diff --git a/emgapianns/management/commands/import_genomes.py b/emgapianns/management/commands/import_genomes.py index 733f015e7..4d82dfa96 100644 --- a/emgapianns/management/commands/import_genomes.py +++ b/emgapianns/management/commands/import_genomes.py @@ -41,6 +41,9 @@ def add_arguments(self, parser): "E.g. root:Host-Associated:Human:Digestive\\ System:Large\\ intestine") parser.add_argument('pipeline_version', action='store', type=str, help='Pipeline version tag that catalogue was produced by. E.g. "1.2.1"') + parser.add_argument('--update-metadata-only', dest='update_metadata_only', action='store_true', default=False, + help="Only update the metadata of genomes in an existing catalogue; " + "i.e. reparse the MGYG*.json files.") parser.add_argument('--database', type=str, default='default') @@ -105,6 +108,12 @@ def handle_v2(self, *args, **options): self.catalogue_dir = os.path.join(self.results_directory, catalogue_dir) self.database = options['database'] + + if options['update_metadata_only']: + assert emg_models.GenomeCatalogue.objects.filter( + catalogue_id=self.make_slug(catalogue_name, version) + ).exists() + self.catalogue_obj = self.get_catalogue( catalogue_name, version, gold_biome, @@ -123,12 +132,15 @@ def handle_v2(self, *args, **options): sanity_check_catalogue_dir(self.catalogue_dir) for d in genome_dirs: - self.upload_dir(d) + self.upload_dir(d, update_metadata_only=options['update_metadata_only']) self.upload_catalogue_files() self.catalogue_obj.calculate_genome_count() self.catalogue_obj.save() + def make_slug(self, catalogue_name, catalogue_version): + return slugify('{0}-v{1}'.format(catalogue_name, catalogue_version).replace('.', '-')) + def get_catalogue(self, catalogue_name, catalogue_version, gold_biome, catalogue_dir, pipeline_version_tag): logging.warning('GOLD') logging.warning(gold_biome) @@ -137,7 +149,7 @@ def get_catalogue(self, catalogue_name, catalogue_version, gold_biome, catalogue catalogue, _ = emg_models.GenomeCatalogue.objects \ .using(self.database) \ .get_or_create( - catalogue_id=slugify('{0}-v{1}'.format(catalogue_name, catalogue_version).replace('.', '-')), + catalogue_id=self.make_slug(catalogue_name, catalogue_version), defaults={ 'version': catalogue_version, 'name': '{0} v{1}'.format(catalogue_name, catalogue_version), @@ -148,9 +160,11 @@ def get_catalogue(self, catalogue_name, catalogue_version, gold_biome, catalogue }) return catalogue - def upload_dir(self, directory): + def upload_dir(self, directory, update_metadata_only=False): logger.info('Uploading dir: {}'.format(directory)) genome, has_pangenome = self.create_genome(directory) + if update_metadata_only: + return self.upload_cog_results(genome, directory) self.upload_kegg_class_results(genome, directory) self.upload_kegg_module_results(genome, directory) @@ -208,6 +222,10 @@ def create_genome(self, genome_dir): defaults=data) g.save(using=self.database) + # in case we are updating and the geo range metadata has changed: + if g.pangenome_geographic_range.exists(): + g.pangenome_geographic_range.clear() + if geo_locations: [self.attach_geo_location(g, l) for l in geo_locations] diff --git a/emgcli/__init__.py b/emgcli/__init__.py index 48a6caa0d..ff3a98ea4 100644 --- a/emgcli/__init__.py +++ b/emgcli/__init__.py @@ -1 +1 @@ -__version__: str = "2.4.39" +__version__: str = "2.4.40" diff --git a/pyproject.toml b/pyproject.toml index 0b350ac30..610add692 100644 --- a/pyproject.toml +++ b/pyproject.toml @@ -117,7 +117,7 @@ max-line-length = 119 """ [tool.bumpversion] -current_version = "2.4.39" +current_version = "2.4.40" [[tool.bumpversion.files]] filename = "emgcli/__init__.py" diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/MGYG000000001.json b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/MGYG000000001.json new file mode 100644 index 000000000..1a64c7150 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/MGYG000000001.json @@ -0,0 +1,35 @@ +{ + "accession": "MGYG000000001", + "completeness": 90.59, + "contamination": 0.7, + "eggnog_coverage": 93.78, + "ena_sample_accession": "ERS370061", + "ena_study_accession": "ERP105624", + "gc_content": 28.26, + "genome_accession": "GUT_GENOME000001", + "geographic_origin": "Europe", + "gold_biome": "root:Host-Associated:Human:Digestive System:Large intestine", + "ipr_coverage": 86.42, + "length": 3219617, + "n_50": 47258, + "nc_rnas": 63, + "num_contigs": 137, + "num_proteins": 3182, + "pangenome": { + "geographic_range": [ + "North America", + "South America" + ], + "num_genomes_non_redundant": 4, + "num_genomes_total": 4, + "pangenome_accessory_size": 1804, + "pangenome_core_size": 1350, + "pangenome_size": 3154 + }, + "rna_16s": 99.74, + "rna_23s": 99.83, + "rna_5s": 88.24, + "taxon_lineage": "d__Bacteria;p__Firmicutes_A;c__Clostridia;o__Peptostreptococcales;f__Peptostreptococcaceae;g__GCA-900066495;s__GCA-900066495 sp902362365", + "trnas": 20, + "type": "Isolate" +} \ No newline at end of file diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.faa b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.faa new file mode 100644 index 000000000..4176ae717 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.faa @@ -0,0 +1,19837 @@ +>MGYG000000001_00001 Major cardiolipin synthase ClsA +MLSFLEYSAYEIIATSIYIINFIVILILIFKEKRSIETIVAWTAVLTILPAGGFILYMLV +GRGVAKDNMFKIKEQEDEIIKENISKTKDILKYSSMHDENLKNNIDMIDALTNSNSAHYT +NNNSVNIYDRSKDFFDSLLFELKNAKSYINIQFYIFKDDNIGNQIIDILIEKAKSGVEVR +LLYDSVGSRLLSDKTLIKLKKNGVKTGAFFPSLLKIVNFNLNYRNHRKIVVIDGNVAFVG +GNNVGDEYLGKDPKFGEWRDTHLRLTGGSVIDLNTRFILDWRYTTKENLDLAKYFNDYQT +SNIYYNDSSSNVGIQIVSSGPDITELDEIKYGYIKMIQKARKYIYIQSPYLILDRTLIDS +LKIACLSGVDVRIMIPSKPDHPFVYWASCSYAGELLKFGAKIYTYGDDAFLHAKTIVIDD +SICSIGTANMDIRSFELNFEVNAFIYSEDVSKKQRLIFEKDITNSKSMTIEMYNSRARSI +KIKEAISRLLSPLL +>MGYG000000001_00002 putative formate transporter 1 +MSQKMMLAPAEIAQYTIEAGVKKATTPTKKVLASAFLAGAYIAFGALGSVGAAYNLLANP +ATYGLGKALAGLMFPAGLIFVLIAGADLFTGNILITLAALKKRVTWGQAFKNWALVWTGN +LLGGILVAWLVSLSGVFDWSNGLYGGVVVKNAIGKLGFSWTAAIASGILCNWIVCATVWM +TYGAKDVTGKVLTGFFGVFLFVCTGFEHCVANMAYFFAGLFAKSNPLYLEAAHKTAEEAA +KLNIPSMFMNNLIPVTIGNILGGAIFVAGVYYFLFVKEDKNKATENIAA +>MGYG000000001_00003 putative formate transporter 1 +MDKKFLTPGEIAKATINAGIKKANLSMKSCIILGILAGFFIGLGGLANIIISQSIGAFDA +GLAKFLGAMVFPVGLMLVVICGAELFTGNNLMSLAVMDKKITIGKMFRNWGLVWCANFIG +SLALVFLIYYSNSLSGDAAAKAIAIGEAKVSLPFMDAFLRGILCNIVVVLAVWFATAAQD +IISKIFSCWFPIMLFVLCGFEHSVANMFFIPMGMILGGNIEMQNLIVSILVVTVGNIVGG +ALIVPFMYYHCYIKDDNNKSVSNATK +>MGYG000000001_00004 UDP-N-acetylenolpyruvoylglucosamine reductase +MNKQYIYESLLNIIDKNNIKIDEPMKKHISFRVGGPADILVKPNTEEELSALVKLIKKEN +IPYLIIGNGSNLLVKDGGIRGVVIELSDNFNNFEIHGNLINVQSGALLSIVGKAALREEL +KGFEFASGIPGTLGGALAMNAGAYGGEMKHIVKSVRLMDMDGNIHELTNEGMEFDYRKSI +LSRENYIVLSAVIELEKGNYDEIKEKMADFTQRRVTKQPLSLPSAGSTFKRPPGHFAGKL +IEDSGLRGLTLRGAQVSEKHCGFVVNLGNATAKDLLDLMYVVKSTVNAKYGVMLEEEVKI +LGED +>MGYG000000001_00005 DNA polymerase/3'-5' exonuclease PolX +MQILADYHTHTIYSHGKGTIEENVKVAISKGIKTIGISDHGYKHMTYGVKVRDIAKMREE +IDKLNEKYSEINILLGMECNILDEKGNIDLNDKFKSYLDYVMAGYHFGSTPNNLRGLINH +CDNYIIRSERAKEQNTNAIINAMRNNDIFIITHPGDKGDVYIEEIAKVAKQTDTRLEVNS +SHGFLNVEQLKAIKHLENKLIIGSDAHIPNNVGNFKLAIDTIRKSGIDTKLVENIRL +>MGYG000000001_00006 Nucleotide-binding protein YvcJ +MKFVIVTGLSGSGKSEAMRALEDMGFYCVDNLPPALITKFAELCYQPNSSIDKVALGIDI +RGRKFFEALHESLNYLRNANYKYEMMYLDCSDNVLLRRYKMTRRNHPLANNTQIPEGIKM +ERKIMEPLKEISDCIIDTSNMKPKDLKEEISKIYSDGENNQNLTISVVSFGFKHGIPADC +DLVFDVRFLPNPYYIEDLRPKTGDDKEVREYVMNSKISEEFYEKLLDMVNFLVPQYIEEG +KHHLVIGIGCTGGRHRSVTISNMIYDDLSSKGYRVVKKHRDSMLR +>MGYG000000001_00007 Gluconeogenesis factor +MKTIFIIIGILGWIALFISLYLYKKSNKNRNKILDLKIVEKEGPKVVVIGGGTGQSIFLR +GLKHYTQNITAIVTVADDGGGSGVLREDLGMLPPGDIRNCLLALANIEPTMNEVMQYRFT +DGNLKGQSFGNLFIAAMNGLYGNFETAVYKMSEVFAITGRVLPVTLENVNLIAKLKNGNI +IKGESRIPEEVKSQKSNIEKITLDPIDVTPLEEVITSIYNADIIVIGPGSLYTSIIPNLL +VRGVVKAIKKSNVPKVYISNIMTQPGETGNYNVLDHVNAINKHTNKELIDYVIVNNEVLP +EDVFDKYRKDGAEQVLLDEPQNKMLDDMGIKIIEDNLVEVKKNYIRHDAKHIANIIVNLA +LSHNYDNDK +>MGYG000000001_00008 Diadenosine hexaphosphate hydrolase +MREEVSAGGVVLFGNAVLLLRKFNGDWVLPKGKVEEGENKQEAALREVLEETGVKADILK +YLGEIHYTFKENWDENRAVHKTVFWYLMKARSMDTIPQKEEGFIDAKFIHLDRVVDLARY +DDEKEIIKVALQEIKKRLKNNS +>MGYG000000001_00009 Putative sporulation transcription regulator WhiA +MSFSAETKNELARIMPEDRECSLSELSAIIKLSGSIQIAGYKKLNIKVITELNSIARKVF +KLLKQNFDINTTISVNKNQMLKRNNSYVLVVKSEMGAEKLLRDLRILPSEEAFYPLNEVP +KELLKNDECIRAFLRGAFLGGGSISDPEKNYHMEFVTNNEDFANSLKDLINSLGFNSKIV +SRKNNYVVYLKESEQISDLLSIIGAHNALLSLQNTKIVKEMRNNVNRIVNCETANLSKTV +NAAVRQVENIRFIQETIGISSLPENLQEIARIREEYEDMTLKELGEMLNPPIGKSGVNHR +LRKIEEIANKLRENTYK +>MGYG000000001_00010 DNA polymerase III subunit alpha +MSNKFVHLHVHTEYSLLDGFSRLKKLINRCKELNMDSIAITDHGCMFGVIDFYKEAKKSG +IKPIVGCEVYTAARSLNDKDPNYDKSQGHLILLAENMTGYNNLIKMVSKSYVEGFYYKPR +VDMEELRQHSEGIIALSACLAGDVSQALMDRNYDKAKKLTLEYRDIFGEDNYFLEIQDHN +LPEQKEVNAGIIKLSKELNIPLVATNDIHYVNKEDSKIHDVLMCIQMGKTVNDPNRMRFG +SDEFYLKSREEMEELFPYAIDALDNTVKIAERCNIEFDFDTIHLPNYDVPEGYTTDSYLR +ELCFNGLKERYDNPSEEVIERLNYELNVIEKMGYVEYFLITWDFINYAKENKIMVGPGRG +SAAGSIVAYTLKITDIDPIKYSLLFERFLNPERVSMPDIDIDFCYERREEVIDYVKRKYG +EDHVAQIITFGTMGAKAAIRDVGRVLDIPYNKVDKIAKEIPFALGMTIDKALDTNPNLRE +LYENDSETREIIDVSKQIEGMLRHASTHAAGVVISKNPVDEYVPLYKHQDAITTQFTMTT +LEELGLLKMDFLGLRTLTVIRDALDLIEKNYGRKIDFSKMDYDDPKVYELLSSGNTLGVF +QLESAGMRSFMKQLKPDNFEDIVAGISLYRPGPMDSIPTYIENKNNPDKVTYIHESLRPI +MEVTYGCLVYQEQVMQVVRELGGYSYGRSDLVRRAMGKKKMDVMEEERQYFIYGKKDDEG +NTEITGCIANGIPEDIANQIFDDMIDFAKYAFNKSHAAAYGVLSYETAYLKAHYPVEFMA +ALITSIMGNTDKVVEYIRECNALGIEVLKPDINKSFSKFSVEGSNIRFGLAAVKNVGVNI +INNIINERELNGTFADFVDLVKRLDSKDTNKRVLESLIKCGAFDDISHNRASLMAGYEQL +LDSISMDRKKNVQGQISLFDAFGGSDETEQFQEIYTMPKLKEYEERERLSLEKEVLGMYV +SGHPLSQYKNNLERNTSIDNGKLNSLKEDEEAYISLDEKEVIMGGMVVNKTIKTTRRNDI +MAFLELEDLYGAIEVIVFPQLLQKYNSILNEDNIIYVKGRLSIKEGENAKIIANDFKEIN +DERNFRNGGNSEAKKESKTGLYLKVNSFSNNNLIEEIKLVLAECQGKEAVYLYAEDTRQL +YKWNGIYVDINDKTIYRLESLLPKDNIKIKS +>MGYG000000001_00011 ATP-dependent 6-phosphofructokinase +MKTIGILTSGGDAPGMNAAIRAVVRSAIYYGCKVYGINRGYKGLLEEDLVEMNLSSVGDI +IHRGGTILKSSRCEEFKTEEGRLKGVKVLKKYKIDCLVVIGGDGSFNGAQKLSELGFPAI +GIPGTIDNDLAYTDYTIGFDTAMNTVADAISKIRDTSSSHERVNIVEVMGRHCGDLALYS +GLAGGAETIIVPEVDFKIEDICNRLKTTQKRGKRHSIIVLAEGVGNANDLGKEIIKVTGA +DLRVTVLGHVQRGGCPSVFDRILASRMGVRAVELLLDGKSAKVVGVKDNKIIDMDINEAL +SMTRSFDKETYEMAKILSI +>MGYG000000001_00012 Pyruvate kinase +MLKNVKRTKIVCTLGPASDSEEVLTKLVENGLNVCRFNFSHGSHEEHKRRLDTAKKVREK +LNKPVALLLDTKGPEIRTGQFADPEVFLEEGSQFTITMKDVVGTKEMCTVSYKDLANDVK +SGDVILIDDGLVGLRVQEVNGDDIVCLVENSGIVKNHKGVNVPGVKINLPAITPKDISDI +EFGISQGIDFIAASFVRKASDVLAIREILENNNATDIQIISKIENQEGVDNLEEILKVSD +GIMVARGDLGVEIPTEEMPIVQKMMIKKCKELAKPVITATQMLDSMIRNPRPTRAEVTDV +ANAIYDGTDAIMLSGETAAGKYPVEAVKTMATIAKRTEETLEYARLLKENSSNNETVTDA +ISYATCSTAVALNASAIVTATSSGYTARMVSKFRPQSPIVAATADEKVMRQLNLNWGVYP +VKSELASNTDEVIENSIESAKKANYVNDGELVVVTAGVPVGVSGTTNLIKVHVMSEEIVQ +GIGVGDKTVEGKVRIVKSGEECENFNEGDILVTTMTDIEMNPYIEKAAAIVTEDGGMTSH +AAIVGLNLNKAVVVSASNILNSVKDGEVITVDSSRGAIYRGSTRVL +>MGYG000000001_00013 hypothetical protein +MTESRENWGSKIGLILAMAGNAVGLGNFWRFPYVAASNGGGAFMIPYFFALIVIGIPVML +IEWSIGRYGGKHGHGTLGPMMYLQAKQAMSPKKAIIIGSLCGMIAFAVTILVNSYYNHII +GWSLGFAIHSLLGTYKSDPGAFFSAYVQDPKMLVFWVISLGILTTAVMKGIQDGIESWAK +IMMPVLYVFGIILGIRALTLGSPINPDWSSLKGLNFIWNPDFSQLSWSSAIAAAGQIFFT +LSLGMGIIQNYASYLKPDEDIITASVATVSLNEFAEVILGGTAVIPIAYAFLGPEGIKGS +IGLAFMALPNVFSTMTGGGIFGALWFLLLFFAGITSAIAMYNYLVALLEEDAGIDRKKGA +CIVFIGYLIVGAPIALESVLTKSANLMYFTEVDNWIGNYLLIVLGLIEIVVIGWCVKDSA +LEEMNKGGLWKIPKWFFRLFHQFLTPITIITFLVFFTKDYWIQGNFKLVPSYVASTPEFI +PWVNLGRAVVLIVLVVGFIQSYKSIKSKYTKEIENNKATNL +>MGYG000000001_00014 hypothetical protein +MTSSAWLFLGCIWFTIFITIAISMRKIIKNQ +>MGYG000000001_00015 hypothetical protein +MKTNLILSTISQLIEELNKIKIIKENKLKKYNKELHNIRSEYGKIEIEGNFKKQYNQLNS +KGIELLRELRNNKKLDKNKVVHDIELYIRYLNISLYDFQERTVYLRKYITSFLFSSILFL +ALSPQFYGFILPVLFFLPIYLGLKGVKQRSMTGFYMTMSVVPVAFMTATTWIRYGISVSK +DYTQAVTSIVESGVSQNLAQNLVWIGPLLGVLLLLFSIAQLYRGIKSKDLFI +>MGYG000000001_00016 23S rRNA (uracil-C(5))-methyltransferase RlmCD +MLSKNKEYVVDIVDIGQGGVGIGKYDGFTVFVDGGLINDRIKVRINKSKKNYAVGDIVEI +IEESPFRVKRKCSDNLKDCGGCQIQELDYQKQLDIKTNEVKQVISRIGKLEDVVIHDTLG +MEEPVRYRNKAQFPIQKVNNNLLIGFYKKKSHDIIPTDKCIIQHEINDKIMKIIKTYINA +YKVSVYDEKTHTGVLRHLVTKVGFTTNEVMVVLVANGKKLPYLKELASVLEENVPGFKTL +VVNVNREKTNVILGRENIVVYGDGKINDYIGELVFEISPLSFFQVNPVQTEVLYNKALEY +ADLKENDTVFDIYCGIGTISLFLAQKAKKVYGIEIVEDAIKDAKINANLNNLDNVEFYVG +KAEEVVPKMYKEGKTANVVVVDPPRKGCDEKVLDTIVSMKPDRVVYVSCNPSTLARDLAY +LDERGYKCLEVQPVDMFPHTMHVESVAKLEKIK +>MGYG000000001_00017 hypothetical protein +MKNNINKNLLQYGFLILLIGITTSIVFKTLDISLLSNVLSMVDEKYLAIGGVAILVNIAL +EGLVLRILIDGIHKVNVRLRGLKLATVGFYYNLVTPFASGSQPMQIYILTKYKMPLSKAG +AIITNKSILYQLVVTMYCSILIIFNFKLIRTQMSAVIPLVVLGIAMNLFTALMAILIILN +PSKVKYYTRLFIKFICRFKLFKSLENKFDNAESFIDDYSQSIQFFMKNKKLMISTVLITV +VQISFYFSISFWIYKAFNLQGHTYLNILTLQVLLYMAISPIPTPGNVGANELAFFTIFKG +VFPTYLMGYAVFLYGGFMYYLILIGSGIFTIITHHRIKANCSPKQNLASSRHI +>MGYG000000001_00018 Formate dehydrogenase H +MEKKVLTVCPYCGAGCQMYLVVKDNKIVRSEPAEGRTNEGNLCLKGHYGWDFLNDPKILT +PRLKKPLIRKNGLLEEVEWKEAITYTASKLNEIKEKYGPDAIMGTGSARGPGNEANYIMQ +KFMRATVGTNNVDHCARV +>MGYG000000001_00019 Formate dehydrogenase H +MSNSIPEIEDANLLFIFGYNGADSHPIVARRIVRAKEKGAKIITIDPRVTETARISDMHL +ALKGGTNMILVNAFGNVLIEEKLYDKKFVEEHTQGFEEYKEVVKEYTPEYAAKYTGIPAD +VIRKAMREYANAKDSMILYGMGVCQFGQAVDVVKGLASLALLTGNFGRPNVGIGPVRGQN +NVQGACDMGALPNVYPGYQSVTNQEVREKFEKAWGVKLSDHNGYSLTEVPRLVLEEKKLK +AYYIFGEDPVQSDPDASEVRETLDELEFVVVQDIFMNKTALHADVILPATSWGEHEGVYT +CADRGFQIMRKAVEPNGDVKTDWQIISEISTAMGYPMSYNNTKEIWDEMRSLTPSFAGAT +YEKIEKQGWVQWPCKSESEDDMGTMYLHKDGKFSTPNGKGNLFATHWRPPMELEYEEYPF +SLCTVREVGHYSVRTMTGNCRALAKLEDEPGYLQISELDAEKLGIQNYELIRVSSRRGSV +LTRALVTDRVKPGATYMTYQWWVGACNELTIANLDPISKTPEYKYCAVKVEKIENQEWAE +QQLKQEYEEIKYKMLSKNI +>MGYG000000001_00020 Sulfur carrier protein FdhD +METVDMNDDIYGNTFEVPIIKLDEFSYNCTEDNVIAEYPFTLVWNGKNINTFLCTPFKLE +ELVIGFLLSNGYIRKIEDIISLEIDKKNRMSNVNVKYIDDINDMEGFILNELNNLKYSYI +ESDTSIYVDTIYEIMKVNLNYSRLFKETGGAHSVAIFENNKEIVVCEDVARHNAMDKAIG +HCILKSIPLDNKAIVVSGRISFDMLSKVARAKIPIVISKSAPTNLSIELAKKLNITLIGF +VRGKRMNIYTHSHRIKV +>MGYG000000001_00021 Hydrogenase-4 component A +MKNKLGSFVIADSSKCTGCRACEIACFTNHNKENNVGYTVGTVEVPVIPRLYLVKDDNVC +MPIQCRHCEDAPCLNICPVNAISREDSTMIVDNDKCIGCKTCLLACPFGAIDLLPQYKDG +KEVEQRVIDESNKIAYKCDLCKNDEKIACIDACPNKALKLITPMEDKRNKNKKAALGLLM +ANK +>MGYG000000001_00022 NADP-reducing hydrogenase subunit HndD +MIISIDKDLCTGCQECIKVCPAYAIEGEAGKPHEIKSDKCVMCGQCVQVCKSYASIIDKG +FKFVEEKRKERNLPDTIKEPVFAAYNVCEIERVKTALKDKSKFTMVQCAPAVRVAIGEEF +GLELGTLTPGKMAAALKALNFDRVYDTNFSADLTIMEEGTELIKRITEGGTLPMFTSCCP +AWVKFMENNYPELTDHLSSCKSPQQMGGAVFKTYGAQINNIDASAIYSVAIMPCTCKKYE +CDRPEMDSSGYRDVDAVLTTRELAYLIKDMGIDFNNLNEEKFESPLGTYTGAGTIFGVTG +GVMEAALRTGYELITKENIPSIDITDVRGNEGFRTSTIKIGDLNLRVGVVTGLKNVVPVL +EDLKSKKLDLDFIEVMTCPVGCVSGGGQPKLLLEEYRDIAYKNRIKSTYTHDKSLPLRKS +HENPEIEKIYKDFLIEPLGSVSHHLLHTEYSVGKEVAK +>MGYG000000001_00023 Hydrogenase-4 component A +MNCFVIANPDKCIGCRTCMIACVVAHNGEELFYKNHSDINFNPKLEVIKTETVSAPIQCK +HCEDAPCAKACPNDAIERLDNSILVNQSKCIGCKTCMIACPFGAIDISPLGEIPDDKLLF +KEYMVANKCDLCRGVEDGPACVKVCPTKAFKIVKEDDIDFSIKNKRKLAASK +>MGYG000000001_00024 hypothetical protein +MTFTKINDINNDNIHNRACVMVINFNKKEGALIKNICGFIGVRDCIFLDKSNGNTIIKDV +LENNISLDCEDGISNKAVVFNHIPNVKINSFLESLKKMRINRPLTAMVTDTNLDWTLNNL +LYNLVEERKALSSGKEFSHK +>MGYG000000001_00025 DNA ligase +MDVKARIEKLRKEIEYHNNKYYNEDSPEISDYEYDKLTVELRKLEAEHPEFNMADSPTKK +VGGTVKRELRKVEHDVPVISLQDVFGKGEVYEYVNKMIVELNKPKFVVEKKIDGLSVVLR +YHNGELTEGITRGDGVIGESVYENLLEIKNIPKTIPSKLPYLEVRGEVYISNEAFEEANK +KQESMGGKKYQNPRNLAAGTLRQLDPSIVRDRNLDIFVFNLEISEGKEFTSHSETLEWLK +EQGFKVSPDFTVCETADEVWDYISEVGNKRWNLEYAIDGAVVKVNNLEDRKKLGMTSKVP +RWAVAYKYPPEQKETIVKDIIIQVGRTGRLTPLAILEPVRLAGTTVSKATLHNQDVINEK +DVRIGDTVIVQKAGDIIPEVIKSIPEKRPVDSKPYVIPNICPICGEATVRDENGADTRCI +NLECDAQATRSISYFVSKDAMNIVGFGKSKVEALMAEGYIKDIGDIYQLEHYKDEILEKN +VIGREKSVNNLLNAIEDSKNNNIDKLITGLGIKNVGKQSAKVLAENFADMDEVANANYDQ +LINLPDFGDTMVNDIIKYFRSEKYHTIISKLKEYGVNVVSKSSEIKSDDNRFEGMTFVIT +GTLPTMKRDEASSLIQSFGGKVSGSVSKKTSYVLAGEEAGSKLTKAETLGIRIIDEEEFK +SMIK +>MGYG000000001_00026 Ribonuclease PH +MTRIDNRKYDQIRDVKITRNYTRYAEGSVLIEMGETKVICTASVEDKVPPFLRNTGTGWI +NAEYSMLPRSTQQRKIRDASRGKIDGRTQEIQRLIGRAIRSVIDLDKIGERTIWIDCDVI +QADGGTRTASITGAFVAVVDAIYKLYKSKSIKHMPIRNFVSAISVGIVDHKHMIDLCYEE +DSTAQVDMNIIMTNTGEFVEIQGTGEERPFSRKDLNSLLELGEKGNKELIKKQREVLGEI +ADEILGMEYGDDVVIATNNAHKLEEMGAILEDFDYNIHSLKDVDLDGIEIIEDGKTFEHN +ALIKARVIAKKTNMIAISDDSGLEVDAIGKKPGVYSARFAGENATDAENREKLLRMMKSV +PASQRSARFVSAVAVVFPDGKEFVVRGTCEGNIAFEEKGSNGFGYDNLFIVNKYNKTFAE +MPSSIKNAISHRANALEKMKKEFSKRVVR +>MGYG000000001_00027 Putative metallophosphoesterase MG207 +MRIGIVSDTHRMENFMNKAIPHLKECDLIIHAGDNFSDSKYIHKMTNTDIIAVKGNCDFE +DVEDEIAFEVEGKTIFVCHGDKYGINYGLIEIEEKAKSVCADIVIFGHTHIPLCIERDGI +LYLNPGSISLPRGGSSRRFVIMDIQENIINLEEVIL +>MGYG000000001_00028 Trigger factor +MKAELIKKEGNKVTFNLTVDNDKFESAVTKAYNKNKGKFNIQGFRKGKAPRKIIEAQYGK +EVFYNDAIDIVLPEVYPQAIDQLNIDPIDRPSLDVQEISKDNGLVMVVEVEVKPEFELGD +YKGIEISKVDNTVSEEEVELRLQEMVNKNARLVSVEGKAIESGDTAVIDFEGFDNGVAFE +GGKGENHNLVIGSNSFIPGFEDQLVGKKAGEEVEVNVTFPEQYHAENLAGKPVVFNVKIN +DVKVKELPALDDEFAKDTTEFETLAELRADVRAKAEEETKNRAEAEMRNSIVEKVAENTE +VEVPNAMVEHQIDNMIMELNYQLQYQGLNLQQLLEMTGRSIEELRNERRADAERLVKSSL +VLEAIAKAEGIDATEEELTAELEKMASMYNMEVEKLKASLRDADLEDIKGQLKIRKTIDF +LVENANIA +>MGYG000000001_00029 ATP-dependent Clp protease proteolytic subunit +MALVPTVVEQTGRGERAYDIYSRLLKDRIIFLGDEVNDATAGLVVAQLLFLEAEDPDKDI +HLYINSPGGSVTAGMAIYDTMQYIKPDVSTICIGLAASMGAFLLNAGAEGKRFALPNSEI +MIHQPLGGAKGQATDIEIHAKWILKIKDKLNKILAERTGQPLEKVQMDTERDNFMSADEA +KEYGLIDEVITKAKRP +>MGYG000000001_00030 ATP-dependent Clp protease ATP-binding subunit ClpX +MSKYEDKRQLKCSFCGKSQDQVRRLIAGPNVYICDECVELCDEIIQEEIEETIDEDTTSL +PKPKEMMEILNDYVIGQERAKKALSVAVYNHYKRIYSKKATSKDVEIQKSNILLLGPTGS +GKTLLAQTLAKTLNVPFAMADATSLTEAGYVGEDVENILLKLIQAADFDIEKAERGIIYI +DEIDKIARKSENPSITRDVSGEGVQQALLKILEGTVANVPPQGGRKHPHQEFLKIDTTNV +LFILGGAFDGIEKIIQRRGTEKTLGFGAKIESKKEVDLGKVYSKVLPEDLLKFGIIPEFI +GRIPVVATLDLLDEDALMSILQKPKNALVKQYKKLLELDDVELEFEDDALRAIAKKAIER +NTGARGLRSIVESVMMESMYEVPSRTDIKKVLVTKESVEGKSNPIMIPKDQEESA +>MGYG000000001_00031 Lon protease 1 +MEENYTKIDRELPLIPLRGLAIFPYMILNFDVGREISLKALDEAMLGDELVFLTSQKEAE +TDEPTEDDFYHVGTICKVKQMIKLPGDTVRVLVEGISRGRVKEIDQESGFFKATIEEIVY +DHENAENDKEVEALVRNVFDAFEEYINIGNRVSPEILISLSETENVDRFIDTVASNVYLK +TNQKQDVLEEFDIKKRLELVYTILLEEIDILKIEKKITLRVKKQMNKVQKEYYLKEQLRA +IQKELGEEEDINSEADEYREKLKKIKAPKETKEKIAKEIDKFSKISPMSPDLSVSRGYLD +TVFSLPWNKETRDKLDIVKAKEILDKDHYGLEKVKERILEYLAIRKLSKSMKGPIICLVG +PPGVGKTSIAKSISEALGRNFVRISLGGVRDEAEIRGHRRTYVGSIPGRIINGLKEAQTK +NPVFLLDEIDKMASDYKGDPASAMLEVLDPEQNKTFVDHYLEIPFDLSKILFVTTANSLS +TIPGPLLDRMEIIEVSGYIEEEKLKIAERYLLPKQIKEHALKEDFVKMDESTIRDVINYY +TREAGVRTLERTLGKVCRKVAKKYVENPELEVIEVNQNNLEDYLGKDKYRYDLAGTKPEV +GLVTGLAWTSVGGVTLTVEVNVLPGKGQVVLTGKLGDVMKESAQAAISYIRSIADKFDID +PDFYQKKDIHIHLPEGATPKDGPSAGITMALAVISALTKIPVRNDVAMTGEITLRGRVLA +VGGVREKLLAAHRAGIKKVLLPKECEADLDEIPENIKEQMEFVLVENMDQVLDEALVRNG +DK +>MGYG000000001_00032 putative GTP-binding protein EngB +MKIRSSEMVVSAVNRNQYPAEGIPEIALVGRSNVGKSSTINTLLNRRNFARTSQTPGKTR +TINFFLINNEFYFVDLPGYGYAKIAKSEKEKWGTIMERYLQDREELCAIFLLVDIRHEPT +NDDVMMYEWIKHFGYNCVVIATKADKISRGQYQKHMSIIRKKLQLDKDEKIIPISSLKKT +GVEDVWNEIVNQYNQAGYEITID +>MGYG000000001_00033 Serine/threonine exchanger SteT +MSNNNQTLRKTIGLSAALSTVVGILIGSGVFFKPQAIYTATNGGPGLGILAWVIGGIMTI +AAGLTASEISASVTKPGGMMVYMEEIYGEKIGFLTGWVQGMLFIPAIAGALGIIFAQEAA +SLLGMQNKTFVIVIAISVIVFLALLNSLGAKFGGGIQTASTICKLVPLAVIIIFGFMRGD +STSEIMTPMVGEGISMVSAISQVLLATLFAYDGWIFVGALAGEMKNPSKHLPIAIVGGIS +VVMAVYLLINVAYLFVVPASELAMSNAPATLVANKLFGSMGAKVISVGILISVFGTLNGF +ILTGGRVPYTMACEGKIPFSNVFSRLNNNGVPINGTWLVVGLSVLYSLTGQFNLLSDLAM +FTIWIFYTMLFIGVVKLRKTRPDMDRPYKVPLYPIIPIVATLGGIFIVISTIMSQTKNAL +LGIIITLVGLPVYSLTVKNKKDQDKTA +>MGYG000000001_00034 hypothetical protein +MSGKVRKIFPGGNTSNGSKPLFEYVIPENVNRIFCLKGGPGVGKSSMMKKIAKEFIENNY +DVELHHCPSDPSSLDAIVIKKLGVVFLDGTAPHIVDPKNPGAIDEIINLGEYWNEEELEK +NKKEIIECNKEISSYFSRCYKFLKSAESIYYDIEEKYKDCMDFGKVNKLTENFIENIFKD +IENKGEYKRPRHLFGTAITPIGHIDYADSLLSEADRVYYLNGEIGCGRTTFLRKVYEKAV +EKGMKVEVYHYPLIPDKIETILINDLKIGITTSNIYKDKEAIDLTEFLDKDKLLKYEDDI +DFDKHIFDELINYAISNLKRAKSKHDIVESYYVPNMYFDEINKLKDELIQKILKYKNE +>MGYG000000001_00035 hypothetical protein +MKKKYVLIILASIVLGVLIGSMIKDLESMEGLYTSKDDIAKKEIKMTNKSIKKLQNEKKD +LDKEINILREKYTDIDEIKKMDDMKEVLSYTDIKGKGITIIIDALNEDIGNIANTVDYNK +ILINLVNELKINGGKFISINGQRINQYSAIILAGSHINVNSIPIAQPYEIKVIGDIDELS +SYVNEGNNYIDNIILNYPMKVEYKVEESINMPKIEIPNKLRYIREG +>MGYG000000001_00036 putative type II secretion system protein HxcR +MKIEDDKLVVGIENDDIHAMQDLRLATGMNVELKKIDADLIKIKMDECYKNHIKSDEEYA +KKLFNDILSNAVKVNASDIHIEPFNDFFVVRTRVDGELREVYRFLIDLYPALATIIKLMA +HMDITEKRLPQDGRVDIDVEGNLVDIRVSTIPTIYREKIVLRILDRNSFLKTKSDLGFSE +GAIEKIDNIINKKSGILLVTGPTGSGKTTTVYSILNELQNISKNIMTIEDPVEYKMDGIN +QIQVNSKIGLTFEEGLRAILRQDPDIIIIGEIRDVETARIAIRAAITGHLVISTMHTNDS +ISSIARLIDMQIPRYLINASIIGVISQRLVKKLCTYCSHDIIITDDCNNKINTKVAIGCD +KCNEGYLGRTAIYEILEFNDEVRSAVSEMKDSEEIKNIAIKNGMITFEDTYKKLLEEKVI +TIEEYLISNCTQI +>MGYG000000001_00037 Type II secretion system protein F +MNTYKCIFYNEDNERKILKVNLESEEDVINYATKNKFKIASIKNIKPFSFKSTKINYKEL +RILCNEMEILLESGCEITKLFEMVKLNFNKKVVNVLEEVSSNIQKGNSISKSFKKTNKFS +LFFVSMVKAGEISGNLDMVMNRLYDYYDKEYKLKSKLISILTYPIFLLILAMAAALFMFI +SIIPNFQIIFINNGVEPPSFTRFLISMSIFIRNYYMYIISISLSISIMILYKIKTSSKVK +VYIEKIQLKIPFIKNITQLVITTKFSRAFYILIKSGIEITEAIEISSQVIDNDTLYNEIS +NCKKHIKNGNTISQSLSLVENFPSLFITMITIGEESGSLDKTLSSITKFYEQELENKIEQ +GMKIIEPVIIIMVAAVIGVLIIGMLLPMFDTISTI +>MGYG000000001_00038 hypothetical protein +MYFKRFKMKKRKGFTLVEMVIVVVILGILSSMALMKYNNVQENAKKKADYATASTIATAT +IVAMNDGQISGDQVKVSELVSKGYLQSDVKCNSTGKGFDITINGDSVSISSNNEPYYPKP +EESSAQ +>MGYG000000001_00039 hypothetical protein +MKNIYIDDEIHQDISLNISSKIIGTTNQYYINDIEKERYVENVTKIIESKIRKTKKLTSK +YKSIFYNIQTEDVIIRMIDNINISNKSDILGLIKFNINQYMHINIDDYVIEYKIINQINK +IAKIQVILFPKYLIDLCKSISKNLRIKSQIINVNYDILQKLIELNIITNLQSNLLFIENR +SKEIIFNKVIDKKICESYVLSKGEQCINYINNLDHNIDQIYYYGLEDKMINNEIDSFSSL +NISPLTLENNKKSIIISEKLSQDFKQYINTIGMII +>MGYG000000001_00040 hypothetical protein +MKKYKTIDFIKLYTPNRKNVKIVYILVALIMVIGVYKVNMNQKRNTKIYNEETVLDENID +ITESDEESIYINFDNIKVAFNLIGEENINRILVDNSGIEIEGECNNLDILEQLRNKSNSS +YFSINSLLKQDNKYIFNLKYNTGE +>MGYG000000001_00041 hypothetical protein +MKRKFSNREKFLGLILLSLIFICTIQLIDTNKENEEQGSLEVKEKIKIDKVNFSNNEKDI +ILQIENEIKNIVTINYINKDSYTDEYNNQDTNIELHISGKINDILKIEGSLKNIGLEKSV +KKIEIVKNTKNIKEENRDKINDYVDCIMKIKVA +>MGYG000000001_00042 hypothetical protein +MLGRNDLCPCGSGKKYKKCCLNKDIASERSSRKIGLSQKQYYELYAKLHEFSRNEKFKSE +FERAKETFFIMEDEEINAKFERFFNTYFIQDHIMENKKVMTVEFFEENKDNLDIAERDIL +RSLFESYVSVYEVKEIKDEKVILKDCLNDKEICTEDINLLKDFKVGSPMIARVVTVGDTN +ILIDITISISEAIKDIIVSDIKTLFSQYEDIYKDMKTFLIHHTHILYKYIQQLLEPSIAE +YLKAQREEKATKAQAVEVSEDDCKVITMLKQNIEEEFLQDGINFWNEYKKAQGEVKGAEN +GWAAGVEYYVKKEAGQTITQAQIAKKYEISPSTLGKRYKDLKA +>MGYG000000001_00043 hypothetical protein +MNLSLGNAIAVSTNFIKSNPAVPVYNGEQTPENLYAVIYHIEIGYNQGASQELKQYIIID +YKEFDLSIDSKNQLIEVAKEYCAAKNIEEDNNLEIALLDNEEAENFLEKVFNNMKVIRGL +ITKKD +>MGYG000000001_00044 hypothetical protein +MNLVGIEEITPYKDSFEFKLFKYDDKIELGNDNSFICDLKVIIERIDEIYRDKFEQSFKV +IALIKNLTIEEIPIDDIKEFILDEVWIENLEKDNIDVMFIKGAASK +>MGYG000000001_00045 hypothetical protein +MLRVSNIKISIDEDPSIIEKLVLKKLKIKSSDLVKYYIYKESIDARKGKISFVYTVDVQV +KNEDKVLNKHVKDVVKIKELKYEGVESGTEKLDKIPVIIGSGPAGLFAGLVLAQRGYKPL +LLERGLDVDKRSEDIDLFWKERKFKNNSNVQFGEGGAGTFSDGKLTTRIKDIRCRKVLEE +LVNFGSPEEILYSHKPHVGTDILKGVVKNIRNEIIRLGGEVRFDSKVTDICRVDNGIESI +TINDNEVIETNIVILAIGHSARDTYEMLHERGVHIIQKPFAIGARIEHPQELINKSQYKD +FHNHPRLGAADYRLIEHTSNGRTAYTFCMCPGGSVIASASNEGQVVTNGMSEHARDKDNA +NSAFLVNVVPGDFGSDHPLAGMYFQEKYERLAYELGGQNYNAPVQLVGDFLNDRISTKIG +SVKPSYEPGYTFVDLRECLPQFVTETMKEALSGFDRKIKGFAMDDAVLTGVETRSSAPIR +IVRDEETLESTNTRNLYPCGEGAGYAGGIVTAAVDGIKCAEKIIGKYSNR +>MGYG000000001_00046 hypothetical protein +MEIAISLMGGLGLFLYGMNLMGEALEKSAGTRLKKIIELLTSNIIMGVLVGALVTAVIQS +SSATTVMVVGFVNAGIMTLPQAAGVIMGANIGTTITAQLVSFDLNGLAPIALGIGIILYL +FSSKQKVKHIAEILIGFGILFTGMDFMKEAVQPLAEYKGFTDLLLTFGTYPLLGLLLGFG +ITAIVQSSSASMGMLVALASQGLIPLSSALPILYGQNIGTCVTSLISSIGTNKNARRAAM +IHLIFNVLGTIVFLIFLNKPIVKMVTAADPGNIARQIANTHTLFNIISVILLIPLNKFII +KLAVTLVPDKSSDVEDDEVKIVKYIDERMIETPSIALANTVKEALRMGEKSKESLNLAME +SILNDNKGNIDKSLKIENEINILQKTILNYLLKLSKAPLNEESREVVDALFNTVNDVERI +GDHAENIAELSEAAINYEVEFSIQGKDELNDMYNKVISTYTYALESMRANDVDLACKVIK +MEEQVDIMEKSCRLNHMRRLNENLCSIDSGVIYLDIITNLERISDHAVNIAQQVIAQQVG +HN +>MGYG000000001_00047 Glucose-6-phosphate isomerase +MGKVKFDYSKALNFFNEEEIMSMQPYVDVAHKMVHEKTGLGNDFLGWVELPNDYDKEEFG +RIKDAAEKIKSDSDVLLVIGIGGSYLGARAAIEMCSHSFRNNLCKEDRKAPEIYFVGQNI +SSTYMMDLLDVIKDKDVSINVISKSGTTTEPAIAFRIFKDFLEKKYGKEEASKRIYATTD +SKKGALKQLADEEGYETFVIPDDVGGRFSVLTPVGLLPIAAAGLDIDSMIKGAQEACEDF +RSTDLKENQSYQYAVVRNILHRKGKDIELLVNYEPQLHYVSEWWKQLYGESEGKDNKGIF +PASVDFSTDLHSMGQYIQEGKRILFETVITVENAERNVTIENEAIDLDGLNYLAGKTVDF +VNEKAFQGTLLAHTDGQVPNLLLSMERLDENNFGYLVYFFEKACAISGYLLGVNPFNQPG +VEAYKRNMFALLGKPGFEKEREELEKRLNN +>MGYG000000001_00048 Serine protease Do-like HtrB +MSRKRGIGLVVIVAIISSVLSSLLTVAVVKNNILSGTGTTNSSSEIVVNDNGKSQNIYHA +VTEKAMPSVVGITTTTISTNNRFAIPTQSEGVGTGVVVDANGYILTNSHVVSDGKANKVN +VLFNDGTTTEGQVYWYDAQLDLAIVKVEKTGLTPAEFGDSDNVRTGDISIAIGNPLGLDL +QRSVTQGIISGLDRTIETEQGTMTGLLQTDASINSGNSGGPLLNQNGQVIGVNTAKASQG +EGLGFAIPINTAKPIVESIIKTGKFEKVTLGIKGIDASTYEAATNQKLGTDNGVYVAEIL +DNTAAKSAGIKVGDIIVKVGDNSLTGMSDLTKALYTYSKGDTTKVVVYRDGKEVTLDVKF +>MGYG000000001_00049 Fe(2+) transporter FeoB +MINVALLGNPNVGKTTIFNSLTGSNQYVGNWPGVTIEKKEGFLGKDIKVVDLPGIYAMDT +FSNEEKVAKSYLENDDVDIIVNVVDAANLTRNLYLTTQLMQFNKPIIVLLNMMDVAKSRG +INIDTEKLSKELNITVIPTVAKKKNNLDSIESTIKNTIGKKVIYNNNFGSEVETYKKLEN +ILSKCSKSSMEQKKSISDRIDDIVLNPILAYPVFLGLLFLLFKFTFDWVGGPLQEGLGGL +IEAYVMAPMDNLLANSSEWFRSLIIDGILGGISGTLPFFPLIFTLFLGISIFEDSGYMSR +TAFLMDKIMSKVGLSGKAFIPMVMGLGCSSPAIMATRTLESEKDRKITALIAPLMTCGAK +LPIYALFVSIFFPDNEALVTTSLYLIGILVAILVALVLNKTVYKTQVEPFILELPEYKVP +TISGLMKNTWNKSKGFLIRVVTIMFAMSVVIWALSSFNFSGFTENIDDSFLASIGKILAP +IFVPLGFKDWRISVSILTGLGAKEIVVNTLIVLFGDLQTVLPTIFTGVSAYSFLIFSALY +TPCIAALATMRKEYGNKMMMISLIYQFALAWVAAFIVSIIGNKFVGGSNGSVVELLIGAV +IVLLAAFILYKMLRKKSSGCSSCSNCPSSSTCNSIENTKIKEHSVKETV +>MGYG000000001_00050 hypothetical protein +MMTVYDLKIGQKGLIDKINGNDKLVKRLLALGCIDNTEIEVKKVAPFGDPIIIRFRGFDF +ALRKSDAKNISLK +>MGYG000000001_00051 hypothetical protein +MKTKRLTFLSLMIGYSLILYIVETYIPNPLIILFPGAKLGLTNIITLISLILLGGKDTFI +IVTIRVILSSIFSGPLSYLLFSIGGAYLSLVLMYIISKIDGFSLIGVSIIGAIGHNIGQL +IVASIIVENALTIGYLPFMLTASLVTGFFVGMVTKYCIPLTGKLCKIH +>MGYG000000001_00052 hypothetical protein +MANSELETLKTEIEELRQEINTYIQYPEIFKEELIEASQKIDVLINKYIFLSK +>MGYG000000001_00053 putative MscS family protein YfkC +MFVTKIINTIIIVIISYTLLKLIHFLLRRLFEFTRFDVRYENTLYSVLSSVSYYIVFVIC +IILILREFGIVDATKFGSLVTGASIVGLIAGFASQSILKDIFNGFFILFEKQIQVGDFVI +INEEFRGTVEEIGIRSTSIRDWDLRRITLPNGNITSIKNYSKNKMRAVIHVKVSYEEDPM +KVISALEEVCQIMNEEYKEYLYDSNEMSRSFKVYGITDIEKSSIGVQYTITGIVKSYKYF +SALKEAKLQILLVFKKNNIKIAYPKHINIISYENQDQDID +>MGYG000000001_00054 hypothetical protein +MLSGIGFLGAGAILKTSNGIKGLTTAAGIWATACIGITIGYGQYILGVSAWIFVMSTLYI +LKRIDKIFFKKKETILSITINNIEALPDVYNQLAKTQIIIKNIDMESGGNNIWNIRFFIV +YDRRLMLSEFTNELKQINHVMFIDFLY +>MGYG000000001_00055 Oligoendopeptidase F, plasmid +MVKDRNSIDSIYKWNIDEMYSSKESLEKDVKKVEDLIRKVKEYRGKLATNKDDLYQALKI +SEDASRIVQNLYVYTHMKQHEDTRINENQAMATKIEMLSTELSMATSYMVPEIISIDEEK +LNEYLSASELSFYKKYIDDILREKPHTLSEKEEEILAAASDISGVAENVYDMLSFADLEF +PEIEDEDGNKVKLTHSNFSVFLKSKNQSVRKSAFEALYSVYDKYKNTFASTLYGGIKSEI +FYAKMRKHKSALEGSLFNDDVSVDVYNNLILAIDENLDSLNKYVDLKKKFLGLETIHMYD +LYVPLTEKFDMKIPYEKAQDIILNALKPLGEEYLDIIRKAFKEGWIDVYENEGKQGGAYS +WGSYDSHPYILMNYHDDLNSLFTLIHELGHSVHSYYSRTSQEYLYSSYKIFVAEVASTLN +ELLLINYLLENSQSKEETIYLLNYYLEQFRTTVYRQTMFAEFEKLTHERVENKDPLTAKE +FTDIYYNLNEKYYGKSCDVDKQIGLEWARIPHFYSNFYVYKYATGFSAASALSQQILTEG +EAAVQRYIGFLKSGGSDYPLNQLRAAGVDMEKKESVDQALSVFSDLVDKLEEEL +>MGYG000000001_00056 putative chromate transport protein +MSELFDLFKTFCRIGGLTFGGGYAMLPMLEKEVVENRKWATSEELLDYYAVGQTTPGIIA +VNTATFIGYKVKGIMGALFATMGVVFPSLVIIMIIATSLQSFSKYEVVQNAFSGIRVVVA +VLILNAIIKLWKNSVIDKVGIVIFALTFICGALLKISSIYIVISAAILGLIITYRRNKE +>MGYG000000001_00057 putative chromate transport protein +MIYLQLFYEFFKTGLFAIGGGLATLPFLYDIARNYPWFSESTLADMLAISQSTPGPIGIN +MATYAGFNAGGVIGSIVATTALVMPSFIIIIIIAHFLNKFRESKQVEAVFYSIRPAVTGL +IAVAWFEVMNISILTLSKFMDTKNIVNILDYKALILFISVFFMSRNWKRHPVIFLLIGAV +AGILFKL +>MGYG000000001_00058 Phosphate-binding protein PstS 1 +MFKKKVLALLSSTILVAGLAVGCGSNSGVDAKSDKETKVTVSGSTSVGSPMEKLAEAFEG +KNSGVKVEVQQLGSSAGIKNAIEGVSEIGMSSRDLKDEEKSSGLKETIIATDGIAVITNK +ANKVTDLTLDQVKDIYTGKITNWKEVGGEDAPIVVVSREDGSGTRDGFQEKVGFESEELI +KDAQISDGSGNIKSTVEGNVNAIGYISFGYVDEAVNAVKVDGVEINHETVANNEYVIARP +FILVNKDGISDNAQALIDFILSDEGQSILEEKGFIRVK +>MGYG000000001_00059 hypothetical protein +MSVESQAVGIKKKYKNRNNKGKYIAESVAKNIFFMSALVAVVSLLLIIGFVFYKGLTPFI +SKGYSFTAFLTGVDWLPSSDKFGILPMIVASLIATVGSLIIGVPVGILTAVFIAEIAPKK +VAKLMSPAVELLAGIPSVLYGIFGLAFIVPAIQNIFNLPKGQSLLAVIIVLSIMMLPTII +SVSETAIRAVPRAYKEGSLALGASKIETIFKVVLPAAKSGILAAVVLGIGRALGETMAVI +LVAGNSPMIPSSLMDSIRPLTTNIALEMGYAFGTHQEMLFATGVVLFSFILILNLILNKL +SKEVD +>MGYG000000001_00060 Phosphate transport system permease protein PstA +MRKFKENILKFLIYLSAIFTVGTLAIIVGYIFAKGIGKLNLHFLISDYSSSGDGGILPMI +VSTVYMVGVSIAIATPIGILAAIYMQEYAKQGKLVKAIRFATESLAGIPSIIYGLFGGIF +FVTVLKLSFSILSGALTVAIIILPLIIRTTEEALKTVPKSYREASLALGSTKFQTLYKVV +LPSAVPGILSGIILSVGRVIGESAAIFLTAGTVAQMPSGIFDSARTLTVHAYLLTKESGD +IQTAAALGIVLIFIVLTLNTIAKVIAKKLNKANY +>MGYG000000001_00061 Phosphate import ATP-binding protein PstB 3 +MSIIDSTKLNVKDLELFYGDNKALKGINMNIKSNRVTALIGPSGCGKSTFLRTLNRMNDL +IDNVTIKGLVEVDGEDIYKSDDVIKLRTKVGMVFQKPNPFPMSIYDNVAYGPRTHGIKDK +KELDKIVEESLKGAAIWDEVKDRLKSSALGLSGGQQQRICIARAIAMKPEVILMDEPTSA +LDPISTLKVEELIENLKKQYTIIIVTHNMQQAARISDDTGFFLNGELVEFNETKTIFTNP +FDKRTEDYITGRFG +>MGYG000000001_00062 Phosphate-specific transport system accessory protein PhoU +MIVTKLEFNINTLKEYAVRMVEKCEEAVSLSVNSLVDQDLDCAKKVIKLDEDIDTLREYI +RDRSIELMVLKQPMARDLREIYALSNIAIELERIGDYAENIAEETLAIGNEEHIINLDEI +LKMSNVCLSMLSDIKKSLIECDEKLAYDIATRDDVIDKAYEESRKKYISKMCESSNHVDQ +GTRFLFVGRYLERIGDHITNICEKIIYVANGKMIEIQ +>MGYG000000001_00063 NADP-specific glutamate dehydrogenase +MSIQLKKNLEQTVEKSIDEITATQCINNIISDVKHRNKGDEEFHQAVEEVLHSLEPVLVK +HPEYIKESVLERLVEPERQIIFRVPWIDDKGDVQVNRGFRVQFNSSIGPYKGGLRFHPSV +NSSIVKFLGFEQIFKNSLTGLPIGGGKGGSDFDPKGKSDREIMRFCQSFMSELYRHIGPD +VDVPAGDIGVGGREIGFLFGQYKKLRNANEPGVLTGKGLHYGGSLVRTEATGYGLIYFVN +EMLKAHGHNLGGKRVVISGSGNVAIYAAQKAQQLGAHVISMCDSNGYIVDEDGIDLSLVK +EIKELERKRIKEYAQRKPSAKYFEGQKGIWSLKCDIALPCATQNDISIEEAKLLVENGVI +AVGEGANMPCTNEALSYLLQNNILVAPAKAANAGGVATSALEMSQNSMRLSWSFEEVDEK +LKNIMVNIFNASKEAAKEYGSEGNYVVGANIAGFLKVADAMMSQGII +>MGYG000000001_00064 hypothetical protein +MADYMKTFSKVNFSPLLPNKDNILIDDIAHALSLMCRANGHFPEFYSVAQHSIFCCEEAI +QRGYSNKIALACLLHDASEAYIADITRPVKKYLNKYLEIEMSLQNEIYEKYLKAKLTYEE +QKMIDSVDNTLLYHEFIHYTGIELEVEKSDLLSKPIFKFEEFASVESRYKELFYKLTNID +N +>MGYG000000001_00065 hypothetical protein +MKFKLGMRNIKSGIAVMLCCILGQYVIENLFFAVVACAISVQGTVKGSVKAGLGRVKGTM +LGGLIGYLTVLIKPGDPILCGLGVMAVIYGCTALKSPGLVVSLVTFSAIHLGNIGTIDPA +YYAIHRVIDTSMGVVFGVAVNCLFARPDYFENTMNEFIKMEKLSKEFIKLRIINNEHFDI +EKYGLAFNKLESVYSKFLDELDFTKNNVNTDQLEESIGVCEQIYFHMKSIELLEKKLYLN +KKNYKILKKFYKGEDFDWEIDDTKSPVFNFHLEKIIQKIDQLNSLNNFK +>MGYG000000001_00066 hypothetical protein +MKPICLETQILNKYKTKIFRELIKLVWNENLDNIDDIPKNILENVKKESIQDVDENTIIN +LIRVILGLNPLESNGDTRLKDMIYESMNLDKVDMPIISIIDDACKYCDNTKYECLIKNKH +INCNKQSTCSACGECISKCKLGAISDKIEFIPIINILKNKKNPVYVILAPAFTGQFGEDV +SSGILRGALKSIGFKDMIEVALAADILTVIEAYHYYDHIQNNNKDYFITSCCCPVWVSLI +KSKFPEIASNISSSVSPMIACGRIIKSLNPAAKVVFIGPCIAKKKEAISEGLKGAVDFVL +TFQELDEIFKALDVDLLHIKEDNRLESSYCGRIYAKSGGVSKSIEVALKEIDEYIKFNPI +SFQGSKECIKGLEKLINKEIDATFIEGMGCKGGCIGGPKKLISLEKGIKYMDKHLQESEL +KTPFDNLNVAQFLLEIGIKKIEDLGDKNQDKIQQIFKRNIEK +>MGYG000000001_00067 hypothetical protein +MGEKKKILKILIGVFLTSIIVCIGWSYNQSSKTAKKNITIDKNISDVIENTSNEISKESE +KTPGKIAYITIDDGPSKYTSQILDILDSNNVKGTFFMLNNNMILHKEEINRMIKEGHGVG +FHGVSHDIKELYKTETSSLEEFETCNETLYEISGKTSKLIRLPYGSKPYTPQENYDSLIK +NDYLIWDWTLDTQDWKSSTDQIVSNVLYYGREREEIVILMHEKEQTVKALNDTIKILKER +GYTILPITENISPKNFWLGNTNS +>MGYG000000001_00068 Valine--tRNA ligase +MENTNLSKTYNPKDFESRLYSEWVEKGYFKSSPNPNKKPFTIMLPPPNITGQLHMGHALD +HTLQDILIRWKRMDGYEALWQPGTDHASIATEVKVVERIREQEGKTKYELGREEFLNRAM +DWRNEFGRKIVDQMKQLGDSCDWDRERFTMDEGCNEAVTEFFVKLYEKGQIYRGNRIINW +CPDCKTTLSDAEVEHEEHEGKFYHIKYPIAGSDEFLEIATTRPETMLGDTGIAVNPEDER +YKHLVGKHAILPLLGRELIIVADDYVDLEFGTGAVKMTPAHDPNDYEVGQRHNLEQINVM +NEDGTMNKLAGKYEGMDRYECRKQLIADLDEAGYLIAIKDHKHNVGSCYRCHTVIEPRLS +DQWFVKMDELAKPAIDILKKQELKFVPDKFDKTYLQWLENIRDWCISRQLWWGHQIPAYY +CQDCGEVVVAKSMPDACKCGCTNLKQDEDVLDTWFSSALWPFSTLGWPNNTEELNYYYPT +SVLVTGYDIIFFWVVRMAFAGMFCMNEKPFEHVLIHGLVRDSQGRKMSKSLGNGIDPLEV +IDQYGADALRFMLATGNSPGNDMRFYMERVEAARNFANKLWNASRFVFMNIDTEIMEGVT +RESVEANLTLADKWIISRANNVVKEVSDNMDKFDLGIAAQKIYDFAWSEYCDWYIEIVKP +RLYSEDKEAKQTALYTLTYVLEKILKLLHPYMPFITEEIYTHLPTVEGSIVIAQWPHYTE +ADNMAKEEDMMNLTMDGIRNIRNVRSEMNVPPSKKAKVIIVPTEEKKEAMEAGKDYFVTL +SSASEVEIVADETNIPEDAVSVVIDGVKIFIPLDELVDFAKEIERLSKEKAKLESEIKRV +NGKLSNEGFVAKAPEALINAEKAKKEKFEEMIKSVVERLENLELKMK +>MGYG000000001_00069 hypothetical protein +MTNENNNISAKLPKDLKIQLDILATENHMTVDNLIIHILNNYVENEFADSDNIIE +>MGYG000000001_00070 putative molybdenum cofactor guanylyltransferase +MGYKDKYNLKIGQKRFIDYIIEELSCFDYIAISANKNQDLASLKYKVIIDEIDEVGPIGG +IYTAMNNINSEILFLCTCDVPNISREIVYKLYNNFDFRYDCLIPRIRGRIHPLLGIYQTK +IKNIVKENIKNSDYKVRNLLNRVNTKYIDFDEKYDEIFSNINTIEEYEEYCKHKCVKKIL +L +>MGYG000000001_00071 Folylpolyglutamate synthase +MNYQESLKYIADTHKFGIRLGLDSTGKLLELLGNPQENLKVVHVAGTNGKGSVCSFVANI +LKEEGYKVGLYTSPYLETFTERIRVNGENIPEEDVARIITIIKDKIEIMVSEGYSAPTEF +EIVTAMAFYYYNEQKMDYVVLEVGLGGRFDSTNVIKNPLVSVLVSISLDHIGVLGDTIGK +IAYEKAGIIKDNGAAIVYKQVKEAEDVIKEVCNEKNANYIEVNFNDVEVKKSDIYSQVYD +CIVMGEKFDNLEIKLIGDHQINNSIVALNVIKYLRDNKNVEVSNESIEKGLLNTKWPGRI +EKIKENPMFIIDGAHNEDGAKSLAKALEKNFPNKKLTMLIGMLADKDIDSVLEILMPRFN +KVITTTPANDRAISCEELKNKISKYVEDVTAVENIEEAVKYTLDNANEDDIIISAGSLYM +IGTVRTLVNEKELVIQK +>MGYG000000001_00072 Thiosulfate sulfurtransferase GlpE +MKLNKRLKVLAIGMLFVLTLSNIVGCSSNNGESGYGDIDSTKTLKLVEENEKTLVIDVRG +TDAYAEGHLANAINIPFDEFEDKVADLEGYKDQTIILICNTGNKSGKAAKMLVEKGFTNV +YNAEDGMDEFDYKTVKYNNITGSEFEKLVEENKDAVILDVRDTKDYDKGHVENSINIPID +EVESRINELKDYQDKEILIYCSVGRRSAQAAEILENSGYKDVSNSVDGVKEYEFKLVK +>MGYG000000001_00073 TVP38/TMEM64 family inner membrane protein YdjZ +MINISKIKENKRKNLNKTFWITLGILVVLTLTYLFIPQVNSVINKMTSYLVALDMEGLKE +YILSFGVWAPIISFLLMILQSIAAPLPAFVITFANAALFGWVKGAILSWSSAMTGAALCF +YIAKFLGRSTVENITSKFALDSVDDFFEKYGKHTILIARLLPFMSFDLISYAAGLTSMSF +ISFFIATGIGQLPATIVYSYVGEMLTGGAKLMMTGLLTLFALSILIYVIKIVWNEKNNKK +>MGYG000000001_00074 putative iron-sulfur-binding oxidoreductase FadF +MNNTNLNNKTIEIVSEKYNACVNCKLCFEACPMMKEYSSSPKELMGEIIEHKSVDKNIPY +SCMLCSVCKSKCPKDIDLKEMFYNLRKDVMNSDSKNLKGLGYNTIKFHQINSFSPIFSRS +YINNNTKKIFLPGCSLSSYSPEIVMKTYDYLKSHIENISLVIECCGKPTLAMGDEKKFKS +YYSKLDNIFRENEIEEVIVACPNCFDTIRNGSKDVKVTSLWSVINEFKIPNELINNYVNI +EKEFSLHDPCPIRYEGKIHDDVRTILKDLGVKVVEFDKNREKSECCGAGAMVRVTNPDIS +IKQTKKRASEAKSDTVVSYCQSCCESMMSVGKNSLHILDFIFNEDVINKKKFAQNKTSVI +HKWKMRYKTVQKGKINKF +>MGYG000000001_00075 TVP38/TMEM64 family inner membrane protein YdjZ +MKKDNQRMLKIALGILFLSIVLVVIYKIYSLKLSVEDIKNYVIGFGKIGPLVYIIMFSLV +PLTLFPDSVLAIAGGLIFGLFKGYIYTTIGALIGGTISFYISRYWGREIVKKLTKEKLDK +VEAMINNRGFMIILVLRLIPLFPFDVISYGAGLTSVKYKDFLLATLFGTIPGILVFTNLG +AQAVNVGSNNFYISIALLILLFVASIFLKNKFISKEIKNDIN +>MGYG000000001_00076 hypothetical protein +MLDTHARKYVNPIIEFGAKLFLNLKLKPNQVTIIALLVGISTSILLYFDMKVVAVMALWF +SGYLDAVDGAMARGSNSTSSFGTLLDIVSDRIVEVGMIIVFGIKFVDVRFNLLILAISIL +MSMTIFLTVGACTEKKGMKSFYYQAGVAERSEGFILFSLMILLPEYLGIITNIFSILVLF +TAGQRFFEAKKILD +>MGYG000000001_00077 Protein YnjB +MKKKLLSILCIMLSISVVLVGCSKKAETSNNATVLESNYDEILEKAKGTTVNFYGYGGNE +VMNKWFDTYVVDQMKEKYDITVKRVGMNIDEILNQLLSDKQANNDKGSIDIVWINGENFK +TTKDSNLLLGSFVGKLPNFNNYVDTTSEDVAIDFGTAVDGLEAPWGKAQFTVAVNSDKVL +QTINDTKSLKEAIIANPGKFTYPALPDFTGSAFVRNVIYDIVGYENIASLPEDKEEVKKA +IQPAMDYLNEIKPYLWNEGKTYPSTTSQLDNMYSDNEVYFTMTYSPNSLQGRMESGELSK +ATEIIEFKNGNISNTHFLTVPFNSQNQAGAMVLIDFLMSIDAQSSKTFTENWGDTTVLDM +DKVPAEDHSKFSEDSITIKNSVPELSAGMVPIIEEIWTEEVLESE +>MGYG000000001_00078 hypothetical protein +MNKNLKPYLLIAPVAILLGAVMVVGISNCIVQSLGYFPQIGMKNLTLDYYKEILGETTFL +KSLLFSMKTSLISASISVFIGVVLAYLLSQSKYSKLRISILNLPVIIPHIIVVILTIFIF +SQTGIISRIFYKLGIINDSSDFINLILDKKGIGIILVYLWKGIPYVALTTYNILRNVSEK +LEVVALNLGASKLQSFIYVILPLAMPSVISSFIILFSFAFGSYEVPFLIGPSTPKALSVY +AYVNYISSDLSNRSLAMVINTILSVISFVLLIIYNKIFSKMYKYKL +>MGYG000000001_00079 hypothetical protein +MKKNISKLILDISLISIIIPIFILGIWCCTKSWSYPELLPQNYSSIGFEYIFNVSNLKIL +INSILISLIIVFMTIIISIPASKAIALYEFKGKKIFELLILSPIIIPMVSVAMGIHITFI +KLGLANSLLGVIIINIVPCIPYAVRIIGDVYKLVGNKLEIQAELLGANKFNVFRYVTLPL +ILPGVIGASSMCFIISFSQYFLTMLIGGGRIVTYPMIMFPYIQSGDRNIAALYSMVFLVV +SIIVLILIEKRIKKYYIGNEEISYLI +>MGYG000000001_00080 Vitamin B12 import ATP-binding protein BtuD +MSHVKLINLTKHFDKVEVLKNINLDIKEGEIVSLLGPSGCGKSTTLKIIAGILELDDGDI +LFDEKSVKNIPTGKRDASIVFQEYLLFPHMNVFENIEFGLKMKKVNKKDRKEKVEELIDL +VKLRGYEDKYPSELSGGQQQRVAIARTLAINPKVLLLDEPFSNLDINLRNEMREFVLSLQ +KKLQITTILVTHDKEEALMMSDKIAVMLNGEIKQYDEPKKLYEKPKTKCVANIFGERNYI +RGKIKDNKFINDFIDLDLSYCESLIEETNNVELMIPKESIKLNSLETKKGIKGRIIKRKY +AGEQTYYHIDINGLELKSSVKNSNFNEGDMIRIEIQTDKVIPFKLND +>MGYG000000001_00081 hypothetical protein +MRFSFKPSGVCCREMFFELDDNNKIIDVDFIGGCPGNLIGIKQLVIGGDANDIAERLENI +PCGGKTTSCPDQLSKALREALK +>MGYG000000001_00082 hypothetical protein +MKVYISNYLSKSISIIDYDTLEQEVEINLDESIYPHHFCIDKQKNLIYIPSSSDGIIYIL +DLKENKILDTVSAGGNLSQIVLCNEELYIANEDSDSIYILDRETLTPVGVINLGYTPHGL +DFDKGANKLYVSCINSIVCVDVEKKQIINKLDIDFKAWHIRINKENEDIYISTLDGNVVI +IDLKNMQIRDVLKEFLLPLEIRFNYKNKKVYIADLGYKNIKILESATGKYVGKIKVDGIP +QGLEVSEDGNFLFVSDTQNNSIKVYSCITNQLIKEIKVGKEPTTIVCM +>MGYG000000001_00083 hypothetical protein +MFENSSEELAYHKLLILYILDKINMDLTNSQITQVVLETEMMNYFSLQQLLSQLMESKFL +ITYKDSDREYYALTQKGVETLEYFLSRIPENSTKKVDEYILTNKENLLADTQVKSSFVKQ +SDNEFIVNLRVIENQCNLIDLNLNVSSEKQAQLICNNWKNNASDMYAEVIDLLIRNNH +>MGYG000000001_00084 Small, acid-soluble spore protein beta +MANTNNRTVVPEAKAALNQMKLEIANEIGLSNYENIDKGNLTARQNGYVGGYMTKKLVEM +AEQQMAGK +>MGYG000000001_00085 hypothetical protein +MADIKNSLKNIQSKDSLKSTVHTLGRNISNTNREAHNIYEGISKNKKIKMNHKTFN +>MGYG000000001_00086 hypothetical protein +MNSRGKRAKAFILSITFFATALLLVFALVYGIKYICSINDNADMPIYRVDTDEKKIAITF +DVAWGTENINKIAEILDKHNIKATFFLVGSWVDDNKELVKMLKEKGHEFGNHSNTHPNMK +ELSDEDIMNEIEITSEKISNITGENVKLFRPPFGEVNEDVMDVCEALDYTAVKWDVDSQD +WKNLGPVHIIERVSKSVQPGSIVLFHANSSNVEEYLDTIITQLESKGYSMVKVSDLIYKE +SYTINSSGVQKIKD +>MGYG000000001_00087 Single-stranded DNA-binding protein +MIDVKDDTNVVYLRGELDENMEFSHEIFGEKFFNAKIKINRLSESYDILPLTVSERLLQD +IDIKSNNKVNVIGQLRSYNKNIDNRNRLVLTVFVREIKQVEDENKDPNSIFLDGYICKEP +IYRKTPLGREITDLLVAINRPYNKSDYIPSIVWGRNAKFAKTLKVGDRIQMWGRVQSREY +EKKVENGEAIKKVAYEVSISKIKKLSENNSQS +>MGYG000000001_00088 hypothetical protein +MKSVLYHDYEPNADLIEESDDVTCFLDTIKYDIGDKILLVGDIGNLGKRLRMLGVNVTIL +EHSNYQDVCPSLINNENCTVVRGALEYMPFNDSFFDKVIVLDHFNHTSNCKKASNEIRRV +LKSKGELILEDRNLKNLKVKLKYLKHRLFGEHVHYNYPQEILNIFAKLNFEGALKEIENE +RYIYIGKRK +>MGYG000000001_00089 hypothetical protein +MNINFTLIVIVMLFVILMSIQLTLNKIYVILREIRELMKLKKNKE +>MGYG000000001_00090 Anaerobic nitric oxide reductase transcription regulator NorR +MNSLEYIKEDIQNIAEAILSVLNIDVTIVDENLTRIAGTGRYLGKIGERLDGYSAFKKSL +EEQISIIIDDPYASNICKECDHRTFCKEYAEVCCPITLDGHSYGVIGLIAFTEGQKEIIR +ENRDGLLNFLGKMADLISNKLKAQINTEELELEKKKLETLIDSMDRAIVSVDINGKIDKY +NSKFKEIFNLNDSEVEDKSVVQVLNFINEPLNKDFKRYKSGMFFYRKNGYELKGIYNINK +ITVKDKLKGYVIDFIDKREAIKNYNRINKDYKIVLDNIIGESNIIKTIKNESFIASKSSS +TVLITGESGTGKELFARAIHNHSDRVDNPFIAVNCAAIPDNLLESELFGYEEGAFTGAKK +GGKLGKFELAHKGTIFLDEIGDMSLHLQAKLLRVLQERELDKIGGKSNISIDVRIISATN +KDLEDMVSKGIFREDLYYRLNVIPIHLPSLKDRREDIPLLIDYTIKEYSNKLGKNVDRVD +KDALKVMMEYRWPGNIRELQNIIEYSINMSSSSVITLDSIPQKIKCTSINEVREDNREIR +TLEDLEKQEIIRALDKFKDFKKDKELVAKALGISRATLYRKLEKYNIVSK +>MGYG000000001_00091 hypothetical protein +MRDIRNNLINILIEEVKPALGCTEPVAVALACAKAKELLGEDVVSNKILLSPNVYKNGMC +VGIPGTERLGLKIAAAMGILGGHSENGLQVLETLDENQVKDAENYMDNSPIDISPLDTNE +KVYIEVTLKGENHTSKVAIRTKHDNFVYLEKDGEILLNNEEVNTTTQTTVKEENIMDSIT +IKELVENIEKLNFEDIKFLLDGISMNEEIAEYGLNQKVGIGVGYGMKKSMEEGLLGDDLM +NQAMMITAAASDARMAGIKMPVMSSNGSGNHGLTAILPIVAYNRKFPQSEERLAKALAIS +HLITAYVKNFTGRLSAVCGCGVAASTGATAGISWLMSGDIRQIEGAIENMVANLSGMICD +GAKAGCALKLASAASAAVQSAIIAKQECYVPPMNGIVGSKVEQSIQNLGKISDKGMSVTD +KVIINVMDEMNKIN +>MGYG000000001_00092 Hypoxanthine phosphoribosyltransferase +MDIETKKWEVLCSKEQIDERLKELGSQISEDYKDKNLLVVSLLKGSFIFCADLVRQINVP +VRIEFMTTASYGHGEESSGTVNVVSDVKADLEGYDVLVVDDITDSALTMDFVMKHLSSKN +PASIKSCVLLDKPSRRKVDLVPDYCGFTIEDKFVVGYGLNFGDYYRNVPYVFNVTNEDR +>MGYG000000001_00093 hypothetical protein +MSKRVMHHVCIQTEKYEESLRFYRDILEFNVVKETKGFHGRDYNTWLKLDDFMIELQTPK +KGDTLNKWSSLNEGIVHMCFLVNDIEEEYNRIISLGYNNFKVKNGEIIYNVEGGKLFKVK +APEGTEVEIRDTNI +>MGYG000000001_00094 hypothetical protein +MRQWNKEYSLVRFLHAVPEGEEVDIYINNVPFYKGLEFTEFSPYVYVPQGNYTVTIYLED +TQENPIVNEKIDVNVNELVTIAITGESEDIKLLSIVEETEVVSGSNAKVRVVHLSPNAPA +VNIVADNQELFANVKYRDVTPYIAIPAKEYTVNVEEARTNRIIRQNQVTINPGRIYTFYA +VGNIPNAQILQSLDGATFMN +>MGYG000000001_00095 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase +MINLNDAYEIAKFIKESEKQTPVKVYVCGKLLSFKKNEKFKVFGSNGSYTLIGDYNVIMS +ELEPRKGHIEDIHIEFDRRNSAIPLYNFLHEEARIEPGAIIRDMVTLGKNSVIMMGAVIN +IGAVVGDNSMVDMNAVIGARGIIGKNVHLGACSVIAGVLEPPSATPVIIEDDVMIGANSV +ILEGVKVGKGSVVAAGSVVTKDVEPNTVVAGSPARVVKKKDEKTANKTKTLQDLRNLD +>MGYG000000001_00096 4-hydroxy-tetrahydrodipicolinate reductase +MLKVIINGCSGKMGRVLARCINEESDLELLCGVSPQNTEDLNFKTYSTMSEINEKSDVVI +DFSHHSTLDDVLSYTIKTKTPLVIATTGYNDEELGKIHEASKIIPIFHSYNMSLGVNVLL +RLVKEAANVLSNFDIEVIEKHHNKKVDAPSGTAVMIANAIKEVLPSLENNYGRYGRESKR +KENEIGIHAIRGGTIVGEHDVIFAGHDEIVEIKHTAQSKDIFAKGSIAAAKFIVVQEAGY +YNMDNMF +>MGYG000000001_00097 4-hydroxy-tetrahydrodipicolinate synthase +MIFKGSAVALITPFNENNEVDFEKLGELVEYHIENNTDAIVACGTTGEASTLDDAEHLAV +IKYVIDKVNKRIPVIAGTGGNDTQHSIYMSQEAEKFGVDGLLVITPYYNKGNKSGIKKHF +EAIAASVKTPIIMYNVPGRTCVNMSPALVAELAKIDNIVAIKEASGDLAQVAEIARLVPD +DFAIYSGNDDSILPLLSLGGSGVISVLANVCPQETHDLVYKFFDGDLKGSRDLQLGMKPL +IDALFIEVNPVPVKTAANLLGFNVGGLRLPLAEMDSKNVEILKKELINWGLNVQEETC +>MGYG000000001_00098 Aspartate-semialdehyde dehydrogenase 2 +MFKLSFSKYILIGVIKMKKVNVAIVGATGMVGRTFLKVLEERKFPINNLYLFSSAKSAGK +VVKFAGKDYVVEELTENSFDRDIQIALFSAGGAISEKFAPIAASKGVLVVDNSSYWRMDP +KVPLVVPEVNPEAVKEHNGIIANPNCSTIQAVVPLKPLHEKYKLKRIVYSTYQAVSGSGV +KGVKDLENGINGEANKFYPYQIAYNCLPHIDVFTDNGYTKEEMKMVNETMKIFNDYDIKV +TATTVRVPVKNCHSESINVELKNPFELNDVVEELKNSDGIVVIDNTEKLEYPTTLDSNGH +DEVFVGRIRRDFSIDNGVNFWCVADNVRKGAATNAVQIAELLIKYDLV +>MGYG000000001_00099 L-serine dehydratase 2 +MDTLKELFKIGCGPSSSHTMGPQRAAKKFKEKNSNANSYKVRLYGSLAATGEGHLTDYII +KKTLEPKEVEIIWEPETIKEFHPNGATFIALDENKNVIDEYTVFSVGGGTIKEENEETFE +EGQTYPLTTMDEIMKWCKENNKTLLDYVLEHEDEDILDYIESIKKAMRKSINEGLEATDL +IPGKLLLKRRAKDFYNKYLESDKFTTMLFSYALAVSEQNASGNIIVTAPTCGSAGVIPGV +LLSLQDHSGYSEKQINEALLVGGLIGNIIKHNASISGAEVGCQGEVGAACSMAAAAITYL +KGGTTEQIEYAAEIALEHHLGMTCDPVYGYVQIPCIERNAIGAERALDSANYALLTDGTH +FISLDQVIQTMKETGIDMMDKYKETAKGGLAKHFFSC +>MGYG000000001_00100 N-acetyldiaminopimelate deacetylase +MRDIEYLFDQLKKHRCELHNIGEVGRKEYKTSQYIRNYLDKLWVDYKVYLDTGTVGIIKG +NNPKKTIAFRADIDALSTDKGVEHLCGHDGHMSILLGLIEYLNNNKDLLNDNIVFIFQPA +EEAPGGAEELVKLGVLKDYNVDEIYGLHIYPEIPEGYVGVRDGYFLAQAGEVDIDIVAKS +AHGAMPQNGIDAIVIASNIINSLQTIVSRNISPIDNAVVTIGKMTSGTVRNIIAENARLE +GTIRTFNPKTYELMKKRIKEIILGYEKVYDCKINLEIRDFYPSVNNDKRLYDEFLNIADS +DKIIRLDPLMVSEDFSYYQKEVPGLFFMLGSRNEEKGYINGLHNAKFNFDENIFLNALDI +YIKLLKYKNSID +>MGYG000000001_00101 hypothetical protein +MDNNKLTKELIEKCEKTKKGATKKQKPLTNDDIMKYEIASELGLIDKVSERGWAGLTAKE +AGRIGGMLTSRKKKMKKMMEDKNKEDESV +>MGYG000000001_00102 Glycine/sarcosine N-methyltransferase +MNQYKDFAFVYDELMNEVDYDGWVDYIENIIKNEGAQVKNILELACGTGNLTIPLTKKNY +DIAGIDISEEMLSVAREKGEEEGVELVLLQQDIAELDFDIPNLDCILCACDGFNYITYDE +DLENVFAKSHELLKKDGLFIFDISSYYKLSTILGNNMYGENREDIAYMWQNYFDEEDNLV +EMELAFFIRDEEDERFDRFEETHLQRAYKEEEIISLLKKVGFNKIKTYGDFTFESPKNDS +ERIFFVCKK +>MGYG000000001_00103 33 kDa chaperonin +MKDYVIRATAGDGQIRAFVATTRNLVEEARSLHETTKVATAALGRTLTATSMMGLMMKNE +NDKVTVIIKGGGPIGTILVTSDSKGNVKGYVTNPNVEVENYPNGKLNVAGAVGTQGHVKV +IKDIGLREPYNGSYPLVSGEIAEDFTHYFALSEQTPSVVSLGVLTRADEVEHAGGFIVQL +MPDAEEENIAKLEQNIVRLSSITNMLKEGNTPEDILNIVLEGLNPKILDRCEVKFECECS +KEKVKNALVAIGKTALAEIIEEDKKAEIGCQFCNRKYNYTEEELIEVLENM +>MGYG000000001_00104 Anaerobic nitric oxide reductase transcription regulator NorR +MESKLKPFQNYLDKHTNIISSVLNIDIEIVDDKLIRLNGSGIYKNKINESVITEGNIYSQ +VLETGRELVVLDMQNNDICRDCGNYENCLNKVIIAVPIKYKNQTLGVIGAISTDPQRKKD +ITEKIDSYLPFIENICDLISMKIDESEINKNNDKKIKLFHEIINNLEKGVVILDVQNKIS +YVNNIAQISLNLRNSSIGEELNIVNYEKSTNNKDVINIDINNHIYTMAAKILPVYPYIKE +YDKIIIFDKVIDEKNDSENFIDTGWGVYKSDSIIGNSDAMCKVKDRIKKLARSNSTVLIT +GESGTGKELIARAIHAEGNRSQKPFIAINCAAIPENLLESELFGYVKGAFSGASNSGKIG +KFELANEGVIFLDEIGDLSFHLQAKLLRVLQERKFARIGSNKLIDLNIKVISATNKDLLK +LVNEGKYREDLYYRLNVIPINLPPLRERKEDINEIMESFINKYSIELGILDVKIEEKVMK +MLNNYNWPGNIRELENAVEYMMNLVGEDGIIVEDMLPIDILNYYNKKNYTITSYRREGYI +SNQNNTYNIEEFISNEKKDILSLKDLELLYINKVLDRFGRDTKSKKEIAKRLGIGLATLY +RKLYEK +>MGYG000000001_00105 Diaminopropionate ammonia-lyase +MDQIKWKLNTLPKADDNEKQKGIEFLRDKEISKVKGFHESIPQYERTPLVKLENLAKMLG +VKGVYLKDESYRFGLNAFKVLGGSFAMAKYMADKLGKDISELPYEKLISDEVRNELGDIT +FFTATDGNHGRGVAWTANKLKQKSVVYMPKGSSLIRLNNIKAEGAKASITELNYDDAVRL +ATEDAAKVGGLVVQDTAWEGYEDIPAWIMQGYGTMAKEAVEQLSEYGVERPTHVFIQAGV +GSLAGAVQGYMAAKFEECPITVVVEADKADCFYKSAEAGDGKPRFVGGDMQTIMAGLACG +EPNTIGFEILKNYSEAFISAPDWVSAKGMRILGNPLVGDEKVISGESGAVTTGTLVSIMQ +DESLAELRKALKLDENSKVLLISTEGDTDPDKYRSIVWDGECPSV +>MGYG000000001_00106 N-formyl-4-amino-5-aminomethyl-2-methylpyrimidine deformylase +MLNEIRKQELIELCQDLVRNSSYSGKEENVVKAIEKNFEKLGFDSWFRDEYGNIIGCIKG +NKPGKKILFDGHIDTVPVPDESKWSVPPFEGLIKDGKIYGRGTSDMKGQLSAMMAAVSYF +AKDINKDFEGELYVAGVVHEELFEGIASRKISEAVKPDYVVIGESSELNLKIGQRGRGEI +VVETFGKPAHSANPHKGINAVYKMSKIIEKIQELVPPTHPVLGEGILVLTDIKSSPYPGA +SVVPDYCKATFDRRLLVGETKEDVIAPIQELIDEMMKEDKELSAKVSYAIGKEMCYTGNV +IEGERFFPGWLYDENDEFVQAAYKGLKNAGINPEITQYSFCTNGSHYAGEAGIKTIGFGP +SRENLAHTIDEYIEIDQLAIGSKGYYEILKSVYKK +>MGYG000000001_00107 D-aminoacylase +MRTLIKRGLIVNGNKTKAFKGDLLIEDDRITKISSEVNEDVDRIIDARDRVVCPGFIDTH +SHSDLVILVNPYNEVKIRQGITTEVLGQDGISMAPLPMDYISPWRKNLAGLDGESDDIDW +EYETTDNYLSMMEDNGVGLNETYLVPHGNIRMEAMGLEDRPATKEEIQKMCEITERELKA +GAIGLSTGLIYIPCAYSLTEEMIEICKVVAKYDGVFVVHQRSEADTIISSMEEIIEIGKK +SGVKVHFSHFKVCGKDNWKYIPKVIELLEKAKSEGIKVSFDQYPYAAGSTMLGVVLPPWA +HSGGTDKLLERLQDEEQRQKMKDDIANGIEGWDNFIQFAGIDQIFVTSVKNEKNKFAIGK +SLLELGEIRGIDPLDATFDLLLEEENAVGMVDFYGLEEHIIGFMKREEQNVCTDGLLAGK +PHPRAYGSFPKILGRYVRELGVLELEEAVSKMTKKAATSFGIKDRGELKEGYYADIVIFD +KDTVSGCDDFINSMQYPTGIDYVIINGNCVIEEGNYKHIKAGKVLRGNNLCY +>MGYG000000001_00108 Putative aminohydrolase SsnA +MLLVGNGRLVTHDSLNPFMEDGCVVINKNIIEDLGTTSEMKAKYSDYEYLDAQRKVIMPG +LINSHMHIYSSFARGMAVPGKPSENFMEILENLWWTLDKKLTLEDTKYSAYATYIECIKN +GVTTVFDHHASPNAIEGSLFTINDVARELGIRTCLCYEVSDRDGKIIANQGIEENVRFIK +YAMKDNSDMFKGMFGLHAAFTLSDETLDKCAKEMAGLDTGYHVHTAEGIDDLKYNLKKYG +KRVVERLHDFDVLGNKTIAVHCIHVNSAEMNLLKDTNTFVVHNPESNMGNAVGCSPVIEL +LDRGITVGLGTDGYTSDMFESLKVANIIHKHHLCDPRFGFMESQKMLIENNQKIAKAYFK +NDLGIIRKGAYADIIIADYIPHTPMNENTLGGHMIFGLSGRCVDTTIINGKVVMKDKVLV +NIDESEILSKSREVSKELWNRI +>MGYG000000001_00109 Uric acid transporter UacT +MSEGQVRNVSKASDSENILTSSKAFIYGVQHVFGMCAGILAVPIMIGNEAKVTSTEMMIL +ISATLFVSGIATLIQSIGFKEFIGVRMPLMLGASANPTSTMLVIVASTSIGEGKALSIIF +TSTIIAGLFCFFIAPFFSKLLRFFPKIVTGTIITLMGIYLIPIAVRWCAGGVTTAPDYRS +MENIILSFIVLLIIVALNKWGGKTLGSMAILIGIILGTIISIIIGKFDFTMVNSAGILSI +PKPFFFGAPVFDIPAIVSMIVVMFIMMIASTGNTVAIHDIFGEDVTEKKVTKALRADGLS +CMIAGIFNTFPQAPCAQNLGIASMIGIKGTKITIMAGIILLVLGIIPKFAAIIASIPYPV +LGGAGLVMFGMIISAGINSIKQVEFNGTKNGFIFCVSIAVAMIPIAVPDFYVNFPQGVIQ +TILSSGITSGSICAIVLNLIFNYKDVK +>MGYG000000001_00110 NAD-dependent dihydropyrimidine dehydrogenase subunit PreA +MANLKVNIYGMEFSNPVMTAAGPGAKDGDLCIEAVKGGAGGLCTKTISVLPADVPRPCMG +LTNSGFLNTELWSELPKEQWIKEEYQKAKSAGVPVIVSMGYTADDIEKVAPLVKPYADAV +ELSTHYVGTDVAPIVNALKAAKSALDCPVFMKMSPHTDIQTIAKAVEEAGADGLVMINSF +GPCMAIDVNTGYPIMGSKTGYGWLSGAPIRPLAIRCIYEASQVVNIPIIGVGGVTCGRDV +AEMMMAGASAVQVCTEAILRGPGVYGKIAKELNEFLDEHGYSDVNEIKGLAHKKVNDREF +RTHTVVPEVDQDKCIKCKKCKASCVYEAIEVGETLEIDKDKCFGCGLCVTRCPKGALTIS +YK +>MGYG000000001_00111 D-hydantoinase +MSLILKGGKIVSDKITYFSDIKVDGGKIVEIGGNIESKDCEIVDVSGSYIIPGGIDTHTH +FDLDTGTTITADDFISGTKAAIAGGTTTILDFATQSKGKSLNAGLEEWHHKARNKAYCDY +GFHMAITDWSDSVCDEMDEMIKQGVSSFKLYMAYKGTLQVDDSIIYKALEKSKNIGAIIG +FHCENGDLVCELVDKNLKENHISPQYHATSRPPMLEAEATSRLMKIAELTKSKVCVVHLS +CKESLDEVLKAKERGVDVVVETCPQYLLLNEDKYMLGGFEGAKYVMSPPLRNVKNNDILW +KALAQNQIDTIGTDHCSFNYKKQKELGIDDFSKIPNGAPGVEHRVGLLYTYGVSTNKISI +NRMVELLSTNPAKIYGLYPQKGTIEVGSDADLVVLNPNKTKVIKAENQVQNVDYTPYENY +RLNCEIERVYLRGKEVSRNGKIIDNFPTGKYLKRSSN +>MGYG000000001_00112 Aldehyde oxidoreductase +MFEFILNNEKVIAAENKKLLQFLREDMNITSVKNGCSEGACGTCMVIVDGQAKKACVLTT +QKLVGKNVITIEGMSERERDVYAYAFSSQGAVQCGFCIPGMVISAKALLDINNNPTESEI +KKALKGNICRCTGYVKIIKAIELAAKIFREDIDVPKVACKGLIGENLPRIDAIAKALGMA +EYVDDIRIDGMIYGSAVRTKYPRALVKKIDIEDAKAYPGVVAVLTAKDIPGTIKVGHLKK +DWDTLIPEGEITRYLGDAIVLVAAETKEALEEAKKLVKIDYEELTPITCPEEALKEDAPK +IHETGNVLVNEHLVRGNADEKIKNSKYVVTRKYSTPFTEHAFLEPECAVAGPHGEDGIII +YSSDQGVFATQHECADMLGLPHEKVRVINKMVGGGFGGKEDMSVQHHAALLAYHTKKFVK +VLLTRKESIIIHPKRHAVELELTTACDEDGYLTGMKAKIISDTGAYASLGGPVLQRLCTH +AAGPYNYQDIDIDGTAVYTNNPPGGAFRGFGVTQSCFATECNINLLAEMVGISPWEIRYK +NVVRPGQVLPNGQIADEGTAIVETLEAVKEEYEKHPYAGIACAMKNSGVGVGIPDVGRCK +LVVIDGKIHIRTSASCIGQGMGTVATQMVCETAKVSPEIIVHDAPDTLLTPDSGNTTASR +QTVFTGEATKVASKKLKEALDSGKTLLDLEGEEFYGEYASITDKMGSDKKNPISHVAYGY +ATHVAILNEEGKLEKLIAAHDVGRAVNPISLEGQIEGGVVMSIGYALTEDYPLENCVPKA +KYGTLGLFKSTDIPEVKAIVVEKNKSELAYGAKGVGEITSIPTAPAIQNAYYVYDKEFRT +KLPLINTPYSKKK +>MGYG000000001_00113 2-iminobutanoate/2-iminopropanoate deaminase +MSKIVIDTKNAPGAIGPYSQGMIVGNLVYTSGQLPIDMATGELVQDVKLATKASLDNVKA +ILEEAGTSMDKIFKTTVFVKDLNDFNAVNEVYATYFKSNPPARSCVQVAKLPKDAVVEIE +AIAVLEK +>MGYG000000001_00114 RNA polymerase sigma-54 factor +MNFNNGIELTQSQKLIMTSQLRQSLKILNMNKVELESEIVKEVESNPLLEAEKSSEINWE +QYINDMENTRKHNSYENVFNNENEVDLENLIKSDSNIYDDLKFQVSLYKLDNSERMICDY +IIDSLDEDGYLKVSDYEIMESLNIDEDIFEKCLIKVQNLEPSGVAARSLEECLIIQINNF +GIVDEILESIIRHDLKLIASNKYKDICKKYKITLQECKRFSDLIKDLNPKPCEGYFSSNK +ESIYVQPDVIVEKIENEFIAYLNEKDSYKLKINNFYKEVLKNSQADKDAKDFIKERLNSA +LSLMKNIDSRKSTILRIAESIVKNQEEFLNRGIKYIKPMTMKDLAEELNCHESTISRGVN +GKYMLTPFGTYEFKYFFNSSIETDNNEVISSVSIKNMIRDKIKAEKKDKPLSDDKIAKLL +KEQGINVARRTVAKYREELGILSSSKRKKC +>MGYG000000001_00115 Central glycolytic genes regulator +MKDLIKFQKKLIPQVVELMERRYSILRQISLSEPVGRRTLSNILDISERIIRSETEFLKE +QGLINVAGSGMTISLEGEELLDDLKDTMNYVTGLSKLQDKVKEKLGVKKVLLVPGSFDKN +ESILYDIAKCGADYFLQVLKPEDVVSITGGSTMLEFSKALKADKKYNNVTVVPARGSMGK +IVETQTSNIVSIISKKLSSHYKLLNIPDELSEEAKNSLIQEPEIKSTLEHIEKTDILVFG +IGRADEMAKRRKLSDNKVKEIISKGAVCEAFGYYFNKDGEIVYKLNTVGIDLNTVNNVRE +TIAVFGGTTKVEACIAISKVDKNIVLVTDEESACKILESI +>MGYG000000001_00116 Glyceraldehyde-3-phosphate dehydrogenase +MVKVAINGFGRIGRLALRKLMEQTDKFEVVAINDLTDAKTLAHLFKYDTAQGRFNGEIEV +KDGAFVVNGQEIKVTAERNPADLPWKELNVDIVLECTGFFTSQEKAGLHLEAGAKKVVIS +APATGDVKTVVYNVNNDVLDGTETVISGASCTTNCLAPMAKTLNDAFGLQKGFMTTIHAY +TNDQNTLDGPHAKGDLRRARAAASNIVPNTTGAAKAIGLVIPELKGKLDGAAQRVPVVTG +SITELVCTLDKNVTVEEINAAMKAASNESFGYTEEPLVSSDIIGISYGSLFDATQTKVME +VNGEQLVKVVSWYDNEMSYTSQLIRTLGYFANLAK +>MGYG000000001_00117 Phosphoglycerate kinase +MSMLNKKSIEDINVNGKRVLVRCDFNVPLKDGVITDENRLNGALPTIKYLIEQGAKVILC +SHLGKPKGEAKPELSLAPVAKRLSEMLGQEVVFAADENVVGENAKAAVAKMQNGDVVLLE +NTRYRKEETKNEENYSKELASLAEIFVNDAFGTAHRAHCSTVGAGEFLQERACGYLIQKE +LKFLGEAVANPVRPFTAILGGAKVSDKIAVINQLLDKVDNLIIGGGMAYTFLKAQGYEIG +TSLVEEDKVEYAKEMMEKAAAKGVKLLLPIDNAVADKFADVTPVITEEANIPAGHMGLDI +GPKTIEEYVNTVNASKTIVWNGPMGVFEFANFAEGTLAVAKAMAALTDATTVIGGGDSAA +AVNQLGFGDKMTHVSTGGGASLEFLEGKELPGIVALDNK +>MGYG000000001_00118 Triosephosphate isomerase +MRKPIIAGNWKMNKTIAEALAFVENVKERVNNENVDVVICAPFIALKDLKEATKGTDIKI +GAQNMHFEESGAFTGEVAPEMLKEIGIDYVVIGHSERREYFNETNETVNKKVVKALEHGI +HPILCCGETLEQREAGETKAHCKIQIEEGLKNVAKEDISKVVIAYEPIWAIGTGKTATAE +DANDVISYIREVVAGLYGELAQDVRIQYGGSVKPSNVAEIMAQSDIDGALVGGASLAADD +YVKLVNF +>MGYG000000001_00119 2,3-bisphosphoglycerate-independent phosphoglycerate mutase +MKKPVALIIMDGYGYTSETKGNAVAAANTPNLDRISKEYPSTLINASGLDVGLPNGQMGN +SEVGHTNIGAGRIVYQDLTRITKAIEDGEFFNNEVLCQAMENAKDKALHIMGLLSDGGVH +SHIDHLKALVKMAKEKGVEKVYVHAFTDGRDTDPQSAITYVKEAEEVMAEVGVGEFASVS +GRYYAMDRDKRWERVQLAYDAMVEGKGETATSATEAIQNSYDEGKNDEFVLPTVIVKDKN +PVGTIKEGDSVVFFNFRPDRARQITRALVCDEFVGFERPCMKTFFVCLTEYDITIKNVHI +AFGPQSLSNTLGEYLAKNGKVQLRAAETEKYAHVTFFFNGGVEEPNQGEERLLIPSPKVA +TYDLQPEMSAGELLEKVVAKIDEDKFDFIVVNFANPDMVGHTGNVEAAIKAVETVDSCVG +KLVDKIIEKGGSAIITADHGNAELMEDVESGKTITAHSTNPVPFIVAGEEFKTSTLLEGG +RLSDIAPTVLDMMHLEQPEEMTGHSLIKNNYLN +>MGYG000000001_00120 Enolase +MSVIESVYAREVLDSRGNPTVEVEVALESGAIGRAIVPSGASTGAFEAVELRDGDKGRYL +GKGVEKAVANVNEIIAPELEGMESTDQPAIDAVMIELDGTHNKGKLGANAILGVSMAVAR +ASAEELGLPLFQYIGGVNAKQLPVPMMNILNGGEHADNNVDVQEFMILPVGAKSFREGLR +MGAEVFHSLKKVLGEKGLACGVGDEGGFAPNLGSNREALELIVEAIEKAGYKPGDDIRLG +LDVAATEMYNKETKKYVLAGEGKELTAAEMVDLYEDWANNFPIVTIEDGLDEEDWDGWKV +LTERLGNKIQLVGDDLFVTNTERLERGIEAGVANSILVKVNQIGTITETLDAIEMAKRAG +YTAVISHRSGETEDTTIADLAVAVNAGQIKTGAPSRTDRVAKYNQLLRIEEMVGEQARYC +GLNSFYNLKK +>MGYG000000001_00121 Transcriptional regulatory protein TyrR +MIRFEISTRDRLGITTEILCKIYNRDIDLVSMEVFTEKVCIKINDIDYATKKNLREEISS +IDDVIFIKEIELLSHEKNEQKLLAVIDSVDEGIISIDKNFEINIFNNYCEELFNYKKEEV +IGRDIRDIIGEDDIIVGLIKYGHEYDNIKSSIKHNDIKSSYITTGRRITNDNDETIGAVV +SIKDVNKARELVNIINKNNDGPFKNIIGNSKSIEKVKHMTLAISKSNSTVLLRGDSGTGK +ELFANAIHDLSDRRDKRFVAINCAALPDSLLESELFGYEKGSFTGAMQSGKEGLFKEANE +GTIFLDEIGELSMLLQAKLLRVLQEGKIRKIGSSKEEEVDVRVIAATHKNLEKMIKDGEF +REDLYYRLNVIPIKIPSLKERLDDIPVLVHFFINKLNKKLRTNIKGFKKGFLDKLMNYDW +PGNVRELQNVVERAMNLCSGDVLTSQDIMIDCIYRNEDIIDNFIEEEQKFKSLKEEMEKY +EKEIIMRVYNGNKSYRESAKILGISHTAVMNKIKKYNIKE +>MGYG000000001_00122 L-methionine gamma-lyase +MENLKNKKFATQAIHGGHKKDPVSGALTTPIFQTSTFVFDSAEQGGRRFALEEDGFIYSR +LGNPTNMQLEEKIALLEKGEACLSTASGMGAITSALWTALKAGDHIVASKTLYGCTYALL +NHGISRYGVEVTFVDAANLDEVRAAMKENTKVVYLETPANPDLKLVDIEAVAKIGHEVEG +CMVIVDNTFCTPYIQRPLELGADVVVHSATKYLNGHGDVIAGFVVGKKEFIDQVRLFGVK +DMTGAVLSPFDAYLIMRGMKTLQIRMDRHTKNAMEVAKFLESHENVELVNYPGLESFPQY +ELAQKQMDMPGGMIAFEVKGGLEAGKKLLNSLELCTLAVSLGDCETLIQHPASMTHSPYT +PEERAEAGISEGLIRISVGLEDAEDIIADLKQGLDRL +>MGYG000000001_00123 Pyruvate synthase subunit PorC +MNNTIEIRWHGRGGQGAKTAALLLADVAFSTGKYVQGFPEYGPERMGAPITAYNRISDSE +IRVHSNIYEPQFVVVVDETLLEAVDVTKGLKKDGAIIVNTSKPKEEITKHLKGYEGKLFT +VDARGISERTLGKNFPNSPMLASIVKVADIMPLDIFLEEMKTSFQHKFASKPEVIGGNME +ALKLALEEVE +>MGYG000000001_00124 Pyruvate synthase subunit PorD +MDKKISEIITENISWKDITPAGNVYAGGTSEEFNTGEWRVDKPIFIEDKCKQCLLCVPVC +PDSSIPVENKKRADFDFMHCKGCGICAKVCPFDAIEMVKEEV +>MGYG000000001_00125 Pyruvate synthase subunit PorA +MSTTAVMENERAVSPAGIRERLSGNEAVAIAIKQIHPDVFPAFPITPSTEIPQYFSSYVA +NGEVQTEFVPVESEHSAMSAAIGAQSAGARTMTATSSCGLALMWEELYIAASNRLPITLA +LVNRALSGPININCDHSDSMGARDAGWIQIYSENNQEAYDNFIQAVRIGEHKDVQLPVMV +CQDGFITSHAVENINLIEDSLVKDFVGEYTPENYLLNAKRPMSTGAYDVTSYYMEHKRQQ +AQAMKNAKRVALEVAKDFEKISGRSYGLFEEYKLDDADYAIVIINSAAGTAKDAIDKMRA +EGKKVGLLKIRLFRPFPAEEIREALKNVKVLAVMDRSEGFNAYGGPLGAEVKGALYCLEK +GPKVVNYIYGLGGRDVRVENVEEVFNELEKIDNSGELGEEYRYLSVRD +>MGYG000000001_00126 Pyruvate synthase subunit PorB +MSYNFKDVMNKPERLAGGHRMCAGCGGTIAVRNVLRGLKEEDHAVIGSATGCLEVSTFMY +PYTAWKDSFIHNAFENAAATISGVEAAYKAMKRKGKIDDSYKLIAFGGDGGTYDIGFQSL +SGAMERNHDMVYVCYDNGAYMNTGIQRSSATPMYADTTTTPVGSKSSGKPQNRKDLASII +ASHDVPYVAQTTFIKNFKDLHTKSEKAIYTEGAAFLNVMAPCPRGWRYPAEDMMKICELA +VETCYWPLFEVIDGKWILNYKPKKKLPIEEFLKPQGRFKHLFKKGNEHLIEEFQAEVDRR +WNELLARCGEEI +>MGYG000000001_00127 Malate-2H(+)/Na(+)-lactate antiporter +MNKNVSKGNPLALLPIVVFLVLFVGSGIITGDFYQMPVLVAFMIASGVALLFNKNEKFDT +KMDIFCKGAGDPNIVLMLVIFLLAGAFGSVAKAMGGVDSTVNLSLSVLPPNLLVAGLFII +GSFISISMGTSVGTIAALAPIGLGIAEKTGIPVALVTGAIVGGAMFGDNLSMISDTTIAA +CRTQGCDLKDKFKVNFLIVLPAAILTVILLAVMTSGYKGSMGQTYSYEFIKVVPYIAVLV +GALCGVNVFVLLGGGILFAGVVGMATGSLDLSALIQAISGGMAGMQELCILVLIVGGVVG +LMKHNEGIDFLLHFITSRINSKKGAEFGIAALVSVVDLCTANNTIAIVTAGPLAKDIAEQ +YDIDPRKTASILDIFSACWQGMIPYGAQLVTAAGIVGVSAVEIIKYLHYPMLMLVCGIGS +IIFGIPKLKKTKEDTSKVS +>MGYG000000001_00128 ABC transporter ATP-binding protein YxdL +MNTILEFKNITYSYNNNTVILDKFNAKFEQSKFYTIIGPSGSGKTTFLSLVAGLDKANSG +SILFDNKNINSIGLSNYRNKCISIIFQSYNLLTYMSALDNIICAMEIKDTK +>MGYG000000001_00129 hypothetical protein +MPGGDRGSNKGFSGMFSKPRPDVDVIDELDVSVSSSDFFKMATLGTAISLIATCTPAVTV +IRVNPKNILSKHS +>MGYG000000001_00130 hypothetical protein +MLGNVLMGLQVVLGIILILAIMPQDSKSAVPTQFGGEGSQSYFKPKGKEAFLGRVTKIAA +VLFFLNALALAVINK +>MGYG000000001_00131 hypothetical protein +MENFILSFNVVTPLFIIMSLGYYLKYIKLLDKQTLNVMNSVCFKFFLPILLFFNIYQSDV +KSSFNINLITFSVSSIVILFVVLCFLIPKIEKDNKKRGVMIQGIFRSNFVIFGMPIATSI +YGEGNIGTTALLIAVIVPLFNLLSVISLELFRDGEINLKKILKGIITNPLIIASAIGILF +VTLNITLPTFIEKSVSDIAKIATPLSLILLGGSFSFSHIKEYLNHTIIIVFNKLIFVPLI +FIPIAIKLGFRGIELLTILLIFAAPVAVSTFQMSKQMDGDSILAEQSIVFTCLFCIPTVF +LWILTLKQLSLI +>MGYG000000001_00132 Ribonuclease R +MVPGLKERLLGLINDSAYSPLKKEELAVIFDIHPAEMPMFYNFLDELEEDGYIGRTKKGK +IMSLNQMGLFVGKFVSHRKGFGFVESDEEYTQDLFIPADNVNTAMHNDRVIAEIVTPATD +DRRAEGKIIKVVKREVTEVVGLFQPSKNFGFVVPDNKKFNQDIYIPKKFFSGAKENDKVV +VEITVWPSEDRKPEGKIIEVLGQKGERGVEIDSIVKSHGLPEEFPKKVLDEAEFVAVPIP +EEEIQRRFDIRDLKTFTIDGEDAKDLDDAVSIEKLSNGNFKLGVHIADVTHYVREKSKLD +KEALKRATSVYLVDKVIPMLPKTLSNGMCSLNPFEDKLTLSIFMEINDKGEVVKHDIYES +VINSKARMTYTEVSDILEKDDPLLKKTFSHMVDEFKMSEELARILMKRRERRGSIDFDFP +EAKIILNKDGEVVDIKHYERRISNRIIEEFMLISNETIAEHYFWLGLPFVYRVHETPSAE +KMEQLSKFVATFGYTIKGDLEDVHPKALQAIVENIKGKREEEAISTILLRSLKQARYEPT +CLGHFGLAAKYYCHFTSPIRRYPDLQIHRIIKEQLNNKINQKRQDQLSNIVEYASTQSSE +RERAAELAERDVHDYYKACYMADKVGQEFEGTISSVTNFGMFVELENTIEGLVRLANMAD +DYYIYDDMTYTIIGERTKKTFRIGDPVRIRVDRVNVDFREIDFELLEKIEEDTAE +>MGYG000000001_00133 hypothetical protein +MKSLRKHIIIGIIFSIILGVLLHYLYDFLDQNHILGYFSAINESAWEHVKLSVYPLLLIT +LIIYLICRNDINNLLPSLAIAAVLPIAIIMLLFLLYVSFTKKAVLPIDLAIYAISIIIPL +KIIEKVLLAPQVSPILSILSLIVLIFTIVILFRFTYNPPNLKIFQDDAYSFLPNIIQLAS +SINLIQSISEL +>MGYG000000001_00134 SsrA-binding protein +MLSGKKVLATNRKARHEYFIEETYECGIELKGTEVKSIRQGKINLTDGFASVDNSEVFLK +QVHISPYEQGNRFNVDPLRVRKLLLHKSEIRKLIGATTIKGYSLIPLSVYLVRGKVKVEL +ALAKGKKLYDKRQDLAKKDAQRRIEREMSGRY +>MGYG000000001_00136 PTS system glucose-specific EIIA component +MLNFFKKNKSYKLEATVSGNSINIEKVNDSMFSKKLMGDGIAIIPNNDIALAPCDGKITV +LPESKHAFGMVTDEGVEILVHIGIDTVNLKGDGFRTAVSQGDVVKKGDPIIYFDREKIAS +QGVDTTTMMIVLNHTEFSKVNCITENEVVAGQDTVIEIMK +>MGYG000000001_00137 Transcription antiterminator LicT +MIAVKIFNNNALSTVTDDGKDAIILGLGIGFNKRPGDQVNEDKIEKIYYVQDDMQTKFLE +LLNNVSPEVMDASNEIIRLIPNNDGKFNNKGILSLIEHISFAIERTKNNVFLPNLMLSDI +KVMYSKEFELGMNALSIINKRCQTNLPEDEAGYIALHFVNMQSNDNLAYDTLKFVKGSMD +LVKECYGLELDELSLSTIRFMTHLKFLAQRIFKKETYEDEKMVEMYVYLLTKHPKNVEYL +EKLNEYIEKEFKYKLDKPEMIYILLHLTKIL +>MGYG000000001_00138 PTS system maltose-specific EIICB component +MKEKLLGGLETFAKAMVQPLMYLSSAGILMVIGVLLTNDILTGVIPFLKWEPIQIFGDLI +YNCVMAIINNLSVIFAIGIPAALAKKEKHKAALIGFMSYFIYLTTSNTILTALEQLAEPS +KMLGLIGTGQATILGIQVVDTSVFGGIILGCITGYIFNRTSQKTFKGALQIYSGANFSFI +CMFFVAILFGVAMNYVWPLAQQGIASLANVIKNTGTFGLFLYGFLERILVPTGLHHLIYT +PFQFSDLGGVLQVGSETVAGAYAIVMTEMNMPIERFSESIYYMATGFTKMFGYIGIGAAF +IHTAHKHNKKKVRAAIIPLIVTAALASVTEPLDFMFVFCAPLLFVVHSVISGLFIALLKI +FDVTAFCGGNLLVSIIMNTTVGAAKTNWPVMMILGIVQILVYFIVFSFLIKKFNFKTPGR +EDEEIATDKEQSNKINSDTNIENIINGLGGKENINTVENCITRLRVNVKDESLINEDTIN +LTPNSGIVRKGKNIQIIFGLHVPDVRRSVADYLEAY +>MGYG000000001_00139 6-phospho-alpha-glucosidase +MIITVVGGGSTFTPGIVKSIAQRAKELDLDEIRLFDIDKERQDKVAVVVEWILREDVKTD +VKLTVTNDVKEAYTDATFVFAQMRVGKYEMREQDEKIPLKHGCVGQETCGCGGMAYGLRT +INPMIDLIDDVEKYAKKDHWILNYSNPAAIVSEACRKLRPNARIINICDMPIAIIDIIAE +SLGIKDVNNIVYDYFGLNHFGWFTSIEYKGRDIMAEIKEYIKKHEILLPESYIERIKKAQ +SVGNRHAVSSWNHVWKSVYTMLESFPDYLPNTYLTYYLLAKETVEKSNIDRTRANEVMES +REKDLFEGVEHYLKTGEISQKAFYAGSHGDWISDLAVAIKNDTKARFLVITENRGTIPNM +PYDAMVEVPAYIGKNGPEVIARGPIPLFQQGLMMQQVNSEKLIVEACVENSYEKALQAFT +LNKTVPSMRVAKAILDDMIEANKGYWPELR +>MGYG000000001_00140 ECF RNA polymerase sigma factor SigM +MHEMDGIYKEHAQMVFRYLMSLCKEEQLADELTQETFYRAIKSSNRYDGTCKISTWLCQI +AKHVWYQELDKRARKGTFELNDETPSTNTGVEEAICLKENKMEFMKQIYKLDQTSKEVVL +LRITGAFSFKEIGEILNKNENWARVTYYRVKQKIVKGGTI +>MGYG000000001_00141 hypothetical protein +MKCEIIKDLLPSYVDELTSTESNIEIEKHLESCISCKEELNKMKEDISIEEIKLNKKDIK +PLKKLNKKVLKYVIITILAEITLVGSYFHFFGFDWKVNSNDLYVAYYLKDDIIYFDFELM +NGRVLNAWTDVEEPYTISFTECFGSVLDDKGVHPNEFSYRIHYRNEKGKIIFKDGDTLKL +KFKDKVEEINLNKIVEELKINKH +>MGYG000000001_00142 hypothetical protein +MNYKINIPLIETKMLQKGYSLTKLASIANTSTSTVARVINKQGTPRPQTIYKIAQALELE +TSEILL +>MGYG000000001_00143 DNA primase +MYKQYIEEINNLKNLETIINYYYPNQLKKNKMNCPFHKESTPSFYIKDKENVAFYHCFGC +GEGGGIINFIQKVESIPFRQALKKAYEILEIPINLPSLNKASNHKVNKNNAVQFYNNQAI +KAIKEGDIDKAFELTCKSDEEKNKNYFIDYPYLDEKNAPLKIWENMNEILKANNITVAYN +EITKDVEIEGLDSTNLDNQLVDIHSLCIKYGFKLPFATIDKFVNRIGELNPKNPVIDYLR +ECYMEFDGNYKYIQKLCDAIITSEDFNPKLKKILIIKWLLNTAMIPFNEGNSNIEGILTL +QGRQGLGKTRLIKKLVPMYVKTGLELDPSDKDKVYQCIKYWVAELGELDATFKRDLAKLK +AFITEQNDEFRRPYAIKPVIYPRKTSFYATVNNDDFLKDETGNRRYWIIPVKEIDFNIID +NLDIDNLWGEVMHIKEENKVKHYLEAEELDLLNNSNEEFKIYNSIEISIDREFNWDIDRS +HWQFKPSMEIASRLNVNSTKGIKTCLLSRGAQYTKRGTKRGYVTPPYKVPINF +>MGYG000000001_00144 HTH-type transcriptional activator RhaS +MQNMRYYYDFSGQKFGYPLSLSINSFSRQVFSRHSSLEITYVLKGEYEAITENFSHTIKE +HELVIIAPNDIHIIRQNSRDENVILTIHIDFSLFPSAMIGEIKHSYESIVCTDNNNVKLL +KKLKIQIGKLVEVLLRGNNNLFELNTIMMEIVYITSNNMQYPIERLPLQSTHRENYIKAI +QYIDSHYKEDIRLSDIANTLMFSVSYTSKLFKKYTGIPFVKYVALVRVRESIESLLEGKK +SIEQIAADCGMPNSKAYTTAFKELYGIAPSHYRKKFVNNIKFNEDKREQLMCLDYNQREL +LQHLLEESENILYENDGIKIKEKEGRILCSIQTSKNVKSTITNCNDEIIIDIVKA +>MGYG000000001_00145 NADH oxidase +MKKYSHLFSPIKIGETIVKNRIFMPPISTNLADKGYVTDALVEHYAARAKGGVGLIVTEV +TTVEPVYTYLPGDMSISDDSYIPGWKKLTDAVHKYGAKILPQLFHPAYMAFPIPGTPRLI +APSNVGPSYAKEAPRPVTIPELKVIIKQFGEAALRIKIAGGDGVEIHAAHAHGLLGGFLS +PIYNKRTDEYGGDINGRLKLTLEVIEEVRKTCGKDFIIDVRISGDEYCDGGLNLNDGIYI +AKQLEKSGADMIHVSGGTTIMRGSSIPAPGTKQGYHAKLSEEIKKHTSIPIATVGRITEP +WIADELIANGKSDICMIGRANLCDPEFANKAEKGLDKDIRPCIGCLRCLNGIMFGNRIAC +TINPSLEIENEDTLKLSDTKKKILVIGGGPAGMEAAYVAKKRGHHVVLCDKNEELGGLMR +IASVPISKQDLSKVTQYMVRKLEESGVEIRLNCNVNKELLQNEFADYEVIVSNGACPIVI +QPFTAFKHWATADDILAGKEFPGRKIVIIGGGSVGCETADYLAPLVYDRFPRDRKVTVIE +MAKEVMGTETGPGRSLLVQRMMKKGIELICNAKVENVEEDKIYYSKDGEIYCIDDCDTLI +FAVGYKTDTRLVDTLKELQMPYHIIGDANNVGTIKDAINAGYDIAKKL +>MGYG000000001_00146 hypothetical protein +MNFKRLVKNIFMSVARFLNDGVQFYLDYCKKSYEVGFYHNRHLW +>MGYG000000001_00147 hypothetical protein +MAKSKLVKVNEKIAEGVVGRYKKIENGVVGGFNKIADKFVDNYLTKEGESIEEAKERLAK +EQKAREEASISEREKHSL +>MGYG000000001_00148 hypothetical protein +MKKSIFVSMISGTIGGILFSLGMCMALIPEWNSFKPGVIMGVAGMIVLLIMIVVWRKMEN +KPPVKPSGKTIGAVLISIIGSLLLGVGMCLTMVWSHMVIGIIIGIVGIVTLLCLIPFIKG +LK +>MGYG000000001_00149 Heme response regulator HssR +MINILVVEDDIKLNQIVCTYLNDNGFHTKGCLNAKDAYSEMYNNLYELIISDIMMPEIDG +FEFAETVRQVNKRIPILFMSAKDDLPSKKKGFKIGIDDYMVKPVELDELLLRVRALLRRA +NIEMERKLIVGNLELDADGMSAEIEGEEVNLTTREFNIIYKMLSYPKKTFSRAQLMDEFW +GVNSDTSLRAVDVYVTKLRDKLSDCDGFKIVTVRGLGYKVVLL +>MGYG000000001_00150 Sensor histidine kinase RcsC +MRKHDGSVRVKKSRFPPHLFVAYLIVLLLMCGAHTGLIILSNREGWSKITQVIVPVVYWV +AVAIGLTLFTRKKIMTTYEEPMQNLAEATKMVANGDFSVYVPTLNTSDKLDYLDVMILDF +NKMVEELGSIETLKTDFVSNVSHEMKTPIAIIKNYAELIKMDQITDEQRKEYAQSIIDSS +VRLSNLISNILKLNKLENQKITPEMEAYDVCRQLCECAILFEDAWEEKEIELVIDMEDVA +MVKAYESLLELVWNNLLSNAIKFTEPGGTIAIRQESKDKEIHVSVSDTGCGMSSESIKYI +FDKFYQGDTSRSKEGNGLGLAMVKRVIELLDGEIQVSSEEGKGSTFTITLPSAEIVNNVS +GGRQ +>MGYG000000001_00151 hypothetical protein +MDEIEKKQKEFVGYEYKEVIADISKASFIFDGYEYFGWELDKKLNGNIYGNPVENIRSPY +QKKIVIRLKRNRKILNKMELTRLQRNFEACINEIEELEKSKTSTATVYALVIGILGTAFM +AGSVFAVTAQSPNIILCILLAIPGFIGWITPYFVYKEMVKRQTGKVTQLIEEKYDEIYKI +CERGNKLLH +>MGYG000000001_00152 hypothetical protein +MKKKLASIVAISIIATNTMPAMNVFADEIIRNKATSIEKEVSKNMTVETFKIKNYENFTR +YNEDYRVNIKSISNNGGKYNQSIITNAIDGKLETHWETGRENEEDFKNEVEFEFENVEKI +NRLAYATRQDSARPKGYPKVAKILVADSDESEYKLVGEVASDKVTGDMVEFKFDTVEAKK +VKFIFSDVHNGWASASEFWFYKEDKTLDKMESLFTDDNMNEISPEFADLEALNALEKEAK +DHPFYTNFKEDIDNAITILEEEELESTLAKVSKLTGYGTEYQDAYNEKFMIPTNKITKVE +ANGGIYPGTKYEYMFDGDPNTHWETNKANSSDFTNEITLTLDEAQTIDRLAYKARSLNNK +GFPTKFEIYVSETSKGQTFQKIAYGQANVTSDMVEFKFTPTKAKRVKLVFNECNMNRAFA +SEMRLYKHDELSEKYNTLFTNDKKNEISSEFNSIDKLEKFSKELEQHPLYNLYKEGINDA +RLILENKKVTYIDAKVSKFKSFDSPELVEYDKAYKIDNKHIVNITTNGSHYSNEVIARAI +DGDVTTAWHSNKTNSENHTNEVIMTLDKLETIDKVVYTSPRARGFAEEFDIYVSKTLEGD +TFEKVTSGRASRTNDSVSIKFNPTEARRVKFVYTKAYENFALAYEFGLYKQDSTIDKMDN +LFTDENMNTVSEEFANMEALNKLEDEVKEHPFYSDFKEDIENAKALVEQGQVEATVSKTK +KFNHYNNQEYMEQYAINRDNIKKISNNAGQWSTMKIDNAIDGKLDTYWETNTSNTESFKN +EVTVEFINPVTIDRLAYGARESDRKGFLQEFEIYVSATTKGDNFKLVSTAKADKTTGLVE +AKFEPTKFQRLKIKVTKGDQNWATLNELVFLKQDSIANQVESMFTNDLMNELTDDYNTIQ +EIEALEQEVKKHPLERELMEYIERAKYIISNPEQANNYIYELESRGDSIKESQKRQMWNF +QDWQPTGLAVKSGQQITVYVDAEPGTPLPRLVYKQMDSQHNGNHNIALTNGKNVITIPET +NPDQLRPGTPQSGVLYTTNPYTPEEQIREPKVKIEGAFEYPCFVLGEDTDEEIFKDLEEY +TEKLKKDKQLPDVFEIFSEKNLINVRATYALDWYSKNDITPSENAKKIDAILKESMDFWG +FDNSSEVNSDYNYRYMTILKWLDNGGFMNAANGITGYNQAEQGAVLNYGTGWGLMHELGH +NMDTNSMSIVEVTNNMLPLHFEMIEGKESRFVQQNQYQKNIFPKVTKEDYSQNKWYPDND +YSNLQHIAPLWQLQLYDETFWPRLQQEFRENKLGGGDWDNKHEAWAIAASNVLEMDLTEH +FARHGFRVSEETKNHMKQYPAPTQKLWYLNDNKYLKDGEAFNGNLNVKVSPKINKDNITL +TMDIDKENDKSLLGYEIYRDGKLIGFTDKGTYVDQEVDLSDNHIYEVVPFSNDLNTAKKI +SVNSQQPVIETTGGVTVKLNEEFNPLDYVKSTDYQGNPIENIEVKHNVDNTKQGKYTVTY +KVKDNNNLFADETLEVEVVSDYTFLSDFEWTSATSGYQNARRNESIKGRHLGEPKTFDKG +LATHANGVITYNLGEHDYDYLEMRVGVDMSIPEQGNSSITFKLTGDGKTLATTSVMKHAD +NLKYIKVPVKDVDEIKIEVNNGGNGITSDHGIIVEPKLATNNGKPTLKVDKSISVKVGEE +LEDVIGKIEAYDAEDGDLTKAVQISGQDKVNTNRVGTYPITYTVTDKSGNTATATRNIKV +VNMQDFTYLSDYDWKSQSNNYTQPKKDVAINGGNLTLTGENNEAVEYEKGLGMHSTSTVI +YDLTDKNADIFSTYIGVDRAMYHSVGQVQFEIYVDGKLSYDSGIMKAKDKQKYVELNLAD +AKELKLVVKDGGNGNGSDHATFGDTKLHFVNESRIDKTELTNLVNEAKKLNEDDYTEESF +NAMQILLDKAEQVLEDSNASQDTIDSVTAELQESVKSLTVINLDEVVNIPDKYLARSLSS +VLGKSEGFTIGDMRSLTELSLSGVTDLEGLQYAKNLEVLNIEYNEISDLSPLKNLKNLTD +LRANPQIITAGSIAKKDNRVTINYDILNRKGEKLSPKSVTIRNNQTLEDTTLDLDECVDE +NGVISFDTTNLDSVVYSVYLEYEDTNDNYLSQVLFMFSNK +>MGYG000000001_00153 NAD(P)H-quinone oxidoreductase subunit I, chloroplastic +MKYQHKIEVNKDLCIGCELCKNDCPVNNIIIENKKSVIKNQDCLMCGHCVAICPKEAITL +TGFDEPPIELTNKPILDQDELLMAIKSRRSIRKFKDKEVSSEIVNQIIEAGRYTPSAKNS +QDVSYIVLDNKKGMYEEVAVKFFRKIKPIANIAVKHSKELSIDDNFFF +>MGYG000000001_00154 hypothetical protein +MIATKDKISGSLAASNMALIAESYGLGVLFSGYFSDVANNLTKLKKLLSLKHRDHVITTL +VIGYPDVKYRRTAQKETANVRYL +>MGYG000000001_00155 hypothetical protein +MEIECKERIEEITSKFKECRKAISAMGDETRQLILITLLESDFNGIRVGEITEKTHLSRP +AVSHHLKILKEAEIVNVRREGTKNYYYFDSKKSQWKSLTELINLIFVGIQHIGENDVIKG +E +>MGYG000000001_00156 Electron transport complex subunit RsxB +MTCGGDTGKAIKYIQKLCKYKEWQLKGIAEIKIPENYIALFSVPDKETSTQIIKESDKQI +NKIISDIKSENEFEIINPSGLSGTLKSGITNTAFYKIFVHAKGFHYTNKCIGCGECVTLC +PLNNINLKNQKPVWKNNCTHCMACICGCPTEAIEYKNNTQNKRRYYLK +>MGYG000000001_00157 hypothetical protein +MDIKWIIVIIIIILALFLYRWIIQRKQAINNVLQRSDEEKIKDINNVLELYSFVYDETND +IICSSMYPWQREVGYCRFYDEAAPALNMIIDSEPIYFEYDNRRWLIEFWKGQYGMTTGGE +IGIYVTDMDDINIPGIFSGPFFKAVSDKELLNMDFKLKICEKKLFQRKDYHWWLTGFDVG +VFSNPRKLSMEIRIIFPNIIMKHAFLSGLKRAGYKEDEIKIIKNTIYFDFNKPKSDQPRN +RYKLIIPFIQLMNKTYCKIYNLITKDFTRTIDKIDFLRLYYPNLFMLIVGKNRMKKLQKS +YKVISFYINRNEMRSNEHL +>MGYG000000001_00158 hypothetical protein +MSTYKRLSKVYENSKVIPYDYSSKFVIMSDCHRGSGNSGDNFLKNQYIFFAALNDYYKKG +FTYIELGDGDELWENRSMEQIIEVHSSTFELLSKFYESDRMYMIYGNHDMQKSDTEFLEC +HYKGHYCGIRKKFFSLFNYIKAYEGIILENEDNNQHRIFLLHGHQGDLINDRLWKLGKFL +VRYIWRPLEIWGFNDPTRAAKNYRKKNSIEQQLITWSKENNIMLITGHTHRSSFANLDEP +MYFNSGSCIHPTAITAIEIEYGRISLVKWSIMTREDNSIYVGKEVLKGPVKLEDYFLKNI +KIENF +>MGYG000000001_00159 ECF RNA polymerase sigma factor SigW +MAQTDEKLIKEILKGNESAMEILVKRHYELVHSYIYRATNDHNIAYDITQEVFIKMMKNI +DKYNLGNGKFRNWILKIAVNATKDYFKSNTYKQRSEICDIENHQIGDKSNVIDIISKKEE +SIKIKEAIKKLPNRQREAILLKYYNDLKIKEISNITGDNENTIKSRLFNGIKNLKKLLGG +DIFEEKYEYSQSKM +>MGYG000000001_00160 hypothetical protein +MKKNMSIHSLRCENIEDEKFEELLELDLIDIDEFLDSYVVNNVDEVKIDSTIDTLKTYMP +KPEVQVIKEKSGTLDKIKENINLVKFQFSLMNKAYFIASLLLILVGTITTIKLNLSTYFS +ASIIAPIPILLGMFDIIKGREENVWELELSYKYSLREIVLSRLIIINTVSIVMSIAMSII +LNNTYSQINLLKMISIWLIPVFIIGAISLIITSLYRSINSITLCTSIWILGAMSISIYEN +IADITNINTFIVLIVSIIFALGSMKLFYKKSINIIDYITFDF +>MGYG000000001_00161 Vitamin B12 import ATP-binding protein BtuD +MEIIIKNIRKEFKDKLAVDNFNATLNSGIYGLLGTNGAGKTTLMRILADVSNPSSGDILV +NGESKSKLGDKYRDLIGYVPQNIGFYKNFTAEKFLYYVAALKGIDKKIEKSKVDELLKFV +NLEKDRKRKIGKFSGGMKQRLGIAQALLNDPKILILDEPTAGLDPNERIRFKNLISQLSK +DKIVILSTHIVSDIEFIANEILVMKEGKLVEKSSLEDILDIVRGKVYTLSVNEGDLENVQ +NKFKISSMMRTNNGICARVVGDNKPDIKEFKYIEEEPNLEDVFLYYFNESVRV +>MGYG000000001_00162 hypothetical protein +MIDLIKFELYKIFSKKSVRIVLLLTVLFSAFNAFGESINMKSKGLNSMNDVYSVMKEHEG +KVIIQEGILKAENTIEKLKEKEKRGEKLTKEEIVYRYYLYEVMITDPVYMVNNEYYTIDE +IKDEISTLENNNKTDTYEYKNLNFVYEKVKNIEESKYYFKSGWISTTDFNVIATLITTLI +VVGLATIFSDEYQNNSAQIMLSCKRGKNKLVLSKILTGLIYTVIMFTIVNGTYMLGALKF +DFTGWDKPLELFKYYRNTPFDMRVIDFYITGLGVSFIGAMLFSLVTMLVSLLVRNNMISL +LLSLGMYYVPTFVSGFIPIDSMARVLREINLAEAVRIEGMFINPSTYNILGNPTLYSTVL +ISLVVISIPVVIYLIRYFGKRQAI +>MGYG000000001_00163 hypothetical protein +MRYKKAQDILPKHIIEILQEYVDGEYLYIPIKNNTKKSWGEKSGLKKELSERNKEIFNKY +QNGMKIKELTSQYYLTESSIRRIIREQKIKE +>MGYG000000001_00164 putative metallo-hydrolase YflN +MNKLNVLEINFEFNGMVDTIYPVILRDDKEMILIDCGYPNFLALIEDCASKNNIDLSNLT +KLIITHHDFDHMGSAADLKAKYPNIKILASSKDEKYINGKEKSLRLQQAESIYESLPEEQ +KEWALNFHKILGSIENVDIDRALNDGDIFDWCGGIETIETPGHMPGHISIYIKESRTLIA +GDALVIEDGKLCIANPQYTLDMKEAKKTINKLLNYEIDRIICYHGGIYQSDIKKSLENI +>MGYG000000001_00165 HTH-type transcriptional activator RhaR +MLKTNFTYNDIYNLITSVLDSSFNISVTKIHDVFDFTNYLDIEFRRIIWPDYNYENNYNL +DDLSQMKKGALCIVQSAMEFTTIVFSFPREISNDILVIGPFLEIEPNDEYIINLLKKNHL +PETLRKTFSVYYNSLPIADSMKVILTLNTLLGTFISNYDPSNLYYVDFSKDKPKLANYNY +DDDSNFYIEYHKKYKSCLEDIFKYIRFGKDATQRLNDYLELTGILKDKSVEKIKNNLYIL +NTQFESELLKEPISPAQVRQLSLKNQLEIETESNRIRLIKMPYKMLKMYSILVSNYNLQE +YSYTVRAAIEYINFNLQSSLSLATISSAIEKNASFLSSQFKKETGSTITKYIQKRRIEES +IRMLTYTDLTIQEISHLVGIDDLSWFSKLFKSFTNMSPTKYRADMHKSKKDANS +>MGYG000000001_00166 putative symporter YjmB +MNLSEAKNLNYSKKQDKPFGIKDKLGYLFGDFGNDFMFIFANMYFMIFYTKVLGVSAAMV +GTCFLVARCIDAFTDIAIGRIIDKSKPTKHGKFRSWIMRVAGPVALMNFLMYQHSLANAS +MTIKIGVMFATYILWGSIFYTAINIPYGSMSSVMTGDTKERASLSTWRTLGASFAGIIIG +ALTPQLIYSADAAGNQIIDPQRFTVVVGVFSIAAFICYMLCFILTTERIKPEIKENQQSL +SLIDTFKSLTTNKAMISMVVVSIVLIFSTLMGQTVNTYLCIDYFNNVNALSTLSIISLPI +YLVVGALAAKLADKFGKKEVSMIGLMIAGGIFLVAYFMHIKNAYTFIAIYAAATLGTCIF +SMLSWAFITDIIDYNELKTGERNDATIYGVYSFTRKLGQAVAGAVTGYALTLIGYDSLAA +TQVESVKTGIYALSTLFPAACYILAGLLLMITYPLTKKVVQENVAKLRG +>MGYG000000001_00167 Beta-N-acetylglucosaminidase/beta-glucosidase +MVNLKAKPYYLDEEGISWVEETLESMTIEEKIGQLFINMGSSTEEEYLKNSLEKYKFGAV +RYNPGPADKVLEQNRILQENSKIPLLIAANAESGGNGAFMGGTEIATPIKIGATRNVEYA +YEMGRVSGIECAAIGANWTFAPVTDIMLNWRNPVIQTRTFGDDASRVLEMSKAYMKGFME +SNGICAMKHFPGDGVDERDQHLSNSSNSLSCEEWDNTFGKVYSGMIDAGIHSIMVGHIML +PSYERKYNKDLAEGGEIMPATVSKAIITDLLKGQLEFNGLVVTDASHMAGLTSRMKRSDM +LPASIAAGCDLFLFFNDPDEDFGYMMDGYKNGIITDERLNDAIRRILGTKAYLGLHKKDK +KDIVPPKEGLSVIGSEEFKNIAKEISDEAITLVKNVDKSILPISVEKNKRILLIEQEISN +PVMALFVGAGNKKTFTEYFKEKLEAEGFEVDIYESPIDKVKRVSKEEAGKIMMNAYSAKA +PITDLTDKYDLVIQLASIYNAAGTTQRIEWKMSKGTPDIPWYVHELPTIFVSLCSPFHLA +DVPQVKTYINCYDKNEHTLDALVEKLLGRSEFKGVDPVDSFCGLEDTRW +>MGYG000000001_00168 hypothetical protein +MRFNGTLGEDPILSKDLGEAYCDGFQTSYDDSEINDGWGYNSVNAMVKHWPGGGSDESGR +DAHYAYGKFAVYPGDNFDEHLIPFTEGAFKLKGKTKKASAVMPYYTISYNQDKKNGENVG +NSYNKYIISDLLRDKYEYDGVVCTDWSITKDNHVIDAFISGKCWGVENLSVDERHYKALM +AGVDQFGGNNEVQPVLNAYYMGVKEHGEKFMRERFEKSAVRLLLNIFRTGLFENPYLDAD +KSQELVGNPEFMQAGYDAQLKSLVMLKNKNNILPIKGIKKVYIPKRRIKESKDWFGNVIP +AREIDPANKSIVEKYFDVVEDPKEADFSIVFIESPKTVGYTKEDGYLPISLQYRPYTAVN +SRKISIAGGDPLESSTNRSYLGKTNFASNESDLNIILETRKAIGQKPIIVSLNMTNPTIV +EEFEQFVNAIITDFGAQTQAIMDIISGNINPSGLLPFNMPANMKTVENQCEDVPHDMKCY +KDELGNVYEFAYGLDFNGVINDSRVAKYKKY +>MGYG000000001_00169 hypothetical protein +MKKWKVIKKQGYNIILNEGGQNIAYSPDSGIKIIEEDGYAFKNLSKSGQLEKYEDWRLPV +EERAKDLASKMSIEL +>MGYG000000001_00170 Ribosome hibernation promotion factor +MNITITSKQIELTDSIKSKIENKFSKLERYINQDTDINVKLDVKKKSQKIEVTIFTKGGT +ILRAEDSKDDLYSSIDIVYDKLYSQIRKLKTQLSKRNKSNASIRFDNVEDYIPSNNDHDN +KIKKVKKFNINKPMTPEDAIIQMDLLSHNFFVFRDSNTEEINIVYKRHDGYGLIEHV +>MGYG000000001_00171 hypothetical protein +MKKKISSALAASLIVGQMQGVTFAENLADNHDADINKESISQETDAFNADKDLTEELKEE +VSVESLEEDTIENSITDGSNYNPKGKLELDLNFALPIKHTTADKTNISVTIKSKSGEIET +VRLGSDQKKNTTESGLLSTIEALSSKREALKPGENDLSFYHLTFENLELGIYSIEIAGDG +YKTTTIDNIDVSDYSKRVLVGTSDNTIIIDDKGTDEESDDDKEYYPGVFLAGNIDADGLV +THTDYEALKNQIKSMASSAVKSSNKKFDLNRDGKIDITDLTYIHKNIDSEVKDAEAIDTD +AIINPEAVDIELPETTKLDEGVDIKDVLKDNGSTVALKTASEAPVSEENPLSMTLNLAGK +GRQVKTTEQIVIKAPSENAPTAGSIVIPGAGEFKFNESNVRSLNDDSKEEIVIDLKKQVA +VSEITINVTGSRSNKNLAEISKVEFLNNVYKEIPKPKMNIPVINNFTSSTAVGNEAMTLG +WDHQTNVTGYELKVQEVDEKGNVKSTSTYKTSENTLKIEKVNGYSTYRVSIQSLSGDWKS +GYKDEQDNYNADSVGATNLETNSNDKDGVPDNVDVNYQPQAWNSNTGILEKNANGEGGNK +FGADSIVELQVIPETAPEGPEGITIEGEYKALKISWKSHKKAKDYDLYYRKVGSGAWIKA +NDPNDPKYVDSDESNNIPDGVADLKPEEKKDKDELIRSTSYTITGLEDQSTYEIKMTATN +HHGTGGLSQTYIGRTAKMTPPATTNYKLINTPNGVNEITQNIVSVEYPKGTATDEDAVVD +NDYTTVWEYNDWDIGGNGPIITFNKEYTIKELNVIRRLDKHEVTYQTSVQYFNDTTGKWE +TVGSRGRETNNGKVVNITLDEPITTKKIRLAVSVYPQYGRYMSISEIKFYEYDSLQDDVD +SLFKDDLRLELNDDVTQEKIDDLVKRANTIDPINMEYHPSQTQILSDLQRAQDLLDDVKL +SDKIINLDSEIRNTQNTIGQSNNYQALGVAVRPGDKVNIYIGSENKNTKFNLAITQHYAE +SGTAVQTYSQQLSVGKNEITIPESAFKMDYEKGGNLYLSFASNYNDNQKVQVRVSGGTDI +PHLNINNLNVNDVTIDADKEAEIKETIRTYIRELKTYVNTLPDRYPKNGDKVNNIYTYDP +ETSILNSTEIEGDRITLSLAADQVLKGITEGLSTEEDQVNRVYETLLAWEQLMKVSYVQQ +GLIESPIDFDGDGKITNNPLDKLNGKSEKQFFNENRAPKNRINIKYQRMFTGAFMYAGSH +HVGIGYGSVAGMMKGVPFKFDNNGNLVNKDDGALFGWGINHEIGHVHDVQGLTYAEVTNN +ILALMTQTFDDEDASRLEGAYDQVYDKVTSGSVGLASSGLVRLGMFWQLHLAYDEDNTYK +MMDINTDNDIDNDTFYAKLYRVTREKGIAPNESGHDKTAQTFIMRSSDAVGKDLREFFEK +WGIVASPNTNKYLDSKNYPKEDKAIYYLNDNARRKKLDAKNNNNPSSLVMANDTKVNASF +GTDKNGNKITEKTYLNQKEVPLELSVNKDSDKILGYEIIRKEATSNGVKEVVSGFVERNA +EGEITTYTDVIDAVNNRTFGYKVRAYDYDLNVTEVTEIGTVKVSHDGSIVKSDWKFDTNT +RSVEDVADENTGHGHVENGSINKIKDNDKSTVYNASKATNNSGQTVGGDPYVTVEMDRSK +PVVGLKYTPGTTAKKKFSLKNLFSKNKDITYSPISKYEVLVSGDGTNWTKAHSGTFDTTK +ENTIYFNEKGNSDNNQLWSYDAKYVKLVAKGASTISIAELDILGPQGDNIEIGVDKNDQV +YKNGVGRLKSDYTYAEGKVIPAGSIIVTGEYKGDPAFNVPLVLNEDDENFALKAQAILLA +NLPDDSELGEVAEGNWLYWITPDQQNENGNVKGKQIKAELYRYNKLDEQGRPVRQRLVSD +TFLVDLPEDLNNLPQIDLTNSKSRALKSSYDKVIEINNETIKKASENR +>MGYG000000001_00172 hypothetical protein +MRKLKPSVKAAIASTLVLTSTAAIAYAVPKLTNEKATSTENQLKLDVERVDSDTVKVAID +NIQDIPKAIQFSIKLDGAKLKDGENSINDLVKKEVETRLKNNEYAITSNSILTDYTYNES +KNTIDVLITSENSLPKTENKLEVFELDIKGLSDSTQSYKVVPNNEKEYKYVSNTNKEYND +LGVTHENKDITINTAPRITSEERYINIVEGEKLELTFEILKEKIGLEMQHEDGVENVTLE +VKKDNKVITEFTENTPGIYELEIAAVKDNTIKSEPLKVQVNVALDNVTEPPTITMNEEEL +TDITIAGGSIFKPLDGVKAVDKKGRNVEVDVKVDKDLDLDPEENITYTLTYTATDIYNNT +AKKEIALTVIANKAPVILGVKDHTISVGDKFDPMDGVTVTDEDKNIELKVDSNVNTNISG +EYKVSYSATDSKGKTSRSQSKVTVNPKSSEINKAPVITAEDKTITVGDNFDPKVGVIAKD +AEDGDITSKIVILEDNVDVNKEGKYTVKYSVTDSKGATTTKTITVTVNPKIGVINKVPVI +TAEDKTIKLGDNFDPKVGVSAEDVEDGDITSKIEVVENNIDVNKEGNYTVKYRVTDSKGA +TTIKTVTITVKKYIVLAESITIDNKSNNKMYIDNTKTITASVNKEADIKDIKWTISDENI +ATLKVIGNEAQIFAKTEGKVTITASTIDGSEKSDSITMDIVNFKNDSEIPSYIKDVIDTE +VLLPVVGKDPSTIEFEVKDITVDKLDLFLENLESLSPELESVREENDFNIYKIKLTRKAR +LFRAGKETYIEIKVSNKLANATDINDRLSKLQNQKPVIIVPSNQTITVGDSFDPMNGVTA +YDKDGVDITSSIKVEGDVDTSKAGEYKIVYTVKDAQGRTSSLTVIITVNEKPENPEQPDT +PEQPEIENNVPVIKVTSSIDTITVGDKFDPLYGVTAYDEEDGDLTKSIKVSGSVDTSKVG +EYKLTYTVEDKDGNVSAFTRIIVVKEKVISTNENNNPKTGDSSILGYVSIFTIAAGGLFI +KRKN +>MGYG000000001_00173 hypothetical protein +MKIAVCEDQVAQSDLLNIQIKNWAKEKDINISIDNFATAESFLFQWSDYNKYDVIFLDIK +MAKMSGIELSNIIREKNKDVEIVFVTGFFKYALHGYRVGALQYLIKPIKISDLYLCLNKV +QDRINDKSEVSTLIIETPKKIIKLNDNEIHYCIMFSPYIDIHTSSGKITLRKK +>MGYG000000001_00174 hypothetical protein +MTNLYVIEKINDLIGAFMLIYFFNKSMQPKNKKYNKVYSIVMIIFYASISSTKMNAMIYE +VKNNQIIIFIFAYHVLVLVYPLIFIRGKMSEKFFWSVFYIAMMSVGYFAVYTLLSVLFNI +TIAEMMASIDYKMYIAMILNKLIQCVLVFTFINNINFIKYIEDKILYVRGIILICDHIIL +FIISRHLIVSQSATTIETIIIVFSLCIIEILSVYTLKILYKETEAKFILKMNLKRKIYDE +EIIDMYKEMIGWKHDFRNHINMILGLLEVGTKEDAIKYIYEINSSINKLDENIYTNNIAV +NSILSSKMKVAKEKGIKINLDLKITSEIKISNVDICIILGNLLDNSIEACDLINKYKFID +LKIVSENSRLIIKIENNTNGYVNKANGKFLTTKCSPMNGIGLTQVDSVVKKYNGYINRKH +KNNIFTTYVMIQ +>MGYG000000001_00175 Oxygen sensor protein DosP +MNSINIKDKYYQEEKCGISKLYEEVKKGIELNEFRFVYQPKFNIRTNNIFGVEILIRWHK +SNGEIVQPNEFISRLEEEKLIYLIDYYAIEECMIKISEWSVNNSINIVPIAVNLSKNTFM +REDFLERLNCLIEKYKISLKHLEFEITEREALEFNIEDINRRIEEIKMLGIKISVDDFGS +GNSNISFSLDVDLDIIKIDKSMIDRIGKNKKIEYILAAIMNLARDNNIELIAEGIETEEQ +NKFLIDNGYSFGQGYYFSKPIELSELEEKYLVKCICKN +>MGYG000000001_00176 Cold shock protein CspD +MNNGIVKWFNSEKGFGFISVEGGDDVFAHYSAIQTTGYKTLEEGQKVSFNIVKGARGPQA +ENITIL +>MGYG000000001_00177 hypothetical protein +MYKIGESVVYGSEGVCEVENIKKLNISEFNKNKTYYILKPMHENGKVFVPVDINVFIRSV +LKYEEIQTLIEVIPTIEKSECDIKGVKVLQDHYKKLLKHYECIDLLTELVSLNEKKNDLI +KNKKKLNQIDDRFMKIAKGLLEDEFSIVLGIPKEDVEAYIIDKLNKQKYGKYNI +>MGYG000000001_00178 hypothetical protein +MFIEKESLVNEAKKSKKLPNFIWAIILALLFMNAGSLIGAIGITPLYIILNNFSVFRTNT +DLLLLLITLVSFAFISLLVFIRVKFIEKRNFSSIGFSKNNWFKKYFLGFVIGLGMMCVVV +LILFIFGFVSVESNPTQPIGISALIGVLIILVGWIIQGGTEEIVTRGWLMNVLGARYNIG +IGLFISSTLFGLLHLTNPNVSFIAVINIILIGVFYGLYVIKTNDLWAVCGMHSAWNFAQG +NLFGFEVSGINVEVSSLMDLNLVGNDFISGGIFGPEAGIASTVVLLISIGILIYLDKKDY +FNTSSNNL +>MGYG000000001_00179 Sensor histidine kinase RcsC +MTDYDFKYSVLKLIFDEIEECIVYEDRHGYKIYCNESYIKHFECGIQLTEEDKEQDILKR +KEVIESNEEVEYIKKIIRSNGDIKYYKVTKIPITNGLENVVGVLSIIKDKSHKYELERLR +DRFFSNIKHEFRTPLNMIFSSIQLLDYKCKICKIGNCKDCFINNLQLININSLRILKLSN +NFIDLTNIQAGCMDLNFRNHDIVSFVESICDNINNYKKFNGISLIFDTSVEEHILRFDTD +KIERVILNLISNAIKFNIPQGYVYVSLIVEEKYINISIKDTGIGINENKIDSIFESFSDV +ENRLTKVSEGSGVGLALSKALVEMHDGKISVNSKLGNGSEFIISLPNIINEREEVDISYY +KVDRNSLEKIKMELSDIY +>MGYG000000001_00180 hypothetical protein +MSIFILSCGVFEPELNKVLKEIKEENIFNEYINVKYLPFGLHSNLDKLKSEIVTNLDKIK +DNKIILLYGNKCHYKFHDFLKDYDNVITFDDANCIELIIKNKKSIIDEKNLYITSGWVLK +FDELNNFINAVDIYDIRQQYGQYENIIIGDAKVFNITDDMIFDLFEKIQVPIEVEDVDIN +NFKNKIVNAIKKAL +>MGYG000000001_00181 hypothetical protein +MDSIIGVIGVLSKYSTSGEVNVEAIAILALIGS +>MGYG000000001_00182 putative hydrolase YxeP +MNNFMEQAKSIKDEIISYRRHIHSNPEVGAELPKTKAYVMDKLREFGYDPKEICESGIVA +TIEGNKPGKTFLLRADMDALPMAEATACEFKSTNGAMHSCGHDMHTAMLLGAAKLLKQNQ +DQIEGTIKLVFQPDEEGFTGAKKMIKAGVLENPKVDAAMAMHVHSGTPSNVILCGLGTSI +AGCNRFRIVVKGVGCHGAMPELGVDPINIAAHIYLSLQEIISREISATQSAVVTIGKFAG +GDAPNIIPGEVVMEGTIRSLDKKVGELIFNRMNDIVTSTAKMFRGEAELIELSSVPPLTN +DNNLAHEVTDYMKDLVGEQSVVLFESGGMGSEDFASYSYEVPSVYVMLGAGTKQENPLFG +EPMHNEMVVFNEDILPTGAAMHAYSAIMWLKNNK +>MGYG000000001_00183 hypothetical protein +MRLLDILFYLLRSSSKVTIKDLAKIFNVSTKTIQRDLDKLSILGIPIITYRGVNGGVEID +KNYVLARHVLRYSDYESLIFALYIGENISENIRESYLIDKFKSVDNERCSKILENLKERF +IVDLYENKFDIRNKVCKEIDKSLDNKSFIELEINSEKIEVYPISYVLRSEGLCLYCRKEE +YIMILVDKISKAVVNNKSYDGTIISYDENKKNIKFI +>MGYG000000001_00184 Cold shock protein CspD +MNNGIVKWFNNEKGFGFISVEGGDDVFVHFSAIQTDGFKSLEEG +>MGYG000000001_00185 hypothetical protein +MSEYKFNYDEKEYLLNDTNCSGLINDEEKPVKGINLSDIINLLDSGDNIDFDLEYYQEAC +PECLSGVKEKAKFFPFLEYHFYIFSKNQEYVISDISKEYEGLSFNKLSKAKKVDDSYIVS +IIICKSCGDYIVQIENCIV +>MGYG000000001_00186 Monofunctional biosynthetic peptidoglycan transglycosylase +MNYYNENTNKIRRRKVSSNDSVSRPMSSNNSIERNKNINNIKSEEVKKRSRRSRKNDKMK +RNKLIKTMSVIFLVALVICSAIGSVVVISALRGAPKVTRQLIEDNYISSQVVSTDKIPND +LKNALVAIEDQRFYNHNGVDYKSLVRSVVHNIFSDTTQGGSTIEMQISKNLLTNDDKNIK +RKIRDMYNAIKIDKIMSKDEILGVYLNNVYFGKSSYGVAKASRTYFGKDVSDLTLAQSAM +LVGITNNPAKYSDHSEAKKRQETILYKMHQLGYITEDEYKEALYDKVPFKSEIE +>MGYG000000001_00187 Ferredoxin +MAYQINDACISCGACEAECPMSCISAGDDKYVIDADVCIECGACNSVCPVDAPQPE +>MGYG000000001_00188 hypothetical protein +MYKKIFISLLIIFSTINMSNVSTSMNECNNNNEKDIIINNINNEDIDVELADVHKFEDSI +DIEEKYSYYAILTMKVENKGKYDIELANIDIYPYQGDKSTKYFVKTSNDNIKGFIGTLNS +GENIDIKIGIALYNKDENIKINLVTSEDLCKEYK +>MGYG000000001_00189 Serine/threonine-protein kinase PknD +MQISTKINLKILEKINSEGVNSALYIVEDTQLGSKFILKQIDKKNLKEYDRYFDESKKIC +RLEHPNIISIKHASYDDEYIYIVMPYFENGSLYNLLQGRNLTLREIIRYSLDFLQAVYYI +HNNNLVHCDIKPNNILINDENRAVLTDFGSALYLDENGNAKLKNVYYKHIAPEQCLNSTV +NRKIDVYQIGTTLYRMCNGNEEYNKQVKRHKDLNSLKIASANGKFPVRKKYLPHIPKSMI +QIIEKCLKVNQNERYDNVLEIMNDLSAVNENLDWYYTKINKEEYSWSSDEKKILLYKELG +YWNIRHNINTEYNEIRSLDSKAQGYRLIRKIINMDKKITLL +>MGYG000000001_00190 hypothetical protein +MGLMNINIFINKIEFGIYKIINQKTKYILKDEIVIPKSFSVGERLSYIRKMISVLVKEYG +VRKAYMNIEGDIGIEIIEAVKVEGIIEELFSSCGVELCK +>MGYG000000001_00191 hypothetical protein +MEKSYTIIYQGNILSALNENGINRYMILNEVLAVIYVDQNFNDNVLNTITEVSWWQISKP +MSSLINITNNVFQGESVTVAAGTDYIDNNPYINASGQGVLIAIIDSGIDYLHPDFIKNDN +TSKIISLWDQESDRNSPPEGMIFGSEFTREEINEAISNGDSSLSVDNIGTGTIAAGISSG +NGRLNPLYRGVAINSELVVVKLRQHEGVYQEGRINYINTDFLAAIKYVIDISQRENKLTV +INLTVAERSVSFLLTNLLDTFTYLNSTGVVVVGGAGNEGNTDIHYEGFFQDDETPQDIIL +EVSEQKSLEITISPNGPGRVGALVISPSGEISYKIMYAPDDSIYSGRFNLENASYEMRLI +YPWLLSGNQELTIRIDDIKPGIWTLRLFPEIITSGEYDIYLPNQNLIPVNTRFLDPNSYS +TITLYASTENVITIGAYNDKTNSMWIGSSKGPVKGRFTKPDIVAPGVDIISPFINQSYTT +STGTGVSSSLVCGVLAIIMEYLAQQGDYSRRALFTKVLKTYLMRGATKNNIYTYPNSSQG +YGILNLQSTMMAIADNL +>MGYG000000001_00192 hypothetical protein +MQLEEELGVNVEILNSNYAIITSSTPEPIDRLLQYPQIEYVEKPFILQTQDTQSFSSTGI +TNFKNRSNLTGKGTILGIIDSGIDYTLPVFKDSNGNSKILYYWDQSIPGNPPEGFHEGTL +YTNEDINNAINNQGNVPISPTSIHGTHVAGTCASIANEASMIVVRVGTRTTDTFSRSTEF +MRAIKFILDRSLELNMPVSINISYGSNEGSHRGLSLFEEYIDDMCLYWKNNIVVAAGNNR +NKGGHKHIKLTNIQEEVEFVIGENETILNINIWPNFADNFNVFLVNPSNQQTQYISLTSG +EVRNSIGSTRIKGYFYPVAPYSLSRRVTFQLTTSSAITPGIWKIVFQPINIVDGNINIYL +PTSEGLSPETRFLEPTTELTVTVPGTASRVITVGSYNSRTDIVSVFSGEGDFEECVFKPD +ILAPGEDILSYLPGGNTGALTGTSMATPHVTGVCSLFHQWGIVNRNDLFLYSAKLKALLL +KSARRNQNLTYPNGLRGYGFLNLSTLELNELADMNSNLEYQYRKRRCRKRKENNLKPKIK +MMRQQHGIFRPGINLLHEPEFESQLSEIVPDYEFLKLSDNYGILFVTESNFNLLPQIFGL +PSILRIDPNIRYSLLGEITQGTTGGVNANEEIGVNFFKNNPNISLTGRGVAIAIISSGID +YLHPDFIYEDGTSKILYLWDQTKEGNPPEGYYIGTEYTRDQINEAIANNDNSLSTDEIGN +GTMIAGICAGRGNVNREYAGVAEDSDLIVIKMETINGYYNSAMANVAYSYAYKKAFEENL +PLVVNIGLGSTSLAGVSSRTLTTEAFFSRGLCLVTGAGNEGNTQTHTSGIISFNGDIQDI +ELEIENEEQELIIDVWINRPDTALVSIISPTGEESKEVDISEYSQVGGVFDLEGTRYGIT +YIYPTTYSGQQQAIINLYNVKRGIWKIRLTGVYITNGVYNAYLPNREFLNSGTKFRNPNP +NSTVTYPAQYEDQIVVGAYNSINGSLWQSSSRGPTINGILKPDIVAPGVNIIAPYPGGGY +ATITGTAASAAYTSGCVALFYQYVIVENNYPNKAFVQKARTYFRAGAVRENNIQYPNNNY +GYGILNIRNIFDQFR +>MGYG000000001_00193 DNA polymerase III PolC-type +MEEYVVVDLETTGLDPYKGCEIIEIGITEIINDEIVKNYSRFVKPKKSIPTFITDITNIS +NEMVENEDYIEDVLPRFRKYIGDRTIIAHNAKFDLKFLNYYLKELNLDPIENHICTLELL +KKNKSYKGKNKKLETACAYYNIENKNAHRADSDTLATAKLFLKIRNEI +>MGYG000000001_00194 hypothetical protein +MKKIVSLIAVSSILVNASATTTSAVYAEESKSNLNSKLSKNREEQEELGEKIKKLDSQIK +EIESNIKSTEEKIAKLNSETEEAKKEIQDLLNKIKDNEEALGQRLKVIDNNYSMGYIKVI +LSSTSLSDFFNNLYMVKEVIEQDRDLLKELEENKAIVEEKKKSLEDKTKEQENLKVSLES +DNSKLEADKEEIENLKAELTKEEEDLESKIADIIAKEEAARAKEEATSNSQSSSSGGSSS +SAVITDGSWPVPGYSGNSSSYGWRIHPILGTKKFHTGLDIPAPKGTPVTSFDDGTVIYSG +VQGSYGNTVMINHGNGVVTLYAHNSSLNVSVGQKVKKGQVIAKVGSTGRSTGPHLHFEVR +VNGQHTNPLNYF +>MGYG000000001_00195 Cell division protein FtsX +MKLLSNFLYNLKQGINGIRKNKTMSLISTISVTAALIILGLILTIVININQFIEVTKDQI +NEIKVIVSENLDESQRNQVKEALEKIEGIKTIEYKSKEQSFESMKENWGEDGHLLEGIKN +PLDDSYTVTLVNSENMNNIVEELQKVDNVVEVKYHQDIIQNFLNLSNMIKKFGGILILGL +LLICLVIISNTIKSRVFSKKEEIEIIKYVGASNSFVVGPFIVEGFIIGLVGAVLSVGICT +GTYGYIVEKINGALSNMMGSVVVPLTSISISLILVLFITGVMIGVLGSIMSVRKHLKV +>MGYG000000001_00196 Cell division ATP-binding protein FtsE +MIKFTCVDKMYPDGNKTLKNINLKIDKGEFVFLVGRSGAGKSTLLKLITREEKASKGSVS +VLGNDITNIKVSKLHTYRRNIGIVFQDFKLLKDKTVYENVELAMRVIGENPKNIKTRVME +VLQKVGIYHKCNKYPDELSGGECQRVGIARAIVNKPSVIIADECTGNLDVENSKKIVDLL +ESINEEGVTIVMATHDMEILKQYNKRIVAIDAGKIIKDTKRDQYEVIV +>MGYG000000001_00197 Major intracellular serine protease +MKNKDKEVDLNVRLIPYIQNEEIRATTLSSPYGINMIQAKSFWNTSQKGEGINIAIIDSG +CDIEHINLKDNIVGVRNFTDEDNKNQNIVVDRVGHGTHVTGIIAANGENGIVGVAPKANI +YVLKAINRSGTGKLSWVINAINYAVEKKVDIISMSLGMSANNEKLERAVKEAVNKNILVV +CAAGNEGDGNADDFQYSYPAAYVDVISVGAVDKRGNPAYFSNANLVIDVVAPGVEILSTY +PNNSYASLSGTSMATPYVSGSLALLKNWSKEEFQRDLTEEELYAQLIKHTKTLNYSRAVQ +GNGLIYLKEEKTIKKIKY +>MGYG000000001_00198 hypothetical protein +MSNITKYIFTVLSVFSCLSSVYIMFLFLKYIVNKKHDKRKYNYTRSRHLGKKSTKNISNI +EKTFKKNSIKSHEENEVRYKNGREEVLKYDNGDIYKGEFIDDKRNGFGICIYSNREKYEG +LWKNDLKNGVGKYIFIDGSVYMGDFKSGNMDGVGTYTYANKDMYKGYFLNGKRNGRGNLY +YRDGSKYSGMWKNDNQSGNGKFISIDGDIYEGSFENNKFNGKGTYKYSNGSVYIGDFKNN +VYHGYGCYTNENGDIYEGDFKYGLKKGNGKLKFRNGEVYYGEFKDDLFNGVGKYIYLDES +VYEGDFKNGKCHGIGTYSCRLYKYIGEWTEGNKDKIGTYYFTSGSFLEVCIDNSIIKEGI +YKCKDSDDMYLYNIDISKEKEIDVIGNIHDYLLKEINNQITINTSNIYN +>MGYG000000001_00199 hypothetical protein +MKKIYIDFEMNMPNSKGKKAMLNADIIAIGAVKYDDRTGEIEKFKSLIKPIIIKEVYPHI +EDLTKITSEDLFRAPTYEDVMRNFKGWLGSFSEIEGIYTFGNLDLVCFSNIDKISSQKNK +HPRFLNNIRSLFVDIKDKYLECGIRCMNYISLKNLLNIANIEFSGEVHDPLDDAYNLFLL +DTVLDDNESIRNLLIIQDIIKPPFNNIDEKLDEKFEQYKKSLYKNKDNYDINFISLEIIK +VVRKYIISLEDIDINNIDILRDISKKIVAIEKLINIKDGYFYILENPCIDMEDLLEDLML +YKITKDEYKSEIKTIIDLFDEDLKFENINDIVYR +>MGYG000000001_00200 tRNA-cytidine(32) 2-sulfurtransferase +MSDLAGKGCEIIVPFDERQPLKDIERSIIKKYRKHLWSKFIKAIRDYNLVEEGDKIGVAI +SGGKDSLLMAKMFQELKRHGQVNFEVEFIAMDPGYHKDIRQLLIDNCEYLNIPIHLFDSR +IFEIADEIAKDYPCYMCARMRRGALYSKAEELGCNKLALGHHYDDVIETTMLNLLCAGNF +KTMLPKLDSTNFDGIQIIRPLYYIREEHIIRFIQNSGIWPLNCACMVAAKKTGNKRYEIK +DLIKHLGENFKDVEKSIFKAAQNVNIDSVLGWQQDGIKHSFLEKYE +>MGYG000000001_00201 hypothetical protein +MEKNDRGVVQNCGCELARPYVNDQVLTKMYNLSTALQNGTIFPELFLLDSNMYNADLYKN +PKNRVRGKR +>MGYG000000001_00202 hypothetical protein +MKQCNNRSELLRKVQETGFACVDMNLYLDNHPEDKNAINVYNSLVNQFAQARCAYESKYG +PLTNFGYAPSQYPWQWICQPWPWDREFNA +>MGYG000000001_00203 putative manganese catalase +MWIYQKTLEFPVNLRCKDLNMAKYIVAQLGGPNGELGAAIRYLQQRYTMPTGKSRALLTD +IGTEELAHVEIISTMLYQLTESATPEELKAAGLGAHYAVWGHGVAPTDPNGIPWTAAYIN +VLGDAVTDLHEDMAAEQKALATYYQLINLTDNVDIINVLRFLGEREIVHYQRFGEALMDV +YDFTECKKVF +>MGYG000000001_00204 hypothetical protein +MTVITDFYQFKYSRKNFYVELLINRTALFYIEKALDERLSNLYLSKDSECAYMRLKELFY +NSRTETDLPYVELKINKCYLEYMQNLCYYFKDRNEYAPVKILSDYMQYFSIADVDGITSF +LGLNEDIKIRVLSNV +>MGYG000000001_00205 hypothetical protein +MNINKKYVISGVIATSIAIPLCSSISNADGVEYRTIIANSVNFRTGPSTSYSSMGKLNKG +DKVEYIGTSGDWVKIKYNGKTGYAHGDYVGTYSGSNQTSTTKKVVTATSLNFRSGAGTKY +SIIGSIKKGTEVSVISESNGWSKINYGGKTGYVSSNYLANKSESSNNGSSNTTEDVKYNK +IVNASGLNFRTGPGTNYSKIATLSYGTEVGVISESNGWSKVSYNGKVGYVSSSYLANKSS +NSNGSNSSTSSSKADKVISFAKTLLGKKYSWGAEGPSTFDCSGYTYYVFKQTAGVTLPRV +SKDQSKFGTAVSRSNVKKGDLVFFDTNGSNNGDVSHVGIYMGDGKFIHASSSKGEVVISD +FNSSYYKGAFVNARRVL +>MGYG000000001_00206 hypothetical protein +MNNIYNNVSLLPTPWMKKKLETLYDKKLNGNLFLIYNELKSENEISCNHLIKLLDDNNII +IDSTHPIYFYFPLEVDNLIKTLILTIKYLFPKDAYIILGGFIENYPNLNESDCIYNLYNT +YPELKNTVDFSYLIDKSKEFEIFTSLSDTHRIHIDPTSSCTVSGPTLEYNLSKFSNVTHV +SFVKLLSEESSDFFNYYIKGLTNKNNNFNFNF +>MGYG000000001_00207 DNA topoisomerase 3 +MKLILAEKPSVAKTIATFLGAKTRHDGYFEGNNYIVTYAVGHLVSLYDMKDYDKDRYSGS +WKMDNFPFIPSDKFKFKVDSSKKKQFDTVKKLLHRDDIEYVINATDNDREGELISFLIFL +LAKNKKPVKRILVNEWTPEDITRGLNNLKDNSDMLNLQAAGYTRLLTDWLIGINFTSIAT +LKYGNGKLLNIGRVILPTVKLVYDRDMEIANFIPKSYFEIEGNFKSPNGNYKGKYIKGKE +SKFDTIEDANKIIDSITSNKGIIIDKKVTTSKEYAPKLFSLTSLQGFITSKYSNFTSDKV +LSVCQSLYEGKGKGGYITYPRTDSIYLEESLVTKVSQTLDKIKVGLPYENKISFTKSKRI +FDSSKVDSHSAIIPTYIIPSNLTSDEQIVYNAIKDRFIANFMPPAEYENTEIKTEVDKHI +FLTKGKVLKVKGYLEVYNKEEKDDLLPIVNELETVDVLDIKALTKQTTPPKPYTEDTLLK +AMKNCGKNVSEEDTAVLSGYSIGTSATRADVLKKISQVGYVKKKGKSYSITDLGKNLVEI +FPVKDLFDVDYTGKLEKSLSDIQKGQFTRKEYLTNIMNFIYQNVNLIKRDSNKNISTEVY +TYNAKTKKYVKESSQVKKASSSVNKSQVKSDKSDSLGKCPVCQNDVIESDKGYLCINYNN +CKFGIWKNDKYLEYYKKKPNKTMVKSILKNGQAKVKSLTSKQGKKFDALLKYNKKDNGYW +GWTIELESDTSTSK +>MGYG000000001_00208 hypothetical protein +MVKCPRCGKEVSSRPGTICPRCGLNVSEVNSKIRCPEPNCRALVSKKLEYCPKCGCKLKG +YKLNELMRLARNKIDEVLYDDKE +>MGYG000000001_00209 Pyruvate, phosphate dikinase +MVYVELSICFFEEDRIPAVREMILSNTEEQRLISLEKLLPMQIDDFVKIFEVMEGRPVNI +RLLDPPLHEFLPSDDETIEELAKSMNIETNDIKKRILDLEEFNPMLGHRGCRVAITYPEI +YQMQAKAIIEAAIKVTKEGVKVSPEIMIPLVGEVKELKNIRELVIKTVENTIKEEGLKID +YTVGTMIEIPRACLTADEIAKEADFFSFGTNDLTQMTFGYSRDDAGKFLGQYMDKGILDK +DPFQVLDQKGVGKLIKMATKLSKEVNPIIKLGICGEHGGEPSSVEFCYKMGLDYVSCSPF +RVPIARLTAAQAFIKNMR +>MGYG000000001_00210 Pyruvate, phosphate dikinase +MTVEDLKNLVEQFKIIYKREVKSEFPQDPKNQLMLAIEAVFKSWNNPRAIIYRKLNDIPN +NLGTAVNIQSIVFGNMGQTSGTGVAFTRNPSTGENKLFGEFLMNAQGEDVVAGIRTPEDI +STLKDIMPEVHDKFIEITNILENHYKDMQDIEFTIEKEKLYILQTRNGKRTAKAAINIAV +DLVADDIIDKKEAIMRIEPNQLDQLLHPTFEEKSLKEANIIAKGLPASPGAACGKVYFNA +EEAVEVAKKGEEVILVRLETSPEDIEGMVLSQGVLTARGGMTSHEAVVARGMGKCCVAGC +SEIKVDEYNKEIRTINDVVIKEGEYISIDGSTGFVYLGEIDKTSTELSGNFQELMNWVDE +YRSMNVRTNADNPRDAATAVKFGAEGIGLCRTEHMFF +>MGYG000000001_00211 Pyruvate, phosphate dikinase +MNTKYIYSFDEGNKEMKSLLGGKGANLAEMTKIGLPVPPGFTITTEACNDYYENNESISK +GIIEEIELHLQILEKSLEKKLGDETEPLLISVRSGSVFSMPVMMDTILNLGLNDVSVVAL +ANNTENERFAYDSYRRFIQMFSDVAMGVQNINLKVY +>MGYG000000001_00212 Putative pyruvate, phosphate dikinase regulatory protein +MENLIIYVISDSVGETAQQVAKAAISQFMINDNYEIRRFPYVVDKKFLMEILNSGKNEDA +IIIYTLVDESLSTLTKEYCQNEGLSNIDLMSPILSEIAKKTDRKPRREPGIIRKLDETYF +KRVEAIEFAVKYDDGKDPRGVLKSDIVLVGISRTSKTPLSMYLANKNIKVANVPLVPEIP +LPKELNDINPKKIIGLTNTPEKLNKIRQERLKALGLSSNANYANLGRILQELDYSDSVMK +RLGCPVIDVSNKAIEETAGIILDLMKENGINTVKIKDR +>MGYG000000001_00213 Transcriptional repressor CcpN +MSVIKLNQRQLKIIDIVKENEPITSESIAASLNVTRATLRSDLAILTMTGILDARPKVGY +FYSGVSDLNLVGNSIKDKKAEDIMSMPVIVKQDISIYEVIVDMFLSDVGSIFITDDNENL +CGVVSRKDLLKATIGGSDINRIPIGMIMTRTPNVITASKDEEILLVVKKIIEHEVDSLPV +VEASDDESKLKIVGRISKTNITKLFLEMLDN +>MGYG000000001_00214 Glycine--tRNA ligase beta subunit +MNNYLLFEVGVEELPSRFVSSTLEQIKNNLTKLFNDNRIVFDDIETYGTPRRLTFVVKGI +SDRQSNLEEEVKGPSKKIAVDADGNFTKPALGFIKSKGLKEEDVYFKQVGKDEYIFGTIK +QEGIETSEVLKTILPEAVKAVTFPKAMRWGGKNMRFARPIRWMVTLLNDEVLEVNLEGIV +SSNVTKGHRFLGEKEFTVNSLEDYYEKLEKNYVILDQNKRKELIKNQCIEVANSLGGEVE +FDDDLLEEVTHLVEYPTAFYGEFDSAYANLPKEVVTTPMKEHQRYFPVVKDGKLLPNFIA +VRNGNDYKIDVVKAGNEKVLVARLEDALFFYKEDTKKNLESYIEKLKTVVFQAKLGTVYD +KTLRIEKLSSDILESLNLNYIKEDVIRAAKLCKADLVTGMVFEFTELQGIMGREYAKVGG +ENEVVSEAIFEHYLPRFAGDILPETKAGIALSIADKLDSIAGFFAIGIQPTGSQDPYALR +RQALGVLSILMDKKLDVNLKDLVNHALNNYNNLEFNKEEVSTQIMEFFKERIKNLFRDLG +IRYDVIEAVLSSEINDISDMHTRAVELNNWLSTEGLVEMLTAFNRVSTLAQKATLSDVKE +DLLKEEAEIKLYHGFKEIKVKVEELLKDKKYSEALDAFASLRPLVDNMFDNVMVMDKDES +IKENRLALLKQIYDTMLSICDLSKIVYK +>MGYG000000001_00215 Glycine--tRNA ligase alpha subunit +MNFQEMILALQNYWSKQGCIMMQPYDVEKGAGTMNPNTLLRSLGPEPWKVCYVEPSRRPA +DGRYGENPNRLYQHHQFQVILKPSPDNIQELYLGSLEAIGINPLEHDIRFVEDNWESTTV +GAWGLGWEVWLDGMEITQFTYFQQVGGIECELETGEITYGLERLAMYIQEVDSVYDLKWN +DHITYGDVFKQAEYENSVYAFEECDADMLFNLFDTYEKEALKLIERGLVVPSYDYVLKCS +HTFNTLDARGAIGVSQRASFIGRVRNMARAVSSLYVKQREEMGYPLIKEGDK +>MGYG000000001_00216 hypothetical protein +MSNKITIESIDAVYQRIPNATYSEAKEALQECDGDVVEAIILLESKKGGNTTSKVKKTVE +DVFGKDGDEIKSQLKELLRKSSVIRVIVEKNGKIIMNIPLTVGVVGLALGPLVTLVGLSA +AVIGKFNIKVQNEDDGTTVDLGELTEEKLNILKDMITNAAKDMKDVVSEKTKDNKDITDE +LIKETENQNNENKEEN +>MGYG000000001_00217 DNA repair protein RecO +MIILNTQGIVLKAVRYEENDVILTIFTRKLGKIAAMAKGAKKNKSALLSSAQLFSYSNYT +LKKQGNMYRISQSDVIKSFYDLSYDLEAFSYATYITKLVESSTLENQTNNRLFVLLAQTL +YLYTQDNVDKKFITRAFELKFLDYIGFKPIVNRCSNCGEKNSNEYVFNVYEGGILCKVCS +GTFEENMKIDITTIKLMEYILSNDILRCSKAKVSKYITYELQRILKQYLMIYVDDINFKS +LHLLHELENNNGVDKGEQ +>MGYG000000001_00218 hypothetical protein +MNNLCWNIFKKTGSIEAFLYLSDFKNMDKENNNSREIDNNNDNLEHPGDSS +>MGYG000000001_00219 Magnesium transporter MgtE +MDRKQDISKDLLSEVKSLIDNNKILELRELLEEYHIIDIFDIMEYLEEDMKVKLFEVLPI +DMSASILEECDVEFFKTILSKIDIEHRKNILELMSLDDMADILSQLEEDEREGVMELLSQ +EDADDVKELLIYEEESAGGIMTTGYIEVNKDMTAKDAIEHMRENAKEAETIYYIYVVDNQ +ERLVGVISLRELITARDSNIVADLMSENIISVYVDEDREEAVRLVSKYNLVAIPVIDRQK +RLKGIITVDDIIDVMEEEATEDMYKFAGSSEHEVELIEKINPTPKEQIFSSVRARITWLI +ITLLGGLISTAIISNLDIIMNPTYAPLIFFIPVVIGMGGNIGTQSSALTVMTLYNKDLDY +KNVLKEGVVGFITGILCSVIIAIAAFIFIKDIGVVLVVSLSLFINMIVGAMIGAFMPVLL +KRLDVDPSIISAPLISTILDITGVTVYFVITSFVLSKIV +>MGYG000000001_00220 GTPase Era +MFKSGFVSIVGRPNVGKSTLMNNVVGEKIAIMSDKPQTTRNTIQAVYTDENCQMVFLDTP +GIHKPKNKLGEFMVKSATDAFKNVDVVLYVVDESKKIGPGDRKIIEDLRGIKAPVVLVLN +KIDQLDESDLFELMKMYHVEGVFKEIVPISALKGRNIKELIKVVQKYLQEGPKYFPDYMI +TDQPERVLVSELIREKVLHYVHDEIPHGVAVEIEKMKSRNDKQIVDISAVIYCERDSHKG +IIIGKNGRKLKGIGKSAREDIELLLGSQINLQLWVKVKENWRNLQNYVSNFGYTDK +>MGYG000000001_00221 Cytidine deaminase +MNNKDLLKLAEEVRKNAYVPYSEFKVGAALLTKSGKVYTGCNVECASIGATNCAERTAIF +KAISEGDREFEAIAIASSNSEKNEPTYPCGICRQVIIEFGPEIRIITGYSEGEIYEGKIK +ELIPFYFSGSDFKEI +>MGYG000000001_00222 hypothetical protein +MKIKKTRQGIIKAFNAAIEGIIYTFKFERNMKIHYCLAAIVLTGSLFFELNKVEMLILLF +SISLVIITEMFNTAVEKTIDMITDEYHVLAKIAKDVAAGAVVIAALNSVVVGYILFLDQI +NDISKSLIFTIRKSEPHVTLICIALVLISVVVVKALTSTGTPLKGGMPSGHAALAFAMAT +AITMIIERPVVATLAYIMAVLVAQSRIEGKIHTFWETVAGALLGILIGMLVFQIKIVNFY +>MGYG000000001_00223 Endoribonuclease YbeY +MELIIDDRQNKLKISEELIEKIKDIILECLDYEGYDDDYDVSLSFVDNKEIHELNKMYRG +IDRATDVLSFPMLSDDEFEIELEEKSLGDIVISLERAFEQSIDYNHSFEREVCFLVCHSM +FHLLGYDHDTEENTKEMREKEEYILNKLSITRE +>MGYG000000001_00224 PhoH-like protein +MIIQKKFIVAEEKFERELFGNFDENVKLIEDALSIDVILREGNIVLMGEEENVDSALKLM +NELHQAVANGKTLDKQNISYSLSLLLEGSEEKIKELEGTIVITQKGKSIQPKTLGQKEYI +KLIQNNDITFGIGPAGTGKTYLAVAMAVKAFKKDEVSRIILTRPAVEAGESLGFLPGDLK +DKVDPYLRPLYDALFDMIGPDKFNKYLERGTIEVAPLAFMRGRTLDNAFIILDEAQNTTP +EQMKMFLTRLGFGSKAVVTGDITQTDLPDKKKSGLVQATRILKDIPGIGSITLSDRDVVR +HELVQRIIRAYDKFDKEEEFRRSKVKERLNNKNK +>MGYG000000001_00225 hypothetical protein +MISYIRGYYVVTVEGIGTERFLNYLIRNNINVYNVTRISETKIQFSVDREDMKKFKKAYR +GSNFQIKVKQKTGIPFIIKRIYKYKGMWICAIVSLMILMGTSQFVTDIYIDSPEGIKQEE +VRKELYKLGLKPGIYKKNIDRKKIRDHIMVTFDEIAYISVNVKGTNVFVTITKKAETLSS +KEQSNYCNIISEKNGIIEKVIPRSGNSVVSEGDIVEKGALLVSGANSKALPEVWATTFYE +VKKSSSYVDTKQEKTGKSKNVYTISFYDKKFNIRRNIKYKDYTIENKTLKLTIGNYTFPL +KIDVSTFYEVNNVKIEKNEKQLKEELKKQALKELEYIIPASAKYVDVKHEYTVNKNMLEY +LVTVHTSENIAEVYPLSKSEAEQIIKEQNKKNEESGESVPSNPSKRLINDIRNEFEEDNK +DNEDTNNEDSNNEN +>MGYG000000001_00226 hypothetical protein +MIDISSDLQVTQPTVTIVGNKFVSIENYLSIVTYDTNLIKIKTKVKTIKISGDKLLLKYI +TDGEIGIKGIIYGVEYID +>MGYG000000001_00227 hypothetical protein +MIKIISSIVHKCIFCNFLIDELMKSKDLPHKNLFMNIKNENIRNIRTLCYLYEYLYKDVL +ILDNVNTIELCKNLDENLNNLFKILFEIISDLKILNSKLNSPYFNQFINGLLFSYFNFTS +CLNCFFPTKQFKESKLEKFSFSKKRIENNNVHPDNDSSDTLRKTCIESIDFFFDYPLSSQ +NIKEENYEVFFENNPNNKFYQFFFDCDDRLIKVRISDKDTSVFYMYQVLKDSIETSPSMT +NEDAKFYSDSYLNEKLGNEFNDLIFDKDYLNIYSYMNIPESYKFKYNFKDNTGKVNLKKG +IYITIDAIYIYIQELYLF +>MGYG000000001_00228 Tryptophan-rich protein TspO +MIISIKEIRNFLISILIPILVGYCSSTIANLLAGIDANTYYSQLIKPGFAPPSFIFPIVW +VILYTLMGISAYKIMKKGYDLYKVRDAMFYYWLQLFLNFIWSILFFGLDLRFTGLVVIII +LIIIVSVMVYKFSKINKFSSYINIPYIVWLLYALFLNYFIWIINK +>MGYG000000001_00229 putative protein YqeY +MSLKEKLQEDLKSSMKNKDTVKKSVVTLIRASIKQYEVDNRVELEDDAIIDLIAKQLKQR +RDSLVEFEKANRDDLVSETEAEIEVLKEYLPQQLSEEELNEIVKATISEVGATSMKDMGK +IMAAIKPKTKGRADGKLINELVKNNLQ +>MGYG000000001_00230 30S ribosomal protein S21 +MSEVRVRENETLDSALRRFKRQCAMSGIMSEVRKREHYDKPSVRRKKKAEAARRKNAKK +>MGYG000000001_00231 Purine nucleoside phosphoramidase +MSCIFCKIIEGEIPSQKVYEDEKVIAFNDINPVAPYHILVVPKKHYESIIDINENEMEIV +SHIHNVINKIASEKGFDKAGFRIINNCGNDGGQEVKHLHYHVLAGKKLPLYEAENK +>MGYG000000001_00232 Threonylcarbamoyladenosine tRNA methylthiotransferase MtaB +MKKVAFYTLGCKVNQYETEAMLEMFKKDGYEQVGSEEFADVYVINTCTVTHMSDRKSRQY +IRRMKKKNPDAIIAVVGCYSQVSPEEILEIDEVNLVMGTNERRTIVEEIKKLQEVEGNKK +ASTVDDIMKVRAFEEIEVSQSNGRTRAFMKIQDGCDRFCTYCIIPYARGGKVRSRDIESI +VNEAQTLADNGYKEVVLTGIHVASYGKDLKESNMKLLDVIKRINEIDGIERIRTSSVEPI +LFTDEFVNEVLKMEKVCPHYHLSLQSGCDETLKRMNRRYTTEEYKTIVKKLREKIPNVAI +TTDVIVGFPGETNDEFNKTYDFLRDIELSQMHVFKYSPRKGTPAATMENQIDPQIKQFRS +DQLISLSKTNFNKFASKFIDSEMDVLFEQNIVDNKYEGLTPNYIRVVVESDKDIQGNILK +VKITDVKDEYVEGILV +>MGYG000000001_00233 Ribosomal RNA small subunit methyltransferase E +MDRFFVEKKNVNLENNTCIIEGEDVKHISKVLRCKIGEEIEVCDKDNTEYICEITNINKD +IVELNILDKVDIKREADVRIRLYQGLPKGPKMEMILQKLTEVGVDEIILVQTKRSVAKVD +EKKEDKKIERWERIIYEAAKQSKRGIIPKLRGVLSFKEALEDMKNNDMNICPYENERTVS +IKKAIKNANINSIGIFVGPEGGITKDEIESVQEIGSHVVSLGPRILRTETASVVASSIVL +YELSDLGGDE +>MGYG000000001_00234 Ribosomal protein L11 methyltransferase +MKWIEVTIKTTTEAVEAITNILDDLRTGGVMIEDPKDFFFQKKNELDWDYIEEEVFNKRN +SDGVLIKTYISEERNVMELAETIKQKVSALTGFGIDIGEGSVSLGQVNEEDWANEWKKYY +KPTKIGEKLVVKPTWEDYEVQDGDLVIELDPGMAFGTGTHETTTMCMRELEKYVTEDSKV +FDIGCGSGILAIAAAKLGAKDVIAVDLDEVAVKVAAENVAHNHVQDSVQVLHGNLIDVVS +DKADIVVANIIADIIKILARDVHSCMKEDAVFISSGIIHAKVNEVKESLIENGFEIIEVK +TLGEWNAIVAKLK +>MGYG000000001_00235 Chaperone protein DnaJ +MSTKRDYYEVLGVGKSADEKEIKKAYRKLAMQYHPDRNPDNKEAEEKFKEINEAYEVLSD +ENKRRTYDQFGHEGVNGQGGFGGQGFGGFSGGAGGFEDIFGDIFGDMFGGGFGGSSRQRR +RGPERGADIRQNVTIDFEEAAFGKKVSIKINRSEECNECHGSGAKPGTSKKTCPTCNGSG +EVRTVQRTPFGNIASSRTCSECHGEGEIIESPCNKCHGTGSTRKVKTIEVDIPAGIDDGQ +MIKLSGQGEIGSKGGPRGDLYIVVNIKKHSLFTREGYDVYLEMPVSFSQVALGGEIEVPT +LDGKVSYNVPAGTQTGTVFRLREKGIQKLRGNSRGDQYVKVVVETPKHLTDRQKELLREL +AKESGDEVHEKKRTFGQKIEDMFKKK +>MGYG000000001_00236 Chaperone protein DnaK +MGKVIGIDLGTTNSCVAVLEGGEPQIIANTEGMRTTPSVVAFTKDGERIVGEPAKRQAVT +NADKTVISIKTHMGTDYKVDIDGKGYTPQEISAIILQKLKADAESYLGQSVTEAVITVPA +YFTDAQRQATKDAGRIAGLDVKRIINEPTAAALAYGMDKLDQEKKILVFDLGGGTFDVSI +LEIGDGTFEVLATAGNNRLGGDDFDQVIIDYLADEFKKAEGVDLRNDKMALQRLKEAAEK +AKKELSSTMSSNINLPFITATAEGPKHLNIDLTRAKFDELTAHLVEKTMEPTKRALQDAG +LSTSDIDDVLLVGGSTRIPAVQEAVKKFIGKEPHKGINPDECVAAGAAIQAGVLTGEVND +LLLLDVTPLSLGIETLGNVFTKIIERNTTIPTKKSQVFSTAQDNQTAVDIHVLQGERSMA +YDNTTLGRFQLTDIPPAQRGIPQIEVTFDIDANGIVHVTAKDLGTGKEQKVTITSGTNLS +EEEIERKVKEAEMNAEADKQKKDKIEALNQAESTIYQTEKTLGEVADKISADDKANVEAA +IADLKAVKDREDATAEEIRKAMDEVMNRFQKISEQMYQAAAQEQQAQGGAQEEPQDDNVV +DADFTEVNDEK +>MGYG000000001_00237 Protein GrpE +MEKNIHQDEKDTSVNEEIESQEVNAEESTETNQDDNVVDINLRLEEEKMKEELAQEKDKY +QRLQAEYSNYIRRTNQEKETIGVFANEKIITELIPVIDSMERAVEACDNKEDKLYEGISL +VQKQLKDTLSKFGVEEIEAENADFDPNLHLAVMQESVDGVEANKVIMVLQKGYKLGTKVI +RPTMVKVSC +>MGYG000000001_00238 Heat-inducible transcription repressor HrcA +MELNERKLNILKAIIKDYIDTAEAVGSRTISKKYNLGVSAATIRNEMADLEELGYLIQPH +TSAGRVPTEKGYKLYVDALMATSELNESDKIMIEKCVQNNINHIQSLIHETSKLLSELTN +YTTVGIAKNLVNYSTIKHIQLVSMNENNILLIVVTDKGDIKKETIPTKIYLEQAKLNIIS +DNLTKKLGGKTITHLDNKFVAFIKHEIGECSNLIDQLVNALNSNLSNEELSMSLSGATNI +FSYPEFNDVLKARSFFNMIEEKENITKMTKSKGILKENANIIIGSDNDVKAAQEYSVVTA +TYKVDENSVGRISFIGPTRMDYSRIYSIISYINLLINNKK +>MGYG000000001_00239 Oxygen-independent coproporphyrinogen-III oxidase-like protein YqeR +MFGLYIHVPFCVKKCNYCDFNSFKVDRISKNTYLEDLKKEMELYKSEIDENEEITSIFLG +GGTPSILSGDEIKYIFKCINDNFNIKKDAEITIECNPGTLKLEKLQDMKDAGINRLSIGL +QATQNNHLEYIGRIHTYEEFEKNYKEALKIGFDNINVDLMYSLPNQSFDDWKESLEKITD +LNPTHISAYSLILEEGTELYNMYERKEFRLMDEDTDIDMYEYTINYLKSKGYKQYEISNY +SKNGFECEHNKLYWKCGHYIGLGPGASGYIKNTRYGNLCDLNEYHKSLLKNERPIESKEI +LNTEDKIEEKIFMGLRMNEGISFDDFKKQFNIDFLEKYHKQIKDLSEKNLIQLSEGNMAL +TQKGREISNTVFIEFMN +>MGYG000000001_00240 Serine/threonine exchanger SteT +MIKLRKDSPNLDRPYKVPLYPVIPLIAIIGGLFVIVNQLLTATLIALGDIIITLIGLPVY +NYMSKKNDN +>MGYG000000001_00241 Serine/threonine exchanger SteT +MPTAIVGGLSTVMAVYIIIKLAYLRVASASELALVTSPATLVATRLFGDIGGKTITIGML +ISVSVTLNGYLLTEPRIPYTLSK +>MGYG000000001_00242 Serine/threonine exchanger SteT +MTIVFIIALGVIILLAALNNIGSSFGGTIQNIATIGKLVPLILIIIFGFVKGRSEVSPFT +PMVGTGISTSTALCNVLIATLFAYDG +>MGYG000000001_00243 Serine/threonine exchanger SteT +MGTALSTVIDLVIGSGVFFKPQAIYATTNGASGLGIIAWILGGFITIMAGLTAAEVSAAI +TRTGGMMVYIEEI +>MGYG000000001_00244 Elongation factor 4 +MDNKQSRTRNFSIIAHIDHGKSTLADRLIQKTGLVSDREMKDQLLDNMDLERERGITIKL +QNIRLVYKAKDGNEYFLNLIDTPGHVDFNYEVSRSLAACEGALLVVDAAQGVEAQTLANV +YLALDQDLEILPVINKIDLPSARPDEIKAEIEDIIGLDASEAPLISAKSGLNIEDVLEAI +VKNIPAPQGDKEAPLKALIFDSYYDAYKGVVAYVRVYEGTVKKGMTIKMMNTNKTFEVTE +VGVMAPGQRELDELAAGDVGYIAASIKDIRSCHVGDTITDANNPTEEPLPGYKKATPMVY +CGIYPGEGEKYENVRDALEKMQVNDAALEFESETSAALGFGFRCGFLGLLHLEIIQERLE +REFDLNLVTTAPSVIYRVTKTDGEIVMVQNPANLPEVSEIKMIEEPIAKGDIIVPKDYVG +VVMELCQERRGNMLNMEYIDEKRVMLHYDLPLNEVIYDFFDALKSRTRGYGSLDYEIKGY +VPSNLVKLDILINKEQVDALSFIVHESRAYPRGKAMCEKLKNEIPRHQFAVPIQAAVGNK +VVARETISALRKDVLAKCYGGDISRKKKLLEKQKEGKKRMRQIGSVEVPQKAFMSVLKLD +D +>MGYG000000001_00245 hypothetical protein +MSRLEKNIERKNKKRKRRFIYRIIFILIMSITCSICLIIIDTNANIMLGNETYIEKTIKS +LKELQPYIQGKIESFR +>MGYG000000001_00246 hypothetical protein +MGKKRIKAKLLACVLICILPTTSFAMDKEDFFRYLINSSYPETNTNEEKESASTKNNDDE +KNDNDDDYIKVHIGEENIPTLNSNDNSSESKEKNESEASLLTEYKDNVRVTSANPRLLIY +HTHSCETYSNSPTGNYHSNDPENSVIKIGNLLTTQLTNKGWGVVHNTTIHDNPSYNNSYS +NSLKTVKSMLSTYNSVDIAIDLHRDASTNVTEETNKNYTTTINGEKVAKICFVVGMKNQN +VDEVMKIATDLTNLANEKYPGIAKPVVKKSYGRYNQYMAKNGILIEVGSNAVSVEEASAS +TKYIADILDSYFK +>MGYG000000001_00247 Germination protease +MINIRTDLALEAKEMYAEEQDTSELPGVKVENKELDNCIVTKVEVIDEQGSMIMNKGIGT +YITLESNLMKFDDDESREEMIKYLKDELVDVFGTDKTKKTLIIGLGNWNITSDALGPRSV +SKTLVTRHIFKNYNKDYDDDFTEVAALSPGVMGITGIETSETVKAIVDTIKPDRVVAIDA +LASRKMERVNATIQISTAGISPGGGVGNKRKALNKEYLGVDVIAIGVPTVVDAATLTSDV +LDMAIDNLMSESKESENFYNMLKKLKEGEKYQLIKDSLDPYDKNLIVTPKDIDETIENLS +IIISEGLNRALHPGRITK +>MGYG000000001_00248 30S ribosomal protein S20 +MANIKSAKKRIKVIEKKTALNRARKSQLKTAIRRFEEAVVAGNKEEATQRFQYAQKRISQ +VASKGTIHKNAAARKIAKLAQKLNGMNA +>MGYG000000001_00249 putative protein YqeN +MNYKDIIKSVNNRDFKNMYLFYGREYYLIENSINAFKNSLNESMLDFNLDIIDGKEIILD +QVISSIETLPFMDDKKIVIIKDFELLKGKKKNFTDSDEKYLIDHLDNIPESTILVFVVYG +DIDKRKNIVKKISKNGIVCNCDKLSDMDLFKWVKKKFEAREVRIENSQIMYFIDSEGYRD +KSSEKTLSDLDNEINKISSFVGKGNQVTNEVIDKLSQKKVENDIFKLIDYIGEKNSSNAI +RILNDMVQEGESVLGIFAMIAKQFRVVMQVRQFQSEGYTSKVISEKLKLHSFVVGKALKQ +ASNFSDEIIIDMLNYILESDYKIKNGLIKDTLAVEILVSKYCQRKVS +>MGYG000000001_00250 hypothetical protein +MRRPLLIMYIILLSISFIYTKNKTIDDKFSENEIVIVKGVVKDKIEKERYDQYKIGNFLV +NDYSKNKDLDIGKVVKVNGKYKSLDNMKFENFDYGRYIRSVGYEGLIYIDKYEIINNSNI +YLFIGNIKEYIKDTFRYLYKEKSDFINSIILGKKEYLSEEEKEIFTRTGTSHIIAISGLH +TGLLCGMIAFIMGGINRYYKLVILSMLMILYSLMVGSSPSIVRSIFFMIVLYLSVFLERK +RDGISTLSLIGIFFIINNPYIIYNISFQLSFLATLSIIYFYGYINEIFKISLVSLTISAN +ILTIPLVYYNFKGVPLLTIVSNMIIVPFMGVIIYLSVASIIIFRINLWVAKLIACFNKYI +IDIIYYLLSKISTFNFAYIEIDNPKLYCVIIYYIILFSYMIYNELKIMKEQENELQGYYK +KC +>MGYG000000001_00251 hypothetical protein +MKIRYAKEDEKDSIREIWDYCFNDSPKFTDYYFKNRYDRYNTVVVDEDGEIVSSLQLNQY +KINLNDKYYDTSYVVGVSTLPQVRGKGYMKNIMEFTLEELYKKGQLISILMPIDYRLYRK +YGYEHCYDQIEYNIDIESLKSFRSKGIMKKATLRDLDYFVDIHNSFLDDVNGNIKRDKSY +YENLFEEVKSEDGHIYIHQDREIDGYIIYFLNDDNMFVRELFYKNIDSLKSMLKFIYNHN +TQCKSVTISTPINDKIRFILDNPKNSTIKIKPFMMGRIINLEKYLKGLDIESNLEETINI +SIIDDFIEENNGVFRIMLKDKKLNIEKGNFEYEVEFNINIISQLAFSYIDASEAFILNNL +DENKKVKDFLNTVFPKKDNYINEYI +>MGYG000000001_00252 hypothetical protein +MLLRNIDMCVKEREENIVFKDIDISAKEKLQTYFDMVNYEACEYCFATLYMWQHLYKTGY +YIGDGFAVLVGEYEGDTFSILPLAKKEKLPEVIDFVFDYFKNVNKKLYFRGVTQEIVDYL +KENYKDKFEYIEERDLFDYVYDAESMRTLGGRKNQKKRNHINYFLKEYEGRFEYRLLNKE +DFNSCLELVKKWANNKEENNEYDDSMDEELIGIKKIFSHYDILKDGIKVGGIFIDNKLEA +FTIGELLNPNMALIHIEKANPDIRGLYPFINQQFLVNEFSQVEFVNREEDLGIPGLRKAK +LSYHPIRFVEKYTVKEA +>MGYG000000001_00253 ComE operon protein 3 +MVVVFISKFYKFLLIIIIITLLSACDKKEILSIHIIDVGQGDSILINTPSNKKILIDGGN +EDSEHIIRNYLRKEKIKTLDIVIATHPDSDHIGSLDYVVNKFDVKNIYMPDQNTDSSSYK +NLIKACKDKNLNINYLFKGDILNVDEYIDLVVLSPSYIQQDNNLNSIVFNLNYKNKSFLF +TGDCEETNEIDIINSFDLNDVDFLKVAHHGSSSSSTAEFIKKSSPDVAVISCGYKNQYGH +PHQSTLDTLEENNVLTYRTDINGDMIFYSDGSTITTKHKYKE +>MGYG000000001_00254 hypothetical protein +MEKNFTMRTSLIIGEDGIEKLKNSKVIVFGVGGVGSFAAEAIARAGVGNLTIVDFDEVDV +TNINRQLPALHSTVGKSKVEVMRDRILDINPDINLRAVKNLYNAETSEEILCEEYDYVVD +AIDMVTSKIKLIETCKEKGFNIISSMGMGNKLDPTKIEVTDIHKTHTCPLAKVIRKELKD +RRIKKLKVVYSTEQPIELKHKIMNGKKVTPGSISFVPSVGGLIIASVVINDLIK +>MGYG000000001_00255 hypothetical protein +MKNLMILLLMSFFIAIGIQVPNKYNFDKYVSMAYDNIVNYNNDNYTLIVKILKDANKDTL +IPYANLINLETIKCIPNNTSNKIAYILSLPQQFSFIAIYDTIDNSNYTFQGIIDNLSSIK +NFYFYKDFIVVEQSDSNPSTNFTQREFLEIFFNKNNTYIPVFNKNIYMEKITKDTSPNNN +EVTKEIEISSIDYLEGDLPRVLCINTITSYRGIYVNLTNSYEFIEDKKTTQKEIYEWHPD +MECFSIKKEL +>MGYG000000001_00257 hypothetical protein +MNLKKNKMIKIALLTSMISITILGGYSKLNKEVTLIVNGEEKQISTFKYDVQDLLVAECV +KYDNNDIVTKNLDEKLNDGMEIEVINVTEEVIKESKSVPFEVNVVEDKDLLKGQTKVEEE +GKAGENQLVYKITYHNGKQVEKIFVEEVVSEKPINKIVKKGTKVEEVKVASSRGESSRKI +SSNVNSKGKHMSVVATAYTGDSITSTGKKPKWGTIAVDPKVIPYGTKVYIPQFNKTFIAE +DCGGAIKGNKIDIFMNDESSVYNWGRKTIDIYIVN +>MGYG000000001_00258 Uracil-DNA glycosylase +MIRLNNDWDYLLEKEFEKEYYVRLKEFLINEYKTNLIFPNKDNIFEALRQTSYKDTKVLI +LGQDPYHGEGQAHGLAFSVQLTVKIPPSLLNIYKELRDDIGCYIPNNGYLIPWANQGVLL +LNTALTVRAHEANSHKNKGWEIFTDEIIKILNKRQDPVIFVLWGANARKKKEFIDGNRHF +ILEAPHPSPLSASRGFFGCKHFSKINEILIKLGKTPIDWQIPNI +>MGYG000000001_00259 hypothetical protein +MKKKDILLVISIIFLIIVLFIVNNNIDKEHSEAIEIYVNNEIYKTVSINAEEDLMIEIGS +GYNHIKIHDGGAEIVDASCEDNVCVNTGFISKVSERIVCMPNKVVIKVKKIENADNKEDV +ISE +>MGYG000000001_00260 FAD:protein FMN transferase +MKRKKTLLISTTIVLVITFLLYIFFNTKNKYSKEYYYLGTINEITILGMSKLKSEKLLNY +CDDILRDIENKMSDTIPGSDVSKINNNAGSNFVNVSDDTFFVIKEAIKYSNLSDGNFDIT +IGPVSDLWGIGTKNSNVPSTKEIQSILNLVDYKNIILDESNKSIKLKKSNMRIDLGAIAK +GYAADIIVDYLKSNNVKSAIINLGGNIYTLGSKNNKEPFTVGIQDPTLPRGNSIGNIKTT +NKSVVTSGIYERYIQKENKIYHHILNPSSGYPFENELSSVTIISNKSIICDALSTSVFGL +GLDKGLDLIESLDNTDAILITKNKEIYLTSNIENQFNLTDNSFKIIKEDAILK +>MGYG000000001_00261 Sensor histidine kinase RcsC +MNRSNKVGKKSSILLNIFNIVIFILLIYLSYTNRQLYSVSAIILRLTLSILIITFTLGIG +RFRFDYVNLIGIVYILSNVMYICSILLFSNIRYLSELILIKNILESATIFFIIDSFYKKT +IKRKSKSKSKEHPILVYFVYCIFILVMYFSIKHNINIVNFNQMKFNGFELILSVNMILLM +MTIKRSLAYIKKKESYLEKKELKLINRVILLKMLYFIGLFYIVKEEIYANFVHAFLEAIS +ILETYYIYKIIVESNLMNPYIKKIKINNVMEEHLLKQQQVSNVLQRDIKVQGKMTKEMEY +KEDFLYRLLPFTPNGWIVFDKNKNIKYFNDTLKKICLYEKYDDIQLALENTIINYDEFIG +YLDVLGVGADSIECEVITTTKECYKCMFSKYETSDEIVCILLDISNEKKMLNNLIELKQE +YEDLITNIKSPIIILDESNDIVLFSESYEEIFSKFKIYEEDLDLYQLASSINANARNNYE +LYNNGLLRYRRIDREGNIIWLESKTTIYYEGDKKYTIISYNDITYYMNNREVIKRSEDMY +KALLDRVPEGIYLEDIETNKYVYINKKFKDIFGLKSELKEELGVCRSDFMKIHPDYVNKA +KYTFNKVKSGETSDYYRIKYLDKNDEVIDTQVASIPFKINRKTFKLTIIKDMKDIIKLES +LKKQIIEREKRDLIKMQFFINMSHELKTPLNLIFTSAQLIGNLYNKNKISDEHGIIKKHV +DLTIQNSYRLIKIINDLIDFTKMESGFYQLRLENKNIIVLIEDIVMSFANYADNNGISLI +FDTNVEDLIMSVDVNSIERIILNILSNAIKFTSEGGSIYVNLIYENGKINIIIEDTGIGI +PEDKLDHIFDRFNDVNKGFIGNVYGSGIGLSMVKSMVNLIGGTISVESELNVGTKFTITI +DVNVLEGEHNYIENYESMSNIERLTVEMADVYKDAKVR +>MGYG000000001_00262 Adaptive-response sensory-kinase SasA +MYINTNNEKGEKVSLIIFITFISLFIVVKDKVQYMMFIHSLYAALLTAIGIIIIETIKVN +PNRATIFLGLIFIVTGSLETGFILTKLGTDYFIFDSVSMSFYMSIEILQLLGIYSSLCTR +MDTIKKDFILFTFGKISVISLLCSIVITCIFELSIENISLGITLENSITIMTLIVCSMVF +IKIKKMDKHSIERYFMARIIFLFIFARVIMLMLLILDDISNAYFFSGFIANVSIYYLYRY +IVYTNIKKHYKELNNIGKQLQEKDNIINYNNEGLMQEVRITQMLKDSLRMKNDKLKTTIN +SAMNPTIIFSDNKDIIYKNKSFITQFSIYENCNISQMLEFKFKKYNDILISVDSVIKNNQ +EIRLTMESEDSKYYQVILTPFKINGQSECCLCIFVDKTKEITFEQEIVSTNLCYENFLES +ITDGIILLEDGNILYANNACINMFDGDLSQIDLFIEENKEKKEEVYIINGREMYVDMIYS +TYNKNKKSIVIRDITERKLAQKRLRESEESYSKLIDILPDGICLLDRNLNIKYLNKSLLN +IINVDEGEGFNNCSIRDIIKLSTDEEVSFLKKLKKVINNNQYIILLNKQVISKNKECIDV +EVNALPFSMGSDSKYVMLIIKDLTDKKTTELVEKELSEKLEIDKIKTEFFTNMSHELKTP +LNVIFSSNQLLESFNKNKKINDYNENVNNHIALVKNNSYRLQRLINNIIDLTKLESGYYK +LNLSKRNIVVLIEDLFMKIEKYAIKKNISLIFDTESEEINMFIDKAEIERIMLNLLSNCI +KFTPNNGKICVNIYDNDKSVVISVKNTGVGIPQDKLDIIFDEFSQVDKTLSRNTEGSGIG +LSLVKKLVELHNGKINVRSEENKETEFIITLNKSEFKNIETQKNKSIYDIEEKINIEFSD +IYY +>MGYG000000001_00263 Selenocysteine-specific elongation factor +MKNIIIGTAGHIDHGKTSLIKALTGRDTDTLKEEKQRGISINLGFTYFDLPSNKRAGIVD +VPGHEKFIKNMLAGSSGIDIVLLVVACDEGVMPQTIEHLDILNFLDIKNGIIVLTKCQKV +DEDFKELVKEDIRERLEGTFLDNVDIIEVDSISGYGIDKLINKIDDISNAIESKNEDSPS +RLNIDRVFSVKGFGTIITGTLLEGKIKINDELLIYPKGIKAKIRGIQVHGENVEVAYAGQ +RTAINISNVKVEEIERGDVLADINSLEESKMLDVKISLVKHTSRELKHWDRLKLYHGTKE +TLCRAVPLDKDYIKKNESAYVQLRLEEGIVVKKGDKFVIRTYSPMETIGGGVIIDTSVKK +HKKFDSKVIDSLKLKELGEPKDIIEEYLKQNKEEYSTIQTLMSYTGLNENVIEENIRILI +ENNRVIKLNNYYIHVKAYESLKDDILDLLNHYHKKNRLKKGMSKEELRSKIGTKLKTRDL +DVVILKMESEKKIKIVNKLVSSYDFNVVLNDKQKAIKLDIQKQLRKAGLASILTVEEVCI +NYNYKEVLESMIGYEIELLSDSHIMDKENYEIAKHTLLKYIKENKGITLAEYRNLINSSR +KNCLIILEHFDRNRITKRIEDKRIMF +>MGYG000000001_00264 L-seryl-tRNA(Sec) selenium transferase +MIILDKKKLFAMLPSVDEVLGNEKIKNVLEEYPRTLVLESVRQAIDEKRKLIINLDNNDK +EIKIRFEDIIRDSIIKIKINYSLSLKKVINGTGVILHTNLGRSLLSESIKDEVWGIASRY +SNLEYNIDTGERGSRYVHLVDMIKRLTGAEDVLVVNNNAAAVLLALNTLAKDGEAIVSRG +ELVEVGGSFRIPSIMSLSGAKLVEVGATNKTHISDYEEVISENTKVLMKVHTSNYKILGF +TENVEIDNLSLLSKKYNIPLIEDLGSGVFIDLSKYGLSYEPTVLDSINKGADIVTFSGDK +MLGGPQAGIIVGKKEYIQKMKKNQLTRALRVDKITICALEATLRIYLDEHKAIRDIPTLR +MLTYTIEELHKKVNKLFNLLNGLNLDAQISIEDNFSQVGGGSMPIEKLKTFVISIIPNKM +SVSSLERKLRLSNSNIIGRIYENKYILDVRTIFEDEFEIIARELNILIGG +>MGYG000000001_00265 Selenide, water dikinase +MALIQTLDFFTPMIDDPYIFGQIAAANSLSDVYAMGGTPIVAMNIVCFPACHDMDVLAEI +MKGGFDKVRESGALLVGGHTVDDKEPKYGLSVSGIAHPNKILSNATSKVGDVLILTKPLG +VGILNTAMKADLIRKETENKVIEVMTHLNKYAAMSFDKIQVNSVTDITGFGLLGHALEMA +KASEVSIHINSEDVPILDEAVDMAKMGIIPAGMYRNKQYIEKDVDMQDVDIAVRDILYDP +QTSGGLLVSVKAEYAEELVKDMKLNGSIEAKIIGYVKSKDEKYITVR +>MGYG000000001_00266 hypothetical protein +MEKNKKSIIFLIITFICVTTIIIKDKLYFKDDIYVVSKEEVNNKESILANSEDAHDNYEE +VNNIKKDTLDDEINSEMITVYISGQVNNPGVVTLENSKRLADAIELLGGVTEDADLNRVN +MALKIKDEEHYIIPKIGEEISNDSLLINNTVEANSKSESNKININLATIKELEDLPGVGE +ATANKIVRYRDENGNFKSIEEIKNVNGIGDKKYEDLKELISIN +>MGYG000000001_00267 D-alanyl-D-alanine carboxypeptidase DacF +MKKFLSLLVTYIIIFSTFLNSANASYASSDEPSIPAEAAVLMDYETGKVLFNKNGDKKVY +PASTTKAWTAYLVLKYKPNLNEKIQITKDPNVEGSSMYLKVGESFTVKELLEGLLVHSSN +DAAVVLAEYVSGSIKEFANLMNEEAKSIGAKNTHFTNPHGLPDKEHITTANDMALMAREA +MSNNVFRDIVKTKSISFPATEAYPYERYFVNTNKFLTSNEKINYNGKDIDIKYDIVDGIK +TGYTDDAGRCLLSSAVKNGRRLISAVFKSTGNDLYLASRTLLDYGFNNYHNETIVAKDKY +TGNERVLLSKQKELIYEPEFTYKVLLKNGTPTSSYSVKTKLDKIHLPIKKGDKVGTLEVY +NSNKLETKINLVATNDLNSIFGPLVENKIISMVIKVSLITIVSIFIILLYIKRKNKKKYK +KNIFKGKRR +>MGYG000000001_00268 hypothetical protein +MSCGCSNINKNDGKNVVDLIRSKGKENFPLRNSYGIECVNCKETFTMKTHVDKCPTCNMV +YGVTPCSSHDKNNIKIADINY +>MGYG000000001_00269 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YcsE +MDYKLIVTDMDGTLLGSDHEVTEENKKVLKEALDKGINVTVATGRMYSSAKSHIRFLDST +TPIIACNGALIKDSITNEIIYSNHIDKEKSLKILKVLEEYKVYYQYYSEDLLMCKKIDKD +NKNLVKVKKLMSSGVDLVLLSDLTEHIISKEILKVIVIEDENLSILDEITKELNKIEGLE +ITKSWFNNIEIMATGSDKGSAVKILAEYLDIDKDEIIAFGDNYNDISMLEFAGIGVAMGN +ADEFVKSKADYITSTNSEDGVAKALYELTCLKALND +>MGYG000000001_00270 L-serine dehydratase, alpha chain +MKYNFKSGKELLEMCNEYNMSIHEVCLEREVELSGLSKEEIRSKMQHSLNIMKSATEKAV +EEDIKSVGGLIGGEAKKLTIFRNNSKSVCGPLMNKALVAAMGTMEVNASMGLIVAAPTAG +SCGILPGAVVTIGKEYDMTDEQMLDALFAASAIGAIITRNATVAGAEGGCQAETGAAAAM +AAAGVVEMMGGTPEQAIHAASHCLQNVMGLVCDPIAGLVEAPCQGRNAIGVANALISAEL +CLAGILNIIPFDETVEAMYKVGKNLPPELRETALGGVAATCTGCALSDKIFG +>MGYG000000001_00271 L-serine dehydratase, beta chain +MAKDYSVFDVVGPNMIGPSSSHTAGAARLGKTASKIAGKPVKEVKFYLHGSFAETYKGHG +TDKALVGGILGFDPEDARIRNSFDIAREMGVKFEFIKTDLGENEHPNTVKMEMILEDGTI +SIVKGASIGGGNIKLTEMDGLTLDFNGSKPAVILEIKDITGAVSFVTGLLAHNNKNISTM +STNRIAGSEYTFVTIETEEPLEKEILDQISKFEVVAKAVVLDKF +>MGYG000000001_00272 2-iminobutanoate/2-iminopropanoate deaminase +MKHQVIHTDNAPAAIGPYSQAIKAGNLLFVSGQVPFVPETMEIVEGDVKAQATQSLKNVQ +AILKEAGADFSDVVKSTVFIKDMNEFAQINEVYAEFFGENKPARACVEVARLPKDVKVEI +EVIAVL +>MGYG000000001_00273 L-threonine ammonia-lyase +MLQVTLQDIKEAKETIKDIVKKTDMLECASLSNKTKANVFYKCENLQRTGSFKVRGACNK +IANLTDKEKANGVIASSAGNHAQGVALGAKMSGIKSTIVMPATAPLLKVSATKGYGAEVV +LNGLVYDDAYAKAVEIQKETGATFLHPFNDKHVIAGQGTIGLEIFEQLNDKVDTILCPIG +GGGLIAGVAVAAKALNPNVKVIGVQTANIPSMHESMKNGQVSSAFKSTTIADGIAVKTPG +DMTFEIIKELVDEVVLVEEEEIAQGIVYLMENLKVVAEGSGAVTTAALLSGKYAPKENEN +VVCIISGGNVDVNNLYRIIGSGLAKEGRRYSFSVTMIDKPGGFSELTKIISENNANILNA +NQSRLSSGAYIGKQNAEFVLETFDNEHIQKIKSDIEAAGFEIKDL +>MGYG000000001_00274 Galactoside transport system permease protein MglC +MNTKSLVNEKSSFNFKEWAANNAIQIVLVFLLIGIIAIEPSFLSIKNLTNILAQCSTRMI +IALGVGGIIVTQGTDLSAGRIIGLAAVISASLLQATDYAYRMYPDLQQLPVVIPILLAMI +ICGFMGAINGFAVAKLKTPPFIATMGTMLLAYGITSLYFDRPPYGAQPIAGLDKGFKQLA +VGGIQIGDFRLPYLIIYAAIACIIMWFIWNKTKLGKNMFAIGGNPEAAEVSGVNVARNLI +IIYVMAGLLYGLAGSLEAARVGSATNNTGFMYEMDAIAACVVGGVSFAGGVGSIGGIITG +VLIFQVLNYGLSFIGVSTYLQFIIKGIIIIAAVALDTRKYMKKK +>MGYG000000001_00275 Galactose/methyl galactoside import ATP-binding protein MglA +MEKVNNEFILQMMDITKEFPGVKALDKVSLNVRPGTVHALMGENGAGKSTLMKCLFGIYK +KNSGKIFLEGNEIEFQNTRQALDNGVSMVHQELNQVRQRNILDNIWLGRYPKKGLFIDEN +KMYNDTIKIFKDLDIDVDPREKVGNLSVSQMQMIEIAKAVSYSSKVIVMDEPTSSLTEKE +VEHLFRIIEKLKKDNVAIIYISHKMEEILKISDEVTVMRDGQLIGTKHASELTTDIIISM +MVGRDMSNRFPPKRNHPGKVILEVEGLTENKKFGLKDVSFKLRKGEILGIAGLVGSKRTE +IVEALFGMRKIDKGTIKLHGKEVENKHPRSAMENGFALVTEERRSTGIFPQLSINFNSVI +SNIEAYKVNGCFLSDKKMSKDTKWVIDSMNVKTPSEKTNIGSLSGGNQQKVIIGRWLLTN +PEILMLDEPTRGIDVGAKYEIYQLINDLASKEKGIIMISSEMPELIGVTDRILVMSNGKV +AGIVDSKNTTQEEIMKLSAKFIEGDSHEYKVTS +>MGYG000000001_00276 D-galactose-binding periplasmic protein +MNKKGILALGLSATMLFSMVGCSSSNSGDDSSSGGNGELPKIGATVYKADDNFISSVRRE +LEANAKDVAELTVDDSQNDQAKQLDQIDTMIAKGAKVLAINLVDPKAASSVIEKAEAAEL +PVVFFNKEPDADALNSYDKAYYVGTISKESGVMQGEVIAKEWEANKDKWDKNGDGKMQYV +LIKGEPGHPDAEARTEWSVKTINEKGIETEELAIDTGMWDAAKATEKMDAWLAKFGDKIE +FVICNNDGMASGAIASLEKEGYLSGDKFMPVVGVDAIPEIVTLIEEGKVVGTVLNDAPNQ +AKAVIDLCLNLANGKDPVEGTDWKLDDNKAVRVPYVGITKDNLDQAK +>MGYG000000001_00277 Leucine--tRNA ligase +MSVYNHKNVESKWQKTWAENDQYKTDTLDTSKPNYYTLEMFPYPSGKIHMGHVRNYSIGD +VVARFKKMEGYNVLHPMGWDSFGLPAENAAIKHGIHPHKWTMENIEDMKGQLKLLGLSYD +WDREVATSTPEYYKFTQEIFLKFLEHGLAYKKKSFVNWCPSCETVLANEQVVQGQCERCD +SVVVKKDLEQWYFKTTQYAEELLQDLDTLDGWPEKVKLMQKNWIGKSTGAEIVFDIDGTD +KSMTVFTTRPDTIYGVTYMVLAPEHDLVKELVAGTEYKTDVDAFVAKMHTMTEIERTSTD +VEKEGMFIGKYVVNPLTGEKAPIWIANYVLADYGTGAIMAVPAHDERDGEFAQKYDLEII +PVIDEDNKMINSGDFNGMDASEAFDKIIEKIEEMNRGKKTVNYRLRDWLLSRQRYWGCPI +PVVYCDTCGVVPEKKENLPVLLPTDVEFTGKGESPLTTSKEFMTTACPCCGKEARREVDT +MDTFVDSSWYFLRYIDPKNTENIFDSEVVNKWMPVDQYIGGVEHAIMHLLYSRFFVKAFN +DMGLVDFKEPFKNLLTQGMVLKEGSKMSKSKGNVVSPLEIIEEFGADTARLFVLFAAPPE +RDLDWSEQGVEGCYRFLNRVYRLVDELSEVAKSDTNMGELTKEDKAMRYTIHATLKKVTE +DLSEKFGFNTAISALMELINEMYKYKELDNRNNAIIKEGIETIVTILAPFTPHIGEELWT +MIGKEGSVFDISWPKYDETALVKDEVEVVVQVNGKVRGKLTVGANVSRDEMQELAMADEK +IKALVEGKTIVKVVAVPKKLVNIVVK +>MGYG000000001_00278 Ribosomal silencing factor RsfS +MTVNEMTKVIYDAIDDKIGQDISIINIGAVSSLCDYFVIATAGSQRQVKAIADNVEDELT +KLGIEPRGKEGYETQTWVLLDYGDVIVHIFNEEQRGFYNLEKLWKDAPYVDVDTLA +>MGYG000000001_00279 hypothetical protein +MTLTEINEKLVEMLPERRMQHSLNVADCAVKLCDIYGYNKEKAYIAGLVHDCAKYLNNDQ +VDYYVNKYNINLDEYEMNNLALSHSLIGSYIAEYEFKINDVEIIDAIRYHTTGKENMSLL +EKIIYMADLIEESRNFPNVDLLRNLSYSGKLDEALLISFDNTIKFVIENKQLIHPRTVSA +RNYIMRNL +>MGYG000000001_00280 putative nicotinate-nucleotide adenylyltransferase +MRVDDLVKNAKNINTLKLEQFKKDNSKMRIGIMGGTFDPIHYAHLATAEFIRDKYQLDKI +IFIPTGNPPHKLLNVTNKYDRYNMVLVSTENNDDFLVLDTEIKSETRTYTVDTLRSLKES +YSNCEIYFITGADAICDIETWKEVEENFKLANFIAATRPGISLLEAQEKIEKLKDKYNAN +IISVYVPSLDISSTYIRQQLKARKSVRYLLPENVEKYIHDKKLYKIGVE +>MGYG000000001_00281 Regulatory protein RecX +MAIITKIEQQKKNEDRVNIYVNDEFFTAIFKELVFTFNLKKGDEIDEKYLKSILSDEMYL +KAKNKALNILSKADQAEKKIREKLSTDFEEDTINRVIEFLKKNNFINDNLLAQKIVNTNL +NLNKCGKNRIKQNLYNKGLDESAINEAMSDIDSDAEFDNAMYLAKKRYERVKNEDKRKVY +QKLSQHLAYKGFNYDIIKRVLNKLLNYDEYDI +>MGYG000000001_00282 hypothetical protein +MKEVDVIQSNEVIEKRLEGKKNKVTARDLAESGLLIALVFIATRFINIRLPLASTGGLVH +LGNTMLFISAIVFGKKKGAVAGAFGMGLFDLLSEWAIWAPFTFVVRGVMGYIIGSIAWSN +NKKGNDVITNIVGITISGFWMIFGYYITEMILYGNHAKALLSIPGNVTQIVIGLIIGVPI +AKVLKRYIN +>MGYG000000001_00283 Serine-pyruvate aminotransferase +MNNKLVYTPGPTEVRENVRLARAVATTNPDIDLEFCEFYKNTCEKIGKIIKTKNDVYILS +GEGILGLEAACASLTEKGDRVLVIDNGIFGRGFDDFIKMYGGEVVYFSKEYTKDINEEDL +EAFLEEDNNFKYATLVHCDTPTGVLNDLSKLCPLLKKYGILTVVDSVAAMVGEELKVDEW +KVDIALGGSQKAISAPAGLTIVSISKDAKRAMKERKTPVAGFYCNLRIWENYYDNKWFPY +TMPISDIMGLDKAIDNILEEGIENVLNRHEKIANATRKAIREYGLELYLEKGYSNTVTVV +EIPDYIGAKNLTDYLLKHYKLVLATSLGEYSDKVIRIGHMGENAKLEKIIPVLNFIDEAL +RILGFECKDRLVDLFNKHYDEVKVIMK +>MGYG000000001_00284 hypothetical protein +MEEILKKNRSYYGMVSIVFLNAFDGMATFIGLRYGFYIELNKFLSMVYNLSPVLFLIIKV +ILPTILIIVLIDKMDDNISKITRLIIFISNVIYICLCIYHIILYAVFVFD +>MGYG000000001_00285 Ribonuclease BN +MIDLILLGCGGNMPMPNRFLSSLFINYQGRKILIDCGEGTQVSMKMKNCGFKNIDLICIT +HLHGDHTIGLIGLLSTIGNSTRTEDLTIVGPVGIIETMKAIRVLVEYLPYKVNVIENPEG +SFTLLNNYLKDLEISTLNLEHSTECLGYSFYFKRKAKFNVEKATKNKVPKILWQKLQNSR +DIEFEGNVYTPNMVLGDDRKGIKISLITDTRPIFSIPKFIENSDLFVCEAMYGDDLDISK +AVKNKHMTFREAANLARIGNVKQLLLTHFSPSLEEPYFYKENATSIFENTIIGEDRLELH +LNFDDHDEEKNHDKE +>MGYG000000001_00286 NADH peroxidase +MRVVIVGAVAAGMSAAAKLKRMKPEYEVVVYEKTDVVSFGACGLPYFVGGFFDDANNMIA +RSPEKFRETGIDLNIFKEVVAVDTDAKKLTVKDIKTGETFEDSYDKLMIATGASSIIPPI +KNVKLENVSTLKTMEDGIKVKELLSKKEINKVVIIGAGFIGLEAVEAAKKLGKEVTVIQS +TDRVLNQVFDKEITDVLEDEMKAHGVNLRLEELAAEFVGKTKVEKVITNKGEIEADLVII +ATGVRPNTSFLKDTNIEMLGNGAIIVDEYGRTSVEDIYSAGDCATIKNIVTNEDMYVPLA +TGANKLGRIVGENLAGSNNAFQGSLGSSCIKVMNMEAAATGLTEGKAKSLGLKYKAKFIS +DFNQTNYYPGRDKIYVKLVYDAETKVILGGQVAGFKDSVQRANVIAAAIFSKMTTNQLGM +LDLCYAPPFARTWDVLNVAGNVSK +>MGYG000000001_00287 hypothetical protein +MLKGKQRAYLRSIANTLKPITQIGKDGVTESFLEQLDSMLTSREIVKVTILETAGLDSKE +AANAICEALRAEFVQAIGSKFTLYRRNNDNPKILFPGQEQAKAKVKDNTVTKKGKITKRA +ARR +>MGYG000000001_00288 GTPase Obg +MFIDKARIFVKAGNGGNGSVAFRKEKYVPAGGPDGGDGGRGASIIFEVDLGLRTLMDFKY +QRKYVAESGGDGSKKKKAGKNGDDLVLKVPPGTIIRDEATGLIIADLKEEGDRAVVVKGG +RGGKGNQHFANAVRQAPAFAKSGTDGEERWVVLELKMIADVGLLGFPNVGKSTFLSVVTK +AKPKIANYHFTTLTPNLGVVQTKFGDSFVLADIPGLIEGAAEGVGLGHDFLRHVERTKVL +IHIVDITGHEGRNALEDFDKINGELALYNERLSHRPQVVVANKMDILEDESVYEEFKEEL +EGRGYKVFKMSAATRQGIDDVIAYVSQLLKEVEDVELVTEEEMYRPELDESNEDEGLTVE +IEDGIYVVKGKSLRRIMYSVNFEDMESIQYFQKAMESEGVFDKLREMGIEDGDTVKIYEI +EFEFYN +>MGYG000000001_00289 50S ribosomal protein L27 +MLNMNLQLLASKKGVGSSKNGRDSIAKRLGVKRYDGQVVTAGSIIVRQRGTKIHPGTNVG +IGGDDTLFALIDGTVKFERKDKKRKKVSVYPVSIAE +>MGYG000000001_00290 hypothetical protein +MIKVNYYYNDDFLLQGFCLKGHADYAEIGYDIVCSAVTSNAVAVINSLNKLQKVEFEKIE +AKEGHIECIVKDTFLDKSQLLLNHFQLAIQEIKREYPKNIKILKK +>MGYG000000001_00291 50S ribosomal protein L21 +MYAIVKTGGKQYKVAEGDVLFVEKLEANAGDVVTLDEVLACTKDGELVVGSPVVEGASVQ +AKVVEQGKAKKVVVFKYKAKKDYRRKQGHRQPYTKIVIEKINA +>MGYG000000001_00292 Ribonuclease G +MNIEHVALYERNQKMKKIVIESLVLSQKTAIVEDDKLVELLIEDNTNEKIVSNIYRGVVK +NIKPGIEAGFVDIGLEKLAYLPLGKNKDIKAGQDIMVQINKEGIGTKGPKLNLEISLAGR +YLVYIPSNDRATMSNKITEEKERFRLKKIINAINKENLGLIVRTEAQGCTLEELKKDLEE +LKAKYEVICKEFKLGIGPKLLHKELDFASKYIKDNVNEYVDQIIINNEDKYDELKLILKN +VNKEYINKLVLEKNKDVFDLYKVQSQIEKSLNKKVWLKSGGYLIIEKTEAMTIIDVNTGK +FTGSIKLEETIYKTNLEAASEIARQLRLRDIGGIIIIDFIDMHKKQYKEELLKTLDIELK +KDKRKSEVLGMTRLGLVEVARRRDKNSVDSYYLGNCPICKENSYVKSVNFIVDDIEKEIM +RISEHTSYKKVTVELNKEVYKEINQKWKNILNTISQKYDIIIEPTGSDCISYEKINIIYN +T +>MGYG000000001_00293 hypothetical protein +MSKIIRVKFKKEGDMIYISHLDLQKLLQRAFRRADVELSYSQGYNPHPKMSYGNALALGT +ESYGEYVDIEIEEEISVEEFLMRLNKELPEGIEFIKAEEIEPGTPSLASTIEYGEYLFNI +ELENHLSKEFLKSRIADFMNKEEIMITKKNKKGKIVESNIRPMIKFFDLLSLDENNLTLI +GTIATGSNANLNTNIFIPKILEMLDIDMDPLDVDILRRDLYIVQDGELVSPM +>MGYG000000001_00294 hypothetical protein +MSKVDLRRILKKVEKPARYLGNEVNSIHKDTSNKNLVRYAHCFPDLYEVGMSHLGSHILY +HVINKDKDVFCERVYSPAVDMENIMREKNIPMFALESREPITNFDFVTFTLQYELSYTNI +LNILDLANIPLLREERELDDPFILVGGPCAYNVEPLADFVDIVILGEGEEVNLEVISAYK +EWKKNKTTREDFLLKVAQIEGVYIPSFYDVTYNEDGTVKEVKPNREGVPDKVKKRIIKDV +ETVDYPDKLIVPYIDTVHNRVVLELFRGCTRGCRFCQAGMIYRPIREKSVDRLKEIVDKL +VKNTGYDEISLSSLSTSDYSQLRELTDFLVDEYTPQNVGISLPSLRLDNFSMEIAEKIQQ +VRKSGLTFAPEAGTQRLRDVINKGVSEEDLKNATRKAFEMGWNSVKLYFMIGLPTETYDD +LDGISNLAYDVIDTYRDVNGGKLRRSFSVTVSTSTFVPKPFTPFQWHGQDLTEEVIEKQR +HLVKKLKNKDIKYNYHDSKTSLMEAVVARGDRRIGKVILDAFKAGAKFDGWSEYFNLDTW +KEAMEKNGLDIAFYANRERNYEEVFPWDHIDVGVTKKFLIRENEKAREDKVSPDCRHQCH +GCGINANDITRGLC +>MGYG000000001_00295 Flavo-diiron protein FprA1 +MSKVFEVKEDIYFTGVVDKDLKVFDIIMETEFGTTYNSYLLKDEKTVLFDTVKPNFKDEF +INNISEVIDIKDIDYVVIHHTEPDHAGSLKYILDINPDIEVYCTKAAKLYLDEQINKPFK +CHVIKDGETLNIGKRTLRFITAPFLHWADTMFTYVEEEKTLFTCDAFGCHFANVDADCVD +SEDYLKSAKHYFDCIVKPFSKHVLNAVNKVVDLGIEFDTILTSHGPMLTKDPMAAVKRYV +EWSTETVEHTNQNQIAIFYLSAYTNTLCMAKKIEESLLSEGAKVKLYDLETLSLQEMHDA +VVMSKVILLGSTTINKTMVKPMWDLFSVIDPMANQGKIAGVFGSYGWSGEGISMAENNLK +AMMFKMPVPALKKKFFPSEDTFQECIEFGKEFAKLVK +>MGYG000000001_00296 Methylglyoxal synthase +MNIALVAHDEMKNMMIGFCIAYERILEKYGLYATGTTGKRIMDETELKITRLASGPLGGD +QQIGSLIVSQDIDLVIFLRDPLTSQAHEPDIQALVRLCDVYHVPVATNLASAEIFIKALD +RGELSWREVRKTTSQRV +>MGYG000000001_00297 putative peptidoglycan glycosyltransferase FtsW +MLTYKNTLKLIKELDWKLIITVLAIFCFGIVVLSSATHVNETGDYSQLYKQGLAFILGMI +MIIGILCLDYNFLGKYYKGLYLVSLLLLAVVLVPGLGQNRGGAVSWLKIGPLDFQTSELV +KLTFILSYAKIVESKKGKLNNLKEIIPLVIYAFPFIGLLFAQPDLGTAIVFCCIIAGMLF +TAGLDIKLIKRAIIIALVSLPIMYMMMASHQKLRIEAFLHPDDPSYEGNYQVIQSMIAIG +SGGFGGKGLYNGSQSQNDFLPVQDSDFIFAVIGEELGVWGMTLVIALYIVFLLRMLVIAR +EAKDFYGTLIVVGVMSMFAYQIIQNIGMTVALIPVTGVTLPFISYGGSSLLTSLANLGLV +LNVCMRKKKINF +>MGYG000000001_00298 Cell division topological specificity factor +MLDIFKVFSNESKSSKSVAKERLKLVLVHDRVDCSPQLLDLIKDDILKVIANYAEIEENG +LEIKMSKSRGEDDDMPVSALVANIPLKNIKERMM +>MGYG000000001_00299 Septum site-determining protein MinD +MSEVIVITSGKGGVGKTTTAANLGTALSLENKKTVIVDADIGLRNLDVVMGLENRIVYDI +VDVVEGTCRLKQALIKDKRFDNLYLLPAAQTRDKNAVSVEQMEDLCEKLKESFDFILIDC +PAGIEQGFKNAVAGATRAIVVTNPEVSAVRDADRIIGLLEANEIKDIRLVINRIRQDMVR +RGDMMDKQDILEILAIDLLGLVPDDESIIVSTNKGEPAILDSKSLAGQAYKNIAKRILGE +DIPLIEVESDNTLFSKIKKMLGMAK +>MGYG000000001_00300 putative septum site-determining protein MinC +MSLRNFTPKELVEFKGNKRGIILNIKKVVPFDEIRNGVIDRLETSVGFFNGAKICAINCD +YLSDIQMLELKHDITSRFDIEFIEEDEELKCSNFQTKYVSNLRSGENIEFDGDVVVMKDM +KPGSQINSKGNTVVMGDISSGARVVAGGNVIVMGSVTGFIHAGAMENENAYVVANSLNPK +VLQIAGNIAEAPDDDSFEDKKEISPEIAFVSKGRIVIESYLSKTIK +>MGYG000000001_00301 hypothetical protein +MDEKKVNDRFIIIRNMLLVVFAVILVKILYMTVFKYEHYTELAENKTYKELPIKAPRGDI +RDKNGKILATTKNQFTVQVSADGISKTDSNKNSMANEISLKLINLLEKNKEEYKDEFPIY +IENGKYYYTYDKDIAEYKDSEGIPQNLNAKESFYYLVDKLIEEGVLSQEDKRLEASKLQA +KLNKNGEYPPILVSKWVFTQEKNKIDWLASYKINEKDISAKDAFDKIKDYYSAKTGKTKT +SMPLNEGMSDADARKVLVVRDLLKSQGYSRYNPVTIAQDISESTISQIEENLMELPGVSI +ANEPVRYYPNGTLAGHILGHIGKIPSTKESEYLEKGYLKSDLVGLAGIEKNYESKLRGTD +GYKKVQVDAVGKITKEIEVSEPKSGDTVYLSLDKNLQEVAEDSLKRTIEYARTGGTFKSQ +YGDKSGGGTAPNAKSGALIAIDVNTGDVLASVSYPSYDPNLFTKGSISYSEYADLEPENK +NDSLSPSKLLNLVTQGVFQPGSTFKMITGMAALENGLNPNYAINDPGMIKYGERKFADYI +WHKSKRNHGITNLYKAIQESCNIYFYTIGTGKYLGTGSDLGINMGPDKILEYAKLFGLDE +ATGLVDEIEEIPGHVPTTEQKLKSTQTLLRSYLEKNMGEAFTDITKEKNPKEFEARIDEI +VGWAAEENTPGRVEVINRLIKLKVKEDLAEGFADNIVFNYLKFAKWGTADTFNLSIGQGE +NAYTPAQMARYVAAIANGGNLVELSVVKKTISSDYKTVVEDTNKSEKIDFKNSDNLKDLV +QGMKQMATLSSAKSVFGTLPVSVAAKTGTAEKSGKIPTSDEYQYLIDHMGTYGVSKDEAI +ALSEELIKEREKELSKERENEIKEQLKDNKLDEKERKSLEDELAEGVSVKLDYDNDKLMA +SYLRKAIQQLNPKATDTVIDKFKSDYDAFAWTVAFAPADDPEIAVVAMIPQGNESSYALL +PVREVIGAYMGFNKDTEKTTDKNTDEDENTTNEEKNINFGSQIKN +>MGYG000000001_00302 hypothetical protein +MKRFLLCLIGILLVTVESSITNYIDIYGVSFSLVLVYCTIISLYLDELEAGIIGAVIGLI +KDITVGGIFGINSLVLFAVSYGISTLREKIYKESYITIGTLVLITSIFDSMVNITATTLV +YNSYGILTMVLKGIVIIPIINSILSLIIYKLFKKNILKLKEE +>MGYG000000001_00303 hypothetical protein +MIILKFNNDKKDKKKINVKVIATTTVAITLIGIVGISIGKYSGNNPINLGLIQEGVASIE +SSFNKGFMFLKGNFSEILNYKKNANKLEDLEKENESLKQEIVELNNKISESQSIQNLKKA +LNFIPEDYKANMISASVVSKNDGNWYTSFVIGAGSDAGVKKDSLVMNGSGLVGIVYEVSK +NYSKAISILDTKSSVSFKLLKNSDYKGVITQDTDISGKEKYKENGYLQGYMFDSSYDVLP +GDTLVTSGLGLYPEGILIGKVDKVIDDKNKSLKYVVIKPYADFKNIDDVIVIEPRENNDI +G +>MGYG000000001_00304 Rod shape-determining protein MreB +MAKEKKEKREKKGFGSLFGFGKMTKDMGIDLGTANTLVYIKGQGIVVREPSVVAIRDDSK +EVLAVGEEAKRMIGRTPGNIVAIRPMKDGVIADFDVTQSMLSYFIQKAAAKKGVVSPRIA +ICVPFGVTDVEKRAIEEAARQAGAKDAYLIEEPMAAAIGAGLKVEEPEGNMVVDIGGGTS +EIAVISLGGIVSAESVRIGGNKFDEAIVGYVKKEYNLMIGERTAEDIKISIGSTFKEDQE +SNMQIRGRDLISGLPKTVEISSTEVREALKEPISSIVDAIKSTLEKTPPELASDIMENGI +MLTGGGALLRGLDKLIKQETGMPVTIAEGPLDCVALGTGKSVEDQEIFEKVLMMNNRR +>MGYG000000001_00305 hypothetical protein +MIYLSKSFDFSRKVKDMALEERPREKMLLSGAKNLSNAELLAILLRTGTKKRNAIELAND +IINKDSQGIRYLQDMSIEELCKIEGIGLSKATQIKAALELGLRISSYRPNKYKVKNPWDI +YKYYMEGLRYKQNEVFKVVLLNTKNEIITDIDVSVGTLNSSLVHPREVFKEAIRRSSNKM +ILIHNHPSGSVEPSNEDKNITDRLIKCGELIGIEVIDHIIIGDGLYFSFKENMII +>MGYG000000001_00306 Septum formation protein Maf +MNIILASASPRRREILENVKVDFTIVKSNIEEVILENEPPKEVAMRLAFEKCMDIASKNK +NDLVIGADTIVVLDDTILGKPKDEEDAYRMIKLLSNKKHQVITGISLINLSLDKKVIDYV +VSEVTFKDLSEETIRDYINTKESLDKAGAYGIQGYGGLLVKSISGDYFNIVGLPISKISD +LLKEHFNVNLFYGG +>MGYG000000001_00307 Electron transport complex subunit RsxB +MEIVKSIILLGAMGLIFGAVLAYASKKFAVEIDERVEKIIEVLPGANCGGCGFPGCGGLA +NAIVEGKSPVNGCPVGGAAVASKVGEIMGVSASEGEKIVAKVICKGTCESAKDKYEYEGI +SDCRAAAALNSGSKACKFGCLGLGTCKDACKFGAITIQNGIAVIDEEKCVMCGKCIEICP +KSIIIKKPEKQEVVVECNSMEFGKEVKEKCSAGCIGCGMCAKACPVDAIVFENKIAKINF +DKCIQCKVCVQKCPTKVIAGDISDRRKVKIDEEKCVGCTLCKKQCKFDAISGERKAVHMV +DEKKCVGCHLCMQKCPKDAIKTV +>MGYG000000001_00308 Electron transport complex subunit RsxA +MNLILLFLSIVLVNNVITSQFLGICPFLGVSKKVDTAVGMGAAVTFVLTLASIITYFIQI +LLEKTELEFLQTIAFILVIASIVQFVEMVIQKMSPSLYQALGVFLPLITTNCAVLGIAIV +NVDKGYNLIETIVNGFGAGVGFTLAIVLFAGIRERLEIADIPEAFRGFPITLIAAGLMSI +AFLGFTGLIKL +>MGYG000000001_00309 Electron transport complex subunit RnfE +MNSAKIFKNGIIDENPTFVQVIGMCPTLAVTSSAINGLGMGLSTAVVLICSNIVISLMRK +IIPDKIRIPSFIVVIATFVTIVGLLLKAYVPALDQALGLYIPLIVVNCLILARAESFASK +NGAIASAVDGVAMGLGFTLALTILGAVRELFGAGSLFGISLFGVAYQPALLFILPPGAFL +TLGFLMAGFNKIRSKKA +>MGYG000000001_00310 Electron transport complex subunit RnfG +MNSIVKLGLNLFAICAVAALLLGVTNQVTAPVIAERNVQANNESRQIVLPDANEFTQVSD +SEYENIDGIVSEVYEGKNGSETVGYTVKVLPKGYGGAIELIVGISKDGTVSGINIGNMSE +TPGLGAKASDSSFKDQFAGKPVSELILIKGSSSGENEISAISGATITSSAVTDGVNVAIE +LFNSSLSK +>MGYG000000001_00311 Electron transport complex subunit RsxD +MEKKLIVSSSPHVRSNEDTSYIMKQVIIALIPAALAGVYFFRLNAISVMFFCILGTVGSE +FLYQKITKGGSTIGDFSAVVTGLLLAFNVPASLPWWMCLAGGAFAIIVIKMVFGGIGNNF +INPALGARAFLLASFPVAMTAWTNPGVNWIGSNLDAVTTATPLSFLKVGAGGVTDLTANG +INMTDMIVGNIGGCIGETSAILIVLGGVYLIYKGIIDYTIPAFYIGTVFILTFILGGFSF +DFALYELFAGGLMLGGFFMLTDYTTSPMTKKGQIIYALLAGIITSVIRLYGGYPEGVSYS +ILLANVATPLIDKYVSNRVFGEVSK +>MGYG000000001_00312 Electron transport complex subunit RnfC +MKLLTFKGGIHPPYNKEYTKSKALQNAEKPKVVYIPLQQHIGAPAKAIVEVGDRVKLGQK +IGEQQGYVSCNVHSSVSGTVRAIEPHEVPGGTSLCVVVENDFKEELHESVKPKGNLDDLT +KEEIVEIIKEAGIVGMGGATFPNHVKISPPPDAKIDSVILNGAECEPYLTADHRLMVENP +DDVVFGLRVLMKVLNVKKGFIGIEVNKPDAIEAVTNAAKDYSQIEVVGLEVKYPQGAEKQ +LIYACTKREVPSGGLPAAAGAVVDNVGTAAQIAKTIKTGMPLVERITTVTGSCIKEPKNL +VIKVGTLVSEIIEQCGGYRDDKKLGKLIMGGPMMGIAQYTDEIATNKGSSGILCLSEEES +RLPKPQNCLRCGRCTNVCPAFLQPLYISAYSLKNDFEMAQEHRALDCIECGSCSFICPAR +RPLLQSMRNAKKEIIAMKKKQAANK +>MGYG000000001_00313 hypothetical protein +MNNKRRYKGFNKRRKINHIRVITLIFCLSLIGVYGYTKLKNSEILSGKIFNKFNIVETIG +SRFKEISFPNIFKSAENEGKEEYEYSDISDEIEKVKNDKETSSTEENSNVQVATIDGVTL +YTIQVASIGEGQDLKSVEEKLTSSKIPYSVVEVDGVKKVQTYSSFNEKVTRENLDDVRKV +FNDAFISELSVPVLSLEYTSKYSYIEGISSSLNSLMASYKEEAEFWEGSKGDVDLKEYNN +ILTKRLDIVEKIQENAEKIDYTEMNIFKENLIKYAKNVKDNINQSSKNANEDNSYLSKSL +LLSSIQEYYTFINSIKTS +>MGYG000000001_00314 Lactoylglutathione lyase +MKFTFCHNNFNVVNLEKSLEFYEKSLGLKEVRRKVAEDGSFILVYLGDGSSNHTLELTWL +RDWDRPYNLGDNEFHLALRVDDFDAAYNLHKELGCICYENKEMGIYFIADPDNYWIEILP +AQH +>MGYG000000001_00315 hypothetical protein +MNLKKLVITFIILCFIIITSILEIKFFPKSKEIKIISYNIHSGLNKDMFPTLFDIIDFLR +MSDADIICLQEVNESAKVGFQVSSLKEELKMYSHFGANVVNLGTNYGLVTYSKYPIKSEK +HIYLSSDAEQRGLLHTVVNVDGKKLNIINVHLGVKKEEREIQIKEVLEFAKSLEPEPYIV +VGDFNEGEISLEGTNLKDVAEETDKSNVLTFASGLYRIDYILVSSNIEVIDYNVLFKNMS +DHYPIIARLKI +>MGYG000000001_00316 hypothetical protein +MESRDYKEDLRDLILDMAHKELENHVSKKGAQKYFEGNVDKVIDNNIKKIGKERSLSSTY +SKIIKQATYQENMSGVAKVIKKEALFKSKNELVRFAKYLGLDVNLKNSYKQIIKRVSKHI +YSNRNVYARKYVLYKRGEDEFIIEPERIKTELVESYRSKTREDMKSIAKLLDLDVTDEEG +AEDIRKKVINYIIKDKLGKKSK +>MGYG000000001_00317 hypothetical protein +MEDVTISIDEMIDFIHKKSGCSIPKDTIELILELQEEFLDSKGLIEIEEDEIY +>MGYG000000001_00318 hypothetical protein +MSKYKVNYFSKYYFYEEEDFLENIEDGNYILNQIKENNRFDYKGHSFKYTKFGNISMSDT +KRDVDVVIDLEQNKITINGENAHLDLIYKFETKELEDHMRIATRISEKTDDISCLLYVNN +AQSKSFIKDLEYIKKIQQDSMNKR +>MGYG000000001_00319 hypothetical protein +MIFKIIINIILAINVFLYGMDNQHYFNKVSYPIIITLISVSLSLYIFYSIKYKEEKILLL +NIIYILLVSYIYPPSFILAIYMIIEYIEVRNYNKLNTALVIFMYIFISIKVNLDYTNIFL +GLVFYISTYEIINYQQKVFKLEKYNFDLKEKNFGLEEIRRIDNKINYQNLESIKIEERNV +ISQKLHDKIDHILAGIILIVFQSITLLGSFYLFNQNFDISLGWMVPLSFVLSFVGIAIAL +VVLTISSNSTMYYTLLTLIVTPMCLLSGGFVPTEFMPEMVQNFSLIFPLTWINAAYKKIL +MEGSYISIGLDLIGATSISLVLIMLYLALEHNRKNKLV +>MGYG000000001_00320 hypothetical protein +MKKKLLVEGMSCGHCVNHLKTALTEDIQGVEVLEVSLEGKYAVVDMQDSVTEEALRAVIE +DLGYELKGIE +>MGYG000000001_00321 Oligopeptide-binding protein AppA +MKKKKLLAIVLALSMILAGCSLHQENTTSSKENNKSGINSEYINLTMVKPTTINPVLNND +KSVAYIMNLVYDGLFTIDQNYNTVPQLVEKYSIGSDGKSINITLKDAKWHDGKSVTSSDV +KFTIELIQKNSDSPYNIFTNNISSVRIANSKEFTINFKEQYAFSKDTLIFPIVSQNILSG +KSSDEILTNGNNLIGNGPYKIENMKDRAGMTLVVNKEYYSELPETMRDIKVGIVPSEEDQ +VSMIIALESDIGRVSLGDLSKFYEDEFNITNYEGRNYESIIFNYDNEYLKDENFRKAITH +AIDRKLILEEGYIGNGKIVNFPLNTKSKYYDSEMQALSYDKEKSESYLQKINPFNNKSES +TNEDNKYEMENSNNSSDINSSKNNSDNKTDNDINSQANDESTGNKELTEKERKELISKVD +LKIIANKDNEERIKAANIVSENLDAIGIKSTVVGLTEKEMTTAISQKDYDLAFVGWELSS +VPDARSIIQASGYSDEKLINYMNSLASATSDSQISEIYSGIQTHLRDKAAFISLVIRNEY +IVTNRRLEGKSEPNDFDVYEGISNFTLKNK +>MGYG000000001_00322 Membrane-bound lytic murein transglycosylase C +MNKKVLIFISIIISILVTASIESKGIKKLIYPKKYSVYVEKYSKEYNLEENLVYSVIKVE +SKFKKDAISRKGAKGLMQISDITKNWAIEELDLKENIDIFDPEINIKIGCWYLNKLYKQF +GDMDLVIAAYNGGSGNVNQWLGNNDYSKDGKKLHNIPFPETSNYVVKVRNNYENYNMLYN +EEGKN +>MGYG000000001_00323 Dephospho-CoA kinase +MLVLGLTGNIGCGKSSLSNIFREDYNIDIIDADIISRNIFEDEILLKQVFEFFGDSIKNA +DGSLNRKALGNIVFNNDAKLVQLNSLTHPKIKEQILAKVELARREEKEIVIIDAALLVEG +GYLDLLDKLLVVYCAKDVQIERVMKRDACSKEEALSRINSQLSQEDKISYGDYIIDNSGT +YEELKKRAYEFVDYVKENWCE +>MGYG000000001_00324 DNA polymerase I +MDKRLIIIDGNSIINRAFYALPEMTSKDGLKTNAIYGFTTMLFKIIDTYQPTHISVAFDR +KAPTFRHLEFKEYKAGRKKMPDELREQFEPLKELLDKFNIHRLELDGYEADDIIGTVSKL +GEENDYKVFIVTGDKDAIQLASNKTTTLITKKGVGEVEEYNFDSVMEKYEMTPTQFIDLK +GLMGDKSDNIPGVPGIGEKTGIKLIKEFSSIENLVEHTDELKGSVKKKIEENKELAIMSK +RLATIIRDVPIEVSLEELEYGDYDKDAVIEEFKRFGFTSLISRLIDLDGASEPTEEVALE +LNIKPLDNAEELINEIKEKKELIVKTVTKVGNILEKNILYMFISVDGENIYYLNEGQLSL +FKDVLVSTEIKKFGYNLKDDYIALRPYDIKLENMYFDITIAEYLIDSASSTSYECSAIAM +KYLTRKIKSKEDLLGKGAKAKKFEDLDIEELSKYIAQIVNVVKLSSEKMEKSLNESDMDS +LFYEVEMPLVEVLGEMEFVGIEVDREMLNELGTEFKEIISKLEAEIYEMAGESFNINSPK +QLGVILFEKLELPVIKKTKTGYSTNAEVLDKLRDKHEIIDKITEYRQIVKLNSTYVEGLL +GIMNPISNRIHSSFNQTITTTGRISSTEPNLQNIPVKMEMGRKIRKVFIAGKNHKLVDAD +YSQVELRVLANMSGDENMIDAFKHGEDIHAKTASQIFDVDINDVTPRQRSEAKSINFGIV +YGKSDFGLSEDLNIPVKQAKEYINSYFEKYSKIKEFMDTTIEDATVNGYITTLLNRRRYI +PELKSSNFMLRNAGKRAAMNAPIQGSAADIIKIAMVNVYKKLEESNLKSKLILQVHDELI +VEATDDELEIVEKIVREEMENAFSMDVYLDVDLNVGYSWYETK +>MGYG000000001_00326 hypothetical protein +MIYNIGYRDILEENADKVILGSNQILISYYLKDSLICNKEHIEYLRTKKDEVDNAIKEYL +VPLYAKGRDSESSYIDFYKYNIENDIKFIKDRSESDE +>MGYG000000001_00327 Beta-galactosidase +MLNRILWNDKWLFKKEYGEEYKLEKIKDAESITLPHCYNSHDGQNGSEMFKGKCFYQKVF +DITDDLMEDNIFLEIGAASLVSEVYINGKLAHVNDCPYSMYRIDMKPYIISGENLISIMV +DNSQQKYVYPIMADFSFYGGIYRDVSLLISKGVHFDILDGGRDGIYLKQVKLEDETYRLE +ISGAICSNKIISNAQVVFSVKDRDGICVQEKTIELKIDDKTEFKESIEIEKPHLWQGVED +PYLYEVVVQIKVDGSIIDERCIEYGFRTIEISPEKGVFLNGKHIKLNGVARHQDFAEVGN +AISKEQMELDMSIIKEIGANSIRLSHYQHDDYFYTLCDREGLLTWAEIPFISVPALKCPT +NQNAKDQMKYLIKQCYNHSSIYCWGVQNEITIGSESERVYEMVKELEEYAKTLDDTRYTA +QANIHNVADDSYLNKLTDLVGYNLYYGWYYNEIEDLQRRLDNFHKTNPNIPLMVTEYGVD +TNYEYHSYEPKVKDYTEEYQLLFSDNALRAFEERGFVLGGYVWNLFDFGSSNRDEGGKKG +KNQKGLVTIDRKIKKDAFYLYKAYWSQESFVKLAGSRFVNRHKKLNDIVVLSNVTKLSLY +VNGNLVEEAERKLPMTKFENIELKLGSNIILVKGYDELGYEYTDEMILNHTNDMDNSYIF +VNKQNSDHVINWFEKFDLSNADEIKLKEGYYSTVDTIADLYENEEAKAIFNKYFSHITGS +PRFESMMNTMSIESMSKISFFKIPKELVLVINKELNVIKK +>MGYG000000001_00328 Isoprimeverose transporter +MENQKSSSKKDILRVIMFPLGSASSNVYNFLFMSFFMVFCTEALNLNPVVVGFMMTAMRA +FDGITDPIIGSIIDRTETKFGKFRPFLLLGSAIMLVSSSAIYIGSFSIPQRYRLIWILAC +YSIWVIGYTCMTTVNKCALSIVTSNPKFRPISGIAGGCYSTMLQFIMLSGVVPLLGKFGG +MQSRQGWIAIIIGAVSLHLFLLIGGMIAISKTDKPEFYKNMGIKKKEKATLKEYKEILTL +NKPLRMLILAASTDKIAMTISSGSMMYFYMYAVKNLDLQPIVSGFSTPISLVGAFVAGSI +AVRFGCRNAFLMGSIANFMIALVLILLRPFGSNLTAVFIVLMSLNLLFRRFSSQNTDPMI +AEIIDYHKYRTGKFVPGLIGATFSFVDKLISAFGSSIVGILMGLAGYTSGAEPTTLLYWV +TIGMYLGAPLLGDLASIIALRNYNISKDDFDGMYKTENLEDVQKVNV +>MGYG000000001_00329 HTH-type transcriptional activator RhaS +MIIKNYEELKDFFENNYDKNQEDFINAHESGRYKIFDSERLILKFDDDGNYTSYPNEKLR +KSKFKIRKKHCNLDIPEHRHEYIEIIYILEGEMYMEIDGKIILMKKNDICIMDKNVKHSN +RALSENDLVINILLTSRVFDSVFMHLLSDDNYISNFIINSFYSDNKIKKYMIHKIEKNSF +LESILINLICEYYSDSIRCESKINGCLLLLFTELSRVFNKPSEIKIKKKYSKIKADIMEY +LQNEYKDTSLLKVAEHFHFHPNYLSNLVKKEFGKNFKDLLIDIRMIEAGRMLRTTDKKIS +DIMEDVGYLNESYFYRQFKNKYNVTPFEYRKQNTIVENFIEV +>MGYG000000001_00330 hypothetical protein +MYEIGELIIYGSNGVCKVEDIGVPSISRINIDKVYYILKTV +>MGYG000000001_00331 hypothetical protein +MWELKVEANKLNYINSLKNHAYIRCEKYDNLIIEDIIKL +>MGYG000000001_00332 hypothetical protein +MSKKGFLASILAGALALVGCSSNNNNVDEVRTPPKELPVATIEFKDFGSVDIELYPHIAP +NTVNNFISLANSGFYDGLTFHRIIKDFMIQGGDPDGTGMGGPGYSIKGEFTNNKFENDLA +HTEGVISMARSQSKNSAGSQFFIVTKDAPHLDGQYASFGKVINGMDIIHEIENVETDGND +KPIKNVIIESVKVDTKGIDYKEPDKM +>MGYG000000001_00333 Rhamnulose-1-phosphate aldolase +MDILEMNFVDGFIRMCNDGFLQGWHERNGGNLSYRLKSDEVELIKDSLNFTNEFEKIGAK +VPNLANEFFLVTGSGKYFRNVIINPEENITIIQIDGTGEEYRVVWGLTDGGRPTSELPSH +LLNHSVKKRVTNGKHRVIYHCHTTNIIALTFVLPLDSKVFTRELWEIATECPVVFPDGIG +IVGWMVPGGEKIAIATSELMEKYDVAIWSHHGIFCSGEDFDLTFGLADTVEKSAEILVKV +LSIRRNKLQTITPNNFKELAKDFNVKLSQEFLYEK +>MGYG000000001_00334 L-fucose-proton symporter +MGENIKSAARSGTKNSDKTPIVPKQYIVHFVMLISCFILWGLLNNMTDNLVPAFGRIFML +EAADASLTQVAFYGSYAVLALPAAILIKKYSYRHGVLVGLGLYIVGAMGYIPAAMLQNFN +LFLVSVFVLAGGLSILETTCNPYVISLGDESTSVRRLNLAQAFNPIGSLTGIILAKYLIL +SNLNPATYEERIAMSPESLSAIRSNELLWVCVPYVGLVAIAIIIWCFFKKSKDSEKDESG +ALNILESIKKLVKIPRYAFGVVAQFFYVGLQIAVWTWTIQYVMTTLGLNEAAAAQYYLIA +MVSFIVCRWICTALMKYIDPAIMMAIFATGGITFSLGTIYLPTNQSVWCLVAISACMSLM +FPTIYGIALKDLGEEVKVGAAGLIMAILGGAVITPYMGSLIDNGKLSSIVPMFTGAEAAI +RSSFLVPAICFAVVLLYSICFRTKKSA +>MGYG000000001_00335 L-fuculose phosphate aldolase +MECTKTLEYMEVRAQICDVCHKMWQLGWVAANDGNVSVKLDDGTFLATPTGISKSFITPE +KLVHIDANGNVLDGPEGAKPSSEIKMHLRCYKEREDVGAVVHAHPPTATGFAVAHLDLDR +YTMIETVIAIGSIPVTPYGTPSTYEVPDAIAPYLQEHDVLLLENHGALTVGSDLITAYYR +METLELYAKISLTAHLLGGEKEISRNNIDRLIGMREGYGVTGRHPGFKRYRKEK +>MGYG000000001_00336 L-fucose mutarotase +MLKGIPQILSPELLKVLCEMGHSDRIVLSDGNFPAESMGKDCIVIRCDGHGIPELLEAIL +EVFPLDTYIEKPVNLMEVVPGDTVETPIWDTYKEIVSKYDNRGDEAVGNIERFAFYEESK +KAYAIIATGEKALYANVILQKGVVVD +>MGYG000000001_00337 L-Rhamnulokinase +MEKKNLDKKVLAFDFGASSGRAMLGSFDGERIHIEEVHRFSNDPVIVGGTMYWDVLRLFF +EIKQSLIKSKVYGKIDSIGIDTWGVDFALLDEYGQLIENPIHYRDGRTAGMLEKSFEKIS +KNEFYQITGNQFMEINTAFQLLSLKEKRSHLLEKADVMLLMPDLFNYMLTGKKLTENSIA +STTQLFDAKNRVWSERVIDSLDIPKNIFTEIVPSGTIIGKISEDISEELKIDMCDVIAVA +GHDTQSALVSVPTQENDFVFLSCGTWSLLGTELNNPIINEKSYNYNITNEGACENKASFL +KNIIGLWLVQESKRQWAREGKEFSFSQLEDMAKDAEPFRSFIDPDDPVFTPAGNVPDRIR +EYCAKTNQPVPRSEAEIVRCINESLALKYRTALEEIEDCTSKTYSTIYMVGGGIQSKLLC +QMTANACRTYVSAGPVEATVLGNIAVQLMATGEIKDLKDARKIINNSQEIDRYSPKDTML +WERAYERFNKIIKAKEVVSC +>MGYG000000001_00338 L-fucose isomerase +MAKSRLIGEYPVIGIRPTIDGRRGVLDVRGSLEEQTMNMAKSAAKLFEENLKYSNGEPVK +VVIADTTISRVAESAACQDKFKKEGVDITLTVTPCWCYGSETMDMDPMTIKGVWGFNGTE +RPGAVYLASVLATHAQKGLPAFGIYGHDVQDADATEIPEDVKEKLLRFGRASVAAASMRG +KSYLQIGSICMGIGGSIIDPAFIEEYLGMRVESVDEVEVIRRMSEGIYDKAEFERALKWT +KEKCIEGFDKNREDIQKTREEKDADWEFVVKMMCIIKDLMNGNENLPEGCEEERLGHNAI +AAGFQGQRQWTDFYPNCDFPEALLNTSFDWDGPREPYILATENDVLNGISMLFGKLLTNT +PQIFSDVRTYWSPDAVKKATGYELEGVAKESDGFIHLINSGASCLDACGQAKDENGNGVM +KAWYDITEEDQEAILKSTTWNPADNGYFRGGGYSSRFLTEAEMPVTMMRLNLVKGLGPVV +QLVEGYTVKLPDEVSDKLWKRTDYTWPCTWFAPRLTGKGAFKSAYDVMNNWGANHGAISY +GHIGADILTLCSILRIPVSMHNIDEENIFRPAAWNAFGMDKEGQDYRACNVYGPMYK +>MGYG000000001_00339 Melibiose operon regulatory protein +MKFFEYKEDKQHGTFDFPIEFYHVTPEHPRYNMPYHWHTEYEIIRILEGEFSLIIDDKKI +LAHKGDIIFIQDGFFHGGTPNNCIYECIVFDMKLLLKENHICTKQIQDITNHKKVIKHKL +PNNINDLKICCNNLFESMKSKNIGHEFVTQGSLYHLLGIILSNELYENRKRITKKSQERL +LQFKNVISLIESEYSNTLSLDDLAKACCMTPKYFCRFFFEMTNKTPIEYLNYYRIESACE +QLLTTDSPITEIALNCGFNDVSYFIKTFKKHKGITPKQYLKASL +>MGYG000000001_00340 Lactaldehyde reductase +MANRIVLNETSYHGSGAIKEIVTEVKGRGLRKAFLCSDPDLIKFGVTGKVTAILDEAGLE +YEVYSNIKPNPTIENVQLGVSAYKASGADYIIAIGGGSSMDTAKAVGIIINNPEFEDVRS +LEGVAPTKNKCVPIIAVPTTAGTAAEVTINYVITDVEKNRKFVCVDTHDIPVVAIVDPDM +MSSMPKGLTAATGMDALTHAIEGFITGAAWEMTDMFHIKAIELISKSLRGAVENTKEGRE +GMALGQYIAGMGFSNVGLGIVHSMAHPLGALYDTPHGVANAIILPTVMEYNAEATGDKYK +HIAAAMGVEGVENMSVEEYRKAAVDAVKKLSSDVGIPSDLSEIVKVEDIQFLAESAYADA +CRPGNPKETSVEDIVELYKSLVLVKNISVNG +>MGYG000000001_00341 hypothetical protein +MEEMNILITTEAKRELDKLLENSEKKCIRILTRCITMTSDAKIDLELDDYNENDNLYDVD +GYKIAINKALDSQMNYITISYGGLLSRNQFSVEADFCFYY +>MGYG000000001_00342 Chromosome partition protein Smc +MNSKNIKMKSATLITAAIVASNGTLIFADNSDIKKDETVYSILDENGNIKENIVSTWIKG +NSKLGEIKDISELKNIKNLKGNETPQINGSDITWDIDEDDLYYSGESNKSLPVDLKIKYE +LNGKTVEPSEIKNKSGKLKITISLKNNEARSVEINGENRTIYVPFLTAVEVLMPRDNFKD +INASSGTILDEGKSCSITFVSVPGLKNSLKLNNDLNEVIGLEDKLVIEAEATNFEMPSIL +AVVSPNTFDLDKLDETSSVSDLKDSLGDLQKGGEDLLAGAEKLSEGTSELNQNYKLFNSG +VKSLDDGASNLNSGVSKLNNSTPALTKGAKDLNSGLSQLSIAQGQFSQGAKSLDSGASKL +DKGISQLSSSTPALSKGASDLNNGLSQLSTSQGQFSQGVKSIDSGAEKLNTGVNQLSSST +PELTKGASDLNNGLSELSSSQGKLSQGVSTYVGNVSQLYNKYSEINSGINSAYSGSKDLV +NGLSQGSGGINDLIASAKNTSGLADNIASVAESIEDENLKNQLLGISKELKGISSAQQQG +LNTLSSKVNDAYKGASTLNSGLSSLSSGSSSFYDSLAKISRAGSDLDAKASKIKNATDTI +YSGSTALSQGVNKLDAGVSELSKGSSELKKGTSQLNENATKLKSATDTIYTGSSYLLEGV +NKVDKGTSELSKGSSELKGGASQLSENATKLKSATDTIYNGSGSLLDGTKQLNTGVNQLA +QGSTKLKKGTAELSTNSTKILKGTEDLNSGVKELYTGTKKLKTEGLDKLYDLGNEKLSEM +DGILEATDKIIEVSKDYDNYGGITEDMEGSVKFIMKVDGSSSDETSDSENQKEEVTTEEK +DGGGFMNWVKSIFK +>MGYG000000001_00343 hypothetical protein +MNRLAKQIAGHRKLILFIAIFLLIPSVWGFIKTDINYDILSYLPDDSSTIKAEKILKEDF +DCGSLAMLIVENMEDKDVAKLKEKVVKVEGVQDVLWIDDFMDLSVPKEILPKDMVDFLYS +GDNSTMMVLKLKDGTASLQTMNAIDEIRAIAGKEAFLSGMAGIVKDTKDVADGETPLYVL +IAGVLTIIVLSLTLESYTTPFIFIASISLAIIYNFGTNIIFGEISYITKALTAILQLGVT +MDYSIFLLHRYDEELKVKDNKIDAMAEAIVNTTTSVFGSSITTIAGFLALCVMDLTLGKD +IGLVMAKGVLIGVICTITILPAFILTFDKSIHKYKHKSILPTFEKVSKFTIRYYKKFAVV +FVIIFIPAFIGNMKAEVYYNLDESLPDNLPSIVATNKLKNDYNMNSTDIILVDESLEPYK +KDEMIKELEKIDGVNSVLAIEKYLGPGINQDFLPADILNQLKSSGYEQIMVNSEYKAASP +ECSIQIDEMNKIVHKYDKNALVGGEAPLTEDLIKIADTDFKKVSSVSIIAIFIIIAIIFK +SISLPVILVLSIETAIFANLGIPYYTGTVEPFIASIVLGTIQLGATVDYAILLTSRFKEE +LNKGNDKFKAMEISIKSCGRSIVTSALTFFASTIGVGVVSKLEMIGSLCSLMSRGAIISM +LMILFILPAILLICEKIILKTSKGFIDNKDVVEVEG +>MGYG000000001_00344 IS4 family transposase ISGme2 +MKTFKSTANNNTFIKQLLDVINSNTMRSIINKYSGNYRSQSFDTYSHFFTMMYLQLNESK +TLRCCITELENDIDIDCNVYIPSLSQLSRKNSTRDYRIFEDIFYYVLRKLKKRLGVKQFN +SQFKQIKAFDSTIIDIATKLAPDLYYDKNISAIKMSTLFNLTEATPEKVNIVKGTVNDRK +CIDGFIENSNYLYLFDRGYYNYSWYDDLSRQNISFITRQVSNACVEEIKSYRTGLNDVYD +YDIILGSDYSKNKTEFVYREILTFDKDGKEVRFLTNIFDLPVSKILELYKMRWQIELFFK +WIKQNLRIKHWIGHNENAIKIQLYTALIAFVLIRLIQEEINNKYSILKITRIIRIYITKR +IDLLSVFLS +>MGYG000000001_00345 hypothetical protein +MELHIGICDDILLQRSILIEFVKTYLDKRGILFKIYEFSSGEDLVSNYPEKLDILFLDIL +MNDMTGMDASRKIREFDSKVEILFVTSSNCYVHEGYEVRAYRYLMKPISYEIIEKHLSEC +IDNFLSKNNNYIMLHTKNTLIKINLESVIYIETDRRDLIIHEEDKSYRVKMSMKNMEMIL +EGKGFYRCHTSYIVNLRMVESLNKNIIYR +>MGYG000000001_00346 Ribonucleoside-diphosphate reductase subunit beta +MTFVHKAVNWNVEDDDFTQTFWNQNVKQFWLPEEISISKDLKCWSELDENQKKLYKRVLA +GLTLLDTKQGNNGIPSMMSLTDNLQRKAVLSFMGTMEEIHAKSYSSIFTTLLSKVEIEEL +FTWIETEPTLQRKAELILKQYENTNDKKSLYLSMVTSVFLESFLFYSGFFYPLYLAGQGK +MVASGEIISLILRDESLHGKYIGLLAQEIFNEFSNADKLVLTQRLYVILNDLMENEINYT +RLIYKESKLEEEVINFLKYNANQALENLGFDKFYEVEPVNPIVLNGLSVETKTHDFFSTK +GNGYQKGVYEELEDSDFIFN +>MGYG000000001_00347 Ribonucleoside-diphosphate reductase 2 subunit alpha +MNWIELNNQVIVRDKDGKYQLDKDKEALEAYLEYSVKVRMKEFSTIKEKIDYLVKNNYYS +EKVIKQYSTIYIEKLYEFIKSQDFKFESYMSASKFFENYALKSNDGKSILESYEDKILIV +SLALANGDENFAKKIADKLIKQEFQPATPTFLNAGRARAGEMVSCFLISVEDSCEGISYA +VASANHLSKIGGGVALNLSRLRASGESIKDIEGAAGGVVGVAKMLEQSFSYFNQMGARQG +AGAVYLNVLHPDFELLMDTKKINADEKIRLTNLSVGAIIPDKFMELAEKNEVAYAFYPNS +IYKKYGLHLDDINMNEWYDKLASDEDIKKKEINPRQYLTRIAQTQQESGYPYVMFIDTAN +KDHVLKDKGIIKMSNLCCEIFQYQTPSDIQGYGGNNNWGQDISCNLGSLNIANIMKNKDI +ENVVDVAIRSLSIVSDKTNIKEVPTVANGNNASHAVGLGAMNLHGYLMKENILYTSEDAI +DFANVFFALVRYYAIKSSMNLSIEKGKTFEGFEKSEYAKGRNSDVLGKYYEEEFLPKSEK +VKKLFEGIYIPTKYDWASLLDEVKEKGLYNAYLMAIAPTQSISYVQNSTSSIMPITEPIE +IRTYGDSTTIYPMPFLTNENLLWYQSAYRIDMFKVIDMVATVQKHVDQGISTTLFVTDDK +TTRDIARYYIYAYKKGLKSLYYTRTKMIREIDNECISCSV +>MGYG000000001_00348 Aspartate--tRNA ligase +METLNGLKRTHYCGDLRATNIDEEVVLMGWVQKKRNLGGLVFVDLRDRSGLCQIIFDTDV +NAEAFAKAEKLGSEYVIAVTGKVSERSSKNPNLPTGDIEIVATSLKVLNKSETPPIYIKD +DDNVSEELKLKYRYLDLRKPSMQQKLMTRSRIANIVRNYLSSNNFFEIETPFLIKPTPEG +ARDYLVPSRVNPGKFYALPQSPQLFKQLLMVSGMDRYFQIVKCFRDEDLRADRQPEFTQI +DCEMSFVEQEDVMAIMEKMVQLVFKEILDVDVQLPLPVMTYAEAMERYGSDKPDTRFGYE +LTNISDIVKNCGFGVFANATKEGFSVRGINVEGKAEEFTKKQIGKLEDHAKTYKAKGLAW +MKVGANREVTSPIAKFFSEEELTKILDRMNAKEGDLLLFVADKDTVVFDALGQVRLEVAR +RLDLLDNSVYKMLWVTEFPLFEEDEETGRFIAKHHPFTSPMDEDIDKLDGDDKASLRAKA +YDIVINGYEVGGGSVRIFNSDVQKKMFAALGMDEEESQEKFGFLLDAFKYGTPPHAGIAF +GLDRLTMILTGTTNIKDVIAFPKNQSAVCPMTNAPAVADTAQLEELNIEVNIEE +>MGYG000000001_00349 Histidine--tRNA ligase +MLTKAPRGTKDITPKESYKWNYVENKFREICGLYGYEEMRTPIFEHTELFKRSVGDTTDV +VQKEMYSFEDKGGRDITLKPEGTAGVIRAFIENKLYSDAQPTKMFYIIPCFRYERPQAGR +QRQFHQFGVEAVGSDNPSLDAEVIALAVQFFNEVGLKDLAVSINSVGCPTCRAKYNELLK +SYLDAKSDVLCSTCLERKDKNPMRVIDCKNPNCQENLQDVPFMIDHICDDCKDHFEKLQK +YLKEMDVNFIVDKTIVRGLDYYKKTAFEIISNDIGSQSTVCGGGRYDGLVEQLGGPKGTS +GIGFALGAERLLLTMENNNIEIENPQSTDIYIVTIGDEAKTKSFKLLKDLRYNHISADSD +HLDRSVKAQFKYSDKINAKFTIVIGEDELANDSATLKNMQTSEQITVKLSELVGELKNRL +>MGYG000000001_00350 Oxygen-independent coproporphyrinogen-III oxidase-like protein HemZ +MLNVILKGHDFKYEVAELIKLFTTQFKFVDNKDVGMTLENSVVYYNDKVFSKTVYLENYQ +AIYDSLDHRSIAGLSEQEIKKVTKETIKRSMYNVLMKKFNSYVPWGILTGIRPVKIVHTL +LDKNLSDEDIRENLKTNYLISDEKIDLALNIAKRERKFIYPIDKNKISLYVSIPFCPTRC +YYCSFPANPLKQFGHLKKDYIDKLIIEIKGLAKLLKETNKEIETLYIGGGTPTTLDSEEM +DILIKALFKELDLSKIKEFTVEAGRPDTINREILECLKKNNVTRISINPQTMNQETLDKI +GRGHSVEEIKEAFNLAREIGFDNINMDLILGLEGENVEMVRNTLEEIKKLSPESLTVHTL +AIKRASKLKEKMDEYVLTQYEEMVKMIDLSMEYAKEMNLNPYYMYRQKQMLGNLENIGYA +KEGYECIYNMQIMEEKQSNYALGAGSISKFVYVDEDRIERVENVKNVEQYIDRVEEMIDR +KKEEVLKNAN +>MGYG000000001_00351 putative protein +MIIETIEDRFMGENTYLLGDEKNNKCVIIDPGASLIDILSAVKNRNFTVEYIILTHGHAD +HIANVKKLKAETNAKIVAHENEKELLIDRKKNLSVRFPCGPQEFDADIYVKDKDRLELGE +LRLTFIHTPGHTPGGMCIKVGDHMFTGDTLFAGSIGRTDFYGGDFKQMNKSLNKLSNQNG +NIKIYPGHGPTSTIEIEKITNPYMN +>MGYG000000001_00352 D-aminoacyl-tRNA deacylase +MRAVVQRVSSSKVTVDGQVTGEINKGLLVLLGVTHEDTSKDVDYIIDKTLNLRIFEDENE +KMNLSLKDIGGELLVVSQFTLYGDCRKGRRPSFSTAARPEHATPLYEEFIERVKAEGIKV +GTGQFGAHMMVDLTNDGPVTILLDSSRSF +>MGYG000000001_00353 GTP pyrophosphokinase +MHDKQLQELVEQIKEYAPNANVELVEKAYYFGKKAHEGQFRKSGEPYFIHPIAVAHILAS +MELDIETITAGLLHDVVEDTEYTYEDIEKEFGKEVADLVDGVTKLGQIKYQSKEETQAEN +LRKMFLAMAKDIRVILIKLADRLHNMRTLKYMSPEKAKSKAKETLEIYGGIANRLGISKI +KLELEDLALRYTDQEGYYDLVDKVAIKRSQREAYIEQIVELLSKKIAEVNIHCDVYGRPK +HFYSIYRKMKDKHKSFEEIFDLTAVRIIVDTVKDCYAVLGLVHTLWKPMPGRFKDYIAMP +KPNMYQSLHTTVIGPNGEPVEIQIRTVEMHTIAECGIAAHWKYKEGKTNVKEDTVQEKLQ +WLRQMMEWEKDLKDPHEFLDALKEDVFNSQVYVFTPKGDVVEMPAGATPIDFAYRVHTNV +GNKCVGAKIDGKIVPIDYKLQNGNIVEILTSSNSNGPSRDWLNIVKTPNAKSRIRQWFKK +ERREENIERGYELLEREFKKYVLPLKDSSIEKYMLQIAKKLNQPSVEDLVATIGYGGIMV +SQVVPKVRDYYIKEIKKQQKDNAKLKEEEFEKHSLSDAEYKKKRKKNNCQGVIVEGLDNI +LIRFAKCCNPLPGDEIIGYITKGRGVAIHRADCVNAQQEGELFKNRLISVDWANSEIGKF +EGEIQIKAADRKGIINDITHMVAVDKVGLNGINARKGKEEVVNINLLIEVNNINELKELM +RKIKAIPGVEEIYRVKN +>MGYG000000001_00354 Adenine phosphoribosyltransferase +MDLKKVVREINDFPIPGISFKDITTLLQDGKAFKYSIDAIIEDLKDKNVDVIVGPEARGF +LMGTPVAYGLGIGFVPVRKPGKLPSEVESYDYGLEYGKDTLEIHKDAIKPGQRVAIVDDL +LATGGTMGAAAKLIEKLGGEVVSMQFLIELEELNGRDILSQYHINSLIKY +>MGYG000000001_00355 hypothetical protein +MIFNKKWTLKHKGEVEKDELSDKIKISPEISQILKNRGIKDERDSEIFMNPSLDYLRDPF +LMKDMDKAVERIKKAINNNESIFIYGDYDVDGVSSTSILCLYFESIDYPVSYYIPNRLEE +GYGINEEAIRKIHEQDCKLIISVDCGITSVKEVELANELGMDVIITDHHECQSEIPNAYA +VVNPKQEDCNYPFDMLCGCGVAFKLIQALTPEDVFKTTMYNYLEIATLATICDIVPLVDE +NRIIVKNGLKLMKEGKNLGLRELIKICGVDTEKIGSSHIGFAIGPRINASGRLGYSYLGV +QLFTTKDEHEAHEIARMLEEKNNERQMIEAKMYHEAEEIIKSNERYESDKVLVIANEGWQ +HGIIGIVASKLTEKYYKPTILLTIEDGEATGSARSIKGFSIFDALMKCKDLLNKFGGHDQ +AAGLGLDADKVDTLRDEVNKIADYNLTSEDMIENINVEFELSEDKVSLDLVDELHKLEPF +GLSNPSPRFIMRNLVLDDIFTLGKNKQHLKLNVYNENTYECIGFNMAHLKENFNPGDKVD +ILFQLDENNYMGNRTVQFLLKDMRLAHPKNAMKDKLSLKLFSKIVPNNEDNLYTISSGDE +NLISTNVNGQHIIEGSKELNIFDYLVENTLVIANTVNGFYRAISDISLLEDDFDVNYREN +TVNSAKLQLIFSPNIDKIDVKRYNNIILYDYLYNSREYSYLSENTNSHCNIIKYYNEMDQ +LYLKNTINNIIPEREEFIVVYKLALVNKTFEFDMLDIKKIFNIMPIKLFAILNVFKELSL +LDFNLDYNQNRISINLLEKPNKKLNLDESIILQNLKDLRQEYAKSY +>MGYG000000001_00356 putative protein kinase UbiB +MKISYKNIKRYREILHILIKYGFSFAVEKLNIEQVAYKIPITRPNEELKYMPTGERIRKA +FEELGPTYVKLGQILSTRSDIFDQDVIDELSKLRDNVEEFSTEIAREIFNTETGLEIDDI +FKEFNNIPIAAASIGQVYEAKLNSGEDVIVKIQRPNIEQTIKSDLEILQSGASILSDILK +DNETNFENILEEFKIQLLRELDYNFEAINAIKFYEIFKDSEDVYIPKIYSEYTTKRVLVM +ERIIGVKLSDISKIKSFEWDTEKISEIGVKSLFKQIFEYGFFHADPHPGNIFVLNSNCIS +YIDFGMVGIVDKKTFSTLNRMVLAAVEKNADKIIYLLEEMGITNSSIDKDSLRLDLLYLL +HYYYDIPLEKISLTNIFNEIFRFFRKYNITMPTELTTLAKTIITLEGTARELNPNFTVYS +IGQEFIKYYYSNRFNSKYIFERSRNSAEEIYFDLKNIPKQLRVILKNIEKNNIKIHIDDI +KVPKLEEQLSDLTTNISLSLVLASLVVGSSLIIASPNIEQNIWIRYLAIAGFSVSFLVGI +VLVITIFKTKYKRK +>MGYG000000001_00357 Protein YrdA +MIKGFKGIEPKIDESVFVAQSADIIGEVVIEKNASIWYNVVIRGDEQPITIGENTNIQDG +SVVHTGWDVPTEIGKNVTVGHKALIHGCKIGDNTLIGMGSIVLDGAEIGEFTLLGAGSLV +PPGKKIPSGVLAMGSPAKVIRELSDAEKESIKKSALDYIESANNHK +>MGYG000000001_00358 Coenzyme PQQ synthesis protein E +MSMIHKFSMNGYNIVLDVNGGAVHVLDDVAYRVLDFYKEKSKEEIVETLKDEYSAEQVLE +ACDEIANLEEEGLLYTEEVYSTHPSFVDRKKVVKAMCLHVAHDCNLKCKYCFAAQGDFGG +TKELMSFEVGKKAIDYLIANSGNRRNLEIDFFGGEPLMNFDVVKQLVEYGRSVEKEHGKN +IRFTITTNGILLDDEKIKYINENMHNAVLSLDGRKSVNDNMRPTLNDKGSHDVILPKFKK +LVDERPKDKYYYIRGTFTRENLDFAEDVMYFAEQGFKLTSIEPVVDDESNPYALREEDLP +KVFEEYEKLAVKYADMQVEGDDFKFFHFIVDLNQGPCVIKRITGCGAGNEYLAITPEGDI +YPCHQFVGNDEYKLANIMDEEVVLPLDITNKFRNAHVYSKEECKKCWNKFYCSGGCHANA +MNFNGDVMKPYELGCEMQKKRTECSIMIQAKKMLEGK +>MGYG000000001_00359 hypothetical protein +MEKKHVKTLSQATLKNSAAKGGCGECQTSCQSACKTSCTVANQECER +>MGYG000000001_00360 hypothetical protein +MEKTNHVLKGLGYSYILTLAILLIYNLVLTFTSVSGNTIAMVTSIITTASAAFGGFYASK +HIKEKGLIYGLIVGLLYIVCLIVIVYLAQEKFTFEADMLYKIFLTTLAGGIGGVLGVNFK +>MGYG000000001_00361 hypothetical protein +MQQWITVILMYAAIFAVFYFLFIRPQKKKENALKEMRNNLNVGDKVTTIGGIIANVAKVE +EDSVVLEIGPNRTKVPFEKWAIGTVESKTEQA +>MGYG000000001_00362 Queuine tRNA-ribosyltransferase +MSAIRYELIKTCKQSGARLGRLHTPHGVIETPIFMPVGTQATVKSMTPEELKEIGSQIIL +SNTYHLYMRPGHELVKEAGGLHKFMNWDKPILTDSGGFQVFSLGPLRKITEEGVHFRSHI +DGSKHFISPEKAMEIQNALGSDIMMAFDECAPYPADRDYVKKSLERTTRWLHRCKEAHKN +TENQALFGIIQGGMYKDLREQSAKEILAIDLPGYAIGGLSVGEPKHLMYEVLEYTTPLMP +VDKPRYLMGVGSPDDLVEGVIRGVDMFDCVLPTRIARNGTAMTSQGKVVVRNAKYARDFT +PLDPECDCYCCKNYTRAYIRHLVKANEILASRLITTHNLHFLLKLMEQVRQAIREDRLLD +FRAEFFQKYGYEI +>MGYG000000001_00363 hypothetical protein +MKNNIDKSNLSLRIAYVFESILAMVVLLAVFLGTIDVLRMIWDAYIVDFQNPVEYTQLNS +LLGQILLLVIGVELVVMLSLHLPGALLEVLLYAIARKLLLLPKTAGMGDLLLGIISIAGL +FAIRKYLLTNDNSTMNVTSIHYEDCEEGEDCKDCEACRERLAKQKNDESKFKEGLDLENI +EKL +>MGYG000000001_00364 S-adenosylmethionine:tRNA ribosyltransferase-isomerase +MKTSDFYFDLPEELIAQVPILDRSSSKLMVLDKETGNIEHKIFKNVIDYLNPGDCLVLND +TRVIPARLIGEKVDTGGKIEFLLLKRHEDDTWESLVKPGKRAKIGTKFSFGEGKLIGEVV +GMGPEGSRIIKFHYEGIFEEVLDELGNMPLPPYITERLEERERYQTVYSKHNGSAAAPTA +GLHFTEELLQQIKDKGVDIAFVTLHVGLGTFRPVKVDDVLAHEMHSEYYVVTKEAADKIN +KAKENGNNVICVGTTSSRTVESVATDDNRVQEGSGWTSIFIYPGYKFKVVDKLITNFHLP +ESTLIMLVSALAGQENVLNAYKIAVEEKYRFFSFGDAMIIK +>MGYG000000001_00365 Holliday junction ATP-dependent DNA helicase RuvB +MFDFEDEDRIITSTMQHEDVDIENSLRPKSLSDYLGQEKAKEQLSIFIEAAKSRNEPLDH +VLLYGPPGLGKTTLSSIIANEMGVNLRITSGPAIERAGDLAAILTNLNENDVLFIDEIHR +INRSVEEVLYPAMEDYCLDIIIGKGPSARSIRLDLPKFTLIGATTRAGMLTNPLRDRFGV +ICKLDYYTVDELAQIVIRSAAILGAEIQIGGATEIARRSRGTPRIANRLLKRVRDYAQVR +ADGNITDEVAHKALELLGVDSLGLDYVDEKLLRTIIEKFRGGPVGLDTLAASIGEDRNTI +EDVYEPYLLQLGFINRGPRGRIAMPLAYEHLNIEMPKK +>MGYG000000001_00366 Holliday junction ATP-dependent DNA helicase RuvA +MYSYIKGTIEELYLDHIVIDNNNIGYRINVSSNTLKDLQLGNMAKIYTKLIVREDDMSLC +GFSTKEELEMFELLTSVSKIGPKVGLGILSFASPRQLGAYIVSEDIAKMSKAPGVGKKTA +ERIILELKDKIDKQNIEFEPTLLSQSPVAVSQDEAVDALIALGYSTAEAKEAVDKCKKTG +LNTEDIIKKSLSYLMSQSLR +>MGYG000000001_00367 Crossover junction endodeoxyribonuclease RuvC +MIILGIDPGIAIVGYGIIEYKNNKFRVIDYGAVTTPAGMETLKRLELVYKGINLLIKKYD +IDEVGIEELFFNKNVKTAITVAQARGVTMLACAHNGKPVYEYTPLQVKQGVVGYGRAQKA +QVQQMVTSFLNLKEVPKPDDVADALAVAICHAHANRLEKTLKNIGGQYV +>MGYG000000001_00368 hypothetical protein +MFEEKKSFPWKIPALVLVCVLVLSSGIYIGIKSRNTDAKTNNATQTKVSDGETKATEAFG +LNENCEIWLHKTYNDESDSKSSPVMIGTVPKELLDKSEEEIIAYFKDKYPNREVQSINKY +EIILTEVEDSTVDLSKANKYSVESNSGYVGIYKYDSEGKKTLVEETEIEVDSLPMIVQDE +LQQGITVDSQDEAYLKLEDMDS +>MGYG000000001_00369 hypothetical protein +MDSPYMKLICDKMDFIEFKQNILLLKQPQHRASIFYDLKLDDFIRIRNFTESFSSRVLNN +EKLTILDYEKELFKVWSPIKAYPSSSTLVAKALMKDDAFNLLFQSNN +>MGYG000000001_00370 hypothetical protein +MARIGCNVINCSHNDSGICYANKISVNGKKARTSNHTCCSSFLDESTYSTLTNNTNNDGP +CNIIGCNVKTCTYNAGNICALNDIGITSNVGRANLYSETYCSSFKCK +>MGYG000000001_00371 hypothetical protein +MFICIDDDLPGWLKFDLKKEDGICKCKKNFNIIHEDMIKTRLKRDEEYESSNTFIFEDTT +YYVKCSECNKLYKIHVKYEGSKKDDYTNILKVKEITPEYVILNIKNREEKEEVLYNMGYK +DLLVQVYKFIDNEDRREIKYKVTNNTYML +>MGYG000000001_00372 hypothetical protein +MTAFLNKRKDIVKVLFYIIGLSIMGLGIALNAISNFGAGPWDAVNIGVSYHLKLSVGICM +NIVAILNLIIGGILNKEFPKITPIITSLVLGLFVDLGFIVFNGISANTSIIQFILFMISL +PIISLGISIYLVSELPNTPLDYFMLAIKSKFNLSLMAGKIVSESSGLIIALLLGGPVGLG +SIIIIFTIGPMMQFLHTYSKNIFNKLVNTDFDLANN +>MGYG000000001_00373 hypothetical protein +MKNNNIFSPKKKKSSGSKKALTVLMACVIVFGGVKVVSATTQFFKEQQAIKLEEKRKEEE +AKALAEKKRKEEEEKKKYMVGVRNDAKKYSYDAVKVAEKLASFDYSNNGEKIVFLTFDDG +TSTTVTPEVLRILKENDVKATFFVTGENIERGGEKAKDLLKEELNNGHAIANHSWSHDYR +KLYPNRTLDLDAFLADFKKTDDLLKDTLGKYFSTRVIRCPGGHMSWRGMDALDSYLEENN +MASIDWNALNKDAEGRKKNADQLAEEAIKTSEGKEMVVLLMHDTYGKEETAKALPKIIKY +YKDNGYEFKTLA +>MGYG000000001_00374 putative manganese catalase +MFKHDKNLFHKVSVEKPNPQYAVLMQEQLGGANGELKAAMQYLSQSFRVKDPEIKDLFLD +IAAEELSHMEMVAQTINLLNGHDVDYKAIDVGELEAQVLSGLAPDLKNSSGVPWTADYVS +VTGDLVADLLSNIASEQRAKVVYEYLYRQIEDKHVRETIDFLLNREEAHNALFRDALNKV +KDTGSNKDFGVTEDSKLYFDLSSPGPNNHDGKINIIPPSFEDPIKK +>MGYG000000001_00375 hypothetical protein +MRNINIFVYGSLREGFFNYNKYLEGKVSNKKEAKLENMKLHHMPYKGYPAITHGNDTILG +EIMVINEDDYEETVKAMDEMEGFISENNPDNEYHKVILDVEDITTNTKEKCFVYFYNKDK +DKEFDSKSIYISNGDWKKYMLTK +>MGYG000000001_00376 Pyrrolidone-carboxylate peptidase +MKILLTGFDPFGGEPVNPAEEAVKMVSNNINGAEVIKITIPTVQTKSVKAIEDAIKTHNP +DIVISVGQAGGRFDITPERVAINIDDFRIKDNEGNQPTDEIIQEDGQAAYFTNLPVKAMI +KHMNDNNIPATLSNTAGTFVCNHVMYGILYMIDKKYPNIKGGFIHIPYMTSQVMDKKNTP +YMSLNEIVRGLELAIEACTLYNEDIKTIGGEIC +>MGYG000000001_00377 hypothetical protein +MDMAQLSNSLLELFYIILGLYMGITMVFTLKDKNHKTRIGTAIFWGILSVTFIFGKLIPN +TIVGILVVVIAVLSATKQINVGTLKQLDETFANLKAEKLGLKIFIPSLLIAIVAMLIAQF +TELSGTVAIGISSTVSLVITFVITKAKPIEFLEDSNRMYQAMGSFTILPQLLASLGVLFT +VAGVGDKISSIISGVIPQGNILIGVIAYCVGMALFTAIMGNAFAAFSVITVGVGIPFVFA +QGGDPVVCSMLALTAGYCGTFLTPMAANFNVLPAALLELKDKNAVIKAQAPLALILLVVH +IILMYTLGF +>MGYG000000001_00378 hypothetical protein +MELVGILIIIAGFALKLDTIAVVVTAGVATGLVADMSIVEILNTLGEAFITNRTTCLFML +TIPIIGLCERYGLKAKAIMIIKKANGLSTGILLSGYTFIREATIAMGVTLGGHPQFVRPL +VSPMAEGAAVAKYGELDEKDLDKIRAQAAASDNIGNFCAQNLFLANAGILLIVSTLESQG +IIVDPLQLNKAAIPVAIISLIIWVIQNILFDKKLNKKYASRNSNVGGAK +>MGYG000000001_00379 putative transcriptional regulatory protein YebC +MGRIGNIINRKGKQDAKRAKIFTKHARAIAVAAKEGGPDPEYNAALKTAIEKAKADNMPN +DNLERAIAKGAGGGANENFETIVYEGYGPGGVAVIVETLTDNKNRTAGNVRYYFDKNGGN +LGTSGCVSFMFDNKGQILIEANDDVTEDELMEIALEAGAEDFIAEEDGYEVVTAPEDFAA +VRDELAAKGYEFISAQVKLIPQTTTELTDETQLKNMNKLVDMLEDDDDVQNVYHNWEIAE +>MGYG000000001_00380 NH(3)-dependent NAD(+) synthetase +MQASLKTDIEIKIEKTVEWLREKVKEANCKGLVVGVSGGIDSAVVCNLIKRAFPENSVGV +IMEINSNPKDKEDALKVINGCGIKHIELDLTKQQEEILNKVFNQLQNKEIYNENNKQISD +ANLRARVRMSTLYTVANNLNYLVVGTDNAAEVYTGYFTKYGDGGVDLLPIANITKAEVYE +WAKVLGVHEDVINRAPSAGLWEGQTDENEMGTTYNMIDAVVEGRLEVVPQKDREIIERLH +RISAHKRAVAPAPPKF +>MGYG000000001_00381 hypothetical protein +MIIIKNKHFDFNIKNTIIGIFTGFVNGIFGSGGGTLLVPILNNILDVEEHKSHATALAII +IFLSSASSVIYISKGTYDITLTIQAAIGSIIGGIIGAKLLCKVTGRFLRISFGVIMIIAA +LRMVF +>MGYG000000001_00382 hypothetical protein +MLIAIIGFFAGIIGGMGMGGGTILIPALVLFASIDPKIAQSVNLLSSIPMTIFALLIHIK +NKKVVFKLVLPIALFGVIGAIFGSFVANYLSSDLLRKIFGGFLLLVGAYEVRKGIKEPKG +NCKKKK +>MGYG000000001_00383 hypothetical protein +MEKSKYTLSSLYTMNEEYDKAEEILLSLPKVTADRDDMLVGLYINQGKYDEAKKILRNLT +YKRISNIKMSLDSYVSLSMKDNNISNAKEILNIQSELLRIFNLEDIYAIGTSLMSSEVYS +KEKNIEKTLEHIEKIIDSVNHNHNLEGHLLFDGIELFEGVHSKSYVVANLKRVISEDRYD +FIKNDKRYKDIILKLESMI +>MGYG000000001_00384 hypothetical protein +MELSIGKVIYKLRKEKGITQESLANAVGVSVAAVSKWESKNSYPDITILPSIARFFNTSI +DNLLNYEMEISNEEVMRINLECAKLFETDSVENAMKTCEEYIRQYPNNLFLKFRIGSLYM +MSLASASSDEEAQIILNKAIELLEQSMNSK +>MGYG000000001_00385 IMPACT family member YigZ +MSSYKTLHDFGSDEIIIEKSTFIGYAKPIKTEEEAVEFVNEIKKKHKDATHNVWAYTVGP +TMNIQRYSDDGEPQGTAGIPTLEVIKKEDLRDVVVVVTRYFGGIKLGAGGLVRAYTKGAK +VGLEAAKIIEKVMYKEVKIKIDYNQLGKVQNEIMNLGYFIKDTIYEDNVEIIVYSKLEEV +EALTSRMIDITSATAGIVLGDEFYLSEQNGEIIL +>MGYG000000001_00386 Diadenosine hexaphosphate hydrolase +MIVRRCAGGVVFYANKVLLLKNDRDEWTLPKGKIHDGELAQESAIHRVKEETGINATTLQ +VAGDTMYEFFSRSRQQQVCNAISWYVMEAQNTEYIIKGDFKDGGFYKVKEALELLTHNKE +KSLVEISYKKYKEIKKNSCDGSNVAVNYK +>MGYG000000001_00387 hypothetical protein +MNISWDNIDQLEDYFITYLLYKESKTVSQISKIRNISTTEVNDHLIRAKLEIKAMLKDEL +ESSKDILDKFLELNKEKRIAFMESLHEERMVDFKRRLYKRILIERNAEDLMILIWATGEL +KDDRFLKLLHPLTSHRHSDVRRITYSALRKIESPKSREVLQRGLYDTNAQTRQYCAKALS +KIGNETSLKMLRQLKNKKQFEKDYVLRAYDEAIDTLEKGD +>MGYG000000001_00388 GTPase HflX +MQEKKERALLVGLNITSTSRRIDDIDINESMEELKELTKAAGAEVVGSITQNRQSRDAAY +YIGKGKVEELKAYCESLDASMVIFNDELSGAHIRNIEEIVGIKVIDRTTLILDIFAQRAL +SKEGKLQVELAQLKYRLPRLYGMGGEMSRTGAGIGTRGPGEQKLEVDKRHILNKAADIRR +ELREVKKNRETQRVQRLKSNIPIVALVGYTNAGKSTLLNELIKTHKDYDVEKEVMAKDML +FATLDVTLRKALLPNKKEFLVVDTVGFVSKLPHDLVEAFKATLEEVQYADLILHVIDATN +SSYELQKKTTESVLKELGADDKHTILVYNKIDRLELDIYPKNTDDVIYISAKKGINMEKL +LYMIEDALMKNTYPVTLLLPYDKGHIFSKIKDKYNVENFEYGEIGITLDVNLEEEDYNIY +KEYILEK +>MGYG000000001_00389 hypothetical protein +MSENYKFFNHKKCEYFPCHKTNKPEEFNCLFCYCPLYALGEDCGGNFKYNENGFKDCSKC +LLPHNPRNFDYIMSRYKDIMKIASKKD +>MGYG000000001_00390 hypothetical protein +MAIKVGKKMKKTMNLIFCIFFSLLIIGSSTMITVGFKQLYYFDINYLNISEQNNLTKEEI +KINYDYMIDYNLNKISGEFDLPTIKSSPEGKVHFEEVKEIIQNVIKLLIVSLIITIIGII +ANLKNNNIEFLNITSKLVIILPILVSIPMLINFDKTFVAFHELMFDNDYWIFDPSKDPVI +NILPQEFFFHAGLFIVMLILLSSVILHIIYKRYNNKR +>MGYG000000001_00391 DNA mismatch repair protein MutS +MKEIIEILIGIGCVFLVGFLISSYSNMVRLKNLKKKIIEGYAQQIDIDEVDIKMNRVSSY +YENKCNAKIIDNSNIVDDITWNDLNMDEVFKKINNTQSTVGQEKLYDMLRRSLYDDNLKN +RDRIISYFKENESDRFKLQYILGKLGYSKEAYTSNCLFNEDFNGKNKLLKYKILSKLPII +NLILVFFNKFFVLPMIGFACLNIYISLNERRKNYSTEGFTYLIKVINIARKIKSLNINVI +NENLDDISEDLKRVKKIRRKSIGSDPNSLISEINILSEYTNMLFLSELITYEKIKKIIIE +NKDYLINIYEFVGSIDALIAVASFRDSLDYFTKPVLNESINKGEKHLMFKEMYHPLIKNP +VANSGSFDKSALITGSNASGKSTFIKTIAINAILAQSIYTCCAKEYLSSYFKIYTSMALK +DSVLSNESYYIVEIKSLKRILDNVDDRIPSLCFVDEILRGTNTVERIASSSEVLKTLSED +NCICFAATHDIELTYLLENRFNNYHFEENITDNDIRFDYKLYKGRAESRNAIKLLSFMGY +SDNIVKRAQERAEKFVCTGKWQ +>MGYG000000001_00392 30S ribosomal protein S4 +MAKMMGPRFKQCRRLGLNVCGHPKAMDRATKGTSRADKKLSPYGTQLLEKQRLKAYYGVL +EKQFSNYVKKATKSKESTGTALIQMLECRLDNLVYRLGLASSIRQARQMVVHGHILVDGK +KVDIPSYGVSVGQVISLREKSRNNILFKESFLSNALSQFAYLSKDVDSFSGTLTKIPERN +EVPIEINDILVVEYYSKL +>MGYG000000001_00393 putative manganese efflux pump MntP +MSLLELFILAVGLSMDAFAVAVCKGLSMREVSINKAGIVGLYFGGFQAGMPLIGYFLGLQ +FKDYIMSVDHWIAFILLSFLGIKMIQEALSKEDDEDEKQDENEMLSFKNMSVLAIATSID +ALAVGITLAFLQVDIVPAVSFIGIITFVLSIIGVKIGNVFGIKYKSKAEFVGGIILIFMG +VKILLEHLGIIG +>MGYG000000001_00394 putative ABC transporter ATP-binding protein YbiT +MLVVENVSHGFGARTILENVSFRLKKGEHIALVGANGEGKSSFLNIITKKLMPDAGNIKW +SSRATVGYLDQHSVLAKGNSIRDILRDAFKPMFDLEQEMIGMYDKMGEADEELMTKLLED +TAEIQTILENSGFYMIDAKIQEVANGLGLGDIGLDRDVTDLSGGQRTKVLLTKLLLENPT +ILILDEPTNYLDEEHIVWLTRYLQEYENSFILVSHDIPFINDTCNVIYHLENGELNRYKG +NYDEFVRLNEIKKRQEESAYERQVEERKKLEDFVARNKARVATRGMANSRQKILDKMEIL +ERPKEKIKPTFQFREARAASRYIFKTKDLVLGYNEPLTKPLNFELERNKKVALKGMNGIG +KSTLLKTLLGIIKPFDGEVELGDYLEVGYFEQESSKDNYNTPMDDVWAEFPGLTNFEVRQ +ALSKCGLSNEHITSQVRVLSGGEAAKVRLCKIMLKDINLLVLDEPTNHLDVEAKDELKKA +IKEFKGTVVLVSHEPEFYMDIVDDVWNIEDFTTKIV +>MGYG000000001_00395 NADH oxidase +MKIVVVGCTHAGTAAVVNLKELYPDSQITIYEKNDNISFLSCGIALSVSDVVTEPEKLFY +NSPENLASQGIITNMKHEVLDIDFNNKKLSVKNLVTGETAEDNYDKLVLTLGSWPIVPKF +EGGNLENIVLCKNYDHAKTIIEKSKNAKNVVVIGAGYIGVELAEAFEMKSKNVTLIDAED +RIMAKYLDKDFTDIAEAEFTKRGVNLVLGQKVQKFEGDNKVSKVITDKGEFEADLVVLCI +GFAPNTNLVKGKLDTLPNGAIIIDEYMRTSEKDVFAAGDCCVVRFNPAKENRYIPLATNA +VRMGTLVAKNLVNPTLKYMGTQGTSGIKIYDLCIASTGLTEEVAKNTTNLNVSSVTATDN +YRPEFMPSFEEATVKLVYDKDTRKVVGGQIISKMDLTQFMNTLSVVIQNEMTIEELAMTD +FFFQPHFNKPWSLLNIAALKAL +>MGYG000000001_00396 hypothetical protein +MRDALENVYATALSNTFKMVAPIKRNIIKTDCEVHIFIQENALNILKANGYEGEYEFFKM +YMPQVNKGLVWADQDFKCYHHFYNPKLQKGKFGYDDNALTVAKSYYNRSIKYLSIGNYER +AMFYFGAACHIIQDLTIPQHAKGKLLDNHRQFEVYVKSNYKKMKRFKTEDKPILLDSIDS +YIEHNANLALDLDYMYRGITNLTTKFYLTAIKAITVSQRTTAGCMLMLYDDLYFN +>MGYG000000001_00397 hypothetical protein +MKKYRLIIMVIIAMGIILIGTSDPLTSFYKTTGLISNGINKDRNIESDNTKNKGSQKDST +DKKNTQGNNEEGRNTTDENSKILICIDPGHQTKGDPNLEPVAPGSPYKKARVSSGTVGVA +TKKPEYVLNLEASVVLKHILEGKGYSVIMTREGHDVNISNSERAIFANNKNANMVVRIHA +DSLDNSSKTGASILVPEEGGKYTASIYEESNKCAEFIKGKMNESGIQLNGIFQRGDLTGF +NWSKVPVVLVEMGFMSNYSEDQMMSNPDYQRKLMRSIADGIEEYFKTK +>MGYG000000001_00398 hypothetical protein +MPKKIPSNYNKRLRYSNENNTPNNNSNSNTDSFNPSNTSNSSNGSVNTSNDSGNTSSKLC +CFGYVDYIILASTLAIALGEELDNTDLSILSTFFAVLSDELALITSVNSCSNNTPDETFV +APVPDVAITGDYKNLNVHNKKNRTRVKKIIKKKVKKK +>MGYG000000001_00399 hypothetical protein +MLSKNFYSKKQHLLNLKIKSKIIIFSCLLFCLYFFSNNLIYANNIEKGDADYLVPIGNVL +QIDAELKTIIVRNEIEDSPFQVGDAILKVENKSITNYGEFSSILYSLPSDCNVKLEVNRS +GNIVNLNCKKEVLEKINFNNLISGFATLTYINPENNEFGAVGHPINVGNSRKIPIKNGLI +STTTDIKVQKSYKGNVGTISARRNYSIGNFTENTNFGIKGNINNFDVSKLEKYKVASLDE +IHLGKAEIILQNQSNKCEKYDIEIINIEKQKSPSPKTFKIRITDKDLLIRTGGIVQGMSG +TPIVQGDKIIGAVSHAVENDPTLGYGVFIGWMMNN +>MGYG000000001_00400 Sporulation protein YunB +MSDFKKTSIIFAILFIISLFIGSFLYIDKTLRPTITVLAETKALELANKSINKSVAEVVK +GQINYKDLMNVQLDSDGKITMIQANTVMMNEMASNVALEIQDELKKVKSTSSYIPIGTAL +GSPILAKYGPQLKVSIEPIGTVSVDFKTKFESSGINQTRHIIYIEAKTKVRVVIPLTTST +QEVNAQIPVCETIIVGDVPQSYVNIPESGVQSIIPNLDNTTNK +>MGYG000000001_00401 Penicillin-binding protein 1A/1B +MNNGNNEDQNKIRRKKVSSSNNTNKPNNSSTENNSRTKSRKKNNKKDKFRFFRLTGVFIL +ALLVVVAAVGTGLVFSSLKDVQPVTKALLDEKTYQTTKIYYANGDLLSNAPSVNKKEPVS +LDKMSPHLKNAIVAIEDERFYEHNGVDIVGLARSAVKTLLGKTQGGSTIPMQVSKMLLTS +SEQTLPRKVKDIYYAYEMSKTLSKEEILEAYLNNFSVGRGLIGAEAGAQGYFSKKAEKLE +LEEAALLAGSTKNPSAYRAYNAEKLDGTETKEDLENKILLYTHTADDDWDDSTDIDLNML +PKLKSWGLIDNDTADQIRAGTLIIRKAVLNPKAKARQEVVLGKMLELGYITQEEHDKAVA +AKIEIKLPKVEDPVVSSVQDLIESEVVKALMNQGHTWDEADNLFRNGGLHIQTTIDPNMQ +DVLEETYANNSNFPQTRDNGTGVVQPQSAMVILDYRTGQIKALVGGRHIKGRKTLNRATT +AQQPGSTIKPLSVYTPAIDTLEITQADSLSDARGGYEFNQNAKWNPSTTTAGSGYMSLRK +ALAYSSNTIAVKTAEMLGDSYEECVDVMLDYLKNFGISTLKDSKTGDINEGDRRFPALTL +GGMTYGVSPLEMASAYGTLANGGVYIEPTIFSTIKTYDGTLLVKASPQENRVVSSEVAYV +ITDMLKAVVTEGIGGAASIGGKIDVAGKTGTTNGKLDAWFVGYTPYYVASTYIGDDAGRK +DPNTQKTIPRQGVVGSSSSAAKLWSTVMKKVHANLTEAHFTPPDNIYFAKINLIDGGISS +TGSNAAFINGTAPRRVSTQQVVKPPKEEESQEETPDNNDTSSDPPDNDNSNSDNNNNNNN +NNSNNNSDNNNSNSNNNNSNNNSNNNNNDGGTTTPPDNSGGGTTTPPVEEPTE +>MGYG000000001_00402 hypothetical protein +MLMDYVKVFIVGGIICLIAQIMMDYFKLQTPYVMVTYVTTGVILTFIGLYEPLVDFGGSG +ATVPIIGFGYSLAKGVIKAIGEDGFLGIFTGGTIATAGGIAAAIFFGYSMAVIFNPKAKP +>MGYG000000001_00403 Stage V sporulation protein AD +MKNKRIGSRTVEMQHMPVIISTASIVGPKEGKGPLRDYFDRILDDDLDGEKTWELSECKM +MKDTIELAIKKSDKGLKEVDYLIGGDLINQIWPFSFAARDLDVPFIGVYGACSTMAQSMC +LGAMLIDGGFAQNVLAGTCSHYCTAERQFRFPLELGNQKPMTAQWTVTGAGCVLLSQYGD +GPKVKYVTIGKIIDKGIKDGNNMGAAMAPAAIDTILAYFNDTNDDPNSFDLIATGDLGTV +GKTITLDLLKQKNLDISKVYTDCGLEIFDLKGQDVHCGGSGCGCSASVFSGYIYDKLKKK +EFNKVMLVSTGAMLSPNSTLQKQTIPCIANAVVIVNE +>MGYG000000001_00404 hypothetical protein +MGKKDDYNKYVDQVSPKPTYVKNYILAFIVGGIICMIGQGINDFFMKVINLDKLAASSAT +SITLIFIGSFLTGLGVYDLIGKRAGAGSIIPITGFANSIVSPAMEFKREGYVLGVGANMF +KIAGPVLVYGVGSSILFGFIYYLVKIFI +>MGYG000000001_00405 hypothetical protein +MKLFLVIYGVSSGIIVGAGVVAVLILIGLVPRISHITNTKEFVNLYENLLVLGTFFGSIL +SLHNIGISGGKILTIIAGLAYGVFLGFLSSGITEVIYYIPVISRRLKLPSIYLKYIVISL +IIGKVIGSLIGWAII +>MGYG000000001_00406 hypothetical protein +MDDIYLIPKKVKPFNVNIKNIYLKDIYAVYPKNRESLLNNIILRNYKDNNLRYDVIHLGE +VIEKINGEFPMVKINFLKADDTVIFFENYKKDKTKYIRVAIVSIVVLMGSVMGIMNFHAD +VNMYASQYKMVDVLTRDAKRYLPYFQIPYSIGIGVGVALFFNKFIPTYTKYEPSPMELKM +ISLNKEIENQLRGKD +>MGYG000000001_00407 RNA polymerase sigma-F factor +MGITANKEEKKKLLSHEETLELIEKVQNGDEEAKEILIKNNLGLVRSVISKFSNIGYERD +DLFQLGSIGLIKSIYKFDPKFNVKFSTYAVPMILGEIKRYLRDDGMVKVSRSLKQIAIKA +KTQTEILTKKLGREPSIEELAHELDVEKEDLVMAMEANFSVEYLHGVIHEEEGSPICLID +KISLKGENEEERVIDNLLLKQVLDKLEKRERQIIVLRYFEDKTQSEIGDILNISQVQVSR +IEKKVLSKLKSYIS +>MGYG000000001_00408 Anti-sigma F factor +MSNIMEVRFSAKSENESLARVIAASFAAKLDPTLDEIADIKTAVSEAVTNAIIHGYDEDE +SKFVYLKCKIEGNKVEIIVEDEGHGIEDVDLAMQPLYTSKPELERSGMGFSVMESFMDDV +KVSSIKNKGTKVIMLKNINLPK +>MGYG000000001_00409 Anti-sigma F factor antagonist +MVRYSLNNKNLLVKFEMTELDHHVSRSIREEIDEILMTKSVKNIIFDFKNINFMDSSGIG +VIIGRYKKISSDKGTVSVININPRVKKVFDLSGMNKIINVYSSYEEALSSL +>MGYG000000001_00410 Putative dimethyl sulfoxide reductase chain YnfE +MKTVSQGCTLDCFDACRLKVHVENNKVIKIEGDKEHPFTKGFICNKGRSHLDRLNHPDRI +YNPLLKVDGEWVEITFERAIEIMAEKLNFYKNKYSSQSIMYYEQYGNGGLLKSIGDIFFN +FYGGVSKQKGGPCWSAGIKAQTYDFGDVRSHSLEDMKNSKNIFIWGKNPAYTTIHTMQIL +QNAKLNGCKVIVIDPIKTSTANIADYYIQINPGTDGALAMAMTKIIIKENLCDKEYIDSY +VLGYEEYKNYLDTLELDYLSRECGIELDTIKELAKLYGQKYSSIWLGYGMQKYRNGGNTI +RAIDALGAITGQIGYPGGGINYANKVYPAILNTDPYCSYVYAQNREFYVHKLSEFIDNSI +KCTVNNGDNAVLKMAVIVKSNLLNQLPNLNKLESSFDKIEFKVCFDMFMTDTASQCDLFI +PCSATLESEDLLYSSMCNPYITYNEKAVEPMNKLMDEYYFFRELAKVMKINNYPQVSKKE +YLNKVIEPLKTVDKSINLDKIKNEYITIHKSIPWKDKKFETPSRKFELYSSKVKSLGITP +IPTYIEPEKIRGGEFRLITTHHRETLFSQHYMDKKGISKAYINEEMAIIRKIANNEIVSL +QSENGKINVQIVIDNNVKDNIVQMYVGWWKRHGNPNFITSSNVSDLGGQVTYNETFVDII +KQN +>MGYG000000001_00411 ATP-dependent RNA helicase DeaD +MNITKFEDLPISDDIKRAIADMGFEEPSPIQSQSIPVILSGKDVIGQAQTGTGKTAAFSI +PVLETVNPEDKSLQAVVLCPTRELAIQVSKEIKKLSKYMHGIKSLPVYGGQPIDRQIKSL +KGGVQIVIGTPGRVIDHINRKTLKMDNVKMLILDEADEMLDMGFREDIEMILNKTPENRQ +TTFFSATMPKGILDLTRKYQNDPEHIKIVRKEITVPNISQYYIETRNANKLEVLCRLIDV +YNPKLSVVFTNTKRGADELVSELQARGYFADALHGDLKQTQRDIVMDKFRQGTIDILVAT +DVAARGIDVDDVEAVFNYDLPQDEEYYVHRIGRTGRAGRTGVSFSFVFGKEMRKMRDIER +YTKAKLVKHSIPSVADVEEKKVSAFFKQVKGIMDEGNLTKQLQWLEGFCNESDVEVIDVA +AALVKLALGDEEKEEIIEEPSRNRDRRDRKGKGSDTGAKEGMVRLFINVGRNQRVQAKDI +LGAIAGEAGISGKLIGTIDIYDKYTFVEVPKQNVKKVLENVKDIKIKGNKVNIEKANRRK +K +>MGYG000000001_00412 Inner membrane protein YrbG +MISTLILFIIGFILITKGADIFINCTVEIGKKTHVSELVLGATIVSFATTLPELTVSLCA +SINNQTTMSLGNAVGSIICNTGLILGLVAFISPFKVDRKMFLSKSTLLLISILGLVIVGL +DGTVNEKDSIVLLIILAIFMYTNYKSVTSEKVSKRSAVNLQEKKNTDTKVGELLKIICLF +LLGLVMMVAGSRLLVDNGSKLAEFIGIPQGIISLTIIALGTSLPELVSSLTAIRKKHHAI +SVGNVLGANILNITSVIALSSIPNDIPILSQNVNIDYPFMIALILVLILPTIKKDKLYRF +QGLMLLLLYGAYITTLYFMYMS +>MGYG000000001_00413 Formate acetyltransferase +MTMNAWEGFKTGRWTKEIDVRGFIQDNYTPYEGDDSFLAGATENTKQLWADVMELFKKER +ENGGTLDVDTKTVSAIDAYAPGYINKDKETVVGLQTDAPLKRAIMPEGGIRMVESACEAY +GFKCDPEVSEIFTKYRKTHNQGVFDAYTSEMRAARRSGIITGLPDAYGRGRIIGDYRRVA +LYGVDRLIEDKNEQKNSLEVSCMDENTIRLREEISDQIKALQALKRMANSYGFDISGPAT +NSREAVQWLYFAYLAAIKDQNGAAMSIGRTSTFLDIYFERDLANGTITEEEVQELMDHFV +MKLRMVKFLRTPDYNELFSGDPTWVTESIGGIGVDGRPLVTKNSFRVLNTLYTLGPSPEP +NLTVLWSTKFPQGFKDFCSKVSIDTSSVQYENDDLMRPYWGDDYAIACCVSAMRVGKQMQ +FFGARVNLAKTLLYAINGGVDEKSGAQVGPRFEPIMDEYLDYDKVMERFEPFTDWLANLY +VNTLNVIHYMHDKYSYEALEMALHDRDVFRTMACGIAGLSVAADSLSAIKYAKVKTIRNE +QGVAVDFEIEGDYPKYGNNDDRVDDIAIYLVESMMNKIRKNKTYRDSVHTQSVLTITSNV +VYGKKTGNTPCGRRAGQPFAPGANPMHGRDNSGALASLSSVAKLPYEHSQDGISNTFSIV +PGALGKDMNERITNLSAMMDGYFGDGAHHLNVNVFDRATLEDAMEHPEEYPQLTIRVSGY +AVNFIKLTRDQQLDVINRTFHGKMA +>MGYG000000001_00414 Pyruvate formate-lyase 1-activating enzyme +MIKGRVHSIETFGTVDGPGIRFILFMQGCPLRCKYCHNRDTWDTKCGTEYTTDQIITQAL +KYSSYMRSSGGGITASGGEATLQPEFLAELFAKAKKNKIHTCLDTSGFVNIDTIAPVLEN +TDLVLLDIKHMVEEKAKELTGVGIEKTLKLARHLSDRNIPVWIRHVLVPGVTDDQENLEK +LAEFVSTLNNVERFEILPYHTMGVHKWENMGLDYELKNVEDGTQEDIDRAIDIMSKYEVE +IFNKRSA +>MGYG000000001_00415 hypothetical protein +MTRKELKTRAKQQLKGNWWTAIGVILIIAVITGCLSFLSVRCDESIWAPTLLCIVAFLIT +APLGLGQSIFFLKLAKNKDGKCSDVFLGYKNFLKVIGVSILVEIIICIGFILLIIPGIIL +SIMYSQAYYILAENPNIGIVKCLKESRLMMRGQKWNYFVLMLSFILWGILTTITCGIAGL +YVIPYYEATFTNLYLDINNKTEVA +>MGYG000000001_00416 putative tRNA sulfurtransferase +MYNILIVKYGEIGVKGKNRYLFENKLVKNVKNMLKPIGKFDVYKEYGRIYVNLEDHDYEE +VAEEVRKVFGIVGVCPAIRAEKDYDKLKELALQVLEEKIESGAKTFKVESKRGDKDFKFT +SQEMSIDIAGFLVSKVHDRIGVDIRNPETKIICEYRQNHVMVYSDTIPGYGGLPLGTNGR +AMSLLSGGIDSPVASWMVAKRGMEIEAIHFHTYPFTSEKSQEKVRDLARILSKYCGRLRL +HKVNILEIQKAIGMNCNDEEMTIISRRFMMRIAQAVAESRRCDALVTGESIGQVASQTIQ +GLTCTNASVTMPVFRPLIAMDKTEIIDIAQKIGTFETSILPEEDCCTVFAPKKPVTKPRL +ERIEKSEEKLDVEKLIQDAIDNIEVEDIEF +>MGYG000000001_00417 Cysteine desulfurase IscS +MEIYLDNSATTKPYQEVVDKMVYALTTDYANPSSLHRKGIEVEKNIKAIRQDIARTIGVK +DKEIYFTSGGTESNNAIIRGVSNLYKKRKNHIISTEIEHPSVLNTLKDLEDDGFEVTYLK +VDKEGKINIEELKNSIKPSTSLITIMHVNNEIGTIQPIEEIGKYLKTLKDKVYFHVDAVQ +SYAKINFKPSRYNIDFMSVSGHKLHGPKGIGFMYIKENNRLKPILTGGGQEIGVRSGTEN +VPGIYGLGEAVKILNEDLNQTIEKIAKLKNLLKEEIVKNIDDIKINSPEDGVCHILNISF +KYIRGEVLLHYLEQKGIYVSTGSACSSKKKGSHVLNAIGLTANEIEGAIRFSLSDLNTEN +EMVEVVKTLKESVSDLRMIIRRR +>MGYG000000001_00418 L-asparaginase +MTNKKKVAIVFTGGTISMTVDEKVGAAIPTLSGEQIMSMVTNIDKVADVEVLNFDEIPGP +HMTPERMMELKHYVNNLLKREDICGVVITHGTDSLEETAYFLDLTIDNEKPVIVTGAMRS +SSELGYDGPSNLSGAVCTAISDSARGKGVLIVLNNEVIAASEATKTDTLALNTFQSVTGG +PLGVIDCNELLLYKHIAKRTIIDTDTVEPNVALFKAAVGMDETFIKLAVDNGYKGIVIEA +MGRGNIPPRMYEGVKYARENNIPVVIVSRCHSGRVFDSYGYLGSGRDLRNLGCIFGGDLP +GHKARLKLILALGKTNSLNEIKDYFEEGIYY +>MGYG000000001_00419 hypothetical protein +MKILNVVILCMMISMFSGCSVSEPDTNIASSSSNNSDINYEDEDKKQEERSKQTLWTVLD +KDGNDKEMLKDDNKDVEQIVDIIDKHCLIVDNRDFNKLNLENEYNLYSDNFIKVLKKGNY +KESVQSMYESNKLAIKHENLVWYRNYFNEDMTTCKVTVESEFIVKKANKDYLDKNQMNLD +EVYQEKRIYYLEKLNNKWKIVNIEKGALTKRSKAE +>MGYG000000001_00420 hypothetical protein +MYKILKKISGFIMTLLMVISTVFTSSTYAADQPPNPLIKEGYTLDFSDEFNGPELDKTKW +TDYYLPHWTKNPENAKAQYKFEDGSLIEYITEDQKPWSPEHDGTVRSSAIMSFDKNWIHN +FSGTTDNQDREPWVGYATTYGYFEIRAKFADCSGGGHQAWWMVGMQNDTDDWFNSMETGE +IDIIESFFSKPDTWRIAAYGWNDPNFQTSWMISEEPVPSGDPTSEYHIYGLDWSPGSLKF +YYDNELYKEINQAPDYPMGTILNIYTDAGSGEHNNVWPKQWAIDYFRVWKKDGGYEIPSY +HIKNRETGKYLYIEENNDKVSYGDLNEFDTNGVWKKEQAGDYIRLKNEKTEDYLHVESQS +GFLEHGKVPKTYYSAQWKSENEGNYLRFNNRWKNNSYIHIEDQMGVVQYGNVPKEYWSSQ +WELIPVDLEVK +>MGYG000000001_00421 6-phospho-alpha-glucosidase +MGNKIVIVGGGSTHTPGIVEVLRNRSKDLQLEEIVLYDNNKERNYLIGEFTRIYYRDNNS +DVKVSYTTDIREAFKNANFLYVQIRPGLNNQREIDEKICLKHGVVGQETCGLGGFSFALR +VIPEILKIVEVAQEVCPDAWILNYTNPEAIISEAIYKKFPNAKCLCICDMPISIEETLAE +YLDIPYKDLTFKYFGLNHFGWWTNIYDKNGKDLLPGIREKVELGELKGLIQTNEEIVGDD +YWTKTFQNVIKAFKMYPQYFPNCYLQYYYFADEMVESDNIEFTRGSYVLSTREITVFEEC +KRVIELGTAKDSKLLGGVHGNYIVDITNAIIHDTKERFIINIKNNGAINNFNSEAVVEVP +CYVGATGPEPVTVGNIPTFHKGMMEMQKAYEKLTVETALTGSYNTAMEAILLNKTIPSYR +VGKAVLDELMEANRDFWPTLK +>MGYG000000001_00422 PTS system N-acetylglucosamine-specific EIICBA component +MSNSLRVVSNQLSKLGKAMLIPVVAMPVAGLLSRLGQPDLLNLDILKIASDVIFGNLDLL +FAVGCILAYTKSKDKSSAVLAGVLSVMVFRQALTYLNESISMGVFGGIVSGVSTAIIYNY +SKNWKVPSMFSFFAGEKLAITLGPIFSLILAGVFSFIWPPIEAGLDAFAIGLGSMGIFGV +FLFGFLNRALIPTGLHHVFNAYIFYELGSYTTANGTVVTGEMTRFLAGDPSAGSFLVMFY +VIMVFGIPGVAAAMYKTARPENKEEVKGLANSGALTSIVAGVTEPIEFSFMFTSPLLYFI +HSVFTGLAGAILYLFNSRLGFAFGFNIIDLTLNWNMGNNVIYIIPVGIAFFFLYYFTFKT +IILKKDIKTPGRSENITEGIDEKELKLSHSNYSYMAKKLLQNVGGVENIVNAENCVTRMR +LEIKDISLINEDNIKKTGAKGVVKVNKNNIQIIVGTEVVHVMKEFNALLSESASEGGK +>MGYG000000001_00423 Carbohydrate deacetylase +MANMSGTEHAVELSKQMPTLAVGVHLTLTCGKPILGKKVSSLIRNDGNFYNLCDFENENV +KIDENELYDEWKTQIDKLYSLGIKLSHIDSHHHIHTFNQTAEIVKTLSKEYNLPVRNCNK +AVDDNDINFLDLCNYEPIRDMSSKYISVREKCFEIIESNILKNIEFKKSEAMCHPAFIDS +PLLEGSSFNIPRVREVDILCDPYMRELINKYDIELCNYNNI +>MGYG000000001_00424 HTH-type transcriptional regulator GlvR +MSKTFHVGRIFKNQNLSDSEVKILEYIFTNPEKIKKEGIRQLAKSNFTSTASIIRLAKKL +GYSGYNELIFDIKRMTSDTLHSNTYKENDFMWNSKKPLTNFNELSKTYLNKEKYIYLYGE +GFCEFVTGYIHRKLLVKKYNVILLHGLEIPIVYEQDHNPTLIVISKSGENFACIRKIEQL +TNLGGDILSITSNSNSSISVMSDVSLSIPVRYITDSKNEEFTTFYGDSINLLEDLFSRV +>MGYG000000001_00425 Glutamine transport ATP-binding protein GlnQ +MIKIKNLNKSFGDIRVLKGIDLEMDKGEIMAIVGPSGSGKSTLLRCINLLEIPTEGEIIF +EGTNIADKKVNIDEIRQKIGMVFQNFNLFPHKTVLENITLAPILLKKMSKVEADKKAEYL +LDRVGLLDKKDAYPAQLSGGQKQRIAIARALAMEPDMMLFDEPTSALDPEMVKEVLDVIK +ELAKEGMTMAIVTHEMGFAKEVADRVIFVDGGKIVEDDTPEAVFNNPTHPRTQEFLAKIL +A +>MGYG000000001_00426 Arginine transport system permease protein ArtQ +MDFSFFSKYSSLFIEGTSVTVIISLVALVFGCIMGMLICLMKLSAFKVLRAIATTYIEIL +RGTPLFVQIYIIYFGFPQIGIDFPSIFGISSDFISGAFALSINSGAYVAEILRSGIQSVD +NGQMEASRSLGLGYASTMRHVIIPQAIKNILPSLANEFITLVKESAIISVIGVREIMFTA +SIVKNKTFKPLEPLIVAAIIYFVLTFTLSKLVGKFEKKLAKANA +>MGYG000000001_00427 Arginine-binding extracellular protein ArtP +MKGIKKLLGLGLALTLSLGMVACSSSGKDKEEVGDKLQQIKDSGKLVLATSADYSPYEFH +AMVDGKDTIVGFDVSIAKAIADEIGVELEVMDMDFDGLLGALNADKADIVLACMTPDEER +VKNADFSELYYEDKNVVIVRKDEEDKIKSDEDLKNINVGVQRGSTQERFVVDTLGSTNYK +SLTKIPDLMLELQNGNIDTIVTGKNVAAINVQNYDNVAIGNSNVGENCEESGAVALKKSD +GNDSLVELINKVIKKLQDEGKVDEYMQEAIKLADEQ +>MGYG000000001_00428 Putative ATP-dependent DNA helicase YjcD +MINIDRLNKNQKDAINHIDGPCMVLAGPGSGKTRVITYRIANMVVNHNTRPTSILAISFT +KASSTEMKNRAISLSQDPRINKVTYGTFHSVFFRILRHFEKYNLDSILDEKSKRLAIKGI +LKSLNVENGEDDEVVGQLINEISFVKNELMDKGDFNSEVVSKDEFIKAYNLYEEHKHQIK +KIDFDDMLLRTYYLLKNNSKALETVRSVYRYILVDEFQDINKVQFEVLKLISNPQNNIFV +VGDEDQSIYGFRGARPDFLLEFEEYFSGTKKVMLDINYRSKGEIIDVANRLIEKNSNRYE +KVIKCSQGNGGNISYIAPKDSEEEAVLIGKEILEEIKKDFVEYSDFAVIYRTNIQSRALV +DVFMDMRIPFVVKDSIVTIYDHWAAQDILAYLRLGLDSSLSKDWVRIINKPFRYISRDSI +NSIKDEKDFINALITKCNLHPKQVKTINDLDIDLSYLKTLNPQNAISYIRTSLEYDMYIL +DYCSNRKIKSNGLIEILNELESSATNFKTIKEYLDHIDRVKSEVVGNKNKDQGDGVIFTT +MHSAKGLEFKNVYIIGVNEGTIPHEKSYDLDDDSKKDEQIEEERRLMYVAITRAEDNLCI +SSPQNKYGRKVSVSTFIDDIKAPTKEEMDSISIGDTIYHKRFKGGTIVAKDGDSIRVKFS +DGTRILNYRVCILNNVIHV +>MGYG000000001_00429 hypothetical protein +MEIITHISDDFIGIPDNHFVFDIETTGLSAKFCKVILIGIVYNEGNQTIIKQFFALNEDE +EKELLLAFINEISSFNKHITFNGFTFDIPFLNSRFQKHNIYFSLDKADDIDILRLVKPYK +EKLSLLDCKLKTIEKYIGINRNDTISGKESVELYKEFASTQDKDLKDKILLHNYEDIYYL +AKIFKIKDLLADKLNPLYIESNNISLRILPMSYKLNKTNLIMKYNIFSGTLSNINIYKDN +YSITYGESSLTINIDIKKGIDSNKNEILFYNLSTIIPLKFNSNFLEDNIFNLCNFLMKKE +LSSL +>MGYG000000001_00430 H(+)/Cl(-) exchange transporter ClcA +MISSKNRVFNMLERVQNLKYRLVGDSLIVGGMVGLIIVIHRLILSKISPLFLKFYEKGST +NFALIPLIFTILIVTGYLVGKCVKKEPMISGSGIPQVEGILTRKLKMNWLRVLFYKFVGG +LICLCAGLSVGREGPSVQMGACVGEGISKKLKNLDNEEKYLITSGASAGLSAAFNAPISG +VMFALEEAHRNFSPLVLLSAMIASLSSDFVSKQFFGTTPSLYFEKIQELPLKYYWSLIII +GLIIGVSGVIFNAGILKTQEIFKKSKFSTEIKCIIPFVITGIVGLVYPILLGGGHDLIMA +LKEQNFTITVLLTFIVVKFLFTFICFGSGIPGGIFFPLLVLGALVGNLTGLILTSYLGIS +EVYIINFIILAMAGHFASIVKAPITSLILISEMTGSLDHLLSLAVVVVVSQLTSDILNSE +PIYESLLDRLLEKTSYRCEVNESKKLLLEVAVHMDSEIDGKYIKDISWPENCLVVSILRG +NKEIIPRGDIEIIGGDYLTIMTDEKIYSNVLDSIEIISTSS +>MGYG000000001_00431 hypothetical protein +MKKYFTIGEMSKLHNISIETLRHYDRFGILKPEYINEKTGYRYYSTKSFITIYLIKQCKA +IGLSLDEIKEIINDYTSLDSVLNIIKNQKEIIDKKIVELNSIKNGIENLENSIEEALEIG +INKPFIKFYEQRKLRKYNYTSRYTEEFEMQLRKSLIDIEKEYNSFNSKIAFETSYKDLIE +NNEVVHTKTMIELDEGVLGDDDTIVTLPEGKYITFYYDDNFYDIKKYYSEVKDYIRKNNI +DVLGNFYETHEMTRVSKDGVAKSLAKIEILLK +>MGYG000000001_00432 Multidrug export protein MepA +MINEFLKYAIPSAFSMFISALYTIIDGIFVGQGVGDAALAAVNIVLPFTVILVGMANMMA +VGGGALVSKNIGAKEIDKAVNIFRQVCKFLLILSIVISIICVIFTNQIVKLLGATKNLQG +LAVDYLRFYALFSIPNLIGIVLNSFVRNDQKPKLAMVSIISGAITNIILDYVFIFKFGFG +IKGAAIATGLGQIVTVSILLPHFIKKKGYLSFGKVKLQIESIKEFLKIGFPSFFAQASFS +VIVLLHNVIITKNIGEIGVSAYSIINYIGTNIYMVLFGLTLGAQPLISYNYGKRDDKKML +SFYKITCVSSTLFTCIAVSICYIFGRNLIQIFTSDKEILELAYTGLRFASISYFFVGLNL +NTITYYQAIEMPKYSNLICLFRSIIFLPIGLILLSNIFGVNGVWGGTLFAETITFTAINL +ITNIKSNTLKSIKSSNGKEELRAA +>MGYG000000001_00434 Histidinol-phosphatase +MKDGHIHSPYCPHGSKDALEDYVKRAIEIGLDEITFTEHLPLPENFKDPSPENDSAMSVN +QLHKYMEEVRNLKYKYNDKIKINLGVEVDYLEGYEEETRRLLDKYGMYFDDSILSVHILN +FNGEYYVIDYSKEEFENISNLMGGVSDVYYKYYKTLKKAVRTDLGEYKPKRIGHLNLVRK +FNRVFPYNYDNNIVLEELLMLIKEKGYELDYNVSGLLKEYCKEPYISGHLLELVKKYKIP +VVFGSDAHSVKNMTNYDIDEYK +>MGYG000000001_00435 putative siderophore transport system ATP-binding protein YusV +MLKVQVKNLKFSIDKKEILNDISFDVPKGAFIGIIGPNGSGKSTLLKNIYRLYKPSSGNI +LLDNKELSKMKDKDCAKEIAVLAQESNSQFDFTVEQIVKMGRYPYKSMFEDYSKKDLQMV +RDMLKKVGLDGYSDRSFSNLSGGEKQRTLIARALVQNTDFLILDEPTNHLDIGYQIQLMD +LVRSLNITTLSAIHDMNIASMYCDYLIVMKAGKIINFGTVEEVITSEMLKNVFGVNAYVG +VNPVNNKLQVSFMHTHEHVNGIGVDHIHEDGFNGVHSHHIHA +>MGYG000000001_00436 Hemin transport system permease protein HmuU +MDISMENKVNFSKKRGFLFWTIGLSFFLVLAIIVAIAVGSTYIEPGVVYKVLLNKLSNGV +MFDVTWNTMFENIIWEIRLPRVILGAICGAGLAICGVLMQCVTKNPIAEPYILGISSGAS +CGAVAVIVLGGISTLGITSITGGAFVGSLLSGILVFAIGTQMGKTTSTTRLVLSGMAIST +IFGALTNLLIYSAKNSNQAKNALFWTIGSLGGAKWDVLLLPFIVLVVVIVVAFLMSKSLD +VLLLGDDSAVILGINVKLVKSIIILLATLLTSTLVAITGAIGFIGLVVPHICRTIAGSDH +KKLIILSSLVGAIFLILSDVAARGLFPPIEIPIGIITSLVGGPFFLYLISTKNYSFGGND +>MGYG000000001_00437 Vitamin B12-binding protein +MVKSKSLRRFLAVLSIVGISLSAVGCANNSKESGSETPNSSVEASNFKTVEFVYSDGAKD +YDVKVETPRQKAVTLSQFMTEMLLALDLGDKMVGTALLDNPILPEFEEAYKKIPELEIGE +GHNISKEAFIATGADFVSGWDMSINEQTTGAPDELIEKDITPFLAKSYSPDATVETVYED +FELLGKIFGVEDKAKEVVEKMKSDIKAVTDKVGNIKDEDRVKVMVYDSGEDKAMAVGSGL +ANNLIELAGGDNIFGEEKQPYINATWESVVAENPEVIVVTDYLAGSPVQDKIDFLKSHPA +LKDVDAIKNDRIYVVGLADLSPGVRNSKVIEKMYGYFYGENK +>MGYG000000001_00438 IS30 family transposase IS658 +MNYKHITTNERCCIANFLSLGLSLRKIAKHLNRNVSTISREVKRNSTNGKYLAHIACENY +AKNRKNCGAKGKSSNPTLIKYIEDGLEKTWSPEQIAGRLRLDYQDDKSMKIGFKTIYRWL +YQKIIAKGNVNRLRRKGKSLNPKETRGKFNIGKSIKDRPKEVRKRETIGHWELDTVVSSR +GKSKACLSTFVERKSRFLIAQVMENRKSSTFNFHCFTAFKDIPTNLIKTFTVDRGKEFAG +YVDIENTLNIDVYFADAYASWQRGTNENTNGLLREFYPKKFDFSSINQKELDNIVTIINN +RPRKCLGYKTPAEVFDAT +>MGYG000000001_00439 Atrazine chlorohydrolase +MTQLFIKNAYLITMNNNRDVYKSGNILIEDNIIKAVGHFDESIVNENAETYDANGKILMP +GLVNTHVHLSQQLGRGISDDVDLLTWLRNRIWPYESSFNYEDSLISSTACCVELIRSGVT +TFLESGGQYVDAMVEAVDKTGLRACLAKSVMDQGEGLPKAWQKTTEEELTTQIDLFNKFN +NTSNERIKIWFGLRTIFNNSDELIVKTKELADKYNTGIHMHIAEIADEVDFAKLRNGLPT +VEHLNSLGVLGPNLLAVHTVWLTNRELDLFRLNNVKVSHNPAAAMKVVLGFASIPEMLDK +GIPVSIGTDGAPSNNRMDMMRDMYLTSLIHKGRTLNPTVVNAEKILEMVTINGAKCALLD +DVIGSLEVGKKADMIILNPNTIHSLPMHNPIGNIVYSMSSENVESTICDGKWLMKEKEIL +VLDENELLIKVKEQANKIREKANINLTSNFNII +>MGYG000000001_00440 Nitrite reductase [NAD(P)H] +MSKYAKLQKNIDGKDKYVITPQIPGGYITPEKLIKIGEVAKKYNASLRVTSAQKIAIGNL +KEEDIDNIWEELDMEPAIKNICSVINVEVCSANFCRRSKYPIIGLGMKITKKFHGMELPG +KVKIAVAGCKNACINAYSKDIGVLSNADEKLFIVVGGKGGLNPRKYNILAENLNENQVMY +IINKVLKFYKENAIEGERFTSFIDRVSIEILIKYI +>MGYG000000001_00441 hypothetical protein +MLDNKKRAIVSIIIYLLIMIIGVSINNNFFSSMENNSGELVSRSIIQLVSSAYIFYIIKK +YYGWKDVGFGKLNFKSLIWFLPYVLILIPMGFKLVQSIYENLGSFSYETWLTIIITLVGT +SLAGFSEEVIFRGMILNSFKSDKSIIGAMIISSIGFSIAHITTIFMGKSLIEAIINVIYS +SLLGFSFVALAIKLNNIWPVVIFHVIWNFILMASSLIGVEVSKVSLLCNPLNIIMGVILW +TIIIRDQRKKNKLKYSFNKVIKW +>MGYG000000001_00442 hypothetical protein +MGKIGLILEGGGMRGIYTAGVLDFFIEKDIEVDLVVGVSAGSCNGASYLSKQYKRAYHVN +IDYLKNKNYLSFRNFIKTGSIFGMDFLFNKIPNELNIYDHDTFKKSKAKFIAVATNCETG +KAEYFELKDLEKEIIYLQASSSIPMFANIVEVDGYKLLDGGVADSIPIEYAINNGCKKNI +VILTRDETYRKSNLKFMHAVKRKYRKYPKLVQAIENRYINYNESLDLVSKLAKSGDAFVI +RPKKPVKISQIEKSVSKLNKLYEDGYNDAKEAYGSILEFMDEN +>MGYG000000001_00443 Phosphoglycerol transferase I +MQIITYLITGIILALANHFLFEKNKKTLAIVNDLLFFIVPFNIVSLSLLKYLFSKPNILE +SSIYTSVFSLIYIGFTLICGAIFLFTKSILNSKVILSSKINFSKSTDESTKKSLLIKVIS +ILFFIIGVTFIFFSNWFIDYFGIITPEQFLFNLKSPLKGTSTDMFKEIFMTPVFAIIAST +TVFLIFMNFSYDISLTKDSIKKKILSKRILSKVSFILAFVCLVIGVPYGSHKLNLSKVVK +AYYSNSNYFDENYVDPRDVKMSFPSKKRNLIHIYLESIENTYLSEELGGYMNYNLMPELT +ELSKEGISFSNNDKFGGPYQTYGSSWSVAGMVNMSAGIPLKIPIGANSYGKSGSFLPGTI +TIGDILEAQGYNQTIMFGADSDSGGLTTFFNTHGSFNIFDYKAAKEKGLIPKDYNVWWGF +EDDKLYEYAKDELTRLHKEGKPFNFTMETADTHFPDGYLSENVENKYPEQYSNVIAYSTK +EAVKFIRWIQEQPFYENTTIVVTGDHLSMDKNYFKEFDPSYHRTIFNLILNAPITTDNVK +NREFAPFDMFPTILASMDVQFEGDKLGLGTNLFSDKKTLIEEEGLESLQDGLERNSNYFN +DKFISEKRNSIFENTLVTYRKNN +>MGYG000000001_00444 hypothetical protein +MNYKHITTNERCCIANFLSLGLSLRKIAKHLNRNVSTISREVKRNSTNGKYLAHIACENY +AKNRKIAEQKENQITLH +>MGYG000000001_00445 Sodium/proton-dependent alanine carrier protein +MGLLLPGVKYDASFTQLAIDSFIPRFSKSFVAMISTVYFGCIKKAVLAWTMGDIVVGITA +WINIIALFFMTKPALACLKNYETQRKAGITREDLVFDPKALGIQNADFWEKRHKERSKKS +KKLS +>MGYG000000001_00446 Glycerophosphodiester phosphodiesterase +MKVFAHRGASGDYPENTILSFEKALTLPIDGIELDVHKSKDGKLIVIHDEDVQRTFKGKG +LVKDYTLEELQNLKCRKFEFIDNDLCKVPTLEDVFELIKDKNITLNIEAKTDQIHYDLEQ +DVLNLVDKYNLRNNVLISSFNHKCLNIFKNIDSDYKYGALYEYEKDYAPEKNVVDHAKKL +NVYSINISKELVTKEMVNLAHKNNLKVYVYTINSPSQMRKMINCGVDAVFSDYPELMLEI +LDEEKHQI +>MGYG000000001_00447 L-2-hydroxyglutarate oxidase LhgO +MYDIAIIGAGITGSSIARELSKYKLNTVVLEKGVEVCQGTTKANSAIVHGGFDAKIGSLK +AKLNVRGNELYPSLCEDLSVEFKQIGSLVLAFDEDEKRHIEDLYNRGVKNHVNGLRLLDH +EEVMNIEPNVNKNVVGALLCESAGIVCPFNLNVALMENAINNGVELKLQSEVLDIRKDNE +HFNIELVNNSNIKAKYVINAAGVYADKINNMIGGNEYYITARKGEYKILDKSEGKIANHV +LFQCPTTKGKGVLVTQTVHGNLLVGPNANEVEDKDDKSTSKDGINEIVEASRKTIENINY +RKTITSFAGLRATASTGDFCIFASKVAKNFINAGGIESPGLASAPAIAEYVIEILKEEGL +ELEENKNFNPIRKKHKPFSHMTTEERNELIKSDERYKKIICRCESVTEGEIVDAINRPCG +ARTVDGVKRRVRPGMGICQGGFCGPRVIEIIARELNIPVEEVIKDYENSEVVLGKVKELR +GELVEI +>MGYG000000001_00448 Ferredoxin--NADP reductase +MKYNVVVIGGGPAGLGAAVEAKRNGAGNVLIIERDRELGGILNQCIHNGFGLHEFKEELT +GPEYAGKFIEMVKEENIDYMLNTMVLNINEDKSIEALGEEGLINIQADAIVLAMGCRERT +RGAIDIPGYRPAGVYTAGAAQRLSNMDGYMVGKEIVIYGSGDIGLIMARRMTLEGAKVKA +VVEINPHSSGLTRNIVQCLDDFGIPLKLSTSISYIHGKNRVSGVTLSKLDENRNPIKGED +EFIECDTVLLSVGLIPENELSVDAGVNLDMRTSGPIVNNSMLTNIDGVFACGNVVHVHDL +VDFVTKESRIAGKNAAKYCLNKLENNETINTVAGEGIGYIVPQNVDRNSNEDINLFMRVR +NIYKNKKLVVRSNDKVVLEKKRLHMIPSEMESINIKTDILKNITGNITVSVEEA +>MGYG000000001_00449 hypothetical protein +MSAVDTLIKTKLTCIVCPMGCHLNVEQSEEGFKVEGNTCKRGEKYAVQELTNPTRVITTT +VKLENSYLQLLPVKTEDPIPKGMIFDIMEALDKVRVNAPVKVGDVIVENILDTGVNVISA +KTMDVM +>MGYG000000001_00450 hypothetical protein +MKKNKTNFKNHLWILSILYLTLGLFNILFAWLGLICFLVPLIISASNGGKKYCHSYCGRG +QLLNILGDNLKLSRHKDMPRFLVSKHFRYGFLTFFMTMFIVMLFNTYLVFSGASNVKEVI +TLFWTFKLPWNWVNTSMTSPWIAQFAFGFYSMMVTSTLLGIITMILYKPRSWCIYCPMGT +MTQLISKSKN +>MGYG000000001_00451 NAD(P)H-quinone oxidoreductase subunit I, chloroplastic +MAILKRKAFIDTRLCVACGTCLKVCPLQIIKINKDIVAEIDTKKCVGCGKCAKACPASII +EIKQMEVND +>MGYG000000001_00452 hypothetical protein +MEIKNDGMIGNLLKDINEVIPKPDDSALKICKLIKRSGDVVGYELSNSKN +>MGYG000000001_00453 hypothetical protein +MAKNGKIVGVTVATNKGNEYLRSLTDDSEGNNLSNLPSITD +>MGYG000000001_00454 hypothetical protein +MINKIGKITIYVNNQEEARKFWTEKLNFVVKFEQQMGPNMTWLEVGPSENEFTTFVLYDK +KMMQAQNPSANVGHPSILLSTENIESAYNEMKDNGVKVGELMTMPYGKMFSFKDQDGNDY +LLREDKF +>MGYG000000001_00455 hypothetical protein +MKITTNRSSKILNNIVLVGIVLTLLLLIGTPLVLTAFFKTQSLIEDSNIVSIITVAIYIC +AIPYVYALVLLKKLCELVANKNPFSPRVPVISKKIAMCAFSEVILFNGVTIFLCYFYDMY +LYALTIFSCIIVSFVSIAIGFMSLVSSKLFEMAIEIKDENDKTI +>MGYG000000001_00456 hypothetical protein +MAIIVNLGVMMAKRKMSATELSQKLGITLANLSILKNNKAKAVRFTTLNEICKALDCQPG +DILEYVEDEE +>MGYG000000001_00457 hypothetical protein +MVGIGNRFKILSLGIIILCTKLFGCEDVFFNNCIDIIKENWDIQISAPTEEIFHESSSIS +FHGDGERYHVFEYENEEDIINSSIQWIDYRDNSINAKVQDIIYDLETYYDVKIPEEFRPN +IKDKYKFYTISKDDNSNLYLVYIPGTSRIFVAEDIF +>MGYG000000001_00458 hypothetical protein +MKKKIIASILIMSTVLLGSFYFKANFSRSYHHTFAKSTDLGKENIEGIYLNDEIDSGKIV +SKYGKISDFSHDNVLYNYYFLREGIEVATNKDENKIIRFIVNDKNLKTEKGIKVGDKKDK +IIELYGDNYYSRLEQGTNIIGYVDKEKDYSIEFWIGEEGIIFYRFDYTLMM +>MGYG000000001_00459 hypothetical protein +MIKIDSKLVQRLICIFQTTYILLFLTNVSDIITNFNIYTGFALCVSINMVTVILNMFHII +KLPKDKIGIKLLLIFITLLQILFTVFIYLLPEAGIDPRIKLW +>MGYG000000001_00460 Calcium-transporting ATPase +MFYKTTSEEVIRHLNSKMEGLAQEDAKKRLSENGYNELEEKSKTPTWKLFIESFKDPLVI +ILLVAALVQVFLGEVVESVIIFSVLILNSILGVVQTKKAEGSLASLKQLSVPNAKVIRDD +VKITIPSRELVPGDIVILEAGDYVPADGRIIEAQTFKVVEGMLTGESEPVLKHENSIDEE +CALGDQKNMVFSGSMVVYGRAMYVVTGCGMNTEVGKIANLLDTAESKETPLQKKLDEFGK +KLGIGIVGLSALIFGVQVYRGGNIVDSFMFAIAIAVAAIPEALSSIVTIVLAMGTNTMAK +KQAVIRKLPAVETLGSTSVICTDKTGTLTQNKMTVVDSYMYGVKKLALADNTRGQEIALT +DIESGQEFTLTLAATLCNDSDITSEGVEIGDPTEVALINYASKNNINYKNLREKYSRLNE +LPFDSDRKLMSTVNKVNDDILMFTKGAPDIVFSRCKYALNDGELVPISEEIINEYKNANE +GFSKKALRVLAFATKKVNDENFVPKIEDEDELTLIGLIAMIDPPREEVYDALREAKESGI +KTVMITGDHKTTAAAIAKDIGIMVDGDLALTGQELDALSEEELDKNLENISVYARVSPEN +KIRIVKAWQRKGKITAMTGDGVNDAPALKQADIGIGMGSGTEVAKDASAMVLLDDNFSTI +VNAVEIGRTVYSNIKKSITYLFSGNLGGIIAILFAVMADWSNPFTTLQLLFINLVTDSLP +AIALGLEKPEKGVMKNPPRNPSESILAGGTLTSVLKRGTIIGVVTILAQYIGIQESPELG +TAMAFSTLTLSRIIQTFASRSNTETIFKLGFTSNKYALGAVIICLGMFGLTLVPFMRDIF +AIPASYRLSSFVTCFGLAICAMLAMEVSKLIKR +>MGYG000000001_00461 hypothetical protein +MKKRNIILLTFAIISIFLIGYNIIEEKIISASTLTSLSNTIEVENYSVNILESTLYENYI +LTKYTVETLDKSPIPEETVTLDTLLSSNNSSYNSLGNYIIKESFISDYKKEILTINFLDI +TKGYSFDLTYEVKVKDTKKQKKLYPDNKSKIKKSTNTKSGYHVLNNIVNIDNINIDVKSL +LIKDNYSLLNFTTENKYFIQDDYIVKIKSNSFEDIFFINPIAESNSFYVPMIYKDGDLDF +NNLEIYLVNVNSNEKTLIYKSNT +>MGYG000000001_00462 hypothetical protein +MTYKFETILKKHEGKDATYIEIPFDVEKEFGSKRVEVKVKFDGYDYRGSIVKMRLPCYMI +GVTKEVRKNIGKEAGDTIFVQVEKDNEVREVELPNDFKTRLEDNVTALDFYNSLSYSGKR +KYYQCISSAKKAKTREKRIEEALKKLEEHIKL +>MGYG000000001_00463 HTH-type transcriptional activator mta +MEYTIKNLAQLAGVSVRTLRYYDEIGLLKPCRVNLSGYRIYGEKEVDLLQQILFYKSIDM +KLEEISQVIYQPDFNICQALEEHYKELISKKNQIEQLILTVEKTLAYKKGEIKMSNNEKF +EGFKKEKIAENEAKYGKEIRAKYGKETVEKSNEKFLNLSEEDFNNMQTIENEMFKLLSEV +IKTKDLDSDDAKKVYEKHREWLSFSWPKYTAQAHIGLAMMYVADERFAKYYNDRAGEEAT +QVLHDCIVKYAK +>MGYG000000001_00464 hypothetical protein +MSLNEEKFELLCQGDSRLLKINAIRGELFRVEAGSMVAMTPTFEHKVKAGSIGKMFGRVM +SGESALLQEYRATSDGEILLRWN +>MGYG000000001_00465 putative protein +MELDGSKQYRISNGNFLACTEGITLEAKAKVKGIFGSGEGIFGLRTVGAGTLFVNSCGSI +HKINLNIGEEYIVDSSHLVLWENEMEFSTELAGGGLASSFLSGEEFVARFRGPGQIWIQT +RKPIVVASNG +>MGYG000000001_00466 putative metal-dependent hydrolase YcfH +MNILQSMYIDAHSHLDFYDENVEKAIVDINNNHILTLAMSMDIESYNKNKVYAKKSRYIK +PCFGIHPWKAHEFKYSLTTLIPYIEESEIIGEIGLDFVWSEGSHTYTKQREIFYFILEES +VKRNKVINLHTKGAEYEIYNALKKYNYSKAIIHWYSGDLETLDKYINLGCYFTISVDLGY +SDIANKILDRIPIERLLVETDGPEALEWVNGEYGYPSVIKDVVKKVSDYRNLSLRELNKV +IEDNYNRIMSL +>MGYG000000001_00467 hypothetical protein +MKLSELVNYAENNADKIIVNAIIKDDSETLNKFVINIIGDLLNGVNLDNEYRKQAINNLN +NYDEKELGNLGTYICLIPYVQSVLSNQKNWESKATSFIENLISYIIGLIRKDEFLNNLLE +MRCILKISDNFYNGLVNHFASYKEYITKSAIEKIK +>MGYG000000001_00468 Flavodoxin +MNNKINIIYWSVTGNTELMAQSIYEGSSKNENVRLISVDKANIDDVKEADILFLGCPSMG +NEVLEETEMEPFMKSISNNIKDKKIVLFGSYGWEMENGCKIGKRE +>MGYG000000001_00469 hypothetical protein +MGDGEWMQDWEERIRKYGGELVEDSIISNETQSSEEIAHLSSLGEKYSCALQNN +>MGYG000000001_00470 hypothetical protein +MMKKNIYGLIISILSSIGILSINGVNFSALFIIITIWIVYIYIILRKVEKITTSKIVKII +SKTYKSLVVILFISLILIEGMIVINMNQLKEVKDIEKLNNVIVLGAGLDGYNVGKTLKSR +LDKAIEYYKLNEDANIIVSGGQEEDELISEAEAMYRYLIENGVEKEKIIKEDKATTTLEN +IIYSKEVLKNLNHEGEKVLIVTNEFHITRAMIIANLLGVKNEGLSSETPLKIRVNYLIRE +YPTMVIDIVRAGYYSVFQ +>MGYG000000001_00471 hypothetical protein +MNLFIEKTNIKKFNNTKEFVEEFQIGEDDFILISKSLYEKYFKQLNLKATVIYKNKYGNG +EPTDTMMDNLLEDFNNSNCTRIIAIGGGTVIDMAKILVLKNGKCTEDIFYKRVPLEKVRP +LIAIPTTCGTGSEVSNISVTEMTKLNTKMGLAIDELYPDYAVLIPELLTDLPYKFFAASA +IDALIHAIESYMSPKATIYTELYSKEAMNMILEGFQKIVKEGHDARLSMLDQFLNASNLA +GIAFNNAGNGAVHAMSSPLSGKYHVSHGEANYQFFTAVFKEYTEKNPTGKINALNKYLST +ILDCDINEVYIKLEELLDKIMVRKNLKEYGMKEEDIEVFAESVIKNQQRLLSQAYIEFTK +EELANIYRGLF +>MGYG000000001_00472 hypothetical protein +MVLMINWLIAQINEINLSRECFIFIGDKIYHGKCVVTWVTKEITKLGF +>MGYG000000001_00473 hypothetical protein +MKVFLGVAFMGLMLIATGKINLNSEKKDKAVLKNKELNLWLGYIESRIFADNDMLFGKIF +LASGIVGMICYDTLGLFMVLVICITALLFFGVSMANFYKYYKGKEYKFKGSSKSINTIIL +VATIVVSTIGVITPLKLGKGSIVFSQIDSNEENGRTFTYEIKGLPEMKEYELGFNVKHYE +LDKFEKPKYQENIGTSKVYYNERMENPKVTFSIDEHDNCTIFVTSFDKNLNKIEDKYEYK +FRRVDNETSDMIAGEFSVPVDSNGNIIGEDNGMNLYSSENNNETSGIRITIK +>MGYG000000001_00474 hypothetical protein +MGRLRSIYINEIEVKEISIFKALLIMVIFTVIPVIANLISTVILLLIDEDMSLGSIMIVG +TIVVIVFMILTIMIVARLFTNKNNIINNNIEFKIIKKDFICVFFIIIGYILIRDALLFET +LSAFEGPITEEDINFLIENSTDIEAGIVMILLQLQALIQAPIFEELLFRGIILNGLLNRY +KGNQKKAILYSAIIFGVVHFNIPQGINAFMIGIILGGIYYYTGSMKLAIFAHFINNLFVF +IPVPSNIIIKIAYVALGIFLIIKSIKNISINTKNTLKIEKEI +>MGYG000000001_00475 hypothetical protein +MTLSLYEFLVALILSIISTSSAPFLKYTIDSIVNIIKFYCHNNKYTKLYIEI +>MGYG000000001_00476 Vitamin B12 import ATP-binding protein BtuD +MVDDINSSMANGEILVITGSNGGGKSTLVKLIKGIEKLISGQILFDGVDITDMSITERAK +LGIGYAFQQPPRFKGVTVKKLLNLAAGRNVDEEICCKYLSSVGLCAKEYMNREIDSMILR +YEQIQMCL +>MGYG000000001_00477 hypothetical protein +MLIIAGCGIHNDGHGKIQHDGIHYFHICKDARVKYIEKHYGEGSGDGERVLNPTTVVSME +ENSYCEMEMIPIEGVNSTIRETTVYLAKGAKLVVIEKLMTHDNQIANSNMIVYLNGEDST +VQVISRSVAKNNSEQVFQPIVVGNNRCNAHVQCDSIIMDNEKVRYVPEIAANHTNAQMVH +EAAIARINNE +>MGYG000000001_00478 hypothetical protein +MLNKLAKNQYVKLVKENGKKKEVEYGIVLNENGDQYDIMSVGFENKDGHFLEYPPNVENL +VQTYTTHEGTMFDEVKENEVRRAMNVWVEKNYKL +>MGYG000000001_00479 hypothetical protein +MSKYVNINSQLDALKLKEIEQNFYYNIKDNINIVPKVTPFKGINTDLLYIKDNKILFIKF +MDTTEDLFFILEEELLEVMNEEYESMKLKMTQRNKDISFNYVFIMPYVEIEDTYGFDDFV +NNNIIDRNKLEEIKLDSNLIDTYLKEANNEIDLNLLLLDICPEYYILNNRLHLNDKFKKI +SFYNDEYKYTATMLENSQIENAISINYGNTLFKGGSGSGKTSIMISRAIKLARVYPHHRF +LIFTYTKQLRNELREHLDILYKDNTNLEVHTFSSFIFKLAKKYNLVIDYNMLKNDYEKTF +SNLIKQAKNIIKTKSMFKGIFIDEAESFSANEVDFIREFLYKSKYIFNVFYCESLNISNH +LNIFKQAFENIEFNEYVVLDKNYRQSKELINFTNKFIKNSNEYINTLRPSLNKEIFTTTK +PILNDGKVVDIVKVSDLDEQLSAILWEIEYFTTKKGLNYSDIAIVYPYNKKKLKSGKTIY +FQYLIRKALEEREIPYIYAEDTLTNLSSRNGVTISNIYSIKNLEYKALVFCELEMLYNQT +INDKEQDYQINDFVGDLNKIYLAINRSTEYLSIITTLNEEGSDLIRLLMDSK +>MGYG000000001_00480 Undecaprenyl-diphosphatase +MIEMLKVIILGIVQGITEWLPVSSTGHMILVDEFLQLNQSQAFRSTFFVVIQFGSILAVL +MIFLKKLNPFDPSKTTVQKNDTLSLWVKVIIAIIPSGLIGVLFEDKIDELFFNSTTVATA +LIVYGVIMIMLENRNKKPKVSDFSQLTYKLALGIGLFQCLALIPGTSRSGSTIIGAVLLG +TSRYVATEFSFFLAVPTMLGASALKLLKVGFAFSGFEWLLLATGSLVAFIVSVFAIKFLL +DYIKKHDFKVFGYYRIVLGIIVLGYFYFMK +>MGYG000000001_00481 Tyrosine recombinase XerD +MENTTILTDKEFEIFNQFSQKLNPNTKHDYLSKIVLMKAFLEEKDLLEVTKYECNEFIDY +VKDKYAKSTCEKIYSYLHSFYNFMNKKKYIEINPFTYVKKPEVSRIKTKDDVLSVQEINK +LVEILPKLNIRDRVIMIFLATTGCLLNELVNLKWKDIIMDEKNNTYVRLGKNKKERVVKL +HPYCFKLIEDYRDYSGLSEVILPTNDFVFTTQKSNSITDRNVRLIVKKALDYAGLSQYSA +KDFRHSFAAISLRLGADEEDIKKQLGWSDKYYAIRYKYVLNFVDSESVDYIMNNDHLSIN +NK +>MGYG000000001_00482 hypothetical protein +MKIEIYEKNMYGVKGLVNSIMDEESLRIGDDLKQLKNEFKELEIARYEMVVKPRYISSLV +NISENDKEYKSRNKSIDQLMKINMKDVGLISNENLPIVLINGEIIKLGKYPNINELRKSI +ELEKIISIVYNN +>MGYG000000001_00483 hypothetical protein +MQYKLENNANSKTQKKKKFKLPTAYTILFSIIVIIAVISKFIPGVKAATVADVVMSPMNG +LKDAIDICLYVLLMGGFLNVVTKTGALDAGIGSIVKKLNGKELLLIPILMFVFSLGGTSY +GMAEETLAFYALVTATMMAAGFDALTAVATILLGAGVGVLGSTVNPFLVATSIDSLKGVG +VEVNQATVMGIGVALWLTALLISIYFVMKYAKKVKEDNNNSLLSKEELQNSKEAFLDGKE +ETLEFTTKRKIVMCLFGLSFVVMILGVIPWERFGITMFEHTDFLTGISLGNWWFSELAMW +FVLMSIIIGIVYGFKEKEIVSYIIEGAAEMVGVALIIGISRGVSVIMSSTGLDAYVLQNA +STALSGMSPILFTNVTFLIYIGLSFLIPSTSGLASVSIPIFGALAHTLGFSPELVISILG +AGCGLVNLITPTSGVVMGGLAISKVEYGTWIKFTTKVIVCIFISSAVILSVGMMLL +>MGYG000000001_00484 Multidrug export protein MepA +MSQENILGTEKISKLFVKYSLPAIVAMVINGVQTIIDGIFLGNFVGPNAMASVNLVQPFN +QLIIGTSMIISIGCISFIGRTLGEGKKKEAQNIFKTSLIVMFLVSLIITFVGIIFNKNIA +MILGANEVLLESVSIYIKTLAIFSIPMSLMFLFGFVDRVIEKPELYLKGSIISVMTNIIL +NYILIKKLQLGIRGAAIATGMSFSMALIITILPLLNKNSVINIFKGKFDKSTIWPVVYNG +SSEGVTAIAIATTAFVFNMAFMQIAREIGIAAFTSISYISQFGTLIMFGISDGIGPIISY +NYGYQKHDRVDDVLKISYKVTLLVGITLFAILFLFGRSLVGIFAGSNKDVLEMAVNGSKL +YAFAFFFNGFNIVYSGYFTAIGKAKESIIISACRGIVFIIIGILVLPTIVNLKGVWLTVP +FAELMTFIIGIRLMNKNSFVKDSKVAA +>MGYG000000001_00485 Adenylosuccinate lyase +MIDNKYTTYTNPLTDRYCSKDMSYIFSPQFKFSTWRKLWVALAEGEHELGINITEEQLEE +LRANVDNINFEEARKIEKEVRHDVMSHVKAYGMQCEKAKGIIHLGATSAYVGDNTDVIQM +TEALKLIRIKLVNLINNLKEFSLKYKDMPALGFTHFQAAQLTTVGKRATLWAQDLLIDLE +DLNFRIENMKLRGVKGTTGTQASFLSLFEGDHEKVKELDKLICKKMGYQASYAVSGQTYT +RKLDYQVISILSGIAQSMHKMTNDIRLLQSLKELEEPFEKNQIGSSAMAYKRNPMRSERI +ASLSKYIISESLSPALVEATQWLERTLDDSANKRLAIPQAFMAADAILEIGINVTDGLVV +YENMISKRINEELPFMATENILMEAVKRGGDRQELHEVIRELSMKAAYRVKHEGKDNNLI +ELIIESDAFNMDKEEILSIMDPKNFVGRAPEQVVDFVNEFLDPAIEPFKDSIGIDVDLHV +>MGYG000000001_00486 putative protein +MKKLLILLTTLSMFILSGCSNESDRTVTDREGSKVNIPTKIEKIISTAPSNTEVIMELGL +GNKLVAIDKYSTDIQGVNQEIPQIDFSNPDAETIIGLEPDIVIASGHNKTGSAEDPFKAI +SEAGIPVVYIPSSESIEGIYEDINFIADVVNEKEKGQKIIDDMKSKVNEIKAIGDKIEEE +KTVYFEISPAPYLYSFGNSTFLNEMIEIIGAKNIFAGEEGWLSPTEESVINANPDVIITN +ASYLENPTEEIKSREAWDNITAIKENAVYLVDKNASSRPSQNAIKALTEMAKAIYPEHYG +Q +>MGYG000000001_00487 Hemin transport system permease protein HmuU +MDNKKKAALSILLALIIIGIGTSAGSSNINLIETISILVNKIFFIPLKEGIDPKNIGIVW +KLRLPRVLLAFLVGGCLATSGAIVQSVLKNQLASPYTLGVSSGASLGAGLIIISDIVIPI +VGSFTLPLVGFLFGLGTVYIVITFSAKIDRTMSNNTIILSGMVFSLFVNALLTTLTALFS +EDMKSIALWQMGSFAMKGWTYVKLIIPFAIIGVIGVMRFTREMDIITFGEEQAKAVGVET +SRVKTKLFVYAAVLTGGAISLSGTIGFIDLIAPHAVRKVFGSKHKYVIPMSFIFGGCLMV +ISDLIARTIIVPSELPVGAVTALIGAPFFAYVYFRKKR +>MGYG000000001_00488 Ferric enterobactin transport ATP-binding protein FepC +MLEIKNLSSGYDGVDIIKNISLSIRSGENLFVIGPNGCGKSTLLKTIANIIEYKGSIKID +DKEISSLNRKELAKKVGLMSQVSEIYFPYTVYETVSLGRYPYSKGIFDTLSKEDKNIILE +NISKVGLTEFKDKMITELSGGQVQRVFLAKLFAQNPDIILLDEPTNHLDLKYQIELLEYV +SHWAKSKNKIVIGVLHDLNLVHHFADSVIMLQNGEIISSGNPKNVLNGEKLKEVYDIDIK +SFMVNVLNKWEDVI +>MGYG000000001_00489 Inner membrane transporter YjeM +MSGNNSNTKKLTLLSLILMIFTSVFGFANIPRAFYLMGYAAIPWYLLSAILFFIPYAFMM +AEYGASYQNETGGIYSWMEKSVGAKYAFITTFMWYASYIVWMVNVSSSIWIPLSNAIFGY +DKTAEWSILGLNSTQSLGILAVIWIIIVTYISTKGVEQITKITSVGGSAIALLNIVLLIG +GITVLALNKGSLAQPIKDMAKSFTNSPNPAYQTTISIFSFLTFAIFAYGGLEALGGLVDQ +TENAEKTFPKGLSIAAIVIAVGYSIGIFACGLFTNWNTVLSIEGVHMGNVAYILMQNLGF +ELGIAFGISPQNALTVGLWVARFTGLSMFLALSGAFFTLTYSPLKTLIQGSPKEVWPGNL +AKIDDGIPLTAMKVQAIIVIVLILLISFGGKGAAEFFSLLVAMTNVAMTIPYVFLAAAFP +AFKKKQLKGQVSQPFVVYKTYTVSLVATIIVSSVVTFANIFSIIEPALSGQTIDTVMMIG +GPLIFSLIAFLLYNSYEKTINIDK +>MGYG000000001_00490 hypothetical protein +MKGIVSNTIGFISKTFPALYSSFYLDYLKQYSSAYDVNKTQLRALVFVSNNGPISMTDLC +AKLNIEKGSLTSMVDDLTDKGYVVREKDTADRRKYLITITESGSNVAADFMGKLSNSLEE +KLFKLSEEEQDKYMEAIGTLQAILNKEELS +>MGYG000000001_00491 Aspartate aminotransferase +MKYSQRVNSIQSSPIRKLAPFEESAKKRGIKVYHLNIGQPDIKTPEEFFRAVKNFDKKVL +EYCPSNGTEDLINSMQKYYSSYKMKFSKDELLVTNGGSEALLFALMAVCDPDDNVLVPEP +FYTNYFGFGQSVNVKINPITTKAENGFHLPSKEDIISKINPKTKAIMISNPSNPTGTVYS +YNEIRMLSEIALEYNLWIISDEVYREFVYDNQEYTSFGNIPEIEDRVIIIDSISKRYSAC +GARIGSIASKNKGLIDQILKLCQGRLCVSTLDQVGAAKLYETPISYFKEIIEEYEKRRNV +LYYELMKVDGVVCEKPSGAFYILAKLPVDDAEDFAIWMLKEFNKNKETVMICPAQGFYSS +EKLGKNEIRLAYILNEKDLTTAAKLLKEGLKEYLSLKIKSFNYKNDELPLS +>MGYG000000001_00492 Galactose-1-phosphate uridylyltransferase +MRELRRDPITNDIVVLAKNRSKRPMDKVRFQCDKEVKEEYKEDCPFCRGNEKHTESPTFE +IKGKDGWLVRSVYNKYPIVDSLSEEIYGEHEVMIDTNRHDGSFYNMSENEFLYLLKMYKH +RYEHMSKNEKVKYISIFKNFLRGAGASLLHPHSQIISLSIVPPEIENEINISEKYYNKYK +KSLYEAIIEDEVKYGHRIIHNHRDYLVIVPEITKYGGEIRVLFKSNKRFEELKERDLEEL +AKIFRNLFKKIYNVQGYNPFNICIHTHPLNTPKSKNSHFHTHIHIIPRKYSFGGFELGTD +VYVSSINADKLAKRLRFD +>MGYG000000001_00493 Exodeoxyribonuclease +MKFISWNVNGLRACVTKGFLDFFKEVDADIFCLQETKLQEGQIDLELEGYHQYWNYAQKK +GYSGTAIFTKIEPISSTYGIGIEEHDNEGRVITLEFEDFYFVTVYTPNSQSELKRLEYRM +KWEDDFREYLLKLDSKKPVIMCGDLNVAHKEIDLKNSKTNRKNAGFTDEERGKFTDFLAS +GFIDTYRFFNPDKTDIYSWWSYRFKAREKNAGWRIDYFCASKKIEDRLISADIHTEILGS +DHCPVELVIK +>MGYG000000001_00494 hypothetical protein +MNLLDLKSKLEKGKLLEGEVVYIKEDNIISGIDSVYKNQEDKSIVLLKSKEETIKVDNLL +GILNEIYATVGDIEVFISENSTNRSCTKNIESVEFAQYELVKMIFINI +>MGYG000000001_00495 hypothetical protein +MANTNLGCSATNCVYNTSGECYSGSIKVDGRQATTTSNTCCSTFRDQSTCGFTNSADECD +CVKTSNIDCKAGNCKYNENESCTAPSVKINSGNASCETFCCK +>MGYG000000001_00496 Putative carboxypeptidase YodJ +MKKRIIVLAISSLFIIGSAFIVTKKDNIKAQNNTSNMSKNNYKNDGNLSASKEYIEGVQP +LYIDGIVVVNKKYGLPQDYRAPEELEKDAIDAAKRMMKSAEEDGVVIKIRSGYRSYSIQS +TLYNNYVRRDGKEAADKYSAVPGYSEHQTGLAFDFTTSDTITSIGDWFTDTIQAKWLYEN +AYKYGFIIRYPEGKEDITGYQYESWHYRYIGEEHSIHFAMNNLTLEEYLGLDK +>MGYG000000001_00497 hypothetical protein +MNIIDIAKLAGVSKSTVSIYLNELMQASKVEKIQDVIDKTSFVPSNHGKSLHTKN +>MGYG000000001_00498 hypothetical protein +MKVPIVIVGQKVEGYPFVYHSDYEADYEMTNFLISNNHKNIAYIGTNAEDISGGINRKKG +FIRCLQDKNLKFNKNLIKDANFSQKGGYERK +>MGYG000000001_00499 hypothetical protein +MRENNIKIPEDISLCAIGDSKFSSLINPKLTTIQYYYKESGIKSSRILIDILRGNCNKED +LKSIKLGYNFSTRESVKV +>MGYG000000001_00500 hypothetical protein +MIIDITIYQSGYFLGYMDFKKGEFIFDEFIELGRDFDFYTL +>MGYG000000001_00501 hypothetical protein +MYCADFDDKISMKGNLDDVKINLYELGEYKYV +>MGYG000000001_00502 Fructokinase +MYKVITIGEALIDFIPNKKGCMLKDVIGFERVAGGAPANVAASVAKLSGNAYFISQLGED +AFGDHIIDVLRDANVNTDYIMRTNKANTGLAFVSLKEDGNRDFSFYRNPSADLLLEDNML +EENWFENCGILHFCSVDLVESPMKYTQKKAIEYASKNKSIISFDPNVRLPLWKHENDALK +SLFKGNVKVVIYTKGEDGAIFITKNKEFIESKGLRVNAVDTTGAGDSFIGSFLYQLSQKN +ITIEDLDNLDYNLVKEMLDFSNRYAADTTTKKGAIAAMCTIDEIK +>MGYG000000001_00503 PTS system glucose-specific EIIA component +MGLFDFFKKKKETVEESNKVELKGIVCPTNGEILELSEVPDEVFSQKMMGDGFAVKSDDG +IFVSPVSGTVEMIFDTKHAIGLRSNDNIEILVHMGIDTVNLNGKGFDVFVNVGDKVKAGD +RLAKMNVEYVKENAKSDITPVIFTSLEDGKSVKLFTGQAKVKEENRIELV +>MGYG000000001_00504 DNA polymerase III PolC-type +MEYIVFDLEFNQGFDKTLNKTVSNERCPFEIIQIGAIKLDSNFNMIDTFNAYVKPEIYKD +IHPFIQKMTGITKSDVKDASNFTQVYKEFKKFISSKKSVLCVWGTSDLKELYRNVNYYNL +PSKTLPKSYINIQEYASKYFKNPTGKSIGLQNAISILGVEQNKSYHDALNDAYYTAQVFI +KINSPDIVPDVYIYTPVKPAQSKRKIKKEIDYEKLFKEFEKILERQLTKEEKKIIDLAYK +MGKTNQFVIETKDNKINYKKR +>MGYG000000001_00505 hypothetical protein +MSNLLHVIEKERYNANELKSLLGEHKHIKFVSLVGVDLGGNATDEKIPMELFLDDIESFL +SSAVQTDGSSVELYEIATLNNAKVDLMPDESSRWYIDYNLEHIDAETNLPIGTLKIPAFL +IHDNKKVCSRGVLQKAESYFKKSLLEVFEQYPHMINNIGINNINEIDDILLTSATELEFW +VNTPEDKADLEKLFVSQSLKEQYWKRTHGLIRTCLEKTLITLQAKGICPEMAHKEVGGIQ +STISIEGKTNHAMEQLEVSWKFSSPLQAADNELVVREVIEDIFTTNGLEVTFKAKPIHGV +AGSGKHTHVGVSAKLKDGSIKNLFAPRDMKDDYLSEIGYGALMGLLNNYEVLNPFVTSTN +DAFNRLVPGFEAPVCIVTSLGHTYETPSRNRSVLVGLVRDAKNPKTLRFELRSPNPLSNA +YLVIAGCYQTMLHGIKAVAESKLSTKGLEKELSKDVGEDSFYLNKNRAYRDENDVFEHYT +LEERNKRFSAPPATVYENVRSLDIEKDKLEALKQGGVFNDKIINSFKVGSIDKWKKELGN +RIIQDYSDRIRSYVKLHTKENMDALDEVNWNAISDIKFNVMKDTLTRSSIFTQIRDAIES +DDYQIASNLQLELERNMEDVEKLYMQYKKNIY +>MGYG000000001_00506 Murein DD-endopeptidase MepM +MNKDLNKVVLRLTISLALLISLNLYNTSCAFGEVGKLDLLIQNQEKQEELKEKINELDNI +LESKNNQLKIENDQYVSSEDKKELEVVTVSFVPQEYETSEKDEISSEILALEENKNILDK +ELQDAIIEGVQLEKTIEEEVKSKLKSEDIEFITGIWPLNDYKNISSGYGYRIHPITNVKS +FHKGIDIPAPQDTDVLATDDGIVSFSGYQNGYGNVVKIKHFDGKTTVYAHNNSNVVKEGD +IVKQGDIISKVGTTGNSTGNHVHFEIIVNGKNINPIEGVIK +>MGYG000000001_00507 hypothetical protein +MVKIKRKILMDSIIYIVSPIILYRLSSLGISNSYVFYLILGGICYTLYTKYKQNRTSISG +LGIMTLLTLYIYFSRNQKNSFDLYLYITYLIGISFSIILILNLFDRNICSQIYMDILNTK +FNSGISINNLIRKRKLENEFSFLTTLITLHLLISIMIRFYGISYYGSSRYMEAYSLEILN +LVIFTGIELYIIYKIIAKTMEDKAFSNKKSDKNINDGRVIDLSQYKRVNK +>MGYG000000001_00508 Processive diacylglycerol beta-glucosyltransferase +MDTEKSKKTILILTAQFGAGHISAANAIKDYINENDDSYNIVIQNFISASVPRINKPMVK +MYENNTKYMPELYNYYYYLKKSFNPIYDISHLIYTPKLSEYILDVQPDLIISTFPLAASC +VYNFNLKHTHKPIPCVTVITDVVDSLEWIYPNTDMYFVPSTEIKNRLVHKGISPNSIKVT +GVPINKNFHIEEKNYIQGKYRLLLLGGGRGLFDFDENFMHWIDNFVGIYKDILEVTIVTG +KNKKLYDNLTEKKPLLNIKVLGFVNNMQDLIKEYDLMLTKPGGATLFEAIHSQTPIIVKL +PKVGQEIENAKFIVDKGIGIIYNDDEDLKEIFESIVSSKFNSLIKFMLDNISEFKKTIHP +KKIYDYVHELLNTSISE +>MGYG000000001_00509 hypothetical protein +MEGINNKKNYEENSDSDSIYILKMIIYSVIGIGTFFIPININNQNQTILYHIVDKIQLSY +NNFLQICIVVFISLGSLKLFIDKERSKTFLFFRFLSVLIILNIFYGKNYIFFKNDNTILI +IKEIILNLVTVLPISSIFMPFLLEYGLLDILESYFHPITKKLFKVSGKTVINILIFIFTD +CFCGYYMANILYSKGKLRLNELYMLLLNFSIMSFPMIKYICNELNLNSGIFIFINLLILI +TSNMILCRVYPMSKIKKSYSVKTNYKESIHRKDKLKKGINKHLQSRDNKKVFVHILDNLE +YAINLIMNLIPNIVLIFFFGDLLFNNEYIVDLLSKLFYPIINLLKLSDVSLISKSIIGGF +YNEIVTIDLINKSVEYNIKFIIGILLVLKCTSLTTNIAYISSSSIEIDKKCFIIIFLERI +LLILLLYSIIYYFYIGYIM +>MGYG000000001_00510 hypothetical protein +MNYNLLYKYIKELLSIPSPTGYTEEVEKYIVNFLKSRNINYKIANKGSVIATIEGKDKMN +VTTFSTHVDTLGAMIKEIKGNGRLSVSLIGDYVISSVEGECCTIHTKNNKKYEGTLQNIK +PSIHVYAEEAKQIERSLENYEIVIDEEVFCKEDINNLGIDVGDIVSFDTRTKITSSGFIK +SRYLDDKAAVGVMLYVIDYIILNEISLNHTINFLFTNYEEVGHGASAFIPKDTINFIAID +LGCLGEKQNSTEYDVSICTKDSNGPYDYKLINHFIDLCKENSINYKLDIYDNYGSDAIAA +IKSGLDAKFALFGPGIYASHGYERTHIKSLEETIKLILKYVTN +>MGYG000000001_00511 hypothetical protein +MNTQFRKGVLEICVLALISKKDMYGYEIVQNISKVIDVNEGTIYPILRRLTKDEYFETYI +LESNEGPARKYYKITAEGIKNLNKLVREWKDFVGAVNIILNEY +>MGYG000000001_00512 hypothetical protein +MNKSEFLEILKDYLGKDFSEYEVNDILRDYEEYFVDGIIEGKSDMEIISALGSPKSIAKD +LVSQMKEKDENKQFKNSKFTDNISDKYEQSKIKARDIFRKGKNYVSEKLTPNLYSESSRL +STKLIKIILKILSLVLLMPAFMFIVVMIPIGISLIMSLVAFIVAIPLVVNFVWSVPEITA +VVIFASILFIGCEIIAWQIFIFFIRLFIKLSKRYMNWIKTRNIYINASEKKDRLEKDSYE +EDGKGDDDYE +>MGYG000000001_00513 hypothetical protein +MNKKLSIFAIILIIIGLVGTIWSGINTMPYFMSEISKAEQEAMKEETVYNEDLLDAKKVT +IYTAHSNVTIKRNNENKVRVNRIGNLDYARYDVNNNKSILTIKEIETNKNYYIKQLDFKK +LFNDVIESLVSIQNEGIIVYLPNNVDLEVITVSGNLKVEGDIESKKIVFKTSGGRISLPK +EVKNIENLQILSSSSIYLDVVELLGVRDVNVECNDLTIYSNENYMFIDNIENYIPLNLDI +SQYNSENYGSSVHVQSNIPVSKNLNIKGNDNSVYLQIPIEKYKMNFDVSVSENIYLNNNI +FTENAIVGNVKQIKGVLNKDLEDLDEQYNVNVKSANLEIN +>MGYG000000001_00514 hypothetical protein +MNKLTAAIFLSTTILFNAACANVNNVESARSLENVDVSKTSEVTDDSLETITIQTDSKDP +SKVIEIELDVNSSAKEKINRILDNISEECFNGLPIEATIVNNNVVEIELTEYNDEKKSVS +WQNDYLNKYTKKNTINLIVKNIIEDKFKSEVSSIKDVRIYHNDKLVTLD +>MGYG000000001_00515 hypothetical protein +MTSNELDDMKNDFHRYYSESSCNCASNFIKDYPALSALIASGAVISATTLFSSKARKVLF +PAIKYIGKQQLKLFAGIGILSIATYMVNESVHLDDEFDNNEDDEIILNNYMK +>MGYG000000001_00516 hypothetical protein +MRKKKKQSYSCAPQYDACNPCEEKINTCKPVKQTKIANTCTCNTNNTCNTCKKPVKKYVD +DLCGDYEITCVDKCVNLAKKAEELFTKACECDAQAVETYNQAKECEKSAKLLEQKANNLL +QNACCTEKEAKAAECKAKQLLEKAEELSAKAKCLYQEGKQIQKEAEANCESAKCLFEKAQ +CLNEKAKELYAQAMKCDEKALECYQSAGEKMKEYEMKSKKCEDMISKCGTALDKCSNKVT +CKKEIPCEYVKPTDMCNATNMCNTTKPSSTCKYEEYDYSCNPPKKKSCGCNKPVSKNPCK +MNTCNQDYENKIDSCYSDNKYQMNPCYEMDNYKMNPCKKSVKSEDIVYIEDCDLCKGNLC +STYVSPMYDMTPMQCTGGMSSKYPSLDKPYMNAYMDQYQDINDMWMNYYMYMQNMYMQNM +MPFDEM +>MGYG000000001_00517 hypothetical protein +MDIKKHKESILYLIFGGLTFLVNMITYVLFTRVVKADVLVSNCIAWIVAVLFAYITNKFF +VFESKETDFKYILKEFRAFVGCRLFSGVVELGIIFVMATLMGINDLFVKIVTNIVVIVLN +FIFSKLIIFKKEIQV +>MGYG000000001_00518 putative glycosyltransferase +MKNKILSIIIPMYNEEESLPHLYSRLVALGEKIENYDLEFLFVNDGSKDSSLEIVKALRK +ADKRVCYVNLSRNFGKEVAMGAAFDYVTGEAVAIIDADLQDPPELIVDMIKLYEEGYDDV +YAKRRSRDGETWFKKFTSKTFYRVLQSVSDVPIQKDTGDFRLLSRRAIEALKSFPERQRY +TKGMFSLIGFKKKEIEFDRDSRVAGQTKWNYFKLMDLAIEGIVSFTILPLRISTIMGIIS +GIASFLYMIFVFSKTLIFGIDVPGYASIVCILLFLSAVQLISLGIIGEYLGRIFIEVKGR +PLYFVEEYSGSIE +>MGYG000000001_00519 hypothetical protein +MKRNNNSLNFKSNINNTETNSISNVICFSIILLLTFGMMYILNKNTHFTSDDFRYNFMYE +SFMPNDGVQRLSSFSDIIKSMYNHYFMWGGRITAHTLVQFFLMFDKQFFNIINSIAFVGL +AVLVYLHSNVSKKINIPLLIGIIFSLWFFIPQFGLTVLWVSGAGNYLWCTIIILLFLLPY +RKYLENEHSFKDNTLNFILMIIIGILAGWTNENTGGAMILLTMLFIAYYKLKNVKIPNWA +FSGFVSSCIGFGLLVLAPGNNARKEYLVNKTINIIKNIGNVFGTSFTLMFGLTILLLVVL +AFFLITNNNTQLISKSLTISFMYIFSALAGIIVLIVSPQIPARTWFGPIVFIIVAIGNIY +SNISINSKSLNIILVACLIGFTIKFADSYSIAYKDIVKTYNSINTQISTINTEKESGNLD +IEIKNIPKAQSEYNAFRGSRYVSDDKESWLNKWMAKYYGVNSIVGVD +>MGYG000000001_00520 High-affinity zinc uptake system binding-protein ZnuA +MKKIYMAVLAIIMSLGLISCSNNIKKEEVNKYNDKIKVYATIFPVYDFAKNIGKDKIELN +YIVPPSSEPHDYEISAKTIKDIQNADLLIKNGLGIDGFSDNIKSESDKLNILVASEGIEK +ITYKEEGHDEDQIEEEHEHGKYDPHVWLDINNAIKECENIKNEFIKIDSKNKGYYEENYN +NYVKELKDLQEEYNANLKDIKNKTILVSHDAYGYLCKEYGINQISITGINPNQEPSMSKI +AELTNYAKDNNIKYILFDGLVNPKVSQTIANEAKIDTEILYSLDGITKDDFNNNEDYISL +MERNLETLKIVLR +>MGYG000000001_00521 High-affinity zinc uptake system ATP-binding protein ZnuC +MVDVIKFRDVSFGYEDKCILENVNFNIYQGDYIGIVGPNGSGKTTLLKLIINEINPTKGK +IKILDKEITNFNNWEKVGYVNQKSNSFSTSFPATVTEVVAMDLAPKIGLFKKIKKKHLEE +VWNVLKLVGIYDLKDKLIGSLSGGQQQKVFICRALMRNPKILILDEPTVGIDINGQKEFY +HLLKKLNESLNLTIVIVSHDLFIVKEEVKKLAVIKNKNIKVIDNIDDELTKSTLLDLFDM +>MGYG000000001_00522 High-affinity zinc uptake system membrane protein ZnuB +MEIFQYDFMVRALIAASIVGLICPLMGMFIVLRKLSLIGDSLSHIALSGIAASTIFNGNP +IIGSLIASSLAAIIIDRLRSSLKEYADLSIAIIMALGVGISGILMSASNVNFDLFSFMYG +SIATVTKEDITIIMITAIIVLLFINLFFKELVYITFDEESAKLSNIPVKMINIIFMILVA +ASITMTLRIVGVLLVSSLIAIPVATSLRVAKSFRQSIFYSILFGEISILSGVILSFYMDV +APGAIIVIVSILQLILVSLYKSRIYKIKVGKVINN +>MGYG000000001_00523 hypothetical protein +MDINQKAKEFASYIKNTNEFKYMNKCKVDIEKNRSLKKQFDSYINKKNSIYSRYSIDDAS +YKIKSLNKEYDTFFNLPLVSNYMKATQEFNNMMENLYKTIEKELIK +>MGYG000000001_00524 Pyridoxine kinase +MLKKVAAINDLSGVGRCSLTVAIPILSALKVQCCPFPTAILSSQTDYPEFTFLDFTNEMD +KYKNVWKRLGIGVDCIYSGFLGSIKQIEIVSDFIKETNTSLVVVDPVMGDNGSLYSTFTE +EMCYKIKDLVKHSTLITPNLTEACILTNKEYHQNYSRDELINIAKDLSDLGPLNVVITGI +VEGDNILNLAYNKSTDEAYFTSVKYNNRSYSGTGDIFTSIICGLLTNNYDLNFAVETATK +FIYKTINYTSKFNTNRNDGVMFEMFLGDLISL +>MGYG000000001_00525 hypothetical protein +MKLLKNKNEYIKKIVICLCLTISLGGSVFITKGRYDDNKNIKEEVLEASKIDTDSNTDET +NNQYKLLLEHLFDYRNKAILDQNEEILKELYDTNKKFGLWAYEHEVKKMKYIKSWSDKQG +VDFKDIKTKVIVKKIKEKEEDLYGIICTVSTEYKYSYENQKDVINTFRIGTYHYLNVVIR +DNQYVIVKEWYTDPFEDSLNLENINSNEIRNYIENHEKAEIQLTKEQEKAINYAHQYCGA +AADEEFGLKFNNKYKDFNPDGGDCANFASQILFESGRFKKNATWNYCNGDGTKAWVNAQG +FKNYMLNSGRGSLIAKGSYNDVYKEAYNLRPGDFVGYEKGGRITHVSTVTGQDSKGYPLV +TCHNTDRLLVPWDLGWSNKAIRFHLIKVNY +>MGYG000000001_00526 Cold shock protein CspA +MKTGVVKWFNNEKGFGFISVEGEGDVFVHFSAIQGDGYKSLEEGQSVQFDVVEGAKGPQA +SNVVRL +>MGYG000000001_00527 hypothetical protein +MKYSYNYNTELENILNEIYKNKIYNIAAKNNISKIDDTNLSNIINIFTSTHVYLGSDLDD +FIISLMPTGDAGYFYRVEISKHFNHSYPRLFDYLGNPIKSESSNKFALKLWQSNTEKMFI +EDIHSKFSKENFYSFVKRNLLIMADDITSFINKLNKEKEIIIPISDKSELLSNVKSMILD +NKLDSSWVELLVDIDELRSNMQKYSAEFDIYSEFDKLEDDLEECLNQFCKYTSEDLYECL +INEKGFNFIENVGLVKR +>MGYG000000001_00528 hypothetical protein +MNILFFLTPKSEVAYIYEDYTMRQTLEKMEYHRYSSIPIINKEGKYVGTLTEGDLLWTLK +NDFSLDLKSVEDVPIMNVKRRKDNAPVSVEANIEDLISKSMNQNFVPVIDDEETFIGIIK +RRDIIDYCYNKMSSEV +>MGYG000000001_00529 Putative peptidyl-prolyl cis-trans isomerase Cbf2 +MEKKVLATVGEKEITNLDVEGILGGLDPYQASHFNSEQGKKQILEDLVNQELLYIEAKEN +NLDQDEEFKAELERVKENMLKQYAMNKVLTSVTLTEEEKEAFFEANKARFIKPDTASAKH +ILVDTEENANDILNKINAGEVTFEAAATEHSSCPSKDAGGDLGTFERGQMVPEFDEAVFT +MDKGSITGPVKTQFGYHLIKLEDRQEGGQSEYAEVRNEIEKALTYQKQSEAYTNKYNDLK +SKYNNIVKFNS +>MGYG000000001_00530 hypothetical protein +MNKEVFFEYYFRFLTLFFWPSIFYKIIFIQNYTLESILFYSYTSVGIIYITLLIFYFMSM +KKLRNINLHYRLNTICSYILTLSTFLLSPTNLTLLYLKFIFILIYFYFSCRMVFRFKNEE +GVVGIISSLLLMVIAIWY +>MGYG000000001_00531 hypothetical protein +MYRYYTKGVCAKSILMDIEDGVIKDVVFEGGCAGNLIALKYFVEGKKIDEIIDHLENIPC +MNRGTSCPDQLANALKIYKEYVVKKEV +>MGYG000000001_00532 hypothetical protein +MGLKDKFAESFARSKTMSGPEKKANEIMGKLLMKKAILPLIIMFAVIIIGSISKINGWII +FGVNIAIAVATYFYIKKAGDKYQNFKPYVGNLISLEKKGKKEYIAIIKQGKLPVKLHIAH +GGEDLEHVRKNQLVQISYNPDEKIAILVNKQ +>MGYG000000001_00533 Glycerol kinase +MEKKYIMALDQGTTSSRAILFNNKGEILEMAQKEFTQIYPKAGWVEHNPMEIWGSQSGVM +REVIETAGITPDEIAGIGITNQRETTIVWDKNTGKPIYNAIVWQCRRTSDICHDLKEKGL +EKIIKDKTGLLIDAYFSATKVKWILDNVEGAREKAEKGDLLFGTVDTWLIWKLTHGKVHV +TDYSNASRTMMYNIKELKWDEEILKELNIPLSMLPEVKPSSYVYGHTDEQMLAGAQIPIS +GCAGDQQSALFGQTCFEEGSVKNTYGTGCFLLMNTGEKIVESKNGLITTIAWGIDNKIQY +ALEGSIFMGGASIQWLRDELRMIKTAKDSETYANKVEDTNGVYVVPAFTGLGAPYWDMYA +RGTIVGLTRGSKKEHMIRATLESIAYQTKDVITVMEQDSDIKVKDLRVDGGASSNNFLMQ +FQSDILDVNIDRPEIIETTALGAAYLAGLAVGFYKNKNEITSKWKVQKEFTPNMDENKRI +KLYKGWKRAVSRAIQWELEDIEDQD +>MGYG000000001_00534 2-iminobutanoate/2-iminopropanoate deaminase +MEIKRYENNGRMSSVVVHNNTLYLSGQVHAEGDVKEQTAGVLSKIETLLEKYNSDKNHIL +SATIYLKTMDDFADMNSVWDNWTEDGHEPARACVEAKMARECLLVEISVVAATK +>MGYG000000001_00535 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase +MDKVKVAVIGAGVRGTYAYAPYILEKSDLCEIVAVAETKKGRRDLFSQIYNLKEEFVFES +AEKFFEYEKIADAVIITTNDDRHYNYAKSALEKGYHVLLEKPMANSLDGLVHLEELSEKY +NDKVLMICYVLRYTQFFNKLKEIIDSKELGELVSIQHNENIGYWHFAHSYVRGNWRNSSD +TSPIILTEGCHDMDILLYLTGSKCRKIASFGKLKHFNSDSFKLTMSENCYRCSEEEDCPY +SCKKIYLENTRLLNNAVHINPTKENLDNILKEGPYGRCVYRCDNNVIDNMVNIIEFENDV +TATFNLSAFTKECNRTIKLMFTNGEVGGSFKDNEIRIKKFGQEEEILINTYSNNLSHNEG +NINLIKSFIKLVSEDNINQDKNNIKEAIESHVMAFAAEYSRVSEEVVYIDEFFENAIKIT +NEIESTLF +>MGYG000000001_00536 hypothetical protein +MCTSLLDVFRYVNKLPYPIYKILEALLDILLTFITMDIIDKFMTSISIPSHTEILFAILS +YALSQCVDFFDFGKNSDSKNPKDTDE +>MGYG000000001_00537 D-aminopeptidase +MKIYISADIEGTCGIVHWDETQLENNLSTYNKDQMTKEVNAACLGVNDLKKSDILIKDAH +DSARNINPMNLPENVEILRGWTKDPHVMMGGIDKSFDASLFIGYHSPATFNGNPLSHTLD +TQFDYIKINDDIASEFTINAYTSAYYNVPVPFLSGDEMLCEHAKKLNPNIVTVPVSKGIG +NASISIHPTLAVKNIRLGVKSALSGDLSRHLIKLPQSFKVEIRFKEHYKSFRASFYPNMK +VIDSQTLVFETDDYYEVLRMLLFI +>MGYG000000001_00538 putative murein peptide carboxypeptidase +MNRPKGLKQGDTIGIIAPAGDLREYTIEGIKSSIESYGYKVKIGRSCYLNYRGYLAGEDE +IRVSDLENMFLDDRVNAIMCLRGGYGCSRILDMIDYDIIKTHPKIFIGFSDITVLHIAFN +QKCNLITYHGIMANKASLWDEFSYYSLLEALNFKGEYWATNPNDIPIYTLYEGNATGKIV +GGNLSMITSTLGTEYEIDTKDKILFIEEVGEYIYRIDRLLKHLELANKFEDCKGIIFGDF +ADCRKSTSKDCDLIELLREIANKYKKPTVYNLKSGHCTPMVTIPLGVQCTIKSGQSIIKF +NN +>MGYG000000001_00539 hypothetical protein +MSDDRIIDFNELKNKVKDTDVDKFEQYIYNLYFSVMDGSMSMSEFSRKIFDYMNDNNISQ +EKFMNIQKKFMERYGMDSQEVEKQLKNFGIDPSTINMGNLDPSNMNEGQLNNIRKAAGFY +ERYGAKIQPKSCISATIKNDVNDITVMIDQDKVMLYSNKKINLVDAELNEFLLSYKNMFN +NKIRVVLCENCTEYDY +>MGYG000000001_00540 hypothetical protein +MNNLLNELEALKNNLDNLPVENISNLQLNKTDLFIVDINNGFAKGGALYSPRIESLINPI +TEFSKKLSPKLHRIIAFTDCHPKDSIEFLSYPPHCLEGDAESDIVDELKTIENLKVLPKN +STNGFFALGNMNFDDVDNIIVIGDCTDICIYQFAVTLKTYFIQNNINKNVIVPMNLVDTY +DIPNVHCADLSNIVFLNSMIQNGINVIKSFSIDE +>MGYG000000001_00541 hypothetical protein +MKKYIRIGIIAVALVIVGYILFTISNIKNKLEDIQYSTNNIQSELVYSIEDINNNIRNTL +YEELGKTYITKDVKFTYEKSITDGYELTARVELSQIKDDSKVIFMYKDINTNEWIEVELE +KINELSYAGKINIFNNKDYEYKVVTKGSLSESGDIETLDKYSFIPYPPEIGIGWSDEYIN +INVYEFKYREEDTYDEEGNSNEYGKSIYYDAEIPKTYYGKNINIKITYKNGLIDVINITD +KVINEVN +>MGYG000000001_00542 hypothetical protein +MEKATHNSFESKNNNIFKFLIPSLLGLFLFVIPVPYGNLIPLDGLSSFNIGIGFLAELIK +IVASGHLENIALVVIVTSAVLSILSKFINIKNEFLRDLLNVSPFWLLCRILGAIFIVMTL +FNVGPEFIKSGVTGGTMIGLLPSLLAIFLVSGFLLPLIVDFGLMDLFGSMISNFMYKLFK +VPGRSAIDAVSSWLGDGTLGIMITNTQYKQGFYTAKEAAIISVCFSLVSLPFSTVIADQL +GFMPLFVPFYATVCIASLACALIMPRIYPLKGFTNKTYNNVEHLKEDIVPKGVNTFKFGL +DKAIKRAETAPTVKNILINGCKTVIDMYLGLLPLVMAWGTLALIVAEFTPFFNVISIPVV +FVLNLLQIPDAQAAAPAVLVGFTDMFLPSIMVSGSDISQVTQFIIGVLSITQLIYLTETG +AVILKSDIPLKLKDLFILFLIRTVIALPIITIIAKLIFK +>MGYG000000001_00543 hypothetical protein +MAINEIFREMFKEQKRKNELEHQKEILRKTLEEQGSMINDYDRAIELLEIEEYKEAIPIL +TRCADKNNAGAQYELGKILKEGLGTEVNKELAKKYLINSYKNGFKKSGALLREMRHEDIG +KQDKIVDTEYETVQSDLGYIIDMPKNWIRLESKNKNCFDTVAIDTVDGDVIFNIKMQVFL +IEIPENMSFCVDLDRVANNMGCIESVVFNNGHCDGRLICGEGLDGTCNYLFISKGIRGVY +DVRVIVDKYLDSSYEKIIDHIIYSFDIIEKL +>MGYG000000001_00544 hypothetical protein +MKKSIYFFIMLFSCILLVSGCSSTSSDENKDNNNSKGEISSTNDSNNTDEDSNVTATIYV +SDFESDSIVNKEVKLKEITANTIFDELKSEDIVVSDATIKDFTTYESQDNKTIGVLNLSK +EFYNFNLGAGFESMMLNSIAKTYIENFDLDKFKILVEDEEYESGHILIEKDEYFTKDSLE +>MGYG000000001_00545 Energy-dependent translational throttle protein EttA +MNLMTLENISKSYSEKTLLKDIYLGINEGEKIGLIGVNGTGKSTLLKIIAGAEEAEAGTI +TKANKVRVEYLPQNPEYDEEATVLEQVFKGTSAEMKLLGEYEEVLEKINTSFDENLNKKL +LSLQEKIDALNLWDLESEAKAVLTKLGINDYTQKIKELSGGQRKRVSLASALITPCELLI +LDEPTNHLDNDTIDWLEEYLNASKFSLLMITHDRYFLDRVTNRIIELDKGRLFSYDGNYS +LFLEKKMERMAIESSMEEKRQNLIRTELAWVRRGAKARTTKQKARLQRFDELTNREVITP +DEKMDISVGSSRLGNKIIEIHNISKTFGDKTVINNLEYTLARHDRIGIIGKNGQGKSTLI +KILNGELTPDSGEIEIGETVKIGCFTQDDAHMDLNMRAIDYVKEAGDYIETADGTKISAS +QMCERFLFNSTMQYTLIGKLSGGERRRLHLLRTLMLAPNVLLLDEPTNDLDIETLNRLED +YLDEFKGVVISVSHDRYFLDRICNKIFAYEGNGNIHIFTGNYSDYLIYKEIQGIEFEEAQ +KTKKKEVEHKEVKKEKPKNDKKLKFSYNEQREFDTIDADIEKLENKIAELEESTSKFATN +FTKLQEILDEKANLEKELEYKYERWEYLNNLAEEIANSKN +>MGYG000000001_00546 hypothetical protein +MSNKIKYIVFFLTLISSIGFVGCKNKENIIIDSSNIVKAVPKEPIFSYSEISTDIKDKML +GSSMPKNEPISFDDLSYLKLTYYGFDEKTHIGEMIVNKDVAEEVVEIFKELYMEKYPIEK +IKLIDEYNASDELSMKDNNSSSFCYRTVSGTDVISNHGKGVAIDINPLYNPHVNTSTNKV +SPDTAYDYVNRNTVVKGMIVKGDACYNAFIKRGWSWGGNWRNPDYQHFEKNK +>MGYG000000001_00547 hypothetical protein +MNFYISQLDENKKIIPIIEKYNVGLEIVQFSNPFILDNKEKLIKEYKREWGSLLDEINIS +IHGPFADLSAGSRDIEITKITSKRYNQAYEVAKEFNAKKIVYHNSYIPRLYTYTEWLQNT +DVFWDKFFEDKNDEIIYHLENVLEWDYFLIKETIDRVNKINFNACLDLGHTNVYSKLSIE +QWIEALGSKIGHLHVHNNYGEEDSHFGIEKGNIDVKKIIELVEKNNKNVSISLEIVNVNE +LKKSLEVLCEDGLISRR +>MGYG000000001_00548 hypothetical protein +MDKNCAYCMEGELVDKFGIKICELETSKVYLFKEQSHKGRVIVAHKKHIGDMTVLSADER +AAYFEDIAKVSNALQAAFKPNKVNYGAYGDTGCHLHFHLVPKYSDEFEWGTTFAMNPERI +TLTEDEYQELINQIKENLK +>MGYG000000001_00549 Histidinol-phosphate aminotransferase +MLFSNLKINDNDPIYTQIKNHIADMISKGLIPDKSKLPSTRELSQILKVSRNSVVLAYEE +LKSDGYIYSVSGKGTFANSKKDVTKSNWCVNWNNLENSYSKTANKMDIIKNEIPWKSDLI +SFKSISPDGSMFDIDELKKSFLNRISLEGHKLLNYGYAQGYKPLIDYLLEYMNKKGVDTS +NKDIIITNGFTEGLDIILSAFTFPGDYIICENPTHNTTIKIMKALDLNIINVDIDENGLD +FSMLEEKLSKYKDKIKFAYITPSYHNPTGIVMSPESRYKFYNLMKENNIAIIEDGFNEEL +LYSSSHIFPIASLDNLNNGVLYIGSFSKILFPGLRIGWILADKNVISKLESVKRCKTIHV +SFLDQGILYDYLYNGGFDKYMKKIRKFYGDKFNFAYECAHKYIPNEYILGDGGLHIFIKL +KDISCRNLLDKCYEKGVIFMPGDIFYTNNYGYDTLRLGFSRLSFDDIEKGIKIIGQCVKD +IEKS +>MGYG000000001_00550 D-alanine--D-alanine ligase +MKIAVIMGGVSSEREVSLNSGNEVFNNLDRSKYEVSKVVINSTEDVFTKISNDIDFAFIA +LHGKFGEDGCIQSILEAKNIPYSGCGPLSSGICMDKNITKKILKHSNLPTAEWIVTNSID +KINYNKIDSFGYPVFIKPNSGGSSVATFCVRSKEEVKDAVEKVLEVDEYAIIEKYIPGVE +YTSFVLNGEVYPTISIKANSDFFDYTSKYNDNGAIEEVVYLEDKLQKEINRISEICWRIF +YCKAYVRIDMIIHDGVPYVLELNTLPGLTKTSLIPRSAAAKGLNFSDLLDKIIEYSLPQ +>MGYG000000001_00551 hypothetical protein +MKKVIAFLTIATITTITGCSKVEVSTNIEDFYLQSIIEQTEDISLEDAKKALANFEYEYE +LQEYSKELSEEEKKEYEGGFGEPLEMPDMSFSTFSDEDSNVEIIINETDKEMVSSSYTKD +EENIKTKIDKSNDVCSLNISGDNVKYIEEIVSKLNLSKNTNEVVGLYFEIVNSMKNNEDI +TIEDIIEKLDIEYEKRKEELFGENYYIYDFRAEDGDTYIEVEVDDNVVAGLDINIGISDY +TNYLVRIDATNENLLTTERGFNIDMNISSTLNHKMFDKSQDEIREAYKPVNKALFEFAYR +DGKLKFYTDEYDENKTDIIEGRYNKEEKAYVVIPNETRVVGELLYGIEEKSVTMKLNKYE +KINLEINTEKETGKSVSITLIDESNNKIIFKEEINAKNKNTILTEQVNKDGKYKVIFGID +NIDDYNIKISAINTNE +>MGYG000000001_00552 hypothetical protein +MDKIILRGIIGMIIFYIVNQFIMYPIGELIFWGDAFTVSYHLFTYTGLILIFGLIIICTS +IIVKKLDEIKDAINKDK +>MGYG000000001_00553 hypothetical protein +MLLAGADIQAYRELHTQFEKYGYDEQAFQDLETYSALCLIKNEETNYSAFVAKLPA +>MGYG000000001_00554 Thiamine-phosphate synthase +MINEDDLRQSLKLYLVTDSDILKERDFYDCIEKAILGGVTTVQLREKEASGKEFLEKAIK +LREITKKHNVNFIINDRVDIAILSEADGVHVGQSDIDAKYVRKLIGKDKILGVSVSNIEE +AYKAKEDGADYIGVGAMFSTSTKVDAKIVSIDEAKLIKKVGLPMVLIGGVNLNTLDKLRE +INSDGYAIVSAILNSDDIYKESKIWRNKLSKNY +>MGYG000000001_00555 Hydroxyethylthiazole kinase +MFNLINTVKEKNPLVTHYTNNVTINDCANITLAIGASPLMSFSYEEVDDIVSVASSVVIN +IGTMNSEYVDLFIKAGKAANKYNKPVILDPVGVFATKARMELTNKLLNEVKFDVVKGNIS +EIKFIGGFDVKGKGVDSFDDGSDATEIVKRVAQKLESVVVATGKVDIITDGKSTYKVNNG +TQKLKGITGTGCMTASLIASFMACTDNNLQAATMGTLAMSLCGELADKDNISLGSFKVKL +MDNIYTLDIATLNKYANVDFISQ +>MGYG000000001_00556 Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase +MRNYKVPTLTIAGSDSSGGAGIQADLKTFSAIGTYGMSVITAITAQNTRGVLDVEDLSEK +IIRKQIEAVFEDIYPKALKIGMVSNPEIILEIVNTLKKYNPKFIVLDPVMISKSGYSLLK +KEAKDSLIKHLIPIAYVVTPNIPEAEEISGQKINNLEDMKKVGEKILELGPKYVLMKGGH +LEGDAIDVLIGKDTFEIYKENRVNRKNTHGTGCTLSSAITSHLALGYDIFESVKLSKKYI +TEAIIHSFDIGKGVGPVNHFYEFEDKIEQI +>MGYG000000001_00557 hypothetical protein +MYYTYIIRCKDNSLYTGYTSDIKRRIEEHKKGINSKYTRAKGFDKLEVYFISDTRSNAMK +LESYIKKLSRKKKLLIIESPELLLDELENKEYYRVGI +>MGYG000000001_00558 Ferredoxin +MKAKVDQETCIGCGVCPSVCPEVFEMKDDGKSHVIADPVPDGVEDSAKEAEESCPVDAIE +VE +>MGYG000000001_00559 Serine acetyltransferase +MFYHIKKDIEYIINNDPAARSKLEVFLLYPSIHALIMYRTSHFLYRKEYFFLARLISQLS +RFFTGIEIHPGARIGEGILIDHGMGVVIGEATIIGNRVTIYQGVTLGATGNEKQWKRHPT +IGDDVVIGSGAKVLGPINIGDNVKIGANAVVLQDVPSNATAVGIPAKIILPKESESGITL +DYCI +>MGYG000000001_00560 Cysteine synthase +MIYEDVLSLIGNTPMIRLNRLGYPNVYVKLELNNPAGSIKDRAVYAMIDGAIRRNDLKKG +DVLVEATSGNTGIALAMIGRLKGYKVIIIMPETMSIERRQLVKAYGAELILTQGSKGMNG +AVEKANELLKLNSNYKSLGQFENADNKRGHYEHTGVEIYNDLPDVDIFTCGIGTGGTLSG +AGKYLKEKNPDVKIIGIEPKSSPLISEGKAGGHKIQGIGANFIPKNYDEKICDEIITVSD +EDAFEMVRQLGQMEGLLVGISAGANIFAAIELSKLYNYKKIVTVAPDGINKYMSMGIF +>MGYG000000001_00561 hypothetical protein +MDTKNKVAVIYKSKYGSTKKYAGWIAIKLDADLYELSDVIDRDLQDYETIIYGSSLHAGK +IKGLNFITKNYDKIKDKNIIIFTVGLSKCNDKTIEKIADDNFNEELLSNIRLFYLKGAFD +YKNLTFIDKVMTKGLRKSLENKSYNELEGWNKEFLRDFYSPMDFTNKKSVTPIVELVSSF +EG +>MGYG000000001_00562 hypothetical protein +MKNTKIKDIKPLVETKFVGLYEVSYKNKLGDDRTWTVASRKNKEELSEIYLNDKEGDIDA +VVIAAFHKEYKKLILIKQFRVPINNYIYELPAGLVDNKEGMEKAVQRELKEETGLDIVKI +NKIKSKNKIYLSPGMTDESVAFVYCTCNGELSKEFLEEDEDIEPLLISQDDARRILSENE +EIDIKAFLILQMFAEIGEKLFE +>MGYG000000001_00563 putative protein YedJ +MNKALILEKTRDFVKEKMYKEGSGHDWFHVERVCNMAKYLAQKESADMFIVEMTALLHDI +DDWKFSDVYNTTVTEEFLKSVEVSEEDSNRILNIIKTMSYKGGVVDSTQNTIEGMVVQDA +DRLDALGAIGIARAFAYGGSKNRSMYDPSIKPIDFKSLDEVKNKDNHTINHFYEKLFKLK +DLMNTNTAKEIAKKRHKYMENFIEEFYSEWNFKQNYK +>MGYG000000001_00564 UvrABC system protein C +MDIKEKIKDFPQSPGIYMMRDDKGNIIYVGKSKSLRDRIKSYFVNSDNHSRKIKRMVKNI +SDITITTTDTELDALILECEKIQEIKPMYNTLMKKYENYCYIKINSQKGIYIVDHIENDD +YIYFGPYTMERKLEEIKNIFIEVYKLPNCQKFTKCIRYDLNKCIGPCRSIENKDLYKDIL +ENIIKILNGKNDEILNILTKQMNDAIQCLNFEEAQRIKKNMDLMNSLFRKQQIITKAVDN +KLLIGWIKLNESLVKIYLIGYGKILYSKIIDLNKINDKIKEELTLDIRDRILKEKEKTKE +IIDKSSIDFINIIYNYIENNKDINYMYVDL +>MGYG000000001_00565 hypothetical protein +MNNYESNAKQELIKWKKKMRKKPSIIERGTNKAQGKFNDLLPQKYHEIMTVAIKSMVKAV +LFGYKYITKKPYTDLTLEERENLIKEKTKIYKKTAMIEGAGTGAGGFLIGLADFPLLLGI +KVKLLYDIAAIYGYDVRDYKERIYILNIMEIAFSSKAHRKTVFEQMENWGKYTNTLPSDI +NDFDWKKFQQEYRDYLDLAKFFQLMPGIGAVVGFCVNGNLIEKLSETAIFAYRMRYNEIN +KL +>MGYG000000001_00566 hypothetical protein +MDIVETIGIDAFKDLVKLAGGSNLYISNESSLIKTYRNKIIKKKFNTYYKSISRKFGINE +V +>MGYG000000001_00567 hypothetical protein +MFNYNYNYPTPQGFINAVNLIEQSVEGEQYDALFYEWLINNIPTEGITSKQAKEIKDTII +SIRDDEISHNKVFKEMYKIFTGKDANPEEEEFVPPASFVDGILMALNGELNAVKRYRVIM +GGMPNLAYRDMVFNILSDELRHANLYNYIYTTVLKR +>MGYG000000001_00568 hypothetical protein +MLGIVKDHHSQSKFRGIIKTSPVFDDLFGIKVNKNKNCLKHVLIKLINRDYNEYKVMLYF +SS +>MGYG000000001_00569 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex +MSEDNSQNKSKIPLEIGTITISNIGSTYREQKGAIAMLDIIPPQVCVIGFGAILEKPGVY +IDENGDKSIGIRKILPICLAFDHRALDFGEVIPFIKKLDSIFEHPSIIKDF +>MGYG000000001_00570 hypothetical protein +MSKLTINNIEKFSVERKVISYMTTKSWQTIPHVSYMYEPDVTDFIDEFKKLRIEDSSLKN +VSINSLMLKVFSEGLKFAPKLNSHLSYNQSTGEGEIRTIKDINVNMPWILPSGKMMTISI +NNIEEMSLYEINKHIKDLGEKI +>MGYG000000001_00571 Cold shock protein CspD +MNNGTVKWFNNEKGFGFISVDGGDDVFVHFSAIQADGFKSLEEGQKVNFNIVKGARGPQA +ENVTIL +>MGYG000000001_00572 hypothetical protein +MYSFELQGLLILGLPIWIIVRIIILANRRKKGVKFNIGYEILTNLFVIYLFLLIGITILP +IYIGGMLPHIQELSFLERCNISIVPFIDYFKGGIFFRTIIRNVVGNLVLLIPFVLYICAI +SEKVRNLKSSTIIAFLISLSIELIQLFMNILGLSGIRAVHVEDLILNTLGGVIAWCIFKL +MYKGKIKSTIDKIYPQLIEEN +>MGYG000000001_00573 hypothetical protein +MENLYDYCENILIDIKKSRGYIESGEYLNGNIVINIIKTSLLKKVNKKLESIDNYIKKIN +DDPKVLDSGYELKSFINNGHATVVYENDQMNTVVYKQLNELYQYLEDLESKVNEIKSNIK +>MGYG000000001_00574 hypothetical protein +MNFFIDLLNTVIQVSIMTYLPYYFLITNKDIDDKDGKKSLVISSISIFVTSVLATHIFKN +SNMTSTSITIMSLIIMCITYMNVYKKALVAYSIAYLLVQIVAILVTSIFWPIISNIIYDV +ELSRLLGIYIPAMILELLVIKSKDSVKVIYDKLTKSKASLGIVFILVMSMDFIASISMIL +NGWANVALTNVLILMIVIFIIGISVYMNSMNKKYEEINRLNNLLIAKNNELKKIKHDYGS +QISYINGLYIMQQYDRLGEMLKNIINGNTEVSPCVKYITNRGSIISSVVESLDLKDIHVV +VDEEFDSNLINISEYELHKIVSNILSNAITALEGHGLIIIKTYKIFNSVYISIKNNGPKI +DPNIIDSIFDTGFTTKTNEDGSHGYGLHIVKEIVENNNGKVNVSSNEEYTDFKVTFFNQK +DN +>MGYG000000001_00575 hypothetical protein +MKKLMGSLMSMMSILIIGSGAASVVAIGVEDMPKSLKGKR +>MGYG000000001_00576 hypothetical protein +MFSIYHQVPIVNKCMPITKPSLIKQNNKIALINSIILPMISILIIKYGVYSNIITWTLTI +NVCLMFNSKKHGEVQ +>MGYG000000001_00577 Accessory gene regulator protein B +MLRKKLDYFVEDICKYNNFTQDKTEEIQYVMRVMMYEIVKIITIIIVFSMLGYFKEVVLI +IFTMSRVKTFTGGHETSQKRCLAYIIKYL +>MGYG000000001_00578 hypothetical protein +MKKLLILFSVLLSIGLTGCTSKSEVKDVSVEDIKKAVNTETLLPITPVSDTDAKEFYAFE +NVKDNIKEGFVLQAMINIKLQDVIVVKTDDVEKVKSAIEDYKENSLRSFADGYGGDENAK +AVSNSILGNKGDYVYFIATSNAKDIEAKILESIK +>MGYG000000001_00579 Peptidoglycan O-acetyltransferase +MYIFIMIFSCIVDYIHALIIDKNRGTFKAKLALISSIFINLSLLVFFKYSDFIISILNNS +LNTNIPLLQITLPIGISFYTFQTMSYTIDVYRNDAQVQKNIISLGTFVTLFPQLVAGPIV +RYSDISKDLNHRTHNVDKVYEGIYRFIIGLSKKIILANNLGIIWISIKTTPFNSLSNLTA +WLGIICFTLQIYFDFSGYSDMAIGLGKIFGFEFLENFNFPYISKSITEFWRRWHISLGIW +FRDYVYIPLGGNRCKKSRWFFNIFVVWFLTGIWHGADFNFILWGLYFGFILILEKLFLLK +ILDNTPKFLRHLYVLFLVIIGFVIFDITNLKDIFNYLNAMFNISNPFVDKQFYYYLVPNI +LLLMFSIIASTPIIKNILDKNMYVRFIVLIFGFIISCSFLVDSSFNPFLYFRF +>MGYG000000001_00580 hypothetical protein +MNKKLAFNNLMSKNFKSNLLKYITIIFFLGSIFIVPIITLSSPDKKISEIENKILTQFPE +FSLSSIKSKRFMKNFDNYTSDQFPFRTDFIKLKNMYSYTIGNREFRDIYIGKNGRLMEKF +IFNKDIIDKNIFKVSNMSRYLHDNYNIKSKLMIIPTSIAFYEDLLPSWSYNDSQKTTLNY +IEENINSNLDKLSFYTPYDVLSKNKDKYIYFNTDHHWTQLGSKIAYDNMYNNLDNELYDD +YDKVADNFYGTYYSKVILPKIKGDSIYSYKNYNNFKMTMDFSETFNTLYDESKLNGKNKY +QYFLHGDPGFSVIEGNSSKPNEILIFKDSYAHSFIPFLTNDYSRIHVVDPRYYSLDIDDY +LNNNKNIKEVLFINNLQTFNSEEIYKKLK +>MGYG000000001_00581 hypothetical protein +MKSINILEEISDGKLYDIEDTVKVDTCGCDGCNDCCCDVGELVVLTPFDVYEMVNHLGVG +FYELLGSKIELRNNNKISLPYLKMQDDNKRCSFLNKEGRCIIHSKRPNICRLFPLGRVYK +DDDFKYFLQVGNCPKKDLKDVKVDKWLGIENYDDNKQFILEWHKFIKALTFRLKFVRDEK +ELEEINKVILDNCYCIEVKEGENFYSVFSQILPKIKNRLGII +>MGYG000000001_00582 hypothetical protein +MRHITIYECNDKLKITKEESTTSITYKEADELNRYIESQRLDKTNIIWSRDSVLFINYVG +FIKLSTVSIEILPKIDINRNDYEGSRKALLNMLNKSGIINFNYSDLGMISIYKMNLEEIL +ALIFSKTLQSQLMRGPYLEYVNVEENSKALKGSILVKEHIKNISRCRCDVFCKFEEFSID +NTLNQIFNTCIKKIIRNIKSSETLKILSHINVVFSEVGYIDVNNKKILDYKFNRLNSRFE +PSLLLAKMLLNGFSSIGNKGDDKSFAILFEMNDVYEKYITNLLRLNLNKYNVYSQHSKYK +LLKNEKTDRDIFSLKPDIVIEVDGKEELIIDTKWKNIDKNLNRYGVKRDDFYQMYAYLTR +YKDSKSAILLYPSSGNESYEYLESWYLDENKDKKIRVYTVCLDDEEKAINTLKCIVENNT +>MGYG000000001_00583 hypothetical protein +MKQFEQDRLIEILEFLKDYSNKPYRNPANETDKIEKVRLENLKSKGQNALSLFKDMCTHL +EDENYKKKVSSKWLDGSNRYVRNYLWAEIKRKDKTNLSSSISVFAEKEDDKIRFRLSLEI +RGEDSNKDDYIRHNRFLDYLNVAEEDFEYFGTRNKDISLEDLSKESIKEYIQEVKERKAN +KIQIGKTIDYEYVKNHSTDDVINIMKDTVNKLKKYYEIAVQEGEEVDINTTKNNNSPKNI +ILYGPPGTGKTYNVCNKALEIIDYEKYKDIINDPTKRDEVVKEFNKIKEDGLIGFCTFHQ +SYSYEDFVEGLRSDGSGGFTPKDGIFKQLCENASTKSQKELISYNPLENKAKNYVLIIDE +INRGNISKIFGELITLIEEDKRIGEKNELKVTLPYSNESFGVPNNLYIIGTMNTADRSIA +LLDTALRRRFDFIEYMPNEELLSKDIEGINVSKLLKTINDRIEFLLDRDHKIGHAYFIKE +NLSFEDLVLIMKNKVIPLLQEYFYDDFEKIDMILGGSGKIGNSDYLLNKSIIKASSLFKS +NQGFMYPDQVKYSVVERPNKKAFIRIYEEIKDETLDSNTNLPNEE +>MGYG000000001_00584 hypothetical protein +MTKGIFITISTFTKEAIEYAKNINNKKIVLIDGNQLSKLMIDFNVGVSLETVYEIKKIDS +DYFIEE +>MGYG000000001_00585 LexA repressor +MEYSSNKELKDKQILILNCIENFTKENGYPPTIRELCNLSGIKSTSTVHDNIKKLTKEGY +IVNDPTKPRTIMLTNKYSKPKDNNLDNILKDFESKRKIIQNYINTTEDPILKETLHEIYN +LVDEVVIKISTNIL +>MGYG000000001_00586 hypothetical protein +MNILNSERLILREWRESDSTDLYEYAKSDLVGPNAGGKPHKSEGESKDIIKMFIDNDDTY +AIVLRSENKVIGGIGLHNRKPDEKLYDLEQREIGYVLNPRYWGNGYVPEAINCLLDS +>MGYG000000001_00587 hypothetical protein +MSLEKNKVYCENCNEKVNYNIIKEKLKEYKGIEVNVEQNIGVCEICNEKLYIIDLEEDNL +KRLYSKYRELTGIVSPQDIIDFRSRYNISQRELVAILDWGKMTINRYERGSLPNQSHSDI +LRLIIKDESYFREKVEDAFKNGRISEKTYSAMYFSVEEENTVTMEDFIISRLSHKPSIYN +GFRKFDLERLENIIGYLASCVNNLYKTSLNKYLWYIDFCNYKYNLKSMTGIRYVRYTFGP +IIEGKNYELILNLDNKFEKEVTENYNGEITKIKSKNNYDLNIFSDKEIEIINKVVELFKS +KSVTEISNLSHDEKAWIETKDMELISYEYSNELKII +>MGYG000000001_00588 hypothetical protein +MINKYLEKIKKHICDKGVDFAGSRDKNARFMREHGFNIDDITDILLDLHSTHYLDGPERD +HNKNLEGDVWKFKYNLELDKDFNILIYIKIRYNPPNELVCISFHEDEVCI +>MGYG000000001_00589 hypothetical protein +MKNVSKLSSKEKVYIAQSIRRAYKKCIKLYKDNNLTTNIGKPYVIWDFIYSSLNKTFKNN +AKILLKIIKNGSWNQIILFNSESKVLYFIMKESRYVTIKKQGKSKHLLAVLSNLNENKID +KIPKKISNKIYDTLQSLPYMPNECILITFDYDENSNIDKYKAYKLKSNLQITDLEVLE +>MGYG000000001_00590 hypothetical protein +MGDIKLFKIKEEVEEIEGTSMQLEKNLQNIIEDNMEVFLGVKFLATEYSTGKVHNGRIDS +LGIDENNCPVIIEYKRSINENVINQGLYYLDWLLDHKAEFKLLVMNKLGAEIYENIEWTS +PRLICIANDFTKYDIHAVKQINRNIDLIKYKNYKEELLLLEMVHTNIISDDSNKHNIVVE +GTSKQQNKYKTVNEFLEDANENLKNRYYMVRDFILSLGDDVHEKKLKNYFSFKRIKNFAC +IEIHPKSDTVLIYTKANIDDIELKNGFTRDVTNIGHYGTGNLEIRFTDIKQFEEIQKYIM +ISYEAN +>MGYG000000001_00591 hypothetical protein +MSKTPKLRFKEFSGDWEENELGNIVEISKGKYNPLKSEENYKCIELENLSQETGQLLGYF +NSKEQQSIKNKFNKGQVLFGKLRPYLKKYWLADFEGVCSSEIWVLNGKSVSNNFIYRIIQ +TDKFNFISNISSGSKMPRADWNYMSEFPFFTPSIEEQEKIASLFSLIDDKISLQGEKLKM +LKDYKKGMMQKIFSRELRFKYDDGRDYPEWEVTTIENIANLEKGFTPDTKNEKNWIGDIP +WLSIADMKQGKYISDVSKHISCEALGNKKLVAKGTLIMSFKLTLGRLAIVNRDIMTNEAI +CHFYWKYKNINTEYMYYYLSTVNIESFGCRAAKGITLNNDSLNSIVVKIPSISEQNKIAN +ALIMLDGKIEKEQEKLDSLNEYKKGLLQQMFV +>MGYG000000001_00592 Release factor glutamine methyltransferase +MQVSEKQQEQQRELHTRLWAIANDLRGNMEANEFKNYILGLIFYRYLSEKVENRVEDLLS +EDEISYSEAWEDEEYKEGLQEELVEQLGYLIEPKYLFSTLLQAIEENKFDIEMLQGAIND +ITESTIGYDSQEDFDHLFDDMDLGSTKLGKDVKSRSKLIAKVMANIAQIDFAHEDSEIDV +LGDAYEYLISQFAANAGKKAGEFYTPQQVSKILAKIVTVGKTNLKNVYDPTCGSGSLLLR +VAKEANVRKFYGQELTSTTYNLARMNMLLHDVNYTNFDIKNDNTLEHPQHIGMKFEAIVA +NPPYSANWSADAKFLDDERFSAYGKLAPKSKADFAFIQHMIYQLDDNGTMAVVLPHGVLF +RGAAEGVIRKYLIEERNVLDAVIGLPANIFYGTSIPTVILVFKKNRENKDNVLFIDASNE +FEKGKNQNNLTDANVEKIVDTFVKRETIDKYSYAASMDEIKENDYNLNIPRYVDTFEEEE +PIDLAAVSERISDIDKEIAKLDEELAVYLRELGL +>MGYG000000001_00593 Type-1 restriction enzyme R protein +MSYQSEAQLENNLINQLINQGFNRVNIIDEQGLINNFRHQLYEHNKSKLNNQPFTDKEFE +RIMRHIEGKTVFKSAMILRDKFILEREDGSEVYIEFLDTKNWSKNKFQVSNQITMVGKYK +NRYDVTLLINGLPLVQIELKRRGIDLKEAFNQINRYKKHSYDGLFRYLQIFVISNGVDTK +YFANSDKEILFGHTFFWSDKENKRISNLKEFASDFLDKTFIAKVISRYMITNESDKLLMV +MRPYQIYAVEALIARAFETNNNGYIWHTTGSGKTLTSFKASQILAGEKNIKKVFFLVDRK +DLDSQTLAEFNKFEPDSVDTTDKTATLVKQINDISKPLIVTTIQKMANAIKSEQYTKIME +KYKNDRVVFIIDECHRSQFGDMHKAINKHFNNAQYFGFTGTPRFLENKSQEGRVTADLFE +TCLHSYLIKDAISDGNVLGFSVEYIKTFDGDFDENDNEKVKAIDKEEVFMSDERIDLVAN +HIINNHNAKTRNKEYTAIFTVQSIPMLIKYYDKFKELNHDLKIAGIYTFGANEDSEGKDE +HSRDSLERMITDYNKIFDTNYSTDTFSSYFSDVSKKVKSAQIDILIVVNMFLTGFDSKTL +NTLYVDKNLKYHDLIQAYSRTNRVEKSTKPYGNIVCYRNLKKNTDDAICLFSQTDNTDVV +LMESYEYYLALWHTELKKLYSLAPTPGDVDSLQSEEDKKKFILAFRDLTKVLTKLNTFTD +FEFEEEKLGMSEQGYQDFKSKYFTIYESVKKQEDEKTSILADIDFGIELMHTDKVNVTYI +MNLIRYIDLSDNEKKARDIKNVITELDRADNEELRLKVDLLKEFLNKVVPQLGQEDSIDE +AYEDFEKVKKEEDVYKFSNEIGLDRYTIKEYVSEYEYSGIINRQEISEEIKETLKPKFTL +RRKLVDQVKNFIYDHVRKFT +>MGYG000000001_00594 putative protein +MENLLKNQKSLMISSLGKDNNPEISYAPFVMIDNKIYLYLSKAANHYYNLRDNHKCSVMV +IEDESTCKTIFARTRVSFKCEANMMDSVSDEIFAKFDEVHDAKMMSMFKNMDFDMFELEI +KSGRLVKGFGQAYEIKFVDGKAEYTQVTGNGNQMGHGMPSDKMKDMMGHK +>MGYG000000001_00595 hypothetical protein +MKKGLIPFTLGIAVTMAGLSVDANQYKERRFRSRYYERLTTL +>MGYG000000001_00596 hypothetical protein +MSITTELFFQVFNTLILSLIPVILILIPIIILVRKNKSTNDKISELEKRISNLENK +>MGYG000000001_00597 hypothetical protein +MKSKIVCLLTVSALSMGMLFTGCDSASSSDVPSTSQEEAKEAKYEFTEDPTLTD +>MGYG000000001_00598 hypothetical protein +MLEEMTRDDLPDGVMDIVDTIGLDAFKCLVRLAGGSNLYIPNESSLVKSYRNKMIRKEFN +GDYKTIARKFGISEVQVRNIIKMRS +>MGYG000000001_00599 N-acetylmuramoyl-L-alanine amidase AmiC +MKWYLDFGHGGKDPGALGQNKTKESDTVLKIGLQVKNTLEKSNEKVITTRQNDTYYSLDY +RSSKANKENCDYFISIHMNSSTNKTAKGCEV +>MGYG000000001_00600 hypothetical protein +MPALLIEIDFISNSTVENNLTSSRYIKDIADTISSTLLSFVNKSISNDVVFYRVCIGAFN +DKNNAIKLQNEAIAKGFKDTYIVVK +>MGYG000000001_00601 hypothetical protein +MLNDNYNLGEVIKISKNRKILRVIILAVLLICTAFLVYSIVTNPFGEHDIMLALAVTAGF +IALGDDKVEKWINLGLLSRLNN +>MGYG000000001_00602 hypothetical protein +MELLDLRYDAAFKEFFKDKELLSSFISTITGKELEVESLQYTEEKAIDDGRSIIFDILAI +DKNGRKINVEMEKNSTSSIKKRTQFYWAKAFTRGFEKKSKFKDLKETICINILGKNVFKD +EVICREYVIYDRENRDRLDDSLSIYFVELQKGEESKGKSLKDLWIKLLANSKKVDDIPEE +TPIIKKAVSKVYQISEIDEVQLKVIEEALEESKRLDWQDDIIEKVQQEAQEKLQEKLQEK +LQEEKINFARSLLDVLDDETIADKTGLDINFIKSLRM +>MGYG000000001_00603 hypothetical protein +MRISAVIQLARRYMIVGILGAVIIISLFLIGYFLVYKKLMKGTKKLNLSKVGLWSIFLIY +MIIVLGATIGDRISGYESVNLHLFSSYKYAYNNFSLREWRNIILNILMFVPIGFIMPLLL +KKCESWYITYLVGFGITLFIEILQLISKRGIFELDDIINNTLGCVIGYGIVMIFISLLRR +KKVSQKHKALITIAYQIPLIVLTISISVIFINYYKQELGNLSISSIYNIDMSTVDVSTKL +NLDNKLKKAYVYETYVGNKEDAINLANKIFSKVNTNIDESQNDEYDDTIVFKSENGNYSL +CVYYKGLRTWFTDFSQFEAGGKENLTYKEVQDLLSKFDIKLPKEADFKDDGEGNYSISLD +MVKSGDVYLDGELLCTISKNDIVSDFTNNIVSYKPYKEYDILSLKEAYDKILRGEFRLLD +VLGKNSNMEVTYANLIYELDSKGFYQPVYDFTANIDGEVNHHIYIPALRNNTSQ +>MGYG000000001_00604 hypothetical protein +MKKKSIVMILVLALTILIGYIWWEYYNSHKVKEDIELKNEVIKVVQSSKEIDFSKVTNFE +WDEIYLFTPYTDSKEILKKDGVKRYNSKLNMEYNDGINIIAFVNSKKIITYIEINRSDFD +FEPIENSKISKDKSIFEIDNDDGDCTLSLKK +>MGYG000000001_00605 hypothetical protein +MAVSEIKNPSSLKIKLSLGLVDGKAKTRSKSYSYLKHDANLQDVYDVGEALMGLQKHDVT +DIIKIDNTTLNA +>MGYG000000001_00606 hypothetical protein +METSTNLIMTFINQGNSKVSLSVQDPREDITEAEIKEAMELVVSKNIFAPNGLDLVSAVD +AKVVVTETTPFDLVIG +>MGYG000000001_00607 hypothetical protein +MRTRILPKMLNDEVEEYLSRNDIIIVPVGTVELHGGFPLDCETTISEAYAVKMAEACDGL +VLTGLPYFYAGATASGRGTVQVSVREGIDYLGAIARNLLRLGFKRQIYISFHGPAHMTCS +PMIRDFMDETGVPILYMDMTMHVMKNAQDLFKSMNSFHAISVGAYKIMNRLNDVPLTTKY +EHTNPQSCKEFDDIFGMAYQSGSIGYYFKEKGDHMSTTAVPDEETRNRLANEGAELIEQM +VKRMNLTHVVEQMRKLEEYNKEVEEKCPWVPSNFNKNRF +>MGYG000000001_00608 hypothetical protein +MKKIDIHLHLTLNQYPKTDKMFISSAENMIPHLDKLNIEKGILMSSGESNNSMMPIGYND +ECRKTCEIFKDKYVWMCNLDYNNEDSIYERLSLYKEQGAVGIGEFMINRKLNDTFIQKVF +EAAEKLDLPILFHMSPKEGYQYGIVDDSGLFMLEEALKKYPKLKFIGHSQPFWHEISKDP +GDSLEERMKWGSGKVTLGGRLPYLFEKYPNLYGDLSANSGGCAIMRDEEFGLNFLKKYND +RLLFGTDMVNNEMEFPLGKWLDEKYEEGSLDKETYENICNKNAVKLFNL +>MGYG000000001_00609 putative symporter YjmB +MVNKSVRPFGKKDEIGYVFGDMAGSFVNLFVDAYFLIFCTYVLGISSAWMGTLFLAARLW +DAINDPIMGSFPDRWMIGKSGDKFKPWIKIFMVPLALSGVLCFIKVPFTGVALHAWVAFV +YVLYGMSYTGTSMPFGAMANVVSTDPIDRSKLSRARSIGGTLVGIGALSFVPIICFDSNS +NIIPERFALLGIIFGILSIISYSILLKNTEERVRVEKKENNEKFNYGNVLKAVVKNRPLI +GVMIATIGSMLYITGSSQIRSYIFKEYYQNTSIMTLLSFASLPILLVCFPLVPKLVEKYG +KKATLMAGILFSTVFSVIPFVVEIKNVYVYSALYLIAMIGQTVFTMLIWALVTDCLDYSE +WKFNERSDGSMYSLYTFSRKIGSTVASAFVSFGLGAIGYVSGSGVVQTAEAVNGIYTLVT +LLPVITCVLQVIGIGLIFNLSKGKTEEMYYALKQKREKNIKEVGNL +>MGYG000000001_00610 HTH-type transcriptional activator RhaR +MKLSEIKELMRLNKISVINDTEILNKIVNQKRTDFLGILADDGSYIGYKDIEMNSSFIDA +HDMIDSEKDTVTLHNHGFYEIIFCKSGNIQYLIEDKRYNIQNGNIIIIPPGASHRPLLRE +TSKENYHRTVIWINSNFYNQCSKMLKLTEKVEHDPMLNGHYVLQTSGTLYLQVEQIIELL +LQEKANPNPSSEFFCYSLFVQLYCLFYRAHCYKNVSYSKPEKTILLDEILHYISNNLSQK +ITIKSIAEHFHISESSVNQLFKKNFDTSVYKLITQKRLTTSKKLIMENVPLKEIPHQCGF +SDYSVFYKAFIKEYKISPKEFKNYNI +>MGYG000000001_00611 hypothetical protein +MKNKLKIMMMVVLSMFIVTGCATTSPTEVVNNYFEEIKKGENAEVTEYLLESVESTDAGT +ESDDETEVDPKMDEAMKLYLSKIDAKVLSENIDKDKATVEVEVSGLNFSNIILELLEESL +ANAFSGVEMSDEDMSNSILEKVKSGKVETRTGTVTLSKVDKEWKIDSEDESFMGLIFGKA +QELDNSGAK +>MGYG000000001_00612 hypothetical protein +MKLRSKVIVLALLTMTSVGIVGCSSTNNTSNNQNQEVATDEAFISSFEKAINKRWDEQNK +LEKKFATNTSYTQEQYTEDTIKILENEIEALEKNKEGIKDKDLKEIADNYIEGAKKQIEA +QKTNDYDLQYKHQEESDKLRKPALIAMVDDYGVKIKDDHQQTYKDFKEQATIINKENESQ +EFADKLASEMTFEKKTDEFGYVEFSTIVENTSDIDFKNLSYNVQYKDKDGIVIGDDIIFL +ENFDAKSKQKVKLSPFEEGVESIVVTTDWFENK +>MGYG000000001_00613 UvrABC system protein C +MAYVYRFLDYRTKDIIYVGKTKRPLETRMYEHFYKGGHLPSKCYNSVGRIEYITCKTEAD +AILVENYFINKYKPRYNTQDKVQSPLTVSIDVKDNWKLFKVLKKGFTFTPPKIPSVAVFL +FWGFMTYFFLLGVAWYIKGRH +>MGYG000000001_00614 Peptide chain release factor 3 +MTEQNLSLIDEVKRRRTFAIISHPDAGKTTLTEKFLLYGGAIREAGSVKSRKSQKHAVSD +WMEIEKQRGISVASSVLQFEYNNFCINILDTPGHQDFSEDTYRTLMAADCAVMVIDSAKG +VEDQTKKLFQVCKMRGIPIFTFINKMDRQGKDPFELLEDIENVLGIRSCPVNWPIGSGKE +FKGVFNRHKNQIELFDDGNHGQSIATSTTRDISDEKFNTLLGDALHEKLLEDIELLDIAG +DNFDLERVLNGELTPVFFGSALTNFGVEPFLEAFLEITPPPNPRSSNLGDIDPNSNNFSG +FIFKIQANMDKNHRDRIAFLRICSGKFEKGMTVTHVQRNKKVKLSQPQQFVAQDRVIIDS +AYPGDIIGIHDPGIFNIGDTLSEKQSNLQYTGIPQFAPEHFARVSTKNALKRKQFVKGIT +QLSEEGAIQVFKQPNSGMEELIIGVVGILQFEVLEYRLKQEYGVEILMNSLPYRYVRWIE +NDLSKYGRLSMPMETLLVEDKNDNSVLLFQNEWSIRHFIERNEDLVLRETSL +>MGYG000000001_00615 hypothetical protein +MFTEESLENVVIEYLKEIDYKYIHGSNLKRENKEVLLLEKLEDCLININKGIPQTSIKEA +IRKINTFETNDVFTNNKLFHKYLTEGVEVTDFINGETEYYTVKLVDYENIENNEFLVVNQ +LEIVEDGNKKIPDVIVYLNGIPVVCIELKSTSREEVDIEDAYKQLMNYKEVHIPKLFYYN +AFLVISDGVNTKAGTITAPIDRFMAWKKINGDEEINDLFAISYKNLDTLLYGMFDKNRLL +DIIKNFILFTNKGKIMAQYHQYYGMKKAINSVVHAVENDGRAGVVWHTQGSGKSFSMTFL +AGNLVKHSKLNNPTIIVITDRNDLDGQLYETFGSAHEFLRQEPIKCESRADVKAILEGRK +TGGVIFSTIQKFVEETGLLSERDNIVVMVDEAHRTQYNIDGKLDTNTGEIKYGYAKYLRE +SLPNATYIAFTGTPIETTDKSTYGVFGDLIDVYDMTQAVEDGATVKIYYESRLAKVKLDS +NQMNLIDNEYYNMQVNEGVEDYIVEQSQKQMSRMEQIICDEDRIKQVVKDIIQHYEDREN +LVEGKAMIVAYSRKAAYMMYQELLEQRPNWVNKVKMVMTTNNQDSEEMAKLIGTKKTQKE +REDEFRDLNSEFKIVIVVDMWLTGFDVPSLDTMYIDKPMKAHNLMQAIARVNRVYPGKSG +GLVVDYIGLKKELFDALKTYTNRDQDKIQENEEAKIIALDILEILRNEFHKFDYEGFFGD +KVRYTLIRDGAEFVQFIEVRKNLFMEQTKKLKDVYKICTALLSKRTKDEIAFFMAVRSFI +MKTTKVGTPDLKEVNARISRMLEEAIIGDEVIVLTSAGSKETFDLLNDENISKLRALPQK +NIAANILMRAMKDKVEQVKQKNIIVSRAFSEKLQKIIEKYNNRNDEKDVFEVLEALVEFK +HELLKAIESGDELDLTYEEKAFFDVLTADPEVIASMEDDILIKIAKDLTKTVKENMCPAW +HERKQAQAKMRMHIKKLLKKYDYPPNKSEKAIEDVMEQVKLQCVSGM +>MGYG000000001_00616 Deoxyguanosinetriphosphate triphosphohydrolase-like protein +MENRDITVFKADFNNSKRIKYEEEHPIRSAYQRDRDRILYSRAFRRLSGKTQVFLTVKDD +HLRTRLTHSLEVSQIARTISKALGLDEDLTEAIALGHDLGHTPFGHVGERTLNHIMNGCY +IISDFNTNLREDMKGFKHNWQGVRVATQLEERSLNLTKDVLWGILNHSSLKYKKCKKDSG +KVICSLKHNKFKGECSSNYNYSLEFYNDINMQLDESNSWSIEALIVGIADEIAQRHHDIE +DAIEYKILDVQDLLDEIKARFVREEDCIFKEEDLAILKDIENNKDNKYASIALFSKLIVN +FLTNDIINKTNENLEILKNEYDINSSNDFYNKKPNIFSERNIKELVSFSEKVKNEDEKFQ +KFLKRRILNSFEAQRMDGAGQYVIRKLFEAYVFNPQQLPDKTIKKLYESLLNNKSELNIS +KDLIDGMEDKNKIGDIRDIISEIHYDISSENCNIYNSILLMIICDYISGMTDKYALEEHK +RLYNCIPIGI +>MGYG000000001_00617 hypothetical protein +MSNLYIIIHGRELKRDNKGFLLLDRLEENLININKEILKSRGEYMKLNRKNITMAILSKF +IENNMEKIENVSTKANNITLTTTEGIKKVKIRTSKNYKEENDENTYLWQTISSQDIDNPD +FDYIVFVSSEDVDKAIVFTKEELKNHFSLNSKKKKDGEVDYAIYPHFYGRVCYDGRVRLG +EDRIDISQYVNNYTL +>MGYG000000001_00618 hypothetical protein +MNRITGNPIEINDLFNDRYSVQYYQREYNWGTKQIQELVYDLVNEFMNYYKDGDTQDDVE +NYGGYFLGPIILTDKNEIIDGQQRLSSLTLLLMYLNNLQKNINTNQINIENLIFTKKFGK +KTFCIDVKERKACLEGLYENETYDIENEKNESVINLYNRYKDIEKIFPQELKSDILPLFI +EWLIYKVTLIKITTTTEQDAHTVFVTMNDRGLRLTPSEMLKGYLLSEISDDETRNIANKL +WQETILELKEIEKDGEADFIKHWIRSQYADSIREGKKGAEDKDYEIIGQSFHKWIRENRE +SIGLTNSSSFENFILKEFKLFSNIYKRLKVYSSEFNADFEYVFYNADRDFNLQYQIILAS +ICLDDSQEIIDKKIKLISCFIDQYISRRVFNFKTVNYSSVRYTMFNITKDVRRKSLDELK +DILKSKIDNMEQTLEAIDNFYLNQFTARYMLHIISRMTYYLESNSGINSSFDNYVNRSQK +NSYDIEHIWSNNYNQGNHQNEFETEEEFKHFRNKFGGLLILPKDKNRSLKDMKYEDKVKK +YDSENLLARTLNPNCYKNNPLFLRFINEKNFNFKYYDEFNKKELLERNNLYKDLCKEIWS +IERLDEICR +>MGYG000000001_00619 hypothetical protein +MSCNEWQEYTLKDVIEFNPKESIKKGTLSKKVAMDKLDTFKRKISGYEETEFTSGTKFRN +GDTLLARITPCLENGKTARVDILEDNEVGFGSTEFIVMREKAGKTINDFIYYLSISPEFR +NVAIKSMTGSSGRQRVQKDVLENVDILLPSIEEQEKIANILSSLDDKIELNNEMNKTLEE +MAQALFKRWFVDFEFPNEEGMPYKSSGGEMVESELGMIPKEWEVGYFSDISEIHDSKRIP +LSKMEREKRENIYPYYGAASLMDYVDDYIFDGVYILMGEDGTVIDSEGYPILQYVYGKFW +VNNHAHVLRGKNNFSNEYLYLLLKNTKVSHIVTGAVQPKINQKNLNSIRCVIPSDDILEK +FNSMIKSKYEYRIKNEDENKVLREIRDTVLTKLMSGEIRVK +>MGYG000000001_00620 hypothetical protein +MATIGFEEQLWASADKLRNNMDAAEYKHVVLGLIFLKYVSDTFMEKYNELLKEDEEFAED +MDAYLAEGVFWVPEIARWDYIAKHSKQAEIGQVVDTALDAIEKENDSLRGVLPKNYSRPE +LDKRILGEIIDLFTNINVGGKEGKEKDILGRVYEYFLGKFAANEGKGGGEFYTPKSIVAL +MVEMIEPYKGYVYDPACGSGGMFVQSLKFVEEHSGSAFDISVYGQESNPTTWKLAKMNLA +IRGIENNLGSKNADTFHEDLHKNLKADFILANPPFNQSDWGQPLLVDDARWKWGTPPAGN +ANYGWIEHMLDKLSQKGKAGVVLANGSLSSNTSNEGEIRRKILEDDLVDCIVALPDKLFY +TTGIPVCIWFFNRDKKHKGQTLFIDARKMGEMVNRRLRELSDEDIKKISSTYISWQNEEN +YEDIQGFCKVASIDEIREHDFILTPGRYVGIEEVEDDGEPFEKKMDRLTSALAEQFRKSR +ELEYEIRKQLGGIGYEL +>MGYG000000001_00621 hypothetical protein +MNNIIRSGEKIVEFYYGGNKLKQSFLELENVKKIKIAVAYVSYYGVELIKEISSKSGLGK +NKIEIYISPEFSNQNQVQILQELDSVAQVKIVFDIKFHPKVYLFELKDKSRLVLGSSNLT +KGGVESNLEFDTIKDIDNSSNEKLVLECFFENCNNKSKELDISIINWYKEIENDIKELNN +IQNKIHRKIYKIQTNKDAFDEEKYDIDDYYFNFSDYELFFDRNIKKGDSNIINSRSNVRE +KLLNINDNIYHIIKNLNLNHHPRNANIVSSIEPNQFNKYQVDWLGVRYGKTEDEIKILNK +DAHKKYVRKEEGFGFQKHACIQYSISQSGFSVNLFHSVHNGAIDRYFMKDKMIDNNFMEA +LNLELENLKGYGFIWYIDDKKFDIDSSDIREFKDFYNYDDEGKISILSKSFKPDDIRLRN +LDSISNLVVEYVEMLNPLYNLVSYRLR +>MGYG000000001_00622 hypothetical protein +MSDIYTKIRSKLDEIPISPIFFIGSGISRRYINAPDWKNMLKEVMNGWDKSFERQYQSYV +KNGKCDFEELGKLLEDKYYNDILSDNEIVEGKEKSYYFRKKISDILELYIAKNIEALENN +EEVSELRKTTPSTIITTNYDNLLEDYIFKGYQTYVGQEQLLSNVLHGVGDIYKIHGCIKN +PDSIVITKDDYNHFRDKSVYLNSKLLTLFLEYPIIFMGYSFSDENIKGIFDTIVKMIPNK +SKELSERIWFLRRNESGNKDYSEIERIELEEGRYLDVEVFYVNNFAEFYKVLNEANFNKL +PIQFLRYMKSNVYQLVASQVNNPKLIDVNICDISRVQDFTNSKIVFTLSNDNTKLSAITK +EEICDLFIGNEYKNIDLKSILKRISEESKPIYPIYRFMLEIGYDECMEYLDKIDSDEKVK +TRIEGNNIYTQDIGVDKGYTFNYSGKILNNDINKYLVSYIKSFNMPEHSKKQSENTFRRY +FILYLLQFRLKDLIESADFISDNRDDIIKAITKLSKNFIIKNKEEIYKLLNILKSNKYNL +THRRMLCYIDKVLYKNKFLETKNNQCNVAELEIACE +>MGYG000000001_00623 hypothetical protein +MKKSENLKESLKVIKSDSEYRCDKCRDMTFIIDDGVAIPCECRALREAEEILKRSGISSE +FRNKTFDNFNYLNDVQVMEAYKVARGYVRDFESIEKSRSNSIMFMGQVGCGKTHLSLAIA +NCLMDRGVGVLYMGYRDSVVRIKQNIMDQAYYHREMNRFKNCRVLLVDDLFKGSITGSDV +NVMFEIVNHRYFNGLPVIVSCEKGVEGILDIDEGVGSRLVEMCKERCVEIRGKRLNYRVY +GK +>MGYG000000001_00624 hypothetical protein +MAVYRHIHIDYWQDGFVLDLTPEEKYFYIYLMTNSKTSQSGIYELPKRIIETETGYNRET +VEKLIDRFEGYKKIVYCDETKEVFLKNWIKHNKANSPKVKKCIEKEIGNIKSSFLVELFL +NECNKHGYSIDSLSIPVTEGESSFKNHYGEKEKEKQKEEEKEKYKEKDCKLNLNSQSEAC +DDVGSEYVGDIKKFKTLYEQNVGLINPIVGDWLLEVCEKIEYELFKRAIEIATDKGKCNK +GYINGILKQWNDNNIKSLSDLKAYEVGFKNRGDSYGRYKNEHTKSKYAKVFENEDEGLYR +KPTDEEVREFKRELEGYKE +>MGYG000000001_00625 Protein RecT +MSNLKKALKTNETKGNSVTVSKAYAMKQLMIKMKGEITSALPTNLSSERFEKVALTAFNS +NPKLQKCDPRTFIAAMMQSAQLGLEPNTALGLAYLIPYEVKGINKVQFQIGYKGLLELAN +RSGKLKTLYAHEVRENDEFDIDYGLEQKLIHKPLLKGNRGNVIGYYAVYHLEPSGYNFVF +MTYDEVLEHGKKYSKSFEGGVWEKEFDSMAKKTVIKKLLKYAPLSIEMQKAIVFDESVKG +SIDSDMLLVDKEDESIEGSELN +>MGYG000000001_00626 hypothetical protein +MRKYLDANIICDTKSMSKEKWLKKRREGIGGSDAASVLGLNPYKSSMSVYMGIKNDLVID +EEINYKMDLGNKLEDFVANEFTLKTGKKVRNVNGILKNDKYPFALANIDRAVVGEKAFLE +CKVTNSYSKKSWQKEVPIYCQVQCYHYMAVTGATHCYIAALIGNEELVIHKLDRNEELIN +EIMNLEKMFWDKCILGEELPIPDGSDDYSSVLQGLYKDSIEEEVILFEKEDLLKRYDDVR +ELLKDLDSERKAIEQYLQMQMKEYEVAYLGDRKITWKKQVRNTVDTKRLKKEHPEIVEKY +MKTTTSRVFRI +>MGYG000000001_00627 hypothetical protein +MNSLKIFRSSEFGELSVIIKDNKEYIEAIQVAMILGYSNPRDAIIRHCTNDGVIFSDVGV +VTGKRSDNSDIVQYVNKKFIDEGNMYRLIMRSKLPSAKRFERWVVDEVIPSIRNHGAYMS +DDVISKTLEDPEFIIRLATKLKEEKEEKVSALKKAEKLEASIAIDKPYTDFGKGIAASSD +AITIGQFAKILNNDDRKIGRNRLFKWFRENGYFIANGKEKNIPKQAYINQGLFKVEENLV +MTMDGEIISTTTLITGKGQLYFIDKFDF +>MGYG000000001_00628 hypothetical protein +MEHRLLKSKRVLNGFTQEQIATQIGINTKSYNLKENGKNRFSLEEVVKVSETLELTLEEV +NDIFLHIKLPKGNKEGGV +>MGYG000000001_00629 hypothetical protein +METIGYRISKARRHMNINQKELATKANITEGSLSRYENDIREPKAAALTQLAEALNVSTD +YLLGLTDDMEVQNNSLADKSNEEFEEIYEATKEKFESGNIMFDGEPASKEAIDSMLQAMR +MGMLLALEEQKKKRNKKNNR +>MGYG000000001_00630 hypothetical protein +MCRGTRIREIVRKLKTFYKNETLLDIIHRRNIIICYLDENCISNGAYLKSKDTQYIFINT +KLCDYEARMTYAHELGHSILHPNVDTFVLKNTDPILLAKYENEAQIFAAEFLLDDDILYK +YHGQSIFDIAREEYVSVELVKLKLINLHKSNSLNKLNNLEESNFDDYHAI +>MGYG000000001_00631 hypothetical protein +MNEELERVSYLLKKKEITYQEFNELIGSYYIDDYEELEDGYYILNVISPLHSLSQSNGDN +YYTDFIQVIN +>MGYG000000001_00632 hypothetical protein +MITMTIEELFEVGTNFEASVGEGTKSERARIPKNYSRINLPKDLVSTIEEFDKEINFLVS +GEIWCPDFQLNITVLKKFTELNPNFNISVISMSRGKKFLAPILGVTELKWPTVAVLDKDF +NILGTFNERPKTVRAVENFDDIKLDYYKGKYLLDSALDFLEIMNNAK +>MGYG000000001_00633 hypothetical protein +MVEYKNREELILEISKRAKLFINEFDCIDEKDKDKLMDEVDRTPAQMIAYQLGWMNLILD +WENQEKKGQNVITPAPNYKWNNLGGLYEDFYKQYDGYSLKELCTNFVKTEEKIIELINTY +TDIELFEQGGRKWSSSTPSNWAIWKWIHINTVAPFKSFRTKIRKWKKLQQ +>MGYG000000001_00634 hypothetical protein +MRICKSCGEKFTFKQNIKSLYKRKGDISCERCKPVFVLKKQNALLWILDCMYLYLLITIS +DEIGSIKGIIISMIIASVEVFISLNLDSRYKLKEPS +>MGYG000000001_00635 Adenosine deaminase +MRKLPKIELHCHLDGSVRVETIIDIAKKENLELPSYNMNDIKKLVQVPLDCTSLDEYLEK +FDLPNKVMQTKENIKRITFELVEDAANENVKYIEIRFAPMLHMEKGLSIKEVIQSVLDGM +NEACEMYEIKANLILGCMRNMSVEDAELVAKEGKEFIGKGVVAIDLCGPEEEGFAIKYKK +AIDLARDLGYRVTIHAGEAASGKNVIDAINLLGAERIGHGINIKDMKEAYDLVKSTNVTL +EMCPTSNLHTKAIDKVNNYPFFNFYKDELSVTLNTDNRTVSNVDLTNELNIIKENFNTSE +EDYKRIYLNSVDVTFAGEDTKVWLRSLI +>MGYG000000001_00636 hypothetical protein +MIDLSVNIISPVTPTYPTLFRRYTLIPDPNVLSKATLIIAPEYSLHDTNPVLRDELCGQW +VSVDDNRYVLTLFVNVGNDEYEVARNRYNNFLELLPDYVDSLINADKEFFEANPHLIPAH +VSMRFISGHGQFNKTVYFCKVKDYLLI +>MGYG000000001_00637 Sodium/glutamate symporter +MFNIDLNSTYTLILAIILFLFGSVLKNNLKFLNNFCIPSPVIGGLFFCILALCLNYFGVL +SISMDTSLMPHFMSFFFTVIGLGVSLSLVKKGGKLLIKYWLLCGLLAYCQNGLTVILSKV +CNIHPLLGLMCGTISMEGGHGCAAAFGATIENLGINDATSVGIAAATLGLILGGILGGPI +AKYLIEKYKLKPSNKTNTYSSLKNSTVGVTNTYSGLTPYMFFEQFLLVLLCMTLGEFITN +LFYNITNIILPSVVGSMFIAVIFRNVNDKVNIINIDLKLLDFLSELSLGMFLTMALMSVD +LLKLSNLFGPIVFIIICQVIFMILYATLICFRLLGKDFDAAIIISGLIGHGLGATPNAIA +NMTSVCQKYGHSEKAFLVVPLVGAFLLDLFTMPSIVFFINLLS +>MGYG000000001_00638 hypothetical protein +MESNLNCQAYNCAYNKNNYCYASHIKVEGYEAAITPETYCDSFKNKSSFSFSNFSGDTNL +TTTQNISCSAKNCTYNIHGACNAKHVDINFENATCETFRLSH +>MGYG000000001_00639 Multidrug resistance operon repressor +MELNLLSRQIWIINKDFRKYSENVLKKHDITLVSLRYLIIIKKIEGINLQEIAVELNVDK +AMVTRTIKKLVDLNLVEKRQDKNNSRSYSLHLTKKGYETVDDIKSIFKDWFSSVTCDFTE +EERELYISFIERVYSNRVYKDTI +>MGYG000000001_00640 hypothetical protein +MNFNNENNIMNNKSIDSNARKALEQYKLEISSELNNFSSDEFPYVGGIATRKLVELGEKA +LINEYNNKQS +>MGYG000000001_00641 Pyrimidine 5'-nucleotidase YjjG +MKYEVLFFDADETLFDFKKSEDFALDKLMKYIDTDLDKDYCIDIYKEINRNIWKEFEQNL +ISSDDLKIERFRRFSDKINLSCNPKDLSDMYTSYLAEGSFIYDETEELLSYLHGKYKIVI +ITNGLVSVQNKRIKESIIKDYFDDVIISDEIKIAKPDSKIFDYALNSINHSNKDSVLMIG +DSLSSDIKGGLNAGIDTCWFNSSQKENTSDVIPKYEISNLLDLKNIL +>MGYG000000001_00642 hypothetical protein +MKNNKLIIILKSIIILLISIIILQNLGLLINKQNKLKATIRSTEMYINGTINEIDDLINL +TINDKSSVEDIENFNKIISLCKSDILLGELSMEGYRLNIDDKLITFYTYASEHNTILDRI +AKDQQLKVSEKEYLKLFKKELTTYSLELKKLQDKKFISIKEINDITSNFDITYKHDSPSV +FFYIEKYEDFINKFK +>MGYG000000001_00643 hypothetical protein +MKKSYKLIILAVVVVGTILFLYPKSFEHYYKDVQVYENDSKVSKVDIKLNGEIHKGRFIW +QRLKFSEELQGNITIGDKTYSLSPVDLYEFPNEDGNYTDNGIYESLLSFNPEDIVNDKFL +TFYVTHDMSKLYIRSDSQEFIYPYNSEEDYQKVKDRMYQ +>MGYG000000001_00644 Neopullulanase +MSILKESLLHIPKSNYAYGYNEKVLHIRLRSKKGDLEKATLRIGDPYMWEDIVAAGNLNS +TGQNWSGGKYIPMKKEVETELFDYWIAEYKPENNRSRYCFVVEKEYEKLLYTEKKIIDLT +KEENYKELSNIENFFGYPYLNKIDIPKPPKWVKDTIWYQIFPDRFANGNPNINPINVEPW +GSKPTHYNYTGGDLQGIIDHLDYLEDLGVTGIYLCPITKGNTNHRYDTIDYMEIDPYLGD +KQTLKNLVEELHSRGMKIMLDAVFNHIGYYSNIWQDVIKNKEESKYKDWFYIKDMSRIDT +PLKYMNKKNIPYETFGCVAEMPKLNTENPEVVDYLIEVGKYWVREFDIDGWRLDVSNEVD +HRFWRKFREEVKKEKQDVYILGEIWHNSLPWLMGDQFDSVMNYPLTNSIRDFFCIGQMNA +EEFKYSINNVNVSYPRQVNEVTFNLVGSHDTTRMLTFAGGNIEKLKLAYLFMFTQGGCPC +IYYGDEVGMEGLQTPKCEGQRECMVWDENKQNKDILEFIKDIIQIRKENDDFKIVNNEWI +ITDKYSGLLIFKKGKVTVVINNSSKEVECELPKYLKNREVYDLFNKANVKLEDKISLKAN +GFLVLKDNDVLE +>MGYG000000001_00645 Iron-sulfur cluster carrier protein +MSNCNSCPSKGNCNTNAKSCGVVNHPYNKIKKVIGVMSGKGGVGKSTVTTLLAKKLNSLG +YNVGILDSDITGPSIPRLMGLKDERAMSNGNDIYPVANEDNIKTMSINYMVDTESQPVVW +KGPMITNAVKQFYSNVLWGELDYLLIDMPPGTGDVAMTVMQSLPINGVIMVSVPQDMISM +IVAKAINMAKMLNVNVLGVIENMSYIECPDCDKKIKLFDGEESDVFFKENNIDLLGELPM +TKEIINITHNGVKEISDDLDTILSGIVNKL +>MGYG000000001_00646 hypothetical protein +MDRAMELINRKFLKDTEFLELEDSDCVIGCKFTKPHNAHYNEYLITVNNKGNIEEYLVYL +KHLD +>MGYG000000001_00647 hypothetical protein +MLKIRPHHILCMRAYQGMGYSKEFSIRMESIIKEIGAYNKYLNSSSLENELREVEVVFST +DSICEKCPSKLGENLCSTQDKVALLDLKISQYFNIKKGIYKYIELEKLVYNNITEDIFDD +ICKNCSWYNITNCKSYI +>MGYG000000001_00648 Biotin transporter BioY +MNLKTQNIIICGLFASITAVLSQISIPLPFTTVPLTMQIFAVSLTGLILGSKKGLISIII +YLLLGAIGVPVFAQMSGGLGILMGPTGGFLLGCPLMAFVVGYVSERSSSKLYILLSMVLG +LSVVYITGTIMFSVVTKSTIQESILACVAPFVVVDLIKLFLATSIEISISKRVNIGVKSC +>MGYG000000001_00649 hypothetical protein +MSRDSSVSYNERFLKVKIAANTGDKIFLKLPIDFVKRLVKNNAIDFLKDQSDIIDSEKLL +KIMMNAFDYNIVGEIAYFERQNGDKIRFIID +>MGYG000000001_00650 hypothetical protein +MFNYIKFALYIILVFFLAIPKLAKFEINPDKYSAREKFSFLEKHAKIALSM +>MGYG000000001_00651 hypothetical protein +MLDSFILVSSVDRPIGCVIADVPTWKNMPIISHWTKLIRCVYINRSNTREGIKSIIEASE +NILDGHSMAIFPEGDLTWMKDPNALVSDFRAGALKIAYKAKCPIVPLVIKNSKDTYEGYQ +PVGKITSMPVEVEFLDPIYDHIDNPKLKSTILSESIKNNMIKKIEEFRNRF +>MGYG000000001_00652 Regulatory protein Spx +MIKFYGYSKCSTVRKAKKWLNENNIIFEEIEITENPPTKEELEKMFKTSGLELKKFFNTS +GVKYRELGLKDVVKTESEDKLLEILSSDGMLIKRPLLYDNENVLLGFKEEEWKNTLL +>MGYG000000001_00653 hypothetical protein +MEDLAIKILLDISNSSEKYVTYNNYNNDIDGLEKLIRFDHAIKYLEKNDYITINDYQNTV +KSTQNYIAIIEKQGIIIKSKGKEKIRELV +>MGYG000000001_00654 hypothetical protein +MKVVKDAIYSKYFNYDIDEDIIIYEGRFCIYLDKKYKCNGIIYYKMIPPMSVNFEASIIH +TQDEDFDLALDYDNAILEVYGYKPVYITVNTINNSNIDGYINDNNMKSKNTYVEYVDFDI +INLNQVPGKLINYENKLFAGRIEFEINDYKVVIDKRYDYRKELNEELKIKSGNIITHVGR +ILKKDNTTFKTNNVEDILDRISTSLSFMCGRYVDICLANGYDGEKNVYRLWREAIVTPFK +FVPTWSDTIANYHNIEKYISLMCKKLEDAYYEPTIKHIIDWYIESQNNITLENNIISVQI +ALETLSYVVLVELYNLLDEQEFDENSTSKNIRMLLDICKIPYGQKELYLFDDWIKSKFDD +GIDLVIYFRNKIVHPSRKGHKANLSVDDMWNIIQIGTRYVELALLYVIGYKGEYSNRLKY +RSYGEVELVPWNQV +>MGYG000000001_00655 hypothetical protein +MSIAISILGGLGLFLYGMNIMAQGLQNSAGDRLKRIIELLTSNVVMGVLVGTVVTAIIQS +SSATTVMVVGFVNAGIMTLNQAIGVIMGANIGTTVTAQLVSFNLEGLAPIALGIGIILYL +FSSKTSVKNIAQILLGFGILFTGMEFMKDAVKPLAEYKGFTDALVSFGHRPILGLLLGFA +ITGIVQSSSASMGMLIALATQGLIPLSSALPILYGDNIGTCVTSLLSSIGASRNAKRAAI +MHLLFNVIGSILFLLILNRPITYIVTQIDPTDAARQIANAHTLFNLINVAILLPFSKYIV +KLAIKLVPDNNDENDDKATKYLDERMLETPSIALGNTIKEILRMGNIAKKCLSSSMDGFI +NKSEKSAKIAFETEETINILQKSILNYLLNLSKTSLPDNLVESVDVLFNTVNDIERIGDH +SENIAELATTAIENDLDLSSEGIAEVNEMYKMVIQNYEGALKLINEKNHVLAKQILEREE +EVNRIEKSIRINHIYRLNNEKCSIDSGILYIDLISNLERVSDHCANIAKRSMN +>MGYG000000001_00656 hypothetical protein +MSLDKHKRDDSKTRYNRNDKKNPNFKLELGEELNLEPRLRPSKTGSVSQNTARPISTHKK +HQDH +>MGYG000000001_00657 hypothetical protein +MEAEKVVRMDEKISQRRVKAVSLETFVFIGILAIGFGYTASIMGAGIMFKVIMNTAHDLL +LNTVFLIMAMSVLAGALSSLLSEFGVISLINKIFAVFMRPLYGLPGASIAGAVATYLSDN +PAIISFAKDKSFTKYFKKHEVPALCNLGTAFGMGLILTTFMISQGKEYVLPAIIGNIGAI +IGSVISVRIMLHFTKKYYGYDSRKNKAKNNLNDSIEYREIREGNTFQRALDAMLEGGKNG +VEMGMAIIPGVLVVCTMVMLLTFGPSTDPNTGAQVYTGAAYEGIALLPIIGEKLRFILEP +LFGFTSPEAIAFPITSLGAVGAAMSLVPQFITDGVITPNDIAVFTAMGMCWSGYLSTHVG +MMDALNSRALTSKAIIAHTIGGICAGMSAHFIYMLLS +>MGYG000000001_00659 hypothetical protein +MLRKLAIILVIVGALNWGGIGAFGVDLLGNVFGGTYEVLSRMMYFTVGLAGIYLIMTQKL +ENKSD +>MGYG000000001_00660 Arginine decarboxylase +MSKLIIEELNNIVDNKLISFHVPGHKLGKIYDKLNYTNTLNKIYSMDTTEIPGTDNLHSP +EGIIKESQERASEVFKSDETYYLINGSTCGIQAAIMALCPPKSKIIANRDCHQSVINACI +LGDVDPVYINSEVDKNTNILKGINIDDAIKVIDSNLDAKAIILTYPTYYGMTYDLKRVCD +YAHSKDIAVIVDEAHGAHLGLSEELPKTALEQGADIVIQSTHKTLPSFTQSSMIHIQGDR +VNKEQLVSILKIIESSSPSYMLMASLEIAVDIYNKYGTKLMNELLNNIDKLKNSFKENNG +IGFYDTDDKTKIFISTINMGLIGYELETILREEYNIQVELSNYYGSLLICTIGNDNDDFK +SLETALNEILEKYRSNKNIEKIEYPNNIPVKKLTPREAFYKEKKSVKIYESVGKICGEYI +IPYPPGISLTSPGEIITNEIIDYMLFCKEKGMNVSGLKDSNLGQIQIIE +>MGYG000000001_00661 Thymidylate kinase +MKGKLIIIESGSDASGKATQTKRLFERLSEENSNIRKVEYPNYDSESSALVKMYLRGDFG +KNASDVDPYISSTFFAADRYASFKTEWEEFYNNGGIVIADRYTTSNMVHQASKMDEKDRD +KYLDWLVDYEFNLYKIPEPDCVIFLDVPIEFSQKLMENRKNKITGEDKKDIHESDIEYLT +KSYNNALYIANKYNWKKINCVKDGTLRSIDDIHDEIYNIVKQSI +>MGYG000000001_00662 hypothetical protein +MYFNNIIGQEFAKKYITNSIKNDKVNHAYMFEGIDGIGKNLFAKEFGKLLINVDNVDNSP +DYINIEPTGSSIKIAQIRELQSDIIIKPHSKYKIYVINHAEKMTVESQNALLKTLEEPPE +YAIIILITNNKESLLPTIKSRCEIIKFLPISIMELKRYLMDRGVEEKRSALLANFSRGSI +EKALELSESSDFSIMRDDIQKYIQDILDKNMVEILNISSDMDKYKDKVIIVLDMMINYFR +DIMICKDRADKDMLINGDRITFIQNMSSKITYSQVSKIIDIIEEAKRKMRSNCNFSVSIQ +VMALNIYEVIK +>MGYG000000001_00663 hypothetical protein +MIKIVGVRFKNAGKIYYFDPVDFEIEQNTDVVVETARGLEYGTVIVGPKEIDENKLVSPL +KPIIRIATPEDTNIYKENKEKAKETFELCQQKIKEHDLTMFLIDCEYTFDRNKLIFYFTA +EGRIDFRELVKDLAAIFKTRIELRQIGVRDEAKSIGGLGPCGRSLCCSSWLGDFQPVSIK +MAKDQSLSLNPTKISGICGRLFCCLKYEHDVYVEAIEKMPNVGDLVKVSGNKGKVIEVNP +LLEQAKVEFNDKTIKTCMREEIKVLQEAKKCGGCCKNKDEQLDAETLRELKKLED +>MGYG000000001_00664 tRNA1(Val) (adenine(37)-N6)-methyltransferase +MDIKLKDTERIDDLQLKGLKLIQDTNGFCFGIDAVLLANFAKVKKDANVADLGTGTGIIP +ILIAGKSKAKKIVGVEIQEEVYEMATRSVKLNNLEDRVEIVNADIKTIDKVLEVHGYHVV +TSNPPYMHMDGIKNPNDKKAISRHEVKCNLEDVIRAASRLVMPRGKFFMIHRPTRLVDII +ELGRKYRLEPKVVQFVHPRANKAPNLLLVEFMKDGKPELKILDPLYVYGEDGNYTKEIND +IYANEDIGE +>MGYG000000001_00665 Ribosomal RNA small subunit methyltransferase I +MSGKLYICPTPIGNLEDITYRTLRVLNEVDLIAAEDTRHSIKLLNHFEISKPLTSYHEHN +KDSKGGYLINKLLEGENVAVISDAGMPGISDPGEDIIREAIENNIEVEVLPGATAFVTAL +VGSGLDTRKFAFEGFLDRDKKTRREQLEDVKEESRTMIFYESPHRLKDTLKDMSKVLGNR +KISINRELTKKYQEIIREDIDKAIEIFNERDIKGEFVLIVDGFKGEKTQKNNYDDLTERE +YVIELINNGLDKKDAIKTVCKERKLKKDVVYKQVLDL +>MGYG000000001_00666 hypothetical protein +MELNKILINSLKCKDASEEFKKLDNNKILEQLIPKINEMKEVGECKYHVVNCFDHSINAL +KEFEDMIKDENFFSNHLKNRIWNYLNTSVEHGISKLDILKLGIFLHDIGKPDAKTTDENG +RVHFKGHEKIGGDIVIDLGRSLGLSQSVIDTLFKYVRYHMFLLVFYKKNDISQEKLFEMF +DTLEEDTIGAMLLGYADIVSTRKLLNPNEEVGVIKTYMEFILTNYEYRYKRLK +>MGYG000000001_00667 Leucine-responsive regulatory protein +MDITDYRIIEILQDDGRISMKDLGKIVGLTSPAVSERVKRLEEAGVIEGYKAIVNPDALG +RVIKAFIHISLPSGKAYDQFLEVAKDDPRIVECHHITGDDCSLLKVIVKDMYELENVIDT +IKTIGSTKTSVILSTPIQSKSIL +>MGYG000000001_00668 Nicotinate phosphoribosyltransferase +MRNLTLLTDLYQLTMLNGYFEKNIHEDVVVFDMFFRKNACKSGYTIVCGIEQLVDYINNL +QFSEEDLKYLKSLNLFSDKFLDFLRDFKFTGDIYSVEEGTIMFPNEPVITVKAPLYQAQL +IETALLTIVNFQSLIATKASKVCYAAQGDPVFEFGLRRAQGPDAGIYGARAAVIGGCKAT +ANVLAGKMFDIPVVGTQAHSWIQKFDSELESFEAYADVYPDKCLLLVDTYDVLNSGVPNA +IKVFKNLKANGHTPLGIRIDSGDLEYLSVEAKKMLDEAGFSNLSITASNDLDEYTISALK +SGNCAINSWGVGTKLITSADSPSLGGVYKLAASYQGDKIVPKIKISEDPEKINNPGYKKV +VRIYNKENKAEADLIMLHDEKINTSQPLTVFHPTYTWKETTFEDYTIKELHKPLFINGEC +KFKSKPITEIQQYVQDELNTLWDAYRRLTCPKTYKVDLSQELWDLKTNLLGDKVVQKQ +>MGYG000000001_00669 Spore maturation protein A +MIVIGILGSVYFQNLGALNNALLNESSKAIEFAISLAGIMAFWMGIMNIAKDSGLIERIG +YKLSPIMKKLFPSIPKGHKAMSYIVMNMALNILGAGNGATAFGLKAMNELQTLNRKKDTA +SNDMIMFLVINISSVQIIPFTMLKIRGDAGAQFPNEIIVTTLFATIISTFVGIVTCKLFQ +RRNDK +>MGYG000000001_00670 Spore maturation protein B +MLDIFANLIIPLVILFIVIYGKVHKVDIYESFVKGAIDGLKTAWSILPSIIAIFLAIGIF +KSGKGIEMLEFIFSPIAKLMSIPKELIGLIIVKPLSGSGALGMYNELVQRVGIDTLIEKM +GSTIVGASETIFYTMAIYYGSLKIKNTRYTLFCSMLSHIAGVIASVFICYLIFT +>MGYG000000001_00671 Methionine--tRNA ligase +MSKPTFYVTTPIYYPSGNLHIGHTYTTVAADAIARFKRFSGFDVKFLTGTDEHGEKIQKT +AREKGMTEMEYLDGMIAGIKDLWNTMDISYDDFIRTTQDRHKDVIQKIFTKLYEQGDIYK +GSYEGRYCTPCESFWTESQLVDGDKCPDCGRETYLAKEEAYFFKLSKYEDRLKELFQNDK +FCFPAARKNEMVANFLDKGLDDLCVTRTTFDWGIKVPFDEKHVIYVWVDALCNYITALGY +MSENEEEFKKYWPANVQIVGKEIVRFHTIIWPALLMALDLPVPEQVYGHGWILFANDKMS +KSKGNIVYPEPMIERYGIDALKYFLLREFAFGQDGSYTHRNFVTRINSDLANDLGNLVSR +TVAMVEKYNGGIIPMAKVATAFDEDLKAQAKSSREHFEAEMDKMQFHEALENVWKLIRRT +NKYIDETMPWALAKDEAKKDELDTVLYNLCESIRIISTLIRPMMETTANKIYDQLGIAGQ +EELINWESTNTFGLIGENTKVHKGEALFPRLDIEKEVVELEQLFSGNVEAKEEVKEETLT +HKEEITIDDLDKVELRIGKIVSCEKHPKADRLLVSQVKLGPETRQIVSGIAKWYKPEEMV +GKEVIVVCNLKPVKLRGVESQGMILAAGDDGDDLLIPTTTGAKDGCEVR +>MGYG000000001_00672 putative metal-dependent hydrolase YcfH +MLFDSHAHLNDERFDEDREELIASLKEKQVDLVVNPGADIKSSISSVNLANKYNFIYAAV +GVHPHDVGELDDTAIDTLRKLATENEKVVAIGEIGLDYYYDNSPREVQKEWFKKQIELAN +ELKLPIIIHDRDAHGDTFEIIKNTKSPEIGCVLHCYSGNVELAKEYIKMGCYISIPGTVT +FKNNKKTREVAKEIPLEYLLIETDSPYMAPEPHRGKRNDPSLVAFVADKIAQEKGISYEA +VCKATKENAKKLFNIK +>MGYG000000001_00673 Ribonuclease M5 +MIKEVIVVEGRDDVTAVKRALDAELITTGGFGFPKGVMERIKAAQKRRGVIIFTDPDFAG +EKIRKKIAAEVPGCKHAFLPREEAKKDGDIGIENASPESIISALNKVRTESVEKRSEFTQ +VDLIRNQLIGNEDASCRRDEIGKILGIGYGNAKQFLSRLNNYGVSREEFLKAVDTINNSL +>MGYG000000001_00674 Ribosomal RNA small subunit methyltransferase A +MDRLSSHRATKEVVQKHNFKFSKSLGQNFLIDDNVIDRILAGARLSEGDRIIEVGPGIGT +LTREMGKVADKVVAVEIDKTLIPILKETLEDLNNVEVVNQDILKVDVEELVKEKLDGGPV +KLVANLPYYITTPIVMKFLEEDIPVTDIVVMVQKEVADRMNAGPGTKDYGALSVAVQYYC +DTEIVAKAPRHMFVPQPNVDSTVIGLHVREERKYPVDSEDIFFKTVKASFGQRRKTLLNS +LGGLGFLTKDQIKEALNEANIDEKRRGETLSIEEFATLANAINSKVPSK +>MGYG000000001_00675 hypothetical protein +MSSKRKFKRDYIILEAKDMNFRYKERILPKAFAKIEVNDEKSVVALYVENLKYMKDGYRV +VAIRSDYETIDLGKITLNEQGKGEFVLNLEDKDAEIKGIALLYEKTVPLIGFKGNKIENY +EEILFMGDEDDYIETDDEVDEYEEIEYIEVEDDEDGDYEEYEEIEYIEVEEDDNLDGYGD +TDDEYEFDESVDGDIDYDNVENKYHEYQNINDDNGLEYNRTNRIPRQNKTIKEKVKQYRS +PINKAYQGINYQDDINETQQERNTRPQGTLLMPRQIKKGLKYFREVKPFVEDYVDNTRWW +KIDITPATLCGYTMPYLGYVNSLNYTMYSDAIMQSYKYRHYLFGVQYDEYNKRKNYIYAV +PGKKDEQPDKGHTGFTTYQPCDNRGNSLGYWLCYIDSRTRNILK +>MGYG000000001_00676 Peptidase T +MTNNKRLIDEFLELVQIDSPSSKEGNVAKVLVKKLEEIGLSVEVDNAGEIHGGETGNVIA +TLKGNREGKKILFSSHMDTVSPGIGIKPIIDEEAGIIKSDGTTVLGSDDKAGIAAILEGL +RYIKENNIEHSDITVVFSIWEEGGLFGAKSLDYSKLDVDYGFVLDSGGSPGEIIVKAPGQ +DRIAVKIKGRPAHAGLQPEAGISAIMVASRAIENMNLLRIDEETTANIGIVKGGEATNIV +MPELEIIAEARSLDEGKLDAQTSHMIEAFEKAAKEFGAEIEVETSRMYSPLNIDENDDIV +EFTKKAFANLNIEGKTASTGGGSDTNVLNKNGVKAVNLGIGMKKAHTLEEYIAIEDLINS +AKTVIEIIKEA +>MGYG000000001_00677 Ferrous-iron efflux pump FieF +METRYEESNKVTKQAIAWNILLTIIKIVAGVLGKSSAMIADGLHSASDIISSVGVLLGNY +ISATPVDKEHNYGHEKAETLVSFLLSILLIVVSGSIGIKAVKSLGNIGEIAIPTVLPLVV +AIISILIKEYQYRITIKIAKKINSPALKADAWHHRSDALSSVAAFVGIGGAMLGFKVFDP +IASIVVAIFVAKVGIEILVGSTNELMDVSIDLEQEEQIKEIAKNTEGVRNLGEIRSRKHG +AMAYVDLVICVDGDLTVREGHDIANQLEKDIIREMEFVKGITVHVEPCNYCPGNTCFK +>MGYG000000001_00678 hypothetical protein +MAKKRKIKKSAILPLSLLIFFALYFLSFWWFSKEQGNTQKIEVNTQGQKEDTRSLLTQLR +YKKKIYLSDGTVSNIRVEEDYWDELDYILAELKEVRIPESYKETYSGYSDDGIKFSTDLN +YLRIYTVNQEAYYKIPVDSKEEFTNVLNKSIYTSFGFVTQYKNWESVSITYGDKTKKIHK +WKYDDLSYKMASKRIVGKVQPEKSKERSEYNFTMSIKIKGQDITVETMGADYVKITSHKL +QSYYEVHNALYEYIKNDIFKIK +>MGYG000000001_00679 UDP-N-acetylmuramate--L-alanine ligase +MNIHFIGIGGISMSALAEICLNKGYKVSGSDMNESYLLDKLRSQGANIHVGQCKENISDN +IDMVVYTAAIHPNNQELMAAREKNILTMDRAAFLGQVMREYKNSIAVSGTHGKTSTTSML +STIFEYAQLDPTILVGGNLSVIGGNVKIGSSDHFITEACEYVDSFLNFNPKISIVLNIEE +DHLDYFSGLDEIKASFNKFGKLLPKDGFFIINGDDNNTVDILHEVKASIIRYGRNEDNDT +IIKNISFNDNGYGVFELEYKGENLGTFELSVPGLHNIYNATAAIMTAYVSEINLETIREN +ITLYKGVGRRFETKGYYKDVLVIDDYAHHPTELKATLAAAKKLNKNNLWCIFQPHTYTRT +KALLDSFAEAFYSADKVIITDIYAAREDDPGDIHSKDLVEKLYHNNVDAMYISKFEDISQ +YIRENAKPNDLVITAGAGTVYQIADLLVEEK +>MGYG000000001_00680 Pur operon repressor +MKFKRTERIGAIVKILSDNPNKIYTLSYFTEKFNAAKSTISEDLLVVKNVFEKLELGKVI +TISGAAGGVKYIPKTSKSENEEFLMDLCKKISDPSRLLSGGFLYLIDLIYDPSIASKIGK +IFASNIDYSEADYVVTMETKGIPMALMTAKAMNLPLVIIRKDIKVSEGPTLSMTYVSGKS +KVESMSLPRKALKPGSKVILIDDFMRGGGTIKGMMNLMSEFGAEVIGSGVFISTTTPEDK +MVQDYISLIQLDVDGEKITVEPNLKTFRDEYRNIDLEKNEEIEGFVEEDESLFDEE +>MGYG000000001_00681 Putative septation protein SpoVG +MNITDVRVRKITDEGKMKCIVSITFDNLFVVHDIKVIEGHNGLFIAMPSRKVGEGNFRDI +AHPINAEMRQVLEEAVLKAYHEAVAQLEVAAE +>MGYG000000001_00682 Bifunctional protein GlmU +MNFKAIILAAGKGTRMKSKYPKVIHKVCGKEMVNHVINVSQKSGVNDIVVILGHESDVVK +ERLPRDSMIAMQTEQLGTGHAVKMAKEYINDEDTIVVLCGDTPLIKEDTLKRLFAYHLEN +EYHATVLTTKVDNPTGYGRIIRDNNEDLLKIVEQKDANEEEKAVKEINSGIYCFNGKSLR +ESLDLIDNNNAQGEYYLTDTIYIMRDRGQKVGAYNGSTIEELMGVNSRVELSKAEEIMRR +RINEAHMVNGVTIIDTNSTYIESDVEIGNDTIIYPGVMLKGNTKIGSNCVIEMNSAIENS +IIGDNTEVKNSTIIDSVVGENTTVGPYAYLRPKSNIGNNVKIGDFVEVKNATIEDNSKAS +HLSYIGDAHVGKDVNIGCGVVFVNYDGKNKFKSVVKDGAFIGSNSNLVAPVIVEEDGYIA +TGSTITNDVPKGALAIARERQVVKEGWVEKKRVRDSK +>MGYG000000001_00683 Ribose-phosphate pyrophosphokinase +MNTSGSEIKIISGNSSKELAQKIADYIGVPVADCTVGKFSDGEISVNMNETVRGCDVFVV +QSTNSPVNDNLMELLILIDALRRASAGRITAVIPYYGYARQDRKAKSRDPITAKLVANLI +TAAGADRVLTMDLHAAQIQGYFDIPLDHLLGGSILADYFNQKGIEDLVVVSPDLGSVTRS +RKFATTLDGEVPLAIIDKRRPKANVCEVMNIIGDVKGKNVILLDDMIDTAGTITNAANAL +KEFGAKDIYACCTHGVLSGPAIERIDNSAISELIVLDTIQLPEEKKIDKIKVLSVAPLFG +DAIKKIFSNESISVLF +>MGYG000000001_00684 hypothetical protein +MFNKKKNNKGFTLVELLVVIAIMGILAVVAVPSLFKNINKAHAADAVSYISAYRTAVISE +YTTTGDVPEEEDIEPLVESKPEKAISSVIINSEGKDLVVNFTMTKNEIAEAVKKQLGEEI +SNVSGNVVTVTIMAKDTTN +>MGYG000000001_00685 Type II secretion system protein E +MNSNRIRIGDKLVQYGYITEEQLQKALIHQGGTGKRIGEILIEQGLITAELLTNALTELL +NIDNIDLTPSNINPEAIQKIPQNICKRYNVFPYKIKNGKLYLAMEDPQDREAIRDVKRIA +GMEIDVKIATISEINQAIEQWYSNTDLDKVINEYAKNEAKNTIEEEITGDEDVNSAPVVR +LVHNILETAVRKKVSDIHIEHDGDYMRVRYRIDGILMEHMKASSKAYKAIISRIKIMANL +NISEKRLPQDGRIYLVVDNKSVDFRVSTMPTSRYEKVVMRVLDKSNFMVSKEKLGFSLSD +IKIYDDLLSKPYGLILVVGPTGSGKTTTLYSMLNQLNDVEKNILTIEDPVEYELQGINQS +QINYKAGLDFASALRAFLRQDPDIIMVGEIRDHDTAEIAIRASLTGHLVLSTLHANTAVG +AISRLSDMGMDSFLITSSLVGVVAQRLVRKICPLCKASYEASIGEKKALGYDIDKNLTLY +KGEGCNKCNNTGYKGRLGIYEMIQATKPIKDLIDQGAKEDEIMKKANKLGMITMRQDAAN +KAIDGLTTVEEMIRVTFISE +>MGYG000000001_00686 Type II secretion system protein F +MVKFSYTAIMVNGSKTKGIIEANNLVEARNQLKSKKLRIVDIKEKNDNTFSTRKKGKKLK +PDTISHFCRQFSIIMSSGINSLVGLETLAKRTENKVLANEMNRIVESVKKGSNIADAMLD +KKSKFPRLLGAMVATGEETGTLEDVLSSMAVFYEREHKINQKIKNASTYPAIVAGLSFVM +LFLFTSFIIPQMMESIMDVGGEVPFITKFVMSVGQFMSKFWWLVLIMIMGVSYVLLQYIK +TPLGRIQKDKIINKIPLLGKGINSIVSMRFSRALYLFISTGYPLLQGLDHIKASVNNSIA +EKAIMGAKEGIIKGETLAENLEKYHYFDSVLIQMIAIGEQTGQLETISNQMADFYEQESD +IYLSRLVAMIEPIMIIGVGIVVGILVISVFLPMMNMYDAL +>MGYG000000001_00687 hypothetical protein +MKLYISYYGNYVSIVEGSYNSKKEKYNIKKYMVLSSEEVPLDANDKYSLLREALKLDRWK +AKNAVLCLNTRDVLIKSNNISKVSPKDLDGIMSHEIYEMMSLNDDQYTFSYEVVKERNDE +GKESLDVIIAAVMNEELYTILDIFKEFKLNLEGIDTMATAYSRLLKNIEYDNIMMLNIGE +YGSIVNIYKEDSLFIYDNVPVRINKRSSDVLCLALVDEIKGLMNFYSSRNYGNSIDTVVI +VGQSSENTDIVDSFKYSFNSEIVSGIENLFDITEDIQGDIQINEISKVCDILGSMCVVKD +KKSYSYMNLLPLKQRNKQKKTDIVRKYFLAAPIALGIIAAPYFVFGAMNMKVLHDTNLAQ +VKLDKIMNEYKGIESINQKIKTAEEELEIYNMLSSKDVKWGNVLNEIDKNIPYKVDLTNI +SVTYENPDLEQTNSEEIENDVNMESTAETEVPIYDKIPNTINIEGIAKDSVYVGQFVYSL +NKLTYFKSAKLISSTEDKENGGQVFNIVLDLKEGVVSGD +>MGYG000000001_00688 hypothetical protein +MINEKFEKKSILQKELNTKEVLLVLGIVTLIVIYGAVFIYPRYAEYKAYATILEQIENQI +STYKGRINELPQLESKLNNLTKEIEVKSKILSHNMEDGMFLIGLSKLMDAVNVDLVEYYV +EESKSYHAFYAIPTTIKVRGNYKNVREVMNYLEQQNNITQILDYNMETYIDEEESDTANV +SSLNSSVTTNDLSYSDIGWTLNSNLYHNKDCSILEEEAQQFGGSFIQAAPPNNYKACSDC +KPILSTKTSQGNIVQESSIDNNEVPKAKGDIIAKFSFIMYSSENPKIELDNDDFTTWNPG +KWNPFTTTR +>MGYG000000001_00689 hypothetical protein +MRNKGFTLIELIIAISIFSTILLLGYKVIDGTSISTKKQSEIFNEQQVTNLLNKYFTKDI +EKAISIEFINIDKSGNVIIRNSADDEYSYGYLLKTIENVNKKEKTYSINRIVGSENLVLV +SNHKYTDTDVEPLCIKKYDNNLYNIKLLSGKHDYEFNVSSRISEEENTDEKEDVNVYYGN +GIDIDYRDGVGIKLNGQDDYIFKFTYGSNNERYTLDKFEIIFDGAYAKVYINGVEKFRVH +KIGYPSNVVIKLEHYYLYDRVYINSSVYKDKEYIESPEMVQRIAVENLTINHGAKSGLSI +IW +>MGYG000000001_00690 hypothetical protein +MKHNKTNRGFTLIEVLISLSIVTIILLSLFSFYNSSIKFNKKNETDINSLNVSQTAIESM +RIYSKLNNKFGIDIDNDGVDDLGFDNSESNWVDLDSEYKIYTGNLDTLEIEKDNNKYLAT +INSVKRYKNNMSVYTVELETKSKYNSTKKINLITQVYVK +>MGYG000000001_00691 hypothetical protein +MYKNKLNDNRGGALIIVIVAIAIIGITIGTVSMQIINQVKSNKNSYDTMQSRYMAESGVE +NTISKIVNQVENKINNINNGSRSNFNNISSNIVKSSTDRYGKAKNKLILLYENISQINDG +YQSKKDIIVKLNQIINNDYSSILQLNNDINDIKLYIIHAIASEDNSIKGEDLNIIYEAIG +YLNDAVLTIYESEDIHQGHTALEISSSSYGGDNRYVTQGEIETKFIKDYGNEAYSFTVDS +IQRYTGDVLKNTPSKFVIKEFNVEGYYKLKDKIGRLSDTKIRELEDALINLKDTINHIQW +TNKNSVTEYEIELSLRKDNAIKVIDEILIKYTMDIVENELYKIYIEELNNFESLTQENYV +VLKEMIYNMDNIRKNLVELKCKLGFIATKQEDNINKPDSPDVNPPVNKEVYIGLDKYENI +LGENVSYTVEAIDEKKLDLIYENGDISNVEDFSLDIISGGNNNGYNYKVNAKVLFKTRKE +NNQFKTSYSIKSYDKINN +>MGYG000000001_00692 Twitching mobility protein +MNIFDLLKIAIELGASDVHITVESAPIARIKGKFIKLSDKILTNQDTKKMVQDIAGEKNF +IRIEDHGEVDFSIAIDTGERVRINVYKQKGNYAIAARTITAQIPAFESLGLPEILKTFTQ +KHKGLVLVTGPTGSGKSTTLASLIDIINENQQRHIITLEDPIEYVHKHKTSLVNQREIGQ +DTESFNSALRAILRQDPDVILIGEMRDPETISIALTAAETGHLVFSTLHTVGAAKTIDRI +VDMFPSEQQQQVRAQLSTVCEGVVSQQLIQTVDGRRRIAALEVMIANPAIRHLIRENKTY +QIPNQIQTGSKFGMQSMDQELVNLYRQGLISRDSALSRCTDYEYTSRLIGDRY +>MGYG000000001_00693 Type 4 prepilin-like proteins leader peptide-processing enzyme +MEFLLQLYIFIVGTIFGSFFNVCIYRIPENKSIANPPSTCTTCNTRLKPIDLIPILSYLM +SGKKCRYCKKEISPRYAAVEFLTGILFILVYNVHSILLETVYYLILVSLLVIITFIDIDH +YIIPDGIIIFGLVTALILNILGIGIPIKESLIGAIICGGEMLILIHLIELVVKKEVMGGG +DIKLFAMIGLFLGIKGGILTIILSVYIGAIYGVGTILYSKLNNKEYNSMIPYGPFISVGA +IIVLLYGNNILNWYSKLLI +>MGYG000000001_00694 hypothetical protein +MIYTIITSIILTYFTNKYLSYVRKEANKITYNIPIIYFLIITLSICIYLKYGLTIESIRY +IFLIPFLVGISIIDYQTTYIYDITIVSGIIIQGVILISSINIEKDFKSHISALFVGLIFS +YILAKLTKSLGEGDIGLFALCSFTLGHDYSIYMIFLSFMIAFIYCIYIIFTKNKSIKDSI +PFAPFISLATMLIMLTENYILTSYFDIMYNVL +>MGYG000000001_00695 Peptidyl-tRNA hydrolase +MYVVVGLGNPGKQYENTRHNVGFNVIDILAKEYGISVSKIKHKALIGEGRVGSEKVLLVK +PQTYMNLSGETLIDIYNYYKVDMENIIVIYDDIDLDVGKIRIRKKGSGGTHNGMRSIIKC +LGANDFPRVRVGVSKPKPGQDLADFVLSRFRKEESDDVELGLEKAAKAVDVMIRDNIDLA +MNKYNG +>MGYG000000001_00696 Transcription-repair-coupling factor +MSDVLIYPLQNSKEYKDVINCINSNKGSLLINGLLSVQKPHITYSIFNELSRSMVFVASS +DLEAKKAYEDLSFYMKDKVEYLGHQDIHFYHLDAKDRNEEAKKLRVLLRLAKGEKLVLVT +SVESILRKYIPKEVLLNNTFTYKVGDTLNLEELSDKLVSLGYERVSKIEGFGQFSIRGGI +VDIFSLEYTNPIRMELFDDEIDSIRTFDVFSQKSIDKIKKFSITPSREFIYPEKVNNAIE +KLKKETSKHTNEDVFKNIEDIESKTYFEGIENYIDYIYPEENKSIFSYFKNNAIIFINDI +SRLKERCENYTEGFKDNYRLNLERGLALKKQGNLLYHYSDIDFIAEDKKIILNTLLPKPV +NDFKVSNIINFESREVPTFNAKLDVLVEELNRLKYNGFKIILATNTLERAKKLSKDLLDL +GLETTVSRKRDIEIKSSQIVITPAQISSGFQYKSIKFVVITDNEMIGVHKRVSKTKNKKK +KKGQKIESFLDLNVGDYVVHENSGIGRYTGIDQITVNGIKKDYMKIIYQGGDNLYVPIDQ +MDKVQKYIGSDVEKVKLNKLGSSEWTRAKAKVKKEIEDMTKDLIELYAKREKVKGYKYSK +DTPWQQEFESLFPHEETDDQLKAIKETKKDMESDKVMDRLICGDVGYGKTEVAIRAVFKA +CMDQKQVAVLVPTTILAQQHYNTFKERFENYPIRVEVLSRFKSPKQQKEIISDAKKGLVD +VLIGTHRIVSKDINLPNLGLVVIDEEQRFGVKHKESLKQIKSTVDVLTLSATPIPRTLHM +SLSGIRDMSVIEEPPQERHPVITYVTEAKESVIQDEIERELARGGQVFFVYNRVEHIEEM +ASKIKRLVTDANVAVAHGRMTSKMLEDIILGFLNKEYDVLVCTTIIETGMDISNANTMIV +YDADKMGLAQLYQLRGRVGRSSRQGYAYLMYEKDKVLSEIAEKRLKAIREFTEFGSGFKI +AMRDLEIRGAGNILGSQQHGHMAVIGYDLYVKMLNDAIKKVKGEPIVEEIDVEIDLSVNA +YIPDTYIPDELTKIEMYKKIASIENKEDMLEVEEELEDRFSDLPKSVQTLLKISYIKSLC +KIMKIEKVRQVKDEIWLLPLTKYKTKEKVGYKIVTELEELLEKMCSMK +>MGYG000000001_00697 Foldase protein PrsA 2 +MKKLGALVMSVILGISMVGCSSKVNKDENIATVNGSGIIVGNYEKVLGLNKQSMEAYYGN +TIWDQEIEEGVKYKDKFKEMILDQMIYTEVIYEAAKKENLLPTEEEVNKSIEEFNTSIKD +NDAYKKQLKELGIDDNFLKYQFERNLASDNYKEKFNKDNSVTNDEMKKYYDENKDDFYID +QVEASHILIKTIDDEDKKLSDEKKAEAKKKAEEVLAKAKAGENFSELAKEYSQDTVSAKN +GGDLGFFKKGEMVKPFEEAAFSMKVGEISDLVESDFGYHIIKVTDKEDRQKTFDEVKETI +RKTLQDEKCDAQVEKLKEEAKVEKNEEILEKVNI +>MGYG000000001_00698 Stage V sporulation protein T +MRATGIVRRIDDLGRVVIPKEIRKTLRIREGDPLEIFTAKDGEVILKKYSPIGELTEFSQ +EYAETLGEVLGCGIVVTDLDSIIAVSKVPKKEYKEKSISKELEQLIENRETKSLKDNKIV +PLYKDDSVEYSGQIIMPIVSSSGDCIGSITVVSKENETLPDGIEKILKIASNFLGKQVQ +>MGYG000000001_00699 Stage V sporulation protein B +MDNNRNKDSFLKGAIILGAAGIIVKVMGAFFRIPLGNLIGSEGMGYYQAAYPVYTLFLTL +ATAGFPTALAKLVSEKTAIGDHKGANKIFKVAYMVLLITGLVSFCLLFFGAKYIVTDLMD +NPGAHYAMLAIAPALLFVPAMSSYRGYFQGKRDMSKIAVSQVTEQFFRVILGIGLAYYFM +KQSGPEMGAAGAIAGATIGAIGSITYLIIAYLREGKQRKADIKASKRFKDESIPRILKKI +LAVAVPITIGASVMPLVNMMDNVIVIKRLVEGGFTHDQAVSLFGQLTGMAMAIVNLPSVI +TSAIGMSLVPSISESFALGKLGKARKETRSAIKVTLLVVLPCAFGIASLAGPIMQLLYPK +EPASLGTILFTISPAIIFLGLIFSLNGILQGMGKPMIPVIALSIGMLGKIVISYTLTVIP +EINVLGSGLGTVTAYAIASLIELYFVKKYMGVRFGKKEFVIKPLITVITMFVAVKLSYGL +VSNIFGNSLSTIISIGIGAIVYVLVLLGIGGIRKEEVLIMPKGEKIYKLLRKLNLMR +>MGYG000000001_00700 Phosphoribosyl-ATP pyrophosphatase +MGKINIVGLGPGDESLISQGALDILKSSSRIYLRTEKHPTVDKLKESIKYTNLDYFYENE +DNFENVYREIAEFIIEKSNEGDLVYAVPGHPRVAERTVSQIEEIARVKGIEVEVIASMSF +VDAMFNYLAIDPADGFKLVDAFEIENSYIDTNTSMIITQVYDHFIASNVKLRLMECYDYD +QEVCIVNGAGVKALERKKYVPLHELDRPENLFNYLTSVYIPRSSKKMYNTVHDLEEIMSQ +LRGPNGCDWDKKQDHETLKKYIIEEAYELCQAIDNDDIDEMIEELGDVLLQVVFHCQIGK +ETGYFDLTEVINGICNKLVYRHPHVFKNVDIDMNNFDKTWEDLKKKEKGESTVTEGLTRI +PNHLPALIKAEKIQKKAALVGFDWDDINDVYKKIEEEYKELLDECKEGNIKYIKEELGDL +LFSIVNLARFLKVNPEEALNLTNNKFIKRFKFIEDNAINSDRNLEDMTLEEMDKLWEKAK +FQ +>MGYG000000001_00701 DNA-binding protein HU +MNKAELVTKMAEKSELTKKEAEAALNAFMQSVEEALVEGDKVQLVGFGTFETRERAARQG +RNPRNPEEVIEIPASKAPVFKAGKSLKEVINK +>MGYG000000001_00702 hypothetical protein +MRLDKYLKVSRIIKRRTVAKEACDKGIVTINGKSAKSSSEVNVGDILEIQFGEKKMKFKI +NEIREHVLKNDAKEMYDIIE +>MGYG000000001_00703 Spore protein YabP +MEHNISLKGRNNLVISGVEHIYSFNDKRVEIKTSAGEMVIEGEELDMGKLNLEENVISID +GTINSIVYAKPKKPQENIFKKVFK +>MGYG000000001_00704 hypothetical protein +MLPFTQELGVFYSTIYGGIAVGLLFDIYRSLRRNFKVIRYLSLIFDALFWIIVTILTFIT +INAVENFNLRYYHIIALFIGFLLYYSTISKFILAGLNKLIYLITNLFKKTACYIVSILNN +LYYVIIYSIHLLFDIIFYIPNMFLATRKFIKRKSVGRLKIKKRV +>MGYG000000001_00705 hypothetical protein +MKIQKRFLGQFIGLCMFLVFIVFSMIGGFLFQITKYKDYSSEISGLNKEIEEADKEIEEL +KAIESNQNENDLEEIARIRLNMVKPNEIVYFTEKEIESK +>MGYG000000001_00706 Exopolyphosphatase 2 +MRMGAIDIGTNSMRLLICDYIDGELLNRKKLVNTTRIGKGVDENGFIREDAIRRNLDALK +EFYDLSKAEGCEKLYCIGTSALRDSKNSDDFIKRAKLEVGIDVDVISGNDESNLGFLGVL +KGANEDKDILVVDIGGGSTEFILGNFEGIKFAKSENVGALRMTEKFLTTDIVDDYEFDMM +SEFIEEEIKNTIDYLKEKEINKLVGIGGTITSLSAINQELEIYSMEKIHNSQINIDEIEK +ILQNLKKMTLNDKKSLKGLQSKRADIITAGVKILHIIMKKLELSDIVVSEYDNLEGLICQ +KAKKMS +>MGYG000000001_00707 Stage II sporulation protein E +MDKTINSLKSKDIRLNDVRISKFVDANTIIFIIMGFLLSRSTLIDYIAPLGFAFFICISK +LDRYKYPVFVSTLLGILLSGNNTGSIFKYSIALCAILILSSQLKKIPSVFKVSMLGVFIL +SAVSIGQALVGSKYVYDLLLIGMEAVILFIAIYIFSYGVTLIINSSNRVSVRLEEAISIS +LLITFSIMGIGSINVFGVSIRSVLSTVLILVASIVGGSAMGATSGVVVGIAFIVNNITSA +VYMGVYSFAGLVGGAFSRLNKYFCILGYILSWIIMYSYTSGLSSNIMEIRDILIASLIVI +ILPKSFFNRVERLIKSNIDSNEIVYDYINRSKNLTNNRLIDIYKTYSELANTFDNIRERD +KIINEKDITNLIDMIHNDECTSCSMKRMCWETRFNHTYKLMYNLIENIEEYGEATSRTIP +EDFRKECMKPEMIVKVANYYYKLFALDYDWNNKFSESRKIISNQIKNISKSIEDLSKDLD +NNISIDLEKERGISDELERNNISIKRINYLTKGKDDFEITIEKRTCSNGCLCDKRLISIV +EDCLDEKLSVQKIGCHTLGSNCTIKLTKAQVYKAVTNVASMSRDGYVLSGDNYTYMEVSD +GKYIMAISDGMGKGKKAYDESSVTIDILEKMIDAKIDNEIVINTINNMLLLKSSEEMFST +LDLGIVDLKKGSLETVKMGSCPSYIKRENGEVDLISSSSLPVGILSDIKMDRHNTKLGNG +DYVIMVSDGIIDAGKSNNFGDNWLIYFLQKLESTNPKEIANKILDRALELQLGEVDDDMT +VLVTKMYSQ +>MGYG000000001_00708 Oligoendopeptidase F, plasmid +MGIKFAKIFLISLLIITSSICVTSKAEEFSDSVITSSANSLDENDDNPKEEKKIDYTKTS +WNLESLFKSDDQWKKELKAFRKDTKELKNYIGKVTKSETHLAFALDIKEELDIRLNKLCA +YPKLKLDTNKNSYNYLDMNEEVKKAYKEYTSICSKLELEILKLSDKEYNKFMSNNKIKKK +YGMYMSDIRRNKDHYLDEEKESLLNNTSALASLPSNVYDLFRNMDKKSNLTPGQYASEIE +CFDREKRKTAYKSEFIPYNDNINTLSALLVGQVKKNIFYSSSRGYDSSLNMYLESDDIDE +KVYDSLIDTVSNNTKSLHKYIDLRKKVLNVDKVYYYDMFVPIVEPVDSNITYDKAQTMVY +SAMAPLGEEYADIIYKAFNERWVDVYSNENKVSGGYCLSVYGNHPYVLLNYNNSLGAVST +LSHELGHAIYEYLSCKNQNYFNSSPSIFTHEVASTTNEALLYEGLIKCARDDKEKAYYIS +EYLDLIKNTLYTQTMYAEFEKTIHEMVESNKNVNALVLNDIWAGLLKKYYGNSYELDQLS +MVGWARIPHFYNSFYVYKYATGCSAGVTFAQSILNNNGAENYMYFLKSGSSDYPINILKN +SGVNLTSTKPILNTIKRFDDLVKELESILEKE +>MGYG000000001_00709 UTP--glucose-1-phosphate uridylyltransferase +MQRRIKKAVIPAAGLGTRFLPATKAQPKEMLPIVDKPTLQYIIEEAVESGVEEILIITGK +NKKSIEDHFDKSVELELELEKKGKIELLQKVQEISNMISIYYIRQKEPNGLGDAIHCAKS +FIGNEPFAVMLGDDIVDSETPCLKQLIDIYDEYRTTVLGVQKVNEQDVDKYGIISAKHIE +DRVYKVRDLVEKPEIDEAPSNIAILGRYIITPEIFNILEKLPTGKGGEVQLTDALKILSK +KEAMYAYVFRGKRYDVGDKLGFLEATVDFALKKPELRDDFMEYLNKVCTEGNIERNKKIN +NQEENSEFKEV +>MGYG000000001_00710 hypothetical protein +MSAKKNQKRNKIIAITIVIALVSTSIVSMLSMIAGVF +>MGYG000000001_00711 Fructose-1,6-bisphosphatase class 2 +MDRNLALELVRVTEAAALVSSKFMGRGDKNGADGAAVEAMRRAFESIKIKGEVVIGEGEL +DEAPMLYIGEKVGLQTDDCKEVDIAVDPLEGTTLIAKGLPNAISVIAMGAKGSLLNAPDT +YMKKIIVGPKAKGAIDLNKTVEENILSVAKALGKKTSEMTIITQDRERHDYIVKAARSLG +ARIKVFSDGDVAAGIATCFEETGIDMLMGIGGGPEGVITAAAVKCMGGDMQGQIYPLSEQ +EIKRCHEMGFSDEDIEKILFIDDLAKGEDLFFAATGITQGDLLKGVVPIGNNKATTQSVV +MRGKTGTIRFIDAIHSLDKNDILVDLMKKYNMD +>MGYG000000001_00712 Transcription termination factor Rho +MNNITVEELNSKTLAQLKDIAKELNIKSVSKYKKGELIEIINENTRKSSAESVKKDENNS +NEKHNDINNKSQENIQTYNNKQEITYVKPYNKYENNNRNTDSKSQRIDNRPQNNDYSNKS +QGIDNRQPRNNNNKSYYTPKIVEESKIIDEFNTSKDDEVMGVLEILPDGFGFLRGSNYLS +TEGDVYVSPSQIRRFNMKTGDKVKGITRHPKTGEKFRALLYVQKINDERPETAIQRKAFE +TLTPIYPEEKLTLEKSQGEIATRLIDLISPIGKGQRGLIVAPPKAGKTMLLKNVANSIAK +NHPNVELIVLLIDERPEEVTDMKESINGDVIYSTFDQVSSHHVKVAEMVLNRAQRLVEHG +KDVVILLDSITRLARAYNLTISPTGRTLSGGLDPGALHGPKKFFGAARNIRQGGSLTILA +TALVETGSRMDDVIFEEFKGTGNMELHLDRKLAEKRIFPAVDIYKSGTRREDLLLSEEEK +TALWRLRREMSNNSVMEVTDKVIELLKRTKNNEEFIKSIKAL +>MGYG000000001_00713 50S ribosomal protein L31 +MQKDIQPKYNVIEVSCACGNKFQAGSTNDEIKVEICSECHPFYTGKQKNIEKGGRIDKFK +KRFKMD +>MGYG000000001_00714 Thymidine kinase +MYRPINHGYIEAVIGPMYSGKSEELIRRLKRAKIAKQNVMVFKPKIDDRYSKEDVVSHSG +ESIDAIPINKANEIYDYIDNKVQVVGIDEVQFFDEEVVNVAVDLANKGIRVIAAGLDMDF +KGEPFGPTPKLLAIAEFVDKIQAVCSVCGQPATRSQRLINGEPARYNDPIIQVGAVESYE +ARCRKCHVVYK +>MGYG000000001_00715 hypothetical protein +MSKQAVGGQALIEGVMMQSKEKRAIAVRKADGEIVIKKNKIKSWINDKNIDKIPFVRGSF +ILIENMIEGINSLNYSSEFFMDEEDEEEDKFDILIKKIFKHKANDVVLGIAMVFAILISI +GMFVLTPTFIGGLFSKIISNKVILNLIEGIIRILILFTYIVIISKNKDIERTFQYHGAEH +KAVYCYENNLELTIENARKFTTLHPRCGTNFLFIVMSTSIILFSFFGWPNPLARVIMRIV +CIPVVAGISYEIIRFLGKYNNKLTKIVAYPGMMLQKFTTKEPDDSQLEVALAALKAVVN +>MGYG000000001_00716 Release factor glutamine methyltransferase +MTIRDIIIKYSQELEHISDTPRLDVEILLEKALGNVDSLYIRLNLNKELTQEQEDLFNTF +IQDRLKGRPVAYIVGNREFMGLDFYVQEGVLIPRPDTEPLVEELIELCRGKENLNILDIG +TGSGAITISLAKYLNTSKVKSFDISDIALEVGKKNAISNEVDDRVEFIKSDLFSSIENKS +IQFDVIVSNPPYIPKKDIETLHTQVKDYEPYTALEGGEDGLDFYRSITEQSRMYLKENGI +LAYEVGHDQAEDVSKIMKDNGYTKIYTKKDLQGIDRVVIGYKL +>MGYG000000001_00717 Peptide chain release factor 1 +MLQKLAVLEDKYKELTEKISDPEVISDQKVWQKYMKEHADLEPIIMKFREYQSVLNSIKD +SKEILQEESDEELRELAKMELSEMEDQVEPLEAELKILLLPKDPNDEKNVIVEVRGGAGG +DEAALFAGDLFRMYSRYAERRRWKIELLSASDTGVGGYKEVSFLIKGKGAYSRLKYESGV +HRVQRIPATESGGRIHTSTATVAVLPEVETVEVNINPNDLRIDVFRSSGNGGQSVNTTDS +AVRITHIPTGEVVSCQDGKSQLKNKEQALKILVARLNDKAIAEQNKEISAERKSQVGTGD +RSERIRTYNFPQGRVSDHRINLTLYKLDQFLDGDIDEMIDALITVDQTEKMSAI +>MGYG000000001_00718 Zinc transporter ZupT +MILRITLIGLFAGVIGTGFGGVIAALFKKKVDRYIDFFMGLSGGIMLAVVVFDLMKESME +IMGVMQTVIFTFVGVIITMLIKSSLDISSDMKSGYLIFLSILLHNLPEGLAIGSSFMSKE +SLGMTLAIVIGIHNIPEGLAMALSLVGSKMKIAKVILFTIIAGIPMGIGSFLGAYFGGIF +SSLIGVFLATAAGTMMYVVLEEIFPKSRSLYCIIGFLVGTLIVYCI +>MGYG000000001_00719 Threonylcarbamoyl-AMP synthase +MYIVSKTKTKVGIQMMRTIISKIESENIDIKEIEKHAKLLKEGNTVIFPTETVYGLGANA +LDENAVKKIYEAKGRPSDNPLIVHISEEEEVYDLAKNVSEKAKKVMRKFWPGPITIVLNK +KDIVPKTTSGGLDTVAIRMPSHKIAQAVIKEAGVPIAAPSANISGRPSPTKEAHVKEEMN +GRVNGIILGGDCNFGLESTVLDMTEEVPMILRPGSITKEELEKLIGEVNLDPSLEKKEDN +KKAKAPGMKYTHYSPNADVYIVSGNSEDVVQKINDLVQKNENNGLKTGVMCLNKNYEKYN +GLVISLGENLEEVGSNLFSTLIEMDKNKIDIIYSEEFPVSGVGRAIMNRLLKSAGYKIIR +A +>MGYG000000001_00720 Ribose-5-phosphate isomerase B +MKIGLGCDHGGYNLKSEIIKHLESKGIECVDYGTNNDLDSVDYPIYGESVANAVVNKDVD +YGIVCCGTGIGISLAANKVPGIRCAVVSDVFSAKMSKAHNNANMLSLGERVIGKGLALEI +VDAWINTEFEGDRHSRRVDMINKIEEKHSK +>MGYG000000001_00721 Uracil phosphoribosyltransferase +MSKVIVTDHPLIQHKLTLMRDKNTGSKDFRQLLTEITMLMGYEITRNLPLEDAEIETPVV +NATCKVLQGKKLGIVPILRAGLGMVDGLVNLIPAAKIGHVGLYRDPETLQPVEYYCKLPQ +DIHEREMLIVDPMLATGGSAVAAIDVLKKKGATNIKLVNLVAAPEGIEEVKKYHPDVDIY +VASIDEKLNDHGYIVPGLGDAGDRLFGTK +>MGYG000000001_00722 hypothetical protein +MGKKNAYLEVGKMLSLISHIGITMVVSIFCTFFLGRGIDNLLDTRPIFTLISLVIGVGGA +FVSVYKMVIGYTKRK +>MGYG000000001_00723 hypothetical protein +MDIKLQQEIVNINKGVLIYDVVIIIGLLLTSTFSTSMLMGLVLGTLVALMNFILLAKTIE +KSIDMSPNEAKLYASSRYTIRMIIVAVVLFISAKSEHLHLIGVFLGLIGPKVVILVRNNI +FDKLKRKES +>MGYG000000001_00724 ATP synthase subunit a +MSYARWLQIGGFKISTTVTTSWIIMAALIIASYFLTRNLKKVPTSKVQIFLEFAVTSLKN +LVTTTMGDKAVKQMPDMIYYIGSLFLFFACSNLIGLLGFRSPTTDIDTTLAWSLITVFLI +YFAGIKDKGLSYFKGMLEPIPLMLPMNIVSEIARPISLTFRPFGNILGGAVIMSLVYQFL +GFLSTLIPGVTIPFGQLLIPVPLHLYFDLFAGVLQAFIFVMLTMVFVGSATE +>MGYG000000001_00725 ATP synthase subunit c, sodium ion specific +MDYTMAQAIIAAGSAVGAGLAVMTGIGPGIGQGFAAGKGTEAVGNQPEAKGDIMSTMLLG +CAVAESTGIYGLVIAIILLFANPWL +>MGYG000000001_00726 ATP synthase subunit b, sodium ion specific +MEKLLIGITPDLVFQIINTIILFLVLKHILFKPVLGIIEARENDIQDNLAKGELAKNQGI +ALKREYEEKINRAKEEGQEIIKQATLRAEKKSDEIISNAKDEATHIKEKATKDIEQERQK +VINEIKDDISDIALLAASKVIEKDIDKNKHEDLIKDFIKKVGESK +>MGYG000000001_00727 ATP synthase subunit delta, sodium ion specific +MMNVIANRYAEALFQIGEEEKLTDMLYQELSEIVNLIKVNQDLFSILKSPVISKKEKISL +IDNIFEDKININIKNFLKILIEQDRISFISDISDSYKELLNEKNNILEGFVISAIPMKKE +EIKELEEKLSEKYNKNVTLENKVDKSILGGVLVRLGNEEIDGTVKTRLDKMKEQLSQVIS +>MGYG000000001_00728 ATP synthase subunit alpha +MNLRPEEISSIIKQQIKNYENKIELTDTGSVLKVGDGIATVYGLEKVMSSELLEFPGQVY +GMALNLEEGVVGAVIFGDDSNIKEGDIVKRTGKIVEVPVGEAMIGRVVSPLGLPIDGKGP +INTNKTRPVESPAPGIMERKSVHEPLQTGIKAIDSMVPIGRGQRELVIGDRQTGKTSILI +DTILNQKGKDVICIYVAIGQKRSTVAQLVSTLEKGGAMDYTIVVSATASESAPLQYLAPY +AGAAMGEEFMYNGKHVLIIYDDLSKQAVAYREMSLLLRRPPGREAYPGDVFYLHSRLLER +AAKLSDELGGGSMTALPVIETQAGDVSAYIPTNVISITDGQIYLQPELFYSGVRPAVDPG +ISVSRVGGSAQIKAMKKVAGTLRLAYSQYKELAAFSQFGSDLDEDTKKQLAQGERIVEVL +KQGEHEPIKVEHQVMIIFAVINNFLEDIPVNNIARFENELYEFIDNNYSDVSTKILAGED +FSSDLTNAINQFKKKFVIEA +>MGYG000000001_00729 ATP synthase gamma chain, sodium ion specific +MAGAGSKEIKTRMTSVESTKQITKAMQLVASSKLRKAKERAESSRPYFTTLYNTINEISQ +STKGVKNDFLVQREVKNKCYIVVAGDRGLAGGYNSNVLKSVVNHMAGKQEKIISIGKKAH +EFFDKRGYEIVNSIENVEHCNYDNALEISNNVMDLYKKGEIDEVYIAYTEFVSPLVQNVK +LIKVLPLVFENKNTESQENSVRRGRVQYLPSAEAVLGYIIPKYISGTIYGGVIESFASEQ +GARRTAMESATDNADEMLSDLELKYNRARQSAVTQEITEIVGGVEALK +>MGYG000000001_00730 ATP synthase subunit beta +MANVGKIVSIVGVVLDVKFEDEKSLPNLLNALVIKLGDKEIVAEVAQHIGDNTVRCIAMS +ATDGLVRGMEVVDTGKPISVPVGDATLGRIFNVLGEPVDNKPAPKDAPQLPIHRQAPSFE +ELESSAEILETGIKVVDLLCPYLKGGKIGLFGGAGVGKTVLIQELINNIAKQHGGISVFA +GVGERTREGNDLYHEMADSGVINKTALVFGQMNEPPGARMRVALSGLTMAEHFRDEQGQD +VLLFVDNIFRFTQAGSEVSALLGRMPSAVGYQPTLATEMGNLQERITSTKKGSITSVQAV +YVPADDLTDPAPATTFTHLDAKTVLSRQIASLGIYPAVDPLESTSRVLDPSIVGKEHYEV +ARGVQSILQRYKELQDIIAILGMDELSDEDKIIVARARKIQRFLSQSFTVAEQFTGLPGT +YVPVKETVRGFKEILEGKHDDLPESAFLLVGTIEEAVAKAKERR +>MGYG000000001_00731 ATP synthase epsilon chain, sodium ion specific +MASEFSLEVVTPDKVFYNDNVEMVITRTTEGDRGILRNHRPFVAGLIEGTLRVKKNGDFK +EAKIAGGFITVDKEKAVILTESAEWI +>MGYG000000001_00732 Holo-[acyl-carrier-protein] synthase +MNILDIGVDIVEIDRIKDAINKNERFLHRLFTDNEIKYFESKGFKTETIAGNFAAKEAIS +KSIGMGIRDFTFKDIEVLRNSLGKPIVKTYNNLSKICIEYNVLEIKVSISHSEKYAVANA +IAITKE +>MGYG000000001_00733 Inosine-5'-monophosphate dehydrogenase +MNEKKAKDIMTTDVIVAKKGDTISEVANVLISGKIGGLPVVDEDNKVVGIISETDIIKKE +KKAHSTPFINVLEGIIFLDDINKMEKDLKEIAAYKVEDLMSTNIVKVHEDDTFDNIANIM +IKKSVNRVPVVDKENRLKGIICRYDIIRAMYNE +>MGYG000000001_00734 hypothetical protein +MRNKWMTLLIITIGLSVSFVGCQTGESTKEEVYKKFQEQVSKIESYTCTAEIEVVGNKGK +SSYTLKHYYKKPDNYKLEVISPENLKGKTMEYKDNKIIVKNPDIDDLIELPNESKDQQYL +FIGDFMKNYLKNEAITMNSSDSELILEASIPGDSEYFNKQILYINKENKNPDRMEILDKE +GNIRFTVKYDNFEYKK +>MGYG000000001_00735 Alanine racemase 1 +MIKETVAPTWVEINLDNIKFNLDNIKKLLKKDTKICGVVKANAYGHGAVQIAKLLEREKV +DYLAVARLEEGIELRENNIEAPILCLGYIPDGAIRNAIINKITMTVYSLEMAEKISELAQ +QINESVNIHIKIDTGMSRIGFQPNEESVKNIVLISQLKNIKIEGMYTHFAKADEEDKQYT +YLQAEKYNYMLNSLEEEGIQIPIKHVSNSAAIMECPDLNFDMVRCGIILYGHYPSDEVMK +DRIELRTSMKLKSRIAHIKEVNSDIGISYGWKYKTNSKEKIVTIPIGYADGFTRMQNNAK +IYINNYPFDVVGRICMDQCMIKIDKDIDIKIGDEVIIFGEGDATVERIATDLGTINYEIL +CMVSRRVERIYMERNAILQATSYLVK +>MGYG000000001_00736 hypothetical protein +MHNKSKEKIVFTLPDSLISEVDNIVQMENSNREDFAKAAFQFYITQKKKIDLKECMIKGY +KEMGQINLSLAELGMTNEVSSDVDSEGNIAQGE +>MGYG000000001_00737 Endoribonuclease EndoA +MSNVNLEVKRGDLYYADLSPVVGSEQGGVRPVLIIQNDIGNKYSPTVIIAAITSQINKAK +LPTHIEISANEYGLNKDSVILLEQIRTIDKKRIREKIGCLDSNVMLKVDNGLQISLGLFN +I +>MGYG000000001_00738 Transketolase 2 +MRDHKGLNEITCSIRKDIVSMIHGAKSGHPGGSLSAVEILTALYFDEMNIDPTNPKMEDR +DRFVLSKGHAAPVLYATLAQKGYFDKEELKGLRKTGRMLQGHPDMKGTPGVEMSTGSLGQ +GFSVACGMAMASKLDNAPWRVYALLGDGECQEGIVWEAAMSAAHYKLDNMTAFLDYNGLQ +IDGNTDDVMSLGSIVDKFKAFGWNVIEIDGHDFDQIFAALDMAKSTVGQPTMIVAKTIKG +RGVSFMENQAGWHGNAPSDEHLRIALEELGGAFHE +>MGYG000000001_00739 1-deoxy-D-xylulose-5-phosphate synthase +MSKIATRDAYGKTLLKLGETNDNVVVLDADLSKSTKTNDFSKAFPNRFFNMGIAEQNLIG +AACGFATAGKIPFASTFAMFATGRAFEVIRNSVCYPKLNVKICATHAGITVGEDGASHES +IEDISIMRSIPNMTVVVPADGIETEKVILEAAKYNGPMYVRLGRSAVPTLFGEDYKFEIG +KGTVLRDGNDATIIACGMMVNEAIIAHEELKAEGINVRVINMSTIKPIDRELIVKAAKET +KAIVTAEEHSIIGGLGSAVSEVVSEECPVIVKKVGVKDVFGESGTPAELLEKYGLTAKHI +AESVREALK +>MGYG000000001_00740 hypothetical protein +MNVKFNMKGVILGVVLVFFIIGGFLFLPKMFIEDSTPVDYTMIQRDAIPEKILNIMDKYT +NEERALAVKLDNKIYVIVTRAKEKDQGIEIDKISIAKEEDKNTMKVEITYKDKKDSYPFV +VAETNLTELPDKIELNSSNDAK +>MGYG000000001_00741 Lon protease +MLNIDKYKVSEDNLKFKCSLDDLDFKTTEDIEPLGGIIGQDRAVTSIEFGLKMKHKGYNI +YIAGVSGIGRTNYAKSLIKKNIKFNENLKDWIYVNNFRNNNEPVALSFKAGVGKEFKNDI +DDIIEKLKVEIPKIFNSKEYENHNRLLMTELENNIHSIIDELNEFAKPKGFKFQITERGL +LSVPIKEDGQLMEEPELGNLTPSEIRELRERGLKLNQESKEYIDKIKSCEDIYKNKSNEL +DRNVGRSLVGFYGQYLLTKYGEDEKVNKYINALCNDIVNNIAKFKKEPEDDKKDAMALLG +IMPNKRDDKFLNRYRVNLFIDNSECKECKIIVESNPTYYNLTGSIEYKNEMGSLTTSFME +IKPGAIHKANGGFLIINVRDLLSNPFSWECLKRTLKTEKINIESLNKQYGYLVTSTLKPE +PIDLDLKVILIGDSYYYNLLYAYEDDFRNLFKIMADFDIEVDRNKDNIYKTVQLISNKCK +ESNLKHFYKSAVERLIEYSTRISDDKDKLSARFNKIVDIIYEADAVTDDYELYVTRKDVD +KAIKQKIYRNNKYEEKLNEMFENGTLLIDLDGEKVGQINGLAVMGTGEYSFGKPSKITAS +TYRGRRGIINIEREIKKSGSIHDKGVLILSGYLGNRYGKEKPLSISTSITFEQNYNGIDG +DSASSTELYAIISSIADIPIKQYIAVTGSVSQKGEIQPIGGVNEKIEGFFDVCKIKGFTG +KQGVMIPIQNVRNLILKDEIIEAVKEGSFNIYAISNIDEGLEILTGKSKEEIDLAVNEVL +DKYRKLDKEDDEEKNKDKKKNKDK +>MGYG000000001_00742 5-formyltetrahydrofolate cyclo-ligase +MKKEFRKKVISERKNQSPEFISKNSSIITDKLLQMDCIKKAKTIMLYFDFNNEVQTDNLI +NKLISLRKIVASPITLKEEKKLIPTQITDLKEGIKIGAYNIREPKPECSQAIGIKDLDVV +IVPAVAYDTDCYRLGYGGGFYDRFLENLRPDAKTIGIAFDLQIFDEVPKDPHDAQLDFII +TESKIITPNK +>MGYG000000001_00743 putative CtpA-like serine protease +MISKKKAIIGSIVLVAVTAMLTSTLQIAIGNKVVIPRDLYESYKKYNKLIGLEQIVEGDF +YKEVSEDDLVQGSIKGMFSGLGDIYSQYYTKEEFESLKEQTSGSFVGIGVYISPTSDDDY +ITIIAPIEGSPAEKGGIKAGDKIIKVDDQNVYANDSDKAISMIKGKAGTEVKLTLKRGEE +ELDLKIKREEIISKSVDSKVLEDGIGYIKITSFNENTYKEFTEALSNLKKQNIKGLALDL +RNNPGGLLDICSEIADDLIGEGTIVYTKDNKGDKEYIKSDSNKLGLPIAVLVNEGSASAS +EILTAAIVDNNEGIAIGTTTFGKGLVQSVRELKDGTGYKLTTAQYFTPNDNYIHGKGIEP +KIIEKDENKQLDVAVNWIKEQIK +>MGYG000000001_00744 hypothetical protein +MKENMEKVIDFEEYKNKKKKIEVDRVELLKLIKQIVMTK +>MGYG000000001_00745 DNA primase +MNDIKDIVEEVKNRCDIANVISEYMPIKQSGSNYKGLCPFHGEKTPSFHISSSKQIYKCF +GCGEGGDVINFVMKMENLDFIDAVKLLANKCGIEINTNMNEEDKLRMEKSKKYQDIHLEA +ARFYFANLLKEKNPGYDYLRKRGLDDKTIKKFGLGYSQKSWNELMNYLLSKGYDKQDLVQ +CGLVNHKAEGNKYYDRFRNRVMFPIFDYRGNVIGFGGRVLDDSLPKYLNSPDSLIFNKRY +NLYGLNFSRKNIVDRTIILVEGYMDLISLFQYGVRNVVATLGTALTEQQGNLIKRYADTA +IISYDSDEAGVKATLRAIEILSKIGINVKVINLKDCKDPDEFVRKYGLEEYKKAIGDSTH +YIKFRIDHLRKSFNLEKDEERVKFAKEASKIIKELKSPVEVDYYTNYIAKQINISTESIK +KEVYGKDYNKVYNKQNNKYVTKKVEKVIEKPKAIKKGKELVEETLIKLLLENKKIREITL +LKVEESDFLLNESKEILNYIIKNRDLDKITIDKIKSLNISEEYLKDLEIISLDSIDMNDI +KSIDEIVKNLKKNNLQEQMNILLQEQKNIELQKQNKDDLKEVDVKVMEIALKIVEIRKML +QSL +>MGYG000000001_00746 RNA polymerase sigma factor SigA +MTENNKKTSKKFAAKSLIEKGKKQGALTLAEIMEAFSETELDKDQVENLYETLGNLGIEV +IEDKSEKVEIDFTVAESLSLDNIDENPDDIDKEETIELEAIDLSLPKGISIDDPVRMYLK +EIGKIPLLKPHEEVELAKRMLEGDEIAKQRLVEANLRLVVSIAKRYVGRGMLFLDLIQEG +NLGLIKAVEKFDYEKGFKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVSR +QLLQELGRDPKPEEIAKEMEMTEEKVREIMKIAQDPVSLETPIGEEEDSHLGDFIPDDDA +PAPAEAAAYSLLKEQIEEVLGSLNEREQKVLKLRFGLEDGRARTLEEVGKEFDVTRERIR +QIEAKALRKLRHPSRSKKLRDYLD +>MGYG000000001_00747 hypothetical protein +MPRQNRRKSHYKPHYKWGGNTMLWASETEQNIIQNSQNQLKSESKTDLEKDINYGKRINY +FH +>MGYG000000001_00748 tRNA (adenine(22)-N(1))-methyltransferase +MKLTDRLLKIASLVSEGKRIADIGTDHGYIPVYLLNKGTVPFAILADVNKGPLENARKEV +RHNKLSDKTDLRLGSGIKVLNKGEVDEVIIAGMGGILISELLEAKKEVSHSVDKLILQPM +QAQEELRKYLLNNGYEILDEVLVQEDFRVYEIIVAKYTGKNTVVEDDIYYEVGTKLIENN +DLLLKEFIDKKIYKYNSVIEKLEGKSGDTIDKKRNESKTRIEKLKKLI +>MGYG000000001_00749 GTP cyclohydrolase 1 type 2 +MKLKSLIKTIEAKYPTNLAYDWDNVGLLVGDIEEEISKVLVCLEANEAIVEEAINNNVNL +IVTHHPFIFGKMKKITTSDFKGKLIHKLIKNNIAVYSMHTNFDIAFDGLNDYFMEVMGFE +NSNILDVTNTETLYKIVVYVPKTHEDKVRKALGKSGAGHIGNYSDCTFNTDGKGTFKPLE +GTNPFIGELDKLEVVDEVKIETIVPQRILGGVINSMVKAHPYEEVAYDLYKLENKGNSVG +LGRIASLKESMSLKELSMMIKEKLNMDALRVVGNLDANIKKVAVVTGSGADLAKKAQRSG +ADVLITGDVKYHDAQDAVDAGMCIIDCNHFESEDIFKDVMKRFLDDIEDISVIKSSLNIN +PFSIL +>MGYG000000001_00750 Sensor histidine kinase RcsC +MGIKSEHSIIKLMLILCLVLIPKEVWSESVDKKDILYINSYSPRFEFFDEQLNGIKSVLG +DSVELQVEYLDQGNFYGVKNELNFYNLIKYKINNYKTYDAILIGDDPALNFIRKHKEELF +KGIPIITFGVNNKTNIEYIKNNDDTYGVEEGISLKKNLDLINKLYKNKNVVAINFKSREN +NIDLDNFYKLESYYPDLNFSHISYEEEDTVETIKKKIDKIDENSIILLTYIYSYSSISYN +ELFELQDYLDAKVDLPKFSTLKHELYFDTIGGYMTSHYEQGKMGAEIAMDIINGNEPTSK +LVSYDEVNKYIFNYEHLKKHKIKEKYLPKNSKIINKPETFWSKHKLVIIPAAIIVACLVV +TIIIFIINNKKRRMYSEGIFKAKEIAESSIKAQNNFISNISHELRTPVAVIISVIQLLEK +QNKDKEFDLTSSIKIIKQNCLRLTRLTNNIIDVAKMDLGFIDMRPVNIEIVSLLEDIVSS +IIPYAKSKNINVIFDTEIEELVMSVDPDKIERMMLNLLSNSIKFNKNDGSIITMVKVNDS +YLNIEVIDTGIGISKEYMSKIFDKFTQVEDIMIRQNEGSGIGLSLVKYFTEAHGGTISVE +SELNKGSRFIVRIPMIKQSELSMSYYEKNQNDVVVGAEVEFSDIYA +>MGYG000000001_00751 hypothetical protein +MSKYPFNKEEELKDVGTYPQIPGIYGMPSFPSRKFNTPITPKENVLRMCRKEKPLWLPNI +ANDINIIQPLVMPDALARWKGGVDWFGIEWEYEPQTNAAMVKPGTRRLSDITEWENELVF +PDLNEIDWQKDYDDNYKDVLSPNRATMFVIVNGLFERTADLTSFEDTFCYLLEEPEALHA +FYDKLVDWHLELFKIAKDIYGADIITFHDDMGTQRSSFFSPDTFKEIMLPHYKKLNNEAH +KMGLYVNFHSCGSVANQVENFCEAGFDFWEGQDACNDKSTLMEQYGDKLGQVSMFMPEPT +LSDDELIEAIKEKLNTVGKTGRYITWFSDLNPNRKINGDELIYTLSREMYSK +>MGYG000000001_00752 hypothetical protein +MKLSMWMIANRLNQIDLELNIKKDAPIILKSARRAYATNCVHIFQSGNDVICNGEGDYIR +IKDINISQGFEIVQSIFDFYNDWSDNILTLASKLDFQSLIDFCWCAFNNPIVLMDANCKV +LAISNQYDENDVDSEWSHLKKCGYSSINAIRYLRGTYTYTSTFYEQGAQYFNFINKELET +PCISSSLYNNDMFCGRINILQKDRQLNNGDIQLLDYLVSIITPYISTLALNNDSPPICNI +FLSIINNEEIDLKDLQTQLDYIDWKDNDNFRVCILSHNLDKIPKSLISMYCGVIESNLSY +SHAFVKNKKIVIIFNERKTPYSNAIEILKNIAIEASMKLSISLPLKDLKNLAIFYNQALY +AFNSSQSYNPSSCLINFYDYAMDYIIESSFSINILYACHPDVLNLWQIDERSSGNKIDTL +YSYLTNERSITNTAQEMYLHRNTLIYRIKKIIDLLEYDINDVYTRDYIILSIKVLKLYQN +KYKDKFNLEKTQNSYSVVK +>MGYG000000001_00753 hypothetical protein +MKTKKNKSISSRQRPNSFGYMMQQIKEPILGRPISPKENLRRVFAGEKPMWMPAWLYEVD +YCWSDEVLEHPKYEYDGFDWFGVEWVWVEVAGGMMVKPGTRTLSDITKWKEEVIFPDLDS +IDWESDAAIQTSRYDNDRMHVFHLTEGIFERLHELMPFEDALAAMIEDPEYVLEFFEAMA +DYKIKLLSKIFKYYEPIDFVIYGDDWGTQRAGFFSNEMFKEMIYPSAKRVMDYIKSQGKF +IELHSCGLNQQYVPFFKEMGIDLWTPQSINDSDMLKNKYGSEISFCFVVEGLDDPNITEE +GARQIIRDFVDKYAKGGRAMAQIFAPPEVLKVCLDELYNYSLNFYLKEN +>MGYG000000001_00754 hypothetical protein +MKQHSQDKTGFMATAAIMSIFLLAMGVGTITPAIQNIAEAYPNVPYTTIIYISTLPTLTL +LPASLITGAVAGKKVKYKTLALIGVLLFIISGCAPAFINSTFTLVLISRAVLGIALGIIA +PLGNAIIFGLYEGQKRANLVGIGTVVTNLGGVVLQMLGGTLAGINWSYCFLGHALGIISF +LIILFFLPEPKKIEEPSVDIKSGKKEKLGVGVWVICILFGVINILNYPTMMNMSTLLVNR +GLGDATVAATVLSLFTVGGMIGGAIFGKVFQITKRFVIAVACTIMAMGVGLIVIAKSTFV +MMAGTTLLGLGFSICMPAIFMILGMMTTPSQNTFAISLATAIMNFGGFVSTYWVMAIQGI +TGDGVFMPIVLEFIIFAVAAVIFLVVNPIPKQKEVEEGK +>MGYG000000001_00755 hypothetical protein +MDLRENVIETLKNGNPKAFVNEWEPFRMVIDPIFQKVLTAIPGKTVKDPWGVTIFWGENE +PGAMPMINDETKVCPDITEWRKYVKAPDIENFEYDWNTVKEEARKIREDGKYVMALMATG +LFEQCHYLMGFEDTLVNLLMEPEDMHELIEYIAEYKLIYLKLLIENLKPDVIMFHDDWGA +KTNLFMKPDTWREFFKEPYRRIYGYMKEHNIIAMHHADSYCQPIVKDMVDIGIDIWQGVL +PENDIQQIKKDTNYKLTLMGGIDASVVDKKDIDEDTVRKEVQRACEAYSEGGMFIPCLTY +GGEGSIFPGVNDIIMDEINKLNKKYFPIK +>MGYG000000001_00756 hypothetical protein +MKISEEIIARKLHEKYIFKEFGSLSTNLILERPVFFKDEYCILNNKVCIMYSDYIPLKSI +DLKSSLILSIGPIDKDKLYSSNTLLEFTKDTCPFELFNYIQEIFDTYDEWENKLQQILND +NNSIKDMVDCSFNIFNNPMIICTSDFLLISYSSIIDEDPNLEHIADPDKIYENSNILKLD +SEFNSHRDTVGAFYYYDHISGLMMLCINLFDHNRFTHRIIVSEEFHSFYPSDKKLLEYFS +KYIDLMISKISILTPDFNYTLNNIISSILSEDLVNPTFINQRLAEFYWFSNHTYFCINIK +IGILDIQNLTVNSICKQIESIIPNSCSLFFNDDIAVFVNLTKFGGDIKDVMSKLVVFLRD +SYLKAGVSNSFVGLSELKYNYIQACISLDIGRRYKPYQWIYHFEDVALSYLMECCTKDLP +PHIICSQKILLLKNHDKEHDTEYYKTLKIYLENNLNAVKSSKLLFIHRSTFLYRLQKIKE +LININFDDFQNILYLCISFNILDKSEENKLKTIDYYE +>MGYG000000001_00757 5-methyltetrahydrofolate:corrinoid/iron-sulfur protein co-methyltransferase +MIIIGEKINGSIPAVGKAIAERDADFIRNRAKIQAEANSTYIDVCASVKEEVEVETLKWM +INLVQEVTDTPICVDSPSPHSCVAALPFCKKTGLVNSVSLEGDKIDIIFPAIANTEWECV +ALLCDDKGIPDSVERRMEVFEGIMKKAKEYNIDPSRLHIDPLVVTLATDGEALTVFAECC +KQIKAQYPTIHITSGLSNISFGLPARKNINQAFMVLAMNAGMDSAIVDPTNRDMLGMIYA +TEALLEEDEYCLEYIGAYREGLIGKLPQTNA +>MGYG000000001_00758 Methionine synthase +MSKIQEVSNAVQSGKSKIVGGLVQEALKEGYDPTEILNLGMIDAMSIVGEKFKNNEIFVP +EMLIAARAMKKGVEVLKPHLAGDNTVSAGKLVIGTVAGDLHDIGKNLVAMMMESAGFEVI +DLGVDVPAENFVNAVKNNSDVDIVCVSALLTTTMPAMKDTVKALTDAGFRDKIKVMVGGA +PINQEFADEIGADAYTEDAASAAQVAKAFVNKAATNN +>MGYG000000001_00759 hypothetical protein +MIDLEVIIKKALDMGFTVASKLDCYTINLMPEVRDMCAANKCNMYNKNWACPPGCGSLEE +CRDKIKNYKVGIIVQTVGELEDSMDFESMQEIEERHSKIFMKFSDELKKEYDSVLSLGAG +CCQKCSKCSYPDAPCRYPERAVSSMEAYGMLVSQVCSDNNVKYYYGPNTLAYTGCFLIE +>MGYG000000001_00760 Na(+)-translocating NADH-quinone reductase subunit F +MSNKYKLCINYKYNKRLILEVNSGENLLEILRNNQIPIENSCSGKGNCGKCMVKVINKSI +PYSKQDIKHFSKEQIDNGFRLACTLKINEDLEIIVPYNNENMKVLISGVNGMLDVDPTVK +KQIIKLDKPRLEDQRSEHNRLSDALRIDDLKIDINYLCKIEDILKEENYYISATTYKNKL +LHLEGKNKIKNNYGLAIDIGTTTIAMYILNLNTGEEIDVVSQVNKQRNYGADVISRIFFT +MENEDGSKILRDSIINQLNDMIGILCSNNNISSNNIYNAVIAGNTTMIHILLKLPCKSIS +LAPFIPISTKELEYEGKDLGIDINGVISIMPGIASYVGSDITAGIISSNLTKNEKYSLLL +DLGTNGEMALGNKDEVITCSTAAGPAFEGANIKYGIGGVKGAICKVDLSKDKVYETIENI +NPIGICGSGVLDGVGQLLKYNIIDETGRIYDIDELDENISNDRIVEIDNMKQFILENNNN +IISITQKDIREVQLAKAAICAGIQILLKERNLNVNDIENVYIGGGFGNFMNVDSCIEIGM +IPKELKDKITSIGNCAGHGAKMYLLSKNIRDDTKQIINKSTYIELSKRPDFQEYFVDCIT +LE +>MGYG000000001_00761 Endonuclease MutS2 +MNIETFEKLQLKEVKELIKNHCVSSLGKELIDKINPSGNYKIVKRRLDENKEAKKVLENS +NHIPLEGLFNINPTIDKIEKGMILSPSELINVEDFLRGCRKIKSFMIDKEFYSPTLSSYA +LNITECVNIEEEIKYCIKGNKVDSQASKELKKIRRSIEITEGRIKDRLNKFLTSSTNKKY +IQEAIISKRDERYVIPIKASYKNEVDGAVLDTSSKGTTVFIEPSSVSKYSLELISLKSEE +SIEEYKILSYLTELIYNQIQNIKLNMEIISEYDMVFAKAKYSQATNSITPNLNDHGFIKI +VNGKHPLLKGNVVPLNFEIGKDYRSLIITGPNAGGKTVTLKTVGILTLMTQCGFDICADE +ESSISVFEKVFVDIGDNQSIENALSTFSSHIKNIANIMKNSNNKTLVLFDEIGSGTEPNE +GASLAIAILEEFYQMGCIVVASTHYGEIKKFATNHPHFENAGMMFDKETLEPMYKLTIGK +SEDSNALFISKKMGIKDKVLSRAKSYINEKNYNFDLVNESKIAIKPMEKVEVVKEVPNFD +IGDKVKLLDYDDFGIVYKPIDKFNNVSVLYKDEFIDVNVRRITITLKAKDLYPDGYDLNT +LFVSYGERKLEKDISRGSKKALKKIQKEIRNNKRN +>MGYG000000001_00762 hypothetical protein +MKKTIISLICFLLFFTNISFADTNDIKQTIKDIELVNNNINIIVKKVIGDEKLDINALEK +DIKFSESILGERTKKYHHYIQLNLMQN +>MGYG000000001_00763 Spermidine/putrescine-binding periplasmic protein +MKRLFKLLNLSICIAMISIFFVGCNKNNYSEEINFFNYGENIDDETVKEFEKEYGIKVNI +ETFDDMEAMYQKVKGGGVKYDVVLVSDAFMPRMINNNLIQELNKDNIPNISQMDEEYLNL +DIDPGNKYSVPYMFGTVGLIYNKDVIEEKVDSWDILWNEKYKNQIFMFDTYRDTLGVALK +KLGYSLNSTNEKEIKEAEELLLKQRKLVDPIYGVDNGTVMIPAGESDINMIWSGEGLNLQ +DEYPNLEYVVPKEGANFWIDSLCIPSNATNVEGAEKFINFVSDKESALRIADEIGYTTPN +KEARLEQPEEVRNNPNAYMTKEIMDRCEIYVDLPKDVKRLYDDAWVNIKSNN +>MGYG000000001_00764 hypothetical protein +MGKIKLYKSLNEEEKKSVYEFMKLETDYINSFEQINKLYDVKIYDYGNGALFYFIDDKVV +ANLCLVLEVAEVLKTAYIHKIVINKEVENINKILEELIQKAIIIAKDYKVNKIKLGLDEK +TFSHLKRYGFDYEYRSIEMKLEEPIKKYETLNLKELSVSNKERYVEVYNESFSDMSHGTF +IEIEDVNKLLTKDKDKNKEIYSFIVCDNNTEIGFMEITIENNKGKFDIGLMKEYRGKGYG +NRLLESAIQFLVDKKVDEISLIVIEENRVAHEMYKKRGFKESFVISYWSNIID +>MGYG000000001_00765 hypothetical protein +MEDKIIIKYIKKKKEEGLRLLIEAYGDYINTIVKNNLKDLSYYQEECINDILLSIWNNID +SYDKDKNTLKNWIGVISKYKTIDYKRKYLKYNLEENINEDITIIDKNLLKKEIEEEIDEI +LSNLKEQDKNLFKMYYIEELEIEDISKKMNIKPFNIYSRLSRGKKKLRELYKR +>MGYG000000001_00766 hypothetical protein +MKNKYDLFNDMSINDDYEIHKLSQDEKNKLFDNLVKDINKDKKDNKNTYRKVVIASLLCL +SISTALLSNDNVLALVQNIGKQIESFLGKKEDEYNGYKVEVNQSCEDKRIKVSLLEVLLD +DENLLLSMNIDTSNFDESKLKKGLFLTNNYYLPEATVYIDGKKFVETGGATRYERKENNS +QNFLTSLSLENIDTNNDGRSDINNYHILDNLDPNKDYDVKVVFDEVGVQKYGLIPRVIND +QFEFIKGNWEFNFTVNGKKIMGETKVFDINKEISIDDEDFKALINIEQLRVSPISVKLSY +TSKIGEGYSFENRDIKIELLDQNGESINVGGSGRYNEDETYMENIFEGNLEDNQKLKSIK +ILPYQYYMEKNSDNPKYHHKIDYEDKAIIIDLD +>MGYG000000001_00767 hypothetical protein +MSEVKITKNNNSINKINIFKCIGNLIFLVYIVAVLSITGVLYIKPSDFTYMHMSPNLVPL +VNTISDFMGNPQSVLRQVILNIIFFMPFGFLYTMLYLKKDKKLLKVLVIALVFSTCIETL +QFFVGRFMDVDDIIWNTSGAIIGSIIYFLINNLICKIK +>MGYG000000001_00768 Aspartate aminotransferase +MNLSKRIKSVPTSTIMELLTLSAKAKKSGKKVYHLNIGQPDIKTPKGFYKAIREFKGEIL +EYSLSEGLPELIESIKKYYEDYNIQFDNDEIIITNGGSEALLFTMLTICDDGDNILVPEP +FYSNYYNFSKSVGVNINPITTLAENGFHLPNKEEIVSKIDNKTKAILFSNPGNPTGVVYT +KEEINMLADIAIEHNLWIIADEVYREFIYEGEYTSLGNIEKVKDRVIIVDSVSKRYSACG +ARIGCVASKSKDYIKAILKLCQARLSVPTLEQLGAIELYNTDNSYLKDVNEEYRKRRDVL +YDELIKVPGVICEKPTGAFYIVAKLPVENADHFTKWLLSDFDIDGETVMPCPAEGFYMTP +GLGVDEIRLAYVLNSDDLSKAARLLKEGLETYLKLNKK +>MGYG000000001_00769 Putative thiosulfate sulfurtransferase SseB +MSNLVNVKWLIDNLNNEKLVIVDCRFNLMDKEYGKRSYEEGHIKGAKRVDIERELSSVVK +VHGGRHPIPSTNELKNTFENIGISDDSIVISYDEGDLAGASRLWWILKYLGHDKVYVLDG +GLEAYKEAGGEISTENTKSTKGNLNINVKENMKVDMEYVKERINNEKIALVDSREYQRYI +GEFEPVDKKAGHIPGALNFFWMDILKKVDGKYYLKSLKELKKQFSNLKNYDEVIVYCGSG +ITACPNSLAISEAGINHKLYAGSFSDWISYDENEVNIK +>MGYG000000001_00770 hypothetical protein +MSKEQKFQLRNKNILEVSEKINFHLFCPKCKKETIINVKLVN +>MGYG000000001_00771 Multidrug export protein MepA +MSNNQQVLGTEPVGKLLLKYSLPAIIGMMVNGLYNVVDRIFIGNMPGVGPLAITGLGVTM +PIMTIIMAFGMLIGIGTATNISIKLGQGQKEEAEKFLGNSITLSIIVGLTLMIVGLIFGN +QILQLFGASEGSLQYAKAYINVILLGCVCNLIGFVFNSTIRGDGNPKLSATIMVVGCGLN +IILDALFIFVLNFGIKGAALATIISQCVTAVWGSTYYTKGKSNLKLRKSNLKLNKSLVFT +IAAIGSAPFAMQLAASCVQVISNNALRTYGGDLAIGAMATINSIIMMVGMPIVGISQGAQ +PIIGFNYGCKKYDRVEETLKLATITATIGLTVGWLIVQLYPEPIVSMFNSDAKLVSISVD +GIRKYLSMMPLIGISMIGSNYIQSIGNAKQSMFLSLLRQVILLVPMMLILPRFFGLNGVW +FSQPVADVISCIVTYIIVRKEVKSHKIEDTDAKNVA +>MGYG000000001_00772 hypothetical protein +MNQTDIPMVEEAYQAFKLVLENRSKSHRIRLYDHLRILKKVIRNLYYVCLLFNINK +>MGYG000000001_00773 L-threonine dehydratase catabolic TdcB +MTKVTLKDVQEAKKTIKGIVKKTDILESVKLSDMTNANVYFKCENLQKTGSFKVRGACNK +IANLTDEEKSNGVIASSAGNHAQGVALGAKMNGIDATIVMPATAPLSKVTATKGYGAKVV +LEGVVYDDAYAKAVEIQKETGATFLHPFNDKYVIAGQGTIGLEIFEQMDHNVDTILCPIG +GGGLIAGVAVAAKSLNPNIKIVGVQTANIPSMHESMKHGKVTTAFKSTTVADGIAVKTPG +DITFYIIKELVDEVVLVEEDEIAEGLLFLMENQKVIAEGSGAVTTAALLSEKYKPKTNEN +VVCIISGGNIDVNTLSKIILAGLTKSGRRFTFYTNIKAQPGGLAELSKIITGLDGNLISV +NLSAEGVIGKLDAKMVIETFNHEHIEKIKNAVKEAGFEMVEV +>MGYG000000001_00774 Melibiose carrier protein +MDKVTAKEKYSYGIGAFGKDMVYAVVATYLMIFFTDEVGISSAFVGGLFFFSRFWDAIND +PIMGLIVDNTKTKWGKFRPWILIGTLVNAVVLVFLFLNPSNFLEGKMVYVYCSIAYILWG +MTYTIMDIPYWSMIPSFSSNPDERDKIAVIPRIFATLGGLQ +>MGYG000000001_00775 Melibiose carrier protein +MLIALLGVSSKSQGYFRLGVGIAIIFVISTLITVFNVKEKNVVENNEKIKLSEVITILTK +NDQLGVIIISVVIFQVAQFLYSGFLVYFFTYAVKDLNFYATFVALGTVTQVCALVLFPKL +SQIVDRKHVYTIACALTVVGFAGMFMFSGFDSNLLLCIAGIFYNLGVGLLNASVTVMISN +AVDYGEYKIGKRSESIIFSAQTFIVKFSTAFSGLIIGFGLTLIKYVPNAVQTDSTIMGMK +LIMFLLPAILMVICGVMYAKFYKLNGDYYLNIMEELEVRRSSISKKSSDSDIKELI +>MGYG000000001_00776 Arabinose operon regulatory protein +MGKYKFVETESVAYLEPKQSQALDLFLCHSGIENCNPSYSFGPETRDHFIIHYILDGKGE +FTVNNKTYKLGKKDGFLIKPGEETYYKADDKDPWIYMWIGFNGIKAETYLKYANLDENNH +IFKYEKDSSLKKYILEILSLNIMNNSNRLKIYGLLYLFIGNLIENNKYMDKENSNTQVDE +YINISIDFINNNYSNNIKVTDIANYVGLNRSYFSNLFTKKIGISPQEYLLSLKMEKACNL +LTNLQLSIGDVARQVGYEDQLTFSKIFKKSKGVSPKLYRELLL +>MGYG000000001_00777 Alpha-galactosidase AgaA +MGVLFNEKNNTFCLNTKKTSYILKVLNSKHLDHLYWGKKIRSTNLDYVIRRRNWGSFLAN +TDNEENFMLEMTPQEYPGYGATDLRSPAIELQFEDGTTATDFRYVSHKIYAGKNKLTGLP +STYVEDEKEATTLEIVLKDTLKSVEIILTYTVFEEFDVITRNAKVINTGNEDIKILRALS +ASVDFNDDDFDMIQLSGAWARERDFIRQPLRSGSQSIESRRGSSSHAQNPFIALARKNTT +ETNGDIYGFSFVYSGNFLANVEVDMYKNARAQIGINPFDFTWLLNSGESFQTPEAVLVYS +GEGMTGMSHIYHNIYGKRLARGEHRDKIRPILINNWEATYFDFNENSIKSIAKEASNLGM +ELFVLDDGWFGKRNNDDCSLGDWIVNEEKIKGGLEKLAKEVNEMGLQFGLWFEPEMVCPV +SDLYEAHPDWCIHIPGRTRSEARMQLILDLSRDDVCDYIIKAVSDVLSSAPISYVKWDMN +RNMTEIGSAKLTPERQRELTHRYMLGLYRILEELITKFPHILFESCSGGGGRFDPGMLHY +MPQTWTSDNTDSMERLKIQYGTSLVYPNVSMGCHVSAIPNHQVHRMTPLNTRGVVAMSGN +FGYELDITKLSNEEKSMIKEQVAVYKEIRETIQFGDYYRLSNPFENNDVAWMFISKDSNE +VVVSYVRQRAVPNPRFESLKLVGLEEDATYEIVGEDKVFFGDELMYVGLNVEELTGDYAA +KMWVLRKV +>MGYG000000001_00778 ATP-dependent 6-phosphofructokinase +MFNFNETLSFDNKELDVFTIGELLVDMISDDYDDNFNCNHYTKYFGGSPANISMNINKLG +SNSAICACVGNDSLGNFLVNSLRERNIDTRYISQVDKSTSMVLVSKSTSTPIPIFYRSAD +FNLEYNEDIDYALKNCKIFHFSCWPISQAKSRKTIEKVLEEARKNNIIIGFDPNYHPMIW +EEGHDGIEYIKNLVSKVDIIKPSEVDAERIFGEDTPENQVKKFINLGAKLVIMTLGKDGA +IVSDGTEILKFNTLATEIVDTTGAGDAFWSGFYTGITKSYTLKESLNLGFATSAFKLKHV +GAIANLPKIEEFENIYNL +>MGYG000000001_00779 Sucrose 6(F)-phosphate phosphorylase +MTVKNKVQLITYPDSLGGDLKSLNKVLDTYFKDTFKGGIHILPPFPSSGDRGFAPLTYDK +IEPAFGTWEGIRKIGEKHDILVDIMVNHISQKSEFFQDFLKHGKKSKYADLFLTLDKIWP +DEKPVQEDIDKMFLRRDLPYSKFTIEETGEEEMVWTTFGKQDPSEQIDLDINSLKVKELF +TEFFKNFSKQGVKIVRLDCSWIYNQKTRY +>MGYG000000001_00780 Sucrose 6(F)-phosphate phosphorylase +MVLDTLINKSSSKLCEYLKVRPSKQFTMLDCHDGVPVKPDLDDLITTAEAQKVVDVCVER +GANLSLVYSDAHKSEDGFDVHQIRCSYYSVLDCNDDAYLAARAIQFFAPGIPQVYYVGLL +AGKNDEENVKATGEGREINRHNFTMEEIEREVNKDVVQRLLKLIDFRNDYPAFDGEFMVY +ESNDSDIKLGWKKDNKECTLYIDLNTYKSYIEYVNEKDELAIFNI +>MGYG000000001_00781 hypothetical protein +MRKYEWILCQICGNKTRVKICDDTVIENLPLFCPKCKQETIINVKQLNISVIKEPNTKMQ +SR +>MGYG000000001_00782 hypothetical protein +MGDVVFIVYISIALIFLVYSIISYKKKSIIYTIRNEKINVLKDDYYNLQLLFCVFNCTLL +ILESVIIYNKTNTSLFVCYYLATFWVVNYLLKFISIKMKYLNTSYE +>MGYG000000001_00783 hypothetical protein +MAIALDRQGNLIIEPLCKVRMTHKELERLYKEHIGEDSHKSYIKFDTDFNNELKECYNKN +NYTIVI +>MGYG000000001_00784 hypothetical protein +MKKKKIGIGSISLLLFIIGFLFTFTFNNICIGDNILTYIGLKAWSNGNNGIHYTIFYSLL +FFVPSLIIGYKFKDDFGSKIGKILSTIIITMIIIVSLFFTAFF +>MGYG000000001_00785 hypothetical protein +MNKRERIEKAFLYGVFICYILFLIKLLFLSRVSLLELFNSQRTLDRTINIIPFSSITEYL +FSNSPTVKRFAFGNVIGNIAIFIPLGVYLSLFKNNKKIINNLLLIFIVSLFTEIIQGLLG +IGSSDIDDIILNCFGGLVGILGYKCLLFILHNDKKVRFTITILSAIGLPILLYLLFIIRL +RF +>MGYG000000001_00786 hypothetical protein +MKKQLIQLFLIFICIQWLVENVCKFNINSYIGSIICMTLAVGIQRIYLTIKPEH +>MGYG000000001_00787 hypothetical protein +MRKNTKIIIISLILLTAFIGFTLNRNTDKEFTAGLISSHWLNKNNKNPYGITIDLESGFS +RDEIKYLGSIATRDRKNELSVTKAKDLENPNHYMTVYISEKSTGITKKKLDFNLWTYKDK +GYIQFIKDEDVNNTKLENLNGISKLENEEYQFLTKLLLKYHSPDDIFKNNFI +>MGYG000000001_00788 hypothetical protein +MNKMNISSFICVGGILTTLAVLFQSAPIFLPAIGLFLSPLSTIPIAIAVFFNIPLGLAVF +FSSVLILTMISIQESIILLFTTGLLGIVIGTLLFRKGIIISILSSSIALSLGITFLTYIV +GIPSFVDLASSFSTVLTFSIFFLFSLIYASICNIFIKKFINYLTKIKIIR +>MGYG000000001_00789 hypothetical protein +MLNLRRPFANHNGVNSLNFSPETGKLVLTTGDGGSGYDPFNLSQDNMEICGKIIEIDVTK +NALINNPPVVTRFNELPISIQETLTVMAKGVRNIPGISFQRFYNQYTKYVGNVGQDLVES +IFSFVNYRPMPVTQLVQSYLKSQPEQEKFINFGWRGWEGTLPTSLIGDCSDSPTLNEITI +TYYNEAVKTSAQRLSPLACYFHKDSRPDTFDGSALTGVQPYMGNKIPDLTGSVVFTDFAR +NEEFKPPVRGVLAYTKSTKNYKLNDFSIIETDYNFGSQSAYYVCLGTNMNQTRLYLGVYA +SANVTDFSKGTIFEIVP +>MGYG000000001_00790 hypothetical protein +MRKIKVSLQPIVKNIDLPTVLKTTIIPGDSSESLFIATQVGRIFYISKGAINTFLDIRPR +IIELGTSNGGYDERGLLGLAFHPSFYYNGLFYLHYSVAGTQGPGALSKPFDPNPCDPETL +NLK +>MGYG000000001_00791 hypothetical protein +MRIAVISDIHSNIYALQSVFDDIDNRNIDLVACTGDLVGYGTKPNEVIDLIRENKVMTIM +GNYDDAIGNYKIVCGCDYQDPKDAEKAGLSMHFTSTETTKENKEYLSNLPKEATLKFNDK +TIRLVHGSTRLINEYLKEDSKEADEVMSNLVEDILICGHTHIPYAKYYGDKLLVNAGSVG +KPKTNNPNANYVVIDINNDEKSSDRVKVEIIEVIYDFEKAAREIEENKILPNDFARLIRE +GSSK +>MGYG000000001_00792 hypothetical protein +MKKRNLLIVIIAILFLVGCSSNGRNISKTESGIDVPIVEIKNEDDKTEIARVVFEEYLKL +TYENYLNDENERINILKDYKIRDISILENSNSEGYRIEITYDLQATDGYATVFETGNGEI +KENNWVKGKYQIVDIKKIGEDKYTISEMYTG +>MGYG000000001_00793 NAD(P)H-quinone oxidoreductase subunit I, chloroplastic +MFKVDKEKCIGCGLCVKDCLVKDIEIVDKKANIKNETCMKCGHCIAICPKEAVSTDLYNM +DDVKNYNKEEFELDADKLLNFIKYRRSVRHFKNKDVEIDKISKIIEAGRFTQTGGNLQDV +SYVVVKENIDELKSMVIETLKNLGEYILSNKTPENMQVQKYAKMWLQMHDAFKENPKQND +MLFFNATAVIIVAANSDVNGALASSNMELMTNALGLGTFFSGFLVRAASYNKNILDYLGI +EEGKKIVTCMPVGYPDVKYSRTVPRKEADITWK +>MGYG000000001_00794 HTH-type transcriptional activator HxlR +MRNLQNEYLYSMDLCMDLLGGKWKMRILYHLASGTKRFGELRNLLDGITESTLSKQLKEL +ERDKLIIRTVYPEIPPKVEYSISDYSMNLLPALKNLCAWTRNYAKDMDIELLK +>MGYG000000001_00795 hypothetical protein +MYGFDNLTFTKGFDECNLTNARQNNYAWAISDLNEHIYVATGRNILVNILKSTGVFTKMP +LSLQPTNQDNYGEIWRYRKYHDIPWQRAFKISEIFESDSCDLLGFSYMICHRPYNGYGAL +YAVSASLNNSLVIYKTVSGVDWRPVIDYDQTGQKIKGNISRAMISKDGRIYLATVDNLYG +ENEETYLYSSEDPEFYPWKLETRSCQYENYDRNKNPRGGITAMVEFNNRIYVGTSTPYGA +QVWRTNKEKPCVNDWTLVGCSGFGDEANRHITSMGVFNNSLYVGLAKPIPLAWIFPMGCD +IAKIDKCDTWKIVVGSNPIKSTCRINENNSQQFGSGFNNPFNIYASQIKEYEGMLYITTF +DNAVNIQATLGLILANIENVKEILGTSLTEKIINIYKHIIYYIEAMRYQFGFDLYTSCDG +YKYKLISCNGIARRCGRGRFAGISLYEDLEGDLYLGTANAYQGCEVLKYTCEPYGQEERK +GEFAICRCYDYDRCMEEKLYEIYDYLYELLEEPLDYLRCHWDEIMNNINKFKC +>MGYG000000001_00796 hypothetical protein +MSRKGRNTLFGALLVDADGNILMEQGNVEITEHRCTGHAEAGILFPIKLM +>MGYG000000001_00797 hypothetical protein +MILWILVFTGILIFVSVIYFLVKNYKDGKYSKGYGLLSYTGFGMVLLGIILLMEPIFTSL +PGNFSNTAPWGIAMCISTIVGNLLLKPTFLKNKNN +>MGYG000000001_00798 DNA primase +MYKKYLENIKSISDLHAVINYYYPNQLKNNKMNCPFHKEKSPSFSITDKGNGAFYKCFGC +QEGGNIINFIQKVENVNFVEALKKAYEILGRPIDLPKQERTRVNIVNKDNLVKYYEEKSK +EAIKDGDIEKAFEMSCMSDRERDKNYFIKYPKLDNKGRPQKVWENLEVILNKNKIGVYYN +EISKEIEIEGLKINNFESQIIDIHSLCISYGLNLSIDKIGKFVTRIGMEYPINPVKDYLR +DCLLDYEGGRNYIRSLYDALITPKDFNPKLKEILITKWLLNTASIVFNDGTSNIEGVLTL +QGAQGIGKTRLIRKLVPMYVKTGLELDPSDKDKINQCIKYWVVELGELDSTLKKDLAKIK +AFLTEQVDEFRKPYHASPIRYPRMTSFYATVNNEEFLKDETGNRRYWVIPVEKIDFDIID +KIDIDMLWGEVMYLKDCSKMNTYLENFELEMLNQSNKGFKVSGYVDIAVANDLDWSVDKK +NWTWKSSDEIAYKLKINNTKTLRNAMESHGAIYKRTSSRRGYICPPYKSLFEIN +>MGYG000000001_00799 hypothetical protein +MIYIYNCYGGTHSSILAVAYHLEMLDETREPTKDEILNLPNFNKLEHGNRGELFYYGSYK +DGNEVYTISRGGSKVLIPGLYNLASMLHKQKLLNEKIIFSNTSPTVPLPMTFGGLFSRWL +KIDFIGVPLLVKGAKKSYKDIIELVKHTKKVAKEDKSEIIILDNKEFKKK +>MGYG000000001_00800 hypothetical protein +MQNNKPLSISIVILTLGIMLSSIFLGYSIQKSTNIQTKNYTIDSNVFTVSEAANYLGMTE +EEVQGIINTEKSMLEETGSFTGIMFPYFTVNEKQYFSKAAIDEWLNEVSKEHREYDTNKK +QLLQ +>MGYG000000001_00801 Energy-dependent translational throttle protein EttA +MIKIDNLSYSFLQRDLYNNVSFTLEEGQHCAFIGASGSGKSTLINIIMDPERYLFDGKLE +MDPNLKIGYVSQFSQLDKTKEITVFEYIAEEFIKLENEISSICSEMGTSDDIDTLLEKYQ +KALDAFDAIGGDNYKNNISKKLYVANLTKHKDKMISELSGGEFKLIQVIKEMLNNPDLMI +MDEPDVFLDFENLNALKNLINSHKKTILVITHNRYLLNHCFNKIIHLENTELQEFDGRYV +DYNFSLLQTKIELQEMAIADEKEIARNEALIEILREKATYNSEASRGRALKARVKIQERL +EANRIKAPFVDIKQPYINLETNNEIEETIALKACDFGISFDEVLLENVNFEIKSTDKVAI +VGTNGVGKTTLLKEIFKNNNDSIKINENIKLAYLSQIQSEVVNESNTILQEFYDVGFETY +GEVRRYVARYGFDADILTQKIESLSGGEKNILQLAKVSASKANMLLMDEPTSHLDIYSQM +ALEKAIADYKGAILMVSHDYHFIVNCADYVLLIEDKTIRKMSMRKFRKMIYANHFDKDYL +QIEEKKKSVELEIASALKDTDFERARTLSEKLEELIKSL +>MGYG000000001_00802 hypothetical protein +MEHDNNEKRGNDNSLLRWIGRFILVAVILMITSFVTPGFSINGLWSFLIAAVVISGLDYL +VELLMGVDASPFGKGIKGFIIAAIIIYLAQFLVPNMGVTIIGAILAAIVIGILDAVFPAR +AM +>MGYG000000001_00803 hypothetical protein +MYSNKENYNREEGNLQDKCRSLISYHVIFTMRDGRMFDGIIEDVDRDNVTVLVGEDMVEG +EGESNNRQFGPRRFRRYSRRRIPLASLIGLSLLAYPYIFPPFLF +>MGYG000000001_00804 hypothetical protein +MSVEKNEYKLPKGYYIVAIVFILATLIELLNTSGEGEILINLGFYQTYVSFIGVTLCKAY +IYNLSIYGLLKNKLWGIISTTSIALYGFCINIIYLNVQSFIFLLTFVYLMSVIINKVKNY +LEI +>MGYG000000001_00805 hypothetical protein +MKNYSQEELQNALKIVSSTISKCEKIQPKFKEGTSHFSLLRNRIEALKISKCLIENDPSI +QEYTEDDLEKALPPVISIINKTEKAQSKYDEGTTQFKRFSPMIEAMYIAKSLITNEISKR +K +>MGYG000000001_00806 hypothetical protein +MYFVNAVDLYAVEMVGLHVATETDVVTEIETEIEIETEIETEIETEIETETETDIVVTAL +DVVDSHINCL +>MGYG000000001_00807 hypothetical protein +MDNDFLTIIANVGFPIALSMYLLVRIEGKLQVLSDSINELSSVLVNLK +>MGYG000000001_00808 hypothetical protein +METALKLIMTFKSQGDKAINLTIDDPKDDLTESEIIDAMNLIIEKNIFAPYNVDLKEAVK +AKVVQTDTTEFDLKL +>MGYG000000001_00809 hypothetical protein +MATEIKNASSLKLQFNKGLGSNGKAVIGSKTFSNLKESSSADDILSVANAIGELQKHDLY +DVVKIDYTSIS +>MGYG000000001_00810 LexA repressor +MKRLEKELVTREKVLIEIKGYIDKFGISPTVRELANLVGVKSPSTIQRHLDGLVETGKIV +RENNKSRTIRIEKI +>MGYG000000001_00811 hypothetical protein +MGMLKNFFNKSINENTYPFGTKECGKFLKEVYKESIDETLILKDDIYATLEQYDEIVDNI +SRLEFKKTYIEHFLQNEMKEYETAFCKERKITWKTINKNSLDSKKLKLDNPDLANKYLKT +NKVRVFKVF +>MGYG000000001_00812 hypothetical protein +MRDSMLEEVTIKDIPESFRDIAEVIGIDAYKKLVRYVGGSTVYVPVEGCLTREVRNRVLK +ESFNGDYKSVARKYNISEAHVRRIINQQ +>MGYG000000001_00813 hypothetical protein +MSLFLGKIHYWLFNKILWFEGLENEIINLANEQGLDIEKLSNETNLKYGEKLPNKKLEDM +IDTKNIHGWLQSKIHSAEGRMAMWTTTILNSDEQSITKMEKIYREQGIKAAKEVKSNQAI +ENAKEIYNSINDYILDGMPCDRVNEIITSEDNCVEYRRRICVHKDIWNKENGDVNIFYKL +RSLWIKAFVNEVNSDFEYTENSDGISIIKRK +>MGYG000000001_00814 hypothetical protein +MNVININKIDTNREFLVVNEKFKTLFFKFEEGKGLPNHSHNGFATIQVLGGIVDIEFENG +EKFELKEGDLLPFDARITHNVIARVSSKVLVTISQPLDK +>MGYG000000001_00815 HTH-type transcriptional regulator LacR +MVTIKEIAEKSGFSTSTVSRLLNNDNSLSVSPKTKKKILNTALSLGYERKYIKTIIEKIA +LLFWITDTEELEDVYFKEMRLQLEKYANDKNMELVVVKQQDGINNIPNDISGFIAVGGFS +NKEIKKLHEITENGVFIDSNPNPDLFDSIQPNTPRITQKAIEYFVESGHTNIGFIGGTYF +NHDTNTHEKDIREISFRDHMSKLNLLNDKNIFIGTKFSVDNGYELTKKAIEDLKEDLPTA +FFVASDAIAIGVLQALNENNISIPQRVSIISINNIDIAKYVSPPLSTFHIDIPELCKTSI +SLLSEQIIEERKCKKTVLLNSELILRKSFVL +>MGYG000000001_00816 Cyclodextrin-binding protein +MFKRICSLILCGALVVGMTGCGPTTGDDNKTSSGSKNNSEYDLLVWEDQSKSKGIEEAVK +KFEEEKGVKIKVVEKTYANQIEDLRLDGPAGSGADVITIPGDQIGTAVTSGLLKELDVDE +KTKEIYTDSAMESQIVDGKVYGLPKAVETQILYYNKDIISEEELPKTTDEWLEYSKSVTK +DGKYGLLALWDQIYYAQGVMSGFGGYIFGKNDDGSFNAKDLGLNNEGAVKAGEYIAEFYN +SGVFPKGIIGEQGINTLDSLFTEGKAAAVISGPWNIDPYKEAGINYGVKELPILPNGEHM +GSLIGVKSYNVSSYSKNPELAEELVEFLANEENSKARYEITQEVPAVKALAEDESVTSNE +SAKAVADQSQYADLTPGITEMNSVWEPIDSALQTIATGKAKPKDALDNAVTTIKNTISAI +KK +>MGYG000000001_00817 hypothetical protein +MIGEHTSQVQSKFNNIKKSKHGKKAMLLSLVPGLGQIYNKQIVKGLVFLGFFLSFIFVFK +DLFNMGYWGIFTLGEQVPRDNSIFLLAEGLIAIIVTAFGLLFYYLNLKDAYANGKRRDDG +FSVYSVREQYQILLEEGYPYFITSPAFILLVFSVIFPILFSFALVFTNYDLYHSPPASLV +SWVGLETLKDIFTVEIWRTTFFDVLGWTVVWTLVASTIQIAIGIFLAVVVHQKGIRFKKF +WRTILVLPWAVPGFVTILIFTGMFNDTFGAMNNVILPMLGLSEVPWLTDANFTRLALLMV +QGWLGFPYIFIVTTGVLQSIPEELYEAATIDGATAIQKFKNITLPLVLYSMAPILITQYT +FNFNNFNIIYLFNAGGPAVPNSTAGGTDILVSWIYKLTMQSGQYALAAALTLLLSVFVIG +IAIWQFRRTKSFKEVV +>MGYG000000001_00818 Maltose transport system permease protein MalG +MDALSKTPKTSSRLSSKNKRNLNKALTYLLLIAVCVIIIYPLLWTIGASFNPGNSLVSTS +LIPENPTTEHYTQLFAGEGNLHYKQWYLNSLKISIFTMIFSLISVSFTAYAFSRFRFKGK +KNGLMLFMLLQMIPQFSALTAIFVLGQMLGLINSHWLLILIYVGGQIPMNAYLLKGYMDS +IPMDLDESARIDGASRTRIFFQIILPLSRPMLAVVAMNGFTGPLGDFALSSVILREPEAY +TLPIGLYKLVSDKMGASYTTFAAGAILISIPIVIAFLSLQKHFVSGLAAGGTKG +>MGYG000000001_00819 Beta-galactosidase GanA +MNYTYYKEKRLLHGGDYNPDQWLDYPEILEDDMRLMKLANVNTMSVGIFAWSALEPTEGN +YNFEWLDKIIDDVYKQGGRIILATPSGARPAWMSKKYPEVLRTNERREKMHHGGRHNHCF +SSPVYREKTQAMNRELAKRYGNHPALIMWHISNEFSGDCHCDLCQENFRTWLKNKYKTIE +NVNKAWWGPFWSHSYSDWSEIESPSSIGEGAVHGLNLDWKRFVTDQTIDFYENEIKPLRE +LTPEIAITTNFMTDTNDLIPFQSLNYEKFSKHVDILSWDCYPAWHNDWEETQDLAAKVGF +INDLYRSLKQQPFLIMECTPSGVNWHNVNKAKRPKMHKLASMQLLAHGSDSVLYFQWRKS +RGSSEKFHGAVVDHDNSSENRVFKEVSEVGSALNNLQDIKGSMKESKVAIIYDWDNDWAL +KDAQGFGLESKRYPQTLQEHYKYFWNKNISVDVVTPSADLSKYKLVVAPMMYLMTEETMK +NFKSYVSNGGNLVGSYLSGLVNENDLTYLGGWHKDLKEIYGINVKELDTLYPKDKNSIEY +NDKEFEVKDYCSIIDLLGAEALAEYKDDFYKETPAITTNALDNGKAYFIGARTNQDFLSE +FYDSIVSDLDLIETNDFESPQGVSIQIRENENNKYYFVMNFTEENQDVIINNLYEDLLTN +EKVLGSRVLKPYEVLVLRKSK +>MGYG000000001_00820 hypothetical protein +MYYFEHSYYLGILIIIVGFIMRYGTGERPNSLGYKTWSSCKDSTNWIIANKYAGKLSIIC +GIIYTIVFYCIDRFFTFKNEVGISLLVFVAVFVIIVIATEIYLHKEKEKLL +>MGYG000000001_00821 hypothetical protein +MVSTVNPFSTVIASNTAGIDFTNGMPLRIFMLLAGVVICIIYTIRYVEKVKKDPLNSYIY +DDRLSI +>MGYG000000001_00822 hypothetical protein +MKPLVIGNLVVKVPVIQGGMGIGISRSSLASAVSNSGGIGVISGVNIGYDEYDFENNSLE +ANLRALKKHISIAKEKTSNGIIGVNLMVAMNFYEEHVKTAIKSGCDIVISGAGLPLKLPR +LVKNSNTKIAPIVSSSKGANILLKMWDKKDNTTADLIIVEGPKAGGHLGFSNDELENINS +INYDDEFIKILQIAKIYGEKYNKEIPVIAAGGISSSSDVKRYIDMGASGVQVGTKFVTTY +ECDADESFKNAYINAKEEDIQIVKSPVGLPGRAIKNKFIEHISSSKSKITKCYNCLVPCN +PKNTPYCISQALINAVKGNLDDALLFCGADAYKINKIKSVKEVMEELTCEI +>MGYG000000001_00823 hypothetical protein +MKNSTEEVLNTLLVQLFNDILHIEEKALRSTEFTDLSITEIHTIDAIGTEGNRTMGEIAH +DLRITVGTLTTAINRLIKKGYVERKRIEEDRRVVIVSLTEKGKNVFDIHSVFHKEMIDTI +LENFHGEDLDVLTRALGKASRFFEKKYESFQ +>MGYG000000001_00824 Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha +MQNNVNIIWEKVNIARHKDRPNARYYIENIFDDFVELHGDRSFRDDKAIIAGIARIDNFN +ITVIGINKGTNTKENIETNFGMVHPEGYRKALRLMKQAEKFKRPIVCLVDTPGAFCGIGA +EERGQGQAIAKNLFEMSNLKTPIISIIIGEGGSGGALALAVGDKIYMMENSVYSILSPEG +FASILWKDVSRSKEAALAMKITADDLKNFNIIDDIIKEPQGGAHNNPIEASNNIKAFITK +DLEELINQDINYLLENRYNKFREIGNFY +>MGYG000000001_00825 Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta +MLKNLFRKREYVTVNRVYLDNKSIPNIPDGKWINCNKCKNIIYTEDLQRNHNVCINCGFH +FKISSKERVEQIFDENSFTYLFEDIISKNPLDFDGYEDKLKINREKSELNEAVITGVGSI +NSNKVATAIMDSNFMMGSMGSAVGEKITRIIEYATENKLPLIIFTASGGARMQEGIFSLM +QMAKTSAAISKHDKEGLLYISVITNPTTGGVTASFAMLGDIIISEPNSIIGFAGRRVIEN +TINEKLPEDFQSAEFALEKGLIDSIVKRKDLRGYLSKILSLHEVMEYAK +>MGYG000000001_00826 Biotin carboxylase +MLKKLLIANRGEIAVRIIRACRELGINTVAIYSEADRYALHTQMADEAICVGGPSSKDSY +LNMANILSACVLTQCEGIHPGFGFLSENPKFAKMCKECNIKFIGPGYEIIELMGDKARAR +EIMKKANVPVVPGYEGEINSYTDALEIANNIGFPVMIKAASGGGGKGIRIVRDPSEFKHN +YEAAKLESKSCFGEDKVYIEKYIEKPRHIEFQILADEFGNIVHLGERECSLQRNNQKVLE +EAPSSFLDDKLRNEMGKVAIRAATAVNYKNAGTIEFLVDKNGEFYFMEMNTRIQVEHPIT +EMITNIDIVKEQLKIASGIKLEFTQEDINISGHAIECRINAEDPKNNFRPCPGVVSELYV +PSGLGVRVDSAIFCGYEIPPYYDSMIGKLITYGDNRENAIIKMKRALAEFAIGGVTTNID +FQYEILDHKDFINGDYNTSFIEEKLVNNNA +>MGYG000000001_00827 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ +MLTVKEIKEILPHRYPFLMIDRVEEVIEGKSAKGYKNVTINENFFNGHFPEYPVMPGVLI +LEALAQMGAICILSMEDFKGKIGFLVGADKVRWKKQVMPGDKLELEIEIIKLRGSIGVGK +GKATVDNQIVCEGEIMFAIG +>MGYG000000001_00828 Biotin carboxyl carrier protein of acetyl-CoA carboxylase +MDFNEIKELIGLINSSDLSYFEIKNENNYIKMDKSITRNYINPNNDAIDINSLNKLAVTE +SLDKLELQDSNLNNINTTNINSPTNNSMDDNIEIDCDYIKSPIVGTYYEATSPDADPFVK +VGQKISEGEVVCIVEAMKLMNEISAEFDCEVISVLGKNGEMVEYGEPLFKVRRI +>MGYG000000001_00829 3-oxoacyl-[acyl-carrier-protein] synthase 2 +MSRRVVITGIGAVTPIGNNVDEFWSNSKAGKLGIDFIKSIDTENLDVKIAGEVKDLKIED +YLDKKESRRLDKFTQYALIASDEAVNHAGLNIDELDKSKFGVMVGSGIGGFHTHENEFST +LYNRGPKRISPMYIPMTIINAAAANIAIKYEARATCTSAVTACATGTNNIGDAFRYIKHG +YADVMITGGCESSITPIAIAGFANMRALNSNNNPNRASIPFDKERSGFVMGEGAGILVME +SLDHALKRNANILCEIVGYGSTCDAYHITSPDPKGESASRAMIDAINEGNIDYSQVSYIN +AHGTSTPYNDLFETRAIKKVFKESAKNIPISSTKSMTGHLLGAAGAVESIVCIKALEEGY +IPPTIGYKESDEELDLDYVPNTGRKSELKYAINNSLGFGGHNASLLFKKWE +>MGYG000000001_00830 3-oxoacyl-[acyl-carrier-protein] reductase FabG +MLKGKCAIITGASRGIGRSIALKFAKEGANIVLNYRNSESEALELKNELDKLGSNTLIIK +ADISKFDEAEKLIKEAKNTFGKIDILVNNAGITKDTLIIRMKEEDFDNVIEVNLKGAFNC +LRAISPIMVKQKEGKIINMSSVVGVIGNAGQVNYSASKAGLIGMTKSLAREIGSKNINVN +AIAPGFIDTDMTKVLSDDQKKNIISQVPLKRLGNVEDIANLAVFLGSDKSNYITGQVIHV +DGGMAM +>MGYG000000001_00831 Malonyl CoA-acyl carrier protein transacylase +MSKKTAFLFPGQGSQYISMGKELYDNICECKEVFDKGQEILNMPIKDLIFNGEQDELTKT +KNSQPAILLTSLACLKALEINGVEADYSLGLSLGEYGALVHSGALSFEDGIKLIKKRAQI +MDSAVSTDEGTMAAVLKLSDDKVEELIKRANEFGLVEGANYNCPGQVVISGEPKAIKASM +KIAKELKGMLVPLKVSGPFHSSMYEKASYEFYDELKKVNINNFDKVTYSNVKGKPYEEDD +DVYELLRKQIMSSVLFEKSIRDLIDKGVDTFIEVGPGKTLSGFVKKINKDVFVYNVEDIK +SLNETVESLKSRVASI +>MGYG000000001_00832 Nitronate monooxygenase +MINSRITDILNIKYPIIQGGMAWISDADLAVGVSEAGGLGIISGVGETEDVRAQIKKAKS +LTNKPFGVNIMLMAKNVDEIAKMVCEEKVSVVTTGAGSPGKYMEDWKKNNIKVIPVVPSV +AIAKRMEKFGADAIIVEGMEAGGHIGQLTTMSLVPQVVDAVSIPVIAAGGIGDGRGIAAS +FMLGACGVQMGTRFLVSDECNVHDNYKEKVLNARDIDSEITGTSTSHPVRVLRNKLTREY +IKLEKSNADSSEIEALGKGALRKAVIDGDVENGSVMAGQIAGLVKEKQSCKEIINELVYE +FEETLRRI +>MGYG000000001_00833 Acyl carrier protein +MIFEKLQGIIEENLSIERDEIKLESTFESLGIDSLDTFQLVIEIEEQFGIEIESPENMKS +IQDVVNYIEEKTNEKVNS +>MGYG000000001_00834 3-oxoacyl-[acyl-carrier-protein] synthase 3 +MNEVIIGGVGNYIPSKRVTNDQLSEFIDTNDEWIHSRTGIKSRYISTGEDTSYMASKASI +KAIQDANLSPLDVDLIVLATCTPDMFTPSTACIVQNLIGAKNAVAFDISAACSGFIYGLE +VAKSLMVCNDYKHALVIGSENLSKSVDWEDRSTCVLFGDGAGAAIISKSDKKGIVSSFSK +SEGDKWQCITIEGNDIDSPFVENKTIRHSKLKMNGNEVFKFATSTIVNSINKILDDNNLS +LDDIDYIVPHQANIRIIDYAAKKLKVPIDKFYINIDEYGNTSAASIPIALCEMDEKKMLK +KGQKIILVGFGAGLTYGATLINWSK +>MGYG000000001_00835 hypothetical protein +MVKRNGQKIAAIAMAAALIGQNIQPVFALENLKKTEQVENSVNLELSEENSTDQSDESEE +NYADQYEAKEALEKINEESNDENVEPNEESEESNKVVNNTKSNNEEKVNIQDKSDNTTID +FKVMAISDLHANLMNYDYYTGSTTKNSGLVKAATVIKEEKEKANKSEKENVDNVILVDNG +DTIQGTPLANLYAVKQPVAPGEKYPVYKALESLGFDMTTIGNHEVNYGMDYIKQIVDANT +SMGMVCANLKDAESGDLVFDPYKILNETVVDSNGKERELKIGITGVVPTQILNWDKVILG +GKVTVDDMVKSVDKYAKEMKENGADIVVVLGHTGYGEETTYATGAENAGYAISMLEDVDV +VVGGHVHRSAKYEVEKENGDITQYVQPLNNGKEVGVVDLKIEVTKDENGNDKYTINDSNS +KISNISVANKANDAETEDVVREYHEATDKYVNEKSGEVTKDLNSFFTLVADDPSIQIVSD +AQKAYVEELIENNDPSLAPYADLPILSAAAPFKAGSSADNYVDIKAGGLAIRDLSNLYKY +DNTMAVIKLNGSDVKEWLEFSANMFNTIDPNSSEEQNLINRDFPTFNFDVIDGIEYEIDV +TQKPKYDKTGKVINPDSSRVYNLTYNGKPIDLDQEFLITTNNYRAGGDSFPWNGRQVSVY +TTTDESRDVLKKYIEDAGKLEPSVDNNWKFKAIDTDAKVYFTSHENGVNYLSSYPSIYTN +KESAGNRLYKYYYDLSGEKEESNKITILHTNDTHGRLKADDKVIGIDTVAAIKNNTENSI +LVDAGDTIHGLPFVTLSKGQDAVDLLNEAGYEFMVPGNHDFNYGYGRLMELFKNSVTLKS +GENKLKLLASNVKKDGKSIFESNNIKEMQVNGKTVKVGFFGIATEETAYKTNPNNVKGID +FTNPIEAAKEQVKELEDNGADVIVALSHIGTDESSEPTAYDVINAVDGIDVYVDGHSHTT +FENGEKVKDTLLVSTGEYLSNVGKVELELNDKNEVVNATASLITKEEALSITPDEKVAEK +IEEINSAQEEVLSEVIGTNAIDLDGDRNSVRYGETNLGNLITDAMLNETDADLAITNGGG +IRASIAKGDITKGDVVSVLPFGNFIVTKQLTGAQIKEVLEFGVRAYGESLGGFPHVAGIK +FVVDPSRAVGDRIISLTINGQELDMNKTYTVATNDFMAVGGDDYPCFGDVPTLNEYSSLE +ESVGNFIKFLGTVSYTKQGRILAGTMVNGVIKVEVESEYVKDILTSAINSGYTVEVLEEG +GKSIVKIYAPKAKNNALVAILEVKDLTVEELNNLVEEIKEELENSKPDNGGSDDEDQDGN +NGDGGSNNENQGGNNGNSNKPSNPQTGDATILGYVGMSVAAMAGVFVNNRRRKEK +>MGYG000000001_00836 Oligopeptide-binding protein OppA +MKMLKFKKKVAVILASTLALSTVLSGCSSSGGNSTGGSADGFELNVCVGPEPESIDPAKN +TASDGSTLINHAFEGLMKLNSESKVVEGQAVKYEVSEDKKVYTFTLRDDAKWSDGEAVKA +SDFVYSWQRLVNPETASDYNYMIGMVENANEIMEGKKDPSELGIKALDDKTVEVTLATPT +AYFLEICAFPATYPVRQDIVDANPDTWSTDPQTYIGNGPYVLTEWNHQAKMVYTKNENYY +DVEKLGPDTINFELMEDNNTILSAFKNGEILFGDDLPNDEIEAMKDNGLEIKSQLGTYFL +CLNVKEKGLDNVKVRQALALALDRQYIVDKVAQGGQIPADTFVSTGLTDEDGSTEFHSNA +DAWYSADEKDYESNIKKAKELLKEAGYENGKGLPTIELMCNPGHEPIMEAIQNMWKENLG +INVTISSQDWNVFIDTRNKGDYQVARHGWLADYNDPISFLDMWVTDGGNNDSQWSNTDYD +KLISEIKTSTDNKERYTKMHEAEKILGEEMPLIPLYYYTDLMLVSDKLEGFYSSPLGYKY +FMYTSVAE +>MGYG000000001_00837 Oligopeptide transport ATP-binding protein OppF +MINKKKNDNLIEIVGLKKYFPVKEGFLKTNYVKAVDDVSLHIKKGETLGLVGESGCGKTT +LGRTILRLHEPTEGKIIYKGEDITKVDMLSYRRKMQIIFQDPYASLDPRMTIGDIIGEPL +DIHKLYNNKQERQEKIYNLLETVGLNKEHANRFAHEFSGGQRQRIGIARALAVEPEFIVC +DEPISALDVSIQAQVVNMLEDLQAERGFTYLFIAHDLSVVKHISNRIGVMYLGHLVELTT +SKELYKNPMHPYTQTLLSAIPIADPKMSRSRKRIVLEGDIPSPLNPPSGCTFRTRCPYAT +SECSKVAPTLKEYDNGHFVACHNLDKI +>MGYG000000001_00838 Oligopeptide transport ATP-binding protein OppD +MGVSKDYILLKVNDLEVSFFTHAGEVKAVRKVSYDLKYGEAMGIVGESGSGKSVSSYALM +GIIPEPGKILNGSINFEDKDITKLSEAEMLKLRGKEVGMIFQDPMTSLNPVFTVGSQIDE +SLKKHTNLDKKQREKRIIELFELVGINQPEKRLKQYPHEFSGGMRQRVMIAMALACNPKL +LIADEPTTALDVTIQAQIIELLKELKEKINMSIIFITHDLGVISEICDKVAVMYAGNIIE +RGSIDDIFYNPKHPYTLGLLKSIPKINADEHERLIPIEGNPVDLINPPKGCAFAPRCDYC +MNICMEKVPPVYSVGEGHESSCWLLVKEEFEREVKAL +>MGYG000000001_00839 Oligopeptide transport system permease protein OppC +MILDNSTKFNCEVDLSPDDFKPVTKEVQQSLITMGENTSYWKDAWRRLKENKIAMVALVT +IILIIGFAFIGPFLSPYTYDQQIRGHENLFPCMEHPFGTDKLGRDLLVRTMVGARISLLI +GIGSAAIVLVIGSIYGAISGLAGGKVDTVMMRIVEIIYSLPDMLVIILLRIVLHEPLTKA +FDSGKSFGVLQTLGPGIIAMFIVYGLLYWVGMARIVRGQVLQLKEMEYISAARALGANNK +RLIYKHLLPNCVGQLVVTTMLQIPSAIFTEAFLSFLGIGVSKPLASLGSLASDALSGISS +YPYRLMFPAVAISIIILAFNLFGDGLRDALDPRLKR +>MGYG000000001_00840 Dipeptide transport system permease protein DppB +MDTAKYILKRIMMAIFTIFVAATITFFLMKLVPGSPFASEKTNEIAQQALNEKYGLDKPV +LVQYKIYLQQLLQGDLGVSYKLQKNVPVTKIIADSFPISAKIGAMAIGFALLLGIPLGCL +SALKRGKWEDSVIRVVSTLGIAVPSFVIATASMLIFAIELNLLPTYGLSDTSSYILPVFT +LGFYPMCYITRLMRSSMLDSLGHDYIRTARAKGMSEFIVTFKHALKNSLIPVITYLGPLV +AFTLTGGFVVEKVFNIPGLGRYFIKAIDARDYNLIMGTTVFLASFIILMNLVCDILYKLV +DPRIKLDE +>MGYG000000001_00841 Bicarbonate transport ATP-binding protein CmpD +MLIQMNSYQNKNKKISINNVSKSYDGTKILDNISMDVYEGEFVSILGPSGCGKSTLFNLI +CNLTKIDNGDINVNGKISYMYQKDLLLPYKTIIDNVALPLILNKKSKKEARRMVNPYLEI +FGLSGYENKYPNELSGGMKQRANFLRTYINSDDIMLLDEPFGALDSITKLSMQRWLLEVK +SKVNSTIILITHDIDEAIMLSNRIYVISQKPASVKKEFVVNKTDNNDKKMEQVIKLKSEI +LSLL +>MGYG000000001_00842 Formylaminopyrimidine-binding protein +MRLKKMGILSLIGTLTLGSLTGCTSKDTESASNKDQLEKVTMVLDWTPNTNHTGLYVALE +NGYYKDEGLDVEIVQPSDGDAATLVATGKADFGISYQEEVTYAKTSEDPLPIKAVATIIQ +HNTSGFASPVEKNINTVKDFEGKIYGGWGSPSEDAIFKAVMEKNNADLSKLKIVDMGTDD +FLTATSKNIDFAWIFEGWDGIEAKRKGVDLNFMPIKDLDERLDYYTPLIISNEKFLNQNP +DLVKKFLKATTKGYEYAIENPTESAKILVKYAPEIEEDLAIKSQEYLAKKYKDDADRWGE +MKDSIWNNYTDFLREYNLIDKDMEAKDAYTNEFLPE +>MGYG000000001_00843 hypothetical protein +MKNLRIIDKIKNSLYPVVTFLIILIIWQFVVEGFNIPQYILPSPIDILGVFFTDYENLYL +HTVFTLNEALLGFILSIIIALVMGILMDFIPIFKKCFYPIMLVTQTIPTITIAPLLIIWF +GFGILPKILMVTLTCFFPILINFVDGMENLDKDYLNLFKTMNAGKLNTFIHLKFPMSMDK +LFSGLKISSTYAVMAATVAEWLGGSQGLGVYMVRSKSAYALDKVFASTLIVVVSSLIFVG +IIQGIKKIVLRHKN +>MGYG000000001_00844 hypothetical protein +MVIADVAVMPLRPYAGEDEMYKVVDACIEEIAKSGLKYEVAAMSTTIEGEFDEVFDLLKK +IHRIPFNLGCERVITVARIDEKSGGITIDEKLKNHR +>MGYG000000001_00845 putative Nudix hydrolase NudL +MLKSIRNKFENYKPYINGFENMKRASILVPIVKIDDSYYILFEVRSKNLRTQPNEISFPG +GKIENGENPVDAAIRETCEELGTSEDSIEIISQLDLLITHMNLIIHPYVGILNNINHLDI +NKDEVDHTFLVPITHLIENKPTYYKNKLEVIPDDKFPYDIIPNKENYKFQESSYPVLFYE +YKDYVIWGLTARILENFLKVLTE +>MGYG000000001_00846 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase +MSKRKQVQVPMEKIEEQDRFIEAIAEQNSRYYAIHQVKPKYIIQTFGCQMNEHDSEKLCA +MLDSMGYEQGMMVDECDLIIYNTCAVRENAELKVFGNLGHLKLAKRKNPDLKIAVCGCMM +QQPHVVKEIKSKYKHVDLVFGTHNLYKFPELLTKSIESENILVDVWDVDGEVVEGLKSNR +KFELKAFVNIMYGCNNFCTYCIVPYTRGRERSRTPEDILNEIKELVANGTKEVTLLGQNV +DSYGKTLDNPMTFAELLREVNNVEGIERIRFMTSHPKDISDEVIYAIRDCDKVCEFLHLP +VQCGSSSLLKVMNRHYTKEQYLEIIEKAKKEVPDIAFSTDLMIGFPGETEEDLLDTIDVV +EKVRYDSAFTFIYSKRKGTPAAEMENQIPEDVKHERFNRVLSKVNEIVGEINQSYIGKTV +EVLVEGKSKTDDNRFMGRTRQNKLVNFDAKSEDLIGKLINVEITSATGFSLIGKEI +>MGYG000000001_00847 hypothetical protein +MLVVLIRSIILYIAVLISLRVMGKGEMAEMNSYDLVITLLIADVVSMPMENNNIPMINGI +ASLTGLVLMQTIISYLSLKSRKFNSFLCGKPSILINKGKIDQKELKKERISIDELLEQLR +VQGFFNLKEVQYAILETDGNLSVVPSGSHSDSPSVTFKHLPISLIIDGRIIHRSLKSINK +NEDWLLEIIKSNQINNFKDVLICILDECDEIFIQKKKI +>MGYG000000001_00848 hypothetical protein +MKSVVGVIVWTILFVLLGIYINDEVYEFTDKYTSNINVIEQHIENGNWSEASKELDYYSK +GYYKEKEIWYKILDHTYFDDICLYINILNKSILTENKTQSFIEIERIKMTFDNILESGKF +DINHIF +>MGYG000000001_00849 Argininosuccinate synthase +MKEKVVLAYSGGLDTSIIIPWLKENYDIDVIAVCGDVGQDDKMDGIHEKAIKSGAIKAYV +EDLREEFVTTTIYQAIKAEAKYEGKYLLGTSLARPIIAKKLVEVAQMEGAKYICHGCTGK +GNDQVRFEATIAALDPTIKVIAPWRIWDIKSREDALDYAAKHNVPVVATKEKIYSVDDNL +WHVSTEGGNIEDLANEHSKDIYKKTVDPEDGCDVAEYVEIYFEQGIPKKVNGKELDPVGL +VYTLDQLGSKHGIGVVDILENRLVGMKSRGIYETPGGTILYEAHNVLESATLDKETLHYK +QVVSYKYGELIYNGLWYSKLREAIDAFIDTTQKNVNGSVKLRLYKGNIKPAGIFADSPLY +DQGISSFGNSELYDHKDAEGFINLFTLPLKINAMKLNKNIITEIVE +>MGYG000000001_00850 tRNA pseudouridine synthase A +MRNIKMTVEYDGSRYKGFQRLKDNDMTIQGKIEAVLSKMANEDIEIIGSGRTDMGVHSYG +QVVNFKTKSTDSIEKMQKYLYEYLPEDIVIRNIEEVGERFHSRYNAKSKVYLYRIDNNKF +HNTFNRKYSYHVEKKLDIELMREGSKFLIGEHDFTSFASSKSKKKSNVREIYSIEIQENK +NLIEIYIEGNGFLYNMVRIIAGALVDVGLRKKTPEDIKAMLEVKNRAEASDTAPSKGLFL +YKVKY +>MGYG000000001_00851 Sensor histidine kinase RcsC +MLHFEGLRRRIIKYYFTIIIITIALFEGLFIFYIQNYYYDSVKQSLANHAAYTKDTYTTI +GNESSSFEYKVNNIIEKEKLRANSKYAVQIIDKDKNLIIDQYGFRTNEKVDYEDVDNALR +DSSNLTPYTYRITDTNEHLMSISVPLKVNNVIEGVVRYTVTLNAIDKTIFKLVLGLILAG +VFILLITISISLRFAETLIQPLRELKEFANELAHGNYNIKLKNKKIRNDEIGDLAQTFEH +MATEIDKTRRLKEEFISSISHELRTPLTSIKGWSETLGYENITRDELDLGLGIIQDETER +LIKLVEELLDFSRLSSDRIRLQVDIVDVEALAKGVVNQLKVKAIENNIKLLSKFEVADLN +PIQGDKNRLRQVLINLIQNAIKFTPPEGEIDVIVSQDEEFTTIKVKDTGSGIKKENLEKV +LDKFFQEDINKSGSGLGLAISNEIVKLHGGKMKIESEKDVGTTITFTLKNKILESI +>MGYG000000001_00852 Transcriptional regulatory protein WalR +MKEKILVLEDEIGIRSFVSINLKREGYEVIEAGSGSEAIEKLSKEDDISIALLDVMLPDM +SGIEICKFIRQNFDQVGVIMLTAKSQEEDKIEGFISGADDYMVKPFSIKELLVRVSALLR +RIKKDENKTKTNEIVSHPFVLDIDKRKLFKNNEEIELTPTEFSIVKYLMTNGSQSLSRDQ +ILKEVWGSNYLYDFKIVDVNIRRIRNKIEDDPSKPKYIQTVWGYGYSFRKED +>MGYG000000001_00853 hypothetical protein +MKLFKSTALLGALMLLMTGCVSSSESPESLIDKKPIYNEENKELYDSINKMLVKPASLSL +PSNSQDVGEINKVDLNNDDINEVVAFEKKKNLNTNENEVGFMIFSQKYDGTYEEKVNLLK +VGESIEYANFYDLDNDGNKEIVLAIKEKTKTRLYLYKYIDEEVQEVYNSEPTWIKNRGYL +SDMKIKIGYINDDHILDILMVNYDYKNSEMYVSILNFDNKMKLIDYVKFENVKNISDLYI +TFGNLASQVKGATTRGVVLDIPMIKDSSYFTQMIYLENGSIKKAFKDDDKNLMKSYYIPI +EDINKDKVIDIPILNGSLNENTYTSKSSANISWYRWNGKTDDNSGLLFTIQIYYNYDYNY +KFLIPNNLANKIYIEQEQNLDNVLFKFCYNDATGNKSKSLFTITASSRNIVDENKNINLV +NQASILLKETEKYNFSLSIDDTEELERLDITKEALKDYFSLIYE +>MGYG000000001_00854 Multifunctional CCA protein +MTSIDNYYKINEILLEIKIPSKEIIRLIKEGKLDEQPFDLIKKLSEIDQNRKYHPEGNVL +NHVLLVVDEAAKNKNHSKNKEVFMWAALLHDMGKLTTTKLRKGRLTSYNHDVEGEKIAYD +ILDKLGKDEDFKVKVSKLVRYHMQPLFFDKNLPFFDPSNMLKECDYEEVALLSKCDRLGR +GELNESKIKEECDRIENFKNYCKKVSD +>MGYG000000001_00855 hypothetical protein +MLRMKNNNHKRSSRKKHSNQVDKNVDSKSNYEEDFNEVILNDLVPDDKKQEFGLEEAKPR +AKKNRPFNLGLGGKKKPAKKSKIKKEDDTTEVSESTKGSKNKKSSLNKKTNSKQTDSKEN +HSKKAHSKNTKKTHPKNESIDNEVDNIIENKVENKVDNTGTENKNTKNHKKSHSNNHSHK +RRTKKSDKFDKEDSLEVKQNVIEESEEILEDIEDQNDLGSFRGVENDNLNKVQEIEVVEE +IKTDDRRVENIVWSKENFPKK +>MGYG000000001_00856 Ribosomal RNA large subunit methyltransferase K/L +MKTYTLMSPCFFGVEKMLAREIKDLGFEIIKTEDGRVTYKTDEYGIARANMWLRCAERVH +LKIAEFEAKSFDELFEGTKRINWAKYIPYGAQFPIAKASSIKSKLHSTPHIQSIVKKAIV +ESLKKSYLEDGLLKEDKEKYPIYVFIHKDKVVLSIDTTGDALHKRGYREKANKAPIRETL +AAAIMYLTPWRPGRTLVDPMCGSGTLLIEAAMMGINMAPGLNREFISEKWRTMDKKIWWD +IRKEAYDKIDESTQFKIYGYDIDEEAINIARENAELAGVEDYIEFNVANAVDFKSEEEYG +FIITNPPYGERLEDADSVKMLYKELGYTFRKLKNWSYYLITSFEDFEKEFGKDAERKRKL +YNGMLKTNLYQYPGPRPPRKND +>MGYG000000001_00857 Pyridinium-3,5-biscarboxylic acid mononucleotide sulfurtransferase +MELSEKLVKLKNMLRELGSVAVAYSGGVDSNFLLKVASETLGENVVAVTLHAMMHSKREI +EEAIEYAKTFNTNHIVVDIDNFDVKEFIENGPKRCYYCKKVVFSKVKEIAKENNIKYVVD +GTNLDDLGDYRPGLKAIEELNVVSPLKECGFTKNDIRALSKEMNLNTFNKPAFACLATRI +PCGTKITNEKLRMIEKSEEYLVELGFNQFRVRLHEDIARIEVGKEEIHKFFSNDLLDKTN +NKLKEFGFKYVTLDMGGYKMGSTNLT +>MGYG000000001_00858 hypothetical protein +MKIDYKIPNNLLKNNKGMKLIFRDDSTILDIYIGSNPVLTLELEKRDIESNSEFIYNSII +NLKNITMYIPKIYIKEN +>MGYG000000001_00859 hypothetical protein +MKNIINLVKMSYSNLNAVKSILLISIILFIVGSIINPIFLNMLIGIIVYQMTYQVIAYEE +SYGIDYLIASLPVTKKEYITSRYIFGLTSTIISILIFTVTYRLVLTFSSKSYDIIDFKTM +LTVGIASSIILVSVLIPSILKFGIVKGRVFITIVGLSIVMAPASLISAMAEEKEAMIFLS +KINEIGIGTIFLIVSVVVMIISYIISQKIYRNKQVL +>MGYG000000001_00860 Vitamin B12 import ATP-binding protein BtuD +MSAIKIKNLSKSFEDFSLNIKELDIKEGYVTGFIGPNGSGKTTTIKLIMNMLKKDNGTIE +ILGKEYKECDLYIKEQIGYVGDYSGYLHDAKISIIKKNISRFYKIWDEELYKKYINKFKL +DENKTYKELSKGQKKQFELAIALAHHPKVIIMDEPTANLDPLVRNEFLEILQERIEVDNA +SVFYSTHITSDLDKVGDYLVFIYKGKIILEGDKYSILEEHSIVRGKKDLLNHETKEVFIS +VSENSFGFEGLARNKKEAYEIFGEEVVYDKPNLEDILTFYTRGE +>MGYG000000001_00861 HTH-type transcriptional repressor YtrA +MNINININISNSSSVPLYEQIQIQIKSQILNGQLKAGDGLPSIRSLAKELKVSIITIKRA +YEELEKDGYLETVTGKGSFVASQNKERLKEVAMYEVESKLEEIIRQAKSVGMTLEEGLEI +FKSLYEEV +>MGYG000000001_00862 hypothetical protein +MRNNKKKLISFLTIFTLLFVSISFALSEVVSYADELNSIETYTISSSSRSSSKSSRPKSY +KSNSSKRLPSSGSFNSGGSSNKKNNSTTIKPDSGSFSTSPNSGSSSNGNSSTIKPDSGSF +TTKPNDSSSGESNNSQGSGSYKDYGSGGGSYSGDSSSGGGFFGGYFNPFRTIGYGGHISS +WITNIVIIITVVVVAYIVIDMIRNRRD +>MGYG000000001_00863 hypothetical protein +MSTRIEEEKNKYNKVYTDLVFASDDLKQMLDEDELNKRSFITKVETLKDYMSFLDKLERD +SKAKKGLFAKLLNKDMDVNSKIDNYLSKDKIINLGKLDKCSLCKCRNCVSKCPMDQCFNC +REKEYVLDCNKTDSLLTSCNDTVTLYNGNKEIIFNVKAYLIEKDKDGNYSRYVYLIDSED +YDNQHILKYSKFKGEERYDSVITDDTQYELIRINNKFIEMGLRV +>MGYG000000001_00864 Phage shock protein A +MSFFKRLKNVVSAKANKALEKHEDPIELLELSIGKKEKLLIDAKKQCANFIATVDNIRKD +KVELIEKASKYEEATKAAILKEDTEKAQSFVKQKIEIEEKISQTDTRIKEQDEKIQLIKN +RIQELEIEISKMKSKKQELATRLDVAEISNEINETLAGLNDDHGINLDELEKKVSQKESY +GKALEDLKPKDEDAMLYEYINSSPAVDSKVSDELERIKKEMEK +>MGYG000000001_00865 hypothetical protein +MRYVIVSVVKNKAGDFNNNLRKDIFEKFKAKSSKLPAHFTIKSPFESEDISELESTLSKF +TESHSSAPYKIKGYSNFDNRVIFMKVLMSQDGKRIHDELIDSLNEISYIKFDSKDGKDKI +FHVTISSKKIQNIFSIIWDYVNQSPCDFDCVFDNICIYKWENNTWVLHSEYNL +>MGYG000000001_00866 hypothetical protein +MKKKIKISIRSLVEFILRHGDIDNRYVGSVKAIEGIKGHQIVQKSYGSNYSAEVPIKHEF +DYDGLTFIVEGRIDGILIENGNIIIDEIKTTTKELLLIDEDTNPLHWAQGICYGYIYSIQ +NELENIDIQLTYYNIESKTTRIFRKKYLLKELEDFFFDLLDEYKSWANIESDWINKRNSS +IKNLKFPYSNYRPGQREFAVRVYKSIMDSKKCFAQAPTGTGKTISTLFPAIKAMGEEHTS +KIFYLTAKTITREVAQDSITLMRKQNLSIKSVTITAKEKICKMNEINCNPDYCPYAKGYY +DRINKSLKEIILKYDDYNRYNIDQISEEYNLCPFELSLDLTMFSDVIICDYNYVFDPRVY +LKRFFEVSKTDFTFLIDEAHNLVDRARDMYSATLTQEKFVQIRKLMSSKDKTLTSIIKEV +EKTFKEKYESLNRLNETYLVDNKLPMKLSEILKSFIKYTDEYLSRSTEDNKELLDLYFEC +RRYISIEDIYDENYTTIYYQGFSGITIKMYCVNPSKVIQEKMKKSKSTIIFSATLIPIEY +FMTMYGSEKEDFVINLKSPFDNNNRLIMIGDNISTTYSKRNETSEEICDYISACTQGKTG +NYMAFFPSYKYMELIYEKMKEKHPRINVSIQESNMSEEDKEDFLSMFDENNIETHVGFCV +LGGHFSEGIDLTKDKLIGVIVIGVGMPQIGVDRDVIKEHYDKDNKGFDYAYVYPGMIKVL +QAAGRCIRTDEDRGVILILDSRYSQNRYKSLFPYEWHNTNLKVRKSEDVKRLCKKFWSK +>MGYG000000001_00867 Methylated-DNA--protein-cysteine methyltransferase, constitutive +MKYLYFYDTKIGKIGIAEEDGYIIKIYFENGKIIKEDYEIFESEVIKEASSQLNQYLNGK +RKEFNLPFKLIGTEFRKNVWNSLKNIPYGHTSSYKEVAISINNSKACRAVGMANNTNPIP +IIIPCHRVIGSNNKLVGYAGGLEVKEFLLNLEKENL +>MGYG000000001_00868 hypothetical protein +MEIIINLMGGLGLFLYGMNLMGDGLQKSAGAKLKRIIELLTSNVIMGVIVGALVTAIIQS +SSATTVMVVGFVNAGIMTLPQAIGVIMGANIGTTITAQIVSLDLVGMAPMALGIGIVLYL +FAKNSKTKHMAEILIGFGILFTGMDFMKDAVKPLREFSGFTNALVSFGSQPILGILLGFG +ITAIVQSSSASMGMLLALASEGLIPLSSALPILYGENIGTCVTSLISSIGASKNARRAAT +MHLVFNIIGTLVFMFLLTKPITMLVTHLDPNDVSRQIANSHTLFNVINVILLLPFSKLIV +KLTMKLVPEGEDEVEDTKVVRFIDERMITTPSIALSNTSKETLRMGNKAKASLENAMNGL +LEKSEAKVKYVFEEEAKINKLQKTILDYLLKLSKTSLNHDCIEGIDKLFNTINDIERVGD +HAENIAELAESMINNDLNMSDKGKDELIEMFNKVVETYTCALEALEKADVNLACKVIKME +EQVDAMESSYRRSHMNRLNEGVCSIDSGVIYLDIISNLERVSDHSVNIATQVITSNQSVN +ESVSV +>MGYG000000001_00869 hypothetical protein +MNNYRIAYNQGWKMLKDRNFNRVSKIRDVKYREDVNIFEIDILGDHYILDCDSEKIYNIE +TLEDMDISLAITLLNYLGFSDDDIKVENKWVSLKEIPNGGDLYYPAFYKSSIETLIKEFG +YSSDIFSMLALGLGGTEYKFGDASAIFNIFPRVPICVVIWEGDDEISANATVLFDNSIQK +IMHIESSIGVGMFITKQLKNLTIYLK +>MGYG000000001_00870 hypothetical protein +MFENLEKNCENTNIMILYINISILYFVYELKWGK +>MGYG000000001_00871 hypothetical protein +MNDINYENLLNINTFGEENWKDKFSHYHPYQATSYSALDTLFENYRVNEDDYIVDFGCGK +GRLIFYINYYFNASCCGVEMNNDFYKTCLDNKSSYLIKNKKLKNKIKFENTFAENYKISL +NDNKFYFFNPFSLQIFIKVIDNILDSLEANMRPVELILYYPSSDYIYYLENNTPFVIERE +IILDNLYTKDNNERFLVYKLAYC +>MGYG000000001_00872 hypothetical protein +MINLVRACPYCSNVDMDKLEEVVGKEKVQRGCIGQCRAYKKEAVVKVDGILTIKQSQEEL +FEELSK +>MGYG000000001_00873 HTH-type transcriptional activator RhaR +MIDKKDYFVREFKFNNIKTKRIKSNKYYKILFVFSGDCNLNLNNQSQRCSTDNIILISPN +NFIDIESKSKQLLVIYELSVTTELLDKLSDEETDLVKSFNTVPFECVVIDASTETTMLIK +NILKKLVYLKEDSFEFANNLYIKSMLSIVLVLILRSCIYAEPKQKIKKSKPFLIDDIFSY +INNHITEEISLDDLEREFYVSKFHISREFKKATGITLHRYIVKAKLDLCKKLIEEGNTII +DVAHICGIGSYNNLFRAFKKEFGITPKEYYNEIKKYK +>MGYG000000001_00874 putative symporter YjmB +MQKFSMKDKIGYTLGDLGCCCTEQFRAMFLTVFYTLVLKVNPIHVGTIMLITKFWDAIND +PIIGAIIDSRKAKPGKKFIPWIRTFSIPCAILMCIGFLNVSNLNYGLKLAYILITYVLYE +AMYTCVNVPFGSLSSVMTDDTNHRTDLSRYRSLGGTIFMTVIVIVGPLFLYKDNVPVPSN +FLLLAIICACVSVFCLQITSIWCKERVELPHVEKEKFNYFEVLKNISKNKALLGVIIASL +VGMISASVVNGLNTYLFKDYFGNVKIMAVSGMLSTVYSIITFVGTKFVANKFGKKEWCIY +GAGFAAIVYGVLFFFPIDNPIMFIIINGVCYIGASGFQILIWAMVNDSIDYQELQTGTRN +ESIIYSTYSFFRKLAAALSASLSSFILAFIGYNVHASTQTAEVASKLWKSYTGIYSIGYL +IAILALFFIYPLSKKKTQEMLEELSIKRRNMKNI +>MGYG000000001_00875 hypothetical protein +MIKLVEIKNRKNKTLRGVLTLPDNIENPFIVLNLHGFGGSMSGHKYAHTHLSRVLDSNGF +GCARFDFYGCGESDGEFEEMTFTGLIEDTIDMYNWLIDSKITTSDKIILSGHSMGGYVAA +CTAPKLQPIALILMCPGAGMWYGCKERADELKNKSIQYANMEGLKFNIDFNYDLYNYEPF +SSAMGYDKDVLIIRGTEDKLVDNRTCQAYLDCYNSDKTTYIEIEGGDHNFANIKAKSECE +NAIIDFCKLINNK +>MGYG000000001_00876 NADH oxidase +MKLLETINVGNITLKNRVMFPPLTTGYEGRDGSITKQSIEFYERLAKGGVSYIVIGDVSP +INSFSPTPKLYDDSQIEGFKKLCDSIHKHGAKVSVQIFHPEYDCDAINKMFASGDMKAVR +EKLHHDMKHFVNEVSEEGLNNIISKMCDCAIRAQKAGVDIIQIHGDRLVGSLCSTILNKR +NDKFGGSLENRTRFAIQLVKSLKEAVPNMPIDYKFSVVTPQRGKGGINLDEAPTFAKWLE +EAGVDMLHVAQANHTGNMADTIPPMGVQPYGFFVDIAGQIKKSVNIPVSTVGRIFNPKMA +ESILESNKSDIIGLGRILLADPDWINKVKDNKSEDIRECICCNKGCTDNIQERKFLSCVL +NAENGYEGTRKITEAETKKKVIVVGGGPAGLEAARVASLKGHNVTLFDENTSLGGQLNLA +CIPPRKNEIRRAIRFLTHSVTSQNVELKLGKKVTQEDILALQPDAVLVAVGASNVIPNID +GYNKHMVCDSWKILNGEQQVFGNIAVIGGGMVGCEVAEYLCLQEGNNVSIIEMDDSIAKG +ESNTILPTLMENFNKNNVKIYTNHKVNKIDSEYIICENDNNEIKIPCDYVVMAVGARPNN +FNVDKLLENNIKVVKIGDCKDRASDIENAIKTAYDAANEI +>MGYG000000001_00877 PTS-dependent dihydroxyacetone kinase, phosphotransferase subunit DhaM +MVGIVLVSHSNKLVEGLKDLISQMAVGVKICVAGGTDDGRIGTDPMKIMSAIEEVYSDDG +VLLFFDIGSALMNAELAIDMLDEYISKKVEICKVSLVEGAFVAAIDSSMGKSLEEIKESI +KDLQIEK +>MGYG000000001_00878 PEP-dependent dihydroxyacetone kinase, ADP-binding subunit DhaL +MSIKGFEVISIINKIADVISENKLYLTELDAAIGDGDHGLNMSKGFEAVKEKLVDDNGEN +LGNTFKKIGMTLVSTVGGASGPLYGTAFMKAAPVLNNKSEIDLDDFINVLKSSLDGIKMR +GKAVAGEKTMIDSIEPALNSLIESKEKDLSIIDCLDNAQKAAYEGVEKTKEIKATKGRAS +YLGDRSIGHQDAGATSSYLILKTIYEYIKGE +>MGYG000000001_00879 PTS-dependent dihydroxyacetone kinase, dihydroxyacetone-binding subunit DhaK +MKKIINDPSNVVSDMIQGMILAHPNYVRKSENGNILVRKDAPVKGKVGLVSGGGSGHEPS +HGGFVGYGMLDAAVCGEVFTSPTPDQVYEAIKEVNGGNGVLLVIKNYTGDVMNFEMAKEM +AEMDGIEVDYVVVNDDVAVENSLYTAGRRGIAGTVFVHKIAGAKATQGATLNQVKEVANK +VIKNVRSMGMALSPCTVPAAGKPNFTLEENEIEIGMGIHGEPGTHKEEISSANDITTHLL +DKILADIEIVEGEEVAVMVNGLGSTPLMELYIANKTVNEILTNKGIKIYNTFVGEYMTSL +EMAGYSVSILKLDDELKELLDAKADTLGLKVL +>MGYG000000001_00880 Fumarate hydratase class I, anaerobic +MIEISTPISTEEIRKLKCGDSISLSGVLYTARDAAHKLMIENIKGGKDLPFDVKNQGIYY +VGPTPTKPGEIIGSAGPTTSYRMDDLTIPLLEKGLKIMIGKGKRDKEVIEAMKEYGSVYL +AAIGGAGAYISNSIKSCEVIAYDYLGAEAIRKIEVEDLKLIVAIDSYGNNIYERN +>MGYG000000001_00881 L(+)-tartrate dehydratase subunit alpha +MRTISSDDTTKEVKRLCIEANLYLGEDVLTCIESNLPKEQNPVGKDILNILIENANIAKE +KAIPICQDTGMAVFFVQLGQEVIIEGKTIEEAINDGVRKGYEEGYLRKSVVHPLTRKNTK +DNTPAIIHYEMVKGDKLVIEFAPKGFGSENMSKLKMLKPSDGVDGIKKFIIETVKEAGPN +PCPPIVVGVGIGGTVDKCAQIAKKALLRDVGKYNYKDSYIADLEIELLKEINSLGIGPQG +LGGNTTALAVNIETFPTHIAGLPVVVNINCHASRHKKVVI +>MGYG000000001_00882 NAD-dependent malic enzyme +MDFNKLSLEMHKNNKGKIGVISKVEVKNRNDLSTAYTPGVAEPCRKIYENKEDVYTYTSK +GNLVAVVSDGTAVLGLGDIGPEASMPVMEGKAILFKEFAGIDAFPICLDTKDVGEIVKTV +KYLAPTFGGINLEDISAPRCFEIERRLKEELDIPVFHDDQHGTAIVVAAGLINSLKIVKK +KMEDINVVINGAGSAGISICKLLLQFGVGNVVLVDKKGALANGEVWMNEAQVEISKVTNK +YNEVGTLKDIIKNKDVLIGVSGPKCVTSEMVSTMAKDPIIFAMANPIPEITPEEAKKGGA +RIVATGRSDFPNQINNVLVFSGIFRGALDVRATDITEEMKKAAAIAIASIINEEALNEDY +IIPGAFDKRVAESVAKKVAEVAIETNVSKLSKDEVYI +>MGYG000000001_00883 GTP-binding protein TypA/BipA +MSLKHKIINIAVIAHVDAGKSTLVDAFLSQSGVFRENEVVKDCVMDSNDLEAERGITIYS +KNCSINYKDYKINIVDTPGHSDFSSEVERVIKTVDTVILLVDASEGPMPQTRFVLQKSLE +AGLRPILFINKIDKQDQRAEEVVDEVFDLFVDLNANDEQCEFPIIYGIAKQGIAKRELDD +ESTDLSPLFETITEHVEAYPDFDNEPLQLQVSALAYDDYVGRLGIGRVYKGTVKNGEQVS +ICKADGSVARGRITKLTVYEGLNQIEKAEAYSGDIVVVAGISDISIGETICNLDNPLPME +MIHIEEPTLSMNFLVNDSPFCGKSGKFVTTRHIKDRLDKELEVNVGLKVEPMDTTDGYRV +SGRGELHLSILLENMRREGYEIGVSKPEVLMHREDGKLLEPMERVIVNCPEVYSGTVINK +LNLRKGLMESMSIEGDYVKIEFIAPTRGLLGYRSEFINDTRGEGTLVRSFERYEEHKGEI +PGRSNGVLIAQGPGTTMGYALNALSERAQMFVDPGVDVYEGMIIGMNSRKDDMVVNPCKN +KKLTNVRASGSDDAIKLQPARIFTLEEALEFIDDDELVEITPDSIRLRKRFLNENERLRY +NKSRQNR +>MGYG000000001_00884 hypothetical protein +MILLISAVLVIVMYGLTLLSYVSENNLLDDIN +>MGYG000000001_00885 Threonine synthase +MYYLSTRGNKERITASQAIIKGLSDDGGLYVPSKFPDLRDELKNLCTLDYSQLAFYILSK +FLVDFSEAELKSCIKSAYDNKFDSTEITPLKKINNNYFLELYHGPTLAFKDIALTLLPHL +LNTSIKKNNIDKDILILTATSGDTGKAALEGFKNIDGIKISVFFPEDGVSPIQKLQMKTQ +DGNNVFVAGIKGNFDDAQSAVKEIFSDNEFNELLDKKGFTLSSANSINIGRLLPQIIYYF +HSYFNLVNNKEIKLFDKVNFVVPTGNFGDILAGYYAKEMGLPVNKLICASNENNVLYDFF +KTGEYNKNRDLKLTTSPSMDILISSNLERLLFEISNRDSNIINKLIYDLNNKGHYKISNN +MRDNLDTFIGYYATDDNVAETINHVFEKYNYLIDTHTAVAYYCLEKYKNKTQNRSKSIIL +STASPFKFSKDVLKSLGYNSDNLDDFEIINKLSSITNTTIPNPINALKTKIILHENLYES +FELKSAIKNYLGI +>MGYG000000001_00886 Methionine synthase +MEIKEYIKDNILIFDGAMGTMLQKNGLQMGENPEIFGFNNPDILINIHKAYLEAGANVVT +TNTFGANELKLDKLGYTVEEIVDNAISVAKKAIDNVDKSKPRYIALDIGPIGEMLEPMGT +LSFDRAYEIFKRQAVQGEKSGANIIIIETMMDLYEAKAAVLAVKENTNLPVFCTMTFDED +GRSFTGCTPESMVATIGGLGVDAIGVNCSLGPKQLLPIVKKITKMATIPVIVQANAGLPN +IIDEQAYYDIDEKEFYSGVVEFINSGARIIGGCCGTNPNFIKYISDNIKDIELHKTEVDY +KCVVCSPSKFIEIDKPTVMGERLNPTGRKSLKEALKNENIDYIIKLALEQINAGAEILNV +NVGLPDIDEKTVMPKVIREIQGIIDTPLQIDSSNIEALEQGLRYYNGRTIVNSVNGKEDS +LEKILPIVKKYGSALVGLALDDKGIPETAEGRFEIAKKIVKRAQSYGIRKEDIFIDCLSL +TVSAQQLEAMETIKAIKLVKEKLGVKTILGVSNISFGIPSRKHINNTYLNLALGAGLDLA +IINPNEEGMVEAIDAFKVINNVDKGCIKYIDKYGNVSKDSTKLKGNTELTLEEVVERGLK +EEARDKTIELLKENDANIILDEILIPSLDNVGKKYDSGEIFLPQLIQCAETVKASLNVIK +EKLLQENTNNISKGKIIVATVKGDIHDIGKNIVKIMLENYGYEVIDLGKDVPIEKVIQKS +KELDIKLVGLSALMTTTVKSMEDTIKALRDNNIDAKVFVGGAVLTEEYAKNIGADYYSKD +AKSAIEIAQMRFKI +>MGYG000000001_00887 hypothetical protein +MIKDFVDSISIDREEVLRYLEYKGQDIDNNLIEIIEECRNITKDRINPRYTFRVYSIKQK +YKGIIELEGTNLILESNDLYEILKDCNECILMAATLGINIEKDIKKYSCTELTKGIIIDS +CATTAIEEVCDRVQNEIENNILKNGQYLTFRYSPGYGDLSIEKNTEILTILNGQKEIGLT +ITNSGIMIPRKSVIAIIGITDKKVEQDKTSCSTCKNKSKCKFKKGVNSCGN +>MGYG000000001_00888 S-ribosylhomocysteine lyase +MQKVESFKLDHTKVRAPYIRKCCVLDGAKGDKVSKFDLRFLQPNSEAFGTAAMHGLEHLL +ATYLRETLDNIIDLSPMGCRTGFYLILWGDVDASIIKVGLEKALKMILEATEIPAATAIE +CGNYKDLSLFGAKEYTKDVLEKGFSLNIYGE +>MGYG000000001_00889 Sensor histidine kinase RcsC +MKDRKDYKKEIFSNMFRPILYFILSIFISSAIMFITYTWAYNYYLNNLYTRNLTVKIIMF +FMYIKNNTFGDYIYLFFWGITVIFIYTLFVYKKNRDLVYITKKVDAMSKGELNQIIEIES +KDEIGELAGNINSIVSQLRNITIEERKAQQTKTDLITNVSHDLRTPLTSIIGYLGLIEND +KYKDEVELRYYINIAYEKSKNLNLLINDLFELTKMQNNTVNLEMNNINLIELLSQIMEHY +SYQFKSEGIEGRVRFSEDKLIVNIDTHKMVRAFENLINNAMKYGKDGKYIDVITKKEDDQ +AIVQIVNYGEAISQLDIPYLFDRFYRVEKSRNKNSGGSGLGLAITKNIIELHSGEISVTS +NDENTIFEVKLPLAE +>MGYG000000001_00890 Transcriptional regulatory protein SrrA +MKNKILIVDDEKEIRELLEIYLQNEGYNVIKASDGKEALDIFNNEEIDLLVLDVMMPNMD +GLEVCKRIRESKNVPILMLSAKSEDMDKIQGIMTGADDYMTKPFNSLELVVRVKALLRRA +YYFNQSNDNQVIKIGALTIDKYKHRVCIDEEEISFTSREFEILYLLANNRGRVFSTEEIF +EKVWKERYYQSNNTVMVHMSRIREKIEKKLDGEKIIHTIWGVGYKIER +>MGYG000000001_00891 Putative carboxypeptidase YodJ +MKKFIKVVIIISSIILIFSTNFNGETLNNSNIIANLVVVNNYNKLDKNYVPKNLVKVNIP +FIDSISEEEEQLEENVALQLEKLVKMASSEGINYLGTSGYRSYKSQKEIYYNRVKSQGLK +KANEYVAKPGTSEHQTGLCIDLTNEDRWFVEVTKEAKWLKENAHKFGFILRYPKGKEDIT +GKKFEPWHIRYVGEDIAKYIYENNLTLEEYVDENKN +>MGYG000000001_00892 tRNA-cytidine(32) 2-sulfurtransferase +MQKLLSKARQAINDFDMIQENDKIAVGLSGGKDSLTLLHILKNYQRFSPQKFELIAITLN +PGGVDNSPLHKLCKDLEIPFYEVQTDIKEIVFDIRKEKNPCSLCANLRRGALNDNAKKLG +CNKVALGHHKDDAIETFLMSMLYEGRINCFSPKTHMDRQDLTIIRPMIYIDEYMTKKAAR +DFNYPIIKNPCPADGKTNRQDIKELVAKLNKEIPGSKKNIFGALNNSDRLFIWDKEKIK +>MGYG000000001_00893 hypothetical protein +MNIFTIGHSNYPVEKLIDMLKFYNINCVVDVRGTPYSKYNIQYNKETIKNTLIKAGFVYI +YMAKEFAAKRENKISYNKEGYSDFEKVIQEEDFKNGVKRLENGCKKGFRIALLGAMQDPI +RCHRSI +>MGYG000000001_00894 5'-nucleotidase +MRKDYKYILFDLDGTLTDPKEGITKSFQYALKHFGIDEELVNLEKFIGPPLYDSFRDDYN +FDDEKVEEAVTKFREYFAETGIFENKIFPNVKEILEYLYESGKVLLLATSKPTVFAERIL +KHFEIDQYFKYVGGSNLDGSRSEKNEVIDHVLETCNISSMDDVIMIGDRKYDVLGAQKIG +VDSIGVLYGYGSLEELKEANPNYIIENVEELKNIL +>MGYG000000001_00895 Ferredoxin +MKAFVDKDTCIGCGACTGICPEIFDMDDDGLAVAISDEVSAELEDLAAEAQDSCPVSAIT +VE +>MGYG000000001_00896 hypothetical protein +MTKDNLILTIRDYVFVTLGVVLVAFGIQYFYAPNEIAGGGLSGLALVISHYVPSLSVGTI +IFLGNLILFVISFILVGGDFGLKTIYASFALSFVMDFMEKVLHSYALTTNLFLAVILGTM +IIASGLALAFALNASTGGTDILAKILNKYSKFNIGISLLCVDLFVVVCGGLTFGFGKGVF +SLIAVVINGLLVDKVILIIEKKKEEKSKQIEESEDINTVV +>MGYG000000001_00897 Ca(2+)/H(+) antiporter +MKILKYMLIFIPISFIAKFMNASGSIMFILSCLSIVPLAGLMGEGTEEISFYSGPKIGGF +LNGTFGNATELIISFFALKQGLFDVVKSSIAGAVIGNILLVVGASMLAGGLKYKTQKFNQ +KVTEVSSSMLLFAVLGLSIPALFTHTVDPALLNTRYEGLSVFVAVVMILIYGLSLFFSFS +THKDIYSSTKEEEGHAKWSLNKSIFILVISTVLIAIESEFLVNGIEPITESLGWSQFFVG +IILIPIIGNAAEHSTAVVMARKDKMDVALEIAIGSSLQIILFVAPILIFLSLLFTPMSIV +FNEFELIALIASVIIANRVSHDGESNWLEGVQLLAVYLIIAASFFIL +>MGYG000000001_00898 hypothetical protein +MTNLPNCPKCNSEYTYEDGSLLVCPECAYEWSATAVEAEETNVIKDVNGNVLNDGDAVTV +IKDLKVKGSSSSIKIGTKVKSIRLVPDAADGHDIECKIDGFGAMKLKSSVVKKA +>MGYG000000001_00899 hypothetical protein +MSYQNYKCQKDYKDYDDYKYKKDCKDHDECKCKKCYKCYEEEEMTHVHEYESSVKLAEEG +CDRHNHRVAGVTGEVITICDGENHVHKINDRTDFLDHFHKICVTTGPAIKIPGTNKHVHL +VCGNTTVADGHCHQFLFTTQIEAPLV +>MGYG000000001_00900 K(+)/H(+) antiporter NhaP2 +MTELMIISGLVLIICITSTKVLYKFGVPMLLIFIVLGMLFGSDGLVGIYFDNYELASTLC +SLGLVFIMFYGGFGTNWKMAKPIAVPSVLMSSLGVVITAGLTGLFCHLVIKTTLLEGFLI +GAIVASTDAASVFAVLRAQKLNLKGSLASLLEVESGSNDPIAYMMTLIVLTMLKSSGELS +LVTVAPIILRQIIFGLIIGFLLAKGTVYILRHSNFEVEGFYTIFVTAVAILSYSFSEFLG +GNGYLSVYIAGIIIGNSKIPRKKSMFHFFDGVSWIMQIALFFMLGLLSFPSRLPHVTVTA +VSISLFMILIARPLATFIILSPFKFTIKEKLFISWVGLRGAASVVFAIFAVTYGVNIEND +IFHIIFFIALFSVAIQGTLIPKVASLLDLVDTEDEGSVLRTFTDYTGEINTDLLEVNITK +DSQWIDKMIMDANIPEEILIVMIKRDNKILVPKGSTLIKGGDTLVLSGNNIESLI +>MGYG000000001_00901 hypothetical protein +MEVKHFKDINLISKVLYVISIIILVYTLLTIYNSHVYILSLVASNRIVVSKSILMVITYY +INSSLPYAFYSIATFSMGYIISGLNVKKEVKKDIKSDLEDFDKLNKDDNELEELIEYLKD +>MGYG000000001_00902 putative ABC transporter ATP-binding protein +MSILALNKVNYSYKNGKRVLNDISMEFEKGKFYAILGVSGSGKTTLLSLLAGLDEPRNGE +ILYNNQNIKVKGYENHRKSNISLIFQNYNLIDYMTPLENLKIVNPKADKKILNNLGLTDD +EVNRNVLQLSGGQQQRVAIARTLVTDSPVILADEPTGNLDSDTADEIIEILKVSAHKHEK +CVIVVTHSKELAKKADVVLVLKNKKLIQIN +>MGYG000000001_00903 hypothetical protein +MNVFKRSILYITRKKIKSIIMLFILFGIATAVLSGISIKKAANIARQDSNKDMANTFELQ +ANLASNFEGTIPESLIDKGSKVEGVKNYDAAIQGVGLDLENVNYIKPEKNVVQYNDDYKY +EKLFSVEAHKNSEYGIKFISKSLKLIDGRHIVATDKNKVLIHKALAEANNLKVGDTIKAT +KSAVDFNASTLSKDDYDLEIVGIFESENTERVGHKLEMSENLLITDVDTIKTLYGYSDGN +VKYTNATFNTDTDVDKVTSKFKDISADWNKYTIVKSEDTFLALSKSFDSLDKIINMVLIG +AIIAGIIILSLVLAFWIQGRVHETGILLSIGVSKFNIISQYIIELLLISILAFGGSYLSS +KVISQNIGNTIVAQASKQAVQDVKNGFGGLSLGNDANSSLATRTVDEIDVKVEFEELIYV +YVIGTVIIILSVMASSASIIRLKPKEILSKMS +>MGYG000000001_00904 Adaptive-response sensory-kinase SasA +MNKLKLFSKTYIFTMGIISLIILISNVLIYLALPKVYVNNKQKEADKIIEALIEQVSKSD +NEESFKIAKNFAEKYNIQVLLTIGDEKKVFQGLDKVDIYVNEEEVTENYLIIPNLSGENI +IENFNDENREVIGDDGFGQYININNLSIIKSRDFKKGNDVNGSAKIVMDLESFTETRDVI +LKILPYSIFISLLIALIASYIYARKITTPIKEICDVTKKMENLNKEAFCKVETEDEIGIL +AANVNSLYDNLLNTIVSLEEEIKNVSESEKIKVDFLRSASHELKTPLMSMNIMIENMLYD +IGKYKNHYIYLEKCKDIVSELSKMVQEILDTSKLNIINKKDESVLDLGSLVQKNIEPYKL +IAKSKKINIKVNLKESFNIKVDEKLFTKVISNIISNAVNYTDEGKEIRIYIKDKKLIMEN +DCKPIADEHLAHIFEAFYRVDFDRNKSSGGNGLGLYIVQQILKMYNLDYSFKSILTGMSF +EVNFNNEIVRESQGY +>MGYG000000001_00905 Transcriptional regulatory protein CseB +MKINILIVEDEKEIREGVSEYLSEVGYNVISAEDGMQAIELFKNSKIDLVILDIMLPKAN +GFVVLNKIRQESNVPVIMLTAMSDDYTQIMSFDEKADDYITKPFSIIVLHKIIEALLRRG +VKVSENKKWFYGDIEIDFEGYSARKNGENIDLKPKEIKLIELLLKYEGKVLTRAQILDNL +WSIEESPNDRVIDVYIKNIRKKLLLDCIVTVKGIGYKFEEQ +>MGYG000000001_00906 hypothetical protein +MNSLRRIIKNFICNPMILALYWVFCYELTTLCMYGRSNNNLYIVMACLVFFIAMFIFYTI +RLSKSKEYKSKLPNSKLWVCITVIIISIITLFYGIKIYKSATNYGGKLAWVIERVKNERK +IKFEKDNIYEDGVSGIFEDINKKIELPKKLYISNDLSVKFEKDGTITYFETFVYGKDKYG +KDTSFLIYYDKDKSKDIKLVLNGAVNADYSNSKLLDPLFETVDCISIKDTVSKWDAMEFG +LLYKGKRNWESNREGIVLVNKNKQEIPTDLASAKLIGYTVSIYIPGMEDQITPVRYNLLT +DSYWFSYLNTEEEDKLEEDKKELDFITGNSNNNDEFYLKDGIRYKLNVEDKAAGSFFYSL +QKSNDSGNNWSVLNEDPFNGAVGEASGIYFIDENIGFIGASRDGGCIGELYRTEDGGKSF +NKIEFENKSVKLDSGTSFNPFDFPKVPYEKDGELYLNIEQGADGDYNGNSSLLYISEDKG +KTWEYIKEVTSDN +>MGYG000000001_00907 TelA-like protein +MSDEFKEESIDIKPELTFQPFQDEVLNVKVKEEKIEKEIIDEVQLTEEEKKMVDQFVDKI +EINNSNSILQYGVGAQKKISDFSQSALNNVKTKDLGEIGEILSSVVHELKNFEESEEKKG +ILGFFKKGKDKISQMKIKYENVDNNIGKMCNVLEMHQIQLLKDIAMLDKMYEINKVYFKE +LCMYILAGKKKLQKLEKEELPKLQEKARNSGNPQDAQELNDFVALCNRFEKKIHDLELTK +MISLQMAPQIRLIQNNDSLMSEKIQSTIVNTIPLWKNQMVLALGVAHAANAARVQREVTD +MTNELLRKNAEILKTSTIETAKESERGIVDIETLRATNESLISTLDEILNIQTEGRQKRM +EAEVELRNIENQLKNKLLDFKY +>MGYG000000001_00908 hypothetical protein +MDKKDFSNLEDQIMSTVSNALKAIDFANLKIDINYKAEDTLNQFKSRFNGYSEKYMNLNK +KAKNDVSTYISKRPAGSISGILYILFGASGSLIYGSSVLIFLIFKILFGVVIIGSNIIFG +VTFLFFAVSLGLLLRGIILRKRVKRFKKYVRFIDDNNYFLIKDMAKFAREKESFVVKDLS +KMIDLGMFLEGHIDEEKTYFMLNDEVYSDYLNLKKQQMAKESSNEKLNEEIYNSEKEEIE +SIIKIGRNYIEQIKNIRNDLYKEEIAIKLDKLGNISNQILIQVEKNPKKIQEVNKFINHY +LPITIKLINSYKDINNQLVQGENIESAKSEIEKSIDLINNAFENLLDDLFEDVVLDISTD +ISVLKTLFKQEGLTEDDFKN +>MGYG000000001_00909 Ribosomal RNA large subunit methyltransferase H +MNINIVCVGKIKEKYLKLGIDEFKKRLSKYCKLDVIELDDEKAPENLSDKEMLMIKDKEG +KKILSKVKANSYVIALAIDGKNLSSEELADTMSKLAVRGSSHITFIIGGSLGLSDEVLSR +ADYKLSFSKMTFPHQLMRLILLEQVYRAYRINNGEPYHK +>MGYG000000001_00910 Putative metallo-hydrolase YycJ +MLKYCSIGSGSSGNCHYVGYKDTNILVDAGLSGKRITTGLNDIEVDIDKIKGIFITHEHS +DHIKGAGIISRKFDIPIFANIKTWCSMKDKIGDIKDSNMKVFENDKTYSLGDLIIRPFSI +PHDSEDAVGYNFYAGTNDKISIATDIGQITDNIRKHLYKSRLVVLESNYDPNMLMMGSYP +YVLKRRVMSEEGHLSNEDAGKFCIELVKEGTERILLAHLSKENNFPELAYETSKGILAQN +NIIVGQDIKLDVLSRNEVSDVYKL +>MGYG000000001_00911 hypothetical protein +MIIKFTRKIRQRVLIVTTLIILLGGGIYLFKPNTVKETSNIDEGKRNKYTIDVIFDDESK +RLMCNQNLTYVNKTGKDIDKIYFHIYPNAFSKKEYAPFEESEISEAYPNGFNEGYVDIKN +ILNNSKALKYSIKGDKNDILEVSLGKTLKPDEKVSIDFKYNVKIPNCMGRFGYGDSTVNI +TNWFPIACVYDDRGWNLKSYESVGDPFYSETSDFYVKILMPRKYDIGCTGKVISEKHDNE +KIFYEIEANKVRDFAFILSDKFDIQTDSYKGVLISTYNLNKDLSEYTTEVAKDSIKIFSD +LFGEYPYDTYSVVASDFYIGGMEYPNLVMIDSTLYKDSKKFILEYIIAHETAHQWWYSVI +GNDEISEPWLDEALTEYSTVLYFENKYGKGVGEKLIKTMEVQSRNYLCHNMFKATTQYKD +SIEYSLNVYTKGAVIFNEVRNKVGDEVFFNTLKEYYSKYMYENVNGAKFVEMWKEKGVDL +DKIISEYK +>MGYG000000001_00912 hypothetical protein +MFYKEVNEIDLGETTIANIFIDIFMPMANGLYVKVYLLGYRQACDPSANPKFDNNSIAKN +LNIPLSDVIDAWKFWEKKSIIKMHKNDGMNDYDYSIEFLDLKRFYMENMHINTTSIKSNS +DSIVSVAENPSIRKMFNSINQIIGRYLDPGEKISILDIMNKYNLDPDMIQYAYQYVKDRH +GCARPVRYIESILRSWYDSNLYTPQDVENSFAVRKERYILYKTIFNELGFYRQPSKEEER +IMDVWIDKYNMDIEVILEACSKSKNVSKPSVSYINGIIEKWKDKNVKTLEDIKILDEEHK +AKIEKKSTPKNSTDKVPQVKTRYHNINQTFTNYSPDELEKLLQESQKGKFK +>MGYG000000001_00913 Chromosomal replication initiator protein DnaA +MKESKLREILVSYERKRDKAESDLEDRKKDVYNQIPEIKDIDDEVSKLGLKLARLVLSKP +SNKEDILAESKEKMAALKAKKESLLKQYKVPEWYLDLQYNCNTCKDRGFLKNGHKCNCLK +QEIINDSYKMSNLSKVLDSQNFSTLDTSIFSKEKLPGSNISPYENILEIVSICELFIMDF +NKDNGENLLFYGDTGLGKTFMCNCIAKELLDRGHLVIYQTAFKMFEIIEDYKFKNADSHI +SKDNYENLFDCDLLIIDDLGTELTNSFTNSELFNIINTRLLSGKKTIISTNLSPMQLGND +YAQRIFSRIFDRFKMVKFIGRDLRWENRK +>MGYG000000001_00914 Low specificity L-threonine aldolase +MYSFKNDYSEGAHPRILETLLRTNLEQCEGYGKDTYCEEAENLIKNKLNNESIDVHFISG +GTQTNLIAISAFLRPHEGVISADTGHIFVNEAGSIEATGHKVISVDVVDGKLRRDDILSV +LSKFTNEHVVKPKLVYISNSTEIGTVYKKSELEELSKVCRENKLLLFMDGARLGSALSCK +ENDLTLEDISKLTDAFYIGGTKNGALLGEALVICNKDLQEDFRYHLKQKGAMLAKGRLLG +IQFIELFKDDLFFEIGKHENDMADILRDGISRLGYEFLVDSPSNQIFPIFNNNIIRELEK +NYGFNIWEKVNGEKTAIRLVTSFATKKEPCLEFIKILSGLTNK +>MGYG000000001_00915 ATP-dependent Clp protease proteolytic subunit +MFILEEKQKNEKENSSISEKLLESRSIIISGEINQALAEKVATQLLILQEMGDEPIKLFI +NSQGGHVEAGDTIHDMIKFIKPKVIVIGTGWVASAGITIYLAADKENRYSLPNTRYMIHQ +PLGGCRGQATDIHIEAQEIVRVRNRINTIISNATNQPLEKVEKDTDRNYWLTSEEAADYG +IVNKIITSYSELTK +>MGYG000000001_00921 Adenylosuccinate synthetase +MKTVAVVGSQWGDEGKGKVIDYLATQADVVIRGQGGNNAGHTLVVEGKKFALRLIPSGIL +NSNTINVIGNGIVFDPKGFLEEIEMLNSNDIDTSNIKISDRAHVVFPYHKELDALAEEAR +GDNKIGTTKKGIGPCYMDKTERSGLRICDLMDKDIFAKKLEAQINAKNKLVMGVYGKEAM +FNFEEIYNEYLEYADKIRNYVADTSVIVYDAIKAGKRVLFEGAQGTLLDLDLGTYPYVTS +SHPISGGFAVGAGVGPNMIKDVVGIVKAYTTRVGEGPFVTELDNEIGERIRVQGHEFGTV +TGRARRCGWFDAVIVKYAARVNGLTSISFMLLDVLTGFDKINICTAYKMGDKIINDFPAS +LEDLAKCEPVYEELDGWHEDITNVEKFEDLPENAKKYIARIEELVGVNVDMVSVGPNRAQ +TIIRKNIFA +>MGYG000000001_00922 Replicative DNA helicase +MEDVTRIPPHSVESEQSILGSILLDKDAIITVSETIRPSDFYKEAHKIIYECMLKLSNKN +EPIDLITLTEELKKQGHLDDVGGISYITSLSTIVPTTSNVKYYADIVKEKSVLRQLIKAS +NDIINLGYENSVKVEEVLERAEKRIFDISQEKASDDFKSINEVLVDAYDMIEKLYTNKSD +VTGITTGFKDLNKKINGLQRTDLILIAARPAMGKTAFSLNLVQNAALKGDASVAVFSLEM +SKDQLVQRMLAAQSHVELKKIKTGTLDENDWPRIIDAMAVLSNASIHIDDTPGIKISELR +SKCRKLKIEKGLDLILIDYLQLMEGEGNNESRQQEIAKISRSLKIIAKELNCPVVALSQL +SRAPEQRADHRPMLSDLRESGSIEQDADIVMFLYRDEYYHPDSESKNIGEVLIAKNRHGE +TGSVELVWLGEVQKFADKARDM +>MGYG000000001_00923 50S ribosomal protein L9 +MKVILLKDVKGTGKKGEMKEVSDGYARNFLLPKKMAIVADNTAVKELNEKNKAAENKAQK +EYEAAVELGKKMEEMNIVMYSKAGDGGRLFGSITSKDIAEQLKKQHDIVVDKRKVLLNEP +IRVLGSTNVEIKIHQKVITKIRVDVREKQ +>MGYG000000001_00924 Cyclic-di-AMP phosphodiesterase GdpP +MRSKPSFKINMPEINIYIIIIGITSTLLLFYNLYIGCLFFFGFIYIVFHNWRIANIRKKE +WTKYIQNLSLDIDETTKKAIMNLPIPLCILEFDGRISWYNNKFYKMTDSSDLLGVNIDSI +IKNLNLRKVLNENKELYTEVTYKDRQYTVVYNVIKNEQEKNAKYLMMLYWLDKTDYLKLE +KEYNEEKNVIMLIQVDGYDEVLKSASEENRSLINLEIEKMLTSLENNTKGALKRTSKDKF +ILIMNKKELNEIEESKFAILDKIRDINHGNGLPVTISMGIGIDGDTVNENFKLANGALDL +ALGRGGDQAVIKTKDKFAFYGGKSKAVEKTTKVKSRLIGHALREVILGSDQVYIMGHKYP +DMDAMGAAVGIYDICKSCNKSANVVLDSSNESIDEFVKRLESQEYYKNIFISKDDAIRNC +NRNTLVIVVDTHRPSYTECQELLGLTKKIVVIDHHRRGVEFINDSVLLFHEIYVSSTCEM +VTELVQYMEENVKINKITAEGLLAGISLDTKHFAFKTGVRTFEAASYLRKMGADTVEVKK +MFNSDVQDFITKADIIKNSKIIDNRIALAYSEREIENINVVIAQAADELLSVKGIEASFV +IGKKYETAFISARSFGHINVQVLMEKLGGGGHIDIAGAQLEDVSLNEAYKKVYEIIEKYL +QEED +>MGYG000000001_00925 hypothetical protein +MNKKFGLSQAAMIVTLGIILVLISVYVPMLAILALVVPVPFAIIGTLCERKYAFLSLIST +FLVIMFCVDPIYAINISIMNVVPGLIIGNIARHNINNENSNKFEPIYGGMIAFTVCTIVF +FLLSKFIFNIDLIGEFSKAIKDGFNEQMSIMEKLNVDLYKNIKVEDILILIKSMIPTMLF +LQGLFASFITYYLEVFMLKRTKILNLPKPTFRDFYLPGNAVATSLVLYLIVLLLGFMEIG +LYTESIMLNLQMVFNFMFIVQGIAVSIYYARKWLKQGTGKNVLVSGILLGLFGTMGISFI +GMLDSIIDFRKVRSYKST +>MGYG000000001_00926 hypothetical protein +MRFDKSSEVTKNVKIIEWMKNEILMSVSDLFNLLFKGVKPIDEALQDTLANIIMITYLLA +KRLGISFKDIDYKIKEKIKIGIKEEHSIESWYGDLSNLKKHMDNKE +>MGYG000000001_00927 30S ribosomal protein S18 +MMNKKRRKKKRVCQFCASKDARIDYKNTQRLQKYVTERGKILPRRISGTCAKHQRELTVA +IKRARNIALLPYTLD +>MGYG000000001_00928 Single-stranded DNA-binding protein +MNHVVLVGRLTRDPELRYIPGTGTPVATFSVAIDRDYTKKDGTKETDFIPVEVMGKPAEF +CANYISKGRLVAIQGSIRIDQYKSQTGENRTFTKVSARNVQALDSNRNRMDSPYPDQSRG +SEPTFEPSFEPQGLDPQGFQAIDDDDIPF +>MGYG000000001_00929 30S ribosomal protein S6 +MKNYELVYVVRPNAEEEVREAVINKVKEVVAAAGEVVNVDVWGTKKLAYPIAKFNEGHYV +LVNFKAAVDVPKELDRNLKINENVIRHMIVVA +>MGYG000000001_00930 hypothetical protein +MPVEFADRMKNIKGSEIRELLKLTEKPEVISFAGRLLAHELFPIEEMKKVSVVVLEDGGF +TLDIQQ +>MGYG000000001_00931 hypothetical protein +MPIDLKVGDIVELKKQHACGCKEFEITRVGMDIKIKCAQCSRLIMLDRPTLEKRIKKILN +K +>MGYG000000001_00932 hypothetical protein +MNEMYIVSFNSTHHAIRTEKILSENNIKCTTLPTPREITASCGISIRFLFEDIEKVKEIL +TNSEVDYKGIFKIQKLSDGKKSVEQIG +>MGYG000000001_00933 hypothetical protein +MKIEIDARGLNCPMPVINTKKELDKIESGLVITTVDNAIAKENILKLANSLNCEAKVIKE +EKDLISIEIKKGENVIIEKNENIALEDKCIFIPSDRMGEGNEELGKVLIKGFIYTLTESK +PYPKHIILVNGGVKLSTENEATVENLKILEEAGVEILSCGTCLDYYGLKEKLQVGSITNM +YTIVEIMKNSLQTISI +>MGYG000000001_00934 hypothetical protein +MKKITLLAIVALILLIFINPSKISTFNNLDSNINSLEEIETIDFKGEIQYLEYKNRLCLL +NDNKLKIIDEDGKEIHTQEIQSENTKIYGNSYIDILSKNTNKGFSMDENGKVVFSTKVSP +ETFLYESINQHVFVDIFKGSDKETLKILNNDGEVNNRVEVDGKITNIKTMDNYILMSYIS +ITNKIQNKLALYDENGNVKQETEFNDIILDILKIDGNIYIVFEDNIKILDKELSEKNSIK +IEGVSLIEQNDENNIFIKDSQGNWGYIKDEKYKGIKTKEVNLNLEGIKDTYLLYTDKTIY +NDRQKQIINFNEEIKGIEAIGKNSIAVVFENKIKIYKIL +>MGYG000000001_00935 hypothetical protein +MNILSLGEKIKKLRKEKNMTLKELAGDRITAAQISHIERDKSHTSYELLDYLAKRLDVSA +DYLLETKEMQSKKITDNLILQSEIYVKSNELEKADEQITKALEICKEYDLTDNYGKCNFL +LANIHLKRGDYGNAISSFEKALFFFIKNNDRKNIFKCYLNIGIIYNEEKFYKGAISHFSF +AEEILDDIKEEDVNIYKDLYSKIASCYMKLDQPQKSLEYIAKINELDKNNSIKEEAEMIV +LKAKGLFDMGRYEESKEYFRRALEIIEKEEDKDKLAKIYLTISDVYSSIGDTEKVLEYSQ +RAYDIKKNDEDQCMLEGLFKMIQSYIDDEEYSLARKYCKLTLASSIKSKNKLNEYKSLKF +YADIHKKENEIELAIEYLTKCISIISTLGEQKLLANLYIELGQLYSNISKEKELEYYQKG +VFVYKNLEII +>MGYG000000001_00936 putative cysteine desulfurase +MIYLDNAATTYPKPESVYDAVLDCMKNYCANPGRAGHKLAMRAAREIYDTRENLAKLFNI +DNPMNIVFTSNATDSLNLAIKGSVTEGDHIITTSMEHNSVIRPIKALEKNGVENTIVNCD +KDGFLDYEDLENAIKPNTKLIVTTHASNVCGTLVDIAKVGEIAKKHNILYLVDASQTAGV +YDIDVKKINVDMLAAPGHKCLFGPQGTGILYIREGLNVDILKEGGTGSKSEDLFQPDLVP +DKYESGTNNTPGIAGLNAGVKFIFEEGIENIREREEELCKYMLNRLEEVPNIIVYGTKDV +KEKAAVIALNIGNMDSGEITFLLDSEYDIATRSGIHCSPLAHKTLGTIEQGVVRFSLGYF +NTKEDIDKTIEALKEIASNN +>MGYG000000001_00937 Stage 0 sporulation protein J +MEKRVSKRSNRLGKGLSALIPELKEDIDKKEIVELDISMVYPNEDQPRKVFDEEKINILS +DSIKAYGVLQPIVVKPDENGKYMIIAGERRYRASRAANKESIPAMIKDLPIRDIMEIALI +ENLQREDLNPIEEALAYKSLIDNHNVTQEEISDAVGKSRPHITNTIRLLNLREEVIAMIE +YGEITAGHGKALLRITDKDKQLEMAKRIVEDGLSVRATESLAKKISEEQNLKIPTKKEKD +IFIVDVEERLRNIFGTKVNISQGKKKGKIEIEYYNDEELNGIVSMLLEDM +>MGYG000000001_00938 Sporulation initiation inhibitor protein Soj +MGKIIAVFNQKGGVGKTTTNVNLSASLGKMGKRVLVLDLDPQGNTTSGYGIDKQELEDTI +YEVMLDDISIREAIIPTEFENIDLVASATDLSGAEIEIAEIENREYLLKNAIKEVKEEYD +YIFIDCPPSLGMLTINCLTAVDSVLIPIQCEYYALEGVSQLMQTIKLVKSRLNPNISIQG +VVLSMFDGRANLSIQVVEEVKKYFKGSVYTTLIPRNVRLAEAPSHGMPVIYYDTKCRGTV +AYLELAEEFIDLEEDII +>MGYG000000001_00939 Nucleoid occlusion protein +MEDKRVMEIPIENIVPNPYQPRKIFSQTALEELSSSIKVYGILQPITVRQKDDKYELIAG +ERRFRAAKLASFKTIPAIINNMSDESSAVLALLENLQREDLNFIEEAMGYENLIKEHSFT +QQQLAEKLGKNQSTIANKLRILRLPSDVKIKLVENGLTERHARALLKLPTEDLMKEVLDK +IIKNELTVKKTEKLIMDIIESLEAQEEPEKKQSIKASMGIRIYLNTIKQAFDAILNTGIK +AKYNEIDKGDYMEVVVRIPKK +>MGYG000000001_00940 Ribosomal RNA small subunit methyltransferase G +MTNEDILRQGIKDFGIEVNDQMVSDLKTYREILVDWNQKMNLTGIEEEKEVFIKHFLDSI +SAVSNGYIKDGISLIDVGTGAGFPGLPLKICLQNIKLTLLDSLNKRINFLQEVSNTVNLK +DVEFIHGRAEDFGKNSDYREQYDVATARAVAGLPILMEFCVPFVKVGGYFVCLKGPNANL +ELEESKIAMDILGLEFVEKIDIELPNEELKHNILVFKKIKNTPEKYPRKAGKPAKSPIK +>MGYG000000001_00941 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG +MKNFNAGNYDVIVVGAGHAGCEAALATARMGQKTLMITLTLDSIAMMPCNPNIGGTGKGQ +LVKEIDALGGQMGINADKTIIQSRMLNTAKGPAVHSLRAQADKFKYHTEMKKTIENEPNL +DVVMDEVIDILHEDNVVTGVITKLGCEYYAKAVILATGVYLNSKIYMGEVSFMEGPNGLG +YAKNLTESLVKLGLQMRRFKTGTPARVHRDSIDFSVMSIQEGDEKITPFSFLTEDLKIDQ +IPCYLTRTNLETHDIIMNNLGRSAMYSGKVESTGARYCPSIEDKVVRFNDKESHQIFIEP +EGLDTKEMYIQGISTSLPYEVQIAMYKSVAGLENAKIMRPAYAIEYDCIDPTQLKISLEI +KGVENLFSAGQFNGTSGYEEAAAQGLIAGINAVMKIQGKEPFVLDRSEAYIGVLIDDLVT +KGTNEPYRMMTSRSEYRLYLRQDNADMRLTQRGYDIGLVSEDRYQRFLEKKAAVEKELER +LKTERVTPKEVNHKLEEMGSSEIKVGLSLYEFLKRPEVNYDLIEAIGKGAGEDVSDEVKE +QCVIMTKYEGYIDKQLKQIDQFKKLENRKLPEDISYASIEGLRIEARQKLDNIKPISIGQ +ASRISGVSPADISVLLIYLEQMKRNRGGKND +>MGYG000000001_00942 tRNA modification GTPase MnmE +MFIDDTIAAIATAPGEGGIGIIRISGEKSLQVAESIFKSVTGKLIKDYNTRTLIYGTVVD +GEKVIDEALVAYMKGPKSYTGEDVIEINCHGGFISVKKILELILSKDVRLADAGEFTKRA +FLNGRIDLSQAEAIIDVIKAKTDKAHEVAQSQLEGSLSKKIRELRFKVTEVLAHLEVSID +FAEEDVEEITYKTLRENAEDIKREIKKLYDTSESGKILRDGLKTVIIGKPNVGKSSLLNS +ILGENRAIVTDIAGTTRDVIEEFVNIKGIPLKIVDTAGIRETEDIVEKIGVERSKESYNT +ADLVIMVLDSSRPLSQEDREILETLENKKTIVLLNKTDLPQQIDIDELSKYVDCSSIIKI +SALQHKGIEELQDKIEAMVYKGSVKNSSNLMITNSRHKDALLKAYESINDAISAIDQNMP +YDFIEVDFKNIWDYLGYINGDTVKEDLLDTIFANFCIGK +>MGYG000000001_00943 hypothetical protein +MKKSLELKSKTQQEAIASALEKFNKENLNVVEGDLEVEVLETPSKGFLGLIGSREGTYRI +TVVKEEEIDIARNFVENILKNAKLDANVNVVQEKSLIKVSIEGKEAACLIGRRGETLDSI +QLLTGLALNKINKDSHMRVLVDIENYRSKREESLVKYANKVARDVKKTKRTRKLDYMNPY +ERRIIHSALQNDKYVITYSEGTDPYRRLVIEYKR +>MGYG000000001_00944 Membrane protein insertase MisCA +MNIIGNLLGHVLRIIYDVVQNYGWSIIVFTILVKVLLLPLTIKQTKSTKAMQDIQPKLQE +IQEKYKNKPEKQQQEIMKLHQEAKINPLAGCLPLLIQMPIIIGLFSVLRDPVAYGVFQNE +AAFKLADTGFLWLQSLTATHNIEMGILSGVSAYVMQKVMTPPDQAEGPMKTMTYVMAAMS +FYWGYTFTAGLALYWTVSNLFSIAQYYLVMNPLKAKLANSKEEVINEEKPRIKK +>MGYG000000001_00945 Putative membrane protein insertion efficiency factor +MNEIMFIMKEINIYLSKLCIYLVKLYQKYISPLKGPTCRFYPTCSQYSIEAFKKYGLFKG +MYLTIKRILKCHPFHPGGYDPLK +>MGYG000000001_00946 Ribonuclease P protein component +MDFNRTQGLKKDSDFRKVYKHGKSFANRYLVMYILNNKSENSRIGISVSKKVGKAIIRNK +VRRRIKEAYRVNIDENVKYGYDIVFIARVAIKDAEYKDIEKSMKHLVKKAEMFM +>MGYG000000001_00947 50S ribosomal protein L34 +MKRTYQPKKRQRKKEHGFRKRMKTSNGKNVLKRRRAKGRKRLTH +>MGYG000000001_00948 Chromosomal replication initiator protein DnaA +MDIVSLWDKTLQLIKGELSRPSFNAFFKQIVPLKIYLNDLILLVPNEFTKSILEDRYLTL +IEGSINQLSLKKYNVKFVLSESEVEDLDEEEDKPSNIKKNYPNLNPKYTFDTFVIGNSNR +FAHAACVAVAESPAKAYNPLFLYGGVGLGKTHLMHAIGHHILNEKKDPKVVYVSSEKFTN +ELINSIKNDRNEEFRNKYRNVDVLLIDDIQFIAGKEGTQEEFFHTFNSLHEANKQIIISS +DRPPKEIPTLEDRLRSRFEMGLITDIQAPDFETRIAILRKKAQMERIDVPNEVMTYIAKN +IKSNIRELEGALTRVVAYSSLTNRHISFDLATEALKDIITTSKTEEITVNRIKEKVSTIF +NIKMEDFNSKKRTRSIAYPRQIAMYISRELTDLSLPKIGEEFGGRDHTTVIHAHDKISKD +IQENDDIKAKIDKIMSELKG +>MGYG000000001_00949 Beta sliding clamp +MKIICNQKLLAHKIGIAQKAINGKATLELLKGLLLTAKHDQLKLTGYDLEIGIETYAQSE +VIEEGEIVVNARLFGDIIRKLPDSFVEIETDNDNNIYINCVNSRFKIKGESAKEYPKLPE +VKEEDLYSIPQDLLKNMIKQTVFATSQDQTKPILMGELLEIVDGNISLVAIDGYRLAVRS +CSIDNAMNNAKVIIPGKTLTDVNSLLSSEEDVRLGFDDKNAIFIIEDTKIITRLLEGEFI +DYQKLLPREHNSKIKLKTRDLLNSIERASLLSQAEKNNLIKLTIRDNSMAITSNTDKGNV +YEEVSLDLEGEYLDIAFNSRYFLEGLKNIDSEEIFIEFTTNVNPCIIKPADEVKYTYLLL +PVRISSNI +>MGYG000000001_00950 hypothetical protein +MLEITIDTEYIKLDQFLKLVDFASTGGHAKFLIQEGVVKVNGEVETRRGKKIRPGDIVEV +EGQKIKVV +>MGYG000000001_00951 DNA replication and repair protein RecF +MRLKTLQLVNFRNYDNLHINFNEKINLLVGKNGQGKTNIVESIYMLSFGKSFRTSKDKEI +IKFEKENLYVGGSFSKYNSDYLIEIAIGKNKKGVKVNKVHIQKMYELLGNLNVVIFSPED +LKLVKEGPKERRAFIDKEISQIMPKYYSYLTNYNKILFQRNKLLKGHVVDKNLLDVYDES +LARYGSYIYILRRDFIKKIANISMIMHKKLTNEIEDLKINYKNQINISEEDTIETVYNKF +IEKLISSREHDIDTRTTRYGIHKDDLNIFINDLDVRLYGSQGQQRTASISLKLSEIELIK +NEVGEYPVLILDDVFSELDETRQKLLIDNLSLVQMFITTAEVSHKKIFNKSNTTIFNINQ +GNVVSIENGGN +>MGYG000000001_00952 DNA gyrase subunit B +MKQEYGASQIQVLEGLEAVRKRPGMYIGSTGPRGLHHLVYEIVDNSIDEALQGYCSKIYV +GINDDGSITVKDDGRGIPVEIHPKTGKSTLETVLTVLHAGGKFGGGGYKVSGGLHGVGVS +VVNALSEWLVAEVYRDGKIYKQTYAKGVTTSALEPVGESTHTGTIITFMPDATIFDEIEF +KYETLEYRLRELAFLNKGIKIVFEDKRHENPKKKEFHYTGGLVEYVKYLNKNRTGIHEDI +VYIDKKVKDCVVELAMQYTDGYTENIYSFANNINTHEGGTHLSGFKAALTKTINDYARRN +KLIKDSEPNLVGEDIREGLTAVVSVKLPEPQFEGQTKTKLGNTIMRSIVDGVTVEELGAF +LEENPTTARIIVDKGLRAQRAREAAKRARELTRRKSVLESTSLPGKLADCAEKDPAKSEI +FLVEGDSAGGSAKQGRDRHTQAILPLRGKILNVEKSRLDKILSSDEIKNMITAYGCGVGN +DFDLEKLRYHKIVIMTDADVDGAHIRTLLLTFFFRYMRPLIEEGYVYIAQPPLYKVKKQK +KEYYVYSDAQLNSLLDEIGRQGVELQRYKGLGEMNAEQLWDTTMNPETRTLLQVSIDDAV +VADQVFSMLMGDKVAPRKEFIEANATYVRNLDV +>MGYG000000001_00953 DNA gyrase subunit A +MEENNNKIIPVEIAEEMKNSYIDYAMSVIAGRALPDVRDGLKPVHRRILYSMSELNLTPD +KPYRKSARIVGDVLGKYHPHGDTAVYFAMVRMAQDFSTRGLLVDGHGNFGSVDGDSPAAM +RYTEAKMSKLSLELLRDIDKETVDFIPNFDESLKEPSVLPSRFPNLLVNGSNGIAVGMAT +SVPPHNLGEVIDATIQLIDNPECTVEDLMQNIQGPDFPTSAIIMGKESIADAYRTGRGKV +KVRARACIEELAKGRQQIVVTEIPYQVNKAKLVERIAELVKDKKLEGISDLRDESNRQGM +RIVIELKRDANANIVLNNLYKHSQMEDTFSIIMLALVNGVPRVLNLKQILYYYLEHQKDV +VTRRTKFDLNKAEARAHILEGLKIALDNIDAVISLIRASKTTQEAKTGLIEKFNLSDVQA +QAILDMRLQRLTGLERDKIEAEYQELLKKIERLRAILADEKLLLNVIKKEILEIKEKYAD +ERRTEIRHAEGEIDMRDLISDEEITITLTHFGYIKRLPSDTYKSQKRGGRGVAALTTREE +DFIKELVTTTTHSRLLFFTNRGRVFRLDAFEIPEGKRQSKGTAIVNLLQLAPNEKIATLI +AIDAKDEDKYLLLATKKGIVKKTKREEFKNINKSGLIAIGLRADDELIDVKLTDGNKDVL +LVTKDGMSIRFDENDIRHMGRTAMGVKGITLSDDDEVVSMNLSDEGTDLLVVSENGLGKR +TDITEYRSQIRAGKGIKTYNNSEKTGKIVGAEMVNEDDEIMIINSDGVLIRLRVSDISIF +GRVTSGVKLMKTDDEVNVVSIAKINIEEE +>MGYG000000001_00954 hypothetical protein +MSRKGGKYLFLGAILGFIAGLFFAPKKGSELRREAKEKFDEVKENPKDVLHETLEDVKEK +ISLLTEDLDEDNIKISEDEIIISRTFGDEGESK +>MGYG000000001_00955 hypothetical protein +MDAMGWQIGAILIGVSALIVAIYIAKLLNSTTKVVERANRLIDYNERNIQEIIENTASIT +ESVDEIIGVFTKVTSVLKVFRIFRK +>MGYG000000001_00956 Anti-sigma-B factor antagonist +MSININSTLDSQNKFWDINLGGELDVSTSDKLKEYLHKLADQEMLDMKINLENLEYIDST +GLGVMIGVLKKLKVGNKEIYIINPRSNVRKIFNITGLDKIFKVEG +>MGYG000000001_00957 Serine-protein kinase RsbW +MSCESIKMEISANPEYVGIIRLTTSGIANKIGFSIDDIEDMKVAVSEACTNAIKHSSDDR +FYITFNILDDGLNIEIKDNGVGCNIDLLGKPDLENPKENGLGIFIIQTLMDEVSIESSDN +KGTIIKMTKYLGVDN +>MGYG000000001_00958 RNA polymerase sigma-B factor +MKDVANATNYLNMDNKELFKIYSKNKDREIRNILIERHLYLVNLLARKYINKGVEFEDIY +QVASLALIYAIDRYDIEKGFEFSSFATPTIVGEIKKYFRDKVWTLRVPRRVQELSKKISE +AKLVLEQENKKHPKAKDIAKYLGCTEEDVLEAMEASYGYQPISLDATSNDDSEDKDITLI +DKIGQEESNFRDIEHNDFISKFIETLNELETKIFKDRFFLDKTQSTIAKELDISQMTVSR +LERKIVDKLRKEYEKNI +>MGYG000000001_00960 IS6 family transposase ISCbo1 +MYLHHKYKYHVSFKCNNKKCNHTIKQLIPTAIDDPSSEKLNGKTVFSGHRFNLNTIIIAI +NLYYSLNATTRAISTYLSDYMSIKVSHVTISKWIKKFDKYFKSISDELTNDLYLGDSDEW +HADETVVKINGKKHYLWVCIDSETRFVTSWNLNQSREAECAFSLFKRSKTFGTPKSIVTD +GLPSYREPVKNTFEGSTHIVVKDFSDDISNNLIESFNKTFKSWYKKTKGFKSYESANSLI +SNFIFYYNFIKNHSSLSNLTPAQVCGINYTHQEKVNWFIKY +>MGYG000000001_00961 hypothetical protein +MLLDNFEKTREKINLELIKRLDTNKYNYYNQLTLLKENSFKDESYIRDDMKFNIENHKEI +TFTYIENKSIGVNSIGSDLRALSINNIKLEYNNFKQCIFKNIKFKKSSFYGSEFSQCTFE +NVEFDECDFYYEDSSMTVFSDNTSFENCRFKRCNLKKTIFKNISLKSSKFILSNMIDCII +SLSYIENISLKDCDCRAFKTINTIIEFIEFEDDYLTKFNEDTFIDKMDVYKKDKNFYEKI +FKVYKNIGITFERNTLLNNSGEYYYLAKCMERKSLNGFGKIKSYILWLLCGYGERPTYAL +ITSLEILLFFTILYMFTGLDVNGNIVKYDIFFILNLPISNLASDFFHSLYFSIVTFTTVG +YGDITPIGASIMLSGFEMILGVTMVGVWTATLARKITR +>MGYG000000001_00962 Inner membrane protein YbaN +MTNIKKFFYIFIGLIAFLLGAIGVVLPVLPTTPFLLVASFCFVRGSEKFDKWFKSTRIYK +KHLENFVESRAMTLKQKVSLVLFADFMMLIPFIMVDNIYMRMTLIVVALTKLYYFTFKVK +TIKPNSATN +>MGYG000000001_00963 putative ABC transporter ATP-binding protein +MVDKRLLSICKEPKKYIFLTVLTNWISVICNIGIILFVGGIINKLFNNDLSFNLGGYVIY +LASLMIIRFISNYMSGEFSHKSSGQVRSILREKIYKKLLDLGVDYNDALSTSSTVQIAVD +GVEQLEIYFGKFLPQLFYGLLGPLTLFAVMATISLKAAFVLLVCIPLIPISIASVMKIAK +KLLSKYWGIYTNLGDSFLENLQGLTTLKIFDLDEEKNEEMNKEAETFRKVTMKVLTMQLS +SITIMDLIAFGGAALGILIAVNELSLGNISVGGAVIIILLSSEFFIPLRLLGSFFHVATN +GMAASEKMFKLLDTEVKKEAKITKECINKLTDISIKIENVDFSYNKERQILKNVNIDVDN +KSMIALVGESGCGKSTITNLLLKLRKVDNGQITLNGVNIDDIPFEVLRKKVSFISHNSYI +FNTTIAENLRMGKKDASEKELYKALISANLYDFVMGLENKLDTKVGEGGSLLSGGQKQRL +ALARMILTNPEVYIFDEATSNIDVESEDSILKTIYSLSEEKTVIVISHRLANIVNADKIY +VLDKGRISESGNHEELMNNKSTYYNLYTKQSNLEDVYEEDMEVAVGE +>MGYG000000001_00964 putative ABC transporter ATP-binding protein +MNNEQQRISGFKIMLRLIKILKPLAPIMMITITFGVLGFLAATAVTTFGAVAIGNILGVE +MGIGLSTTIKIIIGCAILRGGLRAIEQYSGHYIAFKILAILRDQVFKALRKLSPAKLETK +EKGNLISVITSDIELLEVFYAHTIAPIAIAILTSSVTAGVLYSVNPYFGLIGIGFYLIVG +LVIPVASSKYANQAGLEYRNEFGNTNSFLLDSLKGIKEVLLFGAGEERINTINENSEKLN +EKLKVIKQHEGIIRAFTDITIMIAILVTLYTGVKLFEAGTVNLGQVILAVVLLASSFGPT +VALSNLSNNLMHTFACAQRLFNILDEVPAVEEVYGMEDLKMNDINIENVSFKYKGRNEDL +LKNINLKINKGDKVAIIGKSGCGKSTLLKLIMRFWDVESGAIEIDSKNIKNIPTKSLRKV +QSLVSQETFLFNDTIENNLKIGKIDASEEEIISAAKKASIHEFITTLPNGYKTNVGEIGS +NLSSGERQRLGIARAFLHNPKVLILDEPTSNLDTLNEAEILKSIKNESEDKTIIMVSHRK +SSAAICDKKVYVKNNRLEFN +>MGYG000000001_00965 hypothetical protein +MSRIKREKDTIDLMIKIYCNKKHKSKKNELCDECKELLEYAHKRLDFCKFGEEKKFCSKC +PIHCYKKDMKIKIKDVMKFSGPRLLFYSPIQVIKHIIEK +>MGYG000000001_00966 Sugar phosphatase YidA +MYKLIALDIDGTLLNTDKKITPEVFSAIQDAKKQGTKVVLSTGRPLPGVTPLLKELNLTD +DGDYVICFNGAVVQEVKSEKVLCNLELGIDDFNLIYNEIYKKHNTYIHINTPTNLITPNE +IPGEYTQLEARINKIPIEYKPIEEINDSIKFCKIMIVDESEKLEEIIKEIPKEFYDKYTI +VRSAPFFLEFLNKDANKGTALKALCNNINIPIENSIAVGDEENDQHMIKYAGLGVAMGNA +RSSIKDIADFITSTNNEHGVAEVINKFILNK +>MGYG000000001_00967 hypothetical protein +MKFSNFDYKRPDYKSIKEIFDLRVKEIEKASTYEEQNRSIEKLNVVRNNIESMSTISSIR +YSINTEDEFYEKERGYWDEYSPLYEELNSLFYKAIVNSKFKENIIKDYGRQFFKIVEYSL +KSFSSEIIDELQEENRLCSEYTKLLASAKIDFEGEERNLSGLGSFMLSEDRSMREKASKA +YYEYFEANENKFDDVFDKLVKVRSKIANKLGFENFVEVGYIRMMRTDYNSKMVSNFRNQV +LKYIVPLAEKLYERQEKRLNLKEFTYIDENFEFLTGNATPKGTPEYIIENGKQMYSELSK +DTKEFFEFMLENELMDLVTKKGKAAGGYCTYIPNYKSPFIFSNFNQTSDDIDVLTHEAGH +AFQLYMSRDIEIPEINFPTFESCEIHSMSMEFITWPWMNLFFKEDTEKYKFTHMSAAIKF +IPYGVLVDEFQHHIYENPNMSKDERKSTWRKLEKIYLPHKNYEGCDFLEKGTWWFKQGHI +FKNPFYYIDYTLAQICSLQFWKKFRENSEEGWNDYLNICKVGGRKSFLEIVEIGNLISPF +EDGCIESVITYIGDWLDGVEDIKL +>MGYG000000001_00968 Thioredoxin reductase +MIDIYDLIILGGGPAGLSSGIYSARSKLKTLIIEQKKTGGQIVNTYEIENYPGSIEYETG +ISLMKRMKDQCQSFGAQIIQDKIVSVDLKSDIKVLKGKYKEYKCKSIIIATGSYPKRLNI +PKEEEFTGKGVSYCAICDGELFTDLEVFVVGSGESSVKESLYLTRYAKKVNIICRSNYLK +CSKMVEEKIYNNSKINLFFNKVVKEISGDEVLSKIVLEDVNNGDVLEFYADKGDDIIGLF +VFIGLSPQTDIFKDIIEMDSYGYIITDENMKTNIEGIFAAGDCRQKMLRQIVTATNDGAI +AAVMAEKYIKEKFI +>MGYG000000001_00969 Thioredoxin +MITVDKSTFEDEVLNSNEIVVVEFWSQTCEPCKELLPTLECLDKIYGRKIKFCEIDTKKA +TRLAIKEKVVGLPAIVVYKDGKKIDEVIKEDATKENIEEMIKKYI +>MGYG000000001_00970 Xanthine phosphoribosyltransferase +MKLLQEKILNEGSVSGNDILKVDSFLNHQLDVEFLNEIGKEFKNRFENKRIDKILTIEAS +GIAIASIAAQHFGNVPVVFAKKVESKNLDKDVYETKVYSFTKGKEYSVKVSKKYLNAGEN +ILILDDFLANGRAALGLKDIVEQANANLSGIGIVIEKGFQEGRSLLEKAGVNLQSLAIID +SIENGEIKFR +>MGYG000000001_00971 Transaldolase +MRFFIDTANVEEIRRANELGVICGVTTNPSLIVKEGRDFVEVIKEIASIVDGPISAEVIS +LNHEGMVKEAEKLCQIHENIVIKIPMTEEGLKAVNILSKKGIKTNVTLIFSAAQALLAAR +AGATYVSPFVGRLDDIGKDGIELIAEITEIFDVNSIETEIIVASVRNPIHALQAARIGAH +IATVPYKVIKQMMLHPLTDKGIETFMKDWEGSELKL +>MGYG000000001_00972 Proton/glutamate-aspartate symporter +MKKKLGLTAKIFIGIFIGIICGFIIKSMPSGTLKDTILLGGIIEILGTGFINAIKMLVVP +LVFISLVCGSSSMGDVKKLGRIGIKTMLFYLLTTALAISIALGIGKLINPGFGLDMSNLI +TQETTIGESKSLTEIILGIIPTNPIQSLANGEMLQIIFFALLLGIAMSMVGKKADPVRKF +FESANEICMKMVSVIMAFAPYGVFALITKTFSTVGFEAFASLLKYMVAVLLALFIQAILV +YSGMIKALTGLKLKPFFNNFANVAAVTFSTASSNAALPLTIETMEDLGVDNSVASFTLPL +GATINMDGTAIMQGVACIFISQIYGIELGFSSLITIILTATLASIGTAGVPGVGMITLSM +VLSSVGLPIEGVGLIMGVDRLLDMTRTTVNVMGDCTCTLIVSNSENELDKEKYYACQLEE +SKDKDLKVDSVL +>MGYG000000001_00973 hypothetical protein +MKKGIIALSILCTGLLLLDPVKNMSFASKDDDVVNKVNTNIVNKVEENEKNENNIDDKEL +HNENNTVDKNENIAQENKDKDEQFKEDKAEDINKEEEIKPEVIVNENKEVSNEEESKENT +DEEEKQVLSKEEAEQLLVNINPELEYLYQGDENNFSALKERNLTGYVFLPNVDGDIGYFI +DKTNSDVYFFHPSGYLELVK +>MGYG000000001_00974 Transcriptional regulatory protein WalR +MSNILIVDDDKEIVDSIDIYLRNEGYNTYKAYDGIQALETIMNEDIHLILMDIMMPKLDG +IKATIKIREERNIPIILVSAKSEDTDKIIGLNIGADDYITKPFNLLELVARVKSNLRRYI +NLGNYNNINTSNELIKSGGLELNLYTKEVKVDGENIKVTPIEYKILELLLSNKGRVFSID +EIYERVWKEESFNVENTVSVHVRRIREKIEINPREPKYLKVVWGVGYKIEKL +>MGYG000000001_00975 hypothetical protein +MKNYSWKIVKNKSLIFNCILILSLYILMQVVGILLCYAFFSESLLAILSIMIMVNLVLYK +ILVL +>MGYG000000001_00976 Adaptive-response sensory-kinase SasA +MKGNKRIKFTFLIMSIISLSLLLTSVITVYRAGLNSMSTSYINKDQWNFIEPNFYKSTRF +DKTVLPMILTGIEVDLYGEKDDYYSDYGYFDVESFKNVKFIAFDKISKKYVTNTVYKNID +DFKKNINGYVDISFNTVDGKYTKKVGNKENEINNHYDNVVLNITGNMEVYISIPKNLEKE +DSLYGEQYWYNRDAKLIRLLELIGFISSIVFLISTIIYLFIKVEPIDKNSKILKYYSKIP +LEIIIFLLGYLMVFMIDWISYPYIDWFAICIFVVSVFTWISCIILFGKQIKYFDKKIDIL +KTSFIMRFILNFVKSIKDGIKASKKISLIRKIFIIGIGCIIINLCSLIFGYGGTIIIPCL +TVSIFTAYILKKLAYLSEIMDGTEKIKNGDLEYKIPIKDDDNFTVLAENINNIGQGLENS +IEDALKSERMKAELITNVSHDLKTPLTSIINYIELIKKEKNIEPDYINDYIKVLDSKSKR +LKVLIEDLFEASKASSGNLEINMDKIELRQLLRQSIGEMEEKILESNLDIRLNLPEDKVY +IYADGRRMYRVLENLLSNIIKYSLNNTRVYIDLNVNEGKVTLIMKNISSYELNFDPVEIM +ERFKRADESRNTEGSGLGLAIAKDLVNLQGGKFHIEIDGDLFKSVLEFDELNQD +>MGYG000000001_00977 HTH-type transcriptional activator RhaR +MSFEYSIIKDFYDCCNVPIKLINYELEDLCKIGYTDFFDRIYPLEEIKINIKNCKDESIN +SHIQLKNDINYKVIDICKYNKKIGYFIIGPFRTNLVTNLINRDITYRPLTCSNYLCNLII +NIYEDKLKSQDAPNTIMSPYIRKAIGYIHHHYQDEISIDSICEKLDINKCYFCSLFKKYT +GHTFSHFLNNFRVEKSKELLAKTDLSLLEIAFSVGFNNQTYYSIIFKKFTNQTPSQYRSS +ILLK +>MGYG000000001_00978 hypothetical protein +MIFRNKALKTTAAAIAIFSMVATGSMSYVHADNSSLSNGVSIERTLADNKYDINYKVIYV +NDEGVAEPDNVTGANHALMTLDGTNYQMEVKDGKAYVTVKFNSKMHGMMNNYKFLVDGKE +ANYTQNGAAYTIELSSINSTIDASMYVPMMGKEVRFLLAPNGELSTEKVLKDGSYPAPND +VKYIGDGNAETGNTMARKVLADTSVIKVKDGKINTTLTFNEEMYNMIGNFKVKVDGENAQ +ITENRTERTISFDMPKVDSKIEVSLMVTIMGREVSFATILNTTKVEYEEVVVQAPGEQQP +PVDDNDNDNDNTGSGDNTGSGDNAGSGDNNGSNDNTESDGSNSGNTSTDTSKPNDSTNNQ +SGTIKNGTYTVKNNVEYVGTGNAELGNSMARKVLGEYSKIVAKDGKITATLNFTEDQYDF +IENFRVKVDGKDVKVTVNKVNRTISFEMPSIDSEVVVTVKVSIMGRDVSFKTIFDKSTLV +FGDNTTNNGSGSSNNTNNSTGNSTTTDSESNKVESTVKKGKLYTIKNTVSHSSETGKEMA +RKYLNSTSKVEIVDGETYVTLTFTGASLMQNHAIYVNGSKVSHTVVAKSGDSISLRFKVS +DLSDSIKVGLYVIPMSRNIEFGVTLLEDTLTFVKDFDLNEDGTLPQTGSLIDSNIAIGAG +SAMMAVAGILGRRKRK +>MGYG000000001_00979 hypothetical protein +MKSFKNKLMSKVSTLFSLILIGILSLSSSIVHADSKDEISSGIYTLKNDTNYEDGNEIGM +SMSRSYTDEDMTLEKRSDKIYYTLGLSGAQYMNNHRILVNDESVEYEKVEENTEEGTLKL +KFEVSDPEDKIVIQMYVDAMGRDVEYELIPKLDTIELVEAIEEEPKVEENVEESDNTDSQ +VKDTSEKTSNNIPLIGGVVILAVAIILFMVKKKK +>MGYG000000001_00980 hypothetical protein +MKRISKILFTLGLILILGSVSLNMHTKYKQNQAKNNFNQKIENDEEIKNINLGDEIGLID +IPSLNISTVIVSGTGKEQIRYYVGHFENTPMPGENGNFCIAGHSSTIYNNIFNDLHKIKI +NDEIIITTSNGEFTYIVNEKFETDPTNMDVLNQDNDIKELTIVTCSNQGKDRLIVKGRLK +>MGYG000000001_00981 High-affinity heme uptake system protein IsdE +MKFKKYLISICTSVMMLSVVGCSSTSIDDNNSKGDATNKESYGEDSVVVATSVAVAQILD +ELGVKISGVPTTSYDLPENAKDAVEVGTPMNPDLEIIKSLNPDVVVSVDTLGQDFIDNFT +QNGIPSEFVNLTSYNDLKETINTLGEKFNKQDKASEIINKLETKESELESKFNDSEKPNV +LVIFGAPGTMMLGTDKCYVGNLVNLAGGKNVLENSTSSFVQINKEELLNLNPDKIVVMTH +ADPETTKAQVKNTLETDAAWKNLSAVKNGEVHYLENDYFGMSANLKVIEALDMMHDLLY +>MGYG000000001_00982 putative heme-iron transport system permease protein IsdF +MIINSKNKKNKIILLSFITIFMLFLISINLGSIKVELKELIVGLLSNTDDPKISIIRDIR +IPRVLAAIIIGANLAVSGVLLQAIIRNPLAEPSIVGISSGASLISVVILLFFPSLNSIRP +LFGFLGGLVSCILVCGLAFKKGLSPIRIVLAGVAVNAMLSAITNITVQFGAGAVSSVQSW +LTGSLANITWIDIKLLLIYSIIGHIGAFLLYKSCDLIALGEKNAKSLGLNYDLHMSLICV +VAVFLSATATSIGGVIAFVGLVVPHICRIIMGSSHRYLIPFSISMGGILLLLADTLGRMA +FSPLEIPVGIVMAVIGGPVFLYLLRRSEV +>MGYG000000001_00983 Ferric enterobactin transport ATP-binding protein FepC +MIVGKNIEFSYDGNKEFIKDLNVNIQKGKITTILGPNGSGKSTLLSLLCGINKIKSGEIF +IDDLNISNMKYKDIAKKVATVHQQNSVPNDISVENLISYGRLPHKGFFEKDSKNDAEIID +WAIKCTGLEAYKDKQVMSLSGGERQRVFISMALAQKPEVLFLDEPTTYLDIYHQIEILEL +VKKLNEEYGITIVMVLHDINQAIKYSHNIIIMKNGKLIKSGSAKSIINRELLKEVYKVDG +VVSTLDKETYFIPTRVCNI +>MGYG000000001_00984 hypothetical protein +MNKKNITKIILDIAMAVLFITFFKKNLISMKFHMISGIVFGIFILVHMFLNRKWIANISM +RLFDKKIKFRTKLSYITSLILFISIIAILFSGVYIIKAKTYDRVMFWKMVHFGASYLSIA +LIGIHIGLYWNWVMNIFKKAFKIKSSNVTKLISSLIVLVTLALGSYTIYTQNYFTKTYAC +IEYVAQHIVPQDLEGGSSYYGESEKPSFIDVASTYGSIISVFSIVTYYSDKALKKSKKAD +FKSTKISA +>MGYG000000001_00985 Amino-acid carrier protein AlsT +MNLIDVLNNIDSFIWGPPLLILLVGTGILFTFKLGFLQITKLPKALKLIFFAENNGNGDI +SSFGALCTALAATVGTGNIVGVATAIKAGGPGSLFWMWLAAFFGMATKYAEGVLAIKYRT +KDKNGQISGGPMYYILNGMGEKYKPLAVFFAFSGILVALLGIGTFTQVNAITDAINGSFG +IDPKITGIVLAILVALVVFGGLQSISKVSTKVVPFMSVAYILICLLILVNSFKQIPQAFV +LIIKSAFNPTAAFGGFLGATVSMAIRNGIARGVFSNESGLGSAPIAAAAAKTEWPAEQGL +ISMTGTFIDSLVICTLTGLSLILSGVWQSDLNGAIMTQEAFASIFPTIGPLFLTLSLSLF +AFTTILGWSYYGERCFEFLFGVKGINGYRAIFVTMVLLGAFLKLDVVWIIADIVNGLMAL +PNLIALIALSSVVVAETKLYINHLDKKEDIKKVIEI +>MGYG000000001_00986 Glutamate 5-kinase 1 +MGFRSRLKHAKRIVVKVGTSTLTYDNGNINLNRIEKLTRILSDVVNSGKEVTLVSSGAIG +VGVSKLNLKEKPKDIREKQALSAVGQCELMHIYSKFFGEYSHTVGQVLLTRDVIENERIK +NNVCNTFEILLDKKIIPIVNENDTISIDEIENIVNFGDNDNLSAIVSLLINADLLIILSD +IDGFYDSDPRGNENAKLLDEIEEITEELEVCAGGAGTNLGTGGMATKLIAAKRATKQGID +MVLANGSNPEVILDILEGKEIGTLFVGKR +>MGYG000000001_00987 Gamma-glutamyl phosphate reductase +MSELLLIGKNAKEASYDLGVLSTKEKDNALLLMAEELVRSKSEILDANKVDLENAKEKGI +SEALLDRLALSDERIEEMANGLREIVKLQDPVGEVISMWQRPNGIQIGQKRVPIGVIGII +YESRPNVTCDAAGLCLKTGNASILRGGSDAINSNKAIVKALNKGIEKSGLPINSVQLVED +TSRDVATEMMRLNEFIDVLIPRGGAGLIQSVVKNATVPVIETGTGNCHIYVDETADFEMA +KDIVINAKTSRPGVCNAAEKLIVNENIAKDFLPIVINALRERNVLVKGDEKVEDIINDIE +KVNDDEWGLEYLDYIIAIKLVKNVDEAINHINKYGTGHSECIVTESYKNSQKFLQRVDAA +AVYVNASTRFTDGGEFGFGAEIGISTQKLHARGPMGLKELTTLKYIIYGNGQIR +>MGYG000000001_00988 hypothetical protein +MKIKSIMLAICIAVNIILSTLVQTLNIPLLFLDTVGTILGSIVLGPFFGALIGGCSNIIL +GIISNPTNISYAFANIALGFIVGFVSKKRRFDYKQACVVGLILAIICPLISTPVSLYLYE +NVYSNGSDLLLRIISQSSKIIFSGAFIPRLVSNMFDKILSCLFVALILKKLSQKYSYIFN +ENISESDITLELLENN +>MGYG000000001_00989 DNA topoisomerase 3 +MKKILVLAEKPSVGRDIARVLGCKNDKNGYIEGSKYIVTWALGHLVTLADPESYDDRYKS +WNMEDLPILPKYLKTVVIKKTSKQFNTVKSQINRDDVCEIVIATDAGREGELVARWIIDK +IKTNKPLKRLWISSVTDKAIKDGFNKLKDAKEYDNLYYSAIARSEADWIVGINATRALTT +KYNAQLSCGRVQTPTLGMILKREGEIQNFKAKDYYGIEIISAKGNNNLKFRWKDSKNKSE +STFNEEKIDFILNKVKDKELKIVDVSENIKKKYSPQLYDLTELQRDANRIFGYSAKETLS +IMQKLYEHHKVLTYPRTDSRYLTSDIVDTLKDRIKAVNVSDYTRTCTKLLKTKIIANKSF +VDDSKVSDHHAIIPTEERVFLGDLSEKERRIYDLVVKRFLSVLCNPYEYVQTTAIGEIEG +ESFYLKGNKIINLGWKENYKDLDDEYEYESLPTLKNDDILSIIKVKKTNGKTNPPSYLNE +GTLLTAMEKNNLGTVATRADIIEKLFNTFLIEKKGKDIHITSKGKQLLDLAPRDLKTPEL +TATWENKLIDISKGKLNKDTFIREIKDYSKEIVKEIKNSENKFKHDNLTKNKCPECGKYM +LEVNGKKGKMLVCEDRECNTRKTVSQITNSRCPNCHKKLELKGEGEGRIFTCKCGYREKL +SAFNKRKKEEKNKASKKDINKYLKNQNKNQESFNNPFAEALLKLKK +>MGYG000000001_00990 Cytochrome b6-f complex iron-sulfur subunit +MNESYWLLSSKSKKYKVLDEDISTDYLIVGGGIVGLTTAFLLAKEKLSVTLLDADRIGYG +ATGRNTGKVTTMHNSYAKIEKKYGLEKAKLYYEANNKALKFIENTIYEYNIDCDFEKVPA +FIYTTDENYIEDLKSEYDACLRIGIPCKYYDELEGVPLDIKGAISFENQGQFNPKKYINA +LAELCEKLGVKIYENTPVDDLQKETDYIIKTRNNNTINSKNLVIASHTPWYDGGLKLYFG +KEEANCSYLLATDLNIDLPNGMYLSIEEPARTFKVYNESGKKVLIIGGSDHQVGKGNIES +DIYKEIEKFAESNFNSKKIITKWMTQDYISFDDIPYIGHINSKENNIYVATGFCKWGNTN +GTVAGLLIRDLILNNYSEYEELFNPTRGGSYLSTRFMSFNLVVALDYVKGKLNLGNDDMP +TRKGEGRIVNIDGKRYGAFRNYDGNLHIVDITCTHLGCELRFNSAENTWDCPCHGSRFDY +DGNILDGPALKPLKKYGHGKNEVDPKLL +>MGYG000000001_00991 hypothetical protein +MRKREKKKWIIDFIYIVYMASIIWFLKERKLFEFGIVVFCIVSTLILGIVNKKVNKLLDN +SIYINLVIFIMVSSLLGSCFKFYSINHYDDFLHLYSGILSCNVAYLIIRYFNNEENIKMV +NKVFVMIFLFMFTMGVASLWEIMEFSLDNILGTHTQIGGLEDTMIDMVDALIGAIISIPY +FIRKMSDKHSKE +>MGYG000000001_00992 Glutamate synthase [NADPH] small chain +MKNLLNEANNCLLCKNARCQKNCPIDTPIPEIIKLYKENNLQEAGKILFENNPLSSICAI +VCPHETQCSGNCIRGIKGEPVHFYNIEKEISFEYLKNMNITKPKSNNLKVAIVGSGPAGI +TVAFDLAKKGYDVTIFEKNEKIGGVLTYGIPSFRLPENIINLIGTRLKEYGVKIKINSLV +GPVVTLDKLFEDGYKAIFIGTGVWNPKRLNIKGETFGHAHYAINYLKSPHLYDLGEKVIV +IGAGNVAMDAARSAKYYGSKEVYVAYRRGFEDMTATNHEINDAKQEGVLFNTFKSPVEIV +DVGIILADTKKITNEDGTTSLITVENSEKLYECDSVLIAVSQEAKNNIVVNNKGLDVKRG +GLLFTNEYGQTTREGVFACGDVAHGASTVIEAVVAAKRISQSIDDYIQDTINEEIEFTS +>MGYG000000001_00993 hypothetical protein +MFKKIFNLINKKKHVKNTEVGEENLIKDDNKNNQEIDSIETKIEEVTNFDNEEVSIEEEL +EMFLKENEEYIKDIKIRRGKSIRSVDIYSEEVLEFKTYKECSKTLKVPLSYIKENLKYGH +TDYLGGAINYLKQQLGECIEDESEYLNNNKSPIELFNMLNNKIFKSKISENKRDEILSSE +KIEPMKMHYRFECIDTEYDDYFKKYGAIIKRGGKKKIELVNKKGEVIEIFKSLDSCSDYL +SKNRNEVVDMLKCGHTKVGRYEIRYSLRNI +>MGYG000000001_00994 Chaperone SurA +MSEDKMTDNNKGQKTIDKNGEVIDNKKKQQDRIKLEDKSSIKKMKKFKLNNITKIVAVAL +VGIICLGVGFSYGKSVGRELPATAKKYSANKVFATVGDVSITGKELQYRMDPLFYLQGKS +KLTGEEISAYEYSMLDYMTTTEMLYLEAKSNNIEVTEDEIDEEYETTMSSITQSFGMTED +EYLKEFGLTKDYIKKDLEKELIAVKYMGEVTDVSEEEAKNYYDKNKDEFFEVRGSHILIK +TTDDEGNELSDDEKAKRKEKAEEILKKAKAGEDFDTLAEEYSEDTSATNGGDLGFFKKGD +MVESFENAVFSLDNNQIYDEIVETDYGYHIIKKTGEQYASFEDEKEDLISQLSYNKQNTL +LDDLEAKYEIEIKE +>MGYG000000001_00995 Oxalate-binding protein +MIKRKCDLIVEDGNLRNGKGNIKREHIIMGDEFKGKGKLFAKITIPKGNSIGMHDHTEDF +EVYYILKGVGQVLDNGNLVEVKEGDVIYTADGNNHYLENIGVVDLELIAVVLYE +>MGYG000000001_00996 Sulfite reductase [ferredoxin] +MNNLRETLLKEIPNFKEFSLKFFNGEVPKMEYKGFSGGYGVYAQRDQKSFMIRLRVSSGV +MSRSQLHTIYHMANKHNLSHIHLTTRQAIQFHGLDVCSICDIMEEGIHNSIFTRGGGGNF +PRNVGLSPLSGVDPDEAFDVTPYSIATDNYFLSKITTYHLPRKLKVSFSSCDEDTAHCTV +QDLGFIATLKDNEQYFKVFVGGGLGRNPAVSLQLDELVKPSDVLYYVEGLTKLFMDEGDY +KNKAKARVRYMVSRLGEKVFLEKFKEYVAKEKEKGGLDLYPDPIEYFEYGSEIDISDPRL +IKQKQQGRYSVYIHPIGGLLSLKNLKILLYELDKAKNPMIRLAMTEGMYIINLDGNEAKK +ILEISKSISGNTSLEKSISCIGVPICQMGVQNSQQMLHSIISYFKENGDESILNAIPRIY +ISGCTNSCGVHQIGAIGLSGKIKKVDGVSTDAFELFIDGNFQLNKTRLGNSLGDFRADDL +PKLLFEIAVSVNNSNKKFYTWVAENKDDLDSIINKYKI +>MGYG000000001_00997 hypothetical protein +MRIIDQVKNRKSIIILIIPLLIVAQYYLFKFGILRPMIKGVEIKIINGYHIQDIDKYVIR +LGEEVTLSSGEYIKIPQYAKDPEISFKVLDNNKVLKIIDNNENEQNTSTLIGLKKGYSSI +AIVKNSRVLKKATVLVVDPQVESLDLNVDGNLVFVGDSAEIGSNVEVDYKRFKDAYKVTY +ESSNEDILKIEGNEVKAIGVGSATIYAKSGDKVDSIRYRISAKVSSMKVDKSIEIEVGES +KSIVPKITTSPRGLKHPTIEYQLVESKLPIERAIRLDQNGVIVGLREGEEKVLVSCGIGS +NKKSQIVTVKVVKESLLKKYIKDLISNYKVVDNKILITLTWSSLEEIYNYDVYLKNNLSD +DKSYSVVKSIIMDKIDLDSKNKIKANLEIDLDNINEVDFDIYVVGVTDRGSTNKSNVVNI +KHSIEDTEKDSINLSANLDKDNKNIHLSWNSIENAKYNIYVKDISKGDQSFVLYAEGISE +NNYTLNLDGEDLNLEVYVSTVVEGKDEIKSTIKVFK +>MGYG000000001_00998 hypothetical protein +MRKRYERISLISKELSQEAYKAYAGKRDYKRAVEIYVLLAESMCVPDDISNFAKNMMGRL +SKKIDENT +>MGYG000000001_00999 Glutamate 2,3-aminomutase +MDKSTKISLERASQLKSRIEDYVNIRKEIPKGLELKTEINSRKEHILKVLGGTEENWNDY +KWQLSNRITNVDTLSKILKLTEREIEQIREVEDQFRWAISPYYLSLIDPKDIADPIKLMS +IPSFIELEDEQHDLDPMGEEFTNPAGSITRRYPDRLIINVTNECAMYCRHCQRRRNIGQQ +DCHQSRSVLQESIDYVRENEEIRDVLITGGDPLTLSDNMLEWIVSELRKIPHVDYIRLGT +RTLVTMPQRITDEFCEMIKKYHPIYINTHFNHPMEITEETKAACEKLANAGVPLGNQAVL +LNGVNNDKFIMRCLNHELLKIRVKPYYIFHSKHVKGTKHFNTSIDDGMEIMEYLRGYTSG +MAIPTYIINAPKGKGKTPLLPQYLISKGTDYIMIRTWEGEVIKVEDTPAVDIKALIKETV +GEEIVLREIAQTVQ +>MGYG000000001_01000 hypothetical protein +MSTLNKSKKLATGWLIVVACMLIQAIPFGVASNIQPQFVSYVVEEKGFTLAGFSLIFTLG +TVVSAVASPFIGMMFNKVNVKTMYLLGGILSGGGFLAFSMCQELWQFYIVAGVVQVGTAA +ISSIGVPLLINGWFDELSKGKAMGLAFAGGSIGNIFLQQLTAFSLKNYGASQSYLYFGIL +SLVVGIPITLLFLRMPKDNSEVVKGKKKEENAKAENTNSTEVDWGYTLNEVKSVKYFWIF +ALGLFFLGMYVSALAVQYPAYLKLHLKIDPMIVGIVGSIFALCSLGGNLFGGIIFDKLGV +TKGLMVAGVLAATSCLALIFAGQMPILAQVFAVLKGLSVFAYMMGPSLLAGSFFGKKEFG +AILGVVQIFFAVGFAAGSSVFALLVDKAGYSVAWTTILVFIGVCYSSLIVASVGMNNLNK +KRISNLENANKVA +>MGYG000000001_01001 hypothetical protein +MKSITFGQLLDKLLYLSNQKKSTLAKILGYDVSYISKWINGKNLPTQKSISDVCKRTSEF +IVNSLTPISMRELKSYFEIGEDINTNSILSQYLEERLKESYIYTAQKNIPNLHSRTHWED +SYNSIMHINPRLRKQYLAKDMDLYIKKVSKLDMMISANLFKLNNNDRMAIAEMKSDLAEL +GEKVEVRCRILLGFEGEIEDIIFNTILTINMITMYPSINFEVYNCDVDSNSVMSVVKDRI +FHMAIFAKDKRCLLTNMSKEKRVVDEMYYSLDEIVKNQGKPIVERKSSINMIKNKKYIQY +IMSQDLRLLMGSISELFMPFDLFTEVAESVFGNDKEILDELRKINMFLQNVTYTSKLKVL +IYESGLESYISSGKLNFFNIPVELTLEQRERHINHIEKVITESENVEIKLIDGNFVEDFK +DRQNPSLYLSKTLTLLKINPEKEINDYAIVRDSEFKHICDKFFDSIWENDIVVNDKEDVL +ERMKKYLAYSKIINESF +>MGYG000000001_01002 N-substituted formamide deformylase +MTKKLYFNGHVITVDKNESIAEAVLVENGLIKAVGTNEEILSLKDEETTVVDLEGKTIMP +GLIDPHGHVVATAQTLMIVTLGDVTSKEELLDRLKKELKENPPQGDKWLIGFGYDNTKFE +DGLHPTKFDLDTVSTEVPITVSHASGHLACVNSKALELYGYAGEDYVVPEGGVVRTVSED +SREANGVLEENAILDSEKKKVVISPGFEDVLRAVERVQKVYASLGITTTQDASVELANGY +THILDTCANTGKLIIDIVGLATQPVTTQLMNDEGTPKREYKNHYKLAGAKTWLDGSPQGF +TAWLSKPYHVVPEGQPEDYCGYGTQTDEVVTQYYVDCINRNLQVHTHVNGDEASAQFLRC +YKKALEITGNKNDLRPVMVHCQCLRKEQLDEIKEIGAIPTFFNDHVRFWGDLHHDEVFGP +ERAQNISPMGWALEKGIRFTIHQDPPVKLPNQILGIHNAVNRKTESGRVLGEHQRISVME +AIKAVTINGAYQYFEEDTKGSIEVGKLADMIIVDKNPLTIPSEELETIQVLETIKEGNTI +YKRD +>MGYG000000001_01003 Sodium-lithium/proton antiporter +MRDKKVYFNIILTVVISYILIKFIDNYNYFFDIVSLLLSLLTPFVIAFILAYILNPIVNI +LEKKFKLKRIGSLFITYGFFIVLLGAFIIYTVPSIVGSVADIINQLPTYASQTQDFLLKL +GESLKNVDPNTIKDLANKAMTAMPQFGNLFIGYIGNIFNTTFSIGKFMVQFGLACIICFY +ILLEKESFLSFSKKSIYILLGQKFGKFTINVCSRLNSNIGKYFSGKILDSAIVGVLSAIG +LYFIGSKYALLFGTLIGFMNLIPYFGPVIGMTPVVIINLFYNPSISLYSLVYLLLVQQVE +VAVIEPKIVGGQLGLSPFLTILAVTIGGGFFGIPGMILSVPIMGVLKIYIVEFMESKDIN +IDAN +>MGYG000000001_01004 hypothetical protein +MRIVIKKMLTIYIKRQQEVIILLENKAKALNGENNRRLNLKLALDQGLNAPISEADQVVP +ESNVTIPSEENVIQAKDWVDNGSRT +>MGYG000000001_01005 hypothetical protein +MKYFLSFLLILLFISPNIEKDKSISEVCRDGFFSYITCLDRSFNYAKQNIPFISTLTEFA +YEKTYNKIMNTRSFTKHLVSSGETIDDIIKKYNFNITSNDLDDFRKIIYKENSDVVSEDY +NVQSGEYIFVPTE +>MGYG000000001_01006 hypothetical protein +MQKNNRKNTNYSFDIKLKAVKMYLVEGIGSPTIAKELGLSSNKRVLLWVKRYNEFGEDGL +KERRGTTRGLQKGRPRKRELSLKEENQRLKAEVEFLKKLLILERE +>MGYG000000001_01007 hypothetical protein +MIRKSNIFRTIHQLKNIYNINILCKIGKVSRSGYYKWLHSNKNNDQDLDLKYKILEIYTD +SKKVYGYRRIKIGLFRAYGLIVNHKKIIRLMKSLNIHSVIRRKRFKYYAPKTIDIGKVEP +NLLNREFNCNAPNQKWATDITYLKYDNGRKRMYLSAIEDLYNXXXXXXXXXXXXXXXXIL +CT +>MGYG000000001_01008 IS3 family transposase IS1296 +MATDITYLKYDNGCKRMYLSAIEDLYNKEIMAYKISDTLDMSFVEQTLGEAFKKVKTSEF +KNLIIHSDQGSHYKSNIYKSILKKSGVRQSMSRKGNCYDNACIENFFGHLKTELIYQNSY +NSKEELIKSIDDYIYWYDNCRFQAGLKNMTPAEYRCHMIS +>MGYG000000001_01009 hypothetical protein +MSKNKAYEKSIIREILTSKARFASILVIILLGVAFYAGIKSSGPDMNKTINKLYNTYNLM +DSKIVSSLGLSDKDIDLLKNNDNILDFYPTHSIDANLSNINSVVKFMGYDDNNNINDFIV +VDGRLPKNSGEIALDEKVLKLNKELKIGDNYVVESDEDTMKSFNKKSFKIVGFVKSPMYI +EKESRGTTSVGKGTVDYFAVLNKKDISMDVYTEIYVRFKNVQGLEAYSDKYKEKMEENNN +YLKTLYSDREVERVEEIKSEAQEELDKAYLEIEENESKLLDAETEINDAKEKLKEGKLQY +EQGLKEYEKIIKDEQSNILEGKKELEKGQVELDKQKENILDGKSKLDEAKKALDKAKQTL +INQGIDPNQNTGELKSNIENLNALLNTYNLLSKDIKDTINKINDKEEIPIEKINYWKIII +SNKSLGLGYLTEYINDLEKSPGNKDLAINIADGVEKTSSTVKDNISNLETLLNGITKYQQ +GLSQYNEQVKVLENGEKQLEEAQKQLDNAKLEITQGEKEIEAGKVEGKKELEKAKLELTS +VEQSIKEAEVEIAENKQKLLDAKEEMKENQDEINDMKECKYYFFDRNDNIGYSGLKDSID +SLDSIASVLPVFFFLIAILICLTTMTRMVEENRGEIGILKALGYNEFEISKKFVVYASIA +SILGSVIGILIGCNILPNIISEAYGSLYSLPKLNIYYYSEFIIQSIALSLLCTVGASLFV +LRVELKSNPANLMRTKAPKLGKKILLERITFTWKRLNFNQKVTFRNIFRYKQRMVMTVFG +IAGCMALLVTGFGLKDSNNGALEMQFNKIWKYDSMVIFDGESNSDNKEYIKILNEIDGYE +SNLNIHQESVTFSKENMNKQTATMYVVENTNKLNDYILLNDRKTGEVYNISDNGVIINEQ +LANHLGVSVGDKVTMKDEDNNTYDIVIDNICENYFMHFIYMSPEYYKEIFGKELEYNSQF +LNFDTDKANNENISEKLMENDNVINVTLMSDMKKSSEESSANLDMIMLVIIISSGCLAFV +VLYNLNNINVSERIRELSTIKVLGFYDNEVTMYILRENIILTLLGIFVGGFLGKILHSFV +LKTSEIDTMMFYLEISKNSYIFSALITMTFSMIVMLMMHMKLRKVDMIDALKSNE +>MGYG000000001_01010 putative ABC transporter ATP-binding protein YknY +MAYIEVVDTYKRYKIGENIVVANNGINFSIEKGEFVVILGPSGAGKSTVLNILGGMDSCD +EGKIIIDKTDISKFNNKQLTKYRRHDVGFVFQFYNLVQNLTAKENVELATQISKNSLDVD +KTLDLVGLSNRKDNFPSQLSGGEQQRVSIARAIAKNPKLLLCDEPTGALDYKTGKQVLKT +LQDTCRNTGTTVILITHNSAIAPMADRIIKINDAKVRSIEVNENPLPIEEIEW +>MGYG000000001_01011 hypothetical protein +MPGIKGNRRTLYTKKIIKESLIELLQTNDIHQITVTNICNKADINRGTFYSYYKDAFDLL +QSIEDELFDQILRYLNETPAEDYTDSLLIKVLELIAENKDLCKILLCKQRDGRIIDRILY +IASKANLEPLFDKSNEFDESHFDYLIRYSVGGILAIIQVWLENNLKKSPREIVKIINNIN +KLNYNTFN +>MGYG000000001_01012 hypothetical protein +MTTETYYSEGLGVVKHRVLINEETISYYQLKSFDIK +>MGYG000000001_01013 Aminopeptidase C +MDIEGVQASRLFNTEFCMNKADVFEYGESLMTHAMVFTGVDLDNNDKPIKWKVENSWGKD +S +>MGYG000000001_01014 hypothetical protein +MKINKIYSYYFSPSGTTRKITEELNKSFNLPIDTCDLLKNPLHEDIHISSNDLCIISLPV +YMGRIPSICIDMVNKIKSNKSLAIGVVVYGNREYEDALVELTDLLTNNNFTIVGAGAFIA +QHSIFPSVGNGRPDDSDLKLIKSFGENCNKIIESLNNDAFSRLEINIKGNRPYRSTKPIP +LKPKSKNTCNNCGLCYKICPTNSILKDSPKEINKDTCISCGACISNCPSNSKYFGGIMYK +IAKVKFEKSNSVYKIPEVFYIC +>MGYG000000001_01015 N-substituted formamide deformylase +MTVNEKLYFNGDIITLENELYAEAVLVKDGKIFKVGKKDDLLQSACKDVELVDLQGKTLI +PSFIDAHSHFFGYANSTLQVNLDEAINFEEIANKITNFIQKNNIEEGVWITCNNFDYNAL +EEKTYPKIDFLDKIAPKNPLVVSNKSGHNGLFNSLAFKELGIDANTPDPEGGKFFKENGE +LTGYAEENAYIEYVQKVPMASTEDIIKAIGKAQDAYASYGVTTVQEGMVVTLLSDFLLYI +ANSNILKIDYVGYADIRESESILGKLGDYKKQYKNHFKLGGYKTFLDGSPQGRTAWMRTP +YEGEADYYAYGTQKDEELKSKLEQALKEDMQILVHCNGDRACQQYIDMYRVAKEETALDN +DIRPVIIHAQLLGEDQLDEVKELNMIPSFFVAHVYHWGDIHIKNFGMERASKISLLKSAE +DKGITFTLHQDAPVIEPNMLETIWIAVTRTTKNGVSLGPEERIEPLEALKAVTKNAAYQY +FEEDTKGTIKEGKLADLTILDKNPLKVDHEAIKDIQVLETIKEGETIFKI +>MGYG000000001_01016 hypothetical protein +MEQYKEASNGVIYPKGEKMPEMFSKYFIGEAYLNMLVL +>MGYG000000001_01017 hypothetical protein +MTPEEEFYYLINGREPDKMYNYHCLVCKYEEEVPEICVDELGDY +>MGYG000000001_01026 Cyclic di-AMP synthase CdaA +MFDIKSFFDGFIDIILRMSIFDLIDISIVAYIFYKIFMFIKDTRAEQVLKGIVFLLLATQ +LSSTFKLHTLYWLLVNTLQIGLLSAIIIFQPELRAGLEHIGRTQFNFFVKGNNTNEDLNK +TIEEIIEALYSLSRQKIGALIIMERKTKISDIISTGTEIDGDVSRQLLINIFIPNTPLHD +GAVVIRGSKVKAAACFLPLTQSKDLSKDLGTRHRAGVGVSEVSDCITLIVSEETGEVSIA +KSGKLYRNISRERMTNILQNNLKSNTEERSFLKGGIFR +>MGYG000000001_01027 hypothetical protein +MIEKLKENTKIKLISLLSAIVLWLYVMAIVDPQETKLFENIPVTITNLDELDSNDFVIYP +EANLTTDIYVTGKLSVLKNISKDDITVYGTMSNFIEGNNGVFLKANISKGVTYELKPDTI +VIPLEKIVQEKRSVDVVVTGKYKNNFNAVQLEEDSIKISGPRTLVNEVQKLQATLNVDEN +KDTYTTTLNLVPVNDRGQKVDGVTLETSSVNATVSLLVEKNVPINPVFAEGSENLGEYEL +SQNSITIKGKKDVVDNITSINTKAINLNDINVGLSKDVRLDIPAGIKIDESIKITIKINE +VKDLVTKLTYTNDEVEIRNNNNSVDVATLKIPSTIDVEIEYKENISNLNKSDITLYIDLS +EGDDTFTIKYESKYDFENVKISPDIVIVE +>MGYG000000001_01028 hypothetical protein +MNYKHISINERCCIANFLSLGWNLRKIAKHLNQNVSTISREVKRNFTNGKYLAHIACENY +SKNRKNCRARGKSLKSKEKRGKFNIGKSIKDRTKEVRKRETIGHWELDTVVSSREKSKAC +LSTFVERKS +>MGYG000000001_01029 hypothetical protein +MEKRKSSTFNFHCFTVFKDIPSDLIKTFTVDRGKEFARYVDIENTLNIDVYFADVYAFGK +EVHTVEVESVLEVFKKYSDLKKKNI +>MGYG000000001_01030 Phosphoglucosamine mutase +MRKYFGTDGVRGVANTELTCDLAYKLGRAGGYVLAKGDHRVKVVVGKDTRISGDMLEAAL +ISGLMSVGCDVITVGVVPTPAVAYLTKEYNADCGVVISASHNPVEYNGIKFFNKDGYKLD +DAIELEIEKYIEDIDKVECSPVGEHVGRRIHKHDAKKDYVNYLKSIINVDFKGLKVVLDC +ANGAAYEVAPTVFKELGAEVVSINSNPNGNNINDKCGSTHPEQLKEAVLEYKADLGLAYD +GDADRLIAVNEKGQIVDGDHIMILSAIYLKKNNKLAQDTLVVTVMSNIGLTIAAKENGIK +LATTSVGDRYVLEEMKNSGYNLGGEQSGHMIFLDYNTTGDGVLSSLVLAKIVLEENKALS +ELASVMTQYPQVLVNARISNENKNKYMEIKEISDEISRIESLLDGCGRVLIRPSGTEPLV +RVMLEGKEEGQIKELATNLANLIQEKLS +>MGYG000000001_01031 Glutamine--fructose-6-phosphate aminotransferase [isomerizing] +MCGIVGYLGNRQATEVLVEGLSKLEYRGYDSAGVAVNVGNELEIRKFKGRLAILAEDLEN +NPINGGLGIGHTRWATHGEPSDVNSHPHFNMAKTIAVVHNGIIENYMELREELQAEGVVF +LSQTDTEVVAHLLDKFYEGNLLDAVYKATEKLRGAYALGVICKDNNNELVAVRKDSPLIV +GIGEDENFIASDIPAILKYTRNVYFLENDEYVHIQGSNVTILDENRNVVEKELNEITWDV +EAASKAGYDHFMLKEIYEQPSGVKETLIRRLNSDGEIQLDDIKMTNEDLEKINRVYIVAC +GTAYHAGLVGKFAIEKFAHIPVITDIASEFRYRDPFIDDKTLLILVSQSGETADTLASLR +YAKEKGARILSVTNVVGSSIARESDDVFYTWAGPEISVASTKAYTTQLVSFYMIALDFAI +KKGTISREYYNEMIEKLKDMPELVSKALEQETHIKEDVAKELKNATSAFYLGRGLDYNLA +MEGALKIKEISYIHAEAFAAGELKHGTIALIEEGTPVIAIATQEELFEKMVSNMQEVKAR +GAYVIAVAQEHNKEVEKAADKVIYIPNVDDILSSILTVLPLQLLSYYVAVQRGCDVDKPR +NLAKSVTVE +>MGYG000000001_01032 hypothetical protein +MNKIKYITLFIVLALLGAMSSYADIKFNNSYDRFLQAFESSEAKFKFYSMKANVPIEYDI +DSDEIKSICIELMSNLGMEESDIKIEDKWNQDEKQIYLQAKDEDTSISIVGIKKSSSESY +IMVDILDNKVYKNIVDIYAILENYLNKYSQEVEIYTCIAGEYGKKLQIDKYDDILNKILY +NMNAEVIEKVQEENFLSVTAYSKVLKENYLECFGNKINLNIGIRYSEDDEKTLIYIATPI +IKLDY +>MGYG000000001_01033 UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1 +MAKIIVKKSNPLKGSVKIDGAKNAVLPIIAATLLAKGKSVIKEVPNLRDVHVISDLLRHL +GAEVEYEGKTLTVDATNITTCEAPYELVRKMRASFLVMGPLLSRFNYTKISMPGGCAIGT +RPIDLHLKGFKCLGADVEIDHGFVEARTEKLKGSKLYLDFPSVGATENIMMAACLAEGTT +IIENAAEEPEIVDLANFLNEMGADVKGAGTNTIRIKGVKELRGAEHTVIPDRIEAATYMV +AAAMTKGDIVIENVLMEHLKPVTAKLKEAGCKIIELENAVRVIGPETLKPIDIKTLPHPG +FPTDVQAQFMAMLTIAKGTGVVIETVFENRYMHVAEFNRMGANIKIEGRTAVVKGVDQLY +GAKVNATDLRAGAALILCGLIAEGDTEIGEIYHIQRGYVDIDKKITALGGNIEIVED +>MGYG000000001_01034 hypothetical protein +MKNPLVILAGLVFLCISVPVILSTAFYKDSEISSTNENIKINIETKGEKEEKQEKEVINY +ETIDEESPNISIYNHKAGVIESIDIETYLYGVLSGEMSAKFNIEALKAQAIAARTFVMNK +KENPVSSGHKNAVVCTNYKHCQEYKSYEELKSTNGTQWMEEYYTKIKKAVDETKGQIIVY +EDKPILPLYFSTSSGKTENSEEVFSTQYPYLKSVESPYDGQSPKYTSQVVVSKSDFINNI +KKSYPNISIKSSNLKEDIKILNRNEGGSVGKIKVGDKELTGVNIRSIFNLNSANFEIEFK +NDNIIFNVKGYGHGVGMSQWGAEGMAEEGFLYYEILKYYYTGTEIKDLY +>MGYG000000001_01035 hypothetical protein +MKKKLLENDIFYLSLFVCVCLVAVGGVWLTNSNVNKLASNDTDRNEEIHLIDNDKKEDAI +PTTTDSDQNLAKAKEEKEDSSDKLSFLGTKVIREFSEKEPSYSETLNVWEIHKGVDVSTT +EGQEIKSLLNGKVIDVYKDDEHGMSVKVQYDNDIIVVYSNLSEDIKVEKNQELEEGQCIG +LAGNTTAVESESEQHVHVEAFKGEESIDPMFLID +>MGYG000000001_01036 Stage III sporulation protein D +MKSHIEERAIVVAKYILEKNTTVRQTAKTFGVSKSTIHKDVTERLEEINPSLAKEVKKVL +EKNKSERHIRGGLATKLKYEKENKKDVG +>MGYG000000001_01037 Rod shape-determining protein MreB +MARVDIGIDLGTANVIVYVSGKGIVLEEPSVVAIDKRTNSVLAVGEEARKMIGRTPGNIV +AIRPLRDGVISDYDVTEKMLKYFVEKVVDKKGFGRFFMPRIMVCVPTGVTEVEKRAVEEA +TRQAGAREVYIIEEPIAAAIGAGIDISQPNGNMVIDIGGGTADIAVISLGGAVVSESIKI +GGDRFDEAIVRYIKKQKNLLIGERSAEKLKIEIGTAIKPKEEKYMKISGRNLVTGLPESM +EIASSEILEAVSECVEQIVIATRYVLEQTPPELAADISDRGIIMTGGGALLQGLDKKIQE +STGIRVSVAEDALSCVAKGTGSSLSSLDLLEMGGTFKKR +>MGYG000000001_01038 hypothetical protein +MYLAKVNYKKENVAQVLSLILKDIINENTIVICIGTDRAIGDALGPLVGTMLKNSDFKYP +VYGTLDNPIHALNIYESIEEIKRLHPKGEFLAIDACLGSKNSIGNIQIRKGPILPGKGVG +KKLPQVGSFSIVGIVDKIDENNRFSFNNVRLSFVLELAETVALSLLLAT +>MGYG000000001_01039 S-adenosylmethionine synthase +MARHLFTSESVTEGHPDKICDQISDAILDALLEKDPLSRVACETTVTTGLVLVAGEITTS +AYVDIPKLVRNTIEEIGYTRAKFGFDCNTCAVITSIDEQSGDIAMGVDEALENKVGEETE +DEIEKVGAGDQGIMFGFACNETEELMPLPISLAHKLSRRLTEVRKSGLLDYLRPDGKTQV +TVEYDGNKAVRVHTVLISTQHSEDVDNDTIRRDLIEQVIKYVIPAELLDEETMIYINPTG +RFVIGGPQGDTGLTGRKIIIDTYGGYSRHGGGAFSGKDPTKVDRSAAYAARYVAKNIVAA +GLADKCEIELAYAIGVAKPLSIFIDTFGTGKVSEEKLVELVNKNFDLRPGAIIRDLDLRK +PMYKQVAAYGHFGRTDIDLPWERTDKAEVLKQQALEA +>MGYG000000001_01040 ATP-dependent RecD-like DNA helicase +MERLEGMISDIVFKNEENGYTIAHLANSMDDIVIVGCMPTLSVGESIEVEGKWVNHKTYG +TQFEVSKFMPVIPSSLEGIYAYLSSGMIHGIGEKMAKRIVDKFGVNTLDIIQNNPERLEE +VEGIGGKKLKQIVKSYEENRELRNIIIELSPYGITPNYCLKIYKKYKDKSIEVINKNPYR +LAEDIRGIGFKIADEIANKIGIDKYSDDRICQGILYALNQSLGSGHTYLPKPILIQEAKK +ILDVEASMIDNCIMALAYDQKIHLEQSNGQQLIYLMPYYMSENGVCKQIIKLSQCEFDDL +NIDIDEEIRSLEEEENIKLASNQILAVKEAINTGVLVITGGPGTGKTTTINTIIKVFENN +KKKVVLAAPTGRAAKRMSETSQREAKTIHRLLEMGFATDSDDLMFLKNEEDPINADVVIL +DEVSMVDILLMYSMLRAIKSGTRVILVGDSDQLPSVGAGNVLKDIIESNVINVVKLNEIF +RQAQESMIVVNAHKINKGEPLFLNSKGKDFFFIRKNTNEEIIDEIVEIVSERLPKFYKLD +KLKDIQVLASMRKGDVGVTNLNMALQKSLNKPEKFKVEENFAKRIFRVGDKVMQIKNNYT +KKWESEDRKDSGEGIYNGDIGYIYHIDKENKKVHVLFDQVKIVDYTYDELDELDHSFCTT +IHKSQGSEFPVVVIPITWAPPMLLSRNLLYTAVTRAKKLVVLVGDVKYLEYMIKNNRTND +RYSNLANKLNKFKQEGLLLK +>MGYG000000001_01041 hypothetical protein +MIFYEVLDLVLDFIYPKNISCILCNKPIKKINTYSLCKDCFKELNFIQDGCIKCGKPIIY +HSLEKLDICGCSYCFNKSFYFDKAISCIEYSDISKSMILGFKYKNKTYMAKYISNIMKEK +LDLENIKFDYITFVPLHKKRMRKRGFNQSEKIAKELEKMIDIPILDCIYRKSNTNRLYNL +NRKERKIELKNAFLVKENINYANGKNILLIDDIFTTGSTVNEISKLLKLNNVNKIFVMTL +LTKSNDNYIKAEN +>MGYG000000001_01042 Ribosome hibernation promotion factor +MNIIISGKQMDLTSGIKGAIEEKIGRLDYYLHPETEVKVTVSAKKARHTIEVTIIPISGP +IIRAEDSEENLYAAIDIVYDKLNKQLRKYKNRLQDRHQSNESIRFDSVDLDNENDFEDED +ENLDIVIKRNKKFDMKPMSPEEAVLQMELIEHEFYMFRNIDTDEISVVYKRENGGYGMIE +HE +>MGYG000000001_01043 Protein translocase subunit SecA +MVKYIIVIIYGRGEMPTMGFLDNLFNIADRRELKNFNKIVDKIDQLEPKFESMSDKELKE +MTNIFRDRLDKGETVDDILPEAFAVVREASKRVLGLRHYRVQLIGGIVLHQGRIAEMKTG +EGKTLVGTAPVYLNALSGKGVHVVTVNDYLAKRDKEQMGKVYEFLGLTVGVIVHGQNPAV +RKAQYECDITYGTNNEYGFDYLKDNMVIHKEQKVQRPLNYAIVDEVDSILIDEARTPLII +SGPGDKSTHLYSDANTFVLTLKSDDYELEEKQKAVSLTESGIQKAEVYFNVENITDISHT +ELYHHINQALKAHTIMKRDVDYVCKDGEIVIVDEFTGRLMFGRRYSEGLHQAIEAKEGLR +IQRESKTLATITFQNYFRMYNKLSGMTGTAKTEEEEFKAIYKMDVVQIPTNKEILRKDLA +DSVYKNEKGKFNAVAEDIIERNKNKQPVLVGTVSIEKSELLSQLLKRRGVKHEVLNAKHH +DKEAEIIAQAGRLGAVTIATNMAGRGTDIVLGGNPVFLTKKEMKRLGYNEDIINKVDSPL +EVQQTEENEDLFKARAEYENLFNRFKKESEAEQQEVLNAGGLAIIGTERHESRRIDNQLR +GRAGRQGDPGSSRFYIALDDDLMRLFGSERIQGVVEKIGLEEDMPIEHKMLTKSIESAQK +KVEGKNFGIRKHVLQYDDVMNKQREIIYAERSRVLEGENLDEQIQSMIKDIIVEAADIAV +KENGIDEEIFKAHLYALFMPKGSIEIENVEKLSKEELVDKVYEIAHKIYSAKEEQIGSER +MREVERVILLQSVDSHWIDHIDAMDQLRQGIGLRAIGQQDPVVAYKMEGFDMFDEMTKHI +QEDTVRYLFNITIEQPVERKQVIDVDHLSSSATDEPGNKTVKKDEETGRNDLCPCGSGKK +YKKCCGR +>MGYG000000001_01044 hypothetical protein +MTYAHVVVVKNIKNVVEDNFGGLNVKHTRV +>MGYG000000001_01045 Peptide chain release factor 2 +MNKQEFWNDNEKAQKVIQENKSLKDTVEEYNQLSESLEEIELLIEIGLEENDDSICKEIE +KSIDSLEKEIDNMRIKTLLSGEYDRNNAILSINAGTGGLDAQDWAQMLLRMYTRWGERKG +YKVKLLDILSDPEAGIKSATLLIEGLNAYGYLKSEKGVHRIVRISPFDPSGKRHTSFASV +DVTPELDDSIEIEINQSDLKIDTYRASGAGGQHVNTTDSAVRITHIPTGVVVQCQNERSQ +HMNKDRAMRMLMAKLIELKELEQKEKIEDIQGKYSQITWGSQIRSYVFQPYKMVKDHRTN +AEIGNVDSVMDGNIDLFINEYLKMNKIKK +>MGYG000000001_01046 Protein YhgF +MDINQILKTEFNLKDEHINNTIKLIDEGNTIPFIARYRKEMTGAMSDVTLRELYDRLTYL +RNLESRKEDVSRIIEEQGKLTDEITKKIVEAKTLQEVEDIYAPFKQKKRTRATIAKEKGL +EKLAMSILNEKIANIEIEAQKYINEEKDVNSVEDALKGSKDIIAEIVSDDADVRKYIREL +ALREGVIITKNATDEKSVYDMYYDYSEGVKNIAPHRTLAINRGEKENFLKVKLEINNDKV +LNHIINKYINNENISNKEEIVQAIEDSYKRLIFPSIEREVRNTLTEVAQERAINVFGQNV +KSLLLQPPVKGKVVIGFDPGFRTGCKVAVIDKNGKFLDYATVYPTEPKNDVEGTKKTLKD +FINKYDVDIIAIGNGTASRESESIISDMIKEIGKEVQYVIVSEAGASVYSASELANEEHP +DVDVSIRGAISIGRRLQDPLAELVKIDPKSIGVGQYQHDLNQKRLEGVLDGVVEDSVNSV +GLDLNTASYSLLEHIAGISKTIAKNIIAYREENGAFTSRAQLKKVKRLGPQAFTQCAGFM +RISNAKNPLDNTGVHPESYDICKSLLEMIGYSLEDVKNRNIQDIDERVQKIGIMEISKKL +EVGEITLKDIIAEIKKPGRDPREEGIKPILRTDVLKIEDITEGMILKGTVRNVVDFGAFV +DIGIKNDGLVHKSQMSNKFVKDPMDVVTVGDIVDVKVIGIDLDKKRVSLSMKM +>MGYG000000001_01047 Imidazolonepropionase +MILIKNGTIDTITNGVFVGDILIEGKKIVKIEEKIEVSNDVEVIDAQGKFVFPGFIDAHT +HLGLWEDGMGFEGADGNEETDPITPQLNPIDGINPMDRTFEEAVAGGITAVCTTPGSANV +MGGECIAIKTHGRRIDNMVIKNPVASKIAFGENPKSCYGRDEKTPQTRMAIASLLREHLK +KAEEYLEEIELYEEHEDHDRPEYDIKMESLIPVLRKEIPFKVHAHRADDMFTAIRIAKEF +DLRLTLDHCTEGHLIAEDLVEEGYPVIVGPSLSERSKIELRNLTFDTAGILSNAGAQVSL +MTDHPVIPIQYLPICAGIAVKHGMKKEKAIEAITINPAKTLGIEDRVGSIEVGKDADIVI +WDGCPLEIQSNVLFTVIDGKIVYKRA +>MGYG000000001_01048 Riboflavin transporter RibU +MQETIKNNKSMSVKILAKIGILAAVAYILMFISVPLPIFPSFLKLDVSDIPAIFGGMAMG +PLAGFIIALIKNLLQIGVSVTGGVGEIANAIISGTYVVIISYLYKRRSNFKGVILGAILG +TIGMTIMGCVLNYFVVTPIYGQVVGSLDAVIAMGSAINPRIHDLFTFVIWVYAPFNIIKA +IVMTICVLPLYKKVNGILKK +>MGYG000000001_01049 tRNA threonylcarbamoyladenosine biosynthesis protein TsaE +MVKIYLDGEEQTKEIGYRLGKLLTPGSVICLIGDLGAGKTTMTQSLAKAIGVDDYITSPT +FTIVNEYEGNMPLYHFDVYRIGSSEEMYDIGYDEYINSDGVCIIEWANLIEDILPDEYLD +IELSYKDMGREMILKPVGEKYKKIVEELTK +>MGYG000000001_01050 tRNA threonylcarbamoyladenosine biosynthesis protein TsaB +MKILGIDTSSNASSVAVIEDNKLICEYTVNTKTTHSQKLMPMIENMLSMSDINIKDIDAI +AICIGPGSFTGLRIGMATAKAIAHVNNLPIIGVNSLEILGGNMNLCDKNICSILDAQRNQ +VYTGRYKFENGNIVEIQPVDVVEIENLLEEISKDNEEWILVGEAVYKYEDRIKEIKNIRV +PSPSHNVTKASSLCSIAKEKYNKNIDVHNCYDINPMYIRKSQAEVQYEEKMKRLENGK +>MGYG000000001_01051 Ribosomal-protein-alanine acetyltransferase +MVNNLVIEEMKVDDIDGVFEVEKNCFEDYWSKDSFKKELSNNLAKYLVAKVDGKVAGYVG +IWFVVDEGHITNVAVHEDYRGQKIGDQLIKELVQVCKDNKIVSMTLEVRTSNTVAQNLYR +KYGFKMAGIRKEYYSNNKEDAIIMWNDIKEV +>MGYG000000001_01052 tRNA N6-adenosine threonylcarbamoyltransferase +MKDVITLAIESSCDETSAAILKNGREVLSNIISTQIETHKKFGGVVPEVASRKHIESIDE +VVQEALDTANMDFKDIDHIAVTYGPGLAGALLVGLSHAKALAYTLDIPLVGVNHIEGHVS +ANYIEHKDLKPPFITLIVSGGHTHLVEVKDYGVYEILGRTRDDASGEAFDKIARAMGLGY +PGGPIIDRLAKLGNKHAIEFPRAHMDEEYDFSFSGLKSAVLNYLNAKKMKNEEIIVEDVA +ASFQEAVVEVLSSKAIKAALDKNYKTIALAGGVACNSSLREKITEMAKEHGIDIKYPPLV +LCTDNAAMIGCAGYYSYMNGRRDDMSLNAVPGLKIGQK +>MGYG000000001_01053 putative FMN/FAD exporter YeeO +MQGLFKLDKENKSFYKLLVSLCIPMIVQNLISSSVNVVDTVMISSLGESSVASIGVANQF +FFLFNMTLYGITGGAGIFISQFFGKKDVNNIRSVTGLSTILAFLVSCLFFLPALIAPKLI +INIFSHDSEVVKLCIEYFRIVTFSYPIIAISTVFSMGSRSVRNPKLGMICSTIALGTNIV +LNYGLILGNFGLPALGVKGAALATVIARIIELVLITSYIYFIKKDYILRFNLNDVKRIKA +DFLKTFASKSLPILLNDSLWAFGTVLYSVAYSQAGTSAIAASQIATSTGNFFIMTSVCVA +NGAAIMLGNELGADQIEKAIRYSKKFSILVSLTGLLFGLLLIANIPLLLKVFNVSKELSP +DIIKIFIIMGLLMALKAFNTFIVIGVLRSGGDTKYSLFLELGCMWLVSLPLTFLAAFKGA +PIFMLVLLTYTEEIAKFIFGVPRALSKKWATNLVKEMV +>MGYG000000001_01054 putative ABC transporter ATP-binding protein YheS +MIVLSCNNLNKSFGIDSILEDVSFTVNEGDKIGIIGINGTGKTTLFKIISGVYGYDSGDI +YTAKDCEIGYLEQNMNFHSENTILDEVLEVFRDLIDMETYLRNLELKIAEEGEKSNSDYL +DKLMNEYSHKLELFADKNGYGYKSEAKGVLKGLGFSDNDMNKPISILSGGEKTRILLGKL +LLKKPTLLMLDEPTNHLDSEAIEWLELFLKQYKGTVMLISHDRYFLDQVVNRTFEIHNKK +LKTYNGNYSKFLELSRVEKELELKKYEDQQKDLKKQEESIERLKAYGREKHLKRARSKEK +ALDKIDVLDKPEAYRKRARIEFNPSIVSGNDVLQVRDVSMGYGNRILFKDLNLDIYREEK +VALIGANGIGKSTLFKIIMNEIIPLSGSVTLGTNVNVSYFHQEQKTLNLDNTIIDEIWDS +NKHLTQTQIRSMLGAFLFEDEEVFKKISTLSGGERARVAILKLILSNANFLLLDEPTNHL +DIDSKEVLEEALSSYTGTIFTISHDRYFLNTVVDKILVLDENGITEYLGNYDYYMFKKRQ +VQEMSLIQEEDKEEKTKTQLKEEKRKEREQREAEKKNRAKRQNIEKEIETTESKIEELDI +LLCQEEVYSNPERAKEVSQEKTNLENNLEALYEEWEQLV +>MGYG000000001_01055 Redox-sensing transcriptional repressor Rex +MGNKNISMAVIRRLPKYYRYLGDLLDRDIQRISSKELSDIIGFTASQIRQDLNNFGGFGQ +QGYGYNVDALHQEIGKILGLDTKYNAVLIGAGNLGQAIANYSGFRKAGFEIKALFDANPR +MIGLKIRDFEILDSEDIEEFIKENEVDIAIMCIPKKGSQELADRLVNAGIKGIWNFVPVD +LDVPESVIVENVNLTESLFTLSYLMKAED +>MGYG000000001_01056 4Fe-4S ferredoxin FdxA +MSYIINEACISCGACADECPVGCISEGDERYVINADECVDCGSCAEVCPVDAPQQGE +>MGYG000000001_01057 Carbon monoxide dehydrogenase 1 +MDCNSCKMCKSADDKLESFVASKEFETAFHRTEDQKQKCGFGLQGVCCRLCANGPCRITS +KSPRGICGADADTIVARNFLRAVASGSACYIHVVENTALNLKHVGETKGLIKSQKALDYL +ADKLGIDESDKYEKCIKVANAVLDDLYKPRHKKMELVEKIAYKPRLEKWRKIGIMPGGAK +SEVFDGVVKSSTNLNSDPVDMLMNCLSLGISTGLYGLTLTNLINDIMLGDPVIRMAPVGF +RVIDEDYINIMITGHQHSTFSSFQEKLTQPEVVKLAKKAGAKGFRLVGCTCVGQDLQLRG +EHYQEIFAGHAGNNFTSEAVLSTGAIDMVVSEFNCTIPGLEPIADKLNVKMICLDDVAKK +KNAEYIYLDRNKYDEIDMKLINEALESYKSRRSQVQIDIPKDHGYEESLTGVSEKNLKEF +LGDSWKPLVDLIANGTIKGVAAIVGCSNMTAGGHDVNTVELTKELIKRDILVLSAGCSTG +GLENVGLMSPGAEELAGDNLKTVCKTLGIPPVLNFGPCLAIGRLEIVATELAEYLGIDLP +QLPLVLSAPQWLEEQALADGAFGLALGLPLHLALPPFITGSKVVTEVLTESLKNITGGHV +IVNPDPKSSADQLEEIIIDRRQKLGLKEVEIYA +>MGYG000000001_01058 Iron-sulfur protein +MHRILINKELCTGCKSCVLACMLKHSEAENMYFLDLESIDTESMGHIELDKDNKPVPILC +RHCEEPECVLTCMSGAMTKDRDTGIVSYDKQKCGSCYMCVMSCPYGVLKVDDRTKQSILK +CDLCRDEECPKCVANCPTGAIELQKEEAYAE +>MGYG000000001_01059 NADH-dependent phenylglyoxylate dehydrogenase subunit epsilon +MLNKFINKFTSKKENNQNCKSNKKDYVILGASAAGINAAKTLRDLDLDSNITVISKDENV +YSRCMLHHVISNHRTVEEINFVEDNFMENNNIYWIKNKSVKSIDTNNKKVVIEGQELDYD +KLLIATGASAFIPPIRNIKEGNYIYPLRNIDDVYEIKEKAKISKKVAIIGAGLIGIDALT +GLMEYKNLEVSLIYPSDYILDKQLDEYSAKVYENKFIENGANLYSGQPVNEIILDKENNV +SGVQLGNGTVVECDLLVVSTGVTPNIDFIKETNIENNRGIVINDKCETTVDDVYAAGDVV +GKNAIWPLAVKQGIVAAHNMAGSERNIEDDFTFKNSMNFMGIPTVSLGIVNPDGDDYDTI +TRCDNDGYKKFIYKDDRIYGLIAQGDISYIGALTQIIKNKVEIPDLKNRIFDIGYADFFS +MKENGEFEYSI +>MGYG000000001_01060 hypothetical protein +MAEKTLNVFEIAKSQVKLMKNAFEEIWDLAEEYDVSLRTAAYMMSIKRVAIAMEKRGDAK +TTSESLANN +>MGYG000000001_01061 Gamma-D-glutamyl-L-lysine dipeptidyl-peptidase +MKKKILVPMFASVMALSMNAVVNADEVKDNNIDNTEEKTSQDVIDLGEYEETTYKTAVVK +DGVAVKIRNGGKVKLVAYTGDSFKVLATQGEWVEVSVDGEKGWVPSRFVDIKSAPGFVTE +EKVNFRNDANTDSEIIEELSKGSKLEVLEDQGEWIKVKYGDKEGYVSAKYISDEAPVIEE +VVVEETVTEEATTRVSNNQSSSSQSSNTQKSNKKNNSSSNKTEQSNENVPAANTSSAQAV +VNLAYSKIGSPYVWGAEGPNSFDCSGLTSYVYKKAAGVSLPRTSSAQSGYGKTVSKSNLQ +PGDLVFFGSGSVSHVGIYIGGGNMIHSPKPGESVKITSINSSYYSGRFITAKRVL +>MGYG000000001_01062 Aspartate carbamoyltransferase catalytic subunit +MLKGRNLIQPEDFSVEEIDEILELSQKIIDNPSKYSRRCEGKLMATLFYEPSTRTRLSFE +SAMKRLGGQVIGFSEPNSSSVSKGESLGDTIRTVSSYVDVIVMRHPQFGAANEAIKYTEV +PFINAGDGGNQHPTQTLTDLLTIKSLKGNLENHTIGLCGDLKNGRTVHSLVKAMARYKNT +KFVFISPKELEMPEYIKEAINGHEYYETTNLDEVIGTLDVLYMTRVQQERFEDKAEYDRL +KDYYILNKAKLSHAKKDMLVMHPLPRVNEIDTDVDADERAVYFKQAKYGMFVRMALITKL +LGVDINE +>MGYG000000001_01063 Dihydroorotase +MNNILFRNVRIVDANKDFKADLLVSNGVISKIDENIEIEHESINIVDGNGYVLMPSFIDL +HTHLRDPGLTHKEDLETGQKAALKGGFTVLCPMANTKPVCDNKEVMEYVLNKAKDLDLCD +IKQVCAITKNLDGQEMIDIESMRKYTDLFSDDGYTLFNEEIMENVLRLSSELDFKVLTHC +QPEYEIVQRDLKMLKEVGGNLHICHISLEDTLNEIKKYKDEGYKFTCEVGPHHIYGYGLD +YKVNPSFAKEEDMRALIQGIKDGYIDMIGTDHAPHTEGDKKAGSPGISNIEVAFAMVNKV +FKENNISLNKLSEMMSANPARLLGLSQGLIEEGLRADLVLIDENEIDVIDTRKFVSKGKN +NPFNNQKVIGKVIMTIRDGKIAYKVEGDM +>MGYG000000001_01064 Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit +MYKVLENRYVGEDMYLMRVEGRFEGKMGQFYMLRAWDTYPLLSRPISIHDIDDNSISFLY +KVFGEGTQIFSRLKEGDTIKLEGPYGNGYEKVEGKVALVGGGIGVAPLYLVAKNIENCDA +YLGFRNEAILMEEYKELCNEVHVVTGNTFVTDILDVERYDYILTCGPTPMMEKLVKMVEG +TKTKIMVSLENHMACGVGACLVCTCKTKFGNKKTCKDGPVFWGEDVIF +>MGYG000000001_01065 Dihydroorotate dehydrogenase B (NAD(+)), catalytic subunit +MGRGRDFLMANLNVKFGNIDFKNPVVMASGTFGFGKEYNEIYDIQKLGGVSSKGLTLQKR +DGNNGMRVWETPSGMMNSVGLENPGIQGFIDNELQFFKDLDFVRIANVGGGTLEDYIEGV +KLLNEQPVDMIELNISCPNVKAGGMAFGIKNEVARDVVRAVRKVTDLPLVVKLSPNAEDI +VGMAKVCEEEGADGISLVNTFKAMAIDINKRKPVFENVYAGLSGPAIKPIALRMVHEVCK +AVNIPVMGMGGITNWEDAIEFIMAGATCIQVGTANFINPKIGLDIIAGIESYMEREGIES +LDEIRGIL +>MGYG000000001_01066 Orotate phosphoribosyltransferase +MSKVDVVEILKKSDALLEGHFLLSSGKHSNRYVQCAKVLRFPQYAEQVLSTVVEQIKDLD +IDLVVGPAMGGVIVSYELGRQLNKETVFTERKDGVMELRRGFEVKPGAKIIIAEDVVTTG +KSTIETKEALEKLGGEVIGVACIANRTSKDIGMPIYSAIKLEIEVHESDNCPLCKEGKIE +LVKPGSREFKEIGM +>MGYG000000001_01067 HTH-type transcriptional regulator CysL +MFEELKTFISVVEFKNFTKAGNHLNLSQPTVSTHIKNLENYFGTTLINRSIKQKNIFITE +KGYTLYRRAKEILNLMDITYREISNNSNTITGTIKIGASSTIGDYILPKFLSIFSEKYPD +INVEIFIENTSSVCADIRNFILDIGLIEGNLNDSNFNKGYFLKDKLALVLPYNPRLYTED +FSFSSLQDQKWILRENGSGTREYLDLFLSKYKILPKNIMIVGSNYAVKESVKNGLGISII +SKFIAYPAVENNEVSVIELDNTFTRNFSYILPKDVNTSDITQLFLRELKLYATSLY +>MGYG000000001_01068 hypothetical protein +MTRQYKDFTKIIKDIIPGFVVAILVAGLSMLLAKFIPKLGAASIAIFLGMFVGNVFLNQE +IFQKGYKFSETDLLSYSIVLLGATLSISTISEIGISGVIFIVLQMTITIIGALYIGKKLG +FSENFRYMMASGNAVCGSSAIAATAPVIEADDKEKGIAITIVNVTGIVLMFLLPVITQFL +YNHDLTQTSAMIGGTLQSVGQVVASGAMVSEHTKDLSTIFKIVRIIFLVVVVFVLGHLKH +KSNKEILEEEVTDIEKGKIKVPWYVIGFFITCALFSLNIITPNVSMICKELSNKFEIIAL +AAIGLRVNVKDLIKQGKSVSLYGLFVGILQIISAIMLIGILL +>MGYG000000001_01069 Cytidine deaminase +MIDAKLLVEKAFEAQKFAYTPYSNFNVGAALLGTNGKIYQGCNVENAAYTPTNCAERTAF +FKAISEGQRTFSAIAIVGNKADSEEYDYCAPCAVCRQVMAEFCDLKEFKIYLARSKDDYK +EYTLGELLPLAFTGANLK +>MGYG000000001_01070 Deoxyadenosine/deoxycytidine kinase +MFKLVNQSNTPASRDLFITVAGNVGAGKSTLTTLVGNKLGFETHFEKVDGNPYLEDFYAD +QEKWGFHLQLYFLAQRFKQQKEIHANGLNNIQDRSIYEDVEIFARNLYDNGKMTKRDYIT +YRDLFNDMVPYLKKPDLMIYLDGSIDTIINRINLRGREMEKTVDLDYWKNLHNRYEKWIS +EYDQSPVLYVNINEVDLVNNPEHLDMLCDEIRKILGM +>MGYG000000001_01071 Deoxyguanosine kinase +MNERGIFIAIEGPIGVGKTTLATILNEYFNYTLLREIVEENPFLSKFYTDIKGYALQTEA +FFLFNRVKQLEDTEKNLLSKGNGVVSDYHIIKNLIFAGLTLDKMQFHRYKQVYNTFVNDL +PQPDIIVYLNSSTDVLMKRIAMRDRSFERQMDRNYIEELGTEYKYYFNPLSIKHNFMGKE +PIIIEIDNSNLDFLNNDNDRQFIINKVKEAMTTLGGQ +>MGYG000000001_01072 hypothetical protein +MKVYEKNNSVILEGITDFDPKHIFECGQCFRWHKQEDDSYTGVAKGKILNVKREGDIVYL +NNTNLEEFNNIWFDYFDLGRDYTEIKNTLKSMDEYLDKASDFGWGIRILQQDGWEMLISF +IISSNNRIPMIQKAIENLSKKFGKYIGEYNGKEYYSFPTPEELNKASQEDIRACQTGFRD +KYIKSTTESIVNNKDDVRRYTNLSTEECLKELLKFNGVGPKVGDCIALFGMKKYDTFPVD +VWVKRVMQEFYVNEDMSLPKIRAYAIDKFGDLAGFAQQYLFYYARELGIGR +>MGYG000000001_01073 Major cardiolipin synthase ClsA +MNIVQGLILGFLALSYISGTIVAMTILLENRDPSRTVTWLLIFILLPGVGLIIYAVFGRN +LRKIKIFKTQELASNMKEEKLFRNLDEINNLIRLEQDTISVSKLLKDNEEDNIKLKIISL +LLNTGMFPFTTNNKVDIFVDGNEKFERLIKDIENAKDHIHLEYFIIKDSDIGQKIKNLLI +KKSKENVKIKILYDDVGCWRFWFHREFFNEMKSHGIEIVPFLPTKFPIIGGKLNYRNHRK +IVVIDGRVGYTGGINIGDEYMGKDKKFGYWRDTHIRIEGTSVYMLQMTFLIDWYYNTKEV +LLNTNYFPRLNNFGNSMIQVVASGPDSDWEAIHYAYFLAICQAKKSIYIETPYFIPDESI +LRALKSAALSGVDVRIIFPKIADHKIVNIASYSYFDDILKSGGRVYLYEKGFIHSKVIII +DNSIASTGSANMDLRSFMLNFEINAFIYDRKVIDLMKEDFFEDMKNSKEINKDEFKNRSI +VQKSKESVARLFSPIL +>MGYG000000001_01074 10 kDa chaperonin +MKIRPLADRVVIKKVEAEEKTASGIVLPGAAKEQPQIAEVVEVGPGGIVDGKEIKMELKV +GDRVIFQKYSGTEVKIEGQEYTILRQSEILAVVE +>MGYG000000001_01075 60 kDa chaperonin +MAKEIKFAEDTRKALETGVNKLADTVKVTLGPKGRNVILDKKFGAPLITNDGVTIAKEIE +LEDRFENMGAQLVKEVAIKTNDVAGDGTTTATVLAQAIIREGLKNVTAGANPILIRKGIQ +KAVEVAVEELKNQSRTIESKESISQIASISAGDEEVGKLIAEAMEIVGRDGVITVEESKT +MHTELDTVEGMQFDRGFVSAYMVTDVDKMEAVLNDPYILITDKKISNIQEILPVLEQIVQ +QGRKLLIIAEDVDGEALSTLVVNKLRGTFEVVAVKAPGFGDRRKQMLEDIAILTGGTVIS +EELGYELKEADLSLLGRAASVKVNKETTTIVDGSGEKTDIENRVNQIKHQISETTSEFDK +EKLMERLAKLSGGVAVVKVGAATEVEMKERKLRIEDALNATRAGVEEGMVAGGGTALVSV +IPAVEELVNTLEGEARIGAQIVRRALEEPLRQIATNAGLEGAVIIQNVMNADTEVGFDAL +NEKYVNMIESGIVDPTKVTRSALQNAASIAGVFLTTEAAVADIPSEEPMPGMGGGMPGMM +>MGYG000000001_01076 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase +MLENIHVSGFSDEISSDFDTQLETVKNLGMEYISIRGVNEKNFSEYTIEEVKEYIKPKLD +EYKVKVSSIGSPIGKVFIDDEEGFGKQISLLEKLCEMAKILDCKYIRMFSFYMPKDKNPE +DYKDEVIKKLKIFTEIAEKHDIVLLHENEKDIYGDISSRCLTIFKEVGSEHFKGIFDFAN +FVQCMEDTRECYELLKEYIVYYHIKDAVKEDKENVVCGTGQGKIEEILTDAIKDGYKGFL +TLEPHLVIFDSLKDLELEDVNNIIKKDKGLDGKSAYALQYNSLVNILKSIDFRLKKIGGE +NMKQVRFGIVGIGQMGGSHAEWLAGGKVENAVLAAVCDVNPQKKEWAAEKLPQDVKFYDN +YIDMLDSGEIDAVLIATPHYDHPVIAIEALNRDLHTLVEKPAGVYTKKVREMNAVAESKP +HLVFGMMFNQRTNPLYQRIKEIVANGEIGEIRRTNWIITTWWRPQAYYDMSSWRATWNGE +GGGVLANQAPHQIDLWQWICGMPTKVRANLQYGSHRNIAVEDDVTAFVEYENGATGTFIT +CTHDIMGTDRFEIHGDKGKILVEGSKKVTVSRLKESENELNERMTFADVANLFRGQGMSD +LMDVEEFEIPDQWGTQHVNVMINFTKAILEGTPLLAPGTDGIKGVTIANAMHLSSWLGQE +VEIPFDEDLFLEELEKRKAEELEAKKEAKLETV +>MGYG000000001_01077 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase +MALRIGVIGLGDVSIVHINAIKLSDKAELVAVCDTDETKMNLVEGANFYTDYNEMIEKEN +LDCVHICLPHYLHYPVTKEITSKKVNVLLEKPLCLNTEEVEKFNELDKETDANICICLQN +RYNHTVKTLLEVIESKKYGSVKAIKGIVAWNRPESYYTTKPWRGKMEYSGGGVMINQAIH +TIDLIQLLGGEIESVKGNISNLLNYDIEVEDTAMANINFKNGARGTFISTIAYADNSSVE +IEVIFENIRFVIKDSTLYKYENGTQEIVVKDKLFEGSKHYYGSSHAEFIDNYYNCLINDT +DNYIRVSDASNSMRIIDSIRNSSKEEKLINWGN +>MGYG000000001_01078 Inosose dehydratase +MNKPTIGVQMMMLRNKIEELGIKETFKKVKEIGFSTVELSQVPMTPENVEAIRESLDELD +MRVCATSGALKAMAPGMKMENLRDDFDKIVADTKALGCKYIRIGMISFDCLGSKEKIVEY +TKELNEMGRRLKEQGLELYYHNHHVEFAKYDGKYIMDIMAEESDPKYLGFELDVHWLQRG +GVNPLEWIKKLEGRTKILHIKDYRIAQTLDLSGGMQEIMRSLAEMVQFAEIGEGSLDMKA +IIDLATETGVEHIFIEQDDTYGKDPFESLEISARNLRKLGFGDRF +>MGYG000000001_01079 Glucuronide carrier protein +MSNMQSEVKKLNKSFENENLYNDCPSWRLALFALNNTATNLYMWGMMYLANYATGIAGLM +VTVVGFILTAMRIFDGITDPVVGFLIDKTDGKFGKFRPYMVIGNIILGIMTFVIYKTVHL +VPENFRLIYFVLCYAVYIIGYTCQTACTKAGQACMTNNPAKRPKFGLFDAIYNAILFTGM +QMYVASYLVPKHGGFGNISLYHELITLVIIGSAILTVLAVYGIWPKDRTEFFGLGNKSVE +VKFRDYWPVLKGNRALQMLVVAACTDKIALSVAQNATVGIMFFGIVMGDYSLSGTIGMIV +LIPNIIITMIGTKYAQKLGQKKALVVGTWVSMISYVVLVAVLVLGDPTQIRLNDMGLMTI +VFLVVYIIAKGATGVSGAFVIPMISDCADYETYLSGRFVPGMMGTLFSFIDKLISSFATT +IVAFSVAAIGFTDKMPDITDAYTPQLFWVTMFLFAGMPIIGWICSLIAMKFYPLDKEKME +EVQTHIQEIKNSEPELV +>MGYG000000001_01080 Putative glycoside/cation symporter YagG +MSQQTTNYNRAKTWQIGLFAFNNTATNVAMCLMGYLAFFSQNVLGIMAAVIGVILTSMRI +FDGITDPIIGLFIDKTDGKFGKFRPFMLVGNIIIVTCMYLIFAVVPTLDNGIKLPVLIGV +YIIYIFGYTFQTACTKAAQAVLTNDPMQRPIFAIFDSIYNTILFAVAGLIITSILPPKFE +KGMLDPGLWKQVAIMFGGLSFFLTILAMIGIWGKDRKEFFGVGKKDEQVKIKDYWPIIKG +NRAIQMLVVAASTDKLAGSLAQAATIYFYGNVLLNVSLSGEIGAIMTPMTILVTFIGVGY +ARKMGQKKAFVVTTWGSMAMLIALLIIQPFDNISLTALNFNTILFMGLTLLQRGFMNVSG +NMVIPMIADCADYETYRSGKFVPGMMGTLFSFVDKLISSFSSTLLGVGLAMIGLGNAIIE +PGTAATGSFFWLIMGCMYIVPILGHLASIIAMKFYPLTAEKMEEVQYEIEALKNKNTVA +>MGYG000000001_01081 hypothetical protein +MELNNNNIKMVYDHISELVCLNLIIFNNLENSLSRINSYKTSEKIEQIEHDVYKLINNAI +KIKDSTYVLVLH +>MGYG000000001_01082 hypothetical protein +MKLTNRKIVNDSNFLGALMHKQLPVKVSYVISKNVSKIEKELDIYNKERQKLLDKYCVKD +EEGENIIDENNQLKIADKNLETWNKDINELLDIEIDIDIHKFNVNDLLNSNCEMTVSELM +LIDYMIEE +>MGYG000000001_01083 hypothetical protein +MLKINKTINLSATSEIDGQVVVYMNASISTDGNTNANINKNISNKELYNANKVAVREDMK +QFETEVYKVEDSINVELLSRKAGK +>MGYG000000001_01084 hypothetical protein +MNFTYVTDLSNEKTEFRTPFKRTKYEVISQTPDLLHTKIEYENGLKVDSKVYSDKVVLTT +NMEFVTNDGVIYELRK +>MGYG000000001_01085 hypothetical protein +MKNNEAKIIKEDEKITTTLGNSKVVVTKDSITCEVRK +>MGYG000000001_01086 hypothetical protein +MVKISVLINSANLNSKYNCKVIEFNADATKFGNMGNYWPKKALHGVRVNSRVHTFRNLEL +IVHFYGGEISDENIIKFIEHSSSCTFKYKNKNYDVSIKEEDNKPIVLNSNTTKITLRYDI +LNVYKDTKTVTIAGSGTININSPKECYANLEITSSVPLPSCKIMINGYVITIKNLKANET +IYIGSGKVIAGGKSKMNDVDMWEFPALKSGVNTISIDNNVGLTVKYNERW +>MGYG000000001_01087 hypothetical protein +MADKEFNVKISAETDDFSNSLNKAEKDSSKFADALEKDIPKGAESATESLKETIEKLRQL +QREAIGVKTSFSTMNNEFKGTSSNSNKFNKEMQRLSMILGGDVPESTKKAYSEMYRLHEE +ARKASRYYGKYSQQAMNARDAITKFALGLDDTTFKQIYMRSQLGLTDMQLRQQANSIKLN +ARMTKLMGNQTKILTERMKGLQKYGIKPEMMLPPSTIGQFQLLNETMEAGRSPLNGLSLG +YRKLGGSVEKVIKNYSAQKVAIREAQGDMVKYGLLLRGITAANANMALAFPIVGMAALFA +YKTMFSAALEADEGLKKLAETTKGKVLKALEPVIQTAGQFLKVALKVTGVVSDWIAKFNE +VHPIIAKIAGAIGFLLPVMTLLLLPLQMGINLWDGWMVVLNGVWTMFGGVISMIGLASST +FLAFAGIIGVVSGAFMYLWKTNEGFKNGVTKAWDFMKQKASDVFGTIATYLTETIPNAYK +SGGVEGVFNSIFLSIKTALANITTLLPQWIQKGFEIINNLLLGIGQAMPQVYEKSTEIIT +NLMTGLTAMMPTFVKTAFILLQSWLTALTNNLPIILNGGIEIVKMLIQGITEMLPMIVST +VITVLTTFLQIITDNLPTILNAGIEMITSLVDGIVNNLPMIIDAVTKTLETFVNFILDNL +PMIIDSGIEIITTLATAIIDNLPKIIDATLELMLSIVESISNNLPKIIDSAGKIITSLVK +GLIQGIPKILKAGIDLIVGLCNGIIQSTPKVVKAAGDIIKDGIDAVKNKISDWVSIGGDI +VKGLADGIKNAGWRVINSIKGAVQGAIDWAKNKLGINSPSKLFMQFGEWTTEGYQIGVDR +GEPASTRAVENFAQNSVNAFTDNSDILDNRSVNESVISSNNTNNLIDYNKMYEVMINAFS +KAIENTGMNDPKFNIDGKELTNIISPKIARTARGW +>MGYG000000001_01088 hypothetical protein +MIIKELYPLNNGYIDWDKCIKYYVIENQVPLNVFWDSDFYELSIYVEQYKEKLEGIKMAV +IYGYVSAKKSKIINIFKKKKSKKEMEKMKEDLKKKFNL +>MGYG000000001_01089 hypothetical protein +MKTIVKKYGDKEYIMKLGARQKKMYCDITKKPILSDEQPTESDMYTLIRCAISFSNKFIS +EDEVLNLADEIGDKAIYELYGELLKAMLEEFDDNQGAIPSK +>MGYG000000001_01090 hypothetical protein +MSRTRSADVLIMIGGKPVAGQSGASFEASNEFEEFIDRVESAQGQCMTSRELNGQDFSID +MNAVANLSDKSDEGVFATLWDAWQQAEDLAVKLAVKKPSYAGSESATSNVDNLLEATMKI +ETFSGDFEDGLAGLEISLVVNGSVSRSKALLSSSETE +>MGYG000000001_01091 hypothetical protein +MINSLQTLIYQHLTNKGYEVVDIIDENIKMPYLKLGDTRITDKVLRTGEKIHYITWDLFY +WYDGSNKGRKEINSKYMDIYNSLYELLYKEAGEYLISDCELSSDGDNGITEHYIDENTIL +YQASIKFNFVIQRKVM +>MGYG000000001_01092 hypothetical protein +MRIKVNVNNIIDLVAYLQGYKEYVVTETDKSRKKHAYMIESMAKGKVAVDTSRLKNSIHT +KHEGNSSLVGTNVKYARAREFGSKAYVIKPKKAKFLRFRGRDGNWVFVKKVNYPAGRGKK +PFLIPSFEEITPKFSDDVERILFSYDK +>MGYG000000001_01093 hypothetical protein +MRFNKKVELYKVNRINDGQGGRIENKSLYKYIYCNLSLLSLEKQIQLFGVANYEFYNLTT +IDTIDIDNFYVLIDGKYYKPTHKPKRIKNKTYVTLDRLEHAN +>MGYG000000001_01094 hypothetical protein +MEDILSEVKITLGLSSSDKDELLKSLIRRSSRQVENYIKENSVPEELEYIVAELVIARYN +RIGSEGLNSENSDGVSFSYNNNSLDGFKMDLDRYIANKKSQLDKIKVRLI +>MGYG000000001_01095 hypothetical protein +MTIALTKSEMVSKLQKANAASTLLVTDQAEAFIYDIIQNSNTLKKLNVQYKDQTSGNIEA +LEAQTRKTRKFTYTPGEVPEGAFNVNKREIPYSVVKVFLDMWLSNDDVWYILRQRGQNME +TALTSMMQEAFALDMQDLLFNGDKSASSTGHDDFLKILDGFVVKMKKSNKKINLEANLPT +PEDFILLKKKIPSKYWNHPKFNFNWIISENTKLDIMREIIKRPTAWADSIIVDGELKKLS +GLPVEIVSTYPDNFIALTPLSNLQPVFTRDVRYNMTSTGVECVKRDATYHIGFAYLDAVI +NNPECVAWMDYTEPTVEIVNSEVAILSESIDHNEKSIESEDIEDIEDIEDIDEVETPKKD +KKAKK +>MGYG000000001_01096 hypothetical protein +MPRMKDLDIDFISLVNKGANKQTVKIYKADEEPVNSDDEEFRGFFNVLKSFFTKDKKEDI +KKSTYVTDFNQLVGEAVIEERIREARWALMDSLENTLLEPTITDKAGHMAIQIDAFKNYV +LNTVNTVGIQKSLEQIKEIRKSKEEEEMKAEDIKKMLDEALSPIKKELEDLKGEEQPPEG +DEGIGGQEPPKEPTQEEIIAKAIKEATEPLMNEITELKKSRRAPQSLDTNLGAGQEVKKS +YIGAFEGMFN +>MGYG000000001_01097 putative protein YqbD +MKQLDVKIAKLDEENRIVEGVVYRPSKEFDENGNPTDYTDSHGDWATVEDVKKASHKFME +KLMNTANKANAGVDKQHNEIGGYGYVVENYIAKCDIPDIGALKDDWVAAIKVTDDITWND +IKLGNITGFSIGGTAIYVEGGE +>MGYG000000001_01098 hypothetical protein +MDKDKLCIINEILKEFILDNDKNKTWIYQINQSDEWLDATYEAFLEMESEFHNLLKIQRS +KIIESIENGTVTNEILKIYIENIEKQQVLYEQIVYKNFLNIMNLVKQEILSELGQTSVSI +TFDLLNEKALKFLEDKKIKFVIKVADTTHKAIINELSEGFEKGESIQELSNRIKDMPEFD +MKRATVVARTEIISSSNAGTLQGYKESGVVIGKEWSSTKDERTRDHHKEAEGQRVKLDEP +FIIDGDLLDYPGDNSYDAKASNVIQCRCSLKPILEGEVI +>MGYG000000001_01099 hypothetical protein +MTKPQVRIKKIMGSSIGQSKQIDDIFNEFYSQGYIIQPEMNIEALARISENSDILQVCIE +AYKNNIVGFGTVLDYNFDYKEDTSKQSIADADWSKYEMFIKYCNFDERFTGVLKKFIDDR +ERLGYATIECIADETGEISELQHIPSHTVRLCKESDPIEVEEVITDSNGNERKIKRWKKF +KKFIQMVGSKQVYFKELGDPRKLNRLTGEYLADGQEMNIDDEANSIIFDNIYCPYTPYGL +PRYIGALVKMMGSRNADELNYKYFEDGRHIPLAIVVENGQLTQDSIDLLAGAKGQDAQHK +YLILEAEAFSNEFSMEEGKSNVKIHFEKLAEIMQDDALFLEYLKNNRDIVRGSFRLAPIY +TGDTQDYNKATAETAKQITEEQTFEPLREDLADLLNKKLMKELNIKFVELKFKGPKTTDD +TEIAKALTPYIAGGVATPNMLLDSLGKLLGKEFEPLTDEWADIPLQVYLANRNTNLKPTF +EEQNHISKAFDMQDVINPLKELQKAIEGALNG +>MGYG000000001_01100 hypothetical protein +MHKKISEIINKNFYEFWKTINSNKYLFHVLKGGRASAKSTHIAIWLVLALMKYPVTCLCI +RKVGNTLAESVFEQLKEAIDILNVGHVWKVQKSPLQLVYIPRGNKFIFRGADDPAKIKSI +KMSKFPIAFVWFEELAEFKTEDEVSTIVNSVLRAELPPGLSYKVIYSYNPPKRKQSWVNK +KFETQFLPSNTYVHHSTYLDNPHISKAFIEEAEEVKKKNEFKYRWEYLGEPIGSGVVPFS +NLVFRTITDEEIKSFDNIRQGNDFGYATDPMAFVRLHYDKKKRIIYFIDEIYGVKMSIRE +LALNIIKKQYNDTYVICDSAEPRSIEELRVLGIKAVPAKKGPGSIEFGENWLDDLEGIVI +DSRRTPNIAKEFENIDYQTDKDGDIIPKLEDKDNHSIDATRYALEVDMKTHGLEKSRERR +KVVRR +>MGYG000000001_01101 hypothetical protein +MKLNVKQKAFADYYIETGNAYQSAIKAGYSENYAKGNIIKLLENESVKSYIQEKMKEIES +ERIAKAEEVLAFLSSSLRGEVLEEVISTETIDGMIKPVILKKQLSAKDRIKAAELLGKRY +ALFTEKVDLEGNVGVTIIDDIGTLEDA +>MGYG000000001_01102 hypothetical protein +MKVYKDIDEAIKPTEVPRELWKYENEMKKKPKFEHSKEGKKSKNKRRYNHY +>MGYG000000001_01103 hypothetical protein +MKKYKIGKMFIYLIKRRKTNFKVFTYETNYVKKAITFQVLRFSFIVGISK +>MGYG000000001_01104 hypothetical protein +MSKDKKELFKKVEGRLHNYKNLEVQIRNLELDIEREKNDYKGCGAIGYDEKTGVTYNISR +TVENEVIAKEKRIGKLMQTKLEKEIEKKKIENALTTLDSRETDLFNLLYNSRSKNNMNYI +SIKLHIDRSHCYRMRETIVYKVMSILYPEILKELPLLEDI +>MGYG000000001_01105 hypothetical protein +MNKYRNKKVEIDGIKFDSKHEGEYYLYLKKLKDEGKIKDFGLQQRFELQPSFKKDGKTHR +AITYTVDFAIYHWNGEVEYIDVKGMETQQGVMRKKMFDYKYKEKTHMDPKEY +>MGYG000000001_01106 hypothetical protein +MAKNVVVYKEFIINGCKFKIRKYRGSCNELIYSVFVSKGKGARSLGSYKNPRVAINSVKE +YACIFEDYSLRV +>MGYG000000001_01107 hypothetical protein +MIKIDLESKEYYFERAWAHLLSGHAIASKVTRCAYWLSEDGKSLKFYNPIVTIVQDSDYI +LNKEMLGMWVIGDIVKKNK +>MGYG000000001_01108 hypothetical protein +MKKIKFKAYSKSNNKMFDNELLENAADGLYNIAKSKLLEMGYFAQAEDLERGVYLPTKDD +DLVFMQYTGLKDMDGVDIYEGDILDYGMYGKFKVVFNKASFKVQKLGFSDGYLYLLESCF +LDEIEVIGNIYENPELIG +>MGYG000000001_01109 hypothetical protein +MIINTHEEFNNAILNYNIPAEILLDVKSRIGDWTSSGGSLDDPYIKQQWKYIENYINYYI +KK +>MGYG000000001_01110 hypothetical protein +MREIKFRAWDIVWGKMRYNKDLWDIPYNEIFIHTPDQRALNLMQYIGIKDEDAKDIYEGD +VVERVDRTPIAHMYGKIVIGIVGFDNGSFVLNTDEGAYSMDNNKLSNTCSYRVIGNIYEN +PELIG +>MGYG000000001_01111 hypothetical protein +MKEFYGNVSLILDLNFSIEANSIEEAKEKIFEDACLDFRLYNGESNEDIFIEIYPDEWYL +VDEPANGNVRQSGVREFEIYEED +>MGYG000000001_01112 hypothetical protein +MANRIATLVCVIGMCINMVTDNLVGVIGIGFLAILNMMEALNDK +>MGYG000000001_01113 hypothetical protein +MKIGQEIIVKEDFKINTIVSDKVKTVRKGDKGFLDSKGFLHLVNGAGKGKIVNVEGIEVK +GYDHENMARMIFGRLSNYFNLGEMLENEDIDSERFKEEIEYVLMDIL +>MGYG000000001_01114 hypothetical protein +MEERKNEINFIADIIYKLCVESEVCLLPHELDNGTKLVVIQDNRNGKKYAITQNK +>MGYG000000001_01115 hypothetical protein +MFKKIKEIMKMFKGVKSLVMLRCAKCDSLNIRLINGTLKESEHEIEAIHKTITHVEYAVR +CNDCKAMGVIKEGW +>MGYG000000001_01116 hypothetical protein +MKKIKFRAWDTEREVMANVSHIGLNDCEVGMEDEECRCWNTPYPYVCKLMQYTGLKDKNG +KEIYEGDILSYKHITYTDCSKTKIEEIEDESFIEIITYSPMASIVKPHSKNVKCFGYDSI +NKECLILDLTSDEVEVIGNKFENPELLG +>MGYG000000001_01117 hypothetical protein +MLVPLDDDLYEKIDAIGEKFGMTTDSLIELAVENLIKNIENINK +>MGYG000000001_01118 hypothetical protein +MIIDLRNIQVEQVEFIKYLESKPGAINPKSKFGVTKGQAIDLLSELMEVCNAAKVQKWWD +KSDIDKDRVAEELSDLLAHICNIANYLDIDLIHEVEELQIKSIEGIVLAFVQDVILLSNS +NNKTFIRHRIFVILTKYIQIVYALGFNIDEIKDAYHKKLEINYTRF +>MGYG000000001_01119 hypothetical protein +MVKILIMIIIFNIGFLTGAVWHSTCENNKNMDKRMGDEK +>MGYG000000001_01120 hypothetical protein +MELHRLRELIDLAKVYIAEGNGTIDALKKAEEELKNGEDIDNDNYI +>MGYG000000001_01121 hypothetical protein +MILNKNNINNSIAFNPVIDDLTYRGYMALAHAICGVKDCNGVWKQISLGQVRKIFGLNER +DADDVEKEKEIEKSKKYEKTTTSKFKYINIKVLNIETFEVETFNNTEELAKHFGVNSNFN +SHIRNNWTYKNKYRFKADINPEYIAGASESKKIKVTNINTNKVDIYDSVKIASKKLNLSM +VTIYTYAKYGSLTKKGLKFEYLIED +>MGYG000000001_01122 hypothetical protein +MEYECIEEVKMLLEMIRDIAGEKNEGYISLKEAIELVESKNIN +>MGYG000000001_01123 Chromosomal replication initiator protein DnaA +MTFLLLEDGTAKECECRALRIAEEKLKISGVSEEFRQMRFENFSYERSVETIDAYLKAKS +YSKNFSDIRAARQNSIMFLGQVGSGKTHLSMAIANSLLDKSIGVIYMPFRDSITKIKQSI +TDEVNYNKEMELYKNAQVLLIDDLFKGSVTTADINAMFSIINYRYMKKLPIIVSSEKNIN +ELLAIDEAIASRLIETSKGFVIEFKGKHLNYRLVGA +>MGYG000000001_01124 hypothetical protein +MAERRMFAKTIIDSDLFLDMPSSTQCLYFHLSMRAGDDGFINNPKKIQRFIGSSDDDLKL +LIAKNFIIPFDSGVVVIKHWKIHNYIRNDRYKETLYLEEKAQLAVTENKEYVLGIPNGIP +TVGERETQVRLGKDSIELDKNNIDIYTEDGNVDKYVNESKNLKNISRLYEQNIGLINGVT +GEWLIEISEKIESGLFKRAIEIATDSNKCTLGYVKGIIKKWLEKDITTLDKLEAYRLQQN +QKEVDSDVRRGKGNFENEGPTNDPESEATRRRELLRQIEELERDEL +>MGYG000000001_01125 hypothetical protein +MNNIQATKQSALALAEYTLDGGQKLTAETIKRYICPDATEQEILYFLELCKAQKLNPFIR +DAYLVKYGSQPAQIIVGKDVFIKKAHASGVLRYIKAGIVVADKDRNIIEREGTIKFDDEI +LLGGWCEVSRTDREFPTHHTVNFQEYVQRKKDGTTNSMWSSKPCTMIRKVAQTQTLREAF +TDELQGLYEQEEMGIENKLPEKEVKVGYATTGQKQGIMKLASMKGLYDYDNPKDISKMQE +FCESNGYCLKELKYEEVDELLDLLSKYEPKEEVVIDTEFTEVVEEPQQTVLEV +>MGYG000000001_01126 hypothetical protein +MSIEKELLKAKWLSRYTGPDYESNWGFKSAIQFCLDKREEGWSLQEFIDNKERLDEQYKG +VEGPYKDGYMYGLKLNIEELNKESVTNE +>MGYG000000001_01127 hypothetical protein +MDQLKKVRQLRTDAYKEYLNFKAKMANDRTMFTDEKELLVKVAYEKYKEIEAEVDAIEDM +IELEILERDTIQSMKCPY +>MGYG000000001_01128 hypothetical protein +MNILILQSFVKDFKHRKDELNFRFDLLKAYRRMVS +>MGYG000000001_01129 hypothetical protein +MATEVQKLIVRNIDIDSLLIAISEREDIVEVMQMFRDNNDYAPREYLTIKEFSNYIKASE +SYVRSLAKYAEKNKLFSVIKVGREYRIDRLSYEKWTSNGGIF +>MGYG000000001_01130 hypothetical protein +MSNSVEATNENIIPIKIEVNENQEPIVNGRELYEFLEVKSKYIDWFNRMCEYGFDENIDF +AMFNELSQKKEGSRMVERMIINHALKLDMAKEIAMIQRSEKGKQARKYFLKIEKDWNSPE +KVMARALILANKKIDNLNLVNEKLKIENNELKPKAIFADAVSASHTSILVGELAKILKQN +GIDTGQKRFFEWLRNNGYLIKRKGVDYNMPTQKSMEQGLFEIKETTINHSDGHISISKTP +KVTGKGQVYFINKLKPILAVSEA +>MGYG000000001_01131 hypothetical protein +MKKNILKSERVKKELTQKQVADKLGLSTGAYCDKENGKRKFTVAEAIKLSDLLGFDMREI +FLS +>MGYG000000001_01132 hypothetical protein +MSFIDDKLIFANRLRKERECLGLMQKEMAQKLNIPPNTYNGYETGKRSPNLEVAKHISDT +LDISVDYLLGRTDERNLNKEKPELDKGITTINAKKINIDDDLPDEAYDKINEYIKMVEMM +YKNKDK +>MGYG000000001_01133 hypothetical protein +MGIFNFGPSKKELRKQILELQNKNAIIEKNLENIKNENNNLKESLTQTNIEKNTFKDKLA +SLTLSKEEMKYLNLKEELEVLFKNSQQLNTDITSKSEELKRISTDCEVKLQEYTTLKDEY +NIQLNKLENIPKKKIKINTIFKSMENTLKEYISADLPSHYLNLPDYDHELIDRLTPSISI +KLHSMDIKELRKSLKINQELIEEALNKYESRYTTKSNKAIYKLMVIALRSELQNVLYNLK +YGSLDESLDAIKEITKKYITIASDGNQNIAPTVVKFIGEIEYLFLDCVRIEYQYYVKKEQ +QRAEQAAIREQMKQEAAEKKALEAQKKQVEAEEEKYKNEILKIQEQLKASEDNEKIAQFE +RRIQELQDQLDMVETKKEDIISRQNGKAGNVYIISNLGSFGDNVFKIGMTRRLDPFERIK +ELGSASVPFTFDIHSFIFSDDAVGLEQKLHNILEDKRVNKINLRKEFFKVSIDELEELVN +DIDPSAEFNKTMIAEEYHQSLSLS +>MGYG000000001_01134 hypothetical protein +MTKLEHLYELALNEHIDIHFFDLKEIGLLGLNVSKENMPHMIFLDHSVKKDTTLHLNILA +HELGHYFTSFGNSIAETNYIEKVLNNKCENKADRWACEFLVREDELIDALNKNINCIHDL +AEYLDVDVKTLLKRLEYLSLQKPTLRISDTRQLVLTNLPNIYFYEDICTYL +>MGYG000000001_01135 Tyrosine recombinase XerC +MNINSVFIRKRNENYNVVLEYLDEETGKSKQRSQGSFKKKKDAEKLLIEIKSSINNNKFQ +VPTSKTFVDRCYEYYNNTAKDFSPTTLKRANAVIRNYVNSFFKDKKLIDLSIKNYQDFIN +HLYTTSLKTSTIKEILNKTDAVLHECYRLREIKENIPDFIILPKRSDISNIDIYTVEEAQ +KILSECSNFPILEIPMHLFLLGGLRFGEMAGLLWEDVDFEHNILRIRNNLIYVDGEYFLR +KTKTDGSTRDITVPIALMKLLKKEKIKQNKLKMQNLLKNDHNVVCLNSKYRYWNNSSFTV +AYKTFLKKINMRYIKIHSLRHAHASMLILANTDMKTVSERLGHTDIKITMNIYSHVLKEM +DLTASENIEKILLYKKSN +>MGYG000000001_01136 hypothetical protein +MIQILTGTALLLVVLALFTLFSYKAPQGMKAMGGLANAACASFLVEAFHFSFFGEVLGIK +FLENVGAANGSLGGVAAATLVPLALGVSPVYAVMVGLACMNFKILPGFIAGYLISFVIKF +LEKKIPAGLDLIVIIVLATPLAYLIGDVTSPIVNGVLGTVGSVLTEASSASPILMGIILG +GLITVVATAPLSSMALTAMIGLTGAPMAIGALSVFGSSFMNFVFFSKMKFGSKKDNIAVA +IEPLTQADLISANPVPVYVTNFIGGAMSGVIIALMGLTNNSPGTATPIAGLAVMFAYNPA +IKVIITAVGCALVSILAGFIGHAIFKNYKITTADVVRGTESNEAV +>MGYG000000001_01138 hypothetical protein +MAYINFKEERYSINKQIENRKKNSSKVVSYILKNKDDLKDYTPCKQYSYKNFNGTRFGKD +GLLDEADFRIVESKDIVCSKFIDCNFKNIRYKNCNFIGCIFENCTFNDGGVTFENCIFVK +EGTEQLPSLNNKDNLGCYFYNCNMYARFLNCDLSMALFEECNIANTYFEMTYIRKGIIKN +SKLDKIVFEDCNLCGFKTLDCYIIDLDFNDKDKTKFDEKTCFGKIEAVEKTKQEYEGIYM +TYETIADKFKENNLINNFGEYYYLGKVAERKSVKKIVPKISSYFYWISCGYGQRAIYPVI +TSLAVIIICTILYLFMGIKIGETEVVTFSTLLNSDFKTIMGYINESFNLSVGMFAGVGID +NSQPTPTTYMVSNIEMMIGLLMMGVGIATLVRKAKNN +>MGYG000000001_01139 hypothetical protein +MEGLRRLLITCVILVCAWSLSSVIKELGTAKYLITLLSDTIPAFLLPSIIFILGSIISFA +TGTSYGTMGILMPLAIPLAYSINPEMSYIIVATSAVLTGAIFCDHCSLISDTTILSSMGA +GCNHINHVKTQMPYALFTAAITIILGYIPVGLGLPIYLGLPLAILALFIGMQIIGEKVE +>MGYG000000001_01140 hypothetical protein +MVISTWIGMELGLIKDAFSTIGVSSDVFGVFIQTIPYRFYNILILLFIVISALLLKDFGP +MRKAEIKAREEGIFSDELIIETTNPDDDMKYLSKKGIKPSMSNAIIPIGVLIFVALISFY +FSGYSNIISGDNNELISLLESSPVLFTAIREAFSASDASVALFQSSLLAGV +>MGYG000000001_01141 hypothetical protein +MITIPGNNILNGLVLAFVDVINRMVESLADPWNAGIILQVLAIAGLINLVTKMGGVKAIA +ESLSKRAKNRKSSQIIIWLSGLIIFFDDYAML +>MGYG000000001_01142 hypothetical protein +MNRKNLRIMFMALTVFMMSTTLGFAEEVDLATINAGKFGILTLIPPLVAIVLAFITKNVV +VSLFIGILSGSFIINISGSNPFAALINAFLDVVDRAVGSLADPWNAGIILQVLAIGGVIN +LVAKMGGAKAIAEALARKAKTAKSTQLITWFAGLLVFFDDYANALIIGPMMRPVADKMKI +SRERLAFIIDATAAPIAGLAIVSTWIGLEVGLIGDAFNGIGVEADAFGVFLNTIPYRFYN +ILILVFIVITSLLLKDFGPMRKAEIRARQGRSLDSEIAMDSSEHSDLEPKEGVRLSIWNA +IVPIGTLIIAALVAFYYSGYSAIMGGDDATLIQLFTDSPFTFTAIREAFSASDASVALFQ +SALLAGIVAMVMAVVQKIFTVSEAIDAWVDGMKTLVITGVILILAWSLSSVIKELGTAKY +LIKLLSGSFPAFLLPSLIFVLGAIISFSTGTAYGTMGILMPLAVPLAHSINPEMSFIVVN +TSAVLTGAIFGDHCSPISDTTILSSMGAGCNHIDHVRTQMPYALFTGAITILFGYIPAGL +GMPIYIVLPLAILAVFVGVQIFGKKVDGVEAKVL +>MGYG000000001_01143 Lipoate-protein ligase LplJ +MLLINNDNTNPYFNFALEEYLLKKTDKDLFRLWMCDPCVSVGKNQNTISEINSDYVRKNS +IPIVRRQSGGGAVFHDLGNLNFTFISCNNNSFSDFKRFTQPIIDLLKTLGINAEFSGRND +LLIDGKKFSGNAQYNYKNKVIHHGTLLFSSQISNLSNALKVKPIKLESKGIKSVKSRVTN +ISEHLDKPMNISEFRDLVMNYVFSLNSNNSYFNLTEKDIENVNKLSKEKYSTWEWNFGNS +PNYSLVNELRYIGGTLEFHLNVSKGFITDIKFFGDFFGKKDISNVEDLLIGVKHEEESLK +EKLNNINIDDYFLGSDVNVLVSGILGAKQPISLSN +>MGYG000000001_01144 Lipoate-protein ligase LplJ +MLLIYNENTNPYFNLAMEEYFLKNTHEDLFILWRNRPSIIIGKNQNTLSEINLDYVKSHS +IPVVRRQSGGGAVFHDLGNINFTFISCNNNSFSDFRKFTQPIIDLLKTLGLNAEFSGRND +LLIDGKKFSGNAQYNYKDKVMHHGTLLFSSQITDLSNALKVKSIKFEGKGIKSVKSRVTN +ISEHLDNNMDILEFKNILMNYISDISPENNFYTINKKDKEEIEKLVENKYSTWEWNYGNS +PKYSLLNELKYPGGNIEFNLEVEKGIITKIKFFGDFFGKNDISTLEILICGTKHEENSLR +EVLSHINIDDYLLGADIEILISGILGAK +>MGYG000000001_01145 Bifunctional aspartate aminotransferase and L-aspartate beta-decarboxylase +MKYSYKELKMMHEKISPFEFKDKLIDLAKYSAEKNNRNILDAGRGNPNWTAATPREAFFT +FGQFAVNETRLTWNLGDLAGMPKKEGITKRFYKFVEENKNMPGTSLLKDIIDYGINELNF +NSDEFIYELTDAIIGDNYPFPDRMLPHIEKIVHDYLVKEMKYDVKSGGKLNIFAVEGATA +AMCYIFDSLMANELLRKGDKIAIMTPIFTPYLEIPHLPRYNFEVVYINADEVDENGIHTW +QYSEKELEKLKDTSISTLFLVNPNNPASIAMDESTFNNIINVVENHNKDLMIISDDVYGT +FVPEFTSLMSKLPYNTLGVYSYSKYFGVTGWRLGTMALHENNVFDKRINELDAKLKESVN +KRYKDMRIDPNTISFMDRIVADSRLVALNHTAGLSTPQQVQMAFFSAFALIDTNNAYKSL +NMDICNSRKKLLFKGLGLELEENKYDAAYYYQFDIENWARIFYGEELVNYLNSNYELLDV +LYKLANNYSIVLLSGDGFAGPIWSVRVSLANLESESYYKIGQAIKEILTSYVEEWKEKST +EKVTVYR +>MGYG000000001_01146 hypothetical protein +MGIYKASSLKELLSKEVLNNVVDDIKDMKIYSIDTSGLSGSKMYKLKINTNDNSKNLYLK +VNNLKEDWLARVSNDKGRELTIFKDGIFNKIEEFIKDVYIAYYENSDCYAILMNDMSDFI +GSEKNSDDYYAYLDNLAKFHAKFSEHDILRYKSLLSVEDYYYFLTEEKLNQVEEFKEDNC +YGWKKLREFLGEDRYKKYCKFENVDQNFSYYPKTFVHGDYRPDNALYIDKDDVRFIDWAN +SGCGPCTLDLFWYLMSSVDNKVDKIDLIYYYKESLEKNLGYSFTKKTWDTLTRVGVLCAC +RMFLPALISRSNLNDKFAIYNLQWWLESLIIILDDLKIK +>MGYG000000001_01147 hypothetical protein +MKKAIGLVEIKSIPIGIETADEMLKAANVELIMANPICPGKYMILITGDVGAVKSSVESG +KKVAGIFLVESHVINNIHEDVLVSLTGFTEIDKVKSIGAIETISALTAIKAGDIAVKASN +VKLIEIRIAKGLGGKGFLILTGEVSAVKSAVKSCLNELGESGSIISTSVVSSPHKSLIEK +LR +>MGYG000000001_01148 hypothetical protein +MSILSVLAAFGGGAFGSAIGALPAFIMTGIIAVVGTAMGLGTGVDVVTGNIAFGSFFGPH +IAFAGGVAAAAFAARKNNAIANGSLGGGNVAVAAPSGITNGADILYCLHGTGDASVLLVG +GIFGVIGLLINHLYANVLAIPTDTVAMTVATSGLIVRFAIGKSGLTGKYEGSTPREYFPK +GNAFVYNIVLGLIVGLVVCYTGTLLEEAGVSREFMQVSYPGFVFAISAISLIFAQTGFTA +PTTHHISITAAYALVWSGSPIIGVIVAIVAALLGEFFVKTVNSHVDSHIDPPACTIFILS +LIIFMIFK +>MGYG000000001_01149 Electron transport complex subunit RsxC +MEKDLISLVKDAGIVGAGGAGFPTHVKLNAKAEYVIVNGAECEPLLRVDQQLMAMESRKI +LEGLKLIKEHVGAKYAVIALKEKYKKAIKSFEDIIGEYEGISLHKLQNFYPAGDEQIIVY +EVTGRIVPEGGIPLNVGAIVSNVETIVNIYDAYYNNTPVTEKYVTVTGAVKSPKTLKLPI +GLSIEEAINLAGGSYLEDYVVINGGPMMGKITDIKNPITKTTKGLIVLPSDHSLVKSLTK +DINQMLKEAKAACMHCSHCSEVCPRNLIGHRIYPDKMMRLASYSDLCDESVTPVNAFLCC +ECRLCEYACIMDLQPWKLHNSLKKTMGSNGIKNTCKNHPENVHPFRSYKKYPVNKLINKI +GLNSYDVEAPMTDIKVNAKSIAIPLNQHIGAPATPVVQIGDKVFKGDLLGNIEDNKLGSN +IHSSVNGIIKDIRNNIIIIDWGM +>MGYG000000001_01150 Succinate-semialdehyde dehydrogenase (acetylating) +MNISALDIEKVVKKVIEGIDMQEEKNCVDCVDGIFENMDDAVEAAFIAQREYMKCTMADR +DRFIKAIRAEFSNEELIELISRMSVDETGMGEVEYKIIKNKLVIEKTPGIEDLKSEAISG +DDGLTLVELSPFGVIGAIAPTTNPTETLLCNSIGMLAAGNSVVFSPHPRAKKVSKLTIQT +INRALRKVGAPENLVVSVAEPSIENTNKMINHDKVKLLVATGGPGIVKLVLSSGKKAIGA +GAGNPPAVVDETADIEKAAKDIIDGCSFDNNLPCIAEKEVIAVDSIADYLIFNMNKNGAY +QITDKDLLDKLVKLVLNDKLKIKTEFVGKSAKYILSKLGIEVDSSIKVIIMETNKDHPFV +QEELMMPILPIVRVKDVDEAIDLAVEVEHGNRHTAMMHSKNVDKLTKMARLIQTTIFVKN +GPSYSGIGVGGEGHTTFTIAGPTGEGLTSAKTFTRKRRCVLVEGFNVR +>MGYG000000001_01151 hypothetical protein +MANLYTKTGDKGETSLYGGKRVKKSSARVDCYGTIDEANSMLGLAYSHLKNEKIKIYVNS +IQKRLFSVGAELASDDKGLQILQGKVTEKDVTFLEQIVDECTEIVGKQTEFVVPGKNQAS +ASLHVARTIIRRAERKIISLREEEEIREELLKYINRLSDTIYALARVEEHNSEVENIKNK +VVKKLKEKFSKDFNLNNIKKMAEFAEEKAMEMNVPMVFSVVDEGGNIILVHRMEGSLLAS +LDISMNKAYTALALQMPTSDVSNLAKESGSLYGIQNTNSNRMVVFGGGFPIEVNGKIVGA +VGVSGGTVEQDMAIAQYAIDSL +>MGYG000000001_01152 Carbon dioxide concentrating mechanism protein CcmL +MYLGKVVGTVVSTTKNEALVGFKLLVIKKLDERLGITDNSEVVVDSVGAGVGEIVLVSKG +SSARYVLEREKAPIDSAVVAIVDTVEVNG +>MGYG000000001_01153 hypothetical protein +MNQKKILENIIEESIVDYIVEKVIEKIMNKSKRGLLLFTGATIGYCQAIESINKLKMDGW +EFDVVMSKSAQEVITVDNVRNSIGAKNIITNEDGLVIKELLQKNNIIIIPTLTMNSAAKI +ANCISDTLVTNIVSKALMSGRPVVASINGCCPDNEERRRLYGDNLSDFYKKRLSLNLEAL +KNYNIKLTSSENLYMKVNKTLFKSFDLDKSNASSIAKVNSNIEINKKAKYKTDKNSPFIK +INKKILSRRDIWDNKMYNTIFVSPNTLITDLARDEAQRLNIKLLKE +>MGYG000000001_01154 Cell division protein FtsA +MDLMNCNKLIEEFSELIKNKKCNPYEGELKVGVDLGTANIVLSVVDSNNRPIAGAMYPSS +VVKDGIVVDYIGATRVVRDLKDQVEAIIGVPLTKAATAIPPGITEGNTKVIANVVESADL +EVVNVIDEPTAASCVLGINDGAVVDVGGGTTGISIIKDGKVVFTADEPTGGTHMTLVLAG +FMKKSFEEAEEMKKDKSHERDVFTIVKPVVEKMASIVSKYIQGYDIETIYVVGGACCFKE +FERIFKKEIKVDTIKPIEPLLVTPLGIAMNCSV +>MGYG000000001_01155 Phosphate propanoyltransferase +MDISQEALVKLITEKVIEQLNENEEVLIPIGISNRHIHLCREDLNHLFGKGYELTKIKDL +KQPGQFASDEVVTIKGPKGEFKKVRILGPLRDETQVEISISDGFKLGINPPIKESGKLDN +TPGITIIGPKGSIELKKGTIAALRHIHMTPETAKKLNINDKDEVSVEVNGVRKAVLGNVL +VRVSEKYALEMHLDMDEANACLVKNGDLVKIV +>MGYG000000001_01156 Propanediol utilization protein PduA +MGEALGLIETKGLVGAIEAADAMTKSANVVLVGYEKIGSGLVTVMVRGDVGAVKASVDAG +AVAAEKVGELVSKHVIPRPHTDVEKILPKTAE +>MGYG000000001_01157 hypothetical protein +MSQLAIGMIETVGLAAGIEAADVCLKSANVTLIGYELTKGNGMTVVKIEGNVGAVKAAIE +AATVAANKVSKVFSTKVIPRPSEGIDFLMRNCDTVGYESEKAVEELVEIYEDSDEDKNKE +NIEEDKDNTQEKIEVEVSEEISEHQINIEELEIEEDDSKLEETDNIEGNNQELSQIDNSE +DESKDGHNLMHDIIDKFKKKSTTEVEYTCNLCKDPKCPRQKGDLKTTCIHYEDQNK +>MGYG000000001_01158 hypothetical protein +MRMDSMINSKPVIKVFFDQDKLKETDIQEVLWGIEEEGIPYELFPVNIENAVDSGYKASV +ESSLGVGIGIDEKTIVLHYNKLKKDSPLFIIKRNSDSTKIRSLGANAARLVVKMPFKEI +>MGYG000000001_01159 Diol dehydratase-reactivating factor alpha subunit +MEIVAGVDIGNATTEVALAKIEGKEIEFLSSGIVPTTGIKGTKKNINGLFQSLKQSLDKV +GLSVDDLDRIRVNEAAPVIGDVAMETITETIITESTMIGHNPNTPGGEGVGVGITTLITD +LSKMKDNENIIVVIPAEVDFEHAARLINKHNDRLNIKGAIVKKDDGVLINNRVENKIPIV +DEVSLVDKVPIGMRAAIEVAPVGRVIEVLSNPYGIATLFDLTSEETKHIVPIARALIGNR +SAVVIKTPKGDVKERRIPAGIVEVIGKNKRVCVNVDEGAEKIMQAVNSVNEICDVKGEPG +TNAGGMLEKVRHVMSQLTNQHPNVIKIQDLLAVDTFVPQSVKGGLAKEFSLENAVGIAAM +VKADKLQMQMIADELSDKLKVPVEVGGVEADMAIRGALTTPGTNKPLAILDMGAGSTDAS +IITRNGEIKSIHLAGAGNMVTLLIQSELGLDDFDLAEDIKKYPLAKVESLFNLRHEDGTV +KFFNEPLDPKFFAKVVILKEDMMIPIDGNKSIEKIKLVRKQAKEKVFVTNAIRALSEVSP +TNNIRDIEFVVLVGGSALDFEVPQLVTDALSQYNVVAGRANIRGVEGPRNAVATGLILSS +IEEVN +>MGYG000000001_01160 Propanediol dehydratase small subunit +MNQDVLIKQIVEEVLKTMGGEAPVAKKECCQGSVSKENYPLGEKIPDQIKSQSGMNLADI +TLEKVIAGQIKSEDMRISPKTLEMQAQVAESVNRGAFASNLRRAAELIAVPDKRILEIYN +ALRPYRSTKAELLAIADELETKYGCKVNADFVREAADVYEKRGRLKA +>MGYG000000001_01161 Propanediol dehydratase medium subunit +MAIDERMLKSVIEEVLKEMAGGASEAPVEPKKEEIPKEVSSLVVTEIGDFVPSNRADEVV +IGLAPAFGVHQTKTIIGIDHAKVLKEVIAGIEEEGLSYRFVKIYRTSDVCFIAHDAAELS +GSGIGIGIQSKGTSVIHQKDLFPLSNLELFSQAPLIDLETFRAIGKNAAKYAKNESPAPV +PVKNDQMARPKYQAIAALLHIKETEYADRNKKPQELKIEFK +>MGYG000000001_01162 Propanediol dehydratase large subunit +MKSKRFEVLANRPVNQDGFVKEWPEVGLIAMEGPNDPTPSIKLENGVVVELDGKARKDFD +MLDYFIADHAINLDKTEEVMKMDSLELARMLVDINVKRSDIVDLTTAMTPAKITEVVSQM +NVLEMMMSMTKMRARQTPSNQCHVTNVKDNPIQIAADAAEAALRGFDEQETTVGIVRYAP +FNALAIMVGAQVGRPGILTQCAVEEATELELGMKGFTAYAETVSVYGTEPVFMDGDDTPW +SKGFLASSYASRGLKMRFTSGTGSEVQMGYAEGKSMLYLEARCLYVTKGCGVQGIQNGSV +SCVGVPAGVPSGIRAILAENLIAAMLDLECASSNDQTFTHSDLRRVARSLMQMVPGTDFI +CSGYSATPNYDNMFAGSNWDADDYDDWNVIQRDLKIDGGLRPVTEEDVIRVRNKAARAIQ +GLFKELGLTEITDAEVEAATYAHGSKDMPDRNVVEDLKAAEEMMARGVTGIDIIKALYRA +GFEDVADSVFRLSKQKVAGDYLHTAAILDKDFKVHSAVNCPNTYNGPKTGYQVEGERWEE +IKNIANAKSPEDY +>MGYG000000001_01163 Propanediol utilization protein PduB +MNEDLMAKIMDQVMKKMGDTPVEDPATVEAQVEEGPGFNVTGCGLTEFVGTAIGDTIGLV +IANVDYNLHELMNIDKKFRSIGIVGGRTGAGPHIFAADEAVKATNSEIVLIELPRDTKGG +AGHGSLVIFGAEDVSDARRAVEVTLKELNRTFGDVYGTDAGHLEFQYTARASYALNKAFG +APIGKSFGITVGAPAAIGVLLADTAVKAANVDIVGYSTPGNGGTSYSNEVILTFSGDSGA +VRQAIIAARDVGKQVLGTLGADEIKSSTIPYI +>MGYG000000001_01164 Propanediol utilization protein PduA +MQKEALGMIETKGLVGAVEAADAMVKSANVTLVGYEKIGSGLVTVMVRGDVGAVKASVDA +GAVAAEKVGEVVSIHVIPRPHTDVEKILPKEF +>MGYG000000001_01165 NAD-dependent methanol dehydrogenase +MNKISNFYINPKISYGENSLLSLKDFGFTRVCIATDRFMVESKLICKITDILDKNNIDYH +IFDEITPDPSTEIIEKGLSHIVNLKPHALIAVGGGSVIDAAKAIMYFCIQLKKNFIEENK +IDKPYFIAIPTTAGTGSEVTNFSVITDTNTKSKIPLTNDIMLPDEAILDPILTVSVPKSV +TAATAMDVLTHGIESYISINSNIFSQMYALKSIELIGSNLLKCFNDLHNTKYRNSLQIAS +CMAGISFNSSGLGITHSIAHGLGSSFHLPHGLCNAIVLPYIIEFNGRDAKTREKYIRILE +AMGASNINSNMSTVILKELIIELNKALEIPLDLRSLNIDKKQFDAIVSNLAQTAYKDICT +STNPVSVSINDLEDLIRSLY +>MGYG000000001_01166 HTH-type transcriptional activator RhaR +MFNILVVDDEYLSREGIKSIIQEELEEDVKVLEAANGIEARKIVDEQNLDVILLDINIPG +INGIDLCRYIKLKYTDIYIIVTTAYDDLETKNKLMNLNVNKYLEKPIRPQKIVDSLKKIL +NKNNKISNPKYNELYINKLKKYISNNSYKESTEIVKEYLDVLYMNKDEEYIINDIYKFIN +GLEEICKNKNIYDDPNISNRISKIKKEHYNYLKKNEPLREFIKLVNDIFDSILIKENTSN +NYVKDIKNYIERNINKNITLEDAASYVNLSPHYLSKIFKKETGVNFISYLTDRRIEIAKY +MLEDESIPISNIAIELCYSKSNYFSKVFKKKVGLTPSEYREQYLNKKLCLV +>MGYG000000001_01167 hypothetical protein +MIGMIQLDKLIDVNVLQNIQDSFSDATKISAITVKYNGEPITKPSNFTNFCNLIRKDEKM +ASMCHKCDAYGGVQSVISGKPYIYKCHAGLYDFGVPIMIEDNYVGAILCGQVKIKDNEDE +RIGNFGRNTNWNYSKEIHDAYKQIKSKTYKEVEDAANLIYQMSKYMVDSEFLRVIREELN +NKSTKLMEEENKRIELERDLKEAELKSLHNQINSHFMFNSINTIANMARLEKAYETEEFV +YNFSDMIKYSLRKDNSNTVYLEEELVYIENYLKIQKTRFGDRLEYTLDVDNKFYNIECPY +MILQPIVENFIKYVVEPRVHGGKIEIKAYKENKRLIVDICDNGDGINKNKIKNILEGIEY +LKNKNCIGLYNINKRLIYLYGEEYKLQIHSSNKKYEGTLVRIVLPIEKEVVYV +>MGYG000000001_01168 hypothetical protein +MALSMVNIGEEKEIIELRAKDSVKKHLQSLGFIVGEKVEIISENPSGFILLIKGSKVALN +KGIANKIIVC +>MGYG000000001_01169 hypothetical protein +MTLKDLKPGQSGVVESIGQKGPIRRRLMDMGVTPGVKVEVIKVAPLGDPIEINIRGYELS +LRKDEAQNIVLK +>MGYG000000001_01170 Fe(2+) transporter FeoB +MGCTIALAGNPNCGKTTVFNEITGSKQHVGNWPGVTVEKKEGKYRKNKDVNVVDLPGIYS +LSPYSAEEIVARNYIINEKPDVLINIIDATNIERNMYLTLQILETKIPTVIALNMMDEVE +ARGTKINIAKLSKYIGVKIVPIVARTGKGIKELMNAAIEVANSVDINQKSSVSSNYINES +DGTKAINLSLGLNVFSEDIEGYIQDIYSKFESSEGINVWKALKVLEEDELVSETLNVSEK +VEIEKILAKANKEFNDDIESEIADQRYKFIAKIVSKTVSKSKIANGKREETVSDKIDKVI +TNRVLAIPIFLAVMYLLFSITFGESIIGVGVYLQGIVCDFWDGPLTETIIGALESAGASE +WAISLVGDGILAGVGGVVSFLPQILVLFLLMSILEDSGYMARVAFVMDKIFRKFGLSGKS +FIPLLMGFGCSVPALMASRTLENEKDRKITMMITPFMSCGAKLPIYLMFAATLFPNSNQT +NIIYSIYMLGLVVAVLCALILSKFVLKGEASNFIMELPQYRIPTLKSVLIHAWEKVKGFA +IKAGTIILASTILIWLLSNFNLSGMCEMEDSILASMGRSIQWIFAPLGFGDWRASVGVVT +GWIAKENIVSTFGVLFGASDAITEAAMEGSAAIPGVVDVFTQASAFSYMVFNLLCMPCFA +AVGAIKREMGSWKWTLRTVGFQMLVAWIVAFGTYMVCQMIF +>MGYG000000001_01171 hypothetical protein +MINYIIGIGAFLVVVLVIKNFIKNIKDEKSSCGCSCKGCSSSDNCNKNSN +>MGYG000000001_01172 Fructose-1,6-bisphosphatase class 3 +MKELSTVSDDYLMNNIKYLKLLSKQYPSISKASAEIINLEAILNLPKGTEHFLTDVHGEY +EPFVHVLRNGSGVIKRKIEELFANNLRESEKKMLATLVYYPEQKLELISKEETDIDDFYR +INMYRLIELCRYTSSKYTRSKVRKFLPEEFRYIMEELLHPDNSSDHKQEYYHSIIETIID +IDRAKEFIIAISKVIQKLVVDRLHILGDIYDRGPRPDIIMDTLMDHHSVDIQWGNHDVLW +MGAAAGQPVNIANALRICARYANLDIAEDFYGINLLPLATFAMEVYKDDPCKEFIPKVGD +QDVSKSEKSLIAKMHKAISIIQFKLEGEVIKRRPEFEMNHRLLLEKINYEDGTINLKGRT +YKLKDVNFPTIDPKEPYKLTKSEEVVVEKLVSSFKGSEKLQKHVSFLFSKGSIYLKANSN +LLFHGCIPLNADGSFMSMKLQNKEYKGKELMDKMEVLAREGYFFAENTYQKQYGMDIMWY +LWTGKCSSLFGKDDMTTFERYFIAEKEAHKENKNPYYLLREDDEMCERVYEEFGLDLEES +HIINGHVPVESKNGESPIKANGRILVIDGGFSKAYQKKTGIAGYTLIYNSYSLQIVSHEP +FSSAEEAIVNESDILSTTVVVEHKIKRRRVKDTDAGEKIKEEIKDLKMLLLAYRKGLIKE +R +>MGYG000000001_01173 Transcription antiterminator LicT +MIIERVYNNNVVLVKDEQSQKELILTGCGIGFQKKIGQIADESKIEKKFIAEDVSFRNKI +SKLAMEVDENVFKASFDIIEYAEKLLNTELYDYIYVALTDHIAFALKRYEENIEIKNELL +YEIRRIHKQEFEIGLWAINHLNKEFNLNLPEDEAAFIAMHIVNANYNEDTSESFLMTKIV +KEILNIIRYFYSVDFNTNEMNYERLLTHLKFFAKRLIKHESKGNKKNELLDIIKVKYEDS +YNCAVKIKTFIEEHYEYEVSEDEMLYLTLHINRVIEVIRIEEAK +>MGYG000000001_01174 PTS system glucose-specific EIICBA component +MKKLFGILQKVGKSLMLPVAILPAAGILLGIGNALVNESVISYMPFLANDIVIMIASIME +GCGQIIFDNLPLIFAVGVAVGLTDGEGVAALAAIVGFLVMNKSMGITGEVTLEMTNGPLY +ANVLGIPTIQTGVFGGIIIGILAANLYKKYYKIELPQYLGFFAGKRFVPIVTAALSLIIG +LGLTFIWPPIQNGLMEFSNTVIDANQTLAALLFGTIERALIPFGLHHAFYNPFWYQFGEY +VNKAGELVMGDQSIWFAQLKDGVEFTAGTFMTGKFPFMMFGLPAAALAMVHEAKPEKKKY +VAGIMASAALTSFLTGITEPIEFTFLFVAPVLFGIHCVFAGLSFMIMQILNVKIGMTFSG +GLIDFTLFGIIPNRTPWYFVIVVGLALAVIYYFGFRFMIRKFDLKTPGREDDVEEDGNLS +DLGQGELAYEILNALGEKENLKSLDACITRLRVQVKDINKVDKDKLKELGAAGVMVVGDN +IQAIFGTKSDTLKSEINEIISGKLVVNKSDKKEIDKKIESKEVATSSDEEILSLTNGEIL +ELSKVPDEVFSSKLMGDGFAIKSNDGVICSPVDGSVEVIFPTKHAVIIKSKTGREILIHM +GIETVKLEGKGFDLFVNVGDKVHAGDKLAKMDLEYIEANATSSITPVIFTNLEENEKIKV +KNGLCKVKENNRINIKNV +>MGYG000000001_01175 hypothetical protein +MSNFKNLTPTNGFNFKDLISARQNNYAWSISELGDYIYVGTARNMMLVTSELFIKNLEFP +LSLNPTTRSDNAEIWRLRKHKNCVWEKVFTVPDNSNIYGFRYMINYRAYNGNPALYAAGS +SKPNSNLKIYKSVNGIDWKETKSTVYNMGNLEGNSSRAMVVFDNKLYIANFDESNKETSP +LLYSNLDPEFYSWKLETYPYSTTNYNPNKNPMGSITNMAVFNGHLYLATTTDDKIQIWRT +DGNKTEFNKWTLVVDGFGSPANTTALSMGVFKNHLYISGTKKVPLSWIIPQGCDIIRLDE +YDNFEMIVGPDSISGINSGFNNPFNVYGWQIQEYDNTLFISTFDSSIFMQSMLEFLLSYK +SELPLPPNVINILIKIYKIIVHILNEFKYPFGFNLYKSYDGVNFSPVILDGLGNRYNYGG +RVLYVDSLNDLYIGTANPYQGLEVWKYESCYCDTDTYKMEPVPSYNILINSLNDYFSELE +MYAPDIFNSISSLYNNFKFYIN +>MGYG000000001_01176 D-aspartate ligase +MENIIIQPVLVGGDINCYSVARAYHEAYGVKSIAFGRYALGATKDSNIIDFRIDPRITEE +EEFIKVLLQTADELAAPNKKLIIHGCTDEYAELIIDHRDILSEKYIVPYIGKELKEKLIE +KELFYQMCEEKGLDYPKTFIYSKGDEIKDFGFKYPVIIKPSDSVLFWQHPFEGMKKAYLA +NNEEEFREITTSIYNGKYDKNLIIQDFIPGDDSHMRVLTCYSDQNGKVKMMCLGHVLLEE +HTPKGIGNHAAIITEYDGPLMEKFKNFLESINYTGFSNFDIKFDSRDNTYKVFEINLRQG +RSNFYVTSSGNNIAKYVVEDRVYNKELDLKIQKEPFFWRVIPKSVVYKFVKNPELVNIAK +KLDSEGKSATSFGYKADLKGNFKRSWYVFLYNINQMRKFNKYCK +>MGYG000000001_01177 Aspartate racemase +MENNKTVGVMGGLGPMATVYFYDMIVRLTDANRDQEHIDMVIANRATTPDRTDYIIGKST +NSPSDVLKKDAKRLESFGTDFLVITCNTAHYFYDEIKNSVNIPVLNIIEETVKYAKNQGH +KKLGILATTGNINTKLYQNMCQKHGIEFMILDENRQADIMSIIYDDIKSGKPADMNKFNS +IVDYLKRNDCDGAILGCTELSILKNDNNLDNEFYIDSLEVLAVKTIENCGKKVKR +>MGYG000000001_01178 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase +MKLFNIMEDVKFKSNKPWEEIKDIEIKDIAYNSSKCEGGYIFVAIKGETVDGHKYCADAY +KRGCRVFILNDDIDLGEDSIKLFVENSRIALSKMSANYFGNPSKELKVIGVTGTKGKTTI +TNYISEVLNSSGLNTGVIGTNGTFYNGISEKTVNTTPESYELHRIFRTMLDNGVQCVSME +VSSGGVMMNRVEDVDFDIAIFSNLSPDHIGPKEHPTFEHYLECKARLFTLAKHGIINIDD +EHAEKIINKATCDVERFSIVKESDVMAKNIEYSKEIDSLGVNFTCRTKNDEFSCYICSPG +EFSIYNALAVISVCRYLKVDQDIMINSLKKAKVNGRVEVLPVLPYATVIVDYAHNGVSLE +NILQTLKKYDHNRLICLFGSVGGRTEIRRKELGDVAARECDLCILTSDNPDFEDPMNVIR +DIAESFEGTNCEYVVEPDRKVAIEMAIEMAKEGDMIVFAGKGHETYQLIKGERIPFSEKE +IAINAARKLKEAALII +>MGYG000000001_01179 Putative thiosulfate sulfurtransferase SseB +MNNIVNSSWLKDNLNNEKLVIVDTRFNLMDKEYGKRSYEFSHIKGAVRIDIETQLSSEVK +EHGGRHPLPSIEELQKTFENIGISNDSIVVAYDEGDLSGPARLWWILKYLGHEKVYVLDG +GINEFIKIGGEVSNEVPVITKGSLNININEYMKVDMEYVRNSINKDNIAIIDSRENVRYI +GEFEPVDKKCGHIQSALNFFWMDILDQSEGKITLKNKSDLEKHFEELNKFDEVIVYCGSG +ITACPNSLALTEVGINHKVYTGSFSDWISYDDNKVEVK +>MGYG000000001_01180 Sensor histidine kinase YpdA +MGKGTILLSLIEKSSLIIVLFIIISKLKGFKYIFQKDRHNLKDLIIISIIFSAIGMLGTY +NYIDVDGARANTRIIGTVSGGILFGPFVGITSGIIAGFNRYIIDINGITSLPCFISTVFA +GILSGILSKKVKDENKWFYGILCGTISESIGMFLIYLLSSPHNIALNIIKQIYIPMIVGQ +VGIGLLVSISQSIKREKDEIAAFQSMLALNIANKTLPYFRNINEESLKEICSIIKEEINS +DAVSITDTNKILAYVGKGEEVFKGNNLQISSITKEAMDNNKILNIKVDKDEQSLSEKINL +KTALIIPLTDSQGVIGSLKIYYTEKYNMSFSKKSLAIGLSNIISTLMEISKIEKIKEAKN +KAEIKALQTQINPHFLFNALNTITSFIRINPDKARSLIINLSTYMRYNLEVNSNLIDINK +ELEQVKAYVEIEQARFGDKLKVIYDIDEDIDVKIPSLIIQPLVENAIIHGIRENGGSGTV +KISVKKENNKTKICVENNGISIDDNIIEKVYNDNMPENKIGLYNVHLRLKLIYDKGLNIN +KLNPGTKIEFYI +>MGYG000000001_01181 Transcriptional regulatory protein YpdB +MKSIIVEDEFPAREELKYFINNFSNIDILAEFDNGLDVLKFIQNNFVDVIFLDINIPQLD +GMLLAKTINQFKYKPKIVFITAYKEHAVDAFELDAFDYVLKPYSDDRIKSTLKKLEKIEI +KNDEVINTNTTTSGNLTLWKENKLVVVNIEEIYYCEARERETLVYTKDGHYIYKNSMTEF +EKKLTLEKFFKTHRSYIVNINKIKEIIPWFNSTYKLKLSGIENDIYVSRSKIKEFKKLMN +I +>MGYG000000001_01182 hypothetical protein +MITFITCLAILIIGYFAYGTYVSKSVKLDDLNTTPAVKLEDGVDYMPMPWHKVFLIQFLN +IAGTGPIFGAIMGALFGPVAFLWITFGTIFAGGVHDFFSGVISMKHDGTSVSEIVGIYLG +DSMKNVMRVFSVILLILVGTVFVTSPAGLLTSMTGIDKTIWVVLIIVYYIVATVLPVDKV +IGKIYPIFGASLLFMAIGLAGAMIVGHFNGSMVMPEMTLQNLHPSGLSVFPFLFTTIACG +ALSGFHATQSPMMARCINRESESKRVFYGAMVVEGIVALIWCAVTIAFFGESGAIQAALD +SFGGQSGVVGMISKELLGPIGAVLAVLGVVACPITSGDTAFRSARLTIADAFNIKQEGLL +SRFKLAIPLFVVCIFLTTIDFNIIWRYFAWSNQTLATIFLWTATVYLLKNKGNHWITLIP +ATFMSAVCMSYILQAPEGFKLNAQLSNIVGVIFAVVLFGLFMLNINKFKSNTEKESKIS +>MGYG000000001_01183 Ribosome-binding ATPase YchF +MKLGIVGLPNVGKSTLFNAITQAGAESANYPFCTIEPNVGVVAVPDERLDKLKELYDSKK +IVPTAIEFCDIAGLVRGASKGEGLGNKFLSHIREVDAIVHVVRCFEDPNVVHVDGSVDPL +RDIETINLELIFSDIEILERRIQKSAKAAKADKSVAAEVEFLKEILATLEDNKCVRTMSF +SEDQQAFVNSLNLLTSKPVIYATNVCEDDLADEAENNEYVNRVREFAATEGAEVVVVCAQ +IEAEIAELDTEEEKKEFLETLGLEQSGLDKLIKSSYALLGLISYLTAGPQEVRAWTIKVG +TKAPQAGGKIHSDIERGFIRAETIAFDDLVNVGTMTAAKEKGLVRLEGKEYIVKDGDVIL +FRFNV +>MGYG000000001_01184 hypothetical protein +MLNSTLLFGSIFLSLILTGYMENIFIVLATLIFYKQIIVDRNYKYMAYGIIIAFIGVNII +TVSIFRNKITTKEITPLENQEETVVLLVSEGESKNYNLKERASEIYFEKGLLSYVTTIKD +LYTYKMYYEKLGSSNFKNDSEYIASSLREKLGKDYKVVNSYLYSYPYFENSIEDIISKGY +KNIIICPMFMTEGEDFNILIKRYEKLNLSTYNLNQVEILDTFYKSNNLALLYKDEILKNI +TTKNKDIGVLLVGFQNENNLEQDILFREKIRDYILQDEKNSYIQIKLPLLENNKKDIIKC +GEELLEYGIDGLYIVLPTSIIDSIYTKNLVDSILNELDMGNTKFYYIDTDKKYDLIVEEI +FNRISLLSQIGG +>MGYG000000001_01185 hypothetical protein +MEGIKNISLGDKINLTLIPGEKFKSNLVSIYIQRLLDKEEVTKNALIPDVVTSGSMKYPS +AREISNELDNLYGSSMGADITKRGERQVLSFKIISTNERYLDEKIFKDVIEFFNDVVNNP +LVIDGGFKEEYLNIEKQNLKDRIQAKINDKGRYALERAFEEMCEGEKYSISEYGYEEDID +KITPKELYDHYREILRTSPIDIVVEGDFDEDEVIKIITENFKFERGEIIDIPRDEFKKDI +KEVKNIHEKIDITQGKLIMGYRSNIDYLDEGEYYTLVVGSNILGGGPDSKLFINVREKES +LCYYVYSSVEKYKGILFVSSGIEAENYEKTVKLINEQLEKLKNGDISEQELQNSKSALIS +SMRTISDSIGGRSDFYFAQAMGKTNSTIDSIIDKLSKVSIEDIVEVVKDIKLDTVYFLSK +>MGYG000000001_01186 hypothetical protein +MKKIVNEILKEEIYYEKLENGLDVYFMPKKGFTKKYAVLATNYGSNELEFIPIGEDKKIR +VNEGIAHFLEHKMFEQPDGKNAFDLFSKYGASANAFTNFTMTAYLFSCTENFYECLGHLI +DYVQTPYFTDENVEKEKGIIEQEIKMYNDDPDWNVYFNCLKAMYVNYPVRVDIAGTVESI +YKINKEELYKCYNTFYNPGNMTLFVVGDLDVNKVMDVVKEYNHYDIEKLDHKIEKFYPKE +PDYVNEKEVIAKFPISIPMFNIAFKDNNVGISGRELMKKEVITEILIDMIFKRGTALYED +LYMQGLINENFGSGFSSQVDYGFTIIGGDSKNPKEVKRIILEYIEKYKKEGLDKTAFERT +KKKKIGHFLKYFDSINFIANNFISYNFKKMNLLDYLEVIKDVKFEEIEERLKSHLKEEYC +VISIVEPK +>MGYG000000001_01187 hypothetical protein +MNIINLTLANIKRYLKSPHLILPMILVPLVMVFLVSISTNKDSSNSLFEPPIALVCNQNG +KYESKLINELGENVTIFDIQDKEKAINQLKDNEISSVISFDNNFSNDIDNLVKPKVVSFK +TSKGGGSLLTESNINKFISKSLKYRENSDNNINIISSNIIKKESSFLGSTFLPVFMISYF +LYLCSGVFCHDLLSLRKSNVLRRMLSTKNKDFHIIFSLCLSLFLVQSITSSLALIIANLV +NGDAISIPIILLICANAFVSTGLVIFVCRIFKNESYVFFATSMYCLFGIILCLGKLLPSL +NMSIPLMDKLAMLSPFYWIFEVANGGSIYTSIIALLLIGLVFMTCGSFKLEDFARN +>MGYG000000001_01188 hypothetical protein +MRLYYSIKFFFKSLKNNFFVNICMFILLPIILALFMNNIAKSAFESPNITEIININFVDN +DNTPSSSQLINYIETNYSELFDLDNKDDDLDLEITIPNGYEISLANNNKNSISIKELHKR +SSNSSNIVKNIIDNYHEELYFNDVGTSFIENKFIDANISQSSSEYFAISFLGYLVISLVF +NNIASTYVGEVSNSYVGESSGLNKRVYSMPISRICRLVLNFINLFIYASIFLLLYVLINR +FIGIAFTGDIYLLICICIISSVFIASTSKFIDVFLPKKYAITITCILLLVQVVLGGMVTP +FIDTLSKFAKLSPTYIISDLFTNYSIYNNFDAVSGSCTLLLLISLVLFILSALKEKYHWR +EI +>MGYG000000001_01189 Daunorubicin/doxorubicin resistance ATP-binding protein DrrA +MSFIKIENITKRFNDKLALDNISFNIDEGEVFGLIGPNGAGKSTLINIISGLMSPNNGTV +EIDNMNIKKDSIKIKSTLGLVPQELAIIETLTPYDNLEYFGSLCGLHGKLLKERINECLE +ISGLSDVKKKKVNKLSGGMKRRLNIAIALINHPKILILDEPTVGVDPQSRNYIFTVLKKL +SKEENTTIIYTSHYMEEVENLCSKIFIMDEGKEIACGNQEYLKGLVSSNTNISICINNLN +GNILFELKNLEGVISVKEEDNSLLLTTEKNFSISKALSILENNNASLSSISYDNSSLEDV +FLNLTGKNLRD +>MGYG000000001_01190 Transcriptional regulatory protein LiaR +MSKIKILIVDDEKLIRTGLKIILKSHEDLDVIGDVSNGYEALEFCKNNDVDLVLMDIRMD +ICDGVLGTRLIKEYNDSIKILILTTFNDDKYIKDAINFGASGYLLKDSSDDVLYEGIRSS +FYGNIVLDKSVASKVINKEQTVDTKSISNTHNLSPKEIDIVRLIANGLTNKEISNELFLS +EGTIKNNISNILSKLDLRDRTQIAIFAFKNKIVT +>MGYG000000001_01191 hypothetical protein +MNNYNLITLTRYLSLFMVIMNSLNEINILPTYLFFLILIFIINNQIRYFNSYNRKSLMTA +SLITESFLVFLISNYVDKVNVFFFIPMILDITNSKKIYNKTTYLMLIIIFSLTINIRYSI +SDAFEYSFILLIISILCIYIHKENLSKSKTEKIYDQLRISEDKLKKSNSDLEIYIDSLEE +LTILKERNRISREIHDSVGHALSTTIIQLGAIENLVSFDKDLKELVFELREFVKKSLIEV +RNAINTLKPDEYENYENLFKIKELVNNFSKMTNIDVKITISKYTWKLSSIQSISLYRVIQ +EALSNCVKHSNATRIQIFFNFNKDNLVINIKDNGTDCKNINKGNGLKSITERINELNGLV +RFNSSSDGFSIHASFPKNTRGEIIE +>MGYG000000001_01192 Tyrosine-protein phosphatase YwqE +MIDMHCHILPGIDDGASDLEEALEMARIAESEGIKKIVNTSHFHPEFKYTMGEELVEAIN +SFNVALKANKIDLEVLIGNEIYYTDEIIEELHNLNFHTLNNSKYLLIEFSPMNVPKNLAD +VVYEVKLKGYIPVLAHVERYNNIIENPNIIYDCIKEGAIIQVNASSILGKHGKEIKKVSD +ILLDNNMIHIVASDAHGSERRRPQLREAYEFVKNKYSEETADNLFKNNQSLIIENKDIII +PRASMYEEKRGLFSKLFKR +>MGYG000000001_01193 Prolipoprotein diacylglyceryl transferase +MDRVAFTIFGIDVMWYGILMATGMILGTYLALKEAERVGISEDDVLNLAIFAIPAGVLGA +RLYYVIFNWGYYSQNPSQILNFRGGGMAIHGALIGGILAGLIYTKIKKINFFKMADIALI +GMPLAQAIGRWGNYINGEAHGGPTNLPWGIMVDGVKVHPTFLYESIWDFGIFIFLWMFRK +KKKYEGQVAVYYIILYSLGRFFIEGLRTDSLMIGPLRMAQVISLVGVVGGIIAHIYLLKK +NNNKKEESK +>MGYG000000001_01194 Ribosomal RNA small subunit methyltransferase H +MEFHHVSVLLEECIENLNIKPDGVYVDCTMGGAGHSKEIVKRLSDKGLFIGFDQDKNAIA +TAKERLSEYSDRVRFVHSNFENIKEELAKIGVHKIDGVLADLGVSSHQLDEADRGFSYMQ +DAPLDMRMDVRCSFSAYDVVNTYSEDELTKIIKDYGEDNWAKRIAKFIVEERSEKPIETT +GELVEIIKKAIPKKARIDGPHPAKRTFQAIRIEVNNELGVITKMINDAVSIMNEGGRVCI +ITFHSLEDRIVKNAFRDLALDCICPSELPICQCDKEPEVKVITRKPILPSKEEVEFNPRS +RSAKLRVAEKI +>MGYG000000001_01195 Anaerobic nitric oxide reductase transcription regulator NorR +MKKILIISFGEHTGLSIKAQLKDILGNKFEIINLSVEDSFDYCLYTDLVIFSSEEVRDIC +LLTVDKEFDFIVLKRVIRHECIDEILKIRENKDVLVVNDTEESCKEVINQLKKQGIDHVK +YYQYYPGISEYKETDVAITPGESHLVPNGIKRVIDISARRMDVTSLIEVLMKLNCIEEYG +SLVSSYFYRDMINISKKYINMYQETNRLKEILTNILDNQKNGIIYTDIENRVFVLNEEAM +NLLNISRQDIIGKDIYTIFKELKEDIISINNREVLVSKEKIKSNNFYSGNMIVLNEVKHI +HKIDDELRKKERSKENYARYTFDDMVGDSKSVTKSIDLAKKVAKTNSTVLIQGETGTGKE +VLAQAIHNESERKDYPFVAINFAAIPENLIESELFGYEEGAFTGAKKGGKIGLFKKAHKG +TIFLDEIGDASLYLQSRLLRVLQEREITPVGSTETIPIDIRVIAATNKELFEEVKLKNFR +EDLYYRLNVMPIYSIPLRNRKEDIKLLLKYYLSKVAKNNDLNSFFTEDALRLLENYNWPG +NIRELVNVVEYVSTIKELGIKIDINDLPKYIVELINNNGNKDRFETKLSLEQDLDEKELW +VLRKIYKYEGIGRRTLSIISYEEGYDIGEGRIRSIMKKLRLYGYIDINKGLKGTKILDKG +IKRVNL +>MGYG000000001_01196 Malate-2H(+)/Na(+)-lactate antiporter +MTTLKKKKPTLLQALIPIVFMIVALAIGYGVLGINAEPIMIASAFIAGIIAYRLGYTWDE +MQKAIVDKIASALPATLILWSVGLLIGALMFSGAVPMIIYYGVQMINPKFILVTAFLLSA +LLAIVTGTSWGAAGTIGVAMMGIAGGLGVSLPATAGAVVSGAFLGDKLSPLSDTTNLAPM +AAGSEIYDHIKHMLYTTVPASLVCIVVYLIVGFSSSGELVTPDSVKVMMEQLESMFNFNM +LLLLPLVLVILGSVRRWPTIPTMLGTSLITIVLGAVVQGFNIVDGFTSLISGFDLTMTGF +KGEATAEVIKLINRGGVVSVTSTTVLIFCAMGFAGIVSVSGMLDVVLDLLMSKVKSTSGI +IISTIASCFTVAFVTGSSYLSILVPGELFKDVYPKRNLHPKNLSRTLEDSGTVLVPLIPW +SAAGAYMAATLGVPTLEYLPWAILNYTGIIFAIICAITGFGIAKIDKNEKEDAIKGA +>MGYG000000001_01197 Isoaspartyl dipeptidase +MILIKNVEVYAPEYKGKKDVFISGGKISLIQDEINFENDKIKIIDGSKKKLTPGFIDQHV +HITGGGGEGSFKTRAPEITLSKLTKGGITTVVGLLGTDGTTRSVENLVAKAKALKEEGIT +VFTHTGSYEYPTVTITGSVKKDIAFVDEIIGVKLALSDHRAPNVSNLELQRVASDARVAG +MLSGKAGIVVLHMGDGKKGLSPVNEILEETEIPIKTIRPTHVNRRKELLLEAFDYAKRGG +KIDLTCGMRDDLTPGKSIKKAIEESVPRENMTISSDGYGSWSKYDASGNLVKMGVSSVSS +LHEEFKSMVNDLDFSIEEALIYITSNVSKGLEIYPRKGCINENSDGDVLLLDEDLNIDTV +IANGKIMIENKEVLVYGTYEHI +>MGYG000000001_01198 Cell division protein FtsL +MKKNNKIEDINEYKKKKKNKNKNRKKRIAFKKSRVTIGFICVASAVIGNLCGYSIVSQLK +YDIYYLKKDLRAKDIVIEQLNSRIYSNYSIEEIEKMAKEKINMDYPKESQIEYITVED +>MGYG000000001_01199 Stage V sporulation protein D +MLVLILACSLFFCLIIRTGYLQLIKGEWLSTKASEQQTREIPIEPKRGTIYDANMKELAV +SVTKYTVWCKPVEVKDKKDVAEKLASILGKEEEEVSKLVNKKNTALVRIQRWIDDETATK +IRDLSLSGIWVAEDNQRYYPYGNFAAYVLGHTAADSTGIAGIEMQYNSKLQGKAGKLIVS +TDASGREIPQGSETYYEPVQGNGLVLTIDEVIQHYAEKAIEKAYEVTGAKRVNVIAMDPK +TGDILAMASKPDYDPNDSRTAIYPYYQELLEEYSDKEKINGYYAMWRNPLINDTYEPGST +FKLITSSASVEEGVVSDKDKFVCTGSVTVGGRKIKCWRHYRPHGEQTFAQGVQNSCNPVF +VELSNRLGVSKFYDYIEAFGFKSKTGIDLPGEAKGIIYNEKNVGPVELATMSFGQSISVT +PIQLITAISAIANDGELMQPRLVKGYTDNKGNVIEEIAPKSVRKVVSEETSKKMLEIAQS +VVSDGGGKTAYLPGYRLGGKTGTAQKVVDGVYAQGKYICSFVGIAPTDDPQIVVLATVDE +PTEGSLFGSTTAGPIIKEIMSEALPYLGVEPKYTEEEKAENEKVKVVVPDVRNLAIEDAA +KVLEESKLKVNLDPDVDVPEGSKVTDMFPKPGVKVSEGSSISIYFDN +>MGYG000000001_01200 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase +MENLTVKELVISTKGKLVLGDENNFVNDIIIDSRKANENNVFVAIVGENLDGHNFIQSAY +DQGCRTFIKNDKVNIDLKQSDVNVIEVKDTEIALGDIAKYYKSKFEIPFIGITGSVGKTT +TRDMVYAAVSSKYNSLKNEGNLNNQLGVPLTLFELNKEHECAVIEMGMSGFNEIEYLANI +VNPKIGVISNIGLSHIEALGSQEGILKAKMEITTNFDSTSTLIVNGDDKFLSTLKDKEHV +YTLKTFGFNNDNDIYCEEFTMGEDSITFTCIIDGNKEEIFIPAVGEHNIYNAMAAILTGM +ALEIPLKNIKEGLKYYKATKMRLDIVKDDDLTIINDTYNASPDSMKAALKILGRYKERRV +AILGDMFEMGEHAEYGHRLVGESTIGNVDLLITIGEDSKFISDEAKKLGLCPNSIYHFAT +KEDAINSLDNLIQKNDVVLVKASRGMKLEKIVEYLSK +>MGYG000000001_01201 Phospho-N-acetylmuramoyl-pentapeptide-transferase +MLGITELTYTAMISFLIVIILGPIFIPMLTKFKFGQTVRDDGPKTHLQKNGTPTMGGVLI +IIAILITGLTRSNISSDMVIGLICVVGFGFVGFVDDFIIIKMKRSLGLKPWQKIVMQVAL +ALYVSYYQYSSSPSATQLIIPFTDAVINLGPLYVPIMTFMIVGIVNAVNLTDGLDGLASG +VTLIVATFFMIFATSISNTDVAVLAAATVGACIGFLGFNAYPAKIFMGDTGSMALGGAVT +AFAILTNSMLLFVLVGGIYFAEAISVMLQVTYYKLTKKRIFKMAPIHHHFEQCGWPETKV +VFTFWIVTVVLAWIGIIAVF +>MGYG000000001_01202 UDP-N-acetylmuramoylalanine--D-glutamate ligase +MELKSKKVLLVGLAKTGVSTIKHLDKLGAKTIVNDIKEKSQLEDILSELKDIKNVEYILG +YHPENVDDIDLAIVSPGVPLDLPFICKLRENNIKIIGEVELAYRLSKNNPVFIGITGTNG +KTTTTSIVGEIFKKANKDTYIVGNIGNPVIDTVDFTSKDSVLVTELSSFQLESIDEFRPK +VSAFLNVTEDHMNRHHTMENYINAKSRVFENQKEEDFTILNYDDTQVRNLAEKCKSKVIF +FSRKEKLNNGIYLDEDNNIIIDIDGKIVLLNANELSLPGEHNLENCMAAIGITYVSNIDL +EVIKDVLKTFKAVEHRQEFVREINDIMFVNDSKGTNPDSTIKAIKSYNRNIILIAGGKDK +GSSFDELLEIAKENVVALVLLGETASKIEETARKKGFDKIYIVNNMKEAVKTSYEIAQSK +DVVLLSPACASWDMYKNFEVRGKDFKDNVNNLK +>MGYG000000001_01203 putative peptidoglycan glycosyltransferase FtsW +MPKEGLKKQIKRGMKTEFDSVVFYTTMTLVFIGIIMVFSASYIQAAFKHHDAFYFLKRNV +IYAVLGFVGMMIMSRIEYTFWKKNATKIGIIAVVLLVLVLTPLGIEANGAKRWLGVGGAT +IQPAEIAKFACILITAKLIEKRYDNIKSLTKGVLPLLIVPGTFFILIMGQPNMSTAGTII +LVVFVMLFVAGMNMKFVYTMVALGIAAFAGLVLSAPYRLDRVTSFLDPFKDPLGSGYQVI +QSLYAIGSGGLFGLGLGKSKQKYFYIPEPQNDFIFAIIGEELGLIGCIVVMMLFLILVYR +CIRIALKCSDIFSCMVVIGIGAQIGIQAALNIAVATSSMPATGVALPFISMGGTSLTILM +GAVGIVLNISKHVKIN +>MGYG000000001_01204 UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase +MRVLLSGGGTGGHVYPAIAIANRIKEQYPDAEIIFVGTEKGIESEIVPKYGYELKTVTVQ +GFKRKIDFDNVKRVFKLFKGLEQSRKVVKKFKPDVVIGTGGYVSGPVLFNAAMSKVPTVI +HEQNSFPGVTNKILSKVVTRVLTSFEDSHERFPEGSRDKLVLTGNPVRKEILVARKNIAR +KNLGISEDKKMVLCYGGSGGSEEINDAMKVVIENMVKEDIAFIFATGKYYYEEFTKSIEY +LNLKPYQQVVPYLEDMANALAASDLVIGSAGAISLAEITALGKPSIIIPKAYTAENHQEY +NAKSIESKGAGIAILEKDLTPKTLNETVFRLLGDRELLIDMENASKKIGKPEAIDLICDE +IIKIYEEKNKVKKSNIEDKNTDIKEKDEKESSLDNNNDSKEQPKVIGIKKK +>MGYG000000001_01205 UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1 +MSKYIIHGGNKIEGILNIRGAKNAILPIMAATILNEDKSIIHNVPSIADVFIMIKILESI +GCKIEYSEDTLIIESSGINFHKIDEEYVRKMRSSIIIMGAMIGRLEHIEISHPGGCAIGA +RPIDLHLKALESLGVIIEEEDGVINCYRECLKGNDIRFEKTSVGATENAMLAAVKSKGVT +RIYNAAKEPEIEDLQNFLNAMGAKVKGAGTSYIEIEGVEKLGEVEYSVIPDRIAIGTYMV +ASAITGGRLEVEKAIRPHMEPISNILRMAGCEIEYTTTGLNLLSPKIIKAVDLIKTLPHP +GFPTDMQSQMMALMTLSDGLSVFFETIFENRFMHCKELMNMGADIRLITDKICEVRGVDA +IYGAKVKSTDLRGGASLVLAALAAKGESEISDVYHIERGYENIENVLRNLGADIRKI +>MGYG000000001_01206 Cell division protein DivIB +MKRRKKKKKTDRVIIVLVFVLMISLGSIAFLKSSIFNLGKIEIIGNKNLKENEVVDLESL +MTNKNIFTYNLKGIKNEILENPYVEDAQVKIKLPNKIIITVDEVEVVALLSNGKDYCYID +DKGNLIKKIDNIEENSDKIVFSTEYSIENGQVINFKSEENKKSILNLISALKGEHLEKEI +VKVEYTNDSKLNLESKIGAKFLLINDDNLNYNIARTSKILLDLKNKNIKDGVVDLTYSNY +AVYKPS +>MGYG000000001_01207 hypothetical protein +MHKKIPYKSLVIVTTILGVFISLQLKSINIENNGMTTLKKGEQLKQELKSLKKEEEELRE +EIKNIQNDIDSYKNMEDGTTEESIKTEIKKYEALAGYTDVEGEGIKVSIKSTNNNLSDDS +NNSIVYNYDLLLSLINKLNSAQANAISINNQRIVYDSYLHLKDDKLYLNDIAINEPFIIK +AIGDSDTLASALQIKYGIIWEIEKYYDAKVTVEKSDNITIGASSEKKYLEDVEINED +>MGYG000000001_01208 hypothetical protein +MKINKSKIKTKQTLILLIAFVLGIFIAIYLKSMDSNNVYISLEEKRLLESEINNKKVEIS +NLKKRKEEYEKSLKAYKEVIKNENKSIEELMNEELDYLKVISGYSSIVGSGVVITIKDSE +RELSSGETPNDLLVHDIDILRILNDLKKAGSKGIAINGERVLPTSEIKCSGATITVNKTT +YGQPFIIEAIGDTESLMASINAPQSYASLLRSVYGIYINIEENEEITLKFYENNK +>MGYG000000001_01209 hypothetical protein +MLWILGGLALGVVIGYYIPFTYPMDYSLYMSVAILATLDSIFGAVKSTFEGKYDNIIFVT +GFIGNSLLAIFLTYIGDKLGIPIYYVAILVFGSRLFDNLSMIRRHIILRLSNKKRGN +>MGYG000000001_01210 Cell division protein FtsZ +MLNFDVESDNFAQIKVIGVGGGGNNAVNRMVEAQLKGVEFIAINTDKQALYTSKAEYKVQ +IGDKLTRGLGAGANPEIGKKAAEESKDEILTLLQGSDMVFVTAGMGGGTGTGAAPLVAQL +AKEMGILTVGVVTKPFIFEGKVRMKNAERGIEDLKANVDTLITIPNDKLLQLVQKNTSML +EAFSIADNVLKQGIQSISDLIAVPGLINLDFADVTSIMKEQGLAHMGIGTAVGENRAVEA +AREAIQSPLLETSIKGAKGVLLNITGGSNLGLFEINEASTLVQESCDPEANIIFGASIRE +DLGDEISITVIATGFESNQLQDMRINDTISKFTTKPVETVVEKKEVEPIKEVVAAKEEPK +KVSLTEEDDDMIIPTFLRRRR +>MGYG000000001_01211 hypothetical protein +MYIDSYIIENLLINYIIISCTSILTKNFNSRKQKFLGSILGTIYSVAYIYPSLKILFTVP +SKFIFIIIITLISFQYKSKKEYIRILLMFYLVNIFISGSTYFIIYFTGISHLKISFLISC +AYFSCKLLQYIYRDIKTIKHLKEFTKTITISLLNSNCKCEALLDSGNFLKDPISKSDVVI +VKSSILKELLPKVELNYNYEDVSVSKVDEIINDLDDDLSARVRLIPYKHAGSSQANMILG +FKADYLEIDERKFGNVIIGVSNFKDEEYGAILNPNILS +>MGYG000000001_01212 RNA polymerase sigma-35 factor +MKSLLGKFITKCRGIILKVGIKLGIIKSDSIYYMGGVNILPPPLKPDEENALLQRLEKDE +SVKTTLIERNLRLVVYISRKFENTGIDVEDLISIGTIGLIKAVNTFKLNKNIKLATYASR +CIENEILMYLRKNNKKKVEVSFDEPLNIDLDGNELLLSDVLGTENDEIYKIIEEEIDKDL +LIMALDRLSEREKQIMELRFGLTNKGNERTQKEVAGMLGISQSYISRLEKKIISRLKKEM +KKFV +>MGYG000000001_01213 RNA polymerase sigma-G factor +MQINKVEICGVNTSELPVLKNNQMTELLIKIKGGDEEARQQFVRGNLRLVLSVIQKFNNR +GENIDDLFQIGCIGLIKAIDNFDLSQNVRFSTYAVPMIIGEIRRYLRDNNPIRVSRSLKD +IAYKALQVRERLVRSNAKEPTVSEIAKELELEVESVVMALDAIQDPISLFDPVYQDNGDA +IFVMDQVQDKKDTDENWLQEIALKEAIKKLNSREKLVLDLRFYKGRTQIEVADEIGISQA +QVSRIEKNALKNMRKYI +>MGYG000000001_01214 hypothetical protein +MMRISDIMEKEVINIKNGKKMGFITDIDLDINEGKVMSFTILGDSRNFFSRGAEEDVVFF +SDILKVGCDTIIVNLGSDINLDEFNIDKL +>MGYG000000001_01215 Transcriptional repressor NrdR +MQCPYCNYKESKVVDSRHTDSKSIRRRRECESCKTRFTTYEKIETTPVMVVKKDNTREYF +SGEKIKHGILKACEKRPVSIEQIEEIVFYIENEINKNFTSEVEAKEIGEMVMEKLKDVDE +VSYVRFASVYRQFKDINTFVNELKNILIEKGD +>MGYG000000001_01216 hypothetical protein +MENYINVKKVKEKLDFVNLAITTKNIDSKNKEDLLNTFNNDEFNLENLTSNIQIHSEIVN +LIDESNIGSKNEGDALITNVKEVPLLVFTADCVPIAIIDKKNKAIGVVHAGWRGTYSQIA +KNTIELMKKEYNTDARDLLCVIGPSIGSCCYEVSKDLIEKFNIILTNCKEKFYIIKEGKY +YLDLWKVNEYVLKTCGVKEKNIINLNICTSCNSDRFHSYRIHEKTDKRIGMILQIK +>MGYG000000001_01217 Transcriptional regulatory protein WalR +MNTKILVIDDEMHIVELLKFNLETANYEVHYSYDGFDGFIKAKEVKPDLILLDWMLPNIS +GIDVLRKIRSDKYLQNIPVIMLTAKNMEGDKVEGLEVGADDYITKPFGIKELLARIVSVL +RRYNLNTKVEDDVLIYKDIKVDLSKHEVLKSNEKIDLTLKEFELLRLLLQNKGKVLSRNY +LLDKIWGYEYYGETRTVDVHIRYLRKKIEGSNEKYIETIRGVGYKID +>MGYG000000001_01218 Alkaline phosphatase synthesis sensor protein PhoR +MNELDNIYFFITLASITITILSLRYTITIKRYLEKFRIVSKKVSNKEFHTRLNISAKGEL +GELTNNFNYMIEKMGDTIEEVEYKHLQLTSILKSISHGILAIDISGNILLINDEAKKIIK +ANKVVEGQNINSAIKEEKILKVISKFRGSNKNERAKIVMEDETVYNIKVDPVYLQNTVNA +IIGSIINIEDITQKVKLENMRSDFVANVTHELKTPLTSISGFVETLRLNENIDTETRNRF +LGIIETESDRLKRLIDDILFLSSIENTESRVLEKINLYDTFKDVKDMLNYIAESKKITFS +YEFLDKSLFVVSNRDYIKQIFLNLIENAIKYTPEYGEVKVIVSSNENEIILQVIDNGVGI +PKEDIQRIFERFYRVDKARSRDVGGTGLGLAITKHIVKSLNGMIEVKSELNKGSEFIVTI +PKKIS +>MGYG000000001_01219 hypothetical protein +MKESLVNDDLFRHAFIVALIIGTLCRGFVLRVTDKQYPTRPLDYLEQIIIAGLSASLGAI +ALPALIDKEFSALTFFAVGIQQFQGLAGQERITLENLDNDEVVPKGGAYVEEIASTYETR +SYISLFSSLVASTVYIVIARRYDLSPIICTLAAAIGGGIVGLIFRYALRRNSIGDVADVV +PAKLHFDDTILMVNDVIITNVGLKDTRDRYLNKGMAVEIIPKSMSDFGIINDVGQRQAIL +HNIFIHMGIDKDVDEVDILAVSRTDLDKRTVVIPYIPILQDMEALKQVIKSTPIIETAKG +KQSAYKKKPIFFK +>MGYG000000001_01220 hypothetical protein +MDKVFFIGIVVGLISRLIMLNLDQKQYPTQPNVLVSQMVLAFVASSLGALLVPALIERSY +TSITFLSLAAEQFRQVRENRRNTLQNLEDSQLVKRGNSFIEEIARTYEVRNYMCIVTSFL +TVGMYYLIVSEFKLNNNISIVISTLSGLILAFILRKTLKRKSIGDIANVSVVEIAFVDDV +IMKVGDLSGITNVGLKKDRERFISKGVGIEIIPKDNSYTNASILYDLGQRQAIAYNLYSR +LGVYREGNEPAFVPIPRRYPKNESIMIAFVPMEKDIDKVVEAVKSCPILSSSKGRYLSLK +NYKIDKKGSA +>MGYG000000001_01221 hypothetical protein +MGNNVGLNEYTLAVITTDKNMSPVGGCPIFYANDDKDLQNKALLMSKCVSGMVHQIAKGT +LIVVKH +>MGYG000000001_01222 Amylopullulanase +MRNLINYNSWDEKFKAPFGALNIKEEAIINVVSNKNYDVYNISMVILGENEDLSTFIYEK +IELKEMQNIDNEKTFYCKIKPFGKTGLYFYYFEVDVNIDGNVQKVFYGKSNEDGQAFEYS +YEGINKYQITVYDDVNVPTWYKEGVLYHIFVDRFNNGNRNDKLSNPKKNTFMYANWDDEP +MYIKDENGDIIRWDFYGGNLKGIINKLGYLKKLGVSIIYLSPIFEASSNHKYDTGNYKNI +DPMFGDEEIFAELIEKANARGISIILDGVFNHTGADSKYFNKYGNYDSLGAYQSKDSEYA +SWYNFKEFPDEYESWWGIKALPNVNELDPSYMDYIMYDEDSVIKKWTGMGVKGWRLDVAD +ELPTKFIKELRKELKSVDKDAILAGEVWEDASNKISYNKRRNYLTGDQLDSVLGYPFRKN +IVSFLKGECNSLELTNSYMEVKENYPSESFKANLNLLGTHDVKRIKTELDCDKDMVKLAV +ITQMTFEGIPYIYYGDEAGLEGNTDPDNRRTYPWKNEDEDMVEFYRNAINTRKKRLVLTY +GDTKFLYTNNNDVFGYIRYDKNSEEEDLLILINRSRDEQSITIDLNADILEELPIKYIPK +KYGELIEKEDGLFNKGLFNIKIREKSFRIFSLRNNIEK +>MGYG000000001_01223 Glycogen phosphorylase +MITISKKKFKQYFESKMYSLYAQPINEASNEQHLNVLASVLKDLIAKKWVDTRIDTEKEV +YYFSIEFLLGRQLKSNLLNLGVENSIREGLKELGIDLDDLIKSEIDPALGNGGLGRLAAC +FLDSMASVGMSGHGYGIRYKYGLFKQKFVNGCQVEVPDNWLTQENYLWEVVRPNKAILVK +FEGDVYLEEHDGNLKVIHKNYIPVMAMPYDIPIIGYRNNSVNTLRLWKSEIPRRDFGQTT +ANAKNYSGSYEEALNYKYYTEEISQVLYPNDSNYAGRLLRLKQEYFFVSAGIQDIYRKYK +KHKLNIHELHKKVAIHINDTHPALCVPELMRILLDIEGLSWDEAWNITINTISYTNHTIM +AEAMEKWPVEMMKKLLPRIYMIVEEVNRRYLIYLNSKYSDQNKINRMSIINNGNINMANL +CIASSYSINGVAKLHTTLLEREVLKDFYNDTPYKFNNKTNGIAHRRWLMSANPELSELIT +NLIGEEWKTDTFKLKELERYKGDNHVLNRLDEIKYNNKVLLSNYIMDKYDIDVDPNSIFD +VQVKRLHAYKRQLLNLINIMTLYHKILDNPDMDIEPRTFIFGAKAAPGYYLAKCIIKVIN +SVADLINNDPRVRGRLKVVFIENYGVSLAELIIPAANVSEQISTTTKEASGTSNMKFMMN +GAITMATLDGANVEIHELIGKENMFLFGLTAEEVLNYNKNGGYSSIDLYHTDLKLKQVVD +DLINGFIPNLGKEGREVYDSLITYNDEYFVLRDANDYERAQRELSELYKKKYDWNRMSLI +NIANSGVFSSDRTIKEYGRDIWFRGCEINEKFNKL +>MGYG000000001_01224 Glycogen synthase +MKVFYVTSECWPFVKTGGLGDVSYALPKALKKEGVDVRVILPKYSTIPTYLKDQLKEVAV +FNVQVGWRNQYCGLLEMEFEGIKFYFIDNEYYFKREGEYAYLYGYGDDAERFAFFSEAVL +QTMEKIDFYPDVVHINDWHTGMIPLILKNRYNHLDKYKNIKTLYTIHNLQYQGIFGKEVL +GDLLNLSDEYYNNGDVEYYGGVSFMKSGIVFSDKVTTVSKTYVDEIQTPFYGEKLDGLLR +ANSYKLEGILNGIDYDINDPSTDPNIFFKYDANNLEDKIKNKLELQKILGLEVNPDIPVI +GIVSRLVSQKGFDLISYIMPELIREDLQLVILGTGEQQYQSMFNYYSSLYCKKVSARITF +DSGFAQQIYSGSDMFLMPSLFEPCGIGQMLAMRYGTLPIVRETGGLKDTVEPYNQYTGDG +NGFSFANYNAHEMLYCIQRALKVYKDKDMWYRLVENAMHTDNSWKKSAQKYIEAYQGILN +>MGYG000000001_01225 Glycogen biosynthesis protein GlgD +MRNECMGLINLDKKGAPSVSKLNYARPIASIPIAGRYRVIDFAISNMVNSRMTNVGIYAK +EKYRSLTDHLGSGKDWDLSRKTGGLCILSPENTKYHNQYEGRNGDIYTILANIDYIDKSE +EEYILIAPSYMICNIDYLEALEYHKKSNNDITVIYKNIDNANKDFKGCLTLNLDGNDRVI +NIGSNLGTFPRANIFMEMYIMRRKDFVSCIYEIVNLGTYSYFQDFITHEINNIQVGAYEF +KGYLKCINSIQSYYEMSKELLEPEVSQELLYSNKRILTKEKNQAPTIYKENANVKNSFIA +TGCVIDGVVENSIIFRKVNIGKNTVIKNSVVMQNCTIESDVVLNNVILDKNISISEGKEL +RGDENYPMVIEKNLSI +>MGYG000000001_01226 Glucose-1-phosphate adenylyltransferase +MNKEMIAMILAGGQGSRLGVFTKSIAKPAVSFGGKYRIIDFVLSNCSNSGIDTVGVLTQY +RPLILNSHIGMGSHWDLDRINGGVYILQPYMDEKEGNWYKGTANAIYQNMNFIDTYNPEY +VLVLSGDHIYKMDYSKMLNFHKEKKAKATIAVIEVPWDEAPRFGIMNAKEDGKIYEFEEK +PENPKSNLASMGVYIFNWSTLRDYFIKSEDSNKCFDDFGKNIIPMMLEDQAEMYAYSFKG +YWRDVGTIQSLWDANMDLIKYPDAIDLNDSRWRIYTNTMASPPQYIGKDADISEALIADG +CSILGDVENSVLSHGVYVDENSTVKDSVIMPNVKIGKNVTIEKAMIGEGAIIEDNAIIRN +NEDEINVVSEYEIVKPQQVLQGGK +>MGYG000000001_01227 1,4-alpha-glucan branching enzyme GlgB +MFKGGEISIKYESIITEDNIKKFKSGQSINSYEFMGSHVVSYKGKKGVSFMVWAPNAKCV +YLSGEFNNWSIDSHPMTNLYHSGVWGIFIDNLSEGEKYKYNVIGCDGISRLKSDPYATFS +ELRPNTASVVYDIGNYEWSDNKWQECKSKKICDNEPMNIYEVNLGSWKRKWDGGFFSYEE +LYEMLDYAKDMGYTHIEIMPITEYPLDMSWGYQTVGYYSPTSRHGKPNEFRKFVEKCHEN +NLGVILDFAYSHFCRDEHGLYKFDGSPQYEYSDPTKADNHGWGTAHFDLGKPEVNSFLLS +NVLYWFKEFHIDGIRVDAVSSMLYLDYDGGDWKPNKYGGRENLEAIDFLKKLNETVYKYI +KNPIIVAEESTAWPMVTGPTYKGALGFTYKWNMGWMNDTLKYMEMDPVYRKYHHELITFS +FMYAFSENFILPLSHDEVVHGKKSLLDKMPGDTWQKFASLRLLYAYYMIHPGKKLLFMGS +EFGQGLEWRYAYGLEWELLEIEPHIKMQDYVRDLNHMYKGDKALYEIDNNYEGFDFIDPH +NNEQSVITIMRKGKKEKDFTIAVINFTPVVHYDYKIGVPYSGIYEEVFNSDDERYWGSNQ +TMNGAELFSINEKWHNKDHNITIKVPPLGVTFIKLKEELKNNGENKEKESIRTIDIKD +>MGYG000000001_01228 putative protein +MFKIILVVVLVLVVVLISLSYVRVIKQSKVGIVMRLGKFLKVADTGVHFLVPFLDHMAYV +IDLREIVIDFPPQPVITKDNVTMQIDTVVYYQITDPVRYVFEIANPIAAIENLTATTLRN +IIGELDLDETLTSRDLINTKMRSILDEATDKWGIKVNRVELKNIMPPEDIQVAMEKQMRA +ERERRESILQAEGNKASSILQAEGEKQSAILRAEAKKEAMIREAEGEKESAILRAEGEAE +SIKKIAVAKAEGEAEVIVRVQKATAQGLYDVFKAMKESDIDDNMLALKSMEALEKLAKGD +ATKIVLPSEAVNLLGTFKGIKEVLADENKR +>MGYG000000001_01229 hypothetical protein +MKLVWLVVAILFGIGELLTTSLTLIWFSIGALVVLALSSFISSIILQVIIFAIISISLLV +IVTKKIVKKDKNYKYETNLQGILSKRGVVRENILPYKTGIVIVNGEEWSAIGVNNETIEK +GTTVEVIKIEGVKLVVKSTTN +>MGYG000000001_01230 hypothetical protein +MKQGFKNITITLILSIVLISQYNLANVYALFENPPSQEQIIEDPNISTDSNDVIHDDTST +TLDDDNYSEEDNIPSKPAESIQTEDDSTIDNPTPIEIHDVNLLNAINNALGIDGSTEVIN +SSNILSLEELDASGLGITDLSGLESAKNLSLLDLSDNNIKDVAPLSSLDNLNGLFLNNNN +IIDLSPVANIAQKIITTYGTDDTKYGFQAYNQTYTLETIKSDKGSDITLILGSDISQPIN +MYKETPDIESINPSGNIDSTKILLTNIQESSEYQIKFYEIEGWSFIYYLDIEINNSDSQK +PNDSDKPTAHDNNDEPDEPTTPNNNDEPNNNNTTIVDIDDNSNNTIVNNDTTVITQIKNV +INKNTFISKLSKIKINAKDQSLYVGDLFEPMKNVTATDSDGSDITKNIIISDNTIVTNTK +NIITQAGQYKVTYEVTGRS +>MGYG000000001_01231 Oligo-1,6-glucosidase +MRKAWWKEAVAYQIYPRSFMDSNGDGIGDIQGIIEKLDYLAYLGIDIIWVSPFYKSPNDD +NGYDISDYKAIMDDFGTMEDFDELLKEAHKRNIKLIADLVINHTSDEHPWFIESKSSIDS +DKRDWYIWRKGKNNKEPNNWESIFKGSAWQYEEESDEYYLHLFSKKQPDLNWENEEVREA +LYEMVNWWLDKGIDGFRIDAISHIKKDEGLLDMPNPDNLEYVPSFDKHSNRPGIQDFLKE +LKINTFDKYDIMTVGEAAGVDADEAEVWVGEDDGKFNMIFQFENMDLWNDNPGRNVDWIE +YKRVISKWQNKLHNKGWNALYIENHDTPRVVSTLGNDKEYIYESSTSLALMYFMMEGTPF +IYQGQELGMTNAKFNNIEEYNDVRAKSVYEDKIKNGRTIDEALRELNAYSRDNTRTPMQW +DSSKNGGFTVGNSWLKVNENYEDINVEKQLKDSNSVLNFYKNIIKIRKENECLIYGSYNL +ILEEDKNIFAYERILDDKKFLIITNLSNYDNTYSYNKLNLRFSNLVISNYKVKEHKDINS +MILKPWEARMYKI +>MGYG000000001_01232 Maltose phosphorylase +MKRIFNKIDEWKIIQDKIEFEENRLAESIMSLGNGYMGMRGNYEEMYSKDSHRGSYIAGV +WFPDKTRVGWWKNGYPEYFGKVPNSINYIGIDVLVNGKYLDLGKCEVENFYRELDMKNGI +LTRTFIANVDGSKIEVKVQRFLSIKRKELAVIKYDVRALNFDGEITFVSYLDGNVTNEDS +NYEEKFWINISSGSKEYKGNVISRTKDNEFGTEVFTVCANMINKVSKEAKVSEFMNKELY +SANTIVVDINHNDTVSLTKYVAITSTRDHNQDELLSSSENILNEEIVKGYENLLKEHSEE +WNKRWETSDVKIEGDIAAQQGIRYNLFQLFSTYYGDDYRLNIGPKGFTGEKYGGATYWDT +EAYCLPLYLGVADKHVSRNLLEYRYNQLDAAKENARKLGLEGALYPMVTFNGEECHNEWE +ITFEEIHRNGSMIYAIYNYTNYTGDYSYIEEKGIDVIVEVARFWASRVHYAKCQGQYMIH +GVTGPNEYDNNVNNNWYTNYIAKWCLEYAVENINKLQEQYAKSVERNNVVERNNVKEEEL +SNWITIAENMYLPYDKDLDIIVQQDNFLDKDLIEVKDLPRENLPLNQNWSWDRILRSCFI +KQADVLQGMYYFGDKFSIEEKRRNFDFYEKYTVHESSLSSCIYSIIASEIGNLEKSYELY +SRTARLDLDNYNNDTEDGLHITSMSGSWLAIVQGFAGMRTWNETLSFNPKLPEQWNSYSF +NINYREHALKVIVEQENIFIENISEGQVELVVYGESYKIEDKLTIKREENLYLNM +>MGYG000000001_01233 Beta-phosphoglucomutase +MIEAFIFDLDGVITDTAYYHYLAWKELGNKIGIEIDEEFNETLKGISRIESLERMLVFGN +KENQFTQEEKLQLATEKNEDYKELIKRITPNDILPGIIELLEEAKNNKIKIGLASASKNA +IPVLNSLGVIEYFDFIADASECKNSKPAPDIFLMAAKGLNVNPKYCIGFEDASAGVDAIN +SAMMYSVGIGDTDTLCKAKYVVKSTKELDFNLIISKYNKSEKEYSL +>MGYG000000001_01234 HTH-type transcriptional regulator MalR +MKVTIKDVAKEADVATSTVSRVLSNNPRISETTRKRVQEAIDKLGYEPNAMARSLARKRT +KILGVVLPNEAKDLFTNPFFITSMQGMSLYAQTKGYYITYAFSEDDKGELNHVKEITNNN +LIDGVILMRSRQNDEIINYLQDKKFPFVVIGRPEDTESILWVDNDNVKAMYDLVHLLIEN +GHKKIGFVGAIEEWNMSQDRLKGYKDALIDSKLDYYDNLIVQQNEFNAKNGYDAAKKLFK +EEGLTAIVTTDDLLALGVQEYVKDNSIKDIALIGFNNSQIAQYQKPSIASVDIMAGRLGH +YAAKLLISKLEGKNSKRKNYIVDTKLVERDTFI +>MGYG000000001_01235 L-arabinose transport system permease protein AraQ +MDNKLKKWGLNILGLILGLICLSPFYIIIVNSFKTKGELFESTLALPSSASFSNYIRAWE +QLDFIKVLGNSLFITVISVLLIIIFSAMAAWMIQRTNSKLANGILFLFISSMIVTFQSIM +LPLISIAGKLNLLNVPGIIFMYIGFGCASAIFLYHGFIKGIPKELDEAAIIDGCSKWQTF +RYIIFPLLKPTTITVAILNTVWIWNDFLLPSLIINTPETRTIPLAMYFFFGQYTKQWDLA +LAGLVLTIIPVLVFYFFAQKHIIKSVVSGSIK +>MGYG000000001_01236 L-arabinose transport system permease protein AraP +MESVHKGQQKSKNKGQENKIRKNKRLKDSLTFWAFVGPSLLAFVVVVLIPLLLGIYYSFT +DWNGIGNSAQFIGLENYVKVFADEGFKQSFGFTVKFTLASIVVINFLGFTLALLVTRESK +ISNPLRTVFFMPNLIGGLILGFIWQFIFVNVFNGLGQALNQTWMMGWLSNEKTGFWGLVI +LTAWQMAGYVMVIYVAGLQNVPPELNEAAKIDGASPLQRIRLITFPMVRPAFTVSLFLTL +SNSFKLFDQNLALTNGGPGNATQMLALNIYQTAFSYNKMSLAQAKAVIFFILVAVIALTQ +VYLTKKGEVEA +>MGYG000000001_01237 hypothetical protein +MRFKKALSLMTVTTLICGSLVGCSSSKDSSGGSASGDVTVDIFQFKVETQEALQAAAKKY +EESHDGVKINIETIGGGNDYGAGLRTKFQSGQEPTIFNIGGPQDVEDWASKLEDLSDQPW +VNQAFEGTLGSVTTDDGIFGMPFAQEGYGFIYNKQIFEKAGINPEEITTFAKLEEAVKTL +DSKKSELGIEAVMSLPAKEKWVTGLHLLNVALGNEFASGKEAYEAKTLEFKYSDQLKKIL +DLQAEYSYMPDGTKASLNSVDYAMQTEQKFATGKVAMIQMGNWTYQAISGVNEEIGNNLG +ILPMPLEGVNEDSIPVGIPMYWSINKDKSDEEKAAAKDFLNWLYTSDEGKEMVINDFNFI +PAFKGYEDESLQPKDPLSAAVLQYANDGKTMPWVFMGYPSGWGENVVGADIQKYLDGSMS +WEDLVKHAQDTWAEERK +>MGYG000000001_01238 Protein-ADP-ribose hydrolase +MNWVDYANDIDLFEVFNKDVKPMSKSEKYRAVRVLIDYFSKEGIWNTKNLPDTYDTRRNM +LRGILNAYPPKEIDPVNLELLERLLITECKEKNTISVDDIPEVEKDISIFNGDITTIKSD +VIVNAANSRLLGCMQPLHMCIDNAIHSAAGPRLRKDCNIIIEKQNHLEYTGSAKITRAYC +LPSKYVIHTVGPIVSSLDPTKEQEKQLSSCYNSCLNIVRDIDNIKNIVFCCISTGVFGYP +KEDAAKIAVKTVKKWMEDNPEKELKVVFNVYKDSDEEIYRHILSK +>MGYG000000001_01239 Fe/S biogenesis protein NfuA +MREKVAEILEKVRPILQRDGGDVELVDVNQDGVVLVRLKGACQGCPGATMTIKAVIENLL +VKEVPGVTQVIGI +>MGYG000000001_01240 Cyclohexadienyl dehydrogenase +MKIAIVGLGVIGGSFAMALKKAGYDEVYGIDIDESTITKAKSIGIIKDGCTKGNEILKEA +DLVIISIYPKLIKKFILENKLNFKKGAVITDTTGIKGLFIKEILEILPNSVDFIFGHPMA +GREKKGLDFASNEVFNGANYILINSEFNKVENIELLESIIYSIGFSKIRKVSADFHDEII +SYTSQLPHALAVALINSDENNRATGDFIGDSYRELTRIANINDELWCELFIGNKKNLLKS +IDDFTIELNKIKKSIESEDSNELIELFRQSSSRRQKL +>MGYG000000001_01241 Phospho-2-dehydro-3-deoxyheptonate aldolase +MVIVLNTGYTQDEVRELVDHIESKGVKTNITEGNSKCIVGVIGDTTIIDSDEILSFRYVE +KVLKVQEPFKKANRLFKTEDTVIDVLGSKIGGSNLGIIAGPCSVESEEQIVEIAKSVKES +GANFLRGGAFKPRTSPYSFQGMEMEGLNLLKLAKQETGLPIVTELMSTDYIDKFVEDVDV +IQIGARNMQNFDLLKQVGRTNKPILLKRGLSATIEEWLMSAEYIMAEGNENVILCERGIR +TFERYTRNTLDLSAIPIVKRLSHLPVIVDPSHASGDWRLVEPMSKAAILSGCDGLIIEVH +NNPQKALCDGQQSIKPNKFRFLMEKARVLAEIEGKVI +>MGYG000000001_01242 P-protein +MDLLENYRSEIDNIDKEMTLLFENRMNLSKKISDYKKNNNMQIYQSEREELVIAKNISYL +KNKEYESFLRSYYMNLMNLSRLIQSKEINSDYDSEKVIKYPKENLKVGYQGVIGSFSEEA +MHKHFSSIKNTKNYETFEELFIALKNEEIDYAIAPIENSSTGGISKVYDLLKIYDFYIVG +EECIKINQHLIGVKGATINDIQEVYSHPQGFEQSAESLKRYENIKLIPYLNTAISAKLVS +DLNDKTKAAIASERAAKIYNLDIIDSNINDNKDNYTKFVIIGRNFEVGNACDKSSIIFST +EHESGELYRLLKYFADYNINLTKIESRPNKHIPWQYLFYVDFEGSIKEEKIKRAIANIEN +ESKYFKFLGSYKKGNI +>MGYG000000001_01243 hypothetical protein +MLIDKDINKDNIHVHLNPQVTTHYEIEDFRDPKNIDLYLQELIFDLVERKENESMIESLM +EEFNEI +>MGYG000000001_01244 hypothetical protein +MKSRANYKEYIIDVILILFVVQLARINIKFILLKQLNFNLVNLIITTAISFALLGILLLL +ILKNNEIFNPTSLKIVNMFNQNNKQIRMVLGIIVILTFMITQYFEDAYNIYNIGLSVLLI +IIIPIFEELLFREYLWNYLTNHIKNVMIVFISITILYAFYQVGYIDIIRQYISITNKPGY +IIDIVTSSMMKAFIMGSILGAVKVKLKDTYICMLLHALFSILFY +>MGYG000000001_01245 hypothetical protein +MGIFKLKSEEDWKINYIKEFNEMRNNYEKKLQKKQLEIDKLKSEIELLKSNKSGLKPKEK +QIRDLDISNIKNLREGGLSYREIAKKTNWSKATICRVLNGFYD +>MGYG000000001_01246 manganese efflux pump MntP +MNYTTALLLSVSANLDTFAVCISYGMKKVKLSFIGALLISLITSLGTFLSMYLGKIITNF +ISPKIVTIIGGILLLILGLKIVIDFLKKYRKSHVEDLLRHKKVSYGEILDNPIKADADNS +GDIDIKECITLSIALTLNNLSVGIAASIAGISILLNTLFTFILTWINIGIGFYVGRRYAS +KLVGKYSDLVSGVLIIILGIYQIFM +>MGYG000000001_01247 hypothetical protein +MARRQEVERILRIIMGSAILAFGVYNFYYLNNITEGGVLGLLLLLKNLYNIQPEIANIII +DLSLLLIGYKYFGKKFFMYSIFASISFSVLYDIFESIGPILPSINSMFISTVLAGISVGL +GVGLIVTTGCAAGGDDALALVISKTTSLNIGRVYMLGDCAVLLLSLSYMSIDNILYSLVA +VAISGNVIDYIYNHVKKSKSNIMIKSEL +>MGYG000000001_01248 DEAD-box ATP-dependent RNA helicase CshE +MNFRELGIKEDILNILNKNGITTPTPIQEESVIPIKNGQDIIAQAQTGTGKTLAFLLPIF +ENISKDINSTQVLILSPTRELAIQITEEATKLNEAKNINILAAYGGKDIGSQINKLKKNI +HLIIATPGRLLDHLDRGTIDLSKIKTFVLDEADQMLLMGFKNEVEAILSKTSKKRQTLCF +SATMNSQVKKLAYRYMTDPMEISIKKAEVTLDSIKQEVVETTDRWKQDALFKVLNEDNPF +MAIIFCRTKRRVDALEEAMAKNGYNCAKLHSDIQQSKRERIMKSFRNADIQYLIATDVAS +RGLDISGVDNIYNYDIPETAADYVHRIGRTGRAGKGGYTCMFIDPKNIKTLNEIEETIKF +EIPRREI +>MGYG000000001_01249 hypothetical protein +MILQYTLEKEVTTMNLKISAVCNNEESAKALTEAGKQLGYEINCEVQEQNKIKNKLSNEN +IKSSNVILFVTDKSVEDIEEIERFIDCEYYEVEPKFVIENPINVINEIATDLN +>MGYG000000001_01250 Capsule biosynthesis protein CapA +MLYKKAWSIIIILVAISFYGCSKIKVQEDDYLDIEEEPIKQSITLSFAGDVTMGNYIGSI +GGGTFDHEFEQQSNNYGYFFGNVKEIFKDDDLSIVNLEGTLTDSNNGNTEKKFAFKGHPS +YVNILKEGSIEAVSIANNHSQDYYEKGLNDTKDILDEAGIFYAGLGEKSIIDVKGIKVGF +LAYTGWNSNYSPSYLNEIKEDINDIKESGVNMVITYFHWGAENDYYPNEVQKNIAHFVLE +NGSDLVVGSHPHVLQGIEKYRNSKGEDKYIAYSLSNFCFGGNRNPLDKDSMIYQQTYNFE +DGELKTIDEPNIIPCSISSTKNRNNYQPTVLEGEEYSRVMDKINKISYELNK +>MGYG000000001_01251 Ribose import binding protein RbsB +MKKFLSIILTIIMSAMTLVGCQQKSDSSVKKIGFIVSTLNNPFFVDLKSGIEERAKELGY +EVVVLDSQNDPAKEVSNMEDLTVKEVDIVLLNPVDSDSAVASVMIANNYELPVVTVDRAA +NGGDVVTHIASDNAVGGSMAAQYLIDQLGGKGNIVELEGTAGSSAARDRGQGFDDKIAES +DMNIIAKQIADFDRTQGLTVMENILQSKKNIDAVFAQNDEMALGAQKALEDMGMKDVLIV +GFDATDDAVEAVKNGTMAATVAQQPLLIGEAAVNAIDKILKGEKVDNFIPVELKLITRN +>MGYG000000001_01252 Ribose import permease protein RbsC +MDISSRAQSSTSKNVNIKELLVKYKSLLGLVLLIAVVSILNPSFLSPKNIMNILRQTSVN +AVIAAGMTFVILTGGIDLSVGSILGISGAVCASILVSGQNVVIAVLAALVVGVVVGFLNG +FIISKGKLQPFIATLATMTVLKGLTLVYTNGNPITLGSNELAMSFGKIGGGTILGIPTPA +MIMILVFMVCYYILHNTKMGRYTYALGSNEEATKLSGLNTDKIKIWVYTISGILASIAGI +IITSRLYSAQPTAGSGYELDAIAAVVLGGTSLNGGKGKITGTIIGALIIGVLSNALNILD +VSSYYQTMVKGAVILLAVLLDRKSN +>MGYG000000001_01253 Ribose import ATP-binding protein RbsA +MKNPILQMKDIVKEFPGVKALDGVNLELYEGKVMALMGENGAGKSTLMKILSGVYKKDGG +QIFYKGEETDIKGPKDAGEKGIAIIHQELNLLPDLSIGENIFLGREPKKGFAVDFKKLYG +DADALLKKLNVETSARELVGNLSIAQQQMVEIAKALSLDAQIIIMDEPTDALTDKETESL +FNVINELKNEGKALVYISHRLKEIFEICDYITVLRDGKFVGTEDLCNLDEDKMIEMMVGR +KLTDQFPRLETEKGDTVLKVENLCNEYVDNVSFEVKAGEILGISGLMGAGRTELAKTIYG +HFKKTSGKVYIKNREIDNKSAKDGLKNRIAYVSEDRKGDGLILDLSVRENMAISSLNRMS +SFFRIDKKKELARVQDYIGRMRIKTPSEEQLIRNLSGGNQQKIAIAKALMTHPDVLILDE +PTRGVDVGAKKEIYDLINEFKSQGKAVIMISSEMPEILGLSDRILVLSQGRITGEFDIES +ATQEAILKCAVEAKEA +>MGYG000000001_01254 D-ribose pyranase +MRKTKLINSEVSYTISKMGHTDSLTIGDCGLPIPDGVNRIDLALKYGVPSFLETLDTVLE +ELCVEEIVIAEEIVEKNTNIYNEILKRFENIKVTMVSHEDFKKMTKESKAVVRTGECTPY +ANIILKSGVVF +>MGYG000000001_01255 Ribokinase +MKNICVIGSLNMDLVVKVDNRPKGGQTVIGGDFKEVPGGKGANQAVAMARLGGNVNMIGK +VGKDGFGETLLNALKNDNVNTKYINQEDIATGVAMITVDNNAENSIVVAPGANYKVDNEY +IDSNIEGIENSDIVVLQLETPLETIKYALKRSKELGKYTILNPAPAVKLEDDIIANVDLL +TPNETELEILSGVEIETEEDIQKAAQVMIDKGVKELIVTLGSKGSLYINKEKSMFKKAYK +VNAIDTTAAGDSYTGALAVAFANNKNVEEAMDFASKVGALSVQKEGAQSSLPTLNDVENF +RG +>MGYG000000001_01256 hypothetical protein +MEALFENQKLKVTYLGSCDEDIKNKTHIFTINIKEFDTPPLNVEYDDNDKVIIRTWIEEE +EDENGPKSHVIYKLFSLIEFEVSEIMQFIIRHI +>MGYG000000001_01257 hypothetical protein +MSLILRKFLCVISVIFITISSSSSVYASSKVSNSINSTFKEMQVTTNSLNVRSGAGTKYK +KVGSIKKNTKVKVYSISKGWAKIEYKNSKRYVSSQYLKNISISSSSSNNSSNNNASNPAS +IVKEMQVNTSVLNVRKGASTSSKKLGSIKKNTKR +>MGYG000000001_01258 hypothetical protein +MTYSPNKNPSLGFVGSPFKNEKGVFQAIYPEALESLAKKYRKSSANITGASVDTLEKEIR +KGNPLVVWATLNFTTPKMGYWYEGTKDKIWVAKNLHVVAVTGVDHNYFYITDPAKGSYKV +KKSTFKSIYEKVGKKALVIR +>MGYG000000001_01259 Phosphoglycolate phosphatase +MQNSLKDIDSMIFDLDGTLWDSTKEIASSWSTIISKYDNDKKEVTTEELKGYMGLELEVI +GERMFPNMDKKKRDILLRECGEFENQYLMEHGATLYDKLEDTLKVLSKKYKLFIVSNCQD +GYIETFMKFYNLDKYFVDFECPGRTNLSKAENIKIVIERNNLKHPVYVGDTQMDCDAAKK +AGIPFIYARYGFGNTEEYNHVIDKFEELLSL +>MGYG000000001_01260 hypothetical protein +MKLLIDGDGCPVIDISINTAKKFNKEAIIICDTSHDFSKYKVEKIVVSKGNDSADFLIVN +KVNKGDIVVTQDYGLAAMVLSKGGHAINQNGLVYNNENIDQLLFTRHISKKVRQGGGRTK +GPKKRTKDDNIRFEESLIKLFEEIGC +>MGYG000000001_01261 hypothetical protein +MKEKKLFVGELALFMGLIINSFANTLMVKSGFGISSISSVPYTLSLVFDNITYGSWNYIF +QCVLILILVLITKKFKVGYIVSFFLAIVFGNMIDFCNIFIMQKLPNNIIYNIIYFLISFS +MLSVGMSLLLKCKTPVLPIDTFTRDLTEEFNINYKKVKTVFDLSCLATTIVLSVVFLKGF +EGIGIGTVICALITGKVVSFVNSFVDEHFYFKPMLSKKSKKEINEDNIAEEIN +>MGYG000000001_01262 C4-dicarboxylate TRAP transporter large permease protein DctM +MELALQTGLTLLAVFPVLLLIGIPISVTIGISSVISILSALPWENAVFTASQRIFTGINS +FSLLAIPFFVLAGIIMNNGGIAIRLVNFATLLSGKLPGSLAHTNVVGNMLFGAISGSGTA +AAAAIGGTMAPLQEEAGYNTDYSAAVNIASAPTGLLIPPSNSLIIYSLVSGGTSVAALFM +AGYIPGILWGLGVMVVAFFIAKKQGYKTNNEKITFMQGLKVFFDALPSLSLIVIIIGGII +GGIFTATEGAAIAVVYSLLLAMFLYKSIKLKDIPRILLESINMTAMIVFLIGVSSIMSWV +LAFTNVPTYITNLILGVSNNPIVILLIMNILLLIVGTFMDLTPAILIFTPIFLPIAQNLG +MDTIQFGIMLVFNLCIGTITPPVGNTLFVGCRVAKTKIEGVIKNILPFYISIFVVLMLVT +FIPQISLFLPKVMGMIE +>MGYG000000001_01263 Sialic acid TRAP transporter small permease protein SiaQ +MEAIRKGLDKVLEVVCCLLLALMTIFATWQVASRYIFNKPSTVTEELVLICFVWMGLLGA +AYVFGKQEHMRMSFLVDKLSERNQTKVKLFSELVVILFAALVLVFGGFKMSQLSMGQSSS +SLQIPMGYIYLALPLSGVVTIVYNILNISDIVKELANGKEAKNKNAKTA +>MGYG000000001_01264 hypothetical protein +MKVGKRITALLLAATIGFSAIGCSKVDGAEKKVKVIRVAHGQNEEHPQHKAMLEFEKYVE +EKTNGDIDVQIFPNELLGATAQAVELAQTGAVDLVIGGLGTLEAFNSSYTVLNLPYIMDS +TEHYHEVMNDEEIIGPVYESTRQSGFVGLTWFDAGVRNIYTTKKPIMEPDDLKGLKIRVQ +TSPTNVKMLQALGASPTPMSFGEVYTGLQQNVIDGAENNELALINNKHGEVAKHYSYNMH +AMLPDILIASTSLLDNKLTKEEAQIVMEAADYANKFEVELWEDAAADAKAKAEEMGVQFY +YPDIKPFQEKMKDLHAEYTKDEDMKAVYDKIRAKGDEILAKNANSDKK +>MGYG000000001_01265 Uronate isomerase +MLKDITRVKKFMDEDFLLQNETAKYLYHEHAKNMPIFDFHCHLIPSEIAEDKKYNNITEI +WLYGDHYKWRAMRSFGIDEEYITGSKSDFEKFKAFAKAMPYLIGNPIYHWSHLELKTYFG +VEEVLSEENAEEIWNRCNEVIQSDDFSARSIIKKSNVKYIATTDDPADNLEHHIKIAQDE +NFDCEVRPTLRPDKAVKIGNEGFADYIKVLGATENTTITNYTELMNVLERRIEFFVENGC +TITDHAMDRVYFRNTNEEEVNAIFMKAINGECLTQEEIEKYSTLTMVNLGRIYSKHNMVM +QLHIGALRNNNTRMYKKLGPDVGFDSIDDGEVAQPLSRLLDTLDGEDNLPKTILYCLNPK +DNEVLGTMLGNFQGGGIAGKIQFGSGWWFNDQKDGMERQMMALSQLGLLSQFVGMLTDSR +SFLSYTRHEYFRRILCNYIGELVENGEYPADMKILGEIVENICYNNAFKYCKVN +>MGYG000000001_01266 Altronate dehydratase +MSQFIKINKEDDVVVLLADGVKGDTISLDDNNITLLQDTPKGHKVAVKEISKGNDVLKYG +YSIGKAKENIKIGEWIHSHNMSTGLDGILEYEFNKNDLNQPKRDEDIFFKGYVRENGDVG +IRNEIWVINTVGCINKTCALLVKEGNKLINDKVDGVHYFEHPHGCSQLGNDLENTRKILS +GLVNHPNAAGVLVVGLGCENNTLASFKEILEPINHDRIKFLNIQDVEDEIEEGKKLISEL +VEYASKFEREDVHISKLKIGLKCGGSDAFSGITANPLLGRLSDEIVALGGTSIQTEVPEM +FGAETILFDRAVNKDVFDKSVDLINDFKKYFIRYDQVIYENPSPGNKKGGITTLEEKSLG +CVQKGGKAIVTDVLGYGERAVKTGLNLLYGPGNDQVAVTVLAAAGAHMVLFTTGRGTPFG +GSVPTLKISTNTDLYNKKKHWIDFNAGELIETKDAQSVDDSFFNLILDTASGKYIAQNEK +NGYREISILKDGVTL +>MGYG000000001_01267 Altronate oxidoreductase +MSNEIRNLSMDCLTESQRAHHEKVLNSPIKIMQVGEGNFLMSFFDWMVDQAIKAGKYDGS +IALTCPLNHDGKINTLKSQDNLYTVIQRGFKGDTEVFEQDVISVFSKVFNYNAEWDTFMK +IAEQESLEVVISNTTEAGLAYKKVELENVCTEGLYPGKLTAFLMHRFEVLGNISKKLLIF +PCELVAENGRVLKEFVAKHSEDFGASEEFKTWVEENCVFLNNLVDRIVPGYPREDSQAYF +ERLGYKDGAMSMCEPYFLWAIEGSEELDNILPLNATGLNVQWLESLHDTQLLKVRILNGS +HTLITPQSILKGFNQVDEVVENETMKAYLNETLEKEILPSLKNRTGNKEEFASTVLGRFR +NPHIKHKLESISMNSVSKFQNRLWPTVKSFIEENNKLPENMMVGLAGLLRFYQIEKTENG +YIGHDFNGNEYKVFDTPEVLEFMSEAHSKFEEKNEEYVRHILSESKLWGEDLATYLNIVE +VITEKLQTMEKEYEPVH +>MGYG000000001_01268 2-dehydro-3-deoxygluconokinase +MKRLEVNNNGKVLGFGEVMLRLTPPGFQKVIQANSFDATYAGGEANVICSLSMFGHDTKF +VTKVPDNTLGEKVIRDLNSFGIYTKEIIKGEGRLGIYFLEQGNGLRNSDVTYDRKYSAIS +LAKRNEFNIEEMLNDVKLIHVSGINPALSKEIKDLTLEIAKEAKKRNIVVSYDSNFRSKL +WSLEEAREFMFEILPFVDIAFLGILDFKNILEYEVDEGLEFEDCLTSLYKKLFDNYPNLQ +YASCTKRKVNTVNNNSLQGFLFDGEKLNKSKLYTFDILDRVGGGDSYTAGILHGLLKKLN +NEDVVEFATCASVLKHSIQGDINLVCLDDVETLMTSGLQNIKR +>MGYG000000001_01269 KHG/KDPG aldolase +MLSKLKKEGIVAVIRAKDHEEALGYVNACLNGGIKALELTYTIPNVVELIKEVKKNYKDA +LVGIGSVLNGKMAKDAIEAGAEYVVSPGFSDEVSDICKELGVVYLPGCMTVTEIMYALEK +GNKMVKLFPGDVFGAKYVKAVKAPIPHVEIMPTGGVSIDNIDEWFKMGVSCVGVGSSLFN +SGSLKDIENLAKEFVNKIEKIRS +>MGYG000000001_01270 HTH-type transcriptional repressor RspR +MILYERKDKETGKEYAYRVLKENIMSLELKPGELLSELELAEKLNLSRTPIREVIMRLKS +EHLIEVKPQSGTYVSLIDIDLIDEALFMRFAVEEKVLKLACENFPHEIMIDLEKNLFAQE +IIANMEGGETEFHKLDTSFHELLFAGVNKTHVWSSILNISTHYNRMRLLTQKKDSKKSVV +EQHREFLNVINNKDISKVEELIDKHMKFSMKSWDYLIKHDEEISKYFK +>MGYG000000001_01271 putative ABC transporter ATP-binding protein +MSNNQKPKRMGGPMGHGPMSGAGEKAKDFKGTMKTLLGYLSKFKLSIILVIIFAIGSVSF +SVVGPKILGRATTKIFEGLVAKVSGATGAGIDFDAIGKILIALIGLYILSAIFSFIQGFV +MSGISQKVAYNLRNELSEKINRLPMRYFDTKTHGEVLSRITNDIDTLSQSLNQSMTQLIT +SVTTIIGVLVMMLSISWLMTGVTLLILPISMILISLIVKRSQKYFKAQQEYLGHVNGQVE +ELYGGHNIVKVFNGEEEAVNEFDKLNNTLYQSAWKSQFLSGIMQPLMMFVGNLGYVVVAI +LGGWLAIRKTIEVGDIQSFIQYVRNFTQPLAQVAQVTNLLQSTAAAAERVFEFLDEEEED +QTVENAVSIDGIEGRIDFDHVKFGYNSDKIIIKDFTAHVKPGQKVAIVGPTGAGKTTIIK +LLMRFYDVNSGAILIDNHNIKDFNRSELRELFGMVLQDTWLFNGSIKDNIRYGRLDASDE +QVIEAAKAAHVHHFIKTLPDGYNMVLNEEASNVSQGQKQLLTIARAILADPKILILDEAT +SSVDTRTEILIQKAMDNLMESRTSFIIAHRLSTIKNADLILVMNEGDIIEIGNHEKLLAQ +NGFYANLYNSQFEKDEAM +>MGYG000000001_01272 Vitamin B12 import ATP-binding protein BtuD +MNKLVKYLKKSTLSIIFIVALLIGQAICELALPDYTSSIVNVGIQQGGVENAVPEIIRKS +ELDKITIFMSSADKDKVLQNYNLLSKDSISTEEFNKYKEEYPALEKEDLYKLSTTDKEII +DELSSILGKPILIVSGIENGGTEVDAMKKQMMANLPTSATQNGDVDIFKVLSSMPEENLT +AITKEIDKNFKNLPETMVDQSAVNYVKSEYEAIGINTEKMQNNYIIMTGLKMLGITLLSV +LASVLVGLLGARVAATLGKDLRSSVFKKVMSFSNKEITEFSTASLITRSTNDIQQIQMMM +VMFLRIVFYAPILGLGGVLKVLQTNTSMTWIIGVGVASVLVLVMIMFIVVMPRFKILQSL +VDRLNLVSREILTGLPVIRAFSTEKYEEQRFEKANKDLTKVNVFVNRVMSCMMPAMMFVM +NAITVLIVWNGAHSIDAGTMQVGDMMAFIQYTMQIVMSFLMISMVSVMLPRALVSLDRID +KVLNTDISVKDPEKPVQFKEDKKGVIEFKNVSFRYPDAEEDILTDISFTANAGETTAFIG +STGSGKSTLINLIPRFFDVTKGEILVDGVNIKDVTQHDLREKIGYVPQKGVLFSGTIDSN +LRYGKKEATEEDINKAARIAQATEFIESKPEKYETKISQGGTNVSGGQKQRLSIARAIAK +DPEIYIFDDSFSALDFKTDAKLRKSLKEEISESTVLIVAQRISTILNAEQIIVLDEGKMV +GKGTHKELLNNCEVYKQIALSQLSKEELADE +>MGYG000000001_01273 Transcriptional regulator SlyA +MDVSKDKSKELLSVITQINKLAHNGFRKKNMPNREFMLLKTIKYLKNSESTNEYSSKGVK +ASDLSKFLSVTKPAISKLINTLEEKGFVNRITDKSDRRVVYINITEDGDQILAEETKMFE +EFTHRIVEKMGEEDTDEMIRLFKKMYDTIIEMECEYK +>MGYG000000001_01274 SpoIVB peptidase +MLNNKIYTKFICVAILIFSIIGMIKYYGFIDNNSYIETLNIFENNSKRYVYPLGNIVGIK +ANTDGVLVIGYEEDDITYIGGLKIGDNIVKINNKKINSSNDVSELLNTLKTDEVKIGFQR +DNEYKEEIVKVKNENGKYKLGLWVRDKISGIGTMTLYDPSKETFFAIGHVITDVDTNKLL +KIKEGFLYNANNLEIIKGNSENVGKIKGEFDLSKAIGKFDNNSNFGICGNLLDEINLLSG +QIELGTSSDVKIGDAVILFEDENRNIRTYDIKIEKIIDDSTWDRDMVIKVTDEDLINYTG +GIIQGMSGIPIIQNNKLIGSITHVFKKNPKKGYGIFIDEMVK +>MGYG000000001_01275 Stage 0 sporulation protein A +MNEKIKIVLADDNKDFCQVLKEYLSNEDDIEILGIAKDGIEALDLVKRTQPDLLVLDVIR +PHLDGLGVIEKLNAMDIPKMPKIIVLSAVGQDKITQSAINLGADYYIVKPFDFVIFINRI +RELVSNKTTHIEPKSRVNTDIQMTRSDFVKNSGNIETEITNIIHEIGVPAHIKGYLYLRE +AIKMVIDNVELLGAVTKELYPSIAKKFNTTPSRVERAIRHAIEVAWSRGKVDTINQLFGY +TVHNTKGKPTNSEFIAMIADKLRLEHSMVK +>MGYG000000001_01276 CCA-adding enzyme +MEIYLPQKVKFIIDKMYERGYEAFIVGGCVRDSILGITPNDYDITTNARPEEIIDIFKGF +KIIDNGIKHGTVGIIIEKEVYEITTYRIEDEYENNRRPKNVEFTLDIEDDLKRRDFTINA +IAYNDKLGIIDKFDGIKDIKNKIVKTVGNPDERFNEDGLRLVRAIRFSSKLNFKIEDKTL +KSIYKNVDIIKNISKERITDEFTKMILSDKPQDIILLYKTGIFKSIGIFSYINKEKYEDL +EQELRVLNNCESNLVKRMAMLEYIIKKKKIPSRSIVDNLVYSNKIKKECKILVECMLKDN +IELNSIEIKMLLNKVGPEKIIEALNLKKIYYNNYSSRIEKKNDIVDKIFIINNIIKKILE +IESNKECYRLKDLDINGSDLEELGYKGKDIGEILNELLNKVIASPSLNKKEILINLL +>MGYG000000001_01277 hypothetical protein +MRVEAPIKVDRKTKRLAKRLTGGEIAVINHIDLDEVAANSLVEGKIKLVINAAPSISGRY +PNKGPGILTDKNILIIDNVGEELFDELNEGQVIEVVDGQIYSDGKLLGSGDVLDKNAVSR +KIKEAYENLGIELDRFIDNTIDYAKKEKGLILGEVEIPKVKTDYKNKHVLIVVRGQDYKQ +DLSTIISYIEEMKPILVGVDGGADALLEFGYTPDVIVGDMDSVSDEALRKTKEIVVHAYT +DGRAPGLKRVQDLGLDAIVFPAPGTSEDIAMLTAYEYEAELIVAVGTHSNMIDFLEKGRP +GMASTFLVRLKIGSKLIDAKGVNLLYRSRLKLKYIFALILTALFPILIVASFSPSVKQFI +HLMQLKFRLLLQM +>MGYG000000001_01278 hypothetical protein +MHINMKYYIVTIGAIFISLGIGMLVGFNLNYDQELSKQQAQIIGDLDVKFEELREKNNDL +ENKLKEINTSYDKTIDYINNNADKLISEELTDKNIGVISINGNSNSEDIENTITKADGNV +VFNINLKMDTISDDVLNDISAKIGVDIKTEADFINYVVESLKSDDAKEKLKYLEEVGLLS +LNKLGTDYASYTSVILSEESNTKDLEKHFELIDKLLIEKLKSEGKYLVGVENTNKKTSYI +ELYSDNKVATIDNINEGSGKLALVLALKDGNVVGNFGISETAESLIPYK +>MGYG000000001_01279 Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase +MNPYISMIIPAYNEEIKIKDTLESIKGIKEINEIIVVDDGSTDKTTKIASEVNSEKIVVL +KLDKNRGKGYALNYGLKIAMKNAEIIGFLDADLGSSANDVKKLIDPILNDEADVVIAKFP +PAKKKGGLGFVKGLAKDSVFEMTGVELDATLSGQRLFKKEVLEKFKEIPFGYGVEVGMTI +DILKHGYKIKEVLVNMTHNETGRDLKGFIHRGKQYYHIKKVLKQKKKEWR +>MGYG000000001_01280 hypothetical protein +MNSFIFYSVIFIIGFIGTCYAIPLFKNLLINSNVVRPNYKNDMIPVSMGIVFLPMIIING +IILAFFTVQYKNLLYIFMFIFGMISMFFAGILDDIIGTREVSGLKGHFKSFFKGTLTTGG +FKAIFGGFVGVLISIAISESIPDIIINTLIIALSTNLMNLLDLRPGRAIKVYLVIMIVIF +ITLAGYIKILPLLILPNVLAYFKYDLKAKAMMGDTGSNVLGISIGMIMVFGYSFNVRVGW +LVFLVLIHILTEKYSLTKIIENNKILNFIDKLGR +>MGYG000000001_01281 hypothetical protein +MISKKIGIVESIVDKSENLDDIRVNINGNIQKAYNYPKMSGNVNVGDEVILNTTAVELSL +GTGGYHFVISNLNNIESNFTPGGHIMKLRYTPFQVKVDSVEEQESSYHSAIENFKSLDNM +PVVVGTLHSMLTPFVASYKKNNPNKKLVYIMTDGAALPIYLSKNVETLKTRKLIDSTITI +GNAFGGDYECINIYTALITAKEVINADAVFVSMGPGIAGTGTKYGFTGIEQGPILDAVKK +LGGMPIAVPRISFADMRERHNGISHHSMTVFNDIVNVSVNIPITVYKDKLIDTIEKQIKD +SKLDKKHNVVYINNEKTKEDLDYFNLKVKSMGRNYEQDKELFQAASTAAYYLMEVCNDRG +KNY +>MGYG000000001_01282 ADP-ribose pyrophosphatase +MIEEKTISSDRVYTGKTISLKVDTVEVPNRGYQKREIVEHNGAVGIVAITPENKVVLVRQ +YRKAVEKELWEIPAGKIEIGENPKECAIRELKEETGYSAENMKLIHKFYTSAGFSNQKIY +IFLAENLIQGERDLDEDEFLEVHEIDKDEVYNMIARNEIEDAKTSIGMLLIKELI +>MGYG000000001_01283 hypothetical protein +MRRTYGRKVYYEELNKKIILIGMLFIVFVVVGTCMNKISPGYEESVNGVVSSIEKYYSSR +DSISVKNVILSNLKLDFKFMSLIGILNLLVITFPVSILIFMLKGVSIGYTINSCILLLKL +KSIKIVFVVLIKTLAIIPGAIILTLVSMNYLKEFFYEFKNRNKKNMIFLFKRYLLNSIII +IAVSLLLQVLLNFIFINILQFLVR +>MGYG000000001_01284 Tyrosine recombinase XerD +MDVIKEYIGYIKNKKKLSENTVSSYFTDIKKYTEYLDNKNIKLEKLGENDIIGYLMELER +SNVSASTVSRMISSIKSFHDYLFFSGNCKSDPARNIKKPKVKQNNIDVLTEYEINALLDF +PKLDTPRLIRDKAIFEVLYGTGIKVSELVEMDITDVDLDIEYIYCNSGKNQRVIPISDIT +KIYLEKYIKEGRNRIANEKEEALFVNSLGSRFTRQGLWKIIKKYAVEANINKNINPSMLR +HSFAIHLLNNGANIAVVSKILGNSNLSSLQSYVNQINKNIRKEVKEKHPRS +>MGYG000000001_01285 Phosphopentomutase +MSRVIWMVIDSVGIGELPDSEKFGDKNVNTLGNIVKEYSDIKIPNMRKLGIGNIDEADFI +ESEKSPIGAFGKCAELSQGKDTTTGHWEMTGVLVETPFKTFENGFPKEIIDEFESRTGRK +VVGNKPASGTAILDEFGEHQIKTGDVIVYTSADSVFQIAANEEIIPLEELYKMCEIAREI +MMGDNAVARVIARPFIGKKAGEFTRTSNRRDYSLNPFEPTVLDNIKESNLDVIGVGKIED +IFNGQGITEAIHTKDNMHGVDETINYIKKDNDGLIFTNLVDFDSKFGHRRNVEGYKEALE +EFDARIPEIMDAMKDDDILIINADHGNDPTYKGTDHTREYIPVLVYGKNIKENVNLGIRE +SFADIGATVADLLNVKMPKHGISFKKDIMK +>MGYG000000001_01286 Purine nucleoside phosphorylase 1 +MKNMFEKVQESVSFIKERTTVNPEIGLILGSGLGILADEIENPVKINYNEIPNFPVSTVE +GHAGCLVIGTLEGKQVVAMQGRFHYYEGYSQREITFPVRVMKALGVETIVVTNAAGGSNK +NFKPGDLMVIKDHINLSGSNPLIGANDERFGPRFPDMSTAYQPKNVELVKECAKELNMKI +QEGVYAFFSGPTYETPAEVRMAQILGADAVGMSTAPEVIVASHSGMDVVGISCITNMAAG +ILNQPLDHEEVIETTQKVKSEFLSLVKKVVNRI +>MGYG000000001_01287 Pyrimidine-nucleoside phosphorylase +MRIYDIIRKKRDNHELSKSEIEFFVDKYSKGEIPDYQASALLMAIYLNKMNKEETVYLTE +AMMNSGDVIDLSEIDGIKVDKHSTGGVGDKTTIALAPLVAACGAPVAKMSGRGLGHTGGT +LDKLEAIPGFSIEMEAKKFIDSVNKHKIAVCGQTATIAVADKKMYALRDVTATVDNISLI +AASIMCKKLASGANAILLDVKTGDGAFMKTLDDSFELAKAMVDIGNGMNRETIGMITDMD +EPLGFAVGNSLEVIEAIETLKGNGPKDFVNLCETLGAYMLVLAKTVDTFEEGVEKIREAI +SSGSALEKLKVFIENQGGDKRVVDDYSLFPQANIVVPIKAHRSGYISRIEAEEVGVSAMI +LGAGRETKDDELDLAAGIILNNKVGDYVNEGDILATMYLNKEEKLESAKERFIGAYSIVD +EKVEPKKLVYGVVTKDGIKKF +>MGYG000000001_01288 Endolytic murein transglycosylase +MSLKENKLKVIGITSIILVILIGAFVFYEIGPYNKSNKKDIIVDIPSGSTVNSISDILYE +NKLIKNKTLFKIVVKLSNDAQSIKAGKYLINQTYSNKDILELLVSGKIYNDGIKITIPEG +STSKEIVATLVKNKIGDKVKYEELIKNPSKFYEKFSFLKEDDITSLEGFLYPDTYYFKEG +DSEEKVLSEMLLRLKKEYTDTLVKRQKELNMTLQEVINLSSIIEKEAVLDEDRALISSVF +YNRLDIGMPLQSDATIQYIFDERKQIVTYADLKIDSPYNTYLNKGLPPTPIANPGIKSIK +AALYPEKTDYLYFVAKIDGGNNYSTNYEDHLKYEKEYKDARDKLKEEQNKDTSTNEK +>MGYG000000001_01289 Cobalt-precorrin-6B C(15)-methyltransferase (decarboxylating) +MSNIVNNLVEEYIRTTLKDKEGLLRELEIYAEEHNVPIVHKEVSDLLKVLLKVDKPKNIL +EVGCAIGYSSILFATTVGDEVKITTVERNEAMIERAKENIKRAGFENNITILEGDAEELL +PKVEGKFDMIFLDAAKGQYKLFYDMVIDKLKVGGLLISDNILYKGMVAHDDFVVRRKKTI +VKRMRNYLDYICNCEYLSTSLIPIGDGVALSYKEKERGAE +>MGYG000000001_01290 putative protease YdcP +MIKKVELQAPARDLETLKVAVESGADAVYIGGESFGMKTSSKDFTKEEIIEGVNFAHERG +KKVYVSITLLPHNQDFIGLENYLKELEEAKVDALIISEPGVLETIKKVVPNMKLHLGTLA +NVNNYATANFWYDQGVRRVAVSREISLKEIEGIKAKTPFDMEVEVFVHGGMCMSYSGRKL +LTSYIATRDINLYSEDKKYNLVEEKRQGEYCPVYEDEGGTFFFSSKDLCMIEFIPELIKA +GVTSFTIEGRKKDSDYIETVVKEYRKVIDSFYENPEDYTFDKSIMKEIRKSNHREYTTGF +YLDETKVYDEEYFEKL +>MGYG000000001_01291 Uridine kinase +MKNNKRPLIIGITGGTGSGKSTVCKSIIENIPEENISVLEQDAYYKDQSHLSFEERLKTN +YDHPLSFDNKLLIQHIEDLCEGKSVEKPVYDYEIHTRKLDETITIAPKDIIIVEGIMILE +DEELRDRLDIKIYVDTEDDIRILRRIQRDIKERGRTVDSVIDQYLSTVKPAHDQFIEPYK +KYADIIMPEGGHNQVAIDIVISKIRSQLNLI +>MGYG000000001_01292 Stage V sporulation protein D +MSRIKGTISKRSKNRIKSIFLICILLYSFLIYRLADIKIFKYDEYSKRVENQSTDKISLN +SSRGIIYDRNNIPLTDTVKKQVLLVPQKVLSGNYENINLIKKATNITDEDIFKAVQDQLL +SNIVEIEVENVNESMKKQLEEKEIIIREKTLRYSENNLLTHTIGYLKKSDASPQSGIEKD +MDDILKDSNEEYVSVFKAADSGKSQGLDILNGSIETVTSSDDDKHLRLTIDSKIQKIVED +TVNNESNPTAVVVSDIESGEILSISSRPNYDQNDIAKYINSNNRELENRAISVTYPPGSV +FKIVVLYAALANNVIDENYTYNCTGETKVGNTDEVLHCHKLDGHGMETLKDVFANSCNPA +FLDIATKVGEEKILEAIKTLHLDESVGIGLDEEVSSNIPSEIAIRNLAIGQGSLEFTPIQ +INQLTQIIANNGTYKPLYIYDSIINNDKNIIKAFKNSKDEEIISPYIITKIKEIMKSVSE +EGTAKDLSDLEGGCGVKTGTAQSSLNKVSINHGWITGFYPSENAKYAITVLVEGTETESK +SAIPIFKEICKKINKEYF +>MGYG000000001_01293 RNA polymerase sigma-28 factor +MTILKSFEKPLTPEEEVYYLTKFKRESDESAKEVLIERNMRLVAHIAKKYNNSTEDQDDL +ISIGTIGLIKAIETYNVDKGTRLATYASKCIENEILMNIRTNKKNKSQVSLQDPIGMDKE +GNEISLIDVLGTDIDYIVDQVELKVEISKLYEKLDKILTEREREIIKLRYGLTTLGYKTQ +REIAQKLQISRSYVSRIEKRALKKLRKELKTEKSLE +>MGYG000000001_01294 Sensor histidine kinase RcsC +MIMENIQEYMQILELLNIIILISVTVLSTFMFFLYKNISFIILVLTHSMEIGMSIYCTSY +LSSNLINRDITYLISLMFITKVIVLTLFYKKINFKAYLNFLLIVGYTLAVLSLSSGYEIS +IVISIILNLLIVNLGIIDKIKNVKRNLNKNRHKLKLNRRYISKAITEIELESNLKYNLNE +KVKTLDNKIENTIEILNLPVFILNNQGDFIYGNREFETFLKEDNIDPTEIDIIAYFKDRI +KNFDEMINNIKYAEDQIDEFINIYTYDDKVFKFICTLDVINNKILKICILENITNDIKMK +TELKESEERYRKLMNILNDGVIIHNIDTVSYINDKALELFNIDNKMKKVLLIDDIKGNIN +KENRKKFIKGINLVRIGKEEKIINKIETEDGKIIEFMTTSITLNNTPMMLSIAIDITDLE +NAKSQLEESEKTYKLLLQTLPEGIVIIDKKTKVHTYRNKSMIKMLKYIGTDRFNEIVKEY +MKDENFGKFKKFSIKEDKNINLSMSITDSKEDNNLVCVVSVLDNEYRSEQMIEKLNEMKD +KYKFKTEFLYTISTNLKKPINTIFEVNKILQNNKSKYDFKYIDNYARVIKQNSYRLKRLL +NNIEEISKVENGILEMNYRRCDVVKFVENIVKLSREYAKDKNLEIFFITNIQKKVILIDK +DKIEKILLNLLSNSIKFTNNNGKIMVSINSNKEEVIISVEDTGVGIPNEKMDAIFENFEQ +VDTTLSRGAEGTGVGLALVKKLAYIHNAKINVYSKIGYGSKFEIVLENSKSNCIEEEQEE +YINTDIEKIDIEFSDIYFDIGS +>MGYG000000001_01295 hypothetical protein +MYKYLEILNVSIFLTSLYLVFSNLLGNKYKKAIMRSIILITIISLKITFILKHDSYNEFI +FLRNISDLMVLLLLIDIEVSNVNKKTKQIILSINYIFALGSLLLALDAKYILYSTIIETY +ILMASLYLFSTYLSHTKFNMKYVLYFIYFGQILVNLILENNILLINTNLILGLIFSIYIL +IKLFKEYIKNTYNKNLDITSKVNRSNINMKIHSEKLNMKKSTNNDINEIINKKENLLNLM +LKGLNKSMFLIDNEGYIINEDSSFYEMWQEYVGYKYNVRLDVFCKNSIEDSNRFLNNIEK +AKQIFECIDDEIRDRKGRIINCRYLPVKLNNNDIGIICIMTNITSRKNIEVRIKDNDTKY +KKIVDNMPYSVLVTNKEDILYDNKKNEYIDFNKEDIKEIILGKYPKGELYYTYDNGIDVC +LNIDKTDYREGEDDRSLVVIKDITNFKNLLKNLEYSKKKYESLVNTIPEGIYVLNFEDKN +LQYANEAFLSMVGTNDIHSIDIDKINKNIIVTSGNINDNVKYKRDTLLNKYGEEINIEYG +GMLLNINKKIKMIGIVRDITEQVKTELIEREIEEKEKLNQSKTEFFINMSHELKTPLNLI +HSSNQLVEVVYKNELERTNNIELLNTVEVVKKHVNMLMGLIDNIIDLAKLQSDFHEVKRD +YYNIVDISEDIVTEFSNCANEVNIIFDTDEEEKIVNIDPDDIEKVILILLSIVVRYSIKN +SDIYFDLGSRNDFITMTIKNVGGYNYDKYINDNERKVLDMGITLAKLVVELYEGKLTIKT +SAANNIEITVEIKTDYKIKMYKKRIKNKQEDFVSSEYRKMCSF +>MGYG000000001_01296 Shikimate dehydrogenase (NADP(+)) +MKINSKTKTVCLLGHPIEQSFSPNIHNYLFAKHNKNYTYMCFDVNPSDLKEAIQGLKALN +VFGCNVTIPHKVEVIKYLDKIDKNAKLIGAVNTIKNEGGILKGYNTDGKGFVKSILDKGY +ELKGKKVMIIGAGGACRSIAVELASNNVELIEIRNRSEEKANNITSILNEHFDIKAQYST +KKIETSDLDSIDILINTTPIGMGTSECPIDESIIPNKKLLVCDIVYKPHDTNFIKWGCKN +RLDTIYGIDMLINQGLEAFYIWTDINPTKEDQKAIKKFYLDSIK +>MGYG000000001_01297 hypothetical protein +MMLAVYIIGITLQSSSKFTINNKTNIEMLNIAETYISDKRNLIKYSDNENFNCYEEKQFG +KYKIVSKVIKNEDYYQCYKINVVVSIQNKDVEVNTYVTKQ +>MGYG000000001_01298 hypothetical protein +MLQNNKGSIMIVTLIIFSIISTICITCISLTYSNINIASLELKNLQLKENALGAVEIVYG +NIKNEIDNAIDSCSNSQEYISYIKRDNYKSFILNCKDISKSDLDNTTVELTNKTPFGEVK +NFEFEMKVFAKENNYKKQVKVNIRIKNPWNEISTLQEDESIEDIDTEEVITKINIENNEF +NNINEIDIDEIYEDEEDDTDSINGDIKTDLEDIKEVFKKYKLITIYNYEEI +>MGYG000000001_01299 hypothetical protein +MVVTIGVIVLICSMCIPKFNSYNYEVNSFAKQLCSDIRYVKSNNMLGNLNSFVLMTKENG +RKGYILVDKGIQVKDVYLPNNVDITYPNKKIYFRNDGTPNPTGSTIKIFNDKISKEITIV +PVSGRVLFKEDQYEK +>MGYG000000001_01300 hypothetical protein +MKNKGGYLLLESIISLSIILTLSLVLYSLLILCINTKSSIEDKIEVQQQGLEMSKSIKSL +IEKSKGIIDIEFDNTDNINEEGVNFKSAISVKCRYSNEDDVNYSNNKNKEISLKKGSNKL +FINTLNLNNQSEVGGYEIGDYVEKMYVSKDENDKFISMKLKLQKNKEIYETKFKVYIRNF +EGEFR +>MGYG000000001_01301 Shikimate kinase 1 +MKIILIGLMGAGKTTIGKELSNKLNLRFIDMDDEIEKQSKMSIVDIFEKYGENRFREIES +KLLEKIALEDDIIISTGGGIIKVDDNRKLLKKQDNVVFLNGSIDTLVKNVSNDIYKRPLL +KDSTDLYIKIEELLKERYEKYKESSNIIIDINNKNINEVVSQILVYIR +>MGYG000000001_01302 3-dehydroquinate dehydratase +MKIIVINGPNLDMLGKREPTVYGNNTLEDLENYIRNEFKEKIDVEFFQSNYEGAIIDMLH +RANDEFDGVVINPGAFTHYSYAIHDAIKSIKTKVVEVHISNVHQREEFRQKSVTAAACIG +QISGLGFYGYILGINAILNINR +>MGYG000000001_01303 Elongation factor P +MVSASDFRKGVTFEKDGQPCLIVDFQHVKPGKGAAFVRTKYRNLKTGAIREEAFNPSDKF +PKAHIETRQMQYLYNDGELYYFMDEETYDQIPLNYVQVEDAIKFLKENEVATIRFYQGQA +FQVEAPNFAELEVVETEPGIKGDTASNVTKAATVETGAVVQVPLFINQGDKIKIDTRTGE +YLSRV +>MGYG000000001_01304 hypothetical protein +MKYLYEEVAYLKGLAEGLEISKETKEGKVIHKIVEVLESFADAIVDLEEEQADLIEYVES +IDEDLADMEEDIYEDEDEDSDEDSDFSYVEMECPNCGDLVDIDEDLLYNDEIDVICPNCQ +AIILSSDDEDNSYIECTEVCDCDDDL +>MGYG000000001_01305 Ribonuclease 3 +MRISKRILDNIYKFEETIDYKFNNKEYILEALTHSSYSNENKRYNFNERLEFLGDSVLSI +VVSDYLFKNEKDLPEGELTKLRASIVCEESLSEVANQIKLGDFMLLGKGEEATGGRERIS +ILADAFEAVIAAIYLDGSIEDARNFILNNMKSIISDARRGKIFRDYKTHLQEVLQGKGES +NIWYKLIDEKGPDHNKRFIMEVGTNNDVLGIGEGKSKKEAEQLAARVALDKIL +>MGYG000000001_01306 hypothetical protein +MKKRIIPIFVPHRGCPHDCIFCNQKKITGVSTEVTSEDVRNIIEEYLPTIDNDASVEVAF +FGGSFTAIDEDIQNDLLEVAKEYVEKGLIQDIRMSTRPDCISEDILNRLKEYKVSIIELG +VQSMDKNVLIDSVRGHDTEEVIKSAKLIKESGIKLGLQMMVGLPSDTEKKCIATARKFIE +LKPDCVRIYPTLVVKDTGLEVLLNKGEYKPFTLEQSIQIVKKLLALFYVNNINVIRVGLQ +ATEDIQVGKAVVDGPHHPAFRELAESEMIKDYLIYIAKKYNIEKYITVKTNKKNVSKIIG +NKKSNSTYMKNKLKINLKTKEEDIDINDLEIVLDDNKSIKINMNDIYSSLYNIYNL +>MGYG000000001_01307 Chromosome partition protein Smc +MYLKRLELKGFKSFPTKTDIVFKEGVTAIVGPNGSGKSNISDAVRWVLGEQSVKSLRGEK +LEDVIFAGTDTKKPMNYCEVALTIDNSDNQLNLEFSEITIKRRAYRNGESEFFLNNKHCR +LKDIKEILLDTGIGKDGYSIIEQGKVDEILSNNPVNRRKVFDEACGISKYRYKKQEAERN +LKNTKENLERINDIYVEIENQLKPLFNQQVKAKKYIELKEKLKTIEVNSFIKEIESLELE +LKEVNNHNKLLEEQSIEIEKEKLNIENNFNITNKEIEDMDENINKSVDYINSIKSVISQK +DYEINIINERIKNFKGEIERKYKEVSNIREKLSEDKLTIQSLQEQKNEKEEQINKLEESL +KDIELKNSDKKIIIEELNKKIDDLKDEIINLLNKKQDASNKLSTLNANKENINSRKDTID +SDIDELNEKLKNKNEELNNLQLKLKNENEVLNSLKDQSENLSIELKNLIERNNNLESKVQ +SNKYRLNDYNSKLNIYIEMENHYEGFNRGVKEVLKNKNLQGIYGALGQVVSVDEKFEKAI +EAALGAYMQNIITSDENSAKYAINYLKKNNLGRVTFLPINIIKSNKIDIRNIRANTKFIG +VASDLISYDDKYRNILENILGRTIIIDNIDNGIRFAKETNHKFKIVTLEGEILNPGGSLT +GGSLRTNGNILSRKRLIAEYSEKIKTIKEETTSLINEKEKVSQSIVTTREMLEKCKEKIS +EVEKYIIIEKSNISRVNDEIKSLQENSNKLEGEKSDLGSYLNETLEKTNFVNNEILSIDN +KHNENKKQIEELGKELRNNSDLYEEYKSEFDELNLDLVKYKQIYESITKDINRITNENNN +SEEKAKLIEESAKKQELQIHELEENIKLEEREKENLNNQLTHNNESLENKKVLKEDLKQK +LEEFNKELKDSDRTFIDLKESLFKIQGKLERLKSTKETYINRLYENYELTYVQAVEFKDE +DVVVDKKLLEGLKREIRSLGNVNIDSIKEYEEVKERYDFYKEQKQDLEESIEVIEKLIAD +LEENMKLEFEVKFNEINENFKFVYKRLFGGGHGVLTILDKDNILESDIEITAQPPGKKMK +NLSLLSGGEKALTAISILFSILLAKPTPFCILDEIEAPLDDANIARFGDFLKELAKDTQF +IAVTHRRGTMEAADYIYGVTMQEKAISKVISLKLKEAEELTDVI +>MGYG000000001_01308 Signal recognition particle receptor FtsY +MFKKLFKFNKKKQEENKEVEEIVENLENKEGIDKLEVHNEEVKEEQKEGIENALTEEVQE +NVLDEVCEAIKEEAIEEVKEDIKNLETKDEIEEAKGLIAESESKEELEEVKDAIEEIEVK +GEVKDVNSDTKEDSEEISTAKEVDLDAIQEKSEVQDEVDDKEKKVSLFSRLKQGLTKAKQ +GITDKIDTVLKSYTKVDEDLLEDLEEVLITADVGVNTTMDMIDKLRDAIKAKGITDPQDV +RVELQNIVEDILTSENSKLDVEHSPTIILMVGVNGVGKTTTIGKLANRYKSEGKKVLLAA +GDTFRAAAIEQLEVWANRSNVDIIKHQEGADPGAVIFDAIKAAKARKVDLLICDTAGRLH +NKANLMNELGKVFKIVDREFPEAKREVLLVVDATTGQNAVSQVKTFKEVADITGIVLTKL +DGTAKGGVVLAVKSEVNVPVKLIGVGEGVEDLQDFDAKAFSDALFGKN +>MGYG000000001_01309 hypothetical protein +MNIEKMIEIGLLFEQYKELLTDKQREIVSLYYEEDYSLGEISENLNVSRQGVYDTLKRSE +KILRDYEDKLKLVSKLQEQEEFVKLVENKIVDIKQDLLQNRDCANLIPKLENIEDICREM +LK +>MGYG000000001_01310 Signal recognition particle protein +MIFEGLSDKLQGALSKLKSKGKLTEQDVKTAMREVKLALLEADVNFKVVKDFVKTVQERC +VGQEVMESLTPAQHVIKIVNEELTSLMGDVQSKIMISPKPPTVIMMVGLQGAGKTTTSGK +LGGYFKKQGKKPLLIAGDIYRPAAIKQLQVVGEKLDIPVFNMGDKESPVNIAKAGLSHAI +KNNHDLVIIDTAGRLHIDEALMDELKSIKVEVKPHEILLVVDSMTGQDAVNVSESFNEAL +GIDGVVLTKLDGDTRGGAALSIRAVTQKPIKFIGMGEKLDDLEPFHPDRMASRILGMGDV +LSLIEKAQENLDLEKAKELEQKIKKQEFDFEDLLQQMEQIQNMGPLDKVLGMIPGMGNIK +DQLGDVDLNGKEMKRSRAIIQSMTPDERRDPSLLNASRKKRIAKGSGTSVQDVNRMIKQL +NEMKKMMKMFTGSQKSMKKRGGFAGLPFFK +>MGYG000000001_01311 30S ribosomal protein S16 +MAVKIRLKRMGSNKKPFYRIVVADSRSPRDGKFIEEIGYYNPVSQPKQIKINDEKAVKWL +SNGAQPTDTVKTLLVNNGVMEKFEASKQAK +>MGYG000000001_01312 hypothetical protein +MKELVLDIAKALVDNPDEVKIEETIKEDEIILKLSVSQDDMGKVIGKQGRIAKAIRTVIR +SAANREDKKVSLEIV +>MGYG000000001_01313 Ribosome maturation factor RimM +MSNKLTHFKVGKIVNTQGLKGEVRVYPFTDDINRFDELDVFYLDKDFNTKWNVERVRYKG +NLVIMKIKDIDSIEKAERLRDKFIYVSREDGRELEEEEYFIADMIGLDVFTVDGEKVGVL +KEVLQYAANDVYVVKGEEKEYLIPAIMKFVPTIDMNERKMIIDPIKGMLD +>MGYG000000001_01314 tRNA (guanine-N(1)-)-methyltransferase +MRFHIMTLFPDIFNSYMNESIMKRAVDKGSIEVYIYNIRDFSNNKHKKVDDYPFGGGAGM +LMTPQPIYDTYMHIVNTHDIKNPRVIYLTPKGKVHSQEIAQDMSISDDIILLCGHYEGID +QRIIDLIVTDEISIGDYVLTGGELPALILIDSISRLIPGVLSQNESFEEESFKDNLLEYP +HYTRPREFMGMKVPDILLSGNHKKIEQWRYDESVKVTKERRPDLYKKTCKK +>MGYG000000001_01315 50S ribosomal protein L19 +MNEILRSLEQEQLRNDVPNFGPGDTVKVHVRIVEGKRERVQVFEGVVLKRQGGGARETFT +VRKISFNVGVERTFPVHSPKLEKIEVTRKGKVRRAKLTYLRGRVGKAAKIKEAR +>MGYG000000001_01316 Ribosome biogenesis GTPase A +MARGDKMRSDYEDYLVDDNLHINWYPGHMKKTRDLVRNNLKLVDVVVELLDARIPYSSKN +PDIDKLAGNKPRVVILNKSDLADRNKLNRWINYYKQKGIKAIPVDTMKGSGLNKLIEECK +NVTKDKMDALKDKGRKERPIRIMIVGVPNVGKSSIINKLTGRKSAVTGDKPGVTKGKQWV +RLKGNLELLDTPGILWPKFEDQEVALNLAFSRAIKDEVLDIETLALRLIEKLMIIEPEKL +KARYKLEELGETPLETMDMIGRKRGFITGRKELDYTRIAFTVLNEFREGKIGQISLEVPE +DIK +>MGYG000000001_01317 Branched-chain amino acid transport system 2 carrier protein +MRNIKDIMVVGFALFAMFFGAGNLIFPPFLGLVSGSSWLTGFAGFVLADVGLALLAILAA +ARCNGEVSKVLSRSGKNLSVILGCAIMICLGPLLAIPRTAATTFEMGIMPLFEGFNPVIF +SIIFFILTLMLTIKPSKVVDIIGSFLTPTLLIALAILIISGILNPLGEISTTPMIENVFV +EGINQGYQTMDTLGAVALSTVVIATISNKGYKDDKLKVKLTLQAGIVASIALCLVYGGLA +YLGATVSTKYGADIVQTSLIVNITSMLLGQPGKIILAVIVGLACLTTSIGLTSATGQYFT +KLTNGKLRYEIVVTVVCIFSAIVSNFGVSTIIQFSAPILSLIYPATVTLIVLTLFGNKIN +NDNVFKFATYAALIVSMLTVANDFNISIPFVLKLPFASFGFNWIVPVTIAGFIGNFIPDK +K +>MGYG000000001_01318 Ribonuclease HII +MTNKSVKEIKEIVDNLEIDKYLEYIEILKGDERKSVQNLALKLAKKLDNIRKEEERLDRI +NIYENEGYEKGYLYIGGIDEAGRGPLAGPVVAAVVVFKQGTKIEGINDSKKLSEAKRDEL +FEVIKQEALDYGIGIVNNEEIDEFNILNATYMAMKKALNCLKQTPDYLLVDAATIPGIDI +KQNPIIKGDSKSISIAAASILAKVTRDSMMYQYDEIYPEYGFKGHKGYGTKEHYEAIEKH +GITPIHRKSFLKNVL +>MGYG000000001_01319 4-hydroxymandelate oxidase +MDYKEILKSARANLNGSCRVCKSCNGVVCAGEVPGMGGKGSGSSFIENFKSLEKVKINMR +VIHSVSNLDTSIELFGRKMDSPIFAAPITGTTLNMGGGLTEKEYITPVVEGCINSGVYAM +VGDTAVDSFLIDNLEVLSQNNGDGIVFIKPWENEDIKRKIKLAEESSAFAVGVDVDACGL +VTLSMHGKTVVPKNVEDIKELKACTKLPFILKGIMTVEDALMAVEAGVDAIVVSNHGGRV +LDCTPGVAEVLPEIAKAVKGKVTILADGGVRTGVDVLKMIGLGADAVLIGRPFVTASFGG +GREGVEGYINKVKAELEATMILTGCQTVKEIDSKVIYK +>MGYG000000001_01320 hypothetical protein +MSNNDIIKIKVKINNKLASVLIFTLVCILFFTGCSNPSDNDDNNQSTIINNSYKATSLSL +TAVGDVMAHTPQLEAQHDASTDTYSFDNNFQHIKSYIENSDLSIANLETTLAGESIAYSS +YPTFNTPDALAVALKNAGFDVISTINNHTFDKGTLGFERTLSTLKNLGFDTVGTRSNIDD +NDYIIKDVKGIKLGITSYSYGDIKGSNKYLNGIQVSDECKDKANIFSSTDIESAFSTINN +TLSNLSNTDMQIVILHWGNEYQRTPNNFQKELAQKLSDVGVDIIIGSHPHVVQPVEMIKS +SNGENDTLVVYSLGNLISNQRQEILGTPYTEDGLMVTIDITKDSLEEEAYVSNVTCIPTW +VNKYTSGSKLVYEIVPLEDKTSLNTIENLPYSKLEQSYENTSSLINNSDIIQVVSSPFE +>MGYG000000001_01321 hypothetical protein +MNNKEKGDLGEVIALKYLIKSGAEILERNYKIKTGEIDIIAKVDNELVFIEVKSRSNTRY +GYPAEAVNYKKINKIYNVARYYMLMNHFNDVPIRFDVIEIYFNENKINHIINAF +>MGYG000000001_01322 Competence protein ComM +MLSIINSSNVIGIESFLTKVEVDITNGIPCFNIVGLPSTEIREARERVKSAIINSGYKFP +NSRIVVNLSPADMKKEGSFLDLSICIGLLRNYINKDENYMNESMFIGELSLDGNLRKVRG +ILPIVIGAKENNLKRIFIPVENLIESSYIDGIQIIPIHSLNECIGYLNGEIDINKDKILL +NKKYNAKFEKLYDDDFEDVRGNYFVKRGVEIAAAGNHNILMIGPPGSGKTMIAKRITTIL +PDIDNDEMLEISKIYSVSGLIDENIGIVNKRPFRSPHHTSTRQALIGGGSNPKPGEVILA +HRGVLFLDEIAEFDRKILETLRQPIEDKYINISRVKYNIKYPCNLLLVGAMNPCPCGYYM +SDKECKCRNYEVTRYLNKISGPLLDRFDLFIEVNPVSYEDLHNYKKAESSNDIKLRVENA +RKLQKYRFKNDSISSNNEIKSSKIDKYCELDKNAVEITKLIFNKYKLSNRSYTKLLKMAR +TIADLDDSDTIKSNHINEAFSYRKAYYTYFR +>MGYG000000001_01323 hypothetical protein +MERKDAYLWLKSISGISTKTIEKLQNEVGNIEDLMDLSDKEIYTLKNINLNIKENIVKYK +SNSYLDGLRETLHKNDVKYFCIDDDEYPNDLKNIYNAPILLFYRGDLSILNNTLNIAMVG +SRKPTRYGISCAKSISKQLSNLGINIISGLAIGIDSFSHIGCMEGEGKTVAVLGSSVNNP +LPKQNIPLANKILDNGGLILSEYNVNSAVIPSNFVNRNRIISGLSQGVIVAEAARKSGAL +ITVEFALDQGRNVFAIPGNINSEMSKGCNKIIKEGAKLIEDLDDIINEYNISCINKVEFG +GNYDNISLNKESITIINAIKNKGALQIDDICDYTGMEIKSVNTLLNELSLKDIVIEGNNN +TYSLNV +>MGYG000000001_01324 DNA topoisomerase 1 +MAKTLVIVESPAKAKTIEKFLGKSHYTVKASVGHVRDLPKSKLGVDIENNFEPQYINIRG +KGDVIKELKKEAKKSKQVYLATDPDREGEAISWHLAHILDIDEDKNCRIEFNEITKEAIK +KAIKNPRNININIVDAQQARRVLDRLLGYQISPILWQKVRKGLSAGRVQSVTTKLICDRE +KDINAFIPKEYWTIEINAKTEDNKDIVFKFYGKANEKLELENEEIVNDILKQIENKELIV +EKIESKSRKKAAPKPFTTSVLQQEAANKLSFTTKKTMMIAQELYEGIDIEGEGTVGLISY +IRTDSKRISEEAKEKSKEYILDELGNQYYKNASEDKKKGKDGKKVQDAHEAIRPTSVYRT +PDSIKSSLSKDQFKLYNLIWRRFVASQMEDSVFDVLNVECKVGDFIFKATGSKMKFDGYT +KIYNFTEREDKILPPIEEGDSLNIEEFLPNQHFTQPPARYTEASLVKTLEELGIGRPSTY +APTIATILNRGYVEKQGTSLYPTELGIIVTNILEDNFQKFIDVDFTAQMENELDNIEEGN +TDWKYVVSQVYAPLKEAIETAIANVEKVNMDEETDEICELCGSNMVIKYGRFGKFMACKN +YPECKNTKPLVNKIGVKCPKCKDGDIILRKSKKGKAFYGCSNYPNCDFVSWSKPTGEICE +NCGSYMVEKVTKTETKNVCSNKECKK +>MGYG000000001_01325 GTP-sensing transcriptional pleiotropic repressor CodY +MASEVLQKTRRINRTLQTSGGSSVSFELLAGALGEVLSSNVYVLSSKGKILGLYLNDEED +SSVIEEEGTNQRMFPKEYNKSLLRITETLDNLTGEEVLNLFPDEHERLEKYTTIVPILGS +GQRLGTLVLSRYNNNFTDDDLVISEYSATVIGLEVLRALSEELEVEMRKKAVVQMAIGTL +SYSELEAVEHIFDELNGKEGLLVASKIADRVGITRSVIVNALRKFESAGVIESRSLGMKG +THIKILNDKLIPELKKVKNSN +>MGYG000000001_01326 putative AAA domain-containing protein +MQPLADRLRPEKIEDMIGQSHIIGEGKVLNKIIKNQSIPNMILYGPPGTGKTTLANIIAN +TTGKKYVKLNAVNCGVKEIKDVIDATKQDLFSYNGIILMLDEIQAMNRKQQQALLEVIED +GSVTLIASTADNPYFVIYKAILSRSSIFEFKAIDKNDILKGLKRAVDKIEGLYSYESIKI +DNEALDCIAETCNGDMRSALNKLELAFNLGIDISSNSVNVSLDTVIQSSSAKRLSYDRGG +DDGYSILSAFHKSLRGSDADASIHYLARLIKAGDMQGITRRLLCVASEDVGLAVPQAITI +TEACVSSALQLGFPEARIPLAQATIYLAQCPKSDSVIKAIDSALYDLDNIETGDIPLHLK +DAHYSGAKNLGRGVSYKYPHNYSNHYVKQQYLPDSISDKVYYNHGNNKNELAFKHYWDNL +KNSL +>MGYG000000001_01327 hypothetical protein +MIIKLDSSYHNKVIKYLEKEPEFNLLTIGDIEKYGYDNYFLNIWAGINRRGEIEGILIKC +FEFIIFYAYDKFDINEFANLINNMDYLEISGKSDAVDKLANKLRLYKSRKVKFCKLESKQ +YLKDNGVDVKVKKMRFRHLNKVTKLYEVIDEFENTTVENLRSGLKTGRGYYIDIDRQIVA +MAKSTAENRRYAMIVGVGTHPNYRNMGLATKCIVKICSELLDENKIPCLFYDNEEAGKIY +RKLGFEKIGNWSIYYKI +>MGYG000000001_01328 Glucokinase +MYNIGIDVGGTSIKAGLVEDGNITVKSSRDVRKACGFKDVLEDIEYVINEILKEKKIKIE +DIGTIGIGIPGVVDKTGCVSCVNLGLKVDPLELKLKEKYPNINIVVENDANVAAVAEYEY +GSMKGYDIGVMLTLGTGVGGGIIINGKPFSGAHGIGSEIGHIILDSNFYTCNCGNNGCFE +TFCSATAIIKYAQKIIKEGRETLVLNMAENDIEKITAKMVFDAYKQNDEVAVEVVKRFKE +YLIKGIISIIHFIDPEIISIGGGVSNASDIILEGLEEEINKRAIYNGNGLAKVVIAEFKN +DAGILGASAL +>MGYG000000001_01329 hypothetical protein +MFTKDRVKFHHADDHDHGDLGGHDHHHPHTHSHSHEEENKDEKTLNILLVHWVNHNESHE +EGFREWVEKARAIGKNETADSIEKAIEYLQKANEMLIEAKKHM +>MGYG000000001_01330 hypothetical protein +MIIAVIDGMGGGIGAQIVSSLREDLPTYIDIYALGTNSIATSAMMKAHANKGATGENAIV +VSSKRANIIVAPISVTIPNSMMGEVTSKISEAVADSEALKILLPIMPENIELVGLENKPL +ALLIKDTIKVIKKEFNIK +>MGYG000000001_01331 hypothetical protein +MCESSAFVLKNNELHKVMENVVSVDPHEGKVYLTDLLGDQKIVDGIIKEIRLMDHKIILT +EE +>MGYG000000001_01332 Biotin synthase +MIRLSMGTAIELGILHKKCDISPTTAYVMIGDKCNNNCAFCSQSIESSTKRDRLSRVVWP +EYTKKEILNALKDYKGSNIKRICIQSMANKEAHDEVEEFINYIKDEVNIPISLSAKIENS +ENVDKFFSLGIDKIGIAIDAANKKLYEAIKGNNYEDKIEFIVEMAKKYPQKISTHIIVGL +GESHKDIYDLYKYLKLKNVTVSLFAFTPIRGTKMESMSQPSIESYRRVQLMTYMIDKGYF +DEYFTFKDGYLNDIKLDCDIIKDIESGYPFEIRGCKDCNRPYYNERPGSTIYNYSKPLNV +EEINLAKIEINLK +>MGYG000000001_01333 hypothetical protein +MCKRVKLDKKIKYAYSKKIENFGKEVIFSYPNETLAVSTTKNKCSLKCAHCNGHYLNNMV +PIEEYEDKIKSRNITSFLLSGGCSFEGDVPINKHIDTLKVLKQNGFKINAHLGLMETKDI +ESVCKYIDMVSFDLVFDKSTIEEVYKINKSKEDYIKAYETIKDNTKVAPHICIGLKGGDI +KGEHEIIDYLAKDPPEIITFIVLIPTKNTEYENVEPPNLEKVADLLCEARIKLPKTIINL +GCMRPRGNYRQELDQIALECGINKIVLPSRSAKNKALEMNLIVKESKECCVL +>MGYG000000001_01334 Na(+)-translocating NADH-quinone reductase subunit F +MIKVLFKSHDKEVYCNKGELLLDVARMADIFIDAPCNGNVSCGKCKVKLLNGKVDTEKTR +HISDDEIKQGYILACNSRVVSDIEVDVPSKLSSSMYGMKIEGGGREKDEAIFNRAKKIAE +NHNLKFCTNIRKKYIELSEPTLDDNISDVDRIQRYVRHHLGYNEIDFRLDILRKIPILLR +ESDFKVTLTYVQKKNKLTIIDIEPGDTGESLYGIAIDIGTTSVVVCLVDLVEQVLIDKAS +SGNAQIKYGADVINRIVFSTKKNGLNELHKAIIHETINPLLNSIYEKNNINKDNVISVVA +SGNTTMASLFLGVYPDYLRREPYIPPFLRSPKIMGENVELDVNPSAYVYLAPNVASYVGG +DITAGVLSAGIWASEENVLFIDLGTNGEIVFGNQDFMMSCACSAGPAFEGGGIRCGMRAS +CGAIESIKIDPKTLEPRLSMIGNCDPIGICGSGIIDLICQMILTGVIDRRGKIQKELDNR +RIRFDEHGIGEYVLAFKEEYNLENDITVNEVDIDNFIRAKGAIYSGASVLLQSLGMDFSV +IDKVYIAGGIGNSLNIENAITIGLLPDVEREKFQYIGNSSLVGSYLALISRDAKNKLEEI +ASQMTYVELSVYPGYMDEFVSACFLPHTNIEDFPTVKALLNV +>MGYG000000001_01335 Glycine cleavage system H protein +MKVIPELRYSDKHTWVKVEGDYAYIGITDFAQDQLGEVLFVEMPEIEDELTQGEDFGVVE +SSKVASDLIAPISGEVVEINERLEDEPEYINEDPYDAWIVKVKVLDVDELENLLTSGAYE +NCME +>MGYG000000001_01336 Carbon monoxide dehydrogenase/acetyl-CoA synthase subunit alpha +MNLYNIIFTGSEQALGAAKGMLADAISQHGKEHPVAFPDTAYSLPCIYAATGQKMNTLGD +LEGALTIVESLINRTHLLEHALNSGLATALAAEVIEAIKYATMEEPYAAPCAGHVSDPII +RSLGVPLVTGDIPGVAVVLGECPDAETAAKIVKDYQSKGLLTFLVGKVIDQVIEAGVKMG +VDLRVIPLGYDVTSVIHVVSVAIRAALIFGNLTPGDLPGLLEYTSKRVPAFVNAFGPLSE +LVVSAGAGAIALGFPVITDQTVLEVPMNLLTQKDYDKFVATSLEARNIKIKITDIPIPVA +FAAAFEGERIRKGDMFAEFGGNKTEAWELVIHKEAAEVEDHKIEIIGPNIDEVEPVNGLV +RLPLAVIVKIAGKQMQDDFEPVLERRFHYFMNYIEGVMHVGQRDMSWVRISKDAYEKGFR +LEHIGEVLYAKMRDEFETVVDKCEITIITDPEQVSAKKSEATSRYDARDERLASLVDESV +DTFYSCNLCQSFAPAHVCVVTPERLGLCGAVSWLDAKATKELDPTGPCQPIVKGECLDDR +TGVWNSVNETVSQISQGAVESVTLYSILEDPMTSCGCFECICGIMPEANGFVIVNREFPG +ITPVGMTFGELASMTGGGVQTPGFMGHGRHFISSKKFAYAEGGPERIVWMPKELKDYVAD +KLNATVKEMTGIENFTDMVCDETIANDSEGVLAFLEEKGHPALSMEAVM +>MGYG000000001_01337 5-methyltetrahydrofolate:corrinoid/iron-sulfur protein co-methyltransferase +MEKFMIIGERIHCISPEIRKALAERDPEPILRRAKAQLDAGAHYIDFNIGPAERDGEEIM +TWGVQMLQSELNNVPLALDTANRKAIEAGLKVYNREHAKPIVNSADAGGRLDMIDLAAEY +EAKVIALCAKDGIPKDNDERMAYCQEMLEKGLMLGMDPTDMLFDPLCLVIKGMQEKQLEV +LEAIRMMTEMGLPTTGGLSNVSNGCPKHIRPILDSNFLAMAMANGFSSAIVNPCDELLMQ +TIKSCDIINGASLYADSFLEINEGAFEYNV +>MGYG000000001_01338 Corrinoid/iron-sulfur protein large subunit +MALKALDIFKLTPKKNCKDCGFPTCMAFSMKVASGAVEVEKCPHMSNDAIAKLSEATAPL +MKSLKVGAKESEYTLGGETVLFRHEKTLVSRNRFAVQFCDAMSEEAIDAKIANMKLVDYI +RIGEEMKVEFALVKYNGNKDAYVSLINKLKSSELKIAYIIDCEDAAVAKEAVALLEGTNP +IVYGANKDNYNEMIEVVKGSNLALGVKASSLEELYSTVEAIQAAGYKELVLDVTGENIKD +TYTNAVQVRRISLKEQDRTFGYPSIVFANKLSNNNPMMEVALSSVFTIKYGSIIVLDDID +YSKALPLFALRQNIYTDPQRPMRVEPKIYPINNPDENSPVLVTVDFALTYFIVSGDIERS +KVPCWLVIPDAGGYSVLTSWAAGKFGGNSIAAFVKECGIAEKTKNRDLIIPGKVAVIKGD +LEENLPDWNIIIGTEESMEIPKFLKEYQAKKNEELANA +>MGYG000000001_01339 Corrinoid/iron-sulfur protein small subunit +MAFKMSVQKYSGKISEVEIGTGDKAIKLGGENVLPFYGFDGETGNSPAVGIQISDIYPDS +WLDSYKEMYKDVANCPVEWAKYVEANTEADFICLKFDGADPNGLDKTPEECAEVAKAVVE +AINIPLVIAGTGNHEKDGKLFEVLAQAVDGHNCLFMSAVEDNYKTVGASAGMAYNHKVGA +ESSVDINLAKQMNVLLTQLGVKSENIVMNIGCSAVGYGYEYVASTMDRIRLAAFGQNDKS +LQMPIITPVGFEVGHVKEAIAPVEDEPTWGCPEQRTIAMEVSTAASVLVGGSNAVILRHP +ESIKTIKNLISELA +>MGYG000000001_01340 hypothetical protein +MGYNIAVAGKGGTGKTSLTGLLVNSLIQDKKSPVLVVDADANANINEVLGIDVEASIGQI +REEVNQREKLGNSFPGGMTKAQFLQYRLNSIIEEGEGYDLLVMGRSEGEGCYCFVNGILR +EQVQKISNHYNYVVIDNEAGMEHLSRKTTRHVDTLLLVSDCSRRSIQAVARIRDLAKELN +LSVGEVKLIVNKVPDGILHEGVKEEIEKYKLDLIGVVPLDELIYEYDSTGRPLVELPEDS +QAKQAIKNIIAKLELK +>MGYG000000001_01341 Dihydrolipoyl dehydrogenase +MKIAVIGGGPGGYVAAIKAAMHGADEVVVIEKKRVGGTCLNVGCIPTKALLASSSMLMNI +KEAKSFGIDIDGDVKPNFSAIMDRKNKVVDQLIAGIEFLFNKRDIKLINGFGKLVDKNTI +EVTKEDGSKEIVNADKIILANGSVPVVPPMFPYDGKLVITSDEVLGLEELPESMLIVGGG +VIGSEIGQFFQNLGTQVTIVEMAEHILGNEDKDVAKQLQRQFKKDKIKVLAGVGVQTCEI +VDNKVVATLSNGKSVTADTCLVAVGRKPNLANSGIEEIGIELVGRGKVKVNEYLETNVEG +IYAIGDIIDTAMLAHVASKEGEVAAVNALGGKKTVNYAAVPRCVYTEPEVAGVGKTEKQL +QAAGEQYNVGQFDFRALGKAQAIGHIQGFIKVLADNNDKIIGASIVGPHATDLLTELSLA +VGLGLTVEQVGDIIHAHPSLSEGLMEALHDVHGECVHAAPKLVKA +>MGYG000000001_01342 Bifunctional homocysteine S-methyltransferase/5,10-methylenetetrahydrofolate reductase +MSLLQETLERGEFAITAEMAPPKGTDLSHLLECAKKCVGRVHATNVTDFQSAVMRATSLA +TCKMLKDIGLEPIIQMTGRDRNRIAIEGEMLSAGIFGIDNLLALTGDHTCVGDHPQAKGV +FDLDSVSILSTATQLNSGVDSVGLELQGKTNFYLGASVTPEYAPIEVQLLKMQKKINAGA +RFFQTQAVYDIDHLRKFRELTKDMDCKILAGIVPLKSPGMAKFMTANVPGIFVPDDQIER +LKAAGKGNYVQEGIKMAGEFIRQIKEENLCDGVHIMAIGAEENVPLILDAAGL +>MGYG000000001_01343 hypothetical protein +MVISDKKPIQEILGFLEGSEKVILVGCNQCAATCKTGGEPELQAMKEELEANGKTVLGCK +VIDPCCNLLQCKKDLKSVKEELREADAILSLACGDGTQTIVKNTKSMPVYPANNTLFIGE +VERVGQFEEACKACGECELGWTGGICPVTMCAKGLINGACGGAKDGKCEISHENDCAWIK +IYERLKDIDQLDNLTAVRPPKDYSKQNNPRSLDLKKKAQEAANAEA +>MGYG000000001_01344 Bifunctional protein FolD protein +MEVSVAKGQIIKGKPVADEMSENLIKEVNELSKEGIIPKLAILRVGEKANDLAYERGALK +KCETIGIETEVTVLDEGVTQEQYIEALQKLNDDPKVNGILTFRPLPKGIDEEVIKHVIAP +EKDVDCFNPLNTAKVMEGDKTGFPPCTPTAVVEILKHYNVDLNGANVAVLGRSMVVGKPV +SMLLLGENATVNICHSRTKNLAEVTSKADILVAAVGRARMVTPEYIKEGAVVIDVGINAK +PEGGGICGDVDTDAVVEKASMITPVPAGVGSVTTSVLAKHVIKACKLQNNK +>MGYG000000001_01345 Methenyltetrahydrofolate cyclohydrolase +MNISEKTCVEFVDVLASKAPVPGGGGASALVGAIGMALGSMVCNLTIGKKKYAEYEESVK +EILVQASELEKDLLAMIDKDAEGFYPLSQAYGLPTSTEEEKKIKEETMQKALKVACEVPI +NIVRACYKAIKLHEELVDKGSRLAISDVGVGVQCLRAAILGAELNVVINVNSIKDQDYVN +KVNAEMKELVEGGVKICDEVFKKVEIALGK +>MGYG000000001_01346 Formate--tetrahydrofolate ligase +MGFKSDIEIAQEAQPQDIRDIAKKLGLTEDDIELYGKYKAKVDYNLLKKDNGGKKAKLIL +TTAINPTPAGEGKTTTTIGVADGLSKLGKNVLVALREPSLGPVFGVKGGAAGGGYAQVVP +MEDINLHFTGDFHAIGAANNLLAAMLDNHIHQGNQLGIDTRSITWRRCVDMNDRQLRNVV +DGLGARADGVAREDGFDITVASEVMAAFCLASDIVDLKARLGRIIVGYNFQGEPVTAEQL +KANGAMAALLKDALKPNLVQTLEGTPAFVHGGPFANIAHGCNSVIATRMAMHFADYVVTE +GGFGADLGAEKFLDIKCRMADLKPDAVIIVATVRALKYNGGVLKDQLNNENLEALEAGIP +NLLKHVENITQVYKLPAVVAINEFPTDTEAEVNLVREKCKELGVNVALSQVWAKGGEGGI +ELAEEIVRLTSQENDFQFCYEDDLSIEEKINAIATKIYGADGVDFTPQAKKELERLESLG +FGKMPICMAKTQYSLTDDQTKLGRPTGFRITVRQLTVSAGAGFIVALTGAIMKMPGLPKV +PAAERIDVDENGVISGLF +>MGYG000000001_01347 Light-independent protochlorophyllide reductase iron-sulfur ATP-binding protein +MKIAVTGKGGVGKTTFSSMLSRMFAEDGYRVVAVDADPDANLALALGFPREVYDSIVPIS +EMKKLVSDRTAAETGTFNKMFKLNPKVDDIPEQHCQEYNGVRLLTLGTVDSGGSGCVCPE +HVLLKRLCSHLILQNKDVVVMDMEAGIEHLGRGTAQGVDAFIVVVEPGERSLQTYRKVKK +LGNDIGVKQVFVVGNKIRNKDDEDFIKSNLEDGEALGFIYYNQDVINSDRSNQSPYDVSI +QTKDEIKVIKDRLLQIKENKNK +>MGYG000000001_01348 Carbon monoxide dehydrogenase 1 +MDKKAMTIDLNSQILLDKAEKEGVETMYDRAQGFKNQCGFGLKGICCRNCGMGPCRITPK +TPRGICGADEHTIVGRNFARMVAAGTAAHSDHARDIAHTMALSSRDGNYTIKDEVKLIAL +AKEWDVETEGRDIYDIAHEVADVALMEFGKPHGVARLLKRAPKQRQELWNKLGIEPRAID +REIATIMHSTHIGCTGDIDSLMQMSLRTALADGWVGSMIGTIFSDILFGTPTVRNSEANL +GVLEENKVNIILHGHEPSLSEMIVLASEDPELVELAKSVGADGINLAGMCCTGNEVIMRH +GVRTAGDFHQQELALVTGAVEAMIVDVQCIFPALARVADCYHTKFITTSPKAKITGSTYM +EFKEEDAFNIAKDIVRSAVLNFPNRDKSKVLIPEHKASSTVGYSTEAIVGQLDRVVNSQI +DPAGTVKPLADCLKSGVLRGAVGVVGCNNAKGVSNLAHTTVMKELIKNDIIVVTTGCGAS +AAGKFGLLNKDAKKYAGKGLATVCELVDIPPVLHLGSCVDCSRILEVVGETAKYLGMDSS +DLPVAGVAPEWMSEKAVAIGTYVVATGIDVYLGIMPPVGGSERAVEILTKEMENMVGAKF +IVEEDPVKLAHKIIEGIEKKRVHFEALVEEKMLQPAEA +>MGYG000000001_01349 Phosphate acetyltransferase +MIKKLDEIEKYLKLRKKAVLSVAAAHNEEVLTSIKEAVDRGIIQPILVGKIDKIRSISKS +IGLNLDNIELIQEDDIVKCAEIAVKLVHDNKADFIMKGLLDTSILLKSVLNKEYGLKKDG +LLSHVMIYEVESYHKLLIISDGGMNISPNYEQKEGIIKNAILASKSLGIEEIKVACIAAV +EKVNPKMQATIDAYKLQEACENGVFGKNVIVEGPLAFDLAVSNHASEVKGFKSKVSGDVD +IIITPTIEVGNALGKSLTYMTKSKSAGVIMGASVPIVLTSRADSSESKLYSIIYGALISK +NI +>MGYG000000001_01350 Photosystem I assembly protein Ycf3 +MNFRIEKYLLKKADELAFITIKNDGDFKLEGYKLPNQGLDVPIKNEVLVKGIKENTAQEG +INSMSIADAMIYIMGIDSSFKYNDEYKKFLDALEKNINLDIRAYMGYMSRKYFEIGESTD +SLIYLKALISQYPDDVEGMYHYAIVCQELAQQYQKDSDNEGMNNFLLEALDKLERVIALD +ESFALAYYHLGYHYYNQGQYIKAKVIWEEALNLGLDADTVAEIQDNIGKMDFKVQYEEGY +SLVFQGRSEEALEKLLPLEAEHSDWWNLLFMIGLAYKYMNEIEEAKAYFERILILKPHQV +DTMVELGLCEAASYNLEKAIEHFSTAAKIKEDPEILCNLGMAYLNNGELDEAIYYVERAY +ELNPEDEITVACMRELDNYR +>MGYG000000001_01351 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase +MKILLTTLNSKFIHTNLAIRYLKEFVKDLLPVDIREYTINNDLDYILKDIYRNNYDVVLF +STYIWNVYDTAKICENLKKVNPNIKIALGGPEVTYDSADAMEKYPFIDYILFGEGELVFR +DLVEHLLGQKNIEDVEGIVYRNNDEVIVNKPKALLQNLDEIPSPYENLDPKEYENRIVYY +ETSRGCPFNCQYCLSSTLKGLRYFSIDRVKRDLKKLIDARVSQIKFIDRTFNANKKFAQE +IMKFLMEHDNDYTTYHFEVTAHLLDEDTLEFLKDCKEGLFQFEIGVQSTNQKTLDAVGRR +DDFKKLSYVVQKVASYRNIHQHLDLIAGLPYEDYTSFENSFNDVFNLGIEHLQLGFLKMI +KGTGVRNTAKEHGYRYKDYAPYEILYNDYISYEQILKLKDIEEILEKYYNSKNFVLSMRY +IIKNFYSESPFKFFEDFATYFDINGYFDMAQGKNQLYKILLDFYNEKINVNSELFNDILK +YDYISLGKTSNLPQFFNKRDMEDFKNRCHVFLQDNDNVIKYLPKFENKPAKHMIKYVHFE +TFNFNILELKEDIHRNLDKNENVVLFVYDDKKIFEKSKSYSVVI +>MGYG000000001_01352 hypothetical protein +MELIDQVSINALSKRDLLLIIKALEFTNENTNLNDFIELRNSIVKELCFLTNTTEEVFIN +YLETNN +>MGYG000000001_01353 hypothetical protein +MKDNIIKKCYLAAFDINDKNLKDLMIINTKCLVDDGKNRYVYIDSNRLKDELIYYRFYGE +IPSYNSILNLILPAILANTNIDRSQDEAISLIQKYAKYLKKEVKMFDYILGSVIYNSIIH +SLVDNKNISYEELLQGIKERIIGLSIELDKPQMIKFQMSRINTLQTIDKFIDENNEDYDD +NRIISTILNILYDIYIEDREVENEGIKSIKKSILSILGDEIHINIDNIDFVSSMSEYITK +LRSYKINKKIYSKTSDPRELIKLNEGDVYIDSIFNQIKVISKEFSENILSIKIKAKSGIY +VLKFKKS +>MGYG000000001_01354 Arginine--tRNA ligase +MQDFKVAIANCLKEKIEDLSLEEILGLIEIPPNKDMGDYAFPCFKLAKVFRKAPNMIASD +LSETIEAKGDISKVMPMGGYVNFFVNKSQLANNVINDVLTQKDSYGHGKMGEGKTVVIDF +SSPNIAKPFHIGHIRTTVIGNALYKIYDSQGYDTVRVNHLGDYGTQFGKLIVAFKLWGDK +ETVESNPIPELLKLYIRFHDEAEEKPEMEDEARAWFTKLENGDPEAKELWQWFRDESLKE +FARVYDLLDIQFDSYNGESFYSDKMDTVIETIKEKGLLQESQGTNVVDLEAYNMPPALIT +KNDGSTLYMTRDLAAAVYRKNTYNFDKCIYVVGSQQALHFQQLFKVLELVGFEWAKDLIH +VPFGMVALEEGTMSTRKGRVVFLEDVLKQAIEKTKETMLAKNPEAKNVDTIAKQVGVGAV +VFQELSNSRIKDYTFSWERTLSFEGETGPYVQYTHARCCAVLRKANEEVASDINYELLTN +EDSVEVLKTIASFNKNIVSALNRNEPHIVTRFVLDLAQAFNKFYHDNPILVDDIEVRKAR +LALVAATRQTLENGLKLLGMHAPERM +>MGYG000000001_01355 hypothetical protein +MILVSACLLGIDCKYNGSNNDNAKVKEHLKNKAFVIACPEQLGGLTTPRDPSEIVKCDKD +GIINENYKIISNKYVDVTRNFIKGANETLKIAKIYNCKEAILKDGSPSCGSNFIYDGSFT +GNKIIGEGVTAKLLRENNIKVISENDL +>MGYG000000001_01356 Endonuclease MutS2 +MNQKSLRVLEFNKIVDILKTKVSSSLGLKYIENLTPSSDYEEVKYMLEETSQAQGILLKR +GSVGLNGIHDIEDKAKRAEIGASLDPGSLIKIADTLRVARNLKNTLASIEEEEFNYPIIQ +GLSNSLYVYRDVEDKIYNAIVSEIEISDNASSELRDIRRRIVQKNQSIRSKLNSIISSTT +YQKYLQDAIISVRGDRFVVPVKAEYRSYVSGIVHDQSSSGATLFIEPMSIVDMNNELRQL +RLKEQEEIERILAELSALVGEISHDIISNQEILGKLDFAFAKGKLSIAMKAVEPNLNEDK +FINIKAGRHPLLDAETVVANDIYLGRNFHTLLITGPNTGGKTVTIKTVGLFALMTQSGLH +IPANYGSSMCVFDNVFADIGDEQSIEQSLSTFSSHMTNIVSILKDVTENSLVIFDELGAG +TDPIEGASLAIAILEDVKMAGAKCIATTHYTELKNYALTKEGVENAAVEFDVDTLSPTYR +LLMGIPGKSNAFEISKKLGLSDYIISRAREFIDDSNIELEDVLQEAEKSRLKAIEEREEA +EKLKAEIEKVKQEYDERLAKITSQRDKLIEQAKSEAFRITRGAKEEADNIIKELRQMENE +MASKEKNRKIEALRKELSSSMGALQPSVESMIVPKVATKEIKNLKPGDEVKVITLNQNGS +VISVDERKKEAVVQIGIMKMTLPFKSLQKAKADVKTTVTKGTRNIIKSKSGRVKSEVDLR +GMNLEEAIMEVDKYLDDACVAGLEYVTIIHGIGTGVLKSGIQEVLKKNKHVKSQRPGQYG +EGGAGVTIAVLK +>MGYG000000001_01357 Cytosol non-specific dipeptidase +MEKVLGGLQPQLVFKYFEEISQIPRGSGNEKGISDFLYNFGKSLDLETIQDEHLNIIIRK +PATKGYENAPCVMLQGHMDMVCEKNKDTDHDFTKDPIKLRIEDGMIYATGTTLGADNGIA +VAMGMAVLADNTIEHPEIEFLVTVDEEAGMSGAMNLDGKNLKAKYILNLDSEEEGYILVS +CAGGATAISTLPVEYSEVSEDKAALLVDIKGLLGGHSGMDIIKQRANSNKLLGRLLNLLK +VDFDLAKVSGGSKNNAIPRESECIIVVNKSAVEDVKNQISEIEKVFKREFRTSDPGLVIE +ISDTKIDKVFTSEFKDKVIKMYNLMPNGIQTMSMDIEGLVESSTNLGVVINSDTEVLFES +AVRSSVSSLKDDILNKMDLLTDSLNGNFRVESAYPAWEYAKGSQLEKIAVDTYEKLTGKK +PIIMAIHAGLECGLLLDKMPGAEAISLGPDMFDVHTPNEHLDIQSTENTWNYLLAILKSI +N +>MGYG000000001_01358 hypothetical protein +MIALLSLITIVIISTIELKNVPSNINNQKNFVEKKAEDLNPISKESAKKILESEFGKDIT +NTDDDFKEDGDYYIIDVNVNLGTSEEHTHTEEELSTEELNITDDGDHIISLGIYKINKYT +GELVEG +>MGYG000000001_01359 hypothetical protein +MKDIELLAPVGSFEALKAAVQNGANAVYLGGKDFSARASANNFDREELKEAVRYAHIRDV +QVFVTANTLIKQEEIEKFVEYAKFLYDIDVDAIILQDIGIAKLIKRLLPDFELHASTQMV +AHSIEDVKYLENAGFDRVVLARELNVEEIKYICDNTNVDIEVFVHGALCVCYSGQCLMSS +MIGNRSGNRGRCAQPCRQKYELIDIHTGEIINSNGDYLLSPRDLNTIEEIDKVIDAGVHS +LKIEGRMKRPEYVATVISSYRKTVDNYLKKNKINVSDETISDLYTIFNRKFTKGLILGEV +GKDVMNSEIPNNQGLYIGKVLDFNKRAKRLKIRLENTLKKGDGINLGGGTIGRIIKDGEI +TTIAHRGDIIELDFVGEARRHQVVFKTSDSELMDRVQSTFQQDKELVKSPINAELVIRLN +EKPVLTLIDLKGNKASIEGDKVVEKAMKVALSKEKVESQIQKLGNTPYELSSITTILDEG +VSLPISILNQMRRDCIELLNEERIKIKNRNYKSEKIAYKPTIAYKTIGKKIRAKVKNLEQ +LKAALECDIDSVYYEDIITLDKALEMGIKYNKKVIYSSPRIIRNKEYKHLEKTKKLNLKG +VQVGTLGAMDYFKGKNLSIDYYLNAFNSETMNHFKNEGATSLCISQELNLNEIKETLKYT +DIEVEAVVYGFATMMVTEYCPMGVLVRDCKKDKRAAKCNQSIYALKNFKGDMFRISQDVF +CRSTIYNSNITCMLDNLEEVNKSGIDVFRLDFTHESEQVVKEVIEAHIEVLNNNYRMGSK +ATKLYNYLDEIGTTSAHYYKGVE +>MGYG000000001_01360 Cell division protein ZapA +MNNVNKVTVKIQGAEYPMVGDKPAHEMIKVANYVDQEMTKVIESNPKLSTVMAGIVTAIN +ITDQLFECDDYSSDLAKENDELRRKVDQTDEGLKLEIKKLQLQLDSRDKEISEAKSKIDE +LNKLLEEKSKELESKEAEINNLSMSTVGSKSEVESYKSEIDDLEELLKAAEERAKIAESL +SSEFQNKAYKIQLKYTELENEVKYLRATR +>MGYG000000001_01361 Phenylalanine--tRNA ligase beta subunit +MLVSLKWLRDYVDIDMDTKEFADRMTMTGTKVEKVDFYGEEIENVVVGKILEITSHPNAD +KLIVTKVDVGTEVIQIVTGAKNVSVGDYIPVARIGAKLPGGIKIKKGKLRGELSEGMMCS +AEELGIDEHFIAEHKKNGIYILDHEDSYELGKDVKEVMGINDALIEFELTSNRPDCRSMI +GIAREAAVTINSELKYPEINVKEEGEDINFDIKIENEDLCKRYCARTVKNVKIGPSPYWM +QRKLIEAGVRPISNIVDITNYVMLELGQPLHAFDLSKLTTGKIVVKNAREGEKFTTLDEV +ERTLDKDMLVITDGEKSLALAGVMGGLNSEIDDNTTEVLLEGASFKQENIRATSKKLGLR +TEASGRYEKGIDTNLAEEAVNRAAQLIEMLGCGTVDKGIVDVYPTKPETKILVVNPQRIN +KLLGVDVPMDQFVGILESLEFKCNLVSSEKLEIEVPSFRLDMEQEADVFEEIARIYGFEN +IPSAQLEGNATAGVKTSKQKFMDSVKNTATSIGLNEILTYSFVSPRGVDKIQLPENDPKR +NFVTLINPLGEETSVMRTTMMPSMLDVLYTNISRKVDRAYAFECGHTFTPQNGLPQEHNH +ICIGMYGKEVDFFALKGAIETIAKNVGFENYEIIPEKNNSTFHPGRCAKIEYNGMYVGTF +GELHPDVIENYGLGQRVYIAELDLDIMFENSSTNIVYSPLPKFPSTSRDIALIVRDEVYV +KDIEDIIRANGAGLVEDYKLFDVYKGAQIEEGHKSIAYSITYRSKEKTLTDEDVAKVHDV +ILKELAENLNANLRSN +>MGYG000000001_01362 Phenylalanine--tRNA ligase alpha subunit +MQEKLLNLKDIALGEIQEASTIEELESLRVKYSGKKGQLTAIMKEMGKLSAEERPVIGKV +ANVVREAIEGGINTKKEEIKAIEKEKQLASEVIDVTMPGKIFTVGKKHPISQIIDEVSEI +FMGLGFSIAEGPEVETIENNFDALNAPKDHPSRDMSDTFYINSELLLRTQTSPVQVRTMK +SQELPIKVISPGRCFRFDSPDATHSPMFHQIEGLVVGKDVTMAQLKGTLDNFVKKLFGEE +TKTKFRPHNFPFTEPSAEVDVTCFKCGGEGCAMCKQEGWIEILGAGMVHPNVLRNCGIDP +EVYSGFAFGMGVERIGMLKYEIDDIRLLFENDMRFLNQF +>MGYG000000001_01363 23S rRNA (uridine(2479)-2'-O)-methyltransferase +MSIMISSKDNEKIKYTKSLLKTKGRTKEGKFIIEGYRILTLAIECEANLDYVFINEDFEN +KKEHLDFIKVLKEKDIKIYKTTNKIFKELVDTENTQGILAVIGFKNRDIDNNINDSHKFV +LILDRIQDPGNMGTIIRTADAAGVDAIINLKGCVDIYNPKVIRSTMGSIFDMNIIQSTQD +DTLRVLKEKGFEIVSSYLNTDNYYNTVNYKDKVALIIGNEANGVNDELIKGSDTLVKIPI +YGNAESLNAAISSAILMYEIKKSLV +>MGYG000000001_01364 Ktr system potassium uptake protein A +MKQYIVIGCGRFGASVATTMHLLGHQVMAIDKGEEIIQNISDKVTHAAIVDVTDEVALRS +LGLGNFDVAIVAIGSDIRASIMATLIAKEMGVPHIVCKAKDELQAKVLYKIGADRVVFPE +RDMGVRVAHNLVSDNILDHIELDPEYSIVEIVTPNKWVGKTLIELDLRAKYEITVLAIKT +GKSINVTPSPQEELKAGSILVVIGQNNSISAIASENKDLIRRK +>MGYG000000001_01365 Potassium/sodium uptake protein NtpJ +MKSVLKKIINYLNSMDPAKVMVIGFASVVLLGALLLNLPIATKSGESIGLLDALFTATSA +VCVTGLIVVDTATYWSIFGQVVIITLIQIGGLGFMTIATMFALLTKKKINLRERLLIQES +LNQKDLSGMVRLTRYVILITFLIEGIGAILLSFTFIPQFGLGRGVWYSIFHAISAFCNAG +FDLMGSVSGPFTSLTSYVDNFMIVMTISALIILGGIGFPVMLDVIRTKKASRLNMHSKVV +IFTTAILIGIGSIFIFVVEFNNPKTLGTLSLPGKLLAAFFQSVTTRTAGFNTIDLTLIKE +SSLFIMMILMFIGASPASTGGGIKTTTLASLVITVRSFISGKGDIEVCERRISGATITKA +IGIFFIATALVVFGTLALSLTDEGFTLVECGFEIVSAIATVGLSIGGSPSLTTMGKVVVM +IAMFIGRVGSLTIFVALLSKGARKKPPVRYPEGKIIVG +>MGYG000000001_01366 50S ribosomal protein L20 +MARVKKAMNARKKHKKVLKLAKGFIGSRSKLYRPANTFVMKALKNAYIGRKLKKRDFRKL +WIQRINAATRMHGLSYSRFMNGLKLAGVEVNRKMLSEMAIQDPQGFAQLVEVAKSKLA +>MGYG000000001_01367 50S ribosomal protein L35 +MPKMKTHRGAAKRFKKTGTGKLKRAKAFKRHILTKKNAKTKMNLRKAAIVSEGDARRIAQ +LLPY +>MGYG000000001_01368 Translation initiation factor IF-3 +MNDQIRDKEIRVISETGEQLGIMSSKEAQVLANNKNLDLVKISPNANPPVCKIMDYGKYK +YEQARKEKEARKNQKTITVKEIRLRPGIESNDLQTKANNAIKFLKKGDKVKVELRFRGRE +LGHKDIGKEVMIKFIDIVKEFGEPTKAPAFEGNNMVVIIDPKK +>MGYG000000001_01369 ATP-dependent zinc metalloprotease FtsH 4 +MKMLNNFLKKFNNPVPVFAQTKMEKETQNEDASSTKPKTTFIDVAGLDEVKEELFEIVDF +MKNPDKYKKMGAKIPKGVLFYGPPGTGKTLLASAVAGETNSSFFNVTGSEFVEKYVGVGA +KRVRTLFEKARKEAPSIIFIDEIDAIGAKRHLESNNEKDQTLNQLLVEMDGFNKDSNVII +VGATNRLDLLDEALLRPGRFDRHIHIGSPNFHTRHEILKVHTNNKPLDPSVDLELLAKKT +HGFNGAHLSNIANEAAIFAVRDNSPIITAVHFDKALERVIAGLESKNSTLIEKEKEIVSY +HEAGHALVSNILGICPIQKISIVPRGEALGYVLQLPDEDRYIYTKEELIGKIKILLAGKA +SEEIIFNHQSTGAKDDLKKVTDIANQMVCEYGMSSLGFMTIDGNVKTFLSEQVQKEANDI +VQNCYNDTLDLLRNNLNDLHIVSKHLFEKETMTHEELKSLIKKEIVN +>MGYG000000001_01370 Threonine--tRNA ligase 2 +MIKVTLKDGSVREFENEISVMDIAKSISEGLARVIVAASVNDKVVGLDYIVNEDCDLNLF +KFEDEEGKDVFRHTSAHILAQAIKRLYPEAKFAIGPTVENGFYYDIDLEHRLTNEDLEKL +EKEMKKIAKEDIAVERYELPREEALAWAKENGEIYKEELISELPEGEIISFYKQGDFTDL +CRGPHLPSTKKVKAVKLLSVAGAYWRGDEKNKMLQRIYGITFEKNKDLEEYLHMLEEAKK +RDHRKLGKELDLFFIPEEGPGFPLFLPKGMELKNELLKFWREIHRADGYQEIETPIILNQ +KLWETSGHWFNYKENMYTVDIDDQQFAIKPMNCPGSLIYYNSKPHSYKEFPMKVAELGRV +HRHELSGALHGLMRVRAFTQDDAHIFMLPEQIKDQIKGVVDLIDRVYKTFGFEYHLELST +RPENSIGSDADWEAAENGLREALEELNLPYILNEGDGAFYGPKIDFHLRDCLGRTWQCGT +IQLDMQLPQRFDINYVGQDGEKHRPVMIHRVAFGSIERFIGILIEHYAGKFPVWLAPTQV +RILPISDKYNDYANEVKKALFDKGIRVEIDDRAEKTGFKIREAQLQKIPYMIIVGEKEEA +DKTISVRSRDKGEIGAVSLEEFLSNILNEVENRTNVEQF +>MGYG000000001_01371 hypothetical protein +MSNILKIALLASIGGVIGYITNVLAIKLIFRPIEPIKIPILNFEIIGLIPKRRNEISKNI +GEIIQEEFLSMDDILSNIMNEDDKENITEYIKEKIKNIAQEKMSFVPFPIRGMIEGYIMD +AVDVEVKAAIDELSEDIMNKAKERINIQEMVENKINELDLYQLEELIIKVAKKELKHIEI +LGLVLGFLIGIIQGIIIIFI +>MGYG000000001_01372 hypothetical protein +MTNKEIHISFSPHHRINAQGFLETKKIKKNISFKDNIIDVAINLGIEDELNLENIGEELT +CLIICIIKQKYLKEYIDKKYKELYENEVDIIYKYALTVFDRMENVIKDAIKNKVYNYLSS +CDYLNIEGFLTFRLKEILVYLSSITDIALEEYLSEKEQSEFVNVLKYFIDMQETKVDLLV +VNILENGSFVLYDGEGNKIDNIDDEEIINMAIKEDLNYEDFLISTLLTLCPKKVQILDLL +NDDFSELVIETIKSIFGDRVSIIFKN +>MGYG000000001_01373 hypothetical protein +MDQIALIISTTLMYSTPLIFTALGGVFSEKSGIVNIGLEGMMVMGAFAGAAAGYFLGNPW +LAFIIGGLAGGLFALIHAIATVSFNADHTISGVAINLLAPGVALFVSKMMFDGATMTPTI +PMENKIPRPLNGLFPSGSVLDTIFNSYATVYLAFILVLVVWYVLYKTKFGLRVTAVGEHP +GAADTLGISVTRVRYAAVIISGILAGLGGASMSLAVVSSFRPTLISGQGYIAMAAVIFSK +WRPQWAMVACLLFGFSTALTVFFGNPELPFVVNENLLSMIPYIVTLIVLVLFVKSSKAPS +ALGNPYKKGER +>MGYG000000001_01374 hypothetical protein +MSNNKQKRKLSAANNAIIFSLISIVLGLVVGAIALLIAGFNPIEAYSAMITGVFGKPKFI +AWTIIRSTPLILTGLSIAFAYKTGLFNIGAEGQFIIGALFATLVGAGIDLPAFIHVPLTL +LVAAVAGAVWGGIAGWLKSKYGINEVIATIMLNWIAFYLSNYMIRTTWLAQPNSETSVSI +HESASIGIDWLKGLIGPATSVNWGIVISIAVVLIIAFILFKTTLGFELRGVGFNRYGAEY +GGINVNKSILQSMAIAGLIAGLAGAIQVMGVSHNISVLAAQEGYGFDGIAVALIANSNPI +GVIFSGLLFGAFKYGGTKMQAIGAPSEVVNIVIGSIVYFIALSSVLKMLYDKMKEKRSKG +GNV +>MGYG000000001_01375 Galactose/methyl galactoside import ATP-binding protein MglA +MNNSNVDYSQKVVEMKKITKKFGSFVANDNIDLTVHKGEVHALLGENGAGKSTLMNILYG +LYQPTSGEIHINEKLVSIDNPNIAIENGIGMVHQHFMLVQPFTVAQNIILGTEPVKGLGA +VNMKKAIEDVKELSEKYGLYVDPTAKVEDITVGMQQRVEILKALYRGAEILILDEPTAVL +TPQEINELMQIIRNLTKEGKSVIIITHKLKEIKAAADYCTIIRRGKYIDTVKVDETSEDD +LAAMMVGREVNFKVDKDEPKLGDVVLSIKDLLVKDNRKIAAVDGLSLEVRAGEILGIAGI +DGNGQSELVEALTGLRKAESGSIKINGHEVINNKPLEMFNKGIKNIPEDRQKRGLILDFT +VAENTVLQNYKDPRFSKNGILKMDAIEEHAKMIVDRFDVRPTDYTTKARALSGGNQQKVI +IGREVDNIEVSRAATNEAQLLIATQPTRGLDVGAIEFVHSSLVKQRDEGNAVLLVSLELD +EVMNVSDRIAVIYEGKIVGIVDGKDADENTLGFMMAGGAEDEQ +>MGYG000000001_01376 Membrane lipoprotein TmpC +MKLKKTITLATSLILSASMIVGCSNKTNNKTEGGTTSSKVYKVGMVTDTGGVNDESFNQS +TWKGLQKLKKDYGDKVDVKYLESKQDAEYVPNIETFIDEDMDLIIGVGYKLKDAIAEASK +NYPDNNFAIVDEVVDAKNVDSLIFEDNVSSYLTGLIAGKMTKTGKVGFIGGIESEVLKKF +EYGFKAGVLDSNPDVKISTQYANSFSDAALGKSIANQMHKNGIDVIFTAAGACGTGAIEA +AKEGNKMAIGVDQDQNSLAPKNVITSAMKNIDIAVYNLSKKLIEGKYEGGQTIVNTLSTG +GVGIAPTTKDNVPEDILKYVDDAEEKIKSGDIKVPSNQEEFEKAYPNNK +>MGYG000000001_01377 Hypoxanthine phosphoribosyltransferase +MFKVTRVMLSEEEIKAKVYEIAKKIEKDYQGEDLLIVGILKGASVFVADLIRNIDLDVNM +DFMSVSSYGNSTESSGTVKIIKDLDVDIEGRNVLIVEDIIDSGLTLSNLVAALQTRNPKS +LKLCTLLDKPQRRTAKMHVDYVGFVIEDKFIVGYGIDYAEKYRNLPYIGIVEDV +>MGYG000000001_01378 Threonine-phosphate decarboxylase +MSINHGANLYDLSSKYGFSKDELMDFSSNINPFGTSKLAKEYIINNIDIVSMYPDPSYID +LKKSISNYCKCSDENIVLGGGATELISSFIKTLNPKTALLLSPAYSEYESELSKINCTIT +KYFSKSEDNFKISVKDLSENISKNKYDLIIICNPNNPTGFTFSSKEIEELLKSTSAFVMI +DETYVEFTDTDIYSCTSLVDEYTNLFVIRGTSKFFSTPGLRLGYGLIGNKDVKTNINSHL +DLWNINIIASTMGEIMFNDKDFIEHSTDIILKERDYLTKELSKINDLHVYESKGNFILCK +IKSKTITANLLREQLISKKIIIRDCFSFDGLDEYFFRVCILKPEENKALIKSLNEIFI +>MGYG000000001_01379 hypothetical protein +MEKIIKVISMLLDGLKKVLVRFKNAKFGLLFIINIFKIPDFMTDSRVSIISKLKVVFSFA +VAILYMVFAIDFIPEMITGVFGMFDDLLILVWCLGIMSEEIEKYKDIIKNSKDLNIIEDV +DFEIKDEK +>MGYG000000001_01380 Branched-chain amino acid transport system 2 carrier protein +MKKNLDTLVVGFALFSMFFGAGNLLFPPYLGLVSGESWLTSLGGFVLADVGLALLVLLAV +VKGTGKLESVLIRGGKGLANVIGATAVICIGPLLAIPRTAATTYEMGIQPMLNTSGSVVA +VIVSVVFFGLTLVLTIKPSKVVDIVGKVLTPLLILSLIVLIVLGVLNPIGDISPNVMIEN +NLFAEGVSQGYLTMDALAAGVFAGVIINAIINKGYNETSEKVTLTIKAGVVAAVALAVIY +GGLTYLGATLSTKFGVKTPQALLMVEITSALLGNPGKILLCVIVSLACLTTSIGLTSATG +EYFSNVTNGKVKYETIVVLVCVFSAVVSNFGVGTIIKFSAPILETVYPVLMALVLLSLTC +SHVRNDNIFKISAYVTLIVSLLTVANGLWGVVPVMSKLPLAPLGFNWILPAIGGAIIGSF +IKDKKSSFLLKDKYGTE +>MGYG000000001_01381 hypothetical protein +MHLKDNSANFKYANDFNVFVLGNATQYNIECEGRVAIANNANLVNYSVGTNLSFSASRAD +LIIGGKVNIDGGINSNGNTIVKDSRNVIKYTMINSNNIFSDPIVDDTINFEDAINYLQNA +SRFWASLDDNGSINLNNNILTLSGEDIYLNIFTIDGSNINNSNISFENLEVIDIVAPKTS +TILINVLGEHISFGNFFTLRNSIPPTPEEMSLIVFNFPQSKSLYSAEISIKGSLLAPFST +GNLYDGYISGNLILNNFEGNVKPKNILFKGNLPEVNSENKNLLTISNFFPSSFNTSKSLG +CIYGKINLSTKNNNCLRCSSINASNIKIELFNLNNLVLPIKHTYTDYDGNYEFKNLKEGY +YFLRIISPEGYHLSDGYCNNDFSPRTGFSKQIFIDNVPYNLSACISPENTALTKPKDCNY +FISGIIFKSSVNTSLYNYSSRGINNVFITLYDNYNTPIASTYSSYFDGVDGYYKFENLQS +GVYYLKFNPPKYYSFVTPLYSDYYGSKADRDTGTIRVNLEYKDIPHAYVGLNIKY +>MGYG000000001_01382 hypothetical protein +MKIFAHRGDSWFYPENTILAFKKALSLPIYGIELDIHKSKDNQLIVIHDETINRTFKGKG +FVKDYSLKELQPFKCKKPLFKNNIVDLAHDNNLEVFVYTVNTPLSVLKMIKYNVDGIFTD +FPNLIYNILIKTIDIFHS +>MGYG000000001_01383 hypothetical protein +MDVLKVFVENLCGKFNNYDQINDELSKGEVLHPKASHINGVCNHKIKNLPEDFKDYFVIE +ESYYEQGNRKNILPHLFLFTLNDDNKVVLESYELPKGVSQEEFRNDNEDLIMDYNKLAKS +EKFTPMVYNEENGVFTGESTSMFSPVTKFILKERVENGMLYVSEVFYKGDKKTFGFEDPI +VYKKIN +>MGYG000000001_01384 Anaerobic sulfite reductase subunit C +MGEKSKVKITPEQRKSVKGQGFLSNNDGQHFSCRVITENGALTVNQLKNVCEIAEKYGNG +NISLTTRLTLEVPGIEFKDIEDVKEHLSKDGLKSGGTGSRVRPIVPCKGTVCTFGLLDTQ +KLGSELHKEFYNEYYDVKLPHKFKIGIGGCPNNCIKPSLNDFGLMGQHVPEYDEDMCSGC +KKCAIESICKVGAAKVINGKLFIDKDKCNNCGLCIDKCHFDAIEEGKRGLKIILGGKWGK +LSRPGTPIKDIYTIEEAKEILEKTILLYREQGKTGERFGDMIDRVGFDKIQDELLNGDIL +ERKEEILNAELHITGGATC +>MGYG000000001_01385 NADH peroxidase +MDILVIGGVAAGTKTAAKLKREHRDYNVTIITMGKDISYAGCGLPYYVGGVIENKESLIV +NTPENFEKLTQVKVITNTEALKINRDSKIVSTKNVVTNEEKEFKYDKLVIATGADPIKPN +LDGINLKGVYYVRTPEDAIKLRDIIENDEIKRAVVVGGGFIGLEIAENLLENNIKTTVID +ASESIPPGFDKEISLYLQEKLIDNGIMVLTNEKVVSIIGDEKVSKIKTDKRVIKADLVIM +SVGIKPNTKIAEECGLNLEDNKTISVDYNMQTSDENIFAVGDCASVKNIITNKVTWSPMG +SSANKEGRCVARTIAGKESKFKGVLGTSIVKLLDINAARTGLTEEEAISLGYNTDSVIVP +LDDKAHYYPGAGLLFIKLIADIDSEKILGAQVFGKGSVDKQIDTVATAIHFGGKLSDLQD +LDLAYAPPFSTAISPLGHAANVLLNKITEGVKIVRFEDFIENKDSYKIVDVNKVPTLENA +LYLDLSSIDGKIENLNYDDKILLVCARGKRAYLTYNRMKYYGYKDVNILEGGLSLNKEMG +EL +>MGYG000000001_01386 HTH-type transcriptional regulator CysL +MIDFRLKTFINLCETKSYTKTAKNLSITQPAVSQHIKLLEEKYNLKLFDYVSKKLVLTQE +GIDFLYNVQKLQTMSINIEHHLKDSSKKNKSLVFGATRTIGEFYLPKYLKDYIKLYPKDN +ISMIVNNTKFLLENLNKGNIEFAIIEGHFNKAEYDTYLISKEKLVVVASPLNKLALKKSI +SFKDLCRENLIVREKGSGSREIFEMFLYENNYSYENFNHIIEIGNINVIKDLVKNNLGVS +IMYEKAAQAEFSKKELIILDIDNMNLYHEFNFIFLKNSIFASSYINFYNFLVNT +>MGYG000000001_01387 hypothetical protein +MFRVYFTVFSSGITSLLFSKLLTVTNDKFDVFHKYINKDYFLKEQIKFIKYFGLIGLIAI +ISSVCSIFVEFFAFKLADLPMYDYIGILSLTISIICFISLFLISLYFTFKIIIKSTLSKI +YKVLLYTTCILSIYIVFINNPFGVSPLYMIELLLIIYF +>MGYG000000001_01388 hypothetical protein +MKKILRIAVSLTVVMSIGLLAGCKSKDLDNNLENEIKDTSKIDLIELSEYKNTDIKDDKI +IEIILDKLLANIYVRKFNYENKYGDYILNIKYSLGNDWNEEEISKFMNYNSIVLFSLINN +LSIINYTLGDFDNSVYQYNKSIYEKTYDIDLNKLPNDINKWKGILDKVE +>MGYG000000001_01389 Sensor histidine kinase RcsC +MKRINNELFKILLLIMFIIFSTTYVNAQEKKKILYISSGSPTYTSTQEQMYGFDDLLRND +YEIYYEYMNTFKYPEKKLEESFYSLLSYKLKVYPKFDAVVFVDDSASAFALKHTELFGDS +KLFLSSIFDDKIIEGAKNKNIECIIKEFKPISSNVEIIGEIYKNSEYKKKLTLITGLEDI +YKNEINEFYSLQDKYPKLKFENKTVGFKSEEEIKEVFSKFSKREDIVLFYNPNSSTSSKI +VKDTSTTLGSVRQILSAIEGTTEAPIFTTTNLGIEYGMMGGYTIDFYKQGSVTGDIVRNF +LEGNKNYPEILEGERTSTLIFNQRHLTNNLISKKQIPQDSEIFYESEEFFKTYKNEIILV +LIIFVILCFIIIFLISEQSIFKRANKKLKESKKIAEDANRAKSNFIANISHELRTPVNVI +SSSSQLIKRNLEIKDEIDKENLISNINMIDKNSHRLIRLINNIIDVTKSDTGYKNINLQN +VEVISLIENTVQSVIPLAESKNLNIILDTEVEELIMAIDIDKIERIMLNLISNAIKFSFD +KGAIFTYISVEDDNLIISVKDEGIGIKEESLCKIFDKFVQIDNGFTRLNEGSGLGLSLVK +SFVNLHEGSIDVKSSECKGTTFVVKLPIKVLDSSEVIYNAGIDNKNTIVELSDIYI +>MGYG000000001_01390 putative ABC transporter ATP-binding protein +MSSKSISLDRPGRGPGMHIVKSNEKLNNPKETINRLLKYIGSKKASLILIFVFCVITTLV +SIFGTKLNGDIVDNYIATGNMSGLYKICMVLIAMYLAATASTFVQNRLMVSIAQKTSSDI +RKDLYEKMQHLPLKYYDTHSSGDLMSRLTNDVDNINITLSQSITQLISGVINIVGMLIAM +LMLSPQLTIIGLLTIPITIMGTRTIMKYTQPLFIKKQGDLGKLNGYIEEMVSGQKAVLLF +GQEENVKKEFDHINKNITKSAILADAISGCMGPINNFINNLTYLVLAVCGGVFILKGMDI +SVGVVFTIILYMRNFNQPINQILNISNTLQGALAGAERVFEVMDENPEIDKEESVDVDNL +QGEVNLENVEFSYNNDKKILKNINLTAHKGQTIAIVGPTGSGKTTIINLLNKFYTIDSGK +ISIDGKNIDDITMESLRKSVSVVLQDTYLFSVSIRENLRYGNLNATDEEIEKAAKLANAH +HFIMQLEDGYETVLSDNGSNLSQGQRQLLAIARAILSNSSILILDEATSSIDTRTEVAIQ +EAMVNLMKGKTTFIIAHRLSTIRSADKILALKDGEIIERGTHDELLKLNGFYANLYNSQF +RSGLGI +>MGYG000000001_01391 putative ABC transporter ATP-binding protein +MTKLLKYLKGSAIVCAILAPITMCLEVAMDLLQPTLLSSIIDVGVANGDLNYVLSVGIKM +IIAAIIGLFAGSACSFFAAVASMKLGEGIREGLFAKIQTLSFLELDKLKTSSLITRLTND +VTQLQMMMNMALRMMVRAPLTAIGGLIIATILSPKLASIFLIALPIILVSIMFIIKKSLP +LFTSVQEKIDNINTVMRESILGVKVIKAFAIESTQGERFNEANDNLTNESIASQNMNLIL +WPIATLIMNLTVVAVLWFGGNMVNVGDLEIGKIMAFINYLLQIMGSVVMVINIMLTFSRA +KASANRIDDVFKTETSIKDKEEAIEVSNFDIEFKDVYFRYNEHSENVLEGISFKAKQGET +IGIIGSTGCGKSSFVNLIPRLYDATEGEILIGGVNIKDISIRQLRENIGIVLQENILFGG +TIESNLKFGNENANEEDINSSAIDAQAYEFIMNKDGKYQSEVEQRGKNLSGGQKQRLSIA +RTLIRYPKIFIMDDSSSALDMATEAKLQNSIKNRMKESTVLVIAQRISGVMDADKIIVMN +DGKISDIGKHNELLRRNEIYRSIAVSQLGEEVLKVV +>MGYG000000001_01392 Transcriptional regulator SlyA +MIKKHIRSNTLHGSLMRLNKAHRKMAGHKFKEVNLTEGKPKLLDFLVNNSGCSQRELAKY +CKIEPATATSILSGMEKEELIYRERNPNDKRILNVFLTEKGIKVQKEVERVFLELDEICF +EGFTEEEKSETINILNRLYDNLAKKREQYKCNEK +>MGYG000000001_01393 hypothetical protein +MNNKIEKYVNNLFLKSPMSTHTKYASQKILTNAFKIYNDFLQSNLNENEAYFDYKEEKEY +EKKI +>MGYG000000001_01394 hypothetical protein +MKKRYSIFRIVFLSTVSICLIFVLTYLSKSEKKFFNFIGFKYASSDERLSVVSEKTIDLN +NVNDISFNLNVDDITFIENTDEKIKIVEKCTKQLSENEKLQFNHQNNKIDIYRSSKLNIN +LLEKSFKREVIVYLPKSYNKNINIKLSIGDVDFSSDLKLNELEIYLTTGDINIDNNIECK +SFILEGNTGDANINSLSSDEYGISFNTGNIEISNLSGKGYINTTTGDLRCNISDLTGNSD +FSSSVGNITLNLKKEPNFKINASCDIGDIKTDFTEDNIRENFSNALNIDCGCGDIKINKN +Y +>MGYG000000001_01395 hypothetical protein +MKVTLDQKAILTLKDILKDKDKENTKIRIYFAGIG +>MGYG000000001_01396 hypothetical protein +MSEHDYNQYGDITINDTGFGFRVAPENSGDGDSCGGGCSGCGH +>MGYG000000001_01397 hypothetical protein +MIAIDEKSLLAIKDKVNKNNSKLNNVRIYFSGVGCDGPNFDITLDELKSDDLVYKIDDLT +FLLSQYEYMQYGDIKIDSSEESLKITPESLELSMCCGKGCPDCPY +>MGYG000000001_01398 Membrane lipoprotein TmpC +MKKILYLGTVLMLSMLALVGCSSSNDSKNDSLKVTMISSVGGINDQSFNQSSWEGLEQIK +KDFNIDVNYIESNQEAEYSTNIETAVDGGADLIIGTGFPLQAAILEAAKNYPDQKFAIVD +VDYGEETPENVVCITFTEEQAGYVVGLVAGKKTTTNKVGFVGGMDNEVIKRFEVGYKAGV +AEVNPNVKVQVQYVNSFVDAAKGKSIAQQMYSQGADIIFAAAGDSGVGVIEMAKEKNLYA +IGVDRDQNALAPENVLTSAMKKVNEGVYNTVKAMIEGNYAGGTTIRYGLEDNSIGLAPST +DKNVSQDIIDYVNKKVNQIINKEIEVPSK +>MGYG000000001_01399 Regulatory protein YeiL +MIKINDKNKLNYYIKKYKIDEIFSSNMSSYMELHYFKKSEHICSSGEELKYLYFFLDGKA +KVYIAAPNGKSLLIRFYAPIQIIGDTEILNNTTIDCNIQAVEDSLCLAIPRNIIEKIALK +DVHFLSYVCKQLAFKLSSASLSSSMNMLYPLENRLARYILEAYSTNYSQDENSESLTHIS +ELLGTSYRHLLRVLDKFCSENIIKKSNKTIVILDTQKLEDLAGDLYQ +>MGYG000000001_01400 Phosphoenolpyruvate-protein phosphotransferase +MFKGTGASPGIAIGKVLVVEHSELEIEKRSIADIDEEVTKLDRAVEISKEELTKVKEKAL +VELGEHEAEIFEAHLLVLEDPELIDSAKAKIRDEEVNADFALKEIRDMFVGMFESMDNEY +MRERAADIKDVTNRIIRHLLGAKIVDLAALEEEVVLVAHDLTPSDTATMNKSKVLGFLTD +IGGRTSHTAIMARTLEIAAVVGLTDITTKAKDGDYIVFNGDTGEVILNPDEETMTKYTKL +KTEFEEYRKSLELLKGKPSVTLDGRHVELAGNIGSPKDVEGLIKNDAEGVGLYRTEFLYM +DKEDAFPTEEEQYEAYKAVLEGMDNKPIVIRTLDIGGDKELPYFEMESEMNPFLGYRAIR +ICLDRKDIFKTQLRALYRASVHGKLRIMFPMISSLEELLAAKEVVAEVKDELKAEEVAFA +DDVEVGMMIEIPSAAVISDILAKHVDFFSIGTNDLIQYTCAVDRMNQKISHLYNQFNPAV +LRLIKTVIDNAHKEGKWVGMCGESAGDQRMIPILLGFGLDEFSMSPISILPARKLITSVS +YEDMQNFANEVLSMGTAKEIKAHVEKTFNL +>MGYG000000001_01401 Phosphocarrier protein HPr +MERLVSIKNASGLHARPAGMFVKKAAEFKSTVEVIAKGKTVNAKSIMGIMSLGLAKGDEL +TISAKGEDEETAVNTLVELIESGFGE +>MGYG000000001_01402 hypothetical protein +MKGLVLEGGGTKGAYQIGAYKALRELGIEFQGVTGTSIGALNGAFIIQNDIEVMEDIWRN +YDYSSFMNIDEDTYEKYKDLDFTAKNFNVVIELINKARKNEGIDITPLRNMLEKNINEEA +IRKSNKDFGIVTVHWDKKINPHQLYIEDIPEGRLVDYLIASASLPIFKLEKLDDKLYLDG +MFSDNIPVKLLVDKGYTDIVVIRLLDDFIGKMNLNKFNDKGINIKVIVPSEYLGGSLNKD +KDNIEKNITLGYLDTMKAYERYEGVRYYFNLDYKYDENYCFEKFINLKDETIEGLCNILG +IKRSVSRRTLLENVIPRLGEVLNLQKEFSYKELFYAVYEQKLQENGINRISLYDFNKLVD +TVHRNYKTSKDSEEINEVRPVIPVAKSKLPKVLTNQIISDFKKQG +>MGYG000000001_01403 hypothetical protein +MILSRISENEKRVYVDVSGYITKKDAKEFLNKYKDMGKNIKFSQYNLVVTPGVFQCEDNS +DIRTTCMTFLKSGYKNIYLVDEQNTLMKTLSLKPMEKKLFLKSVKIVPDKTLIK +>MGYG000000001_01404 hypothetical protein +MKENSGALGVDNFYLSKIYEDGIEENIKKANGIYYTPKVIVDYIMKKTLKQHNIVENPYP +KILDISCGCGNFLLEAYDILYNLLEDNIYELKEKYKDDYWSIDNIHRHIVEKCIYGVDTD +NDAINILKRSLNNKSINFNVINSCDLNIYCEDGLTKEWDFKFDYIVGNPPYVGHKSLNKE +YKKYLLEEYSQVYRNKSDLYFCFYKKVIDLIKEDGIISMITPRYFLESPSGKGLREYINK +NTYIREIVDFLGTNIFKNVGVASCILTLKFKGAKGHRDDNSINIYKINDENIKINDIDSL +NDFYMNSLFKHFSVNQNSLDENWILTNKEDKAFYSKIEEKCNYYLEDIVTSFQGIITGCD +KAFILEKESNNINCVPKNLLKSWVKNRNIRKYIIEDTKYRLIYSNDINDETRYKDVIKTY +IDPYKYKLENRRECKKNIRKWYELQWGREKKLFERKKIMYPYKSKNNRFAIDNNNSYCSA +DVYSFFIKDKYKDDFSYEYLAGVLNSNIYDKYFKVTAKNMGKDIYDYYPNKVMKIKIFKD +NNYKEIESLSKEIINILKKESALEEEKLYKEKIYILETRINNLIKESLSL +>MGYG000000001_01405 Putative sporulation hydrolase CotR +MRNSTFNIINFDGGGLRGLLSISLFERIQKEFPDILRNTNMIGGTSTGSLIALGLAYGLS +PREIKELYSVENTSYIFSKSYSEILRPKYDNKHLKDILSKIFPKYLRLKDLGKLVVIPTL +YIGNETSEWKPIFYNNLPNSPTENERVIDVAMYSSAAPVFFPSYNCHIDGGVVASDPSLA +TIVHALDNQLGKDLKNIRLLSIGTGYLYNSIKQDTTTWGAIDWVISKEPSLPIISVTLEG +NSQMSQLFSEKLLDENYYRLNPRMNRDIGMDDIASLEYLKKLGEDYSIDDTIKWINSKWN +IVE +>MGYG000000001_01406 hypothetical protein +MSYRSNKGRNNVTYLHKNKKNNPRTSKNKKVNKKRKINKAKLSILVLGILFFSFGTIKAT +QSVAEVVKNVSYKMGKNNDEPVVEVEKQFDLSEEQKQSNKKYTVFVDPGRGGDDKGLQSK +TTQNYEKDITLEIGKRLASKLSNQSDINVIVSRSEDVNISTSERVNQAKQQKADFLVSLQ +LNSEYGGNTANGVEIYYKKDELYRVDELARYVQDSIVSYVDLKNRGIGIGDFGVLREATM +PAIVIKCGFITNPEEEKKLTDEKFINELTEGIAQGILSYIDANK +>MGYG000000001_01407 hypothetical protein +MKKILLVLSLVLTMGLVGCSSSSSNGYKNVSSSAVQKAIKSSNLLVEMSMDYDIKDFEYF +NDVEELIGEGFIIRAAMNVRLEDVIFIKATNEENAEKIYTTLESYKKEMVIKPFGDGYGA +EENTTIAASTIVEQKGNYVYLISAKNAADIEKVIIDTIQK +>MGYG000000001_01408 hypothetical protein +MKELKPYNREAAAAYAKKWALGRNKEYKDYENWGGDCTNFISQCLKAGDIPFDHSGSDVL +KQWYWYSDNSRTPTWTAAEPFYKYLTSNNNDNTSNYGIYARLANYNELELGDIVQLIYEG +RAYHNMIITDVILEGDYLIDYLICQHTSDLLNYPLSLKEGERRYLKILGYYEW +>MGYG000000001_01409 hypothetical protein +MLIIENRIIEKEEKSVRYTLNYPIIKLLNKENNFINFINKKIYEDVLCFKEVVQQILSED +ESNILINLLTEYTVTFNENNIISIPIEFNQFIGLYNISYINSYNYDFNLEKEIKLKDIFD +KVIDYKKFLTDTIKLQLSRKLECCEKEIEDELINFIYSIEIYEDQPFYLESDGLVICFSS +YEMGNSITNILEFKVMYEDAIDYFSDYFISEVLF +>MGYG000000001_01410 Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagT +MSNLKKLVIFLAVLVIALPASVFGYVYYKLNSIHDSNINTGALNDIKYQGKNGITNILLV +GTDGRPGEENVRSDAMMILTVDGVNKSLKLTSLARDSYVDIPDHGYQKLTHAYVYGQANL +LIETIEDNFEIDIHNYVVVDFYSFMDIIDALGGVTVNVKESELKEVNKFIPETYNWNTNS +NKGSIQYIESAGKQKLNGYQALSFSRIRKNDSAMERDRRQREVIQALLSSVKSLPVTKYP +GLIDTILPYVKTNMKPSEILGLGATILGFGNIDIEQIEFPIDDDIHSKGGIYGNSGWVLR +FEKDTLPLLHDFIYNSIKPENNEKF +>MGYG000000001_01411 hypothetical protein +MRCKFQSTCTKKIPRVITAIAMAGSVSLIANVDKVSAESLNQMENLDEFQTIDKELNIDE +IEKEVISDQSVGNTNDIQTRVVDYKSKNGWFQEGENWYFYRDNAKVTGWLKDGESWYWLE +SDGKMSSNEWLRYNGSWYWLKASGRMASNEWIKENGDWYCFKPDGAMYSEAWVKHSGSWY +WLKLSGRMSTNEWIKDNGEWYWLESDGKMSSNEWLKNNGFWYWLKSSGKMAKNEILKVNG +VWYRFDTNGKMDSKTNFKVGQVKPVDYLNVREGASTSYKVIAQIYSNDYVEILDSSSGWY +KVKIGDGTIGWASSSYITVVNSGTVSEGEQSSESIVSSKIQRVISIAKDQLGKPYGWGAE +GPNSFDCSGLTYYAYKNGAGVILPRTSKSQATAGRAVSKSDLKPGDLVFFNTNGAGISHV +GIYIGGGNMIHSTKPGDVVKITSINSSYYSSKFVKARRIIG +>MGYG000000001_01412 hypothetical protein +MVFKLNLCPENTVLPFSFSEDGSYIAIGISCLIVWGKK +>MGYG000000001_01413 hypothetical protein +MRAILLAAGMGTRLRPMTLDTPKSLVEVNGRPMLETQIEFLREKGINEIIIVTGYLKEKF +EYLKAKYGVTLVHNEKYNIYNNIYTMSLVKDYLPDSYVIDADIYLNKNFIDESIDKSTYF +SGYKEGFKGEWILEFDADNKVYGIRVGDNEGYILCGVSYWNEQDGNIIVEKLEEAINNGD +FENLYWDDIVKDNIERLDVRIRKINSDDCFEIDSLEDLNKVNEYILSKVSKEKEA +>MGYG000000001_01414 hypothetical protein +MKNTSINIGKINGMGITSGALSGILWGLDTVILGIILSEIPDLGIANVVMLAPLIGAFLH +DVFSSLWMILLSITKKEFIKTLKLLKTKSGKFVCVAALFGGPVGMAGYLLAINYIGSGYT +ASISAIYPAVGAFFSYIFLKEKLSIKGWIGLSLSILAVIILGYTPNKDIALNFGLGFGCA +LVCVIGWSLESVICAYGMKDDEVSPTQALQLRQLVSAIVYGAVIVPLFGGLGLTKVIITS +NLTPMIASVALIGTLSYIFYYTAIDTIGPVKATGLNISYSIWAIVFDMIFLGSTITLKLV +LCSILIIVGTVMVFKN +>MGYG000000001_01415 hypothetical protein +MENIYKILYIINNNRDVNQRYLASESGLSIGNVNSIIKKLQEEDYINIEKNNGKKIYVVT +QTGIDFLSKKIHEDQSKKIKLHSDDHKKIKQAVILAAGEKEIFEKPVGFLSIGERNIIDR +QVDLLEQHGIEKIVIVVGYKKEFYEEYAKDKSNIVLVKNDRYKWTGTMESLSKVKDVIDD +DFILLENDMVFEERAIKEILDSKDRDCMIITSESGSGDEALVEIRYGYVYKMSKDVHQFN +KIDGEMIGISKISHKVFDKMLEQFKENRNPYLNYEYALMDVGRECNIGYIKIDDLVWGEI +DSIKHYEVFTKHIYNRLLRKEQEIKINSIKEHLLDILDINPEDIIEITSAGGMTNKNYKV +NIKGKYYILRMPGTGTQDMISRENENNNVHLVDSLDIDSKITYFNQESGIKLSEFIENAE +TLNYKTAKREDNMELTASILKKLHTSNIEFKNEFDVFSEIEKYERLLEEFKGEYYEDYAN +VRKEVISLKNMLKANGIEKKPCHNDTVPENFIKDNNGRIYLIDWEYSGSNDPMWDLAAHM +LECDFSEDEEELFLQKYFGSSVIEDRYKTKILIYKICQDFLWSIWTIIKEARGDDFGSYG +IDRYNRARKNLYEIKSQNKE +>MGYG000000001_01416 IS3 family transposase ISClte1 +MSKKLFTEEEVNILKNNKYVKNVSLKGITYTDEFKRIFINESGNGKTARMIFEKCGFSID +ILGMRRVKGCSDRWRSAFKNGGSSNLTDTRKYNNGQPIEKDLSIEEKYKKLEAKMKLLKK +LNMIERSVLKKK +>MGYG000000001_01417 IS3 family transposase ISCb4 +MISYFCKISGVSRSGYYRYFSSEGELLRKSKEKVDILVKENVLKAFNFKARKKCARQIKM +FLKNKFNIVYNLKRIRRIMKKYNIVCPIGKANPYKRMMKATKEHTVMPNLVNRDFKQNIP +GKILLTDITYLNYKNRKISYLSTIKDSSTNEILAHHVSDSLRLDIVLKTLDKLKSNSVLK +LHSEAILHSDQGIHYTSPIFQNRVKKLGLKQSMSRRGNCWDNAPQESFFGHFKDEGILSN +CNDIDEVINEIDDYIDYYNNNRYQWNLNKMTPVQYRNHLVS +>MGYG000000001_01418 Lipid II flippase MurJ +MSKVAKTTVMIMALTILSKVLGLIREQVFAAFYGAGIYADAYITAMKIPTILFTAVGAAI +STSLIPIYSQVSQKGGEKKANDFINNLINIVSILSICIIILGMIFTEPLVKAFAIGFEGE +KLDITIRFTRIILWAVLFIGLNNILKAFLQLKDNFKVPELMGIPYNLIIIASIIISMKTN +TYVLIVGSLIALMSQALFQLPSAYKKGFRYNIRVDLKDENVKHLIILILPVLIGVGVEQV +NTLIDGTLASTFGDGVVSAFNYANRLYGFVSAIFVTSILSVVYPLMSKALASDNKDGFKV +SLKKTINSIVIFLIPISVGTIVLAYPIVEVLFQRGKFTPEDTIITGNILIVYIIGIIAWS +LRNVMSRAFYSLHDTKTPMMNGLISIGFNIVLNLILSKYMGYIGLAIASTISAYIGLTIF +YFTLKRKVGSFGGKSIFITCTKSIIAAIIMGIVTKFAYGKLAYILDESLLGQITSLGASI +SIGVLIYGVLVIIFKIEEINYFMDMAKTKLKLKNNR +>MGYG000000001_01419 hypothetical protein +MEKENKLLRQVQLKIVDIMVEIDRLCRENRIVYYLAYGTAIGAIRHQGFIPWDDDADLIM +DRENYEKFVEVCKTELNSKFFLQTEETDPEYKLVMPKVRMNDTSFVEKVSKDWNIHHGIY +VDIFIIDECPKNKFVQYINKRVLCGTEFARSGLYTCDKNLVKKMLKPLFYKRTILNLWNN +IVYDRWRKEECLCVDNTGRGLVFKREYFGKPREMEFEGHKFYVPEKVEDFLTDYYGDYMK +LPPEDKRVSHHSIIHIDLGKSYKK +>MGYG000000001_01420 Teichoic acid poly(glycerol phosphate) polymerase +MKLKQIISTVLRLIPQFFDMLITKFKSIFSPISRKYDGAWLISERGTEAKDNGYVFFKYM +RENHPEIDAYYVIDSSYKNDYNKVKDFGNIIEYKSLEHKIAFLKCKYAISTHIGHLEPWA +YKLYKMILDRKNRTKFVLLQHGVINHDLSDIYGKKSTKLDLFITSTQKEYESIAYSESYG +YKEYEVEKTGLARFDLLSNFETKNQILLMPTWRSNIVNPSYKKEKTLPDSVFYNSDYFNR +YNSLINNEKIVKLLRENNYEMIFYPHYEIQQYIHYFNTIYDDVIKIAKKEDYDVQGLLKE +SKLLITDYSSVFFDFGYMEKPILYYHFDDGHYQKGYFSYKHDGFGDIFDNEEELVNAIEG +MFKNNFIISDFYKDRISDCFGVIDNNNCVRIYNRIKLL +>MGYG000000001_01421 hypothetical protein +MKFSLLLPTLGTRVNELHRLFKSIESQTYKNIELIIVTQDNHDVVAEIVKIYSIGDVKHI +RIDEKGISVSRNAGLPYVSGDVLTFTDDDCWYAPNAFETVKRYIEEYDPDVATFMHMDPD +RNEYTKVYPNEQQINFSKRHTLKQISFDIYINIKNVPDYKIGFDERFGVGRKYNSGEENI +YLMDLYNKGYKKMCFFPELIAYHPKKDNNYLDEKSFVAKGPLFKRLFGNTLGLPMFIVFG +IKKSRLVENFGTLFIKGIKESINFKL +>MGYG000000001_01422 Putative teichuronic acid biosynthesis glycosyltransferase TuaG +MNNINRDVVSIITPVYNAESFLEDTVKSVLEQTYQDWEMILIDDCSSDRSREIISKLALI +DDRIVPIYSEVNEGVAKSRNKGIEKAKGRYIAFLDSDDLWKSNKLEEQVKFMRSKDIRFS +FTGYEFINEDGNNLGKIISVPNKVTYNELLKYNCIGCLTVMIDREKVGKIEMPTLKHEDF +ITWLSILKKGIDAYGINENLAFYRKRTGSISENKIKSATWTWNILRNIENLNVIKASWCF +INYAFITVKKHYFKY +>MGYG000000001_01423 hypothetical protein +MLSVKRKKTHNYIKSGFNILKIYIILISIFLASIFAAYSIPNNNIKSNVKDSVAQLKQEG +VYPKLFFGSKSAQLDNFTDSWMLNLAFTPNGKDVINSSLSNIYTNMDAEDNIENLSEAVE +NQEGGRVSSYSRYWHGYLTILRPLLAFFNYTQIRFLNMCILFGLFLIVSYLLKHKIGTGV +MLSFFMTMMSSMFIIVPMSIQFSSMFYIMFISCIIVLTLHEYINKNNYLKYIFFIIGCVT +SFFDLLTTPIITIGIPLNIWILLDINKSKEDKSILSRIFEIVRISILWAIGYGITWASKW +IIASIVLNKDVVKEALDQILFRTSSTHGEIELSMLSVIKSNILVTLDSIPLKMITLLLIA +WLIVFILYKKKSGEIIKSVSILLIALMPIAWYIVLKNHSSIHCWFTYRSLSVSIFALMSF +LFFAIDEEKIKIKFNNKNFYS +>MGYG000000001_01424 hypothetical protein +MSKIAVLIPCYNEELTIKSVVEDFKNVIPEAKIYVYDNNSKDNTAKIAKEAGAIVVPEYR +QGKGNVVRSMFRDIDADCYIMVDGDDTYPAADSYEVAKFVLEGKADMAIGDRLSSTYFEE +NKRPFHNFGNKMVRGLINSMFKSDVKDIMTGCRAFNKRFVKSFPVLSKGFEIETEMSIHA +LDKGFLIREIPIAYRDRPEGSESKLNTFSDGFRVLRTILKLFKDYKPLSFFGIISTLVLL +LSGVMFIPVLTAYFRTGLVAKFPTLIVAVGLLITSLLSLACGLILDTVKKHSDQFYEIAI +NMMESESSK +>MGYG000000001_01425 hypothetical protein +MNALRKISKVYLILISVFLIIMSLVYSIPNRRIKWHVEESVQQLEIEGVYPSVFFNTIAA +RLDNYTDSIMLNIAAHADNNRPIRSSMKNPYRLAKESGENLRVDDLKTAIKDKDNSEETT +YSRYWHGYLGILRPLLVFFNYTEIRFLNICALFMLFLVVNILLKKELGLGIMISFFFSMM +MSMFIIIPMSLQFSSMFYVMLIGMIFILLRYRYIYNKKLDTCLFFIIGGVTSFLDFLTAP +LITLGFPLVTYMFITQDNNKTFIINTRDIIKNCFSWGVGYIAIWISKWIFGSLITGENLF +LEAVGRVAMRTSSEMGEGEYFNILSVLKNNFDMVFNNTSIYIFMLLVICYVILAILFSKS +IKEISKVLPVLCIGIIPIIWYCLTLNHSGIHFWFTYRNLSIGIFSMLAFLSYSIDIKRIK +LKYTL +>MGYG000000001_01426 hypothetical protein +MGLIKYRETILYLVFGVLSTIVNIVTYLFATRTLNLGFLLSNWIAWITAVIFAYITNKFF +VFESTKRDIRFIVKEFGAFISCRIVSGVIEMIIMFVMINLLLIDDFIVKLVTNVVVIILN +FLFSKLFIFKKNITKVME +>MGYG000000001_01427 hypothetical protein +MKKNILMKIASILTIFIITMPNLSYASTIDKNKNPLEYKAVKEIEKEEQKEVYLEIALNL +IEEHLGITKSELSLKGSDLNSLYEYIENAYKLKLSEHEFSNNIVNTLSEKEEEENPENTT +KNLFKYFLIVFFSVVAITSAWNYILFKGRKIKIKNMRK +>MGYG000000001_01428 hypothetical protein +MDAIREKKIDNNAYLKEILAYICVFFLISKYYIDIILKGAHSPIPKMFLLGALACAVLLL +GIKLLSKQVYKIEVFIGSIFIIQFLITGNTLFLLAYIFSIALGQVEFGKIMKCYFLVSIS +YFLTMIILGDKGLIAIDYMGIRSDLGFKNPNTAFISFFMVWSSFLYLCLKSKEYNDSDKK +LDNYELKLDLCKGLGTAVLFIFPLIVYSETKTRTGLLTVILIFMFIIMIKFLEKKSISLK +FLEYIPQLFTLLSVGLAFLLGNNWVINKFLSDRPKYWDMYLTHWKYGLNLQGHDNNIRDI +VFSERLPLDSGYVFGLYVGGVIIFIIFIKMISLSIRQLVKEEKIAEIVFMVSILIYSFAE +TILLDVNTNPALILIFYYSFKNWEEMKKLNNIK +>MGYG000000001_01429 hypothetical protein +MGKFFKKFALLSLLLLPMISGSYSRSFAYSNYDEETCDEYTNEMKMEVQERLKEIRESYP +LKLSRSEEFTIVLDPGHGGKDSGTSGNGLIEKKLNLDIAKAVKRKLESYGINVIMTRDED +LALNKKLELSERAAIANELGAELFISLHNDSGGGDGAHVIHSIKGGLSKILATNIANSIK +DNTIQNLKKYNPVWSRSYVNDKGETVDYYGVIRMTKMPAVIVEHAYLDNAKDIEAVNTPA +KIESMGNAVAEGIYITIQENFGRWEEQDGNKYYYDHNGVMQTGWLKYFDGNWYYFDRDGI +MQTGWEKVDGKWYYLRPSGVMVKGWERIDGKWYYLKSNGEMAIGWERVDGKWYYLKPDGE +MTTGWEKLNGKWYYLRKSGVMAIGWENVDGKWYYLKSNGEMATGWEKLNGKWYYLRKSGV +MAVGWEKIDEKWYYLKSDGSMVKGWLDLNGKRYYLKDNGEMVTGKIKIGNKTYNFDSSGA +LIK +>MGYG000000001_01430 hypothetical protein +MSIIESAIKLSEVVQSIAREKGISEEEAWTEAVKVYREEYENIKK +>MGYG000000001_01431 putative cysteine desulfurase +MNYRYLYDGIDDQIKLSDGTYITPINFDNGATTPPLKSVTKIISDNIKNYGPIARGVGFK +GEYCTMMFGQARAIILNFFGLGSVNSHTVIYTKSDTEGLNLLAKVLIKDKNDMILTTRME +HHANDLPFRNVGRMVYVDVDELGRINIDDIEKELIKANGKIKIVTVTGASNVTGYVTPIH +DIARLAHKYNALIIVDGAQLIAHTKVDMNGSCKEEEIDFLTFSAHKAYAPFGSGAVIGKK +EYLNEYDPFLAGGGCVAGVFDDNVIWSGIPERYEAGTQNFFGVIAMAQALNDLQNIGFEN +IQDHEVNLKNYLINNMKNINNLILYGDTNYTDDRLGVISFNIKDRNYEEVSIKMATEKGI +SLRCGKFCAHPYVYRLLGVSDCDAYRDIVSGEYYYGMIRASIGLYNTMEEADIFLNYLEY +MASRRSSLCRLRKPTGRVKF +>MGYG000000001_01432 hypothetical protein +MVIKSGVLDAGKYEDPNYGNEETFNSENDYYENYNKNDSYGEYINDPDVVLSGQEILDLY +QNTNKDILEYKIIEPNEYYVESTFNTFEHYEGMVARQIVGDKKYGQILYPYSYDSYLNDI +TIQKETAMYLISQVLPSDAVEERVLVNKSYGQECIVYSSSKGTFVVRMLRNQYFNNTEPY +YNEDEIVDLKYFKLIE +>MGYG000000001_01433 hypothetical protein +MKEKFRSGLGMLYVIYVTLLVVILDKSVQLGLLGSNNFATQIFEKMNYTTEIGKGSTLFF +IIFFAMFFYITKSNIDEIITYEDDNIENKINQKLIVYKVLVVLTIIIGTYIIIASKDEDI +FYTTIFLTIDSVLIYYTKKGYFMSYMYNRQMQWYKQINSEDTHEDTHRWRRKRKFNGYVK +VNSKHRYMHILEYIPTIIIAIIFIVPDVLPIRLFMGYILIMNIASIVECLFSLYTKTTGI +CTSVVENSREGNHTYSIVVTDYENKTEKKFSVNQLFNICEMDKVEVVYGIFSKRCLLINN +IVNKPRKNLEVLIFLYLYS +>MGYG000000001_01434 hypothetical protein +MKVPNKIISSILAIGIITSTSLAYQSTNVSKTSQESIGTSETTEISKEQSKTPQQVNIHM +GDDASTQVNISYTTIAGELETKVELNKVGYSKKIIVKGENTIGNADKYFHSITVNNLEPN +TKYEYTVGSGYNTYSGSFKTAPAKGSKDSFKFAFLADTQVSNETNAKAAGSTFAQLSKDL +DFLYLAGDITDKATNETQWELIFNNGGAFPTAGQNLLGNILISAVQGNHDNNTLTRHINA +PAKSGNIVYSYDYGPATFIMLNLEAARYDVDARAEQKEYLTNAVKEAKERGQWTFIGFHK +SLYTGASHITDSDVIEARQYWAPTFSALDVDVVMQGHDHVYSRGFVTSDGYNANPTSNAD +GSIINPKNAPLYMVGGHAGCLKWYSKKNYLVGTGDPLAPGYSFLDVNSTDTGSDVKKEQV +IVEFEVSENDLSVNTYMMKYDTETDSITTDKYLYDSFSVTKSVAEVENDYQASLGDVSNI +EGKKGTEFKVPMYLNNLPSDTEIRSSEIVFNIPNDLDVKDVKLNNKVIKADNWDWNVKDG +KLRVALVNLDGSPIFTNNVSSDKNIVNLTLTLKEDKN +>MGYG000000001_01435 hypothetical protein +MQKNNNKISYQKNNIMWTIFIISFFILLYFLNSSLEFNKPEDAPIGVVYEKAVVTKITSD +TLAPDPDYPYINIGKQYLDVKITSGENKGKIVSVINFVGRTDNKPVKVGTRLVVSSYDDF +ISTIIVNYNREISIYILLFIFIFVVLFLGKSKGAKSLFSLVFTMICIFFIFIPLIIKGMN +PIVSSIIIVILSTMVTMISLNGVTKKTFVASLSCILCTIVAGLIAYIFGKFNNISTFNTA +ELQDLLFVSTKTSLKVKDLLFAGILISSLGAIMDTTMSITSSIFEMKDINNNLSKSQLFI +SGMNIGKDIMGTMTNTLILAFTGSSINILIIYFMYNMPYIQLINIDLIVLEIVQGLSGGI +AVILSIPITAFAASELIGYKKTV +>MGYG000000001_01436 hypothetical protein +MINKFKRIFDKSLEFIINKKKLITSTLLILLVLISSIIIITNNSAPVLSLKSPTNEITYD +YKDEIVIPVTLNKLPDNYYPAANVAVSFNKNKLEFVGIKIGTMEAYDDYDKSKNEEPNFK +IPQWVYNTDVANQEGVIKAMYLDTTASKNAYCLDGFKKKEKDTPFQLVFKLKDSVISNDK +LALNIEEATFATISGNVDKSTISTKDNYGKLKIKNTEIKIK +>MGYG000000001_01437 hypothetical protein +MKNSNKKSKNPVAIIMYVLSILLGAYTIFTMYNSYTYISSLVAQGLVISDELQSVISYCV +GASIPYLFYAVSFWAIGYFINKINYIISEIKNYNSEYIKDDTIITDYSEDIKEEAIITDA +DDIQEYEEVIIENSNGHTKEDI +>MGYG000000001_01438 hypothetical protein +MATVVVIGGGWSGCAAAIGARKAGCEVILLEKTDLLLGLGNVGGIMRNNGRYTATEECIA +LGGKELFEVTDKYTKHKGIDFPGHEHASIYNVTKIERPVRDLVRGMGIDVRFFNRVIDVE +LDGNKIRAVELEDGEKIYGDAFVETTGSSGPMGNCTKYGNGCAMCVLRCPSFGGRVSVTS +RCGIEDMIGRRNNGDYGAFSGSMKLLKESLSEEIQRELNEKGCAVVPLPEELRNEEKLDI +KVCQQYALPAFAENIVLIDTGHAKLMSPFFNLEKLRMVPGFEGAVIVDPYSGGKGNSIRY +LSVAPRDNYMRAKGISNLFVAGEKSGFYVGHTEAICTGSLAGHNAARYCDGMYLLQLPTN +LLIGDFIAYSNIEMHKEDGDMKRFTFAGSIYFNRMKEKDFYTTDVDVIRKRVKDVGLEGV +YNKKIII +>MGYG000000001_01439 Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit +MYRGNNKICVDCGSQYCPCHLAYTGDCIKCSLIRGEKTCDCVWQGICVYNEVQHSNEKLV +NERKEYSCDILEKSEIAENLFLVKIKIPKNLVKHLCSPGAYVLLKSKNRESAIFNTPISV +MNVDAENSILEVVIKQVGIKTKTLLDFEDVIVKGPYFNGIFGVDKICKTKNSNCLVGLSG +LSQVNSINVVRKLLENKNTVEVFINKNSIILEEVTEKLNNLGVNIHIIDIEEDKNFIIDY +IKRNNVSLVYSGGYNPFNKYMKELVDSINKDIALAIANNNLICCGEGICGACTVNLNGER +VKSCKAQINSRNLLGIL +>MGYG000000001_01440 hypothetical protein +MVNTFLFSKDHLTVLFFFALFLYFSPKLTKNLLPYSYIVEKVICILMILEIVFEQAFIIS +VKDYSTLSSLPIDICRFAEYICIAILFFKQYQLFNVYFSWSLVCSIGDLIFFKYVPYNFP +NFLHLAYIFSNVLLLYANVYMVQVRKFKLNKHALIDNLLACGIYFSFIFLLNKLMGAHYV +YSFSSYNILSILIFAGLTTLVYIPYYIFNRDESSFN +>MGYG000000001_01441 Aldose 1-epimerase +MKYTKNILKVIDDKEIISYNVSGENGFEFEILNLGGVITKIITPDKDGNLENVVLGYEDI +ENYIKNPFYYGGLIGRTAGRICDGKVVIEEKEYNLNKNYNPHQGHGGDIGFSHKIWDVDV +IEETENITLKLKSKSYDNEENYPGNLDVVVSFKIYEDYKIEEIYEAVSDKTTLVNMTNHS +YFNISGNIKRPITEQYLKVDSNNILELDNTCVPTGKIVNVENTPFDFRTIKRVGKDIDDE +HEQIKMGNGYDHVFLLDNGNNIYIEDRESKRAMSITTDQDAVVIYSMNSDDVLEAYTGEK +PKKRFGICFETQAPPIGRNMCFIEDSILNKGEKYTQKTIYQFLVKN +>MGYG000000001_01442 Galactose-1-phosphate uridylyltransferase +MINIYREFERLVNYGLKHNLFEKEDKTYIRNSLIELFKLDEYIFEEVEDENLENVTPILD +NILDYAYEKGILEYNSPVYRDLLDTKIMSLLMPRPSEVIREFNCRYKDNKKSATDYFYNL +SKACDYVRTDRIAQNITWKTTTEYGDIDITINLSKPEKDPKAIAAAKNMKSSSYPKCLLC +KENVGYAGRVNHPARQNLRIIPFTLQDEEWNLQYSPYSYYNEHCIVLSSKHEPMVINKNT +FDRNLEFVEKFPHYFIGSNADLPIVGGSILTHDHYQGGRYEFAMSKAEDIYKFEIKGYED +IKISIVKWPLSVVRISGEDRHKLSELAEKILNHWRGYSNEEVGVYAYSGDTPHNTITPIA +RKRNDKYELDLVLRNNRCDDNHPDGIFHPHKELHHIKKENIGIIEVLGLAVLPARLKDEL +AQIKECLLDDNKASKVEEDERLKIHLDWFNEIKSKHNNLNEDNIDTIIEDEVGSAFAKVL +EHCGVFKWNEDGKKAMRKYMNDVKSYTESL +>MGYG000000001_01443 UDP-glucose 4-epimerase +MILVCGGAGYIGSHAVRQLIDRNEEVIIVDNLETGHEDAIHPQAKFYKVDIRNEEELDNV +FTENKIDEVIHFAANSLVGESMSNPLKYYNNNVHGTEVLLKVMIKHDVKKIVFSSTAATY +GEPNNIPIIESDLTNPTNAYGETKLAMEKMMKWADVSHGVKYISLRYFNVAGAHESGEIG +EDHNPETHLIPLILQVPLGKREFISIFGDDYDTHDGTCIRDYIHVTDLADAHILAVHKLR +EGSNSNIYNLGSGNGFTVKEMIEAARKVTGHPIPAKVYERRAGDPAKLVAASQKARTELG +WEPKLENVEAMISSAWKWHQNHPDGFLK +>MGYG000000001_01444 Galactokinase +MKNNMIEMFTKVYGDREGIRVFFSPGRVNLIGEHTDYNGGNVFPCALSFGTYGAIALRDD +KTVRMYSENFKDLGIITFDIDDLKNEEKHDWANYPKGVISVLLNHGYDVKQGFDMVVFGN +IPNGAGLSSSASLELLMGVMVDKIFNFNIDRVELVKYCQESENKFIGVNCGIMDQFAIGM +GKEDSAILLDCNTLDYSYSKVDLKDEVIIIANTNKRRGLADSKYNERRSECETALSELQI +KLNINSLGELTEEEFENNKYLIKNDIRAKRAKHAVYENQRTLKAVKALQNNDIETFGKLM +NDSHKSLRDDYEVTGKELDTLVDLAWKHEATVGARMTGAGFGGCTVSIVKKDMKEDFINT +VGKGYKEIIGYDADFYVANIGDGTREI +>MGYG000000001_01445 Choloylglycine hydrolase +MCTALTIATSNGYHLFGRSLDSSHNFNLTVHFIPRNYIWKNVITNKTNNIKYAILGMGII +SDGHPLIADGFNEKGLACAALNFPDYTSYNKDLINGKINIGPYDLILWILSNFEKVSEVK +NALKNINIVNMPFSKSTPIPLIHWLVYDKDDNCIVIEKIKGKLKIYDNKIGVLTNSPTFD +WQITNLRQYINLTSTQPEEVMWHNQQLTPLSNGIGLTGFPGDFSSVSRFIRAAYLKSHVD +VGDDEVSGVTTLFKVLDNTAMIYGSVITSKNLKFKTFYKSSMCLEKGIYYYNTYNNNQVT +AISMFNEDLDTANIKVFPYRNTQSIYSEN +>MGYG000000001_01446 Choloylglycine hydrolase +MCTGLTLTTNDGYHLFGRSMDIEYSFNQSPLFIPRNFTWNNTVTKDTNTIKYAILGMGTM +LEGHPMIADAFNEKGLACAGLNFPGYASYEENIMDGKTNIGPYDLILWVLSNFEKVSEVK +EALDNLNIVNIPFTQSTPLPTLHWIVYDKNDDCIVIEKVKGKLNVYDNKVGILTNSPTFD +WHITNLRQYMGLTSTQPPEATWHKQELIPLGQGLGLCGLPGDFSPASRFVRTSYFKSHIA +LNKDELSGVTAFFHILANVSMIGGSVVTPANLNDITLYKSSMCLEKGTYYYNTYYNNQIT +VINMHNEDLNATEVKVFPYRDAQSIYYEN +>MGYG000000001_01447 hypothetical protein +MTIYTVALISPLVQGATLAGAVYNLVVVTIGNMIGGALFMGVGAYILGS +>MGYG000000001_01448 Nitrite transporter NirC +MVKIMMGVSFVVALSLVIMTGTELFTGNNMVMTEGSLNKGISSKDMCKVWIYSYIGNLLG +SILVAVLFVGSGLVSQGPVMEFFATTSIVKSSDPFMQRIFRGILCNILVCVAVLCSFRTS +DDSAKLIMIFYIYLHL +>MGYG000000001_01449 hypothetical protein +MHKETLDKLTNAAKNKINMFNNSKVKHLVLAAFEGYM +>MGYG000000001_01450 Anaerobic sulfite reductase subunit C +MWCLCEKCEVLSMGALKKENYKIVRAHYKCIRCGECILNCPTSVWTRDSKKYHILAIMGS +TGKKNPRLAEDFLLWSCEESIIKIIINTYKYVIEYIDLNALGGKEHMDYIVDRTGFMEFK +KWDLDGVELDDIAKVSENIYWSGIRY +>MGYG000000001_01451 Lysophospholipase L2 +MNNTINDLIYIDVFFKGKNELHIYYKSYEVKNSIATIVISHGFCESVEKYSEIISIFNKN +GFSVYALDHRGHGKSGRLGVDKNQVNVEKFDYYVEDLRDFLDTIVVPKLNNNKLFLFAHS +MGGGIGALFSEQYNKYKFKTI +>MGYG000000001_01452 HTH-type transcriptional regulator LacR +MATLKEIANAVGVSVGTVSRVLNNDSSISVGDDTKIKIFEVAEEMQYKTLKQRKTHSKIK +TNKRRVGIVEMYNYSEQLQDPYYLLLRSVVEKECFDNGIEVVNLYKTEDKYKYIGNEVLS +GIIAIGKFTKNEISMLNESCDNIVFLDSSPDEQKYDSVKVNFRLGTYKALDHLIQLGHVE +IGYIGSSKTPDDYREKTQDNRLKFFMEHMKSKGLYKKEYILDIKEMTAMDGYKATKDFIK +NNENMPSAFFVGTDTIATGVLKALYENNINVPNDISIIGFNDLIASQHTIPPLTTVRVHI +EHLASASVDLIMERINKHRKYSKKVIIPSELVIRDSTKDVKVKLD +>MGYG000000001_01453 hypothetical protein +MHEKNLAQLLMYDIELFNNLIKNINRERATINKILTERQFFVLLKIYNCKKMELKNLSKE +LNVSTSSLCILLNKLVDQNYVYREEDRRDRRNTFYGITEIGEKIINDEMKQISSILESKF +MMLSVDERKIMIESLQNIKRIAKKFVIIDK +>MGYG000000001_01454 putative spore protein YtfJ +MRATGSIQSLMETTLETIKGSIDANTIIGDPIQTETTVVVPISKVTIGFGIGGGEYSKGY +DNRNGIEINNEKKDTNFAGGSAGAISVQPVAFVVVEDGETRLMSLDDNINLVDNILAITP +RVIEKIQKMNKEKCNKNSNHK +>MGYG000000001_01455 hypothetical protein +MKHNEMFSLYFFIAIIILVLFIIYKSRLNIIISIDIDNNTKLIKLNIKYLFNLLNIKIQL +YPPKKSIGKKVGIKNKKVKEKVKKRKKYIFTDDILRIYKIANNIRIKELYSNISFGNKNI +YFTCFIFVFINTIYGNLSSLINAEKIYLNVVPNFLENYINGRVKIHISPKIEDLLKLAMA +FIKIYRKNKDGDHNESNRVNTKSYGDNA +>MGYG000000001_01456 Segregation and condensation protein B +MKREDIKHIIEAVMFAYGEPISIKELNSIINDELSPKEIEYMLHSLKEEYRDNNRGIQII +KLESKYQMCTNKQYADYIKKVLEPKRKKTLSQATLETLTIIAYKQPITKVEIEDIRGVKC +DKVLQTLLENDLIREAGRLNRIGKPIIYRTTDEFLKLLNIERLEDLPPIENYETIEIQQA +NE +>MGYG000000001_01457 Segregation and condensation protein A +MKYNIHLQVYDGPLDLLYDMISKQKIDIKDISITEITKQYLSYLEMLDKMDLEITSEFIT +MASKLLQIKSRYLLYKQKDDEEEEDPRLELMEKLEEYKKYKLAAEDLKSNVTDLSEVFYR +KKEEIIIDEKIDLEDISIDAIKMILPHILKVKTSEETESKDDRLNKIVKGRIVSVEEKMV +YIRGIIKEKEQVHFTNIIEDCDKNEVIATFLSILELIKAKEITVEQDIFFDDILIKRSSE +>MGYG000000001_01458 hypothetical protein +MNFLSNILVYLVAIAIALSVHEFGHALAAYLLGDNTAKAYGRLTLNPARHVDPVGLLTLL +IFRIGWAKPVPVNPNNFKSYKWGNVIVSLAGAVGNIIAAIVALIIAKNSHMYAIYTIAST +TAAFNIGFAAFNLLPIPPLDGWGVVSAFIPLKWSEFVYKYESYGQLILLLLIFTKTYMII +YAPIYGVIVNIVGIFL +>MGYG000000001_01459 Serine/threonine transporter SstT +MKKKIGLVPKLIMGIIAGILIGQFAPEFLVRVLVTASSLFSSFLKFVIPFIIIGFVTAGI +ADLATGAGKLLGVTTGIAYGSTVIAGLIAFTVASVIFPSFIDPSVANSIGDPEAGMLSAI +LSIPLNPMVDVTAAIVFAFTMGLGISALRNNGKGETLFNLFQEFQEIVTKTLSTVIIPLL +PIYIAGTFANITYAGQVWNILGVFWRVYLIVIPLHLIYLVIQFTTAGAISKKNPFVMLKN +QIPGYLTAVGTQSSAATIPVNVSCAEKNGVSKNIREFCVPLCATIHLSGSIISVTSFAVA +VLMMNGMDYSITTVLPFILMLGIAMVAAPGAPGGAIMSALPFLPMIGIPSDGGLASLMIA +LYLTQDSFGTAANVSGDNAIAVIVDHLNNKWSKNEKTKKTV +>MGYG000000001_01460 D-alanyl-D-alanine carboxypeptidase DacF +MKKLSSIILAIILIITPANLAFANNDNSNINISSKSAILMDVGSGQVLYEKNAHEKLPPA +SVTKVMTMLLICEALDSGKIKIDDQVQVSEIASSMGGSQIFLEPGESQTVDTLLKGIAVA +SANDACVAMAEYIAGSVESFVDMMNSKAKDLNMKDTHFANTNGLPVDNHYTSAYDIATMS +RELLKHYVISKYLTTWMDSVVVGKKQTSIGIANTNKLIKHFQGATGVKTGFTQQAKYCLS +ASAKRGDTHLVAATLGAETSPERFKDASSLLNYGFANYESVKLCSKDDKISTLTMEKAES +DKVSLVAKEDLTVLIKKGDSKEFTKKIKVYEEPKLPINKGTALGMVEVYKGKDLVGKVEL +VNNKDVNKASYLKMLQRVIDNML +>MGYG000000001_01461 hypothetical protein +MSYKIINKNARIALKQVKFEIAADYGMNHEDVFDIIENAKSNGVLSNYFINLENKRDLEI +NMCNNLKQTITTHLE +>MGYG000000001_01462 hypothetical protein +MKILIMKIDLRANWVHSLKEKRMIVKSIVKKLQNTFNISVSEVDNQDLHHRITIGISKID +LNSSQCNSSMESIISFIEENTDAEIIGIEDEIVNY +>MGYG000000001_01463 hypothetical protein +MGVYESATSLASEIKKSKEYKDFQKSMQEVRADEKSENLLKDYKMSQMGLQSYRIQNKSI +DKKTMKRIESLENKIKNNKKVYNYLKNEEKLIKMMNNINVILSDAVENDYK +>MGYG000000001_01464 Ribonuclease J1 +MQLFKKNANKIKVAALGGLNEVGKNMTVIEYKDEIIVIDAGLSFPEDEMLGVDIVIPDIT +YLMRNKDRIKGIFITHGHEDHIGALPYVLKKLNVPVYGSRLSISLIQVKLKEHKLNNVKL +NVVTPRQIIKLANMDIEFIKMNHSIPDAYSIAVHTDQGIIFHTGDFKVDLTPIDGDVMDM +HRICELSQKGVLLMLADSTNVGKPGYSMSERTVGTGLDDLFRKGCDSRIIVATFASNIHR +LQQIVNMAAKFGRKVAVSGRSMVNVVGVAKELGYLEIEDDMLIDLNDISKYQDNELVIIT +TGTQGEPMSALARMATAEHKKVEIRRGDLVIISAHPIPGNEKLISKVINFLFEKGAEVVY +NDIADIHVSGHACQEELKLMHRLVRPKYFMPAHGEFRMLKRHAELAVELGMPENNVFVMQ +TGEVLELDKNSAGVTNRIPTGNVLVDGLGVGDVGNIVLRDRKHLSEDGLMIVVVTISKED +GKVLAGPDIISRGFVYVRESEDLMDGAKNVIKDVLVECEENNIKEWAYLKNNIKENLKEY +LYQKTKRNPMILPIIMEV +>MGYG000000001_01465 hypothetical protein +MRGRTHCTIGILASIQASLIFKIPISIFSIIISAIFSLLPDLDEPNSTISDLFFKKNISK +FLYKLLIYLINILIFFFSIKINNNFYLSSIITFASIFIIESKLTHNFLRKLFLSLIFLLL +GVCLYLVNTKFYIVLFVMLLAIFPWLKHRGLSHSIFAIIIIYILLKQIELLTNIYNLSFW +GTISYASHIFLGDIFTRQGVPLFYPLIEKKISLGNLKVGGYFSNLLEILLIISLVFLIIY +SIIKI +>MGYG000000001_01466 Ferric uptake regulation protein +MKNVMDELKDKLKETGFKITPQRRAIIEILLKHENEHLSSEEIYDLVRVDCPEIGLATVY +RTMQLLDDINVISKLNLDDGCVRYEISLNEEDCHHHHHLICSKCNKIIEVKEDLLDSIER +EIQSLYKFKIVDHDVKFYGLCEECNKDISPE +>MGYG000000001_01467 hypothetical protein +MQENIINLIDENGVESQFEIILTLEAEEKEYAILMPVEDEEAEEALIFRIDQDEEGEILV +PLENDDEYETVVAVYNAIMEEEGLNFDEDEQ +>MGYG000000001_01468 Putative pre-16S rRNA nuclease +MLSGRIMGLDIGDKTIGVAVSDLMGLTAQGVKTIRRVGKKKDIEELKAIIKERQVNKIVS +GLPKNMNGTLGPQGEKVLKFCELIKEETGLEIEFWDERLSTVAAERSLIEADVSRQKRKK +VIDMLAAVIILQGYLDLKGN +>MGYG000000001_01469 hypothetical protein +MKKKIASLLMTIMVLVCSIPSNSFADENKRTIFINMDRTSLENMLEIPILKEELGKRGYI +GLMNIRGDKGTDDKRSYASIGAGRKANVAADEYINFVENTEVNSKIYESSVGEKPKAIND +ITINMSLAASKNGEYGATLGTLGQTLSDNNVNYSVLGNADMQINDQLVKNRNIGLLAMDN +YGRIPSGNIEGLNIEDPSMPFGIRTDYDTLITETNKYYNNSDVLFIELGDTYRLDNYRMN +LNSKTLEQMRSSIYSNIDKYLREVLSMVDEDDVIYIASVFPNELDYKNKRRLSPVIKLSG +DGKGILASSTTRRDGIISNIDLSVDILNEFGLSNELMSGRVLSFIDQDDNIDYLSHEYDK +IVSISKTRSDIINTFVIIIAASWVIGMLAVFARNKIPYKEKVFTVIKELVKLGIIMPLAF +LVAPLVNYRTEFSIGTTIIISTLVLYVLGKVLFKDDIKNMGFFAFLTIMIIAIDSVFGTY +LMQNNIMSYDALIGARYYGVGNEYEGVTIASAIFGFSVLLNYKKIPKWLAAVALFIILIT +SAHPAMGANVGGAISESIGYLLFVMLIFDIKIDFKKIIILGLSAVAVVGVFALFDLVSGS +QSHLGAFVNQILSEGPSAIISTFARKIHMNIKLAQTSVWVNILLAGIAVIGVLIFRPSEH +FKRISSKYPIIFKGFIASMVGCVVTLLVNDSGIVAASTASIYILIPIIIMSINMIIFEDE +K +>MGYG000000001_01470 hypothetical protein +MKKDLDYTVKFECVSEEKMSVGDTIDFVYKALIEKGYDPINQLIGYVLSGDSSYITSHKN +ARAIIKRFERDEILEEVISYYVRRK +>MGYG000000001_01471 Alanine--tRNA ligase +MQKMGLNEIRSKFLNFFESKGHYAAKSASLVPHNDKSLLLINSGMAPLKNYFAGVEVPPS +KRMTTCQKCIRTGDIENVGKTARHGTFFEMLGNFSFGDYFKRESIRWGWEFVTEHLNIPE +DRLWVTVYEEDDDAFDIWSKEMNFPTERIVRLGKDDNFWEIGTGPCGPCSEIYFDRGEAF +GCDNPDCKPGCDCDRYLEFWNHVFTQFDRDEEGNYGQLEHKNIDTGMGLERMACIMQDVD +NIFEVDTIRHIISSIEKVANVEYGKDAKTDVSIRIITDHIRAVSFLVADGVLPSNEGRGY +VLRRLLRRAARHGKLLGIKENFLYKLVDEVIKVSGEAYSELVEKESYIKKVIRIEEEKFN +ETIDQGSEILASYIEDLKKNNSKTLSGENAFKLYDTYGFPIDLTKEILEEVGLDLDEEAF +NDEMNKQRERARSARGNMEGESWKEDPLSKLDESAASSFEGYNDLSLVGKVNAIVMNDEI +VESAKEGDKIAIVLNQTTFYPEGGGQAGDCGILSNDNVTIEITDTRKGANNTIKHIGFVK +SGEVKVNDELTTLVNKEVRMASARNHTATHLLHKVLKEVLGEHVNQAGSLVNAERLRFDV +THFEAISKDELKLIEEKVNDAILASLEINCENMGINEAKEKGATALFGEKYGMEVRVVSM +GDFSIELCGGTHLKNTSQVGMFKILSEGGVAAGVRRIEAITGKAVYEYLKERDAVIADVC +ITLKAKEDNLTQRATQLVEENKSLAKDLHEIKAKMSLQSADSILDSKVEINGVNLVTAKF +EDMDMNTLRETADSLRDKLGSGVVVMANVVDNKVNFIVTATKDVLEKGIHSGNIVREVAQ +IAGGKGGGRPNMAQAGANDVTKVEEALNYAGEVIKSQVK +>MGYG000000001_01472 tRNA-specific 2-thiouridylase MnmA +MSKKKVMIGMSGGVDSSVAAYLLKEQGYDVIGVTMKLWQDDEDDDIIENDGGCCSLAAVE +DARHVAQKIGIPFYVLNFREVFKEKVIDYFIDEYLEGRTPNPCIACNKHIKFDDFYKRAR +QIGCDYVATGHYAKIEKDEETGRYLLKKSVTDKKDQTYALYNMTQDQLEHTLLPIGDYEK +DRVREIAKELGFDVHNKPDSQEICFVKDNDYAGYVTKHANKRIDEGFFVDTKGNVLGKHK +GIVHYTIGQRKGLGIAFGKPMFVVDIDPVKNTVVLGSNEDIFKHELIAHDVNLISIDEIK +EPIRVQAKVRYSAKPSWATVHNNGDGTIRMVFDEAQRAITKGQSVVMYDGDVVVGGAIIT +KSL +>MGYG000000001_01473 hypothetical protein +MRCIIEKCIMEDIVDNFDKDILIKLENNLFAQKLVC +>MGYG000000001_01474 hypothetical protein +MIIYNRGADENDKEFEYRILKNNIMINNLKPGEHLMSEVNLSKKLNISRANIREAIVKLR +NERLLDVKP +>MGYG000000001_01475 Alpha-xylosidase XylQ +MSIRNFKFKFVDKKNHIVSFSCEDIVAKVLVLEEDILRVIIHKEDGLKLDKTWLVAPGME +DIPFEGRDRFDTTGFSLPEFKVKEKDDFVTIKTSKVEVVVNLLDFKITWYFIDGDKRIEF +MKDRQTQAYNFKGELGDGIYHYINRNRSEQYYGLGEKAGNLNRYGKRYRMLNIDAMGYDA +ENTDPLYKHIPFYITRNEETDLCHGIFYDNMSNAIFDMGQELDNYHGHYKYFYSTNGDLD +YYVIAKNDIPSIVKTFSWMTGKTIFAPKWSLDYSGSTMTYTDAPDAGEQLKKFVDLCEEH +DILSGSFQLSSGYTSIGDKRYVFNWNRDKIPAPEKLTQYFHEKGLRLCANIKPALLLDHP +KFEELKEKGLFIVEEDSKNPYLCQYWDELGAHLDFTNIETINWWKEQVTKQLLEYGIDST +WNDNNEYEIWGKSKVFGFGKEIDLELVRSIMPLIMMKSSFEAQKEFNPNERPYLISRSGC +PGMQRYVQTWSGDNYTSWKTLKYNIKMGNGLSLSGVYNHGHDIGGFSGNSPEPELFVRWV +QQGIMYPRFTIHSWNDDKTVNVPWMYPEYTQTISNLLKQRNRIVPYLYDLLYKAHNNYEP +IITPTLYNFGHVDKKTFEENDEFMLGDSLLVACVVNKGDRERTVYLPKNEFGWYDFNTHK +WYKGAQTVTIPAPLEYSPVLARGGSIIPINDAEITFNTKENDERAFCIFPPKGNSTFEYT +CFEDDGITTDYENEHLVYKFNVITNDYEIIVNLETEGKYKPSYDKVAIYLPNGETRALKV +NDKVVIKENDKYVLNK +>MGYG000000001_01476 C4-dicarboxylate TRAP transporter large permease protein DctM +MNFAMITGTILLIACPILLLIGVPIAISIAVASVFAVIAALPIDSSLITSVQRIFTGMDS +FSLLAVPFFILSGVIMNNGGIALKLVNFAKLFSGRIPGALAQTNVLGNMLFGSISGSSVA +AAAAIGGVLNPLEEKEGYDNNFSAAVNIASAPTGLLIPPSGILIIYALVSGGTSVSALFM +AGYLPGILWGLAVMITAYFIAKKNNYPVAEKISFSDKVKVFLEAIPSLMLIVVVIGGITI +GIFTATEGAAIAVAYCFILSFFFYKSITLKDMPQILLESGKMTAVIMLLIGASSVMSWIM +AYTNIPNLITNLLLGISSSKIVILLIMNIMLLIVGTFMDLTPAVLIFTPILLPIAKNFGM +DPIHFGIMLITNLAIGNITPPVGSALFIGCKVGNTRIEEVMKYLMPFYIAIIVVLMLVTF +VPDVSLIIPKLLGLI +>MGYG000000001_01477 Sialic acid TRAP transporter small permease protein SiaQ +MLSLKKKLDKAIEVFIMILLAFMVIVAIWQVSSRYVFNSPSTISEELLRYSLIWLAMIGS +AYMFGLREHMSITFFVEKFGEEVVRKLSILSEVIIVVFSLFVLVYGGVNITLLTMKQVSA +ALGISMGYIYLVLPLSGILMIFYGVLNILNLIKEKDTVKSNS +>MGYG000000001_01478 Solute-binding protein +MKLKKLGILFSITMSFMIGGCSSIGGDNNVVHMKLAHNMSEDHPIHKSLCEFERLVEERS +NGSIDIEIYPNGVLGSEREMIELTQTGAIDIAKVSTGALESFEKQYTTFGIPYIFDDLEH +YYSVMDDRSLMEELYNSTDESGFIGLTYYDSGVRSLYTTSKAIMKPSDLKGLKIRVQQSP +TAIKMIELMGGAATPMAFGEVYTGLQQGVIDGAESNETALTTNKHGEVAKYFSYNQHTIV +PDLTIMNSKLYNKLTEEQQNIIIESAIESTAYHKEVWNDSIESAKEEAKAMGVNFYYPDT +KPFQEAVMPLHEEFKKDPDIKNMYDKIRSKVN +>MGYG000000001_01479 HTH-type transcriptional activator RhaR +MEKKIIKQKTYMYMPEKDYAVYYYEDKVLPEIPFHYHEFYELLFFVDGNLDYIVGDNIYH +LEKGDLLIIPPGVFHNPIIHNFDIPYKRFVLWISVFAINKIFELDEDAAMFTKESVENSY +LFRSKGHISATLQVSFRTLFESFEGKQICYKSEGYSIITQILILYNRELYNSSKNIIEEP +KDTLISNILKYINANITEDLSLDKVASVFFINKYTISHKFKDVMKISYYQYVIQKRLSIG +KYNLLEGMPVSKVHKSCGFSDYACFYRAFKKEYGFSPSKLKEVHREYMNIE +>MGYG000000001_01480 Iron-sulfur cluster assembly scaffold protein IscU +MQYSDKVMDHFMNPRNVGQIEDASGVGEVGNAKCGDIMRIYLDIDENQIIRDVKFMTFGC +GSAIASSSMATEMVKGKSIHEALEVTNKAVAEALDGLPPVKMHCSVLAEQAIKSALIDYA +KKNNIHIPELDGVVIDDDHDHHHDIEEDEE +>MGYG000000001_01481 Cysteine desulfurase IscS +MEKRRIYMDYSATTPVKKEVVETMMPYLTDYFGNASSFHSFGREAKEALDKARSQVASLI +NANPNEIYFTAGGTESDNWAIEGVAFAHRNKGNHIITSKIEHHGVLHPCEYLEKHHGFEV +TYLDVDSEGRVDLEQLKNSIKDTTILITIMFANNEIGTIQPIKEIAEIAKEHKIIFHTDA +VQAAGNINIDVKELGVDLMSMSSHKIYGPKGIGALYIKRGTKLHTFVHGGAQERKRRAGT +ENIPAIVGYGKAAEMAKENMDNHIETLTKLRTKLIDGILERIPHTRVNGSLTHRLPGNVN +FGFEFIEGEGILLLLDMLGIAASSGSACTSGSLDPSHVLMAIGLPHELAHGSLRLSIGDF +TTEEDIDYIIDNLPKVIERLRSMSPLYETFVREQGQLNK +>MGYG000000001_01482 HTH-type transcriptional regulator CymR +MKLSTKGRYGLKAMFELSINQSQGPVPLKVIAKKQNISDQYLEQIFSTLKKSGLIKSVRG +AQGGYLLGKDAKDISVGDILVVLEGPVSLSECVLDEDICENSGTCVTKIVWEKLKKGIED +VINSITLQDMINDYDKNRLLEHDITNLISRR +>MGYG000000001_01483 hypothetical protein +MARVRSPNRDKAFEIYKEYNGNIANREIAKILDISEKTISGWKAKDKWNEKLNGVLQKEI +RSTPKEKRNKGGQIGNKNATGPPGNKNAVTTGEFLILWKKMN +>MGYG000000001_01484 hypothetical protein +MEEDELNLIKNIEIEKRRLLEQEIQLLTIRERRMLKRIENLKEKDMTIVSVKSGTEKGMD +TELNEYEGTLGQIQNIEEALTRVQDKKQKAIDSLHKFEIDEQKLELTVMKLELEIMKQGG +QDEKVEDDGFMEALKSEVGDTWDD +>MGYG000000001_01485 hypothetical protein +MIKDRINKLKEKVSKMKSCRGSTVKKATIKFSTFSKKQKKVLTWWLPNSPVYDKDGIIAD +GAIRSGKTISMSLSYSIWAMSNFNGQSFGMCGKTIGSFRRNVLFWLKLMLKSRGYKVEDK +RADNLMVVSKGDVTNYFYIFGGKDERSQDLIQGITLAGCFFDEVALMPESFVNQATGRCS +VDGSKFWFNCNPDGPYHWFKTNWIDRREEKNILYLHFTMDDNLSLSEKIKKRYAGMYSGI +FYKRYILGLWVVAEGIIYSMFDKEKHVVKASEYQYKEYYVSCDYGTQNPTSFGLWGKTFD +NKHIMIKEYYYSGRTTGVQKTDLEYSKDLKEFTKDYKIKYVILDPSAASFKAQLIKDGFK +VIKAKNSVLDGIRLVASLLTELKIFFDESCYDTFKEFSSYIWDDEACKKGEDKPVKEHDH +SMDQIRYYCNTIIGNRSKAKKILKR +>MGYG000000001_01486 hypothetical protein +MNVMAINNIINMELQGLFPKDRLQEMNEIINYYKQYEGEELDWIKTTTDYVATEKKTNYI +KKLIDEEARFMFSKPPYFNINVEGNEDAEKKLNKYLRRTLKKNLFNNDIIKATKDFLIGK +RIALKLVANKVTNKIEIAFIPSLEFIHVPKIDNVKELEQIIFCYQLEEDFSREKQKFWKQ +KYYMNKGYCYVDEAIYDGTGKVIKVIKDNENTKLPFIPCYVIMNDALIGDTKGKSDVKPL +VENQKAYNQLTSEDIDTIIKGMNRIIYMLNVDDDSIMEDDGKVKISYKAGSVWNLEKDRQ +ASDSDKAEVNTIGSDFAYDQRIENALDRILSDMHNSLSIPKLNTEDLKALTSAKAIKAIY +QQFTSCIEEKMTSWTPMLEWMVEAIIEMSRIYGIGNLPNTDIEDIEITVQNQYPLPSDEY +EEKENDMKEVNTQVMSKKKYIEKWQNVPSDIADEELKQIALERQILEESYMNMGAE +>MGYG000000001_01487 hypothetical protein +MAIDSFNGLMQDVEFKRNNLTNSTIKKIRKLYKNIANDYMKRLGKVNKDSLEARYLEDSV +KYLQEEYERLGKEFIKDLNKNIEIIIEETTSTQLSFFEKICDEYSVDLKPHFTQMFTKIH +EDVLREVITGEMYKDKIKLSNRIWNDINKTKSDLEYILSEGLAKKKSVYNLAKDLEKYVN +PKSAKDYDWSNIYPGTKKKIDFNAYRLASTYINHAYQYAAKKSCIKNPYVTKMKWMSSHD +NRVCPLCAERDGKEYTPSELPMDHPLGRCTFIYVIPKSLDEIGEELGRWSRDEEENEKLD +NWFNEYGEDFL +>MGYG000000001_01488 hypothetical protein +MKKLFISQPMRGLTDEEILKTREEIRVKAEEIIGEPVELIQSFFEDFRPIGKTPVAYLGK +SISLLATADVVYFGEGWKDARGCKIEHEVAVQYGIDRIED +>MGYG000000001_01489 hypothetical protein +MKLVEILKAQGLTDDQISKIQASMQENKVYETSLENADEEYSKMKAKKEDYEQQLNTANS +TIEDLKKNHKDNDTLQQTIRDHESTIENLKKESANKDFSYALKEALKEAGCIDYKALEVY +LDKENLKLENGQITGLENQLNPLKESKKYLFEESTPNNTGGLGNFNRNPGGGGTTESLGE +RLAKQATETNTNNHNYFGGAN +>MGYG000000001_01490 hypothetical protein +MAKIRVTDYSNRKEILKNDHYVAEAVVLTQANAATVDGKK +>MGYG000000001_01491 hypothetical protein +MPANDATAKGVVLYDVDVTNGDEVGSLVIHGFIDKSKLPTEPNSAAITALPMIKFI +>MGYG000000001_01492 hypothetical protein +MSTIYDIVKAKEIGVYYNTMQKDRAPYLGETLFPLNKKLGLDLKWIKGSKGMPVALKSSG +FDTKAELRDRIGFSDVQTEMPFFKEAMLVKESDRQELNKLLGNPANQPYIDLVTRNIFDD +VTTLLEGALVQLERMRMQLLSEGKIAIMAKGIDGVAKPMDYDYNLAGEQKVSTDWTKADS +NPVEDILKWMDDAEDRTGSRPTRAICTRKTWGYLLNNQNVQGELKALGQGNVTITNKMLE +NYLLDKLNLRVAINSKKYKSEAGVVSNYFKDDVFTLLPDGTLGNTWLGTTPEESDLMSGA +TDAEVNIVNLGIAITTTKETDPVNVKTKVSLIGLPSFERADEIIIANVNTPS +>MGYG000000001_01493 hypothetical protein +MGEIQELKLRLREESSPFFTDEELHYYLKKNNNDLDKTTYECLLLKAEDDSISLPGGLQL +ANNSKYWLRLAKQYKPKKRSFVL +>MGYG000000001_01494 hypothetical protein +MIANKIKPKVKKVIDKFPTYVDIYRNSKNEFGEPGGKELIYENLKGFYHEGNTQINFSIA +DKGEVKRSNQKFLMVIYNEETVKIQENDYFMLDNKKYIIKDLGNQNRLNIYFDMLLEVN +>MGYG000000001_01495 hypothetical protein +MSGFKMDISKLVNGIAEREIKTKAAIALYGDSVAKKMEAHAKSNYKWTPRSGAAHQRLNS +TSKWHGPVVRVELSHGVDYGIYLEFCNEKRYAIIKPTIDYMTPIAIKGLQNIMK +>MGYG000000001_01496 hypothetical protein +MFKEIYKHLKLKGFNVYSIGQHEGICNEPYLVIKENGESEIAGTNLSNDIVEILIYYPKG +SYSTLEDYRTKVKDIMKDLSKLRRVVNPSPTIIDDDKKAYMTSFYYRKIKQLRK +>MGYG000000001_01497 hypothetical protein +MAQAEQFALCDVVLTEIKVSGGSTHSFSTADEISCEPVIEEGEAVNLTIKNKLIASKQTP +DMVLGHDITCKDNVFTPELLADIQGGAVAKKLEKFSKYTAPNVGAMPSTKTFDFIAYVEI +VGDDGSTGDYLKYTFPNCKGSFISPNFKDGEYYANEYTIKSRPALNTSLYTVDLVSELPV +GVSKFVHPAVEALEELEE +>MGYG000000001_01498 hypothetical protein +MQVTSLEQLKNIKLSEIVELPSFEDGTPLIVEIRKPNMMQLITSGKIPNTLLNVAMDMFN +GKTGDKMQKASQNSKDLSELVKMMNVIAEASLVNPCYEDFKTTGVDLSDDQLMAILMYSQ +GGVKSLENFRKQQASTKDNQPSE +>MGYG000000001_01499 hypothetical protein +MAINAGTAIGYLDLDTSKFGNALKTAQKQLSSFSKDSLSAGQKFTSVGQGLKTVGSTLSK +AVTVPLLAAGIASAKTAVDFESAFAGVKKTVDATDTELAKLEKGIRSMAKEMPTAATEIA +GVAEAAGQLGIKTPNILDFTKTMVMLGDSTNMSAEEAATSLARLANITGMSQKDFNKLGS +TIVALGNNMATTESEITAMGLRLAGAGSQIGLTEAQTMSFAAALSSVGIEAEAGGSAFSK +VMVDMQLATEKGGKKLQQFASVAGMSSSEFKKAFEKDATGAILSFIKGLGDAESKGQSAI +GILDKMGISEVRLRDTLLRAAGASDVFSEALSIGTNAWEENSALANEAAQRYETMASKMA +MLKNKLVDIGITIGNALMPFVESLVTKIGELADWFSDLDGTTQGVILTIAGLVAAIGPML +IIIGQMSIGIGALIGFFGKAKLAITAFGTVLKTNLISTLISANMFISTTIIPALTSLGTF +ITGTIIPALTATAVTIGTVTIPVWAVIAAIGALIAIGVLLYKNWDTVKAKCSEVWNSVKE +TFFNTWESVKTSTIEAWENIKTSLSNTWEGIKTTTINTWNNIINFLSQIWSNIVTTIQPF +TDFMKEIVSMTWNFIKDTTTSIWESIKGIIESVWNFILSIINLGAALIELAITVAWTSIK +TVTTTIWEGIKQTIQAVWDFLKPYITTAVNAITTGLATAWNFIKNTAIIVWTAIRDFLVN +IFNNIKNTVTTVWNAIKSFISSAWNSIKSTTQSVWNSINSFIASAVNSIKSVISTVFNAI +KSFIQTVVNGWKNVIQTAWNAIKNVVSTGANAVKSTISRVFSTIENILTAPFRAAQSVIS +GILGGITGAINKVTSGIKKVTNMFRSIDNQQLEQENIPTRYDEVDYSKVKFSYAKARQTS +ISDVVAKNNSMIDIIKKLKGSIEYENFDTRAIMDKLEKLYGSNERSADNNSDIIITIDGR +EVFRAMSPYMGRAVRGM +>MGYG000000001_01500 hypothetical protein +MIINGKTESELNVICDKPIIDKSCYSTSEGLWNGSIVPIKSNFKETYRIFRCVFAFLAKD +NKTLLKNISKFIEEVKSCTIEYEGFLYDLQLKSKDITPDDYENAESVSLEFDVLDMYEAE +KSITTKQSTTININSPKPCYANLELSASTSVISYTVTINDTEIVVNNIKGNETVYIGSGK +VIAGGKSKINDVDIWEFPILKPGTNKIEVNRADVNLTVKYCERW +>MGYG000000001_01501 hypothetical protein +MLKINKTINLNATSEIDGQVVAYMNASISTDGNTNANINKNISNKELYDANKVAVREDMK +QFETEVYKVEDSINVELLSRKAGK +>MGYG000000001_01502 hypothetical protein +MKLTNRKIVNDSNFLGGLIHKQLPVKISYAISKNISKIERELEIYNKERQKLLDKYCVKD +EEGKNLIDENNQLKIADEHIDNWNKDLNELLDIEVDIDIYKFNESDLLNSNCEMTASELM +LIDYMIEE +>MGYG000000001_01503 hypothetical protein +MLKLFNKEHVAISALTNLKDYKIEYLLSGEDSLEFSLSIADENIHLVKEEGYVRTKYNEY +VIKAIDPTDNFKRYSCVVNIEDIKGKSIANFDTSNNITDTIRLAIAGTGWILADNNISKR +RTVRLKNTNALEVLREVRKIFRVDFRYDAINKIIYVYEQFGEDKGVYFSDELNLKSFSIP +SDTYDYATRLYCYGKDGLNISSVNNGKEYIDNFQYSNKIIELIWEDNRYTDVNSLKEDAQ +AKLDELSKPKRSYQADIVDLAKQNEEYKFLDFFLGDTITLLSKQEKFRDKQRIVKYIEYP +NNPTQNTCELGNTTLTFEELQKENEAKNSMLDAITSDNGTIDGSKVDSITTKQISDFEAS +VAKITDLTVVNAEITNLKAQNVTITGKLTAVEGEFGTLKANVGVIDKLTVTHTAQINELK +ANSATIIHLEATNAVIKNLEANVGKIQTLVNGNLSSENIQAGGITSDKLTIANGFITNAM +IANLDVSKINSGDISTNKFKIKSDDGGIEIVGATQQFKDKNNRVRIQMGQDAKGNFNFII +RGEDGTSTLIDHTGVKEKAIADDLIKNNMIASDAVGEKQINYSSFVTGFNKDTNTSTIKS +TKIMLNNQNQTLDVAFSQLKTQADGTKTLTESHSTTIGVMQGQISTAINNTQIVKDGQTI +LLKDDYNRTVQTIDSMKSIIGSHTSQISGLNSTVSTQGSSIEQLKGQIALKVEQTDITNA +VNNIQIGLVNLLLNSNGYSGTQWRKENVTILSDTYKGSRIHTTSSAWGGVEYWVSDLISR +SVLELNTYYTMSCYARSSASTYLPQLGFYGDSSYHTEQGKILGNVTTEWKQYSVTFKFTN +ISSGNYKIRFEPLTSSTNGETLQVCGLQLVKGNKIGDWTPAPEDTQSQIDSNKTEITTVK +SNVASIDVSLKGITQRVESTETTTATLATKVNTAQSTANTANSNATNALNKAETANSKID +GLEMGGRNLILNSTLLNNSEKWYFSNSSNVDRFVDGNFTGIKLNTNGGYAATTETKIKAN +KTYTITYFRKNTSVCNMWIGFYFSDNTYITAPGYINEVCKDWKKYTHTFTIPDGKSGINL +RIYSYTSGVDLYIRNIKVCEGESLIYDWTPAPEDTQGQLDAHTTQITTTNNKVASIETNL +SSITSRVSSVEQTQVSTNGKVTSLETWKKDAEKKITSDAIISTVTSSQTYKDALTGKVST +NQIISSINQTAEAIKIQANKIDMTGELDLQGRFKCWKNNSDKTGNYLHLNGAMMFGYNKT +GGNNPVFASGLWTDENMGYFSVGYTRADITDANGCLYMSPQEGNQGGRLTFSRLKDSQVA +HTTLYFQKDGAIDFYSGLRGLYENDDNYTYRFDAGTSVKALRCNRLRSYDIYPRGNNTYD +IGFTNGGCFSNIWGNNICTNQSHLYLGTAQASGAWNTYGALAINSATGYIFPAKYNGALG +LGMSNNRFSGLYSVNAVNVSSDSRLKTDIHYLEEPTGETVILENRVERNMHITTKDMYDF +VKNELKLASYRYNTNLEKGNTCVDYGFIAQDILYTKVGSEIVQLADKYSLNSELSYNQGN +YISVIAGALQQEIRKRDKEIKELRLEIENLKSQRKLEVA +>MGYG000000001_01504 hypothetical protein +MEEFFKGIVISTLVYGVILAISADTFFGALRGLKEHRFNSGIGIDGAIRKAGMLGSLVFF +ILVDKYIPFNFIGFLPTEMLQILKVEYIGITDFFALIYIAYEACSIIKNMLLCGMPMPKV +VRDWSIRFMNMYTTELDSKEVN +>MGYG000000001_01505 hypothetical protein +MRVLVMAGHTLRGKGTGASKYLNESKETRRVAKKVVEYLKKLNIDATYIYLDEAKGNDYL +KEQVALANTKGTFDIVIQIHFNAGSSDPNNFTTGTETYYVSAKGKVFADRVNAKLSTMFR +DRGAKNTKPNLYWLKYTNNPAILTEICFVDDKDDARVYEQEFDSICKLIAEGIANKSIPK +EQEGWIKDNVGWAYKENGKWCYGWKKINSSWFYLDNNGYAVTGWRKINDKWYFFDQWCYM +KTGWIKDNDKWYFLDSSGAMVTGWLKENNKWYYLKSNGAMETGLLQLGNKLYFLKDNGEL +VVNKKIEINNDGEITFI +>MGYG000000001_01506 hypothetical protein +MLEKYIKSIVGEDCEIGNIDIYIPINYVVSARNITNDEDSFGRQKETIYDIKCSMYNQEN +NCRHSSLQSAERLLNNILSGKSKTLDITIYITPTRLKDLPEEYSNEEFVINDFKDKVSKY +VSILKLLNEDKYKDFDVKNLDNHNIIFDCSGIVR +>MGYG000000001_01507 hypothetical protein +MKFKKKLSSLALALVIGLSSFTYSNAQQNLEAHFINVGQGDATYIELPNGTDILIDAGNS +SEGSAVVNYLKAQEKNIEIDYLIATHPDADHIGGMQEVFKQLKVSNFYYPMDTSNETQTW +KNVLSLAESERCKIRDTKSRTGFGIEDVKIMFKHPDIDYKDNNDDSAVVSIEYKDTKLLV +TGDISATTESDMISSGSVKDIDVLKVAHHGSKTSSSKEFLTKVKAENAIISVGKENSYGH +PNSDVLTRLLSNGSKVWRTDINGTIVLNSDGKNINITSDEGTGTDAYKGKWVNENGNWYY +YKGSEKQTGWIKDGGVWYYLESNGVMATGWKKLNGVWYYLKPNGAMATGWEKVSNKWYYM +DSSGAMQTGWEKVDGTWYYLDSYGAMKTGWQNISNQWYYLKPSGAMATGWEKVNGTWYYL +NAGGDMAIGWKQLGGTWYYLKPSGAMATGWEKVNNKWYYLESSGAMATGWKQLNGYWYYL +NSGGDMATGWKQVGTTWYYLYNSGVMATNTTIDGWKINGSGVATPLSSNNGNNNNNTGNG +PTGVQGTVYITPGGKSYHNSRNCTALKRSSTVLAVSYSEAINRGKSDPCNLCVR +>MGYG000000001_01508 hypothetical protein +MQFIKDLWNSQMFWWIVIGASFIFVAAFKPTPPPKKDPLDAINDSLQELAEKVSTSIEKI +NK +>MGYG000000001_01509 hypothetical protein +MARKQSLKLQLSFKENTRDLGIYNFLIEDIKNTLGISTYIKMLIEKDEAYQLYKKRIGAS +>MGYG000000001_01510 hypothetical protein +MLIKINEVKTYTFSEFKEIQENREIISKYNIEDIKQLDKIIGHIKKNKVMYGRLVFMTAL +FLHLNINVFASGFETVGPVIIDKFLSVMKWGCIGRGLYEMTVTMVSGGNIKQAMTEGIQY +WIGFLFLQFYPQLYDIFAGIKF +>MGYG000000001_01511 hypothetical protein +MNWWNPFDWGEMMVEGAKNKVAQIIKEIAEDFIMSSYWICLIAGLIGIILFLFGYKKGKN +IAMIMPGVYLIIKILGSVILGV +>MGYG000000001_01512 hypothetical protein +MVFSKKIESIKLSKYFEIKRAEYITIQLIPTKSNRNNTTSNIALLINKMFLNLTDIIRIE +NKKLVITSNMKASYYVHITKEETKFYFILPTIHLNIFKTKFAATWKNVEIKEVEGLPIDI +NKHSKYQLRYKYNDALSLDVDKRSNDLLNANMSILEVLEADESVGILYNFIPTGERAINY +FRVLYKDIITRYKNGENIKKNKNIWDLFIMACKFILGIVEDLLSSLSKNTQSRTIGIKKK +ISPCTERKFDKDICQTQIIVVGKSDSKEKEKNLCKNMCNTFKSISDDNELNYKKIRKDIN +IKQVQINNVAINNTSIDECNNFIALPGAELINQYKSIKHNTTKENPVPEELKTGICKLGP +VKYKDRNDEVYLNNDEELKSLPHVLLGGSRSGKSTLSINICKNIIDAGEGLIVPDFIKNC +EFTDTIKAITPKHRLIDVDLSIYSCIQALAYNELMITKDMKPYEINKITRRKTSMMLELV +NIMNNDEKQLPPKMRKYLGAAARVAFCFNNSSMRDVMRILQIHTVRYEFINKLSNDLKVL +LEDSIISLNELDEWSKVTKDNPVSEVVGTKENKIEGIIDRIDFFRENDVIDAMFSKDPSQ +NIDLIKAMDEGKIIIIRMRDKDFDDKTSKDVLTTFFMQKIWLATKIRGSRENKSKYPARV +TLLIDEVFQVPTAQKILTDTFLQSAKFGLKYMLTLHNLDGLSKEALASLKGSNTSYTLIS +GVDKKAFEELEKEFEVHGYSLDDLLNLKRFDALHLIKGNDGYKALITHLPPELKVESITE +SKIQNIA +>MGYG000000001_01513 hypothetical protein +MAGIKYDIEKEIGVISQSSKGWNKELNLVSWNNREAKYDIRDWDEDHQKMGKGITFTKEE +LINLKELLNSIDI +>MGYG000000001_01514 hypothetical protein +MNSWLLYALLAAVSASFVTVFTKIGINNLSPSLATAVRSIIMALFLVSVSFFKGDLNNIN +QLFEYKKDFVYLVFAGISGALSWLFLNIALKTGKTWQVAPIDKLSVVITVVVSILIFKEQ +ISIKGIIGVLLIALGTIFVALG +>MGYG000000001_01515 Amino-acid carrier protein AlsT +MELLNKLVLQVNDFIWTYILIAMLIILGIYFTVKTNFVQFRFFKEMFKLLGDGASKDAKK +EGKISSFQAFCISTASRVGTGNIAGIAIAVVAGGPGAIFWMWLIALIGSASGFVESTLAQ +IYKVKDGNAYRGGPAYYMEQGLNKKWMGIIFSVLITICFAFVFNAVQANTITAAFNNAFG +INRFGLGLVIAAVTAVVIFGGSHRIAKVSEVIVPVLAVLYILVSLFVVVINITELPNVIK +LILTNALDFRSMSMGTMGGIILVGVKRGLFSNEAGMGSAPNAAATAEVSHPVKQGLIQAL +GVFVDTLIICSCTAFVVLLYPGYATSSAEGIGLTQEALTYHIGPIGNIFIALCILLFAFS +SIVGNYYYGQSNIEFMNNSKSTMTIFRVAVVGFVLFGSVAQIEIVWNLADVFMGLMAIIN +LIAIALLGKYAFRALKDYEEQRKVGIEDPIFDSSKIEGLENVSEWKRDKDGVTA +>MGYG000000001_01516 hypothetical protein +MEYNYIKDLSIDKQKLLKKYSLSLNDDLIWEFNHKKYYKVKYFTHKFALKHSTLSLLFHI +YKLCYAKIKYFEDNLEKYEPFKYSYKEGFIKCELYDMEFMMHKFSKIMIDIRNLNEIKNI +EDFKSFCKYLESFEK +>MGYG000000001_01517 ATP-dependent RNA helicase DbpA +MSLKPLDILTKYYGYTSFRRGQEDIINSIINRNDVLAIMPTGGGKSICYQVPALLLDGIT +LVISPLISLMKDQVDALKTMGINATYINSSLSSKDFNEVLENIRNDEYKIIYVAPERLDS +YEFTNIVKDKNVSQIAVDEAHCVSQWGHDFRVSYTKIYSFIESLISRPVVTAFTATASQE +VREDIITSLRLNDPDIYITGFNRENLSINIVKSSSKNKYLIDYLENHKKESGIIYAATRK +DVEKIYDGLYKRGYLVSKYHAGLSQEERKINQEDFINDKIDIMVATNAFGMGIDKPNIRW +VIHYNMPQSIENYYQEIGRAGRDNQKSECILLFSPGDIHIQQYLIDISIENPKRKLFQHE +KLQQMKDLIYSNYCYRKSILSYFGESLLEECNNCSNCLTEGEIIDKTLDAQKVISCIYRM +KKSYGVNMIVDVLRGSKNKKLLDFGFNELSTYGIMKDYSNENLKTFINTLVSHGYLELIK +NIGYNGTYPTVKLNDLSTKVLKGEIQVRFKETIVSKSLNTNDELYERLKNLRYDIATEEK +IAPYMVFGDSVLKSMASTYATNKEDMLSISGVGEIKYEKYSSKFIKVIEEYMLEKNIKKE +EKIEQNKDEEFLFVKTNINLYKKLKELRDEYARKEQVIAYRILGNNTLKEISGRCPRTIE +QLNDISGIGPVKIDKYGKEILCLVEAYITENNMDVIWTEKEKLKVVIDGESRKNNEIALD +LLNQGKDISFVSEELETSVSTILGYVYDYIKEDQEIKFNLNLKEFYSDEEAELIINACNA +FGEEKISIIKKNLPNYIRYESIRAVILEKHLGVLENKKEICR +>MGYG000000001_01518 hypothetical protein +MGLLEFDFIEESIDKLKSMSSTLELIGDELEGYFEGVLDYKEEDYINVTSRVKSESSLRE +KIIRNRYLKKYNEASNLIHNLSDLIGVRIECRFIEDENKIYRVLRRYFNKTDDKVYYYNK +ENPNITLKLNEKQPKKQKNGFEIYRIDGKFNYLDRQIKFELQIKSLVNIFWSEIEHKVIY +KNNTYLLGDSFLKDMMLSIKNNLTMIDNQLVNVYKNFNTGSFEHLVGKKKELEKLLAKMA +HDTFSIKMKESIGFIVDFKKPCETILNYSFNKNEDEIDDSLFGDLMINGLSRINEISKKE +INFNQSIVFEKKPVLKDDFCKKLGKYIMGKLNDEFAWNLFFRILFEIEPYNNKEDFENFI +SFIKMKVISKDSKEQIISAFKDEGEIIIRDMYMSICKILIEVDTVETMYDYNLEKINYII +SEVTSSICRDLESYNNYLEIKEDILNNIETKIGKLFN +>MGYG000000001_01519 hypothetical protein +MNNIILVRGAGDLASAVIHKLYMCGFKVVALEIEKPLAIRRQVTFCEAIYEGEVEIEGVS +CKLCNSISQVKETLNINKVALYVDPKGESIKEINPKVVVDCILAKKNIGTSKDMADLTIG +LGPGFCAGEDVDIVIETMRGHNLGRVIRKGKPKENTGIPGEINGVSKDRVVYSQASGIIN +TLCNIGDIVKKDQVLAYIEDNSGNKHKVLASIDGLLRGIIRDGSFVKSNLKILDIDPRLD +QVKNASTISDKGRNIAGGVLEAILSSKILPKY +>MGYG000000001_01520 hypothetical protein +MHEVILSKINEEIQNGNKVALAIITEVEGSSPGKQGSTLAYLSDGSIIGTVGGGILEYEI +ISKCKECLENGEDINFEHSLTKNSEETPMQCGGNVRGYIKVFKPKPRLLIVGGGHVGYSL +YKISNTLDFYTIIVDDRAEFANKDRFKKAKEVYSGNIESILKNINIDENTYVVIATRGYE +KDLEALRCIINENVGYIGMIGSLKKWTTLKSTLINEGVSEELLNSVYAPVGLNISSNEVN +EIAFGIMAELLLVKNKGCLSHRKDKNLRFNK +>MGYG000000001_01521 Molybdopterin adenylyltransferase +MFKVAIITLSDKGYEGQREDITGKKLEEYVESNGHYKVVHYALIKDDKEMLVNELIDICD +NNKADLVLTNGGTGFSKRDVTPEGTKEAIEREIPGISEYMRMKSSEITKKAILSRGISGI +RKNTIIINLPGSPRGAVENLSFVIDTLGHGIDILKGDASECATPLKNN +>MGYG000000001_01522 GTP 3',8-cyclase +MIDKYGRNINYLRISLTDRCNLRCIYCMPSDVEFRDEYVNDTLSTEDYKFIIKSMANSGI +TKLRFTGGEPTLHPGLNELIWFAKNECNINDIAITTNGLNLAQIASTLKANGLNKVNISL +DSLKVYKYKSITRGGDLTQVLDGINVCLKEGIKVKINCVAIKGFNDDEISDFIELIRYNP +IDVRFIELMPIGEGQKIYKNGYINVHEMIEYIDGLYPVPSEENSPAKYYQFKGAKGRIGV +ITPLSCSFCKECNRIRVTSNGKIKLCLHSKEEIDIKNYINKPLIFREVLKDIILGKPEKH +NLVERQSSETTRKMYEIGG +>MGYG000000001_01523 Cyclic pyranopterin monophosphate synthase +MLTHINEKGYAKMVDISEKENTTRVAVATATISMTNEALEKIKNGQIKKGDVLSVAQIAG +IMGAKNTSNNIPMCHQINLVGCDLDFEIDEDTSSIIIYATCKSLGKTGVEMEALNACSIA +ALTIYDMCKAVDKRMMISNIHLIEKTGGKSGDFKY +>MGYG000000001_01524 hypothetical protein +MAKIVSINISTKKGVIKEPISKAELKIDHGIVGDAHAGNWHRQISMLAEESIQKMKDKGF +NHLKFGDFAENITTEGIEVHTLPVGTKLKIGECEVEVTQIGKKCHNGCAIKQTTGDCVMP +REGIFVKVLKEGTIQPNDIIEVL +>MGYG000000001_01525 Guanine/hypoxanthine permease PbuG +MNKQTVTLQTNNFKTEVLAGITTFISSAYIIMTNALILSDAGISPDAAMIATIFTCAVST +FLMGFVANSPFIIVPGMGINSLFTYTIVNSMGLSWQSALGAVFVSGIIFTIIASTKITPI +LMKSIPNNLKHAITVGVGFLILFIGLQKSGLVVSNENTLVGLGNLDNKEVILTLITLLII +LVLDLRKVNGGILISILMGTLLSMAMKITSISDLDFTAFNIGDFKNVFLSLSFENMFTVP +FFMAVLSITVVIVFENMGILYGMLGALDKENDFQRNFTLAGVSNMIAGLFGTSPTIVAAE +NFSGISAGGKGRIAALTSGILFLMSLFLIPVLKLIPNSVISAVLIFIGILMIQTFLDLEK +GDIIDTISIAIIITVIPLTYNIVNGIAAGFIVYTILKIASNQGKKVSPAMYVLTFLFMLN +FILSTSMGLSH +>MGYG000000001_01526 RNA polymerase-associated protein RapA +MKIDKIKSMLEFYTDRVRYNSGFSAYKRNLVKDNYAKEENNVFTFYGTVIDEYIRQNYTS +LIMINNESRDILNCSCDCKDFIAKDNQPKICSHIVATVLKGIDDLYKEEPIENEDYENII +DPSLTLNISQSRGGYLGVELYIEGIDTNEYRRIFNSYKEKKKLHRLSSGGYLDLKNEDLI +TTFKLIDSLGIYIDFDNMKIPNNKSLYLESFIEKENLDFIDGRKYVSNIAKKYKKVSKAT +YEIPENLNAKLRDYQIEGFNYFKSLADYEFGGILADEMGLGKTLQSIAFLLSEEGKKSIV +IAPTALIHNWKSEFNKFAPSLKIALCHGNKIERENILKNYSGYDVILTTYSTYKNDLDKY +EDIRFDYCIIDEAQNIKNPDSAIAKAIKGTNAKTKFALTGTPIENNLLELWSIFDFIMPG +YLYNKERFKNIFINNDKNIEELKKMIKPFILRRTKKEVVRELPDKIEHKYYIELEKEHKR +AYLGFVKLIKNKLKEANQDKITIFSYLTKLRQLALAPDIMVKNYSGKNSKIDILLDIIND +NKERKILIFSQFTKVLGLIGDRLKENNIPYSYLDGKTDAKKRLSLVNEFNESEDTKIFLI +SLKAGGTGLNLTSASMVIHFDPWWNPSVENQASDRAHRIGQNNVVDVVKLIAKDTVEEKV +IGLQESKKDLIDSVIDGNLENSSVLKNLSEDNLIDLFM +>MGYG000000001_01527 Phosphorylated carbohydrates phosphatase +MWKIKGIIFDMDGVLVDTERISFKFWEKSFEKYGYKYSMDTHLSLIGRNNNSIRNILGET +FGTEFPLDEICNYKSESMIKYLLEEGTPLKIGVFELLDYLRENNYKIAVATSTHKERAIQ +RLESVGIKEKFDDMVCGDEIEHSKPNPEIFLKAAEKLGLKPEECIVIEDSPAGVEAGYKG +GMTVINVPDMKMPDEEMKKYSSLICNNLLDVKEYLETKVATVY +>MGYG000000001_01528 Thymidylate synthase +MNKADKIFKETMIKILEEGTKDEGPRPYYPSDNSPAHSTFITHQVHTYDISKGELPIITL +RPIAIKNAIKEILWIYQDQTSSLDVLKNKYNIHWWDEWESKDRPGTIGQRYGATVKKHNL +MNNLLDEIKKNPYGRRHIMSLWQEEDFKETDGLKPCAYETIWTVRGEYLDMSLTQRSSDF +IVAGHINGMQYVALLMMVARHCGLKPGKFTHYIINLHLYDRHEENAKLMIEREAIDCEPK +LILNPEKTDFYSFTIDDFELVGYESVKPQLKFELAI +>MGYG000000001_01529 Dihydrofolate reductase +MIKIIVAVDEKGAIGRNNELLYHIKDDLKNFKSLTSGNVVVMGRNTWESLPIKPLPNREN +IVLTTTNKKLNGAKVINSFDELENYLKDTEKDIYIMGGASIYNQVMESKLVDEAHVTFVK +DIVEDADTFISIDNLKELLPRENYVTTFEQDDLKADYIILSK +>MGYG000000001_01530 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase +MRKKKIKKMVRYLVVVIIILGIGILGYIGNYFYNLALDPNTSKSIIFGEEDEDETSGEIN +KAAEKWLLEESNYKDEYITSFDKLKLHGYKVNNKTNSNKWVIAVHGYTSEGINMSNVAKE +YYDMGYNVLIPDLRAHGKSQGDYIGMGWDDRKDIISWIDFIKKEDPNAQVVLHGVSMGAA +TVMMTSGEELPSNVKSIVADCGYTSVWDQFSYQLKELFNLDAFPFMNVSSIVTKIRAGYW +LKEASAIEQVAKSKTPILFIHGDKDDFVPYYMMDELYDSTKSEKEKLVVEGAAHAKSSTV +NPELYWSTIETFTNKYVD +>MGYG000000001_01531 hypothetical protein +MVLLFSLLLIGITANYSGVLAEKIKLPGLIGMMIMGMLIGPSFFNLVPQVTLDISSALKD +IALVTVLFIGGLGISVSQIKDIGRPAILLSIIPATLEGFTVAFLAMIFLDFTFIQGAILG +FIIAAVSPAVLIPSMVSLINRKVGQDKAIPQMLLVGASADDTIAITLFTTFLGIYMQSNN +GESISIISQIISIPVTIILSIIIGVIAFKITKRYIENAENKYIKLSIASFICLGMRFIEK +DLHLEIFNSLLTVMVYGFLIRNYTINSSKMILDNMNSIWNIGKLYLFTFVGMAINPVLVG +EYLFIGIVILTCSLFIRSIGVLLALVGTNLNIKERLFCVVAYLPKATVQSAKAAIPLQMG +VAGGEIMQAIAILSVLITAPIGAIGIKLTSDKLLSTKEYTSEEMLFYNT +>MGYG000000001_01532 hypothetical protein +MSKKMKIEKPKISSKLIESTDIIEKILDYETVEDSLIEDTEIQDINNIIVKFNGCIFRNV +VFENCDFRKIDMVDVVFENCDLSNIDFSDSGIYRVEFINCKLIGSIFNDCILKSVLFKDC +AGRYSNFAFSKFKGVSYINSDFSFSVFQEVENEMLLLDSTNLVKTVFTGVSLDKVDFTNC +DIEAIEVRLKDVYGGIFSLDQAIDLTKLMGIVIK +>MGYG000000001_01533 hypothetical protein +MSNISKDILKVSKQTLLLIAGLVWLFAGFRVFTLGKVDVSNNKGNIIFVLVIALVIFYLF +FNFIFSKMLKKHIKRIVSHELEKRCLFAFFDKKSYFIMGFMMFFGIGIRSLGIFNPIYLG +SFYLGLGAALFTSGVLFLINWINFKNTKLKYMNQ +>MGYG000000001_01534 hypothetical protein +MKYDSFEIAMLIKEIYASTIEIVNENLSGSNLTHQQTMVIKLIAHKGRITISELCKEMSL +AKGTVSGIVSRLEAADYVKKIKVESDKRNTYIEFSNKGIEYAKDFRQEINKSFDKIFENF +TDEEVKETKESLIKLRNKLKGEKKNG +>MGYG000000001_01535 hypothetical protein +MDSTLIFAIVTITLALVFYTIGVFGERRAKSLNKNHVIIFWLGLLCDTTGTLTMGKIAKS +GVEVMNVATQTLHGLTGFLAIVLMLFHAVWATWVLYKNDTKKKETFHKFSIIVWIIWLVP +YIIGMMIGMGK +>MGYG000000001_01536 hypothetical protein +MSRPQNSIMFMLIILLLLSVTLNISFSKNLKDVFTYESQCLMNKELGKTSVY +>MGYG000000001_01537 Thiamine precursor transporter HmpT +MIALVCIATMAIQIPVPGTNGYVNIGDSIIFISSILFGPISGMLAGGIGSALADLLSGYT +HWALFTLIIKGCEGYFVGLILRKGNTIFKNISATLIGLIVMVFGYFIAGSILEGSFIVAA +RSIPSNIIQGTVSIVLAIPLSHSLSNIKYVKSLKI +>MGYG000000001_01538 HTH-type transcriptional activator RhaR +MKLRYMGFGIYDNEKYVGVIIAGPYVKSEVDEVSQGNSYFGEIYDVLPIISDKKEKSISY +IFKNLISDSLIKVSYLEIDNKKDLLKDVKKVSNNYDMDVVSVKRRYLMENELIHCIVQNN +PEKALGIISNKFFQFGNKFSNYKLKDKKVFALDMNTLMRRASVESNVDPYIVHNISEKVI +KNIEWSREAKEIDIVINKMVREYCFLISNHVTQGYSILVAKAIKYITLNFTEDISLKDVA +KALCVNPSHLARKFKFETGSTVSHWINKSRIRESKLLLKNRLLSIEEIAYRVGYNNKNYF +TKIFKQFENKTPKEYKLSDN +>MGYG000000001_01539 Melibiose carrier protein +MSANTNNITYNRAKTWQIGLFALNNIATNFYMFLMMYVSYYATGAAGIAVVLISSLLTSM +RMFDAVTDPIIGFIIDKTNTKFGKFRPMMVIGNIILAISTLILYNFTHRLPEGNPRVIFF +VVMYAIYVIGYTFQTACTKAAQACLTNDPAQRPLFTRFDSSYMLLMGSGIAMYTSSYLVP +KYGGFTLPAMTEFSTSAVIASAICTVLAIIGLWEKDREEFFGIGDKGAKVKFKDYLSVLK +GNRAIQMLIVSAATDKLALQAAGNSSVMVMLYGIVMGNYALYGKMSLITMLPTFIIILVG +TKYASKFGSKKALVATTWLSIIGYLALFLVIFIGDPAQISLDNFGIMTALWIGIYCLANG +VKSVSSSIVIPMIADCADYETYLTGRYVPGMMGTLFSFVDKMISSFATTVVGFVVAGIGY +TATMPEVTDAYTPALFWATAFLFIGLPIIGWVCSLIAMKFYPLDDKKMLEVQAKLDEIRK +DENQALNA +>MGYG000000001_01540 Pyridinium-3,5-biscarboxylic acid mononucleotide synthase +MDLRELLDDVKNNKIDIDVAMKKLKNLPYEDLGYANIDHHREVRTGYPEVIYCEGKSDYQ +ILGIIEKMIKKDSNILGTRCRKETYEKIKPIYPNAEYDQLSKILKIQNHPIENIGKGKIV +VVTGGTSDIPVADEAYHTALFLGNTVERVYDVGVAGIHRLLSKKHIIDSARVIIVVAGME +GALPSVVGGLVDVPIIAVPTSVGYGANFGGLSALLTMLNSCSSGISVVNIDNGFGAGYLA +SMINKLK +>MGYG000000001_01541 Pyridinium-3,5-bisthiocarboxylic acid mononucleotide nickel insertion protein +MEQRILYFDIVNGISGDMTLATLLNLGVPKEIFLEELSKLNLDDEFDIKIISKIENGIKG +TNVDVIIKEDNACRHLVDIFNIIDNSRLNENVKSMAKRIFMVIGEAEAKVHGTTIDKIHF +HEVGAIDSIVDIVGVSILIDLLCVDKIYASTVPVGSGFVKCDHGIMPVPAPATLEILKDV +PIKLNSVKGECTTPTGAAIVKTLCEEFIDTLEFEPKQIGYGVGHKMFELPNILRSVLGVK +KNKI +>MGYG000000001_01542 Pyridinium-3,5-bisthiocarboxylic acid mononucleotide nickel insertion protein +MSSEIYSYLYEKVLEEGALDIYTESIYMKKNRPATKVCILCQESDLDKFIEILLTETSTF +GVRYNIYNREELKRKFEIIDTKYGKIKVKLGYHNNKLIKATPEYDECKIIAKNYNISLNE +VFFEINCIIKQKINTKLLT +>MGYG000000001_01543 Inosine-5'-monophosphate dehydrogenase +MATIIKEGLTFDDVLLVPQKSEVLPQNVRTETHLTKKIKLNIPLMSAGMDTVTESKMAIS +MARQGGIGIIHKNMTIEEQALEVDKVKRSESGVIVDPFYLTKNHTIKDADNIMARYKISG +VPIVDEDNKLIGIITNRDIKFEDDMEKSIEEAMTKENLVTAREGIDLVEAQAILKKNKIE +KLPIVDGEGHLKGLITIKDIEKKIQYPNSAKDSHGRLLCGAAVGIGSDLIERVTALVKAN +VDVIVLDSAHGHSRGVINAVTRIKEVYPELQVIAGNVATAQATEDLIKAGADCVKVGIGP +GSICTTRVVAGIGVPQLTAVMDCAEVASKYDTPIIADGGIKYSGDIVKALAGGAAVCMMG +SMFAGTEESPGETVLYKGRSYKTYRGMGSIAAMERGSKDRYFQNDAKKLVPEGVEGMVPY +KGKVEDIVFQMIGGIRSGLGYCGAETIVDLQEKAQFVKITAASLKESHPHDITISKEAPN +YSSQGDM +>MGYG000000001_01544 GMP synthase [glutamine-hydrolyzing] +MKKHELVLVVDFGGQYNQLIARRVRENNVYCEIIPYTTDIETIKAKNPKGIIFTGGPNSA +YLENSPSISKEIFEIGVPILGICYGVQIMSHVLGGNVRKGNASEKEYGRTEITYEESALF +EGMSTNIVWMSHTDLIDRTPEGFKIVAHTKDCPVAAMENTEKKLYGVQFHPEVEHCLEGD +KVLTNFLYNVCGVSGDWTTDTFIEDKINELKAIIGDKKVLCALSGGVDSSVAAVLVHRAI +GDNLTCVFVDHGLLRKNEGDDVERIFRDKFDMNLIRVNCEDRFLGKLKGVTEPEAKRKII +GEEFIRVFEEESAKLGKMDFLVQGTIYPDVVESGHGEAATIKSHHNVGGIPEDIEFQIVE +PLRELFKDEVRKIGLELGIEEGLIFRHPFPGPGLGIRVIGEVTKERCDILREADAIYMDE +LKKAGLYREIWQAFATLPDVKTVGVMGDERTYAYLVGLRAVTSSDGMTSDWYKMPYDVLE +KISNRIVNEVDGANRVVYDITSKPPGTIEWE +>MGYG000000001_01545 Membrane lipoprotein TmpC +MKLKKLVALSTVTILSASMLVGCGDKSSQGNASESIKVGMVADTGGINDESFNQSAWEGL +QQAQKDLNIEVKVIESKQASEYMSNIESLIDEGMDLVIGVGNTMKDDIETEAKNYPEQKF +AIIDETYESIPENVTPILFKENEATFLTGLIAGKMTETNEVGFIGGMENSVISRFEYGFK +YGVKTANKDANVKAQYAGTFSDAAKGKSVANQMYGNNVDIILSAAGGTGLGAIESAKEND +KYAIGVDKDQSSLAPDNVLTSALKKVNVGVYETVKELVEGNLEGGKAKIYGLKEDGVGIP +DSTEKLVSKEVLDYVNTMKEKVKNGEIKVPATKAEYDSTK +>MGYG000000001_01546 Guanine/hypoxanthine permease PbuG +MQATQASNKGLLEKVFKLSEHNTDVKTEIIAGITTFMTMAYILVVNVNILGEAGMDRNAV +FAATAIAAFIGCAAMALLANYPIALAPGMGLNAFFAYTVVLGMGHTWQFALCAVLIEGII +FIILTATNVREKIIDCIPPVLKHAVTAGIGLFIAFIGLANAGLVVNGSTILALGDMRNPL +VLLTIVGIIIASILIAKNVKGAFLIAMLAISAIGMTLGLVDLPQGIISTTVPSIKPLFLQ +AFSVPTNEIFSLKMLVIVITFLFVDLFDTVGCLVGVASKGDLLDENGKLPKAKQALFADA +IATTAGALLGTSTVTSYVESASGIGEGGRTGLTAMTTGILFLLSLFLSPLFIAVPTQATS +PVLIIVGVMMASSLKEIDFNDFTNAIPAFLTLAMMPFAYSIADGIIFGIISFTILKLATG +KSKEVNIYLIVLSILFALKFVFINH +>MGYG000000001_01547 Formate--tetrahydrofolate ligase +MTFKSDIEIAQEAKPKDIREIAQKLNIEEDYIDLYGKYKAKVDYNLLKKSNSNKKAKVIL +TTAINPTPAGEGKTTTTIGVADALSKLGKNTLVALREPSLGPVFGIKGGAAGGGYAQVIP +MEDINLHFTGDLHAIGAANNLLAAMLDNHIHQGNELNIDTRSITWRRCVDMNDRQLRNIV +DGLGSRVDGVTREDGFDITVASEVMAAFCLANDIADLKERLGKIIVAYNYEGQPVTAASL +KANGAMAALLKDALKPNLVQTLEGTPAFIHGGPFANIAHGCNSVIATKMAMHFADYVVTE +GGFGADLGAEKFLDIKCRMADIQPSAVIIVATVRALKYNGGVSKAELNNENLEALEAGLP +NLLKHVENITQVFKLPAVVAINEFPTDTEAEVDLVKKKCQELGVNVALSKVWAKGGEGGI +ELAEEVLRLIEEEENNFQFCYEDELDIEGKINAIATKIYGADGVIFTPQAKKELDKLEAL +GFGNMPICMAKTQYSLTDDATKLGRPSGFKITVRQLNVSAGAGFIVALTGNIMKMPGLPK +VPAAEKIDIDENGVISGLF +>MGYG000000001_01548 hypothetical protein +MSRNIYKYMYFYNLTGFIALKIKFKNKLLVAKI +>MGYG000000001_01549 N5-carboxyaminoimidazole ribonucleotide mutase +MNNIIIFKYKVRIIIRMIGGKINLDIKKRGKMMKVAVVMGSKSDYPKVQEGIELLEKYGV +SVVVRVLSAHRTPVQLTEFLNEIEDEADVIIGAAGKAAHLPGVIASQTLIPVIGLPIKSS +TMDGLDSLLSIVQMPKGIPVATVAIDGGLNAALLALQIMSLKYPKIKDDLVLYREEMEQK +VLEDDKNLRG +>MGYG000000001_01550 Phosphoribosylaminoimidazole-succinocarboxamide synthase +MLLYEGKAKQVYSTENENEFIVYFKDDATAFNGEKKATISSKGILNNKISTIMFEMLHDN +QINTHFVKSLSDREMLVKKVEILPLEVIVRNITAGSFCKRYGIEEGLVLDEPIFELSYKN +DEYGDPMLNEDHAVAMKLATRGEIAFLKAQTLKINELMKDFFLKMNLKLVDFKLEFGKDV +EGNIILADEISPDTCRLWDVNTNEKLDKDRFRRDLGDLVQGYEEVLARMNCK +>MGYG000000001_01551 Amidophosphoribosyltransferase +MCGVVGIYSKDKDIAKELYYSLYSIQHRGQESCGLAVVDGDNIKYKKDMGLVGDVFKEDE +LSNLSGNMGIGHVRYSTAGGSTLANCQPLVGSCRKRKLAIAHNGNLVNANYLKDMLEEDG +YMFQANSDTEVILYILARYYKGDIVESLKITMDYIKGAYSLVVMGEDSLVGVRDPHGFRP +LILGKKGDEYIFASESCAIDILGGEVIRDVEPGEIIVVKDGEVKSYHYSENYKPLMRSCI +FEHIYFARNDATIDNVNVYNFRVKCGEILAQDEDISADIVVPVPDSGWAGAIGYSNASGL +KISEGLVKNRYVGRTFIKPTQEQREIGVKIKLNPLSTIVKGKSVVLVDDSVVRGTTSKKI +VQSLKEAGASEIHLRITSPPVEYSCYYGIDTPNRSNLIASNNSVEEMREYIGCDSLKFLS +IEGMIDATENKATFCKACFDGDYPVKKIDKEEQLSC +>MGYG000000001_01552 Phosphoribosylformylglycinamidine cyclo-ligase +MLTYKQSGVDIDEGNRAVELIKGKIKTTYDNNVIGDLGNFSGLYSLKDFTNMTEPVLLSS +TDGVGTKLKLAQMMDKHDTVGIDLVAMCVNDLICQGAKPLFFLDYIATGKLVAEQVEQIV +SGIVEGCKMAGCALVGGETAEMPGMYSEDEYDLAGFSVGIADREKIVSGKNVKSGDTLIG +VASSGIHSNGFSFVRKIFLDKYGYTLDKYIEELGMTLGDALLTPTKIYVKLVLDLIEKHE +LKAIAHITGGGVIENITRVIPKGLGIDINKNSWEKPAIFKMIESFNAVDERELHKSFNMG +IGLVLIVDKENANEIVDYINTTDEKAYIIGEVVDTHEGVELC +>MGYG000000001_01553 Phosphoribosylglycinamide formyltransferase +MLNIGVLVSGGGTNLQAIIDETLAGNINGKVKVVISNKENAYGLERARQNNINTVFETDE +DRIIEVLKEHNIDLVVLAGYLKIISPKFVNEFRNKMINIHPSLIPSFCGKGYYGQKVHQG +VIDYGAKVTGATVHFVDEGADTGPIIMQETVVVKDDDDASSLAKRVLEIEHKILKKSISL +FCENKLSIQGRRVFINE +>MGYG000000001_01554 Bifunctional purine biosynthesis protein PurH +MSKRALISVTDKSGVVEFAKELNSLGYEVISTGNTFKMLEKNGVKAIQIDEVTKLPEMLD +GRVKTLNPYIHGGILYKRDDENHVKTIKEYEIGSIDLVVVNLYDFEGTLKAEKSHEEMIE +NIDIGGPSMIRSAAKNYKDVTVIVDINDYDMVIEKLKNDELTLEDRKRLSYKAFSTTARY +DALISSYFAGEVGDDYPEILNLTFQKEETLRYGENPHQHGVLYSQPNAKNPILNYEQLNG +KELSFNNINDLHGCLEVMREFKDNEEVVSVAIKHTNPCGVGLGKNSLEAYTKCYEADTVS +IFGGIVGITSTVDAATAQKLSEIFLEIVVAYDFTEEALEILKKKKNLRVLKLAKIENSLQ +PYDMKYLDGKLLIQDKNNSLADKYETVTTVVPTKEQLEDMEFGMKVVKNMKSNAIAIVRD +GMTLALGCGQTSRIWALKNALENNSDKDFNGAVLASDAFFPFDDCVTLANEYGIKAVVQP +GGSMRDQDSIDACNKYEMTMVFTGIRHFKH +>MGYG000000001_01555 Phosphoribosylamine--glycine ligase +MKVLVVGGGGREHAICWKLSNEQNVEAIFCAPGNAGIESVAKCISIGDSDIDELLSFAKE +NEIDLTIVGPEVPLVKGIVDAFEKEGLRIFGPNKNCAQLEGSKAFSKNFMIKHNIPTAKY +KEYTDLDEAISEVDSFGYPVVIKADGLAAGKGVVIPTNKEEAVATLREMMEDKKFGDAGN +KIVIEEFLKGIETSVLAFVDNNTIMPMVSAKDHKKIYNYEEGPNTGGMGTFSPSEIYTDE +LAENIKTNILDATLEGFRKDNLNYKGILFVGLMITEDGPKVLEYNTRFGDPETQSVLFRL +DTDLNKIMNAIIDNKLSEIEINYKNEEAVCVMLTSGGYPNSYEKGKIITGIQNLDKDIVV +FHSGTKMVDGNLVTNGGRVIGITAKAETVKDAAAKVYENIKKISFEGMHYRTDIGV +>MGYG000000001_01556 Phosphoribosylformylglycinamidine synthase +MLNTENVKRILVEKRQGFDLEAKALKKDLVESLHINTIEDIRVLNRYDIEGISDEAYENA +AESIFSEPNLDVVYHEEISNLDKKNKRVFAIEYLPGQYDQRGDWAAQCIQIVNNGVRPTI +NTARVYILSGNITDDQFDRIKRYCINPVDSREASLNKPQTLKIETEIPTSVEILDGFTDL +SNEGLQDFLKTRGLAMTIFDLEHVQNYFRDTEKRNPTITEIKVLDTYWSDHCRHTTFMTE +IEDVQIDEGKYTNIVKEAYDMYLDSRKKVYVDRQKDICLMDIATIAMKELRKDGKLEDLD +VSEEINACSINVDVEIDGKVEQYLVMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRS +YVYQAMRVTGSADPRTSLEDTLPGKLMQRKITTEAANGYSSYGNQIGLTTGQVAEVYDED +FVAKRMEIGAVIAAVPKENVVRERPKAGDVIILLGGKTGRDGCGGATGSSKEHSEESILT +CSAEVQKGDAPNERKIQRFFRHKEVAQMIKRCNDFGAGGVCVAIGEIADSLDINLDLVPK +KYDGLDGTELAISESQERMAVAINKENKDKFIELAKEENLEATHVATVTDTGYLRMFWNG +KAIVDVNREFLDTNGVKQTTKVHVSKVNEEKTFFNSNEDTNNSVCSSTGGVCRCKSSEGL +LDIAIAKEISLKDKFIEILSDLNVCSQKGLVEKFDNTIGSNTVLMPFGGKYQSTPAQGMV +AKIPVLGGETDTSTIMTYGYNPKIGKWSPFHGALYAVVESVCKLVAIGGNYKTTRLTLQE +YFEKLGDNPTKWGKPFSALLGAFYAQNKLEIPAIGGKDSMSGTFKDIEVPPTLVSFAVDT +VDAKQVVSPEFKKINSKVVMLCTERLENGVVNFDELKKNLEKLRELIHNNQVLSTYALGF +AGVGEAISKMAFGNKIGFEFNEEASTLYEDVNKLFEANYGNVVIELAEDNLSLLNGYNYI +VLGSTREKESIVIAEEEISLDELYKVHCDTLEPIFPTKAIEVDDKIETINFISGGEAKKS +SISIVSPKVFIPAFPGTNCEYDSARAFEKAGANTSVKVFKNLTYKDIEESIDIIVKEIKS +SQMIMLPGGFSAGDEPDGSAKFIATVFRNERVAEAVNEFLTKQDGLMLGICNGFQALIKL +GLVPYGEIRKPNEDAPTLTYNNIGRHQAKMVQTRIASNKSPWLSNTSVGDIHSIAISHGE +GKFVANDETMRALIQNGQIATQYVDFNGNATYDIDFNPNGSFYGVEGITSIDGRILGKMG +HSERVGNQVCKNILGEKDQMIFESGVKYFK +>MGYG000000001_01557 hypothetical protein +MKLVPRRNRGYLFGDSFFDDLFEDEFFKPVNYQKMMKADIQEQGNNYIIDMDLPGFKKED +IRISLENGYLTVGALKNESKEEKNEEKNYIHRERYTGKCSRSFYVGDSIKEEDIKAKYTD +GILQIIVPKSNVREIEPKKYISID +>MGYG000000001_01558 Chaperone protein HtpG +MSVQKGSISIHTENIFPIIKKWLYSDKDIFIRELISNGCDAVSKYKRLVSLGEANDDGEN +KYKITVSIDKEEGTLCFTDNGIGMTEEEVEKYINQVAFSGAEDFFNKYKDKMEEANDIIG +HFGLGFYSSFMVSKKVQIDTMSYVENAEPVRWVSEDGLEYEISKSDTRTGRGTSITLYLD +DDSKEFLNEYEVRTVIEKYCSFLPVEIYLEASDKDENDNSELEVKPLNDVNPLWLKSPKD +CTDEEYKDFYRKVFNSFDEPLFWIHLNVDYPFNLKGILYFPKLNNEFELVEGKVKLYNNQ +VFVADNIKEVIPEFLLLLKGVIDCPDLPLNVSRSFLQNDRDVSKISKHIVKKVADKLKSL +FNNEREEYNKFWDDIQVFIKFGCLKDEGFYEKIKDYILFKDIEGNHITLNDYKEVSKEKH +ENKVFYISDEKQQSQYIKLFKDYGLNAIVLDSSIDNHFISFMEYKEAGTSFNRIDSDISD +VLKNKEESSMEDEDKNQLKDLFKSISEGKIKEYSVESLKNEEIPAMILVSEHTRRMMEMQ +SRFAGMDLGMNLQEEKTLVINEKNPIIQKILSLKDNEEKKENIDLICNQIIDLALLSNKE +LKPEELESFIQRSNKLMGMVISL +>MGYG000000001_01559 hypothetical protein +MSTPDNSKQNKFFYGWVIVIACLLIQAIPFGVAANLPPTFTNYVVNAEGFSYASFTLIFT +IGTFVSAIASPFIGKLFSKVNAKLLFIIGSILVGGGFMAYSIAGNRLFAYYIIAAIVQLG +NAIVSAIGVPTLINAWFKVNKGTALGIAFCGGGLGNIFLQILAGKWLTDPAIGYKGAYLR +FGLIALIGSLLISIFLIRMPKSEAELAANVPKKKLKGQEDVSHHVSWGYTIAETTKMPQF +WLIAISFIFVGFYVSGFALQFIAYFQSLESSGILLISSATLASMFGLFSIFGNLFGGVLF +DKLGLSKSFGLSGILVVISGLCLLFIGKINALGYLFTLLFGVSMFSYVMGPSYMTSSLFG +DREYGAILGLIQLFFALGFAIGTPIFGVTLDKFGWNIAWISATIYAIIAYVGLLVACASI +LKINRENNVHETKRIS +>MGYG000000001_01560 hypothetical protein +MSGLLVNLEHAITNMSDFIWPIFLPFILIIGAITSIRTIFIIQRQTTNPSSLKLKNVIGP +ASISLGAMIGTGAIIGVLGALSKLSASGQRNIESMAIWALIGSIIMIPVSYSETLNSKVM +KKMPKEYISMLISPLFGKLYAVCFVILAVFGFGGFQFSGIDSVSSILINRFGRIQLSLIQ +RYLFIVIPVIVVVSILVLSKKHELFINAMTYMIGTAIVGYFLFFTIFLIKTASYVPVYFS +SMIEGMMNPINAMMGVPLGFILGLQKVIQTAETGLGALAMAVQESDSEPREAAMISLIPT +IVTVVVSIVVTSYIASYGVNEGIIIFPADAVTRLTQYFGTAQNVTGIFGLIVLSAFTVLS +ALTTILGSYYYLTKLFKDNSINRNILIYLILVILAGTLAVFGANVVFDAVDLLLFVLCGI +NVTALTIFTFNRWKDYILDDYENNDNRKIL +>MGYG000000001_01561 hypothetical protein +MENVKNNKKTFFYGWAIVVACMLIQAVPYSIAANIQPAFTNFVTSGEGFSFTQFSLIFTI +GTVVSAVCSPAIGKLYSNPKLNVKLLYIFGVLLLSGSFAAFSLAGGNIFAYYALSILVQI +GCAIISAIGVPTLINSWFTENKGLAMGLAFSGGGLGNMFLQLLAGKWLNDPTIGYKGAYL +RFGILAVAVALPVALFIIRLPKSQAELAANVSKKNKNKDNSSTSSNWGYTFAEVSKMKSF +WIFAGSFLFVGLYVGGMALQFIPYLQGLEQSGKFLLGAATVASLFGFCSMFGNLFGGVLF +DKLGITKSLVLAGMLVIVCGLCLIFVPQMNILGFVFAISLGISMFSYIIGPSYMTGALFG +NKEFGTILGIVQIFFALGFGSGSTLFGLIVDKSGFTTGWICTLVYAVIAYSGLIFSTSSI +IKMNKETNAVETKKIS +>MGYG000000001_01562 hypothetical protein +MNEKEFGKLIEKLIYFSGQKNYSLATELGYDVSYISKWINSTMLPSAKNIKNIIKITSNF +IVDSSSDSSLDDMINYFEIDLNNKSDKGSKTTILKEVIEKKLDKSYSYSYNKHNKKSHKY +DDRNNSIQRINPTLRKKYLDAEVLSHIDEVGFSNITVICNLFSLSKDDKVHIAGIRRCEK +QYDDRDNLNMKFLISFDESIKDIVFDVMLFISMVTSKGRVNVELYSCEFSSNTLIAVVKN +KYSHTAIYNNTRCISSITSTDEDVVNQMYDTLEEMISTQSRATFLNRTPKQFIINQDYMN +YIMDQDISIVMGDLTELFMPSDLFLELGEDLFADNKDVLLKLKRIDTILQNFTYKSDLNI +FMYESAFRNYVTNGNIKFFNKVITLNIEQRKRHLQHMKKLLDEKENINIRFIENSLIDDI +KSDENHSLYISRNMSFLVENYNGISGNYLIVKDKRLDKIFKSFFSEVSIERKKVAEDDKE +ETKKIVSDALRYIEIINNNIII +>MGYG000000001_01563 hypothetical protein +MLHQLEAVITGISDAVWPVFLPFMLIVGAFTSIRTIFMIQKKATRPAGLKFKNIIGPASI +SLGAMIGTGAIIGVLGALSKFYASGEVNVESMAIWALIGACIMVPVSYSETLNSKIMGKS +PKEYIGELINPKLGMVYAVCFVALAVFGFGGFQFSGIDSVAKLVTDQFMGMNLTLVQRYM +FIVVPVIAVVAALVLSKKHEIFMNAMTYMIGTAVAGYFIFFTLFVIKTSGYIPTYFANVL +EGMTNPVNGFSGIMLGFVLGMQKVLQTAETGLGALAMAAQEADTQPREAAMISLIPTIIT +VVVSIVVTSYIASYGIDAGIITFQGGAAERLAEYFGTAQQVTGMFGLVVLCAFTVLSALT +TILGSYYYMTKLFKQNHINKNIAIYLVLIIAAGTLAVFGANVVFEAVDLLLFVLCGINVT +ALAIFTIKKWKDYVITDKEDKKIA +>MGYG000000001_01564 hypothetical protein +MRMKFKNHKNNRVNDSSIPNVLAFGFIRNFLSEKEYKDIREEYFIGDLNKSQINQAMSDI +KWLFRNYKGLDVMTIEDAKGDITKFIL +>MGYG000000001_01565 Coenzyme F420:L-glutamate ligase +MKDLDFIYKRKSVRKFKDEEVPKEDIVELLKAATYAPSPKHQQNWHFIVLQNKEMIDEMA +KIVRDSHERIGSIAKTEKDQKIHMSVIDYYTAFKNAPVVVLVYGCEYKMIEYKILKENNA +SQEVLDILKSPQSGAQAIGAAVENFLLAASAKGYSTCYMTGPTHAKVEIENLIGFDKPGY +ELMSMIALGVGEENTPKQPPRKPLEEVVTFID +>MGYG000000001_01566 hypothetical protein +MSNLSSKKNKLTAGWLIVIACMFIQAIPAGVIANTQALFIHPVITERGFSLAAFSLMFGI +GTIVSAIAGPFIGKLYSKINIKLLYIVGAIIAGGGFLSFSLATELWHFYVLAGVVQIGSA +VISGIGTPLLISAWFDEATKGKALGIAFAGGSIGNFFLQPLASKIIASQGYASAYLILGI +LSLAVGLPIALFLVRMPKNSSEIVKAKNDKTETNTKETSLTGYTLKEAAKTKYFWMMCFG +FTFVGLYVSAYSVQYAAYFQGELKFDAATVGITGSIFAICSLLGNVLGGSLFDKLGALKC +LIASSILVLTSGVFLLLSKNNVMFAHAFSAIKGLAVYAYMIGPAYLTGSFFGNKEYGSIL +GIVQLLFAVGISSGSALFGVLVGKLGYDMSWTLMLGAVAIAYVLLIGATIGMTRLNKQKN +ENACVKAA +>MGYG000000001_01567 hypothetical protein +MNNITFGNVLENLLYISNQKKSSLANNLGYDISYINKWISSKHLPSSKRINEICESIAEF +IVSSLTDSTYDSLISYFEIDEDSDEDYLKKYIQEKLKEVYMDEARGMSDKTTQNMPQNTH +SEEFYNSASSVRPTVVQKGFTNEIYSVVNKGEDLDIVLSFNLFDLNYKDRVSLGNMKKIL +YEISRNTKTKVTLLMGLKSGVDDCDDRIINALLGINLISTYPALDCDIYNCNVNPNSTIS +VIKDRFLITTMHYPDGECLLSTYSKDKKLIEEVYYNLMYTQRQKGKPLCEKKTPLSMIED +QTYMQYIMNNDLRCVLGSINEFFMPPDLFMEIAERTFGENENIMNELKKINIFLHNATYK +SKLKVLIYETELRKYLSSGCLHFFNTPVILTFKERERHIEYLEKILMESKDVEIRMVDGN +FVDDFRNNDNPSLYLSRSLKISKMHPITGKNYYSILSDIKFKDMCDELFEAIWNDKKDVV +IDDKEEIIERISKSISYTRIMSENLTEIIK +>MGYG000000001_01568 hypothetical protein +MIIGLISDTHGLIRAEVINNLQGCDLILHAGDVGKNDIIERIKKIAPVDFVYGNIDKNND +PAYIDKIIKLNETNLYLIHNINDIKVDLIDMNINIVVYGHSHKSKIYIKDGILYINPGSV +GPKRFKLEPFMAKLYIMDNYDKHIYNLNTELKVNIEENIYEFERYKVEFIKIDA +>MGYG000000001_01569 hypothetical protein +MFGYVKINKMDLTFREYEHYRGYYCGLCKYLKDNHGEISRLTLNYDITFLILVLTSLYRP +KPMVIEEGCITNPFKKKKKIVNEITEYAASMNVLLAYYKLEDNLKDDKGIKDIIAYNVYK +GKLKLAYEKYPKKAEFIKSKLEELYRLEQDKNINIDMVSNTFGDLMGEIFVYKNDEYEND +LRNIGFNIGKYIYLLDAYEDLTKDYEKGRYNPFIEYIDKKEELKERVDKLISISLGLLAQ +SIDNLNLRVNINIIENIIYSGVYLRYKNILDKGCENNV +>MGYG000000001_01570 hypothetical protein +MYSNTYNDAFFKARRLIENKEFKSAYDFLQTISNKCSEWYYLSGISAMNIGYYEQGEDYI +KRAKFMDPDNEEYKEAVSKFSRYRDDYNNRAYNYNRRRRSGLDGCCCCCCDDCCCCLGDD +CCEDCMKLWCLDSCCECFGGDLVSCF +>MGYG000000001_01571 hypothetical protein +MSKKIAYGGILLSLNAILLILVNLIPVNTLFFLALASLPISIIIMEWGPLTGVTFYIASV +ILGFIVMTSKTQWLIYIFTFGIYGLIKYIIEKDRPIFVEYILKLLFANTMVLILYFIVRE +FVHVPMNIISIVIFEVVFVVYDYMYSRFIDYYNLKLKSIIKIKK +>MGYG000000001_01572 hypothetical protein +MKTSDIVNLDKLNEDIESIKKILYLDSPDLWIDFSDKIECNNFDEMVLFFAIKYNYSSII +KHAVENNLIDLDSPSRNKTFSSIRDHLISIANKNNNTEISNYLMGINEDVEIEYSSEECP +NSEIKEENNSYIPESLCPNCNSNVFNTGYTVSEEITYKFSKESNKAIPTSNKILDSVSCS +NCGTTLKGASPSSLESLCTVQNCVSCNLDLTTTGIVDKVRMIYDKESNGFINSNTSYHCS +NCDKELSTYQIEYFNL +>MGYG000000001_01573 Phosphoserine phosphatase SerB1 +MKNIAAFFDIDGTLYRDSLMVEHFKKLIKYDIIDQKGWFEHARDTFMNWDKRQGNYDDYL +QEICDLYVESLIGLDKTCIDFTSDQVIKLKSDRVYKYTRSRIKWHLENGHTVIFISGSPN +FLVEKMAAKYEVTDYAGSDYVFENGIFSGTVVPMWDSRSKNTAINNFVEKHNIDLSKSYA +YGDTNGDINMLRRVGNPIAINPTKELVSHIANDSTLCDSTQIIVERKDIVYSLNANTTML +DM +>MGYG000000001_01574 hypothetical protein +MKYNFAKVTNSRLMGSMGLLICWSEGEDNIYQYFLLDAEGLGIADYVSLKNPSKDEAYME +EQRLMGGLGSDIITISEEEALFLVKHFGRKTIEWEKELPGVVDEYIEIINNYETNLIIED +LYPIICKDVKEEIEFINYMTMRFIGWDRECLRYFSGSEEISNMHITSINGTLLKNTVTCK +GDGKFVSEALYEDEDGYYICKIAFNIIKEANKFKISSMLVTDKEAMYDFEVFDEISKEEF +VAIYNIVDIDKFIDKFYIDNPFTLKSEMDEGILFTRFNFNNNHVKEEVYVINNDIKAVYY +QMGNEFFVGTYNQRDRMYINKILQNNYKEFLNMKDEYYFEENALYDFAESGSNDFEDFLS +>MGYG000000001_01575 hypothetical protein +MNYNMYSNNTNDQIDPNYIYPRPYIDPMMYMNPYMMNGAQYAGYQMNPTMSGYTTYSNPY +AENPSNPDLSQIDNDAVYPTIEDYSYPDIEAFSSNIPNMNMQGMPNMNMQCTPNTNMPNM +NMNGMGMPGMNMPNTPPMQGVPNLMYPGMFPNMYMMPNMMYPGMFPNMYMMPNMMYPGMF +PGMPQINMEEFDEEEM +>MGYG000000001_01576 Transcriptional repressor SmtB +MEERTINTCECNDIHEDIVNETKNKMPEDEMLYDLAELFKVFGDTTRIKILYALFSNEMC +VCDIANLLNMTQSAISHQLRVLKQARLVKFRKEGKTVYYSLDDSHISQIFDCGLNHIQET +YKR +>MGYG000000001_01577 Potassium-transporting ATPase ATP-binding subunit +MGDCSLLKKEILLGGLGCSHCAKAISKTVSNLEEVEGCNLDFEAQKLTIDILDIYNGDEV +VSKVVDIINSIEPDLDIDVTINSVNSRKGQKGRGKNMKSLSRTEVNDNVNPIKVEFILNG +LNCAHCADVINEKVGKLEGVKSSNLNFVNKKLTLNLTDGKDESEIIRKTIDIINNTEPGL +DIVVNNKSKSGIKKEIILGGLNCAHCAEVIGQKVSNLTEIESSDLNFINKKLTVIIKQDE +NSKQVIEKIIDIINNTEPGLDINIVENSKQANVSVEEKEKDSSKKDLLKLIVGFGMYAVA +IYQSTIGVESKLMNLLLIISYLVVGGGVITKAFKNMTKGRIFDENFLMLIATVGALAIGE +VEEAVAVMLFYQLGEYLQGIAVGKSRKSIASLMNIRPDSANLKVNNEIKVVSPEDIEIGD +VIVIKPGEKVPLDGVIIDGSSMVDTSAITGESVLRETAIGDDILSGFINKNSLLTVKVTK +GYGESTVSKILDLVENASSKKSKTENFISKFSRYYTPVVVSLAAAIAIIPPIVIQGAEFS +EWFYRGLLFLVVSCPCALVLSIPLSFFSGIGYASKNGILIKGSNYLEALKDVDTVVFDKT +GTLTKGVFNVTNINAVDISKEELLEYAAIAEVNSNHPIAKSILKTYGKAVDLDSIKSYEE +IAAHGIRVQYNNEKILAGNEKLMKANNILYSEAKEVGTVVYVAVNGMYKGYVVISDEVKE +DSKDAIRNLKNVGIKEVVMLTGDNKDVANKVASDLNIDTVYSSLLPNEKVEKVEEIYEGR +NEKEKVAFVGDGINDAPVLARVDVGIAMGALGSDAAIEAADVVLMTDEPNKIYKAIEISK +KTNKIVWQNIIFALGVKIVVMILGAGGMATMWEAIFADVGVALIAVLNAMRILK +>MGYG000000001_01578 hypothetical protein +MGKYVRESINGVTHLIGAILAFAGLLALVIKTTLKDPSVISLTAVIIFGISLILLYSASA +TYHLTIAGDSRIKFLRKIDHSMIFILIAGSYAPFCLISLKGAQGFILFGILLLIAILGVC +FKLIWFNCPRWISTLIYVAMGWMAIFVIKPLYHSLSVNGLILLVAGGLAYTVGAAIYGLK +PKFLKFKNFEFHEIFHLFIMLGSLLHFICVYIYVI +>MGYG000000001_01579 hypothetical protein +MNNPYYKFLKRDVKIALIAFISIVTVNVGMSVISNIISALDGSSIEPIRFFSQASMLAYI +MCMAYGINCTVKTFGGVISIRGDRLGFLKAIALWSITIAIFASLFSVFFEIGCEVLMELI +TKRKVYVISGISWISIDNLEFKVADVSLMWFIKSIITRTLTNTLMISLGYMLGAISYRLK +VRTNVILFIGVPILFAGYISAQAFKNQDVVLDWVMKFIGATLYVIQNPVILISLQIIGIK +>MGYG000000001_01580 ABC transporter ATP-binding protein YtrB +MSIAIEVKNVSHSFKDKKICDNININFEENKIYGLLGKNGAGKTTLINIIANQLLCNHGE +VKIFGKNPKEDIRVLDDICIVREREFYDIEYKVKDIFKAYSYFCKDYDYKLQEKLCKRFE +INQKLIYKKLSRGMKTLVSNIIGICSNSPITIFDEPTIGLDAVNREEFYSILLESYTHKN +RTIIISTHQINEVEELLEKVIIIKNGKVEVDDYIDEVKEKSYHITGKKDDLNKLSILKNR +KPIKSFGNNEVYSYYGEINDQDLALIETLNIELDNMSIQDLFINMHKKEEVLYE +>MGYG000000001_01581 hypothetical protein +MKLILNDNEPIFIQISKAIEDEILSGSIEEEMQIPSTTELSKLYKINPATVLKGINILVD +KDILYKKRGIGMFVCEGAKNVIKKSRKDAFEKVYIKDLIQEASKLDIEKEELLEMIKNYK +G +>MGYG000000001_01582 hypothetical protein +MLNIDKIELLERILPFFNNLSSKETEELISKSFITKYEKGTIVHNKNSTCTGLLITISGQ +FRTFISAPSGREITLFRLLERDVCILSASCVFQNITYDINLEAEEESLAIIIDSSIIKDL +SQSNTHVLEFLFNLTQNKLSEVMYVLEQAVFFSLDSRISNFLIEESNLINSNTLYLTHES +IANHLGSAREVISRILKKFEKDEIIQVSRGNIKILNFEKLNNISNS +>MGYG000000001_01583 hypothetical protein +MKDINKVLWGASCLLGGIVLGFLFAPIKNGMSIGNNNGNQYVGSSEDLKVLKHAEE +>MGYG000000001_01584 hypothetical protein +MFKIRDILLVMIILVSTSIIVKGEGYSEKLILGGTYLKEIKIEYDANVDNNEEYYSLERY +FRPSNMPILNDRIESSLYSIYGDKASDIKLHKKFLSTPEETIINYFSVLREAANPTNNTN +TGCGTLGYAKGPYPVAYNFLSSSYKDKYSYEDYLKSFENKLHINLVKLSKVPPDENNQNE +IKYFVELEVIEGSDKHMGLFAYYYGYIYLDNEKGQYKIKNMEYMGENYLCAPYHGWSYNA +RSLVEIEYGDWCSLVSGNIEVKNDGYEKRVYFKDKEKNEYYVLFYQLTNGVDIKIADYKK +NKNGVWELIYINPEKCIENKNN +>MGYG000000001_01585 Ribonuclease Y +MGLLTKEVDVIEPILVGIIAIAVGVGVGYFVRKNISEAKIGDAEKRAAEIIDKAKRDSET +EHKERLLEAKEEIHKLRTDAEKENKSRRNELQKFENRLVQKEEALDKKLQNLESKESNLN +EKLKVVQKKEEDVETIKNQQLEKLESISGITSDEAKEIILSKAERDVRREMSIMIKEIET +QAKDEAEKKSREIIGYAIQKCAADHVAETTVTVVNLPNDEMKGRIIGREGRNIRTLETAT +GIDLIIDDTPEAVILSGFDPIRREVARIALEKLIADGRIHPARIEEMVEKARKEVDNIIK +EYGEQATFETAVHGLHPELVRLLGRLNYRTSYGQNVLKHSIEVAHIAGIMAAEIGADVKL +AKRAGLLHDIGKAVDHEMEGTHVEIGMDLLRRYRESKEVIHAMSTHHGDYEPQTIEAVLV +TAADAISAARPGARRETLEAYIKRLEKLEEIANSYEGVEKSFAIQAGREIRIMVKPENVT +DEGIHLLAREMTKRIEDELEYPGQIKVSIIRETRAIEYAK +>MGYG000000001_01586 Protein RecA +MSIEQEKLKALNLALGKIEKDFGKGSVMRLGEATSMNIDVIPTGSIGLDIAVGIGGLPKG +RIIEIYGPESSGKTTVALHTVAEAQKQGGIAAFIDAEHALDPVYAKALGVDIDNLIISQP +DTGEQALEITEALIRSNAIDIIVVDSVAALVPRAEIEGDMGDSHVGLQARLMSQALRKLT +GSIKKSNCVAIFINQLREKVGIMFGNPETTTGGRALKFYSSVRLDVRKIDTIKQGDKVLG +SRTRVKVVKNKVAPPFKQAEFDIMYGEGISKIGDLLDIAADIDVVKKSGAWYSYNDIKLG +QGRENVKKFLQDNMDLTNEIDEKVRAHYKLDEAKNNAAENESEESIDNFEE +>MGYG000000001_01587 hypothetical protein +MRFKEIYEKYINGSASEEEIKIIEEEIEKNEIISEYLSQNIEDDFLNKKDLFGEMRISKE +ENEFKRKSEKDLLKSINKSIRNKFIVTGICSVLVVIGLVGGAKYIISPAMDSKYYNPTKM +LGQFTEQLLVDISVFTELHFPGIDTSYTNSESLGYGRYNTKISQYNTFKNTETTYEGVID +KGQLMYIGSDFYKYPIMNIFKYGVYPYDDYDNDDSSEIEELKLLPKTAQANIYVSFKEDI +DMKEIVRLINKYEDLYFSWVGIRTCDKKTQQLPQMGFETSGSGIVLEGFEENEKYPYLEL +GTLDWDRNDSEVYETHFKSLLKYMIDNKSFTELNHPNVYEDVYKYTLDYVNKNGVKSYGV +LVTGDAESILKLREESYVYGISIDDVKISSYSH +>MGYG000000001_01588 ECF RNA polymerase sigma factor SigM +MNSDYISKFYEQYSKEVYLYTFSLCKNSHLAEDIMQEAFVRAILYLDDNHDNIKFWLFRV +CRNLYIDYVRKNKIISQLDILDLHIEDTSLDVLKGIIKSESSLNLYNKVMSLPNTMKEVI +VLFYYLEIPQNKIANIMNISNGAVRTLIYRARKHLRSIMEE +>MGYG000000001_01589 hypothetical protein +MKLNKVHHTAIICSNYETSKNFYVNILGLDVINETYRKERRSHKLDLKIGNSQIELFSFE +NPPKRASYPEACGLRHLCFEVDDIEEFVVYLNNNGIQTEEIRIDELTGSRFTFFNDPDNL +PIELYEISII +>MGYG000000001_01590 CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase +MNLPNKLTLFRIFLIPVFIIVMLLNIPNKYLIACIIFIVASITDAMDGYIARKYNLVTDF +GKFMDPLADKLLVISALTCMIEVNLVPAWMVIIIVARELTVSILRAIAAAEGKVIAASGG +GKLKTITQMLSIIVLLIGENFNNGLLLNIGFVCILIATLLTLYSGWEYLYKNKELFMNSK +>MGYG000000001_01591 Ribosomal protein S12 methylthiotransferase RimO +MLKIALESLGCSKNLVDAEIMMGILNRKGYKLVGNMEEADIALVNTCGFIESAKQESIET +ILEIARLKETANLKLLIVTGCLAQRYSDELKEEIPEIDAIVGTGSYQNIDEIVAGLEKEN +KIVSLNDIEFVYNEDLPRYVSTPSYMAYLKISEGCDKHCTYCIIPKLRGKQRSRKIEDIV +AEAKDLAARGVKELVVIAQDSTMYGSDIYGKAVLPELLEELAQVEGIKWIRIMYSYPESI +TEELVQVIKKYDNICNYFDMPIQHASNRILKLMNRHTTKEDILAKIEMIRNNIPDATLRT +TIITGFPGETEEDFEELIEFAKKVKFDRLGAFAYSREEGTAADKLPNHIDQDVKEQRRDR +LMMVQQGISQEVMATKIGKTFEVLIEEQIEKNVYMGRTQGDAEEIDSIVYVKSKKQLHVG +DFVIVEINNALEYDLMGDVINELA +>MGYG000000001_01592 tRNA 2-selenouridine synthase +MKTINVEDALKLENTIFIDVRTEKEYQDDHILNAYNIPLFSNDEHHEIGTIYKTQGKHEA +IDKGFDFVSPKLKDMYRKVKELSAEYDHVVIYCARGGMRSGSFANLLASIGIDLYKLEGG +YKSYRNFVLDYLSNIMDKKQFIVLHGLTGVGKTELLVGLDKNNIDIIDLEQMAKNTGSVF +GFITFDDKPPTQKTFETRIFEALFFSKTDYIFIESESKRVGHVLIPNEIYEGIIRDGYHL +LIECSIEDRVKRLCKDYIYDRNEGNIDVLRECIGKFRKRLGHKKIEEYLQMLDEEKYEEL +VEKYLVEYYDPLYMHSVEQYKYNKVIDFKDINETLEKLMDFHKTVEKGAMKC +>MGYG000000001_01593 hypothetical protein +MAKKKSKKKKDKDLGFRAEYHNLVTIFVGIFLLYSLNSGSMGLVGNFMQNIFKGLFGGLS +FVIPFIVIIAGILGFFEGNEYVYRLKNSKVYYVVVTFVFVFYGLINARSIPVDVPFKSNM +INDVMQMGVEGTGTGLITSTIAYYIKAIFGITGGWLISIFALVLCVLFTFNISIQDLLAN +VNFGKGKSKNKGTNLKEKVSNLKKSALDMISDEIDENTMEQTMIEEKKLGFLKGMMEKAK +HSKDNIAEKEPAVSLEDGVDDKTIKIVGFNKAEDDYLEILEGTQSGSDLDILKNLQSSRL +DKATKENKDFDKTQHIENTQPIDFNEVSKYENYKKPGLEILNKFDKKTDENGKKKVLKNA +SLLEKTLSDFGVEAKVNQVTVGPTITRYEIQPSPGVKVSKIVNLTDDLALSLAAKSIRME +APIPGKSAIGIEVPNEEGQMVGLREVLESDEFKNFESPLAMALGKDIGGKPVIADIAKMP +HLLIAGSTGSGKSVCVNTLINSILYKASPDEVKFLLIDPKVVELASYNGIPHLLIPVVTD +PKKAANALNWAVVEMNRRYKLFAENQVKDITSYNEKAEEKLPKIVIIIDELADLMMACAN +DVEDYICRLAQMARAAGMHLIIATQRPSVDVITGVIKANIPSRIAFAVSSQTDSRTILDL +GGAEKLLGKGDMLFYPLGAAKPVRLQGAFISENESERVIDFIKNQVTEEVKYEDDIMDTI +SKTAAPKSSDEDDLLADAIDFVVTNGQGSASMLQRKFKIGFNRAARLIDSMEERGIVGPS +EGSKPRKVLITKEELVNLEGE +>MGYG000000001_01594 Translocation-enhancing protein TepA +MKFKDNNTNYIDIEIGNKELEKSEQITKRSNKLLEEDVEDRSDFSSDTNGNSEEESNDDE +VEDIKQMGTPQMPTPPKKDIQCITIIGEIEGHFVGNPQKKSTKYEHIIPMLYAVEENPDV +KGVLVILNTVGGDVEAGLAMAELLNSVSKKIVTLVLGGSHSIGVPLATAGDYSFIAPTAT +MIVHPIRTNGLVIGVNETFEYFKKMQERIVEFIIRTSKIERDELVRLMHEKDELVSDVGS +VLIGKEAVDCGLIDAVGGLKEALAKLKELIAEDEKITK +>MGYG000000001_01595 putative FMN/FAD exporter YeeO +MESAKKIDKRLSILALTWPIFIELMLQLLVNNIDQLMLSRVSDNAVAAVGNVNQIMNVLV +ITFSVITMATTILVSQYLGAKDYSKVSETYTVSIFTNLIFGLAAGTVLFMSGGTIFKLIK +LPTDLLQDANAYMNIVGGGLFLQALFLTYSAIFRSNGLMKQTMYISVLVNILNIIGNAIL +INGYFSLPKMGVQGVAISSILSRFIGVIIIGYMFTKEIDEKISFKYMRPFPKDTFKKLIN +IGLPSGGESISYNASQIVILTIVNMLGTTVVTGRTYIGIIVMISYLYANAISQANQIIVG +HLIGAREEDQAFDAVIDTLKKAMLVTLIVSGSIFIFSDYILGIFTTNSEILRLGKQILFI +DIFLELGRTVNMVTIRGMQASGDIKFPVIVGIVSMWSVSALFAYIFAITFKMGLHGVWLA +MMLDEILRGIIFYIRWKRGSWRSKIII +>MGYG000000001_01596 Fe(3+) dicitrate transport ATP-binding protein FecE +MRIQTEGVKFDIGNKNILKGISIDVNSKEIIGIIGPNGSGKSTFLKCIYRTLKPSSGIIK +LGDINLDGIKLKESAKKMAVVSQHNYYDFDFSVGEMVLMGRSPHKKMMERDSYRDYEIMN +DALKRVDMLHFKDRNFNSLSGGEQQRIILARALAQETDCLILDEPTNHLDIKYQLQLMNI +VKSLDIEVIAAIHDLNIAAMYCDKIYVLKDGRIVAYGTPKEVLTKELIKEVYEVDAIVNE +DKENDMINIFYKPNL +>MGYG000000001_01597 Hemin transport system permease protein HmuU +MDIKFDTEIKETKILERTPMYMGVSIVLLVSLILSIGFAVSFGSVDISIKEVYSIIFYKL +FGIGNESTLSNGAVHDVVWLIRLPRIVLAMAVGIGLSVVGVVMQAVVKNALADPYILGIS +SGASLGATTAVMFGLGTIFGSNAIGIFGFIGAFVVSIIVLLISNIGGRSNSIKLLLGGMA +LSSVCSAFSSFIVYFANDAQGIQTITFWLMGSVAGAKWEQIAFILPIILAGTIFFITQYR +ILNLMLLGDEVSITLGTDLNKYRYTYLIITSLMIGLLVYSSGMIGFAGLVIPHIVRMIFG +TDHKKIIPIAALVGAIFLIWADVLSRIIVKGSEIPIGILISIIGAPCFIWLMIKKTYTFG +GNV +>MGYG000000001_01598 putative ABC transporter solute-binding protein YclQ +MIKLKKGIALLLSTLMILGLTACSSKNENNINGESNNETSLDSDSHYPVTITTYNYKNEP +VDITFDKAPEKVVAVYQNSIETLLALGLEDKIEIAAGLDHEVKDEYKDAFSKVNYIEEFT +PSKETVVMEQPDFILSWYSLFSDKNLGDVDYWHQNNINTYMALNSGAAQDRTLENEKADI +LNLGKIFNVEDKANQIVNEIDTKTNEVENSVKDQEKQTTLIIEYMDGQIYTYGAKTLGGD +MVQKLGAELLNPNGGNISEEDLIKLNPDSIFVVYMDRTDEDMSKEAINTVMNNKALSSLN +AIKNERVNSIALGEMYCSGIRTIDGINTFANGLYPNLNK +>MGYG000000001_01599 Aspartokinase +MGVLVQKFGGTSVSSYERMKEVVNIIRSYRDKANDLVIVVSAMGRQGDSYATDTLIGLCK +NVNEKAPKRELDMIMSCGEIISGTILTSILEDEGIPATFLTGIQAGIITTNSYSNAKIKK +INPQKIEREISMGKVVVIAGFQGGTEDGEITTLGRGGSDTSAVAIGKALGSKTVQIYTDV +DGIMTADPRVEPDARIIKFIEYEEVFQMAEQGSKVIHPRAVELAKKADIILEIKNTLNPN +YEGTKIGSIKNLDYGNGDYEEEGRFVSAVAHKNNIAQIKVKSPEKLFSKILNEMEDKNIN +MEMINFFVEDKGFAIDKSDVESVEEILNKYNVECEINKKCAKVTLIGSKITETPGVIAKI +IRGLSKVGITLLQSSDSYTSVSCLVKEEDMVGTIHVIHNQFYK +>MGYG000000001_01600 hypothetical protein +MNLSEIAGKEIVNLVSGERLGVVGECDLIIDETTGKILALLIPKEKGFFGLKKEKSVLEV +PWRSVKKIGNDMIIIEYDGVY +>MGYG000000001_01601 putative zinc protease +MYKVKTLENGLTIIGEEIPYVKSISFGVWINAGSRIEDAKVSGVSHFIEHMLFKGTNKRT +SKEIASEIDNLGGQINAFTSKECTCYYVKLLDEHIEIGLDILSDMILNSKFDEVDIDKER +SVILEELKMYEDSPEDLAYDMLLEHIYAGDGLGMNILGTRESLKNIGKKELLEYFNTYYI +PNNAVISISGNFNFDNMVEKIEDKFKNWNGKDFEIELNEAPFKSCIIAKNKDTEQVNLVM +NLKAVGIENNDEVYALAVINNVFGGSISSRLFQKIREEKGLVYSIYSAQSLYRKCGELGI +FASMSNENLEEVCEIIKGEIRDLRENYLTEKEIHESKEQLKGSYLLDLESTGSRMMSIGK +SMLLVNKVKTTDEILECINNVSFDSIKKVIDKVFDLNNLGICIVGREVENIKL +>MGYG000000001_01602 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MLIMVANKKKLKRIIIRVVVALLAIGGIIFGVVKNHSTPTFNIIDEASLPYERGTKANSG +YVAMTCNVDLGWEEEYIEGILNVLKKEDAKITFNVTGKWAENNKDFLLRIKSEGHEIGSH +GYKHLDYSKLTYDQNLEEMKKAESTIEEITGDEIRFFQAPAGSFGEGTMKAAKELGYTAF +KWDVDTIDWKYREQPDVIINRVKNKDVKDGSIILMHPTKATMECVDDIIEVIRSKGLKPG +KLSDIFK +>MGYG000000001_01603 Polyribonucleotide nucleotidyltransferase +MFEHKIFKMDLAGRELSVEIGKIAELAAGSAILRYGETMVMVNVSKSAKPRDGIDFFPLS +VDYEEKLYSVGKIPGGFLKREGKPSEKAILTSRLIDRPIRPLFPKGFRNDVQVVATVLSV +DQDCTPDIVSMIGSSVALSISDIPFNGPTGSVLVGLVDGALVANPTAEQREKSSLHLVVS +GTKDAIMMVEAGGEEIPESLMLEAILFAHEEIKKIVAFIEEITAAVGKEKMEVELHKVDE +EVETAVRNFATDKMKEAVRTVEKLERQEKMDAVREETLSHFEELLEEYGSDIEEVLQVII +KESVRMLITHEKVRPDNRKLDEIRPIWCDNGFIPRAHGSGLFTRGQTQVMTITTLGALGD +VQILDGLDEEENKRYMHHYNFPAYSVGEARPSRGPGRREIGHGALAERALVPVIPSKEEF +PYAIRLVSEVLSSNGSTSQGSVCGSTLSLLDAGVPIKDMVAGIAMGLIKDDEKVAILSDI +QGMEDHLGDMDFKVAGTEHGITAIQMDIKINGIDENILRTALEQARIGRLHILNEMRKTI +DAPKPQLSKYAPKIITMNINPDKIRDVIGPGGKVITKIIDETGVKIDIEQTGEVFIAGID +QEMIDLAQKLIKDIVVEAEVGQTYKGKVTRITTFGAFVEILPGKEGLLHISHIAHERVAK +VEDVLNIGDEVEVKVTEIDEKGRVNLSRKVLLPKPEKIEKKDNK +>MGYG000000001_01604 Protein DegV +MKIKLICDSLCDAPKELIEQYDIDVVPLNIILGDKEYKEGIDISNDEFYKRMKEKTEVPK +TSQATYIQFKEVFDKYKDDYSIVCINGSSKSSGTYQSAVMAKNDTEGDIHIFDTLTLSLG +SAQFVVKACELIENNKDIKAEELIKHLEELRESVSLFFVPDTLEYLQRSGRASLTTATIG +NLLKIKPIFTVEDANIFILNKVRGKKHAIHELVNLVVNKYDTLEDKNIIIGCGDNVDDFE +KLKEEVNSKIKCKKLYFTRGGACICSHTGPDIFAISCSY +>MGYG000000001_01605 30S ribosomal protein S15 +MNKTDIIKEFGRKEGDTGSPEVQIALLTARINELNDHLKTHKKDHHSRRGLLKMVGRRRN +LLAYLKQRDLEGYRALIAKLGLRK +>MGYG000000001_01606 Riboflavin biosynthesis protein RibF +MDIIKSIWDVDDVEDSVVTIGKFDGLHKGHRVLIKKAVESSKKRRIKSVVFTFENHPANY +FKSYSVKNIITDNDKMKKLNYLGIDMVVNVPFNEDMTKISADDFARIILKERLGAKKVIV +GHDFTFAKNKEGNAKLLKILGVKYNFKVEIVKPVKINDIRVSSTYIRKLIAQGCVNKVKE +YLGRNYQLEGKVIKCKQLGRTIGFPTANMAIDEEMLVPKCGIYATKVYLDGEIYFGATNV +GYNPTVEGKSLSVETNILDFNEDIYGKTIKLEFLERIRDEKRFNSLDELKSQLKIDTNYI +YKKYVCKK +>MGYG000000001_01607 tRNA pseudouridine synthase B +MNKIINILKPTGMTSHDVVSRVRRILNMKKVGHTGTLDPDASGVLPICIGKATKVSELIL +NKDKSYICELTLGMTTDTYDSSGSIIKRVDDFKASEVDIQKAFDTQKGEIEQLPPVYSAL +KVNGKKMCDLARSGKADEIVIKARKVNIKELNILSINDKKIMFYVKCSKGTYVRSICHDI +GEYLGCGGHMSFLLRTSSGRFKLENAITLEELEKFYNNDKLDEHLYDIDYVLNNFSEVIL +KPSAIKYYSNGGIIDNKRFSTNNINENDEFVRVYSEGRFLGVGRLLKDNKTISLKSDKIF +V +>MGYG000000001_01608 Bifunctional oligoribonuclease and PAP phosphatase NrnA +MISNIDNIIEFIKGSNDFVVTSHISPDGDNIGSTLGIYYSLKKLGKNVYYVLDDNAPLNL +RFLVENVTNMSSEEFKALNIDNYSLIALDCGDKYRVCVSEEIKDKALKIVCIDHHASNDA +YGDLNYIDTEASSTSELVYNLLVRLNELDNINIIDEDIATALYTGLVTDTGNFSYSSTHP +SSFEMAKELMILGAKKDKIIQNVFQSNSYNYYKLLGEALNTLDIVQEKVACISLTIDMLQ +RNNMSFNDVDGVTNYTRDIKNIEVGILLKQKKENEVKVSLRSKNYVNVSKIAQTFNGGGH +VRAAGCTIYDTVENAKIKILQEVLKEI +>MGYG000000001_01609 30S ribosome-binding factor +MASYNRTRRIAEEIRKVVSTMLISGIKDPRITSMVSVTDVEVTNDLSYAYVYVSILGGDE +ESTLLGLKSAVNYVRREVSRNVKLRHTPQIIFKVDDSIKKGMYMDNLIKQVSSKNNEETM +HKDEEDDK +>MGYG000000001_01610 Translation initiation factor IF-2 +MSKTRVYQIAEKLGMSNEDVIAKLKELEISAENENSEIENDDVELLVELVGEEAVTHDGP +TVTITGKLTVQEIANALDVSASEVIMKLMKMGTMASINQEVSEEIASLVVKEYGYTLLTS +TEDEEEEQLEIDALMEIEEDKEEDLLPRPPVVTVMGHVDHGKTSLLDAIRSTNVTRGEAG +GITQHIGASEVSVNGQKIVFLDTPGHEAFTSMRARGAQVTDIAILVVAADDGIMPQTVEA +INHAKAAEVPLIVAINKIDKPDANPDKVKQELADQGLLVEDWGGDVIAVPVSARQKTGID +TLLEMILLVSEMEELKANPNKRAVGTVIEAQLDKGRGPVATVLVQGGTLNVGDPIVAGLA +SGKVRAMINSKGKRVKAAGPSTAVEILGLSEVPQGGDQFVAVPSDKIARSVAEKRQQIAR +EEMLKSNQRMSLDDFFSQMNEGDVKDLNIVIKADVQGSAQAVKQSLEKLSNEEVAVRVIH +CGVGAVNESDVMLATASNAIIIGFNVRPVPGAEEVAKKENVDIRTYTIIYKAIEDVQAAM +TGMLDPEYKDEDTGKAEVRETFKISGVGTIAGCYVTTGKIFRGGKARIVRDGIIIHDGEI +AALRRFKDDVKEVNSGYECGLSFVNYNDLKEGDIVEAYVTKEVERKLK +>MGYG000000001_01611 putative ribosomal protein YlxQ +MKSNEEKIYSYLGLATRAGKIVSGDDSTLLELKRGNVKLVIVAEDASNNTKKLFKDKSSY +RNVPYVYFSTKLQLGLSIGKAPRAVVGVKDEGFANKVIELLK +>MGYG000000001_01612 hypothetical protein +MQKIKKVPQRKCIVCQDRDSKKELMRIVKNKEGEIFIDLSGKANGRGAYICKSVECLQKA +IKTKALNKAFKMEVSDEVYEKLLAELKSYEK +>MGYG000000001_01613 Transcription termination/antitermination protein NusA +MNHEFIEALEELEKDRGIDKDILIDTIEQALLTAYKKNFGSAQNVRVEFDREKGDVRVFS +QRVVVDESDLYDTFLEIELDEARQINPNYELGDIIENEVTPKDFGRIAAQTAKQVVVQRI +REAERDIVYNEFIEKEHEIVTGEVARVSKGLVYVNLGRIEAVMTQAEQIPHEAYKAGQKI +KVYILEVKKTNKGPQIVVSRSHPGLVKRLFEFEVPEIFEGIVQIKSLAREAGSRTKMAVH +SIDEKIDPIGACVGPKGSRVKNIVDELIGEKIDIINYSENPAEFISAALSPSKVVRVDVN +EEEKSALVVVPDYQLSLAIGKEGQNARLAAKLTNWKIDIKSESQDNQE +>MGYG000000001_01614 Ribosome maturation factor RimP +MKKSIESTIEELVQPIIDTNNFELVDVEYVKEAGEYYLRIFVDKEGGISLNECEVVSRAL +SEILDVKDPIKDNYYLEVSSPGLDRPLKKDKDFVRYQGRDVEIKLYKPLNGSKQLEGELI +GLTEDKNIKVIIDNEEVEFNKKDVALIRLAIKF +>MGYG000000001_01615 putative multidrug resistance protein EmrY +MGESRKNRSGIVAILIIGAFITSLAQMVLTSALPSIMSTFNVTTSSAQWLTTTYMLVLGI +MIPSTAYLVNQFPIKGLFMTSMGLFLGGCIVSITANNFIFMVLSRVLQAIGAGIITQLVQ +VAMINLYPKEERGKAMGIYGFAIGVAPAIGPLVSGYIIDSFGWRFIFYILAIITILDVIF +AVILLKSFMENKPSKLEVISLILSSLGFGGLLIGVTNIGTYTIANPLAYIPILIGLISLV +LFVIRQIKVEDPLLDLRVFKVRNFTISIILICIVYMAMTSATMILSIYIQSARGMSAMVP +GIVMLPGSIAMCILSPITGNILDKYGLRKLAISGCIMLGVGTLGFSYLEETTSIAVLTIM +YTIRMIGITFLLMPVTTWGLNELKQEQIASGSAINSTLRQISGAVGSSLFVTIMTVVANN +SVKATQVLADIEGMTVAFKYATFVIVIAIFVSIIYVKDKVKDKPLEDISYELNV +>MGYG000000001_01616 DNA polymerase III PolC-type +MDSVKEYLDKLEINNTILSKQLKEVYIQKVVYFKEDKIVYFYLTSKDIVSYELLDKFRDE +LLYTLDYFKDIRVKIRYTGLDRKTNKDIIKRYWNNILYILKSLCPAIEGWYKKVEYMCLD +DVLKIKLPKDLFYEKLMRKNVIHVLKTALSEELGIDINIVLERAIDENISISKIIERTDR +EIEEKIKALDFGKVEEKEVEEEGYVIKPEVDEHLIYGENVNVIVDQVSKLNVNSGTTGII +GEVFDIETKELRNGKILLILAVTDYTSSISCKLFLNDVNKDGVLNEIKKGSYLKIKGDII +YDTYQREISMTISGIRKEVKVERQDLSNNKRVELHAHTQMSSMDAVCNVKKLVERAAKWG +HKAIAITDHGIVQAFPDAMGAAKANGIKVLYGVEGYLVEDDALIINDPNDKELSQSFVVF +DIETTGFSNVNDKITEIGAVKIENFKVVDRFSELINPQKDISYKIQELTGITNDMVRDKP +TIEEILPKFMEFVGDSVLVAHNAEFDTGFISQKCREQGLDYNSKSIDTLMLSRILLPHLK +RFRLNLIAKELGVPLLNHHRAVDDAEATAHIFLKFLDMLQKKGANTLRDVNNVLGKIDYT +KLTTNHITLIAQNYTGLKNLYKIVSDAHVNHFYRAPRILRSVLNEHKEGIIIGSACEAGV +VYQAVKKNVPDGELKKVIDMYDYIEIMPIDNNKFMIDKGEVNDAEELRDINRRLVKAAKK +FGKIPVATGDVHFLDKHDAVLRRVLKYSQGFKLDDEETYLHFRTTDEMLEEFSYLGEELA +YEVVVENTNKIADMVESIKPIPDDTYPPVIEGSDTELREMCYSKAERIYGSPIPDVVINR +LDRELNSIISNGYAVMYIIAQKLVTKSLSDGYLVGSRGSVGSSFAATMSDITEVNPLPAH +YICDDPECKYSYFFEIGEYGSGVDLPDKDCPKCGKPLRKDGHDIPFEVFLGFEGDKEPDI +DLNFSGDYQPVIHKYTEELFGEGYVYRAGTIGTVAEKTAFGYARKYIEENSINVPIAEAL +RLANGCTGVKRTSGQHPGGVMVIPHYKDVYDFTPIQYPANDTSCGVITTHFDYHSISGRI +LKLDILGHDAPTMIRMLEDLTGIVATEIPLDDPETMSLFTSTEALGVTPEEINCPIGSLA +IPEFGTKFVRQMLLDTKPTTFAALVRISGLSHGTDVWLNNAQDLVREEIVGIDEVISTRD +DIMNYLIFKGLKPKSAFTIMENVRKGKGLKPEHIEEMKSNDVPDWYIGSCQKIKYMFPKA +HAVAYVMMSFRLAYCKVHYPEAFYATYFSTKAEDFDADLIVKGIDSIRTRIHEIESLGND +ASTKEKNMLTVLEVAYEMYARGIKILPVDIYKSDAKLFQVPGKGLLLPPMIALQGVGENA +AIHIQEERENGEFISKEDLRKRTKISKTVIETLTNHGSLQNMSDENQLSLF +>MGYG000000001_01617 hypothetical protein +MNGDDILDFRKIVICFSELGEKKLLKKTIKEIHTNKRVHLYYSNSGNIPICALPKLKLVL +ASRHGFLSFCFNFFSFIKLSNSNIAINPSTIKTIAKCVLSHEIGHILDPNISTAKYEYAD +ILSNIVDKLIEYNIDVTNNDFHKGNLPSDLERYVVDLKKNLINRESRAWDIGKTIIDLDN +EKEKIIFNKVKEYALATYNYGNIKSIVKEHNIDVFFKYKRYLA +>MGYG000000001_01618 hypothetical protein +MRKRIALTALAMVPFSVSHANEAELVGIITAETLNVRSGPGSNFEVLYMVNKDDRVTITD +TSNGWHKVKNNEDKEGWISSKYISISESSETVSRSSSYEQKEVNTNGLNMRSGASTSYRV +ITTLNKGTKVEVISESNGWSKIKYDGRLGYVYSIYLDDIKPSYTNTTTKTVNTNSLNVRS +GPSTSNSIVGKLSKGTKVSVISDSNGWSKILYNNKECYVSSRYLDSKSSSSDNSNNNSSN +STIKETKEVNTDSLNVRTGPSTSYSKLGTLSKGTKVGVISESNGWSKILYNNKEAYVSSQ +YLSKISSGSTDDNTSNTVKETKEVNTDSLNVRSGPSTSYSKLGTLSKGTKVGVISESNGW +SKILYNNKEAYVSSQYLSKISSGSTDDNTSNTVKETKEVNTDSLNVRSGPSTSYSKLGTL +SKGTKVGVISESNGWSKILYNNKEAYVSSQYLSKISSGSTDDNTSNTVKETKEVNTDSLN +VRSGPSTSYSKLGTLSKGTKVGVISERNGWSKILYNDKEAYVSSQYLSEVGSESGDTGSG +STDVDTGAFGQGTVSDLLLSYTFEQHLSKQVSVSESGYNRANGSKATKLQIEEKLNPSKI +ISASSYGKLQFLRIDRYTDGITASELNKFLNSKVSSSNVFYNKGQQFIDAAKKYDIDVVY +FVAHCMWETGYGSSTLAKGQTLTTYKGQALSKPVTVYNFFGIGAYDGTANLSGAETAYKY +GWTSIDATIEGSAKWIAANYIKHSSYKQNTVYKMKWNYGSHQYATDINWCNGIASVMNSL +IGYYDNQSKLVYERLVYK +>MGYG000000001_01619 hypothetical protein +MFEIYAREYKKRASSKKMNKLDYLEAKMMEISNILTPYVIEFCRLDMEFKNNSKELPDPI +KYFIINGKILNPYDYVTNTEWEGYWKRCTGKDMEYFISYLEYPIMYPNHENYIASGKNII +SIFKSETGFEKIPYSIICAENLNKKYFK +>MGYG000000001_01620 NAD-dependent protein deacetylase +MSIEKLVEIIKSSDNIVFFGGAGVSTESNIPDFRSSSGLFSQKLNKNFTPEQLVSHTFYS +RYPEEFFKFYKDKLVYTEAKPNKAHLALAKLEELGKLNAVVTQNIDGLHQMAGSKNVLEL +HGSIHRNYCTKCNEFFDLNEMLNLDGTVPYCDKCGGIVKPDVVLYEEGLDNDIISKTVAA +ISSSDLLIIGGTSLVVYPAASFINYFKGSNIVLIR +>MGYG000000001_01621 hypothetical protein +MTALFTFVTFIMIFFAKLSEKEFVGEFMADTSDLLGVAITIGLAVLSMPIMEPLADVVGI +NRDIIVSTYQFGQGIMSFITPTGLILAIVTLGVGVLI +>MGYG000000001_01622 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI +MIKLIASDMDGTLLDSNKNINPEFNKILNTLKEKGIIFAAISGRDLASLKYAFKDVKEDI +VFASNNGNFIVYKGKVLFENYIEKEELNCILPTIRKNAKHFTIYCTKDGVYAESLFPFIA +GLKFGLKVKVVKDITKINSKVIKISTFGKQKMIDRSLNALNHFKDRFMITPSGSTCFDIC +KVGGHKGQGIKILQDLYNVKFEETMVFGDHMNDLEMMDYAYFSHAMENAEKEVKSRARFI +AKTNDENGVIEAIKKHVIENYDNSYSYN +>MGYG000000001_01623 hypothetical protein +MNYITPNNKYEVFVKNISIKQKFDKLITKSVNITPRQIQECIEYARESVENSNDYIELVP +NDIKDINIQKEVGMQRIFIEKIAECGVVNFLIHNNIDKSVLSKYKIGIKTAIAKEIHTRL +IIEKKNLKIRKIVRIII +>MGYG000000001_01624 hypothetical protein +MEDKKDSIKRHLAKDLYNIENVQIFGYLDNKFVNELKYETIKNKSGKKEFRFFTKKSSDY +NSKKRYANLLGTECKWYYLDRLMPMDKLLKVIK +>MGYG000000001_01625 DNA mismatch repair protein MutS +MQIDRSKLTPMMKQYFDCKDKYPDCILFFRLGDFYEMFFEDAIVASKTLEIALTGKSCGL +EERAPMCGIPFHSANSYISKLVENGYKVAIGEQLEDPATVKGIVKRDVIRVVTPGTVLEG +SLLENKKNNYLLSLYKKDDSIGLTYVDISTGETNATYLSKDKIIEEIAKIHPTEIIINDL +SFVDQLRNIATIGNTYINESFNESYLSTEILNEYFSDEYLSRLRFDENNLIKTSLCILLN +YIYNTQKQVTSNINMINIYNSSEYMVLDMFTRSNLELTQTIRGSKKKGSLLHVLDKTSTA +MGGRLLRKYVEEPLVNKKKIENRLNVIEEIKDDFMLREDLNEILKNVYDIERICGKIAFE +KVTPKEMIHLKNSIEKLPDLNNIINSSNANILKKYIEEMDDLNDIYNLIDESIKEDPSVT +IKDGNIIKSEFNDELKELRDISKNGAFMIKEIENREREKTGVKSLKIGFNKVFGYFIEIT +KANLNTAKIDEGYIRKQTLSNAERFITSELKEIEDKILHAEEKIKTLEYEIFVNIRETIY +KNIDRIQKVAKTIANIDVFVSFAIVAYMNNYVKPNINENNKLDIKNGRHPVIENIVGEEN +FVPNDTYLNSGENIINIITGPNMAGKSTYMRQTAIITLMAHIGSFVPAEYANIPICDRIF +TRVGASDDLSQGQSTFMVEMSEVSHILKNATDKSLVILDEIGRGTSTYDGISLAWSIVEY +IQNNIKCKTLFATHYHELTDLENEFSDVKNYSIAVKEDNEGIVFLRKIIPQGADKSYGIY +VAQLAKLPEEVINRSKEILKDLEKNHINNSVAIKKDNIKLNNSYDSIDNVQVDLTSLVNT +NMNINEKVNIEKVSNLEKEVEKLKLENNQLAKNYKNVKNDYDKLNKDYNELSENLESSVI +RESAITQISFEGINGNDLVEDILELDILSMTPLDAMNALFNLQKKAKDKK +>MGYG000000001_01626 DNA mismatch repair protein MutL +MSNRINILDDLTINKIAAGEVVERPSSVVKELVENCVDAKSTKVIVDIVDGGKKSIRVTD +NGSGILSSEVDKSFLRHATSKINEIDDLYDLYSLGFRGEALASIAAVSKLEMITKAKEEV +VGTKVFVEGGKIISKEPVGTTNGTTIIIKDIFFNTPVRQKFLKSTHAETINISDLINKLA +IGNPAVQFKYINNGKQMLNTPGDGKLINVVRSIYGKDITENLIEVDFKCDYFRMNGYIGN +NNVYRSNKNLQHTYINKRFVKSKVILDAINEAYKSIIPIGKHAVCFLNISINPAKIDVNI +HPTKLEVKFEDEKDLYIHLRDYLRRRLLSSNLLGKYETYDRTSNPTIKVKEYANKVSESS +KPIEVVQALDNKPIDSFKSVNDVLNQKSEVHHNIKEDNNLTKSLEKSILNRETTLFNENK +SFNLSKDNESIKLTKTDNVNEYIIDGNLDMSKSFSIEDLEELDKLDNLDESYGLKESNSL +YDNTLNDKMKSDINSNFDSDYLNDSSTEESIQEGFFKEDEDKLSLDGYTVLGVVFNTYIV +LQKGESMYLLDQHVAHERILYEEYMSKFYKHDISMQMLLDPIVLELSTVDMLQVEKNLDL +FMNFGFEIEIFGNNHIMIRCVPTTFGIPESEKFILQIIDNIDEIKNNYELKGEKFASMAC +RAAIKANDKIHKLEIDNLISQLNRCENPFTCPHGRPIVVEISKKEIEKMFKRIM +>MGYG000000001_01627 tRNA dimethylallyltransferase +MKKIPLIILTGPTAVGKTDLSIKIAKDLDAEIISADSMQIYEYMDVGSAKVTKEEMDGIH +HYMIDEVKPDFKFSVSEFQLRADKYIDEIIEKNKLPLVTGGTGLYLNSLIYNMDFAKSDA +NNELRESLRLELEEHGIDYMHEKLRSLDEESANRIHKNNTKRVIRALEVCLSGEKMNDFS +RDLKFNDKYEPIIIVLNRERDHLYERINKRVDIMLEKGLIDEVKNLLNMGYSKDLVSMQG +IGYKEIIKYLDGEYTYDEAIEVIKRDSRRYAKRQITWFKRYESAKWFNLDEYNDFNILEK +DVLTYIENKIKLV +>MGYG000000001_01628 RNA-binding protein Hfq +MKNTVLNLQDLFLNNARKERIPVTIYLMNGVQVKGHVKGFDSYIILLEGDNRQQNMIYKH +AVSTIVPAKYINLQNNQQQNTNNR +>MGYG000000001_01629 hypothetical protein +MFNIIGLILSLSLIIYLAYKGYSTIITAPIVALLTALIIGGDSSKHLMFTYTETYMSGFA +SFVKNYFPIFLTGAIFARLMEEVGYAKSIAHFITKKLGNDKTILAVVLAGALLTYGGVSL +FTVAFVLYPIANVLFKESNIPKRLIPGTIALGAFTFTMTALPGTPEIQNVIPMRYFKTDT +FSAPLIGITASLLMLILGITWLTYRVKQANLNNEGYGTFNSYEGLDNNIDIPNIFISIMP +IIIIFISNLFFSKIFYKYLVDGSYLNKHNLVLDSISGTWSVIISIFISILIILLVNINKI +KNLNKVLDKGISNSFLPLLSSSAIVGYGSVIKSLPIFITLQSLILNISSNPIISEAISVN +IICGITASASGGLTITLDALAPTFITMSQNLNISPEIMHRIASLASGGLDTLPHNGAVIT +TLAICGLTHKDSYKDIFVTSVLIPILVTAFIMIVTSFIYLT +>MGYG000000001_01630 hypothetical protein +MLNETKELLKGFYGLDNETFELSEEVMKDIEPQFEKIKKIREYNQYKVLKAMQEARLSDN +HFNWTTGYGYNDIGREKVEEIYANVFGAEDALVRPIIVNGTHALSLCVQGLVRPGDEILS +VTGAPYDTLQGVIGIREEKGCLKEFGVTYDQVDFLEDGNIDLDGIKSKINDRTKLVMIQR +SKGYAWRKSLTIEDIKEAVETVKSVNKDIIVMVDNCYGEFLDTKEPTEVGADIMAGSLIK +NPGGGLALTGGYIAGKKELVEMISYRLTTPGIGKECGLTFGTTRTVLQGFFMAPYVTSQA +VMGAIFCARAFEKLGYDVLPKYDDLRSDIIQVVRLNNAEEVISFCQGVQEAAPVDSYVRP +EPWAMPGYDSDVIMAAGAFIQGSSIELSADAPIRPPYNVYFQGGLTFDHSKMGTLKAIQS +MKNITK +>MGYG000000001_01631 hypothetical protein +MIKVSRITLLIMAVTILTSNNSFTFAMEPIMDYKYSLEEHRIKRAKFIWEASLTEMVKAN +DLSTEDMKSVKNYLKDYIKQSKSEESRYEVERKALSVYRVEDLVKNHILDEIQGNKLKKK +LNKYDLNDLE +>MGYG000000001_01632 2-isopropylmalate synthase +MCVVDKSNSKGISIVDTTLRDGEQTAGVVFANHEKIAIAEMLSDLGINQLEVGIPAMGGD +EKEVIKSICKRNLKPSIMAWNRAVISDIENSIDCGVDAVAISISVSDIHIQHKLKTSREW +VIENMVKSVEFAKKNGLYVSVNGEDASRADLKFLTTFIDAAKEAGADRFRYCDTVGVMEP +FSIKDTIMKIYNRTKFDIEMHTHNDFGLATANAIAGVLGGANYIGVTVNGLGERAGNAAL +EEVLMALKYVYNYEVNIDTTKFKDLSEYVSKAAGRELPSWKAIVGSNMFKHESGIHADGA +LKNPKNYEAFDPREVGLERQIVIGKHSGKAAIINKFMEYNINLTEDEANMMLEAVRALSI +RAKRILFDKELVQLYNDIKKYRHIG +>MGYG000000001_01633 3-isopropylmalate dehydratase large subunit +MGDNLTYKILKKHIVDGKLKKGEFIGIKIDQTLTQDSTGTMAYLQLEAMNIDKVKTKKSV +AFVDHNMLQQGFENADDHKYIQTVADKHGVYFSRPGNGICHQVFLERFSTPGDTLLGSDS +HTPTAGAVGMLSIGAGGLDVALAMAGGAYYINVPKVCKVNLIGKLNYMVASKDIILELLR +KRTVKGGVGTVFEYSGEGLKYLSVPQRATITNMGAELGATTSIFQSDERTYEFFKAQNRE +NEWIELKADENCEYDEEVTIDLSKLEPLAAIPHSPDHVKKVNEIGKIKVDQVAIGSCTNS +SYEDLMKVAQILKNKKVHKDVSLVIAPGSRQVMEMLARNGALADIINSGARILENSCGPC +IGMGQSPGTNSVSLRTFNRNFYGRSGTLSAQIYLVSPEVAAVSAIEGVLTDPRDYKIEFN +NLEIDKFLIDDSMIIKPSEESDLVKVVRGPNIKPFPINTKLENTMSGKIVLKTEDNITTD +HIMPSNAKLLPFRSNIPYLSEFCFNTVDTEFPKRAKENNGGFIIGGENYGQGSSREHAVL +APLYLGIKGVITKSFARIHKANLINSGIIPMTFINEKDYDEVDLLDELELRNLNENLYNG +VLEITNITKCNTFKVKIELSRKEIEIIKAGGKLNYIKNQVNEAIESI +>MGYG000000001_01634 Isocitrate dehydrogenase [NADP] +MYNVTLIPGDGIGPEVSKSMVRVVEATGIDINWEIVNAGLNVIEEYNTPLPDHVIESIKK +NKIAIKGPITTPVGKGFKSVNVTLRQALDLYVNLRPIKTFKGIKSRYENVDLVIVRENTE +DLYAGIEHKLGDYGAESIKIITKAACERIVEFACDYVKENNRKKLTGVHKANIMKLTDGL +FLKVFRDISEKNKIDYDDLIVDAATMNLVLNPEKYDVLVMPNLYGDILSDLCAGLVGGLG +IIPGANIGKDCAIFEAVHGSAPDIAGTNKANPTALIQSAIMMLRYLGEHNAAKKIERALE +KVFIEGRVLTVDLGGNATTDEFTEELCKYVLEGVKAY +>MGYG000000001_01635 hypothetical protein +MKITYINHSSFAVELDTCVLLFDYFKGDIPKFSKNKKIYVFSSHGHHDHFSPKVLKLEKE +YDNILYILSEDIQIKESDKIIFIKEDEKLNINDLQIQTLKSTDIGVAFIVNVEGVSIYHA +GDLNWWHWEGENSIKENKEAELMYKKEIDKIKDYNFDLAFVPLDSRQGEQYYLGFDTFMK +NTNTKIAFPMHCWGDYTVIDKLKKSIFAQDYKDRVIEISKVNETFNINIVCK +>MGYG000000001_01636 putative ferredoxin-like protein YdhY +MKKLVVKDRSLCQACLTCEIACSEAFYKNYSGGTSCIKIGNKKDDSLDVKVCNQCGVCAK +KCPEGAIKENAKGVYMINKKLCTGCMTCVDVCPKGIIAKVEEKPVPSKCIACGICVDACP +MGIIEIKEG +>MGYG000000001_01637 Trk system potassium uptake protein TrkA +MNIVIIGNGNIGKSLADILSKKGHDIVMIDSNYSKVNKIVDNYDVKAIWGNGTVYETQIK +AGVDESNLTIAVTPSDETNLISCMIAKQIGSKKVIAKVNNIDYSPQIKFMKNNFNLDLLI +NTDKLVADEILKMLRYPNWLKIKPLGKESLTISELVLKKGNKLINNRISDINKKYKANVL +VYALFRENNVFIPSKEDILNEKDTVCVVGRNDELNSFFNNIGIIENNIKSIIIVGGSNTS +VYLANQLSSIGIKVKIIERDLYVCKRLAQLASKAKIINKDATIQDVLIEEGINNTDAFIS +MTESDEENIIISLFASHFNVEKVITKVNNTSIINLLEFSGLNTFISPIDVISNEVEQYIS +QEDIINLNKYSSEDILDEKVNFLEFKASKKDKVLGIPINKLKIKSDVTIIAILRNGNLIV +PSGNDYIKINDNPIIATKNRFLKHLDDILC +>MGYG000000001_01638 Trk system potassium uptake protein TrkG +MNLKVVLKTTGKIILLESALLILPLFISIYYNENTQIYFIKSILISLGVGLFLSFIPGKG +NKIYAKEGFLIVSLSWVIISVLGALPFYLSGEIPKFIDALFETVSGFTTTGSTVLKDVEA +LSYGMLFWRSFTHWIGGIGILVFLLAFLPRSKGQNIYLMRAEVPGPVMVKFVSKVNMNAR +ILCFIYIALSLFQVGFLLLGEMPLFDSVVITFGTAGTGGFSITNASISAYNSKYFEYVIG +FFMIIFGINFNLFYMIYLGSIKDALKSEELKCYLGIITFFVIIITLNILPSYMDIGRAFR +DAFFQVSSIITTTGFISADYSLWPNLSKILLVILMLIGACAGSTGGGIKVYRILVLFKSA +LKNTKQIFSPRSVYSIKVDNEYIDRKIVDSIQAYFFIYLTILIFSIIILSFDSLNLISIF +TSVVTCLSNVGPGLGVVGPVGNFSSLSDLSKLTLIFDMLAGRLELFPIIFLLGFFRLKK +>MGYG000000001_01639 Glutamine-binding periplasmic protein +MKINKFKKLTIIITSLLTIGGLVGCSNTNNDASDKNEIIIGYDNTFVPMGYLDENGDTVG +FDVDLATEAFKRMDINMKFQSIDWSMKEAELNSGNIDVIWNGYTLTEERKEKISYTDSYL +DNKQIIVTLKTSNIKDKSDLEGKSIGTQTDSSGMEAVLKDTDFVKNLKNKEPVLYDTFDK +AFRDLEIGRIDALVADEVLARYYIAQKKDDMYKILEDNFGKEAFVVATKKENTELRDKIN +STLNEMKNDGTFDEIYSKWFKQ +>MGYG000000001_01640 Arginine transport system permease protein ArtQ +MIKGLGIVISIFIITLLASIPLGLIIAILRRSKYKLIKFISKLYILVMRGTPLLLQLIVI +FYGLPLLGITFDRFTSGIIAFLLNYAAYFAEIFRGGIESIDKGQREAAVVLGFDKITMYK +RIILPQVIKIILAPMSNEVITLIKDTSLVYILGLNDILRLAQIQSIREVSLVPLLEVGFI +YLALVAVITQGFKLLEKKYSYYR +>MGYG000000001_01641 Glutamine transport ATP-binding protein GlnQ +MLEIKNLNKSFKQNHVLKDVSFKINKGEIGVLLGKSGAGKTTLLRCINGLEEFDNGKIII +DNKINNNSKDILTLKGKIGMVFQNFNLFPHLSVIKNIIEAPVNVFKEPKKEALDRAREIL +DIVDLKDKEYFYPYELSGGQQQRVAIARACALMPKVLCFDEPTSALDKDTIKSIVNVMKR +LKSQGMTILIITHDIGFANEVADKVITISNGIVECVEEVS +>MGYG000000001_01642 hypothetical protein +MQDKLITKDKVFIQDTNFSDVLYKSSGYEDFHTNLVKSNIEFDENKAYDLLPSGFIDFNQ +HLYEDINHMNSISSGLFLEKTLITFRIFIWTSRGEGFEIFKHVLRGSEINKLKSKDDVIE +YIYNHLSELEDGIINTYGNDIIKSFEEFGKGIESKKLPLSILLKNLTIDNNLCDFR +>MGYG000000001_01643 hypothetical protein +MILILNLSVFTLLSLLYFTYKPIKNYRVYSKTITSLLFLFFCLFARLHTKGDFDYFILIL +TGLIFSVFGDIFLSINPRSHKKSSIIFLFGLISFSVTHIFYTSAFSYLDSMQLKELVLAL +LFSFIIMLYLKVYKKLEFNKLFIPSFIYCTLISIMYSKSLALLLKYKSNKGIIFLVIGTT +LFIVSDFVLSFIIFDKNHNKALPAINLITYYIGQFLIASTVMFL +>MGYG000000001_01644 hypothetical protein +MPKNCQRISIMILIPMLIFTFIVTVKSNSYTNNPEEIIYEYYEYKNDKDIHSISKLLYKQ +QEIIKIENQLSSLDEINILRVKEDKDFDIIDLYLKLNTDIEDGSEVMAYKVRYSVVYNSE +EYKDGEYEALIFLVKDNNSSEWLLDPYDNN +>MGYG000000001_01645 Purine nucleoside phosphorylase DeoD-type +MSKSPIPTPHNNAKVGDIAETVLLPGDPLRAKFIAETFLEDVIQYNTVRGMFGYTGTYKG +KRISVQGSGMGIPSIGIYSFELIHFYGVKNLIRVGSAGAINENLKIHDVVIGMGACTNSN +YADQYNLPGTFAPVASYELLQKAVNVANEQGTKVTVGNILSSDVFYNDQGLEPLRQWQKM +GVLCVEMEAAALYMNASRAGVNALTILTISDCPLTGEETTSHERQVAFTKMMEIALELA +>MGYG000000001_01646 LexA repressor +MYLDLSDKQVLVLEFIKEQLMAKGYPPSVREICTAVNIKSTSTVHGYLNKLEKLGYIRRD +PTKPRAIEVLDGNSNPNVSGLNQEIINLPLVGQITAGEPILAQENIEEYIPLPSNLIKGS +DNFVLKVKGDSMINAGILNNDYIIVDKKNTASNSQIVIALINGETSTVKRFYKENNFVRL +QPENDFMEPIILEANSVEIIGVVTGVFRTIS +>MGYG000000001_01647 Tyrosine recombinase XerC +MNNDKVLKINNKSNKPDNIVHRDNDIMERCIKIENQLPKFMKDYFIYLKGSVAVSTRYAY +LEDINFFCNYLVESQELTKAEIIKDITLDEFNNIKARDVNLFLGDYCSRYYKQTEKNTLI +FENNNRALARKKSSLSTLFKFLYRNEQLDNNITDGFNPIKLPKPQPDAIKRLDIDEVAKM +LDAVESGEGLTEKEKVYWKKTKLRDKAILALFVTYGLRLNELRELNISSFNFSRGEFKIF +RKRGKEVLMPINHTCETVVKDYIFNERPESEVLSDEVKDALFLSLQRKRLTSKAIRELVK +KYTSISMETTRNNGYSPHKLRATAATSLIQTGFSIYDVQNLLDHDNVTTTQLYAAHKKNV +KRDIVNNFEWVDNNDNYEEIKKIDEEINNNI +>MGYG000000001_01648 hypothetical protein +MQLRRAMEIVNGENNNVNSKIFYKENQVNLISVDNNIGTAYVESLDGNYKYEVDLEQLNE +ITY +>MGYG000000001_01649 Stage V sporulation protein S +MEVLKVSSKSNPNSVAGALAGVLREKGSAEIQAIGAGALNQAIKSVAIARGFVAPSGMDL +VCIPAFTDIEIDGEQKTAIKLIIEPR +>MGYG000000001_01650 hypothetical protein +MNSRFLDWYSQALGSVLGVLACLFAYVNGYMFVFGNIGNNFDSLSIGGVISSYLLFPLCL +ITLFFSIVKSFILEKHIDNLNKIILLSTSIIGIIGTGFYFIIPALLILFDIYRDFIKERK +DKQNLNLDNEEEEYTYSTKEFPVDSFVECTESINFIDLEENYGLEKEIKTLETKKLMAIE +LLEKKSDLQFIKELTGFTDKEIQELRSCIQK +>MGYG000000001_01651 hypothetical protein +MLDTTELILKVSFFILTIIWIGKIMILRTDKQIVINPLLIGISAILVVLPESNELNNTSI +TIQKIKIMLYILYCLVVLFGVYSTRRKSNIF +>MGYG000000001_01652 tRNA (guanine-N(7)-)-methyltransferase +MRRRRKKGSDKKLLSFTDYVIKDDIENLKGKWSSKFENNNPIHVEFGTGRGKFITTHAKN +NLDINYIAMEIKEEVLLKAVEKAHEANLNNILFVWGNVNNILDYFEEKEISRVYVNFCDP +WPKKRWAKRRLTHSSFLEKYDTILKDDGELHFKTDNRDLFEFSLNEIAASDWMLKNISLD +LAKNTEIENITTEYEDKFMSQGMQIYRCEAKKRK +>MGYG000000001_01653 Iron-sulfur cluster insertion protein ErpA +MKVTLPQTAIDTLNKIISENNDKPSSIRIYFAGFGCSGPSFGLALDEQNSSDVTFDTDGL +HFIMDQAEFAQYGDVTIEDTGYGFRIAVENMPEGGGGCGGGCSGCDC +>MGYG000000001_01654 hypothetical protein +MAKGKDDNWINKHLRLSIAMSCDKSEGEITKQFLGSLKELNLSDKNIKHLDGLEFAKNLT +NLLLNNNKIKDTSKLSHLRNLTNLELSNNRIEDLSFLSKLTKLKSINLDFNNIYTIPNLS +ELKELAVINISNNNINDFSFVSTLSNNDVKIIAYDQIVLQKPIFINYGEDYTLEPVILWG +EDNLIHYYNVQVTGDYDELQTNERPSILYSISKITLKNVCSDCIIKADFYHEVPFFKSGL +LSGVLIQPLIMKISNSSFSFDKNNSNLYSIYGKIVLNDNDILSDKTITLIDSNGNKCHSV +SDKDGTYKFHSLKEDRYTLLFPFLSEYNYTTPSLYVINLKDEKKINIDAFVSSK +>MGYG000000001_01655 hypothetical protein +MYNLTFPQMKIIETRRCILRPVTIKDAKDMYEYYRQDIVVKYLPMKKHTSISDTERFIKT +FFLVNYRKGYIGQFAIVYKENNKTIGNIGFNNIPSNSIEGEIGVCINPKYWGIKLIPELT +REILKFGFEDLHLKRIFLETYEDNEHSRSYLDSLGFNCLGKFKRKFHSTGSKPIACYKYE +ILSKDYFKNKKI +>MGYG000000001_01656 Tyrosine recombinase XerC +MSFVFIRKRSKNYIVYLEYKDPESGKKKQKNMGSFEKKRDANKKLTELKDTIYKDDLLTP +NTITLKKHLLDFLEKYKENLSVTTYNSYIRICNKYIIPILGDIKLEDLRPVHIQNYVDDL +VGILTPQTIKIHINILNLALKRAYRLKLIRENVIECIEIPKSRKFKNKIYNQENMVKLLN +ISKDTPLELPITLASGLGLRISEILGLTWDNIDFEEKLITVDKITIRSNGKVVLKSPKTD +TSIRTISAPTEIISMLKEHKRKCLELKLKGIIRKDNNFIFFDKNGNPIAQDVLSRKFSRF +LEKHNLEHIRFHDLRHSHVTLLINSKVPIKVISERVGHSNINTTLNIYSHVLKEMDKEAS +DKISESLFKLD +>MGYG000000001_01657 Cobalt/magnesium transport protein CorA +MNILDLTIDKLYNNTKSDFFHKSNYYLILCTPEELKELKDPLEIDETTFGECLEFDDSMK +LDVFDKYDFISLNTYKLENKNLYLEEINMYLADRFILVVVNNDNFLYKYINDVIENKHTL +SKTPIVSLYKINYLIFKKIMLNGFENLELVEDMILEMEDNIMNGVYDNNISDINHVRSLT +RTIVKNTRPLLYIGDRILKENIRYMKASDIKKHNIENLQGIDFGIDKLYSFAISTRELAD +KLLDIYSSQVAEETNSLITKLTILTGIASPLTIITGIYGMNFKYMPELNYHYAYPITIFF +MILIIVISLLIFRIKKIL +>MGYG000000001_01658 4-hydroxy-3-methylbut-2-enyl diphosphate reductase +MKVKIANNAGFCFGVKRAMNMAWHELEERENGIYALGPLIHNKQAVSKYEDRGLKTVNDL +NDIPSNESVIIRSHGVGEDIYIQSKEKDINVIDTTCPFVKKIHNIAKDYSEKGYKIIVIG +DKNHPEVIGINGWCNEDAIIIKTLDEIDQLNLDANEKYCVVSQTTINLDLYNSIVEKLSE +RLNDIVFKNTICSATKERQFSAKELSKEVDCMIVIGGKHSSNTQKLVNICSGIVPTFAIE +TKDELDINELKKFNIIGVTAGASTPDWIITEVINFIESI +>MGYG000000001_01659 1-acyl-sn-glycerol-3-phosphate acyltransferase +MNFYKFVIKVFKVFSKIFFKYRVIGAENIPNEGNLVIAANHKSNLDPIFIAAAIENREVA +AVAKKELFKIKPLAYVLEKLNVIPINRENPDISTIKNILKSIKNGYVLGIFPEGTRIKEP +GFGEAKAGLSMFAIKGKAMVVPISIISNYKLFNRVTIYIDKPISFEDYYRERLNTKDYER +LSQNVLEVIKENYYINSK +>MGYG000000001_01660 Cytidylate kinase +MNNLVIAVDGPAGAGKSTIAKIIAKRLNINYIDTGAMYRAITYKCLKNNVDINNEEEVIK +IAQNTDIDFRDNNLYLDKEIVNEEIRTIEVSNNVSNVAKIKEVRYLMVDVQREIGKRNSV +ILDGRDIGSYVFPNADYKFYLIATPEERGIRRFKELTEKGYDTSLEEIIKDIVRRDEIDS +NREFAPLVKAENAIEIDTTGKSIDEVVDYVLSKINL +>MGYG000000001_01661 Chorismate mutase AroH +MRVLAIRGATTASSNKREDILNETATLINKIITNNNLESDDIISMCFTMTKDLDAVYPAV +AVRENLGLVDIPLLNFEEKYIVGSLEKCIRVIMYINSDKNKSDIKHVYLNKADILRPDLS +K +>MGYG000000001_01662 putative protein +MSKVIVVGAGPSGMMAALTASKNHEVILIERNNELGKKLKLTGGGRCNITNNRDIDEFFD +KVVNNKKFLYSSFYTFTNTDLLNYFSSKNLEYKVEESNDHKVYTKSDKATEVIDILEEDL +IQNNVKIMYNTKVIDLIVKDDTVSGVITDDNKNIYADKVIISTGGKSYESTGSDGLMYDI +LQKNNHTLNKLYPALSPLTIEENWIKNLQGIALQKVEISCKIKKKKISKIGDMLFAHFGI +TGPVVLIMSSYINKLLENDKVTLTIDCLPNVSVEDLSKALRENPNKNVLNNLKGILPQNF +LKGIFDVLDLSDKKANELSKKDENRIIEYLKNMQLTCNGCLGIKASMVTSGGISVKEINS +STMESKIIKNLYLTGEVIDIDAETGGYNLQIAFSTGYLAGLSV +>MGYG000000001_01663 Phosphoserine phosphatase 1 +MANTFYIVRHGETNWNILGKTQGHGNSNLTEKGIEQATTLAESMSKYPIDYIYSSDLGRA +VETANILADVLNLEVNETNALREMGFGVWEGLLMDEIKENYADMYSIWRNTPHLFDVPGG +ETLSIIQDRVDEFIKEINEKYDNKHILLVSHSVTVRVILLSCLGSGLENIYRIKQDNTAL +NIVEFKDYGPVVIKMNDTSHFKTNYTVNKSALE +>MGYG000000001_01664 hypothetical protein +MKNSKLKFADIFVLLIGCLLMSISINMFFDPHDIAPGGLTGVSILVSTLTGIPIWLINIS +VDIPLFLFAYRILSKKDSLKTVLGIIFLTTSLKITENFSNIHITDDVLLSAISGAIIMGI +SLGLIFRINGSTGGTDLIGLLANKFMPNLSVPMLMGCADAVVVIFSGIVSRNIEIALYSA +IALYIIVKVSDIMVEGINTSSSFTIISDKHKEIGQAITDELERGATILKGEGFYTNKEKN +VLLVVVSKKEVVTLKKLVKSIDENAFIIITDIFEALGEGFKPI +>MGYG000000001_01665 Chaperone protein ClpB +MDVEKMTVRVQKSLNEAFNEAVKHHNQQVDTIHLFSALVNQEDGLIPNILEKLNISVESL +KHTIDAELNKLPQIYGEGVSSQGVTASRRINEVLLKAESISKEFNDSYISVEHVMLAIMD +METNSVVGRILKQYNINKNDFLNVLSQVRGNQRVETQDPEGTYEALSRYGTNLVDLAKKH +KLDPVIGRDEEIRRVIRILSRRTKNNPVLIGEPGVGKTAIVEGLAERIVRGDVPEGLKDK +IIISLDMGALIAGAKYRGEFEERLKAVLKEVQGSDGKIILFIDEIHTIVGAGKTEGSMDA +GNLIKPMLARGELNCIGTTTFDEYRQYIEKDKALERRFQPVIADEPSVSDTVSILRGLKE +RFEIHHGVRIHDSAIVAAAKLSDRYIQDRYLPDKAIDLIDEAGAMIRSEIDSVPTDLDIV +RRKLFTLETEREALLKENDEKSKQRLEKITKEIAELKSKNDEMTAKYEKEKGQILEIRNL +KTQLDEAKGNVEKYEREYDFNKAAEVKYGVIPKLEEQIKEREENMQKSYENALLKEEVTE +NEISEIVAKWTGIPVTKLMEGEREKLLKLEEDLHNRVIGQDEAVTAVANAVIRARAGLKD +EKKPIGSFIFLGPTGVGKTELAKTLANNLFDSEDNIIRIDMSEYMEKHAVSRLIGPPPGY +VGYEEGGQLTEAVRRAPYSVILFDEIEKAHEDVFNLFLQILDDGRLTDNKGKTVDFKNTL +IIMTSNIGSKYLLEAKDGHISEETKDLVMDEMKRRFKPEFLNRVDDIIMFKPLAQNEIKR +IIDIFMGDLKRRLHEKNISIEVTDTAKDVMAKEGYDPVYGARPLKRYIGNTLETMIARMI +IAGTIYNGCTIVVDGKEDNIDIKVK +>MGYG000000001_01666 Anaerobic sulfatase-maturating enzyme +MKNITVLIKPSSSDCNLNCKYCFYKDSSRNRETYSYGFMNDDTLESVIKNTLDQEIFSCN +FMFQGGEPTLVGLNFYKNVILLQKKYNKKNIHITNSIQTNGINLDESFIKFFKENNFLVG +ISLDGPKYIHDSNRKHYNDSGSFDDVISTIMLLKKYKVEFNILSVVTKYSSKLVGIIYEF +YKNQGFTYLQFIPCIKEYNRDCKSIERDYYLDSNTYYKFLDTLFNLWNEDVINGKFIEIR +NFMDYINVIKGYNPTSCGMGGFCSLHTVVESNGDVYPCDFYCIDEWRLGNIKYNSLYYIR +RNDLAKKFFERSIYIHDECKHCNYFKLCGGGCRRNQEPFINGIPSHNYQCESIKKFFDNN +LKKLINLAKYYI +>MGYG000000001_01667 N-acetylmuramoyl-L-alanine amidase LytC +MKSKRRVKRKLKPGVKALLGFIGVLFIVIVFNKLNNIINGNIDIFSDNKKIVVIDIGHGG +NDQGTQSLDKQKMEKDITLQIGSKVIEKLEKDKSIKVIATRTTDEYISLKERNKIEAENN +ADLFVSIHANATGDSSSSTEGVETFYWKNDDMSYKLAKSIHNNIISSVGAVDRGIKRGNY +QVLRDSSCPSVLIETGFLTNYKESVNLSKNSYQNKLANAIVKGIQEYISEESNISE +>MGYG000000001_01668 Chromate transport protein +MVYIKLFLSFFQVGLFSFGGGFAALPLIQDQVVDVNKWLTLAEFTDLITISQMTPGPIAI +NAATFVGIRIAGVLGAIISTLGCILPSCIIVSLLGWLYFKYKNLPLMKGVLGGLRPAVVA +LIASAGVSIMVLSFWGENGISLNLSDIDFISVGLFSIALFILQKYKSNPIYVMLGSGIVG +CILYIIP +>MGYG000000001_01669 hypothetical protein +MNVKKSIYRKLFISTFYLSAFTFGGGYVIVPLMKKKFVDDLNYIEEEEMLNLVAIAQSSP +GPVAVNASILLGYKVAGIFGALVTILGTILPPLIILSIISIFYTAFRDNAVVSAVLKGMQ +SGVSAVICDVVINLGKNVVNEKSTTSLFIMIGAFITTSFLNINVIYIILICGVIGGIRVF +LMDKDKLEVNK +>MGYG000000001_01670 1,3-beta-galactosyl-N-acetylhexosamine phosphorylase +MSTTGCVTIPTDVGIDKEMQEIIRRWGADAIRDCDGTKLSSDLQNLNLKMYSTYLPTRND +QEWAKSHMDELQQLYVVSESHIALDSTISIDIMKGFYKEQFRPNTKDDIKKLWEVIDRTT +GETVDPSDWDFDYKYETVIVRNAKSFHEYTVSFLVYQIWDPTQMYNHLTNDWGDKPHEMP +YDGRHPETFEHMKNYLQKWIDENPEIDVVRFTTFFYHFTLIYNEQAKEKFVDWFGYSSSL +SKQCLDEFEKEKGYRLRAEDIIDEGYYNSPFRIPTKEYLDFVDFQSKFVATHAKELVDIA +HNAKKEAMMFLGDNWIGTEPYGKYFESIGLDAVVGSVGNGTTMRMISDIPGVKYTEGRFL +PYFFPDVFREGGDPVGEARENWTQARRAILRKPLDRIGYGGYLGLALKFPEFVDEVEKIC +EEFRTIHENIKKTKAYTAPFKVAVLNCWGKLRSWQTNQVAHALWYKEIYSYVGVIECLSG +MPVDVEFINFEDIRNGIPSDIGVIINAGDAMTSWSGGENWIDEEIITNLRQWVYEGGGFI +GVGEPTAYQKQGKLFQLFDVLGVDRDLTYGLSYRKYHELTEKHFITEEIKDGFNFGEGKE +GIFKKRDSVEILSIHKGDISLSTNTYGKGRAVYMSGLPYTPENCRLLLRSIYWTKNMEDK +MKEYYVSNVNTECAAFIEVGKMAVINNSFEEQVTDVYVKGEKVDTLKLKSGELIWIDIIK +>MGYG000000001_01671 Multiple sugar-binding protein +MKHPFKKVGSLLAVTVMIMGSLVGCSSTGKDEDKGDAAQSGGKIEGTLDVAVFEGGYGTA +FWEEAEKKFEELYPDVDVKITASAKIGDVIRPQIASGNSPDFIYHSAQNAESVAKALIKD +KNLADLTDVFEKAAPGEDTPIKDKMMDGLLDKTSVAPYGDGKPYLAPLYYNVTGLWYNKA +LFKEKGWEVPKTLDEFIELGKKAKAEGIALFTYQGQHPGYLEALVWPTIASEAGEEAIEA +IFNYEEGAWDKPEVKAALEKIQKLGTDGYMLDGTPAMCHIQAQTAHLKGEALFCPNGNWY +EGEMKDAVQDGWEWGFMAPVATKEGADRYVSTMIEEMYIPGNSDNIETAKEFMRFLYSDE +MIEANAKLNQAVVPTKGALEVAKQYIPASSYDCLTVFNDGTKPIIEAWKTVENTEINMRD +EVLGKAGSVLSGEQTVQNWLDALKASNSKVIEAINK +>MGYG000000001_01672 HTH-type transcriptional activator RhaR +MRVLIAEDEYITRNFLSSIINWEEHDMTLVSLAKDGLEALNIIKKENIDIVITDLKMPKM +DGNTLIKNLKEIKFKGKIIVLSNYDDFRSVKEAMKNGAYEYILKVTISKNELLEILEKAR +AELINSNKLIKGNNIVEISSEKLKVNEYLEMYLKGEVNITIDSNLEQKYLNNFNFLYLRA +VTTDVENSEKEKKLSSFISNVINSCALDVNSKLMSLIHIRRNEFGIIIKTDNKIDDINLL +AGNITRNVKQYLNIKFEKVIYKQCKEIKECLALIENERQKSNYQINSKVIGCRREIKKLI +EYINNNLEKKLNLEILAKVVNMNESYLSRIFKDELGMTISDYIKNTRLEKAKELLKDKDM +RIKDVSISVGIQDQLYFSRLFTKFFNMTPSEYRERYYKE +>MGYG000000001_01673 hypothetical protein +MENKIISRLRETKISERLLKSFFILSIVPIILMFLVVNTTTINLIKNNIISNDKVTSKLI +SDSISNYISRFDSITNEIIWNTALLNNIKSYNNLSIDEKNKFNYEMAKIVRSRTTYISDV +ADFTILNQDLNVVYNEGASYIKHDIKLYEIKKGLEKNKTINWTAINQGSYNYIAITKPIK +IGKTTYGYLFLAIKEKVIVEMFKNYNENFNGYGVVLDENNNVVASNNKIISDYKSNNASE +KINKNNINQYQNINVVKDIDKTTKIIKYNGKKYITTTKPISYASWRLIGVIPYKYIYLSC +IDIYKTYIFVCIAVIGISIFIAMLIYKSIANPMNELVNAMNSVSEKNIGNTIPISGNDEI +STIMKRYNIMSQNIKLLVHTVKVREKEKREITLRMLQAQINPHFLFNTLGSLRYIAMMNS +DNVVANGLEALAKLLRSTIVNKDEFISVKDEIENVKNYITINKIRYGDTYNIDYDIDECL +LDEKILKFILQPLIENCILHGFEEHDELNRIKIKISNGEEFLYFEITDNGVGINEDKLEE +GFFNIDMFAGIGVKNVRERLSLYYEGIFTFEITSKQNQGTVTKIVIPKIIGG +>MGYG000000001_01674 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin) +MSYNRRVSREVSVGNVKIGGNNPISVQSMTTTDTRDAESTIAQIKRLEAVGCDIVRVAVP +DMEAAKNIGKIKAGVNIPVIADIHFDHRLALEAIEQGVDGVRINPGNIGSIEKVKAVVEK +CKERNLKIRIGVNGGSLEKELLAKYGSATAEALVESALGHIKILEDLDFYNIVISLKSSD +IYKTLEAYELISKKVDYPLHIGITESGSVKKGTIKSSIGVGALLLKGIGDTMRISLTGDP +TEEIIVGKEILRSLDLLNDKIKVISCPTCGRCNIDLINTVNEVEGKISDINKNITVAIMG +CAVNGPGEAREADIGIAGGKGEGLLFKKGEIVRKIKGNRLVEELLEEIEKY +>MGYG000000001_01675 Regulator of sigma-W protease RasP +MTIIVALLLFSAIVFIHELGHFLFAKMNGIKVHEFSIGMGPKIYSIKKDTDYSIRLLPIG +GFVSMEGEDEESKDPRSFGEKSILQRASVIFAGPFFNIIFTIILFIPIFLFMGNQTTTLA +GVTENGPAYQAGIQVGDTIEAVNGESVKTWQDVIQSLNESDGSELKLSIDRNGQNKEVTV +TPEKNTEGRYVIGIETKVERNLIASIKNAFTTTWDMMVQMITFLGQLVTGTVPGGVGNSV +TGPLGVINIVSQAAKVGIINVMYIAAVISLNLGIINLVPLPALDGGRLLMLAIEAIRGGK +KIDPNKEAMINMVGLGALMLFMVFITYKDILRLF +>MGYG000000001_01676 1-deoxy-D-xylulose 5-phosphate reductoisomerase +MKKISILGSTGSIGTQTLDVVRKNPDKFKVIAISANSSVDLLLEQIIEFKPKYVAVYNET +SAKKLKERIPSNINIEVLNGMEGLKTISSLDEIDVLLTAIVGMIGLVPTLCAIRNGKTIA +LANKETLVTAGKLVMSEAKKYNVDILPVDSEHSAIFQCLNGEKNKNIDKIILTASGGPFR +GKSKEELLNVTKNEALKHPNWSMGRKISIDSSTLMNKGLEVIEAKWLFDVDYKDIDVVVH +PQSIIHSMVQFNDSSIIAQMGRPDMRLPIQYALTYPDRMLNDFERLDFTKFSTFTFEKPD +LETFPCLKLAFDCLKMGGTYCAVLNAANEVLVNEFLEDKIGFYDIPYYIEKTLQAHNSIE +DPTLEEILEVDRWAREYVKKSIK +>MGYG000000001_01677 hypothetical protein +MLTRIIASLALVPLLGIMLYGGLPLYITEIVLISIALHEFFKAFNEKGIKPIYWLGYVFA +VYMGAKNYFQLPISYTLSLGFILFLIGIIYLLSCRNDIIDISITVLGIMYIGIFMDFIVL +TMNNFELGKIYVWLIFIISFATDTFAYFSGYLFGKHKLIPKISPKKTVEGSIGGIIGSVV +CCVLFGYLFKLDLVHMTVIGSIGSIVAQLGDLFASSIKRYVGIKDYGKLIPGHGGILDRF +DSVILVAPFVYNAINLFVK +>MGYG000000001_01678 Isoprenyl transferase +MNSELIYNIDLENVPTHIAIIMDGNGRWAKKRFLPRTAGHKAGVETIREVVKECSRLNIK +YLTLYAFSTENWKRPKIEIDTLMNLLVTYLKNEIRELHKNNVKITTIGDISKLPEMCINE +LDRARELTKYNTGVTLNLALNYGSRFDITNAVLDIVKDCKSDKINIDSINEDTIKNYLST +KSTPDPDLLIRTSGEQRLSNFLLWELAYSEFYFTDIHWPDFNRQELQKAIYVYQNRDRRF +GGLK +>MGYG000000001_01679 hypothetical protein +MNKYYELLGLHVDDVKKFFEDKNINYTIKTIQGNKDKDKLIIPKVIKITELEDSVELIIT +YFSDSLK +>MGYG000000001_01680 Ribosome-recycling factor +MKTVHNELKSKMDKTIEALKFEFTTIRAGKANPQMLDKIRVDYYGTPTPINQIGAISVPE +PRTLMISPWDKSAMSEIEKAIRNSDLGLNPTSDGDVIRINVPALTEERRKELAKKAHKVG +EEFKVRLRNERRDANDKFKKMEKDGEITADELKKAQEDVQKTTDKYVKEIDTLVDAKEAD +IMAV +>MGYG000000001_01681 Uridylate kinase +MDKPMYKRVLLKLSGEALSGEKGFGINNEVVNDIAAGIKKLREIDVEVAVVVGGGNFWRG +RTSEGMDRTTADYIGMLATVMNSMALQDALENIGVETRVQTAIEMRQVAEPYIRRRAVRH +LEKDRVVIFGAGTGNPYFSTDTTAALRAAEMEAEVILLAKNVDAVYDKDPKVHADAKKFE +ELSYIEVLQKELKVMDSTATSLCMDNNIPIKVFELSTENIIRAVMGENIGTIVK +>MGYG000000001_01682 Elongation factor Ts +MAITAQMVKELRENTGAGMMDCKKALQEAEGNMERAVDILREKGLSKAAKKADRVAAEGL +VAIEMNADNTSAVVVEVNSETDFVAKNEDFKVFVKDAAEMALASEAKDVAALLAETHKEG +KALQDVLNDRVAKIGEKLDLRRFEKVTTEGQIAGYIHGGGKIGVLVELLTSAKNDEVISM +GRDIAMQVAAMNPKYVSRNDVDPEYIAHETEILTQQALNEGKPANIVEKMIKGRLEKQLK +EVCLLEQPFVKNGDLTVKQLVAETAKKVGAEIEVGRVVRFEVGEGIEKKEENFAEEVAKQ +LK +>MGYG000000001_01683 30S ribosomal protein S2 +MSVISMKQLLEAGVHFGHQTRRWNPKMAKFIFTERNGIYIIDLQKTVKKVEEAYRFTKEI +AETGKPILFVGTKKQAQEAIKEEAERCGMYYVNERWLGGMLTNHKTIQTRINKLRDLERM +ENEGVFNVLPKKEVIKLRAEKEKLEKYLNGIKDMPELPGAIFVVDPRKENIAIQEAHRLG +IPVIGIVDTNCDPDELDFAIPGNDDAIRAVKLITGAMATAIIEGRQAIADEAEEVSEDQE +>MGYG000000001_01684 D-alanyl-D-alanine carboxypeptidase DacF +MKKGAQKLLILTIILAFVTPKPIYALDKVDKYSKSSILIDQETGRVLYDKEPDVKRPLAS +LSKMMTFLIAIEAIENKEVNPNDIIKIDKDIAKVKGSSYHLKVGEEIPLIELMKGLMIVS +GNDASIGIAKHICKDEKTFVERMNKKAKEIGMTNTNFVNPNGLPIYNLSDPKAPPKENIS +TARDISTLAKYMLDNYEKQVISITDMSTYSNPKRGFVKNNTNALLRIIPEVDGIKTGYTG +NAGYCLSFSMKINKNEDNEKERRVIGVVLGANHKDKRISAAVSILNHAKKDFTSKTVIEK +DELIGKKYIKKINDLEVVLVAEDELYVVLNKEENLKSQVTFKEITYPVKKGDVLGVIKYY +TDNGEILGSINIVSANDVNNASIINKIKILFFE +>MGYG000000001_01685 hypothetical protein +MDCRWRSVHNSEVKCRRRADSSGYCIFHKEDKGREENSLFIYLIMKEKISDFRGFIFEED +FILRDVVKYSYLKLNFDEAIFKRKVFFNKFEFKKTLSLNYTDFRGYTTFESSIFLENCEL +TKTRFNKRYIANKAFEKVHFNGQAFVITSVKNLPRLEGIIFSPCTKLVLRYVRYSKEYSL +YGKINYRIARTQANIIGDNERIGYYYYNERNYASKMMRSSDYPRYSSYLSDKFFDSLSKY +TIGYGERPWRLLRITLIIISIFAFLYMFCGVKNSSGELIGINLNKIEKYSITEVFNSYID +LWYFSTVTFTTLGYGDLTTSTVFGKFLVCVEAFSGVTIGSTWASLVIKRMIR +>MGYG000000001_01686 hypothetical protein +MKLCPVIVGIILGKKAFRKNRAYIQIIGGIIIIRFIMLIPYISFIAWILSVLFVMGFVSI +KYICNLGKNKIAT +>MGYG000000001_01687 Potassium-transporting ATPase potassium-binding subunit +MNPEKLSNIFWDLAFNTAYSFNNNTNWQAYSGGSSLSYLTQMIGFTLQNFLSAAVGICVL +MVLIRGFIKTKTKNLGNFGVDLTKSILYILLPLSIVLAMFLTTQGVVQSLRPYEVMPGNS +RNNIRKESI +>MGYG000000001_01688 Sodium-lithium/proton antiporter +MNKIKDEMYKSIRYIIPIVLIFVGIVTIQNYSEILIFIQHNIEIINGILTPFIIGFIIAY +ILNYPMKYLENRFKMKRGICVGIVYGILLAIVVFTWLYVIPVIKSSVVEIYQYIPEGIKQ +IENVINYISNEFSLNINSINAKQQISEFVSTTLIPFSTWIANSLSNTILNLMGTVVSYTI +NIFLGIVISIYVLLSKESVINVVRSLSKILFGKFYPNVNEFVKILDKNIGTYIVAKSIDS +TIYGVACTILLYLLKSKYALFVGLVIAVTNMIPFFGPIIGAILATFINLLFSFDKAIIIL +VAMVIAQQIESAVLEPYFVGKQVGVPPIITILAVTLAGQYTGFIGMMLSVPIAAVIIIYT +KRFINKYTLS +>MGYG000000001_01689 hypothetical protein +MSNLDSDPAGLIPQIMLIVILTAINAFFASAEMAIVSVSKSKVKKLSDQGNKKAKLLEKL +IEEPSNFLSTIQIGITLAGFFSSASAATGISTYINDILSPLNISYTKEVSMIGVTLLLSY +FTLVFGELVPKRVALKSAEKIALSSVKVINAISIVAKPFIKILSFSTYLVLKLIGNDHSD +VEEKVSEEEIRTLIAQSQQDGCIEDDEKKMLDGVFEFNDKTCKEIMTSSKDTFLINIDDD +INRVLDEIISLGYSRVPVYEYNIDNIVGVLYVKDLLAESRKVGFDNIDIKEIMQEPYFVP +ENKKTNELFKMLKEKKIHLAFLVDEYGGFSGIVTMEDLIEEIVGDIDDEYDIEEMNISQV +AENIFIAKGILPISEVRERFNKNIISGNYDTLNGYLIANMGEVPKERKEITLDNIKFEIL +KLGNRRIEEIKLTILK +>MGYG000000001_01690 hypothetical protein +MKINWNDKYTTVSVYSFIVVCCSIVFYLIASQLNVFTGKISEIIGILQPFIIGFVIAYIL +NFILMFYEEKLSNIEKFESMSRKTKRNICLIFTYITAFLIIYLFMNFVVPQLIDSIVGLA +NNIPTYLNNLTVLLDEVMKNLDLDPKYLTLANEKLNEVVNFIIQFATDLLPILGNWVVTI +ASSIWNIVLGLIVSSYLLIDKERFYAIGKKIVYATSSKRVANRVFELVYRSNYTFGRFLS +GKIIDSAIIGILTFVVLSIFKMPYTILISVIIGITNIIPFFGPFFGAIPSAIIILFVSPI +QAVWFLLIILVIQQIDGNIIGPKILGDSIGISAFWILFALLVAGKFFGIVGMVVGVPIFA +IIYSVIKEIVEGKLRRKGLPEDTEKYM +>MGYG000000001_01691 Serine/threonine-protein kinase PrkC +MQFIGNRYEILDYDDEIQVGKLYTARDTYYNRTVYIKLIKNVEKLRIGFMPDLIDESTVL +SQINSEHIGKLLHIDVHCTEYDVYYYIVSEYFRGESLKNFMYNNILDRNTIASLAMNIVK +ALEIANINHLYHGSLNPNNIFIDENKNIKIFDFGITKANKGVNLRLDKELSYLCPHQLNI +DYTDKESDFFSFGIILFEMVFRELPFGNAYIDKEMLKQVDKGVRWSLLEYDKSVEDIVKI +IKKLLSRDNKYNTTQEIVIDLSNIIYEDVELEENSEEYYDLVYEEEEINIKNVNLKRRLL +MSMLVLFLVIMIVFSFI +>MGYG000000001_01692 hypothetical protein +MNNEAVVEESISKPKSSKLKVSMIIGMLVVLICGYMVYSFNNNYMYNGKIANNIFVEDVN +ISLMTKEEAIALVSQNYKTEDLSLTYNGKSFKILPEDIDLKYNVEEVVNSAYNYTKTDSY +FENVKRLFQLEKANQNFTLENSFDEAKLSESLESIAEKINVPVKNAKLYISGGSFNVTPS +ITGKEFDVAANKEAIYESINSRKYGEVSLKVNDINPKISTSMAKSVDTLLAQHSTTFSTS +IAGRAENIRVSSNRISDVLLMPGEVYSYNNLTGIRTIANGYYNAPVIVNGDLEDAPGGGV +CQISTTLYNAVLYSGLKVEQVKNHSITSSYAPRGKDAMVNDSGSDLKFSNPYDHPIYVKS +IVNGGTLTCQIYGNSADKPNVDIRIDTFPMGAKTYRIFKDASGNKIKTEYITTSVYKK +>MGYG000000001_01693 hypothetical protein +MKVVSYNIHRGTDISKKPTLKEMIKYLHDVDSDIICLQEVLYHQFLKIKSTLGMDGVFAA +NVDNKAMKYGICTFSKNKIEFSNHLLLSSKKEQRGLLSIKLLIDNKYHVNIINTHLGLDK +EERNKQIIEILNFKDRLIGSIIICGDFNDKNISLGSYYDSAVYLNQYKTPTLPKYNARID +YIFVDKNHIPKEYIVDKVLFSDHYPIICNF +>MGYG000000001_01694 hypothetical protein +MMIPNKNIQEITVANLKNGEVTLIQLEEIYNKFGFIFEASEGRFTKIKREIRH +>MGYG000000001_01695 GTPase Der +MSLNSTPQSVRVHIGLFGKRNSGKSSIINAITNQKAAIVSDIAGTTTDPVFRPMEILPIG +PCVLIDTAGLYDVGELGKLRINKSLDVLNKTDIALLVVDSTIGIKKEDLSLIKRFNDKKV +PHILILNKIDKVSDKEILLSESNKLVKCPIICVSALNKFGIDKLKQCIIDSAKEESTNFR +LVSDLIDENDFIVLVIPIDKAAPKGRLILPQQQVIRDILDTGAMAIITKETTLKETLANL +NSKPTLVITDSQAFDQVSKDTPLDIPITSFSILFARQKGDLNELVKGAYTIDRLKDGDKI +LIAEGCTHHRQKDDIGTYKIPEWIKERTKKDLTFEFTSGVTFTEDIAKYSLIIHCGACMM +NRAAMINRIEKAKNLNVPIVNYGILIAYLKGVLDRSLEPIKAKDLF +>MGYG000000001_01696 hypothetical protein +MKSSNTTNDLIHFKSKKQELEKLHKREDYLKEKMHSNKASDNSHKVLQYPNKRKKTVKKF +ITLIEYFKSKLGKVGKFLKIIIYFLIFIILFLTIDKFLLSKNQKTLSSGGSTNFISESTS +IPISKESAYSKIIDQSIKKYTGVSYKVKSNNMHKNGNRVYATGYFNDPSEGKIYFDIVLQ +NNNPESLVINGTEYVK +>MGYG000000001_01697 hypothetical protein +MDINNLNNIKFIGIGVKGIDIVNKLANNNKEYIKLCAIDIKYTDINEKVKEKLIIEDKNY +YSSKIDFFHITDLINRNKDRIYKIIQNEKIVFITCDICDLSSIHILIELGKMAKKSNILV +IPIVINTQNNNNINYKFFMKKINKVIGASINISNNKVFGNIKFLDDKIDDYFIIRSIMDL +FIDNLMSTCSLNVDYEDMKWIFSGEQDVEMSIIKVNEKSSEEDMKIKLVKHRICKGAYEY +PEKIMINATANKDYMSYEEAIKLLQKVALVIQENTGDFCQITFSLKFIKKKSKSLEVLTV +QA +>MGYG000000001_01698 hypothetical protein +MQGSVEKIYNFLLKMLAEDNMVRGHNTMDDMIKELNRFKPYGF +>MGYG000000001_01699 hypothetical protein +MKGKKAYILEEVDKALREKYNAKVFSIDKFKSLNTEISSNPE +>MGYG000000001_01700 hypothetical protein +MDLLYKYTLYFFIYAFLGWCCETIYCSIGNRKVTNRGFLNGPICPIYGLGALTVVFMLKG +YTGDIVVIFTMGLVMTSALEYATGTILEFLFHSTWWDYSNRMFNINGRVCLKNSILFGIM +SILLMEIIHPIVVNIVDTINPIFMYLIVTVLMIYLITDISITLNALSKLHYKLDRLEEII +EDLSNIDIQVKLERFTEENLSKSLNNLRHKDEKIKSKSNEIYNKILNVKEKSKVQKRLLK +AFPNMNHKNKNKGLKYLKQILKDKTK +>MGYG000000001_01701 hypothetical protein +MKEKAKDSVKKVTKPVTDVGKELVNGVGNVGKEVVDSVGNVGKDVAKGVGGVVKETYKTG +KNLGKAVKDNIPKR +>MGYG000000001_01702 hypothetical protein +MENLTVSQAMIKVAELEKVYRNKLYTLSDIDNCTTTYILESDNQKHVCNEIFNFKGEFEL +VMDLSKEIDMLKTEIAKSNNTVCIDALGQSMTIQGALNKSRTMRNQKDTFETILNNAKAS +KSRKVDAAATSAYYKVTELNFDRKELQDLVDKMNDDLLELEFAINKANNEIVITIA +>MGYG000000001_01703 Fatty acid-binding protein +MNDIKIICDTMNDVPQDIVDKYNIDVLPVTIIFNEKEYKAGADLSGDEFYKMLRESEDMP +KTSQITYATFTEVFNKYLNEGKKVLYLAGSSAGSGTYQSAMLAKSDIEGPLYIFDTYNLS +IGGGMLIKEAAIMAEEGKSVEEIVEKLEELKNKVHVYFSVDSLDYLHKGGRISGAKAAVG +TLLNIKPILKIEDGLVKQKSQVRGSKKIIPALMDKLSEEVNGDFSDIDVYVAYGDDLELR +DQFIEKVKEKLSPRNVYNIQIGACVACHSGPEVLGLACLSR +>MGYG000000001_01704 Fatty acid-binding protein +MMKNNNVKVICDGIANMPRELAEQYDIEVVPLTVIVDGKEYKDVDITDEQFYVMMREAKD +MPKTSQATYVDFKEIFDRHVSDGKTVLYIAGSSKSSGTYQSAVLASKDVEGDVHIFDSMS +ICFGCGMLVLSAARMLNEGASLEDVLKELEALRDRVFVSMSMNSLEYLKKGGRISNGKAL +VGNMLSLRPMLTVKDGLIFQEGQVRGNKKIVPTIIKRTKEVCGEDFSDRTIAIGCGDNLE +DREQLKEAVLRELNPKELILITINPPMCSHSGPGFIGLTCFK +>MGYG000000001_01705 hypothetical protein +MATMYCPKCIIEVMDLIEHEEGDDFEIINEGSENEVREEYHYVLDTYKCPACGFEVEDYM +EDEEE +>MGYG000000001_01706 hypothetical protein +MNTNIIDIECFLLDMDGTIYLGVETIRDMQLKHISYSF +>MGYG000000001_01707 hypothetical protein +MYITRYIEGLLGCDLLNKINADIAFVSAHGFTLSEVLTDFNIYEVELKKQMLKRSKKTIA +LLDSSKLENLSTACFCKSSEIDTIITNKFEDNLIEIYSNYGINVIVS +>MGYG000000001_01708 putative cation efflux system protein +MSNTAKNNNSDKQIAMKVSTNSIIVNVLLSGFKFFAGIVANSSAMISDAVHSASDVFSTI +IVMVGVHISSKEADDEHQYGHERFECVAGIILACILFATGIGIGISGIEKIINGNNSGLQ +VPGMIALVAAVISIIVKEGMYWYTRHAAKKINSGALMADAWHHRSDSLSSIGSFIGIFGA +RMGFRVLDPLASIVICLFIIKASYDIFKDGINKLIDKSCDLETIENMKELIINQDGVCQI +DEIKTRMFASKIYLDLEVSVDGKMSLEEAHKIAESVHDRIEDKFPLVKHCMIHVNPIERK +Y +>MGYG000000001_01709 hypothetical protein +MKYYMKSKVFKLKEDFWIKNQYEEDTFFVDNKFLTFGLQFDIQKNNQVLYFVKETILTFL +SNYEIFENDKVVATVNQKLTFLKTKVEVNSKYGELEIEGSIFEYNYKIYQGSKVVAQIEK +EMFAFSDNYTVDIDFEDEAFILALVVIIDNIRDKRRSAAN +>MGYG000000001_01710 putative FMN/FAD exporter YeeO +MSSNTISRYKKDKKFYKHLFIIATPIALQNLITSSLNMLDTMMIGKIGEVELASVGIANQ +YYFLFSLLTSAIAIGSGVLIAQLWGKKDTSNIKTVLSRSLFYNLCLTIIFIALGLSIPEK +IMAIFNNDPTVVQIGVDYLKIVVISYLFTAITFTFASGLRSIENTQLPMWASLVGLIVNG +ILNAILIFGLLGAPKMGIRGAALATLIARIVEFLIVVCSVYTKIDILKLKVKNIFELSKS +LSSTLSKVTIPIFTNEACWALGTITYAAIYARIGTSAAASIQICTTVMNLFMILTFGLAN +AAVVIIGNEIGANREDKAIEASKKISSISMKISILLGLLLALLAKPIVGFFNVSLEVKMS +SQYILYIYALMMIFKVYTAVMIVGILRGGGDATYGSILQAVTLWMVGIPLAAFAAFILKL +PVHFVVAFAAIEELIKVVIIVKRFKSFKWIKNMVNDVDTCSSPL +>MGYG000000001_01711 hypothetical protein +MHNGDISVKSKLGEGSEFIVTLADVLNKENTSDTIILKETARNIRNLNIEFLDIYA +>MGYG000000001_01712 hypothetical protein +MKSKKYISYAIILAVLIISSIIGYNSLYPSKENYDDNTKVNVSNQMNHIKEIAKEPHSIF +DKEAHEDVRDYLLKELKALDIDPILYTYKDVFVERTNTKESLENIYAEIKGKNDSYIMLV +THYDSSHAKKERYAEKDGSLGAADAGYGLSTILETIRAIKENNVTLNNGIKILITDGEEY +GLLGAKEAVKEKEIFENVNYLINLEARGTKGPAVMFETSPNNSSIVDLYNYSEKPFSYSI +TPEIYRLLPNGTDFTVFLENNIPGINISVLDGLENYHTPNDKFESLNEKSLQHYGDQVLP +IVTEFVSNEKYADKDALTSKDDSIFFIIGSVFVKYSNMINYGLLLAILISIIFLFKKFKI +KSILTTVKYSLLSLLFTALVAGLSYGISRLAAVINGRPFKLTYLPLIKFEDVTTLGVIGL +SIAGYILLIRKVSNKFKERNEVILGNIVFLFILGLILTFVLPGGSYLLVFPAIIIALGTI +VVELLKDKLRKVSYILLIPAALITILYVPTVYLFNCALTFGALCATMVFAMFGIISVVTC +LVQID +>MGYG000000001_01713 hypothetical protein +MNNNRVCGCFNVTVDDIIKAKSKGCKSVKEIINETQATKACGRCKLSAELTILKVLLNRL +YIK +>MGYG000000001_01714 Branched-chain-amino-acid aminotransferase +MEKASINWGELGFKYQKVDKVYVSRWKDGKWDDGVLQDDDKLSISISATALHYGQECFEG +LKAYTTKNGDIQLFRPDMNAKRLQNSCKRILMPEVPVDKFIDACLKVVEANERFVPPYGT +GATLYLRPFVIGNGDNIGAGPAPEYIFCVFGIPVGPYFKGGFKPVKMTTAKYDRAAPYGT +GGVKVGGNYACGMLPHQIAVEEGFADCIYLDPETHTTIEEAGTSNFFGITKDNKFITPDS +PSILPSITRNSLLTVARDYLGMEAIEGEIKIDEIDQFEEVGACGTAAVITPIGSITYNGK +KHIFHSEEVAGPKITKLYETLYGIQFGDIEAPEGWIVKLQKECVK +>MGYG000000001_01715 hypothetical protein +MKKAELIEYIMNMTDENSKITTRLIELIGELSFANQRVEDLEEELKQVKKNDRGAGRKEK +FANEQIELILKARREGKSMRTIAKEFNCSAGLVHKLIKNREEEM +>MGYG000000001_01716 hypothetical protein +MSEKKSKGGRKKNEITDKIKEEAKEILELAFKDVGYIKSKLTYNSVVKFNNLIANNPEFT +RQNGDLFNFLGVRFWSKDYDGKPYYGKSIIDEKKYDDNIKTGGDAFEINNKDLELLVDRY +HNKPEELKKRLINLFLKDRKEILSLKVRNDKLTSKVNSQAKSIKQFEEGFATMFWNSTST +YNSLDDVLNIERPDDIQVKDELLNMFNNDIDRVSHVFNEHLIKNKKTVIDTIDHSSEVKN +NKPKKQNVSTIQERLKRLGLAEEEGL +>MGYG000000001_01717 hypothetical protein +MNGLAGLEKHEEQDFKSQSLKLRSKADKLAFLKASLLEQKFEKENEIQNNYLEFE +>MGYG000000001_01718 hypothetical protein +MGDILKKIDTKFIEENNETSTDKFIVDCKVKLENANILCKESAKYKSDATFESNIWILHN +KNTDVYNILDFSKVIDMVKLNLIDKDDYLILKCWIAEKLVDDGISGSTIKGYFFGIERIF +IETHGFKKKLIHSKKGNAIDTYIEHSSNDRARHDRITALKSYVNFLDRIGFIPDGYELLL +KSISQYKTYLNATMRDLPSNQSIFLTDYCIKDFFNGEKTNDLLRKIYYPILIWWKVSNVI +PMRPSELFNNVYRKCTFKHDNKYYLIIDRIKIQRTKHTISKPKLPILKKVEITKEIYDLI +NEYINMTDFTESHTLISYNALCKFKEEFLIEKQSDKYKDFLPTFKSGESTKFNPLNFATA +NFATLLTSFYDNIVEDVYGYALSQKERMTPGDTRHLAFCSLLLQGVSPVEIALLGGHTTL +ETQDSYTNHVSYYIDSEILNYISDRNIHSQNSKMFRSLKDIVFNKPYGYQLDVDLSEFDK +TDDGVGYCLLDVNSNDFCEDVPYCAFCSKWWCEPTNNSYKEIKHYILNKKISPLQS +>MGYG000000001_01719 hypothetical protein +MKKDKRRIIIDFEVLSNAKFWMCCMKDYKTQKEHIIINDRDELLRIYNKNKDSVWIGYNI +KGYDQWIFKSIIMGLDPCKVSDSLIEKKMSGWKIDRSLNKMQMYIFEINDSFRSLKELEL +FMGEDIRESTVPFDLDRYPTEEEIKELTSYCLHDVRMTYKVFTEVYYKYEAQLGLIEYFN +LDDSMINKTEAQLSAYILGAKKPNYDRDDSKDFEIIESINLSKYNYIKDWYLDYNNRDLK +NYLRTNVYGIETDFGWGGLHSARKKYEANDFIVNSDVSSFYPSIMIEYNLLSRNVKDPSK +YSQIRDTRIQFKKDNNPIEKSLKLVLNSAYGACMDINNELYDPRQGMSICVNGQLLLLDL +IEKVELEFKEEAEFIQGNTDGVMFKFNSKEAVNVSI +>MGYG000000001_01720 hypothetical protein +MTTNKKSETGLKYNKVQKMNKNFMYQDLKRSNCYNSDFSNYNFTSLRGA +>MGYG000000001_01722 hypothetical protein +MTTRDIDIKVRKKEKIKISNIYDFKKELKKEGYNVNYYDEEKFKEDIIKIFKVDNDVIEH +LYKSMDKEEITYRANNVSHFIDYMEKIVLFEREHYRLCEKISEIKKLRIDRVEYERKPNS +QDNVEHILKAIEEIKDGISGVINEKEKCRLEYLEKEIGKNYLYAKDIELLKKMIMTNKEN +VDEKYNEITQVKTISIDIPKEIDNNYIKPLKGSVEYHQHLSNNIPRIKRLVKNMSKYIKI +DEKDNLTFKINQSSALQDSINIAVVEYDNKEFKAISGSNEINDYCKAPPLEKQFFKSNKV +NKLGKLGTGYNRINDSEKKIFEEIHKQIKAKKLNNKGNLTLYSKWEPCPSCYYVINQFCR +QHPDIKVQVKYIKRYGEN +>MGYG000000001_01723 3'-5' exoribonuclease YhaM +MIDRAVMNAGVPFNEDFIRRIKGCIVQHHGKLEYGSPKKANMEESIILNYADTVDATMNK +IEQIRENTRDNTWSQYDKRIETKLYL +>MGYG000000001_01724 hypothetical protein +MANKKVFLQDLKDGNVKISLMIMKKLYKDGNKVLYTLSDKSGYINARIAPKLKLEPGQVV +EIEGTKDFVIDVSHLNVIENYELEDYLATVKRPIEDIMQDIDEITKECITSPQAVKLNDY +FFKDESFLEKFKKGIGGVSMHHNYIGGLAEHTLNVMYLTKVLCDRYDCRRREIAVLSAKL +HDIGKIY +>MGYG000000001_01725 hypothetical protein +MKNLKIIIPIICCLVFGIGCSNNSHSDIDKTDNSSTNDVVVEVESEEEVINKIIEKYDSI +QPTEWGEKVNGVVNKINTNEKIIALTFDACGGKYGSDYDNDLIQYLIDEQIPATLFVNRR +WIEVNKDKFLELANNNLFEIENHGYEHRPLSVTSNSIYGIDGTGSIKGAIDEIKLNEKTI +YELTGRKTKYFRGITIHIKRVKR +>MGYG000000001_01726 General stress protein 39 +MYPVYKSIGTKEKCEEVKILFPSQHQNCQPGLEYLMNPRPISDNPYYCGSCKLLNKVAII +TGGDSGIGRAVAYAFAKEGADIAISYLCEDEDANETKAYIERLGRRCLLIPGDLRDEEMS +KVVVEKTIQCFGKIDILVNNHAVQFIQRSILDISAEQLDDTFRTNVYAFFYMTKAALPYL +KKGSSIINTTSITAYRGEPLLIDYSATKGAILTFTRSLSQSLMDEGIRVNGVAPGPIWTP +LIPSSYSAKEVETFGSGTSKVPMNRAGQPFEVATSFVFLASDDSRYMSGQILHPNGGDIV +GS +>MGYG000000001_01727 N-acetylneuraminate epimerase +MRKQKTKAMAIAIASVFIIGIGTLGHGGKAAASSSEKITAKRILWEHAGDLEAQFGQDKN +IGTAGLLVGESGGYIIAGGGANFPDKPVVDGGAKEHYPDVYVLKQENGRLKQVNHTKLKY +EIGYGSSITDDDGVYYIGGSPDDKEGNNVTLFSVDKKGKLKEKFIGDLPFTISDGIAVKQ +GNYIYVGLGKQDGKASNKMYKFDLKTKKTQEIASMPGEETRNQAVAQILNGEIYVFSGGD +KVAYTDGYKYNMKKNKWEKVSDVKVDGKEISLLGASSVKLNNEEMLVVGGFDKTVYDYAV +ERLGTLHGEELADFKKKYFGADPSELRWNKKILIYNAKSNSWKSIGEVPFDAPCGAGVVL +DGEKIYSINGEIKPGTRTNRTYVGTILDK +>MGYG000000001_01728 hypothetical protein +MRRYNIKSKGLAIISSILILLSLSACSVKDIDAQTSTGNNSTKETNSVVTSNESELHFID +TGNSDAILIKNNNKFALIDGGDNDDEERVVSYLKDQGVKELEHIFATHPHADHIGGLDAV +VNDIPVKNVYVSNGDSDSKTYSAFIYAMANKGLSPSVPLLNSEFKLGSGKFKVISAANEK +DPNNNSLVLEYVNGNDKVLLMGDAEEKIERELDVSDVDLLKVGHHGSRSSSSSSFIDKIN +PKYAVILVGANNKYGHPHKETMYTLASKNIEIHRSDECGHIVFKSSGNGLSVDCKVSAYT +PSINTNSENTNIKPDKNSTITTIVEDNTKGDIVYWTSNGKSYHSTKFCPTLSRSKTINSG +TQAESGKYDPCDRCISN +>MGYG000000001_01729 Putative peroxiredoxin bcp +MLEAGTKAPDFKLEDKDGNLVSLSDFKNKKVVLYFYPRDNTPGCTKQACSFRDNYDAFKL +KDVVVIGISKDSTKSHEKFAQKNDLPFILLSDPELEAIKLYDVWQEKKLYGKVSMGVVRT +TYIIDENGMIEKVYDKVKTGKNVAEILEYLG +>MGYG000000001_01730 Reverse rubrerythrin-1 +MKKFVCTVCGYIHEGESAPEVCPVCKVGADKFEEMSGEMKWADEHRIGVAQGVDEEVVEG +LRANFVGECTEVGMYLAMSRQADREGYPEVAEAYKRIAFEEAEHAAKFAELLGEVVVADT +KENLRVRVEAEYGATDGKLKLAKKAKELGLDAIHDTVHEMCKDEARHGKAFLGLLERHFG +K +>MGYG000000001_01731 hypothetical protein +MKNKISNILHSLIFHNRNKARVKIKSIKSRQFPFEIEIVAEKLYVPWAIDISNDGKLYFT +ERSGSIRIIENSKLNPEPLITFNFPFISQGEGGLMGIALDPNFLQNHYIYVMHTYSNNNR +IYNRVIRLVENNNKASIDRILMDNIPGGQFHNGGRIKIGPDKKLYITTGDAENPALAQNI +TSTAGKILRIELDGSIPKDNPFVNSPVYSLGHRNPQGLAWNSQNILYSSEHGQSAHDEIN +IITVGLNYGWPLVQGNEDTSEIITQKPLAHSGEITWAPSGITFVNQGVWEGKLLVATLRG +QQLLAISLNEKGTAVKDITSWLGNEYGRLREVIQSKDGSIYITTSNKDGRGNPDISDDRI +IRLIPK +>MGYG000000001_01732 Trehalose import ATP-binding protein SugC +MSNVTLTNICKSYSNGFNAVKNVNIDIQDKEFVVLVGPSGCGKSTTLRMIAGLEEISSGE +LHIGDRLVNDVDPKDRDIAMVFQNYALYPHLSVYDNMAFALKLRKMPKDEIDKKVKEAAK +ILDLEKVLDRKPKALSGGQRQRVALGRAIVRNPQVFLMDEPLSNLDAKLRTSMRTEISKL +HKSLGTTFIYVTHDQVEAMTMADRIVVMKDGIVQQIATPQEIYDHPANIFVAGFIGAPQM +NFINVKIEEKNGEIYAFNEQINIHLSKGKCQPLVKNGYVGKEVVLGIRPEDIHIEDLFID +NSLDTTFEAEVEISELMGAEIYAYLKLGDSTVTARFDGRYRVKYGDKIKLAMDKEHLHIF +DKETELTII +>MGYG000000001_01733 hypothetical protein +MKYNDFDDYKYNGRPMKKPCCKPLEDPCNDKCDKPWDKDCDKHDKDKKEDSCCNCDMRDA +LKLLFDPSVKNDVDFDEFAFIGKNFIVGAFIDEEPNADEDNINIDDAKFQARLVSVDNCS +CDLIRIESDSVYYPVPEEKNEQKEVTFNISVAYASLCDLDAIAFNIDNGNNFIRDFVKLL +DKKHQCNDRKCNECECKCNKGILKNLFNPFSSNTQVNLTAGSLALCDAKVLGRLGNILVL +SKSDKDRIYFVCINSIGFFGPAL +>MGYG000000001_01734 hypothetical protein +MINLASFIEKQTNKKVNIFEYKNQELKDNQELITFNNSLYIIEMENENLSLNMNSYFYLV +YQQNLDFNTLKDILYNLYEDIDIVKYKNHLLINSKTKLGIDIDTTEIIEAESYSNTYIFD +LDKVDNYEILDLKVELFNKLLPAILKNNTSNKFITTKDLILYINIYISSKDKSICKLIDF +NKINTIDENLLYTGINFIENNLNISKTSSSLFLHRNTLIYRLEKIKELLDLDLKDFKDAM +VFYLSINAYFISKNI +>MGYG000000001_01735 Reverse rubrerythrin-2 +MKKWVCTVCGYIYEGDAPPTKCPVCNVGPEKFEELKGELKWADEHRIGIGQGLDDEILEG +LRANFMGECTEVGMYLAMSRQADREGYPEVAEAYARIAYEEADHASRFAEMLGEVVEAST +ENNLKARVEAEYGAAEGKLKLAKLAKEQGLDAIHDSVHEMCKDEARHGRAFLGLLNRYFK +HKK +>MGYG000000001_01736 putative manganese efflux pump MntP +MSFISIFLMSFALAMDAFAVSVTKGMTLRKINFSAASKIALFFGIFQGIMPLIGWFIGIR +FESYIKTVDHWIALLLLGFIGIKMILEAKNDDSLDNISPDKLEIKELIVLSIATSIDALA +VGVSFAFLNEPIFSIISTIAIVTFILCFLGVLLGKSIGSLFKNYAQIIGGIILILMGFNI +LNSHTGIIATFF +>MGYG000000001_01737 hypothetical protein +MNQLSAFKIALAVIVGVSTVISVIFRLNKKGVASK +>MGYG000000001_01738 Toxin-antitoxin biofilm protein TabA +MIFGNINHEKTYSNLSKDLLTCFEYTKKNSLADFEKGSYKIDGNEIFVNIVGYETCEKED +RFWEAHKKYIDVHLLLEGSEKIALNFIENLEQKEYEEESDFLPLEGEPNSYVELKKGDFL +VCYPEDAHMTALKVKEKENIKKAIFKVIVRQDN +>MGYG000000001_01739 Adaptive-response sensory-kinase SasA +MNLNRFFNKLTVVILLNISIFIAMEEKSYAQLGNITFNNINIEQGISQSTIEVIFQDSKG +YIWLGTNDGLNRYNGYEFKIYNYEEDQNSISHNGITDISEDKYGNIWVGTVQGVNKINTN +TDEITNYTESNNGIKEDSTTEVIVTKDNKVLVASYEGLSIYNEETDKFETILDEDNGIIS +NVIYTIDEDKHENLWIGTKLGVNKISKDFKVLETYPINVKENSLGESEVYKIYCDDDFDL +IWAGTDSSGVFKINPDTKKVTGYHNSPTDKNSIPSNQIGAIMRDSNGYLWIGTTDGLATY +DEKNDKFNVYKHKNYDKNSLIYNDVRSIIEDREGVIWVGTYSGISIFDTNSSITHYNAGL +DDDYLLNENMVHGVYEDDDGYLWVGTKSKGINIIDRKNMTSKHINTENNSVITSNTINDI +TGYKDLIFIATDDGLIRIDKKSKTMKSYNLEHGIISEKIKDILVDDKAYLWIGTTNGLSI +LNIETEEVIDMSKYIDESSYIRYIHQDKNGNYYLGLLKDGGLCFINAKENTIKYYKNKEG +DKNSISSNRIRYINEDSKGNIWIGTSYGLNMLDPKTEKFYRYTTKNGIPNNTIYGVLVDD +SDNIWISTNKGISEINTNDNTINNLSVTDGLQGNEFNGNASYKSNSGELFFGGTNGLNAF +YPEDINKIATKSKVLFDGFEINNKVYSDISGLKLNENSDTIKIKFFTPIYSSNKNISYEY +ILTGATTGISTTKENYVIYNELPPGKYTFEVRAIDSRGYITDKESISFSIKYPFWMSPTA +YFIYLIIIAFFIIKHKNKMKKLDSLVKKRTEKLEKEIKRNEILYKKNIKLEENKNKYLVN +LSHELRTPLNVISSTNQLILELMKKNTSVKEEKLPHYIDISQRNCDRLLNLVNNIVDNTK +LQSDMYKIYLKEVDIVYLVEETALTLSDYIKSKNIDFIIDPEVEEKIVWCDSYEIERCIV +NLVGNAAKFTPEGGSITVSINDLDDKVMISVLDTGIGIDEKYHKHIFDRFNQVIDIEDEV +KGGSGLGLAITSQIVKLHKGDIYVESKLGEGSKFVIILPVNPMIEKID +>MGYG000000001_01740 Sensor histidine kinase RcsC +MEKILDLVNDYIIILDSSGEIKFCNKSALTKLEYTLDELIDSDIDEILYDKNEKLKKYIG +KINKQENLEITFDLCSKYGKKVSLYSEVVVESFEGREYIIIVAKDSCERIYKREDLEKIL +DNLDINCWLKNIKGEYIYVNKSYAEEMKDDRLNILGKTAKDYWSKEECDSFTAMDREVIE +SKKIQLTENYNCQEDSESWVEIYKGPILDKNNEVEFIIGYTKEITLQKKLENEMYLGHKE +MNNLNNILMNTNSNNSIQDLISNIGENIINYFDCDGVSVFLINKEKSYLDVVLNIGEANK +YNPGDEILEIDLDRIDDLRNVKYLNGIFNINDIDNEVLKKHMLKNKTENIGIYTMEFNDE +TIGFLVLKFLANDTLRFNKFDYLKTISGNIATMIKSHTLSKEVKEEFEKRRQIESELELL +LEISVDLIAKISVNGEIKHLNSNWSKTLGWSQEELLSMNILDIIHPEYKDEYKKIMNDSK +DDTGYIVIKMICKDDSYKWIEVNYKILRDEDKFIITAKDMTEQRKQEHERKILQEAIQME +SLKNEFFANISHEFRTPLNIILGTMQLMQRNVDKNKITWDDSLNLESHINYIKQNSYRLL +RLVNNLIDITCIDSGYYKLQLGNYNIVDIVENITLSVAQYTKDHGVDLIFDTNCEEKIIA +CDPDKIERVVLNLLSNAIKYTDKYGCICVELEADDEIVKISVKDNGVGMSDDKLDVIFDR +FKKIDNNLNRKCEGSGIGLSLVKSLVELQKGNIYVNSEIGRGSEFTFELPNRVINDSSSA +TLNREISKITQIEKCNIEFSDIYS +>MGYG000000001_01741 hypothetical protein +MGVKILLKNTLNIFKKKKIQLLAVGIIIALSSFLYTTMFYTLDSLKSPFEKFVSDYNQED +FSVEIIDGITKGDIESLSKEDKELINSMLAYSLGDVKRENESLYNNIIENRIDKFESEYD +GFQLEQRVYKTVNYESESKGNKATFVKDGENINLSYIEKGNKPSSDNEIAITQIYAKKNN +LELGDTIDINNKSYIITGYVLFPDITLPVSGKDFIIDNSKITLALVTDNEYENIKGKESI +YFSGIVKNKSSHNMKDEKFKENYNKVMKNFDKKVVNTFSKKDKLDFIANIISTKNQIKSG +AIYEELQAGQQATIVLSIIISSIAVMIILILIYKIIKNEKTQIGLLKSIGYSKNEILLSY +LIVLLFISLPMLILGYIGGMYAANPMKNFYLDFYLLPNFPIQTNVSVLIIAICLPIIIIL +GLSYIVIRKMIYKKAVSLLKASEKEKISKLNKLCNKFFKDAKVQTKFKYSFIFNNTSKFV +VFFIGIFLSSMLVIMSFMMVGFFEKMTTDYYNNVDYVYEGYVDFTKGLPKLNDNEEPFIS +VDSVKYEGKSINIKGLLAENKLHKLYNKKDVNITEDLNNGVIINTSFSKIHNLKKGDVVE +LEINGQSLERRIANVSKDYGTETIYWRLEDIAEIITHGKNLGIGINENFFNAVYSKQKLD +DGIYVSIINKNDIMDQSELMQKFIEISVYSMIGFAIFIAVLVLYILTTLTIEDNYYNISL +LKVMGYSRKEVNSMILKSYLTYAVLSYFISIYLTVVGFNYVIKYMGRMFGTVMPFEFHIW +HLFAGLIIIILIFILGTYAAKRRINKVSLQEVLKAYRE +>MGYG000000001_01742 putative ABC transporter ATP-binding protein +MSITLKNVSKIYKTGDIETIALKNINLEIEDGEFVVILGPSGSGKSTLLNVISGLDTPTT +GEIYFNDIKISDYNEEKLTKFRREYLGFIFQQYNLLQNLSVRENVEIGSAVGKNPLGIDE +VLKSVSMYEERNKYPYQLSGGQQQRVSIARSIAKNPKILFCDEPTGALDEKNGKQILNII +QVMNNNLKTTTVVITHNTNIAYMADRIIKMNSGGIVEVIENQDKRKASEILWA +>MGYG000000001_01743 hypothetical protein +MKNIFKIFKKDLKDVFTNFALLTVIIGLAILPSLYAWFNIKASWDPYGNTSNILVAVVNE +DKGSKIFDKDVNIGDKLIDKLKENTSLGWRFVDKKVASKGVEDGTYYASIEIPANFSDNL +TSLVNEDVKKGEIIYTVNEKINAIAPKITDKGASTIQLEVNQTVVKTVSEIMFEALNEIG +VTLETELPKLTKVESSLVEVQNKFKDIDKTIDLASSATVQIADIVKSLQKDMPAIQTTLN +NSINLSNDVKTFLTDTKSSINSISPVIKSDLEIINSVSASASTAVSDLITALDKGYENAP +ELVDSLANKLSSLSSTSKTLTEFLVKLDKITPGNSLKDAIAQLQSINTKLDTAISGLNTV +KDQIANGQKPSLSNLNGILKVTKDINNITSNILNNFDSKIVNPINNIFDQGFTVANNVLD +VLNKAEEKLPKVNNILGTALEFSGSANDTVDFIKEKMPMAKNIVNELVDAVSKVNNSDDM +ADLIALLKNDIVTRSDFLKQPVDVVTNTLYPVANYGSAMTPFYTVLSLWVGVLLLCSLLS +TEVHGEYKPYEVYFGRGLTFLAITLVQALIVSLGDIFLLKVSMINPLLFVLISLFTALVF +TFIVYSLVSVFGNIGKAMAVVLLVIQVAGSGGTFPIQVTPKFFQVINPFLPFTYAISAQR +EAVAGVYMPNLNKDIIMLLIFLAVFIILNVLLKGPINKATSGFVKKMGESGLTEH +>MGYG000000001_01744 Ubiquinone/menaquinone biosynthesis C-methyltransferase UbiE +MGQVDFFNCVAKNWDNMIEVNDSKINYLLSKLEIKEDDSILDIGTGTGVLIPFLDNLIPS +GFIRGIDISKGMLEVALEKYGNKSNIAFDLVDVENDEMHYVVIHKK +>MGYG000000001_01745 hypothetical protein +MGNIYLICAMISGRLFAIVGAYLVSLTLAPQISAIAYVVSGLSTAIPGMIIQLIFIPILV +SLLLKNKEVAKAIA +>MGYG000000001_01746 hypothetical protein +MNLYTSLTLRYLKENKKRTIVTIIGIILSTALICGIGNIYESFMDYQIRKTIENDGDFHA +TFYDIKKDDLDYITKSAGLTKSGLSNNLGYAKIKPDKENLMQVKAYDKTTFDGYQIKLKE +GKLPTNNKEIVLSENIVSKIDKKIGDTITLDIGKRVDENGEEISGWQSENETLKDTKSES +FKIVGIINKPGFEYEGGILTGITYLDINNQPANDSFNVSIAVKKPKEVYTIASQISKNLG +LKSGTKEECNEESAEENSSMHYSSDTDEFYESLSFNEHLLRLQGASAYANINDSMTSIIA +LVTTLVIVCTIATVYNSFSISISERKKQFGILNSIGATKSQVMKLVFIEGILVSIVAIPI +GLISGTIAIDLVFKVIQAFFKTSFIADMNLRVVYNPAIMILSTVIVLITILISALLPAIS +AAKTSPLEAIKNSGNYKLGKIKDSKLVRLLFKTEGVLAYKNLRRNKKKFRTTLFSLIISI +VIFISFSGFMTLFLKANTVHMGQINHDIYMYKNGSSEDIKIIDELKNINGIKNIAINNDY +GIGLNVKENDINTTYKDLIDNYYTKEKVGNEYSYDFISSLVKMPGDIAINNLKLKDGSFD +KETAIKENGVILVRESYYEEKGKKGEVVLTNYKVGDTIDAYITNYDQDTDKEIKENIKLK +VMAITDDLIPGSYNYNYMGIDFITYDEVGEKLGFKPLNGSIYMSTDKEDNTRKEIKEIAD +KEGFKVIDEIEEAKAMEQSIMAMQVFVYGFITVISLVSVTNIVNTISTNINLRKRELAII +KSIGVTPGGFNKMICLEGLLYGILSLLYGLPIGIGMVVLMNTLLGDVIQFGLVLPWSGII +ICIVGIFVITFIASYIPMKKINKENIIENIRQESI +>MGYG000000001_01747 putative ABC transporter ATP-binding protein +MEILKVENLTKSYGSGEAKVDALKNVNLSIKKGEFVAIVGPSGSGKSTLLHLLGGVDRPT +SGKVYINDVDIYNLKEKDLSIFRRRNVGLIYQFYNLIPVLSVKENILLPAELDNRKIDKA +FLDDLLKTLVLKERENHLPNELSGGQQQRTSIGRALINRPSIVLADEPTGNLDSKNSKEV +LELLKLSVKKYNQTLIMITHDNNIALQADRVITIEDGIIKSDEVI +>MGYG000000001_01748 Adaptive-response sensory-kinase SasA +MMFLSNVEIRRFIKGFIGVFLITILLSLGVSYINVNIIKGKVIENNQAILGQILSKNPDL +ENEIVDIITQGKSKENIELGKGVLNKYNYDSSISLEYEPIISSSINEIFNINVLFVIIIF +ILFLILSISYFKKIYRDIKDMTDYVYHSSEGRSYEMKNRNQEGQIGLLKTELLKMTTILK +EKVELLNNEKIFLNNTISDISHQLKTPMTSLIILNDLMYEDLPTETKIEFLDKIKSQLTR +MEWLIKSMLKLSKVEAKVIDFKNEKVNINELIRKSVQPSLIPIELKNIDLTIFGNEEAYY +NGDINWSTEALVNVIKNCVEHTPVNGTIKINFEQNPLYSEIVIKDSGEGIDKKDLPNVFK +RFYKGKSSSKEDSVGIGLAMAKSIIESQHGDIYVKSEKNKGAEFHIIFHKTYSD +>MGYG000000001_01749 Sensory transduction protein regX3 +MTNILMVEDDSTIAFGVKYALEQEGFNVDICKDLESSRENIEKKEYDIILLDVMLPDGNG +YDLCKEIRNIQDTPIIFLTACDEEVNIVMGLDIGGDDYITKPFRVRELISRIKAVLRRRG +KNNESKKVLKFGNLSIHTLEARVYKNGEEVFLTSVEYKLLLILIQNKNTVLSRSQILEKL +WDVTYDFVNDNTLTVYIKRLREKVEDDSTDPQHIITVRGLGYKWNGCENDVSI +>MGYG000000001_01750 hypothetical protein +MIKYLIAKVAQEEAERRMKDKKMMMYAAVGVLAGVGAYVSYRAIKNCMADRELEEDLEYL +QSYEDELDQDYYENEYIKEKTKKREEAEDKELREKVDEFNSRRLNFENEDIVSPKELSHY +VDQIKVDKDNTDINEEDSSKEKYDEYDE +>MGYG000000001_01751 Adaptive-response sensory-kinase SasA +MGKYIYLFILIIGYILFGSMYTKSLYSIIQIFNSSIAICCYFVNISYLDINKDKIYKQIA +MFFTIKGVINLVYGLNTLINLNRNFDGNEDLQIFALSVFIEILLLIFIINNKKMELNTNR +IMNICFICISISIFIICKTSIMPRLYNEKSVSMLFFMLMLLFILCLLYILKNLRNLDNRL +SKRTIKDLQIYYIARIINIVVIFIVEILKKYINIGGEFVYLISIVTSFVYFVCVARIYYI +DIIKRPNQILYRNLLKEKDKLEEVSKGLKDYKNRYEKVLKYLPDGVIVYEDGIIVFINEK +IKEYFNIESRSSILGKTIEDLVDESEKESVKGIDDISKPLKYLNLKYKFNNVEFYGEQTT +IIKNRYNKILNISIIKNMEDKIKLAKIKEELEYNKTKEEIKDQVLANISHDFKTPINVIY +STVQMQDLNIKNKSYDNLLEFNNIIKQNCNRMIRLTNNFIDSIKLESNILNVDLKCVNIV +NLVEEITLSVLNYAEDKDIELVFDTEKEEIYSLVDIDIMEKIMLNVLSNSIKYNKKNGSI +DVKIKDTEQLIIISIKDTGVGIPKEKLKSIFERFERADRSTIKTSEGSGIGLSIVKQMVE +ALNGTIDISSVEDKGTMVKIILQKNNPKDLEVIDFNTEYLDERAKLELSDI +>MGYG000000001_01752 hypothetical protein +MVLKLDFNSDKSIYIQITEEITKAIAKGELKINESLPSVRSMAESIGVNLHTVNKAYNQL +KDDGFLNIDRRKGAIVADLPMKEYSKSRKSAKNELELLTAKSYLSGMTKEEFLELSSKLF +DSYEVKHYE +>MGYG000000001_01753 hypothetical protein +MNNILDLASYFLQLIILYLVFSNMNILNGNKYLYGVNIDKNYIDENQIKLINKNFRILHT +IGFIVIFILLIIYSSLSNDIEIGFTFALISYLIYSSIIYIIIHNKIKNIKADLLKNNIIA +ERETAQVFVDMEFLNERDKLLNKFKYLYLIPILIVLIGCILTLINKNNLGEYIPTQFDYD +GSVQKFIPNTTINLLGNLISMLGSVILISFISISSLKSRLKVDPENIEISKYENIKFIKK +TGYGFFILEISLALVAICVFISMFGLSINTFIFKIITFITIVSAILLCFTFVKSHNSRPS +YSYSSEDDEKNWILGMLYNNPNDPSFMVQKRFGIGWTINIGSPLGKVFFVATIIALGFSL +FSLIKNII +>MGYG000000001_01754 HTH-type transcriptional regulator PuuR +MSDINIGEKISLIRKKQNLSIRDLAKLAEVTPSLLSQIERGLANPSVNSLKSISSALNVP +LFTFFMSEVNKEELIVRSDNRKKVILPGSDDVIYEILSPNDSSNDLEFAIMNLAPNTSSC +NDPIHHKGYEIAYILEGEAVLYMDEDKFTLHKGDSVKVPVGVNHRWENQSDKESKVIFAV +VL +>MGYG000000001_01755 Aspartate--ammonia ligase +MCLIIPERYETSLGVIETQQAIKDLKDFFENRLGEALKLTRVSSPLFVLPETGTNDNLSG +IEKPVSFEVPYLKKDAEIVHSLAKWKRMALKKYGFQVGRGLYTDMNAIRKDEELDNLHSL +YVDQWDWELIINKEDRTVDTLKEVVKILYKVFKETEEHVHSIYPEVRCPLPEDITFITSQ +ELLDMYPDLTPKEREDAIVREKKAVFLMQIGKVLSTGEKHDGRSPDYDDWELNGDILFYN +PVLDNAIELSSMGIRVDEESLERQLKMSKCEDRKELEYHKALLNGELPYTIGGGIGQSRI +CMYFLNKAHIGEVQVGIWPQKMIEECRLAGVHLL +>MGYG000000001_01756 hypothetical protein +MKPEYGDVICVNHGIYNHFGIYVDENHVIHYAGKDEDFFLRNMYIDETGMEKFLGNSNRY +YVYKFPQKALKPIKRIRGQGLNRGYKENAYAMYMLLKLKNIVKYKIYSPEETVKRARSRI +GERSFNLGFNNCEYFAVWCKTGVSQSYQVNLVLDAIFIKGKVDII +>MGYG000000001_01757 Multidrug export protein MepA +MGTQELQIIKYKKMTEEPVEKLVIKMAIPTIISMLITSFYNMADTFFVSRINSSATAAVG +VIFSLMAMIQAIGFCFGHGSGNYISRKLGEQDIEEAEKMASTGFFSAFLMGVILAILGTI +FLNPLVKFLGATDSIFPYAKDYMRIILIGAPFMISSFVLNNQLRLQGNAAYAMVGISIGA +LLNIVLDPIFILSFDMGIKGAAYATVLSQVVSFTLILKLCNYGGTIPIKLSNFKPNISKY +KEIIHGGLPSLCRQGIASFATIFLNLAVGPYGDSAVAAMSVVMRVTNFASAALIGFGQGF +QPVCGFNYGAKNYRRVKDAFWFCVKVSTISLTILAILGFIFASNIIEVFSKEDPDLIIIG +IKTLRMQCMAFPFLGWIILCNMMLQNIGKYVKASILAISRQGLCFIPIILILPKIFGITG +VQVSQPIADILTLIISIPMGIMTLKEFKNLEV +>MGYG000000001_01758 hypothetical protein +MSERKLWIDHVTWTRSFIVSDLASLEDKSDVLERLLKNQEDIGNSIKPYYGEEAGNKLTT +LLKEHIELAGQVTDAAKNNNKNDLEKYNKLWYENADKIARFLSSANPNYSEKTLKNMLYK +HLEFITDQVVARLNKNWKADINTCDKGEDHMIHFADILVDGIIKQFPDKFK +>MGYG000000001_01759 RNA polymerase-associated protein RapA +MDFKIVNDVLVKNADKSRLNRGTYYYKDGYVEEVKYTNEEKTLSIEGHVGSEYQNRVYNS +SIVIDLENKKVISGKCDCQDCMSRSTSSHLAICKHIVAITLYVINLLKSDVISSLKQTTF +VVKNKNSAKRSKNFINKDLLNYFKSKPKEEVSLDIKLDLIGPNTISADFKIGIDKMYVLK +NLRDFAYARANSNDLMYGIDFVYNPVNNYFSEEDEKIVDMIEEYGMGISYIAPQRELRYM +TVGGPQVRRIMEALQYRDFEFKFRNMYYNPRIIKGELPININLEMDDEQILLNCKGMLPV +PISQKGDVIFYKGDIYLLSAESGIYYNKLYKVLDEFKEISFTKDEVSEVLTNVVPKIKNI +CSNVFIDAKIEDNISGELQVKYYFDLEGSKITCDVKFEYEGENEGKFVIKDIEKEKEAIY +RLYTYYFEEEKGKYIFKGNDYQLYDFLSTEINRLKNIGEVYYSDKLKEKKIYNSASIKVG +LGEEVNHYLDFNFEIEGVDEKEYKKIIDAFKVNKRFYKLGNGNFISLEDEETKEMFKLME +SLGFTNSLKDMKIHTSKALYINDLLTEKKLPYINGIEKTEEIVEKFKNISKIKGEIPKEL +NANLRDYQVDSLNWFETLDYCGFGGILADEMGLGKTIQTITFLLSKKGKKSLVITPTSLI +HNWKNEFEKFAPSLRVGIAHSLKKEREKVISNIEEYDVILTTYGSLRNDLDKYEEINFDY +CIIDEAQNIKNPTAMSTDAVKSIKANNRFALTGTPIENNLLELWSVFDFIMPGYLYNVSK +FNAIFIKDESHIENLKMMIKPFILRRTKKQVIKELPDKIEKQFLVELNKDQRKIYGVYVE +EIQRKLKDKKDIKDKITVLSYLTKLRQLCLDPSVILDDYKGKSAKTEACLEIIEEYTEQN +NKILIFSQFTSVLKNIGKKLSKNKIEYSYLDGQTKAVDRIKLVDEFNESDHKKVFLISLK +AGGTGLNLTSANTVIHFDPWWNPSVENQASDRAHRIGQKQVVEVIKLIAKGTIEEKIVQL +QESKKQLIDDMIDGNLSDGSVLKSLSDEELLNLFK +>MGYG000000001_01760 hypothetical protein +MIYYRNNNDNNRKNEYNGGYDKYEEDYNNYNRYYDEDCYKHVDKCKHDDHCDEKDWNDKE +CHKKECCKDNWDDRDHCKKECCKDDCCKKDHCEKECCKDDWHDKECCKKECCKDDCCKCC +VGPRGPKGEKGDRGRTGATGATGAQGPIGPQGATGATGATGATGATGATGPAGVQGPQGA +TGATGSQGPQGPAGAQGPQGTQGPAGAQGPQGPTGPQGPQGPQGATGLQGPAGPQGAQGL +AGATGATGATGATGAQGPQGLQGPAGPQGVQGPAGATGPQGPAGAQGPAGAQGPAGATGP +QGPAGATGPQGPAGAAGATGAQGPQGPTGATGATGTSAVVANADIFRTSDITVNVGTAIP +FNASDISGSGITFTNGNSTIQLGANMRFYVRYTVTSTTGIPFAVGLRLNGAAIHSSLAST +QAADTSISNAAIFSTGNAGGILDLFVFFNVNPITVVGIETSLQIIRLA +>MGYG000000001_01761 hypothetical protein +MNNRTKEYLDIEENFLYENINKLIKENETEVNNLRYELEEINDYMTNWIHEVKIPISVLG +IIGRRVSEIDGGKAYLRK +>MGYG000000001_01762 hypothetical protein +MYSSRAGNYNSDFLINEVNLDSIVKDVIKKNKYQFIYNRIDLQVENVDKVVLSDKEWLTH +IVERMIDNAIKYSDIGGKIKYKCNYSKKL +>MGYG000000001_01763 hypothetical protein +MKTNDRIKITYKNDFVRIIERNGIRNFSSLVEWMDNFNNNEDVGLLTLSGRDLGSAVSIS +KNNIKSIEFI +>MGYG000000001_01764 hypothetical protein +MKKINSIAILFIFILSLSTCACTKRNTEDISNDTNQNNNISQNTNENQKLSKEEYKKLLV +KNYEKYISPIDIRDEKLDDILDKNNNLNNEELIANYKNLLSDSKNNVKSFEDSIKKVKVE +DSNIQNLNDELVSNLNKVIEDITIKEDSLNSISDDLINGDKNILINYLDDELGKDTQNEE +SLDRTFDQLESLLGIKFE +>MGYG000000001_01765 hypothetical protein +MNLKKILAVGLSLSVALGVFGCNNKADNTPNDNTTNNTTNNTEGNKYEGTEYYRQYNDLY +STNITPLNNYTMYGTVEGVNNNYKNKEYPGNEKYLNEVKEAYRDSRDKLQSFVDGLKNDA +KTEDANLKAANDELIAEGEKLIKDIDAKIKKLDEVPKDAYDKTQDEFINLVNDTTKLENE +TTNEFDKMIRDMNKMLGINTNSNTTTTKPSTKTTK +>MGYG000000001_01766 Vitamin B12 import ATP-binding protein BtuD +MLGGLRVISIKNVNKFYGTTKVLNDVNMEINEGEIFGIIGHSGAGKSTLLRCINGLEDYQ +EGSVFVDNKEVKSLNGLSLRLLRKDLGMIFQHFSLLERKTVFDNVALPLECFKYSRKEIE +NRVLELLDLVGLSNKRNFKPRNLSGGQKQRVAIARALALNPKVLLCDEATSALDPNTTKS +ILSLLQDINKKLGITIIMVTHQMEVIKQICTRVAIMEGGEVLEIDETEEVFLHNGKGLRK +LIGEENIVLPEGTNIKILFPKNISNDCIITGMARSLDIDFSIVFGKLEKFRDDILGSLII +NVSSEFGENVKAYLNSANLRWEEITNESN +>MGYG000000001_01767 Methionine import system permease protein MetP +MNQTSLSEFLTDILGKALGETLYMIVIPTILATILGFILAIILVVTKEDGLKPCKIINKV +LGFIVNIFRSFPFIILIVALIPFTRAIVGTSIGVEAAVVPITIGAAPFIARVIEGALNEV +DKGLIEAAKSFGATKRQIVFKVMIKEAMPSIISGITLSVISILGYTAMAGAVGAGGLGNV +ALTYGHQRFDTVVMVYTVITLVIIVQIIQGLGNLAYKKLK +>MGYG000000001_01768 Methionine-binding lipoprotein MetQ +MKLKKILGLGLAAVILVSAVGCSSSKWEKDSVDAADSSEDKKIVVGASATPHAEILEEIK +PLVEAKGYELDVKIFDDYVLPNTALDEGSLDANYFQHVPYLEETVAQKGYKLTYTAKVHL +EPMGVYSEKIKKLDELNDGAKIAIPNDPTNGSRAIQLLADNGLIKVADKEILTVKDVTEN +AKNIEIVEVEAPQLPTVLADVDAAVINTNYALSANLNPTKDAIAIESADSPYSNILACRE +DNKDSEKVKVLTEALTSKEAKAFIEEEYQGSIIPSF +>MGYG000000001_01769 Putative 3-methyladenine DNA glycosylase +MNRDFFQQDAINLAKDILGKYLIREYDGIQIVSKIVETEAYMGINDKAAHVYGDKKTDRT +MPLYLDGGHIYVYLIYGMYYCLNISANKENIPECVLIRAIEPVKGIEEICENRYKKNYSN +LSTYQKKNISNGPGKLCMALNIDKSLNSKSILDNELYISDFYYEEGKKIFADYKFEIEID +KRINIDYAEEAKDYLWRFYIKDNKYVSVINKNKTVNK +>MGYG000000001_01770 Pyrroline-5-carboxylate reductase +MKSIGFIGAGNMASAIIGGIVKSNLISPNKIIASALRDSTLERVSKNFGINTTKNSKDVV +TNSDIVFIAVKPNVYDSVLEEVKELITEDKIIVTIAAGKTIESVENIIGCDKKVVRTMPN +TPALVNEGMTALCPNKNINDDELNEIVSIFNSFGKCEIVKEGLIDAVIGVSGSSPAYVFM +FIEALADGAVKAGMQREQAYKFAAQSVMGSAKMVLESEKHPGELKDMVCSPGGTTIEAVA +VLEENNMRASIIKAVTAAVDKSKEMSNK +>MGYG000000001_01771 ABC-type transporter ATP-binding protein EcsA +MINNEKIIEIKNLNMSYGSKQVLKNINLDINRGNIIGYIGPNGAGKSTTIKIILGLIGGY +DGEVKIFGRDITEEDFEYKNKIGYVPEIVKVYESLTAREYLTFIGQLYGLEYKTCDEKAK +KLMKVLDIENAYESRISSFSKGMKQKVAIISAVLHNPDILFLDEPLSGLDANSVLLIKEI +INKLKENGKTIFYSSHIMEVVEKISDRIIVLNDGNIVADGNFEEIRKSSFDGSLEEIFNE +LTGFAEHSELSNEFINILNEV +>MGYG000000001_01772 hypothetical protein +MKNFLALRILDLFRGIYTKLGVDYNIMRLIIQAKLTLDCRRVPTMSEGPIEGKEKNYFYS +SLIVYAILGVIFLPIILMNIDSRIKMSVYFSCFMILLLTVLISDFSSVILDVNDKDIIGI +RGVEPKTLNAAKTTHIFIYIFMLSLSISGFSLIASLRFGIQYFLLLVLSIVLIDILMIII +TAIMYLIILKLFKGEKLKDMLNIFQICFLLLFTIGYQFIARSFDFMHTDIAYNQSWWNIL +FIPMWFSSNFSLLDGKPIDSIGIVLSILSIVVPIVSLVIYKKLVPVFEKNLQKLNDNTYK +SKSKKEKLSIKVSKLICREKEERAIFNFVYNILDKDRDFKTKVYPSLALGAFMPIIMIFT +SYDNSGIINYLMEIRKSYLFLSGYLGIVIMQNIITMVQYSSEFEGAWIYEVLPIKNIRNI +YTGMFKSSIYKLYFPSFILLSIVFIVIFKLEVIKHLVVLFLSGILVSMVSFKLNEKYLPF +SKPYNVGTSSKNIIVVFKSMITTGILVSIHFGIISMNTNVFIYIYALILVGIIKISWKGI +FTVKENT +>MGYG000000001_01773 RNA polymerase sigma factor SigV +MEEIVLVKRAIKGDCEAFENLIDMYSDRLYREAYLKCKHEDDVKEIIQETIYKAYRNIGN +LREPKYFKTWISRILINVSNDYINKVGMVDLQHDEEAFIKEVIIDDNIEIKIDLFNAIDE +LEDKYKDAIILRYIEDLKIEEVSKVLDRPINTIKTHLRKAIRDMKNLLKEGYENE +>MGYG000000001_01774 hypothetical protein +MSNKIENININDTLVNELEEISVEELDLEMNEFYIDDEKINSIKAPSNMKIWVRDAIDKA +EVDMKKHKRKKQIIASAASIAVIFLIGVYNPVLAHKVPFLEKILKTINDTLKIDEISYFI +GLDKIAPKATLDESNKVKFIKPSEYKVNKLYNEGGEFEDEVLDDKEGKQIQEPKTEYLAV +QFIHKMSNRIINPIDGRKYGSIKITPKTIELAINGLELIESDEDRKHLYNELNKWKNGKF +ENAVDVHNYVWYMLDGEIGKAISIKDEVVDNIVNTYFN +>MGYG000000001_01775 Beta-lactam-inducible penicillin-binding protein +MNLKRIFIVASVLIMSMFVFLGCNKEENIEAVVNNYAKLLNDGKYEELYEELANESKKYI +DEEYESKEGFVQKYSNIYSAMGVNNIKIDIKDSENKLEIPITITMNTIAGELKFDDANIK +LVKEDNKYKILWNESLILPQMIQGDKIRVKTTNGSRGRILDRNDNLLAYNGEVNFVNIVP +DAFEENKNENISKMADILDISEEYIEDKLNKSTNSDEALFIVKVSNYEQEKVEILSDING +VSVQKGISRVYAQGEAFGSLLGYIGSITEEELAKNPNKGYTFYSQIGKNGLEQVYEDKLR +AKEGAHIYIERGDEQITVAKTEASDGEDIKLSIDSELQEDVYNQMNKDKGASIAMDPKTG +EVLAMVSSPSYDSNTLVTYKTKTIAKTWEESKNAEFDNRANNAYSPGSTMKLITASIGLE +NKVIDPSEKMEIKGLYWQNSSSWGDYKVTRVKDAGSVNLYEAVKYSDNIYFADKAIKIGA +EKYIEEAKKFGIGVKSTFEYPMAKSQISNNGKLEDELLLADTGYGQGEILTTPLEITMAY +SALGNNGNIMTPRLVISENNEAKIYSEAISKDYLPELKKCFSAVINDSDGSGNLAKIEGV +NLAGKTGTAEIKGSKDDKSGSENSWFAAVDLDDSKIAISMVMEDMKEKSTSQYLVPKVKN +IIETYLNRK +>MGYG000000001_01776 Peptidoglycan-N-acetylmuramic acid deacetylase PdaC +MKEFKKILLIAIMTMLVNTSFSYGNINNEEDLILKENLESYTEENKKDSVNEIFEIETKS +IIEDSEFFKARIKYPFLKIKDKNTNKKDSKVKIVESINEEIYKYILEFKNRIKEESKQYE +KDYKKIYSKQKEQYVKYQYEAYSEYEVTYNKNNILSIPITTYEFTGGAHGMSYLKSYNYN +LLTGKQIKIKDIFKNGTDYEKIINDSISKEIEKNKDLYFTGENGFKGISSNQDFYIEKDG +LVVYFQRYDIAPYYVGIPKFKIPWNQFGATNIDIE +>MGYG000000001_01777 hypothetical protein +MKIKKKITSLILCGALFISSINFAFADSSRVVTLGANLSKEQRATMLKYFGVNENEVVII +EVNNQEERKYLQGVATEEQLGKKTFSCAYVEPTKAGSGINVKTANITWATSSMIASIMST +CGIENANVVAAAPFPVSGTGMMTGIMKAFEDATGEPLDETKKEIASEELIITGDLADEIG +GESGQDKATGIINDIKTEIIKNNTSDTIQIADTINNITNNYNVTLTPDQEQQIKDLMTKI +AQQDYDYDSIKNALNSVKDNVNENLSAMGENPNSGLFDTIKGWFSGIGDWVAGIFEGNKD +LGILGNTNDNLLGDGAQIDATDKDAINLPSNEQVEGFFSKIWNWFTGLFSSNDNNSSESN +NNEVTDQNNEAPAENNSSNDIPTSNTDDNTNQDSSNEPVDNSTDNNLNSSDNNEDSNTSS +EEPTNLNN +>MGYG000000001_01778 Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific) +MRVPEHIGIIPDGNRRWALSNNMTKDKGYEHGINPGLEVFKLCQKENIKEVTFYGFTVDN +TKRPTEQKLAFTQACIDSVMLLTKEDCEILVIGNTESNAFPKELLPFTTRQKFGNGGTKV +NFLIHYGWEWDLNLLKDANSSKKHILPYIHSKDISRIDLIIRWGGRRRLSGFLPVQSVYA +DFYVVDSYWPDFTPKDFYNALDWYNEQDVTLGG +>MGYG000000001_01779 hypothetical protein +MDTGITIVTPNDLKLDGYYKVVYLFHGLCDNYRNWVNYTLFPVYDNRHDVIFIMPEVQRA +FILI +>MGYG000000001_01780 hypothetical protein +MGGYGALKCALSKPEQYGFCGAFSPAFLFLKDYLNYQRDAGIVKYEDLKAIFGEDLTWKS +EFELIELVKNLYNKSDKPIIYTACGYNDFLYDENLEFSKIMKNFNIDFTYEEWPGNHDWY +FFMSRCIEH +>MGYG000000001_01781 Ubiquinone biosynthesis O-methyltransferase +MKQNKNDDINFFNKYSKMERSIGGLESAGEWHILKTMLPSFEGKRVLDIGCGFGWHCRYA +SEQKASSIVGIDISEKMLDTAKEKTNDSKIKYECKAVEDIEFKNEEFDIVISSLALHYVK +NFDEICKKIYNSISRGGDFVFSVEHPIFTANAQQDWYYNEDGEILHWPVDNYQDESIRIT +RFLDEEVIKYHRTCSTYINTLIENGFNIVKISEPVPPKEMVDENPYLENEFRRPMFLMIA +AKKAI +>MGYG000000001_01782 Zinc transporter ZupT +MGNIAFAFMLTAIAGLSTGIGSCIAFFSKTDNKKFLSVTLGFSAGVMIYVSMIEIFSEAK +IKLAISFGDKIGTGITIIAFFTGVFLILLIDKFIPSESNPHEVHDTSEINDSALENNKLL +RTGVFTALAIGIHNFPEGIATFISALQDFSIAIPIVVAIAIHNIPEGISVSVPIYYATGS +KKKAFVYSFISGLAEPIGALVGYLILMPVMNDTVFGVLFAGVAGIMVFISLDELLPLSRE +YGEGHLSIYGLVAGMAVMAISLWLFM +>MGYG000000001_01783 hypothetical protein +MYLNELKGTFHGFDSTYNRNIVKRTMETRIEILKRYLND +>MGYG000000001_01784 hypothetical protein +MSLYLGKIHYWLYNKILWFEGLEDEIIRVAKEEKLDIDKLAKEANKKFGEKLPNKPLEEI +IDTNNIHGWLQDRIHSSEGRMAYWIRIILKNDKDSISKIEKAYIDQGIKAGKECLAEGID +LSNAKNIYNKINDYILDGMPCDRVNEILESNEDIVSWKRRICVHKDIWNDEVELFYQLRS +LWIKSFINTVNNEFKYVEDDGVNKIERVQ +>MGYG000000001_01785 hypothetical protein +MIIYIKINSFPIFEQRTLESQIEALKDDRYNWIVICDESVVVGILLYWEFDKYKYIEHLA +IYSELRGKSYGSKILEIFCRDNKTIILEIDPPIDEIALKRLKFYSKIGFMLQEFNHIDPP +YRKGYEGHSLKVMCYNKNLEEYEYNEFNEFLKNVIMIYSECN +>MGYG000000001_01786 hypothetical protein +MKADRLISILMLLQIHNQLTAKELSKQLEVSIRTIYRDVESLSSLGIPVYADRGINGGIK +LLGDYKTSLNGINNDEIFSLFLSTGDKILEDLGMEKLKNSTILKLLGNSSPNQLKEIENI +QNFIYIDMNTWGEVPTTLNKDILSQCQNSIWNSKVLKFVYEKTNETKDVILSPLGLVCKR +GVWYLVGINNDITKAYKVNSIKSIYLMNDNFVRPKDFNLENYWKSSISNFKNLIPKYTFT +FKVDKSILNSIRERKFITIRNTTIKENKIYLDIDFDAKWQGIEFAFGYGKYIQIIEPKDA +ISEIKEKASEIINLYN +>MGYG000000001_01787 putative protein YyaP +MDRKIILNLAMSIDGYIASEDGGYDWIVGDGNDKLDTENTWDYDKFLEGIDTVVMGGKCY +EQSFHNDFKDKKVYVATSKEIDDYDNINFIKGDICKVIEDERKKDGKDIFLFGGGIVIDS +FIKSDIVDEYIIGIIPTILGKGRSLFLGNNPKIDLKLDDCIIDKGITILRYSKR +>MGYG000000001_01788 hypothetical protein +MEYERGIIKIKKLIKLSLVLIMIALSFLFYNKYIEKKYIDETKNMTENDIKLVNEVISLA +KEKVGLEYIWGGKGEIMTDERLDELISEYGIKHYPLDRDKYIKNQAFDCSGLTYWTYKEI +TGVEIGYSTLQQKEVLKDYKVDKSELQPGDLIYTPGHVVMYIGKGKVIQSANDRAYPIGG +VKISSVLMYKNGEVYRPIWYINKTLKNNR +>MGYG000000001_01789 Calcium-transporting ATPase 1 +MRYYNKSTNEVLKYLKSNPEVGLSTEDVEQRRKKYGLNEFQVKEGKSLMEEISDSIMEPM +ILILLGAAVISAFVGEVHDAIGILGAVLIGISIGAITEGKSKKAAQALSKLTENIGVKVL +RNGKIKQISKADLVPGDIVYLERGDMIPADGRLIQSVNLKIREDMLTGESADVSKDADKI +VQMEIIYGKTEIIEQDTIPAKQINMVFGGTLVAYGKGVMVVTSTGDKTEMGRIAQNLIHE +DIPTPLQQRLGKLSAKIATISGVIAAILCAYMIIKLNIKGQINIDTSGILVFLQSIEPAK +DVYLVCIALIVATVPEGLPTMVNITLAITMQKMAKINALVTKKEACETIGCVSVICSDKT +GTLTQNKMKVDVAYVDGKYIDSSKYVSNSYFEENCIINSTSDIEKEGNSYKYIGSATECA +LLLYHNDKNYNQFRKSTNLLSQIPFNSEKKRMSSLIIKDEDIVFLTKGAPEVLLKKCMYM +QKGRDIVSITPQIRRNILNEIRKLQVKSMRVLGFAYKVVDRSLLEIAITSNKELDINRNI +RSYENNEDLVFGGFVGILDPLRDGVKESIQTAFDAGVDVKMLTGDNINTAMSIGKEIGLL +YGGKKVVEATYIDILSEEELRDEIKEISIVARSKPDTKMRIVQALQANGEVVAVTGDGIN +DAPALSKADVGIAMGISGTEVSKNASDIILTDDSFSTIVEGIKWGRGIYENFQRFIQFQL +TVNIVAFVIAVISQIMDTKMPFTTIQLLWVNIIMDGPPALALGLEPVRDYVLDRKPIKRN +AGIIARSMGVNIIINAVLIILIVYTQQTFNILNATPDEQSTVVFSLFAFSALFNALNCRE +FGIRSTIPNFFKNKLALEVIVITGIFQIIITQLFNGFFDCVPLGANMWIKIVLLSSVVLI +LNEFVKFIFRGGKNMYRRAKY +>MGYG000000001_01790 hypothetical protein +MIKIDQDKLISILNKKWEYRICPMCGSGDWIVSDKIFELREFNNEYINKYDLPIQPLVTI +TCKECGNTVLINPLVLDLLSK +>MGYG000000001_01791 hypothetical protein +MEFNKGNLVINKENNRNIEFCKAQREKTLTLIEKSNTIQIKESYYSQGLKQAKIGFYFGL +IGSTIGLLVIIGFLVFAGDKLWGTCLGVITEAVSLLIFKISDNALDRMGDFFDKLSKDSN +IIKSIELSKSIKRDDTRDELRSKLALFLVGMNEDKSE +>MGYG000000001_01793 Multidrug resistance protein NorM +MQLTKDKNFYKTIINISIPITLQNLITVSVNMADTVMLGKLGEIQLSASSIGGHLFFMLM +ILMFGLGGGASVMSAQYYGKKDMSSIHSILNVTYKLAIMLSIIFLLISILLPKEFMMLFT +NDKYVINQGIKYIRIVSISYIFYSLTISTSSVLRAVKNVKAPMIINSISLLINITFNYIL +IFGKFGIKPLGIQGAAIATVISRCSEFLLVVLYMMLFEKKIKYKMNFIRNNNKEIRDKFI +RVTTPIFLNELFWTIGSSTISIIVARMGTKVVAANSINNIVYQFALLFIQGLSSASSVII +GNTIGKGLYKKVKEYANTIAILSLISGIMAAIVVYVTRLFIVDIYNVSIQTKLIAKDIMI +ATAICIFFRALGSTLMMGVLRGAGDNKFVFKYEMIFMWCVAIPLGFIGVFYFKFNVPTVF +LLLKSDEILKGIAAYIRVRKGNWINNVTLGDR +>MGYG000000001_01794 hypothetical protein +MKNIYYFFRSATDKNNFITFGKLHLLILFIALLVSIFIFVMKTENRILELFIGVILITQQ +VILYTWYSISKYNLLKEGLPLFHCRIAIIFVGIGLIFNRKPLMKIGSYWGIFGSISALLL +PGIDPFSFPHITQFSYFIGHLFLLWGSIYLLSVKKIGMSEIDLKNLLLFTTAYHLLMLMV +NTILNSNYAYMNAPPFYIGDGLNPLIYSLTVIMIFNIVLCIEYFFINKNAVVNEDCETQY +S +>MGYG000000001_01795 Serine/threonine transporter SstT +MRGLFKKWNEISLVKRIVIGLIIGIILALTVPTYASPIVIFGSLFVGALKGVAPILVFFL +VMTAISQHKSGKKTNMSSIIGLYLLGTFLAGLVAVIASFMFPITLTLGVSVNDITPPGGV +VEVLKNLLMNVVDNPVKALFNANYIGILAWALILGLALKNAAESTKTMISNVADALSQIV +RWIINFAPFGIMGLVFDSIATQGLETLLGYGQLIILLVGTMAFIALVVNPVIVFIGIRKN +PYPLVLKCLKDSGITAFFTRSSAANIPVNMGLCQELGLDKDTYSVSIPLGATINMGGAAI +TISILTLAAVHTLDIQVDIGMAIVLSLLSAVSACGASGVAGGSLLLVPLACSLFGIPNDI +AMQVVGVGFIVGVIQDSCETALNSSTDVLFTAVAELAKCRKKESKNAKYAKDVN +>MGYG000000001_01796 hypothetical protein +MINKVAKVTVYVNNQDEAKKFWTEKLNFVTKIDATEGPLRWIEVAPKESEWVTIVLYDKN +LMKSQYPSANVDYKTVILSTEDLDNAYNEMKSKGIEVSDIVTMPYARLFTFKDQDNNEYL +LREDKF +>MGYG000000001_01797 Riboflavin transporter RibZ +MKENNNPNIWLILIATCLFTFMSTLDGSIVNIAMPMISKSLYIEMSIAEWIVSLYMLTIC +CLLIFWGKLSDSIGKIKIFRIGTFIFIIGSLLCGTSKSIEMLLLSRIIQALGASMTMATN +YGIITEYFPKEMRGKSLGILGSFVSLGSIAGPSLGGLILQNYSWHYIFLINIPVGLFAII +LGYFVFPKKISKNLNFNIDYLGFILFSTSIISLFMGIFIGQVTGFRTQLVIGLFILFVIM +FIIFLYVENKIENPLIDMTIFNSKSFSLGLLSALLVFSSNLFLNTLIPFYLEDTLMLSPM +ISGLILMSVPLAMIVVAPLSGALSDKIGAEGLTFSGLGIVSISQILFIFLNQNTPIYFIV +FLSTLTGIGVALFQSPNNSIIMSSVEPKHLGIAGSINSLARNLGMVIGLSLSTTILYFSM +SNKAGYTVTGYIKGYDDLFLYGMHMAFIVSFILCFIAFLITGFRLFYKRKEN +>MGYG000000001_01798 hypothetical protein +MIFKIIFSSILLTFSVIGIFIIFGLIYNIIENKNLQYINCAFGTKGILITGIIGTTVHEL +SHYIMCKIFAHRVREVKLFTPNKYKSEGRLGYVYHSYSYKSIYQNIGNLFIGIAPMILGT +VFIGLCFKSLYPDVYTEILNHIMELIKYNREYSINKIFFVLKEVLVLFIGMFLSIDNLLN +FRFWIFIFIMCSITSHMSLSSADLKNSRNGIGYIFLLSIVISLLGYILNINLKNIARLIL +IYNIYIFYFLFIGIVFSLLSLFIFYVISKVVQI +>MGYG000000001_01799 Monoacylglycerol lipase +MKSSEFYFKSTKDNLDIHVYKWEPENKNPIGIVQISHGMSETAIRYEYFAKNLTDNGYIV +YINDHRGHGLTAKTIDNVGCLADSDGFTYLVEDINTLTNIIKEENEDLPIFLFGHSMGSF +ASQRYIMEYGNNIDGLILSGSNGKHGFILNIAEKIINYEIKKKGRLHRSKALDSLIFGGN +NKKFKSPRTEFDWLSRDEKEVDKYIEDPFCGVLFTCGFFYDFIKGLQEIEDKENLKKVPL +DLPIYIMSGDKDPIGKNGKGVLRLRDRYIKLGVKDVLCKLYEGGRHEMLNETNKDEVIRD +ILNWINEKNKVNKVQEI +>MGYG000000001_01800 hypothetical protein +MVKYKSIKLSEYFEIRKEEYITYQLIPTKSNKNNGTDNIASLINKMFIKADSLVKKEDKK +LVIHTYLKASYYIHITKEEVQFFFIY +>MGYG000000001_01801 hypothetical protein +MDTIQNFMNTIESIQNFSITNWIGGLLKELLQSTMYVSAEVCIIAGLIGAILFIFGWKKC +RSVPFVSYAIYLIIQIIGGVLLG +>MGYG000000001_01802 hypothetical protein +MLVKINEVKTYTFEEFREIQENRGLINKLNLIEKSIDHIKKNRHMYLKLVFLIAITIDKG +TLTVFASGSLESNLMNKATFIIDKLILLAKYGCMGMGLKDMVICLLNGGNMKEASFAGIQ +YWLGYLFLQFYPQLYA +>MGYG000000001_01803 hypothetical protein +MSKKQSLKLSISFKENIRDLEIYNFLTENIKYEMGISTYIKMLIKDDMDKRKENK +>MGYG000000001_01804 hypothetical protein +MKPAFIDLICDIHYKITFLDNCDKAKKSIEFHDKRFHFCPESKLNPSEEYLFILKNLIDM +AEGILIDSYYDDSFNEFEKLNVKILGVEILSINNIEREEIFM +>MGYG000000001_01805 hypothetical protein +MKDTRSLKIIFGKGGSGSTTTRLTLPITYIKQLGITPEERDVIVELDEDKIIIKKK +>MGYG000000001_01806 hypothetical protein +MKYGLRKPSVKKSFKARTTGKAKRAVKKAIIPGYGKKGMGWIKNPKKAAYNKVYNKTTFS +IWDIFKIFK +>MGYG000000001_01807 hypothetical protein +MRSIVINNEFVNEVELELGKKYRLADDFYGDLEGTLVNISEYYVCTDPNISVHEELNITL +RMDNSWDDRNILVDFICHVEEIA +>MGYG000000001_01808 hypothetical protein +MKEYENGNNGIDSEVDADLKEIKNESTEDNDQLRLQRPKKNIDIKRLLKKTAFLIAGIVI +GFILGVIGSVGVSDEYENTINELTTKNEEQSSIIQDKDEEIETLKNKVADAEPWFAMKED +EQKAIEEENARKAEEERKAAEAKKEEERKAAEAKEKQGYNTGITYKQLARTPDDYVGEKV +KFKGKVVQVMEGDGETQIRLAVDGNYDNIIYGAYDSSIVLEDDYITIMGVSGGLLTYTST +MGGDITIPSVLVQKIDM +>MGYG000000001_01809 Chromosome partition protein Smc +MARSEEIAKLTASLSLDNQSFIKELSNIKKQSRNLSKDFDVATKSIENAENKMEAYATAL +NKGEKAIESNSKKLEMQTKQYDDLFKKVEKQVKAYEELKNELNDAETALSKINKTSNLEA +YSKQEKAVNDLRKALENKGELIQKNSHKLQQYSTDIDKTTNDMKKLENSMNDIKSSMASI +DGDNPLEELSNSSDEANSTISDVVSSLVELTGVSKITAAAIATVFTKGAISGAIEYDNAI +TTLRISLGLAEEEANSFYKEIKDIADNGYSLEGATEAATILEKRFNLTNKETKYLAQSME +LLNGMGYDYNNTVRFMTSAVNDWGMTHSEALDMIIAGEQTGMNISQDWLDTLVEYTPILS +TLGIEAKDAFLLIDEAINATGMNTDQATDMVKEFLLTLTDGSTTSKDAFKDLGINIDDLK +KQIDDGSITTIDAMKKVSQAIMDVGDDTERARLLQEIFKGTVEYGSEGVIQAWANLGDEV +INTSGAMDEAKQAYEESYAAMQQDLSNSWKELSQTIGSKVLPKLTDVMEFTNNTIKILSF +LPSAFTYLGNDIANVFEGMRGKFYEFILGVGSGMADFADTIGMDEMADSLREWGKSIDEE +HKALSQRIKERNEENERLNTEFSEYLNDIWGTVGDNIPSELKTKFTVDTTDVESKIESFK +NLTLEEKTMVLNCNDIPAKERINYFNSLSIEDKQALIDADPSGALGVMALWDSLSPDQKT +AIINGDATLAMNCISTWNSLDPEEKTAVLKGNNSHAISAINRVNSSKTPDKNTSINAKDN +ASSVIDTVNDKKVKNKSFTITGVFKTIGNAVSSFFGGKGSKSAYTNQVKSIQSEYSVSST +LLSENANSNPLENQGTNSSSLPNPLSRATQKTPIANKGYNIDDSIKYNIEMLTELENRIK +VVTNSLSALDTKMEQAVGSEKIKYLQEQNKLYEEQKKIQKELEDTLNKQRNYYKSVLNSK +GFNFTSDGNFTNYEEKLASMEKHVESLEKSAKSAQDALSKVDSNSKNKSSLEKKAEAAQS +KYETEKDKLDEVKKYLQAYIDVQMTELPKCKEEWDKLNNSIVENNNEIKKLEREKWTLNI +ESQWTVLNQDLDKINNQLEMIDVLMKNAFGNDKSKLIAEKIDLLKKQKSELAENLSYLKG +IQSELNKKLTGYGFKFDANGNISNYVDQLNKLKETSTEFDDAKKLVDAYLDLFLDKIPDA +EKEIVGLQNAIKDSYKDQLEITKNIESKITEVYKKQLEERKKLIDEELKARVDLLEKEKK +AYNDARKEADYNKDYNKQMETIADLEKQIDILSRDNSLSGQKKLQELMKQLADEQEKLQE +MVQDKMDEQVNDMFDKESDRLEQEADKVKENLDDKYSDEKLQQIVKDTLSSGIFVGVNGE +IQELQSALLNFTDKFGDGLSITGDLIKSELISNLEVAIDTFKDLDRIMSNLDLGKYNNSI +NLDYSSVKFNPPSNEGYIKNDNTKNITVNMNKPLIEVSGNVDHDVVKDLEKAAIKIKNDI +ISELARSVI +>MGYG000000001_01810 hypothetical protein +MNDIVEIKLNGQNYNARLDMGAIAEVQYHFKRLDDYMKVPELFDRVFKADVSVINEMIVQ +SILSCHPQLNRDLIFANMKLKEMNNIVDYAVELLKVSLPENDSKKKVRVSEEK +>MGYG000000001_01811 hypothetical protein +MIENKIIYGFSDIHVCTHDGTPIPIKGAISVDINVNRPYVDGYTNHGNMRFYGKFKAEGK +LKLLGLTEEEQCTLFGYNKAKNGGIVIGAEQSSPNLKLLFSRENYQGNKILYCFYSVKFN +PSNVTANTIDLKKGLEEDILEIDFVANEDNEGLLYYTIDTDSNDIVNTWFNKVQYPEF +>MGYG000000001_01812 hypothetical protein +MSSIDNKLIFGFSDIHVAKITDGSYATPIKILGGKSVECSFDITERKISADNEVKKNVVR +VSSGAGKLGVLGLTTDEKVLLLGGENMSGGYALRANASMPSLALLFAQEKEDGGRLLHVI +YNVQFKPAQIAAVSTENGEIEESIAELDFSCIEGSNGYYYYCVDTTDASIDPELVSTWFT +KVNDPKSN +>MGYG000000001_01813 hypothetical protein +MNKKIIDIMGSLDIKAYYHKALDPEDKYVIFNIYNEEDANVFDNSSLNTIYYITLNYWCK +NIEDLDLYKDIKRKMKENKFIFDGCIDVFDENYYGKNMDFIFKEMNSNEEFIFI +>MGYG000000001_01814 hypothetical protein +MGLEIDFSTLIDKLDEIERKLKTEVIDNALEKGADIILEAQKETVPVDTGHLERSLGKGE +ISGSGTNKKITIGIENGDESIRYGYYQEYGTSNMVGKKWMKKAWNKSVSEANKAIGESLA +EDLF +>MGYG000000001_01815 hypothetical protein +MNPSEMRDKVTIIKKELVHNKNYGVEEMKDIVVIEDLRAKKKTVSTRDYMRANADNTKVA +YKFIVRKRNIDESMYLIHKDKEYEIKHVHEFEDHMYLELTCQEVN +>MGYG000000001_01816 hypothetical protein +MPNTDDGQEKNMVGIFHNALHISYERACAVGNYLIDCVSVKKNLRIEESFHDDDEMINGF +CLHAMEYVSDYTGISDISFGNEIDGVKNYSLGMAVLILASYYYENGTTLIEPNSKASSML +KSILDLKKINW +>MGYG000000001_01817 hypothetical protein +MLYNSVAVTPLVSFSHKDLDDFVFGRYYFIAEPIALKLKESNLVEVMKISNDGEFEIGIN +DKINVSRERLNISTIDTYLVDYKGEDNV +>MGYG000000001_01818 hypothetical protein +MKVKILQSFVHKYLGSFITNEEVEIEDSIANLLIKQNLIEKKTIRKKRSKKVD +>MGYG000000001_01819 hypothetical protein +MKLKALQEKRNEIVNSMKVMTETAENFKVEDFNAKESELVEVENKIKALQKVETLTNIKI +EKDGNDMDLRNSILEGKEIKLANEHTTAADGSVIKESYADTIEKKLVNVSPLYQLVRKIV +TENPHNIPVQAGKLGKFVKTGELQKYVNQKANWKTVQLGAEKYTNLVTISEELLNDSGYD +LEKELIDQLVEALALTLDELIVKGDGTVEGLETFTKENGAKEVVQGAAGVVTVDEVIDLF +YALPVAYRQNACWVISDSMAKLLSKLKDGEGRPVLVQSYINGVLENTILGKPVIINEFVA +EMTTDNKCMFFTNLNRALVIGLRKDMVIKKDEAFLEDLVMIKANTRLDIKKLIDESVAYY +VAK +>MGYG000000001_01820 ATP-dependent Clp protease proteolytic subunit +MRDNLRNFLEVKNATNTSADLYFYGDIVSSWLGAWDDTDQYPDSVKNFLDEHKGKDLNIY +VNSNGGSVFAGIAIYNMLKRHNGHKTVYIDGLAASISSVIALVGDEVVCPSNAYIMIHEP +WSCVQGNSTEMRKAADLLDNIRETIINIYEENLNEGIDIEEVKEMVQAETWLNGVESVKY +FKNVTLTDEVNMVACASELYDKYNKVPENILNKEVSEEVEEKINLDYYKAKLKMYEM +>MGYG000000001_01821 hypothetical protein +MGIFSKLISTSDLPDTTKVGINDTIVDGETISFTNVNEETARKVVALQSGIDLIANAIST +LPCYLYRRNKDGERVKVDDYRNYLLNASPSETVVASNLKYNIVKNLILKGNSYTLITYDK +LGKVKELLYLKNVTVGKVKLSDGTVNFKYSFTLNDKYMTVNHHEMINIIKDNDDSCSYKG +RGVLEKGMELLNIAASENKYAYSSLNGVNVKGYLSKDTKLSSEAKENLKESWKKFYTGAD +KTSTPILEEGLEFKQLNLKPAEIELLQSRQFTIKQIAMLLNIPFSYLVDSASSYNNSAEE +ALRFLRQTLSPYIRLMEENFNKYLLTEKEKGQGYFFEFDTQEILRVSVKEQIDYLDKATK +GGLMTLAESRRKLNLPYIEGTDILLVPVNMGVLSDGDISPISSDRIDKIEK +>MGYG000000001_01822 hypothetical protein +MEYLREHKAYKYALDVVNDNIKHNEEIIPQAKYVKIQCKKFLEDLEDENSKYFFDINELE +KITNLTKLINLGDGLKAGTSSYESLVGFQWFFIANIFCWKHKNKRDKRRYETLTLLIGRK +SGKTFLVGLIFILLMLIEPRYSEFYSVAPDRDLSSKIKEEMGKIIDSSPYIKKRFKNINS +ETKCLLTESKFKALAYSENRMDARKANVFVADEVGGLRKRYPIDAMRSSQINMLNRTGIL +ISTAYESEINPMVEEVEYAERVLDGLIEDEALFALLYKPDNPKDWTSDLALFQSNPLAFD +LEDNLEFLIKQRKVAFDMPSTVGNYKTKHLNLFIAPSKGNSYISVDDIKQCSIESYDWNN +KEVVLGLDLSMSGDNTAVSILTKEKGEYISQSWCFVPGDLVEEKSKVEKIDYRRFINDNH +CFACGDRIIDYSFIEDFILSLEDKLGCKIKAVCYDKYNAISTVQKLSELGLDCVETPQSY +FVLHPATKLLKESVLTNKFKFINNDLFVLNVSNAIEVTNPSGSLSIISKKSSKFKIDMLA +SLINCFTIIDDLPEPSVYDSGGITWI +>MGYG000000001_01823 hypothetical protein +MNNFYSRRSAENYEMTERLKEFNNNNLSLKTPHLKIKDKNWKKKFKFYTELLSTSGLLSD +LDLGVLGNLISTELMLERLQVQLLDEGIGIVEQSKLLNSYQKLLSSYNTLCSTVGLGVKN +RGQILKNQEKKIEEDNDPLLEILSGGK +>MGYG000000001_01824 hypothetical protein +MLIKCPHCLKVHDKYFKCQDKRIHESIKSDIEEQCDRFYQSKNWRKKREEVLKESNYCCE +ICLALDRVTLANEVHHIVKIRESWDKRLDTENLIAVCKEHHRVIEGKTRDEILKFIDENR +G +>MGYG000000001_01825 hypothetical protein +MLDRVSIKEVNYKSFSWYNDNKRENVIERVEVHASIDNVQNIRMIFNTDTVLTLDKLKEL +VSKEIEDKCSEDINDNESIDEINVKMSFDASRYVNNSTYSSR +>MGYG000000001_01826 hypothetical protein +MKLFEKLFNKKDKKEEIKDKELDMEYENLIYACRKLNLINAEGQMKNDKKHLIEMLEERN +ILFKKYRLDNVDILFKEIEKYDIKDYSCDELQMLCDIYNELVIAYFKASKINSLWNESYF +ISMRYSIDLYDARAYARNNLINKLDRYSINKKIYDNLK +>MGYG000000001_01827 hypothetical protein +MINILLTQESIKILEKERKRIVEKQNELQMKVQECQDRKEAIDELLEQEIEEFIEDCNEL +TSLYEIVNKQLFVSINLDKYLKEQYKYEEE +>MGYG000000001_01828 hypothetical protein +MANYFQYSLAPTVSVTVVLRLEYKNCRVVGKSTRFV +>MGYG000000001_01829 ATP-dependent RNA helicase DbpA +MIKLRDYQIECVDKILNMKDGDRGLVWISTGGGKSVILASVINKLVNENKRVMICMDQIE +IRDQIINSLLSVNKDLEKEIGIVQGNSDQINIGKITICSRQTLAYDNFRRLDNLSRDYSH +IFIDECHRGVSALNKIVNRLDDNIICCGFTATPYGETSKLFNKLVYKKDIESLIEDGYLV +SPKSFKVRTDISLQDIKIIGGEFVLSQLDKRINVEPRNEIIVKSYIDYVQADNRKHCIVF +CSSIDHCDSLVNTFKKYNIDARSIDSQDDAKERKKILNDFKSGKFAILCNVGICTTGFDY +PPTDAILLARPTKSLTLFTQMVGRGLRISENKKDCLIIDISDSEINSLCTCENIFDLKQG +EDFKERNKRKQIEQDKREEELKKEEMLRLEAERIRLEEIDLLNKSIYSVQEISNLDWFYN +TINNYNISILSANPSIDFYIVQTDDTYISYKFTKLENYNTRLEELEKNDNLLELLEYVEK +KAIQLGSSFINKHSKWKKEPITHAQERIVYKSKERIRTKWQCHKFISKRNSYFALKDIYF +>MGYG000000001_01830 hypothetical protein +MKLRYVSNEVNISSIDKNKFNLIIAGCGTGKTYFAANKLRQQINEIFGEDIKPYECRIVT +SRKLARDQQIESYEESTSELHDIQTISLSIEDEDYRELFIDSGFGTVKEKKEKYTNRIPI +ITYNKFEKETDDLICKNIKLVVFDEAHTILSDVSFNETLPFTKKFIENKLNNNSSTYIVA +MTATDYELDEDSINVKFNYLLDKPIFNYKITDKIISIPELKDVIKVLKKINGTTLVMTNS +VKRVMELKKKLGDEAAVLIANSKKNKEFYTKEMSDLSEYIEKNKSLPQEIKYFIATSCAR +EGFEFEYTESFKIDNVIIYNGTVVDIIQFVGRFRGNIKRLYLAYDRRYKLINKPYKQIEQ +YNLCKNFVHRRNRDGSMMSKEIYLELIKHLKNIISENISIEEYSNKSVKLNNEDEFIRWI +EKNWIYRTICNYQKDIIVNKAKELGLKKKNSKPHTFNSIVNQIILKNDFELILDGKLRTV +NSNNEKVQKYLKKGDKIPSGNIRVYIIGKKNIFGNFI +>MGYG000000001_01831 hypothetical protein +MINLKCVRNFNDANKLIELGHKLIRIDRDKRDRSFMVFLFEANEKIVRDLKNLER +>MGYG000000001_01832 hypothetical protein +MKQYKIREIKINGEQEEITLSENDAIRLYKIWKADRNEDIEECLESIIKVDLPNHKHKAL +KMLKDGIKVDGEMYVSFATTPGLMKKSGEGYSCEYFFINEEEKDFISTFYDVISLGKLPE +KFNTELCINKDIISRVGLAFSTGERVNIKCKKAILSEMTYTYINNYLQFAENKSGKIDLD +NLRLEKHYNKEVKHIAMDGSGFMMPVIADKIEKKLNLKYKLSWVGIRELGVASKGLLVKF +DFKKYLKEEHGLNKLIVKDFWGDDVDLFDCDIIMNESQVKWGKYFKNQEEIENLKTLEKY +KPYKKLLDGFTITKINKEQPKKYTEANYQILSNLNLTPKELDTLSKETEDIYNRVINGDI +DAIRIMLGDVARENEEQDVLSASTKLHKLLQLDENMKNLQYTYKTIGNLINKKVNNLAGG +GLYLKGNYKVILKDAFSYIDSLINQEYNEKGELVGKISSRGLKDNTHYVPGEVVGKRVLA +RSPLNSATELIKTELVNHSLYNKYFGELASDICFYPFNDDMSKQSGADEDTDISFVIDEE +IIYNSVIEDIDEDGVIWYFRNQFDGTKPDIRLFNDDNMYESILNVRGNLIGKLSNYGAKI +SNKIQELPFYDKVKDSYCDYRDLTDKQNLVDYKEIDDEIIKKHIYNKFQKYKLYSYYTLY +LQMVAIDSPKTCVMVGKHDLEPLRNISLGKKPQYIYYAKYKKEDKLITFNDVSWTNSLLN +NYSSRIISFYGYKARSINEKEYNNIHLFKVLTKKNDVEIKDELLQELSNLNNEYNHRRES +LDIHKDISEIKVLLSRVTSKSIEEALKAKLNELNDIKNTEYTKIDIDISDKYKILIKDKY +DYLEILKALSIIKTTKGNRISSRFIMEFCFEELVKHLLKLNNGLGTIYIQDKHGEIRYLY +ENYKKVDAEISEVDLTEKENFKKREKLGQLIKCRVGKLTYKKLTSKVILEDKKIFNSEND +LLGTLYKKVDIENGIYDAEYDYINDKCNEYEKAKSMSIYLIV +>MGYG000000001_01833 hypothetical protein +METIERNVDMELVNKILNDFNNGEPIDPHRYFTDYGLIKNKEIYTDAICYIKNEKLIEGL +NYAMREGKYVGVVFYDKAKITEKGKILL +>MGYG000000001_01834 hypothetical protein +MLQSENKMLGDINVRAIWRLYINNICYRKNAFYTKEEIQNICKKIENPYDKFIIYGLFNN +IPNKVMLNLKEKDIPKDRSYIDVKGRRIIFDEYMKSIIRECTGEVCNYFLKHYYKFNNKS +VYLIKNKIGTPNDGLNSMTLQAIDRKLEKATKRFSYEEYIFNKASLRVSGIIYYMYLKEK +SDLVEWDIEKVTEYLGVNGIKCDPEKIYRCYQIKYNNKVELEEKTYKISDRIRKIKDKF +>MGYG000000001_01835 Tyrosine recombinase XerC +MPIRKRGKAWEYYFDIGKDENGKRKRKSKGGFTTKKECEEALLEAQIQYKNTGRIINDKN +LSIDQYLKYWYDNYVLLNCRYRTQVEYKRIIDTNIIPYLGGYYLKDISPAKVKEFLDQHY +LRDISKKTMEGIFNVIKYSLDMAVFPYELIKENPCKYIKLKYKFKPPKTNRITIDDAKNI +LNYLKENYRFSYYIPFLIMYNTGVRKSECFGLQWDDIDIENKVMHIHHQSLYKDGKMLLV +ECKTPSSVGDILLGDTLINELMLYKEIMIDKNPNNSFVCLNTEMSPITNSNFGWICRKIY +NTINIRVSAHSFRYLHGQVLLENKASIKAIQGRLRHANVKTTLQTYLKSSNKLEEIAVNI +WEDVL +>MGYG000000001_01836 Glyceraldehyde-3-phosphate dehydrogenase +MLKVGINGFGRIGRNVLRIAQERLDKDIEIVAINARAEAETLAHLFTYDSCYGIFKGNVE +VKDENTIKINSNEIKILRHNDPEEIPWKELGVDVVIESTGLFTQKEKASKHIKAGAKKVI +ITAPGKGEDITIVMGVNEDDYDNEKHNIISNASCTTNCLAPMAKVLDEKFGIEKGLMTTI +HAYTNDQRILDKNHKDLRRARAAAESMIPTTTGAAKAVSKVLPQLEGKLNGFSVRVPTPT +VSMVDLVCELKKDVTLEEVNNVLKEASKGKLNGILGYCDKPLVSIDYRGDSRSSIIDALS +TMVIDKNMVKVVSWYDNEWGYSTRTVDLVNYVAKNMNLANNI +>MGYG000000001_01837 hypothetical protein +MITIISPTTTMNFDKNINLNIYSEPYFSDESNYLMSLLKSLNLSEVKSLMNLSDDLATLN +LSRYKNHGSSTNPKCQSILAFDGEVFSCMNTSDFTDDDFTFTNNHVRILSGLYGVLSPLD +LIEPYRLEMKAKLVNNEGSNLYKFWKPKITNFLAQELSTHDNKILLNLASSEYVKAIDLK +ILGNSCKFVNVEFKEYNDKTDKFRVIGMYSKQARGHMARFIIKNKIDNLEDLKSFNLNGY +KYNENLSSDTDFIFTR +>MGYG000000001_01838 Homoserine dehydrogenase +MRIGILGYGTVGSGLIDIIDKNKNKKDIEIVSILVRDKSKYEGINHYDKLTTDIEEIFSK +NLDVLVEVIGGLHPSLEYIKRALNSKINVVTANKDLLAEHGDELVKLAKDNNVSIKFEAS +VGGGIPVLKPLIESLEGNNINSICAILNGTTNFILSKMHNEGLSYKEALKQAQKLGFAEA +NPDSDVLGYDAARKLSILSTLAYDNRVYWKDLYLEGITNIDEKDIEYAKKLNCKIKLVGQ +SKYEDNKVSGFVRPVLVGSNSILANIENEFNAVVLNGDSVGEVSFVGKGAGKLATGSAVY +GDVMDILNNRISSIDSFTKEKVDVNKVLDENCSALLRFESNHKDEIFNVLKEKVSNYDIL +NEDEELAVLVYANSEFEINDILSEIQNKGYCSQVNKLIKIN +>MGYG000000001_01839 hypothetical protein +MLELNKEKIIKIIRTSRYGEINSRAAEVSFYLLLSLFPFILFTISIVVYIPIIHINRYIY +LLQNIMPEAAFNIANSIIQSAIENRSISLGVTSFFLTMWTSSRAVRALIKGINKSYNIQE +TRSFIKVFKIAMIFTIMLLFLIFSSMIFLVFGEKLGHFLLEIIGVDKVLINIWNVWRNLI +GVITIVVILLSLYIYTPNKKIKVVDSIPGAIVATLSWFLISYVYSYYANHYANYEVIYGS +IGGIIILMTWIYLSSWAILIGSEVNAKIFYRKNVKYTTKIKRKVFKNY +>MGYG000000001_01840 Phosphoglucomutase +MGYKNNYETWLNNPYFDGETKEELNSIKDNEKEIEDRFYKNLEFGTAGLRGIIAAGTNRI +NKYTVRRATFGLANYIIKNTTEEEKNRGVVIAHDNRCMSREFCIETANTLAACGIKAYIF +DGLRTTPELSFAVRKLNTIAGIVITASHNPPEYNGYKVYWEDGAQVMPEIANAITDEINS +IEDYSKIPTITEENKNLVVMLGEEQDTAFIEAVKTQSIRKDVIEKVGKEFKIVYTPLCGT +GNIPIKRALNEVGFENVLIVPEEEMPDPNFAGIEYPNPEEEKALTRGIALAKTSGSDLVI +ATDPDCDRVGVAVKTVSGEYALLTGNQIGGLLTNYIIEGLKENNKLREDSVLIKTIVTSE +FGADIAKANNIDVLNVLTGFKFIGEKIKSFEETNKNTYLFGYEESYGYLVGTHARDKDGV +VASLLIAEMAAYYYSKGMSLYEGLLELYKKYSFFKEKTISITLKGIEGLAKIQEIISYFR +NTNIEAINDIKVVELKDYKEGIDNLPKADVLKYFLEDESWIAVRPSGTEPKLKFYIAVKG +KDEEEANAKLDGIKNSLDKILSNVMDLQTV +>MGYG000000001_01841 hypothetical protein +MKIKEKKIIVLFLATSLSIAVFLGGYWTLKKEQISLIVKGEEIKISSFKKTVRELLSENE +IQYDDDDIITPSLSSELKDYMEIKVVEVTQSQVTEKEDIPYSVKLIDDNDLLKGKTKVTQ +EGKSGEKEITYNLTYYDGKLVKKALECEKISQEPVDKIVKKGIKEEVVVASRSTTSRNSS +SSESKTSSTSNSASKNGKHMVVQATAYAGDSITSTGTVPKWGTIAVDPRVIPYGSKVYIP +QFNKTFIAEDCGGAIKGNIIDIFMNSESECYKWGRRTIDIYIN +>MGYG000000001_01842 hypothetical protein +MLITISSLGIAGLPGTATMAVSVVLSGVGLGAHFPLAAGIIAIDPILDMGRTMINVNGAS +TTAIAVGKSLGKLDKDVFNGNENKKKNSGEIA +>MGYG000000001_01843 hypothetical protein +MKNNNGKFRKKKIYFTQVSNYALRDKFLSFSAKGLYSLIQSYITIPDFDLYKSFLMEISE +EGRTAFDRTWKELQELGYLKVYKMKDEETGTFYYEYELLDESELNDDDRFNKAKEIKKNV +YKTVNNGFKKKGTIVSVNGNSPDTQTVNVDKNVEKTPITQTMHMDKSIDTDCNSGDCDSI +IILNNNTYSVVVEEHHEQEESIDKNINVTIVETKCKLKRKLTDTQKEFVSTCNTDKLLKS +IEIANEINPESYTFGYIKEIYNNDKNFIEKKKAPVTRNNKDFNKSNIQNYNNIIDNFEPK +YNHKNRFNAGSNNDAIFSFGSAEALEKHLFEVQSKKFNNRSIKHEFKKTSFHNFKESFTK +YSPEELDLKIKESQRLKYGE +>MGYG000000001_01844 hypothetical protein +MKVLDIDMDYFLEDVPYSIPQECTSRVSEDYKPWNKEKIIDFIENNLGLSTNSKIKGKIV +QNHHEALYYWNDLVSIEALRAPFEVIHVDSHADLGLGFASQFFIFENLLGLDVDKRVNIP +NYENLFEEYSLPGIGDYLLFAIAFRWISKLTYVANPNGFGDDYPIFIMKNFQDSSGIIQL +PYNNKYKLTKLFELFGDNRTSMEKKYLNNSILEPEVPFEIKKNIDDVKYNGDFDFITFCI +SPNYTPKSADFIIDIFKEYIEID +>MGYG000000001_01845 hypothetical protein +MKNISYIGLGLCLGVVLGSVFDNLAVGIGVGVAIGAGLDGLKSKNQNDEEEDKME +>MGYG000000001_01846 hypothetical protein +MVITNKSGISHSRSPLGDFFIIPKIHSMKFRTKFKETWKYIEVKEVDKIPIDINTCSKYQ +LNYTQDDVLSLNVDKRNNDLLNANMAIVDILENGDVVGILYNFIPTGERENNYFKKTYKE +NISKYKDGYTLKKSKTILDFGSIALKFLIEYIEDFLGSIQKEKRANREIFVCAKKDISNS +TKRKANKSICKSQTLVISKSKDKKKEKDLGISLCNSFKSISEDNELTYKEIKKDIDIMRP +IINNVSINKTTVEECQSFISLPGRELIEQYNMIEHNKIIDNPVPKCLQNGDMFIGLVNYK +EEVYKAYFSMHKEFQNLERVLIGSKGSGKSYKMMKMAHNAIELGNGVVVIDIIGDCKLSK +SIANKTPKDKLVRIRCNNFDDIQAYVYNEIPINENMTPYQIVSNAIQRTQQLQVLIDAIN +DDNSKLSSRMIKFLFAAGAVVYSSKHNASLSDVLECLEYHETRHNFIDLLSPELSKLLEK +RINKLKELDDTDKNGKVKGTKDSKIEGILDRTALLEMSSHTEVALNKTCDENINFVDAIR +DNKVILIEIPEQEFPSQMIRNIMATFYLSKVWLAKILLDKEYYQPTTELLFDEFYKCPNC +QLLFEIIFAEARKYKLISTVAIHALGQLSSKCRMTLKAGGASYMLLAGADIQAYRELHTQ +FEKYGYDEQAFQDLETYSALCLIKNEEANYSAFVAKLPA +>MGYG000000001_01847 Beta-N-acetylglucosaminidase/beta-glucosidase +MVNLRIKPYNLDDEGVKWVQDTIANMTIEEKIGQLFINMGASRDEEYLKGVLDNYHIAGV +RYNPGTAEEVYEQNRILQENSKIPLLIAANTESGGNGACVDGTYIGNEVKIAATNDKRYA +YEMGRVSGVEASAIGCNWSFAPIVDINRNWRNPIISTRTWSEDVDQTLELSLEYMRGIME +SGIAPAAKHFPGDGIDERDQHLSFAPNHLSVEEWDETFGKVYGGLFEAGLPSIMAGHISL +PSYVRHFNPEATVQEQILPATLNKYILTDLLRGKMNFNGLVVTDASHMVAMTSAMKRSEM +LPTAIAAGSDLFLFFNDPDEDFAWMLEGYKNGIITDERLEEALTRILGTKAALGLHKKAK +TEILQPKEEAMAKIGLPENVAIATEVADKAITLVKNNEDIFPISVEKHKRVLLVDVKGTE +GGFGALIGAQGPKPTEILKAQLEEEGFEVSIWESPIEKIMSLPTEERRKAIGSIYAARRP +ISDLTDNYDLIINVAVVNPNTDQRIQWPASKGTPDIPFYVNEVPTIFVSVQCPFHLADVP +QVKTYINTYDNKDITLKALVEKMLGRSEFKGVSPVDAYCGLLDTRY +>MGYG000000001_01848 hypothetical protein +MEIRANFSEDKLVVNADLDKLVRVLENLINNAMTYGNDGKYVDIATRKESNRAVVEVINY +REPIPQSDIPFIFDRFYRVKNQEIEMMVVLL +>MGYG000000001_01849 D-alanine--D-alanine ligase +MKNVLIIFGGKSNEYGVSLKSASAVIDNIDKEKYNLMMIGITEEGKWLRFIYNRIS +>MGYG000000001_01850 Multidrug export protein MepA +MNKNQEILGTEPIGKLLLKYSFPAIIGMVVNGLYNVVDRIFIGNIPGVGPLAITGLGVTL +PIMTIILAFGMLIGIGTTTNISIKLGQGKKDEAEKLVGNAIVLAIIVGLLITTIGLIFAD +QILQLFGASVDSLYYAKSYINIILLGSVFNLIAFAFNHIIRGDGNPKLSATIMVVGCVTN +IILDALFIFVFNMGIQGAAIATITSQFITAMWGLSYFLKGKANLKFRKESLELDKSLVIT +IFSIGAAPFAMQLAASCVQIICNNALKTHGGDLAIGAMATINSIITIVGMPIIGISQGAQ +PIIGFNYGCKKYDRVEKTLKLAVTAATIGLTLGWLVVQFTPEPIVKMFNSDAQLVSISVD +GIRKYLFMMPLIGMSMIGSNYIQSIGNAKQAMFLGLLRQVILLVPMMLVLPRLFGLNGVW +FAQPIADVISFVVTFILISKEIKSHREKSVEIAV +>MGYG000000001_01851 hypothetical protein +MENNFNKQVEELFINANEIINTATMVKANKNSEKFEIDIQKDYKSKFFKLIDKVNLSLME +DNDNFYGYFLFQMSRDIRFDISSPTAVNFKDAKYVIYFNPLIFLQLNRRQMETSIKHEIL +HIISQHLLRAKDLNSRYSTLAINMAMDIVVNKYLDNLPPYATTLEWVNVNYSLKLEPYET +FEYYVDKIQTELDLQEEDEDGEENDANNNESIATDYDPEKTHDIWEDSDEIDEKTLKEFT +EKFVNQSNKGKNPSYLNDLIASLKNNKGELPWNLYLKKLMGTVESNKKKTITRRNRRQPH +RLDLRGELRNHKAEVAVAIDISGSISDEEFKQAIKEVLSIVKNYNHEITIIECDNEIRRT +YKVKSIKDVKDRINIRGGTKFSPVFEYANNRKINLLVYFTDGEGESRLSVVPRGYKVLWV +MSGRGDKLSVKEPYGAVKKLSKVIIKEDKLDMSDVRTDGYSMNNQAPML +>MGYG000000001_01852 hypothetical protein +MNFIETLRSVDLVLSTKEVPLVVGESGIGKTALAKTLAKENNWSLIVIDGNLLKEGEIGG +LPTIESYVTTNSNGDKIEKKATVYAVHNKLREIDEEISKGNSVLLFIDEINRCEHTVQQE +LMNLILNREINGYKLHDDVKILAAMNPSSKYGSDFDYQVVDMDAAQENRFVWLNMEPDYT +QWLSWAIDAGIEQKVIEFISTFPEYLHKVNEDDVRATPRSYERVSKVYKEYKNKMDIIPR +AVFLNVIKGNVGKIIAEEFISFVESNHSPLISFEDVFSGDILNESVVEKVNNETHTRLYL +SAMNILKTLEVNINDENYDSSFYINRFVKFLKTYPIDLMVGIMKDMKNTYAKVYNVAIKN +EEFVEAYFESYSSIRG +>MGYG000000001_01853 hypothetical protein +MDESRFIEMIKRNPSIIKTISNPTDEMKILAIKEDGLVLRYINNPTIEMQNLAIENNPRA +IKFIDKPTEEMMIKVVSEGWSILDYIKNPTEKVIKLAINQAGWAIQYAKNPSEELQLLAV +RKNYDSIKHIKEPYESVQEEAVKISYDALRYIKSPSFNSQLIAIKNNEAAISFINNLDKE +KILEFIKVNILVIKYIEREVSNIITKDELEELLKEIISKEDVSEKYIRDFLNCSTIDRES +NIFKIDKIMFIYKYGSKKAKRISVDEKLKII +>MGYG000000001_01854 hypothetical protein +MGIEIKLDYDDSKEIKELFLEYTKMLIEKEPSIEEYLKLQSYDSEIEHLNDKYGLPYGRL +YIAKFDNEIVGCIALRKIDDKNCEMKRLFVKPEFRGNNIANELINTIIDDTKVIGYKYML +LDILPFLKSAIHLYKKVGFYEIDSYNNSLVKSSIFMKLDLNKY +>MGYG000000001_01855 hypothetical protein +MDSKLTSVVLDNKVIKVMNHSYNIYDITDVELLDKVSLSGGSGRNTPNTNNGHYKVKGDK +FESNVYIHKNISPFIRLITKDPAIVFNGLYCEI +>MGYG000000001_01856 hypothetical protein +MLYNIWIVGSDLCISLFGYSIFQYYRDKNFGLATTLFVLILFYGIGDEIISGLFPLNEKK +NIVTLSFRIYGIGSVSNIYLFLYNTLYKYFKLIILIIVFFYFFIIFPTRMFFELLM +>MGYG000000001_01857 Multidrug export protein MepA +MSKVSNFTEGKIFSPLLKFTIPILLTLFLQTMYGAVDLLIVGQFGGAADVSAVSTGSQVM +TTITVMITGLVMGITILIGQKLGEGKFKEAEDVVGSGISIFIVIAVIITILVVSFASPIS +TFMHAPKEAFDSTVTYIKICSAGAVFIVSYNIIGGVFRGLGDSKTPLITVGIACVTNIIG +DLIFVGLFKMAAMGAALATIMAQGISVILCLGIIKKRGLPFEFSRKSIKFHKGITSKIIK +YGAPISLQDGLVHLSFLAIMIIGNSMGVIPSAGIGVAEKLVGFIMLISSSFSQAVSTFVA +QNYGAKKYDRTRNVLLYAISTSLCCGVVMFYVMFFHGDLLSGMFSKDREVVLASWEYMKA +YGIDCLLTAIMFCMVGYFNGCGKTTFVMIQGIIGAFCIRIPVSYLMSKILPVSLFKVGLA +TPMSPFVQIILCVTYFIILSKKLSKEETPIYSTPQLQEM +>MGYG000000001_01858 Transcriptional regulator SlyA +MINKLKLGLDISKIDHIISRKMDAAVISSIDDKLTVSQAYVIDFIFNQCNKKEIFQKDLE +KEFDLKRSSISLMLNNMEKSDLIKRVPVTEDARLKKIILTEKSIKLNEKISEAIDSIENK +LSEDITLEEIEIFQRVLSKIRNNLE +>MGYG000000001_01859 hypothetical protein +MSTKNKILNTVLVILGVTSLFTENKIIVSLSTLGMGIIIIIEKITDYITRKMLIKKIKHK +NMNCIKVKENNKVTILVSVLLIFIMLISLKSLLNIYPIENYSIVDIKNYINNFDYSYRML +IFACIILFIVAILMIVQAIFSTSLVTDDKVIFYDGLIIDINKIEEIKYKEPLLIKNKKII +RIGKGFIDRNIIIKIEDFDKVKSLLESKIAF +>MGYG000000001_01860 Adaptive-response sensory-kinase SasA +MGGFEFEKINISLGLLIFSLFIISMIFIQERLYKNYMEDIFIDLSDMLGTIIDMKNKVVF +STMDDTIFSKLQYQTIKLTNILTEKNKRIENDRNEIKSLISDIAHQLKTPITNLKMYGEF +LQDESLSNEERKEFNEIIMMSLDRLSFLVESMIKMSRLESGVINLIPQLNDLNGTVLLAI +SQVQKKARNKNIHIKLENIDKVETIHDINWTAEAVFNILENAVKYTPENGNIEVVVRSYE +MFVRIDIEDNGIGIDEEEIPKLFSRFYRGKNVGDVEGIGIGLYLTREIVSKQGGYIKINH +KKVGSSFSMFLPINKIEYMDDKVISISDDKQN +>MGYG000000001_01861 Alkaline phosphatase synthesis transcriptional regulatory protein SphR +MVKGFEIGCDDYISKPFSVEVLKHKINAMIRMQKGVSHNVFEYEGLKIDFEKIEVTLNDE +DVNLTATEYKILELLAKNKGKVMTKEMILDKIWDCKGNYVDDNTLSVNIRRLRKKIERDP +KNCKYIITVFGIGYVFGE +>MGYG000000001_01862 hypothetical protein +MNSILIVEDDKILNRGVSFALKREGYDVISAYSKIEGKEIILNNENEIDFLLLDINLSD +>MGYG000000001_01863 hypothetical protein +MKFENNNKEIIKKITNRSLKTNKIRNTFAIMAIVLTTFMISSVFSIGISFAKNYKTMNLR +LQGTTANVSLPNPTDNQIDKIKSLGLSNSIGYEINVGRVSLDTLSENRTKILIKYLNKDN +YEKQVSPAISDIKGNYPTKESEIMASKKALEFLGESDAKIGDTIKVPCNINGKIINKEFI +LSGYYTNYALVQDSGNLFVSEKFANKNNVTLEDNGALYISLKTKDKSTAPDILEKEVSLN +KNQEFSFSYDISNDLSDTVLSTMAIIVIISLFIVLSGYLLIYNVLYIAVNKDITFYGMLK +TIGTSPKQIKKIVKGQALKLSLIGISLGLLLGAIVSFLIVPLAMGTLFAGAEASAMPRDV +SFNPIIFIGAGIFSLVTVMISCKKPAKIAGNISPIEALRYSGSTPKNQKKNRSTTKGSKL +YKMAWYNVFREKKRAIIVFLSLFMGIITFLSVNTFLNSISVENYIDRYVKNDFVIQSVEG +NDDKIDSDFINKIKDMKGVNNISLSKSSNLQLDMSKDVLLPALENIYERFGNTKEDLNEY +LNAVSEDPSLLQVSVIGIDDNLIERLNEELEDKIDVEAFKKGNVAIADSWYYPENYKSIK +GDVTIRNFKDNKSKTFNMNVVGDTSELLPPGLDAPLGIPTIYISNSVLEKLDNDAINYIL +NINVDKKYESKINKDLKALSKARGLWFESKSEKTEEFNKSQMVMNILGGGIAVILILIGI +LNFINVMITGVNIRLKEFAIMESIGMTKKQIKMMLTYEGLYYALVTTGFILTLGIGIIYG +IGELSKNIADYAAFVFPTTALVALIIVILAVCLITPAIVFKVSTKKSVTERLREIEN +>MGYG000000001_01864 putative ABC transporter ATP-binding protein +MSILKTKNLVKIYGQEPNIVKALDNVSIEINQGEFIAIVGTSGSGKSTLLNMLGGLDNPT +SGETIISNKRISKLNDEELTIFRRRNIGFIFQNYNLVPILNVYENIVLPIELDGGRIDVD +YVNSIINTLGLNEKLSNMPNNLSGGQQQRVAIARALATKPAIILADEPTGNLDSKTSMDV +IGLLKVTSRQFNQTMVMITHNEEIAQLADRIIRIEDGKVVVRGDK +>MGYG000000001_01865 hypothetical protein +MEILEDILDNIDVCTFVVDNDGKYLYENKPFTNILNKKREDIIGTYNSEYWEEHTYKTLE +ENNIEVFEGKSAKIFHEEVAICDNINWYESYKAPIFDEFIGIIGLSYSNGNSPKFNSDEY +MKYICNKIAMLIKNIRLLNEVSIENKKRKYTEKELEQYLDVSVNLVAIVDKNGYFKRVNF +SWYNVLRWTEEELLSMSCKDIIHPEESIKFKDKKKL +>MGYG000000001_01866 hypothetical protein +MLFIYNKISDYIIVLNNNGKIVFCNESFLNRLSYNQDEILKLNISKIITNGYNNIPKGSE +EANKTLEFHAKSNEIAKIN +>MGYG000000001_01867 Sialidase A +MDRKTIVVAGVVSALIVSNASYVALATGMEKDSLVFVAETSNIQNENAEKIYSYENIRIN +SDTDLVDISSQVEKLKNLEEGTIVARFRGNNSDLASLISLSNKNQNNSHFHLYKSGSRVG +VEIRDESKGLNKHIYADVVLNEGFNTVAFKVEKDKSYSIYLNGKLVKTETNNDTKFLNDI +SSLNTAFIGKTARLSGNQYIFNGDIDFIDIYDKPISDSYLLEKTAETNAPSEDDYLPEGA +YKSETQDLFAPGVLNSNAYRIPALFTTKSGTVLASIDARIDNGGDAPNNIDTAIKRSEDG +GKTWDEGQIILDYPDKSSAIDTAMLQDEESGRIFLLVTHFATGYGFQNSKTGSGYKEIDG +VRYLQLFDSSNNEYTVREEGKVYDSSGNISEYSVDEDQNLYKYGEKIDNVLTGTSPLKVM +GTSFLSLIYSDDDGKTWSKPIDLNKDVKADWMKFLGTGPGRGHQIKNGKYEGRLVFPIYL +TNSNGFQSSGAIYSDDNGKTWSIGETATDGRDMGNGQVGNAQTQQSGNQLTECQVVEMPN +GQLKMFMRNTGNYVRIATSFDGGETWDDNVVEDTNLREPYCQLSIMNYSKEIDGKPAVIF +SNPNASNRSNGTVRIGLISQNGNHENGEPKYEFEWKYSKLVKPGYFAYSCLTELPNGNIG +LFYEGTDVREMSYTEMNFDYLKFSIDKESTSAKLENVTILDQKKSYRPGDELKLKLKFDQ +NISIMGDRSIKVKIKDKEVELNMTGYNTANEVIFTGIIPDGIKVGKYKLVVKSNEELEII +NVFNQITSIDKDINTSIEIKIKK +>MGYG000000001_01868 hypothetical protein +MDFKSILHALVAILECLSIIIIIYGVVIQFIDFIKSEFSCKERKLAVKKVLMLKNFLGTY +ILFSLEVLICADIIESILDPSMKHILSLSAIVIIRTIISYFLNKEIKDEDKK +>MGYG000000001_01869 Maltose-6'-phosphate glucosidase +MIQQVNCEKLIIEACIENSYEKALQAFTLNKIVPSMNVAKEVLDDLIEANKGYWSELI +>MGYG000000001_01870 hypothetical protein +MYKKYQEINIDKSYIGLEEGDTEGGYFCTPVGSKVIGWESCGIHYCFINGFGETVFAVNP +NTLTNDKSEELNVYPLAENFEIFLRLILATKSVTPIEQIIMFSKEEFENFLISEDNTVLP +EQQEVLNTISEKLSLIPFENPYEYVKELQAKFDYTKLIFTDEYYDVLGIDRR +>MGYG000000001_01871 hypothetical protein +MIRKASLNDVDSIMDIIKSTVEEMKTYNNTQWDESYPQAKDFIKDIESEELYVEAEGKEI +KGFICINYIEPKEYDDLNWVSNSKAMVIHRMAVNPKFRQQGIATKLIKLAEQLALDNNVV +YLKTDTYSINTKMNSLFKKCGFNLVGEMSLLGKEKPFFCYDKLLK +>MGYG000000001_01872 hypothetical protein +MEFIPTKTIISSSYKENPHWFGINYNMNIYKGCCHGCIYCDSRSNCYQIIEFDRVRIKEN +STETIKRDLKSKRTKGVVGTGAMSDPYNPFEKNYMLTREALKLIDENRFGVSIATKSDLI +TRDIDILKKIQSHSPTLIKMTITTYDDELCKKIERNVCPTSDRLKAIKQLSDNGIYVGVL +LMPVLPFINDNEENIKNIIKSAYECGAKFVFSYGLGVTLRQNQREYYFEQLRRIFPNQGL +DKKYIETYGESYENGSRNYDHLLKIFKEECEKYNLLYDMKDIIADYKRAYEKAQISWF +>MGYG000000001_01873 hypothetical protein +MKGLNKYSIFFALFGFWGFKELNGDPLGLLAFGFFGYLSYIWWNKLGDYEDERLIYNKQR +AGSIALYTGFVLVVVASVLIRLYTVDILILYRLQVLIIALSFAISMNLWAFLTYKFDMEN +>MGYG000000001_01874 hypothetical protein +MVKFISNLKKYRQFNELTQEELAHKVNVRRETIARLESAKYNPSLELAARISKELSIPIE +ELFIFEFE +>MGYG000000001_01875 hypothetical protein +MDFNNILKLVRENNLDLEDKSILKSKEFEEYIKSISKKLYEEYKLEQDKLKFLINESTDD +VSYIKKDTIYINLGAKSIIEEKDNKLKLILGYYVHEIGHRIFTNFSKRTIYEQSILNNRL +LQDKLGFEDEELYENMIKIQKYLSNPKKSGKLCSLLLFIYDIIEDSRVEESIYKYLENYG +RLIDGLNKLRDNQFNSIKSYQTDFTEDKKFNALLNQIISYIKFKEFKDIVDYNIKNIDKV +KIAIDEAIEAKEHIQVLDKINKICILLWDEVEEYLETFNDVYKEEENIIMPFTSIEIEED +LNKNSEATSTIGNTDTKGGIIKNSEDIKEQSEEELVKSENEDVMDINSDGNSQHKSTMAR +DKNALKLRNSSKEDSTSNDYVNKENEELFDGITNNSNSFGKGIMRLRNIKEYKDEHKSSS +KIISYGDIHKGIRIKVHRPEFTYDDKLNYKRNNKKYIEYANQLANQVLPFLENEVSTEYS +TNRYYGTKFDASNVAKKDFRYFSKKNPPNESPSIAVALRIDESGSMKANNRIEMARATAV +LIWEFCKKCNIPIGIYGDTADISNREDVSIYEYSDFDNPDKNDCYRIMQIKPKSNNRDGV +PIKYVADKLLDVDADIKVLFIISDGKPLAKPNYKDELAKKDLQNVVAEYSRNGINFFVAA +IGNDRDVIKDIYGDNKFLDISNINTLPNRVSMILKNLV +>MGYG000000001_01876 hypothetical protein +MAKALSHNLGLPYTKITCFSDMDKSDVLGSILPVADNENNNSDKEIEYKYFPSEIVKAFT +EGYLLEIQEPTVIRDAAVLMILNSALELDGTINLPTGVVHRHPDFVAVITTNRNYIGCKP +LNEALRDRMQHSEKMDLPEREVMIERAMAKTKFDSIELVSKLVDAIIVLDECATANAIRG +VAGMRSLFFWVDAIKNGEDIRESMYYKVLYKITTNPDEIRILEEVVENNTSLFIETQRRR +>MGYG000000001_01877 hypothetical protein +MRKISSISSLWGREYKLEEKLFDTLSSKNVNTSSKYSPDGGFGKGQSILIDSIIEATHKY +IDLLDNRSYVGAIGTIEDSICVELQSKSEDIIQILFYNKVSGKCLACNYNIKNNICNEYK +LRGPRSSNKEKGSILFLAMMPLILEDNEAISLFNEYKLYREETKDLDDVAIKLMATFCDN +VYRRILKDDLKLLIAEGEPLEKINKEDIDNKKIAYTKLLTGKFEIVKEIKESKKQIENLK +IEQGEFKLNLSRELSEYERSQIIKLPDSHRVSKTEIRICKEIKRNWNNGEMKIANILL +>MGYG000000001_01878 hypothetical protein +MEFKSIIKCENYKNVDGYRAPNSDIEKVDIGVKKNSENNRLEIIAKLSKLDGKFDEIPVN +RIIDMAILLCEASLYFKEAYRMPKFYDENNLTISRVGLQGDAMNIEINTDNENLDKDIIT +LADEFNKQGELLGERFRVLSEILEELGY +>MGYG000000001_01879 hypothetical protein +MDRQRKKELLQQFKEMKPEMGVYMFKSKKTNTVYLGCDKNIKATINGDRFKLKTNNHKCK +KLQKRLE +>MGYG000000001_01880 Chloramphenicol acetyltransferase +MLNTKFNKINLNEWNRSQYFYYFTKMLPTGYSITVNIDITNTYNMIKQDNKKFFPAYLYI +SSRVISEYKEFRIAYLDNKLGYYEVLHPSYSAFHKDDGTISTIWTEYNPNFEIFYSNYMD +DQNKYANNHGIMAKPEMPPKNSCIIGMLPWIKFSSYTPVPYSPINSFFPVLQAGKFFEKD +GRKMMPLSITVHHAVADGYHVGMFLERFQDYTSYPEKWMK +>MGYG000000001_01881 hypothetical protein +MKYDLKKKTNKFAKRILGTFSSTMFDLLNYCWELLREEIHFDDYPEIEAEDRLFEIFNRM +YDFLDNSNKLRAIIHVNQMDGILIEIFFDIDDKEHIGFITPTYAKKMPS +>MGYG000000001_01882 hypothetical protein +MIDKFKILNKINIDIDKYEEDGTYNKEDLKGKMQERLKSSDRMNKRKNRTKTIISAAASI +SIVIIGIGVFNPSLADNIIRRLPEFETMLDKLKESIEDDGSVEYSPELYPELEEEKEEYK +KSKLIATPVNLSSKSEGLDITIDKVMYDKKKIYLDMTLKTDVPFKESKFKKSIYDSPYED +GVLYMDMDNVKMYMNGIKLDGYSWSSGVVEYIDEYTLSLSNLIELDPTNDIDETNFKITF +DIPDNKYRYNDDIEGKWAFNFNIKSIDDGKKDIEVNKKDGDYTLKSIGISKTYAELKMEL +PFQPSLGNTHDNFIIVYDDKGRELEMTVAQEGANKMYTQINELINIGETPKYIDIFVYEN +IPVEGEDYKPLSSFRVMLD +>MGYG000000001_01883 hypothetical protein +MKDKLIVKYIKRCNQKGMEILIDNYSGLLTSVIKTHINPLQIYEEECISDVLFLIWENIE +GFDSKQNNFKNWICAIAKYKAIDYKRKYISKIDLEIDSDISYMDDNLIQLEIKEEIEEIL +SFLNSKDRELFTRYYLKGDRLEEIAESRGTTISNLHSRLSRGRKKIRKKIFKEVGE +>MGYG000000001_01884 hypothetical protein +MEMFNKIYKFGSIVKPKASLYCLGIIFFIYIYNLFNDIYSVNILIILETFIASIIIALIE +YYYFNNYDELSDVKRKKNTIIWAVLSNIIIIFSAVIFDWFPSITVSVSVLLLVILEISII +AMHYSIYIVNLTDTNDLNDKLQKYQEYKKNIKILYFNTALNNSYLNNITFV +>MGYG000000001_01885 hypothetical protein +MQRGKLKCNATDCAHNRDHECKAGAIHVSGLGAVSVEGTTCTSFVDRDSSNIVDSLAGNP +EEKESIFNSFNSSFVNGVGDSTIQPCDIKCEAHNCIYNENKECHAENVQIDAYNACCDSF +DYGEHI +>MGYG000000001_01886 hypothetical protein +MKNKLTYKIQYILLKNEYREVKIESKIEGRGVNIKNADIKFRYESKKDKGYLNFGECNGN +KLCEIEDNIINEVVLNKDHLIIEINEKTYKLYEDSNKIYF +>MGYG000000001_01887 hypothetical protein +MIKKIIITGMNCGHCVGRVKGLFEENKDIKI +>MGYG000000001_01888 hypothetical protein +MRHYLNYPIIFSSSGGIIGGILGLVVQKYIFDLFLTFLPIPIAKLSYSPIYFILGIVLSM +VFSIIASYLSINNVLKSSPVSLMKNEGKQQKVNFIERKLRLDKFKFKNKFAIREQLRSIS +RLIFMVVGVCIATVLLMYGFIAKCSMDYMVNQEGNDVFSYKYEYILKELRNESPPKGGEG +ISGVKFVLDSEMNDDFELIGTNDNSQMVSLKDKNGNELSVGDDKFIVTSTMAKKYKQSIG +DELSFINIVNDKEYSIEISDIAKTNAGDYVFTSLDSFSEIMGWEKGEYNAIISKSHIDIN +KDLIYMINTPSNLTNMLKDYMQLMSAFIYGIAFVAFIIGVIIIYIVASISIDENKNHIAL +MKVFGYKKKEINSLMLNGSRIYVILGYIMGVPIGYFINKLIFKIFESLDIELEAKLNLFY +VIIGFVIIAITFEVSKFFCARKINKIALSEALKTQNE +>MGYG000000001_01889 hypothetical protein +MLYLIILSVFLFVSLTLTAQNLRYNKDLYVKNNVQEDLAFHTVNRVEDISKIEYKYDLKM +QETLVKEYKYDEKTVRLFTPNEKVNITAVLEGTMPKVGEIALDPQFAKANNLTIGDEYNI +DNSSYRISGYIGMPNYAYILEK +>MGYG000000001_01890 hypothetical protein +MCCSCKSCNKNPAILLCDELTGALDYKSAIDVLSLIQEINRKFNTTILIITHNAAIGEMA +NRIYKFRSGEVKDSIINNNPIDAMGVEW +>MGYG000000001_01891 Lipoprotein-releasing system ATP-binding protein LolD +MFIEISNLCKSYKTECIETIALKDANISLNKGEIGVILGPSGSGKSTLMNILGGLDSADS +GKVIVDNIDITKLSDDELVEYRREKTDFIFQSYNLMPHLTVLENIEIIQNISKSPLDINE +VLEAVGLADKKNRFPRELSGGQQQCVAVARAVIKIQRYYFVMN +>MGYG000000001_01892 Signal transduction histidine-protein kinase ArlS +MSTFWQMSILTFLAIISVIIIIITAQLLVVRIWTVKYEKDDIETKYNEISMLINANTNIT +YDKLFETMDLEAIIYDEDKNIIYNNVDDVPRSLEFDNPYRIKSRIFLNLDHDNVILNAPL +IVNGEKSYIYIFNETDVFKDYLEATVHIMIFVIILVIIISILAGMFISIKFVNKLKKLRD +IMEEIKEKGISNRVEIHDEKDAFDKVNIVFNSMMDEVEKSFNAQKQFINDASHELRTPLT +IIKGHLKMLDRWGKNDKETLDKSIKVSLNEVERLTKLVNDLLQLSRAENELVRNNNLEVV +SIAKIINEVIYDFEIINKDVNFTYDIEDNLNLYIMPEHLKQLFIIFIDNAIKYCDKEEKQ +IDIKAYIDKNNTKICIRDNGIGIPDEDIPKITDKFYRVDKSRKYNNSFGIGLSIAAQIIK +LYKGRLDIESKIYEGTNVIINFSNVLN +>MGYG000000001_01893 Response regulator ArlR +MKNQNKVLSRDNLLENIWGYDYEAETNVVDVYIRHLRSKLKNDGYIQTVRGIGYVIR +>MGYG000000001_01894 Response regulator ArlR +MYRILIIEDEENIASFVRMELEYEGYKVDVCDDGVKGFEKALENDYDLILLDLMLPKLNG +LEICRRLRKVKNTPIIMLTARDSVMDKVSGLQMGADDYVSKPFAIEELLARIEALLRRVN +ETNQVSNKLEFKDINVDIEARTVKQDNEVVNLTTKEYELLV +>MGYG000000001_01895 hypothetical protein +MKKIKIENLKDKIGNFDKKAVIKKTKKVIIITLSCAMLLGGAGAYVGYHFIKSNINYTQS +QCEKIALDKVPGTIIKTEKEINEESLSLTYDFKIKEKDNVLNKVEVDSRSGAIIDIDYVD +SRNNYYKDKYGRD +>MGYG000000001_01896 Protein DedA +MEFEILAKSLIEQYGLISIFLIVMLEYANFPLPSEVVLPFIGIMVSKGNIDFGLALTISI +IGGIVGSTINYLLGLYFGKPILKYMMKKYPKTRYSIKSSMWWMNKYGKISVMLARGIPVA +RTIISIPAGINKMNINIFVLYSTIGISLWNTILIFLGYILGDNLSNIAYLIKNYSLIVGI +VLVSVIVIIYSKKRKKIGTSCRK +>MGYG000000001_01897 hypothetical protein +MAKGISSISSGIVIPMIADCADYETYLTGRYIPGMMGTLFSFIDKLISSFATTIIGFAVA +AIGFTTAMPQATDAYTQELFWVITGLFM +>MGYG000000001_01898 hypothetical protein +METIFYILLFAFITVIISIWGLMKEKNKTNDLLNVLYEKSERKIIKSLKVNKSLSKKQIE +KELINIKASLFYSKNKLVVQDSSHFTKIIIGRLLEKEIIIKNSKGYTLK +>MGYG000000001_01899 hypothetical protein +MKKTNKNSKNYLDFIPIINPNISWYINEKNLVILEIKRNNFFDKIAQKLFNTPHKSDIKL +DTHGSFVWQCLNGNKSVYDISKEVSNHFGKDAEPLLDRLVAFFNILVDNKFITFNKRG +>MGYG000000001_01900 hypothetical protein +MNDEKTLSGQKEFKPFIPADKILPEFTITSIVLGCFLAIIFGAANAYLGLRVGMTVSASI +PAAVISMGVIRVILRRDSILENNIVQTIGSAGESLAAGAIFTLPALFIWMKDWGMPSPSL +LKIALIALCGGLLGVLFMIPLRKALIVKEHGVLPYPEGTACAEVLLAGEEGGSKASVVFS +GLGIAALYKFIADGLKLFPSEIEWEIPGYQNAAIGIDVLPALLGVGYICGYKISGYMFAG +AIVGWIALIPLIGLFGAEATIFPATVPISELGYWGIWSNYIKYIGAGAVACGGILSLIKS +LPLIIDTFAKAMKDYSNRESSNNSLRTDIDLPMSIVLIGCLLVVIAIWLIPSIPVNFLGA +LLIAIFGFFFATVSSRLVGLVGSSNNPVSGMAIATLLICTMVLKSSGMTGQEGMMGAIAI +GSIICIIAAIAGDTSQDLKTGYIVGATPKKQQLGELVGVVISALTIGAVLYLLNAAWGFG +SKEIPAPQATLMQLVVEGVMNGNLPWAFIFAGAGIAIAVEIIGIPVLPFAVGLYLPIHLS +AGIMSGGVIKLFLEKRKSKSEEVRKEEINRGILYTSGLIAGEGLVGVLLAILAIIPFGST +TVAGAIDLSAFSLGKTGAIIAFLLLALTLFKVTIWYKDKNKVA +>MGYG000000001_01901 hypothetical protein +MKKIFELLLRLFSGFFTCALGIVFMLNSNLGAGPWDVFHQGLSNNTFLTIGQASIIVGFI +VIGTTTLFKLKIGVGTILNMIFIGLFTDLVLFTKLVPISDNILSGLIMIIIGMLLMSLGT +YLYISCELGCGPRDGLMVVLTKITKKPVSTIRGIIEIGALIAGYLLGGHVGIGTFIIALG +LGYCMKFIFKKFNLDVSLLSHRSIKDTYNLTKVFIRNARSKSIENIET +>MGYG000000001_01902 Pantothenate precursors transporter PanS +MDFVDNIGGFVKRYMSLMVLIASIIAFFRPNSFLWVVPNMNTILGFIMFGMGMTLKRDDF +TLIIKRPKDVVLGTLAQYMIMPLGAFLVVKIFNLPGEIAVGLILLGACPGGVTSNVMSFI +AKGDVALSVTFTTIATLLAPIVTPSFILLFAGQWIQIDALGMFISITKVVIVPILLGGIC +HRFFSKLTEKGIRILPSVSGLAMVFLVGGIVSANADKLTFSVIIVALAVIIHNILGYIGG +YIATTLAMAHFAPQAAIAPAIAGIWHAFSVSVLANYWGNKDIKSEEIKPSIHIIESE +>MGYG000000001_01903 hypothetical protein +MSVALMYLYKDIKKHGVKLIAGEKGLKNKVRWTHIVESEEIATFLQGEEIVFTTGIAIKN +QSDLFKLIKRTKEQNTSGIVINTGKYIDNVNQEIIDYCNANDYPLFLMPWGIRIAEIMKD +LTITILESEKTYLEISNAIKDAIFLPTYEELYINTLEKAGFKSSWRYILTIIEVDYKNIN +TQNTEYFIPKVKQYIEDELSYIRSNFFSVEVGQSIIILFLNKSDSEIDKILKKLYINLDK +NFQNVNFYVGIGKHTSSIEKLYKGYEEARNVAKINRLLRNNNVHIRYSELGLYRLLLGVE +NKDIMKEFHDETIGDLEVYDEVNNTDYVELLINYFENNCKVNETASSLYIHRNTVNYKIN +KIEEILDLNLSDIGDRSKVYLSLMIRYLI +>MGYG000000001_01904 hypothetical protein +MNSQAIINNTKEVSNKKKYFMVFVCMFMQAIPFGIAQNIQPLFIPYVIKDFGFSLAGFSL +IFTFGAMASAACSPFLGKLFGKINIKILFIVGATLSGLGFIGFGFSKTLPEFYMYSAIQQ +IGCVMFSGLGVPFVINHWFPKKGRGKALGIAFSGGSIGNVFLQQITSQMLASKGASYSYI +LFGIIAIACSLPVILLLIRLPKEGEVETVSKGEATEEHESNNAFEGLGAKAVRKNKFFWI +FSIGYAIIAISISALSTQYATYFTGELGLSATLVGTLGSVFALFCLIGNVVGGALFDKIG +TLKTMTISMVLESIAVVALLLSGKVHGLAFFFSIAYGLNVYSYMSAPAFMATDVFGKKES +SVILGTISLLFALGFAFGSTLFGMVVDNFGFSAAWILMLVCIFTGYALLLTSIKKVKEQN +MALKTR +>MGYG000000001_01905 Propanediol utilization protein PduA +MSNAIGFIETKGLVSALEAATVMLKSSDVKLIGFKEIGLALVTVIISGEEQSVKDALDTA +SEAAGCLGEVYAVNIIKDIPSEILEIIKNYNTSI +>MGYG000000001_01906 hypothetical protein +MKKYLPEIGLVITAIIWGTGFIGTQLALDGGFTPIQILTIRFFIAALLLNIIFFKQVKKY +IDNKSIKAGITLGIFLFIAFELQTVGLVYTTPSKNAFITAANVVIVPFIGYLIYRRKIDK +WGLISSIVAIIGIGILSLEKDFSINLGDFLTLLGAIGFAFHIFYTSEFAKKYNPLILTAI +QFSVAFILSFVVQIMTSEVNISVEPIAYLGVIYLGIFSTTIGFLLQTICQKRVSETKTAI +ILSTESLFGTIFSVIIFKETVTVKLVMGCLLIFSAIIVSETKLSFLKNRDLESTKEMSVI +KEDENITLS +>MGYG000000001_01907 hypothetical protein +MPKHPNRVPKYNKKPDAMKIEAARELGVHHVTGAEVNVNLAAQGESKYSKDTTRRMHDQR +RELAYKKRHESEYKEDLND +>MGYG000000001_01908 putative cysteine desulfurase +MSIYLDNAATSYPKPREVADAVYDFMINNGTSSGRGSYQKAMESDFFIYNTRKEIASLFN +FSDPKKVIFTSNVTEALNMAIRGILKSGDHVITSSLEHNAVWRCLKTLEKEINISITKID +ANKEGYTNIEDLKKHIKDNTSLIVFTQASNVLGTIQPIKDIGAIARKHKIPFLVDAAQSA +GALPIDVKEDNIDILAFTGHKSLLGPMGTGGLLINCEYNIDPLKVGGTGGDSAYEYQPDY +YPNKLETGTLNVSGIVGLGEAVKFIKSKGIINIHNKEKELVKYALDQLKSVKNIQIYGPQ +DSERIVSVISFNIKGIRAEEVAYELDSKYNIMVRAGLHCAPSAHELIGTKEIGALRIGIG +YFNEKEDIDKLVKALNEIQI +>MGYG000000001_01909 hypothetical protein +MYLDKINLSFIQPCTTDSLRIRIKAITSRNISDLFPFLNTYLKSGIYNKKANTFTFNKGP +KIIIMYPEAINVSKLLNETDAFETLDYIKELINKVDEKRSEIEPSEEMRKLPSPLEVYTY +LPKLNCGKCKEPTCLAFATKLIKNETKPRRCLHLYEKCNENNKEKIETVCLMLGNDI +>MGYG000000001_01910 Reverse rubrerythrin-1 +MKKFVCTVCGYIHEGETIEGVVCPVCKVGADKFEEMSGELNWADEHRIGVAQGVDEEVIE +GLRANFVGECTEVGMYLAMSRQADREGYPEVAEAYKRIAFEEAEHAAKFAELLGEVVVAD +TKENLRVRVEAEYGATDGKLKLAKRAKELGLDAIHDTVHEMCKDEARHGKAFLGLLERHF +GK +>MGYG000000001_01911 Macrolide export ATP-binding/permease protein MacB +MDIIKNALVNVKGHKLRVFVALVWIIIGITSVILISSIGNGLKDEVRKTITNVGPNKTNI +YFESSDTSMNEFSIFLSPFTHSDIEELSFIEGVQKIGPSDSGIDDSSIYAFDAYFDKKMT +YLDISPFKENSSPLTLYGRSFSLDDEERNVIMITTQNAIDLFGNPEDAVGRGITIGRYIF +EVIGVLDDNSLMNEDESIDYNSTYADNESLEYYDMPTSYLPKKAFEKLVKQYDYSTEIYS +LDLVASKNYDVFEVANRVIERLYDLHPNIEGSYNTEDLSYQAESQLYELESMTSGINKVV +LIITVISLFVGGIGVMNVMYVSVIERQREIGIRRAIGAKPKAILFQFLIESIFITILGGI +LGIIIGLISTNYITNYLPFKAVPSINSILFASIITILTGVIFGIVPAFKASRLDPIKAIY +K +>MGYG000000001_01912 putative ABC transporter ATP-binding protein YknY +MTNLIKLQNIKKYYKVGKEKIQVLKNIDLNIQKGEFVMIMGKSGSGKTTLLNILGFLDKF +DGGDYYFNDENVSKLNENQRSVFRNKNIGFIFQQFNLIETLNIYQNIELPLIYNKISSKK +EKKAIIEASLSSVGLLDKINQFPLQLSGGQQQRIAIARALVNNPQIIFADEPTGALDSET +SEEIMKLLKKLNNNGKTIIMVTHDQDLTKYATEVITLKDGAFTSLEVPIWI +>MGYG000000001_01913 hypothetical protein +MLFLEKFKNKKFRIIVSLTSVLCVTLGIYFFYKGKDNKINSEEPESFIETYAIPESEKVF +INGIVLPKDSKDFTLSDGEEIDQLKVENGQSVKKGSVLFTCKNPSVINEINELKSQVSEL +KSSQEVSDPSISLEINKLNAQIKSLNENAYSKTLAPFDGKVFINEESESQSGFITLQTNE +FYMKGQASEQDLAKIQVDQTAKVLILSTNKNLTGRISFISERPSTDSSSEYQQQSSTLSY +YDINIAFDSQEGLVNGFHVQASIKLDNSYSKIPASSILESEDKYYVFKDLEGILKKQSVE +IESRNEEFAVVKSGLKENDIILTTPTEEMEEGQSLSMYESSNSDVEGKPKID +>MGYG000000001_01914 hypothetical protein +MIKSIQLSKFNGNPCENLYGDICYITKDKFEDVINLYNRVNSTMDNKSWLKSRDASYLEG +VLDNGGFIVGCYIEGTLVASALCEAPQGEYEDMLIEMGMDEFQIENTYISGFVMVDPFYR +GNSLHRTLLETRIEVSASKGMKNIVTVVNSENVYSLKTILSLGFENKLKKENKDGIIRYV +LYKNLDVITSKSIEFTA +>MGYG000000001_01915 hypothetical protein +MKNSKDELKDAFAQLQSAQSCLNHALKNVEKQNNKYQIENTITYVEEAVFAASNALANYQ +D +>MGYG000000001_01916 hypothetical protein +MLRYRKLSFLLCILLCITFLLGMNKPENMEGKKIFKNISVENIDIGGLTYKEALKEINKY +YKEKDIIINYDGKSWTLRPDEIELSYNIEKALSEAYDYTETENRFENIKRKTGLIFKGNH +NIELKATYNETKLSNFIENICKEIDISVTQASVEIKDSGEIIRTPSKEGKEVQKIKLKED +IYNMICDKKIKSLNLPVKIVNPTITTEDIQSINTVLGQFSTSFNEHNSRGSNIHVAGKST +SDKLIMPYEMFSYNKATGARNWVNGYKSAKVIIGGKYVNGEGGGVCQVSTTIYNAALLSG +MRIEEVHNHTMPSRYVPRGRDAAVSYGYTDFKFKNPYSHPIYIKNIVSNGAITSKIYGCS +QDREKLYIKTEEKIEKTNITVKTYRVYLDEENNKIREELIATSKYKLK +>MGYG000000001_01917 Reverse rubrerythrin-2 +MKKFVCTVCGYIYEGDSAPEVCPVCKVRSDKFEEISGDMKWADEHRIGLAKGVDEEILEG +LRANFVGECTEIGMYIAMSRQADREGYPEVAEAYRRIAYEEAEHAAKFAELLGEVVVADT +KENLTVRVEAEYGATDGKLKLAKKAKELGLDAIHDTVHEMCKDEARHGKAFLGLLERHFK +N +>MGYG000000001_01918 Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit +MGNMDMGNRIVSKRLLADNIYLMEIESKRVSKSAKPGQFVIVKMDEKGERIPLTVADYDK +NKNTVTIVFQVVGASTKLLANLSEGDFIMDFVGPLGQPSEFIKEEISTLKDKNIIFIAGG +VGAAPVYPQVKWFKENNLDVDVIIGSRNKDLLILEDEMRAVAKNLYVSTDDGSYGYDGRV +TDLLKDLVQNQGKKYDHAVVIGPMIMMKFTSMLTKELEIPTIVSLNPIMVDGTGMCGACR +VSLGDEIKFACVDGPEFDGHLVNFDEAMRRQAMYKSEEGRALLESEDRGTSHHSNCGCGG +N +>MGYG000000001_01919 Glutamate synthase [NADPH] small chain +MGNKMKRTPVREQEASRRSRNFDEVCLGYDIEEAVLEANRCLGCKKPQCVSGCPVGVDIP +GFINKIKERDIQGAAEIISENSSLPAVCGRVCPQENQCEGKCVFARKSASVAVGKLEKFV +ADWSRENNIDLSKTKAKNNKKVAVIGSGPAGLACAGDLAKNGYDVTVFEAMHEAGGVLTY +GIPEFRLPKKEIVQAEIDNIKKLGVKIETNVVVGKTITIDELMEDENFEAVFIGSGAGLP +KFMGIKGENANGVFSANEFLTRVNLMKAYREDYATPIRVGKSVAVVGGGNVAMDAARTAL +RLGANTHIIYRRSEAELPARAEEIHHAKEEGIIFDTLTNPTEILADENGNVRGMMCVKME +LGEPDASGRRRPIVVEGSEFILEVDTVIMSLGTNPNPLITSTTEGLNVNKRKCIIADENG +LTSRKGVYAGGDAVTGAATVISAMGAGKKAAKAIDEYIKEKSQSTEIQYA +>MGYG000000001_01920 hypothetical protein +MKSRFEGGLLGLIGVNILAWIVTVLTFGIGTPWAMCIKYRWEAKNTIIEGRRLDFIGSGS +SLFLHYIKWWLLTIITLGIYGFWLYIKLLQWKTENTVFVD +>MGYG000000001_01921 Multidrug export protein MepA +MGDNELLGIEPISKLLLKYSVPAIIGMMVNGLYNIVDRIFIGNIPNAGSLAITGLGITMP +IMTIILAFGMLIGIGTATNMSIRLGQGKAEEAKDLVQNAMTLALLIGATITFLGIIFADK +ILMSFGASESTLPYAKTYINIILIGSIPNLFAFSLNHIIRADGSPKISASIMVVGCLLNI +VLDWIFIFKFNLGIKGAAIATITSQGVTAVLGIYYYISGKSNLKIKNIKLKLNKHLIKVI +FAIGVSPFFMQIAASMVQVVCNNSLRKYGGDLAIGAMTTVGSISMIFLMPIFGMNQGSQP +IIGFNYGAKQFNRAKKAYILSCSAATLLLLIGTIVVQVFPHIMIGLFNKDPELMDISTRG +IRVYLLMMPIVGISITGTNYIQSIGKAKVAMILSLLRQVIILVPSLIILPRIFGLNGVWM +AQPVADFISTSIIAVIIIKELRSYKVENKRLNEDLNMKIEIAIEEDLK +>MGYG000000001_01922 FMN-dependent NADH-azoreductase 2 +MKKKLLYISVNSKPEDLSSSKTVARAFINKFLEKYNDFHVEEVDLYKDHIPRLEYQYFEG +RNAIIKEEDAEKLDAKDQKEIKRIRELCDQFVDAQVYVIASPMWSLSFPAPLKEYIDCIV +QVGKTIEFVNNKPKGLLDNQGRVLVYIESSGGKIPWILDPVMDKGENYVASIMRTLGIKK +VEELMVSGTDTTEEERQEAISNAIEKIDEIINSISL +>MGYG000000001_01923 hypothetical protein +MSKNISKKISTFIVICLLLIGVSTKFGFTYANDYELIKNEYIYLNTITDIMYNLSTEIGK +GPSKSTGKKAYITIDDGPSKYTDDIINTLNKHNAKATFFMIDRNMKLYPNQVKNIIENGN +TPGFHSVSHDIHKLYKTNKSAKEEFDINRQTLLEVAGIESSVVRLPYGSKPYTPHKCYEE +LVEAGYKMWDWDIDTEDWKVSSEQALENVKLYSKGKDNIVVLMHEKKQTAKSLDRILKYL +SEEGYEFVPIDESETPQNFWLKNFK +>MGYG000000001_01924 Foldase protein PrsA +MKKILYFTLISIISLCFNGCSKSYIATVNGVEITKDQYENAMNIIEATGNYVDNGYIKNL +KENTEKKYKTDLKSVIISLLVENEVVYQQGKLLDLEPTKKEIDIKYEQLIKSMNDNKKYK +SQMESANIDKKYLLELIKKDITIENYKKAFQDNIQISEDEMLEYYNSNKEKFKVNEVRAS +HILISTLDKNNNEVSKEEKNMLKEKANNIKEEIKNGESFEALAKKYSDDRKSGKNGGDLG +YFTKNEKNIEFTSKVFKLKEKEVSDAFETSYGYHIVKLTEKRNYVKEYSLCKEEVKQNIL +NEKYIEHVERLSKEAKIKS +>MGYG000000001_01925 Multidrug resistance protein NorM +MKDRLDLTNGSISDKLIKLALPIMGTSFIQMAYNLTDMMWVGRVGSNAVAAVGTAGFYPW +LAMAFIMISRVGGEVKVAQSIGENNIKHTKSYIKAAIEINIILSIIYSVTLIIFNKNLIG +IFKLGDLEVISMSRQYLIIIACGMIFYFINPVLTAIFNGLGNSKTPFRINTIGLIANIIL +DPILIFGWFGLPKLGVVGAAIATITAQIIVTICFVFKIVKQKDEFFKIKFFRKIEIEYYN +TLYKLGLPVAIQNGMFTLFSMAIGVIVASWGPVAIAVQKVGSQIESISWMTADGLAVALG +SFVGQNYGAKNYDRINKSCKIGILTAIGLGIITTLILVFWGENIFTLFIDEEDAIIKGGM +YLKILGYSQLFMCFEIIISGAFKGLGRTYISSIIVTILTGARIPMAYLLSKPEYLGLDGI +WWSISLSSIFKGILLLAIFIVLIRKNKLYPQPESIRNFKEEIASSSQE +>MGYG000000001_01926 hypothetical protein +MNYIKEIKSYIPYNEQEQKDKNLILNCINNFSDVLTRKNTLAHITSSGYIVNKNRDKTLM +IFHKIYNSWSWTGGHADGDSDLLKVAIKEASEETGLKNIKSISKDIFSLDVLTVNGHLKN +GEYVSSHLHLSVAYLLEADENEELVVNEDETKGVKWVPIDKVDSYSSEPYMIGVYNKFNE +KIKSY +>MGYG000000001_01927 Ferrous-iron efflux pump FieF +MLSNFLIKSFIKNSEDIENEQVRNKYGNLAGIVGIISNLALVITKIIVGFITSSVSITAD +GFNNLSDTASSVITIIGFKLANRPADKEHPFGHGRVEYISALIVAFMVMLVGLQFIKSSI +DRILNPVTIRFEVIPFILLFISVIVKIWLSRFNKFIGEKINSAALKATALDALGDVFTSS +CVLISFLASRYTVLPIDGYVGLVVSAAILYAGFSLVRDTISPLLGEAPDENLVKNIKEGV +LSYKHIIGVHDLIIHNYGVGRCMASIHAEIPSNIDIVTIHNIIDSAEREISEKLNIYLVI +HMDPMCIHCEIINGEKEKVEKIIKKYDCVKSMHDFRLTEGNSKKNLIFDVVVDAGMINSK +EDEEELKNSIIEDIKILNPEYNCIITIDKEF +>MGYG000000001_01928 hypothetical protein +MNICIIGAGNIGTYLAAYISMKKDCKVWIHTSKPHLFKDELTLIEEEKNLEHKVKLHCVT +DSLEEGVRDADYILITHPSFLIEKTIEEISNYVKPNTVIGLIPGFGGKEYFADKLTKKGC +IFFGTQRVPSIIRLEKYGECVALKERNPFMKISAIPSKYTEKVCSEMTKLIDIPCEPVKN +YLSITLSPSNPLMHPSRLYELFKDYKHGETVYDRSPLFYEEWGDEASRMLLDLDEELGQV +FQSLNENNDFDENNIEKIKIRFETEEPSVLSNKIRTAPGFQGIGSPIVACEGGYIPDLSS +RYFIEDIEFGLCIIKSFAELCKIETPKLDEVIIWSQRLLKKEYLIDNQLKGRDSKELLIP +QNRGINTKEQLIDFYKNL +>MGYG000000001_01929 hypothetical protein +MKEDKIIEDPRYRQCNKEAIMGLILGIANLIWWFIWGYGLGSKPVSEYTYILGFPTWFFM +SCIVGGIVFSILTVIMINKYFKDMPLEGLTEEEIKKYREEFE +>MGYG000000001_01930 Sodium/pantothenate symporter +MNNINYGVLIPILLYFLVVFAVGFYSMKFVNEARNSENKENGFMDEYMTGNRGLGGFVLA +MTLVTTYLSAGSFIGGPGTAYTQGLGWVFLAMAQMPTGYFTLAVLGKKFAIIARKINAVT +ITDFLRARYKSDVVVIITSLSIVVFFIAAMAAQWVGASRLLQGSVGLDYNLALTVFGITV +IVHTVIGGFRAVTISDTVQGIIMTIATITIFIGTIIAGGGVENIITNMASINEGMITPFG +VTEGNMTILWVTSFWILVGFAVVGIPSVSQRAMSYKDTKSLHQGIKYGTIISMILLLGMH +LVGAFAITLVSGIDSGDLVIPTLTTQLFPSVVAGILLAGPLASIMSTVDSQLLVASGTIV +NDLYTNYINPKIKKDSKKIGKVSILATSVIGIAIYLVAFNPPDLIVWLNLYANAGIISTF +LWPIVLGLYWKKANSYGAIASIISGITTYILFSEIWPRPFGLHTIVLPLLISLVLFIIVS +SITKRPDKETIETFWGVYYKD +>MGYG000000001_01931 hypothetical protein +MNKYKNVSNKFEIINIKHKNIDIDANVVYRKRKSITIQIKPKYEVTIISPYGVPKKILKD +LLIQKGDWILKKFEEYKSVEYLFKEKEFIDGEQFMYLGHEYKLKIINDIDEEVFIDNNCL +VVKVKNTDKEYIKKILKKWYKEESERLVLERLIYCKEKSKQMKQLTPSKLKVKEQKKRWG +TCTSKRAIYINSKISMAKIEAIDYILVHEFSHLVHMNHSKDFYKLVKEIMPNYKEEKKWL +KDNSYKLKL +>MGYG000000001_01932 hypothetical protein +MANSSNNINTSSNSKKATSECTNNSSSTTSQQCLGLASISYADYVILSATLSFAIAEELN +DLDLDMLIVFFGMVTSDLALLRTKRGITNALSSQDTSEEAIIGSEEASEGGESIASVSSA +LRGKSRKKSKRIKKIKKKKRKSSNGDSLKGNK +>MGYG000000001_01933 hypothetical protein +MERSLYANLSQGIDSFLRVAMILRRKEIAVKAISMTTDNCDNTGMELIINEEITSLQEVI +NYMNKLYDVRNITVL +>MGYG000000001_01934 Dihydroxy-acid dehydratase +MRSEKVKVGLTKAPHRSLLKASGYTDEEINKPFVGIVNSFNEIVPGHIHLRELAESVKRG +VLIGGGTPLEFPAIAVCDGIAMNHEGMKYSLVSREIIADSIEIMAKAHGLDGLVLMPSCD +KVVPGMLMAAARLNIPCIVLSGGPMLAGNYKDERVDLISTFEGVGKVTNNEMSIDELLEL +EEVACPTCGSCAGMFTANSMNCMTEGLGIALRGNGTIPAVYSERKRLAKKTGIKIMELIE +KDIKARDIMNEKAFENALALDMSLGCSTNTVLHLSAIAHEAKVDMNLDIINEVSSRVPNL +CKLSPAGNDYIEDLNKCGGIYAVMNELNKYKLINSNIMTCEGKTVGELLTEKTNNKVIRD +IDNPYSKTGGIKVLRGNLALDGAVIKKSALDSKVVEFVGKAKVYDSEEECVDAILSGKIK +SGDAVIIRYEGPKGGPGMREMLTPTSALCGMGLDAEVCLITDGRFSGGSRGFAIGHVSPE +AAEGGLIAYVCNGDLIKVDLEKGSIDLLIDEETLANRKENIEIKSKQLSGYLKKYASLVS +SAGKGAICD +>MGYG000000001_01935 Acetolactate synthase large subunit +MKGSNVVLECLKKEGVETIFGYPGGAVIPLYDALYDYKEDFNHIRTCHEQGLVHAADGYA +RSTGKTGVCFVTSGPGATNAVTGIATAYMDSSPLVVITGQVPTSLLGKDSFQEVDITGVT +LSITKHNYLVRKVEDIAKTIKEAFRVANTGRKGPVLIDIPKNLFLDEVDFDIDDYIPYSK +ENSFIEESKNLNKMNKGNFHKAVDLINKSRRPVIYAGGGVKSSGGGELLDIFSKKIDTPV +LNTLMGLGGIDRSNELSLGMVGMHGSKESNLALSNSDLIIAIGARFSDRVVGKVSEFAKK +ANVIHIDIDPSEVNKNINTDVFLIGDIKDILDNLINTVSFKDNKDWKLEIQTYKEESKLK +KDEFHPENILKVVNDKVSYNGIVVTDVGQHQMWAAKYWNFSQGNTFITSAGLGTMGFGLG +AAIGSKIGNKNKNVVLVTGDGSFRMNCNELGTVSKYNIPIIILLFNNNALGMVRQWQKLF +SNCRYSETDIDNNLDYVMLGKAYGIDGYKVENLDELKVALNKADLNKPVIFECNINKDYD +VYPIVPPNDALENLICN +>MGYG000000001_01936 Ketol-acid reductoisomerase (NAD(+)) +MKKMYYENDVNLEVLNNKKVAVLGYGSQGHAHAQNLRDSGVNVVVGLHEGSKSRNKAIHD +GFEVKSVAEATKESDIVMLLLPDTAQKQIYEESVRDNLREGQTLAFAHGFNIHYNRITPP +EFVDVVMVAPKGPGHLVRSVFKSGSGVPALFAIEQDYTKNAKDTVLAYAKGIGATRAGVL +ETTFKEETETDLFGEQAVLCGGVSELIKSGFRTLVDAGYQPEVAYFECLHEMKLVVDLMY +EGGFERMRYSISDTAEYGDYVSGKRVITEAARDGMKKVLEDIQNGKFAEQWIEENENGCK +NFLEMRNEEYEMEISKVGRNLRNMMTFLSDEDKVCVNNC +>MGYG000000001_01937 hypothetical protein +MGKSKVFYTDLRTKFGETLPLKLEKLVKKAGIEDLDFKDKFVAIKIHFGEPGNLAYLRPN +YSKVIVDIIKNNGGKPFLTDCNTLYVGRRKNALEHLDAAYENGYNPFTTGCHVIIADGLK +GTDETLVEVKGGEYVKEAKIGQAIMDADIFITMNHFKGHEATGFGGALKNIGMGCGSRAG +KMEMHSSGKPYVEENLCVSCKACYKNCAHGAISFNENKKATIDLLVLH +>MGYG000000001_01938 D-tagatose-1,6-bisphosphate aldolase subunit KbaY +MSLVTTTELLKNAQEGNYAIGAFNVENMEMVMAVIQAAEELNSPVILQTTPSTVKYAGLD +YYLANAKVAAERASVPVAMHLDHGSSFELAMQALRTGYTSIMIDGSHESFEDNIALSKAV +VDASRPSGIPVEAELGKVGGKEDDLDGGEGSAYTDPIEAKIFVDRTGVSSLAIAIGTAHG +LYKGEPKLDLDRLSEIREVVSVPLVLHGGSGIPDETIIESIRRGICKVNYATELRIAYSE +GVKKVLNENPETIDPKKYGAEGLKCVKEFVKQKIEVCGSNGKAC +>MGYG000000001_01939 Putative D-galactosamine-6-phosphate deaminase AgaS +MFNFEDKKLEGLGAIITTKEIKQQPKLWAEAYEIYKANKTQINEFIENIGEKHGQFRVIF +TGAGTSAYVGQTILPYIKKKSDIRKYIVESIPTTDIVSNPYDFYMEDVPTLLVSFARSGN +SPESLAAVNLGKQIVKDFYSLAITCAPEGKLAQITKNDEHNYLLLMPSKSNDQGFAMTGS +FSCMMLSAMLIFDNLGEDKEKSYIDAIIDMGNNVISREDEIRNLIDKEFDRVVYLGSGCL +CGLTQEAQLKLLELTAGKIATGYDSTMGFRHGPKSFINENTLIFVFTSNDEYTRKYDLDV +LEEINGDNIAKLTCSISVNKDQNFSGEKFDFDAKYNELPDLYLAFPYVLFAQTVSLLTSV +KVGNTPDTPSPSGTVNRVVKGVIIHEYQEQVKNI +>MGYG000000001_01940 HTH-type transcriptional repressor YvoA +MINRNDKRPIYYQLVEILRSKIENEMTPNDKMLSERGICEQYGVSRTTVRLAMAELEHMG +YIYKRHGKGTFVAALNKNSQNLMDSYSFTDHMKEQGKNPSTKVLSFETLESTNYFAENLG +ISPGEKMIKITRLRLADELPMMLERTYLPMKSFSGLTEDMVTKKPLYEIFRENYSEIIKV +ADEEFSAGLLSDREAQLLEVPVDSACLKLLRTTYNNDNRVIEFTLSVARSDKFVYKVRHL +G +>MGYG000000001_01941 Tagatose-6-phosphate kinase +MITILTFNPSIDRMYRVNSIGIGEVQRVISTNSTAGGKGLNVTKVCKILGEEPLAMGFLG +GFNGEYIKNELKKLEIKNKFTDINQETRNCLNIIEDNLTSTEFLEKGPVIDAEDLIKFEA +DLEDVLDETKILVASGSYCQNMPLDYYKVIGEICKNHNIKFILDTSGEALKVALESNPYL +IKPNTDEIKQLLNINIESKEEIISAGMKLLEMGAQNVCISLGKDGMVYLNNDEIYEVIVP +KVEAVNTVGSGDSTIAGFSVGVLRNYETVELLKLANSCGISNAMNIETGFVKLEEIEKYS +EQVQVKKLECIK +>MGYG000000001_01942 Inner membrane protein YrbG +MSFLILIIGFFFLIKGADIFVEGAASIARKFNVPAMVIGLTIVAMGTSAPEAAVSITSSL +AGQNDMSVANVVGSNFFNILMVLGVSAIIAKLPVQKETIKKETPFLIIVSAVLLIFGLDL +KMNRIEGLILLSVFVYFLISTVKSAKNSVKEESKYNNEIAVTADTEVSEIEGVSMPKTIL +ICIVGIAGIIIGGDMVVNSATSIATAFGMSANLVGLTIVAVGTSLPEFVTSVVAIKKGET +EIAIGNVIGSNLFNILLVLGLAITINPITISTLALIDIIFMVMITILLYSFMKKDYSLVK +KQGFILIAIYISYMAYTIIR +>MGYG000000001_01943 Alkaline phosphatase synthesis sensor protein PhoR +MLNLLSNAIMYTHENGTIKVNITSDIENVNISINDSGIGIPSDKLDIIFDRFGEENNLLI +RMCEGSDIGLSLVKSIA +>MGYG000000001_01944 Trifunctional nucleotide phosphoesterase protein YfkN +MKLVIYQTSDLHGYVYPTNYVTDQSLGILKIGSYILKDEKNYDASLKIDCGDLIQGSAFS +HYLSKKGITDNPIIQGLGLIGYNVYVLGNHEFNYGLDYLSNSYKLVSDKVLNANIKGLPF +NTKPYEIFDFDGFKVACIGLTTSFIPNWEHESNISNLHFLDPVEMYRKYESELKEQSDFI +IVCYHGGFEKSLDENMTPTEKLTKENQGSELLENFDSIDMILSGHQHRSLITKIKGVVCS +QPLNNGQNFAKIILDTETKEVSYELVDVSILSDEIDEKLEGIFKEVQLELKDYLDEEIGH +FDKDIIIDDIFIARLKGHPFINFLHEVQLDISYADFSALSLFDSAIGFKRDVSIRDVLIN +YPYPNTLKVLKIKGTQLKEAIEKSATYFVIEDGSVQINKDFLVPKVQNYNYDTFGGLTYE +IDLSRAFNDRVISMKKNNQQIKLDEYYTIVLNNYRASNTSIYPCYENAEVIKEINIDMNE +IIIDYFQKHNEVKVVDEVNYVIKY +>MGYG000000001_01945 hypothetical protein +MKYKKLVAIALSLGLMTACGKAPTKTNEEIVTEIKDPVEITFWHAMNGEQEKALQKLTKE +FTDKNTNIKITLQNQSSYPDLQQKITATLASPKDLPTITQAYPDWMLNAVQDNLLVDLGA +YINNDKLKFDNYDDILPSFRESSKIDGKIYGMPFNKSTEVIWYNKTLFDELNIKPPTNYE +ELTKVAKEIKDKKGIVGAGFDSLNTYYTTFLKKEGVVFDSKFDPTSEVSVKAVDYYLDGI +KDGYFRIAGTDKYLSGPFGNETIAMYIGSNAGETFVKQGVGDKFEVGAAPYPSKPSLQQG +TDVYMFSSATSEQRTAAYEYLKFMTTTESQITWAKETGYIPVRKSAIDSDQYKNSGSLIA +PILAEATSDLYTNPILSGADSAFRESGTVLESILAAPNTDVNKKLEDFKNSLNSIWE +>MGYG000000001_01946 Ribonuclease J +MVLKDKKTKITFHNGILTIGGTIIEISYEDSHIFFDFGSEYDPTSEVQPTDLQGLLDENL +VPYLNNIYDPSIPIRGYKSYEDDFKYTAVFLSHVHLDHSKIVNYLNPNIPIYTLEGTKSL +LNTLNINDDFLFSLHEKKNSNTRDIVGVKENEIIEVGKIKVKIMPVDHDAYGACGLLIKT +PDLVISYTGDIRLHGYRKEDTLNFCEESKNCDVLLIEGVSVSFQDFDEDISEKEISTEQQ +LIDKINEIVKNNPNKQITFNYYISNIERILNIIKTNPRTVVLDAYYSYVLKEATGYESYY +YQLDDKEYELDEKYKIDFEELLNDEERFFWQLDVLAVLHMDKLKKGGIYIHSNASPLGEF +DPAYKTFLDLFKNHDIEFVRASCSGHAHPYDLIKIINLIKPKLLVPIHSYHPERLYNESG +DVLLPERGQTI +>MGYG000000001_01947 L-arabinose transport system permease protein AraQ +MKKFNSVLSYIFIIIMSVITLFPFVYMILSSFMTFQEATSLPPTLIPKHFQWENFRLAME +QAPFVRYFFNTIIVAGLSTIGTLITSILAAFALVKLEFKYKNVVILCMAALLMVPYEVTV +FTNYQTIAQLGLLDTYTALIVPSLASVFYIFYLNGYLASIPLSYYKAAKIDGCSDLQFIR +RILIPLAKPSLFTMGILSFINGWNAFLWPILVTNSKEMRLLSNGLSSFATESGTNVQLQM +AASTIAIVPILILYLIFRKQIIRGVVKSGIKG +>MGYG000000001_01948 Lactose transport system permease protein LacF +MRKLKYSAENSPQAWLFLLPALIIIGIFNVFPLFRTFIISFQKGTLNNLVYNGTRNYQIV +LNDPKFHTAIGNTSLYAFIVVPVGLIISMFIAVTIYEKIRYKDVFETIFFIPYLTSIIAV +GIVFRFLLNGDYGFVNYLLGLIRIGPINFLDDPKMSMFTLIIFGIWSSLAFNIIILLSGL +RNVDDSYYKVADMFGATKKEQFFRITLPQMIPIITFLLMVNFINAFKVYSQVFAIFNGKA +GIADSATTAVFYIFNKFYVENRYGQGMAAAVILFILILIFTVIQNFVLKRISK +>MGYG000000001_01949 Trehalose import ATP-binding protein SugC +MIHIEKLKKVYDNGYEALKSIDLEINEGELICLLGPSGCGKTTILNLLAGLLDPTSGDIR +FDNESIIGKHPKDRNIGLVFQNYALYPHMSVLENVMFPLTVGKNKKTKSEAFEAAKKYMK +VTSIEELADKKPGEMSGGQQQRVAITRALVQNPKILLLDEPLSNLDARLRLKIREEIRRL +VKEIGITTIFVTHDQEEALSISDRIVLMNQGIVQQFDMPQNLYLEPANLFVAKFMGNPII +NTYEMKKEGNVLKGDDFSIDINLLNKNRFKDELNEENYVVGIRAEYFELSKNPLFRVKIE +STELIGKDCILNFYVNGKISKSITDTHNKITEGEEVGFDIDYNSIYIFKENGVRVY +>MGYG000000001_01950 hypothetical protein +MDNSSCHKYDIQQIFGLYNASKPNAYARIKGGPLAPCIVGDIFLYQLDEGVYIKAYITGI +PNINNQTSSFHGFHIHEVGDCTVGNANDPFTAAKSHYNPTGAEHPMHAGDLPPILSANGV +GILSFYTNRFTVDQVIGKSFILHQGYDDFTSQPAGNAGSRLACGVIVYY +>MGYG000000001_01951 Adaptive-response sensory-kinase SasA +MIKGDIKMKMYKNIIMIIITLIFVNRFVDNAYAEEHINFENITIDDGLSQSTVEAMYQDS +RGYIWIGTNDGLNRYNGFEIKVYKADKGIENTIASNHILSISEDKKRNLWVGTDNGISKI +NLDNYSIVNYSYYNDDKRTPYYNINSILITEDETIVMGTSNGLYYYNEENDSFKRILENK +NILTSQDIIDIKEDSENNIWIATDTGINKVDKKNKRIYKYESNKENSSSGYKINSLMCDN +GGNLWISTYENGIKKLNIKTNKIITYKFDENNKFSIPSNGVRDMIQDKYGTIWIATEKGL +SKYIKDDKFITYTNKSYDNNSLINDTVYTIIEDSTGLIWVGTYTGISIFDPTEHIKQYKN +DPLDKNSLSNNVIHGIYEDEEGLLWVGTRDKGVNIINMKENEFNYINEGNSNYDLSSDSI +KVITGKGNRVWIGTRNGVNEVDKDTMIVKKYTMENGLVSNNIKSLLLDSKGYLWIGTPDG +LNILNTKTNEIIDITNTLNEHGISDTYIEDIYEDSSGTYWIGNFILGGLIKINPKDESIK +VYMTFDTNNKDNEDDINSIRSIIEDEIGNLWIGTSEGLVKFNKTTENFKRYTDKDGLPNN +TIYGVLIDNDGNPWMSTNNGISKFDIKENKFRNLSSTDGLQSNEFNGKAYYKTKDGQFLF +GGVKGLNAFYPEDVQDSQYIPKITFDNFEVGGKNYSNIDGLNFNYNDNLFRIKYFIPEYK +KNNNVQFYYKLEGYIEDWILVNSNEVIFNKLDPGKYTFKIKARSQNGTIGKESSISFTVN +QPLWKTKGAIVLYVGVFLTVIYMQITKVRRLDALINKRTQELNKEMQKNSELLNKVIEAE +RSKNNYFINLSHELRTPLNVISSVEQLITNLSKSEKGITKEKLEYYMDVMKKNITRLLNL +INNIIDTTKVENGKYKITLQEQDIVYIVEETALTLKDAIESLGINFIIDTDVEEKIITCD +KYEIERCIVNLLSNASKFTPKDGTIKVDIKDLGKRVMISIEDTGIGIDKKYHETIFNRFN +QILDENTEVKGGSGLGLTITKHIIDLHNGEIYVESEKDKGTKFIIILPEK +>MGYG000000001_01952 Sensor histidine kinase RcsC +MIKISKDKEFKDKEKRLFGYIVIILSLISVALVSNRLFLGDINTPHLEFTLGFVRSFNSI +LAIIAFGSCLISYYRIKNDIVFIISLMYLCLAMGIILGQVDYLSFYYVEFTLSNYIIVST +SMLRIFILIIAISSNNKLRNLLTHNKIASILFIIVYSILFGFLENRLNTVSIYESSKFFI +MYNLFLMVVYIICSFKLVLKGIKEKEYLFVVLSASILMLAIKAAYAIYGANRISFNVKLT +SVSLTYIFSLIVIAGGFIELYMYIQRTKVLNDKLSIFYNLSDRNMHSFMFICDENEDVLY +ANKKLKENYCGTDNVDMHKLNSILKDKINSLDNKDEIIKFVNENGGWRGIVKNEKYNKTI +DCSVQLINTAEGYKAIAATYMDISDEISLELELEKFKVYDKEKNEFISNISHELRTPLNI +FYSTVQLLDRMSENEDLDFKLMYEKYKKPLHVNCKRMLRLINNVMDISNIDTGILKPNFG +NYDIVSISEDITLSVVNYALLKSINIQFDTNVEEHTIKCDPTMIERVLLNLLSNAIKFSK +QNKNIYVDLTVKEKWVQIEVKDEGIGINDNVKHIIFDKFVQVDKSFTRMNEGSGIGLSIV +KSMIDLHNGNITVDSEVNVGSIFKIQLPNECLNDSYYETYNINNSNIELELSDIYEVVT +>MGYG000000001_01953 hypothetical protein +MNILCFGDSNTHGYNPKDTTRFEKNIRWTGILQNLLGEKDYVIEEGLSGRTTVFEDPINE +GLCGLNYIVPCLMTHEPVDLLIIMLGTNDTKERFGANADVISLGLTRLIKKVKNTEVAFR +NNKPNILIVAPLPIRPEIESVECGATMGKGCSEKSYKLIPLYKKVAEELGCHFFDPSPYA +ICSEYDYMHLSEEAHKILAYKLYEVINKIREY +>MGYG000000001_01954 N-acetylneuraminate lyase +MDYTIDRFKNVTVALNTPFKENGDVDLDTTRKLVNYLYNKGIKSLYVCGSTGEGFLLDNE +ERKAVVEAVCEEVKDKMTIIVHVGCASTKHACELASHAEKCGAHATSAVPSVYYRLGEES +VYTHWTEITKAADLPFLIYNIPQLTGFNLSDNLLRKMCENPKVIGVKCSSDPAHDIARFK +AIGGEDFIVFNGPDEQYLAGRIMGADAGIGGTYAGMPELYLKLEELIQRNEFDKAKKLQN +IMLQYVYRMCSFGSLYGCVKSLIKLDGLDIGVPRLPFLPVKSEDERLIELYKDIQNTIIE +TRSW +>MGYG000000001_01955 Glucokinase +MNYLSIDIGGTAVKIALVNQSGDVLILDKYSVSFDNYETPILETVLKSIDVFIDENNIHD +ISGICVSATGQIDVDKGEVIGTGGNIKNYDGSKIKEELEKKYKIRTAVINDANAAVLGEL +FLGKAKGYENVVMITVGTGVGGGIVVNKEVLNGRLGIGGEIGHFSINNEGKPCSCGNRGC +YERYASMTALIKRVEEELDIKGINGKDIFDRIPTDENISNIVDSWIEDIANGLVSLVHIF +NPEIILVGGAVSEQKELFIDKLRDKVMRKVMPNFSLDLKVESAKLGNDAGLVGALYYYLK +DGE +>MGYG000000001_01956 Putative N-acetylmannosamine-6-phosphate 2-epimerase +MKKQELFDVIKGNVIVSCQALPDEPLYVEEKSIMYLMARAAKQAGTPAIRTNSVRDVIAI +KEETGLPVIGLIKANYDNSDVYITPTMKEVDQLVEANTDIVALDCTFSKRLNDTSINTFI +REIKEKYPDIVLMADISTYEEGVNAYKCGVDLVGTTMNGYTKQSIDANITNLELVSKLSK +EISIPVIAEGRIHYPNQVREILDAGAFAVVVGGAITRPLEIAKRFIDAAKGELK +>MGYG000000001_01957 Vitamin B12 import ATP-binding protein BtuD +MDKEVLLTLNGVKNYFPVKDGAFSKSKNYVKAVNDVNLKIYKGETLGLVGESGCGKTTLG +KTILQLYKATDGEIIYNFEDGERDLTKLKKDEMDLARKKIQIVFQDPHSSLNPSFTIYQS +LSDPLKKFGVKSKEERRKIIGDLLEAVNMRREYMDRYPHEFSGGQRQRIGIARALSINPE +LVICDEAVSALDVSIQAQVLNLLKDLKEKHNLTYIFITHDLSVVEYISDRIAVMYLGKIV +ELADAKSLYKNTLHPYTKALLSAIPVADINHKKERIVLEGDVPSPMNPPSGCFFHPRCKH +CMDICKSEAPQMKSYIVDGKEHFVSCHLASKQIEEGGLYEEAGTI +>MGYG000000001_01958 Oligopeptide transport ATP-binding protein OppD +MDKIISVKNLKTYFYANNRCNKALNGVSMDIKRGKTLCIVGESGCGKSVTASSIMQLLPK +FSRIEEGEIIYHDENGRDIKIHELERNSKEMRQLRGKDIAMIFQDPMTALNPVYTIGWQI +VEMIRTHEKISKKEAKERALKLLKDMGIPLAEKRIDQYPHEFSGGMRQRAMIAMAMSCNP +KVLIADEPTTALDVTIQAQIFELMDKLKREYNTAIMLITHDMGVVCELADDVAVMYMGNI +IESGSAKEVLENPSHPYTKALLKSIPVLGKGADQEINPIRGATPDPFDRPTGCQFAPRCD +YYCKECDEQMPEEQLINESTHMVRCIKYKEVVLNG +>MGYG000000001_01959 Oligopeptide transport system permease protein OppC +MDFLSPKKRLYKKFDKIKEREENKTFKESGNRSIKKLFSNKLTTVGLVIFTVILLACICA +PLLTKYDPLSVDMKNILKPPSSDHILGTDKIGRDIFSRILYGGRLSILIGFGSALGCSFI +GVILGCYSGYKGGILDKILVRISEIFMSFPQLILVLMLVSIIGQSASNIVIIFIICGWGS +VFRMARSQILSIREEEYVQSLKVFGLNDFIICYKHMLPNIIGPIAVNITLSTAMFILEEA +ALSFLGLGVPLEIATWGNILNASQDLFTLQNNWWMWLPVGIVISLFVMSINFVGDGLRDS +TDPTSVE +>MGYG000000001_01960 Glutathione transport system permease protein GsiC +MFKYTLKKILGMIPMLFIITFIIYFLLDLTPGDSVSHLMDPEALARLSTEQLNALREAYG +LNDGFVVRYFKWLGQLLQGNFGYSSTSGVPVIQIIKETLPATLELSGAALLISTVLGSIL +GVIGAIKRGSIGDNVLTVAGMIGVSIPQFFFGMVAILIFALNLGWLPVGGRTAPGVVNFM +DRIEYLILPSLVLGLSLTAGVMRYARTSMLNTMNKEYIKTARSKGIPEWKVNLVHGFRVS +LTPVIVLVGFRLPTLIAGSVVIESIFQWPGVGNVFNTAIRSANYNLVMVVALMFVAMVLI +ASTLVDILTAILDPRVKLEG +>MGYG000000001_01961 hypothetical protein +MKNKKLISLFVTSLLTLNLAGCSSTGNEGKSEQGGTTKAAENTLYTNGGPEEFFEAPWLN +PGTFVYNKVLYDRLIFADENLDPISGEGQLAKSYEMSEDGLNLKFTLRENVFWHDGEPIT +PQDIKWSIEYSLKTTVINNVFANTFKAIEGATEYLDGKADDISGITIDGNNIDIKFEKLA +PDALLTFTQFAPLPEKHLKDVDPVQFQQSEFFRNPIGSGPFKVEEVKMGNYTTLAGFDKY +WDGAPTYKMHLNPSAGDSDPNLVTNAKAGLLDYSYTKNIADVKSLEGVDGINIDKVDVRY +TRLFFANKFPKKDGSEAPLADKRVRQAIMYALDMDEILDGIFDGAAEKANSLTPDGVDKV +DGLNNYDYDPEKAKKLLEEANWDPNTELDVVYYYDDQQTVDLMSIIQNYLSQVGIKMKFR +LVEGDLATLLWSLPEDPVNGPSAVDFDLCYGATAALSMHEYYDRYQTGAALNSHTPGTEE +LDKLIEATNKTIDAQEQREAFFNLQKYENEELFVLPLYYQPIYVITSDKIQGMPEKLGNP +QFNYKWDIHKWTLAE +>MGYG000000001_01962 HTH-type transcriptional regulator RpiR +MEYSDNTVLKNLKSRYEQFTNVEKTIANFFINNKETQKLSSKSVSEKLFVSEASLSRFAK +KCGYKGFREFIFEYEKNISKYNKEEISNLVINTYQDLLDSCHKMINQGQMKKIAHFLTTS +KKVCVFGMGSSGIAAEEVHLRFMRLGLNIEAVYDSHRIKMLSSLANHESVVIAISLSGTT +KEILQGISIAKSNGAKVIMLTSNRSFHLSSFCDEIILIPTIKALDAGDCISPQFPILVMV +DILYTYFINNECYYQTKLNTLNALSKFDEDNIII +>MGYG000000001_01963 D-methionine-binding lipoprotein MetQ +MKLKKIIGLALAGVLSISVVGCSSTKNKEDDKKIVVGCNLVPGEALLNEIKPLIEKEGYE +LEIKVFNDYVLPNTALNDGELDANLFQHKPFLDKTNEEKGYDLVAVEALYGCPITLYSEK +RDSLEALQDGDTIALTNDPSNESRSLRLLEKAGLIKLKEGELVTPNDITENPKNLKFIEA +EASLLPSILKDVEAAFINTNYAVAAGLNANEKGILIAPLDDAYANIIAARNGDEESEKIK +VLEKALTSDEARDFINKEYQGTIVPVF +>MGYG000000001_01964 Methionine import system permease protein MetP +MKTNFLEFVENILLEALGQTLYMTIIATVLATIIGFIIAIILVVTDEKGLRPNKQINTVL +GAIINTVRSFPFIILIVAIIPFTRMIVGTSIGVDAALVPLTIGAAPFIARVIESALKEVD +RGLIEAAKSFGASDFQIIFKVMIKEALPSIVSGITLSTISILGYTAMAGSVGAGGLGAVA +LTYGHQRFDTQAMIYTVVTLIIIVQVIQYLGNLAYKKLS +>MGYG000000001_01965 Methionine import ATP-binding protein MetN +MISLKGVNKNFDSTQVLKDINIEIDKGEIFGLVGHSGAGKSTLLRCINGLENYNEGSILV +DNKEVKNLNQKEIREFRKNLGMIFQHFSLLERLTVYENIALPLKCWGYTKSKIDKKVNEL +LNLVGLEDKAKNRPKQLSGGQKQRVAIARALTLEPEILLCDEATSALDPKTTKSILELLK +DINQKLGITIVIVTHQMEVVKDVCSKVAILKGGEVQECGDTEELFLNHPKALKELLGEED +VVPNSGVNIKLYFPKDSSNKSVITSMARSLDIDFSIVWGKLEKFREDVLGSLVINIEEDK +HELVTNYLNSTNIKWEVI +>MGYG000000001_01966 hypothetical protein +MKSAIFKFVKMIIGFCFCAIGIVMTINANLGLSPWDVLHEGIYKITSITMGNASIIVGTM +VVVVNILLKENLGWGTIINMILVGILMDVLMLNHLIPIADNFVTGIIMMLLGMFILGIGC +VLYLGSGFGSGPRDGMMVAIQRKTGKSLTLIRGVMEVSALIVGYFLGGTVGIGTVISAFG +LGYFIELAFKICKFDSASVKHRYIIDDINYLKRFFTQKKNDKNTVF +>MGYG000000001_01967 Fructosamine deglycase FrlB +MLKFNEQEYRTSMKLICEARPKAERVADELSNKGYKNIFFTAVGGSLAPMMAIGEMAKQT +TTLPVFVEQAAELLIRGHKSLSKDSIVVTMSKSGDTKETVEIAQWCKEQGITVVCLTKNS +ESPLAECSNYLIPMRHENGVEYEYMLLYWFFFRLLKNNGDFEEYNEFAAQLEKLPENLIK +AKAKFEPVAAEIAKKYYKEPYMMWIGGGETWGETYLFSMCLLEEMQWLRTKSVTSAEFFH +GTLELVEEDVCVFLVKGEGKCREIDNRVERFVKQYTNKFTVIDTKEYELEGIDDKFRWIL +SPTIASTLLVDRLAFHFEDNTGHSLDIRRYYRQFAY +>MGYG000000001_01968 Glutamine--fructose-6-phosphate aminotransferase [isomerizing] +MEETMFTYINEEYETNRGILKNRKENLKSFIDLAKGKKYNGWTVLATGSSANAIECAKYY +VEKILNINIEIKMPFVFSNYNSQIDDNTLYLAVTQGGHSYSTIAAMKEVRKTSSDIVAIT +ANMNSIVCDLSKYVVDIGCGEEKVGYVTKGFSGTVLTFILMGLELAYENKKISEDYYYKE +IEKIEDAIGYIDIVIEKSLKWYEYNKDELVSGKRFVAIGYGPGYGVAREADTKITETVRV +PMNGYELEEYMHGPYLSLSDKDHIIFIEAESKLQERQVTLRNYLEEYTEHTYAITYKETS +DNKHDLTLGISIDEMISPLLFAIPIQILSYFLAEDKGNKLSDKIFSDFDEKLKSKI +>MGYG000000001_01969 PTS system mannose-specific EIID component +MTTTSKEHNKTNYQNNDIAITKKDLMKVFWRSFTMEWSWNYERQANMSYAYSMMPIIKKL +YKTDDERAEALKRHLEFFNTTPHISTLILGISTAMEESNVKSDNFDTSSINNVKVGLMGP +LAGIGDSFFWGTLRVIATGIGTSLALQGNILGPILFLLVFNVPHLLVRYFAMMSGYRLGA +GVLDKIQKSGLMESLTYGAAILGLMVIGGMTAEMVTVNIPLQIGTGDSAMAIADILNGIV +PGIMPLAFTGFIYLLLSKNFKTTTILVIIAIIGIVGAFFGFLA +>MGYG000000001_01970 N-acetylgalactosamine permease IIC component 1 +MVTAILLGLVAMLANAEYLFGTSLLSRPIVTGVLTGLVLGDLQAGIVLGATMELAFIGAF +SVGAVIPPEIISGAILGTAFAITTGQGAEVALALGVPIAALALVIKNTCMIFILPMFVHK +ADKYAEKGDCSGVERMHLLGGFFGVNLPIGLIVFFSYLLGSSAIESILNVIPKFIQNGLA +IATGLLPALGFALLAKMIINKKVVVFYFLGFALSVYLNIPITGIAIFGTIIAVILVGLNR +PNQVAIAGGNDDDDDF +>MGYG000000001_01971 putative phosphotransferase enzyme IIB component +MIKLLRVDHRLLHGQVAFSWTQFLGVDCILIANDGLMHDELRKTTIKLAKPQGVKVVMKN +IQDSIDAINSGVTDKYKLFVVVESIEDASRLVKGTNKFEVINLGGIKSREGTRNISKAIN +VTPEEEETLKELINSGVTVEIRQIPNDQKILAESVLN +>MGYG000000001_01972 PTS system fructose-specific EIIA component +MIKLLLASHGDLAYGVYSSLKIIMGEQKNISTLCAYNKEDFDLKKEVWKIINDLKDDDKL +IIVTDIFGGSVNNEFMNNLYRDNLYLVSGLNLPLVMELMLIQDESNIDSMIQNALETSIK +TIKYCNPIIKAVEVEEEF +>MGYG000000001_01973 Transcriptional regulatory protein DagR +MLKEDILKYLHEKTNEYMKDENNTIYTAQYISNIFGVKRNTISHYINQMIEDGRVIKINT +RPVYFFHKNAFEKKFFKVSKNIFTSLEELFDEKEKSVIENDIFKALIGYNGSLKESIEKI +KTSILYPTKNGLPIILSGPTGVGKSFTADIIYKYSVEQGVIKKDAPFIIFNCAQYYNNPE +LLSSNLFGYVKGAFTGADKNQLGMIEAANGGILFLDEVHRLNSEGQEKLFTFMDKGVVRR +MGETDGWHKSDVRLIFATTESLSDNFLETFLRRVPITVNIPGFNERDILEKLQFIYNFLI +VESSTFKKDILISQRALDVLSTHIYKGNIGELKNTIKYICAASYYKNINSNRVRIRLKDL +PEDIIREASNVKESKIQKKNDVLITPDTKYNELLFSEMDSAQNIKQAYKNIFYFYKQYTD +HKDKKKFESNVFLEINLLIDKLIFDNGKDNGNVMLQFIISSLQDIFKYIEYSYNVKLNGN +SIYTIAYYLYSKGYENIKWSKDEKKLKDSLYNYVLNNNQEEFQLVSRISSLIDTKMDVNL +SKEDEIFISFYLKSLSISESKKSIKSVILAHGYSTASSISSVVNRMLGKNIYEAFDMPIN +ISVKEIGEKLIEYIYRNDISNGLVILVDMGSLKDIYNQIKEHINQPIAIINNVSTQMALF +IGDLLSKDIYLEELVEKIKQCNETEYKIIYPEKVKEKAIITSCITGIGTAKQMQRLLERS +IPKELGINILICDYDRLKKDGLKDALFQMYDVMAIISTLDPEVHDIDYISLEDLISGRGE +EKMYKIFSEVVDDETVRIINNNLVRNFSLESIVSSVTILDTNKILENVEKCLNNLELLIG +RRIPNDKKVTLYIHISCLVERLIRQVPIENYNNLDQLMQCQENMINNIKRAFSGIEETYN +VKINVEEIGYVYDIITAPTEDLEVF +>MGYG000000001_01974 hypothetical protein +MFLKRGNSKENYPKEIRQLIFKVRRRIEISFSQLTEQLNLNKVKSKSMLGFITRTSIKVL +DHNISFLINKLMGKNDSLAKIKELVFG +>MGYG000000001_01975 Pseudouridine kinase +MMENNQNYTLVFGVSVFDICGFTDSNYRCNDSNPGKVRTSFGGVCRNIAECMSRVGVNTQ +FISILGDDEAGKAMLEHSKQMNYDMSNSLIIEGGNTPTYMAVLDEHGEMVSAVVDMKIID +KFTTEFIDSKADIIRNAEYMILDSDRPDIVEYILKNFSGNTKFILDPVSAAKAKEIKHLI +KYFHTIKPNRYEAEIMCGMKIKNDEDLRKAGRYFIDLGIENVFITLDEDGIYYNNGLVEG +KIKANDVKVVNVTGAGDSFVAGIAYGYANKCDLIETLKFAISMSTITISTEETIHPEMGF +DLVEKYVNNINWSEIKFEK +>MGYG000000001_01976 Aminopeptidase 2 +MDFNRNLDKYAELAVKVGVNIQPGQDLLVRSPIECAPFVRKVVKHAYETGAKNVYIEWSD +EECTLIRYLNAPDEVFNEFPKWTSDQYVHIAKNGGAFLSIHAANPDLLKDVDPQRIANYQ +KASGIALKEWRSYTLSDKCKWSIVSIPTEAWAKKVFPDVSNQEAIDKLWDAIFKCSRVEG +QDPIQAWADHNADLKLRMDFLNEKNFKVLKFKSKKTDLTMELPEGHIWLSGASVDPNGVE +FNPNIPTEEVFCLPHKFKVNGVVHSTKPLVYSGNVIDNFSLTFKDGRIVEYTAEKGYETL +GKLIETDEGSHYLGEVALVPFKSPISDTNIVFYNTLYDENASCHFAIGSAYKTCVKNGDE +IKDEDLDKYGINDSLTHVDFMIGSSDMNIFGETYSGEEVQIFKDGNWAF +>MGYG000000001_01977 hypothetical protein +MELYDAIFYRKSIRNYSKKSIKSSLMEEVKGLCSNITYLNKDLNIKAHVVDRGHLIQFLM +GKACEVKAPHYIVITSNEGDNNLENVGFAAEEILLGITSLGIATCWIKCNLKRDDILEFI +DLDEIDIDDEEYEKKIEKPYAIIAFGYAEKQEALFRNIDAEPDRKRLKKICKKIDKKWVK +ILNAVRISPSIKNSQPWVFYSKDYGFDVYEEKAKKGMKEDFKISMGIALRHFDIACKKFG +INAEFENIETKRKRGKNYLISIVDNGRL +>MGYG000000001_01978 Orotidine 5'-phosphate decarboxylase +MINGKEKLIVAIDTNEFDKAKELIDKLEDSVDIFKVGLEQYVATRGKTVDYLNEKGKKVF +LDLKFHDIPNTMQSAVRAAVRDKVWLMTIHVSDMEGMRQCALAAKEEAEKLNIEKPIIVG +VTVLTSLSNQDLQDIGCNMNTEELAIKRAKLAKEAGIDGIVCSAKEVDKIVEACGKDFVT +VCPGIRPVSSEVGDQKRVVTPADAINKGAHYLVVGRPITKAENPKESAEKIVNEIENA +>MGYG000000001_01979 Carbamoyl-phosphate synthase small chain +MKGKLILEDGTIFEGKAFGYLKDSVGEVVFNTSMTGYGEVLTDPSYYGQIVTMTYPLIGN +YGINLEDVESKGVHVKGFIVREKSDTPNNFRCEMDIDTYLKQNKVIGLEGIDTRALTKIL +RNNGTMRGIITLENASLEDVKAKLESFSNTQAVKTVTRKEIERIEGNGPKVAVMDFGVKQ +NILRSFAARGCDVTVFPALTKPEEVLAINPDLIFLSNGPGDPEDLEEVIENIKELVGKKP +IVGICLGHQLLALTLGGKTGKLKFGHRGGNHPVKDLEEGKVFITSQNHGYYVCEMPENME +VTHINLNDNTVEGMRHKELPIYSVQYHPEACPGPKDSDYVFDKFLELV +>MGYG000000001_01980 Carbamoyl-phosphate synthase large chain +MPKIESIKKTLVLGSGPIIIGQAAEFDYSGTQACQALKEEGVEVVLINSNPATIMTDQEI +ADKIYIEPLTIEFIEKIIEKERPDSLLAGMGGQTALNLAVELHEAGILEKYNVEIIGTSV +ESIKKGEDRDTFREVMRQINQPVVVSDIVTDLESGLEFANKIGYPVVVRPAYTLGGTGGG +IAETVEELTEILTQGLQLSPVSQVLLEKSIKGWKEIEYEVIRDGNGNCITVCNMENIDPV +GVHTGDSIVVAPSQTLSDKEYQMLRKASIDIINAIEVKGGCNVQIALNPHSLEYAIIEIN +PRVSRSSALASKATGYPIAKVATKIALGYTLDEIENAVTKKTYACFEPTLDYVVVKIPKW +PFDKFKQANRKLGTKMMATGEIMSIGSNFEAAMLKGIRSLEIGKYSLVHAPSEEKSLEEL +KKSIVVPDDERLFDLAEMIRRGYKIDMIEQITGVDKWFINRFKWIVEQEEKLKGMKIEDL +TKEYLLELKKKGFSDKGISDLMKISPEKVYELRTLYSIKPAYKMVDTCGGEFDALSPYYY +STYEEYDEVVVNDKKKVVVLGSGPIRIGQGIEFDYCSVHCVKALRKMGIETIIVNNNPET +VSTDFDTSDKLYFEPLTEEEVLNIIEKEQPDGVILQFGGQTAIKLAKFLDEKRIPILGTD +FADIDAAEDREKFDELLEKLNINRPKGKAVWSVKEGIEEASKLGYPVLVRPSYVLGGQGM +EITYEEHKLEAYLQSAFERDKKNPVLIDKYLTGREIEVDAICDGEEILIPGIMEHLERAG +VHSGDSITMYPSQNVSDEIKAKILDYTRKIALELNVLGMVNIQFIEFQGELYIIEVNPRA +SRTVPYISKVSKVPIVDLATQCMLGAKLKDLGYGTGVYKEPKLISVKVPVFSMSKLSSVD +VSLGPEMKSTGEVLGVGETLEEALYKGFIGAGKQMSDERGVVLATINNYDKAEFMEIAKD +MKELGYTFVATSGTAKSLEENGIEATVVNRVEESRPNILDAIRNKQVDIVINTPTKGNDS +TRDGFKIRRTATEFSTEVMTSLDTLKALVGVKKKQINKSRLEVYDIAK +>MGYG000000001_01981 hypothetical protein +MKKNKTIAYMLAATLLVGGTFLGTKALFTDKIDTVGELSISTGDVDVEVVGTEGWIITRN +GEDENEGTTGPATYDNLKYGDVLTKKIKIKNEGTLRAILTLDENSDIQKSLPEGIEFTAS +FKTEGLENANETIFEPGQTGDVELKIEVTGYSSHNETEKSINSDNQEAEILNLKEGFVIN +AKQITKDTVVN +>MGYG000000001_01982 hypothetical protein +MKLNKKIIQVLTITSIISLFPISSYADNDITIDQSFTYEDGLWKPGRIESKDFYINNNKE +NDISIDRLYMSLKSSEYWKTGEELDINSNKFKEFARYSTVTLKHNDTILFKDKFENLLSE +DGIKLSKDIDIKSNSKELLNMTIDMDLEMNNDAQALNNVFTIGIAYKMDEKPMSPIQPEK +PVTPDTDIDGGSLDRLPQTGGIINSSSLIVLGAVVIGAGIVFNRKSNEKGGGKHNE +>MGYG000000001_01983 hypothetical protein +MSRLRRLKERKRKNKIKAASCGLALTLAIGSAQGLGTYALFTDTEDIASELAISTGDVDV +EVIHDNNILENVKPGSINPYKYIITNRGTLRQQLKLDLDIPTTLTDSTLNSALSYLKSNI +SYSVDFGIKQPTEEGSEVIPVPSNEVGGSVANIDNIKLSSENQILKNKSNDNIFILEPGQ +QITVNATINIPSMDKKIQDALNNIGNIELDVSVEARQISNNINTFTDYGFYDVAVHKNII +TIDQREVITIAIGQKAYFTNGSGNSFKKLYIPINVKSTTSAVTLEAKVVSTGNGNKPVET +TYKAKYGNFDPYGDYILIESTNKQDELPFKGVVNITITVTVKDGQNEESYDLECNVTLLN +AGNNCTGDHPDHDGSGNGGKCHGEVVYSGHKDVLNIYEELETELKSPLIIESLKQEVENI +VEPNVVESQKEEVEEPKDEIIEIPRQPEVIESLKENEDIQE +>MGYG000000001_01984 Signal peptidase I W +METKIIEKNKINISKISNIFIFLLVLILGLNLITTKSDKLFEIIGYRSYTVLSGSMEPEF +YPGDMVITKHKSKTNIKVNDIVTYRDNDGVIITHRIIKETTEGYITKGDNNNVEDSDILT +EDNIIGEVKFSIPKLGYIMNFLSKPMTVAVEMILLSIFIFFYYKD +>MGYG000000001_01985 hypothetical protein +MKKIIGKSLIILGVCIISLVLYINYNTSKENKEMIEQYKSAISNENLNQDEYKIGDVIGI +LKIPKINIEVALKRGVSDEILDTAIGHFENTPMPGEYGNFAVAGHRAYTKNKFFSNLDKV +EIGDEINILQNETNHKYIVNSIEVVTPDRVDVVESKDMDKKEITLVTCTPKYVGSHRLIV +KGTYVE +>MGYG000000001_01986 hypothetical protein +MIELNRQNIVEGILELQREEEFKLKSALKSIRLILDEDGISDFDKLKFINSQLGDIMMLN +I +>MGYG000000001_01987 hypothetical protein +MANSQPESNCLYNLIYTDFNEEFSRNSTFYYNIQYPAFFNFNTGYFFANPSILNNISNLI +KQEVNDFRDGLAQEEQDYNSTVADNNPEEKRIYSAFSNFAVAFNKNHLLSVIVNVLGFSG +NTLPKYDTLYNYNYDLLTGNKITLKDIFNPGVDYIKVITDYVNYKINQNKDLYFENVEFF +ITDDQAFYIENDGLVVYFDAGELAKEEFRTSKFKLTFSKFAPYINTRFYCNATNVNRRIY +RR +>MGYG000000001_01988 Ribosomal RNA large subunit methyltransferase K/L +MLILADKWKDYELIDMGNGEKLERWGDIVLRRPDPQVMWPIRNESGLWKNPHGHYHRSAK +GGGHWETKKKYPERWTVSYKELKFNISPTGFKHTGLFPEQAANWDWSMDKIRNAGRPIKV +LNLFAYTGGATVACAAAGAEVCHVDASKGMVTWAKENLHTSGLGDRKVRFIVDDVVKFVE +REIRRGNKYDAIIMDPPSYGRGPKGEVWQIEEKLYGLVDLCTKVLSDNPLFFLINSYTTG +LSPIILEHILDATVARKAKGGKIYGGEIGIPTSRDGKVLPCGIFGRWESK +>MGYG000000001_01989 Ribosomal large subunit pseudouridine synthase C +MVKVIYEDNHLLVVEKPVNILSQGDDTNDKDMVNLLKNYVKEKYNKPGNVFIGLVHRLDR +PVGGVMVFAKTSKAASRLSEQVRNKSFKKTYRAVIHGTMNKKEDTLKDYLYKNKKTNMVS +VVNKNHKEAKNAELDYETLQSKNNFSLVQIDLKTGRPHQIRVQFASRKHPLFGDQRYGQD +VNKVGQQIALWSYKIEITHPTTKEKMEFICEPPKEYPWDLFSKL +>MGYG000000001_01990 hypothetical protein +MSGLILTIILLFPFILTFVFYFLTNGICLNNNNEDLNLQDLVHI +>MGYG000000001_01991 hypothetical protein +MDKYVGFYIEDPIGNNEFSYEDRENKNIYVPRLIEGTLDDVALGDNIVFNEIDEGNEIKA +KGLKNMVEYKIDDKTVYVFDNHNHAFYFWMKSLKQQHFTKGCKLVHVDQHKDMREPINYE +VNINDMDDVFRYTNKVLNVGNFIKPSLKHKVFSEAIIIDSSYGFDMKVEGEYVLDIDLDI +FSKDMDYIPYEFRLNKIKELIKGAKVITIASSPYFIEQDYAIKVLKELFNYDIME +>MGYG000000001_01992 hypothetical protein +MSLFTEWRSLSENHASQEEEIKFWEEYLKVETTIYNEILNNKMEVVEGTVAELAEKFNTS +NEYIMGFLDGISESLKEDLDLESIEADTKVTVKIDWEKLYYNMVAVEAHWLHSLPGWEEI +LSAEKRKELTKAFKNSKTVVKEDKVGRNDVCPCGSGKKYKKCCGK +>MGYG000000001_01993 Pseudouridine-5'-phosphate glycosidase +MLEKYLQIHPEVRKSISAGEPVVALGSDIISRNVNYPQSIKIANDICKIIRNCGAVPATI +AIIDGILKVGLTEEEIELLSLSKNIANAGRKDLPFIISKKQTCSTTIAASMILASLAGIK +VLATSSIGGVSRKSQDDFNIYADLHELTNTNVAVICSGINSILDIESTLKYLNVKGVPVI +GYKTNELPVFYEMKRGFTVDYNVNSSLDISKALKAKWDLNLNGGVIVANPITNKSEINYN +LMNTTVDIQLLHNNAKLAADIARNLSNLYKTKL +>MGYG000000001_01994 Pseudouridine kinase +MTDREKEILDILKTNPMISQKELADMLCITRSSVAVHITNLMKKGYIKGKGYILKKDNYI +TVIGGSNIDIVGIPTNPLIMYDSTPGKINISVGGAGRNIAENICRLGINTKLISAIGNDL +YGNTILNECKNYGIDVDDCYISNEESTSIYVSVLNNSNDMKVAISHMDIIDKLDIPFINS +KHLSISDSLAIIIDTNLPEDTIDFITKTYTTIPIFIDIVSSSKCLKIKNFLGRFEAINLS +QKEAELLSGIKISDENDLNICLKYFLDQGIKRVFINLDKNNIFSSDGKNIIHIKDLNIDT +VSVTGARDAFMSGIVYSYLNKFNLKYSTEISVAASILTLSHKSAVNPNLSIESIEKTLKE +LISC +>MGYG000000001_01995 Sporulation-specific protease YabG +MRIGDIVARKSYNKDIIFKIEAFSVDENNQKIALLKGIAFRVVADAYLDDLEIVQLPDMN +DILIDRNVENLLYRSVKKAKERQKKNMRGIPKAQANTNVYGIPGKVLQIDGDKEYLKICL +DVYTQLGIPAVGVAIPEQNQYKEVRSLLEKHKPDILVITGHDAMSSKKGNMKDINNYKNS +LNFIKAVKEARKWDPNVDSLVIFAGACQSNYEQIIRAGANYASSPGRIMIHALDPVFIVE +KIACSRIDVVVPIDEVIEQTVTGYKGIGGSETRGKFRWAMPKTILY +>MGYG000000001_01996 Protein Veg +MATVQTLDKIRLSLERHLGKKIILKANKGRKQVITRRGVLEKVYPSVFVVRLDDSQNGYS +RVSYSYSDLLTANVKLQVYRDKDKLNVS +>MGYG000000001_01997 hypothetical protein +MELIKDVIKIDNRIDFGKFQTFIESEAVVPDKKSDVYDIVKTEGYIALKKIEVADGKIVC +RGSFNYNVIYITDDKNTVSNVDGKIDINEVIDKDNVTQDMEYMLYPEIEHVDCTIMNERK +IRVGALINIKGSLFEKQRLDIVKDVSQVEGIQKHRKEVNYQDIVGIEKSESVIRDTITIN +TEEIHSIISINPYVRIKESRVSDNKVIIGGVLNINPLACTYDGDLVELDRVDIDFTQFIE +VPGVCDGMIEETLLSIGDFNYIFKQNNESNTGILEVDCTISSKVKVTDEVTREVLQDAYS +PQKIIKFDHRLIELNKVLVSDTESFVVRETIKNDNEDIQIKDIVSVCPSISIENAYVEDG +KSIIQGIIKLDILYVPIEGLRLVYKISEEIPFEHDMEIDDLTDASTVFNTVCIEKVESDL +NRDQIDVSIKVKRFIEAIDKKSESFIIKGEDHGEYDLSKAPSIIVYICKEGDNLWNIAKK +YNTTEEEIAELNDLKSDEPLKPGKCLILEKKVVLVD +>MGYG000000001_01998 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase +MNSIELKSRAKINLSIDVLGKRVDGYHLVEMIMQTIDLYDIIKIEELETEEIIIKSNTSD +IPLNENNIVYKAAELIRDNFNIKRGIEIFIEKNIPIAAGMAGGSSNAAAILVGLNKLWNL +NLSEKELKELGFKLGADVPFCIEGKAALAEGVGEELTYIKGLPDDISILVCKPELFVSTK +EVYGGLDLKNIKNRPDNQYLIKCLENNEIELLSKNMVNVLETVTSKKHTEISDIEKIMNE +NKALGSMMSGSGPTVFGLYKNEEDALKGKKELLKKYKQVYVVKSSEKGVEING +>MGYG000000001_01999 putative D-xylose utilization operon transcriptional repressor +MDNLTKLNLEDYKPLRDVVFENLREAILEGKLKPGQRLMEVQLAEQLGVSRTPVREAIRK +LELEGLVVMLPRKGAYVANMSLKDVIDVLEVRASLEGLSASLAAERISDIDLKRLKKIAE +EFKESTINADIETLLKKDVEFHECIFKAANNKKLTQVINSLWEQVYRFRVTYISDYDSSL +SIVEEHKNILSAIEKGDCELAKKYATEHIEKAEQFMIDKAVSHKGL +>MGYG000000001_02000 hypothetical protein +MKVRIIKARLVILILSLIAIISIMSISIKNEADKIDNVSESYKEKLIRFHVIANSDTEED +QELKLKVRDEIISYLQPKLENSSSIEESEKIITSEYDNLQSISRETIIDNGYEYDVKVGI +EYSNFPTKQYSNVILPAGEYKALKVVIGEGKGKNWWCVMFPPLCFVDEENGVIDKSTDEK +LQSVLDEEEYNLITTKNKEEGNVVKFKFKIVEVVKDMF +>MGYG000000001_02001 hypothetical protein +MDRCYKFIVSLLVFISIIVPSNKVLAEGDDLEDKSVPAVKTNSNEERKAVINLTSEEILL +LSKLVTSEARGESYEGQVAVAAVVINRVKDSRFPNSIEDVIYQKNAFSVVKNGTINMNPT +DEAYKAAQDALYGSDPTEKAVYFWNPKISTCKWIQTLNPHMRIGNHVFAK +>MGYG000000001_02002 D-alanine--D-alanine ligase +MTKLNVALIFGGKSGEHEVSLSSAASIYENINKDKYNVFTIGITKEGTWLYYDGNSENIK +NGKWVELANKNVEINLVPMGNKEVGLLFEDGSVQKIDVLFPVLHGPYGEDGTIQGLFEIS +QIPYVGCGVLASSTGMDKLICKTIYSEIGLPQVSYCSTNRWTFRKNQEEELNEIENKLNY +PIFVKPANLGSSVGISKATNREDLLAGINEALIYDSRIVLEQGIDAREIEVAVLGNEEVK +ASIAGEIKPAKDFYDYEDKYINGASTYDIPAKISEADMEKIRTMAIKAFKSLDGKGLSRV +DFFIDKNSGEIFINEINTLPGFTNISMYPKMWEATGLEYSNLIDKLIELALDTKK +>MGYG000000001_02003 Glutamate racemase +MDNRPIGVFDSGLGGLTVLKEIIKVLPNENIVYFGDTARVPYGPRSKEAIIKYTFQAINF +LMSKNVKAIVIACNTATARSLKEAQSQYNIPIIGVIEAGARTAAYSTKNKIVGVIGTEGT +ISSKSYNVEIEKLDKDIKIVSKACPLFVPITEEGWANTEVAYLTAKEYLKELLDQGIDSL +VLGCTHYPILKRTIGKVVGEEIKLVNPAKETAKDLYDILEKQDILRTVNKNNPIYEYYVS +DIPEKFASIGQQFLKRDMDDVKRIEIQKY +>MGYG000000001_02004 hypothetical protein +MDVKINISTIQYDEHSKVDTININTTGTLHKKNNDIYLMYKENHEGVEVTTSMKISGKEI +TIKRFGGSNSTMVFEKDKTHTTKYRTPYGLFNIETYTRYLSMTVDDSKPIKIDLDYDIKV +NDIFSGRNKIVINVEI +>MGYG000000001_02005 tRNA(Ile)-lysidine synthase +MIFEKVLSTINKHELIQKGDKIVVGLSGGPDSVCLLHILSRLKEELDLEIYAAHLNHQIR +GIEAQKDAFYISKLCEEMGITFFIKSINVPEYCEKNGVSIEEGARKLRYEMFYEIKNNTR +ANKIAIGHNLNDQAETILMRMMRGTGLQGLKGIEYIRDGVIIRPILNIERNDIEEYCKQN +KLNPRIDKTNLESIYTRNKIRLELIPYMKDNFNSNIIESIVRMGNSLRSDNDYIESEALI +KFKEVSNIKSDSVEINLKPYINLHNSMKVRILRNSIKHILGDTNFIDQRHIDDIIELEDE +SKIDKVINLPRGIYVYRKKNSIILTNKEIVIEEIEFCYNIPSNGFIKVKEIGTIIETQVV +SINKYKRSKSDKSCNWFDFNKIKGGIVVRNRRSGDKIKLSGGSKKIKDLFIDIKIPKEDR +CKVPVIADDQGILSVGNFRNSENYKIDEETKEVLKVSFKKL +>MGYG000000001_02006 ATP-dependent zinc metalloprotease FtsH +MNKLLKGAGFYLLIFIIIVGIVQFSGNPTEQVDKLEFSQVYQELTDENILSIHFISDTAV +EGVIKDTNKKFTSYIPKEVMGNKFADEVLDQAMDGKLVVGGEAKPSTPWFIDMLPTIIFI +FLMLILWFVFMNQSQGGGGKVMSFGKSKAKVHKDDEKTRVTFKDVAGLTEEKEDLQEVVD +FLKNPKRYIDLGARIPKGILMVGPPGTGKTYLSRAVAGEAGVPFFSISGSDFVEMFVGVG +ASRVRDLFEQAKKNAPAIIFIDEIDAVGRKRGAGLGGGHDEREQTLNQLLVEMDGFGVNQ +GIIIMAATNRPDILDPALLRPGRFDREIVVGAPDVKGREAIFKVHSKNKPLSEDVKPEVL +ARRTPGFTPADIENIMNEAAILTARKRDKKIHMETIEEAITKVMVGVAKKSRVISEKDRK +LTAYHEAGHAICMHVLNHVSPVHQVTIIPRGRAGGFTEPLPKEDQMYGTKLEMEETIVMA +LGGRVAEELVIEDISTGASNDLERVTSIARAMVTKYGMSSKLGPMVFGDSDDEVFLGNSF +ATKRNYSEEVASEIDKEVRRIVDKAYRECRHILQENMSKLDYVAKALLVYETLDSDQFIK +AFNEELSLDVDMNLDNKKVSSNDKEEALTEEVRTIDAEDMEKDNIVELKKDYKDKE +>MGYG000000001_02007 Bifunctional ligase/repressor BirA +MRKKIINIILDNNREFISGEEISKQLGISRSAVWKHIKSLKEEGYNIESINKKGYRLIEK +PKDLLSSQNIAHELNTEFIGSNILHFDTIDSTNTYAKKIASKEIDGTVVISEEQTLGRGR +LGRVWNSKAYEGIWMSIILKPNILPYKTPFLTIIAGASIANALNNLGVNVGIKWPNDIIL +NGKKLCGILTELSAEIERVNYIVLGIGMNVKNLSFPSEIENIATSLYKEGYNLSRVDIVR +EILCELEKKYLEFVKNENKDKIIDMYKQYSVVLGKNIYIVKNNERELVECIDINLDGNLI +VKKSNGTIEEVMSGEVSVRGENGYV +>MGYG000000001_02008 putative aminopeptidase +MDMYNNILDVKGLKVGQVQDEDGLTGCTVVICEEGAVCGVDVRGSAPGTRETDLLDPINM +IQKVHAVVLSGGSAFGLESTCGVSQYLEERNIGFDVGVAKVPIVVGAVLFDLAAGDPKCR +PDKKMGYKACEMASDTVLKQGNYGAGCGATVGKIKGPEYAMKGGIGSYSIKLDNGLVVSA +LIAVNAFGDVYEDGNVIAGVLDNTKTKVLNSYELMKQGVNKGGFSIDNTTIGIVATNAKL +DKAGCKKISQMAHDGYARAIFPIHTPHDGDTIFTMATGEIETDITLLGSIAAEVVEKSIV +NAIKNASDVKNILSYKNIPILQV +>MGYG000000001_02009 Pantothenic acid transporter PanT +MMNSQVATRKKVNVKRMTIISLLSAISIMLSMIPQVGYIQIGPVAITTMCIPVIIGGIME +GPIAGASIGFIFGVTSMFRALMGLAGPTGFVFMNPLVSVLPRILIGVVAYYSFKLSMKLI +KNTYVAGCISGALASIINTVGVLGMIYALYAAEYATALEQSPGAAKALLIGVATTNGIAE +ALGGALVVSAVVAVLKKSKK +>MGYG000000001_02010 Type III pantothenate kinase +MLLVFDVGNTNMVLGIYKDNELIKDWRINTDKEKTSDEYGILISSLFKYEDIEMSEIKDV +IISSVVPNVMHSLENFCIKYCNKQPLIVGPGIKTGLNIKYDNPKQVGADRIVNAVAGIEK +YGYPLILVDFGTATTFCAISERGEYLGGTIAPGIKISSEALFQRASKLPRVELLKPGTTI +CKSTVTAMQSGIIYGYVGLVDKIISMMKDELNCEGIKVVATGGLANLIASETDSIDNVDK +FLTLEGLKAIYEKNKE +>MGYG000000001_02011 putative tRNA-dihydrouridine synthase +MKIGNVELKNKVFLSPMAGVTDLPFRLICKEQNCGMLYTEMINGKALCYDDENTKKMLKI +EDEEHPVAVQIFGSDPEFMGRAAEIMNAYPNEILDINMGCPAPKVVKNGDGSALMRNPKL +AEEVLKSVVKNSTKPVTLKIRKGWDDNSVNAVEMAKIAEASGISALAIHGRTREQYYSGK +ADWDIITEIKNAINIPVIGNGDVFTVEDARNMLDKTGCDAIMIGRGAQGNPWIFKRINHY +METGEILPEPTLEEKINTAVKHLNLAVREHGEYVAVREMRKHIAWYLKGLKGSAKVRDEI +NKITSYEEVVSRLNEYMEDALTLV +>MGYG000000001_02012 Transcription elongation factor GreA +MEQKNEILLTQEGYDKLEEEVEFLKTVRRKEVAERIKVAISFGDLSENAEYDEAKNEQAQ +VEERIMKLENMIRKAVIIDESQIDVNVVTIGSIVKVNDVEFDEEVEYTIVGSAEADPYDG +KISNESPVGKALLGRTVGDEVDVQVPDGTAKFKILEIRR +>MGYG000000001_02013 Lysine--tRNA ligase +MNKDQQNGTVEDLSEVLQVRRDKLAKLQEMGRDPFHQSRYDRTSNSMAIKDNFDEMEGKI +VKIAGRIMSKRIQGKAGFIDLQDQEGRIQCYVRLDRIGEEEYSIFSTYDIGDIIGLEGEV +FKTKKEEISVKANNVVLLTKSLQILPEKYHGLKDQDLRYRQRYVDLIVNPEVKNAFLIRT +KALKALRSFLDERGFLEVETPILNTIAGGANARPFITHHNTLDIPMYLRIANELYLKRLI +VGGFDKVYEMGRMFRNEGMSVKHNPEYTAMELYQAYADYTDMMDITENLISHMAEVATGS +MVVNYQGTEIDFTPPWKRMTMEECVKQYAGVDFSTINTDEEALAIAKEKGIEITPGMRRG +EVINAFFEEFGEDKLIQPTFITHHPVEISPLAKRSVDDPRRTDRFEAFANGWELGNAFSE +LNDPIDQKGRFMDQLRKKELGDDEACDMDEDFINALEVGLPPTGGLGIGIDRTIMLLTNS +TTIRDVLLFPTMKPIESNKKSDEE +>MGYG000000001_02014 hypothetical protein +MFQIINWLCYICVSFLVLEIMVYLCKDVIKVSKSNKKGKTKNIGNTTFKNNKHIYNNKIA +K +>MGYG000000001_02015 hypothetical protein +MSQLSDFVRGFDFIDDNPMILFLIFGFVIFLALGGNNCCGFFEQNNSLIWIVLIIFVLFL +LNNNFDDDCGCC +>MGYG000000001_02016 hypothetical protein +MIIHKFIIHVLDKENDTPILNDYEGRVSPEVDKFFQKVMNRVAKDDDLRKAAFKNYNDNL +IKNCCEQIIYDEDTFLQNSKEIAAYLFEVMKINAEIESCDLAICLYTVKDEKYVGIVKLD +YKRLYTHSIELLDEKFNIQMVSNEIGIPETGRQKQAAIVGANGINDEYHLKVLDKDAEKE +GSESKFVSEFLHAEKIDDDKYKTKVFKNTAENWITNALSSDIKKAEDVRSMLNYTLKEKQ +EINVQDFIENNIKDEELKESFKEHMEDKGLEESFNIDKKWVEKKLKKRSIRTDNGFDIKG +NLSDFEDPMKYSVRQNENGSIDIVIKNVNFYEEK +>MGYG000000001_02017 Ribosomal large subunit pseudouridine synthase D +MFKKEGQKYNLISYMNEDDSTLKEVLLDKLNFSVRSLSKMKREKTVSVNGEFKKPSVKVV +KGDLIEVKIDEDIANFEPQDLNLDIIYDDFDIIMVNKPPFMVVHPTKSHYDKTVANGVTD +YIIKKDEKVKVRFVNRLDMNTSGLVIVAKNAYAHHVLSKDMSDDKVVKKYITVVKGIVKD +DEGTINKPIYRPTEDSIKRIVDEKGQPSVTHYKVLERLNDATVLEVKLETGRTHQIRVHM +NYIGHGIIGDELYGHVDESLIDRQALHAYSLEFMQPRTKECLEFKANIPEDMKKLIEKLR +>MGYG000000001_02018 Tetracycline resistance protein, class C +MDNKRIIKILFLNFLTMATFNIAHPVTPTLINVLGLPTYTFGVFYSSMAIAQFVMSPIWG +SISDAQGRRKILIVGMIGYGISQLGFGFSSNEIMILLFRVLAGGLSVGYITVSTAYISDV +STKEDRIKYLSYNTAANSIGASFGALVGGFVGMSGYKYAFFTQFLASMLIALLVAVFIKE +TITEKNDKYKVYLGHLKLNKSLIDLKSSIGVMMIVMVLITIATTAYSSTINYFLEYVANV +STSVNGIVMAVAGIIALFMNVVINPYLSKHFEERKTMVVALGITGVSIILFSLINNSYIA +LLFLAIFIASSAIVTPIQQSIVSKLAKDNYGEVMGIQGSFKALGMVSGSLISGFIFDYGN +KLPFIIGGISSLIAFGIALKIKLSNK +>MGYG000000001_02019 hypothetical protein +MNLGENLKKLRKEYNLSQEQLAEKLNISRQAISKWESGKAYLDIDNLILLRDIFNTTIDD +LVLREDKVYDNKIEVNYSNTDEINYCKENNTEKDDLSVDLMIGCTIIGMILGTITGNYMW +SMAGFIGLGLGFIIEPIGKYLKSSVKK +>MGYG000000001_02020 hypothetical protein +MAMFSIFGFINLAIMLGVFGLGIYTMILLIKALKIYISKNS +>MGYG000000001_02021 hypothetical protein +MGIGSLSLILSIIGVFLCITFKCGVCYGDILFNNIGLKTWSDGNQGLHYTVFYILIFLVQ +ALVIGRKYINDFGARTGKNISIFSIILLIICTFFSVRI +>MGYG000000001_02022 hypothetical protein +MFNLIKKDIIATITSNKKFLLEYLFILLFMYTILNQISYSTANIILSYLILMNTFRCDNE +NNSGDFILSMPTNKEKVVYSKYVMSFVLIIITTIMNSIITTLLGGIFYRGPVLNDVLMSN +IVFLIIVSIVLPIILKFGYQKSKFYVVGILLIFASFVFTILNILSMLVWNNSHEETILGI +ISTGPSIGLLNDLFEYIIENLNTTYINLFTISFVSILIFLLSMYVSLRIVGNKKIVNKNT +FIRISLSILVLFLVYIYGNKVSYGKMVYVEDYEKYNAMEVEMNVDGYREIKEGTLVKIKI +INRSKFTYRIEDAKLEFGNELVFEDGSSTYVKYVTLNPYEGDLNNNRLIHEGIEPFGEGY +ITFLHPKGLKLDGDFFDLNNVEVNIEEQFTVNIPLLNSFTTVGRSAISYAIDYMNIDSNK +>MGYG000000001_02023 hypothetical protein +MNKFMKISISIIAVMVAFIGVNKLVFKDRITIEDYKITNPMYTHLRIDSYEKVDEGTIIK +MKLKNASNYTYRLEDASITFWSCERDENGESTNLRKAVILNMIPKNHFDGEHDLTWDGLG +PKEEGFIEFLLPKAMYMNEEFFDLDYTMYEYSGKFTKSLPIGEGSYTIVGSEEIDDFMQR +LDSNIGEILKGE +>MGYG000000001_02024 hypothetical protein +MFDLIKKDIIVTLRSDKQLLLRYIATLFVFHIILNPFSYYSANVFFSFIILTNTFSYDKE +NNTNRFMMSMPINKEDVVYSRYILSLGIIIITTTINNIVYEIMGGKLYRGPVLNGVLISL +ILFLLIVSIMLPVFFKFKYSKWSIGFGYIIIFVIYIQVSVFLMLVGDSTINTDDGILNLY +SLSFGAIIVFLLSMLLSLWIVNHDRGDKRYE +>MGYG000000001_02025 Vitamin B12 import ATP-binding protein BtuD +MLKIENLNKGLGSFKLKNINIELPEGYIMGLIGPNGSGKTTLIKLIMDLVDYDSGDIKIF +GKSMKDSPEEIKNKIGFVYDSLNFYPHVTIRDFKNISKYFYKDFNKAKFDEYLTKFDINE +KLKIKNLSKGQSAKLMLANALSHNAKLLILDEPTAGLDPVVRKEVLMYLQEFIEEEDTSV +LICTHNTEELDRIADYITFINNGEVVFSKDKESLREEYRVIRGSKEDIQVLDKIIGINYQ +KYYSEALIKIEDEDDYKRMIQNIAQENIKIPNIEDFMYYYTMIL +>MGYG000000001_02026 HTH-type transcriptional repressor YtrA +MKIIISNSSDTTIYGQIVNQIKESIISNELKPGDLLPSIRALAKDLNISVITTKRAYEEL +QKQGFIDIVPGKGTFVAGFNKEIIFEEKMKEIEDKIEEIIEISKIIEISKEEIIEIFNCL +YEG +>MGYG000000001_02027 NAD kinase 1 +MKRIITINSNQVNKSIKTRDLLREKLIDAGFNVCYDFHPNTELIISIGGDGSFLKTVHDF +DFPEVPIVGINTGHLGFFPEISPDEIDKFIEAYLNNDYIVEEVPVIQASVCTNKSCCDVF +AINEVVVKGDKSRTIHLNLKVNDRHIQNFSGDGMIVSTPTGSTAYNYAAGGSIVDTSIEL +MQLTPLYPINTNAYRCFTSSIIFSIDSIIKIAPEYRFEDSILIVVDGVEHRFRQISDIQI +FSSDMKISLLRMANYEFWSRVSEKFL +>MGYG000000001_02028 Phosphodiesterase YfcE +MKIGVMSDTHGSLEYFEKAIKTLSDCDVLLHGGDILYHGPRNDLPKDYNPKAVIEKINNL +DNILITKGNCEADVDQMVIKHPIQSPYVMSQFGEIRILLTHGYTDSKEDTIEKAKSMGAD +ILILGHTHVKELFFDESLIVLNPGSTSIPKDGTHSVATIEIIESDTEDELDLDFNFINLN +TGEIIEL +>MGYG000000001_02029 Peptidase T +MKEKITERFLKYVKFDTTADPNNFACPSTEGQRVFANYLVEELKKLGLEDANVGENSYVM +ATLKGNTEGVDTIGFISHLDTAPDITGKDVKPRVIKNYNGEDIILNEELNVITYIKDYPE +LSELKGHDIIVTDGTTLLGADDKAGITAIMTAVEYLSNHPEVKHGDIKIGFTPDEEIGRG +ADLFNVEKFGAKYAYTIDGGVEGELEYENFNAAGATIKIQGRNVHPGSAKNKMINALHIA +CEIADSFPANERPETTEHYKGFYHLNDMNGSVEEAMMIYIIRDHDRDKFESRKAYMTEVI +EKLNEKYDNRISLDLKDQYYNMKEKVEPVMFIVDIAKKSMEEVGITPNIIPIRGGTDGSR +LSYEGLPCPNIFTGGINFHSKNECVSIDSMEKCSKLIIKIAENYTKR +>MGYG000000001_02030 Sodium-lithium/proton antiporter +MAVLNKEFLKKLKNNAVFFIIYSLCFIFIYKTFPYIAPFFIGLVIALIINPISQKLKDKL +HINKGISTLILSFLGVAIAITIATILIISGTRQIITFLNHIDTNYSDINNIIEILLNQAS +QYLENFKEISSFNVEEVIGKYSADLIEISKSFLSNIINFATSIPYIIILIITLFISTYFI +AQDLDKIEDGFYSMFTDSAKSKVKNIKKEVRISILGYIKAYVILMSITFLVIWGSFELFG +VSYGFILGIIGGLLDLVPFLGIVVIFVPIIVYNLIIENYFVSISISIVFLGLSVVRQILE +PKLVSAHIGLNPLSTVIAIFIGVQVKGIIGIIFCLGLVAMHDILKKVEIL +>MGYG000000001_02031 hypothetical protein +MDSTSSSNLIQIVLLGILLVGSGFFSASETALMSLSKIRIRYMKEEGVKGAKLVGSLIDN +PNNLLTSILVGNNVVNIAATSISTSLFMSLYGESGVPIATAVMTILVLIFGEITPKTIAA +NNTEKVALIVSKPIKATIVFLKPVVWVFNIITWVIFKVLGVQDKGIQPYITEEELKTMVN +VSHEEGVLEIEEREIINNVFQFGDMQAKEAMIQRLDIVAINSEDTYEEIMDLFKNEKLSR +LPVYEESIDNIIGILNIKDVVFLEDEEIENFNIKEYVREAFFTYEFKKITQLLEEMKKEK +CQMAIVVDEYGATAGLITVEDLVEVIVGDIDDEYDEEDDEIQVIKEDEYIVEGSTKITDV +NEMIGTKLESEEFDSIGGFIIGHLGRIPEENEVVEVDNIRLCIESLDKNRIMKIRIFT +>MGYG000000001_02032 Nitrite reductase [NAD(P)H] +MKDLLDKGAVLQRDKETYAIAPHVPAGLITSNQLRKLADVADKYNVSAIKITAAQRIALV +GLKEEDIDSVWNDLGMKPGAAIGLCVRSIKTCPGTTFCKRGFRDSVKMGLALDDRYHGMN +LPNKLKIGVSGCPNSCSDNHTRDIGLMGMPKGWTIFAGGKGGTMPRLGNRLIMNVPDDKV +LEMVDKIVKVYAENASGKERLGAYIDRIGLDEFKSILNLDSFLQ +>MGYG000000001_02033 hypothetical protein +MRPIKLTVSGLNSYIDEQTIEFDKLIERGLFGIFGNTGSGKSTILDAITIAMYGNISRNT +KEFINSACKEAVVNYEFEIGSKNAKRRYEVSRIIGRSKVGGTKTTYARLIEKQNDGTEII +LADKAKDVNDKITQVVGLTANDFTRSVVLPQGKFNEFLKLTGSDRRDMLERIFNLEKYGR +GLIEKVRKRKNEQNLELRDLNVKMNQFEGVSVEVYENTSKELDVLKLREKEEHEKLDLAQ +KKYEESKEVFEEQTKLEKYEIRKKELDLKQNDIKDKKVQLENAENAERVNPNIYVVQELE +KKIQDDSLKVEELERNLGILNQELILTKNRYEEAYKIKDEKMPRLMEHKEKLNNALKIEE +ELNIINEEIKEMKERGIQLSKEKKTSEIYRKDIESNRDVIIKNLKDKEEKLVKLKISADL +KQKIFLAYDYEKEYMKLSEEKSQNLDKLNNLSKETEELSLKSKYIERDRVSITSKLEDLI +SSHESLMKKCPGSNEEILSKTEYIAELRSKSNSVKESEIKISTLQDEVSVILEKKYNNSR +EMAVLSEKLEVNKKEISDLEKEIDKLKYLNLALELRRELKEDMPCPVCGSRHHEKIEILS +KDDEIDFLKGKLEKLNGVDKLYRLNLEDLNLKNGEYISAEKIKLKELNELHSKIGELKSN +EILSKLESENRVLELLKNSVQKWNDEKESLEQKISKLKEDKSKIEKDEIKILEELNSYKK +SIKEMKLYLEEIDIKYKKLKDEYLGLKSIVKVSNLSAKVDEINHNEKIIEDLNREYSEII +AIKEKSDLEIKALDDKIHKIELELIKARELYSEKCRFRDEKYRDFISITKGESAKELLSK +LEAYAEKITRLEDELKHKLEGQRIEYEKCLGDKKSIEGRLNTAKDHHKIQEQTLNQLLND +NKFESIYAVKRALLEYDHKKRLAEEILEYEEEQKLLTYKIDDLKQKLAGRRIKKEEFDEL +KNNIYVLRVEIGEISKEIGAKQNILNSLKDSLEKIKELTKDMRKVQHKVDLLDDLDKTIQ +GNRFVEYVATNQLKYIALEASKRLEAITKGRYALEIDQKLNFVMRDNFNGGERRSVDTLS +GGETFLTSLSLALALSSQIQLKGSAPLEFFFLDEGFGSLDAELLDIVMESLERLHSDKLS +VGIISHVEELKNRVPIKLLVTSSEAGSGSKVKIEYS +>MGYG000000001_02034 Nuclease SbcCD subunit D +MKFIHTSDWHLGKSLDGHSRLEEQEQFCDDFVKLVNDNDIDMIIIAGDIYDTSNPPAQAE +KLFYKTVSRLANNGERCVLIISGNHDNPERLAAITPLAHEQGIIVLGYPLSSTEKAKYEG +FEILEAKEGCLKVEIKGEKATIITLPYPSEKRLNEAIGNPSNDEEAQKTYSERVGELFRE +LEENFEEDTINIAVSHIFVVGGEGTDSERPIQLGGSLLVEKKDLPTKAQYIALGHLHKPQ +KASHRLNAYYSGSPLQYSKDERSYAKGANIVDLKAGESPIIQSIYFKNYKSIEVFKCNGI +EEAIKICEDNRDRNIWSYFEIKTEHVISQSEIKKMKELLDDIIEIRPIITSEYNEEEIDI +NEKSMGELFKEFYQFSTGLDPRGELMDLFLDIISEEGDLEDETN +>MGYG000000001_02035 ATP-dependent helicase/nuclease subunit A +MSSPKWTVEQQSVIDSRNSNLLVAAAAGSGKTAVLVERIIQMITEKENPIDIDKLLVVTF +TNAAASEMRERVGDAIGKALDKNPENTHLQNQLILLNKASITTIHSFCLEVIKSNFHKIN +LDPNFRIGDTTECTILKSEALEDVFEELYKSKDQGFLNLVESYAEKRGDNELQNIILSIY +SFAMASPYPEEWLIKSAEDFNIDEDFKFKNSAWAKSILDTVRIEVSGIEVSMKKALEEVE +DIIELETFTDKLKLEYLRVKDLLNACSTSWDEAYRAMSSMCFENYVKGVKRIPKDAPIYI +KEAKDKAKSIRDKAKKSLEDIIQSSFYKDSDSIKEEIKYLYPIVKSISSTIVKFEEEYSK +RKREKGIIDFNDIEHFALRILTERDEDGKILTDEHGNSIPSDVALAYRDKFYEIFIDEYQ +DSNLVQEVLLSTIAKIETPNRFMVGDVKQSIYRFRQAKPEIFQEKYETYGITEGSLYRKI +MLYKNFRSRAEVLDSANYIFENIMSKNIGEIEYTEKERLNLGATFKENDNENAIVGGPTE +IHIIQKSKVEDLEENSEERQDEEEIDNIQLEARMVGKIIKDLMTPKEDGKVQMVYDKKLD +AYREVKFKDIVILLRATSAWAPVFADELMNMDIPTYADIGVGYFDTIEIKTIMSLLQIID +NPLQDIPLLAVLKSPMFGFTPEELIDIRLEDKEKSFYEALEDFAYERVLEVSVDGFEDED +NNEVSIELRQAYSELEDIDSIRDISEFSFFSDFNEFGQINIEPENQDINYTDSSKGMDVN +KIIDTSIMPEDSNIRKAQIFLAKLRDFKEKSLYMSTDEFLWYLYTKTGYYAYVGALPGGS +QRQANLKILFERAKQFEETSFKGIFNFINFISKLKKSNTDMGSAKTLGENADVVRIMSIH +KSKGLEFPVVICSGMGKNFNTQDFKKNILYHHSLGYGPQLVDFERRISFPSIAKEALKNK +INIENLSEEMRVLYVAFTRPKEKLIITGSTKKIEDSVKKWSSNLDGSKTISQYDILKGKN +FLDWIMPSVLKHRDLENVRESINVNVTHIEDHPSKWNAKLWNKEDILLETKGEVVEDSIE +EILENIDLNEASTDYYEDIKEKLNYEYPYKFSVTKPASISVTEIKKIQNTHEEDFSQSLF +NQRTVLKKPLFIQETQEKSKISGAERGTIVHLIMQVLDLDKVNNIYEIKEQIEGFIKKGI +ISEKQSVVINPFKIYKFFKSSIGQRMLNSDFIKREQAIYTQVRMADVYIYEDLLHEDNNV +YDKETLMLRGIIDAYFEENGEIVLVDYKTDFVNEENKVDVVNKYKKQLELYSEALERLTG +KNVKEKCIYLFGIDEALYY +>MGYG000000001_02036 ATP-dependent helicase/deoxyribonuclease subunit B +MGLKFILGRGGSGKSTYILEEIKKKAQENEITPIIMLVPEQYTFEMERRMSNLFSGSEKD +KFLRTRVLSFKTMSNIVFSHVGGLTNVNVNASGKAMITSNAIESVAKELNIFSKSATQPG +FITSVSEMIAEFKQYNVTPEMLEHISSDVENETLGLKLKDISKIYEAFENKLHEKYVDSQ +DMLNLLADKIEACSYFDGCYIYIDEFTGFTPNQYRVLRSILHKAKEVNMSLTVDSVANFS +YNKTDSFSRTKFTYERLSRLALEEGVKIDKPINLNNGTIQRFKGNKELHHLERYYSAYPY +KVYEEETKNIHIKEFNNSYSEVEEIAREIVHLVRDKKVRYKDITIATRDLNRYDFLVHSI +FNEYNIPNFIDKKREAKSNPIIVLIISALEMKNRRYSYETMFRYLKSGLIGIDNDDISLL +ENYVLANGIRGKKWFEEKWNYRINGNYNIEESDYEISLKERINEIKSRVISPIIKLQNKL +VGKKTVQELCQYVYEFLLDIDMPNTIEKLIFNFKDKGELDIANQYSQVWDIVVDILDQMV +EIMGDEKKSLEEFIRLISLGFDEYELGLVPPSIDQVLVSSVDRMKNSNTKYLYLIGTTDG +IFPLIAKDNGLLSDNDRESLGEKGVEVDIDSKTKTFEEQFLVYKALTSTSENLIVTYPIS +DHEGKTLRPSVIVSRLKKIFPNISNISYLIDEEDMTNEEILRKITVKAPTFNNLINAIKD +FEDRKEIKDIWLDVYRYFIQDNEYSYISKKVISGLNYTNQVSKVEEEKIKKLYQNSLLSV +SRVEKYAQCPFAYFIQYGLKAKERKEYSFTAPDLGNFIHNILENFSKSLSKDNLQWKDVD +IKYIQDKVSILVDEIVDKIPGYILNSSERYKYLAFRLKNMLVAALNVIAEQIKQGSFEPI +DYEVEFGFNGKYPPIKLVLDNGDEINLIGKIDRVDEFEENEDKYIRIVDYKSGNKSISLS +DVYYGLQLQLLVYLDAILESANRGDGNLNPAAILYCRIDNPIAKFNEDKDDEEVREAILK +DMRMKGLIIKDAHIIKEMDKSLADGERKSSLVIPANLTKDGGIGKNTNGVSYEEFDVLRN +YVKSTVKNLCGEMVSGNINIDPYKNKNGTSCDFCSYSAICQFDTTMKENKYRILNNKDND +EVIKLMKGEIK +>MGYG000000001_02037 hypothetical protein +MNNNLKHFRYSQNSINTYKSCPIKFKYKYIDNINWKYDDFTSEEYYQSLKLGREFHLLCE +RYFSNIPLGKIENEKFNKWMERIKKIIPVVNEKEYISEYEVRCILNGNEIQAKYDLVVIG +KNTIDIWDWKTESKQIIYKNVEARMQTMVYLVLAKEVIPKLLNIDVKTEDIRMNYYQPEF +DEEPITITYSDEKHENYKKKINEYIDLIKRTRYEGSDGDINIEKNEKHCSYCEFNKLCNN +>MGYG000000001_02038 ATP-dependent DNA helicase PcrA +MSKINYREDQIPIINYTSGTMAVPAVPGAGKTFIVTNLVAKLLEENLNDKGKILILTYMN +SAVNNFKGRIKKILEDKNIKENSSYEVMTIHSLAVKIIKEKPEIIMLNEEFNIADDLQKS +IILTECINKYRINGGERIFNFFLKEQKSERWRDISLENWDRGFYDLIGKAISELKYKDIT +PDKLEDNISSDYKGMLRIVLPIYKEYDRKLKQQGMLDYDDILVLGYKALTIDEDLKSKFQ +NKYKYIFEDECQDSNEIQGKIIKLICEKNNNLVRVGDINQSITGTFSSADPKYFKEFIEN +ADYCYRMDMSNRSSKDILDLANELVVYVTKDFDQIECREALEDMKVRTVPKNKGYKENPE +PSTYNINAIKYETWKDEISKTIRFTKNIKKKYPDKSIGILVPFNDHVIQVGRELEKEGLE +FEELGPNSSNKRKTLNSIAYIIDFILSCDDINKLITVLDKVFIHTDNNQGKKDFIEMLKN +YTTEELIYNKDIQNNLIIDLDSDVYKGFKYGVNAIKEILEYPIVRLDTFILFIGEKLKLE +NEDSAIVHYVSFYVKFLVSENMYMKLQDVYDIIVDTKNKVFSHIIEVVYEINGYEPTPGS +ITLCNYHKSKGLEWDCVFLLGLTDFNFPDNINQKFQCDKWYLKEKYKNPEAIIKKEIDSI +VYGYNGINYEYQTKIDVINEKIRLLYVGITRAKEMLIMSFSDYKDENDVGNIKKKQNPCI +YLLRLSQHINQKRGK +>MGYG000000001_02039 hypothetical protein +MKLLYNVKSQNEKNKKVLDTYLKLIKLNNNRSKNIILLVQNNINKLIYEREISLEYSEEL +KITTYISFVKKELIKYWPIIVEKEEKIKSNTIAPIFISNSLSDYIISTDVKIKRNSHGYF +DDITSTNKGIVNSINTNINKAALSLIEFETIGERLYLSKKNKDRLLKFSYSQMTEIITHY +VDSLISRSMLDSPLCIYLYNKYLLSDETYINNLKKDIDYIIVDSLESCSNAEVDFIDVIS +SFAKESYVCFNKTRDYSSFNNIDMEYIDEKIIKKFTLVERNNAEDLYNNIDISDLYLQKY +DIELNQSSQLYSEMIEEVINKVIELVNKGVAPKDIVIISPINNTILDYQVKNVLERYNIG +VVNTKIDNKIVDYPFANALVVATCIFYDYEDLIKEEEFISFIETVLNVNRIQAFKIYRNK +DSNEEYKELIEYIHRYKLESIKIYEFLMRFYVDKMLILKNGKSNIRICRKIIQESEVFTE +NINLLSLDENKSKEKIFIEVLKSTIKDYYVAKEIQDLKESNKIIISTPYSYISSSLNRSI +QLWIDIGSNTWNMKIEKDISNVIVLRKSYEETRIYTDEMEERFKKYYLYNMIYCLLENAE +KVYAYKSDYTVNGYMQESILYSLLLKLLDKGGKSYE +>MGYG000000001_02040 hypothetical protein +MYEVQMKYLDRYDDISPVMFTCEKYNIDDNGYKFENIQMENFVLSDLEVNKEDIALMKIK +>MGYG000000001_02041 hypothetical protein +MEKIFHTGEKIFFITLIICIVSSVYFTIVPLNYITLSIGFIFLVGYFGVNFYIGITNDLN +IREAIVVGLIGCGMGLFLLFFALYTDLILGNSQSALWLITPYFMPTMSLVRIFFEDITIA +YPIVLMIINISLVLLGSITKKIMNKFKV +>MGYG000000001_02046 hypothetical protein +MAKFNQLKDLYEDGYRCIYYDSTANSHTIYLKNFDTEGSEVIELEDDNDFSEFKDYIGDL +RMS +>MGYG000000001_02047 hypothetical protein +MKSDISIKLSKLKEITTYHYKVILYLDGVGEATQTQMSKEFETTKQRVNKVCKELASMDI +IQVKRTEGRNVFWTLNPKPEFQIIGQLKLEDI +>MGYG000000001_02048 Hydroxylamine reductase +MENNMAMEYPMFCYQCEQTAGGKGCTKLGVCGKTPEVANLQDLLIYQIKGISCYAKEIVE +KGENVDKDIVSFIENSLFTTLTNVNFDADVHVKMLRESQKIKEALRKKVGKIKNDTEHAT +YDLSETKAEMLKDSKKAGIMYDQELDPDIRSLRQTIVYGLKGISAYGHQARELGYYDDQV +DNFYIRALEATTDDSLSVEDLIRWTMRTGDMSIAVMAKLDEANTKTYENPSPQKVNVHIK +KGPFIIVSGHDLWDLQMLLEQTEGKGINVYTHGEMLPCHGYPELKKYPHLVGNFGGAWQD +QQKEFDNLPGCVLMTTNCLMRPRESYKDRIFTTSVVGWDGVQYIGVGPDGKKDFTPIIEK +ALELGGYEEDQEPHEILVGFGHHATLSHAEEIVNAVKDGKIRHFFLIGGCDGARPGRNYY +TEFAKKVPDDCVILTLACGKYRFNKLDFGEVAGLPRLLDVGQCNDVYSAVKIATALADAF +ETDVNGLPLSLIVSWYEQKAVADLLALLSLGVKRIYLGPTLPAFISPNVLQYLIDTFDLR +PISTPEDDIKTCLQQCIQ +>MGYG000000001_02049 hypothetical protein +MKVININKIDTNREFLCENEKYKTIFFKFDEGKGLPNHTHNGYASIQVIDGIVDMKFENG +ETFELKCGDFLPFDARIEHNVIARVTSKVLVTIIK +>MGYG000000001_02050 hypothetical protein +MTTNYLMKPRDPYKDRIVTVVVVGEWSKFVLNQCDFLLLDVRVEHNIIAKETSKMLVIIS +QPLS +>MGYG000000001_02051 hypothetical protein +MKAFVDRGICIGCEACAGTCPEVFSMDSEGISVPIKEDIPDDLLESAQDARDGCPVSCIS +IE +>MGYG000000001_02052 hypothetical protein +MKTDKYIVPNGFIDKKTLFEMFEIDSKQFVVKRIIEGFNITTAKLGHRFIYKLDDVERAV +KEIKDFCSQYYSCTQVVQDFNLTIRTLNFRNIYGVPMPKHYRGLLGKTCITSARSLFKKS +DIDAIVESLANNEKRYTDVLTESLGNDASEYPIKFFDGEEYVDPTTATLMLNFSFHGNKP +SRTISDISMAGFIKRVKGHRYVYYRVKDIKNLIEEREKYFQEHIPIGPVLVDYFSLKGLN +FENYKRKLHRYDPPLQFKGCVGLYGSAYSRHGVCKKTDVDKLLKDILKRKSKTITTEQVG +STNFETFLIRLESLSAWNKGFEKKSSYTKQKVLDYIEHKLNSMKSKNKKVADKKIKEMID +LIISVRNLLSRYSIEEIYLLSSSQINLFIRSLNETQGKGLYLFLKSVNSDLKKLGLNNKL +KFNFDKIINPSNKKSEDDLVGEWENEPKDLYNFETYSKVFNYLIDIDTHIPKIVDEFKNK +NTIIHASVWLYAMLHLNNAWRNGDCTTFPELVINDLLDEYNIEKIDWFTDNKLTLPQSRA +IIFRVRQWEMRISKTQINGAFFCSDELAPAFATAVIILHLYKYSHNIVSEYKEDSVIMDF +GNMYNEATETNLKNFFKPAKIENFIFKSRKFNKSIMTYIYFLANLKGDDKALIYCAEVRK +HLNIYSATNYVDFDISKVESLSKQLFSRGEFGYIPALLAEKVLGEGNTGTFEEMTNKVME +INAVFTDIQKINSTAKFLNIIRSERQNVVDMISEKSFGECQEIFTNLCTMDLPSKNGSDI +QCLFGKQRCQMPNLDDKDGCSCFDCPYHIPTIYALTRLCNNLIDNYKSYLGLPGNVKLKD +YKKYLLQNPETKSNLSKVSKMQTGLKIERRKVLLREAIQKLGPEYVYRCLDIDRESFIEL +SNIVRIDFYETHPELL +>MGYG000000001_02053 hypothetical protein +MNTNPINESIKLNLNNSMTYKVKEITIRDFSKYKDKERKEIIIVKQYNDSDAWIPSKLTS +YLKKMCNDMSNNSKIKEGRVITIFLNYINHEISLGYNSVFDTLKEKGLYGLNFYHLSEFI +SSLQDINSYKTVKEKENILLKFYDFLYRLGITSEDAKVERVPVPVKNQNRNQVIWQIVNP +FKGNPNFEVHYPDTDARLRREILKDMDEDLWEAFIDYAIDKHRNIALGVVFQIFGGIRQG +EVVNLTLEAVELNEIKNHITLSIQDRQSELFERGVDTRYSQVKKVRENQPVFNFNGKLFK +IWSEHLDYLNTLKKRHHKSALFIDSHGYPMTGQVYQKEFHKLKWNFIKFIEQEKPSVADE +LKVKSWGSHIGRHIFTNYLIKKGYLKNIMGYSDPKLLMILRGDSSVKSSEVYLDLKSVTE +SVANEIDIISKIATSMTD +>MGYG000000001_02054 hypothetical protein +MKMKSDNKLEKISYTPDRVFIDNSNIIGKEVPQKLDKSWYIALAKERLESFVSEYKFTLF +DYLNLI +>MGYG000000001_02055 hypothetical protein +MINDNKYVVQSLELHLFFGRIMKEHSLFLEAGFTCKDSKYAEIADHYKREFEKLLSCSLS +VSNCMIRPHVLSSGEIFTEYTLNAEHKTQCLTGIEINKDITIMESKLQAGYSTNISCEIV +NYVQKLNSNAIRLIEGLINFKKKVLCEMLNCNLFTTNYPLLIEHITREATLYKSYVVALE +NGQDIDCDNVRDAELFWDQIMMEHALFIRGLLDPSENDLVNTSNDFANDFANLIEKAKRM +TDATISNVTDETLNKTIELKEFKTAGTKGSIDCQIKSIFLPLLADHVLRESSHYIRLLKG +YKGMI +>MGYG000000001_02056 Lipid A export ATP-binding/permease protein MsbA +MNKGEISVGTAIIIIQLSTHIVGPVKTSISLINQIKSVSLIVDKIDEILCDSSEEIEDLS +LEKFGKNIEIKNLNFSYSDERQALNNINLTFEKNKKYAIVGESGSGKSTLTKLLMRYYKN +YNGEILIDNKNLQKILSHDLYKNISMIQQNVFMFDDSIKENIKLYADYSDDEILEVCGRS +GLSNLISILPNGINSLVGENGNKLSGGEKQRIAIARSLINDTKILILDESTSALDNETAY +NLETSLLSINDLTLVVVTHKLIKNILLSYDEIIVMKDGMIIEKGSFNDLIELKGYFYSLY +YLQNEKI +>MGYG000000001_02057 hypothetical protein +MLNPFITSNPENKSLVTEVIFSKLLEKLFLSTTNFFESALGITKPNVPNIDINITIVGLI +ENKNIIEIVKDIKDEITWKILFSRLS +>MGYG000000001_02058 hypothetical protein +MKKFWKYIFKYKLLFFDRIVTISLAALSVIAFDFIMGFIVDIFANGETHKFVPIILTSIA +LIIILFITEYIDGYVMSSYIKNTVNYLRTDIFSKIINKDIKDFALDNSGKYISILYNDLK +II +>MGYG000000001_02059 hypothetical protein +MGFKLPRYNHPNFSEEIFVSAPNAEYKLVEKDKVAPDNYHAMSIFPEYFKINGEWILAEE +TRMDCVPRINSEGKIEIVEFRALRVGDKVIVGRTEDASEGIYLHASGFEKEVQDNDVFAF +RGGRSRETSQTMDYDKLYELLKHEKENGYVVWVMGPAAVFSEGARNSLTKLINSGYVDAF +LGGNAVATHDLEAGIYHTALGQDIYTQESIRNGHYCHLDLLNKARKYGSVEKLIEEENIT +SGLIQSCYKNNVPVVLGGSIRDDGPLPIVIGDVYEAQDEMRKHIRKATTVICMATQLHTI +ATGNMTPSFRVVDGEIRPLYFYTIDTSEFAVNKLRDRGSLEVITMISNAQDFLQRLADNL +E +>MGYG000000001_02060 hypothetical protein +MQSRNSSNYKGIDVSHWLGNIDYKSVLESGVDIVYIKASEGKSYIDPMLHTNYINAKSQG +LLIGFYHFLEQVVNQMQLQKLIIL +>MGYG000000001_02061 hypothetical protein +MLLYTHILLCIKGNFNKKINIYPLWIAHYGVSTPDNNGIWDNWIGFQYSESGSVRGIPGK +VDLDEFTSGILLKDNDSFNEKSININNKIL +>MGYG000000001_02062 hypothetical protein +MAIITDDYIKIRNAMANGARTIEDIENMTNITVEDDNHAQEIQAILENACRCKNVSVEEV +AKAVKNGADTVEKVSEATTAGTGCGRCKGLINNIIDNQR +>MGYG000000001_02063 HPr-like protein Crh +MLKRNIKVGNKSGLHARMITSFVKKVSRYKSQIFISKGSAKINAKSIMGLCSIGISEGDM +LEIEVSGVDEEVAMAEIIKYVKEIGKNR +>MGYG000000001_02064 Cytosine permease +MLAFDAIGAMATGHADISEVMFAQGLIITAIIILGLNIWTTNDNALYGSGLGFANITKQP +KSRMVIINGVVGTLLAIFLYNNFMAWLNMLNSFIPVTGAVIIADYFIINKRKYADFKTVR +FKTVNINAVIAWLAGVVGAYTIPGITPVNSVATAIVTYVVLTKLSSKKGQELEDKIAA +>MGYG000000001_02065 Cytosine deaminase +MGHKVTASHTTAMHSYNVAYTYKLFRLLKMSGINFIANSLVNIHLQGRFDTYPKRRGITR +VKEMVEAGINVCFGHDDIVDPWNPMGTGNMLQVLHMGLHVCQMMGYSQINESIDLITNNS +ARTLNIQDKYGIKVGKPGNMIILPAENGYDAIRRQVPVYYSIREGRVIAHTTLSETTIDF +GEKEVVDFKK +>MGYG000000001_02066 hypothetical protein +MKDIDLINKIYKISDKHNVILKGHIIISRNTNVILFAHYCKSTLFYKDFFNVSKDVLNVN +KMANKNLKEAKKIIKNAGYKKVWAKGIFSVYGDLRPLAVEANFGKWGNNGIIVNDKYGSD +FLISAIFYK +>MGYG000000001_02067 hypothetical protein +MALTLNIDKYISNLNNIIKDGKINRFFNYNINLKKHRRI +>MGYG000000001_02068 hypothetical protein +MGRQQSSDIIICPFKVNKILDNTVTINKLSSNLPIKFNILNECVLPCNTRIEILETKLDY +DICKIKKEILINGHKLENESSSIESSFCISEKYINIIEESCDDLLLNITESLNLEFQISV +KIKAVAHIDKNKKMCIEALGTTTDSIQTILVSNICVPNHKCNMRKAFITLENDIKICADP +EYVFLSPIYNYHCDMDAFLGNVFLNYCISLNLLSLLPANISLLKTSLENKNKCNHTNLNN +IYF +>MGYG000000001_02069 hypothetical protein +MSFDCINPNTVENCGKYRKQYAGNLEYVTEGLLDILNKNILKDELKDTPFNLLDDKCECK +DFPSSDDRDARVFDCALWTQIKNKLIILSSDPNDKDGLLFVLDQTIKCILAKTPNINHAL +AVQLERFLCLVESLSTRIDSVCCNDKCPEIIGDLLCLLLQILTELISAVSKLAVLTYYAR +CDVNPSTGNKVIVSLFECLLCDFINDLCELERLIPELSAIVVGFATCDMQMCTPCYTTPS +TPRKVRPICPPYMMHNNGGFNKPHHCGSCGCKK +>MGYG000000001_02070 hypothetical protein +MNSNHNLEVIYEILNDIKFNLFCKDDCFNKEEVIVKSLIDELLEENFCKEKEDNCDKSKC +INLITLLIKTISKIEECTCCKKNYGYLLQIDRFECILDNLKGLFCQLRCLKIKECDLVSK +VLCILFKIIKLIADIISKINNIECLCKSKLHCECELLECMICDLAEEVEELEKQVSELAC +LVLEIASKNIINCTTSRMCIYKKRDYLKDYCDHYYIKNNSNCQSK +>MGYG000000001_02071 hypothetical protein +MNNYDGYSSEYESCGGCSCGSNPGCDYQTCSPDYNPVTVNNSTCPNVEGSTSQGGSASGN +TSNNTSSVSVNMCCCKNDSSKDCCVDGVKKLLNFIQDKSLEATITSSQVYLYGDLVTEQD +KLFTPNPANTPLLSLINSTQIQNASICNEIIKLSNTIVSLCTVSLVAFSFEPKNQNAYIK +KKFKFIKKCSCSCECNEAIAEALCFSGFGGTYTVRLKDTLKISTNGTLSGPATLTNLFLV +AVDNNIAIFSNALTPTLYYGIPTCKIASFIKS +>MGYG000000001_02072 hypothetical protein +MYNNGCCTPPSPRRDNCCCKDGIICAIDWFFQDFLLKENRCIKTGSLMYYPRLSPVQVLP +LTNINPTLEPISNIIYNIPFITQEIVPVYITEQKSGSYIGDITYLNICKLHGFQFELNGD +CKSSKESDIISRFSKIKYSSPNNCCCKNGILEFLLKARDFLTSPCSESVDSNASVILSTS +DNSFRITQILAINSDTVWAKSEIPKLGSIPAKTIYYVLSLCEIIGITLDRNYKSVTEDQN +NEDVL +>MGYG000000001_02073 hypothetical protein +MQNYNSMNNCCCSCGIKQAICILKDIKDLIKKQTVYFNCGTSYGEIKDSKYPNFVLIEET +SETSNKMKVNLCIDDINFIKIEPKYGECQSIINELNKYYISPVVVEGKCDENCCCKSSVA +AYMKDKYIKPRSDKRKFKITFRNINYSVPNIENHFVTIIHLDYDVAWAIDVIDKSLYLIS +LCQVCALID +>MGYG000000001_02074 putative hydrolase YxeP +MDIRERIKKYKDYIVEMRRYFHQYPEKSNEEIKTSKKIKEELEKMGIPYKSVANTGVIGT +IKGSKPGKTIALRADIDGLAVVEKNDVDYKSKVDGMMHACGHDGHIAMLLGAARLLNDMK +DDINGTVRLIFQPAEEVAQGAKVMIEEGALDGVDGIFGMHLWGDLECGKVSVEEGPVMSA +ADIFKIKVKGKGGHGSLPHQGIDAVVVASAIVMNLQTIASREINPIEPVVISIGSIKSGT +RFNVIASEAVLEGTSRCFNPELREDIPKIMERIIKHTAETYRAEASLEYTWGMPVSINNK +ECSKLAKDAVKKILGEDGINSMPKLTIGEDMSEYLNIVPGVIALVGSKNENKECIYPNHH +GNFDIDEDSLEIGAALHVQYVLEYLNQ +>MGYG000000001_02075 L-2-hydroxyglutarate oxidase LhgO +MKDIVIIGAGVIGCSIARELSKYNLDTCVVEKNNDVAEGISKGNSGIVHAGYNEKENTLK +AKLNLEGNYLFDGLSKKLDFSFKRNGALILAFNEDEMKKVHELKANGDKLGVPALEVLDR +NEVLNLEKNISPKVVGALYAKSSGIVSPYEMTIALGENASENGVEFKLGHKVIDIKKEDD +GFILLFENKEIIKTKIIINAAGLYGAFINNLINEEKYEINPLKGEYCLFDKVAGGICKKT +LFQVPSKNSKGILVTPTVDGNLLLGPNAKSDEYVTTSREGIDEIIEKGSKTIEDLPLNRI +LTTFSGIRPKTDVGDFIIKSSKDNPNFINVIGIDSPGLTAAPAIGKYVVSLVSNIVNLTE +KDNFKEHRKGIIRFSELNIEEKNKIIKENSSYGKMVCKCELITEGEIIDSIKRPLGATTV +DGVKRRTRAMMGGCQGIGCMLTIANILSRELGISINDIKKNNESSVVVGYKED +>MGYG000000001_02076 Ferredoxin--NADP reductase +MNSYDLIIVGGGAAGILCALQGKKQGIDNILIIEKDPMLGGMLSSGNYNISENGFITGKQ +YKEKLMNELNSFNVEIKLNTMVLKIEDDNGVICTSSKNGIEKIQGKQIILCNGGKETSRK +VVNMVGDRSSGILTVGMAKKIFNIENIIPGKNILIYGDATLYMIEEELKNSNINVVGIVC +NNKNTDKVKCYDLTSNIYEDYEISSIKGEGRISEVTLSKDGNNLEVGCDTLIFAQPMLSD +GVVAMRSNIILNPETTGAKVNKNYMTSRENIYACGNGIFIHNSIEEIEKECISLINNLK +>MGYG000000001_02077 Transcriptional regulator SlyA +MNEVKCKSNRHIGKYISLLHRKGSIFINRELSNYGIGSGQFMFLLELYIQDGRNQEELSE +RLKIDKGTTARALKKLEEQGFITRLKDECDKRSNKIYLTQKAKDVQENVYDILDEWNKKL +RESLSKEEEDIVEKLLMKVCNNINL +>MGYG000000001_02078 Multidrug export protein MepA +MNKGQQILGTEPIGKLLIKYSVPAIIGMMVNALYNVVDRMFIGNIPGVGPMAITGLGVTM +PIMTIILAFGMLVGIGATTNISIKLGQGKREEAEHIVGNSITLALIIGIILTVVGTVFSD +SILKVFGASESTLIYAKSYMSIILLGTIFSISAMVFNNIIRGDGNPKLSAIIMAAGCATN +IVLDAVLIFGFNMGIQGAALATIASQGLTAIWGFSYYLKGKSNLKFTKTSLKLDMNIVKI +IFAIGSAPFAMQLATSLVQVISNNALRTYGSDLAIGAMATISSIVMIFLMPSFGLVQGMQ +PIVGFNYGAKNYDRAIKTFKLSLLSSSIFFIVGALLIQFVPQALVGMFNRDPQLMDITVN +GLRKYSFALPIVGISIVGTNYIQSSGKAKVAMVLSLLRQVIILIPMILILPKFLGLNGVW +FAQPTADIIASAITAIVLIKEIRSYKEDNNKAKELEVEAI +>MGYG000000001_02079 hypothetical protein +MSNNDNKLIGGLLKNGHVHKLKCEKCKSVSVQISENEKPDLICLECGGKCKTL +>MGYG000000001_02080 ABC transporter ATP-binding protein NatA +MIEVRDLCKSFTRVVKDENKKNKKTLSKNIKLKTKKEDFLAVNNVSFTADKGEIIGILGP +NGAGKTTLLRMLGGILTPTSGEIKIAGYDYSEDKNAAKKEIGYLSGNTKLYNRLSPRELL +STFGSLYDMDKEEIEKSIEEIIEVMDMESFIDNRIENLSTGQNQRTSIARCLIHSPQVYI +FDEPTLGLDVISSKSIIDFMRHERDKGKTVLYSTHYMEEAETLCDKIYMIHKGEFIASGS +CEELKEKYNTNNLRDIFINLASQRGDLLED +>MGYG000000001_02081 hypothetical protein +MVKAIFKKEMIDILRDKKTLFMGIVLPIILYPVLMILMTQILSASMNNIERQDTNIAFNK +APSSELISIIDNYSDDDTGKINIIEAKDYKKELEDGLIDAYIEVEENNNLEDYSIYINSS +KENSMTVMDRLEEILDEYKVNITEEKLESEGLNINEVLNPIVYKTVDVAKTEEIAGFFLG +QILPVILIIGVLLGAIYPAIDSMAGEKERGTLETLFTLPITNLELVMGKYMAVSFCAIVT +AILNVLSILLTLGFLLASGGMVEGMSMVSFDAGQLIIPLIITLICVCLFAMVISAVSMCV +CSLAKSFKDAQNYITPVMLLVLIPSYVSMIPNIKLNGVTAIIPVVNISLLIKSVLSFNAN +ISLVAMVFISNFTFVILAVMLLSKMFNSEEILFGSSRSFSFLEKRSNIKKGTMPNVSDGI +ILYAFGLVLLIYVGSLIQLKFGMAGIAMTQVMIIGLPLLFAYYIKSDFKKVFSLNLPKVK +HVFGAVSLWMGTYIVVMIITQILLFLFPQSMEVVEGLNDALFIKDSLILNILIVAGMPAV +CEEMFFRGFLLSSFKNKNSYKGAIVFTGILFGFMHMDFIRMIPTGILGISFAYAVLKTNS +LYISMLMHFLNNGFAVVVSHFANNLEQTEVATTTTVGLSMSQGLIYLVIGLVFIFIGIRL +FKDKNKSLEENNL +>MGYG000000001_02082 hypothetical protein +MKNNRRGCCNKKSCGCNSSNSSSPANTCSQFKQLANEKCDRAERLNCQANKVAQQAVAAE +QRAEALKRQAIEECQRANELWDQYNQLADEGICLMQQAQACLAKSVECYSDLYEDVEGCN +IEDFGGTVSNSNNSNGCNCGCCHR +>MGYG000000001_02083 HTH-type transcriptional repressor YtrA +MSWEIDNNKPIYIQLLEQVKLKIISGEIPIGSKLDSVRSLAQEAEVNPNTMQKALSELER +EGLVFSKRTSGRYVTDDKDKIESMREEMANIHINSLKETLKKLGYSQGEIIELIKQNLEE +E +>MGYG000000001_02084 ABC transporter ATP-binding protein YtrB +MESIVKFNNVSKNYGKKEALKNINLEIPKGRIIGLLGPNGSGKSTMIKLINGLLTPNEGE +ILIKGIKPSKESKKIVSYLPERTYLNDWMKVKDIIEFFKDFYADFDEERANAMLKDLSID +TNEKLKTMSKGTKEKVQLILVMSRTADIYILDEPIGGVDPAARSYILKTILTNYNENSTL +LIATHLISEIENICDDVIFISKGNIVLQGQVDEIREEKGKSIDALFREEFKC +>MGYG000000001_02085 hypothetical protein +MLGKLMKYELKACGRTFLPLYGAILLMSIIVGLSINMEIVQVKSIAMIILFGLFVALGVL +TIMITIQRFRKNLLEDEGYLMFTLPVISKELIFSKYSVALIYTILSGMVSVFSFVIIILI +PNIKNFSFDDLLYDISILSSGFSSVKDIFIYTVLLAFILYTIFILTLYLSVSMGQLPVFN +KHRNVVAFISFFVINIVIEKVYELVSIIFRSSIGDNVMNISITESSDFNALLSDFSNIIS +PIFIYNIVIYVIFAIILFFGITYILDKKLNLE +>MGYG000000001_02086 Cysteine desulfurase SufS +MNYRYLFDGIDEKIKLIDGYYVTPINFDNGATTPPLKSVMKLIQDNIKNYGPIARGIGPK +GEFCTTEFAKARETILDFFNLKESNTHTVIYTKSDTESLNMLANLLVKNKDDMILTTRME +HHANDLPFRGVGKVVYIDVDNLGRINIENIEEELIKSEGKIKLVTITGASNVTGYLNPIH +DIAKIVHKYNAKLIVDAAQLIAHVKVDMKGNSKDEEIDFLTFSAHKAYAPFGGGAIVGLK +KYLKDATPFLSGGGCVVGVFDESVIWGTIPERFEAGTQNFFGVITMAKALKDLKELGFHN +IELHEKKIKDYLIEEMKKIDNVILYGDINNTSDRLGVITFNVKDKNYEDVAVKMANEKGI +SLRCGKFCAHPYVNRLLGVSDEDAYKDIVSGEHNYGMIRASLGLYNTIEEASKFIKELKL +IAKN +>MGYG000000001_02087 Transcriptional regulatory protein YpdB +MINIAICDDDLITLHNTKDLIEEYKIKEFNIKTYSSGEELLKSKREFDIIFLDIDMGGIN +GIETAKRIRVYDKQVKIIYVTNYTDYTSMAFSVHAFGYLVKPLRLEEVHHQLNEALSYMK +EDKEELVEFITNEGLVRINLNKIYYFEYQSRKVLMKTNDKIYILKEKISDISSRMRSHGF +EMPHKSFVVNLYNVKSIKGYDIFMMDESVIPLSQKKSTEFRKTLNIYLSNHIEKNIRG +>MGYG000000001_02088 hypothetical protein +MKKVDRNIYKHKIFYIIAFIIFNIVLLLTAMSGRLILNIIGFTCGIVIIGHFLYNDFKIY +LLYYCIFAICFLFIDLLSTIVIQTCILATGAYFVSLAYLQIITIFIIRIVEYVYILLFIS +FINRRKAKKISIMQSLRFLVIPIFSVIYILTLVSILQIYAGFQESVLLIVNIVLILILNI +YVTHIFDAILKNNILQNEINLYHQQSKLQHRYYDNLESKYMQSRKLIHDIRNHLQSIERL +YELKDNDRAKEYTNDIHIMLNELNQKYYTSNRVLNVILNDKFLSIKNAEIKLDYKIGDVN +LDFIREIDVTTIFANLLDNSIEAASKVETNRFINFYVNQFNDFVVINIVNSMKDRPINKN +NRFKTTKKNHEGLGIENVRKTLEQYEGTMVVDYTEDEFKVNIVIPI +>MGYG000000001_02089 hypothetical protein +MIENSVMIGLIFSVLSALVLPLGMFVYCIFSKKKILKPFIVGVFVFFISQMVLRIPIISY +ILPNQIWYIKLSTNPYLYGIFLGITAGIFEEVGRYIGFKYFLKKKHRYIDGISFGLGHWG +IEALLIVGINAALFLGGTIAIKSGVDYNSSDLLSIIFNQSSSMTTVNAFAMGVERLFTMS +IHVALSMIVLYGVKSKKIKYLFIAILIHGMIDAGVVILPQIFNLSIVSMEIYVFIWSLVF +LYLILKIKDLYKNIDNLKYEKQI +>MGYG000000001_02090 Arginine decarboxylase +MLRYLEGNLDILSTSEHEQIPLLQGLEEYCKKDIASFDVPGHVKDQGVELLNNYFGKRLM +RMDINSSPQMDNVSNPKGIIKESEQLLANAYKADNAFFLTNGTTQGIHVMILSVLNPGDK +IILPRNVHKSAINALILSGGIPIYIQPEYNNELGISLNLSLEKVRKALDENDDVKALFLL +NPTYYGACAELKEIVRLCHDRNVLVLVDEAHGAHFPFYEDLPPSAMECNADMSAVSLHKT +GGALTQASALLVNNKNIDDKKVLQYINMLQSTSASYLLMASLDGARSNLMLNGEGQLSKA +LNLARYAKRKINKIKGIKVISNELLESEGVSFIDETKLCINVKELNLTGFEVYNLLYKDF +NVQVELGDMYNILALISIGTIKSDVDKLIKSLNIISNMNSKNVLIDSIKIKPVLPRVKLS +PREAFYSKKESKLLKDCIGKVSAESIMAYPPGIPIISPGEIITEEIIDYINLLKNSKAYL +TDMKDKTLNTILVVI +>MGYG000000001_02091 S-adenosylmethionine decarboxylase proenzyme +MKFETLGRHILVEYYNCNENVLKDPKLIEKFMNESALNAKATIVDSVFHHFNPWGVSGAI +IIAESHLTIHTWPEYGYASADFFTCGNIDPWKSFELLEELLQAERSESTEIPRGLTTKIQ +KFAKKDLGNITHKPEAI +>MGYG000000001_02092 Polyamine aminopropyltransferase +MELWYTEEWTEDVRFSIKVDKHLFSDKSEFQRVDVFESKEFGKILTLDGLMMVNYKDEFI +YHDMIVHVPMATNVNIKNVLVIGGGDGGTVRELTRYPQIENIDMVEIDKMVVDVSREFID +ICACKLDDERVNLYYEDGVAFVKNSKDKTYDLIIVDSTDPIGPGEGLFSLDFYNDCYRIL +TAEGILVNQNESPYFDFNAKEMKRANSKISDIFEIARVYQAHIPTYPSGHWLFGFASKKL +DPLKDQNIEEWEKLNLITKYYNSDIHKGAFMLPQYVKDMINAK +>MGYG000000001_02093 Agmatinase +MLNKFSNISTFMEMSNPYEESDVVVFGVGFDGTTSNRPGTRFASSSMRIEFYGLETYSPK +LNLDLEDYKICDIGDLELSIGNTDLVLDEIYEGTRNIVKDNKIPFMIGGEHLVTLPAFKA +VYEKYKDIYVLHFDAHADLREEYNNNKNSHATVIKRIWDLVGDNRIYQFGIRSGTKEEFN +FALKENHTYMEVSTIDTFEEILRSLNKKNIYLTIDLDVLDPSIFPGTGTPEPGGVTYDEF +EKIFKILKDSDINLVGCDIVELSPDYDNTNVSTITACKILRELALVAANNYNK +>MGYG000000001_02094 S-adenosylmethionine synthase +MARHLFTSESVTEGHPDKICDQISDAILDALLENDSESRVACETTVTTGLVLVAGEISTK +AYVDIPKLVRETVREIGYDRAKYGFDCDTCSVITSIDEQSGDIAMGVDEALENRDGEQIE +DEIEKVGAGDQGIMFGFACNETEELMPLPISLAHKLARRLTEVRKSGLLDYLRPDGKTQV +TVEYEGNTPIRVHTVLISTQHGEEVSNEAIREDLINHVIKEVIPAELLDEETMIYINPTG +RFVIGGPQGDTGLTGRKIIIDTYGGYSRHGGGAFSGKDPTKVDRSAAYAARYVAKNIVAA +GLASKCEIELAYAIGVARPLSIFIDTFGTGKVSEERLVELVNNNFDLRPGAIIRDLGLRK +PIYKNVAAYGHFGRTDLDLPWERTDKAEMLKKEALEFIMA +>MGYG000000001_02095 hypothetical protein +MLRRKNIIKKIVGVLALSMVITTYVTGCQSSKSGENEIDTSSLTIQEIEEKAKEEGKLAS +LGMPDTWANWVETWEDIESKYGIKHNNTDMSSAEEVAKFDAEKNNATADIGDVGISFGPI +AENKGVTMAYKTSYWDEIPDWAKDDDGDWIVGYTGTIAIITDKTKVDKAPQTWEDLKNGN +YKVCVGDVTKATQAQNAVLSAAYAFGGDESNLQPGIDFFAELAKNGRISSISDAKPANLE +KGEIEVAFLWDFNALNYADQIDRDRFEITILDEASVMSGYATIINRYGKNPHAAMLAREY +ILSDEGQENLAKGYARPIRNVELSEDVKSKLLDDSEYKNVITISDYEAWEKSAAELPQKW +QQEVLVHVK +>MGYG000000001_02096 hypothetical protein +MGFLSHLVEKRIGNLYKVKSELPSMSRPLYETILTGVPPYKSKIVNNGISRLSNHKSIFN +LVKENGGISCAAAYHWISELYNKAPFDYLYDCYQEDKSKSIQYGRFYFDDTYPDSHLFID +GEILRKKHNPHFLYIHPMGIDDIGHKFGKNSKEYRSKVIQVDVILSNFIPMWLEEGYEVV +VSSDHGMNEDGNHCGISDDERIVPFYYFGTSDINLKIDEVINQTQVAPILCRLIGIEKSS +DMEVCIY +>MGYG000000001_02097 hypothetical protein +MKEKYEKRLALLGLMPFIVLVVAFLFGPLLTMIIMSIQKTGGGGFSLEQYKEIFTNLFYI +QSFKNSITLSLVASIISIIICSITAYFITKLSQKTQDMVLNLSNLTNNFSGVPLAFAFMI +MLGNSGVFIILAKKFGVEILMNFNLYSWAGLLLMYVYFQIPLGVMLLFPTLQGIKEELKQ +AAFLLGASSFEFWRYVGLPIILPGIVGVFSILFANAMGAYASAYALVGSNYNLLTVQIGG +LISGDIFSRTELASAIAVVLAIILILALLLNDFMMKKVRRGI +>MGYG000000001_02098 Putative 2-aminoethylphosphonate transport system permease protein PhnV +MKKFPKFFIGVIMTILFIPIVLTFLYSIATNWHSTVIPEGITFKWYAEIFRDSNFTSALI +RTFTISAVTVALSITIMVPTVYIIVMYFPKWERAMQSLVLLPYAIPGVICSVGLIQIYSK +PPFLLSGTVWLLIGAYFIIILPFMYQGIRNSLRNINVVELVQAAEILGASKTQTFLQVIL +PNILSGIIVSSLLSFSMLFGEFVMTNFLVGGRFETVQIYLKRLMDTSGHMASAIVISYFL +FILIITSIAIKISKISSNKRKEKINDEELSRIKNKFIGLKPKVEEVL +>MGYG000000001_02099 Spermidine/putrescine import ATP-binding protein PotA +MSYVEIKSIQKSFNNIKVLKDIDFSIEKGEFLTLLGPSGCGKSTLLRCIAGLNNFENGSI +IIDNKDIGNVKPKDRQVGMVFQSYALFPNMTVYENIAFGLKIKNLPKKEIDKKVKEMIEI +VELNGKEDNYITELSGGQQQRVALARSIVTEPKVLLLDEPLSALDAKIRKNLQVQIRKIQ +KKLNMTTIFVTHDQEEAMTMSDKIIVMNKGYIAQIGGPEEIYKHPANEFVARFIGNYNVY +NKIEGKKLLNIKLENSIAIRPEVISISKENDKDKLENYYIKARVNQKYMIGSIVRYELYK +DDIKILVDMLNQDSLISEGSEVYVKIPKKDVIHFNEEDISADKMLAV +>MGYG000000001_02100 Histidinol-phosphatase +MRDGHVHSKYCPHGTRDTFEQYLENALKIGLKEITFTEHLPLPINFKDPSPKNDSAMKLC +DIDSYINDINNIKEKYKDVIKINLGFEVDFIEGYEEETKSIIDKYGVYFDDAIISVHMIK +IDGDYHLIDYSVDEFEKLITLFGGINNVYNKYYETVKKALDADLGKYKPKRIGHLNLVRK +FNKIFPYDYSNNKILCELVKNIKEKNYELDYNISGKRKEHCEEAYISGYLLDLVKSYDIN +MVLGSDSHCANEILGETK +>MGYG000000001_02101 Arsenical resistance operon trans-acting repressor ArsD +MSKMQIFESAECTVTQTPGAKKDSELMRIHIIINTLRTNGIEIERYNIVYDESPFIENEI +VSNLLGTIGIDGLPIIIVDDEVAMFGRYPSRTEFAKLLGIPRSILVNQKNFGGSCRCI +>MGYG000000001_02102 hypothetical protein +MKNILGCYLMPHPPLAISTIGKGEERKIQSTLDSCDIIGIEISSIKPEIIIIITPHGTMF +SDAIAISNEESIQGNLEQFMDFKTYMNIKIDKGFNKNLINICEKENIPAALIDSNLLSRF +NRTYGLDHGSIVPLHFVNKYYNNYKLVHITYAAIGNIDLYRFGMALQKTINMLNKKSVII +ASGDLSHRLTKDGPYDYSPQGKIFDEELLLKLQKGDVIGVFNMDKCLVEDAGECGLRSVY +ILLGAMEGNKVNGNLLSYEGPFGVGYGVMRFESKEENVSNLEKLMDKKKEDFNKKISSSN +SYVKLARESLNYYYSNGKMMKPSSCLPKEMLNNKHGVFVSIKKFNQLRGCIGTILPTTNS +VAEEIIRNSIKAATEDPRFIEVSKDELEDLDISVDVLTEPIKATKEELNPKIYGVIVNKG +RKRGLLLPNLEGVNTVEEQLSIACEKAGINPLEDYEIEKFEVMRYEEGE +>MGYG000000001_02103 hypothetical protein +MDHEIQFYDKYEDYIKCKLCPHNCKLRKGKFGVCKVRTVKESVGVAINYGEVTSANVDPI +EKKPLYHYKPSKDILSVGTFGCNMSCSFCQNYEISQYVSKSEYIDIESLIRFILDIQGNI +GIAFTYNEPFMWYEYIYEVSKKIKEYDKDISVVLVTNGYVNEEPLLKLLPYVDAMNIDLK +GYTNRYYNNICGAKLEPVLNTIKIASEHCHVEITTLMVNEENDSIEEISKIAQFIGSIDK +NIPLHLSRYFPRYKMENPATHVDAIIQARNEAKKYLNYVYVGNIAGVDNNTYCPNCKYEL +ISRDIYDTKVIINGDKCPICREYINITL +>MGYG000000001_02104 hypothetical protein +MDCVKIESGTSLLRVFHAAPQAPAVDVYINEKLVFSNLQFTQFSSYVKLKEGEYRIDIFQ +TGTMLQPIISGSLDLDEGQMLTIAAIGNLDDLSLLVINDNADKKASPKVSSFRVVHLSPN +TPAVDILVNNKILVESLAFKQNTSYVDIAPGSYNIEAVLSSNKESVLVFGVMLKANRIYT +IYIVGESPNLRGIQSVDGNTYLCRY +>MGYG000000001_02105 hypothetical protein +MKCSRRKALKEEISNDWNKLNLAAQILVLVGGFIFIATVFLAFYKISDDSLYKSVETVFR +SCLASIFGFILSSNIKNTEKKVSNKISYNENDETLITQEEEECIKKVNYQEGNSIQLIVA +FIICIVCSISILAIYIRNLNQDIPSITQFRDLMCTSIGFLLGESKIKK +>MGYG000000001_02106 Glyoxal reductase +MSDEYKILSNGVKIPIIGFGTYKLGSHEDSIEAVKEAIKIGYRHIDAAAFYNNEEAVGIG +IKESKINREEIFLTTKLWNDNHGYEKTMKSFNESINRLGVEYLDLYLVHWPNKLNLETWR +AFEDLYNQGKVKSIGVCNFKEGHIEDLKKSAKIIPMVNQIEIHPYRSQKNMISYCKENNI +QVIAWGPIMRGKIFSDAVMLELADKYNRSVPQITLKWHIQNGVIPIPKSSNIERIKENLN +IFDFEISYEDMKLIDQLNKNENVSSVPENTTYLEY +>MGYG000000001_02107 hypothetical protein +MKCCVFKRGTIIEINDNIQPGLIYITFATDTTNIYTATILIASDTTLVMDEDYNEITLND +LQVGDLIFVYHSPIMTMSIPPQTQAFIIEVK +>MGYG000000001_02108 hypothetical protein +MKKILGIMFVGIVLASGFFIHNSVYSISEEHIKQNIQESLNNKECKLEFLKEESINGGKV +IIFSTNGDESNMGLAILDKGLNKQYRVASVINGSNRYSTYKKYMFNEYIIEAGDNRSGDL +AYIGVANGAKRIKKINIEKDFFIKFIDIDKFDGYNVYNSDNKVVDI +>MGYG000000001_02109 hypothetical protein +MKLRKSTQSDINSIMKIIGQAQEYFKKNNIDQWQNDYPNYETIKNDIDKEESYVLINNNE +ILATVAISFNVEKNYGVIYDGRWLSNENYAVVHRVAVDKDHKGKGLSGKVFMGLEEICLD +NNIHSIKIDTHKENLSMQKFLKKHGFKYCGIIYLPDKSERIAFEKVL +>MGYG000000001_02110 hypothetical protein +MSRLKGIDISNWSGSVDFRGVRDSGVEIVYIQATEGTFYTDPYLQEFYDGAKEHGLKIGF +YHFFNPGSSPTPREQARYFVDAISGMEVDCRLAIDLEQTRGLSKEEVSRQAVEFLREVEE +YSHKKVVVYTYTNFAQTELDRKSGIGDYPVWIAQYSENPPEYNPIWGDKYAGWQYSDSGY +IDGIDANVDLDTFYDEILLEDSSKIHGERKKESNHSIVKYYTVQKGDTLTQIAKKFDTTV +KEIESINGIFDPNQIYVGEVLKIYPSSRPIISRKKSFYRTYVVQRGDTLTYIASRFKTTV +DELVKLNDLSNPNLIYVGEILKIPTIKDIKRTASVSEHMHTLTYVVRDGDTLTSIAKRFH +TTVNQIAKLNNISDENLIYIGQVLKIETSASSSLERSFSGSYVVKSGDTLSSIANRFDTT +VNELVRLNNIPNPDLIYVGEVLRI +>MGYG000000001_02111 hypothetical protein +MYLKDYLYGEYIVEPVIEEVINTKEVQRLKNIHQGGASYLVNPNCNVSRYEHSIGVMLLI +RLLGGRIEEQIAGSLNYNVRVE +>MGYG000000001_02112 Hydroxylamine reductase +MENKMFCFQCQETAGCTGCTKFGVCGKSPDLARMQDLLIYTTKGLSQVTTRLREEGKEVS +GEINHLITINLFTTITNANFDDAVFYARVKETLATKEALLAKLENKENLSEAALWNATSN +EEIDSDIDRLLDEKSTEVGVLATKDEDVRSLRELIIYGLKGMSAYMKHANALGYDSEDIN +AFMQATLAKTLDDSLSIDELIALTLETGKVGVDGMALLDNANTGTYGHPEITKVNIGVRN +NPGILVSGHDLKDLELLLKQTEGTGVDVYTHSEMLPAHYYPAFKKYSHFAGNYGNAWWKQ +KEEFESFNGPILMTTNCIVPPKDSYKDRIYTTGAAGFVGVKHIKGISEDNKDFSEIIEQA +KKCAPPTEIETGEIVGGFAHNQVFALADAVVDAVKTGAIKKFFVMAGCDGRAKSRNYYTD +FAKALPKDTVILTAGCAKYKYNKLNLGDINGIPRVLDAGQCNDSYSLALIALKLKEVFEL +NDINELPIAFNIAWYEQKAVIVLLSLLYLGVKNIHLGPTLPAFLSPNVAKVLVENFGIGG +ITNVEDDLAMFLG +>MGYG000000001_02113 hypothetical protein +MNAIDIMNEEHKYIKRMLKVVRSACFKILQNEDVNYDDFYLIIDFIKNYADAHHHKKEEK +ILFNKMVENLGELGEKVINHGMLVEHDYGRLYIRSLGEALEKLKAGDEEAKLDVIANAIS +YTHLLERHIDKEDRVIYKFAQRELSKEILDIVDIECIEYENNNIDIKHKNISILENLENK +YI +>MGYG000000001_02114 hypothetical protein +MITKDNTIGEILEINPNAADILMEFGMGCLGCPSATMETLEQACFIHDLKLEEVLDKLNS +K +>MGYG000000001_02115 ATP-dependent RNA helicase DbpA +MNNNFEDFNLNKDIIKSLNNLNYKKPSRVQSEVIPNLLNKENVIVKSQTGSGKTASFAIP +ICESIDINDNNVQALIVAPTRELALQIKEEISLIGRLKKIRCSAIFGKQPIKEQIAELKQ +RVHIVVATPGRIIDHIGRGTIKLDKVKFFIIDEADKMLNKGFIEDMETILTKLPKESIKG +LFSATIDENISIICNKYMKNPVTIEIKDIEKEILKKQIIEKYIKVDKENRYETLKKIIYS +ECPNSLIIFANTKNNVIDLYSKMKKDKFLVQQLHGDMSQDKRLFMIKDFKENKFNILVST +DVASRGIHIDNISLVINYEVPRDKENYVHRIGRTGRQNKFGKAITLVSQKEVKYLEEIES +YTGFKLNEIEKIDADKVISGKFRLKENEKNLLKRRKEKKIEKEVNSEVTRIYLNAGKKKK +IRVIDIVGTINNLEGINNEDIGVVEVQDLCSYVDLLNNKGNKFLRKYREITIKKKLVKVR +KDNKN +>MGYG000000001_02116 hypothetical protein +MLNKEQFLAIYKINENELEELNIDWHDLEDIYHDFNKYRQSYETQAELIANILRAQPKVH +SVKTRVKDARHLIEKVIRKTPERRVKYGEDFKFTVDNYKNEITDLLGIRVIHIFKEDWEE +IHDFITSMWDVMEIVANIREGDNTKEFEAKDIEVCSRLSGYRSVHYLVESYPTNKKLIAE +VQVRTIFEEGYGEIDHQLRYSHDNIPEILGQNLMLLNRIAGSSDEMASLINVLSKSFKEV +EIEFEDKIREKDKKIIELKEKLVNNSDIANAEKESLIRDIDEILKKE +>MGYG000000001_02117 hypothetical protein +MKYLKKSKIMGELEYSNSPIIFESFYILEREFMQNNIDVVKKAIKGNRRAYYSLIREYTP +YLYKIAFLHTKYEEDAKSIFEETIYNSFKNIHKLKHPDKFKIWITRILINEIDYFLESTG +MVESEVEIKSNTNNIDLYKSIDILETKIKSVIILRYYCDFKVEEIGEILDLNQSTVNTYA +RRGFKEMKELLKEECVC +>MGYG000000001_02118 hypothetical protein +MLEKIDFDSIDIDKRTKIEIEEDIKYFDINLNKIDSIQIPDLNKISKKTIKKVTKERYEF +DKVLIGNVMVLFLLVGNMASVYNPALTYKVPILYKFFININESLNIDFIASLLSLDKVIP +KVDINESGKLEIVEYPNIIKEEFVKTPNNSKEALDLIHSLANTIIKAQHKWGSTEITPKT +IEIALKGVELIDDEYHRLYLRNGLKKWSEGDFSNGVELHNYVWDRLDGSIGIAEELDELM +IDKIMNEHFKNKVNDKVEMPQ +>MGYG000000001_02119 Ribokinase +MKTLVIGNVYVDVIVNVDQLPKTGDDIVCKKQILTVGGCAYNVATVLRNFNIDHTLIFPV +GNGVYGNIIEAEVRKCGYEANIKVESGDNGYCLCLVESTGERSFITIKGIETEYKESWFD +EIDIDEYSNIYISGYEMEGQSGRVISNWLSKIENKNIFFGPGPRINEIDKDILEKILRLK +PIIHINEDEALKFTNKKSIVEAARAINRITQNTVFITLGKDGVMCASNCEYRFIDGFDTQ +VVNSVGAGDSHMGAIIAGYSMGYTLGDCCYFANKVAAKVVGIETSRLEEKYFNIEDYNIH +EYIKVGI +>MGYG000000001_02120 hypothetical protein +MTSLYDEKSKHRYKYIVGVLLILIFMSLYFIFFSESAGVSKDEVKSIISKIDEGYDVIVT +SDNYVVDGKTYYTVHSNLKNNNSEYSDEFIIDTRKYYRVNTSYAKVGNEEIWEVRYCVSK +ENNEVYLEFRNNPQRLIKYNDYNDNLNYALSIIKKTNYSQFPHIDVTIEGDIYTIHLYEI +VKNDEESHTATIGWYTLNIKTREVKNLMSDEILN +>MGYG000000001_02121 Alanine--tRNA ligase +MEKLFYKDQYIKKFTADIVDIKKVDNKYHVALDKTAFFPGGGGQFCDLGEIDGEKVLDVY +EENKRIYHVLEKKLEKNSIEGSIDWDRREDGMHQHFAQHVISGCFYTKYKANTTGFHLGR +DFSTVDIQGYLEEEQIREMERFANEVIRKNIPLTILTPNRDELEDIWLRRDLPDTDEDIR +VVRIGELDTNACCGIHPKSTGELRLIKIKRWEKNRQSTRIEFLAGKRAIDDVLRRDLYLT +KICRHFKCKEEDSLKCIENLEDKIEESIKSKKRLENIVSNYEINEMIEKAIKVGDILVVK +KIFENEDIKYVSKIANKITENKNTIALIAVENNERVNLVFSSSENLNKINMKSLLDEALS +LVEGRGGGNIHLAQGAGKNNGNIELALESALTSIENMI +>MGYG000000001_02122 hypothetical protein +MGELYLIFVGTIIVNIMAVALLFVKNGKFVSNNMFIYLMAIYTFSLGVTQYTSVPSNYIF +GKLLGVLFIILSVMSMIFKRKKFLLSRILLSISLIAPIYTLFLM +>MGYG000000001_02123 hypothetical protein +MGMKKEIFNGAKLKVARIYRGKTVDQLAKEVNINKKDIIAFEENKYKPTPENTMKLSNNL +QFPREYFFKNENIKVTVEGSHFNPQSTIPRNEEISYREKLIMTHKIYTFMQGYIKFPKLN +LPGNLNRNDDIEEMATKTRRYWGLGDGAIGNMVSLLEGNGILLSGINIDRKGASPYTQKQ +SLNKESLYVIALGNDKKSATIRNYDLAYELAYIIYNELNIPSKKFNADEFACAFLLPKDA +FLEDLSNPNELDFYIEMKTKWLVPISIMIFRAYTLGAINYKKYNFLMNEMNKKGWLKKEP +LDDNIKGVSPQALKTAVELLFENNIMSKNTLMDNLANFGINMNPEDIEILIGLKEGTLGA +KVNQGKNNNKNNVKIVDFKNKKRR +>MGYG000000001_02124 hypothetical protein +MIKVSKRGFCEDDKRWFSNKEIIRLKKAQEEIRYLIDRDYKMASVVTFVGDRYQFSIR +>MGYG000000001_02125 hypothetical protein +MIITIEVALSKGTLIFCDDDNIRDIAGLRGTYKIIDKTDIALDIIGQFLENAKAKEVIIY +LDSPVSNSGKLKSKIMNHAKKWNLNIHVELVNNADIILEKSDRVVSSDSVIIDKCISYFN +LNKSIINQYIKSAELIDLSET +>MGYG000000001_02126 hypothetical protein +MKYTLNEYISKIKSLPIKNKYTKEEILTQDFLIDKDNRLEIYYAPHNEYINSKAKIFIIG +ITPGFQQMSTAMATAREGIENGKSIEDIKYDCKVAGRFSGILRKNIISMLDEINLNKSLN +INSCDELFKEKDYLLHTTSLIPYPVFFKGNNYTGHSPKLMKSEFLMKYVYENLIENIEKL +GDVLIIPLGKAVEEVLDDLVNKNIIEKDQILRGFPHPSGANAHRLTQLRDNKENMIKIIE +SYIK +>MGYG000000001_02127 NAD(P)H-quinone oxidoreductase subunit I, chloroplastic +MADKSPIMIQSARGSVFSVFSDEELKEITTDSKRKVAVSGKINNPGIIDVPEGATLQDII +DLCGGILNKSGFKAAQLGIPFGGFLSKESLNKELDFKLFDKNTTRTIIILSEEDCIIQYA +RYYIDYLLGKMQDGSYEKYKAVENEIKRMWRILDRISKGRSNMRDIYLLRTLASSVKEEL +KQKYNIMEEIIDKFYHEIEEHIEENKCYTSQCNHLIKLTITHRCIGCGACKRACPVSCID +GELRNQHYIDYNRCTHCGKCISVCPVDAITAGDNTFKFLRDLSTPNKLVITQMAPAIRVT +IGEAFGFEPGDNVENKLAAGLRKLGVDYVFDTTWAADLTIMEEAAELQDRLERYFAGDKS +VKLPMLTSCCPAWVKFIEQNYGDMLDVPSSAKSPMQMFATVAKDIWAKEHGMTRDDVTSV +AIMPCIAKKYEASRPEFSRGMNYDVDYVITTRELIKIFRDSGIDLKEIEPEEIDQIMGEY +TGAGVIFGRTGGVIEAALRTALENMTGERIDNIEFHSLRGWDGFRACEVEVGDIKLRIGV +AHGLEEAGKMLDKIRAGEEFFHAIEIMACIGGCIGGGGQPKVRKNKEEVLRKRGDGLNNI +DRTKALRVSKENPAVQAIYDKYLDHPMSNKAHELLHTKYFVRPKRGHDHIRDDDM +>MGYG000000001_02128 N-acetylmuramic acid 6-phosphate phosphatase +MYKCCIFDLDGTLVDSIKAINHTINLTLSKYNLGPIDEENCKVFVGDGYKKLVERALIHC +GDCDLKNYEDALSTYTDYFKIHCMYNVKAYDGIKDLLNYLKNNNIKISVLSNKPHERTIE +NVEGIFGSEYFDYISGERDNIKRKPSPDGAIIITKKLNVLPKDCLYIGDTNTDMKTGIGA +NMDTIGVTWGFRSREELESYSPKYVVDYPKEIVDIIEKSFITVDNL +>MGYG000000001_02129 hypothetical protein +MRHRKKENINDKNPTYISMKSLDELINEMYISDNPKEDLGLIKRYLERLMLIIERSRIRE +YMMLTDSKRRLFLINFVAGLGKGFGQAIGFTVLAAVVFYILTSWIDLPIIGAYIAKLLDV +VQNYRNQ +>MGYG000000001_02130 RNA polymerase-binding transcription factor DksA +MNVNKYKKELLKEKDNLTHLISSMQDNTLFGNTTDHTSERYSSGELSAYDTHPGDFATEE +YMQDMQNSLTTHEKGKLYQINKALDKIENGSYGICEICKKDIELDRLDLLPETDLCSSCA +KEHDNTPSDTEHLDLNFVNPGCDFYSEYITNLTDLNKNGLYDDNE +>MGYG000000001_02131 hypothetical protein +MKKIILILGVLLIVTVGYSINSKTIKDKEIGTFNYSSNDIMRDYEDIIIKRGNDNQKVVA +LTFDDGPDEVYTPQVLDILKKYDVKATFFLVGENIERNADIVAREVKEGHEIGNHTYTHI +NVAKNGYNEIYNEIIKTQELIKKITGEEPKLFRPPYRAISKNMCDIIKNKNMNIILWSNL +DPRDWSNPGVYYIVNTIDTKVENGNIILLHDYNKVRCSKSQTVQALDSIIPKLKEKGYKF +VTVSQLINYLDKKEHETQN +>MGYG000000001_02132 Lipoprotein signal peptidase +MIYELIIAILIGLDQLSKYWVLNYLQEIGSIPVIQNVFHLTYVENRGAAFGMFQNNQMIF +VVVAIVASIFGLYYLHTKKMHSIGKVGIMLIISGAIGNLIDRVRLGFVVDYFDFRIIWEY +VFNVADVFVVVGTAMLCIYILFFEGKEQVK +>MGYG000000001_02133 Ribosomal large subunit pseudouridine synthase D +MDEIREFLVGEEEEGDRLDVYLSEQLGDMSRSYIQKIIKDKKVEVNNKIEKAKYLVKEED +KVKIEIPAPKLLEVIAQDIPIDIVYEDNDVLIVNKPQDMVVHPAPGNYDNTLVNAILYHC +KDKLSSINGIIRPGIVHRIDKDTSGLLMIAKNNNAHNSLAEQLKDHSITREYEFICHGVV +KDDKITVNKPIGRNPKDRLKMAVVKEGKHAVTHFEVVERFENFTHMRARLETGRTHQIRV +HALSINHPLLGDPIYGPKNTKFKLNGQTLHAKKLGFIHPTTNKYIEFDSELPEYFKEIIK +KLK +>MGYG000000001_02134 Bifunctional protein PyrR +MKEKATLMDDKAIVRAITRISHEIIEKNKGIEDVVLVGIKTRGVPIANRISKKIEIIEGK +PVNTGEVDITLYRDDLKTVDVDPVVNGSNIDFDINDKIVVLVDDVLYTGRTVRAALDAIM +DVGRPKSIQLAVLVDRGHRELPVRADYVGKNVPTSKSEIISVKLMETDEEDSVTIRE +>MGYG000000001_02135 Uracil permease +MKKLIMSFQHLLAMFGATVLVPILTGFDPAVAIFSAGVGTLIFHFCTEGKVPVFLGSSFA +FIPVIIAAKETHGGDLAYAQGGIMVAGLVYVIMSLLVKVVGVERIKKYFPAQVTGAMIAV +IGLNLIPTAFDMASNNFMIAAITLGIAIAINLFGKGFIKQIGILIAVVVGYIICRFMGLV +DTSTMASASLFAVPNFTLPKFSLEAIVIIAPVVLAVFMEHIGDMTTNGAVVGKNFIENPG +LNKTLLGDGIATMVAGFLGGPANTTYGENTAVLAITKNYDPANLRRTAVLAILLACVGKF +GGFLQSIPQAVMGGISLMLFSMITFVGLKTIKDSSCVENKNNIIIIVTILAIGLGTTYLE +KQGISIGIPVTESVKITGLSLAAIIGIVLNRLLNNDQFKNEEKKSVKIGKTVHN +>MGYG000000001_02136 hypothetical protein +MNNLFLYYILLINFIGLCLMYIDKSKAIRNQWRISESKLLLVSIVGGSIGSLLGMNLFRH +KTKHPKFTIGIPIIIIIQLLILHYLPSFIAI +>MGYG000000001_02137 hypothetical protein +MASNIVNFPYNSMGVARLDSNGVIHNHLYHECPIGRIDDNKIVHNHPTDNSPVGRVDDNG +FVHNHHLENSPIGRVDNNGYIHNHPTDNSLVGRIDGDNAMLAGSAYLLLIHNNR +>MGYG000000001_02138 Penicillinase repressor +MKDIPQISESELEVMKVLWNIKRGTSSQIVDILSKSTDWKPKTIQTLITRLVSKDAIEVD +KSNKKSYVYYPKLNEDEYKNSASTSFLEKLYNGSINMMIASFIKNKKMSKDDIEELKSLL +DE +>MGYG000000001_02139 hypothetical protein +MEKLWDLVLQASVYGSIVGIVILIVKTLLKDKISGKWTYLLWMILIIKLIVPFGPQSSIS +LFNKIPSNITNNAIVDSSVIINSDLNSNNNYEQENNEYIASNTDEKENKVLSINNNGSID +ENKSISNLYKFINVLPLVWMAGFITTLFISIFIFFTLNKQVKIKKK +>MGYG000000001_02140 hypothetical protein +MKIKMNINLVVNDDIRTPALCRLINPTILFPNAMLDLEDDEIKYILLHELSHYKRKDILV +NYLLVLFQCVHWFNPFIWFFFKKIREDMELATDEMVVSKLNEDEYKNYARTIITIIERVS +IVPKNIGVLGMADDKKILKKRIEMIKNSSIFKNKKKLISIIGISCVLILGRILLTSKNSL +ADDRVKGNFENLIQYKNSYVGDNSNTNNLIQSIGFGSFKERIELSTSEEPYAVKVYYNLN +NINTNKDDIKNELFINSIIIFSLIENVDELHYYILDEPYSDNLKVKYEFTFTRGDIENRL +DLENISYYSSDEEKFNALLQKISKYRKISSSLDEAISNAVKDSIYEDYYLGELDTEAHVI +LGKKEIGNKLDVYTIVNYGSFQFENDVFTLVSGAWGLPMVLTFEKDENNNYYFIDYKEAV +DGGMYVDSIKEMFPTYLIPKVMNSDKYAEKLSEEQRLQAKKYLDSINRNTDINIDYVFDS +KYEKEYLDTYISEEAQDKLFSVVELYDYPTWIGRNEKLIDGVRYVYETNIETDSDGYKVV +VYRKMDESKTVVEEHQYKIYDNDIKEVKHYVK +>MGYG000000001_02141 putative protein YloA +MALDGLVIHSLVDELSTKLVGGKVDKVYQPEDDEIVLYIRNNKENYKLVLSCSSSNPRVY +IANDYKKENPKKAPMLCMLFRKYIQSGNIVGISQVGFERIIKISVDSLDELKEKSTKDIY +IEIMGRHSNIILTHSLDNKIIDSAKRIPTSISRVRQILPGITYELPPAQSKLNPLHNISN +SDFIDSLKSYEGPIFKGIYSKFLGISPIISKEICYRANVNEKTAISDLSNSELNSLYNEF +NNLFKDIRNNNYSPCIVVNEKVDRVVDFSCISLNLYNEFKFIIKDSMSTILEDYYKTKDI +KDRIHQRASDLKKSISIKLERLYHKQEKQEEELKEAENADIYKVKGELLTAYIYMIQKGM +ESIEVQNFYDPNYENISISLKKNLTPSENSQRYFKKYNKLKTAKKEITSQMSINKEEIDY +LENILLNIENCENLAELQDIKDELISLGYSKASGKLKSKKEIAKLTTSPHEFMSSDGVKI +LVGKNNKQNDHLTLRIADPDDIWMHTKNIPGSHVIIKCAGKEVSEQTIYEGAMLAAYFSK +SKMSAQVPVDYTKKKHVKKPSGSKPGMVIYETNSTMYVTPTEEMVASLKNKDN +>MGYG000000001_02142 Diaminopimelate epimerase +MKFWKLHGIGNDFIAIDGREDNIDSNGYSEFAKVVCHRKFSVGADGILVVKNSDNADVEM +VYYNSDGSRAAMCGNGLRCFVKFVYDNNIVRKEEFDVYTLDGIKKIKINLKDNEIDSIKV +NMGKGSFIPKDIPVVTNKDIFINERVQILDKEFYISSINMGVPHTVILVDELNLEEVRKY +GREIEKYKIFPEGTNVNFVKVVDKNNITVNTWERGCGYTLGCGTGMTASAVTCNYLDKVG +KSVNVTSQGGSVKIDIEDFVYMTGPSVKICEGNLEV +>MGYG000000001_02143 hypothetical protein +MAISMTGFGRGEYKDDNYYFLVECKTINHKYCDINIRLPRKISFLEDKARNFIKNYIKRG +RVDIYIKLDLLGSEDVNLKFDETLANQYVNILREIRDKFDLVDDISVMNVAKFPDIIKTE +EKEEDEDLLWSMLSKALEETLTKLKEMRSEEGQKLAQDVLERCDILQNTIEEIEKNSYNV +VIDYKEKLNNRISEILDNPSLIDENRLAQEVAIYADKSSITEEIVRFKSHIGQLRSTIVK +DESIGRKIDFLIQEMNRETNTIGSKSSDLNITNLVVEIKSELEKIREQIQNIE +>MGYG000000001_02144 Guanylate kinase +MVKRKGLLLVVSGPSGAGKGTICKAILDQNDQIKLSVSATTRKPRNGEVHGVNYFFLEKE +EFTSMIEKGEFLEYAQIYDNFYGTPKSAIMETLDNGQDVILEIEMQGARQVKEVYPEGIF +VFVLPPSLEELKNRIVGRGTETEEEIEKRFSCAFKEINQIDDYDYFIVNEDVEKSVRELE +AIISSEKNKVTRYKNNIIEKFKEEL +>MGYG000000001_02145 DNA-directed RNA polymerase subunit omega +MIKPSINEVLNKIDNRYYLVGTVAKRAREIIDGSTPYVENKQRENKPVCIATQEVAEGEI +TYRLLTQEEIDLAELEEKQEQEAINKEEE +>MGYG000000001_02146 Coenzyme A biosynthesis bifunctional protein CoaBC +MLKDKTVVIGVSGGIAVYKVCDVVSRLKKLGANVHVIMTKSATEFVAPLTFQSLSQNYVV +SDMFEEPKTWDVEHISLAKKADVFLIAPATANVIGKIACGISDDMLSTTVMATKGKVLIA +PAMNTNMYENPIVQRNIDTLKALNYDFIEPESGRLACGDMGKGKLASPENIVEAVVSALT +KKQDLKGERIIITAGPTVEAIDPVRYLTNRSTGKMGYAIAKEAIERGAEVTLVSGPTKLE +PPKNLKKFIKIESAQEMYEAVLDNLDENQVIIKSAAVADYKPKSYCNKKIKKNDDDLVIS +LDRNKDIAYEIGKIKNDKILVGFAAETNDLIENAKNKVKKKNLDFIVANDLTKEGAGFGV +DTNIVKIIDKDGIISEYPIMKKEEVANVILDKVKSLL +>MGYG000000001_02147 primosomal protein N' +MKKYAKVIVRNNSIYTDNLFTYEVPDFLENELEVGHRVLVPFGRGNKPTEAFVFEITTTI +EEDIKTKDVIDLLDEKPIFKIEDLELVRWMKNRYLCTYIDCINLIYPKGYKLNNYKVAIL +NLDLEKLQSVDLYEENSDLNENEKLILDELINNKGKIKIDKFKKIKNINNILDKMKRKNI +IDIKWEYKDHKNEKKICYVSLGMDKDYVDDYIHGNKINLGNKQKEIVEFLKHNSSVEIND +LLEIINASKQSVTSLIGKNLITLEIKDYYRSPEDIYRSDNKKITLNEEQEYAVHKITSEM +FNESKNPYMIHGVTGSGKTEVYMEIIDYALNQGLDSIVLVPEIALTPQTISRFKNRFGDI +VGVFHSKLSEGEKHDVYKAIKLGKIRILIGARSALFAPFNSLGVVIIDEFHEGAYKSEKN +PKFSAIEVARYLVMKKNISLVLGSATPSIEEYYKAVNGDYDLITIKNRANKNPLPKIEVI +DMKNELSNGNKSIISHKLHCEIENAIRNNNQVILFLNRRGYANFVSCRNCGYVFQCENCD +ISLTYHKGKNVGRCHYCGYEKEIPKECPDCGSHYVKPFGTGTQKIEEEIKSIFENVKVLR +MDKDTTSKKGSIEEILNKFRNKEADILIGTQMLSKGLDFENVTLVGILSADMILNFPDFK +SAETTFQLVTQVAGRAGRADKEGKVILQTYDTDHYAIRRSINYDFEGFYEDEIKIREAFG +YAPFNNMLSVVISGSNEKIVEQNARSMYSSIIYLLENRGIKDFDFILGPNPCSISKINHN +YRWQILFKDDNIEINLLKGIIKYICITKREVVFNKDINISIDINPNSVL +>MGYG000000001_02148 Peptide deformylase 1 +MALRQIVQIGEPVLRKVSKRVEKIDDKIIQLLEDMADTMYEADGVGLAAPQVGILKRVVV +IDIGDGLLELINPEIIETSGEQIDDEGCLSVAGEAGAVRRPYTVKVRAYNREGQLFEIVG +EELLARAFCHEIDHLDGILFVDKIEK +>MGYG000000001_02149 Methionyl-tRNA formyltransferase +MKIVFMGTPNIAVGCLQKIIDEKHEILGVVTQPDKPVGRGKKMGMPPVKELALKYDIPVY +QPIKARDEEFVQVLRELNPDLIVVVAFGQILPKSILDIPKLGCVNVHVSLLPKYRGAAPI +NWVIINGEEKTGVTTMYMDEGLDTGDMILTSEFALNDEITAGELHDIMKEEGALVLKETI +DLIAKGEAPRIPQNHEEFTYAPMMNKILGQIDFSKSAKEIHNLVRGVNPWPSAYTTYKGQ +TMKVWKTKVLNETSDKHPGTILKVDKEGIRVSTKDNVLLIKEIQMPGKKRVLVEEYIKGN +SIETNEILG +>MGYG000000001_02150 hypothetical protein +MIDAKKYITTIIILLGIIMVGVSIINVFLLNLTHLFEVSLNIIMALIVAAIIFSTIITYK +VIKDTDINSKLMNINFKIVNSIFPLMIKTASFVGISKDEIRKVYVKLNNKYIYSQKYNLK +SEDILILIPHCVQKSSCKLKVTTDIKTCKQCGLCNIGDLVRLKENKNVNIFVATGGTLAR +KIILENKPKAVIAVACERDLTSGVQDVSKIPVLGVFNKRPNGPCVDTCIDVEEVENAINF +FTV +>MGYG000000001_02151 hypothetical protein +MYPYGYYGGFYPDRTMLILIPAILFTMYAQFKVSSTTNKYLRVNAHRGYTGQQVARKILD +TNGLHDVDIEMVRGHLSDHYDPRRKVVRLSQDIYYGTSITSISVAAHECGHAMQHARGYA +PLSIRSSLVPVVNFASNISWLLIALGLFMSRGIFLKIGIILFSASVLFQLVTLPVEFNAS +SRALVQLDDLGIVEGKELRGSKQVLTAAALTYVAAALTSVLQLLRLVAIAQRNDD +>MGYG000000001_02152 Ribosomal RNA small subunit methyltransferase B +MNFKVIQLKMLIMILKFIFTSHPIDTIDTKATPFLYRREMRRQNMKARELALKVLLDIEE +NGNYSNIAINKHFKNINLNNQDRGLATELIYGVVENKYYLDYIIDKLSKIKCKKMDIYVK +ILLRMGIYQTLLLNSISDYAAVNETVSLVKKYDKRSSGFVNAILRNVIRQKDTIGEVDIK +DDKIMYLATKYSYSPWMIKNWINNFSEEFTEDLLEANSEKPSVYIRTNTLKISRNELLDK +LKAEGIECSIVPIIDEAIRVENLKNIENNQLFKDGLFTIQDVSSMIVGKVMNPKENSKVL +DVCSAPGGKTTHLATLMNNTGKVVSRDIFDHKLKLIQSTVNRLGLTNVDIESFDASILDK +NSIDKFDYVLADVPCSGLGIIRRKPEIKYKAKAELKDLPKIQKNILDNASKYVKVGGTLI +YSTCTIQDNENMEVVKEFLDNNNNFKLVPINEVKVDLDNQENGYLKIYPNIHDIDGFFIA +KLERVR +>MGYG000000001_02153 putative dual-specificity RNA methyltransferase RlmN +MEQNKVALKSMTEDELKDFIVSIGEKSFRGTQIFSWIYKGAKTFDDMRNIPKNLREKLDE +VSYIGNIEQELKLESKVDKTKKYLFLLNDGNIIETVMMDYEDRVTVCISNQVGCRMGCNF +CASTLEGLIRNLEPWEILDQIMKIQEDTGKRVSNLVLMGSGEPLDNFENTKKFLKLVNEK +NGLNIGYRHITLSTCGLVPKMYELADLGLPINLALSLHSPFDEKRREIMPVANAYKVNDL +IDACKYYIKKTNRRVTFEYSLIKGVNDSEKEAKEIVKLLKGMLCHVNLIPINKVEEREYE +RPDKSYIYKFRDYLEKNNIPATVRISMGSDIGGACGQLRRKHK +>MGYG000000001_02154 Protein phosphatase PrpC +MIYSCDSHIGKVRKNNEDYCMGEVIKTKNEEDIGIFALADGMGGHNKGEVASKLAVENIF +KFLKENLLQTGSIKIDYVDDVIKQAYNNVNSIIYKKSIEQEECFGMGTTLVTAIIYKDNL +YVANVGDSRCYVLNDTGLNQISIDHSVVEELVRANVITEEEARNHPRRNHITRAMGTDEM +VIVDIFKSKLKENDLILLASDGLTGCVDKEDIKNMLLINEEISEINKKLIDMANDVSGKD +NVSVILIKHK +>MGYG000000001_02155 Serine/threonine-protein kinase PrkC +MGDTILGNRYQIIRKIGDGGMAFVYEAKDKLLNRTVAVKVLRPEFVDDEEFLKKFKREAE +AVASLSHPNIVNVYDVGEDGKVHYIVMEYIDGQNLKDIIKNEGTLDEYTALDITKQIAMA +LSAAHKKGIVHRDIKPHNILISNEGRIVKVADFGIAKAVSNSTMTNIGSIIGSVHYFSPE +QAKGNSVNATADLYSLGIVLYEMIIGRVPFRGDSPISIALQHINEDVEFTSEEKINIPQS +VRTIIKKLTEKSSENRYQSAEELIEDIDYVEKNIDLDFIKEYDNFATKKINVENVEKSLD +SEDEEEELLEEFPKITAQPKKERLKKKTKRPVKEDSPKVRKRLKIAAVVLLIILLAQGIF +IFKFVSGLMGGNSNQEQVITLPDFEGKNLEYVNKELERLGLKILVKSEYSDTVEKDHVIS +QSPAAGMEVSDGDAISIVLSKGTKQSQVPSIIGFTLTEAEKVLEQNNLKLGNKKYEYNDI +YKEGIVLNQTPSSGLGDVSEGDKVDVVVSKGPRETQEEENNNSDNETTDTPNNNNSNNNN +NNNNNNNNNNNNNNNNNSNNNNQTNKPNNGGNNETNKPSDDNKPSDGNTGNEDSDNSGTG +NENVPDEEGGTLLPQTE +>MGYG000000001_02156 Small ribosomal subunit biogenesis GTPase RsgA +MLEGKITKGIGGFYYVDTEKGIYECRARGIFRKQKITPLVGDRVKISIVDEETKKGVVEE +IDKRDTELIRPPIANVDKALIVFAVKNPKPHLSLLDRFIVLAEKENLEIVIVLTKADLDD +DNTLEKIASIYELSGYKVIPVSNKTKLNIDKIKEELKGSVVVFAGPSGVGKSSLLNEIDG +NFQLQTGEVSDKIKRGKHTTRHAELLKLECGGMVADTPGFSSLTLDDIEENELKEYFIEF +YNYDDCKFGSRCVHENEPGCGVKEAVESGDISKERYDSYIQLLNEIRQSKQGKRRY +>MGYG000000001_02157 Ribulose-phosphate 3-epimerase +MIKLAPSILSADFARLLEDVKKVENAGCEYLHIDVMDGHFVPNITLGPGVVKSLRKDVNM +VFDAHLMIENPDNYIKEFVDAGCDMIVVHQEACKHLHRTIQNIKSHNIKAGVALNPATPI +ETIKHVLEDVDMVLIMTVNPGFGGQSFIEGMIPKIKELKNLIDSKGLNVDIQVDGGIKPD +NVLDVVKAGANIIVAGSAIFNSEDIQETIDLFRKNASK +>MGYG000000001_02158 Thiamine pyrophosphokinase +MKICIVLNGEIKDFNKTKEIIENENYDSIICADGGANHLFKMGINPDYIIGDLDSANLDI +INYYKEKKVAFEKFPSKKDETDSEICIFLAEKLKATSIDFIGALGGRIDHTIANINLLYY +VKEKNIIPKIISEKEEIYIAVNEKIIIGGNKGDTISVIPIKGDAEGVTLDNLEYPLKDYY +MKYSKPLGISNVMLDTSCSISVKKGILLIIRNKDI +>MGYG000000001_02159 hypothetical protein +MKNQSKGLLGIICMATGATVIISMILPNWIFSILTALILIVCGVLLFLY +>MGYG000000001_02160 50S ribosomal protein L28 +MAKVCSVCGKGKVSGNQVSHSNRHSRRTWSANLRSVRAIIDGTPKRVKVCTRCLRSGKVE +RA +>MGYG000000001_02161 putative protein +MSARLTNEYGYVEIDKQVIAQIVYRAAMESYGLVGLGYKSKGIVELLKGENATKGVKVDE +LEDNTIAIELYVIIQYGTNISTVANNIIDRVKYTVEKMTAINVSKIDINVQGIRVK +>MGYG000000001_02162 putative protein +MIQYIDGKNLRDLFVSGANNLQNHKDLVDKLNVFPVPDGDTGTNMSLTISYAMKELSKVD +NEEITNIGKALSRGSLMGARGNSGVILSQIIRGIAKSVEGKDKLSTADFAEALKCGSDTA +YKAVIKPIEGTILTVIRESSEAAIKIAKSEEDFITFLELVIKEANDSLNRTPELLKALKE +AGVVDSGGKGLVIVYEGMLEALKGSPIEIKDSNLSEVKEIKAPQGNIATEDIKFQYCTEF +ILESDKVDDLQIRDKMLKYGDSLAVVGDEGVIKVHVHTNDPGLALQEALAYGQLLTIKIE +NMKLQHENTLIESGDESAPTTEEKEYGFIATSMGDGLAKIFKDFGVDHIIEGGQTMNPST +EDFMNAIETINARNIFIFPNNSNIIMAANQAKELSEKNIVVIPTKNTPQGFTALVSFNGD +ASVEENEEAMMESLSLVKSGQVTYAVRDTVMNDVEVKEGNIIAIAEGKLQAAGEGVNEIT +TKLVENLVDEDSAIITLFYGEDVSEEEANNLRDELEEKFDDIDVELYYGGQPLYYYLISV +E +>MGYG000000001_02163 ATP-dependent DNA helicase RecG +MITMSDLKKDIQFVKGIGPKKAYKLNKLGIFTLKDLLYYFPRQYEDRNNLKKIVELKNED +KATIKALIVGITTSNPRKGMTLTKVDVKDETGYAKLVFFNQPYISNTFKSGDTILVFGKV +KKEFKNIEFSSCEIEHLSNSPKNTCKIMPIYPLTFGVTNKEIISIIKSVLSNKELIIKEY +LPKGIIDKYKLCSIDYAIRNIHSPSNKESFKIALYRIIFEEFLILQLGLFMFKNGVIEVE +GIKFEENEKLKDIISSLPFKLTKAQNRALNEIIEDMKSPKVMNRLVQGDVGSGKTVVALL +TLANCVLNGYQGALMAPTEILAEQHYISLTETLKEFGMNVELLVGSLTKKQKEKVLERVK +NKEIDILIGTHALIEDKVEFDRLGLVITDEQHRFGVRQRGKLSDKGNNPDVLVMTATPIP +RTLALILYGDLDISIIDELPPGRQPIDTIAVSKDKRDRAYNNLVRAEVEKGRQVYIVCPL +VEESEAIEAKAAVELVEELKQEYFSDLKVGLLHGKMKASEKESIMKSFKNKELDILVSTT +VIEVGVNVPNATLMIIENAERFGLAQLHQLRGRVGRGKHKSYCILIYASKSEVCRQRMSI +MEETNDGFKISEKDLEIRGPGEFFGTRQHGLPELKIANIFKHMKILKIAQQEARYIIGED +LKLQKFENKLLKNEIIDKFEYAAREISLN +>MGYG000000001_02164 Ribosomal RNA small subunit methyltransferase D +MRVISGKARGLKLDTPKNQDVRPTTDRVKESLFNMINSYIMDSNILDLFAGTGSLGIECL +SRGAKNCVFVDKSKDSINIVRSNVKKARVENESTILNVDFKDAVKRLSTQNQKFDVIFMD +PPYYENMFIECLKSIDKFNLLDEDGIIVVEHDTKDLFEDSIGRLNKSREKKYGNTTLTFY +KLEEQDE +>MGYG000000001_02165 Phosphopantetheine adenylyltransferase +MNKRIRKAIFAGSFDPITNGHLDIICRASKLFDELQIGVLFNPNKKGLFTFEERVHLIES +CTSHLDNVKIVSFDGLLVNYCEENQIDTLVRGVRSGADVEYELQMAHMNRELNPNIETII +LPTTTKYSFISSSLIKEVLTFDADVKNLVPKIVLEELKRKTNRGK +>MGYG000000001_02166 hypothetical protein +MKIDLEMMELFDDLEDRISNAQTARFSQKSVIDKEELLAIIKEIRALMPDEVTQAVWINK +ERNRILNEAKRDAKELVAQAERDAEKIKEEYSRSLEELKQNSEETLKDYIESSDVVGQAE +QRAREISERAEHVAREIRQGSIEYATDVLSAVEHNLKSILEEVIRDKSELK +>MGYG000000001_02167 Sporulation integral membrane protein YlbJ +MKKNQIILFFLPVIVVLFLIVGIIIFPQEAIKSAKEGLNIWVNVLIPSLLPFIIGANLIV +DLKIVDLIGMIINPITKFIFNVSGRSALVFVISTVSGYPVGAKLAYDLRINGQISRSEAQ +RLVSFCSTSGPLFIIGAVAVGMFKNASLGYLMILCHYLGSISVGIIFRNYGKEKLPSSKY +NIRTNFSNIINTRYSSNTGFFVLFGNAVVNGVNTLLAVGGFVIVFSVVFKILSLFNIISI +LASILYLPLSLFGVTKDLCYAFISGLFEITIGCNNISKVASSSMIIKVTFSSFLIGFSGL +SILAQCCNFLAKTDINTNLYILSKFLHGLFASIFTFLLYPICNSASFVSNFGDVYDTLYI +NGLWSYYLNNTNIIVPLILLTYLIFKFVLPNQANNKINF +>MGYG000000001_02168 Multidrug export protein MepA +MFRGEIFEKKSIPQLIFLFSIPTICSLVLESVSSMIDTAFAGHLGSISNNALSAMGILSP +VLSLLIAAQLIFGVSTSIVIAKRLGEKDKEKINNTFKVGLYASFIFSTAISLFILLVQDK +LIYILGATGEVGILAKEYLNIAIIFNVFSSTGYTLVNNIRAFGYPKIEIIVVISSTIINI +VFNVIFTFIMNMGIRGIALSTLISEVCYLLFTVIFLVKKGLWIKKSKLNKYEVKEILYSL +IKIGFVQFLMQALNSLSGFVINKVLIRYTSILYIGSWTICSNIHMIVLLPLIGLAQGIQS +IIAYYQGSKDEKRKNIVKSKTIKYSLVYSISVTAIVYLFSREIVGIFTRDLELISLSVPI +IRIVLAGFPFIGIIYTFITFMQVSGEENSASKLELIRQGLLLIPLTIILPIIFTKYDIMN +ISPKIGIFLAMPISNCVLLIVYSIYLKKVEGDRCDRIQGDDL +>MGYG000000001_02169 Spermine/spermidine acetyltransferase +MNLDFKKINKDNYDEVLKLHVSKDQIGYIESIEDCLEEAKEYSLWRPIAIYDGEIPVGFA +MYGLFLNEGEFGRVWLDRIMIGDKYQGKGYGKASVKLLIKRLYKEYGHRKIYLSVYDDNI +NAIQLYERIGFKFNGEEDTNGEKIMEINLNDMEDLYV +>MGYG000000001_02170 hypothetical protein +MKDKYLIGEVCKLFNITRDTLVHYDKIGLLSPKKDDKNGYRYYGIEDINCLMDIMLFKQL +NLPLNEINKVVRNSSPSDILALIKEKEIYLQEEMEKVKKLQKRLGLMKLAVETCANDLNK +IELKSKKESCFFVEITKENKFNDFVEILEGLKDFDEYLADYVKFSFLIDEGVLFDEEADE +KIKWGISLREDCDIKTKNKLHYKLETISNNKYIYTVISLDDNDYDDWIQYIRDIVAKNNI +DVAGSILGRMLLTVYKDETPIDYFEVFIPIK +>MGYG000000001_02171 hypothetical protein +MSTLDEKIKVIDSITYDGVEFEVISYNNLEGAQRIETAMGLFFANQVGLKMKQVRIRLNN +SAVKTEAGALYYYKGKIESKSNIGGVGGLFKKAVSGTITSESAIKPTYSGTGEILLEPSY +KHYIMMELSNESIIVDKGMFYCCSEDINIKGVAQKNISSTLLGGEGFFQVQLSGTGIIVL +ECNVPKEEIVECEISRGEELKVDGNFAIARTSGVNFSVTKSDKSLFGSAVNGEGFLNTFT +GEGKVWIAPTQPMYEKMNCGLPTNNNSMDNHTSRQRG +>MGYG000000001_02172 hypothetical protein +MGEYLDSNTAQKAQHGYCENLKDMRASFYIEGKNIEKNKDIEELRLVDVAPTLANIMGFE +IPTAEGMNILK +>MGYG000000001_02173 Alanine racemase 1 +MKNGFSSKCFLILFSSIHKAGITKPILCMGYTDTAKIQHAIDSNIRITVYSLEMAMKIDE +LAKLSNKKAYVHIKLDTGMSRIGFLVNEQSISDIKKMFTLENLIIEGIYTHFAKSDEENK +EATYEQIKKYNRVINSLEEDNLNVPIKHVSNSAAILDLRECDFNMVRLGISLYGPYPSSE +VSRDIKLKTALELKTIVSNIKTIEKGTSVSYAGTYTVDKDTRIVTLPVGYADGFPRTQKN +PLVFINGKLLNIVGRICMDQTMVEIPDNLEVNMEDEAILIGDIDGIRIGDISSKIGTIDH +EILCCITKRVNRVYITKDSKYIVNNLLG +>MGYG000000001_02174 hypothetical protein +MIKGIVLLVLFITLALLMGKLVSKIHLPAILGWLLTGMIIGPHALNWMDSSIIDAQWFHI +LSNIGEVFVGMLIGTELILKELKKSGKQILIICLFEGITSFIFVSVAFFIFADIPMPIAL +VFGAIALATAPAPSLSIVKEYNAQGPVSKTLIPLAALDDILALIVFFLVIGLVSGSMTGE +GVNVFAILMMIVLPLALGAITGLIGAKVLKKECNKWQTILKVTALIILTVAIGVYINENI +LSINLVLSGISFAAFIANMVEEERLNEIMKDINPIMGIALVLVILDLGAPLDYNLIFGAG +LLTAIYIISRGLGKIVGSYTGGKISKAEKNVCKYLGLSLLPHSGVSLIFTGIAVSTLSPY +VPEHAAMIQGTIAAAAVINEIIAVFLAKQAFKMSGEIKLEKKERLDEVIN +>MGYG000000001_02175 HTH-type transcriptional regulator BetI +MTEKELESISIRERIIDVALEEFAQNGYKATSTNVICKKAEVSKGILYHYYGTKENLYLT +VLRYVIDNFKKNITINIESSNKKGIDYISEYFNNKFKFFRENPLHSRLIVNSRMNDNIEE +AKRLAKEFEEYNNTLMHEVIKKIDVNPRFDKEKAFELIIMIGEKLEEKHMKEIENKDKDV +AIEEFRKDHKIMLEMVFEGIDS +>MGYG000000001_02176 hypothetical protein +MRKIKNNRQLDYSKFNTDITAFVNDNNIESPSNYLIVTSIKERITYIFEKGDDMWVLIYR +WSCTVGKPSTPTIKGIFAVGVKYPAITSEGSKVSAKYATNIVGEYFYHSILYDLTGTYVY +DGRLGVAISHGCIRLDTNNARWIFDNASQGTTIVIN +>MGYG000000001_02177 Multidrug export protein MepA +MENKQNILGTESIGKLLLKYSLPAIIGMMVNALYNVVDRMFIGNIPGVGPMAITGLGVAM +PIMTIVIAFGSLVGVGSATNVSIRLGEGKKGEAERIIGNSICLAIIIGVTLSIFGLLLLD +KILITFGASEGTITYAKSYMNVILLGTTFSIMSMMFSNLIRGDGNPKLSATIMIVGCGLN +IVLDALFIFGFNMGIQGAALATIISQITSSMLGLSYYLRGKSNVKLKKKNLKLDMKIVSA +IFAIGCAPFAMQLTNSLVQVIFNTSLKTYGGDLSIGAMATISSINMIFVMPAFGFVQGMQ +PIVGFNYGAKKYDRAKKTLKISLMSATVVFLMGALVIQLAPQILVSMFNKDPELMNITIV +GLKKYAFAMPIVGISIVGSNFIQSIGKAKIAMVLGLLRQVIILIPMVIILPNVFGLNGVW +FAQPTADIVSAVITGIVLVKEVKKNFSDDSEIALKEAEVM +>MGYG000000001_02178 Transcriptional regulator SlyA +MNENNKYIAKYVSQIHRKSRIFMNREVAKYDIKSGQLMFLLDLYMKDGKNQEEISKKLEI +DKGATTRTLKNLEEQGLITRVKDNHDKRTNRIYLTEKSKYIKEDVFNLIDQLRNEVSKSL +TNEEEEILIDLLEKIYKNIKI +>MGYG000000001_02179 hypothetical protein +MGLIEIIINAAQESFLHVGVLLGIVILIFGYIDYKTGGNIVDILDKNKRIQPMIGAILGI +IPGCGGSIILMPLYVKNKVSFGALVATLISSMGDAAFILISSDIKAYLGVSLISFVTAIV +CGYMVDILHLDEKLKLRKDKLHNCDCANDEKTDFEKGLKIDLNAKKHIGHEENDEVDHAL +HHNEKRNMGKLGYKFTHSIGYKIFYLLIIIGLITMISHGEGAEHAHSHVHSHEEGLELSF +EGVISLLGLTLSIIYTALSKKYIKNSTHEVVESKILSFKEMIIHSASETAFVITWIFVGY +LVYDLGVMIIGGEEVLNSILLVNGMITVLIGAFLGVIPGCGIQVIFISLYSKGVMPFAAL +VANSISQDGDALFPLIAMDKKSALWAKILNLIPAIIIGFVVYFIMS +>MGYG000000001_02180 Delta-aminolevulinic acid dehydratase +MLRRPRRLRANKAIRNLVRETKLNVEDLIYPLFIVEGEGIKSEISSLPDVYHFSLDMLED +EIKEIKDLGIEHVILFGIPHDHEKDECGSEAYNDNGIIQRAIRKIKEIDSEMNVITDVCM +CEYTSHGHCGILNEKGYVKNDVTLEYLTKIAVSHAKAGADMVAPSDMMDGRIAALREGLD +EAGFEDIGIMAYSVKYASTFYGPFREAANSAPSFGDRKTYQMDPANSNEALIEAELDVLE +GADILMVKPALSYLDVIRRVKDNFDLPLAAYNVSGEYAMLKSAVNNGILAEGAIYESVMS +IKRAGADIIITYFAKDLAKMIRG +>MGYG000000001_02181 Siroheme synthase +MKGKVYLVGAGPGDYKLLTLKGLECIKKADVIVYDRLANSNYLKEAKSNCEFIYVGKASS +NHTLPQEDINRVIADKAKEGKIVTRLKGGDPYVFGRGGEEGQLLKEEGIDFEVIPGITSA +IGGLCYAGIPITHRDHASSFHVVTGHLRDDDKENHEINWNALANIRGTLVFLMGVANLKK +ISENLIKEGKSKDTPVALISWATRYNQRVITSTLENVYETAVRENVKPPTLIAIGSVVEL +RDTLNFFENKPLFGKNIMVTRSRTQSSSIVEKIMDLGGNPIEIPTIKIEKIENNTELENE +INNIKDYTYLVLTSKNAVEIFFDKLEEMNLDTRALANLKVCAIGSATAKEIKSRGIIADI +VPKAFVAESLFDELKDKLTKEDNILIPRARNARDYLVDKLSEICTVKEVHTYESVIDTSK +KDEILDILEKEDLDFITFASSSTVRNFVEIIGQDNLDKINSSKVISIGPITSATAEELNI +NVYKEAETATIDKIVEAITVC +>MGYG000000001_02182 Porphobilinogen deaminase +MKVVVGTRGSKLALTQTNWVIDELKKNNPEVDFEIKIIKTKGDLVQHLSLDKIGDKGLFV +KEIEQQLLDKEIDIAVHSMKDMPSCLPAGLKFAGIPKREDPRDVLILKEGYTSIDDLPQG +AKIGTGSKRRKYQLLRARPDLEIVPIRGNIDTRVRKIEDENLDGVVLAAAGILRAGMSEH +ISYYIPTDVMVPAPAQGALAIEIRDNDLEIENLINCLKDEETEIQVAAERGFLDGVNGSC +HIPMGAYCIVDDEKIKLTGLFGDEDGKKLIIKSIEGSSKSPRKAGIELAKLVLKEYESYE +G +>MGYG000000001_02183 Cobalt-precorrin-2 C(20)-methyltransferase +MAKFYGIGTGPGDSSLVTVKAVETIQNLDILYTPESRKGGDSLALSIVSKYIPDGLEIKS +RHFPMNFNDGEKITAWNQIAEEIVADVKGGKNVGFVTLGDPMIYSTYVYIMERLIDDIEV +ETIPGISSFSNIASNQNFPLVMDREPLIVIPCTMEEERIDYALQNYSCIVLMKVYKNFKE +IINKLEQYELIDSAILVSNSSQEGEVVYTNLRDVHLEEKISYFSTILVNKDNKKELGKLE +NKVG +>MGYG000000001_02184 Sirohydrochlorin cobaltochelatase +MKKAVLVVSFGTSYEETRKKTIEACEKKISSELSEYDFHRAYTSNMIIRKIKKRDGIEIN +NPLQALDKLHEEGYEEVIVQTLHIICGEEFNKLKDQIEEYKPKFKKLILGRPLLTYIDDY +KEVVEAIETQIPQMCDDEAVVFMGHGTFHESHSAYPAIEYMLRDHGINAYVGTVEGYPEL +DHVIKKLKADNIKTVNLMPLMLVAGDHAINDMAGDEEDSWKSMLEEEGFEIKVHLKGLGE +NSKIQDKFVKHAHDCIDQLKELEEIC +>MGYG000000001_02185 Cobalt-precorrin-6A reductase +MILVLGGTSDSLEICSELNKIFNLKYTLSVTTEYGRDLALGYARNVILGKLTKDDMKKFI +KENKVKQIIDATHPYAIEVSKNAIECSKESNIEYVRYERKSLIEGITYPNIYVVDTIEEA +CEIANQKGNNIFIGTGSKNLDKYVELIKNKKLIVRVLPTSEVIKSCEDLGLNGDNIIAMK +GPFSKTINMEMYKQYKIDLVITKESGVAGGFLEKVDAADILDIPVVIIKRETIDYPKVIN +DVKEIRNFIMI +>MGYG000000001_02186 putative cobalt-factor III C(17)-methyltransferase +MIYVVGIGPGSKDMMTLEAIKAMENADVIVGYKTYINLITEFIQDKEVVSNGMRQEIDRC +KRAVEIAKEGKTVAVISSGDAGIYGMAGLILELTAKEETEVPVKVVPGVTASIGAAAILG +APIMHDFCHISLSDLLTPWEVIEKRLRLAAEADFVVCLYNPRSKGRSEHLAKAFEIMGEF +KDGSIPVGIVKDVGRENEEKFLCTFDTMDFERVDMTTMVIIGNKSTFIDGDKMITPRGYT +V +>MGYG000000001_02187 Cobalt-precorrin-5A hydrolase +MNIDSKIAILCITSNGRSLACKIKRSLNDGDIYFINNKRDENSLDDNEVISKYLEEDVEI +YTVKKRLKFFVEDIFDKYEYILFIMATGIVVRTIAPLVTSKFSDPAILVTDEKGSNIISL +LSGHMGGANEMTLHISDLINSNPVITTATDINKKSSLDIIAKKLNGHIVNFRDNVLDVNA +MLVNGDAVGLYIDGEYNIDTRGFTVLDNSKSLESSISSDEELKKINLNTIVVISNKENLQ +IDKYYEDKYRIIKVTPRDIVIGIGCRRDTESHLLQDSLEDFLIKNNIDINSIKEIGSIEV +KKDEKAIIDLSENLNVPFRVLSVEEISQVDYLFEKSEWVKKSVGVYSVAEPVAHLLSDGN +VIIEKNKYKGITFSVGRLKI +>MGYG000000001_02188 Cobalt-precorrin-4 C(11)-methyltransferase +MINKVHFVGAGPGDKELITLKGYKLLSNADVVIYAGSLVNPALLEYCKEGCEIHNSAYMN +LQQITDVMEKGIKEGKSVVRLQTGDFSIYGSIREQVEELNKIDIDYDCTPGVSSFLGASS +ALGVEYTVPEISQSVVITRMEGRTPVPEKESIESFAKHQTSMVIFLSVQEIEKVVDRLID +GGYPETTPIAVVYKATWPDEKIVKGTLQDIAEKVKENNITKTALIMVGEFLGKEYNNSKL +YDKDFKHEYRF +>MGYG000000001_02189 Cobalt-precorrin-6B C(15)-methyltransferase (decarboxylating) +MRNSEFITGKVPITKEEVRAISINKLDLVNAKRFIDVGAGTGSVTVEAAYHYPNLDVTAI +ERNDDALELINKNVEKFNLKNIEVIKGYAPVEINKKVDAIFLGGTGNNLEEIIIWSKSLL +IEGGRLVANFIIVDTFNQTLNLLREHGFTNIDVSVLSVSKLEKLGRGEYFKPLNPIYIIS +CEKGVE +>MGYG000000001_02190 Cobalt-precorrin-7 C(5)-methyltransferase +MINIIGLGPGNENYITKLGEHLIKQSEVLIGGKRNLETIKDFKGEKIEMASNLKEILEYI +NTNTHKQISVIASGDPFIYGIGRYLSKNIDNKNLNIVSGISSLQYIFSKIYVDMNDLYIT +SSHGKVPDFDYILSHKKVCMVTDNKIGPHEISNEIIKRGLKKTVVVGENLSYDNEQITIG +SPEEILKIEKFDMNVVVILDEE +>MGYG000000001_02191 Cobalt-precorrin-5B C(1)-methyltransferase +MEEYVYIDGKKYRRGYTTGSCATAASKAATYMLLTKNKIEKVNIDTPKGIPLSLDVYNIE +LNEEYVICSIEKDGGDDIDATHKMHIYAKAELVDRTNDKDIIVDGGIGVGVVTKKGLSVE +VGRPAINPVPMRMINTEVRKVIGEDFSSNIGKEKSLKLTISAPQGVEIAKKTFNPRLGIV +GGISILGTSGIVEPMSDEGWKKSLSVELEMKKAQGLDKIILVPGNHGEEFIKDKLNLDMK +YVVRTSNFIGYMLKEAQRIGYKKILMAGHIGKYIKISAGIFNTHSKVADARSEILISNLA +MMGAPFEFLKKIESCVTAEGAVEIINDSEYTDFYDLISNKCKYKIDQYLLDEDIDVGVMM +FTMDKTLLGKSNNADQLVEVFR +>MGYG000000001_02192 Cobalt-precorrin-8 methylmutase +MEYVKNPMMIETKSFEIIQGIIDDIRPGYEFKNEVEEKIIKRAIHTTADFEYLDILKISD +EAVDSIVDALKNKATIFTDTNMALSGINKRKLEALGCEYKCLVADEEVAALAKEKGITRS +MAAVEVAANTKGRKLFVLGNAPTALYKVMEMKNEGNLDVDAVVGVPVGFVGAAESKDELE +KTDIPYIISKGRKGGSNLAAAIVNAILYSM +>MGYG000000001_02193 L-threonine kinase +MKSYGICPASCGEFVQGFVNKEEYLSSYAIDLYSTAVVEEKLEDIILGPRKSRKAIEMVF +ENFNIPIQESKNISLNINSQIPTGKGMASSTADIGATIKATLSLIEKEMTSEEISKLAAG +IEATDSIFIEDVNIFNPLSGEVMKYLGNLQNAKVLILEPNRTLNTKRIRSKSNYMETKLK +NQNLIKEAFYLLEDGIRKNDLNLVGKACTISSLANENIHKKVGLNEIIEISKNYGAYGVN +VAHSGTVIGILLDQTMDEIRLIELIRNENLHKYYKKIYASDIIDGGIRGGKQWNTLKIL +>MGYG000000001_02194 Threonine-phosphate decarboxylase +MNDLGHGANVELMASQHNKNPKDILDFSSNINPKLIPNLETYILEGLKECTSYPDINYTN +LRKNISDYVGVNPKFIIPGNGATEIIYLLMKSINKRLAIFNPTFSEYKRGAELNNLEILH +LDLDKNNNFEIDADIVQANINNFDSLFICNPNNPNGKVKNLEKILELIIENNKLLIVDET +FMEFVENEEQYSLIKYVEKYENLFILKAVTKFFGMPGLRLGYGVTSNKDIIEKIYHYKEP +WTINSFADNLSNYIFKNEIYIKESKEYYKNERNYMLNELRKICSIEVHDTDTNFILIRLK +ENTANDIKEKLFVESDILIRNASNFIGLDNSYIRIAIKSHNENEIFLREIKKVLGA +>MGYG000000001_02195 Cobalamin biosynthesis protein CobD +MNILSIYIGYITDLIVGDPYSFPHPVRYIGKLIRYVEKKVRKVAKTDKDLKIGGFVLWFF +TVIPTYLITYLIIKLSSFNPYVFVFVNAFIIYTTLATKCLKDEAVKIYRVLKTGDLEQSR +IQLSYIVGRDTEHLSEAEIIRATVETVAENTVDGIIAPMFFAFIGGAPLAMAYKAVNTLD +STVGYKNEKYLHIGFASAKIDDIANYIPARISVLLMSIGSLVLGYNYKNAANIAIRDRKN +HKSPNCAFSEGAVAGALGIQLGGTNIYFGQEVYKPTIGDKDREIESDDIVKTNRIMYATS +IASMIVFTLIYVLCVR +>MGYG000000001_02196 Cobyrinate a,c-diamide synthase +MKKILIAGTNSGVGKTTISLGIMQALTKRNMKVQPYKVGPDYIDPSYHTFITGRHSRNLD +SYMLDDEKIKYIVNEASKDADISVVEGVMGLYDGLGIDLNSCTSSYASKLLKAPVILVIN +AKAMAASAAAMVLGYKELDKDVNIGGVILNNVKSKSHYEILKQAIETYCKVEVLGYFPPN +SEFSLESRHLGLVPSVEMDSLKSKFDNLADEIEKYIDIDKILEISDVQEVESNFNLDNFI +NKNRIENKSIAIAYDKAFNFYYRENIELLDKLGLEIKYFSPIEDKEVPEANYIYIGGGFP +EIFKEELDKNESMRLSIKKAHENNIPIYAECGGLMYLGDRLLDKDNKEYEMVGIFEGTSK +MTASLKRFGYCYGEAKEDTVLARKSQIIKGHEFHHSIFESNEPCAYIMRKERAGKVIDEW +EGGYSKGNTLATYLHTHFYNNLECIENFLIRGSK +>MGYG000000001_02197 Cobyric acid synthase +MGKKIMLQGTASNVGKSTIVTGLCRIFKQDGFTVVPFKSQNMALNSFITKEGLEMGRAQV +SQAEASGLEPIADMNPILLKPSGNHKSQVIVRGKVVGNMSSVEYHDYKLQLMDVLKETFN +ELNSKYDITVMEGAGSCAEINLKARDISNMGMAQIADSPVIIVGDIDRGGVFASLAGTML +LLNEEERKRVKGVIINKFRGRKELLEEGVKMLEEIIKVPVLGVLPYNDIKIEDEDSVTTR +FKKAVGVKDVHIEIIRTPHMSNFTDFHIFETQEDVSVRYVDYGESLGNPDIVIIPGSKST +IDDLKFIRENGLEDQIKSLHKKGKLIVGICGGYQMLGKKLKDPYHVEGEVEEYDGIGLLD +TETIFEQEKTTTQVKATICEGLSGYLECLSGKEISGYEIHMGVTNIGNDIRNLDTITEKL +GEEVNYTEGSVNNEGNVFGTYIHGIFDEIEFTRALLNNIRQSKGLESIESKVGSFKEFKE +NEYDKLADFLRKHLDIDKIYEIMND +>MGYG000000001_02198 Phosphoserine phosphatase 1 +MIKLILVRHAITEDNRNKKLSGHIDSMLSEEGKNQIIELTEFLQSQSIDKIYTTTSSRTK +HTVEYIAKQRNIDIIEKDCLKEISFGDFEGLDFNEIKVKYPEEFQKMIDKGYEYRYPNGE +SLIDSYNRVSKEIKAIIDDNDNKTILICSHGGTIRNIITYLISNSYEYHWNFKIDNCSVT +ILEVDNGFTVVSSMNNTSFLKN +>MGYG000000001_02199 Adenosylcobinamide-GDP ribazoletransferase +MKRFISILQFMTRIPININVGFDEEFHKTLSYFPLVGLVLGVLELLIGKISLMIFDPFIT +SLIITLSAVILTGGLHIDGLGDTFDALYSYRDKEKMLEIMKDSRLGTNSLLAVMFLLLFK +VGFIYSIINKGLLWLVMFMPILGRLGVLVLTYKTATPRKNGLGNLFIGKCSLGMFLTATS +YSLVMLGLISKFIFASTNAVLISILISVPVVFLFNVIFKNHVYKKIDGVTGDILGCSIEL +SELIYLIYIYISLIFIV +>MGYG000000001_02200 Bifunctional adenosylcobalamin biosynthesis protein CobU +MSEIILVTGGARSGKSSFAELLCKDRNNKTAYIATSIPFDDEMKDRVKKHQDSRPSEWKT +YEIYKDIYSIIREINDNHETVILDCVTLLVNNLMFSYDIDIDNAKSDEINALELYIKDQV +NKLLEEIKLTDLYFVFVTNELGMGIVPGNKLSRIYSDIVGRINQLIASKSDEVHFVVSGI +PMRIKG +>MGYG000000001_02201 Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase +MSVLESTSMLEKALNNIEPLDQAYIEAARHRLDRQAKPQGSLGKMEDICAQLAGIYRSKF +FDTDKKVVIAFGADHGVYEEGVAPDPQEITKLQFPNFANGTCGVGTIAKFVGADVVAVDV +GINTDEKMEGVLDYKIRKCTSNMAKGPAMTREEAVRCLEIGIEMAETYIEKGYSVVGIGE +MGICNTTPSTAIISVIGGCDPEEITGIGAGLKKERLKHKADVIRNAIELNQPNPKDGIDT +LAKVGGFEIGAMAGVILGCSANKTPVVIDGFISYAAALLAYTINPITRDYMIGSHLSAEP +GTQKALEIIKLSPVLNMDMRLGEGSGAALAFNIIEACNFTYKNMVTYDEIDMLGR +>MGYG000000001_02202 Glutamate-1-semialdehyde 2,1-aminomutase +MKHEKSVKVYEEAVKYIPGGVNSPVRAFKSVGLSPIFVDHAHGSKIYDVDGNEYIDYICS +WGPLMLGHSPKELTEGIEDVIKRGTSFGVPTEIEVEMAKIIVDAYPAIDQVRMVNSGTEA +TMSALRVARGYTGRNKILKFEGCYHGHSDALLVQSGSGALTYGVPTSPGVPDDVVKHTLV +AKYNDLDDVRRIFEEQGNDIAAVIVETISGNMGLVKGKQEFIQLLRDLCTEYGAVLIFDE +VITGFRISYNSSPKYFGINPDMVCFGKIIGAGLPVGAYGGKKEIMDVVSPVGPVYQAGTL +SGNPLAMYMGKRNLEILRDNPQIYTELERKAIKLEEGIKSNLKKLGLDYTVNRAGSLVCL +FFTKGPVESYDDAKKCDIDKFNLYFKELLERGILVGPSQYEAMFLSNAHTDEDIENTINA +NYEALKVAHNL +>MGYG000000001_02203 Glutamyl-tRNA reductase +MDIGVIGVNHNLAPISVREKVSFTDTRKIEAINSLLDKDISEIVILSTCNRSEIYIRANN +IENKIQIVEDFYEEYFNERNIKSYLFSKSGKQAIDHLFEVTAGLDSIVLGEDQILGQVKD +AHEFSMKLGASKKVFNKLFREAVTTSKEIKSTTKISQQPLSISYIGIKLLKEKLGSLENK +NALVVGFGKMSKLTMTHLKEEKVNTIYLANRSHGKYEDIGDDFKNVIPINYDSRYETLKN +VDIVVSATASPHTVLRAEEIPNLDHKLYMMDIALPRDIDPNINEFENIEVYDIDDLKKIH +DKNDSKRNELAMIGRQTINSKVDEFMEWLDAADIDPTIQSLNEKCFEIRQDTLDYIFRKV +DLDSKDKRIIDKMMGSALKRLVREPILNLKQVKDKGKREEYIKLIEELFEI +>MGYG000000001_02205 HTH-type transcriptional repressor RspR +MRLYEKKYKETGKDYAYRVLKDNIMSIQLKPGDLLSESDLSQKLNISRTPIREVLMRLKS +EHLIEVKPQSGTYISLIDWNLIEEAVFMRYTLEKEVLKEACESFPENLLMELEKNIFAQS +LIVNKEDNDIEFHRLDKEFHKLLFLGTNKVHIWDSITSLSTHYNRMRLLSEMKSNKEQIV +EQHKIYLDMIKNKSKDGIEKVIERHIKSPLKEWHIMIEEREDLKSYIKNKK +>MGYG000000001_02206 putative oxidoreductase +MKLPFSIDLKDKVCVVTGGAGVLCGAMVDALAACGAKVAILSLGQESCDRKAQEVIANGG +QAIGIDVNVLDKESLKRAHEIVLKEFGPCDILINGAGGNHPKGTTTNEYLFEEDLNNDEL +TTFFDLDQKGVEFVFNLNYLGTLLPSQEFAKDMINRKGCSIINISSMNAFTPLTKIPAYS +GAKAAVSNFTQWLAVHMSKVGIRVNAIAPGFFVTAQNEKLLFNEDGTPTARTAKILNSTP +MDRFGEADELLGTLLYLVSEEASGFVNGVVIPVDGAFSAYSGV +>MGYG000000001_02207 KHG/KDPG aldolase +MLEIIKKEGIVAVLRAKSHEEARGYINACLKGGVKALELTYSIPNVNELISEYKNHEDAI +IGVGSVLNGQMAKDSILAGAKYVVSPGYNEEVNTVCHEMGVTYFPGCMTVTEIMNALEKG +NKMVKVFPGDVFGPKYVKAVKAPIPHVEIMPTGGVNIDNVEEWFKMGVSCVGVGSSLIKG +SLEDIEKLAAEFVAKIAKIRDYE +>MGYG000000001_02208 2-dehydro-3-deoxygluconokinase +MNKLELNNKKILGFGEIMLRLTPPNNQKILQSNSFEAVYSGGEANVIASLAMFGHDTKFV +TKLPDNHLGQKVLSKFRGYNVDISDVVTGEGRLGIYFSEIGHGLRSTEVIYDRKYSAISM +ADKSEFDIDKILDGVGFVHMSGITPALSKSLREFTIDFIKACKERGILVSYDSNFRAKLW +SLEEAREVLTEVMPLIDIAFLGHLDMINILQFEDKGLEFDENLKDLYGRLFEKYPNLKYA +ACTKRTVNSINNNSLRGYLYDGEELIVSNEYTFDILDRVGGGDAFTAGVLHGIFKNMKHE +EIIEFGICASSLKHSILGDINIVDEDTVVSLMKNGLQNIKR +>MGYG000000001_02209 Mannonate dehydratase +MKMTFRWYGQDDPVKIEYIRQIPGMKGIVTAIYDIPVGEVWPLDRILELKKTVEDAGLEL +SVIESVPVHEDIKLGLPTRDQYIENYKQTIRNLSKAGIKTICYNFMPVFDWTRSDLEFEL +EDGSTCLIYDEAQVAKMDPKLGELELPGWDTSYGEGGLGALLDKYKDIDEEKLWANLEYF +IKGIMPVAEEEEVKMAIHPDDPPWGIFGLPRIITNFENLERFLNLYDSHYNGVTLCTGSL +GCTTTNDVVEMVKYFGGEKNRIHFAHLRNVLITGESSFNEVAHLSEAGSLDFYEIMKAYC +DYDFDGPYRPDHGRMIWGETGRPGYGLYDRALGATYLNGLKEAILKSR +>MGYG000000001_02210 Uronate isomerase +MKKFMDKDFLLQTETAKYLYHNHASRMPICDYHCHLNPQEIAENKRYNNITEIWLGGDHY +KWRAMRSFGIDEEYITGNASDFEKFKAFAKAMPYLIGNPIYHWSHLELKEYFGIEETLSE +KNAEEIWNRCNEIIQSPDFSARTMIEKSNVKYIGTTDDPADDLKWHIAISKDENFDCQVG +PSFRPDKAVKIGNEGFAEYIKVLGATENTEITSYKELIDVLEKRVAFFVENGCKITDHGL +DRIYFRAATEEEVDVILKKALNGETLSQEEIEKYSTLTMVNLGKMYHKHDIVMQLHIGAL +RNNNTRMFKKLGADVGFDSIDDAEVAMPLSRLLDSLATEDMLPKTILYCLNPKDNEVLGT +MIGNFQGGGIAGKIQFGSGWWFNDQKDGMERQMMALSQLGLISQFVGMLTDSRSFLSYTR +HEYFRRILCNYIGGLVENGEYPADMEFLGEIIENICYNNAVKYFNV +>MGYG000000001_02211 putative symporter YjmB +MDAKKFDLGINNTEGENVKPFGNSDRYGYMLGDLGNSLLFNLIGSYLLLFYTDVLGIGAA +AVGTLMVVARIWDAINDPMMGVLIDRSKPNKNGKFRPYLMRAAIPVGLMAVLCFTVIPGI +SDSFKLPYAYITYIGFGMAYTAINIPYGSLASVMTSDPVERTSLSTFRSIGAILANLILM +GVAPKLVFADGGASAAGFLKAAVIFAVISNICYFLAFKMTTERIQHNVNDESKEKVSLGK +SVSMLFKNRALVGIMVASFGLLLAMFLPQSLNPYLYKDYFGNANLVGPASLLSMIPSFLV +IPFGGKLVAKYGKKEVTAAGFAIATIGYGLLFFLPITNPYIFIAINCFAGIGTGLINLLV +WALVGDAIDYQEYITGKREEGIVYAAYSLVRKLSQAVVGGVSGFALGIIGYQSGAAQQTA +EVANGVKNIITAVPFFGVILGLLAMIFIYNLTKSRLEEVNNELKVRRSN +>MGYG000000001_02212 Acyl carrier protein +MFEKIKTIIADQLGIDNADELTLETSLKEDLDADSLDAVEVIMALEDEFGIEIPDEDAEN +MKTIGDICHYIEENK +>MGYG000000001_02213 hypothetical protein +MKYIGLVLSSVCIFIIVLANLYYNSITLDMQRMKNYIVESNRILSDIIEKEEMVNEKKDE +YISRLVSLKKGIKNSKTSFLVKEYKDYKVKSIDNLIYIISYPNDKERYLTEVKKYNKLSE +EELNKLINEDFMEVTYLSAKTYI +>MGYG000000001_02214 hypothetical protein +MAKLEDTLSRFFGGNNGLFSSGGVLLIIVIVFLLIGTDLLDDFFDDDSVWIWIILIILLL +FNFDDSCC +>MGYG000000001_02215 hypothetical protein +MSNEQSLSRFFGGCCGNSFFGNGGLMILIILGVILLLGDDLLEFIFCEDNALIWIILIIL +VLTNLDF +>MGYG000000001_02216 hypothetical protein +MTNKLSRVFETFGGGGWWIIILFFLFLAFQDCWVDICITDWIPFLILLLIVCSCSMGFDD +DCGCFDNSNFDCNC +>MGYG000000001_02217 hypothetical protein +MLDRFFGDDGFFGAGAWWIIILFFLFLAFGDSWVDFDIMAWIPFLIVLLILCSCGGIL +>MGYG000000001_02218 hypothetical protein +MLDRFFGEGGCFSGAWWIIVLFFLFLAFGDCWEDIDIIAWIPFLILLLITCSCGGFFDDG +GCC +>MGYG000000001_02219 Catabolite control protein A +MKSNITIKDVAKKAGVSISTVSRVINDSKPVTDEVKQKVLDVIKETGYIPNPLARSLVTK +KSQLIGVIVPEVSDSFVNEILNGVEEIAKMYDYEILLANTYSDKEQELKSINLLRAKQVE +GIVMISWRVEEDHVEYMQKCGIPASYISKTARDYDIYTVSTSNVDATYDMTKYLLDKGHE +KIAFVMTSQDDTVLERERLTGYEKALAERNISLDESLIKHGTTTYEGGYNSMKEMLEEGV +VPHAAFVTGDEAAIGAINAICDSGYRVPEDISVAGFNDVKIAKMYRPKLTTVHQPLYDMG +AVAIRMVIKMINKEILEDKKIELPYRIEERESVIEKR +>MGYG000000001_02220 hypothetical protein +MNNIVVSGSNLTIEDVINVARNNYKVELS +>MGYG000000001_02221 Imidazolonepropionase +MGVFSIEESEYILKIAKKMGCKCEKNDIGSIEVGKKADFAIFDVPNIEYLMYYFGINHVD +RFYKEGKLLVKNKYIQYENNFKFTMSN +>MGYG000000001_02222 hypothetical protein +MKRIDMTVYEFIDKFNKLGDLRKEINEMIEI +>MGYG000000001_02223 hypothetical protein +MKAIKMHKETEEQIKERKLAIEDVILNVKVNLKGLNNEKLKSIYTKEVKKY +>MGYG000000001_02224 hypothetical protein +MKKVDPKALEQMAKEKNIDKDKIEKIASNYKGKSESELMDELIKIGKTLEGKEEVVSKFK +TFLDENQRKKLDSIMNKISEAELQDKIESKKSKSKKTNVSKHAPTKSSPKESSNKGEAKN +KTTKKVKKVVKKTKKSPSK +>MGYG000000001_02225 hypothetical protein +MNNLLLILGILALSNGNVSLFDSKNKSKKSMESTSGNRAPKVKKKTSKNSDAKVKRRKSN +GSNSTSNNDDLFKFNMNDISKGLKLMELSDEDLDRGMEIITRTKKYMSRDEKKVLIKIES +LLDLVKGIKKLSTMDISDDMEESNFFRSMDEEDKKNMMIKEIIDVFPEKRKESVEKAIDI +KKKIDLFAELFLPDDFGEGGFSLSSLADINNLGSINNLKLLGSLLRGDDSDLSYKDDDYE +DEEYDDEYDNYEEFGEYESNNEEYEYVETEEYEYIDVDEEDDDDSK +>MGYG000000001_02226 hypothetical protein +MSFINKCSTIIRRSSKDMFYIHLDKGISYNYYDKNNELVFSKRLIKDNSIDFTNCFFTLN +NLDNIYGIYNDGSLKMLTALSNSSTFTQTEILKYNSKKFGICFPYINVINNDIHILYYVY +NNNSTNTCSLFHHIKHNNVWTENKIDFINHIVLDNFTVIWSQDSPIVFYFNLVDGIEEIF +LSRFNISTLTWSNPVQITNSRENKIYLNILKDSMNFYHITFCESLETGYAVKYLNGYLND +TTFEIDISSYITGPSTCMYPTFLKKDSTLYLMWINYGKLYTTYSTNLGRNWSTHKIDDFS +VEDDFIRAYFYSNFKNDIPYNVNTVFTSVDDIGILGF +>MGYG000000001_02227 hypothetical protein +MQDLRKNKRKMTNKLMNVTNSHITEEMSEELERVYRPKHNNTNDCCNNTCNNDCDHHHDD +CKCDNHHDDCKCDHHHDHDKCEPCEVQSDICVDNPCRDTCCTPITPPRFSTNNSVPVAIE +TNRVFDSVVFQTFTDARAPQTTCTDGRSLVFDIEVVEVCGPVPRTGPVNVTIDKVCMNFN +EIEIESDDPMLEDFNVVGINPKDDGVCETTFEFLVCGDRSAICCEQRRGQSVAYKQKGLV +VTVRDLVLELRGRCGCTEIVALAFPAVRTSGGCLKRIDEVQFPFNTLAAALCLPASGRTV +TLRQEYDVNLSVDCIGKALLCVVDHSDCECFFNLDIPNGIDVILCLQEVVSILRSEQIVV +LASPTAVQPRVVDTFANVCDFNQCGEDRDRDRDRDNCNTCKR +>MGYG000000001_02228 hypothetical protein +MNKNSSDIKPFYIYTNKDKLYIKNINEHTEKLANNIFAYCANIDNNKRIHICSIDSAGKL +IHFSNNKGYWKKNIVCKAFNNIKNIKDMRLCIINNYLNIFIVEDSSIDENIYKVTHFNFT +PGSPKVYKHDINNITKDKEHIYKLNIDELSNIVFEYKTSYRCNRGESKNNTIVFNSKSRM +WLKPNTLLRNVNYSDSSEIKSNIHDDIFEYCYSIVYKI +>MGYG000000001_02229 Stage V sporulation protein B +MRMPNLLLSTIILFISNFIVRVLGFLYKIFLSKVIGETGLGIYHIIFNFLMICLALTTTG +IPTALSCLVAKRKALNDKYTTNTLFISTLYVAFFISFAISLGISFSSNFLSLKLLKNENL +NLFVLSICPAIVIITISNIIRSYFYGIKKVTIPALGQILEQVSKILFVFLLCMYIKDRSL +TCYIALLGISIGEATNVLFMTIYLYKDNDLSNKYTINIKDFYNSSIETLKMSIPITCNRM +SNVLLQSISSMMVPSRLVLSGVAYTKALSMYGIMSGMVMPFVFLPFTVGSALVVNLIPSI +SQEMALNKYNNVLKKINYSLLLTTGVGILSSLLFYFFGKEICVIVFKNELAGDYLKAMFL +TPLFLSLNQTLSGILHAIRKEFESSVNTIAGMIIQLIALYFLLPIPELNIYAYIYTMTIV +SILTCLLHIIVLIKAIKNLKVRRIR +>MGYG000000001_02230 2-aminoadipate transaminase +MEKYILDINKTSSKYLQIYNHIKKLIINKNIKEYEKLPPIRKLSEAIGVNNATIVKVYEL +LENEGYIYKVVGSGTFASNLKVKKNHKKEKDIIHFDSGNPSTDMFPIDDFKEAINMALAN +EGSSIFEYDEGLGSEDLRENIVKYLSDRFIETNKDNIQIISGAQQGIDIVCKGLINYSDV +VFVEEPTYNGAIEVFKSRGAKIISIPMLDDGIDIGILKLKLDKIKPKLIYTMPNFQNPTG +ISYSTYKKKKLIELAEEYDFYILEDDFISDFKFDSYDNRTLRSYDDKNRVIYIKSFSKIL +MPGLRIGMVEIPNELQRQILWAKYSSDISTPGLIQKSMYYYMQYFNWNDYLKSIDKIYSD +KYRLAKELIYDNLSDKLKIRNSDGGLNFFLELPRGYLSQDFSDFILGKGVSITPGTYFFD +NLVDDRFFRINIANASIADLEKGISIISENLEEFFDEYKNKIELRSNKVFY +>MGYG000000001_02231 hypothetical protein +MFDQKKIDRINELAKKNKNEGLTEEEKKEREILRQEYLANFRAHFRSRLESVKVVSPEEY +EEHMKNKKN +>MGYG000000001_02232 putative M18 family aminopeptidase 1 +MEIKYEAKNAWKIHMDNNSLKEVMNYSKGYMDFLFKSKTERSCAKEIIKQAKENGYISLE +EAIFKGSIKAGDKIYANNKDKGVCLFLIGKNTIENGMRIIGSHIDSPRLDLKANPLYEEA +NLGLFKTHYYGGIKKYQWLSLPLALSGVVILKDGRKIDICIGEDETDPVFCITDILPHLA +SDQNQKKISEAIKGEDLNLLIGSIPTEEKDGIVYNILNILNEKYNMVEEDFLSAELQVVP +AGKPRDLGLDKSMVLAYGHDDKVCTYAAITSIFDIEESDYTLVTLCADKEEVGSNGNTGM +QSRFFENIVAELIELEGSYSDLKIKRAFSKSKVLSADVSAGYDPNFSSAYDKRNSAYMGN +GVVLIKYTGARGKNGCNDANAEFLAEVRNVFNNENVVWQTGELGKVDQGGGGTIAYMLAN +YGAEVVDCGVGVLSMHAPYEVISKVDLYEMYKGYRAFFNKIKL +>MGYG000000001_02233 HTH-type transcriptional regulator CysL +MDFKQLEVFVSVVKHESFSKAARELFLTQPTVSSHIQNLEKELDTVLLNRNNKTIKLTPS +GEILYKHAIYILNNCKKAIFDIKEYSGKIEGIIDIACSSIPETYILPGFLKSFCTDFPDV +KFSINHYDSQFAISEILNERVSFGFVGVKPNNNQIKHIKIATDELVLITSNDINIENENG +YIDINKLSNLNLIMRKEGSGTRRLILDTLNKNNFSTNDLNIVAHVESNESIKEMVRFGLG +ASFISYMSAIDYINDKKIKFYRVKDIDFNRNFYFIYSKQKVLTPLEDKFIIELRDYFSLQ +K +>MGYG000000001_02234 hypothetical protein +MKLKKLLVSFITLSIFITGCSTINKKEVVSDKAKQQQTMTKVQNDVNEIMSKDYEYVLKN +MGTPYSTTYWIEKDQINNTKTIDELNHTVNVGLVYPKYTADNELEGSALYIELDKNKVIE +VQTYEFSSYDEEELEDENVALIIEKYSDDANLDLQDVESMKLDTYKGKLVDEIYNKLNFI +NPNIAAYDMSSKSKSIEVYMLKDSKNNKENSNSVLTVFINDNKISDIKVMNGSTLLDTAK +VYLLN +>MGYG000000001_02235 Molybdopterin molybdenumtransferase +MIEVKEAIKIIKSNLKPKDDIKTINIINSINRVSAQDIYSPIDSPPFDRSPYDGYAYDAN +INGNELVVVGEVYAGDVYEGVLHKNESVKIMTGAKIPNGANCVIKKEDVSIISEDKIIVN +KELKVYDNYIFKGEDIPKDQLVIRKGDVISYECIGILASLGIKEINVYDNLKIGILNTGT +EIQDLEEILKDGKIYDSNRYILHSKLLKRNIEPSIIDKVEDEIEELESKIKNILKDVDIL +ITTGGVSVGDKDLVPQAFKNVGGKELFWKVKAKPGGACCASVVDEKLLFGLSGSPHASGM +VYANILIPVIEYMSHKENDNSIKAIFRGTFNKKAKIDRYLNGRLYTEDAKLYVAMTDKND +VKARLWSTLNSNCLIKVKGGNILEDEQLVEVIII +>MGYG000000001_02236 Molybdopterin-guanine dinucleotide biosynthesis adapter protein +MYNILSVTSYSGVGKTTLIENIVKLLTSRGYKVGTIKHTCHDFDVDCEGKDSYKHRKAGS +SKVCVVSKNRVSFIEERSEEKNLKDIVKLYSDMDLIIIEGYKKYKFKKLEIIRSDKYNDI +ISDKEDLIGIVSDLDHQVDVVKFNLDDYINISNFIEKCIKNDILNINEDVLDNIIK +>MGYG000000001_02237 Ferric-anguibactin transport system permease protein FatD +MITLLHEYSDNNYQYEISVIFNNQLLIGEKTMKKRYLILALIVLSYISLFLGAKDITLID +IFTKDQDKLMVFMISRVPRLISILVAGMGMSIAGLIMQQISKNKFVSPTTGATIDAAQFG +IVVCMLFMPKASMFSKTIVAFIFSLIGTFMFMKILGKIQFKNVIFVPLVGIMFGNIIGSM +TDFIAYKYNLTQNVGAWMQGDFSMILKGNYEILYITIPMIIIAYIYANRFTIAGMGEDFA +TNLGLNYKKVVNLGLVIVALVTVCVVVTAGSIPYIGLIVPNIVSLYRGDNIKENIWHTGL +FGAVFVLVCDIFGRLVIYPYEITIGLTVGVIGSIIFLYLLLRRNVSAA +>MGYG000000001_02238 Ferric-anguibactin transport system permease protein FatC +MQLNSINKNVNKNKINRIDMNLNKNLYIMGVLVLIFTTMFLFYGIDMKHFDFAISQRIPK +ILAMILGGGCIAFTTVVFQTITNNQILTPSVLGLDSLYVLIQTVIVFVFGSTSVFIVNAS +YNFIINVGIMVGASILLYKVLFEKGKNDIFFLLLVGMIFGTLFKSGSSFMQMVIDPNEFL +ALQSSMIASLNNINTDVLMISMIMIIAIIPFIYDDIKYLDVLSLGREQAINLGVDYDALV +KKMIIVISVLVSISTALIGPMTFLGLIVANVAREGLKTYKHKYLIAGATLISMITLVGGQ +FFVQHIFSFNTTLSVIINFIGGIYFIQLLLKESK +>MGYG000000001_02239 putative siderophore transport system ATP-binding protein YusV +MIEIKNILKKYKDRNVVDNVSFNIEKGKITSFIGPNGAGKSTVLGIVTRLIAGDGGDVVI +EGKKLSEYHTKDLAKKIAILKQSNNISLKLTIRELVGFGRFPHSEGNLNSEDEKYIDEAI +EYMKLTDIQHKYLDELSGGQRQRAYIAMVIAQNTEYILLDEPLNNLDMSHSVQMMKVLRN +LCDDLGKTIVLVMHDINFASCYSDNIVALKNGKIEKVGTTNEIVQKEVLEEIYEMNFDIK +EINGNKICVYF +>MGYG000000001_02240 putative ABC transporter solute-binding protein YclQ +MNKKAAIIAGIAIVGLVGAFALSNKKGITPDNNVAAESTMTIAHDLGETKVEKNPDRVVV +FDIPTLDTMEVLGIDNVVGVPTSTYPENLSKYESDEYTKVGTVKEVDLEAIKSADPDLII +IGGRQADYYDQLSEIAPTISVSKDNADYVGSVKENVNTIAELFEVEEKASEELKKVEARL +NEVKKLVDGKEALTVMVNEGNLSVYSDKSRFALLNQGLGFVNVDKTIDDSTHGQTVTFEY +LAEQDPEYLIVLDRGAATGGESTAESVLDNDIVKSMDAYKNGNIIYLDAYTWYINDGGLN +SINIMIDDIANAIK +>MGYG000000001_02241 Putative multidrug export ATP-binding/permease protein +MIKDFIKYYAPYKKLFFLDLLAAFLFSACNLVYPMITRDIMNDVIPNKDLRMLIIFGITL +AIIFIFKAILNHFMQYWGHVVGVRMQGDMRSYVFTHLQKLPNSYFDNNKTGVTMSRIIND +LMEVSELAHHGPEDLFISGVMLIGSFFILLNINVFLTLIIFAILPLLIWFAVAQRKRMNK +AFMETRVKTGDVNATLENSIAGMKVTKSFCNEHEELKKFNRSNGVFKVARESAYKVMADY +FSGMNLFMDILELVALIAGGYFAYIGKISLGDFTAYLLYVKMFIEPIKKLINFTEQYQSG +MTGFERFMEIVNEDTEKEVENPIELKDVKGNINIENISFTYEDKKEVLKGLNLNIEAGKT +VALVGPSGGGKTTLCSLIPRFYEFEQGDIKIDGVSVKNVSLKSLRKNIGVVQQDVFLFTG +TIKDNIICAKPDASDKEIIEAAKKARIHEFIESLPEGYDTYIGERGVKLSGGQKQRISIS +RIFLKNPPIIILDEATSALDNVTEREIQTSLEELSKDRTNLVVAHRLSTIKNADEIVVLT +DSGIAERGTHDELINKGGVYSKLHK +>MGYG000000001_02242 hypothetical protein +MDNNKNRMKDRTKSNAELRKMYFEHGSEIGVKDGEKIGARNSGTNKTKKEKLYHKVKKDD +>MGYG000000001_02243 hypothetical protein +MDLRSLADIEDIGDIKKRIITKSSKLFITQGYNKTTIRKIAEESGLGRGHLYYYFKKKEN +ILLQIYKSFLEKIYKYIIDNHTLGSSTLVSYAVSQYLYTNIIVNSDALFRIYIEASKVDI +IRKEYVNILIDLFDEKVKESEYDFSERDIYLSVTIGCAGESELLNRYYEKSVDLTLEEII +KSVITTRLLLLNIDSDNIKKIIDETIEIVNKIDIKDIKTIEEISTFFS +>MGYG000000001_02244 putative protein YpbG +MIGNLLIGSTILLGGYTFYKSQMKSLEKVEYIIENHKIPKEFDDFSIVQISDLHNAEFGK +DNYKLLKMVDDLNPDIVVITGDLVDGEKSNFEVALKLIDELSKKYKIYHIIGNHEEKALL +KKYKEKYENYFSQLYSKKIINLDDESIKIKKGKSSINLYGIVIPLRYYKYLFNKNEKSDL +EEDFIKDKLGNVCKDEYNILLSHTPFYFDKYADWGVDLVLAGHVHGGIIRLPFLGGLLSP +NREFFPEYDLGKYEKNSSVMVLSKGLGGSKVLIRINCRPEVVKITLKSKLK +>MGYG000000001_02245 hypothetical protein +MALADSVPGVSGGTVAFILGFYDNFVNALNNLISSDKIGRINALKFLTKIGVGWVVGFVL +SVLFITSIFEKNIYEINSLFLGFIIASIPIIVKSEKKTLESNYKNIIFLIIGIIVVCGLT +YFNPITSKGHSFSVRADNLGLAFGAYIFISGMIAISAMVLPGISGSTILLIFGLYTPILN +AIKQVLKFNFEYLPSIIIFGFGIIAGILLTVRVVRSLLRKFRAQTIYCIIGLMIGSIYAV +IMGPTSLEIPRPPMSLATFSIVFFAIGCTLVPALEKLKVILEKKNIESMTTQS +>MGYG000000001_02246 UTP--glucose-1-phosphate uridylyltransferase +MKQRVRKAIIPAAGLGTRFLPATKSQPKEMLPIVDKPTLQYIIEEAIESGIEEILIVTGR +SKKSIEDHFDRSVELELELEQKGKKEMLKMVQDISNMVNIHYIRQKEPKGLGHAIHCAKS +FIGNEPFAVLLGDDIVDAKVPCLKQLINTYDEYKTTVLGVQEVAKEDTDKYGILDVKHIE +DRVYKVKDMVEKPSVEEAPSNIAILGRYIITPEIFNILENQEPGKGGEIQLTDALQTLAT +KEAIYAYNFEGRRYDVGDKLGFLEATVDFALKRPELRDEFMEFLKSKCDSKEFSNKNQNI +EEAAITIE +>MGYG000000001_02247 hypothetical protein +MINKVRMEDIPEGNRELVEVIGLDAFKKLVKYMGGCILYIPLESSITRVIRNRLIRSAFS +GDYKGLAKSFRISESHIRKIINEKD +>MGYG000000001_02248 Chromosomal replication initiator protein DnaA +MQNQVKSNLEEQESYTVKYDCNKCRDTTYILVGDEAFPCSCKEVRRAKKILEKSGISEEF +SKKTFDNFDYSRNVQTIDSYTVARSYVRDFDKIKNDRKNSVIFMGSVGGGKTHLSLAIAN +ELMKKGVGVVYMGYRDCIIRFKQNIMDASVYESMMSRYKSCKVLLIDDLFKGSITSSDLN +VIFEIVNHRYFNNLPMIISSEKRRDELIKIDEAIGSRILEMCGDYSVELKGSKLNYRIYG +>MGYG000000001_02249 hypothetical protein +MDCIKSELKNVEDVSLIEEVLKNINKEEIRKLFIEAIKEKGDGSCDYRRPTRAKVTNQYK +EEDAALYAKPSEEQLRRTRELYS +>MGYG000000001_02250 hypothetical protein +MMRLLGKSKEEKINAPVGSAEYGRLVKEAYIDNTINEAKFLSDDLYDSISRHDEIIDAIS +KLKVEKDIIEHTIMGLMKENEIAYIKERKITWKKTSRVSFDTKLFKLEEPELYEKYCRVS +NNRLFKIK +>MGYG000000001_02251 hypothetical protein +MKYYKNNLEGLDKLREVLELSLRMICENIESSSDEENLKELEIVKEDDVLSIGEFANLLR +LKGVPFGRNKVHSWLSNRNYTQRKNNKNYAIPKYIDEGMFKVKTYIVNTVDGPIETETIY +LTSKGIKYFMKKILSEFNIKES +>MGYG000000001_02252 hypothetical protein +MNKYNNIPTDVKNSLIKLKKLIEIIENNLHRSKDSILREITIELNITIEAARKLFSLYYP +LEGSLSTYIVGRKRTETIKAIMYIDDDKLIKRKIEEISNCSKSYFDRMLYRDYKVKIKNL +KKNKNIDNYFVKAFDVDELEENINDIYDCLYSLRDKGYIDIKRTKIRIKTS +>MGYG000000001_02253 hypothetical protein +MQIEEFILLYLTKNIGEENDILIYKLSKEYLKFLHFHDTSTRGGQNE +>MGYG000000001_02254 hypothetical protein +MKKMKRFQEDVAEFYSYLNLIENNLSLSSTEIIKKILKTHNLSRTTLDRKFKKLYSSNNG +YPQTLSTYIKRRQNKENILRGGRIFGFEERYDIKNILDQVKNLNMINNYRLYDIENSYTD +NTCKSKLYTTCKEYHYKNLAADEYVVVIKRSALCK +>MGYG000000001_02255 UDP-glucose 6-dehydrogenase +MKIAIAGTGYVGLSNAILLAQHNEVIAVDVIQEKVDMINNKISPIVDREIEEYLATKELN +LVATTDAFKGYKDAEYVIISTPTDYDPERNYFNTRTVEAVIANVLAINPDATMVIKSTVP +VGYTEKVREMFDTDNIIFSPEFLREGKALYDNLYPSRIIVGEQSERAEKFANLLVQGAIK +EDIDVLFTDSTEAEAVKLFSNTYLALRVAYFNELDTYAEVRGLDTKQIIEGVGLDPRIGS +HYNNPSFGYGGYCLPKDTKQLRANYDDVPNNIIGAIVDANRTRKDHIADQIIKRNPKVVG +IYRLTMKTDSDNFRASSIQGIMKRIKAKGIEVVVYEPVLKEDNFFNSKVIRDLEGFKSMS +DVIVSNRLCKDLSDVEDKVYTRDLFNRD +>MGYG000000001_02256 UDP-N-acetylglucosamine 4-epimerase +MNEKILITGASGFIGFHLAKLLLKNNYEVVGIDNMNDYYDIRLKEGRLEILKKYDNYTFY +KIDLKDKESIDNLFEKYKFDYVINLAAQAGVRYSIENPYAYVDSNLIGFMNILEACRHYP +VKHLLYASSSSVYGGNKVAPFSTEHQVDHPVSLYAATKKSNELMAHTYSHLYKIPTTGLR +FFTVYGPWGRPDMAYFSFTDAIMNDKPIKVFNHGKMERDFTYIDDIVEAIYKLLPLAPKA +NPEWDELKDKQSESFAPYKVYNIGNNQPVQLEKFISVLEDKIGKTAVKNYMEMQPGDVVR +TYADTSDLEKAINFRPSTSIEEGLEKFANWYKEFYNIEIKEKESDEVTI +>MGYG000000001_02257 hypothetical protein +MSRTRLGIKSSFILAIEAILIGVLTIARTKSIIDTFGTNVNAIVQLAVQFSAYLLLFESG +MTAAYQYNMYRPLIDKNYKKISALYNGLKFNMKTITINMFILGVIISIIYPYMLTEKGIS +YINVVSILIVMSLRIICPYILTLPMRTLLIVKEKKYITDIIECVKNTVTIITEIVLIKYT +KLPLAFILLVYIFYTALTRGIYIKLVNINYNGKIDKFENKDMTPKNMTNDILVHKIASLI +TSNTDSVLLSMFSTLNNVTIYTSYYTLISYPITLLTRMIDSIRASIALKVNEDTEKSFSI +FKEMISLELFCFGIVVPVFIIMVNPFVDLWIGREFRMGYIDIILMSFIALHRMIIPTIYA +TRDAKGLYKESKNFSLVQAIVNMILSLLLIKPFGITGILIGTCIADFCILQPKNYSLIYS +KIFNRKIDIYYNIIVSIALCVLSTIISLISLKLLSFDISNLWLSFVYETIICLFISTIVN +FIGLYILDKYFRCLIQRFNILGKKAILIK +>MGYG000000001_02258 hypothetical protein +MENRLNYKLRDYNIDILRAIGSLLVILAHVRPPEIILNFRSFDVILLVFISGMTLSYSNE +ESLIKYLTKRIKRLVIPTYITITVIFLIAYMACNLLNRTQLFDINTILESYIFFEGIGYI +WIVKVYLLIAIMSPIICKIVNNIENDFIFILIIIGLSSIYYWMYNELNNIIVNYYIFYMI +SYSIVAMIGLRCRKKANFVKKIGIFSILIFSIIQIVIIFNNGGFTPTEYKYPPQIYYLSY +GISISCILYILFTNLNLKVNKYIVWISKNSFNIYLAHIIVLLGINMILDVINIYILEVWV +IKFVCVSIGSITLSIILENITVILKEKVKHLISLNQDKKIINNNVDLIIKEKVNE +>MGYG000000001_02259 hypothetical protein +MRLELIFILSILYMIAFFTYAIIEFLSVKKYKRMRIINYVRCMYLLIYGLIPSIMYMYFY +MGGSENRYLNRMDFSYNGIYRLYILFLISIIGYISMNIGYIIIPKKSKIKNHSNTLITIS +AMYKSSIIILIIGFISLLLWTKAYGSPFDIIPYAQFLRSGYSPIYNPFTFMKRFCPLLML +SAYMLFTIINVRPKNKQIIPMYVLFIFSFLWSIVYLLANDGRFGFILFFATLMLIKMEIN +QDKKDQSQTIKILFKYILFGIIAFILMSLADGIMGYLSTGVYIPSEVNVNIFELLRDELG +YVTLSGQMSIYALENKLAGYRVIEEIFSAIFSIVPDSLISYPVTSTFAYNTEIIGNLSGT +IPTDLISYSIYNLGVIGVVAIPLLFGIIVRRIQVNIGDKISSPYYLVIYIIAAIYSIKAI +SHCDSANIILNIFFVMVGHIIVRIRNIKIKYR +>MGYG000000001_02260 N-acetylgalactosamine-N,N'-diacetylbacillosaminyl-diphospho-undecaprenol 4-alpha-N-acetylgalactosaminyltransferase +MDNIAIIITKLYGGGAERVASNLSIELSKTYNVKLIVFDDKNIIYPYCGDLISLDIPATN +NKFMRFINVFKRSAKLKKIKKENNIKCSISLLDGPNIVNVLSRDKDKVITSVRNFLSDSE +KTNIVRKVCVRIISNCSDKVVAISEVVKQDLIENIKVKANKVVTIYNSCDGERLAKLSLG +KELSEFEDKKYICTMGRLTHQKGQWHLIRAFKEVIKSNPELNLIILGEGELREKLNNLIK +DLGLEEKVKLIGYIENPHDVIRNSEMFIFPSLYEGLGNALLEALSCGVPIISTDCNAGPR +EILAPSTDIKNKAKDKVEIEEYGILVPNFNNDCFCSEIPLNEEEKLLVKAINMLIKDDKL +KSTLKEKALKRVKDFSPLEIEKQWIKLIDE +>MGYG000000001_02261 GalNAc-alpha-(1->4)-GalNAc-alpha-(1->3)-diNAcBac-PP-undecaprenol alpha-1,4-N-acetyl-D-galactosaminyltransferase +MKKIVIFTGTLSHGGSERVISTLCHEFINIFDKVEIILFYNMPIFYNMPENITVTTIDDY +IDGKVNIVKKLLWLRSYIRKNKVDLVLSFLAPFNMFAILSLLGNKTPLIVAERNDPRHIP +NKKSMRLMRNILYNFSSRIIVQTENNKEYFNSYIKKKTDIIYNPISLGTNKGKALITPKN +KKIVSVGRLIQQKNQKMMIDAFSSVIQKYPDYKLVIYGEGELRPELEQLIKEYKLENSVY +LPGVKKDIHQYIKDAEMFLLTSKFEGMPNALIEAMCLGLPCISTKVSGAVDLIKNGENGL +LVDLDDTEELIANIEKIIEDNEYAFELGKKASFLNEELSVARIADKWLNTITCKIKNN +>MGYG000000001_02262 Bifunctional protein GlmU +MKKYVRAIICLIYSLVKFSIIKLFHINKFEFTMYNLISPFTEIEISKNGKLALGKLLKMR +SGSKVRVRKDGEIKIGKNTSLNHGCIFTAHEKIIIGENVQFGPNVLIYDHDHDFRIKDGL +KSLKYKTSPIIIGNNVWIGSNTIILRGSKIGNNCVIGAGSVIKGTYEDGSIIVQKRENSV +SKLSYRL +>MGYG000000001_02263 N,N'-diacetylbacillosaminyl-diphospho-undecaprenol alpha-1,3-N-acetylgalactosaminyltransferase +MKKRILILSNHFITLYNFRKELIQKLIDEEHEVFISMPKSEENKFFSDMGCNIIETNVDR +RGINPIKDTKLILDYIKIMKRIKPDIIFSYTIKPNIYGCIASNITKHKQISNITGTGGTF +LKKSMLSEIAKVLYKISIKKSYKVFFQNSGDKDFFVENKMVKGNYAMLPGSGVNLEQYKL +CKLPSDDEINFIFIGRVMKIKGIDEYLEAAKQIKEKHSNVNFYVAGFIEEEKYKTIIEEY +NSKGIIKYIGFQKDIKSWIEKCHCTVLPSHGGEGVPNVLLESSAMGRVCIASDINGSKDV +IDNNKTGYLFEVRKSDELANRIESILNKKYSEIIQMGLNARNKVEKEFNRSIIIENYLSE +VRNIEMEYANEKIC +>MGYG000000001_02264 UDP-N-acetylbacillosamine N-acetyltransferase +MKKSLLIVGAGGHGKVVLDIAESTNEYEKISFLDDSKKIGEKVLGYEVIGKIADGHEYIS +EYTHAIIAIGNNDVRAELSKKFINLGYILPVLVHKSSVISKYAKVGQGTVIMPNVVINAD +TTIGDFAIINTRSIIEHDCVIGDGSHLSYGVLLGSGVKLDKKCMIDMGIIVQRNMYISK +>MGYG000000001_02265 putative sugar transferase EpsL +MYNLLQRLIALVMLIILSPLFLIVSILIKLESKGPVFFKQERIGKDNINFMIYKFRSMRT +DTPDVATHLLDNPEVFITKVGKFLRKTSLDELPQLINIIKGEMLFVGPRPALYNQYDLRD +LRTEKGVHVLYPGVTGWAQVNGRDELEIPDKVEFDRQYVERRSIFMDIKIVFMTVVKVFK +SEGVVEGSKAN +>MGYG000000001_02266 UDP-N-acetyl-alpha-D-glucosamine C6 dehydratase +MDIELIETQKGSVLSKILDTYRVRQTILLTLDVCIILIGFLLSSNLTGMEGTLGISNVML +PVSLYIICTVTMFGIFKCYSSLWRYAGTEELLSICIAVVLSMLPVIILHKVVGINYSLLF +YIVNTIFIAAFAGGVRVAYRTGRRFTSLSQSKDEISRVLIVGAGQAGEMVIREIKNNPQI +NKRVVGIIDDDINKLGRRIHGIKILGTTEEIDRIVEEEFVDEIILAMAKVSKKRKREIIE +ICNNKCKLKTVPGIFEIIDGKVDIKNIRDVEIEDLLGREPIKINLEEISDYLEKKVVMVT +GGGGSIGSELCRQIAGFNPKELIIVDNYENNAYAIQQELVRKYGNKLNLKTIIASIREEV +RMEEIFSQYRPEVVFHAAAHKHVPLMEASPSEAIKNNIFGTQNVAKLADKYEAKRFVLIS +TDKAVNPTNIMGATKRAAEMIIQTMNEKSKTEYVAVRFGNVLGSNGSVIPLFKKQIEEGG +PITVTHPDIIRYFMTIPEAVGLVIQAGAMAKGGELFVLDMGDPVKIVDLAKNLIKLSGLE +PGIDIKIEFSGLRPGEKLYEELLMSEEGLTSTENSKIFIGKPIEFDIEKTNRHLNVLKQV +VDREEVELIDNIMRELVTTYIRPEDANIKGVV +>MGYG000000001_02267 Tyrosine-protein kinase YwqD +MKITSYTNPKSPIAEAYRSIRTNIEFSNIDKDLKIIMITSTQPNEGKSTVISNLAATFAS +LENKRVLILDGDLRNPSIHKMFGVSNLSGITDVLTGQKDVSKCIESTKIEGLDILKVGKV +PPNPSEMLQSNKMKNFIDVVKEYYDYVFIDAPPVGVVTDASIISQYADGVILLVGCNETD +IEAAKLSKERLEKVGANILGVVLNKFESEGSAYGYYGYYYGDTNKPEKKSGLFKVK +>MGYG000000001_02268 putative capsular polysaccharide biosynthesis protein YwqC +MEETIDLREYFGIIKKRSKIIVAITLIAMAVSGIVSFFMLSPVYEANTTLIVNKNESSES +QTMTGDEFNVTQKLAVTYGKIITSRTVLNEVIKNLKLDMEYGELSKSVNVSAVSDTQIIS +ITVQDTNPKKAMDIANAIPKIFTEEAKRITKANGVEVIDKAVLPQSPVKPNKVMNVAIAT +VLGLMIGLFVVFLLEYMDTKIKKPEDIEKHLGLPILGVVPKENI +>MGYG000000001_02269 hypothetical protein +MKKLIRILINIILISILIFSGYKIYTKLAEYKKADTVYNYIREKSKDKDKTTELTGINPD +YRFWLKVDNTNIDYPVVQSEDNDYYLTHDFNKDYLASGSIFMDYRNNFQEDKSTIVYGHH +MRNKTMFGELANYKDENFFNGNNLIKVEYKGKTYTYQVFSAYIADLTEDYLKVDFENDED +YQSYINYITNRSMYKSNLQVSKEDKIITLYTCSYEFKDARTIVHAKLISE +>MGYG000000001_02270 Transcriptional regulator LytR +MSRLSIKTILRKSLLLLSIAVLFGVIFSRVGYTENLDTKEVPKEASGIKNILLIGVDGEN +LDKGNRSDAMIIMTIDQNNKNIKLTSLCRDTYVYIKGHGKEKLTHAYAYNGPELLLDTIE +ENFGIKISKYATVNFSSFINIIDLLGGVEVEVTDNDVDVLNKLIKVCYKIDSKEDKGKIE +FIDSAGNYNLNGYQALAFSRIRYQDSTDARNTRQRMVVKSALEKLKTKGLRTYISSLNEI +LSGVKTNLSPSEIIVLGYKTLRIGTENMKTLEFPVYKEEIKSKEAGWIVIWDEEDNLDLL +NNFIYENLRVE +>MGYG000000001_02271 hypothetical protein +MDDFSNGKDRYLENINKKNNNNKRNNADKKMMLIILLALIIGWMGFIFYMSHQPASVSSG +QSGRTISAIINMPIIGEISKPILTSSIGEFVIRKSAHMFLYFVLSILTFKFISIKSIREH +NLTSKIIFRNMAIALLIVFLYACTDEFHQLFVSGRSGEFRDVMVDTCGGIIGLILISINY +FRKI +>MGYG000000001_02272 hypothetical protein +MFKFIKRIFIFFITTAIVLVGGIMYINYRNQENLLKDLTTVSNKENSSDVANNSTMETDS +ANISQEISDILSDENKYDLAVKYDNAGALVSLDTVTRKVSVISLDTIDNFKDLASKTDKY +IDFDNSENYSIEDLTALKDKFLSSGMIEKYEIVKDILKNSDTNIKESDLISMYFNYMASK +>MGYG000000001_02273 hypothetical protein +MATKKQKREKRKLNKKMQKAIVAKKKAAQAQEQELKSSK +>MGYG000000001_02274 Serine/threonine-protein kinase PknD +MRDDKDMVNFTNKYQSLELISNDKSKLIYVSTNTETNERVVLKLYKKTDYKETQFEELKK +IIEFSSLNKNSNLIKIHYIDNGIYDDIIYYIVEMEYIEDKSLESLLEIKNFNENEALRII +KQLIDGLNELHRLNIVYKNLSADKIFLNEDGTLKLDPTGYIDKYNQNIKYISPEQASDKP +INKTSDIYSIGIILYEMINKELPFVWENGKEELYKSMTQEFYIGKDKCSDNVVSILENCL +YVDPAERYENLDALLLDVISCLDYNISVFRNNRESEHLINKENINQSKEIKQDNKIKVDE +EKEQNKEIEQYDRGKKYMKVISACAAVAILSGGLILKGTDIIDKLKNKNDSPNVDILNKD +SLTKDKDESDIKENQEYNIDSIPKNVTNTDTENNEYKNTNKQKTYTEIDNTDLEENKAED +DTTTSNPNHNTDDTVNTTPQKPQTKPEQTPSETPEEKPDDTEEKPEDNLEEKPEKPEKPE +ENPDQSPDEIPEKPEENPDQSPEQTPDQSPDNTPSQTPNNVEE +>MGYG000000001_02275 hypothetical protein +MIKKSKGIIIEALGLIIGCLSMSIGINMFLGPHTIAPGGLSGLSVVISKLTGLSVSTIML +IMGIPLIICSVKILGKKDAIKTLIGMVTLSFLLEVTSPLANISATQDTLLSAISGAILLG +AGIGIVFSVDGSTGGTDLIALMVNRVFPSIPLSKCLTFIDGMVVVSAGIANKNIETGLYS +AIALYIIVKMIDAIISGFDYSKAFMIITEEEEVLRDAIVNDVKRGLTIIDAKGGYTSQDK +NILLVVVRKKQEVHLKKLIKRVDPKAFIIVSDVHEVLGEGFSPINA +>MGYG000000001_02276 hypothetical protein +MEDNKNLIKVMLAAFAIVIVTELVGEYTVNIGPVALVLFPMLYAVIIGIVITPDLLGKKI +KALRDVVNEKEINIAGDIVGIALVLLGIKYGSTVGPNLAKIIQAGPAFLAQEFGHILSPV +VALPLALFLGFKREAVGACTSISRETALGVISEKYGINSPEGSGVLGTYLMGTVIGTIFF +SVLGSVSIYTGLHPYALGMATGVGSGSMMTAASAALTKVPEIAADPAMVDTILSYGATSN +MMSSLTGLIFLVFITLPFSNKLYDILEPKIGRKNKSKNNVA +>MGYG000000001_02277 hypothetical protein +MFGKIDLKRSSYQLVVMLMVGAMILIGQYISSGIAITTAIPGMLIMIVAAMLAMMLKDLF +PKSIFPAFGFATIIGLFLSIPGNAVSDVFNTQVANINFMAITTPLLAFAGISVGNKIEDL +KKMSWKIVVISLVVFTTIFFACASIAHIVLKIQGVI +>MGYG000000001_02278 N-acetyldiaminopimelate deacetylase +MNKQQLKDLIIKSIDENRDKIIEIGRGIYHTPEYGYKEYKTTEAVANFMKEELGLEVEKN +IAVTGCKAVVNENKKGPHISILGELDGISCKEHKDANEIGASHTCGHNIQIAGMLGAALG +LVKSGVLDSLDGKVSFMATPAEEFIELEYREQLKKKGEITYFGGKQELVKRGYFDDVDMS +MMFHSSDCGDSKALVGPESNGFIGKKVQFIGKESHAGSAPHEGINALNAAMLAINNVNAL +RETFKESERVRFHPILTKAGDIVNVVPADVQMESYVRARTINGMIDASERINRALIAGGT +AVGAEVKITEIPGYLPILRYRSMDNLFSNNLVELGIPINEIIDGGDFTGSFDFGDISHLM +PTLHPMVGGVKGALHTRDFEIVDEELAYIVPAKSMAMTVVDLLFDGAKEANEILADFKPV +MTKEEYLDFLNKYDKTI +>MGYG000000001_02279 hypothetical protein +MIFGIIGPSDSSKKIEEYLKDIDKEIEIKLYIREKAAECIEVIATCEEECDAIIFTGCGV +AAAVKSKYEVKKPNGFVSRGGTSIMKAFWEVKKANMSLDKFSIDVVENEILEDIVNEIDV +NPKKVFSLPFNNGIDEMEYAKWHMNLFEKGEIDVILTGFGNVYSVLKNMGYPVFRLEATR +PLIKSCYEEVKAKEALNKAQYSQISVEILSLIDYKGNKESYYSNMINKSKVDKIIVEYVR +SIQGSIFNFGRDEYIVFSHKGAIDNEENYNKLFKLQKEVKLNGFSLGVGIGIGTTAYQAE +TNGYKALKRCIDSKDFDIYLVDDEIIKGPLGTDNELSYSLIASDERLIEISEKTGLSCES +VAKIMAISESRKSSVYDTKELADYLDISDRSARRILNKIVDSGFGRVYAKESSVGGGRPK +NLIEVTF +>MGYG000000001_02281 hypothetical protein +MKIIKRMMSTLKGISKYILVNERINSQRCVAQNINTTKTIIEHN +>MGYG000000001_02282 Homoserine dehydrogenase +MNNSKITYIEALKKAQGLKIAEVNPYLDVSGHDTAIKIQIICNVVMDLDVDIKYIYIDGI +ENISIDEIDKAERDNKKIKLIGKISSENKDSIIEVKPQSIDKDYPLYFVDGKIKEFIIKL +IYW +>MGYG000000001_02283 hypothetical protein +MNLGLIGFGEVGKSFVKLLKIKEEILDGMKAQ +>MGYG000000001_02284 Aspartate aminotransferase +MISNKMETLLKGNSVIRAMFEEGKKLAQIHGAENIYDFSIGNPSVEPPEKVKEIINKILN +SESANLVHGYMNNSGYEDVRESIASYLNKKENLNLNLNNIVMTCGAAGGLNIILKTLLNP +DDEVITFSPYFGEYGNYINNFDGKLVVVPTDIDNFEPDLNALSESITPKTKALIINTPNN +PTGVIYSSTFLANLGNLLEKKQKEFNSNIYLISDEPYREIVYNGAIVPCILKYYKNSFIG +YSYSKSLSLPGERIGYVVINNNMDDFNDIVSSLNIANRILGFVNAPSLFQRVIAKCLDSE +VDINIYKRNFDVLYNHLTNLGFTCVKPKGTFYLFPRTPIENDKKFCEDAKKFNLLLVPGS +SFGCPGHFRISYCVSYDTVINSLPAFEKLAELYNLSSNTN +>MGYG000000001_02285 hypothetical protein +MKENIKILDLDIKKCEEALKLNNLLEMVIIIEEMIDKYKNQINNLSSLEKNNVWSYKKKD +LEDLNEYLNEYKNKLTNEYKISALKEVFDDSVSEIESNTSLSIDKKLEVTDIINSIKDIS +FNSKSVEEKWEEIRSYINYISQEEFIIANNLLNLVSFVLKTDL +>MGYG000000001_02286 hypothetical protein +MKFFIDFATGSLNKYGEELCGDRVEFYNDKDKFVAVLSDGLGSGVKANILATLTAKIALT +MLKEGIDIEEVVDTIINTLPICAVRKVAYSTFTMVSVDKDGMVYVAEFDNPSIFFLRNGD +TRPINWNEKFINGRKIREASFKLRQNDILVLVSDGVVYAGVGQVLNLGWQWKDIANHLRR +FTNSSMSAKKITNNLLGACNQLYMERPGDDTTVATIRVTQPNKAVIFTGPPIDKNKDKEV +VEEIMRTSGKRIICGGTAGNIVARELGEELRTSFKIVDKDIPPIGYINKIDLVTEGVLTL +RKAIDKLHNIKSSHDLKFIYEEDGASLLARMLYEDCTHIKMIIGRAINPAHQNPDFPNEL +SIKLYLVNELKDVLIELGKIVEVEYC +>MGYG000000001_02287 Electron transport complex subunit RsxB +MWFASFSKAHCRNCYACIRVCPVNAIEVKNEQAQIIKSRCIVCGECSRVCPQKNRIIKSE +ISIVKSYLQNKEKVVVSIAPSFSSIFGKESKKIPCALRKLGFSYIEETIVSIDPIIEKYK +LFANKSEDKNYITSFCPAMNNIIQKHYPSIIQNLIPVISPFIYHSRLLKEKYGKYVKVVF +IGPCLAKKTEAYGENSVDAVLTFGELQKLFREYNINLEDVNEEPFDETYEDKLLVSIVGE +TSKFIKNEITKKDIIAVDGIEDCIKILEAIQDNRFKNTLFEMNLCKHGCLGGSGMPNDGM +TYYERKCNLVNYAESVKKNKKYNSNKQSNNEINNKIDNKVSLNKNFDNLYFPLKQPNENE +IKEILYSMGKYKKSDELNCGGCGYTTCRDKAVAVYNGIAEINMCLPFMRQRAENLANVIF +DSTPNLIGTIDDDLNIIQFNPAAESFFKVQRGESKGLPIGMFLDEDKFENVKKNNKNIIR +EKITLDNKYTLIQNIIRLEENNVLIWIADDITKDENIERKLQTMKVDSINMAQEVINKQM +MVAQEIASLLGETTAETKVTLTKLKKLILEKEGNE +>MGYG000000001_02288 Protein +MKNIKICIGSSCHLKGAEEVIEAFQKLIKEYNLENEIELYASFCLNNCTDGVSVMRWDEK +ILSVCSKNARDVFDREIVPYI +>MGYG000000001_02289 Arylesterase +MKYYIKADRNVRIFVEDINPDCSKTILFIHGWPLNHNAYEYQINKLSSMGYRCIAIDLRG +YGKSDRPSQGYDYNTMAKDIRCVIEVLKLNNITLVGHSMGGAISIRYVSNYNAYGVSKLC +LIGAEAPSWVKTNNWKYGYAEDQVNNLIQETYIDRGKLVDDVRDSFFFQYKGETFKRWFE +NLCLAAAGWSTANSLMALRDERLFNDLENINISTLILHGVHDKVCPFEFAKYMDNAIDNS +TLIPLTESGHGAFAEEIEKVNNSLVCFINQ +>MGYG000000001_02290 Cold shock protein CspB +MANYNGVVKWFDNEKGYGFIKTIDGEDIFVHHSNIKEVGHNKDLHEGEEVNFDVVQAERG +PSAINVQKI +>MGYG000000001_02291 hypothetical protein +MEALFEILLKEDFWFAVIRSTTPILLTTLGAMIAARAGARNIALEGTMLTAAFVGVAASH +FTQSAFVGLLFAVISGIILSNIIAYFALKLKSNIIISGISLNLMASGMTVFGLYLLTGDK +GASTSLNSLALPNVNIPIIENIPVIGKIISGHNILTYVALILVLLVYIMFKYTQLGLRIK +AVGESPEAAESVGISVNKVKYIALTMSGALAALGGAFLSMGYVTLFSAGMTSGRGYIALA +TQSMAGANPVVGLLTSGLFGFAESMSNYLQGINLPIEFIQMLPYLAIVVIYVVYCANKTK +QENKA +>MGYG000000001_02292 hypothetical protein +MRKDSKFNIIKYFDLLRLFVAVGIALLITTGIIFLCSENPTKALSTLLTGPISSKRYLFN +VLEMMVPLMFTGLSLSLVFKSGNFSMITDASFYMGAVIASFIAIMIPLPSGIHPMVAIVI +AGFIGGIIGSIPAWCKVKYKANELVTSLMLNYVFFYTGLYIVNKFLADRQASNFASLKFL +KTSALSNIVDGTRLHTGFIIAIVVCVLLYIFLTRTKWGYEIRIVGSNPEFARYSGINTKK +VILYTSFISGSVAAIGGAIEKLGMYRRFQWSAAPTYAWDGVIISILSSNNPIFVPIAAFF +LSYLRVGADIMSRQTDVQNEIVALIQGVIILLVTAERFLYFIKQRKESQLALANNENKGG +DK +>MGYG000000001_02293 Galactose/methyl galactoside import ATP-binding protein MglA +MNKEILKVSNLTKVYPGGVVANYNVNIAINEGEVHALIGENGAGKSTLMKMLFGMIPQTS +GDIFVNGEKVHFSSSKQALEKGIGMVHQHFMLVPSLTVAENLILGHETTKSGFINIEEAI +AQTEEISKKYNLKVDARAKVKDISIAMKQKLEILKALYRGAKILILDEPTAVLTPQEIEE +LFKQLKLLKEQGYTIIFISHKLHEIKELCDRLTVLRDGQTMGTYSVSELSEQEISKLMVG +RDVDLNIEKTQRDFKDVVLSVNNLTVKNSFKNVVVNDVSFTVREGQILGIAGIEGNGQSE +LVNAIVGTTPIVNGKIALGKTDITKESILKRQELGISHVSEDRLHFGSAPNLSIEDNAIS +KIYSSKELNKKGLLDLAKVKEFTTKLVKEFIVKHDNTKQSIKDLSGGNIQKVIVGREFLY +DPNLLIVNQPTRGIDVGAIEFIRHKILDMREAKKAILLISSDLGEVLSLSDSIIVMHEGK +IVAYIDDAKNVTEEELGLYMLGVKRDSDEVIGGAYYA +>MGYG000000001_02294 Membrane lipoprotein TpN38(b) +MFKKKILSTLLAVGLSATFLVGCGSEEKDVSSNGEKVNVKLLVTGALGDKGFNDSANAGM +KKIEKQFGDKVNVDVVEMGFDQTKFEPSLVDASESDADIIITGGWDMKEHVEKTAEIYKD +KKYIVYDTDVNYDEYDLDNVYSMTYKQNEAGFLAGALAAAVTASDMELANDEKVIGFVGA +RDTSAVINDSLVGYIEGAKFIDKDVKVEVAYIGSFTDTAKAKEITLAQYSNGADIVFTAA +GPASAGSVEAAKDAKRYVIGVDSDQALAYEGKEEQKYIISSALKNIDNSLVDAMDSYLNN +SLEFNTHSVLGIKENAVGLAENDIYTSTVSEDIRTKVSEIANQLKDGKVEVSTALGMKEA +DLKEIIKNAK +>MGYG000000001_02295 N-acetyldiaminopimelate deacetylase +MDNLLLDSLKKEMINLSEEIFKNPELGFKEFETNKLICEKLEKYKINYINDIAITGIKAT +IDSKKEGPHIALLCELDSVPSTEHKYLGKRDNCAHSCGHYAQVGMMLGTFLALKESNIID +ELGGKVSFIATPAEEYCDFDYRENLVKENKLSYISGKQEMIKLNTFKDIDLVLSAHAMPP +GTGHFAEVNSSLNGFLGKKITFRGVSAHAGLNPSDGVNALNAANVALNAIAYLRETFKEE +DAIRVHYVISDGGASVNSVPDKVTIDMYIRAKTLDAIIDVNKKVDRAFRGGALAIGAEVE +ITNTGGYLPLTQDESLTQAVKDNMLKFMDKDKIISDCHSFASGDIGDLSYLLPTVQIGVS +GFAGRVHGNDFRTEDTHIAYELPINYFTETVKDLLKDNGKRTKEILSNYKQRLTFDQYIK +LLNDTNKTDLYKAEV +>MGYG000000001_02296 hypothetical protein +MLFSYQNIKISYGPLAAELNEFDYSNINFETIKEFINKIDSVINENVYKKDEYINLYGFT +QKLMDKNEESNFEVVKDTNGSLHYTYFTEGSNPVNEMVNAMNVLKKDIKKKDTKLIYLMP +PDKYIKGYTEFPKGIPYNFANETADNFIKGIKDIGIDTIDFREDLLDNGISKEDLFFKTD +HHWTIETAFWAYTKLVDELNYKYNLNLDKYRFYRNKDNYNFIEYKNSYIGSMARKASIYY +GGVDDFTLIYPKFTTNFEFMSQTKDRVVNLQGRFEDSLISTMPFNSEKGHYDLEKDMYSS +YLTGNQGFTHIKNKNNSKGIKVLFIKDSFSLPLSAFLSNVCSDVYLVDPRYYDGDITDLT +NKLKTDFVFVTFSPPNLTMEFFNFKK +>MGYG000000001_02297 Peptidoglycan O-acetyltransferase +MIFSSVAFLFYFLPVALILYYGLFFSNPLKNGILLILSLIFYAWGEPKFVLLMILSIVVN +YFLALIIDIIRDKKSLAKFFLLISCIYNLGMLFIFKYLTFVIRNINKYQNNPITVPNMVL +PIGISFFTFQALSYVIDVYRKSGVVQKNPFYVGLYISFFPQLVAGPIVKYSTIAEQIKNR +KETWEKFSVGTCRFITGLGKKVLISNSMAIVADRIFGMSEISPIAASLAWIGSIAYTLQI +FYDFSGYSDMAIGMGLMFGFKFEENFNYPYISKSISEFWRRWHISLGSWFKDYVYFPLGG +SRVSNKDKMIRNLLVVWLLTGIWHGAEWTFIVWGLLNFVFIALEKIISFEKIENIGIFKH +IYTLFLVNLGWVIFRSLNLYEAGKYISYMFGLSYNGFFSDYTLMFIKEYSVFFILGIVFS +TPIAKYANKLIVENTKGTKLLEYVYPFAIMILFIIVLSYLVKGSYNPFIYFNF +>MGYG000000001_02298 hypothetical protein +MNKTLKKYIIIALSLLFFFGNYIKIHAENNNSEILNKINSKSKIEIIGERSVQIPVVGET +IAKYKLKYENLYLEKLNSKVDFKIIPEVRGVKINKDGVLTIDSDAKSGLINIESNVDDRW +SSNIEVQLVESWIYEYEAKESVKVRLANSTDVKEIISDNEGQVINTIIIILRVLVFVTFI +VIIWYIAICKKRYIEDITDNIKKENEVE +>MGYG000000001_02299 hypothetical protein +MKCVEGKEIDYVNTSKNMDNKSKCIKLYRVENYKELVKNKEFILTVYSWNNYFNTDRAKQ +LTDLEIQTNNIKRSLEFNEMDYI +>MGYG000000001_02300 hypothetical protein +MSPSGGQSPNPFTSPGGGQSPAPFTLPGGGQSPTPFISPGGGQFTINNCRRMAIVRIEMR +RGFNPSNFFMIVDKADRRSIQGFRIACESGRIRFIPMAVEYRNINFIECAF +>MGYG000000001_02301 putative ABC transporter ATP-binding protein YbiT +MTKTNIYYIINNVVYYKENIDKKGIKRMLQVTNVGLRFGDKELFKDVNLKFTKGNCYGII +GANGAGKSTFLKILAGDIEPNTGSVSITEKERMSVLRQDHFKYEEDTVLNVVIMGHERLY +SIMQEKDALYMKEDFSEEDGIKAAELEGEFAELDGWDAETNAERLLMGLGIDKSLHYKQM +KELTGGEKVKVLLAQALFGKPEILVMDEPTNHLDFQSINWLNNFIMDLEDSIVIVVSHDR +HFLNQICTNIVDVDFGKIQMYVGNYDFWYESSQLALQLAKDQNKKAEEKIAQLKEFIARF +SSNASKAKQATARKKQLDKIEIEEIQPSRRRYPYVGFTPEREIGNEVLEVEGLTKTIDGV +KVLDNVSFRLDRDDKVAFMGDEIAVTTLFNIIMGEDTADSGTFKWGVTTSQAYLPKNHNQ +YFDGVSYSLVDWLRQYSEEKSESFIRGFLGRMLFSGEEALKEAQVLSGGEKVRCMLSKLM +LSNSNVLVLDDPTNHLDLESITSVNKGLEKFPGVLIFNSHDHEMIQTLANRIIEITPGGI +MDRKTTLEEYLENKEIQSKLKEMYAVNA +>MGYG000000001_02302 Sensor protein FixL +MSKIRRVFGNIIGNSIKNMDSVKKEIIVNFEDLDENILVSISDSGKGVNKEEIDKIFEAL +YTSDKSRKVAGLGLSICKSAIEGHGGKIWAENNNIGGLTIKFTLMKI +>MGYG000000001_02303 hypothetical protein +MEISAKINGDKCKNVVSEDATIVNVGSTKSINYIKLPGTDANYTLTADVTDFEMDAISIN +GMNMAISVDVDASEMTGDLNTLVEAIEAVNDGTGTLKDGLDKYTLGVNSLHNGTSELKNG +VSQ +>MGYG000000001_02304 hypothetical protein +MNAKSSNVDGKFYYQGELESGELPWNISLKYYLNGKLITSEELAGKSGELEIKLDITQNK +NINSIFYDNYALQIALTLNGDKCKNKWR +>MGYG000000001_02305 hypothetical protein +MNSHMKNSKYNNKKKATAFVITTSVLMSNILPVFADGNTLKEEVVYAKLN +>MGYG000000001_02306 hypothetical protein +MDVKEAMLNAMTRSFSSILASGATTVLGFLALTLMRFKIGPDLGIVLAKGIMFSLLSVLL +LLPVLTIYTYKIIDKTQHRSFMTSFENLGNLSMKIGPIVVALIILIVAPCYIAQGKSNFT +YGASSIASGEETEIGRDTIKTNNIFGKSNALVFLLPRDKTSLEKEFGEEVSNIDGVSSIM +YYSMTVGNEIPRGFVPEDQLSALVSEDYSRMIITLNSEEESKEAFKVVEDIRSLGEKYFG +EDCYLAGGSASAYDIKETVINDNKVTTIAAIIAIGIVILITYKSLSVPLLLLIAIESAIW +INLSVSYFANSEIAYIGYMVISAVQLGATVDYAILFANEYLNNRKHYDKHTSIKDTISHA +TGSILTSASILSISGFALGNISTNTVIVQLGTLLGRGTVISAISVLFFLPTILVMFDKVI +EKTTYKSEFYKGVSSL +>MGYG000000001_02307 hypothetical protein +MKKLSDQILKHKFTVLIVFFLLTLFSIFAMQMVKVNFDMVEYLPEDSKSTISINIMEDQF +DKSPPNLRIMLEGVSVAKALEYKKLISQVDGVEEVTWMDDYVNVEQPLDMIDKSILETSY +KDRNALIEVVVNDGEGLIATIAQLKELVGEDGIVSGDAATLSFAQSSTNEEISKIMAFLI +PIIIVILMISTS +>MGYG000000001_02308 hypothetical protein +MKQIKTVDAVGQVLCHDITQILPGQFKGRKFKKGHVVKEEDIPVLLSLGKDNLYVWEAVE +GMIHENDGAIFLKDIAAGENLEFSEIKEGKIDFIAGIDGLLKIDVDTLLKLNSIDDIMMA +TLHNNFEVKKGTKVAGTRVIPLLIEEEKLEEAKKVVGENKIVSVLPFKPKKVGIVTTGNE +IYHKRIVDKFGPVIEGKVGKYNCEIIGQIICPDDKEVIKEAIQKFVNEGAELICCTGGMS +VDPDDVTPTAIKECGAELVTYGSPILPGAMFLLAYYNEVPIMGIPGCAMYNKTTVFDVIL +PRLLVNERLTKADIAAYGHGGLCMQCDTCTYPACNFAKI +>MGYG000000001_02309 Molybdenum cofactor guanylyltransferase +MVNAIIMASGLSKRMGENKLLLKYKEIPVVEHVIREVSKCKFNEVILVSQYDEVLKIGEK +YEFKLIKNNNSEIGQSESIKLGLKSSTKCDGFMFFVGDQPKVSIKYINKLIDSFEKNKDN +IVIPKYENRCGNPVIFPYDKKNDLLLLNGDEKGKKVINNSNQVISVDVDEEMLFDIDTKE +DYEKIKGE +>MGYG000000001_02310 hypothetical protein +MLLMEMLESNDKIITVVGAGGKTSFINYFAKYYRDKCKVLLTTTTKIYLLNENTYDNLFM +TEHDKELPTINSCGVTVVGKYINHENKIIGLDFYEINKIEDNFELILIEGDGSKKKKLKG +WRDYEPVVYPKTNKVIGIVDITSYGMDIKGENIHNLKEFLKITDIHEDKVSLLHLKNMIL +HKDGLFKNATKDKVLFINKVENENYKNIAKELIKLIKYENSDISIFYGSIKENFCVKC +>MGYG000000001_02311 hypothetical protein +MENINKNAKIIGIGNEGISNLESIYSVVKENVDTEKININQDVDKEYVRQLLDGVDILLL +TYSTEDKRAVDIVKAISFMAGERRVLSIGLNSSEKEHKEELGLNQEFLINEENCNEIMNI +INLMIEAVSDFCMISIDLTDLKELFASEGGIKYSFNKFDTSKSEVEIAEELISNIKEVGS +DFIEKKGILFVEMNNSENAIVFLHNVLTAIQEKSASTYEIIFSLYMKESSKDEVKFGLVY +N +>MGYG000000001_02312 Queuosine precursor transporter QueT +MTKKTRSIVTTAIVAALYATLTLSLAFVSYGPIQFRLSEVMTLLPLFSKKYIVGLTIGCF +LANLLGLYGVPDMIFGTIATFISVYLVYLTGKYMKDKKSYVYAASLWPVIVNAIIVAVQL +KIFFGMPLFITMLQVGFGQFVVITIIGVPLFKAVNNKYGKYLKNMF +>MGYG000000001_02313 hypothetical protein +MTKNNNTNSSYNMCDTSNYCNNLANQFNFLATIYTAIISQEIEDDEVLGLLGSFLIVLGE +QVSFASETRIFCKSQFEEEENNLEADTNIAVEDIFDRSASKSKPKSRYRKIHKRIKKRKT +NKK +>MGYG000000001_02314 hypothetical protein +MRSRKVKEPYVAITKAFTESKSLEKALDMLPIDKVIEKGDTVIITPNGVNDKGPKTGAVV +GPKTLKTLIEYVKSKEPSKIYIATGSGGGKTPDIMTKVGYDKVISEENVEFIDLNYGPYV +NLQLDHHIIKSTPINKIIDEADVIISFTQLKNHEEATITASIKNIAMGWPPAEVHGYPKK +NTGIHEDLHGFIRAFANKVPIDLAIVSCDKAMVGTGPSSGKSVDTPGLIIASTDPVAADA +VGARLLGFLPQAVAYLYGLYNDKVGEARVEKMDIKGLDIKEAEKIFSKAAYDDKNATLDN +EKLKDIHGE +>MGYG000000001_02315 Na(+)/H(+) antiporter NhaA +MRLLRTYRKPVHLEVLTSILLICATVLALVAYNSPFRSVYKYIFNKIYVTPNFSLHMFIN +DFLMAIFFLVAGLEIKHEILYGNLSSFKKASFPVIASFGGVVVPAIIFFIFNKNTPFLNG +ICIPISTDIAFSVGLFLLFRNKLNPSLKIFLLSLAVVDDLISIAAIGIIYSLDINLFYLS +IALIFLIVLCLANTVFKVENITYYIIGGVCLWYFIHLSGVHSTISGILLTLAIPSKPRLY +NLSVLERLQHFLVPLNSLVIIPLFAFANTGVSLDYNLDFSNATSLSLGIILGLCIGKPLG +IMLFSYISCLFGITEKPSYIRWNSVFLVSLLAGVGFTMSIFVSEIAFIRDAALINIAKMS +ILTSAVISICSTSIAIHVNSVFEKRRNKNKFHKSDKWNIS +>MGYG000000001_02316 hypothetical protein +MSNTKNLFEIIYKFISKMNEQTLEKIINGEYKLTYIKLDKLKESNDNNVKVNVVYEKIRT +AKTREDAKSILIDSKLTKDNLLILGKYLDIKIPKSNTKAKIIDKLVEIYVGGKIDKESIV +NIKLK +>MGYG000000001_02317 hypothetical protein +MVCPYCNKNMESGFIHGDRYSIKWIPQEKDKGIFLSPFIKGIKLSDKSSSNSVEAYFCNQ +CNKIVINLQKDNIL +>MGYG000000001_02318 hypothetical protein +MKRQFEISYSFGYVYDKSKLVAMYPVGTNVINEDEYEMEVEVAFLEDGIESAFKDEDIKI +ANDTMKPLEMFLMKPNKIIPFVESIKDANTKEELSKLLTEFDEEYEMKNNYIEKGYKIVD +FYDVFKNVVDYIPQESLENLNILKIDCDNFRMNDFLNEVKKNLDEVMDSNLIPISMEKSN +LTPRLFVKSKDNENNSFYVPFAVNGSSENAEIICANGDTISDVNIDMGDLEISITKDAGY +IVERINNILTFKISNFNSQTENNNQITQVVDYAGKIKPMMIGFLNSYIKNI +>MGYG000000001_02319 hypothetical protein +MILKNNNLIKFIYSKLSLVRKGLNMIRQRIFISMVIITCTIGLISCSKNEKMQINPIDME +VNIGQLPYQDLEKEWSVMNMDKYILRTAQQIWNTWSSMDKIWPGVDFSKYNVLYVSIDGE +NAWLINPNNEIIKFSGKDLPDKFKATGEEMSFTSSEETLNGKPTIKVEVKPKMFEEPYSV +SEFKSLPTGTNLFPFTVHEEFHNYQGTWKINDVNKEELLQEGVENFEARQERLEILNCLN +KAVLDPDKETQYLEAAKWWFNKYKTDNEKEYNMIKNVDTLEGTARYFDMAVNIRSIKGMD +ISEDEAFKVYQNMVREDYTFSSDRFFGLPDEESYDIGGLCGIILEKQNNQEWKKEAENGT +PPLEILLKNYKQTPQESSPEVKKIIEDIKLKRDQLNNEEE +>MGYG000000001_02320 hypothetical protein +MINLNNKERMLLQDEKEHEELCVNKYKQAAEKASCPNLKSLFNQLEQQEQQHLNSINQLL +SGTVPSTGGQQNQQNSQSQQNMQTQGNILKNNVNVNTQIPSYNQEDKILCTDLLSTEKYV +SSTYNTAIFEFRDENVRNVLNHIQKEEQEHGKKIYDYMASHGMYNQQ +>MGYG000000001_02321 Ribonuclease J1 +MDNKSVKIIPLGGLGEIGKNITAIEYKDEIIVIDCGVSFPDEEMYGVDLVIPDITYLLER +EDKVKGLFLTHGHEDHIGAIPYIIKQLNMPIYGTKLTLGLVESKLKEHNILDISTLNPVN +AGDIVQLDEIGIEFIRATHSIADSCSLAIFTPVGTIIHTGDFKIDYTPIDGLVMDLNRFS +TLGNEGVLLLLADSTNVEREGHSISEKVIGETFNRIFSGAKGRIIVATFASNIHRMQQIA +NASIKENRRIAFSGRSMENVSKVAMELGYLHIPEESVIDIDDINNYPNENITIITTGSQG +EPMAGLSRIAHGSHKKIEIDKDDLFIISASPIPGNDKIISRVINQLFRKGVEVIYEDLEE +IHVSGHAYREELKLIHTLVKPKYFMPVHGEYRHLKHHSDLAIKLGMDQKNVFTLETGQVL +EISEDKAVTSEKIHTGVLYVDGIGVGDVGNIVLRDRRYLANDGMVTIVLAIDRNTYEIVA +GPDVITRGFIYARESEDLIKDIKDISRMAVEKYLDDKVLEWQVLKSSVKKSVEYHLYNKT +KRRPSVFPIIMEV +>MGYG000000001_02322 hypothetical protein +MLDRFFGNDGCFGMGWWIIVLFFLFLAFQDVWADFDICAWIPFLILLLIVCGAGDFFDGG +CGC +>MGYG000000001_02323 Toxin-antitoxin biofilm protein TabA +MIYGNLNNDNDLMLFLPEALKRGISFLKEMDLLNCEAGEYEIQGRDIYANIIDTQTKQKE +CIRPEVHRKYIDIQCLCKGSEIIGFARDCNENIVSEELLEKDVIFYDKVENESELLLAPG +DYVILFPEDVHRPAYTNGENEDIRKVVVKINVDLIK +>MGYG000000001_02324 hypothetical protein +MKIGFDHKKYLEEQSKYILERVNNFDKLYLEFGGKLIGDLHAKRILPGFDENAKIKVLQH +MKDQLEVVICVYAGDIERNKVRGDYGITYDMEVLRLIDDLRAYDLDVNSVVITRFEGQPA +TTVFINKLERMGIKVYKHAPTKGYPTDVDTIVSDEGYGANPYIETTKPIVVVTAPGPNSG +KLGTCLSQLYHENKRGNSVGYSKFETFPVWNLPLKHPVNIAYEAATVDLKDVNMIDSFHL +EKYGETSVNYNRDLELFPVLKKIIEKITGKESIFQSPTDMGVNRVGFGIVDDEVVREASK +QEIIRRYFKTACEYKKGQFDKSAYDTIKLIMEQVGLKPEDRKVVIPARDYSTKLKESAEK +TDTCPVVALELEDGTILTGKGSNLMNSSAAVILNAIKHLANISDDMHLLSPAILEPIVNL +KTKTLASRTPELSCEEILMALSVSAVTNPTAQAAMEKLPMLKGAQAHSTTILSKTDEQTF +RELGIDVTCDPEYPSQNLYYAN +>MGYG000000001_02325 DNA polymerase IV +MNDNRKIIHIDMDAFYASVEQRDNPSLKGKPVVVGGSPESRGVVATCSYEARKFGIHSAM +PSKIAYKRCPYAIFVRPRFDEYQKVSRKIREIFYRYTDLVEPLSLDEAYLDVTNNKKNIE +YATTIAKMIKNDILREINLTASAGVSYNKFLAKLASDYNKPSGLTVITPKDAQEFLGELP +IHKFFGIGKVTSRILKNLGINNGYDLRQLSIHELEQIFKNRGYSFYQLARGIDFRPVEPY +RERKSIGAETTLSYNLNIDDEEVAEILSELCEEVAYRTKHSEKLGKTITLKIKYEDFTQI +TRSISVEHPICTQEDIRTHVYNLLKNVHSEDKQIRLLGVTLSNLVDSKYEFTNITIFEYI +DSIK +>MGYG000000001_02326 hypothetical protein +MCGISEWCNLNNNIKDYTSTVGDMIENLILRGPNS +>MGYG000000001_02327 Asparagine synthetase [glutamine-hydrolyzing] 3 +MLKERKVRILKLIIIYTKEVSRILDNILKDSKSPIYKIIGEEFVKNLVQTGGATFNKPWF +GQLMTDPQVIVYLIQVNTWMEVYNVDF +>MGYG000000001_02328 hypothetical protein +MLRNKNRKELLEFFKDVKYSINTYDKGEIIALENSPCDKIGLVLSGSVDIKRILTSNKIV +HVSSFNSGHLFGEIIAFSNASLYPATVLSSTNSEVMFIDKDDFIYFCTNHPDFLRLLLND +LTNKILTLNKSITGLSFSTIRQKICNFLIQESNIQGTNFIKLNMTKQKLSESLGVPRPSL +SRELINMKDHGLIDYTKDIIKIVDKNAIENILME +>MGYG000000001_02329 Quinolinate synthase A +MIINLIEKIEKLKNEKNAIILAHYYQPLEIQELADYVGDSYYLSEIARDCKEEIIVFCGV +KFMGESAKILSPNKTILMPVVDAGCPMADMANEEGIVKLKKEYPNALVVCYINSTAEVKS +HCDVAVTSSSALKILNNIDKDQILFIPDKNLGGYIEEKLPDKEFILWDGYCKYHNKIQES +DIFDLKLKYKDAKVLVHPECRREIRDLADYIGSTSGIINYATSSEENDFIIATEEGILHE +LIKKNPNKNFYIPGNRICCEDMKKTTLEDVYKTLLNMKNEITIEEDIRQKALNCLLNMHR +YAGDKNEVTI +>MGYG000000001_02330 L-aspartate oxidase +MKLQYDVLIVGSGVSGLYCALNLNPKLNILVISKDSIDNNNTYLAQGGISTARGKDDINL +FIEDTLRAGQYKHKLESVEILANESMDNIESMINYGLNLDKEDGKVAFTREGAHSINRIV +YSKDTTGKAVFETLIEECKKRKNIILYEDTCLIDIITDCDKCIGGVVIKNQKEIIICSKV +VVLATGGIGGVFKNSTNQRHLTGDGLAIALKHNVKVKDINYIQIHPTAFYEENNENRKLL +ISESVRGEGGKLLNKHKERFVDELLPRDVVSKAIFKQMKMDNREYVYLDVTHLDSEYLKS +RFSFIYEQCLIRGTDITKDYIKVAPAQHYFMGGIEVDLQSKTSMNNLYAVGEVSCTGVHG +ANRLASNSLLEGLVFSKRAASHINENIDNIDNIDINNINHNEFKIDVLSTPNKDIVINEI +KSIREDLRDELLVN +>MGYG000000001_02331 putative nicotinate-nucleotide pyrophosphorylase [carboxylating] +MNYLLIDKMIKNALNEDIPNEDITTNSIIDKDSKSEIDLICKEEGVIAGLDIFKRVFDIL +GDVDVKLFKEDGNKVNRYEKIALLRGNTRNLLAGERVALNYLQRMSGIATKTNRFVKKLE +GSNTKLLDTRKTIPNMRNLEKYAVKVGGGCNHRFNLSDGILLKDNHIDAAGGVKNAIELA +RKNISFVRKVEVEVENLEMVKEAVEAKADIIMLDNMDLDMAREALAIINKRAIVELSGNV +NIDNIGEIGKIGVDYISVGELTHSVKALDLSMKNLRNI +>MGYG000000001_02332 Multidrug export protein MepA +MNKSATDLENGSVGKLLFKLATPAIIAQLVNILYNIVDRIFIGRMENGQIAMAGIGIAFP +ITLLVTAFSALVGMGGSPLVAIKMGEKNNDGAEKILSNSFSTLLIISLILTIVFQITKEP +ILWAFGASNATIKYGTDYLGIYLMGTVFVQIAMGMNPFINTQGFAKTGMLTVMIGAVINI +VLDPIFIFKFNMGVKGAALATILAQGVSAIWVLCFLFGKKSILKIRKKYIIPELKTILPV +MALGVAPFIMQGTESLVLVSLNSQLQKFGGDLAVGAMTIMSSISQIIMLPTMGVGQGAQP +IMSYNFGAKKIDRVKKTFKLTLISCLAYTTLMYIILMLTPEFVVGIFNNDPALMEITTWS +IKIYFAGIFMLGVQTSCQQTFLALGQAKISLFLALLRKVILLVPLIFIFPMILKDKLFGV +LLAGPIADITACVTTLICFVIFYKKVLSTIDKENIDSNTLIDVK +>MGYG000000001_02333 hypothetical protein +MDIIVGLYRYKGIEFEEEEKIELSKELTTQIKDKVIEYVYSNDNATYSEAMIVINYFLLQ +LYRGIGLSVEEVVYDPCKTQFLVENELFESGGEVTIRIELYNSLINPIKEAINTLVNCIK +SIYKANNLVFKEEEEKIVSENLIYELSDILIHYIYTDESATYKSSIDKINEYMVEFIGRF +IKIKDDNEHL +>MGYG000000001_02334 hypothetical protein +MVKDMTVGNPTKLILSFSIPLLIGNVFQQFYNMVDTMIVGRFIGVEALAALGATGSLNFL +VVGFIIGITSGFAVPIA +>MGYG000000001_02335 hypothetical protein +MVFSVKNILTIMQTPSDIFENAYSYIKVICGGVTATIAYNMLSSILRSLGDSNTPLYFLI +IGSILNVILDIVLIVNFKMGVAGAAYATVASQAVSALLCLIYMSKKFKVLRFKKKDLGFD +LKTSMTLLKIGMPMALQFSITASGSMILQGAINSFGSTIVAASKVEQILMQPAITLGTTM +ATYTGQNLGAERYDRIEDGIKRSVRISIIFSIIAGIIIVMFGTDIAKLFISVEAPEVMKS +AKQYLNTVALFFIPLGLLFVYRHVLQGLGEGMITMYAGISELVGRLIVGFFLSKYLGYTA +ICLAGPAAWIAAAVLLIVCYYKKAKSFNLKESCEEMYVN +>MGYG000000001_02336 Sugar fermentation stimulation protein A +MNYKKIVKAKFIERPNRFIAYCEVDGNIEKVHVKNTGRCRELLIPECTVYLEESDNPNRK +TKYSLISVEKGKRIINMDSQVPNKVVYEGLKNNKIKLPGINEEITLIKPEKTYGNSRFDI +YLEAGNKKAFIEVKGVTLEEDNIVKFPDAKTERGVKHINELIEASKDGYYCYILFLIQMD +NVLYFTPNKEMHKELGDALIKAKNNGVEILAYDSIVKIGSININEKIKVVL +>MGYG000000001_02337 30S ribosomal protein S1 +MTNELSMKDLLEQQEQAFSEVKVGKTITAKIIKVTHDEVVLDLEYGFDGIVPAEELNIEG +NKSIEEVYNVGDEITAVIQRVHEKDGTIRLSKLQADRKNDLAEVTKAHEEHRIITVKVEK +AIERGVFAKYKSIELFMPISQIDTKFVKEAKEYVGANLEVYIIELDVKKNRFVVSHREVL +QERINKEREERRARIQAEKEAERARVKAERDAEKARIKQEKEDLFNSLEVGQKRHGKVTK +IMSYGAFVDLGGLEGLVHINNLSWKRVESVEDMLQEGQEVDVYVLDVDAETRRIALALKD +INNDPWQLIAEDVYVDDVITGKVVRIIERGAFLEIREGVEAFLPISELSEDRVMKVTNVV +NVDDEVKVKVLNFNPENRRMLVSKKEAEREPEEDYTEYLEVEESLGTLGDLFKDKFKGLD +K +>MGYG000000001_02338 putative phosphatase YcdX +MKAILDLHTHTLASGHAYSTIKENIEFAKKHGIKYLGVSDHACTMPGGPHPFFFQNLKVI +PKEVDGIRVLKGIEGNIIDFDGNLDISEDISQGMDYIIASLHTPCIDPGSEEENTNAILN +AMDIDKVKIIGHPDDNRYALNYEKIVLKAKEKNILLEINNSSLSPNSFREGAAENLTKML +KICKENRVRVVMGTDSHICYDIGKFGNCEKLLEEVEFPIELVINYHENEIVDFFNMDFEK +VISK +>MGYG000000001_02339 hypothetical protein +MNNYFGFKEVKLFNAFILFVLVSIIIPSLIVDFNLTYSDNYNFLSLCSNITMFIFLLFMF +RTSKDKVNELFKDFLRKVKFAEVLNVVITQVSISLGSVLLLVGILYFINPDNLNFMLNSG +SDNVTTFSKFILYFLLVAISAPLVEELLFRAIFFKRMSRYFSTVISMIVSSLIFGFLHIE +LAVIGAIMFATSNCILYIKYKNILIPILTHFTNNLISVLPQMNFSSNSPILMTKDIAISA +LSIGFILFLFGMFLFIKFVLLNKNYLKYNF +>MGYG000000001_02340 hypothetical protein +MKYKVVKKQNGSKRCIVCGVDNELGLKASFYELENNELVAICNTKDWHQSYPGRVHGGMS +AALLDETIGRAVSINDETVWGVTVSLELKYRKPVPTDCEIKVIGRITKENRRMFEGSGEI +ILPNGDVAVTATAKYMKLPVDKIVEGDFIDDEWIEVNDKDKVDYIEY +>MGYG000000001_02341 hypothetical protein +MISSDKDLLVLDHNRVVKDLNNLNVAEFISKIKENFKVTELDEVSYKLHKKGTFGMDLNS +KWYELKVNKKLAEETDIVKSLDVSILHDYIIRPILGIDDPRNDKRIDFVGGIRGIGELER +RVNEDMQVAFSIYK +>MGYG000000001_02342 hypothetical protein +MENFLSQLSNITVILSNVIWPLFIPFLLLVGIYICSQVLLNIRSLTTEKCKLNILHIIPQ +ASVSLGAMMGTGIIIGFLGALSTLYMGGQVYVEGVALWALLGSSVLIPISYCETLIAKIV +NMTPREYIAKFISKNASKLYVVSLTLLYVFAIGGVQFSGMDAIIITTLDKVAGIQINELQ +RYLFIIIPIIGVLALVTLRNRQDVFIRSMISMILIASITYFVFFGIFLSKTYDYLPMFIN +KMVIGFTNPVSMLFGIPLGLIFGMQRVIQIAEPGLGTLALAATKTDLNPRVSALISAIMT +TFLVVVSVLVTSYIASYGLNQDIISFEEGSLQRLVSYFETVISVTGGFGLIVLFIFIILS +GMTTLLGSYYLLSQTSKGIFRNKKVIYLSLLLVAGVLSVYKFEILFNLLNILLFISTSLN +IGALAMFVEFEWSKYKIRENRIQKAA +>MGYG000000001_02343 hypothetical protein +MENKFLPICKQDMIDRGWDQLDFVLVTGDSYVDHHSFGTAIISRVLENAGYKVGIIAQPN +WKSTGDFMKLGRPRLGFLVNSGNMDSMVNHYSVSKKQRDKDLYSPGGKMGCRPDRAVIVY +CNKIREAYKDVPVIIGGIEASLRRFAHYDYWANKVRKSILVDSGADLLVYGMSEKQIVEV +ADALNNGFDPKYIRHINGTCYMVDSLDEVYEDYVLLPSYKEICEDKKKYAQSFKMQYDEQ +DPYRGKVIVEPYGDKFLVQNKPEKPLNREELDAVYALPYQKTYHPIYKEMGGIPAIEEVK +FSIVSSRGCFGSCSFCAITFHQGRAVQSRSHDSIVEEAKYITTLPDFKGYIHDVGGPTAN +FRQEACKKQITKGACKHRQCLHPDPCKNLKVDHTDFIDLLRKVRSLPGIKKVFVRSGIRY +DYVMADQDNKFLRELIKHHVSGQLKVAPEHVASEVLEHMQKPAGNTYDRFRQKFFAINEQ +LGMKQYLIPYLMSSHPGSTLNSAIELAEYLRDTNYQPEQVQDFYPTPGTLSTTMFYTGLD +PLTMQEVYVPKTKQEKAMQRALLQYRAPRNYDLVHAALEEADREDLIGYGPKCLIKPREG +RGYGYRSNSNNKNAKGNNNQRGNSSRNSRNSKNDRNDKNSKNSRNKNSRNNKSQDSRNSK +NSTNRKKKR +>MGYG000000001_02344 hypothetical protein +MGKKSSIQTIVAIGIGAAVFMILGRFGSIPTGIPNTNIETSYAYLALMSVVYGPVAGLLI +GLIGHGLKDLVFYGMPWFSWVIASGIVGLVIGLSSKKLNIEGGFGKKQIIIFNITQIIAN +AIAWFVVAPGLDIIIYAEPANKVFIQGIVGGVSNMITVAVLGTLILSTYSKVKMKSGSLR +IEE +>MGYG000000001_02345 Putative HMP/thiamine import ATP-binding protein YkoD +MKRKIIEFKDYSFQYRVQSEPTLKNINLTIYEGEKVLIVGPSGSGKSTLAHCLNGLVPFY +YSGKVSGELLVDGENVDKKNIFDLSKIIGTVLQDPDSQFIGLTVGEDIAFKLENYCVEQE +EMKSMVKESAKLVDIDKELESSPYRLSGGQKQRVTLAGVTVDDVKILLFDEPLASLDPLT +GKSAIELIDNIKNKNNKTMIIVEHRLEDVLYKDIDRIIVMDGGEIIADTTPNEILSTDIL +KEIGVREPLYISALKYANCKITPEINPESIEKINLDNCKDKLKAWYSNIGESNIKEDNSP +ILEVEDLSFSYSEEKKILKNVSFKINKGDMASIVGKNGAGKSTISKLICGFYKPTSGKVL +FDGKDIVNKTIKERSEKIGFVMQNPNQMISKSMIFDEVAFGLRIRGYSEEEVKERVYKVL +EICGLYKFRNWPISALSFGQKKRVTIASILVLNPEVIILDEPTAGQDFKHYSEIMEFLVE +LNRQGVTIIMITHDMHLMLEYTNKVIVLSEGEKIADDTAINILTNNKVIEKANLKETSLY +ELAQKCEIDDEKSFIKRFIDYDRRVR +>MGYG000000001_02346 Energy-coupling factor transporter transmembrane protein EcfT +MNSEMLSYIKKDSPIHKLTGATKLIVFLLWAVAAMVTYDTRLLVGMLIIGLLSFKISKIE +FKEISFVLYFILIFLLLNAIMIFVFSPEEGVQIYGSRTVLFHLVGSYTVTVEQLFYELNV +VLKYFATIPMALLFILTTDPSEFAASLNKLGVSYKASYSVSIALRYIPDIQRDYKDIAFA +QQSRGIDLSNKEKLFKRIKNSASILMPLIFSSLERIDKISIAMELRAFGNSNKRTWYKRK +DFTKNDYITIILFVLIVLLSIILVKVNGGRFYNPFI +>MGYG000000001_02347 hypothetical protein +MRKDKQSKRTLDENPQLTDLVNHGQTYTEIRNIIEDENEEVRKKVNKEGDVKAPSYKDIH +IYNNKF +>MGYG000000001_02348 Beta-N-acetylglucosaminidase/beta-glucosidase +MTKYKVDLKAKPYNLDDESVQWVKDTIANMTIEEKIGQLFVNMGASREEEYLKSILDNYH +IGAVRYNPGKASEVYDQNKILQENSKIPLLIAANTEAGGNGACTDGTLVGAQVKIGATND +PKYAYEMGRVSGVEAAAIGCNWSFAPVVDINRNWRNPIISTRCYSSDPDKVLEFSLEYMR +GIMESGIMPAAKHFPGDGVDERDQHLSYAPNWYSVEEWDNTFGKVYSGLIDAGLPSLMAG +HIALPEYVRHFNPDATLEELTMPATLSKYILTDLLRDKMNFNGVVVTDASHMVAMTSAMK +RSEMLPTAIAAGSDLFLFFNDPDEDFNWMMEGYKNGIITDERLEEALTRILGLKAKIGLH +KKAKTEILPPKEEAMAKIGMEENKVPALEIADKGITLVKNKEDIFPITVEKHKRVLLVQP +KGHEGGFGKLMALMGGNQKSMLEVVKELLEAEGFEVEIYESPMDKAMKLPPEEMMKAMMN +VYAGKRPISTLTDNYDLIINIAKVGPGTDQRVQWPLSKGTPDIPFYVHEVPTIFVSVECP +FHLADVPQVKTYINAYDDKEFTMKALVDKMIGKSEFKGIDPVDAFCGLADTRR +>MGYG000000001_02349 HTH-type transcriptional activator RhaS +MTDNDISFWAQSVSISLGTSIYITSSEEEIVEVLKNNPFFKLISKIDLAELANKYTNVCV +NKVSYFVEGPFSTYFIIICLNENFNKNLVIGPFINKILSKDEILEVTSLLDFDSYLIEDI +NKYYNTIPIVENLKLISLINLFLEKYFNTNGPFPFILIQKNDLSENTFDFNINLDNGSFN +SIENQYKIENEFLNYVSEGNFSSACIAFKNLILDAEANYKLDSYFYNSSGFFMLNAMLKK +SVESSGVHPIYLDSVFRRYNLIISSNKNLNKNMALKMIKDYCNLVTKYSSNYINPLLRKI +IAYINYNYSNELTVSGISDHFGITSNYLYCLFKKEMGVSAIEFINKTRINEASKLMRETD +MQIQSIAENVGLNDTSYFARLFKRYMGITPSRYKKNFNI +>MGYG000000001_02350 hypothetical protein +MLEDINKHINDIKEEIAQKQVLENKLKDLNKELCKGKEELKELEYKLNKEFDDVEKLKKL +SLSNIISTIMKNKDEKMEKEEKEYLMAKLEYDQCESKIKSLKVNINTTTSRLEDLSECEN +EYSNLLNRKIALFNIYGDEYNKNELINMEAEIDSYLKEIKELDESISVGNSLVSEIENTK +KLLESAKAWGTLDLFGGDFISSLAKHQKVDEAQRHFSRTSNLLDRFNKELRDININGLRF +STTSKTFDIFFDNIFTDIAVNNQINKSYNDICSLQRNVETVLKNIKENKRQLLNIVNIKR +KEYEEFINNL +>MGYG000000001_02351 Putative xanthine dehydrogenase molybdenum-binding subunit XdhA +MSFVGRSIPKTDGMAIATGKPVYTDDLSSKDALIVKILRSPHANAIIKNIDTSKAMLVPG +VECVLTYKDVPNKRFTLAGQSYPEPSPYDRLILEDRVRYVGDEVAIVAAVDEKTAIKAIK +MIKVEYEVLDAVIDFESAIDNKVIVHEEEVHTNFDIGMQRERNIVSAHNYTKGDIEKTLS +ECDVIIEETYYTQAQAQAMMETYRAYNYLDHMGRLVVISSTQIPFHVRRHLSRALNIPSS +KIRVIKPRIGGGFGGKQTACVEIFSALVTLKTGKPAKLIYSRKETFNCSNSRHAMKMKVK +MGATKDGVIKVIDINALSDTGAYGEHASTTFGLVGEKSMPIYNKLEAVRFTGNVVYTNKM +PAGAFRGYGATQGCFAVESTINKLAAKLNIDPVELRLKNIVKEGETTFAYDKSINSANLE +ECIRKGKEMIKWDEKYPSKDLGNGKVRSVGMALTMQGSGIANIDTSSVEVRLNDDGNYTL +FVGSTDMGTGSDTILAQMACDILETTMDKITVVSADTDIVPYDPGSYASSTTYVTGMAVV +KACQQLREKIIEVGANRLHVAKELAEFDGEKVFCDDKSITIFDLVVDFTVGIDKVQLNGF +ASHGSPVSPPPYIAGFVETEIDKETGKVEIIDYVAVVDCGTVINRGLATIQTEGGIVQGI +GLALFEEVRYLENGQMDSNSFMQYKIPARSDVGTVRVDFVETYEPTGPFGAKSIGEVVIN +TPAPAIQDAIYNGVGVRVNSLPMNPEKIFMEMNK +>MGYG000000001_02352 4-hydroxybenzoyl-CoA reductase subunit gamma +MLVELKVNGRKHKIDIEPDEFLVDTLRKVGNLSVKRGCDTGCCGLCSIWIDKKPTLSCAT +LTVRALNKEITTIEGLEKEADEFARILIAEGAEQCGFCSPGFIMTVLAMKNELENPSEEE +IKHYLTGNLCRCTGYMGQLRAIKTYMGVK +>MGYG000000001_02353 hypothetical protein +MFTVMDIVQPATVEEAYSILTKRKNNQVIGGSAWLRMGSKRIGTAVELSQLDLDYIKEEE +EYIEIGAMTTFRSLETSEVIENNFGRIIKDSVKDIIGVQFRNVVTVGGTIYSKFGFSDLI +VALLALDTEVELVNSGRIKLYDFLNKEYEKDLLTKIYIKKNDVKATYKSLRNAQSDYALL +NVSVSKNDNKVKIYVGARPQIATLAVKASEFLSNNELSDENIEKASQIVSEELAFGTNMR +ASKEYRTLMSKVLVKRALMEVK +>MGYG000000001_02354 K(+)/H(+) antiporter NhaP2 +MESSIHAIACNNLLIIFAVVAMTGIICSKISEMIRVPDVVLFLLAGIFIGPSVFKFIDIS +QYQVENQLILTFGSAFILYLGGKEISLKVLKNVRISVFLLSSLGVLISAFVMQKIIGLTF +NTSAMTALLIGSIIASTDPATLVPIFNSIKIDKKVKQTVISESAFNDATGAILTSAVLAI +ILSGEFSLQANIYELMVMVVVGVLVGVITGLLLLALVNDKPYGIFKDYTPIVSILSVIIA +YELSTKLGGSGYMSCFIGGIITGNKKNFKLWLNQKCYDADCHVVETLGTICRMSIFIILG +TQVDLSILGKYLVPSIICVLGLVFIARPIAVFVCTIFDRKAKWNKREILFMMWVRETGVI +PAALCGIITAMKVPGHEIISSVVFMTILLTLIVQGSSTKFVAKKLGLLEPEDLKEKEEV +>MGYG000000001_02355 Xanthine permease XanQ +MKQGSVYELEGRVALNKAIPLGIQHVLAMFLGNISPLIIISGMLQMPIETKTMLIQNSMF +IAGVATLIQLYPVFKVGAGLPIVMGTSSGFIGTAKAIGTQYGYGAILGAALVGSIIEIFL +GFFIKPLKKLFPPIVTSLVVVSIGLSLLPVGIKYFGGGAGVSDFGSWQHLLVGTTVIISI +LIFKQFKGFLGESSVLLGIIIGYILSITLGMVDFTQVKDAAWVSLPKPFAVSLEFNIEAI +IAMTIMFIATTVETIGDISAIANGGLDREATDSELSGGVVADGVASIIGSVFGILPNTSF +SQNVGLVAVTKVVNKFVIMTGAVFLILCGFCPKLSAIFSVMPQSVLGGAAVIMFAMILVS +GLQSLTREKIDGRNGLIIALAIGLGVGIGNVPEVLDQMPTWVSNIFAQNGIIMTFVIATI +LNLILPKDKEENVIENTVKAS +>MGYG000000001_02356 hypothetical protein +MSNDNRFSNGHYSNALEYTKDVLRASSSINDIVINANIQEETKEEMEERIKADRH +>MGYG000000001_02357 hypothetical protein +MYNKKDNQREELDNNEVIKKLLKENDTKMEIAKEVSTNKKVAEVLGDRLARKRRFPPC +>MGYG000000001_02358 hypothetical protein +MINLGLLINTNIINEFGLNKIKNLNSKERNKILAIIVGSIVLIGYLIYAIFKLCLDVSDL +LILYNQMDLLLLIGFVGTVLFSLFTTLYKSSSYLFEAKDFEMLISLPLKESTILISKIFM +LLISNYLFTAPIILIPAIVYSMKVNVSIFFYVNLILMFLCTPLIPMIISSIISFFLGNIS +SKIKYKNAILIIGSIILLVAYMLLVTQMEEIGKSILVNSTSINEAVKKVYFLSYYYIDGL +TNNSFLSVIKFIGLSLGLFLIFVNLFSKQFKLINSRMNESYKIKKYEATELKTYNIIEAL +LQKEIKRYFSSYIYVLNSSMGMVLLSIFSISLVILGADKVSDLLQLNLDFTFIKIQLLGI +ILFCIVTSCTTYCSISIEGKNLWIIKSLPIKEIDIFKGKIGLNLLITIPISIICFILISL +RMKFDFNFILIGSLVIISVELLVAILGLFLNLLYPNFDWKNEVAVVKRSFSMIAVMLISA +LYIAAYAFIYFKFSILNLNIFLSIAVIITLVITLILWNLIKTKGIEIFRKL +>MGYG000000001_02359 ABC-type transporter ATP-binding protein EcsA +MLSIKNLSKSYKNSGKAIDNISFEIKKGDIFGFIGHNGAGKTTTIKCIVGIHDFEEGEIL +VNSKSIKRNPIECKKEMAYIPDNPDLYDSLTAIQYLNFIANIFNVDKKEREDLIHYYADR +FEIKDSLGDMISSYSHGMKQKLAIISALIHSPKILILDEPFVGLDPKAAFTLKEIMNEFC +SKGGAIFFSTHVLDVAEKICNKVAIIKDGKLITTGNTDDVKGNKSLESLFMELIEND +>MGYG000000001_02360 L-lactate dehydrogenase 1 +MKKNKVVIVGTGMVGMSYAYSMVNQGACEELVLIDINKERARGEAIDLNHGLSFAPRKMN +IYAGDYSDCKDAYIICITAGAIQTEGETRLDLLHKNSKIMKSIIDEIKKSGFDGILLIAT +NPVDIMTYVAQKLSGFDKSKVIGSGTTLDSARLRYTLGEKLDVNPKDINAYVMGEHGDSQ +FVAWSYALCGVQPIYQIASRKDSKLKFDELEEIEDKVRNIAYEIIKCKNSTYYGIGMALT +RITKAILENENSILTVSSYLNGEYGHEDVYIAIPSIVNQDGVREVIHLALDTTEKNKLDD +SIKIMKENIEKLDLN +>MGYG000000001_02361 DEAD-box ATP-dependent RNA helicase CshC +MKTFEELKLNGNLINGLKKQEITSPTEVQSLVFENIINNKDILANSQTGSGKTLSYLLPM +FEKVDTTKRETQVLVLAPTHELVVQIHNQIELLAKNSGIEVTSLPIFGEVNIQKQIKNIK +NVKPHIAVGSCGRVLDLINQKKLKAHTIKTIILDEVDSLLSGNNVSYVKDIVKSTLRDRQ +LLGFSASLTDETIDLCKEMMKKPLVINATKEVTINPKIKHMYLLGERREKFDLLRKALAA +TTPKRAIVFVNNEKSIEVITSKLNYHGYKAVGIFGDMSKEDRKNAINAFRLGKAKVLVSS +DLSARGLDVVDTSHVFNLDFPGSKNEYIHRAGRTARGNRNGNAISIVTKGELADIKRYKR +EFNIDIKPKVIKYGKFFDSRSK +>MGYG000000001_02362 LL-diaminopimelate aminotransferase +MDFIDNIVSNRLGGNNFFNESRVFKFEKLKMIRDDLKAKNPDIKIIDMGVGEPNKMADKS +IVNVLSIEANKEENRFYADNGILDFKIAACSYLKDLYNLDNINPANIVHGIGSKSILAMI +PTCFINPGDVTLMTVPGYPIIANHTKFLGGEVYNLKLCEYNNFYPELDSIPEDILKRAKL +LYLNYPNNPTGQVATIEFYEKVIEFAKKNNVLIVSDVAYGPLVFDGNKPLSIFTVDKNME +YSIELHSLSKAFNMTGWRLAFLLGSEKSIKLFSTVKSYGDSGQFRAIQKAGIYALNHKEL +IDENIKRYDRRFKLLVDALNEVGFDAKKPKGGFYCYTAIPKGVKSKLTFENAEEASYYIL +KNAYISTVPWDECGGFLRFSVTFEANSIEEEIQTINELKKRLQSLDLEF +>MGYG000000001_02363 Methionine aminopeptidase +MSLGRNDECWCGSNQKYKKCHMKFDEKLDELKRKGHKVPSRDLIKNKEQIEKIKESAKIN +NAILDLVAENIKEGMTTEDIDKIVHEYTISQGAVPAPLGFSGFPKSVCTSINDEVCHGIP +SEDRVLQNGDIINVDVSTIYNGYYSDASRMFMIGDVSDRAKRLVEVTKECMIKGIESVKP +WGHLGDIGAAIQKHAKENGYSVVREFGGHGIGLDFHEEPFVFHYGREGEGMVLAPGMMFT +IEPMINEGKSDIYIDADNGWTACTEDGSLSAQWENMILVTEDGIEILAY +>MGYG000000001_02364 hypothetical protein +MRKVELLAPAGDLERLKIAFTYGADAVYIGGEIFGMRSAAKNFSKEDMIEGVNFAHERGK +QVFVTINIIPRNDDLLQLKDYLLELQEIGVDAVIVSDPGVFTYVKETIPNMEIHISTQAS +TTNAASAAFWYKQGAKRVVTARELSFEEIKELRENTPADMDIETFVHGAMCMSYSGKCVI +SNHTTGRDANKGSCAQSCRWKYTLMEEVGPGEYKQVLDDIDPEFFFNSKDLCMIEYIPEI +FDSGITSLKIEGRMKTAYYVATTVRAYRMALDEYYKDPENWKFNPMWLEELKKGSHRDYS +TGFFFDRPDSNSHNYKSASYIRNYDFIGLVKGHEEETGLVVVEQRNKMYVGDKIEVIGPF +KETMHAIILEMYNEDGEPIESAPHARQTVKMKLDLDVEKDYILRKPITVLNI +>MGYG000000001_02365 hypothetical protein +MDKLQKEMNNMKNDMKEGAQKVGHVMKHTAEDLKDDFKGAMASMEMKKDEMMEKYEEKKF +SRELKKQMEKESKNNMKH +>MGYG000000001_02366 hypothetical protein +MTSYILYGLAIALFIISYIKDKSKTKIALKKAFKSFENIMPQFLSIIIIVGIVLSILDTD +TISKLIGSESGFLGVFLSSTVGSIVLMPTFVAFSTADTLLKSGAGYSQVGALVSTLTLVG +VMTFTLESQYIGKKAAFYRNFIAFLFSFIVAFFMGVFLG +>MGYG000000001_02367 hypothetical protein +MIKLKFILNRYKLFLIFSIILILLFIFNRNLGVNIFNNAKGSFLQMLAVLPPIMLLLGLM +DEWVSRKSMMKYMGEDSSILGIILSILLAAFAAGPMYAAFPFTAVLINKGVKFSNIIIFM +NSWCVIKISTLLFEISSLGYKFTLYRLIIDFIGVIAMGYLVDYIVNKAPKKKSCKF +>MGYG000000001_02368 Sensor histidine kinase RcsC +MKKILDKWENLSIKYKLFGITSGLLIALALIIYLILYYLLPSYYHKYKIESLHEEISILI +EKAAYHDTKELENNLYDIAKKQNLAILLSDTSGRIVYGNNEILLFKFDKYQSKNILKLGK +IAKEYTMSTHISTTDKSTPYRLDIMMPLQPIDEASQVIRKIMPYILLVAVFVGMIGAFIY +SSTITRPLIKIIESEREQEQKRRDFIATISHELKTPITIISGQIEGMIYNIGKYKDRDTY +LKKSYESTQELKELVNEMIEVSKSETLKQDLYLTNINLSHLIENLVKRQIFLIEEKNLKI +VLKIDENISIIADEEKITRAINNIINNAIKYSPEGETVTIRLYKRKNGRSIKTYLEIENT +GVIIEKKYLEEIFNPFFRVEKSRSRKTGGSGLGLYIVSTILKSHGFEYSIKNRNNSVVFT +IKI +>MGYG000000001_02369 Sensory transduction protein regX3 +MSKSILVVEDDANIQELIVEFLRAEDYNVDYASDGLEGIKLFKKNNYDLIILDIMMPNLD +GYSACKMIRKTSSVPIIFLTALNQENDEVKGFELECDDYITKPFSFNLLIKRVEAVLRRS +NTTAESNDYLGFGKLRLDLNTYTVNVDGNIVELTLKEFNILKNLIEKYPQVITRESLLDS +IWGYDYYGDTRIVDAHIKNIRKKIELPYIKTVKGIGYTLEKDIG +>MGYG000000001_02370 Copper-exporting P-type ATPase +MDANKINEIYKITGMTCAACAKAVERVVKKLDGVEEQNVNIATEKLNIVYDRSKVNFDDI +KCVIEKAGYGVEVEEENKVIELKIEGMTCAACAKAVERVGKKLEGVESISVNIATDKANV +IYNPAKVKLSQIKAAIEKAGYKPIGEEKKISVDEDKLKKEKEMKTLFTKFIIATIFAIPL +FYIAMGPMIPKPFGPWPLPEIINPMNNTLNYALIQLLLVIPVMGAGYKFYIHGFKSLFSK +SPNMDTLVAIGTSAAFLYSVYTTIQIANGKITGMHHHQLYYESAGIIIALILLGKYFESR +SKGKTSEAIKKLMGLQPKTAILIINGTEVETPIDEVMVGDIILVKPGEKIPVDGTVIEGN +TSVDESMLTGESIPVEKNVGSKVTGASINKNGSIKFRAEKVGSDTALAQIVKLVEDAQGT +KAPIAKLADTVSGYFVPIVMTIAVVSALLWWIFGGKDIVFVLTIFISILVIACPCALGLA +TPTAIMVGTGKGAENGILIKGGEALELSHKINTIIFDKTGTITEGKPKVTDIITSEGIEE +GYLLEIATSAEKNSEHPLGEAIVRYGMEKDINFKNLENFKAIPGHGIEVIIDNKKILLGN +RKLMNERNISLLNLENKSDELAREGKTPMYISIDNNIGGIIAVADVVKESSKKAIETLHE +MGIKVAMVTGDNKKTASAIASQVGIDIVLAEVLPEDKSQEVKKLQEKGNFVAMVGDGIND +APALAKADIGIAIGSGTDVAMESADIVLMRSDLMDVPNAIKLSNATIKNIKQNLFWAFGY +NTIGIPVAAGLLYIFGGPLLNPMIAAAAMSLSSVSVVTNALRLKKFKLD +>MGYG000000001_02371 hypothetical protein +MGRKKKSTSAKGSNKKGNNNTKTNSNKDLIQDMKKKLIDKLISKL +>MGYG000000001_02372 hypothetical protein +MIDKFLDKEYLKYGNNKQRKSHEILNDYKVFNTLEKYNPILAGTIPIDIDINKSDLDIVC +EVNDFVKFMEILENNFSKYENFKIRYMEEECIAVCNFEIENIEIYASKIKSYRSNAYRHM +LIEYRILNLLGLDFKNKIIQLKRSRLKTEQAFAELLNIKGNPYDK +>MGYG000000001_02373 hypothetical protein +MEYKIGQIYNGFILKDEEYIKEVNSNARIFEHEKTGARLLHMENDDNNKVFSIGFKTPPS +DSTGVMHILEHSVLCGSRKFPTKEPFVELVKGSLNTFLNAMTYPDKTIYPVASQNEKDFF +NLMDVYLDAVFYPNIYNTKEILMQEGWHYDLEDKNEDLTYKGVVYNEMKGAFSSPEGILL +RRIQQTLFPDNTYYNESGGDPHDIPDLTYEQFIDTHKKYYHPSNSYIFLYGDGDLDKELA +FINDNYLSNFDKIEIDSDIKEQEPYSEMKEVNYSYSISKEDEEREKTFLALNFVTGRSTE +DEVYTDLNILEYLLLETEGAPLKKALIDAEVGKDVFGSFDNGILQPVFSVIVKNSEVDKK +EEFKKIVFDTLNDLVKNGIDKKLIEGCINTFEFKLREGDTGSYPKGLIYYMNAMDSWLYG +GDPLMHIRYEKAIENVKKALTSNYFERLIEKYLLNNTHSSLLVLKPEKGLAEKEEVELKE +KLKSYKESLSNEELDEIVEETKSLILRQSTPDSPDVLETIPMLSIDDIGKDVEDLKIEEI +KYDDIEILHYNVFTSNISYLNFMFYGRCIKEEDIPYFSLIGNLLGKVDTKNYDYKELSNE +ILINTGDLFFKNQVYSNDKDTTKFYPFIESHIKVMNDKIGKSLDLLSEIIKNSLFEDSKR +IREIIRELISRIEMNLMQAGHQVANSRLTSYFSPVASYLQKISGYDYYEFLKNIEKNYDS +EFENIKSKLYEIQKTVFNKNNLTIAITGEVKELELLKENMNKVTNVLCNDKLDSYEYKFT +KEQKNEGLMTSANVQYVAKGYNYKELGYDYSGSMLVLKTILGYDYLWNNVRVKGGAYGAM +SNISREGSFIFVSYRDPNLVNTLNAYDGACDYLEKFDISDREMTKYIIGTISNLESPLMP +YYKGIKAVSMYIRNITKEDREKERVEVLNTKVEDIKGYAEVVRNTMSQDYLAVVGNEKEI +KENKDIFKNLINVLK +>MGYG000000001_02374 K(+)/H(+) antiporter NhaP +MFSTKDERLLLKNIIVNIENNNKKYKNKKLTRSTYETIIVFIKSRSHIVVQKEMNDMENT +IEAIATNNLIFIFAIIATTGIVLGKLSEVLKIPDVILYLIAGIIIGPSMLKIISVQAYPI +ENNLILTFGSAFILYEGGKEINLRVLNKVKISVGMLSTIGVVVSAFVVGLVSSKVFGLPL +MTALLLGSVIASTDPAALIPVFKQVAIKDKIKQTVVSESAFNDAVGAILVSTLLGIISKG +EFSTMKSLEELLISTLVGVGSGALIGYVLTVLVSEKRIGIFHSYAPVMSILKVALAYELA +ILFHGSGYMAVFIAGLIAGNKKLFGLWIPEVDFHSEHCFSESISSLARMAIFVVLGTQVN +LEALSKYWLPSLLIVLVLMFVARPLVVLISTAFDKNAHWTFKEKLFMMWVRETGVIPAAL +SGIIVSMKLPGYEIISSVVFMTILVTLIVQASTTKLVAKKLDVLEEDDIVILKELA +>MGYG000000001_02375 hypothetical protein +MTYKMKEKFGDLLLKWLGNLGFIDSKEESIQCINCKKIIDTDFDELRKCSCGCSLFVIDS +KRYTIDKGTVHCNCEKGNLENVCHVNCDHGSIEEYVCSNCKNKISIYQVV +>MGYG000000001_02376 hypothetical protein +MGIKRNKNQILFYVWFSLLITIMNYTAIEVTQYVNEVKQERIELQKQKEKVAKEKREKEL +EEQLKMVGVNKEGKEYTYDAKEIQNKLKAYDYSNNGNKIVFLTFDDGSSTSVTPKILEIL +KEEDVRATFFVCGKTMEDGGEEVKELVKKSFDYGNAIGNHSYSHDYHTLYPGRNLDIAAF +KKDFQKTDDILKDILGKSFSTRVIRCPGGYMSWNNMEKLDEYLDENNMVEIDWNALNSDA +EGKKKNSQELVQRAIETSDGKDIVVLLMHDTYGKDETAKALPDIIRYFKEQGYEFKTLS +>MGYG000000001_02377 Protein SapB +MEELMLLQEHIPKLLLAALIGGIIGIERGNRGGVIGFGTLSTLTLGCTLLTIISAYAIGT +DADPSRLISTIISSIGFIGGGVIFTQRNDNEKSVRGLTSASIVFCLAAIGISIRLGYYGI +AIVTAILIELNVFISRFIKKRRKENEEDYESEF +>MGYG000000001_02378 hypothetical protein +MDENNGLLVSFNGSKVINCETNEVLFNETMSI +>MGYG000000001_02379 hypothetical protein +MIDKGDYIYMNDVFDNEIQYKGRTFNVIQYESRGGRFKLCEKDDLAEFDDYPLNKILTAG +GPEYL +>MGYG000000001_02380 Sugar phosphatase YidA +MMDPFKDTLSCMFTGDFYFEFTANGIDKAKALDSVLIAKGYKREEIIAFGDGHNDSSMIK +YAGVGVAIANAVEDLKAIAYEVTLSNDEDGIAVYLNKHMPEIVYV +>MGYG000000001_02381 hypothetical protein +MLFRNNSPIIKNYLNKREFSLEPATKLPNEARENMPLETLDLFTDFTKIDKTIPRNNDCK +FDKNIYLLVDNSVYSSSESFSIFCKDTGFATLIGETTSGDGGGIDPVLFYLKNSGLIVRM +SSDMYITSDGTCNEEFKTIPDYEIKDCTRTSNFAVGLNYPVSIELII +>MGYG000000001_02382 hypothetical protein +MFITQVISLIFFDKNVVADIYEKLDTTSSNEVQSLNSSPVDNLILQDIIDSEIGYIHIPA +MLKD +>MGYG000000001_02383 hypothetical protein +MGDRYLRNIVGFFCISDISTIAIENIDVAGGAYIQEKVEEGIRKASLLAKEF +>MGYG000000001_02384 PTS system beta-glucoside-specific EIIBCA component +MDFKSIAKEILVNVGNEENIKDVIHCHTRLRFSLINFEKVNKDNLSKIEGVITVVESMDQ +LQVVIGSKVDKVYKELETMINKTNKSTANNTIEKGSKFNKALTTMAQIFTPTIYALAGSG +MIKGILAVVSMYYLNKHNIDIKQNDTYVILSAASDAVFYFFPIILGYTSAKVFKTHEIIS +MVLGATLCYPGIVSLMAEERAVSLFNIGITKASYTSSVIPIIIAVWMLSYLEKFLKKVIP +DVIEMIMVPTLSILIMVPATLLVFGPVGIYLGNGVNSLYQLLMNFSPILCGAFIGGMWCV +LVIFGAHRPILPIAINDIAQNGRQNLLAFAGAANFSQAGAAMGVFLKSKNKSLKTVALSG +SITALFGITEPAIYGANLRLKKPMICAVICGAIGGGIMGYGGAFGIAFANQGVLTIPVYA +QAGIKGFLAYLIGCLVAFFGSAILTYIVGFNDIEEEQNEPIQTLEEAI +>MGYG000000001_02385 Aryl-phospho-beta-D-glucosidase BglC +MKDIFPKEFLWGASSSAFQIEGGWDEDGKGMTVADFNSFKKSDIQADSKVASDFYHNWKE +DIDLMKELGLKTYRFSLSWARIIPTGDGEVNQLGIDFYNKVIDYLIECGITPFVTLYHFD +LPYALVEKYNGWESRACAFAFERYAKICFENFGDRVKYWQPHNEQNLMMRVKERMNIYET +DTYVVEKIRAQMDYHMSLAHALAVNACHDIVEDGKIGPSISATVTYPYSNKPEDVWAAKL +NDNFKTNYLLDMHYNGEYPAYYMKYLEKLNIVPSMPEEDKLILKNAKMDFIAFNYYRTLC +ARHLEANDENPVGTRVSEIDYDLYGYFKIEKNPNLKATEYGAQIDPVGMRIALNEYYNRY +HLPLIITENGLGTADILTEDEKVHDDYRINYLRDHIDACRKGIEDGVELIGYCPWSVIDL +LSSHQGFKKRYGFVYINREDHDFKDLRRIKKDSYYWYQEVIKSNGENL +>MGYG000000001_02386 hypothetical protein +MLIALLLILFIMTSNSTSFSQQYELLISPMLQNIKVKDELVGYLDKIGSVRSNINTINIS +PTTAKENPDEIKNK +>MGYG000000001_02387 hypothetical protein +MNIDKCPLCGCEEIGEGCFEGYGGLISSKSVLPIPQSVIASVCTDCGYIIAMRVSQPEKF +KKKKNKFIQLVL +>MGYG000000001_02388 hypothetical protein +MNNWDKLYNKAKEVQNGREISPFIYGGQVSAAIITDKGNIYFGICVDATCGLAVCAERNA +IFNMITNGESKIDKMVAITSDNRVGAPCGACRELMMQLHKDSGEIEVLMNYETMEIKKLK +ELVPDWWGIDRFK +>MGYG000000001_02389 RNA polymerase sigma factor SigV +MGQLISLKKDRSTVASSNKNIIKKAVKCDKDAISTLIDEYKEYLYKTAFLYVKNEHEAIE +ICQETVYKAIINIHKLREVKYFKTWITRILINNINDMNRSKSKFVDNFEQIELIEDITYE +NLEEKIDLYNAIDILDEKFKTPIILQYFHDMTIKEIAEILESNENTIKTYIRRGKERLYK +ILKEGN +>MGYG000000001_02390 hypothetical protein +MSKLDNIKIPESLDKAINMSIDKALNDKKKINLHKRKRLVAGISGLFILGGLIFTSETTW +AYIDGISRKIEEHFGKNNNEFEKYKFEGDLVSEYNGLKFSIGELMLDDRQLIISMSAEYS +KPKWFFKEVVPEYPTVTIGDFVFAGQACYYDTEKVAGEKKINIIYKMSLTSIDTDGDGCS +DTNFELLDNINKNEEYDLNIRFDKLKSGDEGKWEFNAKFNASNIIDNTKVYKVDKKIKID +RKEYKGELVIEEVRISPFSIKVKYNYDLYEKIPVKDRREPSIRVKDQKGNELEFGPGEGG +ELVNKRWYIVNEWWLKGNESKITVVPVSYSYDDKPTTYEDGIVEIDLK +>MGYG000000001_02391 putative hydrolase YxeP +MKDYVIDLRREFHSKPESSLKEFNTSRRIKEELEKIGVEYRECATTGVIATIKGNHPGKT +VALRGDMDALSVQELNTVEYKSQVSGMMHACGHDGHTAMLIGAAKVLNELRDEIHGTVKL +FFQPAEETAQGAHAMINDGAMEGVDSIFGIHLWADIETGKVSVEEGPRMAGADWFKIEVK +GKGGHGSAPQQCVDAVLVSSAIVMNLQSIVSREIHPNDSLVVTVGMLNSGSRFNVIAENG +YIEGTTRSFNPELRKQLPEIIGRVVENTAKTYRAQASLDFQFVTAPVINDPKCSAISEKV +VEDFLGKEGILKFEKVTGGEDFSHFMELAPGALAFVGCRNEEKNACYPHHNGHFDIDEDA +LEIGTRLYTQYAIEYLQNS +>MGYG000000001_02392 p-aminobenzoyl-glutamate transport protein +MGNAKTKKNEKQGLLMRFLNVVERIGNKLPDPVTIFVILWFVVLVLSYIVSKSGVTAVHP +GQIDEATGKNLVVTGVNLLSKEQLQLFLGNVVTNFTSFAPLGLVLVTMLGAGLAERSGLM +ETVMKTTVTKVPKKLLTATIIFVGILANAVADAGFVVLPPLAALVFLGVGRHPLVGLFAG +YAGVAAGFSANLMINMLDVLVAGFTIPAAQIVDPNYVGTPAMNWYFLIVSTFLLTALGTF +VTEKYLAPRFEGTDYTIIDNGETSEAAPLEKKAMKYAGLGFLICVIVLVALSIGPNAFMK +DKETGSLLAASAPLMTGMVPIITILFFVPGLTYGIMTKKIKNDKDVASLLYDSMAGMGSY +IVLAFAAGQFLALFNSSNMSSLLSIKGAEWLSDIGLTGPGLLVAFVLFAAFINLFVGSCS +AKWAVMAPIFVPMFLLLGYDPALTQMAYRIGDSITNPLSPIFTYFPVLLAFAKKYDKNMG +IGTIMASMMPYSLIFGLAWIILLIIFMVFNIPLGPGGGIYYHM +>MGYG000000001_02393 N-acetyldiaminopimelate deacetylase +MVNKINELCEKYYSNIVDIRHELHRNPEVGYAEFKTSKLVADTLNNLGIEVQTNVAKTGV +IGLIKGKYPGKTILLRADMDALRVNEETDVEFKSQVPGVMHACGHDGHTASLLRAAMILN +ELKDELHGNVKLMFQPDEEITGGALPMIEERILENPKVDAAIGGHLWGGLKTGTVGVKHG +PMMASPDIFNIKVIGKGGHGGVPQNSIDPIPILCQIVNTLQTIVSRKNNPVIPLVISCCH +LKAGNLDCHNAIPTEAIVGGTVRTFDEETRLFAEKTIEDIVKGITTCQGATYEYEYIRQF +PPLINDNDMTDLATSSIAKVIGDKNVFELKEPSMGGEDFAYLAKNVPATFVFVGIAEDEK +NPILHHNSKFAWDDENMKVLCKSLCQIALDYLN +>MGYG000000001_02394 hypothetical protein +MNIVIVEDESNISDLIYKTINDIYPNAKVSIFENAKDALDYANANHIDIFLLDIQLNDYK +GTLLAKQIRSIDTYKYTPIVFIIALANEELYAYREIKSYSFLTKPFTKDELLKTLKDVIE +YKKHLNPQNKKLKITQKLFVFEYELKDIVYIESFGKKLEIHLNKGNEVISGYSLKSILEL +IDDSHFIQCHKSYIVNKNYIEKIDKVNKIIHLSTSDNIPVGKKFECNVL +>MGYG000000001_02395 hypothetical protein +MSVMFYRVIFQALLDSLSTFLIYNYLINKNINKNNKNLLWILLTTVIYTIARIDSTPVDG +ISQSKIFFTYANYDLFPVNSILGVLFLVLGFMILNSYLFKSSNSETFYLTLVSIVIFISV +RLIIISIFSYIGLTNTSAYEYGYRILMLFILYFTLIFLKLPIYKFREYLISSQYIFKIVV +INSFIFLISLVSFYNFNISVLLENIIFVLIFLRIILLINFITLIIQREKLIQKRRLDTIE +NYVPVIDDLIDEVRSKQHEFDNKILAIYSVLETSQNLDEAKNKIGSYSDSIKIDYGIKKI +MVIDNKVIAGFIYSKLKLAKLRNITLDVNIGTKLDKLPIEEYELIEILGILIDNAIEASV +FNDVIYLDINKNNDSLEVLLRNPYKYTSNLEFSKMFELGYSTKSKKSRGYGLYNVKNIVQ +NNKGNILFSNSTINNNNYITIGVSLPYYY +>MGYG000000001_02396 hypothetical protein +MVNLIRLETKKVFKPVITTLIITTLVFLAIVIKMGNEYYLQHSFEFWTVSIDYIAIIFPV +LAVCPTCWVMYYERKNKFLLYTVTRVSKKDYILSKWIVCVVSAFLIIFIPMFISGMYSLS +FLNNVHTPASYESPFYLNLFMPEFLINHTYLYVFIHCLWDGILAMIVATMGFIFSIYLDN +IFVILTGPFIYVTLDNFIMATLGFHKQRFIASFYVNTMSPTNTFNLLVGPAISILFIIIL +LIIFKLKKAKVYNL +>MGYG000000001_02397 hypothetical protein +MNSLYKLEMNKLLSNKLIFLWLVLIIFNLDTRINGNLSSQQFIVEALSNHYYTIYFMIPM +FLLMIISGLDDDYQYALIRSKTYWNYFKSKIYAYGIFSTLFVLSQCLIIAIMSIGLRNDD +SFNNINSMMYDVLYFYSNKFNSPSEIILYMTIYMILGLFMTSLLICTISHYFSKKTSIKI +IIFVYLLSALSIKITVPKFISFLFINTYIIFHHSFIFGFGITPNLIIEILFILFICKINK +DYWNKDISIKKTSKNRGIYKYHSKSLFTKSNIMAMTFVLIIMSVWKLTPLDNDLSVNNYL +INIFSGSFFGEFNPFTLLEMLVLNLAPIYLLGIFIERECNDRTVSLNIRLGSTLPWFKSI +ITVSLKFILLYTVLNVLIPIFIGILLGTNFEPGIYNLIFTIFITKLLSIVFEFFILFLVY +TFTKNITVSFFSLILFNLVSMILSKFIYYIPFGISSLLRYKFVLNEYGMNYGLNFKFVIL +ELLILITIMLINLNSKHKKLIIK +>MGYG000000001_02398 putative ABC transporter ATP-binding protein YxlF +MNVAIKLENVSKSYNGTTILNNINLEINKGKCVGIIGSNGSGKSVLFKTICGFVSPDKGA +TFIRGLKLGEKIDFPENVGVFINEPGYISIFNGFQNLKFLADINNKIDDKKIKQTMEKVG +LNPNNKAKVQDYSLGMKQKLGIAQAIMEDQDILVLDEPFNALDYKTYEDIKNIIKSLKDE +GRTILLTSHNFEDIEQLCDSVYLIEEGRLELVTPEIIDRYRKR +>MGYG000000001_02399 Transcriptional repressor SdpR +MSKAFKALSDKTRREILKMLNEKDMNAGEIAEHFNMSKPSISKHLDILREAELISSEKKG +QFVIYSINTSVIKEVLGGFLEIFKK +>MGYG000000001_02400 hypothetical protein +MKKFDFTRIIFLITSFLILIAGFVIPDGNIKTSIVGASAIISLVILDIQAPKILKLSEDN +PKIKTLRFLNRLTLFIILICSIFTLLLPIETLFVSRNNEILTIGLVSIFMMVFGNLSPKI +PFNRYFGLRLPWTIRDEQTWRIAHKIVGYLSFPIALIMFTLSFFFNSDKVAITCGLTWVA +IPSIYSFIFYYKKYRYIK +>MGYG000000001_02401 hypothetical protein +MRKCKIEVLKTTLHKDLADEYGCEGIGECPMHKVGDVFLGDYAKPEGLCDEAWKVMYQYV +FALAHGSEKFYYGDWIDKEGVAICSCNDGIRPVIFKIERTDEEAKIDYTPVR +>MGYG000000001_02402 hypothetical protein +MSNTMLKIIAMVAMIFDHLWRFFPNSPYFFHWIGRISAPIFLFCCVLGYVHTSNKKRFFI +RIYSLSIIVEFMNLILKIDDLRMNFIRTIFLVTVIIFIIDKFREKNKNAKLYLYVFIGWQ +IITTVGIYYLLYMGGVTDEAIFLITSLTANIMFLDGGILFVLMGVLMFIFKDNKLKFSIY +FIILTGIYVILFNSPLILKLESVLVNYSLFYLLFNLISYMILGIHPMAVTVDILFGNPQW +MMIFSLPFIFMYNGKKGRGLKYLFYIFYPLHIAILYICSMIFR +>MGYG000000001_02403 hypothetical protein +MNTKDIVLIGLLAALLKSSQAVLSFLPNIEIVSLLILIFSIRLGAKRTIYITVLFSTLNI +MIWGLSPATIGYFFVWSGYSVVCSICKRFLNKDINVAIFLGFFGLIFGALFALIYLPMGY +PYVLTYWINGLTFDIIHTVSNFIIGLWAFNPVLNGFDRSMKMVYGKNIVDNKL +>MGYG000000001_02404 hypothetical protein +MNKKVTLTIVALLVLLVGFFGIKAITNKDVQQGSKTISIEIVSKVDNLNEKVDIKTEEEK +LGPALLNEEGYKISDGMVTTVKGIDLSGSTSEYWHITVNGEDAQVGANDQVIKNGDTIKF +ERIKFK +>MGYG000000001_02405 hypothetical protein +MTNKMTDIIKDNNLRISIKENNSYIEVPIEILEQDKQLLKDYIKIYTSLENLKEFIADYI +FNKDSKISIGTVSNAILELKNEENLDKVLPYIGTDIDTLEAKFKSLCACFLINSKDIEDF +KEGIIKEHVNEATLEGIIDKEYVNSIIDHINNHSMYSLRDKSRYGTISSEFNVISQSNIN +DFNEEEINGRYSPILVIHRPAKYNKGQYVLEDTHYVYIKRQPLKALIKQERLEEKGIDSI +GAIVYKKLGHDLTNENLQEILAELYVYGEQNNIKFENIKLADITSNKVWMTADKLKKEFK +ELRYYHKNLTQRVKEMYDTTGEYYTQLGGKYVFNSRKFLDCYRAFKNRDINN +>MGYG000000001_02406 hypothetical protein +MDNEFLSNIANVGFPIALSMYLLVRIEGKLQMLSDSISELSKALLNFK +>MGYG000000001_02407 hypothetical protein +METALKLIMTFKSQGDKAVNLTIDDPNDNLTEQEVIDTMNLIIEKNIFSPDNVDLKEVVK +AKVVQTETTEYDLQA +>MGYG000000001_02408 hypothetical protein +MATEIKNGSSLKLQFNRGLGTNGKVIIKSKTFSNLKEDASADDVLAVATAISNL +>MGYG000000001_02409 NAD(P)H-quinone oxidoreductase subunit I, chloroplastic +MNAKNCLKLLREIKDVAFATVDKNGNPQVRIIDVMIVENETLYFVTARGKNFHSQLLESG +KVAITGLTKKYESIRIMGKAYLVEEQKEYLDRVFEENPVMNSVYPKDSRYILDVFAIEEG +EIEYFDLSKSPIYRESFSLNNTKLTEKGFYISDACIGCGKCKKNCPQQCITKCKPYFINQ +KNCLHCGLCYEDCPVKAITKVGE +>MGYG000000001_02410 hypothetical protein +MFNEIIILFQERSSFFINLLWQHLEISFIAVIIACVLGVVIGIVISEFKKSSKYVLGVIN +FLYTIPSISLLGFLIPFSGIGDKTAIIALTIYALLPIVRNTYTGIENIDDAIIEASTGMG +STRLQIIYKIKLPLALPVIMSGIRSMVTMTIALAGIASFIGAGGLGVAIYRGITTNNTAM +TMVGSLLIAILALIIDSILGIIEKRILGKKMKLQRDFKALISVILCIALIVSGAEFYKNR +VDNKVIHLATKPMTEQYIIGAMIKEIIEERTNIKVEVTQGVGGGTSNIHPGMVSGEFDMY +PEYTSTGWNMVLKHDGTYNEEMYPDLVKEYKENFDFTWTGLLGFNDSYGLVVRKEIADKY +NLKTYSDLAKVSENLVFGGEYDFFERPDGYDALCKKYNFKFKKTMDLDIGLKYKAIDEGK +VDVMDIFTTDGQLSASDVVVLKDDKQFFSTAMGVMVIRDEILNKYPQLEDVFSEMEGILN +DDEMAKLNYMVETEGKDAETVAHEYLMEIGLLK +>MGYG000000001_02411 HTH-type transcriptional regulator LutR +MFSNISSKKVYEQVIEQIQESIFNGELKKGDKLPSERELSEQMRVSRTSIREALRVLETL +GVVESKQGEGNFVCSNINKSLIEPLSLIFKLNNGTWMDVIELRQALELEAVRFASERITK +KEEIELENIINEMEEEINNQNRNEILVNLDQKFHNKIASISKNYLIECLFLTSSNLFEEF +INDARKKIINRYSDESVLLNQHKDIYRAITSKDSKLSYKKMEEHMQLIKEHYSKN +>MGYG000000001_02412 Glycolate permease GlcA +MNDYVLFILAIIPIIWLIVSLGVMKLPAHKTCFFTVILTIVISLVFWKMPILNVATATLE +GVAVALWPILLVIVAALFTYNLAVETKTMDTMKNMLSNITTDNRIQVLILAWGFGGFLEA +VAGYGTAVAIPASILASLGFNPIFAAIICLIANTVPTAFGAIGIPVSTLASVTGLDVLQL +SYVTSVQLALFIVIIPFALVILTEKSFKAIKGVFGITLVSGITFAIPQVFIAKYLGAELP +ALIGSLCSMLSTILMAKAMNKKSKNSFEGKMKSSDIVAGSGIVVKISTKDGVLAWLPYIL +LCVLILVASPICPPINSFLAKFSSTIQIYNGEGASLTSFAWINTPGMVIIISTFIAGLIQ +KIEVSQMVDVFIRTVKQLSKSFITITSIVAISKVMSYSGMTSSISFGLCAITGKMYPIIS +PLLGAIGTFVTGSDTSANILFGGLQVEAAKSLSIDPYWIAAANTAGATAGKMISPQSIAI +ATSATGLIGSEGKIFGSTLKFCLGYVIILGILVYIGSLIPLV +>MGYG000000001_02413 Lactate racemase +MSILRVPYSKMGMELNIPDENLLAILESKAHNYIVNKSQEQIVEESMDNPIGSVKLEELA +KNKKSVVIITSDHTRPVPSRVTMPIILRRLREGNPDIDIKIIVATGFHRASTRAELIYKM +GEEIVNNEKIIMHISTDDAAMVKAGVLPSGGDFYLNKVAFEADLLIAEGFIEPHFFAGFS +GGRKSILPGIASAKTIMYNHCSEFIDSKNARTGILDNNPIHEDMVYAAKAAKLAFIVNVV +IDKDKNVIASFAGDVDKAHKTGCKFVTELSKIDAQMADIVISTNGGYPLDQNIYQSVKGM +TAAEATCKDGGVIIMISACNDGHGGQSFYDNVAKASSPSEILENVRSVEKGETVPDQWEF +QILARILERFTVIMVTDQCSSEMIINMHMKHAKTFEEALNLAFDIKGKDAKIAVIPDGVS +VIVKENTSTDSNSIVSVTAE +>MGYG000000001_02414 Caffeyl-CoA reductase-Etf complex subunit CarD +MEILTCIKQVPGTTEVEVDETTGVLKRDGVDSKMNPYDLFALETALRIKQETNATLKVIT +MGPSQAKQVIEESFMMGADEGAIISDRKFAGADVLATSYTISQGIKKIGNPQIIICGKQT +TDGDTAQVGPEIAEFLNIPHVTNVTKILDIKEESIVVEVDMPNTLEVCEVKYPCLITVEK +DIFQPRLPSFKLKIQTKDREIPIFTLNDFEDKDEMNYGLNGSPTQVLKIFPPTPNTDKDI +LRGSSDELSEALSNKLKDLKLI +>MGYG000000001_02415 Caffeyl-CoA reductase-Etf complex subunit CarE +MAKIVVNIEKIEDIKSVLEICPFGAIEEVNGKVEIGAGCKMCKLCVKNGPKGAFEFIEEK +KVSINKDEWKGITVYVDHHEGEIHPVTYELIGKAREMAAKINHPVYCVFVGHNIKDKCDT +LLSYGVDEVFVYDDEEFKEFRIEPYTAAVEDYIKNVKPTIMLVGGTTLGRSLAPRLAARF +KTGLTADCTILDIQENTDLDQIRPAFGGNIMAHIHTPNHRPQFATVRYKIFSAPEKIEIP +TGKITLCNINKEKLSSKIEVLDVKPKTKEVGLEDAEVIIVASRAIKKQEDMKMIYKLADK +LGAQVGGTRPMVEAGWLDPRKQIGLSGRTVKPKLIITCGVSGAVQFVAGMSGSDYIIAIN +QDEKAPIFDVAHMALIGDIYEIIPKLIEQIDEKSLKIAIAAEEE +>MGYG000000001_02416 putative FAD-linked oxidoreductase +MYKTIDKNDIDFLLSVCEKDDVIVGEEISEDFSHDELGGVEKYPEVLITARSTEQVSKIM +KYAYENNIPVTPRGQGTGLVGASVAVHGGIMINLSKMDRILELDEENLTLTVEPGVLLMT +IGQYVQERDLFYPPDPGEKSATIAGNINTNAGGMRAVKYGVTRDYVRGLEVVLPNGNIIN +VGGKVVKNSSGYSIKDLIVGSEGTLGIVTKATLKLLPLPKKAISLLIPFPDLEMAINTVP +KIIKSKSIPTAVEFMERDVILAAEDFLGKKFPDNTSDAYLLLTFDGNTREDIEKEYEKVA +QLCLECGAYDVFISDTQERNDSIWSARGAFLEAIKASTTEMDECDVVVPRDKVAEFIKYI +HDLQSELNVRIKSFGHAGDGNLHVYVLRDDMDEEQWSIKLKESFDHMYGRARELRGQVSG +EHGIGYAKKGYLHESQSEVYMDIIKSIKTAFDPKNLLNPGKIY +>MGYG000000001_02417 hypothetical protein +MNILGLVVEYNPFHNGHLYHLLKSKEITKATHTVAIMSGNFLQRGEPALFDKYTRARAAV +ENGVDLVIELPTLFACQSAEIFSHGAIATLNSLNCINSICFGSEVGNIDILYTISKILVN +EPNEFKISLKKYLNDGMLFPTARSNALFDYINENNLVDISKDELLSILNSSNNILGIEYI +KSLLKLKSNIKPYTITRINSEYNSESIDSSICSATAIRKALKNTDDISFASKVVPLPTYN +ILKTNIEKSFNPIFDEMFFDILSSIILRDSNELDKYFDVNEGIENKIYQSIFTSSNLEEL +HSLVKSKRYTLTKIKRTLNNVLLGITKDDMALVKDMNYIPYIRVLAFNDKGREILKAIKN +NSEINIINKFSKISFAMDDAKFKTLIDYDIKASNMYNMIYYKNNRQLLKGPMDFYMSPTY +VK +>MGYG000000001_02418 Acetate kinase +MKVLVLNCGSSSLKYQLIDMSNEAVLCVGLVERIGIEGSILKQEKDGVEGKYIVEQPMKD +HEDAIKLVLDAVLDPTYGGVKEMSEIEAVGHRVVHGGEKFASSVVITEEVENAMKECIEL +APLHNPANIMGIDACKAILPGVPMVGVFDTAFHQTMPKKSYLYGLPHELYSKYGVRRYGF +HGTSHKYVSQRAAAMLGKNIEDVKIITCHLGNGASIAAIDGGVCVDTSMGFTPLEGLIMG +TRCGDIDAAILPFLMEKENLDAKGLSDLMNKKSGVYGMTGISSDFRDIEDAAAKGDEKAQ +VALDAYAQRVKKYIGSYAAEMNGVDAVVFTAGVGENGIDMREAIASNMEFLGMKLDKEAN +KVRGKERVISTEDSKVKILLIPTNEELMIARDTVALVK +>MGYG000000001_02419 hypothetical protein +MIISLDKLNRRESDKIDLNFSQKIDTINYCDSTYKLTSPINVEGKITKNNKGLYLDINVD +FTILDNCSRCLDEVEVPVNYDIQGFLVREDYDEDSFEDYDAFICDGQEVNLLDVIEQTID +FNLTAQVLCDEDCEGLCQGCGANLNKEECSCDEIANDEEIIDPRFAKLKDLFKND +>MGYG000000001_02420 50S ribosomal protein L32 +MAVPKRKTSKSKTKMRRAANSQMTATGFVSCPQCHEPKLPHRVCPDCGYYKGKEVVSK +>MGYG000000001_02421 Phosphate acyltransferase +MKIAIDGMGGDNAPKSNVEGVVSAIKEYNIDIIITGDKDALEKEFENYEFDRSKLEIVHT +TEIIENEDKPVKAIRSKKTLLWLLL +>MGYG000000001_02422 Phosphate acyltransferase +MVVALRLVKEGKADAVVSAGNTGALLAGGLFVVGRIKGIDRPCLCPAIPNVKRGMTIIAD +GGANADCKPRNLVEFAAMTNIYSKKVLGIENPRISLANVGAEEGKGNDLMKKSYEELKNM +DINFIGNLEARDVINAKTDVIVCDGFTGNILLKSAEGVAMSVMGLLKETFLSSTKGKIGA +MLLKDDLRKLKSFMDYAEYGGAPLLGVNGGVIKAHGSSNSKAIKNAINQGIKFAQGNVLR +DIEEFVQSSKEDNEE +>MGYG000000001_02423 hypothetical protein +MKNISDEIVNSLSLNLREKIKKLPKSNLNIEEIRLRSQKPLILNANNKDYFYNEKENDLA +LNMDNPYIVTREDIEQTFQIICKYSIHTFMDDITKGFITLRGGHRVGIVGKAIVESGQVK +NIKHISSLNIRISREIIGCSDKILDHIISSNNQVNNTLIISPPQCGKTTLVRDIVRNLSN +GNKKYGFRGMKVALIDERNEIGGSYLGVPQMDVGIRTDIIETCPKDIGIMMLLRSMSPNI +IVTDEIGNEREVKALYTALNGGVSLITTVHGDSIEDIQGRKELSRLLDKELFKKVIILSA +RKGPGTVEKIYDLEEKRWYFAN +>MGYG000000001_02424 hypothetical protein +MQIKIIIIGILIGCSYLIGDFIYKSYTKRHKELNDLIRILEIMRMDLSFGLYTLEEIFKR +VGEKEEYCFFKFFRSMANDLSDSREKVLEEILEDNIKILINETYLQNKEVDELKTLILTL +GKSDIESQERMISLSVENLKKLTCDSKEDISKKGNLYKQLITFIGIGIGIILI +>MGYG000000001_02425 hypothetical protein +MDITLILKVAGVGLLISVLNIILDKADRKDWATFTTLAGVIIVLGIVLTEISDLFNAVRT +MFQLY +>MGYG000000001_02426 hypothetical protein +MEVMQLVGVAIIATTLCLVIKKDRPEMANFIAIITGVTILLSVIFKLNFIIEGIQNLANK +ANIPNMYISLIIKLIGIAYIMEFAIQLCNDCGEKNIASKLEFGGKIIVMTMSFPILLSIV +EMILNIIP +>MGYG000000001_02427 Stage III sporulation protein AE +MKKKFLGVLITLLTILNLSTIGFAENESTESYDETKNNIDFYIDSQLSKINVEDIEKYIR +DDVAVKSIDLKDFVKNLIGGKSNILDLFDKEKIQSAVFRELKTSLRVVAIILVLALLSSI +LKSLENSFSSGDISKITTYIIFITMVSLTLIGFKDVLNICYNTINSTIGLMQVVMPILIT +LLVLIGFPITSTALNPIFLGGVTLINIVFKKFMFFSITIAFAILIINNLSQSIKLKKLSS +FIKNVNIVTIGAIFTIYLGLVSIQGMYVTSFDKFSVKTAKFAIGNFIPVVGGFVSDSMDI +LLSSSQLIKNVFGGIGLVLLIGICLIPIIKVLSVVTVYKVAAIVVEPVGEEGMSSFLNDV +ANLMVIMLACVIAIMIMFFVTIAILTSISVVTH +>MGYG000000001_02428 hypothetical protein +MLESLKSWIITILIGAFIVSIVDMILPKSKIKPYINLVVNFIFVFIVITPIISLLSGNMS +LEDKLLQLMNSYNKEYIESSNRLASETGKNSLINGYEEGLKQVLELKLDEYGYDLEDIEF +NGSEISNIKLKEKNNSTKNEKEDIQSSENEKIEQVFKEEGKEHELNLSKDELKDNLVKIL +DVSIETIEID +>MGYG000000001_02429 hypothetical protein +MFKNLNEKDKKKIYSLLSLGIVCVLALIIISCIPSDKKTNTDKDAAQVNQQEESEQVSES +EQQDLEKKLQKILAKIDGAGDVNVMITFESSEEIQPAFNSNSTTETTEEKDAQGGERTVT +TSSENKTMITSNSNSPVILKTTEAKIKGVLVVASGAGDSKVKETLYSAVQTALQVQGHQV +QIINSK +>MGYG000000001_02430 hypothetical protein +MKFNYKNRGFVVITLSAMLVVVGVANYQLSKKSALGVSEEFKAYEQAQLSKNSESNEKEE +DDQEVNIVDSKSSESDVEEKVTETSKEIEEQLTSEANMQKSSYILDMKMTREKQRNDLAE +ELNEMINNPSTSEETRKEASEMKLKLVKDQDTELKIENLLSTKGFEDALVYISDGKVNVV +VNEDSFGKEDAAKIFDLVAEQAGVEYDNIKLMNNKQE +>MGYG000000001_02431 hypothetical protein +MENNNFGQVKISNDVIATIAGLAALEVEGVETITTFTDKLLKNNNGVKIQIEEEDVNLDI +MVMIDFGISIPDIALKIQENVKNTVETMTGLKVSQVNIHIQGISFKKEKTELEEAKKEAK +QAKKEAKKEESKKN +>MGYG000000001_02432 hypothetical protein +MKKENIAKKITSREYTMKLIYQTSITKEDVDNLDLLVDEFVDNNAEYILNRYEELRLQHS +NNPELSLEGVDIDEAIDKDYIKNICLTIEENNEMINSLINSNAKNWSVDRIAKVDLAILK +LAIAEIIAIDDIPQKVSVNEAIELAKIYCDDKSPKFINGILGSVISEIESK +>MGYG000000001_02433 tRNA N6-adenosine threonylcarbamoyltransferase +MRLNQNNIIIGIDTSCYTTSIAAISLDKKVIFNKKIMLKVKDNTKGLRQSEAVFQHVNNL +GEMSSDIRSILNNYNVCGVCASVKPRPLEESYMPVFTVGSNFGKLFSSLNKCPFYETSHQ +ENHIEASLLTNKIKNEKQFLSVHMSGGTTEILLVNKESLGYKIDIVGGSNDISFGQLIDR +IGINMGYKFPCGKYIDEKALECNEKIEIGLKTSVKEGYMNLSGIENQVNKIINNHSKEYI +CKLLLDTISRNLIKSLLYISEKYNIEEVVFAGGVSASKYISMKLKRELKKNNIIAYFTEQ +EYSTDNGLGCAVIGLKNFISE +>MGYG000000001_02434 Exodeoxyribonuclease 7 large subunit +MKLRALDISEANSYIKRILVNDPILYNLKVKGEISNFKVHSSGNVYLSLKDENSKLNCVI +FKSNYDKNLELKNGIKVIASGYISVYERDGSYQLYINSIEIEGIGNLYIEFNKLKEKLSK +EGLFDPKYKKAIPTIPKSIGVITSPTGAVIRDIINVIKRRYPKVAVKLYPVTVQGDKSAD +NICEGIRFFNDMKNVDTIIVGRGGGSIEELWSFNEEIVAREVFKSEIPIISAVGHETDFT +ICDFVSDMRAPTPSAAAEIATPSLLDLEYKLNNIRNRMNRSLINQVQIDEHRLKSVLERI +NNYLKSYTIKDNIIQLDKIYDKITFEVENNLNIEKERLMNMGAILHNLSPLATIDRGYSI +VQKEGKVINSIKEIEFKDDIDIVLKDGSIECVVEKIINKEV +>MGYG000000001_02435 Exodeoxyribonuclease 7 small subunit +MDLTYEQAYKKLENILEKLESKGASLDESLSLYEEGISLYKYCNKLLEDAQLKISKFNSL +GIEEDLDMREE +>MGYG000000001_02436 Farnesyl diphosphate synthase +MEFKQSLKEKSNYIERLLSEYMPKEDGYQATIMEAMNYSLKAGGKRLRPVLTLEACKIVG +GNETDAIPFAIAIEMIHTYSLIHDDLPALDNDDLRRGKPTNHMVFGESMAILAGDALLNY +AFEIMLSNSINKENPQKYLRAINEIAKSAGIYGMIGGQVVDVQSENKVISKDKLDFIHLN +KTAAIIIGCMRAGAIIGDACEEDLEKITKYGKNIGLSFQIVDDILDIVGDETKLGKKVGS +DIENHKSTYPSLLGLEKSKEIANDLIEEAKYNIKDLQSDSSFLEGLANYIIDREY +>MGYG000000001_02437 hypothetical protein +MNFFSEIFSNKVLGISVFACFLAQFIKIFTGKDKRIDLARIFTSGGMPSSHSSFVTSLAT +LVGLEKGFNSTDFAIVVVFALIIMYDASGVRRAVGKQAAILNQIVDDVHHGKHIKQDKLK +ELIGHTPVEVWMGAILGIVVALVMV +>MGYG000000001_02438 1-deoxy-D-xylulose-5-phosphate synthase +MYKYLDKVNCPEDIKNMTNEELDILAKDIRKFLVKSVSKTGGHLASNLGVVELTLALHKV +FESPKDKIVWDVGHQSYVHKILTGRKDSFDTLRQFKGLSGFPKEIESPHDIFDTGHSSTS +ISVGLGIACARDIKKENFDVVSVIGDGSITGGMALEALNNLGYLNTDMIVILNDNEMSID +KNVGAMSRHLSSIIRNSTMNKVKDEVEKIFTVTSAGNLIYKTASKVKDSIVSQFTPQQCE +LFESMGIKYYGPIDGHNIKELIEILNKAKKKKGPVLLHVITKKGKGYKYAEEHPDKYHGV +SKFDIKEGVQPSNSKSISSAVGEKLVQMSAKDDKIVAITAAMPSGTGLDLFQKAYPERYY +DVGIAEQHAVTFSAGLAKEGMKPYFAVYSTFLQRGYDQIIHDVCITKKNVTFLIDRAGLV +GNDGETHHGMFDLSYLNIVPNITVMAPKDTQELELMLELSAELNEPVAIRYPRGNAYYLN +RGEYKKIEVGKYEIIAEGKDIAILAIGNMVKHALEAKEILLEDNINPAIINARFLKPMDE +KLLHELCKKYKTVVTIEDNIISGGFGSRINNFIIDNNYNVKVENIAISERFIDHGNIESL +YEGVGLSSNCIASRIKKL +>MGYG000000001_02439 16S/23S rRNA (cytidine-2'-O)-methyltransferase TlyA +MKKRIDVLLVEQGFFESRERAKKAIMAGLVFVDNQRCDKAGVDVKEDAKIEVKGNPIPYV +SRGGLKLEKAMKNFGLTLDGKVCMDIGSSTGGFTDCMLQNGAVKVFSIDVGYGQLAWKLR +QDDRVVCMERTNIRHVTIEDTKEFANFASIDVSFISLKLVLPKAKELVSPDGHVVALIKP +QFEAGREKVGKKGVVREKSTHIEVIETISEFAVGIGFSILDLDYSPIKGPEGNIEYLIYL +KNSNDGYEFNKEEYSKKVLEVVEASHNLNK +>MGYG000000001_02440 DNA repair protein RecN +MILELYMKNCALVEELRLTIDENLNILTGETGSGKSIIIDALGLCLGEKYDRSFLRKGSE +KGIVEAIFSSESQHLKDVLEKYDIELDEDNLLVITRVIYNDGKSVARVNGRTLKLSVLKE +IATTLIDVHGQHQNQALFNKETHLQFLDLFGESDLQYLKLDYKNVYKEYTRVKNALNVLT +ENKDDMQIQREIDLLKFQTNEIESANLSKDEYEELLKQRDVFRNSEKIYSNLNLSYQNLY +EGSVNAVDLIGSASKELSSIAEYDKVLSEYNENVERIMYELQDISREIRNYKESIDFEPY +ELEQIEIRIDEINNLKRKYGNTIEEIFEYYDKTKNRLDEILNRDEKVEELKREILRIEKV +LNDKAEKLTQARQKVAYSLEEVLLIELKSLNMKNVVFKVNFEESNFTLEGKDDIEFMISF +NLGEDIKPIYKVASGGEMSRFMLAFKTILADIDQIDTLVFDEIDTGISGIAAQIVGEKLS +QIAKKKQIICITHLPQIAANADTHYCIEKNTSNDRTFTNIRRLDRDQKRDEIARLIAGSN +ITEKTIEHASEIIELAKK +>MGYG000000001_02441 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase +MNSVIIVAAGSGKRMNMDINKQFIKLNKKEIIAHTIDVFYKNKNVDEIIVCIKKEEEELF +KDKIINKYSFKNIKIAYGGKERQDSIYNGLKCLDDKCDIVLIHDGARPFVDDRIINESIK +VAREKKAVVVGTPVKDTIKVVCDGIINDTPNRVNLWAAQTPQVFEYKLITKAYEEAYENN +YYGTDDSMLVENIGQEVTMIMGSYDNIKITSPEDISIGEKILSLRK +>MGYG000000001_02442 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase +MRIGTGYDVHKLVENRDLIIGGVNVPHEKGLLGHSDADVLTHAVMDSILGALALGDIGKH +FPDTDKKYKGADSIKLLEYVNHLIKDKGYKINNVDCTIIAQSPKMAPHIEKMRENFAKAL +DTDIDNINVKATTEEGLGFTGSKEGIAAQSVCTVVKVDK +>MGYG000000001_02443 Proline--tRNA ligase +MRMSKMLMPTLKEVPSDAEITSHQLMLRAGMIRKMASGVYNQLPMGIRVFNKIQNIIREE +MNAKGAQEILCSGLIPSELWKESGRWDVMGPEMFRLKDRNERSYCMGPTHEEVFTDIIRQ +EVTSYKQLPLNLYQIQVKYRDERRPRFGVMRTKTFTMKDAYSFDVDQEGLDKSYQDMFEA +YTNIFARCELENSPVQADSGAMGGSASAEFMVKSEVGEDEIVFCSGCDYAANIEKATSVN +HEPSTEEMKEMKEVHTPGVHTIEELVEFFKEDAGKFAKTLIYYADGKTVAVVVRGDRDVN +ETKVANAIGGAVEFELASESTIKEVTGAAVGFAGPIGIKTDYVLIDQEVVDQRNVVIGAN +KTEYHIENANYGRDFEGTVGDFRNVAEGDKCTKCGSALEVARGVEVGHIFKLGTKYSESM +GATFLDNNGKSQPIVMGCYGIGVERTAAAVIEQHHDENGIIWPLAIAPYHVVVVPVNIKK +DEHRENAEKIYEELKAMGVEVLLDDRDERAGVKFKDSELIGIPMRITVGKDIVDGKVEFK +LRNSADKEVIGLDEIKSKIEAEFVKNKVKLG +>MGYG000000001_02444 Glutamate--tRNA ligase +MSVRVRFAPSPTGFVHIGSLRTALYNYLFAKKMGGEYILRVEDTDQTRLVEGAIENMLNA +MSWGGVNHSEGVMLDENGNIVQKGEYGPYIQSERLDIYKEYIQQLLDSKKAYYCFCTKER +LDEVREKQKEAGETPRYDGHCRDLSKEEIEAKIAAGEPYVIRLRLPENHVIRFTDLVRGE +TEFNTNDLDDQVLIKTDGFPTYHFAVVVDDHLMKITHVIRGEEWVSSTPKHVYLYEAFGW +EAPTFVHLPNILNKEKKKLSKRHGDVAVEDFKKKGYLPEGLINYVALVGWSPEDNQELFT +MEELEKAFSVERVSKSGGVFDTEKLNWVNQHYIKDADDNYLTDLAIPFLIEAGFVTEEEA +KTKYDFLKGMISVLKEKLQYVKEVTDHASIFFGDNVELETEECREFLNLEHIPTLVNALE +EKIGNAEVLDEAFVKAMFKEIQKEHGIKGKNLFMGSRITLTGQMHGPDLPKTMEVLGKET +CLNRVSYVKNNIL +>MGYG000000001_02445 hypothetical protein +MYNNIEDVKKELEQLCEEYIDVLKDLKNKNVISEDTFDNCVGSKILFLDK +>MGYG000000001_02446 Cysteine--tRNA ligase +MKLYNTMTKQKEEFVPIEEGKVKMYVCGPTVYNYIHIGNARPFIIFDTLRRYLEYRGYDV +TYVQNFTDVDDKIIKRGHEEGISPEEVASKYINEYFVDSDGLGIKRATVHPQVTDNIEQI +IAFVKELEDKGYAYEVNGDVYFDTKKFEGYGKLSKQKQDELEAGARIEVNDQKRHPMDFV +LWKAKKEGEPGWASPWGEGRPGWHIECSVMSNRYLGETIDIHAGGQDLTFPHHENEIAQS +EARSGKTFANYWMHNGYININNEKMSKSKGNFFTVRDISKLYDLEIVRFFMLSAHYRNPV +NFSDEMLNQAKAGLERLYNTKEKLEFTISNLNESSITGEESSLVLELDSYRAKFIAAMDD +DVNTADAISVIFELAKFINSNVNEKSSLEFAKKCLDEFNELTSVLNIVNKKKDDILDEEI +ESLIQKRTEAKKNKEYQLADEIRQELLDKGIVLEDTRQGVKWKRI +>MGYG000000001_02447 Mini-ribonuclease 3 +MDRSELLTISPLVLAYLGDTVYESYVREYLIKKNINKKVNDLHKSAIKYVNAKAQATVIH +AIEDELTEDEERIYKRGRNQKSHTSPKNADIIDYKHATGFEALIGYLHLNNESDRLNYII +SKGIDIIENSMK +>MGYG000000001_02448 Putative TrmH family tRNA/rRNA methyltransferase +MANIEGRNPVIEAIKSEREIDKIMISNSAKEGSIKKIIGMAKEKNIVLQYVDKNKLDEIS +TSHAHQGVIAQVSEYKYYELDELIESAKEKSESPFFIILDEITDPHNLGTIIRTADAVGA +HGVIIPKRRSVHITPTVAKASAGAVEYVPVCKVTNIVNTIKKLKEEGLWIAAADMDGQPF +YEQNLTGPIGLVIGSEGFGISRLVKQNCDFTVKMPMIGNVTSLNASVAGGILLYEIFRQR +TGKK +>MGYG000000001_02449 hypothetical protein +MRRKLNSYLVIDGYNIINAWDDLKEIAKYSLEDSREKLIHYIIDYSEFTGKKAIIVFDAY +NIKNSKEKIEKRKHITIIYTKEYQTADSYIEKFISTLSKYDEVKVATNDYAEQQIVLGKG +ASRISARELKLDLESAKEKIRERTSSQHKKIQRNFLEERLDKETLSKLENIRRKR +>MGYG000000001_02450 RNA polymerase sigma-H factor +MGIANDKEYEFLDNSQQDEYNIVLKASNGDKLALEYIITKYRNFVKAKAKSYFLVGADKE +DIIQEGMIGLYKAVRDFDGSKTNSFKCFAEICITRQIITAIKTATRQKHIPLNSYVSLNK +PIYDEESDRTLLDIIATSIVTDPEELIISKEELKRIQSKMDELLSDLELEVLELYLNGKS +YQYIADRLNRDVKSIDNALQRVKRKLEKHLENRND +>MGYG000000001_02451 Elongation factor Tu +MAKAKFERSKPHVNIGTIGHVDHGKTTLTAAITKTLHERYQLGEAVDFANIDKAPEERER +GITISTAHVEYETPNRHYAHVDCPGHADYVKNMITGAAQMDGAILVCSATDGPMPQTREH +ILLSRQVGVPYIVVFLNKCDMVDDEELLELVEMEIRDLLNEYEFPGDDTPIIRGSALMAL +EDPTSAWGDKIVELFEIIDDYIPAPERDVDKDFLMPVEDVFSITGRGTVATGRVERGILK +VQDEVEVVGLSEEPRKIVVTGVEMFRKLLDQAEAGDNIGALLRGVQRTEIERGQVLAKPG +TVKAHTKFMAEIYVLKKEEGGRHTPFFDGYRPQFYFRTTDVTGACKLPEGIEMVMPGDNV +TIEVDLINSICVEEGLRFAIREGGRTVASGVVASIME +>MGYG000000001_02452 50S ribosomal protein L33 1 +MRVKVTLACTECKQRNYNTTKNKKNNPDRIELQKYCRFCKKHTTHKETK +>MGYG000000001_02453 Protein translocase subunit SecE +MATQVKNGIMPKKKRFSLVTYIKETKQELKRVTWPTKKELLKNTGIVLTVVISFTILVWL +LDTVLSGALAFILK +>MGYG000000001_02454 Transcription termination/antitermination protein NusG +MSELQEARWYVVHTYSGHENKVKATIEKAVKTRGMEDCITQVVVPTEDVVETTKTGKEKT +RQRKVYPSYVLIKMIITDESWYIVRNTKGVTGFVGPGSKPVPLSDDEVIAMGIDLESTKV +VNGETDLEVGDNVQIKNGPFSGKIGTIEKINMENKTVTVCLDAFNKKTPFEMDIDSIERI +>MGYG000000001_02455 50S ribosomal protein L11 +MAKKVIGQIKLQIPAGKATPAPPVGPALGQHGVNIMGFTKEFNAKTADQAGMIIPVVITV +YQDRSFSFITKTPPAAVLLKKAAGLDSASGEPNKKKVATLSSDEVRKIAELKMPDLNAAS +VEAAMSMIAGTARSMGIVVED +>MGYG000000001_02456 50S ribosomal protein L1 +MANKSKKYVEALSKVDRTRMYDAKEALTLVSEIANAKFDETVEAHIKLGVDSRHADQQVR +GAVVLPHGTGKTKRVLVFAKGAKAEEAKNAGADFVGAEELVQKIQGENWFEFDIVVATPD +MMGVVGRLGRVLGPKGLMPNPKSGTVTFDVAKAIDEIKAGKVEYRLDKTNIIHVTVGKVS +FGGEKLTENFAALMDAIVKAKPAAAKGQYLRSISVASTMGPGVKVNPAKIAE +>MGYG000000001_02457 50S ribosomal protein L10 +MRQAIELKSQVVSEIVEKLQKSSSAVVVDYKGLTVEEVTELRKKMREAGVEYKVYKNTLV +RRAAKEVGIEQFNDELLVGTNAIAFGYEDPVAPARILKEFMDSHPKMQLKMGVVEGEFYN +ESQIVEFANIPSREVLLAKLLGSLKAPMSNFAYLIDAMIKKAEGQEA +>MGYG000000001_02458 50S ribosomal protein L7/L12 +MTIEQILEAIENMKVLELNELVKAAEEKFGVSASAPVMMAGAAAGGAAEEKTEFDVVLAG +AGSSKVGVIKAVREITGLGLKEAKEVVDNAPKTVKEGVSKEEAEEMKAKLEAAGATVEVK +>MGYG000000001_02459 DNA-directed RNA polymerase subunit beta +MPHPVTIGKRTRMSFSKIKEIADLPNLIELQVDSYKWFLEEGLKEVFEDISPIEDYTGNL +ILEFVDYSLDDKPKYDIEECKERDATYCAPLKVKVRLINKETGEIKEQEVFMGDFPLMTE +RGTFVINGAERVIVSQLVRSPGVYYAEERDKAGKRLISSTVIPNRGAWLEYETDSNDVIS +VRVDRTRKQPVTVLLRALGIGTDAEIIELLGEDERLSATLEKDNTKTVEEGLVEIYKKLR +PGEPPTVESASSLLNALFFDPKRYDLAKVGRYKFNKKLALCYRIMNKVSAEDIINPETGE +VFVKAGDKISYEIAKDIQNSGINVVNVLVDEDTTVKVIGNNFVDIKSHINFDIDELNIKE +KVHYPTLKEILDEYSDEEEIKEAIKIRMKELVPKHILLDDIIASISYEFNLFYEIGNIDD +IDHLGNRRIRSVGELLQNQVRIGLSRMERVIKERMTVQDMESITPQALVNIRPVSAAIKE +FFGSSQLSQFMDQTNPLSELTHKRRLSALGPGGLSRERAGFEVRDVHHSHYGRMCPIETP +EGPNIGLINSLGTYAKINEYGFIESPYRKYDKEAGRITNEIHYLTADEEDLFVRAQASEP +LTENGEFINNRVVCRTVNGAVELVPASRVDYMDISPKQVVSIATAMIPFLENDDANRALM +GSNMQRQAVPLVRREAPIIGTGVEYRAAKDSGAVVVAKNSGIAERVTADEIIIRKEDGSK +DRYKLLKFKRSNSGTCINQTPIISKNDEIQAGDVIADGPATDLGEVALGRNCFIAFMTWE +GYNYEDAILINERLVKEDRLSTIHIEEYECEARDTKLGPEEITRDIPNVSESAIKNLDDR +GIIRIGAEVDSGDILVGKVTPKGETELTAEERLLRAIFGEKAREVRDTSLKVPHGESGII +VDVKVFTRENGDDLSPGVNELVRCYIAKKRKIKVGDKMAGRHGNKGVISRVLPEEDMPFM +ADGTPLDIVLNPQGVPSRMNIGQVLEVHLGLAAKALGWHVATSVFDGAKEGDIRNALREA +GYPEDGKLTLYDGRTGETFDNRITVGYMYMLKLHHLVDDKLHARSTGPYSLVTQQPLGGK +AQFGGQRFGEMEVWALEAYGAAHILQEILTVKSDDVVGRVRTYEAIVKGENIPEPGIPES +FKVLIKELQSLCLDVKVLTDEDKEIEVRESVDMDDTDGNFEISLIDDMQEVEDTHIIEEI +DDELVDETDADIDDLDLEEDMNYDDLDYESEDFDI +>MGYG000000001_02460 DNA-directed RNA polymerase subunit beta' +MFELNNFESIKIALASPEKIREWSRGEVKKPETINYRTLKPEKDGLFCERIFGPQKDWEC +HCGKYRRVRYKGVVCDRCGVEVTKSKVRRERMGHIELAAPMSHIWYFKGIPSRMGLLLDM +SPRSLEKILYFASYVVINPGETGLNAKQLLTEKEYRSAVEKYGYNSFEVGMGAEAVKELL +RNIDLERESKELRADLKDSTGQKRVRTIRRLEVVEAFKKSGNKPEWMILDAIPVIPPDLR +PMVQLDGGRFATSDLNDLYRRVINRNNRLKRLLELGAPDIIVRNEKRMLQEAVDALIDNG +RRGRPVTGPGNRPLKSLSDMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPELKFYQCGLPK +KMALELFKPFVMDKLVKEGYAHNIKSAKSIVEKVKPEVWDVLEDVIKSHPVLLNRAPTLH +RLGIQAFEPILVEGKAIKLHPLVCTAYNADFDGDQMAVHVPLSVEAQAEARFLMLSVNNI +LAPKDGTPITTPSQDMVLGCYYLTIEAQGGEKGTGIIFKDYNEMLLAYQTGAVELHALVK +MRVVLPDGRKSLVESTVGRFIFNENIPQNLGFVDREVDPFGLEVDFLVDKKSLGKIIDKC +FRKHGNTETAILLDHIKALGFKFSTRGGITVAVADMKVPDAKAGYLKEAEEKVDKYERAY +RRGLISNEERYERVIETWSETTDKVTDALMAGLERLNNIYIMAHSGARGSKNQIRQLAGM +RGLMANASGKTVEVPVKSNFREGLSVMEYFTSSHGARKGLADTALRTADSGYLTRRLVDV +SQDVIVREIDCGTTDTTEIVAIKDGNEVIEELYDRIVGRYTIDAIVNPQTGEVLVEADAM +ILEDDADKIIAAGIEKVEIRTVLNCKTTHGVCSKCYGRNLATGKEVNIGEAVGIIAAQSI +GEPGTQLTMRTFHTGGVAGGDITQGLPRVEELFEARKPKGLAIITEISGRVEIDETGKRK +EVVIVPESGENQVYAIPYGSRIRVKQGQMVEAGDPLTQGSINPHDIVRVQGIGGVQEYIV +KEVQRVYRMQGVDVNDKHIEVIVRQMLSKVKVEDPGDTDLLPGGYEDVLTFNKCNEEAIA +NGLRPATAKRSLLGITKASLATESFLSAASFQETTRVLTEAAIKGKEDRLIGLKENVILG +KLIPAGTGMKRYKNIAVEKIQD +>MGYG000000001_02461 30S ribosomal protein S12 +MPTINQLVRKSRKAIEKKSTAPALQKGYNSLNKKTTDASAPQKRGVCTSVKTVTPKKPNS +ALRKVARVRLTNGIEVSAYIPGEGHNLQEHSVVLIRGGRVKDLPGVRYHILRGTLDTAGV +DKRMQARSKYGAKRPKAAKK +>MGYG000000001_02462 30S ribosomal protein S7 +MPRKGNVPKREVLPDPMYGSKVVTKLINNLMIDGKKGKAQTIVYDAFAMIAEKTGEDALE +VFNTAMENIMPVLEVKARRVGGANYQVPVEVRPERRQTLGLRWLVNYTRARGEKGMVEKL +AKEIMDAANNTGASVKKKEDTHKMAEANKAFAHYRF +>MGYG000000001_02463 Elongation factor G +MTRKFPLEKTRNIGIMAHIDAGKTTTTERILFYTGQTHKIGETHEGASQMDWMEQEKERG +ITITSAATTAQWNGHRINIIDTPGHVDFTVEVERSLRVLDGSVAVFCAKGGVEPQSENVW +RQADNYGVPRMAFVNKMDIMGADFYNVVQMMKDRLNANAVPVQLPIGKEDWLQGEVDLVE +MCAHIYKDDLGKEIEKTEIPEDMKELAAEWREKLIEAVAETDEELMMKYLEGEEFSVEEI +KAAIRKATIACEMNPVFCGSAYRNKGVQLLLDGVVDYLPAPTDIPAIKGVLDNGEESERH +SSDEEPFSALAFKIMTDPFVGKLAFFRVYSGIMQGGSYVLNSTKGKRERIGRILQMHANT +REEITEVYAGDIAAAVGLKDTTTGDTLCDPANPIILESMEFPEPVISVAIEPKSKAAQEK +MGIALQKLAEEDPTFVVKTDEETGQTIISGMGELHLEIIVDRLLREFKVEANVGAPQVAY +RETITQPVDVEYKYSKQSGGRGQYGHVKIRVNPQEPGSGYKFENKTVGGSVPKEYVGPTD +AGIQGAMAAGIVAGYPVVDVAVELYDGSYHEVDSSEMAFKMAGSMAMKDALKKGNSVLLE +PFFKVEVVTPEEYMGDVMGGLNSKRGLIQGMEARNGAQVINAFVPLSEMFGYSTELRSTT +QGRATYTMIFDHYEQVPASVAKKIAEGK +>MGYG000000001_02464 hypothetical protein +MEDLKKAIKEIAEQEIIKIVISNKMNKDVEYNKINFALKEKGNKEYYQIEKFTDKQVFHE +NIEKDQLEDKMLEFISSYKQLSAWSSTNNFDLKISKKGKVFLGKKKSDNSNLINKSHNKE +KNYILKEGMIIQPLIDLGVFTKEGKVVKSKYDKYKQINRFVEIIDDEIKKNDQKELTILD +FGCGKSYLTFVLYYYFVEIKKINVKMIGLDLKKDVIKKCNEIAERYGYENLHFELGDING +FKYNNKVDMVITLHACDTATDYALYNAIKWNSKMIFSVPCCQHEFNHQMKAESLSILTKY +GIVQERVAALMTDAARANLLEAVGYKTQLLEFIDISHSPKNILIRASKGNVNKDKKDKSL +REVNDLMNQFNFSPTLYNLLKDDNLI +>MGYG000000001_02465 hypothetical protein +MKKLFNSLIFKLVLAVTLGLLIGFYSSEGFMNIIVTLKYILGQVIFFTVPLIIIGFIAPS +IAKLNNNASKLLGYAVGLAYLSSVGAALFSAVFGYILIPKLSINSTTEALRELPELIFKL +DIPQVMPVMSALFLSIIIGLAVTWTKADLFEKLLDQFQGIVLSLVNKIIIPILPFFIATT +FAALAYEGSITNHLPVFLKVIVIVLIGHFIWLALLYMIGGAISGKNPIEVIKYYGPAYLT +AVGSMSSAATLPVALSCARKSKVLRKDILDFSIPLCANIHLCGSVLTEVFFVMVVSQILY +GQLPSISSMALFIILLGVFAIGAPGVPGGTVMASLGLITSVLAFNETGTALILTIFALQD +SFGTACNVTGDGALSLMLTGIANKRNISSEENIKNI +>MGYG000000001_02466 hypothetical protein +MKREDYISWNDYFMGIAILSGMRSKDPSTQVGACVVDKDNRIVSIGYNGFINGCSDDDFP +WSREGEFLDTKYPYVVHAEQNAILNARGKSLEGCRIYVNLFPCHECARNIIQSGIREVYY +LSDKYAETDSIKASKYMFEKSGIKLVQLSPEVEKIEIKLK +>MGYG000000001_02467 Multidrug resistance protein MdtB +MFSRFSVKRPLTIFVSVILTIILGIVSFTGMTTDLLPKMDLPYVVVITAYPGASPEKVEL +GVTKPLEKVLATTSGIENIDSVSSENSSMIILEFSQDMNMDSAMIDLSGKIDLVKSQLDD +EVGSPMLMKLNPDMMPIMVASVDVDGLDIKEVSKYVKDEVIPEFERIDGVASVDTTGILE +ESIGVTLDSEKIDAINDKVLKSIDSKLAKTKSQLDSAKAQIKEGKDVLAKESKSKTEELI +DGGNALEEGKNQIEDAINNLPQLQKDLETQREDLVSKKDALIWAIEQQEQAGIPVTEEQQ +AALNQLEEGIKSIDKGIEDIQNQKPTLESSLKDIIDKQKQLEMGKVVLNQELTKASVNLS +NNEAQLEESIKKFEESRDEAYKNANISDMLTKDTISKILMAQNFSMPAGYISQDGNDYIV +KVGDKVKDIKELENLVLFNIDVAGIGDIKLKDVAKVEMIDNSDDIYAKINGNDGIILTFQ +KQSTASTSEVSDKINETIENLTEENKDMHITALQDQGIYIDMVVNSVLNNLVSGGILAVI +ILFVFLKSVKPTIIIAFSIPISLLFALTLMYFSGITLNMISLSGLALGVGMLVDNSIVVI +ENTARLRNKGMNVATASVKGASQVAGAIFASTLTTVCVFLPIVFTKGIARQLFEDMGLTI +AYSLLASLIVALTLVPAMFSTMNIDPKEKEDKFFDKIINIYEKLLRSSLKHKFMVLALTV +ILLVSSTFLVIAKGTTLMPTSDSTQISISMEMPKESTQEDARNMSDKIIDKLTNIDDIET +IGAIESSGGMMSSMSGGGNISFYVLLKEDKKLTSQEIGDLITEKTSDLDCKISVNTSTMD +MSALGGSGVEIIITGKELDKLQEISTEIADIVSSVKGTIDVSNGLEDSDKETRITVNKNS +AMKYGLTVAQVYQEISAALKDETTATTLELEDNDYPVVLINSDEDKLKKSNLESFTIAAT +KDGEEEKVKISDIATIKEEESLSSISHKSQNRSISVTAGIDSSHNIGLVSKDIEEKLKDY +DLPDGYSIDMGGEQESINSAFSDLIKMITLAIIFIYLIMVAQFQSLLSPFIVLFTIPLAF +TGGFLGLLITGTELSMISLLGFLILSGIVVNNGIVFVDYVNQLRLDGMDKKEALVLAGKT +RIRPILMTALTTILGLSTMALGAGMGADLMQPMAIVTIGGLSYATILTLFIVPIMYDILH +RRKLKKVVIEEDEM +>MGYG000000001_02468 hypothetical protein +MKSNLHSEKEILIFNGVMKLMNEGVNIHTIKVADIAKSVGIGKGTVYEYFKSKDELLEKS +LIYCMNLSLNKAIEKIDNANGFEEKIYTMLEITKCNVQDFNSGNGFLFSNMGTCEFAYLM +KSENKEFKYRENIINKSIEDVISVGIEEEVIKCQRDKEYEKMVIKSAIIGFANDLYCSKF +TMEKDIYELKKRSYKLIIKGLN +>MGYG000000001_02469 hypothetical protein +MEDTDFYNETLEEILNYNLELLTEKEIIKLNKKCEEIQIESILNNNLEESIDLPIKIEKK +IIDEELDCSLIKGQYIINLMDLARIKFDKGKYDEAAKLYWEILNKDSKECLSDKNFIIAN +LIELGNDVTLVLEEIERYKNDYRYREILKEYKNKNFDKVRSMLLNIFEENIEKLEKTL +>MGYG000000001_02470 hypothetical protein +MIIEVISAFFAAFSFGILFNVKGKYLYVAGIGGALGWLVYKVCLNYGVGDSSSLFLSAVI +FSIYCEICARIYMTPATILSVCCLIPLVPGYGVYNTLYECLKGDYIKALDFGTNTLASAG +ALALGVILISTLFRNFNLHKLIKLNTNKTK +>MGYG000000001_02471 Inner membrane protein YjjP +MDINRILNFASNAGKIMLQSGGETYRVEETITRICQSFSVDDVDVFASPTAVMVSIIMDG +KIYSVVKRISSRGIDLNKVHNINSLSRTIYKERPSIDFCEKELKKLCKDDSYSIKTTLLY +SGVATSTFAVLFGGGIIDFIGAFIIGILTKSLSLFLNKSSLNEFFINSICGALISIYSIL +LLNLGIIGDLNKVVAGSIMLLVPGLSLTNSIRDILEGQLLAGLSKAAEALFIGISTAVGT +GSVIHLYLKLGGL +>MGYG000000001_02472 HTH-type transcriptional activator RhaS +MKLNKNNLKNIYDTISSLFSLNFIVMYNNENEITRLSNIELPDCVKEDEMKMINTISEKI +SLRSTNTVCYFESKMKLKYMSFSVCSDENYEGSIIIGPYINYPTQLEVVDSSGRNLDKVI +PIIKILQEKAIENIVISMINYQIEDTKVIIMQEDMKIKDTNKNRYIKEFDMSLINIRERY +KLENQLLHYVSMGDINKASKIIGKDLVVDLNRFPDEPMRNLKNFAITMNTLLRKAVQENN +IEPYVLDSISDYFAKRIENSNKMSIIYSIFEEMMKEYCNLVNEYKTKGYSKLVSNAINYV +KLNFKYEIGLSSIADELFVHPTYLAKKFKEETDKTISEYINEIRVKEAKMMLKTTEFKIE +DIAYYVGYNDKKYFSKVFKKIYNQSPSDYRKYN +>MGYG000000001_02473 Beta-galactosidase +MRKIFNINDNWSFIKEDISDAFAKEFNTSSWESVNVPHTWNAVDGAAGNEFFRGACWYRK +NLTIDKLYEGKKIYIEFGAINSISNVYVNGVHLGEHRGGYSIIRYDITELVNFGGENTIA +VKADNTAVEDVYPLMADFTFYGGIYRDVNIVVTEDVHFDLMNKGSQGVFISQDEITDELA +KITVRANVTNENEEKEAVRVVATVLDANGNVVIYNAKDVIVEGTTEVILPITVENPILWN +SVENPYLYNVQVTVERHNDMLDELNIATGLRYFHFDPKEGFFLNGKHLKLQGVSRHQDKK +DKGWALSKEDHELDMQLIKEVGANSIRLAHYQHDQYFYDLCDKEGMVIWAEIPFISRASE +TDFTGQNAKDQMVELIRQNYNHSSIVMWGVQNEIQIGGDLPYVRKIVQDLNEVVHNEDKT +RLTTQAQVMMVPDNDEYHTYTDIIAYNKYYGWYTGKTEDFADWLDEFHAVNPDKCLGVSE +YGAEGIMTYHTDEPKVKDYTEEYHALYHETLIKYFNERPFVWGTYVWNFFDFGSAIRDEG +GVKGRNNKGLMTFDRKIKKDAFYAYKAAWSKVPFVHINSKRFIERATETINVKVYSNCDE +VTLFVNGEKFNTISGENTFVFENVKLIDGQNNIKVIATKDGQEFTDFALFNRVDEPNPVY +ECPDKTGGPAANWFDESLVNLLDGVEVTELNITDDVYSTGCTMSELLENEETKAVLAKYL +GKMIESPMLGMMKNSSIRDLNKMLEGAFDERLVFLLDKDLCQIKK +>MGYG000000001_02474 hypothetical protein +MKKIFLVDTENVNIRALHGARLLSSSDKIILFTTKRTSSTNFKDSIIQSLGTSAKIEKID +VTTGIKNSLDFQLVGYLGYLIGSKDENSNYYIVSKDKGYLSSINLLKNLSKNKCHIELIS +DILTISHNLYNVYSDPILNLEEEIIVELKSYGYTNKTVTKALIAIGSSYDLESLKLNFFL +QFGWNKKILNICEPIVNQYYSNFIA +>MGYG000000001_02475 Riboflavin biosynthesis protein RibD +MKFEELDNKDIFYMKKAISIAEKGEGFVSPNPLVGCVIVKDNKIIGQGYHQEYGKAHAEV +NAINNAIENLEGATLYVNLEPCSHYGKTPPCINKIVESKIKRVVISNIDPNPLVSGNGVK +KLREHGIEVKVGVLENEGRKLNEIFFHYIKNKRPLCIVKSAVSLDGKIATKHKESKWISN +EKSRYITHKYRYKFKGIMVGINTVLQDNPRLTCRLYEENVSNPIRIIIDSNLKIPFNNNL +VKDKSAKTMIFTCSQDNKKINFLEKENIKIIKCPSIENHVDLNFVMSKLGELNIDSVLVE +GGATLNDSLFRYNLVDKIKLFIAPKIIGGSKSPTFVSGEGIDKLCDARKLNIENVSLIDG +DILVEAEVIK +>MGYG000000001_02476 Riboflavin synthase +MFTGIIEELGVIKNITANSKSGKITILANKILEDTNLGDSIAVNGVCLTVSSINKNEFVA +DIMMETIRATNLGKLNIKDKVNLERAMSISSRFGGHIVTGHVDTVGIIQEFKREENAVWV +SIRAEEEFLKNMIYKGSIAIDGISLTVAYVDNKIFKVSIIPHTKSKTTILEKNVGNIVNL +ESDVIGKYIRHFLDTDTKENNNKNVKNSIDLEFLIKNGF +>MGYG000000001_02477 Riboflavin biosynthesis protein RibBA +MFNTIEEAIKDIRDGKMIIVVDDENRENEGDLLMAADKITPEAVNFMATNGRGLICLPAA +KEKIEALDLPLMIEKNTDSFQTAFTVSIDGINTTTGISAYERAETIKQFTSKLATKYDFN +TPGHVFPLVAKVGGVLVRNGHTEAAVDLAKLAGFEPIGVICEILKDDGTMARVNDLMEFK +EKHNLKIITIKDLIEYRKRNEITIEKISSANLPTKYGMFEIVGYKDIYTNQEHIALIHGE +ISQENTLVRVHSECLTGDSFGSLKCDCGTQLSASMQAIVKNGCGVLIYLRQEGRGIGLLN +KIKAYNLQDKGYDTVEANLELGFEGDMRDFYMAAQILKILEVKSINLLSNNPDKFEQLEM +YGIKINGRISTKGEINEFNRGYLKTKKEKMGHFLEIM +>MGYG000000001_02478 6,7-dimethyl-8-ribityllumazine synthase +MIYEGKLNGKELRIGIVAARFNELITAKLLGGAKDCLLRHDVHENNIDIAWVPGAYELPL +IAQKMAKTNKYDAILCLGCVIRGATTHYDYVCNEASKGIAKVSLDTEVPIMFGVVTTENI +EQAIERAGAKAGNKGYDAAMGALEMTNLLKAIN +>MGYG000000001_02479 hypothetical protein +MYYIKSILKYIVLFLVGGFIYYFLEIVYRGYSHFSMIIVGGICFLFIGSINNILKYNPPL +LLQMFISAIGITSIEFLSGIIINLWLSLNVWDYSNIPFNLFGQVCLKYTVIWFFLSLAAI +LLDDFIRWKFFREDMPNYRYA +>MGYG000000001_02480 Cobalt transport protein CbiM +MRNLKLGLIAAFMFVILNPIQSSAMHIMEGFLPPTWSIIWTVLFIPFFLVGLKSINKIVK +EQPKKKLLLALCGAFVFVLSALKIPSVTGSCSHPTGVGLGAILFGPSVMAVLGVIVLLFQ +AILLAHGGLTTLGANAFSMAIVGPIVSFFTFKILKNKINKSWAVFMAAALGDLLTYTITS +LQLALAFPDPAGGVMVSAAKFLGVFFFTQIPIAIAEGILTTILYNLIVQNEGEEVTEYGY +KC +>MGYG000000001_02481 Cobalt transport protein CbiN +MDTNVRSKDAKKSNKLNWLLLLLAVALIILPLVFNPSAEYGGADGEAEEAITEIAPNYEP +WFSSFYEPPSGEIESLLFSTQAALGAGIVGYYLGSRKRKK +>MGYG000000001_02482 Transcriptional regulatory protein WalR +MKDSLLVLICDDQQSVHETVGEYLKLNGINYISAYDGIEAIERCKEYKPDLILLDLMMPK +MFGEEVCKEIRKNSDVPIIMLSAKDDTIDKILGLEIGADDYITKPFSPREVVTRIKTVLR +RSTTSTLKEECHIKFRDLDINLDAHEVKLKGESIKITPKEMKILYMLASSPGSIFNREHI +LSEVWGYDYFGDTRVVDTQIKRLRKKLQRDDLSWEIRSVYGVGYKLEVL +>MGYG000000001_02483 Adaptive-response sensory-kinase SasA +MEIGHSKKFSKKIGNITILIVIMVILFCSFTMSQYFLKIKLGETKDSVNTIVENFDRDKS +NISDIIDKYPIYNSIIQVCDISEDVMISKKQFTKQIDYGNLTIEGLHNALEPYKVSVLNG +NSISGIIKLSEVKGDVMIIGQPLKDANEKVVGAIFALKFTKEFNAVLIGLNTVLSFSMIF +ILISIITPFYLILKKTFEKIRNMTEMVIDMSKGDYSVRFEKDENEQLDKLSGALNELAIR +LEQTVNQSKLLEQTRRDYVANVSHELKTPVTSIRAMAEILKDGSLVDKVDKDKYYSMILR +ESIRLESLIKDMLELSKLQSGKESLEKKKVSLNETLLQVIDEFKIMSEDLDIKLIIEIDF +DDLPEVYTNINRIAQVLVILIDNAFKYTANNGSVTLKVLKQEDYVKVSVCDTGVGVEEED +IPFIFDRFYQADKSHSSEGTGIGLSIAWEIMKNLDENIYYESNDIYQSIFNFTIHYE +>MGYG000000001_02484 hypothetical protein +METRIALIGIIIEDKMAIPKLNETIHKYEQYIVGRMGIPYREKGISIISIIIDANNDVIN +SLSGKLGMIKGINVKINYSKVNK +>MGYG000000001_02485 Biotin synthase +MYGVKTKSVYDAKSSVATEFINHEEILETLEYAKQNKNNKELIEGILDKANRCNGLSHRD +AAVLLECEDGDLIQKMFTLAEDIKKRFYGNRIVMFAPLYLSNYCVNGCVYCPYHLKNKTI +ARKKLTQEEIKNEVIALQDLGHKRLALEAGEDPKMNPIEYILECIDTIYSIKHKNGAIRR +VNVNIAATTVENYKRLKDAGIGTYILFQETYNKESYERLHPTGPKSDYAYHTEAMDRAME +GGIDDVGLGVLYGLNTYKYDFVGILMHAEHLEAKFGVGPHTISVPRIRPADDINPDDFPD +GVPDDVFQKIVAALRIAVPYTGMIVSTRESQETREKVLHLGVSQISGASCTSVGGYADRI +EGKKEEVNTAQFDIDDDRTLDEVVNWLLEMRYIPSFCTACYREGRTGDRFMKLVKSGQIA +NCCQPNALMTLKEYLEDYATEDTKKKGELLIDKEVEKIPNEKVKKIVKEHLSDLQEGKRD +FRF +>MGYG000000001_02486 hypothetical protein +MNLVSEIKFLQKLYIIIMVYGENFAIFENSRFFVVENSILKEEIDSSNLKFPLKIVFNQG +TQLTVFSRNDLSSIRLLLSGENEQEKELGELFFLSRVLNGQIKSIQYNIMEDLTNCSRDF +QYINKCHK +>MGYG000000001_02487 IS30 family transposase ISSau1 +MENRKSSTFNFHCFTAFKDIPTNLIKTFKVDRGKEFAGYVDIENTLNIDVYFADAYASWQ +RGTNENTNGLLREFYPKKFDFSSINQKELDNIVTIINNRPRKCLGYKTPAEVFDAT +>MGYG000000001_02488 Malate-2H(+)/Na(+)-lactate antiporter +MKNERKKGNLLALLPLAVFLLLFVGSGIITDDFYKMPVLVAFIISTVVALLSNRKESMNK +KMDVFCKGAGHADIISMCIIFLLAGAFGTVTKTIGGVDSIVNLSLSVLPANLVVVGLFLI +GCFISLSMGTSVGTIAAIAPIGIGVAEATGIPVALVLGAVVGGAMFGDNLSMISDTTIAA +VRTQGCELKDKFKVNFSIVLPAAIITVILIAVKTSSYNVELNEVYTYELVKIVPYLVVLI +GALLGANVFALLSGGTIFASLVGIYTGSFDLFGAIESINAGMSGMFELAMISITIGGLVE +LIKLNGGIDFILYFISSRIKSKKGAEVGIAALASIVDLCTANNTIAIVMAGPLAKNIADE +FEIDPRRSASILDIFSACWQGIIPYGAQLLTAAGLVSISPVDIIPYLYYPGLMGIFGMLA +IVFGVPKLKPSKKSKKVA +>MGYG000000001_02489 hypothetical protein +MGNKKIKHLKGRKSKNKKLKRIFSTLFSFLFILVLLAGLKYAKEMYMAKNIEDSKIEFYM +DVADEVGKEKIQLNWKELLAVDMIIYNGDLSGVKKSDALSRAKKFIKYSKDKFGEWNYTL +HTLDEILEKHNFTENQKSEVKKNLKNLEYVFLGNKKLNEKSPEVVFINKIKNIAIKNYEE +YGILPSITIGQCILESGWGNSELAKNGNNLFGIKADSSWNGDSVNMTTSENYDDKIVAAF +RSYSSIDESIKDHGKFLKENPRYEKSGLFSAKHYTSQAQALEDAGYSTKEDKYGNKIYAD +ILINLIRRYNLQLIDCELYENK +>MGYG000000001_02490 hypothetical protein +MPQNNYKEFVFCNKCHNYPCHCKKNEVINMYKRPNNYYNTTTNNEQNNCSIVQKTDNAYS +TNTIYYNKFCKKRPRRQNNKFYKANCNTNNCNINNCNMNSCNPNRRRGFCGLSWLLLFLF +FL +>MGYG000000001_02491 Spermidine/putrescine-binding periplasmic protein +MKSKKFISLATIFTLASTLLVGCGTSKPSNQVLNVYNVGDYIDEGLITKFEEETGIKVVY +ETYDTNESMYQKVKSGSTKYDLVFPSDYMVEKMINENMLEEIDYSNIPNYKYIDEDFRNA +AYDNGDKHSVPYLWGTFGIVYNKNVVDEEDVKSWDVLWNKKYAGEIQMLDSVRDSMGISL +KRLGYSMNSTNPKEIEEAKEQLMAQKPIVQSYVNDDGKDRLVAGESAMGIVYSGDAITLI +ESNDDLAYSVPKEGTNRWIDAMCIPKTAENKDYAEKFINFMLDPENAAVNVEYIWYSTPN +TGAIDILGEDYTDDPIMNPSQEVIDKSEVFSDLDANTLRLYDNAWIEVKCE +>MGYG000000001_02492 hypothetical protein +MFIFLYAPILALAVFSFNDSKSMGKWEGFTLKWYESLFQDERIMTALFYTVVIAVIASVV +ATIIGTITAIGIHNMRKGKLKSTLLSINNLPILNPDVVTGVSLMTLFVFINVEFGFKTIL +LSHIVFNIPYVILSVLPKLKQLPANIEEAAMDLGATPMYALQKVIIPQIKPGIISGMLIA +FTMSIDDFVISFFAAGNGVSNLSIEIYSMTRRGISPEINALSTIMFVVVLTLLILANVNG +DKKTVISN +>MGYG000000001_02493 Spermidine/putrescine transport system permease protein PotB +MKRKSNSYLASPYVVWSMIFIVIPLLLIVFFGFTKEENCQYIFSLENFQRLMDPIFFKVF +ARSLWLALVSTILCILIGYPTAYIISKAKVSRQGILILLFILPMWMNFLLRTYAWMAILG +KNGFINTVLTTLGFNPINILYTNTAVLLGMVYNFLPFMVLPIYTILSKMDKDLINAAKDL +GANSFQVFTKIILPLSVPGIVSGITMVFMPAVSTFVISKLLGGGKVMLVGNLIEQQFMTV +GDWHFGSAVSIFMMILILLSMAFMNKFGNESGKEGGGLIL +>MGYG000000001_02494 Spermidine/putrescine import ATP-binding protein PotA +MKDNIISLQGISKTYEDNTVLDGLNLDIKKNEFLTLLGPSGCGKTTTLKIIAGFEYADDG +KVLFENKDMNNIPPYERAVNTVFQKYALFPHMNIYENIAFGLKIKKMPKDDIDRKVKEML +KLVALEGFEKRSVDSLSGGQQQRIAIARALVNEPKVLLLDEPLGALDLKLRQEMQTELKK +IQQKLGITFIFVTHDQEEALTMSDTIVVMNKGKIQQMGTPEDIYNEPENAFVARFIGESN +IFDGIMHDDYKVEFCGKNFDCVDKGFDKDENIDVVIRPEDIKMTAANEGMLIGIVTSVVF +KGVHYEIEVNENGRKWIIHNTQSAKVGEELGMDIYPEDIHIMKKVSEA +>MGYG000000001_02495 HTH-type transcriptional regulator PuuR +MDIGEKIKRMRIEKQLTQEELANRCELSKGFISQVENNLTSPSIATLIDILEILGTNLRE +FFNEIDDERISFTKDDMFETEDEELKYKLKWLIPNSQKNQMEPIIITLYPGGQYKEEKPH +EGEEFGYVLAGSIYVHIGDKKSKVKKGESFYFKPRANHYISNVGKKEARVVWVSTPPSF +>MGYG000000001_02496 Glucosamine-6-phosphate deaminase 1 +MRILVCKDYEAMSKKAAQVILSQITLKPNTVLGLATGSTPIGMYKNLVEMYESGVVDFSD +VITFNLDEYYKLPITSTQSYHYFMQENLFNHINIDPKNVHIPNGMTDNVDYECETYENAI +KDAGGIDIQVLGIGRNAHIGFNEPTVSFEKGTHLVDLTPSTIEANARFFESIDNVPKKAI +TMGTGSIFKARKIMMLAYGEGKADAVYNTVHGKITPEIPASILQFHGDIVLILDQEAASK +LEPSDYKLV +>MGYG000000001_02497 HTH-type transcriptional repressor YvoA +MKLVDKDSSIPLHIQLSSIIKDMIDNKELKEGDSIIPERELCNIQNVSRMTVNKAIVGLV +SEGILYRVQGKGTFVSKKKEKYQFSNVKGFTQVMRAKGVKIKTDILSFEKELPSQFVKDK +LNINDDATEIYKVVRLRYIEEEPFGIEIAYISDEMCNNLKKEMLANKSLYDVLHKDYNYI +IKKANQIIEPIVLSEEESKILKVEEKSLALKLHRNSYEENGHPIEYTISIFRSDKYQYEI +ALTD +>MGYG000000001_02498 Conserved virulence factor B +MIKIGDFNKLKVKRKADFGYFLDGKTNNTKDDILLHNRLLGKNEIEVGDEVEAFIYKDSE +DRIAATLIPPKAKVGDIAILKVVAHTQIGSFIDIGLTKDILVPFKARTYDLEKGERYPFY +IYVDKSGRIAATTDIDMYLTTDHEYNIGDTVTGIVYGFQTNNSAMVVVDNKYAGVILHNE +YFTELKPGEELTLKVIKIYEDGKLGLSPRQSRKEELDTLETSIMNYLEGNDGFMRFNDKS +TPEEIATVFNSSKKNFKRALGILMKKGLIYQDTQGTHIK +>MGYG000000001_02499 Monoacylglycerol lipase +MSLGMVSLSIKAFDEINLYYKKDLIDNPKAVILISHGLAEHCQRYDYVTNKLNNLGYNVY +RYDHRGHGLSDGKRGHLSDVNNLVNDANTILELIKSENPNSPIFLLGQDVGGHTFLEYGC +QYKDSVQGIILCSPLVCDTLGLTKTDESLTDILTPIPYNNTHNLTHDTVMQNSYENDPLI +LNKITLGMYKSLRESCLNIIDDLYKFKYPCLILHDSSDSTVSHNDSKFLFDNILSRDKDI +RILNGLYHRLLDEIVKDEIIEEISKWIEKRLS +>MGYG000000001_02500 Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK +MSKTKIKTNAMRILDSHNINYKMHSYDSGKDHIDGVEVAKKIGRDVSEVYKTLVAQGASK +EFYVYVIPVHENLDLKKAARAANEKNVEMIHVKDINKITGYIRGGCSPIGMKKQYKTFIN +ESAENLSSIIVSAGKIGYQIEISPRDLLSLINFEFIDLIK +>MGYG000000001_02501 hypothetical protein +MIKNRVEQLRKIMDEKGIYAYIIPSSDFHQSEYVGEYFKSREFITGFTGSAGTAVITKDD +GGLWTDGRYYLQAEKELENSGVKLFKAGLEGVPEIEDYLKEVMPENSTLGFDGKVISVYE +GEKLRETLKDKNIKIAYEEDLIDSIWKERISMSDSEGFLLDIKYVGEDFVSKLSRVRDAM +KEKKSTMHIIAALDDIAWLFNIRGRDVKYNPVLLSYAVITLDNVYLFIDENKLTDEIKTE +LNKGNTIIKPYFDIYEFVKEINKDEKVLLDKSKVNYAIYNNIPSDVEKINASNPTMLFKA +VKNKVELENIRKCHIRDGVAMTKFMYWVKNNVGKIDMDEISIDEKLLSFRKEQENFIEPS +FNTIAGYKDHGAIIHYSATKETVYKLEAEGLLLVDSGGQYYDGTTDITRMYVLGEIPEIQ +KTHFTAVTRGMIKLSMAKFMYGCRGYNLDILARGPLWEMGLDYRCGTGHGIGFVLNVHEA +PNGFRWKIVPERNDSCILEEGMVTTNEPGVYIDGSHGIRIENELITIKGEATEYGQFMEF +EAVTLAPIDLDGINPELMERKEIEYLNNYHKKVYEEISPFLNEDEKEWLKEYTRAI +>MGYG000000001_02502 Bicarbonate transport ATP-binding protein CmpD +MEEIILSIKDINKRYDGRTVYENFNIDFYVNKVNCIVGKSGCGKSTILNIISGIIPNDSN +NFTSLESIGLSYIFQEDRLIDWLTVEENIKLVAKTHYNKEKVEALSQKYLKLVGIEEYKN +NYPQMLSGGIRQRVNIARAFIYPSKIIIMDEPFKSIDVKNKKIIMDSLKEILNKESRTVL +FVTHDIDEAIYLADYIFVLGNSPVQVTQIFKNNKYLTKKELYEVI +>MGYG000000001_02503 Putative aliphatic sulfonates transport permease protein SsuC +MKGFSIKENKDQQIDKIEMAFSCVVLLLLWQIIALKIDNDIYLPTINQVLYSMKEIIFSS +RFYLDVIFSISRCLFSFFTAIVAALTLGIISYINRFIRNFLKPITVITQSIPTMIVIVLS +LIWFDKDNAPFIVGFAMVFPILYESILDSILSIDKGILEMANLYKIGLNNKVLKIYVPSI +KFRIISILGSTFSLALKVVIAGEVYGQPKYGMGTQIQLEKMNFNTPGIFAWIFIVVIISF +LLEYCQKPLLRRGFIWKR +>MGYG000000001_02504 hypothetical protein +MKKSITLLLSILIGGTLLVGCNQTKEEPVVEIKNVKVTAPDGLPAISLAKLAKEDPEVMK +GYKIEYSIEATSDSLSTTVMKQEPDIAVVPSNMAAMAYNKTSNYQILGTVGMGSFYLVSS +EDINDFDDLLGKEVGNTGKGLTPDITVQTILKEKNINTKDVNFNYVNAMSELVPLMATGK +LNTGFVAEPALTGLMIKNENIKIIKGLNDAWKEISDSKTGYPQSTLIIKSDFARENPEFV +KSFTEEISNGIKWLNENSKDAGIYAKEFGVSTEPTVIEKAMERANLEFVRISEMQKEYDD +YYQKLFDFEPKTVGGKLPDEGIFYKGE +>MGYG000000001_02505 Putative nucleoside permease NupX +MTILLNTLGIVVLLSGLYLFSENKKNINKKMILKALVIQFIIAFILVKFPLGQMALEKVS +DFVTNILSYGSEGLDFVFGSLADGGAPTGVVFGIQVLGNIIFISALVGALYYMGVIGAVV +KVIGGAIGKILGTSKVESFVAVANMFLGQTESPILVSKYLKYMTKSEIMLVLISGMGSMS +ASVLMGYAGMGIPMQYLLIGGALVPLGSIIVSKLMLPEEKNLDGNIVQEVSIDNKGDNAN +ILSAISQGATDGLNMVLGIGASLIAIISLVALVNGALGIFGLSLEQILSVIFAPIGFLMG +ISPDDVSLAGQLLGTKLVLNEFVAFGQLGEVIKSLDYRTGLMLAISLTGFANISSIGICI +SGISVFCPEKRNQLSQLAFRGMIGGFLVSLLSALVVGLIVAL +>MGYG000000001_02506 hypothetical protein +MEKKYSTIFLISMAIIMCILKFYSNVLTLFIVLSTVPIYIISKKSPSTGLLTYIIVFLFI +LSTDYYHSIIFLFFYGVIGVFPGMFSHYLNKNILISIINGVILAISINGMNMTLRTSILS +IQYSNGILLQGLILLFSIVCSFVTLVICNYIYDTLYKIENISN +>MGYG000000001_02507 hypothetical protein +MFQVSVSEEYDSQIKQCISDRKVHKSESMVNGNYMECHMFPIIDKEGDLNAVAGILIDTN +DRKEREIEVNNQKDILRTIIDSVPEAIFYKDRDSKFIGYNKTFEEFYRKRGIADIVGKTD +LDIYDDSNVAQTFIDQDKEIICSKKTKYFECKFKNELGQEVIEENLKIPVINNDGNVWGV +VGLSRNITDRKKIEEKLRYLSQTDMLTGLYNRYSFEEKMKELNHEKYHPLGIIMGDVNGL +RIINDTFGHLEGDTLLKEIAKVLKDSCSEKGHVFRWGGDEFMILVPKCDESNCEKIMKKI +INNCNKSNYDYMQLSVALGETVRYTPDDNIYDYIKKVEDKLYRQKLLQSKSVRSSILESY +RKLLKAKNTDTNRHTIRVVEYATEIGKKMNLKTSDLDELILSAELHDIGKIGIPEDILLK +PSKLNDEEFEIMKSHVEKGYRIVNSLGELGSVAKNVLTHHEKWDGSGYPLGLKKEEIPLL +SRIIAVADSYDAMVHERVYKKAMKKEDAIKELRRCSGTQFDPEIVDIFINSIELNI +>MGYG000000001_02508 Bifunctional protein FolD protein +MTKIVDAIEMCENKIHKFKEETKKIEARINRKPEFIIINASDDEGNARYIKGKITEGEKA +GLKVNAIKLEADCTNNDVEKIINKCNEEKIPVILQLPTFKHLDTEYLMKLIDYTVDADGF +AKEWIGEINLGNDRLLAPATPKGVISLLEYNNIQIEGKVALVIGKSNHVGKPLCAMLMNR +GATLINANSKTSNLSDLVKMADIIISCVGRQNLVDARDIKEGATVIGVGFTYVGRKQILD +FDIDEIVNLGKASVVSNRINCTGKATINSLIENVIELYKMNFEIID +>MGYG000000001_02509 Serine/threonine exchanger SteT +MEKKSLQKNLGFAAALSTVVGMVIGGGVFFKPQAVFTLTGGAPGLGMIAWIVAGIVTITA +GLTAAEVSAAIPKTGGMMVYIEEIYGKRLGFLTGWMQCVLFFPATIAAISVMFGQQSAIL +LGQADNQALVICLTAGVILFIGFINSFGSKTSGVIQTVSTICKLIPLVLIIGFGLIKGNS +SNPIFTPLVGEGVSPGGVFGQLLIAILFAYDGWINVGAIAGEMKDPGKDLPKAIVGGLSL +VMAVYVVINVAYLFVLPADQLAQFASPASAVAEVLFGKIGGQIITIGILISVFGCINGYL +LTGPRILYTLAQQKTLPGYKFIGALNKNDVPANSTMIMAVISALYALSGQFNLLSDLSMF +AVWSFYVLTFAGVIKLRKTHPNMNRPYKVPLYPFIPLVAICGGLFVVINQLFFAGMTNTL +MSIGGVIVTIIGLPIYNYMAKENNSDLNDVA +>MGYG000000001_02510 hypothetical protein +MLGFITRTSIKVLAHNISFLINKLMGKNDFLAKIKELVFG +>MGYG000000001_02511 hypothetical protein +MEVNVKKSNNVISKVYKGSIADEIGIEVGDLLISINEQEIHDIIEYKFLMSDEYIELEIQ +KINGQIYIYEIEKEYDDDLGIEFTNPIIDKAKSCRNKCVFCFIDQLPKGMRETLYFKDDD +SRLSFLQGNFVTLTNMSEEDINNIIKYRISPINISVHTTNPELRQKMIKNKFAGKLYEIM +KRLAEAGIQMNCQIVLCPGYNDKEELTRTISDLETLYPYVNSAAIVPVGITKHRGHLPDL +EIFNEKTAGETIDQIHELQRYYLDKIGTRFAFLSDEFYIIANRELLKYDEYEGFIQFENG +VGMISKLEREIQDYLAEIPQDQITRKKKVSIATGHSAYEFIKDMAELVMNKFNNVEINVY +KIINNFFGETITVAGLITATDIIDQLKGKDLGETLYIPRAMLKADEEIFLDNITLEGIQE +QMNIEVIPCENNGKDFIDKILK +>MGYG000000001_02512 GTPase Der +MSDNRPIVAVVGRPNVGKSTLFNKLAGKRISIVEDTPGVTRDRIFTEVEWLNTYFTLVDT +GGIEPDNGDVILSQMRNQAMLAMDMAHVILFVVDGKSGITAADKEVATMLRKTKKPVILV +VNKIDSQKQFDNVYDFYELGLGNLHAISSANGMGLGDLLDEVVENFPKGLNTEYSEDIIR +VAITGKPNAGKSSILNNILGEERVIVSPIAGTTRDAVDTYFEKDGQQFLLIDTAGLRRKS +KIYETVEKYSVIRSMSAVDRADVVLIVIDAQEGITEQDTKVAGIAHDEGKACIFVVNKWD +LIEKDNKTLGNYTKEIKEKFPFMMYAPVLFVSAKTNQRMNKILETVEYVASEHAKRISTS +ALNDVIGEAVMLNQPPSDKGKRLKIYYASQTDIKPPKITLFINDKQLTHFSYQRYLENKI +RENFGFEGTSVRFEYREKNRR +>MGYG000000001_02513 Glycerol-3-phosphate acyltransferase +MISYIILIIIAYLLGNISTSTIVAKRMYNVDIRTQGSGNPGSTNVLRTLGKKAGAITFAG +DLLKGLVAVLIARMISRFTGVDETTAAYLAVVAVVAGHNWPVFLGFKGGKGVATSLGAMI +GMNPIIALTCFGIFLVIVFITKYVSLGSVVGIASSPLFMIATSNKKGILVTLFLTASAIY +THRENIKRLLNGTERKIGQKNK +>MGYG000000001_02514 Glycerol-3-phosphate dehydrogenase [NAD(P)+] +MKKICVLGAGSWGSALALSLAKKGYNVMMWTLSQGQADKINTTKENIDYLPGVLFPNNIK +LTTNIEEAVSDSRLIILAVPSQAIRSVCKQIKEFVKPNQILVDVAKGLEKGTGFRLSQVC +EEELPDNPYVALSGPSHAEEVAKDIPTTLVVASENLEIAQEVQDIFMSPKLRVYTNPDLT +GVELGGALKNIIAFGAGICDGLGYGDNTKAALMTRGIREIARLGTALGADVNTFSGLSGI +GDLIVTCTSMHSRNRRAGILIGQGKSLDETLKEVKMVVEGITAIEVAYEVSKKMNIEMPI +TSAIYSVLHEGKNANEVVVNLMMRSKKHEIEEIVDEKLGF +>MGYG000000001_02515 Stage IV sporulation protein A +MNNIYEDIAKRTQGDIYIGVVGPVRTGKSTFIRKFMEKLVLPNIDNEFKRERTQDEIPQS +GSGKTIMTVEPKFVPADGVEIKIKDNVSLKVRMVDCVGYIVEGALGHEEDGKQRLVSTPW +SQEAMTFEKAAEIGTKKVIRDHSTIGIVVITDGSVTGMDRNSYVVPEERVINELKSLKKP +FVVILNTINPNSEETELLRAELEEKYEVPIVPVNVVDMEEEDIENVMETVLYDFPLTEIR +INLPQWVEGLEMNHWIKNNIIFTLKQSIAEIGKIRDVNKIVEGFSDLDFLQDTEVDNVEL +GEGVITIDLSTKQELFYNILEEKSGFKIDGDYQLLNLVTRLSKVKNEYDKIESALYDAKT +KGYGVVAPSLDELSLEEPEIIKQGKQYGVKLRANAPSLHIIKADISTEVSPIVGNQNQGE +EMVKYLLDEFEQNPSEIWESNMFGKSLNDLVKEQLQSKLYTMPEEIRVKIQKTLQKIINE +GSMNIITILL +>MGYG000000001_02516 hypothetical protein +MRAIITVIGKDKVGIVAGISAELLNHDINIIDINQTIMEEFFTMILMVDLSKSKKSFEEI +KKGLTLRGNNLGVDVKIQREEIFNSMHTL +>MGYG000000001_02517 hypothetical protein +MNINNILETIRMIEEEKLDIRTITMGISLIDCIDSDGDRCREKIYNKIVSSAKDLVKVGR +EIENEFGIPIVNKRVSVTPISIIAGATDEYDYIKFAQTLDKAAQDLGIDFIGGFSALVQK +GYTKGDKIVIKSIPKALALTEKVCASVNVGSTKCGLNMDAIKEMGTIIKETAELTKESKG +FGCAKLVVFCNAVENNPFMAGAFHGIGEDDKVINVGVSGPGVVQRALEKVKGQPFDVVAD +TIKNTAFKVTRMGQLVGYEASKRLGVPFGIVDLSLAPTPAVGDSVADILEEMGLEAVGTH +GTTAALALLNDAVKKGGVMACSRVGGLSGAFIPVSEDAGMINAVLRESLNLEKLEAMTAV +CSVGLDMIAVSGDTSSETISAMIADEAAIGMINNKTTAVRVIPAPGCKVGDMVEFGGLLG +RAPVMEVNKYSSELFIKRGGKIPAPIHSFKN +>MGYG000000001_02518 hypothetical protein +MKKIRYSNLFILGIFIYIIFYAISSIVGKNIHTKVLENEMTDMKISRKCLIVRDEYLLKS +DTNGEVNLLVDEGERVTKLQEVANVYNNVDRNIDANISSLDEEIEKLKNGEVNLSKNEIS +NFNEKIEFVFNEIQVDLLVSDYSNIKEYKETLDNYLSDKNKLLNNGIDSVKLASKEEQKK +ILEKQRSSNVATYYSSMAGIISFKFDGNEEKYNFSNLDEITKSDIEKENNKYEDVSSNLK +EVKDGSVLLRIINNYDAYIVTYVSEDESKNFEENQSIKLDSGDNEIEATVYKVYEENDNF +IAIFKINNQNMGIYDTRVKEFDIIYKQIEGLKIPKSSIKIVDNKEGVYVINEENKTPTFV +ELKGIEYEDDSFKYINYYKNNIDGINTVDLYDKIILKPNIINTKMKIE +>MGYG000000001_02519 Pyridoxal phosphate homeostasis protein +MEFIKENIQVINENIERAALNSSRKKEDITLLGVTKTVDTDAILEAINCGITDVGENKPQ +ELARKYDVIGDKVRWHLIGTLQTNKVKYIIDKVSMIHSLDREALCEEIQKRAEKIDKTID +CLVQVNISKEESKHGLDKENVVEFIKNTSKKYKNINIKGLMTMAPFSADENEIRNVFKGL +KDLSLEIKNLNIKGVSMDVLSMGMSNDYEIAIEEGSTIVRVGTSIFGKRNY +>MGYG000000001_02520 Cell division protein SepF +MGDGLISKIKDWVTSPDEEYEDDYMEDEVDELVGEIEDEDDITAGFDSINASKSNKIVSL +HTVSQMKVVIVEPKKYEDVTTIADHLKQRRALVVNLDSVEKNEDKKAIFNFMNGAVYVLE +GNIQKITKSIFILAPSNVDIDSSVKKELESRTTFPWQK +>MGYG000000001_02521 hypothetical protein +MGIIGMALYRLLDLLIFLIFVQCIMTWIPGATQTKLYDMLSSITDPIEDPIRSVLYRYLN +SPLDFTPIIAFFLIRLAQRAVLMIFW +>MGYG000000001_02522 hypothetical protein +MDKLRLTNHLKDIDLKNKMYQIIDKANSCMRNYDVKCSDFLNPYEVKNAIDILNSNKDIK +YTVDGGYDEAERSVIFMYPFYMEYEDIENTLRFIQIEGNFKFKSISHKDYLGSLMNLGIK +REKVGDIIIHENFCQVIVSSDICDFIIMNLEKVSRNNVRVKEISKEEVIYNPPNYKDISF +TITSSRLDCVISGLYNISRQESMKFINGEKVQVNYEKITSPSREIKDEALISVRGKGRAK +IINIGELTKKGKIKIQAKLIV +>MGYG000000001_02523 Cell cycle protein GpsB +MLTPIDIENKDFKKALRGYKEDDVDEFLDMVKEDFETLYRENLDLKEKLNLYQEQVSRYK +SIEETLNATLITAQSTAEDTCAAANKKAKIIVEEADLKARQIIEQGNNRVIEIRKEHDSL +VKEFKVFRNKFKSLLEDEIRSIDEIFSNVDENCNEPFNNTMIYNLENHGDEQKEIATTID +>MGYG000000001_02524 mupirocin-resistant isoleucine--tRNA ligase MupB +MTKFKSLVDSSVKDAEAKVSEYWKDINILERTLEKGENDPSFVFYEGPPTANGNPGIHHV +VARTLKDWVCRYKTMSGYQVRRKAGWDTHGLPVEIQVEKELGLSDKQEIENYGIANFNQK +CRESVFTYEKQWRNMTERMAYETDLDNPYITLDNNYIESVWWILDKFNKENYIYEGHKIL +PYCPRCGTGLASHEVAQGYKEIKNNTVIAKFKRKDADEFFLAWTTTPWTLPSNVALTVGP +EVDYVKVKQNDEVYYVAKALANKVLGEEYEVLEEMKGKDLEHIEYEQLMPFVETDKKAFF +VTLGDYVTTEDGTGIVHTAPAFGEDDYNLGRKYNLPVLQPVDETGKFTTTPWQGKFVMED +GVDVEIIKWLAHENKLFSKEKVAHNYPHCWRCQTPLLYYAKPSWYIEMTRLKDQLIENNN +SVDWYPKFVGEGRFGNWLENLNDWAISRSRYWGTPLNIWKCECGHKESVGSRAELAEKAI +EDVNPETVELHRPYVDDIHLKCDCCGESMTRVTDVIDCWFDSGSMPFAQHHYPFENKENF +DQLFPADYICEGIDQTRGWFYSLLAISTFVTGKAPYKKVLVNDLVLDKDGKKMSKSRGNT +VNPFELFDKYGADALRWYLLYVSPPWTPIRFDEDGLKEVQSKFLGTMKNVYNFFTLYANT +DDINPTDFFVEYKDRPELDRWILSKFNNLKKETEENLEIFEVNKTIRRIQAFINDDLSNW +YIRRSRRRFWATELTEDKKAVYNTTYEILTELCRLIAPFAPYMSEEMYRNLTNEESVHLA +SYPRADVSLIDTKLEEKMDLAKNLVTLGRASREAARIKVRQPIQEVYVDGKYEAILSDIV +DLIKEELNVKKVVFAKDLGEFMNFSLKPNFKVLGPILGAKMKFFAGALNKLNAGEVVPKL +EAGESLTVDIDGEDFEFNKDHVLINISAKEGFNVVMENNLFVILDTTLTQELIEEGFARE +FISKVQQLRKSSNFDVLDNIVIEFCSDDEIASAVEKFEDYIKSETLALEIERVEDTSLEQ +CNLNDHMTGIKVIRK +>MGYG000000001_02525 HTH-type transcriptional repressor YtrA +MIINLNFESEVPIYLQLRNEIVIAIAKGDLEQGEGIPTVRQMSEDLGINPMTVNKAYGLL +KREGFITIDRRHGAKVNLISGGKLEFKERLEEDLNLVISEASIKGVEKAEFMEICDRIFN +LMKSISLENK +>MGYG000000001_02526 hypothetical protein +MMNFILMPAVIMIATVVYFTMNGAAKPRRNILLGVTLPKEALEEEIVLKIIGEYKRNVKI +CVLGSVLTGLPILFIDKTAINTVYLIIWGLITSEWLVKQPYKHMNRRLKKIKEENEWFIG +EKRVINMDTKVSKLKNKMPIPDKYMLIPIGISLIPLTMSFVKYDTDLKYANVVAVILVGV +LLFLYFVGFKGSNKLKLKVYSKNSEINYILNKEEKYLNSIVWFITSLTASIIFLFTFSLV +YEVINVSYYFISFIAILASIISFVGFVYKDNRIKSLEDELLRMDSEIVYTDDDEYWIDGY +KYYNENDFNSKVSPRFGFNAYTYNLATKKGKMLYYMPTIICAVIMIPLCFNLLEMDFSHH +KITISKENNSISIDYPSYDYEFSVAEIEDVSLVDEVNFKIRTNGISTDEYSRGSFKSVQY +GKCKAYIYNESKPYIVVKLKNTYLIYNERTKDETMKVYNELKSLVD +>MGYG000000001_02527 HTH-type transcriptional regulator BetI +MKPNNNMKEHILDIAINLITHNGIKNTSLSDISKAAGISKGTLYYHYSSKDDLIFDIADV +HLNIITDAVLECVKNIEKNSSKDELINLILRKIATIGSTGRIHMYLLCEAITGNDSLRER +IKVKYIQWRTTLQDEIYKNLSESIDEAEAFSFLLISIVDGLVVQSILKTEKLPYEKIASF +LVSKWI +>MGYG000000001_02528 DegV domain-containing protein +MNKIKLLVDGGCDLPENILEKYNIELVGLNVSFNDESYIAGVEIDNETFYKKMSESKELP +KTSCPSPDRFLEAYKGDEDVLIITVSSLLSGTYSSAKLAKDMYEDKNSNKKIEVLDSMSG +SIGQGLLAIKAAELINEGKNLDEIVSILEKLKNDVIFYGTLETLENAIKGGRINPLAGKL +INALNFKAIIQVTEGVVKPIDKARGVNNSLKKVLEYVESNIKNVDEKILVIAHAHCEDKA +SKIKESLEIKYKFKDIIIAEIGPVMGTYTSQGAILISSL +>MGYG000000001_02529 Thiosulfate sulfurtransferase YnjE +MAIKKMKSIILVTTMVLGLLSLSGCSKKEEAKDVELKTISTKDLESKLEDDSWVIVDTRI +NDAYNGWKLDGVSRGGHIAGAVDFSSNWLSVDNKNKEEILDEALKTKGIDKDKNIVLYDS +NEEDAKVVGNYLSQKGYTNVYTYNVKEWAKEESLSMESYENYDRLVPADIVKEVIDGKTP +ETFEGSKNIKIVEASWGEESEAYSKGHVPTSVHINTDTVEPPPNWMLAGDEELAKFALDY +GFTKDDTIIVTGPDVMASYRVAVVLRYIGVNDVRVLNGGNDAWVAAGYELETTSNAPVAG +TNFGGEIPGNPDLIVTIPELKEELKSDDSVLVDNRSWEEYIGEVSGYSYHDKKGRIPGAV +YGYAGTTSTTLEDYRNIDNTMRNADEIKVLWDKAGIDTNKKLIFMCGSGWRAAEVLTYAN +VMGYDNSALYSDGWIGWSNDASNPVETGDPTK +>MGYG000000001_02530 hypothetical protein +MNNIIKKILYTLTVTLQLATIVGVFVVQYLTNKKAGVMHHVYYRKYQFENSIFSPENLLI +QKNIAIVLIIIFFVIFIYLLKKNKNIFYKVQAGLTFISSFLIYISMSSRYFTEKLAYHYF +IMAFVLVFIIQFIVFVITSIHNKNPKNNYLH +>MGYG000000001_02531 5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase +MNIIGIIGAMDEEVDILVDLMEIEKIVEKASLKFHKGKLEGKDIVLVKCGIGKVNAALCT +QILISEFNVDAVVNTGVAGALHSELDVQDIVISTDAIQHDMDTTAFGDKKGEIPRMETST +FIADQKLIDAAYESSIKELEGNKVLKGRVVSGDIFVSSRELKDSLVSEFGAYCAEMEGAA +IAHVCTLNKVPFVVIRSMSDKADGSADVTYEEFVVKAAHKSKDIVLNMLKAL +>MGYG000000001_02532 Tryptophan--tRNA ligase +MGDKKVIFSGVQPSGKLTLGNYLGALRNFGKFQDEYDCYYSIVDLHAITVPQEAKNLRAN +TLEILAQYLACGLDPEKSTIFIQSHVSAHTELMWILNTMTYMGELSRMTQFKDKSQKSEA +NLNAGLFTYPVLMAADILLYQTNLVPVGEDQKQHLELARDLAARFNNRYSPTFEIPEGYI +PKEVGRVMSLQEPTKKMSKSDSNENAFILLADDPDTIRRKIKRSVTDSEGVVRYCDEQPG +IKNLIDIYTQLGNKTIDEVVSMYEGKGYGEFKADVAEVIVEALSPIREKYLELLKDKEYL +EKVYAMGAAKAEKQARKTLRKVYKKVGLIERKFL +>MGYG000000001_02533 UDP-N-acetylgalactosamine-undecaprenyl-phosphate N-acetylgalactosaminephosphotransferase +MDTTVSKFIDLEDSDTKSMEKIHVKDSFIYRIYSRMLDIVSSFIGLLVGTPLVIIFGLLI +KLEDGGPIFYKQERLGKDEKHFSIYKLRSMRVDAEKISGAQWAQKNDPRITKVGNFIRKT +RIDEIPQLVNILKGDMSLIGPRPERPELTYQFDKEIPGFLLRTVVKPGLTGLAQVNGGYE +ISPEEKLKWDIEYIKNRNILMDIKIIFATIRVVLTGEGAR +>MGYG000000001_02534 hypothetical protein +MKKFVSKFIAITLSMCILLLGGATSASADSKHLLIINSKTNTMGYYVDNKLVKEFQVGTG +KYGTKTPTGKFTIVNKIVNRPYYSGGIPGGDPRNPLGDRWLGLHVGNTYGTTYGIHGTNN +ENSIGGNVSGGCIRMYNKEVRWLFDRVPTGTTVLISETSDTYSQIAAKYNINIDKVAYQW +KLIDGSWYYLNESEHYQRNSWKQIGNKWYYFNADGRMQTGWKQTKGTWYYLRQDGSMVTG +WEKVKGTWYYFNEDGSMATGWKNVNETWYYLNADGSMATGWNQIKGTWYYLNTDGSMETG +WGKVKGTWYYFNADGSMVTGWKQIKETWYYFNTDGSMKIGWEKVKGTWYYFNADGSMATG +WNQIKGTWYYLNTDGSMETGWGKIKGTWYYFNADGSMATGWIKLNNKWYYLESDGVMVTG +WKDINNKRYHLKENGEMSIGWLNLDGTKYYLNQDGSTYIGWLELNGKKYYCDLDGGIVVG +DLIIANIKYTFNIDGELVSESIVKNPENPEKPEGLEIQEESNLIEKTDDFENLQGQEKSE +EIEGSQEI +>MGYG000000001_02535 hypothetical protein +MDDGIGLFENYGFIDDSCNGIKRAIPIGIAMDLNPIGVYLASVVGSTVVAITLVLTFRHI +MDFLRQRGAFLGLIKKIDKK +>MGYG000000001_02536 UDP-glucose 4-epimerase +MSVLVTGGAGYIGSHTTIELVEAGYEVIIVDDFSNSNPVVIERIEELLGKKVKLYEIDIT +DKEKLEVVFKENKIDSVIHFAAYKAVGESVEKPLEYYINNLTSTLVVLDLMREYSVKKFV +FSSSATVYGDPIRNPILEDFDLSVTNPYGRTKLMIEDMLRDICKADKTLDVAILRYFNPV +GAHKSGRIGEEPNGIPNNLMPYITKVAIGSLKELSVFGDDYPTHDGTGVRDYIHVVDLAR +GHVKALDKLSENPGLVTYNLGTGNGYSVLDLVKAFSKASNREVPYKIAERRAGDIAMCYA +DPSKAEVELGWKAEYGIDDMCQDSWRWQSQNPNGYGDK +>MGYG000000001_02537 UTP--glucose-1-phosphate uridylyltransferase +MTVKKAIIPAAGLGTRFLPATKSQPKEMLPIVDKPTLQYIIEEAIESGIEEILIITGRNK +KSIEDHFDKSVELELELEQKGKKEMLEMVRDISNMVNIHYIRQKEPKGLGHAIHCAKSFI +GNEPFAVLLGDDIVDSEVPCLKQLINTYDEYKASILGVQEVAKEDTDKYGILEVRHIEDR +VYKVKDMVEKPNVDEAPSNIAILGRYIITPEIFNILETQAPGKGGEIQLTDALKTLATQE +AIYAYNFEGRRYDVGDKLGFLEATIDFALKRDNLKDDLLKFIKTKVEK +>MGYG000000001_02538 NADP-dependent 7-alpha-hydroxysteroid dehydrogenase +MRLKDKIALVTSSTKGIGLACAKALAKNGALVYIAARNEELANEVIAEIENEGGKAKFVY +FNAREVETYNSMIDTVIENEGRLDILVNNYGGTNVQLDKNLVDGDTDAFFNIVQDNLQSV +YLPCKRVVPHMIKNGGGSIVNISSIGSVVPDLSRMGYCVTKAAINSLTQNIALQYAHDNV +RCNAVLPGLTATKAALSNMPDEFRKSFLRHVPLNRMGTPEDIANAVLFYASDETSYITGD +ILEVSGGYALGTPQYGDLVQR +>MGYG000000001_02539 hypothetical protein +MEYLHIMLLSMIPVTELRGAIPIGIAMDLNPIGVYIASVIGSTIVSVPLVLTFRHIMQFL +KEKGIFLKLLNKIDRKIHSGMKKMKQVSIFGIILFVGIPLPTTGTWTASAIASILKMRIK +DAFIGVLIGNMMAGIIMSLLSLHII +>MGYG000000001_02540 UTP--glucose-1-phosphate uridylyltransferase +MTVKKAIIPAAGLGTRFLPATKSQPKEMLPIVDKPTLQYIIEEAIESGIEEILIITGRNK +KSIEDHFDKSVELELELEQKGKKEMLEMVRDISNMVNIHYIRQKEPKGLGHAIHCAKSFI +GDEPFAVLLGDDIVDADTPCLKQLINTYDEYKTTILGVQEVAKEDTDKYGILDVKHIEDR +VYKVKDMVEKPSVESAPSNIAILGRYIINPSIFEILENQKPGKGGEIQLTDALKTLSTQE +AIYAYNFEGRRYDVGDKFGFLEATIDFALKRDGLREDLLNYMKDIVEKEGK +>MGYG000000001_02541 Response regulator protein VraR +MRGIVISESLVIRKGVAEILSNEECIDFLDEEYMCKDIHNGDYDLVIFGINKNTRQYIDY +IREVKEHSNAKVMVLDFYEDTRLFSKCMKLGIDSYILANIDGEGIKYAVRLLSKGRKYFD +SDLVENYMKKDNLEEIKELTKREKEILICISKGKTNYEIANDLCITEHTVKKHTSNIFEK +LKLRDRTHAALYVHEKGII +>MGYG000000001_02542 Regulatory protein MsrR +MKHLKKIVIGLLILLVTIPLIGFGALYYKLNSMYDKEEANQIEKVEKVDGITNILLVGVD +GENVDRGNRSDAMMVLTIDSDNNDIRLTSLARDTYVDIPGYSTEKLTHAYAYNGPSLLLE +TIKNNFGINIDKYVSVSFSSFISIIDELGGVQIDVTDKEVSEIPGVNEAGNQTLTGEQAL +SYSRIRYIDSAYQRDSRQRTVLQAVYNKLATIPKTEFLDIANNLLRYTKTNMTPMEIISI +SNQALKTGDKAFDELEFPLEGHRTGHTISNEKGWVIEWEKEYNKNAIYKFIFDYTNYIKE +YE +>MGYG000000001_02543 Sporulation-specific N-acetylmuramoyl-L-alanine amidase +MSNLVILDSGHAEYVEGKQAPDKSLREWDFNNQMQYKLEKRLEDHDISVYLTNPSPAKSN +EMGLTKRATLANSYWSNKSKPNALFISIHANAYGSSFNTARGTETYVAGNASSNSKKAAK +YVNDEIVKAIKKIDSNGKDRGVKTENFTVIYKASMPSILIEYAFYTNKDDLKILKDNKDE +LVEATVIAICKYFNVTYKPPTNNNESNNDTLGESNLYYRVVAGSYKNKDNAGDMVKELKN +KGYSAFIVTYKE +>MGYG000000001_02544 Protein LemA +MTGIIIIGLIVIVALWIAMTYNKLVSLRMKVKEGFSTIDVFLKKRYDLIPNLVETVKGYA +THEKDTLSQVVEARSKAVSSSPEDKAKYEGELSNALSRLLMISENYPDLKADAQFINLQN +QLQSIESDIEKSRRYYNGIVREFNTSIQKIPTCIVASMFKFKEEPFFELENKSERENIKV +QF +>MGYG000000001_02545 hypothetical protein +MKKNKSILSVLLIIILAINLNIRKVKAEDTGYYIKDMDVQVNVNDKREYKITETIKVNFN +EDRHGIIRSIPTYTDLEDYKITNISVEGAPYEIEDNGNIEIRIGDADETVIGEKTYTVQY +IIETYNDEQPEGDYIYLNVLGTEWDTYIEHFTSTITYPQGANLEDITITDGQYGSTFSKY +VDYTTKGNTINIESKYEIPEYCGVTVDAMLNEGAFKNAPIRQYPYTIKSDIINAEITKEK +EYLIDREFTIEVNKDYKDDFSNNINLWDVENADKDYIKDIKVDNPNISIDAWDNSVSFPK +EAGTYKFKVSYKIIPTMKSRINFDISDDLREGKTENIQVNIKSPFAINNYEVEFIEKGVN +LGTERYKAEKSENSISFSTLNNVNTGEEINLSLDIDNSLFSRPLPVVSKIITFGSPILLI +VLALMYIKNKDNNPVISAIEFYPPKDMNSADVAYAFKEHVGTKDVTTLLFYWASQNHMKI +TMKKDDGFTLTKISELDEKHKLYEKELFRKIFNCGDGETVTNSMLEGQIASDVIKASCAV +SDEFKGNKELRDSLATMLGFGLTLLSTIPVILCGVLSGQINHNVFGASLLIGLLAIFILC +SLYFMLHIFNKGRYTEKGKSKATKVLIFSAIIYTLVCIRGFSMLNIPMYISLIVAVASFA +GMAMSSFIPRRTDYGREILEHIIGFRNFVEVAEKDRLEALLEEDPEYFYNTLPYAHVLGV +TKKWANKFEGITMQSPTFYETYYPMNNVYMMTHLMDDLNKVNETMTHTNDSSNGGSGGGF +GGGGGFSGGGFSGGGAGGGGGSSW +>MGYG000000001_02546 hypothetical protein +MHNKKLKSGVVALALGAVLVGGTFAWLGSTDKVQNIFSTKGPDGFNNGVDIYEKFEQNSV +AESGKAVEKVVQVKNEAGYNSLIRVTMNASFEKEGLDNSKIELNEANVISENDITFNEDG +TVKNGEGKWVKVTEEGQTYYYYIGNVIAGGFTDKILDSVTLSGTVSTNPNYIGQRFNVDI +DAYSVQSTSEAITDSTDGKVEHEATGDQKGFGLDSTKHANLVKALQAVVAKEATTCEVDY +KTSPTE +>MGYG000000001_02547 hypothetical protein +MKKISKKISSLLVGCLTLGMLSSPLATAETSTPEGFIKTESGLYIKKSVSKVENTDNQYR +ISFDISGTAPKVAMPTAEIVLVIDRSGSMKDTNKEQKITKVKNAAKDFCKTILDGKGDNV +KISIVSYASSASLDIKSSNNLNNLNSKIDSLKANGGTNTEEGIKEAKNIISNINADKKYV +VLFTDGLPTYNTYYADKNYMDENGDYYEDMPKPNKNSTDLLRLGNRGSATYNNDIMAAQR +AYHDIVGGTGNIGGIAPRRYYQKVHGGRDGYEYDSKDNKESQTEELTSKDISSTADPNIK +FYTMGLFTNSTYSIREVADNIDESINNSNVESTDDEYVETVKEDTTKEVVDLTENKTEEV +LDENKVNKEEIKQSRAIYDFSELSKFDPDESDMAKSFLYSIQNAETSFNEYVNKYYTSST +DAMTNIFSSIAKEISGELNAYLGKDVVIKDTVTGDFSIVDISRNDIQGIDKDKVSINGNN +IEFNLGDVEDINEDLSNPDKTISFVIEVNDPYLFGEDIPTNVKATIDHTNPINPNERFEN +EEFNIPHVTIDPKKATITVKKVVQNPDNLTPSKDMSQEVFPILIQGNKEQYSVGLKADET +QTMTVYLKGNETNISSEYAEKYKENENYKFDKNLNFLTAGDYSVSEIVPMNYELVSISNQ +NFNINKDNNEINIVITNKCINDSYFHDNHDKPNQLEYK +>MGYG000000001_02548 hypothetical protein +MNKKIKSLITTVSLLSIMTIQAEALHKVPPNVELLGNAEGIVYVPGDEPFLLGEDMSPGD +KVTRTLEIKNKYDKAYELYLQAERVTPPEKYDLLDVINLKISYKDEVIYDGPVSGEDGLT +ENIELGLFEPGDEENLTAVAELDPSATNPAYLNKTVQVNWIFTAQAKESSKPTEPEVNNP +SQNKPSNSTPQTGDQGIYAYLALGGASLLGLYNIRRKKD +>MGYG000000001_02549 hypothetical protein +MHNKKLKGLMGALAICTVIVGGTFAWLGANDSVTNNFKIQASEKGDIDIVEEFNKEEAEK +IKTGVNVDKKVQVQNKSDYDSLIRVNIEKLFKGENGNTLNNLDIEKIILNYLDGAIISES +DIKLDDQGDVTNLNDVKGKWVLAENKYYYIGNVAPEGYTTQLLDSVTLDPSIASNPNYKG +VAFDVIVNAESVQSTVEAITSNGDTGTTNENGFGLDEVKHKNLVAALKAVVGQPSEDGKL +TIKPTVSNQ +>MGYG000000001_02550 hypothetical protein +MKLRKRGIIVCLVLMGSIILTKSGWVSNTYAAIKELLDPSDTVVNEFKGGVDIEIEENFD +EEGAKNWDGTALVKEVTVKNNRETPALIRVSIVPIWLDENNKPWAGDINAIVLNKNIVSN +PNEEGWMDGKDGYFYYTKALDTGAGTNKTIIDEVSFDINKIPENQRDIYKNKKLIVNVKS +EAVEATQNAYKASWIQISEGKTNQNVITMLETLCK +>MGYG000000001_02551 Signal peptidase I W +MSIKRFFNYVWNIIFYIFLISVIIITVISAKGNSQNEAVSIFGYRFYTVLTGSMSPTMGK +GTLVLVKETPTAEIQKEDVITFYDSSRTSVTTHRVKEVLHEDGVKFITQGDANNSVDPKP +LDSELVVGKVIFHIPIIGATMQFIKSNIKLVLAILVMLIIMTSFQYSPKKKQTN +>MGYG000000001_02552 hypothetical protein +MKKNNENKIILIACILTVGLVGGFTLSQGTIKFKVKDDYQSEAATKEDIVKEDVDPYSIV +RTLEDEGSFTIKAYQNKELTDEDIINLVKDAKKENSDIKDNYKINIYSDESSVDSDDDKN +VELVIKAVGENKISINKRYSDIESESVEVPEYTSISAKNVYDEENNNATLKTKIEIILEG +VQNPKEALSKIKAVGNYTRVIRSTYDILNIIGYTSNEMNEYWEYSGHSKNDIVYGRVINL +K +>MGYG000000001_02553 hypothetical protein +MATEIKNASSLKLQFNKGLGSNGKAQISSKTFSNLKENATADDVLEVANAISDLQKHDLY +DIIKIDYTSIS +>MGYG000000001_02554 hypothetical protein +METSLKLVMTFKSAGDKTVNLTVDDPRDDISEDEVISAMNLILEKNIFSPDNVDLKETVK +AKVIQTETTEFDLKA +>MGYG000000001_02555 hypothetical protein +MRKYIKYIVFGVVALVLTVVCILKIREVSEETISYMPITNKTIVLDAGHGGIDSGASNDD +KTIYEKDVNLAITLKLKELIEASGGLVILTRDDDSSLYEESENKTIRQKYNENLKNRKKI +ADDSNADMFVSIHLNYFTESKYSGAQTFYPEEMDDSKVLAKSIQDELKRVVDDSNNRVIK +PRNNLYLLKNCKMPSVLIECGFLSNEKEAELLNDEKYQEKIAWSIYAGIQKYFGEDGYKN +E +>MGYG000000001_02556 30S ribosomal protein S9 +MANVQYYGTGRRKSSVARVRLVAGEGNIIINGRNVEEYFNYETLIRDVKQPLVLTNNEAK +YDVIVKVEGGGFTGQAGAIRHGISRALLKADTDLRPALKKEGFLTRDARMKERKKYGLKA +ARRAPQFSKR +>MGYG000000001_02557 50S ribosomal protein L13 +MKSYIAKPADVQRKWYIVDAEGKTLGRLATEIATVLRGKNKVTFTPHVDGGDFVVVVNAE +KVVLTGKKLEQKMYRYHTGYVGGLKEIPYKEMMAKKPEEVVAHAVSGMLPKNKLRSRMMT +RLRVFAGPNHDHAAQNPEVLNFK +>MGYG000000001_02558 tRNA pseudouridine synthase A +MRNLMIKIQYNGANYCGWQKQPDSLGIQGTIERAIYEITKEEVKITGSGRTDAGVHALGQ +VANFKLNSEIPADRIPNALNAKLPKDIAIISCEEVNEEFHSRYSAKGKRYRYLIYNSPYR +SPIYKDTSYHVKYELDFDKMCEEAKCLVGTHDFKGFMSSGSSVVDTVRTIYDIEITKEED +LITLEVEGNGFLYNMVRIIVGTLVDIGRGRIKENLSEIINSKSRSKTGHTAPAHGLFLKK +VDY +>MGYG000000001_02559 Energy-coupling factor transporter transmembrane protein EcfT +MLKDITIGQHYPTESIIHKLDSRVKLVATFIFMVSLFIINKFWPYSIVIVSLLAIIKLSN +IPFKYILKGLKPLRWIILFTFVINIFFLPGEKIIWSFGFLKVTQEGISQAIFMAIRLTLL +VLGTSLLTLTTSPMDLTDGIERLLNPFKKIGLPVHELAMMMTIALRFIPTLLDETDKIMK +AQMSRGADFESNNLINRAKNLVPLLVPLFVSAFRRAEELGTAMEARCYRGGYNRTKMKES +VLSKSDYVSYVLQFMYLGSIIVTRFI +>MGYG000000001_02560 Energy-coupling factor transporter ATP-binding protein EcfA2 +MSIVIKNLTYIYNEDMPFASKALDDISFEIQDRDFVGIIGHTGSGKSTLIQHLNGLLRPS +YGEIYINDFNITDPELNLTEIRKRVGVVFQYPEYQLFEETVEKDIAFGPTNLGLDEAEVK +KRVKDSMEAVGLKYEEYKEKSPFELSGGQKRRVAIAGVIAMNPEVLILDEPTAGLDPGGR +DEIFELIKTLHRKHNITIILSSHSMDDMAKLAKTIIVMNHGKIEFMGTPREVFNSNAIRL +KEIGLDIPQTIELAIKLRERGFDIRQDILTIDEAKEEILRVMRGRGKC +>MGYG000000001_02561 Energy-coupling factor transporter ATP-binding protein EcfA1 +MSNIVEVNNISFEYITEEESFKAIEDLSLDIKKGEFLVIIGHNGSGKSTLSKNLNAILMP +TKGNILIDNMDTRDEEKLWDIRQTAGMVFQNPDNQIVATVVEEDVAFGPENLGIEPAEIR +KRVDESLKSVGIYELRDRQPHLLSGGQKQRVAIAGIIAMKPKCVIFDEATAMLDPSGRKE +VMSTIKRLNKEENISVIHITHFMEEAVDADRVIVMEKGKKILEGTPRQVFSKIDMLKNIG +LDVPYMTELSKELNKEGLNIDSDILTVDEMVIKLCQL +>MGYG000000001_02562 50S ribosomal protein L17 +MANYRKLGRVTSHRNLMLRNLVTDLLRSGRIETTVTRAKETRRMAEKMITLAKRGDLHAR +RQVLAYVMDETVVNNLFTDIAPKYAERNGGYTRIIKKGPRRGDAAEMAFIELV +>MGYG000000001_02563 DNA-directed RNA polymerase subunit alpha +MIEIEKPKVDIIELSEDYRYGKFVIEPLERGYGITIGNALRRVLLSSLPGVAVNSIKIDG +VLHEFSTIPGVKEDVTEIILSLKELSATIDGEGSRTLKIEAQGPCSIKGSDIICPPDVEI +LSKDLQIATLDDNAKLNMEISIDKGRGYVSAEENKTENMPIGVLPVDSIYTPVEKVSYHV +ENTRVGQKTDYDKLILEVQTNGSINPQEGISLAAKVLVEHLNLFIDLTEHVSNVEIMVEK +EEDQKEKVLEMTIEELDLSVRSYNCLKRAGINTVEELANKSEDDMMKVRNLGKKSLEEVI +QKLEELGLGLKPSEE +>MGYG000000001_02564 30S ribosomal protein S4 +MARYTGASCRQCRREGMKLFLKGERCHTDKCAIEKRNYAPGQHGQGRKKVSNYGLQLREK +QKVKRIYGVLETQFRNLYERADKMPGITGENLLSLLERRLDNVVYRMGLASSRKEARQLV +THGHFTLNGNKVDIPSITVKADDVIAVKENSKTSAKFKALVEANASKVAPKWLDANLEGM +SAKVVAMPTREDIDLEIAEHLIVELYSK +>MGYG000000001_02565 30S ribosomal protein S11 +MAKPKKKATRVRRRERKNIERGHAHIQSTFNNTIITLTDVHGNAISWASSGQLGFKGSRK +ATPFASQMAAETAAKAAMEHGLKTVEVFVKGPGSGREAAIRALQATGLEVTMIKDVTPIP +HNGCRPPKRRRV +>MGYG000000001_02566 30S ribosomal protein S13 +MARIAGVDLPREKRAEIGLTYIYGIGKATANEILAKADINPDTRIKDLSDDQVNELRKII +DADFLVEGDLRREIALNIKRLRDIKCYRGLRHAKGLPLRGQRTKTNARTRKGPRKTVSRK +KKK +>MGYG000000001_02567 50S ribosomal protein L36 +MKVRPSVKPMCEKCKVIKRKGKVMVICENPKHKQKQG +>MGYG000000001_02568 Translation initiation factor IF-1 +MAKKDVIELEGTVIENLPNAMFKVRLENGHEVLCHLSGKLRMNFIRILEGDKVNVELSPY +DLTRGRITWRKK +>MGYG000000001_02569 hypothetical protein +MLSENTRVGQVVEGLSGRETGRLFFIVTIVDHEYVLISDGKKRKLDRPKLKKVKHLKVYS +FLNDKVKNKIASDTITDAFLRAELTKSKELIFD +>MGYG000000001_02570 Methionine aminopeptidase 1 +MIIIKSKKEIEFMREAGKIVAETHELLKEAITPGISTLELDKIAEENIRKYNAIPSFKGY +GGFPGTICASINEQVVHGIPGNQIVKEGDIISIDIGAYYKGYHADSAKTHGVGIISEENR +KLIEVTKESFYEGIKFAKLGYRLSDISHAIQAHVEKQGFSVVRDLVGHGVGTELHEDPQV +PNYGPPGKGPRLKEGMVLAIEPMINAGRYHVKTLSDGWTIVTIDGKNSAHYEHTIAITED +EPLILTKL +>MGYG000000001_02571 Adenylate kinase +MRIILLGPPGAGKGTQAAGIVEKYNIPHISTGDIFRKNIKEGTDLGKKAKEYIDQGLLVP +DELTVGLVTDRITQADCENGFMLDGFPRNVSQAEQLDAFLKENNIELSNVINIEVDKNIL +VSRAVGRRICKSCGATYHVEFNPPKIEGVCNVCQGELYQRADDNEETVSKRIQVYLDETR +PLADYYAKVGILSNINGQQSIDEVFGDIVAALGSEK +>MGYG000000001_02572 Protein translocase subunit SecY +MLSQLKQAWKIKDVRKKILYTLMMIVVFRIGATIPVPGVDTSIIKEMVGNNSLLSLYNMF +TGGAFSNFTLFALGIGPYITASIILQLLTIGFESLDELQKSGEEGKKKINKYTKYTALAL +ALVQAIGITLGVIKGLRALKTDNIFFISTIILTLVSASMLLMWIGDKITEKGLGNGSSII +IFVGIISRVPIDIMSAINKVQNGKLAIWAAVMLVVVILLTIMAVTYIQEATRKIPVQYAK +RVVGRKTYGGQSSHIPMKVNQSGVIPVIFASSLLAFPQTIAMFMGSDAQNFVQTYLSPNG +DIGFWIFRSLEVLLIVFFAYFYTTVSFNTEDIANNMKNNGGFIPGIRPGKPTIDYLNRIL +SRLTLAGAIFLAIISLIPAFVTHFMNVQMNLAGTSLLIVVGVALELKKQLESNLVMRSYQ +GFLK +>MGYG000000001_02573 50S ribosomal protein L15 +MKLHELRPAEGAVRSKKRLGRGTATGQGKTAGRGQKGQKSRSGGGVRVGFEGGQMPLARR +LPKRGFKNPFRKEYTEVNVELLNRFENGTEVTAEVLKSTGAISKIAKDGIKVLGNGNLEK +AVTVKAAKFTASAQEKIEKAGGKAELV +>MGYG000000001_02574 50S ribosomal protein L30 +MAKLQIKLVRSTIGTTPNQRKNVEALGLRKREQVVVKEDNAQTRGMINKVKHLVEVTEIA +E +>MGYG000000001_02575 30S ribosomal protein S5 +MLRRKPIDARQLDLQEKVVEVRRVTKVVKGGRNFRFAALVVVGDENGHVGVGTGKAMEVP +DAIKKAVEDAKKNLIEVPMVGTTIPHQVNGHFGAGKILIMPAQEGTGVIAGGPARAVLEL +AGLKDVRAKSLGSNNPRNMVNATIEGLNSLKTAEAIAKLRGKKVEDLLG +>MGYG000000001_02576 50S ribosomal protein L18 +MLKKADKNAKRLQRHKRVRKKISGTTQRPRLCVFRSSNNIYAQIIDDTNRVTLVSASSLE +AEVKSAVSHGGNKEAAKMVGQMIAKKAVEKGITEVVFDRGGYLYHGRIQELAEGAREAGL +KF +>MGYG000000001_02577 50S ribosomal protein L6 +MSRIGVKPITVPAGVEVTITAENLVTVKGPKGTLSKQFDGALTIKQEENTITVERPTNNK +QHRSLHGLTRTLIDNMVVGVTNGFEKKLELVGVGYRAQKQGKKLVMNLGYSHPVEMEDPE +GITVEAPNQTELIVKGIDKQLVGNYAAKIRDWRKPEPYKGKGIRYADEVVRRKEGKTGKK +>MGYG000000001_02578 30S ribosomal protein S8 +MTMTDPIADMLTRIRNANVVKHETVDVPASNMKKELARILLEEGFVRGYDVIEDGKQGII +RIQLKYGQSGERVISGLKRISKPGMRVYAANHEIPKVLNGLGISVISTSKGILTDKQARK +ENVGGEVICYVW +>MGYG000000001_02579 30S ribosomal protein S14 type Z +MARKAMVVKQQKKQKYATREYTRCSICGRPHSVLRKFGICRICFRELAYKGQIPGVRKAS +W +>MGYG000000001_02580 50S ribosomal protein L5 +MASRLQEKYMKEVAPALMEKFGYKNVMEIPKLDKIVINMGIGDARENPKGLEKAVEEMEI +ISGQKPVVTRARKSVANFKLREGMPIGAKVTLRADKMFYFMDKLVSVSLPRVRDFRGVNA +NAFDGRGNYALGVKEQLIFPEIEYDKVDKVRGMDIIFVTTAKTDEEARELLKLLGMPFSK +>MGYG000000001_02581 50S ribosomal protein L24 +MMRVKKGDTVVVIAGKDKGKKGTVVKVMPKANRVLVEGVNVITKHQKPSAINPQGGIINK +EAPIHISNVMPLDPETGKGTRVRFEVKDGKKVRVSVKSGKEI +>MGYG000000001_02582 50S ribosomal protein L14 +MVQQETRLKVADNSGAKELLCIRVLGGSKRRYGNIGDVIVASVKSATPGGVVKKGKVVKA +VIVRSKKGIRRNDGSYIAFDENAAVIIKDDKTPVGTRIFGPVARELRDNDFMKIVSLAPE +VL +>MGYG000000001_02583 30S ribosomal protein S17 +MERGRRKVRIGRVVSDKMDKTIVVAVEDFVRHPLYNKPVKRTKKFKAHDENNVCRIGDRV +KIMETRPLSKDKRFRLVEVVEKVK +>MGYG000000001_02584 50S ribosomal protein L29 +MKAKELRDLTSEELMNKLNDFKSELFSLRFQLATGQLENTARIKFVKKDIARVKTILAER +KLNETRA +>MGYG000000001_02585 50S ribosomal protein L16 +MLMPKRVKRRRVHRGSMAGKAQKGNKVTYGEFGLMAMEASWITSNQIEAARIAMTRYIKR +GGKVWIKIFPHKPVTRKPAETRMGAGKGSPEYWVAVVKPGRVMFELAGVDEAKAREAMRL +AMHKLPVKCKFVKKEDLEVKGGE +>MGYG000000001_02586 hypothetical protein +MGQKVNPHGLRVGVIKDWDSRWFTTDKKEFGNLILEDHNVRKFLKNKLYSAGVAKIEIER +SANKLKLDLHVAKPGVVIGRAGAGIEALKAELEKMTKKNVIVNIVEVKSIDKNAQLVAEN +IALAIERRVAFRRAMKQAIQRALKSGAKGIKVAASGRLGGAEMARTEGYSEGNVPLQTLR +SDIDYGFAEADTTYGKIGIKVWVCNGEVLPTKNGVNPREERRNDRRNNKRNDRRNDNRRN +NSRGNDRGNNRGQRPQGQRPQRPQRTENKEN +>MGYG000000001_02587 50S ribosomal protein L22 +MEAKATAKFVRVSPRKAGQVCDLVRGKNVDEALAILKYTPRGAASIIAKVVKSAKANAEN +NHEMDVEKLYIDSIVANQGPTIKRFMPRAMGRATMIRKRTSHIEVVVKEKK +>MGYG000000001_02588 30S ribosomal protein S19 +MSRSTKKGPFIHARLLKKVEAMNESGNKEVIKTWSRSSTIFPQMVEHTIAVHDGRRHVPV +FITEDMVGHKLGEFVSTRTFKGHKDDEKSNKRK +>MGYG000000001_02589 50S ribosomal protein L2 +MAIKKFKPTSPALRQMTVLISDEITCNEPEKSLLVSLKKNSGRNAHGKITVRHRGGGNRR +KYRIIDFKRNKDGIPAKVATIEYDPNRTANIALLNYADGEKRYILAPVGLKVGDTVLSGP +TADIKPGNAMALKDMPVGTVVHNIELKPGKGAQLVRSAGVSAQLMAKEGKYALLRLPSGE +MRYVSINCKATIGQVGNIEHGNVVIGKAGRKRHMGIRPTVRGSVMNPNDHPHGGGEGRSP +IGRPSPVTPWGKPALGYKTRKKNKASDKLIVSRRTK +>MGYG000000001_02590 50S ribosomal protein L23 +MTNPHDIIIKPVVTEQSMADMVEKKYTFVVAKAANKTEIKKAVEKVFGVNVEKVNTMNYD +GKVKRMGRSEGRTASFKKAVVKLTADSKEIEFFQGM +>MGYG000000001_02591 50S ribosomal protein L4 +MPKLNVLNTNGQNVGEIELNDAIFNVEVNEHVLYEVVKNQLANKRQGTQSAKTRAEVRGG +GRKPWKQKGTGRARQGSIRAVQWVGGGVAFAPKPRNYSYTLPRKVRRLAMKSALTSKVQN +GEMIVLDAFNMEAPKTKEFVQILKNVNAAKKALVVTAENNTNVIKSAANVEGVATATVNT +INVYDILKYDSFIITTDAVKKVEEVYA +>MGYG000000001_02592 50S ribosomal protein L3 +MKGILGKKIGMTQIFTEVGEVVPVTVVEAGPVVITQIKTVEKDGYNAVQVGFGDVKEKSL +NKPQKGHLAAANTLKKHLKEFRVDSVEGYTVGQEIKADLFAAGEMIDVTGISKGKGFQGP +IKRHGQSRGPESHGSRYHRRPGSMGACSFPGRVFKNKKLAGHMGSVKVTVQNLEVVRIDA +EKNLILVKGAIPGAKGSVVTIKEAVKASK +>MGYG000000001_02593 30S ribosomal protein S10 +MAKEKIRIRLKSYDHKLLDFSAGKIVETAKKAGSQVSGPVPLPTEKQIVTILRAVHKYKD +SREQFEIRTHKRLIDIANPTPKTVDSLMRLDLPAGVDIEIKL +>MGYG000000001_02596 hypothetical protein +MDNMREMRKKREDGKYDLTLEIGDGAYFGTYEDVDLKSGEDLVRNYLRNNSDDANFEDIK +INYNKNRHTIRVTAELNYYNDEHKDYSNRGKLM +>MGYG000000001_02597 hypothetical protein +MNGIVIIGHGNFGSGLNSTLELIAGKYDFVKYGDFTSEKSPEEFKEEVKLELEKLKDKEK +IFFFTDVVGGTPFKVACELKLEDDRIEVFYGTNMAMIIETCMNSQFEIELDNDSIAQIGK +SNIDSFRLTKKNQTQEMAEEGI +>MGYG000000001_02598 PTS system fructose-specific EIIB component +MPNIVLTRIDNRLIHGQVATMWTASVGANLLLVANDEVSKDEFRQSLMDMAAPAAAQTRY +FSIEKTINIIHKASPSQMIALICENPQDVLKLVEGGVPIKKVNIGNMHMAEGKKQVSKAV +CVDQSDVDAFKKLKELGIELEIRRVPSESAEDINKLFE +>MGYG000000001_02599 N-acetylgalactosamine permease IIC component 1 +MDLSFGQIALILIVTMIAAIDQYSFLESIYRPIVIGPIIGAIMGDLQTGLMIGASYELMM +IGAMPVGGAQPPNAVIGGIMATVFGISLKLDVAAALPLAIPFALLGQYAVTALFTVVSPL +MLKADKYAEEGNPQGIVRLNYLTMGLLAVLFAVIVLAGLLAGSAIGEQLTSKIAPWVFAG +LGAAGKMMPALGFGMLLRVMYSKELAMFLFVGFVFVAYMQLPLLAVAFIGVAVAVYDFQM +NTRNVPHVKEADTDGI +>MGYG000000001_02600 PTS system mannose-specific EIID component +MASKAKEYYVDKQEAPKLSNKILNKMVWRSLFLQASFNYERMQACGWLYGILPGLQEIHK +NKEDLSTSMTHNLEFFNTHPFLVTFVMGIVLSLEQKKTDVQTIRALRVAAMGPLGGIGDA +IFWFTLTPIAAGIGANLALQGSILGPIIFLLLFNVVQFALRYWLMHWSYKVGMDGIQAMT +KFAKQFTRSATILGLIVVGALIASYVGVNIALEIPIGETSVVVQEVLDSIMPCLLPLCLT +FMMYSLVKKNVSPLLNIGILVLIGLVGAFFGVFV +>MGYG000000001_02601 N-acetylglucosamine-6-phosphate deacetylase +MRKVLTNTSIFVKDGKISNSGEEINIPKGYFAVPGFIDTHIHGSHGADAMDGTFETLDHI +VKTLAKEGVTSFLPTTMTQEISNINRALNNISDYMSNNNIAGQPEILGIHLEGPFINCHH +KGAQPEKFILDPTVESFKIFEKEANNNIRKVTYAPELDKNFEFTKYLSENNIIPSVGHSS +ASFENIEDAISFGLSSVTHFHNGQSPHHHRTPGVVTAGFTFDELNTEIIVDGIHLHPNTV +KSVVKIKSPNNVTLITDAMEAKGLEDGEYKLGGQKVIKVKNEVRLESGSLAGSVNTMINS +VKNVMEFSGCSLEDAITMACVNPAKELGILTRKGSLDIGKDADIVILDNEYNVVKTICRG +KVAFEI +>MGYG000000001_02602 hypothetical protein +MLIIKIAIILFLAFNIFTYVRRIIAPNITQKEEHLIKIETMSLKFVSIIEILASSTIIIY +LIFNKLNFMSLIRLFLFIGCIKITLACFIAFVVYKMSYKPAKK +>MGYG000000001_02603 Transcriptional regulatory protein WalR +MNSYNILVVEDEIEIAKAIEAYLLNQGYNVFLGNNGIDGLEILEKKNIHLAIVDIMMPKM +DGITFTMKVRLEHDFPIIMLSAKSEEIDKITGLNIGADDYVSKPFKPLELLARVNSQLRR +YKKFLDMKENNIINRNLYTVGGIELDSSTKNVTVDGKIIKTTPIEFKILELMIKNPGIVF +SAEDIYEKVWKERAVNTDTIMVHIRNIREKIEINPKNPKYLKVVWGVGYKIEKQ +>MGYG000000001_02604 Adaptive-response sensory-kinase SasA +MKNNKFIVKIILVVSILISAIGVCTAYPKIEKDSTKFSYDVFESEHHFLKYINRSNYALY +YSTYKNNGEEVLNPSQLLLNLKSVKDDQYRINNYEKIFNEKIFNWVDNLKDQLENLEYYA +INKSNNVVIERSNLKLEELINNESSSDKISEFKKIYEFYVIIDYDENGNISISNSYNANK +IEILGKLDELQRDNYDFEIYSLEGAKINPIKNMTYIYAVPHNLIFSDHISYIMQNKEYYA +YSQASYLFINMAMVFIILVSLLVPYKEVKDIKVFKVIVNIPIEILIIIVSCAIAFIYNSS +EIIMVSSIKGELINLVQLELNNQIKNLMTYSLNIIYFAIWFSIISIGIFILKHIHRKKVR +VYLRENSIIIKFILRVSTFIKKGWSHLIDFDLAYKNNSKLVKLLLINLLIISLICTMWIF +GIILAIIYTVVIFLILRKKYERINNDYNNLLKLTNEIASGNLDINNQEDLGIFNSLKDEV +TQIQKGFKNAVREELKSQKMKTELISNVSHDLKTPLTSIITYIDLLKDENLSRGNREEYL +EVLDRKSQRLKDLIEDLFEVSKATSGDINLNIIDVDIVSLMKQTLLELSDKINESDLIIK +KNLPSEKVVLRLDSQRTFRVFENLIINITKYSMKGSRVYIDILEGLDNVTISFKNIAAEE +IDYDVNYITDRFVRGDKSRNTEGSGLGLAIAKSFVELQGGSFEVSNDGDLFKVIIVFKK +>MGYG000000001_02605 UvrABC system protein B +MDFKISSDFKPTGDQPEAIKSIVTAINNDEKFSTLLGVTGSGKTFTMANIIQEVKKPTLI +LAHNKTLAAQLYSEFKEFFPDNAVEYFVSYYDYYQPEAYVAHSDTYIEKDASINDEIDKL +RHSATASILERRDVIIISSVSCIYGLGDPEDYKELMVSLRPGMQKDRDDIIKRLIEIQYE +RNDINFVRGTFRVRGDILEIFPASNDEKAIRIEFFGDEIDRITEIDYVTGKIEGVRNHVV +IFPASHYVTTPERIEQAIIRIEKELEERVKYFKENDKLLEAQRIEQRTKYDIEMLKEIGF +CQGIENYSRHVTGRKEGEKPYTLMDFFPNDYLMIVDESHVTIPQVRGMYGGDRSRKTSLI +DNGFRLPSAYDNRPLNFEEFEENINQILFVTATPGPYEIEHSTTVAEQIIRPTGLLDPII +EVRPIENQIDNLVGEINTVIEKGERVLITTLTKKMSEDLTNYLKEIGIKVKYLHSDIDTL +ERTEIIRDLRLGKFDVLVGINLLREGLDIPEVSLVAILDADKEGFLRSETSLIQTVGRAA +RNSEGKVIMYADKITRSMQATIEETKRRREIQSLYNKEHGIVPKTIQKRVRDSIEATKVA +DEEVVYGIKDTNDIEEIKNNIAMLQAEMMDAAQNLQFERAAELRDKIKQLEERIKD +>MGYG000000001_02606 UvrABC system protein A +MEDKIIIKGAKEHNLKDVNLELPRNKFIVFTGLSGSGKSSLAFDTIYAEGQRRYVESLSA +YARQFLGQMEKPNVEYIEGLSPAISIDQKTTSKNPRSTVGTVTEIYDYLRLLFARVGEVH +CPVCGEKISQMTIQEIVDKILEFPERTKLQILSPVVRGQKGTHKKVIENIKKDGFVRIRV +DRENYEVTDEFDLNKNQKHNIEVVVDRIIVKDGIESRLADSIETAVKLSDGLVIAQIIDG +EEILYSTKFACPEHGIGIEELSPRMFSFNAPFGACNVCNGLGESREVDPDLVIPNKELSI +KQGAIAAWGSVSTSDDTYYSKMVQSLAAHFNVSLETPFKDLPEDFVQELLYGENNVMVEF +IFESKFGGRREYKAPFEGVIVNLERRYRETNSDYSRDKIEEFMAERPCPKCKGSRLRKEV +LSVLVDNKNIMDVTDLSINELIDYIENIELTEKQKFIAHEILKEIKGRASFLKDVGLDYL +NLSRKAGTLSGGEAQRIRLATQIGSALVGVLYVLDEPSIGLHQRDNDRLIATLRHLTDLG +NTLIVVEHDEDTMKEADYIVDIGPGAGVHGGEIVAQGTLDEILENENSITGQYLSGKKQI +VIPEKTREGNGNFIEVVRASENNLKNINAKFPLGKFICVTGVSGSGKSTLINDILYTGIA +AKVNRLRERPGKHKEIKGIENIDKIINIDQSPIGRTPRSNPATYTGVFDQIRDIFAATNE +AKARGYKKGRFSFNVKGGRCEACKGDGIIKIEMHFLPDVYVPCEVCKGERYNRETLQVKY +KDKTIADILDMNVEEALAFFENIPNIKRKLETLMDVGLSYIKLGQPSTQLSGGEAQRIKL +ATELSKRPTGKTLYILDEPTTGLHMADVDKLIDVLQRLADTGNTIVVIEHNLDVIKTCDY +IIDLGPEGGDKGGTIIAKGTPKEVSKVEGSYTGKFLKRYFEEEK +>MGYG000000001_02607 UvrABC system protein C +MFDIQEQLKKLPAEPGVYLMKDQFNNIIYVGKAISLKNRVRQYFQSSKNHSSKVKSMVKN +IKSFEYIITDSELEALILECNLIKQYRPKYNVLLRDDKTYPYIKVTTNEDYPRVLKVRRV +LKDKAKYFGPYTNLTAVNDTLEIIRNTYPIRTCNIDIDKAIKNNMRPCLNMHIKKCVGPC +TGNISKEEYNEMVEDIIMFLSGKEETLIEILKEKMNKCAMKFNFEEAAIYRDKIRSLEEM +MQKQKIDATASDLNQDVIAMARAHDEACVQVFFVRNGKIVGREHFILVGVMDSSRASILG +SFVKQFYMEQEYIPRELIIEDEIEDSFILEEWLSTKKGQKVTIRVPQKGEKKNLVDMVRK +NAMEYLEKFSDMNKLKYEKSLGALEQLKDLLGLEEMPKRIESFDISNIQGVDSIGSMVVF +TNGKKDKKEYRRYKIKTVIGPNDYDSMAEIVERRLKYGDLPDLILLDGGKGQVSSVQKVL +DKYDVEIPLWGMYKDDKHRTKGLISQEKEIELDKTTNLYRFVASIQEEVHNFAISYHRSL +RNKSLTKSVLDDIQGIGEKRKKALLAHFKDIDAIKKASVEELASVEGMNTASAESVYNFF +KKG +>MGYG000000001_02608 HPr kinase/phosphorylase +MEYLDRVSINDIIKDLKLDIVYMPEGKEYYVTSQDLNRTGLQFAGYFEYFAYERLQIVGK +AEYNYFSNMDSDTREVVLDKFFSYEIPALIVSRNLEVKPDVIEKAKKYDRVILSSRRNTT +RIMNSLSSYLDNKLAPHTTIHGVLVDVYGIGVLIKGESSIGKSETALELIQRGHRLVADD +AVEIRKLDDSFLVGQSPELLRHFLEIRGIGIIDVRSLYGVGAVKNSKKIDLVIHLEGWDE +NKYYDRLGLDKEYEEILGEKVEQLVVPVKPGRNTAMIIEVAAMNFRQKGMGYDAAQEFTK +KLSDLIDRK +>MGYG000000001_02609 NADP-reducing hydrogenase subunit HndD +MSLVNLTINGKEVSVPAGTKILDAAKQVNINIPNLCHLKMDEINMVNQCASCRVCMVSAG +RGLVPACGTNVKEGMVVNTNTPEALKFRKNVVELLLSDHPQDCLSCSKNGKCELQDIAAE +LGIRKVRFRGEQATAPTDTSSKSIVKDHDKCILCRRCETMCNEVQTVGVLSGVNRGFNTE +VGTFFNADLCDTECTFCGQCISVCPTGALMEKDNTSEAWAALSQKEKPVMVQIAPAVRVG +ISEEFGLAPGSISTGKLVSALKALGFDYVFDTNFAADLTIMEEGTEFIGRLQQNQNLPIL +TSCCPAWVNFVEHEYPDLINHLSTCRSPQGMFSPIARYYFADKVLNKKPDEVIIISIMPC +VAKKYEVSREELGQDGIIDTDLSITVRELARMIKEAGLDLTNLEESEFDSPLGYSTGAAD +IFGVTGGVLEAALRTAYEVITDETLENIDFNAVRGMEGIKEASIDINGTTVNVAAASSLG +NARVLMDELRAGKSKYHIIEIMACPGGCVAGGGQPFHGGDYEKVKARGAGLYNIDSHKTL +RKSHENPDIQKLYAEFLGEPNGHIAHKYLHTHYFDKSNVYGETISEPELATDSSAE +>MGYG000000001_02610 hypothetical protein +MGRINSFDELKKAVKEFKPSLQLRENFTKDDLAKRDILVCGGTGCSSSDSMEIIENLKSE +IEKAGLSDHAEVQLTGCFGFCAKGPIVKVYPDNVFYVQVTPEDAREIVQEHILNHRVVER +LLFEEPALDHKKVERHDEMSFYKKQCRVALRNCGHINPENINEYIGNDGYVALGKCLTEL +KPEDVIAEVKTSGLRGRGGAGFPTGVKWESTANTAPGNKYVVCNADEGDPGAFMDRSVLE +GDPHSVLEAMAICGYSIGADTGYIYIRAEYPLAIERLKVAIAQAEEAGLLGNNIMGTGFN +FNIELKYGAGAFVCGEGTALIHSIEGKRGEPRMKTYSSSKRGLWDSPTCLNNVETFANIP +AIINQGASWFNSYGTEDSPGTKVFALGGKVNNVGLVEVPMGTTLREIVYEIGGGIPNGRE +FKAVQTGGPSGGCISSENLDTPIDFKSLSSIGSMMGSGGMLVLDDSDCMVNISKFFLEFT +VEESCGKCTPCRIGNKRLLELLTKITEGKGTEEDLVDLKDLATTIKTTSLCGLGKCAPNP +VLSTLEYFYDEYLAHVKDHKCPAGKCTAMLDYYITDACKGCTMCAKVCPAGCITGNKKEQ +HVIDTSKCLKCGTCIDKCKFNAIITK +>MGYG000000001_02611 NADP-reducing hydrogenase subunit HndA +MCDFVSRNKNLFEELDSFIDSLPSKKGALIQVLHTAQGIFGYLPKEVQLHIADRLEVSPS +KVYGVVSFYSYFTTEPIGEYKISVCLGTVCFVKGADKIIAEFEKQLGIKAGETTKDLKFT +LEGLRCVGACGLAPVVVVNGKVYGQVTPDKVSEILDHYRELELSC +>MGYG000000001_02612 Malate-2H(+)/Na(+)-lactate antiporter +MTSTREKKQATLFDAILCVGFLIVTLVTCLVVLKDYEISAHIPLILGGLFAGCIAIFKLG +FTWKELEEGILETINTTMQSILILLVVGILIGTWIISGIVPSMIYWGLNILSPSIFLVAT +TIICAIVSISTGSSWTTVGTIGIALLGIGSALGIPSSIIAGAIISGAYFGDKMSPLSDTT +NLAPAMAGTNLFDHIKHMLYTTVPALAISLILYGILGMKYAGSQINTSQITEIQNSLLNS +FNTLSPFLFLVPIAVITMVILKVPAIPALMTGALLGGFVAVVFQGNSVADVIVTAKVGYT +SNSGMVFVDELLSRGGLESMLDTVALMMCALVTGGILEKSGILQALAVAILKIAKGTFGL +IAATIFTAIGTNLAVADQYLAIVIPGSMYRDAFKKQGLAAKNLSRALEDSATITSPLIPW +NTCGAYMSATMNIGCFAFLPFSFFNLLCPIISLFYGLTGLTIEKLSEEAAEESKNKKIKE +VI +>MGYG000000001_02613 hypothetical protein +MSKKKFYAVKKGKCVGIYNTWDECKSQVNGFSGAEYKSFLTMDEAKEYVYGKKEIVIRDE +SNLVEAYVDGSYEHCIREYGSGVVILKNGEVQKTYSEKGNEESLVTMRNVAGEIEAAKLA +MSYCLDNNIENLVLYFDYEGIEKWCTGVWKTNKTGTIDYKKYYDSIKDKLNVKFVKVKAH +SGDKYNEEADKLAKKAIGL +>MGYG000000001_02614 Peroxiredoxin +MPSLPSLGSTAPDFEANTTMGPIRLSDYKGKWVVLFSHPGDFTPVCTTEFICFAKYYDEF +QKRNTDLIGLSVDSNSSHLAWIYNICTLTGIDIPFPIIDDSSTRVARLYGMISEPVNNTT +TVRSVFIIDDKQVLRTILYYPMTTGRNIPEIIRIIDALQTSDRDNVVTPANWLPGLPVVL +PPPKTCKELKNRVKSCSKEYQCMDWYLCFMPEANSKKTATCEAMNYMNRPPINAPGEQKE +GNPNCPNLSPIVMEYVFGNPKNVDPRFLDAVIYAFVEINPDGTLLVPTPNYLNYLLSLKN +SKPSLKIIAAIGGWGAEGFSDAASTPRSRYDFARNVNELINDYGLDGIDLDWEYPGSSAA +GIKSSPQDRENFTLLITAIRDVIGDDAWLSVAGTGDSGYTTRSAEIDKIAPLITHFNLMS +YDFTAGETGERGRRHQANLYDSNLSLPGYSVDAMVQNLINNGMPSEKILLGVPFYGRLGA +TTTASYDELRRNYINKNGYDYRFDDTAKVPYLVKDGQFAMSFDNDLSIYIKGQYVLNNCL +GGIFSWTSTFDQANILARAMYESINNPLNFSKELEDIYGPFEA +>MGYG000000001_02615 hypothetical protein +MSLMVCFFVTSTLFISNIFMGVAVGIRYYFMLFQFGTLALFGTLFLCNMNRIFAKKRRVP +QARVAKKTTSTKKQKQNISRRKVS +>MGYG000000001_02616 hypothetical protein +MEFDVFYSSVVGYKNILKGKSSQDYCEYKKIKNGIICALADGHSTEFFEYSDVGAKFACK +AGIFILEEYINKNGYGLNKIREDLDKGVFQKNIYNKWIELVDNHFKNGIPIVFRTQYVKY +STTLVLVLACDKFRIYFNIGDSTILIKRFNKYAKVLGNNNGYLVKSLGKEEAYKDIEYYI +EEVNENNKDDCIIIFSDGYSDGFESFKDMTNDLEETIRIYDKNVFSKLFITKNYKKHLEK +ITKEKSYDDISIMFIKSI +>MGYG000000001_02617 hypothetical protein +MKLRELLDKFADFIDNNRENITKFLLVILASISLMIVFFISSDEMSISKEVDHLVKNIES +RKYQIAYDYYEGLKTNFSDSKMKRFNKSVSKKINSVIINNGDKYINGQITKEQYIGLINT +TNALSEISINVENLIEQAKRVDEMYLQENISYDVALSYMNIASSLNGVNEELDDYKQNIK +DFYESRAVYEEATNNQQVKKYHEAIEGYNKVSDKDKKYYKLAKMAKEECINIMYDYYIQK +ATEANEKGNYDEAIKYISYLKPYYQDDEKIASLESEYQENLELYTMSTDDIIGLISKKME +SGREGLSINSYQQMINGGKFYYVELYKYDTLIDEILVDSKTKKIYSYKSNDKDYNATYSD +GYFKVTPNGEFRFALSEGECSFALENKLKEKDETFKSIEIVSDQNSNKYVKNNQVLKGFL +KSNKNAYYYALVNKGFFKKKELYLIDMYTKNIYKVENDKVVNY +>MGYG000000001_02618 hypothetical protein +MHKAKNNGYIAVGILVATLVLFLGIIYSQINGGKIAKNTYVGDVCIGSLSKEEAKKLLES +EVNIGTIELSYLDKKWDINPSDIDASYDIDKTIEKAYNLNRNQNVFENLSKTIKTNFGSK +NNLDMIVNYNKEKLKDKLEEIKQEIDVEVKNAELSISGDSITVLDESKGLELDVEASLKK +IESQLENGVLSDDLVVKTVEPKVTKSELSEVNTVLGRYTTIIKASSAGRIANIKAAAEKM +NNYLLMPGDEFSYASVTGPYTATNGYSNAPVIVEGELQNGIGGGVCQLSSTLYNSVLYSG +LEIVQLRNHTIPSSYVPKGRDATVTDSGVDFVFKNNLEHPVYLKSYVYGSSVVTAIYGSS +KDKQNIEIQTYTDGVSAAPVKKVDDPSIEKGTEKVLEKGRDGYTVSTYRVYKDNSGNVLN +KEKIYTSYYPKKQSVIAVGTKEVNEEVENTTTEGKEENSQDSTKHENTTKPESSTKPENT +TKPENTTKPEENKPSENGSNNDQTTTQ +>MGYG000000001_02619 hypothetical protein +MNLNDITNYIQSICENISNVLDVDVTLVTKDLVRIAGTGIFKDKIGEKISEEAIYYNVLK +EGKSYLINKEINKECNKCCHRQQCKELADICTPVKLGNEILGVLGIAAFDEEQKNKFISK +NKDLTEFISSMSDLISFKLDEMYKEEVKTMDDLEKEAILKAIKKYGSNTESMKKVADVLD +IGIATLYRKVKKYNIK +>MGYG000000001_02620 Aldehyde dehydrogenase +MKNFKSIDEIFELQNEFFNSQVTKNIDFRIKQLDTLKTAIEEYEGKIIEAINMDFDKCEF +EAYETEVGITLSEIKHVRNKIKKWASPQKVKTPLTNPGAKTYIYKQPYGVCLIMSPWNYP +FYLCISPLIGAIIGGNCAVIKPSELSLNTSKVIKEMIEKYFDKKYIAVIEGEIEENKYLL +SKDFDYIFFTGSPAVGKIVMETASKNLTPCTLELGGKSPCIVDKNCDLDLSAKKIVWGKI +LNGGQTCIAPDYIIAHKDIKNKLIENMKKYIVNFYGDDPIKSKDYASVINERHFNRILNL +INYDKVVYGGRNDKKTLKIEPTILDNVNLDDDVMNDEIFGPIIPVLEFQTTDDIVKVVNA +NKNPLALYLFTKDKNFEEDILNRISFGGGCVNDTIMHISNHNAPFGGIGNSGIGSYHGKR +SFDAFTHEKTVLKASMIDIPFKYPPYTKKGLNLLKKSFEML +>MGYG000000001_02621 Outer membrane protein assembly factor BamD +MEAIAILGNNIKNDILSMPRKSMDISLVEEEKSDLTFFNIEEEEEHETLKALKQSYVTTN +YKDETILNLQNELKSNSEEVSKEIKLKSYNAYNNALELANKGYITRAVELIEEALEINPK +DIDILNLRGLLKLLKCDFSKAFESFYTGLCYGNNKLSKKYVDILSAEDFKVFLGRYNHSI +RFINEELNQESIHILDNIIDEDPDLIEPYVILYLLYNKLGNDKKKEFYFAKLKEVDKDNP +LLEEKKEETLLPAKVEESVVVDKKVKKSTKKNIVPYIIIVCLAVGIGIYHVKNQARIDSL +TSELNSKEEEINEADKQLSDANKQLDETNKKLEETNQVLDETKTKKEIATLGEEELYSKA +LTLKKSGNTDEAILYYKGVIKSGKTKKYISSSIYELAFLYEKQGNYDEAIKYYKKYINTY +TPEDNYYDDAFYQLGMTYYEKGDLESAKKTFYGLRSEVPNSMYNNSKVAEILKEK +>MGYG000000001_02622 hypothetical protein +MLLDIHADIFSDIFSKSLKGETNIVRNYHLNKFKDGGINGGIFVFWQDPDLIKHYDYNGL +KLMMEYANKEKELSKDFLSIAKNYDEFVQGLEGNKITAMMHLEGAKSLENNLDKVREIYD +YGIRTASLTWNEENELASGAGVDNNVGLKDKGKDFIKECEDAGIIIDVSHANDKSFYDIY +NVSTKPIIATHSNARELCNVKRNLTNEQIKLIKETGGIIGINGYIGFIHDDEDKKDLSHL +VNHIDHIVDLIGIDSVCFGFDYCDYLSLDDGECTRNLENASKSQNIIKELKDKGYKNEHI +EKIAYKNFLRFIKKKLYK +>MGYG000000001_02623 hypothetical protein +MPTELFLPVLKDGKYGFIDKDKNLIIKPKYKYVSDRFRDGYCVITYIKKIRKSAKWVFGY +IDTLGNVRIMLHLEGATEFNEGMSKIKINNKYGYINTSLEEVIKPRFDCAANFRQDLAGV +RLNKKWGFINKEGNIVIEPKYTYANQFFEDRALVEFKNKYSYINKDGEMIIGPEFDLATD +FSEGLAAIRVGDKWGYINKDGKLKIDFLFDRAKPFCEGMAAVSINDKWGYIDKFGNIIIE +PMFDYACNFSEGLARFNMGLDSLTRGVSIPKGGVWGFLNKLGDIEIVPVYDFISDFEDGY +AQVIQGKNSNYIDKNGSLIL +>MGYG000000001_02624 Antiholin-like protein LrgA +MKLFNQLALILGIWAIGEYISSFIQNIIVIPGNIIGMILLFLLLQFKVIKLDKVNELGDL +LINNMAIFFVPAGVSLIRSLDLISDNIFVLLMTIFFSTIAVMYITGFVVEKMINNKPKEE +QNV +>MGYG000000001_02625 Inner membrane protein YohK +MYNVLDTPIFGIVMTVVFFNIGVYLQKKTKSPACNPLLLAIIGIIIFLGITKIPYENYKI +GADCINFLLGPVTVVLAIPLYKQFDLLKKHFIEIIVGIVSGIVVSLGSVMIIGKLTNANI +DIINSLIPKSITTPMGLSLTNTLSGIESITVVSIILTGILGAIVAPTVFKIGKIKHPVAK +GIALGTSAHALGTTKALEIGEVEGAMSSLSIGIAGIITVIVVPIILNLL +>MGYG000000001_02626 hypothetical protein +MSKVNTVLEDNIFLRYTVIITGMLIACVGINGFLRPAHLLSGGVPGIAAIINYTTDINIG +LLTFLINIPIFVLGFIYLEKDFCITSLINMVLFSILLGITQNIGKFIPVDDILLQTVFGG +IFSGIGSGMVFRTKSSQGGTDIIGAILKFKRNIPVKDTALATNLIIVSVGGVIFGMNLAL +YTLIGYYVSASVMSFVKDAMSYEKSVMVISKESELIAKEIMSTLVRGVTFLEAEGAYTKE +KKRIIYCIVLSKEIPKIKEIALKYDQKAFISVNDVSEVKGRGFKEKYL +>MGYG000000001_02627 hypothetical protein +MNLSKEYIDIYNNYMKYINEIKRECRSIEHMKSRVLKKDRKASEEEIKVLESDKVVDENN +ELAESKSQNKIYKFSNGDTYIGKVINGKINGTGVYMVSSEESIGFEYIGEFNDDVKEGKG +ICTFTNGHIYTGGFRNDVMDGIGQMLYKNNDEYIGGWVKGHKHGQGIYRWNEGTIYIGDF +KKNKREGQGICYDKEGNVIYDGEWKNNLTHGEGTYIWNEGKRYVGEFLNGKRHGYGTFYL +NNELVYQGTWKYDKPSIFDKTLDEIFSFKL +>MGYG000000001_02628 hypothetical protein +MKKISALILIILLIVFYNNGIFTEIESIFIDNNNTLDMSVKDDKNNEYINEKEEIDNFQY +IKIGDSKDYVISKIGEPSRIDASEYSFNWYVYNQYKGEFAMVGIENNIVVALFSNTMNSC +EAENIKLDDSKQIVNDNYDSIEYRKKGNTRYMINSKGEYDIIKQNKKYITVFYDVVEGSK +VCSYKIINQKTEDSMKDIYANESEELKKSFELQIIDLINSSREKYNLNKLKYSKKATISS +RKHSEDMMNKNYFDHVNKEKETPFDRMKKEGITYISAGENIASGQFSAIYAHEALMNSKG +HRKNILGNYKYIGVGVDFGGTYKIYYTENFYT +>MGYG000000001_02629 Peptidoglycan-N-acetylmuramic acid deacetylase PdaC +MNKRKTLSILAATLMLFASINHKVYAIDDEEVFIKNGPRDKKLIALTFDDGPHPKETDKV +LDVLTKYNVKATFFIAGKHANWYKDPLIRASKEGHEIGNHTFNHPDISNLSSSQIEEEIV +KCEDTLVNLTGKKPTLFRPPFGSYRKEDLESIAKKHGYKIVLWTTIDAKDWKNPPASKIA +SLITNNAKNGDIILLHDYATINTVEALNILIPEMQKKGFSFVTVSELLEQ +>MGYG000000001_02630 hypothetical protein +MNNKIYEKKEFMIFKVKEGYIAYNTRKNFQEGHTHLKHFEAAKTAIDLVINKKVPRSTDG +YYLTSLIRLSEDEFYISKINELIETREQKGKKEKYYNPRYKLSKRSL +>MGYG000000001_02631 Protein LacX, plasmid +MNILQNENLIIESKNSGAELTRIYSKKNKKDILWCGDDKYWGRRSPILFPIVGRLKDNKT +IIEGNAYTMAQHGFARDMDFEILDTTDNSVSYILTSNDKTKAFYPYSFNLIVRYILMKSS +VVIEWEVENTDNKDIYFSIGAHPAFNIPMDDSKSIQNYSLKFKYRNKVDNITLNGPYHDQ +TKNVDSLDIIDLKPSLFSNDALIYTNIDEITVLENKENEILKVELKDFPLVGIWSPYYED +DSIAPFICIEPWYGLADNINSDYQYLNKAYINKLKINEKFKTSYKISVS +>MGYG000000001_02632 hypothetical protein +MAGDRIICHCKNVSYIDIRKAMIQGARTLDEIKDMTGAATGCGRCAGEIEKILGSVCGCF +NVSLESVVNAVNNGADTVEKVTEETKAGGACGRCKALIQNVIDIKR +>MGYG000000001_02633 Deoxyguanosinetriphosphate triphosphohydrolase-like protein +MESKKFENVAICETNDKYEKCIIRNDDIYKRSNDIRSEFNRDYNRILHSNAYRRLKHKTQ +VFFATKNDHICTRIEHVNHVSSVSYSIAKYLGLNTELTMAISIGHDIGHPPFGHDGERVL +SNFTKNKLGYKFWHEKNSLRFTDYIETLPTQTDKEVNLNLTYAVRDGIICHCGEVKSKPL +FPRKENVDLNLISRPGEISPYTWEGCVVKISDKISYLGRDIEDALTLKILNENQIKELNN +ITKKFNIPDFDKINNTVIVHNLVTNLCENSTVDNGIMLSPDYSEFMDNIKAFCYKNIYFH +SRLNNFQKYVELVLNTILNTLESIYEGENTLNKLNEWLDIYPTLCDSFSKWLIKYSINYK +ENIRGSKYDNIKIYQLNNIDDYYQLIVDYVSSMTDAYAIKIFNEILSF +>MGYG000000001_02634 hypothetical protein +MKFVEESFITNERLSLAIVDKRITIDMENKLKNYDINIIKTPSCDDTYNAIKHHPDISVC +KLDVNNIVVAPNVYDYYNDILSNYNFNVIKGNSTISKKYPNNIQYNVAILGNYAIHNFKY +TDNIILEYLDKFNIKKINVKQGYCKCSICIVDENSIITSDEGIHKEVIKYGIDSLLIEKG +YIDLFDLDYGFIGGCSGLISKDTLSFFGDIKKHPDYNRILEFVNKKNKKIISLSNEKLLD +LGSLIPLCTI +>MGYG000000001_02635 hypothetical protein +MDPIRIKPDEFKLNNFINYYNDNYEELLEEYPNNISRICLVDKDYMDVVTFDEDYEDIED +AQDYIDLLLNEEYALHFVIGKTTENQETVEFINGKTQSLRNYIDDAYEESSVKDIGDLNL +DLDHLIGLLFDFEEDDIVISVVNFEHGGEMSTPRIIEVDDCGDLEESISKFIARFM +>MGYG000000001_02636 hypothetical protein +MKRKLLMTAATLTLMLMPCLNTKSYAAENTSINIEQTKQGYVNASTVNFRAEGSLDAKVY +YTLDKNEDIQIVSKESDWTKVIHNNKPGYVYSKYISEKSSTTSNIDYKTMNVTATAYAGD +TITSTGTTPKWGTIAVDPSVIPYGTKVYIPEFGKVFIAEDTGSAIKGNKIDIFMDTEEHC +NTWGVKKIDIYVLS +>MGYG000000001_02637 hypothetical protein +MNNKRLQFIYSPKFNEKGIIIRSLFFLIFDVIIIKLLFTYSNLKNVIFYINLRLTFTTVF +YLIRMIKYFFVFIKHRLDVFIIKNNPELQDDLYKDYNLIKDLIDNSIKDIILAVEFFVLS +YLFSYACSIYKSILLDFNFSSILITNTLYILFVGLISYRMEIKYKDSEDKHNVLMFLSSS +DKL +>MGYG000000001_02638 hypothetical protein +MENKNTNSNAKLALNMMKMEIANELGYDYNQVTDKIESNAPQNTLEGIAKNVLAGEQVGG +NMTKNLVEMGEKALLNNYNSKN +>MGYG000000001_02639 hypothetical protein +MFSAQLVEWIGYLASILIVISLMMTNILRLRIINTIGCVTFVVYGLLVGAYPVALSNFAI +ILINMYNLYKLKNQN +>MGYG000000001_02640 hypothetical protein +MDVMDLSFLQSYYIPVIAGICLCIGYIIKSSFDFIPNKYIPLTVGVLGLLTNIAINKTVS +DDIVLGRLFSGLSSTGMYEMFKNIIKG +>MGYG000000001_02641 putative protein YgcP +MKDLLEVNPIIGAIKNDECIQKVIDSDCEVVFLLNGDIMTLKEKVDLLHKHNKKVFIHID +MITGISSNPIIIDYLKKESNIDGIITTKTNIVKRAVELKLNVIQRFFFIDSISLENAIES +LRKVKPQAIEIMPGILPKVIKRINEEFSNLPIICGGLIDEKDEIIKVLSSGAMAVSTSKF +EIW +>MGYG000000001_02642 Glycerol kinase +MSKKYIMALDQGTTSSRAILFDKEGNIIATSQKEFTQIYPKPGWVEHNAMEIWGSQSGVM +REVLETNSISPNEIAAIGITNQRETTIVWDKNTGKPIYNAIVWQCRRTSEICDEIEANGY +KDMIKDKTGLILDAYFSGTKIKWILDNVEGAREKAENGELLFGTVDTWLIWNLTRGKVHV +TDYSNASRTMLYNIKELKWDDEILELLNIPKSMLPKVKPSSCIYGNTDEQMLAGAQIPIA +GCAGDQQSALFGQTCFEEGSAKNTYGTGCFMLMNTGEKPVESKNGLLTTIAWGVDGKVEY +ALEGSIFVGGAVIQWLRDELKILYNAKQSEFYATSVEDTNGVYVVPAFTGLGAPHWNMYA +RGCVMGLTRGANREHLVRASLESIAYQVKDVLHAMEEDSGLKLVGLKVDGGASANNFLMQ +FQSDILDTNINRPKVVETTALGAAYLAGLAVGFYSSKDDIKNSWIIDKEFKPNMEEAKRA +NLYKGWKKAVQRSLDWAKEDEELETAEC +>MGYG000000001_02643 L-2-hydroxyglutarate oxidase LhgO +MYDIAIIGAGIVGSAIARELSKYKLNIVVLEKGVEVCQGTTKSNSAIVHGGYDAKEGSLK +AKLNVRGNELYPKLCEELSVDFKQIGSLVLAFSEEEHKHIESLYKRGINNNCKGLKILSK +KETIALEPNVNDNVVSSLLCKSAGIVCPFNLNVALMENAITNGVNLSLQSEVIDIKKEDE +YFNIKVLNKDDIKAKYVINAAGVYSDKINNMIGGNEYHITTRKGEYKILDKSEGKIANHV +IFQCPTEKGKGVLVSQTVHGNLIIGPNANAVEDREDKSTTKEGINEIVEQSKRSIKGIDF +RKTITSFAGLRATPNTGDFCIFASKIAKNFINVGGIESPGLVSSPAIAEYVVQILKEEGL +DLIDNEDFNPIRKKEKPFSHMTKEEKSELIKKDDRYKKIICRCENVTEGEIVDAINRPCG +ARTVDGVKRRVRPGMGRCQGGFCGPRVIEILSRELNIPVEDILKDYENSKVVVGKVKEMR +GDTVEI +>MGYG000000001_02644 Ferredoxin--NADP reductase +MKYNVVVLGGGPAGLGAAVEAKRNGAKSVLIIERDRELGGILNQCIHNGFGLHEFKEELT +GPEYAGRFIKMAKEENIDYMLNTMVLNITESKAIKALGEEGLLDIEADSIVLAMGCRERT +RGAIDIAGYRPAGVYTAGAAQRLCNMEGYMVGKEVVIFGSGDIGLIMARRMTLEGAKVKA +VIERKPHSSGLNRNIVQCLNDYNIPLKLTTTISYIHGKERVSGVTINQVDKNKNPIKGTE +EFIKCDTVLLSVGLIPENELSVDVGVKLDRKTSGPIVNNTMETNIDGIFACGNVVHVHDL +VDFVTKESKIAGKNAALYSLNKLNINETVKTSPGEGIGYIVPQNIDTKYNDDINLFMRVK +NVCKNKKIVVRDGDKIILEKKRKHMIPSEMESININKELLKQITGNISVSVEEA +>MGYG000000001_02645 hypothetical protein +MTELICIVCPVGCHLTINKNEEGFKVGGNTCKRGEKYAIEEMTNPRRVITSTVKLQNSYL +HLLPVKTEDTIPKDMIFEIMEELNKIEVSAPINAGDIIVENILDTGVNVISTKNIEAC +>MGYG000000001_02646 hypothetical protein +MNEVYNIGIDVGSTTVKVVVLKNDEVIYKEYTRHYSDVKKSVGNVLKNIYKNLGNIKTSI +LMTGSGGIDIANDINVKFVQEVIASTKAIETYNPNVDVVIELGGEDAKITYLTGGIDQRM +NGICAGGTGAFIDQMASLLKTNANGLNELAKNYNVIYPIASRCGVFAKTDIQPLINDGAS +KSDIAMSIFNAVVVQTVSVLSCGREIKGKVAFLGGPLYFLSELRKSFIMNLKLEEDDIIF +PQDAQLYVAIGAAILSQEEKTIDLSNLINNLEINNNNFNTNQKELEPLFNNEQEYKDFIY +NHDNTVNYKDITTYKGRCFLGIDAGSTTTKATLIDEECNILYSYYGSNEGKPLDAAIYIL +KEIYSKLPNESEVVYSTVTGYGEGLIQKALNIDKGEIETIAHYKAAKYFNPNVDFILDIG +GQDMKCLKIKNGVIDSIILNEACSAGCGSFLETFAHSLSMTIEDFSQKGIYSKDPIDLGS +KCTVFMNSKVKQAQKEGASISDISAGLSYSVIKNALFKVIKLHNISDIGENIVVQGGTFY +NNLVLRAFEKLINHKVTRTSICGIMGAYGAALISKEEYKEGYKSTLINKNELKSINYTSS +VHRCKGCANKCLLTINEFNNNEKYISGNRCETGELLYTNKKSKSKEELNLFKYKYNRLFK +YKPLNIENAPRGEIGIPRVLNMYEDYPFWFTFFTELGFKVTISNRSSKKMYEKGISSIAS +DTVCYPAKLVHGHIENLIEKNIKNIFYPSVVYEVEDDKTSDNHFNCPVVISYSEVIKNNM +ENLKFKNINFINPFVTINNKSKLKKVLYKEFQKYFNIQKYEIDKAVDMATKEQESFKIDI +RNEGEKALKYIKENNLKGIVLSGRPYHLDPEINHGIPELINSLDMAVLTEDSICHLSNLK +RPLRVVDQWVYHSRLYKAADVVKNTNYLELVQLNSFGCGIDAVTVDQVQEILQEKGKIYT +VVKIDEGNNLGAVKIRLRSLKAAIKERELNNIKVEDIEEKRIEYKRSPKDPLKNTILVPQ +MSPIHFELFEEAINLSDINLKVIKDLSKDVIDEGLKYVNNDACFPAIITIGQLIKALKSG +EYDLNTTSVAITQTGGGCRATNYIGFLRKAIRDAGFENVSVISLNVNGLDGLNITKKISL +KLINRLFMSCIYGDLLMRVLYKVRPYEKNKGSSNELYRKWMNNCKDSLKECKVSKFKENV +KRIIQDFDNLEILGISKPKVGLVGEILVKFHPIANNNLVDIIESEGAEAVVPDLTNFFLT +CAYNTIFKNKYLEGSFRNKLTGEFFIKIIDMYQSVYKKELDNSSRFSSPQHIKVMAENTS +SIVSLGNQTGEGWLLTGEMIELIHEGINNIICMQPFGCLPNHIIGKGSIKELKRIHSSVN +IIPIDYDPSASEVNQLNRIKLMLSKAFKTMESPNENSNNNINMSINEYKKYTINLEKLKV +EN +>MGYG000000001_02647 Na(+)/H(+)-K(+) antiporter GerN +MLSYKFLLDLALILLSTKVLGLITRKFQMPQVVGALLAGLILGPAMLNILSETDFIIQLS +ELGVIVLMFNAGLESDLEELKKTGKASFIIASLGVIIPLIGGFAIAHFYAIPELSEGTSG +TVFLQNIFIGIILTATSVSITVETLKEMGKLNTSAGTAILGAAIIDDILGIIALTVISSL +TDTSVKVGFVLMKIAGFFIFAIIVGFISYKIFKAWSNYENRDRRRFIIASFVFCLLLSYI +SEEVFDVADITGAFIAGLVLSNIDRKEFISNRLNIVSYALLSPVFFASIGLKIVLPAMDF +NIVMFAVLLTIIAILTKIVGAGIGARLCKFSPRESYQIGVGMVSRGEVALIVASKGAALG +LISTSMLGPVVIVVVVTTIIAPILLKLAFREKKEKVVIETNASR +>MGYG000000001_02648 3-oxoacyl-[acyl-carrier-protein] reductase FabG +MNKKTVLITGASRGIGKAIAKLFAENNYNVVINYNKSEDEAKELQNYLTNKGYSVRIFKA +DVSNINEVNSLVNYTIGQFEKIDVLINNAGISKTNLFTDISYEEWNEIMNVNLNGVFYTT +KKALQYMLPEMSGKIINISSIWGMVGGSFEVHYSASKAAIIGMTKALAKELGPSNINVNC +IAPGVIKTDMLNNVSEDTLDALKEETPLMKLGSPEDIAKCALFLASEGGDFLTGQVISPN +GGFVI +>MGYG000000001_02649 Peptide deformylase +MIREIVRDNKKLMIKSVEATINDLYIIDDMIDTAKANNDICVGLAANQIGESIRIIVVEM +GGFFVPLVNPKIISHSKTTYEVEEACLSHEGTKETTRYHSIEVEYCDRTFTKKKQNFSGF +VAQVIQHEMDHCEGILI +>MGYG000000001_02650 hypothetical protein +MKNKKMNTETEELVLDKYDDQFHQIKDALDIEESTDSETTDIVGFRVINSNNPYPEGKRI +DDRND +>MGYG000000001_02651 hypothetical protein +MNKKLLTLITAGILSLSLVACSSGDGEKVESGSGAPVEEKKEETPKEEAKQEEVILADDD +VVKIVVTEKVNDEVFGPTYKFLIENKSDKKITIQSRDTSIDGVMSEPVFSVDVMPGKKAN +GDMTFMDVESLDKLKNLEGKLVVLDEDFNDVSSYNITIE +>MGYG000000001_02652 hypothetical protein +MAKKQSLKLQVSFKENISDIEIYNFILEKGKIMGISSYIKTLVAKDMESDNKK +>MGYG000000001_02653 hypothetical protein +MLFTVNEVKTYTFKEFKEIQENRKIEEKYTKEDLNICERILEHIKTNKVMYGKLVLTTAI +LLYLNVNIGYAVSIEASIDTTFNQLIELIKSFAKWGCLGMGLKRSIEEMLSGANFKQAST +AGVQYWLCFIFIQFYPKLFEMIKM +>MGYG000000001_02654 hypothetical protein +MFSKIESWLMAKGDLIVLSIDKFSFKVCLLVGLVALVLSVFGYSKGKKIATISPAVYVIL +QIFMKVWFGV +>MGYG000000001_02655 hypothetical protein +MMKTKSMKLSDYFEVKKAKYTYIQVIPSKSCRNTSTDKILVLANTMYKKLDKLIRIENRK +LIIESKLKLSYYIHITKSSTEFYFIVPSVFLNQFKVKLSEIWKNVEINKVNSLPIDINSC +TKYQLQYKLNDVLSLNIDKKSNSLLNANLSVLEILQDQESVGLFYNFMPMSQKEQNYFKI +SSQETLNNFKKGMNLKKNKNIVDLGVITLKFLIDFINGLLNAFLSTSKTANDTFISIEKP +TSTSTTRKCKNDIIKTQALIIAKSNNKDRENQLCTATYNTFSSVNGDNELEIVEVKKDID +IEKQDIKVKSNYTSTIEAGKFVNVAGKSIIEQYNNIKHNKVLELKAPKCLEQGEVRIGEV +KCKDNKQMTYYSTDEQMKRLGRVLLGPMGAGKDYYMVNMAKDIIKANRGLIVLDYIDQCQ +LANNIKTITPPDRLVEIDCTNPKLLQTLSYDEYKYKENDSEYEKVDTCMQKAQQYNMLLD +TINDVNSSLTPRMLRYLNAAATIAFRVNQYSSFKDIIDVLKNPTKRDAIISELPTEAIEL +LQDEIDDLEELSKRDKKGNVENVDSKIDGILDRISKLKSSSIFTKLAYINSSENNVDFIE +AINQGKVILVKIPAKKFSKNMRSLLATFFLQKIWIAKEQGATLKQTELFINEIHQSYHCQ +LLMEDILVECRKFNLTPTLAMHYLSQGTKKLKESILASGSSFLLMSGCDVKVYQELSHYF +EKDGYTENDLAELDRYNALCLIKNEEKQYSSFIAKLPA +>MGYG000000001_02656 Pyrimidine-specific ribonucleoside hydrolase RihB +MQKRKVIIDCDPGIDDSLAILLAVNSPELEILGITTCSGNVEAKMGAKNALKTLQICSSL +NIPVYKGEDKPLKRALVTAQDTHGEDGIGENFYEDVAEYKIKENGVDFIIDTLKNNKDVS +IIALGPLTNIAKAIMKDKKAFDNLDEFVSMGGAFRIHGNCSPVAEFNYWVDPHAADYVYK +NLPKKIHMIGLDVTRKIVLTPNIIEFINRLDKDISKYITEITRFYIDFHWEQEGIIGCVI +NDPLAVAYFIDRSICSGFESYVEVVDDGIAMGQSVVDSFDFYKNDKNAVVLTDVDDKKFM +YMFLKRLFKGYEGVIDSVKGVI +>MGYG000000001_02657 hypothetical protein +MKSISIKNISLVGLGIAINVVGAFIAYTLKLPIYLDSIGTILIAAILGPKYAMISGVLGS +LVSGITFDVYSLYFSPVQITTGLLSGIMFKKGLLNGRKTPLGTFIFVLPTSIISAMIAAV +VFGGVTSSGSSYIVQALEVLSIGNLFSNIFLTQILTDYMDKFIGVVLVNLGINAMPKNLR +TSFIASK +>MGYG000000001_02658 hypothetical protein +MDRYSTIENKNQREIVLLKGFPCVWGKCSFCDYIDDNSDIEDEINSINFEVLENITGKYK +VLEVINSGSCFEIPKATLIRIKKIIKEKKIEKLFLESHWCYKNKLQEMRDFFEIPIIFKI +GVETFDYNFRNVVLNKNARFKSVEELKEYFDSPCMLVGIMGQTKEMIDNDMDIILNNFNH +ATINVFVNNTTDIKRDEELVAWFIEKYKFIDENTDFEVLYNNTDFGVGD +>MGYG000000001_02659 hypothetical protein +MKGNERLEKFLQLQNKNISFENISKEIGISPVTLRRFLNKMGYKSENGKYVLTSEIEKNE +IVKTNKKDNKGLLNKRATKKTTKKEMQISFDNLEEKSKKANNSKKNNVSKIKSKKDRKIN +ITQEDLDKICEVYDWYLEVKDYKSMKPRKTSNKKDVIIEDKELKDVKGTSIKVDKNTWEE +FERLCSNSEFSKQQILTQALKDFMKEYKHLL +>MGYG000000001_02660 hypothetical protein +MKNILKILLLIITIIGLVACKGNKIQNNGEVLLNGSLVKKDEAKALQIEAFDEYTRDSNG +VVVNRVENIANFDVSNIWIVYNELDKEGKIISESKMFLDMTLNPGDIFNASFKLKESGEN +ISITSYEYMTSEEDVTINLKDGSVYSVNIDDKEEDSSPYEVLAFSDAKKVDDADDGDTYI +VKVKNNSSKSLGNITLKIGEINSKKEYIGVNHESSYSALKPLQEAEIMIKVSNHTEKIKV +IGYVYDDIDEKSNIDIDLTSHKAQINKN +>MGYG000000001_02661 hypothetical protein +MNDDKHNQYELDYEQLNSLLANPEFASWYFEKMSDKTNEDVSISDFVDILTNYSNNQLQ +>MGYG000000001_02662 Response regulator MprA +MKILVVEDNKKLLEGIVKEISSHFQCESCEDGEEALYLIKQDIYDLVVLDLMLPNLNGLD +ILKKMRDNYIDTPVIILTAKESLDDKVGAFSIGANDYLTKPFYMEELIARIYAILRTNGK +INDKNSLDFKDLHLDLSKKRVFINGDEINLQNKQFGLLEYFLLNKGTILLKEQIYDRIWG +VESDATIEIVEVYVSNLRKKLGKYGYDKYIKTKRKVGYMFDDK +>MGYG000000001_02663 Adaptive-response sensory-kinase SasA +MINKNVFTDTKQRLIKINLLVVGGFLLIFSIFIFFYFKELTYTNIDSKIEEELESISVQF +NRSSMFNPIILEDPRNMVYVYENGTIRYYTENRYFENIYPEINNSKKDTFFTWLNNGYTF +RVLNLNIGKYTIEIIRNIDSEISSLKQLVFSLIIGILISLIVAYFIAIYLTKKALVPIET +AWNNQAKFIQDASHELRTPISIISSKLEGMLKHPENTVNDEVETVADAMRETRRMKKIIN +DLLSLTKEDYISTMNFENIDIENVVYEIYRDYEEIAEMQDKKFIFKSELENKIIVTDKNK +LRQLVLIFVDNAFKYTNEYDGIFINLKEEDNNIKLSIKDTGIGIKEDEIKYVFDRFFRGD +DVRSQDIDGSGIGLSIAKMLSINLKYEINVDSKVGEYTVFEIKIPKVKK +>MGYG000000001_02664 Thioredoxin +MAKIIKTSEFRSEVEEKQGVVVVDFFATWCGPCKMLAPVFEALGTEMDGKAKFFKLDVDQ +SLEIAQQFSVSTVPTMIIFKDGKVVDKMIGFIPKEQIKAKVESYL +>MGYG000000001_02665 Thioredoxin reductase +MRYDIAIVGTGPAGLSAAINAKIRNKNIIVFGNENLSNKLTKAPSIDNYLGFYDISGVDL +KDKFLEHVKSLDIEICEKRINNIYSMGDYFALMSSDSMYEATTVILATGVEYGKPIKGEE +EFLGKGVGYCATCDAPLYRDKKVAIIGYNKESEEEANFLSEIASKTYFIPMYKNESLMRG +NHELDTSIEVINDRPIQIQGETLVNKVSFKEKDIDVDGVFVIKDSASLKSLVPGLYTDGP +HVIVDINMKTNIEGCFACGDCAGKPYSYIKSAGQGQIAALNAVSYLDKLKMEARKKEKLE +QK +>MGYG000000001_02666 hypothetical protein +MENISKVFKALSDETRLNILVLASKRNICQKGISKFLGISDSAVSQHIKILKEAGILKGI +KEGYFVFYSVDKEAFNQCVSFINFIKGDPIDIFIENENLNSINNIGCKSNCKSINKCCKK +GGF +>MGYG000000001_02667 hypothetical protein +MKICVPVEANKGLESKPYGHFGSAPLFVICNLENQEVTEINNQDLHHEHGKCQPLKALQG +NVVDAVIVGGIGQGAIMKLNSMGVKVYKSQGNTIKENIELYKENKLEEFPSNHTCSHDGC +GHH +>MGYG000000001_02668 Tyrosine recombinase XerC +MTNIKSSFIRKRGNNYNVYLEYIGENGKLKQKSLAKYDTKKEAEKHLIDLKSSINNNKFI +ISKDITFVERYKKYHEDPSKNFSPTTLYRRESTIKVNLEPFFKDTKLKDVTPSMLQSFIN +AMFAKYTKSGAEPITGVVKAVLNEAYRLKEINENPCHFVKNPPALRESRESFEVYDKDEV +KNVINKLEGTNIEIPILLMLTMGLRTGEVCGLRWQDIDFKNNTISINQVLIYVKNEIKFK +QPKTKGSIRTISAPQELMNKLKKWKSKHNEYRLSSILEYEDLVCLNSKLTPFIPASLRER +WKSFTKRNSIRYIRMHDLRHTHATFLVLSGTDFKTISNRLGHTDIQITLNRYSHVLKEMD +TKASDNISNLMFK +>MGYG000000001_02669 LexA repressor +MDTFGKRFKEQRKLKGLTQEELANMFHLKKSSISRYEHDKQMPEIGLLKQFANFFGVSLE +YLVPDKKTDDADLFNLKGDVKFLKKIHESEMVKIPVLGVIKAGVPILSEENIIDYEYVHQ +EELMQGENYFYLQVKGDSMINARIYEGDRVRIKKQNFLEKDGDIMAVRVNGDEATLKRVY +RQENGLVLQSENPNYPPMFFPVSDIETGYVGILGKVVKIEINL +>MGYG000000001_02670 hypothetical protein +MTKTAKELKMLRIKHEVSQEYLAQQLGVTKASYSRKENGKITFSLEDVKKLKKVFKLTTE +EVEKIFF +>MGYG000000001_02671 hypothetical protein +MNGIITMSNENIVNMTSVEVVNLINNFREEEGNTIKKEHKTLMRDIRNEIGALKEVGIIN +ENNFVPVKYIDAKGEERPCYKMNKAGIMQMLNKESALVRYKTQQYIEVLENKINQQHKPL +TTMELLELEFKAIREQDQKIKEVKQELDEFKLDIPLFQVECKELQAEVRKKGTKCLGGYK +SVAYKDNSLRGKVYADIQRQLKREFGIERYEAIKRSQYEVAIKIVSNYKLPLVLEEEVKL +KNNQLAFA +>MGYG000000001_02672 hypothetical protein +MSKKVKTTNTNMEIKCTTHLVVDINSFRFIFDEEMPH +>MGYG000000001_02673 hypothetical protein +MKKVMTAKDIQEILGICEKTAYDLIRQALVTGSMFKVIKVGRLYKIPSQPFFDWLDSWEG +C +>MGYG000000001_02674 hypothetical protein +MDQLKKVRQLRIEAYNEYLNFKSKMANDRTMFTEDKELLVKAAYEKYKEIEAEVDAIEDM +IELEILERDTIQSMKCPY +>MGYG000000001_02675 hypothetical protein +MEKTISLYELSNDLLELMDIEDCEINEEVKSQIIEQIETMIEAKSENIIAVIKNYEATVN +AIKEEEKRLATNRKVIENKVSRLKEYTKECLEKTGKKKVETKLGNISLRKKPVSVIIEDE +SLVPELYKTVKEVVTVDKNTIKDFLKKGMEIEGCRLSEEDYNLTIK +>MGYG000000001_02676 hypothetical protein +MGKIIDLIGQKFGRLTAVEFSHANRTKYYWKFKCDCGNEIITRADTVKNGRVKSCGCLNE +EQLRSYKNKEKLLRAAKMDCYKNTKICTLKSKLGSTNKSGYKGVYWDESHKKWRAQINIQ +GKRYHLGRHSRLEDAIKARREAEEKYFKPLIEEYENGGQINE +>MGYG000000001_02677 hypothetical protein +MNNTVVKQSALTLAEFTTETGQVLTADTVKNYLVSGNGAVTDQEVLMFIELCKAQHLNPF +IREAYLIKFGSSPANIVVGKDVFVKRAHRNPDYEGMRAGIVVATKDGEIKEREGSLKAPG +EELIGGWCEVYVKNKKHPIKSLVSLEEYSKSQATWKQMPMVMIRKCAIVTALREAFPEDL +AGMYDSAEIKNVPDKLPEKEVKVGYATTGQKQGIMKLASMKGLYDYETPKDISKMQEFCE +SNGYCLKELKFDEVDIILDLLFKYEPKEEVVIDTEFKEVAEDDGQVTLEV +>MGYG000000001_02678 hypothetical protein +MYNNDVRTNAEKKITIKEILLDKYNEFKKKNVA +>MGYG000000001_02679 hypothetical protein +MIKTIKLEKKGLDNIKLLSGAQLKYIAFLSMLIDHVNKALIYPILDGGLLLEISDFFDVI +GRIAFPLFAFFIVEGFFKTKSRKKYLANLLIFAVISEIPFDMFFSRTFFNTRANNVLFTL +ALSLITIWIIDILKSKLKNKPSILWYFSSVVLILISSFISMQFGLDYEHYSIIIVYLFYI +FYNNLVIGCALGYLTLIKTLWSILGFGLVLTYNGKRGNQNKIINYWFYPVHLLILGILRM +YFKI +>MGYG000000001_02680 putative ABC transporter ATP-binding protein +MSILALNKVNYSYKNGKKVLNDVSIEFEKGKFYTILGVSGSGKTTLLSLLAGLDEPSSGQ +ILYNNEDIKAKGYENHRKNNISLIFQNYNLIDYMTPLENIRIVNSKADKRILNDLGLKDD +EINRNVLKLSGGQQQRVAIARTLAANSPVILADEPTGNLDSDTEDEIIEILKKNAHQQGK +CVIVVTHSKELAKKSDVILELKDKKLTY +>MGYG000000001_02681 hypothetical protein +MNAFKRSILYITRKKKKSLIMLFILFGIATAVLSGISIKKAATVARQDSNKGISNIFELQ +TNLATNFDGLIPESLVNKISKVDGIKNYDGIIGGSGMDFKNISSVDPANNMIQYNEEEYK +HLFSVEGHTSTQYDTKFTSKSLRLVEGRHLVATDKNKVLIHKALAEKNKLKVGDKIKGTK +NTVDYRATSDSPNEYDLEIVGIFESENTKREGSQLEIPENLIISDINTLKTLYGYSDGQI +QYTSAVYNTSKNVDDVISSLNKISEDWSLYTILKSEDTFLALSKSFDAMEKIINIILIGA +IVVGIIILSLVLAFWIQGRVHETGILLSVGVPKFKIISQYIIELLLIATIAFGASFFSSK +AISQSMGNAIVSQASKQAIQEVQQGFGGFSLGADANSSLATQTADEIDVDVELKEVAYVY +LIGTAIIITSVMISSRSIIKLKPKEILSKMS +>MGYG000000001_02682 putative siderophore transport system ATP-binding protein YusV +MSLDIKDLVLGYEDKKIVNNINLSIPKGKITILIGANGCGKSTLLSGMSRLLTPKEGSVL +LDNVSIHEYKPKELAKRLAILPQGPIAPEGITVKELCYFGRNPYKSIFGTRSQKDEEMVN +WAIRATGLEDFENRQLDSLSGGQRQRAWIAMALTQDTDVLLLDEPTTYLDLAHQIEILEL +LKDLNNKTKKTIVIVIHELNHAARYAHNLVCMKQGNIYSQGEVEDVFNEDMLRDVFGVDS +IVISDPITQRPMCIPK +>MGYG000000001_02683 Fe(3+) dicitrate transport system permease protein FecD +MKNKNTLIFTISIVMLLVISFISLLFGSKSLNISNVFDAIFNYSSSRYSFIVFEYRIPRL +LIAMIVGMSLAIAGAIFQGVLRNPLASTDVLGIGKGAGFFACLVISLNLKSSISIAAMIG +GLMVGIIIYLLTKKTNFKNTSIVIMGIAMSALFDAGIQYLNISNSANVQTILLWLTGSVW +GRYWDEVQILIPYVAIFVPLAIILANKIDILSLGDKVAINLGENILLLRVGLLLIGIILT +ASSVSVSGTIGFVGLIAPHIAKTLVGYKHRLVIPLSGLIGANLLVISDIIGRTIISPMEI +PVGIVTAIIGAPYFLYLLLRKKAN +>MGYG000000001_02684 putative siderophore transport system permease protein YfiZ +MDSVKKSKFIGFAFAGIFAVAMLLLIDILIGMSHIGIKEIIDSIINYSGSKQDLIIRTVR +LPRVLLCILIGASMAISGLIMQNLTRNPLASPQILGINSGATLSVVVIMVFFPLLGYKAK +ILGAFLGAGVIGLFVHVIGTVKNLSPLKITLVGISIQLFLSSITKSIMLFNESKTSDLVF +WMIGGVHHAQFIHIMAILPWFILSIILTILISNSMDTLKMGDSVAISLGENVKLTKTVAT +IVVILLSSSSVAIAGPISFIGLITPHIISKLGGRNFRQNFILCGIYGANLLLLSDIISKL +LKYPYESPVGTVTSFIGAVFYIFLANKEMKRGGVSEK +>MGYG000000001_02685 Fe(3+)-citrate-binding protein YfmC +MAIADDGESNKVTDVTNGEKIDYVSVGDRKEPNLEELSSMDLDLIIADTSRHSEIYEDLN +KIAPTIVLDSIDSSYDEYIENFETIAEIVGKEDVAKAKIEEAEKVLSDVKDKAKDKVSDE +EVLTVSPKNDEYTAHTSSSFVGQVLEKAGFKNAIQSDDREASLSLEQLVEINPDIIVYMR +DDIDTTIYTQWKNTQLYKSLDAVKNNKVYTTVARGPWTQYRGFISVNTLTKEMSGWLLNN +>MGYG000000001_02686 Bacterial hemoglobin +MLNQKTIEIVKSTVPVLKEHGLEITKTFYKTMFTNNPEVKEMFNMDKQESGEQPKALAMT +ILAAAQNIDNLEILLPAVKKIGSIHVNSNVKAEHYPIVGKNLLLAIKEVLGDVATEEVLN +AWAEAYEVIAKVFIDVEKDIYIDKICRDNQIHQRM +>MGYG000000001_02687 hypothetical protein +MKKNEKRLLILGIMLVIAFTIWTLLIKTVDVEPLGQNGTDIGFATFNCWFHKLTGVHMTI +YTITDWLGLVPIFICIIFGGIGFVQLIKRKSLFKVDCDIILLGIYYIIVIGYYLIFEMIP +INYRPILIEGFMEASYPSSTTLLVLSAMPTLIY +>MGYG000000001_02688 hypothetical protein +MDNYKDIIQISGCELARPYINRQVYNKYYDLDIALLRGTLFPELDLVESNNYNEWLYKNP +KNRVMAKKECKK +>MGYG000000001_02689 hypothetical protein +MKSNKKELLNRLLEYQFACIELNLYLDNNPHDENALDSYNTYLRKFMQTKEAYECEYGPL +TNFGYVPGSSPWQWVCNPWPWDNEFYN +>MGYG000000001_02690 Manganese catalase +MWIYQKTLEYPVNIKNSDPRMAKLILAQLGGPNGELAAAIRYLQQRYTMPTGKSRGLLTD +IGTEEMAHVEIISSILYQLTRKCTPEELKAAGFGPNYATFGHGLQPVDANGVNFTTSYIN +AFGDAVTNLHEHMAAEQKALATYYQLLNLTDDCDLKDVLRFLGQREIVHYQRFGEALMDI +YEFTECKKQF +>MGYG000000001_02691 IS1182 family transposase ISCpe5 +MRLLSLMMEELDYKKLYEAYSQNGRNPAVPPKILFKILIYAYMNDIWSSRKIELACKRDV +NFMWLLEGFKAPDHNNIVRFRTGRLEIILDDLFNQFIIKLYENNELELKNLFIDGTKIEA +NANKYTFVWKKTVSKNEIKLGEAIKLFIKNINDKFNKNFSIVENTLKCKLLNEILEFLNS +IKLSSNIEFVYGKGKRKTELQKLIEEANKYLERQSKYDLYNSIFNGRNSFSKTDIDATFM +HMKDDHMKNAQLKPGYNIQIGVEGEYIVGVDISSERSDQLTFIPFLDKLGESLPAKYENI +IADAGYESEENYVYLEENNQKSFIKPQNYENTKSKKFKNNIGKRENMIYNKIADTYTCAN +NKELKFIATTTRKSKSGYISKAKIYECENCNDCPIKLKYTKAKGNKRIQVSPVFITKRKQ +SQDNITSEFGILTRMNRSIQVEGAFAVIKENHNFRRFLTRGKKNVKVEFTLLALAYNLNK +LHNKIQQNRLGVTFYTKAIA +>MGYG000000001_02692 Adaptive-response sensory-kinase SasA +MDIKRGKSLYMIFLGYLISFCILSIIWIFSLVAFINISVNKDIIKPANYMENQVEKLKLE +AKQGLKFDSSKIPYSSNYIFFDNKNKVVKANTNEDETKNINKYLNGEKFSSKYVYDKIIF +KDGTCIIGYDIKAHFTSRILHDLIPYPEKLLIVVFLTGFIFIALIIAIQFGKKLKKELYP +LKLSTEKIMNQDLDFEVKNSDVKEFNEVLISISNMKIALKESLMMQWHMEKEKKNQICAL +AHDIKTPITIIKGNAELLKESQLCQEDREFTDYIINNADKVEKYISILIDISKSPLEKNE +TKEAIDIDKFVEELKCELYALCSLKSIAVSNKMSYKTKIIIGNKELLMRAIVNIMSNAVD +YSHTKSEIEFVVSEKEGMFIFTIRDSGRGFTEGGLKNATSQFYMEANERKVGEHYGMGLY +IAESVAKKHGGFVILKNREDKVGAEVSLMINTKV +>MGYG000000001_02693 Transcriptional regulatory protein WalR +MNSINILVVDDEIEICNLIKSALKKQGYAVTVRNNAIDISKEELNKFDLILLDVMMPTVD +GFTLCRYIRDEVDCPIIFITAKTMEEDILEGFSIGADDYIKKPFSILELRARVEAHLRRE +HREKQQVLSTNELKFNLKSKEIYFNDEKILLTKGEYKICEYLARHKGQVFTLEQIFIEVY +GFDKDSDSSCIREHIKNIRAKLTKYIESPITTVWGIGYKWI +>MGYG000000001_02694 hypothetical protein +MPSFINYIKIDFYKFYHSKIIKVHFIIPVLAMIPFLSYYSVSPWNELDKVISYIQIISMS +FPLIISIILNMVYEQEECGGFQYFLTTPNKKYLPHFSKLISIIILGLVSTLIAILGFGIM +FYIMGNDSIEISFYYKETLIVFSSNILLYMIQYLVVFYFGKGASIGIGIIGSLISALMLT +GLGDGIWQVIPWAYSMRLSSYFILYKENILIQNSEIIQGIFIMIIFIAITFISQLIFSNH +WEGNRENY +>MGYG000000001_02695 hypothetical protein +MNKILQSEHLKQKHTFQKKLIYLAPLVSIAIAFVLMGGYYIQKSAYNWWYTLILPGSFTM +ICSFIISNDRKRKFNGLFSVIVDKQKIWYSKIIISTMYLGLSCLVFFVVITIMGFIFETA +IQVQNSLLASTILFITFSWQIPVLMYLTMKFSTGFTIIISILCNFLGGILLALTPIWWIP +FAIPSKLMCYVIRVMPNGLSVEAGAYPFDIKVILIGVLVTITLYIVTSYLTAKWFEKQEV +>MGYG000000001_02696 putative ABC transporter ATP-binding protein YxlF +MKYMIQTKNLNKSYKKQEVNKDISLLVPKNSIYGLLGPNGAGKSTLLKMLTGMINPTSGE +IIYKEKPWSRNDLLEIGSLIEQSPIYENLTARENLKVRTLLYNLPDSRIEDVLEIVNLTN +TGNKKAGKFSMGMKQRLGIAIALLNNPKLLILDEPTNGLDPIGIGDLRELIKSFPKKGIT +VIISSHILSEVEQIADYIGIIANGQLWYQEKVQEDIDLEKLFLEVVKKAGTKYE +>MGYG000000001_02697 hypothetical protein +MILQKEPKKSLIIRFINLIICIIILGIGLYSVSRLDYEISPVFILVSDLVVFLGGLLISY +MSYITRGIHLSKDKLTISYGIFAKKISIIKYGKVQYINIRENLISSRLNLCKGEIYILAS +LGNDMRTIGYYDECLFEKLGNKIINII +>MGYG000000001_02698 hypothetical protein +MKEKFRCHPSIILENLSGIITFFIILILPNLDDVTEILTKGGHIQNELITIGILGLLSFI +IIYNILIWSKTSISIEENTIIIKRNTIISKENTYGIKNISNINLEQNIFERIIGTYKVKI +DTDSLSIANDTDIEIVLSKEKAHEFKRNIMAIMDKEESFDAALDFKEDENIEYDLVYSNK +DVVNHCFYNLSTGAIIFNLAIILFTIFISEEIKNLDGILGIGLLILGYVIYILQLILGDF +FKYYKFSIKRLEDNLYISYGMFKKRKYTVPINRINAINIKQPVISRIFKRYSVDIVTIGV +GDNVAEGSQILLSSNKEDFMKNIKILLPELSLGEDYDFTKRT +>MGYG000000001_02699 hypothetical protein +MQSGILIQIKGRKNMKHEKISKSSIGCMFVATLVQVLIVTSILFVVYLIFKDRLPKIIKM +IMIGAVVLDILYLLISPKVRYQRYRYSITEDSIGVKEGFLFIKRSIVPIERLHKIAIEK +>MGYG000000001_02700 putative HTH-type transcriptional regulator YybR +MTDIKNLPECPVETTLKLIGNKWKVLIIRDLLTGTKRFNELMKSLDGISQKVLTSNLRSM +ENDGIINRKVYPEVPPKVEYTLTETGYSLQPVLHSMIIWGTEYKNNLG +>MGYG000000001_02701 Glycine betaine/carnitine/choline transport ATP-binding protein OpuCA +MTIYHIKKEYGEKIILENFNLSIEQGEFLTVVGSSGCGKTTLLKMVNGLIIPDKGQVLVH +GKCTQEVNLIELRRNIGYAIQGSVLFLHMTVEENISYVPNLWNKRDKNKTKIAVKKWMKI +VRLDEELLKGYPNELSGGQQQRVGIARALAASPDILLMDEPFGAVDEITRSSLQDEIIRI +QKEANITIIFITHDIREALKLGSKVLVMDKGNIQQLGTPDEILKSPANKFVEKLIEREVS +YINQ +>MGYG000000001_02702 hypothetical protein +MKGIRNLLKPAIFLIVGFLVIFSMKSNNIFRLQDKIKTSLEEGLKVVKITEERSVIKEKR +VVIDARIPKIHYEDDTVERYINSYVRKNINEFINQQIQLSDINNNGYKEDIEINYQIVYE +DESLINLIIYKSTKWGRKEFKLEKDSYVFDLKTGQRIYLDNFLKENEDYKDVIEKYIFSN +LKNSNSNEYKNKINIEKDTNYYISDGGINIYFNPYKESKSNDKYEFKIPYDIFKIKIKMV +KTDDIVANIDTQTINKKDKYINSVINIPIVMTENKQIEKSINDKIRNDIMDFYNKSQEEA +KKFLKDFPEDEGKFVANTNFEIKKNSNNMLSILVTYYKYSGGAHGDYNNIAYNIYMKNGE +FLNLSDLFKDEVNYKEVINNEIRKQIEDMAQKDKENAGVYQFTTISDNQKFYIQDDNIVI +FFDLYEIAPYAAGIPEFKINIKSLNHILKDDYVSIFK +>MGYG000000001_02703 hypothetical protein +MQDGFLTVSVIDSNTNRPIEGATVNIYTNPTESGESSTTVYSNLKSNISGQVTNLTLPAP +DIAYSQAPSDVKPYSVYTVEVIADGYDTVIINGTQLFPTIEARQGVPLNQRQRRRGSYSR +QNEVVFDIPPNTLWGDFPPKIPESDLKPLPAPTGFVVLDNPVVPEFIVVHDGLPENSSAQ +NYWVPFKEYIKNVASSEIYSTWPTQTIYANIIAIISFTLNRVYTEWYRSKGYNFTITSST +AYDHKFINNRNLFDTINVAVDDIFNTFIKRPPTARQPLLAQYCDGQKSQCPNQMTQWGSK +DLGDQGYDYEGILRYFYGDEIVFEKAPVVSGVPVSYPNETLQVGSNNKYVKTIQNQLNAI +SRSYPAIPKVREDGIYGESTAEAVRTFQSIFGLPQTGVVDFKTWYEISRVYVAVTKIASL +NPTI +>MGYG000000001_02704 Protease PrsW +MKIKILILAISPIVAFLFWIYLKDKYDKEPIHILIKYFALGILTSVLGIIVERFLININI +LDGMNLIIYTSFIVAGLTEESLKALMLIPNLLKEEYCNEKLDCIIYSVFLSLGFATVENL +IYILYESNELVLQVSLSRAIISIPAHIMFAITMGYYVGKYKFEENKFKRREYLIMSVLVP +ILLHGIFDFILIVKFRWSIVVFIVYIIFLWKINLDKLDKYMEISKIRFLRYIKRRQRK +>MGYG000000001_02705 hypothetical protein +MGPLNKEQEYVISKFLERYDYGGVLEILEESGIEDGDLYLLIKSCKYAVNFDFRSALKIM +QSMEFQSISRGDVQSLVTNLENLIEGEPEDLMSELIANIKIQIVNEEYIDFLGRLYRLKE +ALFKYIFVNTKENKKYKVCMHGKMVSKKNIQYTLKKKYNIYNGNLIHGVTNYINRYVKHT +KRMEKVLEILNGDKLENLIKLRNDSLVGHGFKGVSKEDIEYIYGNPMEVTKDLVKACELL +DLGINIDKYDHINEIAIQLIGNYANY +>MGYG000000001_02706 Signal peptidase IB +MKNVAFEWVKVILAAIVIAFIITQFIRPTLVRGESMYPTLEENDYLIISKVSYKVKNPKF +GDIIVFKTDLLQEDGTHKDLVKRVIATEGDHLVIKDFKVYVNEKLVEEPYINGQYTTGDI +DIIIPENKIFAMGDNREKSLDSRYEEVGLIEKNDVIGKVTVRLYPFDRIGFVD +>MGYG000000001_02707 Signal peptidase IB +MSDKLKKEIIDWVKTIAISLVLAFLIVQVIKPTIVSGESMYPTLNNKDYLILNRLSYKFG +DIKRGDIIVFKTDLKQDNGKEKDLIKRVIAIPGDHLVIMDSQVYLNDKLIEEPYIDNAYT +SGDIDIVIPDGEVFVMGDNRENSKDSRSEDVGLVNESDILGEVMIRLLPLNKIGSVD +>MGYG000000001_02708 endonuclease 4 +MKVGISALLFNMEEAIEICKSEKSIKHIEIGIDNLEECEKLLRYKKDFEELNLSIGIHLP +MELNTCENIIYIRNSWISFINEINKQLSTLNIEYFNMHLGYAITSRLNNNRNKYLKNTVE +FLNDNCLDSNIVISIENTYSKRGDFSNIGNNVKDFEYIFNNTIRKKICFCYDTGHFLINK +DDYIDKLSEKIKIVHLSDNDGTIDSHIGIGKGILCMNHIKKILEYNPEYLVLEIDYKDIK +DTLVNLKSL +>MGYG000000001_02709 Uridine kinase +MRNLELNVNGEIKKYCIDKNPEGIKLEEIARDIEESSDGIITLGIIKNKLRELSHVVKED +CSIKFLDTTDLDGYRVYARVLNFIFMMACDDLFKDVRVTVEHSLSGGLYCEVHIDRDLNE +EDIKNIKCKMKEIIKNNYKIEKISTTRAEAISIFKEHKMIEKAELLRYKEYNDVKIYKCN +NYIDHFYGYMLPSTGYIKTFDLKLYKNGVILFGPSKLYKNIPREFKPQPKLSNIYRESEI +WSNLIGVDKVLTLNKIIENKEYGDVIRTVEALHEKKLSQIADIIKEQKKRIILIAAPSSS +GKTSFAHRLCIHLRVNNLNPVSISLDDYFVDRERTPVDEFGNYDFESIYAINLEQFNRDL +KDLLDGKEISLPKFDFKQGKQINSNKKLKIDSNQPIILEGIHGLNPLLTSSIPNDEKFKI +YLSALTQINLDDHNRIPTTDLRLIRRIVRDYNFRGYSAETTIINWNSVRRGEEKNIFPYQ +EEADVIFNSACLYELAVLKKYVTPLLESIKDNSRAYIESNRLLKFLQYFVALEDTSDIPS +TSILREFIGGSKIVD +>MGYG000000001_02710 Glutaminase 2 +MENLLNNIIKSNKKYTNFGQVASYIPELKNANAEDLGICIIDKDNNIYYAGDYKKKFTIQ +SVSKTIILAMALMDNDWAYVFSKVGMEPSGDPFNSIMKLETDDTKKPCNPMINAGAIVTT +SLIKGTTLKEKEERMLAFFRKIAKNDNIKINQAVYESEKLTGDRNRAMAYLLKNDGVING +DVEEILDLYFKQCSIEIDCVDLARIGLIFANYGIDIETGERVISENVSRMVKTFMVTCGM +YDASGEFAIKVGIPAKSGVGGGIMASVPRKMGIGVYGPSLDKKGNSIAGIKVLEDLAKQL +ELSIF +>MGYG000000001_02711 hypothetical protein +MKELLVLRDLECIKAIAHPRRIDILKSFEKEPLSAKQLSQMLDEPHAKINYHIKTLYKVG +ILELVEEKIKSGIVEKYYYPTAKNIIVGKKVINFSLDNLDDGEKKDICISKFENMSELFY +KAAEDEVLQPNNVIEYSDISFTESEINEINEAIKIKVNEILDKKCESESDIGYNIALVSI +PILQKEEYNL +>MGYG000000001_02712 putative endonuclease 4 +MLIIGPHISIAKGFAKAAQSAVDMNANTFQFFTRNPRGGNAKDFDEKDIAKFQKIREENN +FGPLLAHAPYTMNLGGAKDDVYEFARRVIKEDIERMDSIGVEYMCFHPGSHVGGGIDFGI +ERIIKGLNEGIKGNENITILLETMSGKGTEIGFEFEQLKRIIDGVEHNEKIGVCLDTCHI +FSAGYDIVNDLENVLEGFDKIIGLDRLKAVHLNDSLMPFGDKKDRHAPLGEGKIGLEAIV +NFMTHPKLKDLPFFLETPFDEEGHKREIKMIREILTNN +>MGYG000000001_02713 hypothetical protein +MRHLGNTNMKIKRVGFGGIPIQRITQEDTNLVIDELEKNNINFIDTARGYTISEEYIGNA +LRGRRDKFFIATKSMSRDYESMKKDIEISLSNLQTEYIDLYQLHNVKLEEYKTIFENDKA +MRALLEAQKEGKIKYIGITSHSLDTIEQAVEDERFDTIQFPYNIVEGQADEVFRKANEKG +IGIIVMKPLAGGALDDATLAIKYILSKDYIDVVIPGMDSIDQVQQNVNVLNNLELTEDDN +KKIEEIRTTLGGKFCRRCEYCLPCPVGVNIPQNFLLEGYYTRYNLKEWSKERYDGLQGKA +IDCVKCGKCETKCPYDLPIIEMLENVCEKLG +>MGYG000000001_02714 hypothetical protein +MIKLTIPGRPISKSNFKLHNIHGQAWMPSTGKHSKYLAYENMIAGYINQQYFGETIEEDL +ITVLKLYFPNKRMGDLHNYPKSICDGIEKSGIIKNDKQLKPVLLFDFIDKENPRVEIELY +PVAEYEVSYSISKKE +>MGYG000000001_02715 Epoxyqueuosine reductase +MNNEKLKSFCRDIGLKCVGIAGVGPYDNLEKIIKNKLSNGHFTGMEEEIIEKRVNPKLIM +ENAKSIIVCAFPYYTGECEDSNLSKYCYGKDYHLVAKDYLQKICDYLSEEINNFEYKYFV +DNGPLVDRHLAYLAGIGYFGINNNIITDEYGSYIFIGYIVNNYEFYVDEPLPKTCIKCNK +CVKYCPGNAILGNYELNPKRCLSYITQKKDEFSEEEKILIRDNKKVFGCDICQDVCPHNK +RISKTEINEFIDNQITKLEYEEINSISNKEFKRRYGDRAFSWRGKNIIKRNMEIILEEP +>MGYG000000001_02716 Lon protease +MQKFKNTSEIEVLDEILGQERAIRAMEVGLKIDNPAYNIYVSGHSGTGKTTYTLKALNKY +SAGKNRHKDWCYVYNFEHPRDPISIGLKIGLGKVFKKDIEKLIEALLDELKDAFESEDYE +LGKNQLLESYDIEKESLLKEIKKYGEEKGFKLKNSRLGMVFVPLKEDYEEEVSDEEFYKT +KRELEHMAIQTVYKIRDIEDEAKEALLELEEEIGRFIIDPHIDELSEKYKEYEKVVQYLK +NLRDDILENIFLFYMDEEELKDKIDKDHFLKYRVNLFVDNEDEKTNSSAPIIVETNPSPA +NLFGKIEYDYYNGNLKTDFTKIIPGAVHKANGGYLVLYADQLLRYQLSWDMLKRTIQSKK +IIIDTNISINPESIPIDIKVILIGSNYLYNLLYSYDSDFSKYFKIFVDFDNEMNKNEGNE +MGIARFIALQCKKNNLKHFTYDAVQEVINFSTRLSGDIDRLSTEFNKIMEVIVEGNTYAE +INNSEFVEKDDVKMAINEKRKRLNKIECKMDDSIENGFTLIDTEGKRVGIINGLSVLSTG +EYSFGRASRITATTSIGNRGVINIEREVKMSGSIHDKGILILSGYLSENFAQGYPLSMNA +SICFEQSYGGVDGDSASGAELYAILSSLGGIPIKQNIAATGSINQKGEIQVVGGITEKIE +GFYYTCKNKGLNGNQGVIIPKNNIRNMILSEEVNNAIKEGMFHIYTVNNVEEAMEILTDM +KFSEIKALVKERLDSFAKLRDSSK +>MGYG000000001_02717 Endonuclease III +MKDVNKILDKLEELYPDAKCELDYTTPFELLIATILSAQCTDVRVNIVTGKMFKKYNTPE +AFNKLSIEEIIKEIKTCGLYKSKAEKIKITSKKICEDYNGQVPDTLEELVKLPGVGRKTA +GVVLSNAFNKPAIAVDTHVFRVSNRIGIVNTKTPEKTEFALMEAIQKKRWSHSHHLLIFH +GRRMCKARNPECGICPIKSDCNYYIGRE +>MGYG000000001_02718 hypothetical protein +MTALKRIKKISLLIVAIFFLGNMQIVQGIEKEGKIHKNIYVENIDLSHLTNKEAIYKINK +IIEANNEVKLNFNEKVYKLNLDEIDVQYKVKKAVDDAYNVGRKDSFINDIKTKVSLDLGH +KKIIKLEYTYSDEKLEKYIDTISTNFYVQPVNATAKIENGVVITTKEKVGQRLNKGKLKN +EIINNIKNIYVETVQLTIQNIEPRYKESQLSKIDTVLGTYETSFNSKILNRVNNIKIASD +ATTNVLIGSGEEFSFNSIILNSNCVNKMKEAPVIVNGKLEKGLGGGICQVSSTIYNAALY +AGMDITSVKNHTIPSAYISKGRDATVSLGGIDFKFKNKFKTPILVYNEVYENRIVSTIYG +NKEDKKEIEIITEIVETLPNKVVRKTSEEMYEGEKIVEQNGRVGYKVNTFRIYKLGKDIS +KELVYESFYPPKDKVIIHGTKKKIIKEKENNNKEINKKSKVKNEFV +>MGYG000000001_02719 tRNA (cytidine(34)-2'-O)-methyltransferase +MSLNIVLVEPEIPQNTGNILRTCAATGSTLHLVRPLGFSLEDKYLKRSGLDYWDIANIQY +YDSFEEVKEKNPDGVFFYSTTKTNNSHSDMKFVENSFLVFGKETKGLPEDLLKANPETCM +RIPMLNHERARSLNLSNAVAIVVFEALRQIGYPNMK +>MGYG000000001_02720 DegV domain-containing protein +MNNLKIVCDSLSDVPIDLIHKYDIEVVPLTVILDGKEYKDGVDITKEEFYKKLREENIYP +KTSQATYAQFKEVFEKYINEGREILYIAGSSTATGTYQSAVMAKNDLNGNVYTYDSQSFS +YGIGVLVVKAAELAKEGKSGEEIIEELKDLREKSYLLFSVDTLEYLQKGGRISSTKATIA +NILNIKPILDVKEGLVSPVAQVRGKKHVISKMIELVKENCGYDLSDQVIYIGYSDDLKEK +EKLIEVVKKELNPKEIQFFMVGTCIGSHSGPGVTGILAFKK +>MGYG000000001_02721 hypothetical protein +MFYPCRRNHCKKELRSREKLRLDTGCLVAMTKDVHYDIEFVDGIKNTLFGGEGIFFVTLR +GLGEVWIQSLPFSRLASKVFASAREAYGKQMGEGSVLGPLGNLFER +>MGYG000000001_02722 hypothetical protein +MQFVEIELDPREAIVAEAGAMMMDENIEMETIFGDDSKRIVQGYLEEKVLYLKN +>MGYG000000001_02723 hypothetical protein +MEEIYRLIEEKIADSGYTGIVNGEEIYNEICDEIEDKENGSYIFMSKKEDDVLFEYKIDV +MDEQFNLSYVDINSPLGKFHIDFDAE +>MGYG000000001_02724 hypothetical protein +MNSTLIIYESKYGTTQKVAHILSLILGPSKLCNIEEKVPDVNIYENIVIAFPLYEEKSAH +HIITYFKDHIYDFSKKKVCIVSVGLSKSDGIKYGLRLKDLIKKNDIYYHFIKGQLVIEKL +DDKDKISLESYCKKIKIPFVDMGKFEDKKVINAGIKIKEYFDRPKNEAPREVIRKEIEEF +IKENNTCSISTGYEDFLRSTPIEYEYFQGNFYFISEGGLKFVGILQNKNISVSIYENYTD +MNHLNGLQISGEVELLDYWSSEYEKVLKLKKIGVDRFKNLPISMNIIKVKPSKFEFLYSK +FKEMGYDIKQNLINA +>MGYG000000001_02725 5'-nucleotidase SurE +MNILITNDDGINAEGILELAKAMKAIANVYVVAPDSQRSATGHAITVHNPIMLKDAFIDD +DIKAYAISGTPADCVKVGIEALFSEVDFDLVLSGINNGPNLGTDVIYSGTVSAAIEGLVQ +NKPAIAVSYDEFNVSRETYEEASKHVVNIVKNLKDKLDMLDDCILNINIPKTKIKGFKVT +TLGDRKYDNVLEERVSPYGYRYFWIGGQVKELEQDESSDITAVEDGYISLTPVNIEMTNV +KKIEALNNIKFL +>MGYG000000001_02726 hypothetical protein +MSCKFLNIYIKCCFECKVNDICPKKCSGFGSHGKNCEFYDNNINALCVYENNVKKGEPLD +>MGYG000000001_02727 hypothetical protein +MGNDMLDKNGIREDIINFINIIKNFDNQYNNIKHEEIDYMEYEEIDYEDEFLEDIDLEEE +YEISSFDGNKDTKEIPDTWLEEIEVFTEKLNIISTENLILINKIINLGKDLMKNEEENNK +VIFIKNKYLSSSFIEMQGFYEDRDEIIEDLFSKKGEKLIKWVELGVKKLEF +>MGYG000000001_02728 Adaptive-response sensory-kinase SasA +MNDLIDIIDEYILISDIKGSILKCNSKLLSRLEYNEDEINKLTVIDLISYENKGIEKWIN +LKDNKEREANHINLKLYPKISNPISVNGKIIIDNYEDKECIIIISKDISKVAEDKIDIEE +KIKFMENKIKELNENLSIENMRNEFFANLSHEFKTPLNIILGTMQLINKNIENNNITYNE +NFNLRKYNHVIKQNSYRLLKLVNNLVDITRIDAGYYNIKMSNYNIVEIIEDITMSITQYA +QQRGIKLIFDTEEEDIIIGCDPEKIERIILNLLSNAIKYTDPGGEIKVSITNNDEKVFVS +VKDNGVGISERSINKIFERFAQDSSNFSRRCEGSGIGLSLVKSLVEMHGGNITVKSKVNE +GSEFKFELLNMKVIDDKNIRNIGEMPRSKIEKCDIEFSDIYSG +>MGYG000000001_02729 Tetracycline resistance protein TetO +MNKTIGILAHVDAGKTTFCEQILYHTKAIRKLGRVDHKDTFLDSHSIEKSRGITIFSGQG +NFTYKDSNYYLIDTPGHIDFSPEMERAIKIMDYAIVIVSGIERVQSHTKTAFRLLKEYEV +PTFIFVNKMDRVGADKDKVIKDLKSNLSENIIDISNSFNIEENHELDNNLIEFIAERDDD +LFEKYLEEKYEKELWIDSIRKMIKDSKIYPCSFGSALNNIGIDSFLDKIHMLTYTNYYED +GEFIGKVYKITNEENKKRITYIKSLKGNLSVKDEIKYRNVLNVNNEEHEYSYDKINQIRI +YNREKFTTENMVGAGQLFAVTGINNAVSGNYVFSNSLQSSTIKHIIDDINVEIKANMKSK +VIFDKSLNINEIYNYFKILDSEEPSLKVNYDEKLKEISVHVMGKIQLEILKEVVKNRFNL +DIEFGPCEILYKESINEATKGCGHFEPLGHYAEVYLKIESTERNSGISFESIALVDDLQA +GYQNLVRTHIFEREHRGILGGYPITDIKITLLDGRAHKKHTSGGDFREATFRALRQGIEK +VENILLEPYYKFKIEINIDYIGRVLSDIQKMSGEFEEPQIFGDRVIINGRGPVSTFMDYS +MEIIYFSKGSGSISYINDGYDVCHNTEAVLKKVNYNKDADIDYTSSSIFCSKGQAYSVDA +EKVEEYMHCL +>MGYG000000001_02730 Formate dehydrogenase +MYNILVLIPMDDVKKKILEEKALNCKIVYSDEGSVSKEEVQDANIIIGKPKPDMVRGSKN +LIWLQLNTAGADEYIKEGILEDNVILTNSTGAYGLAVSEHMLAMLLELLKKLHIYRDNQN +KRLWQSEGRVKSIYNSKVLVVGLGDIGCNFAKMIKSLGGYTIGVKRRQIEKSSFIDELYL +TDKLDELLPEADIVALCLPSTKDTQKLFSKERIRLMKEGSVLLNVGRGVSVDTEALCDAL +ESNHLLGAGLDVIDPEPLPSDHRIWGLQNAVITPHISGWYNLAETYESIFEISVDNLERF +LNNEKLFNIIDFNTGYVK +>MGYG000000001_02731 Sensor histidine kinase RcsC +MIRKRKFSILLLAIIILISFFNVNSYSQKSKKNILILCSYNSENVWEHSIVEEVKRNLKN +ANIKVDFLDSTSSDSDIYNESFMKLLNIKYKNEDIDCILTIDDEALNFVRHNLFNKDSFM +YKKPIVFVGVNSYISLSQEESNYITGILEYQDNLFFLDTILNLNSEVKNVCLLLNNSIYS +NMIRENVSYLTKFTSRPFNMCTIEGYAFEDIKDKIKNLDNSYAIILCVTYKDFADGAFMD +ETNLIEKIKEVTDVPIYSKLKTYVEAGAIGGIVNDESKLGKIAAVFLEEILNGDHKGIAT +PSYNTFNTAIFNFKSLREYNINPLLLPKNSVIINKDTFDLLVPKKLEVIIWISILLVILG +IITLIYMYSSDKKNALKYKLLLRKSIEKDEIKTDFIITMSHELRTPLNIIINANKLLNLR +VYSDEYEREFFQKQINLINKNSNRLLRLINNLIDVSKIETGYVDATFKNENIVDVVEDVT +MSVVDLANSYNIEIIFDTEEEEIITAIDRSKIERIMLNLLSNSIKFTNDGGHIYVNLKKE +GNDIIIEVKDDGIGMSSETKDHLFEKFKKAKHYPSLEREHEGSGLGLFIVKGLVGIHNGS +INVESEINKGTKFIIKIPQGFVDKENSNQNLMNIPLDYTSKIELSDIYDKDE +>MGYG000000001_02732 Pantothenate precursors transporter PanS +MKNLVRLSNFASKYMAFIVLAAAGISLLRPATFGFAAPHINTCLGVIMFGMGMTLRLEDF +KLVLTRPMDVLSGSLAQFTVMPLLAFIISKLLNLPIELAIGLILVGCCPGGASSNVMAFM +AKGDVALSVTLTSISTLLAPFLTPVLTLALGGTSIEVSLSAMFTSILQVVLVPIVLGLLC +NRFLPRVVEEGTKLVPLLSTVCLVLIIGSIVGKNVDSLLSSGLLILVAVIIHNTCGYFLG +YLVAKKVGLEEAKRRTMAIEVGLQNGGLATSLAMTHFTPMTAIPGVVSSTYHAVSGALLA +NYWSNKSLEKDENHKLKNVKESIHV +>MGYG000000001_02733 hypothetical protein +MRLLTAKKTKNILLSGILGFSLFLSGCSSDLKILTQVYQQVSNVQDTSTEENSSGSKVLS +YDELIKALKSGKVPDYVLKATVDRVIDGDTVKLKFEDGTNESLRILLIDTPEDTKEKQYL +GDVATSFAKNSLKKGDIVYVETDGAKTDKYGRYLGYLWYDSTGNKDYKMYNEEVVREGLA +RVGYIYDAVRHLDKMKAAQYEAQKSKKNIWEIDGYATDKGFNQSLTPTSDNSGGTNSKSV +YANTSSKKYHSTSDAHGMKNSTKMSEAEAKKAGYSACKTCYN +>MGYG000000001_02734 hypothetical protein +MRRFEIRDDFKEILQGTIIMYGVCDEVDKNMFIISSNKRILLKDDPKYKIDKKKYIGKVV +DYFVEYIDRENNLILGKIEYSKNTMKLIQKELYHNTSVTIEKILDWGSIY +>MGYG000000001_02735 hypothetical protein +MILYIFIIIFLYNETKLSKYIDMQRQTNLLLLVNIGDIYKSKLCV +>MGYG000000001_02736 hypothetical protein +MNRNRRDIMPEDALSLPPTYFIDLPPFIEDGKELLIVQIKSESNNKYVEIGFDEFFYAIG +ENPLTGKIFSFILLEDNNILIRLHGSRFLRIDEDGYLVVDVDNQGPATFRVDRVENMLYS +LRAPNGKYIRVRSEDSRLIADEDVMNESTTFKFRLVKYY +>MGYG000000001_02737 Peptide methionine sulfoxide reductase MsrA/MsrB +MLKKAIYAGGCFWCMVKPFDRYEGVINVISGYTGGDLANPTYEQVCSGVTGHREAICITY +DDNIISYNELLDIYWNAIDPTDEGGQFNDRGEHYKTAIYYFDEEQRKLAEESKKKLEESK +IYSKPIATKILPVKKFYDAEEYHQDYYKKNPEHYNRYYKGSGRFDFVKRNWARKNLTPIQ +FEVTQNNMTEPPFKNEYYDHFEEGIYVDIVSNEVLFSSNDKFDSGCGWPSFARSINKEAL +IGVRDYSHGMERIEVRSKEGDSHLGHVFDDGPKELGGIRFCINSAALKFIPKEKMEEMGY +GEYLKIFE +>MGYG000000001_02738 Deaminated glutathione amidase +MNKLKVAIIQMGVIEDKIKNIEKASSLIKNAVKKGIDIAVLPEMFLCPYDKSNFPVYAEK +EGDLSYLLLSEIAKQNNIYLIAGSVPEKDNNGNIFNTSYVFDPNGNKIAKHRKVHLFDID +IENGQYFKESDTLDVGDEVTVFDTKFGKIGLCICYDLRFPELSRLMMDKGAKAIIVPAAF +NMTTGPAHWELLFRCRAVDNQVYTIGCAPARDYNASYISYGNSIAVSPFGEILVHMNEKE +GYNICSLDFDYVDKVRSELPLISHRRLDIY +>MGYG000000001_02739 hypothetical protein +MKEAKLNSYLLEKCIIGNGIINGILNAIIFYFMEKKHPDAIFATGEKLFTPIAFLCGTHQ +I +>MGYG000000001_02740 hypothetical protein +MIIYHIKTNNTLNSHPYMVIFGWLGVVTIVPVILGIIHGIISLKEWDKLILNKICPSTIK +SAPTAWDYKFNSLTEGRHIIVKLKDGSIIYGLYSTKSYASGIQDERDLYIEEIFDVEGDS +LSIIPDSDGVLIKSDQISMIEFRKIDLNEDSKVSTYEELKNIKESIDDIYKLLKSQKDEN +KGE +>MGYG000000001_02741 hypothetical protein +MSSKNVKIIKEGYQPISRSTNVVEERGYQPVVPKTETQTPRKLPKPNTGIGRK +>MGYG000000001_02742 hypothetical protein +MDLKLSDLPPQFEKIALELGVEKVKLLFKEFGGTSVYFPTEKMIYKEARDREIISEYNGF +NIRYLASKYNMSEGYVRYIIREKKTG +>MGYG000000001_02743 hypothetical protein +MELETKLLMTFSTTAGRKVSLFITDPREDINETEIKSAMELIVSKNIFAPMHGEELLSPL +GAKIVQTETTEYDLQVS +>MGYG000000001_02744 hypothetical protein +MEKRDLATEVTEVNEHSTLKLKFDCGLTSDGKTITKTRSFSNVKSDATSLDVYNVAETLA +SLQKHTLTDVIKQDNTILN +>MGYG000000001_02745 hypothetical protein +MARGSFDGLYTFSEVGQIYGIDSSCLRKKVCFDKFVVGKDIKKFGKTWLITEQAMVKHFG +AEKFENFKLKRLKEDTARNKMIRDERNKIKSEKKSKNGNSMNVKEEKSVDSWINGEIKGR +EVKSFRF +>MGYG000000001_02746 hypothetical protein +MEQTKCEKCGSSNIGQGTLDGYAAMQSKNTLLGSGIIADICTDCGEILSMRVKEPKKFKN +KK +>MGYG000000001_02747 hypothetical protein +MTFKKRATKIIALALVGITVVTPMLNSASAMEQNSEEMYSTILSNNGVSESELIEAKNTR +DNFTEDTSSEEYFSDEQIKLIKVEFQERYGIEDKFNITEENSETRTEVNGARGIIRVTDL +KTNEVDTLNYFETLNKLNIENSISVYAPSRPSGMKTQAPDKAYMSVTKGSSRDSIKVRNP +LTGTQKSYTKPTNNWYSGYTKGYYDNVVNARRSWGTAKNYAGNSAAAALTAVGTHYISKK +NLSPSISTFSAYFKATAAGVAIYDLYNASRYGVAYLANIAVLLNNYNNI +>MGYG000000001_02748 Sporulation-specific N-acetylmuramoyl-L-alanine amidase +MKKLVIDLGHGGNDPGAIGQGGTHEADIVLDIGKEIEILLKGYKVDYKFTRLTNKSVSLL +ERCRIANGFNADYFVSIHINSASDKSVRGVEVFKYSNSNGKINKFCDDVCRDISKQLSIR +NRGPKIGNQFYVVKNTKMPAALIEVDFISNKDCERDLKDLNNIKKLSKIIFDRLIDMVGL +ETKDDRLYRVCIGAYRDKNNAVKQLEIAKNKGFKDTYVI +>MGYG000000001_02749 hypothetical protein +MVNTLIFNKIQRGNIFNNDFINFDKNNKIEFKKIGRNNIAVIYGPNGTGKTSLSVVLGGK +EDKDNISFDVDFNGTKYTQDNNELFYVISDQNGRNIIRGSARDYLLGDNIKREYDLKDYI +SKEFILLQKDINKLMKSSFNISSMKNVLINQVENTDLRVFVRNFANSRFKVEEQLDKSKF +LDVVKSLNKEEINITLENEEKYIFIKNNFKDESSLIYRIMNINDKEIKKNEEILKIEEND +EALNILSKFKYKDECIVCDNKDYNREELIERKTSNKESIIKSLDPITKKILEDIIQIVKT +LDKDPLKIEEIFVKAIETGDKNLILELKNEILIYIKLFNNEINNLFKDLVKPELIKRYDE +YMKILESQPTISDEDILYIEKIVSENIRKSIEIKRDTQNGNNLKILLGGKEFLDKDRDEL +QLSTGQQNFISLSFELLKAKNSDKEIIILDDPISSFDSIYKNKIAFCIIKFLEGKNQIIL +THNTDLIRLLEFQLQNCFNLYLFNNSENAINGFIKVNLKEKDILLQINKLLDLFRTNIFE +EVRNQKHFLISMIPFMRGYANITGKRQEYTNLSKVMHGYENEKIDILKIYNNLFLDDDVK +LSGKLEVSVDDILELDLENIRILKEDSEYQLLDNTLYHTLSYLYLRLKVEKDLIDIYNVM +VNGNMTVQQIIMKAFTPSNGGTIEDKIFFTSRKTLLNEFNHFEGNMNIFQPAIDITDIAL +NEEKESILDYLEKLRKNKEHMIETELEEDLV +>MGYG000000001_02750 hypothetical protein +MTKDEFNKLQISDQINYINNKLLSGLTLTKVCNNIGIARSTVGTRASKLGYTFDKDLNQY +ILENNGRAYSKLTVSDQLTNKISKNKNIEKTTSPSEESNKDNSVSNELTSCNNENTNLVL +NSTDSDNLGYLLKNIDILKNIIEGNKTNNSQNEINSIDDIISDIYKFKQEKRDYKVKSLR +IDSEILNEFEEIAKDLSSKGINQQEFLNYILKSYIDFFKKINI +>MGYG000000001_02751 hypothetical protein +MKKIVSYLRISSASQIDNTSIETQNEKIELYCKLNNIEIVKTYIDEGLSAKTSDRPSYNE +MLNFISKKENEIDAVVVYKADRIHRSLKNLMIMVDYLHEINVGFVSITEQFDTSTAQGLL +FLQMIGSFSEFERKLIVERTHSGRVAKGYKKLFPGGRIPLGYTLIDNDKLILNNQEAEIV +KKIFKLRSKGMSYEKIGKEFNFSKQRISYILSNPIYIGKYTYNGKVEKNKINLEVPKIVS +SYLWNKVNSKN +>MGYG000000001_02752 hypothetical protein +MNKNFIDALLQTKDFKNSLYSILKHNFLYHSNKIEGSTFTTEALALLLDKNVVTGKHTLD +DVQETVNSSYVFDRIVETLGKKIDDQFLKDLHARLMLNTTMHQRGYAGIYKTIPNMIIGT +KAKVAQPFEVQSKLDELLQWYYHLDTVTLKDISEFHYRFELIHPFQDGNGRIGRFLMLKQ +MLENNLPVKIVSWDSEDLYRESLNLCDIGHYDPLTKYLESLEDFKVEYKMLWDLN +>MGYG000000001_02753 hypothetical protein +MNKLSFNKLALEDQVKYFNTKLKSGKNISQICKSINISYSTIRDRFKRNNYVYSRIINQY +ENIDNIINLEISDELINRIMMKLNTKLSTLECEKRDSNLTSRSFRIHSCILNEFIDFCNS +STFTQQEILSQFIADGLNKYKKQA +>MGYG000000001_02754 hypothetical protein +MDNIYDYCENLLIDIKECRRYIESGEYLNGNIVINIIKTSLLKKVNKKLESIEHYIKKIN +NDPKVLESEYELKSFINNAHATVIYENAQMNTVVYKQLNELYQYLGNLESEVNEIKEKI +>MGYG000000001_02755 hypothetical protein +MGVLNKIITLVLAIILFEGPQLHKVDAIEIYDKTKVNISKEINL +>MGYG000000001_02756 Transcriptional regulatory protein YpdB +MISIGICDDELHYRLNIKETLDKILTSYPINYKLYEFSSGEDVLNNYPKDLDILIMDIQM +KSINGMDVARKIREFDENLEIIFMTSFTEFMQEGYEVKAYRYILKPISESKILKNVVPCI +NEIVKRRSNYLTINVKNYVDRIKIDSIVYIETDRPNILIYTSDNMYSVRMSISKIEKMIS +EHGFFRCHNSYIVNLKLVESMNGSTLRINGKDIPISKYRVKDLKLAITNILGDIVC +>MGYG000000001_02757 hypothetical protein +MLEKYGINLWDIVNTITAYIDWIVFFTVLSTVGIRNVSNKKYLFRVTLITLSMGIINISN +IFPNTKIILCIITGVLFYKLSYEDSIYKAVMINLLFWLGLMIIEVLSSGIVILINNLDSI +QPILDGNLFRFEAIFISKLLLFIELIIIKYFKLSLEFKPKDMLLIGVPISSNIVSLLLIF +EYNFNQNISSKTNIAVLGFTVLLIVLSSVTLLIAIGKIVQDDKLKLEYELINERIRANHK +GYENINEIHEKLKYVYHDLKNHMICIKNYSTRDEIISYINNLEFQISDFDNLKDTGNKTL +DIILGEKIYLCKKYNIEFEENINISKLGFIKDIDICAIFANALDNAIEACMKIDNDLEKS +IQVKATYINGFAIIKFTNTKVNEIKFSDKRIQTSKDNKKIHGIGISSIKYIVGKYNGEVI +VNYSENEFILKIMIPIIN +>MGYG000000001_02758 hypothetical protein +MKKVVLKCLKNMSALSLGVAVLSANSPSMWFVHQPKEPKELDKLKKIR +>MGYG000000001_02759 Accessory gene regulator protein B +MLNSIPEKITSVLVENEIIESDDFEIYRYGFEALIYFIVNISVALLIGIIFDRVIHTIVF +LSCYCTLRQFTGGYHARNYTECTLTFVVIYLITIFIDNNIDVDQYKYILILFLILSIIII +YKLSPMEHRNKPLSSSEKKHYRMVAMNIVVAASLVFILSIWLDIFKSYAIYILFAIVWIC +ILLILGFCINLDR +>MGYG000000001_02760 hypothetical protein +MQLSNLALDIDINIDESKKHLQNLHKNSKGYITVASKNPGYKQWHYKSEELIENAEEILN +NINAYVSQNTFYKPQRRIENIKELRAIYIDIDCHNTKYTKEAVKYFLEKDLYGSKIPRPN +YLIDSGRGLYYIILIKPVPSMAMPLWYAIQRYLYNELKEFGADANALDPTRVLRVVGTIN +SKSNSCVEILDMDSYEYSLKEIQEEYLPEISEKREKKKGRPKKVVSLFNEYSLYHARVID +IAKICELRDYDVKGHRELILFLYRYFSCCFLNDPDEALENVLELNAMFKEPLPEKEVITD +TRSAERAYEERKYKYTNAKLIKILDITLDEQQYLKTIISGKEKYRRSAEDQKAKKKAKRR +NENGLTKREQEKQDNINAIKSLYEKGYKQVEIVNKLGLSKGRVSQIIKELKKV +>MGYG000000001_02761 hypothetical protein +MKLLYSDYLMYSTLRLECFNKDNLVCLGTGFIFNFYFSPFKYPIPVLITNKHIIKDSFIG +DLKFTLSDNSGNPLDNEFVGIKCTNFADRFIMHPDKSIDLCGMFLGEIINSLNMENKKIF +YIPLEKSIIATKSIMEGLLSVEDVIMVGYPNGIWDEVNNKPIFRKGITATSPKFDYNGKK +EFLIDLACFPGSSGSPVFIYNESGYTDKINNSYNMSSRIIFAGILRGGHEYTIQIDDEVN +GTVETSIPNNLGVVIKAETIFELEAEMSKKFYFNIRRKIDVC +>MGYG000000001_02762 hypothetical protein +MKGKVGTPCKDEFLRKTDNIKTTKEIRANKTKILKEIKIILNSKSNYNYIAKELEMHTID +VLQLLQEETLQFGTNISKAMTKHLMDRGVTVSEIAELYNCDEVKVLLTLNEINDNDYRNK +IKEIGIALKIYKLLEKSKGFNFISSKLNIDKYKAFNIYNKYFHRYNNRVIDFKAVKELST +LNLTDKEIANFYNITDEDMKQVRSHIIYEDKTKHLRGNKYALSNLNKEDILDYAYKESTN +NDFYSIRSENKKYK +>MGYG000000001_02763 hypothetical protein +MKDKLIKAVIKNKEKLSYINIGKDNKYEGWTSNFNIKLPNNEKMKLDLNEEDDLFLLFVL +ASSWSKTGPWENAAFFTTYLKLNNKDKIDLWLNNDFINKEIEKREENSKLIVEQCSGLIP +RKKVSFRKDYYSSVSIIANNWKSIKNSLLKSNENNDFNIFIDYISKLEGLGSGKNKMRIK +IPLILRELRCQSVFSSIPGELCCVPDERVKVTSKELGITIPNVTSINSLLKASKVIYDNF +GDLYDIPLFAYEDIKDDIV +>MGYG000000001_02764 hypothetical protein +MNNKFEKSVVESIKLRKSVRNYEDKPLSKETIEKIENYINSIDNPFNKKIRIKLIENNNH +NQEFKLGTYGVIKGARYFLATSCNKEEFVLESLGFTFEKLVLYCTSLGLGTVWLGGTFNR +GEFSKAMNLAENETLPIVSPVGYEGGKKSIISRLIGNNNNKRKDFSEIFFNENFDKELSE +EDAGEYLEVLEMVRLAPSALNKQPWRVLKDKNRFHFYLDYKNEMNKIDIGIALCHFYLTL +EEKDLKGRFEFVEPSNIDSKFKYVITWVCE +>MGYG000000001_02765 Protein hit +MNCIFCNMKDNYILENELAYAIFDKFPVNKGHMLFIPKRHVKDFFDITKEEREAIFNLVD +EGKKLLDEKYSPDAYNIGVNCGEYSGQTVMHVHIHLIPRYKGDTNSPQGGVRGVIPERMK +Y +>MGYG000000001_02766 UvrABC system protein B +MNINCITGNQDHLYKHIQQSLHSAKSIDIIVSFLMESGVKLIKEDLEEIKNKNIPIRILT +GNYLNITQPSALYLLKDILGDNVDLRFYNDTKRSFHPKAYIFEYDDGGEIFIGSSNLSRS +AWTSGLEWNYRIDKNKSLEDFNYYKAMFEDLFNNESIIVDDTELERYSKTWKKPKLYSNS +SSKEEAINYVYKEKEGNIVNLFEPRGAQIEALYQLKKSREEGYDKGLVVAATGIGKTYLA +AFDSREFNRVLFLAHREEILKQAYESFKNIRKDKIINFRTDEQFGVMVDQVADNNNNFEN +DLYYDKDNSSAEEYNMGYFMNSIKDTNKDIVFASVQSLGKKEYLSEEYFSKDYFDYIVVD +EFHHAASKNYQNIINYFEPKFLLGITATPDRMDNKDVFSICDYNTVYEVSLKDAINKGWL +VPFRYYGIYDESVNYDNIEFKNGKYNDKQLEEALSINKRANLILSHYKKYRSKRALGFCT +SKAHAEFMAKFFNENNIKACAVYSGNEGQYNEDRNIALDKLRNEEIQIIFSVDMFNEGLD +VKEIDMVLFLRPTQSSTIFLQQLGRGLRISKDKKYLNVLDFIGNYKKANLAPYILTGKGS +IGKHEETYIPSEDDYPEDCFIDFDFRIIDIFENMRKANQKLGDIIKEEFYKVKLDLGYTP +SRVEMFTYMDDTVYTNMKKKAKLNIFKDYINFLDSVNEINKNEANIKDSFAYEFINFIEN +TSMSKTYKIPVLLAFYNNGDMKLKINDDDLYKSFKEFYSKGSNAVDMLRDKSTSNFKNWE +EKQYINLARKNPVKFLCKSSEFFYLEDDYVCLKEELNPFLNNKYFLKNIKDAIDFRTKEY +YKNRFASDKI +>MGYG000000001_02767 hypothetical protein +MKVYDKLVRDRIPEIIEESGKKCEVEVVSNEIALEYLYKKLGEEIDELLSDKNVDEIADV +MEVLFAIAKKYGYSDEEVLDVRNNKKSTRGGFEDNLVLKKVL +>MGYG000000001_02768 hypothetical protein +MFKSKKYTIITSILIVSMSSFSSAHSGRTDASGGHRDNKNKSGLGSYHYHCGGHPAHLHT +NGCPYKSSSTTTNTITSVSQSSSTSSKTTKSSVESAKKKAKTDGYNQGYKDGYNNYAIDT +SSYSGSYDDEYNEGYENGYSEGSKKLEVEVASVKESGYNIGLSGTLLNNTYTNKSLSEAY +EEGYKKGFSEYKEVKIEEYTLQGKNDSYENKDMIEFPDDIQEEFKNAYIQSYNDAQEELK +NKYYMLGFNSAIKGEEYKSIDEDNEKYIGWFKDGYDSGISSLEEELEKAYNLGYEGEDLY +ISEEMDIAKEVINESYVKGVSDKKQENTLGIVGLGGIAGIGGLIYHRKRKKAKL +>MGYG000000001_02769 hypothetical protein +MEDNKLVNFEELSRLTEIDKKTLLERTLKLSEEVGEVAQAMLSYSNACGCGYKKRSKEDL +VEECLDVIIVASSIISQSYDNDVDIETVKSIYNKNLANGKKSVKSDIL +>MGYG000000001_02770 hypothetical protein +MTIIKNKKDVNTIQYIMLFALLPMLLFFLKVTQIYFQSTEYRNITKISILKLIQDKGVYG +EYLTYNILRKMNGEILTNLYIPKNNTTTEIDLVFINKTGMYVIESKNYSGKIYGSKENKY +WMQILDNNKRNRFYSPIIQNKTHIKYLNKVLPDLSKEDFYSIIVFSERCKLRNMDIQEEN +LKVIKRDKLKYTMNKILKSKNEIYTDSEVESIYNKLENYSNVDEVVKENHIKNINSNY +>MGYG000000001_02771 hypothetical protein +MNEVIKTINKRVSLRRYQEKEISKEDLDTIINSAIKAPTAGNMMMYSILKITDEKLKETL +SKTCDNQPFIKKAPVILIFLADMQKWYDYYKLCKVEDIKSPGMNDFMLSVNDAIIACQNA +VLAAESLGIGSCYIGDIMENYEVHKELLNLPDYTFPAAMITLGYYPENTKRVYRERFKKE +YVVFDEKYEKLDDEDLIKMFEDKENSMPKSNVFNAGSFGELMYKRKTSADFSVEMDRSIR +EWIKAFTDGVEL +>MGYG000000001_02772 hypothetical protein +MKNVSLRSCNSYKYEEVKSQVEKLINDLGGLEEYIKRDSKVFIKLNLVIKKKPDEVATTH +PMVLKVIAEKLLELGCKVIVGDSPGGPYTKSSLKGVYKTCGIEEVCEELGIELNYDISEV +KVENPNGKILKYMTVIKPIVDADHVINICKLKTHAMATFTGGVKNLFGVIPGVSKAEYHF +KMPKVVDFTEALVDICSYVSPSLTIMDGVIGMEGEGPTAGVPRKIGVLLGSESPYAIDVV +ACNIINLDPNKVPTVQRCVEREFIEKDFSDVCVLGEKVEDKVIKDFKIPSNRSISFLRGI +VPKSIEIFVNKKLAGKPVINYKECVKCGECSKVCPPKVISMENKGPVIDLDHCIRCFCCH +ELCPKKAVDLKRPFVFRFLK +>MGYG000000001_02773 hypothetical protein +MIYLNKYKLVGEILYSDKASTVEEGCKMLIDELYGFVEDFYIPRLSPYDICEDDFDRIIN +RTSNKFNPVALSHEDLYYILKERL +>MGYG000000001_02774 Cob(I)yrinic acid a,c-diamide adenosyltransferase +MKIYTRTGDKGQTSLYDGTRVDKDNIRVESYGTLDELNSYIGLCTLYAEGEDKKILKDLQ +LKLFSVSGELATKKNVKYKNVVSEDDIKNLENIIDCYIKKIDEVNAFIIPGTSLISANLH +IARTICRRAERRIYTLSKVESVNPLIIKYVNRLSDLLYAIARYNEKELNYVEF +>MGYG000000001_02775 Desulfoferrodoxin +MNNTKKFFICSICGNIIEMIESKGPKVVCCGKQMNELVANTTEASLEKHIPVVTINDDKV +KVQVGSTLHPMTQEHHISWIYLLTKQGGQRKCLEINSEPIIEFALAENEEVLEVYAYCNL +HGLWKIEL +>MGYG000000001_02776 Aspartate aminotransferase +MSFISNKYQNIKANAMMTASDTVNLRNDIIDLSVGDHDIFTDQRVIDAASRNNVIGHTLY +THPLGDPKFRDIIVRSIKEDYSCKINLENIIVTIGAGHALYLALQGIVNEGDEILVIAPY +YPAYIDQVSSVDGNIVLVKTSEENSFIPTIEDIEEKVTHKTKAIIINSPNNPTGAIYPKS +LLEGIYKLSIENNFMVLSDEVYTAFTYDDNKFVSMLEIDKDLTNTIVFKSMSKDYAMTGW +RIGYMISSEEIINISKYINDGITYSAPTICQEGSIEALKIRKEISSKLKGVYNDRIKYAF +SRVNKIDNIDVKSPQGCIYLFINIEKTGLDGVAFSNLLLENGVLVLPGDIFGAEYKNYIR +LTCNKDIKILEEAFDRIEKIGID +>MGYG000000001_02777 hypothetical protein +MQTIITWFLLSGFFLPLLLNYGITDFFGTLIKGIMRPLFLVPGRSAINAIVSCSSLVSLS +FATVVASFLKISHLFLSSVLAAVIESEITRFIIGELSFTQLIYMTEIGVIILKSDILLNI +KDLFVIFIERTIITLPIITLIANFIFLD +>MGYG000000001_02778 hypothetical protein +MGFIALVYNSQFGKYGGDIAISIYAVISSIMTFVIMPASRISQVIQPIIGFNYSAGHNER +VKETFTKATLLSVGVTALRLNFIITLVLGFVMLATTLFQSIGKPTASSLITLIRQVLALI +SFIIILLKFLSINGIFLAQPISDFIAVILSLILIKIEFKQLSQGDFDITLEKYSEAVRE +>MGYG000000001_02779 hypothetical protein +MNNNADFSKGSLFPLILKSSIPASVSLLITTIYNIVDRIFVGNYVGNTALASLSICFPLS +FMMIAFGLMCSVDGSNLFTLFRGKNEVEEANISFGNTFIMTIFFELLLTLLLFIFADKFL +YIFGVAETTYDLSMQYYKIVSIGCIFQGLTLVFCDFVKVSGKSILGMMVTGIGAVANVVL +DLVFVVFLDWSV +>MGYG000000001_02780 hypothetical protein +MDRYKVKYLLDACFTAKRITETMLELPKGLKSRHIHVIDCIA +>MGYG000000001_02782 hypothetical protein +MEIIKNLRKQGISESLIKDILYFRKYYSLDEELKYRITKSNTYFYGKDILSMCISSILEG +ENILLSGPKATGKNLLADNLSEIFQRPQWNTSFHINTDSSTFSLRL +>MGYG000000001_02783 hypothetical protein +MNYEYAGTKELNEALVSRFMVVDIPAVEEDKLNLILDNEFPDADKEKLNQFVGIFLDLQL +KSQNGEISTKPIDLRGLIASLKVIKRGLKPIQAINMGMTSKTFDIYEKEIVGDVIRTRIP +EKWNSEDIFPCNQVHKYK +>MGYG000000001_02784 hypothetical protein +MKWIYNNYEFDNRINNLAWTICGDYSYDIDVLEMDYSSKEVSLYFGIIAGARRKYVDWNI +VKKYLIHRISKGYEKDIILDLVQIVLNNLVESKVIEDRPGIEEIRAKAYRDIINRFAKIY +NDNILQNIKYTLILEGMGKHPSVDGLSRRLINEIKNINLNNEIIEILKDVDSIYIKYFNT +IANDLDKNERSDSKEYKEIDIDFDTFSDFMYEELYSDEYEAFIENEIDSISSSMLVESVG +EIKLSDSRNTSNRVIYVDEETASKIYEKIEYYYGKSYLNKNEIKKVETKNCRNIHEGCRV +HFTEGVLRSECKNVFQVKYVTRHKENNLKKYREKIKIYKRNINKLTENISRILIEESIND +RVYSDCGTIDANRAWRVGRSSNNKIFYKDIENEKGRYVIDILLDSSGSQSRNQYRVAIQA +YIIASALTMAKIPNRVTGFSSFLDYTILKRFRDYKDPVSINENIFEYFCTGNNRDGLAIK +CICDGLIEREEENKILIVLSDGKPNDVKIGAEKERSIRGESAYKGKIAIKDTANEVRLAR +QKGILVLGVFTGKENELTAEKMIYGKDFIYTKNIERFSDIVSMYLKKIIRN +>MGYG000000001_02785 Cobalt transport protein CbiQ +MIVIDKYAYSNTLRNKNPSVKFTIGLIFLVASMIIKNLIALSLIILLMSIIIVSIAKIDI +HDYIKLLKIPMIFLLMSIAMTLINISDDSTLLIKSFSIGQRYIGFSNESINTSMHILFRA +MSCLTCVYFIMLTIPFSQLLIIFKKLHVPSIILELSMLIYRFIFIFMEEVADIRKSQELR +FGYINLKTSYKSFGLLGNLLYKRMMIRYEEMCISLDVKLYDDTFHIVGE +>MGYG000000001_02786 Cobalt import ATP-binding protein CbiO +MFKINNLTYQYEKEKLALLNINMDFSKGDIVGVIGTNGSGKSTLFMNMMGILKPSVGNII +FNNEPIKYNKRSLYELRKEVGIVFQDPEKQIFYSMVYDDIAFALRNIGIEENIVKERILN +ALEAVNGLDFIDRPVHFLSYGQKKRVAIASVIAMENKIVLLDEPTAGLDPVSTRAIVEII +NNLKGKGVKIVISSHDMNLIYEICDYIYVLDQGEIINEGSTDVVFNDEEKILKAGLELPW +LVKLHRNLGLPLFKTEDDLYDFWHNSKNIVNR +>MGYG000000001_02787 Membrane lipoprotein TmpC +MNKKMKSILATGLSLIMTLGLVGCSSSRNDDIQDAENKEKYEIGIVLGEGGANDQSFNQS +SLEGFDKAKKELGVTGSYLESNQQADYKPNIENFVDKEVDLIIGVGYTTAASMLEAAELH +KDMKFVMIDHNYEEEGKEIPDNMACVTFDEREVSYLVGLIASRMTESGKVGFIGGMKDPN +ITRFEEGFELGVKAGKEGVTLSSQYANSYDDASLGKSIANQMYLKGVDVIFSAAGNVGTG +AIEAAKEQDKLAIGVDMDQNSLAPDNVISSAMKRVDIGVYDIIEKASKGEFEGGQVTVYG +LKEGGVGIAPTTSKNVPKDVLDFVEAESQKIINGEVTLK +>MGYG000000001_02788 Oligopeptide-binding protein AppA +MILKKLKKSISLMLAISLTAAVLVGCSNTDSKGEESSSGSQVKNERKANNELVVAVASEP +EAGFDATTGGHGSMTRVFFSSLFKRDKELGMENDLATEYKVSDDKLTWTVKIREDVKFTD +GEPLTSEDVVYTYETAKESGSEIDLTMLESITAVDKYTIDFKLKEPQSTFMEKLAYLGIV +PKHAHGSDFADTPIGSGPFKFIQWDKGQQVIAEKNKDYYGDEAGVDKLTMVFLDTDAAYA +AVKSGDVDMASITGDLAGEKVEGTKIVNLDTIETFGVEFPMQKSGEKDKDGNPIGNDVTS +DESIRKALNIAVDRESIVEGVLDGYGTVSTTGLEKMPWLNEETIIKEDGKVDEAKAILKE +GGWEDTNSDGTIDKDGVEAEFKLLYTDGKYRQEIGLAFVEVAKELGIKVNLEMKTWDNIV +GEIHSEAVLFGFGSGDPSELYNLYSSKAAGGGIPWDNAGYYKNETVDSYIDKAFASENEE +EALDFWKKAQWDGTTGFSNKGDATYAWLVNVNHVYIMSEDLDIGTPVVQPHGGRIFDNVT +EWSWK +>MGYG000000001_02789 Glutathione transport system permease protein GsiC +MKNSKSLLPYLFKKLLRLASLFVALCIITFALMEKSPIDPVTAYVGADTKVSLEQRENIA +EHWGLNKPPVERFMSWFKSMAQGDWGTSMIYRRPVVDVIGERFIASLALMLVAWIISGVL +GFVMGIISGINEGKFIDKAIRSYCYVLISTPTFWLGILFIMIFSVKLKWFPVGLGVPIGV +LSEEVTLKSMINHLILPALTLSILGVANICLHTREKVIEILSSDYVLFAKARGESKKSIV +FNHVIKNVSLPAITLQFLSFSELFAGAVFAEQVFSYPGLGQATVQAGLKGDLPLLMGIVI +ISLVFVYTGNLIADILYRVIDPRIKEGQQA +>MGYG000000001_02790 Dipeptide transport system permease protein DppC +MNEVGNLLVENKKRSQIRLGVREKTLMSIGIFTLFLAGIMLFGSIITEEQIAISLLNKNQ +APSLEYLFGTDWVGRNMLYRTLKGLSLSMKIGLLSSCISGVIALTLGVLGATLGNKVDSF +ITWFIDLVLSVPHTLVVILISISVGGGLRGIVLGVSLTHWPSLTRVIRAEVMQIRESDYA +KISRNFGKSNLYIAIHHILPHIIPQLLIGIVLIFPHAVLHEASVTFLGFGLPPHKPAIGI +ILSEAMKYLSSGKWWLAFFPGLSLVIVSLMVDNIGKKFSQLINPKTSYK +>MGYG000000001_02791 Oligopeptide transport ATP-binding protein OppD +MKKEPILKVKDLGVSFSQYTKGLRRRELKVITNLDVELYEGEILAVVGSSGSGKSLLAHA +ILGILPDNSATEGSITYKNKELTQKDKEKLRGDEIVLIPQSVNYLDPLMQVSKQVKISIK +DKTNADKIQRKIFNKYGLDENVDKYYPFQLSGGMARKVLLSTALVSDTKVIIADEPTPGL +DEKSLNEALQNFRDIADNGCAVLMITHDIEAALKIADKIAIFYAGTTLEIANVKDFENGG +ENLRHPYTKALYEALPQNGFKPIKGNQPLPNELPKGCLFCDRCEEASADCKMIRPDSKEV +RNGMVRCLYAT +>MGYG000000001_02792 Vitamin B12 import ATP-binding protein BtuD +MQLKAKGINFKYRNDRYILKDIDFEINSGEIVGLVAPSGFGKTTLAKILAGYEKPESGSV +IIEGYKSEKNKYNPVQLIFQHPEKSVNPKWKMSKIINEAFEPSKELIDSMGIKDEWLNRW +PSELSGGELQRFCVLRALSKDTKFLIADEMTTMLDAITQAQIWGVVLEHVKKYNIGMIVI +SHERALVDRICTRIVDLTEFAMHHDIYENGYYSKDKTHENSQDKEHIHLHTHNHGHLHDH +INGMGHDHNHDNGITGSHIHEHEHIHEHDHNSGHGHTHTHAKS +>MGYG000000001_02793 ATP-dependent DNA helicase PcrA +MNLDTLNPAQREAVEKTEGPVLILAGAGSGKTRVLTTRIAHLMEDKNVQAANILAITFTN +KAATEMRERVEETITELDTKDMWITTFHSCCVRILRKGINRIGYNRSFVIYDSSDQVTLI +KDCLKELNLSDKVFEPKSVISAISGAKDKLQSPAQFKALYQSDVRMSKIADIYALYQDRL +KRNSALDFDDLIYKTVELFKEDPETLEFYRSRFKYIMVDEYQDTSKAQYELIKMLARQHQ +NICVVGDDDQSIYGWRGADIRNILEFEKDYDNVHVVKLEQNYRSTQVILDAANTVISNNI +ERKRKKLWSEKKDGELIKIQLAVDELDEAEFIADTISRLKRRDRRKFSDFAVLYRANAQA +RPVEDALNRSQIPYNIYGGTKFYERKEIKDLIAYLRVIQNPQDDISLKRIINVPRRGIGL +RTIEKVEDRASLKQESLYSVLIDIESNSDISSKARKSISDFVDLMGTLRTIKEVYPVSKL +IEKVLDTSGYIDELQKDSKKEESEDRIENLKEFISVALEFEQNSEEKDLETFLTTVALTS +ESSDDEEDDRVSLMTIHTSKGLEFPVVFLTGMEEKLFPISRAITSMRDSDIEEERRLCYV +GITRAKEELYMTLTQKRTLYGKTNQSIASRFMEELPGECIERLNKAENELSYSKANYNIL +DKYTKKYMNNVQKSSIAKKVNATVKDTTKETNIDDIKPGAKVHHPKFGVGTVVMMKGTDV +TIAFDNQGLKTINKEYTTLDLL +>MGYG000000001_02794 putative M18 family aminopeptidase 2 +MDTKDFAKDLLDYIYDSPTSFHAVETSIELLEKNGFKEVKLNEKWNLKVEGKYYVTKNSS +ALIAFTINSNNIEKEGFRMIASHSDSPSFRIKPNAQMSVENTYLKLNTECYGGPILNTWL +DRPLSIAGRVVIKSENILNPEEKLVNLRKPICIIPNVAIHLNRSINDGYKYNKQKDMLPL +VGLINDALEKDNFLLKEIAKELKVEVEDILDFDLFLYEYEKGCLMGINEEFISTGRLDNL +SMAHASLNALINTSGKHGINLISIFDNEEVGSSTKQGADSNMLLNILERICISLGKTREE +FFTSIYSSFIISADLAHGVHPNMAEKHDPTNRPVLGKGPVIKINANQSYTSDAYSASVYK +SICKEANVKYQEFVNRSDERGGSTIGPISSTHIDIPSVDIGSPILAMHSIRELGSILDHY +GIYKTFAKFFEV +>MGYG000000001_02795 hypothetical protein +MRIGLCLSGGGAKGSYQAGVIKALYDRGIKDFAAISGTSIGAINGYFVFTGNVEKLEYMW +INIEENSENNVQIVNNTVDNSELIKILGELDNNSKEKTKFYVNYVNINNKQIKEEVKDIS +TLDKLGAMDYIKYSSLLPFNPKGTLSLRDQFIKDVNENLYEGCNLDGGLVRNTLIEPLIN +DNLDKIIIVATRHDYIIQDDIKSKIDESKLVVVRPKTILTSQDTLRFKKEFCEKMFKEGY +EIGKTLNISN +>MGYG000000001_02796 hypothetical protein +MATKRIAVLGGPRCGKTTLIQHLYVEMKIAGLNAGYALEYSTEYLKDKGMIETISEQYGI +YLGQKKLEDELASFDYALTDYATFVPYIYGRFMLGNKERSKKEIEILKDLYSLALEDIQN +YDMIVYVPREFGYVQDGVRWQDEGIALQIDDAILSFLKAENINFIEAKGSTKDRAKQILD +LLEIDYKETPQLNEKEKTKSK +>MGYG000000001_02797 Putative bifunctional phosphatase/peptidyl-prolyl cis-trans isomerase +MENKNPIVTIEMENGKKIVAELYPNIAPNTVKNFVSLIEKGYYNGVGFHRVIPGFMIQGG +CPNGNGMGGPGYSIKGEFTNNGFTNNLKHERGVLSMARTMVPNSAGSQFFIMHQTSPHLD +REYASFGRVIEGMDVVDEIANTRTDRMDKPKEPQVMKTVTVETFGQDYSDVEKM +>MGYG000000001_02798 hypothetical protein +MLGFITRTSIKVLAHNISFLINKLMGKNDSLAKIKELVFG +>MGYG000000001_02799 Electron transport complex subunit RsxB +MSHINVKKVYKSLEERLNRFPQGAPPSDTLYQILSMLFTEKEAELVAQLPIKAFRVKTAA +KIWSVSESEALKVLDKLASKAILLDLEDDKGKQYILPPPMAGFIEFALMRTRNDIDQKLL +AELYYQYLNVEEDFIKDLFYSAETKLGRVYVQEEILTNENEVTILDYERASHIIEEAEHI +AVGMCYCRHKMQHVGKACDAPMDICMTFNGTANSLIKNNYARRIDASECKELLHQAYEHN +LVQCGENVRQGVNFICNCCGCCCEALLAAKKFGNLHPVATTSFIPNINDKTCVKCEKCIK +ACPIGAISKVKNNDKTIIRVDEDRCLGCGVCVRNCSKRSITLLKRKEKIITPANSVHRVV +LMAIEKGQLQELIFDNKALSSHRAMAAILSAILKLPPAKKMLASQQMKSIYLDKLLSMNQ +K +>MGYG000000001_02800 hypothetical protein +MDNNVKWVNEKKIERTMKALEKNNMCAYLVNNEEELLNQIDELINEGDLVACGGSMTLFE +TNVIDYLRNGKYNFLDRYQANISADDMKEIYRKSFYADAYFASTNAVTENGELYNVDGNG +NRVAAMLYGPDKVILVVGVNKIVKDVNEAINRNKEICAPANTKRLSCKTPCASTGQCMDC +SSPGRICCEYTLIKRQRTVGRMHVIFLNENFGY +>MGYG000000001_02801 Diacylglycerol kinase +MKKVKLVYNPNSGERSIVNKLDCIIETYQSYGYILIPYRLNKQNPIKDAFIDLNEDYDHI +LISGGDGTVDMVLNVMKELEINKPIGILPTGTANDFANALSLPFNVKESIENIINSSPKK +IDIGKVNNKYFINVASAGMFTDVSQKINTEFKNSMGRVSYYIKGIEEALHLRGFNIRVHS +DEVIYIGDMYLMLVFNGKTAGNINLAYKSELDDGYLDVIIFKATPLPKSIPVLISILKGE +HLDHYNEEDLLYFKTKKVIIDCNDDLITDIDGEKGPDFPLEIECIKNGIEILGCN +>MGYG000000001_02802 Glutamine--tRNA ligase +MSNETNSSNFIRNIIINDLETGKHDSIITRFPPEPNGYLHIGHAKSICLNFGLAKEFSGK +VNLRFDDTNPVKEDVEYVNSIKEDVQWLGFDWNNLFFASDYFDEMYNRAILLIKKGKAYV +CDLSPEEMREYRGTLTEPGKDSPYRNRTIEENLDLFERMKNGEFKDGKKVLRAKIDMSSP +NINFRDPIIYRIAHASHHNTGDKWCIYPMYCFAHPLEDAIEGITHSICTLEFEDQRPLYD +WFVRECEMENVPRQIEFARLNLTNTVMSKRKLKQLVDEGVVDGWDDPRMPTISGVRRRGY +TPESIRNFCSEIGVARADSKVDSQLLDHFLREDLQPKAPLVMGVLKPLKLVITNYPEGQT +EMLDIENNAKDETKGTRQVSFSRELYIEQEDFMEEPVKKYFRLFPGNEVRLKGAYFVKCT +DVIKDENGDVVEVHCTYDPETKSGSGFTGRKVKATIHWVDANNCKPCEFRLFEPLILDDA +PENEGKHFLDQINESSIEILQGFAETTQLKDAKPLDKFQFVRNGFYSVDTKYTTDDKLVF +NRIVPLKSSFKPGK +>MGYG000000001_02803 hypothetical protein +MLIPSKKVTLDTNNKIITIEDLLKENFIESFEILNNPIGLKGTLGISQDEFRDILYTVMM +KYNIEEFKRNETTLHDNYIKIKVPNRVLNFIDTQYEVNIYPSIIDNNLHLKLKDLKIGKL +KLPNSIVESVLKSNMNKLPFEIEKNEIIIESSYIEPLYIETIEVNKGKIILNIFVTATDI +IEFIGEYNTK +>MGYG000000001_02804 hypothetical protein +MEHILYSVAQYKILSAFIAFLLTAVESFIPVLPLVAIILANSIIFGMWLGFFISWAGSCI +AAILLYYCAKKLSKLKIFDKYRNRPKNEKLTAFIKKQGFSMIFITYVCPFISDFLITVVS +GLVKFDIKTFVSGMVCGKFVMFLFISYVGEDIEGFFKNPLKIILFTMFILSSWIIGKKIN +NKMHVEDNL +>MGYG000000001_02805 hypothetical protein +MKKIYIITTYTGTVLSYLIRKISKTPYAHVSIALNEELNPMYSFGRLNPKTPIFAGFVEE +KIDEGLYAIRKNTMCRVYSLDVTDLQYNDIYNNIMFVSENRKKYDYDVMALIYLTLNRPR +QAEYKYVCSHFVADMLMKSEVGLFDEPSCSIRPDFFYDNEKLTLEYEGLLSQYGKEQKKY +VPYVSKI +>MGYG000000001_02806 hypothetical protein +MKRYIKSYGIALVLVAIYALIKLPVLRLDFTSGFSTIIVFFIIAGVLDMMFDKGERTSKI +AKNNFFIAIVLILIVAAIPFVTSSPIFHSKSYRNLIGNVEESNFDKDVSPVSVKDIRIVD +EEMAMKLGDKKLGEIPAVGSISKLGQFHIQSVNGELYWVAPLVHRDFIKWITNLDGTSGY +VMVSASNPQDVRLVQELDGKPVKLVYQPDAYFLQDLHRHMYINGIVNAGMTEFSLEINDE +GRPYWVTSLYEHKVGFSGSDATGVAVVDAQTGEVSRYSIEDAPGWIDRIQPEKFVADQIN +DWGLYVKGFLNSVISEEGVLVATEGTSLVYGDDGKSYWYTGITSAGGDESTIGFMLVDTR +TKEAKLYKQPGATETAAMRSAEGKVQEKNYQATFPVMYNILGTPTYVSALKDKAGLVKMV +AFVSVEDFAILGLGETKDEALINYREALSSEGNNINIENDTTKKDIEGIVKRISPDVKGG +NTSYYLTIDSDNNIFVATSKVSTELPLTVVGDKVKIAYQEGKTGVVDIIEFDNLNLGDVI +EKNKSENSTQEESKTEDSETDKTESENTQDQ +>MGYG000000001_02807 hypothetical protein +MIGIEKEILLLISRVRCMTETQVGKVFSPKKRYGRKPFKKTLRKMCNEYTLRKYPCNINY +SGYRDNSYVYYLNGSKQYKGKDLVKIIIGSELAIRINMGGYEVKRFYRNAKVGKETFDIF +IEYIDRYNELHQLLVDIDIDGNIERSRYVNLEYKINDSTIPFFELPKVLIITSKDTRDLG +INNLNDNVSYIDPTLNKLFRYI +>MGYG000000001_02808 Aspartokinase +MSSIIVQKYGGSSVESIEKIKCIAKNIIERKRVDNKIVVVVSAMGDTTDDYIKLAKDITD +SPDKRELDVLMSTGEIISASLLAMSLSSLGCESISYNAYQLDIHTSGDHGKSQIDDIDIT +KIKESLYKEKVVIVTGFQGLNDEGDVTTLGRGGSDTSAVALAVKLDAKCEIYTDVDGIYF +TDPRKYKGAKKLNEIEYEEMLELASLGAQVMHSRSIELA +>MGYG000000001_02809 Aspartate kinase Ask_LysC +MRLEEKVITGLATSNDVVILTIKDFSLDKVSSLFECIASKNISVDMISQTAPIGDIVNVS +FTISKEDLNECKELVEKYANSKDIVVDSEVTKVSLVGLGMKNTAGVASKVFKIFKDNNIK +VKLITTSEIRISCAINSSDEEVAINEVAKVFNV +>MGYG000000001_02810 Diaminopimelate decarboxylase +MKLHGNMSIKNNTLYIGGISCVDLANKYSTPLYVFDEDLIRENCREYRKYFKVEENNNKV +AYAGKAFLTLYMCNLIKEENLCLDVVSGGELYTAHKANFPMENILFHGNNKTIDEIKMGI +ELGVGRFVVDNFYELDIIEEICKGKNKIQEIYFRITPGIEAHTHDYIKTGQIDSKFGFAL +INGDLYEAIEKLSEYKNIKLVGLHAHIGSQIFDIEPFMDEVDIMIDLIKEIKDKFDIDLK +EIDLGGGIGVYYTKEDKPKTIKEFCEAIINRAEIKCKEIGIEIPTLIIEPGRSISANAGS +TLYTIGSIKDIKNVRTYVSVDGGMTDNIRPSLYKAGYECSIVNKMKYEKVNNVTVAGKCC +ESGDILITHANIMDIESGDILITASTGAYGYSMASNYNKIPKPAVVMVSNGEFNLVCKRQ +TYDELLELELI +>MGYG000000001_02811 hypothetical protein +MKKKIVLIITLLSIFMIGCTSKTEESSLVEEGKIALEAHKYSDAMKLLSNALDEDSSDEH +ARSMYMQAMRMINVDSYKSKTNYKKAIEELEAIEKIKNGSQVIKSEASNELKEIKKLYES +QKEAERKRKEDAKTAASKDAYKASQQLTKYEESLREEEEKKKQEEEEQLNNNQNTENNEN +TNEGDNQTQGNTNQPQSTEEAPLVQ +>MGYG000000001_02812 Putative transport protein YhhT +MISKEDIKHYIFLALVAILLYKFINNPMQFISGIGGFANFFSPFLIGILIALLINPLVMF +FEKKFNLHRLLNILISYIIVFILIFLGFKLLIPSIVDTLNKLIQEIPTYIDMINTFLSKY +MTKAEFFNSIAPHLQENLNSILTKVVNILTTFSSNLLVHISSITSLLFNIIMGLILSIYM +IFDKEKIGLGCKKILYATVSRTKADETVEFFKMSHDIFYNYMIGKIIDSLIIGVIAFVGF +QFIIKIDNTLFLSFIVFLTNIIPYFGPFIGAVPPILMTLVYSPVKAFWVAIFILILQQVD +GNFIGPKVMGDSVGLSPLWIISAVLIGSNLFGLIGVFLSVPVAAVIKASIDKYIEKRLYI +NDSK +>MGYG000000001_02813 Ribosomal large subunit pseudouridine synthase B +MRINKYIASCGVASRRKAEEIILDRRVKVNGEIVSELSFNIDENKDIVEIDGKVISLSEN +HVYIVLNKPEGYITTVKDQFDRPSVLDLVTDIKERVYPIGRLDYETSGLLILTNDGDLTY +KLTHPKHEVDKTYVALVKGQPTYEELKNFRDGLEIEDYKTAPAKIRVVDVNEEKNYSKCE +IKIHEGRNRQVRKMCKAINHPVLRLRRIAMGEIRLKGLKVGEYRHLTKEEIEYLKCIK +>MGYG000000001_02814 hypothetical protein +MIKAKYLTKITEVNKLFIEDVISEGDIAIDATMGNGYDTKYLAEKVGNDGFVYSFDIQEE +ALKSTKKKLEKEDLLNRVSLILDGHENIENYVKDEVSLVLFNLGYLPRADHNVITKPDTT +IKAIKSSLKLLKPHGVISIAIYTGHEGGMEEKNEVYKFVQSLDQNQFNVLESKFVNQINN +PPQLILIEKKKEY +>MGYG000000001_02815 HTH-type transcriptional regulator MurR +MDNKEKLEMKDGKHLISNIQAQYARLSKGQKIIAQYILKNYDKVAFMTACKLGEAVGVSE +STVVRFANALGYSGYPKLQEALQELIKNKLTTVQRVEMAHDQYSDDSTILNKVLKSDIDN +IRDTLDAIDENAFKGAADKILKARKIYILGMRSSFTIAQYLGFYLDIILDNVHIIRMDMG +DAFEQVVRVNEDDVLITISFPRYSRKSYQVAKYAKSKGAHIISITDSMFAPVASISDNTL +LVKSNMASFVDSLVPALSVANALVISVGMKEKEDIKEYFDDLETIWKEYSVYE +>MGYG000000001_02816 Trk system potassium uptake protein TrkG +MELKKIEKWNILLYYIGILTVIIGVILLLPLSVLPFYRNEINFTFSFICPSLVCIILGLI +LVRVFKCDTNKKLSVGEDAVIVVVAWILATVFSAIPFMISQDLSFTQAYFEAVSGWTTTG +LSVMDVESTPHIFLIYRSIMQFFGGVGIVLVMISALSSTFGMRLYNSEGHSDRILPNLIK +SSRMILSIYLGYVIAGTILYVIAGMPIFDAINHSIAALSTGGFSTKLESIGFYNNVYIEL +ITIILMILGTISFATHLLLVKRKFKEILKIGEIRFMFLILGITIPLITFVSLKDLYGGVY +KGARVALFEIVSALSTTGFSTVVYNNWPSFAIFIMIILMIMGGGAGSTSGGIKLYRVYLM +MKQLGWSIKLRFLPEHFVKKHYVYKAEGKVFINKDDVIDIYNYICAYIVIFVLGVSTMLV +YKYPLHEAMFEFASALGTVGLSVGITSPTAPSLILWTEIIGMLFGRLEIWVIFIAIFKIT +KKAITK +>MGYG000000001_02817 Trk system potassium uptake protein TrkA +MNIVIIGGRKKAEFLLKSLLDKKHTVSIINKDYEYCNKLSEKYECSIIHGDGGKRYILEE +AGIQSADVVIAMTSKDATNLAICQLSKKVYNIRKSFATVANPKNVDVFKNLGIDGAISAT +YVVSDIIEQMATINDMHKFIPIENGKVNMLEVVVNEKSPLCNKYIKDINLPMKSIIACII +RDLNSIIPNGDTKINKDDKLIILCDVTVQNDMIRTLDIRG +>MGYG000000001_02818 hypothetical protein +MKKINFEYIIIVGCSRFGTNIATELSLSGRDVVIIDINENSFRKLSANYSGFKVVGDATD +IDTLMEVDIYKATMLIAATNDDDVNIMISLIAKNILNIDTVITRLYDNEKEVVYEGLDIK +IIRPTTLTINEFDKLLEINKAVNKKSLIRRVGA +>MGYG000000001_02819 KDP operon transcriptional regulatory protein KdpE +MSLKPQILIVEDEKPIRKFIRVSLETQGYECIEASDGSNAITLVYSMNPDIIILDLGLPD +MDGIDVINKIRDVSEAKIIVVSARGHEREKVYALDTGADDYLTKPFSVPELLARIRVSLR +QKSKTNSIETENMKSFEVRGLKIDFEKYEVSLDGKSIHLTPIEFKLLELLSKNAGKVLTH +RFIINKIWGGYLDTETQSLRVFMASIRRKIEKNPAQPEYIKTEVGVGYKLVDE +>MGYG000000001_02820 Sensor protein KdpD +MISDDSKDSIMYTNNDYYEHKFIKNKILKNVIIIIFIMSMATLIGLFFKVIDLNESSIIL +VFILGVLFSAIKTDGYIYGILSSIVGVLSFNFFFTEPYYTFIAYRADYPITFLIMLISAA +ITSTLTSKIKREIKLSNMREQRIKLLYKNNKNLLKAKNKDEIVEMCNSSLVDILNRSVAT +AIVDNDENLKKIVVETFKDEDANGIFQSPLEKCALKECFSLGEEVGCGTEFYQNAKTFNF +PIKGHKNVLGVIGISCIESVALTENEKILLKSVSNQVALAIEREDLFEKTRKANIDAETE +RLRSNLLRSISHDLRTPLTSIIGSSSTILENYDYVDEDIKKELLKNIYEDASWLARSVEN +IISITRVDEGRLEVKKNLEVVEEIVEESIFIVKKFSNKHNIIVDIPDNVIIINVDGLLIE +QVIINLIDNAMRYTPDNSEIKVKVMKIENYVYFEVEDNGYGLKDEDIDHIFDRFYSKTNR +KSLEKRGIGLGLSICKSIIEAHDGEIEAFNNKLGGATFRFKIPCEEE +>MGYG000000001_02821 hypothetical protein +MLAFKYKVNSYEDEVKEAIDCLKIYNYDLAKEHIYNIMMEEDSFPEGHNLLGIMYELQGD +LDLARKHYRASYALDPTFRASDKNLRRVSSFQYKLNLEEIDYGDKTYKEEYNLYKLVYDK +RNIGRLEKR +>MGYG000000001_02822 Tryptophan--tRNA ligase 2 +MEFFIYPVSQASDITAFKATLFPVGEDQEPMLEQAREIVRSFNNIYGNVLVEPKGLFPKG +NAARLPRIDGKAKMSKSLNNAIYLSDEPDIITKKVMNIFTDPNYIRVQDPGCIENNTVFT +YLDTFCNDYEYLEELKENYQMGGLGDVKVKKYLNEILQVELEPIRKRRKEFEEDIPGLYE +ILRSGSYNARIIAKNTLEEVRDAIGINYFKQL +>MGYG000000001_02823 5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI +MMIKLVAADMDGTLLNSKKELSPNLFNTVNKLRDKDIKVAIASGRQYYNLLKIFEEIKDD +LIFISDNGSIVFEGEENIFISEIEEEKLIEPVEVIRNIDNAYPILCGEKSAYVEDDNSEF +LRNARMYYERLELVPNILEVIKKDKICKIAVFDGNGAETNSYPLLEKFNDKLLVCLSGEN +WVDFMNLDINKGNAIKKLQEIYEITYDECMAFGDYLNDYEMMQECKHSYAMANAHPKLKE +ICNYEAKSNDEDGVVDALNNYLSKY +>MGYG000000001_02824 putative RNA methyltransferase +MKKKDVIEFEVDKMEFGGTTVSMLGNREIHMKGGISGQKVKAAVKKARSKKAEVKMLEIL +EKSPIETANPCKHFGVCGGCTILSVPYEKQLEIKERQVMDLFLSQDIFGFQFLGIEGSPQ +NRLYRNKMEYTFGDEMKDGPLTLGLHKKGRHIDILTVDGCYLVDQDFIKVLTSTVKYFDE +KKLPYYRCMSHKGYLRNLVVRKGINTNELMVNIVTSSQEDFDMTEYTEMLLNLEIEAEIV +SILHTINDGLADAVQCDELRVLYGRDYINEELLGLKFTISPFSFFQTNTKGAEKLYSIAR +EFVGDHENKVVFDLYSGTGTIGQVMAGAAKKVYGIELIEEAVVAANNNAKLNGLTNCEFV +AGDVAKTVKNFKVKPDLIIVDPPRPGVHKDAIRDISGFGAKEIVYISCNPKTLVLDLVEF +KKYGYEVEKVKCMDMFPNTPHVETIVKLKKAN +>MGYG000000001_02825 Ribosomal small subunit pseudouridine synthase A +MAKKQRIDKILSNIGCGSRAEIKKYCKQKSIVVNGQTVSNPGLQVDPENDEILFNGEKIT +YREFVYIMMNKPDGYISATFDKRDPIVLDLIDPSYLVFEPFPVGRLDKDTEGLLVLTNDG +QLSHRVLSPKKHVPKTYYAKIDGVVTEKDIDAFEKGVTLDDGYETMPSQLKILKSGEESE +IELTIHEGKFHQVKRMFESVGKKVVYLKRLSMGKLKLDESLALGEYRELTEEEIKLIEER +>MGYG000000001_02826 Fructose-bisphosphate aldolase +MLVSAKEMLIKAREGKYAVGQFNINNLEWTKAILLTAQENNSPVILGVSEGAGKYMGGYK +TVVGMVNGLLEGLNITVPVALHLDHGSYDGALKVIEAGFSSVMFDGSHYSIEENIAKTKE +IIEIANAKGISVEAEVGSIGGEEDGVVGAGEIADPAECKQIADLGVDMLAAGIGNIHGKY +PENWAGLNFDALAAINNATGDMPLVLHGGTGIPEEMIKEAISLGVSKINVNTECQLVFAE +ATRKYIEEGKDLQGKGFDPRKLLAPGFEAIKTCVKEKMELFGSINKA +>MGYG000000001_02827 hypothetical protein +MIELKLKNRKGNFNVNSKEVMDILKLRPDFEYVQDISNTINQDNIMVFDCQLSEDIFAME +DIEELLEEMGENLDESYFNVIFEDVRVYLKDATDEIEAELQDIYLVDNIRCFFDVYNIDE +GFTDFKFVFVVSFEDIKIASLTNLAKIVAKRQLVGASKFYS +>MGYG000000001_02828 Nucleotidase +MSNLNICIDIDGTITSPYHFIPYLNNMYNKNLSNEDCTTLDWTELYGEDIEDILNKFHNE +YMNAYEEAEVIEGARDIIKELYERNNLYFVTARSESLTGITTNWLNKNGFSDIEVYLLGS +DYKIEKAKELNCNLFIEDNPSNAIQIAEAGINVILMDANYNKGTEHERITRVKDWKQIKE +LIENHY +>MGYG000000001_02829 hypothetical protein +MRWILVFIFLYLIPLIVLFRNNKNFKKACMYGSIYIVLATTIVISNIYMSGLNKIEEALY +YQNYAFDQRYKDKYVSNFEKDSKNKHNKENTGSSNVENESSNQSNKESKDKDVDNPVPNI +EDKETEKETAKEKIKSSKESDLERLDEFKQDIYDIEKVALLPMRDCIPYTKDIAKNLSKI +SEIRDDIVYAEEMCNDVIDIYSTMEIPKLSKDEYEIVLSNARDDVKKAYELRKKAMESAI +KLLDTKNPKYIGKITEYLKLSDNQIASFKERVKDLKAQIDEN +>MGYG000000001_02830 hypothetical protein +MSLYAIGDLHFSTSVNKPMNIFGDNWDNHEIKIIDSWRLKVKPEDTVLVLGDTSWGINLE +EAKSDLDIISELPGQKFFVKGNHDYWWTTVTNLNKLYDNCKFMQTNFYEYGEYAICGGRG +WICPNDVKFDSKDEQIYKREENRIRISLEAARKNGYEKIIVVTHYPPTNDKLEESLFTRL +YEEYKVEKVIYGHLHGRESFKMGLKGIRNGVEYILASCDYLNFDLIKILD +>MGYG000000001_02831 hypothetical protein +MEYERWDEVLAPYEHAVEELKVKFKNIRKEFLTKGEYSPIEFVTGRTKKIASIISKAKRL +GIHDIERDIEDIAGIRIMCQFVEDIYTIVELIKLRSDMTIVYEKDYIENFKDSGYRSYHV +IIKYPINSIAGSKEILCEIQIRTLAMNFWATIEHSLKYKYEHYIPEDLAVRLRRAADAAF +LLDQEMSEIREDIMKAQVMYQVKTVTVRDVLKRIQELYNLGDTNKAIIYQRRLDKIDNEE +DITEIIKLKREIDDLLEVYKDTRTKK +>MGYG000000001_02832 Hydroxyacylglutathione hydrolase +MDLINIKGNTFYIKGGTNTGIYLFEDYTAVMIDPGLSGVRPKRIMKILANNNINLKFIVN +THEHDDHYGSCNQFKLENKDIKILSSKYAKVYIDNPELFSKYIVGGRTNNFFNKGLKNES +LDKLKVDDTLDEGKIILNREIFEVIEFKGHTPGSIGIMTKDKILFIGDLLVSKDMLNKYD +FLFVFDIEEYLKSLKKIRNIGFEYIVLGHGKNIISKEDSEELIEMHEKAINKYLSQIRIE +LNEPMGLEQLLKNIIVKNNLSYNYKEFYFYKSSLMSAISYLCDLDEIQYILKDGELLYYI +QKNQIMIK +>MGYG000000001_02833 hypothetical protein +MTSIKKVDIYKCIDFAHENELFDKLNKIYTTLPSGDCTGCGKCCNESVGINLVEFINIYN +YLKDKERLRKESLDRILDYYFLEYTEKRCCPFRDENNRCLIYEVRPLNCRLFGHWKKDDY +NKNLDNVTQRNKDYQEFMKSKHGFDISDEVVNFKIKYCEDFKPKKDYLDKSTRLSFSDEI +MTLDSRLFANEVIDIEFRDRGIVEYFIESLLYQNVAYNIKLRVSKDEKIRKRTINRLKRI +LIR +>MGYG000000001_02834 hypothetical protein +MNRYTKIINMMDSYFVKDYEKTKKGITKKREVREETVQKAFLKGNCEVLVILEDSCREIL +IDDFSSDEDIKKYLGSKFINPKR +>MGYG000000001_02835 hypothetical protein +MIEIGNLKLDTDFEYRIIREEEGDIDLFIDVNYRSLDIDCDGCEFFNSRIQFPFVRSLIL +RISKDNYLMTIHLMRDIDLFSAFANFEFDYKNYIFNIKNNQEKVLITRTSI +>MGYG000000001_02836 Pyruvate synthase +MAKFMKTVDGNTAAAHVAYAFTEVAAIFPITPSSTMAEVVDEWSAQGRKNIFGQKVSVVE +MQSEAGAAGTFHGSLQAGALTTTFTASQGLLLMIPNMYKTAGELLPGVFHVSARALAAQA +LSIFGDHQDVMAARQTGCVMLASGSVQEVADISPVAHLAAIEGRLPFINFFDGFRTSHEI +QKVELLENEDYASLLNKDALQAFRDRALSPNHPVTRGTAQNPDVYFQTRESSNRYYEDIV +GIVEKYMNKMSDLTGRKYGLFNYYGAEDATNIIIAMGSVTETIEETVDALNAEGQKVGLV +KVHLYRPFSIEHLMDAIPSTVERICVLDRTKEPGAPGEPLYLDVRSAYYNKENAPMIIGG +IYGLGSKDTTPTEIKTVFDNLASENPKNNFTVGIDDDVTFRSLELSEPLKVAVPGTVRCK +FWGLGSDGTVGANKQAIKIIGDNTKKYVQAYFDYDSKKSGGVTMSHLRFGDEPIRSTYLI +DEADYIACHTQAYVYQYPDLLHGLRNGGTFVFNTIWDQAGLEEHLPAHLKQYIAKNNIQF +YTVNATKIAQEIGLGNRINMIMQSAFFKLANIIPVEQAVEYLKDSIVKAYGKKGEKVVNM +NYEAVDRGINSLVKIDVPAEWANATDDKKEDVNEPYFIKNILRPITAQQGNKLPVSAFNE +GLEDGTMPCGTAAYEKRGIAVNVPEWILENCIQCNQCSFICPHSCIRPVLVNEEELQNAP +EAFNAKKAIGKGFEGLQYRIQLSPMDCTGCGNCADICPAKEKALVMKPLDTQLQEVDNWA +FAADHKNVSTKGDIMAPTTVKGSQFRQPLHEFSGACAGCGETAYIKNVTQLFGDRMMIAN +ATGCSSIWGGSYPSSPYTVNHEGKGPAWANSLFEDNAEFGYGMYLAVKHIRAKIAENMES +LLAMNICDEAREAFTAWLDAKEDGEASKVASAKVVAVLANAHNIENAEVKALVEEIKERE +DYLVKRSQWILGGDGWAYDIGYGGVDHVLASGENVNVLVFDTEIYSNTGGQSSKSTPVAA +MAKFAAAGKRTRKKDLGMMAMSYGNVYVAQVAMGADKNQFMKAIVEAEKYDGPSLIICYA +PCISHGLKEGMGRSVANEAQAVKAGYWHLYRFNPELQASGKNPFSLDSKEPTESFREFLL +KQVRYSAVAKQFPDVAEELFAQAEQSAKERLESYKRLASYELVH +>MGYG000000001_02837 Deoxyribose-phosphate aldolase +MENKIANMIDHTVLKATTTKEDVVKVCKEAKENQFFSVCINPTHIELAKKELEGSNVKVC +TVIGFPLGANTPEVKGFETKDAIAKGADEVDMVINIGALKDKNYDLVERDIKAVVDAANK +EVLVKVIIETCYLTDEEKKIACELAVKAGTDYVKTSTGFGTGGSTPQDIKLMRDVVGAEI +GVKASGGVRCKEDAVAVINAGASRIGASASVAIVNGEKNSTDGY +>MGYG000000001_02838 HTH-type transcriptional activator HxlR +MNKEKSFHSKCHKSKSCAKYETCPMFLFHKLVSGKWKLLILWYLSDGCLRFSELKKKLPD +VTQKMLTNQLRSLENDRLINRKVYAVIPPKVEYSLSEMGEKMLPLLEEMYEYGIDYLRSS +DNT +>MGYG000000001_02839 Phosphate propanoyltransferase +MKLPIALSNRHIHLSQADIDVLFGEGHELTHFKPLSQPGQFACEEKVDLVGPKGTIKGVR +VLGPARPATQVEISLTDGFALGVKAPIKESGDIAGTPGLKLVGPKGEVEIAEGVIVAARH +IHMSLEDAEKFGVKDKDIVSVRTSGPRGLVFENVLVRASEKFALEMHVDMEEGNAAGVRN +GELVELIK +>MGYG000000001_02840 3-phosphoshikimate 1-carboxyvinyltransferase 1 +MLRGSFELIGDKSISHRAIMFSSISKGNNKISNFLMGQDCLSTISCFRKMGVDIDIQGRD +VFVKGNGLRNLKKPNDILDVGNSGTTIRLMMGILAGNNFESTIIGDESIGKRPMKRVTDP +LKSMGCKIEGKDDANYTPIVITGGYLHSIDYHMPVASAQVKSSLILASLYADGQSMIHEK +VKSRNHTEIMLKSFGANIDVDNLTIKIKPVEELYNQDIYVPGDISSAAFIIVGALITEGS +EVLIKNVGLNETRTGILDVVKNMNGNIEILDKRFVGGEIVGDLLVKYSPNLQGTKIDKEI +IPRLIDEIPVIAVLATQAEGTTIIKDAHELKVKESNRIKAVVDNLKKIGAEIEELDDGMI +INGKSKLKGAPIETFNDHRIAMAFSIANLISEGEISLDNKLCIDISFPGYFDLLKDLSK +>MGYG000000001_02841 3-dehydroquinate synthase +MEKINNSVCTIVLDKGYGCFEDVLQEKNTYDSVLIISDSNVYNTQGDNFVKNLKSKIIYE +YIVTPGEDAKSLDIYEKIIEYCVKINLSRKSVIIALGGGVVGDLAGFIASTYMRGIDVIQ +VPTTLLAQVDSSIGGKTGINIGNFKNIIGSFYQPKFTYINVDALKTLPEDEFKSGMSEVI +KYSLIYDYDFLDYLINNSKDILNKDTEKLYYIVKKCANIKAEVVGKDEREGGLRKILNFG +HTFGHGVEKLCKISHGNAVSIGMNMAFKLSLRERFIEEEYYNKFLKVCESYDLPLIFENA +DEQSVLNIMKSDKKNSFSKINLVLPVELGKVEVVDNISEDLILDIIKECKNA +>MGYG000000001_02842 Chorismate synthase +MLRYLTSGESHGQSLISILDGVPSNIELNIDEINEELKKRQSGYGRGGRMKIEQDTINIL +GGVRGKKTLGGPISVEVKNKDYENWSKYMNPMEDVDLESKKVSNVRPGHADLVGCLKYDF +DDARNVLERSSARETASRVAVGAICKQILKNFDIYFTSHVVQIGNIKDNNLYEFDYIKEN +VDNSQVRCVNKDIEKDMINEIDKVKSNGDTIGGVVEIRVKNVIPGLGSYTHFDKKIDGEL +AMHLMGTQAIKGVEIGIGFDVANNYGSKVMDEIIYNDEDGIRRNTNRLGGIEGGMTTGEE +LIIRCAMKPIPTLYKPLNSININTLESYQASIERSDNCAVPACSVVCENVVAFVICKYFL +DKIGGDNLLDLKENYNSYIKRLGDRGWKR +>MGYG000000001_02843 hypothetical protein +MENIEVLIINASPRKNKNCFFISDIISSKLKERNIISKIFNVYDMNIEYCNACGFCEKTG +YCKIKDEMTPMYEIFNKSKGTIVVSPVYFDSVTAKLKTLVDRTQAFYASKYILKKPSIDR +SKKRIGMYIAVGGANPYDTQFKGGQIVMDFFFKSINTKLMYNLYLNNTDDLESRENTEFR +QKLDDNLEQYIEGLISK +>MGYG000000001_02844 hypothetical protein +MSNDIYKMRNLVEISSMVAESSDFFMIKDKIIEKMLEVVHPTKACVNLFYKNNYKHAYLV +CSQTLEKIPYLFPIGGTVGVKIDFSTYPKYIHEAVKEKKIVYVKNVFEDIRAIDEREMAK +SEGYVGRIVFPLIVNNIVVGFMTCFLVEEDTISDYDIDFISSVASLIALSIEITTKNNNM +QRLVHKLRGAISSINEATKKLYHNKNINEFLDHLSEQACDITNSKEALIIIDEERYKGKI +SSSYNMGKRKKVKTDVYSSIGEILSKEDRGGYCNSASSCILNNVNIDTYIYYKLYDKNKV +IGCIVCSNSDSYTKDDLNILSILANQVAVGMQLYEYNIIDVKHKLLANELNILNEQQRLI +MDKSKMECNNEKELYYYHRPARVVGGDFYYATRVDEDNIVYIVADVMGHGIVSNYVVAMI +KGAFKVLCHQYKTPGEIMTNLNKMLYDEFDKMGVFTTCLISVFNTKDNTISVSNAGHYSP +IIINNDGLIKRDLNCVKGIPIGILEESEYTSNVFNVTECPMICMFTDGVLEIKNKEKEEY +GIGRLEEFLRKNYSNSQENIIENIKTELKEFASTDSYDDDIMIVMLKNI +>MGYG000000001_02845 hypothetical protein +MINGIIKLFYSEVVKAKMKNLPSPSSEYKLRDECKDIQNITLKIDSVFFKGLKLIFGVLI +LFLAFNIKFILGIEVFLLEITYVIYKRNLEVRIKDSLENIRNSIEITATNVLDEKGKSGI +NLLASLIIIGILTGFNYIIVISFLTVFLFTIKHICSNIK +>MGYG000000001_02846 hypothetical protein +MEIEKLDLETRSKIYSYTKKVLRKYQKGIITGKLTADKFAENILSNGDINNILDEKYTHE +LDFKNSYINYINTLIDIQNDSLSKNKKKKYQPNNVKPNISEKIKLKSLLKSSGRTLTIPI +DYLNANDLDNIIKYIQTGTIDLGNERIYNYVNKENTH +>MGYG000000001_02847 hypothetical protein +MSTVNFEEIKTNFINADLDEKIRIYTTTEGLSVEQFRELLKYYPIQHLSKLEKALG +>MGYG000000001_02848 Small, acid-soluble spore protein alpha +MASNNNNNKTVVPGAKAALNQMKLEIANELGMANYQQVDKGNLTARENGYVGGYMTKKLV +EMAEQQMSGRQQQ +>MGYG000000001_02849 putative protein +MKKVVVIGAGAAGMIAAATAADRGLDVVLLEKQHRVGRKLLITGKGRCNITNACDIEELI +ENVPTNGKFLYSAFYTFTNDDVIDMFNNLGVNTRVERGKRVFPESDKARDVVDALERHIK +NKKVKLELNAEVNKIVATNNKVEKVILRNRKEIKCDSVIIATGGVSYPLTGSTGDGYKFA +KSLGHTIIDTKPSLIGIEVQESFVKDLEKLALRNVSITVLNSKNKKVYDDFGEMEFTKYG +LDGPIIKSASCRMKDTTKENYKIVVDLKPALDEEKLDKRVQKDFQKYTNKRFENALNDLL +PKKLIPIIIELSNIPKDTVVHQISREQRRNLVSLLKNFTFTVKRYRPIEEAIVTSGGIKV +SEINASTMESKLVEGLFFAGEVIDVDAYTGGFNLQIAFSTGYLAGINC +>MGYG000000001_02850 hypothetical protein +MSLQLNILMFFQSIRSPFLNTMFLIFTISTEVPVIVLASALMYWCINKKYGQRMLFSLIG +NFVINTGVKEFVKAPRPIGTPGLESMRVSTATGYSFPSGHTQTATAFWTSFMILIRQSWV +YVLGIIMIVAVGTSRLYLGVHWPIDVAFGWLFGILFSIVFIRLFDYVDEYKKYWILILLL +IVFAIIGYFINGESYIEYFGILTGFVIGYIVEDKFINFNTGKRNRQAINFSRNSKHENRL +SIIFKRFIIGIISLGVVYVLLKSAAYIIPKYFEIKNFEIYSVIANYIRYSLVVFYAVAGV +PLLFKGLNLDD +>MGYG000000001_02851 Cobalt/magnesium transport protein CorA +MIRYYKTIDSKLEKLNSFESGCWINLVEPNQSEIHEISELLNLDVDSIKAALDEEERSRI +EVEDNHTLILIDIPVDESDASASHYSTIPLGIIMLDNAILTVCTAQTKILNDFIVGHIKD +FYTFMKTRFLLQILYKNATYYLLYLRRINKMTSIIEREIYNSMQNKELIQLLELEKSLVY +FSTSLKAIELVLNKMVRTPSIKRYEEDEDLLEDVIVENRQALEMATIYGDILSRIMDAFS +AIISNNQNTVMQFLTVVTLIMAIPTIVSGFFGMNVPGIPFENNPNGFWITMLITCIICLV +ITFFMSRKKLL +>MGYG000000001_02852 Inner membrane protein YrbG +MNIIILLLGFVLLVKGADIFVEGSSTIAKILKIPPLIIGLTIVAFGTSAPEAAVSITAAL +NGQNGMAMGNVVGSNIFNLLMVVGISGFIKTLSVDKAIISKEFPFLLLTSILLFVLTFDV +SLQGTTTNILSRGDGLVLLMFFAIFMYSLLKSALSSMNNPSLEETSISFDSSSIGYNDDI +LVKEKTNSKVLIKNILASVIGIILIILGGNMVVSSASNIASDFGVSDQLIGLTIVSIGTS +LPEFVTSIIAAIKGESSIALGNVIGSNMFNILFVLGASATISPMSIDPVLFIDTLFMIIV +TLITYLFAIQKRDLNKVESIVLVLLYIGYMAYLLISA +>MGYG000000001_02853 hypothetical protein +MKNTKFSIGKIKDIPNDPKLGYTKGAFYEKIGKLDKAIEAYKEASEEGHVKSQYTLGYIY +KKRKQYHEAEKWLKMSYKNGYEEAAFDLGNMYYDIDGYEYALYWYEKIALLGNLLGQNNL +GVAHFHLKDYQRSEKWLKEAADNNLGTACFNLALLYTLLDRIDEAKEYYKKGSVLQHNEC +KYNLAVLSQNEDIKESISLYKQLYKVSHTKGCYNLGLIMEVEKDYDEAKKYYKKVADKGD +TKSEYRLAKLYDKENKREDAIEYYEKAIEGNFTLAKFRLANLYNRENEIDSAKIYYEMAS +NDNLIEAKNNLAGLFFEEENYTKAISYYEEAIADGCKVAIENIGDLYYKTNDIERAISYY +LRNADSISCQVKLGKIYEEIDRIEEAIIWYKKASENDDIFSSYKLGCIYEEQGNKEEAKR +YFNLAVEKNHLNSRIHLGRIYFEEKLYEDAKKMFDTTANENNTYSQHMVGVIYHTYYNDY +VNAKFWYEKARNNGCVESIYNLGQLSFKLNSYAEAEKYYNEGIKLGNKKCEYMLAGLYYK +KSLEIYENLSKEDYLNSTIITDKLPKLELNVDEVMIAEFNEEKIISDGEEEEYVPNYILD +LNENIEDIFEGINKEMIIEK +>MGYG000000001_02854 hypothetical protein +MESTNKPLKKINKTPTNKRKAINRDRVIKKRIEMLLTVGVIGLVIGLIVGILLPIGGIKK +SEYNELKNANEKIKSELNDANKKVEELKNEIEESKIFMSLEDEKKEQVINYIGALVNEEQ +GVNTTDIFEKVYNVYAYSIGYESFVDFNSVIDTFGYQYNITEEADIKKVVLKDEYVGDFV +TLQFKKINANQELILYSIRYNKGDKYIEVNNTDEANIEYITYNGTKTNVNNVNEQVKFLF +NE +>MGYG000000001_02855 hypothetical protein +MNINFMDIDLLLRLCVLIVVIGITVKAIRLISGIAFKIASVVLILLLLYKMLI +>MGYG000000001_02856 hypothetical protein +MIPKRVKQFYTNVTDFMSVEDYEYVKSILNNVEFDLFNRLLKSEQKHSVRIAREIEYIIN +YGLTDNEDIILNKNILVKAALLHDIGKIRKKLNVIDKSIIVILNKLTKGNLKKFKKSEKV +QCYYNHSEYSYDILKELIKDELLLDIVKNHHSNTESEIIKFYQEIDDRN +>MGYG000000001_02857 putative lipid II flippase MurJ +MSKVAKAALGLMAATLIAKILGFGRELTLASAYGASSTSDAFLVAMNIPAVIFTAIGTSL +GTAFIPLYCEVNSSQGEKASIKYTNNIFNVVVLICIAISIIGVILTPQVVKLFALGFKGE +TMEKAVYFTRAMILGIPFLGISYIMMAYLQVKENFIIPGLMSVPYNTCIIISILLSVKTS +PYILPWGALIGLLGQFLFQLPFAMKKGFRYKPYINLKDEYLKKMLWLVAPVLIGVAVNQI +NTIVDRTIASTLVEGSISALNYANKLNQFVMGMFIVSISSVVYPMLSKLSTENNKVKFNQ +SIIKAINIVILLVIPISVGAIILSTPIVKILFQRGEFDARATYMTSVALVFYSIGMIGFG +LRDILGKVFYSLQDTRTPMINGAIAMGLNIILNILFVKFTNMQLAGLALATSTAALVTVT +MLFISLRIKIGPFGGKAILSVFVKAITSALLMAIITIIAYRKVSYFLGSGTIKEVITLAV +AIGVGAIVYALSIVVLKVDEVNLILNGLKSKIKRS +>MGYG000000001_02858 hypothetical protein +MKNQDKKKYKNENIEKLECDVLGNAFIGDLYNNPEGLDNTNQNLIMHLQSNKIKKASKDT +KNRR +>MGYG000000001_02859 Fatty acid-binding protein +MIKIICDSISDLPIEIIEKYDIEIIPLTVLFNGKEYLDGENLSNTEFYKMLRESDSMPKT +SQATYAQFKSVFEKYNDKDILYIAGSSSASGTYQSSIIAKNDGHDNVTVFDTQNLSIGSA +LFVIKACEMVEKGYSIKEIASKLEELKSSEEVIFSVDNLEYLKMGGRISSTKAILGNLLS +IKPILEVKDGLVAQKSQVRGKKQIYSTLVNSLVNKYGNDLSNRTIIIGAGDNEDDFNILK +ETLLKEATVKELYFVNIGCVVCSHSGPGIVGISCM +>MGYG000000001_02860 hypothetical protein +MEDMHKNLLDGTLEQYNDAAVPKIPVFAGNDMTSEVYYFKPNQVLKMHRHPNGEQIFVFV +KGSGTMIVADKEHNVKEGTMILVKAGEWHEITNGNENMVAVQITKVGAGAEFKDA +>MGYG000000001_02861 Ubiquinone/menaquinone biosynthesis C-methyltransferase UbiE +MIKNIDKVYDELSNSYKKEYEESSPFNSDYERPAMIKLLDKHIYNKEILDAGCAGGWYTE +KFISMGAKVTAIDVSETMIKITKERTCNKADVLNLDLNNELPFKDNKFDIVVSSLTLHYI +KDLKKTFSEFKRILKPNGILLFSVHHPCMDIKDFEDENYFITKLYKEKWEKGGVVVDVQF +FHRPLQEIINTTTKYFNLECLVEPTPEESFKEKDLDNYNYLSKNPHFLIIKAINNK +>MGYG000000001_02862 putative peptidoglycan glycosyltransferase FtsW +MGKNYRYFYLASIVLLLMVWVPGLGKEAKDFYGTLIITGVTSMFTYQIIQNIGMTMALIP +VTGVTLPFISYGASSLVSSIAAVGLVLNVEMRKKK +>MGYG000000001_02863 hypothetical protein +MDKRIDAIIALKRPYKCTPLTIENASFSTIPLITKENRPKLKKVIGNEKNCIIGLTNVLS +KPKINVNTNNAFNEPIYMLSIKLDTMNKEIAFITINNENLFIYKTPFKIY +>MGYG000000001_02864 hypothetical protein +MDKKEKCEFSNQWSTSNISWTSKAEVKEKDERNNQWTSTLKKSPEEYSKNCHPENHNKK +>MGYG000000001_02865 hypothetical protein +MKDISIKLTRDNFNFRFKQYEGMYFHCTINEDSEVIRYKITKDKEGMELKEFGNTHLKDN +MLYIPQIEAYIDLKSVK +>MGYG000000001_02866 hypothetical protein +MKKNKLIIFMLFPISLLLNFLASKFPYFIETFYTQGINKITVQLLSKISGIIPFSIYEFT +IYTVIIFSLYFVIYSLYLLFSNKHKFKIHMVKSITNFLSIVSIAYFLFLILWGFNYNKLP +LETILIDRYNKTNDKSITKVEYNNENLIELYKYLIDKTNETRKLVLEDNNHVMKLNSDYK +DVIKRATTGFNNISSIIPNLDGYYGNAKYILSSKLMCYTGITGIYFPFTGEANINKATPD +FSIPSTTLHEMAHQRGYASEDEANFIAYLASINHSDVDFIYSGYRLALHHTSNALRNVDF +DAYKELSRNLSEDVINDIKNNNEFWSKYEGEINNLSDNFNNSYLKANGVKEGTKSYGKMV +DLLLTYYSLNKFD +>MGYG000000001_02867 hypothetical protein +MGESVNNIESFHGCGDKELLNKYLDTIVKRDDLMLKKQIYLDAKHICMSYDLMKTELTLK +VNVKKLKIEKNMIKSSIKLGRRLNREIMNNLINRETVTLNNHILGIGDLVNTAKEYIKDY +EKDENYKKEISRLYKKMIFRISPTFNHLDSNKEKLWQKTELAYIYNNLNLLKVLSNLLSE +DHIPTKIYSTEELVENIHKLNEEIKSMEIIYPFNIENNIDDKIYIESYRNEIKERIEDVK +EEEKNLEMQVNLLRKEINTLNLM +>MGYG000000001_02868 hypothetical protein +MYKDCQNKKDSCKCTCSNESSCQELKSNKSCKNKKVYCSGKMDSSACPLFVIPVDCGDYQ +IFNILRCSIGKVVGLKLDSSDCILRLKICQVNQCVVMGRTCSGKGPIYIKLSSIQYVDLG +KEVYINPLCNVVSGGVGPAGPQGPMGPMGPQGATGPMGPMGPAGQMGPQGATGPMGPMGP +AGQMGPQGATGPIGPAGQMGPQGATGPMGPAGQMGPQGATGPMGPAGPTAVAPEKYVPKK +VPYKK +>MGYG000000001_02869 NADP-reducing hydrogenase subunit HndA +MCDFIIRNKELFEQLDIFINSIDNKEDSLMYILHNAQNLFGYIPKDVQNYISKKLDIPAE +KISELINFYSYFSTELKGDYKINVCVSGACAKNNSQMVLEEFESQLGIKTGFTTNDSKFN +LESSGCIGVCRRSPIVTVNGKVYERVNPKDVENILNECE +>MGYG000000001_02870 Signal peptidase I W +MESTYYSGDVIIVKNKSRVKLEVNDIITFREDNKVVTHRIIDKTDKGYLTKGDNNQSTDK +KVLLKEDVIGEVYLQIPKVG +>MGYG000000001_02871 hypothetical protein +MKLPNFLENNIFEEVKSKMNIDDGYVVEIDFNIPFRRLKLDNNRRYTRDWAIVSMNYKEK +SNWICEECGLDCSVTKYYLHTHHINNNRYNNSYNNLKAVCRSCLGKY +>MGYG000000001_02872 hypothetical protein +MSKLDKFKRRNKSNEGVNSAIADLMSGLMIVFLFISVAFMSKVYDENINIKKQQQTVENI +VNTYEETKVNIYEDLYNEFKGDMNTWKMEIENDGTIRFKEPEVYFEKGKSELKDQFKDIL +DSFFPRYINVIYKNHKDNVKEIRIEGHTSSEWEENANTKDAYFGNMELSQDRTRNVLKYI +MNIPQLNQYEEWLIDNITSNGMSYSKRIFDENNVENKDASRRVEFRVITNSDEIINEIIE +NYND +>MGYG000000001_02873 hypothetical protein +MEMIVTLLFVLLVGAIVYKFLKEKKYSNESALGNIASTIGVLGTFIGIAIGLWKFNPNNI +TESVPLLLAGMKIAFATSIAGMSAAIFMKYIALKNEDEENIDDIMELFNTMISESRNVNA +TLVQNQIQTKEALNKVSELWSNNQQKFTKELTNEILNLNNNTISKQEELIMEFKKLGETF +KELNSGVGDLLQWQENYKETVESTTKELNLVLESIHNTDESIKSIAENSSLIKENNENLS +EVLKDIRNSQAIIVDGTKSIIQISDRAKESIPEINKYFEHIDTQLKGAVENLDVVIHDNS +NKLEKHLEKITSESLSKTTRCIADNNMEFRSEVEEYLNRFKMIVYNLKKCVPEINSNLQQ +TSHRFNKSLTTYNNEVQKSLQQNLKQLNKQVDSLQKSTNSINYNLENTISDSAKRIENLS +MATSNQIKMMIEDMENIFTRKVEQLDEVLEAELTKSLNSLGSQLVTISEKFADDYTPLAD +KLKEVVTIVEGVK +>MGYG000000001_02874 Proton/glutamate-aspartate symporter +MKTQTSKNNANSLAIKMAIALILGLIAGTSFIFLRENLISNGNSDTWTLINNLLFQDISK +PEANKAIGIFYIVGQLFINSLQLVIVPMVFTSITLAMCNISDTKKLGRISYKTILGFLAA +SIFALILAGIFGITAHKMGLFNVSINNITSSEGTAGSNPLLVFVQAIPNNIGSVFSENGR +VLSIVFLASVTGICINTLGEQILVLKNILQDINKIITIFLTFVITKFGPIAIFVLITRTF +AIYGVDHLKPALAYVFTATIALFIFLVFGYALFIYVTTGLNPVKFIKKITKVALFGFSTS +SSAATLPLNTKTIVEELGVNEEIASFTLPLGMTINMNGTAIMQVIAAIFIASSAGYEVTV +GNTLIIALLALIASIGTPAAPGAGAIILFTVLTGMGYNNDAAVLAYSLILAINRPIEMLV +TSLNVVGDAATAVYVSKSENNLNEEIYNS +>MGYG000000001_02875 hypothetical protein +MKKITVKLMKVCGPLVLSVVFLSSESTSIWHIH +>MGYG000000001_02876 hypothetical protein +MDKLIAIIFIILIILILAKTFKKIFICALFAILTFAIYTITQLPLLTSSILSIVIFKGFK +DTLFNLSVTFKALFRSKYKFKQKFLGKLVNILFELNFTVFIFLCYILLISYVAYWLDIDF +EFITITFIALSLVQMLKQLAFRKTYYNPHRFLR +>MGYG000000001_02877 hypothetical protein +MNNNHPYQLNCPHCGSYITFNIPENKSITNDTSMVFSDENIGNISISNAYKNSGSFGTYE +AMDVEMICPHCSYSFKSTVHSNSTLE +>MGYG000000001_02878 hypothetical protein +MALDEPTENDEVFTSDDYNVILNKDLCDKIEVINIFFSRGEFRVSTDLSWRDEYYGTPWA +RPW +>MGYG000000001_02879 Putative multidrug resistance protein MdtD +MSKSIKRNNTTLAMAVFLLGIFMGALDSGIISPARGVIAGSLNISESASIWMVTIYTLTY +AVSMPITGKLADSLGRKKIYIACIIIFTIGSLLCWLSDVFNNYNFLLISRVIQALGGGGI +MPIATAYIGASFPPEKRGSALGFVGSIYGIATVIGPTLGTAILSLAGSNNWGYLFLINVP +ISLIILFLAFRLEENRNESKSKKMDILGAGVLSVLIASLMYALTNLQFHDFLTSIKSEHV +WPFLAIALVSLPLFIAIEKNAKDPILNLKFFTNPQIVITLALSFLAGCGLMGTVFLPQFG +ENVLRLKSGTGGYIVTLFALFTGIGAPIGGKIIDRYGVKILLLFGFSFTISGSLYQSFVT +AIYPSLSNLAIGIGLMGVGMGFTMGTPINYLMMSLVKPSEISIGQSTASLFRSIGVAVSS +NLLVNFISQAGEKLPKAINDILPKITDIGNPMTFGETLPPEIISKFQAADVTTIYSTIKD +LSNSILSKLQSVYVNDPNVNFSEIKTQYMMSLEQSKSVIENTYQLTLNKGYANLFIATAI +IALIGFILSLFIKDRIKITK +>MGYG000000001_02880 HTH-type transcriptional activator RhaR +MTKNEVLFWIQTVSMSLDVSVSYISEKSQFLKVYSENPFYSIFFSKDNENILGKYLNLLQ +EKIIYYANTPIKTCYLNICLNKESEEYLVIGPYLNEPVNENQIRELQSNLDIDETLLIEL +KKYYSAIPIVRLDRLWALCNIFLEKYFETKGPFSVVGIKEEHITSKKYKLDESLDKNLSI +KMLEERYQMENELMNAVSRGDFPSAFMAYEKMKSNLNSYYSINDSVNSSTKGITILNVIL +RKAAEAGGVHPLYLNDLSTKYSIFSLSKSVDNISVKMIKDYCSLVKDYALEGVSPLIKRA +ISYINLNLNSDLTVSDIAYNLCITPNYLSRLFRKENGISVIEYINQKRIKEAIQLMKKTD +MQIQMIAEKVGINDLSYFSKLFKKQLGKSPTQYRRDMGK +>MGYG000000001_02881 Beta-N-acetylglucosaminidase/beta-glucosidase +MSELKQKIDLKAKPFNLSDEDIKWVEETLANLTLDEKIGQVFVDMLWNNTEDEVKERIAK +YGMGGFRYNNMPATDLYKQNKLIQETSKIPALIAANIEAGGDGGVGGGTHLGYHVTIGAT +QDKENAYKLGYYGCKEAAAIGCNWTFAPIVDINKNWRSSVVSSRCFSSEAQQVLEMSKEY +LRGAKDAGLASCMKHFPGDGLDERDQHIVTANNDMSVEEWEENFGKVYRGMIDAGVESVM +IGHIRLPEMSRKLRPGIKDNEIMPATIAPELLQDLLRDKLGFNGLVITDATHMVGLTSAM +RRSEIMPYTIAAGCDMILYYRDKDEDVESIKEGLANGVLTEERLNEAVTRVLAFKAMLKL +HTKKANGTLVPKEEGLSVIGCDEHKEVAKDIADKAITLVKNTKNQLPITPETHKRIMLYT +VENSGFAPNKVETDSLKSRVKTKLEAQGFEVTLFDPAAGLNGKQLLAATPIKEFVDSFDA +VMLFVNVSGFSQSNVRRITWSMPMGPDIPWYVTELPTVCVSVFNPFHLIDVPMVPTYINA +YTDNDATLDLVIEKIMGKSEFKGVSSVDAFCSSWDTRL +>MGYG000000001_02882 hypothetical protein +MGRKYNLILSQNKTLYTIRFKLRPFNMEDRKDVFEFASDEETTKYVTWETHKTIDQSANL +ILNYYSRGGIYAIELRENKKCIGCVDIRIDEENDKLTFGYILNRNYWNKGYMTEVLNEIL +RFSFEVLKINRVEAEHYVVNGASGKVMQKCKMKHEGRGIQEVKVKGKYYDVDHYAMLKSE +WLEINQNELNEIIPNTD +>MGYG000000001_02883 Oxygen sensor protein DosP +MDIYLDDFGRGYSALSYLEKLPIRGVKIDKKFVDYICQNDKIIKMIFTLAQSLNLKVVAE +GVENGEQKEIIQQMGECVIQGYLYSKPLSVKELEDKYL +>MGYG000000001_02884 putative signaling protein +MLFLDIDKFKNINDIYGHKVGDLILIEFAHRVFKNSIPNSVIARISGDEFVILVKNYKDK +DEIRNFTSKLVKSMGQPFKLGVYSIKATVSIGLAFYLEGNNSINDIMIQGDLAMYNIKKN +GRNNFVEYTSDMKKLITGISITEGIKYKELYMVYQTQINPRTGIIECMESLVRWQSQLLG +FVPPNEFINIAEETGTIHELGEFIIEEVFKQIEIWEKNNLIFLR +>MGYG000000001_02885 hypothetical protein +MRKIIIYFSLCLTISLCLTGCTLFDKVKETSFFNSEQSNSNNNDTNNNSNKNSTNKKTVT +DYSDKDNEITSWFYMPNDTHTTPDINPKLTYDLSNYNAIYNGPINKSTKTLYLTFDEGYE +NGYTSKILDVLKEKNVKAVFFVTSYYLEKNPDLVKRMVDEGHIVGNHSKTHSSMPTLTSD +MTKFKEEFSDVESKYKEITGLDMKKFFRPPMGYYSEKSLAITNDLGYKTMFWSFAYDDWN +PEKQPEVNYAKNKILDNLHNGSILLLHAVSKTNTEILGDVIDSARNAGYEFKLLN +>MGYG000000001_02886 Rubrerythrin +MELKGSKTEKNLLASFAGESQARTKYTYYASKAKKKDAIK +>MGYG000000001_02887 hypothetical protein +MVLTGAHYIYILFMLAILIIMIMKKDVIVPCILGIFCLGLFYTQSIPQAINAVFNALIVS +LNELGPVILIISVMVALSKALEDNNAINYMIKPFSKVIKTPTTAFFVVGIVMCLLSWFFW +PTPAVALVGAIFLPVAMDVGLPAIGVAMALNLFGHGLALSTDFVIQGAPAITGGAAGIEA +AQVISEGMPLFLVMGIVTISTAFYYLRRDLKKGMFKEELKQVEHVEIKSFNKKAKIATLL +VLIGFLLDIVSMYALNLKGGDATALLGGTALLLIVIINAMNHKKDCLDSVCKNVIDGFVF +GIKIFGAIIPIAAFFYMGEVAPITSVLGDVLPAGSQGLLSDMGIALSQAVPLNKLAVASI +QTVVGAITGLDGSGFSGISLAGSLASVFGTAVNASVGALCALGQIAGIWVGGGCLVPWGL +ISAAAICGVNPVDLAKRNFKPIMIGFVVTTIVAVFII +>MGYG000000001_02888 Inner membrane protein YjjP +MFQVEEPEYKKNILRLALFIGELMLSNGAETYRVEDTIKRICKSRGFNHVNVFTTPTVVI +ISDDRFDGYSFMKTINRRAINLGRIALLNDFSRDFVKNPEMTVKESMVRLKQIASFKAYP +TWINYMFTGIGSASFAYLVGGNSPFDFLLTFLVSIIAQMVYDQLIKISYIPSFCCLVSSL +LMAASGVVLTELGFLTTPKMLIVGSIMPLLPGVPFIKGVRDLIAGDLMSGVVRFFDATII +FISIAAGVGFVLEFWFRIGGAL +>MGYG000000001_02889 hypothetical protein +MIDLPIYLNFTFAFLATIGFAVYFSAPRVSLIPSGIIGGLGWLLYIFLFKWNDNAVVSTF +FAAGFVAFLGEILARRLKNPATVFTIPGILPLAPGVGIYNTMLYMVQKEFELGFSKGIDT +FSIAAAIALGILVVTSIVNTYNILSKRRLYKKLEALHGPFHMNLNNRKDS +>MGYG000000001_02890 hypothetical protein +MYSKRKIVFMSVVALVVLTIGIFKEGVYGKNSLNEANNTDTTATYRSEEKTSTTIETSNI +THPEHKHRGKEKFESTLKELQESGVLTESDVKKIDEYQKAQMEARKAEMKEKRNEEINNM +VKENVITKEKAQKLIEALDKKNGKHGK +>MGYG000000001_02891 hypothetical protein +MNQQGYIIEIVDEKTARLKMQRHSACASCGKCQTLSSETKDILVEVDNTIGAKIGDHVEV +NMDNMNVLKATALAYIVPLIFLMLGTIGSYFVLDKVIEAQGISVEIISGLVGIVMMSTSY +VILKRNDNKFRESRKFIPVITNILDR +>MGYG000000001_02892 Copper-sensing transcriptional repressor CsoR +MEKKLQPSNDKDALIKRLKRIEGQVKGIQKMVEEERYCVDILVQISAIRSAINKVGSIIL +ENHIKGCVTESIKHDDMEITEQTIQELMDTISKFTK +>MGYG000000001_02893 hypothetical protein +MRFKYLALIIIIINMFYVNTYAESVGQDEIIKVGVYEYKPYSYIGKNGEVKGYYSDLLNL +LQKEGNFKYEYVVCDFSDGIKHLEDGDIDIMFGLTIDYLDELIEENSKDDDNAIVELWNK +YFNQVDKLNYIQHVSMAIMLIIILGMAFIFIIIPKMRLRSIKSKIRRRMNNNSYFLHYQP +IYNPKTNEVVAFEALIRLKDKNENIIQPYRFISEIEDNNMLAELSIWILNKITSDYYMIS +SYENINNIYISMNVSLNEIENEEFVDNAIEILLKSNIESKRICLEITERVKMENLDNLKK +SIKRLKDAGFKIAIDDFGVEYSNLDVLKKLDFDVIKLDKYFIDDVCDCNIKEEIIMFMSK +IAKRNGKALIIEGVEDKSQNELIKSIYNERLYVQGYLYNKPMPIEQIKLI +>MGYG000000001_02894 hypothetical protein +MMRIIINYSAKGDDIVTLVVVGGNERMKKDYISLAKEKGYKAKVFLNMSSKVKKCVGDPD +AIVIFTSVVSHKMVISVEEQAKKRNIPIIRHKNNSKAAFSQCLEMVDECTGNCRECKKNK +SNTKN +>MGYG000000001_02895 hypothetical protein +MENSNQVYEQNKRHEYDNERYENVFKLVILLKIMYIVLALISTFSTIKTISFQVKDNIYM +ISATTCIIAIMMNYYLSWSSNYSKDRVYEKSKYRDYIESLVLMIIFILVISATGLQTSDY +KILSILAVIIGAIQFGQKYSVGVSVCYSTIIIGIDLFFNKSGVETSVIYLEKDIVLTAVL +FIISIVLGMYVDTERQYFKELKKVANMDELTGIHNHRYFQDALTKLIEESNDNTEVSLLF +MDIDYFKHYNDTHGHQAGDLLLREVGNLLKICTRSEDIVARYGGEEFAVILPNTGQEHAI +KVGERIRQCIEQTHFKGQEAQPNEKLTMSIGVSTYPTIAYSKYDLINTADHALYKAKAFN +RNRVEHYHSILDELYEDNQVNKDILDNLKKLMRMINQKDKYTYGHIERVVKYCKNFGRHL +KLSSRERIDLQIGAYLHDIGKFDMPKEVLNKRNNLNAEEFEAFKNHSINGEIIIKDIECL +KPFIPMVKYHHERYDGKGYPEGLKEEEIPYLVRVLAIVDSFDSMTSTESYVSEKVIDEAI +SNLLAGSGKAFDPQLVELFVEMINKNKKIV +>MGYG000000001_02896 hypothetical protein +MNFLFDSIAEMISNLASGVSTYCSLIFFEPEMPKSLREE +>MGYG000000001_02897 Accessory gene regulator protein B +MSFVERLSSNIAQSLGNRLDKNDEEIAVLNYGLFFIIHTTTALIATLLVGIVFNVLLEIM +TISIVASSLKRYSGGVHSSTPNRCTLSGLILSISLAFCTKYVSASFEYNRLLFFVVIILV +SSIYIFYNKCPVPSKNKPLKNEKTRKKLRKKSFQLLSFYCILIVILLMIYNINEIYLIKT +IVSSVTLGVALQTFSISKLGDIGINIFEKIFDIVNLK +>MGYG000000001_02898 hypothetical protein +MLHSSLAYVVLRVIPESIVLMLSSFILLDLKLDKLKVLKYGVFHGMIVTLIRTLPINFGV +HSLLSMIALGLILFKLSGKNFMEVVIAPCNIWIALALSEGIYYFIASKIIYIDPEILTNY +QTVSGAVSTLPSLAILVMIVMVIKSMKKRMMKSF +>MGYG000000001_02899 Sulfite reductase [ferredoxin] +MEHLRSMLLEEIDSFRELGHKFENKEISSADFKATSGGMGVYAHRGGEEFMIRLRIPSGI +LNTQELKVIYNLAKDKNLDSVHTTTRQAIQLHGLNIDEICDVMKEAMNNGIYTRGGGGNF +PRNVSISPLSGVDKEEVFDVTPYAQAVNSYFMNKITTYKLPRKLKVSFSSSDKDTGNAGI +ADLGFMATKKNGKDYFKVYLTGGLGKNAAKAIAFDELIETKDVLYHVEAITSFFMAEGDY +SNKNKARSRYITARMGEEAALECYKKHLAEVKMKNNLDLEVIPKEYNKVGVKINLNNNRL +IDQKQEGLYTVYFHPIGGILKLDTLKLILDSIENIEDVEIRLSMSEGMYIRNLNGNEAKD +LLEITKNLGGETKLEQSSACIGVPTCQIGIAESQSLLDEILVYFAKNGFNKDVLPSLRIS +GCNNSCGTHQIGLLGFAGKKKRVNDVVTEAFELHMNGRLGKDDTKLGSAVGDIARGDVPK +FLYELAVKVDELGITYDEFIVNHIDDFNGIINKYLV +>MGYG000000001_02900 hypothetical protein +MRDYTEYRGSIFDNEKKLWNKGSTSNLDFSYLELDEYKSEILKNLILKNVTMKNELKILN +IGNLNVLFSKIMADEGHEVTLIRPTYKSINEAKQKLNKFKVEVDFRIMDKNALDFEDKTF +DLIISSKITWQLQGPGAAFREWKRVLKDDGTLIYFDSSRDLDLSSEGRPSLDREILKRCG +FSDVEIDRNIYKKVWNDKEVIPFKPKSIFMVVAKL +>MGYG000000001_02901 hypothetical protein +MASAWSEGITSYFCNDKLNNYDNKINEINISRINKNKNRLNTIIIILASGLLLNKIAHSI +IFLNFYIILDILIKLSSKCESKLDYIKPAFIFLITVLLSEVMDVEFYKSFILFYTSISII +GINILEPIYNKKVIHDGLLKDKSSLTLKIFSVITFLFITALLYKSNLLEYMLYVSKPVLS +IYIIMIISIIKENIILD +>MGYG000000001_02902 hypothetical protein +MSNKTSAKKRPSFSIVETIIINPKVNGNTIRLQFELRENKEITVIGGIDSITNFFELDIV +EKIDNGYKLGIRKVDDIKRNPKSYKYFINVCNYKKEVVYSLKKHFRLPQEEPLYFYRPDI +FLMNEKETIEFIKKRKHYNNFNKFMRNTIKRQQLLHRMLNIPYKLNYNIITLLKVNVI +>MGYG000000001_02903 hypothetical protein +MVIFTLISLSIVSLCLIYFLSMVCIQLNRIMNINLLLGMDVTKLYSDEDLDKEEDCIDSL +IKNCAMFIYKTTNKFKKHI +>MGYG000000001_02904 hypothetical protein +MINLSLCMIVKDEENVIRRCLDSVINIVDEIIIVDTGSTDTTKEIVKEYTSKIYDFKWID +DFSEARNFSFSKASKEYILWMDADEYFDKENQEKLIKLKSNLSNNIDAVTFETNMLGCNN +TCFTFIGRRNRIVKKDKDFRWIGFVHEYIDLSGDILDSDIVITHHKVKSVSDRNLKLYRK +NVEAGNKLSDRDLYYYGKELYCNKYYEEAIAVLEEFITKAIWVEEIIDSLCKIGKCYLFL +NNHKKSREYFYRCFEYTCPNINIFYNIAESFELQKEYLKAITWYEAILKLEESEKFMCCE +NIDYLNFNVNLSLCVCNFELGFISKSYYHHLKCKEINPLNSCVIKNDEIFKNIIIKK +>MGYG000000001_02905 GTPase Der +MKDVKESIYEVKEYFLKSPLRSKLAEGESIPFKNLVINDLHDNMTNLEILDINESKPLKL +VVVGEVKSGKSTLVNALLEKDISETDVLEATSSIIEVSYGDEYESKIVDGVINISLNLEL +LKRINIVDTPGLRSMTTKNENKTLNYIQNADFIVFVIDATHIGQEDIIDALELIESFKKP +IIGVINKGDLLDGDKIELMDYIQEEYGIYMDKFFLISSLVEYEEKFNPNKVEENENKIIN +SDKELKEDFSTFIKYIEDLYRDSQEVKYESIKHSLQGIVQKEVLYSYDYFKSILMVEEET +NKYEKILRNKLDYISSKMNYEIDDWIDRVFLCNQLGKIKENIDSASDYINENYINQYINE +KKDELDKLFFEEWEECLNEVEYEINTSINKNVERVYYKNEFLNSAHYKVDKEDININEVL +ATVGTGAILGVTSGGIASIYAAAVGSSAASMTIGTALMVYCPPLLVAGTISGAVGKLIYD +KVKINNKSKNILNDIEQFIEELRESVKAELKSNYYKCSEEIVTTSSEIFKKEKGISMSKY +EMEEFIKNIEMYIKELKQYIKG +>MGYG000000001_02906 GTPase Der +MYSINRKEEFYRLSSVIENLMNHVEIMKNDIKNINNCSYKNTFKIPGNKTYECLENINME +FEKNLENLKELLEPFLLFVIGSGNYGKSTVINALVEEDLVKTNDLPNTWKLDLFCKSKIE +KIVITYANKEDIEMTLEDGINYLDKEEEKFNKSRKKISRALKEYKDNNKASISDLKEYKK +ILKEKYLYISDIVEVKYYFNKNGILKDFIIVDTPGLNQILSKSILNSIEDYYQKSDGIIW +LIDAQNIISKMSNKFIKDINKLNKIHDIKKNMILVVNKMDIIENNGENNVTKVKEKVNEI +YRDMFDDIVFISAKEAVKGRNIKNENLINKSKINNLINSINKNFKKNSEINQVESKKKNL +SLMSDQIIKTIDIYKRELYKDISKYNKSKFELNEKVNHSKEYVQNLLLDMKNISYYKEIN +INYLEKQLKEIEMICNNELNKLYKSFYNISKFTNQLENDYLSINVHLTKNKNLIVDYSLI +KSLKNLYKNESPRERLLKSMNTRRSNNSKILYDNELAIKNEIQTKINSLIKESINEVNEK +FSQIETIIADIRESSFKRKYIDYRNIKEHIKNLDMIYSILESLR +>MGYG000000001_02907 RNA polymerase sigma factor SigA +MGAKRENTYENYIYGDSSSSSNAMKMYLKEIEEYKMLSAGEEVELAKAICDSTPQAKEQF +INANYRLVVSIAKKYRKESVDMLDLIQAGNIGLIKAVEKYDYTKGYKFSTYATWWIKQSI +TRYIDDCENTIRIPVHLHQRINFVKRKKQELSNILQREPSLEELAEVCDLEVEKVIDILK +RDKNIVSLDTPIKEDEDSSLVEFIPSDANFADVVIHEVEQHNLREKIEELLTGLSEQEQK +VLRMRFGLDDDDPKTLEEIGKVFGVTRERIRQIEAKAIRKLRHPSRLKQLKHFY +>MGYG000000001_02908 hypothetical protein +MSQQLVKERVMKYLMEDLLVPHDMIDTDVPLSEFEEGAEGILDIIVNVKDSEDYYAPVLI +VKCLDEDVQMEGETVQKQVDFLEDVDNITMAGRMILTNGNEMMYADWTGEEYDTEAELPT +YDQMVKEFFEMEEKIKELEAEHHHGDGCGCGHDHGHHEERHECGCGGHDNEGGCCGGHNH +DEHHECGCGHHHE +>MGYG000000001_02909 hypothetical protein +MIKKLKTLLVLGAITVITAGSADPVSALTTKTTTTKSKGVVYLCINGKKYKFNINSNCTN +KPSVPDTNNNGTGSKPDNNTGSNNGSTSKPDNNTGSDNNSTSKPDNNTDSGNGSTSKPDN +NTGSDNNTSKPNNNTGSDSNNSGSTNQGSTSFAAYQQEVVNLVNKERAKYGLSALKSNSS +LANVATIKSQDMVNKNYFSHTSPTYGSPFDMMKQFGISYKTAGENIAMGQKTPSEVVTAW +MNSEGHRKNILSSSFTQIGVGVAKNANGQLYWTQMFIG +>MGYG000000001_02910 Phosphatidylglycerol lysyltransferase +MDIGVKVLEANTSKEKFKKTAKIVVMLAIFILVFKELIGIISSFDADKFKVYTQQLSVID +IFSIVLLGIISYLPLSFYDFVLKKRVKINLNNKKLYKYSWIASSIVSIAGFGGSTALALK +THFYKEHVKDNKLLLKEISKIIALNLTGFSMVCLIYVIINFGNLPINSLKNIGIILIGLY +LPGLCTYFVYKYVNCTEDEKVDIKDAIKIILISALEWITTINLIYGILVILDINITLTQL +FPIFVVAIVVAMVSMSPGGIGSFDLSFMLGLQELNVPGEQVLLVIFLYRVSYYIVPLIIG +LILYAHEMYIKMEDNTTNIISNVSSKIAYRTISILVFLTGTLLLIHAAIPNVVDKVGILR +HSTNLLMMNREELRLLNKESIVVGFLLIAISRLISYKSKKVYKSTLILVVLASIVEIVKN +SGCLNIIYLIILGIVLYISKGQFYRDSFIMKWDKLVRDILILTAFLILYIFTNYNSSYWQ +ISYYSEGILKFSLIGFTIAILYLAIMYYTNKSNDFPKMRLKECEEDIKMILNKYEGSPMI +HYVYLDDKYIYLNKDKDVLMQYQICSDKIFILGNPIGNDDKIEETIQELNNLGDKYGYTP +VFCGINKNLIPHLHESGYEFMKLGEEARVNLNEFTLEGRKMKSVRNAIARVTKQEYTFEV +IHPPFSEDFIESLKVVSDEWLGDRKERSFFIGSFKEDYLSRAPIAIVKDKENEIKGFANL +MPMYDNETLSIDLMRFSHSTCNGVMDFMFVNLFNWSKEQGYSKFNMGLAPLSKVGQSKYS +RFLERMGGYMYTYCEKVHSFQGLKRFKEKYCEEWDGLYMAYRKQSSVVITILQGMLLFIK +EI +>MGYG000000001_02911 Purine nucleoside phosphorylase DeoD-type +MGLTAHNNANMGDIAETILLPGDPLRAKFIAENFLEDAVEYNTVRGMYGYTGYYKGKRIS +VQGTGMGGPSMGIYSYELIHFYGVKNLIRIGSAGALNKDLKIQDLVIGMAASTDSNFGAQ +YNLPGTYAPSASFELVKKAYDIAKEKGIDAKVGNILSSDVFYSDNGMESLKTWSKMNILA +VEMEAAALYMNAARAGVNALCMLTISDLPFEGVATTAMERQTAFTKMMEVALELA +>MGYG000000001_02912 Membrane lipoprotein TmpC +MTIKKLLSLGIILSITSSVLVGCSSSKGNSNKSDKLKVTMIADLGGINDQSFNQSAWEGL +QRAEKELGVEVNVIESKQVSDYEANVETAIDEDSDLVIGIGFQMDAAIKNAAESYPEQKF +AIIDHAFEEQPSNVNSIMFNAQEASYLVGLIAAKTSETGKVGFIGGTKVPIIESFEYGFL +SGVESVGNGVKLLRQYADTYADAAKGKAIAKQMHKNDVDIIFTAAGSTGSGAIEAARENN +KKAIGVDMDQNFVAPENVITSAIKRVDNVVYNTVKDLKEGNFKGGEVSVYGLKEDGVGIA +PTTKNFISEEVLTFVEEQAEKIKSGEIVVPVNEEQYNKLK +>MGYG000000001_02913 putative licABCH operon regulator +MSININSRETKIINILKNAVEPISGVALSEEIGCSTKTIQSDIKNINKVLVKSEIVSIRG +KGYKLKGDFEELDIKNDIYDDINRESYILKKMINLSNCNDNYIRIEDLADLMYVSLSTVK +NDLKEVKKKLNDNNIKVETKHKQGIYISGSEDNIIKFIINICNDKSNNLNLNDFLITEVI +NNIFKIKHNILEVLEKESLLITDLEFKNILDYILISLSRNSIDKDNLINKYINNYKEKRN +KIINNDSNKEKIKKAIKIFCENLKIATNIDITEDKIFEECLDSHISNLCKKKELGISESY +PISANEIKLKYAFAFELAKIAKKTIEDNLEISINEEETGNIALHIGGAIERANQNTKKKI +YKVVIVCTSGIGTSMLIKSKLENLFYNKIEIVKVIPAYLIDYINVIDVDFVISTVPMELE +NTPLIKISPLLNEKEVKIIEKYLETEKVYSNLSIQYLLERDLFFTNLILDTKEKIIEYMA +DALIEKEYIDEEMKQSFFDREKIATTEIGNMVAIPHGAKGKIFKNRIAIGILRKPIKWEI +NEVKLVIMMAIDTEFVLNYEELFSDIYKRVDSIAKVINICENQSFDKFRNMFN +>MGYG000000001_02914 Tagatose-6-phosphate kinase +MIYTVTLNPAIDYLINLDNLEIGRINRVEYEKVYAGGKGINVSNMLKQLGYENTALGFIS +GFTGEFIVNTLMEKGINNKFIRLKNGFTRINVKVKGKEETEINGKGPAITNNELNELYKI +LENLNSSDILVLAGSIPSTLDDKLYENIMDRIKDNNVKVVVDATKNLLLNVLKYKPFLIK +PNNHELEEIFNVKLNNNEEIIKYAKKLKEMGALNVLVSMGKDGALLLTENDEVYVSNVAK +GIVKNSVGAGDSMVAGFIAGYLNTNSYSEGLKLGAASGGATAFSYDIATKEYIDEIKKQI +IVTKI +>MGYG000000001_02915 PTS system fructose-specific EIIABC component +MRITDLIDKKSINLNLKSTNKSDVINELVELMNHSENLKNKEEYKKAILAREELSTTGIG +EGIAIPHAKTTAVKKASLATGISKDGIDYEAFDGSLANLFFMIAAPDGANNTHLEVLARL +STILMDEDFREKLINASSEEEFLDLINQKEMEKFPEEYEIEEIELERDAVEIKEEIKEEN +DSKYPKVLAVTACPTGIAHTFMAAESLNKTANQKGVSIKVETNGSSGAKNILTREEIEHA +NCIIVAADKNVDMSRFNGKKVIITKVANGIHKADELIDRAVKGEAPIYHGSSDSKNSNEG +SLEEEGALRKIYKNLMNGVSNMLPFVVAGGILIALSFLFDNYEIDPANFGKNTPIAAYLN +MIGGYAFDFMLPVLAGYIAFSIADRPALVVGFVGGIIAKEGGAGFLGALIAGFLAGYLVL +GLKKLFSSLPQALEGIKPILLFPLLGAFIISLLMTFIVMPPVVALNNGMTNFLMGLGGSS +KLLLGIVLGAMMAVDMGGPVNKAAYVFGIAALEAGQFEVMAAVMAGGMVPPLAIALATTF +FKNRFTEEEIKSGIVNYVMGLSFITEGAIPFAAADPIHVIPACVVGSGVAGALSMLFGSA +LRAPHGGIFVIPVISNPIGYLIAICAGSVVGMILLSILKKTINK +>MGYG000000001_02916 hypothetical protein +MKITIFLGAGASAAENLPIQNELFSEYFKDLKPSDYDKEMNKELHRFFKQMFNIDLKKDK +IEEVNFPTFEEVLGILDLAEHRREFFKNFALEMVNKKSDSIRFVRQYLILLMAYSVNKKN +ANKYHKMLLDNLLKEDMLLDTTFISANYDINIDNTIASLYDEEKLPVMLDYGIDFTNFYE +GNNWVKPKAPMIKLYKIHGSLNWMYCPFCSSLTLTPYEGGVMRILEDIEGAKCLRCGEIT +VPIIVPPTYFKDMSNVFLSNVWNESEKALRESNILIFCGYSFPEADIHIKYIIKRVQTSR +KKPPLKIMVFNNHEGKKDFSLRREEARYKRFLGDDIVFTDKSFQDFAKEPGTYIKLLLND +EK +>MGYG000000001_02917 hypothetical protein +MRIVDLTHSLENNMLIYAEPNRPNIKKVSTVEENGYQETFLSMFSHNGTHIDSTKHMNAK +GKTLDLLEVDNFVGKAVLIELENKQTIELEYLKEYKDKIDSCDFIIFKSGWDKYWGELKC +LVQL +>MGYG000000001_02918 putative membrane protein YdfK +MLGTIVNTGAIIGGCLVGLLIKGGIPERLSNTVMNGIALCVIYIGISGAFEGGNTLITII +SMAFGAAIGELIDLDKWLNKLGEFLESKFSKNKIDDDSDVKTSTVTISQGFVSASLLFCV +GAMAVVGSLESGLKGVHETLFAKSILDGISSIIFTASMGIGVIFSGISVFIYQGAITIGA +SFLSGILSDSVVNSMTAVGSLLIMALGLNMIKACNIKVANLLPSMLIPVFCEIFGML +>MGYG000000001_02919 hypothetical protein +MITFDINGAIVEFDDTMDNYNSIRKQFQTYAFNISNQFEEDCLNNAHTIKQISEQALAIG +EGLIDSIIKKGVETIVTYRVITIDFNIFKEQYCKKYLDYARLFNNLMKEHTNSNNRGRKN +NNVTKFYEIKPIIKKLAEYIYNDCFNIHYAIIDVLLDHNVSNVHCYIDNKSIRQANALFN +NYKDGFIGKADECKVVKQIISLNPYRQDIYEFFIKEDGDFSEEIERLTDYLGYDIKEYKA +TLMDIYIKQLIESNCVIDIESSKEKVKKYAKYIGCKDDSIYITRIDAIYTFENA +>MGYG000000001_02920 hypothetical protein +MTKKFNLFRKHYNNLKSDTYKSNTSFKYNSFEEDVSYDDDYDDSLYLDQDINYYSYYDDL +SFCNKNNLVDYFYDFDDYDYIE +>MGYG000000001_02921 NAD-dependent dihydropyrimidine dehydrogenase subunit PreT +MNNVGYLTESGKYFTQEEAISEARRCLLCDDEYCSKNCPIDVNPKDIIKLVTDEKIEEAV +KTIREKNPLAAICARVCPYESYCIGGCKNTELKNPIMIPYIEKFLTEYEKDSNWKNENNE +INVNLTGKKVAIIGSGPSGLTAAAFLARKGHSVTVFEARENLGGWLSYGIPPHRLPKHAI +NQDLKYIEDLGVKFKTNCTVGKDITLDELRKDGYDAFLLSSGLNKGRILNIKGSQYKGVM +SAVSFLADAKSHDGHIPIGKSAVIIGGGDVAMDCGTTAKFIGYDKVRIVVRCSLEEMTAS +AKEYNYLKFVNVPVFDHFDSVEILGNEDNEVYAIKFKGTDDNSDLTIDADTIIFAVGQMS +EGIENIAPVELDKRGTVITNNFKTSIVDIFATGDIIQGQKTACYATSLGKEAAIEINKYL +CNL +>MGYG000000001_02922 hypothetical protein +MLKKLVSVASSLALGVVCLTGCSQNDTNKTTTEKTELDKVTIAEVTHSVFYAPQYAAISQ +GFFEDEGIDVDLINTQGADKTMAALISGEADIGLMGPEASIYVYNQGSDDYAINFAQLTQ +RDGSFLVSREKSDDFSYEDLKGTEILGGRKGGVPLMTLEYVLKQHGLNIGEDDPSAEVNV +RTDVQFGVMAGAFAAGEADYTTAFEPTASQLEKDGSGYVVASIGADSGEIPFTAYSATKS +YMEENKDLVQRFTNALYKAQQWIQTASDEEVAKAMQPFFEDNTIDDLIIVAQKYREIDAW +CSEPVLSEESLNNLMKVMETANQLDERPPYSSIVTTEFAENAVNNSK +>MGYG000000001_02923 hypothetical protein +MSTYNNSNYLYEFDVRANYYKLEGINAIFRNLLNIKRKYNNKKIIDATFIIVNPKGDKHI +NKDYYQRVPVYTVEDIVNKNLPIIYKDAKVKKR +>MGYG000000001_02924 hypothetical protein +MGQCNCKSLSILAENYFIKNNINIVRMKNKKGRYYNLKHTYYKKIKSSLIESI +>MGYG000000001_02925 hypothetical protein +MFTEIQVALFNIVLHLVVSILGINLSKVYLNAAKSKGKDEITIKDTSVSLEQYFKCAVYS +ILIWAITFAITSLSLILSSFLMWISPLLFIILFICSFFIGGIISLYATFAITAILDQDYT +AYEAISISFNLVKGSFWQVVLFGLSFIGWMILSGLTFGIAGIWVLPYMGVSFANYYFELY +GEKLR +>MGYG000000001_02926 Putative aliphatic sulfonates transport permease protein SsuC +MRINKSSTGYTDYLKGLKKEKIKILICQIALLVGFVILWEVLANQGVISTFLFSKPSAIY +KLFIQYVESGQLLTHVAVSVYETLLGLVIGTVLGILIAVALWWSERLSKILDPFLVVLNA +LPKTALAPIIIVWVGAGIKGIVVTAVAISIVVTILSAYNYFINVDKEQVKMFQSFGASKL +QILFKLILPANIGNLINLTKINIGMAWVGVIVGELLVSRYGLGYLIVYGSQVFKLDLVMM +GVFILAICSWVMYEIVNIIEKIYRKKRR +>MGYG000000001_02927 Aliphatic sulfonates import ATP-binding protein SsuB +MQTIVEVKDLNKNFYGKEGELEVLKNINFSLKEGEILTLLGPSGSGKSTILNILTKLLKP +TSGEVNIQGTIGYMFQKDHLLEWRNIMDNITIGLEIQHKKTPESIARIENLLKTYGLWEF +RNMYPFELSGGMRQRVALIRTLSVDPSILLLDEPFSALDYQTRLLVSDDVYKIIRNEHKS +AILVTHDISEAISMSDQVAILSKRPATIKNIHDINLEMDGERTPIKSRKVPAFQDYFDIL +WKELDTYEN +>MGYG000000001_02928 hypothetical protein +MKKFKLLLLVALGCIGLVGCSSSKLSDAFDEAKLKTTSQEIIQMLCNEEYDKIEDHMSKE +LKDAGATQQIKDAWSTVSGKLGDFDSYEKEAVVGKENQATVVTINKFKNGKVQFTISYNE +DMELTGFYIK +>MGYG000000001_02929 hypothetical protein +MLYSYTIHKFKKKGDFMEFLQFDDLSLFSKIGLDEETLMIHSKCGKYSFYINFKDEIKGV +DYYDLAIATQSSNGFINKSGDAKTIKKLVLDTLSGKEIKDDIKKKIDKPKITTKNNSKSN +LKEQKPQEKTPFYANAQKKRRKSK +>MGYG000000001_02930 hypothetical protein +MKFGDRVLYEGDGDRVLGVYLHEVNSKEAIVKLDNSREKVIVMKKYLSFIKDIESMDLIQ +AMVIADYISKEKYDGHYTLMAFTTGCRFCFGTLDKINYNTTSLMAFGKTVEEAISKAIKN +NIDTDSIMNKEDKMYK +>MGYG000000001_02931 ATP-dependent zinc metalloprotease FtsH 4 +MDDNKKPKKPLIYYYITTLLIVMLLNAFFFPSMRSLHTEEVDYGKFITMLDKKEVKDVEV +QSNEIVFTSSNPQNSKIYITGKMDDPDLVNRLEKAGVTFSKSIPKESSPILNFLLTWIGP +ILIFALLGQMFSRMLAKRMGGPGAMQFGKSNAKVYVEAQTGKTFKDVAGQDEAKEALTEI +VDFLNNPDKYKEIGAKMPKGALLVGPPGTGKTLLAKAVAGEANVPFFSISGSEFVEMFVG +MGAARVRDLFKQAQEKAPCIVFIDEIDTIGKKRDNGSGMGGNDEREQTLNQLLTEMDGFD +GGLGVVILAATNRPESLDKALLRPGRFDRRIPVEMPDLAGRESILKVHAANVKTENNIDY +NVIARATSGASGAELANIVNEAAIAAVKDKRDLVSQRDLEEAVEVVIAGYQRKGAVISDK +EKKIIAYHEIGHALVAAIQTNSDPVHKITIIPRTSGALGYTMQVSESESVLMSKEDAFNK +ITTYTGGRAAEEIIFNIVTSGASNDIEQATKIARSMVTRFGMSDKFGMVALETVNNPYLG +GDASLTCSSETASKVDEEVLSIIKEAHLKASTILKENIDKLHELSHYLLEKETITGEEFM +KILNNEDLNEKDN +>MGYG000000001_02932 Multidrug export protein MepA +MIIDQTQDRENKMGVMSINKLLITMSLPMIISMLVQALYNVVDSMFVSHISENALSAVSL +AFPLQSFMIAVCTGTGVGINAVLSKSLGEKNYDEANSAANNGIFLAVLSYLLFLIIGLFF +TRFFYQCQTDITEIIEGGYSYLVVCTTCSFGLFGQIVFERLMQSTGKTFYTMITQGLGAI +INIILDPILIFGLFGFPKLGIAGAAIATVIGQIIAMLLAIYYNVSKNDEIKIKIKGFKPN +FKTIKKIYSVGIPSIIMGSIGSVMTFGMNKILMVFTSTATAVFGVYFKLQSFVFMPVFGI +NNGMVPIVSYNFGARNKERMIDTMKISIIYAVCIMIIGFTIIQIYPDKLLSIFNASKSMI +DIGIPALKIISLSFLFAGFCIIVGSVFQALGEGVLSMIVSIARQLVVLLPVAYLFSKTGN +LNMIWWAFPIAEIASVVLSVIFLKRTYNKIIKDI +>MGYG000000001_02933 hypothetical protein +MLSIETIVIYKSKTGFTKRYAEFIAEDLDAEIYELHEIKIEDIDKYDTIIYGGGLYAGGI +NGIDFINKNIDILKKHKVIVFATGLCSGSDDEINNMKNSNFNQEQIKNIDFFYLRGGFNF +NNLSIVDKVLMTLMKLKLKFKKNLNNDEKGMLSAYEHPIDFVDRENISKLINSITIKI +>MGYG000000001_02934 hypothetical protein +MLGLALEGGGAKGAFHIGAVKALLENGYEFDGVVGTSIGAFNGALISQGDFEKAYDLWIN +MEPSMLFDIEDECMRNIVHNGLTKETIKYISSRTINLIENRGIDTSKIRRVLYENVDEYK +LRTSNIDFGMVTVSIPDFNPVEVYKEDIPAGKIRDYIMASANFPGFKLYPIDGKYYIDGG +IYDNCPVNLLIRKGYKDIIAVRTSKNDRFSNIINKDVRIRSIIASEDLGNALIFDNDLIR +RNITLGYFDAIRMIKNLKGRKYYIEPFEEVFFFDILNNIPENVILQIGETLKVSQMDSKR +MLFEKIIPTIADLLKLPNTATYEEIFIGLLEVIAEKKSVEKFNIYSINEFIDAIEKTSPI +ESRDERKRRHLRDLKKLVSELLGSHMLDELAYVVLDTLPIENFKIK +>MGYG000000001_02935 HTH-type transcriptional activator RhaR +MNIENFRENSTHGNAFFPLRVYYQIDSNGEFSVQYHWHEQIEILYIEKGEFNITVNDIDI +IGRPGDLYFINSGDLHKIYVRENNPSLHHAIVFKPEILSFEQFDHCQSYYITPLLNNKLK +FPLSIEHNDCLKNKIIYELKEIIKSYDKKSLGWSISIKASLLKILTFLIEENCLIEKDKL +NPNKDKINILKKIISYIQKNYHNKITIAELAQVANMSPQYFCKFFKSNVGKTSIEYINEY +RIEKACEILKTEDVKIMNVCFSVGFDNFSYFIRKFKEYKKCTPSKYKSNFELNL +>MGYG000000001_02936 Oligo-1,6-glucosidase +MVKKWWHSSVVYQIYPRSFKDSNNDGIGDINGIIEKLDYLKELGIDVIWLSPVYKSPNDD +NGYDISDYCDIMDEFGTMDDMDRLLDEGNKRGIKIVMDLVVNHTSDEHKWFIEARKSKDN +EYRDYYVWRDGFNDKEPNDLESMFSGSAWELDKQTNQYYLHLFSKKQPDLNWENPKVRNE +VYKMMNYWIDKGIGGFRMDVIDLIGKLPDKKITANGPKLHEYIQEMNRETLRDKDLLTVG +ETWGATPEIGKMYSDPARNELSMIFQFEHIMLDQEGEEKWDLKQLNLLDLKRILSKWQTA +LGDEGWNSLFWNNHDLPRIVSRWGNDKEYRVKSAKMLATLLHGMKGTPYIYQGEELGMTN +VKFDNIEDYNDIESLNMYKERISKGYKHEEIMESIYAKGRDNARTPIQWDDSEYGGFSTS +KPWLAVNKNYKYINAKNCLKDNDSIFYHYKKLIEIRKSNETIIYGDYNLLCEDDKNIFAY +TRKLDGDTILVVCNFYNIETKINYEGDYESLEILISNYSDSSINLSNLKLRPYEAIMYRI +K +>MGYG000000001_02937 hypothetical protein +MEISLCMIVKNEENVIDRCLNCVKDVVDEMIIVDTGSTDNTIAKAESLGAKIYNFQWIDD +FAEARNFSFSKATKDYILWLDADDVLEEDDVKKLRELKESINECVDSVMMNYVLQVDKNG +NSVYSLKRNRLVKRNRNFRWVGYVHEYLEVYGNIIQSEINIVHKKDKEYTNRNLEIYENK +LSSGEELSIRDILYYGNELYDNGRYDDAIKQYIKFIDTKQGWVEDIKTACYKLADCYMYK +NDKDNELKYILKSFEYDVPRADFCCRLAYKFLEENKIETAIYWYRLAIQSVPKDESASLI +NHEMYTYLPWIQLCVCYSRIGNMKEAYLCNEMAAKYKEDDEYVKYNREFLKDKVDLSI +>MGYG000000001_02938 hypothetical protein +MKLVNRCTIYRSPIYKYALTNLNLRSDKSTNSNVISVIPKNSKLEVIDEDDEWLKVKYDS +REGYVYSDYVSISKHPWTNLNLRENESIESKSLVIIPQKSRVEILQNDGDWSKVVYNDII +GYVFNYYLSDDGNKPSDLNYEYFFTDMTKFVNDNNIKSTSNYLITTDLKNKYTYIFRKDN +GRWANLYKYRSTVGKQSTPTITGIFNISGRKPSFGTNEYQVKYATRIKDGYYYHSILYDS +TGSYIIDGRLGMALSHGCIRLDTDNAKWIYENIPDNTTVIIH +>MGYG000000001_02939 Response regulator protein GraR +MKRLMIIEDTQVIREELTFLLIKYGYEVIAPVDFENIINDIKYAKPDLILLDINLPVFDG +FYICREIRKDTNIPIIIVTSRNSEIDELMSMNLGADDFITKPYNTQILLAHINAVLKRAY +ADMESSDILGIRDLELDLSRGIIKAFDNTLEISKNELKILSYLIKNKEKIVSRDSLMNYM +WNSDIYIDDNTLSVNINRLRKKLGEIGLEDYIETKRGLGYMIK +>MGYG000000001_02940 hypothetical protein +MTILQYIKDKSLFLIINLVLFFIVFIISIYINLSFELVIGIFILWFFPLISYIILEFIKF +KKYYEKVEGICDGLDKKYLLSEVIEEPEFPEGKILYDLLSETNRSMRENINYYRNIQKEY +EEYIEMWVHEIKTPIASTLLLIENNIDIMPLGIKEQIKNIEDYVEQVLYYSKINDVNKDY +IVKNVNLELVVKNVIRKNASDFIHDKLSY +>MGYG000000001_02941 putative licABCH operon regulator +MRESLILKELKDSGDYLSLDYFSKKFEVSTRTIRNDMKIIAIDEKCNGFKIEYKSKLGYI +LQIEDEMRFERYLKSLSPVPLDSPEQRLNSITALLLLKDDYTTIEQLSQEFLVSTSLIKN +DLKRLSQKLKDTNLELERKAHYGIKIIGPIKYKQKILSEIASKDNRKLEEFYSKFISDKK +MENIKTTEENILVKYKLEANFVELEELKLQLVLLYIKASLRRNNEEKEITQLKVSYNDII +IEHIIREVFSELQFFITDEEKDYLSDFIKRKTKNKESEINSAQKDKLQELIYNFFEEVDK +EYNTYFLEDKEFFNLLYLHIASLIERVRREQNLKNPFSRQISHQYPTVFNLAIQLSKRLE +KEYGIKINQHEIGFIATHIAVPFEKRQGENFKQKYKIGIVCSSGGGSAYLIKLRLQEIFP +NAEVQNFSLLDKDKIVNFSPDLIFSITDLSFEVHAPVILIKEILDDLDYLKIKESVRYVD +DFGKVTNPKQYFLSLFSKKHFTCITQKSEYKGILDTMAQKVVEDGACAPSYPKDVWERES +FLNTIYTNGVTIPHPIEMTGNKNLISVGLVQTDIEYEERKPKIIFMVSLIKGNLELHKLV +TKHLSIIMEDESVVNRLRESQSYEEFMHKLKNSLGG +>MGYG000000001_02942 Aminopeptidase YpdE +MNLEFLKKLSEADGIASNEGEVRKVLLDELKSHSDNIVCDGLGSIIFSKEINENAPKIMI +CAHMDEVGFIVRSISKDGMIHLMVVGGVKPLAQHLQKVRITTESGVKIPAIINGTYKNEA +TEDLYADIGAYTDEEVYNLGIQVGDMVTYATEFEKFSLPNRLVGKAFDDRLGCFVMGEVL +KNLDDKKLNSNIYFAATSSEEVGIRGAKTAAQLINPDVVFVIDVACHRNEFVRDHTNKKQ +IDKGVMLMHFDRTLAPNKKMINYVKETASNINVPLQHDMFKSGGTDGGEAHKVNEGKPTV +VTCLPVRYGHCAFSIVSPIDLELIIKLYTELILNFDSEKYKEIKKFI +>MGYG000000001_02943 PTS system N,N'-diacetylchitobiose-specific EIIA component +MGSTEFEVMELITTAGESKAKAFEALKMVKDKKFDEARELIAEARKIDVQAHRIQTELIT +RDIDEDQESPAMGLLMVHAQDHYMTSQLAKDLIETLIEVLDDTK +>MGYG000000001_02944 Lichenan-specific phosphotransferase enzyme IIB component +MKILLCCAGGFSTNMLMQNMKKVVKESTKLDENDFKFTAIPADSLESEIDDWDIVMIGPQ +VSHKTDFIESICKPRNKPFVVIDKDVYGKMDGATVMKLALVTYKKHELANAAK +>MGYG000000001_02945 PTS system oligo-beta-mannoside-specific EIIC component +MFAKFEAFMNRVFTPIAHKVDNQRHLSAIKAGMVAMTPFTILGSFFAIIPALPNMIGENN +PVSQFILNNAEILDLPVTLSIGLIGLYACMCISFNLGNHYKLYIPGCVTLSTFAFLFLVS +SFTPDGTLELGNLGAKGLFTGMLTAIGAVELYNLCKKKNLTIRMPEGVPDFVSKSFELIP +TTIIVGGTFIVLRFVSLNVFGELPPQILTRFLEPLVGSMDNPWAVLALNFCICTVFFFGI +HSSVFSPITRPIMVTFIAENIAAMQAGQPIPHFYTAGASSAFFGFTGAGITIGCVIACML +SKNKSFRKIGQVSLFPSLFGINEPILFGAPIILNPIMFIPFVFGGAIIGTLPMFLMHYGW +LAKPVFDPPYVGVFLEGFLTNGDWRSIVANAIQLVLTVLLYMPFFKIMERQAKAKLEESK +CAKNIFTEDEADLLDDLDLDF +>MGYG000000001_02946 Aminopeptidase YpdF +MNSRLDKIKKLIEAKNIDALLIKGKSNKRYIGALTGSGVYVLVTKDKVYQILDGRYIDEA +NKKTTGFENKVVPQGSYIPTIIDLLKELSMQKVGIESQAMSIKEYITLKEHNFDIELITN +ELGKVRSVKSKEEIEIIRKACELTDEIFEEVISEIKEGMTELEVSALLHYWTLRKGASGM +AFDPIVASGERGAMPHGRPTTKKLKRNEAITIDFGIVYKGYQSDMTRTISIGEPPKIIQE +IYKAVLKAQELAIEGIREGVSARSVDKIARDSITESGFGEYFTHGLGHGMGLGDGEVPTL +NSRSEDILEEGMVMSCEPGIYIPDVGGVRIEDDIVIINGKGVSLNKTSKEWIILGE +>MGYG000000001_02947 Cystathionine beta-lyase PatB +MKYDFDKVINRKESHCRKWSNKVLKDKFDLDETAIPMDLADIDFECSPAIKSAIVNRASV +GDYSYTFVEDEFYESAVNWNKRRFNIDIEKEWIKLTFGTVSTLHYIVQAYTKEGEGVLIN +TPAYDPFAEAVENNNRKLYCSSLRLIDNRYYLDFDDIEAKMKDGNIKVYIFCSPQNPSGR +IWTKDELYKLSELCLKYNVLLVSDEIHRDVVFKGHEFISLWNAHPDIHNNSLICISPNKG +FNLGGLKTSYVIAKNKEVREILLGQLKRNSITSPNVFAIPAITAAYNDSEEWLDEMTKYV +EGNFEIVYDFFEKNIPKAKVMKSDSSFLAWIDVRELFEDEEEANKFFKAAKVTMVVGSYF +VKDGEGFIRLNIGCPRATLNEALNRIKETYKKLYHNKFSVSMNIN +>MGYG000000001_02948 putative siderophore-binding lipoprotein YfiY +MKRLKSLMLLGVTIATLGLVTGCSGNSNNEVSKDEAQTRIVQSVKGEVEIPADPKRIVDI +SGSSEELALLGHTPVGTANVDSYETDKVPSYVQDKLGDAKVVGHSMMDTMDIEAILAAEP +DLIIMAPRQEKIYDQLKEIAPVVMLEDRSNDWEAKLKDVAALFGQEEEAQKWLDNYYVKA +EEIGKEIKEANGDQTYLTVLASSGQFMVFTEGGIGTVLKEDMKLPQPANMPEQDSITLPT +VTMEGLTEIDADHIIVIATESDKADLEASTVWPQIRAVKEGNVTILDASPYFSQAYNPIG +RELLLQSIKDEVVK +>MGYG000000001_02949 Iron-uptake system permease protein FeuB +MAKPKRKTLAYSLMIIGIILLVVGIGMSISLGAKQIDFSTIVQSLFTNDNDVNIKIIRDV +RIPRAVAAALVGGFLAVAGAIMQGITRNPIAEPSVMGITQGATFMIAVAFVLQRIYPNLV +IGSFGLMIFAFLGASISGLLVYFVSSRSARKVDPVKLALAGTALGTLLISLAMGISMYFN +LSQQLSFWISGGLVSAKWQGVKLLFTVGGIAFIGAIIMAPKITILSLGEEVAIGLGQRIN +LVRFICLMIVIALTGASVSVAGNIVFVGLIVPQIAKAIVGSDYKYIIPSSMILGSVLLVY +SDIMARMINHPYETPIGSLTALLGVPMFIYLVRKDTK +>MGYG000000001_02950 Iron-uptake system permease protein FeuC +MSMNKNKKFALVIGILIALIFTTFLVSLNLGSLSIEPMDVIKTLIGQGSKSQEIAIFKLR +LPRIVIGILVGTALATAGTILQGVTKNDLADSGILGINSGAALFVVVYIYLMNGNVYDGI +SNTTIFTMPIVALTGAIFGAFLIYMLAWKNGISSSRLLLIGIGINVAFTSILTIFQLKFT +TQEFNRVMAWTSGSIWGSNWKYVMAVLPFIIIFMALTIYKSRYLDALNLGDEVATGLGIE +VEKERRKLIVYAVILAGVATSVAGSIGFLGLVAPHIARKLVGPKHKKLIPAAALVGTLIL +LVADTISRNLIAPMEIPVGIVVAIIGVPYFIYLMLAE +>MGYG000000001_02951 putative siderophore transport system ATP-binding protein YusV +MNCISTKNLNISYGNLYIVKDLNLNIPKGKITTIIGANGCGKSTVLKTIARIIQPKSGDI +YINDKNIKEQSSKDLAKTMAVLPQSPQAPSGLTVEELIAYGRFPHQKGFGKLKKEDTDIV +TWALEVTGIDEFRDRPIEALSGGQRQRAWIAMALAQQTDILVLDEPTTYLDLAHQLEVLN +LLEELNRTQGTTIVMVIHELNNAARFADHMIGVKKGKIVCQGDAYEVMTKENLRELFNID +AEIVQDPRTQKPVCITYDMVG +>MGYG000000001_02952 Multidrug export protein MepA +MDNQQALKEEKIGKLLIKYSVPAILAMMVTSLYNTVDRAFIGSIKDVGALAISGLGVTMP +LFTILGAFCVAISIGGSTNISIKLGEGNKEEAEEILGSTVALEFAVAIGILLVGIFFLDD +ILYIFGASKHTIKYAREYMSVIFAGAWFNLPGFALNSAIRAEGNPKLAAKMMIISCILNL +ILDPIFIFGFGMGIRGAAVGTVICQLVVCLWSTHYFTVGKSNLKLKVKNIKLDKKYLKLI +VVIALTPFCMELAAGSIHLVTNRVLKIYGGDLAIGAMTAVTSISLMFLMPVFGLSQGMQT +IIAYNHGAKQPERTRKAILLAVIAATTILTVGCILIKLFPEVFVGIFTKDDELMNLAING +ININLVTLPTISISILGAVYFQSIGSAKISMFLSLLRQVIILIPVILLVPKFYGLNGVWA +SQPIADIGAMVIVGLFLVREFKKKESIVENI +>MGYG000000001_02953 hypothetical protein +MIISTILSRLIFNLLFYILNYKIYGVFESMQRDLEKLSNINRSILNFAGHVLAISITVLL +SIRLGISNAVAGLILGFLMALIDICFGNSIIGNTPKKNV +>MGYG000000001_02954 hypothetical protein +MEIGKQIKKYRTEMKFSQEELSEKIFVSRQTISNWENNKNYPDVKSLLLLSSLFNVSLDI +LIKGDLEEMKEQIKKEDIDKFKRDGNIFTILFILTMVSVVPLIKFMEEYGFIIWSIIAIA +AMYYAIKVDKYKKNNNIQTYREIAAFLDGKNLDEVQKHQEYGKRPYQKCAIVIGFSLLTI +VIAIIMEYILF +>MGYG000000001_02955 hypothetical protein +MELNKEILKGHIDTMILAILEKNDSYGFEIAKNVLEQTTFELKDGTLYISLKRLESKGFI +ESYWQSSQGPGNRRKYYKITQYGIESLDIKVDEWNFVKNIMDKFLDGRDGNGSNK +>MGYG000000001_02956 hypothetical protein +MEVINNYIDSLYKNDNSQEVLELKEELKEHLIMSANEFINEGYEEQDAYEMAIKKFDGGS +DMLKELYFALKENKKEIKETNKVAKIITRISGVMFILCLITSTILTSSKPFNYMYEKQYT +YWEQVNSNISKELNKIIKDKDVKKDIDSYKDDISKLLSSSKFNKDVILMYVYESAHKQVW +ETYEPSSILYTYGKDATVDYMFMSGETVENDRGQKLYYNVKLTRALYYKIYENTRVSAIL +ATPIFFIIYVVLKIAFRKKKVKF +>MGYG000000001_02957 hypothetical protein +MDKNNKKRYIFIVAMTFCLIIGAFKVREYYILKDSFVFSKDNVVGA +>MGYG000000001_02958 hypothetical protein +MFLDGNIREDEDDSVTVEYKRSINLSKVNNEKVYVILEINKLRDDNSFNMENITQKFYTI +NSKELV +>MGYG000000001_02959 Gamma-D-glutamyl-L-diamino acid endopeptidase 1 +MFTKSYINLYNSKPFSRNINLAICDLTRNNKDILYSYQIGSSVQGTPILAVELGCGSTKI +LVQGTHHAREAINTILLLDQINYMVNLYNNPAIVCGINIRELLNRVTFVFVPLVNPDGAD +LVLNGKEFICKEYQSKDYLQKESFLSWKSNINGVDLNRNYPTSSPSTDLAKSQGSEVYPG +PYCFSEPETYALKVLTECYNFNGTISYHSSGEEIYWYFNQIDENRDLIIAKSIALLTGYK +LIPKEESTTGNGYKDWFIENYQKPSLTIEVSPYVGATIVPAENYYVIFQKNINVPIVFAD +LVDCMEECEN +>MGYG000000001_02960 hypothetical protein +MEHYGVLSLISPLVAIIIAILSKNVIISLFAGSFLGVLVLSRFSPITAVKSLIGDYFFVQ +LTDSYNAGVLILLMFIGGFIALIEKSGGAQAFAGKVTKLINTKTKAQMSSWFGGILIFFS +DLGTPLIVGPIFEPIFDKLKISREKLAWIIDSTASPIAVLVPFIGWGVYVMGFIQKEFEA +LSITQSDFTAFVKAIPFQIYPILAVTMVPIIAFSKLDFSAMLKAEQRVENTGKLYWDSSN +PQRKSEKISEYEASNSKASLVIAPLVVLFITLFSILIPLGFPMKPVGGSDFRIALTTAYL +FAAIVLIGLMVYYKTKTFNESFGIYINGMQKMIYVSITLVLAWSLGATIKNLGTANYIIQ +LLSGNVPVALIPAILFILGACVSFATGSSWGTFAIMMPLAIPMAVSLDASIYVCIGAVLS +GGLFGDHCSPISDTTILSSTGAGCDLVDHVKTQLPYALLNGGITLVGFLIAGVINSEISL +VISLVILLISVFFLSKSNKNKLEANNIESNKN +>MGYG000000001_02961 Argininosuccinate lyase +MKLWGGRFRKEENKLMEEFNKSFEFDKVLYKQDIEGSIAHVYMQGVCGLLSKEECEIITK +ELIKIKEDIENGDLLLEGNYEDIHSFVEINLIQRIGEVGKKLHTGRSRNDQVATDMRLYA +KEKTQELVELISSFRNTIKEVANNNSVIMPGYTHLQRAQVVTFKHHLMAYYSMFTRDEKR +LINALEILDESPLGCGALAGTTHNIDRNITMEKLGFKRVVENYMDGVSDRDYLIELMSDF +SIIMMHLSRLSEELILWSSQEFKFVEIDDLYTTGSSIMPQKKNPDGAELIRGKTGRVYGN +LMGLLTVMKGLPLAYNKDMQEDKEGFFDSVKQLKMCIQVMEKMIATLKVNKDQMKSCVKS +GFLNATEVADYLVKKGIPFRNAHSIVGAIVIYCEDNKKSIEELSLNEFSQFADVFDEGIY +DFIDYDKILDKGIKELIK +>MGYG000000001_02962 hypothetical protein +MKGDDLVLKKVWNVFQYITLVILLISFATAIYLRNLQRILGGVIFITFWVTMILENKSPN +KSKVVSTLFYTTGSIILVVNIAAVLFGFAS +>MGYG000000001_02963 Arabinogalactan endo-beta-1,4-galactanase +MKRKGVSLLCSCAIALTTVHSGLSISNASSVEVDKSVKAGINVKKVEGISEDTIKGVDIS +SIISLEESGVKFYNFDNKEQDIFKTFSEAGANYVRVRVWNDPYDSDKNGYGGGNNDLEKA +IEIGKRATENNMKVLIDFHYSDFWADPAKQKAQKAWGTIDDFELIRVGN +>MGYG000000001_02964 putative tryptophan transport protein +MRTNTKKLTLNALLLAIGLLLHQLTPAMGLPMQPDMSLIMLFTIMIINKGDYKTSLVCGI +VTGIFTALTTKFPGGQLPNIIDKIITVNVVYILMFISYRLPFLKKIKEKTQDLIVSIIIL +PIGTLISGMAFLLSAKLIVGLPGSFEALFLVAVAPAIIINLVFGIFFFKVISMSVNRLGY +KNLKSLNK +>MGYG000000001_02965 hypothetical protein +MIITTFGAIIGLIVSIILIIKKFEPFYCLVFGALVGGLVGGASLVDTVEYMASGAQNMAP +AILRVMTSGFLAATLIKTGAVERISEEIIKILGMKKAILGIVLSSMVLAGVGVDLDVVVL +TVGPIGMSIGHKLGYSKLAILLAALGGGKAGNIISPNPNTLAAASNFNVELSSVMLANII +PAICGVIVTTILARTLINKGSKIDMEINVEENENLPSLFASLIGPIVSICLLFLGNISDI +VVDPLVALPIGAIVSIIATRNLENTKEYLAFGVAKMQGVCILLLGTGTLVGIIQMSNLQH +STIELLEVMNIPQFLLAPISGMVMSLATASTTGGATIASSTFSEAILGSGLSKVSGAAMV +NAGACVFEHLPHGALFHASSRSVSMDLTERFKLIHYEILIGVVIVIVSTVIQLAFVL +>MGYG000000001_02966 hypothetical protein +MKFKLIKNCNTCKFNFNGFCCGDSDYYEDEEEIKKIIYNCKQWEIGFDHYKDLVNNAPWY +VVDEYKWHNISFKEFMELAEKEYSNKKIDINIYDAIEKIYKMSHYKIANILGVTIGVINY +AHIRGTPKKRIDHFSNRLCIPKEFFYKFTNKDIPKLEECYKEYLCKTNKKECLEKLNSTT +L +>MGYG000000001_02967 hypothetical protein +MEKDIFLNLSIEEQVEYLNKKLEEGQTVIRIREDLRIGEKTLQRIIKSNGYRYNQKLRKY +ICNTEVSQKVQIQGEVIETPLETDLEGQSDTLVIQNKYKNDLLELIKYKSELLDMLKDYK +LNNHISNTTVIQIESKGIIIDGLHGETVQTSIRVNKEVINEFREFSKAYKQYKSSDLISM +ALKEYMENHR +>MGYG000000001_02968 hypothetical protein +MENINLIEIIDRVKNNEYITDIAEELDTNTHVILRIMEKHKNIYTQLLDYIKEDSKNRKE +KSIKNEVKKEIEKTLLINRIIGYVNSGGQLNEIAEQDYVSTSTYSKLLRRAGYEYDRTLG +GYKHSIFKDVEGFARLMNGMDYEEEVEYLFQSLYYECIEEDGNVQRASLELYNFDTKDIY +IYHKLYDELEQISLNDGWEVFSDFIHYILLNYVYDRTGRDDSEKNEILFFKEVEGFSTDE +EIEILKKNDFLYDDINVEKELSSLYRSYLLNHYDKKHLDTLDCWSLFELFHKYK +>MGYG000000001_02969 Tyrosine recombinase XerC +MMVEAFRSKKDIEKVKRRLKKHKDKRLYPMFIIGLNTGLRIADIVPLKVSDFRGKRYLVI +KEEGKTGKKKNIAINEAIKEVIEEYYRESKKDEYLFKSQKGGHIVENTAYRLLKSEFKKC +RFKYNTGTHSMRKSHGKEINEIYGIEMAQTVLGHDNQRDTLRYIGMEKEMVDKAILSLNI +>MGYG000000001_02970 hypothetical protein +MNKKAICTLLSLGVIITNTGMINANELNSPTLNTEISQEAISDNEVKIKSDYYSFNLPYN +KDDINITYKEYENKVEYTVTSKNTGEILTVFGEETIKIEKNIYSEKLGRMATRLSKNLYQ +NHYKGPCTVRVNQPITIWAQGSFRAIDTAGKPTLTQVSGGDWSMSSTTVKNNWKNGQQSM +SITTTAMTTLTVKTTATTVGSFSVSNLRKAGFSVASSDNKNYIARFTPEKYFGFKWDIEK +GYTPIY +>MGYG000000001_02971 hypothetical protein +MEPITEINNTINYLPIIFSIFKNILVLYLVYISIKAINIYIKNNS +>MGYG000000001_02972 hypothetical protein +MAYVHEFGIIDCIEENIDCKSEELEILINKISDAIKEDKWLIHYGI +>MGYG000000001_02973 hypothetical protein +MIKNNINNINTVVFILFTAMYIYQYYYIIVVLLKNKNVKSKGKNIMNKFAVIVSARNESD +VIEEFIHTVDLQDYPSDLIDVYVIADNCSDDTAQKARIAGAHVYERFDNKKVGKGYALDF +LFKILRSRKTKYDGYFIFDADNLLSRNYISEMNKVFNRKYKIVTSYRNSKNYDSNWISAG +YSLWFLRESKYLNYARMLLNNSCAVSGTGFLISSEIIDKNNGWKYHLLTEDIEFTIDSII +NGEKIGYCNSACFYDEQPTSFRDSWNQRMRWSKGFYQVFFKYGYNLFKSIFKNRDFSCYD +MFMTISPMMLISIVMILFNSSIFLYSLISNDFQTSKLAIGYVLSYFLNTYLMMYLLGLLT +TITEWNRIQCKGYKKIFYTFTFPIFMFTYMPISICSIFKKVEWKQIKHSINKSIEDMELI +A +>MGYG000000001_02974 Serine recombinase PinR +MVYGYIRVSTVKQANEGNSLEGQTKLLLENGVPQENIYQDAYTGTKADRPQFNKLLNELK +EGDTLVVTKLDRFARSMIEGSKIVNDLIEKGVKVNVLNIGLMDNTPASKLIRNIFFSFAE +FERDMIVERTLEGKQIKMETDVDATLGRPKKFKKAQRDMALQLLEKHSYNEVANMTGISR +RTLIRYKKENDLKLLKTECEGK +>MGYG000000001_02975 hypothetical protein +MDKKELKRQIKDLNEVLIEYAEHSPSIVEFALKIVTVEKNIERKLNNRKYKREIKRRKLT +DQYIKRFNTFDIHEALNIDIKEARKKLKNFDFTIKEKNIILDTFYGGAESFLKEYNGEVI +N +>MGYG000000001_02976 DNA primase +MISLKNIIDGLKSNPSILENTLNLYGSYEKNKNRNCVHCSSSDALKINKKNNTYKCFSCG +AGGSVIDLVINKEKTDFMGAIKKLCIDNGIELPKAEYTEEEKQVFKKALEDKKEINKHIC +KLEKAFDDPNTSLDMKFKISCLIDNLKENKDFINDTEIINYSKFKANKTISIDKYISEHD +EAVTNAINGAKGGETHLLIAPTGSGKTYSIINILKKYKYKAIFILPNSANVEQVMSEYNI +PGAYDKLSATDAMEKDNVVVMTWDKVSKLTEADLSEYIIIIDEIHQTYTDTYRKKAIKGL +YDVSKKFKGRIDITATPNKLDFEIYNYITEYKQKEQTKYNVKLYNGIDTKMIIDILNNSN +NSSLLMNDTKELKYISTMINKKSDVITSDTKETSQLYNNIMTRSDMGDFKVLLNTTTIVA +GVNIKNPNVSDIIVSNIKDLGTIKQYVARFRDLKEVNIHIFNNYQEECKIYDIEWLVNEN +ISKASILKDAYNVACNGNTEFSTLGLNINPINLDTNVYFNRDINNYEIDSVYIRSQVYSK +YYNSRTLESFKVLLEEYFENIEIVYNIKADEDIKRDKDIYKHELKLSKEEAIDNLEKYKD +ILIGYDEIKKSKLSSNLKEYLKINSLYVEDIQKEYLKNNVHKLINENSLKSMISLYSKYV +LENSFSLDLAWNMAQRKNNKKIFAKINTIIYDELKQEYPNAFKNDYSLEVRVYELITHYL +YEGVSYTQEHLEDLSEALRIGFGDNWSLSTKKISAVLNQIYNIDRVKINLSVADKNYNFY +KNILPASATTKKRIDAYTIKSRIEFSDIKKELGATSSDMSLENSIQKRKTKILSQLDSNH +KEILLEGIF +>MGYG000000001_02977 hypothetical protein +MKLKKILMFCSIFTMIFSGGSFALDNVSSDAEENIVKIVLVKDGKEQEITQDELDKIIEE +SNKEYVESKDIDNFNYIESHDARLVNPPRYQYIESSRIKEYHHKGRNKRITPYVRNDTSS +TISRNISFSTTYSRSSDITLTTKEFNAINAQIGKSYGVSRTYSDSVDAKIKPKYESWVEF +YPIVYKSYGTLRYYYDGINARDKKATTYFSRASKNGLDGVYTVKERKY +>MGYG000000001_02978 hypothetical protein +MWKKTLGSVFIIASAILYSSMYISAAIYGSAITSKSKEIFSTYLGFIGNGLIIPSIILFI +LGCVFILLSKNKDY +>MGYG000000001_02979 hypothetical protein +MSESLRITFGDNWALTTDKIGKIINQIYIIEKKKTKMCPPFSYTFYKNILPKSGHNERIN +VYTIKLRIELSDIKKELGATSSDMSLENSIQKRKTKILSQLDSNHKEILLEGIF +>MGYG000000001_02980 Putative phosphatase +MIKHIFCDLDGTLYHDGISKEDIKAIEDIESKGVKFHIATGRALKQASKMIENKLNLNGY +YICQNGAFVYDKNKNIVLKEVIDDCLVGKVINRFKSDDSYIYVMYDGNIVISGGLEILDK +YDKECIMDLDFFKRDKYDNLVSNIGILSRNIDELGRMELYYKSEFGDILDVYLSGPHVLS +MAPKHISKGNGIKHVCDILDVTLDEVATIGDSPNDIPMLYGFKYSFAMENGRKEVKESAS +YSAKSVRDVIEIVGKINGVEY +>MGYG000000001_02981 hypothetical protein +MFVNTHILIGKSIVENINENKSFFISDKNFIYGNIKPDISSKYVLQKHYLEESLEMIFTK +VEYLCTLNLDCISKYFSISKFSQELGVICHFLCDFFCVPHSRRWEMTHSMNKHITYEKEL +SIVAKETDLRKFKGDNIEANSFREFFNSIYLEYQSKTEYKNDLLFSNYVCNSVVDYILDA +VLSNTAKSYTLINCG +>MGYG000000001_02982 Protein/nucleic acid deglycase 3 +MKKVLVFLADGFEEIEAISVVDVLRRADITCNMCTINEEYVRGTHNIIIKSDCHIDSIDV +KEYDAVVLPGGLPGADNLKDKRVEEIVKRFNAEDKIVAAICAAPETLEGFGVLENKSCTS +YPGFVKNRDKVNYIEDELVVVDNNIITSRGPATATLFALEILKELGETKKSEEIKEGMMV +KFYNQVIK +>MGYG000000001_02983 hypothetical protein +MKLAVFSRIVFKENINKNKIISLISYFIGAILAVTGGKLDLSTLSPIGILSAIVAIKGTD +NKKTEGYTIDFQKIC +>MGYG000000001_02984 hypothetical protein +MTKFKYAFDNKRYHTWNYYLRNTFGEKIFKVSINAGFTCPNIDGKITYGGCTYCSKEGSG +DFAGNPKDDLIKQFYEIREMMLKKWPKAKYIGYFQAYTNTYAPLEVLKEKYETILELEDV +IGLSISTRPDCLPDDVVEYLGELNERTNLWVELGLQTIHDSTSKLINRGHDYQTFLEGVE +KLKAKNIKVIVHIINGLPGEDYNMMMETAKAVGRLGVDGIKIHLLHVIKNTPMEKMLDNG +MLKLMTQDEYINLVCDQLEALPEEMIVHRLTGDGKREDLVGPLWSLKKWEVLNQIDATLK +ERNTFQGAKYTAE +>MGYG000000001_02985 hypothetical protein +MDKEKDGVSNQAGENKDPDFSENIFVNEDESVNDDKQLDDEDLYESEINNEVSEQDDSEV +SNKEELKEDNISEEEDISEIENLSNEINSEETLDVKEKSNESDKEEKPNKSGFTKKKKII +TGVCLCAALILGIVANNVVSKYEKIVYPRAKLYESNISKLDENSLKEEIENVKNDIGNSK +IKIETKNNKYDIKFSELIKSYNEEDLTEEAMSYGKDGNIIQQFGIITIGKSRDYTFDIAT +DDKAISEFVNKVYEDNSESSIEPKVEINGEDIEIIKGKNGNVVDKNSLIDEIKSTIKDYD +GKNKEINLTVNYIEEEPKISISDLEKVDTKISSYSTQYGTGGGRGKNIEVATSKIDDLLL +MPGEEFSYENMVGPVSQENGYTYAPVISNGELVQGIGGGVCQVSSTIYNAQLKAGILPTE +RRNHSKAVSYVPRGLDATLASGSIDYKFKNTYDYPLVINTYTSGGRIYIEFWSNKNSTKG +ITYEAVSYVNGKVANTYLYGYDSNKNRVYEKHIDTSVYR +>MGYG000000001_02986 hypothetical protein +MFQFFNINFDGVNKKENATKFISIGLVLIVLGTLSLLYKNLGIKIVSWLLGLSLLFIAYL +NLKNINELSRYASKEELKPHKRNQAIILFFVVLLFIFPTKIQGFISSVIGAYLVVNQLLK +IAASKNNPYFRFGLSNIFAFLFGITLIISPLFLSKFISSIMSFIVIIIGLNLFTMGNRLR +>MGYG000000001_02987 hypothetical protein +MSNMVAIFFAVLAGLSTTLEAFLNGELEKNTTALIATFISLVVGALFFLISILIAGDFKD +LIKVGPIKPILLLGGVFGGLIIYFTVKAIPSLGVSNTLTLIVISQVILGFIIDSVILGKN +TIHLYNYIGAALIFIGVFFMLN +>MGYG000000001_02988 hypothetical protein +MENKKFVISFSGGKDSVLALHRMVKKGYTPVALLTTVKKNEDESWTHGINHDFLKKVSES +LGIDLITVECDVNEYENEFERKLLVAKKKGASMCVYGDIDIEHHKQWGVDRCNAVGMVAE +FPLWQESRENLVHEFIDSGFKATIKKVNLNNLGKDFLGKVLTRELIQEIKATGSDACGEN +GEYHTFVSDGPLFKNPINFKQSKVTLDENYGHLHII +>MGYG000000001_02989 hypothetical protein +MMEHNCECGHNTFQIAHLDSKEQDAIRKAEAQIKSETGKDIIMIAWEKK +>MGYG000000001_02990 hypothetical protein +MKDYYKIGEISKIYGIGRDSLMYYEEIGILNPYRDTNGYRLYSISDIWRLNLIKELRSLN +FPMKKIKEYLANRSIESTNQMLNEEIELIDNKILELLSHKENIKQRLKSIEETVSNTKFN +EIKVEYIEKRKALKLNANIKRDEDVDFLIQKLQKEYEHRFNILGNNNIGAVYSLDSIKKH +IYNEFNSVFCLLNEDERIYNITFDENYYITMTYRGSYSNNKEYINRMIEYSTDKNYEIIG +DPIEIYKIDVHETGKVEEFITEIQIPIKKRLQ +>MGYG000000001_02991 hypothetical protein +MITKVNESLENAFWEYVSHEERINLFIIGDVENYGFETDFQDVWFQMNDDKIVAVMLRYY +KSLIIYSYENDYNIDEMIDHINSLDIKEISGKKIVIDRLLTKYKDFKKSKETQFCSLKTL +KEIDVLNLKDNKIEKAEISDLKELNDFICSVEDMYTEDYIETKTKQLKEKNTRIYFIKQD +DKIVSTTSTGIETSFLAMVCGTCTDVNYRNQGLATLMTYTLSKELVNEGKIPCLFYSSEV +AGRIYKKIGYEIDANWSMLLK +>MGYG000000001_02992 hypothetical protein +MEKSERKKYYRLKALKESSMVFSIILILFVLVMKFDNSIFSVLLSNIGLKATIPILVLLF +ICYTVVYTVNYAYGEMDIRVKKDDLKSE +>MGYG000000001_02993 SpoIVB peptidase +MKKSFRIKMKMFLIIFLLIILFPTCIYSMQKKEKIPSEVIIGGELLQINMNTNKVMYYRN +ENEKNGLENYDLICKIDGKNINNREDIFEHILSNKKDEKVETIVLRNNKYETVYLKLNDL +KPSFFTEYIPFSATLTYINPNDCSFGAVAHNIKVPDFNNVLTQNGEIYLCNMLEIKKSNE +FEVGSIHGKVNDSSQGKINKVNEFGAKGNINLNGFKDKQIYEVCKAKDVKLGSASLVINN +SNEENKKFYEINITKINKQNKPSTQGFEFEVVDEDFIKEYGGILQGMSGSPIVQNGKIIG +ALSHVIATNPKDGIGLYIEWMMEK +>MGYG000000001_02994 hypothetical protein +MKLKKITLLIIPIILASILIFKDKDITRNETQNYIANAISEENIDLTPPDINKINPNKCQ +QYIIGKPKISVNFKDSSGVDLSSIKLYINYKDVTKECKITDNKITYTPKKKFKRGSQIAK +IELSDLSPNKNKKELEWYFTVGTPIYTHYRGLLHAHTSNSDGHGTYEDAYYLSKYKAELD +FFAITEHSNYFDNDLKCTLDDASFSEKWTNLINCSKKYTTNGEFIALDGFEMTYSSKVKN +PKGHINIFNTDGFVSRNDETLDLKNFYSLISNYDDLIGQFNHPGSRFGDFEDFEYSPQAD +SVICLLEVGNGAKKDISKNKRTHDMYQKALDKGWHLAPTCNQDNHKMDFGIANEYRTVIL +STDLTKEALYDGLRNMRVYATEDKNIKIDYTVNDSPLGSTLNKPSKLNFAICAIDNDFDD +KINEIQVISNQGKIIKSKKFNSNLAKLEFSLQSNENTFYYVKVIQNGDKISVTAPIWVKK +>MGYG000000001_02995 hypothetical protein +MNKTNALKVIKLSFGSSLAIFIAWMLNLEYSTVAGVITLLTVKNTKKETLKGTMGKIYGF +ILCTIFSYLCFNILGYHLYAFALYILIIISLCFIFKIQDVIAMCVVIASHYFLQGEVSIH +WILNESGLFIIGAGIGVLINMYIPSNIEKIYEGQKKMQDEVSAVLIDIADLIVNPNKDCN +YNKDLDTLNKLISNSISAAYENMNNNLLSDTKFFLDHMEIIKSQRSILENLYNYVSQLSS +TPIQGHIVSAFIHKIGYTSFNSKTVEYLLDELERLILNMKQQPLPVDRIEFEDRAILFLC +LTELKKFLVNRKNAQTLRDNYFYNLINYHIKCNI +>MGYG000000001_02996 Adaptive-response sensory-kinase SasA +MFDKLKLKFILINMSLLTVVFISIFGTLYFMTNESMNRETNGSLNALMIDNHKPRPNTSN +IIVDVDDNGNIIKKFISFNLNVDTNDLQNAINKILNNKNNSSKININKEPYVYLKRTSST +TTKIVFLNISYQENFKLSPLKIFISVGSISLIALLIISIYLTNKSIKPIKDVFDKQKQFI +ADASHELKTPLTIIKTNTSLVLSNPEDTVKNQRKWINYINLQTDRMSELVNEMLSLAKLD +TEENTLVLSPINISKIIESMILQFDAIIYENGINLYTKIDNDIFITGDKESIKKLFSIIM +DNAIKHTNNNGSIYVNLILDKNTVKLSIKNTGKGISSEHIEKIFERFYRVDSSRVRETGG +YGLGLSIAKSIVEQHKGNIYAKSTVDKDTTFFVEFPINF +>MGYG000000001_02997 Response regulator ArlR +MKLLLVEDEVQLSEALSQILIKNNYSVDAVYDGDDGLNYGLTDIYDVIILDIMLPKLNGL +QVLRILRKKGVSTPIILLTAKDSVEDKVTGLDLGADDYLSKPFSSEELLARLRALTRRKG +EVINDNILDFGDIRLNLSTYDLECKNNSITLTLKEFDILHYFMQRPKSIVSKDDLITKLW +GFDSEADHNNIEVYISFLRKKLTHIDSSVKISTIRRVGYKLEE +>MGYG000000001_02998 hypothetical protein +MLETIIASTTGESFTLTNALLVIVSSIILGLTISLVYMKTNKKSGYSSGFSITLIMLPVI +ISIIILLVGNNVARAFSLAGAFSIIRFRSAPGDPKDISYVFFTLAVGLTCGMGYIGYGII +FTTILCAVMLILDATKFAMPKTKTMQLKITVPEDLNYEGIFEDILVKYTNSWNIEKVKTR +DFGALFELTYVIHMKPDVDQKKFIDELRCRNGNLNITLTLSGFDEKVYN +>MGYG000000001_02999 hypothetical protein +MAIKSFKRYEKKFILDKEQYNKLIPKLLEYMTPDKYCKSGKNYNIYNIYYDTEHNDVIRH +SISKPFYKEKLRLRSYKIPSNPSDKVFLELKKKINGIVNKRRVSLTLEEAYKFLELGERP +CSNDYINTQVLNEIEYYLNNNPVKPTVYIGYTRNAFFAKDDPDFRLTFDSNIISRRNNLS +LEFGNSGDDILGEDKYLMEVKILGAIPVWFTRILSELSIYNTHFSKYGNEYMSYCLNKQN +NHVRGEKVC +>MGYG000000001_03000 Heme oxygenase 1 +MDLMTNIRKSSATLHSAAEHSGFIKRIVDGNASRESYAEYLFNLSAMYKSIEDAIENNST +NEIIKDFVTPELYRYDLIQKDLKFLLGDKLVEMDLLPSTLAFIDKINDLEKTNPELIIAY +AYTRFIADLFGGRTFIALLSVNYKVEPEGLNYYSCDKIKDIRSYVMNYANKINNLNLSKE +MEVKFINEISNAYIYNLAISNELEAKLYNN +>MGYG000000001_03001 hypothetical protein +MNINCEKCYCENKLNSSYIKRILELLGPVILGSKPAEILNISGKPDIKESKLMEIKSFFN +SCSKISYKIINTYDGGIRVLFINKTSLSRVFFSKKCINFLKFIGYSSDYNLDSYINMLVD +KLHSEEFPDEIGIFLGYPLKDVLGFMGYGRNELSATRYWKIYGDPSISYEVSNSFLKDRA +IMKEMINSSSLSELKNVI +>MGYG000000001_03002 Anaerobic ribonucleoside-triphosphate reductase +MIKEITIIKRDGNSVGFDKFKIKNAILKAMKYGSGIYKEEIANKISTDIETYCYENSISP +TVHQVEDMVYKMLIDNKEELTAKAYEGYRAVQSFKRENNTTDKSILGLLDRSNEDVLNEN +SNKNGMLASTQRDLVAGEVSKDIARRKLIPAHIVQAHDEGVLHFHDMDYTIQPIHNCMLI +NLEDMLTNGTVINNKLVESPKSFSTACTIVTQIIAQIASGQYGGNSITIKHIAPFLRVSY +DKYFNKYKEKYSEEMANELAEERMLEELKSGIQTIRYQLSTLHTSNGQSPFSTIYLEIEE +GNEYEKEMALICEEMILQRLEGMKNYKGNEIGEEFPKLVYLLDEHNCLEGGKYDYITKLA +AKCNTKRLVPDYQSAKIMRKNYDGETFPPMGCRSHLSNWKDENGNYKWYGRFNQGVISLN +LVQVALTANKDMNKFWNILDERLDLCKEALMVRHNFLLGTTSDISPIHWQHGGIARLKKG +EKIDKLLKNGYSTLSLGYVGIYEMTQAMLGVSHTTKEGEEFALKVMHYLNETCSRWKKET +GLGFGLYGTPGESLTSRFCRIDKQKFGEIKNVTDRMYYTNSYHVHVTEEIDAFSKLKFES +QFHDISLGGCISYVEVPDMSKNLPAVEQIINYIYHNIQYAEINTKPDVCFKCDYTGEMKL +DNDLEWYCPNCGNRDKDEMQVMRRTCGYIGSNMWGKGRTQEIGERVLHL +>MGYG000000001_03003 Anaerobic ribonucleoside-triphosphate reductase-activating protein +MRFSKIKDNDIANGLGITMSFWTQGCPHHCKGCFNKETWDYNGGKEFTKDDLEYIIANIN +KNNIKRDLSILGGEPLCIQNVKGVIELCKEFKSYYPNKKIYLWTGYTLENFNDIQKEVLK +YIDILIDGKFEEENKNLSIMLRGSSNQRVIDVKKTLREENIALHEVC +>MGYG000000001_03004 Deoxyuridine 5'-triphosphate nucleotidohydrolase +MIMNVKKTSDSAVIPVFAHKTDSGFDLFTCEDLVVEGRKKAIAKTGLIFEIPYGWGIQIK +NKSGITMKGVPTTSGVNADITVYEGTVDMDYRGEVGIMLKNEEEHQITIPKHTKIAQGVL +RKVYHCTFEEVQEVNETVRGEGGFGSTGNTLK +>MGYG000000001_03005 hypothetical protein +MQTVFEQYEKSSEFLVCVDSDGCAMDTMEIKHRKCFAPEMIKTWNLFEKEDYILNLWYDL +NLYTRTRGINRFKGLAETFKIISKEGIEIKDLDSIINWVETTNELSNNSLRREIEKTDSE +GLKMTLAWSLAVNESIENLPQDDEPFEGVKVGLEGISKLADISVVSSANGEALDSEWNRH +DLVKYLKALLGQEAGTKQHCIAELKKKGYDANKILMVGDAPGDLHAAQNNDVNFYPILVN +KEGFSWDRLLNEAVPKLIEGTFDEKYQNQLIEEFNNSLK +>MGYG000000001_03006 Riboflavin transporter +MNNIIKSNRIKGIICIICSALGFALMSAFVKLAGDLPNFQKVFFRNLVSAIIALYLIIKN +KGSMTGKKENRKLLFMRSLFGTLGVILNFYAIDKLVLSDANMLNKISPFLVVIFSAIFLK +EKINKNQIISIVIAFTGALFIIKPTFSVEIIPYMGGLMSAVFAALAYTCLRAIGNKEEAH +TIVFFFSMFSLISILPIFIYVYEPMTFKQLLCMILAGVFASLGQFGVTLAYRYAPAKEIS +IFDYSNIIFSAILSIFIFNQYPDLFSIIGYIIVFTASYYVFLYDRLSI +>MGYG000000001_03007 hypothetical protein +MPRAITHYLFAMDCLDKLDINTKNIINDNFDMYLLGCQGPNFFNYYNDFSFFNNKNISQL +NALIHSKNINLFLKNMIMYSKNKESLKYVFNDSNFSNICISYIYGYLTHYILDKESHPYI +YSLQKNLRSKYKYRSSIALHKSIETHIDSLLLLKFKNLKPYEFKDYLYINLSNHELIIFS +DMYSYLVSSVYEKSISGDDIKKSFRTFKKVEKKINSSPNILSKIYLNIKNKTAKNSFINN +EVYSNYTHCINDLLNENHNKWVDPFSNQESNSSYLDIYKDSLGLYVDLINYLNLYFDSRI +SLYSLLVKLDNKSFLTNQNCDTDNVILI +>MGYG000000001_03008 hypothetical protein +MLVDSIKVNINKQDAMKKIFTKTPLISKVIQFNNKAKDIHLEYIEFKILTYEIISKKGNR +SFFRNNSKTFNITMIVNTYSGYSESVDYAPTTVKRYIPRSCIKKSKVDEYQIIEEVKNQI +FKFLGGKYKHNLLENMNIQNIKLVEVKSIYKPYWVANYNGKNIFVDA +>MGYG000000001_03009 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MNKKSFKNYYILGIFLLIFSLLIIPNFSLFNKIKTQISSPDLSTHEYSWYFNPREDGKQP +TAIQEANFFNKYDSYYVGDPNEKVIYLTFDSGYENGYTDTLLDVLKKHNAKAHFFVVETY +IKSNPDIIKRMEKEGHLVCNHSKSHPSMASIHDFEKFKSEINSVEEAYKEVTNKEMPKYF +RPPMGKFSEESLKYTKDLGYSSIFWSFAYVDWYNDKQPTHEFAKNKIYSRTHPGAIVLLH +SNSKTNSEILDDVLTHWEEEGYRLETLDYLVKNKSKK +>MGYG000000001_03010 DNA polymerase III PolC-type +MEEITNIIKSENDIISVLDNVVFLDIETSGLNPNKSEIIEIGAVKIEGTNKTTFEALIKN +KREIPLEIFSLCTGLKKEDFKNALDLNIVKKKLIEFVDDKTIICHNAFFEKSFFDIYVPE +LKNEIIDSMELAAILEPYHREFNLDYLKKTITNDKKNEKHRALEDAIDTIKIVNSLLMRL +NKKEESEISLEPLSFKINSYLNKFGLPNWNWSKYIDNGNYNISDDYVIYKDDKNNNLKRD +KEKEKEIFNKIHSKHSPYEDLLKDESIWASKEGFIYEFRPGQHELTKTIRETFRGNSGSA +KVACIEAPTGIGKSVGYLLPAILEARLRSQRIIISTDTKELQTQLINKDIPNILNSLGLN +NKVSYGYIKGKNNYICVEKLEGYKLDYTSEDVAILDILGIIYLERLVEEGNYGDIEEINY +WVINHFVGIENHIIYASCDPNLCRPKKCIKNCLYKRRVEELKEEDITVINHSLLAKWPYK +EEKPIENLIVDEAHNLTEKGYEFFSSIVDSRAFKYFLQEMYPYENIYNSSFAYNKKLRKM +KMFDKFYNHIRLDRTQKDKISTNINLIVQEIESLLMYGESSDYRNASMYNLRWELNLQEN +DVASKVKKDNDYISLTYKAYTDRVKLSCETIIRNLSSILVIIDRNMDDDSCDKESDIYKF +GKSRYMDMECIKTTMQAFLEYSEDDEFARIVDIDRDFRHFEFRVVPLNLADLFEENILST +LSSGIFLSATLSIGNKMDYFKRTLGINRVGNVEKIIDPIYNYKNRLSVISVNDISSYKNE +NFISDISEIISDICDITSGHTLCLFNSKDRQKKTYDILKDYLHEKDIEIYNDKKGIKVLK +NINKKCVVLGSKGCFEGVDVPGDGLICATMDKIPNLNPKDPLYSTIMHKYNIPYHSINYP +QLAIKVKQALGRILRSKYDYGCFVIFNSGSNLATLKMLERDLHGCRIVSMNRANMYKNIE +SHLRKSRQEVIKSAIMDISKSLKNTNFEDMKKVEEYINKEIRNRTLMSRVQYMYNFEKTF +KIKYFDITYLINKDKLI +>MGYG000000001_03011 p-aminobenzoyl-glutamate transport protein +MDSAVKSSQEKKSLFQKCLDGIEIVGNKLPHPITLFSLFCLAIIIISAVTAAMGLSVEGE +LVNRTTGELEVSTIAATSLLSRDGIVYMLENAITNFVNFAPLGMVLVGMLGIGTAEGSGY +ISALLKKTVAVTPAALVTPMVVFLGVMSNIASDAGYVVLVPLGALIFMSFGRHPLAGLAA +GFAGVSGGFSANLIIGTIDPMLAGISTSAAQMIDPTYTVQATSNLYFMVASTFLITLLGW +FVTDKIVEPRLGAYSGKSTLSKEDQDLQNLSDKEKKALKITNLTVLAMLIGIVVVVMLPN +SPLRNVAIEQEQGFMASIIDHSPLMNGFVLLIAIIFFVAACVYGKVSGQFKNEKDIGAEL +GKSMASMGSYIALAFVMAQFVNYFSYTNLGTILAIKGANLLQSMNMNAVVLMVVFVLFAG +FINLFMGSASAKWAIMAPVFLPMFMKMNISPELTQVAYRIGDSTTNIISPLMTYFAMIVI +FAQKHDKKAGMGTLISTMLPYTMIFLAGWILMLVIWMAFGWPLGPGAGLVYGL +>MGYG000000001_03012 hypothetical protein +MKKCIISILFFMLLMTTACNLNNLSSNNQYISQASINPTKLIGTKSNDLEVSFGVPYSAT +YYIDSNKIKYISTEELTLKDLENSISVVATYKNNNKENPFLHVYYENGLVKNAISGDYNL +ITSKDFISSEYLSNADYKVEFYNHRGMICKGDFVVSYAAKEFVGKSIRDFNNAFNLSSAN +FIASTIDNKEKLYFYPLVPHKQHPDRNHSYPKYSSNNNVKLDTVNPVNNNLSNTNKTNNK +DLSNYSDSSVVIYTKDNKIQSITIEGKDFVLGLINKAFSK +>MGYG000000001_03013 Inner membrane protein YrbG +MVYILLLIGFILLIKGADGFVSGASSIAKRYNIPSLIIGLTIVAFGTSAPEAAVSITAAL +SEQNDMAIANAVGSNIFNLSFVVGATALIHPINVQKSTIIKEFPFVMLASVVLAILAHDT +RFQGYSENALTRADGLMLLSLFIIFMYYLIEMAFTAKDDVVEEEIQVMPLGKSILYSILG +VAGIIIGGDLVVNSASNIAITWGMSQNLVGLTIVSIGTSLPELVTSIVAARKGESDIAIG +NAVGSNIFNILFVLGISSFIHNIAVHPIVFADMLVMLLISLITFIFASTKRSIKKGEGIV +SSVASS +>MGYG000000001_03014 hypothetical protein +MRIKDKNTLINNNYIFRYMLMIFGIFLCAIGINAFLTPSKLLSGGVAGISVILYQLLS +>MGYG000000001_03015 hypothetical protein +MDKDFLIISFFNMFIFSFALAITQDLHRYIYLNDNIIQCIYGGLLNGCGMGLIFKSRACC +GGLDIIAASFKKQFNIEMKNTFLTVNLFIVAVGGFFFGFKLALYTLVAMYIASYTMDIVK +DSFNSQKSIIVVTDYDAEIADSIMTILGRGVTYLSAEGAYTHHKKKLLYCIVKTSEISKF +KYLVYSIDDKSLVCINDVNEVRGGGFRGKFL +>MGYG000000001_03016 hypothetical protein +MECRPNCGACCIAPSITSPIPNMENGKPAGERCVQLDDNNMCKIFKDPKRPKVCGELKPC +EDMCKNNREEALRYLTELEEATSPKK +>MGYG000000001_03017 hypothetical protein +MDQDIAINYSTEKLYNNHKTKLEWMKVRNERNILKKVKLLSIRVFGMEVDKVENTRSIWV +AIKGSMIDYTEKDKKIFEGNKHIPASFTEYWKFNNVNDRWILDEIKQSGDISELEEISII +EV +>MGYG000000001_03018 hypothetical protein +MKKASHLVIFTIIFFMFTSVSFARAGGGGGGSGGGSGGSGGGSGSHGSSSRAESVNPISG +AITMVVMTTSMIIMQRTNNILCSLKIIKKEKKCKQVLNELRVNDSNYELDKINKDVEATF +YIM +>MGYG000000001_03019 hypothetical protein +MPETIITHWGSGGRPDGFAKKNIIDVFFTNFIDICMVILLAVMGIGSISSNTYIDNENLE +RNRKKALKYLNGIGYSFFIMTLTIQSITTTIPIFMVQQKNIPLQLTLFVCVAPIFISVAL +IYFYIMLGSLKPKDKSYYAVENDDEKWIYGFIYYNEEDPCLMVEKRLGAGWSMNMAHPLG +KLMTFILFLILVVTMIICFI +>MGYG000000001_03020 hypothetical protein +MNIFLDYIIFILILLFTHMLTINTQNISSKQYFYGVYVKQINIEESLKKEIDKNFKFKLN +ISLLIVIIIYIIFNLILKLNIGLNITISTIIYLALYYIFLKNEYKKVKNIKNNYLIINEE +NIKKERKENI +>MGYG000000001_03021 Hydroperoxy fatty acid reductase gpx1 +MKFYDFKARKMNGQEVSMNEYEGKVILVVNTASKCGLTPQFKELQEIYEEYKSKGLEILG +FPCNQFAKQDSGSNEEIHEFCQLNYGVSFNMFEKIDVNGKDAHPLYKYLKDEAKGLLSKD +IKWNFTKFLIDRNGNVIKRYAPTVSPLKIKTDIEKLLNK +>MGYG000000001_03022 Organic hydroperoxide resistance transcriptional regulator +MDKYDKLKLDNQLCFSLYALSREVIKLYNPLLDKYNLTYTQYIAMLVMWEEEKIIFKELG +KRLHLDSGTLTPVIKKLESMELVTKYRNKEDDRVVTVELTEKGKLLKEDIIEVPENIYSM +CLGDGVDLLSLKSQLDTLLKMFD +>MGYG000000001_03023 Membrane lipoprotein TmpC +MKLKKIATIAMTAILSTSLLVGCSSNSEGEDKIKVAMITDVAGVNDQSFNQSAWEGLQRA +EKELGVEVKYLESNQDADYMQNVETLVDQDTDLIIGVGMKLAPTIEEAAKSYPNQKFALV +DETYEEIPSNVKSILFQAEQSAYLAGLIAGKMTKTNNVGFIGGMQISVIDTFKYGFMAGV +KAANPDAELQAQYANSFTDQAKGKAIATQMYKNGADIIFTAGGDVGTGAIESARELGKYA +IGVDRDQSDLAPENVITSAIKRVDAGVFETVKDLAEGKFEGGSSVVYGLNENAVGIADTT +SNLVPQEILNYVNEQMVKFQNGELTAPKNEGEYNTLVK +>MGYG000000001_03024 hypothetical protein +MLWTFLVGMATIAIVLEQKYKLAARITGAIIALMGSILFANFNIIPTTSPVYDIVWDYAV +PIAIPLLLLKADIRKIKNESGRIFKAFHISAFGTIVGTFIAAFALSSTLPYVAEIAGMMT +GSYIGGGVNFVAMTSAYNTPENITNATIVADNLVMAVYFFICMSISSFKFFRCKFGMITT +EAIEEGNASTYWTKKEISLKDIAVAITIAVTVASLSNEVSAYLKEIIPGTNILTNMAKNI +FGNMYLIMTTLMLIVATMFSKQLENINGAEEIGTFLIYLFFVVLGVPASISEIIKNGAFV +LLFCTLAVLIHLIVTLGVSKLFKFKLDELLLASNACIGGPTTAVAMAIAKGWNSLIIPTM +LSGIWGYILGNYAGILVGNILKSIL +>MGYG000000001_03025 hypothetical protein +MVLLGEHDVDTLSGGIEVIFSKQGDTFIPLGCEKNEILEDSELIYSDDNNVRTRRWIWRQ +SE +>MGYG000000001_03026 hypothetical protein +MLRESEVAIINHSILFNASGTEIIDDRLGMALSHGCIRLAVENAQWIYDNILDKTTIIIN +>MGYG000000001_03027 hypothetical protein +MKVYKRQEQISYKYTLVNTNLREEKSTSSNIITVIPEGSKIKVIDAEEDWYEVIYNGQKG +YVYSDYLSKTKYTWTDVTLRSYPSAESNPVTVIPPKSIVQVLSVNGDWSHVMYDDKEGYI +FSYFLSDDGNPPEGYDFEYFYTDMTRFVNDNQIKSPTLNLITTDLENKLTYIFEKNDDGS +WKLLYKWSCTIGKPSTPTIKGTFYVNGRKPYFGSDTYRVKYATRIRGSYY +>MGYG000000001_03028 hypothetical protein +MQDMNWIYMMEKMQEIHLFSRTMIHRAIKEYELSGQHLELLSQLLLHEEGMTPMKLSKIM +GVNKTIISRIIDSLNKGGYVIKTPDAKDKRSYSVTITELGKQIMDKVYKNYLGPIYELRR +KLGDVEFLELMTYIENANKKMSKD +>MGYG000000001_03029 hypothetical protein +MTFYQAMQVGVNVMKPLIKDTQSKKLKQKYITAFILKNILCLIFCILVVTSFAKVFGNEN +SIVGVVTILGVLTFRFSNIDFDVKQSSFTLFSVFCIFMVGPYVSNLVGPVLRSIINFIFI +MIILILTCHNVMLSNQSILVLSYLLLCGYEVNDINALINRVLGLAIGGIIVASIFYIKQR +KVKFENKLSDIIKDVNLSNDRTKWQLKLAFGICTSMLIGELLHLPRTMWIGIACMSIIQP +NKEVVEFRFKNRILFTFLGCLLYFIIYSAIPVKFRDLIGMLGGIMVGFSATYQWQVIFNA +FGGLTSAIPVLGLEGALIIRLLNGCFGSIYSRVYDKIFDIIHEKITFRNKIEQVTTNGEI +>MGYG000000001_03030 hypothetical protein +MNKKVIMSLGLSAAALSLSTIDASAAQTAIVTTSVLNVRTGAGTNYSIMSKVYKGDTLEV +IGSLNGWYNIKLSNGKTGWVSGDYLSISGSSTNTESKKGTVTTDTLNVRSGAGTSYSIIS +KVYKGDTVNIVGSSNGWYKIELSSGKTGWVSGDYVSVGSSSDNSSSDNATTENKKGTVTT +DTLNVRSGAGTSYSIISKVHKGDTVNIVGSSNGWYKIELSSGKTGWVSGDYVSVGSSSDN +SSSDNTTTENKKGTVTTDTLNVRSGAGTSYSIISKVHKGDTVNIVGSSNGWYKIELSSGK +TGWVSSDYVSIGSSSGSSNGSSSATTNKAQAIVDLATKQIGKPYVWGAEGPSTFDCSGLT +YYVFKNAVGISLPRTSTEQSKTGTTVSKSNLQPGDLIFSSTNGTGNVSHVGIYIGNNEMI +HAPKPGDVVKKTKINNSYWENAYLWAKRYI +>MGYG000000001_03031 hypothetical protein +MNIDYYGKILWNYHRLNEDVKKSDVILGFGSHDLHVAKRCAQLFLDGYGNMIIFTGGYGR +ITENLWNMAEAEKFAQIAIKMGVPKNKIIIEDKASNTGENISNTKEILKNINLSPSSFIV +VDKPYRERRTFATLKKQWPEINFVITSPKFTYEEYCDFYSKGEISKDEFISIMVGDIQRI +YLYGKNGLQIEQKIPSKVWEAYNKLVYWDFNKHLCK +>MGYG000000001_03032 hypothetical protein +MIADITQTTKIRKEYRTGSKPLEVSIVKRYSKSGSEYTTTHFSCDIHNMGTHIDVIEYLV +TKKVNMIGIDTLGLGLRRNHGVIDDYLTENKIYGIENLCNLKNIPTKYFKVYCLPIKVEG +IYAQPARVLVEF +>MGYG000000001_03033 hypothetical protein +MKSRLLLVMISIMAWLINGIFVYIQIKDFDKNYIEMRKNGE +>MGYG000000001_03034 hypothetical protein +MELILKEEKLETYSENQIHRYYYIDGLPKNIRCKLKIIYGYDFRDFNISPNKYYQTFVDI +DNDSLFISLWYDNFSINYYSQEYFEEIINVIMKYIIKEFSSYNIYFYDIPNDVERKIIEK +YTQTIYIGKYKATIYYINNLSIIKRVINLDEFPSLLLFFRYIILQNRKNI +>MGYG000000001_03035 hypothetical protein +MNKLKNQFMLSTYIMIFLLFIIKPMLIPNIISKILIAFKPFIIGGVIAFLINIPMKIIEE +KLVRPLLMKNKKLENLSRIAALVTTLIIVSIIIAVFINYVAPQLIDSISTLANIIPEYIN +SVQNFIIEKINSLNIEEEIKIDIPLMIQKSMSYIGNLINIFISNLFNFTLGITNFFINFF +LGIIIAVYILLSKEKLSSQFKKVIYAFFNENRYEKIIYVLHLTHQKFSRFILGQSTDGLI +LGTTFFIVFTLVKIPYALLISILIPILNFIPIFGTYVGIFISAFIILMVKPTVVILFLIL +IFSIQQLDGKFVYPIVVGNSLGLPSLWILLAIIVGGNLFGIIGMVVGMPLVSVIYELFGQ +YVNKKIEIKINDKTIKR +>MGYG000000001_03036 hypothetical protein +MPYINDKNIIWLSGIDTGLVKYHKQNGVIKQYKYDSSNKNSLITNYIKGTGASSSRIVLT +LVKYVAELHDGYVRLDSEINKGDIFTIGLPNIVQGSVCND +>MGYG000000001_03037 hypothetical protein +MTYFENEFLPEINYKEIEEYEDNNSSEVIGDSECPCCGYITIPNKGDAISYICPVCKFCR +VPKECEQL +>MGYG000000001_03038 hypothetical protein +MQQEGEYTIIFVSFTTVSYKKFYLVKDEYGMKLENNEYFLVIYPEELELNNELVENIYDG +NEDFNFLLNF +>MGYG000000001_03039 hypothetical protein +MSKKVLVLSGSPRKNGNSDILCDEFIKGAKESKHDVEKILLGDKNINYCIGCYGCNRNNG +VCVHKDDMAEILYKMINADIIVMATPVYFYTMDAQVKTVIDRTVARYMEIKNKDFYFIAT +AAVNSKVMLERTFDGFIGFLDCLPNAKEKG +>MGYG000000001_03040 hypothetical protein +MGLKKLGFGFMRLPLLDADDQSKIDFEQLNKMVDKFLDRGFTYFDTAYMYHNFTSEIALR +ESLVKRHKRDTYAVATKLPTMFLKKEEDLERIFNEQLEKTGLEYFDYYLLHNLGVSHYEI +AKEFNAFEFIQKKKEEGKVKNIGFSYHDNAELLDEILTAHPEVDFVQLQINYIDWDNESI +QSRKCYEVATKRNKPVIVMEPVKGGTLTNVPKEAEKLFKEYNKDMSIPSWAIRFAASHDN +VMMVLSGMSSMEQLLDNTSYMKDFTPLNKEEQNIVNEVVEIINKSIVVPCTACQYCVEGC +PKNIAIPNYFALYNAEKQTSSEGFSTQGVYYGNLTQSYGKASDCIECKKCEKSCPQHIDI +TKHLKDVAKTFELQK +>MGYG000000001_03041 Single-stranded DNA-binding protein +MNNIVLIGRLVNDPELKYVGEPNNPVTNFRIAVSRNYKTKDGIVESDFINIEIWGKKAET +CGQYLQKGRLIAVDGCLRIDKYQTTEGDNKSITKVRANDIKFLDNTNKKQNNKNYYDASK +VFEESSTSNTELEISDDEVPF +>MGYG000000001_03042 Proton/glutamate-aspartate symporter +MKKKITLTSKILIGLLLGFVFGLILKQVPEGFIKNTVLLDGVLKIIGNGFTSAIKMMVVP +LVFVSLVCGTSSMGDVKRLGRIGGKTMLFYLGTTAIAIIISLVLGSTLKPGVGLDMSGIV +SGEVAIGESKSLVDIILNIIPTNPIASLANGEMLQVIFFAMLLGIAMSIVGKKAEPVRVI +FESANEICMKMVNLIMLFAPYGVFALVCNTFATVGTDAIFALVKYISIVLLGLLIHVTVV +YGGLFKMITRQKIKPFINKFTRVAAITFSTASSNASVPASLEVMEELGVSKSVRSFTIPM +GATINMDGTAIMQGIAALFIAQIYQVDLGMNDMITIVLTATLASIGTAGVPGVGMIMLSM +VLQSVGLPLEGIGLIMGVERIIDMFRTTVNVMGDNICTLIIANSEKEIDLEEYNKEESIQ +SLV +>MGYG000000001_03043 Multidrug-efflux transporter 1 regulator +MSTYFTIGEVSKLFNLPIKTLRYYDEKGVLKPAYINPSTNYRYYSREQFISIDIIKYCKL +IGMSLGEIKELINSDSSIEIMINNMNKQSELLKKKIKELTDVKTYLDDVKNSVEEILEYD +IDKVIIRRNKERRNIRFDLEYDEVEELELYLRKVILYLEERYNDVYPLLGVIAPYDNVKK +REKIKYSCVCDFTDRGIKHKESNNLNGVERITPGGNYITIFFDDNWENINKYYYKIMDYI +EENNIEVEGDFNEVWTMPRVDSNGKEKTFGYIEILIKNNK +>MGYG000000001_03044 Multidrug export protein MepA +MVKSFLQYAIPSALAMCIASLNTVLDGVFLGKGVGDLALASVNIVMPLTILFFGLSTMVS +VGGGALVSKNFGANNDDHAIKIFRQIIKFLLLASLCLSIVCSLFAEKIVILMGATDSLID +LSAEYLRYYSMFCIPNLLGLSLASFLRNDNRPNLAMISTIIGTICNVYLNYLFIFKLGLG +IKSAAIATGLGQMVTVLVQIPHFLGKKGKLSFGKAKIEIEIIKEIIKVGFPSFVAEVAFS +IIILVHNLVLVKVVGEIGVSVYAIINYITTNIYLVLLGVTLGAQPLISYSFGAKEEDKIL +TYYKLANTTSLCIATVYFITCLVFGREIISIFTSDITIMNMAYIALNLTNLAYFIIGINL +TTTMYYQAIEIPKYSNLIGALRSILVLPIILILFAKLFSINGIWVSMAVSELITALIAYK +FINIKKYTKAISHYA +>MGYG000000001_03045 hypothetical protein +MSKKNNTKEIMKFAGTYISVCIGSGFATGQEIMQFFSAHGIGKSVFSVLVCMIILSYCGA +KLLEIGKSANLRSSNDIFNYLWGESIGGIFKLFMPVFFLCSFVVMVSGAGASINQYYGLS +KGIGSIIMVTLSLISVLLGMNKVVDILGNIGPIIIAVSLGIGIITISRNYDNLLNAENII +TTLNVTKAVDNWHLTGIIYSGLNVIIVTTFLVGVGETSSNKKNCIWGGIIGGVAFMAACL +VLNLGILSDIGNICMNEIPTLYMADKIGPIVGILFSFILIAGIYTTSVPLLWSVCNGFAK +EGTWKFNLIATMCSIVALVGGRIPFSALVNFIYPISGALGVIIIIGIFMKSISVEKY +>MGYG000000001_03046 hypothetical protein +MSQYEFKYGNSKLVTEVNLENIIYNLVPKKSNLIKNVKEEVIKSLDNPTYSFPLKQIIKP +GENIVIKVSDITRAWIKQVNF +>MGYG000000001_03047 hypothetical protein +MDKTSEFLIHIINYLSDLGVSDNNIKIVIALGGHRKSTKEEQIYIVGEEVYKRIKVYDHE +SEDK +>MGYG000000001_03048 Lactate racemase +MGECSFKYGNDKLNTFIKDEQVIQILKPQQVEKIKNIEDEVYRVLDNPIGSMPLKDIVKP +GEKIAIIVSDITRSWMKSNKLVIYIVNYLSKLGVEDEDMFVVIALGGHRKSTKEEMIAVV +GEEVINRINVYDHECEDKEELVYLGESSRKTPIYLNKRVHEADRVILTGGIVFHIFAGFG +GGAKSILPGVVGIETIQANHRLSFNPGKSSGLNLNAGPNKVEGNPLREDMNEVCKIVNPD +FLFNAILDTDGDFIKFVAGHYYDAWYEGGMFIRNLYGVQVQNQADIIVASAGGYPKDINL +YQTIKTMDNALYGGKEDSVLVLLSECRDGLGADEFADWFKYKTLEDMENALKENFTVPGY +AAYKTAYTARYRKVILISNIDDKVIKDFNMIPCHNLDDAMNMAYEICKEENPKVILMPYG +GNTLPISM +>MGYG000000001_03049 hypothetical protein +MNKHFSFNLKNTKSKFVEYIRFNIVGISNFWVSQIFYLILFLGFKMNYLIAYTIVSVISI +TASYFLNSKYTFKNNNLSFKKFLLTFLVYIFEYILNMGVILLMVNILNISKVFAPMLAPV +ISTIPVFFLMKFVINNPKLK +>MGYG000000001_03050 hypothetical protein +MKQPRKYDYRRYFTEKTYLEYLIRSDELEEVKLTKEEMEAINLKDVKGYTKRECSKRMGI +SGKNFQNLIEEARKKISIALIEGKSIKITVEEEVEEEDLHDVKACKFRCAICGYIYYVNY +EYQDIVCPKCNSTKVMSSEEAGFSEKWSIKK +>MGYG000000001_03051 hypothetical protein +MKILDTVIIGIDLMLFMYFYNVAINTTDMTTRLISCAAMTFEVYFIRKHIKIMRKLNIAK +NENTTKDKQ +>MGYG000000001_03052 Negative regulator of genetic competence ClpC/MecB +MYFNRFTQRAKAAIDLGVDSAKRLGHKVVGSEHILLGLLKEQEGIAAKVLTKLGVTEEYL +ESKIIELEGKNEIISEDITLSPRAKQILELSGMFANKLKTNYIGTEHILLAIAQEGEGIG +IKILNYSGINQRDIVQLIIEMMGIESYTVQVSNESSFTSNQEVASSKLLDKYGRNLTLFA +KQNKLDPVIGREKEIQRIIQILSRRTKNNPVLIGDPGVGKTAIVEGLAINISQGNVPENL +RNKLLYTLDMGTLLAGAKYRGEFEERVKQVVDEVIKNGNTILFIDEMHTMIGAGATGEGS +IDASNILKPTLSRGDIQIIGATTIEEYRKHVEKDAALERRFQPIVVNEPSKDDTINILEG +LRDKYEAHHKVKISDEAIVSAVDLSIRYITDRFLPDKAIDLIDEAASKVRLKENTPPMSI +KELEEKIQSIDKEKEEAIRGQDFEKAAKVRDEQSKLKRKLETVKNEWRTSSSKYYDLVDA +DAVAEVLSLWTGVPVNKIVEEEAEKLLNLEEVLHKRVVGQNEAVDSISKAIRRSRAGLKD +PNRPIGSFLFLGPTGVGKTELSKALAEAHFGDENQIIRIDMSEYMEKHSVSRMIGSPPGY +IGHDEGGQLTEKVRKQPYSVVLFDEIEKAHPDVFNILLQILDEGRLTDSKGRSVDFKNTI +IIMTSNVGATKIKQQKNLGFTTISNEEKEAYEYEKMKECIMSELKKQFRPEFLNRIDDII +VFHALNEEHISQIVILMAEQVVKRLKEMDINLEMDDEAISLIAKSGIDLEYGARPLKRAI +QKELEDELSEAILRGEVKKGSSIVTKIKNNKVVFVTKE +>MGYG000000001_03053 Elongation factor G +MKVYDSNMLRNIAVLGHSGCGKTNLIEAIAYTSNLTKKIPNLTDKTNMTYSMNLIPVEYD +NYKFNLLDTPGYFDFAGEVISSLRASDAAVIVIDAITPIQVGTEKSLELTENIPKIMFIN +KIDNEKARYKDAIAMLRDKYGSKVVPMIIPIYKDKKFVKLHNIFENMDDLDGEFKTEAST +VKEALMELIAETDDIMLDKYFSGEELTSAEIQKGITIGMQNGDIIPVICGSTINNIGTKE +ILETVSSYLDPKYKDSDSEFKGLVFKTKVDPFKGKISYLKITQGEINKDTELYNINKSIK +EKIDNLYTVKNGELEEIEKAECGDIVVFTKINSLQTGDTLSTNKDELPLEGMSLPKPQIY +YAVVPKNKGDEEKISAALNKIVEEDPTIRWYRNSETKQALIGGQGELHINTVKNKIKNKF +GVDVELDDLKVAYRETIKGSADVQGKHKKQSGGHGQYGDVRIKFERCSDDFKFGEEIFGG +SVPKQYIPAVEKGLRDSMTKGVLAGFPVTNIKATLYDGSYHDVDSSEMAFKMAANIAFKK +GMEEAQPILLEPIMKLKITIPDEYMGDVMGDINKRRGKILGMEPDDRGKQIIYAEAPQAE +TFKYAIDLRSMTQGRGYFEMELEKYEEVPNAIAKKIIESSNQ +>MGYG000000001_03054 4-hydroxy-2-oxovalerate aldolase +MLKGFKKILVANRGEIAIRVFRACSELGIKSVGIYSKEDKYSLFRTKADESYLIGEDKGP +IDAYLDIDGIIELAKKRNVDAIHPGYGFLAENPEFVRKCEENGITFIGPSADIMNMMGDK +INSKKIAKAVNVPTIPGIDKPIENAQEAKEIAAQIGYPIMLKASNGGGGRGMRVVYEESK +LEREYETVCSESRKAFGADVIFIEKYVVDPKHIEVQILGDKYGNIVHLHERDCSVQRRHQ +KIIEYAPAFSLSEELRENICNDALKIAKHVGYINAGTLEFLVDSNGEYYFIEMNPRVQVE +HTVTEMITGVDIVQSQILIAQGYRLDSERINIKSQEDIKVIGYSIQARITTEDPENNFMP +DTGKIQVYRTGSGFGIRLDGGNGFTGAEISPHYDSLLVKTISFDRTFQGAINKTIRSIEE +IRIRGVKTNIGFLINVLKNPLFKEGKCSTKFIDEHPELFEIKKSRDRGTKLLQFIGNIVV +NDNKCEEKPVFEQPHKPNIIDNLNKIEGSKNLFDRLGKEAYIEKIKNEKKLLLTDTTMRD +AHQSLLATRFRTYDLLQVAKPTNEYMKDLFSLEMWGGATFDVAYRFLNESPWIRLQKLRK +EIPDIMFQMLFRASNGVGYTNYPDNVIKEFLKESARQGIDVFRIFDSLNWVENMKPSIET +ALSTGKIVEASMCYTGDILNPEKNKYDLEYYVKMARELESLGSDIICIKDMAGLLKPQAA +YILIKALKENVKAPIHLHTHDTSGNGVATCLMAAQAGVDIVDGALETMSGLTSQPSLNAI +VEALKFTERDTNIDLYGYREIGNYYSDIRKIYRKFESGLVNSCSEIYEYEIPGGQYSNLK +PQADSLGLTGRFEEVKENYKEANEVVGDIIKVTPSSKVVGDLAIFMTKNELTKYNIIKEG +EKLSFPDSVVDYCKGMIGQPEGGIPKDLQKVVLKGESPIYVRPGLLIPKFDFVNEKRYLD +KKFNIKSNIRNALSYALYPRVYEDYLRHFQEYSDISKLDSEVFFHGLNKGEECDVEIEDG +KVLTIKLIGIGNVKENGYRTVVFELNGMSRRIEIKDNNFSGKINQVVKADMDNPLQIGAS +IPGKVIKILVEEGDEVGEHEALIVIEAMKMETNIVSKVSGKIKSIKVSENDTVGDAQLLI +VME +>MGYG000000001_03057 putative transcription repressor NiaR +MNSSERKDKLLKLIEESTKPIKGNELAEKLNVSRQIIVQDIALIRATGKDIVATPQGYMI +YNQNNKIEKKIKCKNHKNNEELFDELKSIIDMGGTVKDVIVNHPIYGEIKAELNISSLRD +INDFMNKIKKDEFKQLSSLTKYNHTHTIEASKNEILDEIIEILGEKGIISN +>MGYG000000001_03058 Serine--tRNA ligase +MLDIRRIRENLEDIKKAMDRRGEKEFNLDIVVELDDQRRELLKEVEVMKNEMNVESKKIP +QLIKEGKDVTADKARLKELSDKIKELDEKVRTVSNEIEYNLMRIPNVPNPEVPQGTTDDD +NVEIRTWGEPTKFEFEQKAHWDVGTGLGILDFETAGKITGSRFTLYKGLGARLERALINF +FLNTHTEEHGYTEVLPPFMANRNSFIGTGQLPKFEEDMFKVEGVDYFLIPTAEVPVTNIH +RDEILTVDQLPIKYCAYTPCFRSEAGSAGRDTRGLVRQHQFNKVELVKFVAPENSYDELE +KLTNDAERMLQLLGLPYRVVKICTGDLGFTAAFKYDLEVWMPSYNRYVEISSCSNFEDFQ +ARRAGIRFKRDKKSKAEYVHTLNGSGLAVGRCLAAILENYQQADGTVVVPEALRPYMGVD +VIK +>MGYG000000001_03059 tRNA-specific adenosine deaminase +MEKLFYMNEALKEAYKAYNKGETPIGAVIVKDGEIIARAHNLTEELKDSTAHAEMLAIRQ +ASEKLGGWRLINCDLYVTMEPCIMCSGAIVNSRIKKLIIGTKHIKNSYIEKQHEFKMDYF +NFNNIEVTFGVNQEDCSIILQRFFKTLRKK +>MGYG000000001_03061 Holliday junction ATP-dependent DNA helicase RuvB +MHKALYRVYRPQKFEDVVGQEHITKTLRNQIENNNIGHAYLFSGTRGTGKTSTAKIFARA +VNCLESIEQEPCNECEVCKDILHDNIMDVVEIDAASNNSVDDIRELRENVKYSPTKAKYK +VYIIDEVHMLSQGAFNALLKTLEEPPSYVIFILATTEPHKIPATILSRCQRFDFKRVTVK +DITSRMKKICVEENIEVEEKALNLIARNSQGALRDALSILDQCISFGDNKIEYKDVVELL +GTVNVEQLFDLAQYIINQDTKESLKILNEFIVWGKDIRNLINDLIDHFRNLMICKVSTDL +DEIISLPEETIEQLKSQADTINNNDLIRILNILSTTQDNIKTASNPRVVAEVTMMKIAQP +MFDESKEALIKRIENLEKVIESGNIKVTTVNEALDNQNIESEVKEEIEYEDVKSEDVKLI +EHSWKNILKSIKADKNMPVYALLGDVRNFNVYESALYLIFDDNYGFAKTRLSSPETIDYI +QNKIRENINRSFNVKIVLKSEVKNIDLDIKEKSKDKGEEILKGIVSEDILEVKDSIDEN +>MGYG000000001_03062 Nucleoid-associated protein +MAKKNFGGMMPGNMNNILKQAQKMQENMQKMQEELESKELEASVGGGAVTVKVNGKKEVL +DITIKPEVVDPDDIEMLQDLVLSAVNQALKSVDDMQANQMSKVTGGMNIPGLF +>MGYG000000001_03063 Recombination protein RecR +MQAYTGPISRLIEEFSKLPGVGRKTAQRLAFHVINMNTNDVESLSKAIIDAKREIKYCSI +CCNITDTDPCSMCSNKNRDSSVICVVEDPRDVAAMERTREFKGKYHVLNGVISPMDGIGP +DMIKIKELIVRLGNEDVKELIMATNPTIEGEATAMYIARLVKPMGIKVTRIAHGLPVGGD +LEYADEVTITKALEGRREI +>MGYG000000001_03064 hypothetical protein +MKSTMNLEEHKAMKEKRTKKIESKDKSKYNYDDDLSLLISKKKKKQSKGKDGVFRNNYKN +YQYDYEEDFYEPL +>MGYG000000001_03065 Processive diacylglycerol beta-glucosyltransferase +MSKKVLIMSASTGGGHNRAARAIKEELSNKTIDGSPIECEIIDSLKLVNSTMDKIISRGY +EKSAIYTPKAYGSVYRFSETSLASKNEFKDNPLTSFMAKKFRSLLDKSKPDLIIGTHPFP +MIALSTLKKHTNACKNHENSILHDTLHKYYYNLSVPPLITVLTDYTTHSTWIQNEIDFYI +AGHEYVKELLIYDGVHPDKVKTFGIPVEKSFLSNRDRNTVLSEFGLDPEKFTVLLMGGSF +GAGNIKETLDELLSIDRDFQVIVITGRNESLKEKLEKKLAAHEDCYDKNILVLGFTNKMN +DLLASVDVLVSKPGGLTTTEALLKDLPMIIPYYIPGQEEENLDFLSNCGAALRPTKKFTL +TVLLKVLIDDPTRLTMLKNNIKSIRKSDSAQNIANLVEEILIKQ +>MGYG000000001_03066 hypothetical protein +MNKVEIYSSDTCINCIKAKEYFEEIDVDYIEYNISIDLEAKRELIGMGYMSVPLIVINGE +HVLGFDKKRIDDLLD +>MGYG000000001_03067 Fe(2+) transporter FeoB +MGLTHQSTKTKSLKDMFDIEKKEDQYVIALAGNPNTGKSTVFNYLTGLKQHTGNWPGKTV +ATARGDFKHNNKDYALIDLPGTYSLFALSQEEVVARDFICFGNPDAVIVVCDANCLERNL +NLAFQVMELTDKVILCINLVDEAKKKGIQIDKTILEKELGIPVVLTAARSGYGMNDLLEA +IDKVSSGKYKFNNKPITYGEEIESNVNLIKDDLYELIPDLNPRWLGLRLLDGDKSILESI +NEYITFDYNEALEEIKNKLPKINSIKNIRDEFTKINYDIASSLSKKCTKIKSKNKMDRDE +KIDKILTSKYFGMPIMLILLALILWITIEGANYPSELLSNFLFGLQPHLTDTLNSIGTPV +WLSSMLVDGLYKTLAWVISVMLPPMAIFFPLFTLLEDLGYLPRVAFNLDHLFKKACCHGK +QCLTMCMGFGCNAAGVIGCRIIDSPRERLIAILTNNFVPCNGRFPTLIAISTIFFTSMIT +NSAFASVSTALCIALLIILGVIITLMVSYILSKTLLKGVTSTFTLELPPYRAPQIGRVVY +TSIVDRTIFVLGRAITIAIPAGIIIWICANIYIGDASILVHVANFLDPLAKVIGLDGFIL +LAFILGFPANEIVIPILLMAYLSTGSMIEMDNFALGNVLIEHGWTYLTALNVMLFSLLHW +PCATTLLTIKRETGSLKWTVVGFLLPTCLAFIICFLTTTIYNMFI +>MGYG000000001_03068 hypothetical protein +MKNLADIQAKNTVKVEGLLSDGNLRERMLALGLTEGALIDVVRKGPKNNLTVYNIRGTKI +ALRREESSLILVSSI +>MGYG000000001_03069 Transcriptional regulator MntR +MNKREEYYTFNEYMKYNSLTPSEEDYIEMIYRLSLSEDKIKLKEISTSLNIKPPSVTKMI +KKLESKNLLIYRKYDYIQLTDIGEIVGKRLFDRHNVVYSFLETIGLKEYIHEETEKIEHT +ISIETLLRIDELINFFEENESLLKKFREYQNL +>MGYG000000001_03070 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase +MNLGKILDKVDILGIYGDVDIDIKNVEFDSRKIKKDGLFICVNGANVNGHAFINKAIDNG +AKAFLINEYVQMIEGYTFIKVKDIKESMAKIASNFYNNPSKNLELIGVTGTNGKTSITTF +LSQILNIDHRCGLIGTIKIYDGNCEIVSQNTTPESLDLQKALYNMLKNKCEYCSMEVSSH +SLALNRIDGIDIQIGIFNNLTEDHLDFHKDLNEYRNVKEQLFYKTSKANIINIDDESGRM +ILDHIKDLNIPHYTYGIERDADFIAKNIEMDSNGVSYTLVTPTYEAKIRVPVPGKFTVYN +TLATISACYILNISIDTIKKGLENSKGIEGRFELVKNDKGYNVIVDYAHTPDALKNILSA +VKEFSKGKIITVFGCGGDRDKQKRPIMGNIVQENSDIAIITSDNPRTENPKEIINDILYG +INNKINNYVVIEDRKKAIEKAISIAKKNDIVLIAGKGHETYQIIGKIKYDFDDRKIAKEI +INTIDI +>MGYG000000001_03071 hypothetical protein +MFKIKHFNELSINELYEITKCRYEVFACEQKIFSENDFDDIDKNCYHLFLEENDRVISYL +RIIPRKFSSYGEASIGRVLVMQSHRRKSLAKKMIIHAIDFIQSNLNEDHIILSAQVYIKN +LYLSCGFKEISDVYDEAGIPHVKMKL +>MGYG000000001_03072 hypothetical protein +MNSTKKMTEAALLTSLFIVTTIVSVSTGFGYAVYLDFAVPIFFCIICLKCDFKYTVLSSI +SSLLIVSLVLGNIGTAIWMIQSIILGLTCGVLLTKSTTIIDDFIYGSILGVILMVFVDIY +ASTLIGYSFMNEFQGYANMFTNKRYIDLVYYILIALLPMGTIFSVYFLSLLLGKKLNILK +ENSKKKLYMMKNFRTCGRYICSSKKVFYSCVIYILFIEILNLIGLRIEQTYIKTILISSE +YICLYFVIRDAFILVQNYILLKYKKAIYIRIFSIIVAVSLVFLLKITTAVLVIFNVILDK +RVNIRINQTKLVNNYVNQLIYR +>MGYG000000001_03073 Tyrosine--tRNA ligase +MKKTIEDQMKIILKGVDSIIDEKDLKEKLEKAEKEGRQLTVKLGLDPSAPDIHLGHTVVL +RKMKQLQDLGHKVVILIGDFTGKIGDPTGKSATRKALTTKQVLENAQTYKEQIFKVLDPE +KTEVRFNSEWLGELKFDEVVKLAATITVARMLEREDFKKRYENQQPISVHEFFYPLMQGY +DSVALNADIELGGTDQRFNLLMGRSLQREFGQESQVVIMMPLLEGLDGVNKMSKSLGNYI +GIDEAASVMYQKAMEIPDELIIKYYNLVTDVHPDEVAKVVERLENGENPRNIKMELAREI +VRLYHSEEDVLAAEERFKSVFQKGQIPTDILTVEVSKENLDIAGVLVENKMVPSKSELRR +LVNQGGVKVNQEKISNLQDVVAEGELVIQIGKKKFIKLIVK +>MGYG000000001_03074 hypothetical protein +MDNLQNNNVENNNIDNDNFKDKVNHKFSKVKENVSKSNSERKNFEERTRISNLINEAENK +KSSLLIEMGILTYQKIREGYIKIEDFDSLSNSLLELDKYIYDRNLELNKLKKKNVTNDCE +CGNKIKGQDRFCSVCGKKVDDLDDRNMIICEFCDSEIEADSNYCVCCGKKVMFM +>MGYG000000001_03075 hypothetical protein +MDNIDFNNVNDKYSNYSKVNGMMSRQIKNKDLTIRKLELERCPRCDSKVGDNDIYCKSCG +FDLEETYKTNKSYARVKKWGYKDVISYLNIPKTFITSVMAIIMLFIVSIMFKGVVSSYIP +DVADVISPIHILLSLNLGSLSVYSLTTMGWGGFELNLGIIILAVLPIISITISNLIFSKK +FTKDSQSALRNSLGVGVSYGLILGVLALFSKTKMSYSYDMMQYGYILQFSFRSLGMILKG +FILGFLSTYILLYKKEYEDENMYLGILKRAINMLFIGYILTFVILYILTMADRSYLYNLG +ISNYVNQVGIGVVLSQLAAYIWSFGNFVPVNIGSQELSIFNLIRSDLYLTTTLMLIAMFF +LSALVIIVSACKLEMKYGKKEDGIKPILLLSGFYAILVGALSIVTTATLGNSIDIFTLSN +YTTSLTMGFGMISSILISFIYSFLISLVGYKLNIFN +>MGYG000000001_03076 Sulfurtransferase +MSYTNIDKRELNMLLKSEEDFLLLDIRTKEEFMESKIDGAVNVPLSELLFNMDEIEDYKD +RKIVVYCRSGHRSITACNLLAMEGFDDLYNLEKGIIDYVI +>MGYG000000001_03077 Asparagine--tRNA ligase +MQQQFITVKELYRNQEEYIGKTVKVAGWIRTSRGSKNFGFVELNDGSFFKNMQIILADDK +LENFKEISKLPISSSILVEGEVVSTEGAKQPIEIHATNIVVEGASDSSYPLQKKRHTLEY +LRTIAHLRPRSNTFSAVFRVRSLAAYAIHKFFQERNFVYAHSPIITGSDCEGAGEMFRLT +TMDLNNIPKTEDGNIDYSKDFFGKEANLTVSGQLNAEIMALAFRNVYTFGPTFRAENSFT +QRHASEFWMIEPEIAFGDLEDDMELAEDLIKYIINYVMENAPEEMEFFNSFIDKGLFDRL +NNVVNSEFKRITYTEAVEILQKSGHDFEYPVNWGDDLQTEHERYITEQVFNAPVFVTDYP +KDIKAFYMRMNEDGKTVRAMDLLVPGVGEIVGGSQREEREDVLLERIKELGLNEEDYWWY +LELRKFGTATHSGFGLGFERIIMYMTGMSNIRDVIPFPRTPRNAEF +>MGYG000000001_03078 Adaptive-response sensory-kinase SasA +MIATKKIIKNTFLTMIVILSLNSKHTYANSYNDINFKSLTIENGLSQSTVETILQDSNGY +MWIGTNDGLNKYNGYSFKKYEHDIYDKNTISSNYIVDIVEDKDGYIWVSTTNGLNKINPK +NDNIINYFSTSKDGNLSNNRICEILVRKNNDILVTTSDGLNLYNKDTDSFERILAGKDDL +PSQYIHSIEEDYYGNIWLGTQSGLVKLDKNLTKIQEFTNKTIDSISDNPIYRVYSDGSDN +IWVATLGSGLININSKTNNIKVYKNSNSEKSLPNDVVRDILRDSNGNLWITTQGGICKYN +EKDDNFTTYKNKIYDQNSLIDDKAYCMLEDKSGLIWVGTYKGISLFDSNNKFEHYSSDPF +YKNSLSSNMIHGIYEDNNNNIWVGTSLKGVNIIDKKTNNIIILNTENSDLCDDSINDITG +LKDEIFIGTGNGLSVINKSSKSIKNFTSEDGLPVDPIKSLFVDSTNHLWIGTNKGLAIMN +IKTKEILNITPILENNSINDLFIKDIYESKNGNYYVGCFLDGGLVQLNPTNKSIKIYKNI +ENDNSSISNDSIRSISEDNLGNLLVGTSHGLNILDIDSGKFKHYTTNDGLPNNTIYGILV +DSYNNIWMSTNSGLSKFNLFTEVFQNFTIIDGIQSNEFNGNAYFKSNDGKFYFGGINGLN +AFSPEEINVSEFIPNVVFDEFKVEGLSYNISDNYELKSNENNISLSFFVNDYKNLNGVQY +YYMLEGSDESWNISHNNEIIYGNLSPSNYIFKVKTLSYNGVMSPENKISFTIKPPFWKSN +LAILIYIIILLITIYFNLSKVKRLDKLVEKRTEELVYEMNKNKKLFNKLIKLEVSKNNYF +VNLSHELRTPLNVLNGTIQLIKDFNKKGEIEPNKLDYYMDIMTRNCNRLLNIINNIIDTS +KLQSDNYVITKKNEDIVYIVEETILGLKDYIESKGIEFTIDTMVEEKIIECDKYEIERCI +VNLVGNAVKFTPKGGKIDVFINDLGNAVEIRIKDTGIGISKENQLTIFDKFNQVIDSHSE +SKGGSGLGLTITKHLIELHNGHISVKSKLGEGSEFIIILPNNSNENTH +>MGYG000000001_03079 IS3 family transposase IS1296 +MSFVEQTLGEAFKKVKTSEFKNLIIHSDQGSHYKSNIYKSILKKSGVRQSMSRKGNCYDN +ACIENFFGHLKTELIYQNSYNSKEELIKSIDDYIYWYNNCRFQAGLKNMTPAEYRCHMIS +>MGYG000000001_03080 Sensor histidine kinase RcsC +MNIKCCTYIDNLSHKKISINLDDINKNVYTDPKWIEFILNQIISNSIKYSAKKLPKINIR +SVKNENNTILEIEDNGVGIIDKDIRKVFEKGFTGENGRKFGKSTGMGLYLCNKLCDKLGI +GIDLISKENEGTKVSLVFPHDKNRILLK +>MGYG000000001_03081 ABC transporter ATP-binding protein YxdL +MKNILSVENIEKYYGNKENITKAIDNINFKVDEGEFVGIMGPSGSGKTTLLNCISTIDKV +SNGNIIINNQDITKLKSKKLDNFRRNELGFIFQDFNLLDTLTAYENIALALTIKGEDSSQ +IDGKIKKVAKNLDIEQVLNKYPYQMSGGQKQRVASARAIVTNPSLILADEPTGALDSKSS +RLLLDRFEYLNQELKATILMVTHDAFTASYAHRILFIKDGKIFNELIKGNDTRKEFFNRI +IDVVTLLGGDEDVF +>MGYG000000001_03082 Bacitracin export permease protein BceB +MYSKIAIGNVKKSFKDYSIYFLTLTLAVCIFYSFNSIESQKAILELNQNESENLDLLFNI +ISYISVFVSGILGCLIVYANNFLIKKRKKELGIYMTLGMGKQKISKILIIETILVGFISL +VGGLILGIVLSQGLSIFTSKLFDVSMTEYRFVISPKSIGKTILYFGIIFILVTVLNTFTI +SKYKIIDLLNSSKKNEDIKIKNPIIYIITFILALVCIVSAYKMIITNGITLDANFTITIL +LGVVGTILIFFSLAGFGLNIIKKSKKVYFKNLNIFIVKQLNNKINTNFMSMSVICLMLFL +TIVMLSTGLSFKDALEKSLEQTTPFDATATMYMSPEDNTDIEKSLKELNFKFDDNEKYAY +YNEYIINTNLGNAFKKHISPSQLNRLLYRKSSLYVVKESEYNNIMKLGNKKTISLDNNEV +LVTSNRSQVVDNINSILKNNNKIDLNNKTFIVKNKKVITDSTRTSGYTDNLISIVVNDSI +FDTLDAKISANYLNINYDKNNREKTEKKYESLFNSFFNGKVKNEKVGFIIGDTKDIVYSQ +NKSMTTIVIFIGIYLGIVFLISSMAVLSLQQLSEASDSIDRYKSLKRIGANDKMINQTIF +IQTLIYFTLPLALAFIHSVVGINVVSDLISAFGKPDIGLSSLITGVIFIVIYMGYFYATY +TGYKNIIKNS +>MGYG000000001_03083 hypothetical protein +MGCTAIIYQSKYGSTEKYAKWLCEEIGGDLYKKSEISISDLKKYDTIIYGGGLYITGIAG +FSFIKNNYKHLEDKNIIVFAVGASPFDTGLIFEIKGNNFPDEMKYIPCFYLRGAFDESKI +KSRDKILMQLLKKFIGKKDDSDYEEWEKAFIESTRKSEDWTCKESLKPIIEYINLKYE +>MGYG000000001_03084 Propanediol utilization protein PduU +MGEDKQRVIQEYVPGKQVTLAHIIASPREELYQKIGLVAERRDAIGVLTITPSEASIIAA +DVATKASGVSLGFVDRFSGSLVITGDISSVESALNKVIMILGSTLNFTTTNITRS +>MGYG000000001_03085 Propanediol utilization protein PduV +MKKIIFMGKTGSGKTTLCQKLDDLELRYRKTQSVEIYSDAIDTPGEFMENRWMYTSLATT +ASDAKIVALVYDCTQDENYIAPGFATMFCKEVIGIITKISQGNEKSIKLACDRLNLAGVS +RIFKVDTIENIGINDLVEYLNTI +>MGYG000000001_03086 Ethanolamine utilization protein EutS +MTKEKQRIIQESVPGKQVTLAHIIANPREELYQKIGLKVEKRGSIGVLTITPSETAMIAA +NIAVESSRVSLGFVDRFSGSLVITGDLTSVESAIKQILTTLESTLNFSATRITKS +>MGYG000000001_03087 hypothetical protein +MNTNHFILSNDAFVSKIHTSICNNCGNNELINFESKANALYLYCDSCKDNKNISMKQSTL +DIILYEIKNTLESLSESLLSNLKIEILKNKKDKNVSLFINHIKINKLQFEYSLTEKECYY +LKNTILYLINDYTDTSNIEIYINLN +>MGYG000000001_03088 Cold shock protein CspB +MNGIVKWFNSEKGFGFISVEGGDDVFVHFSAIQGEGFKTLEEGQAVSFEIVDGARGPQAA +NVNRI +>MGYG000000001_03089 Small-conductance mechanosensitive channel +MPTSEKEVETALEKLQSLNLKNLDTSTLLDKFVSWAIDSGVRLIIGLLIISIGFKIIKKV +VNKFEHFLEKRDVDVTLRRFLKSFSIGGLKAIIVLLVVTLIWDVKLTGLVALFTSAGVAI +GLALQGSLSNFAGGFIILLLRPFKVGDYIQAAGYEGTVEQIGVFYTHLLTIDNKVALIPN +GTLSNNSLINYSAKENRRVDLIFNVSYENNVIHVRNVLKEIIDKHPLISHDPEPFIGIVE +HAQNSVNFGVRVWCNKDNYWTIYYDLLEQVKVRFDEENITIPYPQMDLHVNYKTENKK +>MGYG000000001_03090 hypothetical protein +MSYKGRKVNKSKAILLAVIGLIIVGVANRTWAYVDEQRQIKAEQQRIEEEKRKAEEEKKK +YMVGVSHEGKKYSYDAKLVYDKLSKYDYSNDGKKVVFLTFDDGTSTTVTPQILKTLKDEN +VKATFFLTGENIERGGEKAKELIKQEFNEGHAIANHSYSHNYKLLYPNRNLDLEAFKADF +AKTDKIIKDVLGKYFSTRVLRCPGGHMSWRGMDELDTYLEENNKVSIDWNALNADAEGKK +KNAQELTDYAIKTAQGKEMVVLLMHDTYGKEETAKALPSIIKYFKDNGYEFKTLA +>MGYG000000001_03091 Anti-sigma-V factor RsiV +MNKNEKLDKLKDNYKNIEIPSRLDSIVNDAINSNLRKNKKSTAAKWSVVAASIGIVVGAV +NLNPTFADTLESIPVLGSVIKIINFRNYRIDENGFDISIDVPKIEGLKDKNLEFKLNKEF +EEEGKKQYDEYIKEINKLKSEGVEGKEYAKSWYEVITDTDDILSIVVYNYSAQASSNTTR +KFYNIDKKNQTVLTLEGMFEGTGYVNVISENIKEQMKERMEKNPEETYWLNDEIIDSNFE +KIDKNQDFYINDKNQLVICFDKYDVAPGSEGLVEFVIPQEIVENLMK +>MGYG000000001_03092 RNA polymerase sigma factor SigV +MKLLSLVERKKEKTIKQYIVDNKEALYRFAYTYVHNEDDALDVVHDAICKSLTNINTLKD +TDSIKPWIYRIVANCAIDNIRKNKKYVISSDDLEVDDLVDYDKYEDIDLQRALDQLPEKY +RTIIVLRYFEDMKIGDIAQILDENENTIKTRLYNALAKLKISISE +>MGYG000000001_03093 DNA polymerase III PolC-type +MVKKLNKVNADRESIFQIKIINILLDLRLINCTEISIYDIFIGLYNRLKQLNNGGIMDFV +AIDFETANSHRDSVCYLGITVVKDNKIVEKRYWLIKPYPFRFDPINISIHGIREADVINE +KEFDEVWPEIKPYLENKLVISHNVSFDFSVLRKTLDLYGIDYPKLNYCCTLVAFKLFYRY +LSNYELNTVNKHLGYKFKHHHASEDATACANILINIAEELKIDNIDEVANLVGFKLGYLN +IGGYSPCSKVSSGVVSNMHKIYPEEDESSLFSSTTEFFKDKVVVFTGPFNSMSRIEGTRL +INSLGGITRSSVTKKTNILITNTPNIDSLSPEQMSNKLRTAMYYRGRGQDILIINEEELE +RIIYGNIDNLTI +>MGYG000000001_03094 hypothetical protein +MTDKKESMKIGWNFDNSYSRLPKLFFSKIDLNPVSSPQLVILNYPLAKSLGLNADALKSN +DGISILSGNKTIEEGAFIAQAYAGHQFGNFTILGDGRALLIGEQITPLGERFDIQLKGSG +RTPYSRGSDGRAALGPMLREYIISEAMNALGIPTTRSLAVVKTGEPVIRRTLEQGAILTR +VASSHVRFGTFQYVSQYGNLEQLKELADYCLKRHYSHVKDDENKYINFLNEVIKAHASLV +AKWQSIGFIHGVMNTDNMTISGETIDYGPCAFMDNYNPNTVFSSIDVNGRYAYKNQPIMA +EWNLCRFAEALLPLLHENRDEAIKIGQNAISNFYDIYYSNWIEIMRSKLGIFNKEAQDKA +IIEDLLNMMEKYSEDYTNTFLALTFNKNINNDMFKSTEFENWYKTWQERLERQPQSKESV +HQLMKDSNPAVIPRNHRVEEALKGANEGDYNIMMNLLDVISRPYDHSTAQEKYSELPQPS +SCPYRTYCGT +>MGYG000000001_03095 L-methionine gamma-lyase +MENRKLGFDTIQVHGGQSPDPTTGSRAVPIYQTTSYVFNSVEHGANLFSLKEEGNIYTRI +MNPTSDVFEQRMALLEGGVGAVAVASGSAAITYAILNILQTGDEIVAASTLYGGTFNLFA +TTLPRLGIKTTFVDCDNPENFRSAINENTKALYIETIGNPVINIADIEVIANIAHEHNIP +LIVDNTFGTPYLVRPFDFGADIVVHSATKFIGGHGTSIGGVIVDSGNFDWEGSGKFNVLV +EPDESYHGMSYTKDAGRAAYITKLRVQLLRDTGACISPFNSFLLLQGLETLSLRVERHVS +NTKKITEYLSKHPQVAWVNYPGLENNKYNELAKKYCPKGAGSIFIFGIKGGVEAGKIFIE +SLKIFSHLANVADAKSLVIHPASTTHAQLNEEEQKLAGVSPDMIRVSVGIEDVDDLIADL +EYGLEKANEVCESKVIS +>MGYG000000001_03096 Aminodeoxychorismate synthase component 2 +MILMIDNYDSFVYNLVQYIGELGEEIVVKRNNEITLEDIENLDPEIIVLSPGPCSPKEAG +VCIDVVNHFKGKKPILGICLGHQTIGHIFGGNVIKAIEPVHGKVHSIKHNNKGVFRNLNN +PLNVTRYHSLVVEEESLPKDLEVTAFTNEGEIMGIRHKKHLIEGVQFHPEAILSEQGHEI +LRNFIKEARERVEI +>MGYG000000001_03097 Aminodeoxychorismate synthase component 1 +MIKEIKTDLNAFEIFTIFKDEKDSFILDSAMDKEKLGRYSFISSNPFKTLKYKNTEENPL +DYLQEELNKYKAVNNTHLPFIGGAVGYLSYDLGNYIEKLPRSAVDDLNVYDLYFGLYNYV +IVVDHLEEKTYIATPDLDIEKEKLVMSEVEERILKAGKEGVGSICYEEKEVEPIRLKSNF +TKCEFENSVQRVKDYIRSGDIYQANLTQRFNGRTTLSSYELYRDLRKISPAPFGAYLNFD +DFNILSNSPERFIKCIDRKVETRPIKGTRPRGKNEEEDLKLQEELRNSEKDRAELLMIVD +LERNDIGRISKIGSVKVPELFVIEPYANVNHLVSTVVGELQDDKDAVDVIKATFPGGSIT +GAPKIRSMEIIDELEPTQRNVYTGSIGYIGFNGDMDLNIAIRTIVKKDQDVYFQVGGGMT +WGSDPSDEYQETLDKAKSIMKALRGYYEE +>MGYG000000001_03098 Aminodeoxychorismate lyase +MKNSASFNSDLSKFGIGLFETIKVEKYPIDLDLHMDRMFNSIKELNINIQYSKEFLKNEI +LKYIDINGIENKALRLTVFDEGYNISIRDIPYNNETYEKGFKLIISPIKRGNSIIYKHKT +TNYYESIYSKRYANKRGFDDGLFVDTDGKILECSMSNIFFIKGNCIYTPSSNLPILNGIM +KKRILDICGEINIPLVEKNIKIRDIAEYDFVFITNSLMNVMKVTQIEDIFYEISNDLFDK +IVACI +>MGYG000000001_03099 hypothetical protein +MTNKIYEICKLEIEKLKQNSNTISVFLVGSSKNIDLKLADNNINDIDIFVFVNQGENQVR +EIKRIEGIEFDINYFSRRGFKHLMDNKEYFFLNGMKDAKVIFDRNNTATCIIQLCRTKYQ +EGPNQISDGEKCFLKSEMESNISRLKNKEKFDLFEYEFLVNLYLKELIVGYFTINNKWIP +KDKKLFKELKKEDSYLYDLANEIKGEEKYEKLLEIYDYIFKDIVMKNYIKITY +>MGYG000000001_03100 GTP cyclohydrolase 1 +MSKVDKKKIENAIRDILEAIGEDPDREGLIDTPSRVARMYEEIYGGIHQDPREHLKVLFQ +DEKHEEMVIVKDIPFYSCCEHHLVPFFGKAHIAYIPKGGRLTGLSKLARVVETFAKRPQL +QERITKGIADIIMEELQPYGVMVVVEAEHMCMTMRGVKKPGSKTVTSAVRGAFEHDPSTR +AEAMSLINIR +>MGYG000000001_03101 Dihydropteroate synthase +MFDYGNRTYIMGILNVTPDSFSDGGNFNKIDVAIKHARKMIEDGADIIDIGGESTRPGHK +YVEADEEIERVIPVIKELKKEINVPISVDTYKASVAEEALKLGVEMINDVWGLKRDKDMA +KTIAKYDAHVCIMHNQDGTHYDKDIMESMKESLKESIDMALEAGVKNEKIVLDPGIGFGK +TFEQNLEVLRRLNELNDLGYPVLLGTSRKSVIGNVLNVEPKERLEGTIATTVLGVRDGVD +IVRVHDVKENLKAAKMADAIYRK +>MGYG000000001_03102 Dihydroneopterin aldolase +MDKILLSNLGFYGYHGVLKEESVLGQKFFIDMELLIDTKEAGITDDMNKSVSYADVYEVV +KEITEKRRFNLIEALAENIAKEVLDKFELINEVMVRVKKPEAPVNGIYDYFGVEIRRGRY +E +>MGYG000000001_03103 hypothetical protein +MNKSYLGLGTNMGDRDKYLSDACELLNNHEKINITKKSKIYETKAWGYTEQADFLNVCLE +VDTSLNEYELLSVCQEVEQKLDRKRIIRWGPRTIDVDILFFNDIVLNDENLLIPHPRIKE +RAFVLIPLMDLNSKLSIDGKTIDVHLNSLTKKERDEVKEFTGDEKDTI +>MGYG000000001_03104 Phospho-2-dehydro-3-deoxyheptonate aldolase +MKKTLFNDNDKIEINTCDKKLVVKEDKIIMAGPCAIESYEQLLETAKFVKSQGANVLRGG +AFKPRTSPNSFKGLKEEGLEILKAVKEETGLAVITELMDIRDLEKLYEVSDIIQIGSRNM +QNFTLLTEIGKQDKPIMLKRGIAATISEWIGAAEYIAVEGNNKIIMCERGIRTYNDYTRN +TLDLAAVPIIQKETNLPVIVDPSHGTGVRYLVKPMSLAAFACGADGLMIEVHPNPSEALS +DGMQSLHFDEFEDLMKSINVNTKDYIKTF +>MGYG000000001_03106 Aminopeptidase 2 +MADQRLNKLAKLLVEYSVEVKEGDIVYVCADEVATPWVIEVVKEATKKGAHVEYTLESDE +IKEIQLKYGSEKQLKSGNMIYESILSKADVWLTAWGNRNTRMLSRIDSNKLKIHQQGASV +WRKIYSDRTGDGSLRWCGTQYPTYADAQEASMSMSEYEDFVYGAGLLDSEDPVSEWKKIS +KEQDRWVKYLDSKSSLHIVSEGTDIMIGINGRKWINCDGKQNFPDGEIFTSPLENNINGY +ITFSFPGIFAGRQIEGIKLEVKDGKVINAWANKGEELLKSLLETDEGSSFFGEVAIGTNY +GIKDFTSNMLFDEKIGGTVHMAIGDSMPEAGGKNKSSLHWDMLCDMRNGGKIYADGELFY +ENGKFIDSILEKYNIK +>MGYG000000001_03107 Aspartate aminotransferase +MLSNRLSSITPSVTIGISSKVSELKNLGRDIINLSIGEPDFNVPEKAKSVGIDSLNNNET +KYNLVSGIKILREEICKKLLSENNCNYSIDEIVVSNGAKHAITNTLLAVTNPGDEVLLPK +PYWVSYSEMTKIVNAVPVPIETEKDNDFKLTGELLEKYITDKTKLLILTNPSNPTGAVYK +KEELIDIANICLKHNIYILADEIYEKICYTDKFVSVASLSDEIKDITITINGFAKSAAMT +GVRLGYSASNKEIAKGINAIQGHLVSHPSLTSQYIGYGALKQCSDDINNMVRTYKYRRDL +ITSKLDTIPNIEYVYPEGAFYVFIDLSKIKDKFNYKESFSIEFCEKFLEEYNVAIVPGLA +FGIDDYVRISYACKEDYFLEALDRLNVFISNIMQPNTINNY +>MGYG000000001_03108 Anaerobic ribonucleoside-triphosphate reductase +MIKFVKKRDGRIIPFNEDRITRAIFLAAEKVAKKEEEVPDYNLSEQLTQEVIRVLNSKYT +DSIPGVEDIQDVVIKVLIETGHAKTSEEYIIYRTERSRIRNSKTRLMKAIEEITFEDASD +ADIKRENANIDGNTAMGTMLQYGSAVSKEFCKTHILKPEHSYAHDNGDIHIHDMDFFNMG +TLTCCQIDLKKLFEGGFSTGHGFLREPNDIMSYGALAAIAIQSNQNDQHGGQSIPFFDYG +LAKGVYKTFRKLYISNMSKALKLFKDIDNKEAIKNIVCKIEDENLKLGLEKNEYYINKEK +EILKEEFNIDEDIAKKIQDFAYNEAYEETDRQTYQSMEGFIHNLNTMHSRAGAQVPFSSV +NFGTDTSEEGRMISKNLLLCLERGLGDGETPIFPILIFKVKEGINLNPGDPNYDLFKLSC +KVSAKRLFPNFSFLDAPFNAKYYKEGHPETEATYMGCRTRVLSNVCGEEVVNGRGNLSFT +TINLPRLGIKHGMINNREANLDGFFKELDEKIDLVIDQLLERMEVQGNKKMKNFPFLMGQ +GIWLGSDHLGPEDRLKEVIKQGTLTVGFIGLAECLIGLIGKHHGESKEAQELGIKIISHM +RDRMDEASDKYKLNFSLIATPAEGLSGRFTSIDKALYGIIEGITDKEYYTNSFHVPVYYK +ISAFEKIRIEAPYHEFTNAGHITYVELDGDPTNNVEAFETIIRAMKELGIGYGSINHPVD +RDPICKYSGIIEGSICPACGRNEEISDIKFERIRRITGYLVGTVDRFNNAKRAEVRDRVK +HI +>MGYG000000001_03109 hypothetical protein +MELRVASPTTFDSIVDGPGLRMVIWTQGCIHNCAGCHNPQTHSLNGGYKLEVNEVIDIIR +NLKLQKGITLSGGEPFLQSEVLELIAKEAKRNKLDVWAYTGFTFEELLEQEDKDYNDRIK +LLNQIDVLVDGKFELSKRDISLKFRGSYNQRIIDVQRSLKENDIILKYEYMDEVLSIAK +>MGYG000000001_03110 hypothetical protein +MNKKLVISKSVTFIFVVVYVVLFKLIFGDENSLVGVTTITAALMFLGKDLTLSPVRNASR +LILLNLFIGIATMLAASNIWLGIIINFITLFIISYLLCYNLESPMYFPFTLQYLFLLSSP +VSIEQIPKRLIALAFGGIFVIILQLIVNKNRISKSGNKILLNVCDSILSRIEFLKNNSQK +DTTNDGIEANINAFRKMVYDKREVDYYLTEEGRIKLNLSVTLENIYTILSVVKEPLNVLF +ILNKLECLTHETKSILEGKESEKDLYDDMNIFLSECREKNIDDLMTLQILDSTILLVDAM +YELNNLKKENYNLVKQVESIPKYKNDSLFRYMRSDHKSFRFCYAMRVAITITLGAFITDF +FRLSEGRWIMFTILSLVNPLYEVSKSKVMHRVIATILGGILVTVLFYIFEDMTTRTIILM +LAGYINSYISKYKYNMILVTVSAIGSAAMVGNVGGLTLSRITFVVIGALMAIIANKYIFP +YKLEDSNKELEKIHTLSVLEMLREIYNVAEGIKKPHSIKNLLIVTSLVEEKLKLNNQILH +DSHYEELVKERRFLVANIYELYIWIIRAKVKPEYVKYVLSEINILISYEDEPIEDMIKDI +EKNIKEIKDLNTKITLSSIAIILKELKQISALKKLV +>MGYG000000001_03111 N-acetylmuramic acid/N-acetylglucosamine kinase +MYYIGIDGGGTKTSFTLINEQGLKIGQYKTGTTHYAQIGFDGLKTVITEGIEEILKNSDV +SRNLIKSVFLGLPGYGEVKSVKLKIEEVVESIFSDIKYEIGNDVEVGLAGSLAGKDGVNI +VSGTGSIGLGKDSTGTFARCGGWGDYVGDEGSAHWIGKKTLEIFSKEADNRLEKGDLYYN +IREKLNLEDDFDIIDYVLNKIQKDRGKIAEFSSICHESALQGDKNAIKIFEDAAYELSLL +VKMIVNELDFDKEILVSYSGGVFNSKEMILKPLRKELLDFNVKLIKPVLGPDEGACLLAY +KLAGNTVTEDFIENLSKSIEDVTA +>MGYG000000001_03112 Arylsulfatase +MKPNIIVFFSDQQRYDTVGAYGQELEVTPNLDYMASEGVKFENAFTCQPVCGPARSCMQT +GKYATQTECFVNDIGLKEDETTIAKLLNEEGYETAYVGKWHLASTKDECDFSISPVPENK +RGGYKDYWMASDILEFTSHGYDGYIFNKDMKRVDFKGYRADKITDFALEFLDNRDKKKPF +LLFLSHIEPHHQNDRKTYEGPTGSKEEFKNYVLPDDLKGIDGDYEINYPDYLGCCKSLDY +NLGRIREKLRELEIDDNTVIIYTSDHGCHFKTKNKELPYGGADDYKRSFYENTIRVPMIA +YGPGFKGGKVIKELASLIDIPKTIVELAQKSPPEYMQGVSLLDLANNDLSRDEVFIQISE +SYVGRAIRTKKYKYCIIDPTKLPYEESHSLNYEEYYLYDLENDPLERVNLIKAKAYEDVR +IELRTKMKEFIKAIENLDIEISICQGENICVK +>MGYG000000001_03113 Trehalose transport system permease protein SugB +MVKSNKITPKSVLTGAVLRIILIAFLFMVVVPLLWTIMQSFKTSKEFFADPWALPGAFNF +TNYVSAWEKANMSAFFFNSIYVTLVSTGFLMLLAVPTSYCLARFKFFGGELIMLAMTLGL +FIQPTYILVPLFLLVAKLNLLNNLTALGLIYAIIQLPFSIFILTGFIKGVSKEYEEAAEI +DGCTRLQTIRHVVLPMIKPGMLTVLIFNFMGFWNEYAMAFTLLTLPEKQTLPVGLQNLME +VQRFSTDWGALFAGMVIVIIPTVIVYAFLNKKLTEAVNVGGLKG +>MGYG000000001_03114 sn-glycerol-3-phosphate transport system permease protein UgpA +MDIKTSVPKKPQKKESKFKSILGKTPRERSRNIFIFWSVVPTFLLFLLFKIYPMLSAAKM +SLYRSTGLSSSPTFIGFDNFVTLFNDPIFWKSLKNTFFLLGVFPLVTMILALFFAVILTQ +GKIFEWEKTLYRLVYFLPNVLSMVVIGMMFMYVYDFNLGILNSFLDFIGMGAFKRTWLGE +SGTVMWALAFTMVWQAAGYYMVMYISGINRIPDDLYEAVTLDGASPIRQFFVITLPLIWE +VVRVTITFFITGAFNLSFTFVKVMTKGGPDHASEMLLTTMDIQAFMNANYGYAMAISVVV +FVIAIVLALIVKKITERDVIEL +>MGYG000000001_03115 Aldehyde-alcohol dehydrogenase +MSKESRKLKVVDNEFSVENMIDELVVKAEKAKQAMLSLDQDAIDTIVREMSMAGLDKHIE +LAQMAIDETKRGIFEDKVTKNMFATEYIYNSIKYNKTVGVIEKNEEEGYMLIAEPVGVVA +GVTPVTNPTSTTMFKSLISMKGRNPIIFSFHPSAQKCSSEAARILRDAAVKAGAPEDCIQ +WIEKPSIEATNLLMKHDGVSVILATGGPGMVKSAYSSGKPALGVGAGNVPCYINKTADIK +QAVNDLILSKTFDNGMICASEQAVIIDEEIYNEVTDLMKYYGCYFVNKEEKEKLQGLVIN +NETCSLNPNIVGQSPYTIGQMAGINVPKDAKMIVAELEKVGMEDPLSKEKLSPVLACFKV +KNAQEGIQKCVEMTEFGGLGHSAVIHCNDDDIILEFSKRVRTGRLLVNAPSTHGAIGDIY +NANIPSLTLGCGSMGNNSTTENVSASNLINVKKVAMRKVNMQWFKVPERIYHEFGSISYL +EKLPNANRVMIVTDRVMVQLGNVDKITHQLRKRRNPVMIDVFCDVEPDPSVETVLNGAEA +MRKFKPDTIIALGGGSAMDAAKAMWLFYENPEANFDDLRLKFADIRKRVFKFPKLGRQAQ +LVAIPTTSGTGSEVTSFAVVTDKVNNMKYPLADYELTPDVAIIDPTLVMTVPAGVTADTG +VDVLTHAIEAYVSIMATDYTDALALKAIQLVFDYLPKAYRNGDDKEAREKMHNASCMAGM +AFTNAFLGINHSLAHKLGGEFHIPHGRANAILLPHVIKYNATKPSKFVAFPKYKEFVADK +KYAEIARFLGLKANTVEEGVQSLIDAVNNLLVELNIPKTIKECGVLEEQFLSKVDKLSLD +AFDDQCTPANPRLPLVEELKVIYLTAFGQTAEKKVLECSESSIN +>MGYG000000001_03116 hypothetical protein +MINIKISNKLKEKCPNTTVASIEAEVSVRDGDEHLWEIINDKCEEIKNNIKKDEVLKIKN +IETSRIAYKKLGKDPSRYRLSSESLAKRVVKGMNLYKVNNVVDINNLISLESFYSVGTYD +LIKLGKEIIFTVGEENQRYDGIGRGSINLENLPVFEDEIGKFGSTTSDSERAMITSDTKH +ILMNIIAFDKDKELNRYLDYAIDLLEKYADAVIIDKKVTY +>MGYG000000001_03117 hypothetical protein +MIKRKKNNKVVLLLPILLIIITVGLSIRILGKENNRYNDNTRVLSTISQVLDLNTVKYNY +SNIVVVKKDKSINDIKIPFTEQSFIIKYEGVINGGIKPEDIMIIENTGKKINIEVEQCRI +LNHYIDDENLYVYDIKNSIFNKLDTNDILSDISKYKKEYEDKILKEGFMEEIKENTKASL +VNLLKNIGYEEVNVSFKKE +>MGYG000000001_03118 Cobalt-dependent inorganic pyrophosphatase +MTLLVFGHKNPDTDSICSSISLTYLKNQLGENAIACALGEPRKEAQFALNYFNVEAPKIL +DNVKIQVKDLSYDKVKPLTPAASVIEAYSLMSNKGVKTLPIVSEDGKFEGIVTMQEIAED +LLHQHFNTIHTSISNICKNLNGSVLVNCDEEVTGRVVTLSFNMDAVMDVLSEGDIAIVGN +RSDVIEYAIDSKVKLLVLTGGATISEELIGTAKQNGVSVVSVECDTYKTSNIINQCNYLS +EIIIKDNLVVFHENDYADDVKETMLNTNFRAYPVVDDNNNFLGLVSRKHLLNPTKKNVVL +VDHNEAAQSADGIEEANLVEIVDHHKIGGISTDVPVSIRVMPVGCTCTIIYKMFKEHNVE +IPKSIAGLLLSAILSDTLIFKSPTTTELDKQACEELSKIAEVDMESYGMEMFKFGTSLDE +YSIEEIVNMDFKEFNMSGKRVGIGQVFTLDIDSIFAKQDQFLSYINSTDYDMLVLAVTDI +IKEGSYLIYKAEDKLISEAFNVEGAQGVFAPGVVSRKKQLVPNLTTAVRNM +>MGYG000000001_03121 cAMP-activated global transcriptional regulator CRP +MQNSLFYNRIRNKDAKKFIEKIPSNIKLKCKIRIIEKGKIVVLKGNDIENVYVSCQGKMQ +VRNEFENGFVYSFASINPIAYIGVMEIMANKQNYSSTLQTSTECIILEIPKSDFIEWITS +DQELTLEVLHFVSKSMYEQSLKTGEVLAYPAICILITYLMNVFESEDKDIAILEKTREEI +GSILGFSIRTINRNLKILKEENLISVNRKSISITKEQFNRLSYKLESIK +>MGYG000000001_03122 putative protein +MEQVLNIIKNETLTYNQQVLQLAGQAESTLNVLNIDEETKKLLDAEIICTMFEGNAPYRP +RYVIPNYEVLMEKGCKFLDLDVPNDIWEATNNLLILYKHVPSITSYPVYLGNIDTLLEPF +VKDEEEAYKAIKLYLKHIDRSLTDSFVHANIGPVDTKAGRLILKAMKELECAMPNLTVKY +DKDITSKEFIELCASTALVTAKPSFANHKMDVEDFGTENYALASCYNGFIIGGGGYTLVR +LVLSRLAEASESVEDFLDNKLPFAAKKMLEYIDERIKFLVEEAAFFKSNFLVKEGFINKD +LFTGMFGLVGLAEAVNHLLNATEQKNRFGHSKEANDLGLKIIEKLNSIVSSYKSIYVNCF +SGNHVLHAQVGIDTDTGISPGCRIPVGEEPELFEHILQSAPYHKYFFNGIGDIFVFEDTY +KNNPEAIVNVIDGAFNSGIRYTSVYSDSCDVVRVTGYLVKKSEVAELESGKAVKNNATVF +GMNAKNGAKAFDRRLRD +>MGYG000000001_03123 Putative glycyl-radical enzyme activating enzyme YjjW +MALVNKIIPFSCIDGPGNRTAIFFQGCNLKCTYCHNPETINKCINCGKCVLTCPVNALEM +NNGKVLWDEDKCVECDNCIKTCKILSTPRTKDYSVDELFEEIKKVRPFIQGITVSGGECT +LNADFLVELFTKVKEELNLTCFVDTNGTLDLSEKEDLVNATDKFMLDVKCMDEEESVRIT +GLSNDIVLKNLKYLLDKDKLHEVRTVIAPNLNNEYTVKEVSKIINGKCKYKLNAYRKYGV +RQEGLDLHGEIGPTDEEMKVYLEYI +>MGYG000000001_03124 hypothetical protein +MWIKKYIKNLVLIVLGSCILAFGSFNFNYQNGVTEGGVLGLLLLIKNIFDISPSVTALII +DLSLFALGAKFFGKQFLVLSIFASLSFSSWYKMWESIGFIVPNLSNNMLLASILAGIGVG +IGIGIIVRAGGAAGGDDVIALVGTKLTSLKVNHIYMITDFIVLILSLSYLSFKQILFSLI +AVTISGKIISIMYGEDGDNDVDKSLQEEFASTKEI +>MGYG000000001_03125 Small, acid-soluble spore protein beta +MANKPVDPNAKAALNQMKLEIANELGMENTNLNGANSTSYKNGEIGGRVGGQMSKKLVAM +GEEALLRQYNSKK +>MGYG000000001_03126 hypothetical protein +MIEKISNEKMSLEDNRENFSSKFGFIISCVGAALGLGNIWIFSYKLGTYGGAAFLIPYFL +FVFLLGTTGLIGEFTLGRTFKSGSMVGISKIFKSRNMKFSSIFSTIPVIGLFGIFMFYSI +VIGWILKYFALSVTGEINNIDIPTYFDSFAGTTASVPCFLLSVGITLLVVCFGVSKGIEK +LNKIIMPLLLLLFIFLTIRSISLPGAMAGVEYLLKPRWEALLSLETWIMALGQAFFTVSL +TGCGMVVYGSYTNDKFDIISSAVNTAIFDTIAALLAAFMIMPAVFSFGFDPAAGPSLLFI +TVPSIFKAMPYGNIISIFFFLSIIFAAISASVSMLEGPVEALLSVTKISRKKASIFISAL +CFVLALPLATNIDKFNSFTDFITIILSPIGATISAISIFFLFKGNVLSEINKGAKRPLGN +WFLQFARFVFVPVTVIVIILGSIYGGIG +>MGYG000000001_03127 hypothetical protein +MEYIEDFKQLLEIIRNISGDKSDGYISLKKAIERLEKIKRGGANEKVKKAK +>MGYG000000001_03128 hypothetical protein +MKKLRKLNRRIKEYLSKKGLDPDDYLVERQGINDEFGYEYFQVFNLKENKLERYYY +>MGYG000000001_03129 hypothetical protein +MSKAELDKLVEDNMGLVPYIMHRYFKQFIQENRFIADELLQEGYYWLVKASKVYDSSKGK +FSTIAGLYIKSGMVKFVERYFRKHYRPNVVSANILISDDTKDEIELLDVIESKENIPSEM +IAIIDVIKKSKITEIEKIITLRVQGYSQAEIGKITDTQQTYISKKIINLRNEIKAV +>MGYG000000001_03130 hypothetical protein +MKLPFVSRKKYDAIQNKNIKLIKEKVNLEYVLDELDAENEGLLKDVINLKDDLKEKDKEL +DLAKQYNDIATNKVCELNTKLIAATTRNEELESKIKELEFCLNEVKKENYNAVIRLSKDI +SVATVIKNVCCDKANVKFTKDNIFELATKIG +>MGYG000000001_03131 Single-stranded DNA-binding protein +MNKVILSGRLVADAELKYIAGSGTPKGTYKIAVDRSYKDKDGNKKTDFIPCEQLGKHMEN +LVQYLTKGKLVEIDGELHIENWKDETGNWKSFTSVKVEKLNFVSVGKKEESQNNNQPIFT +PNFEPTGLDPQGFQAIDDDDIPF +>MGYG000000001_03132 hypothetical protein +MINKKGKKIKDTKGFGEDITVYKLNQKELEVYLKNIDSREGPRRK +>MGYG000000001_03133 hypothetical protein +MAVSRSRRSLKRRYKKARAEFREELREILKNDRALGMAIFLTYVSEKRRIHITKVWYILG +TRHKEAYKDYCKELMGSNLCVSDDIFKTLHFSGYQELSKKYIRLMPECFAMGEAFGLAKK +CVNGKL +>MGYG000000001_03134 hypothetical protein +MEEFQAKVGLVAEVIKGSLESFNLYIAVDPKTEEFIFIDRDALDNKGSGKVARVKMNQIN +VRK +>MGYG000000001_03135 hypothetical protein +MKIGQEITVKEDFKINTTISDKVITVKKDDKGFVDSQGFLHLTTGNGRGKIVKIDDIEVR +GYDHENIAKMIYKRMNNAFLIGSILEDEGYEVEDILDEIEDVLTDIL +>MGYG000000001_03136 hypothetical protein +MDIGKLKRANELKKEIQELDSFIFYASKVWTGKLTIKEKVMSFISNAYGAFESKEFKMDT +HIKNRVLDVLIDYKNELEKEFEDM +>MGYG000000001_03137 hypothetical protein +MKVSFTIDGKPQGKGRPRLSYGRIKTPDQTVMYENYIKLLYRSSIKTYFEGPIKLIIKAY +YPIAKSDSKKKKEQKLNGDIRPYNIKLDIDNVVKVICDALNEIAYKDDTQIVELGTSKYF +SDKPRVEVTIESI +>MGYG000000001_03138 hypothetical protein +MSKDKKELFKKVEGRLHNYKNLEVQIRNLELDIEREKNDYRGCGAIGYDEKTGVTYNISR +TVENEVIAKEKRIGNLMQTKLEKEIEKKKIENALTTLDSRETDLFNLLYNSRSKNNMNYI +SIKLHIDRSHCYRMRETIVYKVMSILYPDVLKELPLLENV +>MGYG000000001_03139 hypothetical protein +MKLMSIKNAYKMIEDISNIYGLDVNLTHGGTYIMKLEEFKKRVDDIVLKRRLVTNEDEYS +CITINGVPIIDEYELLDANTINIHMPCKVFNISK +>MGYG000000001_03140 hypothetical protein +MKIYKDIDEVIKPTEVPRELWKYEKEMKKKPKFDKVKINKRNLNKKEGKPRIK +>MGYG000000001_03141 hypothetical protein +MSNEKITIANQRNLNDVATELTLKYMESHSLNVEKIVEVYKAFYKAAVEAWNGEY +>MGYG000000001_03142 Homoserine O-acetyltransferase 1 +MPIKIHKELPAFDVLSNGNIFVMNTERANTQDIRPLKIAILNLMPIKIQAENQLLRYLSN +TPLQVEITLLQTKSYIGSHTPIEHLEKFYRCIDDVKDQKFDGLIITGAPVEHLDFEEVEY +WEELKGIMDWTKSNVFSTIHICWGAQAALYHHYDIPKYILDKKLFGVYKHWNNYVNDNLT +RGLNDVFYAPHSRHTEIKREDIEKVEDLDILSESEEAGVFIVANKNRRQIFITGHLEYDR +DTLKNEYLRDLNKGLEIEVPRHYFNNDDINSNPLVTWRESANVVFGNWLNYCVYQNTPYN +IDDISYLESKSESQKSKLRI +>MGYG000000001_03143 Protein SapB +MNDYILVQLEYIVRVLVAGFCGAMIGYERKNKLKEAGIRTHFIVALTSALIIIISKYGFY +DIIGTPGIGLDPARVAAQVVSGVGFLGAGLIFVRNQSISGLTTAAGMWATAGIGLAIGCG +LYLLGIVSSIIILIAQFLLHRSRWWIRLPIAEQLLIKIRNTDDSVTYIEEKLKNDRIDII +NMKVNNLDEFFLEVTIYAKLPKGYNKTNLIKLFNDNPLIKSLEV +>MGYG000000001_03144 hypothetical protein +MKLHKPGMRTIKTGIGVMLCVLLGYLNFNLVDKTFYAAIACVVCMQTTVKGSFTVGLNRL +KGTFVGGLIGFLFALIGPGNPILSCLGIITTIYICNLIKINKSITIACVVYCAIHLGIGT +ADPVYYSVHRIIDTSIGVLIGIGVNYLIYRPDYLGRIHNEIKVIENTSIKLLKKEIEMGA +DIDISSLQNEITKLEGLYKNFLDELEYRNDEIDDKEINRIINTCKQIYMHLQVLGHMKDK +CYINEENYIKSKNLYYELASDIEVKEDISPVYNYHISMIIENINEIRDIDDKL +>MGYG000000001_03145 hypothetical protein +MKKGIILSIMMMFMLMLVGCIDADITLDMDKDGTGRMIIEMVAPDEMMNKLTQEEIAALE +KEYEKVEIIEEEGKYGYKLTTKKEDLSEINEDASGSLDSNFDYDKYVNLTEEKGLFTNTY +KVNLNLKDAMLGELSAEEKSMLAFVGGSANVGIHIKTPIELEESNATSVTEENEKYVYNW +DYNLSNIGSINATMKAPNIINIVIAIVLVIAVIVGIVVVIRKKNKKENLDSDINKDDNTE +E +>MGYG000000001_03146 putative N-acetyltransferase YvbK +MKIEMIKENKKDYLDLLLLADEQESMIDKYLEKGIMFAIYDDSLKGICVVTKEDERTYEL +KNIAIYKEFYGQGYGKKLVEYIFEYFKNDCDTMYVGTGDSPLTIPFYLKCGFIESHRIKN +FFIDNYDNPIYECKKQLIDMVYLKKNFKYRYIKG +>MGYG000000001_03147 hypothetical protein +MKLKLSRMILAGSIITMIGLSIFMWINDKEKIKIEELKGSKSALEDVNIIFQNVQNSYKT +TKTTISKDGISKDNFAVTTPNRFSDAQDLITNEDMLNYSQGIVGTYQYDNYVGVVSVGIH +YTNETSNDEKLEIVATVMEENIETGKLTEYTIPLDTYFKNSGDNGISTNTVPIRYEDNLY +IVVGVDIENYNNINTYENQIEESRIYVYKLDLENESSENILTKSLSKDGESAIGYNAAFA +KDDTAYFVNTLYSKNDKYEVKRETQLLSFSLKTRKFETIELGKDGESNEEEELDGLWNIF +KYYLIDDKAYFIYDYIGGEKFEIREMEVDLNTKKIVNKEIAYSLEFDDSIKNTNSMSYTI +ENIRCIDNKLFISIETQKDTEASWDSRPITTSYLYIVDRNSKKTLYAVKGNIENNENSVY +DGNISLSVVK +>MGYG000000001_03148 hypothetical protein +MNKILTLYDIEFKRIYKLYFSMLFAFIAFNVCVVVAGLINVVFKVSARLGTNKSIKILQK +ASSARIIREDVMGDIFTIMCMAFIVAIVICLLYAFVIWYRDFVGKSKTAYTLFMLPNNKF +DMYIAKLITIVFLIYGVIIVQFLSWIISAFVVTSLTPVTLSQIIDILQGRLSFSLLGFMQ +FDGISFIMINIIGIIISVIIIFTGIIIQKSFRKVGILLGIGYIVIFCMINLYVIAYKSHS +GQLLMYQTVCYLITALVSMGISYKLLNKKIYL +>MGYG000000001_03149 hypothetical protein +MMVRYMTDEQSIVITTHEIPEIEMIVDDVILINNGKLVCEFNVEEAREKEGMSIVDKMRE +VYRGE +>MGYG000000001_03150 SkfA peptide export ATP-binding protein SkfE +MIEVKNVVKRYKRTKALDNISFNIHEGKITCILGTNGVGKSTILKAISGLVKLDKGEILI +DGEAISNKIYDKLAFVPDIDIHFPQLNIKETFEFMSVFYKHWNNEKAYEMLKNFDITDDK +KYLIYQKEIEQE +>MGYG000000001_03151 HTH-type transcriptional repressor YtrA +MNFIPNDREPVYIQIVRYMKQQVVNGNLSPGDAIPSRREMAVSIKVNPNTVQKAYKEMED +MGIINTARNYQSTITTDANIINDIKQNLIDESMELFIESMKAINVDKEEIIKIINDRY +>MGYG000000001_03152 hypothetical protein +MTGGNITINAGGDGIKSNNTEDTSKGYVSIEGGKLDITAGQDGIQGETNTLIKTGDIKIS +SGGGSANSSSDKNNQEWGNWGGRPDQIPKGPNEQTTTIENTDISEESTSAKGIKAGVNIT +IDGGTIDIDSSDDSIHSNDSLVINSGTINLSSGDDGIHSDSTLEINGGNINVTKSYEGIE +SEVITINDGKIHVVASDDGMNAAGGNDSSSTNGRPGQNNFASDSNGAINIKGGYIVVDAD +GDGIDSNGNIEMTDGVVIVNGPTNGGNGALDYDGNFNISGGTLITAGSLGMVQTPSDSSS +QNSLNISVSQQDANSIIHVEDESGNNVLTFAPSKTYQSVVVSSPEIKSNSTYKVYVGGSS +TGTQSDGLYSGGTYSKGTEIGSTTVSSSITSITQDGISSGGSIGMPRGGRGVNKGNMQSA +PQSNVRNENTQQGNIEGEIQ +>MGYG000000001_03153 hypothetical protein +MEKIKSNKNNFYNIFKASDPNAFSLIFIFFIDKSKLSEYTYFYKRNGFVN +>MGYG000000001_03154 NADP-dependent 7-alpha-hydroxysteroid dehydrogenase +MGKLDGKVALVTSGTRGIGLQSVKTLAENGAIVYIGARRLDAAQEICDELEKSNYKAKAV +YFDATKEETYKTMVEEVVNDAGKIDILVNNYGGTDARKDSNLVDGDQETFFETLNNNVKS +VYIPCKIAVPYMEKNGGGSIVNISSIGSILPDLSRIGYCVSKAAVNSLTENIAVQYARSN +IRCNAILPGLIATDAALQNMSQEFIDVFLKHVPLKRFGQPKDIAEAVLFLASDDSSFITG +EILSVAGGYGEPSPMYGDDVSK +>MGYG000000001_03155 NAD kinase 1 +MEKVVTVSSNTLKQSIKVKDILTKKLTEAGYYVSNKIEKNTELLISIGGDGSFLKTIHRF +NFVEVPVIAINTGHLGFFAELSPNQIDDFINAYINDKYFIQQVRPLEATICTKGQCIDIT +AINEIVIKNIKSRTVHLDLKVNGIKIESFSGDGMLISTPIGSTAYNYSAGGSIVDPELNL +LQLTPIAPMNTNAYRSFTSSIILPTTSVITISPEYDFENSILIVIDGTQYKFTHIDEVRV +FKSDKKIHLLRLEGYEFWNRVSEKFL +>MGYG000000001_03156 hypothetical protein +MTKPAIYHSQGYTCAESLIKSYNEEHDTDIPVSIGSGMGVGMTVGSLCGAVNAAIVIIGY +IKGRDSQLSQNEARKYSKELMTRIREKYNSELCLDLKRSKIGCDEIINFTYDALNEVLGY +>MGYG000000001_03157 Beta-hexosaminidase +MKKIRIVQYLIIVLMVVFVGCNKSRHEAIKEAIKEMTLQEKIGQMLLVGFNGTSVNDELN +RLIEDEKVGGLILFKGNIETSSQLKSLVEDIDKLNANIPLFISIDEEGGRVSRLPDDTNK +FPSASEIGSKDDEGYAYENGIKMGKLLSSYGINMDFAPVLDIYSNTKNTVIGDRAFGNNE +EIVSTMGIAMMKGLQDENIIACVKHFPGHGDTEVDSHIGLPIVYKTLKELEKFEFIPFKK +AIESNCDVVMVSHIVLNEIDSKNPSSLSKTVISGLLRENLGFDKVVITDDMNMSAITNTI +SVEKASIESIKAGSDIILIGGGLETITSVIREIESAIKNGDLSEDRIDESVYRILELKSK +YLQLK +>MGYG000000001_03158 Carbohydrate-binding domain-containing protein +MNKRLISIISIFSLCVAMTGCSNKNNDSSSNSTENSQITTTSPKSESIGEIDIYIKLSDN +NTTVDGEGVTAENNTITITNAGTYSISGSLSDGQVIINTNKEEKTYILLDGANITCSNSA +AINVISSKKTVISLADGTKNYIRDGSEF +>MGYG000000001_03159 UV DNA damage endonuclease +MRVRLGYVAIALNLDKVTSSSTVTYSRYSKINSEEEKLKKLKEVTYSNLEALEKILKYNI +DHNIHFYRITSNLIPLATHPDVMWDYKKYFRQDFLNLGNIIKKSNMRIDSHPDHFNVINS +TRESVIQSTLINLSNSVDIFELMDYKLGKMVIHIGSSQGGKEESIKRFIRNFNNFPRRIQ +ERLILENDDKVFTAKDVLQICKALKVPMVLDIHHHNCKNEGEDIGDLLEEIFNTWNDESI +PPKLHFSTPKEFENDRKHADYIDADNFANFIKLVKSKVNRDMDVMIEAKKKDKAMLKLIE +DLKRTDLDFKFIDETIIEV +>MGYG000000001_03160 hypothetical protein +METCNKIVRNNIPNILEELGEKFDIELLDSDKGLEFLYLSLISTIYDSFENKSLDHISEA +IELLMTIAKEYGYTEKNIIDQRNKTNKENGDFSKKILLKNRY +>MGYG000000001_03161 hypothetical protein +MEIKNPHKKSIYSTQNNYFKNLNPSAEEFKEKIKDGSYQRDPEIYNYGASREAAKAKNIY +K +>MGYG000000001_03162 Stage V sporulation protein B +MKIKRKKLILNALLLTISTMTFGITNMIFRVYLSNKIGAEGMGLFQLIMSINAVASTLAI +SGIRVTITRLVAEELGKGNYGKIRKLVHKGLIYSLFFSSITFIILYNGAEFISNVWIKDS +RAIISLKILAYSMPFVSASCCFAGYFYGVRNVMKSVTADLVEIFTMMMIIYIFISRFLPI +GLEYTCALISVGMAVGSMFSALYSYILYIFEKKQSSHSSSQKNKCSIFDIGSIAFPIACS +AYVQTSLRTAEDILIPNALRQYGSSSSYSLAIFGMIKGMVMPILNFPSIFLASFSTLIIP +EIAESSALNKNKMVNYIIAKVFKFTLLIALFATGLFMIFSKELGLAIYKSEEVAFMMRIL +APLIPLMYLDRIVDGSLNALNQQIYTLKYNLMDMSLRIFIILGIIPKKGIEGFILVLFVS +TIFNASLSINRLLKVTKLEFEIIDWVIKPIICVTISSYITKYLFSFFNLESLIFLQVIVD +LILYLICLFIFKCIRLKDIRWFTDAFKKDIKAVDWHSINIYKKL +>MGYG000000001_03163 hypothetical protein +MKDDVKSKGRDLDDTFSITMELERPLLYDELKNEELIKEEKNKNNNLIKIITGIIVIGIV +GLFIWANDSYKPQALAKEALISDNTVEVKIDKFISFTPKNIEVTKGFIFYPGAKVDPESY +APLCRKIAEQGYEVVIVKMPMNLAILSYNRGEKVINEYSNIKNWVVGGHSLGGTMAAKFA +SENTAVDGVVLLSSYPIGDELKNMGKEVLSIWGSKDGIVNFEKLIKSKEKLPEDTTYVEI +EGANHSQFGDYGEQKGDDSPIINREEQIDIAAKDIINFISTIK +>MGYG000000001_03164 hypothetical protein +MNNEVKKLEANLPRNCCAFCTHLSFEGPNENYTYDIKCIMLDKEPKPDEYCEYFEPENTK +LNTFDLDNLYINFLETCLRVSYDDYLCSIYWKLFKEKVLSEYNYKCSICGSSKNVNVYHL +RKNLGRETLNDVMVMCDECLPR +>MGYG000000001_03165 hypothetical protein +MSNLKCAAKNCRYNVNRDCYAGGIRVDGENATTTCNTWCASFEAKTQSSMENSLNATDIV +STQNIDCKAVKCHYNKAQLCSANLVEINASNTSCETFKCH +>MGYG000000001_03166 Butyrate kinase 2 +MHYRILAINPGSTSTKISIYDNEVPIFIRSITHKAEEINKYKEINEQYGMRKNLILKELK +DNNIDINSINAIVARGGLLPPVKSGAYLINEDMIDRLKNRPVIEHVSNLAAIIAYEIGKL +VNIESYIYDSVSVDEFTDISRISGLKGMDRICVGHTLNCRATAIKYSNSINKEYKDLNLI +VAHLGGGITIQLHEKGRIVDIVADDEGPFSSNRTGRLPLKKVISECFSGKYTQKDINAII +RGKGGIFSYLNTTDTREVEKMIENGNSDAKLIYEAFAYQISKGIGELATVVDGNIDAIIL +TGGVAYSKVMTNMINKRVNFIGKVEIIPGENELEALTLGVLRVLKKEEEAHIYKEFVASI +>MGYG000000001_03167 hypothetical protein +MTKSVLLVGVGGQGTILVSKLLTAGLVKAGFDVKMSEIHGMSQRGGSVSTHVRYGEKVYS +PVIEEGEADLLISFEKMEAIRWLKFLKPEGHLIVNNYKINPLTVLIGKEIYPEKEIDEEL +KLLSATVINAFDKASEIGNIKVMNVILLGTVVKIMNLEDIDWEEIIRNNVKAKFIDVNIK +AFNEGIKLIDKREGDIYAL +>MGYG000000001_03168 hypothetical protein +MKQLMTGNEAIARGAYEAGVKFASAYPGTPSTEILENIAQYKGEIVAQWAVNEKVALESV +IGASMAGARSIAAMKHVGLNVAADPLFTYSYTGVNGGTVIITADEPGMHSSQNEQDNRNY +ARFAKIPLLEPSTSQEAKDMIKVAFEISETFDTPVLVRVTTRVCHSKGIVECFDREESEI +KEYIRNIPKNVTVPEFGRIRRVEIENRMKKLSEFTNTTDLNFYEINDTKIGIVASGMCVN +FAKEVFKDKASYMKLGFTNPMPIEKIKEFADKVEKIYVIEENDPIIEEQLKANQIKCIGK +DVLPTYGELTPDIIRKHILNENKETIKFNENLVTSRPPGLCAGCPHRGFFYEVGKRKNIV +ISGDIGCYSLGFASPYNAMDFIICMGASISAGHGAQTVFNMKDNNESRLINVIGDSTFFH +SGITSLLNTVYNKGNSITVILDNRITGMTGHQENPGTGYTLQGDKTKEIDISTLVKACGV +EKIRLINPNNLKEVNEALDWALGNEDGPSVIITRWPCVLKKLSKHDIEEFDKPFINKVKV +NSDSCIGCKLCMKVGCPAISFNNEKKIVSIDKTQCAGCEVCSQVCPKKAIIKEEM +>MGYG000000001_03169 [FeFe] hydrogenase maturase subunit HydE +MKELINKLIESNNLSEEELIYLIDNIGSEDKKYLFEKASEIRDKHYGNKVFLRGLIEFTN +YCKNDCYYCGIRCSNKNIDRYRLSLNDILECCKIGYKLGYRTFVLQGGEDPYFTDNKIVS +ILKAIKEKYNDCAITLSFGEKTYESYKKFYHAGADRYLLRHESASDDHYSLLHPKNLSLD +NRKNCLYDLKKIGFQVGAGFMVESPFQTSKNLAKDLLFLKELEPHMVGIGPFIPHHDTKF +RENSAGSLDKTLVMLALTRLLLPKVLLPATTALGTIDPLGRELALKAGANVIMPNLSPTE +LRKKYSLYDNKVGTGDEAAESKRLIEEKINKAGFILDTSRGDSIIWNRN +>MGYG000000001_03170 hypothetical protein +MININRNNSLEEQQLTEPGYYILLALLVPMHGYGVTKYIEELTDGEMVIGPATLYTMLKK +MQAQDYITLAGEDGRRKIYNYTDFCYGENRYKFKYL +>MGYG000000001_03171 Vitamin B12-dependent ribonucleoside-diphosphate reductase +MKYIIKRDGTKEIFDKVKIINAVYKSTINSKNGEDRELPKLIADKIEKIIYSQEKDVCVD +DIQDNVEFFLMESNRKDVAKKYILYREKKSDIRKSKWQMDELQKSIWTNKYQYNNESFDD +WIERVSGNNPKIAKLIRERKFLFAGRILANRGLSKEGIKVTYSNCYVLQPPEDNLESIFN +TAKKLARTFSYGGGVGFDISKLRPSGALVHNSAKTTTGAVSFMDLYSMTTGLIGQRGRRG +ALMISMDINHPDIEDFIDIKTDLNKVTKANISVRINDKFMESVENKEKYVCRFIVEETNE +VIEKEVDAYKLFMKLITNNWDFAEPGILFWDNIERYHLLSEDKEFKYAGVNPCAEEPLPP +GGSCLLGSINLEEFVVEPFTNNAIFDIQKFKNTVADCIIGLNEVLDEGLELHPLKEQKES +VRQYRQIGLGVMGIADMLIKLNIRYGSKKSIDLCEKIAKIMLNSAVKQSALLAKELGSYE +KYNKEAIFKSDFFINNIDEDVKELIKEYGLRNSQILTIPPTGSISTMLGISGGIEPMFNT +SYIRKTESLHDEDVFYKVYTPIVKEYMDINDILDDNNLPDIFETAMTLKSEERIRMQEAW +QKYIDASISSTINLPYEATVDDVYNIYVSAWKHKLKGVTIYRDGCKRSGILLNDKADKKD +KRDIDKNKDETTITIEDGVEEFVCPECGNKTVIPTGGCAICLQCGYSKCN +>MGYG000000001_03172 5-hydroxybenzimidazole synthase +MNYTTQMDAAKKGIITDEMKIVAKKESIQINQLIDLMAIGQVVIPANKNHKSLDPHGIGK +NLRTKVNVNLGISRDCMNIEKEIEKLKIALDMNIESIMDLSSYGKTKEFRDRLIGLSTAM +VGTVPMYDAIGHLDKELKDITEEEFLDVIRQHAKDGVDFITVHCGLTRNICKKIKNHDRL +THIVSRGGSLLFAWMELNNKENPLYTNFDKILDICEEYDVTLSLGDACRPGCIEDSTDNV +QIEELIVLGELTKRAWDRNVQVMIEGPGHMAINEIEANVILQKRLCHEAPFYVLGPLVTD +VAPGYDHITSAIGGAIASSKGVDFLCYVTPAEHLRLPNLDDMREGIIATKIAAHAGDIAK +NIVGAREWDKKMSKARVDLDWEEMFSLSMDPIKARKYREESKPTHEDSCTMCGKMCSMRT +VKKILNDEEFSLV +>MGYG000000001_03173 hypothetical protein +MDCKKVGKLIYELRKEKNMTQKQVAELMNISDKTISKWERGLGCPDVSLLLGLSNIFGVS +IEGILSGEINLNELSGGNMKNIKFYVCDKCGNLITSTSEAAISCCGKKMEAAVAKKAEEG +HKLNVESIENEFFITTEHEMKKEHYITFVAHVKGDRVQIVKQYPEWNMQFRLNQVGRGKL +YFYCINHGLFYQIV +>MGYG000000001_03174 hypothetical protein +MNFGILIVQGLVNTFGPTVMAAFAAGVKVDSIAYMPVQDFGNAFSTFVAQNKGAGKINRV +KEGVRSSTKIIIIFCVIVSSLIFIFSKDIMYIFINKSEIEVISLGVEYLSVVSLGTRVIL +AYILASTWLSERGIWCDIPIGWALADIIGIVYYQKKINL +>MGYG000000001_03175 DNA damage-inducible protein F +MVDMTEGNPNKLILKFAFPMILGNIFQQVYNLVDSIVVGKFVGADALAAVGSSFAIVVFI +TSIIIGLTIGVGIIFAQYYGSRDMENFKETIVTSFIFIGGVTIFIMIVSLLCIDLILDLF +NMPNRLIKDSKGYLIIIILGLLFTFIYNLATALLRSIGDSKRPLYFLIVASIINIVLDIV +FVLKFNWGVRGVAIATIIAQATSAILSIIYVYKSINFIKISKQDIRINKDTFKNVVKYSV +LTSIQ +>MGYG000000001_03176 hypothetical protein +MFASFDPVALDMACVDAANKQGIIHGSCLEEREKHTCDHFINTHPETNWEVCIDHAVKLG +LGNKEYELIEV +>MGYG000000001_03177 Molybdate-binding protein ModA +MKFKNIVTILTLSLITSLAIVGCNSSDTKNKESESQEAVELNISAAASLKEAMAKIEEEY +KKVNENVTLVVNYGASGSLQQQIEQGAPCDVFISAGQKQMKALDEASLLLEGTYKDLLEN +DLVLIAPKDSDVSNLDDLITNKVKHIAVGEPSSVPAGKYADEVLVNLDLKYKIKDKLVFA +KDVKEVLAWTQSGNAEVGFVYYSDTINTDNIKIVETTPSTSHSAIVYPIAVIKESKKPEA +AKEFEDFLLSTDGQAILKDFGYKSVE +>MGYG000000001_03178 Molybdenum transport system permease protein ModB +MDINWSPLWISIKTSILSTIMTFVIGIIVSYLMANYKGRYKGLIDGILTLPLVLPPTVVG +FFLLLLIGKNGYIGKLLLNFDTTLVFSWTATVIASTTVAFPMMYRTSRAAFEQIDNNIIC +AARTLGLSEWKIFYKIAIPLAWPGIIAGIVLSFARALGEFGATLMIAGNIPGRTQTMPLA +IFFAVEGGDMEKAMAWVMIITLISISMILILNYWSEKQQKIIGKIKRKGV +>MGYG000000001_03179 Fe(3+) ions import ATP-binding protein FbpC 2 +MALYVDIEKDLSSFTLKSKFEQENGVLGFLGESGSGKSMTLRCIAGLENPSRGKIILNNR +VLFDSEKKINLSAQERKVGFLFQNYALFPHMTVVENIELGLSNLQKEERNKITKEYIKRL +CLEGLENRYPWQLSGGQQQRVALARALAPSPDILLLDEPFSALDYHLRGNMERELINILN +DYHGDVIFVTHDREEAYRVCKDIVVYDKGISLPKREVHDLFNNPQSLAEAKITGCKNISK +IDILDKNTIHAKNWGIKIKLKKAIDSNAKYMGIRAHHISIEDNHNEECYYLTVKNIIENP +FSYSVYVINEDDKTFNEIHIEVNKDIKPINIGDKILIKLHVDKLFLF +>MGYG000000001_03180 hypothetical protein +MFFIGILGVDNKTKDIKDLDNLNCKICDSNKDMKLIKNYSYFHIFFIPIIKWNVNYYISC +SKCNSIFKLKEEKGKLLERGDNIEITYWDLEEISNNHNKNICNNCGAKIEDNYTYCPFCG +ERKYK +>MGYG000000001_03181 DNA repair protein RadA +MAKIRTKYVCQECGYETSKWLGKCPECTKWNTFVEEIEQKNSKKEVFIIDKSSSRPMNIN +SIETKEEERFSTEIAELDRVLGGGIVKGSLVLVGGDPGIGKSTLLIQVSSNVANAGRKVL +YISGEESESQIKMRAKRLGINSDNLYIFAENNLSLIEANLDSINPELIIVDSIQTVYSPE +IASAPGTVSQIKEGTSKFMKISKKMGISTFVVGHVTKEGSLAGPKLLEHMVDTVIYFEGE +RYNTYRLVRAVKNRFGSTNELGVFEMRDMGLVELDNPSKVLISEKPKDVAGSVIISTVEG +TRPMLLELQALVSPTSFGIAKRTATGVDFNRVALLLAVLEKRVGLQIQNQDVYINVVGGI +KINEPSIDMGIIIAVASSFRNIPVSEHVVVTGEVGLTGEVRAVSFIEKRIAECKKLGFKK +IVIPKNNYDAVKDIKGIDIIPVDNLRQAINIVLGGNK +>MGYG000000001_03182 DNA integrity scanning protein DisA +MDNFLSNKELLQALKMISPGTPLRQGLDNVLKAKTGGLIVIATNEEIMNVVDGGFAINAD +YSPAYVYELAKMDGAIVISGDTKKILYANAQLIPDYSIPTSETGTRHRTAERVAIQTGAI +VIAISQRRNIITVYQGQYKYVIEEISKIFTKANQAIQTLEKYKAVLDQAVINLNALEFKD +LVTIYDVALVIQKMEMVMRITNIIENYVIELGVEGNLVSMQLEELMGTARVDQKLIFKDY +KREDLGIKDFNQKMRSLSDEELIDLANMARILGYSGFSESMDMAIRPRGYRILNKIHRLP +ATIIENLVNYFDNFQSIVRASIEELDEVEGIGEIRATYIKNGLIKMQQLVLLDRHI +>MGYG000000001_03183 putative PIN and TRAM-domain containing protein YacL +MIRKIIRAFIGIAGFVLGFTTYLTLMRDYEMLTFGSDLRGFIISIGLGIVLAFVFYKLEP +WVVNKTKELVKILDTEMAKYPQTDILLGSIGLIVGLVIAYLISGLISTIVRIPLISGILS +LITYIFMGYFGIRISLKSRDDLFNISKLSRLSTSIKEKGSKKEVNREIPSKILDTSVIID +GRIADICKTGFIEGKLIIPKFVLNELQHIADSSDDLKRVRGRRGLDILNIIQKELDIEVE +ISEMDFDDIPEVDSKLLKLAQVLNGKVVTNDYNLNKVAQFQGVEVLNINELANAIKPVAI +PGEEMVAQVVKEGKEANQGIAYLDDGTMIVVDGGRKHMGETIRVLVTSVLQTPAGRMIFG +KPKN +>MGYG000000001_03184 hypothetical protein +MNQFSIVNIILVIILLITTIFVINKIFKYFVKNINMKK +>MGYG000000001_03185 hypothetical protein +MNLKKKMSLVLGTVVVATSLNVIGAFAETSSIDIQDNTRLRVQMLESKYLDNFMYEENKN +LNTQQVVERFEKINSSYDVGEPFSEKDAEFVVNYANENNEARQTDTKSFDRTKEKYGVKV +RLKGYVKSTVNVLNHKFGGDYSSAVLKGSHTKSLSNQVSNSAYGLVGTSGTYIGLVHKGS +VGNSTTSAWKYTQPLYSNKYKEYSAAGVVYTYTNAYVTVKTNAGSAFTLYAFD +>MGYG000000001_03186 hypothetical protein +MNFFIDLLNTVVQVFIMTYLPYYFLITNKDIYDKDGKKNLVISSISIFLTSILATNIFKN +SNMTSTSITIMSLIIMCIIYINVYKKALVAYSISYLLVQIVAILVTSIFWPIISNIIYDV +ELSRLLGIYIPAMILELLIIKSKDSVNVIYDNLTKSKASLGIVFILIISMDFIASISMML +NGWANIALTNVLILMIVIFIIGISVYMNSMDKKYEEINRLNNLLIAKNNELKKIKHDYGS +QISYINGLYIMQQYDRLGEMLKNITNGNTEVSSCVKYITNRGSIISSVVESLDLKDIHVV +VDEEFDSSLIDISEYELHKIVSNILSNAITALEGHGLIIIKTYKIFNSIYISIKNNGPKI +DQDILENIFDTGFTTKTNEDGSHGYGLHIVKEIVENNNGKINVSSNEEYTDFKVIFFNQK +IKYDFEVEETC +>MGYG000000001_03187 hypothetical protein +MKKLMGSLMAMMSILIIGSGAASVVAIGVEDMPKSLKEKR +>MGYG000000001_03188 Accessory gene regulator protein B +MIRKKIDCFVEDICKYNNFTQETTEEIQYVMRLMMYEMFKIIAIIIIFSMLGYFKEVVLI +IFTMVCVKPFTGGYHETSQKRCLIATTTLCCLTILIAKNSNLNLVSTILISSINIFCIYH +QAPIVNKCMPITKSSLIKKNNKIALINSIILSMISIFIIKYGVYSNIITWTLTINVCLMF +NSKNMGRYNDEKINGEFNGYDVNTYNR +>MGYG000000001_03189 Pyruvate kinase +MINNTKRTKIVCTLGPASEKEETLRALIENGLNVCRMNFSHGSHEEHKGRMDLVKKVREE +LGQPTAILLDTKGPEIRTGQFDVPEVLLEEGQTFTITMKDVMGSKEMCTVSYKGLAEDVE +PGNTILIDDGLVGLTVKEVNGDDIVCVVENSGIVKNHKGVNVPGVKVNLPAITEKDRSDI +EFGIEQGIDFIAASFVRKVSDVLAIREILEENNATDIKIISKIENQEGVDNLDEIIAVSD +GIMVARGDLGVEIPTEEIPVVQKLMIKKCNEAGKPVITATQMLDSMMRNPRPTRAEVTDV +ANAIYDGTDAIMLSGETAAGKYPVEAVKTMATIAKRTEETIDYNKNLRNKSLVAANVTDA +ISYSTCTTAIDLNAKAIVSATSSGHTARMVSKFRPQCPIIATTDNERVMRQLSLTWGVLP +VACENGKNTDEVISSAIDAGKEKNYLAEGDLVVITAGVPVATSGTTNLIKVETI +>MGYG000000001_03190 hypothetical protein +MYPALLAISIASKVSVIVPIWLTLTNIELATPASIPLSNLSVLVTNKSSPTNCNFLPNLS +VNNFHPSQSSSSKPSSIVTIGKLLAQSSYKSTISAAVNSFPSPAKTYFLVSLLYISVAAT +SRPNLISSPGLYPAFSIASTINSKASLFDPKFGANPPSSPTPQASPFSPRTFFNEWNTSA +PILKPSLKLLAPTGNIMNS +>MGYG000000001_03191 hypothetical protein +MLGFITRTSIKVLAHNISFLINKLMGKNDSLAKIKELVFG +>MGYG000000001_03192 hypothetical protein +MSILRDKCNNFIDGKKRRYLILPIYFFYIVIFVLVLGVFTDNLWDKLIKWSRNKSN +>MGYG000000001_03193 hypothetical protein +MKLNYKHTMYASFTGYIVQAIINNFIPLLFLTFQSSYNIPISKITFLVTFNFGFQLVIDF +LSAGFIDKIGYRTSVIIAHVCSAIGLLSLTILPEIFNDPFIGLLLSVMIYAIGGGLIEVL +ISPIVEACPTDNKKTAMSLLHSFYCWGHVGVVLLSTIFFTLFGISNWKILTIIWAIIPIA +NTIFFMKVPIMNLIEENKNGLTIKELLSQKIFWIMVMLMICAGASEQSISQWASTFAEKG +LGVSKSIGDLTGPMLFAVMMGISRIVYSKFGEKVDLEKSMIYSGALCLLSYLIISLSPWP +ILSLIGCSLCGLSVGILWPGTFSISASKIKSGSTAMFAFLALAGDVGCSIGPTVVGKVSS +MFNDNIKIGIIAASIFPILLIVCVFINRFMRKTHTSIVKNIKI +>MGYG000000001_03194 hypothetical protein +MKKSIKILSGSIAFLLIIGILYFANGFLGNPISKMMANNTSRKYIEKKYSNMELEISNAY +YSFKSGDYYVQVKSPVSKDTNFSLTISPFGKLIYDSYEYDVVSKYNTLHRIDSSYNTKIK +SVFESKNFPYKSDIYFGEIRDKSLNEEDEYFYPDYGLDVEKLELDKDYDINSIGKKSGHI +VFYTQDEEVSIKKASEILLNIKDILDKENISFYAIDFTLEKPREDGMPNEDDTSISVEQF +LYSDIYMENIEKRILKASEDLKKHYEMDDSKKLEELINQ +>MGYG000000001_03195 hypothetical protein +MNKISCDICKDLIPLVKDNVASEDSYNLVKKHIDECNKCKVLFDENIEVNQNMNDEKVIS +KIKSQLMLIALILVVLGSVIGLGLSESEGMFYNILIMPVIGALAYFALRKKSYIVLLSIF +AFTYLYHFIKYMIDGIFDKSQLLSSLLAPLLWTILYSGLCAIGMLIAFLLYIAFKKENK +>MGYG000000001_03196 ECF RNA polymerase sigma factor SigM +MLLKKIYEEYKQDVFKYLVSLTHDTSLSEDLVSETFLGALKSLHKFKGESSIKTWLFSIA +RNKWYEYLRKEKFNISIDDLAYNYILSESDLDDVLIKKELYNKIINLLKSEPPRTEDIIL +MRIKGYSYFEIGKKHNISESSARVIDYRAKKKIKEILIKEEIVYE +>MGYG000000001_03197 HTH-type transcriptional regulator AdhR +MRGAGLSIEILTEYVNLFQEGSSTVKARKELLIEQRNQLADRIREMQETLDRLDRKIDGY +EEIFLTKEEDLKR +>MGYG000000001_03198 HTH-type transcriptional regulator AdhR +MTITEVSKRYELNADTIRYYERIGLIPRVNRNKSGIRDFTEEDCRWVEFIK +>MGYG000000001_03199 hypothetical protein +MVFFILLPLENQCEIEDSERYEKGFGIQYPIYGGEIKDKYSSLPDEVSKALPRFLTEFCF +GDFYTRKAIDIKTRELLILCVLTTLNSTNQIIPHTIANIKLGNSKETIYEGLIQCLPYIG +FPSVFNAINAIMSIE +>MGYG000000001_03200 2-amino-4-deoxychorismate dehydrogenase +MKVLLVNGSPHKKGCTYTALEEVAKTLEESGIETEIFQVGNKPIGGCIGCGVCRKTGECF +MKDIVNEFVEKAKTADGFIFGSPVHYAAASGAITSFLDRVFYSGGRYMQFKPASVICSAR +RAGTTATLDQLTKYLTISNMPVVSSQYWNMVHGHSPEEVRQDLEGMQTMRVLGRNMAWLI +KCIELGKNNNVNKPELENREMTNFIR +>MGYG000000001_03201 hypothetical protein +MWIRSELKERGKINFKRFYWKSVLVCFITLLLGGGINSSVGNNTYNSTINNNYSYEENYG +DEYFDDEYYDEGFISNIFEGTESFFSDGFFFMFTGIAIVFAILAFIIKLLIVYPLEIGKN +NFFMGIRENEKTLDSLIFIYKSGKLKDTIITMFMKGLFQFLWSLLLVIPGIIKSYEYRMI +PYILSENPKVSRQRAFEISKLMMNGNKWDTFVLDLSFIGWEILSAITFGILGIFYVNPYV +QGTNAELYAYLREDALNKGYASSDELIGF +>MGYG000000001_03216 hypothetical protein +MSRKDRLKNSSVESEKIIKEIKQAQNDIKNAENFFQNVTDIELIDVAIYELEAKKSKYQY +LIKIAKEKGIKRSIKESLIESMAK +>MGYG000000001_03217 hypothetical protein +MYVIFGTEIVDSEEIKEIIRENSDFIVEKDMSKATKREDIVAYQLSISIDTLKQYVEEDF +ELDQVEDEELFDELMTMADETAMELEEVMPPESIVNARAYKWDNSDEAIKVIIAICNEEV +GELKLSDVTKRLLSQID +>MGYG000000001_03240 IS30 family transposase IS658 +MNYKHITINERCCIANFLGLGWSIRKIAKHLNRNASTISREIRRNSVNGKYLAHIANEIY +LNNRMNCGAKGKSSNYKLIEYIENGLNKTWSPEQIAGRLRLESKDDKSMKIGFKTIYRWI +YKNIIVKGNINKLRRKGKSLKPKETRGKFNIGKSIKNRPKDIRKRESIGHWELDTVVSSR +GKSKACPSTFVERKSRYLIAQVMDNRKSTTFNLHCFKAFEHISNKLIKTFTVDRGKEFAN +YNEIENRLNIDVYFADPYSSWQRGTNENTNGLLRKFYPKRFDFSTITQNELDVVVNIINN +RPRKCLGYKTPAEVFAAT +>MGYG000000001_03241 hypothetical protein +MIIHHINKEISIDDEDFKALINIEQLRVSPISVKLSYTSKIGEGYSFENRDIKIELLDQN +GESINVGGSGRYNEDETYMENIFEGNLEDNQKLKSIKILPYQYYMEKNSDNPKYHHKIDY +EDKAIIIDLD +>MGYG000000001_03242 Putative competence-damage inducible protein +MTMRAEIITVGTEILLGDIVNTNSQYLAKELADLGVEVYYQGTVGDNEERLLKYFEESLN +RSDMVITTGGLGPTKDDLTKETAAKFFNQELVLDEKSWNKIEIYFNKLGRVPTENNKKQA +YFPKDAIILENNNGTAPGAILRKGKKTIIVLPGPPREMKPMFEENVKPYLKNLTNEILVS +KTLRFYGIGESSLEEEIIDIIKEQSNPTVAPYAKDTEVTLRITAKATSKEEAINLINPVV +HKIQDRVGSYIYSEGDISLEDTVAEILVNKNLTISVAESCTGGMVSSHLINYPGISSVFM +EGCVTYSNEAKMKSLGVKKETLDKFGAVSEETAREMAEGIAKRHNTNIGLSTTGIAGPEG +GSEEKPVGLVYFGICINGKIIVKRYVFNGNRQQIRLRATKTILNDLRLELINI +>MGYG000000001_03244 hypothetical protein +MKEQNKDQEYTKEFEKENFDTINMRNLELNAIMILDNNGKILFESFYDEKYLNNYNLNDN +IRNTILKNDILDSVRNIKAKNGILTTDKGLDFVSMYPILKNNAIGNKAGVIVMAKEVTQE +TL +>MGYG000000001_03245 hypothetical protein +MQLDPRFEFSSKKVVTNILPPMMPNNPICNRKYTIYYSPVTCEYFLTVANDFFNDDINPL +LKNEVHGLWDILGNGICRLKIYVNLGGGNNLLVMARYALYKRLLPNYIRTIIHGDRCFFR +ENKCLLNSLVTVRFISDCDTMNIVEPYGTLRNFR +>MGYG000000001_03246 hypothetical protein +MTKETHIKGGYIFALLALPFIYNDYLLEYNFFYRIILLLIYVYFSYFGSLLPDIDMRGSY +ISKRFPTIHKKIGKKLRHRSFTHSLIFICILSFLGELLLQYSDSNIVFLCLVSGLIIGNI +SHICLDLLTKEGVELLYPININFSLLSIKTSSKLEKSICKLLNFIIIFLLGYRFYLFV +>MGYG000000001_03247 hypothetical protein +MEHIQGLFNLAQDYWFLTMIVGLFSTFIESFLPVLPLVAIVTINAAVFGLGIGLIISWIG +SGLGTLVLFLIVSKFSDNKFINKYRNGKTKKIVEKISSKGFKLLFIAYACPFMPACLVTI +SSALCKSEFKHFATAMLSGKFIMFVVVSYIGSDIRGFITSPTKIIVFALIVLLAWLIGNK +INSSFEHSEEELLEINREFK +>MGYG000000001_03248 Precorrin-2 dehydrogenase +MFYSINLELDKFEVVIIGGGEVAYRKCKNFLDFNKKVKVIAPKFIKEFQELSNKVELIED +IYKEEYIKDSFIVVAATNNKDVNKAIGKYCNLNNKLVNVVDSIELSNYTVPSYIKRGDLL +ISVSTGGKSPSLSRKIKKELEDQYDDSYEEYINLLGEARRKIIEEVDDISIRRNLIKNLI +TLNLEELREEKNKYIK +>MGYG000000001_03249 hypothetical protein +MIATIFPSAIDATGFDGNNPLIVSTSGVISLISVDSSTVVVSPTPNCITFPTTIPTVAAN +AVVASNIPKDLKVNLPKSSPSPILIITLSIDVNTKGTTNIFNKSINPEPNKLYHLLTSCN +QVTLLGSSGRPATICIITPNIRPIIVA +>MGYG000000001_03250 K(+)/H(+) antiporter NhaP +MVKLMIISGLVLLISITSSKVLYKFGVPILLIFIILGMLFGSDGIVGIYFSDYELTKELC +SIALVMIMFYGGFGTNWEMAKPSATPSILMSTLGVLITAALTGLFSSLILGTTLLEGLLI +GSIVASTDAASVFAILRSQKLNLEGSLASLLEVESGSNDTTAYMLTLAILTLMNNGGLSS +VAPMLVNQIVFGILIGTILAKIAVYSVKKVNFEIKGFYPIFITAIAILSYSLSEWLGGNG +YLSVYMAGIIIGNSKIPYKKTLYQFFDGISWIMQIALFFILGLLSFPSKFFSIAGISIPI +SIFMIVVARPLATFIILHPFKFSNKEKLFISWVGLRGAASIVFAIYAVTYGVHIENDIFH +IVFFVALFSVAIQGTLLPNIARKLKLVDDNAYVLKTFNDYSGDMSSKLLEVNVSKNSKWI +NKSIVNADIPDDILIVMIKRKGDIIIPKGATIIEEGDILIVSGENIEQLV +>MGYG000000001_03251 Autolysin +MKTGWIKDNDKWYFLDSSGAMVTGWLKENNKWYYLRSNGAMETGLLQLGNKLYFLKDNGE +LVVNKKIEINNDGEMTFI +>MGYG000000001_03252 Membrane lipoprotein TmpC +MKLKKLLALGLTTVMTAGLLVGCGSSSDDSAQGSENKVYKIGMITDTGGVNDESFNQSAW +KGLQDLKAEYGDKVEVKYLESEQDADYVPNVETFVDDEYDLIVGVGYKLEDAIKKASKDY +PEKQFAIIDSVVEGDNVNSLTFEDNVSGFLTGLVAGRMTETGKVAFIGGIESDVLAKFEY +GYKAGVLTANPDAKVTSQYANSFGDAAKGKSIANQMHKDGVDIIFTAAGATGTGAIEAAK +ENNKKAIGVDSDQYNLAPNNMLTSAMKNIDVAMFNLCKSMLDGDYKGGQVIVNTLTTGGV +GLAPTSDKNVDPEVLKYVNEVAEKIKSGEIKVPSTKEEFEAQFGK +>MGYG000000001_03253 hypothetical protein +MRTHVDNVVIKSLNCGDISKGFREYICLKCGDSRKIGFMCKGKFCNKCGRLYALKWAEKQ +YEKMLKVSHRHVVFTIPDELRNYFYSNRELIKKLQDGVNEVIRYYYSKGKNKYEVGIIAV +VHTFGKDIKWNPHVHTLITEGGVNKNTNWWTSIGYIPFEYLRKSWQKVVLDIMKDYRKDV +DMKRLVNKMYKKYPNGFYVNARRSLKDTSQAIKYIGRYLGRAAVAEYRIKSYDGETVVFW +YKDEDNKRIELSMPVLEFIGKITQQIHKKGFKTVRRYGLYSRRSSKRSQEIIHLYRFMRQ +RNINELLKSKKENTIKKSWKQRMIEFFGENPLSCKKCNSEMELYRVWHERYGLLYHIKDY +CYREGKENDSRRRVLLPDKWKRTGQDVQLSLFSM +>MGYG000000001_03267 Homoserine kinase +MIIYHNKIKPDKIPTGIKIEICSNIPVGRGLGSSATCIVAGVVAANILSESNLDKKEILK +IATEIEGHPDNIAPALFGNMIISIYEDNEVYFDIVDIPDELSFCAIIPDFELSTSLARSV +LPKEIPHKDGVYNIGRVSLLISSLMNKNFELIKIACQDKLHQIYRFPLIENYNDIVSKLY +DLESLCVFLSGAGPTIMSIIKDDDYAFVDSMKSFLLELNNNYEIKKLKCDKHGTKINKV +>MGYG000000001_03271 hypothetical protein +MTLNCNAHNCAYNNSGTCYAGSIKVIGSEANSTSGTKCSTFTPEDNNNLTNINSNYFTTS +SDINCKAKKCNYNINSTCTAPSVLINMNNATCETFIS +>MGYG000000001_03272 IS982 family transposase ISClce1 +MPIPVCEFGRAHFSKCFKGEASYGRCPSKKQIYFGFKFHALTTVDGFLTDYVITPANVDD +RNAVWDLCYKYSSIYIIGDKGYVNKRLTPELKGEKGINLLFLKRGNSKENYPKEIRQLIF +KVRRRIETSFSQLTEQLNLNKVKSKSMLGFITRTSIKVLAHNISFLMINYHIKCNI diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.fna b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.fna new file mode 100644 index 000000000..198b64d1c --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.fna @@ -0,0 +1,53885 @@ +>MGYG000000001_1 +CATAACATTTCTTTTCTTATAAATAAATTAATGGGTAAAAATGACTCTTTAGCTAAAATA +AAAGAACTAGTATTTGGATAAAATTTACAAATACTAGTCACTATGGGTCTATTTTTTTGC +AAAAAATATTTTACTTTATTTGGAAATTAAATTTAACTAGCACAATAGATTAATATATAT +AATTTTTTTATAACAGAGGAGATAGTAGTCTAGAAATAGCTTCTTTTATTTTGATAGATC +TAGCTCTAGAGTTGTACATTTCAATAGTCATTGATTTAGAGTTAGTAATATCTTTTTCAA +ATATTAGTCTTTGTTTTTTAGAAACATCTTCAGAATAGATAAAAGCATTTACTTCAAAAT +TAAGTTCAAAACTTCTAATATCCATATTGGCAGTTCCTATAGAACAAATAGAATCATCGA +TAACTATAGTTTTCGCATGTAAGAAAGCATCATCGCCATAAGTATAAATTTTAGCACCAA +ATTTTAATAATTCTCCTGCATAAGAACAAGATGCCCAGTATACAAATGGATGGTCTGGCT +TAGATGGTATCATGATTCTTACATCAACACCAGACAAACATGCTATTTTTAATGAATCAA +TTAGAGTTCTATCTAAAATAAGGTACGGGCTTTGTATATATATATATTTTCTAGCTTTTT +GTATCATCTTAATATAGCCATATTTAATTTCATCTAATTCAGTTATATCCGGTCCACTAG +AAACAATTTGAATTCCAACATTGCTAGATGAATCATTGTAGTATATGTTAGATGTTTGGT +AGTCATTAAAGTACTTAGCTAAGTCAAGATTTTCTTTAGTTGTGTATCTCCAATCTAAAA +TAAATCTTGTATTAAGATCAATAACAGACCCACCTGTAAGTCTTAAATGAGTGTCTCGCC +ATTCTCCAAACTTAGGATCCTTTCCTAAATATTCATCACCTACATTATTTCCTCCGACAA +ATGCTACATTACCGTCAATTACAACAATTTTACGGTGATTTCTATAATTTAAATTGAAAT +TGACTATTTTAAGTAGAGAAGGGAAGAATGCTCCAGTTTTTACACCATTCTTTTTTAATT +TTATTAAAGTTTTATCTGAAAGTAGTCTACTACCAACTGAATCATATAAAAGTCTAACTT +CAACTCCACTTTTAGCTTTTTCAATAAGAATATCGATTATTTGATTTCCAATATTATCAT +CTTTGAAAATATAAAATTGTATATTTATATAACTTTTAGCATTTTTTAACTCAAATAAAA +GGGAATCAAAGAAATCTTTAGAACGATCATAAATATTAACACTATTATTATTAGTGTAAT +GAGCACTATTTGAATTAGTAAGAGCATCTATCATATCTATATTATTTTTTAAATTTTCAT +CATGCATAGATGAATACTTTAATATATCTTTTGTTTTAGATATGTTTTCTTTTATAATTT +CATCTTCTTGCTCTTTTATTTTAAACATATTATCTTTTGCTACACCTCGGCCAACTAACA +TATATAATATAAATCCTCCGGCAGGAAGAATAGTCAGAACTGCAGTCCATGCAACTATTG +TTTCTATACTTCTTTTTTCTTTAAATATAAGAATTAGAATAACAATGAAGTTGATTATAT +ATATAGATGTAGCGATAATTTCATAAGCCGAGTACTCTAAAAATGATAACAATGAAGCAC +CTCCTATATTTTGTGATTTATTCTATTATATAAAATAAATCAATAATAAAAAAGGACAAA +TATAAATCATAATAGTAGTATAAACAAAAAGAGACTGAACTATTTTTACTAGAACAATCT +CTTCTTGATTTATTTATAATTAAGCAGCTATATTTTCTGTAGCTTTGTTTTTATCTTCTT +TTACGAATAAGAAATAATATACACCAGCAACAAATATTGCACCACCTAATATGTTACCTA +TAGTAACAGGTATTAAGTTATTCATAAACATGCTAGGTATATTTAATTTTGCAGCTTCTT +CTGCAGTTTTGTGAGCAGCTTCTAAGTATAAAGGATTAGATTTAGCAAATAATCCAGCGA +AGAAATAAGCCATATTTGCAACGCAGTGTTCAAATCCTGTACATACGAATAAGAATACGC +CGAAGAAACCAGTTAAAACTTTTCCAGTTACATCTTTAGCACCATAAGTCATCCAAACTG +TAGCACATACTATCCAGTTACATAATATACCTGAAGCTATTGCAGCAGTCCAGCTGAATC +CAAGTTTACCAATAGCATTCTTAACTACAACACCACCGTATAAACCGTTACTCCAATCAA +ATACACCAGATAAGCTTACTAGCCAAGCTACTAATATTCCACCAAGTAAGTTACCAGTCC +ATACTAAAGCCCAGTTTTTGAAAGCTTGTCCCCAAGTAACTCTTTTCTTTAAAGCAGCTA +AAGTTATAAGTATGTTACCTGTAAATAAATCCGCACCAGCTATTAAAACAAATATAAGTC +CAGCTGGGAACATAAGTCCTGCTAATGCTTTACCTAATCCGTAAGTAGCAGGGTTTGCTA +ATAAGTTGTAAGCTGCACCTACTGAACCTAAAGCACCAAAAGCTATATAAGCTCCCGCAA +GGAATGCAGATGCTAAAACTTTTTTAGTAGGTGTAGTTGCTTTTTTTACACCAGCTTCTA +TAGTATATTGAGCTATTTCAGCTGGAGCTAACATCATTTTTTGAGACATTAATAATTCCT +CCTAAAATTTTTATTTTAAAAATTATAAATTTCGAAATAAAGTGTCATTATGGACACAGC +ATTTAATATTATACAATAAAAAAAAAACTTTGTATACATTAAACAATGTATTATTATTGT +TTTAATTTGGAAAGTCAATAAATATATAATAAAAGTAGATTAAAAATATTGTATACATGA +GTATAGCTCTAATATATAGCAAAAAGGAATGATATAATAGATTTGTAGTAAAAAATACCA +AAGCTAATAAAGGGGGGAATTTTATGGACAAAAAATTCTTAACACCCGGGGAAATAGCTA +AAGCGACTATAAATGCAGGTATCAAAAAGGCAAATCTTTCAATGAAGTCATGTATTATTC +TAGGAATTCTAGCAGGTTTTTTCATAGGTTTAGGTGGTTTAGCAAATATAATAATTAGTC +AATCAATAGGAGCATTTGACGCAGGTTTGGCAAAGTTTTTAGGGGCAATGGTGTTCCCTG +TTGGACTTATGCTAGTTGTGATTTGTGGGGCAGAACTTTTTACAGGTAATAATCTAATGT +CATTAGCAGTTATGGATAAGAAGATAACTATAGGCAAAATGTTTAGAAATTGGGGCTTAG +TATGGTGTGCTAATTTTATTGGATCATTAGCTTTAGTATTTCTTATATATTACTCAAATA +GTTTAAGTGGAGATGCAGCTGCTAAGGCGATAGCTATAGGAGAGGCTAAAGTAAGTCTTC +CTTTTATGGATGCTTTTTTAAGAGGTATACTTTGTAATATAGTTGTTGTATTAGCAGTAT +GGTTTGCTACAGCAGCCCAAGATATTATATCTAAGATATTTTCATGTTGGTTTCCAATTA +TGTTATTCGTATTATGTGGATTTGAGCATAGTGTTGCGAATATGTTCTTTATACCAATGG +GAATGATATTAGGTGGAAATATAGAAATGCAAAATCTTATAGTAAGTATATTAGTTGTAA +CTGTAGGTAATATCGTAGGAGGGGCATTAATAGTTCCATTTATGTATTATCATTGCTATA +TTAAAGATGATAATAATAAGTCAGTAAGTAATGCAACAAAATAAAACTGACACTTATAGA +GAATAAGCATATCTTAAAATAGAAATTATTTTGGGATATGCCTTTTTTACGTATAACGCA +TCTATAATATATAAAACTTAGTTGATAACTTATATATTTTAGTAATAGCAATGGATTTTA +AAATGTAAAAAAAGACTATTTAGTCAACGTATGAAGTAGTTGACGACATGAGTGAAGCGG +ATTTTTTATTATTTTTACTTCTTTAATATATATTGTTATTTTTTTTTTAATACATTATTA +TATTAAATATATAAAATTAATATAGTTAAATATAGAAATGATGAATAAATAGTATAAACT +AGGAGGAAATATAATGAATAAGCAATATATATACGAAAGTTTATTAAATATAATAGATAA +AAATAATATAAAAATTGATGAACCTATGAAAAAACATATATCTTTTAGAGTAGGTGGACC +TGCAGATATATTAGTTAAACCAAATACAGAGGAAGAATTAAGTGCATTAGTTAAATTAAT +TAAAAAGGAAAACATTCCTTACTTAATAATAGGTAATGGTTCAAATCTTTTAGTAAAAGA +TGGTGGAATTAGAGGGGTTGTTATAGAACTATCAGATAACTTTAATAACTTCGAAATACA +TGGGAACTTAATTAACGTACAATCCGGAGCACTACTTTCTATAGTAGGAAAGGCTGCTTT +GAGAGAAGAATTAAAAGGATTTGAGTTTGCTTCGGGAATCCCTGGAACTCTAGGTGGAGC +ATTAGCTATGAATGCAGGTGCTTATGGTGGGGAGATGAAGCATATAGTTAAATCTGTTAG +ACTTATGGATATGGATGGAAACATACATGAGCTTACTAATGAAGGAATGGAATTTGATTA +TAGAAAAAGCATCTTATCAAGAGAGAACTATATAGTTTTATCTGCTGTAATAGAGTTAGA +AAAAGGTAATTATGATGAAATAAAAGAAAAAATGGCTGATTTTACTCAAAGAAGAGTTAC +AAAGCAACCGTTAAGTTTACCAAGTGCAGGGAGTACATTTAAGAGACCACCAGGACATTT +TGCAGGTAAATTAATTGAAGATAGTGGATTAAGAGGTCTTACTTTAAGAGGAGCACAAGT +ATCTGAAAAACACTGTGGATTTGTTGTTAACTTAGGAAATGCAACAGCTAAGGATCTTTT +AGATTTAATGTATGTTGTTAAGAGTACAGTAAATGCAAAATATGGCGTAATGTTAGAGGA +AGAAGTCAAAATACTTGGAGAGGATTAATAAATGCAAATATTGGCAGATTATCATACTCA +CACAATCTATAGTCATGGAAAAGGTACTATAGAAGAGAATGTTAAAGTGGCTATATCAAA +AGGAATTAAAACTATAGGTATATCAGATCATGGATATAAGCATATGACTTATGGAGTAAA +AGTAAGAGATATAGCTAAGATGAGAGAAGAAATTGACAAACTAAATGAAAAGTATAGTGA +AATAAATATTCTTCTAGGAATGGAATGCAATATATTAGATGAAAAAGGAAATATTGACCT +TAATGATAAATTTAAATCATATCTGGACTATGTTATGGCAGGATATCATTTTGGATCCAC +ACCCAATAATCTAAGAGGACTAATCAATCATTGTGATAACTATATAATTAGAAGTGAAAG +AGCTAAGGAACAGAATACAAATGCTATTATCAATGCTATGAGAAATAATGATATATTTAT +TATTACTCATCCTGGAGATAAGGGAGATGTTTATATAGAGGAAATTGCAAAGGTAGCAAA +ACAAACAGACACTAGATTAGAAGTTAATAGTAGTCATGGATTTTTAAATGTTGAGCAATT +AAAGGCTATAAAACATTTAGAGAATAAATTGATTATAGGTTCAGATGCACACATACCAAA +TAATGTAGGTAATTTTAAATTAGCGATAGATACTATAAGAAAATCAGGCATAGATACAAA +ACTAGTCGAAAATATAAGACTGTAAGAGGGGGAGTTAGGATGAAATTTGTAATTGTTACA +GGTCTTTCTGGATCTGGAAAAAGTGAGGCCATGAGGGCATTAGAAGATATGGGATTTTAT +TGTGTAGATAACTTACCTCCTGCACTAATAACTAAATTTGCAGAATTATGCTATCAGCCT +AATTCAAGTATTGATAAGGTCGCATTAGGTATAGATATAAGAGGAAGAAAATTTTTTGAG +GCTCTTCATGAAAGTTTAAACTATTTACGCAATGCAAATTATAAGTATGAAATGATGTAT +TTAGATTGTTCTGACAATGTTTTACTAAGAAGATACAAGATGACTAGAAGAAACCACCCT +CTAGCTAATAATACTCAAATTCCGGAAGGCATAAAAATGGAAAGAAAAATAATGGAGCCA +TTGAAGGAAATTTCTGACTGTATAATAGATACATCTAATATGAAGCCGAAGGATTTAAAA +GAAGAAATATCAAAGATATATTCTGATGGAGAAAATAATCAAAATCTAACTATATCTGTT +GTTTCTTTTGGTTTTAAGCATGGAATTCCAGCAGATTGTGATTTAGTATTTGATGTTAGA +TTTTTACCTAATCCTTATTATATAGAAGATTTGAGACCTAAAACGGGTGATGATAAAGAA +GTTAGAGAATATGTAATGAACTCTAAGATTAGTGAAGAGTTTTATGAGAAACTATTAGAT +ATGGTTAACTTCTTAGTGCCTCAATATATTGAAGAAGGAAAGCATCACTTAGTTATAGGA +ATAGGATGCACAGGTGGAAGACATAGATCTGTTACTATATCTAACATGATATATGATGAC +TTATCAAGTAAAGGATATAGAGTAGTTAAAAAACATAGAGATTCTATGTTGAGATAACTT +GGAGGACTTTATGAAAACCATATTTATTATAATTGGTATTTTAGGCTGGATAGCCTTATT +TATATCTCTTTACTTATACAAGAAATCAAATAAAAATAGGAATAAAATCTTAGATTTAAA +AATTGTTGAAAAAGAAGGCCCAAAAGTAGTTGTTATTGGAGGAGGAACAGGCCAATCTAT +ATTTTTGAGAGGGTTAAAGCACTATACTCAAAATATTACAGCTATAGTTACCGTTGCTGA +TGACGGTGGCGGATCAGGTGTTTTAAGAGAAGATTTAGGGATGTTACCTCCAGGAGATAT +AAGGAACTGTTTACTAGCTCTTGCAAATATAGAACCTACTATGAATGAAGTTATGCAGTA +TAGGTTTACCGATGGAAACCTAAAGGGTCAAAGTTTTGGAAATTTATTTATTGCAGCTAT +GAATGGCCTTTATGGTAATTTTGAAACTGCAGTCTATAAAATGAGTGAAGTATTTGCTAT +AACAGGTCGTGTTCTTCCTGTTACATTAGAAAATGTAAATTTAATAGCGAAGCTAAAAAA +TGGAAATATAATAAAAGGTGAGTCTAGGATACCTGAAGAAGTTAAGTCTCAAAAATCTAA +TATTGAAAAAATAACTCTAGACCCTATAGATGTTACACCTTTGGAAGAGGTAATTACATC +CATATATAATGCAGACATAATTGTTATAGGGCCAGGGAGCTTATACACAAGTATAATACC +TAATTTATTAGTAAGAGGAGTAGTTAAAGCTATAAAAAAATCTAATGTACCCAAAGTATA +TATATCAAATATCATGACACAACCAGGAGAGACAGGAAATTACAATGTATTAGATCACGT +TAATGCTATAAATAAGCATACTAATAAAGAATTAATAGATTATGTAATTGTTAATAATGA +AGTATTGCCTGAAGATGTTTTTGATAAATATAGAAAAGATGGAGCAGAACAAGTTTTACT +AGATGAACCTCAAAACAAAATGTTAGATGATATGGGTATAAAAATTATAGAAGATAATTT +AGTTGAAGTTAAAAAGAATTATATTAGGCATGATGCAAAACATATAGCTAATATAATTGT +TAACTTGGCACTAAGTCATAATTATGACAATGATAAGTAAAAAAGGATTTTAAAGATTTG +TGTAGAAATCCTTATTATTATGTTAGTTTTAAGGAGTGAACATCTATGAGAGAAGAGGTT +AGTGCCGGTGGAGTAGTATTGTTTGGAAATGCCGTTCTTTTACTGAGGAAGTTTAATGGA +GATTGGGTTTTACCTAAAGGAAAAGTAGAAGAAGGGGAAAATAAGCAAGAAGCAGCACTA +AGAGAAGTTTTAGAGGAAACAGGCGTTAAAGCAGATATATTAAAATATTTGGGAGAAATA +CATTATACGTTTAAGGAAAATTGGGATGAGAATAGAGCAGTTCACAAAACAGTTTTTTGG +TATTTAATGAAAGCTAGAAGCATGGATACTATACCACAAAAAGAAGAAGGATTTATTGAT +GCTAAATTCATTCATCTAGATCGGGTTGTTGACTTAGCTAGATACGATGATGAAAAAGAA +ATAATTAAAGTAGCTTTACAGGAAATAAAAAAAAGGCTTAAGAATAATAGCTAGTCTATA +AGATTATGGGTGAAGAATATGTCATTTTCAGCTGAAACAAAAAATGAATTAGCTAGGATA +ATGCCTGAGGATAGAGAGTGTAGCTTAAGTGAATTATCAGCTATAATAAAATTGTCAGGA +AGTATACAAATCGCGGGCTATAAGAAATTAAATATAAAAGTAATAACAGAGTTAAACTCT +ATAGCAAGAAAGGTATTTAAATTATTAAAGCAAAATTTTGATATAAATACAACTATAAGT +GTAAATAAGAATCAAATGCTGAAGAGAAATAATAGTTATGTTCTTGTTGTTAAAAGTGAA +ATGGGAGCAGAAAAATTATTAAGAGACTTAAGAATCTTACCTTCAGAAGAGGCGTTCTAT +CCTTTAAATGAAGTGCCAAAAGAGCTTTTAAAAAATGATGAATGTATTAGAGCATTCTTA +AGAGGTGCATTTTTAGGGGGAGGATCTATTAGTGATCCAGAGAAAAATTACCATATGGAG +TTTGTGACTAATAATGAAGATTTTGCAAATTCATTAAAGGACCTTATAAATTCCTTAGGT +TTTAACTCAAAAATAGTATCAAGAAAAAATAATTATGTGGTATATCTTAAAGAAAGTGAG +CAAATATCTGACTTATTAAGTATAATAGGAGCTCATAATGCTCTTTTAAGCTTACAAAAT +ACTAAAATAGTAAAAGAAATGAGAAATAATGTAAACCGAATAGTTAATTGTGAAACAGCC +AATTTATCTAAAACTGTAAATGCAGCAGTAAGACAAGTAGAGAACATTAGATTTATACAG +GAAACTATAGGAATCAGTAGTTTACCAGAAAATCTACAAGAAATAGCGAGAATTAGGGAG +GAATATGAGGATATGACATTAAAGGAATTAGGGGAAATGTTAAATCCACCTATAGGTAAA +TCTGGAGTAAATCATAGACTTAGAAAGATAGAAGAAATAGCAAATAAATTAAGAGAAAAT +ACTTATAAGTAAGGGGTTATATTTTATATAGCCTCTTTTTGTTTTAATACATGAATTTAT +GGTAAAATTAAATCTATAAGCAGGAGGTGATATAATGAGCAATAAATTTGTTCATCTTCA +TGTTCACACAGAGTATAGTTTACTTGATGGATTTTCAAGATTAAAGAAGCTTATAAATAG +ATGTAAGGAACTTAATATGGATTCAATTGCTATAACTGATCATGGTTGCATGTTTGGAGT +TATAGATTTTTATAAGGAAGCTAAAAAATCAGGTATAAAGCCAATAGTAGGTTGTGAGGT +TTATACAGCAGCTCGTAGCTTAAATGATAAAGATCCAAATTATGATAAGTCTCAAGGACA +TTTAATTTTATTAGCTGAAAATATGACTGGATACAATAATCTAATAAAGATGGTATCTAA +GTCTTATGTGGAAGGATTCTACTATAAACCAAGAGTAGACATGGAGGAGCTTAGACAACA +CAGTGAAGGAATAATAGCATTATCAGCATGTTTAGCAGGAGATGTTTCTCAAGCTCTTAT +GGATAGAAATTATGATAAAGCTAAAAAACTTACACTTGAATATAGAGATATATTTGGTGA +AGATAATTATTTTTTAGAGATACAAGATCATAATTTACCAGAACAAAAAGAAGTAAATGC +TGGAATAATAAAATTGTCAAAAGAATTGAATATACCATTAGTAGCAACTAATGATATTCA +CTATGTAAATAAAGAAGATTCGAAAATACATGATGTTCTTATGTGTATCCAAATGGGTAA +AACAGTAAATGACCCTAATAGAATGAGATTTGGTAGCGATGAGTTTTATTTAAAGTCAAG +AGAAGAAATGGAAGAACTTTTTCCATATGCTATTGATGCATTAGATAATACTGTAAAAAT +AGCAGAAAGATGTAATATAGAATTTGACTTTGATACAATACATCTTCCTAATTATGATGT +ACCAGAAGGGTATACAACAGATAGTTATCTAAGAGAATTATGTTTCAATGGACTAAAAGA +AAGATACGATAATCCAAGTGAAGAAGTAATAGAAAGACTAAATTATGAGTTAAATGTTAT +TGAAAAAATGGGATATGTAGAGTATTTCTTAATAACATGGGATTTTATAAACTACGCAAA +AGAAAATAAAATAATGGTAGGTCCAGGTCGTGGTAGTGCAGCTGGTTCTATTGTTGCATA +TACACTGAAAATAACAGATATAGACCCAATTAAGTATTCTTTACTTTTTGAGAGATTTCT +TAACCCAGAGCGTGTATCTATGCCTGATATAGATATAGACTTCTGTTATGAAAGAAGAGA +AGAAGTTATTGATTATGTAAAAAGAAAATATGGTGAAGATCATGTTGCACAAATAATTAC +ATTTGGAACAATGGGAGCAAAAGCTGCTATTAGAGATGTTGGTAGGGTATTAGATATCCC +TTACAATAAGGTTGATAAAATAGCAAAAGAAATACCTTTTGCTTTAGGAATGACTATAGA +TAAAGCATTAGATACGAATCCTAACTTAAGAGAATTATATGAAAATGACTCAGAAACCAG +AGAAATTATTGATGTGTCTAAACAAATCGAAGGTATGTTAAGACATGCTTCAACTCATGC +AGCAGGTGTTGTTATATCTAAAAACCCTGTTGACGAATATGTACCGTTGTATAAGCATCA +GGATGCAATAACTACACAATTTACAATGACAACATTAGAAGAATTAGGTCTATTAAAGAT +GGATTTCCTTGGTTTAAGAACACTTACAGTTATAAGGGATGCTTTAGACTTAATTGAAAA +AAACTATGGAAGAAAGATTGATTTCTCGAAAATGGATTATGATGATCCTAAGGTGTATGA +GCTTTTATCATCAGGTAATACTTTAGGAGTATTCCAATTAGAAAGTGCTGGTATGAGAAG +TTTCATGAAACAGCTGAAACCAGATAACTTTGAAGATATAGTTGCTGGAATTTCTTTATA +TAGACCAGGTCCAATGGACTCTATACCAACATATATAGAGAATAAAAATAATCCAGATAA +AGTAACTTATATACATGAATCATTAAGACCAATAATGGAAGTTACCTATGGTTGTTTAGT +TTATCAGGAGCAAGTAATGCAGGTTGTTAGGGAATTAGGTGGATATAGTTATGGACGTAG +TGACTTAGTTAGAAGAGCCATGGGTAAAAAGAAAATGGACGTTATGGAAGAAGAAAGGCA +ATACTTTATCTATGGTAAAAAAGATGATGAAGGAAATACTGAAATTACAGGATGTATAGC +TAATGGAATTCCAGAAGATATAGCAAACCAAATATTTGATGATATGATAGACTTCGCAAA +GTATGCATTCAATAAATCACATGCAGCTGCATATGGTGTCTTATCATATGAAACGGCATA +CTTAAAGGCTCATTATCCAGTAGAATTTATGGCAGCTTTAATAACTAGTATTATGGGTAA +TACAGATAAAGTTGTTGAATATATTAGAGAATGTAATGCATTAGGAATAGAAGTTTTAAA +ACCAGACATAAATAAAAGTTTTTCTAAATTCTCAGTTGAAGGAAGCAATATAAGATTTGG +ATTAGCAGCTGTAAAAAATGTAGGTGTTAATATAATTAATAATATTATAAATGAAAGAGA +GCTTAATGGTACTTTTGCAGATTTTGTAGACTTAGTAAAAAGGCTTGATTCAAAAGATAC +TAATAAAAGAGTATTAGAAAGCTTAATTAAATGCGGAGCATTTGATGACATAAGTCACAA +TAGAGCAAGCTTAATGGCAGGATATGAGCAGTTATTAGATAGTATTTCTATGGATAGAAA +GAAAAATGTGCAAGGTCAAATATCATTATTTGATGCATTTGGTGGAAGTGATGAAACAGA +GCAGTTCCAAGAAATATATACAATGCCGAAATTAAAGGAGTACGAAGAAAGAGAAAGATT +GAGTTTAGAAAAGGAAGTTTTAGGGATGTATGTAAGTGGTCATCCTTTATCTCAATATAA +AAATAATTTAGAAAGAAATACTTCTATTGACAATGGAAAATTAAACTCATTAAAAGAAGA +TGAAGAAGCGTATATCAGCTTAGACGAAAAAGAAGTTATAATGGGTGGTATGGTCGTTAA +CAAGACTATTAAAACAACTAGAAGAAATGATATTATGGCATTTTTGGAGTTAGAAGATTT +GTATGGAGCTATAGAAGTTATAGTATTTCCTCAACTTTTACAAAAATATAATAGTATACT +TAATGAAGATAACATTATATATGTAAAAGGTAGGTTAAGCATAAAAGAGGGAGAGAATGC +AAAAATTATAGCTAATGATTTTAAAGAAATAAATGATGAACGCAATTTCAGAAATGGTGG +AAATAGCGAGGCTAAAAAAGAATCAAAAACAGGATTATATTTAAAAGTTAATAGCTTTAG +TAATAATAACTTAATAGAGGAAATAAAATTAGTATTAGCGGAATGTCAAGGTAAGGAAGC +AGTATACCTATATGCAGAAGATACAAGACAACTATATAAATGGAATGGGATTTATGTAGA +TATAAATGATAAGACCATTTATAGGTTAGAAAGTTTACTACCAAAGGACAATATAAAGAT +AAAAAGCTAAGAAGTAAAAAATAAAAAAATAAATACTTACGAATAGTATAAAAAATGTTT +TGAGATATGATATAATATCAAAAAATGGATATTTTTAGAGATTTTTAATTTTTTTACCTG +TAATGGGATGAAAAAATGATCTAGGGACATGAAAGGTCCCTGCAATTTAGAAATCGGGAG +GAATACTATGAAAACTATAGGGATTTTAACAAGTGGAGGAGATGCTCCAGGAATGAACGC +AGCTATAAGAGCTGTAGTAAGATCAGCTATATATTATGGGTGCAAGGTGTATGGTATTAA +CAGAGGATACAAAGGTTTATTAGAAGAAGATTTAGTTGAAATGAACTTATCTTCTGTTGG +TGATATTATACATAGAGGGGGTACTATATTAAAGTCTTCTAGATGTGAAGAATTTAAAAC +TGAAGAAGGTAGATTAAAAGGCGTTAAGGTTCTTAAAAAGTATAAAATTGATTGCTTAGT +TGTAATAGGTGGAGATGGATCTTTCAATGGAGCTCAAAAGTTAAGTGAATTAGGATTCCC +AGCAATTGGAATACCTGGAACTATTGACAATGATTTAGCTTATACAGATTATACTATTGG +ATTTGATACTGCTATGAATACGGTAGCAGATGCTATAAGTAAAATAAGGGATACATCTTC +ATCTCATGAAAGAGTTAATATTGTTGAAGTTATGGGAAGACATTGTGGTGATTTAGCTTT +ATATTCAGGTCTTGCTGGTGGAGCAGAAACTATAATAGTTCCAGAAGTTGACTTCAAAAT +TGAAGATATATGTAATAGATTAAAAACTACTCAAAAAAGAGGTAAAAGACATAGCATAAT +AGTTTTAGCCGAAGGAGTAGGTAATGCAAATGATTTAGGCAAAGAAATAATAAAAGTAAC +AGGTGCAGATTTAAGAGTAACAGTTCTAGGTCATGTACAAAGAGGAGGATGTCCATCAGT +ATTTGATAGAATTCTTGCAAGTAGAATGGGAGTAAGAGCCGTGGAATTACTATTAGATGG +AAAATCAGCTAAAGTCGTAGGAGTAAAAGATAATAAAATAATCGATATGGATATAAATGA +AGCACTTTCTATGACTAGATCTTTTGATAAAGAAACTTATGAAATGGCAAAAATACTATC +TATATAATAATAGGAGGAATATATATATGCTTAAAAATGTAAAAAGGACTAAAATAGTTT +GTACTCTAGGGCCAGCTTCAGATAGTGAAGAAGTTTTAACAAAGCTTGTTGAGAATGGGT +TAAATGTTTGTAGATTTAACTTCTCTCACGGTTCACATGAAGAACATAAAAGAAGATTAG +ATACAGCTAAAAAAGTTAGGGAAAAATTAAATAAGCCTGTAGCATTATTACTAGATACTA +AAGGACCAGAAATAAGAACTGGGCAATTTGCAGATCCAGAAGTATTCTTAGAAGAAGGTA +GCCAATTCACTATAACAATGAAAGATGTTGTAGGAACAAAAGAAATGTGTACAGTAAGCT +ACAAAGATCTTGCTAATGATGTTAAATCAGGAGATGTAATATTAATAGATGATGGTTTAG +TAGGACTTAGAGTACAAGAAGTAAATGGAGATGACATAGTTTGCTTAGTTGAAAACTCAG +GTATAGTTAAAAACCATAAAGGAGTAAATGTTCCTGGAGTTAAAATAAACCTACCAGCAA +TAACTCCTAAAGATATAAGTGATATAGAATTTGGGATAAGCCAAGGAATAGACTTTATAG +CTGCATCTTTCGTAAGAAAAGCGTCAGATGTGTTAGCGATAAGAGAAATATTAGAAAATA +ATAATGCTACAGATATACAAATAATATCTAAGATAGAAAATCAAGAAGGTGTAGATAACC +TAGAGGAAATATTAAAAGTGTCTGACGGTATAATGGTAGCAAGAGGTGACTTAGGTGTTG +AAATACCAACAGAAGAAATGCCTATAGTTCAAAAAATGATGATAAAAAAATGCAAGGAAC +TAGCAAAACCTGTTATAACTGCTACTCAAATGCTTGATTCTATGATAAGAAACCCAAGAC +CAACAAGGGCAGAAGTAACAGATGTTGCAAATGCAATATACGATGGAACAGATGCAATAA +TGTTATCTGGAGAAACTGCTGCAGGAAAATATCCAGTAGAAGCAGTAAAAACAATGGCTA +CAATAGCTAAGAGAACTGAAGAAACTTTAGAATATGCTAGATTACTAAAAGAAAATTCTT +CTAATAATGAAACAGTTACAGATGCTATAAGCTATGCAACTTGTTCAACTGCAGTTGCAT +TAAATGCATCAGCAATTGTAACAGCAACGTCTTCAGGATATACTGCAAGAATGGTATCTA +AATTTAGACCACAATCTCCAATAGTGGCTGCAACTGCAGATGAAAAAGTTATGAGACAAT +TAAACCTTAACTGGGGGGTTTATCCAGTAAAATCTGAATTAGCATCAAATACTGATGAGG +TTATAGAAAATTCTATAGAGTCAGCTAAAAAAGCTAATTATGTAAATGATGGAGAATTAG +TTGTAGTAACGGCTGGAGTTCCAGTTGGTGTAAGTGGTACAACTAACCTAATTAAAGTTC +ATGTAATGAGCGAAGAAATAGTTCAAGGTATTGGTGTAGGTGATAAAACTGTAGAAGGTA +AAGTTCGTATAGTTAAGTCAGGAGAAGAGTGTGAGAACTTCAATGAAGGAGATATATTAG +TAACTACTATGACTGATATAGAAATGAATCCTTATATAGAGAAGGCTGCTGCTATAGTTA +CAGAAGATGGAGGAATGACATCTCACGCAGCTATAGTTGGATTAAACTTAAATAAAGCCG +TAGTAGTATCGGCTTCAAACATACTAAACTCAGTTAAAGATGGAGAAGTTATAACTGTAG +ATTCTTCTAGAGGTGCTATATATAGAGGATCAACAAGAGTTTTATAAAAAATTATGAATT +GTCAGAAAATGATTGAACATTATGGAAAATAATGTTATTATATATTTAAGTTATTTATGC +CACTAGGTTGCTAGTAAACTTAGTGGCTATTTTATAATTTAAAATTGACAGAAAATTTCA +AAAAATTAAAAAATACATACTGTATAAAATCTACATTTTTATTATATTAACAAAAAGGAG +GGAGATATAATGACTGAAAGTAGAGAGAACTGGGGTTCAAAAATTGGTCTTATATTAGCA +ATGGCAGGAAATGCTGTTGGTCTAGGGAACTTCTGGAGATTCCCTTATGTAGCAGCGTCT +AATGGTGGAGGCGCATTTATGATACCATACTTTTTTGCACTAATAGTTATAGGTATACCT +GTAATGTTAATAGAATGGAGTATAGGTCGTTATGGAGGAAAACATGGACATGGGACATTA +GGTCCAATGATGTATTTACAAGCAAAACAAGCCATGTCACCTAAGAAAGCAATTATAATA +GGTTCTTTATGTGGAATGATAGCATTTGCAGTAACAATATTAGTTAACTCTTATTATAAC +CATATAATAGGTTGGTCATTAGGATTTGCAATACATTCATTACTTGGTACATATAAATCA +GATCCAGGTGCATTCTTTAGTGCATATGTGCAAGATCCAAAGATGTTAGTATTTTGGGTA +ATATCATTAGGAATATTAACAACTGCAGTAATGAAGGGTATACAAGATGGTATAGAATCT +TGGGCGAAGATAATGATGCCTGTGCTTTATGTGTTTGGTATTATATTAGGAATAAGAGCT +TTAACGCTAGGTTCACCAATTAACCCGGACTGGAGTTCTTTAAAAGGTTTAAACTTCATT +TGGAATCCAGATTTTAGCCAATTATCTTGGAGTTCAGCAATAGCTGCAGCAGGTCAAATA +TTTTTCACATTATCTTTAGGAATGGGTATTATACAAAACTATGCTTCATACCTAAAGCCA +GATGAAGACATAATAACTGCATCAGTAGCTACAGTATCATTAAATGAATTTGCAGAGGTT +ATATTAGGCGGTACTGCTGTTATACCTATAGCGTATGCATTTTTAGGACCAGAGGGTATC +AAAGGGAGTATAGGTTTAGCATTTATGGCCTTACCAAATGTATTTAGTACTATGACTGGT +GGAGGAATTTTTGGAGCTCTATGGTTCTTATTATTATTCTTTGCTGGTATAACATCAGCT +ATAGCAATGTACAACTATTTAGTTGCATTACTAGAAGAAGATGCCGGAATAGATAGAAAA +AAAGGAGCTTGTATCGTTTTTATAGGTTACTTAATAGTAGGGGCACCGATAGCTTTAGAA +TCAGTACTAACTAAAAGTGCAAATCTAATGTACTTTACAGAAGTTGATAACTGGATAGGT +AACTATCTGTTAATAGTTCTAGGTTTAATAGAAATAGTAGTTATTGGATGGTGTGTAAAA +GATAGTGCACTTGAAGAAATGAATAAAGGTGGATTATGGAAGATTCCAAAGTGGTTCTTT +AGATTATTCCATCAATTCTTAACTCCAATAACGATAATAACTTTCTTAGTATTCTTTACA +AAAGATTATTGGATACAAGGTAACTTTAAATTAGTACCATCATATGTTGCGTCAACACCA +GAGTTTATTCCTTGGGTTAATTTAGGAAGAGCAGTGGTACTTATAGTTCTTGTTGTAGGA +TTTATTCAATCTTATAAATCAATTAAAAGTAAATATACTAAAGAAATAGAAAATAATAAG +GCGACGAACTTATAAGGAGAGGATATATATGACTAGTTCAGCATGGTTATTTTTGGGATG +CATATGGTTCACGATATTTATAACTATAGCAATATCGATGAGGAAAATAATAAAAAATCA +ATAGAATAATTTAAAGGGTATGTTATAAGAGGTGTATTAAAAACGGGATAAGTAAATCCT +TTTGATACATACTCTGATAATATACTCCTTTTTAATATTAAGAAAGGTACAACTATGGGG +GTGTTTTTTTGAAGACAAATTTAATTCTAAGTACAATAAGTCAATTAATAGAAGAGTTGA +ATAAGATAAAAATAATAAAAGAGAATAAACTAAAAAAATATAATAAAGAATTACATAATA +TAAGATCGGAGTATGGAAAAATAGAGATAGAAGGGAATTTTAAAAAACAATATAATCAAT +TAAATTCAAAAGGTATAGAGCTGTTACGAGAGTTAAGAAACAATAAAAAACTAGATAAAA +ATAAGGTAGTGCATGATATAGAATTATACATAAGGTATCTAAATATATCTTTATATGATT +TTCAAGAAAGGACAGTATATTTAAGAAAGTACATAACAAGTTTCTTATTTTCATCAATAT +TATTCTTAGCTTTATCACCACAGTTTTATGGATTTATACTTCCAGTATTATTCTTTTTAC +CGATATACTTAGGTTTAAAAGGAGTAAAACAAAGATCTATGACTGGATTTTACATGACAA +TGAGTGTAGTACCTGTAGCGTTTATGACGGCTACAACATGGATTAGATATGGAATCAGTG +TAAGTAAGGATTATACTCAAGCAGTAACATCAATAGTAGAAAGTGGAGTTTCTCAAAATC +TAGCGCAAAATTTGGTATGGATAGGACCTTTACTTGGAGTTTTATTGTTATTATTTTCAA +TAGCACAGCTATACAGAGGAATTAAAAGTAAAGATTTATTTATTTAAGGGCTTTATAAGC +CCTTGTTTTTTTGGTAAAATAAATTCTTGTAGTTTCTTAAAAAATATGTACGGAGGATTA +ACCTATGTTGTCAAAAAATAAAGAGTATGTAGTAGATATAGTTGATATAGGTCAGGGCGG +AGTTGGAATAGGTAAATACGATGGTTTTACAGTATTTGTAGATGGAGGACTAATAAACGA +CAGGATTAAAGTAAGAATTAACAAATCTAAGAAAAATTACGCAGTTGGAGATATAGTTGA +AATAATAGAAGAGTCCCCATTTAGAGTAAAGAGAAAATGTAGTGATAATCTAAAAGATTG +TGGAGGGTGCCAAATTCAAGAATTAGACTATCAAAAACAACTTGATATAAAAACAAATGA +AGTAAAACAAGTTATAAGTAGAATCGGAAAATTAGAGGATGTAGTAATTCATGACACTTT +AGGAATGGAAGAGCCAGTAAGATATAGAAATAAGGCTCAATTTCCAATTCAAAAGGTTAA +TAATAATCTGTTAATAGGTTTTTATAAAAAGAAAAGTCATGACATAATACCTACGGATAA +ATGTATAATACAACATGAAATAAATGATAAAATCATGAAAATAATTAAAACTTATATAAA +TGCATATAAGGTTAGTGTATATGATGAAAAAACTCATACAGGAGTTTTGAGACATTTAGT +AACAAAGGTAGGATTTACAACGAATGAAGTTATGGTAGTTTTAGTTGCTAATGGTAAGAA +ATTACCTTATTTAAAAGAGTTAGCATCTGTATTAGAAGAAAATGTACCAGGGTTCAAAAC +TTTAGTTGTAAATGTTAATAGAGAAAAAACTAATGTTATATTAGGTAGGGAAAATATAGT +TGTTTATGGAGACGGAAAAATAAATGATTATATAGGAGAATTAGTATTTGAAATATCTCC +ATTGTCATTCTTCCAAGTAAACCCTGTTCAAACTGAAGTTTTATATAACAAGGCTTTAGA +ATATGCAGATTTAAAGGAGAATGATACTGTATTTGATATATACTGTGGAATAGGAACGAT +ATCTTTATTCTTAGCTCAAAAAGCTAAAAAAGTATATGGAATAGAGATAGTTGAAGATGC +TATTAAAGATGCAAAAATAAATGCTAATTTAAATAATTTAGATAATGTTGAATTCTATGT +AGGAAAAGCTGAAGAAGTTGTTCCTAAGATGTATAAGGAAGGTAAGACAGCTAATGTTGT +TGTTGTTGACCCTCCAAGAAAGGGATGCGATGAGAAGGTTCTCGATACTATAGTTTCTAT +GAAACCAGATAGAGTTGTATATGTTTCTTGTAACCCATCTACTTTAGCTAGAGATTTAGC +ATATTTAGATGAAAGAGGATACAAGTGTTTAGAGGTACAACCAGTAGATATGTTCCCTCA +TACAATGCATGTTGAAAGTGTTGCTAAACTTGAAAAAATTAAATAATTTTTAAAAATAGA +CCGATATATATGTACGAAATATTAGTATATATATATCGGTTTTTAATTTGATACATATAA +TATTAAAATAGATAAAGTATGGATGAAGTTAAATTATATATAATATAACGAAATTGTAAG +AAAATTTGTAAGATAAATTTAAGATTTATATTGTATACTAAGAATATAAGAAGGATATTA +ATGAGATAAAAGGTTAGGGGATTAAAATGAAAAATAATATAAATAAAAATTTATTACAAT +ATGGATTTCTAATTTTATTAATAGGCATTACTACTAGCATAGTATTTAAAACATTAGATA +TAAGTTTATTATCCAATGTTTTAAGTATGGTAGATGAAAAGTATTTAGCAATCGGGGGGG +TAGCTATATTAGTGAATATAGCGTTAGAAGGTTTAGTGCTAAGAATATTAATAGATGGAA +TACACAAGGTAAATGTAAGGCTTAGAGGGTTGAAGTTAGCTACTGTAGGATTTTATTATA +ATCTGGTTACTCCTTTTGCTTCAGGAAGTCAGCCAATGCAAATATATATTTTAACTAAAT +ACAAAATGCCTTTAAGTAAAGCTGGAGCAATTATAACTAATAAGTCGATACTTTACCAAC +TTGTAGTTACTATGTACTGTTCAATATTAATAATATTTAACTTTAAATTAATAAGAACAC +AAATGAGTGCAGTGATTCCTCTTGTTGTACTAGGAATAGCTATGAATTTATTCACAGCGT +TAATGGCGATTTTAATAATACTTAACCCAAGTAAAGTTAAATACTATACTAGGTTATTTA +TAAAATTTATTTGTAGATTTAAGTTATTTAAATCTTTAGAAAATAAGTTTGACAATGCTG +AGAGTTTTATAGATGATTATAGTCAATCTATACAATTTTTTATGAAAAATAAAAAATTAA +TGATATCAACAGTTCTTATAACTGTAGTACAAATAAGTTTTTACTTTAGTATTTCATTCT +GGATATACAAAGCATTTAATTTACAAGGTCACACATATTTAAATATATTGACACTACAAG +TGCTTTTATATATGGCAATATCTCCAATACCAACACCAGGGAATGTTGGGGCTAATGAGT +TAGCATTCTTTACAATATTTAAAGGTGTATTCCCAACATATTTAATGGGATATGCGGTAT +TCTTATATGGAGGATTCATGTATTATCTAATATTAATTGGAAGTGGAATATTTACAATAA +TTACTCACCATAGGATAAAAGCAAATTGTTCACCAAAACAAAATTTAGCGTCAAGTAGAC +ATATATAATATGGAAAAATCTTCTTTAATGTAATATATATACATTAGAGAAGATTTTTAT +TTTTAATAAAATCAGTTGAATTTCTAAATAGTACAAGGATTTACAAATAAATTATGGAAT +TAAAAATACATCTAATCATTTAAATGCAAATCTAGAATTAAATCAAAAATAAATTATTCA +ATCTTAAAATTTCAGTTTATGTAATCATATATGAATAAATTAATAGATACATAGTATTTA +TTTAGTATAGGCAATTATCAATAATTATACAATAATAAAATACTTTTTAGGGGGGATAGG +TGTATGGAGAAAAAAGTATTAACCGTATGTCCTTATTGTGGTGCAGGATGCCAGATGTAT +CTTGTAGTAAAAGACAATAAGATAGTAAGATCAGAACCTGCAGAAGGAAGAACTAATGAA +GGTAATTTATGTTTAAAAGGACATTATGGTTGGGATTTCTTAAATGATCCTAAGATTTTA +ACACCAAGATTAAAAAAACCGCTGATAAGAAAAAATGGGCTATTAGAAGAGGTTGAGTGG +AAAGAAGCAATAACATATACAGCATCTAAATTAAATGAGATAAAAGAAAAATATGGACCA +GATGCTATTATGGGAACTGGATCAGCAAGAGGTCCAGGAAATGAAGCAAATTATATAATG +CAAAAGTTTATGAGAGCCACAGTTGGTACTAATAACGTAGACCACTGTGCCCGCGTTTGA +CATGCACCATCAGTAGCCGGTCTGGCTTACTCATTAGGTAGTGGAGCAATGTCTAACTCT +ATACCAGAAATAGAAGATGCAAACTTACTATTTATATTTGGATATAATGGGGCAGATTCT +CATCCAATAGTTGCAAGAAGAATAGTTAGAGCAAAAGAAAAAGGTGCAAAAATAATTACT +ATAGATCCTAGGGTTACAGAGACAGCGAGAATATCTGATATGCATTTAGCTCTAAAAGGT +GGAACTAATATGATTTTAGTTAATGCCTTTGGTAATGTTTTAATTGAAGAAAAATTATAT +GATAAGAAGTTCGTAGAAGAACATACACAAGGATTTGAAGAGTACAAGGAAGTAGTTAAA +GAATATACCCCTGAGTATGCAGCGAAATATACAGGTATACCAGCAGATGTTATAAGAAAA +GCAATGAGAGAATATGCAAACGCTAAGGACTCTATGATTCTTTATGGAATGGGCGTTTGT +CAGTTTGGTCAAGCGGTTGATGTAGTTAAGGGATTAGCATCTCTAGCATTATTAACAGGA +AACTTTGGAAGACCAAATGTAGGAATAGGACCAGTTCGTGGTCAAAATAACGTTCAAGGT +GCTTGCGATATGGGAGCTCTTCCTAATGTTTATCCAGGTTATCAAAGTGTTACAAATCAA +GAAGTAAGAGAAAAATTTGAAAAAGCCTGGGGAGTTAAGCTTTCTGATCATAATGGATAT +AGTTTAACTGAAGTTCCAAGGTTGGTCTTAGAAGAAAAGAAACTTAAAGCGTACTATATA +TTTGGTGAAGATCCAGTACAAAGTGATCCGGATGCTTCAGAAGTAAGAGAAACTTTAGAT +GAATTAGAATTTGTGGTAGTTCAAGATATATTTATGAATAAAACAGCTCTTCACGCAGAT +GTAATACTACCTGCAACTTCATGGGGAGAGCATGAAGGTGTTTATACATGTGCAGATAGA +GGATTCCAGATAATGAGAAAGGCTGTTGAGCCAAATGGAGATGTAAAAACTGATTGGCAG +ATAATTAGTGAAATATCAACAGCCATGGGATATCCTATGAGTTACAATAATACAAAAGAA +ATTTGGGATGAAATGAGAAGCTTAACTCCAAGTTTTGCTGGAGCAACATATGAAAAGATA +GAAAAGCAAGGATGGGTACAATGGCCTTGTAAGAGTGAATCTGAAGATGATATGGGAACT +ATGTATCTTCATAAAGATGGTAAGTTTTCAACTCCAAATGGAAAAGGTAACTTATTTGCA +ACTCATTGGAGACCTCCAATGGAGTTAGAATATGAAGAGTATCCATTTAGTTTATGTACA +GTTAGGGAGGTAGGTCATTATTCAGTAAGAACTATGACTGGAAACTGTAGAGCACTAGCT +AAGCTTGAAGATGAACCGGGATATCTTCAAATAAGCGAATTGGATGCAGAAAAACTTGGA +ATACAAAATTATGAACTAATCAGAGTTAGTTCCAGAAGAGGTAGTGTGTTAACAAGAGCT +TTAGTTACAGATAGAGTAAAGCCAGGTGCTACTTATATGACATATCAATGGTGGGTAGGG +GCTTGTAATGAACTTACTATAGCAAATCTAGATCCAATATCAAAAACACCGGAGTATAAA +TATTGCGCCGTTAAGGTTGAAAAAATAGAAAATCAAGAATGGGCAGAGCAGCAATTAAAA +CAAGAATATGAAGAAATAAAATATAAAATGTTATCTAAAAATATTTAAAATTAAAAATAA +AGAAGGGAATATTCTGATATGGAAACAGTAGATATGAACGATGATATATATGGAAATACC +TTTGAAGTTCCAATAATAAAGTTAGATGAGTTTAGTTACAACTGTACTGAGGATAATGTA +ATAGCAGAATATCCCTTTACCCTTGTTTGGAATGGAAAAAATATAAATACATTTTTATGT +ACCCCATTTAAACTAGAAGAATTAGTTATAGGTTTTTTATTGAGCAATGGTTATATTAGA +AAAATTGAAGATATTATAAGTTTAGAAATTGATAAAAAAAATAGAATGTCTAATGTAAAT +GTAAAATATATAGATGATATCAATGATATGGAAGGTTTTATTTTAAATGAATTAAATAAC +TTAAAATATAGTTACATAGAAAGTGATACAAGTATATATGTAGACACTATATATGAAATT +ATGAAAGTTAATTTAAACTATTCAAGATTATTTAAAGAAACTGGAGGTGCTCATAGCGTT +GCCATTTTTGAAAATAACAAAGAAATTGTTGTTTGTGAAGATGTGGCAAGACATAATGCT +ATGGATAAAGCTATTGGTCATTGTATATTAAAGAGTATACCTTTAGATAATAAGGCCATC +GTTGTGAGTGGGAGGATATCCTTTGATATGCTTTCAAAAGTTGCGAGGGCTAAAATTCCT +ATAGTTATATCAAAATCAGCACCAACAAATCTATCAATAGAATTAGCTAAGAAGTTAAAT +ATAACTCTAATCGGGTTTGTAAGAGGAAAAAGAATGAATATATATACACATTCACATAGA +ATTAAAGTTTAAGTTAATTATAATAATGAAAAGAAGAAAGGTGGGGGAATATGAAGAATA +AACTAGGTTCATTTGTAATAGCGGACTCGAGTAAATGTACGGGATGTCGAGCATGTGAAA +TTGCTTGTTTTACAAACCATAATAAAGAAAATAATGTTGGATACACTGTTGGAACAGTAG +AAGTTCCTGTAATTCCGAGGTTATATTTAGTAAAGGACGATAATGTCTGTATGCCAATAC +AGTGCAGACATTGTGAAGATGCACCGTGCTTAAATATATGTCCGGTAAATGCTATATCAA +GAGAAGATAGTACTATGATTGTTGATAATGATAAATGTATAGGATGTAAAACTTGTTTGC +TAGCATGCCCATTTGGAGCCATAGATTTACTTCCACAATATAAAGATGGAAAAGAAGTTG +AACAAAGAGTGATAGATGAGAGTAATAAGATAGCATATAAATGTGATTTATGTAAAAATG +ATGAAAAGATAGCTTGTATTGATGCTTGTCCTAATAAAGCTTTAAAGTTAATTACACCTA +TGGAAGATAAGAGAAATAAAAATAAAAAAGCTGCACTTGGTCTATTGATGGCTAATAAAT +AAATATGAAAGTGGGAGTAAACCATGATAATAAGTATAGATAAAGATTTATGTACGGGAT +GTCAAGAGTGTATAAAGGTATGTCCAGCATATGCCATAGAAGGGGAAGCGGGAAAACCCC +ACGAAATCAAATCAGATAAATGTGTAATGTGCGGACAGTGTGTGCAAGTTTGTAAATCAT +ATGCATCAATAATTGATAAAGGATTTAAATTTGTAGAAGAAAAAAGAAAAGAAAGAAATT +TACCAGATACAATAAAAGAACCTGTATTTGCTGCATATAACGTATGTGAAATAGAAAGAG +TTAAAACTGCATTAAAAGATAAAAGTAAGTTTACTATGGTTCAGTGTGCTCCTGCAGTTA +GGGTAGCAATAGGGGAAGAATTTGGTCTTGAATTAGGAACTTTAACACCAGGTAAAATGG +CAGCGGCCTTAAAGGCACTTAATTTTGATAGAGTCTATGATACAAATTTTTCAGCTGATT +TGACAATTATGGAAGAAGGAACTGAGTTGATAAAGAGAATTACAGAGGGTGGAACATTAC +CTATGTTTACTTCCTGTTGTCCAGCATGGGTTAAATTTATGGAAAATAACTATCCTGAGT +TAACTGATCATTTATCTTCTTGCAAGTCTCCTCAACAAATGGGAGGAGCAGTATTTAAGA +CTTATGGAGCTCAAATAAATAACATAGATGCATCTGCTATTTATAGTGTAGCTATAATGC +CTTGTACTTGTAAAAAGTATGAGTGTGATAGACCAGAGATGGATTCAAGTGGATATAGAG +ATGTAGATGCAGTTCTAACTACAAGAGAGCTAGCTTATTTAATAAAAGATATGGGTATAG +ATTTTAATAATTTAAATGAAGAAAAATTTGAATCACCTCTTGGTACTTATACTGGTGCAG +GAACAATATTCGGTGTAACAGGTGGAGTCATGGAAGCAGCTCTAAGAACCGGATATGAAC +TTATAACGAAAGAAAACATACCAAGTATAGATATAACAGATGTAAGAGGTAATGAAGGTT +TTAGAACTTCTACTATAAAAATAGGCGATTTGAATTTAAGAGTCGGAGTAGTAACTGGTC +TTAAAAATGTTGTACCAGTATTAGAGGACCTAAAGTCTAAAAAGTTAGATTTAGATTTTA +TAGAAGTTATGACATGTCCAGTTGGATGTGTTAGTGGTGGAGGTCAACCAAAGTTATTAT +TAGAAGAATATAGAGATATTGCATATAAAAATAGAATTAAATCGACTTATACACATGATA +AAAGTTTACCATTGAGAAAATCTCATGAAAATCCGGAGATAGAAAAAATTTATAAGGACT +TTTTAATAGAACCATTAGGAAGTGTATCTCATCATTTGTTACACACAGAGTATTCTGTTG +GGAAGGAAGTGGCTAAATAAATGAATTGTTTTGTTATAGCTAATCCAGATAAATGTATAG +GATGTAGAACATGTATGATAGCTTGTGTAGTTGCTCATAATGGTGAAGAGTTATTTTATA +AAAATCATAGTGATATAAACTTTAATCCAAAATTAGAGGTTATCAAGACAGAGACTGTTA +GTGCACCAATTCAATGTAAACACTGTGAAGACGCACCATGTGCAAAGGCATGTCCTAATG +ATGCTATTGAAAGATTGGATAATTCGATACTAGTAAATCAATCTAAATGTATAGGGTGTA +AGACTTGTATGATAGCCTGTCCATTTGGAGCTATAGATATATCTCCTTTAGGTGAAATTC +CTGATGATAAATTATTGTTTAAAGAATATATGGTAGCAAATAAATGTGATTTATGTAGAG +GCGTAGAAGATGGTCCTGCCTGTGTTAAAGTCTGTCCTACGAAAGCTTTTAAAATAGTCA +AAGAAGATGATATAGACTTTTCAATAAAGAATAAGAGGAAGTTAGCTGCCTCAAAATAGA +ATTAAGAACTAGGTTTTAAAAGTCTATTATTGTGGTAATATCTAAGGTATATAGATATAA +GGAGTGATAGATATGACATTTACTAAGATAAATGATATTAATAATGATAATATACACAAT +AGAGCATGTGTTATGGTAATTAACTTTAACAAAAAAGAAGGGGCTTTAATAAAAAATATT +TGCGGTTTTATTGGAGTTAGAGATTGTATTTTTTTAGATAAAAGTAATGGAAATACAATA +ATTAAAGATGTACTAGAAAATAATATATCTTTAGACTGTGAAGATGGTATTTCTAATAAA +GCTGTAGTGTTTAATCATATACCGAATGTAAAAATAAATTCATTCTTAGAGAGTTTAAAA +AAGATGAGAATAAATAGACCACTTACAGCTATGGTAACTGATACGAATTTAGATTGGACA +TTAAATAATTTATTATATAATTTAGTTGAAGAGCGAAAAGCCTTATCTTCAGGTAAGGAG +TTCAGTCATAAATAAAAAAATTGTATAAATATAAAGTTATATATAGGTTTAAAGTATATA +AAATTGTATAAAATAATGTTAACTAAATACATATATTATAACATTTAAGTATATATGTGT +TTAGTTAACATAGAAAAAGTCCTCTAAATTTTATAGAGGACTTTTTAATATAAATTATTA +GAAATGCTAAGTTTAATGTTATACTAAAAAATGTAAAATTTAATTAGAAAATTTGAAAAG +AATACATAATACTAATGATAAATAATGTAGACTTAGCTAGGAGGATATTATTATGGACGT +TAAAGCTAGAATAGAAAAGTTACGAAAAGAAATAGAATATCATAATAATAAATATTATAA +TGAAGATTCACCTGAAATATCAGATTATGAATATGATAAATTGACAGTTGAATTAAGAAA +ATTAGAAGCAGAACACCCGGAATTCAATATGGCAGATTCGCCTACTAAAAAGGTAGGAGG +AACAGTAAAAAGAGAGTTAAGAAAAGTAGAACATGATGTACCTGTAATAAGTTTACAGGA +TGTTTTTGGAAAAGGAGAAGTTTATGAATATGTAAATAAGATGATAGTAGAACTAAATAA +ACCTAAATTTGTTGTAGAAAAGAAGATAGATGGTCTTTCAGTTGTACTAAGATATCATAA +TGGGGAACTTACAGAAGGTATAACAAGAGGAGATGGTGTTATTGGTGAGTCAGTATATGA +AAACTTACTAGAAATAAAGAATATACCAAAGACAATACCATCTAAGTTGCCATACTTAGA +AGTACGTGGAGAAGTATACATATCAAATGAAGCTTTCGAAGAGGCTAATAAAAAGCAAGA +ATCAATGGGAGGAAAGAAATATCAAAATCCTAGAAATCTTGCTGCAGGAACATTAAGACA +ATTAGACCCATCGATAGTTAGAGATAGAAATCTTGATATATTTGTATTTAACCTTGAAAT +ATCAGAAGGTAAGGAATTTACTTCACACTCAGAAACATTGGAGTGGCTAAAAGAGCAAGG +ATTTAAAGTAAGCCCAGATTTTACTGTATGTGAAACCGCAGATGAAGTATGGGATTATAT +ATCTGAAGTAGGAAATAAAAGATGGAATTTAGAATATGCAATCGATGGGGCTGTTGTAAA +GGTAAATAATCTAGAGGATAGAAAAAAACTTGGAATGACAAGTAAAGTACCAAGATGGGC +AGTTGCATATAAGTATCCACCGGAACAAAAAGAAACTATAGTAAAAGACATAATAATACA +AGTAGGTCGTACTGGCAGGCTGACTCCACTAGCTATTTTAGAGCCTGTTAGATTAGCTGG +TACTACAGTATCTAAAGCAACTCTACATAATCAAGATGTAATAAATGAAAAAGATGTAAG +AATAGGTGATACTGTAATTGTTCAAAAAGCAGGAGATATAATTCCTGAGGTTATAAAGAG +CATTCCAGAAAAAAGACCAGTTGATTCTAAGCCATATGTTATACCAAATATATGTCCTAT +ATGCGGAGAAGCTACTGTTAGAGATGAAAATGGGGCAGATACTAGATGTATAAATTTAGA +GTGTGATGCTCAAGCAACTAGAAGTATATCTTACTTTGTTTCAAAAGATGCAATGAATAT +AGTTGGATTTGGTAAAAGTAAGGTGGAAGCTCTTATGGCTGAAGGATATATTAAAGATAT +AGGTGATATATATCAATTAGAACATTATAAAGATGAAATATTAGAGAAGAATGTTATTGG +TAGAGAAAAGTCTGTAAATAATCTTCTTAATGCGATAGAAGATTCAAAAAATAATAATAT +AGATAAATTAATCACAGGCCTTGGAATAAAGAATGTAGGTAAGCAATCTGCAAAAGTATT +AGCTGAAAATTTTGCTGATATGGATGAAGTAGCAAATGCAAATTATGACCAACTAATAAA +CTTGCCTGATTTTGGAGATACAATGGTAAATGATATAATAAAATACTTTAGAAGTGAAAA +ATATCATACTATAATATCAAAATTAAAAGAATATGGTGTAAATGTAGTATCGAAATCATC +TGAAATAAAGTCGGATGATAATAGATTTGAAGGAATGACATTTGTAATAACAGGTACACT +ACCTACAATGAAAAGAGATGAGGCATCATCATTAATTCAGTCATTTGGAGGAAAAGTTTC +AGGAAGTGTTTCTAAAAAAACAAGTTATGTTTTAGCTGGAGAAGAAGCTGGAAGTAAGTT +AACTAAGGCTGAAACGTTGGGAATAAGAATAATAGATGAAGAAGAATTTAAGAGTATGAT +AAAATAATAGGTAATATTACAGAACGTATGAATTTGATTTTGATAATGTTCTAAATTGTA +TAATACTTACAAATTTAGAAAATAATAATTGCATAAGAATATATAATTTACAATCTTAAA +AACAAAGTCAATTCATGGATTTTATTATGTGTAGTAAATTAATGCAAAGAGTGATAGAAT +TATTAAATAAAGTGTTAAAATTCTCAGCTAGAATCTTAGACAGAAACTGTACTGTCTTTT +AGAAATAAGACTAAAAAGATAGATTTAAGAGAGGTAAAAAATGACTAGAATTGATAATAG +AAAATATGATCAAATAAGAGACGTAAAGATAACTAGAAACTATACTAGATATGCAGAAGG +ATCTGTACTTATAGAAATGGGAGAAACTAAGGTTATATGTACTGCTTCAGTTGAAGATAA +GGTACCGCCATTTTTAAGAAATACAGGTACAGGATGGATAAATGCTGAGTATTCTATGTT +ACCTAGATCTACTCAACAAAGAAAAATAAGGGATGCTTCTAGAGGAAAGATAGATGGAAG +AACTCAAGAAATACAAAGATTAATAGGAAGAGCAATAAGATCGGTTATAGATTTAGATAA +AATAGGTGAAAGAACAATTTGGATAGATTGTGATGTAATACAAGCTGATGGGGGTACTAG +AACTGCTTCAATAACTGGGGCCTTTGTAGCTGTAGTAGACGCAATTTATAAATTATATAA +ATCAAAGTCAATAAAGCATATGCCAATAAGAAATTTTGTATCTGCCATAAGTGTAGGTAT +AGTTGATCATAAACATATGATAGATTTATGTTACGAAGAAGATTCAACAGCACAAGTAGA +TATGAATATAATAATGACTAATACAGGAGAGTTTGTAGAAATTCAAGGTACTGGAGAAGA +AAGACCATTTTCTAGAAAAGATTTAAATTCTTTATTAGAATTAGGTGAAAAAGGGAATAA +AGAATTAATAAAGAAACAAAGAGAAGTTCTTGGAGAAATAGCTGATGAAATATTAGGTAT +GGAGTATGGAGATGACGTGGTAATAGCTACTAATAATGCTCATAAATTAGAAGAAATGGG +AGCTATATTAGAGGACTTTGATTATAATATACATTCTTTAAAAGATGTAGACTTAGATGG +AATTGAAATAATAGAAGATGGAAAAACATTTGAGCACAATGCACTTATAAAGGCAAGAGT +GATAGCTAAGAAAACTAATATGATAGCAATATCTGATGATTCGGGTCTAGAAGTAGATGC +GATAGGTAAAAAACCTGGGGTATACTCAGCAAGATTTGCAGGTGAAAATGCTACTGATGC +AGAAAATAGAGAAAAGTTATTAAGAATGATGAAGAGCGTTCCTGCTAGCCAAAGAAGTGC +AAGATTTGTATCTGCAGTAGCAGTTGTATTTCCTGATGGGAAAGAGTTTGTAGTAAGAGG +AACTTGTGAAGGTAATATAGCATTTGAAGAAAAAGGAAGTAATGGTTTTGGATACGATAA +CTTGTTTATAGTTAATAAATATAATAAGACATTTGCTGAAATGCCATCATCAATAAAAAA +TGCTATAAGTCATAGGGCTAATGCTTTAGAGAAAATGAAGAAGGAGTTTTCAAAAAGGGT +AGTGAGATAATGAGGATAGGTATAGTTAGTGATACTCATAGAATGGAAAATTTCATGAAT +AAAGCAATACCGCATTTAAAAGAATGTGATTTAATAATACATGCAGGGGATAATTTTTCG +GATTCGAAGTATATACATAAAATGACAAATACAGACATTATAGCTGTAAAAGGTAACTGT +GATTTTGAAGATGTAGAAGATGAAATAGCTTTTGAAGTAGAAGGAAAAACTATTTTTGTA +TGTCATGGTGATAAATATGGGATTAACTATGGCTTAATAGAAATAGAGGAAAAAGCTAAA +TCTGTATGTGCAGACATAGTTATTTTTGGCCATACTCATATCCCTTTGTGTATTGAAAGG +GATGGAATTTTATATTTGAATCCAGGTAGCATATCACTCCCTAGAGGGGGATCTTCAAGA +AGATTTGTTATTATGGATATACAGGAGAATATAATTAATTTAGAAGAAGTAATACTATAA +TTTAGAAATGAGTCTTCATACTAAATGGAAGGCTTGTAAATACTTGTAAATAAAAAAACT +TATGTGATATAATTAAAGAGTTAAACAATAAGTATAATTTAATTACAAATCATTACATAC +ATTTTAGGAGGATAAAGTTAATGAAAGCAGAATTAATAAAAAAAGAAGGCAATAAAGTAA +CTTTTAATTTAACTGTAGATAACGATAAATTTGAATCAGCAGTTACTAAAGCTTACAATA +AAAATAAAGGTAAATTCAACATACAAGGATTTAGAAAAGGGAAAGCTCCAAGAAAAATAA +TAGAAGCTCAATATGGGAAAGAAGTATTCTACAATGATGCTATAGATATAGTATTACCAG +AGGTTTATCCACAAGCTATAGACCAATTAAATATAGATCCAATAGATAGACCATCATTAG +ATGTTCAAGAAATAAGCAAAGACAATGGGTTAGTTATGGTTGTAGAAGTTGAGGTTAAGC +CAGAGTTTGAATTAGGTGATTACAAAGGAATAGAAATATCTAAAGTTGATAATACTGTAA +GTGAAGAGGAAGTAGAATTAAGACTTCAAGAAATGGTTAATAAAAATGCTAGATTAGTTA +GCGTTGAAGGTAAAGCTATAGAAAGTGGAGATACTGCTGTTATAGATTTCGAAGGATTTG +ACAATGGTGTTGCTTTCGAAGGTGGAAAAGGTGAAAATCATAACTTAGTTATAGGTTCAA +ACTCTTTCATACCAGGATTTGAAGATCAATTAGTAGGTAAAAAAGCTGGAGAAGAAGTTG +AAGTTAATGTTACTTTCCCAGAACAATATCATGCTGAAAACTTAGCTGGAAAGCCAGTTG +TATTCAATGTAAAGATAAATGATGTAAAAGTTAAAGAATTACCAGCTTTAGACGATGAGT +TTGCTAAAGATACAACTGAATTTGAAACTTTAGCTGAATTAAGAGCTGACGTTAGAGCAA +AGGCAGAAGAAGAAACTAAAAACAGGGCAGAAGCTGAAATGAGAAACTCTATAGTAGAAA +AGGTAGCTGAAAATACAGAAGTTGAAGTACCAAATGCTATGGTAGAGCATCAAATAGATA +ACATGATAATGGAACTTAACTATCAATTACAATACCAAGGATTAAATTTACAGCAATTAT +TAGAAATGACTGGTAGAAGTATAGAAGAGTTAAGAAATGAAAGAAGAGCTGATGCTGAAA +GATTAGTTAAGTCATCATTAGTATTAGAAGCTATAGCTAAAGCTGAAGGTATAGATGCTA +CTGAAGAAGAATTAACTGCAGAATTAGAAAAAATGGCTTCTATGTACAATATGGAAGTTG +AAAAATTAAAAGCTTCTTTAAGAGACGCTGACTTAGAAGATATAAAAGGTCAATTAAAGA +TAAGAAAGACTATAGATTTCTTAGTTGAAAATGCAAATATAGCTTAATTTTATAGCTTAA +TTTTTTACAGTAGCCGTTAGGCTACTGTAAATTATATATAGAATATAGAAGAGATAGAGG +GGGTATAATATATGGCATTAGTACCTACAGTCGTAGAACAGACAGGAAGAGGAGAAAGAG +CCTATGATATATATTCTAGATTATTAAAAGATAGAATAATATTTTTAGGAGATGAAGTAA +ATGATGCTACAGCAGGGCTTGTAGTTGCTCAGCTGTTATTTTTAGAAGCTGAAGACCCAG +ATAAAGATATACATTTATATATAAATTCACCAGGCGGAAGTGTAACAGCAGGTATGGCTA +TTTATGATACTATGCAATACATAAAGCCAGATGTAAGTACAATATGTATAGGATTAGCAG +CTTCAATGGGTGCATTCTTATTAAACGCAGGAGCTGAAGGCAAGAGATTTGCTTTACCAA +ATAGTGAGATAATGATACATCAACCTTTAGGTGGGGCAAAAGGTCAAGCAACTGATATAG +AGATTCATGCTAAATGGATACTAAAAATCAAAGATAAATTAAACAAAATACTTGCTGAAA +GAACAGGTCAGCCATTAGAAAAAGTTCAAATGGATACTGAACGTGATAACTTTATGAGTG +CAGATGAAGCTAAAGAATATGGTCTAATTGATGAAGTGATTACAAAAGCAAAAAGACCGT +AGATGAAAAGAGGTGCTTAATATGTCTAAATACGAAGATAAAAGACAGTTAAAATGTTCA +TTCTGTGGCAAGAGCCAAGATCAAGTAAGAAGATTAATCGCAGGTCCAAATGTATATATT +TGTGATGAATGTGTTGAACTTTGTGATGAGATTATTCAAGAAGAAATAGAAGAAACTATT +GATGAAGATACAACATCTCTACCAAAGCCAAAAGAAATGATGGAAATATTAAATGATTAT +GTAATAGGTCAAGAAAGAGCTAAAAAGGCTTTATCAGTGGCTGTTTACAATCATTATAAA +AGAATATATAGCAAAAAGGCTACTAGCAAAGATGTAGAAATACAAAAGAGTAATATACTT +TTACTAGGTCCAACTGGTTCAGGTAAAACTTTATTAGCTCAGACTTTAGCTAAAACTTTA +AATGTGCCATTTGCAATGGCTGATGCTACATCATTAACAGAAGCAGGATATGTTGGAGAA +GATGTTGAAAATATACTTTTAAAACTTATTCAAGCAGCTGATTTTGATATAGAAAAAGCT +GAAAGAGGTATTATATATATAGATGAGATAGATAAGATAGCTAGAAAATCTGAAAATCCA +TCTATAACTAGAGATGTTAGTGGTGAAGGTGTCCAACAGGCACTTTTAAAAATATTAGAA +GGAACTGTTGCTAATGTTCCACCACAAGGTGGAAGAAAACATCCACATCAAGAATTCTTA +AAAATAGATACTACAAATGTACTATTTATATTAGGTGGAGCATTTGATGGTATTGAAAAA +ATAATTCAAAGACGTGGAACAGAAAAAACTCTAGGATTTGGAGCTAAGATTGAAAGTAAG +AAAGAAGTAGACTTAGGTAAAGTATACTCTAAGGTTCTTCCAGAAGATTTATTAAAGTTT +GGTATAATACCAGAATTTATAGGAAGAATACCAGTTGTAGCAACGCTTGATTTATTAGAT +GAAGATGCTTTAATGAGTATATTACAAAAGCCTAAGAATGCACTTGTAAAACAATATAAG +AAATTACTAGAATTAGATGATGTTGAACTAGAATTCGAAGATGATGCTCTTCGTGCTATA +GCTAAAAAAGCTATAGAAAGAAATACAGGAGCAAGGGGTCTAAGAAGTATAGTTGAAAGT +GTTATGATGGAAAGCATGTATGAAGTTCCATCTAGAACTGACATTAAAAAAGTATTAGTA +ACTAAAGAATCAGTAGAAGGAAAATCAAATCCTATTATGATACCTAAAGATCAAGAAGAA +AGTGCATAATTAGTAAGAAGGAGCTTTTAAAGCTCCTTTTTGAATTGAAAAGATTATATG +CAGAAATATCTAACTAAAAGATTCGCAAACAAGTTGCTCAAAATGATTTTTTAATTTAAA +ATAAATAATGTTTTAAATTAAAGCTTTTAGGTAAAATAATATAGTATATTAATGTGTTAT +AATTAAATAAGGAGATATTTAATTAATATTCATACAAATAGTATTAATATTATATTATTA +CATAATAATAAAATAAAGTTAAAATATTCATTAGCAAAAGTATTAATATTGAAAATTCGG +TTTTGTAAATATATAATATAAAAAGCAACAAAATACAGCACTTTAAGGAGTGATAATAGT +GGAAGAGAATTATACTAAGATAGATCGTGAATTACCGTTAATTCCTCTTAGAGGATTAGC +AATCTTTCCATATATGATATTAAATTTTGATGTGGGTAGAGAAATATCTTTAAAAGCATT +AGACGAGGCAATGTTAGGAGATGAGTTAGTATTCTTAACATCTCAGAAAGAAGCTGAGAC +AGATGAACCTACAGAAGACGATTTTTATCATGTTGGGACTATATGTAAAGTAAAGCAAAT +GATAAAGTTACCTGGGGATACAGTTCGTGTATTAGTCGAAGGTATATCAAGAGGTAGAGT +AAAGGAGATAGATCAAGAATCAGGATTCTTTAAAGCTACCATAGAAGAAATTGTTTATGA +TCATGAAAATGCAGAAAATGATAAAGAAGTAGAAGCACTTGTAAGAAATGTATTTGATGC +ATTTGAAGAGTACATAAATATTGGAAATAGAGTATCACCAGAAATACTAATATCTTTATC +TGAAACAGAAAATGTAGATAGATTTATAGATACAGTAGCTTCAAATGTATATTTAAAAAC +AAATCAAAAACAAGATGTATTAGAAGAATTTGATATTAAGAAAAGATTAGAACTAGTATA +TACAATATTACTAGAAGAGATAGACATATTAAAAATTGAGAAGAAAATAACTCTAAGAGT +AAAAAAACAGATGAACAAAGTTCAAAAAGAGTATTATCTTAAAGAACAACTAAGAGCTAT +ACAAAAGGAATTAGGCGAAGAAGAAGATATAAATTCTGAAGCTGATGAATATAGAGAAAA +ATTAAAGAAAATAAAAGCTCCAAAGGAGACAAAAGAAAAAATAGCTAAAGAAATAGATAA +GTTCTCAAAAATATCTCCAATGTCTCCAGACTTATCTGTAAGTAGAGGATATTTAGATAC +AGTGTTCTCTTTACCTTGGAATAAAGAAACTAGAGACAAGTTAGATATAGTTAAGGCTAA +GGAAATATTAGATAAAGATCACTATGGTCTGGAAAAAGTTAAAGAAAGAATATTAGAGTA +CTTAGCGATAAGAAAATTGTCCAAGTCAATGAAGGGGCCTATAATCTGCTTAGTAGGACC +TCCAGGTGTAGGGAAAACTTCTATAGCAAAATCTATATCAGAAGCATTAGGTAGAAATTT +TGTAAGGATATCTTTAGGTGGAGTTAGAGATGAAGCTGAAATAAGAGGTCATAGAAGAAC +TTACGTTGGATCTATACCAGGTAGAATAATAAATGGATTAAAAGAAGCTCAAACTAAAAA +TCCAGTATTCTTATTAGATGAAATAGACAAAATGGCATCTGACTATAAAGGTGATCCTGC +ATCAGCTATGTTAGAAGTGTTAGATCCAGAACAAAATAAAACTTTTGTAGATCACTATTT +AGAAATACCTTTTGACTTATCAAAAATATTATTTGTAACTACTGCAAATAGTTTAAGTAC +AATACCAGGACCTTTATTAGATAGAATGGAAATAATAGAAGTATCTGGATATATAGAAGA +AGAAAAGTTAAAAATAGCAGAAAGATATTTACTTCCAAAACAAATAAAAGAACATGCTTT +AAAAGAAGATTTTGTAAAAATGGACGAATCTACAATAAGAGATGTGATAAATTATTATAC +AAGAGAAGCTGGAGTTAGAACTCTAGAAAGAACTTTAGGAAAAGTATGCAGAAAAGTAGC +TAAAAAATATGTTGAAAATCCAGAATTAGAAGTTATAGAAGTAAATCAAAATAATCTAGA +AGATTATTTAGGAAAAGATAAATATAGATATGACCTTGCAGGTACTAAGCCAGAAGTGGG +ACTAGTTACAGGGTTAGCATGGACTTCAGTAGGAGGAGTTACACTTACAGTTGAAGTTAA +TGTTCTTCCAGGTAAAGGACAAGTTGTTCTTACTGGTAAATTAGGTGATGTGATGAAAGA +ATCTGCACAAGCAGCTATATCTTATATTAGATCTATAGCAGATAAATTTGATATAGATCC +AGATTTTTACCAAAAGAAAGATATACATATCCACTTGCCAGAAGGTGCAACTCCAAAAGA +TGGACCATCAGCTGGTATAACTATGGCACTTGCAGTAATATCTGCTTTAACTAAGATACC +AGTTAGAAATGATGTTGCAATGACGGGTGAAATAACTCTTAGAGGTAGAGTTTTAGCTGT +AGGTGGGGTAAGAGAAAAATTATTAGCTGCCCATAGAGCTGGTATTAAAAAGGTATTATT +ACCTAAAGAGTGTGAAGCTGATTTAGATGAAATACCTGAAAATATAAAAGAACAGATGGA +ATTTGTTCTTGTTGAAAACATGGACCAAGTATTAGATGAGGCATTAGTAAGGAATGGTGA +CAAATAATGAAAATTAGAAGCTCAGAAATGGTTGTGAGTGCAGTAAATAGAAATCAATAT +CCAGCTGAAGGAATACCAGAGATAGCATTAGTAGGAAGATCAAATGTAGGTAAATCTTCT +ACCATAAACACTTTATTAAATAGAAGAAACTTTGCTAGAACAAGCCAGACTCCAGGTAAG +ACTAGAACTATAAACTTCTTCCTTATAAACAATGAATTTTACTTTGTAGACCTTCCAGGG +TATGGATATGCTAAGATTGCAAAATCAGAAAAAGAAAAATGGGGCACAATAATGGAAAGA +TATTTACAAGATAGAGAAGAGCTTTGTGCGATATTTTTACTTGTAGATATTAGACATGAA +CCTACTAATGATGATGTAATGATGTATGAATGGATAAAGCACTTTGGATATAACTGTGTA +GTAATAGCAACAAAAGCAGACAAGATATCTAGAGGACAATATCAAAAACATATGAGTATA +ATACGAAAAAAATTACAGTTGGATAAGGATGAAAAAATAATACCTATATCTTCACTAAAG +AAAACTGGTGTAGAAGATGTATGGAATGAAATTGTAAATCAATATAATCAAGCTGGTTAT +GAAATAACAATTGATTGATTATATAATGTTATAATTTTAGAGGTTAAGACTAGACTGAAT +TCTAGTTTTAACCTTTTTTATATGCTTAAAATATTTCCTTGATCGTAACTCAAGCGAAGC +AAATTTTTTTCTATTGTTTGTAATATTTTAATATTGAATATCAAAAACACACTATGAAGC +TTTGAAAATAAAAATATTTAAATTGAAAATGTCAGAAAATTAAAATAAAATGTATATAAT +CTGTTTAACTTTTGTTATATATGTGGTAAAATGTCTAAACATAGAAATAATTTTAGTAAA +TAATATAAATTTATAAATAAGGAGAAGGATATGAGCAATAATAATCAAACATTAAGAAAA +ACTATTGGACTTAGTGCTGCTCTTTCTACTGTAGTTGGAATATTAATAGGATCGGGAGTA +TTTTTTAAACCACAGGCTATATATACAGCTACTAATGGAGGACCAGGATTAGGTATATTA +GCATGGGTAATTGGTGGAATCATGACAATCGCTGCAGGTTTAACTGCATCTGAAATATCA +GCAAGTGTAACTAAACCAGGTGGAATGATGGTATATATGGAAGAAATCTATGGAGAAAAA +ATAGGATTTTTAACTGGTTGGGTACAAGGTATGTTATTCATACCTGCAATAGCGGGAGCA +TTAGGAATAATATTTGCTCAAGAGGCCGCTTCTTTACTAGGAATGCAAAATAAAACTTTT +GTAATAGTTATAGCTATATCAGTAATAGTATTTTTAGCATTACTTAACTCATTAGGAGCG +AAGTTTGGTGGAGGAATACAAACAGCATCAACTATATGCAAGTTAGTTCCATTAGCGGTT +ATTATAATATTTGGCTTTATGAGGGGTGATTCTACATCTGAAATTATGACTCCCATGGTA +GGGGAAGGAATAAGCATGGTATCAGCTATATCTCAAGTTCTTTTAGCTACTTTATTTGCA +TATGATGGATGGATATTTGTTGGTGCATTAGCAGGAGAAATGAAAAATCCATCGAAGCAT +TTACCGATAGCTATAGTTGGTGGGATATCTGTTGTCATGGCAGTATACTTATTAATAAAT +GTAGCTTATCTATTCGTAGTACCAGCATCAGAGCTTGCTATGTCGAATGCACCAGCTACT +TTAGTTGCAAATAAGTTATTTGGAAGTATGGGAGCTAAAGTCATAAGTGTAGGAATATTA +ATATCAGTATTTGGTACTTTAAATGGATTTATATTAACAGGAGGAAGAGTACCTTATACA +ATGGCTTGTGAAGGTAAAATACCTTTTTCAAATGTATTTTCAAGATTAAATAATAATGGA +GTTCCTATAAATGGAACTTGGTTAGTTGTTGGATTATCTGTGTTATATTCTTTAACAGGA +CAATTTAACTTACTATCTGACTTAGCTATGTTTACAATATGGATATTCTATACAATGTTA +TTTATAGGAGTTGTGAAGCTTAGAAAAACTAGACCAGATATGGATAGACCATACAAGGTA +CCTTTATATCCGATAATCCCTATAGTAGCTACACTAGGAGGTATATTCATTGTAATAAGT +ACTATTATGAGTCAAACGAAAAATGCTTTACTAGGAATAATAATAACTTTAGTAGGTTTA +CCTGTATATTCACTTACAGTTAAGAATAAAAAAGATCAAGATAAAACAGCTTAAATAAAA +TAGAAATAGATACCCTCTATGTTTCAGAAAAGATATATTTTATATGTGTTTGTTAATTCT +TATATAGTAACAAAACATGTATAAAAATAATATCTTAAAGTAATAGAAATCTTAGGGGGT +ATTTATATGTCAGGAAAAGTTAGAAAAATATTTCCGGGAGGAAATACATCAAATGGTTCA +AAACCATTATTTGAGTATGTAATACCTGAAAATGTAAATAGAATTTTTTGTTTAAAAGGT +GGTCCAGGTGTAGGTAAATCATCAATGATGAAAAAGATAGCAAAAGAATTTATAGAAAAT +AACTATGATGTTGAACTACATCATTGTCCATCAGATCCAAGTTCACTAGATGCAATTGTC +ATAAAAAAACTAGGTGTTGTTTTTTTAGATGGAACTGCACCACATATTGTGGATCCTAAA +AATCCAGGGGCTATCGATGAAATAATAAATTTAGGTGAATATTGGAATGAAGAGGAGTTA +GAAAAAAATAAAAAAGAAATAATAGAGTGTAATAAAGAAATAAGTAGTTACTTTAGTAGA +TGTTATAAGTTCTTAAAGTCTGCAGAGTCTATATATTATGATATAGAAGAAAAATATAAA +GATTGTATGGATTTTGGAAAGGTAAATAAACTTACCGAAAATTTTATAGAAAATATTTTT +AAAGATATAGAAAATAAAGGAGAATATAAAAGACCAAGACATTTATTTGGAACAGCTATA +ACACCAATTGGCCATATAGATTATGCGGATAGTCTTTTAAGTGAAGCTGATAGAGTGTAT +TATTTGAATGGAGAAATTGGCTGTGGAAGGACTACTTTTTTAAGAAAAGTATACGAGAAA +GCAGTAGAAAAAGGAATGAAGGTTGAAGTCTATCATTATCCATTAATACCGGATAAGATA +GAAACTATATTGATAAATGATTTAAAAATAGGTATAACTACAAGCAATATATATAAGGAC +AAAGAAGCTATTGACCTAACTGAATTTTTAGATAAAGATAAATTATTAAAGTATGAAGAT +GACATAGATTTTGATAAGCATATATTTGATGAATTAATAAATTATGCTATATCTAATTTA +AAGAGGGCTAAATCTAAACATGATATAGTTGAGTCATACTATGTGCCTAATATGTATTTT +GATGAAATAAATAAGTTAAAAGACGAGTTAATACAAAAAATTTTAAAATACAAAAATGAA +TAAATATATAAAATAAGTACTATGTAAAAATAAGTGGTTTATTAATTGTTTTTTACAAAG +TGCTTATTTTTATTATTTGAAAATAGAAGAAAAGATTAATGGATATTTTAATGAGGTTAA +AATAAAATAGAATGTATAAGATATAAAATATAATAATTGAAATAAAATTTATTTTTAATA +TAAAAAATAATTTATAGGGAGTTAGGTTGTATGAAAAAAAAATATGTGTTGATAATACTA +GCGAGTATTGTTTTAGGCGTACTAATTGGAAGTATGATAAAGGACTTAGAATCAATGGAA +GGATTATATACAAGTAAGGATGATATAGCTAAAAAAGAAATAAAAATGACGAATAAGTCT +ATAAAGAAACTCCAAAATGAAAAGAAAGATTTAGATAAAGAGATAAATATTTTAAGAGAA +AAATACACTGACATAGATGAGATTAAAAAGATGGATGATATGAAAGAAGTATTATCTTAT +ACTGACATAAAAGGAAAAGGGATAACCATAATAATAGATGCATTAAATGAAGACATAGGG +AATATTGCAAATACAGTAGACTATAATAAAATACTTATAAATTTAGTTAATGAATTAAAA +ATTAATGGTGGTAAATTTATAAGTATAAATGGACAAAGAATAAACCAATATTCAGCAATT +ATTCTGGCGGGAAGTCATATAAATGTAAATTCTATTCCTATAGCACAACCTTATGAAATT +AAAGTCATAGGGGATATCGACGAGTTGTCTTCATATGTAAATGAAGGAAACAATTATATA +GATAATATAATATTAAATTATCCTATGAAAGTAGAGTATAAAGTTGAAGAAAGTATAAAT +ATGCCTAAAATTGAAATACCGAATAAGTTAAGATATATAAGGGAGGGGTAATATATAAGT +CAAGGAGATGGAATATTAAACATTATTCCTGAAAAATTAGCTAGAAAATATAATTTATTT +CCCATGAAAATTGAGGATGATAAATTAGTAGTAGGAATAGAAAATGATGATATTCATGCT +ATGCAAGATTTAAGGTTGGCTACAGGAATGAATGTTGAATTAAAAAAGATAGATGCTGAT +TTAATTAAAATTAAAATGGATGAATGTTATAAAAATCATATAAAATCTGATGAAGAATAC +GCAAAAAAATTATTTAATGATATACTATCGAATGCAGTAAAGGTGAATGCTAGTGATATA +CATATAGAACCTTTCAATGATTTCTTTGTAGTCAGAACAAGAGTTGACGGTGAATTAAGA +GAAGTTTATAGATTTTTAATCGATTTATATCCTGCATTGGCAACTATTATTAAATTAATG +GCTCACATGGATATAACGGAAAAAAGATTACCTCAAGATGGAAGAGTAGATATAGATGTT +GAAGGTAATTTAGTAGATATTAGAGTTTCGACTATACCAACAATATATAGGGAAAAAATC +GTTTTAAGGATCTTAGATAGAAATTCATTTTTAAAGACAAAATCCGACTTAGGATTTTCA +GAGGGTGCAATAGAAAAAATAGATAATATAATTAATAAAAAATCTGGAATTTTATTAGTT +ACTGGGCCTACTGGAAGTGGAAAAACTACTACTGTATATTCCATTTTAAATGAACTACAA +AACATTAGTAAAAATATTATGACGATAGAAGATCCGGTTGAATATAAAATGGACGGAATA +AATCAAATACAGGTAAATTCTAAAATTGGACTAACATTTGAAGAGGGGTTACGTGCTATT +TTGAGACAGGATCCTGATATTATAATAATAGGTGAAATTAGAGATGTAGAAACAGCTAGA +ATAGCTATTAGAGCGGCAATAACTGGACATCTAGTAATAAGTACAATGCATACTAATGAT +TCTATATCATCGATTGCAAGATTAATAGATATGCAGATTCCTAGATATCTAATAAATGCC +TCCATTATAGGTGTTATATCTCAAAGGTTAGTTAAAAAACTTTGCACATATTGTAGCCAT +GATATTATAATAACTGATGATTGTAATAATAAAATTAATACAAAAGTAGCAATTGGATGT +GATAAGTGTAACGAAGGATACTTGGGAAGAACAGCTATATATGAAATTTTAGAATTTAAT +GATGAAGTAAGATCAGCAGTAAGTGAAATGAAAGACTCTGAAGAAATAAAAAATATAGCA +ATAAAAAATGGAATGATAACATTTGAAGATACTTATAAAAAATTATTAGAGGAAAAAGTA +ATAACAATAGAAGAATATTTGATTTCAAATTGTACTCAGATATAAGGAGATATACTCAGT +GAATACATATAAATGTATATTTTATAATGAAGATAACGAGAGGAAGATTCTTAAAGTAAA +CTTAGAATCAGAAGAAGATGTAATTAACTATGCTACTAAAAATAAATTTAAAATTGCATC +TATAAAAAATATTAAGCCATTCTCGTTTAAAAGTACGAAAATAAACTATAAGGAACTTAG +AATCTTATGCAATGAAATGGAGATATTACTTGAATCTGGATGTGAAATTACAAAATTATT +TGAAATGGTTAAACTTAATTTTAATAAAAAGGTAGTTAATGTATTGGAAGAAGTATCTAG +TAATATTCAAAAAGGAAATTCTATCAGTAAATCATTTAAGAAAACAAATAAGTTCTCTTT +ATTTTTCGTTAGCATGGTTAAGGCAGGAGAAATAAGTGGAAATTTAGATATGGTCATGAA +TCGTTTATATGATTATTATGATAAGGAATATAAGTTAAAGTCTAAATTGATATCAATATT +AACCTATCCAATTTTTTTATTGATTTTAGCTATGGCGGCAGCTTTGTTTATGTTCATTTC +TATAATTCCAAACTTTCAAATTATATTTATTAATAATGGAGTGGAACCACCCTCATTTAC +AAGATTTTTAATAAGTATGTCTATATTTATTAGAAATTATTATATGTATATAATATCAAT +TAGTTTATCAATTTCGATAATGATATTATATAAAATAAAAACGAGCAGTAAAGTTAAAGT +TTATATAGAAAAAATTCAATTAAAAATACCATTCATAAAAAATATAACTCAATTAGTAAT +CACAACTAAATTTTCTAGAGCATTCTATATACTAATTAAAAGTGGTATAGAAATAACAGA +AGCTATAGAAATATCATCTCAAGTCATAGATAATGACACTTTATATAATGAAATTTCAAA +CTGTAAAAAACATATTAAAAATGGAAATACCATAAGTCAATCTCTAAGCCTAGTTGAAAA +TTTTCCTAGTTTGTTTATAACAATGATAACAATAGGTGAAGAAAGTGGAAGTTTAGATAA +AACTTTAAGTTCAATAACTAAATTTTATGAGCAAGAATTAGAAAATAAAATAGAACAGGG +TATGAAAATTATAGAGCCTGTAATAATTATTATGGTAGCAGCGGTTATAGGAGTTTTAAT +CATAGGAATGTTACTGCCTATGTTTGATACAATTTCAACAATATAAATTTATAAAAATAG +GAGGAAATAGAAATATGTATTTTAAGAGATTTAAAATGAAAAAAAGAAAAGGATTTACTT +TAGTAGAAATGGTGATAGTTGTAGTTATATTAGGGATATTATCTAGCATGGCCTTAATGA +AATACAATAATGTACAAGAAAATGCAAAAAAGAAAGCAGACTATGCAACTGCATCAACTA +TTGCAACAGCAACAATCGTGGCAATGAACGATGGACAAATTAGTGGAGATCAAGTAAAGG +TAAGTGAATTAGTAAGTAAGGGATACTTACAATCAGATGTAAAGTGCAATTCGACAGGAA +AAGGTTTTGATATAACTATAAATGGTGATAGTGTTAGTATATCATCAAATAATGAACCTT +ATTATCCTAAACCTGAAGAATCGAGTGCACAATAATAAATTAATATTAAGGAGTGGTATT +ATTAAAAGAATTATAAATATAGAAATAAATAAATCCTATGCAAGGATAGTTTTTCTAAGG +CAGAGTATGAAAAATATTTATATAGATGATGAAATACATCAAGATATAAGTCTAAATATT +AGTAGTAAAATTATAGGAACTACAAATCAGTATTATATAAATGATATTGAAAAAGAAAGA +TATGTAGAAAATGTAACTAAAATAATAGAATCTAAAATAAGAAAAACAAAAAAGTTAACA +TCAAAATATAAATCAATATTTTATAATATACAAACAGAAGATGTAATTATAAGGATGATT +GATAACATAAATATTAGTAATAAATCAGATATACTAGGCTTAATAAAATTTAACATAAAT +CAGTATATGCATATAAATATTGATGACTATGTAATTGAATATAAAATAATAAATCAAATA +AATAAAATAGCAAAGATACAAGTAATACTATTTCCAAAATACTTAATAGACCTATGTAAA +AGCATATCAAAAAATCTTAGAATAAAATCACAAATAATAAATGTAAACTATGATATTTTA +CAAAAATTAATAGAACTAAATATAATAACTAATTTACAATCAAATTTATTATTTATAGAA +AATAGAAGCAAAGAGATAATATTTAATAAAGTTATAGATAAAAAAATATGTGAATCATAT +GTATTATCTAAAGGTGAGCAATGCATAAATTATATAAATAACTTAGATCATAACATAGAT +CAGATTTACTACTATGGCCTTGAAGATAAAATGATAAATAATGAAATTGATTCTTTTTCT +TCATTGAATATATCACCTTTAACTCTAGAAAATAATAAAAAATCTATAATAATATCTGAG +AAACTAAGTCAAGATTTTAAGCAATATATAAATACTATAGGTATGATTATATAGCTAAAT +AAAAGAGGGTATTTTATGAAAAAGTATAAAACGATAGATTTTATTAAGCTATATACTCCG +AATAGAAAAAATGTCAAGATAGTATATATTCTTGTGGCTTTGATTATGGTAATTGGAGTT +TATAAAGTTAATATGAATCAAAAGAGAAATACGAAGATTTATAATGAAGAAACAGTTTTA +GATGAAAATATTGATATTACTGAGAGTGATGAAGAAAGTATATATATAAATTTTGATAAT +ATAAAAGTAGCTTTTAATTTAATAGGAGAAGAAAATATAAATCGGATATTAGTAGACAAC +TCTGGTATAGAAATTGAGGGTGAATGTAATAATTTAGATATATTAGAACAATTAAGAAAT +AAGTCAAACTCTAGTTATTTTTCTATAAATAGTCTATTAAAACAAGATAATAAATATATT +TTCAATTTAAAATATAATACAGGAGAATAAAATTGAAAAGAAAATTCAGTAATAGAGAAA +AATTCTTAGGATTAATTCTTTTAAGTTTAATTTTTATTTGTACAATACAATTAATAGATA +CAAATAAAGAAAATGAAGAACAAGGCAGTTTAGAAGTGAAAGAAAAAATAAAAATAGATA +AAGTAAATTTTTCTAATAATGAAAAAGATATAATTCTACAAATTGAAAATGAAATAAAAA +ATATAGTAACCATAAACTATATAAATAAAGACTCATATACAGATGAATATAACAACCAAG +ACACAAATATAGAACTACATATAAGTGGCAAAATTAATGATATACTCAAAATTGAAGGAT +CATTAAAGAATATAGGTTTAGAAAAAAGTGTTAAAAAAATAGAAATTGTAAAAAATACAA +AAAATATTAAAGAAGAAAATAGGGATAAAATAAATGATTATGTAGACTGTATTATGAAGA +TTAAAGTCGCATGATAAATAAGCTTGGATTATTAGGGAGTAATATAATAACTTATAGCAT +AAGATAGCATAAATAGTATTATGATAAATAGTAAATATTGAAGGGATATAAACGAAAAGA +GCAGAAGATTATATTAAAGTACAATATAATTCCAAAACTTAACAAATAGTATATATTGCA +AAATATAAAAGAATTGTAGAATGATTTGAAAAATAATGATATAATATTTAATTGTACTTT +AATTTAGAAATAAAAGGAGTGAAAGTCACCTTGTTAGGTAGAAATGATTTATGTCCATGC +GGAAGTGGTAAAAAATATAAAAAATGTTGTTTAAATAAAGATATTGCATCAGAGAGATCA +AGCAGAAAGATTGGGCTTTCACAAAAGCAATATTACGAGCTATACGCTAAATTACACGAA +TTCTCTAGAAATGAGAAATTCAAGTCTGAATTTGAAAGAGCAAAAGAGACATTCTTCATA +ATGGAAGATGAAGAAATAAATGCTAAATTTGAAAGATTCTTTAATACGTACTTTATACAA +GATCATATAATGGAAAATAAAAAGGTTATGACTGTAGAGTTCTTCGAAGAAAACAAAGAT +AACTTAGATATAGCAGAAAGAGATATACTAAGAAGCTTATTCGAATCATATGTAAGTGTT +TATGAAGTAAAAGAGATAAAAGATGAAAAGGTAATATTAAAAGATTGTCTAAATGATAAA +GAAATTTGTACGGAAGATATAAATCTTTTAAAGGACTTTAAAGTTGGAAGCCCTATGATA +GCAAGAGTTGTTACTGTAGGAGACACAAATATATTAATAGATATAACAATAAGTATATCT +GAAGCAATAAAAGATATAATTGTAAGCGATATAAAAACTTTATTCAGTCAATATGAAGAC +ATTTATAAAGACATGAAGACATTCTTAATACATCATACTCACATACTATATAAGTATATA +CAACAATTATTAGAGCCAAGTATAGCAGAGTACTTAAAAGCTCAAAGAGAAGAAAAAGCA +ACTAAGGCTCAAGCTGTAGAAGTTTCTGAAGATGATTGTAAAGTAATAACTATGTTAAAA +CAAAATATAGAAGAGGAATTCTTACAAGATGGTATAAACTTCTGGAATGAGTATAAAAAA +GCTCAAGGCGAAGTAAAAGGTGCTGAGAATGGATGGGCAGCTGGTGTAGAATATTATGTT +AAGAAAGAAGCTGGACAAACAATAACTCAAGCTCAAATAGCTAAGAAGTATGAAATAAGC +CCAAGTACATTAGGAAAGAGATATAAAGATCTTAAGGCGTAATAATATTTTAATTTAGAC +TTGTAAATAATAATTTATATATAATAAAATTAGAGGAATTATATTAATATAGTTCCTCTA +ATTTTGTTTTTAAGTGAATTTTATACAAAAGTTTATCTAAAAAATTAGAGGGTATATAAA +ATTATATATAAATTTAGATTTAAATTATAAAAAAAAGGTTTTAATATATAGAAATAATGT +ATAAAATAGAATTATATAATATACAGAAAGAGGTATAAATATGAATCTTAGTTTAGGAAA +TGCAATAGCAGTGTCAACAAATTTTATAAAATCTAATCCAGCGGTACCTGTGTACAATGG +AGAGCAAACTCCAGAAAATTTATATGCAGTTATCTACCATATAGAAATAGGATACAATCA +AGGTGCTTCTCAAGAATTAAAACAATACATAATAATAGATTATAAAGAGTTTGATTTATC +AATAGATTCAAAAAATCAATTAATAGAAGTTGCGAAAGAATATTGTGCAGCAAAAAATAT +AGAGGAAGACAATAATTTAGAAATAGCTCTTTTAGATAACGAAGAAGCAGAAAACTTCCT +AGAAAAAGTATTTAACAACATGAAAGTTATAAGAGGTCTTATAACTAAAAAGGACTAGAT +AATATGAATTTAGTAGGAATTGAAGAAATAACTCCATATAAAGATTCATTTGAATTTAAG +CTTTTTAAGTATGATGATAAAATAGAGTTAGGGAATGATAACTCATTTATATGCGATTTA +AAAGTAATAATAGAGAGAATAGATGAAATTTATAGAGATAAATTTGAACAAAGTTTTAAA +GTTATAGCTTTAATAAAGAATTTAACTATAGAAGAGATACCTATAGATGATATAAAAGAG +TTCATATTAGATGAAGTTTGGATAGAAAATCTAGAAAAAGATAATATAGATGTAATGTTT +ATAAAAGGGGCTGCCTCAAAATAAATGATTTGATGTATTCTTGTTTTGGGCTTATATATA +AATTAAAGAAGCATTTGTATTCGCAGATGATAAATAATTTTATATATAAGTCTTTTGCTA +GTATACATAGTGAATTAATTTTGAGACATTCCCTTTTATGCTGTTGAGTAAAAAAATATA +AAGAGGTGAAAATATGTTAAGAGTATCGAATATAAAAATAAGTATAGATGAGGATCCATC +TATAATAGAAAAACTTGTACTTAAAAAATTAAAAATTAAATCAAGCGATTTAGTTAAGTA +TTATATTTATAAAGAATCTATAGATGCTAGAAAAGGAAAGATAAGCTTTGTTTATACTGT +AGACGTACAAGTAAAAAATGAAGATAAAGTATTAAATAAACATGTAAAAGATGTAGTAAA +GATAAAAGAATTAAAATATGAAGGTGTAGAATCAGGAACAGAAAAACTAGATAAAATACC +TGTGATTATAGGGAGTGGGCCAGCAGGATTATTTGCCGGATTAGTATTAGCTCAAAGGGG +ATATAAACCTTTATTACTAGAAAGAGGTTTAGATGTAGATAAAAGAAGTGAAGATATAGA +TTTATTCTGGAAAGAAAGAAAGTTTAAGAATAATTCGAATGTACAATTTGGAGAAGGTGG +AGCAGGAACTTTCTCTGATGGTAAGTTAACAACAAGAATAAAAGATATTAGATGCAGAAA +AGTATTAGAGGAGCTTGTAAACTTTGGTTCTCCTGAAGAAATATTATACTCTCATAAACC +TCATGTTGGTACTGATATATTAAAAGGAGTAGTTAAAAATATACGTAATGAAATAATTAG +GCTTGGCGGAGAAGTAAGATTTGATTCAAAAGTTACTGACATATGTAGAGTTGATAATGG +TATAGAATCTATAACTATAAATGACAATGAAGTTATAGAAACGAATATAGTTATTTTAGC +TATAGGACATAGTGCTAGAGATACTTATGAAATGTTACATGAAAGAGGCGTTCATATAAT +TCAAAAACCTTTTGCAATAGGTGCAAGAATAGAACACCCTCAAGAATTAATAAATAAATC +TCAGTATAAAGATTTTCATAATCATCCAAGATTAGGCGCTGCAGATTATAGATTAATAGA +GCATACTTCAAATGGAAGAACAGCGTATACTTTCTGCATGTGTCCAGGAGGTAGTGTTAT +AGCATCAGCTTCAAATGAAGGACAGGTTGTAACTAATGGTATGAGTGAGCATGCTAGAGA +TAAGGATAATGCAAATAGTGCATTTTTAGTAAATGTAGTTCCAGGTGATTTTGGAAGTGA +TCATCCATTAGCAGGTATGTATTTCCAAGAAAAATATGAAAGGTTAGCATATGAATTAGG +TGGTCAAAATTACAATGCTCCAGTTCAGTTAGTCGGAGATTTTTTAAATGACAGGATATC +TACTAAAATAGGAAGTGTTAAGCCTTCATATGAACCAGGATATACTTTCGTGGATCTAAG +AGAATGCTTGCCACAATTTGTAACGGAAACAATGAAGGAAGCATTATCTGGTTTTGATAG +AAAAATAAAAGGGTTTGCAATGGATGATGCAGTTTTAACTGGTGTAGAAACAAGGTCTTC +AGCACCTATAAGAATAGTTAGGGATGAGGAAACATTAGAGTCTACAAATACTAGAAATTT +ATATCCATGTGGAGAAGGTGCAGGTTATGCAGGAGGAATAGTTACTGCTGCTGTAGATGG +AATTAAATGTGCTGAAAAAATAATCGGTAAATATTCAAATAGGTAAAAAATTAAGGAAAA +TTATATACAGGAATAATAAAATATTTAACAAAATTTAAACATAAACTTAATATAGATTTA +ATATTTAACATATATTTAACACTAATGTCCTGTTCTATTTGATAAAATACAATAGGACAT +TAGTTTTTAGACAATTATAATTATCCTTAAGGAGGAAACAAAAAAGTGGAGATAGCAATA +AGTCTTATGGGTGGTCTAGGGCTATTCCTATATGGAATGAACCTTATGGGAGAAGCACTA +GAAAAATCAGCAGGAACTAGACTGAAGAAGATCATTGAGCTACTTACAAGTAATATCATA +ATGGGTGTTTTAGTAGGAGCTTTAGTTACAGCAGTTATACAAAGTTCTAGTGCGACAACA +GTTATGGTAGTTGGTTTTGTAAATGCAGGTATAATGACATTGCCTCAAGCTGCAGGAGTT +ATAATGGGTGCTAATATTGGTACAACAATAACTGCTCAGTTAGTATCTTTTGATTTAAAT +GGCCTTGCACCGATAGCATTAGGAATAGGTATAATTCTTTACTTATTTAGTAGTAAACAA +AAGGTAAAACATATAGCTGAAATACTAATAGGTTTTGGTATATTATTTACAGGTATGGAT +TTTATGAAAGAAGCAGTACAACCTTTAGCAGAGTATAAAGGATTTACGGACTTATTATTA +ACATTTGGTACATATCCATTACTAGGCCTTTTATTAGGATTTGGTATAACAGCGATAGTT +CAAAGTTCAAGTGCATCAATGGGTATGTTAGTTGCATTAGCATCACAAGGTTTAATACCT +TTATCTTCAGCACTACCAATATTATATGGACAAAATATAGGTACTTGTGTGACATCCTTA +ATATCAAGTATAGGTACTAATAAGAATGCAAGAAGAGCTGCCATGATACATTTAATATTT +AATGTATTAGGAACAATAGTATTCTTAATATTCTTAAATAAGCCAATAGTCAAAATGGTA +ACAGCAGCGGATCCAGGAAATATTGCAAGACAAATAGCTAATACACATACGTTATTTAAC +ATAATATCAGTTATATTACTGATACCATTAAATAAATTTATAATAAAACTAGCAGTTACA +TTAGTTCCAGATAAGTCTAGCGACGTGGAAGATGATGAAGTTAAAATAGTTAAATATATA +GATGAAAGAATGATAGAAACACCTTCGATTGCATTAGCTAATACAGTAAAAGAAGCTCTA +AGAATGGGTGAGAAATCTAAAGAATCACTAAACTTAGCTATGGAATCAATTTTAAATGAT +AATAAAGGTAATATAGATAAATCTTTAAAAATAGAAAATGAAATTAATATATTACAAAAA +ACAATTTTAAATTATTTATTAAAATTATCAAAGGCACCTTTAAACGAAGAGTCAAGAGAA +GTTGTTGATGCTTTATTTAACACAGTTAACGACGTTGAAAGAATAGGTGATCATGCTGAA +AATATAGCAGAATTATCAGAGGCAGCAATAAACTATGAAGTTGAATTCTCTATTCAAGGT +AAGGATGAATTAAACGATATGTATAATAAAGTTATTTCAACATATACATATGCATTAGAG +TCAATGAGGGCTAATGATGTTGATTTAGCTTGTAAAGTTATCAAAATGGAAGAACAAGTA +GATATAATGGAAAAGTCATGTAGACTTAATCATATGAGAAGATTAAATGAAAATTTATGT +AGCATAGATAGTGGAGTAATTTACCTAGATATAATAACTAACCTAGAAAGAATTTCTGAT +CATGCAGTAAATATTGCACAACAGGTAATAGCTCAACAAGTAGGACATAATTAATAAAAT +TTTAATTGATTCAAAATCAGAATGAAATAAGCCATGAGTACACATAGTATTGTATTTTTA +CTATGCACTCTAGGTTTATTTCATTTTTATTATTAAAAGGAAGAGAAATATTCATTATCG +ATAAAAAATATATATAATAAGTATTAAAAGTAACCTTTTAGTTGGATTTTTTTAGTAAAA +ATCGGTATAGAGTTATGATATAATTTTGATAGACTATTTTAAAGAAAGAGGTAAGTTTAT +GGGAAAAGTAAAGTTTGACTATAGTAAAGCACTGAATTTCTTCAATGAAGAGGAAATTAT +GTCTATGCAACCATATGTTGATGTAGCGCATAAGATGGTTCATGAAAAAACTGGATTAGG +AAATGATTTTTTAGGTTGGGTAGAATTACCTAATGATTATGATAAAGAAGAGTTTGGAAG +AATAAAAGACGCTGCTGAGAAAATAAAATCGGATTCAGATGTATTATTAGTAATTGGTAT +AGGTGGTTCTTATTTAGGGGCAAGAGCTGCTATAGAAATGTGTAGCCATTCTTTTAGAAA +TAATTTATGCAAAGAAGATAGAAAAGCACCGGAAATATATTTCGTAGGACAAAATATAAG +TTCTACATATATGATGGATTTATTAGATGTTATAAAAGATAAAGATGTATCAATAAATGT +TATATCAAAGTCAGGTACTACTACTGAACCTGCAATAGCATTTAGAATATTTAAAGACTT +CTTAGAAAAGAAATATGGAAAAGAAGAAGCTAGTAAAAGAATATATGCAACTACAGATTC +TAAAAAAGGTGCTCTTAAGCAATTAGCAGATGAAGAAGGCTATGAAACATTTGTTATACC +AGATGATGTTGGTGGAAGATTCTCTGTTTTAACACCAGTAGGATTATTACCGATAGCGGC +AGCTGGATTAGACATAGATTCAATGATCAAAGGTGCACAAGAAGCTTGTGAAGATTTCAG +AAGTACAGATTTAAAAGAAAATCAAAGTTATCAATATGCTGTAGTAAGAAATATTTTACA +TAGAAAAGGAAAAGATATAGAACTATTAGTAAATTATGAACCACAATTACATTATGTAAG +TGAGTGGTGGAAGCAGTTATATGGTGAAAGTGAAGGTAAAGATAACAAAGGTATATTCCC +TGCATCTGTAGATTTTTCAACTGATTTACATTCTATGGGTCAATATATACAAGAAGGAAA +GAGAATATTATTTGAAACAGTTATAACTGTTGAAAATGCAGAGAGAAATGTTACTATAGA +AAATGAAGCTATAGACTTAGATGGATTAAATTATCTAGCAGGAAAGACTGTAGATTTTGT +AAATGAAAAAGCATTCCAAGGAACTTTATTAGCTCATACAGATGGACAAGTTCCGAACTT +ATTATTAAGTATGGAAAGATTGGATGAGAATAACTTTGGATATCTTGTTTATTTCTTTGA +AAAAGCTTGTGCAATAAGTGGGTATTTATTAGGTGTAAATCCTTTTAATCAGCCAGGGGT +TGAAGCATACAAAAGAAATATGTTTGCTTTATTAGGAAAACCAGGATTTGAAAAAGAAAG +AGAAGAATTGGAAAAAAGACTTAATAATTAAGGTTTAATTAAGATTGAAATTATATAATG +AAATCATCATAAGATAGAAGTAACTTCTTATGATGGTTTCTTTTTTATTTGATATATAAT +TTTTGTATTAAAAATAAGAAAGTGCAAACAATAAAAAATAGAATATTTCTAAAGTTAATA +ATTAAAAATATGGAGGAGGGATATTATGTCGCGTAAAAGAGGCATAGGATTAGTAGTAAT +TGTAGCTATAATTAGTTCAGTTTTAAGTTCTTTATTAACAGTAGCTGTGGTAAAAAATAA +TATATTAAGTGGAACAGGGACAACAAATTCAAGCTCTGAAATAGTAGTAAATGATAATGG +CAAAAGTCAAAATATATATCATGCAGTAACGGAGAAAGCAATGCCTTCAGTAGTTGGGAT +AACTACTACGACAATAAGTACAAATAATAGATTTGCAATACCAACACAATCAGAAGGGGT +TGGTACAGGTGTTGTAGTAGATGCTAATGGATATATATTAACTAACTCACATGTTGTATC +AGATGGAAAAGCTAATAAGGTTAATGTATTATTTAATGATGGTACAACGACAGAAGGTCA +AGTTTATTGGTATGATGCTCAGTTAGATTTAGCTATAGTAAAAGTGGAAAAAACAGGTTT +AACTCCTGCTGAATTTGGAGATAGTGACAATGTTAGAACTGGAGATATATCCATAGCAAT +AGGTAACCCACTTGGTTTAGATTTACAAAGAAGTGTTACTCAAGGTATTATAAGTGGATT +AGATAGAACAATAGAAACAGAACAAGGTACTATGACAGGTCTTCTTCAAACTGATGCTAG +TATAAACTCTGGTAACAGTGGAGGTCCTTTATTAAATCAAAATGGTCAAGTAATAGGAGT +AAATACAGCGAAGGCTTCTCAAGGAGAAGGATTAGGATTTGCAATTCCTATAAATACAGC +AAAACCTATAGTTGAATCTATAATAAAAACAGGAAAATTTGAAAAAGTAACTTTAGGTAT +AAAAGGTATAGATGCATCAACATATGAAGCTGCAACAAATCAAAAATTAGGTACTGATAA +TGGTGTATATGTGGCAGAAATTTTAGATAATACTGCAGCAAAATCAGCAGGAATAAAGGT +TGGAGATATAATAGTTAAAGTAGGAGATAATAGCTTAACAGGTATGTCAGACTTAACAAA +AGCTTTATATACTTACTCAAAAGGAGATACAACAAAAGTTGTTGTATACAGAGATGGAAA +AGAAGTAACTTTAGATGTTAAATTTTAAATATAAAATAAAGAAAGGTGAAATTGATAATT +CAATTTCACCTTTCTTTATTTTATATTTTTATTTAAACTGTTTCTTTTACAGAATGTTCT +TTTATTTTTGTATTTTCTATTGAGTTGCAAGTAGAACTTGAAGGACAATTAGAGCAAGAA +CTGCAACCACTAGATTTTTTTCTTAACATTTTATATAGTATAAACGCAGCTAATAATACT +ATTACAGCACCTATTAATAACTCTACTACAGATCCATTTGAACCACCTACAAATTTATTT +CCTATAATGCTTACTATAAAAGCAGCAACCCAAGCTAATGCAAACTGATATATTAAAGAT +ATCATCATCATTTTATTTCCATATTCTTTTCTCATAGTTGCAAGAGCTGCTATACAAGGT +GTATAAAGAGCAGAGAATATTAAGAATGAATAAGCACTAACTCCTGTGAATATTGTAGGT +AAAACTGTTTGTAAGTCACCGAAAAGTACTATCAGTGTATTAACAACTATTTCTTTAGCA +CCTAACCCTGTAAGTATAGAAACTGAAATTCTCCAGTCTTTAAATCCTAAAGGTACAAAT +ATAGGAGCTAGTATTTTACCTATTGAAGCTAAGAAACTATCGTCTATATTTTCAGTAAAT +CCAGAGAAGTTAAATGATGAAAGTGCCCATATAACAACAGACATAGCAAACATTATAGTA +ACAACTCTTATTAAAAATCCTTTTGATTTATTCCAAGTATTTTTCATTAATCCACTTATA +GTAGGAACTTTGTACTCAGGAAGCTCTAATATAAATGGTTCAACTTGTGTCTTATAAACT +GTTTTATTTAAAACTAAAGCAACTAATATAGCTACTAATATACCTATTAAGTATAAAGAA +GTCGTAACTAAAGCTTCATTATCTGGGAAAAATATAGATACAAATAAAGCATATATTGGA +AGTTTTGCACCACAAGTCATAAGAGGTGCTATTAAAGCTGTTATTTTTCTATCTTTTTCG +CTTTCTAGTGTTCTGGTTGCCATTATGGCAGGAGAAGAACATCCAAGACCCATTACCATT +GGTATGAAGGCTTTACCTGATAAACCAACCTTACTCATTATTTTATCCATTAAGAATGCT +GTTCTAGACATATATCCACTATCCTCAAATATAGATATTCCTAAGAATAAAGTAAATATC +AGAGGGAAGAATGGTAATGTTCCACTTATTCCTCCTAAAATACCATCTATTATAAGAGAC +CTAAACCATTCGCTTGAGTTAGCCAATAAATTATCCATTGGAGCCATTACATAAGCTTCT +ATAAGTCCTCCTAGTCCTTCTTGAAGAGGTCCACCTACCCAATCAAATGTAAATTTGAAT +AAAAGGAATAGTAAACCTAAAAATACAGGATATGCTAATATAGGGTTTAAGACTATATCA +TCTATTCTATCACTTATACTTTTCTTTTGCTCCATACTTGATTTACTACATTTAGAAAGT +ATATTTTCTAGTTTTTTATAAGTTTCAACTTCACTTCCAAAGTTATTATTATAAATAACT +TTTTTGCCTATTGTATTTTTTATTGTGCTTTCTATAGAATCAAGATTATTTTTCTTTTTT +GCAACTGTAGGAATTACAGTTATATTAAGTTCTTTACTAAGTTTTTCTGTGTCTATATTT +ATACCTCTAGATTTTGCCACATCCATCATATTTAATAAAACTATTATAGGTTTATTAAAT +TGCATAAGCTGAGTCGTTAAATATAAGTTTCTAGTTAAGTTAGCTGCATCAACTACATTA +ACTATTATATCTACATCATCATTTTCTAAATATGATTTGGCTACTTTTTCTTCATTAGAG +AAAGTATCCATTGCATATATACCAGGTAAATCAACTACTTTTATGTCTTTACCTAAAAAT +CCCTCTTTCTTTTCAATAGTAACCCCAGGCCAGTTACCAACATATTGATTCGAACCAGTA +AGTGAGTTAAATATAGTGGTTTTACCGACGTTTGGATTACCAAGTAGTGCTACATTAATC +ATAAGTGATCACCTCTCCTATTTTAGTGAAATGTTTTTTGCATCAGATTTTCTAAGTGCA +AAGTCAAATCCTCTAAATCTTATTATTATTGGGTCACCAAATGGTGCAACCTTTTTTACT +TCTATTTCCGTATTATCTATACAACCTAAAGCAAGTAGTCTTTTAACTAACTTGTCGTTA +CCGTTAATTTTATCAATTAGGCCTTTTTGACCAATTTTTAAATCATAAACAGTCATCATT +TATACCTCCTAATGAAATTCATTATCATTAAAATTGTACCAGTTGAGGTTAGAAAAGTCA +AGAAATGTAGATAACGCATATATATAATTAAAATTATATATATAAATTATCTTTTTGTTA +ATTAAAAGAGTTTTTTAGTATTTTTTGAATTATAATTAAAGTATAAGTTAAAAAGATAAG +AAAATAATATTTGGGGATGAAAGATATGAAAACAAAAAGACTTACATTTTTAAGTCTAAT +GATAGGATATAGTTTAATATTATATATAGTAGAGACATATATTCCAAATCCGTTGATAAT +ATTATTCCCAGGAGCTAAGTTAGGATTAACTAATATTATAACTTTAATTTCTTTAATATT +ATTAGGGGGAAAAGATACGTTTATAATAGTTACAATTAGAGTTATACTATCATCTATATT +TTCAGGACCATTATCTTATTTATTATTTAGCATAGGGGGTGCTTATTTAAGTTTAGTATT +GATGTATATTATTTCTAAGATTGATGGTTTTTCATTAATAGGAGTAAGTATAATAGGTGC +GATCGGTCATAATATAGGACAGTTAATAGTAGCTAGTATAATAGTTGAAAATGCCTTGAC +AATAGGGTACCTTCCGTTTATGCTAACAGCATCTTTAGTTACAGGATTTTTTGTAGGGAT +GGTAACAAAATACTGCATACCATTAACTGGTAAATTATGTAAAATACATTGACAGAGAAT +ATCAAAATTTGATAAAATACACATAAAAATATAAATTAAAAATAGTGGTGATTAATATGG +CGAATAGCGAATTGGAAACACTAAAAACTGAAATAGAAGAATTAAGGCAAGAGATAAATA +CTTATATACAATATCCAGAGATATTTAAAGAAGAATTAATTGAAGCAAGTCAAAAAATAG +ATGTTTTAATTAACAAGTATATATTTTTGAGTAAATAGTCCCACGAAAGTGGGTTTTTTT +ATATCTAAAATTAGAAATATTATTGTTATCATGTTAAGTATAATTAAAAATAAATAGCAA +ATATTAAATAATTAAGATAGGATTTTATTTAACATAAAGGATGATGAATATGTTTGTGAC +TAAGATTATAAATACTATTATTATAGTTATAATTTCATATACACTACTTAAGCTTATACA +CTTCCTTTTGCGTCGATTGTTTGAATTTACAAGATTTGATGTAAGGTATGAAAATACCTT +ATATAGTGTTTTATCATCTGTATCTTATTATATTGTGTTTGTTATATGTATTATTCTAAT +TTTAAGAGAGTTTGGTATTGTAGATGCAACTAAGTTTGGATCATTAGTAACAGGAGCTAG +TATAGTTGGGTTAATAGCAGGTTTTGCATCTCAAAGTATTTTAAAAGATATATTTAATGG +TTTTTTTATATTATTTGAAAAACAAATTCAAGTAGGAGATTTCGTTATTATTAATGAAGA +ATTTAGAGGTACTGTAGAAGAAATTGGGATAAGAAGTACTAGTATAAGGGATTGGGATTT +AAGAAGAATAACACTACCAAATGGAAATATAACTAGCATAAAAAATTATAGTAAAAATAA +AATGAGAGCAGTTATCCATGTTAAAGTATCATATGAAGAAGATCCAATGAAGGTAATATC +AGCATTAGAGGAAGTATGTCAGATAATGAATGAGGAGTATAAAGAATATCTATATGATTC +TAATGAGATGTCTAGATCATTTAAGGTATATGGTATAACAGATATAGAAAAAAGTTCAAT +AGGAGTTCAATATACAATAACTGGAATAGTGAAATCATACAAATATTTTTCTGCACTTAA +AGAAGCTAAGCTTCAAATTTTATTAGTATTTAAGAAGAATAATATTAAAATAGCTTATCC +GAAACATATAAATATTATAAGTTATGAAAATCAAGATCAAGATATAGATTAATTATAATA +TACAGATCTACTAAATATCGGGGGGAGATTCTTATAGGCTTAAGTGAAATTATAATAAAG +TTATTATTAGCATTATTTATTGGTGGGTTAACAGGTTTAGAAAGAGAAAAATCACATCAA +TTTGCAGGATTTAGAACGCATATACTAGTATCTGTAGGTTCTTGTATTACATCTATAACA +GCATTAAGCTTATTTAATGAATACCATGATTATGCGAATATAGACCCTGGAAGATTGCCA +GCACAGGTGTTATCAGGAATAGGATTTTTAGGTGCAGGTGCTATTTTAAAAACCTCTAAT +GGAATCAAGGGATTAACAACAGCAGCAGGAATATGGGCTACTGCGTGTATTGGAATAACA +ATAGGGTATGGCCAGTATATACTTGGAGTGTCTGCATGGATTTTCGTAATGTCCACATTA +TATATTTTAAAAAGAATAGATAAAATTTTTTTTAAAAAAAAGGAAACTATACTTAGTATA +ACCATAAATAATATTGAGGCATTACCAGATGTTTATAATCAACTAGCAAAGACTCAAATT +ATTATAAAAAATATAGACATGGAATCAGGTGGCAATAATATCTGGAATATAAGGTTTTTC +ATCGTATATGATAGAAGATTAATGTTAAGTGAGTTTACTAATGAATTAAAGCAAATTAAT +CATGTAATGTTTATAGATTTTTTATATTAAAAATTATTTGAAGGAGAGATAAATATGGTT +AAGGATAGAAACTCTATAGATTCTATATATAAATGGAATATAGATGAAATGTATAGCAGT +AAAGAATCTTTAGAAAAGGATGTAAAAAAAGTAGAGGATTTAATAAGAAAAGTAAAAGAG +TATAGAGGTAAGTTAGCTACTAATAAAGATGATTTATATCAAGCGCTTAAAATATCTGAA +GATGCATCAAGAATAGTACAAAATTTATATGTATATACTCATATGAAGCAACATGAAGAT +ACAAGAATAAATGAAAATCAAGCTATGGCAACTAAAATAGAAATGCTTTCAACAGAACTA +TCAATGGCAACATCATATATGGTACCAGAGATAATATCTATAGATGAAGAAAAGTTAAAT +GAATATTTAAGCGCGAGTGAATTGAGTTTTTATAAAAAATATATAGATGATATTTTAAGA +GAAAAGCCACATACATTAAGTGAAAAAGAAGAAGAAATATTAGCAGCAGCATCAGATATA +TCAGGTGTAGCTGAAAATGTATATGATATGTTATCTTTTGCAGATTTAGAATTTCCTGAG +ATAGAAGATGAAGATGGAAATAAAGTAAAATTAACTCATTCTAATTTTTCTGTATTTTTA +AAAAGTAAAAATCAAAGCGTAAGAAAATCTGCTTTTGAAGCTTTATACTCTGTATATGAT +AAATATAAAAATACATTTGCATCGACTCTTTATGGTGGAATAAAATCAGAAATATTTTAT +GCAAAAATGAGAAAGCATAAATCTGCATTAGAAGGTTCACTATTTAATGATGATGTAAGT +GTGGATGTTTATAATAATCTTATATTAGCAATAGATGAAAACTTAGATTCACTTAATAAA +TATGTAGATCTTAAGAAAAAGTTTCTTGGATTAGAAACAATACATATGTACGATTTATAC +GTACCATTAACAGAAAAATTTGATATGAAGATTCCTTATGAAAAGGCTCAAGATATAATA +CTAAATGCTTTAAAGCCATTAGGAGAAGAATATTTAGATATAATAAGGAAGGCATTTAAA +GAGGGTTGGATAGATGTTTATGAAAATGAAGGAAAACAAGGAGGGGCATACTCTTGGGGT +AGTTATGACTCACATCCTTATATCCTTATGAACTATCATGATGATTTAAATTCATTGTTT +ACATTAATACATGAATTAGGTCACTCAGTTCATAGTTATTATTCTAGAACTAGCCAAGAG +TATTTATACTCAAGCTATAAAATATTCGTAGCAGAGGTAGCATCTACTTTAAATGAATTA +TTATTAATAAATTACTTATTAGAGAATTCACAATCAAAAGAAGAAACAATTTATTTATTA +AATTACTATTTAGAACAATTTAGAACTACTGTGTATAGACAAACAATGTTTGCAGAATTT +GAAAAACTTACGCATGAAAGAGTAGAAAATAAAGATCCATTAACAGCAAAAGAGTTTACA +GATATATATTATAATTTAAACGAAAAATACTATGGAAAATCTTGTGATGTAGATAAGCAG +ATTGGATTAGAGTGGGCTAGAATACCACATTTCTATTCAAACTTCTATGTATATAAATAT +GCGACAGGATTCTCTGCTGCGAGTGCGTTAAGTCAACAGATATTAACTGAAGGAGAGGCC +GCAGTCCAAAGATATATAGGATTTTTAAAAAGTGGAGGTTCAGACTATCCACTTAATCAA +TTAAGAGCTGCCGGCGTAGATATGGAAAAGAAAGAATCTGTAGATCAAGCATTAAGTGTA +TTTAGTGACTTAGTTGATAAATTAGAAGAAGAATTATAAAGATATAGGGCTGTATCAATA +TTGTATTAATGTTGATATATGCCCTGTTTTATATTTTATAAATAAAGAAAGGGATAAATT +TTATGAGTGAACTATTTGATTTGTTTAAAACCTTTTGTAGAATAGGTGGATTAACCTTTG +GAGGGGGGTATGCTATGCTTCCTATGTTGGAAAAAGAAGTAGTAGAAAATAGAAAGTGGG +CTACAAGTGAGGAGTTATTAGACTATTATGCAGTTGGGCAAACAACACCAGGAATCATAG +CGGTGAATACGGCCACATTTATAGGATATAAAGTTAAGGGGATCATGGGAGCATTATTTG +CAACTATGGGAGTTGTGTTTCCTTCTCTTGTAATAATTATGATTATAGCAACATCCTTAC +AAAGCTTTTCTAAATATGAAGTTGTACAAAATGCATTTTCTGGAATTAGAGTAGTGGTAG +CAGTACTTATACTTAATGCGATTATAAAACTATGGAAAAATTCTGTTATTGATAAAGTAG +GAATAGTTATTTTTGCCTTAACATTCATATGTGGAGCACTATTAAAAATTTCATCTATTT +ATATAGTTATTTCAGCAGCTATATTAGGACTAATAATTACGTATAGGAGAAATAAAGAAT +AATGATTTATTTACAATTATTTTATGAATTTTTTAAAACAGGACTATTTGCAATAGGGGG +AGGATTAGCAACACTACCTTTCTTATATGATATTGCAAGGAATTACCCTTGGTTTAGTGA +ATCAACACTTGCGGATATGTTAGCTATATCTCAATCAACACCAGGTCCTATAGGCATAAA +TATGGCAACTTATGCAGGATTTAATGCAGGTGGAGTAATAGGGTCTATTGTGGCAACTAC +AGCATTAGTAATGCCTTCTTTTATAATAATTATTATAATTGCTCATTTCTTAAATAAATT +TAGAGAAAGTAAGCAAGTTGAAGCTGTATTCTATAGTATAAGACCTGCAGTCACAGGTCT +TATAGCAGTAGCATGGTTTGAAGTAATGAATATATCTATTTTAACTTTAAGTAAATTTAT +GGATACAAAGAATATAGTTAATATATTAGATTATAAAGCTCTAATTTTGTTTATATCAGT +ATTCTTTATGTCTAGAAATTGGAAGAGACATCCTGTTATATTCTTATTAATAGGAGCAGT +TGCGGGAATTTTATTCAAATTATAGTATATTTACATAGTCTTAACAATATTTACTTCTAT +TTAACTAATTCATAATATTTAGTTAACAAAAGATTTGTATTATTGAAATGTAAAGAAAAG +CCAATAATACAAATTATAATATATCGGGGGTAATGAAATGTTTAAGAAAAAAGTATTAGC +ATTATTATCAAGTACAATATTAGTTGCAGGACTAGCTGTAGGATGTGGATCTAATTCAGG +AGTTGATGCTAAAAGTGATAAAGAAACAAAAGTAACAGTATCAGGATCTACTTCAGTAGG +ATCACCAATGGAAAAATTAGCAGAAGCTTTTGAAGGTAAAAATTCAGGTGTTAAAGTTGA +AGTTCAGCAATTAGGTTCTTCAGCAGGAATAAAAAATGCTATAGAAGGTGTATCTGAAAT +AGGAATGTCTTCAAGAGATTTAAAAGATGAAGAGAAAAGCTCGGGATTAAAAGAAACTAT +AATAGCAACTGATGGTATAGCTGTCATAACTAATAAAGCAAATAAGGTTACTGATTTAAC +TTTAGATCAAGTAAAAGATATATATACAGGAAAGATAACAAACTGGAAAGAAGTCGGTGG +AGAAGATGCTCCGATAGTAGTTGTTTCAAGAGAAGATGGTTCAGGAACTAGAGATGGATT +CCAAGAAAAAGTAGGATTTGAATCAGAGGAGTTAATAAAAGATGCTCAAATAAGTGATGG +TTCAGGAAACATAAAATCTACTGTTGAGGGGAATGTAAATGCAATAGGTTACATATCTTT +TGGGTATGTTGATGAAGCTGTGAATGCTGTAAAAGTTGATGGAGTAGAAATAAACCATGA +AACTGTTGCAAACAATGAATATGTAATAGCAAGACCATTTATATTAGTAAATAAAGATGG +TATATCTGATAATGCACAAGCTTTAATTGACTTTATATTAAGCGATGAAGGACAAAGTAT +ATTAGAAGAAAAAGGGTTCATAAGAGTAAAATAATATAGATTTCCACTAAATTAAAAAAG +GGCTATTTTAAGAAGTGCTGATTCTTAAAATAGCTCTTTTTATGTAATGTAAAATGCATG +TTAAAACTATGTAATATTTTTACCTTTAATTAACCTGGATATAATTTAGATTTAACTTTT +CTACTATATTATTAAATTAAAGAAAAACATTTTGAATATAAACATAAGAAACTTATTTTA +AATAGTGAAAAAGTGGGAGGTTGTTTTATGTCAGTTGAATCTCAAGCTGTAGGCATAAAG +AAAAAATACAAAAATAGAAATAATAAAGGTAAATATATAGCGGAAAGTGTAGCAAAGAAT +ATATTTTTTATGAGTGCATTAGTTGCAGTAGTGAGTTTATTACTAATAATAGGATTTGTA +TTTTATAAAGGGTTAACACCATTCATATCCAAAGGATATTCATTTACAGCTTTTTTAACA +GGAGTTGATTGGTTACCTTCATCAGATAAATTTGGAATATTACCAATGATCGTAGCTTCA +TTAATAGCTACAGTAGGATCATTAATTATAGGAGTACCAGTAGGAATTTTAACTGCAGTA +TTTATAGCGGAAATAGCTCCTAAAAAAGTGGCTAAACTAATGTCACCAGCGGTAGAACTT +TTAGCAGGTATACCATCAGTATTATATGGTATATTTGGTTTAGCATTTATAGTTCCAGCT +ATACAAAATATATTTAATCTACCTAAAGGGCAGAGTTTATTAGCAGTAATAATAGTTTTA +TCAATAATGATGTTACCAACAATAATATCTGTATCAGAAACGGCAATAAGAGCAGTACCT +AGAGCGTACAAAGAAGGTTCATTAGCATTAGGTGCTTCAAAAATAGAAACAATATTTAAA +GTTGTTTTACCAGCTGCAAAGTCAGGAATACTAGCAGCAGTAGTATTAGGAATCGGTAGA +GCATTAGGTGAAACAATGGCAGTAATATTAGTAGCAGGTAATTCACCTATGATACCAAGT +TCTTTAATGGATAGTATAAGACCACTTACAACAAATATAGCTCTTGAAATGGGATATGCA +TTTGGAACTCATCAAGAAATGCTATTTGCAACAGGAGTAGTATTATTCTCATTCATATTA +ATTTTAAATCTAATATTAAATAAATTATCTAAGGAGGTAGATTAAGATGAGAAAATTTAA +AGAAAACATACTAAAGTTTTTAATCTATCTATCAGCAATATTTACGGTAGGAACACTAGC +AATAATAGTAGGATATATATTTGCAAAGGGAATTGGTAAGCTTAATTTACATTTTTTAAT +AAGTGATTATTCATCTTCGGGAGATGGTGGTATATTACCGATGATTGTTAGTACGGTATA +TATGGTTGGAGTATCTATAGCAATAGCAACACCAATAGGAATATTAGCAGCAATATATAT +GCAAGAATATGCAAAACAAGGTAAATTAGTAAAAGCAATAAGATTTGCAACAGAAAGTTT +AGCAGGAATACCATCTATAATATATGGGTTATTCGGAGGTATTTTCTTTGTTACAGTATT +AAAGTTAAGTTTCTCTATTTTATCAGGAGCACTAACAGTTGCAATAATAATATTACCTTT +AATAATAAGAACTACAGAAGAAGCTTTAAAAACTGTACCAAAATCATATAGAGAGGCATC +ATTAGCTCTTGGATCAACAAAGTTCCAAACTCTTTATAAAGTAGTGCTTCCAAGTGCAGT +ACCAGGAATATTATCAGGAATAATACTATCAGTAGGTCGTGTTATTGGAGAATCAGCAGC +AATATTTTTAACAGCGGGAACTGTTGCACAAATGCCTTCAGGTATATTTGACAGTGCGAG +AACATTAACTGTACATGCTTATCTTTTAACTAAAGAATCTGGAGATATTCAAACAGCTGC +AGCTTTAGGTATAGTATTGATATTTATAGTATTAACTTTAAATACAATAGCAAAAGTAAT +AGCAAAGAAATTAAATAAAGCAAACTACTAAAATTTATATAAATTCAATATGAACTCATT +AAAAGTGATAATTTAAATAATATGTCTAAGAGGTGAAGATATGAGTATAATCGATTCAAC +AAAATTAAATGTAAAAGATTTAGAACTATTTTATGGAGACAATAAAGCATTAAAAGGTAT +AAATATGAATATAAAGTCTAATAGAGTAACAGCTCTTATAGGACCTTCTGGATGTGGAAA +ATCAACATTCTTAAGAACGCTAAATAGAATGAATGATTTAATAGATAATGTAACAATAAA +AGGTTTAGTAGAAGTAGATGGCGAAGATATATATAAATCTGATGATGTTATAAAACTAAG +AACTAAGGTAGGAATGGTATTTCAAAAACCAAATCCATTTCCTATGAGTATATATGATAA +CGTAGCTTATGGCCCTAGAACACATGGGATAAAAGATAAAAAAGAGCTAGATAAAATCGT +AGAAGAAAGTTTAAAAGGAGCTGCAATTTGGGATGAAGTTAAGGACAGGCTTAAGTCTTC +AGCTCTTGGATTATCAGGTGGGCAACAACAACGTATATGTATAGCAAGAGCTATAGCCAT +GAAACCTGAAGTTATACTTATGGATGAGCCAACATCCGCATTAGACCCAATATCTACATT +AAAGGTAGAAGAGCTTATTGAAAATTTAAAAAAACAATATACAATTATAATTGTAACTCA +TAATATGCAACAAGCTGCTCGTATTTCTGATGACACAGGATTTTTCCTAAATGGAGAATT +AGTAGAGTTTAATGAAACAAAGACTATCTTTACTAATCCATTTGATAAACGTACAGAGGA +CTATATCACTGGAAGATTCGGATAAAAGTAAGGGGTTAAAAATTTATAAAGGAGAACGGG +TATGATTGTAACAAAATTAGAATTTAATATAAACACTCTTAAGGAGTATGCAGTTAGAAT +GGTTGAAAAATGTGAAGAGGCTGTTTCTCTATCTGTTAATAGTTTAGTAGATCAGGATTT +AGATTGTGCGAAAAAGGTTATAAAACTTGATGAAGATATAGATACACTAAGAGAATATAT +AAGAGACAGAAGCATAGAATTAATGGTACTAAAGCAACCAATGGCTAGAGACTTAAGGGA +AATATATGCTTTAAGCAATATAGCTATAGAGTTAGAGCGAATAGGGGACTATGCTGAAAA +TATAGCTGAAGAAACATTAGCTATAGGTAATGAAGAGCATATAATAAATTTGGATGAAAT +CTTAAAAATGTCTAATGTATGCTTAAGCATGCTTAGCGATATTAAAAAATCTCTAATTGA +GTGTGATGAAAAGTTAGCTTATGATATCGCTACGAGAGATGATGTCATAGATAAAGCATA +TGAAGAATCAAGAAAAAAATATATAAGTAAAATGTGCGAAAGCTCTAATCATGTAGATCA +AGGTACTAGATTTTTATTTGTAGGAAGATATCTTGAAAGAATTGGAGATCATATAACAAA +CATATGTGAAAAAATTATATATGTTGCAAATGGAAAAATGATAGAAATTCAGTAAGTGTG +ATGATGAAAGCTCAGACTGAAATATAAAAATACCAGATAAGCAGCTGGGAAAATGCTGCA +AATGTCTGGTATTTTTATATTTAGCCCTATGCTTTTTTATTATCACACCTACTAAATTGT +TCTAGGCTAATGATAAAAAATTAAAAATTTAAGTGAAAATAAGAAATAGAGTAAAGTAAA +AAAATATTTTACAGAAAATTAAAAAAATTATTAAGGAATTAGGTATTAAGTATTGGAAAA +TCTTTATCTAAAGTATACAATATAAAAGAGTTAGAAAATAAAACAATTAGGGGTGTAGGG +AATGAGTATACAATTAAAAAAAAATTTAGAACAAACAGTAGAAAAGTCAATAGATGAAAT +TACTGCTACTCAGTGCATAAATAATATAATAAGTGATGTTAAACATAGAAATAAAGGTGA +TGAAGAATTTCACCAAGCTGTTGAAGAGGTTTTACATTCTTTAGAGCCAGTACTAGTTAA +ACATCCAGAATATATAAAAGAGAGCGTGTTAGAAAGGCTAGTAGAGCCAGAAAGACAAAT +AATATTCAGAGTTCCTTGGATTGATGATAAAGGTGATGTTCAAGTAAATAGAGGATTTAG +AGTACAATTTAATAGTTCAATTGGACCATATAAAGGAGGACTTAGATTCCATCCATCAGT +TAATTCAAGTATAGTTAAATTTTTAGGATTTGAGCAAATCTTTAAAAATTCATTAACAGG +GCTACCTATAGGAGGAGGAAAAGGGGGATCAGATTTTGATCCTAAGGGGAAATCTGATAG +AGAAATAATGAGATTCTGTCAAAGTTTTATGTCAGAATTATATAGACATATAGGTCCAGA +TGTAGATGTACCAGCTGGCGATATAGGTGTTGGAGGAAGAGAAATAGGATTTTTATTTGG +GCAATATAAGAAACTAAGAAATGCTAATGAACCAGGAGTATTAACTGGTAAAGGGTTACA +TTATGGTGGTTCATTAGTAAGAACAGAAGCTACTGGATATGGTCTTATATATTTTGTTAA +TGAGATGCTAAAGGCACATGGTCATAATTTAGGTGGAAAAAGAGTTGTTATATCAGGATC +TGGAAATGTTGCAATATATGCAGCTCAGAAAGCTCAACAATTAGGTGCACATGTAATTTC +TATGTGTGATTCGAATGGATACATAGTTGATGAGGATGGAATAGATCTAAGTTTAGTTAA +AGAAATAAAAGAATTGGAAAGAAAAAGAATTAAAGAATATGCACAGAGAAAACCTAGTGC +TAAATATTTTGAGGGGCAAAAAGGAATTTGGTCATTAAAGTGTGATATTGCTTTACCTTG +TGCAACTCAAAATGATATAAGTATAGAAGAAGCTAAGTTATTAGTTGAAAATGGTGTGAT +TGCAGTTGGGGAAGGTGCAAATATGCCTTGTACTAACGAAGCTTTAAGTTACTTATTACA +AAATAATATACTAGTTGCTCCAGCAAAGGCTGCTAATGCTGGTGGGGTTGCTACTTCAGC +ATTAGAGATGTCACAAAATAGTATGAGGCTTTCTTGGTCATTTGAAGAAGTAGATGAAAA +ATTAAAAAATATAATGGTAAATATATTTAATGCTTCTAAGGAAGCTGCAAAAGAGTATGG +TTCAGAAGGTAATTATGTTGTTGGTGCTAATATAGCAGGGTTCTTAAAAGTGGCAGATGC +AATGATGAGCCAAGGGATAATATAGTAGTTATGTTTGATTTACAATAACAATAGATTATG +TTAGAATATAGTCGCATAAAACATATATAAATTCATAGAATGATTGAATGGTTCTACCAA +CTGCCGTATCAGTTGATTATATGTTTTCCTTATTGGAATAACTGTATCAATTTTGGTATG +CCAGTTGGTATTTATATGCAAAAATATAAATTCATAGGAGAAATAAATATGGCAGATTAT +ATGAAGACATTTTCAAAAGTAAATTTTTCACCATTGCTTCCGAATAAAGATAATATTTTA +ATTGATGATATTGCTCATGCACTATCGCTTATGTGCAGAGCAAATGGGCATTTTCCAGAA +TTTTATTCAGTTGCACAACATAGTATTTTCTGTTGTGAGGAAGCGATACAAAGGGGATAT +AGTAATAAGATTGCATTAGCATGTTTGTTACATGATGCTAGTGAAGCATATATTGCAGAT +ATAACTAGGCCAGTAAAGAAATATTTAAATAAGTATCTAGAAATAGAGATGTCATTACAA +AATGAGATTTATGAAAAGTATCTTAAAGCTAAATTAACTTATGAAGAACAAAAAATGATA +GATTCAGTTGATAACACTCTACTATATCATGAATTTATTCATTATACAGGAATAGAATTA +GAGGTAGAAAAAAGTGACCTGCTAAGCAAGCCGATTTTTAAATTTGAGGAGTTTGCCTCA +GTAGAAAGTAGATATAAAGAACTATTTTATAAATTAACAAACATTGATAATTAGAAATTT +TACTAATAAAAGCATGTAGAATGGTTACGTGCTTTTATTTTTTTATGAGAAATCTTACTA +AAAAATAGCGTAGAATAAAATGGAATATTGCTTAGTGACTACCATATTTTTTTTTTATAG +ATTATACTATATAGGTGAAAAATATAAATAACCATAGTTATATCAGGAGGTTTTATCATT +GAAGTTTAAGTTGGGCATGAGGAATATCAAAAGTGGTATAGCAGTTATGCTTTGCTGTAT +TTTAGGACAATACGTTATTGAAAATTTATTCTTTGCCGTTGTAGCGTGTGCAATATCAGT +GCAAGGTACAGTGAAGGGATCTGTAAAAGCAGGCTTAGGTAGAGTAAAAGGAACTATGTT +AGGTGGTTTGATTGGATATTTAACAGTTCTTATTAAGCCAGGAGATCCTATTTTATGTGG +TCTAGGTGTAATGGCAGTTATATATGGATGTACTGCTTTAAAGAGTCCGGGACTTGTAGT +ATCTTTAGTAACATTTTCAGCTATACACTTAGGCAATATAGGAACCATAGATCCAGCATA +TTATGCAATACATAGAGTTATAGATACATCAATGGGAGTAGTTTTTGGAGTAGCAGTAAA +CTGTTTATTTGCAAGACCAGATTATTTTGAGAATACAATGAATGAATTTATAAAGATGGA +AAAGCTATCAAAAGAGTTTATAAAATTAAGGATAATAAACAATGAACATTTTGATATAGA +AAAGTATGGTTTAGCATTTAATAAACTAGAAAGTGTATATTCAAAATTTCTAGACGAATT +AGATTTTACTAAAAATAATGTAAATACGGATCAACTAGAAGAATCAATCGGAGTATGTGA +GCAAATATATTTTCATATGAAGTCGATAGAGCTATTAGAAAAAAAATTATATCTTAATAA +GAAAAACTATAAAATACTTAAGAAATTCTATAAGGGTGAAGACTTTGATTGGGAGATAGA +CGATACCAAAAGTCCAGTCTTTAATTTTCACTTAGAAAAAATAATACAAAAGATAGATCA +ATTAAACTCTTTAAATAATTTCAAATAACAACTCATAAATAAAATGCAGTACCTCTACAA +ATATTAGATATATAAGTCAATTAAAGGAGGTACTGTATGAAACCTATCTGTTTAGAAACT +CAAATTTTAAATAAATATAAGACAAAAATTTTTAGAGAATTAATAAAATTAGTATGGAAT +GAAAATTTAGATAATATAGATGATATCCCCAAAAATATACTGGAAAATGTAAAAAAGGAA +AGTATTCAAGACGTAGATGAGAATACTATCATAAATTTGATAAGAGTAATTTTAGGCCTT +AATCCATTAGAAAGCAATGGGGATACTAGATTAAAAGATATGATTTATGAATCAATGAAT +TTAGATAAAGTAGATATGCCAATAATTTCCATTATAGATGATGCATGTAAGTATTGTGAT +AATACTAAATATGAATGTTTAATTAAGAACAAGCATATAAATTGTAATAAACAAAGTACA +TGCAGTGCTTGTGGGGAATGTATTTCTAAATGTAAGCTAGGAGCCATATCAGATAAAATT +GAATTTATTCCAATTATAAATATATTAAAAAATAAGAAAAATCCAGTATACGTTATTTTA +GCACCTGCATTTACTGGACAATTTGGTGAAGATGTTAGTTCGGGAATATTAAGAGGGGCA +CTTAAGAGCATAGGTTTTAAAGATATGATAGAAGTAGCGCTAGCAGCTGATATTCTTACA +GTAATAGAAGCGTATCATTACTATGACCATATACAAAATAATAATAAGGATTATTTTATA +ACTAGCTGTTGTTGTCCTGTATGGGTAAGCTTAATAAAAAGTAAATTCCCTGAAATTGCA +AGTAATATATCTTCTTCTGTATCACCTATGATTGCATGTGGAAGAATAATTAAAAGTTTA +AATCCGGCTGCGAAAGTTGTGTTTATAGGTCCTTGCATTGCGAAAAAGAAGGAAGCTATA +TCTGAAGGCTTAAAAGGAGCAGTAGATTTCGTGCTTACATTCCAAGAATTAGATGAAATA +TTTAAAGCTCTGGATGTAGATTTATTACATATAAAGGAAGACAATAGGTTAGAGTCCTCT +TACTGTGGGAGAATATATGCAAAATCAGGAGGTGTTAGTAAATCAATAGAAGTGGCTTTA +AAAGAAATTGATGAATACATAAAGTTTAATCCTATATCATTTCAAGGGTCTAAAGAGTGT +ATTAAAGGACTTGAAAAATTAATTAATAAAGAAATTGATGCAACTTTTATAGAAGGGATG +GGTTGCAAAGGTGGATGTATCGGGGGTCCTAAAAAATTAATATCATTAGAAAAAGGCATT +AAATATATGGACAAACATTTACAAGAATCAGAATTAAAAACTCCATTTGATAACTTAAAC +GTTGCACAATTTCTATTAGAAATAGGTATAAAGAAAATAGAGGATTTAGGGGACAAGAAT +CAGGATAAAATACAACAAATTTTTAAGAGGAATATAGAAAAGTAATTAAAATTAATCTTT +ATTAAGAGGAGATTATGATAATGGGGGAAAAGAAAAAAATATTAAAAATATTAATAGGTG +TATTTTTAACATCAATTATAGTATGTATAGGATGGTCTTATAATCAAAGTAGCAAGACAG +CAAAGAAAAATATTACTATTGATAAAAATATAAGCGATGTTATAGAGAATACTTCTAATG +AAATAAGTAAAGAATCAGAAAAAACACCGGGAAAAATAGCATATATAACAATAGATGATG +GTCCTTCAAAATATACAAGTCAAATATTAGACATATTAGATAGTAATAATGTAAAAGGAA +CATTTTTTATGTTAAATAATAATATGATATTACACAAAGAAGAAATTAATAGAATGATAA +AAGAAGGTCATGGTGTTGGATTTCATGGGGTAAGTCATGATATAAAGGAATTGTATAAAA +CAGAAACATCTTCATTAGAAGAATTTGAAACTTGTAATGAAACATTATATGAAATAAGCG +GAAAAACTTCGAAATTAATAAGACTACCATATGGAAGTAAGCCATATACACCACAAGAAA +ATTATGATAGCTTGATTAAAAATGATTACTTGATATGGGACTGGACACTAGATACTCAAG +ATTGGAAGTCATCAACAGACCAAATTGTAAGTAATGTACTATATTACGGAAGAGAAAGAG +AAGAAATAGTAATATTGATGCACGAAAAAGAACAAACTGTAAAAGCATTAAATGATACTA +TAAAAATTTTAAAAGAAAGGGGATATACAATACTTCCTATAACAGAGAATATATCTCCAA +AAAATTTCTGGCTAGGTAATACGAATAGCTAAAATAACTTATATTATTATTAATAATTGA +CAATAATAAAGAAAATTAGATATAATTAATAAATAAAACAATATTGAAAATGCAATGATG +AAGAGGAGTATGTAAATACTACTAACAGAGAAGAAGGCTCATAGGCTGCAAGGTCTTCTA +AGTATAGATTTACAGAAGGTAGCTTTGGAGTTTCTAAGTTGAACTAATAGTAGGCTTAGA +CGGTGAAAATCGTTAAATTTTATTGAGAGCCAAAATGAGCAAAGTGAATTTTAATCAAGG +ATATTACTAGTGAATATGAAGTAGTATCGTTGGTTTTATGAGTAGAGCTAATTTTGGAAT +TAAGGTGGTAACGCGAGCTTTTCGTCCTTAGTATAGGATGAAAGGCTCTTTTTTAATTTA +AAAAGATTAAGACTAATTAAGTAGGAGGAAATATCATGGAAAATACTAATTTATCAAAAA +CGTATAATCCTAAAGACTTTGAATCAAGATTATATTCAGAGTGGGTAGAAAAAGGATACT +TTAAATCTAGCCCAAATCCAAATAAAAAGCCATTTACAATAATGCTTCCACCGCCTAACA +TAACTGGGCAATTACATATGGGACATGCTCTTGACCATACATTACAAGACATACTTATAA +GATGGAAGCGTATGGACGGATATGAAGCTTTATGGCAACCTGGAACTGACCATGCTTCTA +TAGCGACAGAAGTTAAGGTTGTTGAAAGAATCAGAGAGCAAGAAGGAAAAACTAAGTATG +AATTAGGAAGAGAAGAGTTCCTAAACAGAGCTATGGACTGGAGAAATGAATTTGGTAGAA +AAATAGTAGACCAAATGAAACAATTAGGAGACTCTTGTGACTGGGATAGAGAAAGATTTA +CAATGGATGAAGGTTGTAACGAAGCTGTTACTGAGTTCTTTGTAAAGCTTTATGAAAAAG +GTCAAATATACAGAGGAAACAGAATAATAAACTGGTGTCCAGATTGTAAAACAACTTTAT +CTGATGCAGAAGTTGAACATGAAGAGCACGAAGGTAAGTTCTATCACATAAAATATCCTA +TAGCAGGTAGTGATGAATTTTTAGAAATAGCTACAACTAGACCAGAAACAATGCTAGGAG +ATACTGGTATAGCTGTAAATCCAGAAGATGAAAGATATAAGCATTTAGTAGGTAAGCATG +CAATACTTCCATTATTAGGAAGAGAACTTATAATAGTTGCTGATGATTATGTTGATTTAG +AGTTTGGTACTGGTGCAGTTAAGATGACTCCGGCTCATGACCCTAATGACTATGAAGTTG +GTCAAAGACATAACTTAGAGCAAATAAACGTAATGAACGAAGATGGAACAATGAACAAAT +TAGCTGGTAAGTACGAAGGCATGGATAGATATGAGTGTAGAAAACAACTTATAGCTGACT +TAGATGAAGCTGGATACTTAATTGCTATAAAAGACCATAAACACAATGTAGGTTCTTGTT +ATAGATGTCATACAGTAATAGAACCAAGATTATCAGATCAATGGTTCGTTAAGATGGATG +AACTTGCAAAACCTGCAATAGACATACTTAAGAAACAAGAGTTAAAATTCGTTCCAGATA +AATTTGATAAAACTTACTTACAATGGTTAGAAAACATAAGAGATTGGTGTATATCTAGAC +AGTTATGGTGGGGTCATCAAATACCTGCTTACTACTGCCAAGATTGTGGTGAAGTAGTAG +TTGCTAAATCTATGCCAGATGCTTGTAAGTGTGGATGCACTAACTTAAAGCAAGATGAAG +ATGTACTAGACACATGGTTTAGTTCAGCATTATGGCCTTTCTCAACATTAGGGTGGCCAA +ACAATACAGAAGAATTAAACTATTATTATCCAACAAGTGTACTTGTAACTGGATATGATA +TAATATTCTTCTGGGTAGTAAGAATGGCATTTGCAGGAATGTTCTGTATGAATGAAAAAC +CATTTGAGCATGTATTAATACATGGTTTAGTAAGAGACTCTCAAGGTAGAAAAATGAGTA +AGTCTTTAGGAAATGGTATAGATCCATTAGAAGTAATCGACCAATATGGTGCTGATGCTC +TAAGATTCATGTTAGCAACAGGAAATTCCCCAGGAAATGATATGAGATTCTACATGGAAA +GAGTAGAAGCTGCAAGAAACTTTGCAAATAAATTATGGAATGCGTCAAGATTTGTATTCA +TGAATATAGATACAGAAATAATGGAAGGTGTAACTAGAGAATCTGTTGAAGCTAACTTAA +CTTTAGCTGATAAATGGATAATATCAAGAGCAAATAATGTTGTTAAAGAAGTTTCTGACA +ACATGGATAAGTTTGATTTAGGTATAGCGGCTCAAAAGATATATGACTTCGCTTGGTCAG +AATACTGTGACTGGTATATAGAAATAGTTAAACCAAGATTATATAGTGAAGATAAAGAAG +CTAAACAAACTGCTTTATACACATTAACTTACGTATTAGAAAAAATATTAAAATTATTAC +ACCCATATATGCCATTTATAACAGAAGAGATATATACTCATCTTCCAACTGTAGAAGGAA +GTATAGTTATAGCTCAGTGGCCTCATTACACTGAAGCTGATAATATGGCTAAAGAAGAAG +ATATGATGAACTTAACAATGGATGGAATAAGAAATATAAGAAACGTAAGATCAGAAATGA +ACGTTCCACCATCAAAGAAAGCTAAAGTTATAATAGTTCCAACTGAAGAAAAGAAAGAAG +CAATGGAAGCTGGTAAGGATTACTTCGTAACATTATCATCTGCATCTGAAGTTGAAATAG +TAGCTGATGAAACTAATATACCTGAAGACGCTGTAAGTGTTGTTATAGATGGTGTTAAGA +TATTCATACCACTTGATGAGTTAGTTGATTTTGCAAAAGAAATCGAAAGATTAAGTAAAG +AAAAAGCTAAGTTAGAAAGTGAGATTAAGAGAGTTAACGGAAAACTTTCTAATGAAGGAT +TCGTTGCTAAAGCTCCAGAGGCATTAATAAATGCTGAAAAAGCTAAAAAAGAAAAATTCG +AAGAAATGATTAAGTCTGTAGTAGAAAGACTTGAAAATCTTGAATTAAAAATGAAATAGA +TAATATCCTAGGGTGATGTAACTCGATAGCTCGGGAGTGTATAAAAATAGTCAGTACATG +TAGCTGAAAAAATGCTGCAAATGTACTGACTATTTTTTTATACACTCCCTTTACTAGTAA +ATTACAATTACCTAGGTCATTTATTGGGGGAGTGTGAGAGAGAATAGTCATTACTCTATA +ATATTGTCAGAATCAGCAAATTCATTTTCAACATAGTTGTTTAGGATGTGTATTATTAGG +TTGTCTACTGTCATATGATTTTCTGTAGCTAAAATATCTAATTGGATTTTTAAGTCTTTA +GGTAATTTAGCGCTTATATTATTATTTTCATTAGTCATAGAAAGTCACCTCTTTAAATTT +ATTATATCCAAGATAGTCATAATTAATATTAAAGATGTCTTTGAGAAAATAGTAAAACAT +TTTTTTGAATTTGTAAAACTATTTTCTATTTTTGTGTGAATATATAATAGTGGAAAATAA +ATTTTAAGATTTTAAAGTTATATAAAAAGAGGCGATAATGGTGATTATTCATGAAATTTT +GTTATAATGAGAAATTATAATGACTTAATAATGGAAGATTAATAGCAATGTTACTAGTAT +GTATATCTGTTAATATAAAGAAAAGGTATGAAATAATTTATGTTAAGGGGTGAAGAGTTA +TAGAAAGTTTATTAAAGAAATCAAGTGCAGTAATATTAGTTGGTGGAAAATCGAGTAGGA +TGGGGTATAAAGATAAGTATAATCTAAAGATAGGGCAAAAAAGGTTTATTGATTACATAA +TAGAAGAGCTAAGTTGTTTTGATTATATTGCAATATCTGCAAATAAAAATCAAGACTTAG +CAAGTTTAAAGTATAAAGTAATTATAGATGAAATCGACGAAGTAGGTCCTATTGGTGGAA +TATATACTGCAATGAATAATATTAATAGTGAAATACTATTTTTATGTACCTGTGATGTTC +CAAATATAAGTAGAGAAATAGTATATAAGCTATATAATAATTTTGATTTTAGATATGATT +GCTTAATACCAAGAATAAGAGGAAGAATACATCCATTACTAGGGATATATCAAACAAAAA +TAAAAAATATAGTAAAAGAAAATATCAAAAACTCAGATTATAAAGTAAGAAACTTACTGA +ATAGAGTTAATACAAAATATATAGATTTTGATGAAAAATATGATGAAATATTTAGCAACA +TCAACACTATAGAAGAATATGAAGAATATTGTAAACATAAATGTGTTAAAAAAATATTAC +TGTGAGAGAAAAACTCTAGTAATATTTTTTCTGTATATGAAGAGTTATAATTTGTATTAA +AATATACTATAATTAACTTAGAAATTACAAGATTTTATAAATTAAAAGCAACAAGTTTTA +GCAAATAGATAAATGATTTATTTATTTAAAACTTAACTATCACGAGGGGGAGAAGGAATG +AACTATCAAGAATCATTAAAATATATAGCAGATACACATAAATTTGGAATTAGATTAGGT +TTAGACAGTACAGGAAAATTATTAGAACTTTTAGGTAATCCTCAGGAAAACTTAAAAGTA +GTTCATGTGGCAGGAACAAATGGAAAAGGGTCAGTTTGCTCATTTGTAGCAAATATATTA +AAAGAAGAAGGATATAAAGTAGGATTATATACATCTCCATACTTAGAGACTTTTACAGAA +AGAATAAGAGTAAATGGAGAAAATATACCAGAAGAAGATGTAGCAAGAATAATAACTATA +ATAAAAGATAAGATAGAAATAATGGTTAGCGAAGGTTATTCTGCTCCTACAGAATTTGAA +ATAGTAACGGCTATGGCGTTTTACTATTATAATGAACAAAAAATGGATTATGTAGTATTA +GAAGTTGGATTAGGTGGAAGATTTGATTCAACAAATGTTATAAAAAATCCATTAGTAAGT +GTATTAGTATCTATAAGTTTAGATCATATAGGAGTACTTGGAGATACAATAGGAAAAATA +GCTTATGAGAAAGCTGGAATCATAAAAGACAATGGAGCTGCAATAGTATATAAGCAAGTT +AAAGAAGCTGAAGATGTTATAAAAGAAGTTTGTAATGAAAAAAATGCAAATTATATAGAA +GTAAACTTTAATGATGTAGAGGTTAAGAAATCTGATATTTACTCACAAGTATATGATTGT +ATAGTTATGGGTGAAAAATTTGATAACTTAGAAATAAAATTAATAGGTGATCATCAAATA +AATAACTCAATAGTAGCATTAAACGTAATTAAATACTTAAGAGATAATAAAAATGTTGAA +GTTAGTAACGAATCTATAGAGAAGGGTCTTTTAAATACTAAATGGCCAGGTAGAATAGAA +AAAATAAAAGAAAATCCAATGTTTATCATAGATGGGGCTCATAATGAAGATGGAGCAAAA +TCTTTGGCTAAGGCTTTAGAAAAAAACTTCCCAAATAAAAAATTAACTATGTTAATTGGA +ATGTTAGCAGATAAGGATATAGATAGCGTTTTAGAAATATTAATGCCTAGATTTAATAAG +GTAATAACAACAACTCCAGCCAATGATAGAGCTATAAGTTGTGAAGAATTAAAAAATAAA +ATATCTAAGTATGTTGAAGATGTAACAGCAGTTGAAAATATTGAAGAGGCAGTTAAATAT +ACTTTAGATAATGCAAATGAAGATGATATAATAATTAGTGCAGGCTCTTTATATATGATA +GGAACGGTTAGAACATTAGTAAATGAAAAAGAATTAGTTATACAAAAATAAATTAAGGTC +TATCTAAAATATGAGGCTACCTTAGAGTAAAATTTACTTTAAAGGTAGCCTTATATTTTA +AATAAACTAATTATAGACGAAATCTATAGCTATACAGGCATATATTGTATATTTCTATAT +AACTTTACTTAAAAAAGGTATTTGATATAATTTAACATGGTTTAATAGGATAGTATGTAA +ATAAAAATAAACGGAGGAGTAATAATGAAATTAAACAAAAGACTAAAAGTTTTAGCGATA +GGTATGTTATTCGTATTAACATTAAGTAATATTGTTGGATGCTCATCTAACAATGGAGAA +TCAGGTTATGGTGATATAGATTCAACTAAAACATTAAAGTTAGTTGAAGAAAATGAAAAG +ACATTAGTTATAGATGTCAGAGGTACAGATGCATATGCAGAAGGACATTTAGCTAACGCT +ATAAATATACCATTTGATGAGTTTGAAGATAAAGTAGCTGACTTAGAGGGATATAAAGAT +CAAACTATAATATTAATATGCAATACAGGAAATAAAAGTGGTAAAGCAGCTAAAATGCTA +GTAGAGAAAGGTTTTACTAATGTTTATAACGCAGAAGACGGAATGGATGAATTTGACTAT +AAAACAGTTAAATACAATAATATAACAGGTAGTGAATTTGAAAAATTAGTAGAAGAGAAT +AAAGATGCAGTTATATTAGATGTAAGGGATACTAAAGATTATGATAAGGGACATGTGGAA +AATTCTATAAATATACCAATAGATGAAGTTGAATCAAGAATTAATGAGCTTAAAGACTAT +CAAGATAAAGAAATACTAATCTATTGTTCAGTAGGAAGAAGAAGTGCTCAAGCAGCAGAA +ATTTTAGAAAATAGTGGATATAAAGATGTTTCTAATTCAGTAGATGGAGTAAAAGAATAT +GAATTTAAACTAGTTAAATAAGCTAAATAAAAAAGGGGCTATATAAACTTAATATTTTTA +TATATCTCCTTTATTTTATAATAGAGAGGATTGATTAATATCAGTAAAATAAAAGAAAAT +AAAAGAAAAAATTTAAATAAAACATTTTGGATTACTTTAGGAATTTTAGTAGTACTAACT +TTAACTTATTTATTTATTCCTCAAGTAAATAGTGTAATAAATAAAATGACTTCTTATTTA +GTAGCTCTTGATATGGAAGGTCTAAAAGAATATATTCTATCATTTGGGGTATGGGCCCCT +ATAATATCATTCTTGCTTATGATACTTCAATCAATAGCAGCACCGTTACCAGCTTTTGTT +ATAACCTTTGCAAATGCAGCATTATTCGGATGGGTAAAAGGAGCGATACTATCATGGTCA +AGTGCTATGACAGGAGCAGCATTATGCTTTTATATAGCTAAATTTTTAGGTAGAAGTACT +GTAGAAAATATTACAAGTAAATTTGCACTTGATAGCGTAGATGATTTTTTTGAAAAATAC +GGTAAACATACTATTTTAATAGCGAGATTATTGCCATTTATGTCTTTTGACTTAATAAGT +TATGCGGCAGGTTTAACATCTATGAGTTTTATATCATTCTTTATAGCTACAGGTATAGGC +CAATTACCAGCAACTATAGTTTACTCATATGTTGGTGAAATGCTAACAGGTGGAGCTAAG +TTAATGATGACAGGATTGCTTACATTATTTGCCCTTAGCATACTTATATATGTAATAAAA +ATTGTGTGGAACGAAAAAAATAATAAGAAGTAGATTTTTAAAGGGATGCTTATAAATATT +AACATTTTAAGATATTACATTTATAAAGTGGCGGTGATTACTTATGAATAATACAAATCT +TAATAACAAAACCATAGAAATAGTGAGTGAAAAATACAATGCCTGTGTAAATTGTAAGTT +ATGCTTTGAAGCATGTCCTATGATGAAAGAGTATAGTTCTTCTCCAAAAGAATTAATGGG +TGAGATAATTGAACATAAAAGTGTAGATAAAAATATTCCATATTCTTGTATGTTATGCAG +TGTTTGCAAATCAAAATGTCCGAAAGATATAGATTTAAAAGAAATGTTTTATAATTTACG +AAAAGATGTAATGAATAGTGATTCTAAAAATTTAAAGGGTTTAGGATACAATACAATAAA +GTTCCATCAAATAAATAGCTTTTCACCAATATTTTCAAGGAGTTATATAAATAATAATAC +TAAGAAAATATTCTTACCTGGATGTAGTCTTTCAAGTTATAGTCCGGAGATAGTTATGAA +AACTTATGATTATTTGAAGTCTCACATAGAGAATATTTCATTAGTAATAGAGTGTTGTGG +AAAGCCTACACTAGCTATGGGGGATGAGAAGAAATTTAAAAGTTATTACTCTAAATTAGA +TAATATATTCAGAGAAAATGAAATAGAAGAGGTAATCGTAGCTTGTCCTAATTGTTTCGA +CACAATAAGAAATGGCAGCAAAGATGTTAAGGTAACTTCATTATGGTCAGTAATTAATGA +GTTCAAAATACCTAATGAATTAATAAATAACTATGTTAATATAGAAAAGGAATTTTCTCT +TCATGATCCTTGTCCAATAAGATATGAGGGTAAAATACATGATGATGTAAGAACTATTTT +AAAGGACTTAGGTGTTAAGGTAGTTGAGTTTGATAAAAATAGAGAAAAAAGCGAGTGCTG +CGGAGCAGGCGCTATGGTTAGGGTGACTAATCCTGATATTTCAATAAAGCAGACAAAAAA +AAGAGCCAGTGAGGCTAAAAGTGATACTGTAGTATCTTATTGTCAATCTTGTTGTGAATC +TATGATGTCTGTTGGAAAAAATTCATTACATATATTAGATTTTATATTTAATGAGGATGT +AATAAATAAGAAGAAATTTGCTCAAAATAAGACTTCTGTAATACATAAATGGAAAATGAG +ATACAAGACTGTTCAAAAAGGAAAAATTAATAAATTTTAATGGAGATATTTATTGTGAAA +AAAGATAATCAAAGAATGTTAAAGATAGCTTTAGGTATTTTATTTTTATCTATTGTACTA +GTAGTTATTTATAAAATATATAGTTTAAAGCTGAGCGTAGAAGATATTAAAAATTATGTA +ATAGGATTTGGAAAGATTGGACCATTAGTATATATTATTATGTTTTCATTAGTACCGCTT +ACTTTATTTCCAGACTCAGTTCTGGCAATAGCGGGAGGCCTTATATTTGGATTATTTAAA +GGATATATATATACAACAATAGGTGCATTAATTGGAGGAACTATATCTTTTTATATATCT +AGATATTGGGGAAGAGAAATTGTAAAAAAACTTACTAAAGAAAAATTAGATAAAGTAGAA +GCAATGATTAATAATAGAGGGTTTATGATAATTCTTGTATTAAGGTTAATTCCATTATTT +CCATTTGATGTAATAAGCTATGGAGCAGGACTTACATCAGTTAAATATAAGGATTTCTTA +TTAGCAACATTATTTGGAACTATACCAGGAATACTAGTATTTACTAACTTAGGAGCTCAA +GCTGTTAATGTTGGAAGCAATAATTTTTATATATCTATAGCCTTATTAATTCTTTTATTT +GTAGCATCTATATTCTTAAAAAATAAGTTTATATCAAAAGAAATTAAAAACGACATAAAT +TAAAATAGGAGGAAATAATGCTAGATACACATGCAAGAAAATATGTTAATCCAATTATTG +AATTTGGAGCAAAATTATTTTTAAATTTAAAACTAAAACCTAATCAGGTCACAATAATAG +CTCTTCTAGTAGGAATATCTACTTCGATATTATTATATTTTGATATGAAAGTAGTTGCAG +TTATGGCCTTATGGTTTTCGGGATATTTAGATGCAGTAGATGGAGCAATGGCAAGGGGAA +GTAATTCTACATCGTCCTTTGGAACTTTGTTAGATATAGTTTCAGATAGAATAGTTGAAG +TAGGGATGATAATTGTATTTGGAATAAAATTTGTAGATGTTAGATTTAATTTATTAATAC +TTGCTATATCTATATTAATGTCGATGACTATATTTTTAACAGTTGGGGCATGTACAGAGA +AAAAAGGAATGAAGTCATTTTACTATCAAGCAGGAGTTGCAGAGAGAAGTGAAGGGTTTA +TATTATTTTCACTAATGATTTTATTACCAGAGTATTTAGGAATAATAACAAATATATTTT +CAATATTAGTTTTATTTACAGCAGGACAAAGATTTTTTGAAGCTAAAAAAATACTAGACT +AGGAGCGGTACTATGAAGAAGAAACTATTAAGTATATTATGTATAATGTTATCAATATCG +GTTGTTTTAGTAGGTTGTTCTAAAAAGGCAGAAACATCCAATAATGCAACTGTATTAGAA +AGTAATTATGATGAAATTTTAGAAAAAGCAAAAGGAACCACTGTAAACTTTTATGGTTAT +GGTGGTAATGAAGTAATGAATAAGTGGTTTGATACATATGTAGTAGATCAAATGAAAGAA +AAATATGATATAACAGTTAAAAGAGTTGGTATGAATATAGATGAAATATTAAATCAATTA +TTATCAGATAAACAAGCTAATAATGATAAAGGTTCTATAGATATAGTTTGGATAAATGGA +GAAAACTTTAAAACTACAAAAGATAGTAACTTATTATTAGGTTCATTTGTAGGAAAACTT +CCAAACTTTAATAATTATGTAGATACTACATCTGAAGATGTAGCTATAGACTTTGGTACA +GCAGTTGATGGATTAGAAGCTCCTTGGGGTAAAGCTCAATTTACTGTTGCAGTTAATTCA +GATAAAGTATTACAAACAATAAATGATACAAAATCTCTAAAAGAAGCAATAATTGCTAAT +CCAGGTAAGTTTACGTATCCAGCATTACCTGATTTTACTGGTAGTGCATTTGTAAGAAAT +GTAATATACGATATAGTAGGTTATGAAAATATAGCAAGCTTACCAGAGGATAAAGAAGAA +GTAAAAAAAGCTATACAGCCAGCAATGGATTATTTAAATGAGATAAAACCATATCTATGG +AATGAAGGAAAAACATATCCATCAACAACATCTCAATTAGACAATATGTATTCAGATAAT +GAAGTTTATTTTACAATGACTTATTCTCCAAATTCATTACAAGGAAGAATGGAAAGTGGA +GAACTTAGTAAGGCTACAGAAATAATAGAGTTTAAAAACGGAAATATAAGCAATACTCAT +TTCTTAACTGTGCCATTTAACTCACAGAATCAAGCAGGAGCAATGGTACTAATAGATTTT +TTAATGAGTATAGATGCTCAATCATCAAAAACTTTCACTGAAAATTGGGGAGATACTACA +GTTTTAGATATGGATAAAGTGCCAGCTGAAGATCACTCAAAGTTTAGTGAAGATAGTATA +ACAATAAAAAATTCAGTACCAGAATTGAGTGCAGGTATGGTTCCTATAATTGAAGAAATA +TGGACTGAAGAGGTGCTGGAGAGTGAATAAGAACTTAAAGCCATACTTACTAATTGCTCC +TGTAGCTATTTTACTAGGAGCAGTTATGGTAGTAGGGATAAGTAATTGTATAGTGCAAAG +CTTAGGTTATTTTCCACAGATAGGTATGAAAAATTTGACTTTAGATTATTATAAAGAGAT +TTTAGGAGAGACAACTTTCTTAAAGTCTCTTCTCTTTAGCATGAAAACTTCATTAATATC +TGCATCAATATCAGTGTTTATAGGTGTAGTATTAGCGTACTTACTTTCTCAAAGTAAATA +TTCAAAATTGAGGATATCTATATTAAATTTACCTGTAATAATTCCACATATAATAGTAGT +CATATTAACTATATTTATATTCTCACAAACGGGAATTATATCTAGGATATTTTATAAACT +AGGTATAATAAATGATTCATCGGATTTTATAAATCTAATTTTAGATAAAAAAGGAATTGG +TATAATACTAGTATATCTATGGAAAGGAATACCTTATGTTGCACTTACAACCTATAATAT +ACTTAGAAATGTAAGTGAAAAATTAGAGGTAGTAGCTTTAAACTTAGGTGCAAGTAAGCT +TCAAAGTTTTATATATGTAATTTTACCATTGGCAATGCCGTCAGTAATATCATCTTTTAT +TATATTGTTTTCATTTGCATTTGGTTCGTATGAAGTTCCATTTTTAATTGGACCAAGTAC +ACCAAAGGCATTATCGGTATATGCATATGTTAATTATATAAGTTCAGACTTGAGTAATAG +ATCTTTGGCGATGGTTATAAATACAATATTATCTGTAATAAGCTTTGTTCTGTTAATAAT +ATATAATAAAATATTTAGCAAAATGTATAAGTATAAATTATAGGTGAAAATATGAAAAAA +AATATAAGTAAATTAATTTTAGATATAAGCTTGATATCAATTATAATTCCTATATTTATA +TTGGGAATATGGTGTTGTACAAAGAGCTGGTCTTATCCAGAATTACTTCCGCAAAATTAT +TCAAGCATAGGATTTGAATATATATTTAATGTTTCAAATTTAAAAATATTGATAAATAGT +ATATTAATATCGTTAATTATTGTATTTATGACTATTATAATTAGTATACCTGCATCAAAG +GCTATAGCGTTGTATGAATTTAAAGGTAAAAAAATATTTGAACTATTAATACTATCTCCT +ATAATAATTCCGATGGTATCTGTGGCAATGGGTATACATATTACATTTATAAAACTTGGG +CTAGCTAATAGCTTATTAGGTGTAATAATAATAAACATAGTTCCATGTATACCATATGCT +GTAAGGATAATAGGTGACGTATATAAGTTGGTAGGAAATAAATTAGAGATACAAGCAGAA +TTACTAGGAGCAAATAAATTTAATGTATTTAGATATGTAACTTTACCTTTAATACTCCCA +GGAGTAATTGGAGCAAGTAGTATGTGTTTTATAATTTCTTTTAGTCAGTATTTTTTAACC +ATGCTTATAGGAGGAGGACGTATAGTAACTTATCCTATGATAATGTTCCCATATATCCAA +AGTGGAGATAGAAATATTGCAGCATTATACAGTATGGTATTTTTAGTAGTAAGCATAATA +GTATTAATATTAATAGAAAAAAGAATAAAAAAATACTATATAGGTAATGAAGAAATTTCA +TACCTAATATAGGTAAAAGTTATAGATAAAGTTTAAGGAGATAAACATGTCGCATGTTAA +ATTAATAAATTTGACTAAACATTTTGATAAAGTAGAGGTGCTAAAAAATATAAATCTAGA +TATAAAAGAAGGAGAAATAGTATCTTTATTAGGTCCATCAGGGTGTGGTAAAAGTACAAC +TTTGAAAATAATAGCAGGAATACTAGAGTTAGATGATGGAGACATATTATTTGATGAAAA +AAGTGTAAAAAACATACCTACAGGAAAAAGAGATGCATCAATAGTGTTTCAAGAATATCT +GTTATTTCCACATATGAATGTATTTGAAAATATAGAGTTTGGTCTAAAAATGAAAAAGGT +AAATAAAAAAGATAGAAAAGAAAAAGTAGAAGAGTTAATAGATTTAGTAAAACTAAGAGG +ATATGAAGATAAATATCCATCAGAATTATCTGGTGGTCAACAGCAAAGGGTTGCAATAGC +AAGAACTTTAGCTATAAATCCAAAAGTTCTGCTCTTAGATGAACCATTTTCTAACTTAGA +TATAAATTTAAGAAATGAAATGAGAGAATTTGTACTGAGCCTACAAAAAAAATTACAAAT +AACAACAATCTTAGTAACACATGATAAAGAAGAAGCTCTAATGATGAGTGACAAGATAGC +TGTAATGCTAAATGGAGAGATAAAACAGTATGATGAACCAAAAAAACTTTATGAAAAACC +AAAAACAAAATGTGTTGCAAATATATTTGGAGAGCGTAATTATATAAGAGGTAAAATAAA +AGATAATAAATTTATAAATGATTTTATAGATTTAGATTTAAGTTATTGTGAATCATTAAT +AGAAGAAACAAATAATGTAGAATTGATGATTCCAAAAGAAAGTATAAAGTTAAATTCATT +AGAAACAAAAAAAGGAATCAAGGGAAGAATAATAAAACGTAAGTATGCAGGTGAACAAAC +TTACTACCATATAGATATAAATGGATTAGAGCTAAAATCATCTGTTAAAAATAGCAATTT +TAATGAAGGTGATATGATAAGAATCGAGATACAAACAGATAAAGTAATTCCATTTAAATT +GAATGATTAAAATATGTTTCTTTATAAAATAAAAATGGTGTTCAGTATTTAGATACAGAA +CACCATTTTTATGTGATTATTTAAGAGCTTCTCTAAGAGCTTTAGATAATTGATCAGGAC +AAGACGTAGTTTTACCACCACATGGTATATTTTCAAGTCTTTCTGCTATATCATTAGCAT +CCCCACCTATTACTAATTGTTTTATACCAATTAGGTTACCAGGACATCCGCCAATAAAAT +CAACATCGATAATTTTGTTATTATCGTCTAATTCAAAAAACATTTCTCTACAGCATACGC +CACTTGGTTTAAAAGAAAATCTCATAATTATGTCTCCTTCATATATATAGTTCAAAATAA +TAATAACAATATAAGGAATATAAAGCAATGAATAATACTGTAAAAGTAATAATATATTAT +TATATAGTATATAGATTATAGGATATGGGAGGGGGGATTTTTTGAAGGTATATATATCTA +ATTATCTATCAAAGAGCATAAGTATAATAGATTATGATACCCTTGAACAAGAAGTTGAAA +TAAATCTAGATGAAAGTATATATCCACATCACTTTTGTATTGATAAACAAAAAAATTTAA +TTTATATACCCAGTTCAAGTGATGGAATAATTTACATTTTAGATTTAAAAGAAAATAAGA +TTTTAGACACAGTATCAGCTGGAGGAAATTTAAGTCAAATAGTTTTATGCAACGAAGAGT +TATATATTGCAAATGAAGACTCAGATAGTATTTATATTTTGGATAGAGAGACTTTGACTC +CTGTTGGGGTTATCAATTTAGGCTATACACCACATGGATTAGACTTTGATAAAGGGGCAA +ATAAACTTTATGTATCTTGTATAAATTCAATAGTATGTGTAGATGTTGAAAAAAAGCAAA +TTATTAATAAGCTTGATATTGATTTTAAAGCCTGGCATATTAGAATTAATAAGGAAAATG +AAGATATATATATATCCACATTGGATGGTAATGTAGTAATAATAGATTTAAAAAATATGC +AAATAAGGGATGTTTTAAAAGAGTTTTTGTTGCCACTTGAAATTAGGTTTAATTATAAAA +ATAAAAAAGTATATATCGCTGATTTAGGATATAAAAATATAAAAATATTAGAAAGTGCTA +CAGGCAAATATGTAGGTAAGATAAAAGTAGATGGTATACCACAAGGACTAGAGGTTTCTG +AGGATGGGAATTTTTTATTCGTATCTGATACTCAAAATAATTCGATTAAGGTTTATAGTT +GTATAACGAATCAACTAATAAAAGAAATTAAAGTTGGAAAAGAGCCTACAACCATAGTGT +GTATGTAGGCTTAGTGATTGTTGCGTATTAGTAAATCTATAACTTCTGCATACATATCAG +ATGCATTATTCTTCCAATTATTACAAATAAGTTGAGCTTGCTTTTCAGAAGAAACATTTA +AATTTAAATCTATTAAATTACATTGATTTTCTATTACCCTTAAATTGACTATAAACTCAT +TATCACTTTGTTTTACAAAGCTAGACTTAACTTGAGTATCAGCTAATAAATTTTCTTTAT +TAGTAAGTATATACTCGTCAACTTTTTTAGTAGAATTTTCTGGTATTCTAGATAAAAAAT +ATTCTAAAGTTTCAACCCCTTTTTGTGTAAGAGCGTAATATTCCCTATCAGAGTCTTTGT +ATGTAATTAAAAACTTAGATTCCATAAGTTGAGATAAAAGTTGTTGTAATGAGAAGTAAT +TCATCATTTCTGTTTCTAAAACAACTTGTGTTATTTGAGAATTAGTTAAATCCATATTAA +TTTTATCTAATATATATAAAATTAATAGCTTATGATAAGCTAACTCTTCAGATGAGTTTT +CAAACATAATATCATCCTCCGTAAAACTATTTCTATATATTATATTAAACCAAATTATAT +AAAAATAAAAGTAGAATTTATTTATTATTTAAATTAATATAAATAAAAGAAAAGGCTACC +GAATAATTGGTAGCCTTACTTTACCTAGGTATAAAATTTACTATTAACTATTTGCCTGCC +ATTTGTTGTTCAGCCATTTCAACTAATTTTTTAGTCATGTATCCACCTACGTAACCGTTT +TGTCTAGCAGTTAAGTTACCTTTGTCTATGTTTTCGTAGTTAGATAAACCTATTTCGTTA +GCTATTTCTAACTTCATTTGATTTAAAGCTGCCTTAGCTTCAGGAACGACTGTTCTGTTA +TTAGTATTTGCCATAGTAAATTTCCTCCTTAGATGTCATTTACAACACATTTGTTTGTGT +TGTTACTATTAATGTAACCAGATTATAAATTTATATTCTGAGAAAATTAGGAAACCTGAA +AAATTTAGTTGAAAGTTTTATGATTCATTTTTATTTTCTTGTTTTTGCTTATTCCCTCAT +ATATGTTATGAGCTTCTCTGTTTGTATTAGAAATATTACGTCCAAGAGTGTGTACAGTTG +ATTTTAAACTATCTTTTGACTGAATATTTTTTAATGAATTTTTTATATCTGCCATTATTG +CACCACCTTTCATTTTATTCTTAACTTTAAATTGCCCAAATAAGAAATTTATCTTTGTAG +TAATTTTTTGAAATAAAAAAAAATAAATTTTAAGTATAGAGACTCTCTATAAGAAGGAGG +TGTAATATGAATTCAAGAGGCAAAAGAGCTAAGGCGTTTATTTTAAGTATAACTTTTTTT +GCAACAGCATTATTATTGGTATTTGCCTTAGTTTATGGGATAAAGTACATATGCTCGATA +AATGATAATGCAGACATGCCTATATATAGGGTTGATACCGATGAGAAAAAAATAGCAATT +ACTTTTGATGTAGCTTGGGGAACTGAAAATATAAATAAGATAGCAGAAATATTAGATAAA +CATAATATTAAGGCTACATTCTTTTTAGTTGGAAGTTGGGTAGATGACAATAAAGAATTA +GTTAAGATGCTCAAAGAAAAAGGACATGAATTTGGAAATCATTCAAATACTCATCCGAAT +ATGAAAGAGCTATCAGATGAAGATATAATGAATGAAATCGAAATAACATCAGAAAAAATT +TCAAACATAACGGGTGAAAATGTTAAACTGTTTAGACCTCCATTTGGAGAAGTAAATGAG +GACGTAATGGATGTATGTGAAGCCTTGGACTATACTGCCGTGAAATGGGATGTAGACTCA +CAAGATTGGAAGAATCTTGGACCAGTACATATAATTGAAAGAGTTTCTAAAAGTGTTCAA +CCTGGATCTATAGTATTATTTCATGCTAATTCAAGTAATGTAGAAGAATATCTAGATACA +ATAATTACTCAATTAGAAAGTAAAGGATATAGCATGGTAAAGGTATCTGACTTAATTTAT +AAAGAAAGCTATACTATAAACTCTTCTGGAGTACAAAAAATTAAAGATTAAAAATTTATG +TCTAAGAATAATTTTCTAATCTTTTAAGTTGATAAAAGAAAATTATTCTTAGACATACTA +CTACGCTATTTTAATTTTTAAAAGGAAATGTAAATGTGTAATAAATTTCTGATTTAATAA +ATATATTTATTATATAGATTGAGATAAAATAAATGAATTAACAATTGTATGTGGGGGGAT +AAAAATATGATCGATGTTAAGGATGACACTAATGTAGTATACCTAAGAGGAGAGTTGGAT +GAAAATATGGAATTTAGTCATGAAATTTTTGGAGAAAAGTTTTTTAATGCAAAAATAAAA +ATAAACCGATTAAGTGAGTCTTATGACATACTTCCATTAACTGTATCAGAAAGATTATTA +CAAGATATTGATATTAAAAGTAACAATAAGGTTAATGTAATTGGACAGCTTAGATCTTAT +AATAAAAATATAGATAATAGAAATAGATTAGTACTAACTGTATTTGTAAGAGAAATAAAA +CAGGTAGAAGATGAAAATAAAGACCCAAATAGTATATTCTTAGATGGATATATATGCAAA +GAACCAATATACAGAAAGACACCACTAGGAAGAGAGATAACAGATTTATTAGTAGCTATA +AACAGACCTTACAATAAATCTGATTATATACCATCAATTGTTTGGGGACGTAATGCTAAA +TTTGCAAAGACTTTAAAAGTTGGTGATAGAATACAAATGTGGGGTAGAGTACAAAGTAGA +GAATACGAGAAAAAGGTAGAAAATGGAGAGGCTATAAAGAAAGTAGCTTATGAAGTATCT +ATATCAAAAATTAAAAAATTATCTGAAAATAACAGCCAATCTTAAATACTTATATTTAGC +TATTGAATAGTTGCTCATGATTTATTATAATCTATTTTATGATAAATTTTAGAGGAAGAT +AAGAGGGGGAGCACTGTGAAAAGCGTATTATATCATGACTATGAGCCAAATGCAGACTTA +ATTGAAGAATCTGATGATGTAACGTGTTTTTTGGATACCATTAAATATGATATAGGAGAC +AAAATACTACTTGTTGGAGACATAGGCAACTTAGGTAAAAGGCTTAGGATGCTTGGAGTT +AATGTTACTATATTAGAGCATAGCAACTATCAAGATGTATGTCCATCTTTAATAAACAAT +GAAAATTGTACTGTTGTAAGAGGTGCATTAGAATATATGCCTTTTAACGATAGCTTTTTT +GATAAAGTAATAGTATTAGATCATTTTAACCATACGAGCAATTGTAAAAAAGCTTCAAAT +GAAATACGTAGAGTTCTAAAGAGTAAGGGAGAACTTATACTAGAAGACCGTAATTTAAAA +AATTTAAAGGTGAAACTAAAATATCTTAAGCATAGACTTTTTGGAGAGCATGTACATTAT +AATTATCCACAAGAAATACTTAATATATTTGCAAAATTAAACTTTGAAGGTGCCCTTAAA +GAAATAGAGAACGAAAGATACATTTATATAGGAAAAAGAAAATAAATGAATTAAAATATA +ATTGTAGATAAAAAATATTTAAAGACTAGGTTATCCTGGTCTTTTATTATAGGAGAGAAT +AATAGGTATGAATATTAACTTCACATTAATAGTAATAGTAATGTTATTTGTAATACTTAT +GTCAATTCAATTAACCCTAAATAAAATATATGTAATATTAAGAGAAATAAGAGAATTGAT +GAAGCTAAAGAAAAATAAGGAATGATAATTATGAATAGTTTGGAGTATATAAAAGAGGAT +ATTCAAAACATAGCAGAGGCGATACTCTCTGTTCTTAACATTGATGTTACTATAGTAGAT +GAAAATTTAACTAGAATTGCAGGTACAGGTAGATACCTAGGAAAAATAGGAGAAAGACTA +GATGGATATTCGGCATTCAAAAAATCTTTAGAAGAGCAAATATCTATAATTATTGATGAT +CCATATGCAAGTAATATATGTAAAGAATGTGATCATAGAACTTTTTGTAAGGAATATGCA +GAGGTTTGTTGTCCGATTACATTAGATGGACACTCCTATGGAGTTATAGGATTGATAGCA +TTTACAGAAGGTCAAAAGGAAATAATAAGAGAGAATAGAGATGGACTTTTAAATTTCTTA +GGAAAGATGGCAGATTTAATTTCAAATAAATTAAAAGCTCAAATTAATACTGAGGAATTA +GAGTTAGAAAAGAAAAAGCTTGAAACTCTTATAGATAGCATGGATAGGGCCATAGTATCT +GTAGATATAAATGGGAAGATAGATAAGTATAATTCTAAGTTCAAAGAAATATTCAATTTA +AATGATAGCGAAGTAGAAGATAAAAGTGTAGTCCAAGTTTTAAATTTTATAAATGAACCA +TTAAATAAAGATTTTAAAAGATATAAATCAGGTATGTTCTTTTACAGAAAAAATGGATAT +GAGTTAAAAGGGATTTATAATATTAATAAAATAACAGTTAAAGATAAGTTAAAAGGGTAT +GTAATTGATTTTATAGATAAAAGAGAAGCTATAAAAAACTATAATAGGATTAATAAAGAT +TATAAAATAGTATTAGATAATATTATAGGAGAAAGCAATATAATCAAAACTATTAAAAAT +GAATCATTTATAGCATCTAAGTCGAGTTCTACAGTTCTAATAACAGGTGAGAGCGGTACA +GGAAAAGAATTATTTGCAAGAGCAATTCATAATCATAGTGATAGAGTAGATAATCCTTTT +ATAGCTGTAAACTGTGCAGCCATACCAGATAATCTTTTAGAAAGTGAATTATTTGGATAT +GAAGAAGGTGCCTTTACAGGAGCTAAAAAAGGTGGAAAATTAGGAAAGTTTGAGTTAGCT +CATAAAGGAACAATTTTTTTAGATGAAATTGGTGATATGAGTTTACACCTACAAGCGAAA +TTGCTTAGAGTTTTACAAGAAAGAGAACTTGATAAAATAGGTGGCAAATCAAATATCTCA +ATTGATGTAAGGATTATATCAGCTACGAATAAAGATCTAGAAGATATGGTTTCTAAAGGT +ATTTTTAGAGAAGATTTATATTATAGATTAAATGTTATACCGATACATTTACCAAGTTTA +AAAGATAGAAGAGAGGATATTCCGCTATTGATAGATTACACTATAAAGGAATACTCAAAT +AAACTTGGAAAAAATGTAGATCGTGTAGATAAAGATGCCTTGAAGGTCATGATGGAATAT +AGATGGCCAGGTAATATAAGAGAGCTTCAAAATATCATAGAATATAGTATCAATATGTCA +TCCTCTTCAGTAATAACTTTAGATTCTATTCCTCAAAAAATAAAATGTACAAGTATTAAT +GAAGTAAGGGAAGATAATAGAGAAATAAGAACTTTAGAGGACTTAGAAAAGCAAGAAATT +ATAAGGGCTTTAGATAAATTTAAAGATTTTAAAAAAGATAAAGAATTAGTAGCTAAGGCG +TTAGGTATATCGAGAGCTACTTTATATAGAAAGCTAGAAAAGTATAATATAGTCTCAAAA +TGAAACTAAATCTCATTTTGAGACTATATTTTATTATATTGAGATTTTATATAATAAAAA +GATAATACCTACAAAAAAATTAATTAAAGATATATATGTAAACCTAAGTAAAAAACTAAT +AAATAAAAAAATATATTTCAAAATAAAACTTGGCATAAAAATTGCTTAATTATAAAATAG +AATTAAATATATAAAATTAATTTTTTTGGAGGTTAATATTATGAGAGATATAAGAAATAA +TTTAATAAATATATTAATAGAAGAAGTTAAACCAGCATTAGGATGTACAGAGCCAGTTGC +AGTAGCATTAGCTTGTGCAAAAGCAAAGGAATTATTAGGGGAAGATGTAGTTTCTAATAA +AATATTATTAAGTCCAAATGTTTATAAAAATGGTATGTGTGTAGGAATACCAGGAACTGA +AAGATTAGGATTAAAGATAGCTGCAGCTATGGGGATACTAGGTGGTCATTCAGAAAATGG +TCTTCAAGTACTAGAAACTTTAGATGAAAATCAAGTTAAAGATGCTGAAAATTATATGGA +TAATAGTCCTATAGATATATCACCACTAGATACAAATGAAAAGGTTTATATAGAAGTTAC +ACTAAAAGGTGAAAATCATACTTCAAAGGTAGCTATAAGAACTAAACATGATAATTTTGT +TTATTTAGAAAAAGATGGTGAAATATTATTAAATAACGAAGAAGTAAATACTACTACTCA +AACAACAGTTAAAGAAGAAAATATAATGGATAGTATAACTATAAAAGAATTGGTTGAAAA +TATTGAAAAGCTTAATTTTGAAGATATTAAATTTTTATTAGACGGTATATCTATGAATGA +AGAGATAGCTGAGTATGGACTAAACCAAAAAGTAGGGATAGGAGTAGGCTATGGAATGAA +AAAATCTATGGAAGAAGGTCTTCTAGGAGATGACTTAATGAATCAAGCTATGATGATAAC +TGCAGCTGCGTCAGATGCTAGAATGGCTGGAATAAAAATGCCAGTAATGAGCTCTAATGG +TAGTGGTAATCATGGATTAACAGCAATACTTCCAATAGTAGCTTATAATAGAAAGTTCCC +TCAAAGCGAAGAGAGATTAGCTAAGGCTTTAGCAATATCTCATTTAATTACAGCTTATGT +TAAAAACTTTACAGGAAGGCTATCAGCAGTTTGTGGCTGTGGTGTAGCGGCATCGACTGG +AGCAACAGCAGGTATATCTTGGCTAATGAGTGGAGATATAAGACAAATCGAAGGTGCTAT +AGAAAATATGGTAGCAAATTTAAGTGGAATGATTTGTGATGGAGCAAAAGCTGGTTGTGC +TCTAAAGCTAGCATCAGCAGCATCAGCAGCAGTTCAAAGTGCGATAATAGCTAAACAAGA +ATGCTACGTACCACCGATGAATGGAATAGTTGGATCTAAGGTAGAGCAAAGTATACAAAA +CTTAGGTAAAATAAGTGATAAAGGAATGTCAGTAACTGATAAAGTAATAATAAATGTAAT +GGATGAGATGAACAAAATAAACTAAATCCTCCTTGCAAAACAAGTCAATCTCTTATAAAA +TGGATTTATCATCATTATAAGTGGAGGTTACATTATGGATATAGAAACTAAAAAATGGGA +AGTTCTATGCTCTAAGGAACAAATAGATGAGAGATTAAAAGAGTTAGGTTCTCAAATATC +AGAAGATTATAAGGATAAAAACTTATTAGTAGTATCATTACTTAAAGGAAGTTTTATATT +CTGTGCGGACTTAGTTAGACAAATAAATGTTCCAGTTAGAATAGAATTTATGACAACTGC +TAGTTATGGTCATGGAGAAGAAAGTAGCGGAACTGTTAATGTAGTATCGGATGTAAAAGC +AGACTTAGAAGGATACGATGTATTAGTTGTAGACGATATAACTGATAGTGCTCTTACAAT +GGACTTTGTTATGAAGCATTTAAGTTCTAAAAATCCAGCAAGTATAAAATCTTGTGTATT +ATTAGATAAACCAAGTAGAAGAAAGGTTGATTTAGTACCTGATTACTGTGGATTTACTAT +AGAAGATAAATTTGTTGTTGGATATGGATTAAACTTCGGTGATTACTATAGAAATGTACC +ATATGTATTCAATGTAACAAACGAAGATAGATAGAGTTAACATAAAAAGAGGGTATTTCT +GATGCGTTTGCTGGAGCTCGGGCGTGAATATAAATTTGCTTCAATGCAGCTGAAAAGATG +CTGCATTGAAGCAAATTTATATCTCACACATTTCGCTCTAGCTTACACATATTGTGAAAT +AGCCTCTTTTTGATATAAAAGAAAAATAAAAAATTTAATGAATAAATTTATACGGAGGTA +TGTTTAATGAGTAAGAGAGTTATGCATCATGTTTGTATTCAGACTGAGAAGTATGAGGAG +TCACTTAGGTTCTATAGGGATATTTTGGAATTTAATGTTGTTAAGGAGACTAAGGGATTT +CACGGTAGGGATTATAATACTTGGTTAAAGCTTGATGACTTTATGATAGAGCTTCAGACT +CCTAAAAAGGGTGATACTTTGAATAAGTGGAGTTCTTTGAATGAAGGTATAGTTCATATG +TGTTTTTTAGTGAATGATATTGAGGAGGAATATAATCGAATAATAAGCCTTGGATATAAT +AATTTTAAAGTTAAAAATGGAGAGATTATTTATAATGTAGAAGGAGGAAAGTTATTCAAA +GTAAAGGCTCCAGAAGGAACGGAAGTGGAGATTAGAGATACAAATATATAATAAGAAAAA +TGGCTTCTAATTAAATTAACTGGATTTAATATTTAGTTGATATGTTAGAGGTTTTTTTGT +ATCAAAAAACTTTAAATATAAATATTATGGTAGTAGTAGATTAAATAGGGGGGTAAAAAA +ATGAGACAATGGAATAAAGAATATTCGCTTGTTAGATTTCTTCACGCAGTTCCAGAGGGA +GAAGAAGTAGATATATATATAAATAATGTACCTTTTTATAAAGGATTAGAGTTTACAGAA +TTTAGTCCATATGTATATGTACCACAAGGAAACTATACAGTTACTATATACTTAGAAGAT +ACTCAGGAAAATCCAATAGTAAATGAAAAAATTGATGTGAATGTAAATGAATTAGTCACA +ATTGCTATAACAGGAGAAAGTGAAGATATAAAATTACTATCGATAGTAGAAGAGACTGAA +GTAGTAAGTGGAAGCAATGCTAAGGTTAGAGTGGTTCATCTATCTCCAAATGCACCTGCA +GTAAATATAGTTGCAGATAATCAAGAGTTATTTGCAAATGTAAAATATAGAGATGTGACA +CCATATATAGCAATTCCAGCTAAAGAGTACACCGTAAATGTGGAAGAAGCAAGAACAAAT +AGAATAATTCGTCAAAATCAGGTGACAATAAACCCAGGAAGAATATATACATTTTATGCA +GTAGGAAACATACCAAATGCTCAAATATTACAATCATTAGATGGAGCAACTTTCATGAAT +TAAATAAAATTTTAAACATCTATAAAGTATTAAAATCTAGATTTAAGATAAAGAAAAGCC +TAGGTAATTATTGTGGAAATAAACAACTACTACCTAGGCTTTAAATTAGTTCTTGACTAT +TAATCTAAATTTCTTAAATCTTGAAGTGTTTTTGTTTTATTTGCAGTTTTCTCATCTTTC +TTTTTAACTACTCTTGCAGGAGAACCAGCAACAACAGTATTAGGTTCAACGTCCTTAGTA +ACTACAGAACCAGCAGCAACAACTGATCCTTTACCAACTTTTACGCCTTCTAGAATAACT +GAATTAGCACCAATCATAACATCATCTTCTATTATAACTGGAGTCGCAGAAGGTGGTTCT +AATACACCAGCAATTACAGAACATGCTCCAAGGTGAACATTTTTACCTATTATACCTCTA +GCTCCAATTACGGCATTCATGTCTACCATAGAGTTATCTCCAACAACGGCACCTATATTA +ATTACAGCGCCCATCATTATTACAGAATTTTTTCCTAGAGTAACCATATCTCTTATAATA +GCACCAGGTTCTATTCGAGCTTCCTCATGTAAAAAGTTGTATAAAGGAATAGCAGAATTT +CTTCGATCAAACTCTATATGAATATCTTCAATGTGGCCTTTTCTAGGCTCAAGTTCACTC +ATAATCACGTTGTAATCGCCAATTAGAGTATAAGAACCATTAGAACCGAAAACCTTGAAT +TTTTCATTCTTTTTAAAGCTTAATAGCTTTCCACAAACATATACCTTAACAGGCGTTTGT +TTTTCAGATTCCTTTATAAATTTTGCAATTTCATAAGCATCGTTTAAATTTATCATAAGT +TAAATCCCCCCTTAATAATGTCTTAATTAAAACATATTATCCATGTTATAGTATCCAGCC +TCTTGAACTACTATAAATTTAGCAGCAGCTATAGAACCTTTTGCAAAAATATCTTTAGAT +TGAGCCGTATGTTTTATCTCAACAATTTCATCATGACCTGCAAAGATAACATCATGCTCA +CCAACAATTGTGCCACCTCTAATAGCATGAATTCCAATTTCATTTTCTTTCCTTTTGGAT +TCACGGCCGTATCTTCCATAATTATTTTCTAGTGAAGGTAAAACTTCTTTTATGGCATTA +GCAATCATTACAGCAGTTCCACTTGGAGCATCTACTTTTTTATTATGGTGTTTTTCAATC +ACTTCAATATCAAAATTACTTAAAACATTAGCAGCTTCTTTTACTAATCTAAGTAAAACA +TTCACTCCTAGAGACATATTGTAAGAGTGGAAGATAGGTATAATTTTTGATGCCTCATGA +ATTTTACCTAATTCTTCATCGTTATATCCAGTAGTAGCAATTACTAATGGAGTTTTAGTT +TTTATAGTATAACTTAAAACATCATCTAAAGTAGAGTGGTGAGAAAAATCTATTACTACA +TCAGATTTTTCATTTATTTCACTCATAGTAGAGTATGTTTTAAAGTTTAAATCCTCTGTA +TTTTGTGGACTTACTCCACATAATAGTTCTAAGTCAGATTCTTCATTAATGCACCTTGCC +AAGACTCTACCCATTTTACCACTACAACCGTTTATTATAACTTTTAGCATGTTTCCTCCT +GTACATTTAGACCCCAATTTATTAATTCTTTTTTTAAGATTTCAACATTTTTACTATCCA +TTTCTGCAAGAGGAAGTCTTAATCCACCAACATTAAATCCTAATAGGTTAGCAGCAGTTT +TTACTGGAACAGGATTTACTTCGATGAATAAAGCATCTATTAAAGGCTTCATACCAAGTT +GTAAATCTCTAGATCCTTTTAAATCACCGTCAAAAAACTTATAAACTAAGTCATGTGTTT +CTTGAGGGCATACATTAGCAAGAACTGATATTACCCCGCTACCACCAAGAGATAATAAAG +GAAGTATACTATCATCGTTACCGGAATAGATAGCGAAATCATCTGGAACTAATCTAGCAA +TTTCAGCAACTTGAGCTAAATCTCCGCTTGCTTCTTTTATAGCGACTATGTTATCTATTT +TAGCAAGTTCAGCAACTAAAGCAGGGGACATATTTACACAAGTTCTACCTGGAACGTTGT +ACATTATTATTGGCGTTTTAACACTTGCAGCAATAGCTTCAAAATGTTTCTTTATACCAG +ACTTATTACCTTTATTATAATAAGGAGTTATAACAAGTAATCCATCTACTCCAAATTTCT +CAGCTTCTTGACTCATGTATATAGAATGTTGAGTATCATTACCACCAGTACCTGCTATAA +CAGGTATTCTTTTATTAACTTTATCTATTACATATTTAATAACAGCAAGATGCTCAGCAT +CATCAAGAGTACTTGCTTCACCAGTAGTTCCACAAGCAACAATTGCATCTGTATTATTTT +CAATATGATATTCTACTAATTCGCCTAATTTTTCAAAATCTACTTCATTATTTTCATTAA +ATGGAGTTATTAAAGCAACTGCAGATCCTTTAAATATCATAAAATTTATCCCCCTTAATA +TAAAAAATTATACTAGATCATATTTTATTAATAGTTCAGCTATTTGTACGGCATTAGTTG +CGGCACCTTTTCTAACGTTATCAGCAACACACCAGAAATTTACTCCGTTATCTATACTAA +AATCTCTTCTTATCCTTCCAACAAAAACTTCATCATGACCATTAGAGTCAAGAGTTGTAG +GGTATTCTAATTTCTCGGTATTATCAATAACTACAATGCCATCAGAATTTTTTAATTCTT +CAACCACATCATTAAGTTCAAATGGATTTTTAAGTTCAACGTTAATAGATTCACTATGGC +AGTTTTTAACTGGAACCCTAACAGTAGTAGCAGTAACCTTTATATCATAGTCATTAAATA +TTTTCATAGTTTCATTAACCATTTTCATTTCTTCTTTTGTGTAACCATTGTCAGTAAATA +CATCTATATGTGGAAGACAGTTATAAGCTATCTGATAAGGATAGAATTTATTAGCCTCTC +CATTTATACCATTTTCTAAGTCTTTTACTCCTTTAACACCAGAGCCTGAGACGGCTTGGT +ATGTAGAATATACAATTCTTTTTAGTTTATATTTTTCATGAAGAGGTTTTAAAGGAACTA +CAGCTTGAATAGTAGAGCAATTTGGATTAGCAATTATGCCGTTATGCTCTTTAACCGCTT +CTGGATTAACCTCAGGAACTACTAATGGAACTTTAGGATCCATTCTCCAATAGCTCGAAT +TATCTACAACTAAAACCCCCTTAGAAGCTGCAATAGGAGCAAATTTTTCACTTATAGCTC +CACCGGCTGAAAATAATGCAATTTGAATATCTCTATCAAAAGAGTTTTCTGTTAATTCTT +CAACTACATAATCTTTTCCTGCAAATTTGACTACTTTTCCAGCTGATTTAGCAGATGAAA +ATAAATAAAGATTGTTTATCGGAAATTTTCTTTCTTCTAATACTTTTAAAAACGTTCTAC +CTACCATACCAGTAGCACCTACTATGGCAACATTTACTTTTTTCATTTTAATCACCCCAA +TTAATATATATTTACTAAAACTTAATTTAAACACAAAAATAAATTTGTTTTATAAAAACT +ATATAAAAATTCGCTTCGCTCATGTCGCCAACGATTGCGTCCGTTGCTCAAGTTTAGTAG +TTGGGATTACAAATTATACACAAACCATATAATTTATAATCCCTTAGTATATAAAAAACG +TACAAAGGAATACTTTGTACGTTAGTAAATACATCAAAGTAAACCTTGTAGCCCAACACT +TAATATACAAGTGACAGTATTACATATATTTTATGTAATCCCAGAAAATACCTCTGCCAA +GGCATATCTTCGGCTATAATTCCTTTTTCTAATTATCAACACTTGCCAGCTACAATTAGA +TACTAATAATTACAGCACCTCTACTATAGGTTAAGAGACTATTAAATTTAGTATTATTCT +AATAGATTAAACGGGAAAAAGCAATAAAAATTTAGAAAATTCAAAATTTATCAATAAAAT +ACAAAATACTACAATTCTAAAAATTTTTATTATAAATCTATCTAATAATATTACAAAAAG +TTATAATTATGGTGAAGGAAAATGTTATTTATCACAAAAGGGGGAAGTACTATGGATACT +TTAAAGGAGTTGTTTAAAATTGGTTGTGGACCTTCAAGTTCACATACTATGGGACCTCAA +AGAGCAGCAAAAAAATTTAAAGAGAAAAATTCAAATGCAAATAGTTATAAGGTTAGATTA +TATGGTAGTTTAGCAGCAACAGGGGAAGGGCACTTAACAGATTATATAATCAAAAAGACT +TTAGAACCAAAAGAAGTTGAAATAATTTGGGAACCAGAAACAATAAAAGAATTTCATCCA +AATGGGGCTACATTTATAGCATTAGATGAAAATAAAAATGTGATTGATGAATATACAGTA +TTTTCTGTGGGTGGTGGAACGATAAAAGAAGAAAATGAAGAGACATTCGAAGAAGGACAA +ACTTATCCACTTACTACAATGGATGAAATAATGAAATGGTGTAAAGAAAATAATAAAACA +TTACTAGATTATGTATTAGAGCATGAAGATGAAGATATATTAGATTACATAGAAAGTATC +AAAAAAGCCATGAGAAAGTCTATAAATGAAGGACTAGAAGCTACAGATTTGATACCAGGA +AAATTATTATTAAAAAGAAGAGCCAAGGATTTTTATAATAAGTATTTAGAAAGTGATAAG +TTCACAACCATGTTATTTTCTTATGCACTAGCTGTATCAGAACAAAATGCATCAGGTAAC +ATAATCGTAACAGCACCAACTTGTGGGTCGGCAGGTGTTATACCAGGGGTACTTTTAAGT +TTACAGGATCATAGCGGATATAGTGAAAAGCAAATAAATGAAGCTTTATTAGTAGGTGGA +TTAATAGGAAATATAATCAAACATAATGCATCTATTTCAGGTGCAGAAGTTGGATGTCAA +GGAGAGGTAGGAGCAGCATGTTCAATGGCAGCAGCAGCTATTACATATCTTAAAGGTGGA +ACAACTGAGCAAATAGAATATGCCGCAGAAATAGCATTAGAGCATCATTTAGGAATGACT +TGTGATCCTGTTTATGGATATGTCCAAATTCCTTGCATAGAAAGAAATGCAATAGGAGCA +GAGAGAGCTTTAGATTCTGCTAACTATGCACTACTAACTGATGGAACTCATTTTATATCC +TTAGACCAAGTCATTCAAACTATGAAAGAAACTGGAATAGATATGATGGATAAATACAAA +GAAACAGCTAAAGGTGGATTAGCAAAGCATTTCTTTTCTTGCTAGTATTAATTATTAATA +TACATAACGATATTTGTATTTATTAACAATAGAATTTAAGATATAATATATTTTGAATAT +TTTGCAAATTAAAAAAGTATATTAGATTTCATACTGAAATAATTTATTTACTTAGGGGGA +AATGGAGATGAGAGATATAGAATATTTATTTGATCAGCTTAAAAAGCATAGATGTGAACT +ACATAATATAGGTGAAGTTGGTAGAAAAGAGTATAAAACTTCTCAGTATATAAGAAATTA +TCTAGATAAATTATGGGTAGATTACAAAGTTTATTTGGATACAGGAACAGTTGGAATTAT +AAAAGGGAACAATCCTAAGAAAACGATAGCATTTAGAGCAGATATAGATGCTTTAAGTAC +AGATAAAGGTGTTGAACATTTATGTGGTCATGATGGTCATATGAGTATACTATTAGGTCT +GATAGAGTACTTAAATAATAATAAAGACTTATTAAATGATAATATTGTATTTATATTTCA +ACCAGCAGAAGAGGCACCTGGAGGAGCTGAAGAATTAGTTAAATTAGGTGTTTTAAAAGA +TTATAATGTAGATGAAATATACGGACTTCATATATATCCAGAGATACCTGAAGGATATGT +AGGTGTTAGGGATGGATATTTTCTAGCACAAGCAGGAGAAGTTGATATAGACATAGTCGC +AAAAAGTGCTCATGGTGCTATGCCTCAAAATGGAATTGATGCTATAGTAATAGCATCTAA +TATTATAAATAGTTTACAAACTATAGTATCTAGAAATATAAGCCCTATAGATAACGCAGT +AGTAACTATAGGGAAAATGACTTCAGGTACTGTAAGAAATATAATTGCAGAAAATGCAAG +ACTAGAAGGTACAATAAGGACATTTAATCCAAAAACTTATGAGCTGATGAAAAAAAGAAT +AAAAGAAATTATTTTAGGATATGAGAAAGTTTATGATTGTAAAATAAATCTAGAGATAAG +AGATTTTTATCCATCTGTAAATAATGATAAAAGACTATATGATGAATTTTTAAATATAGC +AGACAGTGATAAGATTATCAGATTAGATCCGCTAATGGTATCGGAAGATTTTTCTTACTA +TCAAAAAGAAGTTCCAGGATTATTCTTTATGCTTGGTTCCAGAAATGAAGAAAAAGGATA +TATAAATGGTCTTCATAATGCAAAATTTAATTTTGACGAAAATATATTTTTAAATGCTTT +AGACATATATATAAAATTATTGAAATATAAAAATTCAATAGATTAGAAAATTAACCCCTT +TATTTTTTGTATAAATTTTACGCAGATGATAAAAATACAGAAAAGAAGGGGTGTTTTTTA +TGGATAATAATAAATTAACAAAAGAACTGATAGAAAAGTGTGAAAAAACTAAAAAAGGAG +CTACTAAAAAGCAAAAACCATTGACAAATGATGATATAATGAAATATGAGATAGCATCAG +AACTAGGCTTAATAGATAAGGTTAGTGAAAGAGGATGGGCTGGTTTGACGGCAAAAGAAG +CAGGTAGAATTGGCGGAATGCTTACATCACGAAAAAAGAAAATGAAGAAGATGATGGAGG +ACAAAAATAAAGAGGATGAATCAGTATAAAGATTTTGCATTTGTTTATGATGAACTTATG +AATGAAGTTGATTATGACGGATGGGTTGACTATATAGAGAATATAATAAAGAATGAAGGG +GCACAGGTTAAAAATATATTAGAATTGGCTTGTGGTACAGGTAATTTAACTATACCTCTT +ACTAAGAAAAATTATGATATAGCTGGAATAGATATATCAGAAGAGATGCTTAGTGTAGCT +AGAGAAAAAGGTGAAGAAGAAGGGGTAGAGTTAGTATTACTTCAACAAGATATAGCAGAA +TTAGATTTTGATATTCCAAATCTGGATTGTATATTATGTGCTTGTGATGGATTCAATTAC +ATAACATATGATGAAGATTTAGAAAATGTATTTGCTAAATCACATGAACTTCTAAAAAAA +GATGGATTATTCATATTTGATATAAGTTCATACTATAAATTATCGACTATATTAGGTAAC +AATATGTATGGTGAAAATAGAGAAGATATAGCTTATATGTGGCAAAATTATTTTGATGAA +GAAGATAATTTAGTTGAGATGGAATTAGCATTCTTTATAAGAGATGAAGAAGATGAGAGA +TTTGATAGATTTGAAGAAACTCACTTACAAAGAGCTTATAAAGAGGAAGAAATAATAAGC +TTACTTAAAAAGGTAGGATTTAATAAAATTAAGACATATGGAGATTTTACTTTTGAAAGT +CCTAAAAATGACAGCGAAAGAATATTCTTTGTATGTAAAAAATAATTAGGATTTATCGGA +GGAATACAATGAAAGACTATGTAATAAGAGCAACAGCAGGAGATGGACAAATAAGAGCTT +TTGTAGCTACTACTAGAAATTTAGTTGAGGAAGCTAGAAGTTTACATGAAACAACTAAGG +TTGCAACAGCAGCATTAGGAAGAACATTAACAGCTACATCTATGATGGGGTTAATGATGA +AAAATGAAAATGATAAGGTCACAGTTATAATAAAAGGTGGCGGACCAATAGGAACTATAT +TAGTTACATCTGATTCTAAAGGAAATGTTAAAGGATATGTGACAAATCCAAATGTAGAAG +TAGAAAATTATCCAAATGGAAAATTAAACGTAGCAGGAGCTGTAGGAACACAAGGTCATG +TTAAGGTTATAAAAGATATAGGACTTAGAGAACCATACAATGGTTCATACCCGCTAGTTA +GTGGAGAAATTGCAGAAGACTTTACGCATTACTTTGCATTGTCAGAGCAAACTCCATCAG +TAGTATCGTTAGGAGTTCTTACAAGAGCAGATGAAGTTGAACATGCAGGTGGATTTATAG +TTCAATTAATGCCAGATGCCGAAGAAGAAAATATAGCTAAGTTAGAACAAAATATAGTAA +GACTATCTTCTATAACAAATATGTTAAAAGAAGGAAATACTCCAGAAGATATATTAAACA +TAGTATTAGAGGGATTAAATCCTAAAATACTAGATAGATGTGAAGTTAAGTTTGAATGTG +AATGTTCAAAAGAAAAAGTTAAAAATGCTTTAGTAGCTATAGGAAAAACTGCTTTAGCTG +AAATAATAGAAGAAGATAAAAAAGCAGAAATAGGGTGCCAATTCTGTAACAGAAAATATA +ACTATACAGAAGAAGAGCTTATAGAAGTATTAGAAAATATGTAAATACATGTAATAAATT +AGAAATCAAAAAATAATAGGTTTATCTCAAAATAACGATAATAACAGTAGGAGTATTATT +AATTTTGTTTTGGGGTAGACCTAATTTTATATATTACTTAATATAATAAATAAGAGAATA +ATTTTACCATATAATTCATAGTGTCGCAGGGGGATAGATTATGGAGAGTAAGTTAAAGCC +ATTTCAAAATTATTTAGATAAACATACAAATATTATATCTAGTGTGTTGAATATAGATAT +AGAAATAGTAGATGATAAATTAATTAGGCTTAATGGTAGTGGAATATATAAAAACAAGAT +AAATGAGAGCGTTATCACTGAAGGGAATATATATAGTCAAGTTCTTGAAACAGGAAGAGA +ATTAGTTGTATTAGATATGCAGAATAATGATATTTGTAGAGATTGTGGTAATTATGAAAA +CTGTTTAAATAAAGTTATTATAGCTGTGCCAATAAAATATAAAAATCAAACATTAGGGGT +TATAGGAGCAATAAGTACAGATCCACAAAGAAAGAAAGATATAACTGAAAAAATAGATTC +ATACCTTCCATTTATAGAGAATATTTGTGATTTAATATCTATGAAAATAGATGAGTCTGA +AATAAATAAAAATAATGATAAAAAAATTAAATTATTTCATGAAATAATAAATAATTTAGA +AAAGGGTGTAGTTATATTAGATGTGCAAAATAAAATATCGTATGTTAATAATATAGCTCA +AATTTCATTAAACTTAAGAAATAGTTCGATAGGAGAAGAATTAAATATAGTTAATTATGA +AAAGTCTACTAATAATAAAGATGTAATTAATATAGATATAAATAATCATATTTACACTAT +GGCTGCAAAAATATTACCTGTATATCCTTATATAAAAGAATATGATAAGATTATTATTTT +TGATAAAGTAATCGATGAAAAAAATGATAGTGAAAACTTTATTGATACTGGATGGGGTGT +ATACAAGAGTGATTCTATAATAGGAAATTCTGATGCCATGTGTAAGGTAAAGGATAGAAT +AAAAAAATTGGCAAGGTCTAACTCTACAGTTTTAATTACAGGTGAGAGTGGTACAGGAAA +AGAACTTATAGCAAGAGCAATACATGCAGAAGGTAATAGAAGTCAAAAGCCTTTTATAGC +TATAAATTGCGCAGCGATACCAGAAAATCTACTTGAGAGTGAGCTTTTTGGATATGTAAA +AGGTGCATTTAGTGGAGCAAGTAACAGTGGAAAAATAGGAAAATTTGAATTAGCGAATGA +AGGGGTTATATTTTTAGATGAAATAGGAGATTTATCATTTCACTTACAAGCTAAATTACT +AAGAGTTCTACAAGAACGAAAATTTGCAAGGATAGGCTCTAATAAACTTATAGACTTAAA +TATTAAGGTTATTTCTGCAACTAATAAAGATCTTTTAAAGTTAGTCAATGAAGGAAAGTA +TAGAGAAGATTTGTACTATAGGTTAAATGTAATTCCAATAAATCTTCCACCTCTAAGAGA +AAGAAAGGAAGATATTAATGAAATAATGGAATCCTTTATAAATAAATATTCAATAGAACT +TGGAATCTTAGATGTGAAGATTGAAGAAAAAGTTATGAAAATGTTGAATAATTATAATTG +GCCGGGAAATATTAGAGAATTAGAAAATGCAGTAGAGTATATGATGAATTTAGTAGGAGA +AGATGGAATAATAGTTGAAGATATGCTTCCTATAGATATATTAAATTATTACAATAAAAA +AAATTATACAATAACTTCATATAGAAGAGAAGGCTACATAAGTAATCAAAATAATACTTA +TAATATAGAAGAATTTATAAGTAATGAAAAAAAGGATATACTTTCTCTTAAGGATTTAGA +ATTACTATATATTAATAAGGTATTAGATAGATTTGGAAGAGATACGAAAAGTAAAAAGGA +AATAGCTAAGAGACTAGGAATTGGCCTAGCCACTTTATACAGAAAGCTTTATGAAAAATA +AAATAAGAAATTCTCAAAAATAATTCTCAGATTGGGAAAATTTCCTAATATGAGAATTAT +TTTTTTGTTTTTTAAAAACAAAAGCTTAATATTAAATCACAGAAGTAATAGCAGATGTGT +AATTACAAGGAATACAATTTATTTATTCTAAAAAATCAATTTTGGCACAGTAATTGCTTT +ATAAAATAGTATAATTTATAAAAAATTCAAAAGGAGAAATAATATGGATCAAATAAAATG +GAAATTAAATACACTGCCAAAAGCAGATGATAATGAAAAACAAAAGGGGATAGAGTTTTT +AAGAGATAAAGAAATATCAAAAGTGAAAGGATTCCATGAAAGTATTCCTCAGTATGAAAG +AACTCCATTAGTTAAATTAGAGAATCTAGCTAAAATGTTAGGTGTAAAAGGTGTTTACTT +AAAAGATGAATCATATAGATTTGGATTAAATGCATTTAAAGTTCTTGGAGGATCTTTTGC +AATGGCTAAATATATGGCTGATAAATTAGGAAAAGATATATCTGAACTTCCATATGAAAA +ATTAATATCTGATGAAGTAAGAAATGAATTAGGGGATATAACATTCTTTACTGCAACAGA +TGGTAACCATGGTAGAGGGGTAGCATGGACTGCAAATAAATTAAAGCAAAAATCTGTAGT +GTATATGCCAAAGGGATCATCACTAATAAGATTAAATAATATAAAAGCTGAAGGTGCCAA +AGCTAGTATAACTGAGTTAAACTATGATGATGCTGTAAGACTTGCAACTGAAGATGCAGC +AAAAGTAGGAGGACTTGTAGTTCAAGATACAGCTTGGGAAGGTTATGAAGATATTCCAGC +ATGGATAATGCAAGGATATGGAACTATGGCCAAAGAAGCTGTGGAGCAATTATCTGAATA +TGGAGTAGAAAGACCTACTCATGTATTTATTCAAGCAGGTGTTGGTTCTTTAGCTGGAGC +TGTTCAAGGGTATATGGCAGCTAAATTTGAAGAGTGTCCAATAACAGTAGTAGTTGAAGC +AGATAAAGCTGATTGCTTCTATAAATCTGCAGAGGCAGGAGATGGAAAGCCAAGATTTGT +AGGTGGAGATATGCAAACTATAATGGCTGGTCTTGCTTGTGGAGAACCAAATACAATTGG +GTTTGAAATATTAAAGAATTACTCTGAAGCTTTTATATCTGCACCAGATTGGGTTTCTGC +AAAAGGTATGAGGATATTAGGAAATCCATTAGTAGGAGATGAAAAAGTAATTTCGGGAGA +ATCTGGAGCAGTTACTACAGGTACATTAGTATCTATAATGCAAGATGAAAGTTTAGCTGA +GTTAAGAAAAGCATTAAAATTAGATGAAAATTCAAAAGTATTATTAATAAGTACAGAAGG +AGATACAGATCCAGATAAATATAGAAGCATAGTTTGGGATGGAGAATGTCCAAGTGTATA +AGTTGATTTTTATAAAATAATTTTAGATTATAAATAAAAAATTTTAGGGGGATCCATAAA +TGTTAAATGAAATAAGAAAACAAGAATTAATAGAGTTATGCCAAGACTTAGTAAGAAACT +CAAGCTATTCAGGTAAAGAAGAAAATGTAGTAAAGGCTATAGAAAAGAATTTTGAAAAAT +TAGGTTTTGATAGCTGGTTTAGAGATGAGTACGGAAATATAATAGGATGCATAAAAGGAA +ATAAACCAGGTAAGAAGATTTTATTTGATGGACATATAGATACAGTTCCAGTTCCAGATG +AAAGTAAATGGAGCGTACCACCTTTTGAAGGATTAATAAAAGATGGAAAAATATACGGAA +GAGGAACTTCTGATATGAAAGGTCAGCTAAGTGCAATGATGGCTGCTGTTTCATACTTTG +CAAAAGATATAAACAAAGATTTTGAAGGAGAACTTTATGTAGCAGGTGTTGTACATGAAG +AGTTATTTGAAGGAATAGCTTCTAGAAAAATTAGTGAGGCTGTAAAACCTGATTATGTTG +TAATAGGAGAATCTTCAGAATTAAATTTAAAAATAGGTCAAAGAGGTAGAGGAGAAATAG +TAGTAGAAACTTTCGGAAAGCCTGCTCATTCAGCTAATCCTCATAAGGGAATAAATGCAG +TTTATAAAATGAGTAAGATAATAGAGAAAATACAAGAGTTAGTACCACCAACTCATCCAG +TATTAGGAGAAGGTATATTAGTTTTAACAGATATAAAATCATCTCCATATCCAGGAGCAT +CAGTAGTACCTGATTATTGTAAAGCAACTTTTGATAGAAGGTTATTAGTTGGGGAAACAA +AGGAAGATGTTATAGCACCGATACAAGAATTAATAGATGAAATGATGAAAGAAGATAAAG +AATTAAGCGCAAAAGTATCTTACGCTATAGGTAAAGAAATGTGTTATACAGGAAATGTAA +TAGAAGGAGAGAGATTCTTCCCAGGTTGGTTATACGATGAAAATGATGAGTTTGTTCAAG +CTGCATATAAAGGTTTAAAAAATGCAGGAATAAATCCAGAAATAACTCAGTACTCGTTCT +GTACAAATGGTAGCCACTATGCAGGTGAAGCGGGAATAAAAACTATAGGTTTTGGACCTT +CTAGAGAAAATTTAGCTCATACAATAGATGAGTATATAGAAATAGATCAATTAGCAATAG +GCTCTAAAGGATATTATGAAATACTAAAATCAGTTTATAAAAAATAATTGGGAGATGGTT +TTTTGAGAACTTTAATAAAACGTGGACTTATAGTTAATGGAAATAAAACTAAAGCATTCA +AAGGAGATTTATTAATTGAAGATGATAGAATAACTAAAATATCATCAGAAGTAAATGAAG +ATGTAGATAGAATAATAGATGCAAGAGATAGAGTAGTTTGTCCAGGTTTCATCGATACTC +ATAGCCATTCAGATTTAGTGATTCTAGTTAATCCATATAATGAAGTTAAAATTAGACAGG +GAATAACAACGGAAGTATTGGGGCAGGATGGAATTTCTATGGCCCCACTTCCAATGGATT +ATATATCTCCTTGGAGAAAGAATCTAGCAGGTTTAGATGGTGAGAGTGATGATATTGACT +GGGAGTATGAAACTACAGATAATTATCTATCTATGATGGAGGATAATGGAGTAGGACTAA +ATGAAACTTACTTAGTTCCTCATGGAAATATCAGAATGGAAGCAATGGGACTTGAAGATA +GACCAGCAACTAAAGAAGAAATTCAAAAAATGTGCGAAATAACAGAAAGAGAGTTAAAGG +CAGGAGCAATAGGTTTATCTACAGGACTTATATATATACCATGTGCTTATTCATTGACTG +AAGAAATGATAGAGATATGCAAGGTAGTAGCTAAGTATGATGGTGTATTTGTAGTACATC +AAAGAAGTGAAGCAGATACTATAATAAGTTCTATGGAAGAAATAATAGAAATAGGTAAAA +AATCAGGTGTAAAGGTTCACTTTTCACATTTTAAAGTATGTGGAAAAGATAACTGGAAGT +ATATACCTAAAGTTATTGAATTATTAGAAAAAGCAAAATCAGAAGGTATAAAGGTTTCTT +TTGACCAATACCCATACGCAGCAGGAAGCACAATGCTTGGAGTTGTTTTACCTCCATGGG +CTCACTCTGGTGGAACAGATAAGTTATTAGAAAGATTACAAGATGAAGAGCAAAGGCAAA +AAATGAAAGATGATATAGCAAATGGAATTGAAGGTTGGGACAATTTTATACAGTTTGCAG +GTATAGATCAAATTTTTGTAACTAGTGTTAAAAATGAAAAGAATAAGTTTGCAATAGGGA +AAAGTTTATTAGAGTTAGGTGAAATAAGAGGAATCGATCCATTAGATGCTACATTTGATT +TGTTATTAGAAGAAGAAAATGCAGTCGGAATGGTAGATTTCTATGGATTAGAAGAACATA +TTATAGGGTTTATGAAAAGAGAAGAACAAAATGTATGTACAGATGGACTTTTAGCAGGTA +AGCCCCATCCAAGAGCATATGGTTCTTTCCCTAAGATATTAGGTAGATATGTAAGAGAAT +TAGGTGTATTAGAGCTTGAAGAAGCTGTTAGTAAAATGACTAAAAAGGCAGCAACTAGTT +TTGGAATAAAAGATCGAGGAGAGTTAAAAGAGGGATATTATGCAGACATAGTCATATTTG +ATAAAGATACTGTAAGTGGATGTGACGATTTTATAAATTCTATGCAATATCCAACAGGTA +TAGATTATGTAATTATAAATGGAAACTGCGTAATAGAAGAAGGAAATTATAAACATATTA +AAGCAGGTAAAGTTTTAAGGGGGAATAATCTATGCTATTAGTTGGAAATGGTAGATTAGT +AACTCACGATAGCTTAAATCCTTTTATGGAAGATGGATGCGTAGTTATTAATAAAAATAT +AATAGAAGATTTAGGTACAACATCAGAAATGAAAGCTAAGTATTCTGATTATGAGTACTT +AGATGCTCAAAGGAAGGTTATAATGCCAGGACTTATAAATTCACATATGCACATATATAG +TTCATTTGCTAGAGGGATGGCAGTACCAGGTAAACCATCAGAAAACTTTATGGAGATATT +AGAAAATCTATGGTGGACGCTTGACAAGAAACTAACATTAGAGGATACAAAGTACAGTGC +TTATGCAACTTATATTGAATGTATTAAAAATGGTGTAACAACAGTATTTGATCATCATGC +AAGCCCAAATGCAATAGAAGGAAGTTTATTTACTATAAATGATGTGGCTAGAGAACTTGG +GATTAGGACTTGTCTTTGCTATGAAGTATCTGATAGAGATGGAAAAATTATAGCTAATCA +GGGTATCGAGGAAAACGTTAGATTTATAAAATATGCGATGAAAGATAATAGCGATATGTT +TAAAGGTATGTTTGGACTTCATGCAGCATTTACCCTATCAGATGAAACTTTGGATAAGTG +TGCTAAGGAAATGGCAGGATTAGATACTGGCTACCATGTTCATACGGCAGAAGGCATAGA +TGACTTAAAATATAACCTAAAGAAATATGGAAAAAGAGTAGTTGAAAGATTACATGATTT +TGATGTACTAGGGAACAAAACAATAGCAGTTCACTGTATACATGTAAATTCTGCAGAAAT +GAATTTACTTAAAGATACTAATACTTTTGTAGTTCACAATCCAGAATCAAATATGGGAAA +TGCAGTTGGATGTTCTCCAGTAATAGAATTATTAGATAGAGGGATTACTGTTGGGTTAGG +TACTGATGGATATACAAGTGATATGTTTGAATCTTTAAAAGTTGCAAATATAATACACAA +ACATCATTTATGTGACCCTAGATTTGGATTTATGGAAAGCCAAAAGATGTTAATAGAGAA +TAATCAAAAAATCGCTAAAGCTTACTTTAAAAATGATTTAGGGATAATAAGAAAAGGTGC +ATATGCAGATATAATAATTGCTGATTATATACCTCATACTCCGATGAATGAAAATACATT +AGGTGGACATATGATATTTGGTTTAAGTGGAAGATGTGTAGATACAACCATTATTAATGG +GAAAGTTGTCATGAAGGATAAGGTATTAGTAAATATTGATGAAAGTGAAATACTTTCAAA +ATCAAGAGAAGTATCTAAAGAATTATGGAATAGAATTTAACTGTTGATTGGAGATAAGTG +AAATGAGTGAGGGCCAAGTTAGAAATGTTAGTAAGGCAAGTGACTCAGAGAATATTTTAA +CTAGTTCGAAGGCATTTATTTATGGGGTACAACATGTATTTGGTATGTGTGCAGGGATAT +TAGCAGTACCCATAATGATAGGAAATGAAGCTAAGGTTACAAGTACTGAGATGATGATAC +TTATAAGTGCGACACTTTTTGTATCTGGAATAGCAACATTAATTCAAAGTATTGGATTTA +AAGAATTTATAGGAGTAAGAATGCCTCTTATGCTAGGGGCAAGCGCAAATCCTACTTCTA +CTATGCTTGTTATAGTTGCATCTACTTCAATTGGAGAAGGTAAAGCACTTAGTATAATAT +TTACCTCAACGATAATTGCAGGTTTATTCTGTTTTTTTATCGCACCGTTTTTTAGCAAGC +TACTAAGATTTTTCCCTAAAATAGTTACAGGAACAATAATTACTTTAATGGGAATATATT +TAATTCCTATAGCAGTTAGATGGTGTGCAGGAGGTGTTACGACTGCTCCTGATTATAGAA +GTATGGAAAATATAATTCTTTCATTTATTGTTTTACTAATAATAGTAGCTCTAAATAAAT +GGGGTGGGAAAACATTAGGTAGTATGGCAATACTTATTGGGATAATACTTGGAACTATTA +TATCAATAATTATTGGTAAATTTGATTTTACAATGGTCAATTCAGCAGGGATATTATCTA +TTCCAAAGCCATTCTTCTTTGGAGCACCTGTTTTTGATATACCGGCGATTGTATCTATGA +TAGTTGTAATGTTCATTATGATGATTGCTTCAACTGGAAACACTGTTGCAATTCACGATA +TATTTGGAGAAGATGTCACTGAAAAGAAGGTTACAAAAGCATTAAGAGCAGATGGATTAT +CTTGTATGATAGCAGGAATATTTAATACATTCCCTCAAGCACCTTGCGCTCAGAACTTAG +GTATAGCAAGTATGATAGGTATAAAGGGAACAAAAATAACTATAATGGCAGGGATAATAT +TGCTTGTTCTAGGTATTATACCAAAATTTGCAGCTATAATAGCATCAATACCGTACCCAG +TTTTAGGTGGGGCAGGTCTCGTAATGTTTGGGATGATAATATCAGCAGGGATTAATAGTA +TAAAACAAGTAGAATTTAATGGAACTAAAAATGGTTTTATATTTTGTGTAAGTATAGCAG +TAGCTATGATTCCTATAGCAGTTCCAGATTTTTATGTGAATTTTCCACAAGGAGTTATTC +AAACAATTTTAAGTAGTGGGATAACAAGCGGTAGTATATGTGCAATAGTATTAAATCTGA +TTTTTAACTATAAAGATGTGAAATAAGATAAAGCATTAAATAAATAATTTAGGGGGATGC +AAAAATGGCAAATTTAAAAGTTAATATATATGGAATGGAATTCAGTAACCCGGTAATGAC +AGCAGCAGGACCAGGAGCAAAAGATGGAGATTTATGTATAGAAGCAGTAAAAGGTGGAGC +TGGAGGATTATGTACAAAAACTATATCTGTACTTCCTGCAGATGTACCTAGACCATGTAT +GGGACTTACAAATAGTGGATTTTTAAATACTGAATTATGGTCAGAATTACCAAAGGAGCA +ATGGATAAAAGAAGAATATCAAAAAGCTAAAAGTGCTGGAGTTCCAGTAATAGTAAGTAT +GGGTTACACAGCAGATGATATAGAAAAGGTTGCACCACTTGTAAAGCCTTATGCTGATGC +AGTTGAATTATCAACTCACTATGTTGGAACAGATGTAGCTCCAATAGTAAATGCTTTAAA +AGCTGCCAAATCTGCTTTAGATTGTCCAGTATTTATGAAAATGAGTCCACATACAGATAT +TCAAACAATAGCTAAGGCTGTCGAAGAAGCAGGTGCAGATGGTCTTGTAATGATAAACTC +ATTTGGACCATGCATGGCTATAGATGTAAATACAGGATACCCAATAATGGGAAGTAAAAC +AGGATACGGATGGTTATCAGGAGCTCCAATAAGACCATTAGCAATAAGATGTATATATGA +AGCTTCTCAAGTTGTAAATATTCCAATAATAGGAGTTGGAGGTGTTACTTGTGGAAGAGA +TGTTGCAGAAATGATGATGGCAGGAGCAAGCGCAGTTCAAGTCTGTACAGAAGCAATACT +TAGAGGTCCAGGAGTATACGGAAAAATAGCTAAGGAATTAAATGAGTTTTTAGACGAACA +TGGATATTCAGATGTAAATGAGATAAAAGGATTAGCTCATAAGAAAGTTAATGACAGGGA +ATTTAGAACTCACACTGTAGTGCCAGAAGTAGACCAAGATAAGTGTATAAAATGTAAGAA +GTGCAAGGCAAGTTGTGTTTATGAGGCTATAGAGGTCGGTGAAACTTTAGAAATAGATAA +AGATAAGTGTTTTGGGTGTGGATTATGCGTAACAAGATGTCCAAAAGGCGCATTAACAAT +AAGCTATAAATAAGGTGGAGATTATATGAGTCTAATATTAAAGGGTGGAAAAATAGTAAG +TGATAAGATAACTTATTTTTCAGATATAAAAGTAGATGGTGGAAAAATTGTTGAAATAGG +AGGGAATATAGAATCTAAGGATTGTGAGATTGTTGATGTAAGTGGATCTTACATAATTCC +TGGAGGAATAGATACTCATACCCATTTTGATTTAGATACAGGAACAACTATAACAGCAGA +TGATTTTATATCAGGTACAAAAGCGGCTATAGCAGGAGGAACAACTACTATATTAGACTT +TGCAACTCAAAGTAAAGGTAAGTCATTAAATGCAGGTTTAGAAGAGTGGCATCATAAGGC +ACGTAATAAAGCTTACTGTGATTATGGATTCCATATGGCAATCACAGACTGGAGTGATTC +AGTCTGTGATGAGATGGACGAGATGATAAAACAAGGAGTGTCTTCATTTAAGTTATATAT +GGCTTATAAAGGTACACTTCAAGTTGATGATAGCATTATTTACAAGGCTCTAGAAAAATC +AAAAAATATAGGAGCAATAATAGGGTTTCATTGTGAAAATGGAGATCTTGTTTGTGAACT +TGTGGATAAGAATTTAAAAGAAAATCATATATCTCCACAGTATCATGCAACTTCAAGACC +CCCAATGCTAGAAGCAGAAGCAACATCAAGACTTATGAAAATAGCAGAGCTTACAAAATC +AAAAGTTTGTGTAGTCCATTTAAGTTGTAAAGAGTCATTAGACGAAGTCCTTAAGGCTAA +AGAAAGAGGAGTAGATGTAGTAGTTGAAACTTGTCCACAATATTTACTTTTAAATGAAGA +TAAATATATGTTAGGAGGATTCGAAGGAGCTAAATATGTGATGTCACCTCCACTTAGAAA +TGTAAAAAACAATGATATATTGTGGAAAGCTTTAGCACAAAACCAAATAGATACAATAGG +AACAGATCACTGTTCATTTAATTATAAAAAACAAAAAGAGCTTGGAATAGATGATTTTAG +CAAAATACCAAATGGAGCACCTGGGGTAGAACACAGAGTAGGACTTTTATATACATACGG +AGTATCCACAAATAAAATTTCTATTAACAGAATGGTAGAACTTTTATCTACTAATCCAGC +TAAAATATATGGACTTTATCCACAAAAAGGAACTATAGAGGTCGGAAGTGATGCAGATTT +AGTAGTGTTAAATCCTAATAAAACTAAGGTAATAAAGGCAGAGAATCAAGTTCAAAATGT +AGATTATACACCTTATGAAAATTATAGACTAAATTGTGAAATAGAAAGAGTTTATTTAAG +AGGAAAAGAAGTTAGCAGAAATGGAAAGATTATTGATAATTTTCCAACAGGAAAATATTT +GAAGAGGTCATCTAATTAAGGGGGATAACTTATATGTTTGAATTTATATTGAATAATGAG +AAAGTTATTGCTGCAGAAAACAAGAAGCTCTTACAATTTCTTAGAGAAGATATGAATATA +ACATCTGTAAAGAATGGATGCTCAGAAGGTGCATGTGGAACTTGTATGGTTATTGTCGAT +GGGCAAGCTAAAAAAGCTTGCGTTCTTACAACTCAAAAACTAGTTGGAAAGAATGTAATA +ACTATAGAAGGTATGAGCGAAAGAGAGAGAGATGTATATGCCTATGCCTTTTCTAGTCAG +GGGGCAGTACAGTGTGGTTTCTGTATACCAGGTATGGTAATAAGTGCAAAAGCTTTATTA +GATATTAATAATAATCCAACAGAAAGCGAAATAAAGAAAGCTCTAAAGGGTAACATATGC +AGATGTACAGGATATGTAAAAATTATTAAAGCTATAGAACTAGCAGCTAAAATATTTAGA +GAAGATATAGATGTACCTAAAGTTGCTTGTAAGGGATTGATAGGAGAAAATCTTCCAAGA +ATAGATGCAATAGCTAAAGCACTTGGAATGGCCGAATATGTAGATGATATAAGAATAGAT +GGAATGATTTATGGTTCAGCAGTAAGAACAAAGTATCCTAGAGCTCTTGTAAAAAAAATA +GATATAGAAGATGCTAAGGCATATCCTGGTGTAGTAGCAGTACTGACAGCTAAAGACATA +CCAGGAACTATAAAGGTTGGTCATTTAAAAAAGGACTGGGATACTTTGATACCAGAAGGA +GAAATAACTAGATATCTAGGAGACGCAATAGTATTAGTTGCAGCTGAAACTAAGGAGGCC +CTTGAAGAAGCTAAAAAACTTGTAAAAATAGATTATGAAGAATTAACTCCTATTACGTGT +CCAGAAGAAGCATTAAAGGAAGATGCTCCTAAAATACATGAAACAGGAAATGTTTTAGTA +AATGAGCATCTAGTTAGGGGTAATGCAGATGAAAAGATAAAGAATTCTAAGTATGTTGTT +ACTAGGAAATATTCTACACCATTTACAGAGCATGCTTTTTTAGAGCCAGAATGCGCAGTA +GCAGGCCCACATGGTGAGGATGGAATAATAATATACTCATCTGATCAAGGAGTATTTGCA +ACTCAACACGAATGTGCAGATATGTTAGGACTACCTCATGAAAAAGTAAGAGTAATAAAT +AAAATGGTAGGTGGAGGATTTGGTGGAAAAGAAGATATGAGTGTTCAACATCATGCAGCT +CTTTTGGCCTATCATACAAAGAAATTTGTAAAAGTACTTCTTACAAGAAAAGAAAGTATA +ATAATACATCCTAAAAGACATGCAGTGGAGCTAGAGTTAACTACGGCCTGTGATGAAGAT +GGATATTTAACAGGTATGAAAGCTAAAATTATTTCTGATACAGGAGCCTATGCATCTCTT +GGAGGACCAGTACTTCAGAGATTATGTACTCATGCAGCTGGTCCATATAATTATCAAGAT +ATAGATATTGATGGGACTGCAGTTTATACTAATAACCCTCCAGGAGGAGCATTTAGAGGA +TTTGGAGTTACTCAAAGTTGTTTTGCAACAGAATGTAATATAAATCTTTTAGCTGAAATG +GTAGGAATATCTCCTTGGGAGATTAGATATAAAAATGTAGTAAGACCAGGTCAAGTTTTA +CCAAATGGCCAAATTGCAGATGAAGGGACTGCTATAGTAGAAACTTTAGAAGCAGTTAAA +GAAGAATATGAAAAACATCCTTATGCAGGAATAGCATGTGCTATGAAGAATAGTGGTGTT +GGGGTTGGAATACCAGATGTAGGTAGATGTAAGCTAGTAGTGATAGATGGAAAAATTCAT +ATAAGAACTAGTGCATCTTGTATAGGTCAAGGTATGGGTACTGTTGCAACTCAAATGGTA +TGTGAGACAGCAAAAGTTAGTCCGGAGATTATAGTACATGATGCTCCAGATACACTTTTA +ACACCTGATTCAGGGAATACTACAGCATCAAGACAAACAGTGTTCACAGGAGAGGCTACA +AAGGTAGCTTCTAAAAAATTAAAAGAAGCACTAGATTCGGGTAAAACTTTATTAGATTTA +GAAGGTGAAGAGTTCTATGGAGAGTATGCTAGTATAACTGATAAAATGGGTTCTGATAAA +AAGAATCCAATAAGTCACGTAGCTTATGGTTATGCAACTCATGTGGCTATATTAAATGAA +GAAGGTAAATTGGAAAAACTTATAGCTGCTCATGATGTAGGTAGAGCTGTAAATCCAATT +AGCTTAGAAGGTCAAATTGAAGGCGGAGTTGTAATGTCTATAGGTTATGCATTAACTGAG +GACTATCCATTGGAAAACTGTGTTCCTAAAGCTAAATATGGAACATTAGGATTATTTAAA +TCTACAGATATACCAGAAGTAAAAGCTATAGTTGTAGAAAAGAATAAATCTGAGTTAGCT +TATGGAGCTAAAGGGGTGGGAGAAATAACATCAATACCAACAGCGCCAGCTATACAAAAT +GCATATTATGTATATGATAAGGAGTTTAGAACTAAACTTCCATTGATAAATACACCATAT +AGTAAGAAAAAATAGATTAGGGGGGAATAATATGAGTAAAATAGTAATTGATACAAAAAA +TGCACCAGGGGCAATAGGACCATATTCACAAGGAATGATAGTCGGTAATTTAGTATATAC +TTCTGGTCAGCTTCCAATAGATATGGCAACAGGAGAATTAGTTCAAGACGTTAAATTAGC +TACAAAAGCTTCATTAGATAATGTTAAAGCTATATTAGAAGAAGCTGGGACATCAATGGA +TAAGATATTTAAGACTACTGTATTTGTAAAGGATTTAAATGACTTTAATGCAGTAAATGA +AGTTTATGCAACTTACTTTAAGTCAAATCCACCAGCTAGATCTTGTGTTCAAGTTGCGAA +ATTACCAAAAGATGCAGTAGTAGAAATAGAAGCAATAGCAGTTTTAGAAAAGTAATCAAC +TAAATTCCATAATCTTTTAGAACCCATAATTTTTAAAATCCTATACTATAGTATAAATTA +AATGTTAATATATACTATAGTATAGGGTTTATTATTTATGAAATAAAATTAAATGTTTAT +AGGGGGTTCAATATGAATTTTAATAATGGAATAGAACTAACACAATCTCAGAAGTTAATA +ATGACGTCACAACTAAGACAATCCCTAAAAATATTAAATATGAATAAGGTAGAGTTAGAG +AGTGAAATTGTAAAAGAAGTTGAGAGTAACCCTTTATTAGAAGCTGAGAAAAGTAGTGAA +ATAAATTGGGAGCAGTATATAAACGACATGGAGAATACAAGAAAACACAATAGTTATGAA +AACGTATTCAATAATGAGAATGAAGTTGATTTAGAAAATCTTATTAAAAGTGATTCTAAT +ATATATGATGATTTAAAATTTCAAGTAAGTTTATATAAACTAGATAATTCAGAAAGAATG +ATATGTGATTATATAATAGATAGCCTAGACGAAGATGGTTATTTGAAAGTTAGTGATTAT +GAAATAATGGAGTCCTTAAATATAGATGAAGATATATTTGAGAAATGTCTTATTAAAGTT +CAGAATTTAGAACCAAGTGGTGTGGCTGCAAGAAGCCTAGAGGAATGTTTAATAATACAA +ATTAATAATTTTGGAATAGTTGATGAAATATTAGAAAGTATAATAAGGCATGACTTAAAA +TTAATCGCAAGTAATAAATATAAAGATATCTGTAAAAAGTACAAAATAACTTTACAAGAA +TGTAAAAGATTTTCTGATTTAATAAAGGATTTAAATCCAAAACCATGTGAAGGTTATTTT +AGCTCTAATAAGGAATCTATTTATGTACAACCAGATGTAATAGTAGAAAAAATAGAAAAT +GAGTTTATTGCATATCTTAATGAAAAAGATTCCTATAAGCTAAAAATAAATAATTTTTAT +AAAGAAGTTCTAAAAAATTCTCAGGCAGATAAAGACGCTAAGGATTTTATAAAAGAAAGG +CTAAATTCTGCATTAAGCTTAATGAAAAATATAGATAGTAGAAAGAGTACGATTTTAAGA +ATTGCTGAATCTATAGTCAAAAATCAAGAAGAGTTTTTGAATAGGGGAATTAAGTACATA +AAACCAATGACTATGAAAGATTTAGCAGAAGAATTAAATTGTCATGAGTCAACAATTAGT +AGAGGTGTAAATGGCAAATATATGCTAACACCATTTGGAACGTATGAATTTAAATATTTC +TTCAATAGTTCTATAGAAACTGATAATAATGAGGTTATATCTAGCGTCAGCATAAAAAAC +ATGATAAGGGATAAAATAAAGGCAGAAAAAAAGGATAAGCCTCTTAGTGACGATAAAATT +GCTAAATTACTAAAAGAGCAAGGTATAAATGTAGCTCGAAGAACTGTAGCAAAATACAGG +GAAGAACTTGGCATACTGTCTTCGAGTAAAAGGAAAAAATGTTGAATTGGAAAAATATAA +AAAAATATCCTAAAAACTATTGAAATATATAAAGATATGATTTAAAATTAAATTATCTTG +TGGGACTTAAATTGAGTGTAGGGACAATTAACGTCCCGGGTAAAATTATAACAAGGAGTT +ATAACATGAAAGACCTAATTAAATTTCAGAAAAAATTGATTCCCCAAGTTGTTGAGCTTA +TGGAAAGAAGATATTCGATTTTAAGACAAATATCTTTAAGCGAGCCAGTAGGAAGGAGAA +CCTTATCAAACATATTAGATATAAGTGAAAGAATTATAAGATCAGAAACTGAGTTTTTAA +AAGAACAAGGTCTTATAAATGTTGCAGGTTCAGGTATGACAATAAGTCTAGAAGGAGAAG +AACTACTAGATGACCTTAAGGATACTATGAATTATGTAACGGGACTTTCAAAACTACAAG +ATAAGGTAAAAGAAAAACTAGGTGTAAAGAAAGTATTACTAGTGCCTGGAAGTTTTGATA +AAAATGAAAGTATTTTATATGATATAGCAAAATGTGGGGCAGATTATTTTCTTCAAGTTC +TAAAACCAGAAGATGTAGTTTCTATAACTGGAGGAAGTACAATGCTTGAGTTTTCAAAAG +CTCTTAAAGCAGATAAAAAATACAATAATGTTACTGTAGTACCAGCTAGAGGTAGTATGG +GTAAAATTGTAGAGACTCAAACAAGCAATATAGTTTCTATTATAAGTAAGAAACTTAGCT +CACATTATAAATTACTTAATATACCAGATGAATTAAGTGAAGAAGCAAAAAATAGTTTAA +TCCAAGAACCAGAAATTAAAAGTACATTAGAACATATCGAGAAAACTGATATATTAGTAT +TTGGGATTGGAAGAGCTGATGAGATGGCAAAAAGAAGAAAGCTATCTGATAATAAAGTTA +AAGAAATAATATCAAAGGGAGCAGTGTGTGAAGCATTTGGATATTATTTCAACAAAGATG +GAGAAATAGTATATAAGTTAAATACAGTAGGTATAGACTTAAACACTGTTAATAATGTTA +GGGAAACAATTGCCGTATTTGGAGGCACAACAAAAGTAGAAGCTTGCATAGCAATTTCAA +AGGTAGATAAGAATATAGTTCTTGTTACTGATGAGGAAAGTGCTTGTAAAATTCTAGAAT +CAATTTAGTTAACCACTAGCTAGGCTAGTAAAAATATATTATAAATATACATACACTTAG +GAGGTAGCACGATGGTTAAAGTAGCTATAAATGGATTTGGGAGAATAGGAAGACTTGCAT +TAAGAAAATTAATGGAACAAACTGACAAGTTTGAAGTTGTTGCAATAAACGACTTAACAG +ATGCTAAAACTTTAGCACATTTATTTAAATATGATACTGCTCAAGGTAGATTCAACGGTG +AAATAGAAGTTAAAGACGGAGCTTTCGTAGTTAACGGACAAGAAATAAAAGTAACTGCTG +AAAGAAATCCTGCAGACTTACCATGGAAAGAATTAAATGTTGATATAGTATTAGAGTGTA +CTGGATTCTTTACTTCTCAAGAAAAGGCTGGACTTCACTTAGAAGCTGGAGCTAAGAAAG +TTGTTATATCTGCGCCAGCAACAGGGGATGTAAAAACTGTAGTTTACAACGTAAACAACG +ATGTATTAGATGGAACTGAAACTGTAATATCAGGTGCTTCTTGTACTACTAACTGTTTAG +CACCAATGGCTAAAACATTAAACGATGCTTTCGGATTACAAAAAGGATTCATGACTACTA +TACATGCATACACAAATGACCAAAATACTTTAGATGGTCCTCATGCAAAAGGTGACTTAA +GAAGAGCTAGAGCTGCTGCTTCTAACATAGTACCAAACACTACAGGAGCTGCAAAAGCTA +TAGGTTTAGTTATACCTGAATTAAAAGGTAAATTAGACGGAGCTGCTCAAAGAGTTCCAG +TTGTAACTGGTTCAATAACTGAGTTAGTTTGTACTTTAGATAAGAACGTAACTGTAGAAG +AAATAAACGCTGCTATGAAAGCTGCTTCAAATGAATCATTCGGATACACTGAAGAGCCAT +TAGTTTCTTCTGATATAATAGGAATAAGCTACGGATCATTATTCGATGCAACTCAAACAA +AAGTTATGGAAGTAAACGGAGAACAATTAGTTAAAGTTGTTTCTTGGTATGACAATGAAA +TGTCTTACACTTCTCAATTAATAAGAACTTTAGGATACTTCGCTAATTTAGCTAAGTAGT +TTTAGACTAGTCCGGGTTTGTAGTTTTATACTACGGGCTCCGGACTTTTTTAAGCAATTG +GAAAAAGTCATTGAGTCTATAAAAAAATTCGTGTACATAGCAACTCAATAAAAATGAATT +TTTACCTAAGAAGTATGAATTAATTATATAGAATATACATAGGGAAGATATATTATAAAA +TCTCGGTTTTGAAAGGAGAATTCAACATGTCAATGCTTAACAAAAAAAGTATAGAAGATA +TAAATGTGAACGGAAAAAGAGTATTAGTAAGATGTGACTTCAACGTACCTTTAAAGGATG +GAGTTATAACTGATGAAAATAGATTAAATGGTGCATTACCAACTATAAAGTACCTAATAG +AACAAGGAGCTAAAGTTATATTATGCTCTCACTTAGGTAAGCCAAAAGGGGAAGCTAAGC +CAGAATTATCTTTAGCACCAGTTGCAAAAAGATTATCTGAAATGCTAGGTCAAGAAGTAG +TATTTGCTGCTGACGAAAACGTAGTAGGAGAAAATGCAAAGGCTGCTGTAGCTAAAATGC +AAAATGGTGATGTAGTATTATTAGAAAATACTAGATATAGAAAAGAAGAAACTAAAAATG +AAGAAAACTACTCTAAAGAATTAGCTTCTTTAGCAGAAATATTTGTAAATGATGCATTCG +GTACTGCTCATAGAGCTCACTGTTCAACAGTAGGTGCGGGAGAATTCTTACAAGAAAGAG +CTTGTGGATACTTAATTCAAAAAGAATTAAAGTTCTTAGGAGAAGCTGTAGCTAATCCTG +TAAGACCTTTCACTGCTATACTAGGTGGGGCAAAAGTTTCTGATAAGATAGCTGTTATAA +ATCAATTATTAGATAAAGTTGATAACTTAATAATAGGTGGAGGAATGGCTTATACATTCT +TAAAAGCTCAAGGATATGAAATAGGAACTTCTTTAGTAGAAGAAGATAAAGTAGAATATG +CTAAAGAAATGATGGAAAAAGCAGCTGCTAAAGGTGTTAAATTATTATTACCAATAGACA +ACGCTGTTGCTGATAAATTTGCTGATGTTACTCCAGTTATAACTGAAGAGGCTAACATAC +CAGCAGGACATATGGGATTAGATATAGGACCAAAAACTATAGAAGAATATGTAAATACAG +TAAATGCTTCTAAGACAATAGTATGGAATGGACCAATGGGAGTTTTCGAATTTGCTAACT +TTGCAGAAGGTACACTAGCAGTAGCTAAAGCTATGGCTGCGTTAACTGATGCAACTACAG +TAATAGGTGGAGGAGATTCTGCTGCTGCTGTTAATCAATTAGGATTCGGAGATAAAATGA +CTCACGTTTCTACTGGTGGAGGAGCATCATTAGAATTCTTAGAAGGAAAAGAATTACCAG +GTATAGTAGCTTTAGATAATAAATAATAAATTGCAATTACCAATAGAGTATTTATTATAC +TCGATTTTGACACTATAGATATGTTACCACAGAAGTTTTATTTTAATAAAACTACCTTAA +ATTTTGTTATAATTAAGCTTAGGAAAATTTATCCTAAGGTAAATTTTCCTAATGACTTGA +TTAAAGTGTGGAGGAATTGAAAATGAGAAAACCTATAATAGCTGGAAACTGGAAAATGAA +TAAGACTATAGCAGAAGCTTTAGCTTTTGTTGAAAATGTTAAAGAAAGAGTAAACAATGA +AAATGTAGATGTAGTAATATGTGCACCGTTCATAGCTTTAAAAGATTTAAAAGAGGCAAC +AAAAGGAACAGACATAAAAATTGGAGCTCAAAATATGCATTTTGAAGAAAGTGGAGCTTT +TACAGGTGAAGTTGCACCTGAAATGTTAAAAGAAATAGGAATTGACTACGTGGTTATAGG +ACACTCTGAGAGAAGAGAATATTTCAATGAAACAAATGAAACAGTAAACAAAAAGGTAGT +AAAAGCTTTAGAACATGGCATACATCCAATACTTTGCTGTGGAGAAACTCTAGAACAAAG +AGAAGCTGGAGAGACTAAAGCTCATTGTAAAATACAAATTGAAGAGGGATTAAAAAATGT +AGCTAAAGAAGATATATCTAAGGTTGTCATAGCTTATGAACCAATATGGGCTATAGGAAC +TGGAAAAACTGCAACTGCTGAAGATGCTAATGATGTTATATCTTACATAAGAGAAGTAGT +AGCAGGATTATATGGAGAGTTAGCTCAAGATGTTAGAATACAATATGGTGGAAGTGTTAA +GCCATCAAATGTTGCTGAAATAATGGCACAAAGTGATATAGATGGAGCTTTAGTTGGTGG +AGCTAGTTTAGCTGCTGACGACTATGTAAAGCTTGTAAATTTCTAAGGAGTGAAATAATA +TGAAAAAACCAGTTGCTTTAATCATAATGGATGGTTATGGATATACTAGTGAAACTAAAG +GGAATGCTGTAGCTGCGGCTAACACTCCTAACTTAGATAGAATATCTAAAGAATATCCAA +GCACATTAATAAATGCGAGTGGTCTAGATGTTGGATTACCAAATGGACAAATGGGTAACT +CAGAAGTTGGACACACAAACATAGGTGCAGGACGAATAGTATATCAAGACTTAACTAGAA +TAACAAAAGCAATAGAAGATGGTGAATTCTTCAATAATGAAGTATTATGCCAAGCTATGG +AAAATGCTAAAGATAAAGCACTTCACATAATGGGATTATTATCTGATGGTGGAGTACATT +CACATATAGACCACCTAAAAGCTTTAGTAAAAATGGCTAAAGAAAAAGGTGTAGAAAAAG +TATATGTTCATGCATTTACAGACGGTAGAGATACTGATCCACAAAGTGCAATTACATATG +TAAAAGAAGCTGAAGAAGTTATGGCTGAAGTAGGTGTAGGGGAATTTGCTTCTGTAAGTG +GTAGATACTACGCAATGGACAGAGATAAGAGATGGGAAAGAGTTCAACTTGCATATGATG +CAATGGTAGAAGGAAAAGGTGAAACTGCTACTTCTGCTACTGAAGCTATTCAAAATTCTT +ATGATGAAGGTAAAAATGATGAATTCGTTTTACCAACAGTTATAGTTAAGGATAAAAATC +CTGTTGGAACTATAAAAGAAGGAGATTCTGTAGTATTCTTCAACTTTAGACCAGACAGAG +CTAGACAAATAACTAGAGCACTAGTTTGTGATGAATTTGTAGGATTTGAAAGACCTTGCA +TGAAGACTTTCTTTGTATGCTTAACTGAATATGATATAACTATCAAAAATGTTCATATAG +CATTTGGACCTCAATCATTAAGCAATACTTTAGGTGAGTACCTAGCTAAGAATGGAAAAG +TTCAATTAAGAGCTGCCGAAACAGAAAAGTATGCTCACGTTACTTTCTTCTTCAATGGTG +GAGTTGAAGAACCAAACCAAGGTGAAGAAAGATTATTAATACCATCTCCAAAGGTTGCAA +CTTATGACTTACAACCAGAAATGTCTGCTGGTGAGTTATTAGAAAAGGTTGTAGCTAAAA +TAGATGAAGATAAATTTGACTTTATAGTTGTTAACTTTGCAAATCCTGATATGGTTGGGC +ATACAGGAAATGTAGAAGCTGCTATAAAAGCAGTAGAAACAGTTGATAGCTGTGTAGGCA +AATTAGTCGATAAAATAATAGAAAAAGGTGGAAGCGCAATTATAACAGCTGACCACGGAA +ATGCAGAATTAATGGAAGATGTTGAGTCTGGAAAAACAATAACAGCTCATTCTACTAATC +CAGTACCATTTATAGTTGCAGGTGAAGAATTTAAAACATCTACATTACTAGAAGGTGGAA +GATTATCTGATATAGCACCAACTGTATTAGATATGATGCATTTAGAACAACCAGAAGAAA +TGACTGGTCATTCATTAATAAAAAATAATTATTTAAATTAAATAGTTATTAATATATAAA +TAAATAAGGTTTACAAAATATACAATATATTATATAAATCACCCAAATACAAAACTAGAA +ATAAAATTTATCCATCAAATAATATATATTCTAAAATGTAAAAAGGGGAAAGGGTATTAT +ATTGTATAAGAGGTTAACTATTATATTATAAAATCTGAAGGGAGATATAAATATGTCAGT +TATAGAATCAGTATACGCAAGAGAAGTATTAGACTCAAGAGGTAACCCAACTGTAGAAGT +TGAGGTAGCATTAGAAAGTGGAGCAATAGGTAGAGCTATAGTTCCATCTGGAGCATCTAC +AGGAGCTTTTGAAGCTGTTGAATTAAGAGATGGTGACAAAGGAAGATACTTAGGAAAAGG +TGTAGAAAAGGCTGTTGCTAACGTTAATGAAATAATAGCTCCAGAATTAGAAGGAATGGA +ATCTACAGATCAACCTGCAATAGATGCAGTTATGATAGAATTAGATGGAACTCACAATAA +AGGTAAATTAGGGGCTAATGCTATATTAGGTGTATCTATGGCTGTTGCTAGAGCATCTGC +TGAAGAATTAGGATTACCTTTATTCCAATACATAGGTGGAGTAAATGCTAAGCAATTACC +AGTACCAATGATGAACATATTAAACGGTGGAGAGCATGCTGATAACAACGTTGACGTTCA +AGAATTCATGATATTACCAGTTGGAGCTAAGAGCTTCAGAGAAGGTTTAAGAATGGGTGC +AGAAGTATTCCATTCATTAAAGAAAGTTCTTGGAGAAAAAGGACTTGCTTGTGGTGTAGG +TGACGAAGGTGGATTCGCTCCAAACTTAGGATCAAACAGAGAAGCTTTAGAATTAATAGT +TGAAGCTATAGAAAAAGCTGGATACAAGCCAGGAGACGATATAAGATTAGGTCTTGACGT +TGCTGCTACAGAAATGTACAACAAAGAAACTAAAAAATATGTTTTAGCTGGAGAAGGAAA +AGAATTAACTGCAGCTGAAATGGTTGATTTATATGAAGATTGGGCTAACAACTTCCCAAT +AGTAACTATAGAAGATGGTTTAGATGAAGAAGATTGGGATGGATGGAAAGTATTAACTGA +AAGACTAGGAAATAAAATACAATTAGTTGGGGATGATTTATTCGTAACTAATACAGAAAG +ATTAGAAAGAGGAATAGAAGCCGGTGTTGCTAACTCTATATTAGTTAAAGTTAACCAAAT +AGGTACAATAACTGAGACTTTAGATGCTATAGAAATGGCTAAAAGAGCTGGATACACTGC +AGTTATATCTCACAGATCTGGAGAAACAGAAGATACTACTATAGCTGACTTAGCTGTAGC +TGTAAACGCTGGACAAATAAAAACTGGTGCTCCATCAAGAACTGACAGAGTAGCTAAATA +CAACCAATTATTAAGAATAGAAGAAATGGTTGGAGAACAAGCTAGATACTGTGGATTAAA +CTCATTCTATAACTTAAAGAAGTAATTTTATAAAAGAATTACTTTAATATAAAAAAAATA +TTCAGTCCGTTGAGCTAAAAAATGCTCAATGGACTGTTTTTTTATTAGTAATTATTATTT +AAAGGAGTGAAAAAAGTAGTAGTTTATACAAATGAATTACTACTTTTTTATGTTGGATAA +ATGAAATATAATGAAAGTGTAATATACTAAACCTCAGGATAAATTCTTGGTGTAAAAATA +GGGGAGACATTTTTATGATTAGATTTGAGATAAGTACTAGAGATAGGCTGGGCATAACTA +CTGAAATACTATGCAAGATTTATAATAGAGATATAGATTTAGTATCTATGGAGGTTTTTA +CAGAGAAGGTTTGTATTAAGATTAATGATATAGATTATGCCACTAAAAAAAATCTTAGAG +AAGAAATAAGTAGTATTGATGATGTTATCTTTATAAAAGAAATAGAGCTTTTAAGTCATG +AAAAGAATGAGCAGAAGTTATTAGCTGTAATTGATTCTGTAGATGAAGGAATAATCTCCA +TTGATAAAAATTTTGAAATTAATATATTTAATAATTATTGTGAAGAGCTGTTTAATTACA +AAAAAGAAGAGGTTATAGGTAGAGATATAAGAGATATTATTGGTGAAGATGATATCATTG +TAGGCTTAATTAAATATGGGCATGAGTATGATAATATTAAGTCTAGCATAAAACATAATG +ATATAAAAAGTAGCTATATAACTACCGGTAGAAGAATAACTAATGATAATGATGAAACGA +TTGGGGCTGTAGTTTCAATAAAAGATGTAAATAAAGCTAGAGAGCTTGTTAATATAATTA +ATAAAAATAATGATGGACCTTTCAAAAATATAATAGGAAATAGTAAAAGTATTGAAAAGG +TAAAACATATGACATTAGCTATATCAAAAAGTAACTCAACTGTTCTACTAAGAGGAGATA +GTGGTACTGGTAAGGAACTATTTGCAAATGCTATACATGATTTAAGTGATAGAAGAGATA +AACGTTTCGTTGCTATTAACTGTGCAGCCTTACCTGATAGCTTACTAGAAAGTGAATTAT +TTGGATATGAGAAGGGAAGTTTTACAGGTGCTATGCAAAGTGGAAAGGAAGGGCTTTTTA +AAGAAGCAAATGAAGGAACTATTTTTTTAGATGAAATAGGAGAGTTATCGATGCTTCTGC +AAGCGAAACTTCTAAGGGTACTACAAGAAGGAAAGATAAGAAAGATTGGTAGTAGTAAAG +AAGAGGAAGTTGATGTAAGAGTTATTGCAGCAACTCATAAAAATCTTGAAAAGATGATAA +AAGATGGAGAGTTTAGAGAAGATTTATATTATAGACTAAATGTTATTCCAATAAAAATTC +CGAGTTTGAAAGAGCGATTAGATGATATACCTGTATTAGTTCATTTTTTTATAAATAAAC +TTAACAAGAAGCTTAGAACTAATATAAAAGGATTTAAAAAAGGTTTCTTAGATAAATTAA +TGAATTATGATTGGCCTGGGAATGTAAGAGAGTTACAAAATGTAGTAGAAAGAGCTATGA +ATTTATGTAGTGGTGATGTATTAACTAGCCAGGATATTATGATTGATTGTATATATAGGA +ATGAAGATATTATAGATAATTTTATTGAAGAAGAGCAGAAATTTAAATCTTTAAAAGAAG +AGATGGAGAAATATGAGAAAGAGATAATTATGAGAGTATATAATGGTAATAAAAGTTATA +GAGAAAGTGCTAAAATACTTGGAATTTCACATACTGCAGTAATGAATAAAATTAAAAAAT +ATAATATAAAAGAATAGTGTAAAGAATTATTTACAAATGCAAAGAAATGTTTACGAAGTT +TGTGGATTATGTAAAGAATTATTTACAACATATGAAATTTATTTGAATTAACCTTAAAAT +ATCTCGGGAAATCGTTTTTAATGAAAGGTGGTTATTTCAATATATTTATAAATAAAAAAA +TAAAAAATGATTTTTTTTACTTTAATCAAAAAGTTGGCATGGGAGTTGCTCTTAAAATAT +AGCGTAAATAAAAATAATTATAAATTATATTAAGATAAATTATAGGGGGAACTTAAAATG +GAAAACTTAAAAAATAAAAAATTCGCAACTCAAGCTATACACGGGGGACATAAAAAGGAT +CCAGTTTCAGGAGCATTAACTACACCTATATTCCAAACGTCAACTTTCGTATTCGATAGT +GCAGAACAAGGAGGAAGAAGATTTGCACTTGAAGAAGACGGTTTTATATATTCAAGATTA +GGAAATCCAACAAATATGCAATTAGAAGAAAAAATAGCACTACTTGAAAAAGGAGAAGCT +TGTTTATCAACTGCTTCAGGAATGGGAGCTATAACTTCAGCATTATGGACTGCATTAAAG +GCAGGAGACCATATAGTAGCAAGTAAAACTTTATACGGATGTACTTATGCATTATTAAAT +CACGGAATAAGCAGATATGGGGTTGAAGTTACTTTTGTTGATGCTGCTAACTTAGATGAA +GTAAGAGCAGCTATGAAAGAAAATACTAAAGTTGTTTACTTAGAAACTCCAGCAAATCCA +GACCTAAAGTTAGTAGATATAGAAGCAGTAGCTAAGATAGGTCATGAAGTAGAAGGATGT +ATGGTTATTGTCGATAATACTTTCTGTACTCCATATATACAAAGACCATTGGAATTAGGG +GCAGACGTTGTTGTTCATTCTGCTACTAAATACTTAAACGGACATGGAGATGTTATAGCT +GGATTCGTTGTTGGTAAAAAAGAATTCATAGATCAAGTAAGATTATTTGGTGTTAAGGAT +ATGACTGGCGCTGTTCTTTCTCCATTTGATGCTTACTTAATAATGAGAGGTATGAAAACT +TTACAAATAAGAATGGATAGACATACTAAGAATGCTATGGAAGTTGCTAAATTCTTAGAA +TCTCATGAAAATGTAGAGTTAGTTAATTACCCAGGATTAGAAAGTTTCCCACAATATGAG +TTAGCTCAAAAGCAAATGGATATGCCAGGTGGAATGATTGCATTTGAAGTTAAGGGTGGA +CTTGAAGCTGGTAAGAAATTATTAAACTCTTTAGAATTATGTACACTTGCAGTTAGTTTA +GGTGATTGTGAAACATTAATCCAACATCCTGCATCAATGACTCACTCTCCATATACTCCA +GAAGAAAGAGCAGAAGCTGGAATATCTGAAGGATTAATAAGAATATCTGTAGGACTTGAA +GATGCAGAAGATATAATAGCTGACTTAAAGCAAGGTCTAGATAGATTATAGAAATCCATA +CCTAAGTGGTGATATTTATATATTAAATAAAATTTTAATTAATAATCCATTATGAAAAAA +CAAATAACTTATTATGAAATTAATATATCCACTATGATAAGGAAATTATCATAGTGGATA +TATTAAGATTTCCATAATCAGATAAAAGTAATTGTCTGATAATTGAAGTCTTAAATATGG +TTCTATTAAATAATATTAATATCTCAAAATTTGATAATATTAGAACCTTGAAAGCGTTAT +TTTACTTTTATTGACAGAAGTCATTTTGCAGTGTTACCATAAAAATAAGCATTAAAGCTA +TTATATTTAAGGGGGTATTATGGTGAATAATACAATAGAGATTAGATGGCATGGAAGGGG +AGGCCAAGGTGCAAAGACAGCTGCATTACTATTAGCAGACGTTGCATTTAGTACAGGAAA +GTATGTACAAGGTTTCCCAGAATATGGTCCAGAAAGAATGGGGGCACCAATAACTGCTTA +TAACAGAATAAGTGATTCAGAAATAAGAGTACACTCAAATATATATGAGCCACAATTTGT +AGTAGTTGTTGATGAAACTTTATTAGAAGCAGTAGATGTAACTAAGGGACTAAAAAAAGA +TGGAGCAATTATAGTAAATACATCTAAGCCAAAAGAGGAAATCACAAAACACCTTAAAGG +ATATGAAGGTAAATTATTCACAGTGGACGCAAGAGGAATATCAGAACGAACTTTAGGAAA +AAATTTTCCGAATTCACCAATGCTTGCATCGATAGTAAAAGTAGCAGACATTATGCCTTT +AGACATATTTTTAGAAGAAATGAAAACTTCTTTCCAACACAAATTTGCATCTAAACCAGA +GGTTATAGGTGGAAATATGGAAGCTTTAAAATTGGCACTAGAGGAGGTAGAATAGATGGA +TAAGAAAATAAGTGAAATCATTACTGAAAATATATCTTGGAAAGATATAACACCAGCAGG +GAACGTATATGCTGGAGGAACTTCAGAAGAATTTAATACAGGAGAATGGAGAGTAGATAA +GCCTATATTTATAGAAGATAAATGTAAGCAATGTCTGTTATGTGTTCCTGTATGTCCAGA +TAGTTCTATTCCTGTAGAAAACAAGAAAAGAGCAGATTTCGATTTTATGCACTGTAAAGG +ATGCGGAATATGTGCAAAAGTATGTCCTTTCGATGCTATAGAAATGGTAAAGGAGGAAGT +TTAGATGTCTACTACAGCAGTAATGGAAAATGAAAGAGCAGTATCTCCTGCAGGAATAAG +AGAGCGATTGTCAGGAAATGAAGCAGTAGCAATAGCTATAAAGCAAATACATCCAGATGT +ATTTCCAGCATTTCCTATAACTCCTTCAACAGAAATACCACAATATTTTTCATCATACGT +AGCTAATGGAGAGGTTCAAACTGAATTTGTTCCAGTAGAAAGTGAACATAGTGCAATGAG +TGCAGCTATTGGTGCTCAATCAGCAGGCGCTAGAACTATGACAGCTACATCATCTTGTGG +TTTAGCGCTTATGTGGGAAGAATTATACATAGCAGCATCTAACAGACTTCCAATAACATT +AGCTTTAGTAAATAGAGCTTTATCAGGTCCAATAAATATAAACTGTGATCACTCTGATAG +TATGGGAGCAAGAGATGCAGGATGGATACAAATCTATTCTGAAAATAATCAAGAAGCTTA +TGATAACTTTATACAAGCTGTGAGAATAGGGGAACATAAAGATGTACAATTACCAGTAAT +GGTTTGCCAAGATGGATTTATAACAAGCCATGCTGTTGAAAATATAAACTTAATAGAAGA +TTCTTTAGTAAAAGATTTTGTAGGAGAATACACTCCAGAAAATTACTTATTAAATGCGAA +AAGACCAATGTCTACTGGTGCTTATGATGTAACATCTTATTACATGGAACATAAGAGACA +ACAGGCTCAGGCAATGAAAAATGCGAAGAGAGTAGCTTTAGAAGTTGCAAAAGATTTTGA +AAAAATATCAGGAAGAAGCTACGGATTATTTGAAGAGTATAAATTAGATGATGCAGACTA +TGCAATAGTTATAATAAACTCTGCAGCAGGAACTGCAAAGGATGCAATAGATAAGATGAG +AGCTGAAGGAAAGAAAGTTGGATTGTTAAAAATTAGACTATTTAGACCTTTCCCAGCTGA +AGAGATAAGAGAAGCGTTAAAAAATGTAAAAGTTTTAGCTGTAATGGATAGAAGTGAAGG +CTTCAATGCTTATGGGGGACCGCTAGGGGCGGAAGTAAAAGGAGCGCTTTATTGTTTAGA +AAAGGGGCCTAAAGTTGTAAATTATATTTATGGATTAGGTGGTAGAGATGTTAGAGTTGA +GAACGTGGAAGAAGTATTTAACGAACTTGAAAAAATAGATAATAGTGGAGAACTAGGAGA +AGAGTATCGTTATTTATCAGTAAGAGATTAGGGGGGTGTGAAGATGAGTTATAATTTTAA +GGATGTAATGAATAAACCAGAAAGATTAGCTGGTGGACATAGAATGTGTGCGGGATGTGG +AGGAACTATTGCTGTAAGAAACGTACTACGTGGATTAAAAGAAGAAGATCATGCAGTAAT +AGGAAGTGCAACAGGATGTTTAGAAGTTTCTACTTTTATGTATCCTTATACAGCATGGAA +GGATTCTTTTATACATAATGCTTTTGAAAATGCAGCAGCTACAATAAGTGGAGTAGAAGC +TGCTTATAAAGCAATGAAGAGAAAAGGTAAAATAGATGATAGTTATAAACTTATAGCATT +TGGTGGAGATGGTGGAACTTATGACATAGGATTCCAATCATTATCAGGCGCTATGGAAAG +AAATCACGACATGGTATATGTATGCTATGATAATGGTGCTTACATGAATACAGGTATCCA +ACGCTCATCTGCAACACCAATGTATGCAGATACTACAACAACTCCAGTTGGAAGTAAATC +ATCTGGAAAACCACAAAATAGAAAAGATTTAGCATCTATAATAGCATCGCATGATGTTCC +ATATGTAGCTCAAACAACATTTATAAAAAACTTTAAAGATTTACATACTAAATCTGAAAA +AGCTATATATACAGAAGGTGCAGCATTCTTAAATGTAATGGCACCGTGCCCAAGAGGATG +GAGATATCCAGCAGAAGATATGATGAAAATATGTGAGTTAGCAGTAGAAACTTGCTACTG +GCCACTATTTGAAGTCATAGATGGGAAATGGATATTAAATTATAAACCAAAGAAAAAACT +TCCAATTGAAGAGTTCTTAAAACCACAAGGTAGATTTAAGCACTTATTCAAAAAAGGGAA +TGAACATTTAATAGAAGAATTCCAAGCTGAAGTAGATAGAAGATGGAATGAACTATTAGC +TAGATGTGGAGAAGAAATATAATTTAACCTATCATTAAACATTATCATGAATGCTAGCCA +AGAATATTTTAACAGAACTAAAAGATTATAATATTGACAACAGTTTCATCAAGATAGAAG +TTTAGGTAATGCACTAAGCATTATCTAGACCTATTTTGATGAGGAAATTCAATCAATAAT +ATATAAATATTATAAAAAATTATTAAGGGGAGAAGAAATATGAATAAAAATGTTTCAAAA +GGAAATCCATTGGCATTATTACCTATTGTTGTATTTTTAGTTTTATTTGTTGGAAGTGGA +ATTATAACAGGAGATTTTTATCAAATGCCAGTTTTAGTTGCATTTATGATAGCATCTGGG +GTTGCATTATTATTTAATAAAAATGAAAAGTTTGACACTAAGATGGATATATTCTGTAAG +GGTGCAGGAGACCCTAATATAGTTCTTATGTTAGTAATATTCTTATTAGCTGGAGCATTC +GGAAGTGTTGCAAAGGCTATGGGTGGAGTTGACTCAACTGTAAACTTAAGTTTATCTGTA +TTACCTCCAAATCTTTTAGTAGCAGGATTATTTATAATAGGAAGTTTCATCTCTATATCA +ATGGGAACATCAGTAGGAACAATAGCAGCTCTTGCTCCAATAGGACTTGGAATAGCTGAA +AAGACTGGAATTCCAGTAGCATTAGTAACAGGAGCTATAGTTGGTGGAGCTATGTTTGGT +GATAATCTATCTATGATATCTGATACTACAATAGCAGCGTGTAGAACTCAAGGTTGTGAT +TTAAAAGATAAGTTCAAGGTGAATTTTTTAATCGTTTTACCGGCTGCTATACTTACTGTA +ATATTACTTGCCGTAATGACAAGTGGATATAAAGGGTCTATGGGGCAAACGTATTCTTAT +GAATTTATTAAAGTTGTTCCTTATATAGCTGTTTTAGTAGGAGCTCTATGTGGAGTTAAT +GTTTTTGTTTTGCTTGGTGGAGGAATATTATTTGCTGGGGTTGTAGGAATGGCTACAGGT +TCTCTTGATTTATCGGCGTTAATTCAAGCTATATCTGGTGGAATGGCTGGAATGCAAGAA +TTATGTATACTAGTTTTAATAGTTGGTGGAGTTGTTGGTTTAATGAAACATAATGAAGGA +ATAGATTTTTTACTTCACTTTATAACTAGTAGAATAAATAGCAAAAAAGGTGCAGAGTTT +GGAATAGCTGCATTAGTAAGCGTTGTAGATCTGTGTACTGCAAATAATACTATAGCAATA +GTAACTGCAGGACCTCTTGCTAAAGATATAGCAGAGCAATATGACATAGATCCAAGAAAA +ACTGCAAGTATACTTGATATATTTTCAGCTTGTTGGCAAGGTATGATACCTTATGGGGCA +CAACTTGTTACAGCAGCAGGAATAGTTGGAGTATCTGCTGTTGAAATAATAAAATACTTA +CACTACCCAATGTTAATGTTAGTATGTGGTATAGGTTCAATAATCTTTGGAATACCAAAG +CTAAAAAAGACTAAAGAAGATACAAGTAAAGTATCATAATAAAAATGAAAAATCACTAGC +TTAGTAGTAATTTACAGAGTTAGTGATTTTTTATAATGCTAACTGCTAAAATTGAGCAAC +GGACGCAGTCGTTGGCGACATGAGCGAAGCGAATTTTTGTTAGCAGACTTGCGTTTGAAG +CAATTGTTTATTTTTAACCAGATAAGTTACATCAGATTTTTTCTCAATTTCGTTATTGTG +AGTTACTAGTATAACAGTTTTATTATGTGCTCTTACTAATTTTTCAAAGATTGATATTAT +CTCATTTGAAGTACTTTCATCTAAGTTTCCAGTAGCCTAATCAGCTAAGATTAAGTTTGA +TTCAGTAGCTAATGCTCTTGCAATGGCTACTCTTTGTTGTTGACCACCACTTAGAGTTAA +TACCTTTTGTTTTCCTTGTTCTTCAGTTAAGCCAACTTGTTTAAGTATTTCTATGGCCTT +TTCCTTTTTATTAGGTCATTTTGTATCTTTAATTTCCATAGCACAAATAATATTATCTAA +AGCACTCATATATGTTAGTAGATTATAGCTTTGGAATATTATAGATATACACTTATTTCT +ATAATTAGAAAGACCTATGCTATTTATATTCTTATTATCAAATAAGATTGAGCCAGAATT +AGCTTTATCAAGTCCAGCGACTAATGACAAAAATGTTGTCTTACCAGAACCAGATGGTCC +TATAATTGTATAAAATTTACTTTGTTCGAATTTAGCATTGAACTTATCTAAGATAACAGT +ATTGTTATTGTAAGAATAAGTTATATTTTTAAATTCTAATATTGTATTCATATAATCCTC +CTAACTATGTTTACTTAAGATATTTTTAGGGTTAACTCTAATCACCGTAACTGCTGGAGT +GCAAGTTGCTATTAATGAGATAGCAGTTCCTAATGTTGCCATTTTGAAGAAGTCGCTACT +TGAAACAGAAACATCAAGTTCGTCTATCACATCTACATCAGGTCTAGGCTTTGAGAACAT +TCCACTAAATCCTTTGTTTGAACCTCTATCTCCACCAGGCATCTCTGTAGCATTTACTTC +ATTACTATTATAAGAAGATGAAATTATGGAAATAATATTAATATGAAAAGATTTAGAAGA +GTGATTGTCAAAATGCTTATGAAACATAGTTATTGGATGTGAATGCTTGTATTAACAAGT +CTATTATGATAGACTAAAAATGAATGAATTTTTTATCAGAAATGATAGGAGGATAACATA +TGTTAGGCAACGTTTTAATGGGATTACAAGTTGTATTAGGGATTATATTAATACTTGCTA +TAATGCCTCAAGATAGTAAAAGTGCTGTTCCTACACAATTTGGTGGGGAAGGAAGCCAAA +GCTACTTCAAGCCAAAAGGTAAGGAAGCTTTCCTTGGTAGAGTTACAAAGATAGCAGCAG +TATTATTCTTTTTAAATGCATTAGCATTAGCTGTTATAAATAAATAATAATAAGTAAATG +GCCATTATTTAATATTATTTATAAATGACATTTTAAAAATTAAATTTAATTTTTAAAAAG +GAGTTACTTTAGGTGTGGTTGAATACGGGCGCGCGGGTTTATATATAATTTGCCTTCCAT +GCAGCAAAATACGCTGCAAATGTCAGTGCAAATTATATATAAACCCTATACGCTAGGGTA +TTCAACCACACCACTTAAAGTAACTCCTTTTGTATTGTGGGAAAGAGATGAAATATTAGA +TTAATGATAGTTGTTTTAGGGTTAGTATCCATAGGAATACTGTTGGGATGCAGAATAAGC +ATGTAAACACTATTGATTGTTCTGCTAAGATGCTGTCTCCATCCATTTGTTTTGACATTT +GGAAGGTTGAGACTGCTACGGGTGCTGCAAATATTAGTAGTATTGTTAGTAATTCGATAC +CTCTAAACCCTAGCTTTATTGCGATTGGTATAAATATAAGAGGTACGAAGATTAGTTTAT +TGAAAACTATTATTATTGTGTGATTTAAATATTCTTTTATGTGACTAAATGAGAATGATC +CACCTAGTAGTATTAATGATAGTGGGGTAGCTATTTTGGCTATGTCACTTACTGATTTTT +CTATAAATGTTGGTAGAGTAATGTTAAGAGTAACAAATAAAATACCTATAGCTGATGCTA +TAATTAGTGGATTTGTGATTATTCCTTTAAGAATTTTTTTTAAGTTTATTTCTCCGTCTC +TAAACAATTCTAAAGAAATTACTGATAAAAGATTAAATAGTGGAACTATGACAGCAATTA +GTAATGCTGTTGTACCAATATTTCCTTCACCATATATTGAAGTGGCTATAGGCATTCCAA +ATATAACAAAGTTACTTCTAAATATACCTTGAATCATGACCCCTCGTTTTTTATTATCTT +TTTCTATTTTAGGAATAAGGAAACATAGAACTACAAATAAGATAACTATTGAGCTAACTG +AAAAGGTGATTAGGTTGATATTAAAAGAACTTTTTACATCACTTTGATAAATATTAAAAA +ATAGTAGTATTGGTAAAAAAAACTTAAAACAAACACTGTTCATAACATTTAAGGTCTGTT +TGTCTAAAAGTTTTATATACTTTAAATAATATCCTAAAGACATAATAATAAATAATGGTG +TAACTACGTTAAAAGATAAAATAAAATTCTCCATATTTTAAGCCTCCCAATTTTGAATGT +TCATACATTTCAGTTTAGATAAAAAAACTTTAAAAATCAATATATATTATGGCAAAATAT +GTAATAAAATAAGAGAGTATAGTCATTAGATTTTATTTTATCTAAAACTGTGCTAGAATA +ACAAGGTATTCCAAATATTAGAAATATACAATAAAATAAAAAACTTAATATACTAAATAC +ATTAAAAATTGATAATAATAAAGTATATATAGACAAACAGGGAAATTACAATTTCCTTAA +AATAAAAAAGAAATTTATAGTGAATAGTTATAATGTTTTAGAAAATACATCGTATATATT +TACTAATAAGAATTTTATAAATTTAATAATATAAAAAGAAATATAGGAGGCAATCATGGT +ACCAGGACTTAAAGAACGTTTATTAGGACTAATAAATGACTCGGCATATAGCCCTCTAAA +GAAAGAGGAACTTGCTGTTATATTTGATATACATCCAGCAGAAATGCCAATGTTTTATAA +TTTTTTAGATGAATTAGAAGAAGACGGATATATAGGAAGGACAAAAAAAGGAAAGATAAT +GTCATTAAATCAAATGGGATTATTTGTAGGTAAATTTGTATCTCATAGAAAAGGGTTTGG +ATTTGTTGAGTCTGATGAAGAATATACTCAAGATTTATTCATACCAGCTGATAATGTAAA +TACAGCTATGCACAATGACAGAGTTATAGCAGAAATAGTAACTCCTGCCACTGATGATAG +AAGAGCAGAAGGTAAGATAATAAAGGTAGTAAAAAGAGAAGTTACAGAAGTAGTTGGATT +ATTCCAACCAAGTAAGAACTTTGGATTCGTAGTTCCAGATAATAAAAAGTTCAATCAAGA +TATATATATACCTAAGAAATTCTTCTCAGGTGCAAAGGAAAATGACAAGGTTGTAGTTGA +AATAACAGTATGGCCATCAGAAGATAGAAAGCCAGAAGGTAAAATAATAGAAGTATTAGG +TCAAAAAGGTGAAAGAGGAGTAGAAATAGATTCTATAGTTAAATCTCATGGTTTACCAGA +AGAATTCCCTAAGAAAGTATTAGATGAAGCTGAGTTTGTTGCAGTACCTATTCCTGAAGA +AGAAATTCAAAGAAGATTTGATATAAGAGATCTTAAGACTTTCACTATAGATGGAGAAGA +TGCAAAAGACTTAGATGATGCTGTTTCTATAGAAAAACTATCTAATGGAAACTTCAAGTT +AGGGGTTCATATAGCTGACGTTACTCATTATGTAAGAGAAAAAAGTAAGTTAGATAAAGA +AGCTTTAAAAAGAGCAACTTCTGTTTACTTAGTAGATAAGGTAATACCAATGTTACCTAA +GACACTTTCTAATGGAATGTGTTCATTAAATCCATTTGAAGATAAGCTTACTTTATCAAT +ATTTATGGAAATAAATGATAAGGGTGAAGTTGTAAAACATGATATATATGAGAGTGTAAT +AAATTCAAAAGCTAGAATGACTTACACAGAAGTATCAGATATATTAGAAAAAGATGACCC +ATTATTAAAGAAAACTTTCTCTCATATGGTAGATGAATTTAAGATGTCAGAAGAATTAGC +TAGAATTCTTATGAAGAGAAGAGAAAGAAGGGGATCAATAGACTTTGATTTCCCAGAAGC +AAAAATCATCTTAAATAAAGATGGAGAAGTTGTTGATATCAAACATTATGAAAGAAGAAT +ATCTAACAGAATAATAGAAGAGTTCATGCTTATAAGTAATGAAACTATAGCAGAGCACTA +CTTCTGGTTAGGATTACCTTTTGTTTATAGAGTCCATGAAACTCCATCAGCTGAAAAGAT +GGAACAATTAAGCAAGTTCGTAGCTACATTTGGATATACAATAAAAGGTGACTTAGAAGA +TGTTCATCCAAAGGCTTTACAAGCAATAGTTGAAAACATAAAAGGTAAAAGAGAAGAAGA +AGCAATAAGTACAATATTACTTCGTTCATTAAAACAAGCAAGATATGAACCAACTTGTTT +AGGTCACTTTGGTCTTGCGGCTAAATACTATTGTCACTTTACTTCTCCAATAAGAAGATA +TCCAGATTTACAAATACACAGAATTATAAAAGAACAATTAAATAATAAGATAAATCAAAA +AAGACAAGATCAGTTAAGTAATATAGTTGAATATGCATCTACTCAATCTTCTGAAAGAGA +AAGAGCGGCAGAACTTGCTGAAAGAGATGTCCATGATTACTATAAAGCTTGTTATATGGC +TGATAAAGTAGGTCAAGAATTTGAAGGAACTATATCAAGTGTAACTAACTTTGGCATGTT +CGTTGAGTTAGAGAATACTATAGAAGGTCTTGTTAGACTTGCTAATATGGCAGATGATTA +TTATATTTATGATGATATGACTTATACTATAATTGGTGAGAGAACTAAGAAGACATTTAG +AATAGGTGACCCTGTTAGAATTAGGGTTGATAGAGTAAATGTAGATTTTAGAGAGATTGA +TTTTGAATTATTAGAAAAAATAGAAGAAGATACTGCTGAGTAAGGTAGTTAAAGGGTGCG +TGATATGGAGTTTTGACTCATGCAAAGCAAAGTGCGCTTTGCAAATGAGTGGAAAACATC +CATATTCACACAACACCATCCATGAAAAATATACTTAGTGTTAGTTGGATGCTTAAAATT +TTAGAAAATTATAGTTCTGATATACTTTGTATAAGGTTAATGCTGGATGCAAGTTGGATT +ATATTTGGTAAAAAGCTATATGCATCATCTTGAAATATTTTTAAGTTTGGTGGATTATAA +GTGAATCTAAATAATATTACTATTGTAAATATTAGTACTATTAGTGATAGTATACTTAAT +ATAGGGGATACTTGGGGTGCTAATAATACTTTTTCTATAATTTTCAGTGGTATTATTATT +GATATTGCATATATAGCTAAATCTATTGGTAACACTGCTTTTTTTGTGAATGATACATAT +AATAAAAATAAGAGCATTATTATAGCTATTGGAAGAACTGCAGCTATAGCTAGTGATGGC +AGCAAGTTATTTATATCATTTCGGCAAATTAAGTATATTATTAGTGTTATTAATAAAAGT +GGATATACTGATAGTTTTACATGTTCCCAAGCACTTTCATTTATAGCAGAGAAATACCCT +AATATGTGATTTTGATCTAAAAAGTCATATAAGTAGTGGAGTAGGACTCCTAATATGATA +CTAAATATAATACCTATAATTATATGTTTTCTTAGTGATTTCAAAATATCATCTCCTTAA +TTACTTTTATGATAGTATTCCAAGTAAACAATATTTAGATACAATTTTTTTTAGACATAC +TATATTCAATAAAAAATAAATAAGAATTAAAGTGCATATTTATTACGTTTAAAATTAATA +ATAAGCTTATAATGAATTTTAGTATTCTTGACTATAAAGCATAAATATGGTATATTTTTA +CTTATAATATATATTTTTAATTAATGAAATTTTTTAGTAAAGAAGGTGAACTTGTTGTCA +GGTAAAAAAGTATTAGCTACAAATAGAAAAGCAAGACATGAGTATTTTATAGAAGAAACT +TATGAATGCGGTATAGAACTTAAAGGGACAGAAGTAAAGTCAATTAGACAAGGTAAGATA +AATCTAACTGATGGATTTGCATCTGTTGATAATAGTGAAGTATTTTTAAAACAAGTTCAT +ATAAGTCCTTACGAACAAGGAAATAGATTTAATGTTGATCCACTTAGAGTAAGAAAATTA +TTACTTCACAAAAGTGAAATAAGAAAACTTATAGGGGCAACAACTATAAAAGGATATTCT +TTAATACCATTAAGTGTTTACTTAGTAAGAGGCAAAGTTAAAGTAGAATTAGCTTTAGCT +AAAGGTAAGAAGTTATACGATAAGCGTCAAGATTTAGCTAAGAAAGATGCTCAAAGACGT +ATAGAAAGAGAAATGTCAGGAAGATACTAAAAAATCCATTAACTAACATTGATTTTTGAA +GCTAAAAATATTATATTATAAATACATCAGAAATAAGACAACTGAATAAAGAAATGATGA +AGTTTGCGAAAATAGTATAGTCTCAAAGACTTTAAACTACCACGGGGGCGTAAAGGTTTC +GACGTGGGTTTGGAACTTGGGGCTGCGTGTCGTGTTACTCTGGGTCACGTAAAAACTGGG +GAATTAAAAATAAACGCAAACGATAATTACGCTTTAGCAGCTTAATGACTGCTCGTCCCG +CCTAAGCCCTCCTGCCGGCTAGGCCTGGACGTCATCTATGCAGGGTACTACTTTTGGGGT +GTCTCGACCAAAAGCGGACTAACTGGGACTGGCCAATCACATAGCCTGCCGCTTGGCGAT +GTGAAAGGCGAGATACTAAGTAAAGTTGGCTACACACGTAGATGCAACGAGGAAAAGACT +TACGGACAGGGGTTCGACTCCCCTCGTCTCCACCATTGAAATCCACGAAAAATATTAGCG +ATTTGCTAATATTTTTTTATTTGCCAAAAACAAATTTAATAAGTATAATTGTGAGCTTAA +CACATGATACATCCATTAAAACATGTTTTTTTCAATTACAAGAAACAAATGGTGTGAATA +ACTAATAAAAGAAAAGCCTGTAATATCTATTGAGGATTTAATTAATAATAATGAAAACCA +AAATAAAAAATAAATTATAAAATGATTATATCAAAGATTAAAAATCAACTAATAATAGAA +GCTCTTAGTTTAGTTGTTATGGGTATACTTAAAAGAAATAACATTTATTATAGAATAAAC +TCTGCTTACAATGATAAGGTAAAAAAGTTTTCGAAAGTAAGGATTTTCCGTATAAAAGTG +ATATATTATTTGGATAAATATCTATGAAGGAAAAAGATCAGAAAAGATAGTTTTTTATGC +ACAGGATAAAGAAATATCTATTAAAAAAGCCAGTGAAATATTGCTAGATATTAAGAATAT +ATTAAATAAAGAGTTATATAATAAAATAGAAAATAAGTATTGTAATATATTGGAAATCGT +TATATAATGTTTTTATAGAGTTAACGTGTAACTATTAAATTAGGCATGAGTTCTTAGATA +ATTTTATTCTGAGGATTCGTGCCTTTTTTATTTAAAAGGGAATCCTTATACTAAATAGGG +GGCAATTCAATGTTAAACTTTTTCAAAAAAAATAAAAGTTATAAATTAGAAGCTACAGTG +AGCGGTAATAGTATAAATATTGAGAAAGTAAATGATTCTATGTTCTCAAAAAAATTAATG +GGGGATGGAATAGCAATTATTCCAAACAATGATATTGCTTTAGCACCTTGTGATGGTAAA +ATAACTGTACTTCCAGAGTCAAAACATGCTTTTGGTATGGTTACAGATGAAGGCGTTGAA +ATATTAGTTCATATAGGAATTGATACCGTTAATTTAAAAGGTGATGGATTTAGAACAGCA +GTATCTCAAGGAGATGTTGTTAAAAAGGGAGACCCAATAATTTATTTTGATAGAGAAAAA +ATAGCTTCTCAAGGAGTAGATACTACAACGATGATGATTGTATTAAATCATACAGAATTC +TCAAAAGTAAATTGCATAACGGAGAATGAAGTTGTTGCTGGGCAAGACACTGTTATTGAA +ATTATGAAATAGTAGGGAAGGAAGTAATTTAATATGATAGCAGTAAAAATCTTTAACAAT +AATGCATTATCAACAGTGACTGATGATGGAAAAGATGCAATCATACTAGGGCTTGGTATA +GGTTTTAATAAACGCCCAGGTGATCAAGTTAATGAGGATAAAATAGAAAAAATATATTAT +GTTCAAGATGATATGCAAACTAAATTCTTAGAACTATTAAATAACGTAAGTCCAGAAGTT +ATGGATGCATCAAATGAAATCATAAGACTTATTCCAAATAATGATGGGAAGTTTAATAAT +AAAGGTATATTATCTCTAATAGAACATATTAGTTTTGCAATAGAAAGAACAAAAAATAAT +GTATTTTTACCTAATTTAATGCTATCGGATATAAAAGTGATGTATTCAAAAGAGTTTGAA +TTAGGAATGAATGCTTTAAGTATTATAAATAAGCGATGTCAGACTAATTTACCCGAAGAT +GAAGCGGGTTACATAGCTCTACATTTTGTGAATATGCAATCAAATGATAATCTAGCATAT +GATACCTTAAAATTTGTAAAAGGTAGTATGGATCTAGTTAAAGAATGCTATGGCCTAGAA +TTAGATGAATTAAGTTTAAGTACAATACGTTTTATGACTCATCTTAAGTTTCTTGCACAA +AGAATTTTTAAGAAAGAAACCTATGAAGATGAGAAAATGGTTGAAATGTATGTGTATTTA +CTTACAAAGCATCCAAAAAATGTAGAATACCTAGAAAAGCTAAATGAATACATTGAAAAA +GAGTTTAAATATAAATTAGATAAACCTGAAATGATTTATATATTATTACATTTAACAAAA +ATTTTATAAATATAAAATGGATTGTGACTGGTAATGCAGGCAAGACCCAGAAAAGTAGCA +TAGTAGATATGCATTTTTGGGTCTTTTTTATTTAAATAAAACTATATAATCTAGGAGGAG +GTATAAAAGTGAAAGAAAAACTACTTGGAGGATTAGAAACATTTGCAAAAGCAATGGTTC +AACCGTTAATGTATCTATCAAGTGCAGGTATATTAATGGTAATAGGGGTATTACTCACAA +ATGATATACTAACAGGTGTAATTCCATTTTTGAAGTGGGAACCAATACAAATATTTGGGG +ATTTAATTTATAACTGCGTGATGGCTATTATTAACAATCTTTCAGTTATATTTGCAATAG +GAATTCCAGCTGCATTAGCGAAGAAAGAAAAGCATAAAGCAGCATTAATAGGATTTATGA +GTTACTTTATATATCTTACAACTTCAAACACTATATTGACTGCCTTAGAGCAGTTAGCTG +AGCCAAGTAAAATGCTTGGATTAATAGGAACTGGTCAAGCGACTATTTTAGGTATACAAG +TTGTAGATACAAGTGTATTTGGTGGTATTATTTTAGGTTGTATAACAGGATATATATTTA +ACCGTACAAGTCAAAAGACATTTAAAGGCGCTTTACAAATATATTCTGGAGCAAACTTCA +GTTTTATATGTATGTTCTTTGTAGCTATTTTATTTGGTGTAGCTATGAATTATGTATGGC +CATTAGCTCAACAAGGAATTGCATCTCTTGCAAATGTTATCAAAAATACTGGTACATTTG +GTTTATTCTTATATGGTTTCCTAGAAAGAATATTAGTTCCAACTGGACTACATCACTTAA +TATATACACCATTCCAATTCTCTGATTTAGGTGGAGTACTTCAAGTAGGTTCAGAAACTG +TAGCAGGAGCTTATGCAATAGTAATGACAGAAATGAATATGCCAATAGAGCGTTTCTCAG +AGAGTATATATTATATGGCAACTGGATTTACAAAGATGTTTGGGTATATAGGTATAGGAG +CAGCATTTATTCATACAGCACATAAGCATAACAAGAAAAAAGTTAGAGCAGCAATTATTC +CATTAATAGTTACAGCAGCATTAGCGTCTGTAACAGAGCCTCTAGATTTTATGTTTGTAT +TCTGTGCACCATTATTATTTGTTGTACATTCAGTTATATCAGGACTTTTCATAGCATTAC +TAAAAATATTTGATGTTACTGCATTCTGTGGAGGTAACTTATTAGTATCAATAATAATGA +ATACTACAGTAGGAGCAGCAAAAACAAATTGGCCAGTGATGATGATATTAGGAATAGTAC +AAATTCTTGTATACTTCATAGTATTTAGTTTCTTAATTAAGAAATTCAACTTCAAAACGC +CAGGGCGTGAAGATGAGGAAATTGCTACAGATAAAGAGCAATCAAATAAAATTAATTCAG +ATACAAATATAGAAAATATAATCAATGGATTAGGTGGAAAAGAAAATATAAATACAGTAG +AAAATTGTATTACTAGATTACGTGTTAATGTAAAAGACGAAAGCTTAATAAATGAAGATA +CAATAAACTTAACACCAAATAGTGGTATTGTAAGAAAAGGGAAAAATATACAAATAATCT +TTGGACTTCATGTACCAGATGTAAGGCGTTCAGTAGCAGATTACCTAGAAGCATATTAAA +TAAAAATATTGATAGATTAAATAAAAATTATTAAGGGATAGATATAGTAGAGGAGGAATA +TATTATGATTATTACTGTTGTTGGTGGAGGAAGTACATTTACTCCTGGGATTGTTAAATC +AATTGCGCAAAGAGCAAAAGAGTTGGATTTAGATGAGATTCGTTTATTTGACATTGATAA +AGAAAGACAAGATAAAGTAGCTGTGGTTGTTGAGTGGATATTAAGAGAAGATGTTAAGAC +AGATGTTAAGTTAACTGTAACAAATGATGTTAAAGAAGCTTACACTGATGCTACATTTGT +ATTTGCACAAATGCGTGTTGGTAAATATGAAATGCGTGAACAAGATGAAAAAATACCACT +AAAGCATGGCTGTGTAGGTCAAGAAACTTGTGGTTGCGGAGGTATGGCATACGGACTTCG +TACAATAAACCCAATGATAGACCTTATAGATGATGTAGAAAAATACGCTAAGAAAGATCA +CTGGATATTAAACTACTCTAACCCGGCAGCTATAGTTTCAGAAGCTTGCCGTAAGTTAAG +ACCAAATGCAAGAATAATAAATATATGTGATATGCCAATAGCTATAATAGATATAATAGC +TGAATCATTAGGTATAAAAGATGTTAACAATATAGTTTATGACTACTTTGGATTAAATCA +CTTTGGGTGGTTTACATCTATAGAGTACAAAGGTAGGGATATAATGGCGGAAATAAAAGA +ATACATAAAGAAACATGAAATATTACTGCCTGAATCTTATATAGAAAGAATAAAGAAAGC +TCAAAGTGTAGGAAATCGTCATGCTGTAAGTAGCTGGAATCACGTTTGGAAATCAGTTTA +CACAATGCTAGAAAGTTTCCCAGATTACTTACCTAATACTTATTTAACATATTACCTTTT +AGCTAAGGAAACAGTAGAGAAATCAAATATAGACCGTACTCGTGCAAATGAAGTTATGGA +AAGTCGTGAAAAAGACTTATTTGAAGGCGTAGAGCACTACTTAAAAACAGGTGAAATATC +ACAAAAGGCATTCTATGCAGGGTCACACGGAGATTGGATAAGTGATTTAGCAGTTGCGAT +AAAAAATGATACAAAGGCTCGTTTCTTAGTTATAACTGAAAATCGCGGAACTATACCAAA +TATGCCATATGATGCAATGGTAGAAGTACCAGCATACATAGGAAAGAATGGTCCAGAAGT +TATAGCTAGAGGTCCAATACCTCTATTCCAACAAGGATTAATGATGCAACAAGTTAATAG +TGAAAAACTAATAGTAGAAGCGTGTGTAGAAAATAGTTACGAAAAGGCACTACAAGCATT +TACTTTAAATAAAACTGTTCCAAGTATGAGGGTTGCTAAAGCTATATTAGATGATATGAT +AGAAGCTAATAAAGGATACTGGCCAGAATTAAGATAGTAAAATATCTTTAGTAATAAAGA +CTTTGTCCTTGTATGACCCTCGGATAAAAATTGTGTAGGAATGTATAAATTTAAATCGTG +GGTATTATTGCTGAGAGTCGTCTCCACCATTGAAATCTACGAAAAAGGTATTGATTATTA +AGTCAATACTTTTTTTATTACAAGAAAACTATAATACTTTGAAATCTGTGGAAAACTTGT +GTATTAAAATCATATCAATATATTCAGGAAAGTAAAAAGTGACAAAAATGTCGTAAGCAT +AGATTATATTATTAGTGGATGTCACCATAAAAATAAGTTCGCAATTGTTATATAATGTGT +ATAAACTATATAAAGTTTAATAAATAACTGTATTTTAGCTTTAAAAGATTTGAATTGCTA +AGATATAGTTATTTTTATATTATACTTATCAAAATGAAACTAGCATAACAAATCTTTATT +ATAAAAATTAATATTTTATGTAACGAAATAGATTTTTTTAGGATATATATTCGAAGGAGG +TGATGGTGTGCATGAAATGGACGGTATATATAAAGAACATGCACAGATGGTTTTTAGGTA +TTTAATGAGCCTTTGTAAAGAAGAACAACTAGCAGATGAACTTACACAAGAAACATTTTA +TCGTGCAATAAAATCCTCAAATAGATATGATGGAACTTGTAAAATATCTACTTGGTTATG +TCAAATTGCAAAACACGTTTGGTATCAAGAGCTTGATAAGAGAGCTAGAAAGGGAACTTT +TGAATTAAATGATGAAACACCATCTACAAATACTGGTGTGGAAGAGGCTATCTGTTTAAA +AGAAAATAAAATGGAGTTTATGAAACAAATTTATAAGCTAGACCAAACTTCAAAAGAAGT +AGTATTACTTAGAATAACAGGTGCATTTTCATTTAAAGAAATTGGTGAAATACTTAATAA +AAATGAAAATTGGGCAAGAGTTACATATTATAGAGTTAAACAAAAAATAGTGAAGGGAGG +AACTATATGAAGTGTGAAATTATAAAGGACCTTTTACCAAGTTATGTTGACGAACTAACA +AGTACTGAAAGTAATATAGAAATTGAAAAGCATTTAGAGTCTTGTATTTCATGTAAAGAA +GAATTGAATAAAATGAAAGAAGATATAAGCATAGAAGAAATAAAATTGAATAAAAAAGAT +ATTAAACCATTGAAGAAATTAAATAAAAAAGTTCTAAAATATGTTATTATAACTATTTTG +GCTGAAATAACTTTAGTAGGTTCATATTTTCATTTCTTTGGATTTGATTGGAAAGTAAAT +TCAAATGATTTATATGTTGCATATTACTTAAAAGATGACATTATATATTTTGACTTTGAA +TTAATGAATGGTAGAGTACTTAATGCATGGACTGATGTTGAAGAGCCTTATACAATATCA +TTTACAGAGTGTTTTGGAAGTGTTTTAGATGATAAAGGTGTGCATCCGAATGAGTTTTCT +TATAGAATACACTACAGAAATGAAAAGGGGAAAATTATATTTAAAGATGGTGATACTTTA +AAGTTAAAGTTCAAAGATAAGGTAGAAGAAATTAACTTGAATAAAATTGTAGAAGAGCTT +AAAATAAATAAACATTAATTAGTAGAATGAGAACTTGAAAGTAGGAGTACATTAAGACGA +TATTGTTTTTGCTTCGGTAATAGACTTGATGAACAATATTAATATATTGCGAACAATTTA +TATCAAACTGAATAAATAACCATACCTTATAATTCAAATTATTGAAAATACTAAGGTATT +ATAAAAATTGAAATTGTGGATAAGTAGTGTATAAAAAATAGTATGAATATTATGACAAAA +ACAAACAATAACGATAAAAGAAATATTAAGAGATAACTATGATAGATTTAAAAAAGAAAT +GTGGTATTGAGTTTCAAAGGACATGAGGAGTCATATAGATGATACAGTTAGAAAAGCCTT +AAGTTGTGGTGATATTAGTAAAGGATTTAGAGAATACATGTGTTTTAAATGTGGCGTTAG +CCACTCAAGGTCCCCTTTAGGGGATTTTTTTTATTACATAAATTCCTATCATAGATTATA +ACCACATACAAAAATACTTTGATACTATATACTCATCAAACGAAATCAAACAAAAAATAG +AATACGAAACCAAAAAATTATAAAACACTTTATTAAAATACTTTAATACAAGGTGAAAAA +ATTTTCTGATAACATCTATCTAATATAACAAAACAGGAGGAAATAAAATGAATTACAAAA +TAAACATACCACTAATAGAAACTAAAATGCTACAAAAAGGCTACTCACTAACAAAACTAG +CATCAATAGCAAACACTTCGACATCAACCGTAGCAAGAGTAATAAACAAACAAGGAACAC +CAAGACCACAAACCATATACAAAATAGCTCAAGCACTAGAACTAGAAACATCAGAAATAC +TACTATAAACATAATCACAGGGGGTAAACATGTATAAACAATATATTGAAGAGATAAATA +ATCTAAAAAATTTAGAAACAATAATAAACTACTACTATCCAAATCAACTAAAGAAAAACA +AAATGAACTGCCCATTTCACAAAGAAAGCACACCAAGTTTCTACATAAAAGACAAAGAAA +ATGTAGCATTTTATCATTGCTTTGGATGCGGTGAAGGTGGAGGAATAATAAACTTTATAC +AAAAAGTAGAAAGCATACCATTTAGACAAGCTCTAAAAAAAGCATATGAAATACTAGAAA +TACCAATAAATTTACCTAGCCTAAATAAAGCATCTAATCATAAAGTAAATAAAAATAATG +CAGTTCAATTTTATAATAATCAAGCAATCAAAGCCATAAAAGAAGGAGATATAGACAAAG +CTTTTGAACTAACATGTAAAAGTGATGAAGAGAAAAATAAAAATTACTTTATAGATTATC +CATACTTAGATGAAAAAAACGCGCCACTAAAAATATGGGAAAATATGAATGAAATCTTAA +AAGCAAACAACATAACAGTAGCCTATAATGAAATTACCAAAGATGTAGAAATAGAAGGAC +TAGACTCAACTAATTTAGATAATCAACTAGTAGATATACACTCGCTATGTATTAAATATG +GATTTAAACTACCGTTTGCTACTATAGATAAATTTGTAAATCGTATAGGAGAATTAAATC +CTAAAAATCCTGTAATAGACTATCTAAGAGAATGCTATATGGAGTTTGATGGAAACTATA +AATATATACAAAAACTATGTGATGCTATTATCACATCAGAAGACTTTAATCCTAAGTTAA +AGAAAATACTTATCATTAAATGGTTACTAAATACAGCTATGATACCTTTTAATGAAGGAA +ATTCAAACATAGAAGGAATACTTACACTACAAGGTAGGCAAGGTCTTGGAAAGACTAGGT +TAATAAAAAAGCTTGTACCAATGTATGTAAAGACAGGTCTAGAATTAGATCCTAGTGATA +AAGATAAGGTTTACCAATGTATTAAATACTGGGTAGCTGAATTAGGTGAACTAGATGCTA +CTTTTAAACGTGATTTAGCAAAACTTAAAGCATTTATTACAGAGCAAAATGATGAATTTA +GACGACCTTATGCTATTAAGCCTGTTATCTATCCAAGAAAAACTTCTTTTTATGCAACTG +TTAATAATGATGATTTTCTAAAGGATGAAACAGGAAATAGGAGGTACTGGATAATTCCTG +TTAAAGAAATAGATTTTAATATAATTGATAATTTAGATATAGATAATCTATGGGGAGAGG +TAATGCATATAAAGGAAGAAAATAAAGTCAAACATTATTTAGAAGCAGAGGAACTAGATT +TACTAAACAATAGTAATGAAGAATTTAAAATATATAACTCAATTGAAATTTCTATAGATA +GGGAATTTAACTGGGATATTGATAGATCTCATTGGCAGTTCAAACCTAGTATGGAAATAG +CAAGTAGATTAAATGTAAATTCTACAAAAGGAATAAAAACTTGCTTGCTAAGTAGAGGAG +CTCAATATACAAAAAGGGGAACTAAAAGAGGATATGTAACACCACCATATAAGGTACCTA +TTAATTTTTAATGTACTATTTGATGATTTAGAGTTCTATAAATTGTCTAGAGTTACAAAT +TTTATGCAGCACAAAGACATTAAAATTAAAAAATGGACAGCTGATGGGAACTCTAAAGTG +AATTCTGCTAAAATTTTCATCATTCACTCATGATTAAGAATAAAAACTTGTTTATTTTTG +TGAAAACATCTATTATTAGTAATATAATTTCAATTTATATATCTAAAGAAAAAACATATT +AAATCTACAGCTACGATAAATGGAGGTTTTTATGCAAAATATGAGATATTATTATGATTT +TTCAGGTCAAAAATTTGGATATCCTTTAAGCCTAAGCATCAATAGCTTTAGCCGACAAGT +ATTTTCCCGTCATAGTAGCCTAGAAATAACTTACGTTTTAAAGGGAGAATATGAGGCTAT +TACAGAAAACTTCTCTCATACAATTAAAGAACATGAACTAGTAATCATTGCTCCAAATGA +TATTCATATAATTCGCCAAAATTCTAGAGATGAAAATGTGATTTTAACCATACATATTGA +TTTTTCGCTATTTCCATCAGCAATGATAGGAGAAATAAAGCATTCCTACGAATCAATTGT +TTGCACTGATAATAATAATGTTAAATTATTGAAAAAATTAAAGATTCAAATAGGTAAACT +AGTTGAAGTTCTATTACGTGGAAACAATAATTTATTTGAGTTAAATACAATAATGATGGA +AATTGTTTATATAACTTCTAATAACATGCAGTATCCTATTGAACGTTTGCCTCTTCAGTC +TACTCATAGAGAAAATTATATTAAAGCTATTCAGTATATAGATAGTCATTATAAAGAGGA +TATACGTTTAAGTGATATAGCAAATACACTTATGTTTAGTGTTTCTTATACTTCCAAACT +ATTTAAAAAGTATACAGGTATTCCATTTGTAAAATATGTTGCTCTAGTAAGAGTACGTGA +ATCCATAGAATCTCTATTAGAAGGGAAAAAATCCATTGAGCAGATTGCTGCTGATTGTGG +GATGCCAAATTCTAAAGCATATACAACAGCTTTCAAGGAACTATATGGAATTGCCCCTAG +CCACTATCGAAAAAAGTTTGTTAATAATATTAAATTTAATGAAGATAAAAGAGAACAATT +AATGTGTTTAGATTATAACCAAAGGGAACTTCTTCAACACCTATTAGAAGAATCAGAAAA +CATACTTTATGAAAATGACGGTATAAAAATTAAAGAAAAAGAAGGACGTATTCTTTGTTC +AATTCAAACATCTAAAAATGTAAAAAGTACTATAACTAACTGTAATGATGAAATCATTAT +AGATATTGTTAAAGCTTAAAATTCACCTTTTAACTTTCTATTATAAGTCATTTTTTCTCT +AATCTTACCTCATTTCGTCTTTAATCTTCAAATATGAAGACATATTTTAACCTTTAATAT +CAAGCTAGAACAAGGAAACTAATTGAAAAATATGATAACATCAAAGAAAAAGGAGATGAG +GATATGAAAAAATATAGTCATTTATTTTCACCTATTAAAATTGGTGAAACCATAGTTAAA +AATCGTATTTTTATGCCACCAATATCTACAAACCTAGCAGATAAAGGTTATGTAACAGAT +GCTTTAGTTGAGCATTACGCTGCAAGAGCCAAAGGTGGTGTTGGTCTTATTGTAACTGAA +GTAACTACTGTTGAACCTGTTTATACATATTTACCTGGAGATATGTCCATAAGTGATGAT +TCTTATATTCCTGGTTGGAAAAAGTTGACGGATGCTGTGCATAAGTATGGTGCAAAAATA +CTTCCACAATTATTCCATCCTGCTTACATGGCCTTCCCTATTCCAGGAACACCTCGTTTA +ATTGCACCATCAAATGTGGGACCTTCGTATGCAAAGGAAGCGCCAAGACCAGTAACTATA +CCAGAGTTAAAAGTTATTATCAAGCAGTTTGGTGAAGCAGCATTAAGAATTAAAATCGCT +GGAGGAGATGGTGTTGAAATTCATGCTGCCCATGCTCACGGTTTATTAGGAGGTTTTTTA +TCTCCAATATATAATAAAAGAACTGATGAATATGGCGGTGATATCAATGGACGTTTGAAA +TTAACACTAGAAGTTATTGAAGAAGTTCGTAAAACATGTGGAAAAGATTTTATTATTGAT +GTAAGAATTTCTGGTGATGAATATTGTGATGGAGGTTTAAATCTTAACGATGGAATATAC +ATTGCTAAGCAGTTAGAGAAATCTGGAGCTGATATGATTCATGTATCTGGAGGAACTACT +ATCATGCGTGGTAGCTCAATACCTGCACCTGGTACAAAGCAAGGTTATCATGCTAAGTTA +TCAGAAGAAATCAAAAAACATACGTCAATCCCAATAGCTACTGTTGGACGAATTACAGAG +CCTTGGATTGCTGATGAATTAATTGCCAATGGCAAGTCAGATATCTGCATGATTGGAAGA +GCTAATTTGTGCGATCCTGAATTTGCTAATAAAGCAGAAAAAGGGTTGGATAAGGATATA +CGTCCATGTATTGGATGTCTTCGCTGCCTAAATGGTATTATGTTTGGAAATCGTATAGCT +TGTACAATAAATCCATCTCTTGAAATTGAAAATGAAGATACTCTTAAGTTATCTGATACA +AAGAAAAAAATTCTTGTTATTGGTGGGGGACCTGCTGGTATGGAAGCGGCCTATGTTGCA +AAGAAAAGGGGACATCATGTAGTCCTTTGCGATAAAAATGAAGAACTAGGCGGACTTATG +CGTATAGCTTCTGTACCAATTTCTAAGCAAGATCTTTCAAAGGTTACACAATACATGGTT +AGAAAACTAGAAGAAAGTGGAGTTGAAATTCGTTTAAACTGTAATGTTAATAAAGAATTA +TTACAAAATGAATTTGCTGATTATGAAGTGATTGTAAGTAACGGTGCTTGTCCTATTGTT +ATCCAACCATTTACAGCCTTTAAACACTGGGCAACTGCCGATGATATTCTAGCTGGCAAA +GAATTTCCTGGACGTAAAATTGTTATTATTGGAGGTGGTTCTGTAGGCTGTGAAACTGCA +GATTATTTGGCACCTCTAGTTTATGACCGTTTTCCTAGAGATAGAAAAGTCACTGTAATT +GAAATGGCAAAAGAAGTTATGGGAACAGAAACCGGCCCAGGTAGAAGTTTACTTGTACAG +CGTATGATGAAAAAAGGTATAGAGTTAATCTGCAATGCCAAGGTTGAAAATGTAGAAGAA +GATAAAATTTATTATAGCAAAGACGGTGAAATATACTGTATTGATGATTGTGATACACTT +ATCTTCGCAGTGGGTTACAAAACTGACACTAGACTAGTCGATACCTTAAAGGAACTTCAA +ATGCCTTATCATATTATAGGAGATGCAAACAATGTTGGAACAATAAAAGATGCTATTAAT +GCAGGATATGATATTGCTAAAAAATTGTAATTTTCATATTTATTCTAATATCATGTCGAA +TCAACCATTTTACAAGGTTATTATCCATAATTTACGATTAGGTATCTTTTAAAACTTTAT +TAATCTATTATCTCCTTTTATTATATAGGCTGTTTATTCTAAATAAATATAATTTACCTT +ATCTTATATAGTAAATAACAAATAGATACAATCGATTTTTATTCAGAAAAACATAAGTAG +TAATAAGATAGTAATCAATATTTGGAAAGATGAAGACTTAGAATTTTTTTAACATCAAGC +TATATCTATATTATTCTAGAAATTTACCAGAACGTAAGAAGTTTATAGCAGATTTAATTA +AAGAGATATTTATAGAGACTACGTTGAAATAATATTTAGAGTAGTCTTTTCTTTTAATAA +GTATAATAAAGTAACTTATAATAAAGAAATTAATTTTATTAAGTAAAAATATTATATATG +GCAATAATTACAATATCAAAATATTATAGAAGAAAGTTTTGTAAATGAAATTTGAAAAGA +GCCCAAAAGGCTCTTTATTTTTTATGAAATAATGAATTACAAATTATCTGACTCATGTAT +GATTTATAAATCACAACTAATTTAATCTATTTTTCAATTTTAGTTACCATAAATGCCTGT +TATGGTAAAAGCCAACTTCATATGACTTTTTACAATAGTCTAGATAAAATTGAACACCAT +CATTTAAAAATCTAGCAACACTCATAAATATATTTTTTACTAATCTTTTAAAATTCATAT +ACCCTACCTCTTTCTTAAATAAATTGATAAAACCATTGTATTTTTTAAATATTTATATTT +TGATTGTATTTTGTTTATATTTTATTAAATTCGATTTTTCTAATGATTTTTCAACCTATG +TGATGTTTGCGATTTGGCAGATGGCTGTATAGCAGCAGACAAGGGACGTAAAGGTGAATG +TTATATCCTTGCAAATGAATAAGTGGCTTTAAAAGAAATATGCACAATGTTAAATAAAGA +TTTGGGATGTAAATTAATACGTGTTTATCTTTCGCTTTGAATCGTAAAACTTTTAGCGAA +AATAATGGAAAAGCAAGCTGCCAAAAAAGGAACGAAACCGTTGATGACAACATTCTCTGT +ATACAATTTTGAGAGAAATAATAATTTTGATTGCTCTAAAGCTAGAAAAGAGCTTGGTTA +TAAGACACGTTACTATGAAGAAACATTGCATGATGAAGTAATTTGGTTGAAGAAGGAGGG +AAAAATCGTATAAGGTTAAAAATTTACGAATTAATATTTTGTAAACAAAAGTCAAACATT +ACTTAAATAATGGAATGATACTATTATGTCATTAAATGAAGCAAATTTAAGGAGGTTAAC +AAATATGGCAAAATCAAAATTAGTAAAAGTAAATGAAAAAATTGCAGAAGGCGTAGTTGG +TAGATACAAAAAAATTGAAAATGGTGTAGTTGGCGGATTCAATAAAATTGCGGACAAATT +CGTAGATAACTATCTGACAAAAGAAGGTGAGTCTATAGAAGAAGCAAAAGAAAGACTTGC +AAAAGAACAGAAGGCGAGAGAAGAGGCGAGTATATCAGAAAGAGAAAAGCATTCATTGTA +GCAAGGTGAAGCTGTAGAAGAAATCGAATTAGATGTATAAAATGAAGCTATGTAAGCAAT +AAGAAAGGAAGGTATTGAATAGTGAAAAAAAGTATATTTGTATCAATGATTTCAGGAACT +ATCGGTGGGATTTTATTTTCACTTGGTATGTGTATGGCATTGATTCCAGAATGGAATTCG +TTTAAGCCGGGAGTTATTATGGGAGTAGCTGGAATGATTGTATTACTCATCATGATAGTT +GTTTGGAGAAAAATGGAGAATAAACCACCGGTTAAGCCTTCAGGAAAAACAATTGGAGCC +GTATTGATTAGTATCATAGGTTCTTTACTGCTAGGAGTTGGAATGTGTCTCACAATGGTA +TGGAGTCATATGGTAATTGGTATTATAATAGGAATTGTGGGAATCGTTACACTTCTTTGT +CTGATTCCATTTATTAAGGGATTAAAATAATTTAAAGTAAAGATATGCAGCATAAGAAAA +TATGCTGCACATTTTTTGTAAAATATTTCACTATCTCAGTAGGCAGAATGTATTTTCCAG +GATTTACAATATATGTTGCATAGATATATAATCTTTTCATAGAGAAGGGGGAAGCAAAAT +GATAAATATATTAGTAGTAGAAGATGATATTAAATTAAATCAGATTGTATGTACCTATTT +GAATGATAATGGATTTCATACAAAAGGGTGTCTGAATGCAAAAGATGCATATAGTGAAAT +GTATAACAACCTTTATGAATTGATTATTTCAGATATTATGATGCCTGAGATTGATGGATT +TGAGTTTGCAGAAACAGTGAGACAGGTAAACAAGAGAATTCCGATTTTATTCATGTCGGC +GAAAGATGATTTGCCGTCTAAGAAAAAAGGATTCAAAATTGGAATTGATGATTATATGGT +GAAACCAGTAGAATTGGATGAACTGTTACTGCGTGTAAGGGCATTGCTTCGCAGAGCAAA +CATCGAAATGGAACGGAAACTGATTGTTGGTAATCTGGAGCTGGATGCGGACGGAATGAG +TGCAGAAATTGAAGGAGAGGAAGTAAACCTTACTACAAGGGAATTTAATATTATTTATAA +GATGCTTTCTTATCCAAAAAAAACATTTTCTAGGGCTCAGCTTATGGATGAGTTCTGGGG +TGTGAACAGTGATACCAGCTTGCGGGCAGTAGATGTCTATGTGACGAAGCTTCGAGATAA +GTTATCGGACTGTGATGGTTTTAAAATTGTAACAGTGAGGGGACTTGGATACAAGGTGGT +GTTATTATGAGAAAACACGATGGATCTGTAAGGGTAAAGAAAAGCCGCTTTCCACCACAT +CTTTTTGTTGCATATCTCATAGTTCTTTTGCTGATGTGTGGTGCACATACAGGTCTTATC +ATACTTTCAAATAGGGAAGGTTGGAGTAAGATAACTCAGGTAATTGTACCCGTGGTATAT +TGGGTAGCTGTTGCTATAGGACTTACTTTGTTTACAAGAAAAAAGATTATGACTACTTAT +GAAGAGCCAATGCAGAACTTGGCAGAGGCTACCAAAATGGTAGCAAATGGTGATTTTTCA +GTGTATGTTCCAACACTGAATACTTCCGATAAATTGGATTATCTGGATGTTATGATTTTG +GATTTTAATAAAATGGTAGAAGAACTAGGAAGTATTGAGACATTAAAAACGGATTTCGTG +TCTAATGTATCCCATGAAATGAAGACACCGATTGCAATTATTAAAAATTATGCAGAATTG +ATTAAGATGGATCAAATTACAGATGAACAAAGAAAAGAATATGCACAGTCTATTATAGAT +TCCTCTGTAAGATTATCCAATTTAATCAGCAATATTTTGAAATTGAATAAGTTGGAAAAT +CAGAAAATTACTCCAGAAATGGAAGCCTATGATGTATGCAGACAGTTATGTGAGTGCGCA +ATTTTGTTTGAAGATGCATGGGAAGAAAAGGAAATTGAGTTAGTAATAGATATGGAAGAT +GTAGCAATGGTAAAGGCTTATGAAAGTCTATTGGAACTGGTTTGGAATAATCTGCTATCC +AATGCTATTAAGTTCACGGAACCCGGCGGAACCATTGCTATCAGACAGGAATCAAAGGAT +AAGGAAATTCATGTATCTGTTTCGGATACAGGATGTGGCATGAGCAGCGAAAGCATAAAA +TATATATTTGATAAATTTTATCAAGGAGATACATCCCGTTCAAAAGAAGGAAATGGTCTT +GGACTTGCTATGGTAAAGCGGGTAATAGAGCTCTTGGATGGAGAGATTCAGGTTTCAAGT +GAGGAAGGAAAAGGAAGTACCTTTACCATTACATTACCTTCAGCAGAGATTGTTAATAAT +GTGAGTGGAGGAAGGCAATAATGGATGAAATAGAAAAAAAGCAGAAAGAATTCGTAGGGT +ATGAATACAAAGAAGTGATTGCCGATATTAGTAAAGCTTCATTTATTTTTGACGGATATG +AATACTTCGGATGGGAACTAGACAAAAAACTGAATGGAAATATCTATGGAAATCCAGTGG +AAAATATCCGTTCACCATATCAGAAGAAAATCGTAATACGGTTGAAACGAAACCGAAAGA +TTCTCAATAAAATGGAACTTACCAGACTTCAGAGGAATTTTGAAGCATGTATAAATGAAA +TCGAAGAATTAGAAAAATCAAAAACTTCTACGGCAACCGTGTATGCACTTGTTATAGGGA +TTTTGGGAACGGCATTTATGGCAGGTTCAGTTTTTGCTGTAACAGCACAGTCACCAAATA +TTATTTTGTGTATTTTGCTTGCAATACCAGGTTTCATTGGCTGGATAACTCCATATTTTG +TGTATAAAGAAATGGTAAAAAGGCAAACAGGTAAAGTAACACAACTTATAGAAGAAAAAT +ATGATGAGATTTATAAAATATGTGAAAGGGGAAATAAATTGCTGCATTAATAATGATTAT +AAAAAATTCTGTCTGTATATAAAGTATAGACAGCATTTTCGAAATCTATTAAGTTATTTG +TTAGCGTAGCTAGTAAAGAGTATACATTATAGAAATTTAATAAAGGGTATGAGTGGCAAG +TAAAAGTATATTCAAGACGTGCAGGTAGTGGATATCCTTAATGTTATAAGCACTCGAGAA +AAAGTAGTTGTAATGGTGATTAATAATTTTATTATAACAATAAAGAATATTAGTGTATGG +TAACAGGGACTTAGTTCTTGAAAAAACAGGGCTGAAAGTAAAGGACTATACAGAAGAATA +TCAGTTATTATTTAGTGATAATGCCTTAATAAAAGATCAATTGCTTTATTAAGGTATTAT +AGGTTAAGAAAATAGGAAAAAATTGACATAAGATATATAATATGATAGAATTTTCTTGAA +AATTTAATAGGCAAACCTATGGAAATGTAGGGACGCAAAGCTATAGGGACTAAGGTTTTA +AAACTATGTCAGCCAGTTGCCAAAGAGTACATTATACTTTTTGTTTAAAGCTTTATAGTT +AATATTATTGCATATATTTGTATGAAAAATATTAAATTATTAAAGTATATTTTAAGTTGC +TCTTTTTGAGCAACTTTTTTATTGCAATTTAAAATATGCAAATTTAATGTGCTTCTGAGG +GAGATTAATCAGGAGGGAAAAATGAAAAAGAAACTAGCATCAATAGTGGCTATATCTATA +ATAGCTACGAATACTATGCCTGCAATGAATGTTTTTGCAGATGAGATTATAAGAAACAAA +GCAACAAGCATAGAAAAAGAAGTAAGCAAAAATATGACGGTGGAGACTTTCAAAATAAAG +AATTATGAAAACTTCACTAGGTACAATGAAGATTATAGAGTAAATATAAAATCTATAAGC +AACAATGGCGGTAAGTACAATCAAAGTATTATAACTAACGCTATAGATGGTAAATTAGAA +ACTCACTGGGAAACAGGAAGAGAAAATGAAGAAGACTTTAAAAATGAGGTAGAATTTGAA +TTTGAAAACGTTGAAAAAATAAACAGATTAGCTTATGCTACTAGACAAGATAGTGCAAGA +CCTAAAGGTTATCCTAAGGTTGCAAAAATATTAGTAGCAGATTCTGATGAATCAGAATAT +AAGTTAGTAGGTGAAGTTGCAAGTGATAAAGTAACTGGAGATATGGTTGAATTTAAATTC +GATACAGTAGAAGCTAAGAAAGTTAAGTTCATATTCTCTGATGTTCATAATGGTTGGGCA +AGTGCTTCTGAGTTTTGGTTCTATAAAGAAGATAAAACTTTAGATAAGATGGAAAGTCTT +TTTACGGACGATAACATGAATGAAATTAGCCCTGAGTTTGCTGATTTAGAAGCGCTTAAT +GCTTTAGAAAAAGAGGCTAAGGATCATCCATTTTATACAAACTTCAAAGAAGATATAGAT +AATGCTATAACTATATTAGAAGAAGAAGAATTAGAAAGTACTTTAGCAAAAGTATCTAAA +TTAACTGGATATGGTACAGAATATCAAGATGCTTACAACGAAAAATTTATGATACCAACA +AATAAAATAACTAAAGTAGAAGCTAATGGTGGAATATATCCAGGTACTAAATATGAATAT +ATGTTTGATGGTGACCCTAATACACATTGGGAAACTAACAAAGCTAACAGCTCAGATTTC +ACAAATGAAATAACTTTAACTTTAGATGAAGCACAAACTATAGATAGATTAGCTTATAAA +GCTAGAAGTTTAAATAATAAAGGATTCCCTACTAAGTTTGAAATATATGTTTCAGAAACT +TCTAAAGGACAAACTTTCCAGAAAATAGCATATGGACAAGCTAATGTAACAAGTGATATG +GTTGAATTCAAGTTCACTCCTACAAAAGCTAAAAGAGTTAAATTAGTATTCAATGAGTGT +AATATGAATAGAGCATTCGCTTCTGAAATGAGATTATATAAGCACGATGAATTAAGTGAA +AAGTATAATACATTATTTACAAATGATAAGAAAAATGAAATAAGTAGTGAGTTTAATTCT +ATAGATAAATTAGAGAAGTTTTCTAAAGAATTAGAACAACATCCTTTATATAATTTATAT +AAAGAAGGTATAAATGATGCTAGATTAATATTAGAAAATAAGAAAGTTACATATATTGAC +GCAAAAGTATCTAAATTTAAAAGCTTTGATTCACCTGAATTAGTAGAGTATGATAAAGCT +TATAAAATAGATAATAAGCATATAGTAAACATAACTACTAATGGAAGTCACTATTCTAAT +GAAGTAATAGCAAGAGCAATAGATGGTGACGTTACAACTGCTTGGCATTCAAATAAAACA +AACAGCGAAAACCACACTAACGAAGTTATAATGACGTTAGATAAATTAGAAACTATAGAT +AAGGTAGTATATACTTCGCCTAGAGCCAGAGGGTTCGCAGAAGAATTTGACATATATGTA +TCAAAAACTCTAGAAGGTGATACTTTCGAAAAGGTTACAAGTGGTAGAGCAAGCAGAACA +AATGATTCAGTTTCTATAAAGTTTAATCCAACAGAAGCTAGAAGAGTTAAATTTGTATAT +ACTAAAGCTTATGAAAATTTTGCATTAGCTTATGAGTTTGGTTTATATAAACAAGATTCA +ACTATAGATAAAATGGATAACTTATTCACTGATGAAAATATGAATACTGTAAGTGAAGAA +TTTGCTAATATGGAAGCTTTAAATAAATTAGAAGATGAAGTTAAAGAACATCCATTTTAT +TCTGACTTTAAAGAAGATATAGAAAATGCTAAGGCTTTGGTTGAACAAGGGCAAGTTGAA +GCAACTGTAAGTAAAACTAAAAAGTTTAACCATTATAACAACCAAGAATACATGGAGCAA +TATGCTATAAATAGAGATAATATAAAGAAAATATCTAACAACGCTGGACAATGGTCTACT +ATGAAAATAGATAATGCAATAGATGGCAAGTTAGATACATATTGGGAAACTAATACATCT +AATACAGAAAGTTTCAAAAATGAAGTTACTGTAGAGTTCATAAATCCGGTAACTATAGAT +AGATTAGCTTATGGGGCTAGAGAATCTGATAGAAAAGGTTTCTTACAAGAATTTGAAATT +TATGTGTCTGCTACAACTAAAGGAGATAACTTTAAATTAGTATCTACTGCAAAAGCAGAT +AAAACTACTGGTTTAGTTGAGGCGAAGTTTGAGCCAACTAAGTTCCAAAGATTAAAAATA +AAAGTAACTAAAGGCGATCAAAACTGGGCCACTTTAAATGAGTTAGTATTCTTAAAACAA +GACTCTATAGCAAATCAAGTGGAAAGTATGTTTACTAATGATTTAATGAATGAATTAACA +GATGATTACAACACAATACAAGAAATAGAAGCTTTAGAGCAAGAAGTTAAGAAACACCCT +CTTGAAAGAGAATTAATGGAATATATAGAAAGAGCCAAGTATATAATTAGCAATCCTGAA +CAAGCGAATAATTATATATACGAATTAGAATCTAGAGGAGACTCTATAAAAGAATCTCAA +AAGAGACAAATGTGGAATTTCCAGGATTGGCAACCGACAGGGTTAGCAGTTAAGTCAGGA +CAACAAATAACTGTTTACGTAGATGCAGAACCAGGAACACCATTACCTCGATTAGTGTAC +AAGCAAATGGACTCTCAACATAACGGAAACCACAACATAGCTTTAACTAATGGGAAGAAC +GTAATAACAATACCTGAAACTAATCCTGACCAATTAAGACCTGGAACACCTCAATCAGGT +GTATTATATACAACAAATCCTTATACTCCTGAGGAGCAAATAAGAGAACCTAAGGTAAAA +ATAGAAGGTGCATTTGAGTATCCATGTTTCGTGTTAGGTGAAGACACAGACGAAGAGATA +TTTAAAGACTTAGAAGAATATACAGAAAAATTAAAGAAGGATAAGCAACTTCCTGATGTA +TTTGAGATATTTAGTGAAAAGAACTTAATAAATGTTAGGGCTACTTATGCGCTAGATTGG +TACAGTAAGAATGACATAACACCAAGTGAAAATGCAAAGAAAATTGATGCTATTTTAAAA +GAATCTATGGATTTCTGGGGATTTGATAACTCTAGTGAAGTAAACTCAGATTATAACTAT +AGATATATGACTATATTAAAATGGTTAGACAACGGTGGATTCATGAATGCTGCAAATGGT +ATAACAGGTTATAACCAAGCTGAACAAGGTGCAGTATTAAACTACGGAACAGGTTGGGGA +TTAATGCATGAGCTTGGACACAATATGGATACGAACAGTATGAGTATAGTTGAAGTTACA +AACAACATGTTACCTTTACACTTTGAAATGATAGAAGGTAAGGAAAGTAGATTCGTACAA +CAAAATCAATACCAAAAGAACATATTCCCTAAAGTAACTAAGGAAGATTATTCTCAAAAC +AAATGGTATCCTGATAATGATTATAGTAACTTACAGCATATAGCACCGTTATGGCAATTA +CAGTTATATGATGAAACATTCTGGCCTAGATTACAACAAGAGTTTAGAGAGAACAAGTTA +GGTGGAGGAGATTGGGATAACAAGCATGAAGCATGGGCAATCGCTGCATCTAATGTACTT +GAAATGGATTTAACAGAACACTTCGCTAGACATGGATTTAGAGTGTCAGAAGAGACTAAA +AATCATATGAAACAATATCCTGCTCCAACTCAAAAATTATGGTATTTAAATGATAACAAG +TATTTAAAAGATGGTGAAGCTTTTAACGGTAACTTAAACGTAAAAGTGAGCCCTAAGATA +AATAAAGATAATATAACTTTAACTATGGATATAGATAAAGAAAATGATAAAAGTCTTTTA +GGATACGAAATATACAGAGATGGAAAATTAATAGGTTTCACAGACAAGGGAACTTACGTA +GACCAAGAAGTTGATTTAAGCGATAACCACATTTATGAAGTAGTGCCTTTTAGTAACGAT +TTAAACACTGCTAAGAAGATAAGTGTAAACTCTCAGCAACCTGTTATAGAAACTACTGGA +GGAGTAACAGTAAAATTAAATGAAGAGTTTAATCCTTTAGATTATGTTAAATCTACTGAT +TACCAAGGTAACCCTATAGAAAATATAGAAGTGAAACATAACGTTGATAACACTAAACAA +GGTAAGTATACAGTAACTTATAAAGTTAAAGACAACAATAATTTATTTGCAGATGAAACT +TTAGAAGTTGAGGTAGTAAGTGATTACACATTCTTATCAGACTTTGAGTGGACAAGTGCT +ACTAGTGGATATCAAAATGCTAGACGTAACGAAAGTATAAAAGGTAGACATTTAGGTGAA +CCTAAGACATTTGATAAAGGCTTAGCTACACATGCAAATGGAGTTATAACTTATAACTTA +GGAGAACACGACTACGATTATTTAGAAATGAGGGTCGGTGTAGATATGAGTATACCTGAA +CAAGGTAATTCAAGTATAACTTTCAAATTAACTGGAGATGGTAAAACTTTAGCAACTACA +TCTGTTATGAAACATGCAGATAATTTAAAATATATTAAGGTTCCCGTAAAAGATGTAGAT +GAAATAAAAATAGAAGTTAACAATGGTGGTAACGGAATTACATCTGACCATGGTATAATA +GTTGAACCTAAGTTAGCTACTAACAACGGTAAACCAACATTAAAAGTAGATAAATCTATA +TCAGTAAAAGTTGGTGAAGAGTTGGAAGACGTAATCGGTAAGATTGAAGCTTACGATGCA +GAAGATGGAGATTTAACTAAAGCCGTTCAGATAAGCGGACAAGATAAAGTTAATACTAAC +AGAGTTGGGACATACCCAATAACATATACAGTTACTGATAAGAGTGGAAATACGGCTACT +GCTACAAGAAATATAAAAGTAGTTAATATGCAAGATTTCACTTACTTAAGTGATTATGAC +TGGAAATCTCAATCTAATAACTATACACAACCTAAAAAGGATGTAGCTATAAATGGTGGA +AATTTAACACTTACAGGTGAAAATAACGAAGCAGTTGAGTATGAAAAAGGTTTAGGCATG +CACTCAACAAGTACAGTTATATACGATTTAACTGATAAAAATGCAGATATATTTAGTACT +TATATAGGCGTAGATAGAGCAATGTATCATTCTGTAGGCCAAGTACAGTTCGAAATATAT +GTTGATGGTAAGCTATCTTATGATAGTGGAATAATGAAAGCTAAAGATAAACAAAAATAC +GTAGAATTAAATTTAGCAGATGCTAAAGAATTAAAATTAGTCGTTAAAGATGGTGGTAAC +GGAAATGGTTCTGACCATGCAACTTTTGGTGATACTAAATTACACTTTGTAAATGAATCA +AGAATAGACAAAACTGAATTAACTAATTTAGTGAACGAGGCTAAAAAGTTAAATGAAGAT +GACTATACAGAAGAATCTTTTAATGCAATGCAAATACTTTTAGATAAAGCAGAGCAAGTT +TTAGAAGATAGCAATGCTAGTCAAGATACTATAGATAGTGTAACTGCAGAGCTACAAGAA +TCAGTTAAATCATTAACGGTAATAAACTTAGATGAGGTTGTAAATATACCAGATAAATAT +CTAGCTAGATCTTTATCTAGTGTTCTAGGTAAGTCAGAAGGATTTACTATTGGTGATATG +AGAAGTTTAACTGAATTAAGCTTAAGTGGTGTTACTGACTTAGAAGGATTACAATATGCG +AAGAATTTAGAAGTATTAAATATAGAATATAATGAGATAAGTGATTTATCACCACTTAAA +AATCTTAAAAATTTAACGGATTTAAGAGCTAATCCTCAAATAATAACAGCAGGATCAATA +GCTAAAAAAGATAATAGAGTAACAATAAATTATGATATTTTAAATAGAAAAGGTGAAAAA +TTATCACCAAAAAGTGTGACAATAAGAAATAATCAAACATTAGAAGATACTACTTTAGAT +TTAGATGAGTGTGTAGATGAAAATGGAGTAATATCTTTTGATACTACAAATCTTGATTCA +GTTGTATATAGTGTGTATTTAGAATATGAAGATACTAATGACAACTATTTATCACAAGTA +TTGTTTATGTTTAGTAATAAATAATTAAATTTAAAGTGAGAATTTTTAATATTATTGAAA +CAAAGAATATATAGGGCCTAAAAGAGTTTTGTATATTTACACATAGGATCGTATCCACCA +TTGAAATTCACGAAATGTATTATCATAAATTTATGATAATACATTTTTTTATATCTAAAA +ATAACATAATGAGAAGTTAATATGATAGAAAGGTATATAGATTATAAATTTTTAAACTAT +TGAAAATAAATACAGAACTACCTTACGTTTATAGATAGAAATGTGGCAGAATGCACGAAG +AGATTTGTTAAAAATTTAATGGTAATCAAATTCTTTACCAATGAATATAAAAAATATCCT +CATGTTATAATAGTTTAAACTAATGAACGGAAGGTAGATGAATTTATATGAAATACCAAC +ATAAAATTGAAGTTAATAAAGATCTTTGTATTGGATGTGAACTTTGTAAAAATGATTGTC +CAGTAAATAATATAATTATAGAAAATAAAAAATCAGTAATTAAAAATCAAGATTGTTTAA +TGTGTGGGCACTGCGTAGCAATATGTCCAAAAGAAGCTATTACACTGACAGGATTTGATG +AACCACCAATAGAACTTACAAATAAGCCAATCTTAGACCAAGATGAATTACTAATGGCAA +TTAAATCTAGAAGAAGTATTCGTAAATTTAAAGATAAAGAAGTATCTTCGGAAATTGTAA +ATCAAATTATTGAGGCAGGTAGATATACTCCTAGTGCTAAAAATTCACAAGATGTATCAT +ATATTGTTTTAGACAACAAAAAAGGAATGTATGAAGAGGTGGCAGTGAAGTTTTTTAGAA +AAATAAAACCTATTGCAAATATTGCTGTTAAACACTCAAAGGAACTTTCGATTGATGATA +ATTTTTTCTTCTAGAATGCTCCTATTGCAATAATGATAGCTACAAAAGATAAGATTAGTG +GTTCACTTGCAGCATCAAATATGGCACTGATAGCAGAATCTTATGGACTCGGAGTTTTAT +TTAGTGGATATTTTTCAGACGTAGCAAATAATTTGACAAAGTTAAAAAAGCTTTTAAGTT +TAAAACACAGAGATCATGTTATTACAACGCTAGTGATTGGATATCCAGATGTTAAATATA +GACGTACTGCACAAAAAGAGACAGCAAATGTTAGATACTTATAAGCTATGGAGTATTTTA +TGGAAATAGAATGTAAAGAAAGAATAGAAGAAATAACGTCTAAATTTAAAGAATGCCGTA +AAGCTATTTCTGCTATGGGTGATGAAACTAGACAGCTGATTTTAATTACGTTACTAGAGA +GTGACTTTAATGGAATACGAGTGGGGGAAATCACAGAAAAAACACATCTTTCTCGTCCTG +CTGTATCTCATCATCTTAAAATATTGAAAGAAGCAGAAATTGTTAATGTACGTAGAGAAG +GAACGAAGAACTATTATTATTTTGATTCAAAGAAATCACAATGGAAATCACTAACAGAAC +TAATAAATCTTATATTTGTTGGAATACAACATATTGGTGAAAATGATGTAATAAAAGGTG +AGTAAACCAATAAAAGAAGGTATTATTTTAAATAATACCTTCTTTTATTTTGAGTATTAT +TTTTATACTCAATAGCCTCAGTAGGGCAACCACAAATACATGCCATACAATGAGTACAGT +TATTTTTCCAAACTGGTTTTTGATTTTTTAAATTAATATTATTTAGAGGACATAGTGTTA +CACACTCTCCACAGCCAATGCATTTATTAGTATAATGAAATCCCTTTGCATGGACAAATA +TTTTATAAAAAGCTGTATTTGTTATACCACTTTTAAGTGTACCACTTAAGCCACTAGGGT +TAATAATTTCAAATTCATTTTCAGATTTTATATCAGAAATAATTTTATTTATTTGTTTAT +CTGATTCTTTAATGATTTGTGTTGATGTTTCTTTATCTGGTACAGAAAATAAAGCGATAT +AATTCTCTGGTATTTTAATTTCTGCTATACCTTTTAGTTGCCATTCTTTATATTTACATA +ACTTTTGAATATATTTTATGGCTTTTCCTGTATCACCTCCACAAGTCATTATAAAATATA +CTTTGTTACTTCCTGAAAATCTTGTTTTTTTATAAAATCAGTAACGACTATTGGCAATCT +CCATGCATAAGTAGGGCATACGAATATGAATGGTTTATCTGTTGATATTAATTCATCTGT +TTTTTCTTCTTTTATAAGTTGATTTAATGATATTAGTTGATCATTTAATTCTTGTGCAAT +TTTGCGAGCTACATATCAGCTATTACCAGTACCGCTAAAATATAAAATCATAATTATATC +TCCCTAACTATTTTTTTATTTTAACCTTTAATATTTTTGATCTAATAAAGTGATTTATCG +ATATATTGTATTCAATAAATATAAAACTTACTAGTTAAAAAAATTATATCATATTAATAT +TTTTTATATTTATTGGTAAAGAATTTGATTACCATTAAATTTTAAGGTCTATTTATGGTG +ATTTAAATAATGTACTTGAAAATATAGACTTTATTAATCTAAAAGATATAATAATTTACA +ATGACAACTATAGCTTATTTTTCTATAAAGATAACATGATAAAAGTAAAATAATAAAAAT +ACTACAAAATGGAATCAAGAGACTAGTAACGATATTAGGTGCATATTGAGGAGGTAAACC +TAGTTTAGTTATGAATACCATAAGAGAAGCATTGGGTAAAGACTTGATTGATTTTTATGG +TGTTGTATGGATTTTTTATTATAAAAAATTGAAAATGTAACAAAAAATGACATATTGGAA +TATAATAATATGAAACATATGGTATATGGAGGTTGAGTATATGGATATAAAGTGGATTAT +AGTTATAATTATAATTATACTTGCCCTATTCTTATATAGATGGATAATACAAAGAAAACA +AGCTATTAATAATGTCCTACAAAGAAGTGATGAAGAAAAAATTAAAGATATTAATAATGT +ACTAGAGTTATATAGTTTTGTATATGATGAAACTAATGATATTATATGTTCAAGTATGTA +TCCTTGGCAAAGAGAGGTAGGGTATTGTAGATTTTATGATGAAGCAGCACCTGCCTTAAA +TATGATTATTGATAGTGAGCCTATTTATTTTGAATATGATAATAGAAGATGGCTTATTGA +ATTTTGGAAAGGTCAGTATGGAATGACTACTGGTGGCGAAATTGGTATATATGTAACTGA +TATGGATGATATTAATATACCAGGTATTTTTTCAGGTCCTTTTTTCAAAGCCGTATCAGA +TAAAGAACTCTTAAATATGGATTTTAAGCTTAAAATATGTGAAAAAAAATTGTTTCAAAG +AAAAGATTATCATTGGTGGCTAACAGGCTTTGATGTAGGTGTATTTTCTAATCCTCGTAA +GTTATCAATGGAAATTAGGATAATTTTTCCGAATATAATTATGAAACATGCATTTCTTAG +TGGATTAAAAAGAGCAGGTTATAAAGAAGATGAAATTAAAATAATTAAGAATACAATTTA +TTTTGATTTTAATAAACCCAAGTCAGATCAACCACGTAATCGTTACAAATTGATAATACC +TTTTATCCAATTGATGAATAAAACCTACTGCAAGATATATAATTTAATTACTAAAGATTT +TACACGTACAATAGATAAAATTGATTTTTTACGATTATACTATCCTAATTTGTTTATGTT +AATTGTAGGTAAAAATAGAATGAAAAAATTACAAAAATCTTATAAAGTAATTTCATTTTA +TATAAATAGAAATGAGATGAGAAGTAATGAGCACTTATAAACGCTTATCCAAAGTCTATG +AAAATTCTAAGGTTATTCCTTATGATTATTCTTCAAAATTTGTCATAATGAGTGATTGCC +ATAGGGGTAGTGGAAATTCAGGAGATAATTTTCTAAAAAATCAATATATATTTTTCGCGG +CACTTAATGATTACTACAAAAAAGGATTTACTTATATTGAATTAGGTGATGGAGATGAAC +TTTGGGAAAATAGATCTATGGAACAGATTATTGAAGTACACAGTAGTACATTTGAACTAT +TATCTAAATTTTATGAGTCAGACAGAATGTATATGATTTATGGTAATCATGATATGCAAA +AAAGTGATACAGAATTTTTAGAGTGTCATTACAAAGGACACTATTGTGGAATAAGAAAAA +AGTTTTTTTCATTATTTAATTATATAAAAGCATATGAAGGAATAATTCTAGAAAATGAAG +ATAATAATCAACATAGAATCTTTCTCCTACATGGTCATCAAGGAGATTTGATTAATGATA +GACTGTGGAAATTAGGTAAATTTTTAGTTCGTTATATCTGGAGACCACTAGAGATATGGG +GATTTAACGATCCTACAAGAGCAGCTAAAAATTATAGAAAGAAAAATAGCATAGAACAAC +AATTGATAACATGGTCAAAAGAGAATAACATAATGTTAATTACAGGTCATACTCATAGAT +CTAGTTTTGCTAACTTAGATGAACCAATGTATTTTAATTCAGGAAGTTGCATACATCCAA +CAGCAATTACAGCTATAGAGATTGAATATGGTCGTATTAGCTTAGTGAAATGGAGTATTA +TGACAAGAGAAGATAATAGTATATATGTAGGAAAAGAGGTTTTAAAAGGACCGGTAAAAT +TAGAAGATTACTTTTTAAAAAATATAAAAATAGAAAACTTTTAAGTAGTTAAAAGCTGAT +TTCTATATTGATAAGAGATTGATTTTTTAGTTAATACTTTAATTACTGGACAATATAACC +TACTATAGATATTACAATATAGATTTTCATATAAAATACATTGAAATAGATGACATGATG +CTATAAAGGTTAGTTGTTGATAAAATTTTAAATAAATTAGGTCGTATAAAAATGATTAAT +CATAAGTATAATACCTATAATTCGTATCTAGCATTTAAATTTACGAAAACCACATTGATG +TAATAATCAATGTGGTTTTTTACGTATAACATTATTTTTGATAAAATAATTAAAATATGC +TATAAAAAATAAAACCTTTTATAAATACAAATCGTTATATAAGTGAAAGGGTGATGATAA +TTTGGCACAGACAGATGAAAAATTAATTAAAGAAATACTAAAAGGGAACGAAAGTGCAAT +GGAAATACTAGTAAAAAGACATTACGAGCTTGTACATAGTTACATATATAGAGCTACGAA +TGATCACAATATAGCCTATGATATAACACAAGAAGTATTTATAAAAATGATGAAAAATAT +AGATAAATATAATTTGGGAAATGGTAAGTTCAGAAATTGGATATTAAAAATAGCTGTAAA +CGCAACAAAGGATTATTTTAAAAGTAATACGTATAAGCAAAGAAGTGAAATTTGTGATAT +AGAAAATCATCAAATAGGAGATAAATCAAATGTTATTGATATAATTTCTAAAAAAGAAGA +ATCAATAAAAATTAAAGAAGCTATAAAAAAATTACCAAATCGTCAAAGAGAAGCCATACT +TCTAAAGTACTACAATGATTTAAAAATAAAAGAGATAAGTAACATAACAGGAGATAATGA +AAATACTATAAAATCGAGACTATTCAATGGAATTAAAAATCTTAAAAAATTACTTGGAGG +TGATATATTTGAAGAAAAATATGAGTATTCACAGTCTAAGATGTGAAAATATAGAAGATG +AAAAATTTGAAGAACTACTAGAATTAGATTTAATAGATATAGATGAATTTTTAGATAGTT +ACGTTGTTAATAACGTTGATGAGGTAAAAATTGATTCAACAATAGATACATTAAAAACAT +ATATGCCAAAACCAGAAGTACAAGTTATCAAGGAGAAAAGTGGAACTTTAGATAAAATAA +AAGAAAATATAAACCTAGTAAAATTTCAATTTAGTTTAATGAATAAAGCATATTTTATAG +CATCACTATTATTAATACTTGTAGGAACTATAACTACAATAAAGTTAAATTTAAGTACAT +ATTTTAGTGCATCTATAATTGCACCAATACCAATATTACTTGGAATGTTTGACATAATTA +AAGGTAGAGAGGAAAATGTATGGGAGTTAGAGCTTAGTTATAAATACTCTTTAAGAGAAA +TTGTTTTATCAAGGTTAATAATTATAAATACAGTTTCTATAGTAATGAGCATTGCTATGA +GTATTATATTAAATAATACATACTCACAAATCAATCTATTAAAAATGATTAGTATATGGT +TAATTCCAGTATTTATAATAGGGGCAATATCTTTAATTATTACTTCATTATACAGAAGTA +TAAATAGCATTACTTTATGTACATCAATCTGGATATTAGGCGCAATGAGTATTAGTATAT +ATGAAAACATAGCTGATATAACTAATATTAATACATTTATAGTTTTAATTGTATCTATAA +TATTTGCATTAGGATCGATGAAATTATTTTACAAGAAAAGTATAAATATTATAGATTATA +TAACGTTTGATTTCTAGGGGGATTTTATGGAAATTATTATAAAAAATATAAGAAAAGAAT +TTAAAGATAAACTAGCAGTAGATAATTTTAATGCAACTTTAAATAGTGGAATATATGGAC +TACTGGGGACAAATGGAGCGGGTAAAACAACACTTATGAGAATACTTGCAGATGTATCAA +ACCCAAGTAGTGGAGATATTTTAGTAAACGGAGAAAGTAAAAGTAAGCTAGGAGATAAGT +ACAGAGATTTAATAGGATATGTACCTCAAAATATAGGATTTTATAAAAATTTTACAGCAG +AAAAATTTTTATATTATGTGGCAGCACTAAAAGGTATAGATAAGAAAATTGAGAAAAGTA +AAGTAGATGAACTTTTAAAATTTGTTAATTTAGAAAAAGATAGAAAAAGAAAAATAGGTA +AATTTTCAGGTGGTATGAAACAAAGGTTAGGTATTGCTCAAGCTTTATTAAATGATCCTA +AGATACTCATATTGGATGAGCCTACAGCAGGTCTTGATCCAAATGAAAGAATAAGGTTTA +AAAATTTAATCTCACAATTATCGAAGGATAAAATAGTAATATTATCAACTCATATAGTTT +CAGATATAGAGTTTATAGCAAACGAAATACTTGTTATGAAAGAAGGTAAACTAGTTGAAA +AATCCTCATTAGAAGATATTCTAGATATTGTGAGGGGAAAGGTATATACATTAAGTGTTA +ATGAAGGAGATTTAGAAAATGTTCAAAATAAATTTAAAATATCTAGTATGATGAGAACAA +ATAATGGAATCTGTGCAAGAGTAGTAGGAGATAATAAACCTGATATAAAAGAATTTAAAT +ACATAGAAGAAGAACCAAATTTAGAAGATGTATTTTTGTATTATTTTAATGAAAGTGTTA +GAGTATAGGGGGATTTTGAGATGATAGATTTGATAAAATTTGAGTTATATAAAATATTTT +CTAAAAAGTCAGTACGCATAGTTTTATTGCTAACTGTGCTATTTAGTGCTTTTAATGCAT +TTGGGGAAAGTATAAATATGAAATCTAAAGGCCTAAATAGTATGAATGATGTGTATAGCG +TTATGAAAGAACATGAAGGTAAGGTAATTATACAAGAAGGAATACTTAAAGCAGAAAATA +CAATAGAAAAACTAAAGGAAAAAGAAAAAAGAGGCGAAAAGCTAACTAAAGAAGAGATAG +TTTATAGATATTATTTATATGAGGTAATGATAACTGATCCAGTCTATATGGTAAATAATG +AATACTATACAATAGATGAAATAAAAGATGAGATAAGTACGTTAGAAAACAATAATAAAA +CCGATACATATGAATATAAAAATCTTAATTTTGTATACGAAAAAGTAAAAAATATAGAAG +AATCAAAGTATTATTTTAAATCTGGCTGGATATCAACTACTGACTTTAACGTTATAGCAA +CATTGATAACTACACTAATAGTAGTAGGATTAGCTACAATTTTTAGTGATGAATACCAAA +ATAATAGTGCTCAAATAATGTTAAGTTGTAAACGTGGAAAGAATAAGTTGGTTTTATCTA +AGATATTAACTGGACTAATATATACAGTTATAATGTTTACTATAGTAAATGGTACATATA +TGCTTGGAGCTTTAAAATTTGATTTTACAGGATGGGACAAGCCTTTAGAGTTATTTAAAT +ACTATAGAAATACTCCTTTTGATATGAGGGTGATTGATTTTTATATTACAGGATTAGGTG +TTAGCTTTATAGGTGCGATGTTATTTTCATTAGTAACAATGTTAGTATCTTTATTAGTAA +GAAATAACATGATATCACTATTACTAAGTTTAGGTATGTACTATGTTCCAACATTTGTAT +CTGGTTTTATTCCCATAGATTCTATGGCTAGAGTTCTTAGAGAAATTAATTTAGCAGAGG +CGGTTAGGATAGAAGGTATGTTTATAAATCCTAGTACGTATAATATTTTGGGAAATCCAA +CTCTGTATTCAACTGTATTAATAAGCTTAGTGGTTATATCTATACCGGTTGTAATATACT +TAATAAGATATTTTGGAAAAAGACAAGCTATATAATTAGTTAGTGAAATAGATAAATTCA +TTGTAAAATTCAAGCTAAGCTTTAATTTATTACTATTTTTTATATAAGTAAATTCTAAAA +TTATGATATATGTGTATACTAATGATTACTATATAAAAATGTCTGATATTAAGTTAAAAA +TTATTGGATAGACAATATAATAACTAATGCATGATTTAGACTATGGATTTTAAAAGTTAT +GTATCGTCTACACCATTGAAATTCACGAAAACCATATTAATGAAATAGTTAATATGGTTT +TTATTTTATGATAATATAATTAAATAAAGGAAGTGTATAAATGTTAAATAAATCAAAAAT +GGTTATAGAATTAGGCTCCAAGCAAAGACTGTAAAACATTATAATAAAGTGTTGTTTGGA +GCCGTAATTAAATATGTTTTATACAGTCTTTGCAACGACTATTTATAGAATTATCAAGTA +GTATAGGAGCAAAGAGTATGAGATATAAAAAAGCACAAGATATATTACCAAAGCATATAA +TCGAGATACTTCAAGAGTATGTAGATGGAGAATATTTATATATACCAATTAAGAATAATA +CTAAGAAATCTTGGGGAGAGAAAAGTGGATTAAAAAAAGAGTTAAGTGAAAGAAACAAAG +AAATTTTTAATAAATATCAAAATGGAATGAAAATTAAAGAGCTGACAAGTCAATACTATT +TAACTGAAAGTAGCATAAGAAGAATAATAAGAGAACAAAAAATTAAAGAATAATTGCTTT +ATTTATAATCAAGAATAATACAGAATAGTTTATGAACATATTTCTTTAAATGTCTAGTGA +TATAATTATAATCTATGGATAAGAGGTTATTAATCATGGAGGTAGTAATATGAATAAATT +AAATGTATTAGAAATAAACTTTGAATTCAATGGAATGGTAGATACAATATATCCTGTTAT +ATTGAGAGATGATAAAGAAATGATTTTAATTGATTGTGGTTATCCTAATTTTTTAGCATT +AATAGAAGATTGCGCAAGTAAAAATAATATAGATTTAAGTAATCTAACGAAGCTAATTAT +AACTCATCATGATTTTGATCATATGGGATCAGCAGCTGATTTAAAGGCAAAATATCCAAA +TATCAAAATATTAGCATCATCAAAAGATGAAAAATATATTAATGGAAAAGAAAAGTCTTT +AAGACTTCAACAAGCAGAGTCAATATATGAGAGTTTGCCAGAAGAACAAAAAGAATGGGC +GCTTAATTTCCATAAAATACTAGGGTCAATAGAGAATGTTGATATAGATAGAGCATTAAA +TGATGGAGATATATTTGATTGGTGTGGCGGTATAGAGACAATAGAAACACCGGGACATAT +GCCAGGACATATATCAATTTATATTAAGGAAAGTAGAACATTGATAGCTGGAGATGCTTT +AGTTATTGAGGATGGTAAATTATGTATAGCAAATCCACAATATACCTTAGATATGAAAGA +AGCTAAAAAAACTATAAACAAGTTACTAAATTATGAGATTGATAGGATTATATGTTACCA +TGGAGGAATATATCAATCAGATATAAAAAAATCATTAGAAAATATATAAATCTATTTTTA +CTAAGACAAGGAATATCATTTATTCCATTTTTAATTAAGGAATTTAAAATCTACAATAAC +GGTCTAGAAGTTATAGGTTAATTATATTAATAACAAATATTAATTAGTACAAATTAAAGA +TAGGAGAACGTGGAATAAAAGTATAGAGTTTTCTATCTGAAAATATAATATGTTATAAAT +CAAAAAAATTTAAATATGAGTTAAGATAGACAATTAAAAACTATAGCTAATACTATCATA +ATTATGAATAATTACGTTAAAATAAATCTAAAAAAGATGCTAGCTTAACTGTTAGCATCT +TTTTTAGATTTATGCATATCAGCTCTATATTTAGTAGGTGACATATTAGTAAAACTTTTA +AATAACTTTGAAAACCAACTCAAATCATCAATACCAACCAAATGGGAAATTTCTTGGATA +GTTAGATCAGTATAAGTAAGCATTCTGATTGACTCTTCAATTCGCCTTTTTTGGATATAC +TTTGTAATAGTACTACCCGTTTCCTTCTTAAATTGGCTAGATAAAAATGAAGCATTTTTT +TCAATTGCACTTGATATAGTCGCTAAAGATAAGCTACTTTGCAAATTAAAGTTAATATAT +TCTATAGCAGCACGTACTGTATATGAGTATTCTTGCAGGTTATAATTTGAAACTAAAATG +CTATACATTTTTAACATCTTATAAGGCATTTTTATTAACCGAATTCTATTTGATTCAGTT +TCTATTTCTAATTGATTTTTAAGAGATAGTTGCCTTACTTGTGCTGGAGATATAGGCTCT +TTTAGTAGCTCTGATTCAAATTGTGTATTTAAAATATATAAATTATTTTTTATTTTTTCT +ACTGACTTATCTTTTAATATACCTGTTAATTCAAGGTAATCATTTAATCTTTGAGTAGCA +TCTTTTCCAAATCGGATATATTTAAATATATCTTCGAGGCAAGATTTATATTTTTTATGG +TATTCTATATAGAAATTTGAATCATCATCATAATTATAATTAGCTAATTTTGGTTTATCT +TTAGAAAAATCTACATAGTACAAATTAGAAGGATCATAATTTGAGATAAATGTTCCTAAA +AGTGTATTTAAAGTTAAAATCACCTTCATAGAATCTGCAATAGGAAGTGAATTATAATAC +ACCGAAAAAGTTTTCCTAAGGGTTTCAGGTAAATGATTTTTCTTTAATAAGTTAATTATA +TATTCATCATTAGGTTCAATTTCTAAGAATGGACCAATAACTAATATATCATTTGATATT +TCTCTTGGAAAAGAAAATACTATTGTTGTAAATTCCATAGCACTTTGTACTATACATAAA +GCTCCTTTCTTCATTTGAGAAAGATCATCTAAATTATAATTATTCTCATAGTTATAATCT +GGCCAAATTATTCTTCTAAATTCAATATCAAGATAATTAGTAAAATCAAAAACATCATGT +ATTTTAGTGACACTAATATTAAATGAACTATCTAAAACAGAAGTAATTAAGTTGTAAATA +TCATTGTAAGTAAAATTTGTTTTAAGCATCTTTCACCATCCGTAAAAAAATAAATTTTTA +ACAAAATACCCAAAAATTAGACAAATGTATGTGAATTTTATTATAACATAACTTTAGAAT +ACTAGTATATAATCAATTAGAAATAAGAAAACAATAAATTATTACAATATGAACTGATAA +CGTTTTTTTAGGTGGAGTAATAATAATTTCATATTTAGGGGAGGACAAAAAATGAATTTA +AGTGAAGCAAAAAATTTGAATTATTCAAAAAAGCAAGATAAGCCATTTGGAATAAAAGAT +AAATTAGGGTATCTTTTTGGCGACTTTGGTAATGACTTTATGTTTATTTTCGCAAATATG +TACTTTATGATATTCTACACAAAAGTACTAGGTGTAAGCGCTGCAATGGTAGGTACATGT +TTCTTAGTAGCTAGATGTATAGATGCTTTTACAGATATAGCTATAGGTCGTATCATAGAT +AAAAGTAAGCCAACAAAACATGGTAAATTCCGTTCATGGATAATGAGAGTAGCAGGTCCA +GTTGCACTTATGAATTTCTTAATGTATCAACATAGTCTAGCAAACGCTTCTATGACAATT +AAAATTGGGGTAATGTTTGCTACATATATATTATGGGGCTCAATATTCTATACGGCAATA +AACATTCCATACGGATCTATGTCATCTGTCATGACAGGAGATACAAAAGAAAGAGCGTCT +CTTTCTACATGGAGAACTCTTGGAGCATCATTTGCTGGGATAATAATAGGGGCTTTGACA +CCTCAATTAATATATAGTGCAGATGCTGCTGGAAATCAAATTATAGATCCACAAAGATTT +ACAGTAGTTGTAGGAGTATTCTCTATAGCGGCATTTATTTGCTATATGTTATGTTTTATA +TTAACAACTGAACGTATTAAGCCAGAAATTAAAGAAAATCAACAATCTCTTTCTTTAATA +GATACATTTAAATCATTGACAACAAATAAAGCTATGATTTCTATGGTAGTAGTATCAATA +GTATTAATATTTAGTACGCTTATGGGGCAAACAGTAAATACTTACCTTTGTATTGATTAC +TTTAATAATGTAAATGCATTATCTACATTAAGTATAATATCACTACCTATTTATTTAGTG +GTAGGGGCATTAGCTGCTAAGTTAGCAGATAAGTTTGGTAAGAAAGAAGTGTCTATGATA +GGTTTAATGATAGCTGGTGGAATATTCTTAGTTGCATATTTTATGCATATAAAAAATGCT +TATACATTTATAGCTATATACGCGGCAGCAACACTAGGAACATGTATATTTAGTATGCTA +TCATGGGCATTTATCACAGATATAATAGACTACAATGAATTAAAAACTGGAGAAAGAAAT +GATGCAACTATATACGGAGTATATTCTTTCACTAGAAAATTAGGACAAGCAGTAGCAGGT +GCTGTTACAGGATATGCGTTGACATTAATAGGATATGATTCACTAGCAGCTACTCAAGTT +GAAAGTGTAAAGACTGGAATCTATGCATTGAGTACATTATTCCCTGCAGCTTGCTATATA +CTTGCAGGATTATTACTTATGATTACTTATCCTTTAACTAAAAAGGTAGTTCAAGAAAAT +GTAGCTAAATTACGTGGATAATAACACTTTAAAATAAAAATAAAATAAAGTCAGGGAGAA +TAAAATGGTAAACTTAAAAGCAAAACCGTATTATTTAGATGAAGAAGGTATATCGTGGGT +TGAAGAAACTCTTGAATCTATGACTATAGAAGAAAAAATAGGACAACTATTTATAAATAT +GGGATCTTCGACAGAAGAAGAATATTTAAAAAACTCATTAGAAAAATATAAATTTGGAGC +AGTTAGATATAATCCAGGACCAGCTGACAAAGTATTAGAGCAAAATAGAATATTACAAGA +AAATTCAAAAATACCTCTATTAATAGCTGCTAATGCTGAAAGCGGTGGTAATGGAGCGTT +CATGGGTGGTACAGAAATAGCAACGCCTATAAAAATAGGTGCAACAAGAAATGTTGAATA +TGCTTATGAAATGGGGCGTGTATCAGGTATAGAATGCGCTGCTATAGGAGCTAATTGGAC +TTTCGCTCCTGTTACAGATATAATGCTTAACTGGAGAAATCCTGTTATACAAACTCGTAC +ATTTGGTGATGATGCTAGTAGAGTTTTAGAAATGAGTAAAGCATATATGAAAGGTTTCAT +GGAAAGTAATGGAATATGTGCTATGAAACACTTCCCAGGAGATGGAGTTGATGAAAGGGA +TCAACATTTATCAAACAGTAGTAACTCGTTATCTTGTGAAGAGTGGGATAATACTTTTGG +AAAAGTATACAGTGGAATGATAGACGCAGGTATACATTCTATAATGGTAGGTCACATAAT +GTTACCTTCTTACGAAAGAAAATATAATAAAGATTTAGCTGAAGGTGGAGAAATAATGCC +AGCTACAGTAAGTAAGGCTATTATAACTGATTTATTAAAAGGTCAATTAGAATTTAATGG +ATTAGTTGTGACTGATGCATCACATATGGCTGGATTAACATCTAGAATGAAACGTAGTGA +TATGTTACCAGCATCAATAGCAGCAGGTTGTGATTTATTCTTATTCTTCAATGATCCAGA +TGAAGATTTTGGATATATGATGGATGGATATAAAAATGGAATAATAACTGATGAAAGATT +AAATGATGCTATAAGAAGAATACTTGGAACAAAAGCATATTTAGGTCTTCATAAAAAAGA +TAAAAAAGATATAGTTCCACCAAAAGAAGGTTTAAGTGTTATAGGTAGTGAAGAATTTAA +AAACATAGCTAAGGAAATATCTGATGAAGCTATTACATTAGTTAAGAATGTTGATAAGTC +AATACTTCCTATATCAGTTGAGAAAAATAAAAGAATATTACTTATAGAGCAAGAAATATC +TAATCCAGTAATGGCATTGTTTGTAGGTGCTGGAAATAAAAAGACATTTACAGAATACTT +CAAAGAAAAATTAGAAGCAGAAGGATTTGAAGTAGATATTTATGAATCACCAATAGATAA +AGTTAAGAGAGTAAGCAAAGAAGAAGCTGGAAAAATAATGATGAATGCTTATTCAGCTAA +AGCTCCTATAACTGACTTAACAGATAAATATGATTTAGTTATACAATTAGCAAGTATATA +CAATGCAGCTGGAACAACTCAAAGAATAGAGTGGAAAATGAGTAAAGGGACTCCAGATAT +ACCTTGGTATGTACATGAACTACCTACTATATTTGTTTCTTTATGTTCACCATTCCACTT +AGCAGATGTACCACAAGTTAAAACTTATATAAATTGCTATGATAAAAATGAGCATACATT +AGATGCATTAGTAGAAAAATTACTAGGACGTTCTGAATTTAAAGGAGTAGATCCTGTTGA +TTCATTCTGTGGATTAGAAGATACGCGTTGGTAATACTTAAAAATATGTAAGTAATTAGG +AAGATTATGAGAAATAAATAATATAAAAAGGAGAAGTCTTATTAAATGATTAAAAATCAT +TTTGAGACTTCTCTTTTTTACTTAGTATTTTTTATATTTTGCTACTCTGCTATCATTTAT +AACTCCATTAAAATCAAGACCATATGCAAACTCATATACATTTCCTAATTCATCCTTGTA +ACACTTCATATCATGAGGAACATCTTCACACTGATTTTCTACAGTTTTCATATTAGCAGG +CATATTAAATGGTAATAATCCACTTGGATTTATATTTCCACTAATTATATCCATTATAGC +TTGTGTTTGAGCTCCAAAGTCTGTAATTATTGCATTTACAAATTGCTCAAATTCTTCTAC +TATAGTTGGATTTGTCATATTTAAAGATACTATTATAGGTTTTTGACCTATAGCTTTTCT +AGTTTCTAATATTATATTTAAGTCAGATTCATTACTAGCAAAGTTAGTTTTTCCTAAGTA +AGATCTATTAGTTGAGGACTCTAACGGGTCTCCTCCAGCAATACTTATTTTTCTTGAATT +TACTGCAGTATATGGTCTATACTGTAAGCTTATTGGTAAGTATCCATCTTCTTTTGTATA +TCCAACAGTTTTTGGAGATTCTATAAATACTATCGAGAAATCAGCTTCTTTTGGATCCTC +TACAACATCAAAATATTTTTCAACTATAGATTTATTAGCAGGATCAATTTCTCTAGCAGG +TATCACATTACCAAACCAGTCTTTACTTTCTTTTATTCTTCTTTTGGGAATATACACTTT +TTTTATTCCTTTTATTGGAAGTATATTGTTTTTATTTTTTAGCATAACTAATGACTTTAA +TTGCGCATCATACCCAGCTTGCATAAACTCAGGATTACCAACTAATTCTTGAGATTTATC +TGCATCTAAATATGGATTTTCGAATAATCCTGTTCTGAATATATTAAGTAGTAATCTTAC +TGCTGACTTTTCAAATCTTTCACGCATAAATTTTTCTCCGTGCTCTTTAACACCCATATA +ATATGCATTAAGAACAGGTTGAACCTCATTATTTCCACCAAACTGGTCAACACCAGCCAT +AAGAGCTTTGTAATGTCTTTCATCTACAGAAAGATTTTCAACACCCCAGCACTTTCCTGA +TATGAATGCATCAATTACATGATTATCTTTAGTAATACTCCAGTCTGTGCATACAACTCC +ATCGTATTCATATTTATCTCTTAATAAATCACTTATTATATATTTGTTATATGAGTTACC +CACATTTTCACCATTTTTCTTATCTTGATTATAAGATATAGTATAGTAAGGCATTACAGC +AGAAGCTTTTTTAGTTTTTCCTTTTAATTTAAAAGCACCTTCTGTAAAAGGTATTAAATG +TTCATCAAAGTTATCTCCTGGATACACAGCAAACTTACCATAAGCATAGTGAGCATCTCT +ACCACTTTCATCACTACCTCCACCTGGCCAGTGTTTAACCATTGCATTTACGCTATTATA +TCCCCAACCATCATTTATTTCAGAATCATCATATGAAGTTTGGAAACCATCACAATAAGC +TTCTCCTAAATCTTTTGATAAAATTGGGTCTTCTCCAAGAGTTCCATTAAATCTCATCCA +CCTTGGTTCTGTTGCTATATCTACCTGTGGTGATAAAGCTGTAGATATTCCTAAAGCTCT +ATACTCATTTTAGATGCTAAGTCTTTAGCTCTTTCTTCTACAGGTAATCTCCAGTCTTCA +TATTTTTCTAATTGCCCACTTTTACTTAGGTTTTTAAAAGCATACCCATCTTCTTCTATA +ATTTTAATTCCTGAGTCTGGTGAGTAGGCGATATTTTGCCCACCTTCATTTAATATAATG +TTGTATCCTTGTTTTTTAATCACTTTCCACTTTTTCAAAGTTATAAATCCCCCTTTTCTC +TTTAACTTACAGTATTTATAGTTATTTTTGATTAATAATATTAAATAAAAAAGAGACACA +TGCGTGAGTATCTCTTTTTATTTAACATTATTCAACTAAACATGTTCTATTAATCCATAC +CCATCATGTCTTTTATATACAATATTTATTTCTTCTGTATTTGAATCTCTAAATACAAAA +AAGTTATGGCTTAATAAATCCATTTGAATTATAGCATCCTCAGGTGTCATAGGTTTATTT +ATATTAAATTTCTTAACTTTTTTAATTTTATTATCATGATCATTATTAGAAGGTATATAG +TCTTCTACATTATCAAATCTAATACTAGCATTAGATTTATTTCTTTTAGATAGCTGAGTC +TTTAATTTTCTTATTTGACTATAAAGCTTATCGTAAACAATATCTATAGAAGAGTATAAA +TCATCTTTAGAATCTTCAGCTCTAAGGATTGTACCACCTTTAGTAAATATAGTTACTTCT +ATTTTCTGGCTTTTCTTTTTTACATCTAATTTTACATTTATATCAGTATCTTGATTTATG +TATCGTTCTAACTTGCTAAACTTATTTTCTATCTTTGATTTAATAGAATCTGTTAATTCT +ATTTGTTTTGAAGTTATAGTTATATTCATAATATTACCTCCAATAAATTTAGTTTGTTAT +GTAGTTATAATTTTATTTATGACATAATTATACTTGGAAAATGTTTTCTAGAAAAGACTA +TTTTTTTACAAAATTTTCTGATATTATATTGATTATACGGTGTTTTGTAAATATATAATT +AATTTTGATGGTAGGGGTAGTTTATCTAAATGTAGATACTACTTTTATGTATATGAAAGG +TTATCATATAAAAAATATTTAATTAATGTTAATTCTTTATTTATACAAATTAGTAGAAAA +CTATAGAATAAATATAAAAATATAGTTGAAGACTAAGGCTATTAAATCAAAGAGAATTAT +AATTTAGATAAAATAAAAATTTAAAATATATAAAGTAAAAGAGATGTCAGAGAATTCTGA +TATCTCTTTTACTTTATATAAAGATTACTAAAAAAATATAAAAAACTACAAATGACGACT +AAATATTACATTTAATGGGTATATATGGTAAAATATGGTGTAAAATTTAGGTTCAGAACA +CAATCAGAAGTTAAATAGATTATAAATTAACAAAGGAGGATGAGGATATGAAGAAAAAAA +TATCAAGTGCATTAGCTGCAAGTTTGATTGTAGGTCAAATGCAAGGAGTTACATTTGCAG +AGAATTTAGCTGATAATCATGACGCTGATATCAATAAGGAAAGCATATCACAAGAGACAG +ATGCATTTAATGCTGATAAAGATCTGACGGAAGAGCTAAAAGAAGAAGTGTCGGTAGAAA +GTTTAGAAGAAGATACCATAGAAAATTCAATTACTGATGGAAGTAATTATAATCCAAAAG +GGAAATTAGAGTTGGATTTAAATTTCGCTCTGCCTATAAAACATACAACAGCTGATAAGA +CAAATATATCAGTAACGATAAAGTCTAAAAGTGGAGAAATTGAAACTGTTAGACTTGGAT +CTGACCAAAAGAAAAATACTACAGAATCAGGATTATTATCAACTATTGAAGCTTTAAGTA +GTAAAAGAGAAGCTTTAAAACCTGGTGAGAATGATTTGTCATTTTATCATTTAACATTTG +AAAATTTAGAGTTAGGAATATATTCAATTGAAATAGCTGGAGATGGATATAAAACTACTA +CGATAGATAACATAGATGTAAGTGATTATTCTAAGAGAGTTTTAGTAGGAACAAGTGATA +ATACAATTATTATAGATGATAAAGGAACAGATGAAGAATCTGATGATGACAAAGAATATT +ATCCTGGAGTATTTTTAGCAGGGAATATTGATGCTGATGGCTTAGTAACTCATACAGATT +ACGAAGCATTAAAAAATCAAATAAAGAGTATGGCATCTTCAGCTGTGAAGTCAAGTAATA +AGAAATTTGATTTAAATAGAGATGGAAAAATTGATATAACTGACTTAACATATATTCATA +AAAATATTGATAGCGAAGTTAAGGATGCTGAAGCAATAGACACAGATGCGATTATAAATC +CTGAAGCTGTAGATATAGAATTGCCGGAAACAACAAAATTAGATGAAGGTGTAGATATAA +AGGATGTACTAAAAGATAATGGATCTACTGTTGCGCTAAAAACTGCATCAGAGGCACCTG +TAAGTGAGGAAAATCCTTTATCAATGACATTAAATTTAGCTGGAAAAGGTAGACAAGTTA +AGACTACAGAGCAAATAGTTATAAAGGCACCAAGTGAAAATGCTCCAACTGCTGGTAGCA +TAGTTATACCAGGGGCTGGAGAGTTTAAATTTAATGAAAGTAATGTAAGAAGTTTAAATG +ATGATTCTAAAGAAGAAATAGTTATAGACTTAAAAAAGCAAGTTGCAGTAAGTGAGATAA +CTATAAATGTTACTGGAAGTAGAAGTAATAAAAACTTAGCTGAGATAAGTAAAGTTGAGT +TTTTAAATAATGTTTATAAAGAGATACCAAAACCTAAAATGAATATACCAGTTATAAATA +ACTTCACAAGCTCAACGGCTGTTGGAAATGAAGCAATGACATTAGGATGGGATCATCAAA +CTAATGTAACTGGATATGAATTAAAGGTTCAAGAAGTAGATGAAAAAGGAAATGTAAAAT +CTACAAGTACATATAAAACAAGTGAAAATACACTAAAAATAGAAAAAGTAAATGGATATT +CAACATATAGAGTTAGCATACAATCACTTTCAGGAGACTGGAAGAGTGGATATAAGGATG +AGCAAGACAATTATAATGCAGATTCAGTTGGAGCTACTAACTTAGAAACTAACTCAAATG +ATAAAGATGGAGTACCTGATAACGTAGACGTTAACTATCAACCACAAGCATGGAACTCGA +ATACTGGTATATTAGAGAAAAATGCTAACGGAGAAGGTGGAAACAAGTTTGGAGCTGACT +CTATAGTAGAACTTCAAGTTATACCAGAAACTGCTCCAGAAGGACCAGAAGGTATAACAA +TTGAAGGAGAATACAAAGCACTTAAAATTAGTTGGAAGAGTCATAAAAAAGCTAAAGACT +ATGACTTATATTATAGAAAAGTTGGATCAGGAGCATGGATAAAGGCAAATGACCCTAATG +ATCCTAAGTATGTAGACTCAGATGAAAGTAATAATATACCAGATGGTGTTGCAGATTTAA +AGCCAGAAGAAAAGAAAGACAAGGATGAGCTGATAAGAAGTACAAGCTATACTATAACAG +GACTAGAGGATCAATCTACTTATGAAATAAAAATGACAGCTACTAACCATCATGGTACAG +GTGGATTATCACAAACTTATATAGGACGTACAGCTAAGATGACACCGCCAGCTACAACTA +ATTATAAACTTATAAATACTCCTAATGGTGTAAATGAAATAACACAAAATATAGTAAGTG +TAGAATATCCAAAAGGAACTGCAACTGATGAAGATGCTGTTGTAGATAATGATTATACTA +CTGTATGGGAGTATAACGATTGGGATATTGGGGGAAATGGACCTATTATAACATTTAACA +AAGAATATACAATAAAAGAATTAAATGTAATAAGAAGATTGGATAAACATGAAGTTACTT +ATCAAACATCAGTACAGTATTTTAATGATACTACAGGAAAGTGGGAAACTGTAGGATCAA +GAGGAAGAGAAACTAATAATGGAAAAGTTGTAAATATAACATTAGATGAGCCTATTACAA +CTAAGAAAATTAGATTAGCTGTATCAGTTTATCCACAGTATGGAAGATATATGAGTATAT +CTGAAATCAAGTTCTATGAGTATGATAGCTTACAAGATGATGTAGATAGTTTATTTAAAG +ATGATCTTAGATTAGAATTAAATGATGATGTTACTCAGGAAAAGATAGATGATCTTGTAA +AAAGAGCTAATACTATAGACCCAATAAACATGGAGTATCATCCAAGTCAGACTCAAATAT +TATCTGACTTACAAAGGGCACAAGATTTATTAGATGATGTTAAGTTAAGTGATAAGATAA +TAAATCTTGATTCTGAAATAAGAAATACTCAAAATACAATTGGTCAATCTAATAATTATC +AAGCTTTAGGTGTAGCTGTAAGACCAGGTGATAAAGTTAATATATATATAGGATCAGAAA +ATAAAAATACTAAGTTTAATCTTGCAATAACTCAGCACTATGCTGAAAGTGGAACAGCTG +TACAAACTTATAGCCAACAGTTAAGTGTAGGTAAAAATGAAATAACTATACCAGAATCAG +CATTTAAGATGGATTATGAAAAAGGAGGAAACTTATATCTAAGCTTTGCTAGCAACTATA +ATGATAACCAAAAAGTACAAGTTCGTGTAAGTGGTGGAACTGACATACCTCACTTAAATA +TAAATAATCTGAATGTAAATGATGTTACAATTGATGCAGATAAAGAAGCTGAAATAAAAG +AAACTATAAGAACTTATATAAGAGAATTAAAGACTTATGTAAACACTTTACCAGATAGAT +ATCCAAAGAATGGAGATAAGGTAAATAATATATACACATATGATCCAGAGACTTCTATTT +TAAATAGTACAGAAATAGAAGGAGATAGAATAACACTTTCTCTTGCTGCAGATCAAGTAC +TTAAGGGTATAACAGAAGGATTATCTACTGAAGAAGATCAAGTAAATAGAGTATATGAAA +CATTACTTGCTTGGGAACAGTTAATGAAGGTATCTTATGTGCAACAAGGATTAATTGAAT +CACCAATTGATTTTGATGGAGACGGTAAGATAACTAATAATCCTTTAGATAAACTTAACG +GAAAGAGTGAGAAACAATTCTTTAATGAGAATAGAGCACCTAAAAACCGTATAAACATTA +AGTATCAAAGAATGTTTACAGGAGCATTCATGTATGCAGGAAGTCATCATGTAGGTATAG +GGTATGGCTCAGTAGCAGGTATGATGAAAGGTGTGCCATTTAAGTTCGATAATAATGGAA +ACTTAGTAAATAAGGATGATGGAGCATTATTTGGATGGGGTATCAACCATGAAATAGGAC +ACGTTCATGACGTTCAAGGTTTAACTTATGCAGAGGTTACTAATAATATATTAGCTCTTA +TGACCCAGACATTTGATGATGAGGATGCATCAAGATTAGAAGGAGCATATGATCAAGTAT +ATGATAAGGTAACATCAGGAAGTGTAGGCCTTGCAAGTTCAGGTCTTGTTAGGCTAGGAA +TGTTCTGGCAATTACATTTAGCTTATGATGAAGATAATACATATAAAATGATGGATATAA +ATACTGACAATGATATAGATAATGATACTTTCTATGCTAAGTTATACAGAGTTACTAGAG +AGAAAGGCATAGCTCCAAATGAATCTGGTCATGACAAGACAGCTCAAACATTTATAATGA +GATCGTCAGATGCAGTAGGAAAAGATTTAAGAGAATTCTTTGAAAAGTGGGGAATAGTTG +CTAGTCCTAATACTAATAAGTACTTAGATAGTAAAAATTATCCAAAGGAGGATAAGGCAA +TCTACTACTTAAATGATAATGCTAGAAGAAAGAAACTTGATGCTAAGAATAATAATAATC +CAAGTTCTTTAGTTATGGCAAATGATACTAAGGTAAATGCATCATTTGGAACTGATAAAA +ACGGAAATAAAATAACTGAAAAGACTTATTTAAACCAAAAAGAAGTACCATTAGAATTAA +GTGTAAATAAAGATTCAGATAAGATTCTTGGATATGAAATTATAAGAAAAGAAGCTACTT +CAAATGGAGTTAAGGAAGTTGTATCTGGGTTTGTTGAAAGAAATGCTGAGGGTGAAATAA +CTACTTATACAGATGTTATAGATGCAGTAAATAATAGAACATTCGGATACAAAGTTAGAG +CATATGACTATGATTTAAATGTAACGGAAGTAACAGAAATAGGAACTGTAAAAGTAAGTC +ATGATGGAAGTATAGTTAAATCTGATTGGAAGTTTGATACTAACACAAGAAGTGTAGAAG +ATGTTGCTGATGAAAATACAGGACATGGACACGTTGAAAATGGATCAATTAATAAGATAA +AAGATAATGATAAATCTACAGTATACAATGCATCAAAAGCTACAAATAATAGCGGACAAA +CAGTAGGTGGAGATCCATATGTAACAGTTGAAATGGATAGAAGTAAGCCTGTAGTTGGAC +TTAAGTATACTCCAGGAACTACAGCTAAGAAGAAGTTCTCATTAAAGAACTTATTTAGCA +AAAACAAAGATATTACTTATTCTCCAATAAGTAAATATGAAGTTCTTGTAAGTGGAGATG +GAACCAATTGGACAAAAGCTCACTCAGGAACATTCGATACTACTAAAGAGAACACAATTT +ACTTCAATGAAAAAGGAAATAGTGATAATAATCAATTATGGTCATATGATGCTAAGTACG +TTAAGTTAGTAGCTAAAGGTGCTTCAACAATATCTATAGCAGAACTTGATATACTAGGAC +CACAAGGTGATAATATAGAAATTGGTGTAGATAAAAACGATCAAGTTTACAAAAATGGAG +TAGGTAGATTAAAGTCAGACTACACATATGCTGAAGGTAAGGTTATACCAGCAGGATCTA +TAATAGTAACTGGAGAGTATAAAGGAGACCCAGCATTTAATGTGCCTTTAGTATTAAATG +AAGATGACGAAAACTTTGCATTAAAAGCACAAGCGATTTTATTAGCTAATTTACCAGATG +ATTCGGAGCTAGGTGAAGTTGCAGAGGGGAATTGGTTATACTGGATAACTCCAGATCAAC +AAAATGAAAATGGTAATGTAAAAGGAAAGCAAATTAAAGCTGAGTTATATAGATATAACA +AGTTAGATGAACAAGGAAGACCAGTTAGACAAAGACTAGTAAGTGATACTTTCTTAGTAG +ATTTACCAGAAGATTTAAATAATTTACCACAAATAGATTTAACTAATAGTAAATCAAGAG +CATTAAAATCTTCTTATGATAAAGTTATAGAAATAAATAATGAAACAATAAAAAAGGCTT +CGGAAAATAGATAATAAAAAGGGGCTATCTCTTTTGAGGTAGTCCTTAATAAACAGAAAG +GGATGAGCTAATGAGAAAATTAAAACCATCAGTAAAAGCTGCAATAGCGTCAACATTGGT +ATTAACATCAACAGCGGCTATTGCTTACGCAGTTCCTAAACTGACGAATGAAAAAGCTAC +TAGCACAGAAAATCAATTAAAGCTAGATGTTGAAAGAGTTGATAGTGATACAGTAAAGGT +AGCGATAGATAATATACAAGATATACCTAAGGCTATTCAATTTAGTATAAAACTAGATGG +AGCAAAGCTAAAGGACGGAGAAAATAGTATAAATGATCTAGTTAAAAAAGAAGTTGAAAC +AAGGTTAAAAAATAATGAATATGCGATTACAAGTAATAGTATACTAACAGATTATACTTA +TAATGAGTCTAAAAATACTATAGATGTTTTGATAACTTCTGAGAATTCATTGCCTAAGAC +TGAAAATAAGTTAGAAGTATTTGAGCTAGATATTAAGGGATTATCAGATAGCACTCAATC +ATATAAAGTAGTTCCAAATAATGAAAAAGAATATAAATATGTAAGTAATACAAATAAAGA +ATACAATGATTTAGGTGTAACACATGAGAATAAAGATATAACTATAAATACAGCACCAAG +AATAACTTCAGAAGAAAGATATATAAATATAGTTGAAGGTGAAAAACTTGAGTTAACATT +TGAAATATTAAAAGAAAAAATAGGCTTAGAGATGCAACATGAAGATGGTGTTGAAAATGT +AACTCTAGAAGTTAAAAAGGATAATAAAGTAATAACTGAATTTACTGAAAATACACCAGG +TATATATGAATTAGAAATTGCAGCAGTTAAGGATAATACTATAAAATCAGAGCCTTTGAA +AGTTCAAGTGAATGTAGCTTTAGATAACGTAACTGAGCCTCCAACTATTACTATGAATGA +AGAAGAGTTAACTGATATTACTATAGCTGGAGGAAGTATATTCAAACCACTTGATGGCGT +TAAAGCAGTAGATAAAAAAGGAAGAAATGTTGAGGTTGATGTTAAAGTAGACAAGGATCT +TGATTTAGACCCAGAAGAAAATATTACATATACATTAACTTATACAGCTACAGACATTTA +TAACAATACAGCTAAAAAAGAAATAGCATTAACAGTAATAGCGAATAAGGCCCCAGTTAT +ATTAGGGGTTAAAGATCATACTATATCTGTTGGAGATAAATTTGATCCAATGGATGGAGT +AACTGTAACTGATGAAGATAAGAATATAGAATTAAAGGTTGATAGTAACGTAAATACAAA +TATTTCTGGAGAATACAAGGTTTCATATAGTGCAACAGATAGTAAAGGTAAGACTAGTAG +ATCTCAAAGTAAAGTAACTGTAAATCCAAAGTCTAGTGAGATAAATAAAGCTCCAGTTAT +AACAGCAGAGGATAAAACTATAACAGTAGGGGATAATTTTGATCCTAAAGTTGGAGTAAT +CGCAAAAGATGCTGAGGATGGAGATATAACATCTAAGATAGTGATTTTAGAAGATAATGT +AGATGTTAATAAAGAAGGAAAGTATACAGTTAAGTATAGCGTTACAGATAGTAAAGGTGC +AACTACAACAAAGACAATAACTGTAACTGTGAATCCGAAAATTGGTGTAATAAATAAAGT +GCCAGTTATAACAGCGGAGGATAAAACTATAAAGTTAGGAGATAATTTTGATCCTAAAGT +TGGAGTAAGTGCAGAAGATGTTGAAGATGGAGATATAACATCTAAGATAGAAGTTGTAGA +AAATAATATAGATGTTAATAAAGAAGGAAATTATACAGTTAAGTATAGAGTTACAGATAG +TAAAGGTGCAACTACAATAAAGACAGTAACTATAACTGTTAAGAAGTATATTGTATTAGC +TGAAAGTATAACTATAGATAACAAATCTAATAATAAAATGTATATAGATAATACAAAAAC +TATAACTGCATCTGTTAATAAAGAAGCTGATATAAAGGATATAAAATGGACAATAAGTGA +TGAAAATATAGCAACTTTAAAAGTTATAGGTAATGAAGCTCAAATATTTGCAAAGACTGA +GGGTAAAGTAACTATAACAGCATCAACAATAGATGGAAGTGAAAAGTCTGATAGTATAAC +TATGGATATAGTGAACTTTAAAAATGATAGTGAAATACCATCATATATAAAAGATGTAAT +AGATACTGAAGTTTTACTTCCTGTGGTTGGAAAAGATCCATCTACAATAGAGTTTGAAGT +TAAAGATATAACAGTAGATAAATTAGATTTATTTTTAGAAAATCTAGAAAGTTTATCTCC +AGAGTTAGAATCAGTTAGAGAAGAAAATGATTTTAATATATATAAAATAAAATTAACAAG +AAAAGCTAGGTTATTTAGAGCTGGAAAGGAAACTTATATAGAAATAAAAGTAAGTAATAA +ACTTGCTAATGCTACTGATATAAATGATAGATTAAGTAAACTACAAAATCAAAAACCAGT +TATAATAGTTCCATCAAATCAAACTATAACTGTAGGAGATAGTTTTGATCCAATGAATGG +AGTAACTGCATATGATAAAGATGGAGTGGATATAACATCAAGTATAAAAGTAGAAGGAGA +TGTCGATACATCAAAGGCTGGAGAATATAAAATAGTATATACAGTAAAAGATGCTCAAGG +AAGGACATCTTCATTAACAGTTATCATAACAGTTAATGAGAAACCTGAAAATCCAGAGCA +ACCAGATACTCCAGAACAACCTGAAATAGAAAATAATGTACCTGTAATAAAGGTAACAAG +TTCAATAGATACTATAACAGTAGGAGATAAATTTGATCCATTATATGGAGTAACTGCATA +TGATGAGGAAGATGGTGATTTAACAAAATCTATAAAGGTATCAGGAAGTGTAGATACATC +AAAAGTTGGAGAGTATAAATTAACTTATACAGTAGAAGATAAAGATGGAAATGTTTCTGC +TTTTACAAGAATAATAGTTGTAAAAGAAAAAGTTATATCTACAAATGAAAATAATAATCC +TAAAACTGGAGATAGTTCTATATTAGGTTACGTTAGTATATTTACTATAGCAGCAGGTGG +ACTATTTATAAAAAGGAAAAACTAAAAATAAGTTAGAAAAGTAAATATAAAATAGAATTA +AATATATATCATAATAATAAAAGAGATATTGAATTAAATGACAATATCTCTTTTATTATT +ACTTAGAGGATTATTTTTAGAGATATTCTTAAGAACTTATTCAGTCTTATGATCTATTGT +AATTACTTAAAGTTAGAATCATTTATTATATGATCAATAGCATATTTTCAATGAAATTGT +ATTTTTAGTAATTTATGAGCTTTTAATCAAACAAAATCAAGCAAATTTTTAATAAAATAT +TAATATTTTGTAATATAATTATATATATTATTTAAAGTTTTGTGAAAAAGTTCTAAATTT +GACTATTTTAAATGATATTATTTTAATATTTTAAATTTTATTAAAGATGAAAGTATAAAT +TGAGTTATTGAATAAATATATATAGATTTTACAAAAATTCAAACTTACTGAATTGTAAGT +CATAATGAAGTTCTTGATATTATAAACTAGTAAAATATAAAATAGTAATTAAATATTATC +TAAAATATAGGGGGGAATTATATCAATGAAGATAGCAGTATGTGAGGATCAGGTTGCACA +AAGTGATTTGCTTAATATTCAAATTAAGAATTGGGCTAAAGAAAAAGATATTAATATATC +AATTGATAATTTTGCAACTGCAGAATCATTTTTATTTCAATGGTCAGATTACAATAAGTA +TGATGTCATATTTTTAGATATAAAGATGGCTAAGATGTCAGGAATAGAATTATCTAATAT +AATTAGAGAAAAGAATAAAGACGTTGAAATTGTGTTTGTAACAGGTTTTTTTAAATATGC +ACTACATGGATATAGAGTTGGTGCATTACAATATCTAATAAAACCTATAAAAATATCGGA +CTTATATTTATGTTTAAATAAGGTACAAGATAGAATAAATGATAAGAGTGAAGTATCTAC +ACTAATTATAGAGACACCAAAAAAAATTATTAAATTAAACGATAATGAAATACATTATTG +TATAATGTTTTCTCCTTATATAGATATTCATACAAGTTCTGGGAAAATAACACTAAGAAA +AAAATAAGTGAAATAGAAGAACTTCTACCGAGTGAATATTTTGTGAGATGTCATAGGTCT +TACATAGTAAATGTAAAGTATATTAAATCAATACTAAAAAATCATGTATTATTAGAAGAT +GGAGTTGAAATACCTATAAGTAGAGGCAAGTATAAAGAAATAAATGATGCTTTTATCAAT +TATATTTGTGAATAAGGAGTAAGTGAAATTTATGACTAATTTATATGTAATTGAAAAAAT +TAACGACCTTATAGGCGCATTTATGTTAATTTATTTCTTTAATAAATCTATGCAACCTAA +AAATAAAAAATATAATAAAGTATATAGTATAGTTATGATTATATTTTATGCTTCAATATC +ATCAACGAAGATGAATGCTATGATTTATGAAGTAAAAAATAATCAAATAATTATATTTAT +TTTTGCTTACCATGTTTTGGTATTAGTGTATCCTCTTATTTTTATAAGAGGAAAGATGTC +GGAAAAATTTTTTTGGTCAGTATTTTATATTGCTATGATGTCAGTAGGTTATTTTGCCGT +CTATACGTTATTATCAGTATTATTCAATATAACAATAGCTGAAATGATGGCTTCTATTGA +TTATAAAATGTATATAGCAATGATATTAAACAAATTGATTCAATGTGTGCTTGTATTTAC +ATTTATAAACAATATAAATTTTATAAAATATATAGAAGATAAAATATTGTATGTTCGAGG +CATTATTTTAATTTGTGACCATATAATATTATTTATAATATCAAGGCACTTAATTGTAAG +TCAATCTGCAACAACTATAGAGACTATAATTATTGTATTTAGTTTGTGCATTATAGAAAT +ATTATCAGTATATACGTTAAAGATACTATATAAAGAGACAGAGGCAAAATTTATACTAAA +AATGAACCTAAAGCGCAAAATATATGATGAAGAAATTATTGATATGTATAAAGAAATGAT +AGGTTGGAAACATGATTTTAGAAATCATATAAATATGATTTTAGGGTTATTAGAAGTAGG +AACTAAGGAAGATGCTATTAAATATATATATGAAATAAATTCTAGTATTAATAAGTTAGA +TGAAAATATATATACAAATAATATAGCAGTAAACTCTATACTATCAAGCAAAATGAAAGT +TGCAAAAGAAAAGGGCATAAAAATAAACTTAGATTTAAAAATAACTTCAGAAATAAAAAT +ATCTAATGTAGATATATGTATTATTTTAGGAAACCTGTTAGATAATTCCATTGAAGCATG +TGACCTTATTAATAAATATAAATTTATTGATTTAAAAATAGTTTCAGAAAATAGTAGATT +AATAATTAAGATAGAGAATAATACTAATGGATATGTAAATAAAGCAAATGGTAAATTTCT +AACCACAAAGTGTAGTCCTATGAATGGAATCGGTCTAACGCAAGTTGATAGTGTAGTAAA +AAAATATAATGGATATATTAATAGAAAACATAAAAATAACATATTCACGACATATGTGAT +GATACAATAATAAGATTAAATAAAATATATAAAAGGATACTGTCTAAAATCAGTATCCTT +TTATATATTTTATTTATATATGGTTATATAAAAGGATATTGATTAATATAAAGACAATTT +AATTACAAAAAATTCTATTTAACGACAAATTAAAATCAAATTAAATTAAATCAAATATAA +TATTTTGTATAAGGTAGGGTTTAAGAAAAGATATATTTAAACATAAGATAATATGATATC +AATTAGATATAAGTTGAATTGAAAATAGTGGTATAAAGAGGGAGGGTACATATAAATATT +ATGAATTCTATAAATATTAAAGATAAATATTATCAAGAAGAAAAATGTGGAATAAGTAAG +CTTTATGAAGAAGTAAAAAAAGGGATAGAACTAAATGAATTTAGATTTGTCTATCAACCT +AAATTTAATATAAGGACGAATAATATTTTTGGAGTTGAAATTTTAATAAGATGGCATAAA +TCAAATGGGGAAATTGTACAACCAAATGAGTTTATTAGTAGATTAGAGGAAGAAAAATTA +ATTTACTTGATAGATTATTATGCTATAGAAGAGTGTATGATTAAAATAAGTGAATGGTCT +GTAAATAATAGTATTAATATAGTACCTATTGCTGTGAATTTATCAAAGAATACATTCATG +AGGGAAGATTTTTTAGAAAGATTAAATTGTTTAATAGAAAAATATAAAATAAGTTTAAAA +CATTTAGAATTTGAAATAACAGAAAGAGAGGCATTAGAGTTTAATATAGAAGATATAAAT +CGAAGAATTGAAGAAATAAAAATGCTAGGGATAAAAATATCTGTAGATGATTTTGGTTCA +GGGAATTCAAACATATCTTTTTCTCTTGATGTAGACTTAGATATTATAAAAATAGATAAA +TCTATGATTGATAGAATAGGAAAGAATAAAAAGATAGAGTATATACTAGCAGCCATAATG +AATTTAGCAAGGGATAATAACATTGAATTAATAGCAGAAGGAATAGAAACGGAAGAACAA +AATAAATTTTTAATAGATAATGGGTATAGTTTTGGACAGGGATATTATTTTTCAAAACCA +ATAGAATTAAGTGAGCTTGAGGAAAAATATTTAGTTAAATGTATTTGTAAAAATTAATAA +ATAAAAGTAATAAAAGGATAGAAATAAATTATATATTTTGGCAGCATTCAGGTGATTCAG +AAATGGTTATGATAAAAATGAGTATACATTAGATGCATCAGTAAATTAAGTAGTGAAATA +ATAAAGGTATCTATTTGTTTAAGTATGTGTTATAATTAATATTGTAGAGATACAAAATGA +ATGAAAAGCCTTTATATAGGCTTTGATAGGAGAAGTTATATGAATAACGGAATAGTAAAA +TGGTTTAACAGTGAAAAAGGTTTTGGATTTATATCAGTAGAAGGTGGAGATGATGTTTTC +GCACATTATTCAGCAATACAAACTACTGGATACAAGACATTAGAAGAAGGTCAAAAGGTA +AGCTTTAATATAGTTAAAGGTGCTAGAGGTCCTCAAGCAGAAAACATAACTATATTATAA +TATATATATTGTTTCGGAAAGATCCTTAAAAGGGTCTTTATATATATATATATATAGATT +TTTGTTATAAATGTATTTAACATGGAAAATAGTTAAAAGCTGAAGGATACCTTGCTAACA +AACAGATTATTCCTAGCAAAGTGAGGATTGCAACTTTAGGAATTTAAGTCAATCAATCTT +AGTAAATTTCTATTTTTCAAATAATAAAATGAAGATAGGAGATGTGGAATATGTACAAAA +TTGGAGAATCTGTTGTTTATGGCAGTGAAGGTGTATGTGAAGTAGAGAATATAAAGAAGC +TTAATATTTCTGAATTTAATAAAAATAAGACTTACTATATATTAAAGCCAATGCATGAAA +ATGGAAAGGTGTTTGTTCCTGTAGATATTAATGTATTTATAAGATCAGTTTTAAAATACG +AGGAAATTCAGACATTAATTGAGGTTATTCCTACAATAGAAAAAAGTGAATGCGATATAA +AAGGTGTAAAAGTATTACAAGATCATTATAAAAAATTATTAAAACATTATGAGTGTATAG +ATTTACTGACTGAGCTAGTAAGCCTTAATGAGAAAAAGAATGATTTAATAAAAAATAAAA +AAAAGCTGAATCAAATAGATGATAGATTTATGAAAATAGCTAAAGGATTACTTGAAGATG +AATTTTCAATTGTTTTAGGAATACCTAAAGAAGATGTAGAGGCATATATTATAGATAAAT +TAAATAAACAAAAATATGGAAAGTACAATATTTGATAAAGAATAACATAAAAAAGTACAT +TGATAATTTCATCAATGTACTTTTTTATATACTAAGGGATTATAAATTATTAGAACTTGT +ATTAAAATAGTCTTTTTTATCTAAATAGATCAAAATGCCAATAGAAATAAGCAATACAAC +AGTAGATGCAATACCAGCCTCGGGGCCAAAAATTCCACCAGAAATGAAATCATTTCCAAC +TAAATTTAAATCCATTAAACTTGAAACCTCAACATTAATTCCGCTAACTTCAAATCCGAA +TAAGTTACCTTGAGCAAAGTTCCAAGCACTGTGCATACCACAAACAGCCCATAAGTCATT +AGTTTTTATGACATAAAGTCCATAGAAAACACCTATTAATATAATGTTTATTACAGCAAT +AAAACTTACATTAGGATTAGTCAAATGCAATAAACCAAATAAAGTAGATGATATAAATAA +TCCTATACCTATATTATATCTAGCTCCTAAAACATTCATTAACCATCCTCTAGTTACAAT +TTCTTCAGTGCCACCTTGAATAATCCAGCCTACTAAAATTATTAAAACTCCAATTAATGC +AGATATACCAATTGGTTGGGTTGGATTACTTTCAACGCTTACAAATCCGAATATAAATAA +GATTAAAACTACCACGCACATCATACCAAGACCAATAACAAATCCTAAAAAATATTTCTT +AAACCAGTTATTTTTACTAAATCCAATAGAAGAAAAGTTTCTTTTCTCTATAAATTTTAC +TCTGATAAATACTAATAAAGAAATAAAAGCAAAAGATACTAAAGTTATTAGTAAAAGTAA +TAAATCTGTATTGGTTCTAAATACACTAAAGTTATTTAATATAATGTATAAAGGTGTTAT +TCCAATAGCTCCTATAAGTGAACCAGCATTCATAAATAATAATGCAAGTATAATAGCCCA +AATAAAATTCGGGAGTTTCTTACTTTTTTTCGCTTCATTTACAAGACTTTCTTTTTCAAT +AAACATGTAAATTCCCCCATTATTATAAATTATTGATAAGTTAATTGTAGTTGTCTTCAT +ATATAAAATCTAGCTAAATCTAAATGAACAAGCTTAGATTTAGTAGGAAAATTATAATAA +TTAAATAATTATTTACAAAATATGTAAAAATATTTTATATAAAAATATTTTTTTAATATA +TACAATGATAAATTAATATGTTATTTTATATAAGTATTCGGCGAGAAATTACAATATTTG +ATAAAATCAATGGAAAATGACTTAACTAAATGACATTTAAAATAAAAAATCCATATAAAG +ATAATTTTTAAAATCAAGCCACACATGTTCAAAGCTTAAAATCACTACTATTTCTACAGA +AATGTATAAAACTAAACTCAAATTAAAAAGGACTGCTTCTTATACAGTCCTTTTTAATTC +TAAAATACATTTTCATATCTTATCTAATTATAATTTATATTAAATTTTTTATTATATTTA +ATAAAGTCCGATTAGGAATATTTTAAATAATCTATTGGATTTAAGGACACTATTTTACAA +GAATATGTAAAGTAATAAATATATATCTATGAGTATATAGATATAACTGTTAGTAAGGGA +GTGTAAGTATGACAGATTATGATTTTAAATATAGTGTATTAAAATTAATTTTTGATGAAA +TAGAGGAATGTATTGTATATGAAGATAGACACGGATATAAGATATATTGTAATGAAAGTT +ATATTAAACATTTTGAATGTGGCATTCAACTCACAGAAGAAGACAAAGAGCAAGATATTT +TAAAAAGAAAAGAAGTAATTGAAAGTAACGAAGAAGTTGAATATATAAAGAAAATAATTA +GATCTAATGGAGATATTAAATATTATAAGGTCACTAAAATTCCTATAACTAATGGTTTAG +AAAATGTAGTTGGTGTTTTAAGTATAATAAAAGATAAATCGCATAAGTATGAACTTGAAA +GACTTAGAGATAGATTTTTTTCAAATATAAAACATGAATTTAGAACACCGCTAAACATGA +TATTTAGTTCAATACAGCTATTAGACTATAAATGTAAAATATGTAAGATTGGTAATTGTA +AAGATTGTTTTATAAATAATCTTCAACTTATAAATATAAATAGTTTAAGGATATTAAAAT +TATCTAATAATTTTATAGATTTAACAAATATCCAAGCAGGTTGTATGGATCTTAATTTTA +GAAACCATGATATTGTTAGTTTTGTAGAATCAATATGTGATAATATAAATAATTATAAAA +AATTTAATGGAATAAGTTTAATATTTGATACAAGTGTAGAAGAACATATACTTAGATTTG +ATACAGACAAGATTGAGAGGGTAATACTTAACTTAATATCTAATGCTATAAAGTTTAATA +TACCTCAAGGATATGTATACGTAAGTTTAATAGTAGAAGAGAAGTATATTAACATATCTA +TTAAAGATACTGGTATTGGCATTAATGAAAATAAGATAGACTCTATATTTGAAAGTTTTT +CTGATGTTGAAAACAGATTAACGAAGGTATCAGAAGGTAGCGGAGTTGGTTTAGCTTTGA +GTAAGGCTTTAGTAGAAATGCACGATGGGAAGATTAGTGTAAATAGTAAACTTGGAAATG +GTAGTGAGTTTATAATCAGCTTACCAAATATAATAAATGAGCGTGAAGAAGTAGATATAT +CTTATTATAAGGTAGATCGAAATAGTTTGGAAAAAATAAAGATGGAGTTATCTGATATAT +ATTAGTAACAATATAAGAAAAAGAGTTGTGATATAACTATCACAACTCTATAGAACTTTA +ATTATTGCAATTTAAATTCAAATATAAGCTTATAGAGCTTTCTTTATAGCATTGACAATT +TTATTTTTAAAATTATTAATATCCACATCTTCTACTTCTATAGGTACTTGAATCTTTTCA +AATAAATCAAAAATCATATCATCAGTAATATTGAAGACCTTGGCATCACCAATTATAATA +TTTTCATATTGTCCATATTGCTGTCTAATATCATATATATCAACAGCATTTATAAAATTA +TTTAATTCATCAAATTTAAGAACCCACCCAGAAGTTATGTATAAATTCTTCTCATCTATA +ATGCTTTTTTTATTTTTAATTATTAATTCTATACAATTTGCATCATCAAAAGTAATAACA +TTATCATAATCCTTTAGAAAATCATGGAATTTATAATGACACTTGTTTCCATATAATAAT +ATAATTTTATTATCTTTAATTTTATCTAAGTTAGTAACTATTTCTGATTTTAATTTATCT +AAATTTGAATGTAATCCGAATGGTAGATACTTCACATTGATATATTCATTAAAAATATTC +TCTTCTTTTATTTCCTTTAATACTTTATTTAATTCTGGTTCAAATACACCACATGATAAT +ATGAATATGCTCATATAAATAATACCCCCTTTTTAACAATAAATATAGTTGTCTAATTAT +ATTATATATCACGAATAATATAATATAGTTATGATTATTGTATAAAAATTATTTACTTAG +ACTTAACTCTAAGGTATACACTCAACATCCAGTTGTAGTAAGCGTGCCAAGCAATAAGGT +AATATCTACTTAGAATAGTGACTACTAACATAGATAAGGATATTACAAAAAGTATATAAC +TATAAGTAGTATCCTTATTTTTAAATAATTTATTCATATAATAGTAAGCTCCTAGGCCAG +TTTCAGCAGCTAATATGATTTTTGCATTCCTAAAACAAAATTTAAAACCATACCAGATAC +TCCATTGACTAAATTTAGCATATCTTCGAATATATTACCAACATAAGTTGGAATATAATG +AGATGTCAGTTACCGAGTTTATACCACTAAATTGGAATCCACTATACCAAAATGCAGATA +AGGTAACAAAGTAAATTGTAGATATAAATCCTAAATTAGGTGATATTAGCTCTCCTATGT +ATTATTAAGGTGTTTTATTCATTATTTTTGAATTTAAAACTTCAGCAGTATGATACAGGA +ACCATTATTCAGGAACCTATTAAAGCCAATATTGCTATAGCTTCTACATTTACTTCTCCA +GATGTTGAATACTTAGATAAAACACCAATAACACCTATTATAGAATCCATTACAATCATA +GCTCCTAAAGATATTGATGCTGGACCTATTATATTTTTTATGTTTAACTTACTTTCTTCA +GTAGTTTGCTTTTTTTATTAGGAATAAAGTTCTTATAGATGTAAAAGCATATACTAATAA +GATAAAAGGTAAACATATTGGCCATACAAAATCTGAGATTGATGAACGATATTTTCTAAT +TGTAGTAAAAAAGAAAAAATAAAAAATTAAACAATATAGACCTTATATGTCCACATTGTT +TATTATTATCTAAAATATAGCTTATAGGAACATGGATAGGAAATATAAAAATTATGAAAT +ATAGTCATTATTTTAACCTATAAGGCGTAATTCCTCTTCCTCACCATAGGAGGTGGAGGA +TGTAAGCCTACCGTTAGGTTATTTTTTACTTATATTTATTTTATAAATTTGGTATACTAA +TAATACGTTTAGAACTTTCAAAACTGAATATATGAGGTTGTTGCTAGAAAAGGTTAGCAA +CGTAAAATATTCAACCAATCGCCAACTGTATGTGGAGCGAAAAACAAGCAATGAAGCATA +CAGACTTGTTTCTACTCACAATCGAAAATGTCGGTGGGTTCTGCTAGGAACGAAAACTAG +TATATATTAGTGTTGATACACAAACCGAAGGGACTTCGGGGTTAGCTTGGGTAAACTTGT +ACCAGTAGGTATATTGACCAAGAAGCCACCACTTCAAACGTTACCGTAGGTAGTTAAGTG +GATGGTAGTTCACGTAGGATTATTATAAGGCTGTAAATTTTAAAAAATTAAAAATAAGCT +TATTAATTGAATTAATATATTAGATATGCAAAAAATAAACTAAATCTAGAAGAAATGAGG +TAGAGTTATGAACAATTTTATGGAACAAGCTAAGTCAATAAAAGATGAGATTATATCTTA +TAGAAGACATATTCATAGTAATCCAGAGGTTGGAGCTGAATTACCTAAAACAAAAGCTTA +TGTAATGGACAAGTTAAGAGAATTTGGATATGATCCTAAGGAAATATGTGAAAGTGGTAT +AGTTGCAACAATAGAAGGTAATAAACCAGGAAAAACTTTTTTATTAAGAGCAGATATGGA +TGCATTACCAATGGCTGAAGCTACTGCATGTGAATTTAAATCAACTAATGGAGCTATGCA +TTCATGTGGTCATGATATGCATACAGCAATGCTTTTAGGAGCAGCTAAGCTATTAAAACA +AAATCAGGATCAAATAGAAGGTACTATTAAATTAGTATTTCAACCAGATGAAGAAGGATT +TACAGGTGCTAAGAAAATGATAAAAGCAGGTGTACTTGAAAATCCTAAAGTTGATGCAGC +TATGGCAATGCATGTACACTCTGGAACACCTTCAAATGTAATACTATGTGGACTTGGAAC +TAGTATAGCAGGATGTAATAGATTTAGAATTGTTGTAAAGGGAGTTGGATGTCATGGAGC +TATGCCAGAACTTGGAGTTGACCCAATAAATATAGCTGCTCACATATACTTATCTTTACA +AGAAATAATAAGTAGAGAAATATCAGCTACTCAGTCTGCTGTTGTGACAATAGGTAAATT +TGCAGGAGGAGATGCACCAAACATAATACCAGGAGAGGTTGTTATGGAAGGAACCATAAG +AAGTCTAGACAAAAAAGTAGGAGAATTAATATTTAATAGAATGAATGACATAGTTACATC +TACTGCTAAAATGTTTAGAGGAGAAGCTGAGTTAATAGAGTTATCTTCAGTGCCTCCGTT +AACAAATGATAATAATTTAGCTCATGAAGTTACTGATTATATGAAGGATTTAGTAGGAGA +ACAATCAGTTGTATTATTTGAATCTGGAGGAATGGGTTCAGAAGATTTCGCTTCTTATTC +ATATGAAGTACCAAGCGTATACGTTATGTTAGGAGCAGGTACAAAACAGGAAAACCCTTT +ATTTGGAGAACCAATGCACAATGAAATGGTAGTGTTTAATGAAGATATATTACCAACAGG +AGCAGCCATGCATGCATATAGTGCTATAATGTGGTTAAAAAATAATAAGTAAAACTATAA +ATTTATTATAGTTAGTATCTTGGAAGGAAGTATTAATGAGATTATTAGATATTTTATTTT +ATCTATTAAGAAGTAGTTCTAAAGTTACAATCAAGGATTTAGCTAAGATTTTCAATGTAT +CTACGAAAACTATACAAAGAGATTTAGACAAATTATCGATACTAGGAATACCTATAATCA +CATATAGAGGTGTAAATGGAGGAGTAGAGATTGATAAAAACTATGTATTAGCAAGACACG +TACTTAGATATAGTGATTATGAATCTCTAATATTTGCATTGTATATAGGTGAAAATATAA +GTGAAAATATAAGGGAATCTTATTTAATTGATAAATTTAAATCTGTAGATAATGAAAGAT +GCTCGAAAATTTTAGAAAATCTTAAAGAACGATTTATAGTTGATTTATATGAAAATAAGT +TTGATATAAGAAATAAAGTATGCAAAGAGATTGATAAATCTCTAGATAATAAATCCTTTA +TAGAATTGGAAATAAATAGTGAAAAAATTGAAGTATATCCTATTTCTTATGTTTTAAGAA +GTGAAGGCTTATGTTTATATTGTCGTAAAGAAGAGTATATAATGATTTTAGTTGATAAAA +TATCTAAAGCAGTTGTTAATAACAAAAGCTATGATGGAACCATAATCAGTTATGATGAAA +ATAAAAAGAATATAAAGTTTATTTAATAATATCAGTTATTAAAATCTATGAAAAGCACAT +CGACTATTTATTGATGTGCTTTTAAACCTGAGTAAGAGGTGTAGTCGTTGGCGACGTGAG +CAAAGCGAATTTTTTATTTACATATCCAAATGAATTAGCAGAAATACTTAATGATTTTAC +CATAAACATCAACTATAAAACTTCAGTTTATAGAATAATTAATATACTAAGAACTAAGGG +CATCAATATTTGTAATGCTCCTATTAGTGTTCAAAAAAATATAAGTATATTACGACACTA +TCGAAACAAATTACTAAATATTAAACCGAACAAAAATAAATAAAAAAATAAAAATGTATA +GAAAACTATATATTATTTTTTATATGTGCTATAATAATATTTGTAGAGATACACAAATAA +ATTAAGAGAAACCTAGAAATAGGTTCATGGGAGTATTTTTTTATGAATAATGGAATAGTA +AAATGGTTTAACAATGAAAAAGGATTTGGTTTTATATCAGTAGAAGGTGGAGATGATGTA +TTCGTACATTTTTCAGCAATACAAACTGATGGGTTTAAATCATTAGAAGAAGGTTAAAGA +GTAAACTTTAATATAGTTAAAGGTGCTAGAGGTCCTCAAGCAGAAAACGTAACTATATTA +TAATATATATATGTTCGTGAAAAAGACACATCGTGTGTTCTAGTGTTGCATTAATGTAAA +ATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGG +GTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_2 +CAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGT +TGCACTTATATTGACAATCTATCATATATAAAAAATGATATATATTTAGTTATATTTATA +GTGAATAAACCCTTTGCTATTTTTATTTTATTTATACTTATATCTATGATTTTTTACATA +TAAAAATTCTATTTACTCATATAATCATTATATCGCTATAAAATCTTTAAAAATCAGTCA +CTATATTTTTAATTTAATAAAAATATCCTAGAAAGTATGAATTAATATAACTCATCATAC +TTTTCTAGGATATATAACTAACCTTATACTATACAGTTTTCTATTTGTACTATATAATCT +CCACAACTCTTACAAATTATAATACTTACAATATAGCTATCATCAACTTTTTTCGCCTTA +GATAATTTATTAAAAGATAAACCTTCATACTCTTTACTTATATCACTAATTACATATTCT +TGATTTTTACTAAATATATAGAAGTGATATTCTAAAAAAGGAAAGAACTTTGCTTTTTCC +TTTACACCTGATAAACATTCTGGACAAGCTTCTTGATAGTATTCTAAATCAAAATCAATA +TTATCACCGCTATCTAAAAGATTTATAATATCAGATAAATTAATACCTTTAACTGGCTTC +TCTTCATCATTTATTAAACCACTACAATTAGTATCATTTAATAAATACTCTTTTTCATCA +TAATTAAATTTATACTCGCTCATGTTACACCTCTTTATTCTATTTCTGATTTAAAAGGTA +CTTTATCATAAAGTGCCTCTTTATACTCATCTTCTGTAATATAACCTAATTGATGCATTT +TGTACAATATAGTTTCCTGTCTTTTTTTAGCTTCACTATGATCTGAATATTTAGCAGGAT +TATTAGTTATTCCTACAAGCATTGCGCTCTGAGCTAAGGTTAAATCACTTACATCCTTTC +CAAAATATGTTCTAGAAGCTTTTGCTACACCATAAGATGATTTACCAAAGTATACATTAT +TTAGATATACACCTAAAATTTCGTCTTTAGACATTATTTTATCAATCTTGATAGCATTAT +ACATATCTCTTATTTTTCTTTTTATATTTTTATCATCATTAGTTAATAAATTCTTTGAAA +TTTGCATTTCTATAGTACTTCCACCTTGGGTAGTATCTGAGAATATATTATGGACAACTG +ATCTAACAAGTGATTTATAGTCAACTCCATTATGATTATAGAATCTTTGATCTTCTATAG +CTACTAAAGCATTTTTTAAATCATTAGGAATCTTATCTGTACTAACCACCTGACTACTTA +TATAATTATCTTCTATAAGCTGTCTAGTTACTTTTGGAGCCCCTCTTAAGGCTGATATAA +CCACAACAGATCCTATCGCCGAACAAATTACCAAAGCTACAAGAAAAATTACCGACATAG +TTTTTATAAGTTTATTTCTTTTCATTTTATCATTTTTTCTTGATCTTCGACTTCTTTTTT +TAACTTCTTCACTCTTTATATTATTAATATTTTTATTTCTTTCAATACTATTATTACTTG +ACATAGGCCTTGATACAGAATCATTTGAACTGACTTTTCTTCGTCTTATTTTATTTGTAT +TTTCATTATAATAATTCATTTTTACCTCCTTATTTCTAAATTTATTATACATCCCTTATA +ATAATAAATCAAAGAACAAAATTGTAAGATTCATTATACTAATTGTATGTAGTAATTTGA +AAAATAAGCTAATTTTTGTTATAATTTTAAAATTTGATGTGATATTTGTAAGATTTTAGT +GTATAATGTATAAGAAGTTTATATAAGGAGGTAACCGTTATGGCATATCAAATAAATGAT +GCTTGTATAAGCTGTGGTGCTTGTGAAGCTGAATGTCCTATGAGCTGTATATCAGCTGGA +GATGATAAATACGTTATAGATGCAGACGTATGTATAGAATGTGGTGCTTGTAACAGCGTT +TGTCCTGTAGACGCTCCACAACCAGAATAATAAAAAAACTGTTCCTTTAATTGATTCATA +TCAATTAGGAACAGTTTTTTTATTTGTATTCTTTACATAAATCTTCTGAAGTAACTAAGT +TTATTTTTATATTTTCATCTTTATTGTATAGGGCAATACCTATTTTAATATCTATATTTT +CTCCACTGTTTAAAGTTCCTATAAATCCCTTAATGTTATCATTCGAAGTCTTTACAAAAT +ACTTTGTAGATTTATCCCCTTGATATGGATAAATATCTATATTAGCTAACTCAATATCAT +ACTTCCCTTTATTTTCCACTTTCATAGTTAATATAGCATAATAACTATATTTTTCTTCTA +TATCTATAGAATCTTCAAACTTATGAACATCTGCTAACTCAACATCTATGTCTTCATTAT +TTATATTATTAATAATAATATCTTTTTCATTATTGTTATTACATTCATTCATAGAAGTAG +AAACATTTGACATGTTAATTGTAGAAAAAATAATTAATAAACTAATAAAAATTTTTTTAT +ACATAAATTCCTCCTAAATCATTTTTATTAGTTTATCCATACTGTAATTTTTTATTTAAA +TTTATTAAAATTTTCCAATTAGCAAATAAAAATAATATTTTTTTATTATTTTAAAATTTT +TTTAAACTTTTTTCGACATTTCTATTGCATTATTTGTCGAATTTTGTTATTATTAATTCA +AGGTTATTCCCCTAATAACCGATTATTTTACTCCCCAAATAAAATATATTCCCTAATAAA +CCCCTTTTTATAATATATTTTACCCCTTTATAACCCTACTTGATCGGATTAGAGTAGGGT +TATTTTTTTGTCCATATTAATTATTTTTCTTATCAATCTATATCCTTGAGCTTTCGAATC +TAAAGATCTTATTTCATTATATTCAGTATTTATATTATGCCTAATATTCCAATAACCTAA +TTCTTTGTAAAGTAATATCTTTTTTTCATCAGATGACCATGAATATTCTTCTTTATTTAT +TTTTGTGTAGTACCAATCTAAATTCTCATTTACAGCTGATAGATCATTCATTATTTCCAA +CACATTATCATATCTTTCATTTTGATTTACTTTTAAACACTTTTCTATAATTTGTATCAT +ACTTTTAGGAATATGTGGCAAATATTTTTTTCTTACTGGAAATTTACCGTTTGCACTGGC +AATCTTCAGGCTATTTAAGTCTTTATGTCTTTTTACTTGCTTGTTATATTCTTCATTTCC +ATTACACATTCTATATAAAGTTGTTCCTATTTGGTAAACATCAATTTTCCTATTTACAGT +AGAATTCAAACATTGCTCTGGTGCTATATGCTTATAATAGACATTTTTAAGCTTTGCATT +TCCATTTTCATCTAAATAAAGTGCTGAACCAAAATCTGTTAATACTGCCCTATTTTCATC +ATTTATAAGTATATTATTAGGCTTTATGTCACAGTGCACCAAGTTATTGTTATGAATATA +GTACACAGCTTGTAAAAAGTCTAAAGAATATCTTATTATTTCTCTTAAAGTTAAATTTCT +GCCTTGAAGTAAGTTATATAGCGATCCATTTTCGAAATAAGGCATAACTATATAAATATA +TTCATCATCATAAGATGCATGTTTTATTGAAATTATATTAGGATGTTCTAATCTGCATAT +TTTTTTAGATTCATCAAAATATCTATCGTACTCTTTTAAGTTCTTTTTATCTATTTGCTT +TAATATAAATTTAGAACCTAATTGAGTATCTTCAACTATATATAACGCAGAATTTACTCC +CTCTGAATTTATTTTTTCTAATATTTTCAGATTAATTTTTGTACTTATTTGCATAACTCT +ACCCCACAACTTGAAAATAATTCTTCAATTATACCTTCAACTTTCACCGCTTCAATTATT +TCTATACCTATATCACCTTCTATATTCATGTACGCTTTTCTTACACCATATTCTTTAACT +AATACACTAATCATTTTCCTTATATAACTTAATCTTTCTCCTACACTAAAAGATTTAGGT +ATAACAATTTCGTCTTTTAATATATATTTTGTTTTTTGATTTATTATTTTATATATCCCA +AATTCTATTTTGTTAATAAAAATATTTATATTCATTAATCCCATAAAAATTCCCCCTAGG +AAAAACTAGTTTATTGTTATATAATATGAATTTTCACTTGGGAAAAATGATAAAAATGTA +AAAAATATATACTAATAATAAAAGAAATGATTAACTCTAATAGAGTTTACCATTTCTTTT +TAAATATAAGATAAAAACTTATATGTGAAATAAATGTATCTAAAGTTTATCTTATTCCAA +TTTAAAGATTATCTGCTATAGCCATCATCGTACTTTGTAAATTTAAAATACCATATCCTT +GAGATGAATTTGGATAAGTATATATATTATTTTTAGTTGCTCCACGCATTAAGTAAGTTT +TTAATACCTTTGTAAATAAAGCTCTTCTTGAATAGTCACCTTGTTGTGCCAGGTATTCCA +TTATAATAGCTAAAACTCCACATACTAATGATGAACTAACACCTGTACCTGTCGAAGTAG +TATAGCTTTGATTTATAAACGGTGAAATTATATCTACACCTGGCGCTACTATATCAGGCT +TTGTAAAACGACCTTTGACTGGCCCTTTTGATGATCCTATCCACATGCTATTAGTTTTAT +CATTATATGCACCTATTGTTATTACATTTTCTGTTGAAGCATATAAAGTAATTGTTGAGT +AAGAATTTGGGTCTAAGAATCTTGTATTAACAGGTATAAGATTTTGATTAGGTAAATAAA +TATCGTACTCTCCTGAAGTTATAATCTCAGGAAATAATCTAAGTGTCCATATACCAGGTT +TTATGTCATCTATTCTTATTGTCAATTCTTGATTTCCTGAAAGCAACCATGGATAAATAA +GCCTCATTTCATAAGATGCATTTTCTAAGTTGAACCTCCCACTATATATACTATCATCTG +GTGCATACATTATTTTATAACTAATTTCTCCAGAAGGAGATATAACTAATGCCCCTACTC +TCCCTGGTCCATTTGGAGATATAGTTATTTCTAATGATTTTTGTTCTGATACTTCTAAGA +TAATATCCTGTGGAGTTTCATCATCTTGAAAAAAGCCTTCATAATGAATATCTGTGTTCC +CCTCATTTCCAGCTCCACCTACTACTACAACTCCCGTACTATTTAAATAAGTAAATGTAT +CTAATAAATTTGTTAATAAGAATGACACAGACCTTTCAGCAACAGTTAAATTTATTACTG +TCAATTTATTTTCTCTTTGAGATATGTCAATTACATATTTTATTGCAGCTAAAAAATCTG +TATTTATATAATTTATCCTTCCTTCTTGATAAACTCCTTCATGCTGTCTTAATTTAACAA +CAACTAGTTCACTATTAATTGCTACACCCCTATATAATGGATTCAATCTCCCATTACCAG +AAGATATACCTGCTGCTATAGTGCCTGTTCCTATATTATCTACACTTAAACTAGAGTCTC +CATTTGAAATAGCTTCATTTATTTCTTCTCTTGTAAATTCACTTCCAAATATCATTCCTT +CTGGTGGTGAATTTCTATCACTTTCTTGATCCCAAAGTGATATTATCTTACTAGTATTAT +CATTTTTTATAAAATCTGGATGTAAGTAATCTATTCCAGAATCTATAATAGCAATTAGTA +CACCCTGACCACTAGCATTTATATATGGGTTATTATCTATATAATCTGTACCAGCAGCAA +CTGTTACACTTTCACCTTGAAATACATTATTAGTTATATTTATTAAAGAACTCATAGGTT +TAGATATTTGCCACCAAGATACTTCTGTTATTGTATTTAATACATTATCATTAAAATTTT +GATCTACATATATAACTGCAAGTACCTCGTTAAGTATCATATATCTATTTATTCCATTTT +CATTTAATGCTGATAATATATTACCTTGATAGATTATGGTATATGATTTTTCCATACTCC +CCTCCTATCTAAACTGATCAAAAATATTTCTTATATTTAAAATTCCATATCCATAATTAT +TATTTGGATATTGTATATTATTTTCTCTTACCGCTCCCGCTCTAAAATATGTTCGCGCTT +TTTGAACAAAAGCCTTATTTGGATAATTATTCTCAACTATGACGTACTGATAAAATAAAG +CCACACATCCCGATGTATATGCTGCTGATGCTGCTGTTCCTGTAATAGTTGCATATCCTC +CTCCTGGATATGGAGCTATTATATTAACCCCTGGAGCTACTATATCAGGCTTTAAAATCC +CATTTATTGTTGGTCCTCTAGATGAACTTTGCCATAAACTACCATTTATAGAATTGTATG +CACCTACTACTATTTGATCTTCATATTGAGCTGGATATGTTACTGTACTATTGGGGTTTG +GATTTCTAAATTTTGTTCCTGAATTTAAGAATTCTCTATTTGGCAAATATGCATTATAAA +CTCCATTTGTAATATATACTCCTGTCAATCTTATTTTCCATATACCTCTTTTTACGTTAT +ATAAATTTATAATTGCTTGTTGCTGCCCAGAATAAGTTGTAGGATATATATATGTTATAC +CGTATCTCGTTCCTTCTAAGTCAAATACGCCACCTACCTGACTATATTCAGATATATCGA +CCTCTTTACTTTCCTCTCCTGTTGGTGAAATTATTGATACAAGTGCAGTATCCGGCCTAT +TTATCCATACATCAATTATTAATTCTTGCTCTTCATTCTCTATTTCTAGTTCAATATCTT +GTATATCCCCATTAAATGAAATTATACCACTTGTATGTGTTTGAGTATTTCCTTCATTGC +CTGCTCCGGTTACCAGACATAATCCTCTTGAAAAAAAAGCTTCTGTAGTTAAAGTTCTAC +TTGATACTCCTGCAAGACTTGTAGATCCTAAACCAATATTAACAACTAAAGGAAGATTTT +CTTCAAATGCTTTTTTGTAAGCATATGAATATGCTACATTAGCCATAGCACTATTATAAT +ATCCATTAATTGTTTCCATCTTAATTACTATTAAATCACTATCTTCAGCAACACCAGCAT +ATTCCCTATTTACATTTCCACGTCCTGCACAAATTCCAGCTATCATAGTTCCATTTCCAA +TTTCATCAGTAGATAAACTATTATCATTATTAGCTATAGCTTCATTTATTTGATCTCTTG +TATACTCTGTTCCTATATAGTAACCTTCAGGTGGATTTCCTTCTTTAGTTTGATCCCATA +AATACAGTATTTTTGAAGTTCCATCTTCATAAATAAAATCTGGATGTAAATAGTCTATAC +CGCTACTGATTATTGCTATTGCAACGCCTCTGCCTGTTAATGATATATTGGGATTATTTT +TAAAAAAATTCACACCAATTTCTTCATTTGCATTTACACCTCCTGTAGTACCTTGAGTAA +TCTCACCAAGCAGACTATATCTAATATTAGGATCTATTCTAAGTATAGATGGTAATCCAA +ATATCTGTGGAAGTAAATTAAAATTAGATTCTGTCACAAATAAAATTCCATAATTATCAC +TTAATTTTAAAAACTCATAGTCTGGTACAATTTCTGATAGTTGAGACTCAAATTCGGGTT +CATGAAGTAAGTTGATACCGGGCCTAAAAATCCCGTGCTGTTGACGCATCATTTTTATTT +TAGGCTTTAAATTATTTTCTTTTCTTTTCCTACATCTTCTCTTTCTATACTGATACTCTA +AGTTACTATTCATGTCAGCTAATTCATTTAATTCAAGTGTTGATAAATTTAAAAATCCAT +ATCCTCTTAATCCATTTGGGTATGTCAAATTTTGGTTTCTCCTTGCAGATTTTAAAAGAA +GAGCTTTTAACTTAGCTGAGTATAAAAACAAATCATTCCTATTAACTATTCCCCATTGAT +GAAATAGTGAACATACACCAGTTACATGAGGTGTTGCCATACTAGTTCCAGTTAATGCTC +CTGTATTTCCACCTGGAAGATATGATAATATATCTTCTCCAGGAGCTAATATATCTGGTT +TAAATACACATTCTTCGAAGTCTCCCTCCCCTGAAAATACAGAAACTATATCCGTTCTAG +AATTATAACTCCCTACAGTTATTACTCTCGATGCAGTTCCCGGAACTGTAACTGTAAGTT +CTGTTGTAGGCTCTAGAAACCTAGTCTCTGGGCTTAGACCTTCCGAAGTAGGTAAATATA +TATTTATATTACCATCAACTATGTTTATAGGTTGAAATACAATTTTCCATATTCCAGGAG +TTATAGCACTACTTGTAGTTAACTGAAATGTTACCCTTCTTGATAATGAGTATGGTGCAA +CCGGATAAAAGTATCCTTTTATTCTTGTGCTTCCTATAGAATTTCTTACTTCTCCTGAAG +TTAATGATATATATTGAGTTTGCTGATTTGATGGGTTTACTAAAAAAACATTAAAGTTAT +CTGCAAAATTAGGCCAAATATTTATATTCAATATTGTTTCATTTTCTCCTATTACAAACT +CAACTTCTTCTTGTATATTTGTTAGTTTAATATGCTTATGTCCACCCTTATTCCTATTAT +TTCCTGCTGCTACTACTATATTATTCTTCCAATACAAACACATATCATCTATATATTCTT +CAAATAAAGATAATCCTCTATGAGACCCTTCATTACTTCCATAACTTATGTTTATAGATA +CAGGCATATTTAGTTCTAATGATCTGTCTAGTATAAATTTTATAGCCCTCATAAATTCTG +TACTCCTAGAGAAAGTATCTGTAGTTCTTGTACCTACCCTAACCACTATCATACTTGCTT +CATTTGCAATAGATGCGCAAGTACCTGCAACATGGGTACCATGAATACTCGTAGGTGATA +TAGGGACATTCCCTTGATTATTAATGGCATTATTTATATCTTCATTTGTATACAAAGTTC +CTTCATGAAATCCTTCTGGAGGATTCCCTGGTATAGATTGGTCCCAATAATATAAGATTT +TTGAATTGCCATTTGAGTCTTTAAATACAGGCAGAGTATAATCTATTCCTGAATCTATAA +TACCAAGTATTGTTCCTTTACCAGTTAAGTTGCTTCTATTTTTAAAATTAGTAATTCCTG +TGCTAGAGAAACTTTGAGTATCTTGTGTTTGAAGTATAAATGGTTTTTCTACATATTCAA +TTTGTGGATATTGTAATAGTCTATCTATAGGCTCTGGTGTAGAAGAAGTTATTATTGCAT +AGTTTGAATTTAGTATCTCTACATTAACACCAAGTTCTTCTTCAAGCTGCATTATATCTC +CGCTATATTTTACAATAACTTCATACTCATCTATAATAATCACCTCCTGATAGCTTTTAT +GTATAAAGCTTCTATTAATATATATTTTTTTCATTGTATAATATTCTATAAGCACTGAAT +TATTCTTAAAATTAACTTATTTTACAATAAAAAAGAGCTTTCTCAAAATGATTAATTAAC +CATTTTGAGAAAACTCTTTAAATTTCATTTCTTATCTTTAGAAATAACTTTGCAGTTGCA +AGCGTATCACTATCCGCTCTATGAGCATTTTTATTTTCTATATTATAATATGCACATGCC +GTTTCTAGTTTTTTATTTTTACCTTTATAGGATTTATTTTTCTTTAATAACTCCAGTGTG +CAAATATGATTTTCTATTGGATCTAAGTTTAACTCTTTTAAGTAATAATTTAAAAACTTT +AAATCAAACTTAGCATTGTGAGCTATTATAGTTCTATCTCCAATGTATTTCCTAAATCTA +GGTAATACATCTTCTATATAATCTTCATTCTCAACCATTTCATTACTTATATTAGTTATA +TCTGTTATAAAAGTTGGTATACTCTTTTTAGGCTTAACAAATCTTGAGTAGTTCTTTACT +ATTTCATCATTAATAATTTCTGTTATTCCTATTTCTATAATTTCACAACCTTTATAAGGA +TCTAATCCTGTAGTTTCTAAATCTACAACTACATATTCTTCCATATGATTTCTCCTTAAT +TTTAAAATAAATATATTTTTATATTATATTTATTTTTGAATTTAATCAACAACTAATTAT +TAGAAGTAATTTAAAGGGTTAGTATGTTGTCCATTTACTCTCACTTCAAAATGTAGATGT +GGACCTGTAGATCTTCCTGTTGAACCCACTTTCGCAATAACTTGTCCCTTTTTAACTTTT +TGACCTACAGAAACATTTAAAGAACTATTATGAGCATATAAAGTTACTACTCCATTACCA +TGATTTATCATAACTGTATTACCATAACTACCTTGAACTCCAGAATAGATTACAGTACCA +TCATCAAATGAAGTTACTGGTGTTCCCTTTGGTGCAGGTATATCTAATCCTGTATGGAAT +TTCTTAGTTCCTAAAATCGGATGAATTCTCCATCCATAACTTGAGCTATTTCCACTATAT +CCTGGAACTGGCCATGATCCATCAGTAATTACTGCACTAGATGAACTTCCACCAGATGAG +CTACTTTGACTATTTGAAGTAGCTTCTTCCTTTGCTCTAGCAGCCTCTTCTTTTGCTATA +ATATCTGCAATTTTTGATTCTAAATCTTCTTCTTCTTTTGTTAACTCAGCTTTTAAATTT +TCAATTTCTTCTTTATCTGCTTCCAATTTACTGTTGTCTGATTCTAATGAAACTTTTAAA +TTTTCTTGTTCTTTTGTTTTATCTTCTAAAGACTTTTTCTTTTCTTCTACAATTGCCTTA +TTTTCTTCTAACTCTTTTAATAAATCTCTATCTTGTTCTATTACTTCCTTAACCATATAT +AAATTATTAAAGAAATCTGATAAAGAAGTACTACTTAATATAACTTTTATATATCCCATA +GAGTAATTATTATCGATAACTTTTAATCTTTGTCCTAATGCTTCTTCATTATCTTTTATT +TTATTTAATAAGTCTTGTATTTCTTTTTTTGCTTCTTCAGTTTCTGAATTTAGCTTTGCT +ATTTTCTCTTCTGTAGATTTTATATTTGATTCTATCTCTTTTATTTGAGAATCTAATTTT +TTTATTTTTTCACCTAATTCTTCTTGTTCTTCTCTGTTTTTAGATAATTTGCTGTTTAAA +TTAGATTTTGATTCTTCAGCATACACAGCACTTGTAGTTGTTGCACTAGCATTAACTAAA +ATCGAACTAACGGCTATTAATGAAACTATTTTCTTCACTCAATCTTCCCCCAAATTCTAT +ATTTTAAACTTTTAAGTGTTTTCTAACTGACATTATACTTCCTAAAACACCTATCATAAC +TCCTGTAATAAATAAAACTAATATTAAAGATATTGATATACTAGTAAGTGGAACAACAAC +ACTTCCCATCATATTAGATAAAGCTCCATTTATTTTTTCAACTATGTATCCATATGTACC +TGTACATATACCTACAGATAAAACAGCACCTACTAATCCTATAATAAAACCTTCTACTAT +AAATGGCCCTACTACAAAACTATTACTTGCTCCTACATACTTTATTATCTCAATCTCTTC +TTTTTTGCTGAATACTCTACTCTTTATCGTATTTGATATTATTACTAAGCAAATTAGAAG +TAACCCTAATATTAATATTCCACCAAACTTTTTAATCATATTAGATAGATTTAAAAAGTT +CTGTATTATGTCTTGATGATATTTAACTTCAACTACATTATCAACTTTTTGAAGTTCTTC +AACTATATTATTCATATTTTCTGAATTAACAAGAGTTACTGTATAACTATCATCTAAAGG +ATTTTTAATTCCTTCTAATAGATGACCATCTTCACCCCAGTTTTCTTTCATCGATTCAAA +AGATTGTTCTTTTGACTTATATTCGATAGTTTTTATTCCTTCTATTTTTTCTAAAGCTTC +TTTAACTTGATTTCTTTGGCTTTCATCTAGGTTTTCCGAAACAATAACTTTAATTTCATT +TATTTGATCTTTAGTTACTTCAATAAATTGATTTATATTTATAACAATAGTCAGTATTAA +ACCTAATATTATTAATGCTGCTGTCACAGATATCGTTGATATAAGACTCATAGTTTTATT +TTTTCTTATACCATTTATTCCTTGCTTTAAGTTGTAAAGAAAATTAGACAATAACTTCAT +ACTGATCCCTCTTCGTATCTTTTATTATTTTTCCGGCATCTATAGCTACAATTCTTTTGT +TATATTGTTTTAATATTTCCATATCATGTGTAGCCATGACAATAGTGACACCTTCTTCAT +TTATACTTTCTAACAAGTCTACAATTTTTTTAGAATTTTCTACATCTAGATTACCTGTAC +ACTCATCCGCAATTATTACTGAAGGCTTATTAACTATCGCTCTAGCTATACCAACCCTCT +GACATTCTCCCCCTGATAATTCATCGGGATATTTATTGCATTTATGATATATACCTACTT +TTTGTAATACTTCCATTACCCTAGTTTTTATATTTTTAGGATTTTCTCCTATTACTCTCA +TTGCAAGTTCAACATTTTCATAAACAGTTTTATCTTTTAATAATTTAAAATCTTGAAAAA +CTATTCCTATATTTCTCCTGTATGTATGTAATTTACTAACCTTAATGTTAGTTATATCAT +TTCCTAACACAGATACACTTCCTTTTGAAGCTTTCTCTTCTCTTGTTATCAATTTAAGTA +ACGTAGATTTCCCTGCACCTGAACGTCCAACTAAAAATACAAACTCTCCTTTGTCAATTT +TTAAGTTTATATTTTTTAATGTTTTATTTCCATCAGGATACATTTTATCTACACAAGTAA +ACTTAATCATCCTATCACTCCATTTTTTCCTATTTTATAATCCAATTTTTTCTTTTCTAT +ATAATTATAACATTTTTTGTAACTTTATTGTAACCTTCTTATATATATTATCTAAAAATT +CGACTTTAGTCAAACTTTAATAACTTTTTTATCTCAAAATATATTTATTTTACATAAAAA +TGGACTTATCTAAAATAAATATATTTTGAGATAAGTCCATTTTTTTAATATTTTATTTTT +TTTATCGTCTTTTCCTCTTTTAAATAAATAAGTCCATTTCCCTGAACTGCTCTTGAATAA +TTTAAAGTTTTTGTATGTTTAATTAATTGAGCGTATAGTTCTTCTTCTGTTAAATCTCTT +TGAAATTCTTCTTTTGACCAATTTTTTAGAAGCGCTAAACTTCCACTTACATAAGGAGTA +GCCATACTAGTTCCACTTAAACTAGCATAACTGTTATTTGGATATGTTGATAGTATCTCT +ACACCGGGAGCTACTACATCTATAACAAGATTTGCATTACTAAAATATGCTGGATTTCCT +CTTTTATCCACTGCACCTACAGATATAACATCCACATATGCAGCTGGATATGAATATTGG +AAATCGTCTGCATTTCCATCGCCTTCATTTCCTGCTGCACAAACAACCAATATATTTTTA +TTTACAGCTTCTTTTACAGCTCTTTCTAATTTTTCATTATTAGCTGACATTCCTAGTGAC +ATTGATATTATATCTACTTTTTTTTCTACAGCGTAATTAATTGCATTAATTACCCAACTA +AGCTTTCCTGTACCACTTCTATTTATAGCCTTCAAAACATATATGTTTGCTTTCGGTGCA +ACTCCTACTATACCATTCTCTCCATTTGCTGCAATAATTCCAGTTACATGCGTTCCATGT +CCAACTCTATCTACTACAATATTTTGGTTTTTATTATCTTCATCAGTAAAGTTTCTTACC +CCTACTATATTATCTTTTAAATTTATATGTTCTATATCACAACCAGAATCTATGATTGCT +ATATTTATACCCTCTCCTTTTTGTGATGTATTCCAAAAACTTTTTGCCTGTATCATGTTA +ATTCCATATGGTGAACTTAAAGTAGTAGCTCTAATTTCTTCATTCTGTATATACGGTATT +AGTCTTACATTTAAATCTACTTCCTTGTCTTTATTTTTCATAATACCACTCCAAAAATTT +TATATTCTAATTTAATTATATATATTTGAAGTATTTATTGTGATTTGATTATTTATTTCT +TTTAATAGATAGTCATGAATATTTCCAATTACATCTATTTCTTTCTCTTTACTAATATCT +ATATTATATAAATACATATCATCTGAATCTTTACACTTATAAATTCCCTCTTTTATAATA +CTATTGTCTATACACACTTCTAAAAAAGAGCCTGATGTAAAATAATAAGTCCCTATTTTA +TCCTTATTACCTTCAGTCCATTCTCCTATATATTTATATAATCTACAGCTATAGGTTCCT +ATTCCATGGCATTTACCATTCTTAAAATCTCCTTCATATACACTTTCATCTAAATATATA +TACTTACCTACACCATTAAATAAATCATCTTTAAACTCTCCATAGTAAACTTCTCCATTT +CTAAACTTAAGCTTGCCATTCCCCTTCTTAAGTCCGTATTTAAAATCGCCCTCATATATA +TCTCCATTTTCATTAGTATAGCACCCATATCCATGATATACATTATTCTTAAAGTCTCCT +ATATATACACTTCCATTACTATATTTATAAGTTCCTTTTCCGTTAAATTTATTGTTTTCA +AAACTTCCCTCATATATATCTCCATCTATACTTATAAATTTTCCATTTCCACTTTGATTA +TCATTTTTCCACATTCCAGAATACTTACTGCCATCTCTATAATATAAATTACCTCTACCA +TTTCTTTTTCCATTTAAAAAATAACCTTTGTACATATCTTTATTAGCATAAGTGTATGTT +CCAACCCCATCCATATTTCCACTTTTAAAATCTCCCATATACACAGAACCATCTATAAAT +ATATATTTTCCAACTCCATTCTTTAAATCATTTTTCCATAGTCCTTCGTACTTTTCTCTG +TTTGAATAAATACAAATACCAAATCCATTTCTCTTATCATCTATAAACTCACCTTTGTAT +ATGTCACCATTATCATATTTTAAAACTTCTTCTCTACCATTTTTATACCTTACTTCATTC +TCTTCATGGGATTTTATAGAATTCTTTTTAAATGTTTTTTCTATGTTACTTATATTCTTG +GTAGACTTCTTACCTAAATGTCTACTTCTCGTATAATTATACTTTCTTTTATCATGTTTT +TTATTTACAATATATTTTAAAAATAAAAACATAATATAAACTGAGGATAAACATGAAAAT +ACTGATAGTACAGTGAAAATATATTTTGTAATATTGCTCACAGTAGAACATCCTCCTTTA +TTAAATTCTAATAGTTATTTATATTTATAAATTTTATTCTTTATACGATAATTTTATTAA +TAGGATCATAAAACATAAAAAGTGATTTCTGCAAATACAGAAATCACAATCTTCATTATC +TATAAACTATATCATTAATATTTTCAAATTTTAAGTCCTCATCAAATAAATCAATTATAG +TCTTTATTTCACTTTTATATTCATCTTTTGTAATCTTATAAAGCATTAAATCTTCTAATA +AATCTTCCATATCTATACATGGATTTTCTAGTATATAAAAATATCCATCTTTTATATTAA +TTAGTTTCTCTATAGCTACTATTTTTTTGCTAATATCTCTTAATATATCTATATTATTTA +TATCTATATCCTCTAAAGATATAATATATTTCCTTACTACTTTTATTATTTCTAAAGATA +TAAAGTTTATATCATAGTTATCTTTATTTTTATAAAGACTCTTCTTATATTGCTCAAATT +TTTCATCTAATTTTTCATCTATATTATTAAAAGGAGGCTTTATTATATCTTGTATTATTA +ATAAGTTTCTTATACTTTCATTATCGTCAAGTACTGTATCTAGTAAAAACAAATTGTAAG +CATCATCTAATGGATCATGTACTTCTCCACTAAATTCTATATTAGCTATATTTAGTAGAT +TTTTTAAGGATATATAATTCATGCACCTAATCCCACACTCCAAATATTTATCTTTTATAT +CTACAAATAAACTTCTTATATTATTTAAAAACCTTGGATGCTTATTTTTTTGTGAACTTA +TTTTATCAATATTACTAAAACATACTAAGTCTAGATTTCCAAATGTATATATCCCCTCTA +TTTCAGAAAAAGACCCTAACCAACCTTTAAAATTTCTCATTACATCCTCATATGTAGGTG +CCCTAAATAAATCTTCTGATGTTATTTTAGTCAAATCTTCAATATGTGGATATACTTCCT +TTATAATTATAGGCTTTATTAATGATTTAAACTTTTCTATTTCACCCGTACGATCATCAT +ATTTTACTGCACCAATAGCTATTATATCCGCATTTAACATTGCCTTCTTACCCTTACTAT +TTGGCATGTTCATTTCAAAGTCTATATATATTTTTTTCAATATAAACTCCCCTCTCTAAA +TGTGTCTATATATATTCTATCATTTTATTACAAAATAAAAAACCGTTGACTATACAATAT +TAGCCAACGGTTTTTTGTTAATAACTACTCGTACTTTTCTAAAAATGAATGCTTAATTCC +ATCTTGTTGCCAGCCTAAAACAGAATCTATATTTACATTTTGAGCTGCTTTAAATATAGA +TTTTTCCACATCCTTAAAGTTTTCACCTAAGTGCTTTATAAGGTCCTTTATTTCATATCT +CTTATTTCCAGTTTTCTTAGCTGCTACCATACAAGCACAGTTTAGCGGCCAAATACCACT +ATTTTGAATAAATCTTATTATATGTTCTTCTCTTATATAGTAAAGAGGTCTTATTATTTG +TATTCCATCAAAGTTTGTAGAATCTAACTTTGGCAACATTGTTTTAAAGTTACCTGCACA +TAATAAGTTCAACATTGTAGTTTCAATAACATCATCATAATGATGTCCTAAAGCAAGCTT +ATTACATCCTAACTCTTCAGCTTTAGAATATAATGCTCCTCTTCTCATTCTTGCACACAT +ATAACAAGGATAATCCTTTGCTATTTCATCTGCAATTTCAAATATTCTTGAATCAAATAA +ATGTATTGGTATATTTAAATATTCGCAGTTATCTATAAGTAATTGTCTTATATCTTTGTG +GTATCCTGGATCCATCGCTATGAATTCAACTTCAAAATTTACTTGACCATGTCTTTTTAA +TTCTTGGAACATCTTTGCCATAAGAAGACTATCTTTTCCTCCTGAGATTGCAACACCTAT +CTTGTCACCCTCTTCTACTAAGTTATAATCTCTTATTGCTTTTATGAATTTCGACCATAA +ATGCTTTCTATATTTCTTTATTATACTTCTTTCTATATCTTTTAATGGTTGTCTTTCATC +AAAAGGTACTATTATTTCACAACCTTTTCCTGCTAAATCACTCATTACATCACCTCATTC +TTATGTGAACATGGAATTTATTTTATCATAAATTATATTAAGAATTCAAGATGTAGCTTA +AGTTATCATAATGTAAAATTTAACTTTTTCTATCTACTCTAGATTATTTTATATTTACAT +ATCTTTTATGTGTAACCATTTTATTTTTAAAAAATATAATATTAGTACATAGCCTGGCTA +TAGAAATTGACAAGGAGGTTTTTTCATCAATGGAAAAAAACGATAGAGGTGTTGTACAGA +ACTGTGGTTGTGAATTAGCTAGACCCTATGTAAATGATCAAGTTCTTACAAAAATGTATA +ATCTTTCAACTGCATTACAAAATGGAACTATATTTCCTGAACTGTTCTTATTAGACTCTA +ACATGTATAATGCAGACTTATATAAAAATCCTAAAAACAGAGTTAGGGGGAAAAGATAAT +GAAACAATGTAATAATAGAAGTGAACTACTAAGAAAAGTTCAAGAAACTGGTTTCGCATG +TGTAGATATGAATTTATATTTGGATAATCATCCAGAAGATAAAAATGCTATAAATGTTTA +TAATTCATTAGTTAACCAATTTGCTCAAGCTAGATGCGCTTATGAAAGTAAATATGGTCC +ATTAACTAATTTCGGATATGCACCAAGCCAATATCCTTGGCAATGGATTTGCCAACCTTG +GCCATGGGACAGAGAATTTAATGCATAATTATTAGGGAGGAAAGGAATTTATGTGGATAT +ATCAAAAAACTTTAGAATTTCCAGTTAACTTAAGATGTAAAGATTTGAACATGGCTAAGT +ATATAGTTGCTCAATTAGGTGGACCAAACGGTGAATTAGGTGCTGCTATTAGATATTTAC +AACAAAGATATACTATGCCTACAGGAAAATCTCGTGCTCTTTTGACTGATATAGGAACAG +AAGAGCTTGCTCATGTTGAGATAATCTCTACTATGTTATATCAATTAACAGAAAGTGCTA +CACCTGAAGAATTAAAGGCTGCAGGACTTGGTGCCCATTATGCAGTTTGGGGACATGGAG +TTGCTCCAACCGATCCAAATGGTATACCTTGGACAGCTGCATATATAAATGTACTTGGCG +ATGCTGTTACTGATTTACACGAAGATATGGCAGCTGAACAAAAAGCTTTAGCAACTTATT +ATCAACTTATAAATTTAACAGATAATGTAGATATAATAAATGTGCTTCGTTTTTTAGGTG +AAAGGGAAATAGTTCACTATCAAAGATTTGGAGAAGCTTTGATGGATGTTTATGATTTTA +CAGAGTGTAAAAAAGTATTTTAGTTTTATAAAAATATTATAGAATTAATAAAAGGCTCTT +CTATAGTTAAATAGAATGAGCCTTTTATTATACGTTCGATAGCACTCTAATTTTTATATC +CTCATTTAATCCTAAAAATGATGTTATTCCATCAACGTCAGCTATTGAAAAATATTGCAT +ATAATCACTTAAAATTTTAACAGGCGCATATTCATTTCTATCTTTAAAATAATAACATAG +ATTTTGCATGTACTCCAAATAACACTTATTAATTTTAAGTTCGACATAAGGCAAATCTGT +TTCAGTTCTAGAATTATAAAATAGTTCTTTTAATCTCATGTAGGCACACTCTGAGTCTTT +ACTTAAGTATAGATTGCTCAATCTTTCATCCAATGCTTTTTCTATATAAAAAAGAGCTGT +TCTGTTTATAAGTAATTCTACATAAAAATTTTTTCGACTATATTTAAATTGATAAAAATC +AGTTATAACAGTCATTTTATCGCTCCTTATATATTTATTTAACATTCTCAATCCTATACT +ATATATTATTTTCAATCTGCCCTATTATTTATACATAATAAATTTTAAAATATTTATATA +AAAATAAAAATAGAGCCATTACAGACTCTATCTTAACATTTTTTATTATTCTCTTACATG +ATTCTATCATTTATTTAATTACATAAAAATACTCTATAACACTCTTCTTGCGTTTACAAA +AGCTCCTTTGTAATAACTGCTATTAAAGTCAGATATTACTACCTCACCTTTGCTTGAAGA +TGCATGTATAAACTTTCCATCTCCCATATAGATACCAACATGGCTTACATCTCCATTATT +TGATCCATTTGTATCAAAAAATACTAAATCACCTTTTTTTACATTACTTCTACTTACTGC +AGTTCCAAACTTACTTTGATCTTTTGATACTCTAGGTAAAGTTACTCCAGCAGTTTGTTT +GAATACATAATAAGTATATCCTGAACAGTCAAAAGTACTAGGACCTTCTGCACCCCAAGA +ATATTTTTTTCCTAATAAGGTTTTTGCAAAACTTATTACTTTATCAGCTTTTGAACTTGA +TGTTGATGAGTTACTTCCATTTGAGTTGCTTGATTTATTTGCTAAATATGAGCTAGATAC +ATAACCTACTTTTCCATTGTAACTTACCTTTGACCATCCATTCGATTCTGAAATAACACC +AACTTCAGTTCCATAGCTAAGTGTTGCTATCTTTGAATAATTTGTCCCTGGACCAGTTCT +AAAGTTTAGTCCACTCGCATTTACTATTTTATTATATTTAACATCTTCAGTTGTATTACT +TGACCCATTGTTTGATGACTCGCTTTTATTAGCTAAATAATTACTAGAAACATATCCAGT +TTTTCCACCATAATTAATTTTTGACCATCCATTTGACTCTGATATTACTGAAACTTCAGT +ACCTTTTTTTATACTTCCTATTATTGAGTATTTAGTTCCTGCTCCACTTCTAAAATTAAG +ACTTGTTGCTGTAACTACCTTTTTAGTTGTTGATGTTTGATTAGAACCACTATATGTACC +TACATAATCTCCATGAGCGTAACCAGTTTTACCATTATATTTTATCTTAACCCAATCTCC +ACTAGTTCCTATATATTCAACCTTATCGCCTTTATTTAATTTTCCCATGGAAGAATAACT +TGTACTTGGTCCAGTTCTAAAGTTAACTGAATTTGCAATTATAGTTCTATACTCAACTCC +ATCTGCATTAGATATAGAGCTACATAATGGTATAGCTATAGATGTTGCTATAACCCCAGA +TATTACATATTTTTTATTAATATTCATAATTGTTGATTATAGTTATATAAACTATAATCT +TAATCAACTCCTCTCCCTATAAATAAGTATATCTAATACTTAAAAGGTTTGCTTTCTTTT +TTTGCATTTTTTTATAAATTAAAGCTTTTTTCTTAATAACATTATTACAAATTTGTAACA +TAATGTCTATAAAAAACATTAGTTTCCAGTATTTTCTACGTATAATCCCAATTTAATTTA +ATAAGTACATTTAGAAGGAATAAGGTTACTTTCCATAGAATATAATGCAATGATTCAAAT +AACTTTGTATTTGTAAGGGGGATTTTTATGAATAATATTTATAATAATGTAAGTTTATTA +CCTACACCTTGGATGAAAAAAAAATTAGAAACTCTTTATGACAAAAAACTTAATGGAAAT +CTATTTTTAATATACAATGAATTAAAATCTGAAAATGAAATTAGTTGCAATCATTTAATC +AAACTGCTAGATGATAATAATATCATTATAGATAGCACTCATCCTATATATTTTTACTTT +CCTCTAGAAGTTGATAATTTAATTAAGACTTTAATACTGACAATTAAATACTTATTCCCA +AAAGATGCATATATAATACTCGGCGGATTTATTGAAAATTATCCTAATCTAAATGAATCA +GACTGTATTTATAATTTATACAATACTTATCCCGAGTTAAAAAATACTGTTGATTTTTCC +TATCTTATTGATAAGTCTAAAGAATTTGAAATATTTACATCTTTATCTGACACACACAGA +ATCCATATAGATCCAACTTCTTCATGTACAGTATCTGGTCCAACATTAGAATATAATTTA +AGTAAATTTAGCAATGTTACTCATGTTTCTTTTGTTAAACTGCTTTCTGAGGAATCCTCC +GACTTTTTTAACTATTATATAAAAGGATTAACAAATAAAAACAATAATTTTAATTTTAAT +TTCTAGACTGCCTTGCAGTCTTTTCTTTTTATATGATAATATAAATAGTATTTGAAAGGA +GGTTTATATGAAGCTTATACTTGCAGAAAAACCATCTGTTGCTAAAACTATAGCTACCTT +TTTAGGCGCAAAAACTAGACATGATGGGTATTTTGAAGGAAATAATTATATAGTTACTTA +TGCCGTAGGTCACTTAGTATCTTTATACGATATGAAGGATTATGATAAAGATAGATATTC +AGGTTCTTGGAAAATGGATAATTTTCCATTCATACCTAGTGATAAATTCAAATTTAAAGT +AGATAGTTCAAAGAAAAAACAATTTGATACGGTAAAAAAACTTTTACATAGAGATGATAT +TGAATATGTAATAAATGCTACAGATAACGATAGGGAAGGTGAATTAATTTCATTCTTAAT +ATTTTTATTAGCAAAAAATAAAAAACCCGTTAAAAGGATCTTGGTGAATGAATGGACTCC +AGAGGATATAACTAGAGGTCTTAATAATCTAAAAGATAATTCAGACATGTTAAATTTACA +AGCAGCAGGATATACTAGACTCCTTACAGATTGGCTAATAGGAATTAACTTCACTTCTAT +TGCTACCCTAAAATATGGAAATGGTAAATTACTTAATATAGGGCGTGTAATTCTTCCAAC +GGTAAAATTAGTTTATGATAGAGATATGGAGATTGCTAACTTCATTCCTAAAAGTTACTT +TGAAATAGAAGGTAATTTTAAAAGTCCTAATGGTAATTATAAAGGTAAATATATAAAAGG +TAAGGAAAGTAAATTTGATACTATAGAAGATGCTAACAAAATTATTGATAGTATTACTTC +TAATAAAGGAATAATAATAGATAAAAAAGTTACTACATCTAAAGAATATGCTCCTAAGCT +ATTCAGTTTAACATCTCTTCAGGGATTTATAACTTCTAAGTATTCAAATTTCACTTCAGA +TAAGGTTTTAAGTGTATGTCAATCACTTTATGAAGGAAAAGGTAAGGGTGGATATATTAC +TTATCCTAGAACAGATTCTATTTACTTAGAGGAAAGTCTAGTTACAAAAGTATCTCAAAC +ATTAGATAAAATAAAAGTAGGACTTCCTTATGAAAACAAGATTTCATTTACTAAAAGTAA +AAGAATATTTGATTCCTCTAAAGTTGATAGCCATAGTGCCATTATACCTACATATATAAT +ACCTAGTAACCTTACTTCTGATGAGCAAATTGTTTATAATGCTATAAAGGATAGGTTTAT +CGCAAACTTTATGCCTCCGGCAGAATATGAGAATACAGAGATTAAAACTGAAGTAGATAA +ACATATATTCTTAACTAAAGGTAAGGTCTTAAAGGTTAAAGGATATTTAGAAGTATATAA +TAAGGAAGAAAAAGATGATTTGCTTCCTATAGTTAATGAACTAGAAACTGTAGATGTTTT +AGATATAAAAGCTTTAACTAAACAAACTACTCCTCCTAAACCATATACAGAGGATACTTT +ACTTAAAGCTATGAAAAATTGTGGTAAAAATGTATCAGAAGAAGATACCGCAGTTCTATC +TGGCTATTCAATAGGTACTTCTGCAACTCGTGCTGATGTATTAAAAAAAATCAGTCAAGT +TGGGTACGTTAAGAAAAAAGGAAAATCCTATTCTATAACAGATTTAGGTAAAAACTTAGT +TGAAATCTTCCCTGTAAAAGACTTATTCGATGTAGACTACACAGGAAAACTAGAAAAAAG +TTTAAGTGATATCCAAAAGGGACAGTTCACTAGAAAAGAATATTTAACAAATATAATGAA +CTTTATATATCAGAATGTAAACTTAATAAAAAGAGATAGTAATAAAAATATCAGCACAGA +AGTATATACTTATAATGCTAAAACAAAAAAATATGTTAAAGAATCGTCTCAAGTAAAAAA +AGCTAGCTCATCTGTAAATAAATCACAGGTGAAGTCAGATAAAAGTGATTCTTTAGGTAA +ATGTCCTGTATGTCAAAATGATGTAATCGAATCAGATAAAGGATACTTATGTATAAATTA +TAATAATTGTAAATTTGGAATTTGGAAAAATGATAAATACTTAGAGTATTATAAGAAAAA +ACCAAACAAAACCATGGTCAAAAGTATACTAAAAAATGGGCAAGCAAAAGTTAAATCTCT +AACATCAAAACAAGGTAAAAAATTCGATGCTTTGCTTAAATATAATAAAAAAGATAATGG +ATACTGGGGATGGACTATAGAATTAGAATCTGATACCTCTACTTCAAAATAAATTTAATA +ACTATAAATAAAGGTGTGATAATTAAATCTTCACACCTTTATTTATAATCTATCAATTAT +AATTAAAATACTACTCTTTATCATCATACAAAACTTCATCTATTTTATTTCTAGCCAATC +TCATTAATTCATTTAATTTATATCCTTTTAATTTGCATCCACATTTTGGGCAGTATTCTA +ACTTTTTAGAAACTAAAGCCCTACAATTTGGCTCTGGACATCTTATTTTTGAATTAACTT +CTGATACATTAAGGCCACATCTAGGGCAAATTGTGCCAGGTCTTGATGATACCTCTTTTC +CACATCTAGGACATTTAACCATTATCTATCCCCCCATAAAATTCTCTTTTTTTAATTCAT +AATAAATTTCGAATATACTCATAAAAAATACTCCTTTATTAATCTATGCAAGTAAAACTT +AATAAGTTTCAGCTAGAATTTAATAAAGGAGACATTTCTATTAAATCTGTATTAATTTTT +ATCTACCATTACTATCTCATATTTTTTATAAACGCTTGGGCTGCAGTTAATCTTGCGATA +GGCACTCTAAATGGCGAACATGATACATAATCAAGACCCATTTTATAGCAAAACTCTACT +GATGATGGTTCTCCACCATGTTCTCCACATATACCTAACTTGATAATAGGATTAACTTCT +TTACTTAGCTTAGTTGCCATCTTAATTAATTTTCCTACACCCTTTTGATCTAACACTTGG +AAAGGATCTTTATCTAATATACCTTTATCCATGTACTGACCTAAAAACTTACCTGCATCA +TCTCTTGAATATCCAAAAGTCATTTGAGTTAGGTCATTAGTACCAAAACTAAAGAAATCA +GCTTCCTTAGCTATTTCATCTGCAGTTAAACAAGCTCTAGGTATTTCTATCATAGTACCT +ACTGTATAATCTATTTTTAAACCCTCTTCTTTTATAGTATTTTCTACAGTTTTTATGACT +AACTCTCTTATATTCTTAAGTTCCTTTACTTCTCCTACTAAAGGAATCATAATTTCAGGT +GACACTTTAACACCCTCTTTAGTAACCTTTATTGCAGCTTCTATTATAGCCTTAGCTTGC +ATTTGATATATTTCAGGATAAGTAATAGCAACTCTACATCCCCTATGACCTAGCATTGGA +TTAAATTCTTCTAAATCTAAAATTCGTTTCTTAATATCATTTGTTTCTATGTTCATACTT +TTTGCAAGTTCTTCTATTGTTTCATCATCACTTGGCAAAAATTCATGTAATGGTGGATCT +AACAATCTTATATTTACAGGTCTTCCTTCCATTACTTCAAAGATTTTCACAAAATCATCT +ATTTGCATAGGTAATAACTTTTCTAAGGATATCAATCTTTGTTCTTCTGTATTAGATAAA +ATCATTTCTCTTACAGCTGGTATCCTATCCTCTTCAAAAAAACATATGCTCAGTTCTACA +TAAACCAATTCCTTCAGCTCCAAACTTAACGGCAGTTGCTGCATCCCTAGGATTATCGGC +ATTTGTTCTAACATTCATGCTTCTATATTCATCTACCCAATTCATTAATTCTTGGAAGTT +TCCACTTAGCTCTGTGCTAGTTTTATCAATTTCACCTAAATAAACGAAACCTGTAGAACC +ATCTATAGATATATACTCTCCTTCTTTTATTACTACATCATTGATAGTTCTAATCTCTTT +ATTATATTCATCAACTTTTATTTCACTGCATCCAGCAACACAACACTTACCCATACCTCT +AGCTACAACTGCTTCATGAGAAGTCATTCCACCTCTAGCTGTTAATACTCCTTGAGATAA +AACCATACCTTCAATGTCCTCAGGAGATGTTTCTAGTCTTACTAATATAACTTCTTCACC +TTTTTTAGCAACCTCTACAGCTTCCTCTGCATTAAAATACACTTTACCACAAGCTGCACC +CGGTGATGCTGGTAATCCCTTCGCTATTATATTAGCTTCTTTTAAAGATTTTTCCTCAAA +AGTCGGATGTAACAGTTGATCCAATTGATTTGGCTCTATTCTCATAATAGCTTCTTTTTT +ATCTATAATATCATCAGCAACTAAGTCTACAGCTATATTTATGGCTGCTTTTGCTGTTCT +TTTTCCATTTCTAGTTTGTAATATATAAAGTTTTTCTTTTTCTATTGTAAATTCAATATC +TTGCATATCCTTATAATGATTTTCAAGTATATTTGTTATTTCTATAAACTTATCATGCAC +TTCTGGCATTATATCTTTAAGAGTTGATATATCTTCCGGTGTTCTTATACCCGCAACAAC +ATCTTCTCCTTGAGCGTTCATTAAAAACTCTCCAAATAATTTATTCTCTCCTGTTGAAGG +ATTTCTGGTAAATGCCACTCCTGTACCACTAGTTTGTCCCATATTTCCAAATACTATAGA +CTGTATATTTACTGCTGTTCCTAGGTTATTTGGTATATCATTTAACTTTCTATAAATTAT +TGCACGGGGATTATTCCAAGATTTAAATACTGCTTCAATCGCAAGCATTAATTGATTTTT +AGGATCTTGTGGAAATTCTGATTTAACTTCTCTTTTATATATTATTTTAAATTGTTCTAC +TAGATTTTTTAAATCCTCTACTGTCAATTCTGTATCGAACTTATATCCATTTTCTTCTTT +TATTCTGTCTAATACACTTTCAAATTTATATTTTGAACGCCCATAGCTACATCTGAAAAC +ATTTGGATAAACCTTCTATAGCTATCATAAGCGAACCTTTCATTTTCTGTGTTATTAGCT +AATGCCACTACACTTACATCATTTAGCCCTAAATTTAATATAGTATCCATCATTACTGGC +ATTGAAAATACTGATCCAGATCGAACAGATATTAGTAATGGCTCTGTTTCATCTCCAAGT +TTCTTTTCTAAACTCTTTTCAAGTATTTGAAGATGTAATTCAATTTCTTCTATAATACCT +TTGCTTATTGACTCGTTATTTTCATAATAATCATTACAAGCTTCTGTCGTTATTGTAAAA +CCCGGAGGTACAGGAAGACCTATTTTAGTCATTTCTGCTAAATTAGCACCTTTCCCTCCA +AGCAATGACTTCATTTCCTTATTTCCTTCATCAAAACTATAAATATATTTAGTATTCATT +AAATATCCCCCATTTACATTTTAGTTTTATAACTATAAATTCAACTATCTATCTTTAATT +TTTACTGTATTTATTCCATTTTCTTTCATTAAATCTAATATTATTCCTGCTGTTTCTTCT +ATAGCCTTATTTGATACATCTATAACAGGACAACCTAGTCTTTTCATAACAGAATCAGAA +TAGTCTAATTCTTGTAATATTCTTCCAAGATTAGCATAATTTGCATTACTAGATAAACCT +AATGCCTTTAATCTTTCTTGTCTTATTTTATTTAACTTTTCTGGCGTATTTGTAAGTCCT +ATTATCTTCTTAGGATTTATATCATTTAATTCTTTTGGTAAAGGTATTTCTGGAACTAGC +GGAACATTAGCAACTTTTATATTTTTATTTGCTAAGTACATGCTAAGTGGTGTCTTAGAT +GTTCTTGATATTCCAACTAATACTATATCTGATTTTAAAACTCCCCTCGGATCTTTTCCA +TCGTCATATTTTACTGCAAACTCAATTGCCTCTACCCTCTTAAAGTACGTTTCATCTAAT +TTTCTTATAATACCAGGTTCCCTTCTAGGCTTTCTATCAGTCTTTTTAGCTATTTCACTT +AATATAGGTGACATTAAATCAATATTGCTTAAACCTTCATTTTGACAATACTCTTTAGTT +AAAGTTGATAGAGATTCATCTACTAAAGTATATATAATTATAGCGTCCTCATTTTTTCCG +CTATTTAATATTTCCATTAAAAACTTCTTATCCACCACATAAGGAAATCTCCTTATCTCA +TAATTATCATTTATCATGAATTGAGATATAGCTGCTTTAGCAACTTGCTGAGCTGTTTCA +CCTACAGAATCTGATATTACATATATAATTAAATTTTCCATATATTCCCCCTCCTTAATT +GTCCAGCATCTCTAAAAATAGTTTAGTTATATTAGTCTTAGAGATTCTTCCAACTATTTT +TAACTTACTTTCATCATCACTTGCTTCAACTACTGGCAATGAATCTACTTCATGTTCGAT +TATTTTCTTTACTACTAATAGTATTTCTTCATCTTTGCTAGCAGTTATAACATTTGGAGT +TCTAGTCATTATCATTCCTATAGGAATTCTATTTATATCAGATCCTCCTATAGTTGCTTT +TAATAAATCCTTACGAGAAACTACACCACATAAGTTTTCGTTGTCATCAGTTATAAATAT +ACTTCCTACATCAGATAAAAACATATCAACTATTACCTCATATATGCTTATATCTTGCTT +TACTATTACAGGCATGCTCATTATATCTTCTGCCTTTTTATCTTTTATACTATTACCAAC +TAAATTTAAGTCACTAACTCCAGAATAAAAATACCCAACTTTAGGTCTTGCATCTAAGAT +GCCTGTCATAGTTAATATTGCTAAATCTGATCTTAGTGTAGCACGTGTAACATTTAAACT +TGCAGCAATACTTTCACTAGTTATAGGCTCATTTTCTTTAACAATATCTATTATCTTTAA +CTGTCTTTGATTAAGTTTAATAACACTCACCTTCCTTCTTATTGCGATATACTTTTTCTC +GATAATTCATTATATAGTATATTATATATCTATATATGTTATCCTACAAATCTTTTTTAT +CACATTTTAAGTACACTTATTATTATATATTAGTTAATATCCAATATACCTATGGGGGAT +AGTTAATAAGTACTACTTCTTTAATTTATAGTTCTATTATATTTTAACATTATAATACAT +GATTTTACAAATTGAGTTGCTTTTAAATCTTATTTTTAAAACAAATAAGGGATAAAATCT +ATAAATATATAACAAAGTAAAGTTACTTCATTATATACCCTTTGATTTCACCCCTTAATT +TAGTATCTATTATAGATAGTATATTTATTCTTCTTATTTGTAAACTATTTTAGATAAATC +ACATATACTTAACATAGTATCATAAATTTGCTTTAATAAAGCTAATCTATTTTCTTTTAT +AGATTCATCCTTATCCATTACCATAACATTGTCAAACATATTATCAACTAATGGTCTTAA +TGATGCAAATGCATCTAAAGCTTCGCTATATTTTTTATCTTTTAATAACTCTTCAACTTT +TACTTTTATTTCTTTGAATCCATGATATAACTTAATTTCAGCTTCTTCTTTTAATAAGTC +TTCTTTAACATCAGATAAAGTAGCCTTTTGAGCTAAAGTTGAAACTCTATTAAATGCTGT +TAGCATCTCAACTAAGCCTTCAGTTGATAACCAATTATTAAGTTCAACAGCTCTAGTATG +CATATCAGATATGTCATTTATTTCAGAACTTAATACAGCTTCTATTACATCATATCTTAT +TCCTAAATCTCTAAATAAATTCTTAATTCTTTCTTTGAAGAATTCCATTATTTGAGTAGA +AACTTCTTCCTTATTAAACTCTAAGTTGTTATAGTTATTTAAAGCATGATTAACTAAATC +TTTTAAATTTACATCTAGTTTTTTATCCATTAATATACTTAATACACCTAATGCTTGACG +TCTTAATGCATATGGATCTTGAGATCCAGTAGGCTGAATTCCTATAGCAAAGAAACCAGC +TATTGAGTCTAACTTATCTGCTATAGATAAAGCTATACCAGCTTTAGTTTCAGGAAGTAT +ATCTCCTGCAAACCTTGGTAAATAATGCTCAAATATAGCTTCACTTACTACTTCATTTTC +TCCACCAACTTTGGCATATTCTCTCCCCATTATACCTTGAAGCTCTGTAAATTCAAATAC +CATACCAGTAACTAAGTCTGCTTTACATAACTTAGCTGCTCTTATAACGTCTTCTTTAAT +ATAATTTAAATTTAAAGATTCTAATATATCTGAACTTAATTTTTCTATTCTTAAAGTCTT +ATCATATACTGTTCCTAGTTTAGCTTGGAACACAACTGTTTTTAACTTTTCTATGTAACT +TTCTAAGTTTTTCTTTGTATCTTCTTTATAGAAGAATAAAGCATCTTCAAGTCTAGCAAC +TAAAACTTTTTCATTACCAGCTTTAACAACATCTATCTTATAATCATTCCCATTTCTTAC +AGCTATAAAGTTCGGTAGTAACTTACCATCTTTAACAACAGGGAAGTATCTTTGATGTTC +TTTCATAGGAGTTGTAACAACTTCTTTTGGAAGATTTGCATAAGCGCTATCAAATTCTCC +ATAGAATGCAGTCGGATATTCTACTAAATGAGTTACTTCTTCTAATAAGTCATCATCAAA +CTCAACTTCACCACCTAAAGAGTTAGCAACTTCTATACATTGATTCTTAATAAGTTCTTT +TCTCTTATTTTGATCTAGTATTACATAGTTTTTCTCTAACTTTTCATAGTAATCTTCTAA +TGAATTTACTGTAAATTCTTTTTCTCCTAAGAATCTATGTCCCTTTGTAACATTAGATGA +AACTATACCTTCTAAGTTGACTTCTAGTACTTCATCATTTAATAAAGTAACCATCCATCT +TATTGGTCTAGCAAATCTCATGTTTTTTCCACCCCAACGCATAGCTTTTGGGAAAGTTAC +AGCTTTGACAGCCTCTGGTAATATAGTTTTTAAAACTTCGCTAGTTTCTATACCTTCTTG +CTTTATAGTACCAAAGATATACTCGTCTTTTCCTACTTGCTTAAAGTATACATCTTCTTC +TTTTAAACCTTTACTTTTTATAAATCCTAAAGCTGGCTTTGTAAAGTTTCCATCTGCATC +TACTGCTATTTTTTTAGAAGGACCCTTTACTTCTTCTTCTAGATTACTTTGTCTATCACT +TATTCCTTTTACAACAAAAGTTAATCTCCTTGGAGTACCATAAGTTTCTATATCATCAAA +AACTATTCTATTATCATTAAATAATTTAGTTAAGTTGTTTTTTATTTGTTCTAAAGTACT +GCTAACAAATCTTGATGGTAATTCTTCCACCCCTACTTCAAATAAAAGATAATTATTCAT +TATTTGTCACCTTCCTTTATAAGAGGATATCCCATTTCTTCTCTTTGTTTAACATATAAA +GAAGAAACTGCTCTAGCCATATTTCTAACTCTTCCTATAAATGACGCTCTTTGACTAACT +CCTATTGCACCTCTTGCATCTAATGTATTAAATGTATGAGAGCATTTTAATACATAGTCA +TATGAAGGAACTACTAGTCCTCTTTCTATAAGTTTTAAAGCTTCTTTTTCATATGTATCA +AATAAATTAAATAACATATCTGCATCACATTCCTCAAATGCATATACAGAATTTTCATAT +TCAGCTTGCTTGAATACATCTCCATATGTTATATGGTCATTCCACTTTAAGTCATATACA +CTATCTACTTCTTGTATATACATAGCAAGTCTTTCTAGTCCATATGTAATTTCTCCAGTT +TCAAGTTCACATTCTATACCACCAACTTGTTGGAAGTATGTGAACTGAGTTATTTCCATT +CCATCTAGCCAAACTTCCCATCCAAGTCCCCAAGCACCAACTGTAGTTGATTCCCAGTTA +TCTTCAACAAATCTTATATCGTGTTCTAAAGGATTTATTCCTATAGCTTCTAAACTTCCT +AAATATAATTCTTGTATATTATCTGGAGATGGTTTTAATATAACTTGGAATTGGTGATGT +TGATATAGTCTGTTTGGATTCTCTCCGTATCTACCATCTGCTGGTCTTCTAGATGGTTCT +ACATAACATACTTTCCAAGGTTCTGGTCCTAATGATCTTAAAAGAGTGTTAGGATTCATA +GTACCTGCTCCTTTTTCAACATCGTAAGGTTGCATCATGATACATCCTTGTTTTGACCAG +TAATTTTGTAACGCCAGTATCATCTCTTGAAAATTCATAAGAATACCTCCTATTAATTTA +AATTTCTATTTAATAAACACTGTAGTTTAATAATAACAACAAAGCCTTTCGTCTACACGA +AAGGCTCATTAAGAGTTCTTTTATAACTTTTAGAATATCAAATCATTCAAAATTTGTCAA +TATAGATAGATAATATCTAGTTTTCTTCTTTATTTTCATTATTTTGATTTTCTGTTTCTT +TTATAAGTTCATCAGTTATATCTTTATTATCTTTTGTCTTTTCAGAAACGACATCCTTCA +TATCTTTCGCAGCATTAGTTATCATATCTTTTAATATATTTAATTTTTCTTCAGTTAATT +CTCCTAAGTCCACTGTTGTTCCATCATCTTCATTTTGGACTTTTATATTGAATTTACCAA +TTACAGCGGCAGAAAGTCCTACCAATGTAACTAGTGGTCCTAATGCTAAGCCTACTACTC +CTACAGTCAAGGGTATATTCATTATAATCTTACCATTTTTTTCAACTATAACTCTTATAA +CACTACTTTTTCTAAGAAGTTCTTTTAATTGAGATTTTATTTCGTCTCCATCTTTCCCAA +ATACATCTTCAACTGTCTTTTTTACTTTACTAGTAGTATTACCACCTTTTTTAGATTCTA +ATAGTATAATTGCCTCTACAACATCTCCATCACATTCCTGTAAAGCTTCTTTTGCTTCTG +AATAAGTAGCATTAGGTATTCTTTGGTATACAGCATCAATGCTTTCTATTGTTATTTTAT +TGCTCACCCTTATCAACTCCATTATTATTTTCTAGTTCATGTAATAAGTGTAGCGATTTG +AAATTAATATCGTCAACATATATCATTAGGTATTGTTTTAAAATTCGTTGTAGTTCATAA +GTTATATATTTTGATACCTTAGCTTTGCTACACCTTAATATATCATTACTTAATATATAT +TCCATAAGCTTAATAGTTGTTATATCAATTTTCATATTTTCTTCAAAAGTTCCACTACAC +ACTTTACATAAGATACCACCTTCATATACATTAAACACATATTCATTTGAATTTTTTTCT +CCACAGTTACTACATCTATTTACAATCGGCTTGAAACCTATATAATCTAAGAATTTCAGC +TCAAATGCCCTTGTTATAAACTTTTTATCTACATTATCTTGAGTATATAAATATAATGTT +TGAGCAAGTAATACAAATAATCTATTATTTGTCTGATTTTCTAATGTGGATGATTCTACT +AATTTTGTAATGTATGTAGCATATGAAAATGCCTCTAAATCATATGATAAATCATAAAAG +CTTTTAATTACATCACTCTGGCTTATTCTATACATGTTTCCTTGTTTTTTTAATGTGTAA +TTAGAATAAGAAAAAAGCTGCGCTGAAGAAAGCAATGCACTTTTATTTTTTTTCGCTCCC +TTTGCCATTGCAGCTATCTTACCTAATTTTCTTGTAAATATAGTTAATATTACGTCATTT +TCTTCATACCTTACGGCTTTAAGAACTATCCCCTGGGTGTTCAAGATTATCATTGTTATT +ATCTATCTCCCTTGAATTGTTATTTTCTTTATCCATGTTTTTAAAATCGCTCAAGTATAG +AAATGCTTCTATACTTCCAGTCTTTTTAAAAATATTCCAACATAAATTGTTCATTTTTAA +AAACCCCCTTCTTACGATTATAATTATATTTTTAGTAAGAAGAGGGTAAATAATACATAA +AGTTATTAAAAGTCGTTATACAATTTTTGACAATACAAAAGAAGTTATTACGAAATACAC +AGTTACTCCTGTAATATCAAGGATTGTAGATATTAATGGTGCTGAAATTATAGATGGGTC +AACATCTAGTCTCTTTAACAAGACAGGCATAAATGCCCCTATCATGGCTCCTACTATCAT +ATTTATAAATAATGATAATGAAACTACCAAAACAACTCCTATATCTTTTATAAATATAAA +AGCTGCTATTGCTATTATTACACTACATAATATCCCTGTAATAAATCCCACTACACCTTC +CTTTAAAACATTTTTGTAATCTAAATCTTTGTTATATAAGGTCATTACAGTTAATGCTGA +TGATTGAGTCCCTATATTCCCCCCCATACCTATTACAACAGGTATGAAAAATATTAATGG +TGCATAAGTTGGATTCATTATAATATCTAAATTAGAAATTATAGCTGTTGATATTAATCC +ACCTAGTAATGTTATAATCAGCCAAGTAATTCTTGCCCTAACAGAAGAAAAAATTTGTTC +CTTTGGTGTAGGATTTATTTTTTCTATTAACTCTACTTCATGCTCAGAAGACCCTGCAAA +TTTATACATATCTTCTGTTGCTTCTTCTTCCATAACATCTATAATATCATCTACAGTTAT +AATTCCCTTTAATCTCTTTTGTCTATCAATAACTGGAATAGCTACCAGATTATACTTTGA +AACTAGTCTTACTGCTTCCTCCCTATCTTCATCTACATATACTGATATTATGTTTTCACT +CATTAAATCTGCTACTATATTAGAATCTCTAGCTGTAATTAATTCTCTTAAGGATATTAC +ACCAACTAATCGTTCTTGGTTATCTACTACATAAATATAATATATTGTCTCAGCCTCTTT +AGCATTTTCTCTCATATGCTCTATAGCATCTTTAGCCGTCATATCTTTATTTACTTCTAT +ATAACCTGTTGTCATAATACCACCAGCAGACTCTTCTTCATAAATTAACAGCTCTTTTAC +ATCATCAGCATCTTCTTGACTTAAGAGTTCCATGACACCTTCTCTTTCATCTTCTTCTAA +CTGACTTAATATATCCGCCATATCATCTAGTGACATTAATTCTAATATATTTTTACGATG +TTCTATGTCTATTTTACTTAGTATAGTTTTAAAAAATTCTACATCACACTCTTCTAATAT +AGAAGCTGACATATCTATTGGAAGAACTTCAAATAACTTTACTTTCATATCTTCCTCTAA +GTATTCCATTATATCAAATATGTCTATTATGTGGTACTCTTCAAGTAATTCCCTTAATTC +CAATATTTTATTGTTATCAATTAAAGATTTTACCTCACTCAGCAAATCTTTGGAAATATC +CTGTTTCCTATCCATGTAATCCACCCTTATTTATCAGTATATCCAAAATTACTTACGTAA +TTTTGTAAATTTCTCCAATTTTCTTTAACTTTAACCCATAATTGAAGATTTATTTGAGAC +CCTAAAAGTAACTCTATATCTTCTCTTGCAGATTTACCTATTCCCTTTAATTTTCTACCA +TTCTTACCTATTATTATACCCTTATGCGAATCTCTCTCACAATATATTACTGCAGAAATA +TCAACTATTTGCTTATCATTTCTAGATTTCATTTTTTCTATTTCTACTGCAACACCATGA +GGGATTTCATCATGAACATAGTGAAGAACTTTTTCTCTTATTAACTCAGATACTAGTACT +CTTTCTGGCTGATCTGTAATCATATAATCTGGGAAATATTTTGGTCCTTCTTGTAAGTAT +TTTTGAACAACTTTTATTAATTCTTTTATATTTCTTCCTTTTAATGCAGATATTGGTACT +ATTTCTTTAAATACTCCTTCTACATGATACATTTTCATCAATTCAAATAAATCACTTTCA +TCTAATTGATCTATCTTGTTTAAAACTAAGACAACAGGTGCCTTAATACCTCTTAGATCT +TCTATTATCTTTCTATCTCCAGGTCCTATTTTTTTAGATTCATCTACTACATATAAAACT +ACATCTACATTTTTAAATGCATCTGTAGCTGATTTTACCATAAACTCACCTAATTTATTT +TTTGGCTTATGTATACCTGGTGTATCTAAGAATACCATTTGACAATTTTCATCTGTATAT +ACAGCCTGAATTGTATTTCTTGTAGTTTGAGGCTTATCACTCATAATAGCAATTTTTTCT +CCTACTACATTATTCATAAGAGTAGATTTTCCTACATTAGGTCTTCCTACTATACTAACA +AATCCTGATTTAAACATTTATACGTCTCCTATCTTTTGTATACAATTATTATATTTCTTT +AAAATCACTTCCTGAGAAATAAAAAGGTATTAATTCTTTAATTTTACCTTCATATATTTC +TCCTTCTGAATATCCTGTGATTATTCTTATTTCCGGTCCAAATTCAATAATTACTTGTCT +GCATATTCCACATGGGTAAGTAGGCTCATTTTTTTCTGAATTACTAGATGCTATCGCTAT +AGCTTCAAATTCTCTGTCACCTTCTGATATAGCTTTAAATATAGCTGTTCTTTCTGCACA +ATTAGTTGCACCTATTGAAGCACACTCTACATTACATCCTGTATATACTTTACCGCTTTT +AGTTAACAGAGCTGCACCTACTTTAAATTCTGAGTAAGGTACGTACGCATTCTTTCTAAC +TTCTTCTGCTAATTTCAGTAAATCTTTATTATTCACCTTATTTACCTCCTACGTATGTAT +CCTTTATGCATATTCTTATTTTATTGAAATTAATCTTATTTTGATACCTACAGATTTCTA +TTATAAAATACAAATAATAAATATTCTTATTTTCTTTATTATTAACATTTTTATTTAGTA +CCTTACATTATAACATAAAAAAGAAGTCATGCAGACTTCTTTTTTGTATTAGTCTACTTG +ATATCGTATAAAACTATTCAAGTAAATTTTTAATAGAAATTAACTATTTTTATTTGGAAA +ACTAGCATTCCAATTAATATTCCAAGTAATGCACCTGCTACAGTTTCCCAAAATGTATGT +ATCTTTCCTTCTATTCTACTTTGAGCAACAAGAACTGCCATTATATATGCAAGTGTTGCT +ACTACAGGTCTTTCTATTATCATTGTAATTGCAGTTGCCATAGCAAAAGCCAAAGCCGCA +TGACCACTTGGCATACCACCCTTTAGAGGAGTACCTGTAGATGTTAATGCCTTTACTACT +ACTACAGATATCAAAACCAAAGCTATACAAATTAAGGTCACATGAGGTTCTGATTTCCTT +ATGGTGAAAATTAAAGACTTAGATATATCATTTATTTGATCAAGAAATAATATATATCCA +ACAACTACAGAGTTAAGTGCTGCTATTACAACAGCACCAGCTGCAACATCTTTCGCTATT +TTAGCCAAAACATGATATTCATCTGTAATCATATCTATTGTCTTTTCTACAGCTGTATTA +AACATTTCTGTTATTATAACTAAGCTTATAGAAAATAATAATATCAGCATTTCTACCTTG +TTTAATTCAAAGAACAAGCTTCCTGTTAGCACTATTGCAGCTAAGCAATAATGTATCTTC +ATATTTCTTTCAAATTTAAAAGTATATATTATCCCTTCAATAGCTGCATTAAATGCTTTA +ATTATACCTTGTCGAGTTTTTTTAATTTTCATAAAACTACTCCCTTGTTATGCTTAACTT +GTTTAATATATATTCTTCTTTTTCTCTCATTTCTTTAGTATTTTCTTCTGTGTCATGATC +ATATCCTAAAAGATGGAACATACTATGACATACTAAAAAGCATACTTCTCTTTCAAAACT +ATGATTATAATCAATACTTTGTTCAAAAGCCCTTTCTAAAGAAATCACTATATCCCCTAA +TGACTTTTCTTCTAATTCAATTTCAAACTCGTCATCACTTAGCATTGGGAATGATAAGAC +ATCTGTTGCTCTATCTATACCTCTATACATTTTATTTAATTCGTGTATTTCTTTATTGTC +TACAAATGATAAACTTACATCATAATCATCATCGTAACCTTCATAATCTAGACATTCTAA +AATGATATCTTTTATTTTTTCTATTAATTCTTCACTTATTTTAAGTTTATTCTGTCTATC +ATCTATTATAAGTTCCATACTTACACCTACTTCTTCCTTTGTTATTTGTTCTTATTATTA +AGTCTCTCTTTTACTTTACTTCTTCTAAACTCTTCTTCTTTATCAAATTTATCATATGCT +CTTATTATCCTCTGTACTAATTCATGTCTTACAACATCTCTATCACTTAAGGTAATACTT +CCTATTCCTGGAATATCTTTTAAAATTCTCGTTGCTTGAACTAAGCCACTTTTTTTCTTA +TCAGGTAAATCTGTTTGAGTTATATCTCCTGTCACTACGGCCTTAGAACCAAATCCAAGT +CTAGTTAAAAACATCTTCATTTGTTCTGGAGTTGTATTCTGAGCTTCATCCAATATTATA +AATGCATTATCTAAAGTTCTTCCTCTCATGAATGCAAGGGGCGCCACTTCTATAGTTCCT +CTTTCTAAATATTTATTAAATTTATCTGGTCCTATCATATCAAACAAAGCATCATATAAA +GGTCTTAAATATGGATCTACTTTATCCTTTAAATCTCCAGGTAAAAATCCTAAACTTTCT +CCAGCTTCTACAGCAGGTCTAGTAAGGATTATTCTACTAACTTCATCCTTTTTAAAAGCC +TTAACTGCCATAGCTACCGCAAGATATGTTTTACCAGTACCTGCTGGTCCTATACCAAAA +GTAATATCATTATTTTGAATAAGTTTTATATATTCTTTTTGGCCTAATGTTTTAGGTTGA +ATCGATTTTCCTTTTTGTGTTATTACAATAGTTCCTTCTAGTTCCTTTATTTTTTCTTCA +CTGCCTTCTAATAGAAGGGATAATGAATACGATATATTTTGTTTGTCTAAAGTTTTTCCA +TTTGCTACTGCTTGATGCAATTCGTTCATAAGCTTAAGTGCAGAGTCAACATTTTCTTCT +TCACCCATTAAAACGATATTTCCTTCTCTTAATATAACATCTATACTTAAAGCATCTTCA +ATCAATTTAACATTTTCATCAAAATTTCCAAATAACTCTCTTTCAAACTTCTCTTCAGCT +ACTATAAATTTCTTTTGTATTATCAACTGATTTCTTCCTCCTTGGGTATATTAGTTTTCA +TTATTAGAATCTTCATTATTTGTATCTTCATTATCCTTATTATCTTCTTCAAATTCATTT +CTTATATCATTTATTAACCTTTTGCTAGGATTTGAAGGAACTGATTCTCCTGATTCCTCA +TTCTTTTTATTTTGCTCTTTGATTATCTGTTCCGCCTCTGATTTACTAAGAGGATAAACT +TCTGCGATATTTTCGCTAGTATGCACTGTTACTAAATATTCTAGCATATTTTTATTAACT +GTATATTCATGTTTTACATCTACATACTTAGCAGAAGCAGGTATTATGTACTCTAACTCT +TTTAAAGCTTGTTTTTTCAATTCTTCTTTTAATTGTTTTTCATTTTTTTCTATTTTAACA +TTATTAACCTCATAAAAAGTACTAACATCTATTTTTAAAGGAAAAGTATAATTTCCAATA +GTTAATTTTAACGTTTTATTTTCTATTGTATAGTCCTTATATTTTATATTTCTCCTTATG +TTGAATTTTTTATCATAGAAACTTATGGTATATACATTTTTACTTTTCCCAGTTTTCTCT +TGTTTAGTATCTACATAGCTTGAACTTTTTTTAACCTCATAAAATGTAGTTGCCCAAACT +TCTGGTAATGCTTTTGAATTTGCTCCACTCACAAGCAAAGCTCCTTTTTCTACTATATCT +CCCTCAGAAACTACAGAATTCCCACTTCTTGGTATTACTTTCTCTATTATACCATTTTTT +TCTGAAATTATATTACAATAATTTGATTGTTCCTTAGAAGATAATGTTTCAGCTTTTTTT +GTTATCGTTACAAAAACATTCGTACCCTTTACATTTACAGATATATACGCTATTTCATCA +AAGGTTACCATAATATGATCTCTGATTTTTTTTCTGTCTATATTCTTCTTATATATACCA +GGCTTAAGACCAAGTTTGTATAATTCCTTTCTTACTTCTTCTTGCTTTATTCCTTCTGGG +GAATCTATATATATATCTGTAACAAATTGAGATGTGCCCATTAAAATCATGAGCGATACA +ATCGCACAAATCCACATTCCTTTATATTTATAAATTCTTTTAATAATAAAAGGAATTCCT +GTCTTTTGTTTTACTTTAATTTGAAAATTACTTCCTCTATAAGCTTTTTTAAACTTTTTC +ATATCTTCTCTATCTACAGAAAATTGTATCTTAGTTTCACTTATTCTAGTTACATTATAA +ACATTAATATTATTCCTTATAAGATAGTTTAAAAACCTCTCCGTTCCTATTCCTTCTACA +GTTACAACATAGTATCCCCTTATATAACTTATCAATCGTATCTCCCCCTAATCAATATAC +TCCACACCGTAGATAATTCCTTTTATCCCTATTTCACCATCCGTAATATATTTTAATAAA +AGTTTATCTCCAGATATTTTTATAGTTTTTACTTTAGTCTTTATTTTTATTAAATTGGTA +TCATAAGTAACTATAGATAAATAATTTTCTATACTAACAAATTTATTCCCAACAATTGTT +ACGGTAGGCTGAGTTACTTGTAAATCAGATGATATATCAATCATTTGCATACCTCCTTAA +TATATTCTATGATGATAACTTGCTTAAATTGCTTTTTGATAGCTAAAATAATCTAATTAT +TAGTGAATACTTAAATTTACTTTGTAAACATATATTTATATTTAGAATAAACTATATATA +TATGCCTTTAATCTTTTGTGGAAAGGAGCGAATTTATGATAAAAATAATATCTAGCATAG +TTCATAAATGCATATTCTGTAACTTCTTAATAGATGAACTTATGAAGTCTAAAGATTTAC +CACATAAAAATTTATTCATGAATATAAAAAATGAAAATATTAGGAACATTAGAACCCTGT +GTTATTTATATGAATATTTATACAAAGATGTGCTAATACTAGATAATGTAAATACTATTG +AATTATGCAAAAATCTAGATGAAAATCTTAATAACTTATTTAAAATACTATTTGAAATTA +TTTCTGATTTAAAAATATTAAATTCTAAATTAAATAGCCCATACTTTAATCAATTTATAA +ATGGTTTACTTTTTAGTTATTTTAACTTTACTTCTTGTTTAAACTGCTTTTTCCCAACTA +AACAATTTAAAGAAAGTAAACTTGAAAAATTTAGCTTTTCTAAAAAAAGAATTGAAAATA +ATAATGTACATCCAGATAATGACTCTTCAGATACTCTTAGAAAAACTTGTATCGAATCTA +TTGACTTTTTCTTCGATTATCCTTTAAGTTCCCAAAATATAAAAGAAGAAAATTACGAAG +TATTCTTTGAAAATAATCCAAACAATAAATTCTATCAATTTTTTTTCGATTGTGATGATC +GATTAATAAAAGTAAGAATTTCAGATAAAGATACATCTGTTTTCTATATGTATCAAGTAT +TAAAAGATTCTATAGAAACGTCTCCATCTATGACAAATGAAGATGCCAAATTTTATTCAG +ATTCTTATTTAAATGAAAAACTAGGAAATGAATTTAATGATTTAATATTTGATAAAGACT +ATTTAAATATATACTCTTATATGAATATTCCAGAATCTTATAAGTTTAAATATAATTTCA +AAGATAATACAGGCAAGGTAAACCTAAAAAAAGGAATATATATAACAATTGATGCTATAT +ATATATATATCCAAGAGTTATATTTATTTTAGCATTCTTATAATTTAAAATACTGAGAGA +ATTTTCTCTCAGTATTTTTGTTATGTAATGAGATAATTTTTATTTATTAATTATCCATAT +AAAATAATTTAAAAATAAAGCATATAATAGCCATACAATATACGGTATATTTATATATGA +AGAAAATTTATTAATCTTACTGAATTTATAAACCATCACACTAACTATTATTATTAAAAT +AATAATAACTACTAATCCTGTAAATCTTAAGTCTAATCCAAAAAATAATATACTCCATAT +AAAATTCAAAAATAGCTGTAACCAGTAATAAAACATAGCATCTCTAACCTTATATAAGTC +ATATCCTTTTTTCATAATTTTATATGCTGATATTCCCATTAATGTATATAAAATTACCCA +TACTATTGGAAAAATAAAACTTGGTGGTGCAAACCCTGGTTTTATAAGCTGTGAATAATA +TGTATTTGCATCTATCCCTGCAAGTAAATTAGCTATTGTCGAACTACAATAACCTACTAA +TATGGGTATTAATATACTTATAAGAAAATTTCTTATTTCCTTTATTGATATAATCAAAAT +CTTCCCACCTCTTCTAACATATTTTACTTAATAAATATGTCCAAGGCCCCCTTTTTATGA +TTAAATTTATATATTCTATATAACATATAAAGAATTCTTTTTTCTAAAAAGACATGTCTA +TAAAGCGATTTATGAACCAACGACTTAGCAATTTTTTAATACGTAAAAAAGCCTAGAATA +TCTCTAGGCTTTTAATCTATTGTAAGTTATTTTTAACTAACTCATTTATAAGTTTTCCGT +CAGCTCTACCTTTTGTTTTAGGTTTTATAGCTGCCATAATTTTTCCCATATCTTTCATAG +AAGTAGCTCCCACTTCAGATATAGTAGCTTTTACAATTTCATTTAATTCTTCTTCGCTTA +ACTGTTGAGGTAGGTACTCTTTTAAAACTTCGATTTCAGCTTCTGTTTCACTTACTAAAT +CATCTCTATTAGCTTTTTCGAATTCAACCAAAGAATCTCTACGCTGCTTTAATTGTTTTG +CAATTAAATCGATGATTGCATCATCTTCAAGTTCAACTCTATTGTCTACTTCGTATTGCT +TAATAGAAGCTCTTATTAAAGTTACTACAGATTTCTTTACTGTATCTTTGTTCTTCATTG +AAGACTTCAGATCTTCTTGTAACTTTTCTTTAAGGGACATTCCCTTCACCTCTTTATTCT +TTTCTACTATTTCTTAGCGTTTTTTCTTCTTGCAGCTTCAGCTTTTTTCTTACGTCTAAC +GCTTGGCTTATCATAGTGCTCTCTTTTTCTAACTTCAGACATGATGCCAGACATAGCACA +TTGGCGTTTAAATCTTCTTAAAGCACTGTCTAATGTTTCATTTTCTCTTACTCTTACTTC +TGACATTTCTTTTTCCCTCCCTCCGATAGCGCGAATTATGCTGGGACTGTAACTACGATT +ATAATCTGCATAATATGCATTACAACCTCACACTTTGTTTATTATAAACTAAAAACTTAC +TTTTATCAAGTATTTTTCGTAAAGAAGAACACATTTTTTAATCAAATTACTTATTTTCAG +CTTCATATAAAGGTAATTTTTTTCCAGCTAATACATGATAATGAAGGTGTTTTACTTCTT +GCCCACCATCGTTACCACAGTTATTAATTATTCTAAATCCAGCTTTATCGAAACCTTTCT +CACTAGCTATTTTATTTATAACATTGTGAATGTGTGATACAATTTCCATTTCATTTTCAT +TTATATCAATTATACTTTCATAATGTTTTTTTGGAACAACTAGTATATGATAAGGTGCCA +CTGGATTTATATCATTAAATGCAATTACTTTTTCATCTTCATAAACTTTTTGTGATGGTA +TTTCACCTTCTATAATTTTACAAAATATACAACTCACTGTTTTCACACCTCCTATTCTAT +CTAAAAAGTAATATTTCTACATTTTATACTAAAATTCCTTCAACATATTCATCTTTTACA +TCTGTTATTTTGACTTTTAGTATATTTCCTTGTATATCTTTATCACTTTCAACAACTACT +CTTATATAGTTAGGAGTTAAACCTTCATATTTATTGTCTACTATATTTTGTTCAAATAAA +ACATCCATCTCACTATCTATAAACTTACTTGCAAACTTATTAAAGTTAGTTTTGCTTAAA +GATATAAGTTGATCGCTTCTAAATTGCTTAATTTGAGGATCTATCTGATTTTCCATAGTA +GCTGCAGGAGTTCCTTTTCTAGGTGAATACTTAAACACATGCATTTGTGAAAGTTCTATG +TCCCTTAAGAAATCATATGTTTTGTTGAACTCATCATTAGTTTCCCCAGGAAAACCTACT +ATTACATCAGTAGTTATTGCTACATTAGGTATTTTTTCTCTTAATTTCTTAACTATAGTT +TTATACTCTTCTGTAGTATATCTTCTATTCATTCTTTTTAATGTCTCATCACATCCACTT +TGTAAAGATAAATGATAGTGAGGACATACTTTTTCCATTTTTAAAACTTCATTTACAAAT +TCATCTGTAAATAGAATTGGTTCTACTGAACTTGTTCTTATTCTTTCAATTCCATCAATT +TCATTAATTCTTTTTATTACATCTAAAAGTTTCATATTACTTTCTTTTAAATCTTTTCCA +TAAGATGCAACATGAATTCCTGTTAAAACTACTTCTTTATAGCCATTATCAGCTAAAGTT +TGTGCTTCATTAACTATACTTTCAATATCTCTACTTCTTACTTTTCCACCTCTTGCATAA +GGAATTATACAATAAGTACAGAATCTGTCACATCCATCTTGTATTTTCATAAATGCTCTA +GTTCTTCCGTTTGATTGGCTTACTTCTATTTCTTCAAAAGCTCTTACCTTCATAATATCA +TCAACTGTACTAGCTTTTTTATTTCCTTCAACTTCTTGAAGTTTTTTTATTTCTTCAACT +ATTGTTCTTCTTTCATTAGTGCCCATTACTAAATTTACTTCATCTATTTCAAGTATTTCC +TCAGGTGATACTTGCGAATAACATCCAACAACTGCTATTATGGCATCTGGATTTTTCTTT +TTCATTCTTCTTATATATTGACGTGATTTTCTATCACTCATATGAGTTACTGTACATGTA +TTAATAACATATACATCTGCAAACTCTTCACTACCTACTTGCTCATATCCATCTTTTTTG +AACATTTCAAGCATAGCTTCTGTTTCGTATTGATTTACTTTACAACCTAATGTGTAAAAA +GCTACTTTTTTCACTTTATTCATCTCCTCCTAAGTCACTTAGTTCATATAAAACTATAGA +CGATGCAACAACTGACGCTGTCTCTGTTCTTAGTATTCTAGGACCAAGAGAAACTACATG +AGATCCGATTTCTTGAACACTTTCAATTTCATCTTTTGTAATTCCACCTTCTGGGCCTAC +AAATATTCCTATACTATTTATATTTGCATTTTTTATAGCTTTTTTTATTGATACAGTTCT +TTCATTTTCATAAGGACATATATTCATGTCGTTATTTTTCATATCTTCTAAGGCTTCTTT +AAAGCTTAAAACACCTCTTAACTTTGGAATTATACCTCTTTTACTTTGCTTTGCAGCTTC +ATAAATTATTCTTTCCCAACGTTCGATTTTTTTATCTTCCTTTTTTTCATCAACCTTAGC +AACACTTCTTTTTGTTTGAACCAATATTATTTCATCTACACCAACTTCTGTAAGTTTTTG +CAGTATCATTTCCATTTTAGGTCCTTTTGGGAGACCTTGATATAATCTAATTCTTACATC +AGCCTCTCTTTTTATATCTACTTTATCAAGTATATTTAGTTCAACTATATCTTTGTTTAT +ATTAGTAATTTCACATATATACTCTGTATTGTCTTTGTCACATACTTCTATTTCTTCACC +AATTTTACATCTAAGTACCTTTGAAATATGTTTTACATCTTCACCTTCAATAATACAAGT +ATTATTCTCTAAATTAACATTTTTCTTTTCAACAAAAAATCTATCCATGATTACACCTAC +TTAAGCTTAGCAACTATTGCATTCCACTCACCTAATGTTTTTACTTCTATTATTTCAAAT +CCATTTTCTATTAAACTTTCTTTAACTTCATTGACTTTAGCATGTATTATTCCTGATGAT +ATAAATACAGCATCTTCTTTCATACAACTATGAACATCTCTTGCTAATATTTTTATAATA +TCAGCTATAATATTAGCAACTACAATATCTGCTTTGTCACTTACTACATCTATTAAGTTT +CCATGAAGAACTTGCACAGAATCTTGTACATGATTGTGGGCAACATTTTCTGCAGCTACT +TTTACAGCTACTTCATCTAAGTCAACAGCTATAACATCTTTAGCTCCTAATTTTGCTGCT +GCTATTGCAAGTATACCACTTCCGCATCCTATATCGAATACCTTAGAATCTTCAGTTACA +TATTTTTCTAACTCTCTCATACACATTGTAGTAGTTTCATGAGTTCCAGTTCCAAATGCC +ATTCCTGGGTCTAGTTCTATTACTAAATCACCATCTTGAACTTCATAATCTTCCCAAGTA +GGCTTTACAACTAATTTTTCACCTATTTTAGTAGGCTTGTAGTATTTTTTCCACTCATTA +GCCCAATCTTCCTCATTAACTTGTCCTAAAGATACACTACCTTCACCTATATCTATACCA +AATCCAGTTAAAGCTGAAACTTTTTGTTTTATAGTTTCAGCTAATTCCATAACATTTCTT +TCTTCTGATATGTATGTTTTTATTAAAACACCATCACTATTTCTCTTATTGAAAACTTCT +TCTTCAATATAATCCCAATCTAGCTCATTTTTCTTTTGGAAGAAAAAGTCCTTAGGATCT +TCAATCATAACCCCGCCCGTTCTAAGGTCATCTAGTATATTAGTTATAGCTTCAACAGCT +TCCGTAGTAGTTTTTATAGTCACTTCAATCCATTTCATATGTACGTCCATCCTTTACTAT +TTATTTTCCTCTTTTTCCGTAAATTTTATTATATCATAATTATTATTATCTTTTATAACA +TTCTTTTATACTATTTCACATATTCTTTACTAATTTTTATATTTATAATCTATTTTTATT +CCCATAAATAAAAAAATCTGTATCAAAGCGATTTGATTAACTAAAGGCAAATACATAAAT +ATAAATCAACTGAAATTTGCAGTATATTCTAGACTGCATAGAAGTTATTTTATATATATA +TATATCGCTCCCCGTTAAACAAATCACCCTTTGATACAGCTTCTTATTTCTTCTTAAACA +TATCTTCTATTTTTTGTCCGAATGTCCTCTTCTTTTCATGAACTTCATCTCCAGACTCTT +TAGCTAACTCTCTTAATAATTCTTTTTGTCTATCAGTTAAATGTTTAGGTGTTTCAACTA +CTACCTTAACATATTGATCTCCTCTTGAATTACCTCTAAGTTTTTGTATACCCTTTTCTC +TTAGTCTAAACACTGTTCCAGTTTGAGTTCCAGCAGGTACATTATATGATACCTTTCCAT +CTAATGTAGGCACTTCTATTTCTCCACCTAAAGCAACCTGACTGAATGATACTGGCATTT +CTAAGTATACATCATATCCTTCTCTTGTGAATAATGAATGTTTCTTAATATTTACAACTA +TATAAAGGTCTCCTCTTGGGCCACCTTTCGATCCAATTTCACCTTGACCAGAAAGCTTAA +TCATTTGACCATCATCTATACCAGCAGGTATATCTACTTCGATAGTTTTAACTTTTCTAG +TACTTCCTGTCCCATGACATTTATTACATGGTGATTCTATAATTTCTCCCTCTCCATGGC +ATTCGCTACATGTTCTAGAGCTTGCTATGTTACCAAAAGGAGTTCTTTGAACAGTTCTAA +CTTCTCCACTACCATTACATGTTGGACAAGTTTTCTTAGATGTACCTGGTTTTGCACCAG +ATCCATGACATTCATTACACTCTTCACTTCTATTTATCTTTATTGAAACTTTCTTACCAA +AAGCAGCTTCTTCAAAATCTATAGTTACATTTTGTCTTATATCAGCTCCACGTTCAGGAC +CTCTTCTTCTTTGACGGCTTGAGCCTCCAAATCCACCTCCGAACATATCTCCAAATATAT +CTCCGAATATGTCTTCGAATCCTCCAGCTCCCCCTGAGAAGCCTCCAAATCCTTGACCAC +CAAATCCGCCTTGTCCATTTACACCTTCATGACCAAATTGATCGTAAGTTCTTCTTTTAT +TTTCATCTGATAGAACTTCGTAAGCTTCATTTATTTCTTTAAACTTTTCTTCTGCTTCTT +TATTATCAGGGTTTCTATCTGGATGATATTGCATTGCTAATTTTCTATAAGCTTTTTTTA +TTTCTTTCTCATCAGCACTCTTACCTACACCCAGTACCTCATAGTAGTCTCTTTTAGTAC +TCAAGTTTGTCACCACCTTTATCTTACAAAATAATAGCTTGTAGAATATTAAAACTACAA +GCTATTATTCTTTATATTTAACAGATTTAACATTCTATTTTATTATATAAAATTACTCTG +TTTTTGTAACCTATTTTTCGTCATTTACTTCTGTAAAGTCAGCATCTACAACATTATCAT +CTTGTGGCTCTTCTTGAGCTCCACCTTGAGCTTGTTGTTCTTGAGCTGCAGCTTGATACA +TTTGTTCAGATATTTTTTGGAATCTGTTCATTACTTCATCCATAGCTTTTCTTATTTCTT +CAGCTGTAGCATCTTCTCTATCTTTTACAGCTTTTAAATCAGCTATTGCAGCTTCAACGT +TAGCTTTATCATCTGCACTTATTTTATCAGCAACTTCACCTAAAGTTTTTTCAGTTTGAT +ATATAGTTGACTCAGCTTGATTTAATGCTTCTATTTTATCTTTCTTTTGCTTATCAGCTT +CAGCATTCATTTCAGCTTCTTTTACTTTTCTTTCTATTTCTTCTTCACTTAAGTTAGTTC +CAGAAGTTATAGTTACTTTTTGTTCTTTTCCAGTTCCTAAATCTTTAGCAGTAACGTGAA +CTATACCATTAGCATCTATATCAAAAGTAACTTCTATTTGAGGTATTCCTCTTTGTGCTG +GTGGTATATCAGTTAATTGGAATCTACCTAAAGTAGTATTGTCGTAAGCCATACTTCTTT +CACCTTGAAGAACATGTATATCAACAGCAGTTTGGTTATCTTGAGCAGTTGAGAATACTT +GAGACTTCTTAGTTGGTATAGTTGTATTTCTTTCTATTATTTTAGTAAATACATTACCTA +AAGTTTCTATACCTAATGATAATGGAGTTACGTCTAATAATAATAAGTCGTTAACTTCAC +CAGTTAAAACACCTGCTTGTATAGCCGCTCCAGCAGCAACACATTCATCTGGATTTATAC +CTTTGTGAGGTTCTTTTCCTATGAACTTTTTAACAGCTTCTTGAACAGCTGGTATTCTTG +TAGATCCACCTACTAATAATACATCATCTATATCAGATGTAGATAATCCTGCATCTTGTA +AAGCTCTCTTAGTTGGTTCCATAGTTTTTTCAACTAAATGAGCAGTTAATTCATCAAATT +TAGCTCTAGTTAAATCTATATTTAAGTGTTTTGGTCCTTCAGCAGTAGCTGTTATGAATG +GTAAGTTTATATTTGAGCTCATTGTTGAAGATAATTCTTTTTTAGCTTTTTCAGCAGCTT +CTTTTAATCTTTGAAGAGCCATTTTATCATTTCTTAAATCTACACCTTCAGCTTTTTTGA +ACTCATCAGCTAAATAATCTATTATAACTTGGTCAAAGTCATCTCCACCTAATCTGTTGT +TACCAGCAGTAGCTAAAACTTCGAAAGTACCATCTCCTATTTCAAGTATAGATACGTCGA +AAGTACCTCCACCTAAGTCAAATACTAATATTTTCTTTTCTTGATCTAATTTATCCATTC +CATAAGCAAGAGCTGCAGCAGTTGGTTCATTTATTATTCTCTTAACATCAAGACCTGCTA +TTCTACCAGCATCTTTAGTTGCTTGTCTTTGAGCATCTGTAAAGTAAGCTGGAACTGTTA +TAACAGCTTCAGTTACAGATTGACCTAAATAACTTTCAGCGTCTGCTTTTAATTTTTGTA +GTATTATAGCTGATATTTCTTGTGGAGTATATCCTTTACCATCTATATCAACTTTGTAAT +CTGTTCCCATATGAGTTTTTATTGATATTACAGTTTTATCTGCATTTGTAACTGCTTGTC +TTTTAGCAGGTTCACCTACTATTCTTTCTCCATCCTTAGTGAAAGCTACTACTGATGGAG +TAGTTCTCATACCTTCTGTATTTGCTATTATTTGTGGTTCTCCACCTTCTAAAACAGCAA +CACAAGAGTTAGTTGTTCCTAAATCTATTCCTATTACTTTTCCCATGATTCATGTCCTCC +TTGAGTAATTTATTATCATTTTATTATTTTAAATTTTATTTTTAGTTAATTTATTATTAG +CAAGAAACTTTAACCATTGTTGGTCTTATTACTTTAGTTCCTAGCTTATATCCTTTTTGA +AGTACCATTATTACTTTATTAGCTTCAACTCCATCTACACTTTCTTGCATAACTGCTAAA +TGTAGGTTCGGATCAAAGTCAGCATTTTCAGCTTCAATCTCTTCTACGCCAAATTTACTT +AAAGTATCTTTAAGTTGTTTTTGAACAAGACTTATACCTTCGTATAATTTATCTTCTTTG +TTATCACAAGCCTCTACTGCTCTTTCCATACTATCAATAACTGGTATTAACTCAGTTATT +ATTTTTTCATTTGCAAATACTCCAATTGTTTCTTTTTCTTGATTAGTTCTTCTTATATAA +TTTGAGTATTCTGCTTGTAGTCTTTGATACTTATCTTTTTCTTGTGCTAATTCTTCTTTC +ATTTTTTCTTCCTCTAACCTCAAGTTTATGTCTACAACATTATCATCTTGGTTAGTTTCA +GTTGATTCTTCAGCATTTACTTCTTGAGATTCTATCTCTTCGTTAACTGAAGTATCCTTT +TCATCTTGATGAATATTTTTTTCCAAGATACTGCACCCCTCAATTTTATTTTTTATTATT +AATCAGTAAGTTTATATAACTTATTATAGAATATATTCTAGAATAGTCCATTCTAGTAGG +TCCTATAAAACTTATACGTCCTACTGAGTTTTCATCTACCTTGTATGTTGCTGTAACTAC +ACTATATTCTTGAGCAGCCTTTACATCATTATCACTACCAATAATTATATTAGCATTTTC +CTTTAATATTCCCTTAGATTTAGTCATCTTAGTTATATTTTCTTTTTCTTCTATCATATT +AAAGAACGATCTAGCTTTTAATACATCATTAAATTCTGGATAGCTAAATATATTAGTTGC +TCCACTTAAAGACATTGATAACTCTTCATTTGATAAGTTTGAGTTTAGAGCATTTACAAG +TTGATCTATTAAATTAGAACATTCTCCTATTTCATGCTTTATAAAAGCTACAAACTTATT +ATCTAAATGAGTTATAGTTTTACCACCAAGCTTTTTAGTTAGATTGTCAGATATGATATT +TAGCTTAGCTTGTTCTAAGTAAATCTTAGTAGGGATAGTTTCTTTTTTAATATCACCTTT +ATCAGTAACAACTATTAGCAAGATATTATTTTCATTCATACTCACTAGCTGTATATGCTT +TATAGTACTGTAGTTTACTAAATTTTTAGCAATACCTACAGTTGTATAATTAGTCAGCTC +TGATAGTAACTTTGAAGTTTCATGAATAAGACTTTGAATATGATTAATATTATTTTGAAC +ACATTTTTCAATCATGATCTTATCTGACTCATTCAATTCACTAGTTGCCATAAGTGCATC +TACATACAACTTATAACCTTTTTCTGTTGGTACCCTACCAGCAGATGTGTGAGGTTGGAT +TAAATATCCTAGTTCTTCTAGATCAGCCATTTCATTTCTTATAGTCGCTGCACTTACGCC +TAGATTATATTTCTTAGATATAGTTCTAGATCCTACAGCTTCTGCTGTATCTATGTAGTC +TTTAATTATAGCTTTAAGGATATTGAGTTTCCTTTCATTTAATTCCATCTTGCACCTCCC +TGCTGTTAGCACTCATTCTATTCGAGTGCTAAAAAGATTATATTTATTTTATATCACTAT +AAATTTATTTTGTCAACACTTTTACTATTAATTCATAAATTCTATAAAAACTGTATTTGA +TATTTCTCTTCCTTTTTGTGTTAATGCCATGTTTCCTTCACTTAATTGAATTAAATTCTT +CTCACTTAAATCTTTTATTTGCTTATGATACTTTTCTAAAAAATCTATATTAAATTGTTT +TTTAAAATCATCAAAACTTATTCCTTCATTCATTCTAAGTCCCATAAATATCTTTTCTTC +TATTTTATCTTCGGTATTAAGAATTTCTTTGCTCTCTATTGGTCTTTCATTTTTCAGCAA +TGATTTATGATATTCATTTAAATCACATAAGTTTCCATATCGAGTATTCTTTATATATCC +CGATGCCCCTGGACCAAGGCCAATATAATGTCCACATTTCCAGTAAAGTTTATTATGCTC +ACATTCAAAACCATTCTTTGAATAATTAGAAATTTCATATTGCTTATATCCTTTAGACTT +TAAATAGTTTATTGTATACTCATACATATCAATATCTGTATCCTCATCCATAAGTCTAAA +TTCTTTTCTTTCATACATATTATAAAGCTCTGTACCTTCTTCTAATATTAAAGAGTATGC +TGATATATGAGTTGGATTTAAATCTGTTATTTTTTCTAAACTTTCTTTCCAGTCATCAAA +ACTTTGATTCGGAAGGCTGTACATCAGATCAACATTAATATTATCAAATCCAATCTTTAA +AGCTTCTTTATAATTTTTCTCAAACTCTTCATAAGTATGTATTCTACCTATATATTCTAA +GTGATTATTTTGGGTAGCTTGCAGACCTATACTTAATCTATTAATACCTGCATCTTTCAT +ATCTTGTAATTTTTCTAATTTCAATGTTCCTGGATTGCATTCAATAGTAATTTCCGCATC +CTTTTTTATATTAAAGTTATCATTTATGCACTTAAATATGTATTTAATTTCATCTCCACT +TAATATACTTGGAGTCCCTCCTCCTAAAAAGATACTCGTTATTTCTTCATTTTCATCTAT +TTCACTTTTATATAATTCCATTTCTTTTTTTAAGTCTTCTAAATATGTATTTTTTGAAAT +TCTATCTACTTTAAAGGAGTTAAAATCACAGTAGTTGCATTTTTTCACGCAAAAAGGAAC +GTGTATATATAACCCAAACATTAGTTCACCTACTTTCATCTTTATTAATTTTTTAATATT +ATTATAAAGTTTACTTTACTCTATAATTTACCATATTTTTCGCAATCTTATCTCCCTCAA +TTTAAAAAAGACCAAATTATAAGTATAAAAGTATTATATACAAAACTTATAGTTTAGCCT +TTTATTTATTTTTACCCAAATAGGTTAATTCTAATATCAATTTAATTTAGTTATCATTCT +TTTTAGACATGTAGTTATATACAGGTAAACCTATTAGAGTTATTATTATATCTCCTAAGG +CTATTAAAGTCGCAGTTAGTAATTGATTAACTATAACAAATAATCCACCAATTATCGCTA +TCAATGGAATAACAGGATATAATGGTACCTTATATGGTCTATCTAAATTTGGGCTATCTT +TTCTAAGTTTTATCACACCTATAAATGTAAGTATATAAAATACCTATACCATAAATACAG +TTAAGTCAGTTAATAAGTTAAATTGTCCAGATAAAGCATATATGCATGCAAGTATGGCTA +CTAACCATGTTGCATTTATAGGTGATCCTCCTGAATTAACCTTTGATAAAGCGTCACTAC +CAGGAATAATCTTTTACTTAGATAATGTATAAGGAATTCTTGGCTCTGTTAAAAGATATC +CATTTAAAGTTACAGATACTGATATTAGCATTCCTATAGTTATTGTTTTACCTCCAATAT +CTCCAAACAATCTAGTAGCAACTAATGTGGCCGGAGATGTTACTAAAGCTAATTCTGAAG +CACTTGCTACTCTTAAGTAAGCTAATTTTATAATTATATATACTGCCATTACAGTGGATA +ATCCTCCGACTATTGCTGTTGGCACAAATCTTTACCTGGATTTTTCATTTCACCTGCTAT +TGCTCCAACATTTATCCATCATATGCGAATAGCGTTGCAATTAACACATTACATAATGCT +GTACTTGTACTAATTCCTGTTCCTACCATAGGTGTAAAAGGACTAACTTCACTTCTTCCT +TTTACAAATCCAAATATTATTATTAAAATTAATGGTACCAATTTACCAATAGTCGCTATA +TTTTGTATAGTACCTCCAAAAGATGAACCAATATTATTTAAAGCAGCTAGTAGTATTATT +ACACCTAATGCTATTATAAAAACTATTGTCATATTAGTGGCTGTATAGCCAAGAAGTTCT +GCACATTGCTGCACAAAAATTACAGCTAGTACAGCTGAAGTACCTGGGAAAATAATACAA +TTTGCATCCGACCTGTTAAAAATCCTAATTTTTTACCCTATATTTCCTCTATATATACCA +TCATACCACCAGTTCTAGTTATAGCTGCTGATACTTCTGCAGCTGTAAGTCCAGCCATAA +TGGTTATAAATCCACCTAAAATCCAAGCTATTATTCCTAATCCAGAAGCACCATTCGTTG +TTGCATAGATAGCTTGTGGTTTAAAGAAAACACCAGAACCAATTACTAAGTCTATAACTG +TAGATAGTGCAGTTCCCAAACCTAGAGTTTTCTTAAATTCATTACCATAAGTTGCCTCAT +TACCAAATTTAATAAAAATTATATATTTTTACATATTTAGTATTACCAGCTTTACCTTAA +TTATTAAACTTAATAATTTAAACTTATATACTAAAAAAGATGTATAAAATTCAAAGAATC +CTATACATCTTTTTATTTATAATTATTTATAATTAATCATCTAACTTTAGTACAGACATG +AATGCCTTTTGTGGAACTTCTACAGATCCTATTTGTCTCATACGTTTCTTACCTTCTTTT +TGCTTTTCAAGAAGTTTCTTCTTACGAGAAATATCTCCTCCGTAACATTTAGCAAGAACG +TCTTTTCTAAGAGCACTTATAGTTTCTCTAGCGACTACTTTATTTCCAACTGCAGCTTGT +ATTGGAACAGCAAATTGATGTCTTGGTATTTCATTTTTTAACTTTTCACACATAGCTTTA +CCTCTAGGATACGCTCTACTTTCGTGAACAATGAAACTAAGTGCATCTACCTGTTCTTTA +TTTATTAATATATCAAGCTTAACAAGATTAGAAGGTACATATCCTTTTATTTCATAGTCT +AATGAACCATATCCTCTTGTTCTTGATTTTAATGCATCAAAGAAATCATAAATTACTTCA +TTTAGTGGAAGATCGTAATGAAGCATAACTCTCTTTTCATCTATATACTCCATATTTAAC +ATGTTTCCACGTCTTTCTTGACATAATTCCATAACAACACCTACATAGTCTTTAGGAACA +ATTATATCACCTTTAGCTATAGGTTCTTCTATCATTTTTATTTCAGACACCTCAGGTAAG +TTCGCAGGGTTTTGAACCATTACGATTTCACCATCAGTTTTAGTAACCCTGTATATAACA +GAAGGCGCAGTTGTAACTAGGTTAAGATCAAATTCTCTTTCTAATCTTTCTTGGATTATT +TCTAAGTGAAGTAAACCTAAGAACCCACATCTAAAACCAAATCCTAAAGCAGCAGACGTC +TCAGATTCAAACTCAAGAGCTGCATCATTTACTTGCATTTTTTCAAGAGCATCTCTAACA +TTTTCATATTTCTCACCTTCACCTGGATATATCCCACAGTAAACCATAGGAGTAGCTTTT +TTGTATCCTGGTAATGGCTCTTCAGTAGGGTTATTTGCGTCAGTTATAGTATCCCCTACG +TGACAACTTCTTATATCTTTTATACTTGCAGCAATATAACCAACATCTCCTGCTGCTAAT +TCATCAAGTTCTCTCTGACCAGGAGCCATAACACCAACTTCTGTTACTTCAAAAGTTTTG +TTAGTGTTCATCATTTTTATTGTCATACCTTTTTTTACAGTACCTTCATAAACCCTAACA +TAAGCTACAACACCTTTGTATGCATCATAGTATGAATCAAATATCAATGCTTTTAAAGGT +GCTTCTTTATCACCTTGAGGAGCTGGTATATTTTTAACTATAGCTTCTAATACATCTTCT +ATATTTAAACCACTTTTTGCAGAAATTAATGGAGCCTCGCTAGCATCAAGACCAATTATA +TCCTCTATTTCTGCTTTTATTTCATCTGGTCTAGCACTTGGTAAGTCTATTTTGTTTATT +ACCGGTAATATTTCTAAATCTTGATCTAATGCTAAATAAACATTAGCTAAAGTTTGAGCT +TCGACACCTTGTGCTGCATCTACTACTAATAGAGCACCTTCACAAGCAGCCAAACTTCTT +GATACCTCATAGTTAAAGTCTACGTGACCTGGAGTATCTATAAGATTTAAGAAATACTCA +TTTCCATCCTTAGCTTTATAAACTAACCTTATATTTTGCAGCTTTATAGTGATTCCTCTT +TCTCTTTCAAGATCCATGTTATCTAATAACTGATCCTTCATTTCTCTATCACTAACAAGA +CCTGTTTTTTGTATTAATCTATCAGCTAAGGTAGACTTCCCGTGATCTATATGTGCTATT +ATACTAAAATTTCTAGTTCTACTTTGTTTGTTGTCCACCTTTATTCCTCCTTATTATTAA +TATCATAGCTTTTATTTTATAATATATCCGCATTTATGTAAATAAAAGTTATCTTATATT +TTCTTAATATAAAATAAAATTTTATATTAAAATAAGACTTAGTATTGTTCTAAGTCTTAT +TTTGTTATTTATTTATATTTTTTGCAATATATACTCATCTAAAACTTTCAATCTTACCTT +GTATATATGGTTGTAACTCTTTTAATGATTTTATAGTCTTTTCTATATAAGTTTCATTTC +CTAGCATAATATTAGCATTAGTATCAATAATTATTAGGCATATACTACAAGTTATAGACA +TTATTAGTATAAATATTATCCTATAAATAAATCTTCTTTTTCTTTTTTTATTTTTTCTTT +CTATATTTTTTTCTAGACGACTCATTCTAAACTCCTAAATAGTTATATCTATTTAAAATA +TGAATCTAGTATATCTGCTATATACTTCGTACTAGCACTAGCTTCTTCTACACTTACTGC +GTTACTTCCAACTTCAATTAATATACCATTTTTTGCCATATATTGATTATATCTACCGTA +ACTTTTCTTAACTACAGGTTTAGCTATTCCAGGGTATTTTTCATTAGCTAAATTTGTAAG +ATCTGTTGCTATTTTCATAACTTCATCTACATTCTGGTTTTTCATGCCTACTACAAAACA +AATTTTAGCTACCTTTTCTCCATTTATAGTTGTTGTATAATTTTTATTTGTTTCTTCTGT +TACATTTGTTGATGCATCTCTATGTAAGTCTATAGCAATATCTACACTATTATAAGTAGA +CAGCATTGATTTTACTGTTTTTAAACTATTAGAGTATGAGTTATTATATGATGGATTATC +ATGTATCGTTGTATTATGTACTACTCCCCATCCTTTATTAGTTAATTGTGTTGTAAGTAA +ATTCCCTATTTTTATTACTGAATTCTCCGGGTCATTTGAGTGATAATTTCCAGTAGGTGA +ATTAGAGTATGTCTCACAACTATGTGTATGGTATATCAATAATCTTGGATTTGCACTTGT +CACTCTAACATTGTCCTTGTATTCAGTTAAAAGTGATGCTTCACTTTCATTTTTTTCTTT +GCTTTCGCTACTATTATCATTTGAATTTAAAGTAGGTATATTTTCTTCACCTATGTGTAC +CTTTATATAATCATCATCATTATCATTTTTTTCATCATCATTATTTTTTGTACTCGCTGA +CTCTTTTTCTTCATTTGTATTAGTTTCTGGGTAAGAAGAATTTATTAGATATCTAAAAAA +ATCTTCTTTATCCATAGCAAATGATGTTGTAGGCAAGATACAAATTAACACACAGGCTAA +TAATTTTGCCTTAATGCGTTTTTTTCCCATTGTTTTTCCTCCTTATTTGGTTATCCTTCC +TGGATGCAATGCTCTATTCAACCCTTCACTTATTATTATTGATAAGTTCTCTATGGTTTC +ATCTATGTCTTTAGGTGTAACGATTAAATTTTTATCGTATGGATCTAGTGAATCTTTTAT +TAATTGATACTTTTCTCCTTCTTTTAGTTTTTTCAACATATTATAGAAGTTCTCTGATTC +CTTTGATTCACTCATTAAGTTGTCAATAGCCATATCTAAAACATCACTAGTTAAAGTTGC +TGCATCTACTACAGTAGGTACCCCTATTGCTATAACATCTACACCTAAATATTCCTTATT +TAAAGCCTTTCTTTTATTTCCAACTCCACCACCTGGGGATATTCCAGCTGTTGAAATTTG +TATGGTTGCATTTACTCTTTCCATCTTTCTTGATGCTAGGGCATCTATAGCAACTACTCT +ATCCGGCTTAATAGTATCTACAATTGCCTTTACAGTTTCACTGGTTTCTATTCCTGTAAT +TCCCATAACACCTGGGCTAAGTGCAGCTACTTCTGTAAAATCATCATCATAATCTTTATT +ATAATTTTTAAATATATGTCTAGTTACTAAAGTTTTAGATACACTTCTTGGACCTAATGC +ATCAGAAGTTATATTCCAGTTTCCTAATCCAATAATTAAAGTTTTTTTAGTTTTGTCAGT +TCCAAAAACATCCACTAATTCATCTTTTAAATACTTTATCATCTCTTCTCTTGATTCATC +GTCATCAAATTTCATCAAGTTACTTTCCAATGTTATATAGGTTCCTATTCCTTTATTCAT +TATCATTGAGCCTTGCTCATCTATAACTTCCACTTTCGTTACAATACAATTATCTAATTC +CTTATTTTCAACCTTTACTCCAGGTAATTCACTAGTATCTTGCTCCTCAGCATACATTTC +TTTAGCTTCCAACGCTAAGTCTGTTCTTATATTAATCATCTTAACCTCCCGTATTAATTG +AATGATATTTATAAGTGTTAACAAATTTTAGTATTCTATAACAAAAATTATAATTTTGTA +AATATTGAATAATTAAATTATATATTGTAAATTATTTTTATATAGGTTATAATCTTAAAA +GTCAAAAATAACAGATATTATTAAAATAAGATTATGAATAAATTATCCTTGATTTTCAGA +TTTATTTCTGTTAATATATAATATGTTGACGACGAATATAATAAAAATGTACGAGGGGGT +GAACTCACATGGCAAACATAAAATCAGCTAAGAAAAGAATAAAAGTTATCGAGAAGAAAA +CTGCTTTAAACAGAGCTAGAAAATCTCAATTAAAAACTGCTATAAGAAGATTCGAAGAAG +CTGTAGTAGCAGGAAATAAAGAAGAAGCTACTCAAAGATTCCAATATGCTCAAAAGAGAA +TATCTCAAGTTGCATCTAAAGGAACTATACACAAGAACGCTGCAGCTAGAAAAATAGCTA +AATTAGCTCAAAAATTAAACGGAATGAACGCTTAATTCTCTGTTTATAATCTTTATAGAT +ATAACCCTTGATTTCTTATCAAGGGTTTTTTACATCATTTTAATTCGCTTAACTAATAAA +ATTCTTTTTTATATAAAAAGTACCTTAGATTAAAATTCTAATCTAAGGTACTTTTTATTA +GCTAACTTTTCTTTGACAATATTTACTAACCAATATTTCTACAGCTAGTGTATCTTTAAT +TAATCCATTCTTTATTTTATAATCACTTTCTAAAATATAATTCAACATATCTATTATTAT +CTCATCTGAGAAGTTAGAAGCTTGTTTTAAAGCCTTCCCTACTACAAATGAATGTAATTT +TAGCTTTTCTGAAATAACTTTACTTGTATATCCTTCAGACTGAAATTGTCTAACTTGCAT +AACGACTCTAAACTGCTTCGCAATCATAGCAAATATACCAAGTACAGATTCACCTTCTTG +AACCATATCATTTAATATTCTAATAGCATTTGAAGAATTTTTTTCACCTATATAGTCAAT +TAATTTGAATATATCATTTTCTACCTTTTTTTGAGATAATTTATCTATAACCTCATTAGT +TACCTGGTTTCCCTTACCTACAAATGAGCTTATTTTATTTATTTCATTATCTAAATCAGA +TAAAGTTTTTTCACTACTTTTATCCCTATACCCTTCAGAATCTATAAAGTACATAATTTG +AGAATTTTCTATTCTAACTTCTCTAGCTTCAAATTTCTTTTTTACCCATTTAAATAAATC +CATATCAGATAACTTATCACAATTGCAAACTATTCCATTTTTACTTATCTTTTTTACTAT +ATTTTTTCTTTTATCTATATCTCCATAAACAACAAAAACTAAAATTGTACTTTCGGGTAT +ATTATCTAAATGATCTATTAGATATTTTTCATCACTATCAGTAAAATTTTTCTTCTTTCC +TTTTAATAATTCAAAGTCTTTTATTATAACTATTTTCTTATCATCCATGAAAGGAAGCGT +CTCTATAGAGCTTATAACTTGATCTAATATAATTTCCTTTCCATCTATAATATCTAAGTT +AAAATCTAACATACTTTCGTTCAAACTATTTTTAAAAGCATTTATAGAATTTTCAATAAG +ATAATATTCTCTCCCATAAAAAAGGTACATATTTTTGAAATCTCTATTATTAACACTTTT +TATAATATCCTTGTAATTCATTTTCTTGCTCCTTCATAATCTTTAGTTCGTTATAAATCA +TATACGAAAACAGTATTATGTAGTATATAATAACACAATACAATTTTGGATTATCTATTT +CAATATAAGCAAAATTAAATGTGCTTATCTTACTTAATAAATAATATATTATATCTATAA +TATATTTATTAAAACAAGCTATTAACTTTGCTACCCATAGGTTTATTCTAAATATAATTA +TACTTGCAACACTTAAATATATTATAACTCCCATAAAAGGAACAATTATCATGTTACTTA +CTATTGTGAGTAATGGCACTCCTTTAAAATTATAATATACCAATGGTATCGTTAATATAT +TTGCAGATATAGTTAATGATACTAAACTAATCTTAAATATCTCATTTATATAACCATAGA +AGTATATTATAGACAATGTAGCAAGAAAACTCAATTGAAAACTTATATTATATATAATAT +AGGGATTATTTATTATAAAAAATATTCCTATTAAGGATAAAGTTGATATACCATCTCTCT +TTCTTTCTAAAAATACAGATAAGTATAGTACAATCATAAAAAATATTGAACGGACAATAG +ATGGAGATGAGCCTACCATTAAAGAATATAAAATCATCAACATAGATAAAATTACTAGCT +TATAATATCTATTTATTCCCCCCATGATAAAAGCTATCATTCCACATAATAATCCAGTAT +GAAGTCCAGATATAGCTATAATATGGCTAGTTCCTGTTCTAGTAAATATCTCTTTTTCTT +CTTCACTTAAATATTCCTTTTTACCTAAAATTATAGAATTTATAAAATCTGATTTCTCCT +TATATAAATATCTAAATGTATCCTTTATATATTCTTTTATATTGCCTATAAATAAATATA +TATTACTATTATTTATTATTTCATATTTATCTATATATATTAGACCTTCATATCCTACAC +TTCTTATATACCTTCCGTAATCAAAATTTTCAAACTTCATGTTATCTAATGATTTATATT +TACCATTTACTTTTACAACTTTACCAATATCTAAATCTTTATTTTTGCTATAGTCATTTA +CTAAAAAATTACCTATCTTATATTGATCATATCTCTCTTTTTCAATTTTATCTTTTACAA +CCCCTTTAACTATCACTATTTCATTTTCACTAAATTTATCATCTATTGTTTTATTTTTTG +TATAAATAAACGATATAGACAATAAAATTATATACATTATGAGCAATGGTCTTCTCATTT +ATCCTCCTAATGTTTTTATTTTTTATTATCATCACCTTGAATTTTTTTAAACCGCTTTTA +CCATATTCATTTGACAGCAGTTTAAATATTTTTTAACTACTTAAAAATAGTAATTCGCTT +GAGCAACATGTTTGTAAAACACTTCAAGTTTAGTAGTTTAGATTATAAATTATCCACAAA +TTATATAATTTATAATCCCTTAATATACAAAAAAAGTGCCTTATAGCACCTTTTATATGT +ATTCATTTATATAATTATCTTTTTTAGGAAATACTGTATTTAAAAAATCTTTTACTTTTT +TATTCTCATCTAAATTATTTAAAATAAATGCTTCTGAGGCATCTATATATGAAAATGCTA +ATTGCGATATAATATTAATGTTAAACTCTACTTCATATTCAAAATTACCTTTTTCTATAT +TCAACTTTTTATCTTTTAACATTATTCTAAAAACTCCATTATTCTCTTCAATAAAATCAT +CTATAATAGATATATTTATAGTTTCTTCTAAGTTGCTTTCAATATCCAAACCTTTTAAGT +ATTTTTCTAAATTTATAATCCTTCCCATCATAAAAGGTTTTATTTTTATTGTAGAGTTTT +TAGGATTATCTAAAATAAATCTTATTTTATCATTTATAGGCGTTGAAATTGTTACAGATT +TACATTGAGTATTATGATTATATATAAACTTTAACATAGACTTTAATGAGTCTATATTTT +TGTAAAATAATTCTCTTACAAACATATTATCATCATTCAAGAAATATATTATATACCCAT +CTATTTCTCTGTCTTGATGAATGTATATATGACCATCTTCACTTTTTACTTCTTCGAATA +AGTTTTCATAATATGATTTATCTCTTTTTATATTTCCATTTACATCATCTAAAAATGAAT +TATGTATATCTACAAAGTAATCTAAATCCCTCAAAGTAGCTTTTTTCATTATCCCCTTTG +ATCTAAAGGATTTTAAACTTTCTATATCAATATTATACTCAATTTGATCATAACAATGCT +CATACCCATATTTTCTATATAACCGATAATCTATAGGCATTAAAATTGATATCAATTGAC +CTTTTTTGTATAACTCTTCTAAAGTAAATTCCATTATATTTTTCATATAACCCTTACCTC +TTACCTGAGGCAAAGTTGATACGCCTACTACATAAGATGTATCATAATATTTATCATTCA +AATTAATCTTATATTGATTTAGCTGTAAAGATGAAACAATCTCACCATCTTCATCAACTA +CAACCGTATTGTACCTATCATATCTATTTTTAAAATAGTAATCAGTAAATTTAGGACTAT +CATTAAAACAATAGTCCCAAATTTCTCTTATACTATCTTTTTCATCTTCTTTAGCATATC +TTATTTTCATAATTTATGCCTCCTTAACAGTATACTTTTCAACAAATCGAATTGGATGGT +AAGAAAGTTTTGCTTTTCTAAGCCCAGGTATACCTAAATCTTCTTCTCTATTTACAAATT +CAACCTGACTAAATTCATTTACTAAGAACTGTTGATTTATAAAAGGATACAATCCTCTTA +TGTCTGGATTTGCTTTTTCTATATGAATTAGTGCCATATTAGGATTTAAAAGTTCTCCAA +TAGTAAAGGCTTCTAATTTATTATCTATAAATATTCCACCTACTTTTATACCATCTTTTA +AAATATCATAATGGCTAAATATTTTTTTTATACCTATCAGCTCTTCATCCATACTATCAT +CATATTCATTATTTTCTTCTTTATTATTAGCCCATTTCTTCACTAATTCTAAGCAAGAAT +TAAAATCTTCTTTGTTTAACAATCTATATTCAAATCTACCTTCATACTCTTTTAAAAAGT +AATTTATATGATTTCTTTTCTTTTGATTTTTTCTACCACCTAAAGTTCTCATACTTTCCG +CATCATATACATAATCAAATAAATCTCTTTCTTCTATATATTCGAATTTATCTTTATAAT +TTTCTTTTAGATAATCCACTATTTCCTGAGTTACACCTCTAAAATATAATTTTTTATTTA +CATTTTTAAAGTAATCAAATACAAAATCTATTACTTCGGGAAGTTTTTCCTTCTTAGCAA +GTGGTAATATTGAGAATGTATCACCTTCGTATTCACCTACAAGAACAGCAAATCCATCTC +CTATATAATAGCCTGTTTTATAAAGATGTTGCCACATATATAAAGTTGCAAAACAATATT +CACATGCTTCATAATTGACCATGTCAAAATAAGTCTGTAATTTTTCTTTTGCACTTATAT +CTATGTCTTTAAAGACTATATTCTCTTCTCTTTCCTTAACACACATATCTATATTTCTTA +ATAACATAAAATCCTCCTAGCTTTAATGCCCTCATTAAAGTCTATATTAAATAACCTATT +TTTTGTTTTTATCGTATTAACTTATACTTATTTGTTTAAAATAAAAATTGATAAACTTTT +ACATGTTTATATTACCCATATTATATTTTTATAAACATGTAAAGAATGGTGGTGGTATTC +ATATCCAAATTTTATAAATTTTTACTAATAATTATTATAATAACACTTTTATCTGCTTGT +GACAAAAAAGAAATTTTATCTATACATATCATCGATGTTGGTCAAGGTGATAGTATACTG +ATAAATACTCCCTCTAATAAAAAAATTTTAATCGATGGAGGAAATGAAGATAGCGAACAT +ATAATTAGAAACTATTTAAGAAAAGAAAAAATAAAGACCTTGGATATAGTTATAGCAACA +CATCCTGATTCTGACCATATAGGTAGTTTAGATTATGTTGTAAATAAATTCGATGTAAAA +AATATTTATATGCCAGATCAAAATACCGATAGCTCTTCTTACAAAAACCTTATTAAAGCT +TGTAAAGATAAAAACCTAAATATTAATTATTTATTTAAAGGTGATATCTTGAATGTAGAT +GAATATATCGATTTAGTAGTTTTAAGTCCATCATATATTCAACAAGATAATAATTTAAAC +TCAATAGTATTCAACTTAAACTACAAGAATAAATCATTTTTGTTTACAGGAGATTGTGAA +GAGACAAATGAAATTGATATTATAAATTCTTTTGATTTAAATGATGTTGATTTTTTAAAA +GTTGCTCATCACGGTAGTAGTTCCTCTTCTACAGCAGAATTTATAAAGAAAAGCAGCCCA +GATGTAGCCGTGATATCTTGTGGGTATAAGAATCAATATGGACATCCCCATCAATCTACA +CTAGATACATTAGAAGAAAATAATGTACTAACATATAGAACTGACATTAATGGAGATATG +ATATTCTACAGTGATGGATCAACAATTACTACAAAACATAAATATAAAGAATAACCTATT +GGGACTATAAAATTTAAACAATAATCAAGAATGGCTTAATTACAAATTATTTTTATATAT +GCAAATATTGCATACATAGAATAGTTTTATAATTAAGCCTAAATCAAAAAATTATTTAAT +TAAATCATTTATAACTACAGATGCTATAATTAATCCACCTACAGATGGTACAAATGATAT +ACTTCCTGGAGTCACTTTCTTACCGTTCATTATTTTATGCTTTAATTCAATAGGTTGTTC +TGTAGAATAAACTACCTTTAGCTTTTTTATTCTTCTATCTTTTAGCTCTTTTCTTATAAC +CTTTGCTAATGGACAAGTATGGGTTTTATGTATATCTGTAACCTCTATTTTAGTAGGGTC +TAGTTTATTCCCCATTCCCATAGAGCTTATAATATTAAATCCTTTTTCTTTACAAGTTTC +TATTAACTTTATTTTAGATGTTACCATATCTATTGCATCAACTACATAATCATATTCTTC +ACAAAGAATCTCCTCACTAGTTTCTGCATTATATAAATTTTTTACAGCTCTTAGATTTAT +ATCTGGGTTTATATCTAAAATTCTATCTCTCATAACTTCAACTTTACTTTTTCCTACGGT +AGAATGAAGCGCTGGTAACTGTCTATTTATATTGGTTACATCTACTTCATCAAAATCAAC +TATTGTTAAATTTCCAACTCCTGCTCTTGCTATTGCTTCAGCTGCAAAGCTACCAACTCC +ACCTACTCCGAAAACTATAACCTTCGAATTTTTTAATTTTTCAATTCCATCTTCACCAAT +AATAAGTGAAGTTCTCATTGTAAAGTTCTTTTCCATATTATGACTACTCCTCTGTCTATT +TATTTTTTATTAACAGAATATATTTTTCAATTAAATCCAAAACTATAAAAAAGGAGGGTT +AATTTGAAAAATTTAATGATTCTGTTATTAATGTCATTTTTCATAGCAATAGGTATTCAA +GTACCTAATAAGTATAATTTCGATAAATATGTATCGATGGCCTATGATAATATTGTTAAT +TACAATAATGATAATTATACTTTAATAGTTAAGATTTTAAAAGATGCAAATAAAGATACA +CTTATACCTTATGCTAATTTAATAAACTTAGAAACTATTAAATGTATACCCAATAATACT +TCAAATAAAATTGCTTATATCTTATCTTTGCCACAACAGTTCTCATTTATAGCAATTTAT +GATACTATCGACAATAGCAATTACACTTTTCAAGGTATTATTGATAATCTATCTAGTATT +AAAAATTTTTATTTTTATAAAGATTTTATTGTAGTAGAACAATCTGATTCTAATCCATCA +ACAAATTTCACTCAAAGAGAATTTTTAGAAATTTTCTTTAATAAGAATAATACTTATATA +CCTGTATTTAACAAAAATATCTATATGGAAAAAATAACAAAGGACACAAGCCCTAATAAT +AATGAAGTCACAAAAGAAATCGAAATCTCCTCAATAGATTATCTAGAAGGAGATTTGCCT +AGAGTACTTTGTATCAACACGATAACATCATACAGAGGTATATATGTAAATTTGACAAAT +TCTTATGAGTTTATAGAAGATAAAAAAACTACGCAAAAAGAAATTTATGAATGGCATCCA +GATATGGAGTGTTTTTCTATAAAAAAAGAACTCTAAATAGAGTTCTTTTTTATTATTGGC +GGGAATGCGTGGGAATCGAACCCACCCAAGAAGTTCCTAACTCCTCATACTAGTTTTGAA +GACTAGAGGGAACACCAGCACCCATCCACCCCCATATTATTTATTATAAAATTAATAATA +TCATCTTTTCTTATTTTTATCAATAAATTCATATTTTATTAATTTTTCTTTTATTTTCTC +CAAAATAAAATGCCCAAATATAATTATCATTTGAGCATTCCATTTTTCTATAATATAATT +TAATTTACAATATATATATCTATAGTTTTTCTTCCCCAATTATATACAGAAGATTCATCA +TTCATAAATATATCAATTTTATTTCCTTTTATAGCACCTCCACAATCCTCTGCTATAAAT +GTCTTGTTAAATTGAGGTATATAAACCTTAGTTCCATAAGGTATAACCTTTGGATCAACA +GCTATAGTTCCCCATTTTGGCTTTTTACCAGTAGAGGTTATTGAATCTCCAGTATAAGCT +GTTGCTACTACTGACATATGCTTACCTTTACTATTAACATTTGAAGAAATTTTTCTTGAA +CTCTCCCCTCTTGATGATGCCACTTTTACTTCTTCAACCTTTGTTCCTTTTTTTACTATT +TTATTAATTGGTTTTTCAGAAACTACTTCTTCTACAAATATTTTTTCTACTTGCTTTCCG +TTATGATAAGTAATTTTGTAGACCAATTGATTTTCTCCAGCCTTACCTTCTTCTTCTACC +TTAGTTTGTCCCTTTAATAAATCTTTATCCTCTACAACATTAACCTCAAAAGGAACACTC +TTGCTTTCTTTTATAACTTCTTCTGTAACGTTTATTACCTCTATTTCCATACCGTCATTT +AATTTTTCATCTAAGTTTTTAGTTACTATATCATTATTGTCATATTTAACACATTCCGCC +ACTAAAAGATCTTGAACATCATACTTAAATGTAGATATTTGTTTTTCTTCTCCATTAACA +ATTAATGTTACTTCTTTATTTAACTTTGAATATCCACCTAATATAGTTATTGATATCATA +CTGGTCAGTAATGCAATTTTTATCATCTTATTCTTTTTCAAATTCATAATTTTCTCCTCC +TAAAAGTTTATTCTTATATTAAGATCATCTATCTTATACTTATTGACTGAATTTTTATAT +TTTCGCTTCTTATTCATGTCTTCGATAAACAAATTGTAACCATTTTGATACTTTTTGTCA +ACTTGACAAAAAAAATAAAATGTGCTTAATTAGTTTTTTCAACAATTTAAGCACATTTTA +TCTTTGTAACTTTTTTGTTACTTTTTATGAAATTTTGATACTATTTTATATAAATATTTT +TATATATTTGGTATTTGCCAATCTATAGGTGTCTTACCTAGCTTAATTAAGATTTCATTT +ATTTTTGAAAAATGCTTACATCCAAAAAATCCTCTACTAGCTGATAATGGACTTGGATGT +GGAGCTTCTAAAATAAAATGTCTATTTCCATCAATAAATTCTTTCTTTTTTCTAGCGTTT +GCTCCCCAAAGAACAAATATTACTGGATCTTGTCTTTTATTAAGTATCTTAATTATCTCA +TCAGTAAAAATTTCCCATCCTTTATTCTTATGGGAATTAGCTTCATGAGCTCTAACTGTT +AAAGCTGTATTTAATAATAATACACCTTGATTTGCCCAAGGTATAAGATAACCATTATTA +GGTATATAGCATCCTATATCATCCCTTAGCTCTTTATATATATTTAATAGTGACGGCGGG +ATTTTCACCGTTAGTTGGACAGAAAAAGCTAACCCATGAGCTTGCCCCTCTCCATGGTAT +GGATCTTGACCTAAAATTAAAACTTTAGTATCTTTGTAAGAGGTTTGTCTTAAAGCTTCG +AATATATTATCCTTATTTGGGAAAATTAAATTCGTTTTATATTCATTTATAAGAAATTCT +TTCAATCTAACATAATATTCTTTTTCAAATTCTTTTTCTAATAAATAATCCCAATCATTG +TTTAGTCTTATCATATTTACACCTACTTACCTTAAATTCTTTTTATTCAGATATTACATC +TTCTTTATTGTCTGCATTTTCTATTTTTTTTACTTTTATTACAACCTTATTAGGCATACA +TACAATTCTTTCGCTTACTTTACTTATAAAGCCTGTATTTACACAAACATTATCCTCACA +AGAAGCATCTACTATTTCAGCCCCACCATCATGTATTTTTATGTGGTTATATCCAGAACC +TATCTCTATCATCAAATCTTCTTCGGCATTAATTGATACAGTTTTGTATATTTCATTGTT +AACGTATATTTCTATAGCCTCTGAATGTTCTTTATCAATATTATTATTTACTATAAAAAG +AACTATAATCAAAAATATAATACTAATGACTAATAAAATATCTTTTTTCTTCATTTCTAC +CCCTCCTGGAAGATTATGCTATAATTAAATATAACATAAATTATCGGAGGAATTACATAT +GAAAAGAAAAAAAACTCTTCTTATATCTACTACTATAGTCCTTGTTATAACCTTTTTACT +ATACATTTTTTTTAATACAAAAAATAAGTATAGCAAAGAATATTACTATCTAGGGACAAT +CAATGAAATAACCATTTTAGGAATGAGTAAATTAAAGAGCGAAAAACTTCTCAATTACTG +CGATGATATTTTGAGAGATATAGAAAACAAAATGAGTGATACTATACCAGGTAGCGATGT +ATCTAAAATTAACAATAACGCTGGAAGTAATTTCGTTAATGTATCTGATGATACTTTCTT +TGTTATAAAGGAAGCAATTAAGTATTCAAATCTATCAGATGGCAATTTTGATATTACAAT +AGGACCAGTCTCTGATTTATGGGGAATTGGAACTAAAAATTCAAATGTACCATCGACAAA +AGAAATCCAAAGCATATTAAATCTAGTAGATTATAAAAATATTATTTTAGATGAATCAAA +TAAATCTATTAAATTAAAAAAAAGTAATATGAGAATAGATTTAGGAGCTATAGCTAAAGG +ATATGCTGCCGATATTATAGTCGATTACTTAAAATCAAATAATGTAAAAAGCGCTATAAT +TAATCTAGGTGGAAATATATATACTTTAGGAAGTAAAAATAACAAAGAACCTTTCACTGT +GGGTATACAAGATCCTACTCTACCTAGAGGAAATTCCATTGGAAATATTAAAACTACCAA +TAAATCAGTTGTTACTTCTGGAATTTATGAAAGATATATTCAAAAAGAAAATAAAATTTA +TCACCATATTTTAAATCCATCTTCAGGATATCCATTTGAAAATGAACTAAGTAGCGTGAC +AATTATATCAAATAAATCTATAATATGCGATGCCTTGTCAACTTCTGTATTTGGACTAGG +ATTAGATAAAGGTTTAGATCTTATTGAAAGCTTAGATAATACCGATGCCATTTTAATAAC +AAAAAATAAAGAGATATATTTAACTTCAAATATAGAAAATCAATTTAATCTTACTGATAA +TTCTTTTAAAATAATAAAAGAAGATGCTATATTAAAATAAATAGAACTAAAAAATACTAG +GATAAAATATAGTTCATATTTTATCCTAGTATTTTTCAGTCTTATCTTACTTTAGCATCT +TTATATACATCTGCCATTTCTACAGTCAATCGTTCTATGTTAGACATACTTTCATAATTC +TCTATGTAATTATGTTCTCCTTCTAATACATTAACATCTATAGTTATAGTAAACTTAGTT +CCTACATTAAGTTCACTTTCAACACTAATAGTGCCACCAATTAAGTTAACCATTGACTTT +ACCATAGAAAGTCCAATACCACTTCCGTATACATTACCAATAAATCCTTTGTTTACATCA +TTAAATCTATCAAATATATGATCTAATTTATCTTCTGGTATTCCTATTCCAGTATCTTCT +ATTATTATATTTATCTTGCCATTCTCATATATAAGATTTACATATATACTACCACCCTCA +CTAGTAAACTTTATTGCATTTGATAAAATATTAAGTATAATTCTTTCTATTGAATTAACA +TCTACAGACATAATTAAATCTTCTACATTTGTATCAAATATAAGACTAATTCCATTATTA +TCAGCATAATTTGCAAATGACATAACTATGTCTTCTATAAGAACAATGATATTTTTATTT +TCTAATCTTAATTGATAAAAACCAGATTCCATTTTAGTAAAATCAATCAAATCATTTATT +ATCTTTATTAATCTATAACTATTTTGTATAGTTAAATCTACATGTTTTTTAATAATTCCA +TGCTCATCAGATATCTTATTTTTATTATATAAATTTCCTATTAGCTGAGCACTTGTAAAT +ATAAGATTCAAAGGTGTCTTTAATTCATGAGACATATTTATAAAGAACTGCATTTTTATA +AGGTCTCTCTTTTCTCTTTCTATAATCTGTTTCTTTAACGACTCTAGCTTTATAATATCC +TTCATATCTTTTATTATGGTAAGTTTAAACGTTTTTCTATTAATCTTAAAAGGTATACTA +GCTACCTGAGTATCTATAACCTCATCATTTTTATCTAAATATTTTATCCTGTAATAATCA +CTAGTTTCACCAGATTTAACTTTATTGAATGTATATTTAGCTTTATTAACATAATCAGGA +TGAATCTTCATAAAATCTGACCTACAAACTCCAAGTTCTTCTTTTAATTCCGATTTTAAA +CCAAATATATCTTTAAATTTTTTATTTATATAAACATATTTATTAGTTTCTATATCTTCT +AAATATATTCCTTCTGGAACTCTATCTAATAAAGCTTTATACATATCTTCACTTCTTTTG +ATTACTTCTCTATTATTCATATAATAAGTAATATCATTATAGCTTATTATAGTATACTTT +TTATCACCTTCATAATAAATTGTAGTTTTTGATTCTAGCCAGATTATATTTCCTTCTCTA +TCTATTCTTCTATATCTAAGTAAGCCATTGTTGTAAAGTTCATAATTATTTCGTGCATTT +GCATTTATACTACTAGCTAGTTGATATAAATCTAAATCCTCTTCATATATTTTGAATTTA +GAAAAAATTTCTTCATATGACTCACTGAATAGAACTATATCATTACTTTCATCCAAAATA +ATTATCGGGCTCTTTATATTAGTTATTAGATCTTCATATTCTTGTTTTAATTCTATTAAG +TTATTTAACATCTTTTTTTCATTAGATATATCTAATAAAATACACACTATTTCATCCGAA +GTTTCATATTTAGAAAACATACATTTATAACACTCTTTTGTAGTTGTTATTACTTCGCAC +TCTATTGAGTCTGCTCCAACACCTAACACGTCTAAATAGCCTATAAATTCATCATAATTA +ATTATCGTATTTTCAAGAGCTAATTGAATATCATCATATTTTTCGTATAAACAAATCTTC +TTTAATGTATCATTGAAATATTTTATATTTTTATTTTTATCAAATACTATCCATCCATTC +GGTGTAAATGGCAATAATCTATATAGGAAATCTTCCTTATACTCCATTTCTTTTGTCATT +TTACCTTGTACTTTAATATCCCTTTGTAGCACATTGCTTACTTGTTGCTGCTTTAATAAA +TGTTCTTCCATAACGTTATTAATTTTTATTTTTTTTATATAAGGATTCATTAAATTAGAT +TCAACTATTATTTTATATATATAATAAGTTTCTAAAATACTTATAGCTTCAAGAAATGCA +TGAACAAAGTTTGCATATATTTCTTCTTTAACTATATAGAATAATCCTATAAAATATAAC +ATTTTTAATAATATAACCCTATTTATTAACTTGAGCTCTTTCTTTTCTAAGTAAGATTCT +TTCTTCTTAATGTAAGCTAAACTTCTCTTTATAGTCATCATCAATAAAATCATATTTACC +GATAATATAAGTTCAAATCCATTAAATTTCATTTGATTAAAGTTTACTATATTTATATTA +TGCTTTATACTAAAGTACATTACTAGAATGAAAATACAATATACAAAATAAACTAATATT +GGATGTTCTTTAGATTTAGATTTAGATTTACGTTTTATTGTTTTTTTATAAAAACTATCA +ATAATAAAAAAAATAGTTGCTGATTCTAAAATATTTTTTATTAATATCAACTCTGATAAA +TATCTGATATTTGAAAATAACAGTATACTACAAATATACATTACATTAGATAAAATATAT +ACAATACCTATTAAATTCACATAATCGAATCTAAAACGACCTATACCTAATGTAAATGTT +ATTATCAATATACTCAATGTTAATCTTAATATAATTGCTGATACCGAGTATAACTGTCTA +TTTGTATAACTTAGATAAATAAGTAGAATAAAAATTACTATATTAAAGATATTTAACAGA +ATAGACGATTTTTTTCCTACCTTGTTCGATCTATTCATACCTACTCTCCCAATCTGCCCT +AATAATATATATCTGAAAACTCTATATTTATTTTTTCTTCAATATCGTATATTGATTTAT +TTTTTTGAGTTTCTATATTCTTAAATTCTGATTTATTTAAAGTTATTATAAATTCAGTTT +CCTTATTTTCTTCACTTCTTACATTTATCTTCCCATTGTGAAGTTCTACTAATTTTTTAA +CTAAAGATAAGCCGATACCACTTCCTTCTGTATTTCTCGAAAGAGTTTTATCAACTTGAG +AAAATTCATCAAATATTATATCTAGTTTATCTTGTGGTATTCCTACACCTGTATTTTTGA +CACTTATTACAACACTCTTATCGTTGTCATATATATTCACACATATCTTACCATTATTAG +GAGTAAATTTGATACAGTTTGATAGTAGATTAAGCATAATTCTTTCGATTTCAGCTTTAT +CTATAAACATATTTATTTCCTCTGATTCTGTATCAAATATTAAACTTATATTCTTCTTTA +TCGCATATTTTTCTATCTTCATAAATAAGTCTTCAATCAACACTACAATATTTCTTTTAG +ACAAGTTTAACTTATAATATCCAGATTCTAATTTAGTTAAATCTATAATATTATTTATTA +ATCTTTGAAGCCTATAAGAATTATTCTTAACTAAAGCTATATGATTATTTACATTTTCAT +TATAATCATTAATTTTTTTATTCTTATTAAATGATTCCAATAATTGATTAGAGCTGAATA +TTACATTTAAAGGAGTTTTTAACTCGTGGGACATATTTGTAAAAAATTCAGTTTTTATCT +TATCTATTTCTAATTTTTCAGATAGTTCTTTTTCGACTAATTCAGTTGTTTTTTTATCAG +TTAAATCTTTAATTATCAACATAACATACTTACTATCGCTACCCATTGAAAATGGTAGTG +CATTTACTTCCACATCTATACATTCTTTATTCTTTGATATAACTTGTTTATTTAATAAAA +TTATATACTGGTTATTATTAATAACTTTCTTTAATTTTTTTAAGAAAGATACTTCTTCAT +CTGTACTTAATTTAATTATATCTCTTATACTGCAATTATTAAATCCTTCGCCTTCGTCTA +CATTTATAATATTTAGTAAAGACTTATTTAAATATTTTATATTTAAATTTCTATCTAATA +AACAAATACCATCAGGAAGTATATCAATAAGCTTTGAATAAGATTCTTCTGACTCCCTCA +GTCTTTTTTGAGCTAACTTTCTTTCAGTTATATCTCTTATTACAATGCTTTTCTTATTTT +TATTATATGTTGAGTAAATCATATCTACATACATTTCCCTGCCATTAATAATATAAACTT +CTTCTTTTTTTTCTTTATTTTCTTCAATAAATAAGTCAATTTGTGATAAGTCACCGTCAA +ACATATTTATGCATGCATTATTTGCGTACAGTATATTACCATCTTCTAATAGAATAATCC +CATCCGTAATACTTTCTAGAAAATTTTCATAACATAAATTCGTAGATACAATTTCCTGCT +CAAACGTTATTTCTTTTGTTTTATCTACAAAAATACATAAACAACACTCACTTTGTCCAT +TTATCTTAAAAGGAGTAAGAATAACTTGATAATACTTAGAGTCCTCACTTTCCATAGTGA +GTCTTATTTCTTGATTATTTTTAATCACAGAATCTACGCTTATTAAAATATCATTATACT +TTTTAAATTTAAACTCTAACATTTGAGATATATTACAATTTTCATATATACTAAATTGCG +TTATAAAAGATTTATTTTTGTATATTATATCTTTATTATCAGAGAAAATAATAGTTGGAT +TCATTGCGCTATTTATGGTAGTTTTTAATTTATCATTTTTCATTCTAAGAGAATCTTTAA +GCATTTGAGTTATCCTAACTTCTTGCATTAATCCTTCATTATTATAGTTTATAATATTAT +CTTTTTCTTGTAATTGTTTGCCAATATTATTTAATTCTTTATAATGCTTTTTTATATTTG +TATACACGATATATCTATATAAATAATAAATAGATACGTTTGCAATAAACCCACTAAAAA +AATAAGCGTTGCTGATATCGTCTAATATAAGTAACATTAACATAATAACTCTTGCAAAAA +TAAATAAAAAAATAATTCTAGCCATGAAATATCTCTCAATACTATGTTTATCCATTTTTT +TTATCTTTATAAATACCATGCTACATACTATCAAAGTCATAATTGTTATACTATTTTCTA +AAGTGATGCCTAAACTTATATTCTCTATGCTTAACTCAAATATACATGTTATTACAATAG +AGCATAATAAAGATATCACTGATATCTTTCCAAATGTAAATAATATAAAATCCTTTTTTA +TAGTATCCATCCTTGTACATAGACTAGAATAAATCCCTAAAAGTTGAAGTATCTCTATAG +ACATGTAAAAAGACATACTCACAGAATCAAAAATAAAATAATCAGTTCCTAATTTAGTTA +AAATAAATCCAGTTTCTAAACTCCCCGTTACAATAAAAATAAGCCCTAAAAAAATTGTAG +CTCTATTCGGATTAACTTTTATAGTTTCTATTATAATAATTCCTATTGCTGTTAATAAAG +CTGCATACAAACTATGTATGAACATCATATACTGCACCTTATCCTTTACAACTATAAATA +AAGATATAAATGTTATAAAGATAATAAGGCTAACCTTTTCACCCTTTTCATTATTTGTAT +TTATATACATACCTTTTTATAAATCCCCCTAAATTTAATACTATCTCTATTATACTATAC +ATTTCGCTTAAGTTTTATTTTTTATACTAAAAAATGTCAAATATATACATATTACCATGT +ATAATTTGACATTTTTATGGATTTTATTCAGTTAAAACATTATTCTTTTATCTTCTATTC +TTTTAGTTATTCTATTTCTATCAAAATGTTCTAAAATAATCAAACAATTTTTCCTACTCG +AATTTATTAAATTTCTATACTCAGCTAATGTTATACCTTTATTCTCTTTTATATACTTAA +GTAAAGTATGTTTTGCTATTTCATAATTTTCCTTATCCATAATATGACTATCACTTAATA +ATTCTATCTCATAACCAATCATAGATTCTAGTACTTCTTTATAATTGTAATTAATACAAA +CTTCCTCCACAGTTAATATTGAAGCTAATCCTGCTTTTCTAAGCTGTTTTTGGATATCTA +GTTTTATAGCTTTTTGTTTGTCATTTAAAACAACATTAAAATCATATGATGATACTAATT +TATTAACTATCTTTATCTTTTTTTCGCTTTCCATCTTTAGAATAACTACATCTAGGTCTC +TAGTTTTTAACTTAGTACCTATTTTACTTCTCAGCTCTTCTTTTGACATTCCTTTTTTCA +ATCTATTTTTCTTATGATAATGATTCAATAAGTCCAATATATCATCTTTTAAACTTTCAT +ATGCCTTAACATGAATATAATAATTGTTAAGTTTAATCACTCTATTATTTTCTATTAATA +TTCTAATATTTTCTTCTATTACATTTTCATTCAATCCAGTATAAGACATTAATGTTTGTA +TAGTCGAGTATTCTTCTTTATTTTGTTTTAAATACTCTTCTATAATATCCTTTGGTTCTC +CTAATTCTTTTAACTTTAGACTATCAATAACTTTAGAGTCAAATTTTTTATGTTTTTTTA +CAGAAGTATCAATTATTACTCCTCCACCAATAGTTTCCATAGGTGAATAAGTCCTAATTA +CAAACTTATCTCCCTTTTTGACCACTATTCCTTCTTCTAATCTTAATTGTACATAAGCAC +TTTCATTCTTTTTTATATAATCTTTGTCTAAAGGAACTGCCCTACATAAAGTTTCTTTAG +TTCCATGGTATAATTTCAGCCTATCCCAATGTTTCAATTCTCTACTTGTATGCTTGACTA +ACGATATTTTTACATCTAACATTTTAGATTCTTCTAAAGAATTTATATCAGCTAAGACAT +CTCCTCTCTCTATTTCTTCAACCTTTACATTAGAAATATTTATAGCTGTTCTTTGACCTG +CATAAGCCACTTCTACATTTTCACCATGTACTTGTATTCCTCTAATTTTAGCTTTTATGC +CTTTAGGATATATTAATAACTCATCATTAATTTTAATTTTACCTTCTAATAATGTTCCCG +TGATAATTGTACCAAATCCTTTTACTGAAAATACTCTATCTATATTAAGTCTCGATGGAG +AATCTTCATTTTTACTTTCAATAGCATTACTAATATCATCTATTTTATTTATAAGTTTAT +CTATGCCATAACCAGAAATAGAATCAACTTCTATTATATCTACATTATCAAGAAAAGTTC +CTTCAAGTCTTTCTCTTATATCCTCTTTTACTAATTCCTTAAAGTCTTCATCTACCTTTT +GACACTTTGTAAGAACTATTATTCCATTTTTTATATCTAAAAAATTTAATATATCTAAAT +GCTCAATAGTTTGAGGCATAACACCTTCATCACATGCTACTACTAATAATACGATATCTA +TACCAGATGAACCCGCTAACATGTTTTTTATAAATTTTTCATGACCTGGAACATCTACGA +TTCCTGCTCTTTTATTACTTGGTAGATCGAAATATGTAAATCCCAAGTTTATAGAAATAC +CCCTTTGCTTTTCTTCCTTTAAAGTATCAGTATCCCTACCTGTAAGTGCTTTTATAAGAC +TAGTTTTACCATGATCTATATGTCCAGCTGTTCCTATTATTATATTTTTCATGTTTAGCC +CCCTATTAAAATGTTTAATTCTCTTGCTATTATTTCAAACTCATCTTCAAATATAGTTCT +AACGTCTAGTATATATTTATTTTCATAAATTCTTCCTATTATATTAGAATTACTTAATCT +TAACTTTCTTTCTAAAGATGATACACTCATTTTATTCGGGATTATCGAAATCACAAAAGT +TTTTAATTTTTCAATAGGCATAGATCCTCCTCCAACTTGTGAAAAATTATCCTCTATACT +TATTTGGGCATCTAAATTCAGGCCATTTAACAAATTAAATAACTTATTTACCTTCTTGTG +TAGCTCTTCAATTGTGTAAGTCAGCATTCTCAATGTAGGTATATCTCTTATAGCCTTATG +CTCATCTAAATATATTCTTAGAGTTGCTTCAAGTGCACATATTGTAATTTTGTCAACTCT +TAATGCTCTCGTAAGTTGATTTTTTTTCATTTTCTGTATGTACTCTTTTTTTCCTACTAT +AATACCTGCTTGTGGACCACCTAACATTTTATCCCCGCTAAATGTAACTATATCAGCACC +CTTATTTATAGAATCTAATACTGTAGGCTCATAAGATAATCCATATTTTGATAAATCTAT +AAATACTCCACTACCTAAATCTTCTATAAGAGGTATATTATATTTTTTGCTTAGCAATGA +TAAATTATCTATTTCTACATTTTCTGTAAATCCTAAAATCTTATAATTACTAGTATGTAC +TTTCATTAATACCTTAGTATTTTCTGATATAACTTCTTCATAGTCACTTATATGAGTTTT +ATTAGTTGCTCCAACCTCTACTAATTTCGCTCCACTTAAAGACATAATACTCGGTATCCT +GAAGGATCCTCCAACCTCTACCAATTCACCCCTTGATACTATAGCTTCGCCATCCTTTGC +TAAAGTATTTAAAGCAAGAAGGACTGCAGCTGCATTATTATTTACAACTAAAACATCTTC +TGCTCCTGTTAATCTTTTTATCATATCTACTAAGTGCACATATCTAGAACCTCTTTCACC +TGTATCAATATTGTATTCAAGGTTTGAATATCTAGATGCAATTCCCCATACTTCATCCTT +TATACTTTCACTTAATAAAGATCTTCCTAAATTAGTATGTAAAATAACACCGGTTCCATT +TATAACTTTTTTTAGAGATAAAGAATAATTTATTTTTATTTTAATTATGGAATCTCTAAT +AATATCTTCAAATCTTATCTTTATTTCTTTGTCATTATTATCTAAGTTTATAATTAGTTT +TCTTTTTTCATCTATAGCCTGTCTTACAGACTCTAATACTAAGGTTCTCGGATATTCCTC +TAATACGTTCTTTATTTTCTCATTTCCTAATACTTCATCTACTGAGGGCAACATAGCAAA +TAATTTTTTCTTATCCAAAATAATCACTCTTTCTCATATTCAGTTAGATACCTTATCTTA +CAGTAATATATTTTTCATCCTTTGACTTTACATATCCTATTATTTTCGCTTCTATAGAAC +CATTTAATTTCATATCTTTTACTAGTTCCTCTGCATATTCTGCTTTTACAGATACTAATA +GTCCTCCTGATGTTTGAGGATCATATAGAATGTCTCTTACAGCAATATCTACATCTTGCA +TATCAACATCTTTTTCAATATATTGTTTGTTTCTATACATTCCTGCAGGTATAATTCCCA +TTTTAGCCATATCTACAGCTTCATCTAATATAGGAACATCTTCTGAATTTATATGTATAC +TAACTTCTGATGCTTTTGCCATCTCTAATGCATGACCTAATAGTCCAAACCCCGTTATAT +CTGTTACTGAGTTTACCTGTATTTTGTCAAAACTCATTGCAGCATATTTATTTAAATGAG +TCATAACTTCAATCACTTTATTTTCTGTTTCTTTTCTTATTAAATCAGCTTTCATAGCTG +TATTTAATATACCTACACCTAAAGGCTTTGTAAGTATTAATACATCTCCTACCTTAGAAG +TTGCATTTGATAGTATTTTATTAGGATGCGCTATACCAGAAACAGAAAGTCCATACTTAG +GTTCCTTATCATCCACAGTATGCCCTCCTACTAAAAGTGCACCACTTTCTCTTACTTTAT +CAAATCCACCTTTCATGATCTCAGCTAAAACATCCATATCATGACACGCAGGGAAACAAA +CAATGTTCATTGCAACTATAGGAGTTCCACCCATAGCGTATACATCCGATAGTGAATTCG +CCGCTGCAATTTGTCCAAATATATATGGATCATCTATCATTGGTGTAAAAAAGTCTAATG +TTTGTATTAATGCCATTTCATCATTTAATTTATATACTGCAGCATCATCAGCTGTATCTA +GTCCTACTAATAAATTTCCCTTACTATTATCATTTTTAGGAAGTTGACTTAAAACCGAAG +CCAGAACCTCTGGCCCTATTTTAGCTGCTCATCCTCCTGAAGTTGTCATTTCTGTAAGTC +TCTTATATTTTTCCATAAAAAGACCTCCTTTCCTTCTCGTCCATAAATATAATAACATAT +TTTTTGTATATTATTATATACATCTATATTATAGTATCAATTTATACTTATTAATTCCTT +CAAATCTTCATATTTTTTATCCCCTATTCCATTTACATTTTTAATTTCTTCTATAGATTT +AAAGTTTCCATTTTCATCTCTATATCTCACAATCTTATTTGCAGTAGCTTCTCCGACACC +TGGTAAATCTTCTAATTCTTTTATTGTTGCTAAATTTATATTAATCTTATTACTCTCACT +TTTACTATTAGCCTCTACGGTATTATTTATTAATAAACTATCATTTGAAATTTCTTCTCC +TATTTTAGGTATTATATAATGCTCCTCATCTTTTATTTTTAAAGCCATATTTACCCTATT +TAAATCAGCATCTTCCGTAACACCACCCAAGAGCTCTATCGCATCAGCTAGTCTTTTGCT +ATTTTCCAAGGTTACCACACCTGGATTATTAACTTGACCACTTATGTATACTGTTATCAT +TTCTGAATTTATTTCATCATCTAGAGTATCTTTTTTTATATTATTTACTTCCTCATAATT +ATCATGTGCATCTTCACTATTAGCTAATATACTTTCTTTATTATTTACCTCTTCTTTACT +TACTACATAAATATCATCTTTAAAATAAAGCTTATCCTTAATAATTATTGTTGTTACACA +AATAAAAGTAATTATTAAAAAGATTATACTTTTTTTATTTTTTTCCACTTTATTCACTCC +TTTTTTTTATTATTAACTAAAATATGATATACTAAAATATAAGTTTAAAATTTGGAGGTT +ATAGATGAAAAAATTTCTATCTTTATTGGTAACATATATTATAATTTTCTCTACATTTTT +AAACTCAGCAAACGCATCATACGCTAGCAGTGATGAACCTTCTATCCCTGCAGAAGCAGC +AGTTCTTATGGACTATGAAACTGGAAAGGTTTTATTTAATAAAAACGGAGATAAAAAAGT +TTATCCAGCATCAACAACAAAGGCTTGGACAGCTTACCTAGTTTTAAAATATAAACCTAA +TTTAAACGAAAAAATACAAATTACTAAAGATCCTAATGTAGAAGGATCGAGCATGTATTT +AAAAGTCGGAGAATCTTTTACAGTAAAAGAATTACTTGAAGGATTATTAGTTCATTCTTC +TAATGATGCAGCTGTAGTTTTAGCAGAGTATGTAAGTGGTTCTATTAAAGAATTCGCTAA +TTTAATGAACGAGGAAGCAAAATCTATAGGTGCTAAAAACACTCATTTTACTAATCCTCA +TGGTTTACCAGACAAAGAACATATTACAACTGCAAACGATATGGCACTTATGGCTAGAGA +GGCTATGAGTAATAATGTCTTTAGAGATATTGTTAAAACTAAATCAATCTCTTTTCCTGC +AACTGAAGCATATCCTTATGAAAGGTATTTTGTAAATACAAATAAGTTTTTAACTTCAAA +TGAAAAAATAAATTATAACGGAAAAGATATAGATATAAAATATGATATAGTTGACGGAAT +AAAAACTGGTTATACTGATGATGCAGGCAGATGTCTTTTATCTAGCGCTGTAAAAAATGG +AAGAAGGCTTATTTCTGCAGTATTCAAATCTACTGGAAATGACCTATACTTAGCTTCTAG +AACTTTACTAGATTATGGTTTTAATAACTATCATAATGAAACAATAGTAGCAAAGGACAA +ATATACTGGAAATGAAAGAGTTTTATTATCTAAACAAAAAGAACTTATATATGAACCTGA +ATTTACTTATAAGGTTTTATTAAAAAACGGAACTCCAACAAGTTCTTATAGCGTAAAAAC +TAAGTTAGACAAGATACACCTTCCTATAAAAAAAGGTGATAAAGTCGGTACTTTAGAAGT +TTATAATTCAAACAAACTTGAAACTAAAATAAACTTAGTTGCTACAAATGACCTTAATAG +TATCTTTGGTCCTTTAGTAGAGAATAAAATAATCTCTATGGTAATTAAGGTTTCTTTAAT +TACAATTGTATCTATTTTCATAATACTTCTTTATATAAAGAGAAAAAATAAAAAGAAATA +TAAGAAAAATATTTTCAAAGGTAAAAGAAGATAAAAAAAAGACTTTCTCATTAATATTGA +GATAAGCCTTTTTATATTTTTGTATCATATGTTACAGAATTTTATTTTTTTATATTGTAT +AATAGTATTTATAACTAAATTAATTTAGGAGGAATACATATGAGTTGTGGATGTAGCAAT +ATAAATAAAAATGATGGAAAAAATGTAGTTGATTTAATAAGAAGCAAAGGTAAAGAAAAT +TTTCCTTTAAGAAATTCTTATGGCATAGAATGTGTCAATTGTAAGGAAACTTTTACCATG +AAGACACATGTTGATAAGTGCCCTACTTGTAATATGGTTTATGGGGTTACTCCATGTAGT +TCTCACGACAAAAATAATATAAAAATAGCTGATATAAACTATTAAGCCTCAAATATAATC +CCCCCAAATGTAAGTACATTAATACTATCATTTAGGGGGTATTATTTTAATCATTTAAAG +CTTTTAAGCATGTTAACTCATACAATGCCTTTGCCACTCCATCCTCACTATTTGTTGAAG +TAATGTAATCTGCCTTTGATTTTACAAACTCATCTGCATTCCCCATAGCAACTCCTATAC +CTGCAAATTCTAGCATGCTAATATCATTATAATTATCTCCAAAAGCTATAATCTCATCTT +TATCTATATCTAAATATTCAGCTAATATCTTAACTGCACTGCCCTTATCAGACCCAGTAG +CCATAATTTCTATATTATTAAACCAAGATTTAGTTATTTCTAATCCTTCTATTTTATTCA +ACTCTTTTGTAATCTCATCTAAAATAGATAAGTTCTCATCTTCAATTACTATTACCTTTA +GTATCTCTTTACTTATTATATGTTCAGTAAGGTCAGATAGCAAAACTAAATCTACTCCAC +TGCTCATTAGTTTTTTTACCTTAACAAGATTTTTATTATCTTTATCTATCTTTTTGCACA +TTAGTAAATCTTCTGAATAGTATTGATAATACACCTTATATTCTTCTAGAACCTTCAGTA +TTTTTAGTGATTTCTCCTTATCTATATGATTTGAATATATTATTTCATTTGTAATAGAAT +CTTTTATCAATGCACCATTACATGCTATTATCGGCGTTGTAGAATCTAAAAATCTAATAT +GTGATTTAGCTGAACTATACATTCTTCCCGTAGCTACAGTAACATTAATACCTTTATCTA +ACGCTTCTTTTAATACCTTTTTATTTTCCTCAGTAACTTCATGGTCACTCCCCAATAATG +TTCCATCCATATCAGTAACAATTAATTTATAATCCATATCCAACTCCATACTCTAAATTT +ATATTATTCCCTCTTACTCTTTACCTTTATAAATTATATCATATTTTTAATTTATATAGT +AATTAGACATCATAAAGCTTATTTTAATTTATATCTATTATACAGTTTAATTATATAAAA +AATATAAAAAGGTTAACTTGATATCTATTTTGTTAAAGATATCAAGCTAACCTTTTATTT +TAATATATGTTTATATTTATTATCCAAATATTTTATCACTTAAAGCACATCCAGTACAAG +TTGCAGCAACTCCACCTAAAGCAGTTTCTCTTAACTCTGGTGGTAAATTTTTACCAACTT +TGTACATAGCTTCTACAGTTTCATCAAATGGTATTATATTTAATATTCCAGCTAAGCATA +ATTCAGCAGATATTAAAGCATTTGCAACACCTATAGCATTTCTTCCTTGACAAGGAGCTT +CAACAAGTCCAGCTATTGGGTCACATACAAGTCCCATTACATTTTGTAAACAGTGAGATG +CAGCATGTATAGCTTGTTCTGGAGTTCCACCCATCATTTCAACTACACCAGCAGCAGCCA +TTGCAGCAGCAGCTCCAGTTTCAGCTTGACATCCACCTTCTGCACCAGCAACTGTTGCAT +TTCTAGTTATTATTGCACCTATTGCAGAAGCTGCAAATAATGCGTCTAACATTTGCTCAT +CAGTCATGTCATATTCTTTTCCTATAGTAACTACAGCACCTGGAAGTATTCCACAAGAGC +CTGCTGTTGGAGCTGCAACTATAAGTCCCATAGAAGCATTGACTTCCATAGTTCCCATTG +CAGCAACTAACGCTTTATTCATTAATGGACCACAAACTGATTTACTATTATTTCTAAATA +TAGTTAATTTTTTAGCTTCTCCACCTATAAGACCACCAACTGATTTTATATCTTCTTCAA +CAGCTTTTTCAGTTGCCGACTTCATTATATTTAAACTATGTTGCATTTTTGATCTTATTT +CTTCTTTAGATAATCCAGAAAGCTCAACTTCTCTTTCTAAACATACTTCATGTATTGACA +TGTTGTATTCGTTACACATTTCTAATAATTCTTTTCCGCTTTTGAAATTATATTTCATTG +TCTCTCTCTCCTTACTGTCTAGAATTTATCTAAAACTACAGCTTTAGCTACAACTTCAAA +TTTGCTTATTTGATCTAATATTTCTTTTTCTAATGGTTCTTCTGTCTCTATAGTTACAAA +TGTATACTCAGATCCTGCTATTCTGTTAGTAGACATTGTAGATATATTTTTATTATTATG +AGCAAGAAGTCCTGTTACAAAAGATACAGCACCTGTTATATCTTTTATCTCTAATATTAC +AGCTGGCTTAGAACCATTGAAATCTAAAGTTAAGCCATCCATTTCTGTAAGTTTTATATT +ACCTCCACCGATAGAAGCACCTTTTACTATACTTATAGTTCCATCTTCTAAAATCATTTC +CATCTTAACAGTATTAGGATGTTCATTTTCTCCTAAATCAGTTTTTATAAATTCAAACTT +AACACCCATTTCTCTTGCTATGTCAAAAGAGTTTCTTATTCTAGCATCTTCTGGATCAAA +TCCTAATATTCCTCCAACTAATGCTTTGTCAGTTCCATGACCTTTGTATGTTTCTGCAAA +TGAACCATGTAGATAGAATTTTACTTCTTTTACAGGTTTTCCTGCTATTTTAGAAGCAGT +TTTCCCAAGTCTTGCAGCTCCTGCAGTATGGGAACTAGATGGACCTATCATATTTGGTCC +TACAACGTCAAATACACTATAATCTTTAGCCATTGATTTACCTCTCTCTTCTTAAATGTC +AAATTAGGTTAACTGTGAAACCATTTTCTTAAATAGAAACATTATTAATCTGATTTTAAC +TTTCAAAATATTAATAACTTTATAAGTCATAAAATTTTATTTAATAATATTAACTATATA +TTTTAATATTAATTTATATTAATATTATTTATTTAAAAAAAACATATATACTTTTTTTCA +AGTTTTTTTATTATTATATTTATATTATATATAAAATCTTATTTTTATGGAATATCTTTT +TTCTTATTTTCTTATTTTATAACTATTTTTTTGTATATAGATACTATTTTTACTTTTTAT +AAATAATATTTTAATCTAAAGTAAAAACGACCAGCTATTACTGGTCATTTTATATGTCAG +TTGAATTTTATAATTATAATACAGCTATAACTTCTATTTCAACTTTAACGTCTTTTGGTA +ATCTAGCAACTTCTACACAAGCTCTAGCAGGTTTGTTTTCACCAAAGAATTCAGCGTAAA +CTTCATTTATTTGAGCAAACTCATTCATATCTTTTATGAATACTGTAGACTTTACTACAT +CTGAGAAATCTGCTCCAGCTTCTTTTAATATAGCTTGTACATTTTTTAAAGATTGAGTTG +CTTGAGCTTTAACATCTCCTTCAACTATTTCCATAGTTTCTGGTACAAATGGAACTTGTC +CAGATACAAATAATAAATTTCCAGCTTTTATTGCTTGAGAGTATGGTCCTATAGCTGCTG +GAGCATTGTCAGTATGAATTACTTGATGTTTCATTTTTCATTCCTCCTAAAAATTATATA +TGTTATACAACATTTGCTTCTATATTATACTATATCTTAAATAATCTTGTTATACATATT +TTATAAATCTTTTATTTCAAATCCGGCAGCTTCTATATCAGATTTTATTTTTTGTATATG +TTCATTGTCAAATGTTTCTAATACAAACTCTGCATTTTGCTTTCCTATATAAGCTCCTGA +TGATAATCTAGATTGATTTGCATTTAATATATTTGCATTATTTTCGCTTATTATTTTAGT +TAACTCAGAGAATCCACCTGGCTTATCAATCATAGTTACGCTAAATGAATATCTTCTTCC +TTCTTTAGCAAGGCCACTTCCTATTATTCTATATAAATTGTTAACATCTACATTTCCACC +AGATATTATACATACAACGTTTTCATTTTCCTTTGGAGCATATTTACCGCTTAATAATGC +AGCAGTTGTTACAGCTCCTGAACCTTCAGCTACAACCTTTAAATTTTCCATTAAATAAAC +TATACCTTGAGCTATTTCTTCTTCTTCTACTAAAACTACTTCATCTACTAATTCTTTTAT +TATTTCAAAAGTCATATCTCCAGGAGTTTTAACAGCTATACCGTCTGCTATTGTAGTAGA +TTTAAATGCACTACTAACTTGTCCATTTTTCATAGATTCATGCATAGAAGGTATATTTGC +AGTTTGTACACCTATAACTTTAACATTTGGATTTAATGCTTTTGCCGCTACTGCAACACC +AGCAATTAATCCTCCACCACCAATTGGGCATAAGATTGTATCTACTTTATCATTTAATTG +TTCAAATATTTCTAATCCTATAGTTCCTTGTCCTGCTATAACATGCTTATCATTGAATGG +ATGTAAGAATGTTGCTCCTGTTTCTTTTTGTATTTCAACAGCTTTTGCATAAGCATCATC +ATATACTAAACCATTTAAAACCACTTCTGCTCCATAACCTTTTGTCGCAGAAACCTTTAA +TAATGGTGCTGTTGCTGGCATTACTATTGTAGATTTTATTCCACTCATTTTTGCTCCTAA +AGCAACACCTTGAGCATGGTTACCTGCACTCGACGCTATGACACCGTTTGCCTTTTCTTT +ATCAGTTAAATTAGCAATTTTATTGCAAGCCCCTCTTACTTTAAAAGACCCTGTTCTTTG +CAGATTTTCACATTTATAAAAAACGTTTGCCTTAGTCTTATTACTAAGACTAGCACACTC +TAACATATCAGTTTTCTTTACTATATCTTTTATAGTTTCTTTTGCTTCTTTTATATCTTG +TAATGTAACTTGTAACATAATATTACCCCCTACAATTTTATTGAATTTTATCGACATTTT +TTAACATTTTTTCCTGTTATTTTTTCTACAAACTAATTATATTATTAACTATTCGGATTC +GTCAACATTTTTTTGAAATTGTTTTCTTATTAAACAATAAAAGACTACTCAACACTTGTT +AAGTAGCCTTTTTCAAGCAAACTAAAATAAATTTTATATTTGAATTTTAATTTATTTTTT +CTTCATATATTTTCTTGTATCAAGAGCAACAGCTGCAATTATAATAATACCTTTTATTAT +AAATTGTAGATATGTACTAACTCCAATAAATGAAAGTCCGTAGTTTAAAACTTGGAATAT +TAAAACCCCTGTTATTATACCACCTATACTACCTACCCCTCCAGCAAATGATACTCCTCC +AACAACGCATGCTGCAATGGCATCCATCTCATACATAAATCCTGTATTGTTAGTAGCACT +ACCTACTCTAGCTGCTTCTAAAGATCCTGCTAATCCATACAAAAGACCTGCCATAACATA +TATTATTATTAAATTCCTAGCAACATTAACACCGGATACTTCTGCAGCTTCTGGGTTTCC +TCCTATAGCAAACATATTTTTACCAAGCTTAGTTTTATTCCATATAAACCACATTATAAT +ACAAGCTATAGCCGCATAAATTATTAAATATGGTAATCTAAAATCACCTATTTGTATACC +ACCTACTGCAAGCTGTTTAAACCCTTTATCTAAACCAGCTATAGGCTGAGCTCCATATGG +AGGTCTATCAAAATATAAACTAGTTATACCATATGCCAAAAGCATTGTACCCATAGTAGC +TATAAACGGTGGTGTTTTTAATTTTGCAACTGCAAAACCATTTATCGCACCCATAAATCC +GCATATAATCATTGCTAACAATATTGGAATAACTACAGGCAATTGTTGTAAGTCTGGATA +CATACGATAAGCATAATCAGTTGCTTGTAATAATGATGCAGATATTACTGCTGCCAGACC +AATTATACGGCCAGCAGAAAGGTCTGTACCTTGAGTTACTATTATTCCACCAACACCTAA +TGCAATAATCATACGAGTAGAACACTGTGCTAATATATTTGTTAAATTTTTTATAGAAAG +AAAACTAGGCTCTATAGCAATTATTCCTATAAGCAAAAATACTAATACTATTTGTATTGC +GTTGTTTGCTGCCCATTCTTTAAAGTTAAAACTTGATTTTTCATTAACTAGTGACTTTGT +ATTCATGGCTATCCCCCTCTATAAACTTCGCTGATAATTTCATTATCTCTTCTTGCGTAG +TATTTTTTGAATCAACTATTCCAGCAACTTTACCGTTGCTCATAACTAATATTCTATCTG +TTACTCCTATAAGCTCTGGCATTTCCGAAGAAATCATTATAATTCCTTTTTCCTTACTTG +CCAAATCATTTATAAGCTGATATATTTCATATTTAGCACCTACATCTATACCTCTTGTAG +GCTCATCTAACATAAGTATTTCTGGATTAGTCAATAACCATCTTCCTATTATTACCTTTT +GTTGATTTCCTCCTGATAAACTACCTATATTAGTTTTTTCAGAAGGTGTTTTTACATTCA +TAGAATCTATAACCCATTTTGTATCTTTTGACATTTTCTTATCAGATAAGAAACATCCAT +TAACCTTATATGCTTCTATATTCGAAATAACTGAATTGAAATTTATACTTAGCTGTGGGA +ATATACCTGTACTTCGTCTTTCTTCTGTAACTAAGGCAAATCCATTTTCCATAGCACTTC +TAGGGTGTTTATTTTCTACTTCTTTTCCGTGAAGTTTAATTGTCCCCTTATCAATTTTCC +TCATTCCAAATAGGGCTTCTACAATCTCTGTTCTCTTTGAACCAACTAATCCTGCAATTC +CAAGAATTTCTCCTTTTCTTAGTTTAAAACTAACATCTTTTAGCCCAAATTTTTTATTTT +CTGTTAATCCTTCTACTTCTAGTATGACTTTTCCCGGGTGATTTCGTTTTGGTGGGAATC +TATTTGACATGTCTCTACCAACCATCATGCTTATGATTATATCTGTAGTTAATTCTGATG +CATGTTTTGTACCTATTAGCTGACCATCTCTCATTACTGTAACTTCATCAGATATTTTAA +GTATTTCTTCCATTTTATGTGATATGTATATAATTGCAACATTATCTTTTTTCAATTTTT +CTATAATTCTAAATAGATGTTCAACTTCTTTTTCAGTAAGTGAAGATGTTGGTTCATCCA +TCACTATAACCTTAGAACTATAAGAAACAGCTTTTGCTATTTCTATCATTTGCATTTGTG +ATACAGATAAGTTTCCAACTTTTTCTCTAGGGTCTACATCTATATCTAAATCCTTAAAAA +TTTTAATAGTATCATTGTACATTTTATTTTCATCTATAAATAACCCTTTTTTAGGATATC +TTCCAAGCCATATATTATCTAATATGTTTCTTTGTCTAACTTGATTTAATTCTTGATGCA +CCATCGATACTCCATTATCAAGTGCTTGCCTAGTATTTTGAAATTCTATTTCATTTCCTT +CTAAAAATATCTTTCCTGAATTCTTTTTATAAATACCAAATAGGCATTTCATCAATGTAG +ACTTACCAGCCCCATTTTCCCCCATAAGCGCATGTACAGTTCCTGGTCTAACATTTAGAC +TTACTTTATCTAAAGCTTTTACACCTGGAAATTCTTTAGTTATATCCATCATTTGTAGTA +TAAATTCGTTATTTACTTTCTCCAAAAGTTGATCCCCCCCTTTAGACGTTCTTCAATTTA +TCATCTTAATTTAATACCTAAGAAACAACAATTTAAATCCATGTTGTTCCTTAGGTATAA +ATAAACCTGTATTCTAAATAGTTTATGTATTTATTACTTAGCTTGATCTAGGTTGTCTTT +AGTAATCCCTACATATGGAACACGAACAGCTTTGTTATCATCTAACTTCCAGTCAGTTCC +TTCAACAGGATCTTTTCCATTAGCTAAGTTTAAGCATAAATCTATAACAGCCTTAGCTTG +ATTTGGTGCATCATTTAATACTGTTCCAACTACTTTACCTTCTTCAATAAGAGTTACTAT +TTCTGGTATTGCATCAACACCTACAACTGGCATAAATTTATCTCCTGATAAGTATCCTTC +TTTTTCAAGAGAAGCTATTGCTCCAGAAGCCATTCCGTCATTATTACAAATTACAAATTC +AATTTTATCTCCAAATTTAGCTAACCATGCATCCATTTTTTCAGTTGCTTTAGCAGCATC +CCACATACCTGTATCTATAGCTAATTCTTCTGTTTCTATTCCTTTTTCATTTATAGTTTT +AACAGACCATTCAGTTCTAGCTTCTGCGTCTGGATGTCCTGGTTCACCTTTTATTAAAAC +ATATTGCATTTTTCCATCGCCATTTTTATCCCATTTATCTTTATTAGCTTCCCATTCTTT +CGCTATAACTTCACCTTGCATAACTCCAGATTCTTTAGATATAGTCCCAACATAGTAAGC +TTTATCATAGCTATTTAAAGCGTCAGCATCTGGTTCTTTATTAAAGAATACTACTGGTAA +TTCAGCAGCTTCTGCTTTTTCTATCACTGAACTTGCAGCTTTGGGGTCAACTAAGTTTAT +TGCTAAAACTTTAGCTCCCTTCGCTATCATAGTATCAATTTGATCTAATTGTTTTGCTTG +GTCATTTTGAGAGTCATCTACTGTTAATTCTGCTACATCTTTAGCATTTGCTTCTAATTC +TCTACGTACTGAAGATATAAAGTTATCATCAGCCTTATAAACTGTAGCTCCTATTTTTGG +TAATTCTCCATTCCCTCCTGAAGATGAATCATCTCCTGAATTACTAGAGCTACAACCTAC +CATTGAAAATAACATTGTTGCCGATAATCCTAATGCTAAAATCCCTTTCTTATTCATATA +AATCCCCCTCTAAATAATGAATTAAACACAGGAAAGTGTTTTCCATATAATTATAGAGAC +TTTTCCCTATATTTTCAATAAAATTAATAACTTTCTGATATTTTATATTACTATAATATT +TTAGTATATATATTCCCTCACGATATTCAAATAACCCCATATTTCAGTATCCAAAACTCC +ATTTTCGTGTATAAATAATCCATATTAAAATAAAAATAATCCATATTAAAATAAAAAAAT +ACTACCTAAAATAATTTTTAGGCAGTATTTCTTATTATAGATATTATTTAACAACTATGT +TAACTAATTTTTTAGGAACTGCAACCACTTTTACTATAGTTTTTCCTTCTACTAAAGCTT +TTATCTTTTCATCAGCCATAGCTAATTCTTGCATTTCATCTCTTGAAACATTAGCTCCAA +CTGTTAATTTTCCTCTTACCTTACCATTAACTTGAACTACAACTTCAACTTCATCTTTAA +CTAATGCAGTTTCATCATATTTTGGCCAACTTATATCAAATACGCTACCTTCTTTACCTA +TCATAGTCCATAATTCTTCACCTATATGAGGAGTGAATGGCGCAAGTATAGTTACTATAG +TTTCTATACCTTCTTTTATAATAGCATTATTTCTGTTATCTAATTCTTTGTACTTGTACA +TTTCGTTTATTAATTCCATTAAAGCAGATATAGCTGTGTTGAATCCAAACTTTTCACTTA +AATCTTCTGTAACTTTCTTAAGTGTTGCATGTATTGTATATCTCATAGCTTTATCTTCTT +TAGTTAATTCACCCATATTAGTATCACTCTTAGCAACTTCTGATAATTCATCAACTAATC +TATAAACTCTGTTTAAGAATCTATAACATCCTTCAACACCTTGCTCAGACCAATCTAGAT +CTCTTTCTGGTGGTGCTGCGAATAATACGAATAATCTTGCAGTATCTGCACCAAACTCTT +CTATTATTTCAAGAGGCGAAACTACGTTTCCTTTTGACTTACTCATTTTGCTACCTTCTT +TAAGAACCATACCTTGAGTTAATAAGTTTTTAAATGGCTCTTTAAAATCAACAAGTCCCA +TATCGTTGAATGCTTTTACAAAGAATCTTGAGTAAAGTAAGTGCATTATAGCATGCTCTA +CCCCACCTATATATTGGTCGACTGGCATCCACTTATTTACTACTTCTGAATCAAATATAT +TTTCAGTATTCTTAGGATCTATGTATCTTAAGAAGTACCAAGAAGAATCAACAAATGTAT +CCATTGTATCAACTTCTCTTCTAGCTTCTTTTCCACAACATGGACAAGCAGTTGTCATAA +ACTCTTTTGAAGTAGTAAGTGGAGATTCACCTTTTCCAGTAAATTCAACATCAGTTGGTA +ATAATACTGGTAGGTTTTCTTTTTTCTCTGGAACTACACCACAAGTATCACAGTAAACAA +CTGGTATTGGACATCCCCAATATCTTTGTCTAGAAAGTAACCAGTCTCTTAATCTGTAGT +TAACTGTTTTCTTTCCTCTGTTCATTTCTTCTATCTTCTCTATTATTTTATCAAATGCTT +CAGATGCATCCATTCCATTGAAATCACCTGAATTTATCATTTTATTATCTTCATCTATTA +CAGGTATTATTTCTAAGTCATATTTTTGGGCAAATTCTCCATCTCTTTCATCATGCGCTG +GAACTGCCATTATAGCACCTGTACCATAGTCAGCTAGTACGTAGTTTGCTATCCATATTG +GAGCTTTTTCTCCAGTTAATGGATTTACTACGTATTTACCTATAAACATACCTTCTTTTT +CTACATCTGTAGAAGTTCTTTCTATTTCAGTCATAGTGTGCATTTTTGCAACAAATGCAT +CGACATCAGTTTTATACTCTGTGCCAGCAACTAATTCTTTAACTAAATCATGCTCTGGAG +CAAGAACCATATATGTAACACCATAAATAGTATCTGGTCTAGTTGTGAATACAGTCATAG +ATTTATCAGTTCCATCTATGTCAAATACTATTTCAGCACCTGTACTTTTTCCTATCCAGT +TCTTTTGCATTAACTTAACTTTTTCTGGCCATCCATCTAAAGTATCTAAATCCTGAAGTA +ATTCTTCAGCGTATTGAGTAGTTTTGAAGTACCATTGTTCTAAGTCCTTCTTTACAACTA +CAGAATCACATCTTTCACATTGTCCTTGAACAACTTGCTCATTTGCAAGAACTGTTTCAC +AAGATGGACACCAGTTAACAAAAGATTTTTTCTTATACGCTAGTCCATGTTCTAAGAACT +TTAAGAATATTTCTTGAGTAAACTTATAGTATTCTGGAGTAGAAGTTGCAACTTCTCTAT +CCCAGTCGTAACTAAGACCTAATAATTTTAATTGGCCTTTCATATCTTCTATATTTTCCA +TAGTCCATTTATGTGGATGTATTCCATGCTTTATAGCTGCATTTTCAGCTGGAAGACCAA +ATGAGTCCCATCCCATTGGATGTAAAACATTGTACCCTTCCATTTTCTTAAATCTAGCAA +CAACGTCACCTATAGAATAATTTCTAACGTGACCCATATGTATTTTCCCTGATGGATATG +GGAACATTTCTAAAGTGTAATAATTTGGCTTAGAAGTATCAAGTGTATCAGTTTTATATT +GATCATTTTCAGCCCAAGTTTTTTGCCATTTCGACTCAACGTTTTTATGATTGTAAACGC +TCATTACTCTTCCTCCTTATATCTTTTATTATTAATTAGTCTATAAAAGTTATTTTATCC +ATATTTCGATAAATTTAACTTCTTAAACAATAAAAAAATCCTCAGCCTCTAAACAAAAAT +TGTTTAGGGACGAGGATTATATCTTCGCGGTACCACCCTAATTAGTCTAAAAATAGACTC +TCTTAGATAGTTTTTATGCCAACTACGGCCAAATAGTTATATTCTAGCAAGTTCAAAGGT +CAAATTTACTAGTTCACAGCAACCACTAGCTCTCTGATAAAATCTTTACTTTTACTACTC +TAGCCTATTCGATAAATTTATTTACTATTTATAATTACCTATATTAGCATTATTATGCTA +AAGTGTCAACATCTACATATGGAGCATCTTTCCATAACTTTTCTAAGTTGTAGAATCCTC +TTTGTTCTTCATTGAATATGTGAACTATTACATCACCATAATCAAGAAGTACCCAAGTTT +GAGTTTCGTACCCTTCTTTTCCTCTTGGCTCTATTCCTAGCTTTGTTAATTCATCTTCTA +CGTTATCAGCTATAGCTTTAACTTGTCTTTGAGAACCAGCTGTAGCTATAACAAAGTAAT +CACATAAACTTGAAACTGCACCAATATTTATTATAGATATATCTTGACCAATTTTATCGT +CTATTGCATCATATATTACTTTTGTCATTTCATTTACTGTCATATTTATTCCTCACTTTC +CTAAATTTAAGCATGTTTTATTATTATACCATAAATAGTCTACACTAACTATTTTATTTT +TTATATGATTATTATCTGTTATTGTTCCATATAATATATAAAATTATAAATTTCTCATAA +TATAATTTCTTGCACTTACTGTCCTAGGATGTATTAATTGTTTGTTCTCAATTACAAACT +TTATAGTATTATCAAAAGAAATTAGCAATGCTTCATCTAATTTCCCACTATAACTTAAAT +TTCTTAATAAATCTACATTTGGGAAGTTTCTACTTTCCTCTATCAAATCTGCCATATAAA +TTATTTTTTCTAATAAACTCATATTTTCTTTTCCTGTTGTATGATATCTTATTGCATCTA +TTATTTCTACATCATTTATTTTAAATTCATATTCTGCTATGTACGATCCTATAAGGCTAT +GTGAAAGTGCTAAGTTATTCATTTCATATTCATCTAAGTTTATATTATATTTATTTACAT +AGTAATCAACTTGATCATTGTTTAAGTATTTAGCGCAATCATGAACTAATCCAGCAATAT +ATGCCTTTTCTTTATTATAACCATATATATCACATAATTTAACTGCACAATCTGCTACAT +TTAAAGAATGTTGCATTCTTCTTTCTGGCAACATTTCTACTAATTTTTCATTAATCTCTG +TTAATGTCATTTATTCCACTCCTATTTTATATAACTTCTTATCGTGTATATATTTTTCTA +CATTTTCAGGAAGTAAATACCTTACAGATTTCCTAGCTTTTAATTGTTGTCTTATATATG +TAGATGATATATCCAATGATGGAACATATACACTTATAATATTAGCATTATATTTGTCTT +TAAGTTTTTCTATTTTTTCTTGAGCTTCTAATAAACTTATCCCCGGTCTCGTTGCAGCTA +TAAAGTTAGCCAACTTAAAATTCTCTTCTACTTCCTTCCACGTTTCAATGTCACATATTG +CATCTGCACCTGTTATAAAATATATTTCGCAGTTGCTATAGGATTCTTTTAAAGATCTTA +AAGTATCTACAGTATAAGTTCTTGTTTCACTTTTTATCTCTGTATCCAAAACTAAAAAAT +CGTCGTTATTCTCAGTTGATACTAAAACCATATTATATCTGTCATACTTATTAGTCACAT +TAAGTAATTTATGAGGAGGATTTCCTGTAGGTATAAAAATTATTTTATCTAGTTGGTATT +TGTCTCTAATAAATTCTGCTGTAGCTAAATGAGCATAATGTATTGGATCAAAAGTCCCTC +CCATTATACCTATTCTCATTTTAGAATTATCTTTTTTAAATTGCTCTAGTTTAAGAGTAT +TTATATTTTTTGCATTTTTAACTAGATCATCAACCCTCATATTTTGTCTCCTTTTTATAA +ATATATTATTATTGTATCATTATTTCAATTTTATAAGGTAATAAATTGCACATTTTAGTA +TATAATCATATCTATAAGGTACTTATATTTTTTAGTTCAATTTTTATATTAACTATTTGA +TATCTTACCTTAAATTTCCTAAAATACAAGACGTAAAATACGTATAATTAATATTTTAAT +AATGTAAACTTATTAATTATAATAGTACACCAAAGGAGTTTTATACATGGCTATAATTAC +TAAAATAGAACAACAAAAAAAGAACGAGGATAGAGTTAACATTTATGTTAATGATGAGTT +TTTTACAGCAATCTTTAAAGAATTAGTTTTTACTTTTAACCTAAAAAAAGGTGACGAGAT +TGATGAAAAATACTTAAAGTCAATACTAAGTGATGAAATGTATCTTAAAGCTAAAAATAA +GGCTTTAAATATATTATCTAAAGCAGATCAAGCAGAGAAAAAAATTAGAGAAAAGTTATC +TACTGATTTCGAAGAAGATACTATAAATAGAGTAATCGAATTTTTGAAAAAAAATAATTT +TATAAACGATAATCTACTAGCCCAAAAAATAGTAAATACTAATCTTAATTTAAATAAATG +TGGTAAAAATAGAATTAAACAAAACCTTTATAATAAAGGTTTAGATGAATCTGCTATTAA +CGAAGCGATGTCAGATATAGATAGTGATGCTGAATTCGATAATGCTATGTATTTAGCAAA +AAAAAGATATGAACGTGTTAAGAATGAAGACAAGAGAAAAGTTTATCAAAAACTATCACA +ACATTTAGCATATAAAGGTTTTAATTATGATATTATAAAAAGAGTATTAAATAAGCTATT +AAACTACGATGAGTACGATATATAATTTACTTTAACTTTGGAGGTTATTCTATGAAATTG +ATAATAGGTATCTTTAGCTTTTTACTAGGATTATATAATCTAAAACAATTATATAAACTT +GATAACTAAATAAAAAGGGAATGTATTAAAAATAAATTAGCTTAATACATTCCCTTTTAT +ACTTTATTATATTACTTCTACTCTTAGTTAATATATCTTTTTAGTACTTTAGCTATCGGA +ACTCCTATTATAAGTCCTATTACTATCTGAGTAACATTTCCTGGTATAGATAATAATGCT +TTTGCATGATTACCATATAATATCATCTCAGTTATATAATAGCCAAATATCATCCAGAAA +CCTGATATAGTTATTCCCACGATATTAGTTATTACATCATTTCCTTTTTTATTATTTGAC +CATGCTATACTTCCTATTATATATCCCATAACTCCTCTTACTACAAAAGTAAATGGTGCC +CATATTGCCCATTCTGATAATAAGTCAAACAATCCCATTCCAAAAGCTCCTGCTACTGCT +CCTTTTTTCTTTCCAAATACTATTGCAGATATAAATAACATTGTGTTGCCTAGATGTACA +AGACCACCAGTTGATGCTAATGGCAATCTTATGTTAATAAATCTAGTAGCAATAAATACC +AAAGCAATTAATAATCCACTTTCAGCTAAATCCCTTGCTGTAACCTTATTCTTTTTACCT +TCTAGCCTTTTTTCTATAACTTCATTCGACTGTATAACATCTACTTCTTTCATAACAATC +CCCCTAATAACTACTTCATTATTACTTTAACCTCATCATAATGTTTATTGAATAAATCTA +CTAATCTATCTTTGCATTCAAACCCTAATATTCTTAGGGCTTCGTCTATAAAATTTAAGA +CAGGAATTATTTTTTCAAGTTTTGCATTTTCACCCATATGACCTATTCTTATTACCTTAT +CTGAATATTCGCCTAAAGATGTAGCTAAAACTAACTTATAATGCTTTAATAAGTAATCTG +TTAAATTCTTAGCTCCAATATAGTCTGGAATTTCTACTACTGTAACTGTATTAGAGTATC +CTTTTTCTAAATATAATTCTAATCCATATTCCCTTATGGCCTTTCTAGTTGCGTTAGCTA +TCTTTTCATGCCTATTCAGTACATTCTCTATTCCTTCTTCTAATATGTTATCAATTGCTT +TATCTAACCCCATAATATCGCTAATAGGCATGGTGTATGGAAACCATTTATTATCGTAGT +AATTCTCCCATATTCTTAGATTACAATAAAATCCCGCAACTGGAGTTTTTCTTTCTTTCA +TAGCACGTTTAGCATCTTTACTTATACTTACTATAGTAAGACCTGCTGGTGCAGATATAG +CCTTTTGAGACCCACCTAAAGCAATATCTACTTTCCACTCATCAACCTTTAATTCTTCTC +CAACCATAGCTGCAACTGAATCTACAACTGTTAATATTCCATATTTTTTAAGTAGAGGAC +AAAGCTTACTTAAATCATTTAAAACACCTGTAGGCGTATCACAGTGTACTAATGTTGCGT +ATTTAAAATTATTGTCTTCTTCTAAAAAAGCTTCTAAGTCTTCTTCATTAATGTCTTTTG +TATATTCTTTTGAAAAATATACAACTTCACCACCATACATTTTTATAAAGTCATCAAATC +CTCTTCCAAAAATACCATTATCAATTACAAGAACTCTATCACCTTTTTCAGTAAGAGATG +CACATGCCGCTTCTAATCCTAAAATGCCTTCTCCACTTAATATATAGACATCATTCTTAG +TTTTTATTATTTTCCCTATTTTTTCACAAGTATTTTTATAAAATTCGCAAAATTCCAAAT +CTATATCTGGATTAGTTGTCGCTACAGCTCTTGCTAATCTTACATTTTCTCTAACTTCTG +TCGGTCCTGGCGTATAGACTAATTTGTTATTCATATCTGGTCTTCCTCCCTTTTCTTTTA +TATAAAATATTATATATTATTATTTATTGTATAGGACAATTTCTTGAATATTTTATAATT +GTATTGGTACATTTATAATACATATATCAAAGAAGATTAATTAGTTTACTAAAGTTCTCT +TTTATTTTTTAGAACTTATGATTCGTAATATATCATAAATTTACACATTCATGTTTTCCA +TGTTCTTTATATTTAAACATAAATCTTCTCAACAAAAAAAGAGTTAATCCATACAGATCT +AACTCTTTTCAATCAAATACAAAAACTGCATATAATATTATATGATATATACATAAACAA +ATATATATTACATTTGAGATAAATATAATTAATCTCGTTATTTTAGATATATTATCATCC +ATTTTGTCTATTAACACAATTATTAAAATAGTTGGTAAAATAACTTTAATTATTAAAAAT +AATACTGGACTTAAATTATATACCATACTCAAAAACTTATTTAATTCTATATAAAATCCG +TATCTAAGTCCAATAAATGTAGCCATACCATCAAATGCATTTAAAAATACAATTGATACC +ATTCCATAATAACTTCTATTTTTCTTCAGTATTTCTTCCATAAAATACCCCTATATAATT +AATTACATTACTTATAGTTAATTGTATAACGTTTTAACTTTAAGCCAATTAATCGATAGT +GTAATTTTACTACTCATTATTTCTTACTCTATCTACTAATAATAAGTTACTAATATTTAT +AGTTATTAAGTAAAATAAATATTCTAATAAAATATTTATTTATATGATTTTATTTTTAAC +TTTTATAGCATAATATATCTTATAACTAATGCTACACTATTTATAATTAATTTTTAAATT +TAATACGTAAAATATAAGGAGAAAATTATGATAGATTTAATTTTACTAGGATGTGGAGGC +AACATGCCTATGCCTAATCGTTTCTTATCTTCTCTTTTTATAAATTATCAAGGAAGAAAA +ATTCTTATTGATTGCGGCGAAGGGACCCAAGTTTCCATGAAAATGAAAAATTGTGGTTTT +AAAAATATAGATTTGATATGTATAACTCACTTACATGGTGATCATACTATAGGCCTTATT +GGATTATTATCTACAATTGGTAATAGCACTAGAACAGAAGATTTAACAATTGTAGGACCT +GTCGGCATAATAGAAACTATGAAAGCTATTAGGGTATTAGTTGAATATCTACCATATAAA +GTGAATGTTATTGAAAACCCTGAAGGTAGCTTTACTCTACTTAATAATTATTTAAAAGAT +TTAGAGATATCAACTTTAAATTTAGAACATTCCACAGAGTGTTTAGGATATAGTTTTTAC +TTCAAAAGAAAAGCTAAGTTCAATGTAGAAAAAGCAACTAAAAATAAAGTTCCTAAAATA +TTATGGCAAAAACTACAAAATAGCAGAGATATAGAATTTGAAGGTAATGTATATACTCCA +AATATGGTTTTAGGAGATGATAGAAAAGGCATAAAGATAAGCCTTATAACAGATACTAGA +CCTATATTCTCTATTCCCAAATTTATAGAAAATAGTGATTTATTTGTTTGTGAAGCTATG +TATGGTGATGATTTAGATATATCTAAGGCCGTAAAAAATAAACATATGACCTTTAGAGAA +GCTGCTAATTTAGCTCGTATTGGAAATGTAAAACAGTTACTTCTAACTCACTTTAGTCCC +TCTTTAGAAGAACCTTATTTTTATAAGGAAAATGCAACTTCAATTTTTGAAAACACTATT +ATTGGAGAAGATAGACTTGAGTTGCATTTAAATTTTGACGACCATGATGAAGAAAAAAAT +CATGATAAAGAATAATCCACTATAAAATAATTACATAATAAATTAACAAGGGCTATCTCA +AAATAGAGATATGCCCTTGTTTAACAAATATATCTAATATAGTTGTTAACTCTATATTAT +TTAATTATTTACTAACATTTCCTGCAACATTAAGCACATCCCAAGTTCTTGCAAATGGTG +GTGCATAACATAAATCTAGCATTCCTAATTGATTTGTTGTCATTTTTGAGAATATAGCTG +CTGCTATAACATTTGCTCTTTGAACTGAGTCTTTAAATCCTGCTACTTGACCTCCTAGAA +TTACCTTTGTCTCCGCATCATATACAAGTTTTACATATATCTTATCTCTACCTGGATAAT +AATTAGTTTGATTAAAATCACTTATAAATTTAGCTTTATACTTTAAACCTAAGCTCTTAG +CTTTTCCTTCTGTTAATCCTGTAGCTGCTGCTTCCATATTCATAACTTTTATACAACTAG +AACCTAATGAACCTTGGAATGCGTTATTAGATCCTGCTAAGTTTTCTCCAACTATTCTAC +CTAATTTATTAGCACCAGTTGCTAAAGGAACATACATATCTTCATTAGTTACTATGTTCT +TTATAGTTGCACAATCCCCAGCTGAATATATATCTTCGACAGATGTTCTTCCATATTCAT +CAACTATTATAGCTCCATTACCTAACATCTCTATATTCGTGTCTTTTAAGAATGACGTAT +TAGGTCTTACACCTGTAGCTATTATAACTAAGTCAGCTTCTATTTCACCTTTATTAGTTA +TTACCTTTTCTACTTTTGTTTTTCCTACAAATTCAGCTGCTAATTCCTCTAAACGTAAGT +TTACTCCATGAGCTTTCATTTCATCTTCTAACACATCCGTTATCTCTTTGTCAAACACTT +GGTTTAATACTCTATCAGTCGATTGTATAACAGTTACTTCTTTGCCTAATTTTTTGGCAG +CTTCTACAGCTTCTAAACCTATAAATCCAGCACCTATTATAACAACCTTATTTATTTCCT +TTTTACTTAATAATTCTTTTACCTTTATACCATCTTCCATGGTTTTTAAAGTTGATACAT +TTTCAAGTTTAACATTTTTTATTGGAGGTATTATACTACTCGCTCCTGTTGCTATCATTA +ACTTATCATAAGAATCTTCAAAAGTTTCGCCAGTCTTAATATCTTTAACCGTTAATTTTT +TAGCATCTGTATCCACAGCTACAACTTCTTTAAATATATTTAAATCTATACCAGTTTCTC +TAAACTTTTCTGGACTTCTTGCTATCATATTATTCGCATCATCAAAAAATCCACCTACAA +AGTAAGGTAATCCACATGCACCAAATGATACTACATCAGTTTTTTCATATACTACAACCT +CATATTCAGGTTTCATTCTTTTTAATTTTGCTGCTGCAGACATACCAGCTGCAACTGCAC +CTACTATAACAACTCTCATCTTACGTCCTCCTTAATTGTTTTATCTATATCTATAAGTTA +CTTTATTAATTTAATATATCTAGTTATTATATTAACATTTTTATACATAAAAATCCATTT +TATATATTTTGTTTTTATCCTTTATACCCCCAAATTTAAACTTAAAATCTCTATTATTAA +TATTTATATAAACTTAAACAATACATCATATTACTACTTTAATTTTTTAATTTATCCATA +CTTAGCTATATAAAAAAGGATATAGGATAAATAGTTGCTTACTATTATCCTATATCCTTT +ATATTCTGTAAATATCCTTTTACTATCTTCTAGCAGCTCTTTTCGTTATTTTACCTTTTT +TAGTTACAGTGTTATCCTTTACTTTAGCCTTAGCTTGTTCTTGCCCTGGGAAAAGTATCT +TTGGATTATCATTATTTCTTCTATATAAAGTAAATTTAGAACCTATAGCTTGAACAAATT +CTGCTCTTAAAGCTTCACATATAGCATTTGCAGCTTCCTTTGAATCAAGTCCTGCAGTTT +CAAGAATGGTAACTTTTACTATTTCTCTACTTGTTAACATACTATCTAATTGCTCTAAAA +AGCTTTCTGTTACACCATCTTTACCTATTTGAGTTATAGGCTTTAAAGTGTTAGCTATCG +ATCTTAAATAAGCTCTTTGCTTTCCTTTTAACATATTGTCACCTCTTTATTTATCCTAGT +TGTAGAATTCAAATTCAATTTCATAAATCTTAACTGTATCTCCATCTTCAATACCCATTT +CTCTAAGCTTATCAAATACACCTTCAGATTCCATAGCTTTTTGGAAGTACTGAATAGATT +CCATATCTTCAAAGTTAACAGAGTACATGATTCTTCTTAAAGATTTACCTTTAACAACAT +ATATTCCGTCTTCTATTTCAACAGTTAATCCTTCATCTTCATTAGACTCATCTAATTCTG +GTCTGTACATTTCTTCTTCTGTTACTAGTTCTACATCTTCAACTTCTTTTAGTAATTGAG +ATACATAAGCTATAACATCATCTATTCCTTGACGAGTAGCTGCAGACATTTTAAATACTT +TATATCCTCTACCCTCAAGTTCTTCTTTAAATTCTTCATATACACTTTCATCTTCTAAAA +TATCCATCTTATTAGCAACAACTACTTGTGGCCTATGAGAAAGCCTTTCATTATATAATG +CTAACTCACCATTTATCTTATCAAAATCTTCTAAAGCATTTCTACCTTCGTGTCCAGTTA +TGTCAACGATATGTATCAGTACTTTAGTTCTTTCTACGTGTCTTAAGAAGTCATGTCCAA +GACCAACTCCTTCTGCAGCACCTTCTATAAGACCTGGTATATCAGCTAATACAAAACTAT +CACCAAATTTAGTTTGAACCACACCTAAATTCGGAGTTAATGTTGTAAAGTGATAGTTAG +CTATCTTTGGTTTTGCTTTAGTAACAACTGATAAGAACGTAGATTTCCCAACATTAGGGA +ATCCTAATAATCCTACATCAGCTATCATTTTAAGCTCTAATACTACCCATCTTTCTTCTC +CGTCCGTACCAGATTTTGCAAAAGCTGGAGCTTGTCTTACTGCATTGGCAAAGTGCTGAT +TTCCTTTTCCGCCTCTACCACCTTTTACAACTACAGCTCTATCGCCTTCTTCTTTTAAGT +CAGCTATTATAAGACCTGTAGCCTCATCTCTTATTATTGTACCAGGTGGAACTTTAAGAA +CTAAATCGTCTCCATTTTTACCTGCTTTTTTCTTTTTACTTCCATCTCCACCAGATTCAG +CAACGTACTTTCTTTGATATTTAAAGTCCATTAAAGTTCTAAGACCTAAATCAACCTCAA +ATATTATACTAGCACCTCTTCCGCCGTCTCCTCCGTCTGGTCCACCAGCTGGAACATATT +TTTCTTTTCTAAATGCAACCGATCCATTTCCACCATTTCCGGCTTTAACAAAAATTCTTG +CTTTATCTATGAACAAATTAATCACCTACTTGATTAAGACTTTTTATTTATTTTCTCCAA +AGTACTCTCATTATATCTATGTGTTTTGAAGAAATCATCTATTTACAACAAAAAGGAGTG +TAAGAACACTCCTTTTCTCATATATATTATTCAGCAATAGATACTGGATATACGCTTACT +TTTTTTCTTTTCTTGTCTTTTCTTTCGAACTTAACAGTACCATCTATTAATGCAAATAAA +GTGTCATCGCCACCTATACCTACATTAGTACCTGGATGTATCTTAGTTCCTCTTTGTCTT +ACTATTATACTACCAGCAGTAACTACTTGTCCGTCATATCTCTTAACACCTAATCTCTTA +GCTATAGAATCTCTACCGTTTTTAGAAGACCCTACCCCTTTCTTAGATGCAAGTAATTGT +AAGTTCATGTTTAACATATTGGAGTCACCCCCTACTTTTTTAAGATTTTTATATTTTTTG +GGTATTCCCGTTTAATTTCTTGAATAGCCAATTGAAAATGATTTAATAGTAGTTGAGATT +TATCTAAAAATGTATCTTTAACAATACACTCTATATGACCTTCTTTAGCTTCTATTTTTT +CAAATTCAACTTTTTGTAATTTGTTTAAAGAATTTATAACTGCAACTGCATTAGATGTAA +CTGCAGAACAAACTATATCATAACCTATTTCGGCATAATCAGCATGTCCCTTTAAACAAA +AACCTTGAAGTAAGAAATCGTCATTATAATAATAATTAACTTTTATCATTACTCAACCTA +TTTACTAAGCGTTTATTTTTTCTATAACTATCTTAGTGTATGGTTGACGATGTCCTTGCT +TTCTTCTGTAGTCTTTCTTAGCTTTGTACTTGAAAACTACAACTTTCTTAGCTTTACCTT +GTTCAACAACTTTTGCTTGAACAGAAGCACCTTCAACAACTGGAGAACCAACAACTAACT +CTCCGTCTTTAGTGCAAGCTAAAACTTCGTCTAAAGTTACAACATCACCAGCGTTAGCTT +CTAACTTTTCAACGAATAATACATCACCTTCAGCAACTTTATATTGCTTTCCACCTGTTT +TTACTATAGCGTACATTAAATACACCTCCTCGGTCCAAAACTCGCCATCAAGGTAATTTC +CGAAGAAATTTTACAACCTTTTCTGTGCGGCATTACAGTTATTAATAATACTATGTTTTT +TTGCTTTTGTCAACTAAGTATTATAAATAATATTTATTTTTTCGTAACTTATACAGTCAC +TACCTGTCGGCTCTATAATAATATCATATTTTTGGCTTATTGTGTTCAAAATATTTTTCC +ATTTTTGATTTATTTCTTTATAAACTTCCTTATTTAATTCTACAGTTACCTTTTTATAAG +ATGTATGCTCACTTATTCTCATAATTTCTTTTTCTATATCATCTACAATAAAATTTACTG +ATTTTACATATGAATTTTCTTTACATATCGGACAATTTCCTAGGTAATAGCTATCGACAG +AGTTTTTATCTCTTCTTCTTGCAACTTCAACCAAACCAAGCCTAGTCATACCCAGTACTT +CAGACTTTCGTTTATCTTTCTTTAGCTCTATATCTAAAGTTTTTAATAACTCTTCTTTAT +ATTGTTTTTTATGCATATCTATAAAATCAATTATTATTATTCCTCCGATATCTCTTAACC +TTAATTGCCTTGCAATTTCACTAGCAGCCTCTAAATTAGTTTTATATATAGTTTCTTCTA +ATTTTATACTTCCAGTAAATTTACCTGTGTTTACATCTATAATAGTCATTGCTTCAGTTT +TTTCTATTATTAAATAACCTCCACTTTTTAACCATACCTTTTTATTTAAAGATTTTTCTA +TTTGACTTTGAACTTTATATAAATCAAATACATCTTTATTTTTTTCTAATACTAATTTAT +TTATGTATTCTTTATTTACATTCTTTAATATTAATTTTAATTCGTCATACTTATCTTCAT +TATTGATAATTATTTGATCTACATATTCATTTACATTATCTTTTATATATTTTGATGCAA +AATCTAGTTCTTTATGTAAAAGCTTGGGCCCTATACCTAACTTAAATTCCTTACAAATAA +CCTCATATTTAGCTTTAAGCTCTTCTAAGTCCTTTTTAAGTTCTTCTAAAGTACATCCCT +GAGCTTCTGTTCTTACTATCAATCCCAAATTTTCCTTATTTATAGCATTTATTATTTTCT +TCAATCTAAATCTTTCTTTTTCTTCTGTTATCTTATTAGACATAGTTGCTCTATCATTAG +ATGGTATATAAACTAAATACCTTCCTGCTAAACTAATTTCTAAATTAAGCTTGGGTCCCT +TAGTTCCAATTCCCTCTTTATTTATTTGCACCATTATGTCTTGTCCAGCTTTGATATCTT +TATTTTTTCCCAGTGGTAAGTATGCAAGCTTTTCTAGGCCTATATCTACAAACCCAGCTT +CAATTCCCGGCTTTATATTTTTTACTACACCTCTATATATATTAGATACTATTTTTTCAT +TTGTATTATCTTCTATAAGTAATTCCACTAATTTATCATCTTCTACTATTGCTGTTTTTT +GAGATAGTACTAGCGATTCTATAACTATTTTTTTCATCTTTTGATTCCTTTCATATAATG +CTACATGCTCTATATTCATATTTTAGTATAAACTAATTTAATATTTTTTTATATAAAATA +TATAAAGATGTATTAACAAAAAACTCTCTCCACTCATGTCACTAACAACTGCGTCCGTTG +ATTAAGTTTAGTAGTTAGGATTATATATTATCCACAAACCAGATAATTTATAATCTCTTA +GTATAAAAAATGAGTGTACTATTAATAAACTAGTACACTCATTTTTTATTCATATATTTG +GATTACATAGGAGAAACTAACTCTCCATCTTGAACTATATATAAATCTCTTCTTAATATA +TCTACATCTAACGGATCCATATCTATATCTAACATTTCTAATATTTTAGGTATAAATATA +TTTGTATTTAAATTAGCGTTTGATCCTGTTGCTATAGTCCCTATAAGAGTAAGGTTATTT +TCATCTAAACTTAGTAGATCAAAGAATTTTATCATAGGTCTTATATTAGACTCTACAATC +TTTCCTTTTTTATTCTTCTTAGTTATCATTATTTCTTCTTTATTCATAAAATCAGCTATT +CTTGACTTTAAAAATTCCTTACTTAAATGATTTTCAAGTTCTATGTTGAATAAATATTCT +CCATACTCTATTGTAGAAGCTAGCGAAGGAGTACCTGGTTCTATTTCTTCAGCTTTTATA +AATTCTATACCTTCTGGAAGTTCTTTATTTAATCGCATTAAGAACTCTTCTACAGATATT +TCTTCTTCTATTTCTATATCAACATACTCTCCATAACTTTCAGTTCCTAATGCTAATGCA +TTTCCGTAACTCATCTTAGGGTGAGGATTATAACCTTGAGAATAAGATAATTCTACATCA +GCCCTTCTAAAAGCTCTTTGTAAAAGTTTTTGTAAATCAAGGTGTGATATGTATATCATA +TCTCCTTCTTTTTTAAATTTAACTCTTATTATTTTACTCATAATTAACATAACCCCCTTG +TAATGTCATTTGCATTTATTCCACATCCATGACATTGATGTCTGCAGTCTGGAGATACTT +TATCTTCTCTTGCTTTTTCATTTTCTCTTATTAAGAATTTCTTAGTAACCCCTACATCTA +TGTGATCCCAAGGGAATACTTCTTCATAATTTCTTTCTCTGTTAGCATAGAATGCTATAT +CAAGTCCATTCTTTTCCATAGCTTCTTTCCATGTATCTAAGTTGAAATACTCAGACCATC +CGTCAAACTTAGCTCCAGCTTTGAATGCATCTAATATAACTTTACCTATTCTTCTATCTC +CTCTAGCCACAACAGCTTCCATTAAGCTAGTTTTTGAGTCATGGTAGTTATATTTTATAT +CTTTATTTTTTAATTTTTTAACTAAGTGTCTTTGCTTTTCTATAACTTCTTCAGTTAAGT +CTTGTCCATGCCATTGGAATGGAGTAAATGGTTTTGGTACAAATGTTGATGTACTTACAG +TTACAGAGAAACTTCTTCTTAACTTTCCTCCATTAACATCTCTATAAGTATCTATAACAT +CATATGCAAGATTAGATATACCATCTAAATCATCATAAGTTTCAGTTGGAAGACCTATCA +TAAAGTATAATTTTACACTGTTCCATCCCATTTCAAATGCTTTTCTTGTAGCATTTTTTA +AATCTTCTTCGCTTACACCTTTATTAATAACATCTCTTAATCTTTGAGTTCCTGCTTCTG +GTGCAAATGTAAGTCCTGATTTTCTTACTTGTTGTATTTTTTCTGCTATTTCCATAGAGA +AGTTATCAAGTCTTAACGATGGTAAAGATATCCCTACATTTTGAGGAGTATACTCATCAA +CTAAAAAGTCTGTTAACTCTCTTAATTGGCTATAGTCACTTGTACTTAATGATGATAATG +ATATTTCATCATATCCTGTATTTTTTACAAGCTTATCTACTATTTCTTTTAGCCTATCAA +CACTTTTTTCTCTTATCGGTCTGTATATCATACCAGCCTGACAGAATCTACATCCTCTTG +TACATCCTCTGAATAATTCTAAAACAACTCTATTGTGTACAGTATCTATATAAGGAACTA +TAAGCTTATCTGGATAATCTACAGTCTCTACATCTTTTATTATTCTCTTTTTAACCTTAT +CCGGAACACCTTCTCTATTAGGTTTTACTTCTTTAACTGTTCCATCTTCATTGTATGTAA +CATCATAAAAACTTGGTATATAAACCCCTTCTATTTGAGCCACTTTTAATAAGAAGTCTT +CTCTAGTAGTCTTATTTTTCTTCCATTCTTTATAAGCACTTATTACTTCTAAGTTAACTT +CTTCACCTTCACCTAGTATTACTATATCTACAAAATCAGCTAGAGGCTCTACGTTATATG +CACAAGGCCCTCCTACTAATATAAATGGATCATCTAATTCTCTTTCTTCTCTAAGTAAAG +GTATATTAGCCAAGTCAAGTATATTTAATATATTTGTATAAGAAAGTTCATATTGTAATG +TAAATGTTACGAAATCAAAATTAGTTATAGGCTCTCTTGATTCTAATGCGAACATTGGTA +TATTTTTCTCTCTCATTATATTTTCCATATCAACAGCTGGAGAATATACTCTTTCACAAA +ATACATCTTTATCTTTATTTATTACATGATAAAGAATATGACTTCCTAAGTGACTCATCC +CAACCTCATATAAATCAGGGAAGCAATGAGCATATCTTACTAAATTTTTGTTACTTGTAT +CTTTATGTATAGAATTTACTTCATTTCCAAGATATCTTGCAGGTTTTTCAACCTTTTTTA +AAATTCTTCTTAAATCTACTTTACTCATTTATTATTGAAACCTCCAATAAATTTATTGTT +TTATATAAAAAGCATAATTTTTATTATACACCATAATATATACATAATGTATCAAAATTT +TATTTTTCCATATTTAAACTATTCTAAATATAGTTGTCTTATTTCCTATTTATGAAATAT +TTACAGTTATTTTGATGAATTATTAATTGAGTATAAATCAATACTTTATAATAGATTATA +ATTTAAATTATTATTCTAAAATTTTATTTCTTAAAGATCTTAATTAATATGTGACTTTAT +GTCATTAATAGAATTAAAAGCTTGACTATTGTTAAGAGAATCAATAATATTTATATATCT +GTTTATATTATTGATATATGGGTATAAAATATACATATATATATAATTAGTTAATTTATT +AGGAGGTTGTGTAATGAGTAAAGTATTTGAAGTAAAAGAAGATATCTACTTTACAGGAGT +TGTAGACAAGGATTTAAAGGTATTCGACATAATAATGGAAACTGAATTTGGTACAACTTA +TAATTCATATTTGTTAAAAGATGAAAAAACAGTTCTATTTGATACGGTTAAACCAAATTT +TAAAGATGAATTTATAAACAATATTTCAGAAGTAATTGATATAAAAGATATAGATTACGT +GGTTATTCACCATACTGAACCAGATCATGCTGGTAGTTTAAAATATATTTTAGATATAAA +CCCTGACATAGAAGTATATTGTACAAAGGCTGCAAAGCTATACTTAGATGAACAAATAAA +TAAACCATTTAAGTGTCATGTAATAAAAGATGGTGAAACTTTAAATATAGGTAAAAGAAC +ACTAAGATTCATAACTGCACCTTTCTTACATTGGGCAGATACTATGTTTACTTATGTAGA +AGAGGAAAAAACATTATTCACTTGCGATGCATTTGGATGTCATTTTGCAAATGTAGATGC +TGACTGCGTAGATAGTGAAGATTATTTAAAATCAGCTAAACACTACTTTGATTGCATAGT +TAAGCCATTCTCTAAGCATGTTTTAAATGCTGTAAATAAAGTTGTAGATTTAGGTATAGA +GTTTGATACGATATTAACATCTCATGGACCTATGTTGACTAAAGACCCAATGGCAGCTGT +TAAAAGATATGTAGAATGGTCAACAGAAACAGTTGAACATACTAATCAAAATCAAATTGC +AATTTTCTACTTATCTGCATATACAAATACTTTATGCATGGCCAAAAAAATAGAAGAATC +ATTATTATCAGAAGGTGCTAAAGTTAAACTATATGACTTAGAAACTTTAAGCTTACAAGA +AATGCATGATGCTGTAGTAATGTCTAAAGTAATATTACTAGGTTCAACAACAATAAACAA +AACAATGGTTAAACCAATGTGGGACTTATTCTCAGTAATTGACCCAATGGCAAACCAAGG +TAAAATAGCTGGTGTATTTGGTTCTTACGGATGGAGCGGTGAAGGTATATCAATGGCAGA +AAACAACTTAAAAGCGATGATGTTCAAGATGCCAGTACCAGCACTTAAAAAGAAATTCTT +CCCATCTGAAGATACATTCCAAGAATGTATAGAATTCGGTAAAGAATTTGCAAAATTAGT +TAAATAATATATATAACAAGATATATAAAACTCTAAGATTTATTTTCTTATTTAAAATAA +TAATACAATTTTAGACACTAAATAAAGTGATACTATTAAAATATTTTATTAGTATCACTT +TATTTAATATAATCGCTTCCATTTCTATAATCTTAATTACATTAAAACATAAAATTTAAC +TCTTAAACTTTATTAGTAATTTTTAAGCTAATATTTACTAATCATATATTAAGCGTAATA +TTATTCCAATTTTCTTTAGTAAATAAAATAAGAGCTACCCATAATGATAACTAAATAATA +GTCATTAAAATAAGTAACTCTTACATTTATTCTTTTTTACTCTACTAAATACCATTCTAG +TATTTAGAAAAGTAGTTCTAATCCTTAAACTCTTTGGCTAGTAGTTTTTCTAACTTCTCT +CCAAGATAATTCACCTCTGTCTAGAGCTTTTATAAATATCTCAGCTGATGCTAAATTTGT +AGCTACAGGAACATGATAAACATCACATAATCTAACTAAAGCTTGTATATCTGGTTCATG +AGCTTGAGATGTAAGAGGATCTCTTAAAAAGATCACTAAATCTATATCTTGACTAACAAT +TAAAGAACCAATTTGCTGATCGCCTCCAAGTGGACCAGATGCTAATCTAGTAATCTTAAG +TTCTGTCTCATCCATTATTCTCTTACCTGTTGTTCCAGTTGCATATAAGCCATATTTTTC +TAATATTCTTTCATATGCTATACAAAACCCTATCATCATATTTTTCATTTCATCATGTGC +TACTAATGCTATATTCATATATTCCCCTTCTCCTTTATAATGCTAAAAATTTATTTTTTT +CTTTCTCATACACACATTTAAAACTAATCCTAAGTTAGCTAATGAGGTTAATAATGAACT +ACCTCCATAACTTATAAATGGCAATGTTACTCCCGTGACAGGAATAAGTGCTACTGTCAT +ACCTATATTTTGGATAATCTGGTATGCAAACATGCTCATTACTCCTACAACAATTAATGT +TCCATAAAAATCTTTAGCCTCTCTAGCTATAACTAACATTCTTAGTAAGAATACAATATA +TAAGGCTATGACTAAAGTCATTCCCCATACACCTAGCTCTTCTCCTATAACAGCAAATAT +AAAATCACTATCTTGAACTGGTAAAAAATCATTTTGGCTTTGACTTCCGTTATATAACCC +TTTTCCACCAAAACCACCTGATCCTATGGCAATCATAGATTGTATAACCTGATAGTTTCC +TTCATAACTTGGGTCATCAGGATGAAGAAAGGCTTCTATTCTTAATTTTTGATGTGACGC +CATCATCATATACATAATTGGTAATGAGACTAATGCTATTATAATAGCTCTTTTTATTAA +TTTTATATCTAAACCTGCTGTAAATAACATCCCTGCTATTATACAACAGAAAACTATAGC +AGTTCCTAAATCTGGTTGAGCAAATAATAAACCTATAAAAGGAAATGCATAAATAACTAA +AGGTATTATCTCTTTCAAGTTATTTAATTTTCCTTTTTTAGACTCAACTATCTTAGCATA +ACTAAGTATAAATGTAAGTTTAACTAATTCTGATGTTTGAAAATCTAGGGGACCTATTTT +TAGCCACGATACGGCTCCACCTCTATTTTGCCCTAATCCTGGTACTAGCACAACTGCCAA +AAGTAATAAACTAACTAAATAAAGTCCCTTGTAATATTTACCTAAAAAATTATAATCTAA +ACAAAGAATTCCAATTATCATAATCATGCCTAGTATAAATGCTAATCCTTGTTTATATAA +CTGGCTATAGTCACCTGTTTCATTTACGTGTGTCGCACTACTCAATACAACAATTCCAAA +GCAAAATATAGCTAATACGGTAATTATCAATTTCCAGTCTAATTCTTTAATTAATTTAAG +TGTATTCTTGTATGTAAGCAATTTATCACCGTCTTTCCACTCTTTCGCATATAACCAAAT +AAGGGGAATATATCATATGATACCCCCCCTTATTTAAATTACATCATTCTTTCTTTTATA +TTCTTTAAAGGTATATTTGCTACCAGTGCAGATACTGGCATGTCATCATCTTCCCCTCTT +GATTTAGACATTTTTATTTCTAGACCATTTTCTTCTATCTCTGCATAATTTGCTATAACC +TTTAGAATATCATCTTTTATCAAATCTAAAAGTTGAGGAGAACAATCCACCCTATCATGT +ACCAAAACTAATTTTAATCTTTCCTTGGCAACAGATTTACTAGATTTAGACTCATTAGAG +AAAACTTTAAATATATCTAACATGGATGATTCCTCCCTTCTTATTTAGCCATACCAAGCA +TTTTTTTAATTTTACTAAAAAGCGTATTATCACTTTCTACTTCTATTAAAGGGATATCTT +CACCTAATATTCTTTTAGCTATATTTTTATAAGCTTGTCCTGCAAGAGATTTTGAATCAA +GTATTGCTGGTTCACCTTTATTAGTAGATACTATTATACTTTCATCATCTGGAACTAAAC +CTAATAGATCTATAGCAAGTATCTCTAATATATCTTGCTTGTCCATCATATCTCCACGTC +TAACCATATCTTGTCTAATTCTATTAATTACTAATCTTATATCTTTTATTTCATTAGCTT +CTAATAATCCTATTATTCTATCTGCATCTCTTACTGCAGATACTTCTGGATTCGTAACTA +CTATAGCTCTAGTAGCTCCTGCAACAGCATTTTTAAATCCTTGTTCTATACCTGCTGGGC +AGTCTATTAATATAAAATCAAAAGACTCTTTTAACTTTTCACATAAATCTTCCATTTGTT +CTACGGATACTGCATTTTTATCTCTTGTTTGTGCAGCTGGCAATAGATATAGATTATCAA +ATCTTTTATCTTTTATTAAAGCTTGTTTAAGTCTACACGTTCCTTCTACAACATCTACTA +TGTCATAAACTATTCTATTTTCAAGACCCATAACTACATCTAAATTTCTAAGTCCGATAT +CTGCATCAACTATAACAGTCTTTTTATTTTCTAAACTTAGAGCAGTTCCTAAGTTTGCTG +CAGTAGTAGTTTTTCCAACTCCACCTTTGCCTGATGTTATAACTATAACTTCACTCATAA +TACTACCCCCTATGGATTTCTTTCTTATTTTATTGTTTTGGATAAGTAACTTTCTATTAC +TATCCTGCCTTTACTTACAAAGGCTATTTCTGGGCTAATTTCTTTCTTATCTTCAAAGCT +ATCATCATCTGGTGCTTCTGCAATGTTACCCGCAATTTGAAGCACTTTCGGATTTAAGGA +GTTTGCAACTACATAAGCATTTTCATTTTCCATAGCACCTGCATGTATAAATCCAGTTAC +ACTTCCCATGACAATAACATTACCTCCTGCAACTACTCTAGCTCCAGAACTTATATCCCC +CATGACAACTGTATTTCCTTTTGAATTAATTTGAGAACCTGGTTTCATATCCTTCATTAC +GACAACATCTCCGTCAAATTCTATATTTTCACCAGATCTTAGATTGCTTACATATTTAGT +TTGAAAATTACTGCACTTTAATTCTTCATCTTCTTCTATAAACTCAATATCAAACCTAGA +TGTAATATCATGCTTTAACTCTAACATTTGAATATCACTTAAGTAGTCACAGTTAATAGC +ACATATTTTAGCCCCGTTAAAAAAACCTACCGAGGTCTCTAATCTATCTATTACACCATT +TCTTATCTCATCAAAAGGTACAACCTTCTTAATATTTAAAATTATCCCTCTTTTATTTCC +TTTGAATTCAACTAATTCTTTAGGAGTAAAATTTCTCAAAGACATAACAACCTCCAGAGT +GATATCATGTTATTTATATTCTTCACAAACCGTCTTTAATCCTTCTAATTTTTGATTTGT +GAACCAAAATTTATATTTTTTTCTTCATTTGTAGTATTTTCATCTTCATCTGTGTTCTTA +TCAGTCGTTTTCTCTGTGTCTTTATTGAATCCCATATAAGCTCCAATTACTTCTCTTACA +GGTAATAACGCATATGAACTCTCATTACCCTGAGGTATCATAGCTACAACAGCTATTTCT +GGATCATCTGCCGGAGCAAAAGCAACAGTCCATGCAAAGGCATCATAATCAGATTTAAAT +TTATCTATTACAGTATCAGTAGCCTTAGGATTTAACTGCTGTATAGCTTTTCTTAAATAA +GATGCCATTAGTTTATCATTATCATAATCTAATTTTACACTTACACCTTCAGCTAATTCA +TCTTCTAATGACTTTCTTTCTTTTTCATCTAATTTATTATCTTTCAACTGCTCTTTAATT +TCATTTTCTCTTTCTTTTGACAATTCTTTTTCTCTTTCTTTTATCAGTTCCTCTGAAAGA +GCTATAGCTTCATCTTTTGATACACCATAAGTTCCCATATGATCAATTAAATATTGATAC +TCATCAGAAGTAGGTATTTTACCACTTTTTTCAGCTGTACCAGTTTTAGCTGCAACAGAT +ACTGGCAATGTTCCAAAAACAGATTTAGCACTACTTAAAGTAGCCATTTGTTTCATACCT +TGTACTAGATCTTTTAGGTTATCACTATTTTTAAAATCTATTTTTTCTGATTTGTTAGTA +TCTTCAACAACTGTTTTATAATCACTAGATATAGTTTTTTTAACTACAGATAATTCAACT +AAATTACCACCATTAGCTATAGCTGCTACATATCTAGCCATCTGGGCTGGAGTATATGCA +TTTTCACCTTGTCCTATCGAAAGGTTGAATGTATCAGCAGTACCCCATTTAGCAAACTTA +AGATAGTTGAAAACTATATTATCAGCAAAACCTTCAGCTAAATCTTCTTTAACTTTTAAC +TTAATTAATCTGTTTATAACTTCTACTCTACCTGGTGTATTTTCCTCAGCAGCCCATCCT +ACAATTTCATCAATCCTAGCTTCAAATTCTTTCGGATTTTTCTCTTTTGTTATATCAGTA +AAGGCTTCACCCATATTTTTTTCTAAATATGATCTTAATAAAGTTTGTGTTGATTTAAGC +TTTTGTTCTGTTGTTGGAACATGCCCTGGTATTTCCTCTATTTCATCAACTAAACCTGTA +GCTTCATCTAATCCAAATAATTTAGCGTACTCTAAAATTTTATCTGGTCCCATATTTATA +CCTAAATCTGAACCAGTACCTAAGTACTTACCTGTACCTATTGTGTAGAAGTATATATTA +CAAGATTCTTGTATAGCTTTATATAAATTTGTAATGCCATGATTACGCTTAGATTTATGC +CATATATAATCTGCAAACTTTCTTTCTCCATATTTTATCATACCTGGATCATTTATAGCA +TAGTTAGGATTTAACCCATTTTCTAAAGCAGCCATACCTGTTATCATTTTAAATGTAGAA +CCAGGTTGGAATACACCTTGAGTAACTAAATTTAACAATTTACTTGGGGATAATGAATCA +TTTTTGTTTTCAGGCTCAAGGTCAGCATATTCAGAATAAGATATACTACCTTTTGTAAAT +AAGTTAGGGTCATATGATGGATAACTAACTGAAGCTAATACATCTCCAGTGTTAACATCT +ATTGCAATCAGTGCACCTGATTTTGCATTTGGTGCAGTACCACCACCACTTTTATCTCCA +TACTGACTCTTAAATGTACCACCAGTTCTAGCATACTCTATAGTTCTCTTTAAAGAGTCT +TCTGCAACTTCTTGTAAATTTTTATCTAAACTTAGATAAACTGTATCTCCTGATTTTGGC +TCTGATACTTCAATTTCCTTTGTTATTTTACCAACAGCATCAACTTGTACCTTTTTGTAT +CCATCTGTACCACGCAATTTACTTTCATAGTTTTTTTCTATCCCTGCTAATCCTACTAAA +TCACTTTTTAAGTATCCTTTTTCTAAATACTCTGATTCTTTAGTAGAAGGAATTTTTCCT +ATATGACCTAAAATATGTCCTGCAAGTGTTCCATTAGGATAATATCTAACAGGTTCATTT +GCTATAGATACACCAGGCAGCTCCATAAGATTTTCTTCAATTTGAGATATAGTCGATTCA +CTTATATCTTGAGCAATTGTCACCGGATTATATCTAGAATAACCTTGTGATTTCAATAAA +TCTCTAACTACAAGTACCTTCCTAGCATCCGCATCACTCATACCTTCATTTAATGGCATG +CTAGTTTTTGTTTTACCAGTTTTAGCACTATAATAATCTTTTATCTTATCAAAAGCATCT +TTAGCACTAATATCCTTTTCATTTATTTTATATGATGCTAGCCAATCTATTTTATTTTTT +TCTTGAGTAAATACCCATTTGCTAACAAGAATTGGAGGGTATTCTCCATTCTTATTTAAT +TTAGCTTGTAACTTTGATGCTTCTAGTCTCTTATCTTCTTGTGATAAAACACCTTCCTCA +ATCAACTTATCTACTAAATAATAAAAACTTTCTTTTGCATTTAAATTTTGTGGAATTCCT +TCGGAATCTTTATATTCAGCTATATCCTTATCGTACGTATAATAATATTTCCCATTTTCA +ATATATATAGGAAATTCATCCTTATATTCTTCTTTGTTTTTTTCTAAAAGATTAATTAAT +TTTAAGGATATCTCATTAGCCATACTATTTTTATTTGAGTCGGTCTTACTTATACCATCT +GCTGAAACTTGAACAGTAAACTGGTTTTTTGTTGTAGCCAAAATCTTCCCATTTTTATCC +CTTATATCTCCTCGTGGAGCTTTTATAGGCAGCTCTTTGTATGTTTTGTTTTCAGCTAAT +TCAGTATAATGTTCATATTTAAATACAGTCATATATAGTATTTTAACTAAGATAACTGCA +AATACTACTAATAACATATTTCTAATAATAATAAATCTATCATTTACTTTTTTTTCGTCC +ATTCAATCACCAACTACTCTTCTTTAAGCTTTAATATATTCTTCTTAAATAATTTATATA +TTATTAAGCTTAATATACTATTTATTATCGGTATAATTACTATTCCCTTTAATACCATCG +TTAATATCCCATAGCTATTGTATACTAATGTAGTAGCTGTTATATTTACCATAGAATCAA +ATATACTAGTAATTAGCACTAAGGTTCCGATTGTAATGTAACTCTCTTTATATATCTTTT +CTCTTAGAGTGCTAATTCCATAACTTACTGCAAATAAAACTAAGGAATTTATCCCAAAAA +TTCCACCCACAGTTATGTCTTTTATAAGTCCAATTACAGCACCTATTATCCCCGCTTCAA +GTTCATCCAAATATAAAGAGATTATGGTACAGTACACCAATACTAAACTAAAACTAACAC +CATATATATCTATATAATTTGTTATACTACTTTCAACTGTAACAAGCAGTATACCTATAA +GACAAAGTAAAAATCTTTTCATATTATCTATCCCCTTTATCCTATGTCATTATTTTCCCT +TGGTTCTATAACGATAACATCATCAATATTTTTAAAATCTGCATATGGTTTTATAACTAC +GTATTTTAAAGATTTGTTCTTATCATCAATTACTTTATCTACCTTCCCAATCAATATCCC +TTCTGGGTATAATCCTAATCCAGAAGTAACTAAAGTATCCCCTGGTAAAACATCATATGA +TGAATCAAACATATACCCTTGTAAGTATCCGTTTTCTTTATATTTTTCTTTACCACTAAT +ATCTGTATCTTGTGTAATTACACCTTTATAATCTGAATTTTTTAGTAGCTTAAAGCTTAC +TGATGATTTAGTATCAAGTATAGAAATTGCCTTACTATAGTTTTTAGAAACTTCATATAC +TATACCGACTAAGCCACTTCCATTCATCACTAAACTATCTTTTTTAACTCCAGCATCACT +ACCAGCACCAATCACGAAACTAGTGTACCAATTTCCATCATTCTTACTAACAACGCTAGC +AGATATCATATTTGCTTTATAATCTTCAGGAATAAAATTTAGTGCTTTCTTTAAATTTTG +TATTGATTGACTTTCACTTATTTTGTTGTTTAATTCTACTATCTCTTGTTTTAAACTTTC +ATTTTCTTTTTCTAAATCTTCTAATTTATTAGCGTTCTTTTTATAATTTAAAATCTCACT +AAAATTACCTTTTAAAAACATAAATCCCTTGTTAAAACTGCTTTCAATCGAAGCTACACC +CTCTTGTATTAAACCTAAATTAATCGGATTATTTCCAGAATATTTACCAATTGATATTCC +CACAATTCCAATTAAAGTGATAGCAACTGTCGTCGTTGCTATCACTTTTACATTAATCTT +TTTTTTGTCCTTTTTATCATTATTAAATTTCAAGATAATCACCAACTTTATTATCTTCTA +TTATTCATCATTAATACTTTTTCAAATATCTCTTGATCTTCTACTGATTTACCAGTTCCT +AGTGCAACACAATCAAGAGGACCTTCAGCTATTGTTACTGGCATTCCAGTTTCTTGCTTT +ATTAACTTATCTAATCCTCTAAGTAATGCTCCACCTCCAGTTAACATTATTCCATTTTCC +ATTATATCTGATGCTAATTCTGGTGGAGTTTTTTCTAAAGTTGATTTTATTGCATCTACT +ATTGAACTTATTGGTTCTTTTAATGCTTCTCTAACTTCTGTTGAAGATATTTCTACTGTT +TTTGGTAAACCTGATATTAAATCTCTACCTCTTATTTGCATATTACTTTCTTGGTCTTCT +TTAAAAGTTGATCCTATGCTTATTTTTATATCTTCCGCAGTTCTTTCACCTATCATTAAG +TTGTATTCTTTTTTAACGTATCCAACTATAGCTTCATCAAACTTGTTACCACCGATTCTT +ACTGATTCAGCTGATACTATACCACCTAAAGATATTACTGCTATTTCTGAAGTACCACCA +CCGATATCAACAACCATGTTTCCTTCTGGCTCTTCTACTTTAAGACCTGCTCCTATTGCA +GCAGCCATTGGTTCTTCTATAAGATAAGCATCTTTCGCTCCTGCTTGTCTTGCTGCTTCT +TCTATTGCTCTTTTTTCAACATCTGTAACACCAAATGGTACACATATTGCTATTCTTGGA +CTTACAACACCTTTTTTAGCTGCAGCTTTTTGTATAAAGTAGCTTAACATTGATTGAGTA +ACATCAAAATCAGCTATAACTCCATCTTTCATTGGTCTTATAGCTACTATATTTCCTGGT +GTTCTACCTATCATTCTCTTAGCTTCTTCACCAACTGCTAAAACTTCCTTACTATCATCT +CTTATAGCAACAACTGAAGGTTCTCTTACTACTATACCTTGCCCTTTTATATAAACTAAA +GTATTTGCTGTACCTAAATCGATTCCCATATCTTTAGTCATTTTACCGAATCCAAATAAA +GATCCAAATCCTTTTTTCTCTCTTTTTTCTTTTTTCTCTTTAGCCATATTAATGCTCCTT +CCACTATATCAAATCAAATTATCATATTTTCCTTAAAACTAAAATACAAACCATCGCCTA +TTATAATATGGTCGATTACTTCAATTCCTATTAACTCACCACATTTTATAAGTCTATCAG +TTATATTCTTGTCTTCATTAGAAGGTTCCACACTTCCAGATGGATGATTATGTATTAAAA +TCATTTTATTGCTACTTCGCCTTATAGCCTCTTTAAAGACTTCTCTCGGATGAACCAATG +ATGAATTCAAAGTTCCAACAGATACATCTATATCTGTAATTATTTCATTTTTTGTATTTA +AAAGAACTACCTTAAAAACTTCATTTTGTTTATACCTTAAGCCTTCCATATAATACTTAT +AGATATCCCATGGATTTTTAACTTTGTACTTATTTGGCCTATAACTTGAAATTCTAAGTC +CAAGTTCTAATGCTGCCTTTATCTGTGTAGCCTTAGATAGTCCTATTCCTTCTATCTTGC +ACAATTCTTCTATACTCATATCTTGTAGATATCTTATACCTTGTGAATCTTTATTGATTA +TATCATTTGCTAATTCAATTGCATTTCTTTTTTTTGTGCCTGTTCTTAATAAGATAGCTA +ATAACTCTGCATTAGATAAATTTTTTGCTCCACTTAGAAGCATTTTCTCTCTAGGTCTTT +CCTCTAATGCCATATCTTTTACTTTTCTAGAAAAATCAAAAGACTTGCTCAGATAAATCA +TCCTCCATAAAAAAGATTTACATTAAAATGCTCTTTTAGTAGGTCACTTATTTTTGATAT +TGGCAATCCAACTATATTGAAGTAGTCTCCAGATATACTTTTAACTAACAATCCTCCATA +TCCTTGAATTCCATAAGCTCCTGCTTTGTCTAAGGATTCCTTAGTGTTTATGTAATCTCT +TATAGTCTCCTCTGATAAATCCTTAAAAGTTACCTCACTAACCACATAGTCTATCACTTT +TTTATCTAAACTTAAATTTATCAAACTAATCCCCGTAATAACTTGATGCTTTTTATTAGA +CAGTAACTTTATCATCCTGTATGCATCTTCTTCGTCTTTAGGCTTACCTAGTATAGTATC +ATCTAAAACTACAATAGTATCTGCTCCAATAACTAAATCATTTTTATTTTTACTTGCTAT +ATCCATACATTTTTCAAAAGCTAGTCTCATAGCTACTTCTTTCGGAGGCTCATTTTCTAA +TATAACCTCTTCTATATTACTTTTGACTATTGTAAAATCCACCTTTACATTCTCCAAAAT +TTCTCTTCTTCTTGGAGATGCTGATGCTAAGATTATATTCATTCATCCACCTCTTCTTGT +ACTTAGAAATTGTACTTATCTAGTTTATCATTATATTGTAAAAAATTCAACGTTATTGTC +GAACCTTTTAGTTACATAATTGTTATATTTACATGTTTTGGGGTATAAAAATAAAGCTTA +GATAAAATGAAAATTTGCACTTGTGTAAACCTTGTAGATTATATAATATTACTTACTTCC +CATTAGCCTTATAATTTATATTTATGTAAAATAAATTTTAATAAATTTCATTTTTTAATT +TGTTAAAAATTACTATAAAAAAATAAAGGTATGAAAGCTTCACACCTTTATTCTATCCAT +ATTATACAGTTTTAATAGCATCTTTAGGACATTTTTGCATACATAAGTGACAACCAACAC +ATTTTTTCTCGTCAACCATATGAACTGCTTTTCTTTCGCCTGATATAGCATCAAACTTAC +ATTGCTTTTTACAAAGTGTACATCCAACGCATTTCTCTTCATCTATTTTTACTTTTCTTC +TATCACTTATATCACCTGCTATAACTTTAGTTGGACATTTTTGTACACATACCTTACATT +GAATACATTTATCAAAATTAATTTTAGCTATTTTATTTTCAAATACTATAGCATCTACTG +GACATGCTTTTGCACACATTCCACATCCTATACACCCAGCACTACATTTTTCTTTTACTT +CCTTACCAAACTCCATGCTATTACATTCAACAACAACTTCTTGTTTTTCCGGCTTCTTTA +TTATTATAGATTTAGGGCAGATTTCTATACATTTACCACACATTACACATTTCTCTTCAT +CTATAACAGCTATTCCATTTTGTATGGTTATAGCTCCAAACTTACATGCATCTTTGCATG +TTCCTAAACCTAAACATCCAAATTTACAAGCTTTGGATCCTGAATTTAAAGCTGCTGCTG +CTCTACAGTCAGATATTCCTTCATATTCATATTTATCTTTAGCACTTTCACATGTTCCTT +TACAAATAACTTTTGCTACTATTTTTTCACCTTCTGAAGCACTTACCCCCATTATTTCTC +CAACTTTAGATGCTACAGCCGCCCCACCTACAGGACATCCATTTACAGGAGATTTTCCTT +CAACTATTGCATTTGCAAGTCCTCCACACCCAGGGAATCCACATCCACCACAGTTTGCAC +CTGGAAGAACTTCAATTATTTTCTCTACTCTTTCATCTATCTCAACTGCGAATTTCTTAG +AGGCATAAGCAAGAACTGCTCCAAAAATTAACCCCATAGCTCCTAAAAGAATTATCGATT +TCACTATTTCCACTTAATCTCACCCCCTAAATTATAGCTTTATAAGTCCTGTGAATCCTA +AGAAAGCTATTGACATAAGTCCTGCTGCTATTAGAGTTATAGGAAATCCTCTAAATGCCT +CTGGTATATCAGCAATTTCTAACCTTTCTCTTATTCCAGCAAATAAAACTATAGCTAATG +TAAATCCTACTCCTGCTCCGAACCCGTTTACTATTGTCTCTATTAAATTATATCCTTTAT +CAACGTTAACTATAGCTATACCAAGTACTGCACAGTTTGTAGTTATAAGAGGTAAGAAAA +CGCCTAACGCTTGATATAAAGATGGACTCATCTTTTGTATTACCATTTCAACAAACTGAA +CAATTGACGCAATTACTAAGATAAAAGCTATCGTCTGTAAAAATTCAAGTTCTGTTTTTT +CTAATAGAATTTGAATAAAGTATGTAATTATCGATGCTAAAGTTAAAACAAAAGTAACTG +CAGCACCCATACCTACTGCTGTATCGACCTTTTTAGACACCCCTAAGAATGGGCATATTC +CTAAGAATTGTGATGTTATAACGTTGTTAACAAGTACTATACTTAAAAATAAAAGAATTA +AATTCATACTATTTCACCCCCATACTATGCCTTTTTACTTCTTATTTTATTAAATCCAGC +CATTAAAAACCCTAGTGTTAAAAACGCTCCTGGAGGTAATATGAATAATAATGCTGGTTG +ATATGCTACTCCGAATAAACTTATTCCAAATAAACTTCCCGCTCCAAACAACTCTCTAAC +TGCACCTAGAATTGTAAGTGCTAAAGTAAACCCAAGTCCCATTGCTACACCATCTACTGC +TGATGCAATAGCACCATTTTTTGATGCAAAACTTTCTGCACGAGCTAGTATTAAACAGTT +AACAACGATTAATGGAATGTATAATCCAAGAGCTTGATCAAGAGCTGGAACATATGCCTT +TAATAATAGTCCTACTATTGTAACAAATGTAGCTATTACTACTATAAATGATGGTATTCT +TATTTTATCTGGTATAATTTTTCTCATTAAAGAAATAACAATATTCGAACATATTAAAAC +TACTGCAGTTGAAAGTCCCATACCCAGTCCATTTATAGCCGAACTCGTAACGGCAAGTGT +TGGACACATACCTATAACTTGCACAAAGGTTGGGTTTTCATCTATGATACCATTTTTAAA +TATCTTTGCTGAGTTCATATTTTATATTCTCCCCCCTACTTACTTAAAGAACTATTAAAT +AACTCTATTGCAACATTTACACCATCTGTAACTGCACTAGACGTAATAGTTGCTCCTGAT +ATTGCAGATATCTCATTTTCCCCAGATGAACTTCCTTTTATTAAAATAAGCTCTGATACT +GGTTTACCTGCAAATTGATCTTTGAAACTAGAATCTGAAGCCTTTGCACCAAGGCCTGGT +GTTTCAGACATATTGCCTATATTAATACCGCTAACAGTTCCATCCTTTGATATACCAACT +ATAAGTTCAATAGCTCCACCATAACCTTTGGGAAGAACCTTTACTGTATATCCAACAGTT +TCAGAGCCATTTTTGCCTTCATAAACTTCTGAAACAATTCCATCAATATTCTCATATTCA +CTATCTGAAACTTGAGTAAATTCATTTGCATCTGGAAGTACGATTTGTCTAGATTCGTTA +TTAGCTTGGACATTTCGCTCTGCTATAACTGGTGCTGTAACTTGATTAGTTACTCCTAAT +AATAAGGCTGCAACAGCACATATAGCAAATAAATTAAGTCCTAATTTCACTATACTATTC +ATTACTTAGACACCTCCCCAAATACTCTGTTTGACACATACTTGTCTATAAGAGGTGTAG +CTACGTTGGCTAGTAGAATTGAATATGATACACCTTCTGGATACCCACCGTATAATCTTA +TTACAGATGTTATAATACCTGCTAATAATGCATAAATAATTTGACCTTTTTTAGTCATAG +GTGAAGTTGTATAATCAGTTAGCATAAAGAAACCACCTAGCATAAGACCTCCTGCAAATA +GTTCGTATAATGCAAAATCAAAGCTAAAGCCACCTAATATAAAAGTTAATATGAAAACTG +TACCTATGTAAAATGCAGGTATTGTATAATCTATTATCCCTTTATAAATTAAATAAACTC +CTCCTAGTACAATTAAAATAGCACTAGTTTCACCTATACATCCACCTATATTACCTACAA +TCATATCAGTCATATTTATACCATTAGCTGTTAAATCAGTTACTCCTCCAGCTCCAACTT +TTAGAAAACTTAGTGGCGTTGCTGTAGTAACTGCATCTAGGTTTGAACCAATCCAATTTA +CGCCTGGATTAGTCCACGCTGTCATTGCAACTGGAAAAGATGCAAGTAAGAAAGCTCTAG +CTCCAAGTGCTGGATTTATAAAATTATTCCCGATCCCACCAAATACCATTTTTATAACTA +TTATTGCAAAAGCTCCACCTGCTAAGCACATCCACCAAGGAAGAGATGCAGGTACGTTGA +AAGCCAATAATAACCCTGTTACTACTGCCGAAAAATCTCCTATTGTACTTCCTCCTTTGG +TAATTTTTTGATATAAAAATTCAGAACCTACTGTCCCTAATATACAGAAAAACATAACAC +TTATGGCATTTAATCTAAAGAAATATACCCCTGCTAATGCTGCTGGTATAAGCGCAATTA +TAACTTGCTTCATTATATAAGAAGTGTCTTCATTACTTCTCACGTGAGGAGAAGATGATA +CTATCAATTTCTTTTCCACAATATTTCCCCCTATCTATTTGTTTGCAGCCTGCTTTTTCT +TCATAGCTATAATTTCTTTTTTAGCATTTCTCATAGACTGAAGTAATGGTCTTCTTGCAG +GACATATAAATGAACAAGAACCGCATTCTATACAATCTAGGGCTCTATGCTCTTGAGCCA +TTTCAAAATCATTTTTTAATGAATATGCACTAATGTATAAAGGTTGTAAAAATGCAGGGC +AAACATTTGTACATCTTCCACATCTCAAACAGTTTTGAGGTTTAGGTAAGCGAGATTCCT +CTTCACTTAAACAAAGTATTCCTGAAGAACCTTTATTAGTTGCGATTTCATCAGTATATT +GAGCTATTCCCATCATAGGCCCACCCATTATAAGTTTTCCTAGCTTCTTATCATCTCTAT +ATCCTCCACATTGTTCTATTATTTCAGATACTAGAGTACCTACTTTAATTACTAAGTTTT +TAGGCTCTTTTATACAGCTACCTGTTACTGTAGTTATTCTTTCTACTAAAGGCATACCTG +TTTTTATAGTTTTTGCAATTTGAGCTGCTGTACCTACATTATCCACAACTGCTCCTGCTG +CAGCTGGTAATCCACCTGAAGGTACCTCTCTTTTTGTACAGGCATATATAAGTTGTTTTT +CTGCACCTTGTGGGTATTTAACCTCTAGTCCAACTACTTCAATTTGACTATAATCTTTAG +CTGCATTAGTAACTGCTTCTATTGCATCCGGTTTATTTACTTCAATTCCTATGAATCCTT +TTTTTACATTTAAAACTTTCATTAATACTCTTAGTCCAAAAACTACATCGTCTGGATTTT +CCACCATTAGTCTGTGATCTGCTGTAAGATATGGTTCACATTCAGCTCCATTTAAAATAA +CTGAATCAATTTTAGCATCTGGTGGTGGTGATATTTTGACATGATTTGGGAATGTAGCTC +CCCCCATACCAACTATTCCTGCTTCTTTTATAATTTCTACTATTTCTTCTTTTGTTAAAT +CGTCTAAATTCCCTTTTGGTTTTACACTTTCATGTAACTCTTCTTTAAAATCATTTTCTA +CAACAACGCATAGTGATGTACCACCTGGAACTTCATGTGGCTCTATAGCTCTAACTGTCC +CTGAAACAGATGAATGAACATTACAAGATACATATCCTTGTTGCTCCCCTATTTTTTGAC +CAAGCTTCACTCGATCTCCAACCTCAACAATAGCCTTTGCTGGCGCCCCAATGTGTTGTT +GAAGAGGTATGTATACAACTTTAGGTTTTTCTGCATTTTGAAGAGCCTTTGATTTAGTAT +ACTCTTTGTTATATGGAGGATGTATTCCTCCCTTAAAAGTTAAGAGTTTCATTGATATTA +CCCCCTCATTGAAAATAAGTATTTCCTATAGTATAAGTATACTATAGGTATTGTAAAATC +TTAACAATTGTTATTATTTTGTCTGACTTTTAAACTTCAAATTTAGACAAAATAATAAGG +TTGTAATTTACAACCTTTAGCTTGTTTTTATTGAATTTATAAATGTATAGTATTCTTGAA +TTGAAGATAACAGTAGACTTTTACTTAAATATGAGTTATCTTCATTTGCATTTTTAGAAG +ATTGATTAATATTATCTTTTACATTTTTAGCATATTTAATAAGATTTTCTTTAAATATAT +TCATCTCTGTATAATCTATTTTTTCTGCATTTTCTTGTATTTTTTCAACAATATCTAATC +TTTTTGTTAAAATATTATTATACTCTTTTAAATCCACATCACCTTTTGAACCTTCCCAAA +ACTCTGCCTCTTCCTTATAACTTGCCATTAGGCTATTTAAACTTGAAGATATACCTTCTA +TGTATGAATATTTACTTGTATATTCTAAAGATAAAACTGGAACCGATAACTCTGATATGA +ATGCATCATTAAATACCTTTCTAACATCATCTAAATTTTCTCTAGTTACTTTTTCATTAA +AAGAAGAATAAGTTTGTACCTTTTTTACCCCATCAACTTCCACCACAGAATACGGAATTT +TACTAGATGTTAACTTTTCCTCTACACTTTTTAAATCTTGTCCCTCTCCTATAGAAGCTA +CCTGAATTGTATATAAAGTTACACCGTCTATAGTTGCAACTTGAACATTTGAGTTTTCCT +CTGTAGAACTTGTCTCTTTATCATTTTTAACTTTCTCTATCTCATCAGATATATCACTGT +ATTCGTACTCTTCTTTCCCTTCATTTTCTGCTGATTTAAATATATTTGGAAAGGATATTT +CCTTAAACCTACTACCGATAGTTTCTACTATATTAAATTTATTAAATATTTTTCCACTTA +AGATTTCGCTATTTTTTAATTTTGTGTATCCATAGACCCCAATTAAAGATAAACAAAAAA +TCAAAGTGATTACTCTTATATGGTTAATCTTACGTCTTTTATTAAAACCTTTGTATCTTC +TTTTATTATTCATTAGTTTCCCTCCTAATAATATTATTAATAATATATATTTAAGGCTGT +CCTCATTTATAACCATAAAAAAATTTAATTATTACAAAATAATAGGGCGTATATCATATA +AACATTATGATACACGCCCTCGTTTATAGCACTTCATCTATATTTTTTAGATTAGTGTTG +TGCTGGTAGTATTTCTATCCAATAGTTATCTGGATCTGCTATAAAGTATATACCCATTTC +CTTATTTTCGTAGCATATACATCCTAGCTCTTTATGTAAGTTATATGCAGCATCAAAGTC +ATCTACTCTTAATGCTAAATGGAACTCATTGTCTCCTAAATTGTATGGTCTATCCCAATC +TCTTAACCACGTTAATTCTAATGTATGATTACTAGAACCATCTCCTAAGTATACTAATAT +GAAACTTCCATCTTCAGCAACTTTACGTCTAACTTCTTTTAATCCTAGTGATTTTTCATA +GAATTCTAAACTTTTTTCTAAATTAACTACATTGAAATTATTGTGACAAAAAGTAAATTT +CATGCTTAGCCCTCCTAAATTATAATAATATTATTTCTCTTAATTTTATATGTATTATAT +TTATTTTGCAACTTATTTTATATCTTTAATCTAGCTATTATAGGATAGTGATCAGACATA +TTTTTAAATAGAACATTATAATCTATTACCTCTATATTTGAAGAAACTAATATATAATCT +ATTCTATACAATCCTGATGCAAAGGTTAAAACATTAGATTTATCAGTTTCCTCTGCTACA +TCTTTTAAGTTTGTGCCTTCTAAAGATATTTCACCTTCATTAAAGTCACCTACTACTATA +TACGGTTCTGGTTCTAAGGATTTTGCAAACTCTAAAACTTCTTTAATTTGAATTTCCCTC +TCTTCCTTTTTTACTCCCAAATGTACATTTATAATATTTAATTTTTTTCCATCTACATTA +ACTACTGTATGTAATAATCCTCTTTGCTCAGCATCACTACTTAGATATATATGTTTCTCT +GATTTTATAGGGTATTTCGAGTATGTTACTAAACCATAATTTGTTCCTAGGTTTACTACA +TTAGCTCCAAAATGTGAGTACATTTTAAGCTCTTCCTTCAAACTACTCACTTGAAAACCT +ACCTTTGCAGATTCATTAACTTCTTGCAAACATATTATATCTGCATCAGACATCCTAAGA +AAATCTATTATATCAAATAAAGTTGGAAACATATCTTTATTTAATCCACTATGTATATTG +TAGCTAATTATCTTAATTTCTTTTGACTTAGGAAAAAATTTTATTTCTAAAATAGATGTT +ATAATTATAAAGCAAAGTATAATAAATGTTATGACTAGCTTTTTTAAATTCATGTTAACC +ATCCCCTCATTTATTATCTTTTATAGTATATGCAAATATAAAAATTAAAGACGCATACTT +TGCGCCTTTAATTTCTTATTATTTACTTTTTTTACCCAACTTATCTTTTATAATATAATT +TATAACTTTTTTCCTTATATCCTCTGCCCCCTCTTCATCTGTAACATCTAAGTCTAAAAG +TTTTGCTATAGATTTCATATCCTCTCTAGTTTTTGATCTATAACTTTCTACTAACTCTGT +TTTTATTCTTTCAGGTTCTATAATAAACTCGTCTTCTCCTCTTTTATATAATACATACTT +TCTGGCATACACATTTCTATTTGAGTATATGTGCTTAGATACTCTTTTTATTATTTGTTT +ATATGAATTTTTCAAATTAACATCTAAACCTAGATATTTCGCAAATCTCACCAACTCATT +TTTAGATTTAAACAAAGCTTCTTTTTTAATGACTTTTGCAACACCTGACATGTTTTCTTG +ATAAGTAGCCTGTTTTATTATTTTTGAATATGTTGAACTTAAACTTCTTTCTTTACCTAT +TTTTTTTATATTATTATCAATAACTTTATCAACATTTCCCTCAAAGTATTTTTGTGCTCC +TTTTTTAGACACATGATTCTCAAGTTCTTTGTGGGCCATATCAAGTATCAAATCTCTTAA +ATCTTCTTTATAATCTCTAGATTCCATGATACCCCCCCTTAATTACTTTTATTATATTCA +TTTTTTTTCAAAATGTGAGTTCCTTTAATATGTAATTTTCATAATATATTTATATATATT +AAAATCATGTTTTAATGATTTTTATGTATATAAATGTTGGGTATGGATATACTATTAATG +TAAAATCAAACATACTCAATCTCCCCCATTTTAGACTTCTATTATTTTCCCCCAATAGAA +GTCTTTTTTATTGCTTTTAACTCTTTTTTAATATAATATATAAGCTATCTTATTTATTGT +GGAGGAATTCTTATGGAAGATGTAACTATATCTATAGATGAAATGATTGATTTTATTCAT +AAAAAATCTGGATGTTCTATACCTAAAGATACTATAGAGCTAATCCTTGAATTACAAGAA +GAATTCTTAGATTCTAAGGGATTAATAGAAATAGAAGAAGATGAGATTTATTAGGTCTCA +TCTTTTATTCATGCTATCTTGCTGGATTTTTTTTATATACTCTAAATCTTTAATAAAGCT +CTTTGATTGAGCATTATTTACATAAAGTAAACAAGATATGTCATCTGTTTTTTCACTTAT +TCTAGTAGCAATTCTCATGTGATCTTCTAACTCTTTTGTTTCAAATTTGTAAATCAAATC +TAAGTGAGCATTCTCACCATTTATAGTTATCTTATTTTGTTCTAAATCTATAACTACATC +CACATCTCTTTTAGTATCACTCATTGATATATTTCCAAATTTAGTATATTTAAATGAATG +TCCCTTATAGTCAAATCTATTATTTTCTTTTATTTGATTTAATATGTAATTTCCATCTTC +TATATTTTCTAGAAAATCTTCCTCTTCATAAAAATAGTACTTAGAAAAATAATTCACTTT +ATATTTACTCAATTTATCCACCTACTTTAACCTTAGACTTTATAGTTATTCTTTCATTGG +AATTATTGTTTTATTCAAGAAAAGTCATTGGAAATTCCAGTGACTTTATCAAACTAATTT +ATTTTTTCTATTATGTTCTAAAGCTAAGTATAGCATAATCAATACCAAAGATATTGAGGT +AGCACCAATTAAATCTAAACCTATACTAATATAACTGCCTTCCATTAATATCTTTTTATA +AGCAGCGTTTATCCAAGTAAGTGGAAAAATTAATGAGAAATTCTGGACCATTTCAGGCAT +AAATTCTGTTGGCACAAATCCTCCACTTAGTAAACACATTGGTGTTACTATAAGAGTAAG +CAGAGTATAGTACATTGTTGAATTACTAGAAATAGTTAATACAACCAGAGCAATTGCAAT +ACCTACAAATGATAATACAAATGATAATGGTACCATCCATCCTAAACTTATATCAAAGTT +TTGATTAAATAAATAAAAGCTCCCTAGTAAAGTTATACTTTGAAATACAATTAATATAAT +CCCTGCTAATATATGATCTATTTTATCATGCAATTTTTGAGATATTACATTTCTTTCTTC +AATCTTTATAGATTCTAGATTTTGGTAGTTGATTTTATTATCAATTCTCCTTATTTCCTC +TAAGCCAAAGTTTTTTTCTTTTAAATCAAAATTATATTTTTCTAATTTAAAAACTTTTTG +TTGATAATTTATAATTTCATATGTAGAAATATAAAATACTAATCCTAAAAAGATATTCGT +ATAATCTAAATTCACTTTTATGGAAATAAATATATACATAAAAATAACAAGCGCAGTGTT +AAGCTTATTATAATTTCTAACTTCTATATATTCAATTATCATATATATTGCTAGTATAAA +AGAAGGTGGATAAATATATGAAACTAATAATATATAAATAATATTTAATAGTAAAATTTT +TTCTTCTTTATATTTTATACTATAGAATATATAAAGTGATAAACTTACGGATATTAAAGT +TATAATTATAGGATAACTTACCTTATTAAAATAATGTTGATTATCCATTCCATATAAAAA +TACATTTATTGCTAGAATAATATTTATAATTATCTTAAATATCATTTTATTTCCTCCATA +TTAAATTCATTAAACTATAATTAATATAACACAAACTAATTGAAGATTTATATGTATTTC +ATTTAAACTTGAAAATAAGTATGCACTTAAGCTTAACGTAATTAGAAAAAATTATGAATT +GCTATACTAAAAAATACTTAAATAAAAAAGCTATGATGTATAACTAGCAACTCAGTTATA +TATCATAGCTTTTTACTTAAGTAATATTATTCTATTCCTTTTAATTCGTAACCTAAATCT +TCAATCACAGCTCTTAAAGCCTCTTCTGTTACACTATCTTGCATATCAACTACAGCGTAT +TTTCCTTCTAAACTCACTTCTAAAACCTCAACACCTTGTATATCTTCAGTAAGTGCAGTT +TTTAAATGATTTACACAATGTCCACAAGACATTCCTTCTACTAATAATTTTTTCTTCATC +AGTTTCACCTCCAATTATACCCTATATGGGTATAATATCATAAATACCCATATTATAAAA +TATAATTTCATAAAACTATTAAAATTATTTATTTTTTAAAGTGAAATTAGATATTCCTTC +ATATACATCAAAATCATTAGGCTCACTTTTGCCTTCTAATCTTCTGTTTGTAACTATATA +CTCATTTCTTATTACTAAACTAATAAATGCAGCTTTATCTCTAAGATGAGTTTGTATTCC +CGAATAAATCTCAGATATTTGAGAATCTGAAGTTGCTGATGCTAAAGAATTCATATAATT +GATTAATTTTTCATCAGAATATCCACTTGCTTGAATTATAGATCTTGCATCTGGAACACT +AGACAACTCCCATCCTACAAATGCTAAGTCATAATCTTTTTGACTAATTGCTGTTGTCAT +TTCCTTTTCTGTAAGTCCTACTACTGTACTTTTTATTCCTATTGCATCTAAATTTTCACT +AACTATATTAGCTGCTTTTATTCTTTCTTCATTATCTTTATTTGCTATAATTTTTAAATC +AACTTTTGATATTAACTCTTTTCTCTCTTTTTCAGTCAATTCTTTATTTCCAGTTGATTC +ATCATTAGCTTGAGAGTTTATATCATTATCTGTTTTGTTATCTGAATTATTTTTACTACT +ATTAATATCCGATGAATTATTAGAGTTTTCCATTTCATATTTGTTATCTTCATTTGTAGA +TTCACTCTTATTATTAAATGGATTTATTTTTTGCAGATAAGATTCTGACTTTTCCTTATC +ATAAGATAAAGCCTGCATCTCACTATCGTAATATTTAGATTTTGTATTTAAAGGGAAATT +AACTATCTTACCGTTTCCGATATACCCTTCTTCTAAAATTAATTTTCTATCTATCGCATG +AGTAATAGCTTTTCTAAAGTTTTCATCTTTTAAGTATTCATTATCATAGTTAAATATAAT +AGATTCGTAATTTCTTCCTTCATAATTAGTAATATTAAACTCATCTTCATAAAATTTACT +TAAATCACCTAAAGAAACTCTACCTATATCACTTTCTAAGGCTATAATCATAGATACTTG +ATCTTCTTCACTAGGCACAATCCCAACTTTAATATCTCTCATAGTTTCTGGAAGTTCGCT +ATAATATTCTTTATTTACAACTAAAGTCATCCCAGCTCTATCTTTCATATTCTCTATCTT +ATATGGTCCATTTCCTATTAGGTTATTACCATTAGTTAAAATTTCGTCTGACGATTTTCC +ACTTAATATATTTTGTGAAACTATAGGAAATATTAATGTATCTTTAGAAAATGCATACTG +TTCTTTAAAATTTATAGTAAATTCTTTACTATTTGCTATTCTTACAGATGATATATTATT +TGTAAATATATTATATGGACTATCTGAGTTTTTTTGAATTAACTCTATTGTAAACTTAAC +ATCACTCGAAGTTACCGACTTTCCATCATGCCATTTAGCATCTTTTAACGTAATATTTAT +ACTTTTCCCATCTGATCCTATTGAATATTTTTCAACTAATTGTGGAACTGTATTATAATT +TTGATCTATCGTAAATAAACCGTCATATACTAAATTCATTATGTATGCCACAGACTTATC +ATTATTCAATACAGGATTGATAGTAGTTGGCTTTACCATAGTTAAATTTATGTATTCTGA +GTTTATACCGCTCTTATTATTTTCTTTGCTAGAAGTAGTATTTTCTTGATGTAAACTACA +ACCAGCTAAAATCATAGACAATGCTAAAACTATAGCTAGAAGTTTTTTTTTCTTCATTAG +TTTTTACCTTCCTCATTATATAACATATTGTAATTTTCGTAGTTATTTCTTACTTTTACT +ACATAATTTGAAGTCTCTGGAAAAGGTATATTATGTAGTTTTTTACCATCTTTACTATAA +TCATTGTTTCCAAGCCACTGGTTTACATTCCCTGATCCACCATTATAAGCGGCTATAACT +AAATCCATATCTCCGAACTGTTTATACAACTTATTTAGATACCAGCATCCTATTTTTATA +TTAATTTCAGGATCAAAAATATCTATATTTTCTTTTAAATCTAATTCTTCAATTGCCCAA +TTCTTTGTAATATCACTAATTTGCATTAATCCCTTTGCACCTTTACGAGATATTGCATCT +TTTTTAAATTTACTTTCCACTTTTATAACACTATAAACTAAGTTTTCCTCTAGATTGTAT +TCCTTAGAGTATTTTTCTACATAGACAGAGTATTTTTTAGGATATATTAATTTTTTAATC +CCCTTACTTTCTATAGATGCGGTTACAAGTATGGATATTATAATCGATATAAAAATTAAT +ACTTTCTTATTCACACCAATTCTCCTTTACATAGTCTACAAATTCATAGGCTCTTTTTTT +AAGTTCTTCATAAGTTCCAGAGTTATCTATTATATAATCTCCATAACTTATTTTATCTTC +TTGACTAAGTTGAGAATTAATTCTGCTTAAAGCTTCTTCTTTGCTACAAGCATCTCTTTT +CATTACTCGTTCTATTTGTACATCCTTAGCACAGTATACTACTAAAAGTTTATCTAATAA +ATCTAGATAGCCTCCTTCTACTAATAAGGCTGCATCTATTATAACTATTTCTTTTTCTTC +TCTTCTTGCCAACTCAACCTTAGCTAAAATTTGTTCCTTGATTTTCGGATGAGTTAAACT +GTTTAGCTGAACAAGCTTTGCATCATTATTAAAAACAATATTACCTAATGCTTTTCTATT +TAAGCTCCCATCAGCATTTTTTATACTATCTCCAAAAAACTCAAAAACTTGCTTCAATAA +AATTTCATCTTCAAATATATTTCTAGATATAATATCTGCATCTATTATATCTATATTATA +ATCTTCTCTAAAAATATTGGATAGGCTGCTTTTCCCACAGCCTATATTGCCAGTTAGTCC +TAATACTAACATCCAATCACCTACTTTGTTTCATACCAAGAGTATCCCACATTAAGGTCT +ACATCTAAATAAACATCCATGCTAAATGCATTTTCCATTTCTTCTCTTACTATTTTCTCA +ACTATTTCTAATTCATCATCAGTAGCTTCTACTATAAGCTCATCGTGTACTTGAAGTATT +AGCTTTGATTTTAAATTACTTTCTTCTAATTTTTTATATACATTTACCATTGCTATTTTT +ATGATATCTGCAGCACTCCCTTGAATTGGCGCATTCATAGCAGCTCTTTTACCTGCATTT +CTTAACATAAAGTTGCTAGATTTCAACTCTGGTATGTATCTTCTTCTATTTAATAAAGTT +GTTATATATCCATTTACAGTAGCATCTTCTATTGTTGTATCCATGAATTCTTTTATTTTA +CTATATTTTTCAAAATAACTATTTATATATTCTTTTGCTTGTTTTACAGGTATATTTAAA +TCTTCAGATAATCCAAAATCACTCTTTCCATAAACTATACCAAAGTTTATAGACTTAGCT +TCACTTCTTTGTCTAGGTGTTACATCATTTATATCTACATCAAATATTTGAGATGCAGTC +TTAGCATGTATATCTTCACCATGTTTGAATGCATCTATCATATTCTCATCACCACTCATA +TTAGCAAGCACTCTAAGTTCCACTTGAGAATAATCGGCATCTACTAATTTATGATTTTTA +CCTGCTATAAATACTTTTCTAATCTTTCTTCCCATCTCCATCTTCACTGGTATATTTTGA +AGATTTGGCTCAGTTGAAGAAATTCTTCCTGTAGTAGTTATCGTTTGATTAAATGATGAA +TGTATTCTATTACTTATAGGATTCATTATTCCTAAAAGACCTTCTACATAAGTAGAGTTT +AATTTTACTATTTGTCTATACTCTGTAATCTTATCTATTATCTCATGTTTATCTCTTAAT +TTATCAAGTACTTCTGCATTAGTTGAATATCCTGTTTTTGTCTTTTTAATTACTGGTAAT +TCTAATTTTTCGAATAGAATTACACCTAATTGCTTAGGAGAATTTATGTTGAATGATTCC +CCTGCCATTTCATAGATCTCAGCTTCTAACTTACTTATAATCTCTTTGAATTCTGTACCT +AATTCATTAAGCATTTCTCTATCTACTTCTATGCCTACAAATTCCATTTCTCCTAAAACT +TCAACTAATGGCATTTCAACTTCATAGAATAAGCTGTCCATATCACTTTCATTTAAGCTC +TTTTCCATCTTTTCTGAAGAAAGTTTAACTACGTTTACTATTTGTGCTATGTACTTTGAT +AACTCTTCTATATCTAAATCTTCAAACTTCTTAGCCTTCGCACCTTTTCCTAATAAATCT +TCTTTAGATTTTATTTTTCTAGTTAAGTATTTCATTGCTATAGCACTACATTCATAAGAA +GTAGAAGATGCTGAGTCTATTAAATACTCTGCTATTGTTATATCAAAATACATATTTTCA +AGTTTTATATCATAAGGTCTTAATGCTATATAATCATCTTTTAGATTATAGCCAAACTTT +TTAATTTCAGTACTTACTAAAACATCTTTGAATAATGATAGTTGTCCTTCATTTAAGTAG +TATATGTTTTCTCCATCAACACTTATGAACATATATAATATATTTTTTTCAAGTATATTT +CCTACTTTTGTAACTGTTTTAACTATTAGTTCCTTTTTTTCTTTTATTTCATTTATTAAT +TCTTCTGCATTATCAAGTGGCTTTATATTTAGTTCTAAAGCTACTTCCTCAGTTGGTTCA +CTTGCACCATCTAAGTCTATAAGTCTTGATATTAGGCTTGTAAATCCAAATCTTTTAAAT +TCTTCTATCACAGCATCCTTATCATAATCACCGTACTCTAATTCTTCTAAACTTACTTCA +ATTGGAACATCTCTGATAATAGTAGCTAATCTCTTACTCATTATAGCTAATTCTTTATTT +TCTTCTATCTTCTTTTTTACGCTTCCTTTTAATTCATCAGTATGTTCGACTAGATTCTCT +ATACTTGAAAATTCTTTTATTAACTTTATTCCAGTCTTTTCACCAATTCCTGGAACACCT +GGTATGTTATCTGATTTATCTCCCATAAGACCTTTTAAATCTATAAATTGAGTTGGCGTC +ATTTCGTATTTTTCCATAACAGAATCAAAGTTATATTCTTCAACTTCTCCAACACCTTTT +TTAGTTATTAAAGTAGTTGTTTTATTTGATGCAAGTTGAATAGCATCTTTATCTCCTGTT +ACTATAAATACTTTGTAATCATTTTCTTCACCTAACTTTGAAACTGTTCCTATTATATCG +TCAGCTTCATATCCATCTAGTTCTAATCTATGTATATTAAATTTATCTAGAAGTTCTTTT +AATGGCTCAAATTGCTCTCTAAGCTCATCTGGCATTTTCTTTCTTCCTGCCTTGTACTCT +TTGAACTCTAAATGTCTAAATGTTGGTGCTTTTCTATCAAAAGCTACACTTATGTGAGTA +GGCTGGTATGTATCTATTATCTTAAATAACATTGTTGTAAATCCGTAAATTGCATTTGTT +TTTAGACCATCTTTACTAGTCATTTCAGGCAATGCATAAAAAGCTCTATTTATTATTGAG +TTTCCATCTATTATAATTAATCTTTTATCCAAGGTTATCACTCCTAAAGTTCTATGTATT +TTAGCTTTTATATATAGTTATTATATACCATTATGCTATTATTTAATAATACCATAAGAT +TTAATGTATATTAAGATTAAATATGTTGCAAACGTTCTATTTTATTGATATAATTAATAA +TATAAATTTTAAATATTCTCTGAATATGCCGGATTGGTGGAATGGCAGACGCGACGGACT +CAAAATCCGTTTCTAGCAATAGAGTATGGGTTCAAGTCCCATATCCGGCACCAATTTTAA +TATTAATATGCTATAATGATTAAAAACACTTATACTTAGAATAAGTGTTTTTTATTTTTA +TAAAAATCCCCTGGTAATCCCCCAATGGTAAATAAAAAACAAATTTACCTATATACTTTA +TAATATATTAGATTTCTACTATGATTATTTTTAAATGAAAAAATATAAGAATTAATAGGA +ATTTGTTAAACACTATTAACTCTTATATCCTTCATTCTATATTTAATCTATATATATTTC +TTATTCATAATGTATTTAAATTTTCTGTAACCTATTTATTATGTGTATTTCTGTACCATA +TCTCCAGAATACAGTTCCTTTTAATACTATTTAGTCTTTTACTATTTAACAATTTTTTGA +GGTTTAGATATATTTATATACAATACTATATTCTATTATTTTAATTTTTATTATTATACC +CGATTTACAAAGCTCCATCTTCTAATTATTCATCAGATTCAGACCTATCTTTTATAAATT +TTATATCATTTTCTATATTATATTTGTAAAAATCTATGTAACTTGATTCAGAGTCTCTTC +CCTTTGCATATAAAGGTACAAGATACTCTTTTATAGCATTATCTACCTCATCCTTCTTTG +TTCTAAGGTACTCTATATGTTCTTTATTACATATTAGACTATCTTTTAAGTAATATGAAA +TTAATATCTGATTACTTCCTAAAATTACTTTATCCGCATTTTCCTCTAATATATCTCTAT +ACCCAATATTATATATCACAAAGTAATAGTACAGTTGCTCTTCATTATAAGGTTTTGATA +TAACTTCTTTGAAATTTTTCCTTAAAATAACTTAAACTTTTCTCCCATAAACTCATCAAA +TCTAAGTAATTTATTAATAGAATATAACATGACCTCGGGAACAAATCTGAATATATAACA +TAATTGATGATAGTCACTTGTCGTAAGTATATAATTTTCAAAATCGAGATCATAAAAATA +TTTAGATTTAAAGAATGATATTAAGAAAACTCTTCTGGTTTTATCATCATCTAATTTAGT +TATTTAATTTTGTTTTTATATTCACACATGATTATGTTAATTAAACTTATATCAACCATT +TTGCTCTAATACTTCAATATATTTTTACTATACGTACTGTGCGATATACACTACGTATAA +TCTTTCGAATACTTTATATTTTTATTTATGCGGATGTATTTATAATAATCACTACTTTTT +GTATACTTTTTATATACCCAATATATACTTTTAACCTACTTATATTTTTCTAGTCCTTCT +TTTATAAACTGGCTTATTATATCTTGTATCTTATATTTATTATTAGCATTACAAAACTCT +ACAAATTCTTTTTGTATTGGCTCATAAATTTTAAAAGTTCGTGATATAACATTCCCCTCA +AAATCATCTATTACTAATTTATTTTTTCTTGCCTTGATTCACATTTATACCAACAATATA +CTTCATCTAATTTTTCATTCATTCTATCTATTTTTTCTTTTAAATATTGAATTTATTTAT +TATCCATGATATTTCTCCTTATTTAGTTTGATTTATATTTCTAATTCTAAATTTCTATTT +CAAACCCTACTTACATAATTTTTATTAGATTTATTTATAATTATTTTATCGGATTGTAAT +ATAAATTACGCCGATCAATTGCTTTAATAAAAGAAGATATAAAACTAAAAATAATTTTAT +ATCTTCTTTTATTAAAGCAATTTCCATATTAAATTTTTTAATATTTATATATAAAAAATA +TCCCTAATAATCCGCAATGATTAAATTTAAAGACAAATTTCTCTCTATTTTAGATGAAAA +TATATAGTTATAGTTCAGTTTAAAGAATAATATATAAATTATAAAAAGAAAGATAATATT +ATATCTAATAAATTTTTTACTACTTTACTTAATGATCAAATAAATATTTTTAAAAATTCA +TTTTGTGAAACATCAATATCTATATTTTATGACGAAAACCTAAAACAACTTATTCATCCT +GAATAATACGGAATATATAGAGAAAATACAGTATATTATCCAGATTTAATATTATATATG +GATAATTAAATTACTTTTAATTATTTTGAAATTTAATAGAATTCCATTTGTAGAATTAAA +ATAAAACACATTGATAAAATATCAATGTGTTTTATTTATTTTGAATACTGAAGAAAGTTA +ATTCAAACACAATTACTAAAATTAAAACATGTGTAAATTTCTAACTAACTTTCTATATCA +TTATATTTAATAAATTCATTTAATAATAAAAATAACCTATCTTTAATATCCCATACTATT +ACATTTATAGATTTATAACTTTATCTATTTTTTTATAACATTTAATTCTTTATTAATAAC +TAACACAAGTTCTTTTGGTATCTTAAAGAAAGAAATTTTAGACATAGATTCTATACTCAT +AGTATTCATCATTGATTCAAACCTTGGACTTCCAGTAATATGAGAAAAATACTTATTAAA +TATTGCTTTAGCTTCTTCATTTTCGTATAAATCTGCTATAGTATCTACAGTTGAATAATA +GCCTTCTTTTAATTTAATTTCATCTGCATTTGATAAATCAAATTTTTCAAACCAGTTTAT +AACATGATCCGAATTTTGTTTGTTTACAAATATATAGCTATTATCCATGTCATTAGTATG +ATTTAATATCATTTCATCAGTATACTCATAACCAAGTTCATCATATCCTTTTACTAAAAT +TATATTGCTTCCTAATTTTAATTCAATATTTTCAAATTTAGTCATAGGTAATTTTCGTTC +TGCTTCCTCTACTAAATTTCCATTCACATATAATGATAATTTTGTAACATTGGATAATAC +TACTATATCATTTAATTTTTTATGTCTATTTACAAATCTACTTCCAGCTAATTTAACAAA +AGATTCTTGTGACCAATATGCCTTATAAAGATAAAACGCATCCTTCTTAATTTTCCTATC +AATTGTTACTAATCCTTTTTGATTTTTTCCTTTTTTACCGCCTTCATCACGGTTACTACT +TCCAAAATCAAATAAGTTCCAAACATATCCACCTAAAACAAATCCTCTTTCTTCAAAAGC +TCTTAAAGCATTATCACTAAATAATAATTGATATTCTTCTGTATAATCCTTTACCTTTGG +TTCATATGAATGATATTCATAGTTTGTATCTACACCATATTCAGTAACCATTAATGGTAT +GTTAGGATTAGTCTTATGAAAATTATCTAAACGTCTTTGTAAATCTTCTATTTCATTGTA +GTACCAACCATAATATAAATTATACCCAACTAAATCAGTTAATTTATTCAAATAACTGTC +ATCTGCAACGTTATGTATATTGGCTTGTGCTGTATAACGAGTATCATCTAATGTCTTAGC +ATATTCTTCTAACTCTTTTACCATCTCATACACTCTTTCACTTTCAGAGCCTATAGTAAT +TTCATTTTGTACTCCCCAACAGTATATTGAACTGTGATTATAACATTGTTTAATCAAATA +TTTCATTTGATCTTTTGCATTTTGATTCGTAGGACATTTTAGTGCAGGTACACTTATAAA +AGGTATCTCTGCCCAAGTTAGTAAACCTTCTCTATCACATAATGTATAGAAATAATCATC +ATGTTGATAATGAGATAAACGAATAGAATTTGCACCTATTTCTTTTATAATAGACATGTC +TAATTCCATTTGTTCTTTACTTATTGCATTACCTACTTCAGCAAAATCTTGATGACGTGC +AACTCCGTTTAGTTTAATATGTTTTCCATTTAAAAACACCCCTTTTTCTGGACTTATTTC +TATTGTTCTAAATCCATATTCTATACATCTTTCATCTATAATAGAGCCATCAACTTTTAT +TTGAACTACCACCTCATATAAATAAGGGTCTTCAACTCCTTGCCATAAATGTGGTTTTTC +TATTTCAATTGATTCTTTAAACTCTGTTTTATCGTCTATTTTTAATTCTATTGTTTTTTC +TTGTACACATATCCCATCTCTGTCTTTTACACTAAATACAACTTGTGCATTAGATATTAT +TTTATTGCTACAAATAGCACCACTTATTTCTAATCTATATGTTTCATCTTCTAATTTAAC +TTGTTTTAGATAAATACCATCTCTTCCACCATCTAATATATCAAAATGAACACCTTTACT +TATAAGTAGTGATACATCCCTATATATTCCTCCATAAAAAGAAAAATCAGCCATAATTGG +ATAGACATATTTCTGTTGTGAATTATCTACCATAATTGAAATAAGGTTTTCACCCGATAT +AATATAAGGCTTCATATCTATACGATACATTGAATAAGGACAATCATTAACATGAGCTAA +TTTTCCATTTATATATACTTCACTTACTAAAGATGCTGCTCCTATTTCTAAGAATATGTT +ATCTTCCATAAGGTCATCTGTTATATCAAATACTTTTTGATAAAAACACTTTCCCTTAAA +CATTTCACTTCCATTTTGTCCATCATGTGAATTATAACAATGAGGAAGTGTAATGCTCTC +TGCATCCTTTATTTTTTCTAATTTATATTCTTCTCCATATTCTTTTTTGAATAACCATTT +ATCGTTCCATAAAATTCTATTTAACATCTAAAAACCTTTCTTTTTGTGTATTGAAAACTA +CATTAATTTCTTTTTGTGTATTGAAAACTACATTAATTATGAATTTTAAACATTTACTTT +CTGTACATCTTCTAAATTTTCTGTTTTGTACATTCCATCAAAGTCATCTTTTGATATATT +ATAATTTCTAAGTGCTATAATACTTGCTAAATCACCTAATAATGGAGCTCCCAGATACAT +TCCTATTGTTACCCAGTAAAGTAATGTTGTAGGCTCTGCTCCAGATGTATAACCTGCTAA +TCCCATTAATATACCTACTATAGATGAACCAAATGCACTTATTAATTTATCTACAAAAGA +GAATGTTGCTCCTATCAGCCCTGGAACAAACTTTCCTGTTCTGTATTTATGATAATCTAT +TATCTCTGCAATCATTGGATCTGTATTTTGAGAAGAAAATCTTCTAAATAATAAATTTAA +AGACATTAATACTATAAATACAGCAGTTAAATTACTACCAAATGGTCTTAGTAAAATTAA +TACAAGAGCTATCATAAAGTTTGCAATTGATCCCATTAAAAACGCATTCCTACATCCAAA +ACGTACTGCTATAGATCCAGCTACAAAAGCCCCTACTAAAGATATTGGTGTAGAAAAACC +ACTCACTATTGGTTGCAAATCTAAATTTTTAACAGCGTACATATAAAAATACATCATCGA +TCCACTAGATATTGTCATTGCAATTTTATCTGTAGATGCAGCAAGTATAAGCATTCTTAA +TGGTTTATTTAGTGTTAAAATCTCTTTATATTCCTTTAAAGTTGCTTTTTCTTTTTTCTT +AATTCCCATGTTCTTATAAAACTCTGGTTTATCTGTTTTTGAAATAGCTATCATTCCACC +TATTAATAAAAATAAATGAAGAGATACTGCACCAATTATAATAGCTATCCATCCTTGTCT +AGATTGCATACCCCCAAATTTACCTAATAATGGTACAACACCTGATAACATTATAAATTG +AAGCATTGTACTATAACATCCTCCTGCAATTCCAGAGATAGGTCTAAATTTTGGATTACT +TGTAACAATCGATAATGCACATTTATTTACAGTTGTCATACAAGTATATCCAATTACCCA +AATACTATAGCAAGCTAAAATCCAGATTAATCTATATCGTTGTGGTATACTAAAAGATCC +TATATATATAGCTGATGAACTAACTAACATAATAGCTGAACCTAACAATAGAAAAGGTCT +AAATTTACCAAACTTTGTTTCTGTTCTATCTATTATGCTACCAATTATAGGATCTGTTAT +TCCATCAAATGCTCTCATAGCTGTCATCATAAATCCAACTACAACAGGATTTAAATTTAA +TGCTTCTGTACAAAATACCATAAAAAATGACATGAATAAAAAGTTATATACATTTGATGA +TGCTGATCCTAAAGGAAACATTATAACTCTTAGTATATCTTTTTTTGAACTACTTTTTTG +ATTTTCCATAAAATCTCTCCTTTTATTTTGATTATTTTTTAACCATCTTTAGATTAACCT +AATATAGAAATATTTTTTATAAATAAAATAAATATAAAACTGTCCATTTTTAAGATTATA +TTGTAGTTTTACTTTTTCAAAATAAAAGACCTATAATTTATTCATTATAGGTCACTGTAT +ATTATTTAAACTTCAATAAAATTTTCCACTATCGTGTTTTGTTTTCTATATTCAAAAGGA +GTAACATTATATTTATTTTTAAATTGACGGTAAAAATAAGACTCATTTAGGTAGCCAACA +TCCTCCATTATATCGCTTATTTTTTTATCAGTTGTCCTTAACATTCTACCTGCTTCAATC +ATTCTAATATCTATCAATAAATCTTTAAAATTTTTTCCAAATTCTTTTTTCACTAAATTA +CTCAAATAATTCGGATGAAAGTGAAAATGTTCTGCTACCTTTAAAAGACTGGTATCTTTA +TATTCATTTTGTAAATATTCCATTATATCTGCTTTTATTTTAGAATATTTTTTCTTTATT +TTTATTTCTGAAGGTTTATTAAATACTCTTGATAGTTCAGTAAATAATAGCAATAAACAC +CCATTAATTTTACTTTCACAACGTATACTATCAGAATAGTACTCACAAATTAAATTGATT +AGTATACTTTCTAAAAAACTATTTTTTTCAATTTTATGAATCATATATTTTTTTATTTTA +TTATCAGAATAAAAACTATTAATAATAAAATTAGAAATATAGTTGTCATCTGACAATAAA +TGCATAAATACAGAGTCAAATACCCTAGAAGTTAAAAGTATATTTATTACTAAATCGTTT +TCACTTAAAGCTCTATTAGAATGTTTAACATTCTTATCCATAATACAAATATCATTTTTT +TTCATGAGTATAATTTTACCATCTATCTCCATATACATTTCCCCTTCAAGTATATAAATG +ATTTCTATGTATTCATGCCGATGTTCTGGTATATCTAAATTACAATGTTTTTTTCTTATT +TTAAATTTGCTTTTTCTTAATTTTTCATTCGGGTATGATGTATAATTTCCATCATCATCA +AACTTTAAAATCAATCTCTCACTATCAAAAATTTTGTATCTGCCACTTTCATGTGCATTA +ATGAAATCTTCTTGATTTTTATCATAGTTATTTTCAAAAAAATCTTTTAGCTCTTCATAA +TTTTTTATAATCAATTTTCCATCCTCTATACTCTCCCAAAATATTACAACTTAATTTATA +AGCTATATCCATGTCTCATTATATTTAATTTAAACATAAATTGTCAAACTTTAAGGATTA +TGCATAAATAATTAAAATATTAATTATTTGTATAAATTTACAGATTGTTTTATATTTCTA +ATTCTACATTTCTATTTCAAATCCTACTTACATAATTTCTATTAGATTTATTTATAATTC +TTTTAGTGGATTGTAATATAAATTAAGATGATCAATTTCATAAATACATTTATACCTACA +GATCTAAATCTCTTTCCACCTTGTTAAACAGTTTTAAGAATATAATATACTTTATCAATA +TTTATTCTTGATATACTTGGTACTCCTATATCTTCTACTTTACATACTCCATTGCTCCCA +TATATAATAAGTTCTCCTATTTCATACATATAAAAATACCGCCTCTTATAATTTAATAAT +ATCTTCTATTATAAGGTTATCATATTTTTCACATCGAATGTAAGCATGATTTTTTAACGA +ATTTATATAATTTAATTTATTTGCCTCAACTTTCAATTCCCACATCCATATCTACCTTAA +TTTAAATATTAACTTTATATATTATTAATATAAAGTAATTAAATTTTTGTATATATTAAA +ATTATACTGAATTGTTTATAATATAATAAGTAAATAAACTAAAACTAAGGATGGTAATAG +AATGTCAAAAAAAGGATTTTTAGCAAGTATACTTGCTGGTGCACTAGCTTTAGTAGGATG +CTCTTCAAACAATAACAATGTAGATGAAGTTAGAACACCACCTAAAGAACTCCCTGTAGC +AACAATAGAATTTAAGGACTTTGGTAGTGTTGATATTGAGCTTTATCCTCATATAGCGCC +AAATACTGTAAATAACTTTATCTCACTAGCAAATAGTGGATTCTACGATGGTCTTACTTT +CCATAGAATTATAAAAGACTTTATGATTCAAGGTGGAGACCCTGATGGAACAGGAATGGG +TGGTCCTGGATATAGCATTAAAGGAGAGTTTACTAATAATAAGTTTGAAAATGATTTAGC +TCATACTGAAGGTGTAATTTCTATGGCTAGAAGTCAAAGTAAGAATAGTGCTGGCAGTCA +ATTCTTTATAGTAACTAAGGATGCGCCTCATTTAGATGGTCAGTATGCTTCTTTTGGAAA +AGTAATAAATGGAATGGATATTATCCATGAAATAGAAAATGTTGAAACAGATGGAAATGA +TAAACCTATTAAAAATGTTATAATTGAATCTGTAAAGGTTGATACTAAAGGCATAGATTA +TAAAGAACCAGATAAAATGTAATTATTTTCTTGATAAAAAAAGAAGCTACAACCATATCT +TTTATGAATATAGTTGTGGCTTCTTTTATTTTTCATAAAGAAACTCTTGTGAAAGTTTTA +CATTAAAATCTTTTGCTAATTCTTTAAAGTTATTTGGTGTAATAGTCTGTAGCTTATTCC +TTCTTATAGATAGTACTTTAACCAAAATTTCAGCAGATTTTTCTACAGTATCAGCTAGAC +CAAAAGTTAAATCAAAATCCTCTCCGGAACAAAAAATTCCATGATGAGACCAAATAGCAA +CATCATACTTTTCCATTAATTCCGAAGTAGCTATAGCAATTTTTTCGCCCCCTGGAACCA +TCCAACCAACTATCCCTATACCATCTGGAAATACTACTGGACACTCTGTTGCTATTTCCC +AAAGTTCTCTTGTAAATACCTTACTATCTAATGGTAACACAAATGTTAGTGCAATAATAT +TTGTAGTATGACAGTGATATATAACTCTATGTTTACCGTTAGTAACCCTTTTTTTAACTG +AATGATTTAAAAGATGTGATGGAAGCTCACTTGTTGGTCTACCTCCATCAGTTAGTCCCC +ACACTACACGATACTCTTCTCCAGTACCATCAATTTGAATTATTGTAATATTCTCCTCTG +GATTAATTATTACATTTCTAAAGTACTTACCACTGCCTGTTACTAAAAAAAATTCATTAG +CTAGATTGGGTACTTTAGCTCCAATTTTTTCAAACTCATTAGTAAAATTTAAACTATCCT +TTATTAATTCTACTTCATCTGATTTTAATCTATATGATAGATTTCCACCATTTCGCTCAT +GCCATCCTTGTAAAAATCCGTCATTACACATACGAATAAATCCATCTACAAAATTCATTT +CTAATATATCCATTAATGCCCCACCTTTTGCTAAATAATTTTTAATTATAACCTTTAATA +ATTAAAAAGCATCTTATCTAATTATTACTTAATAAGATGCTTAAGATTAAATCTATAATA +TTATATCCCTATATTTAAGCAGATTTCTTAGTTCTGAAACAAATTGAGTATAAAAGTACT +ACTGCAAAGCAAATTGCGGGAACTAAAAACGATGAACGAATAGCAGCTTCTGCTCCAGTA +AACATTGGTACAATGCTAGATAATTTACCATTATCTATAAGACTTCCCATATATGGTGTT +ATAACTGCCCCACCAAGTATTGCCATTATAAGTCCTGCTGCTCCTACTTTTACTTCTTCT +CCTAAGTCCTTAAGCGCTATACCATAGATTGTTGGGAACATTAACGACATACATGCTGAT +ATTGCAACTAAGCACCAAACAGATTGATTTGTTGGTAAGTATATTGTTCCTAAACTAAAT +GTGATTCCTCCTGTAGCAAATATTGCCATCATTATTGCTGGATCTATATATTTCATAAGA +GCTGTACATATCCAACGGCATACTATGAATGAAACCATTGCTATAAGGTAATATTGAGCT +GCTGCAGCTTCATTTAACCCAAGAGTTGTCATTACATATTGTATAGTCCAAGTCCATACA +GCTATTTGAAGCCCTACATAGAAGAATTGAGCAACTACTCCAAAAGCATAACGAGGTATT +TTTACAAGCTTCTTAATTGATTCTAGTATATTAAGAGCTCCTGATTCATCTTTTTCAGAA +TCCTTACTCTTCTTAAAGAAGCACCAAATAATAATTGCAATTGCTACTAATCCAACATAT +GGAACACATACCCATAACAATTCATTGCTACGTATAGCACTTAATGACTCTGGACTCATC +GCTATACGTTCTTCATATGTTGCTGGATTTAAGTTACTTAATATTAAATATTTAGCAAGT +ATAATACCTGTTAAAGATCCTATTGGGTTAAAAGCTTGAGCTAGATTAAGACGACGTACA +CTAGTAGATTCATCGCCTAATGAAATTACATATGGATTACAAGTTGTTTCTAATATAGAA +AGGCCTCCTGCTAATACAAATACTGATACTAAGAATAGATTAAAGTTTTGTAACATTGCA +GCTGGAATATATCCCATAGCTCCTACTATATATAATCCTAGTCCAACTAATACACCATGT +CTGTATGAATATTTTTTTATTAAAATTGCTGCTGGTAAAGCAAGTACAGCATATGATCCA +TAGAATGCAACTTGAGTTAAAGAAGCATCTGCTGCTTCTAACATAAATATCCTTCCAAAT +GCAGGTACTAGATTGTCAGTCATATTATTTAACAGACCCCAAAGAATAAAGCATGATATA +AGCATTACAAAATGAACTATATATTGTTTCGGCACGATTGGAGTTTTATCACTGTTTTTT +GTTCCACTTCTTGCAGCACTTTTTATATTCTCTCCCATATTAAGTATATCCCCCTTATTT +ATAGATACTAAAAATTTATTTTTCTTTTCTATAACGTTTAAAACCTGGATGTCTTCCTGT +TACTCCATAACCTTCTCTCATTCCTATTAATCTATCTATATTATTTCTAGAAATTTCTTT +CTCCCCACCTAATAAATGTGCTGTTAAGCTTATTTTAGCATATAATTCTAAAGTTTCCAT +TCTGTAGTAAGCTGTTATTAAATCTGATCCAACAGTCAATGCACCATGATTTTCTAATAA +TAAAACATCATGTTCTTGTAAATATGGTGCTATAGCATCTGGAACCTCATATGTAGATGG +TGTTCCATATGGTGTTACTGGTATAGATCCAATTGCTATTACAGTTTCTATCATTGTATA +TCTATCTAAATCAAGATGAGCTACTGCAAACCCTGTTGCTGTAGGTGGATGTGCATGAAC +TACAGCTCCTACATCTTCCCTTTCTTTATAACATCTTAAGTGCATCTTTATTTCTGAAGA +AGGTTTTGCTCCCTCTGGCCCATCTAATACATTCCCATTAGCATCTATATGAACTAATTT +TTCCGGTGTTATAAAGCTTTTACTTATTCCCGTTGGTGTTGCTAAAAAAGTTCCATCGTC +TAGTTTTACACTTACATTTCCATCATTAGCTGCTACCCATCCTAATTGCCACATCTTATG +ACATACATCACATATTTGTGCTCTTACTTCCATATATTCTAAAGTTTTAGTACATTCCAT +AAATTTCCCTCCGATAATAAAATCACTAGTCTACTACTACACCTTTTTGTAATATAACAT +TTGCATATAATGCTTTTTCTCCAGTCGCTATTATTGCATATGCTTTTTTTGACTCTTCAT +AAAAAGCAAATCTTTCTATATTACCTACAGCTTCATCACCACGATTATCATATTTACTTA +CTATTTCTTTATAAGTATCCCATATTGGTGTTTCCACTGTATCTCCTGGTACAACTTCCA +TAAGATTGACTGGTTTTTCTATATAAGTATCTAGTGGAAATACCTCCAATATGGCTTCTA +ACAATTCTGGTATACCGTGTCCATCACAACGAATTACTATACAATCTTTCCCCATACTTT +CTGCTGGGAAGTTTCCATCTGATAAAACAATTCGATCACTATGCCCCATTTCACATAATA +CTTTTAATAACTCTGGAGACAAGATTTGTGGTATCCCTTTTAACATGATACTACCTCCTT +AGCCTTAATAATTTTATTAAATCTTTCATATGCTCTTTCCCAAAGCATTGTATCTTTTGG +TGAATATCTATCTATTTCCTGAGAATTATTTATAATTTTACGAGCATCTTTTAAATCTTT +TATTTCACCTGTCGCCATTAGCTGCACTGCTATATTACCTAACACAGTAGCTTCAACCGG +CCCTGCTGACACATATGTTCTGCATGCATTTGCAGTCATTTGGCAAAGCAATTTACTTTG +TATTCCTCCGCCAACCATATATATTGTTGAATAAGTCTTACTTGTACAATCTTCTATTTC +TTCTAAAGCAGTTCTATATTTTAATGCTAAACTTTCATTAATACATCTTACTATTTCAGC +TTCACTTCTTGGCACTGGTTGATTAGTTTTTGCACAGTATTCTCTTATCCTATCAGGTAC +ATTACCTGCTGGTGTAAATACAGGATCATCAGGGTCTATAAACGATCTAAAAGGTTCTGC +ATCTTTAGCCATATCCTCTAACTGTGAAAAACTAAATTCTTTTCCTTCTCTTGCCCACTG +TCTCTTACTTTCTTGAACTAACCATAATCCAATTATATTCTTTAAGAACGATGCCTTATT +TTCACAAGCACCTTCATTAGTTATATTATAGTTATATGATTTTTCATTTATTATTGGATT +ATTAAGCTCTGTTCCAAGTAATGACCATGTTCCACAACTTAAAAATACAAAATCATTTTC +TTGTGTTGGTACTGAAACTAAAGCACTTTGAGTATCATGTCCAGCTACTGCTATAACATC +ACACATATCTATTTTCAACTCTTCACTTATATCTTCAGATATCTTTCCAATTATAGTTCC +ACTTGGTACTATTTCCGTAAATATATTTTTAGGTATATCAAGAGAATCTATCACTCTTTC +AGACCAAACTCTATTTTTAGCATCAAATAATTGAGTAGTTGATGCTATTGAATTTTCTGT +TAATTTTTTTCCTGTTAACATGTAATTAAATAGGTCTGGCATTAGAAGCATCACATCTGC +TTTTTCAAGCAGATGTGATCTTTTTTCTTTTAGTGATAGTAATTGAAAGGCAGTGTTTAT +CTCCATAAACTGATTTCCAGTTATCTGATAAAACTCATTTTTAGATATTTTTTCAAAGCT +TTTTTCTAACATTCCAGCGGTTCTTCCATCTCTATAATGTATTGGGTTCTCTATTAGTTG +ACCATATTCATCTAATAATGCAAAGTCTACTCCCCAAGTATCAATTCCGATGCTGTCTAT +TTTCCCATAAACTTTAGACTTAATTAAACTTTGTTTTATTTCAAAGAATAATCTAAGTAC +ATCCCAGTACATTGTTCCACCAACAATTACAGGATCATTAGAAAATCTATGCACTTCTTC +TATATGAATTCTTTCTCCATCAAAACTTCCAAGCATTGCCCTTCCGCTAGAAGCTCCAAA +GTCAAAAGCTAAAACTTTTTTATCTAAATTTTTCTTTTCCATACTATCCACCTTCTATTG +ATTACTTATACATTGGTCCATAAACATTACATGCTCTATAATCTTGACCTTCTTTATCCA +TTCCAAATGCATTCCATGCAGCTGGTCTGAATATATTTTCTTCATCTATGTTATGCATAC +TTACTGGTATTCTTAATATAGAACATAAAGTTAATATATCTGCACCTATATGTCCGTAAC +TTATTGCACCATGGTTAGCTCCCCAATTGTTCATTACATCGTAAGCTGATTTAAATGCAC +CTTTTCCTGTAAGTCTTGGTGCGAACCAAGTACAAGGCCAAGTATAATCTGTTCTCTTCC +ATAATTTATCAGATACTTCATCTGGTAATTTTACAGTATATCCTTCTACTAATTGAACTA +CTGGACCTAATCCTTTTACAAGATTTAAACGCATCATAGTTACAGGCATTTCTGCTTCTG +TTAAGAATCTAGAAGAATATCCACCACCTCTGAAATATCCATTATCAGCTGGATTCCAAG +TAGTTGATTTTAGTATTGCTTCTTGATCTTCTTCAGTTATATCATACCAAGCTTTCATTA +CTCCATTTCCATTTTCATCTTTAGCTTGACCACAAGCATCTAAACAAGACGCTCCTGAGT +TTATTAAATGTATAAATCCATCAGATTCTTTAGCTACACCTTCTAATTCATATCCTGTTG +CTTTCTTAACTGCATCTGGACTCCAGTAAGTACGAACATCTGAGAATATTTGTGGAGTAT +TAGTTAATAATTTTCCAAATAACATACTTATACCGTTTAATACATCGTTTTCAGTAGCTA +ATATGTATGGTTCTCTAGGTCCATCCCAGTCAAATGAAGTATTAAGTAATGCTTCTGGGA +AATCACAGTTTGGATAGAAATCTGTCCATTGTCTTTGACCTTGGAAACCTGCAGCTATTG +CATTATGTCCTAATCTTTCTTCTTCACAACCCTCTGGTAAATTTTCATTTCCGTTCATTA +AGTCTTTTATTATACACATCATTTTAACAACAAATTCCCAATCTGCATCTTTTTCTTCTC +TAGTTTTTTGAATATCTTCACGGTTTTTGTCAAATCCTTCTATACATTTTTCCTTAGTCC +ATTTTAAAGCTCTTTCAAATTCAGCTTTATCATATATTCCCTCACTCATTCTTCTTATTA +CTTCTACTTCATCAACTGATTCTACTCTCATTCCTAAGTATTCTTCTATAAATGCAGGAT +CTATTATAGAACCACCTATACCCATACATATAGAACCTATTTGTAAATAAGATTTCCCTC +TCATAGAAGCCGCTGCTACTGATGCTCTACCAAATCTTAATAATTTTTCTTTAACATCTT +CTGGTATTTCAGTTGCATCTGCATCTTGAACATCGTGTCCATATATACCAAATGCAGGAA +GACCTTTTTGTGCATGAGTTGCTAAAACTGATGCTAAATAAACAGCCCCTGGTCTTTCAG +TTCCATTAAATCCCCATACCCCTTTTATAGTCATTGGATCCATATCCATTGTTTCTGAAC +CATAACACCAACAAGGAGTTACTGTAAGAGTTATATCTACACCTTCTTTTTTAAATTTAT +CTTGGCAAGCTGCTGATTCTGCAACTCTACTTATTGTAGTATCTGCTATAACAACCTTTA +CAGGCTCACCATTTGAATATTTTAAGTTTTCTTCAAATAATTTAGCTGCTGACTTTGCCA +TATTCATAGTTTGTTCTTCTAAAGAACCACGTACATCTAATACTCCTCTTCTACCATCTA +TAGTTGGTCTGATTCCTATTACTGGATATTCTCCTATTAATCTACTCTTTGCCATTTTTA +TTCCCCCTTAATATCTTTATATTTCATTTAATTTTTTCCTTGAATATTTTTATTCTATAT +ATGACAATAAATTTATAAAGAATTGCCATTTCTTAACCTTTCTAAGTTAATTATATAAGT +ATCGGAAATCGTTTACTCGGTTTATAATGGTAATAAAATATAATAATATTCACTTTTTTA +TATTTTTTAAATTGGAGGAAATTGTTATGAAATTTTTTGAATACAAAGAAGATAAGCAAC +ATGGTACTTTTGATTTTCCTATAGAATTTTATCATGTTACACCAGAACATCCACGATATA +ATATGCCATATCACTGGCATACTGAATACGAAATAATCCGAATTTTAGAAGGTGAATTTT +CATTAATAATAGATGATAAAAAAATTTTAGCTCATAAAGGAGATATTATCTTCATACAAG +ATGGCTTTTTTCATGGTGGTACACCTAATAACTGCATATATGAATGTATTGTATTTGATA +TGAAGCTATTACTTAAAGAAAATCATATTTGTACAAAACAAATTCAAGATATTACCAATC +ATAAAAAGGTAATTAAACATAAACTTCCTAATAATATTAATGATCTTAAGATTTGTTGTA +ATAATTTATTTGAATCTATGAAATCTAAAAATATTGGACATGAATTTGTAACTCAAGGTT +CTCTATATCATTTACTAGGGATTATATTATCAAATGAATTATATGAAAATAGAAAAAGGA +TTACTAAAAAGAGCCAAGAAAGACTTTTGCAATTTAAAAATGTTATTTCATTAATCGAAA +GTGAGTATTCTAATACTCTTTCTCTTGATGACTTGGCAAAAGCTTGTTGCATGACTCCAA +AGTACTTTTGCCGTTTTTTCTTTGAGATGACTAATAAGACACCAATTGAATACCTAAATT +ATTATAGAATAGAAAGCGCATGTGAACAGCTTTTGACTACCGACTCTCCTATAACTGAAA +TAGCTTTAAATTGTGGATTTAATGATGTAAGTTATTTTATCAAAACCTTTAAAAAACATA +AAGGAATTACCCCTAAGCAATACTTAAAAGCTTCACTATAAAATTTACCATAAAAAAAGA +AAGCGTAATTCAAATAAATATATTTGAACTACGCTTTTGTTTTATCCATTAACAGATATA +TTTTTTACCAATACTAAAGACTTATATAATTCTACTATATCTTCTACTGATGTTTCTTTT +GGATTACCTGGTCTACATGCATCTGCATATGCAGATTCTGCTAAAAATTGAATATCTTCA +ACTTTAACTATTTCGCTTAAATCTGATGGTATACCTACATCACTAGAAAGCTTCTTCACT +GCATCAACTGCAGCTTTTCTATATTCTTCAACACTCATATTTTCTACACCTTCAACCCCC +ATAGCCGCTGCTATATGCTTGTATTTATCACCCGTAGCTTCTGCATTGTATTCCATAACA +GTTGGAAGTATTATTGCATTTGCTACACCATGAGGAGTATCATATAATGCACCTAAAGGA +TGAGCCATAGAATGAACAATACCAAGACCTACATTAGAGAATCCCATTCCAGCAATGTAT +TGACCTAAAGCCATTCCTTCTCTACCTTCTTTAGTGTTCTCAACAGCTCCTCTTAAACTT +TTAGAAATTAATTCAATAGCTTTTATGTGGAACATATCTGTCATTTCCCAAGCTGCTCCT +GTTATAAAACCTTCTATTGCATGAGTTAAAGCATCCATACCTGTTGCCGCAGTAAGCCCT +TTTGGCATACTTGACATCATATCCGGATCTACTATTGCTACAACTGGTATATCATGTGTA +TCTACACATACAAACTTTCTATTCTTTTCAACATCCGTTATAACATAATTTATAGTTACT +TCTGCTGCAGTCCCTGCAGTTGTTGGTACAGCTATTATTGGTACACATTTATTTTTAGTA +GGAGCTACTCCCTCTAAACTTCTAACATCTTCAAACTCTGGATTGTTTATTATTATTCCA +ACTGCTTTTGCTGTGTCCATAGAAGAACCTCCACCAATTGCAATTATATAATCCGCACCA +GAAGCTTTATATGCTGATACCCCTAATTGAACATTTTCAATTGTTGGGTTTGGTTTTATA +TTAGAATAAACTTCATATTCAAGGCCTGCTTCATCTAATATAGCAGTAACTTTTCCTGTT +ACTCCAAATTTAATTAAATCTGGATCAGAACATAGAAACGCTTTCCTTAATCCTCTACCT +TTTACCTCTGTTACTATTTCCTTTATTGCTCCTGAACCATGATAAGAAGTTTCATTTAAC +ACTATTCTATTCGCCATATTTAATTCCCCTTTTGTTTATAAATTATTTTTATACTTTAAT +TCTACTTTCTTAAATTCACTATTGCTATTAATATAATGGCATAAAATATGACTATATTCA +CTTTTTTTAAATTTACTATATTTATCATATAAAAAAGCAGGTCTAAAACCTGCCTTTTAA +TAATAGAAACAAAAATCTGCTTCTACACTAAATTGATTACGACTTAAAAGTCCTCCATAA +GATATTGTTATATAGTTCATTTGTGAATCTAATGCTTTATTTATAGCTATTTTATATCCA +TCAACGTCATATAAGTTATCATTTTCATTATAATCGTCTAATTCTAAATCTATCTTTGCA +TCACTTGTCATAGTTATACATCTAGTAAGTATTCTTATACATTTCTTTTCACTATTTTCT +AATAATTTATCTAATTCTCTCTTAGCTTCAGTCGTTATAAGTATGTTCATTTCTTCCATA +TTGACATGTCTCTCCTTAAACTGTAATTTATATTTTATATTTTACCCTATAACATTTATC +TATAACAATATTAATCTTATTTAAATATACTTTTAACCCAATTCATAAATCCACCGCCGT +CTTTTTCTTCTGTAGTTACTTCTTCTTTTTGATTTTCTGAATCAGATGTTTCATCAGAAG +AACTACCATCCACCTTCATAATGAATTTTACACTACCTTCCATATCTTCAGTTATTCCAC +CATAATTATCATAATCCTTAGACACTTCAATTATTTTATCAGTAGCTTCTAATATACCAT +CCATCTCACTTAATTTTTCATTTCCTAAATCATATAATTTATCTAAGCCTTCTGTTTTTA +ATTTTTTAGTACCTGTATATAGTTCTTTAACCCCACTATTTAAATCTTCTGTACCTTTTA +AGATTTTAGTTGAATTAGTACTAAGTTCTGCTGTTCCTTTTTTTAGCTTTGTTGATCCTT +GAGCTAGTTGATTTACGCCTGTATTTAATTGCTTTGTACCATCTAATAATGACCCACTTC +CGTTATATATGGTATCTGTTGCGCTTTTTAATTTAGTAGCATTTTCACTAAGCTGAGATG +CTCCTCCTTTTAACTCGCTACTTCCTTTTGATAATTCACTTGTTCCTTTATCTACTTTAT +TTACCCCTTCTAATAAATAGCTGCTTCCAGTATATATAGTATCTGTTGCACTTTTTAATT +TAGTAGCATTCTCGTTAAGCTGAGATGTACCTTTCTTTAACTCACTACTTCCTTTTGATA +GTTCACTTACTCCTGCATCTAGCTTATTTACACCTTGTGACAATGCAGTGCTTCCACTAT +AAATAGTATCTGTTGCATTTTTTATTTTACTAGCCTTTGCATCTAGATCACTTCCTGCCC +TTGAAATCTTAGCTAAACTATCATAAAAAGAACTTGAGCCTGAACTAAGACTACTAAGTC +CACTATTTAATGTTGATGCTCCTTTATATGCATCATTAACCTTTGAACTTAATGTATTTA +AACCTTGTTGTTGAGCTGATGATATTCCTTTCAATTCTTTGCTTATCCCTAATAATTGAT +TCTTTAAATTTTCATCTTCAATGCTTTCTGCAACACTTGCAATGTTATCAGCTAGACCTG +ATGTATTTTTAGCAGATGCTATTAAATCATTTATTCCTCCACTACCTTGACTTAATCCAT +TTACCAAGTCTTTAGATCCACTATATGCTGAGTTTATTCCACTATTTATTTCTGAATATT +TATTATATAATTGCGATACATTGCCAACATATGTAGATACACCTTGTGATAACTTACCTT +GTGATGAGCTTAATTCTGATAATCCATTATTTAAATCACTTGCTCCCTTAGTTAACTCTG +GCGTAGAACTACTCAATTGATTCACACCTGTATTTAATTTTTCAGCTCCACTATCTATAC +TTTTTACTCCTTGTGAAAATTGACCTTGTGAAGTACTTAGTTGAGATAACCCATTATTCA +AGTCACTTGCACCTTTACTAAGTGCTGGTGTAGAGCTACTTAATTGACTTATACCTTTAT +CTAACTTACTAGCTCCACTATCCAAACTTTTTGCTCCTTGAGAAAACTGACCTTGAGCTA +TACTTAATTGAGATAATCCACTATTTAGATCTTTTGCACCTTTAGTTAATGCAGGTGTTG +AATTATTTAACTTACTCACACCACTATTTAGATTACTAGCCCCATCATCTAAACTTTTCA +CACCTGAATTAAATAACTTGTAGTTTTGATTTAATTCAGAAGTTCCTTCAGATAACTTCT +CTGCTCCAGCTAATAAGTCTTCTCCACCTTTTTGTAAATCTCCTAGGGAATCTTTTAAAT +CACTAACAGAGCTAGTTTCATCCAACTTATCAAGGTCAAATGTATTAGGAGAAACTACGG +CTAGTATACTAGGCATTTCAAAATTTGTTGCTTCAGCTTCAATAACTAACTTATCTTCTA +ATCCTATAACTTCATTTAAATCATTATTTAATTTTAATGAATTTTTAAGCCCCGGTACAG +AAACAAAAGTTATAGAGCAACTTTTTCCTTCATCTAATATAGTACCACTACTCGCATTTA +TATCCTTAAAATTATCTCTAGGCATAAGTACTTCAACTGCTGTTAAAAACGGTACATATA +TCGTTCTATTTTCTCCGTTAATTTCAACACTTCTTGCTTCATTATTTTTTAAGGATATTG +TTATTTTTAATTTACCAGATTTATTTTTAATTTCACTTGGTTCAACTGTTTTTCCATTTA +GTTCATACTTTATCTTTAAATCCACAGGCAAACTTTTATTACTTTCCCCACTATAATATA +AATCATCCTCATCTATGTCCCAGGTAATATCACTACCATTTATTTGAGGAGTTTCATTTC +CTTTTAAATTTTTTATATTTTTAAGTTCACTAATATCCTTGATTTCACCTAATTTAGAAT +TACCTTTTATCCATGTAGATACTATATTTTCTTTTATATTTCCATTTTCATCTAAAATAG +AATATACTGTTTCGTCTTTTTTTATATCACTATTATCTGCAAATATTAAGGTTCCGTTAC +TAGCAACTATTGCTGCTGTTATTAGTGTTGCTGATTTCATTTTAATATTTTTACTATTCA +TTTTTAATCCCCCTAAAATTCTCTAATCTTAAAAATTATTTATCCTTCAACCTCAACTAC +ATCTTTATTATCTATAAATCCCTTACTAGTTTTTAAAATTATTTTTTCACATATTAAAAG +TATCGCTGGTAGTATGAATAATATCATAAGCATACTAATTATAGCTCCTCTAGACATTAG +ACTACACAACGAACCTATCATTTCTAGCTTAGACACTACACCAACTCCTATTGTTGATGC +AAAGAATGTTAATGCACTTGTAACTATTGATCTACCACAGCTTTTTATTGAAATCTCCAT +AGCTTTAAATTTATCATTACCTTTATTTAATTCTTCTTTAAATCTTGAAGTAAGAAGAAT +TGCATAGTCTACAGTAGCCCCTAATTGAATAGTTCCTAAGACTATAGATGCGATAAATGG +CTCTACTGTACCTGTGTAATAAGGTATACCTAAATTTGCAAATATTGCTGTTTCTATACT +TAATACAAGTATTACTGGTAAAGAAATTGATTTAAAAATAATTGCTATTATAATAAATAT +AGCAATTATAGACACTGAACTTACTTTTTTAAAGTCAGTATCAGCTATCTTTATTAGATC +TTCCGTAAGAGGAGCTTCTCCACCCACCAAAGCATTTTTATCATATTTATGAACAATTTT +ATTCATTTCATCAATTTGTATTGAACATTCTGGTGATGCAGCTTTATATTCTGAATTAAC +CATTATTTGCTCATAACCACTTGATTTTAATTGATTCAAAATATCCGCTGGTAAAAAATC +TTGATTTATACCAGGACCTAAATATTTCTCTATTGCTAAAACTGAGTTTACACCATCAAT +TTTTTCAAGTTCCTTTATCATTTCATCTTTTTTGTAAGGTTCTAAGCTTTCATCAACTAA +AATAATATCTGTACTATTCATGTTATAATCATTTTTTAATTTATTAGTTGCTACTATAGA +AGGTAAGTTATCTGGTAAGCTTTCGTCTAAATTATAATAAACCTCTGCTTTCATATTCCC +TATAAAAGCCGGTATAAATATAATTACGAATACTACTGCAAATTTTTTATAATATCTAAT +TGTAAATTTTGATACTTTTTCAAAGGTCGGTAATATACTTTTATGTTTATATTTATGAAT +TGATTTATCGAATGTAAGTATAAATGCAGGTAGAATAGTTATAGTACATATAACACCTAT +TAATACACCCTTCGCCATAACTAAACCTATATCTTTTCCTAAGGTTAAATCCATTACACA +AAGTGCTAAAAATCCTGCGATTGTCGTTATAGAGCTCCCAAATACTGAAGTTGTTGTATT +TACAATAGCCTCTGCCATTGCATCTATTTTATTGTCCTTTACTTTTAATTCCTCATCATA +TCTGTGTAGCAAGAAAATTGAATAGTCCATTGTTACACCAAGTTGTAATATTGCTGTTAA +GGCCTTTGTTATATATGAAATTTCTCCAAATATTATATTTGTACCAAAGTTATATATTAT +TGCTAATGATATACTTGCTATAAATATAAATGGTGTTGTATAAGATTCCAAAGTTAATGA +TAATACTATTATTGTTAATACTCCTGCTATCAATACATATAGCGGAGTTTCTCCATCTGC +TACATCCTTTGTATCTTTCACTATTCCTGCCATACCGCTTAAAAAAGCTTCTTTGCCTGC +TATTGCTCTTATTTCATCAATAGCATTCATTGTTTGCAAACTAGCTGTCCCATCTTTTAA +CTTTAATACCATCATTGTAGAATTATCTCCACTGTATAAAAAATCAACCATATCTTTTGG +CAAAATTTCTTTAGGAACAGATAGATCCATAAAATCATCTATCCATAGTACATCCTGTAC +TCCCTCTACCTTTACTACTTTTTCCTTTAACTTAGCTACATCCTTATCTTCCATATTTTC +CACTATTAACATTGCTAAAGAACCACAATCAAAATCTTCCTTTAATATTTTTTCTGCTTT +AATTGTTGAACTATCATCTGGTAAATAGCTTAATATATCATAGTTAATATCTGTTTTTAT +AAATCCCCACACTGATGGAATTAATAAAAATATTGCTATGAATAATATTAATTTCCTATG +GCCAGCTATTTGTTTTGCTAACCTATTCATATGTATCCCCCCATTTATTAGGCATGCCTA +AGTAATTTATAAATACATTGTAGGGCACGCCTAAATCCTTGTCAATTATATTTTCTAAAA +TTTAACTATACAAAAATTTCTAAGTATATAATAGTTTTTTCACTTAAAATGATTAAATGC +GATAAAAATCAAATAAAAAATGACCCAATAACAGGTTCTAGTGTTGCATCTAGTTAATAT +TTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATG +GAAGTAACGACAAATCCATCCAAAGGAGGTTATTCATTATGAAAACTTTTAAATCTACTG +CTAATAATAATACTTTTATCAAACAATTGTTAGATGTAATTAATTCCAATACAATGCGTA +GCATCATTAATAAATATTCAGGTAATTACAGAAGTCAATCTTTTGACACATACTCTCATT +TTTTTACAATGATGTATCTTCAATTGAATGAATCTAAGACCTTAAGATGTTGTATAACTG +AACTTGAAAATGATATTGATATAGATTGCAATGTATATATTCCTAGTTTATCTCAATTAT +CTAGAAAAAACTCAACTCGAGATTACAGAATATTTGAAGATATTTTTTATTATGTTTTAA +GAAAATTAAAAAAGAGACTTGGAGTAAAACAATTTAACTCTCAGTTTAAGCAAATTAAAG +CTTTTGATTCTACAATAATAGATATTGCTACTAAGTTAGCTCCTGATTTATACTATGATA +AAAATATATCTGCAATCAAAATGAGTACTTTATTTAATTTGACGGAGGCTACGCCTGAGA +AAGTAAATATAGTTAAAGGTACTGTTAATGATAGAAAATGTATTGATGGATTTATTGAAA +ATAGCAACTATCTATACTTATTTGATAGGGGATACTATAACTATAGTTGGTATGATGATT +TAAGTAGACAAAATATTAGTTTCATAACTAGACAAGTTTCAAACGCTTGTGTAGAGGAAA +TTAAATCTTATAGAACTGGACTAAATGATGTCTATGATTATGATATTATTCTTGGAAGTG +ATTATAGTAAAAATAAAACAGAATTTGTATATAGAGAAATTTTAACATTTGACAAAGATG +GAAAAGAAGTTCGTTTTTTGACAAATATATTTGATTTACCTGTGTCAAAAATTTTAGAAC +TTTATAAAATGAGATGGCAAATAGAACTTTTCTTTAAATGGATAAAACAAAATTTAAGAA +TTAAGCACTGGATTGGACATAATGAAAATGCAATAAAAATACAGTTATATACAGCTCTAA +TAGCTTTTGTTTTAATTAGATTAATCCAAGAGGAAATAAATAATAAGTATTCAATTTTAA +AAATTACTAGAATTATTAGGATATACATTACGAAACGAATCGATTTGCTATCAGTATTTT +TATCTTGAATTAGAAAATAATATAAATGGATATTTATGGAATAATTTTGGTTTTATAAGG +TAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGC +TCTAAAATCATGAGGGT +>MGYG000000001_3 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCTATAAATAATA +TTTTTATTTAATGATTCAACCATTCTTAAGTTGACGATATAACTAGTATGACATCTGTAG +AATCCTTTCCCTTCTAAAATCATTTCCATATTCTTCATAGACATCTTTACTCTATAAGAT +TTATCTTCTTCATGAATAATTAAATCTCTTCTGTCTGTTTCTATATATATTACTGATTCT +AAATTAATTTTAATCAAAGTATTTTTAGTGTGTAGCATTATGTAATTATTATTTTTACTC +AAAAAGTTATCAATACATTCACTTAAATGTTTTTCTATAATCTCATAAGATATAGGTTTC +ATTAAGTATCGATATGCTCTTACCTCATACCCTTCATGAACATAACAATTAGAAGAGGTA +ACAAACAATATTTCCACTTTACTATCAAATTCCCTTATTTTTCTTGATGCATCCATTCCT +GTCATATCATTCATTAATATATCTAAAAATAAAATATCTAGTTTTTCTGGATAATTTGAA +ACTAAATCTTCTCCAGATGAAAATTCATATATTTTAAATAATATTCCCCTTTTATCTAAG +TATGTCTTCACAAATTCAATAAGTATACTTCGTTGTAATAAAATATCATCGCAAATCCCA +ATATGTAACTCCATAAAATCTCCTTTGCTATATAATCCTATATAAAATATATTCGTATAT +ATAATTTACATTATTTCACATGATATATTCAATATATTACTTTATATTATTAATTTAATT +TCTTATTATCTAAAAATAAGGTATGCCTAAAATAATTATATTCTAAACATACCCTATTTT +ACTAATTAAATATAAAGTCACTATCTTCTAGTTCTTCATAGACTCCTTTTTGATATCCAT +TCCCCTTAGTCGAAAAGAAATCATGTGTTTTAGTTTCAACGCTTAATCCATTTAAAACAA +TAGGATTAACAGGTTCTACTTCATAAAATTTATCAAATCCTAGGTTCTCTAGAGCTTGAT +TTGCATTATATTTTAAAAAGTTGATTACTTCTTCTTCTAATTTACTTTCTTTATAAATTA +ATCTTGTGTAATTTATTTCATTTTCCATAAGGTCATTTAAAATCACATATAATCTTTGAG +TTAACACTAGCTTATCTGCATTTGAAAATTCATTAAATATCTCTTGGGCTAGTAATCCAA +TATATTTTCCATGTAAAGACTCATCTCTTAAAATTAAAGATATAATCTCTCCACTTGCTA +CCATCTTACCTTGTCCTGCTAAATATAAAGGATAGAAAAAACCGCTATAAAATAAAAAGC +TTTCAAGAAATACACTGGTAACCATTGATAAATATAGACTTTTTTTATCATTGGTATTTT +CATATTGTTTTAGTATAAGCTCTGCTTTTCTTTGTAACGTTGGCTCTGTTTCAATCCATG +TAAAAAGTTCTTCTATTTCAACTTTTGAAAGTAATGTTGTAAATATTGATGAGTAGCTTT +TCGCATGAATTTCCTCCATAGTTCCCATAAAAGATAATACAGCTTTTCTCTGTAAGTTAT +CAGTCAAACTCATCATAGATGGAATACCGTTATTACCTTGTTTTGTATCTAATAAAGTCA +ATCCCGCTAAAACTCTTTTATATAACTTTTTTTGATTTTCATCTAATTCAGACCAACATT +TTAAATCTTTTGATATAGATATTTCTTCAGGTAACCAAAATTGCTTAACATTTTGATTCC +AAAAAGTCTGTGTAAAATCATCATCTTCTACATTCCAGTTTACTGCTTTGTGTACAAATG +TCATAACTCTCATCCCTTCTCAATTAAATTCTTATACTGAACATGATATACATTCATTGT +CTATTTCTCTTATCATTTTAGTTCTTGTGTAGTATAAACTTTTTAGTCCTTTTTTGTATG +CATAAATATAGTACCTAGCTATATCCCTAGTTGTCTTATCATCTGTTACGAATAGTGTAG +TTGATATTCCTTGATCAACATGTTTTTGCACAGTTGCTACCATATCAATAACTTTAAACA +TATCTATTCTATATGCAGATTGATACCATAATAGATTTTCATTAGTTAAAAATGGCATTG +GGTATATAGTTGTTGAATCTCCATAAGTCCTAATTTCAATAGGCTCTGTAATTGGCATTA +TACTCGAAGTTGAATTCTGAACATAACTTATGCTTTGAGTTGGCGCAATGGCCATTAAAT +ATGCATTATATAGACCTTTTTCTTTAACTTCATCTAATAAACTTGCCCAATCATACTTTG +TAGGAATATAAATTCCCTCAAATAGTTTTTTTACTTTCTCACTCTTAGGTAAAAATTCTT +CTTCATAATATTTACCTAAAACATCACTATTTCTTCCTTTTGCATATTCTGATTTTTCAA +ATCCCTCGAAGGTTTTACCTTTTTCTATACTTAAATTCATAGATGATTTTATTGCATAAT +ATCTAACTAATGCGAAAAATACATTAGCAAAATCTATTGCATCTTCTGACGTATAAAGAA +TATTTTCTTTCATAAGGTATCCATGTAAGTTCATGGCTCCTAAGCCCACTGCATGAGATG +CATTATTACCATTAGCCACAGTTGGAACTTCTTTAATATTTGTTTTATCTGAAACTATAC +TTAAACTTCTTATAGCAACATCTACTACATTTTCTATATCTTTATTTTTCATAATGTTAG +CAATATTTAAAGACCCTAAATTACAACTTATATCTTGTCCCCAATTATTATTACCTCCAT +ACCCTTGTATATCTGATGGAGTCTGATATTGGAATATTTCACAACATAAATTAGACATTT +TTATAATACCCTTGTCCTTTAGAACATGATCTTTATTTGCAGTATCAATAAACATTACAT +AAGGATAACCACTTTCTTGTTGAGTTTGTGCTATTCTAGTTAGGTATTGTCTTGGATTTA +TTTCTTTCTTCTTTATATCTTCATCACTAGCTAATTTATCATACCATTCGTTCATATTTA +TATCATCAAGATGAAGACCATACTTTTTATAAATTGAATTAGGATAAAATGCATAAGCTA +CTTCATTCTTCTCGGCTAATTCCATAAACTTATCAGGTATAATTGCTCCTACTGATAAAT +TAGTAAGCCTTATTTTTTCATCTGCATTTATCTTCTTAGTATCCATTAAAAGTTCAAAAT +CTGGATGAAGTACATTTAAATATACAGCTCCTGCACCTTGTCTAGCACCCATTTGATTAA +AGTAACTAAATGATTGTTCTAACATCTTAGCAACTCCAACAACTCCACCAGCTGCTCCTT +CTATATCTTTTATAGACTCTCCACTAGCTCTTAATCTACTTAAATTTAATGCAACTCCCC +CACCAATTTTAGATAGGTGATTAGCTGAAGCAACTGCATAAGAAATTCCCTCACAACTAT +CTTCAACGGAAATTAAAAAGCAACTTACCATCTCACCTGCTCTAGCTCTTCCAGCATTTA +AAAATGTTGGTGTTGCAGGTTGAAATTCTTGTTTTATTAACTTATCAGCAATTTTCTTGG +CAAAGTTTTCGTCACCATTAGCAAGTGCTAAAGATACAATCAGTATCTTATCCTCATAAC +TTTCTAGTATAGATTTTCCATCATTACTTTTCAAAGCATAATTTTCAAAGAATTTACTAG +CACTCATATAAGATTCAAACTTAAAATCTTGACTTTTTATAAATTCGTAAAGTTTTTCTA +TATAGATAGTGCTGTACTGTTTTATTACTTTTTCTGAATAATAATTATTTTTTACTAAGT +AGTCTATTTTTTCTTTAATTGTACTAAATTCCTTCATTCTTACCTTAACAGAATATTCAA +GGTATGCTTCTAGAGCTTCTTTGTCTTTATCTAATTGATATTTTCCATCTTTATCTCTAA +CAATAACCTGATTATTAAGTTCTATCCAATTCATGTCTATGTATCCCACCTTTATTTAAT +TGATTATAGTCAAAATCCACTTAAAACTTATTAAAATCATTTTTTATTACTCCAAATTAT +TACCCCAAAATAAAAGAAAAAATCTCATTTTACACACAAAAAAAAGCCCCTAATTTTATA +GCGACTTGTATCCATTGCAAACACTAATTTGTTAATAAAAAAACTTTTTAATTTTTTATA +AAAAATGATATATTACGCAATATATTGTTGTTTATTTCTTCTTAAATACTATATATAGTA +TTTTTTTCTATTCACCACACTTAATAATTATCAGTTAACAGCATTAAATCCCAATTCCAA +AACTCAAAAAAGTGCCTTAATAAAAGTTAATCAGATACGCCGAGCGAAGGTGTGCGAATA +TAATTTTACTGAGATTTGCAGCATCTTTTCAGCTGCATTGAAGTAAAATTATATTGCACA +CCAAGCCCTCGTATCCAGAACTTTTATCTAAGCACTTTTTCCTACTCTTCTATATTAACT +TCTATATTTAATTCCTCTAGTTGAGCTGTATCAGCAACAGCTGGAGCATTTGTCATTGGA +CAAACAGCACTTTGATTCTTAGGGAATGCTATAACATCTTTAATGTTAGTAGTTCCTGTA +AGTATCATTGTAAGTCTATCAAGACCGAAAGCTATACCTGCATGAGGAGGAGTTCCGTAC +TTGAATGCATCTAATAAGAATCCAAACTTCTCTTGAGACTCTTCTTCATCCATTCCAAGT +GCAGCGAACATTTTCTTTTGAACATCAGAATTGAATATTCTAACACTTCCTCCACCTACT +TCGTAACCATTGATTACTATATCGTAAGCTTTAGCTCTTAAAGATGCTTTATCATCTCCA +TCAAGTTTATCTATATCTTCATCCATTGGTGATGTAAATGGATGGTGTTTAGCTATAAAT +CTTCCTGTTTCTTCATCTTCTTCAAATAATGGGAATTCAGTTACCCATAACATTTTATAA +ACGCTATTATCTAATAAGTCTAATCTTCTAGCAACTTCTAGTCTAACTTGACCTAGAGCA +TCAAATACTACTGTGTCTTTATCAGCTACAAATAGTAATAAGTCTCCTTCTTTAGCATTC +ATTCTATCTAATATTTTTGTTAATTCTTCTTCTGAGAAGAACTTAGCTATTGGAGAAGTA +ACCTCTCTATTAGCTCCAACTTTCATCCAAGCAAGACCTTTAGCCTTATAAGTTTTAGCA +TGATCTTCTAATTTACCTATTTGTTTTTTAGTAAATTCTTCAGCTTTGCCTTCAACATTT +ATACCTCTAACACTAAAACCTTCTTTTGTAGCATTAGCAAATACACCAAATCCACAATTT +TTTACTATATCAGATATATTAGTTAATTCATATCCAAATCTAGTATCTGGCTTATCAGAA +CCGTATCTTTCCATAGCCTCTGCATAAGTCATAACTGGAAGTGGTAATTGAACATCTACA +TCTAGTATTTCTTTAAATACTAATTGTACCATCTTTTCCATTATAGCCATAACATCTTCT +TGTTCAACAAATGACATTTCACAGTCTATTTGAGTGAACTCAGGTTGTCTGTCAGCTCTT +AAGTCTTCATCTCTGAAACACTTAACTATTTGGAAGTATCTATCCATTCCACTTACCATT +AATAATTGTTTAAATAATTGTGGAGATTGTGGTAATGCATAGAATTTACCAGGATTAACT +CTACTTGGTACTAAGTAATCTCTAGCGCCTTCTGGAGTTGGTTTTATTAAGAAAGGAGTT +TCTATTTCAAAGAAGTTATTTGAACTTAAGTAGTTTCTTACTATGTTAGCTATTCTACTT +CTTGTCATTAACTTTTGTTGCATAGATGGCTTTCTTAAATCTAAGTATCTATATTTTAAT +TTTAATTCTTCTGAAACATTATCATCATCTTTTATATAGATTGGAGGAGTTTCTGATTTA +TTTAATACTTTTAAACTTGTTGCAACTATTTCTATATCACCAGTTGGTAAGTTAGGGTTC +TTAGAAGATCTTTCACTTACTTTACCAGTTACTGCTATTACATATTCAGAGCCTAGTTTT +TCTGCTTTTGCGAATGCTTCAGCATTTACATCCGTATCGAATATTATTTGGCATAATCCA +CTTCTGTCTCTTAGGTCTACGAATACTAATCCACCTAAGTTTCTTTTCTTTTGTACCCAT +CCCATAAGTACAACTTCTTCATCTATATTTGTAGCTCTTAAATCACCACAATAGTGAGTT +CTCTTTAATCCGTTTAAAGTCTCCACTTATAGTCCTCCTTTAATTGTTAATATAAGAAGT +CTTGAAAATAAATTGCAGTTTAAGGCTTAGGGTGCGAGTCACAACTTGACCCATGCAAGG +CAAAATACGCCTTGCAAATGGGCACTACGTTTGTGACTTTCAGACCCTTCACCTGGGTAA +TTAATTTATTAAATCAAAACCTATATTATAATTTTTTATGTGTATGATGTATTTTTTATA +ATACTTATTGTTTGTTATGTTATATTTTTTTGTTATAGTTGTTATTTGTTATCTGTTTAC +TTTATTTAGTATAAGGTTTATTCTTAATAAATTCAATATTTCATTGAATTTATTACCTTC +GTATCCTAATACTTTATTTTTTGCTGTAGATTATAATCTATTTTTTAACTCTCCTACTAA +CTCACTTAATTTAACAGTAATTTGCTCTGATGTTTGCATATTTTTAAGTGTTGCACTGTC +ATTTGCTAGTTCATCTTCACCTATTACTATTGTGAATTTAGCATTTATTTTATCTGAGTA +TTTAAATTGTGCTTTTACACTTCTATCTAAGTGGTCACTGTCAGCACTTATATGGTTGTA +TCTTAAGTCCTTTAATAACTTGAAGCTCTTAGTTTTAGCTTCATCACCTATTGTTACTAT +GTATATGTCTGTTGATTGTGGATTTTCTATTTCTATGTTGTTGTTTTCCATAGTTAATAA +TAATCTTTCAGCTCCTAAAGCGAATCCTATACCACTTGTACCTTTTGGTCCACCTAATTG +CTCAACTAGTCCGTCATATCTTCCTCCACCACAAACTGTACTTTGAGAACCTATATCATT +AGATATTATTTCAAAAGCAGTTTTCTTGTAGTAGTCAAGTCCTCTAACTATTGTTTTATC +AACTATAAAGTTAACATCCATTTCTTTTAAATACTTTTGTAATTTTTCAAAGTGATCTTT +ACAATCATCACATATATGATCAATCATGAAAGGTACGTCTTGTAAATTTTCTTGGCAATT +TGGGTTCTTACAATCTATAACTCTCATAGGGTTTTTATCTTTTCTTTCTAAGCAAGTACT +ACATAATACATCTGACTTTGCATCTAAGTAAGACTTTAGTAATTCATTGTATTTTGCTCT +ACAAGTTGGACATCCAACAGAATTTATACTTACTGCTAAATCTTTAAGTCCAACTTCATT +GAAGAATTGTACAGCTAAAGCTATAACTTCTGCATCTAAAGATGGATTATCACTTCCTAC +TGCTTCAACACCAAATTGGTGGAATTGTCTTTGTCTTCCAGCTTGTGGTCTTTCATATCT +GAAGCAAGGTATTATGTAAAACATCTTAGTCGGTTGAGCATCTGAATATAATTTGTTTTC +TATAAATGCCCTTATTACACCAGCAGTTCCTTCTGGCTTTAAAGTTATATCTCTTCCACC +CTTATCTTCAAATGAATACATTTCTTTTTGAACTACGTCAGTAGTATCTCCAACACTTCT +TTTAAATAATTCTGTATGTTCGAATATAGGAGTTCTCATTTCCTCATATCCGTATAATCC +ACATATTTCTCTAAATTTATTTTCTACATAATTCCACTTGTATGACTCTTTTGGAGTTAT +GTCTTTTGTTCCTCTAGGTGCTTTAGTTAGCATTCTTTAGGACCTCCTCTTTCTTTCTAT +CAATCATTTCTTCTACTCTATCAATATATTGTTCAACGTTCTTCACGTTTTCTACTCTTT +CAATTCTGTCCTCGTCAACATATACAAACTTAGATATAGAACCAGCCCCTAGTGCATAGT +TACTTTGTTTCTCCTCCATTATTTGCATGTTGTAGATACATTCGTATCCTTCTTTAGCAT +AACCTATATTTTCTAAGTTACCAAGCATCTGCTTTTGACGGTACATATAGTATGGATTAA +GGTTCATTTCTTTTGCATATTCCATTGATAAATCAATCATCTTAACCATTTCTTCATATT +GAGTAAGTACATACTCGTCCATTTTTTCTTTTAACTTAGATGCTCTTTTTATTGCTAAAG +TATGAACAGTTAAACTTTCTGGAGATAGCTTTTTAATCTCCTCTAAAGTATTTCTTACCA +TCTCAACATTTTCACCTTCAAGACCTAGGATTAAGTCCATATTTATGTTATCAAATCCTA +TTTCTCTTGCTAAGTTGAAAGCTTCTTTTATCTCTTCAACACTATGACCACGTCCTATTT +TGTCTAAAGTTTCTTGGTTCATAGTTTGAGGATTTATACTTATTCTAGTAACATTATTTT +TCTTTAAACATTCTAGTATTTCTCTATTTATAGTATCCGGTCTACCAGCTTCTACTGTAA +ATTCTTTTATCTTACTTAAATCTAATTCTTTAAATAAAGCCTTTATTAAGATGTCCATTT +CCTCTGAATCTAAAGTAGTAGGTGTTCCACCACCAATATATAAAGTCTCTATTTCTTTAT +TAGTTTCTTTAAGTAATTTTGCTAATCCTTTAATTTCAATAATTAACTTATCAATATAAT +CTTTCTTTAAATGTCCAAATTGTTTTAAAGGATTTGCAGGGAATGAACAGTAATAGCATC +TTGTTGGACAAAACGGAATACTTACATATAAAGAAATCTTATTTTTATCTATAGGATAAA +TAAATTTTCTTTCCCTTTTTGCAATATTTAAAGCCAGATCTATTTTTTCATCACTAATTA +AATAATTAGTTTTTAAATTTTCTCTAATATCTTCATCACTTAAGTTTTTATCAAGAAGAG +TGTGAACTATCTTAACAGGTCTTATACCTGTAAGTATTCCCCAAGGAACGTAAGAATTAA +ACTTCTTCATTAAAACATTATACATACTTCTTTTTATTGTTTCCTTAGTAACCTTCTTAA +TCTCTTGTTCTGATAAACCTGCTATACTTCTATGATCAAGAGAGTCATAAATAGCCTGAT +AGTTTTCAAGATATACAGTTTTAGAAAATACTTTATCATTATAGTAAACAACACTATTTT +CTAAAGTCATACCAACATCTTTATTATCAACGAATTTAAACTGAGTAGTAAATAATTTAA +TTAGCTCAGCAACCTCGTATTTAAAATCATGACCTTTTAAAATCACATTTAACATAATAT +CTGCTCCTTATCTACGCCTCTCCCAAAACTTATAACTCTTATATCTAATTTCCGTAAGCC +AAGCTCACCTAAATGGAAACTAGTTCATATATGGATTAGTAATTTTTTCTATTTCGATAG +TTGATGTAGGACCATGACCTGGATATATTTTTATGTTTCCGTTTTGGTTAGATAATTTAT +TAAGTGACTTGTTCATTTGTTTGAAGTCTCCGCCGTAAAAGTCTGTTCTTCCTATACTTC +CAGCAAATAAAGTATCTCCTGTAAACATATGATCTCCAACTTTTATACACATTCCACCTG +GTGTATGTCCTGGTGTATGAATAAATGTAAGTCTAAGTTCTCCCAATTCTAATCTATCTT +TATCTTTAACATATATATCCGCATCAAATTCTTGAGGTCCACACGGGAATCTAACGCTTA +GATTTTTCTTTCTGTCTATTAAAAGCTCTTTTTCATTCTCATGAGCTACTATTTTTGCAT +TTGTTTCAGCTTTTAGCTTCTTTACGTTTGCAATATGGTCTGCATGACCATGAGTTAAAA +TTATATACTCAACAGTAAAATTTCTGTTTTTTACTGCTGATAATATATCTATAAGACTTG +CTCCTGGGTCTATTATTACACATTTATTATTTTTTTCGTCACCTAATAAATATGTATTTT +CACCCATAAATCTATCTTCTATTGTTTCAATTATCATTTTATTTTCTCCCTAAAACGATC +TACTTGAATCTAATAATATAGTTACTGGTCCATCATTAGTTAAGTCAACCATCATGTGAG +CTCCAAATTGTCCAGTTCCAACCTTTATTCCTTCTGCTTTCACTCTTTCTATGAATTCTT +CATATAAAGGAGTTGCATGTTCTGGTCTAGCTGCTGTAGAGAAGCTTGGTCTTCTACCTT +TTCTACAATCACCATATAAAGTAAATTGAGAGACTACTAAAAGTTCTCCTCCTATATCTT +TTAAAGATAAGTTCATTTTTTCATTTTCATCTTCGAAAATTCTTAAGTTTAAAGTTTTAT +CTATAATATAATCTACATCTTTAGATGTATCTTCATGAGTTACCCCTAATAAAACAAGTA +ATCCTTTATTTATTTCTCCTGTAACTTGACCATCTACAGTTACCTTAGAAGAAGATACTC +TTTGTACTACAGCTCTCATTTTATTCCTCCTAATTCTTTACTCTATATATTTCTTCGACA +CCTGGAATAGCTTTTATTTTTCTCATTAATTCTTTTAGTTCATTTATATTATTAACTTCG +ATTAATAGATTTATATTAACAACCTCTTCTTTTCCTTTTCTAGCATTTATCCCGTTTAAT +CCAACTTTATCTACAGCTACCATATGAGTTATATCATTTATTATACCTTTTCTATCCGCT +GCTTTAATTTGGATTTCACCTTCAAATTTACCTATTTCAGAATTAGCCCAATCTACACTT +ATTAATCTATTTTTGAATAATTCACCTTCTTGTTGTGCATTTACACAATCTGCTCTATGA +ATTGCTACCCCTCTTCCTTTAGTTATATAACCTATAATTTCATCACCTGGAAGTGGGTTA +CAACATTTAGCAAATCTAATTAATATATTATCTAAACCTTCAACTATAACTCCTTGGCAG +TTGTTTTTCTTTCTCTTTTTCTTGTATTCAGCATCACTTAAGCTATGCTTTTCAAACTCT +TCTTCTTTTAGCTTAGCATTATCTTTTTGTTGCTTCTTAATTTCTTTTATATAATAATCT +CTAACCTTAGGAACAACTTGAGATACCATTATTCCACCATACCCAATAGTAGCAACTAAA +TCCTCTACACTTGGTTGGTTAAGCTTTTTAGCAATTTGAAGCATATATTTTTCAATGGAT +GAGTCTTTTAAAGGTAATACATATTTTTTAAATTCCCTTTCTAAAAGTTCATAACCTCTC +TCAATATTTTCTTCTCTTCTTTCCTTCTTAAACCACTGTCTTATTCTACTTTTTGCATTT +GGAGTCTTAACAATATTTAACCAATCTCTACTTGGTCCGTTAGAATTTGAAGAAGTTAAT +ATTTCTACTATATTACCATTTTGAAGCTTATAATCTATCGGAACTATCTTACCATCTATT +TTTGCACCTACACATTTGTTACCTACATTTGTATGTACTCTGTATGCAAAATCTATAGGT +GTAGCCCCTGCAGGCATCTCTACTACATCACCTTTTGGAGTAAATACATAAACTTGGCTA +TTGAATACATCTTCTTTTAAAGCATCTAAGAATTCATGTGGGTCTTTTAAATCTTTTTCC +CACTCCATCATTTGTCTTAACCATTGAAGCTTTTCTTGTACTGTATCTTCTTTTACGTTA +GTTTTACCTTCTTTGTATTTCCAGTGAGCAGCGATACCGCATTCTGCTATTGTATGCATC +TCTACAGTTCTAATTTGAATTTCAACAGGCTCTCCATTTGGACCTATTACTGTTGTATGA +AGAGATTGATACATATTAGGCTTTGGCATTGCTATATAATCTTTAAAACGACCAGGCATT +GGTTTCCATAATGTATGAACAAGTCCAAGCACAGCATAACAATCTTTTACTGTATCAACT +ATTATTCTTACAGCAGTTAAATCAAATATTTCTTCAAAGCTTTTATGCTTATCTTTCATT +TTTCTATAAATACTATAAAAATGCTTAGGTCTACCATATACATCACAATGTATATTTACT +TCAGCTATTTTTTTGCTTAGTAATTCAACTATTTGTTCTATATAAGCCTCTCTTTGACTT +CTCTTTATAGCGACTTTATCAACTAAATCATAGTATCCTTCTTGATCAGTATATCTTAAA +GCTAAGTCTTCTAATTCTAACTTAATTTTAGATATACCTAATCTATTAGCTATGCCGCCA +TAGATTTCTAATGTTTCTTTAGCTTTTGATTTTGCTTTTTCAGGAGACATATATTTCAAT +GTTCTCATGTTATGAAGTCTATCAGCTAATTTTATAAGAATTACTCTTATATCTTTTGCC +ATAGCAAGAAACATTTTTCTTAAGTTCTCTGCTTGTGTTTCTTCTTTTGATTGGTATTTT +ATTTGCCCTAGTTTTGTAACTCCATCAACTAAATCTGCAACTTCTTTACCAAATTCTTTT +TCTATATCTTCATAAGTATATTCAGTATCTTCTACTACATCATGTAAAAGTCCTGCTGTT +ATTGTTTCTATATCTAATTCCATTGAAGCCAAAATATGCGCTACTGCTATTGGATGTATA +AAGTAAGGTTCCCCAGATTTTCTAAATTGCCCTTCATGAGCTTTTTTCCCAAAGTAATAA +GCTTTTTCCACTAACTCCACATTTGCATTTGGAGCGTATTCTTTTATTTGTTCAACTAAT +TCTTGTAGCTGTTTATCATGCATAATACCACCTATTTTAAGTATGAAATTTAATATATAT +GAAAATAGTTGGTTATGTACCAACTATTGTAAAAGTCTTAGTATTTTATTAGAGAATTTA +TATGATATTGAGATAATATATCTCTACCATTTAATTCTTCTAATTCTATTAAAAACTGCA +TTGATACTACTTCTCCACCTAACTTTTCTATAAGTTTAGCTGCAGCTCCCATAGTTCCTC +CTGTAGCTAATAAGTCGTCAACTATTGCTACTCTTTGACCTGGTTTTATAGCATCTTTAT +GTATTTCTAAAGTATCTTTTCCATATTCTAAACCATAGTCATAACTTTCAACTTCTGAAG +GTAATTTTCCTGGTTTTCTAACTGGAACGAATCCTATACCTAAACCATAAGCAACTGGTG +TTCCCATTAAAAATCCTCTTGCTTCTGGTCCAACTATTACATCTACATTTTTATCTTTTA +AATCTTCTATTATAGCATCTATAGAGTATTTAAATGCCTTACCATCTTGTAATAATGTTG +TTATATCTTTGAAACTTATTCCTGGGATTGGAAAATCATTAATTTCTCTTACGACTTTTT +TTAAATCCATTTTTGAATACCTCCTAATAGCTCTTTGCATATTCTTGTCTTAAATCTTTT +AGATTTTGAAGTATAATACTCTCATCTAGATTTAATTTTTTATTTGGCTTTTCTAATAAG +TTTATAGATATTCTATTTTGGTTGTAATCTAAATTAAAATCTAATAGTGATAATTCTTTG +AATACATTTAATATTGCAAATAATTTTATAGGCATAATATTAAATATTTTTTTTATGTCT +AGCATATCAAATTCAAAAGTTTTATTTACTAGAGCTAATTTATATACTACTATAAACTCT +TCTCTCTCTGGAATGATGTTATTAATTGTATTCTTTAAATATAATTGGTCCATTTCATTA +TAATATTTAATTATATTGCAATGTGAGTTAGTATTTTCACTCAGATACGAATATTCTCTG +CTATTATATAAATAATCATAAAGAATAATATTATTATATCTTTTTACGTCTATTTTATCA +ATATTTGGTGAAAATATAAGTTGTAGTTTAGCTGAATTTACAGTATTTTCTCGATAATTG +ACATCAAAATCATCTTCTAAAAGTGAAATATCCGATATCGCCCTATAAAAACCATTTACT +GTATTCGCTATTACTAATGTATTTTCAACTAGATAGTCAAATATATTAAGTTCTTTGCTA +CCCTCTATTATATGTTGCCCATTTACATTTGTGCTTATTAAGTTTTCATCACCAGAACTA +ATAGTATACAAGTTATCTTCATTATTTGGAACTATTTTTGAAAATAATTTTAAAGAAAGT +TTATCCTTCATAGCATTTTTAGGGTGAGCTAGCCTCATATCTTTAAGTAAAAACTGAACA +GTTCTATTTCCCATATAATTATTTTCATCCAATTGGAATAATATATCTACCTTATCTCCA +GGATTAAAGTTTTCTTTTAAGTGTGCCATATTAAAACCAATACATTCGTAGGTATTTTCA +TTATAAACATTAAGCTTTAAATGTTGTTTATTCTTACCTAAAGTAAATATATCATCTAAA +ACTAAATTTCTCATTATAAACCTTGGGCTTGGATTACTAAGACCAAAAGGTTCTAATTTA +TGTAATTCATCTACTAAATCTAAACTAACTTTATCTTCAGATAATTCGAATTCAACATTA +ATGTTCTCAATCATGTCTTCTGAAGTTAAGTTATAATCTGCAATTTTATTAACTTCATCT +CTAAGTGTATCTACTTTATCTGCATCTAGTCCAAGTCCTGCTGCCTGATCATGTCCACCG +AACTTATTTAATAAATCCTTACATTTCATAAGTGCATCAAATATACTAAATCCTTTTATA +GATCTAGCTGAACCTGTGGCTTCTCCATCTTCTATTGTAAGAAGTATTGTTGGCTTATAA +TATTTTTCTGTAAGCTTTGAAGCAACTATACCTATAATACCATGTTGCCATCCTTCATTT +GCTATTACCAATACCTTGTCGCTTTCGTACCTTTCATTAGACTTTATTATTTCCTCAGCC +TCATGGTACATTTTCGCTTCTATCATTTGTCTTTCGTTATTTTTTTCCTCTAGCATTCTT +GCTATTTCATGGGCTTCATGTTCATCTTTAGTTGTAAAAAGCTGAACTCCTAAGTATGAA +TACCCTAATCTTCCAGAGGCATTAATTCTAGGACCTATAGCAAATCCTATATGTGATGAA +CCTATTTTTTCAGTATCTACTCCACATATTTTAATAAGCTCTCTTAATCCTAAATTTTTC +CCTTCTTTCATTAGTTTTAAACCATTTTTAACTATTATTCTATTCTCATCTACTAAGGGA +ACAATATCACAAATTGTAGCTAAGGTAGCTATTTCTAAATAATTATACATAGTAGTTTTA +AATACATCTTCAGGTGTTAAGGCTTGTATTAATTTGAATGCAACTCCACATCCACAAAGC +ATATCAAATGGATAATTACAATCTTCTTGTTTTGGATTTACTACTGCATATGCATTTGGT +ATTTCACTTTGACACTCGTGATGGTCTGTTATTATTACATCCATCCCTAGTTCGTTCGCT +AATTCAACTTCCTTAACCGAAGTTATACCACAGTCTACGCTTATTATTAATTTGCAATCT +TGTTCATGAATTTTTCTTATAGCTTCTTCATTAATTCCATATCCTTCTTCTAACCTATTC +GGTATGTAATAACTTACTGGATAATCAATTGACTCAAAGTACAAACAAAGAATAGAAGTT +GAAGATACTCCATCTACATCATAATCACCATATATAAATATGCTTTCATTATTATTTATA +GCTTTTTTTATTCTCTCTACAGCTTTATCCATATCTTTCATTAAAAATGGATCTCTTAAA +TAATCTAGTGATGGATTCATAAATATTTCTGAATCTCTTTCATCTTTTATTCCTCTATTT +TTTAAAATCTGACTAATTTCCGGAGAAATTTTTATTTTATCACTTAACTCGTCTTTCTCT +ACTTCCCCTTTATGTTTTAGGGTCCATTTTTTGTTGAAAATCAAATTACTCACCTCTACT +TCCGTTTATATTTAGTTTTAAATATAGTTATTACCAGTACAATACCCACTAAAAATGAAA +CTGAAAAACCAGCTATTGCAAGGTATCTTATCCATATATTTTGCTCTATATTAGGCGATG +CAATTATTAAAGATGAACCTACTACCAAAGATGCTAAAACTAAGCTTAAAGATATATTAG +TAGTAAGGTCACTTAATTGCTCCTCTAATTTTGGTACTTTTATATCGTCTATGTGAATTT +TAATATTATTTTTTTCTATATTTTTAAGAATGACCCTTAATTGTTTTGGGATATTCTTTA +AATCAAAATAGATTTCCTCTGCTGAGTTCCTTGATCTCTCAAATATATATTTTGAATTAA +ATCTATTACTATAGTAATACTTTATAAACTCCTGCCCTATAGAATATACCGTAAAGTTTG +GATTTAACTCCCTAGCTGTTCCTTCTAGAGTTATTATTGTTTTCGCTAATGTTGTAAGCT +CCGTTGGCATTGTAATGTTATACTTCCTAAAAAATCTAAATATTTCATTAAATATATTAG +TTAAGCTTATTTTTTCTAATGGAATATCATAGTAATAATGAAGTAAATATAATAAATCCA +ATCTAAGAGAATCTTTATCTATAGATGAATTTGTTATTCCCATTTCTTCCAATAAATATA +TGATCTTATCAGCATTTTTTTCTACAGCCGCTAATACCATTCTATTTAACGTGCTAAATG +TCTTTTTATCAACAATTCCTACCATACCAAAGTCAATATACGATATACAATTACTATTTA +ATACAAAAATATTTCCCGGGTGAGGATCAGCATGGAAAAATCCATATTCAAAAATTTGCT +TAAATAGTGATTTTACTCCAATTTCGCTTATTTTCTCAGTATCCCATTCGAATGACTTTA +TTTTACTTATATCACTTAGCTTTACACCTATAATTCTTTCCATTACTAAAACTCTCTTAG +TAGTGTATTCGCTATAAATTTTAGGTATATATACATCTTCACTATCTTTAAATATCTCAT +AAAACTTTATTGCATTTATAGCTTCAAAATTGTAATCTAATTCTCTTAATAATTGAATTT +TAAATTCTTCTAATATATTTTCAAAATTTGTTTCATTATCTTTTAGAATATCACTTAATA +TACTTGCACCACTTTGAAGTATCTCTAAGTCAGACTTTATAGTTTGTTCTATGTTTGGTC +TTTGTATTTTTACAATTACATCTTCCCCAGAATTAAGTTTGGCTTCATAAACTTGTCCAA +TAGATGCAGCTGCAATAGGTATATTGTTAAATTCCTTAAAAATATCATCTATTTCTAATC +CCGTTTCAGTATTAAAAATCTCTCTAGCTATTTCTGTACTAAATTCCTCTACATTGTCCC +TAAGCTTACTTAACTCATCAATTACATCCTGATCAAATATATCACTTCTGGTACTTAATA +TTTGACCTAGTTTTACATATGTAGGACCTAACTCTTCAAAAGCCTTTCTTATCCTTTCCC +CTGTAGGCATATATTTTAATTCTTCGTTTGGCCTTGTTATAGGAATTTTATAAGCAACTT +GTTCTATATTTAACTTTTCCACTGCAAAACTAAATCCATATTTTATAAGTATATGTAATA +TCTCTCTATATCGTTTAATATTCTTATAGCTTATCTTCACAACTACCACTCCTAAAGTTA +CCCGTACTATTTAACATTATGTACCTCTATACAATATTTATATAATACAATTTCCACTTT +TACAATTTATTTATTCCATAAATCCAATAAATTTAAAAAGGGCATGTTCTTAAATCCATT +AGATAATATCCCGGAGCAAGGGAGAAATAGTAATTTTATAGCCATTTGCAGCATCTTTTA +GATGCATGGATAGAAAATTACTATTCTTCCAGCCTCGATCTTATCTAACCTGTATTTAAG +ACAGCCCCTTAAATTTATTTATGATTGTTCGCACTTTCTATATAATCTAATGCAGATTTT +TTAATGCTTTCTTTTTCTGCATCTGAAAGTTCTCTAATTACCTTAGCAGGAGATCCCATA +GCAAGTACTCCAGAAGGAATTTTTTTACCTGGAGGAACTAAACTTCCAGCTCCTAATAAG +GTAAATTCTCCAATCTCTGCACCATCTAAAACTATCGATCCCATCCCTATTAAAGTATTA +TCTCCAATTTTACATCCATGTATTAAGGCTTTATGTCCTACAGTTACATTTTTTCCGATT +TCAGTAGGAACATCCCATCCTGTGTGTACAACAGATCCATCTTGGATATTTGTATTTTCT +CCAATGGTTATAGGTTGTTCATCACCTCTAATAACCACGTTGTACCATATGCTAGCGTTC +TTCTCTATAACTACTTCTCCTATTATGTCAGCACTTTGTGCTACAAATACAGATTCGTCT +ATCTTAGGTTCAATTCCTTTAAACCCTTTTATCATAGATTTTACTTCCCTTCTAACATTT +TTTTGGCTTGTATCATTATTGAACATTCAGTACGTTTCTTTTGCATTTCACATCCAAGCT +CGTATGGTTTCATAACATCACCATTAAAGTTCATTGCATTCGCATGACATCCACCTGAAC +AGTAGAATTTGTTCCAACACTTTTTACATTCTTCCTTACTGTAAACGTGAGCATTTCTAA +ACTTATTAGTTATATCTAATGGAAGAACCACTTCTTCATCCATTATGTTAGCTAATTTGT +ACTCATCATTTCCAACAAATTGATGACAAGGATATATATCTCCTTCTGGAGTTATTGCTA +AGTATTCATTACCTGCACCACATCCAGTTATTCTTTTTATTACGCAAGGACCTTGATTTA +AATCTACTATAAAGTGGAAGAATTTAAAGTCATCACCTTCTACTTGCATATCTGCATATT +TAACAGCTAGTTTTTCATATTCTTCAAATACTTTTGGTAAATCTTCTTCTCTCAAAGCAT +ATGGATTAGATTCATCATCAACAACTGGCTCTATAGAAGTTAATTTAAATCCTTGTTCTG +CAAAATACATAACATCTTCAGCAAAATCTAAATTCTCTCTTGTAAATGTTCCTCTTATAT +AATAATACTTGTCTTTTGGTCTTTCATCTACAAGCTTTTTAAACTTAGGTAAGATAACAT +CATGACTTCCTTTATCATTTAAAGTAGGTCTCATATTATCATTTACACTTTTTCTACCGT +CTAAACTTAAAACTGCATTATGCATATTTTCGTTTATGTATTTTATTTTTTCATCATCTA +GTAATATACCATTTGTAGTTATTGTAAATCTTATATTTTTACCATGTTCCTTCTCTACAC +TTCTTCCGTACTCAACTAATTGTTTAACTACATCAAAGTTCATTAAAGGCTCTCCACCGA +AGAAATCTATTTCAAGGTTTCTTCTATTTCCAGAGTTTGCTATTAAATAATCTATTGCCT +TTTTACCAACTTCAAAGCTCATTAATTCCTTAGTTCCACCGAAATCTCCTTGTGCAGCAA +AGCAGTATTTACATTTTAAGTTACAATCATGAGCAACATGTAAACACATTGCCTTAACAA +CTTTTTTTCTGTCTACAAAGCTAGGGTGAGTACTATATACTTCTTCAGTGTATAAAAGAC +CTTCTTCTTCTAAGTTAGCTATTTCATCACAAGCTTCTAATACTTGCTCAGCACTATACT +CATCCTTTAAAGTTTCAACTATTTCTTCCTTAGACTTTTCCTTATAAAAATCTAAAACTC +TGTAAGCAACATCATCTAATACATGAACTGCTCCACCATTTACATCAAGAACTATATTGT +ATCCGTTCATTGAAAACTTATGTATCATACTCATTACAAAAACTCCTCCTATAAAAATTC +GCTTTCGCTTTTCCAATTTATATGTAAATATTGTCCATACTCAATTGTCAAAACTCGCTT +AATCTATAAAATCAACATATTTTGCCTATACCGGTACTAAACACCAATATTTATTATATA +TCTTATGTAAAATCTAGGCAATAACATTCCCTTATTACCCATATTTTAGAAGTTATAACA +AAATACCATTCTCTCTTATATTTACTACACGGGCTATCTATTAAAAAAGGAAGTCACCAC +AAATGATAAAAACCACCCGAGATAACTCCCTTCCTTATCTTCTCATCTTATCCTAAAGTT +AAAATTATTTAACATAAGGCACCTAACGGTGAAGATGTGAAATGTAAATTTCAATCTCAT +TTGCAATCTGGTTTTTAGCTTGCATGAGTTGAAATTTACATTCACAACTTCACCGTGGCC +TACCGTCTAATAATTATTAACTATCTTTCGCACTCTTGGTTAGCTACTGTACAAGAAGTT +TTACAAGCTGATTGACAAGATGTTTGACATTCTCCACATCCACCTTTAGCAGCACTGTTT +TTTAAAGTAGCTTGAGATAAAGTTTTTACATGTTTCTTTTCCATCTTAAATTACCTCCTA +TTTTATAAATCTTTATTGATTATATCATAATTTATACCTTTTGTGGTATTTATTTGAAGT +TAACTCCTAATACACCACCTATGCCTCCAGCTAAAGTTGTTAAGAATATTTTATATAGCA +TGTCAGCCTCAAAAGTAAATTTTTCCTGAGCTAAGTAAACTATTACTATAAGACACACTA +TGTACAATAGACCAACTATCAATCCATATATAAGGCCCTTTTCCTTTATATGCTTTGATG +CATAAAATCCGCCAAAAGCAGCAGATGCAGTAGTTATAATCGAAGTAACCATAGCAATAG +TGTTTCCGGATACAGATGTAAAAGTTAATACTAAATTATATATTAATAATATTGCTAAAG +TTAATATGTAAGAGTACCCTAGCCCTTTTAAAACATGATTAGTTTTTTCCATAAAAAAAC +CTCCCCTCGAAAAATATATATTCAAGGGAAGGTTTAAAAATTACTAATTATTAAGCTTGT +TCTGTTTTTGATTCAACAGTTCCTATAGCCCATTTTTCAAATGGAACTTTAGTTCTGTTT +GGTCCTATTTCTAATACAACAGAATCTTCTTCAACTTTAGCTACATTAGCTATTATACCA +CCTATAGTAGTTACTTTATCACCAACATTTAGGTTATTTCTCATTTCCTTTAAAGCATTT +TCTTTCTTCTTTTGAGGTCTTATAAATAAGAAATAGAATACAGCGAATATTGCTGCATAC +ATTAATATCACAGTTATCCATTGTTGCATGTTACTTCATCTCCTTTATATTAAATTTTTA +AAATATAATAAACATTATATATTAAAATTATTATATTTCATAGCCATATTTTTGGAAAAA +TTCGGCTCTGAAGTCTAGCAATCTATCTTCTCTTATTGCCTGTCTTACTTGCTCCATTAA +TTTTAATAGGAAGTGTAAGTTATGTGTAGTTATAAGTCTAGATGCTAATATTTCATTAGC +TTTAACTAAATGTCTTATATAAGCTCTAGTGTAGTTTTTACAGCAGTAACAATCACACTC +TGGATCAAGTGGAGTAAAGTCTCTAGCATATTTAGCATTTCTTACTACAACCTTACCTTG +GCTAGTCATAGCTGTACCATTTCTAGCTATACGAGTAGGAAGTACACAGTCAAACATATC +TACTCCTCTTATTACACCTTCAACTAAATCATCAGGTGAACCAACACCCATTAAATATCT +TGGCTTATCAACTGGCATTAATGGAGTAGTGTATTCTAATACTTCGTACATTAAATGTTT +AGGTTCTCCAACACTAAGTCCACCTATAGCATATCCTGGTAAATCTATAGCTAATATTTC +CTTAGCAGATTGCTCTCTTAAATCTTTATACATACCACCTTGTATTATTCCAAATAATGC +TTGATTTTCTGTATTTTTATGAGCTTCTTTACATCTGTGTAGCCATCTAGTAGTTCTTTC +TAAAGATTTCTTTACGTAATCTCTATCAGCTGGATATGGTGCACATTCATCAAATGCCAT +CATTATATCTGAACCTAAAGCATTTTGTATTTCCATAGCTTTCTCTGGACTTATAAAGTG +CTTTGATCCATCTATATGAGATCTAAAGTGAACTCCTTCTTCAGTTATTTTTCTAAGTGG +CCCTAAGCTGAATACTTGGAACCCACCACTATCTGTAAGAATTGGCTTATCCCAGTTCAT +AAATTTGTGAAGACCACCAGCTTCCTTTACTAGCTCGTGACCTGGTCTCATATATAAGTG +GTAAGTATTACTTAGTATTATTTGAGATCCTATTTCTTTTAATTCTTCTGGTGTCATAGA +TTTTACTGTTGCTTGAGTTCCAACAGGCATAAATATTGGTGTTTCTATTACACCGTGTGG +AGTATGAAGTCTACCAAGTCTTGCTCCACTTTGCTTACAAGTTTTTATAAGTTCGTATCT +TATTGCGCTCATTCTGTCTCTCCTTAATATTTAGTCTTTATATAAAATATAAGAAGAAAG +AATCCTATAATTTTTCTATATTTTCTAAATCCAAACCTTCTTTAAATTTAGATTCATCAT +TTTTTTGTTTAGCAAGTCTTTCTCTACAAGCTTCACAATCTTTACAGTCTTCTCCTTCTT +CACAATCTTCATAATGTATGCTGGTGACGTTCATCGTACTGTTATCATTTGTTAATAGGT +ACTTTCTAATAGCAAATAGTCCCGCTATTGATATTATCCCTAAAAGTAAATCTCCCATCC +CAGCTGTCTTTGGAAGTAAAAGTAACTTTCTAGCTATTGCATATAAAAGCACTTCTAATA +AAGCACCTGGTAAATGAAGAGATAGCATTACTACTAGCTCAACCCCTATAACTAAAAGTA +ATATCTGTCCTAATAGACTATTTAACTGTGTATACTCTACAGGATTTTGAAAATCTACTA +TATATGCATCCCATATCATTCTCAACACATCTATAGTTCCTAAAAATACTGCAAGTAATA +CAACCATAGCCAAAATAGATTCAAATACATATGCTATTCTTAATGACAAGTTGCTCTTAT +CTATATTATTTTTCATTTTTTCCCCCTATTTTATAATCATGGCATCTCCAAAACTGAAAA +ATCTATACTTTTCTTCTACTGCAATTTTGTATGCATTTAGTACATTTTCTTGTCCTGCTA +ATGCACTAACTAACATTATTAATGTAGATTCTGGTAAATGGAAGTTAGTTATTAGCTTAT +CAACTACCTTAAACTTATAACCTGGATATATGAATATACTTGTCCATCCACTACCTTCTT +GCACTCTATTATCATCAGTAGCAACTGATTCTACAGTTCTTGAACTAGTTGTTCCTACAC +AAATAACATTATTACCATTTTCTTTAGCCTTATTAATTTTATCAGCTGCTTCTTTTGTTA +CAACATAGTATTCAGAGTGCATTTCATGTGCTAATACATCATCCACCTTTACAGGTCTAA +ATGTTCCTAATCCTACGTGTAAAGTAACAAAGGCTATATCTACACCCTTATCTTTAATCT +GCTGTAATAATTCTTCAGTAAAATGAAGACCTGCAGTTGGTGCTGCTGCTGAACCATTGT +GTTTAGAGTACACAGTTTGATATCTTTCTCTTTCCTCTAATCTTTCAGTTATATATGGTG +GAAGTGGCATATTTCCTAATTCATCTAAAACCTCTTCAAAAATACCTTCATAATGGAATT +TTATGATTCTAGAACCTTCTGGTCCCATACCAACTACTTCACCTATTAATTTGCCTTCTC +CAAAAGAAAACTTAGTTCCAATTTTAGCTCTCTTTCCTGGCTTAACTAAAGATTCCCACG +TGTCATCTTCATGTCTTTTTAATAATAGAAACTCTATCTTTCCTCCAGTATCTACCTTTT +CACCTATTAATCTAGCTGGTATAACTCTAGTATCATTTAAAACTAAACAATCACCTGGAT +TTAAATAGTCTATTACATTCTTAAATATTTTATGCTCAATATTTCCAGTTTCCTTATCTA +ATACCATTAACTTAGAACTAGATCTATCAAGTATAGGAACTTGAGCTATTAGCTCCTCTG +GTAAGTCGAAGTAAAAATCACTTGTCTTCAATGTTAAACTTCCTTTCAAAAAAATTATAC +TATTTATAATAATATCAAAATTTCAAGTTTTTTTCTATTAAAATTACTTTTTTGGCATTT +CTATATTTAAATGTTCATAAGCTAAAGGCATTGCTATTCTACCTCTAGGACCTCTATTTA +TAAATCCTAATTGAAGTAAGTAAGGCTCATATACATCTTCTATTGTATTTCTATCTTCAC +CAATAGACGCTGCTAAAGTATCAAGACCTACAGGTCCACCTCTAAATTTTTCAATTATAG +TTCTAAGAAGTTTTTCATCAACATAATCAAGACCTAAGCTATCAACACCTAAAAGTTCTA +ATGCCTTATGAGCCACTTCATCAGTTATATTTCCATCTGCCCTAACTTGAGCATAATCTC +TTACTCTTTTTAATAATCTATTGGCAATTCTTGGTGTTCCCCTAGAACGTCTAGCTATTT +CTGTAGCTCCACCAATCTGTATCTCTGCACCTAAAATAGCTGCTGATCTAATAACAATCT +GTGCCAACTCATCTACTGTGTAGTAATCAAGCTTACATATAACTCCAAATCTATCTCTCA +ATGGATTCGTAAGCATCCCCGCTCTAGTTGTAGCTCCTATTAATGTAAATTTAGGTAAGT +CAAGTCTAATACTTCTTGCAGAAGGTCCTTTACCTATAATTATATCCAAACAATAATCTT +CCATAGCAGGATATAAAACCTCTTCTACACTTCTATTGATACGATGTATCTCATCTATAA +ATAATACATCATTTTCATTTAGATTTGTAAGTATTGCAGCTAAGTCTCCAGCTCTTTCTA +TAGCAGGCCCAGAAGTAATCCTTAAATTAACCCCCATCTCATTAGCAATGATACTCGATA +AAGTTGTTTTACCTAGTCCTGGCGGTCCATATAAAAGAACATGGTCTAAAGGTTCATTTC +TACTTTTTGCTGCCTCTATAAATATAGAAAGCTGCTCTTTTGCTTTTTCTTGACCTAAGT +AATCTGATAGTGATTTTGGTCTTAAACTATTTTCTATATCAACATCTTCGTGCTGCATTG +TCGATGTAATTATCCTGTCTTCATCTTCAAAATCAAACATTGTTTTCCCCTTTCTTTGGA +TTTGCCTGTGGAAATGGCATATCTCAAATAAATTTTGAGGTCCCCTTACTACAAATTCTT +AAACCAAGTATACACTTTGTTTTCGTTTTTTAGTTTTAGGGCTATTGTTATTGGCTCTAG +GCCTATGGTTTTGACCTCATTTTTTTGTTTAAGTATATATTAATAATTCTATTTAAATTT +CTTAATTTATTATCTTAAGCTTTGACTCATTAAATATGATAAAGATTTCTTTATTATATC +TTCTGTATTTAAACCTGTTTTTTTACATTTGTCTACTGCTTCTTTCGCTTCTGCTGTTGA +GTATCCTAGTGCTATAAGTGCATCTACTGCTTCATCTTGTGATACTGCCACTGGTGATTG +TGATAATAGCGTTGGTTCAAATTCAATGTTTTGCTTATCTATTTTATCTTTTAGCTCTAG +TATTATTCTTTCTGCAGTTTTCTTTCCTACTCCTGGAGCTTTTGACATTTTAGCTATATC +TTCACTTACAATGTAAGCTCCTAATTGCCTTGGAGATGCAAAAGATAATATCCCTAAACC +TACCTTTGGTCCTATTTTTGATACAGATGTTAATAATTCAAACATCTCTAGCTCTTCTTT +AGTTGAGAATCCACACAAACTCATATCATCTTCTCTTACAATTAGCTTTGTATATATTTT +AGCCATATTTCCTAATTGTAAATCTTTTAATGTGTTTGATGATACATTTATTCTATATCC +AATATTATTGTTATCTATTACTATATGATCTAAATAAAGTTCTTCTATTGTTCCTTTTAT +ATAACTATACATATTGTCCCCCTATGTTCTTTAATGTTTTTTCTAATCTGTTTGCATGAG +CATGGCATATAGCAACAGCTAAGGCATCAGCTACGTCATCTGGCTTAGGAACTTCTTTTA +AATTTAAAAATGAAGTTACCATTTGCTGAACCTGAGCTTTTTGTGCTCTTCCATATCCAA +CCACACCTTGTTTTACTTGCAGTGGTGTATACTCATATACTGGTTTCCCATTATGAGCAC +ATGCAAGCATAGTAACTCCTCTTGCTTGAGCTACTGTTATTGCTGTTTTTACATTTTTAT +TGAAGAATAGTTCTTCTATTCCAACCTCATCTATATCGTACTTCTTTATAAGAAGATTAA +TTCCTTTATAAACAAGCTCTAATCTTTTTAATGTTTCCATTCCAGCAGGTGTTGTTACTG +CACCGTAATCTATAACCCTAAATTTATTATTTTTATATTCTATTATTCCATAACCTACTA +TTGCTATTCCTGGATCTATCCCTAATATTATCATTATAAAATAGACTCCTCCTAATCTTA +TTAATTATAAAACTGATGTTCTTATTTATTATAACATAACTTAGATTTTATAACTAATTA +CTTAGATAATTCATGCTCCAATTCTTTTTTATATACAAAATAAGAGATTCTCTTAAAAGA +AGTTTATTAATCTTAAAAGAAAGTGCAAAATCTAAACTCACATACATTTACGAATTATAT +ATACGTATGTCGATGAATTTAAATTTTGCACTTTCTGAATTAGATATCATAAATTTTATC +TCTTTAAGAAATCTCTTATTTTAACTATCCATATCCTCTAATTTTAAATATGCTTCATCT +TGTGAATCTACTGTAATACCTTGTTGAAGTTCATCTTGTACAATCATTGGTAAAGAGTCA +ACTTCTATTTCAGTTTCTTCTACTAATGTTTTCTTACCTTCACTATCATATTTATAAATT +CCTACATACCCACTATTACTTTCAACTGAATATTTATTAGCTTTACTTAAATCTACCGTA +GAGTCCTCTACTTCAGTTAAAATTATTTCATATTTATTTATACTTTGTACTTCTCTATTT +GGGTATTTGTCTTTAAAATAAGCAATTATTTCTTCTTCAGATTTATCTAATAGTTCTTTT +GGAACAGTTCCGATCATTACTGGAGATGATTTTGAGTCACTTTCATCATTATAAGTCTTA +TGTAACCATATTTCACAATTTTCATTTAGGCCAAAAGCCTCAGTTGCTTTAGTTTCGCCA +TCAGATACTTTGGTTTGTGTCGCATTATTAGTTTTTGCATCAGTATTTCTTGATTTTATC +CCTATATAAATTCCACTACTTAATACCAATACACAAACTAACACTAAAGCTGGTATTTTC +CAAGGAAATGATTTTTTTTCTTCAAACATTTTATTAACCTCCTTCTTATTACATAATTTT +ATCCACTTCATATGTTTCTATACATTTATGGAAAAATTAGTAATATCATATACATATATA +TTTGTCTCATTTAAATATAAATATACATATTATAAGGTATCATTAAATGTTTATTTATTA +GGGAGGTGTTTTTTTGGATTCACCATATATGAAATTAATATGCGATAAAATGGATTTTAT +TGAATTTAAACAAAATATACTACTTCTAAAACAGCCTCAACATAGAGCATCTATTTTTTA +TGATCTTAAATTAGATGATTTTATAAGAATAAGGAATTTCACAGAAAGTTTTTCTAGCAG +AGTCTTAAATAATGAAAAGTTAACTATTTTAGATTATGAAAAAGAATTATTTAAAGTTTG +GTCTCCTATAAAAGCTTATCCATCATCTTCAACATTAGTGGCAAAAGCCCTTATGAAAGA +TGATGCCTTTAATTTATTATTTCAATCTAATAATTAACTTTTTTATTTCTTATAAAAGTT +TTTATAGCTTCCTATTATTTTGTCTTAGTACAACTAATTCAAAATATAGGAATGCTATTT +TACTTTAAGTGATATAATTTTTGATTAAATTGGAAATACTTCTTAATGATCAATATATTA +TTAGGAGGTAATAGAATGGCAAGAATTGGATGCAATGTAATTAACTGTTCACACAATGAC +AGTGGAATATGCTATGCAAATAAAATTTCAGTAAACGGAAAGAAAGCTCGTACTAGTAAT +CATACTTGCTGCAGCTCATTTTTAGATGAATCTACATATAGTACATTAACTAATAACACA +AATAATGATGGGCCTTGCAACATAATAGGTTGCAATGTAAAAACTTGCACTTATAATGCA +GGTAACATATGTGCTTTGAATGATATAGGCATAACTTCAAACGTTGGTAGAGCAAATCTT +TATTCTGAAACTTACTGCTCTAGTTTTAAATGTAAATAAAACTTATAGCATAAATAATTT +TTACAAAGAAAAAGTGCTTATTTAATAAATAAGCACTTTTTCTAATTATATATTTAATTA +TTATTTACAGCATATATGTATTATTAGTGACCTTATACTTAATTTCTCTTCTATCTTCAT +TATCAATAAATTTATATACCTGTACCAATAAATCTTTGTATCCCATATTATAAAGAACTT +CTTCTTTTTCTTCTCTATTCTTAATATTAAGTATTACATATTCTGGAGTAATTTCTTTTA +CTTTTAATATATTAGTATAATCATCTTTCTTACTACCTTCATACTTAACATGTATTTTAT +ACAACTTATTGCATTCACTACATTTTACATAATAAGTTGTATCTTCAAATATAAATGTGT +TCGAACTTTCATATTCTTCATCTCTCTTTAATCTTGTTTTAATCATATCTTCATGAATTA +TATTAAAATTCTTTTTACATTTACATATTCCATCTTCTTTTTTCAAATCGAATTTTAACC +AACCTGGTAAATCATCATCAATACAAATAAACATCCCTTATCCCCCCTATTTTCATATCA +CTATAATTGTATAGCATAAAATATGTAGAAACAATATATTGAAGCACTACTTTTGTATAT +AACAAATAAGCACATGCTTATTTATTTAAACTATTGATTATTTCATTAAGCCATGATATT +ATGAATTTCATAAATTTAGATTTTAGGAGGTATAATAATGACTGCTTTTTTAAATAAAAG +AAAAGACATCGTAAAAGTTTTATTTTACATAATTGGTCTTTCTATTATGGGCCTTGGTAT +AGCATTAAATGCTATTTCTAACTTTGGTGCAGGACCTTGGGATGCTGTAAATATAGGTGT +AAGTTACCATCTGAAGTTATCAGTTGGAATTTGTATGAATATTGTAGCTATTCTAAACTT +AATTATAGGTGGAATTCTAAATAAAGAATTTCCCAAAATAACACCTATAATAACATCTTT +AGTTCTAGGTCTTTTTGTAGACTTAGGGTTTATCGTTTTTAATGGAATAAGCGCAAATAC +TTCTATAATACAATTTATATTATTTATGATTTCATTACCGATTATAAGCTTAGGTATTTC +TATATACTTAGTTTCTGAATTACCTAATACTCCATTAGATTATTTTATGCTTGCAATAAA +GTCTAAGTTTAATTTATCTTTAATGGCAGGTAAAATTGTATCTGAATCTAGTGGACTTAT +AATTGCTTTATTACTTGGCGGCCCTGTAGGTCTTGGGAGTATAATAATAATCTTTACAAT +AGGACCAATGATGCAATTTTTACACACTTATAGTAAAAATATTTTTAATAAGTTAGTTAA +TACAGATTTTGATTTAGCTAATAATTAAATAATATATTCTAATTAAATCTACCCCTTTAC +TCCTAGTTACAAAACTGTAAGTATTTACACAATAGACCATTTGATATACACAGTATATAA +TATAAGTATAAGGATTCGACAAATTAATATACGAGGGGGAACATTATGAAGAATAATAAT +ATTTTTAGTCCGAAAAAGAAAAAATCTAGTGGATCTAAAAAAGCTTTAACAGTTCTAATG +GCTTGTGTAATTGTATTTGGTGGCGTAAAAGTAGTTTCTGCAACTACTCAATTTTTCAAA +GAACAGCAAGCAATAAAATTAGAAGAGAAGCGTAAAGAAGAAGAGGCTAAAGCCTTGGCT +GAAAAAAAACGTAAAGAAGAAGAAGAAAAGAAGAAATATATGGTCGGAGTAAGAAACGAT +GCAAAAAAATATTCATATGATGCTGTTAAGGTCGCAGAAAAATTAGCTTCATTTGACTAC +TCTAATAACGGCGAAAAAATTGTATTCTTAACTTTTGATGATGGTACTTCTACAACTGTA +ACACCTGAGGTTTTAAGAATATTAAAAGAAAATGATGTTAAAGCTACTTTCTTCGTAACA +GGAGAAAATATTGAAAGAGGCGGAGAAAAAGCAAAAGACTTATTAAAAGAAGAATTAAAT +AATGGACATGCTATTGCTAATCACTCTTGGTCTCATGACTATAGAAAGTTATACCCAAAT +AGAACATTAGACTTAGATGCATTTTTAGCTGATTTTAAAAAGACTGATGATTTATTAAAA +GATACTCTTGGTAAATACTTCTCAACAAGAGTAATTAGATGTCCAGGTGGTCATATGTCT +TGGAGAGGTATGGACGCTTTAGATTCTTATTTAGAAGAAAATAACATGGCTTCAATCGAC +TGGAATGCATTAAATAAAGATGCTGAAGGTAGAAAGAAAAATGCTGATCAACTAGCTGAG +GAAGCTATAAAAACATCTGAAGGTAAGGAAATGGTAGTTTTATTAATGCACGATACTTAC +GGAAAAGAAGAAACTGCCAAAGCTTTACCTAAAATAATAAAATATTATAAAGATAATGGA +TATGAATTTAAAACATTAGCTTAGATTATATAAATAAAAGTACCTTAGAATTATAATAAT +GCTCTGAGGTACTTTTTATTTTCATAGCTTATAGATTTATTTTTTTATAGGGTCTTCAAA +TGATGGAGGTATTATATTGATTTTTCCGTCATGATTATTAGGTCCAGGTGAAGATAAGTC +AAAGTATAACTTAGAGTCTTCTGTAACTCCAAAATCTTTATTTGATCCAGTATCTTTTAC +TTTATTTAGTGCATCTCTAAATAAAGCATTGTGTGCCTCTTCTCTATTAAGTAAGAAATC +TATAGTTTCTCTAACATGTTTATCTTCAATTTGTCTATATAAATATTCATAAACAACTTT +TGCTCTTTGTTCTGATGCTATATTTGATAGTAAGTCTGCAACTAAATCTCCTGTTACACT +TACATAGTCAGCTGTCCAAGGTACACCTGATGAGTTTTTTAAATCTGGTGCTAACCCAGA +TAAAACTTGTGCTTCTAGTTCGCCTACATCAATTGCTTTGTAATCTACATCATGTCCATT +TAAAAGATTTATAGTTTGAGCTACCATTTCCATATGACTTAATTCTTCTGCTGCTATATC +TAAAAATAAATCTTTTATTTCAGGATCTTTAACTCTAAAACTTTGTGATAAGTATTGCAT +AGCTGCTTTAAGTTCTCCATTTGCTCCTCCAAGTTGTTCTTGCATTAGGACTGCATATTG +AGGATTTGGCTTTTCAACACTTACTTTATGAAATAAATTCTTATCATGTTTAAACAAAAT +ATGTACCTCCTTAAATAATTTAGTAATATTATTTCGTTATGAACATCAATTTATTCGCTC +TTTACTTCAAAACTTTATATTTAACTCATATGTATACTCTGCTTTATTGTACTTTATAAA +TAAAGAAGCTACTCTAATTACTAGAGTAGCTTTCTTTTTAATTTACTTTGTAAGCATATA +TTTTTTCCAATCACCATTTGAAATATATATTGATTTACTATCAAACTCTTTATCTTTATC +TTTGTTATAGAAATACACAAAACACTTTTCTTTTGTATTAGTTGTAATGTCTTCTACATC +TAAAATCACCTTATGATATTCATTGTCAGGATTATTTTCACTTATAAACCCTTCCATTTC +ATCCATAGCTTTTACAGTTTCTTCATAATCATCTTCATTTATGACCATTATTTCACCTAA +TATTGTATCATTACCATGAGTTATTGCTGGATACCCCTTATAAGGCATATGATGTAATTT +CATATTTTCAAGCTTAGCTTCTTTTTTATTAGATACTTTACCTTCTAAATATTTATTATA +GTTGAAGAATCCTTCTCTTAAACTTCCATAAACAAAAATATTAATATTTCTCATTAGCAA +ATTTCTCCACCTATAGTTTTTATATCTTCGTTGTATAAAGTACAGGCTTCTATTGCAAGC +TCTAATCCCCTAACTATTTCATTTAAAGACATATATGGTGTATTTTTCTTATCCATAACT +TGAGAAGTCATATAAGGTATATGTATAAAACCACCTTTTATGTTAGGATACTTTTTATCT +ATCATATATAATATCCCGTACATTACATGATTACATACAAACGTACCTGCTGTATTAGAT +AAAGTTGCTGGTATATTGTTATCATTCATGTGCTTTATCATTGCTTTTACTGGTAAATTC +GTAAAATATGCAGCTTGACCATCTTCTTGTATTATTTCATCTGTTGGTTGATTTCCTTCA +TTATCTTTTATTCTAAAATCATCTATATTTATAGCAACTCTTTCTGGAGTTATATCAAAT +CTACCTCCAGCTTGTCCTACAGATATTACTATATCTGGATTATGAGTTTTTATAGCATCC +TCAATTGCTTTAACTGATTTAGTTTGAACTGTAGGTATAGTTATCTTTATAACTTCAGCT +CCATTTATATTATTACTTACCATCTTTACAGCCTCTTCAGCTGGATTTACTGGTTCTCCT +CCAAATGGGTCAAATCCTGTTAATAAAATCTTCATCGTCTTTCCTCCTATAAAGAATTAC +CTATATTTATAATTAAAATCCTAAAGTGTACATAAGAATTATATGTACTACTAATAAAAT +TAAAGCTAAAGGAGCTTGTGCTTTTATTACTGCATTTTTATCTTTAAGTTCTAATAAGGC +TGCTGGTAATACGTTAAAGTTTGCAGCCATTGGCGTTAAAAATGTTCCACAGTATCCAGC +TGTTAATGCAAGCATTGAACATACTACTGGATCTCCACCTTGAGCAAAGACAAATGGTAT +ACCAACACCAACAGTTATAACAGAAAATGCCGCAAATGCATTACCCATAATTGCTGTAAA +TAATGCCATACCTACACAGTATGCTATAACGCCTATTAATATATTTCCTTGTGGTATAAC +ACCTGATATTATAGATGATATTTTATCTCCTACACCAGCTACAGTAAATAATACTCCTAA +AGATGCTAGTAATTGAGGAAGTATTGTGAATGATCCCATGGCTTGGTACATTCTGTTACT +ATCTTCAAGAAATTCTATCGGCTTAGCTTTAGTTATTACAAAAGTTATTACCAATGATAC +AGTTGAAGATATACCTATTGCTACTGTTCCAGAAAGTTCAGTAAATTGAGCTATAAGCAT +AGCTACTATAGCTATAAGTAATGAAGGTATAAATATTTTCAAACCTAATTTTTCTGCTTT +TAAGTTCGCAAATGTTTCATCTAATTGTTTTAATGTTCCTACATTTATTTGCTTAGTTGC +TGATAATACTGCTATAACAACTACTAATATACCTACTATTGTATTTGGTATTAGTTTTCC +AAATATAAATGTTACCGACAATATTCCCCAGAATATTGCTGTTCCTATTCTAGTTTTGTG +ATTTTTATCTTTTAATGTGAATACCATTGTTATTCCCATGTATAATCCTAATATTATGTA +AAATAGCTCTAATAAACTGTTTGAAAGTTGTGCCATATCCATATTACTTTGCACCTCCTA +CATTGCTATTTCTAGAAGCATATTTCTTATTTAACTTTTTATCAAATAATATATTTTGTA +TTACCCATATAATAAGCGATATAATAGCTACAGGTATAGCAGCCTTATTAAGCTGAAGTG +GATCAACTATTATTCCTTGAGATTCTAACGTTGATACTATCAACAATATCCCTGCATTAG +CTAAGAATAAATTTTGAGCACAGAAGTTACCTATATTATCAGATGCTGCTGCCTGAGCTC +TTATTTTATCTAAATCTTTTTCATCTAATTCTCCATATTTCGCAACAGCTGCACCTTCAG +CCATTGGACTTACAAGAGGTCTAACAAATTGCGGATGTCCTCCAAGAGTAACCCCCATAG +CTATTGTAGCTTCTCTTATAAATGTGTATCCACTTAAAAGGATACCTGTTGATAAACCGT +TCGCCTTCTTAATAATCATTATTGCTTTAGCCTTTAATCCATATCTTTCACATAAACCTA +TTATTGGTATAGTAAGCATGAATAAGCAAGTTGTTCTATTAGTTATAAACGCTTCTCCTA +AAGTATTAAGTATCTCTACAATACTCATGTCTGCTACTAGTCCTGTTGCAACACCAGCTG +TCACTACAACTGCTATTGTATCCAGCTTTAAAGCAAATCCTGCGATTATAATTAAGATTC +CTACTAATTCCATGATGTCACCTTCTCCTCTAAAATTTTATATAGTTAGTTATCTTAGTA +TTAATTATATAACGATTTTCTTTCAAAGTAAACATTTTCCGACAAATTGTTTGAAAATAT +AGAATTAATTTAATATACTGATTTGTATTTTTAATCAGCAAAACACCTCCAACTAATCAA +TATAGATTTAATCTATACATCATAGTCAGAGGTGTTTTTATTTATCTTAACATATAAATA +TATTCAATTATAAAATCTTCAAATTATTGATATAACTTAATTTTAAAAACTATTCAGCTA +TTTCCCAGTTATGATATACATTTTGAACATCGTCATCATCTTCTAACATATCAACTAATT +TGTTCATGTTCTTTAATTGAGTTTCATCAGTTAATTCAGTAGTAGTTTGAGGTATTAGCT +TAACTTGTGCAGATATGAATTCATATCCTTTAGCTGCTAATTCATCTCTAACTGCTGCAA +AATCTTCTGGCGCAGTTACTACTTCATATCCGTCTTCTTCAGCTATAAAATCTTCTGCTC +CAGCTTCTAAAGCTATTTCCATTAACTCATCTTCAGTAACATCATCATTAGCTTCTATTA +ATATTTGTCCTTTATTATCAAACATGAATGATACACAACCACTAGTTCCTAAGTTACCTC +CATTTTTATCGAAGTAATATCTTACATTACCAGCTGTTCTATTTTTGTTATCAGTTAATG +TTTCAACTATAACTGCAACTCCTCCTGGTCCGTATCCTTCATAAACTATAGTTTCAAAGT +TTTCATTAGCTCCACCGCCTGCACCTTTTGCTATAGCTCTTTCTAAGTTATCATTTGGCA +TATTATCAGCCTTAGCTTTTTCTATAGCAGTTTTTAATGCTGCATTGTATTCTGGATCTG +GTCCACCTTCTTTAGCTGCAACAGCTATTGCTCTAGCATGTTTAGTAAATATTTTCGCTC +TTTTAGCGTCTTGCTTACCTTTTCTGTTGATTATATTTCCTATACGTCCCATAATTCCAC +TCCTTAATACGTATAATAGTGTTTTATTAATTCACGAGTATAAGTATTTCATATACCCAT +ATATTTATAAATTTAATAAATTAAAATTTAATTTACTAATAAATTTTAGCACAAATAGTT +CTTTTAGTAAATTAGAACTTAGGTGGTGCTGGTGCCACTGCTCTTTTATGAGCACTTATT +CTATGTAATCTTTCTATTATTTCTCTATCTTTTTGAGGCACTACTTCTAATCTACCTTCT +ACTACTGCATCTATCATATTATATGTAGTTCCCATTTCATTTTCATCAGTTTGTCCTTCC +CATAAACCTGCTGATGGTGCTCTATTTATTACATCTTCATGTACTCCAAGTACTTTAGCC +CATTCATAAACTTCTGCTTTAGTTATATTTGCAATTGGAAGTAAATCCACTCCACCATCT +CCATACTTTGTGAAGTATCCTGTATAAACTTCAGCTGCATTATCTGTTCCTACTACTAAG +TAATTTAAATTGTTTGCTACAGTATAAAGTGTACTCATTCTAACTCTTGCTCTTAAATTT +GCATCCGATATTTGTTTATTATTTTCATTGTATATTTCTTTATTTTGTAATTGATTGAAT +ACTTTATTTAATATTTCCTCTTGTTGCTTTGTTAAGTCTAGTTCTATATGTTTTATTCCA +CACCCATTTATAACTTTTAAAGCATCTTCCTTATCCTTTGGATTGCTATTTATCTCCATT +ATTACCCCTACTGAATTTTCTGGAAAAGCTCTTTTTATAAGGTTACAAACTACTGCAGAA +TCTATTCCTCCAGAAACTCCAACTACTAGCCCTTTACAATTAGCTTCCTTTACTTTTTCT +CTAAGCCACTCAACAGTTTTTTCTATTTTTATTTCTATATCTGTTTTTAAACTTGCTTGC +ATATTATTTTTTTCCTCCCTAGAATTTATATAAATTCATTATATCATATAATTTTTATTC +TTTTGGTATTATGTGGCAGTGTAAACTATTATATTTATATACTTTATATTAAGTTTTCCT +TATATATAAATATAATTCAATAATTCTGTGCAAAATACAAATTAAAGAAGGTGATAATTA +TAAAAAATAAGCATTTTGACTTTAATATAAAAAATACTATAATCGGTATATTCACAGGAT +TTGTAAATGGTATTTTTGGTTCAGGAGGAGGAACTCTTTTAGTACCTATTTTAAATAATA +TTCTAGATGTTGAAGAACATAAATCTCATGCAACAGCTCTTGCTATAATAATATTTTTAT +CTTCTGCAAGTTCTGTTATTTATATTTCAAAAGGTACTTATGACATAACATTAACTATAC +AGGCTGCCATTGGAAGTATTATCGGTGGTATTATTGGCGCAAAATTATTATGCAAAGTTA +CGGGTAGATTCCTTAGAATTTCATTTGGAGTAATTATGATAATTGCTGCTTTAAGGATGG +TGTTTTAATGTTAATCGCAATAATAGGATTCTTTGCTGGAATAATAGGTGGAATGGGTAT +GGGGGGCGGTACAATTTTAATCCCTGCCTTAGTACTATTTGCGTCTATTGACCCTAAGAT +AGCACAAAGCGTTAATTTACTTTCATCTATACCAATGACTATCTTTGCACTTCTTATACA +TATAAAAAATAAAAAAGTTGTATTTAAATTAGTTCTACCAATCGCTTTATTTGGCGTTAT +AGGAGCAATCTTTGGCTCTTTTGTGGCTAATTATCTTTCTTCTGATTTATTAAGAAAAAT +TTTTGGAGGATTCTTATTACTAGTTGGTGCATACGAAGTTAGAAAAGGTATCAAAGAACC +TAAAGGAAATTGTAAGAAGAAAAAATAATATAAAGGTATACATGATTTAAAATCTCATCT +TCTATCATGTATACCTTTACTTATCCTAAATCATACTTTCTAATTTAAGAATTATATCTT +TATATCTCTTATCATTCTTTATAAAGTCATATCTATCTTCACTAATTACTCTCTTTAAAT +TAGCTACAACATATGACTTTGAATGTACTCCTTCAAATAATTCAATTCCATCAAATAATA +AATGTCCCTCAAGGTTGTGATTATGATTTACGCTATCTATTATTTTTTCTATATGTTCTA +ACGTTTTTTCTATATTTTTTTCTTTTGAGTATACTTCTGAAGACATTAGACTTGTACCAA +TTGCATATATATCTTCTAAATTAAAAATTCTTAATAACTCACTTTGAATGTTTAATATTT +CCTTAGCATTTGAAATATTATTATCCTTCATAGATAAGCTTACATAACTATCCAAAGACA +TTTTTATATTACTTATTCTCTTATACGTTAAGTTTCTTAAGATTTTTTTTGCCTCATCAT +ACTTTCCTTGATTAATATATAATCCAACTAACATGTCATCTCTATCAGCTGTAACTTTTG +GCAAGCTTAGTAAAATTTCTTCTGCCTTGTCATATTCTTCATTCATAGTATATAAAGAGC +TTAATGTATATTTTGATTTTTCCATTATTTCCCGTTATTTACTATTCATTGACTGTTCCA +ATAATTCTATAGCTTTATTAAGTATTATCTGTGCCTCTTCATCACTAGATGCACTAGCTA +AAGACATCATATAAAGAGATCCTATTCTAAATTTCAAGAATAAATTATTTGGATATTGTC +TTATATACTCTTCACAAGTCTTCATAGCATTTTCTACGCTATCTGTTTCAAACAATTTTG +CACACTCTAGATTTATTCTCATAACTTCTTCATTAGAAATTTCCATCTCATAGTTTAAAA +GATTATCTATACTAGTATTAAAAAATCTAGCTATTGAAGGTAATATAGTAATATCCGGAT +ATGAATTTTTACTCTCCCATTTTGATACTGCTGCTACAGATACACCTACCGCATTAGCTA +AACTCTCTTGTGTTATTCCTTTTTCTTTTCTTAATTTATATATAACTTTACCAATAGATA +ATTCCATAATTGCCTCCTATTTAACTTCATTTTATTTTATAAGACCTTATATATTGATTA +TATATTCATTTAAATATAGTCACAATGGAACCTTAGTTAAGCATTAGTTTACTTTTATTA +ACTCATAGTTAACTAAAAAATAAGCAGTCTCTTTTAATAAAGAGCACTGCTTATTTATAT +TCATCAATATTATAAAATAATCTCTCCATTTTGTTCCGATAAATAAAACTCATCTCCCAA +TACTATTCCTGCTGTAGCGCTAGTTATATCTATCATTCTAGAAGTTAAAGCTTCAACCTC +TTCAAGCTTACTATAAACTATTATCTCAACGTTATCTTCATATATAGTATCTTTTATAAA +ATATCCTAAATTCATAATTTCATTTTGAACTTTACCTAGTTGATTATAATCTATCTTTAT +CTTTACTTCCTTATACATTACCTTTTCAATTATCTTAGCAGCTTCAAGTCCTACTTTAGC +ACCCTTTGTATATGCTCTAACTAATCCGCCAGCACCTAATTTTATTCCGCCAAAATATCT +AGTAACAACAACTACTACATCTCTTAAATCTTCTTTTTTTATAACCTCTAAAGTCGGTAT +TCCAGCAGTACCTTGCGGTTCTCCATCATCACTATATCTTTGAATATTCATAGTTGGACC +AACGGTATAAGCCCATACATTATGAGTTGCATCCTTATGTTTTTTCTTTATTTCATTTAC +GAATTCAACAGCTTCTTCTTCAGTTTTTATAGGTTTAGCATAACCAATAAAAGTTGATTT +TTCTATTATAATTTCGTCACTACCAAAATCATGTAAAGTCTTATAACTACTCATTAATTC +CTCCTATATCTTTTGCTTTAATTTCACTTCGCCTATGCTCATCTATTGCTTAAAAAAGAA +AGGGCATTAACCCTTTCTTTTTTTAAGTTACATTTATTTATAGTTTACGGCAACATTACT +TCCATCACAACTATTTTTCTTAATTTCTTTATACTTTTTATATGATATTTCAACTAATGA +CTTTTCCTTATTATGAGTTAACAATTCAAGAGCTTCTTTTACTTTATAGAATCCTCCATC +TTTGAAATCACCCTTTATTATGTATTCTGTATTTTGAGCCTCCATAACATACCAAGATAT +GGCATTGCAAACTTGCTGTTGTCTGCTTCTTGAGAAGAATTCATACATAGTATCTCCTGC +AACCTGTAATGTAGTAGCGTTTATTCCTGTTTCTTCTTTTACTCTGTGGATTGCGCTCTC +TTGAGCTAATTCACCATCATGAATTTTTCCTTTTGGTAATGTCCATTCATCTCTATCATT +TTTTAATAAAAGTACCTTATTAGCATAAAATACAACTCCACCAGCACAGCGTCTTACTAT +CATATTAAACCCTCCTAGTTATTTTAACTATTTTTTGGTTCTCATCTATCGATACACTTT +AATGGATACATAACTTTGTGCTAATCACCTTTTTCTAACGTATCAATAGCTTCATCATAA +GCTCTCAACACATAGTCTTTTTCAAATTGCTTTTTATTCTTTAATTGTCTTAGCATCTTT +AAACTTGTTTCATTTCCTATTTTTGAAAGTGCCTTTGCACAGTATTGCCTAGTCTGTGCG +TTGGTGTCGTATAAACCTCTTTGTAAAACTTCTCTACTTTTTGGTGATTCAATTTTTCGA +AGTGCTGAATATGTTATCCTTCTTACATCAGAATGTCTATGGCTTGTTAATGGATGTAAT +AATTTTAAAAATCTATCATCCTTAAGCTCACCTGTTGCCCAAATAAGAATCATTAAATCT +TCAGCATTTCTTTCAATTAGTATTCTCTTATAAAGTCTTCTCTTAAAGTCAACCATCCTT +TCTTCATGTAAACTTTCCATAAAAGCAATTCTTTTTTCTTTATTTAATTCTAGAAATTTA +TCTAAAATATCTTTAGATGATTCTAATTCATCTTTAAGCATTGCTTTTATTTCTAATTTA +GCTCTTATCAGATGGTCATTTACCTCTGTTGTTGAAATATTTCTAATCTTGCTAATTTGA +GATACTGTTTTGGATTCTTTGTAAAGAAGATATGTTATAAAATAATCTTCCAATTGGTCT +ATATTATCCCAACTTATATTCATATTATTACCTACTTCTCTAATATATACTCTTTATATA +TATTATAATCTTCTTCTTCTAAATTTACATCAAGTGTTATTCCAATTTCCCCATATTCAA +AGTTTTCTACATTATATTTATCTTTAATTTTACTGAAAATATGTCCTTTATCATAAGGTA +ATAGAAGAGTCACAGGGTAAGTATTCTTCATTAATGCATCTTCTATCATATACAATAATT +TTTCCATATTTATTCCTTTTTTAGCAGAAATATAAATTACATCATCTGTATTCTTAGGAT +AAATATCTAATTCTAATCTATCAATTTTGTTGTAAACAAGTATCGTGTGCTTATCATCAG +CCCCTAGTTCCTTAAGTACAGATTCCGTAGTTTTCTTCTGTAACTCATAACTACTATTAG +TAGCATCAATTACATGTAAAATTAAGTCTGCATATTGAACTTCTTCTAAGGTAGCCTTGA +AAGCTTCTACTAAATCATGGGGAAGTTTGCTAACAAATCCAACAGTATCTACAACTAAAA +ACTCTTTTTTATTTGGTAGTAATGCTTTTCTTAAAGTTACATCTAAGGTTGCAAATAGCA +TATCTTTTGCCATAACTTCTTTCTCTACATCATAATCTTTATGTGTCTTTATTAATTCGT +TCAGCAAAGTAGATTTTCCTGCATTTGTATACCCAACAAGTGCAACTATCGGTATATTTG +ATTTTAAACGTTGTACTCTTTGAGTTTCTCTGTTCTTTTTAACTTCTCTAAGTTCTCTTC +TTATATCTGCTGCTTTATTTAAAATATGTCTTTTATCTACTTCTAGTTTTTGCTCTCCCG +GTCCTCTTGTTCCTATACCGGCACCAGTTCTACTCATTTCTCCACCCATACCATAAAGTC +TAGGTAATCTATATTTTAACTGAGCAAGCTCAACTTGAAGTTTTCCTTCTTTACTTAAGG +CCCTTTGTGCAAATATATCTAGTATTAAAGTAGTTCTATCTATAACCTTAATCCCCACTA +TCTCCTCTATATTTCTTATATGTGCTCCTGATAGTTCATCGTTAAAAATTACCATAGAGG +CATCTAATGATTCACAATAAGCTTTAAGTTCCTCAACCTTACCTTTACCTATATAATATG +CTGCATCTCTTGATTGCCTATTTTGAGTTATACTTCCTACAACTTCTGCTCCTGCAGCCT +TTGTTAACTCTTTTAATTCTTCCATTGATTCGTTTATATCTATATCATCTATTCTTCTTG +ATGTGGACGTTATATTAAGTCCAACAAGTAAAGCTCTTTCTTTTTTTTCTTGCATCTGAA +CACCTCTTTAATCTGTGATTGTGAATTAAATTCCTTATTATTATACCATTGATGTAAATT +TTTACTATATTATTATAAAACTTTAGTATAATTATATTGCGGATAATTTCAATAAATTAT +GTATCTTATATTATAGACATTTAAAACCTGGAGGTATACTATGAGTGAAAATTATAAATT +CTTTAATCATAAAAAATGTGAGTATTTTCCATGTCATAAAACGAATAAACCTGAAGAGTT +TAACTGCCTATTTTGTTACTGCCCTTTATATGCTTTAGGAGAAGATTGCGGTGGTAACTT +TAAATATAATGAAAATGGATTTAAAGATTGTAGTAAATGCCTTCTTCCTCATAATCCTAG +AAATTTTGATTATATTATGAGCAGATATAAAGACATTATGAAGATTGCTTCAAAAAAAGA +TTAATTAAATCTTTTTCAAATTATATTTATTATTAGAAATCTATATTATTTTAAAAGTTT +TTTAATCAATTATTAATTTATTTTTATATTGATTTATTATATTCAATTTATTAACATAGT +ATGTTCTTATTAAGTATGTATACTTATCTTTTATTATTGTAACGCTTGTATATAATATGT +AAAATAACACTACTTAGTAATATTAACATTACTATAAATAATCCTGCATGAAAAAAGAAT +TCTTGAGGAAGTATATTTATTACTGGATCTTTTGAAGGATCAAAGATCCAGTAGTCATTA +TCAAACATTAACTCATGAAATGCAACAAATGTCTTATCAAAATTTATTAACATTGGTATT +GATACTAAAATTGGTAGTATTATTACTAATTTTGATGTTATATTTAAGAATTCTATATTA +TTATTTTTCAAATTAGCAATTATTCCTATTATAGTTATTATTAAAGATACTATCAGTAGC +TTGATTACATTTTGTATAATCTCTTTTACTTCTTCAAAATGTACTTTTCCTTCTGGAGAT +GATTTTATCGTTGGTAGATCAAATTCTCCTGAAATCTTATTTAAGTTATAGTCTATCATA +TAATCGTAATTAATCTTTATCTCTTCTTTTGTTAAATTATTTTGTTCTGATATATTTAAG +TAGTTTATATCAAAATAGTATAATTGCTTAAATCCAACGGTTATCATTGTACTTGAACCT +ATTATTAATAAACTAAAAAAAATACAAAAAATTAAATTCATTGTTTTTTTCATCTTTTTC +CCTACCTTTATTGCCATTTTCCTGTACAAACGAATTTTTCTGCCCTTTCTTGTGCTCTTT +TCACTATATTGTCACTATACCCCATAAAGCTTAGTAACTTTATAGCATTTCTACTCTCAG +CCCTACCTTTATAAAGTTTGTAATCAAACCTAATATCATTATCTGTAATATTTTCCTCAA +AGTGATAATTATTAAATCTATTTTCTAGTAAGTAGGTTAATTCTATATCATGTGTAGCTG +CAAAGCAGATACAATTATCTTCACTAAGAGTTTTTAAAACCTCGCTAGATGATGCTATAC +GTTCAACAGTATTTGTTCCTCGTAGTATTTCATCTACAAAACATAAAGATGGAATTCTAT +CGTCTACATTATCTAAAATCCGTTTTAATGATTTGATTTCTACTATATAATAACTTTCAT +TACTTAATACACTATCTTTTAAAGCCATTGATGTATATATCTTAAAGTAAGATGATAAAT +ATTCTTTAGCACAACAAGTATATATACTTTGTGCTAGAATAGCATTTATAGCAATAGTTT +TTATAAAAGTCGACTTACCCGAAGCATTAGACCCTGTTATTAAAGCACTCTTATCAAAAC +TCCCAGAATTAGCTACTGGATTCTTAATTAAAGGATGATACATCTCTTTAAACATTAAAT +GTTTCTCACCTTTATTTATACTTTCATTCAAAACTGGCTTAGTAAAATAATCTAAACTAT +CTCTAAAAGATGCTACAGCAATTAAGGCATCTATACTGCCTACAAATTCATATATATTAA +TTAAATAATCTTTATTTTCTATAATAATTTTCTTAATTTTTTCATATGTAATTAATTCTG +ATAAGAAAAGCATATTTGTATATTCACTTAAAATATTTATCTCCGATATTAGTGAATTTG +GATCACTACCTATACTTTTTCGTCTTATTTTTTTAACTCTCTTTAAATCCTCACTTATAT +CATCTAAATTCTCGTTTATTACATTTATATTTAGTGATTTTATTTTCCTCGCAATATTTA +TAACTTTTATTAGATATGTAAATCCTTCTGTGCTATAATTTTTTCTTCTTTCATTTAAAC +TTATGTATATGTTCAGACAAGCAAATCCTATCATAGGTAATACAAAAAATTTGTTAAAAA +ATACTAATATCAAATTTATAATGGGTAATTTTGATAATATTTTATATTTTAATAATTTAT +TTTTTCCATTAAAATCTTCATTAAATAAGCAGTTAGATGTATAGGCTTCTTTGCTATATC +CTAATTTCCCTAAAATATACTGTAATTTAAATCTATCACTTTCATTTTCTTTAAAATAAG +ATATTATCCTATCTCTATTTTTCAAATTATCATCATATAAACTACGTCTTAACATATCAT +ATAGTTTTTCTTGTCCAACTGTACTTTGAGTATTATTAATTTTTTTAAATACTTCGTCCA +TATTAAGATCATTCCAAGTTATGTCATCTACAATATTTGAGTTATCTATAATCTTAGCAT +TACACTTATTTTCATAATAACTAGATACTCTATTCATTTTTATATCAACTTCGTCAATAT +CTATTTGTTGAGCATAACCTTCAATTATTTTTTTCTTTAAATTTTTTAATCTAACCATAT +TACTATATGAAGAAATTAAAAATCCAACTAAAAATACACATCCTATCCCAATTAATATTT +CTATTATCTCTTTCATTTTATTCCCCTTTTACTAATATTAATTTAATTGTAATACATTTT +TATACATATTTTTACTTTTTTATGATTATTTATATTATAAAAATTGATAATGAATTTCAT +TTGCATTTTATTTTTATATATGCTATATTATATTTAGGCTTAAAATTATTACCAAGGGAT +TGGGATTAATAATATACAATCTAATACTGCTTTATTAAGTACTTAGTAATTAATACTTTT +TATAAAATATTCTCTGTCATATTTATTGTAACGTATCCGATTACACATTTATTAATACTA +AAATATTTTAAAGCGTATTTACATTGTTCATATAGCCATGAATTTCTTTACACTAATTAT +ATGTGTAAATTACACTAACTTCTTCTAAAAGACCACGAATGCACGCGTGGTCTTTTTTTG +ATAATGAATTTCATTTGCATTGATTTTTCTTATATGTTATAATTATATTGGCTTAAAAAT +TATCGCGGCAATTTTAATTTTTAAGGAGAAGATAATTATGGCAAAAATGATGGGACCTAG +ATTTAAACAATGTAGGAGATTAGGATTAAACGTATGTGGTCATCCAAAAGCAATGGACAG +AGCTACAAAAGGAACTTCAAGAGCTGACAAAAAGTTATCACCTTATGGAACTCAGTTACT +TGAAAAGCAAAGATTAAAAGCTTACTATGGTGTTTTAGAAAAACAATTTTCTAATTACGT +AAAAAAAGCGACAAAATCTAAAGAATCTACAGGTACAGCATTAATCCAAATGTTAGAGTG +TAGATTAGATAACTTAGTTTACAGATTAGGACTAGCTAGTTCTATAAGACAAGCTCGTCA +AATGGTAGTTCATGGTCACATATTAGTAGATGGAAAAAAAGTAGATATACCTTCTTATGG +AGTTTCTGTAGGACAAGTTATATCACTTAGAGAAAAATCTCGTAACAATATACTGTTTAA +AGAAAGTTTCTTAAGTAATGCCCTTAGCCAATTTGCATACTTAAGTAAAGATGTAGATTC +ATTCTCAGGTACTTTAACGAAAATACCTGAAAGAAATGAAGTTCCAATTGAAATAAATGA +TATTTTAGTTGTTGAATACTACTCTAAACTATAAAAGCGTTTTAATAGTATGACATTATA +AAAGCCATAAGAGTGATAGTTTCATATTTATCACAACTTATGGCTCTTATAATATATTTA +CAATATGACAACTACATTGATATAAGAATATTACCCTATAATTCCTAAATGCTCTAGTAA +AATTTTCACACCCATAAATATAAGTATTATTCCACCTACAAACTCTGCTTTAGATTTATA +TTTTATACCAAATACATTACCTATTTTAACTCCAATAATTGATAAAACAAATGTAATTAT +TCCTATAAAAGATACAGCCGGAACTATATCAACCTGTAAAAATGCCAATGTAATTCCTAC +TGCTAGGGCATCTATACTAGTTGCAATAGCTAATACACTCATATTTTTAAAACTTAACAT +TTCATTTTCATCTTGTTTTTCATCTTCATCGTCTTCTTTACTAAGTGCTTCTTGTATCAT +TTTAATACCTAAAAAGCTTAAAAGTATAAATGCTATCCAATGATCAACACTCATTATATA +ATCTTTAAATTGTAATCCTAAAAAATATCCTATTAAAGGCATCCCAGCCTGAAATCCTCC +AAAATAAAGACCTACAATTCCTGCTTTATTAATACTAACTTCTCTCATAGATAGCCCCTT +GCATACAGCTACAGCAAAGGCATCCATTGATAAACCTACAGCTAAAATAAATAATTCCAA +TAAACTCATTACTATATCTCCTTCTTCAATATTTAATTTATAATTCCTTAATATATAAAA +AAGACCTATCTACAGATATAGTATTCCCATATCTGCAGATAAGTCTCATTATTCAAAATA +AAGCCAGATGGATAATTCCACCAGTATGTTGACCTTACTACACACTAAAAAGTGTGCCAA +CTACTCCCTCATCTATCTGTAATATATTAACTTAAAATATAATTATATGTCAATAAACAA +AAAAAGTTTCATACAAATAAATTTTATTTCATTCTACAAAAGAATGATTTTACTACTTCG +TATCCAGCAAAGTCTGGCGAAGGGAATATAAAATATTACAATTTATAAATCTATTTGCAA +GACGCATTTTGTCTTGCATGGATTATAAACGTAAAATTTTATATTCCCGAAGCCTCACCA +TATCCTAAACTATCTTAGTAGTAAAATCTTCAATATTCCAAACATCATCTACTATATCCA +TGTAGAATTCAGGTTCATGCGATACTAATACCACAGTCCCTTTAAATTCTTTTATAGCTT +TCTTTAATTCATCTTTAGCTTCAACATCTAAGTGATTTGTAGGCTCATCTAGCACTAGTA +AGTTTATGTCTTTTAACATTATCTTACATAGTCTAACTTTAGCAGCTTCTCCCCCACTTA +ATACTCTAACTTGACTCGTTATATGTTCATTTGATAATCCACACTTAGAAAGTGCTTGTC +TAACCTCAAAGTTTGTAAGTCCTGGGAATTCTGCCCAAACATCATCCATTGGAGTATTGT +AGTTATCCTTAGAACTCTCTTGCTCAAAGTATCCTACTTCTAAATAATCTCCTAATTCAA +CTTCTCCATCAAAAGGCTTTATTATTCCAAGTAAAGTCTTTAATAAAGTAGACTTACCTA +TACCGTTCATACCTTTTAATGCAACTTTTTTATTTCTTTCTAATTCAAAGTTAAGAGGCT +TAGTTAATGGCTCATTATATCCTAATACTAAATCTTTAGTCTTAAATATATATCTACTAG +CCGCTCTAGCTTCTCTAAATTGGAATGTAGGCTTTATCTTCTCTTTTGGTCTTTCTAAGA +TTTCCATCTTATCAAGTATTTTTTGTCTACTGTTCGCCATTCCACGAGTAGCAACTCTTG +CTTTATTTCTAGCAACGAAATCTTCAAGTTTCTTTCTTTCTTCAACTTGTCTTTCGTATG +CACTCTCTTCTTGACGTTTCTTTATTTCATTTAATCTAACAAATTCATCGTAATTACCTT +TATATCTATTTAATTCACCATTTTCTAAGTGGTAAATTACATTACATGTATCATTTATAA +ATGGTATATCATGAGATACAAGTATAAAACTATTTTCATATTCTTGTAAGTATCTAGTTA +ACCATACTATATGTTCTTCATCTAAGTAGTTAGTAGGCTCATCTAGTATTAATATTGTAG +GATTCTCAAGTAATAACTTAGTTAAAAGTACTTTTGTTCTTTGACCTCCACTAAGATCAG +TTACATCTCTATCTAATCCTATATCTCCAAGACCTAACCCATTGGCAACTTCCTGGATTT +TAGCATCTATCATATAGAAACCACTATTTTCAAGTATTGTTTGTATTTCTGCAGTATCTT +CTAGAAGCTTAGTCATTAACTCTTCATCAGCTTCTCCCATTTTATCGTACATACCTATCA +TTTCTTGCTCTAAATCAAACATAGGTTTAAAAGCATCTCTTAATATATCTCTTATAGAAT +TTCCTTTTGCAAGTACTGAATGTTGGTCTAAGTATCCGACTGTTGCTCTTGAAGACCACT +TTATATTACCCGCATCAGGCATTAATTTCTTTGTTATTATATTTAAAAAGCTTGATTTTC +CTTCTCCATTTGCCCCAACTAAAGCAATATGTTCACCTTTCTTTAATCTGAAAGAAACAT +TCTCTAGTATAGTTCTAGCTCCGAAACCATGACTTACGTTCTCTACTACTAGCATTGTCC +ACCTCTTCATTAATCGTTATTTTTCATAAATTCATTCTATACTATAATATATTCTTTTTT +TACTTAAATCAAGTGTATGAAATACCCATAGAAAAATTTATCATTATTTTAAAATATTTC +TTAATTTAAGGTTGTTCTATTATTATCAATTAATGAATATACAATTGTAGTATTAAGAAA +AATAAAATAATAAAACTTTATAAAGATTGTTTTAAATTTAACATAGTTGGTATAAATATA +ATGTTATTTTTTTATCAATAAGATCATTCATATGTTACTATAAATATTAAATTTTAATGG +AGGTAAATTTACATGAAAATTGTTGTTGTAGGATGTACACACGCAGGAACCGCTGCTGTT +GTAAATTTAAAAGAGCTTTATCCTGATAGTCAAATAACTATCTACGAAAAAAACGATAAT +ATATCTTTCCTATCTTGTGGAATAGCTTTAAGTGTTAGTGATGTAGTTACAGAACCAGAA +AAACTATTCTATAATTCACCTGAAAATCTAGCTTCACAGGGAATAATAACTAATATGAAG +CATGAGGTTTTAGATATAGATTTTAATAACAAAAAGCTTTCTGTCAAAAATCTAGTCACT +GGAGAAACTGCAGAAGATAACTACGATAAACTAGTGCTAACATTAGGTTCTTGGCCTATA +GTCCCTAAATTTGAAGGTGGAAATTTAGAAAATATAGTTCTTTGCAAAAATTATGATCAT +GCTAAAACTATTATAGAAAAATCTAAAAATGCTAAAAATGTTGTAGTAATAGGTGCCGGA +TATATAGGCGTTGAGCTTGCAGAAGCTTTTGAAATGAAAAGTAAGAATGTTACTCTTATA +GATGCCGAAGATAGAATAATGGCAAAATACCTAGATAAAGATTTTACAGATATAGCTGAA +GCTGAATTCACTAAAAGAGGCGTTAATCTAGTTTTAGGTCAAAAAGTTCAAAAATTTGAG +GGGGATAACAAGGTATCTAAAGTTATAACAGACAAAGGTGAATTCGAAGCCGACTTAGTT +GTTCTGTGTATCGGATTTGCACCTAATACTAATTTAGTAAAAGGAAAATTAGACACCTTA +CCAAATGGAGCAATTATAATAGATGAGTATATGAGAACAAGTGAAAAGGATGTTTTTGCT +GCAGGAGATTGTTGCGTTGTTAGGTTTAATCCTGCAAAAGAAAATAGATATATTCCATTA +GCTACAAATGCAGTCAGAATGGGTACTTTAGTTGCTAAGAATTTAGTTAATCCTACTTTA +AAATACATGGGTACTCAAGGTACTTCTGGAATAAAAATTTACGATTTATGTATCGCTTCA +ACAGGACTTACTGAAGAGGTTGCAAAAAACACTACTAACTTAAATGTGTCATCCGTGACT +GCTACAGATAACTACCGACCTGAATTTATGCCTTCATTTGAGGAAGCTACAGTAAAATTA +GTATATGATAAAGATACTAGAAAGGTAGTTGGAGGGCAAATTATTTCTAAAATGGATTTA +ACTCAATTTATGAATACACTATCAGTTGTCATCCAAAATGAAATGACTATAGAAGAGTTG +GCTATGACAGATTTCTTCTTCCAACCACACTTTAATAAGCCGTGGAGTCTGCTAAATATA +GCTGCACTTAAGGCTTTATAAACTAATTTTTCATATAATCTATTATTTTTCTTTAATATG +CATATATAAAATTCCTGATACACAGCTTCTATGTTGCTGAAAATATCAGGAATTTTATAT +ATCTATTAACTATATATTATTCGATCTTTCTAATGTCTAACTTTTACTTAAATTATTCTA +TTCAAAATTATCGATATATACTTAATTAAAATATAAGTCATCATAAAGCATTAACATGCA +TCCTGCTGTTGTTCTTTGAGATACAGTAATTGCTTTTATCGCCGTTAAATAAAATTTTGT +TGTTAAGTTTGTTATGCCTCTATACATATAGTCTAAATCTAGAGCAAGGTTAGCATTATG +CTCTATATAACTATCTATACTATCTAATAGTATAGGCTTATCCTCTGTTTTAAACCTTTT +CATTTTTTTATAGTTTGATTTCACATATACTTCAAACTGTCTATGGTTATCTAATAATTT +TCCTTTTGCATGTTGAGGTATTGTAAGGTCCTGTATAATATGGCATGCTGCTCCAAAGTA +AAACATTGCCCTTTCATAATTTCCTATACTTAAGTATTTAATACTTCTATTATAATAACT +CTTCGCTACTGTTAATGCATTATCATCATATCCAAATTTACCCTTTTGTAGTTTTGGATT +ATAAAAATGGTGATAGCACTTAAAATCTTGATCTGCCCATACCAATCCTTTATTTACTTG +TGGCATATACATTTTGAAAAATTCATATTCTCCTTCATATCCATTTGCTTTTAATATATT +CAGTGCATTTTCTTGTATAAATATATGAACTTCACAATCTGTTTTTATTATATTTCTTTT +TATTGGAGCCACCATTTTAAAGGTATTTGATAGCGCAGTTGCATACACATTCTCTAAAGC +ATCTCTCATTAATATCACCTAATGTCATTTTGTTTTAAAATATTCTTCTATTCCATCTGC +AATACTTCGCATCAATTTTCTTTGGTAATCTGGATTTGACATCATTTGATCTTCACTATA +ATTACTCATAAATCCCATCTCTACTAAAACTACAGGAACCTTAGACCAGTTAAACCCTGT +TAAATCCCCTCTTTGGAAAATCCCATTTAGTTGTATCCCTGATTCATTCATTTTACCTTT +TATGAATTCTGCGCATTTATTGCTTTCTTCATAAATTGAAGCTGTATATTTTCCACCTTC +TTCTGGAACTAAAATTGATGCTCCTGTTTTTGAAGAATTATCTAAGCTATCAGCATGAAT +TCTAACTACCATATTTGCATTTTTATTATTTGCAAAAATAGCTCTCTCACTATTACTTAT +GTTTACATCATGACCTTCTCTAGTCATAATTACACTATATCCTTTACCTTCTAGTATATG +TTTTAAAACTACAGATGCTTCTAAATTTAATACATATTCTGGTTTTTTAGTGGCTACACC +CACTGTCCCAGAAGATACCCTTGCTTTTTTGTATGGTGAACCGGGTGCTACAGGTTCCAA +ATTAGGATCACCTTTTGTTTGATGTCCTGGATCTATACAAATTAAAATTTTACTATTTTC +ATCTGTAGTATTTCTGCCTTCCTCATTATTACCTTGTGTATTTTTTTTATCTGTACTATC +TTTTTGGCTACCTTTATTTTTTGTGTTATCACTTTCTATATTTCTATCCTTATTTATTCC +ATTACTTATCAATCCTGTTGTTTTATAAAAACTTGTTAGAGGATCTGATGTTCCAATAAG +AATAATTCCCATAGCAATTATTACCATTATTATTAGCCTATATTTTTTCATTGCTCTGCT +CCTTCTACATTTAATTTAAATATTGGTATAATATAAATTTTATTATCCCCATTAGTTTCA +TTTTTTATTTTTAATAATACCTATTTATTACCTTATAAATAATATCTATAAAACTTCTAA +ATACATATATATATGCTTCATGTACATATATATTTATATAGCTTTATTTTAGGAGGTGAT +TCTAAACTCTATGCCTAAAAAAATACCTTCAAATTATAACAAACGTTTAAGATATTCTAA +TGAAAATAATACTCCGAATAATAATAGTAACTCTAATACAGATTCATTTAATCCAAGTAA +TACAAGTAATAGTTCGAATGGATCTGTTAATACTTCAAATGATTCTGGTAACACAAGCTC +AAAATTATGTTGTTTTGGGTATGTAGATTACATAATTCTAGCTTCAACTCTAGCAATTGC +ATTAGGCGAAGAATTAGATAACACCGACTTAAGTATTTTATCTACTTTTTTTGCAGTTCT +TTCTGATGAATTAGCTTTAATAACCTCAGTTAACAGTTGTTCTAATAATACGCCAGATGA +AACTTTTGTTGCACCTGTTCCAGATGTTGCAATAACTGGTGATTATAAAAATTTAAATGT +ACATAATAAAAAAAATAGGACTAGAGTAAAAAAAATAATTAAAAAGAAAGTAAAAAAGAA +ATAAAAACACTCTATTAGAAATTTATGTAGTGTTATTATTTCTTTTTTTTAATAAATATT +GATATTTCTATACTTTTAAATTATGCTTTGTTTTTTTTTGAAAACTACGGTTTTATTGAA +TCTCTTTTCCAAGAATTAAAAAATAATAACTGTACACCATAATATTAAAGCACCGTAAAA +ACATCATAGTACTTCAGAAAGAAGGTGTTTTATGTTATCTAAAAACTTTTATTCAAAAAA +ACAACATTTACTAAACTTAAAGATTAAGTCAAAAATTATAATTTTTTCATGTTTATTATT +TTGTTTATATTTTTTCTCAAATAATTTAATTTATGCAAATAATATTGAAAAAGGAGATGC +AGACTATCTAGTACCAATTGGTAATGTACTGCAAATAGATGCAGAGTTAAAAACTATTAT +CGTCAGAAATGAAATTGAAGATTCTCCATTTCAAGTAGGAGATGCCATATTAAAAGTTGA +AAATAAATCAATAACTAATTACGGTGAGTTTTCTTCTATTTTGTACTCATTACCAAGCGA +TTGCAATGTAAAATTAGAAGTAAATAGAAGTGGAAACATTGTAAATTTAAACTGTAAAAA +AGAAGTTTTAGAGAAAATTAATTTTAACAATTTAATATCTGGATTTGCAACTTTAACTTA +TATTAATCCTGAAAATAATGAATTTGGTGCTGTTGGTCATCCTATTAATGTAGGAAATTC +AAGAAAAATACCTATAAAAAATGGATTAATATCAACTACTACTGATATAAAAGTTCAAAA +ATCTTATAAAGGCAATGTTGGAACTATTAGTGCTAGACGTAATTATAGTATTGGTAACTT +TACTGAAAATACTAACTTTGGTATAAAAGGAAACATAAATAACTTTGATGTTTCTAAATT +AGAAAAATATAAAGTTGCTTCTCTTGATGAAATTCATTTGGGTAAAGCTGAAATAATTTT +ACAAAATCAGTCAAACAAATGTGAAAAATATGATATAGAAATAATTAATATAGAGAAACA +AAAATCTCCAAGCCCAAAAACATTTAAAATTAGAATTACAGATAAGGACCTATTAATTAG +AACAGGTGGTATCGTTCAAGGTATGAGTGGGACTCCAATTGTTCAAGGAGATAAAATAAT +AGGTGCAGTTTCTCATGCAGTAGAAAATGATCCTACATTAGGATATGGAGTTTTTATAGG +CTGGATGATGAATAATTAATATATTGTTGTCTCTTAATTTTAAAGGGATGTTTCAAATAA +AATTTTGAAGCATCCCTTTTTATAAGTATTTAATTATATTATTTTAAACAATTTATTAAT +ATTTTATTTATTTGTTGTGTTATCTAAATTAGGTATTATACTTTGAACTCCTGATTCTGG +TATATTTACATAGCTTTGTGGTACATCACCTACTATTATTGTTTCACATACTGGTATTTG +TGCATTTACCTCTTGAGTTGATGTTGTTAGTGGTATTACTACTCTTACTTTAGTCTTTGC +TTCTATGTATATAATATGTCTTGTTTGGTTTATTCCCGAAGATTCAAATTTAGTTTTAAA +ATCTACCGAAACAGTTCCTATTGGCTCTATTGATACTTTTAATTGAGGCCCATACTTTGC +CAAAATTGGGCTACCTAAAGCTGTTCCTATTGGAATATAAGAGCTTGTAGATTTAACTTT +TTTTAGTTCATCTTGTATTTCTAATGCAACATTGGAAGCCATCTCATTCATCATTACAGT +GTTTGCTTGTATCATTGTTATTTTACCATCAGAATCTAATTGCACATTCATTAGGTCTTT +ATAATTTATTTGCCCCTTTACAACCTCTGCTACGGATTTATTTATAGATTTATTTGCAAG +TTCCAAAGCTTTTGTTTCTGCTAAAACTGTTATTGTCGGCCTTAAGGTTTTATCTATGTA +CAAAAAGCTTCCTATAAATAAAGAAATTATAAATAGTATAGCAAATATTATGGAAGTCTT +TTTAAAGTCACTCAAAATATCACCCCCATAATATTTTATGTATTTATTTTCAATTAATGA +ATATTTAGCAATAACATAAATTTTATAATATTAGCTAAAAATAGTAATATAATTTATAAG +TACATATAAGACTATTTTAATATTTTTTATATTATAATAAATGTAGTATTATATTTGTAC +AGAAAGTTACACTCTATTCATTTTTATCTATATTTTACAAAAGTGTGGATTTATATGTTA +TAATATTGCATTAAGTAAGGAGGTTTAACTTATGAATAATGGCAATAATGAAGACCAAAA +TAAGATAAGAAGAAAAAAGGTTAGTTCCTCTAATAACACTAATAAACCTAACAACTCCTC +TACTGAAAATAACAGTAGAACAAAGTCTAGAAAGAAAAATAATAAAAAGGATAAATTTAG +ATTTTTTAGATTAACAGGAGTATTTATTTTAGCTTTATTGGTAGTTGTTGCTGCTGTAGG +AACTGGGTTGGTATTTTCATCTCTTAAAGATGTTCAACCTGTTACAAAAGCGCTATTAGA +TGAAAAAACTTACCAAACTACAAAAATTTATTATGCTAATGGAGATTTATTATCTAATGC +TCCTAGTGTTAATAAAAAAGAACCAGTTTCTCTTGATAAAATGTCTCCTCATCTAAAAAA +TGCTATCGTAGCTATAGAAGACGAGCGTTTTTATGAGCATAATGGTGTTGACATTGTAGG +TCTTGCTAGATCTGCAGTTAAAACTTTATTAGGAAAGACTCAAGGTGGTAGTACAATCCC +TATGCAGGTTTCAAAAATGTTACTAACATCTTCAGAACAAACTTTACCTCGTAAGGTAAA +AGATATTTATTACGCTTATGAAATGAGTAAAACTTTATCTAAAGAAGAAATATTAGAAGC +ATATTTAAACAATTTTTCCGTAGGTAGAGGACTTATTGGAGCAGAAGCTGGAGCTCAAGG +ATATTTTAGCAAAAAGGCTGAAAAATTAGAACTAGAAGAAGCTGCTTTACTTGCAGGTTC +AACTAAAAATCCATCGGCTTATAGAGCTTACAATGCTGAAAAGTTAGATGGTACTGAAAC +TAAAGAAGATTTAGAAAACAAAATATTATTATATACACATACTGCTGATGATGATTGGGA +TGATTCAACTGATATCGACTTAAATATGCTTCCTAAGCTAAAATCCTGGGGGCTTATTGA +TAATGATACTGCTGACCAAATCAGAGCGGGAACACTTATAATTAGAAAAGCTGTTCTTAA +TCCTAAAGCTAAAGCAAGACAAGAAGTAGTTTTAGGTAAAATGTTAGAACTTGGGTATAT +AACTCAAGAAGAACATGATAAGGCTGTAGCTGCAAAAATAGAAATTAAATTACCTAAAGT +TGAAGACCCTGTTGTTTCTTCAGTTCAAGACCTTATAGAATCTGAAGTTGTAAAAGCTTT +AATGAATCAAGGTCATACTTGGGATGAAGCAGATAATTTATTCCGTAATGGTGGTTTACA +TATACAAACTACTATAGACCCTAATATGCAAGATGTATTAGAGGAAACATATGCAAATAA +CTCTAACTTCCCACAAACTAGAGACAACGGAACTGGAGTAGTTCAGCCTCAATCTGCGAT +GGTTATACTTGATTATAGAACAGGTCAGATTAAAGCGCTTGTTGGTGGTAGACACATAAA +AGGAAGAAAGACTCTAAACAGAGCTACTACTGCTCAACAACCTGGTTCTACTATAAAACC +TTTATCAGTATATACTCCTGCTATAGACACTTTAGAAATTACTCAAGCTGATTCTTTAAG +TGATGCTAGGGGAGGATATGAATTTAATCAAAATGCAAAATGGAATCCAAGTACTACAAC +TGCTGGAAGTGGATACATGTCTTTACGTAAAGCATTAGCTTATTCTTCTAACACAATAGC +TGTAAAAACAGCTGAGATGTTAGGCGATAGTTATGAAGAATGTGTAGATGTTATGCTTGA +CTACTTAAAGAACTTTGGAATTTCAACTTTAAAAGATAGTAAAACTGGTGATATAAATGA +GGGAGATAGACGTTTCCCTGCTTTAACACTTGGTGGTATGACATATGGTGTTTCTCCATT +AGAAATGGCTTCTGCATACGGTACTCTTGCCAACGGAGGAGTTTATATAGAACCTACTAT +ATTTAGTACTATAAAGACTTACGATGGTACTTTACTAGTAAAGGCTAGTCCACAAGAAAA +TAGAGTTGTAAGTTCAGAAGTAGCTTACGTTATAACAGATATGTTAAAAGCTGTTGTAAC +AGAAGGTATCGGTGGAGCTGCTTCTATCGGTGGAAAAATTGATGTTGCCGGTAAAACTGG +TACTACTAATGGTAAGTTAGATGCATGGTTTGTAGGATATACACCATACTATGTTGCATC +TACTTATATAGGTGATGATGCAGGTAGAAAAGACCCTAATACACAAAAAACTATACCTCG +TCAAGGAGTTGTTGGAAGTAGTTCAAGTGCAGCTAAGTTATGGTCTACAGTTATGAAAAA +AGTTCATGCAAATCTAACTGAAGCACACTTTACTCCGCCAGATAATATATACTTTGCTAA +AATTAACTTAATTGATGGTGGAATTTCTTCAACTGGTTCAAATGCAGCCTTTATAAATGG +TACAGCTCCAAGAAGAGTTAGTACTCAACAGGTTGTTAAGCCACCTAAAGAAGAAGAATC +TCAAGAAGAAACTCCAGATAACAATGATACGTCTTCTGATCCACCTGATAATGATAATAG +TAATAGCGACAACAATAACAATAATAACAATAATAACAGCAACAATAATAGTGATAACAA +CAATAGTAATAGTAATAACAATAACAGTAATAACAATAGTAACAACAATAATAATGATGG +TGGAACAACTACTCCACCTGATAATAGTGGCGGCGGAACAACTACTCCACCTGTTGAAGA +ACCAACAGAATAGAAAAAAAGCGATGAACCTAACTAGTTCATCGCTTTTTATTATATATC +AAGGCTTAGCTTTTGGATTAAATATTACAGCCATACTATACCCAAAGAATATAGCTGCTG +CTATACCTCCTGCTGTAGCAATTGTACCTCCTGTAAAAATACCGAGAAATCCATCTTCTC +CTATAGCCTTTATTACTCCTTTCGCTAAAGAGTATCCAAATCCTATTATAGGTACTGTTG +CACCTGAACCTCCAAAGTCAACTAAAGGTTCATATAATCCTATAAAAGTTAATATAACAC +CTGTTGTTACATAAGTTACCATTACATATGGTGTCTGTAGTTTGAAATAATCCATCATTA +TTTGAGCTATTAAACAGATTATACCTCCTACTATAAATACCTTCACATAATCCATTAACA +AAAGAAACACCTCCTATTCATTTACTATTACAACTGCATTTGCTATGCAAGGTATAGTTT +GCTTTTGCAATGTACTATTTGGTGATAACATAGCTCCTGTTGATACTAACATTACTTTAT +TAAATTCTTTTTTCTTTAGCTTGTCATATATATATCCAGAAAATACTGATGCTGAACAAC +CACATCCACTACCACCACAGTGAACATCTTGCCCTTTTAAATCAAATATCTCTAATCCAC +AATCAGTGTAAACCTTAGATATATCTAGATTTTTTTGCTTTAATAGATCTAAAGTTATAG +TTTTACCAACTGTACCTAAATCTCCAGTAGCTATTAAATCAAAACTATTTGGATCATCAT +TTGTATCATTAAAGTAAGCTAGTATTGTATCTATGGCTGCTGGTGCCATTGCTGCACCCA +TATTATTCCCATCCTTTATACCTTTATCTATAATTTTACCTATAGTAACATACTTAACTT +TTGGTCCATCTCCATATTGAGATAGTAATACACAGCCAGCTCCAGTTACTGTCCATTGCG +CTGTCATTGGTTTTTGATTACCCAACTCTAAAGGAAATCTAAATTGTCTTTCAGCTGTAC +AATAATGACTACATGTACCTGCTAGTACATTTTGAGCAAATCCTCCATCTATTAACATAG +CTCCTAAACACATACTTTGAGCCATGGTAGAACAAGCTCCATATACACCTATAAAAGGTA +CATCTAAATCCCTAGCTGCAAATGAAAATGGCCATATTTGATTTATTAAATCTCCACCAA +TAAGGTAGTCTACTTCTTTTAATCCTTTATCTGATTTCTTTATAGCTAATTCAATCGTAT +CTTTCATCATTTTACATTCAGATAATTCCCAAGTTTTTTCACCATCTAAATCATCATCTA +ATATTCTATCAAAATAATCTCTAAGTGGACCTTTACCCTCTTTAGGGCCAACAATAGAAG +CTGTGGATATAATAACCGGCATATGCTGCATTTCTACAGTTCTACTTCCTATTCTTTTGT +TCTTCATTGTCTCACATCCTTATATGAAAATTTTTACTAGATAATAAATAAATCCAAATA +ATATTGATGATCCTACTCCATAAACTAAAACAGGTCCTGCGATTTTAAACATATTTGCAC +CAACACCTAAAACATAACCTTCTCTTTTAAACTCCATTGCTGGAGATACTATTGAATTTG +CAAAACCTGTAATAGGAATTATTGATCCAGCTCCTGCTCTTTTTCCTATTAGGTCATAAA +CACCTAGCCCTGTTAAAAAGGAACCTATAAAAATTAATGTAATAGATGTAGCTGATGATG +CTGCTAACTTATCTAGGTTTATAACCTTCATGAAAAAGTCATTAATACCTTGACCTATCA +TACAAATTATTCCGCCTACTATAAATGCAAGAATATAGTTCTTAACGTATGTAGGCTTTG +GACTTACCTGATCTACATATTTGTTATAATCATCTTTTTTTCCCATATAAATACCTCCTT +AAATTATTGCCCATCCTATAAGTGATCCTATAACCTTACCTATAATTAATGATATAACTA +TATATTTTAAATATATACTTGGTAACTTCAACCTCCTTGATATTACAGGAATATAATATA +TTACCTCTGTAATCCCAGAACTTAAAAACCCTAAAAACACTCCATAGGCTAAGCCCGCTA +TTATAGTTAGTATTTTACCTCCACTAATTCCTATATTATGAAGCGATAATATACTTCCAA +AAAATGTACCTAAAACTAATAAATTTTCATATAAGTTTACAAATTCTTTTGTATTAGTTA +TATGAGATATTCTAGGCACTAAACCTATTAATATTAACACTGCAACTACCCCTGCTCCAA +CTATTATTCCCGATGATACACCATATATTACTAAGAATAACTTCACTTTCTTAATCTTTT +CCCCTCAGTTGATTTTCTATTTCTTTATTTAAAGAAATCATTTTTAATTCCATTGGGCTA +GGTTCATATTTAGTATATGTAGGAATAAATTTATTAAAAAATAAAGCTACCCCTACACCA +ATACCTATAGAATATGGAATTTGAAAATATGGTAAATATCTTTTAGCATCTCTAGTTAAT +ACATCTACCATTTTATACTGAGATGCATACATATTTACATCAGCATGAAAGTTCATTATT +CCCATTACAGATCCCATCAGAACTACTATAGAAACTATAGCTACTCTTATATACTTAGTT +TTATCTTTTTTATAATTTTCAAAAAAGATTACTGTATCATCTGCTTTTAGAAAATTTATT +TTTACCATGGGAAATTCACCATTTATCTTTTCTATTACTTCCCCTAGATGTATCACATCG +TACCTTAAATTATTGTCTTTATAATTACGAAGGATTATATTATTTAGTAAAGATTCTCTA +TTCTTGGGGTAAACAGCATAAATATCTTTTAGATATATATTTTTTATATTTACATTAAAA +GGCTTCACTTTCTTCGGTATTAAGTAAATATCGTCCATAATTAGCTACCTCCCTCTATTT +CTATTATTTGTTATAAAAAAAAAAATAAACCTTATTTTTCTATAGCTATCTATTTAGTAT +TTCACTAAACACAAATAACTATTTAAAGGTTTATTTTGCATTTTATATTTATAATATTTT +TAACTAATATATGACTTTAGCTTAGATAGAACTTTCTTTTCTATCCTAGATACTTGTACC +TGAGATATATTTAATATATCTCCAATTTCACTTTGTGTTTTATCTTCAAAGTATCTTAGT +ACAATTATTTGTCTTTCTCTTTTTTCTAACTTATCTAATACTTGTTTAAGTAATAGATTA +TCAATTACTCTTTCTTCTTCATTTTCTCCTTTTAAGCTAATTTTATCTATCAGACAAATC +GGAGAACCTTCTTCTTCATGAATTACTCCATGAAGATATTCAACAGAGAAATTCGCCTCC +ATTGCCATTACTAAATCTTCTTTTTCTACGTCTAACTCATGTGCTAACTCTTCAATAGAT +GGCTCTCTACCTAGCTTCTTTGTTAATATTTCTGTCTGTGTTTTCGCCTTTATAGCTATT +TGCTTTAAAGACCTTGAAACTTTAACCATACCATCATCTCTAAGATATCTTTTTATCTCT +CCTAAAATCATCGGGACAGCATATGTAGAAAATTTCACATTAAACTTCGGATCAAATTTA +TATATGGACTTAATTAATCCTATCGATCCTAACTGAAATAAATCATCTCTCTCGTAACCT +ATATTTGAAAATTTACTTATTACACTTCTAACTAATCCTAAATTATTTTTTATTAAAATT +TCCTTGGCTTCTTCATCGCCATTTTGAACTTTTTCAATTAGTTCTAATGTTTCTTCATGG +CTTAGCAATTTCTTTTTTTCTTCTTTATTAGCAGTTATCCCCATAATAAAACCTCTATTC +TCTTTGGATTTTATTTAGGTAAGTTTATATTTTTTAGCATAATAACTTTTGTCCCTTTAT +TTTTTATAGAACTTACCTTTACATCATCCATAAAGCTTTCCATAACAGAAAATCCCATTC +CTGATCTCTCTAGCTCTGGTTTTGATGTATATAACGGTTGCATAGCCAAGTCTACATCTT +CTATTCCATGTCCCTCATCTTCAACTATAATTTCTACTTTATTACCTTCTATCTTGCATT +TTAAATATACAAATTTTGATTCATCTTCATCGTAACCATGTATGATAGCATTAGTTACAG +CTTCTGATACTGCTGTTTTTATATCTGCAATCTCGTCTAAAGTTGGATCTAACTTTGCTG +CAAAAGATGCAGCTATAACCCTTGCTAAGCTTTCATTTTCAGATTTGGCAGAAAACCTTA +CTTCCATAATATTACTCATCAACTTTTCCCCCTTACAAAGAACTTAGTGCTTCTTCATAT +GAACTATAAACATTTATTATTTTGTTCATTCCTGATAAATCAAACACCTTTTTTACTCTT +GGATTTATATTTATCACTGATACTGTCCCTTTGTCGCTAGAGATCTTTTTGTATCTACCT +ATAATTACACCTATTCCTGAAGAATCCATAAAGTTAATATTTTTAAAATCAAATATTATA +TTTTTTACTGATTTTGTCATTAATATTTCATCAATTTCTTCTCTTATAGATCTTGATACA +TGATGATCTAACTCTGTCATTTCAAACTTAACTAGTAAGTTTTTATTATTCAAAGAGTAT +CTTACCATTATTATTCCCCCCTAATAAAATTTGCTTTAACTAATGTATTAAACATAGTTG +CTTAAATTAAGTTGACTGGATATTATAATATCCTTACTATTAAAAACTACAACGTGTAAT +CAATTCTATTAAGTCAAAATGTTATCCTTCAATGAAATTTAACTAGTTTTGTTTTATTAT +GTCTACGAAGGTTTCGTTATAAGTTACTTGACCACCTAAATCTGATACATTGCTACTTGT +AATAAAATTGGGATTACCATGTCTTTTCCACCATCCAACATACATTTGGACTATATTATC +CTTAACATTATTGTCTATTACTATTTGTACATTTATTTTACCATTTTCCGATTGAAGACT +TACAATCTCGTTATTGGCTATTTTTCTAATTATTGCCATTTCTTCATTAATATATGCTTT +AGAAATACCTTTTTTATCCATATAATGTTGACTAAATAATGTTTCTCTATGGTGAGTTGT +TATTAATCTAAACTCACCCCCCCTTATTTTTTCAGGTTCAATATAAGTTGGTATAGGTGT +TATACCCAAACTTTTAACTTTACTAGAATATAATTCAAATTTTCTCGATGGAGTTTCAAA +CTTCTTATCTTTCCAAGGAATACTTTTATGTATAGTAATATATTCATTTTTTATTTTGTC +TAAGTTTATAGATTTATCAACAGTCTTCAAAGGTTCAATAACTTTATTTAAATATTCTTT +TTTTGATACCTGTGGATAGTTATTAATTTTCATAACCTTAGCTAACTCCCTAAAGAAATA +GTATTCATCCATTAACTTGTTCATTGGCTCTACTGCTTTTTCATTATAAGTTATATAAGG +ATTGCACATAGAACTATATAATAAATCTTCACTTTCTAGAGTTGCTGAGCATGGTATAAA +CAAATCACATTGACTTGCTGTATCTGTCATAAACATATCAAAACACACTTTAAACTCAAT +CTTATCGAAAGAAGATTCCAACTTATTTAAATTTGGTAACTGATTTAATAAATTACTTTT +TACTATAACAGCCATCTTTAAAACAGCGTTATCCCCATTATTCACTGTACATTTTATAGA +ATTGTCTATAAATTCACTCAACTTATGCACATAAAACTCTCTATTCTGTGCATAAACATA +ACTACAATAAGGATCTGTGTTCAATATAGCAGGGTACACTTTATTAGCATAATTAATACC +ACCTCCAGGGTACCCTATTTGTCCGGTAATTGCTCCTAAAGCATCTATTGCTCTTATTGT +ATTACCACCATTTCTATACTTTTGCATTCCATAGCCTAACCAAATAGAGCTATATTTTTG +GCCATAAAGTTTAGCTAATTCTTTAATCGTATCTAATTCAATACCACACTCTCTAGATAA +ATAATCTAATTCTAAAGTATCTAGATAATTCTTATACTCTTCATATCCAAGCACATAAGA +ATCTATATATTCTTTATCGCAAAGATTCTCTTTTATAATAATCTTAGTCATAGCCATTGC +TAAAGCTCCATCTGTACCAGGATTTATTTGTATATAATAATCAGCAATATTTGCAGTTGA +AGTTTTTATTGGATCTATAACTATAACTTTACATCCATTTAATTTTGCATTTTGTAATAT +CTGCATAGTATGTATAGTTGTATATGCAGGGTTTTTCCCCCATATAAATATATTTTTACT +ATTTTTCATATCCTCTAAAGAGTGACTTCTAACATCTCCAAAGTCATAAGTTTGAGCCTT +AATTCCAGCACTCCAGCAAGGACCTCCTTTTTGTTTGCTTACTCCACCATAAAAATTAAA +AAATATATCTCCTATAGACTTTAATAATCCTCCATTTCCATATTGCTCATAATACATGAT +GGACTGTGAGGAGTACTTATTTTTATAAAAATTAAGCTTTTCTGCCATTATTTCTATTGC +TCTTTCAAAGGTAATCTCTACCCATTCTCCATCTACCTTTAGTAAAGGATTATAAATTCT +ATCTGGATGATTTAATCTATCTAAATGAGATCTCCCCTTATTACAAATAAATCCCTTCGT +AAAAGGATGCTCTTTATCACCTTCAATCTTAATAACCTTATTGTTTTCAACATGAACCTT +TAATCTACATGCATCAAAGCAGTCTAAGGTGCAACCTTGACTAACAGTCTTCACTTTACA +ATCCCTCCTAAGTTGAATATTTTGCTAACCTAAGTATATCTTATCTTTCCCCCATAAAAA +ATAGAATGTTTCAAATTAAGTTTAAGCGCAAAGCGAAGGGCGTCAATATGAAATTGCAAT +AGCATTTGCAGCATTTTTTCAGCTGCATGCTATGTAATTCATATTGACGCCCAAGCGCCC +TGCGAATAAACCTACTTAAAACATCCCTGTTTTATTACTTCTTTCTTCTATTCGCTTTTT +CTATGTTAACTTTATTTCCTTTTATCTTTATATCCTTAACATTTTCTAATACTTTTTTAA +CATTTTGCTTTGGTACTTCAACGAAAGTATATTTATCATATATATCTATAGTTCCTATTA +ATTTACCAGATATTCCAGCTTCACCAGCTATAGCACCTAATATATCTTTAGCCTGAACTC +TTTGGTTTCTACCAACATTTATGAATAGTCTAACCATTCCTTCCTTAGCTCCAGTGTCTG +ATCCTTTACCTTTACGATCTCTTCTATCTCTATTTCTTGATGGTTCTTCTATTATTTCTT +CTTTTTCTTCATCTCCTAGAGCTAATTTAACTAAAGCAGCTGCTACATCTATTACTTCAA +CATCAGACTCATTACAGAATCCTTCTAACCATTGTAATTGCTTAGTTAAGTTACCTTCAT +CCATTATTCCTTTAACTTGCTTGAAGAATGCACTAACTTTCTTTTCTTCAACATCAGCTA +CTGACGGTATACTATGCTTAACTAATTTAGCCTTAGTATATCTTTCTATATCTCTCATCT +TTCTCATTTCTTTTCCAAATACAAAACTGAAAGATACTCCTGTTCTACCAGCACGTCCTG +TTCTACCGATTCTGTGTACATAGTATTCTTCGTCTTGTGGTAAATCATAGTTGAATACAG +CTTCAACATCATCTACATCAATTCCTCTAGCTGCAACGTCAGTAGCAACTAATATATCTA +TAGTACCTTGTCTAAACTTATCCATTACTATATCTCTTTGAGTTTGCTTTAAGTCTCCGT +GTAAAGCATCTGCAAAGTATCCTCTAGCTTGTAATTCACTTACTAATTCATCAGCACCTC +TTTTTGTATTAGTAAACACAACTGATAACTTTGGATTATATACATCTATTAATCTGCATA +ATACTTCTAATTTATTAGCATTTCTTGTCTCTATATAGTATTGAGATATGTTTGGTACAG +TTATTTCTTTTCTTACTATTTTTATATGCTCTGGGTCATTTTGATATTTTCTAGTTAAAT +CTAATATTCCCTTTGGCATAGTAGCTGAGAAAAATGTAGTTTGTCTATTTTCAGGAGTCT +TGTTTAATATCATTTCGATATCTTCTCTGAATCCCATATCTAACATTTCATCAGCTTCAT +CTAATATAAGCATTTTAACATTATCCATTTTTAATGTTTTTCTGTTTATATGGTCAATTA +CACGTCCTGGAGTTCCTATTACTATTTGTACTCCACCTTTTAATGATTTTATTTGTCTAT +CTATTGGTTGTCCACCATAAACTGGTAGTGATTTTATTCCGTGCATATACTTAGATAATT +TCTTTATTTCTTTTGAAACTTGAATTGCAAGTTCTCTAGTAGGACAAAGTACTACTGCTT +GTAAACTCTTATCTTCTGGATTAACAGTTTCTAATACAGGTATACTAAACGCAGCTGTTT +TTCCCGTTCCAGTTTGCGCCTGCCCTATAACATCCTTTCCTGATAGTATTACAGGTATTG +ATTGTGATTGTATTGGTGATGGTTCCTCAAACCCCATATCCGCTATTGCTCTTTTTATAT +CGTCGCTAATTGGTAAATCTTCAAATTTAGTTATATTCATACATTGTATCCTTTCCGTAA +TCAATTAATATTAACCTATCCATTATATATTTATTTCTGGTAATATGCAATTAGTATTTT +TACCTCTTAGTATGTATTATATACAATTTGAGAAACCTTATAATCAAATATGTATTTATA +ATTCTTATACTTTACTATATTATTTAAATAAATTTAAGACATATACATAAAGTATAAAGT +TGTTATGTAAGCTCCATAAAGTAGTAATAACATTAAGCCTTGAAACCTATAAAGTTTATC +CTTTTTAATTGTAGGTAGTATAAGAACAAGAATTAAAGCTATCATAAAAGGGTAATCAAT +ATTTACATTTTGAGATAATATAGGTATGTCGTTAGGTATTGACGATAATGCTATTACAGA +TGTTATATTTAATATGTTTGCACCTAATACATTTCCTACAGATATAGCATGATGTTTCTT +TCTTATTGCCGTTAATGATGATACTAACTCTGGTAAAGATGTTCCTAATGCTATTATTGT +CAAGCTTATAATCCCTTGAGGTATTCCTATAAATTCAGCAAGTTTTGAACCATTATCTAC +CAGCAACCTAGATCCGGCTACCATCATAACTAGCCCCAATAAAAACAAACAGATGATTTT +TAGTAATTCCCCTACTTTAGTATCTGTATTTTTCTTTTCTTGAAGATTTACAGCACTTCT +TTTGCTTACTTTCTCAGATGTAACACTTTTATAATTAGTATACATAAATATAGCTAATAT +AATTAGGAGTACTATAGAATCCTTTTCGTTTACAGTTCCATCTAGGCCGACTATTACTAG +TCCCAAAATTGAAATTAACAACAAAGTAGATTTTGATAAGAACATCTTTCTATCTACTTT +AAATGGACTAATAAAAGCTACTAGACCTAATATTAATCCTGTATTGCATATTATAGACCC +TACTGCATTTCCTAAGCTCATTGTCGTTTGATTATTTATTGATGCGCATAATGATACTGT +TAGTTCTGGAAGAGTTGTAGCAAAACTAACTATTGTAGCCCCCAATACCAACTCTGACAC +ATGAGTTTTTTTCCCTATTTCAACTGTACAATTTATAAATATATCTGCCCCCTTAGTTAT +TAATATAAATCCTATTATAAATAGAATTAATGTAGATATCACAAAATCCCCTCCCCTCCT +ATTTAATAACTATTCATTTTTATCTTATATATGCTAATTTAATCTTGAAATTATCTATAC +TATTTTTATCGATATAATTTTTTCCAAATAATTATAATTTTTTTTCAATTTTCTGTTTTA +AAGTATATATATCGGGTATTTATATGAACACATAACTAAATAATACAGTTGATAAATAAA +CTTATATTTTTATATTAAATTTAAATACAAAATTACTTATAAATTTTGTATACAAAATAC +TATTTTTATGATATTATCTAATTGTTAAAAAAAAATCTAGCTAGATAAAAATTTATATAA +TAAAAACTTATACCTGATTTAAACAAGGAGGATTTCACTATGACTATGAATGCATGGGAA +GGCTTTAAAACTGGTAGATGGACTAAAGAAATAGATGTTAGAGGGTTCATCCAAGATAAC +TACACTCCATATGAGGGAGATGATTCTTTCTTAGCTGGTGCTACTGAAAACACTAAGCAA +TTATGGGCAGATGTAATGGAATTATTTAAAAAGGAAAGAGAAAATGGTGGTACTCTTGAC +GTTGATACTAAAACAGTATCTGCTATAGATGCTTATGCACCTGGATATATAAATAAAGAC +AAGGAAACTGTTGTAGGTTTACAAACTGATGCACCTTTAAAAAGAGCTATAATGCCAGAA +GGTGGTATAAGAATGGTTGAAAGTGCTTGTGAAGCTTACGGATTCAAATGTGATCCAGAA +GTAAGTGAAATATTCACTAAGTACAGAAAAACTCACAACCAAGGTGTATTCGATGCTTAT +ACTTCTGAAATGAGAGCTGCTAGAAGATCTGGTATAATAACAGGACTTCCAGATGCTTAC +GGAAGAGGTAGAATAATAGGTGACTACAGAAGAGTTGCTTTATACGGTGTTGATAGATTA +ATAGAAGACAAAAACGAGCAAAAAAATTCTTTAGAAGTTTCTTGCATGGACGAAAATACT +ATAAGATTAAGAGAAGAAATATCTGATCAAATAAAAGCTTTACAAGCATTAAAGAGAATG +GCAAATTCTTATGGATTTGATATATCAGGACCAGCTACTAACTCAAGAGAAGCTGTACAA +TGGTTATACTTCGCTTACTTAGCAGCTATAAAAGATCAAAACGGTGCTGCTATGTCAATC +GGTAGAACTTCTACTTTCTTAGATATATACTTTGAAAGAGATTTAGCTAACGGAACTATA +ACTGAAGAAGAAGTTCAAGAATTAATGGACCACTTCGTTATGAAATTAAGAATGGTTAAA +TTCTTAAGAACTCCTGATTACAATGAATTATTCTCTGGAGACCCAACTTGGGTAACTGAA +TCAATTGGTGGTATAGGTGTTGATGGTAGACCATTAGTAACTAAGAACTCATTCAGAGTT +TTAAATACTCTTTATACTCTTGGACCATCTCCAGAACCAAACTTAACAGTACTTTGGTCA +ACTAAATTCCCTCAAGGATTCAAAGACTTCTGTTCTAAAGTATCTATAGATACAAGTTCA +GTTCAATACGAAAATGATGACCTAATGAGACCTTACTGGGGAGATGACTATGCTATAGCT +TGTTGTGTATCTGCAATGAGAGTTGGTAAGCAAATGCAATTCTTCGGAGCTAGAGTTAAC +TTAGCTAAGACATTATTATACGCTATAAACGGTGGTGTTGATGAAAAATCAGGTGCTCAA +GTAGGACCAAGATTTGAACCAATAATGGATGAATACTTAGATTACGATAAAGTAATGGAA +AGATTCGAACCATTTACTGATTGGTTAGCAAACTTATATGTAAATACATTAAACGTAATC +CACTACATGCATGATAAGTACTCTTATGAAGCATTAGAAATGGCTTTACATGATAGAGAT +GTATTCAGAACTATGGCTTGTGGTATAGCTGGTTTATCAGTTGCTGCTGACTCATTATCT +GCTATAAAATATGCTAAAGTTAAAACTATAAGAAATGAACAAGGTGTAGCAGTTGACTTC +GAAATAGAAGGAGACTATCCAAAATACGGAAACAACGATGATAGAGTTGATGATATAGCT +ATATACTTAGTTGAATCTATGATGAACAAAATAAGAAAGAACAAAACTTACAGAGATTCT +GTTCATACTCAATCTGTATTAACAATAACTTCAAACGTTGTTTACGGTAAGAAGACTGGT +AATACTCCATGTGGTAGAAGAGCTGGACAACCATTTGCTCCAGGTGCTAACCCAATGCAC +GGAAGAGATAATAGTGGTGCATTAGCTTCATTATCTTCAGTTGCTAAATTACCATACGAA +CATTCTCAAGATGGTATATCTAACACATTCTCTATAGTACCAGGTGCTTTAGGAAAAGAT +ATGAACGAAAGAATAACTAACCTATCAGCAATGATGGACGGATACTTCGGAGATGGAGCT +CATCACTTAAACGTTAACGTATTCGATAGAGCTACATTAGAAGATGCTATGGAACATCCA +GAAGAGTATCCTCAATTAACTATAAGAGTTTCAGGATACGCTGTAAACTTCATAAAATTA +ACAAGAGATCAACAATTAGACGTTATAAACAGAACATTCCACGGAAAAATGGCTTAATTT +ATAACCGATAATAAATAACTATACTAATTATAAAAATAAATATTACAATCATCCAATAAT +ATTTAAACTTACGTCTATAAGAGTGCAGGCTCATCCACCTGCACTCTTTTTTTATCTCTT +TTTATCATATCCCCTATTCTCTCTTTTACATACTAAGAGATTATAACTTATCTGGTTTGT +GATAATTTATCCCTCCCCTTTAAAGTTGAAATGTTTCGCCAATACATTGCTCAAGTAACG +GATGAAGTCGCTGCCGATATTAGCGAAGCAAATTTCTATTTTTAATACTTACTAATTTTT +TAATATTTAATGTTTTAACTACATAACCTTGGGTATTATAGTAATATAATACAATACAAA +TAATTTAAAGATAAGATATAGACTTTGTTTAATAAATATCATATAATTTAGTTGTAAATA +ATTTTGTATACAATATATAATATATATTAACCATAATTATAAAATAAATTCATTTTAATA +TAATTTTTAAAATATACTTATGAGGTGGATAAGATGATAAAAGGAAGAGTTCATTCAATA +GAAACATTTGGTACAGTAGATGGACCAGGAATAAGATTTATACTATTTATGCAAGGATGC +CCATTAAGATGTAAATACTGTCATAACAGAGATACATGGGATACAAAATGCGGTACTGAA +TATACTACAGATCAAATAATAACACAAGCACTTAAATATTCTTCATATATGAGATCATCT +GGTGGTGGTATAACAGCATCTGGAGGAGAAGCAACTCTACAACCAGAATTCTTAGCTGAA +TTATTCGCTAAAGCTAAAAAGAACAAAATCCATACATGCTTAGACACTTCAGGTTTTGTA +AATATAGATACAATAGCTCCAGTTCTAGAAAACACTGATTTAGTTTTACTAGACATAAAG +CATATGGTTGAAGAAAAAGCGAAAGAATTAACTGGTGTGGGAATTGAAAAGACTTTAAAG +TTAGCTAGACACTTAAGTGATAGAAACATACCAGTTTGGATAAGACATGTATTAGTACCA +GGAGTTACTGATGACCAAGAAAACTTAGAAAAATTAGCTGAGTTTGTTAGTACTTTAAAT +AATGTAGAAAGATTTGAAATATTACCATACCACACTATGGGAGTTCATAAGTGGGAGAAT +ATGGGATTAGATTATGAATTAAAAAATGTTGAGGATGGAACTCAAGAAGATATAGATAGA +GCGATAGACATAATGTCTAAATACGAAGTAGAAATATTTAATAAAAGATCAGCATAAGCT +GATCTTTTATTTTTATTACTAAGCTACTTCAGTTTTATTATTTATATCTAAATATAAATT +AGTAAATGTTGCTTCATAGTAAGGTATGACATACAATCCAGCTATTCCGCATGTAATAGT +TGTTAATATCCCCCATAATATAAAGCTTAACATCAACACAAAATAATTCCATTTTTGACC +ACGCATCATTAGTCTACTTTCCTTTAAGCATTTTACAATTCCTATATTAGGATTTTCAGC +TAATATATAATACGCTTGAGAATACATAATAGATAAAATAATACCTGGTATAATCAATAA +AATAAAACCTATACATATAATTATTTCAACTAAAATTGATACTCCTATTACTTTTAAGAA +ATTCTTGTAACCTAAAAATACATCTGAACATTTTCCATCTTTATTTTTAGCTAATTTTAA +AAAGAATATAGACTGCCCTAATCCTAATGGTGCCGTAATTAAAAAAGCAACTATACACAG +TAATGTAGGAGCCCATATACTCTCATCACATCTAACACTTAAAAAACTTAAGCAACCTGT +AATAACTGCAATTATTAATATAACTCCTATGGCAGTCCACCAGTTACCTTTTAATTGTTG +TTTCGCTCTAGTTTTCAATTCTTTTCTTGTCATATAATACACCCCCTTTATATTTTTTAC +ATTAATATAATATGAATTTAAATTTATTTCGGTTACGTAATTAGTACTAAATTTAGGCAT +AAAAAAAGAGCTTTTAATTCTAAAACTAAAAGCTCTTTTTTATTAAAATTCTATATCTTC +TACTTCTATATTATCTATAGCATCTTGTATTAACTTTTCTACATCTAGTTTCTCTTCTGA +CTTCTCTATTCTTTCTAATCTTGGCTTAGTCACAGGTTTCTTTGGTGCGAAAACTGTACA +ACAATCTTCTTCTGGTAATATAGAAGTTTCAAAAGTGCCTATTTTTTGAGCTATATCTAT +TATTTCAGTCTTATCCATAGCTATTAACGGTCTGAATACTGGCATAGTTACAGATGCATT +TGTGCAAGTTAATCCTTGTATTGTTTGAGATGCAACTTGTCCTATACTTTCTCCTGTAAC +TAAAGCATCACATCTTCTGCTTTCTGCTACTGCTTGAGCTATTCTCATCATGAATCTTCT +TGATATTATAGTCATTTCTTCATCGTTACAGTTCATTCCTATAGCTTTTTGTATTTCTAA +TATATTTACTTTGTGAAGTCTAAGTCTTCCACAGTATTTAGATAATATTCTAGCTAAGTC +TCTTACTTTCTCTTGTGATTTTTCACTAGTGAATGGGTATGTGTGGAAGTGTATTGCTTC +TATTTCCATACCTCTCTTAGCAACCATCCACGATGCAACTGGAGAATCTATACCTCCAGA +TAAAAGAGACATTGCTCTACCGTTAGTTCCAAGTGGTAATCCACCGTATCCTGGTATTGT +ATCACTGTATACCATTACGTGATTTTGTCTGTATTCACATATTATCTTAGTTTCTGGATT +TCTTATATCTACACCTATTCTATCATGAACTTTAGATACTAAGAATCCAGCTATATCTAT +ACTCATTTCTTGAGAAGTAAATTTGAAATCTTTATCTCCTCTTTTTGATTCTACTTTGAA +AGTCTTAGCACCCGATTCTATTTTTTCTTCTAGTACTTGAAGTGCTAATTCTTTTAATTT +ATCATAATCTTTTTCTGCCCTTATTGCTGGACAAACTCCTACTATACCAAATACTTTTCT +TACTTCTTCAGCTACTTCTTCGTAGTCATGATCTTCTAAATTAACATATATTCTTCCGTA +TTCTTTATATACATCAAACTTTCCTATTGGTTTTAGCATATTCTTAACGTTTTTTACTAG +TTTGTTTTCAAATAGGTATCTATTCTTTCCTTTAACACCTATTTCCCCGTACTTAACTAT +TAGTATATTGTACAAATTGGTCACCTCTTAGTTATATTTTTAATGTCTTTACCTATTTTT +ATAGGTTTTCATAATTTATAATTAATAATTCAAATTTATTAATAATTATCTTCTTCTTAT +TATCATTCTTAAATCACTTACTGATTCTTTTAGTGTTTTTACAACTTCTACCATTTCATT +TTCTGTATTTAAGTCTGATAAACTAAATCTTATTGCACCCTCTATTTCATTCGCCGTAAG +CCCTATTGCATTTAATACATGGCTTCCTTTTTTCTTAGATGAACATGCAGAACCAGTTGA +TACATATATTCCTTTTTGCTCTAAGTAATGAAGTAATACTTCTCCTCTTATATATTTAAA +TGAAATATTTAATATGTGGCAAACACCATCTTCTGGTGAATTTATTTTTATGTCATCTAT +ATTTTTTACTATTTCTTCTTTTAATAGATTCTTTAATTTCGCAATTTTTTCTATAGTTTG +GTTTAGGTCCTCATTTAGTATTTTCACCGCTTCACCTAATCCATATATACCAGGCACATT +TTCTGTACCTGATCTTACTCCTATTTCTTGACCTCCACCTGTAAGTATAGGCTTTAATCT +GTTATTTTCCTTTATATACATGAATCCTATTCCTTTCGGACCATGTAACTTATGTCCACT +AACACTCATAAAGTCTATATTATATCTTGAAGGCTTGAAGTTTATCTTAGCATATGATTG +CACTGCATCTACATGGAAGTATACTTTATCCTTTAGAGTCTTTAGGTACTTTCCTATTTC +TTCTATCGGCTGTATAGTTCCTATTTCATTATTTACATGCATTATAGTTATTAAACTTGT +ACTTGGCTTTATAGAATTTTTTAATTCTTCTATATTTATTTTACCTTCTTTATCAACTTT +TAAATATGTAACTTCAAATCCATCATCTTCTAAATCCTTTAAAGTATTTAAAACTGATGG +GTGTTCTATTTCAGTTGATATTATATGGTTCTTTCTTTTTTTATATAAATTAGAAACTCC +TCTTATTATAGCGTTATTAGATTCCGTTCCACCTGATGTGAAGTATATTTCTTTATCCTT +TACACCTATTGTTCTTGCGATATCTTGTCTTATTGCTTTTATATTTTTTTCTACTTCTAT +ACCTTTTCTATGTAATGAAGAAGGATTTGCATAATCAGTAGTAAGGGCATAAACCATTTT +ATCTACAACTTCTTGATACGGTTTAGTTGTAGCACTGTTATCTAAATATATTTCCATATA +CTACACCAACTTTCTTTCATTAATAAGTTTTATATTCTTCCTATTTTAGTTTTGACAAAT +TTATAAATTAATTACAAGAATACTATATAAATAAACTTTATCCTAATCTTTGCAATTACT +ATATTTATTCACATCTTTTTATTATACCACTAAAACTTAAGTTTTTTAATATTTTTCTAC +TCTTACTACTTTGTCGAAAACTTTTTTAACTTATTTTTGTAAAACTATTGCTTTTGTTGT +CGAAGATTGTTATTATTAATACATGGTTATCCCCCTGATAACCTTAGTAAAATCTCTATT +CCCAATACCCCTTTTAAATGAATACTTTTATATTCATTTGACACCTACTTCTGATCGGAA +AATGAAGTAGGTATTTTTTTGCATTTTTTACAAATATTTATTATGTATATATTTAACATA +GATTTAATAAAAAAATATATTTTTTTTGAAAAACTATTGATTTTTTTGTCGAAGATTGTT +ATTATTAATACATGGTTATCCCCCTGATAACCTTAATTAAAATCTCTATTCCCAATACCC +CTTTTGAACGGATATACTTTATATCCATTAGTTTAAGGTGATAACGGAAATCAACTTAAA +CAGAAAAAAAGAGCTTCCCCAGCTCTTTTTTTTTATTTATTTTTACAATTAAAGGAACTT +TTTTATTTTTTAAGATGATAGATTAGTTTTATTGTTTTTGTTATAATTTATATTTAGTAG +TAAAAATATTAATTTAGTAAATAAAGAGGTGGAATATTATGACTAATAAGAAGAAAGTTG +CTATAGTTTTCACTGGTGGAACTATATCTATGACAGTTGACGAAAAAGTTGGAGCCGCAA +TACCTACTTTATCTGGGGAACAAATAATGTCTATGGTGACTAATATTGATAAAGTTGCCG +ATGTTGAAGTTTTAAATTTCGATGAAATTCCAGGACCTCATATGACACCTGAAAGAATGA +TGGAATTAAAGCATTATGTAAATAATTTATTAAAAAGAGAAGATATATGCGGTGTTGTAA +TTACACATGGTACTGACAGTTTAGAAGAAACTGCTTATTTCTTAGATTTAACTATAGATA +ATGAAAAACCTGTAATAGTTACAGGCGCTATGAGAAGTAGCTCTGAACTTGGATACGATG +GACCAAGTAACTTATCTGGTGCAGTTTGTACAGCTATCTCAGATAGCGCTCGTGGAAAAG +GAGTTCTTATTGTATTAAACAATGAAGTCATAGCAGCTTCTGAAGCTACAAAAACAGATA +CACTAGCTTTAAATACTTTCCAATCTGTAACAGGAGGACCTTTAGGTGTAATAGATTGTA +ATGAACTTCTTTTATACAAACACATAGCTAAAAGAACAATCATTGATACAGATACTGTAG +AACCTAATGTAGCATTATTTAAAGCAGCAGTAGGAATGGATGAAACTTTTATAAAACTAG +CTGTAGATAATGGATATAAAGGTATTGTAATAGAAGCAATGGGTAGAGGTAATATACCTC +CCAGAATGTATGAAGGTGTAAAATATGCTAGGGAAAATAACATACCAGTAGTAATAGTTT +CAAGATGCCACTCAGGTAGAGTTTTCGATAGTTACGGATACTTAGGCTCAGGAAGAGACT +TAAGGAATCTAGGATGCATCTTTGGAGGAGACCTGCCAGGTCATAAAGCTAGACTAAAGT +TAATCCTTGCACTTGGAAAGACAAATAGTTTAAATGAAATAAAAGATTATTTCGAAGAAG +GAATTTACTACTAATGATAATCCACTTTTCTATTATATTCTTACTCTCTATAGGGTAGAT +TTATTTTATGGAAAAGTGGATTTTGATTTATTCAGCTTTACTCCTTTTCGTTAGAGCTCC +TTTTTCTATATTAACAATTTTCCACTTATTATTTAATTTTTCTAGATAGTATATTCTTTT +CTCTTGATAAACTTCATCTAAATTCATTTGATTTTTATCAAGATAATCTTTATTTGCTTT +TTTAACTATAAACTCTGATTCAACTGTCACCTTGCAAGTAGTCATATCTTCATTAAAGTA +ATTGCGATACCATACTAAATTCTCATGTTTTATAGCCAATTTATTACTTTCATACATTGA +CTGTACTGATTCTTTATAATTTCCTTTTTTTAAAACTTTAATAAAGTTATCACTATATAA +ATTATATTCATTCTCTAAATTTAATTTATTAAAATCTCTATTATCTACAATTAAACAATG +TTTATCTATAATATCTACTATTTGTTCTACATCCTTATTATCATCCTTTAACATTTCTTT +ATCATTACCGTCTTTATCTAATACTGTCCATAAAGTTTGCTTACTCCTTTCTTCTTGCTT +TTTATCTTCATCTTCATAATTTATATCACTATTATTTGAACTACTGCTTGCTATGTTAGT +ATCTGGCTCACTAACACTACATCCAGAAAACATCGAAATCATCATACAAAGTATAACTAC +ATTTAAAATCTTCATAATATATTACCTCTTTTTCGAGCATTAAGTCTATTTAACTTCTAA +ATCCACTGGGATTAACTCCCACTGGCTACTCCAATATTCCTTAGGAACATTTCCATATTG +AACTACACCCATTTGGTCTTCTATGTGGATATATGAATTATTTTTCCATCTATTATTAAA +TCTTAAGTAATTTCCTTCATTTTCTGATTTCCACTGAGCACTATAGTATGTTTTAGGTAC +TTTTCCATGTTCTAAAAATCCACTTTGACTTTCTACATGAAGATAATCTTCTGTTTTTTC +ATTTTTTAATCTAATGTAATCACCAGCTTGTTCTTTTTTCCAAACTCCATTTGTATCAAA +CTCGTTAAGATCTCCATATGATACTTTATCATTATTTTCTTCTATGTATAAGTACTTTCC +TGTTTCTCTATTTTTTATATGGTATGAAGGTATTTCATAACCACCATCTTTTTTCCAAAC +ACGGAAGTAATCTATAGCCCACTGTTTAGGCCAAACATTATTATGCTCTCCTGAACCTGC +ATCTGTGTATATATTTAAAATTGTACCCATTGGATAGTCTGGTGCTTGATTTATTTCTTT +ATATAATTCGTTATCATAATAGAATTTAAGGCTTCCTGGTGACCAGTCAAGTCCATATAT +ATGATATTCAGACGTTGGGTCTCCTGATGGGACTGGCTCTTCAGAAATCATCCAACTTGT +TTGGAAGTTTGGATCATTCCATCCATATGCTGCTATTCTCCAAGTATCTGGCTTACTAAA +AAAAGATTCTATAATATCTATTTCTCCAGTTTCCATTGAGTTAAACCAGTCATCAGTATC +ATTTTGCATACCTACCATCCACCAAGCTTGATGACCGCCTCCACTACAGTCAGCAAACTT +TGCACGTATTTCAAAATATCCATAAGTAGTAGCATACCCTACCCAAGGTTCTCTATCTTG +ATTATCTGTAGTACCACTAAAGTTATGAATCCAGTTTTTATCAAATGACATTATAGCTGA +TGAACGAACTGTTCCATCATGCTCAGGACTCCAAGGCTTTTGGTCTTCAGTTATATACTC +TATTAAAGAACCATCTTCAAACTTATATTGTGCTTTTGCATTTTCTGGATTTTTCGTCCA +GTGAGGTAAATAATAATCTGTCCATTTTGTTTTATCTAACTCTGGTCCATTAAATTCATC +TGAAAAATCTAGCGTATATCCTTCTTTGATCAAAGGATTAGGTGGCTGATCGGCTGCATA +AGTCGATGAAGTAAAAACAGTAGATATAACCATCAATAATGTCATTATAAACCCTGAGAT +CTTTTTTAAGATTTTATACATAGTATAATCCCCCTCTTAAAATAATTTTGTTTACTCCCA +TTTACTACTAACATTTCAAAAGCCCTTACTTTTTAATATTTTTTCATATATATTGTGAAA +CTATATTATAAGCACTCACAACTAATATATTATGAGTGCTTATTTTTATAATTTATTACT +TTATTTTAATGTTGGCCAAAAATCTCTATTAGCTTCCATTAGTTCATCTAATACAGCCTT +ACCTACTCTATAAGAAGGTATTGTTTTATTAAGTAAAATAGCTTCCATTGCAGTATTATA +AGATCCTGTTAAAGCTGTTTCTACTGTTAATTTTTCATATGCCTTTTGCATTTCCATCAT +ACCTTTATGGAATGTTGGTATATTTCCAACTGTAACTGGTTCTGGTCCTGTGGCTCCGAC +ATAACAAGGAACTTCTACGACAGCTTCACTATTAAAATTATTAATTGCTCCATTATTTTT +TATATTTATAATAAACCTTTCTTTAGTATCATGTATTATAGCATTAGTTATATCTACTAT +ATAATTCCCATGAACTCCACCTAATAGTTTAGAATCTTTAGCTGTACCTAATTCTATAAC +CCTTTTGCACTCTTCAAATACTGTAATTTCTCTAGTACTTAATACATATGAACCTCTCGT +AAATTCAATATTATCTGATTCAACCATTTCATCTGCAAAATAGTAATATTGTAAGTAGCA +ATTAGGAAAATACTGAGGATACATCTTAAATGCTTTAATTACATTTTGGAATGTCTTAGT +CCAGTAGTCATCTCCTACAATCTCTTCATTAGTTTGTATTAATCCCTTTAATTCTCCCAA +TTCCACCTTTTCTCTTATTCCTGGTAATAAATCCTTTCCATTCTTATCATAAATATTAGT +CCACCATCCAAAGTGGTTTAGACCAAAATATTTAAAAGTTAAATCTTTATATGGTATATC +TAAGTACTCTGCTAAAGTTTCTTCTATACTTATTGGCATATCACATATACATAAGCACTT +AGCATTAGGGAATTTCTTATATATAGCCTCTGAGATTATAGCTTCTGGATTAGTGTAATT +TAATATCCAAGCATCAGGGCAAACTTCTTGCGCAACTTCTACTATTTTTAAAATCTCAGG +TATAACTCTTAGTGCAAAAGAAAATCCTCCTAAGCCACATGTTTCTTGACCTACAACTCC +GTGTTTTAAGCATATTTTCTCATCAATTTCTCTTTGATTATTAAGACCTGGTCTTATTTG +AACATATAAGAAATTAGCATTTTTAAAAGCCTCTCTTATATCTGTGGTATAAGAGACTTT +AACATCTGAGTTATTATCTCTATAATAGATTCTTGTAAACTCACCTATAAGATAGTTTCT +TTCTTTATTATTATCGTATAATACTATTTCTTCTAATTGCAAATCTTTTGAGCGATTTCT +AAGCACTTCTACTATTCCTGGCGTATGTGTAGATCCTCCACCAACTATTACTATTTTATT +CCCCATATTATTTTCCTCCTTCACTTGCTGATTCACTTAATAGTGCATTAAATTCTTTCA +TTACATGAACTACTTCTGTTCCTACTATAATTTGTATATTGTTTTTATTTACTTTTACTA +CGCCTTTTGCACCTGTTTTCTTTATGTTATCTTCATTTATCAAGCTTATGTCTTTTATTT +CTAAACGCATTCTTGTAACGCAGTTTTCAGCATTAACTATATTTTCAACTCCTCCAACAT +TTTGTAATAATTTCTTTGCCATATATGAATAATTTGAGTGAGATAATTTTAATTCTTTTT +CATCTATACCTTCAGTTATATTTTCACTTCTTCCTGGAGTTTTTATATCCTTTTTAAGAA +TAATTGTCTTAAAAGTGAAGTAATATAAGAAGAAGAATGCTATCCCTACAGGTATTATAT +AAATCACATTATTACCCATATTCCAGTTTAAAGTTAAGTCTATAATATTAAATCCAAATG +CAAAACCAAGTCTTGAATTAAATAAGTATAATATTGCTCCTGCTAAACCTGTAAATACTG +AATGTATAAAATATAAAAGTGGAGATGTAAACATGAATGAAAATTCTATTGGCTCTGTTA +CACCTGCAACTATTGAAGTTAGTGCTCCACTATTTGCTAATCCTTTTACTTCTTCTTTAT +TTTCTGGGCGTGCTGTTTTATACATTGCAGCAGCTACACCAGGTATTCCAAATACCATTA +TTACGTAAAACATTACTAAAAATGATCCTGCACTTGGATCTCCTGCTAAAAATCTTGTCA +TTTCACCTGTTACTACTGTTCCATTTGCTGTTGTATAACTGCCTAATTCATAAAATATAT +AGGCATTAAAAACATGATGTAATCCTGTTGGTATTAAAGCACGGTTTAAAAATCCAAATA +AGAATACTCCAAAAATCCCCATAGATCCTAGACCTATTGCAAAAGCATCTAATCCTGCTT +CTATTGGAGGCCATATAAAACTAAATACTCCTGCTAAAATAAGTGAAAATATTGGACCTA +AAGTTATTGCTAACTTCTCACCTGCAAAGAAAGAAAACATACTAGGAACTTTCCAATTTT +TACTGTAGTTATATATAATAGCAGTACTTACACCTGATACTATACCTCCAAATACTCCCA +TACTAATACTTTCATTTAAGTATGTAAGCGCTTGCCTAAATACCATAACTGAAAGCACTC +CGGCCAAAACTGCAGATGATTTATCTTTGCTTTTTGTATATGCAAGTATACATCCAACAG +CAAATAATAAATCTAAATTTCCAAATATAACATCCGATGCAATTTTTAATATGTCTAAGT +TTAATAAATCTGGTTGCCCAAGTCTGGATAAAAGACCTGCAACAGGCATAGCAACGACTG +GAATCAGCATTGCTTTCCCTAGTTTAGATAATTGATTACTTACTACTCGAAGTGAATTAG +ACAAAATAGTATCCCCCTTTATTTTTATATATTATTATAATTGCAAAGCTCTATATCATA +TTTATTTATAAGCTCTCTCATATACGGATCACATAGTATATCTACTTCTCTTACCCTAGG +TATATTGAAAGATGATCCCTCTAGTAGTGGACTATCTATAAATGCAGGATGACACATTGC +TTCACTTTTTTTAAATTCAATATTTTTAAGTATATTTGATTCTATAATTTCAAAACACTT +TTCTCTAACTGATATATACTTGCTAGACATATCTCTTATAGGTTCATAATTACATAAATC +TAAAAAGTTTATATCATTATCATCTACTGCTTTATTACAGTTTCTAACTGGCAAGTTATA +TTCTTTAGAAAGTGTTTTTACTATTTCAGCGGTCTGATTAAATGTATGTATATGATGATG +TGAATCAATATGGCTTAACTTAATCCCGAGAGAATATAATTTATCTATTTGAGTTTTCCA +CTCATCATAAAGTTCATTTTCATCAATTTTTACATTTTCATTTTCAAAATCACATAAATT +ATAAAAGTTTCCATCATTACGAATTAATGAACTTACTTTTTTACCTAAAATAGGCTTACC +ACATGTTAATGTTAAATGCACTCCTACTGCTAAGGTAGGCATTTGTTTAGATAATTCAAC +TGCATGTTCTGTTCCTGACATATTTGCCATTAATGTTGTTGATGTTAAAACACCCTTTAT +ATGACTTTTAACTATTCCTAAGTTTACAGCATTAGAATATCCAAAATCATCGCCATTAAT +AATTAACCTTTTAATATCATTCTCCCCCTTTGCTTTTATATATTTAAAGTATATATCCTT +TTTTAGTACATTAATATACTTTTAACTACAATTGTAACATATGTATAATAGCGTAACATG +TTTCAATACATAAATGCTTTATGATATAATAATCCCATATACTAAATATTGAATTTAGAA +GGGGGATGTCTATGAGCAAAACATTTCATGTAGGAAGAATCTTTAAAAATCAGAATTTAT +CAGATTCAGAAGTGAAGATACTTGAGTACATATTTACAAACCCAGAAAAGATAAAAAAAG +AGGGTATAAGACAACTTGCAAAATCAAACTTTACTTCTACTGCGTCTATTATTAGGTTAG +CAAAAAAACTTGGGTACAGTGGATACAACGAATTAATTTTTGATATAAAGAGAATGACAT +CGGATACTTTACATAGTAACACCTACAAAGAAAACGATTTCATGTGGAATTCAAAAAAAC +CTCTAACTAATTTTAATGAGTTATCTAAAACATACTTAAATAAGGAAAAATATATTTATC +TATATGGAGAGGGATTTTGTGAATTTGTAACAGGATACATACATAGAAAACTTTTAGTGA +AAAAGTATAATGTTATATTGTTACATGGTCTAGAAATACCTATAGTATATGAACAAGATC +ACAATCCTACCCTAATAGTAATCTCTAAATCTGGCGAAAATTTTGCATGTATTAGAAAAA +TTGAACAGTTAACTAATCTTGGAGGAGATATTCTATCTATAACTTCCAATTCTAATAGTA +GCATTAGTGTTATGTCTGATGTGTCTCTTTCTATACCTGTTCGCTATATAACAGATAGCA +AAAATGAAGAGTTTACAACTTTTTATGGAGATAGTATAAATCTATTAGAAGACTTATTCT +CTAGAGTTTAATATTTTTTAATCTACATATAAAAATACTCCTTCATGGCGTTGATTTTAT +ATTATCATTGCCATAAAGGAATATTAATTTAATCAGCCATAAATTATATTTATACCCTAT +TTATCCTAAAAATTTTCTAGAAAAATCTCTAATATGCCTATATACTAAGCTAATATCTTA +GCTAAAAATTCTTGTGTTCTAGGGTGAGTAGGATTATTAAACACTGCTTCTGGAGTGTCA +TCTTCTACTATCTTGCCACCATCCACAAATATAACTCTATCTGCTACTTCTTTTGCAAAT +CCCATTTCATGAGTTACTATTGCCATAGTCATTCCCTCTTTTGCAAGTTCCTTTATAACG +TCTAGTACCTCTTTTACCATCTCAGGATCTAGGGCTGAAGTTGGTTCATCAAATAACATC +ATATCAGGCTCCATAGCAAGGGCTCTTGCTATAGCTATTCTTTGTTTTTGACCTCCTGAT +AATTGGGCTGGGTATGCATCTTTTTTATCTAAAAGCCCAACTCTATCTAATAAGTATTCA +GCTTTTTTATCTGCCTCTACCTTGCTCATTTTCTTTAATAGAATTGGAGCTAATGTTATA +TTTTCTAATACTGTTTTATGAGGAAATAAGTTAAAATTTTGAAATACCATTCCTATTTTT +TGTCTAATCTCATCTATATTAACCTTTTTATCAGCTATATTAGTACCTTCAAATATTATT +TCGCCTTCAGTAGGTATTTCCAGTAAATTTATACATCTTAGCAAAGTACTTTTGCCTGAA +CCACTGGGTCCAACTATAGCCATTATTTCACCTTTATCCATTTCTAAATCTATTCCTTTT +AATACACGTATATCTCCAAATGATTTATTTAAATTTTTTATCTTAATCATAATATCACTT +TCCCTCTAATTATTTTATGCATTAGCCTTAGCAAGCTTTTTCTCAAATTTTCCTACTAAT +TTAGATAATGTAAATGTTAATACAAAATATATAATAGCTGCTACTATTAAAGGTTCTAAT +GGCTTAAAAGTCTTATTTTTAACTATAGATGCTGTGAACATTATCTCTCTTACACCTATA +ACAGAAATTATTGCTGATTCTTTTACAAGTGTTATAAATTCATTTGCTAAAGATGGTAAT +ATGTTTTTTATAGCCTGAGGTATTATTACATGTCTCATAGTTGATGCATATCCTAATCCT +AAAGATCTACTCGCCTCCATTTGTCCATTATCAACTGACTGTATCCCTGATCTTAAAATT +TCTGCTACATACGCCCCTGAGTTAATTGATAATGCAAAAGCACCTGATATAAAATCGCTA +GATATACCAAATATACTTGGGAAATCTATTCCTATTTGAGGGAATCCAAAATAAATTATA +TATATTTGTACAAATAGAGGTGTCCCTCTTAATATTTCAATATAAGTTGTAGCAATTGCT +CTTAATACTTTAAAAGCAGACAGCTTCATTAAACAAATTAACATACCCATAATACAACCA +AATACTAACGCTACTAATGAAATTATTACTGTTACCGATGTGCCTTCAATAAATAAGCTA +CTGTATTTACTAAAAAAACTAAAATCCATATTATCATCTCCTAAACTATTTATGCCTATT +GTTCATCAGCTAATTTTATAGCTTCTTGCATATATTCATCTACTTTACCTTCATCTTGTA +ATTTTTTTATAACTTTATTTATTAACTCTACTAAAGAATCATTACCGTCAGATTTCTTTA +GGGCTACGGCTCCACTCTCTTCGCAATTTTCGCCTACGTTACTATTTCCTATAGCTACAT +TGTCATAATTTTGAACATTTATAGCTGCTACATTTTTACCTGTTACTATTGTATCTATAT +TTCCATTTTGAAGCTCTAACATTAAATCAGGTATTTTAGTTAAACTCTTGTAGTTTGTAC +TCCCTAATGTATCTACAACAAACCTTTCTTGAGTACTTCCTCTTTGCACTCCAACATTTA +TATTTTTTAAATCTTCATCAGATTTAATTTTATCTTCTTCATCTTTTCTTACTATAACTA +CATTTTTATCCTCATAGTATAATTCTGAAAAATCAGCATTCTTAACTCTCTCTTCATCAG +GAGTCATACAAGCTAATACTATATCTGCTTTATCTGCATTCAATGCTCCTAGTAATCCAT +CAAAATCCATATCCATTACTTCTAATTCAACACCTATTTCATCTGCTATTGCCTTAGCTA +TACTAACATCAAATCCAACTATTGTATCTTTACCATCTACCATTGCATGAAATTCATATG +GCGAATAGTCTGCACTAGTTGCTAAAACTAACTTTCCTGAATCTTTTATTTGTTGTAATT +TATCCCCTACTTCTTCTTTGTCCTTTCCTGATGAACTGCATGCTACCATTCCTAATGATA +AAGTTAATGCTAATCCTAATCCTAATAATTTTTTTATTCCTTTCATAATTCAACCTCCCA +TTAATTTATAAATTTATAATTCCTAACAGTTTTACTTCACTAATATACTCATTAGTTAAC +TAATGAGTATATTAGTGAATATCTGTACAAAAAAAGTCTCTTAGCTTAATAGCTAAGAGA +CGAATTACCGCGTTACCACTCTTTTTGATAAATTATACATATTAAATTTTTTAGCACACG +ATATAGAAAATTAAAATTTTCTACAATAAAAAAGTCTCTTAGTCATAAAGACTAAGAGAC +GAATTATATCCGCGTTACCACTCTTTTTGATAAGTATTACTTATCCTCTCAATCCCTTAA +GGCAGGTATACCAATTATCATACTCTAGTTCTGATAATCTCCTCCAAAGCTCTCTTCACA +CTAAACTTCAATACTAGGCTCACACCATATCCTAGTTCGCTGAAAATCCATTTAAGTTAC +TCTCTTTTTCTCAGGATTTTTTAATTTAAAATTGTTAATACAATTATAGTGTTGTATATA +ATAAGTGTCAATTTTATTTTAATATTTATATGTATTTTTATTTTTTTATGAACTAAAAAT +ATTTTAAGCCATGCTCATTGTCTATATTATACGTGTATTACATTATTTAAAATACATACT +CTATAATTTAAAATTCTAGTTCCATCAGAAAACTTAACCCTTATAGAATCACCATCTTTT +GCAACTATAGTTCCTCCTTTAAACCTTTTATGATATATTGTATCTCCTATAGATATACTA +TCCATTTCTTCTTTAGTAGGAGCCTTTATATCATCTATGAAAGTAGAAACAGACACCTTT +CTTCCATATTTATTTTGAGGCGAACTTATGCATAGATTATCTTCAGCTCTTGTTATTGCC +ACATACATAAGTCTTCTTTCTTCTTCAATCTGCTCATCTTTTTTACTATCATCATCTAAG +TCATAAGATTTTTCATGAGGTATAGTTCCTTCATTTACACCTATTATATATACATTTTTA +AACTCTAATCCCTTAGCACTATGCATTGTTGTAAATATTACACCATCGCCTTGGTCTTTA +TTTTTATTTCCTACTACCTCTGACTTTACTCTATCTATATGATCTAAATATTCTTTTATA +GTCTTGAAGTTTGTTGCAGAACTTTCTAATTCATTTAAAATCTCAATTAGACCATTGGAC +TTAATTTTCCTATTTGAACAATAATCTAGTATATACATATCATATTCTAAGCTTGTTCTA +ATATAAGAAATAGCATTTTGAGGATTTAAAGTTTTTAAATAACTTAAATCTATATCTAGG +TCATTTATAGTTTTTACTTGTTTTGGATGTAGATTACACTTTGTTATTAAAGCGTTAATA +AAGTCTTTTTCATCCTTAATACTATTAATACTATCTCTAGATATGTATCTAAATGGTTTA +TTTATAATCCTTACCCAATCTTTACTTAAACTTGAATCAAGTCCTAACCTCAAATATGCG +AGTATATCTTGAGCTGCCCAGTGATCATATATAGTTACTATAGAGTCCTTAACTACAAAA +GGAATTCTCATATCCATAAAAACATCAACTAATGCTCTTGATTGTATATTCGTTCTATAT +ATAACTGCAAAATCACTATATTCTACAAAATCTTTTTTTATTTCTTCTAAAATTTCTTTA +CCTATAAGTACTGCTTCTTCTTCGGAATCCTTTGGAGCTATATAACTAATATTTCCACCA +TTTCCTTGGCTACATTTAATTACCTTTTCATATCTATTAGAATTCTTTTCAATTAATCTA +TTTGCAACATCTATGATTTCACCCTTAGATCTATAATTTATATCTAGCATAACTTTTTTA +GTTCCTGAAAAGTATTCTTCAAATTCTAATAAAAAGTCTGGTCTCGCCCCTCTAAATCCA +TATATACTCTGATCTTCATCTCCAACTACAAAAATATTATTTTGAGGGTTTGAAATTAAT +TTTAAAACTTCAAATTGCACCTTATTTATATCTTGAAACTCATCTACTAGAATATATCTA +TATACACTCCTTACAGTCTCTAATGCTTTAGAATTATTTTTTAGTAAATAATAAGTTCTA +AGTAACATATCATCAAAATCGATTTTTTTAATTTGATGCTTATGCTCTTCATATAAGTTG +TATGCTTTTATAAATTCATCTTTACTTACTACCTCTGAATTAAAATCTCCTTTATCCATT +AATTCATTTTTCACAAAAGAAATTTCATTGATAAGCTGTCCCACAACTTCATCATCTTCA +CCATTTTCAACATTTAAGCTTTTTAAAATCCCCTTTATAGCTAATCTTTTAGATTTTTCA +TCTAAAATACTATCTAGATTATATTTTTCAAAATGCCTTAGTATTCTAAAGAAAACTGAA +TGAAATGTTCCATATGTAACCTTATTAATTCTAGGATCTTGGCTTAATGAAATTGCCCTA +TTTTTCATTTCCGTAGAAGATGCTTTTGTAAAGCTTATTGCAAGTATGCTTGTTGGCCTT +GTATTATGATTTACAACCATATTTGCAATCCTATAAGTTATAACCCTTGTCTTTCCTGAT +CCAGGTCCTGCTAGAACCATACAAGGACCATCTATATGATTTATTGCATCTTTCTGATTT +TTATTTAATCTATCTATATTTATCATAGTTACCACCTTGAAGTATTATTTAATTACTTTA +TAATATTTATATAATATTTTATAATATTACCAAACTATTATAATATAGAATCTCAAAAAG +GAGAAATTTTATGGAGATTATTACACATATATCTGATGATTTTATAGGTATTCCTGACAA +TCACTTTGTATTTGATATAGAGACAACTGGACTTAGTGCTAAATTCTGTAAAGTTATATT +AATTGGCATTGTTTATAATGAAGGCAATCAAACCATAATAAAGCAATTTTTCGCTTTAAA +TGAAGATGAAGAAAAAGAACTTCTACTAGCTTTTATTAATGAAATTTCTTCATTTAATAA +ACATATAACCTTTAATGGTTTTACATTTGATATTCCCTTTTTAAATTCTAGATTTCAAAA +ACATAATATATATTTTTCTTTAGATAAGGCTGATGATATTGATATCTTAAGATTAGTAAA +ACCATATAAAGAAAAACTATCTCTATTGGATTGTAAACTTAAAACCATAGAAAAATACAT +TGGAATTAACAGAAATGACACTATATCTGGAAAAGAAAGTGTAGAGCTTTACAAAGAGTT +TGCATCTACTCAAGATAAGGATTTAAAAGACAAAATACTTCTTCACAATTATGAAGATAT +TTATTATTTAGCCAAAATATTTAAGATAAAAGATTTATTAGCTGATAAACTAAATCCACT +ATACATTGAATCTAATAATATAAGTCTTAGAATATTGCCTATGTCATATAAATTGAATAA +AACTAATTTAATAATGAAATATAATATTTTTTCAGGTACACTGAGCAATATAAATATCTA +TAAAGATAATTACTCTATAACTTATGGTGAAAGCTCTCTGACTATAAATATTGATATAAA +AAAAGGCATAGATTCGAATAAAAATGAAATACTATTTTATAATTTATCAACTATAATTCC +TTTAAAATTCAACTCGAATTTTTTAGAAGATAATATTTTTAATCTATGTAACTTCTTAAT +GAAGAAAGAGTTAAGTTCATTATAATGACATTAGAATAAACAAAAAAGAAAAATGGGTTG +TCTTAAGAATTTAAAATATCTTATTACAACCCTTATAATTTGATTTAATTCTTACTTTTG +GGGAAAGTAGAATATTGAATAAATATTAAGCTAAAATTTGATGTCGACTATTGATCATAG +AACAAAAAAGCCAGGCGACAAAAGTCTCCTGACTTATATATAGATATTTTCAAATATCTT +TATTTCTATTTCAATATGTAATCTTAACTTAATTGTAGTTTTACTTACTTGGTTTGTCAA +CAAATTTACCAATAAAATATTTTTAAGTTTGTATTAGCTACTTGTTGAAATTATTTCAAT +ACTATCTAATACATTCGAATAAATCTTTTCATCTGTCATTATTGTCAAATAATCTCCTCC +AATTATTTCTATATCACCTCTAGGTATTATCTCCTTATTGCCTCTTAAAATTGAAACTAC +TAAACAATTCTCTGGCCATGATATATCTTTTATATATTTGCCATCAATTTCACTATCCAT +GTGTACCGCTACTTCTAATAATAGTTTTTTACTTTCATTTACTTCACATCTATAAGAAGT +TTTTTCTAAAAGTCTATCTAATAAGCTCTCATAAATAGGTTCAGAATTCAAAATATCTGA +TGTTAATTGTGAAACTACCACCACTACAGCTAATGATAATAAATGATCTAAAGAACCTGT +CATTTCAGATATTAATATTAGAGAAGTTATTGGTGCTTTAACTATAGATGCAAAATGACC +TGCCATAGCCAGTATAATAAAGTTTATAATATATACTTCACTTATTCCTAAGTAGCTCGT +TAATATAAGTCCTGTTAAATTACCAACTAATGCTCCTAATACAAGTAATGGAAAGAATAT +CCCCCCTGGTATACCAGATCCAAAGCAAATAAATGTAAATAAAAATTTGACAACTATAAA +TGTTAATAGCACTGTAATTGTAAAATTTTGCTCTTTCAAAGCCATTATAAGGTCATGTCC +TCCACCCAATAAAATCGGATATACTAATCCTACTATACCTGTAATCACAAAAGGAATTAT +ACATTTTATTTCAGTGCTAAATTTCGATTTTTTAAATATTTCTTGAGTTTTTAATATTCC +AGCATTAAAAATAACACCACTTACTCCTATTATTAAACCTATAATAATAAGAGACCAATA +ATACTTTAATGGTAATTCCTGAATTTTTTCAAAATATAAAGAAGGTGTTGTTCCAAAGAA +TTGTTTCGATACAAAATCTGAGCTAAGAGACGCTATCATTGCTGATAATAAAACTAATGG +TGAAAAATTTCTATGTGCTTCTTCTAATGCAAACATAACGCCCGATATAGGTGCATTAAA +AGCTGCAGATAATCCTGCACTAGCGCCACTTGTTATTAAGTACTTTTCTTCATTATCTAA +ATTTTTTAATTTTTTTGATATCCCTTCACCTACACATGCTCCCATTTGAACAGAAGGACC +TTCTCTACCTACTGATAATCCTGCACATAGACAAATTAGCCCTCCTACAAACTTATAAAA +TAATACCCTTAACCAATTCATTTTTAATTTTCTAGTTAATATCCCCTCTACCTGAGGTAT +ACCACTACCACTTATCATCGGCTCTTTTTTTACACACTTACCAACTAAATAACCTGTAAC +TATAAGTATGGTAAAAATCAATGGTATTAAAGCAAAATTAGTACTACCTTTTTCATAAAA +TTTTAGAAATAGAGGTGATATCTTTGATAAAATTAATCTATGAATCACAATAATTAATCC +TACCATTCCCCCTACTATCAAAGAATCGCCTACCAAACGATATTTTAGATTTTGGACTCT +TTCTAACATGTTAAATACTCTATTCTTACTACTTATCATTTTTTCATCCCCTCAAAATAA +TTTTATACAATATAAATCGCATTGACAATTTTATTTGAGTAATATTTCAATCTTTGCTAG +AGACTTTGCTACACCATCCTTACTTACCCTCGTCATCTCATGAGTTTCATAGAAGTTCCC +AAGTACATCTATATTATTTTTTCTTATATAGTCTTTAACTTCACTATAATACTTTTTAAT +GTCATAGAAATTATCATCATAATAAAAAGTTATATACTTACCCTCTGGCAAAGTTACTAT +TGTATCATCATCGCCTAGTACACCTTCATCCAGCTCTATCATAGTTTTTGTGTGAACTAC +TTCATTATTTTCTATTAAATCTTTATAGGATGTTTCAAATGCAATCTTAGAGTTAAAGCT +ATTATATTCTTTTTCTATATCTATTAATGATTTTCTCAATTGCATTTCAAACTCTTCTGT +ATATCTACTTGTATAGTTATATTTTCTTAACTTCCTTTGTTCATAAAATTTTATAAAAGG +CTTATTAATCCCAATTTCCAATGCTTCTTCTATACTATTTTCAAGATTCTCAATACCATT +CTTTATACTATTAAGCTCGACTATCTTTTTATCTATAATTTCTTTTTGATTTTTTATTAT +ATTTAAAACAGAATCTAATGACGTATAATCATTTATGATCTCTTTTATCTCATCTAAAGA +AAGCCCTATTGCCTTACATTGTTTAATTAAATAAATTGTTATAAAACTCTTAGTTGAATA +ATATCGATATCCTGTTTTTTCATTTATATATTCCGGTTTAAGTATACCAAATCTATCGTA +ATGTCTAAGTGTCTCTATTGAAATATTATGTAATTTTGACATTTCTCCAATTGTAAAATA +TTTCTTCATAATATAAAACCTCTCTTTTAAATATTATAAGATTATATTAATTTTAAAAGG +GGTATGAAACTCTTAGCTTCACTACCCCTCACTTTTATGCTGCCCTTAATTCTTCTTTTC +CATTAGAACTTTTTATAGATTTTAATGTATTTGATTTTATATTAGTAATTAAATTTATTG +CGGTAAATGTTATAGTTTCTGCAAATAATGTTCCTCCCCATACACCGTTTACTCCAAATA +TATTCGATAGTAATATAAGACCTATTGGTAGGAATATTATTGATCTAAATAAACAAATTA +GATTTGAATACTTAGGCATTTCTATTGCTTGATAATAAGTTATTGTATTTAAGTTTAATC +CTACAAAGAAATAACTTATGCTAGCAAATCTTAAACCTGTATATGCCAATTCTAGTATTT +CCTTATCTGATGTAAATATTTGAATTAAATTTCTTCCAAATATATAACATATTGAAACTG +CTATACAAGTAAATAATGTTGATGATACACAAGTTATTTTATAAAAACTTAGCATTTTTT +TATCATCTCTTTTTCCATAATTATAACTTATTAGAGGCTGAGCTCCTAGAGTCAATCCGA +ATAATACCATATATATATTCGTACCAATATAATTTATTATACTGTATGCTGAAACTCCTA +TTTCACCTATATTTTTAGTTATTATTACATTATGAAGTAAAACAATTACTGAAAAACTAG +CTTGAGCAAAAAATGACGGGAATCCTATTTTTAAGAATTCTTTTATACTTTCTATTTGCA +GCTTCACTTTTCCAAAACTTAAATAACCTTTCTTCTTTATAAAGTGAGGTAATAATATAC +TTACTGTTACTATTTGACCAAGACCTGTTGCTATTGCTGCTCCTTTTATTCCAAATCCAA +ACTTAAATATAAACACATAATCTAGTATTATATTAGTTATAGCTCCTGATATTATTGAAA +CCATAGCTAATTTAGGCTTTTGATCATTTCTTACAAAACTATTCAGAACTATACCTATTA +AGTTAGGTATAGAGAACAACGCATAAAATCTAAGGTAATCTACAGCTAGCCCTTGTAAAT +TCTTTGTTGCTCCTAATAATTTTACTATTTGATTTGTAAAAATAACACATATAATACTTA +TAACTATACTTAGTATCAAAAGAAATTTACATACTTGTCTAAATATATTTACAGCCTTAT +CTATTTCTTTTGCTCCAATATTTTTTGATACTAGTGCTCCACCTCCTACTGCCATCATAT +TAGCCATTCCTACTAATATTACTGTAAAAGGTAAAACTATATTAACTGCAGCTAGCGCTG +CATCTCCAACACCTTGACCTACAAATATTCCATCTATAATTGTATATAATGCCGATATAA +ACATAGAAAATGCCGATGGAATAGCATATTTTAAAAATTCATTTATCATAACTATCTCCT +CTCCTATTTTTTCTATTACACATTATAAAGTCTTGTGTTACACAAGAGTCAATAGATATT +TATAAAAAAAAGACTATCGAAATCGATAATCTTTACTGGCGGAGAAGGAGGGATTCGAAC +CCTCGCACCGGTTTACCCAGCCTAATCCCTTAGCAGGGGATCCTCTTGAGCCACTTGAGT +ACTTCTCCTTAATATATTAATATTATATATTATAATTTAAATCAAGTCAATATTAAATTT +ACAATTTAATTCCAAGTTCTATAATTATTATTTATACTCATCTATATCATAATTTGTCAT +ATTCTTTACGCTATGTGCATCTGATCCAAATACTACTGGAATTTTATATTTTTTTACTAA +CTCTAATAAATGTCCACTTATATACGGTTCTTTGCAATATTCTTTTAACAATCCCGATAC +ATTATAATCTAGTTCATATCCTTTTTCTTTTATAAGCATTAACAGTTCTTCTAGTACAAT +ATTATTATCATAGTTATATGGAAAAACTCTATTGAACTTTCTAACTAAATTCAGATGACC +TATTCTCTTAGGCTTATATTCCCCTAAATCTGTTCTTACAGCTTTTTTAAGTGTTTTATA +ATACTTGTAATATACATCACTTACTCCACCCATCAAGTTAGATATATTTTCAAACTCTTC +TTTACTATAATCTATAACATAATATTCTCCATTAAAATTTAATATATGAACAGATAATAT +AGAATCGTCAAAATACATTCCATACTTATCTAAAAGCCTCCTTGTTTCCTCTTCATATCC +TTCCAAGTAATCTACTTCTACGCCTAAATTTATTTTTATTTTATCATTATATTTATATTT +AAGATTTCTCACTTCTTCCATATATTTATGTAGTTGATTTACACTCATGGCACTATCATT +CTCTGGAGATGGGTCTTTAAAGTTTTCTGGTAATGGTAAATGTTCTGTAAAAGTTATTTC +ATCTAAACCTATTTCTATAGCCCTCTTTACATAGTCTTCTAAAGCATCCTTACTGCCATG +TGGACAATAAGGTGAGTGTATATGACCGTCTTTCATAAAATATCCCCCCTCTATAAAATT +CCTTATCTAAAGTATACTATATGACTACCTATCGTGTCCTTATACTAAAAAATAATAGAA +CTTATCAAAATAATATTGAGAATATCCTAATAACTAGGTTGATTTCAATAATTTTGTAAG +TTCTATCCTTTTAAGCATGTATATGATGACTGTGTACTCCATTAAATCCATCTTCATGAA +TATGATCTACACCTATACCATTAACATGCTCGTGGGTATGCATAAATGATACCTGTAATT +TGTTATTTACTGGGTTAACTCCTACATATGCATTTACTCCAAATACATTTTTAAGCATTT +CTGATGTTATAACCTCTTCAACAGTTCCAAAGTTTATTATTTTTCCTGCTTTCATAACTA +TCAAATAATCACAGTACATAGATGCTATATTCATATCATGTATAGCTGATAATGTAGTTA +TATTAAGACTTCTAACTAAATCCATAAGTTGTATTTGATAACCTATATCTAAATGATTAG +TAGGTTCATCTAATATTAAAAAATCTGTATTTTGAACTAAGGCTCTAGCTATTAATGTTC +TCTGCTTTTCTCCCCCCGATAAGTTTGAAAAGCTTCTATCACTATAACCATCTAATCCTA +CTTTTTTTAACATATCTCTAACCATCTGCAAATCTTTTTTAGAATAATCTTCAAACATAC +TCTTATATGGATATCGTCCCATTTTAACTATTTGTTCTACAGTAAAATCAAATTGCGAAT +TACTTTCCTGTGCTAAAACTGCTATTTCTTTTGCACAATCTTTATCCTTCATCTTTGATA +ATTCTTTGTTATCTAAAAGTATATTTCCGCTTGATGGCTTATACAGTCTGTATATATTTT +TAAGTAATGTAGACTTACCCGAACCATTAGGTCCTATAATACCTATAAACGCCCCCTTTG +GGACATCAAAAGAAATATCATTTAATATCTCTTTTTTATCTATGCTAAATTTTAAGTTTT +TAACTTGTACCTTAAGCATTAATCATTTCCTCCAAAAGAGTAATTTTTTGTAGAAATAAG +ATATAAGAAGAATGGTCCACCAACCAATGATGTTATTATTCCTATAGGTATTTCTATTGG +AGGGAATAGCCCTCTTGCTGCAACATCGGATAATATTAAAAATATTGCTCCTACTAAACT +TGATAGAATAATAAGCTTTTTATGATCACTTCCAGCTATTGTTCTACATATATGAGGTAC +TACAAGCCCAATAAAACCTATGGCTCCAGTTATTGCAACTAAAGTTGATGTAAGTAATGT +TGCTAATAATATTATTATTGATTTTACCAGTTTTACATTTATGCCTAATATAACGGCACT +ATCATCTCCTAAAAGTAACACATCTAATGATTTAGACATTAAAAAAGCTACTACTATAAC +TACTACTAATACTATAAATGGCAATAATAGCACATCCCATTTTGCACCACCTAAGCTACC +TATTGTCCAAAATAGTGCATTCTTTGCTTGATTTGAATTTTTTGCTGAATATATTAATAA +GTTTGTAAGTGCTCCAAATATAGTTGATATTGCCATGCCAGAAAGAACTAACCTTGTCGT +AGACGTTGTTTTCCCCATTTGAGTACCTATGGCAAAAACTAAAATCCCTGACAATAGAGA +TCCTACAAATGCTCCACCTGTTATACTAGTTATCCCAAGTGTTGAAATTCCTCCTAAAAC +TATAACCGCAACTGCTCCACAAGATGCTCCTGATGAAATTCCTAATATGTATGGTTCTGC +TATTGGATTTTTCGTTACACACTGCATAAGTACACCACAAATAGCAAGACCCGCTCCACA +AATAGCGCCTAGTATAACCCTTGGCAATCTTATTTCCCATATTATATTTTCAAACATAGT +ATTCCAAGTTACATCAAACATTACACCATTTGATAACTTATTAAGCAGTACCTTGTACAC +CACTCCAGGTTCTATGTAAGTGCTACCAACTGCTATAGCAACTATTATAGCTAATACTAA +AAAAAAGCTAAGCCCTATAGTCCAAAATAAGAAACCTCTCTTTTTAGAGAAATTTACTTT +ATTTTCCATACTTATATCCATTATTTATTTTCTCCATAGAAATATCCATACATTTTTTCT +ATAACTTTAGAATTTCTAACTCCTGGAGATAAGTCAGCTAATCCCACAACATATATCCTA +TCATTTTTTATGGCATCTACATCTTTAAGGGCTGGATGACTCTTTAAGAAGTCTATTTTA +TCTTGTACTGGAGAACCTGCAAGGTAATCAGTTACCACTATTACCTCTGGATTTTCAGCT +ACAACACTTTCCCATGTAGCATTTATGTATGGTTGTTTTTCTTCACCAAATATATTATCT +CCGCCTGCTAACTCTATTAAGTTGTTTGCTAGACCTGATCCAACGGCCATAGCTTTATCT +TCTCCTGAATCATATACCATTACTTTTACTCTATCTTCATCTTTGATATTTCCAACTTTA +TCAGTTACAGCTTTTATATCACTTTTCATTTTTTCTACAACTTCTTTAGCTTTATCTTCT +ACCCCAAATATTTTACCTAATAACTCAAAATCTTCATATACAGTTTCTACTGTTGCATCC +GGAGAATAAGATTTAGCTAAGAATGGAGTTATATCTTTTTCTATAAGCTCATCTGGAGCT +CCTGTAGTTTGTTCATTTATAGACATATCCCATCCACTTACAAAGTCAGCACCTGTAGCT +ATAAAAGCTTCTTTAGATATATTGTGTCCTTCTCCAATTTCAAGTTCTGGTATTTTTTTA +TAAGCTTCTTCAAATTCAGGAAGTATTGGATTATCTAAAAGAGCTGTTCCAACCATTTTA +TCCCCTAAATCTAATGCTAACAACATCTCTGTCATAAATTGAGACAATGTTACTGCTTTT +TGTCTTGGAGTTTCAACCTTTACATCATAATCTTTTGCTCCATCTGAATAAACAAACTCT +ACAGTTTTAAAATTACTTGCTTCTACTGATGAATTAGGAGTTTCACTTCCACTTTCTTTA +GAATTATTAGCGCAACCCACTGCAGATAAAGATATACCTACTATACTTAAAACTGCTAAA +AATCTTCTTAAACTTTTGCTTTTTACCATTTTTATTTTCTCCCTCTATATACTTATATAT +TTTTAAATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTC +ACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGGACA +TAAATTTATGAACTACAAACATATTACCACAAATGAAAGATGCTGCATAGCAAATTTCCT +AAGTTTAGGATTGAGTCTAAGAAAAATTGCAAAACATTTAAATCGAAATGTATCTACTAT +TTCAAGAGAAGTTAAGAGAAATTCTACTAATGGTAAATATCTAGCACATATTGCATGTGA +AAATTACGCTAAAAATAGAAAAAATTGCGGAGCAAAAGGAAAATCAAGTAACCCTACATT +AATTAAATATATAGAAGATGGATTAGAGAAAACTTGGTCACCAGAGCAAATAGCCGGTAG +GCTACGCCTAGATTACCAGGATGATAAATCTATGAAAATCGGTTTTAAAACAATATATAG +ATGGCTATATCAAAAAATTATTGCAAAAGGAAATGTGAATAGATTAAGAAGAAAAGGAAA +ATCACTAAATCCTAAAGAGACTAGAGGTAAATTTAATATAGGCAAAAGTATTAAAGATAG +ACCAAAAGAAGTTCGAAAAAGAGAAACTATAGGACATTGGGAACTAGATACTGTTGTATC +TAGCAGAGGAAAATCAAAAGCTTGCCTTTCAACTTTTGTCGAGAGGAAAAGTAGATTTTT +AATAGCTCAAGTTATGGAAAATAGGAAATCTTCAACATTCAACTTCCATTGCTTTACTGC +TTTTAAAGATATTCCAACTAATTTAATTAAAACATTTACAGTTGATAGAGGTAAAGAGTT +TGCAGGGTATGTAGATATTGAAAATACACTAAATATAGATGTCTACTTTGCAGATGCGTA +TGCTTCTTGGCAAAGGGGGACAAATGAAAATACAAATGGATTATTAAGAGAGTTTTACCC +TAAAAAGTTTGATTTTTCTTCTATAAATCAGAAAGAACTTGATAATATTGTTACCATAAT +AAATAATAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAAC +ATGAATATAAAGTGTTGCACTTATATTGACAATCTATCATAAAAAATTAATATATTCTAA +AAAAATTCGTATATATTCGTACTTTTAAAACACCCTATATACTTTTCATTCATTTTTATT +GATTCATCAACTTTTTTTCTGTATAATACATATAAAATACATTCGAGGTGATAATTTATG +ACACAATTATTTATAAAAAATGCTTACTTAATAACTATGAACAACAATAGAGATGTATAT +AAAAGCGGTAATATTTTGATAGAAGATAATATTATAAAAGCTGTAGGTCATTTTGATGAA +AGTATAGTAAATGAAAATGCTGAAACTTATGATGCTAATGGCAAAATACTTATGCCAGGT +CTTGTTAATACTCATGTCCATTTATCTCAACAATTAGGACGTGGAATTTCTGATGATGTA +GACTTATTAACATGGCTTAGAAATAGAATTTGGCCTTATGAAAGTAGTTTTAATTATGAA +GATTCATTAATTTCTTCAACTGCTTGTTGTGTAGAATTAATACGTTCTGGAGTAACTACT +TTCTTAGAATCAGGTGGTCAATATGTCGATGCAATGGTAGAAGCTGTCGATAAAACAGGA +CTTAGAGCTTGTCTTGCAAAATCAGTTATGGATCAAGGAGAAGGTCTTCCAAAAGCTTGG +CAAAAAACAACTGAGGAAGAGTTAACTACTCAAATAGATTTATTTAATAAATTTAATAAT +ACTTCAAATGAAAGAATTAAGATATGGTTTGGTTTAAGAACTATATTCAATAACTCTGAT +GAGTTAATAGTAAAAACAAAAGAATTAGCTGATAAGTACAACACTGGTATACATATGCAT +ATTGCTGAAATCGCAGATGAAGTAGACTTTGCAAAACTTCGTAATGGATTACCAACTGTT +GAGCATTTAAATAGCTTAGGCGTTTTAGGCCCTAATCTACTAGCAGTACATACTGTTTGG +CTTACTAATAGAGAACTTGACTTATTTAGATTAAACAACGTTAAAGTTTCTCATAATCCA +GCTGCTGCTATGAAAGTTGTTTTAGGGTTTGCATCTATTCCAGAAATGCTTGATAAAGGT +ATTCCTGTATCAATAGGTACTGACGGTGCTCCTTCTAACAATAGAATGGATATGATGAGA +GATATGTATTTAACATCTTTAATTCATAAAGGAAGGACATTAAACCCTACAGTTGTTAAT +GCTGAAAAGATTTTAGAAATGGTAACTATAAATGGAGCTAAATGTGCTTTACTTGATGAT +GTAATAGGTAGCTTAGAGGTTGGAAAGAAAGCTGATATGATTATTCTAAATCCAAATACT +ATACATTCATTACCAATGCATAATCCAATAGGAAATATAGTTTATTCTATGAGTAGTGAA +AATGTTGAATCTACTATTTGTGATGGTAAATGGCTAATGAAAGAAAAAGAAATTTTAGTT +TTAGATGAAAATGAATTATTAATAAAAGTAAAAGAACAGGCTAATAAAATAAGAGAAAAA +GCAAATATTAATTTAACTTCTAATTTTAATATAATATAGTTGTATTTACCAATATCATAT +ATAATATTATAATCTAAATACAACTTAAAATAACTAAGGGTCTAGTTTACATAAACTGTA +TACTAGGCCCTTAGTTATTTTATATATATTTAATTAATATTTCTATGCTTACCCTATCAA +TAAAGCTAGTAAATCTCTCACCTTCTATAGCATTTTCTTTATAAAATTTAAGTACTTTAT +TAATAATATACATAACTTGATTTTCATTTAAATTTTCAGCTAATATATTATATTTTCTAG +GATTTAATCCTCCTTTTCCACCTACTACAATAAATAATTTCTCATCAGCATTTGATAATA +CTCCTATATCTTTAGAATATGCATTTATACATGCATTTTTGCAACCAGCTACAGCAATTT +TAACTTTACCTGGTAGTTCCATACCATGAAATTTTTTAGTGATCTTCATACCTAATCCTA +TTATTGGATATTTTGACCTTCTACAAAAATTCGCTGAACACACCTCAACATTAATTACTG +AGCATATATTCTTTATTGCTGGTTCCATATCTAGCTCTTCCCAAATATTATCTATATCTT +CTTCTTTTAAATTTCCTATGGCTATTTTTTGAGCTGAAGTTACTCTTAAAGATGCATTAT +ATTTTTTCGCTACTTCACCTATTTTTATAAGTTTTTCAGGTGTTATATAACCACCAGGTA +TTTGCGGTGTAATTACATATTTATCTTTTCCATCTATATTTTTTTGTAATTTAGCATACT +TAGACATATTTATCTCCTTACTTTCATTATTATCAATACATTATGAAATATCCTCTACTA +CCATTTAATAACTTTATTAAAGCTATATTTAAGCTTATTCTTTTTTCTTTGATCTCTTAT +AATTATAGTCCATAAAATAACACCCATTATTATATTCAGAGGGTTACATAGTAGAGATAC +TTTAGATACTTCTACACCAATTAATGATGATGCCATAAGGATAAAATTCCATATGACATG +AAAAATTACAACTGGCCATATATTATTTAGCTTGATAGCTAAAGCAACAAATGAAAATCC +TAATAAACTTGAATATATAACATTTATAATAGCTTCAATTAATGATTTCCCCATAAATAT +AGTTGTAATATGTGCAATTGAAAATCCTATACTACTAATAATCATTGCTCCTATTATAGA +CTTATCTGATTTAAAAGAATTTAATATCATTCCTCTAAATATTACTTCTTCAGAAAAACC +TGCTAGTGAAGTTCCTACTAAAGTAATTATAATTGTTAACCATGTTTCATAACTAAATGA +ACCCAAATTTTCATAAATGCTTTGCACTAGCTTAAATCCCATAGGTATTAATATAAGTAC +ATAGGGTAAAAACCAAATTAAACTTTTAAAATTAAGTTTCCCAAACCCCACATCTTTCCA +CCCGTAATATTTTTTTATAATATAAAATATATAAGCAGATGATACCAATTGAATTATTGA +ACGACTAACTAATTCACCTGAATTATTTTCCATACTACTAAAAAAGTTATTATTTATGCT +TACTCCAATTATCATGATTAGTAAGTATATTATTATAGATACTATTGCTCTTTTCTTATT +ATCCAACATACACCCTCCAATTCTATAATGACTATGTATAATTCACTATATTTTACCATA +AAAAAAGAGCAGTTAAAATGCTCTCATCTAAATAACTATACTATCTAACTCTATAGTTTA +TTTTTAATTTCCGTGGAAATATTTTCCCAAATTAATTTTCATCCATAAATTCTAAAATAC +TACCATAAGCTTCTTTTGCGTCATTGTATCCATCCTCATATAATTTATTGAGCTTAGACA +CACTTTTTTCAATTTGACTTATTTTTACTGGTTTTTTCGGCCTAATTACAAAAGCATCTC +CAGATTTGGCTAATTTGCTTACTAAGTCTAAACTTTCATTGTAATTAATATATCTATTTT +CTATAGCTTGTACAAGCTTAGGGTATTTTCTATATTTTCTTTTTACTGCATGCATAAATT +TAAGATTGCTTTTTCTATATGTTTCATCTCTTGTTAATATAACTATATTTTTCTTACACC +CGTTATTTATAGCGTATTCTATAGGTATAGAATCAGCAACTCCTCCATCTAAAAGTTTAT +AACCATCAACTTCTACTATATTTGCAAACATAGGTATAGATGAAGACGCCTGTAAATAAA +TAATTTCTTTTTCTAAATCTTTTAACTCAAAATATTCAGCTTTACCAGTTTCACAATTAG +TTGCTACTGCAATAAACTTTGCTTTTGATTTTTTAAAAGTATCATGATCATAAATATTTA +ATTCATTAGGTATTTTGTTGAATAAAAAATCCATTCCAAATATGGATCCTGTTTTTATAA +AATTTCTAAAGCTTAAATAATTCTTATTCTTCAAATAATCTATATTTACATGATATGCTC +TTTTATATTGCTTTGATAAATAAGAAGCTCCATTGCAACTACCCGCAGAAACACCTACTA +CTAAGTCTACTTCTATATCTTTTTCTATAAAAAAATCTAGAACACCAGCTGTATAGATGC +CTCTCATACCTCCACCTTCTAATATTAGACCTATCTTTCCCATATAACACCTTTCTATAT +ATATCACGTTTAGATTTTTATATAATACATATGTTTATTTAAAATTAACTTTTAATTTCT +TTAAACCCTGTTTTTCAAAATAAATAATAAAATATATTTTTTCCATATTTATCACTTATA +AAATAACTCTTTTAATTCATTATAATATATTTTTTTAATTGAAAGTAAATTATTTAACTA +AAAAATCAATACTTATATCATTTTTGTTACAGTTTTGAAATTTTTATCATTTTTCTACAA +AATATGATATTATATTCCTATATTTATACATTTTATATTAATTAAATAAGTATATATAAA +TTGCTTATGCTTAATATTCAAATTGTTTAAATATGTATTATTTTTATTAAACATAGTGTT +AACTTGCATGTTAGAGGGAGGATTTATGCAAATAATAACTTATTTAATCACGGGTATTAT +ATTAGCTCTAGCAAATCATTTTTTATTTGAAAAAAATAAAAAAACTTTAGCTATTGTAAA +TGACCTATTATTTTTTATCGTACCATTTAATATAGTATCATTAAGCTTACTAAAATATCT +TTTCAGCAAGCCTAATATACTTGAAAGTTCTATATACACATCTGTATTTAGTCTTATATA +TATTGGTTTCACATTAATTTGTGGTGCAATATTTTTATTTACAAAATCAATATTAAACTC +AAAAGTTATTTTAAGTTCGAAAATTAATTTTTCAAAGTCTACAGATGAATCAACTAAAAA +AAGTTTATTAATAAAAGTTATATCTATTTTATTCTTTATAATCGGAGTCACTTTTATCTT +CTTTTCAAATTGGTTTATTGATTATTTTGGAATAATCACACCTGAACAATTTTTATTCAA +CTTAAAATCACCACTTAAAGGTACAAGTACTGATATGTTTAAAGAAATTTTTATGACACC +AGTATTTGCTATTATAGCTAGTACTACTGTATTTTTAATCTTTATGAATTTTTCTTATGA +TATATCTTTGACTAAAGATAGTATAAAAAAGAAAATATTATCAAAAAGAATCTTAAGTAA +AGTATCATTTATATTAGCATTTGTATGCCTTGTAATTGGTGTACCATACGGTTCTCATAA +ACTTAATTTATCAAAGGTAGTTAAAGCATATTATTCTAATTCAAATTATTTTGATGAAAA +TTATGTTGATCCACGTGATGTAAAAATGTCATTTCCATCTAAAAAAAGAAATTTAATTCA +TATTTACCTAGAATCTATTGAAAATACATATCTTTCTGAGGAATTAGGTGGATATATGAA +TTATAACCTAATGCCTGAGTTAACTGAATTATCTAAAGAAGGTATTTCATTCTCAAATAA +TGATAAATTTGGAGGTCCATATCAAACATACGGATCATCATGGTCAGTTGCAGGTATGGT +AAATATGAGTGCAGGTATTCCACTAAAAATACCTATAGGTGCTAACTCTTATGGTAAATC +TGGTAGCTTCTTACCTGGAACTATTACTATAGGTGATATACTAGAAGCCCAAGGATATAA +TCAAACTATAATGTTTGGAGCCGATTCTGATAGTGGAGGATTAACAACATTCTTCAATAC +ACACGGTAGTTTCAATATTTTTGATTACAAAGCAGCAAAAGAAAAAGGCTTAATTCCTAA +AGATTATAATGTATGGTGGGGATTTGAAGATGACAAATTATACGAATATGCTAAAGATGA +GTTAACTCGTCTACACAAGGAAGGTAAACCATTTAACTTCACTATGGAGACAGCTGATAC +ACACTTCCCTGATGGATATTTATCTGAAAATGTAGAAAATAAATACCCTGAACAATATTC +AAACGTCATCGCTTATTCAACAAAAGAAGCAGTTAAGTTTATAAGATGGATTCAAGAACA +GCCGTTTTATGAAAATACTACAATCGTAGTGACAGGTGACCATTTAAGTATGGATAAAAA +TTATTTCAAGGAATTTGATCCTTCATATCATAGAACTATATTTAACTTAATACTTAATGC +ACCGATAACAACTGATAATGTTAAAAATAGAGAATTTGCGCCATTTGATATGTTCCCAAC +TATTTTAGCTAGTATGGATGTACAATTTGAAGGAGATAAGTTAGGATTAGGTACTAACCT +TTTCTCAGATAAAAAAACCTTAATCGAAGAAGAAGGATTAGAATCTCTTCAAGATGGCTT +AGAACGTAATAGTAATTACTTTAATGATAAATTTATATCAGAAAAAAGAAATAGCATTTT +TGAAAACACATTAGTAACTTATAGAAAAAATAATTAAAAATAATTTTTAATATGATAAAT +TATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCATAAGTTTATGTTCA +TGTTACAGTAATAATAACCACAAAACTACTTTACATGAAAGGACATAAATTTATGAACTA +CAAACATATTACCACAAATGAAAGATGCTGCATAGCAAATTTCCTAAGTTTAGGATTGAG +TCTAAGAAAAATTGCAAAACATTTAAATCGAAATGTATCTACTATTTCAAGAGAAGTTAA +GAGAAATTCTACTAATGGTAAATATCTAGCACATATTGCATGTGAAAATTACGCTAAAAA +TAGAAAAATTGCGGAGCAAAAGGAAAATCAAATAACCCTACATTAATTAAATATATAGAA +GATGGATTAGAGAAAACTTGGTCACCAGAGCAAATAGCCGGTAGGCTACGCCTAGATTAC +CAAGATGATAAATCTATGAAAATCGGTTTTAAAACAATATATAGATGGCTATATCAAAAA +ATTATTGCAAAAGGAAA +>MGYG000000001_4 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCAATTAAATAAA +TTAACTTAATTTTTTAGATTTCTTACTTCTTTCTTTATGTCTTTTTTCCCAGAAATCTGC +ATTTTGAATACCTAAAGCTTTAGGATCAAATACTAAATCTTCTCTAGTAATACCAGCTTT +TCTCTGTGTTTCATAATTTTTAAGACAAGCCAGAGCAGGTTTTGTCATAAAGAATAAAGC +AATAATATTTATCCAAGCAGTTATTCCAACAACTATATCTCCCATTGTCCATGCAAGCAC +TGCTTTTTTTATGCATCCAAAGTATACAGTGGATATCATAGCAACAAATGATTTACTAAA +TCTAGGTATAAAAGAATCTATAGCTAATTGCGTAAATGATGCATCATACTTAACACCTGG +TAATAATAATCCCATTGCTATTAAAGTAGCAAACTAAGATTAAATCTGATGTTTTTCTTC +ATCTAAGATTTCTAACATTAATTCTGGATAATCACTAAATACGGCATCTACACCGCAGTT +AATCATTTTTCTCATTTGTGAAGGTGAATTAATTGTATAAACATAAACCTTTAAATTATT +TTTATGAGCTAAGTTTACCATTTCTTTAGTCACTAACTCTTTACTTATGTTTATACTATA +CACATTCAATTTTTTAGCATGGTCAACAACATTTTTTTCGGGTGCATAATCTTTTTCATA +TTCATAAAGAGCACCGTATTTGTAATCAGAATCAATATTCTTAAATATATTTAAACATTT +GTGATTAAAGCTAGAAATAAGAACATTATTTCTCAGATTATATTTGTCGACTAAATTAAG +TACATCTTGTTCTAAATCATAATGAATCTGATCTGTTTTGGCTTCTATGTTTAAAGTAAT +GTTTTTATCTTTAATAAGCTCAAAAACATCCTCTAAAGTAGGAACTTTGCATAAATCATT +GTCAATAAATTCAAATTTTCTACATTTTAAGTTTTGTAACTCTTCTAAAGTATAGTCTTT +AACTAGACCTTTTCCTTTAAAAGTACGTTGTACATCTTCATCATGTATAACGATTAGTTT +ACCATCTTTACTTTTGTGAACATCAAGCTCAATACCGTCAATAGGTAAGGTAAGTGCTTT +TTCAAAAGATAAGATAGTATTTTCTGGGTAATCTCCACTTGCGCCCCTATGTGCAAATAC +TTTCATACAACACCTCTTATTTTAGTTTAGTTTTATAACAGAGACTTACAAAAAAATAAG +AGAGGCAATATAAATAAAGACTATATTTAAGATAGTCTTTATTTAAAAGCTCTCCCTTTA +TCTCCGCTATACATATAAAATTCAACATATTTAGTATAAAATAAGAAATTTTTTCTGTCA +ATGGCGTATGAAATAATTTTACTCAGAATTTACATTAAGTATAAAAAGCATCAATAGGAG +GAATTCATGGGAGAAAGAGAAATTTTTTTAGATTACTACTAGCATTAATTGCTGGAGGAG +TAACAGGTATAGAAAGAGAATGATTAAATAAGTTTGCAGGATTTAGAACACATATATTAG +TATCTTTAGGGGCTTGTATATCATCAATTATTTCTTTATAATTATTTTTGCAATATAATG +GGGTCGCAAATTTAGATCCAGCAAAGTTATAGGCACAAGTATTATCAAGTATAGGTTTTT +TAGGAACAGGTACGATTCTCAAGACATCTAGTGGAGTCAAGAGGTTAACTACTGCAGCTA +GTATATGGTCAACTGTATGTATAGGTATTACAATTGGTTATGGATATTATTTTCTCGCTA +TTGTTTCATCTATAAAATCTATTTGATAAGATTATTAGAATATAAATAAAAATATTATTG +ACAATTATAGAAGTTATTAAGTATAATTTAAGGGAAAACGTTTAAAAACAAAATCTTAAA +ATAATAAATATTTAGGCTAAGAGTAAAGAGAGCCTCCTATATAATAAGCATTTTTATGCA +TATAGGGGGCTCTCTATATTTTTTTCCAAAATTAAGATAAATGTTGGAGGTAAAATTATG +TATGATATAGCAATAATAGGGGCAGGCATAACTGGAAGTTCAATTGCAAGAGAATTATCT +AAATACAAGTTAAATACTGTAGTACTTGAAAAAGGTGTTGAAGTATGCCAAGGGACAACG +AAGGCAAATAGTGCTATAGTACATGGGGGATTTGATGCAAAGATTGGAAGTTTAAAAGCA +AAGCTAAATGTCAGAGGTAATGAATTATATCCAAGTTTATGCGAGGATTTAAGTGTAGAG +TTTAAGCAAATTGGCTCTTTAGTACTTGCATTTGATGAGGATGAAAAAAGACATATAGAA +GACCTTTATAATAGAGGAGTAAAGAATCATGTAAATGGTCTTAGGTTATTAGATCATGAA +GAAGTAATGAATATAGAACCAAATGTAAATAAAAACGTAGTAGGAGCATTACTTTGTGAA +AGTGCTGGAATAGTATGTCCATTTAATTTAAATGTGGCTTTAATGGAAAATGCAATAAAC +AATGGAGTAGAGTTAAAGCTTCAATCTGAAGTTTTAGATATAAGGAAAGATAATGAACAC +TTTAATATAGAATTAGTAAATAACAGTAATATAAAAGCAAAGTATGTAATTAATGCTGCT +GGAGTATACGCTGATAAAATAAATAACATGATAGGTGGAAATGAGTACTATATAACTGCA +AGAAAAGGAGAGTACAAAATACTTGATAAGTCTGAAGGGAAAATAGCAAATCATGTATTA +TTCCAATGTCCAACTACAAAAGGAAAGGGAGTACTTGTTACACAAACAGTACATGGTAAT +TTATTAGTTGGACCTAATGCTAATGAAGTTGAAGATAAAGATGATAAGAGTACAAGTAAA +GATGGAATAAATGAAATAGTAGAAGCATCTAGAAAAACAATAGAAAATATAAACTACAGA +AAGACCATAACATCATTTGCAGGTCTTAGAGCAACAGCTTCTACAGGAGATTTTTGTATA +TTTGCTTCAAAAGTGGCTAAAAACTTTATAAATGCAGGTGGAATAGAATCTCCAGGATTA +GCATCTGCACCAGCAATAGCAGAGTATGTAATAGAAATACTTAAAGAAGAAGGTTTAGAG +TTAGAAGAAAATAAAAACTTTAACCCAATAAGAAAGAAACATAAGCCATTTTCACATATG +ACAACAGAAGAAAGAAATGAACTTATAAAAAGTGATGAAAGGTATAAGAAAATAATCTGT +AGATGTGAAAGTGTAACAGAAGGTGAGATAGTAGATGCAATAAATAGACCTTGTGGTGCA +AGGACTGTTGATGGAGTAAAAAGAAGAGTTAGACCAGGAATGGGAATATGCCAAGGTGGT +TTCTGTGGACCAAGAGTAATTGAAATAATAGCTAGAGAATTAAATATTCCTGTAGAAGAA +GTGATAAAGGATTACGAAAATTCGGAAGTAGTATTAGGGAAAGTAAAAGAATTAAGGGGT +GAGTTAGTTGAAATATAATGTTGTAGTTATTGGTGGAGGACCTGCTGGTCTAGGTGCAGC +GGTTGAAGCGAAAAGAAATGGTGCAGGAAATGTTCTTATAATAGAAAGAGATAGAGAACT +TGGAGGAATACTTAACCAATGTATACATAACGGATTTGGGCTTCATGAATTTAAGGAAGA +ACTAACAGGTCCTGAATATGCAGGTAAATTTATAGAGATGGTTAAAGAAGAAAATATAGA +TTATATGTTAAATACTATGGTTTTAAATATAAATGAAGATAAAAGTATTGAAGCTCTTGG +AGAAGAGGGGCTTATAAATATTCAGGCAGATGCAATAGTTTTAGCTATGGGATGTAGAGA +GAGAACAAGAGGCGCCATAGATATACCAGGTTACAGACCAGCTGGAGTATACACAGCAGG +TGCAGCACAAAGACTAAGTAACATGGATGGATACATGGTAGGTAAAGAAATAGTTATTTA +TGGTTCTGGAGATATAGGTTTAATAATGGCTAGACGTATGACTTTAGAAGGAGCTAAAGT +AAAGGCTGTAGTAGAAATAAATCCTCACTCAAGTGGCCTTACTAGAAATATAGTACAATG +CTTAGATGACTTTGGAATACCATTAAAACTAAGTACTTCTATAAGTTATATACATGGGAA +GAACAGAGTAAGTGGAGTAACTCTTAGTAAGTTAGATGAAAATAGAAACCCTATAAAAGG +TGAAGACGAATTTATAGAATGTGATACAGTTTTATTATCAGTAGGTCTAATACCTGAAAA +TGAACTTAGTGTTGATGCTGGTGTTAACTTAGATATGAGAACTAGTGGACCAATAGTGAA +TAACTCTATGCTAACTAATATAGATGGGGTATTTGCTTGTGGTAATGTTGTTCATGTTCA +TGATTTAGTTGACTTTGTTACTAAAGAAAGTAGAATAGCTGGTAAAAATGCAGCGAAGTA +CTGCTTAAATAAGTTAGAAAATAATGAAACTATAAATACAGTTGCAGGAGAAGGGATAGG +ATATATAGTACCTCAAAATGTTGATAGAAATAGCAATGAAGACATTAACTTATTTATGAG +AGTAAGAAATATTTATAAAAATAAAAAGCTAGTAGTAAGAAGCAATGATAAAGTTGTTTT +AGAAAAGAAAAGATTACACATGATACCATCAGAGATGGAAAGTATTAATATAAAAACTGA +TATATTGAAAAATATTACAGGTAATATAACCGTAAGTGTTGAGGAGGCTTAAAGATGAGC +GCAGTAGATACTTTAATTAAAACAAAGCTAACTTGTATAGTTTGTCCTATGGGATGCCAT +TTAAATGTAGAACAATCAGAAGAAGGATTCAAAGTAGAAGGAAATACTTGTAAAAGGGGA +GAAAAGTACGCTGTACAAGAACTTACTAATCCTACAAGAGTTATAACTACGACTGTAAAG +CTTGAAAACTCATACTTACAGCTACTACCAGTTAAAACAGAAGACCCTATTCCAAAGGGA +ATGATATTTGATATTATGGAAGCGTTAGATAAGGTCAGAGTTAATGCTCCAGTTAAAGTG +GGGGATGTAATAGTAGAAAATATTTTAGATACAGGTGTTAATGTAATAAGTGCAAAAACT +ATGGATGTAATGTAGTGTATGGGCGTATTTTAGAATAATTGTTTATTTGGTGAATGGGGT +GAGGTGTGAGTATAAAGTTTCTTCCATGCAGTTGAGAAGATGCTGCAAATATCATCAACT +TTATATTTCACACTTTCACCCTAGTAATTTGTAAGTGTTTATTCTAAGATACGTTTTATT +TTTTGTGTGTATAATTAGAAAATATGATTAATTTTTAGATTTTGATATTAGTTGTGTCAT +TGTTCCCATTGGACAATAGATGCACCATGATCTTGGTTTGTATAAAATCATTGTGATTAT +TCCAAGTAGTGTAGATGTAACCATCATACTATAAAAACCAAATGCAAATTGAGCGATCCA +AGGACTAGTCATAGATGTATTTACCCAGTTCCATGGAAGTTTGAATGTCCAAAATAATGT +TATTACTTCCTTTACATTTGAAGCCCCACTGAATACTAAATAAGTATTGAATAACATAAC +TATAAACATTGTCATAAAAAAGGTTAAAAATCCATACCTAAAGTGTTTGCTTACCAAAAA +CCTAGGCATATCCTTATGTCTAGATAGTTTCAAATTATCACCTAGGATATTAAGTAGCTG +ACCTCTTCCGCAATAGGAGTGACAATATTTTTTACCACCATTAGATGCAGATATTATCAA +TGGAACTAAGAAACATATAAGCCCTAGCCAAGCAAATAAGATATTAAACAATCCTAAAGT +TAAATATAAAATACTCAAAATCCATAGATGATTTTTAAAATTCGTTTTATTCTTTTTCAT +ATCTAATCATTTACCTCCATTTGCTTAATTTCTATAATTGATGCTGGACATGCTTTAGCG +CATTTTCCACATCCAACACATTTTTTAGTGTCTATTTCAGCAACGATATCTTTATTTATT +TTTATTATTTGTAAAGGACATACCTTTAAACAAGTACCACATGCAACACATAATCTTGTG +TCAATAAAAGCTTTTCTTTTTAATATTGCCATGATATAACCTCCGAAATTTATATGATTT +ATGTTTAAAGGATATTATATTTAGAGGCATTATTCAGTGATATTGTCACATAATGAATTG +ATTATAAATATTGGAAATTAGAAGAAGATATTTATACAGGAGGTGTTTATATGGAAATAA +AGAATGATGGCATGATTGGTAATTTACTTAAAGATATTAATGAGGTAATTCCTAAGCCTG +ATGATTCAGCTCTTAAAATTTGTAAGTTAATTAAACGTTCTGGAGATGTCGTTGGATATG +AATTGTCTAATTCTAAAAATTAGCAAATATTAAGGTATAAAGATGGCTAAGAACGGTAAA +ATTGTGGGAGTTACTGTAGCTACAAATAAAGGAAACGAGTATTTAAGAAGTTTGACTGAT +GATAGTGAGGGTAATAACCTAAGTAATCTTCCATCAATAACAGATTAGTTAAAATCTATA +AGATTTAATTGACTATAGTATTAGTCTGGTTAATAAATGTAGACTAAGGGTATCTATAGC +TAGTATAATATTATCTAGATTAATAATAGATTCTAATTCTTTATTATGATGTCGAATTTT +TACAATACAAGAAGATAATATGTGAGTATAATAGGTATAGATTATTTTTAGGAGGAAAAA +ATATGATAAATAAAATAGGTAAAATAACTATATATGTAAATAACCAGGAGGAAGCTAGAA +AGTTTTGGACTGAAAAGTTAAATTTCGTGGTTAAGTTTGAACAACAAATGGGTCCTAATA +TGACATGGTTAGAAGTTGGACCAAGTGAAAATGAGTTTACTACTTTTGTTTTATATGATA +AGAAAATGATGCAGGCTCAAAACCCTTCTGCAAATGTAGGGCATCCATCTATATTATTAA +GTACAGAAAATATAGAATCTGCTTATAATGAGATGAAAGATAATGGTGTTAAAGTTGGTG +AATTAATGACAATGCCTTATGGAAAGATGTTCTCATTTAAGGACCAAGATGGAAATGACT +ATTTACTTAGAGAAGATAAATTTTAATAATAATTTTTAATAAAAATAACCTATTAGCGTA +GGTTATTTTTTATTTACATTTATTTATTTTGAAATATTACTGTTTTGAAAATCATAACTT +TAGCATTAGCATTGTATAAAATTATTTATTGTTTTACGATAAAAAAATATTGTTTTTTAA +TATTAAATTATTGACAAAGAATAAGAATGAGTTTAATATTAGAAACATACTAAGATAATA +AAGTGAGGTAATAAAGATGAAAATAACTACAAATAGAAGTTCAAAGATTTTAAACAATAT +AGTGCTGGTGGGTATAGTTCTAACATTACTATTACTTATAGGAACTCCATTAGTATTAAC +TGCATTTTTTAAAACTCAATCATTAATAGAAGATTCAAATATAGTTAGCATAATTACAGT +TGCAATATATATTTGTGCAATACCATATGTGTATGCATTGGTTTTATTAAAGAAATTATG +TGAATTAGTAGCAAATAAAAATCCTTTTTCACCAAGAGTACCAGTTATTTCAAAAAAGAT +AGCTATGTGTGCATTTAGCGAAGTAATATTATTCAATGGTGTAACAATATTTTTATGTTA +CTTCTATGATATGTATTTATATGCTTTAACTATATTCTCATGTATTATAGTTTCATTTGT +TTCAATAGCAATAGGTTTTATGAGTCTAGTTTCTTCAAAGCTATTTGAGATGGCAATAGA +GATTAAAGATGAAAATGATAAAACAATATAAAGGAGGTAGTTATGGCAATTATAGTAAAT +TTAGGTGTAATGATGGCGAAGAGAAAAATGAGTGCGACAGAGTTATCTCAAAAACTTGGA +ATAACTTTAGCAAACCTATCAATATTAAAAAACAATAAGGCTAAAGCTGTTAGATTTACT +ACTTTAAACGAAATATGTAAAGCTCTAGATTGTCAGCCAGGTGATATTTTAGAGTATGTA +GAAGATGAAGAGTAAAACAAGATAAATAGGGGGAAAAATGGTTGGAATAGGAAATAGATT +TAAAATTTTATCACTAGGGATAATAATACTTTGTACAAAATTATTTGGTTGTGAGGATGT +TTTTTTTAATAATTGTATAGATATTATTAAAGAGAATTGGGATATACAAATATCAGCACC +TACAGAAGAGATATTTCATGAAAGTAGCTCTATTAGTTTTCACGGCGATGGAGAAAGGTA +CCATGTATTTGAATATGAGAATGAAGAAGATATAATAAATTCATCGATACAGTGGATTGA +TTATAGAGATAATTCAATTAACGCTAAAGTTCAAGATATAATATATGATTTAGAAACATA +TTATGATGTAAAAATTCCTGAGGAATTTAGACCTAATATAAAAGATAAATATAAGTTTTA +TACTATAAGTAAAGATGATAACTCGAATCTATATCTAGTATATATACCAGGAACTAGTCG +AATTTTTGTAGCAGAAGATATATTTTAATAAGTAAAGAAAAATTAAAGAAAGATTTATAA +TGAAGAAAAAGATTATTGCTTCAATTTTAATAATGAGTACAGTGTTATTAGGAAGTTTTT +ATTTTAAAGCAAACTTTTCTAGAAGTTATCATCATACTTTCGCTAAATCGACAGACTTGG +GTAAAGAAAATATTGAAGGAATATATTTAAATGATGAGATTGACAGCGGAAAAATAGTTT +CTAAATATGGAAAAATATCAGATTTTAGTCATGATAATGTTCTATATAATTACTACTTTT +TAAGAGAAGGCATTGAAGTGGCAACGAATAAAGATGAAAATAAAATAATAAGATTTATTG +TTAATGATAAAAACTTAAAGACTGAAAAAGGAATAAAAGTTGGAGATAAAAAGGATAAAA +TAATTGAACTGTATGGAGATAATTATTATAGTCGTTTAGAACAAGGAACTAATATTATTG +GATATGTAGATAAAGAAAAAGATTATTCAATAGAGTTTTGGATTGGAGAAGAAGGTATTA +TTTTTTATAGATTTGATTACACACTTATGATGTGAATAGTATAAATTTAGTAAATAAGCA +TTTAACATTTTATTTATAAATTCTTATTTATATAAGTGGAGAGGTAAAATATGATTAAAA +TAGATAGTAAATTAGTACAAAGGTTAATATGTATCTTTCAAACTACTTATATTTTATTAT +TCTTAACTAATGTAAGTGACATTATTACTAACTTTAATATTTATACTGGGTTTGCATTAT +GTGTATCAATTAATATGGTTACTGTAATTTTAAATATGTTCCATATCATAAAATTGCCTA +AAGATAAAATAGGTATAAAACTTTTATTAATATTTATAACTTTGTTACAAATATTATTTA +CAGTATTTATTTACTTACTTCCAGAGGCAGGAATAGATCCTCGAATTAAGTTGTGGTAGC +GCATATTATATACAATTAACATATATGAGACAGAATAAAGAATGAATCATTCTATGAGGT +GGATATATATCATGAGTAAATGCAGGATTAGGTCATCACATCAGAATATATTATTATGAA +GATATTAATATATTTATTATGAAAAGAGCTGATAAAGAATCTGAAATCTACGATGGTAGC +TATTATAGATATGTTAAATAAATGTAAAATATCAGAAAATTAGTTGCATAAAATAAGCCA +TCTGTATATAATAAGAATAAATAAAAGAATTCCCTTGAAGGGGAGTAGCTTTCACATTAA +ATGTGATAATCAATCGTCAGATCGGAGTAAAATCCCGGTTGATTAGCGAGTACATAAACT +TGTTAGCAAGACCTTCAGAGTAGATTACAATTTCTACTTTGGCGGTCTTTTTTTATTTGT +AAAAATTAAGTTTTGGAGGGATATATATGTTTTACAAAACAACAAGTGAGGAAGTAATAA +GACATCTAAATAGTAAGATGGAAGGATTGGCTCAAGAAGATGCTAAAAAAAGATTATCTG +AAAATGGGTATAATGAACTAGAAGAAAAATCAAAAACTCCAACATGGAAACTCTTTATAG +AAAGTTTTAAAGATCCTTTAGTTATAATACTTTTAGTAGCTGCTTTAGTTCAAGTATTTT +TAGGCGAAGTAGTCGAGTCAGTTATAATATTCTCTGTATTAATATTAAACTCTATATTAG +GAGTTGTTCAAACTAAGAAAGCAGAAGGTTCTTTAGCAAGTTTAAAACAGCTATCAGTGC +CGAATGCAAAAGTAATAAGGGATGATGTAAAAATAACAATACCATCGAGAGAGCTAGTGC +CAGGAGATATAGTAATTCTTGAAGCTGGAGATTATGTACCTGCTGATGGTAGAATCATTG +AAGCTCAAACCTTTAAAGTAGTAGAAGGAATGTTAACTGGTGAATCAGAGCCAGTACTAA +AGCATGAAAATTCAATAGATGAAGAATGCGCATTAGGTGATCAAAAGAATATGGTATTTA +GCGGTTCTATGGTTGTTTATGGTAGAGCAATGTATGTAGTGACTGGATGTGGTATGAATA +CGGAAGTTGGTAAAATAGCAAATTTACTAGATACAGCTGAAAGTAAAGAAACACCACTTC +AAAAAAAGCTAGATGAATTTGGTAAAAAACTTGGAATAGGTATAGTTGGATTATCAGCTT +TAATATTTGGAGTTCAAGTTTACAGAGGCGGAAATATAGTAGATTCATTTATGTTTGCCA +TAGCGATAGCAGTTGCGGCAATACCAGAGGCTTTATCATCAATAGTGACAATTGTTTTAG +CAATGGGAACAAATACTATGGCTAAAAAACAAGCTGTAATAAGAAAATTACCAGCTGTTG +AGACTTTAGGTTCAACAAGCGTTATATGTACTGATAAAACTGGAACACTTACTCAAAATA +AAATGACTGTAGTAGACTCTTATATGTATGGAGTTAAAAAACTTGCTTTAGCAGATAATA +CACGAGGTCAAGAAATTGCATTAACTGATATAGAGTCAGGTCAAGAGTTTACACTAACAC +TAGCAGCTACACTTTGTAATGATTCAGATATTACAAGTGAAGGTGTAGAAATAGGAGACC +CGACAGAGGTAGCACTTATAAATTATGCAAGTAAAAATAACATAAATTATAAAAATCTAA +GAGAAAAATATAGCAGACTTAATGAACTACCATTCGATAGTGATAGAAAGCTTATGTCTA +CTGTAAATAAGGTTAATGACGATATATTAATGTTTACAAAAGGTGCGCCAGATATTGTAT +TTAGTAGATGTAAATATGCCCTAAATGATGGGGAATTAGTACCAATAAGTGAAGAAATAA +TTAATGAGTACAAAAATGCAAATGAAGGATTTTCTAAGAAAGCACTTAGAGTACTTGCTT +TTGCTACTAAGAAAGTAAATGATGAAAACTTTGTTCCAAAAATAGAAGATGAGGATGAAT +TAACTTTAATAGGTTTAATTGCAATGATAGATCCTCCAAGAGAAGAGGTATATGATGCAC +TAAGAGAAGCTAAAGAATCCGGGATAAAAACTGTAATGATAACTGGGGATCATAAAACTA +CTGCAGCAGCAATAGCAAAAGATATAGGTATTATGGTTGATGGTGATTTAGCACTGACAG +GTCAGGAATTAGATGCTCTAAGTGAAGAAGAGCTAGATAAAAACTTAGAGAATATATCTG +TATATGCAAGAGTTTCTCCAGAGAATAAAATAAGAATAGTAAAGGCATGGCAAAGAAAAG +GGAAAATAACTGCTATGACAGGTGATGGAGTTAATGATGCTCCAGCATTAAAACAAGCTG +ATATAGGAATTGGTATGGGGAGTGGTACAGAGGTTGCAAAAGATGCATCAGCTATGGTAC +TTCTTGATGACAATTTCTCTACAATAGTAAATGCAGTTGAAATAGGTAGAACAGTTTATA +GTAACATTAAGAAGTCAATAACTTATTTATTCTCAGGAAACTTAGGAGGAATAATAGCAA +TACTATTTGCAGTAATGGCAGATTGGAGTAATCCATTTACAACATTACAATTATTATTCA +TAAACCTAGTAACAGATTCATTACCAGCAATAGCGCTTGGTCTTGAAAAGCCTGAAAAAG +GTGTAATGAAAAATCCTCCAAGAAATCCAAGTGAAAGTATATTAGCAGGTGGAACTTTAA +CAAGTGTATTAAAGAGAGGTACTATAATAGGTGTAGTTACAATACTTGCTCAGTATATAG +GTATTCAGGAGTCTCCAGAGTTAGGTACAGCAATGGCATTTTCTACACTTACTTTATCAA +GAATAATTCAAACATTTGCTTCAAGATCTAATACTGAAACTATATTTAAATTAGGATTTA +CAAGCAACAAGTATGCTTTAGGTGCAGTAATAATTTGCTTAGGTATGTTTGGATTAACAT +TAGTTCCATTTATGAGAGATATATTTGCTATACCAGCATCTTATAGATTAAGTAGCTTTG +TAACTTGTTTTGGATTGGCAATTTGTGCAATGCTAGCTATGGAAGTTAGTAAATTAATTA +AAAGATAATTAATAAAAAATAATATTTAAAATATTAAAAAAGTCATGATTGATTTAAAAT +ACAAAGTAAGTCATATATAAAAGATTGTAAGGATTAGGGCTATCTTAAAATAAATTTTAT +ATTTTAAGATAGCCCTTTTACTATTTTTATTATAAAAATAAAAATTTGAAACTTTTGAGT +TAGATAAAACGTCTATATATATGAGAGGTAAATAGGGACAATGAAATTACTAAGTTTAGT +AGAAGGAGACTATATAGTTAGTTATTATGAAATAAAATGAGATGGGGGAAAATAAAGAAT +TGAAGAAGTTTACAATTTTTATAGAAATAATATCTTGGATGGGACTTTTAGTTACAGTAT +ATGGAATTATTAAAATGTTTTAGATTATTTACAATATAAATGTACCTACTATATGATATA +TTTTGTAGAAATAGACTTGTGAGAAATAAAGAATGACCTTTTATTAAGGTCATTCTTTAT +TTTATAATCCGCATATTAGGTATTACTTTTATAAATTAATGTCTTTTCATTACTATTAAC +ATTGACCAAATAGATTTCTAGATTGTTAAAGTCAAGGTCTCCATCTTTATAAATCATAGG +AACATAGAATGAATTACTTTCAGCAATAGGATTTATAAAAAAGATATCTTCAAAGCTATT +TGACTTTATTTTTACAATATAATCATCTTGAATAAAGTATTTATTTTCAGTAGTAAAGTT +AAGTAAGCTATAATTATCTTTTATAAGTAAACTTTTAACATCTATATTTATGTTATCAAT +ATTTACTATATTATTAAGAACATGATATCCAGACTTAGTATTTGTAGATTTTTTTATCTT +AGATTTATTATCTGGATAAAGCTTCTTTTGTTTTTTTGTGTCTTTAACTTTTACTTCATA +AGTTAAATCAAACGAATAACCTTTTGTAATATCAAGAAAATTAATCGTTAGAATTTCTTT +TTTGTAGTCAGAAATAAATGATTCTTTTATTATATAATTGCCTAAAGAGTTATAGCTAGA +ATTATTTGAAGATAAAAGAGTATCTAAAGTAACTGTCTCTTCTGGAATTGGTGATTTATC +TAATGTCTCAACCGTATATTTAGTTAATATGTAATTTTCGTATAGTGTGGATTCAAGTAT +ATTTACACTATAATTTTCAACTTCTATAGTATTAGATAGAGAAGTTAAAGTTGAGGCAGA +AATAATTTTTTCCTCTATAATGTTATATCCTATAAGAAAAATACTTATAATTGCAAAAGT +TAATAAAATTATATTTCTTTTTTTCATTTTACCTCCTTAGATTACATTTTATATAAGCAT +ATTCTAAGTAACTATTTTTCTAAAAGTTCCATTTTCGTATGAATTGTAATTTATATTTAA +TGTATTTTTTATTATGGATGCTTAATTTAATTACCTATAAATATATTATATATTATAATA +ATAGAAAATTTACCATAAACATGTTTACATTTTATTACAAATAAACTTCAAAAAATGAAA +AAAATAGGGAAAAATGATTTAACCCTATTTTTTTCATAAATGCTATAATTTTATATGTTC +TTCTAACTTTTTAAGAGCTTCTTCAATTCTTTTTTCTCTTGTCTTAGCTTTCTTTGCACT +AGAGATACATTGGTAATACTTTCTTTTTCCTGAATAAGATAAAGAATTATAGAAGTCTAA +TGCAGTTACATTATCTTCAAGTCTAGTTTTGAAGTCATTTGGAAGTTCGACTTCTCTTAC +TTCATTATCTTTTTCTACTTGTACAAAAATAGTATCGCCAGCTTCTTTACCTATATTTTT +TCTTACCTCTTTAGTAACTCCAATCATATAACATGGAAGTCTCATTTTTACAATAGATCC +TCTATAATCATATCCATCGAACTTTACTTTTACCTCAACTCTTTTAGAACCAAACTCTTT +TTCTACATCGAATGGAATTTCTATATATGTAGCATCTTTTCCTTCGTGCTTTTTTAATAT +AGTTTCAAATTTATATGTCATATTAATTTCCTCCATGAAAACTATAGCTATATTATATAT +TTTTAAATTTATAATATATTATAACCTAGTATAAAATGTAAAACCTATGTTTTTTAATTA +ATGAGAAATAATAAAATTAAATTTTTCTATTGACATTAACGTTGCGTAAGCCTTTATTAT +AAAATTGTCAGGAGGTTAATATATGGAATATACAATTAAGAATTTAGCACAACTGGCAGG +TGTTAGTGTGAGGACACTAAGATACTATGATGAAATTGGACTGTTAAAGCCTTGTAGAGT +TAATTTATCTGGTTATCGTATTTATGGTGAAAAAGAAGTAGATTTATTGCAGCAAATTTT +ATTTTATAAATCAATAGATATGAAGCTAGAAGAAATTTCCCAGGTAATTTATCAGCCTGA +TTTTAATATTTGCCAGGCTCTTGAAGAACATTATAAAGAACTGATTTCTAAAAAAAATCA +GATAGAGCAATTAATTTTAACAGTTGAAAAAACATTAGCTTATAAAAAAGGAGAGATAAA +AATGTCAAACAATGAAAAATTTGAAGGATTTAAAAAAGAGAAAATAGCTGAAAATGAAGC +AAAATATGGTAAAGAGATAAGAGCAAAATATGGTAAAGAAACTGTAGAAAAGTCAAATGA +AAAGTTTCTAAACTTAAGTGAAGAAGACTTCAATAATATGCAAACAATTGAAAATGAAAT +GTTTAAATTATTAAGTGAAGTAATAAAAACGAAAGATTTAGATTCAGATGATGCTAAAAA +AGTATATGAAAAACATAGAGAGTGGTTAAGTTTTTCATGGCCAAAGTATACTGCACAAGC +GCATATAGGTTTAGCTATGATGTATGTAGCTGATGAGAGATTTGCAAAATATTATAATGA +TAGAGCTGGAGAGGAAGCTACTCAAGTATTACATGATTGCATAGTCAAATATGCTAAATA +AATAATTGGAAACGTATTGAATTATTGAATTTGAAATCACATGCGATTATTAAAGGTTAA +TTTATAAACAAAATAAAAGTTGATGGAAGTTAAGATATCCAGGAACTTTTATTTTAATAG +AGGTACTATTTATATTTTTATTGAGATTGCTAGATTTAAAAGTTTACAACATTGTAATTT +AAAGGTTTTTTCGTTGATACAGCCAAATGAAACTGATATTATAAATTTATTACTTAACAA +TAAGGGGGATATTATGAGTCTAAACGAAGAAAAATTTGAATTATTGTGTCAAGGAGATAG +TAGATTATTGAAGATAAATGCAATTAGAGGAGAACTTTTTAGAGTAGAGGCAGGGTCAAT +GGTAGCAATGACTCCAACATTTGAACATAAAGTTAAAGCAGGAAGTATAGGAAAGATGTT +TGGTAGAGTAATGTCAGGAGAGTCTGCATTACTTCAAGAATATAGAGCTACATCTGATGG +AGAGATATTACTAAGGTGGAACTAGATGGAAGTAAGCAGTATAGAATAAGTAATGGTAAT +TTTTTAGCCTGTACTGAAGGAATTACTTTAGAAGCTAAGGCAAAGGTTAAAGGAATTTTT +GGCAGTGGAGAAGGTATATTTGGCTTAAGAACTGTAGGAGCAGGGACTTTATTTGTAAAT +TCTTGTGGTTCCATACATAAAATTAATCTTAATATAGGTGAAGAGTATATTGTAGATTCA +AGTCATTTAGTTTTATGGGAAAATGAAATGGAATTTTCTACAGAATTAGCTGGTGGAGGA +TTAGCATCATCGTTTTTAAGTGGTGAAGAATTTGTCGCTAGATTTAGGGGACCAGGTCAA +ATTTGGATTCAAACTAGAAAGCCTATAGTAGTAGCTTCTAATGGTTAAATTATATAATTA +AACGGTGTTCTTATCATGATTACCGAGGAGCAAACTTTATGAATATATTACAATCAATGT +ATATAGATGCACATTCCCATTTAGATTTTTATGATGAAAATGTAGAAAAAGCTATAGTAG +ATATTAATAATAACCATATATTAACATTGGCTATGAGCATGGATATAGAAAGTTATAATA +AAAATAAAGTATATGCAAAAAAAAGTAGATATATAAAACCATGTTTTGGGATACATCCAT +GGAAGGCTCATGAATTTAAATATAGCTTAACTACTTTAATACCGTATATAGAAGAAAGTG +AAATAATAGGTGAAATAGGACTTGATTTTGTATGGTCTGAAGGTAGTCATACATATACAA +AACAAAGAGAAATATTTTACTTTATATTAGAAGAGAGTGTAAAGCGAAATAAAGTTATAA +ATTTGCATACCAAAGGAGCGGAATATGAAATATATAATGCTCTTAAAAAGTACAATTATA +GCAAAGCTATTATACATTGGTATAGTGGTGATTTAGAAACTTTGGATAAGTATATAAATC +TTGGGTGCTATTTTACTATAAGTGTAGATTTAGGATATAGTGATATAGCAAATAAGATAT +TAGATAGAATCCCAATAGAAAGGCTATTAGTTGAAACTGATGGACCAGAAGCTTTAGAAT +GGGTGAATGGAGAATATGGTTATCCATCTGTTATAAAAGATGTAGTCAAAAAAGTAAGTG +ATTACAGGAATTTAAGCTTACGAGAATTAAATAAAGTGATAGAAGATAATTATAATAGGA +TAATGAGTTTGTAAAATTTAAGATATACTTTATATAGATTATATTGGTATAATATTTACT +ATAGTTTAGTGGAGGTAAATGATGAAATTAAGTGAATTAGTAAACTATGCAGAAAACAAT +GCAGATAAAATTATAGTAAATGCTATTATAAAAGATGATAGTGAAACATTAAATAAATTT +GTTATTAATATTATTGGAGATTTATTAAATGGAGTAAACTTAGATAATGAGTATAGAAAA +CAGGCTATAAATAATCTTAATAATTATGATGAAAAAGAATTAGGAAATTTAGGTACATAT +ATTTGCTTAATACCTTATGTTCAGTCTGTTTTAAGTAATCAAAAGAATTGGGAGTCTAAA +GCTACTTCATTTATAGAGAATTTAATAAGTTATATTATTGGTCTAATAAGAAAGGATGAG +TTTCTTAATAATCTATTAGAAATGAGATGTATATTAAAAATATCAGATAATTTCTACAAT +GGTTTAGTAAATCATTTTGCTTCATACAAAGAATACATAACTAAATCTGCAATAGAAAAA +ATAAAGTAGAAGATGAGGGCAATCCTCATCTTTTTTAGTTGTAAATAAATTATATAAATA +TAATTATAAAAGATGAAGAAAATGATAATTAATATCACTTATAAAAGTGAATTTGAGTGC +TATGATTATATTAAATTAATATTAAGGGGGAAATGATTTATGAATAATAAAATAAACATA +ATATATTGGAGTGTTACAGGAAATACAGAACTTATGGCTCAATCAATTTATGAAGGAAGT +TCAAAAAATGAAAATGTTAGATTAATCTCTGTTGATAAAGCAAATATAGATGATGTAAAA +GAAGCTGATATATTATTCTTAGGTTGTCCATCTATGGGAAATGAAGTATTAGAAGAAACT +GAAATGGAACCTTTTATGAAAAGCATATCAAATAACATAAAAGACAAAAAGATAGTATTA +TTCGGATCTTACGGATGGGAGATGGAGAATGGATGCAAGATTGGGAAGAGAGAATAAGAA +AATATGGAGGAGAACTAGTTGAAGATAGTATTATCTCTAATGAAACACAATCATCAGAAG +AGATTGCACATCTTTCAAGTTTAGGAGAAAAGTACTCTTGTGCGTTACAAAATAACTAAA +AAAATAAAGTTTATTATTTAAAATAAATATTATTATATCTACTCTTTATTTTTTTATAAT +TTCTTTAAAAGAATAATATTTTTATGGTAGTATAAAAGTAATAAATAGTTAAAAAATTAA +TATGTCTAAACTAAAAATGTAAGGCTTATTGTGAGAGATATCAAACAAATGAGTTATGAA +AAATATGAAAGTTAAAGGATTAAAAGAAAAGTTAGTTATAAAAATAGATGGTGATATTTA +ACTACGATTTTTAGCAAAAGAAATTATAACTTTTAAAATACAGATTATAATAGGGAGTAA +TAATGATGAAGAAAAACATATATGGTCTTATAATATCCATACTTAGTAGTATTGGAATTT +TATCAATTAATGGAGTTAATTTTTCAGCCTTATTTATAATAATTACTATATGGATAGTAT +ACATATATATTATTTTAAGGAAAGTTGAGAAAATAACTACAAGCAAAATAGTAAAAATAA +TATCTAAAACATACAAAAGCTTAGTAGTTATATTATTTATATCTTTGATACTTATAGAAG +GTATGATTGTAATAAATATGAATCAATTAAAAGAAGTTAAAGATATAGAAAAATTGAATA +ACGTGATAGTATTAGGTGCTGGACTTGATGGATATAATGTAGGTAAAACATTGAAATCTA +GATTGGACAAAGCTATAGAGTATTATAAATTAAATGAAGATGCAAATATAATAGTATCTG +GTGGTCAGGAAGAAGATGAGTTGATATCTGAAGCTGAAGCGATGTATAGATATTTAATAG +AAAATGGTGTAGAGAAAGAAAAGATCATTAAAGAGGATAAAGCAACAACTACATTAGAAA +ATATAATATATAGTAAAGAAGTATTAAAAAATTTAAATCATGAAGGTGAAAAAGTACTTA +TAGTAACAAATGAATTTCATATAACAAGAGCAATGATTATAGCAAATCTTTTAGGGGTAA +AAAATGAAGGATTATCATCAGAAACCCCATTAAAGATTAGAGTAAATTACCTAATAAGAG +AATATCCAACTATGGTTATTGATATCGTAAGAGCTGGTTACTATTCAGTATTCCAATAAA +GTAAAAACTTTCATTTAGGAATGGGAATAAATAACTAGCGAACAAAAGTTATTAACATAG +ATGACATTTTGCATGACGTAGAAATTTAAAGTATAATAATATAAAGTATGACCAAGGAGT +GTATTGACAGTGAATTTATTTATAGAAAAAACTAATATAAAAAAATTTAATAATACAAAA +GAATTTGTAGAAGAGTTTCAAATTGGAGAAGATGACTTTATCTTGATTAGTAAAAGTCTT +TACGAAAAATATTTTAAACAACTAAACTTAAAAGCAACTGTAATATATAAAAATAAATAT +GGTAATGGTGAACCAACAGATACAATGATGGATAACTTACTAGAGGACTTTAACAATAGC +AACTGTACTAGAATTATTGCAATTGGTGGTGGAACTGTAATCGATATGGCTAAAATTCTT +GTATTAAAAAATGGAAAATGTACAGAAGATATTTTTTATAAAAGAGTGCCTTTAGAAAAA +GTAAGACCTTTAATTGCAATACCAACAACTTGTGGAACAGGTTCTGAAGTATCAAACATA +AGTGTTACAGAAATGACAAAACTTAATACTAAAATGGGATTAGCAATAGATGAGTTATAT +CCAGATTATGCGGTACTTATACCTGAGTTGTTAACAGATTTACCATATAAATTCTTCGCA +GCAAGTGCTATAGATGCACTTATTCATGCAATTGAATCTTATATGTCACCAAAAGCAACT +ATATATACTGAGTTATATAGTAAAGAAGCAATGAATATGATTCTAGAAGGTTTCCAAAAG +ATTGTGAAGGAAGGTCATGATGCAAGGTTATCTATGCTTGATCAATTTCTTAATGCAAGT +AATTTGGCTGGAATAGCATTTAATAATGCTGGAAATGGAGCAGTACATGCTATGTCTTCT +CCTTTAAGTGGAAAGTATCATGTGTCTCATGGAGAAGCAAATTATCAATTTTTTACAGCT +GTATTTAAAGAATATACAGAAAAAAATCCGACTGGAAAAATTAATGCTTTAAATAAATAT +TTAAGTACAATATTAGACTGTGATATAAATGAGGTTTATATTAAACTTGAAGAACTATTA +GATAAAATTATGGTTCGAAAAAATCTTAAGGAATACGGGATGAAAGAGGAAGATATAGAA +GTCTTTGCAGAGAGTGTAATTAAAAATCAGCAAAGGTTACTTAGCCAAGCTTATATAGAA +TTTACAAAAGAAGAACTTGCAAATATTTATAGAGGATTATTTTAATGTAGATTTAAATAT +TAGGACTAATAAAAAAATTTTTATAATTATAAAATGATTTTAAGATGATGGAACAATTTA +TTCCATCATCTTTTTACATATAAAAAGATATTCAATAGTATATTAAATATCTTAATGAAA +TTGATAAAATTTGAATAAGCTTGGAGTAATTATATAATTTATGGTAGGATAAATATTAAG +AAGCAATAAATAACTATATGAGGTTATATCATAAACATAATTAAAGTAGAGACAGGAGAA +ATGTTGTATGAATATTAAATTAAGGAATTTGCAATTATCATATAACGAATATTTCTTGTC +TTGGATAAAAGATGAATAAGTAATAAGATACTCTTTGTTAATATTTCAAAAAAATGAAAA +GTAACGATGAAATATCACAATGGTTTGATAAGATATTAGTAGATAAATCATCTTTTAATA +AGGCTACTGTAGATGGTTCTAATGATAAATTGGTTGATAGCTCAAATTAATGAAATAAAT +TTATCAAGAGAGTGCTTTATATTTATAGGTGATAAAATCTATCATGGAAAATGTGTTGTT +ACATGGGTAACAAAAGAAATAACTAAACTAGGTTTTTAAGAATTAGGAATTAATAGGATA +ATTCTTACATCATCTGAAAAAACATCGGAGCAGTTAAGTCTTATACAAAATCAAATTATA +AAATAGAAGGTATTATTAGACAAGCATTTCATAGAAATATAAAATTCCATAATAATAATG +GGAATTTTAAGAGAAGAGTGGATAAATTTATAATTAATATATTAATAGAATAAAAGGAGG +AATACTATGAAGGTATTTTTAGGGGTAGCATTTATGGGATTAATGCTGATAGCAACTGGG +AAGATAAATTTAAATAGTGAAAAAAAAGATAAAGCAGTTTTAAAAAATAAAGAACTAAAT +TTGTGGTTAGGTTATATAGAATCTAGAATATTTGCAGATAATGATATGTTATTTGGTAAA +ATATTTCTTGCTTCTGGTATAGTTGGGATGATATGTTATGATACATTAGGATTATTTATG +GTGCTTGTGATTTGTATAACAGCTCTACTCTTCTTTGGAGTGAGCATGGCAAACTTTTAC +AAATATTATAAAGGTAAAGAGTATAAGTTTAAAGGCAGTAGCAAAAGTATAAATACTATA +ATATTAGTTGCCACTATAGTAGTAAGTACTATAGGAGTAATAACGCCTTTAAAATTAGGA +AAAGGAAGTATAGTATTTTCTCAAATAGATTCTAATGAAGAAAATGGGCGAACATTTACT +TATGAGATTAAAGGTTTACCTGAGATGAAGGAATATGAGTTAGGTTTTAATGTAAAACAT +TATGAATTAGATAAATTTGAGAAGCCTAAATATCAAGAAAATATAGGAACTTCTAAGGTG +TATTATAATGAAAGAATGGAAAATCCAAAGGTTACATTTAGTATTGATGAGCATGACAAC +TGTACTATATTTGTAACGAGTTTTGATAAGAATTTAAATAAAATTGAAGATAAATATGAA +TATAAGTTTAGAAGAGTTGATAATGAAACTAGTGACATGATAGCAGGAGAGTTTAGTGTA +CCAGTTGATTCAAATGGCAATATAATTGGAGAGGATAACGGAATGAACCTTTATTCATCA +GAAAATAATAATGAAACCTCAGGAATTCGCATAACAATTAAATAGTAAATATCAAATACT +ATATTGAGTGTTAGCAGATAATAAGATAACAATAAGTATTTATATGGGGAGTAGTATATG +GGAAGATTAAGATCAATATATATAAATGAAATTGAAGTTAAAGAGATATCTATTTTTAAA +GCACTTTTAATTATGGTTATATTTACAGTAATACCGGTCATAGCAAATTTAATATCTACA +GTAATATTACTTCTTATAGATGAAGATATGTCTTTGGGTAGTATTATGATAGTAGGAACA +ATTGTAGTTATTGTATTTATGATACTGACGATAATGATAGTGGCAAGGCTATTTACTAAT +AAAAATAATATTATAAATAACAACATTGAATTTAAGATTATTAAGAAAGATTTCATATGT +GTATTTTTTATTATAATAGGATATATCTTAATAAGAGATGCTTTATTATTTGAAACTTTG +TCAGCTTTTGAAGGTCCAATAACAGAAGAAGATATAAATTTTTTAATAGAAAATTCAACG +GATATAGAAGCTGGGATAGTTATGATATTATTACAGCTCCAAGCTCTTATACAAGCGCCT +ATATTTGAGGAACTCCTTTTTAGGGGGATAATTCTTAATGGTTTATTAAATAGATACAAA +GGAAATCAAAAGAAAGCAATATTATATTCGGCTATAATATTTGGTGTTGTTCATTTTAAT +ATACCTCAGGGGATAAATGCTTTTATGATTGGTATTATATTAGGGGGAATATACTATTAT +ACAGGATCTATGAAATTAGCTATTTTTGCCCATTTTATAAATAATTTATTTGTATTTATT +CCCGTTCCAAGTAATATTATAATTAAAATTGCTTATGTAGCTTTAGGAATATTCCTAATA +ATAAAATCGATAAAGAATATAAGTATTAATACAAAAAATACTTTGAAAATAGAAAAAGAA +ATATAGGATTGTAGTATGGAAATTTAATAAGTTAATGTAAAAAAGATAGCTAAGTAGCTA +TCTTTTTTTATTGTAAGTATTAATATAAACTATCGTAATATCCGATGACTTTATATACTG +TGAAATTATGAAATATAGGTATATGCTTCGAAGTTTATATTTCTATATAGAGCTTTGTAT +ATTTATTATTATGACAATAAAACTTAATTATATTAACTATACTATCAATTGTATATTTGA +GAAATGGAGCTGATGATGTTGATATAATTGATAAAATTAAAGCTACTAAAAATTCATATA +ACGATAGTGTCATATAATTCACCACCTTAATCTTATTTATATAATATATGAATTTATATG +ATAGTATAGAAAAAGATTTTGCAATAATTAGGATAAATTTAGGAATCATAAATTTTATAT +AAAGGATGTGCTATAAATCGAGTGTATTTTTGCAATTATAAGTACTTTAAAAATTAAAAT +ATTACTGTCAAAAATAAGGTTAAAGACTATAATTAATATTAAATACATGACTATTTTAAA +TACAGAAAAGAGGAGTTAACATACTTGAACTTAAAAACTTATCTTTTAAGGTTGAGAATG +GAGAAGGAAGAATGGAAATGGTTGATGATATCAATTCTTCTATGGCTAATGGAGAGATCT +TAGTAATTACAGGTTCAAATGGAGGAGGTAAATCAACGCTTGTTAAGTTAATAAAGGGAA +TAGAGAAACTAATAAGTGGACAAATACTATTTGATGGAGTAGATATTACAGATATGAGCA +TTACCGAACGTGCAAAATTGGGAATCGGTTATGCATTTCAGCAACCACCTAGATTTAAAG +GGGTAACTGTAAAGAAACTTTTGAATTTAGCAGCAGGAAGAAACGTAGATGAAGAAATAT +GCTGTAAGTATCTTTCATCAGTTGGATTATGTGCAAAAGAATATATGAATCGTGAGATAG +ATTCAATGATTTTGAGATATGAGCAAATTCAGATGTGCTTATAATTGCAGGATGCGGTAT +TCACAATGATGGACATGGAAAAATTCAACATGATGGTATTCACTATTTTCATATATGTAA +AGATGCTAGAGTTAAATATATCGAGAAACACTATGGAGAAGGTAGTGGAGATGGCGAAAG +AGTTCTTAATCCAACAACTGTTGTAAGTATGGAAGAAAATTCTTATTGTGAAATGGAAAT +GATTCCAATTGAAGGAGTAAATTCAACTATTAGAGAAACAACAGTATACCTTGCAAAAGG +AGCAAAACTTGTAGTTATAGAAAAACTCATGACTCATGATAATCAAATAGCTAATTCAAA +TATGATAGTATATTTAAATGGAGAAGATTCAACAGTTCAAGTTATATCTCGTTCTGTTGC +AAAAAATAATTCAGAGCAAGTTTTCCAGCCCATTGTAGTTGGTAATAATAGATGTAATGC +TCATGTCCAATGTGACTCTATAATAATGGACAATGAAAAAGTAAGATATGTTCCAGAGAT +AGCTGCTAATCACACCAATGCTCAGATGGTTCACGAAGCTGCAATAGCTAGAATAAATAA +TGAATAGTTAATAAAATTACAGACTTTTGGTATGGAGGAAGAAGAAGCTGAAGGTGTTAT +AGTTTAAGCATTCTTAAATTAAAAAAATGTAATAGAATAAGTTATGAATAATAAAATAAC +CTAACTACTATAAAATAGTTGGGTTATTTTATTGTAGATATTTTTATAAAACTTATTTTC +TAATAATAGGCAATTATATTTTGTTAAAAATTAATTATAATAACATGGGCATCTTCAAGT +CAAAAATAGGATTAGCTTCAGGTTCATCTCTACTATTACCTTGAGCTGTATTCTTAGATG +CTTCAGAACAATTGCGATCAGCTATAAATTATTTTAAACATGACAATATATTTGGAGCAA +CTGCATTTGGAAGTTACTCATAAATTTGCTGGATATTCAGAATTATTAATATTGATTGTA +TCTTTTTATGGATCTGCGGCATCAGTGTTAAACAATCATTTTAATAGAATATTTTACCAG +TAGGAAAACCATTTGGAATATTAAATAAATATATAGTTCATTAATATGTAAATATCATAT +TAGCTATATAAAATGGCAATAATAATATAAAACGAAGAGAAGGGATGACTTTTGTATGTT +AAATAAATTAGCTAAAAATCAATATGTAAAATTAGTAAAAGAAAATGGCAAAAAGAAAGA +AGTTGAATATGGAATAGTATTAAATGAAAATGGAGATCAATACGATATAATGAGTGTTGG +TTTCGAAAATAAAGATGGACATTTTTTAGAATATCCACCAAATGTAGAAAATTTAGTTCA +AACTTATACTACTCATGAAGGAACTATGTTTGATGAAGTAAAAGAAAATGAGGTAAGAAG +AGCTATGAATGTTTGGGTAGAGAAAAATTATAAGCTTTAAATGCAATGGGGGAGTAGACT +TACTCTCCTTTTGTTTTATAAAATATGATTTTTAACAATAAACTTCATAAAAAGACTAAA +CCCAATTTTATCAATAAGCAATATAGCAAAATATAAATTAAAATGATATAATTATTATAA +AATAAAGGGGGAATAAATGTGAGCAAATACGTAAATATTAACTCTCAATTAGATGCACTA +AAGTTGAAAGAGATAGAACAAAACTTTTATTACAACATAAAAGATAATATTAATATAGTG +CCCAAAGTTACTCCTTTTAAAGGGATTAATACAGATTTGCTTTATATTAAAGATAATAAA +ATCTTATTTATAAAGTTTATGGATACTACAGAGGATTTATTTTTTATTTTAGAAGAAGAA +TTACTTGAAGTAATGAATGAAGAATATGAATCTATGAAATTAAAAATGACTCAACGTAAT +AAAGATATAAGTTTTAACTATGTTTTTATTATGCCTTATGTAGAAATTGAAGATACTTAC +GGTTTTGATGATTTCGTAAATAATAATATTATAGATAGAAATAAATTAGAAGAAATAAAA +TTAGATAGTAATTTAATTGATACATATTTAAAAGAAGCAAATAATGAGATTGACTTAAAT +CTATTACTATTGGATATATGTCCAGAGTACTATATACTGAATAATAGACTTCATTTGAAT +GATAAATTTAAGAAAATTTCTTTTTATAATGATGAGTATAAATACACTGCAACTATGCTG +GAAAATAGTCAAATAGAAAACGCTATTTCAATAAACTATGGTAATACGTTGTTTAAAGGT +GGCTCTGGAAGTGGAAAAACTTCCATTATGATTTCAAGGGCTATCAAATTAGCTAGGGTA +TATCCACACCATAGGTTTTTAATTTTTACTTATACAAAGCAACTTAGAAATGAGTTAAGA +GAGCATTTAGATATACTTTATAAAGATAATACTAATTTAGAGGTTCATACATTTAGTTCT +TTTATTTTTAAATTAGCTAAAAAATATAATTTAGTAATAGATTATAATATGTTAAAAAAT +GATTATGAAAAGACTTTTAGTAATCTTATAAAACAAGCTAAAAATATTATAAAAACTAAA +AGTATGTTTAAAGGAATTTTTATTGATGAGGCAGAAAGCTTTTCAGCTAATGAAGTAGAT +TTTATTAGAGAATTTTTATATAAATCAAAATACATATTTAATGTATTTTACTGTGAAAGT +TTAAATATTTCTAATCACTTAAATATATTTAAACAAGCTTTTGAAAATATTGAATTTAAT +GAATACGTTGTTCTAGATAAAAACTATAGACAGTCAAAAGAATTAATTAATTTCACAAAT +AAATTTATTAAAAATTCTAATGAATATATAAATACTTTAAGACCAAGCTTAAATAAAGAA +ATTTTCACAACTACTAAGCCAATTCTAAATGATGGTAAAGTAGTAGATATAGTTAAAGTA +AGTGATTTAGACGAGCAGCTGAGTGCAATACTTTGGGAAATTGAATACTTTACAACTAAA +AAAGGTCTGAACTATTCGGATATAGCAATAGTGTATCCATATAATAAGAAGAAACTAAAA +AGTGGAAAGACAATTTATTTTCAATATTTAATAAGAAAAGCTTTAGAAGAAAGAGAAATT +CCTTATATATATGCAGAGGATACACTTACTAATCTAAGTTCTAGAAATGGAGTTACAATA +TCAAATATTTACTCTATTAAAAATTTAGAATATAAAGCTTTAGTCTTCTGTGAACTAGAA +ATGTTATATAATCAGACAATAAATGATAAAGAACAAGACTATCAAATAAATGATTTCGTT +GGAGACTTAAATAAAATATACTTAGCAATAAATAGATCAACCGAGTACCTAAGTATAATA +ACTACACTAAATGAAGAGGGGAGTGATTTAATAAGATTGTTAATGGATTCAAAATAATAT +AAATAGTAATAATTTAAAATTTGCATTGAAGCATAAAAAATAGAAACTTATTTAGGGATT +AATGCATATTGCAGCCTAAATTAAGTTTCTATTTTTACTGAATATATTATTTCATGAAAT +AGAAATATCCTAAAACTATTATACCAAGAACAATTCTGTAGTAACCGAACACTTTAAAGT +CATGTTTTTTGATATAGTCTAATAAGAACTTAATTGCAAATACAGAAACAATAAATGCAA +CTAAAGAACCAGTAGCTAATAATAACCATTCAAATCCACTAAATGCAAATCCAACTTTTA +AAAGTTTTAGTGCACTAGCACCAAGCATAGTAGGAACTGCTAAGAAGAATGAAAATTCAG +TAGCTACATATCTTGAAGTACCAAGTAAAACGGCACCGATTATAGTAGAACCTGACCTAG +ATGTACCAGGTATAAGAGCTAAGCATTGGAATAAACCAATACCAAGAGCTAGTTTATATG +TAAGTTGGCTAAAATCAGATACCTTAGGTTTTTTATTTCTGTTTTCTAGCATTATCATTA +TAACCCCATAAACTATAAGTGCAGTAGCAACTGTAGTTGAATTGAAGAATAATTCATCTA +TCTTATCTTCAAATAAAACACCTATTAAACCAGATGGGATTATTGCGATTATTACCTTTA +CCCATAAGCTTAATGTATCATTTTTTTGAACCGTAGTTTTTGAGGGATCAAAGGGGTTTA +ATTTTTTTAAGAATATCATAAGTACAGCAAGGATTGAACCGAACTGGATTACAACAAAGA +AAGTACTCCTAAATGCTTGCGATTGATTTAATTGAAGAAATTCATCAACTAATATCATAT +GACCTGTACTACTTACTGGTAACCATTCAGTTATACCTTGGACAATACCTAAAATAATGA +CTTTTAACATTTCAATCATATTTTATTACCTCCAAATAAAAAATACATAATTTACACTTT +AATTTGTAAAAACACTAAATAAAAGTATATCAACAATAAGAAATATATTCAAGTCAAAAG +AAAAAATGTTATATTTATATTAATAGATAATAATAAGGAGGCTCTATGGAAAATACTACA +ATTTTAACAGATAAAGAATTTGAGATATTTAATCAGTTTTCACAAAAGCTTAATCCAAAT +ACAAAACATGATTATTTATCAAAAATAGTATTAATGAAGGCATTTTTAGAAGAGAAAGAT +TTATTAGAAGTAACAAAGTATGAGTGTAACGAATTTATAGATTATGTAAAGGATAAATAT +GCAAAATCAACATGTGAGAAGATTTATAGTTATTTACATAGTTTTTATAACTTCATGAAT +AAAAAAAAATATATTGAAATAAATCCATTTACATATGTAAAAAAACCAGAAGTTAGTAGG +ATAAAAACTAAGGATGATGTCTTAAGTGTTCAAGAAATAAATAAACTTGTTGAAATCCTT +CCTAAGTTAAACATAAGAGATAGAGTAATAATGATATTCTTGGCAACTACAGGATGTTTA +TTAAATGAACTTGTAAATTTAAAATGGAAAGACATTATTATGGATGAAAAAAATAATACT +TATGTAAGGTTAGGAAAGAACAAGAAAGAAAGAGTAGTAAAGCTACATCCATATTGCTTT +AAATTAATAGAAGACTATAGGGACTACTCGGGTCTTTCAGAGGTAATACTTCCAACTAAT +GACTTTGTATTTACAACTCAAAAAAGCAATTCTATAACAGATAGAAATGTCAGACTAATT +GTAAAGAAAGCCTTAGATTATGCAGGATTATCTCAGTATTCTGCTAAAGATTTTAGACAT +TCTTTTGCAGCAATAAGCCTAAGACTTGGAGCAGATGAAGAAGATATTAAGAAGCAACTA +GGGTGGAGTGATAAGTATTATGCTATTAGATATAAATATGTATTAAATTTTGTAGATAGT +GAAAGTGTTGATTATATTATGAATAATGATCATTTAAGTATTAATAATAAATAAATTACT +CATATCAGTTAGTGAATATTATTAGTAGTAGAGACAATAAATTAATTATGATATACATTG +AGCGAAAGCCTAAATATGGTCCTATTAAATATTACAGGACAGATTTAGGCTTTTTGTTTT +CGGAATAAATAGGAAAAAATGGTTAGAAAACAAAATAGCAGGGTATTAAAAGAATATCAC +AATAAATTAAACTTTAGTAGAAAAAAAGTTGAGTTGAAGAGTGGGTTTATAAAAAGGATA +TTTAAAAAATAGAGATATATGAAGGTTAAAGCAGTTTTAAAATAAAATTCAGGAGGGGTA +AATATGAAAATAGAGATATATGAAAAAAATATGTATGGTGTAAAAGGTTTGGTTAATTCA +ATAATGGATGAAGAGTCTTTAAGAATTGGGGATGACTTAAAACAACTTAAAAATGAATTT +AAAGAATTAGAAATAGCAAGATATGAAATGGTTGTAAAGCCAAGATATATAAGTTCACTA +GTAAATATAAGTGAAAATGATAAGGAATATAAGTCAAGAAACAAGTCAATAGATCAACTG +ATGAAAATAAATATGAAAGATGTAGGTCTAATAAGCAATGAAAATTTACCAATAGTTTTA +ATAAATGGTGAAATTATCAAATTAGGAAAATATCCTAATATTAATGAGCTTAGAAAAAGT +ATTGAATTAGAAAAAATAATATCAATTGTATATAATAACTAATAATATTAGTATTTAAGT +TGATAATATTGATAAAATAAAAATAGGGCAAATCTCGGTTATGAGGTTGCCCATTTTTAT +TTATAATCTTAGATTATATTTAGGGAATAGGCCTATAGGACATCTTTTTTATCTAGTTTT +GTCGAAAAGTACCATTTAAAATATACTTAATTTATGGTATAAATAGTTAATAAGTTTAAT +TTAAGAAAAAAGATAAGGAGAATAATATGCAATATAAATTAGAAAATAACGCGAATAGTA +AAACTCAAAAAAAGAAAAAGTTCAAACTACCAACAGCATATACGATATTATTTTCTATAA +TAGTTATAATTGCGGTTATTAGTAAGTTTATACCAGGGGTTAAGGCTGCAACAGTAGCAG +ACGTTGTAATGTCTCCTATGAATGGACTAAAGGATGCAATAGATATATGTTTATATGTCC +TTTTAATGGGAGGATTTTTAAATGTTGTTACAAAAACTGGAGCACTTGATGCAGGTATAG +GTTCAATAGTAAAGAAGCTTAATGGTAAAGAACTTTTACTAATACCTATATTGATGTTTG +TATTTTCATTAGGTGGAACAAGTTACGGAATGGCAGAAGAAACTTTAGCTTTTTATGCTT +TAGTTACTGCTACTATGATGGCTGCAGGATTTGATGCTCTTACGGCAGTTGCCACTATAT +TACTTGGAGCTGGTGTTGGGGTTTTAGGTTCGACTGTAAATCCATTTTTAGTGGCAACAA +GTATAGATTCATTAAAGGGAGTAGGGGTTGAAGTAAATCAAGCAACAGTTATGGGAATAG +GTGTTGCTTTATGGTTAACAGCTCTATTAATATCTATATATTTTGTTATGAAATACGCAA +AAAAAGTAAAAGAAGATAATAATAATTCTTTATTATCAAAAGAAGAATTACAAAACTCTA +AAGAAGCTTTCTTAGATGGAAAAGAAGAAACTTTAGAGTTTACTACTAAGAGAAAGATCG +TTATGTGTTTATTTGGACTATCATTTGTAGTTATGATATTAGGTGTTATACCTTGGGAAA +GGTTCGGTATAACTATGTTTGAACACACAGATTTTTTAACAGGAATTTCTCTTGGTAATT +GGTGGTTCTCAGAATTAGCAATGTGGTTTGTATTAATGTCTATAATAATAGGTATTGTTT +ACGGATTTAAGGAAAAAGAAATAGTTTCTTATATAATAGAAGGTGCAGCGGAAATGGTAG +GTGTAGCACTTATAATAGGTATATCAAGAGGTGTATCAGTTATAATGTCTAGTACAGGTT +TAGATGCTTATGTATTACAAAATGCATCAACTGCTTTAAGTGGAATGTCACCAATATTAT +TTACTAATGTTACATTCTTGATTTATATTGGTTTATCATTCTTAATACCTTCAACATCAG +GATTAGCAAGTGTATCTATACCTATATTTGGTGCATTAGCACATACTTTAGGATTCTCAC +CAGAACTAGTAATATCTATACTTGGTGCAGGATGCGGACTAGTAAACTTAATAACACCTA +CATCAGGTGTAGTTATGGGCGGACTTGCAATATCAAAAGTAGAATATGGAACATGGATTA +AATTTACTACAAAGGTAATTGTATGTATATTTATATCATCTGCTGTAATATTATCAGTAG +GTATGATGTTACTTTAAGATAAAATAAATAGGCTATTGTAATATAAGGACTTTTTAAGTT +TAATATTACAATAGCCTTTTATAGTTAGAAAAAAGATATTTTTATATTGACACTCCACCT +AGAGGAGGCTTTATTCTAATATATAGTAGAAATAATAAGAAAGGAGTGGAAATTTATGAG +TCAAGAAAATATATTAGGAACAGAAAAGATATCAAAACTGTTTGTCAAGTATTCGTTGCC +AGCAATAGTTGCTATGGTTATAAACGGAGTACAAACTATTATAGATGGAATATTTTTAGG +TAACTTTGTAGGTCCAAATGCAATGGCAAGTGTAAACTTAGTACAACCATTCAATCAGCT +AATAATAGGAACGAGTATGATAATAAGTATTGGTTGTATAAGTTTTATAGGAAGAACCTT +AGGAGAAGGTAAAAAAAAGGAAGCACAAAATATTTTTAAGACATCACTAATAGTTATGTT +TTTAGTATCATTAATAATAACTTTTGTAGGAATAATATTTAATAAAAATATAGCAATGAT +ACTAGGCGCAAATGAAGTATTATTAGAAAGTGTATCAATATATATAAAAACATTAGCTAT +ATTCTCTATACCTATGTCATTAATGTTTTTATTTGGATTCGTTGATAGGGTAATAGAAAA +ACCAGAGCTTTATTTAAAGGGTAGTATAATAAGTGTAATGACAAATATAATACTAAACTA +TATACTTATAAAAAAACTACAACTGGGTATAAGAGGAGCAGCTATCGCTACCGGAATGTC +TTTTTCGATGGCACTTATAATAACAATATTACCTTTATTAAATAAAAATTCGGTAATAAA +TATATTTAAAGGAAAATTTGATAAGTCTACAATATGGCCGGTTGTCTATAATGGTTCATC +AGAAGGAGTCACAGCTATTGCTATAGCTACAACTGCTTTTGTATTTAATATGGCATTTAT +GCAGATTGCAAGAGAAATAGGTATTGCAGCATTTACAAGTATAAGTTATATATCTCAATT +TGGAACACTAATAATGTTTGGAATATCAGATGGGATCGGACCAATAATAAGTTATAATTA +TGGATATCAAAAACATGATAGGGTAGATGATGTATTAAAAATATCTTATAAAGTGACTTT +ATTAGTTGGTATAACTTTATTTGCAATATTATTTTTATTTGGAAGAAGTTTAGTAGGAAT +ATTTGCAGGTAGCAATAAAGATGTATTAGAAATGGCTGTTAATGGATCTAAGCTATATGC +TTTTGCATTCTTTTTTAATGGTTTTAATATAGTATATTCAGGATATTTCACAGCTATAGG +AAAGGCAAAGGAATCTATAATCATATCTGCTTGTAGAGGAATAGTTTTTATAATAATAGG +AATATTAGTTTTGCCGACAATTGTAAATTTAAAAGGAGTCTGGCTTACAGTTCCTTTTGC +TGAGCTAATGACATTTATAATTGGAATTAGACTAATGAATAAAAATAGTTTTGTAAAAGA +TAGTAAAGTAGCAGCTTAAAGTTATGGTTTATAAAAAAGTATTCGAAGATAATAAATTTA +GATATATAAGTAAATAATAAAGTAATGAATATATGGTAAAAAAGATGAGCTAATTATAGG +TCATCTTTTTTATTATACATTATAGATGAACTAAAACTAAAAAAAAGTTGTTATCGTTCG +GATTATCTTGTATAATTAGAATGTAAAAAAAAGACTTAAGGACGGTGCTAATAATTATGA +TAGATAACAAATATACTACATATACAAATCCATTAACAGACAGATATTGTAGCAAGGATA +TGAGTTATATATTTTCTCCACAATTTAAATTCTCAACATGGAGAAAGTTATGGGTTGCTC +TTGCAGAAGGTGAGCATGAATTAGGGATAAATATAACAGAAGAGCAATTAGAAGAATTAA +GAGCAAACGTAGATAATATAAATTTTGAAGAAGCGAGAAAGATAGAAAAAGAAGTAAGAC +ATGACGTAATGAGTCACGTTAAAGCATATGGAATGCAATGCGAGAAAGCTAAAGGAATAA +TACATTTAGGTGCAACATCAGCTTATGTAGGAGATAATACAGATGTAATTCAGATGACAG +AAGCTTTAAAACTAATAAGAATTAAGCTTGTAAATTTAATAAATAACTTAAAAGAATTTT +CATTAAAATATAAAGATATGCCTGCACTTGGATTTACTCACTTCCAAGCAGCACAACTTA +CAACAGTAGGTAAAAGAGCTACTTTATGGGCACAAGATTTATTAATAGATTTAGAAGATT +TAAACTTCAGAATAGAAAACATGAAGCTTAGAGGTGTAAAAGGAACTACAGGTACACAAG +CTAGTTTCTTAAGTTTATTTGAAGGTGATCATGAGAAGGTTAAAGAGTTAGATAAACTTA +TTTGCAAGAAGATGGGATACCAAGCTTCATATGCAGTAAGTGGACAAACTTACACTAGAA +AATTAGACTATCAAGTGATAAGCATATTAAGTGGAATAGCTCAAAGTATGCACAAAATGA +CTAATGACATAAGACTTTTACAAAGCTTAAAAGAGTTAGAAGAGCCATTTGAAAAAAATC +AAATAGGTTCATCAGCAATGGCTTATAAGAGAAATCCAATGAGAAGCGAAAGAATAGCTT +CATTATCAAAATATATAATAAGTGAAAGTTTAAGTCCAGCTTTAGTAGAAGCTACTCAAT +GGTTAGAAAGAACTTTAGATGATTCTGCAAATAAAAGATTAGCAATACCACAAGCATTTA +TGGCTGCAGATGCAATACTTGAAATAGGAATAAATGTAACTGATGGATTAGTTGTTTATG +AAAATATGATATCTAAGCGTATAAATGAAGAACTTCCTTTTATGGCTACAGAAAATATAC +TTATGGAAGCTGTAAAAAGAGGTGGAGATAGACAGGAACTACATGAAGTAATAAGAGAAT +TATCTATGAAAGCAGCTTATAGAGTTAAGCACGAAGGAAAAGATAACAATCTTATAGAGC +TTATAATAGAAAGCGATGCATTTAATATGGATAAAGAAGAAATACTATCTATAATGGATC +CCAAAAACTTCGTAGGAAGAGCTCCAGAGCAAGTTGTAGACTTTGTTAATGAATTTTTAG +ATCCTGCTATAGAACCATTTAAAGATAGTATAGGAATAGATGTAGATCTACACGTATAAA +ATAATATTTAATAAAAAGATGCCTAGAAAAATAGGCATCTTTTTTATTCTTAAAGACACA +ACGATGTTGTGGCGGTTTTTATATTAAATGTATAATTATATAAATACAGTAAGTATGAAA +TTTTATAATAAAAAACAAAATGTACCTATTATGACACAGAAATGACACAATAAAGACACA +ATTAGCACTAATTTAGTTCATATAATGTAATTAGATAAAAATGTAGTATAAAACATAGCA +AAATATGTATTAAAGTTCTGACTAAACATAGTAAGAATGAAAATAGGAGGTATCAAATGA +AGAAATTATTAATATTATTAACTACTTTATCGATGTTCATTTTATCTGGATGCAGTAATG +AAAGTGATAGAACTGTAACGGATAGAGAGGGATCTAAGGTAAATATACCAACAAAGATAG +AAAAAATAATATCAACTGCACCATCTAATACAGAGGTTATAATGGAGCTTGGATTAGGTA +ATAAATTAGTAGCAATAGACAAATATTCTACTGATATACAAGGGGTAAATCAAGAAATAC +CTCAAATAGACTTCTCAAACCCAGATGCAGAAACAATAATCGGGTTAGAGCCAGATATAG +TTATAGCATCTGGACATAATAAAACAGGTTCAGCAGAAGATCCATTTAAGGCAATCAGTG +AAGCTGGAATACCAGTAGTTTACATACCAAGTAGTGAGAGTATAGAAGGTATATATGAAG +ATATTAACTTTATTGCTGACGTAGTAAATGAAAAAGAAAAAGGGCAAAAAATAATAGATG +ATATGAAATCTAAAGTAAATGAAATAAAAGCGATAGGTGATAAAATAGAAGAAGAAAAAA +CTGTGTATTTTGAAATATCACCTGCTCCATATCTTTATAGTTTCGGGAATTCTACTTTCT +TGAATGAAATGATAGAAATAATAGGTGCTAAAAATATATTTGCAGGAGAAGAAGGATGGT +TATCTCCAACAGAGGAATCTGTAATAAATGCAAATCCAGATGTAATAATAACTAATGCAT +CGTACCTTGAAAATCCAACTGAAGAAATAAAATCTCGTGAGGCATGGGATAATATAACTG +CAATAAAAGAAAATGCAGTATATTTAGTAGATAAAAATGCATCTTCTCGTCCATCTCAAA +ATGCAATAAAAGCTTTAACTGAAATGGCTAAAGCTATATACCCAGAGCATTATGGACAAT +AAAAAAAAGGCAGCATTAAGTATTTTACTAGCATTAATAATTATTGGTATTGGAACTTCC +GCAGGGAGTTCCAATATTAATTTAATCGAAACTATATCAATACTAGTAAATAAAATATTT +TTTATCCCTCTTAAAGAGGGAATAGACCCCAAAAATATAGGCATTGTTTGGAAGTTAAGA +TTACCTAGAGTGTTGCTTGCATTTTTAGTTGGAGGATGCTTAGCAACTAGTGGGGCGATA +GTACAGTCTGTATTGAAAAATCAGCTTGCATCACCTTATACATTAGGAGTGTCTTCTGGT +GCATCGTTAGGTGCGGGCTTAATAATTATAAGTGATATTGTTATTCCTATAGTTGGGAGT +TTTACGCTTCCTTTAGTTGGATTTTTATTTGGATTAGGAACAGTGTATATTGTAATAACT +TTTTCTGCTAAAATAGATAGAACTATGTCTAACAATACAATTATATTATCGGGAATGGTA +TTTTCATTATTTGTAAATGCATTGCTTACGACATTGACAGCATTATTTTCAGAGGATATG +AAAAGTATAGCTCTTTGGCAGATGGGTAGTTTCGCTATGAAAGGTTGGACCTATGTTAAG +CTAATTATTCCATTTGCAATAATAGGAGTGATTGGAGTCATGAGATTTACTAGAGAAATG +GACATAATAACCTTTGGAGAAGAACAAGCAAAAGCAGTAGGCGTTGAAACTTCAAGGGTA +AAAACAAAGCTTTTTGTTTATGCGGCAGTGCTTACAGGTGGTGCAATATCGTTAAGCGGA +ACTATTGGATTTATAGATTTAATTGCGCCGCATGCAGTAAGAAAAGTATTTGGTTCAAAG +CATAAATATGTTATACCAATGTCATTTATTTTTGGAGGTTGTTTAATGGTTATATCTGAT +TTAATAGCTAGAACTATAATTGTACCTTCAGAACTTCCAGTAGGGGCTGTAACCGCGTTA +ATAGGAGCACCATTCTTTGCATATGTATATTTTAGAAAGAAAAGGTGATATATATGTTAG +AAATAAAAAATCTTTCTAGTGGCTATGATGGAGTAGATATAATAAAGAATATAAGTTTAA +GTATAAGAAGTGGTGAAAATTTATTTGTAATAGGGCCTAATGGCTGTGGTAAAAGTACGC +TATTAAAAACTATAGCAAATATTATTGAATACAAAGGTAGCATAAAGATCGATGATAAGG +AAATTTCATCTCTAAATAGAAAAGAATTAGCTAAGAAAGTTGGCTTAATGAGCCAAGTTT +CAGAAATATATTTTCCATATACAGTATATGAAACAGTGTCACTAGGAAGGTATCCATATT +CAAAAGGAATTTTTGATACTTTATCTAAAGAGGATAAAAATATTATTTTAGAAAATATAT +CAAAGGTGGGATTGACGGAATTTAAGGATAAGATGATAACTGAGTTGTCAGGTGGTCAAG +TACAAAGAGTTTTTCTAGCAAAATTATTTGCCCAAAATCCAGATATAATACTTTTAGATG +AACCTACTAATCATCTTGATCTTAAATATCAAATTGAATTGTTAGAGTATGTAAGCCATT +GGGCTAAATCAAAGAATAAGATTGTAATAGGAGTATTACATGATTTAAACTTAGTTCACC +ATTTTGCTGATTCTGTGATAATGTTACAAAATGGAGAAATAATTTCTAGTGGAAATCCTA +AGAATGTACTAAATGGAGAAAAACTAAAAGAAGTTTATGATATTGATATAAAAAGTTTTA +TGGTAAATGTATTAAATAAATGGGAAGACGTTATTTAGTAGATTGTAAAGATTTCGTATA +ATTATTATCTAAATAGTTTGAAGCTATATAATTTATAAGTGTAAAGATATGGATATTTAG +AATAAAACACTTTAAAAGTGATTAGAATATTAAAATTAAAAAATATGAATCAAAAGGTTA +TTTCCTGCAAATAGTAAGCCTATAAAACTAAGGAGGGAGACTAATGTCAGGAAATAACAG +TAATACTAAGAAATTAACATTACTATCGTTAATCTTAATGATATTTACTTCAGTTTTTGG +ATTTGCTAATATACCAAGAGCATTTTATTTAATGGGATATGCAGCAATACCATGGTATCT +ATTAAGTGCAATTTTGTTTTTTATTCCTTATGCGTTTATGATGGCGGAGTATGGAGCTTC +ATATCAAAATGAAACTGGTGGAATATATTCATGGATGGAAAAATCAGTAGGTGCGAAGTA +TGCTTTTATAACTACTTTTATGTGGTATGCATCTTATATTGTTTGGATGGTAAATGTATC +TTCTTCTATATGGATACCTTTATCTAATGCTATATTTGGATATGATAAAACCGCAGAATG +GTCAATATTAGGATTAAACTCAACGCAAAGTTTAGGGATACTAGCTGTAATTTGGATTAT +AATTGTAACATATATATCAACAAAAGGAGTAGAGCAAATTACTAAGATAACATCAGTTGG +TGGTTCTGCTATAGCCTTACTAAATATAGTTTTATTAATAGGAGGAATAACTGTATTAGC +TTTAAATAAAGGAAGTCTTGCACAGCCAATAAAAGATATGGCTAAAAGCTTTACGAATTC +ACCAAATCCAGCATACCAAACAACCATAAGTATATTTTCCTTTTTAACTTTTGCAATTTT +TGCTTATGGTGGACTTGAAGCTTTAGGTGGTCTTGTTGATCAAACTGAAAATGCTGAAAA +GACTTTTCCAAAAGGTTTAAGTATAGCTGCTATAGTTATAGCAGTTGGATATTCTATAGG +AATATTTGCTTGTGGATTATTTACAAATTGGAATACAGTTTTATCGATAGAAGGTGTTCA +TATGGGCAATGTGGCGTATATTTTAATGCAAAATTTAGGTTTTGAACTAGGTATAGCATT +TGGTATATCACCACAAAATGCACTAACAGTAGGATTATGGGTGGCAAGATTTACAGGATT +ATCAATGTTTCTTGCATTAAGTGGAGCTTTCTTTACATTAACATATTCTCCTTTAAAAAC +TTTAATACAAGGTTCACCAAAGGAAGTATGGCCAGGTAATCTTGCTAAAATTGATGATGG +AATTCCTTTAACAGCTATGAAAGTACAAGCAATTATAGTTATTGTATTAATATTACTTAT +TTCATTTGGTGGAAAAGGTGCTGCAGAGTTTTTCTCGCTTTTAGTAGCAATGACTAATGT +AGCAATGACTATACCATATGTATTTTTAGCGGCAGCATTCCCTGCATTCAAGAAAAAACA +ATTAAAAGGACAAGTTTCACAACCTTTTGTAGTTTATAAAACGTATACAGTTTCATTAGT +AGCTACTATTATCGTAAGCTCGGTTGTTACTTTTGCAAATATATTTTCAATAATAGAACC +AGCTTTATCTGGGCAAACAATAGATACAGTAATGATGATAGGAGGACCGTTGATTTTCTC +ATTAATAGCATTTTTACTTTATAATAGTTATGAAAAAACTATAAATATAGATAAATAAAT +ATCAAAAATAGCGTAAAATAAAGAACTTATTAGAATTGAATTTTTATGAGTTCTTTATTT +TTGTGTAAAAATGTACAATATAAACGAACATTAGGAATAATTTCCTCAAAAACTATTGTA +TTTTAAATAATTTTAATGTAAACTATTAAATGTTAAAAAGTTAATAAACTAAACATCTGG +GGTGATATATTATGAAAGGTATAGTATCAAACACAATAGGATTTATCTCGAAAACGTTTC +CGGCGCTTTATTCTAGTTTTTATTTAGACTATTTAAAGCAATATTCTAGTGCTTATGATG +TAAATAAAACGCAGCTTAGAGCATTAGTTTTTGTTAGCAACAATGGTCCAATAAGTATGA +CAGATTTATGCGCTAAGTTAAACATCGAAAAGGGGAGCTTAACAAGTATGGTAGACGATT +TAACTGACAAGGGATATGTTGTTAGAGAAAAGGATACTGCTGATAGAAGGAAATATTTAA +TAACTATAACTGAAAGTGGTAGCAATGTTGCTGCTGACTTCATGGGGAAATTAAGTAACA +GTCTTGAGGAAAAGCTTTTTAAGTTGAGTGAAGAAGAACAAGATAAGTATATGGAAGCAA +TAGGAACATTACAAGCAATTCTAAATAAAGAAGAATTAAGCTAAAAATTAAAAAGTGAAA +TTTAGCAATTAAAGAGCTGAAGTATAAATATAATTTTGATTTAATATTGTTAAGAAAATA +CTTAGAATATGAATAACTTTATGTTTATACTTTTCGCTCCTTAATTACCAAAACTTAAAT +ATTTTAGGGATTCTTTTTTATTTGTAGTATATATACCTTTTTATTTTATTAACTTAGTGG +TAATTCATCATTTTTGTAGTTAAAACTTTTTATTTTTAATGATAGGTATTCTTTTAATCC +TTCTTTTAAAAGTTTAGCTGCTGTTGTCAGATCTTTTTCATTTAGTATGTAGGCAAGTCG +AATTTCGTTTTTACCTAGTTTTTCTGATGAATAGAATCCTTGGGCTGGGCATATCATGAC +GGTTTCTTTGTTTTTATTAAATTCTTTTAGCATCCAAATAGCAAAGTCTTCTGCATCGTC +AACAGGCAATTTAGCTAATATATAAAATGCTCCAGACGGTTTTTCGCATACTACTCCATC +GACTTTCATTAATTCGTAATATAATACATTTCTTCTTTTTTCATATTCTTCTATTATTTC +TTTAAAGTAGGATATTGGAGTTTCATATAATTTTGCTGCTCCAACTTGGTCCAAAGTTGA +AACACATAATCTACCTTGACATAATTTTAATATTTGATCAATTAATCCTTTATTTTTAGA +AGCAATCGATCCAATCCTAGCTCCGCATGCACTGTATCTTTTAGATATGCTATCAATTAT +TATAACTCTATCTTCTATTTCTGGAATATTTCCAAAGCTAGTATACTCTTGATTATCATA +TACAAACTCCCTATATACTTCATCCGATATTATCCATAAGTTATATTCTAAAGCAATTTC +GGACAACATTCTTATTTCATTGTATGAATAGACTGTGCCAGTTGGATTACTAGGATTAGA +AATCATTATTGCTTTAGTTTTAGGATTTATTTTAGAGATTATATCTTCCTTACTTGGAAG +ATGAAATCCATTCTCTGCTTTAGTTGTTATAGGATTTATTTTAACGTTTACAGATTGACC +AAATCCGAAATAGTTAGTGTAAAATGGCTCGGGAACTAGCACATTATCATCAGGGTCACA +CACAGCCATTAAAGCAAATAATAAGGCTTCGCTACCACCGTTAGTTACTAATAACTCATC +TTTACTAAACTTCATTTTATAAGAACTGTAATATTTTTGCATGGAATTGATCAAATCTTC +CGTCCCATTAGATGGACAATACTCTAATACTTTCTTATCAAAATTTTTAACTGCCCTAAA +AAATTCTTCAGGTGTTTTTATATCCGGCTGTCCTATGTTTAAATGATATACTTTAATCCC +TCTTTTTTTTGCTGACTCTTCAAAAGGTGCAAGTTTCCTTATAGGAGATGACTGAATAGA +GTTTACCCTTTGTGAATACTTCATTGTAAATCCCCCTTTAATTAAATAAATTTATACTTA +AGACTAATAGTATCAGAAATAACTAGGGAAATCATTAGAAAGTAGTTATATACTATATAT +AGTTATAAGTGAGGAATTTATAACATTCATCATAAACTACTATGTATATATAAATATTTC +AATGAAAATCAATTATGATATTTATGATAGAATAAAAATCACTTATAATAAAGTAATAAG +CTATTATAATCTAAGAGGTGTTAATTATGAGAGAACTAAGGAGAGATCCTATTACTAATG +ATATAGTTGTGCTTGCAAAAAATAGATCGAAGAGGCCTATGGATAAAGTTAGATTTCAAT +GTGATAAAGAGGTAAAAGAAGAGTATAAAGAAGACTGCCCATTTTGTAGAGGAAATGAAA +AACATACGGAGAGTCCTACTTTTGAAATTAAAGGTAAAGATGGATGGTTAGTTAGATCTG +TATATAATAAATATCCAATAGTGGATTCTTTATCGGAAGAAATTTATGGGGAACATGAGG +TTATGATTGATACTAATAGACATGATGGAAGTTTTTATAATATGAGTGAGAATGAATTCT +TGTATTTACTAAAAATGTATAAACATAGGTATGAGCATATGTCAAAAAATGAAAAAGTAA +AATATATTAGTATTTTTAAAAACTTTTTAAGAGGAGCTGGAGCATCACTACTTCATCCTC +ATTCACAAATAATTTCTTTATCTATAGTTCCTCCAGAAATTGAAAATGAAATTAACATTT +CTGAAAAATATTATAATAAATATAAAAAATCATTATATGAAGCTATTATAGAAGATGAGG +TAAAGTATGGGCATAGAATTATACATAATCATAGAGATTACTTAGTAATAGTTCCGGAAA +TTACAAAGTATGGAGGTGAAATTAGAGTTTTATTCAAAAGTAATAAAAGGTTTGAAGAAC +TAAAAGAAAGAGATTTAGAAGAATTAGCTAAGATATTTAGAAATTTATTTAAAAAAATTT +ATAATGTACAAGGTTATAATCCATTTAATATATGCATACATACTCATCCCTTAAATACTC +CTAAGAGTAAAAATTCTCATTTTCATACTCACATACATATAATACCTAGAAAATACAGTT +TTGGAGGATTTGAGCTCGGAACAGATGTATATGTATCATCTATAAATGCTGATAAGTTAG +CTAAAAGATTAAGATTTGATTAAAATAAACGAAACCTAGAGTGTATAATACTGTTACGTT +ATAGGTTTTTATTATATTATAGGTATTTATTGAAATTGAAAAAAGAATTGATTATAAGCT +TAATAATGAGGGTATTTTAAATAATATAAAGTAAAAATAAAAGCTATTTTACATAAATTT +ATATTATTTAGAATTCATTATGATAAAATAAAAAAACATGCAGAAAAACTTAGGAGGTAC +AAATGAAATTTATATCTTGGAATGTTAACGGACTTAGAGCTTGTGTAACCAAAGGATTTT +TAGACTTTTTTAAAGAAGTCGATGCGGATATTTTCTGTTTACAAGAAACTAAACTTCAAG +AAGGTCAAATAGATTTAGAATTAGAAGGATACCATCAATATTGGAATTATGCTCAAAAAA +AGGGATATTCAGGTACTGCAATATTTACAAAAATAGAGCCTATAAGTTCAACTTACGGTA +TTGGAATTGAAGAACATGATAATGAGGGGAGAGTTATAACTTTAGAATTTGAAGATTTTT +ATTTTGTAACAGTTTACACTCCAAACTCTCAAAGTGAATTAAAGAGATTAGAGTATAGAA +TGAAATGGGAAGATGATTTTAGAGAATACTTATTAAAGTTAGATAGTAAAAAGCCTGTTA +TAATGTGTGGTGACTTAAATGTTGCACATAAGGAAATAGATTTAAAAAATTCAAAAACTA +ATAGAAAAAATGCTGGATTTACTGATGAAGAAAGAGGTAAATTTACTGATTTCTTAGCTT +CTGGTTTCATTGATACTTACAGATTCTTTAATCCAGATAAAACAGATATTTATTCTTGGT +GGTCATATAGATTTAAGGCTAGGGAAAAGAATGCAGGTTGGAGAATTGACTACTTCTGTG +CATCTAAAAAAATAGAGGATAGATTAATTAGTGCTGATATACATACGGAAATACTGGGAT +CAGATCACTGTCCAGTAGAGCTAGTTATAAAATAACTAAGAATTATAATGATATAAATTC +AAAGAAGGATTCCTTAAAAAGGAGTCTTTTTTTGTATTATTAATATATTAGATAATTATA +TTAATATGTAATAAATATAAATTTATAATCATAAAATTTATTGAGACCAAACTATGTAAA +TAATTATATATTTTTAGGAGGATAGATAAATGAATTTATTAGACTTAAAAAGTAAATTGG +AAAAAGGTAAGCTTTTAGAGGGAGAAGTAGTATACATAAAAGAAGATAATATTATATCTG +GAATAGATTCTGTATATAAAAATCAAGAAGATAAAAGTATTGTTTTGTTAAAATCAAAGG +AAGAAACTATAAAGGTAGATAATCTTTTAGGAATATTAAATGAAATATATGCTACTGTTG +GAGATATAGAAGTTTTTATTTCTGAAAACTCTACAAATAGAAGTTGCACTAAGAATATAG +AATCAGTGGAATTTGCACAGTATGAACTTGTGAAAATGATTTTTATAAATATATAAAATT +ATATGTTTAGTAAAGAAACTATTTTTAAATAAATATTATATTTAAAGATAGTTTCTTTTT +ATCTAATAAATACTTACTATAGATATATTATTTACAGCAGAATGTTTCACAGCTGGCATT +ACCAGAATTTATTTTTACACTTGGTGCAGTACAACTTTCATTTTCGTTATATTTGCAGTT +GCCAGCTTTACAATCTATATTTGATGTTTTTACACAATCACATTCATCTGCAGAATTTGT +GAATCCACAAGTACTTTGATCTCTAAATGTAGAACAACAAGTATTTGAAGTTGTAGTAGC +TTGTCTTCCATCGACCTTTATACTTCCAGAATAACACTCACCTGAAGTATTGTATACACA +GTTTGTAGCTGAACAACCTAAATTAGTATTAGCCATAAAATACCTCCTAAACATAATATA +CAATTAGTATGTGAAAGAAAAAGAAACTTATTCATGTAAAGATTGTAGCTTAGCATAAAA +GATATATTTTATAAAACTATATCATTATATTTACTAATATGTTAAAATTAGCTAGTACTA +ACAAATGAGATAAATAAAATAATAAAAAGTCTTTAAAAGATTTTCAATATATTTTAAATA +TGTGATATATAAATTATAATAAAAAAGACCTTATGGTCTTTTTTTAGGTATAAAGTGACA +ACTTAACATAACAACTTAATTGGGGGAAAATATGAAGAAAAGAATTATAGTTTTAGCTAT +TTCGAGTTTATTTATTATTGGATCAGCATTTATTGTAACTAAAAAAGATAATATTAAAGC +ACAGAACAATACTTCTAATATGAGCAAAAATAATTACAAAAATGATGGTAATCTTTCTGC +TAGTAAAGAATACATAGAAGGAGTACAACCATTGTATATAGATGGTATAGTAGTAGTGAA +TAAAAAATATGGACTACCACAAGATTATAGAGCACCAGAAGAGTTAGAAAAAGATGCAAT +AGATGCTGCTAAAAGAATGATGAAATCTGCCGAAGAAGATGGAGTAGTAATAAAAATAAG +AAGTGGATATAGATCTTACAGTATTCAGTCTACTTTATATAATAATTATGTTAGACGAGA +TGGAAAAGAAGCAGCTGATAAATATTCAGCAGTGCCGGGTTACAGTGAACATCAAACTGG +TTTAGCATTTGATTTTACAACAAGCGATACGATAACATCTATAGGAGATTGGTTCACAGA +TACAATACAAGCTAAATGGTTATATGAAAATGCCTATAAGTACGGCTTTATTATTAGATA +TCCAGAGGGGAAAGAAGATATTACTGGATACCAATACGAGTCTTGGCATTATAGATATAT +AGGTGAAGAACATAGCATACATTTCGCAATGAATAATTTAACATTAGAAGAATATTTAGG +TTTAGATAAATAATGAGAAACTATTAAAAGGAACTATCAAGAGCTTTTTGATAGTTTTTT +TGAGTTATTAGCTTATTTATTGCTTCTTTAGTTAAAATTAATTTTAAAATATCTTTATTA +ATAGAATAAAAATTCCATTTTCCTTTAGGAATTTTAATAATTAAATAAGCAGAAAGAAGC +AATTTTAAATGATACGATAGTTTTGATTGAGTTAAATTAAAGATTTCGGTAAGTTCATAG +ACACATATACTTTCTGTTTGGTAAACTATTTATGTTATAATAAATAAAGGTAATAAGAAG +CAATTATGAAGTGGTATTTATGAATATTATTGATATAGCTAAGCTTGCAGGAGTATCTAA +ATCAACTGTATCTATATATTTAAACGAGCTTATGCAAGCGAGTAAAGTAGAAAAAATACA +AGATGTAATTGATAAAACAAGTTTTGTTCCATCTAATCATGGTAAAAGTTTACACACAAA +AAACTAATCTAATTAGGTACAATACTTCCAAAGATAAGCCCAGAAACAATTAGTAAAATT +GTAGATGGGATAAGTCAGGAAATTTCAAAAGAAAATTATAATATTATTCTTAGTAATACT +GATCTAAGTATAGAAAAAAATAGAATATTTAAAAATATTTAGAAATAAAAATGTTGATGG +TGTAATTTTTGTAGCTACTATAATAACTGATAAACACTTAGAAATAATTAAACAAATGAA +AGTACCTATTGTTATTGTAGGACAAAAGGTAGAAGGGTATCCTTTTGTATATCATAGTGA +TTATGAAGCTGACTATGAAATGACAAACTTTTTAATAAGCAATAATCATAAAAATATAGC +ATATATAGGTACTAATGCTGAAGATATATCTGGAGGTATTAATAGGAAAAAAGGGTTTAT +TAGATGTTTGCAAGATAAGAATTTAAAATTTAATAAAAATTTAATAAAAGATGCTAACTT +TTCACAAAAAGGTGGATATGAGAGAAAATAATATAAAAATACCAGAGGATATAAGTTTAT +GTGCTATAGGTGATTCTAAGTTTTCTAGCCTAATAAATCCAAAACTTACAACTATTCAAT +ATTACTACAAAGAAAGTGGAATAAAAAGTAGTCGTATATTAATTGATATTTTAAGAGGCA +ATTGTAATAAGGAAGATTTGAAATCTATAAAATTAGGATATAACTTTTCAACAAGAGAAA +GTGTAAAAGTATAATAAAAAATATATACCATTATTGAAAAGGTTTGCAGGATCGAGTATA +TAATATATAATTTAATTATAGAACCATGTTAAATAATTTAGTTTTTATTTGTAGACTTTC +ATATTTTAATAACTTAAAATGAAAAATTATTTGAATTTAATGTAGTTCATATATAGAATT +ATTATTATTTAACGGGTCTTTTTAATTATATAAGCAGTAAGTTAGTATTCAGGTTATTAA +AATTATATTTTTAATATATAATGGGGGAATGCCTAGACTTAATAAAATTAAAAGACATAG +AAATACAAAAGTTAAATATATTCTTTCAATATCATAACAAGGTATAAAAGAAGATGATTA +TAGATATAACAATATATCAAAGTGGATATTTCTTAGGGTATATGGATTTTAAAAAGGGAG +AATTTATATTTGACGAATTTATAGAACTTGGAAGAGATTTTGATTTTTATACACTTTAAA +GTTTTGTTGATAAAAAAGAAGGACTATACTGATAAGATGGATGGGGATTCCAGATATTGA +AAAAGATTACTATGTAAATCCTACGTACAAAAGTGGGTGGATGCATTGACTATACCTAGA +TAGTTAATACTTGCAAATAATAAATTACATTAACTACCAATAAGGGAAATTGAAAACTGA +GAAAGAATAAATTAACTAATTATTTAAAAAATATTATAGAATATGATGAGTTAAAAGGTT +GTATTTATGGACTAGAAATAAAGTTTTATTGTGAAGTAGATAATTTTGAATTAAGTTTAA +AGCCAGACTGTATTATTAATTATTGTAAAGAATCTAAAGTATTAAGATTAAATCTTGGGA +AAAGTGGGTATGGAAGATATGAAAGAGCTACAAAAATTGAAAAGTTAGAAGATCTACTAA +TATTTGTAGATACATCAAGTATAGAAGTATTTGTAAACTATGGAGAAGAGGTATTTACAA +GTTGTATGTACTGTGCTGACTTTGATGATAAGATAAGTATGAAAGGGAATTTAGATGATG +TAAAAATAAATTTATATGAGCTAGGAGAATATAAATATGTATAAGGTAATCACAATTGGG +GAAGCATTAATAGATTTTATTCCAAATAAAAAAGGATGTATGTTAAAAGACGTTATAGGA +TTTGAAAGAGTTGCAGGAGGAGCACCAGCTAATGTTGCAGCATCAGTTGCTAAACTATCG +GGCAATGCTTATTTTATTTCTCAATTAGGAGAAGATGCTTTTGGAGACCACATCATTGAT +GTATTAAGAGATGCTAATGTCAATACAGATTATATAATGAGAACTAATAAAGCAAATACA +GGATTAGCATTTGTTTCATTAAAAGAAGATGGAAATAGAGATTTTTCTTTTTATAGGAAT +CCGAGTGCAGATTTATTACTTGAAGATAATATGCTTGAAGAAAATTGGTTTGAAAATTGT +GGAATATTACACTTTTGTTCTGTAGATCTAGTTGAATCACCAATGAAGTATACACAAAAA +AAAGCTATTGAGTATGCAAGTAAAAATAAATCAATAATAAGTTTTGATCCAAATGTTAGA +TTACCACTATGGAAACATGAAAATGATGCTTTAAAAAGTTTATTCAAGGGCAATGTAAAA +GTAGTAATTTATACAAAAGGTGAAGATGGAGCAATATTTATAACAAAGAATAAAGAGTTT +ATAGAAAGTAAAGGTTTAAGAGTAAATGCCGTAGATACTACGGGAGCTGGAGATTCTTTT +ATAGGATCATTTTTATATCAATTAAGTCAAAAAAATATAACAATAGAAGACTTAGATAAT +CTAGATTATAATTTAGTAAAAGAAATGCTAGATTTTAGTAATAGATATGCTGCAGATACA +ACAACTAAAAAGGGTGCAATCGCAGCAATGTGTACAATAGATGAAATAAAATAATATATT +ATATAGGAGAGAAAATTATGGGATTATTCGATTTTTTTAAAAAGAAAAAAGAAACAGTAG +AAGAAAGTAATAAAGTAGAGTTAAAAGGAATAGTATGTCCAACAAATGGAGAAATTTTAG +AGTTATCAGAAGTACCAGATGAAGTGTTCTCTCAAAAAATGATGGGAGATGGTTTTGCTG +TAAAGAGTGATGATGGTATATTTGTATCACCAGTAAGTGGAACAGTAGAGATGATATTCG +ATACAAAACATGCAATAGGATTAAGAAGTAATGATAATATAGAGATACTAGTACATATGG +GCATAGATACTGTAAATTTAAATGGCAAAGGTTTTGATGTATTTGTGAATGTTGGAGATA +AAGTTAAAGCAGGAGATAGATTAGCTAAGATGAATGTTGAATATGTAAAAGAAAATGCTA +AGTCTGATATAACGCCAGTTATATTTACATCGCTAGAAGATGGAAAATCTGTAAAATTAT +TTACAGGTCAAGCAAAAGTAAAAGAAGAAAATAGAATAGAATTAGTTTAATTTTAACTTA +AACATATAGCGTAAAATATTAAATTCTTTTATAACAGATACTACAATACTGTAAATTTTA +GAGGTTTAATATTTTACGCTTTTCTTTATATAAATTATATAAGAAGTAGAAAAACATACA +AAACTTTTCTTTATCTTTTTTTATAATTTATTTTATTATCTTTTGTTTCTATTACAAATT +GATTAGTTTTGCCCATTTTATAGGCTAAATCAATTATTTTTTTTTCTTCTTTTGTTAATT +GGCGTTCTAGTATTTTCTCGAATTCTTTAAATAATTTCTCATAATCAATTTCTTTTTTTA +TTTTACGCTTTGATTGTGCAGGCTTCACTGGTGTATAAATATATACATCAGGAACAATAT +CTGGACTATTTATTTTTATAAAAACTTGTGCTGTGTAATAAGCATCATTTAATGCATCAT +GATAGGATTTATTTTGCTCTACACCTAGTATTGAAATTGCATTTTGAAGTCCAATACTTT +TACCAGTAGGATTTTTAAAATACTTAGAAGCATATTCTTGAATGTTAATATAAGATTTGG +GTAAAGTTTTTGATGGTAGATTATAATAATTTACATTTCTATATAATTCCTTCAAGTCAC +TTGTTCCCCATACGCATAATACAGACTTTTTTGAGGATATAAACTTTTTAAATTCTTTAT +AAACTTGAGTAAAGTTTGAGGCATCTTTAACATCACTTTTAGTAATACCTGTCATCTTTT +GTATAAAAGGATGAATATCCTTATATATTTCAGGTTTTACATATGCATTAAAAGTATCTA +TCATATTAAAGTTAGAATCTAATTTAATTGCTCCAATTTGAATAATTTCAAAAGGGCATC +GTTCATTAGATACAGTTTTATTAAGAGTTTTATCAAATCCCTGATTAAACTCTAAATCAA +AGACTATATATTCCATGTTTTTCTCTCCTAAAATTTCTTGGAATTTTTTATTATAAAATT +CTTTATATAATTTTTAAATTAAGACTATTACAATAAAAAGTTTCTTATAATTAGTATACC +CTATATTGATAAAAAGTTAAAATATTACTGTAAAAAGAATATAATTTATTATGAAAAAGT +TTGTTTTACACTATAAGGAAATAAAAGAATATTAAATATTGCGAACTTTCAAATCATAAG +ATATAATAATATAAAGATTAAAACGAATAAAAATGATATAATACAAAAAATATAGGGGTT +TAACATCGTAAGGAGGAGCTATGAGTAATTTATTGCATGTCATTGAAAAAGAAAGATATA +ATGCAAATGAGTTAAAATCATTATTAGGAGAACATAAACACATAAAATTCGTTTCGTTAG +TAGGTGTAGACTTAGGTGGAAATGCAACTGATGAAAAAATACCAATGGAATTATTTTTAG +ATGATATAGAAAGTTTTTTATCTTCAGCAGTTCAAACTGATGGTTCAAGTGTTGAACTTT +ATGAAATAGCCACATTGAATAACGCAAAGGTCGATTTAATGCCAGATGAAAGTAGTCGAT +GGTATATAGACTATAATTTAGAACACATAGATGCAGAAACTAATTTGCCAATAGGCACAT +TAAAAATACCGGCATTTTTAATACATGATAATAAAAAGGTATGTTCTAGAGGGGTACTTC +AAAAAGCAGAGAGTTACTTTAAGAAATCTTTACTAGAAGTATTTGAACAATATCCACATA +TGATAAATAATATAGGAATAAATAATATAAATGAAATAGATGATATACTATTAACTTCAG +CAACAGAATTAGAGTTTTGGGTAAATACTCCGGAAGATAAAGCCGATTTAGAGAAGTTAT +TTGTATCTCAAAGTTTAAAAGAGCAATATTGGAAGAGAACTCATGGTCTAATAAGAACTT +GTTTAGAAAAAACATTAATAACTCTTCAAGCTAAAGGTATATGTCCTGAAATGGCCCATA +AAGAGGTTGGTGGTATACAAAGTACTATAAGTATAGAAGGTAAAACTAATCATGCAATGG +AGCAATTAGAAGTATCTTGGAAGTTCTCATCTCCTCTTCAAGCTGCAGATAATGAATTAG +TAGTAAGAGAAGTAATTGAAGATATATTTACAACTAATGGTCTAGAAGTTACATTTAAAG +CTAAACCGATACATGGAGTTGCAGGTAGTGGAAAGCATACACATGTAGGTGTAAGTGCAA +AATTAAAAGATGGAAGTATAAAGAACTTATTTGCACCAAGGGATATGAAAGATGATTACT +TAAGTGAAATTGGGTATGGTGCTTTAATGGGATTACTTAATAACTATGAAGTATTAAATC +CATTTGTAACATCTACAAATGATGCGTTTAACAGATTAGTACCAGGATTCGAAGCACCAG +TTTGTATAGTTACTTCACTAGGTCATACTTATGAAACTCCTTCAAGAAATAGATCAGTGC +TTGTTGGATTAGTAAGAGATGCAAAAAATCCAAAAACATTAAGATTTGAATTAAGATCTC +CAAATCCATTATCGAATGCTTACTTAGTTATAGCTGGGTGCTATCAAACTATGTTACATG +GAATAAAAGCAGTAGCAGAAAGTAAGCTTTCTACAAAAGGACTAGAAAAAGAACTTTCTA +AGGATGTAGGAGAAGATAGTTTCTACTTGAATAAAAATAGAGCATATAGAGATGAAAATG +ATGTATTTGAGCACTATACATTAGAAGAAAGAAATAAAAGATTCTCAGCACCACCAGCTA +CTGTTTATGAAAATGTAAGAAGCTTAGATATTGAGAAAGATAAATTAGAAGCGTTGAAAC +AAGGAGGAGTATTTAATGATAAAATTATAAACTCTTTCAAAGTTGGTTCAATAGATAAGT +GGAAGAAAGAATTAGGAAATAGAATAATACAAGACTATTCAGATAGAATAAGAAGCTATG +TAAAATTACATACAAAAGAAAATATGGATGCATTAGATGAAGTTAATTGGAATGCAATTT +CGGATATTAAGTTTAATGTAATGAAGGATACACTGACTAGGAGTTCAATATTTACTCAAA +TAAGAGATGCAATAGAAAGTGATGATTACCAAATAGCTTCAAATTTACAATTAGAGTTAG +AAAGAAATATGGAAGATGTAGAAAAACTATATATGCAATATAAAAAGAATATATATTAAT +AAGAAAAAGAGATTTCTCAATTATGAGGAATCTCTTTATTTTTGATAAAATTGTATAAAT +ATTTTAAGATTAGTCAATATTAATTTGTAGCTGTAAAAGGAGGATAAAAAATGAATAAAG +ATTTAAATAAAGTGGTATTAAGATTAACTATATCACTTGCATTATTAATTTCCTTAAACT +TATATAATACTTCTTGTGCATTTGGGGAAGTAGGTAAGTTAGATCTGCTAATACAAAATC +AAGAGAAGCAAGAGGAATTAAAAGAGAAAATAAATGAATTAGATAATATATTAGAAAGTA +AAAATAACCAATTGAAAATTGAAAATGACCAATATGTATCATCAGAAGATAAAAAAGAAT +TAGAAGTAGTAACTGTTAGTTTTGTTCCTCAAGAGTATGAAACTAGCGAAAAAGATGAAA +TAAGTTCGGAGATTCTCGCTTTAGAAGAAAATAAAAATATACTAGATAAAGAATTGCAAG +ATGCAATAATAGAAGGTGTTCAATTAGAAAAAACAATTGAAGAAGAGGTTAAATCAAAAT +TAAAATCAGAAGATATTGAATTTATAACTGGAATATGGCCACTAAATGATTATAAAAATA +TAAGTTCTGGATATGGATATAGAATACATCCAATAACAAATGTAAAAAGTTTTCATAAGG +GAATAGATATTCCTGCTCCACAGGATACTGATGTATTAGCTACTGATGATGGAATAGTTA +GTTTTTCTGGTTATCAAAATGGATATGGAAATGTTGTTAAGATAAAACATTTTGATGGGA +AGACTACTGTATATGCACATAATAACTCAAATGTAGTTAAAGAAGGAGATATAGTAAAGC +AAGGAGATATTATTTCTAAAGTCGGAACAACTGGTAATTCCACTGGAAATCATGTTCACT +TTGAAATAATAGTAAATGGAAAAAATATTAATCCTATAGAGGGTGTAATAAAATAAAAGT +TTAAAATAAGGCATAAAATAACTTTAATGTTATCTTATGCCTTATTTTTAGTTGAAATGA +GAGATATAATTAAAAAAAGTACTATGTAAATGAAATTTTTAATAGTGTAAATCATATAGA +TAAATATAAGAAGTGTTTATAGAGGGATTAGAAATATGAAATAGAACTTTTATTCTTAAG +ATAAAATTTATATAGTGTTTATAATATATATAAAATTAAGGTTAGGGGGAAGTGGTTAAA +ATAAAGCGTAAAATATTAATGGATTCAATTATTTATATTGTATCGCCAATAATATTATAC +AGACTAAGTAGCTTAGGCATTTCCAATTCCTATGTATTCTATTTAATATTAGGCGGTATT +TGTTATACTCTTTATACTAAATATAAGCAAAATAGGACTAGTATATCGGGCTTAGGTATT +ATGACATTACTGACGTTGTATATTTACTTTTCAAGGAATCAAAAAAATAGTTTTGATTTA +TATCTTTATATAACTTATTTAATAGGAATAAGTTTTTCTATTATATTAATACTTAATTTA +TTTGATAGAAATATTTGCAGCCAGATATATATGGATATATTAAATACAAAATTTAATAGC +GGTATATCAATAAATAACCTTATAAGAAAAAGAAAGTTAGAGAATGAATTTAGTTTTCTT +ACAACACTAATAACTTTGCATCTATTAATTTCTATAATGATAAGATTTTATGGAATTTCA +TACTATGGATCAAGTAGATATATGGAAGCTTATAGTTTAGAGATACTAAATCTTGTAATA +TTTACGGGAATAGAGTTATATATTATATATAAAATTATTGCAAAGACAATGGAGGATAAA +GCTTTTTCAAATAAAAAAAGTGATAAAAATATTAATGATGGAAGAGTTATAGATTTAAGT +CAATATAAACGTGTAAATAAATAGACATATATTAGAGTGTATAGTTATTAAATATAAGGG +GATTGATACCCCTTATATTTAATGCTTTATTCAGAAATAGAAGTATTTAGTAATTCATGT +ACATAGTCATATATTTTTTTAGGATGTATAGTTTTCTTAAATTCAGATATGTTGTCTAAC +ATGAATTTAATTAAGGAATTAAATTTACTTGAAACAATAGATTCAAATATTTCTTTAAGA +TCTTCATCGTCATTATAGATGATACCGATGCCTTTATCTACAATAAATTTAGCATTTTCT +ATTTCTTGCCCGACCTTTGGTAATTTAACTATTATAGGCGTTTGTGAGTGTATGGCTTCA +AATAATGTGGCACCGCCAGGTTTGGTAAGCATTAAGTCATACTCTTTTATTAAATCTTGC +ATATTATTTACAAATCCTAGAACCTTTATATTTAGTAAAGGTTTTTTTTCAGTTAAATTA +TCATAAAGTTTTTTGTTTTTACCCGTTACTATTGTAACCTCTAAAATATCTTTATATATT +CCTACAAAGTTATCAATCCAGTGCATAAAGTTTTCATCAAAGTCAAATAATCCACGTCCC +CCACCTAGAAGTAGAAGCCTATATTTTCCTTGGATATAATTTTTTTCTTCTATATGGAAA +TTTTTATTAATTGGTACCCCTGTAACTTTTATAGAATTAGGAGATATACCTTTATGAACT +AATCTATTTTTTATTTCGGTACTTGGTACAAAATACATATCAGTATTAGGATAAATCCAT +TCTAAGCTATCTACAACATCAGTTATGACAGTTACACAAGGTATTGGCTTATGAGTATGC +TTTAAATTAAAATTATATACACAAGAAGCCGCAAGTGGGAATGTAGATATAATTAAATCA +GGCTGAACATCTAAGATATACTCAGATAATTTAGGTGTATATATTAGATGAGAGATATCA +TATATAGGATTAAATGATTTCTTCAAATAATAGTAATAGTTATATAGTTCAGGCATGTAT +TTTGTATTATTTTCATACATCTTTACCATTGGTTTATTTATTCTAGGAACACTTGCACTT +ATAAAATTTTGTATTACTATATTGTAACTATCATCATTTTCATTTATGTAATCTTTAATA +GCATTTGCAGCACTTATATGTCCAGCACCAAACTGGGCTGTTAAAATTAAAATTGTTTTT +TTACTTTTTTCTGTATCCAAAATATCACCTCTAGAAAAACTGTATAGTATTTATAGCATT +TACAGTATTATACATTATGATATCTAGTATAATCAATGCTATAAAATTTATTATTAAAGA +AGGATATATATAGTTTAGGTTGAAAAATTATACAGAGGTGAGGATATGGAGGGAATAAAT +AATAAGAAAAATTATGAAGAAAACAGTGATAGCGACTCTATATACATACTAAAGATGATA +ATTTACTCTGTAATAGGCATAGGGACTTTTTTTATACCTATAAATATAAATAATCAGAAT +CAAACTATTTTATATCATATAGTTGATAAAATTCAATTAAGCTATAATAATTTTTTACAA +ATATGTATAGTTGTATTTATTTCTTTAGGAAGTCTAAAGTTATTTATTGATAAAGAAAGA +AGTAAAACATTTTTATTTTTTAGATTTTTAAGTGTTTTAATAATACTTAATATATTTTAT +GGGAAAAATTATATATTTTTCAAAAATGATAATACTATTTTAATTATAAAGGAAATAATT +TTAAATCTAGTTACTGTTCTGCCAATAAGTTCTATATTTATGCCATTCCTGCTTGAATAT +GGATTATTAGATATTTTAGAATCTTATTTTCATCCAATTACAAAAAAACTATTCAAAGTA +AGTGGGAAGACTGTGATTAATATACTGATATTTATTTTTACAGATTGTTTTTGCGGATAC +TATATGGCAAATATATTGTATTCTAAGGGGAAACTTAGGTTAAATGAATTATATATGTTA +TTATTAAATTTTTCTATAATGTCCTTTCCTATGATTAAATATATATGTAATGAGTTAAAC +CTAAATAGTGGTATTTTTATTTTTATAAATTTGCTAATACTAATAACTAGCAATATGATT +TTGTGTAGAGTATATCCAATGAGTAAAATTAAAAAGTCATATTCTGTAAAGACTAACTAT +AAAGAAAGTATACATAGAAAAGACAAGTTAAAGAAGGGTATAAATAAGCATTTACAGAGT +AGAGATAATAAAAAAGTATTTGTACATATCCTGGATAATCTAGAGTATGCTATAAATTTA +ATTATGAATTTAATACCAAATATTGTATTAATTTTTTTCTTTGGAGACTTACTATTCAAT +AATGAATATATAGTAGATCTTTTGAGTAAATTATTTTATCCTATAATTAATTTGCTAAAA +CTTTCTGATGTATCTTTAATTAGTAAGTCAATTATTGGTGGATTTTATAATGAAATAGTA +ACTATAGATTTAATAAATAAAAGTGTAGAATACAATATTAAATTTATAATAGGAATATTA +TTAGTTTTAAAATGCACATCTCTGACTACTAATATAGCTTATATAAGTAGCTCATCAATA +GAAATAGATAAAAAATGTTTTATTATAATATTCTTAGAAAGAATATTACTTATATTACTT +CTATATTCAATAATATATTATTTTTATATAGGTTACATAATGTAGAATTATTGAATATAA +TACTTTAGGGGAAGGGAAAACTTGTAATTTAAGGAGGTTCTATGAATTATAACTTATTGT +ATAAATATATTAAGGAACTTTTAAGTATTCCAAGCCCCACAGGATATACAGAAGAAGTTG +AAAAGTATATAGTAAATTTTCTTAAATCTCGAAATATTAACTATAAAATTGCAAATAAAG +GCAGTGTAATAGCTACTATAGAAGGAAAAGATAAAATGAATGTTACTACATTTTCAACTC +ATGTAGATACTTTAGGAGCTATGATTAAAGAAATAAAAGGAAATGGAAGGTTATCAGTAA +GCCTAATTGGTGATTATGTAATTAGCTCTGTAGAAGGTGAATGCTGTACAATACACACTA +AAAATAATAAAAAATATGAAGGAACTTTGCAAAATATTAAACCATCTATTCATGTATATG +CTGAGGAGGCAAAACAAATAGAGAGATCCTTAGAAAATTATGAAATAGTAATAGATGAAG +AGGTATTTTGTAAAGAAGATATAAATAATTTAGGTATAGATGTAGGAGATATAGTATCAT +TTGATACAAGGACAAAAATAACTAGTTCAGGATTTATCAAATCAAGATACTTAGATGATA +AAGCAGCTGTAGGTGTAATGTTATATGTTATAGATTATATAATATTAAATGAAATAAGCT +TAAATCACACTATAAACTTCTTATTTACTAATTATGAAGAAGTAGGACATGGTGCATCTG +CATTTATACCTAAGGATACAATTAATTTTATTGCTATAGATTTAGGGTGCCTCGGAGAAA +AACAAAACTCAACGGAGTATGATGTCAGTATATGTACAAAAGATTCTAACGGGCCATATG +ATTACAAACTTATTAATCACTTTATTGATTTATGTAAAGAAAATAGTATCAACTATAAAT +TAGATATATATGATAATTATGGATCAGATGCTATAGCAGCTATAAAATCAGGATTAGATG +CAAAGTTTGCTTTATTTGGACCTGGAATATATGCTTCTCATGGTTATGAGAGAACTCATA +TAAAGTCTTTAGAAGAAACTATAAAATTGATTTTAAAGTATGTTACAAACTAAATATATA +AAGTATACTTGATCGGATTAAAAAACGAATTCTTTGGTGATGATAAACATCACAAAGAGT +TTGTTTTTTTATTTGTATCAAAACACAGTATTGTGTAACGCACAATACTGTGTTAATATA +TGTGTATAAAATACTATTGTGTAATACAAAATACTGTGTAAAAAGAAGGGAGGAATTAAA +TGAATACCCAATTTCGAAAAGGCGTTTTAGAAATATGCGTTCTAGCGTTGATATCTAAAA +AAGATATGTATGGATATGAAATAGTTCAAAATATTTCTAAGGTTATAGATGTTAACGAGG +GAACTATATATCCAATACTGAGAAGGCTTACAAAGGATGAATACTTTGAAACTTATATAT +TAGAATCTAATGAAGGTCCGGCAAGAAAGTACTATAAAATAACTGCAGAGGGAATTAAAA +ATTTAAATAAGCTGGTAAGGGAATGGAAAGATTTTGTAGGTGCAGTTAACATTATTTTAA +ATGAATACTAGAAGGAGGTAACTATCTTGAATAAAAGTGAATTTTTAGAGATATTAAAAG +ATTATCTTGGAAAAGATTTTTCAGAATATGAAGTTAATGATATATTAAGAGATTATGAAG +AATATTTTGTGGATGGAATAATAGAAGGAAAGAGTGATATGGAAATAATATCAGCTCTGG +GTTCTCCGAAATCAATAGCAAAAGATTTAGTGTCTCAAATGAAGGAAAAGGATGAAAATA +AACAATTTAAAAATAGTAAATTTACTGATAATATTAGTGATAAATATGAACAGTCAAAAA +TAAAAGCAAGAGATATATTTAGAAAAGGAAAGAACTATGTGAGTGAAAAGCTTACACCTA +ATTTATATAGTGAAAGTTCTAGGTTATCCACAAAACTTATAAAGATAATATTAAAAATAT +TATCACTAGTACTTTTAATGCCAGCATTTATGTTTATTGTTGTAATGATACCAATAGGAA +TATCGTTAATTATGTCTTTAGTAGCTTTTATAGTGGCTATACCTTTAGTAGTTAATTTTG +TTTGGTCTGTACCAGAAATAACTGCAGTTGTTATATTTGCATCTATATTATTTATAGGAT +GTGAAATAATTGCATGGCAGATTTTTATATTCTTTATAAGATTATTTATTAAGTTAAGTA +AAAGATATATGAATTGGATAAAAACAAGGAATATTTATATAAATGCTAGTGAGAAAAAAG +ATAGATTAGAAAAGGATAGCTATGAAGAAGATGGAAAAGGAGATGATGATTATGAATAAG +AAACTTTCCATATTTGCAATAATCTTAATAATAATTGGATTAGTGGGAACTATTTGGTCA +GGTATTAATACAATGCCTTACTTCATGAGTGAAATATCAAAAGCAGAACAAGAAGCTATG +AAAGAAGAAACAGTATATAATGAAGATCTTCTTGATGCTAAGAAGGTTACTATTTATACA +GCACATAGTAATGTGACAATAAAAAGAAATAATGAGAATAAAGTAAGAGTAAATAGAATA +GGTAATCTAGATTACGCAAGATATGATGTTAATAACAATAAAAGTATATTAACAATAAAA +GAAATTGAAACTAATAAAAACTATTATATTAAGCAGCTAGATTTCAAGAAGTTATTTAAC +GATGTAATTGAATCATTAGTTTCAATACAAAATGAAGGTATTATAGTTTACTTACCAAAT +AATGTAGATTTAGAAGTAATTACAGTCAGTGGTAATTTAAAAGTAGAAGGTGATATTGAA +TCAAAAAAAATAGTGTTTAAAACATCTGGTGGAAGAATATCTTTACCTAAAGAAGTAAAA +AATATCGAAAATTTACAAATATTAAGTTCGAGTAGCATATATTTAGATGTAGTGGAGCTT +TTAGGAGTTCGAGATGTAAATGTTGAATGTAACGATTTAACTATATACTCTAATGAAAAT +TATATGTTTATAGATAATATTGAAAATTATATACCATTAAATTTAGATATAAGCCAATAT +AATAGTGAGAATTATGGTTCTAGTGTGCATGTACAAAGTAATATACCTGTTTCAAAAAAT +CTTAATATAAAAGGGAATGATAACTCTGTGTATTTACAAATTCCTATAGAAAAATATAAG +ATGAATTTTGATGTGAGCGTATCTGAAAATATATATTTAAATAATAATATATTTACTGAA +AATGCTATAGTGGGCAATGTAAAGCAGATAAAAGGAGTCCTAAATAAAGACTTAGAAGAT +TTAGATGAACAGTATAATGTAAATGTAAAATCAGCTAATCTTGAAATAAACTAAACTGTA +TTTTCAATTTATTTATATTGTAAAAAAATAGAAAAAAATAAGTCCCTATGATATAATAGA +AAAAAACATAGTAATGAGGGATGCTTATGAATAAATTAACCGCAGCAATATTTTTAAGCA +CAACTATTTTATTTAATGCAGCATGTGCAAATGTTAATAATGTAGAAAGCGCTAGATCTT +TAGAAAATGTAGATGTGTCTAAGACAAGTGAAGTTACCGATGATAGCTTAGAAACTATAA +CTATTCAGACAGATTCAAAGGATCCATCTAAAGTAATAGAAATAGAATTAGATGTAAACA +GTAGTGCAAAAGAAAAGATAAACAGAATACTAGATAATATATCAGAAGAATGTTTTAATG +GTTTACCAATTGAGGCAACTATTGTTAATAATAATGTGGTAGAGATAGAGTTAACTGAAT +ATAATGATGAAAAAAAGAGCGTTTCTTGGCAGAATGATTATTTAAATAAATATACCAAGA +AAAACACTATTAATCTTATAGTAAAAAATATAATAGAAGATAAATTTAAATCTGAAGTTT +CTTCTATTAAAGATGTAAGAATATATCATAATGATAAATTAGTTACATTAGATTAAAAGG +GCTATAATCAAAATATAGTTTGCATAATATTAAATTTAAAATTAGGTATTATGCAAAGTT +ATTTTGAAATAAGCCCTTTTTTTATTTCATATAATTATTTAAGATTATTTCATCGTCTTC +ATTATTATCAAACTCATCATCTAAATGTACGCTTTCGTTTACCATATATGTTGCGATAGA +TAAAATACCTATACCAGCAAATAATTTTAGCTGTTGCTTTCCTATATATTTAATGGCAGG +GAATAAAACTTTTCTTGCTTTTGAACTAAATAAAGTAGTTGCAGATATTACTGCTCCAGA +AGCGATTAGTGCGCTTAAAGCTGGGTAATCTTTTATAAAGTTTGAAGCACAATTACAACT +AGATTCACTATAATATCTATGAAAATCATTTTTCATATCATCTAATTCATTAGAAGTCAT +ATAATCACTCCAGTATTATAAATTTAGAAAATCCTTGTTTATAGATTATCCAATAAAGAT +AAAATTATAATTAATAAAATATGTTAAAAGTATAGAGTTAAAATTTCAAAGCAAAAAATA +CTATAATCTACCATACATTACATAATAGATAAATAATTAGTAACCAGTTTAAATTGCTAT +CATATAATTATAGTAAAGAACATAAGTCATGCTTATGAAACTTAAAATATACAGCAAAGG +GGTTTTGACATATTATGAGAAAGAAAAAGAAACAATCTTATTCATGCGCTCCTCAGTATG +ATGCTTGCAATCCATGTGAAGAAAAAATAAATACATGTAAACCAGTTAAACAAACAAAAA +TTGCTAATACATGTACATGCAACACAAATAATACATGTAATACCTGTAAAAAACCAGTAA +AAAAATATGTAGACGATTTATGTGGTGATTATGAAATAACATGCGTAGATAAATGTGTAA +ATTTAGCGAAGAAGGCAGAAGAATTATTTACTAAAGCATGTGAATGTGACGCTCAGGCGG +TAGAAACTTATAATCAAGCTAAAGAGTGTGAAAAGTCTGCGAAATTATTAGAACAAAAAG +CTAATAATTTATTACAAAATGCATGCTGTACTGAAAAAGAAGCTAAAGCAGCAGAGTGTA +AAGCTAAGCAATTACTAGAAAAAGCTGAGGAACTTTCTGCCAAAGCTAAATGTTTATATC +AAGAGGGGAAACAAATACAAAAAGAAGCAGAAGCTAACTGTGAAAGTGCAAAATGTTTAT +TTGAAAAAGCACAATGCTTAAATGAAAAAGCTAAAGAATTATATGCTCAAGCGATGAAAT +GTGATGAAAAAGCATTAGAATGTTATCAAAGTGCAGGAGAAAAAATGAAAGAGTATGAAA +TGAAGTCTAAGAAATGTGAAGATATGATTTCTAAATGTGGAACTGCATTAGATAAATGTT +CAAATAAGGTTACTTGTAAAAAAGAAATACCTTGTGAATATGTAAAACCTACAGATATGT +GTAATGCTACAAATATGTGTAACACTACAAAACCAAGCAGTACTTGTAAATATGAAGAGT +ACGATTATTCATGCAACCCTCCAAAGAAAAAATCTTGCGGATGTAATAAACCAGTTTCTA +AAAATCCATGCAAAATGAATACTTGCAATCAAGACTATGAAAATAAAATAGATTCATGCT +ATTCAGATAATAAGTATCAGATGAACCCTTGCTATGAAATGGATAACTATAAAATGAATC +CTTGTAAGAAATCTGTTAAATCTGAAGATATAGTATATATTGAAGACTGTGATCTTTGTA +AAGGTAATTTATGTTCAACTTATGTAAGTCCTATGTATGATATGACACCTATGCAATGTA +CAGGAGGAATGTCAAGTAAATATCCATCTTTAGATAAACCATATATGAATGCTTATATGG +ATCAATATCAAGATATAAATGATATGTGGATGAATTATTATATGTATATGCAAAATATGT +ATATGCAAAACATGATGCCTTTTGATGAAATGTAATAATTTAAAGTTAGGGGAAGAGCCT +ATTTATGAGGCTCTTTTTTACATATTAAATATTTTATAAAAATTGAATATATTAATAAAA +ATTAAAACAAACTAAATTAATATTAAATTTTACTATTATATAATTATGTGGTATATTAAA +TAATAGATTTTATATAGAGAACAAAAGATATATTAGGTGGTGATTAATAAAGTGGATATA +AAAAAGCATAAAGAAAGTATACTTTATTTAATATTTGGTGGATTAACTTTTCTTGTAAAT +ATGATTACATATGTACTTTTTACTAGAGTAGTTAAAGCTGATGTTTTAGTTTCAAATTGT +ATTGCATGGATTGTAGCAGTTTTATTTGCTTATATTACAAATAAATTTTTTGTTTTTGAA +AGTAAAGAAACTGATTTTAAATATATATTAAAAGAATTTAGAGCATTTGTTGGTTGTAGA +CTATTTTCTGGAGTTGTTGAATTAGGGATAATATTTGTGATGGCAACTTTAATGGGAATA +AATGACTTATTTGTAAAGATAGTAACTAATATAGTTGTCATTGTTTTAAACTTTATATTT +AGTAAATTAATTATATTTAAAAAAGAGATACAAGTATAAATAATAGAGATATTTTTAATT +GCGATCAAATATAAATAAAAAAGATGTCCAAGCTAAGGACATCTTTTTTTCTATTCTATA +GATCCTGAATACTCTTCAACAAAGTATAATGGTCTACCTTTTACTTCTATGAAAATTCTT +CCTAAGTATTCACCTATAATACCTAATGATATTAGTTGAACGGCGCTCAAGAATAATAAT +ATGCAAACTATACTTGCATATCCTGGGACATCTATCCCAAAAATTAAAGTTTTAGAGAAT +ACAAAAATCATGTACAAGAAAGAAGCAATACCGCTTATTATCCCCATTATTGTAGAAATT +CTAAGTGGAAGTATAGTAAAGGAAACTATCCCCTCAATTGCTAAGTCCATTAACTTAAAA +TAATTCCATTTAGTTTGTCCAGCAACTCTTGAATCTCTATCGAATTCTATTTCCTTTTTC +TTAAAGCCTATTAAACTAAACATTCCCTTAGTATATCTTTGTCTCTCAGGGAAAGATTTT +AAAGCCTCTATAGCCCTTCTGCTTAACAGTCTAAAGTCTCCTGTATCTTTTTGAATAGGT +ACATCGGATACACTTTGTAAAACTCTATAGAAGGTTTTAGATGTGAACTTTTTGAACCAA +GTTTCACCATCTCTACTTCTTCTTTTAGCATATACATCATCGTATCCTTCTTCATATAAT +TTAATCATATCAACTATTAATTCAGGAGGATCTTGTAAGTCAGCATCTATTATAGCAACA +GCTTCTCCTGTAACATAGTCAAAGGCAGCTCCCATAGCAACTTCTTTACCAAAGTTTCTA +GATAAGTTTACATAACAAACCCTTTTATCTGCCTTACGTAGTGCTTTAACTATCTCTAAA +GAGCTATCTTTACTACCATCATTTACAAATAGAAATTCTAAATCATAGTTTTCTATTTTT +TCTCCTAGAGCAACTAATCTACTATATAAATGTGGAAGAGATTCTTCTTCATTATACATT +GGTATTATAATAGACAATATTTTATTTTTCATATTAATCAACTCCAACTATCGAATTTAC +GCCATAGTACTTAGCCATCCATTTATTAAGCCAAGATTCTTTATCGTCACTAACATACCT +ACTACCTCTAAATGCATTATATTCACTTTGAGCTTTTGGTATATTTTTAATTTCTATATC +TAAGTTACCACTTTCTTTTTCAGTGTTTATCGTAGAAATCTGAGTATTTATACTATTATA +AGTTTTAACAATATCTTTATAAGCGATACTGTAGCTATCTGCAAATTTAATTGTAAATCC +TATTAAGCATGCTACTAAAATAATATTTAATGATTTAGAATTAATAGATATATTTGAATA +AATATTTCCTATTGCAACTATAATAAATACTATAGGTCCAAACCAAGTTCTAGCAGGTAT +TTGAGGAGATACAATTAAAACAATTATTCCTGCAAGTGCAGAGAATATATACATAAAAGA +TATTGTAAGTGACTTACTTATTAATTGTGTATTATTATTAGTTATTAAGAAGAATGCTAA +AACTACTAATAAAAGGATAGTAAGTCCAAACATAAGTGTAAATGAAGTACCAAATACGTT +TCCTATATTTTTAATTATATTTATTGTTTTATTAACTAAATATTCTTTTCTAGCGTTATT +ACCAGGAGCAAGAACTAAAAGTCCAAAGCCGATACAACTAGATACAAATCCAGAAAATGC +CCAATTAGGTATTTTTACGTTTTTCAATTTATAGTAAGCTATAAACAACATAGTTAGTAA +TATCATAGCTCCACCAGTATTTTCGTTTGTCCAACCTGCTAATATACCTATAATAATCAT +AAGAATGAAATTTAAAGTATTATCTTTAAAAGAGTGTTCATTTTCAAGATATTTTCTATA +TGGCAGTAAGAATAATAATATAATTATAGTACACCATAAATAGTTACCTGCACCTGATAC +CCATAGTACAGTTAATCCAAATTGAGGTATGAAGAACCATAATGAGAATATTATACCTAT +TAATAACGGTATATTTATTTTTTTTGAAACATTTGAATGCAAATAAACAAGTACAGCTAG +TCCAACAAAAGCAATTGAGTTAATAATATTAAAGAATTGCTTATCAAACATTAAGAAGAA +TTGAACTAAGGTATGTGCAGTAATTCTTCCGCCCCACATAAAGTAGTGGTTATACATAGA +TTTAATTATATCACTGAAACTTGAGAGTCTTTGAACGCCATCATTAGGCATAAAAGATTC +ATACATAAAATTATATCGAAAATCATCTGAAGTAAAATGAGTATTCTTATTAAGAATATA +CATCATTCCAAATGTTAACAATAAAATAATGGAGAAACAAATTACATTACTAATAGAGTT +AGTTTCAGTATTATTTATATTACTTTTAAAATTTAACGAATTGTTATTTCTTTTCAAAAC +TATTCCTCCTATTTTGAACTATAAAATATTTTAATCGACATTTTATATTATACATAATTG +GAAGTACTTTTTAAAGCTAGTTAATTACAAAATTATAACTATGTTAAATGTGATTAGAAT +ATCCTTTAATTAATAAGACAAGTACAGAAGAGAATTATTAACATGATTATTTAAAAATGC +TAATAATATAAAATTATAGGGGGATAGTTATGAGTAAATTTAATTTATATTAACTTTAAA +TATTTATAGGAGGTAAATTATGAAGAAAATATATATGGCTGTATTAGCTATAATAATGAG +CTTAGGGTTGATATCATGTTCTAATAATATTAAGAAAGAAGAAGTTAATAAGTATAATGA +TAAAATTAAGGTATATGCAACTATTTTTCCAGTATATGATTTTGCTAAAAATATAGGTAA +AGATAAAATTGAATTAAATTATATTGTACCACCATCTTCGGAACCACATGATTATGAGAT +AAGTGCAAAAACTATAAAAGACATACAAAATGCAGATTTACTTATAAAAAATGGTTTAGG +AATAGATGGATTTTCTGACAATATAAAGTCAGAATCAGATAAATTAAATATTTTAGTAGC +AAGTGAAGGTATTGAAAAAATTACATATAAAGAAGAAGGTCATGATGAAGATCAAATTGA +AGAAGAACATGAACATGGAAAGTATGATCCTCATGTATGGCTAGATATTAATAATGCTAT +AAAAGAATGTGAAAATATAAAAAATGAATTTATAAAAATAGATAGCAAAAATAAAGGATA +TTACGAAGAAAATTATAATAATTATGTAAAGGAATTAAAAGATTTACAAGAAGAGTACAA +TGCAAATTTAAAAGATATAAAAAATAAAACTATATTAGTTTCTCATGATGCTTATGGATA +CTTATGTAAGGAGTATGGTATTAATCAAATATCAATAACAGGTATAAATCCAAATCAAGA +GCCTTCTATGAGTAAAATAGCAGAGCTTACAAATTATGCAAAAGATAATAATATTAAATA +TATATTGTTTGATGGATTAGTTAATCCAAAGGTTTCTCAGACAATAGCTAATGAAGCAAA +AATAGATACAGAAATTTTATATTCCTTAGATGGTATAACTAAAGATGATTTTAATAATAA +TGAAGATTATATATCATTGATGGAAAGAAATTTAGAAACCCTTAAAATAGTATTAAGGTA +GGTATAAAAATGGTGGATGTAATTAAGTTTAGAGATGTTAGTTTTGGATATGAAGATAAG +TGTATATTAGAAAATGTTAATTTTAATATCTATCAAGGCGATTACATAGGAATTGTAGGA +CCTAACGGCTCTGGAAAGACTACATTATTAAAGCTCATAATTAATGAGATAAACCCAACA +AAAGGTAAGATAAAGATTTTAGATAAAGAAATTACAAACTTCAATAACTGGGAAAAAGTT +GGATATGTAAATCAAAAATCAAATTCATTTTCAACTTCTTTTCCTGCAACAGTAACTGAA +GTTGTAGCTATGGACTTAGCACCTAAGATAGGATTGTTTAAGAAGATAAAGAAAAAACAC +TTAGAAGAGGTTTGGAATGTTTTAAAATTAGTAGGAATATACGATCTTAAAGATAAGCTA +ATAGGAAGTTTATCTGGAGGTCAACAGCAAAAAGTTTTTATATGTAGGGCTCTTATGAGA +AATCCTAAAATACTGATTTTAGATGAACCAACGGTAGGTATAGACATAAATGGTCAAAAA +GAATTTTATCATCTTTTAAAGAAGTTAAATGAAAGTTTAAACCTTACTATAGTAATAGTT +TCCCATGATTTATTTATAGTTAAGGAAGAAGTAAAGAAATTAGCAGTAATAAAAAATAAA +AACATTAAGGTAATAGATAATATAGACGATGAATTAACAAAAAGCACATTACTAGACCTT +TTTGATATGTAAAAGGGAGGTAGTAAAATTGGAGATATTTCAATATGATTTTATGGTAAG +GGCATTAATTGCGGCTTCTATAGTAGGATTAATATGTCCTTTAATGGGTATGTTTATAGT +TTTAAGAAAGTTATCCTTAATTGGTGATAGTTTATCACATATAGCATTATCAGGAATAGC +AGCATCAACTATTTTTAATGGAAATCCTATAATAGGATCATTAATAGCATCAAGTTTAGC +AGCTATTATAATAGATAGGTTGAGAAGTAGTCTTAAAGAGTATGCAGATTTATCTATTGC +AATAATAATGGCTCTAGGAGTAGGTATATCAGGAATACTTATGAGTGCATCAAATGTGAA +CTTTGATTTATTTTCTTTTATGTATGGGAGCATAGCAACTGTAACAAAAGAAGATATTAC +TATAATAATGATAACTGCAATAATAGTTCTGTTATTTATAAACTTATTCTTTAAAGAACT +AGTATATATCACATTTGATGAAGAAAGTGCAAAACTATCAAATATTCCAGTGAAAATGAT +AAATATTATTTTTATGATATTAGTTGCAGCAAGTATCACAATGACTCTTAGAATTGTTGG +GGTTTTATTAGTATCGTCATTAATTGCAATACCTGTAGCAACAAGCTTAAGAGTGGCCAA +GAGTTTTAGACAATCAATATTTTACTCCATACTATTTGGAGAAATATCAATACTTAGTGG +TGTTATTCTATCTTTTTATATGGATGTAGCACCAGGGGCTATAATAGTTATAGTAAGTAT +TTTACAATTAATTCTGGTAAGCTTATATAAATCAAGGATATATAAAATAAAAGTTGGAAA +AGTAATAAATAATTGAGAGAAAGTAATAGCGGCCTCAAACAAATTTTAGAGTTTGAGACC +GATATTATTATTTTATAAGTTCTTTTTCTATTGTTTTATATAGATTTTCCATCATATTAT +TAAATTCTTGAGTGGCTTTCATATAATTAGATACTAGCGGAAGATTAAAAAATGTATCAT +ATTCTTTATTTAGGCTTTTAATTTTATAAGAAGCATCATCTATACTATATCTTGAGTAAA +TACTATTCTTTTTATTAATGTAAGAATCAAATTGTTTTTTTAAAGACCTATTTTTTTCAA +TATCAACCTTACACTTATTCATGTACTTAAATTCATTAGTATTTTTTATATAACTGGCAA +ATTCTTTTGCTTTTTGATTAATATCCATTATATATCCCCCCTTAATTATTTCAGTATATT +ATATTGTATAAAATAATGAGAATATATAGACTAAATATTTTATTTTAAAATGAGTACGAA +AAGTGTAGCAAAAATAAGGTTTGTATAATAATATATAATGTATCAAAAAAGACGAGATAA +AATTTGACAGCGTGGAAATAAAGGGGGATGTCTCAAACCTATTTTGAGACTCCCTCTTTT +TTTAATGATTATCTAAAGAGATATTAAATCACCTAAGAACATTTCAAACATTACACCATC +GTTTCTATTAGTATTAAACTTAGACGTATAATTTATAGTCTTATATATAAATTTAGTGGC +AGTTTCAACTGCAAAATTTAAATCATAATTATTTGTTAAAAGTCCGCAGATAATAGACGT +AAAGATATCTCCTGTTCCACTATAAGAACGATTATTATATTTTACAGATGTAAAATAAGC +TTCATCAGTAGACTTATTGTAAGCTAGGTTAAGTATATTATCGCCTTCGACTATACCTGT +AATGACAACATTTAAAGGACCTAGATCTGATAAGTCTTTTGCTATATTAATAAGTTCATC +TCTAGAGTAATTTTGATGGTACTCTTTGTTTGTTAAAATACATGCTTCTGTTAAATTAGG +AGTTATCAAAGTAGAATGTTTTACTAAATCTTTTATCTTATAGCACATTTCCTCTGTAAA +GGTAGAATATAAAGAGCCGTTATCTCCCATAACTGGATCTACTACAACTAGTGAAGTATT +AGTCTCTTTTATGAAATCAGACACAATTTCAATTTGTTTAATTGATCCTAAGAAACCACT +ATATATGCAATCTACACCAATACCGAGTCTCTTCCAAACGTTTTTGTATTTATCCATTTC +ATTTGTAAAATCTAAGAATGTAAATTCTGGATAGTCAGTTTGACTAGAAAGTATAGCAGT +AGGAAAAGGGCAACATTGGACTTTTAAAGCTGAAAGTATAGGTATTGCTACAGTAAGAGA +GCATCTACCAACCCCTGATAAATCATTTATTGCTGCAACTTTTTTTAGCATAATACTCCT +CCATAATGTTAAGTTTATAAATATATATTACTACTAAAATATACAAAAAAATATACTCTA +CTTAAAAAAAATAGAAATAATACAATGTACCAATACAATTAAACAATAAATAAAATTATT +TGATAACTTATTGGACATAATAAGAGAAATGAATTTGATAACAAAATGGTGTACTATTCG +TTGGGAGGTGCTTTGTTTGAAATTACTCAAAAATAAAAATGAGTACATCAAAAAAATAGT +GATATGTTTATGTTTGACAATATCATTAGGAGGAAGTGTATTTATAACTAAAGGAAGGTA +TGATGACAATAAAAACATAAAAGAGGAAGTATTAGAAGCTAGTAAAATTGATACTGACAG +CAATACAGACGAAACAAATAATCAATATAAATTATTACTAGAGCATCTATTTGATTATAG +GAATAAGGCTATATTAGACCAAAATGAGGAAATATTAAAAGAGCTTTATGATACTAATAA +AAAATTTGGTCTTTGGGCGTATGAGCACGAAGTAAAAAAGATGAAGTATATAAAGAGCTG +GTCAGATAAACAAGGTGTAGATTTCAAAGATATTAAAACTAAAGTAATTGTCAAAAAAAT +AAAAGAAAAAGAAGAGGATTTATATGGAATTATATGTACTGTCTCCACAGAATATAAATA +TTCATATGAAAATCAGAAGGATGTAATAAATACATTTAGGATAGGTACATATCATTATTT +GAATGTAGTAATAAGAGATAATCAATATGTGATAGTTAAAGAATGGTATACTGATCCTTT +TGAAGATTCTCTAAACTTAGAAAATATTAATTCTAATGAAATAAGAAACTATATAGAAAA +TCATGAGAAAGCAGAAATTCAGTTAACTAAGGAGCAAGAAAAAGCTATAAATTATGCTCA +CCAGTATTGTGGAGCAGCAGCAGACGAAGAGTTCGGTCTTAAATTTAATAATAAGTATAA +AGACTTTAATCCTGATGGTGGAGACTGTGCTAATTTTGCATCTCAAATACTATTTGAAAG +TGGACGATTTAAGAAGAATGCAACTTGGAACTATTGTAATGGAGATGGAACTAAGGCATG +GGTTAATGCTCAAGGATTTAAGAACTATATGTTGAATAGTGGAAGAGGAAGCTTGATAGC +TAAGGGATCATATAATGATGTGTATAAAGAAGCATATAATTTAAGACCAGGAGATTTTGT +AGGTTATGAAAAAGGTGGTAGAATTACCCATGTTTCTACTGTAACTGGACAGGATTCAAA +AGGATATCCTTTAGTTACTTGTCATAATACAGATAGACTATTGGTACCTTGGGATTTAGG +ATGGAGTAATAAGGCTATAAGATTCCATCTAATAAAAGTTAATTACTAAAAATGTTTTCC +TAAAACTCGTTATTTGCTGGAACATGCATAAACACTGGGTTTTAGCTGTTTTTATAGAAA +TGTATAAAACTAATAAAATTTGACAAAACTGATTATATATGGTAAAGTGATAACAAAGCT +AAAGTTTAGCTGAATAATTGTGTTTTTTTTAGGAGGATTTATTAAATGAAAACTGGTGTA +GTTAAATGGTTTAACAACGAAAAAGGATTTGGGTTTATATCTGTAGAAGGTGAAGGAGAT +GTTTTCGTACATTTCTCAGCTATACAAGGTGATGGATACAAGTCTTTAGAAGAAGGACAA +AGCGTTCAATTTGACGTAGTTGAAGGTGCAAAAGGTCCTCAAGCTTCTAATGTAGTTAGA +TTATAATTAAAAGTTCATATATATTAGTTTTATTAGTTATAAATCTAGTAGTATGTGAAA +AGCCGCTTATTGCGGCTTTTTTTATTTTATTATCTCTTAACTAAACCAACATTTTCAATA +AAATTAAAGCCTTTTTCATTTATTAAACATTCATATAAATCTTCAGATGTATATTTACAA +AATTGATTTAGACATTCTTCTAAGTCATCTTCTAACTTATCGAACTCACTATATATATCA +AATTCTGCAGAGTATTTTTGCATATTGCTTCTTAATTCATCTATATCTACTAAGAGTTCA +ACCCATGAAGAATCTAATTTATTATCTAATATCATAGATTTAACATTAGAAAGTAGTTCA +GATTTATCTGAAATAGGTATTATAATTTCTTTTTCTTTATTTAATTTATTTATAAAAGAA +GTAATATCATCAGCCATAATTAATAAATTTCTTTTTACAAAGCTGTAAAAATTCTCTTTG +CTAAATTTACTATGTATATCTTCTATGAACATTTTTTCTGTATTAGATTGCCATAACTTT +AAGGCAAACTTATTAGAACTTTCACTTTTTATAGGATTACCTAAATAATCAAATAATCTA +GGATAAGAGTGATTAAAATGTTTTGATATTTCGACTCTATAGAAGTAACCTGCATCACCT +GTTGGCATTAGGCTTATTATAAAATCATCTAAATCACTACCTAGATATACATGTGTAGAT +GTAAATATGTTAATAATATTACTTAGATTAGTATCATCTATTTTAGATATATTATTTTTA +GCAGCTATATTGTATATTTTATTTTTATATATTTCATTAAGTATGTTTTCTAATTCAGTA +TTATAGTTGTAGCTATATTTCATATTGATCCTCCTTCAATGAACATAGTAAATTTATACC +CAGAAAAAAATTTTTAAAATAAAAATTTAAATAAAAGCTTAAATATGATAGAATTAATAT +GTAAAAGAAATAAAATATATGTTTTTATGAACAAATATGTATAAATCCTTACATTAAGTA +TTGGGAGGTGTAGTGTGATGAACATATTATTTTTTTTAACACCAAAAAGTGAAGTTGCAT +ACATATATGAAGACTACACTATGAGGCAAACATTAGAAAAAATGGAGTACCACAGATACT +CTTCAATTCCTATAATTAATAAAGAAGGGAAGTATGTAGGTACATTAACTGAAGGTGATT +TGCTGTGGACATTAAAAAATGATTTTTCATTAGATTTAAAGTCAGTAGAAGATGTGCCTA +TCATGAATGTTAAAAGACGTAAAGACAATGCACCAGTGTCTGTAGAGGCAAATATAGAAG +ATTTAATTTCAAAATCTATGAATCAAAACTTTGTACCAGTAATAGATGACGAAGAGACTT +TTATAGGCATAATAAAAAGAAGAGACATAATTGATTATTGCTACAATAAGATGAGTAGTG +AAGTATAAGATAATAATTAAAAAATTAGATAATATATAAAGCCTAGTAAAATTACTAGGC +TTTATATATTTATATATTAGCTATTAAATTTAACTATGTTGTTGTATTTTGATTTTAAAT +CATTGTATTTGTTAGTGTAAGCTTCACTTTGTTTTTGGTAAGTTAGAGCTTTTTCTATTT +CATTTCTAACCTCTGCATATTCAGATTGTCCACCCTCTTGTCTATCTTCTAACTTGATTA +AGTGGTATCCAAATTGAGTTTTAACAGGTCCTGTTATTGAACCTTTATCCATAGTAAATA +CAGCTTCATCAAACTCAGGAACCATTTGTCCTCTTTCGAATGTTCCTAAATCTCCACCAG +CATCTTTAGATGGGCAAGAAGAATGTTCAGTTGCAGCAGCTTCAAAAGTAACCTCACCAG +CATTTATTTTATTTAATATATCATTTGCATTTTCTTCAGTGTCTACTAATATATGCTTAG +CAGAAGCTGTATCTGGTTTAATAAATCTAGCTTTATTAGCTTCGAAGAAAGCTTCTTTTT +CTTCTTCTGTTAAAGTAACGCTAGTTAATACTTTGTTCATAGCATATTGCTTTAACATAT +TTTCTTTTACTCTTTCTAATTCAGCTTTGAATTCTTCATCTTGATCTAAGTTATTTTCTT +TAGCTTCTATATATAGTAATTCTTGGTTAACTAAATCTTCTAATATTTGTTTTTTCCCTT +GTTCAGAGTTGAAGTGAGAAGCTTGATAAGGATCTAATCCACCTAGTATACCTTCAACGT +CTAAGTTAGTTATTTCTTTTTCTCCAACTGTAGCTAAAACTTTTTTTTCCATATTAATTA +ACTCCTTTATTTGTATTCATTATTAATATTAGCCTTTAATATAAATAATATCAAAAAAAT +TTCAATATGTCTAATCTTTCCAGTATAAGCAAGCATATTAATACCAAATTGCAATAACCA +TTAATAATAGTGATGATATTATACCAACAACGCCTTCTTCATTTTTAAATCTAAAAACCA +TTCTGCATGAAAAGTAAAAATATATTAGTATGAAGATAAATTTTAAATATAAAAGAGTAA +GATTAGTTGGAGATAATAAAAAAGTTGATAGTGTAAGTATGTATGAACATATAGTATTTA +ATCTATAATGTAAGTTTATATTCCTTAATTTTTTCATACTCATAAAATAAAAAATTAATA +AAGTTATATAAATTATTCCAACAGAAGTATACGAATAAAATAAAATAGATTCTAAAGTAT +AGTTTTGTATAAATATAATTTTATAAAAAATACTTGGCCAAAAGAATAATGTTAAAAATC +TAAAGTAATACTCGAAGAAAACTTCTTTATTCAACTTTCCACATCCCTTCTAAAATAATA +ATAATTATCTATAAATAAATTAAAGCATATATATATATTAAATACTAGGATTATATTTTA +GTATAAGTAATTTTATAGATATATTATTAATAAAATATTTTTAACCTAATTTATTAAATA +GGGGGGATTTTATGTACAGATATTATACAAAAGGAGTTTGCGCTAAATCTATTTTAATGG +ATATTGAAGATGGAGTAATAAAGGATGTAGTATTTGAAGGTGGTTGTGCAGGTAATTTAA +TTGCATTAAAGTACTTTGTTGAAGGGAAAAAAATAGATGAAATAATAGATCATCTAGAAA +ATATACCTTGTATGAATAGAGGAACATCTTGTCCAGATCAACTTGCCAATGCTCTTAAAA +TATATAAAGAATATGTAGTAAAAAAAGAAGTGTAGTTACATATTATAAAAGAGAATGTCT +TTATTGACATTCTCTTTTATAATATTAGTATGTTAAATTAATAAAAGATTATTGCTTATT +AACTAATATAGCTATTTTTTCGTCTGGGTTGTAGCTTATTTGAACTAGTTGATTTTTTCT +AACATGCTCTAAATCTTCTCCACCATGAGCTATGTGTAATTTTACAGGTAATTTACCTTG +CTTGATTATTGCTATGTATTCTTTTTTACCTTTTTTCTCTAAACTAATTAAGTTACCTAC +ATATGGTTTAAAGTTTTGATATTTATCCCCAGCTTTTTTTATGTAGAAATAAGTTGCTAC +AGCTATTGCTATGTTTACTCCAAATATAATCCATCCGTTAATTTTGCTAATAGAACCAAT +TATAATTACAGCGAACATTATTATTAAAGGTAAAATAGCTTTCTTCATTAATAATTTCCC +CATAATTTCATTAGCTTTTTTCTCAGGACCACTCATAGTTTTTGATCTAGCAAATGATTC +TGCAAATTTGTCTTTTAAGCCCATATTAATCCTCCTAATTTCAATAAATATTTAGTTATA +ATAACGTTTTTTACGATTGAAACTAAAAATTTACTTTAACATTATTATTATGTTCAATCT +TTACATTTAAATTTACAATAAGCAAATGAAAATATATCTAATATTTTAACATAAAAAATT +AGAAATGAAAATAAATGTAAGTGAAAACTTTATAAATATAAATTAAAATGTTAAATTTAT +TATACAAGATAGCTAAAAAATGAAAATTTTAATAATATTTAGATAAATATATTTAAATTA +TAAATATAAGTTTATTTACAATGATAATTTAGTTAGGTATCACTATAACTAATTTTATTT +TATGGTAAAATAAAGTATAAATAATTAAATAAGCAAGATCTCGTTTAAGGAGGACAATAT +GGAAAAGAAATATATAATGGCACTAGATCAAGGAACAACAAGTTCTAGAGCTATATTATT +TAATAATAAAGGTGAAATATTAGAGATGGCTCAAAAAGAATTCACTCAGATATACCCTAA +AGCAGGTTGGGTAGAGCATAATCCTATGGAAATATGGGGAAGTCAAAGTGGAGTTATGAG +AGAGGTAATAGAAACAGCAGGAATAACTCCAGATGAGATAGCAGGAATAGGAATAACAAA +CCAAAGAGAAACTACGATAGTATGGGATAAAAATACAGGAAAGCCAATATACAATGCTAT +AGTTTGGCAGTGTAGAAGAACTTCAGATATATGTCATGATTTAAAAGAAAAGGGACTGGA +AAAAATCATAAAAGATAAAACAGGTCTTTTAATCGATGCTTATTTCTCAGCTACTAAGGT +AAAGTGGATACTTGATAATGTAGAAGGTGCTAGAGAAAAAGCAGAGAAAGGTGATTTATT +ATTTGGAACAGTAGATACTTGGCTTATATGGAAACTAACTCATGGAAAAGTTCATGTAAC +TGATTATTCAAATGCATCACGAACTATGATGTACAATATAAAAGAATTAAAATGGGACGA +AGAAATATTGAAGGAATTAAACATACCACTTAGTATGCTACCTGAAGTAAAGCCTTCTAG +CTATGTTTATGGACATACAGATGAACAAATGTTAGCAGGAGCCCAAATTCCAATATCAGG +ATGTGCAGGGGATCAACAGTCAGCGTTATTTGGTCAAACTTGTTTTGAAGAAGGTAGTGT +TAAAAATACTTATGGAACAGGATGTTTCTTACTTATGAATACAGGTGAGAAAATAGTTGA +ATCAAAAAATGGACTTATAACAACCATAGCATGGGGAATAGATAACAAAATACAATATGC +TTTAGAAGGAAGTATATTTATGGGAGGAGCGTCAATTCAATGGCTTAGAGATGAACTTAG +AATGATTAAAACTGCAAAAGACAGTGAAACCTATGCTAATAAAGTAGAAGATACTAATGG +AGTATATGTAGTACCTGCTTTTACAGGATTAGGAGCACCTTACTGGGATATGTATGCTAG +GGGAACAATAGTAGGTCTTACAAGAGGTTCTAAAAAAGAACATATGATAAGAGCAACTTT +AGAATCTATAGCATATCAAACTAAGGATGTAATAACTGTAATGGAGCAAGACTCGGATAT +AAAAGTAAAAGATTTAAGAGTTGATGGAGGAGCAAGTAGCAACAATTTCTTAATGCAATT +CCAATCTGATATATTAGATGTAAACATAGATAGACCAGAGATAATAGAAACTACAGCGTT +AGGAGCAGCGTACTTAGCTGGATTAGCAGTAGGATTTTATAAAAATAAAAATGAAATAAC +ATCAAAGTGGAAAGTACAAAAAGAATTTACTCCTAACATGGATGAAAATAAAAGAATAAA +ATTATATAAAGGTTGGAAAAGAGCTGTTTCAAGAGCAATTCAATGGGAACTTGAAGATAT +AGAAGATCAAGATTAATTAAAAATCTCTACCTTAAATACTAAATATGTAAAAATTTATGG +ATAAAAAAAGGAATTTAAGTAAGTAGTAGCAAAGCTATGATAACGAAAATTCCTTTTTTA +TATATTAATTTTTACTACTTAGTAGCAGCAACTACTGATATTTCAACTAATAAGCACTCT +CTAGCCATTTTAGCTTCAACACAAGCTCTTGCTGGCTCATGTCCATCTTCAGTCCAGTTA +TCCCAAACTGAATTCATATCAGCAAAATCATCCATAGTTTTTAAGTATATAGTAGCAGAT +AATATATGATTCTTATCTGAATTATATTTTTCTAATAAAGTTTCTATTTTACTTAATACA +CCAGCAGTTTGTTCTTTTACATCACCTTCAGCGTGAACTTGACCTGATAAGTAAAGTGTG +TTGTTATGTACTACTACAGAACTCATTCTACCGTTGTTTTCATATCTTTTGATTTCCATA +AAATTTGCCTCCTAAAATATTATCTTTAATTGTGCAATTAAAATTATAATACAAAATAAT +ATAATAATCTAGGCTAAGAAAAATAAAAAAATCAGATGATGTAGCTGATATCAAAAATAT +ACTATAATAAATTTGTAAGGATAAATAATATAATTTTAAATGTTATATTAGAGAGAAGGG +GAATGAAGATGGATAAAGTAAAAGTTGCAGTAATAGGTGCAGGAGTTAGGGGAACTTATG +CATATGCTCCATATATTTTAGAGAAATCCGATTTATGTGAAATAGTAGCAGTAGCTGAAA +CCAAAAAAGGAAGAAGAGATTTATTTTCTCAGATATATAATTTAAAAGAAGAATTCGTAT +TTGAAAGTGCTGAAAAATTTTTTGAATATGAAAAGATAGCAGATGCAGTAATAATAACTA +CTAATGATGATAGACACTATAATTATGCAAAATCAGCTTTAGAAAAAGGATATCATGTTC +TTTTGGAAAAGCCGATGGCAAATAGTTTAGATGGATTAGTTCATTTAGAAGAGTTATCAG +AAAAATATAATGATAAGGTTTTGATGATTTGTTATGTACTTAGATATACACAATTTTTTA +ATAAATTAAAAGAAATAATAGATAGTAAAGAATTAGGTGAATTAGTTAGCATACAACATA +ATGAAAATATCGGGTATTGGCATTTTGCTCATAGCTATGTAAGAGGAAATTGGAGAAATA +GTAGTGATACTAGCCCTATTATTTTGACAGAAGGTTGCCATGATATGGATATACTTTTAT +ACCTTACAGGTAGTAAATGCAGAAAAATCGCATCTTTTGGGAAGTTAAAGCATTTTAATA +GTGATAGTTTTAAATTAACTATGAGTGAAAATTGTTATCGTTGTAGTGAAGAAGAAGATT +GTCCTTATTCATGTAAAAAAATATATTTAGAAAATACTAGGCTATTAAATAATGCAGTAC +ATATAAATCCAACAAAAGAAAACTTAGATAATATCTTAAAAGAAGGACCTTATGGAAGAT +GCGTCTATAGATGTGATAATAATGTAATAGACAATATGGTAAATATTATAGAGTTTGAAA +ATGATGTTACAGCTACTTTTAACCTATCTGCATTTACTAAAGAATGTAACAGAACGATTA +AGCTAATGTTTACTAATGGAGAAGTAGGTGGAAGCTTTAAGGATAATGAAATTAGAATAA +AAAAATTTGGACAAGAAGAAGAAATATTAATAAATACTTATAGCAATAATTTAAGTCATA +ATGAAGGTAATATAAATTTAATAAAAAGCTTTATAAAATTAGTATCAGAAGATAATATTA +ATCAGGATAAAAATAATATAAAAGAAGCAATAGAAAGTCATGTGATGGCATTTGCAGCTG +AATATTCAAGAGTGAGTGAAGAGGTTGTATATATAGATGAATTCTTTGAAAATGCAATAA +AAATAACTAATGAAATTGAAAGTACACTGTTTTAATTATATGTAAATAAGTTAAAAGGAA +GTGTTTTAAAATAATGTTTATTATAAAGCATTACATTAAGACACTTCCTTTTAATTATTC +ATCAGTATCTTTTGGATTTTTAGAATCACTATTTTTTCCAAAATCAAAAAAGTCTACACA +CTGAGAAAGTGCATATGACAAAATTGCGAATAGTATTTCTGTATGAGAAGGAATACTTAT +AGAGGTCATAAATTTATCTATAATATCCATAGTTATAAAAGTTAATAATATATCGAGTAA +AGCCTCAAGGATTTTATATATAGGATAAGGTAATTTATTTACATATCTAAATACATCTAA +CAAAGACGTACACAAAAAATCTATAGGACTTCCTATTAAGAAATATATTGCAAAAAATAA +TATAACAGCACCAACTGAATTGTATTCAAATCCTAAAAAGGATAAGAAACCAATACCTAC +AAAGGTAAAGATTAAAAAAGATATTCCGAAAAATACAACAAAAAATAAAATTAAAGAAAC +TATCTCAAAAAAAGGAATTTTATCTTTTCTATTTATCTTAATCCCTCCTTAAACTAACTA +TATTCTATAATAGTTTACTATAAAAAGAAGAGAAAATTGCATAAAAATAGTAAAAATTTA +AAATATTTTATTGAATAGATTTTATATGAAAAGTAACATTCTTAAAACCTCGTAGTAATC +ATCAGTTTCAAATACCAATGTTTGAGAATCAATAACTTTCATGTTAGGATAAAAGGAAGC +TCTAAAGGATTTATAATGTTCTTTAAATCTAATTTCTACCTTGAAAGATTGAGGTAATTT +TATTAAATGGCGAGATAAATCACCAGATAAAGCTGATTTAACACCTAGCCTTATGTTTTT +TACAGCAAGAGTTGGATGAATTGATATTGAAGCATTTCCAATTCCTTTTGAAACTGGAAC +TGTAACAATGTTAGGATTTAATTTTTTTGCATGTTCACAAAGCATTTCATCCCCACTTAA +GAAAGGAACAGGAACATTATAATAAGCACTAGTATAAGCATTTATAGTGAATTCAGAGGC +AATATCATCGTTTATTTTTATATAATCAAATTGAGTATCCAAGGTATGAGACAAAGGATT +GCCATTAAATGTAGCGGGGCTATGATAACCTATAAATAAAGATGCATCAAAGCTTTTATC +AATACCACCCATCATAACATGAGGGTCTTTGGTCCAACCTCTAAGTATTTCTACATTTTC +AGGTAGATTCATAGGATTTATGTTTCGAGCACTGTCATGTGCATCTTTAATTAAAATATC +ACTTTTTTTAAGGTCATTTACACCTAAACAAGCAGCATTGACTTCTTTAGTCATTTGATC +CTTATTATAAGTAGAAAGATTATTTTCAAGTTGTGTTTCATCCCAATGGACAATTCCACA +AGTACCTTCAATATCCGCACTTATATATATTTTCATAAATATCCTCCTAATTTAATAATC +GATATTATTGTAGTAATATCACCTTAATTTTAAGTATAGAATATTTATGACCAAATATAA +ACTAATAATATTAAATGGGAGGAGTTAATATGAACAGGCCTAAAGGATTAAAACAAGGAG +ATACTATAGGTATAATAGCTCCTGCAGGTGATTTAAGAGAGTATACTATTGAAGGAATAA +AAAGTTCTATAGAGAGTTATGGTTATAAAGTAAAAATAGGTAGAAGTTGTTATTTGAATT +ACAGAGGTTATCTAGCGGGTGAAGATGAAATAAGAGTATCAGATTTAGAAAATATGTTTT +TAGATGATAGGGTAAATGCAATAATGTGTTTAAGGGGGGGATATGGATGTAGTAGAATTT +TAGATATGATAGATTATGATATTATAAAAACACATCCTAAGATATTCATAGGATTTTCAG +ATATAACTGTTTTGCATATAGCTTTCAATCAAAAATGCAATTTAATAACATATCATGGTA +TAATGGCCAATAAAGCAAGTTTATGGGATGAATTTTCATATTATTCATTGTTAGAAGCAT +TAAATTTTAAAGGAGAATATTGGGCAACTAATCCAAATGATATACCAATATATACATTGT +ATGAAGGGAATGCTACAGGCAAAATCGTAGGAGGGAACTTATCTATGATAACTTCTACGT +TGGGAACAGAATATGAAATAGATACTAAGGATAAAATATTATTTATAGAAGAAGTTGGAG +AATATATATATAGGATAGACAGATTATTAAAGCATTTAGAGTTAGCGAATAAATTTGAAG +ATTGTAAAGGAATTATATTTGGTGATTTTGCAGATTGCAGGAAAAGTACATCAAAGGATT +GTGATCTTATTGAATTACTAAGAGAAATTGCTAATAAATATAAAAAGCCTACAGTATATA +ATCTTAAGTCAGGTCATTGTACACCGATGGTAACAATTCCTTTAGGAGTACAATGTACTA +TTAAGTCAGGTCAATCTATAATTAAATTTAATAACTAAAGTAAATGTATATCATGTATTT +TAAGTAGGCATAAATATATATATAATATATTTATGCCCAGAGATAAGGTATTGTAAAGTT +TTATATAAAAGATTAAAATACCGCTATGGAGTAACAAAAAACAATAATATTGCAAATACT +AGTAATAATCTAAAAGACATTTGGCTCCTCCTATAATATGTTCTTATAGAAATATATTTG +ATTATAAATAATTTTATGTTAAAAAGGTATGAATATATATTTATTTGTCGTAAATATGAT +ATAATCTTATACAAGTAAAACTTTGCTAGGAGGAATAGATATGTCTGATGATAGAATAAT +TGATTTTAATGAATTAAAGAATAAAGTTAAAGATACTGATGTAGATAAATTTGAACAGTA +CATTTATAACTTATATTTTTCTGTTATGGATGGAAGTATGAGTATGTCTGAATTTTCAAG +AAAAATATTTGATTATATGAATGATAATAATATATCTCAAGAGAAGTTTATGAATATACA +AAAGAAATTTATGGAAAGGTATGGAATGGACTCTCAAGAGGTAGAAAAGCAATTAAAGAA +CTTTGGAATTGATCCTTCAACTATAAATATGGGAAACTTAGACCCTAGTAATATGAATGA +AGGTCAATTAAATAATATAAGAAAAGCTGCTGGATTCTATGAAAGATATGGAGCAAAAAT +ACAACCTAAAAGCTGTATTTCTGCAACTATAAAAAATGATGTTAATGATATTACTGTAAT +GATAGATCAAGATAAGGTTATGCTTTACAGTAATAAAAAAATAAATTTAGTTGATGCAGA +ATTAAATGAATTCTTACTATCTTATAAAAATATGTTCAATAATAAAATAAGAGTAGTTTT +ATGTGAAAATTGTACAGAATACGATTATTAAAAATAAAAATATTGAATACGAATATAATA +TATACAGTAAAAAAATGGTGAGCTTATCTAGCTCACCATTTTTTATTATACTTACTCATC +TATTGAAAAACTTTTTATAACATTTATTCCATTTTGTATCATACTGTTTAAGAATACGAT +ATTAGATAAATCTGCACAATGAACATTAGGAATATCATATGTATCAACTAAGTTCATTGG +AACTATTACATTTTTATTTATATTGTTCTGTATAAAATATGTTTTTAGAGTGACTGCAAA +CTGGTAAATACAAATATCTGTACAGTCTCCTATTACTATGATGTTATCTACATCATCAAA +GTTCATATTTCCTAATGCAAAGAATCCATTAGTAGAATTTTTAGGTAAAACTTTAAGATT +TTCAATAGTTTTTAGTTCATCTACAATATCACTTTCAGCATCACCTTCTAAACAATGAGG +AGGATAGCTTAAAAACTCTATAGAATCTTTAGGGTGACAATCTGTAAAGGCAATAATTCT +ATGTAATTTAGGTGATAATTTTTTTGAAAATTCAGTGATAGGATTGATAAGTGATTCTAT +TCTTGGTGAATATAAGGCACCACCTTTTGCAAATCCATTATTTATATCTACTATAAATAA +ATCTGTTTTGTTAAGCTGAAGATTAGATATATTTTCTACTGGTAAATTATCTAAATTATT +TTTTAAAGCTTCTAATTCATTTAATAAGTTATTCATAAAAACCCCCTGCGTACAATTATA +TTTATATATATAATACATTAAAGTAAATACTAGTGTAAAGACAGAAGAAGAGTTTATTTT +TATAGAAAAGATATAGTAGTGTGATATAATAACAATTAAGTTTACGACAGGGGGAAATAC +AAATGAAAAAATACATACGTATAGGCATTATTGCAGTAGCTCTAGTAATAGTTGGGTACA +TATTATTTACTATATCTAATATAAAAAATAAATTAGAAGATATACAATATTCTACTAACA +ACATACAATCAGAGTTAGTATACTCAATAGAAGATATTAACAATAATATTCGTAATACAT +TGTATGAAGAATTAGGTAAAACATATATTACAAAGGATGTTAAATTTACTTATGAAAAAA +GTATAACAGATGGATATGAGTTAACAGCTAGAGTAGAGCTTAGTCAAATTAAAGATGATT +CTAAAGTAATATTTATGTATAAAGATATAAATACTAATGAATGGATTGAAGTTGAATTAG +AAAAAATCAATGAATTATCTTATGCTGGGAAAATAAATATATTTAATAATAAAGACTATG +AGTATAAAGTAGTGACTAAGGGTTCTTTATCAGAAAGTGGAGATATAGAAACTCTAGATA +AATACAGTTTTATTCCTTATCCACCTGAGATAGGAATAGGATGGAGTGATGAATATATAA +ATATAAATGTATATGAATTTAAATATAGAGAAGAAGATACATATGATGAAGAAGGTAATT +CAAATGAATATGGAAAAAGTATATATTATGATGCAGAGATACCTAAAACTTATTATGGTA +AGAATATAAATATTAAAATAACATATAAAAATGGATTGATAGATGTAATTAATATAACAG +ATAAAGTTATAAATGAGGTAAATTAATAATAAAACGGTTAGTTTTGATATTTTCAAAACT +AACCGTTTCATTTATTTAAATATAAGCTTTGCAATTATAGTTATTATTGGTAGTGCTATT +ACAGTTCTTATTAAGAAGAGTATAAATAAATCTTTTAACTTAAGAGGTATATCAGACTTT +AATATAACAGCACCAGTTTCAGTTAAGTAAATTAATTGAGTTATAGATAAAACACCTATT +ATAAACTGCGTAACTTGACTTATATCAGATCCAGAAACCATAATTGATGGTAAGAACATA +TCTGTAAATCCAACTAATACAGCTGGTGCTGCAGCTTGAGCATCAGGTATTTGAAGTAGA +TTAAGTACAAATACAACAGGTATAGAAATTACATTAAAGAAAGGAGTAAACTCAGCAACT +ATTAAAGCTAAAGTTCCCCAAGCCATTACTAAAGGTAAAAGCCCTAAGTACATATCTATA +ACAGTTTTACATCCATTGATTAATATATTTTTTACTGTAGGAGCAGTTTCAGCTCTTTTA +ATAGCTTTATCTAATCCGAATTTAAAAGTATTAACACCTTTTGGAACTATATCTTCTTTT +AAATGCTCAACATTATTGTAAGTTTTATTAGTAAATCCTTTTAAAGGATATATACGAGGC +ATTATTAATGCACAAGCTAATGATGCAATACAAACTGTAGCATAAAAAGGAACAAATAAA +GGCATAAAACCAAGTTGATCAGCTATTACAGTTGAGAATGGTAATGATACTAATGAGAAA +CAAACTGAAATAATAGCAGCTTCTTTAGCAGTATAAAAACCTTGTTTATATTGAGTATTA +GTTATCATAATTCCTAAAGTACCATCTCCTAACCAAGAGGAAACTGCATCTATTGCAGAA +CGACCAGGAACTTTGAATAATTTATACATGAAATTAGATATCATACTACCAAATAAGTCC +ATAAGACCAAAATCCACTATTAATGGTAATAAAAATCCTGATACTAAGAATATAGCAAGT +AAGCTTGGTAAAAGGCCTATCATTGTACCACCAGTAACACCTGATTTTATAAATTCAGGT +CCAACATTAAATAATGTCATAACTATAAATATTGCACCTAAAATTCTACATAATAACCAA +AATGGTGAAACATTTAATAAATCTCTTAAAAATTCATTTTTTATATTTATAAATTTGCTA +AGTATAGATAAAACTGCAGATGTAACAATAACAACTAGTGCTATATTTTCTAAATGACCA +GAAGCCACTATTTTTATAAGTTCAGCTAGAAATCCAATACCGATATTGAAACTAGATAAA +CCATCTAAAGGTATAAGATTTCCATATGGCACTGGTATAACAAATAAAAATAATCCTAAT +AATGAAGGTATTAAAAATTTAAATATATTATTGTTTTTTGATTCAAAACTATTGTGAGTT +GCTTTTTCCATAATAATCATATCCTCCTAAAATAAAATATTAATAATTAATTTTTGATTT +ATATTTTGCAAAATAAAATTCAAATAAAAAAGTCCCTTGGTTTTAAAAACCAAGAGACGA +AATTTCCGCGTTACCACTCTCGTTGATAAAATTATATAAAAATACAATTTTATCCACTCA +ATCTCTTAAGGCGAGATAACCTATTATCATACTAGTATTTCAAATAATATTCTCCAAAGC +TCTCTTCAATTAAACTTCAATGCTAAGCTTCCACCGTCCTTAGCTCTCTATAAAATTCAT +TTAACTTACTCTCTTTTTCTCAGAATTTATAAATATTAACTTGTTAGATATAAATATAAA +TTAATTAATATAAAAAGTCAACAATTTATTTAAAAAAGAATTTATATTTTAAATTTTATG +ATAAATTAAAAATAATAATATAATTAATGCATTTAGCACCTTTGAGTATAAAACTAACTT +CTTTATAAAGTAGTATTAATATTCATAATCCTAGTAACATAAATAACTAAAAAAAATAAA +ATATAGTATATGTTTATAGTTTAAAAGTGGGGGCGAAGGTATGGCCATAAATGAAATATT +TAGAGAAATGTTTAAGGAGCAAAAAAGAAAAAATGAATTAGAACATCAAAAAGAAATATT +AAGAAAGACATTAGAGGAGCAGGGGTCTATGATAAATGACTACGACAGGGCTATTGAACT +TTTAGAAATAGAAGAATACAAAGAGGCGATACCGATACTAACTAGATGTGCAGATAAGAA +TAATGCAGGTGCCCAATATGAATTAGGTAAAATATTAAAAGAAGGTCTAGGAACAGAAGT +TAATAAGGAATTGGCGAAAAAATATTTAATTAACTCATATAAAAATGGCTTTAAAAAATC +AGGAGCCTTACTAAGAGAAATGAGGCATGAAGATATTGGTAAACAAGATAAAATAGTTGA +TACAGAATATGAGACCGTTCAAAGTGATTTAGGATATATAATTGATATGCCAAAGAATTG +GATTAGACTTGAATCTAAGAATAAAAATTGTTTTGATACAGTTGCAATAGATACAGTAGA +TGGAGACGTGATTTTCAATATTAAAATGCAAGTATTCTTAATAGAAATCCCAGAAAATAT +GTCTTTCTGTGTAGACTTAGATAGGGTGGCAAATAATATGGGATGTATAGAATCAGTTGT +ATTTAATAATGGGCACTGTGATGGAAGGTTAATTTGTGGAGAAGGTTTGGATGGTACTTG +TAACTACTTATTTATAAGTAAGGGAATAAGAGGAGTATATGATGTTAGGGTAATTGTAGA +TAAATACTTAGACTCAAGTTATGAAAAAATAATAGATCATATTATTTATAGTTTTGATAT +AATTGAGAAATTGTAATCTTAAATAAAAAATAGAAATGGTCTTAAGTTATATCTTGAATA +TATTAAGGCCATTTCTATTTTTTTATTATTCGACATATAAATTGTATTTTACTCTAAAGA +ATCCTTAGTGAAGTATTCATCTTTTTCAATTAATATATGTCCACTTTCATATTCTTCATC +TTCAACTAATATCTTGAATTTATCTAAGTCAAAGTTTTCTATGTAAGTTTTAGCAATAGA +ATTAAGCATCATAGATTCAAATCCAGCACCTAAATTAAAATTATAAAATTCTTTAGATAA +ATTAAGAACACCTATTGTCTTATTATCTTGACTTTCATATGTAGTGAAATCTTTTATAGT +AGCATCAGAAACAACTATATCTTCACTTTTTAATTCATCAAATATAGTATTTGCAGTGAT +TTCTTTTAATTTTACCTCTTTATTAACAATGGAATCACTTTCAAAATCGGATACATAAAT +AGTAGCAGTTACATTTGAATCTTCATCAGTATTGTTAGAATCATTAGTAGAACTTATTTC +TCCTTTTGAGTTATTGTTGTCCTTATTTTCATCAGAAGAAGTACTAGAACATCCAGAAAC +TAATAATATACAAGAAAAAAGCATTATAAAAAAATATATAGATTTTTTCAAATAAACACC +TCCTTAATTAATCTATTTGCTTTGATTAAAAGATAATAGACTAGTATCAGAGTATGATTT +ATTATATAAATATATGACTAAAATTTAAACCTAGTTTATTATAGACTGTATAAGCATAAA +AATTTTATAATGATTTAGTATATAAAAAAGTCTATCTAAAATTATATAATTTCAGATAGA +CTTAATTTAATTATTTAATTTTTCGAGTTTGCAATTTCTTCAGCTAGGTTATTTAAATAT +TCCCATCTTTCGTATTTGTATTCTAGTTCTTTTTCAAGATTTGCTTTTTCATCTAATATT +TCTTGTAACTTAGTAAAGTTAGTAGCAAATTTTGATGTGCTTTCTTCAAGTTCAGCAATT +TTATTTTCAAGCTTTTCAATATCAGCATCTATAGTATCAAATTCTCTTTGTTCGTTATAA +GAAAACTTAAGCTTTTTATCATTTTTAGGTTTTTCTTTTTTAACTTCTTTATGTTCAACT +TCTTTTTTCTTAGTTTTTTGTGCTTCTTCAAATTCTATGCCTTGAATTTCTTTGTAAATT +AAATAATCACTGTAATTACCTGTAAATATGTGGATATTACCATTACCTTCATAAGCAAAT +ATTTTATTACAAATTCTATCTAAGAAATATCTATCATGAGATACAGATATTACAACACCT +TTAAATTCATCAAGGTAATCTTCTAGTCTATTCAGAGTTTCTATGTCTAAATCATTTGTA +GGCTCATCTAGTAAAAGAACATTTGGCGCTAGCATTAAAGTTCTAAGTAAATGAAGTCTA +CGTCTTTCTCCACCAGACAGTTTTCCTATAAGAGTGTATTGCATCGTTGAGTTAAATAAA +AATCTCTCACACATTTGAGATGCAGATATTTTAGTTCCATCAGCCGTTTCTATATAATCA +CCAGCTTCTTTAACATAATCAATAGCCCTCATATTTAAATCCATATGAGCATCATCTTGT +GTAAAGCATCCTATTTTAACAGTTTCACCTATTTCAATTTCTCCACTGTCAGGAGTTAAT +TCTCCGTTTAAGATTTTTATAAGAGTAGACTTACCTTGGCCATTTTTACCAATTATACCG +ATTCTATCATGGCGAGCAAGAGTATACTCTAAGTTATTTATTACAGTTTTATCTCCGAAT +GTCTTAGAGATATTGTGAATTTCTATTATTTTATTACCAAGCCTAGAAGAACCAACAGAT +ATATCCATCTTTTCATCTGGAGTAATAACTTCTCTGTTAGTTAGTTCATCAAATCTTTGA +AGTCTAGCTTTTTGTTTTGTAGTACGAGCCTTTGCACCTCGTCTTACCCAAGCAAGTTCT +GTTCTAATTAAGTTTTGGCGTTTTTCCTCCATACTAGACTCTATAGCCATTCTTTCCATT +TTCTTTTCTAGGAAAAGAGAGTAGTTACCATCGTAGCTAAATAATCTACCTTTATCTAAT +TCTATTATTCTATTAGTAACACGATCTAAGAAATATCTATCGTGAGTTATCATAAGTAGT +GAAAATTTAGAAGCATTTAAATATTCTTCTAACCAGTCAATAGTATCGTTATCTAAGTGG +TTGGTAGGCTCATCAAGTATTAATAACTCACAAGGAGTTATAAGAGCAGAGGCAAGAGAG +ACTCTTTTTCTTTGACCACCTGATAATTCTTTTATTTTTTGAGTATAATCATTTATTCCA +AGTTTAGTAAGAACAGCTTTAGCTTCACTTTCTAAATCCCAAAGATTAAGTGCATCTATT +TTTTCTTGTAAAGATAATAATTTTTTATTTAAATTTTCATCAAAAGAAGTATTTATTTTT +TCTAAAACTTCTTCGTATTCACCAAGTAATTTCATTTCAGCAGAAGTCCCTTTAAATACT +TGCTCAAGGACTGTAGCTTCTTCATCATATTCTGGATTTTGAGGTAAATACTCAACCCTA +ACTTTGTTAGCCTTAGTTATAGTACCAGCTTCAGCTTCTTCAGCGCCAGCGATTATTTTT +AAAAGTGTAGATTTACCAGTACCATTAACACCGATTAAACCTATTTTTTCACCTTCATTA +ATACCAAGATATATATCTTTTAATAAAGTTTTTTCAGAATAACTCTTGCTTATATTTTCT +AATGTCATTAAGTTCATACACATCACCTTTAGTTAAAATTTTAAGTTTATATTTAGTTAT +TTATTTTTCTCAAAGTGTTGATAATCAGGATTTCTCCAGTTACCACCCCAAGACCATCCT +CTTTTAATAAAAGCATTATAGCATGCATCACCTTTTACAATCATGCCTTTTACTACAGTA +TTTCTATTCACATAATCATAAGCAGTGTCAGGGCTTACCTTATTAGTAGAAGTATTAACA +TGAGGATTGTAAAGTGGATTAATATCAATTGCAACTCCTTTTCCATGATTAGAAATCACA +TCAGTTCCAGAAACTGTTCTGTAACAAAAAGATGATGAATTATTATCTTTCATGGAAAGT +TCATCACTAGCATTATACTCATCAATTAATTTGATTTTTTCAATTGGATATTTTTCCATA +TAAAGTTCTTTAAATATTTCTACAACCTCTTCAGCAACATCTTTATTAACAATCATTTCA +CCTATGTGAGTTTTTTCATCAAATCCATAGTAAGTTAATTTTAGATAAGACAAATCATCA +AAACTTATAGGTTCATTTTTAGGCATGGAAGAGCCTAGCATTTTATCTTTTATATCAGTA +GAAATTTCAGAATACGAAAATATTGGTTCTTTGGGAACTGCTTTTACTATATTACTAGAG +TCAATGATAATATTTTCTTTGTTTTTACATCCAACAAAACCAATAGAACTAATTAATGTA +AGGAAAAAAACTATGTATTTAATTTTATTTGACAAATTAGCCTCCTTATTTATAGATATT +ACTACAAAAATATACTACTATAAAACTAGTAAACATATTTTTAAAATAAAATTTTTTATA +ATACAATATTAATTATAACCTATAATGTAAATTTAATCTAATAGTTAAAAATCTAGATTG +TTTTTTATAAAATAAGCAAATAAGGAGTATAAAATGAATTTTTATATATCGCAATTAGAT +GAAAATAAAAAGATAATTCCTATAATAGAAAAGTATAATGTAGGGCTTGAAATAGTTCAG +TTCTCTAATCCATTTATATTAGATAATAAAGAAAAGCTTATAAAAGAATATAAAAGAGAG +TGGGGTAGTTTATTAGACGAAATAAATATTTCAATACATGGTCCATTTGCAGATTTGTCA +GCAGGAAGTAGGGATATAGAAATAACTAAAATAACTAGTAAAAGATATAATCAAGCTTAT +GAAGTTGCTAAAGAGTTTAATGCGAAAAAGATAGTATATCATAATAGTTATATACCTAGA +CTATATACTTATACTGAATGGCTACAAAATACTGATGTGTTTTGGGATAAGTTTTTTGAA +GATAAAAATGATGAGATAATTTATCATTTAGAAAATGTTTTAGAGTGGGATTATTTTCTT +ATTAAAGAGACTATAGATAGAGTTAATAAGATTAATTTTAATGCTTGTTTGGATTTAGGA +CATACTAATGTTTATTCTAAGTTAAGCATAGAACAGTGGATAGAGGCTTTAGGAAGTAAG +ATAGGTCATTTGCATGTTCATAATAATTATGGTGAAGAAGATAGTCACTTTGGAATAGAA +AAAGGAAATATCGATGTTAAAAAAATCATTGAATTAGTAGAAAAAAATAATAAGAATGTT +AGTATTTCTTTGGAAATCGTGAATGTTAATGAACTTAAAAAATCTTTAGAAGTACTTTGT +GAAGATGGACTTATAAGCAGGAGATAGAGATATATAAGTTATAACTTTAGACATAAATTA +TATTTTATAATAAAGAGCTATCATTTAAATATAAGTGATAGCTCTATTAATTACTATTTT +AAATTTTCTTTAATTTGATTGATTAACTCTTGATATTCATCTTCTGTAAGAGTTATTCTT +TCAGGATTCATTGCAAAAGTAGTACCCCATTCAAATTCATCAGAATATTTTGGAACTAAG +TGAAAATGTAAATGACATCCAGTATCCCCATATGCACCGTAGTTTACTTTATTTGGCTTG +AATGCAGCTTGTAAAGCATTGGATACCTTTGCTATATCTTCAAAATAAGCAGCTCTTTCA +TCAGCGCTTAATACTGTCATATCACCAATATGTTTTTTATGTGCAACAATTACACGCCCT +TTGTGGCTTTGTTCTTTAAATAAGTAAACTTTTGATGTTTCTAATTCACATATTTTAATT +CCAAACTTATCTACTAATTCGCCTTCCATACAATAAGCACAGTTTTTGTCCATAATTTTT +AAGTCCCCTTTACTATTAATATATTTCCAATTATTACTATACCATATATGCAATTTAACT +GCACGAAATTAATATTAATCTGTAGATAATTTACAATAAAATATAAAAAAATCCTAAAAG +TTCGCCGTAAACTTTTAGGATTTTTCAATATCTTTAACACATTGTCCGATAATTTTAATT +CCTTTTTCAATATCATCAAAAGATAATCTAGAAAAGCCTAATCTTAGAGTATCATACCCA +TAATTATTAGTATAAAAAATATCACCAGGCATAAAAATAACGCCTTTTTCATAGCATTTA +TCTAAAAGATTACGACAACTAATATCTTTTAGTTTTATGAAAATATGAAGACCACCATCA +CCAAGAATATATTCATTAGGAATATATTTGTGAGCACATTCATAAGCGAAATTAAACTTA +TCACCATAAAACTTACGAATTTTCTTCATATACTTATCAAAACCGCCATTGTATAAATAA +TCATAAAGAATACCCTGATCTAAAAAAGAAACATGAATTGTCTTACATCTTTTAACACTT +TCTAACTTAGAAATGACATTTTTATCAGCAAGTATCCATCCGATTCTTAAACCAGGAAAT +AAAATTTTTGAAAAGCTACCTATGTAAAGAACACCATTATTTAAATTATCAAGTGATGCA +ATAGGGAAGATGTGGGAACTTGAGTAAAGAAGTTCTTCATTAAATCCATCTTCAATAATA +GCAATGTTATTTTCTTTCATTAGATTATAAAATTTATATCTACTTTCAGGAGACATAACT +ATTCCTGTAGGATTATGATATGAAGGCGTTATATAAGCAAATTTGATTTTATCTTTATAC +TTAGATAATTTTTCTTCTAACATACTAAAATCTAATCCATTTTCATCAATATCTACATTG +ATTATATTTAAATCTAAAGCCTTCATAATTTTTATAGTAGTATTATGTGTAGGGTTTTCA +CAAATAATATAATCTCCAGGAAATGTGAAAGCAGACAGTATGATGTCTAATCCTTCTGTA +AATCCATTCGTTATAATGATATCTTTATTAGAGGTATCCACACCTTTTTTATTCATATAT +TCTAACAAATAATCAATTAATGGTTTATATCCTTGTGCATATCCATAGTTAAGAAGTTTA +TGTCCTTCTAGTGAAATTCTATTTAAAAAAGATTTTTTTAACTCATCTATATCAAACATA +GAACCATCAGGAGATATACTTTTAAAAGATATTAAATCAGATTTCCAAGGAATTTCATTT +TTTATTATATCCATTTTATTTGCAGTTTTTGAATAACTATTTTCAAGATTATTCCAATTT +ACACACCAATTACTTTTAGTGACATCTTTTTTTGAGTTTGCGAAGGTACCTTTTCCAGAA +ACAGAGTATATATATCCATCTGATTTTAGCTCTTCATAAGCTAGAACTACGGAGTTTCTA +CTTACTTTAAGAATTTGACTAAGCTCCCTTGTAGAAGGGAGCTTACTTTTATCAGGTATC +AATCCTTTAGATATCATATCAGCTATATGATTTTTTATTTGCGTATAAATCGGATCATTG +TCATTAATCTTAAGATTTGAGAATAACAACATATCACCTCAATTTTTTAATAATTTAATG +TATGAACTTTACTGTGGTAATGAATACTCAATTATTTTATCCAATAAGTCGCTAAAGTTT +AATCCTTTAGCAGCTGCACTTCTAGGAATTAAACTAGTTTTAGTTAATCCAGGTAGAGTA +TTCAATTCTAAAACGTAAGGAACTCCATCATGTATAATCATATCAATTCTTACATAAGCT +TTGCAATAGAAAATACGCCAACAGATTTCTGAAATTCTATTAATTTCTTTTTGAAGTTTA +TCTTCTAAGTATACAACTTCTTCGATAGCTCCATTATCATTATATTTTGAAGTATAATCA +AAGAAATCGGAATTTGCTTTTATTGATATTGTTGGATAGACTTCACCATTTAATACAAAC +GATGTGTACTCTACTCCAGGTATATATTTTTCAATTATTGCGTACTCATCAACCTCTAAA +ACTTTTTCAACTGCATCTTTTACTTCTTCCTTTGAACGTACACAGAATGTTGCTACACTT +GAACCTCCACTATTAGGTTTTATAAATACTGGATACCCAAAACTATCTATTTTATTATAA +TTTATTTTATCTATAGAGTTTGTAACAATCCATTCAGCAGTAGGTAGATTAGAATGTTTT +AATATTTTCTTGGTAATATTTTTATCCATACAAATTCCACTTGATAAAGGTCCGCATCCT +GAATAAGGAATATTTTTTGCTTCTAATATAGATTGTATACATCCATCCTCTCCGAATTTA +CCATGAAGTGCAATAAAAGCAAAATCAATATCATTTGAAATCTTTGTGAAAACATCTTCT +GTGCTATTTATAACAACTTTACTTACTTCATATTTACTTCTATCAAGATTATTGAAAACT +TCATTACCTGAATTTAAAGAAACTTCTCTTTCGGATGATACACCACCCATAATAACTGCT +ATTTTCATATTTATCACTCCCAATATATTTATTCGTTTTGTTAACTTATTTATATTTGAA +TCTCGACCCCGATAGGGATTACAATAGTTTCACCACAAAACATATTCCCCCTATAGAAAG +GAGTCGAGAAAATTGAAACCTACGGTTAAATGCCCTGAATGTTATAACACAAATTTGTAT +AAGTTTGGTAAGGATAAGAATT +>MGYG000000001_5 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAAGTGATAACTACCTTATTTTTTACTTAACTTATTTCTCCAAATTTTAGATTCTTTGTA +TATATCATCAGAATTAAGTATAGCTGAAACTCTAGCATATCCATCACTATTTATTTCTCT +TAACTTATCTAGTATATACGGTGACAAGGAAAATTATTAAGTATCAATTTCTAGCCTCTT +TATATATCTAAATTTTATTTCTATTCATTAGTGTTTATTGCACTAATTTTTATATTATAA +TCATCAATATTATCTATACCGAAAATGACCTTATATTTTCCATCTTTATTTACTTGCTCA +GTTAAGATTGTATTTTTGTTTTTAGCATTTATTTCTTCTTTAAAAATGATTTTATTATTT +GATTCATCTATTAAAGTTATACTTACAGATTTTCCAGTCTCTTTTTCAGTATTAATTTCT +AAGTTAATCTTTTCATATTTATTAAGCTTCATCGTTACTGATTTTTCCTCTATGCCATAT +AACAACTCACCTACTACTCTAGTTTCATTAGGAATTACAACATAAGCCTTCTCCTCTTTA +TTATACCTTCCCTCTATTATATCAGTTTTATTTTCGTCATATTCATCAGTATAGAACTTT +AACTTCCCATCCCTATATGCAAATTCAAATAATGCTTTATTAACTGGCTTATATGCTTCT +CTTATTTCATCTTGAGATTTATCAAACATTTTATGATTTAAAGTTGAACTTATATTCATA +TCTATATTGAAACCTCTTTCTGTGGTAAGTAAATTTTCATTTGTTGCATCTATTCTAACT +AGATAATTTGTATAATCACTTATTCCTATATTAATATCTAATCCTGCAACAACATTATCA +TCTACTTCTACTTCAATATATGTATCTCCATCTTCAGCTCTAAAATCATATATATAGTAG +TTTTCTCCAAAGAGTTCTTCTTTTCTTTTTTCATATTCTATATCTAATTTTTCTATTATA +TCTTCAATAGTAATATCTTCATTATTCTTCATACTATTTACTATCTCAAAATATAGACCT +ACTACTTCATTTGTATTTTTAGATAAGTTTAATTTAGATACAATTTCTTCAATATATTTT +ACGTTGTCTCCCGATATATTTAATGAACATACATCATTAGATTTATCTATCTTTGTCTTA +ATGTTTTCTTCATCTTTAGTGTATGAGCTACTTACCATCTCTTTATCTGTTTCATTGATT +ATGATTTCTACATTACTATCTTCATCACTAAATGTACTAAATGACATATCAGGCATTTCA +AGTGGTTCCCCAAATCCTCCTTCATACTCTTTTTTTTCTTCTTCTGATAACTCTTTTGAG +TATTCTTGTAACTCATACTCATATTCGAAATTTGCAAGTGCTTTTTTCGCATCTTCTAAA +GATATATCCTCTGTTTGCTCTATTATTGACTGTAAGTAAAAGTCTTCTATATTTGTACTT +ACTTCTACTTTACTACATCCTGTAATCGTAGTAATTGTAGCAATTGTTAAAAATGCTATT +ACTTTTTTCATTTGTCCCCCTACTAGTGTATCTTCGAATTTCCATCTCTATTATATTATA +CATAATATTCAATTTTTTCCAATTGCATTATAGTTTTATTAAAGTGAACTTGTATTAAAC +CAAATCAACAAATATATTCTTAATAGTATTTATACTAATATCAGGATTTTGTTCGTACAG +TTTATTTACATATGCTTATATCGTTGCTGAATCTGTAGATATTACATAATTTATTACAGT +TTCTAGACTTTTCTGTAATTCTTCTTTTAATGGTAATTTTATTTTTTCATATTCAATTTT +CCTACATTAATACATTATTATCCAATATTTTACTAAGTATTTTATTTATATAACAATTAA +ATATAACTTACCATAAAACTAAAATTTTATAGTAAAAGTGTAACCTTTTTGATGTGCTTT +TGAATACACTCTATTGACAAGTGAATTAATAAACGTAGTGTTCTTAAACTTGTTCAAGAT +ATTGATGAATGACCAGTTAATTAGTTAGAGTGACCTGACCATACTCTATGCCTTTTGAAA +TAAAAACTATCTATATTGTTTATGCCAAAATTTTAAAATCAAATTCATTTACTTTAAAAA +TAGGCTATGTTTTAATATAATGTTGATTTTAGAAACTATTTCAATAATAAAAAGTAGGGC +TAATAAATTACTTGCTCCTACTTTTGTTCTCAATATATTAATATTCTAATCTATTTATCC +TTATTTATTGCATCCTTAATTTCATCTAATTTTTTAACTATTATACTTGTACATATAATA +ATAAGTCCAAATATCAATATTAATCCTGTGTAAGTAAATAAATGATAGGATACAGTAAAT +GCATCTCCCCAAAATATAAGTTCACCTATTGGATACATTATGAATTGATTTACTATATAA +AAAATTATCATTCCAATTATACCACGTAGTATAATTTTATCCACTATACTCTCCTCCTTC +TTTTCTTCGTATTATATAACAATTGTGTAACAAATTTTATTATATCATTTTCAACATCAC +TTTAAAACATATCCTAAAAATAAGAAGGCTACCCACTATTAAGCAGGTAGTTTAGCAACA +AATGCACTATAATTAGTTTCTTCATTTTTAATTAAACATAAGGCGCTATATGTCTCTAAG +TCCTGGAATGCTTGTTCATCATATCCATACTTTTCAAATTGTGTATGAAGTTCTCTATAT +GCTTGAATATCTGCTCCTGCTAATAACATATAAGATGCTCCACCAGCTTTGAGTGTCATT +CTATATTTAGAAGATAGTTTAGTAGTATTATCATCATTTATTGCATCTAGTAATACTTGT +AGATGTTTTAAATACTTACGTTAAAACTACAGATAAAATCAAAAAAATACAGCTAATATT +TTAGAAAGCGTGTTATAATAAAACAAAAGACACCCAAAAAAGGTGTCAATTGATAACTTA +ATAATTTTTACTTAACTTATTTCTCCAAATTTTAGATTCTTTGTATATATCATCAGAATT +AAGTATAGCTGAAACTATAGCATATCCATCACTATTTATTTCTCTTAACTTATCTAGCGT +ATTTAAATTAACTCCGCCAATAAGTACCATTGGTAAACCTACTTTTTTAATTAATTTTGC +TTCATCAATAGAAACTATCTTTGCATCAACTTTTGTAGATGTTGAGAACATAGCACCTAC +CCCAATATAGTCTGCTCCATCTTCCTTTGCTTTATAGGCTTCTTCTATATTACTTACTGA +TACACCAAGTATTTTATCCTTTCCTATTAGCTTTCTTACATATTTTGCATCAATATCACT +TTGTCCTACATGAACACCATCTGCTTCACTAAGAATTGCAATGTCAACTCTATCATTTAT +GATAAAGTTAACATTATGCTTCTTTGTGATTTCTCTTAATTTTATTGCTTTTTCTAAAAA +TTCTTTTCCTGATGCTTCTTTCTCTCTTAACTGTACAGTTGTCACTCCACCTAATATGGC +TTTTTCTATACAATCATAAAAATCTCGTTCTTTAAGGATATCTGAATCGGTTACTAAGTA +TAATTTTAAAGACTGTCTTAAATCATCTTCATTTATCATAACAGCTAACTCCTTTATATT +ATCTTTAGATTATTGACTTATAAAATCAACATTTGCATATTTATTAAGAGTAGCTATGTC +CAAAGTATAAATATTATCCATTAATTTTACCTTAAAACTTCCTAAAGATATATTATCTTT +ATCTGCTAACTCTCCACATAAAGACATTGCCAACGTTCCCATTGTAGCTGCTTGTAAATT +ATTATCCGTACAAGCCATAAAGCTTGCTATAAGACTTGCTGTCATACAACCCGTTCCAGT +AATTCCTTTTAATTTTTGTGTACCATTATTAACTTTATATGTACTTTTCCCATCAGTTAT +TATATCTACTTTTCCTGTTGCAACAACAACACTTTCTAATTTTTGTGCAACTCTCTTTAC +TATCTCAGTAGCATCACTTCCATCATCAAAAGAATCTACGCCTTTGCCCTTTACGTCAAA +TCCACCTATAAATTTGATTTCTGAAATATTCCCTTTTACTACATCAAACTTCACTTCATT +TAAAAGCTTATTTGTAAGTTCCATTCTTGCTTTAGTTGCAAAGACTCCTACTGGATCTAA +AATTACAGGCTTATTATATTTATTAGCTGCCTTTCCTGCTTTTATAAATAAGTCTACATA +TTCTGAATTCATAGTGCCTATATTAATAACTACTGAACTAGCTACACTAACAATATCATC +TACTTCTTCATAAGAAAAGCTCATAAGTGGGCTTGCTCCTATTGCTAATGTTATATTTGC +ACAATCATTTATTGTTACATTATTAGTATAATGAGTCACTAAAGGATTTTTTTCTTTTAC +TGTATTTATTAAATTAAACATAATATTCCCCCAAAGTATTTTTAATTAGTAAGTACGCAT +AATTCATACATTTTAAATTTGCTCAATTTTATCTTCAAATTCATAAAAATGATTAACTGG +CCCTACTCCCTTGCCTATATCAAAACTATGTATTATTGCTTCAGTTATGTATTTTTTACT +TAATTTTACAGATTCAAATATGTCATAACCTAGTGCCAAATGTGAGGTTATTGCAGATGA +TAATGTACATCCTGTTCCATGTGTATTTTTTCTATTAACCCTATTCTCTTTATAAATTTC +AAATGTGTCTTTCCCTATAAGCACGTCTATAGCATCACCCTCTAGATGACCACCTTTCAT +TAGTACATATTTGGGTCCTAACTCTAGTATTTTTTCTCCGACTTTTTTCATATCTTCTAA +ATTATTTATTTTTTGTCCACTTATTTCTTCAGCTTCAGGTATATTAGGTGTAACTACGTA +AGCAATTGGAATTAAGTGTTTTATTAAGCTATCTTTTGCTTCTTTTTTTAAAAGAGAGTA +TCCGCTTTTAGATATCATTACTGGATCTAATACAATGAACTTTGGATTGTATTTTTTCAA +AGTATTAACAATCTCTAGTATTATTTCTGGATTTGACACCATACCTATCTTTAATGCTTT +AGGATAAATATCTTCAAATACAGCCTCTATCTGTTTTCTTATAATTTTTTCACTTAAATC +CTCCACATCTAATACCCCCCGTGTGTTTTGAGCAGTTATAGCTGTTATCACACTCATACC +ATAAGTTCCAATAGCACTAAAAGTTTTTAAGTCTGCTTGTATCCCAGCTCCTCCAGATGA +ATCTGAACCTGCAATTGTAAGCGTTGGTACTTTATAATTTCTCATATTTTCTCCTTATAG +ATTATAAATTTACAAGGTAAGAAAGGTACAACCCCTTTTAAAAGAATATGTAAACTAATT +TTTTATGTAGTTTTATATTTTAATGCATAAAAAATGCTATACCCATATAGGTATAGCATT +AGATTACTTTATAAATATAAAATATATATTTTATAAAAGGTTGTGCTTTCCTACGCTGGC +ATTATCCAGATCAGGTATAAGGGTCGGGTTTATCCTCTCAGCCAAATGGCTCCCCTAGCT +AATTCTTGTATTTAAATTTTATAAGTTAATTATAATATAATATTATTTAATGTCAAGTTA +ATATTTAAATTCCTACTCGGTAGTATTCTTTATTTTCTAATTCATCTAATAGCAACTCAG +GGCTTTCTATTATTAAAAGCTTCTTTTTTCTACTTAGCTTTTTAATGTATGATTCTAATT +TCATGGCATTACTTCTTGTATCACTAATAAAATAAACTTCTAATTTGTCAAAACCTTTTG +CTCTTGTATATTTTGAATTTATTCCTTTTTTATGTTCTTCAATTCTTCTTTTTATATCGC +TAGTATAGCCTGTATATAAAGAATTGTCTTTGCATCTAATGATATATGTATAATACATTT +TTCCCCTCTCATCTTAAGTAATATATAAAACTAATATACTATAGTATTTTTTGTAGTACA +ATAACTAATATTTCACATAGAAAAAAGACATAGCTTAAATAGCTATGTCTTTTTTCTATG +TAAGTTGAAATTATTCAACTTCTATAGCATCAACTGGACAGCTTTCTTCTGCTTCTTTTG +CTGAATCTTCTACACCATCTGGAACTGGATCAGCTATAACATGAGATTTTCCATCATCTT +TCATTTCAAAAACTTCTGGGCATACTGATGGACATACTCCACATCCTATACAAGTTTCTT +GATCAACTTTTGCTTTCATAAATAACTCCTCCTTTATATTTAATAATACTTTTAGGTATT +TTGTATGAACTCTCAATTCATATCTGTTTTTATTATTTCCTCAAATAAAAAAAATACCCA +AAAATTTTAGGTATTTTTATTTTCATATTTTTTATATACAATAATCTAAAGTAATTCCAC +TTTCAGATTCCTTTGGTAATATAATTTTAGCAGGTATTCCTACTGCTGTAGCATTACTTG +GTACATCTTGTAATACAACTGCATTAGCTCCAATTTTAACATTGTCTCCTATATTTATAG +GACCTAATACCTTTGCACCAGAGCCTATAACTACATCATCACCTATAGTTGGGTGCCTTT +TCCACTGCTTTTCATTACCAGTAGCTCCAAGTGTTACCCCTTGATAAATTGTAACTCTAT +TTCCTATTATAGTCGCCTCTCCTATCACAACACCCATACCATGATCAATTAAAATACCTT +CACCTATTCTAGCACCTGGATGTATTTCTATTCCTGTAAAAAATCTAGATAGTTGGGATA +TAAGCCTAGCTAAAAAAAAATATTCTTTTCTATATAGAAAATGAGATGTTCTATACATAA +TTAAAGCATGTATAGATGGATATAGCAAAAAAACTTCTAGCTTACTTCTAGCAGCTGGAT +CATTATTAATAATATACTCTATATCTTTTTTTATATGATAAAACACTTATCTCATCCTTT +CATTATTTTCTTAAAAAATACCCATGGACATATACTTATTTATTCCATCTGGGGCAACAG +TAACTATTTTTTTATAATTATATAATTTTGATAGTTCAATAGCTGCAAAAATATTTGCTC +CAGCAGATATTCCTACTAATAAACCTTCCATCTGGCCTAATTGTCTGACCATTTCAAAGG +CATCTTCATCAGATACAGTTATTATTTCATCACAAATTTTTTCATCATAGTTTTTAGGAA +TAAAGTTTGCTCCTATACCTTGTATTTTATGTCCACCTGCTTTTCCTTCACTTATTAAAG +GTGAACTCTTTGGCTCTATACCTATTATTTTTACGTCAGGATTCTTTTCTTTTAAATACT +TTCCAGCACCTGAAAGAGTTCCTCCTGTCCCTATTCCACAAGTAAATATATCTACATCTG +GTAAGTCATTATAAATCTCTACACCTGTATGTTCATAATGACCTCTTTTATTATCTGCGT +TTTCAAATTGACCTAATGATTTATAATTTGAATTTAATTTTAAAAGCTCATTTGCCTTTT +CTACTGCCCCATTCATACCCTTTGAACCTTGAGTTAATATTAGCTCTGCTCCATAAGCCT +TAACTAGTTGTCTTCTTTCTATACTCATAGTTTCTGGCATTATGATGATTACTTTATATC +CTTTCAGTCTACCAATCATTGCCAAGGCTATTCCAGTATTTCCGCTAGTAGCCTCTACTA +ATACATCACCTTTTTTTAAATCATTTCTTCTTATTGCTCCATCTATCATGGCATATACTG +CTCTATCCTTTATACTTCCAGCTGGATTATTTAACTCTAGCTTTACATATACATTAGGGT +ATCCTAATCTGTTTAACCTAATCATAGGTGTATTTCCTATTAAACTTAACACATCTTCAT +ATATCATAATCTATCCCCCCATATATTTACTATCAAAATGATAATCATATTTTCATTATA +TTATTATCATTTTGATAATGCAACAAATTTTAAAATAATATTTTCTTATTTCTTAAATTA +ATTTTATTATATTTATTAAATAATTTTTATTAGCAACATAGTATTTTTTATAATTTATAT +CAACTATATTAATAAAAGATCTCTTTACTTAAGAGATGTGCTGGTGAAACATTTCTAATT +TAGTAATTTGAATTATAAAAAAAGCGTGTAATATATAGTATTCATAATTCTATATATTAC +ACACCTTTTATTTTTGTTATCCTTCAAAACTACTAACAAGTTCTACTATTGGAGTAACTG +ATTTTTTATTTGTAAAATCCATTGGAGAATAAAAATCCCTTAAGAATTCCTTATTCCATC +CTTCTAACTCATTATAGCTTTTATTTTCTAAAGATTTCCTTAAACCCTTCGTCATGACTT +TATCTATAAAAGTTAAGTTTTTATAATCAAAGGCTCCTTTAAGGTAAAATAATCTTATAT +TGCTTAGAAGTTCTTCATTAAAATTATCATCAGCTATTTTTTCTATTGTTTTATCATTGC +ATTTTGATAATCCTACTGTGAAAATTATAATATTTTTATCCTTTATTTTATCATAATTCT +TAGTTATAAAATTTAATCCTTTTATTTTACCTGCATGTAAAGATGATCCATAAATTATAG +TTTCATAATCTTGTAAATCCCTATCTATAACATCTGAAAGCTCGTATAAATCTGCATCTA +ATTTTATTGCTATCCATCCTGCATATTTCTTAGTGCTTCCATACTTAGATTTATAAATTA +CAGCTACCTTATTCTTTGTATCCAAGGTATATCCCTCCTAGTTATTTATATATATTAATA +ATAATTAGGACAAATTTATGGAATATTCCTTTCAATTATTCAAATAACTTTTCTCCAATT +TCTGCGAACATTTGTAGTATTAGGAAGGCTTTTATATCGATTTCTTCATTTTCAGATAAT +ATTCTTCTTGCATCGTCTTGTGATATTAATAGTGGTTCTATATCTTCATCTTCTTCTAAG +AATTCCTTGCTTAACTCACCATTACAAGTACAGTATACAAATGCAACTGACTCATCTGTC +ATTCCAGGAGATAAGTAAATCTTATTTTTGCTTTTTATTTTGTTTATTTTTACTATATCA +AGGCCTGTTTCTTCTTTTAACTCCCTTTGAACTGCCTTTTCCATACCTTCTTTATTGTCT +ACTAGACCTGCTGGTAATTCATATATGTAGTTATTTATTGGCACTCTAAATTGCTTTATT +AGAATAAGCTTCTTATATTCTTTGTGAAATGCAGCTATAACTACTGCATCAATATCCCCT +TCTTTGTCATTTAAGTATATCTCACTTAATTCTTCTTTATTTTTTCTTGATGCAACTGTC +CATGTTCTATCGTCACCTAATTTATTTTTATAACTAACCTCGTAAAGTCCTACAAACTTA +GTTTCTACTAATGGTTTTATATCTTTTATTTTTGTATTTTTCATGCCCTTTCATCCCTTC +TCTATTTATTTGTAATTTTGCTTAAAATTCCACTCAGAATAAAACTCTTCTATGAAGTTT +TCCATATACTTATGCCTTTTTTTAGCTATTTCTTTTGCCGTATTTGTATTCATTAAATCT +TTTAATTTAAAAAGTTTTTCATAAAAATGATTTATAGTGTGATTATCTTTATTTTTAACT +TCATCTAAAGACTTAAAATCTATAGGTTTTATGCTAGGATCGTACATACTTCTATTTTTA +CTTCCACCGTATGCAAAAGCTCTTGCTATTCCTATAGCTCCTAATGCATCTAGTCTATCT +GCATCTTGTACTACCATACCTTCAATAGTATTTTGTGTAGAATCTACAACCCCACCCTTA +TAAGACATAGTTTTTATAATATTTAAAATTCTATTAGAATCTTCTTCACTTACTTCTACA +GATTTAAGAAATTCTTCTGTGACTGTTGTATTGTATACATCAGAAAATTTCCAATCATCA +ATGTCATGTAAAAGAGCTGTCATCTCAACAATAAACATATCTGCACTTTCCTTTTGGGCT +AAGTATTTTGCCATATTACAAACTCTTTCAACATGAAACCAATCATGTCCACTTCCTTCT +TTATACATTTTTTCTTTAACAAAATCTCTAGTTTTTTCAAGTATTAATGCTTTATTCATA +ATGTAAGTATCTCCCAATTTTAGTCTATCTTAATTTTGTAATTTTACAAATCAACATACA +TATAATTAATATCTTTGTTATTTTCTATATAATTATAAATTATATTTATAAAATCAATGC +TCGACTTATCTATTATTTCTTTAGTCTTTTCTTTTTCTTTTAAAATTCTATCTCTTATGT +CTAAAGTAAGCTCTTCTTTAATTTTATCATTAATTTTATTTAAATCTATTATTTTACTAT +ACAAAATTTTACCATATCCAATCAGATATATTTTAACTAAACTTTCATTTAATTTAATCC +AGCCTATTAATAATTTATTATCTACAGCTTTAGTTATTATTTGTTGTTTTCTAAAAAGGC +TATTCATCAAATCCATATTTTTCTTGATTCTTTGAGCTTCTTCAAAATTTAAACATTGAA +TTGCATCGTTCATTTGTTTTGTTAGTATATTTAAAATTTCATCATTTTTTCCATTTAATA +TTTTTATTATATTTTCTAATATATCCTTATATAAATCCTTATTTTCTATGCTTCTGCATG +GACCTATACATTTATTCAAATCATATCTTATACACTTTGTAAACTTTTGACAATTAGGTA +ATTTATATACTTCAATAAATATATTTTTTATTTCCTCTAATTTTCTCTCCATGGTGTATG +GCCCAAAATAAATATAGTCATCATTTTCTATATGATCTACAATGTAAATGCCTTTTTGAG +AATTTATTTTTATATAACAATAATTTTCATATTTTTTCATTAACGTGTTGTACATAGGTT +TTATTTCTTGTATTTTTTCGCACTCTAAAATAAGTGCATCTAACTCTGTATCTGTAGTTG +TTATAGTTATATCTGAAATATTCTTAACCATTCGTTTTATTTTTCTAGAATGATTGTCAG +AATTTACAAAATAACTTTTAATTCTATCTCTTAAACTTTTAGATTTTCCAACATAAATAA +TATTACCTTTATCATCTCTCATCATATATATTCCAGGGCTTTGAGGGAAATCTTTAATTT +TTTCTTTTATGTCCATAGTTACTCCTTTGATGAAAAATTTACAACTTATTTATTTCATTA +TACCTCATTCTGTATGCAAAAATTGCTGTTTCACTAAGCTTTTCTATTAAATTTCCATTT +ACACAAAATCCTACAACTGCACCAATACCAGGCATTAGTTGAAAAAACTTAGCTAAATCT +AAATAATCTCTATATTCTTGTTGGAACTTTTTCCAATCAAAATCATTTATATCACTTGGA +AGTGTATTTGTATATTTACCCCAATTTTCCATTTGCTCAAATACTGTCTTTCTATGTGCT +TTAGATGAAAATGCAATTTCCATTATGTTTAATATATATATTCTTTCTTTGTAATCTCTT +ACGTCGTATCCGTATATGGCTGCAATATCATAAAGTAGCTTTACTTTAATGCCAAGTAAT +AATGGAAAATCTGCTAATCCTATAAGAAATCCACCTGCTCCAGTACCTGCTCCTTCTATC +ATTGCAGTCTTTTTGTATATTTTTGTTTTTTCTTTGATTAAGTTTTCTCTTTCTTCTAAT +GTTAGGTCTGTGTATGGTTTCTTAGTAATGTATTTATATCCAAATAATACTGCTTTTACC +ATACTTTTTATTGCTACTGTCATTATTTCATGGTATTTTTGAGGAAGTAAGTCGTTGAAT +TTACCTTGGGCTTTGTTAGTTCCTCTTTCTATTATTGATGGCTTTTTTCTCATCTTTTTC +TTCCATTTTATTAGTTCTTGTTTTGCATTGCTTTCGTAATTATTCATTTTTTTCTCTCCT +AATATATATTATACATTAAAAAACCTACGTCTAGTTTTTATACGTAGGGTTTTATTGTTT +ATTTTCGTTATTTATTAATAATATTTCTTACTTAAACCTCATTTATTCCAAACTTTCTTG +AGATAGACTTGTAATATGTGTTAAATTTTTTTTTAATTATCTTGTTTCTATAAGTTTTAA +TAAGACTACTTTCATTAGAAATGTATAAGTTACTTCCTCCTGCAAGCTTTACTAAGTCTT +TAAAAGCATCTATACCTATTGTTTCAACTATATCCATAATCCCTTTGGTAGATCTTCTTT +AGTCATTTGTTCTAACATAAAATCCATCCTATCTTAATTAAATTATAACACTTTCATAAA +GCTTATAAATTATTTTAAGTTATTGATTATGTATTTTAATAAAATCTAATTGCTTAACAT +CTTCAATTGATAATAATTAATAACTTAATAATACCAAACTGAACAAAAAAGTGCCCACTA +AAGCAAATATTTTCGTGGACACTTCACATATATAAAAAACCTTCTTTTTATATTTTAAAA +GAAAGTTTCTAATCTTAACGCTTTAAAACTGTTGTATATATATAATTATACAAATTGGCA +TGTCTTAGTTCATCACTTAATATATTAAATACCATATCTCTATAAGCTAAATTGGGCATT +CCCCCCATTATTACTCTATATCTTTTAACTGCATTTAATTCTCCATTTAATGCCATAAGT +ATTCCATCTACAAAACTAGCTGGTGGTACAAATTCTTCTTCTTCTGGATTAGCATCTTTT +CCTGTAAATATTTTATACATTTCCTTAAACACTTTATTGTGAGATATTTCATCATCTCTT +ATAGAAATTATAGTGTCTTTTATTTCCTTAGCCTGTTTTGATGTTATTCCTTCTGTTGGA +ATGTTATTTATTAACCATTCATAAAATAATGCATCGTATTGTTCTCCCTCAACTGATTGT +TCTATAAGGTTTACTGCATTTATAAAACCTTGAGGTGTTGGATAATTATAGTTATAATTA +AACATGTTTGTCCTCCCTTATAATATACGCTCAGTTTATACTATTCGGGTATACAAATTC +TGTTACATGGATTTACATTTTAATATTTTTAACGCTATGAACTAAAATATAGCATCACTT +TATATTCATTATAATCTCTATTAATTAATTTAATTAAGACATGCTTTAAACAGTTTTTAT +TTTTATTAACTTTTATGCCGAATAGATCATCAAAAACTGGTGACGTTTTTATTATCCCTC +TAAATTTTGATTGAGAGTGATGGTCTTTAACTATACCAAGCATACCTTGAGCTTTTCCGA +GGTATTATCTATTGGATTTTTTATTTTGCAATATATTAATATAAGAAACTAATATATTAA +AAATCTTTTATTATACTTGGGTGTTCAAATATGCTATCTAATTTTTTTATAAAAGGTATT +ACTTCTCCAAAATCTAATGCACGATGGTCAAATGCCAAGCATATAGGTAAGATTTTACGA +ATACCTATAGATTTGTCTCCATTTTCATCAATGTATACACCTGGTTTTTCTAAAATCGCA +CCAAAACCAATTACACAGACTTGTGGTGGTATAATGTCTAACATAGCAATAGCACCTTTT +TGCTCCCTATATGTAGATCCAATATTTGATATAGTTATAGTACCGATTTCTAAAGGTATC +TTAGATTTATTTTGACTATTATCTTCAGACATTTGATATTCTCCACTTATTATTCTGTCT +ATAATACTATAGTTTATTTTATCTGAAAATGATTTAGATAGAGACTGTGTATCTATATTT +TAAATTTTTTCACCTAAATCTTTAATATGTTTATTAATTTCATATAGAGACATTTCTTCA +ATATTATTTATACTTATTGTCATCATTTTTCCACTTGGTAAAATCCAAGGCATATTTACA +TTAATATCTTTAATTGTGCGAATTTCACCTTCACCAGTACTTTGATTATATGACAGATGA +GAATTTAGTTTTGGTGCAAATTTTAATCCTTCTGAAAATACTTTTAACATTAATGAATTG +ATAGAAACATTTTTTAAAGAACTATCTTCTATTCTTAATTTTTTAAATTCATCAATAAAA +TCTGTAACATCTGGCTCATACATATAAGATACATGTGGTATAGTCTGCCAAGATTTAGTG +GTCATATATGATATAACTTTTCTTTCAACTGAAAATTTTTCTATATTATTAATTGTTAAT +TTGCTCATAATAAATCTCCTATATTTTATTTTAATATTAATTATTATTTAGTAATTTAAA +ATAAAATATACTTTATTCACCTTATATAACAATTGTGAATCAAACAGTTATAATATAATT +ATAACTGTTTATATATATCAGCATAATTAACCTTGATTTGTTCTTTAAGTTGTTTGTTTT +CTTCTTCAAGTCTTTTAATTTTTCTTTTTAAACTTGCAATAATTGCATCTTTGTTATTAT +CATTCATTTCTCTTTTAACTTGTGATGGAGTAGGAACTTGTGATTGCTGTTGTCTAAGAG +TTTCAATACATTCTCTAATATCTTCATTATCATATAAAGTTTTTTTAGTGACTCCACTTT +TATTTGCAACACTATTAAAATTTATAGCCTTTGTATTGCTTTATCAACCTTTTCTTGTGT +CAGATCCTTTCGTTTGCTATGCAATTCTTTTTTATTATGACTCGAATTATAAATTTAAAC +ATAAAAAAAGACACGCAATGTGTCTTTTTCACGAACATATATATTATAATATAGTTACAT +TTTCTGCTTGAGGGCCTCTAGCACCTTTAACTATATTAAAGTTTACTTTCTGACCTTCCT +CTAGTGATTTGAACCCATCAGCTTGTATAGCTGAAAAATGTACGAATACATCATCTCCTC +CGTCTACTGATATAAATCCAAATCCTTTTTCATTGTTAAACCATTTTACTGTTCCATTAT +TCATAAAAAATACTCCTATAAACCTATCTCTAGATCTCTCTTAATTTATTTGTATGTTAC +TACATATATCATTATATGCATTTAATGTTTATTTGATACTAGTTTTTTCGTAAATTCATG +TAATTTATATATTAATTTCATTAAAAAAGATTATACTTATCTAATAAAATACTTTTAATA +AGTGCTAAGTATTTAATTTTTAATTTCTTAATATAAGTTAATCTAATTTTTTAATAAACT +CTATCTCTTATTCAATATATATGAGTTTATTCCATACTGATTAAAATAATCAACCAATAA +ACTACCATTTATAAGGGATATATTATTATCCGCTGCAAACTTCTCACATTGAGTACTAAA +ATTACTTGTAGATATAAATATCCCCTTCATAGCATCAGAATTTCTAACTACAGACTCAAA +TTCTCTAAGCTTTGGTATATCTATGTTATTCTTATACCTTTGTTTTTGTTCTTTTATTAA +TTCTTTTGTTACTTGTTTTGTGAAGTTGCCTGCTCCTTTTTTGCCATAGTTTATGCTCCT +TGTGCGAGTTATATACTTACATTATTTGCATAAATTTCATTTTTATAAATTAAAAACCCT +ACGTCTGATTTTGATACGTAGAGCTTTATAATTCTTCCTTTTTCAATTTTAGCGCCTTCC +TTTTTAAGATATGTGTCTATTGCTAATTATTAATTAACTCGTTATGCTAGTTAATTTAAT +ATATTTTTATAATTCGCAATATATCAACATTGCTTAACTTAATTTTCTTCAATTAATTGT +GGATATATTTTATCTATCGTACTTTTTATTTTACCTTTATACATAAGTTTAAATATACAC +CATGCTATAACTCCACCTAATGTATTTAATATTAAATCTTCTACGTGAACAGCTCTTATA +CCAGACAGTCCCAGTATATTCATAAATAATTGAATCAACTCTATTGATAATGATATTAAA +AAAGCTATTATCGTAGAGGACTTTAAATTTCTTACTTTTTCACTTATTGCACATATATAC +AGTACGAATGGTATTAATAAGACTAAATTCCCAACTACATTTCTTATTATAGTTCTAAAG +AAAATTCCACCTTTAAAATAGTCTATAAATGGTACGATGCTTATATTACATCTTTCTAGA +AAACTTAATTCCTGTATATGTGGTAACATTCCACCTATGTATATAGGTAAAATAGTTATT +CCTATAAGTAAAAATAAATATATCACAAATAAATTAGTTAAAATTTCATATCCGATATTG +AATTTAACACCTTTTTTTCTTCTGTTTGCTAAAATTATTATTCTTACGATTATCCATATC +GGTAATCCAAGTATTAATAGCCCCTGTAGTTCAAATGAATACATTTCTTACTCCTCCTCA +ACCACTTTTGTGTATTTCCAATATTCAACATACCATAATTACAAATTTATATCAATTATT +TTTATATGTACACTAAAACAGATGTTTTTATGAACACATAAAATAATCACAACATTTGCT +TCGCACTATATAGGAGTTGTAAACTTTGGCTATATTATATATTACATTGAAGAATTTTCA +GTAAAAAAACTATTTGTAAACAGTATTACCTATAATACTTAACTTTAATTTAATTCAATA +ATCTATTTTTATAGTATATCTAATTATAGATATACCTTTTTATTTTATGTTTGATTTAAT +TTCATTTACTTTAGACTCTAAGTCTTCTAAGTATTGATATAATTCATTTAATTGTTTATA +TACTACTGTATTCATCTGATCATTTTCATATACAACTGTAGCATGTCCATTGTTTATGAA +ACTTTTTAACTCATATCCTGAATCTAATACTTTTGGATCATCATTTATTTTTTTAATATA +ATTATCTATACTTTCAAGCTTTTTATTTACTTTCTTTAATAAAGAGGTCTTTATTATATT +AATAACTATATTACCATTTAAATATTCTCCTGATTCAATATATCCTCTAGATTTCTTTAT +ATCTATAAGAATATTTTCACAATAATCATATAAATTCTCCATTATAATTCTCCTATCTTA +AATTTGTTGATACACTAGCTATACCTGCTCCTGCATAAGTTATATTACTAATTGATTTGC +TTTTTTTCAATAATTTTTTCAAAACTGGACATTAAATATGCAAAACTGGACATATTTAAA +ACAGAGCCTTTTATATTAATTCTAGACATGCCTTGCTAAAATATCTAGTAGTATTAATTA +TCTTTTTGATTGAAAAATGTAACTTTAAAATCAGTATATTCCTCATTGCTGCTTACATTT +ACTTTTCCATTATTATTTTCTACGATTTCCTTAACTATATGCAAGCCATATCCATGACTT +CCATCTTCATTAGTCTTTGTAGTGAAGCCTGTATCAAATATACTATCTATTATATTTGGA +TCTATCTTCGGTCCATTATTTTTAATACTTATATAAACACTATTAAATATTTTATATGTT +TTTATAATTATTAATCCATGACCTTCTAACGCTGTAATTGCATTACTTAAAATATTTGAT +ACTATTTTATGTAATTCATACTCACTAATATTTATTAGATTAGAATCAAACTCCTCATCT +ACAACTACATGTATATCTTTTAAATCTAATGACTCAACTACACTAGATATAATAGAACCT +CTATTAGTAATATATTTTACACAAGGTGATACTTCAGTGTTTCCATTTATTATATTTTTT +AACATTTCTCCCAATCTATCATATTGTTGCATTATATATAAACCATTAATATATGATATT +TGAGAACCATAGTCATGCTTTATTTTTTTCAGTTCATTATTTTTAGCAATTAATAAGTTA +TTCAACCTATTAATTTCTTCATATTTCTTGTTCATGCTATTCATATAAACTGAAATGCCT +ATTATAAATATAACAATCATTAGTATCAATACATTAGTTAAAGCTACATTAGCCCATCCA +TTTAATATCATAGAAATACTTGCTATAAAATCCATCGACATAACCAGTATAAAAACAATT +CCAAGTGATGCCTTACTTTTAGTAAGTTTATCATATATTACCTTCACACTATCTTTACTT +TTTATAACAAGTAACTCTAAAATCATAGCTGGAATATATATTCCTAATAATCTAGATAAT +TCTACATCATAGATTATATTACTTATTATAGGCCAAAATATACTCGTAACTAAAATAGCT +ACAATCTGTACTAATAAATATGCTATTGAATAAGCTACTAATGCTTTTTTATATACATTC +ATATAGGTTATACACATTATTATTAGACTCATTATTGTTATTGAAGTAGAAGTCATATTA +CTGTTTTTAAATATATGTGTAGCTAAAACAGATGTTACAAATATACTTATACTACTTATA +ACTAAACTCTTTTTTCCATCTTTATCATCTATATCTTTATTAGTAATCAAAAAATAATAT +GGCAAGTAAGTCATTATAGAAACTTGTATAACAGTATTTAATAAATCAATAAAAAAATTC +ATTATTAACTATCTTTTTCCTTTTAAGGATTTAGGCATATCCTCTACACCTATTGCTACT +ACAGATGCTGCTCCGCTACCTATTATAAGTATTGACATCATAGACATTAAGCTACCCATT +AATTTTTTCATTATTGTACCTCCCCATGTTTTTTTGAATTAAACATTAAACAAACATTAA +TTGTTAATGTCCATGTTATTATATTGCTATAAACTCCATATTTGATTATAAGTATAGAAA +TCATAGGTAAAATTATAGAATTAATTAATGCTATTTTATTATTTTGCTTTATTAAACTTG +GTTTTGTTATAGGCATACACTTGTTTACTATAGGTACTTGATGATATATGCTAAACATCT +CTTTTGTGATGTCTCATGGCCCCCTGTAAACGTTTTTACACGTGACATAGTAAATATAAT +TAAAACTACCTCTTTAAAATATCCAAGCATAGAAAATACAATTATTATAGTTATAATTTT +AACTATCTCATACATCATAACCCTCATGACATACTGTATCTCCTCTGTTTTATCCTGTGT +AAAGTTATTATATTTACATATATCTTCCACAAAATAATCTAATTTTTTTCTCAACATTCG +TGATATTTCCTAATAATCCCCCTATAAAAAGTTTAATCTATGTATATATTACCATATTAT +CTTATTTTTGTGTATTTTTTGCTAAAATTTAATTATATATAAAGTTAAAAATTTAGTATG +TGAATTAAAATATACTATTTTAACTTAAAAAACTTGTATAGTTTTTAATGTGATATAAAT +CAATTACATTTTTTGGAATAATATTATCATTTCAACGAATAATATGTGTATATGAGCATT +TTTATTGCTTTTTACATTTTTTAATGGTAAAGTATTATGTAATGTATTGTAATTATATAT +AATTTTAAAATTACATATAATATAAAATCTTACTAGGAGGTGGACCTATGAAAAAATTGT +TAATTTTATTTTCAGTTTTATTATCAATTGGATTAACTGGATGTACTTCTAAATCTGAGG +TTAAAGATGTTTCTGTTGAAGATATAAAGAAAGCTGTTAATACTGAAACGCTTTTACCTA +TTACACCAGTTTCAGATACTGATGCCAAAGAATTTTATGCTTTTGAAAATGTAAAGGATA +ATATTAAAGAAGGTTTTGTACTGCAAGCTATGATAAATATAAAATTACAAGATGTAATTG +TAGTTAAGACTGATGATGTTGAAAAAGTTAAATCAGCAATTGAAGATTATAAAGAAAATT +CTTTAAGATCATTTGCTGATGGATATGGTGGAGATGAAAATGCTAAGGCCGTTTCTAATT +CTATATTAGGAAATAAAGGTGACTATGTTTATTTTATAGCTACTTCCAATGCAAAGGATA +TTGAAGCAAAAATACTTGAATCAATAAAATAATTATATATGAGAAATTAAATTATTAGTT +TTTCATATACAATAAATTTTAAAAGGCCTTTTTTAAAAGGTCTTTTATTATATGTTGATT +AAAATTGAAAGTTGGTGATATATTGGTTTTTAGTAGTATAACATTCTTATTTTATTTTTT +ACCCTTAGTATTAACTTGTTATTTTTTATCTCCTTATAAATTTAAAAATCTTACTCTTCT +AGTTTTTAGCTTAATTTTTTACTCTTATGGAGAACCTATGTACATATTTATTATGATATT +TTCATGTATTGTTGATTACATACATGCTTTAATAATAGATAAAAATAGGGGAACTTTTAA +GGCTAAACTTGCGTTAATTTCATCTATTTTTATAAACTTAAGTTTACTTGTATTTTTCAA +ATACAGTGATTTTATTATATCTATTTTAAATAACTCTTTAAATACAAATATACCTTTACT +CCAAATAACTCTTCCTATAGGAATTAGTTTTTATACATTTCAGACGATGTCATACACTAT +AGATGTTTATAGAAATGATGCACAAGTTCAGAAAAATATTATTTCTCTAGGAACTTTTGT +TACATTATTTCCTCAGCTTGTAGCAGGTCCAATAGTTAGATACTCTGATATAAGCAAAGA +TTTAAATCATAGAACTCATAATGTAGATAAGGTGTATGAAGGTATCTATAGATTTATAAT +TGGTTTATCTAAAAAAATAATACTTGCTAATAACCTTGGAATTATTTGGATTAGTATAAA +AACTACTCCTTTTAATTCACTTTCAAACTTAACTGCTTGGCTTGGAATTATATGTTTTAC +ACTTCAGATATACTTTGACTTTTCAGGGTACTCTGATATGGCAATAGGCCTTGGTAAAAT +TTTTGGATTTGAGTTTTTAGAGAACTTTAATTTTCCATATATATCAAAATCAATTACTGA +GTTTTGGAGAAGATGGCATATTTCTTTAGGAATTTGGTTTAGAGATTATGTATACATTCC +TCTTGGTGGAAATAGATGTAAGAAATCTAGGTGGTTTTTTAATATCTTCGTTGTTTGGTT +TTTAACTGGAATTTGGCATGGTGCTGACTTTAATTTCATTTTATGGGGACTTTACTTTGG +GTTTATTTTAATTTTAGAAAAACTATTTTTACTTAAAATACTTGATAATACCCCTAAGTT +CTTAAGACATTTATATGTTTTATTTTTAGTAATAATCGGCTTTGTTATATTTGATATTAC +AAACCTTAAAGATATTTTTAATTATTTAAATGCTATGTTTAATATAAGTAATCCTTTTGT +CGATAAGCAATTTTATTATTACTTAGTTCCTAATATATTACTTTTAATGTTTTCTATAAT +AGCTTCAACACCTATTATAAAAAATATATTAGATAAAAATATGTATGTTAGATTTATAGT +TTTAATATTTGGTTTTATTATTTCTTGTTCATTTTTAGTGGATTCTTCATTTAATCCATT +TTTATATTTTAGATTTTAAAGAAAGGGTAATAATTTATGAATAAAAAATTAGCTTTTAAC +AACTTAATGTCAAAAAATTTTAAATCTAATCTTTTAAAATATATTACTATTATATTTTTC +TTAGGATCTATTTTTATAGTTCCTATTATTACTCTATCTTCTCCTGATAAAAAAATAAGT +GAAATTGAAAATAAAATACTAACTCAATTCCCTGAGTTTTCTCTTTCTAGCATAAAAAGT +AAAAGGTTCATGAAAAACTTTGATAATTATACTTCAGATCAATTTCCTTTTAGAACAGAT +TTTATTAAACTGAAAAACATGTACAGTTATACCATTGGAAATCGTGAATTTCGAGATATT +TATATAGGTAAAAATGGTCGTCTTATGGAAAAGTTTATATTTAATAAAGATATTATAGAT +AAAAATATTTTCAAGGTATCAAATATGTCTAGATATCTTCATGATAATTATAATATTAAA +TCTAAATTAATGATAATACCTACATCAATAGCATTTTATGAAGATTTGCTTCCTTCTTGG +TCATATAATGATAGTCAAAAAACTACACTTAATTATATTGAAGAAAATATAAATTCTAAT +TTAGATAAACTTAGTTTTTATACTCCTTATGATGTACTAAGTAAAAATAAAGATAAATAT +ATATACTTTAATACTGATCATCACTGGACACAACTTGGTTCTAAAATAGCTTATGATAAT +ATGTATAATAATTTAGATAATGAATTATATGATGATTATGATAAAGTTGCAGATAATTTT +TATGGAACCTATTATTCAAAAGTAATATTACCTAAAATAAAAGGTGATAGTATATATTCT +TATAAAAATTATAACAACTTTAAAATGACTATGGATTTTAGTGAAACTTTTAATACCCTT +TATGATGAAAGTAAATTAAATGGTAAAAACAAGTATCAATATTTCCTTCACGGTGACCCT +GGGTTTTCAGTTATTGAAGGAAATTCAAGTAAACCTAATGAGATATTAATTTTTAAGGAT +TCTTATGCTCATAGTTTTATACCTTTTTTAACTAATGATTATAGTAGAATTCATGTTGTA +GATCCAAGGTACTACTCTTTAGATATTGATGATTATTTAAATAATAATAAAAATATTAAA +GAAGTACTTTTTATTAATAATTTGCAAACATTTAATTCTGAGGAGATATATAAGAAATTG +AAATAATACAAAGTAATACCCTACATCATAAAAAACGACGTAGGGTATTATTTATCATAT +TCAACTATTCTACTTACTATTAAATAATTCCCAATCTATTTTTTATCTTAGGTAAGATTT +GTGAAAATACAGAATAAAAATTCTCTCCTTCTTTCACCTCAATACAATAACAGTTATCTA +ATATAACTTTATTAATTTCTTCCAATTCTTTTTCATCTCTCACAAACTTCAAACGGAAAG +TTAATGCTTTAATAAATTTATGCCACTCTAAAATAAACTGTTTATTATCATCATAGTTTT +CAATCCCTAGCCATTTATCTACCTTTACATCTTTCAAATCTTTTTTAGGGCAATTCCCTA +CCTGTAAAAAGTACTTAAAATCATCATCTTTATACACTCTTCCAAGAGGAAATAAACGAC +AAATATTTGGACGCTTAGAATGAATTATACATCTACCTTCTTTATTTAAAAAACTACATC +TTTTATTATCATCCTGCATCTTTAAATATGGTAATGAAATTTTGTTATTGTTACGTAATT +CAATCTTACTACCTAGTAATTCATAAAATCCTACACCTAAGTGATTCACCATTTCATATA +CATCAAAAGGTGTAAGAACTACTAGTTCTCCAACATCACAGCAACAATCATTGCATCCAT +CACAGCCACATGTATCTACTTTTACGGTATCTTCAATATCATATAATTTTCCATCTGATA +TTTCTTCTAGTATGTTTATAGATTTCATATATTTCTCATCCTCATTTATTACTTATATTT +TGTTAAATTACTTAATCCTGTAATATTATACTAAAATTTTTCTCATATTTTAATATGTTT +ATATCATAAACTTCCTAGATATAGCCTTATAATCTCCATTAAATTCTTCATTTTTAGAAG +CTTTTTCAGATATATATTTTAATAACCTTACCGCTTCTGGTATGCCTGCACTATTAGCTC +TTCTTATATATTAATATAATCATATCAACTATCTATTTTTATGATTTATTTGTTATCTAT +GTTGTATAGTACTAAATTTAAGTACTAATATATACTTATATAGCATTACTCTTAAGTATT +ATTTTCTACAATACACTTTAGGGTATTTATAGCTTTCTCTTCATCATCAAGACATACAGT +ATACACCCTTATCTTTTTATCTTTATTTTCATCTAAATACCAAGACTCTAAATACTCATA +ACTTTCATTACCTGAACTAGGATATAATAAAATAGCACTTTTAGAATCTTTATACCTAGT +TAAATAAGCATACATCTGATAAAAATCATCTCTTTTCACACCATATCTATTTAAGTTTTT +ATCAATATTTTTCCATTTAGTATCTATAATTAACTCTTCCTTACCATCAACCTCTATAAC +AATATCTGGTTTAAGTGAAAATATATCTCTATCAGTTTTTTCATTTTTCAATAACTTATA +CTTACTATGTTGAGAGTAAACATTATATTTATTTAAATTTAATCTAAGTAAATTAGTTAT +ATATTTTTCATATACATCATTCATCTCAAACAATATGGCAAAGGATTTATCATCGCCTTT +GTTTCCAATAGATGAAAATCCATTTAAAAGCATCTTCGCTAATAATAAACTTGGCTCAAA +TCTAGAATTTAGCCTATTAAACTTATAATCTAATATCTTTTTATTATTCACATCAATATA +TCCAACTTCAGAAAATACCACATTTATATGACTTAATATCTTTAAAGTTTCTGAGCTTTT +TATATTTCTAATAATCTTTTTTATACAAGTATTAAATATCTGATTTAATGTATTATCTAT +AGAGAACTCTTCAAATTTACAAAATACATCACACCTGCATCTAGATATATTTTTAATATG +CTCTTTAACTAGTATACTTCCCTTTAAAGCTTTACTATTTTCTTCTACATTAACATACTC +TAAATACGGTCCTCTCATCAGCTGACTCTGAAGAGTTTTAGAAAATATTAATGCTAATAT +TTCTTCTAAATTCATTTTATATATACTAATCATACCTAAGTCTGAATAATTAAAATTTAT +TATTCCACTTTTATTAAGCATATTAAGCAAAGCTTTTCTGCTACCTTCATAGTCATTTCT +ATTTATATCAATCTTAGGTAATATCTCTATAGAAACAGTTGATAACTTTATAAATCCAAC +ATAGTTTATAAAAAGTACACTATCTCTTGACCATATTATATTAGTCTTATCCAACCTTTG +ACTTTCTATATATCTATTAAGTTCATCAGCTTCTTTGTATGTTATTGATGTAGTTGACTC +TTCTTTTGTAATTTTAAGTTTATCATTACATTCATAAATAGTTATATGTCTCATAGAACT +ATTCCTCATTTGGTAAGTTTGTATTACTATCTAAAGTTTCATCTTTTATTTCTTCATATA +TCCTTATAAAAGCTTTTTTATTAGGTCTTTCTACCACACTGTACTTAACTTGATCTGGAT +ACATAAAACCTTGATTACTTTTAAACAAACTACTTGCTTTAATAATTGATTTATTTAATA +AGTAGTCGCTATTTCCAATCTTCCCACTTCCCCCTAGTATCATATCTATTTTTTCAAAAT +CATCATAGAAATACTCTTGAAGTAATGGAATAACCTTATTTTTCATAATTAATACAAGAT +CTTCAAAACTTAAATTTTCTTTTATAAAATATGCATGTCCTATTTTATGATCTCTATCAA +GTAAAAACTCAATCCTATCATTTATAGTTTTTAATAACTTAGATACATTTATCCCTTCTA +TATCCTTTGAAAGTAATTCTTCATTAGGCATATACTCTATAAAGTCAAATCTTCTTCTAA +GTGCAGTATCTAAAAGTGCAATTGATCTATCTGCTGTATTCATAGTTCCTATTATGTATA +AATTATTTGGTACTCCAAAAGATTCATTAGAGTATGGAAGAGTTACTTTTAATTCATTTT +TTTCTCCTATTCTCTTATCTTCTTCTATAAGCGTTATAAGCTCTCCAAATATTTTAGATA +TATTACCTCTGTTTATTTCATCTATTATAAGTACATAGTTTTTAGCTTTATTTTCTAATG +GATTATACGATATAAGTTCTTTTTGTGATTTGGTAGATGCATTTTCACATAATTGTTTAA +ATATACCATCCTTTGGAGTAAATCCTCCACTACCATCACTTCTTAAACCTTCTACAAAAT +CTTCATATGAATATGATTGGTGGAAGGTACAAAATCCTATTAGTCCGTCCTCTTTTATCT +TATTAAATTCTTTTACTACTTCATCTCTTTTAGTAGGGTCATTTATAATATCTTTATACT +TTTCATAATCTATTATTTCTAAAGCTTTATTACAAACATTATAAGTCTTTCCTGTCCCTG +GAGGACCATATAATATTATATTCTTCGGACTATTATTATTTTTAGTTGTATTTATATCTA +CTTCCTCCCCTTCTTGTACTGCTATTTCATAGTATTTCTTTAGTTTATTTACAGTATCTT +TCATAATGTTTATTACATCATCTGTAGAGTGATTTTTTACATATTCATAATCTATTGTTT +TACCTATTTGGATTTTATTTGCTTTTCTTTCTTTTACTTCTTGTATATATTCTTTTATAC +TTTCTTTACTTAGGTCCTCTAAGCTTATATCTTTATTCCTAGTTCCAAAGTATTCAAAAT +CTTCTTCTGCAACATTAAGATAATCTAAAAATCTATTATGTCTTATGTAATCATCTTTAT +TACTATCTTCCCCTCTAATTTCTAAACTCAATCTAAATCTAATTTTATCATCTTCTTTTT +CTGCAAAAACTGATATACTACTTGATAAATTAGTTTTATCTTTACGTTTTATCTCAGCCC +ACAAGTAGTTTCTTACATATCTATTACTTCCATCTAGCCACTTTGAAGATACTTTTTTCT +TATAATTTTCATCTTCTAAATGCGTACACATATCTTTAAATAAAGATAATGCATTTTGAC +CTTTAGACTTTAAATTTTCTAGCCTTACTTTTTCTATTTTATCAGTTTCATTTGCTGGAT +TTCTATATGGCTTATTTGAATAGTCTTTTAAAAACTCTAGTATTTCTATTAATCTGTCTT +GTTCAAATTGCTTCACATTAATCTCCCCTAATCTTTGTCTATCGTTTATATTGTAATTAT +ATGACAAATTTCATTGTATTTAAATATATTATATAATATCCTACATCATAAAAAACGACG +TAGGGTATTATATTAAAAAGCTAGCCATATCGGCTAGCTTAATACTACTCTTCTATAAAA +TAATCACTATCTATCTTTTTTATCTCATACACAGTTTCTAAAGATACTCCTACATTAAAA +TCAATCATAAGCTTAGATAATTGATTTCCATCTATAAGAACAATCTTTTTATTGTTAATA +TTTTTTGCATATTCTATTGCCTCCTTAGTAAAAGTAGATATCGTTATAAAAATCCCCTTA +GTCACTCCTGGTATATCAAGTGCACCTGAAAACTTTTGTATATATGCTCTTCCAACGGTT +GTATCTTTCCATCTTTTAGCTTGTATGTATATACTATCAGGTCCTAGTCGATCTTCATTT +ATTATTCCGTCAATTCCACCATCACCAGCTTTTTAGTAGATTGTCAGCTTCTTCTCTAGA +TACACCATATCCCATTTTTATAAGTAGGTCTATTACTAATCTTTCAAAAAAATCAAATGA +ATAATTATAAATTTTTTCTAATAATTCACCTGCTAAAGATATTTTTAGTTTTAAAAATGC +ATCTTCTAAACTTTCTTCTGGTGGTTTATCTTCTGCTATATATATATCTTTATTACATGT +AGTATTATTTTTACTTATTTAACTGTCTTAGTTAAATCCTTTTCTATCTTTATCAGTATA +TCATCTTCCATTTAATTATTAATCCCACTTAAAATAAGCTTATCGAACATATGTTTGATT +AATAGATACTTTTATGATACAATCTACCTAATAGCATTTAAAAGGGGAGAATTATGGAAT +ATTCATCAAACAAAGAACTAAAAGATAAACAAATACTAATACTAAATTGTATAGAAAATT +TTACAAAAGAAAATGGCTATCCACCAACAATAAGAGAACTATGTAATCTATCAGGAATTA +AATCAACTTCAACTGTTCATGACAATATTAAAAAGCTAACTAAAGAAGGTTACATCGTAA +ATGACCCCACAAAGCCAAGAACAATTATGCTTACAAATAAATACTCAAAACCAAAAGATA +ATAACTTAGATAATATACTAAAAGACTTTGAATCTAAACGTAAAATTATTCAGAACTATA +TAAACACTACTGAAGATCCTATATTAAAAGAAACTCTACATGAAATATACAATCTTGTAG +ATGAAGTAGTAATAAAAATTAGTACTAATATTTTATAATAAAACTAATACCCCTACGTAA +CGAAACTTTACGTAGGGGTAGCAGCTATCATTCCAGTATAAAGTCCAACTTTGTAGCCTA +ATATGGATAATCAAGAATCTAATAAACAATTTATAGCCTCTGGAACATATCCATTTCCCC +AATATCTGGGATTTAATACGTATCCAATTTCTCTTTGCTCTAAATCATAGAGTTTTTCAT +CTGGCTTCCGATTATGTAATCCTATTCCACCTATAACTTTATTTTCAGACCTTAAAACTA +TTGCATAAGTATCATCATTATCAATAAACATTTTAATTATATCTTTACTTTCCCCTTCAC +TTTTATGAGGTTTCCCCCCAGCATTTGGCCCAACTAAATCACTTTTAGCATATTCATATA +GGTCAGTGCTATCACTTTCTCTCCATTCTCTTAAAATCAATCTTTCACTATTTAATATAT +TCATAACAATTTGACTAGCTTTTAAATTATCTTTAACTCGTTTGAATATTCATACGAAAT +AAGTTCCATATCTTTTGTTTCTATCCATGCTTTTTCATCATGTGATAAATTTGATATCTC +AGTTACGCTTTTAGATTTAAATAATTCTACTACTTTATTTATTATTTCAATCTCTTTATC +TGAAAATATATTTAAATCATAGTTATTCTTACTCTTAATTTTTGTTATTTCCCCATTATA +ATTTTCAGTTACTTCCTTTTCAAACTTATTATCTAAGTTTAAAATTAACTCATAATTTTT +ACCTTCTATTATAGGCCCAAAAGTATATCTAACATATCTAATACCTGTCATAGACTTTAG +ATTATATTTGTAGTTGCAAAAATCTATATACCATAAATATTTATTAAGACTTGTTTTATA +CAGATTATTTACACATGAAGCTAAATATCCAATTATATTTTCTAATCTCTCTAAGTCAAA +CTTTCTAAATCCATTATAAATACTTGGCTTATGAGATAATCTTGATATTATAAAATCTTC +CATAGTTACTGTATTTTCTTCTTCAACTGAAAAATACATTGCACTATATGTTTTTTCACT +TATTCTTCCATTTTTAAATGCATCTTCAACTTTTTCTCTGAAGTAACTTTCATCTTTAAT +TATAAGTCTTAATATATCACTATGGCTTTGGTTTGGTAAGCTACCTCTTTCATATCTATT +TATAGTCATCTTTCCCCAATCAAGTATAGCTACTAACTCTCTTTGAGATATGTTATATCT +TGATCTAAAATCTATTATATCTTGCGGAGATACTATTCCTGTTAATTCTCTATATTTTGA +ATATAATCTTTTTAAATTATCTTCTTCTAAATCAATTATATATAGTTTTTCATTACAAAT +TTCACATACACCAATATTTTGCTCTACATTAACTTCAATGCCTTTATATTCTTTTAACTT +TTCTTTTATTATATTGTAATTTACTTTTTCATTACAATTTTCACAGTAAACTTTATTTTT +TTCTAAACTCATATCTATACCTCCTAAATACAAACTTCATCTTCGTGGAATGATATACAT +ACTAATTCATTAGGTGGGTTATATCTAATTTTTATGTATATAAGTATATTAAAGTCCTTA +TCTAGTTCTAAATTATATTTAAACTTCCAAACATCCCCTTCTAGATTTTTATTATGGTCT +CTCTCTGGACCATCTAGGTAATGTGTACTATGTAAGTCTAGTAGTATATCTGTTATATCA +TCTATATTAAAACCATGCTCTCGCATAAATCTTGCATTCTTATCTCTTGAACCTGCAAAA +TCAACCCCTTTATCACATATATGCTTTTTGATTTTTTCTAGGTATTTATTTATCATAAGA +TCTTTGATAATAAAAACCTCCTTATGCTAATTATTATTGCCATCATTTAGAGGCACTTAT +ACTTATATATTACTATTTTTTATAAAAAAAATAAAGCAATATATAAACAAAAAAGAGAAT +TAGAAATATCTAATTCTCTTTTCTTATAGTACTAAGATATCCACGCTATTAAATTATATC +AATGATAAGTAGTACTATTTAGTCTTATTTTTATCTTATTCTAATACTTCTAAATCAGTA +ATTTGTAAATTAGACTTTAATTTATAAGCTTTGTATTTATCTATATTACTATTCTCATCA +TAATCAAAAGTTATTAGTATACATTCATTAGGCATATATGGTAATGATTGTAAAGTATCA +TATATTTTATTAGATATTTTCTTAGGTATTTTATCAATTTTATTCTCATTAAGATTGCTT +AATACTGCTAATAAATGCTTACTTTTTCCTTGCTTTTTTATAGTTACATATCTAGATTCC +TTCATTATAAAATATAATACTTTACTCTCAGAATTAAATAAAATAATTTGATTCCAACTA +CCATTTTTTATAATTTTTAATAATATTTTCGCATTATTTTTAAATGTTTTATTTAAACTT +GAATATATAAAATCCCATATAACATATGGTTTTCCTATATTAGTAGTTAAGTTATTATCT +TTATATAACTTTATACATTTCTTATATGCTCTTCTTATGCTTTGTGCAATATATACTTTT +TCTTTAGAGGATAACTTGCTAACATTTTTCATAGCGAAGACTTTCCCCCTATACTTTATA +TTATATTTCAATAAATTTTAATTCTTTAATGATATAGTTATTTAAACTTATTATATATAG +ATATAAGTATGCTTAAAAATTATCAACTATACTTTTTTTAGTAATTTTTTATAGAATTTA +AAATATAATATATTTAATTTGCTTCATAAGATATCATAATATATTTTTGAATTTCCTCAA +ACTGTTTTATATCAGTAAATCTTATTTCTAAATTACCAGTACCATAATGACCTATATTAG +TAACATCTCTAGTAAATCCATTTTTAAGCTCAATATCATCAATATTAGCCTTTGTATAAA +TAAGAACAGTATCACTTTTAGGATGAATTTCAATACAAGCAAAGTTCTTAATTCTCTTAA +AACTAAAATAATTCTTTAGCTTTTTTTCATGAACATCATCACCAAGACTTAAAATAAAAT +CTCTAACCATGTAGTATCTATTTTTTAAATTTTCATTAGCATCTTCAAGAAATTCATTAA +CAGTCTTATACTTATTTTGTTGCTTAGAAGTACCTTCTACAACTATATTATGTTTATTAC +TATCATCACTTATAATATTAGTATGAACCATCTCTAAAAGTAGTAGCTCTTCTTTATAAT +TCTTATATTTAATAAGGTCTATATTTCTATTTATCTGCTTTACTGCATGTATATCATATT +TAGTAAAATCATTTGCTATACATATAAGTCTTGGACTTGTCCATTCAATATTCTCATAAA +TTTCTGCTCCCAACTTATTCATTACTAAAAGTTTAAATTCTGCTTTATGGTCAAGTAGCC +AATCTAAATAATATAGCCCTTGATTTATTACATTTTCATTTATTGAGCGTTTGTATTCTA +TAATAACTGGACAATTATTTTCATCTATTCCTAGTGAATCTATTCTTCCATTATGTACTT +TTCCAGTAGAGTATTCTGTTGCTAAGAATTTTACTCCTAAGAATACTTCCATATTATCTT +CGATTATGTTTTGTAGATTCTTTTCTAGTTGCATTGATGTTCCTTCTATTTCTTCTACTT +CCTCTTTTATTTTAAATAGTTTTATATCTCCCATAAATTCTCCTTTTTTAATTATATATA +AAAAGACTAGAGTTAATCTAGCCTTTTTGTTTTATACAAACATTTGTTGTAATAATCCTT +TTTTATATTCATTTAAAGAATCTAATTTTTCTTGCTCTTTTTCAATTTTACCATCAAGCA +TTATTAAAGCATTTGCTATTTTATTCTGTTCGGATATAGATGGTATTTTAACAACAATTG +AATTTAAGCTATCATTATTTAAAGTTATTCCCTTTGCTGCTCTACAACCAAAACTCTCAA +TGTTTACTGTACTTAAATAATAATACATATACTCTGTATTTATATTTTTATATTTCCAAT +AAAAATGACAAATAGCTTCATTAGTCATAATATCTCGATTAACAATTGCTAATCTACCTA +AAGTTAATTTAAAACTCATTATAAGAGTTCCTTTGGCAACTAACTTTTTATTTCCTAATG +CTTCACAAGATATATGCTTTGAAACATCAGATATATATTTTCCTTGCTTCATATCAGCTA +TAGATAACCATGGAATATCTCCAATCCAATTTTTTTCATTTTTTGTATCTGGTGTAAATC +CTTTTTCTAAATTCGCTATATTTTCTATAGTTGTAACTTCCCACTCAGGATAATCTCTTC +CATCATCATACTTAAACCTTAACTCTCTACTAAAAATCTTTTGCATCATACCCTTCTTAT +AATCTTTAAGCATCTTCAATTTTTCACCTTGAAGAGAAATCTTATCATCAATTAAAGAAA +ATAAAGAAGCTATTTTTTCTTGTTCTTCTATGCTAGGTGTAAAGAATGGGAACTCACTCA +TATAGTTCCAGTCTGCTCTTGGCATCTTTGAACCTGATGATATATTTGATATGAAATTAA +ATTTATCAGTTTGTATTATTCTATATATGAAATTATTTGATACTGACTTTCCATTTAAAA +CCCAAATTTCACTTGAACATACTCCTTCAAAATCAGCTAACCAATACTTCTTCAAATATG +GTCTTAATTTTCCAAACAATACTTGACCTTTATTAAACTTATTTTTTATACTCTGTTGTT +CTTTTGAATTAAAGTATCCTAATAATTGACCTGTTTCTTGAGATAGATTTTCTAACTCTA +TACATTTATAGTTTTCTTCACTTTTTAGAGGATTGTATTTACCTTTTGATATTTCTACAA +TATTTCCTAATTCATTTTCTTCCCAATCTCCACTAAACTCTTTAAATCTAAGCTTCGGTG +TCTTACTCATTTCATCCACCTCCCCTTATAATCCAAGCTCTCTTAAATATACTGCTAACT +CTTCATCTAACTTAGCTATCTCTTTATCAATATCAGAAATTCTTTCACTAACAGCAGCTA +AATCTATTGGCTCTTCTTCCTCAAAAGTATCAACATATCTTGGAATATTTAAGTTATAAT +CATTTTCCTTTATCTCATCCATACTAGCTGCATAACTGTACTTATCAATAGTTTCCCTCT +TAACAAAAGTATCAACTATCTTCTCAACATTAGCATCAGTTAAATTATTTTGATTCTTTC +CTTTTTCAAACTCATTAGAAGCATCTATAAATAATACATTATCTTTATTTTCTCTATTTT +TCTTAAACACTAATATAACTGTAGGTATACTTGTTCCATAGAATATATTAGCAGGAAGTC +CTATAACTGCATCTAATACATTTCTTTCTTCTATTAAATACTTTCTTATTACTCCTTCTG +CTGCTCCTCTAAATAAAACTCCATGAGGAAGTACAACTGCCATTGTTCCATTATCATCTA +ATTGATATATCATATGTTGAATAAAAGCAAAATCTGCTTTACTCTTTGGAGCTAATTTTC +CATAAGCACTAAATCTTTCATCATCTAAAAACTTAGCATCAGCACTCCAGTTAGCAGAAT +ATGGAGGATTTGCAACTATTGCTTCAAATTTCATACCTATATGTTGAGGATGCTCTAGTG +TATTATCATTTTTTATATCAAAGTTAGTATAGTTTACATCATGAAGTAACATATTCATAC +GAGCTAAGTTATAAGTTGTTGAAGTAAGCTCTTGCCCGTAGAACTTTCTTACATTTGCTT +CTTTTGCTACACGAAGAAGTAGTGAACCTGAACCACAAGTTGGGTCATATACATTTTTTA +AATTAGTTTTACCAACTGTTACGATTTTTGCAAGTATCTTTGAAACTTGTTGTGGTGTAT +AGAACTCTCCTGCTTTTTTACCTGCATTTGCTGCAAATTGAGATATTAAATACTCATATG +CATCTCCAAGTACATCTATTTCACTATCTTCATGTGCAAAGTCAATTTGTGCAATGTTTG +CCATTACTTTAGCTATAAGTTTTGAGCGACTTTTTACATCTTTTCCTAACTTTGTAGAAC +CTAAGTCCATATCATCAAATAAATGGTCAAAGTCTTCTTGACTGTCATATCCTATTGTAG +ACTCTGTTATATCGTTTATTGCTCCTTGAAGCATTTCTATGTCAAATTTATTTTCTTCTA +TTGCTTGAAGTAATGTAGAAAATAAATACTTTGGCTCTATTAAGTATCCTAATTGCTCTA +CTAATTCTTCTTGTAATCCTTCTTTGTATTCTTCATCTTCCCAAGCTTCACTATAGCTTA +TTTCATCTTCTGATAATAAGTCTTCTACTCTGTTTTCTACTTTTTCGCTAAGATATCTAT +AGAATATTAATCCAAGAATATAATTCTTAAATTCATTGGCTTCCATGTTTCCTCTTAAAT +CATTGGCTATAGCCCATAATCTAGTGTGTAATTCTCTTTGTTGCTCTTGTTGTTTTTCAC +TTACTTGCATTTATTTTCTCCTTTAGTTTATTAAGTAAATTTTCTAACGTGGTCATATAT +AAAGTTTTTAACTTGGTCTACTAATTTTCTTCTAAGTGTAAATTTAGGTTTTAATGTTTC +TTTTATTTCTTCACTTATTTCTTGTCTATTGATTATTCCTGAGTACTCATATTCAGATAC +ATATTCTTTTATAGTGTATCTGTCTAAACCTATTTCATTTGAGAATTTATATACATCTTC +TTCTTTTTTAACTTTTTCAAAATCTTCATAAGCTTCATCTATTGAGTCTTCTTGTCCAAG +TTGTGGTACTACTTTATTTAAAAACTCTTTAAGTAAATCTACTTTTAATCTTAATTCTTC +ATTGTCCGCTCTATCAAGTTCTGTTATTACATTTTTTATATCACGAGCTTTTTTCTCATT +ATCTGATAAATCTATATATCTTATTAAGTTCATAATATAAGTTACATTTACTTTATCAGT +ATGCATAAGCTCTATACCAAAGTCTATATCGGCTAGTATAGAAGTTTTTTCATCTTCTTG +TTTTTTTACACTTTCATATATAGTGAAGTATTTACTTTTGAAATCTTGGTATCCTTGTTC +ACTCATTCCAAGTTTTTCTTCTTCAAATTCAAAGTCTGTAAATGTATTAAGCTTAGTTAG +TACTTTTGTTAAGTCTCTAAATGCTAATATAAATTTCTTTTTATCTTCTTCACTTTGAAG +GCTATCTACATCACCAGGCGTAGGTGCTAGGCTGTATAGTTTTTTTAATTCTGTATGCCA +TAGTGCTAAATAGTACTCATAGCTTTCCATTAATACTACGTCTGTATTATCAGTTTGTGA +GAAAAGACAAATTGCATCATCTGTATTTTTCTTTAAGTTTCTATAGCAAACTATATTCCC +ATAAGGTTTTGTAGATTTTTCTACTCTGTTAGTTCTTGAGTATGCTTGTATTAAATCATG +ATATTTTAGATTTTTATCTACATATAATGTATTTAATGTTTTACTATCAAACCCAGTTAG +AAACATATTTACAACTATAAGTATATCTATTTGAGCTGATTTTACTTTTTTAGATACATC +TGAAAAGTAGCTTGAGAATGTATCTGTGCTGTAGTTTGTATCAAATATTTTGTTGTAGTC +TGTTATCATTCTTTCTAAACTATCTCTAGAATGTTCATCTTTACCTTCGCTATCTTCATT +AGCTCCAAAAGTATATATCCCTGCTATTTTTAAATCATGATTTAATTCTTTAAATTTATC +ATAGTATTTTATAAGCATTGGTATAGATTGTACTGTAAATATTGCTGTATATTCTTTATT +CCTAGTTTTAGCATTATGATTATTTATAATGTGATTAGCTACTAAGTCTATTCGCTCATC +ACTCATAAATACTTCTTCTTTATCTATTGCTTTTACTTTTTCATTATCATTTTCATCAAA +GTCACCATCAAAAGTTTTTATATATTCAACTGAAAATCCTAGTACATTTCCATCACTTAT +AGCATCTTTTATAAGATATGAGTGTAAGCAAGTTTCAAAAAGGTCTGCTGTTACTCTTCC +CTCTTGACTTTTATTTTCAAGGAACCTTGGAGTTCCTGTAAAGCCAAAGTATTGTGCATT +ATTAAAGTGTTTGTTTATTGCTTTATGCATATCTCCAAACTGAGATCTATGACATTCATC +TATTATAAATACAACTCTATCATTTTTGTACTTTTCCATTATTTTAGTGTACTGTTCTGA +CTTTATAGCATTAGCCATTTTTTGTATAGTTGTTACTATTAGTGGTTTACTTATATCATT +TATTTGTTTAACTAATGTAGCTGTTTTATCTGTTGTATCAACACTATCTGGCTCAAATTT +ATTAAATTCTGCTAGTGTTTGTGAATCTAAGTCTTTTCTATCAACTAAGAAAAATACCTT +TTTTATATTTTTCTCTCCTGCTAGTATTTGACTTGCTTTAAATGATGTTAAAGTCTTTCC +ACTACCAGTTGTATGCCATATGTATCCATTGTTGTTAGTTTCAAATGCACGAGCTATAAG +TGCTTCTACCGCATATATTTGGTATGGTCTCATTACCATTAATAATTTGTCACTTTCATT +AGTTATCATATATCTTGATATTACTTTTGCTATAAATGTTTTATCTAAGAAATCCGAAGC +AAATTCTTTTAAATTACTTATTCTTTTATTTTCTTTATCACTCCAGAAGAATGTATGACC +AAATAATATTTCTTTATCACTATTAGCAAAATATTTAGTATCTACTCCATTTGATATTAC +AAATATTTGTAAGTACCTAAATAATCCATCATAAGAGTGCTTTTTATATCTATTTATTTG +GTTAAAAGCTTCTTTTAAGTCTATCCCTCTACGCTTTAGTTCTATTTGAACAAGGGGTAG +CCCATTTATTAGTAGTGTTACATCATATCTGTTTTTGTATTTTCCTACCATTGTTATTTG +GTTTGACACTTGGAATTTGTTTTTGCTCCAGTTTTTTGTGTCTAAAAATTCTATATATAC +TTCGCTACCATCTTCTCTTTCTAGTATGAATTTATCTCTTAGTATCATTGCACTTTTGAA +TACTGTTTTTCCTTCTATGTGCCTCATGATACGTTCAAATTCTTTATCTGTGAATGGTTG +ATTATTTAGTTTACTTTTGTTGTGTTCATATAATTGGTGCCTAAAGTTATTTATTAATCC +TTGTTCATCTATTATGTTAACTCTGTTAAATCCTTGGTTTATAAGTTGATTTATTAGGTT +ATTTTCTAGTTGTGCTTCGCTTTGATATGACACAAAAATCCCCCCATGCTATTTTTTCTT +TATAGATTGATTATACAGTATTTTTTTAATTTAGCATATGTATCATATAATTAAATATCT +ATTTAATTTCTTTACTATAATCTATTCCAACTACCTTATCTTTATTTAATACCTCTTAAT +TTCTATCATTAAAATCATATCTATTAGCCATTACATCTACATTCTTTTCCATCATTTGCA +AATTCAAAAAATCCTAATTTTACTATAGTCATAATAAAAAAGAGCTCAAAGTATTTATAA +CCTCTGACGCTCTTTTCTATATACATTCCTTACTTATGTCCCATCATATCTTTCATCTTA +TCACTTGGCATACCATGTCCCATTTGGTTGCCATTTCCAGTAACTTGAGTATACTCTGCT +TTTCCATCTACAAACTTAATTTCATAAGCCTGACCAAATCCTTTTACAAGTCTTCCAGAC +TTTATCTCAAGTTCAAACATATCAAAGTCCATATTCTTAAACATTGACATCATTTTAGCA +TCATGAACTTCATCAAACTTAGCAAATATTTCATCACTAACAGAATCCATCATATTTGCT +TCACATTTAAATGATACTCTAGTTCTTGCAAATATAGTTTTACATGTACTTTCATCTTCT +ATAACCATTACACTACACTTATGATTATCTCTTAAGTTATAATAGTGATTTGCAGCTTTA +CTTAAATATAGATAAATCTTATTATCTATCATTACAAATGGTGCGTAACTTATTTCTGGA +TTGTTGTCTTTTCCTAATGAACTTATCATTAAACTTTTTTGATTTTTTAGTAAGTTTTCC +ATGTCATCATCCCTCTACTTTTGTAATCAATTATTTTATATAATCCCTAAACACACTATA +AATACGATATATAGTGTATACATATATATTTACCCTATTTAAATTTATATTACTCACTTA +TTATTTTATTAATATTTGTATTTTATAACTTTTTTTATATAGAATAATATCACCAATCCT +TACAATTTTAATATATTATAAACTAAATAAAGTTATAGGATATGATGATAGATAAAAAAT +AAAAAAGGACTATCAGTAAACAATTTATATTGTTACTAGATAGCCCTCTTTTATTTTGTT +AAGTTTTCTGATGTTGGAAAGATTATACTTACTTTTGTACCTTCGTTTATATGTGATTCA +ATATTTATACCAAGTCCTAGCTTGTTGCATAATTTCTTACATAAATACAGACCTATGCCT +GTACTTTTACCGAACTTCCTTCCGTTCTCTCCTGTGAATCCTTTTTCAGATACTCTATCT +ATATCTTTTTCAATTATTCCTACACCATTATCTTGTATAGTAAGTACTACTGAATTATCT +TTATTTACATCAAATATAGCCTTGTTTTTAAATATAAAAATAACTGTACCTTAATGATTT +CAATATTTTAAAATTTTAGATGCAGTTATTAGTTAAATTTACCTATTACAATTATAAAGT +TGTTAATCTCTCATAATATCTAGATCTAAATCTTCTTTCTTTATATTGATTAGCATCTAC +TGATAAACCTGCCATTGTTACTGCTATTCCTAATGTAAAAGGTATTAAACCCTTTTTCAT +GATATAGCACCTCCTTAATGTAAGCTTAATATTATTGTTCTCTTTAAGGAGTTTATTATA +TATGAAATATATTACTATTTTTATTTATTTTCTAAATTACTAATTCTTTTTTCTAATTCA +GAAATTTTATCATTTGTAGATTTATTTTTTCTTACAAGTATTATAATAGGAATTAATATT +AAAATTACTGGAATTAATGATAATATAAGCGTATTAAATACTTGAAAGAAAAGCTCTGTT +GTAATTGACATCCCTAAATCCCCCATTTTCTAATTACTTTATAATATTTAACAATTATAA +AATTTACTTATATTATAACATCTTATTCCACTATACATATTATTTTTTATTTTTAAATTT +TAAAATTATCTTGTCAAGTGCCTACTGTAGAAGCAAATACTGGCGTTGATTAGATGACTA +AAACAGCAATAGGTATATATAGGGGTGTATTTTTATGAAATCTAAAATAGTTTGTTTATT +GACAGTATCAGCTTTATCAATGGGTATGTTATTCACTGGTTGTGATTCAGCTAGTAGTTC +TGATGTACCTAGTACAAGTCAGGAAGAAGCTAAAGAAGCAAAATATGAATTCACAGAAGA +TCCCACTTTAACTGATTAAGGTTATGGAAGCTATTATATTTCAAGTTGATAATAGCACTA +AGATGGCACTATAAAGAATTTATAGTTATAAATTCTCTCCAAACAAAAGGAGTTTAATTT +TATTTGAGATACAAATCAGTTAATATTGAACTTCTTTATTAATCTCTATATAAAAAGGCT +ATAAATAAGAATTTAGAATAAATATTTATAGCCCTTCATATGCTTGATGGATTTATTTAG +ATTTAATTATTAATAATAATATGATAATATTTTGATATTTAAATTATTATTAAACTGTTA +ACTATAAATTTAAACTTTAAATAATTTGTACAATACTTTCAATCACATGAACTATCAACA +TACCACTTATCCTTATACTCCATATAAAATGCCAAATACAACTTCTCTTATACTGAATCT +TCATCTCATAAAACAAATTATAAAAACACCATGCACTCTTTATCATCCTTAGCAATTAAA +AGTATATCTTACCTATCGTAGTACAATCTTTTCTTTTTGCTGTAACGATATCCAATTTCA +ACTTCTCATTTTTATAATATTTCTAACCTGAACTTCACTAATTCCAAACTTCCTAGCAAT +AGTTTTATAATCTCCATTAAACTCTTTTCTAATCATCTTATTCCTATAAGACTTAACGAG +ACTGCTCTCATTAGGAATATATAAATTACTACCACCAGCAAGCCTCACCAAACATTTAAA +AGCATCAAGTCCTATAGTATCAACAATATCCATAACTCCATCAGGTAGATCATCTCTAGT +CATTTCTTCTAACATAAAACTCCCTCCCCCTATCATCTTAAATAAATTGTAGCACTTAAA +CATTTTTTCTAAAATTCTTTAAAATACTTATTTTAAGTAAATTTGATAAACTAACAAAAA +ATATAGGAGGTAAAAACTATGAAATGGTACTTAGACTTTGGACATGGAGGAAAAGACCCA +GGAGCACTAGGTCAAAATAAAACTAAAGAAAGTGATACAGTTCTGAAAATAGGGCTTCAA +GTAAAAAATACCCTAGAAAAATCTAATGAAAAAGTAATAACAACACGTCAAAATGATACC +TACTACTCACTAGACTATAGAAGCTCAAAAGCAAACAAAGAAAACTGCGACTACTTTATA +AGCATTCACATGAACTCATCAACAAACAAAACTGCAAAGGGATGCGAAGTGTGAGTATAT +GATAAAAGCAGCAAACTATACAACCTAGCTAATAAATTATCTACTAATATATCAAGTAAA +ATAAATACACCTAATCGTGGAGTAAAAATATCAAAAGAATTTTCCGTACTTAGAAAAACT +ACAATGCCTGCTCTGCTAATAGAAATAGACTTTATATCAAACAGCACAGTTGAAAACAAC +CTAACATCATCCAGATATATAAAAGACATAGCAGATACAATATCATCTACTCTACTATCA +TTTGTAAATAAATCAATAAGTAATGATGTTGTTTTTTATAGAGTTTGTATAGGAGCTTTC +AATGATAAAAACAACGCTATAAAACTACAAAATGAAGCAATCGCTAAAGGATTCAAAGAC +ACCTATATAGTAGTAAAGTAAAATTTTTATTATAGGCTATGTTAGATATCTTCGTGATAA +ATATGGCATAAAAACAACCACACCTTAGACTTTTCAATACATTGAATTTTAAGATGTGGT +TACTTCTATAACTTACTATAAATTGTTCGTAATATATTAAAATTACGAACTAAAAAATAC +CGCATGTTCTTTTGAATAATACGGTATTTTAATAACTTAATATTTATTTTATCTTTGTAG +TGTTTTAAAATTAATTATTTAATCTACTTAATAAACCGAGATTTATCCATTTTTCAACTT +TATCATCTCCGAGTGCAATAAAACCTGCTGTAACAGCAAGTGCAAGCATTATATCATGTT +CACCAAACGGATTCGTTACAATGGAATATACTAAAAACGCTGTACAAATTAACAATACAG +CCAATATAATAACACGCAAAATTTTTCTATTTTTAGATATCTTTATGACCTCCCCCAAAT +TGTAATTATCATTTAGCAAAAAACTACTAACTCACATAATATTAATATTATGTACTTTTT +ATATTTACATTCTTAATGATTTAATAAAATTAATATCTAATCCAGTTTTATCTGCGATTG +TTTCATCATCTAAAACATCAAGTAAACTTCTAGCAAAATTTATTTTTTCTTCTTGTAATT +TCTCTTGTAATTTCTCTTGTAATTTCTCTTGTGCTTCTTGTTGTACTTTTTCTATTATAT +CGTCCTGCCAATCAAGTCTCTTTGATTCTTCCAATGCCTCTTCTATTACTTTCAATTGAA +CCTCATCTATTTCGCTGATTTGGTAAACCTTTGATACTGCCTTTTTAATTATAGGAGTTT +CCTCTGGTATATCATCTACTTTCTTTGAGTTTGCTAATAGCTTGATCCATAAGTCTTTTA +AACTTTTACCTTTAGACTCTTCGCCTTTTTGAAGTTCTACAAAATAAATAGATAAACTAT +CATCTAGCCTATCTCTGTTCTCTCTGTCATAAATCACATATTCTCTACATATAACCTCAT +CTTTAAATACATTTTTACCCAAGATGTTAATGCATATAGTTTCCTTCAAATCTTTAAATT +TACTCTTTTTTTCAAATCCTCTAGTAAACGCCTTCGCCCAATAAAATTGTGTCCTCTTTT +TTATAGAACTAGTGGAATTCTTCTCCATTTCAACATTTATTTTACGTCCATTTTTATCTA +TAGCAAGTATATCAAATATAATACTTCTTCCATCATCTATTGCCTTTTCTTCTGTATATT +GTAATGACTCAACTTCCAACTCTTTTCCTGTGATAGTACTTATAAAACTGCTTAAAAGCT +CTTTATCTTTAAAGAATTCTTTGAATGCCGCATCATATCTCAAATCTAATAATTCCACTT +ATCCTCACTACCTTTCAATATCTTATGTATACTTAGACACAAGACTTATTTATACTATAA +TTATATCCTAAAGTATTTTTAATTAAAAGATAATCACCTAATTTAGCTAATTACATCTCG +ACTTTATAATAAATAAAAATAATCCTATTATATCTAGTTACTGTGATGTATTATTTCTCA +ATGCAGGTATATATATATGATGATTTACTTCTCCATCAATATTTGCCGTAAAATCATAAA +CAGGTTGATAAAATCCTTTACTATCTAACTCATAAATTAAGTTAGCATATGTAACTTCCA +TATTAGAATTTTTTCCTAGCACATCAAGTAATCTAAATTCACCTCTCAAAATCTTATCAT +ATGCCTCTTTTAAAGATAAAATATCGTACTCCTTATACGGTTTATAAGAAACAATATTAT +TGGTAAAATCAGAAACTATATCATTTTTACTGATTGTACATAGTAACTCCCCATCAAGAT +ATACATCTCCTGATTTAACCATATCTAGTGAAATAGAATAATTCCCTTCTCCATCATCCT +TAAAATCGGCTTCTTTAGGTAATTTAATATCAAATTTACTTAATAAATCTTGTACTTCTT +TATAAGTTAAATTTTCTTTGCCTCCAGCTTCAAATTGACTAAAGTCAGTAAACCAAGTTC +TAAGACCTTTGTAATAGACACATAAACTATAATTTCCATTTTCAGATTTAAATACTATAG +TATCATCATATTCATCATTTTGAGATTCATCTATATTTGTATTTACCTTAGAAAAGATTT +TATTAGCTAAATTTATAGCATCTTCTTTATTTCCAACATATGTTTCATAAACATATGCTT +TTTTTAATTTATTATCAAGATTAAGCTTAGTACTTACATCTACGGTTGACATATCTATAT +TGTAGATACTGCTAATAGATAAATTACCTAATTCTTGTTTATAATAATTTATAAATATCA +CACTAATAGAAATAGTGAGTACTATTAACGGTATCTGATAAGCTATTGTAATTAAAGCCT +TATGTTTTTGACTTACTTTTTTTCGTCTAAGTAAAGATATAAAAATCATTACTATACCAT +ATCCTATAACACATCCTAGGGTATTATTTATAATATCATCAAGTTCAAATATTCCTCGTT +TACTTATAAGCTGTAGTATTTCTATAAATAGTGTTATACCAAAACCTACTAAGTAAGTTA +TATACCAACTTTCACATTTTTTTAAAAGTAATGGCATTATAAATCCAATTGGAACAAACA +TTAATATATTAAGAATTATATTTCTCCATTCTCTTAGAGAAAAATTATTATATGCATATT +TGTACGAACTAAATAAGTGTAGATTTACACTTTCATACCCTGAAATTCTATCTCCAATCG +TTGCCCCAAGTACTATAATCATATAGATTAAAAATATACTCCATAGTCCTACTTTACTTA +AGTTTAATTTCTTAGTACCTTTCATTAGCTTTTTATAAACTAAAAAGTAACCTATTAGGA +ATAAACTAATAATAATAACTGCCCCAAGAATTCCTACTATCATGTATCGTCTTGCAAGTT +GTATTACTGCTGAAATCCTCACTATTTCATATCCCCCTCAAATTTAAATGTTTTGGTGTA +ATTAAATGATAATTAACACCATATATAACCCCTAGTCATATTTTTATTTATATTATTATA +CAATTTATTCCAATTAATAGCAATCTAATGTATAAGTTCATATTATATAACAATTGCGAA +CTTGATTGTATTATATAAGATATTCAATTATTTTCCAATTACAAAATATTTTCATTAATT +TGAAGTAAAGTTCCTTATTTTAGATTAACTCAATAAATCTATTTCTAATAGTGGTTCTAG +TTACATATGTATCTTTAGTAGCTACATTCACTAGCATATCTTTAATTCGGTCACATTTTT +TATTTTTTCAATGATAAAGTACAATCTCCATCATCATTATCAATTTCAAAAATAGATTTA +TCTTTACTTATTTTAGAATTTTCAATAGGTTCAAAGTCAAAATCTGAGCGATTTATTTCT +ATGTATGTAATAATTTTTTTAGAATTTACAAATGCAATTATATTAATTCCATCATTATAT +TCCATATTAAGTTTACTATTATATCTCTTAACACCATCTTTTTTTAATATTTCTTTACTA +TCTGTATACGGTGTAAATAGGTAAATTTCATCCCATTCAAAGTTAGTAACTTTAGAAAAA +TCTATTTCTTTAGAACTCTGAACTACTTTAATTACCTCATTCTTTAATTCAATATCTTCT +TTAACTTTGTGTGAATTATAATACTCCCACCATATATATCCAATTAATATTGTTAAAGCT +AATACCAAAATCATAACTATACTCTTCTTTTTCATATGTCTTATCCCCCTATGAATTAAT +AATTTATAATGGTTTTTAAACCTTTACTCTATTATATACTTAATTCAAACCTTTTTCTAA +AATACTTTAATATAGTCTAAAAAATAAACCTTCTATACTTATATCAAGAAAGTAATAAAT +AAACTACTTTCAAAACAAACTTTATAAGGAGGTAATTTATATGGCTGTTTCAGAAATTAA +AAATCCATCAAGTTTAAAAATAAAACTAAGCTTAGGTTTAGTAGATGGAAAAGCAAAAAC +AAGAAGTAAATCTTACTCTTATTTAAAACATGATGCAAACCTTCAAGATGTATATGATGT +TGGAGAAGCTTTAATGGGACTTCAAAAACATGATGTAACTGACATCATAAAAATAGACAA +CACAACACTTAATGCATAGTCTATTGTTTTTAATTTAAGAAAGGAGGAATTTTAAATGGA +AACTTCTACAAATTTAATAATGACGTTTATAAATCAAGGTAACTCAAAAGTATCTTTATC +TGTACAAGATCCTAGAGAAGATATAACCGAAGCTGAAATAAAAGAAGCTATGGAATTAGT +TGTATCTAAGAATATCTTCGCACCAAATGGATTAGATTTAGTATCTGCAGTAGATGCAAA +AGTTGTTGTTACAGAAACAACTCCATTTGACTTAGTTATCGGATAAAACCATATAACTAA +TAAAGACTATGCTTTAAAACTTATCTTTTAAGCATAGTCTTTTTTCATAAAATTATATTG +AAAGGTTGTGTTTATAATGAATTCTGAAATTCAAACTCTGATAGCTTCTGTTGGCTTTCC +TATAGCCCTTAGCATGTATTTACTTGTTAGGATAGAAGGTAAGCTTCAGGCTCTATCCGA +TAGTATCAATGAATTATCTAAAAATATAATAAGTATGAAATAAGGGGGGTGCTAAGTGCA +ACCTCCTTATTGTTTATTTAAATTCTATTCTGTGTATTTTAAAATCTATTTTTATTAAAA +TTAGATGGTACCCAAGGACATTTCTCTTCTACTTCCTTATTATACTCCTCAAGCTTTCTC +ATTTGCTCTACAACATGAGTTAAGTTCATTCTTTTAACCATTTGCTCAATAAGCTCTGCA +CCTTCATTAGCTAATCTATTTCTAGTTTCTTCATCTGGTACAGCAGTTGTACTCATATGA +TCTCCTTTTTCTTTGAAATAATATCCTATAGAGCCACTTTGATATGCCATTCCAAATATA +TCATCAAACTCTTTACAAGATTGTGGATTTGTATGTTCATATTTTGTTGTAAGTGGAACA +TCATTAAGTCTATTCATAATTTTATAAGCACCAACACTAATAGCATGGAAACTATTCATA +GACTTAAATAAGTCTTGAGCATTTTTCATTACATGCATTGTCATATCCATATATAATATA +GGAACTCCTGTTTCATCCATAAAATCTCTTATCATTGGACTACATGTCATGTGAGCTGGT +CCATGGAAACTTATATAAATTTGACGTTTAAATCCTAATCTTAATAAGTTTCTTGCTATT +GCTCCAAGATAATCTATTCCTTCTCTAACACTTACTTGAACTGTTCCTCTTCCACTTGCA +GTAGCTCCTGCATAAAAATATGGAAGACCAGTTAATACTAAACCATCACAAGCCTCTGCC +ATTTTTACTGCATAAGCTTCACTAATAGTAGTTTCACAATCTAGTGGAAATCCTCCATGA +AGTTCCACTGTTCCAACTGGAACTATAATAATATCATTTCTTGATAGATACTCTTCAACT +TCATCATTAAGCATCTTAGGTAATATTCTTGTACGCATTTTTATCCCCCTACTTATAAGT +TAAATAATTTAACTGCATTTTTATTACAAATATTCTCATAAGTTTCTTTATCTAAAGAAC +CTTCTTCATACTTTTCATCAAGCCACTTTCCAAGTGGAAATTCCATTTCATTATTAACCA +TATCAGTTCCAAATAATAATCTATCATTGTATTTCTTTAAAAAATTTAATCCAAACTCTT +CATCACGCATAATAGCACAACCACCACTATTTGCAGATAAATCACCATATAAGTTAGGAT +ATTTTTCAAATAAATATGGTAGTCTACCTCCTAAAGTAACCTTGCCACTTCCCCATTTCA +TTCTTTCTTCTAAAGAATCACCTGGGTCTTTGCTTATTTCATGCCAAAATGGTTGACTAT +GACCAATAAACTTTAATTTAGGATACTTCTTTAATGCTTCTTCTAACATGAAAAGACCAC +TATCATCTACAATACCATACTGATATCCTTCTTTTGGACTCATATGAAATAAAATAGGTA +AATCTAATTTTTCTGCAGCTTCAAATACTTTTTGTATAAAGGTATCATTTAATTTACGAT +TAATCATAAATTCTCCAATACCAACTGCACCTTGTTCTTTGTATAAACTTAATCTTTCAT +ATATACTATCTTCATTATTATAATCTAAATTACACATCCAAACATATTTATCTTTAAATA +TTTCACATGTTTTTCTACATTCGTCATTATAACCAATTGGCATCATTGAATTATTGCTTT +CTCCAGATGACATTAGAATGCCTTTTTCAATGTTTAATTTATCTAAGTGAGGTATCATAT +TTTCTGCACTTGAAATAAACATCTTATCAGTTTTAGGATATTGATTTAAAGTTAAATGAA +GATGGATATCTATTTTTTTCATATTTTATAAATTCCCCACTTCTTTAATGTTTTTCTCTC +TTTTTTGTTTTAATGCATAATACATCTCTTCTGTTTTACCTTTACTAAGATTGAATATAA +GTCCAATTCCTATTACTTGTAATACACAAGTTATAACTGGAAGTAATGTTACAAGAGTAT +ATATACCATTTACAGCTTCTGCAGTTTGTACTACACCACTTCCTGATACATATCCAATAG +CACCTAATCCAAATGATACAAATGCAGATGCAACAGTTGAACCTATTTTTCTACTAAATG +TATATAAAGAGTACATAGAACCATCACTACGTTCATTAAATTTCCATTCGCTATAATCAA +GACAATCTGTAACTAATGCCCAAATTAACATAGTAAATACAGTCTGACCAATCATAGCTA +TTAAATATAGCGCTGAGTATACATATACATTCTTTATTTCAACTACAAATGGAATAACAC +TAAATACAGTACTAAATAAAATTCCTGCCATTAAAGTTGCCTTTTTACCATACTTTTCAA +CAAGCTTTGGAACAAGTGGGAAACAAACTAAAAGAATTGGTAATGATGCAAAACTAAGTA +AAGTCATTATAGAAGTATTTTGATAATACTCTTTAAATATGTAACTTCTTATTTGACTAG +AACCAGTTATATAAAGCATACTACCAATAGTCGCTATCATAACTCCTATTAATGGTCTAT +TTTTTACAACTGCTTTTAAAACATTTCCATAATTAAACTTCTCATTATTTTCTTTCTTTT +CAACACGAACACGCTCTTCTGTATTTTTTAATAAAATAGAATAACTAATAATACTTAAAA +TACCAAATATAATTCCTAATAATGCAAATCTCTCTGGTATAATATTACTATTTGAATCAA +AGCATATAATAGGTACAAAAGATAAAGCCCCTATACCAACAAGTGTACCACCTATACTTC +TTGCTCTTGATAACTTACTTCTATCAATTGGATCTGTACTAACAACATTTGCCATAGCTC +CAAAAGGCATTGAAGTTCCTGTATAACTCATTCCATATAATACATATACAAATGCTACCC +AAGCATGTAATGCAACTCCAGTAAATGGAACCTTAATGAAACATAATACTCCTGATAATG +CTAGTGGCACCATAAAAATTTTAATCCATGGTTTAAACTTATCTCCTGATTTTCCAATCA +TCCATCTATCTGGAAAAGATCCCATAATTGGGTCATTGATAGCGTCCCATAATCTAGCTG +CTAAGAATAATGTCCCCATCCATGCACTACTAATTCCTAATACATAAGTACAGAATATTA +AAAAGTATGCATCTACAAATAAATTTACAAAACTCCCTGCCATGTCTCCAAATACATAAC +CTATTTCATCCTTTTTTCCAAAAGGACGTACACTTTTGTTTACCATATATATCTTCCCCC +TAAATAATTTAATGATGTTTAGTAAAACGTTTACAAATCTATAATAATCTATTTTATTTG +CAATTTAAATTGCATAATTTACAAAAAACATTGCAAATATTACATAAAGTCGTTACTATT +ATTAGTAATTAGTGATTTAAATTTTATTAATTTAATAGGAGAAATTATATATGAAACTTT +CTGAAATTAAGGAGCTAATGAGATTAAACAAGATAAGTGTTATAAATGATACAGAAATTC +TTAATAAAATAGTAAATCAAAAAAGAACAGATTTTTTAGGCATACTGGCAGACGATGGAA +GCTACATTGGATATAAAGATATAGAAATGAATAGCTCATTTATTGATGCACATGATATGA +TTGATTCTGAAAAAGACACTGTAACTTTACATAATCATGGATTTTATGAAATAATCTTTT +GTAAGTCTGGAAATATTCAATATTTAATAGAAGACAAACGATACAATATTCAAAATGGAA +ATATAATCATTATTCCACCTGGAGCTTCTCATCGTCCACTGCTACGTGAAACATCAAAAG +AAAATTATCATCGTACAGTAATATGGATTAATTCAAATTTCTATAATCAGTGTAGTAAAA +TGCTTAAGTTAACTGAAAAAGTTGAACATGATCCAATGCTAAATGGTCACTATGTTCTTC +AAACATCTGGCACACTTTACTTACAAGTAGAACAAATAATCGAACTTTTACTTCAAGAAA +AAGCTAATCCAAATCCATCTAGCGAATTTTTCTGTTATAGCTTATTTGTTCAGTTATATT +GTTTATTTTATAGAGCTCATTGCTATAAGAATGTATCTTATTCAAAACCTGAAAAAACTA +TATTGCTAGATGAGATACTACACTATATATCAAATAACTTATCACAAAAAATCACTATTA +AATCTATTGCTGAGCACTTTCATATAAGTGAATCTAGTGTTAATCAACTATTTAAAAAGA +ATTTTGATACTAGTGTATATAAATTAATAACACAAAAAAGACTTACAACATCTAAAAAAC +TAATTATGGAGAATGTGCCTTTAAAAGAAATTCCACATCAATGTGGTTTTTCAGATTACT +CTGTATTCTATAAAGCATTTATTAAAGAGTATAAAATATCACCAAAGGAATTTAAAAATT +ATAATATATAAAAAACTGCAGGCAGATTTATATTAAATCTACCTGCAGCTTATACTTTAT +TGATATCTTTTAAGTATATTTTCTTGCTCATTGCCTCACACCTATTCCGCAGTACAACTT +ATTTTAGCTGGTTGACTTATGCGTTGTGAGTACTATTAGTATATAGTATGTTTTTACTAG +TTACTATGTTCATATTAGTTAAACATAGTAACCAATATTTTATTAAGTTCCTATATATTA +TTTTGCTCCAGAATTATCAAGTTCTTGTGCTTTACCAAAAATAAGTCCCATAAAACTTTC +ATCTTCACTATCTATTTTCCACTCTTTATCAACCTTAGATAAAGTTACAGTTCCAGTTCT +AGTTTCAACTTTTCCACTCTTAACTTTTTCAAGGATACTATTACTCATATCTTCATCGCT +CATCTCTACACCGCTAAATGCATTAGCTAAACTCTCCTCTAATAATTCTAAGATAATATT +TGAAAAATTAAGTCCACTTACTTCTACTTCAACAGTTGCCTTATCTTTATCTATATTTTC +AGATAATACTTTTGCATCTATCTTTGAAAGATATAACTTCATAGCTTCATCCATTTTAGG +ATCTACTTCAGTTTCATCATCACTTTCAGTACCAGCATCTGTAGATTCTACACTTTCTAA +AAGATACTCAGTAACTTCAGCATTTTCACCTTTTTTTATTTCCTCAAAATAATTGTTTAC +AACTTCAGTTGGACTCGTTGTTGCACATCCTGTAACTATAAACATTGATAAAACTACCAT +CATCATAATTTTTAATTTGTTCTTCATAATATTCTCCCTCATAATAGAACTATTTGTTTT +CAAACCAATCAGTTGTTACAACTATACTTTCAACACCTTCTTCAAATGGTGAAAGCTTCA +CCTTTTGCTTAGATTTTGCATCAAAGTTTTCTAAGAATATAATGTCATCTCCTATTACTA +TACCATCTTTATCCTTGTATTGAACGTTGTATGATAAGTTTTTAAAATCTATATCAGATG +TATTTTCTACAATAGTACTAAACTCTACATATCCAAATTCATCAGTTTTCTTTTCAAAAG +TCATTTCACTTGCTAATTTATCAGCGAATTCCTGTGACTCATTTTCTTTATTTATAATAG +TTGCTTGTTCTTTAAAATCCTTATATGTTTGTTGATGATCATCTTTTATCTTTACTCCAT +AATCGTCAACCATTGCTATTAGTGCTGGTTTTCTTAATTTATCTGATTCTTCTTGGTGCT +TGTATTGTAAATCATAGTCATTTGTTTTTTGAGCTTCAATTTGCTTTTTAGCTCCTTCTA +TGTAATTATCAGCAATTTCCTTTAAATCTTTATCTTTTATTCCTTCTTTATTTTTTTCTA +ATGCTTCTATTTCATTTTCTAAAATTTTTATAGTATCCTCTGTATACTGCTCCTGTGTAT +AAGATGTATTTGTAGCAAATTTTTTCTCTAACTTATTTTGCTCATCCCATCTTTTGTTTA +TAGCTTTTTCAAAGCTACTTATAAATGCTTCATCAGTGGCTACTTCTTGATTTTGATTAT +TTGAAGTATTATTTGTGCTTGAACAGCCTACTATTCCAACTGATGTCATTGTTAATAGCG +CTAAGACTATAACTTTACTTCTTAGTTTCATAATATTCTCCCTCACAAAAATTTTTTAAG +ATTTTTTATATAATTTAATCACAATTTTAATTATACATATGTTATATGTCGTTTTTTGTA +AAAAGTTGTAGGCTTTTACCAATTTTTTTAGAAAATATGTAAAGTTTTCTTCATTCATAA +TAAAAAAGAATCAGATTTCTCTGACTCTTGTATCTATGCAACATATAATGTATTATTCGT +TCATAGTGCTAAGGCCCTTCTTTGTATTAGCTGCTATCTATTATGAATAATTTACCGTAT +ATCGAAGAAAATAAATCTAAATACTATGTAGGAGTAGTAATTATGGCATATGTATATAGA +TTTTTAGACTACAGAACTAAGGATATTATTTATGTAGGTAAAACTAAGAGACCACTTGAG +ACTAGAATGTATGAGCACTTTTATAAAGGCGGGCATCTTCCTAGTAAGTGCTATAATTCA +GTAGGTAGAATAGAGTATATAACTTGTAAAACTGAAGCTGATGCAATTTTAGTAGAAAAC +TATTTTATTAATAAGTATAAACCAAGGTACAATACACAGGATAAGGTTCAAAGCCCTTTG +ACAGTTAGTATTGATGTTAAAGATAATTGGAAGTTGTTTAAAGTATTGAAAAAAGGGTTT +ACTTTTACTCCGCCTAAGATTCCTAGTGTTGCTGTTTTTTTATTTTGGGGATTTATGACT +TATTTCTTTTTACTAGGAGTTGCTTGGTACATAAAAGGCAGGCATTGAGGCCTGCTTTTT +TTAGTGGAGCTATTTTCATAAGGTTTCTATATTGACAGTTTTGCAATAAAGTTATAATAT +CAATAGGATTATAGTTTTTTTATATTTGGATAATCGTAAAATTAAAATAAAGGATGATAA +AAAATGACAGAACAAAATTTAAGTTTGATTGATGAAGTTAAAAGAAGAAGAACCTTTGCA +ATCATTTCCCATCCCGATGCAGGAAAAACTACATTAACTGAAAAGTTTCTATTATATGGT +GGTGCCATTCGTGAAGCAGGATCAGTTAAATCAAGAAAATCTCAAAAACATGCAGTATCT +GACTGGATGGAAATTGAAAAACAAAGAGGTATCTCTGTTGCATCAAGTGTTCTTCAATTT +GAATATAATAACTTTTGCATAAATATTCTTGACACTCCAGGGCATCAAGATTTCAGTGAG +GACACTTATAGAACTCTTATGGCAGCAGACTGTGCAGTAATGGTTATTGATTCTGCTAAA +GGTGTAGAGGATCAGACAAAGAAATTATTCCAAGTTTGTAAAATGAGAGGAATACCAATT +TTCACTTTTATAAATAAAATGGACCGTCAAGGAAAGGATCCCTTTGAACTACTTGAAGAT +ATTGAAAATGTGCTAGGAATTCGCTCTTGTCCAGTAAACTGGCCAATTGGTTCTGGTAAA +GAGTTCAAAGGTGTGTTTAACCGTCATAAAAATCAAATTGAACTATTTGATGATGGTAAC +CATGGACAATCTATTGCTACATCTACAACTAGAGATATATCTGATGAAAAATTTAATACT +TTATTAGGTGATGCTCTTCATGAAAAACTACTAGAGGATATTGAACTTTTAGATATTGCT +GGAGATAATTTTGATTTAGAGAGAGTATTAAATGGTGAATTGACACCTGTATTCTTTGGA +AGTGCTCTTACTAACTTTGGTGTAGAACCATTTTTAGAAGCGTTCCTAGAAATAACACCA +CCGCCAAATCCTCGTAGCAGTAATTTAGGTGATATTGACCCTAATTCTAATAACTTCTCA +GGATTTATATTTAAGATTCAAGCTAACATGGATAAAAATCATAGAGATAGAATTGCATTC +CTTCGAATTTGCTCTGGTAAATTTGAAAAAGGCATGACAGTAACTCATGTACAAAGAAAT +AAAAAGGTTAAACTTTCACAACCTCAACAGTTTGTAGCACAAGACCGTGTTATTATAGAT +TCAGCTTATCCGGGTGATATTATAGGGATACATGATCCAGGTATATTTAATATTGGTGAT +ACATTAAGTGAAAAGCAATCAAATTTACAATACACTGGTATCCCACAATTTGCTCCTGAG +CATTTTGCAAGAGTTTCTACAAAAAATGCTCTTAAGAGAAAGCAGTTCGTAAAGGGTATT +ACACAGTTATCAGAAGAAGGTGCTATACAGGTATTCAAACAGCCTAATTCTGGTATGGAA +GAACTTATTATAGGTGTAGTTGGAATTCTTCAATTTGAAGTTTTAGAATATCGTCTAAAA +CAAGAATATGGTGTTGAGATTCTAATGAATTCACTACCTTATCGCTATGTACGTTGGATT +GAAAATGATCTTTCCAAATATGGTAGGCTTTCAATGCCAATGGAGACATTATTAGTTGAA +GATAAGAATGACAATTCAGTATTGTTATTCCAAAATGAATGGTCTATTAGACATTTTATT +GAGAGAAACGAAGATTTAGTTTTAAGAGAAACTTCTTTATAAAAATATATATAAGTTTTG +TAAATTAAAAGCTAGTCAATTTAGTTGGCTAGCTTTTAATTTATTTACATGTCGCTCAAG +CAAAGCTACATTCCCGATACACATTGAAGTTTAACTTGCTCCATTACATCTTCTATAGCC +TTTTCACTTTTATTTGGTGGGTAGTCATACTTTTTAAGTAACTTCTTTATATGCATTCTC +ATCTTAGCTTGTGCCTGCTTTCTTTCATGCCATGCTGGACACATATTTTCTTTAACTGTC +TTAGTTAAATCCTTCGCTATCTTTATAAGTATATCATCTTCCATTGAAGCTATAACCTCT +GGGTCTGCTGTCAGTACATCAAAGAAAGCTTTCTCTTCATATGTTAAATCTAATTCATCC +CCTGATTCTATAGCTTTAAGTAATTCATGCTTAAATTCTACTAACGCTTCTAATACTTCA +AATACATCTTTCTCATCATTACGATTATTGTATTTTTCTATTATCTTTTGAAGTTTTTCG +CTAAAAGCTCTACTTACAATTATATTTTTCTGTTTAACTTGCTCAACTTTGTCTTTCATA +GCTCTCATTAGTATATTAGCTGCTATATTCTTTTGTGGTAAGGCTCTTAATTTGCTTATA +TTCTCATCATTTAGTAAGTCAAAAGTCTCCTTAGATCCTGCACTTGTTAAAACTATTACT +TCATCTCCAATTATAGCCTCTTCTAACATTCTTGAGATTCTAGCGTTTACTTCTTTTAAA +TCTGGTGTACCTACTTTTGTAGTTTTCATAATAAAAGATCTTACTGCCATAAAGAATGCG +ATTTCATCCTTAGTTCTTTTTGATAATAAAGCAGTACATATTTTGTATACATCTTTTAGT +TTTTTAGTTTGCTCCATAAATAGATTTTTTCTTACTTCTATAAATTGTACAAACTCTGCA +CCATCTCTTATTAATGTATATCTTACTTTATCACCAAAGAATCCCTCGTAATCAAACTTA +TGAAACTCATTTCTAAGTATTTCTAATATATCTAAAGCTATTATTTTAGCTTCTTCATTT +TCTTGTATCTTATCTTGATCACGATTTGTGTAAGTTTTCAGTGCATCAAATAGTTCTTTT +TTAAGACCTATATAATCAACTACTAATCCTCCACTTTTACCAGGATATACTCTATTTACA +CGAGCTATTGCTTGCATTAAGTTATGAGCTTTCATTGGTTTATCTATATACATAGTATCA +AGAGAAGGCACATCAAAACCTGTAAGCCACATATCTACTACAATAACTATTTTAAACTCA +CTATTTAAATCTCTAAATTCATCTTCACGCTCTTTTTGAGTTTTCTTAGTTCCTATTAGC +TTTGCCATTTCCTCAGAATCTTGATTATTAGTAGTCATAACCATCTTAACTTTATTTACC +CAGTTAGGTCTTTGCTCAAGTAATTCTTGATACATCATATAAGCTGCTTTTCTAGAGTAT +GCAACTATCATCGCCTTACCTTCTACTAGATTTTCTCTATCTTCATAATGCTGTATTATA +TCTTTAACTACTTGCTTTATTCTATCTTCATCACAAATGATTTGCTCCATACGAGACATT +TGCTTTTGACTTTGCTCTACAATATAATCTTCTACACCTTCGTTAACTTGCATATTGTAG +TATTCATTATCTATTAAATTCATTTGATTGCTATCTAACTTTACCTTTGCAAGCCTTGAT +TCATAGTATATTTTAACAGTAGCTCCATCTTCTACTGCTTGTGTCATATCATACACATCT +ATTAAATCACCAAAAACTCCATAAGTTGACTTATCAGTTGTTTCTATTGGAGTACCTGTA +AAAGCTATATACGTTGCATTAGGTAGAGATTCTCTTAGATACTTTGCATACCCATACTTA +ATCTCACCTGTATTTGTGTCTAATTTGCCATCTATATTATATTGAGTACGATGAGCTTCA +TCCACCATCACTACAATATTATCTCTCTCACTTAAAAGTCCTGTTTCTTCCACGAATTTT +TGAATAGTAGAAAATATTACTCCACCAGTTTTTCTACCTTCTAAGATTGCTTTTACATCA +GCTCTACTTTCACACTTTATAGGTTCTTGTCTTAAAAATTCATGAGCTGAACCAAATGTT +TCATATAACTGACCATCTAAATCATTTCTATCTGTAATTACAATTATAGTTGGATTGTTT +AGTTTACTATGCTTAACTAAATTACCTGCTAAGAAAGTCATAGAAAAACTCTTTCCACTC +CCTTGAGTATGCCAAACTACCCCTGCTCTACCGTCATTTTCTACTGCATGAACAACTGAG +TTTATAGCTTTTTTCATACCATAATATTGATGATATTGTGCCATTATCTTACCTTTATTA +GTAAATAGTATAAAGTTTTTTATAATATCTAATAATCTATTTTTATCGAACATACCATAC +AGTAATGTATCTAGATTTTTATAACTTATAGCAAATAAATCATTAATTTCTTCATCACCA +TTTATTTTTTTCCATGCCATAAATCTATCTATTGGAGCAGTTATTGTACCAGCCTTTGTA +TTTACTCCATCACTTATTACTAAAAAGGCATTGTAATAAAATAGTTTTGGTATATGGACT +TCTTTGTAGTTCATCAGTTGCTTATAGGCATCTTCAATGTCTACTTCTTCACGTGAGGTA +CTTTTTAATTCTATACACACTACTGGAATTCCATTTAGATAGACTATTACATCTGGTATT +TTTTTGTTTCCATCTTCAACTATTTCTAGTTGATTTACTACTAAAAATTCATTATTTTCT +ATGTTTTCGTAGTCTACTAGTTTTACTGTATAGTATTCTGTTTCTCCATTTATGAAGTCT +GTTACTTCTACCCCTTCTGTAAGGTATTTGTGAAATAGTTTATTATTTGTAAATACGTCA +TTTGTTTCAAATGTGTTTATTTTTCTTATAGCTTCTTTAATTGAAGTTTGTGGTATACCT +TTATTTATATTTATAAGGCAGTCCTCTAGTTTTTCTAGTAGTAGAACTTCTTTATTTTCT +CTTTTTAAGTTACTTCCATGTATGTATTTGTAGTCTATTTCTTTTAGATATTCTATGACT +ACATTTTCTAGACTTTCTTCTGTAAACATTATTTTCCCCCTAGGTTATGTCTTTATATTA +TGATTATACTTAATTTTGATTAAAAATAAAAGCTAGTCGATTGACTAGCCCTTACCATTA +TTTTGAATTTATATAATTAACTAAATCCCTATTGGAATACAATTATATAATCTCTTATGC +TCTTCTAATGCATATTTGTCAGTCATCCCTGATATGTAATCACATATTATCATCAATAAA +ATTGAATTATAAATATTACAGTTTTCACTACTAATATCATAATGTATTTCAGAAATTATA +TCTCTAATATCACCAATTTTATTCTTATCTTCCATTCCATCAATTAAGTCTTTTGATATA +TTTAATTCAGATTTATTATTTAAAAGACTTTCATATAATTTTTTTATTGTCTTGTCAGGT +AATTGTTGTGGATTGAACACATATGCTTCAAATAATTTCCTTATAACATATTGGCCTGCA +CCATCCATTCTTTGAGCTTCAAATGAATTAAGAATTCTCCTCTTAAGAAATTTTTGAAAT +TTTTCATCTTCGTTCTTAACTTTTTCAGAAAAACTTACTAATTCCTTAATATTTCTTTCT +GAGAATATGTTAGGCTTTTTATTATAAAAATCATTTGAAGAATTAATATCATATTCATTT +TTTAATATTTCTAAATTTTCGTTAGTTTTATTTATTATATCATTTGTTAGAAAATTCACT +ATAAGTTTAGAAAATAAAGCAATACTAGCATATTTGTTATCTTTATTATTTTCTATATCT +TTTAATATTGCTAGATCCTCTTCTTTAAATATACAGTCTTCTTCTCTCACAAACCTTGCT +TTTATTTCATCTAACAAATCTTGTACGTCTAAAATTTTATATTCTATTGCATCTTCTATA +TCGTGATGTCTTTGAGCTATCTCATCAGCAATTCCTACAATTAATGCCTCTATACTCCAA +CTATTACTTTCATCTAGTTGCATATTTATGTCATTATAAAATTCCAAACTATAATTATAG +TTGCTACTACATTCACCCTTAAACTTATTATGCTTCAAACTACAGATAACTTTACCACTA +TCTTTTTTACATTTTTTATATTTAAGTGAACTATGATTTAATATACCCCATAATACATCT +TTTGTTAAATTTAGAGATCTTTCCTCTAATTGGGTAGCAACTCTAACACCTTGCCAATTA +TGTTTAAAGCCCTTCATATCCTCTCTTAAGTTTGTATTAAAGTCAGATATTATATAACAT +CCATTCATAATATGATTTAATGTTCTTTCCCCAACATGTCCAAATGGTGTATGACCTAAA +TCATGTCCTAATGCTATTGCTTCTGTTAAATCTTCATCTAATCCTAATGCTTTTGATATT +GTTCTAGCTATCTGAGATACTTCTAACGAATGTGTCAGTCTTGTTCTTAGATGATCATCT +TTTACTGTTAGAAATACCTGTGTCTTTCCACTTAGTCTTCTGAACGCTCTAGAGTATAGT +ATCCTATCTCTATCTCTTTGATAAGCACTTCTTATTGGATGTTCTTCCTCATATTTAATT +CGTTTAGAGTTATTAAAATCTGCTTTAAAAACTGTTATATCTCTATTCTCCATGATTTTC +TCCCCTCCATGATTTATATATATAAATTCAGTACAGTAAATTTTATAATGTATAATTATT +TACATACTGACTTATGTCAATTCTATCTTCACCTAAACGAACTCTACCATCATAGCAAAC +TCTACCATAGAAATGAGGGTAAATTGCATAATCAACTTCTCCATCTTTCTTTTTCTTTGA +GTTTAATGAAAAATGATTTTTTAGCTCTTCTTTTGTAAATACTATTGCCTTATCAACATC +TTCACTACTTACAAATACAATATAATCAAAGTCAGGATTATCTATATCTTGACTAGATAT +AGTCTGCCAAAGATATGTATTTTCATCATTTTCTTCTTTGTAATTTTTACTTGTTCTTAT +TTTTACTTTTTTTATTCCTTCTGTTGTTGTAAGTGTTATGTTGTTTGCTTTAGTTGATAC +GTTTTCTATTTTTTCCATGTTGTTTTCTATAAATTTTGATAGTATTGCCATTGTTATGTT +TTTTCTATTTAATTTCATATATTCTCCCCGTGATTTTAATATTTCCTTATTTATATTTAT +AAGGTTTTCTTCTAGTCTATCTAGTAGAAGAAAGCCTTTGTTGTCTCTTTTTAATTCTCT +TCCATGTATAATTATATATAAATTAGACAAAAAATAAAAGCTAGTCTATTTAACTAACTT +TTATTTTTATTAAGGTATAATTATCTACATATTTCATCTAATCTTTCTATACTCCAAATT +TCCTTACATAAATCTTTGTATAAATTATTTCTCTCTAAAAGTTCCTTTTTATTAAACTCA +TCATAATACTTAAAGTTAAAATTTTTCTCATTTATAAATCTTAAAAATAGAGGATTATTT +TTATAACAATTAGGATTTAATGTTCTCGCTAGTAAGTTTTCACTGTCATACTTCTTAACT +TTATCTTCATACTTCATATCTTTTAAGCTTCTATTTTTATCCTTAGGAAGTATTAGTAAA +CCGCCAAATTTATTTCTAAAGTGCTTAAACTCTTCTTCTGTTTCAAACTCATTTTGATGA +TTTCCTTGATTATAGTTATTAGACCATATATGCTCTATATCATAACTATTTTTTTGAGAT +CGATTTACATAATTATCAAAACTAGAATTAATACCACTATTACTTTCTAAGTAATATGTC +ATTCTAGAAATAATATGTAACATATATCTAGCTGTAAATTGATTTAGATAAAAATTATCT +ATAGCCTCTAATGTTTGCTCCATATTATCAATCTTACTTTTTAAAATATCCTTTAACTCA +TCTAAGCTTTTTCTTCTTACATCTTTAGTGATATTAAACATAGTATATCTAACAGAAGAA +TAATTAACTGTTTTAAAATTGAATACCCTTCTAGATATATATTGATCTATAAAGCATGAT +ATCAACTTTATTTTTTTATCTATAATTTCCTGACTATCATCTAGGCATATAGATGCTAAT +ATTATTTGATATTGTAAATTAAAATCCCTATCTGCATTATAAAAAACATACTCAAAATCT +GCATTAAATTCACTAGAGTATACTTTTAGTCTCTTATATATATTTGAAAATAACTTAAAC +TCTTTTAATATAAAGTTTTCAAAAGATGAACTATTGGTAAGCCCTATACTTTCCCTATTT +TCTCTTATCCACTTATGAAATGACTGACCTATTATTTCATAATCCTTATCTTCTGCACCT +TTTTTTCCTTCTCTTATAGAGTCTGCATATTGACTTCTTATCCAGTGCTTTATAAAATCA +GCTTCTCCATCTTTTTCTATTTCTTTAAGCTCAAGTATAGTCTCTTGCCATAATTTATTA +GCAATGTTTCTAGTTTCATCATCACTTATTTCTGATAGTAAGTATCCTTTTAACATCTCT +GACGGTGTTAATCTAAGACCTCTATCATTCATAGTGACAAATACAGTATGTGCATCTTGC +TCTGTTGTAGTTGTTATCTTTATTAAAGTTACTTTGTATATTAACCATTCTATAAATAAC +GGCAATATATCACTTTTTAATTCTTGAGGAAATATTTTTTCAATATCCTTATATCTATTA +TATAAATTTATTACACTTTCATTTTTTTCATTCTCTATATCATAAGTTTCATTTTCATAT +AAACCTTCTAAACAAGCTTTTCTCTCTTTTACATCTATACAAAAAGTCTTTTTTCCAAAC +TTTTTAGTAAATATCAAATTTTCAATATTAATTTGATTTGTATTTATATTTTTTTGAAGG +TTGTTTAAATACATTAATAATAATGTAAGTGATGATAATCTTTGCTGACCATCAATTATT +TCATTTTTATCAGTTAATATTATAGGACCTAAGAAATATCCTCCATAATTTTCTACATCA +TCTTGTGTATCTCCATCTTTATAATAATTCATAAATTCATTTACTAGATCATATACAAGT +TCTTGTATTTGTTTTGTTCCCCAGTTATACTCTCTTTGATAGTATTGAACACTGTATCTA +TCATTAAATAAATCGTTTATCTCTATTGGATTACCTGTTATTCTATTCATTATACCCCCT +CATTATACTTATTTTACTTTATATTTAATATTTACATATGATTATTTAAACTTGTAATAT +ATTATACATAATATAAAATTACTTAATAATAAATTTATTTTACTCTTATCTCACCACTCA +TAAGCTTTGTAAGTACGGTATCTCTAATTTCTCTTAACACTTTATTTTCATCTTCATTTT +TAATTCTATATTCATATTTGGATTTTATCATACTATTAAACTTCTCAAGTATATCATCAC +TCGGTATTACACATCTAATAGAATTCAAATTCTTTTGATTTATTTTTGGTTGAACTGCAC +CTGTTACTATATGAGAAACTTTAGTATTCTTTAACAACAAATATAAATATTCATTACTAA +AATTATTTTTCCCTCTTAGTACATGTGCATGATTATTTACCCAAAATTTACCGTATACAT +ATTGAAGTATTGGATAACCTTCACTATCAATAACAGTTCCATCTTCTCCCATTAATATAT +ATACTCCATCAAATATATAATCATCTACATAATCCATCAATGATGCTGCTCCATAATAAG +GATATATATTTTCTCTTTTCTCTCTTTCCATTTTAGATAATGGTATCCTTTTTGAATCAT +GTATTTCACTTATATCAGAAAAATATCCAACTTCCCACTCCTTAGGAATCATCCCAAGTT +CACTTTCAACCATCTCTCCACCACTAGACTTGTAAGGCATACCCTCTTCATTAGGAAACT +CAAAATCAACAAACCATCTCTTAAAAAGAGCCTGTGCCATCTCCTCTAAAGTCTTGTTCA +TCTCATTATTTAACTCAATCTTATCATCTAAAGAAGATAAAATATTAGCTATCTTTTCTT +GTTCTTCTATTGATGGTAATAATATATCTACATTTTCTAATACATCCTTTTGAACTCTCT +GTCTACCAGATGAACCTGTCATAGACTTGATTGCTACATTTCTAAATTCAGGAGATATAG +ATAAATAATATATAAAGTCATTTATTGTTTTTCCTGCTTTTTCTCTCATTACAATAAATT +CAGTTGAACCAAATCCAACTTCATTATCTTCTAATATATCAACTCTTGCAGTTTTTCCAT +TTTCCAAACATGGCGTTATTCTTGCTAGTAGAGTATCTCCATTTCTAAACTTAGTTCCGC +TAGTAAATTCAGTCTCTTCGTATCCACTTATCTTTCTTTTAAAAGTATCTAATTTATCCA +TAGCTACTTTTTTGGATAAGGTTCCCTTTTTTATACTCTCTTTTGGATTAAACTCTATAA +CATCTTTTAAAGTATATTCCTGCCACTCATTACAACTCATATCCAATTCCTCCAAGTTGT +TTTCTAATCTCATACTCAAGCTCCCTAGACTTTCTAAACTGCTCTGCTAAAGCACTAGTC +AATCTATCCATCTTCTTCTCAAAAGGCTCACCATCATCTTCTACTTCCTCAATTCCAACA +TATCTACCAGGAGTAAGAATAAAATCATGTTCCCTTATTTCATCAATACTTGCTACTTTA +CAGAATCCTTGAATATCCTCATAGTTCTCTTCATTTTGCCAAGAAATATAAGTACTAGAA +ATCTTCTTAATATCCTCATCACTTAACTCTCTTAACCTTCTATTTACCATCTCACCCATC +TTACGAGCATCTATAAATAAAGTTTGTCCCTTATGCTTTTTATCTCTATTAAAGAACCAT +ATACAAACAGGAATTCCAGTAGTATAGAATAACTTATCAGGAAGTGCCACTATACAATCA +ACTAAATCATCTTCTAATATTTTTCTTCTTATCTCTCCTTCATTAGAAGTATTAGAAGAA +AGTGAACCATTAGCAAGTACAACACCTGCCTTACCTTTTTGACTTAGTTTATCTAACATA +TGCTCAATCCATCCATAGTTAGCATTTCCAGCTGGTGGTGTTCCCCATTTCCATCTAGCA +TCATCTACAAGTAATGGTTGTCCCCAATCACTTTGGTTAAATGGTGGGTTTGCTAATATG +AAATCAGCTTTTAAGTTCTTATGTAAATCTTCATGGAATGTATCTGCATTTTTACTTCCT +AAATTATTCTCAATTCCTCTAATAGCTAAGTTCATTTTTGCTAATTTCCATGTAGTAGGG +TTTGATTCTTGTCCATATACACTTATATCAAAAGCACTTCCACTGTGTTCTTCTACGAAT +TTAAGTGATTGAACAAACATACCTCCACTTCCACAAGCAGGGTCATATACATATCCTTTG +TATGGCTCTATCATTTCTACCATAAGTGCAACTATTGATTTAGGTGTATAGAATTCTCCT +CCACCTTTTCCTTCGTTAGCTGCAAATTTTCCTAGGAAATACTCATATACTCTTCCTAAT +ATATCTTTTTCTTTTCCTTCTTTTCCACCTACATTTATATTAGTGAATAAGTCTATTATT +TCTCCTAATATTCTTTTGTCTAACTCTGGTCTAGAGTAATTTTTAGGTAGCACTCCTCTT +AGTGAGTCATTTTCTTTTTCTATAGCATCTAGTGCTGTATCTACTACTTGTCCTATTTCT +GCTTGCTTTGAGTGTTTTGCTATGTAGTCCCAACGAGCTATTTCTGGTACCCAGAATACT +CCTTCAGCTAAGTAAGCATCCATATCTTCTGCAAACTCTTCATCTTCCTTAAGTAGTTCA +TTATATTTTTCCATGAATGTATCAGAAACGTATTTTAAGAATATTAATCCTAATACTACG +TGTTTGTATTCTGCTGCATCCATATTATTTCTTAATTTATCGGCACTTGCCCATAATTGT +TCTTCAAATCCTATTGTTGCCATTTTTCCACATCCTTTTTACTTTATATATAAATTATAA +CAAATTATATTAAATTTTATAATAGCTAAAAAATACTCATTTCCCATATACCATATAATT +CAATTTCTTCTCCTACGCACCTCCAAAATCCTACTCCTAACAACCATATGCCTATATCCC +ATATATAAAATATCGACTATCCTGATCATAATCTCATTAGCTGATTGTACAATAAATGAT +CGCTCTTGGCATGTGTTTGCTTATTAGGATTAATGGTAAGCTCCAAACTCTATCTGATAG +TATTAATGGATTGTATAAAAATATAATTAGTTATGAAATAAAAATAAGCATCAGAGTTAT +GCTGTATCTGCACTCTGGTGCCTATTTTTATAAAAATCTATCGCAACCTATAACTAACCA +AATTATATAATGGATTTAACATCTCTACATACTCTACCACTAAATTTGAGATAGAATCTA +GGTTCCTTAATCTTATATCATCTGGCTTAAAAGATTTACTTAATATTGATATTTTGCCTT +CATCATCATAATTATAAAAATCTTTAAATTCCCTTATATCTGAACTATCTATATCAAACT +TTTTATCATCTATATACCATATAAATCCATAGCCCTTCAGATTTTCTAATTCTAGATTTA +ATGCTTCCATAAAATTATTATCAATCATTTTATCTTTCATAAAATATCTGTCTATCGCTC +CATTATGAACTGAATGAAATAAATTAACTGAAAATCCTGATTGAGATATAGAGTATTGTA +TGCATGCATGTTTTTGGAATCCAAACCCTTCTTCTTTACGAACATATTTTTTATGAGCAT +CTTTATTTAAAATTTTTATCTCATCCTCTGTCTTCCCATATCTCACTCCCAACCAGTCAA +CTTGATATTTATTAAATTGATTAGGCTCTATTGATGAGACAATATTTGCATTTCTCGGAT +GATGATTTAAGTTTAAATTTTTAATTATATGATATATGTTATCATTAATATTAAGTAATT +TCTCTCTTACATTACTTCTACTGTTTATTATATTTGAATCTCCTTTTTTTATATTTCTAT +CAAAAAATAGCTCATAATCACTAAAATTAAAATAATAATCATCAATATCATATTTTTCCT +CGTCAAAAGCATCTTTATTTGTTTGTATTTTATATATTTTTCTATGTATTTTATTCTGTA +TATTATTTAATTCCTTAATGTCATTTTCAATTTCTTTATACCAATTTATTATTGATATAT +CTAATTCTTTAGATTTATTATTACAATTCTCAAAAAAGCATTCCAATACTAATTTTTCAT +TTGAACTATTATCTATATCTTTTATAGTGTCAAATTCTAAATTACTTTCTACTCCACCTT +TGGTTAAATTAGACGATCCAAGTACTAATCTACTTTTATCTTTTAATTCAAATAAATATA +CCTTTGGGTGAAATTTTATATCAAACACAATTTTAACCTGTGCTACTGAGTCTAGTTCTT +GTAAAATTTGAACTTGATTTTGATTTGAAAATTCTGGAGAAATATATATTTCTATTTTAT +TTTTCCCTAACCCACTCTTACTTGAAATTTCTTTTATAAGCTCTACTCCATAATATGATA +CATATGCTACTGCGATTTTTATTTTCTTCACATTCTCTAATTCTAAAAAACTTTGCTTTA +ATTTATTTCCACCGTAATAAAACTCCACTATTTTTTCCCCACTTCTTATTATATTATTCA +CATGCAATCTCTAGTTCAGCTACATTACATTGATTATTTTTAGTTTCTAAAAACTTGTTT +TTATATAAAACTTTATCTATGTAACATAACATTCTTCTATGGGTTAAATTATATTTATTA +CTTTTCAATATGTTTAATAATTTGTAAATTTCTTCTTTATTCTTTATAATAAAGTTTTTA +CTTAATTTTGTTATTGCCTTAATTATATCATCTCTATTATCTGATATAAAATCAGCTGAT +TCTATTAAATCTTTTAACCTAAACTGCAGTAAATATAGAATAAAATATCTTCTGAATGTA +TTCTCTGATTGTTTTTTACTATGTTCTGGCATATTAAATGATTTTATATATGATACTAAA +TATTTATTTATATCATTATTTAGTATCTTGCCTGAGTAGTTAAATGTATAACCTTTATCA +ACACCTATATCTTGTGTATATATATTATTTCCTTCTATCCTAGTTTTCACTTTTTCATCC +GAATCTATTTTATCTAGATACTCCATACATTCATCATACCCTATCTCTAGCATAAATCTA +TAAATAGGGTATATTGGCTTTGATTCTTCTGATATTCTCTTTAATATAGATTTTAAATCA +ATATTTTTATACTCATTTCCTATAAATAAATCACATATTTCCTCTTTTGTTATAGCGGAT +AACTTAGTATTATCATTTGATAATGTAAATACAATTTTACTATTAGTAAAGTCTTGTACT +CTACTTATATCACATATATTTACATCTATTAACTTAGGATTATTAACTTGACTCGCAACT +AATTGATAGACATTAGATTTCATATATCTTAAGAACTGTATTGGCAATTTATTGAAATTA +GCTTCATTTAATACTTTATAAAATTCAGCAAAGTTATTAACATAAAATACCTCTACATCT +AAATATCTTCCCTCTTCTAATTCTATTCTTTCTATTTCAGAGTAATCTTTATTCCCACTT +TCGTTCCTTCTGAGAAACCAAATTCTTTCACTTAACTCCTTGGATTTGTTTGGTATCATC +TTAACTATTGTGTCAAATATTCCCTTTATATTTTCGTCACTAAAACTATAACCCATAAAT +ATTATTGGATATTCTAAGAATAGAGTTAATAGCTTTGAATTTAAATATACAGATTTATCT +CTGAAATGATTATAATCATCTTTTGTTATTACAATACTATCAGGATTTTTTATACATCCA +TGTATTTTATATATATCACCAACACCATGAAGCACATTACTCAATAATTGTTCTTGGCCT +ACATAAGTTTGATATCCTTTGAATATATAATCTTCCAATAAGTTATCGTAGTTAGTTGTA +ATGATAGTCGATGGTGTAGTTTTTCTTAGCTCAGATACCTCTTCATTATTTTCTAAAGCT +TCGATATTTTTAGCTATATATAATTCTAATATATCACTTATTTTCTTTCTAAAGTAATAG +CTTTTTTCTTTTCCTTCAACTATTTCATTATCTGATAATATATCATTATAATATTTATCT +TCTAGTAATTTACCTAACTCCTCAAAGTCACATTTACCATTTTTAACATAGCTCTGATAT +TGCCTTTCAAATGATTTATCCCATCCATTCATAACTTCCTTGAGCATATTTTTCCAATCA +GGAGCATTTATATATCTTCTTGAAATTCCTGATCCTATAAAAAATATAGGCGATATAGGT +ATCTCATCTAGCTTAGATCTAATCTTTGTATATATATCACTCATATTTATATCTTCCCCT +TTAAAATTATTTTCAATAAAATTGTACCATATTTTTACAAATTCTACCTAAAATCATTAT +TACTATTATACTATAATACTCAAATTTTAAATATATATTACTTCCCATACACCCTATAAT +TCAACCTCTTACCCCTAATCTCAACACACCTCTCCTTACACATCTCAACTAACCTACTCC +CAACACCCTCATCAATATCCAAAATCCCCTCAACCCCCTTCTCACAACTAACAATAACAG +GTAAACCATTAAAATACCTATGATTAACAATCTCAAACATAACATTAACATCACTACCAG +TAATACTCCCCTTAAACAAGTCATCAACAAGTAGCACCCTACAATTCTTAAACCTATTCA +TCTCCCTATGATAATAAGCCTGATCCATAATATTTTGCTTAATCCTAACAACACTATCCC +TATACCCCATGTACAAAACCCCGACTCCCCTATCCATAAGACAATTAGCAATAGCCAAAG +ACAAGTGGGTCTTACCACACCCAACTTGTCCCATAAACATAATAGAATTACTCCTACTTT +TCTCTATACTCTCAAAATCCCTAACATACCCCCTAGCAACCTTATAAGCTTCCATAACTT +GAACATCATTAAGATAATTAAAATTATCAAATGTCTTATTCCTAAACTCACTACTTATAC +CACTTCTCTTAAGAATCTCCTCAGCTTCACGCAAAGCCCTACACTCACAAGGAATTGCCA +CACCATCATCTATAATAAAAGTCATATCCCTACACTTATCGCACCTATACTCACTATCAC +TCTTTATAACCTTCAAGCTCTCTTTTAAATTCTCTGACTTCTTCATCTGTTGGTTTTCTA +TAAAGTCCTTCATCCTCATTTTCAAAGACTTTGGCATATTTAGATTTTGTATGCTCATTT +TTATATCTTCCATAACTATCTCCCCTATTCTTAAAACCTACTTCATAAGCTTTCAAATCG +CTTAAACTTTTAATGTTATTATCATTCCACTGCTTTAAAATCCCGTTAATATATCCCTTA +TTACACTTACCTTTATCAGTAGCAATTTCTATAGCTCTTTTAAAAAGTTCATACTCAATC +TTCTCACAAACTTCTAATAACCAATCACCAACAATAGGATTTATAAGACCAACATTTTGT +TCATATAAAGTTTTAAACTTTTTTATATCACCTACATACTCACTACCTACATCGTCACAA +GCTTCACTTTGACTATTCAAATTTAATTTACAATCTTTTTCTTTATATTTTTCTTTTTCT +TCTTCTTTTTGTTTTTCTTTTTCTTTTTCCCCATAGTGGTTCTTAAAGCTTGACTCACCT +TCAGTTACGGGTATAGATAGACTATCTATACTATACCCATGCTTATTACATTCATTTAAA +AACAGCTCTACAAGAAAACTACTCTTAATATTACCTATCTCTTTTTCTATACACTTTTTT +ACTTTAGGACTATTAGCCTTATTATGCTTTATCCAATTTTTTAAAAAGACTTCCTTTGTT +TCATCACAGTAAACTATCTTTTTATATCCTTCAAATCTATCAATAAGCTTCTCTACTGTT +TCTCTGTTATATCCAGTTTCCGTTTCTATAATTCTTTTTGGAAGTTCATAAATTCCACTT +TGACTTGTTTTTGAATTTGTCATTAAATAAATGTAAAAATACTTTTCTTCAGGTGTTAAA +TCAAGAACAAACCCATCTTGCCAGTAATCTATATGAATATGCCTATAAACAGCCATGCAA +GTCCCCCCTTAATTTAATTCACTACCTTCAATACTTTCATCTTCCTTATCTACTAGTAAC +ATATCACTATCAATTGACCCCTTTACACTTTCATCAAAAACAATAGCTTTTTGCATTTCA +ATACTAAGTGGTGCATATTTAAGAAGCTTTTTAATTACAGTTTTTTTAGCCATAGAGTCA +AACTCTTTTTCCCATACTCCACCTTCAAAGCTTTTAGAGTATTTCTTCCCATGTTCTAAA +ACTTCATCATAAGTCATAAAAACAAAATTATATCCACTTGGCTCTAGATGATAAACTGCA +TAATACCCAATTACATTTCCTCTATTTCCTTTTAAAAGTGGCTTATGAATTAATTTTTGC +TCTAGTCCATAATCTATATCAAATTCATCATTTTCTCTTACTTCATGTGCATATAATGTC +TTTAGCTTACCACTTCTATTAGCAAGTTCTAAAAGTCCTTTATACCCTATTTGAAACTGT +ACCTTATTTATTCCTTTAACTTCGTATGGTATTAGATATGCAAGGCCTAGTGCAGTGTTT +GGTTCAAGACCAAGTTGTGCACTTTGCATCATAGCTGCAATAAAAGTCCTAGGGTCACAT +TTTTGAAGTTTTGGGTTTGAATTAAATGCAGTTAAAGCTACTTTTTCAAATCTTTCACTA +CTTAAATTAGTAGGAAGTGCTGATGTGATTTCTCCTTTCATTTTTATCATTAGTTGCTTC +ATAGCGTAAGCTTTACTTACAGTTACAGAATTTCCCTTAGTTTCATTAGTTTTTAAAGCT +TTCTTTAAATTACTCATTATATATCTCCCCTTTAATTTTATTGAATTTTCAAACATATTA +ATTTATAATTACACTTTATATAATAATTTCAGACTTACTTGGAATTTAAATTCTAAACAC +TCTTGAAGTTGTAGTTTTCATGTATTTCTCTACTATTTCTGGGTGTTCTTTTTTTAATCT +CTTAGTATCTACAGTATTTCTAACTTGCTTTTTCCAAGTTATTTTTCTATCTCCTAAATA +AGCTACTTCATACTCTTTCATTTGCATCTGCAAATACTGCTCTATTGCTTTTCTCTCACT +ATCTAAATCTTTTAAAAGCTCACGTACATCATCATATCTTTTTAATAAGTCTTCTTTTTC +AAATAATATAACCTCTTCCTCTATGCTATCTTTATATAGTCCTTGAAGAACACTTGAATA +GTCATCACTTCCATCAGGAATTGGCAGTTCTTCTCCTAATATACACTTGTCCCAAAACAT +CTTTTCTAAATTCATTATTTCATTTATAAGTTCTTCATTTCTATCTAACTTATGAATTAC +AAGCTCCTCATTCCCAATAAGAGCTGCTATATAACAATGGGTTGCTCCAGTTACTGCCAT +ATAGTGATAACACTGTACTTGACAGTAAATTGGAACTTCCTTTTGCCATGACTTCTTTGA +ATAGCTATTTGTTACCTTGCATTCTAAAAAAGCTTTTTCCCCTACAACTGCCCTATCTAT +ATTTGCAAGTGCAAATGGATATTTATCATTTTTAAGTATTCCATTTACATTTCTAACTTT +TTTACCAGTTTTTAAGGTAAACTCATTAGCTACAAAATCTTCTAACTTATTACCAAGATC +CATTTTGTAGTTTATCTCTTCATCTATTACTAAATCATTTTTTATACCCATATACACACT +CATTGAACTTTTATAAGGATTAAGACCTAAAACACTAGCAGCATCACTTCCACCTATACC +TTCTCTTCTTTTCTTTAGCCATTTTTCTTTTGACATACTTTTAGTATCACAAATTATATT +AGCATCTAAATACTTTCTCATTTATTACTCCCCTTATCTCATTTGTAATATTTATTATTC +CTATAAAATTATAGACTGCTCTTTACACAACTTTTTAAAAGTCAAACTTATCTATGAAAT +ATAGTTGCCCCTTACCAGTAATAAGTGTTGTAGTGGATATAATTTCTCCATCCATTGTCA +TTACTAAATTTTCCTCAACTTTAAAAAGACCTTGATTTATATACGCTTGCTTTGGTATAT +TTTTTTCTTTTCCATTAGCTATAAAATAGCCATTTTCTCTAAACCACTTAAATAATCTAT +TTCTACCTATTTTTCTATCATCGTTGTTTAAAATTTTAGCAAATTGACCTATAGTTATTG +CATCTGAAGATGCTGCTATACCTTTTCCAAAATCCGTGTATGGTTTATCTATAGCTATAG +ATGCTTCTAATTTTTCTGCTTTTTTAAGAGCTGATACTTTTTCTTCTTTTTCCTCTTTTA +ACTTAGTTGCTAAACGTATTATAAACTCTGGGTCTTCTAATGTTTTACTTATTACATCAT +CACTCATATATGCTCCATGATTTCTTATACTTGGTATTACCTCATCCACTACCCATCTTT +CAAATCTCTTTGCACTTGGTAATTTAGACCTCATAATAAGTCTATACATATTGCCTTCAT +CTATAAATTTTTTATTAACATATTGAACTATGTCACTATTATCACTTCTTTTTCCTGTAA +CTACCCCTACGTCGGAAAAAATTACACCGTCATTCGTGCAATGTCTAATGATTGCATCTC +TAGGATTTGAATATCCAAGTATCATTGCAACTTGAATAGCTTCTATATATTCCTTATTGT +CTTTTATGATTACACTTAGTTCTCCAAATTCACTACTTCTAAAAATTTTTAATGAGTTCA +TCTTACACGCCCCCTTCTTTATTACCTTTTGGTAATTTTATGTGCAAAAATATATCATTA +ACTTCTTCTAAGGTAAGCTCTAAAGTTTCACTTACCTTTACAACTTCTTCTAGAGAAAAT +CTATTTTTTCCATTTTCTTTTAAATTATAACTTTTAGTATTTATGCCTATTTGAGTTGCT +ATTTGTTCCTGAGTAAATCCATTTAAAACTCTTTTTGATTTTAGAAGCCTATGTTCCATT +TTATTTCCCCCTAATAACTATTATGTTTTTCTTATTCTTTATTTTATTACCGCTTTTACA +ATTACATAGTATTACTATTTTTTACCTATGTCAATTACCCTTTTTATAATTAATTTTAAC +TTAGGTAATGATTTTTACAATTTTAATTGCCGTTATGTACAATTTTGTTCCCTTTTTGGT +AATATTATGTTACTATTTAGTTACCAATTTAAGTAAAAAATTTTTTTAATATTTTTCATA +TAGAAAATTACCTTTTTAAACACTATTATTTTCTATTTTAATATATAAAGATAAATCTTA +ATCAAATCAAAGGAGTGTTTTTTATTGGAAACCATAGGATATAGAATTTCTAAAGCTAGA +CGTCATATGAATATTAACCAAAAAGAACTAGCTACAAAAGCAAATATTACAGAAGGAAGT +TTATCTAGATATGAAAATGATATAAGAGAACCAAAGGCAGCTGCTCTAACACAACTTGCT +GAGGCTTTAAATGTATCTACAGACTATCTATTAGGACTTACTGATGATATGGAAGTTCAA +AACAATAGCTTAGCTGACAAATCAAATGAAGAATTTGAGGAAATATATGAAGCAACTAAA +GAAAAGTTTGAATCTGGTAATATAATGTTTGACGGAGAGCCAGCTTCAAAAGAAGCTATA +GACAGTATGCTACAAGCAATGAGAATGGGGATGCTTTTAGCTTTAGAAGAACAAAAGAAA +AAAAGAAACAAAAAGAATAATAGATAAATATACATTATAAAAGGGGCGATTTATATTGTG +CAGAGGTACAAGAATAAGGGAAATAGTTAGGAAATTAAAAACATTTTATAAAAATGAAAC +ACTACTTGATATTATCCATCGTAGGAATATAATCATATGCTATTTAGACGAAAACTGTAT +ATCAAATGGTGCTTATTTAAAAAGTAAAGATACTCAATATATTTTTATAAATACAAAACT +ATGTGATTATGAGGCAAGAATGACCTATGCACATGAACTTGGACATTCAATTCTGCATCC +CAATGTAGATACATTTGTATTGAAAAATACTGATCCTATTTTATTAGCAAAATATGAAAA +TGAAGCTCAAATATTTGCAGCAGAATTTTTACTTGATGATGATATCTTATATAAATATCA +TGGTCAAAGTATATTTGATATAGCAAGAGAAGAATATGTTTCAGTAGAGCTAGTAAAACT +TAAATTAATAAATTTACATAAATCTAATAGCTTAAATAAACTTAATAATTTAGAAGAATC +CAATTTTGATGACTATCATGCAATTTAATAAATAGAGATTTTATAAGTGATGCATTTAAT +CTATTTTAGTAATATTTAATAATTTTTAATTTATTACTTGTATAAAATCAGTATAATAAT +TATCACCATTACTTTGACTTAATGAATGTAATGGTGATATTACATTTAAAATATAATACC +CATCCTCTAGTTCTTCATAATCATCTATATAATAACTTCCTATAAGTTCATTAAATTCTT +GATAGGTTATTTCTTTCTTTTTTAATAAATAGCTTACTCTTTCTAATTCTTCATTCATAC +AACCACATCCTTAAGAGTATTATGTATATTTTTTCTGAAATTTATTAATATTAATAAATT +TTTATAGATAAAGAATTTTATAAATGATACTATAAAAATAGAATTTATATATTAGGAGGT +ATATTATGATTACTATGACTATAGAAGAGCTATTTGAAGTTGGAACTAACTTTGAAGCAT +CTGTTGGAGAAGGCACTAAAAGTGAAAGAGCTAGAATACCTAAAAACTATTCTAGAATAA +ACTTACCAAAAGATTTAGTTTCTACTATAGAAGAATTTGATAAAGAAATTAATTTTTTAG +TTTCAGGTGAGATATGGTGTCCAGATTTTCAGTTAAATATTACTGTTTTAAAAAAGTTCA +CTGAACTTAATCCTAACTTTAATATTTCAGTAATTTCTATGTCTAGAGGTAAAAAGTTCT +TAGCCCCTATCTTAGGTGTTACTGAATTAAAATGGCCTACAGTTGCTGTATTAGACAAAG +ATTTCAATATTTTAGGTACCTTTAATGAGAGACCTAAAACAGTTCGTGCTGTTGAAAACT +TTGATGATATAAAATTAGACTACTACAAAGGTAAGTATCTATTAGATTCTGCTTTAGATT +TCTTAGAAATAATGAATAACGCAAAGTAATAAAAAATAACCTATTTATAGGTTACTCTAA +AAACAAAGCTGTACATAAAATATAATTTTAATTTCATGTACAGCTTTGATTAACTTTAGA +TATAAAAATAGAGCTTTATTTAAATAAATGGCTATGTTAGCTTACTTCGTGATAAATAAT +ATAATTTAGTTCGCAATTGTTATATAATGCGAAGTAACGGTACTTTTGATATCATACAGA +TAAATAGTAATTTTAAAGAGGGGCTAAAGATGGTAGAATATAAGAATAGAGAAGAATTAA +TTTTAGAAATTTCAAAGCGAGCAAAATTATTTATTAACGAGTTTGATTGTATTGATGAAA +AAGATAAAGACAAATTAATGGATGAGGTAGATAGAACTCCAGCTCAAATGATTGCTTATC +AATTGGGATGGATGAATCTTATTCTTGATTGGGAGAATCAAGAAAAAAAAGGACAAAATG +TTATAACACCAGCTCCAAACTATAAATGGAATAACCTAGGTGGATTGTATGAGGATTTTT +ATAAGCAATATGATGGATATAGTCTAAAAGAGTTATGTACTAACTTTGTAAAAACAGAAG +AGAAAATTATTGAATTAATAAATACATATACAGATATTGAATTATTTGAACAAGGAGGAC +GAAAGTGGTCATCATCAACTCCTTCTAACTGGGCAATATGGAAGTGGATTCACATAAATA +CGGTTGCACCATTTAAGTCATTTAGAACAAAAATACGAAAGTGGAAAAAACTTCAACAAT +AATAAGAATAATAAATTTCAATTTGTAGAGTAGATTTTGTGAACAATTTTAATATATTGT +GAATTATTTATATTAAACTAGAAAAATAACTATGCCTTATAATTCAAATTATTAAAAATA +CTAAGGTATGGTTATTTATCTAATTTGGTATAAATTATTCGTAATATATTAATATTGTAA +ATTAAAGCTTGTTTTTCATTATTAATCTATCTATCTATGATTTTTTTTACTGGTTTGTAT +AAAATCAACATAATAATCAAACTCATTATAACTACTGTAAATACTGTGTTATACCTGTAA +GTAGTATGTTGTATTACACTCTGCCCCAAATCTCGTGATATAAGTTCTCCTGTTACCGAA +GGAAACGTAGTAGGTTTAATTATAAAAAAAGATAACCCTCATATAATCCCTGAAATAATA +ATTGAAAGAACTGCATGATACTTGTAATTATAACTCTTCATATTTTCAATCCCCCCTAAT +AATATAGATATTTACTTCTCATTATATAACAATTGCGAACCTTGATTATATTATACATAA +TATTCTATTATTTTCCAATTATAAGTAATCTCCTGAATTAAAGTAAAATTGCTTTTTAAG +TTAATTCTATGAATCTATTTTTAATAGTAGTTATAGTTATATAATAATTAGATATATATT +TACTAGAAACACCATTAAAAGTAGTTATCCATCTTTTGAATACACTATAAAGAGAATTTA +TATGCTGAAGATGATATACACTATCTAACATAGATTTACCTCTAGGAACTTGCTTGCCAT +CTGCTGCACTAGCTTCAAATAATACTTATCCTTATATAAGAGAATAAATTGACCCTAAAA +ATAAACTTTTGACATTAGATATAAATAAAGAAAGTGTAAAATATCATGAGAATATGTAAA +AGCTGTGGAGAAAAATTTACTTTTAAACAAAATATAAAATCTTTATATAAAAGAAAAGGT +GACATATCGTGTGAAAGATGTAAACCAGTCTTTGTTTTAAAAAAACAGAATGCTCTTCTA +TGGATATTAGATTGTATGTATCTCTATCTATTAATTACTATTTCAGATGAAATAGGTAGT +ATAAAAGGTATTATTATAAGTATGATAATCGCATCTGTAGAAGTATTTATCAGTTTAAAT +TTAGATAGTCGTTATAAATTAAAAGAGCCTAGTTAAATCTAGACTCTTTTAACTTTAATA +AATTTAATTATATCAAACTTCTTAACCAAACTTTAGTATCTTCCCCTGCAAATGTTACAT +CAACACTATTTAAGTATATTCTTTTATAATCTTCTTCACTTGTATTGAAGTTTTCCTTAA +TTATATTCAACTCATTAGTAAGGTCTACATTTGAAACAGTTCTATTATCTGTATTTAAAG +TAACACTTAACTCGTCTTTATAAAAATTAAAGAATGGATAATTATTAACCTTATCTATAG +CCTTAGTATGAAGATTACTTGTAGGACACATTTCAAGAGTTACATTTGTACTTTTAACTA +AGTCATAAGCTTCTTTCATATCCTTTATGTTTATTCCATGGCCGATTCTTTCTGCCCCCA +ATAAATTTATTGCATCTATTACATTTTTTCCACTAGCTGCTTCACCTGCATGAATTGTAA +CTCTATATCCTAAATCTCTAGCTAAATCAATTGCTTTTTTATACTTTATAGCAAATCCTT +CTTCTTCTGGTCCACATAAATCAATTGCAACTACACCTTTTCCTATAAATTCTTTCCCCT +CTTTAGCAACTAATTCAGCATCTTCTACACTCATATTTCTCATACATCCAAGTATTAAAT +TTGCTTTTATTTCATACATTTCGCATGCTTCATTCATGCCATCTAAAACGCTTTGTATTA +CTTCTTTTATACTTAATCCTTTTTCCATATGAAGCATTGGTGCAAATCTAATTTCTATAT +ATTTAACATTTTCATTAGCTGCATCTTCTACTAATTCAAATGTTATTCTCTTAATATTTT +CTTTTGTTTGCATAACTTTATTAGGTAAATCAAATTTTTCAAGATATTCATCCAAAGATG +TACAATCTAAAGGAACTTGAACAAGTTTTTTTATATCATTCATATTATAAGATGGTAATT +CTAAGTTTTCTTTCTTTGCGATATCTATTATTGTTTCAACTCTAACACTTCCATCTAAGT +GACAATGTAATTCTATTTTAGGTAACTTTCTCATAATAAACCTCTCCTTTTTATCTGTAT +TTGTATGTACTTCGTTGAATTCTTTGCAGCTACTTAAAAATTTGTATAAAAAAAATTCCT +AACTACAAAGAAAACCTATTGTATAAATAAGTACATAAGTCTTCTTCGTAATCAGAAATT +ATCGGTTTCTGGTAGAGACCCCTAAACCATATCATTAGGGTTATACGATTAATTTTATAT +TTCTATTGATTTTATATTTTTTCTTAATAATTGTCAATATATTTTTAATATTTTTCTAAT +TTATGTAAAGCTATTTATTTTGTAAATTAAATCAATTATTTTTATATAATAATATATAGA +TTAATTTTAGGAGTGTGATATTTTGATTGATTTGTCAGTTAATATTATAAGTCCCGTAAC +ACCTACTTACCCCACTTTGTTTAGAAGATATACTCTAATCCCGGATCCCAATGTTCTATC +TAAAGCTACTCTAATTATTGCTCCAGAATATTCTTTACATGATACAAATCCAGTTTTAAG +AGATGAACTATGTGGACAGTGGGTCTCAGTAGATGATAATCGTTATGTTTTAACTTTATT +TGTTAATGTTGGAAATGATGAGTATGAGGTTGCTAGAAATAGATATAATAACTTCTTAGA +ACTTTTGCCTGATTATGTTGATTCTTTAATTAATGCTGATAAAGAATTTTTCGAAGCTAA +TCCTCATTTGATACCTGCACATGTCAGTATGAGATTCATATCTGGTCATGGTCAATTCAA +CAAAACAGTTTATTTTTGTAAAGTAAAAGATTATTTATTAATTTAGTTGTTGAAAAGATA +CTACATTAAAAATAAATGTGGTATCTTTTTAATATTTCTCATATATCATTAATATACATT +TAGTACAAGTATTATATAAAAGGAGGATATAATTTGTTTAATATAGACCTTAACTCAACA +TATACTTTAATTCTCGCCATCATACTTTTTTTATTTGGAAGTGTATTAAAAAATAATCTT +AAATTTCTAAATAATTTTTGTATTCCTTCTCCAGTGATTGGTGGCTTGTTTTTCTGCATC +TTAGCTTTATGTCTAAACTACTTTGGTGTTTTATCTATTAGCATGGATACAAGTCTTATG +CCTCACTTTATGTCATTCTTCTTTACAGTTATTGGACTTGGAGTTAGTTTATCATTAGTA +AAAAAAGGAGGAAAGCTATTAATTAAATACTGGCTTTTATGTGGATTACTTGCTTACTGT +CAAAATGGCTTAACTGTAATACTTTCAAAAGTTTGTAACATTCATCCATTACTTGGCTTA +ATGTGTGGAACAATTTCAATGGAAGGTGGACATGGATGTGCTGCTGCATTTGGAGCAACT +ATAGAAAATTTAGGTATAAATGATGCTACTAGTGTTGGTATTGCAGCTGCAACATTAGGA +CTTATTTTAGGGGGTATACTAGGAGGACCTATTGCCAAATATTTAATTGAAAAATACAAA +TTAAAACCTTCTAATAAAACTAATACATATTCATCACTTAAAAATTCAACTGTTGGTGTA +ACTAATACATATTCTGGATTAACACCTTATATGTTTTTTGAACAATTTTTATTAGTATTA +CTTTGTATGACATTAGGTGAATTTATAACAAATTTATTTTATAATATTACAAATATTATT +TTACCTAGTGTTGTTGGTTCTATGTTTATTGCTGTTATTTTTAGAAATGTAAATGATAAG +GTAAATATTATAAATATAGATTTAAAGCTTCTGGATTTTTTAAGTGAACTATCTTTAGGA +ATGTTTTTAACTATGGCTTTAATGAGTGTTGATTTATTAAAATTATCTAACTTATTTGGT +CCTATAGTTTTTATAATTATTTGTCAGGTTATATTTATGATTCTGTATGCTACATTAATT +TGCTTTAGGTTGTTAGGTAAAGATTTTGATGCAGCCATTATTATAAGCGGTTTAATTGGT +CATGGGCTGGGTGCAACCCCTAATGCTATTGCAAACATGACATCTGTCTGCCAAAAATAT +GGACACTCTGAAAAAGCTTTCTTGGTAGTTCCTTTAGTTGGTGCATTTTTATTAGATTTA +TTCACCATGCCTAGTATAGTATTTTTTATTAACTTATTAAGCTAATTGAATAACAAAATT +ACTTATTTGAGATTAAATTTTGTCATTTTTAGCATAATATTAATAAACATTAAATTAGGA +GGTTGTTTATGGAAAGTAATTTAAACTGTCAAGCATACAACTGCGCTTATAATAAAAATA +ATTATTGCTATGCTTCTCATATAAAGGTTGAAGGATATGAAGCTGCTATAACTCCTGAAA +CTTACTGTGATAGCTTTAAAAATAAATCATCATTCAGTTTTTCAAATTTTTCAGGTGATA +CAAATTTAACTACCACTCAAAATATCTCTTGTAGCGCTAAAAATTGTACATATAATATTC +ACGGTGCATGTAATGCTAAACATGTAGATATAAACTTTGAAAATGCTACTTGCGAAACTT +TTAGACTTTCACACTAATATTTAAATAGCATGAATTAAAAAATGTAGTATCCATTTTAAT +TCATGCTATTTTTTTATATTGTATCTTTATAAACTCTATTAGAATAAACTCTTTCTATAA +AGCTTATATATAACTCTCTTTCTTCTTCAGTAAAGTCACAAGTTACTGAAGAAAACCAGT +CCTTAAATATAGACTTGATATCATCAACAGTTTCATAACCTTTTTTAGTCAAATGCAAAC +TATAAGACCTACTATTATTTTTATCCTGTCTTTTTTCTACAAGATTAAGATCTACCAATT +TCTTTATAGTTCTTGTAACCATTGCTTTATCAACATTTAATTCAACTGCAATCTCTTGTA +AATTTATACCTTCAATCTTTTTTATTATTATTAAATATCTTAAACTAACTAAAGTAATGT +CATGTTTTTTTAAAACATTCTCTGAGTATTTTCTAAAATCTTTATTTATAATCCATATTT +GCCTACTCAATAGATTTAATTCCAACCGCATTCACCTCTATAATATTATTCAACATCTTA +TTATATATTATTTATTGCATTGAATTCAAATAATATTTTATTATTTATTAAGTTTTATTC +TTTTATGTCATATTTTAAAATTTTATAGTAGCTTTTTTGTTAAATTTATTTATAACTGTA +TAAAGATTTTTTTAATTGATAAAAATAAAAATATAATGAGGAGGTTATTTTATGAACTTT +AATAATGAAAATAATATAATGAATAATAAATCAATTGATTCTAATGCTAGAAAAGCTTTA +GAACAATATAAACTTGAAATATCTAGTGAACTAAACAATTTCTCAAGTGATGAGTTTCCT +TATGTAGGAGGTATCGCTACTAGAAAATTAGTAGAATTAGGTGAGAAAGCACTTATAAAT +GAATATAACAATAAACAAAGTTAGATTATAATGAACATAAAAATAAATTTACGTCTTTCT +TAAATTATTTCTTTTCTAAATAGTGTATATGGTATAATATTCTGTAAATATACATTATTA +GGTAAAGGGAGATATATTATGAAATACGAAGTTCTTTTTTTTGACGCAGATGAAACATTA +TTTGATTTTAAGAAATCTGAAGATTTTGCTTTAGATAAACTGATGAAGTATATTGATACA +GATTTAGATAAAGATTATTGTATAGATATTTATAAAGAAATTAACAGAAATATTTGGAAA +GAATTTGAACAAAATTTAATTTCATCAGATGATTTAAAAATAGAAAGATTTAGACGCTTT +TCAGATAAAATAAATTTATCATGCAATCCAAAGGATTTAAGTGATATGTATACTAGTTAT +TTAGCTGAAGGATCTTTTATTTATGATGAAACTGAAGAATTACTATCATACCTTCATGGA +AAGTATAAAATTGTAATCATTACAAATGGATTAGTTTCTGTTCAAAACAAAAGAATAAAA +GAATCTATTATTAAAGATTATTTTGACGATGTTATTATTTCTGATGAAATAAAAATAGCT +AAGCCTGATTCTAAAATTTTTGATTATGCTTTAAATAGCATAAACCATTCTAATAAGGAT +TCTGTCTTAATGATTGGAGATAGCTTATCTTCTGATATTAAAGGTGGCTTAAATGCAGGA +ATTGATACTTGTTGGTTTAATTCTTCTCAAAAGGAAAACACTTCTGATGTTATTCCAAAG +TATGAAATAAGTAACCTATTAGACTTAAAAAATATATTATAGTTAGGCTCTGTTAGATAA +TTGTGTTATAAAATAGCTAGATATTGGACTATGATATGCTTCCTTCATGATGATAGTTTT +ATTATTTACACTGTCTACTTGACAGGGAGCAGTTCAATTACCTGATATCTAGCTATTTTT +ATATACTTCAATTCACAATATATTAATATTGTTTATCAAGATTATTTGAATTTATTTATA +AAATCTTCATACTTTTCTATATAGAAAAAAACTGATGGAGAATCATGTTTGTAAGTAATA +TCAAAATTTGAAGTAATATCATTTATCTCTTTTATAGAAATAAATTTTTTATCTTGTAAT +TTTTTTAGCTCTAAAGAGTATGTTGTAAGTTCTTTTTTGAATAATTTTAAATATTCTTTT +TCTGATACTTTAAGCTGTTGGTCTTTTGCTATTCTATCTAAAATGGTATTATGTTCTGAT +GCATAAGTATAAAAAGTTATTAATTTATCGTCTATATTTAGACGGTATCCCTCCATAGAA +AGCTCACCTAAAAGTATATCTGATTTACACAATGAAATAATTTTATTAAAATTCTCAATA +TCTTCAACACTACTCTTATCATTTATAGTTAAATTTATTAAATCATCAATCTCATTTATT +GTACCATTTATATACATTTCAGTACTTCTAATCGTAGCTTTTAGTTTGTTTTGCTTATTA +ATTAAAAGTCCTAAATTTTGTAAAATTATAATCGAAATTAGTAGTATTATTATTGATTTT +AATATAATTATTAATTTATTATTTTTCATTTTTACTCCCAATCTATCTTCTTAATATATT +TTAATTCGCATTATATAACAATTGTGAACTCCTTATATTATTATAATTTATCACACAAAT +CTCTAACAGAGCCTATTCTTAAAATAACATTACTATTTTTAATTCAACAAATCTCTTCAT +GTTATATCTAAGTGTTATTCTCTTATAAAAAAAGATATCCCTCCTACAATGCAAGAAATA +ATAATTGAAAAAGCTATATGATGCTTATAATTATAATCCTTCATATTCTCAATATCCCTC +CAAATTAAGTTTATTTATTCCATAATTTTAATTTACTATTAATGTAGCTATCTGTCAATA +AATGGATTTTTTCGTATTATATTAATATCACAAGTAAAGTTAGATATACAATAGTTTGAT +TTTATTGATACATTCTATCTTTTACTTTTTGATAATCTTCCTCTGAATTATATGGGTAAA +TAAACTCTTGTGAATCTGATCTTATATAAAGTTTACTCATATCGTGTGTTACATAAAATG +TAAGGAATTTATCATTTACAATATCCTCTGGATTAAATGATAGCAAAGACTCATATATTC +CATTATCAGTGTAGTTGCCATCTTCATTTGGAAACTCATATAAATCTACAGGGGATAGTG +AGTAGGTTTTATCTCCTATAGTAATATTTCCTTGTAATTCTTCACTAAATTTAAGCCTTT +GCCAAATAAATCTCCCTTTATGTATTTCACCATTTAACTTAATATCAACTTTACTAACTT +TGCTATCATTTTCATAAACTTGCACATCTTTATAATAATGTTCGAAAGATTTAGGGTATA +GAAATAAAATTGTCCCAACCACTACTACAGCTAATATAATTAATTTATATGATTTTTTCA +TTCTTCATCTCCTTTTAAAATATTTAGTTCAAACTTTATGACAATTGCAAAATAATCTAT +AATATAACTTTATTATAACTATTTATCTATATCAGCATAATTAATTTTAATCTGCTCTTC +AATACCTTTATTATCATTTAAAACTATTCTAATACATCATTATCCTTTAATACTAAGAAT +CCATTTGCTTTTAACGATATTTTATCTTCTAACTTTACATTTGCTTTATTAAATAAATCA +TATACTTCTCTATTTTTCAGATACTTTGGTAATTCACATTCTACTTCTTTTGAAGAATTA +TTTATTACAACTGTAACTTTTCCTTTTTTAAATATCAATAGTCCACTATATTTATCTGTT +ATTATCCATTCATTATTTACTATCTTAAAGTCATCATTCTCTTTTCTTATTTGTATAATA +TCTTTTATAAATTCTAATATGTCTTTGTTTTGTTTATTCTCATCCCATACCATACATTCC +CTTTGTCCTTCGCATTTTGGCGTTTGTAGACCTTCCATTCCTACTTCATCCCCATAATAA +ATACATGGGCATCCACCTTGGGTAAACATGAATAAATATGCCAATTTAAGCTTCTCTATA +TTTCCTCCTGCAAAGGTAAGCATTCTCGTTGTATCATGACTTCCTACTAAATTAAATGTT +ACCTCATTTACCTGTCTTGGATAACTGACATTCACATTATTTATTGAGTATTTAAATTCT +TCAGCATTCATTTGACCTATGCAAAAGAAATCTCTTATTGAATTTGTTAAAGGATAGTTC +ATAACAGAATCAAATTGATCACCCATAAGCCAAGGTAAGCTATTATGCCATATCTCACCT +AAAATATAAACATCTTGTTTTTCTTTTTTTACTTCTTCTCTAAATTTTCTCCAAAATCTA +TGGTCAACCTCATTTGATACATCTAATCTCCAGCCATCAATATCAAATTCCCTTACCCAA +TACTTACCTACTTCTATTAGATAATCAACAACCTCTGGATTTTCAGTGTTTAATTTCGGC +ATTTCTGCAACACATCCAAATGTTTCATAAGGTATATTCTTCTTATTCATATATTTTAAA +GGAGTATCAATTCTACTCATATCCTTTATATAAAACCAATCTTTATATTTAGATTCTTCT +TTATTTTTTATAACATCCTGCCATATATTAGAATAATAACCTATATGATTAAAAACAGCG +TCTAGCATTATTTTCATACCACGACTGTGTAATTCTTCTACAAGATTTTTTAAAGTTTGT +TTATCTCCTAAATATGGATCTATCTCCATATAATCAATTGTATCGTATCTATGATTTGTA +TTTCCCTTTGTTATTGGACATAAATAAATCCCTGTAACACCTAAATCCTCTAAGTAATCT +AAGTGGTCTATTATCCCTTGTAAGTCACCACCTGTATAATTATAATGAGTAGGCTTTGAC +CCCCAAGGCTCTACATTTATAGGGTTTATATTAGGATTACCATTAGCAAATCTATCTGGA +AATATCTGATACCAAATAGTATCCTTAACCCATTTTGGTGGCTTTGGTATATCTATTTTA +TTTAAGTATGGATATCCAAAAAAATTCTCAATATTGCTTAACTCTTTATAGTTTTCTTCT +TTAGTTAAGTCAATTATTTTCTTTTCTGTATATAATAACTTTTCATATTCTTTTTCTACT +ACAAAACAATATCTTGATCTGTTATTTTCAGGCTTATACTCTGCAATCCAATAATCAAAT +AATTCAGTTTCAACTTCCTTTTTCATTGGAATATACTTTCCACCACTCCAGTTTTGTCCT +GTAGAATTAAGATTACCTGCAGCAACTATGTCTTCCCACATATATGGATCCCCTATCCTT +AAAGTTGCTTTTTCTAAATCCCCCTTTTTACTTCTTAAACGTATATGTAAAACTTTTTCG +TTATATCCGTATGCATAATTACTTTTAGGTATATGTAATAATGATTCTTTTAAAATACTC +ATTCTTTTCCCCCCATTTAAAACTATATATTATAAATACTAGTTATTTAATTTTTCAATG +TCAATAAAAATCAATTTCAATAGATTTATGTTAATCTTTATTTATTATTGTTTATTTTAA +TATTATATGATTTTATTTAAATATTAAGGGTATTATTGTATTATAATAGTGTAACAAATA +CATAATTATATATTTTCGGAGGTAGTAAAATGTCAAACTGTAATTCTTGTCCTTCAAAAG +GAAATTGCAATACAAATGCTAAAAGTTGTGGTGTAGTAAATCACCCTTATAATAAAATAA +AAAAAGTTATTGGTGTAATGAGTGGTAAAGGTGGAGTTGGTAAGTCAACTGTAACTACAT +TACTTGCAAAAAAATTAAATAGTCTTGGATATAATGTTGGTATATTAGACTCTGATATTA +CTGGACCAAGTATACCTAGACTTATGGGATTAAAAGATGAAAGAGCTATGTCTAATGGTA +ATGATATCTATCCTGTTGCTAATGAGGATAATATAAAAACAATGTCTATAAACTATATGG +TTGATACAGAATCTCAGCCTGTAGTTTGGAAAGGTCCTATGATAACTAATGCTGTTAAAC +AATTTTATAGCAATGTATTATGGGGAGAGTTAGATTATTTATTAATAGATATGCCTCCAG +GTACTGGAGATGTAGCTATGACTGTAATGCAATCTTTACCTATAAATGGCGTTATAATGG +TTTCTGTTCCTCAAGATATGATTTCTATGATAGTAGCAAAAGCTATAAACATGGCAAAAA +TGCTTAATGTTAATGTTTTAGGTGTTATTGAGAATATGAGCTATATTGAGTGTCCTGATT +GTGATAAAAAAATAAAATTATTTGACGGTGAAGAAAGTGATGTATTCTTTAAAGAAAACA +ATATAGATCTTCTAGGCGAACTTCCTATGACTAAGGAAATAATAAATATAACTCATAATG +GAGTTAAAGAAATAAGTGATGATTTAGATACAATACTATCTGGTATAGTAAATAAATTAT +AATTCCCATAATAAAAAAGATAGTTATTTCAATTTTTAATCTTTGAAATAACTATCTTTA +TTTATTAATCTAAATGTTTTAAATAAACCAAATATTCTTCAATATTTCCTTTATTATTTA +CAGTTATTAAATACTCATTATAGTGAGCATTATGTGGCTTCGTAAACTTACATCCAATAA +CACAGTCACTATCTTCTAGTTCTAAAAACTCTGTATCTTTTAAAAATTTTCTATTTATTA +ATTCCATAGCCCTATCCATAATTATCCCCCCCCAGATTATCATATATAGCTCTTACAGTT +AGTTATATTATACCAACTACAGTTCTTACATATATCATCAAAAATATCCTCTGTAATATT +ATTATACACTAATTTCTCAAGCTCAATATATTTATATATTCCTTTCTTAATATTAAAGTA +TTGACTAATCTTTAAATCAAGTAAGGCAACTTTATCTTGAGTAGAACATAAATTTTCTCC +TAATTTACTAGGACATTTCTCACAAATACTATCTGTAGAAAACACTACTTCTACTTCTCT +TAATTCATTTTCTAAACTGCTACTGTTAAGATACTTATTATAAGCACCAATTTCTTTTAT +TATACTCTCCATTCTAATACTAAATTCTTTGCTATATCCCATCCCTTGATATGCTCTCAT +ACATAATATATGATGAGGTCTTATTTTTAACATGATTTCACTCCTATATTGACTCTTTTA +GAAATTGATATTTCAATACTTGTCGCTAAGAATAATTTGATTAAATCTACTACTACAAAT +GGTGCTACACAAGCTAATATACTCTCTTGAATTGTAGACTTAGTAACTACTGAAAACATA +ATAGTCCCCGTTATGTAAACAACACTTAATCCTAAAACCATTGATAGTAAAATATATAAC +TTTGAAGAACTTCGTTCTGATACATATCCTACTACAAATGCCATCAACGGACATCCTAAT +AAAAATCCTCCTGTAGGCCCCATTAATATTCCTAATCCACCACTCATTTGAGCAAATACT +GGTACTCCTATAGCACCTAATAATAGGTATATTATTATAGAAATGAGCCCTTTTTTAGAT +CCTAATATTAATCCTGTTAAAGATACTGCAAATATTTGCATTGTTAATGGTACAGTTGTA +AAAGGTAATGGTATTGATATTTGCGATAATACTGCTGTTATAGAAGCAAATAGACCACAT +ATAATTATATTTTGTGTTTTTAAATTCATTTTAATTTCCCCCTTATTTAGGTTAACCTAA +TTTCTTTACTAGGTTTACATTTATTATATTTAATAAATATATATAGGTCAACTAAATCTT +CTAATAATTCTCAAATAAAAAAGATTGTTTAAATTATCTTAACTTTAAACAATCTTAAAC +ATAATACATTTAATTTTCTAATCTATAATAAACCTAATTTTATCACCATTCTGTCTTTCA +AAGTATGCTATTTCACCAACAATATTATAATCAAATGCATTCATCATAATCTTTAATAAC +TTCTCACTATCTATAATATCTGACTGATCTTTTAAAAAATCTATAGCGTTATTTTTCACT +AACCTTTTAACAAAGTCAATTGGCAACTTCAAGAAAATCTTATCTCCTGTATTGGCTGCT +ATCTTAACTTTTAAAAACCTTTCATTATAACTTACTGAACTATCTCTACTCACTTATTAC +CCTCCTTATAAAATAATAAATCTATTAAATTTAATTATATTTTCATATACTCAAGTAATA +ATATATATATATTATTTACCTTGTCTTATTTATATTCAAAATTTCATAGCTATTATTACA +TATAATTTAAATTATATTATTTTGAAAATAAATATATTTTATGATAAAATTATTTAATGT +ATTATTAAAATTTTAAGGAGATGAAATTATTGTTTAACTACATAAAATTTGCATTATACA +TAATATTAGTATTTTTTCTTGCTATACCTAAGTTAGCAAAATTTGAAATTAATCCTGATA +AGTATTCAGCAAGAGAAAAATTTAGTTTTTTAGAAAAGCATGCAAAAATAGCTCTCTCTA +TGTAAATATAAAACTAAATATTATCGGTAAAGAAAAAATCCCAAAGGAACCAGTTTTATT +TGTTATCAATCATTCTAGTATGTTAGATAGTTTTATTTTAGTATCAAGTGTTGATAGACC +AATTGGTTGCGTTATTGCAGATGTCCCAACGTGGAAAAACATGCCAATAATCAGCCACTG +GACTAAATTAATAAGATGTGTATATATTAATAGGTCTAATACAAGAGAAGGCATTAAAAG +TATAATAGAAGCTTCAGAAAATATATTAGATGGTCATAGTATGGCTATTTTCCCTGAAGG +TGACTTAACATGGATGAAAGATCCAAATGCGTTAGTATCTGATTTTAGAGCAGGCGCATT +AAAAATTGCTTATAAAGCAAAGTGTCCTATAGTTCCTTTAGTAATAAAAAACTCTAAAGA +TACATATGAAGGATACCAGCCAGTTGGTAAAATTACTTCTATGCCTGTTGAGGTAGAATT +TTTAGACCCTATTTATGATCATATAGATAATCCAAAATTAAAATCAACAATATTAAGTGA +ATCTATTAAAAATAATATGATAAAGAAAATAGAAGAATTTAGAAATAGATTTTAAGTATG +AACCTTAATATTTTAAAATTACATTATTAAATTTTACATATAAAAAATGACCTAGTAATT +ATAGGTCATTTTTTTATATATATAATTTAGCTTTTATAATAAGGTATTTTTCCATTCTTC +TTCTTTAAAACCTAATAATACATTTTCATTATCATATAATAAAGGTCTTTTTATAAGCAT +ACCATCACTTGATAAAATTTCTAAAAGCTTGTCCTCAGATTCAGTTTTAACTACATCCTT +AAGCCCTAGTTCTCTATATTTTACACCACTTGTATTAAAAAACTTTTTTAATTCAAGTCC +ACTAGTTTTAAACATTTTTTCTAACTCTTCTTTAGTTGGAGGATTTTCAGTTATTTCAAT +TTCTTCAAAGATAATATTATTTTCATTTAACCATTTTTTTGCTTTTCTTACTGTCGAACA +TTTTGAATATCCATAAAATTTAATCATAAATTAAGGTCCCCTTTATAGTTTTAATATTCA +ATTTCTACCCTTAATTTCAATTTTTAATCAAGTTTTATACTAATTCTCTAATTTTTTCTT +TTCCTTTGGATTTTATAATTATCCCTTGCTTTTCTATTATAGCTATATAGTTTTGCGTAC +TTTTAACTGTATTTTGATAATCATTTATTGTTATATAATCATTTTTTTCTAGGTATTTAA +TTGCATGGTCAAATCTTATTAGCTTCTCTAATCCATCTATATCATTGTTATAATTATTAT +ACGTTACATACTTTTCACTCGAATTACTTATATCCAACAATATTTTAATAGCTAAATCTT +CCATAATTTGTAGTCTCCTTTTAATATAAAAATAAGATTATATCCTTTTAAAATTCTACA +AATTATTTTTATTTCCTTCTTTTTCTTATACTTTTTTGTCGGATTCTATACATATTTTAA +TATATGAACTAAAAGTTATACTTGATTCCAAGGAACTAACTCTACTTCACCATAAGATCT +ATACTTTAATCTATTAGAATACTCTCCTTTATATCCAATAACATAAAGTAATGCAAGTTC +TACATATCTTGTCCCTATTTGTATTATATTCCACATGTCATCAACACTTAAATTAGCTTT +ATGTCCTTTTCTACTTGGATGAACAATTTTATTCCTAAAATAGATAACTAAGTCTATTCC +ATCATCAAATTTACTTTTTATCCAATCATCAAATAAATATAATTCTTTTTGACCATATGG +AATTTTGCATATATCTAAAAGCATTCGAATATTTTTAGATGTTGAATTTTCATCAAACTC +TTGTTCATCTAATAAATTATATAATTCTACTAATACAACGTAAGATAAAGTTTCTAATGC +AATTTGGACAGATATTATATTATTTTCTAATGTTATATTGTTTTGAGATTCTATATACCA +ATCAATAATATGTTTAATTGTTGGCTCATAATATGCATCTTCTAATTTTTTACACATAAG +TGAAATATATTTTTCTATATTATGATAATTTGCTATTGTATCACTCCAAGTAGGAACAAA +CTTAAAAGGAGTTACAATTGCTTCTCTCCATAATCGGTATACATTTTTTTCACCATCATA +TCCATTTGCCAAGCAAATATCAACATATCTACCACACATAAAACTCAATGATGTAGAAAT +TCTATCTAAAATATCCTCTACGTTATTAGTTTTAAAAGTTGTATTATCTTTTTTTAAAAT +TCTTCCAACATGAGTTATTATATTACCTGATTTTATTTTTAACTCTTCATTTAATTCTTT +TCTATAGTCGTACCTTTTATCGATAACTACTTTATAGTCATTTATTTCAAACTCAATTCT +ACCTGCAAATAATTTATTTTCATAATTTATGAGCTTTCCTGGTACCTGATTTAAATTTAT +AATATCAAAATCTACATATTCAACATAAGTATTCTTGGATTTCATATTATTATCATTTAT +ATAACCATCTATATTAGAATTATTAATAGTATTTACAGTTATATACACTGGCTTATACCC +ATAAACTTCAAGTATAGCATTATCATAATCTAAGGCTAGGTCAAAGTCTTCATCTTGGGT +ATGTATAATAGATGCTTCAAAATTAACTGACATGGGTGGTATCATTTTATAATAAATTAT +CCCGTTACATTTGTATTTTTTATCTAAATAAATACAAAATCTGCCTTCATATATAATAAT +ATCTTCATCAATATCATAATTAAAATATTTTGAATATATAGCATCTTTAACTACTTTCAT +TACTAACCCACCTTTACCATTATAATAATCTTATACTATTATAACATATACTTAACAATT +AAAATAGCACAGCTATTTTTAATATATTAGCTGTGCTTATTTTTCTTTTATTTCATAATT +AATCAATTCATAGATCTTTTTGCAATATTAGCGCAATGATCTGAAACTCTTTCTAGATTA +CTTATTAAATCTATGTATAAAATACCAGAATCTATGCTACATTTTTCATTATTCAATCTA +TAAATATGATTTATACGAATTGATTTTTCAATTCGATTTACTTCCTCTTCTCTTTCAAGT +ATCTGCTTAGCTAAAACATGATTTTTTTCATTAATTAATTTTAAAGCTCCCTCATAATTC +TGAATTACCATCTTATACATTTCATTGACTTCAGCAATACCTTCACTAGACAAGTCTAAA +TCATTCTCAATTGCTGTAGTAGCTAATTCTGCGATATTTTCTGAATGATCTCCTATTCTT +TCTATATCATTTACAGTATTAAATAGAACATCTACCGATTCTACTAAATTATCTGGTAAA +GATGTTTTAGATAAATTCAAAAGATAATTTAATATACTTTTTTGTAAAATATTTATTGTT +TCTTCAGTTTCAAATGCTATTTTAGCACTTTTTTCTGATTTGTTAATAAAACCATCCATA +GAACTTGATAAACATTTCTTTGCGATATTTCCCATTCTCAAGATTTCTTTAATTGTATTT +CCTAAAGCTATTGATGGTGTTTCTAACATTCTCTCGTCTAAATACTTTGTAGCTTTATCA +TCATTTTCATCATTATTATCTGGAACTAATTTTATAGCTAATTTTACTATATACTTAGAA +AACGGCAATAGTATAGCAACATTTATTAAATTAAATAGTGTATGTGCATTTGCTATTTGT +CTAGCAGCATCTGTAGGATCTATTTGTGTAACAATATATGTTATAGGTCTATTTAATATT +AATAAAAATAAAATACTTCCTATTACGTTAAATAATAAATGCATTATTGCAGCTCTCTTA +GCATTTCTACTTGCTCCTATACTTGATAACAATGAAGTTACACAAGTACCAATGTTATCT +CCATAAAGTATTGGTAATGCCGAAGATAATGGAATTAAACCTTGTGTCGCTAATGCAATT +AACATCCCCATTGATGCACTTGAACTTTGTACGATTCCTGTTATTGCAAATCCTAATAAT +AATCCTAGTATTGGTCTATGTCCAAAACTTACTAATGCATCTGTAAAACCTTTATATTCT +GCTAATGGTTTTACAGCATCTTTCATAAATTCCATTCCTGTAAATAATATACCAAATCCT +AATAATATTTGAGCAATATTTTTTACACTTGTTTTAGATGAAAAAAGATATAAAATAATA +CCTATTCCTAGAGCTATTGGTGCTAAACCTTCTAAATTAAAACTAACTAATTGAGCAGTT +ACAGTTGTCCCAATATTAGCACCCATAATAACCCCAATAGCTTGATTTAATGTCATAATT +CCCGCATTTACAAATCCAACAACCATTACTGTAGTTGCGCTAGAACTTTGAATAATTGCA +GTAACAACCGTTCCTACTAAAACACCCATTACTACATTACTAGTCAATAGTTCTATTATT +CTCTTTAATCTATCCCCTGCTGAATTCTGCAATCCTTGAGCCATAATATTCATTCCATAC +AAAAATAGGCCCAAGCCTCCTAAAATACTTATTGCAATACTCAAAACTTTTCCTCCTTTT +GTCCAAAATAAACATGAATCTACCTAAATATATGATTATCTATTTTGGTATTAATAATTC +ATAAAATATAATTGCCTTTTATTTTAGAATACTAAACTGAAATTTAGGTTAAATTATTAC +TATATTAAATTAACTTTATATAGGAGGAAAATATGAGTTTAGATAAACATAAAAGAGATG +ATAGTAAAACTAGATATAATAGAAATGATAAAAAAAATCCTAATTTTAAATTAGAACTAG +GTGAAGAACTTAACTTAGAACCAAGATTAAGACCATCAAAAACAGGTTCAGTTAGTCAAA +ATACTGCTAGACCTATAAGTACTCATAAAAAACATCAAGATCATTAATATTAATGGTAAT +ATAATAATATAGCTTATTACAAAAGTCAGTTAATATTTAAAACTGACTTTTTATTATTCA +TTTTTGTTACTTTAAATATCTAATAATCACTTATATAATATCAAGCCCAATTCTCTTTCT +ACTATTAATAAATTGTCTACTTCTCTAACAATTTTTAATGTAACTTTATTTCAACTTATA +TTTTACCTCTATAATTTATTCCATAAAGTTATTTAACTAACCTTCATAAAATTGAAAAAT +TTTTAAACAATACAAATAAAATTAAAAGGCCTGTCTTTGATTTAATATCAAAACAGACCT +TATTTGCTTATTTTATATTAAGATAATAACATATAAATAAAGTGAGCTGACATACCTGCA +CAAATTCCACCTATAGTGTGAGCAATTATAGCTTTACTAGTTAAAGCTCTTGAATTTAAT +GCATCCATCATACCAACATGAGTACTTAAGTAACCACTCCAACACATACCCATAGCTGTA +AATACTGCTATATCATTTGGAGTTATAACACCATCTGTTATAAATTGAGGTACTAATGAC +ATTGCTGCCCCAACAGCTCCAAGGGAAGTAATAGGGAAAGCTATAGCTTCTGGTGATGTA +AATCCAAATAACGGTTCTAAAATAAATCTAAGCTTTTCACCTATAATAGGAAGTAATGCA +ATCCCCTCATAAGCAGCACCTGTATAAACCTGTGCACCAGTATTAGGATCTGTTGATGGG +CCAAACGTAAGTAGCATTACCATAGTACAAACTACTAATACACCTGGAATTATTGCCATA +CCCATCTCCACTCCATTTTTTCCACCTTCTAGCATTGCATCTAGTGCTCTTTGGAATGTA +TTACCTTCTCTAATTTCTCTATATTCAATTGAATCGTTCAAATTATTTTTAGCTTTATTT +TTTCTAGAATCGTAGCCATAGTACTTTTTAGTAAAATGTAACATTATTCTAACACTTATA +ACACTTCCTATAATTGCTCCTATATTACCTATGATTGCAGGCAATACATATTCTTTTCCT +TGAGATATCATAAAAGTTGTCAGTATTAGACCCATTCCAAAAGCAGTTCCTAAATTGCAT +AAAGCAGGAACCTCATGTTTTTTAAAGTATTTAGTAAAACTCTTATCCTTTGCAAAAGAT +ATTATTGCTGGATTATCCGACAAATATGTAGCTACTGCTCCAGCTATACTTGCCCCTGGT +AATCCATATAAGGGTCTCATAAATACCGCGAATATTTTATTTATTAATGATATTACTCCA +AATTCTGATAGTAAAGAACTTAGTGCTCCCGCTAAAACTGACATTGCCATTATTAAAAAC +ACTGTATTTAAAAGCAAGTCATGAGCAGTATTCATTATAACTTTAAACATTATTCCTGCA +CCCATAATACTTGCTGTATATCCAAATCCTATGGCCAAAATACCGATAAAAACAAATGTT +TCTAGGCTAACAGCCTTAACACGTCTTTGAGAAATTTTTTCATCCATTCTTACGACTTTT +TCAGCTTCCATTTTTACCTCCTTTATTTAATTTTCGTTTTGTTAACTTATTTATATTTGA +ATCTCGACCCCGATAGGGATTATAATAGTTTCACCACAAAACATATTCCCCCTATAGAAA +GGAGTCGAGAAAATTGAAACCTACGGTTAAATGCCCTGAATGTTATAACACAAATTTGTA +TAAGTTTGGTAAGGATAAGAATT +>MGYG000000001_6 +AACTTAATATAAGTTAATCGAAAGATTATGTGGTTACTATAGCAAAGAGGATACACCTGT +TTCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTC +CTGGGAGAGTAAGACGTAGCCACGTAATCTTTTTTTATTATATTCTTATATTTATAATGT +TAGGTTTTAAAAACATGTAAATACTATTACAAAATGAAAAAATAGGAGTGATAGACATGT +TGAGAAAGCTAGCAATTATTTTGGTTATAGTAGGAGCACTTAATTGGGGCGGAATAGGAG +CATTTGGAGTAGATTTACTAGGTAATGTATTTGGAGGAACTTATGAAGTTCTAAGCAGGA +TGATGTACTTCACTGTAGGATTAGCTGGAATATATCTAATAATGACTCAAAAACTAGAAA +ACAAAAGTGATTAATGATTAATATGAAGATAAAAGACCGTGACTGTTATTTAGAAACGGT +CTTTTAATTTATCCATGATTATAATAATATAAAGAATATGAAGATGTATAAACTATAATG +ATGATAACCAATATAATAATAAATAAAATAATTTTATAGATAGATAATTTTACAGATAAA +GAAATTTATAATATAAGAAAATATATGAGGAGAATATATGAGCAAGTTAATTATAGAGGA +ACTAAATAATATCGTAGATAATAAATTAATATCTTTTCATGTTCCAGGGCATAAATTAGG +TAAGATTTATGATAAATTAAATTATACAAATACACTTAATAAAATCTACTCTATGGATAC +AACGGAAATCCCAGGAACTGATAATTTACATTCACCAGAAGGTATAATAAAAGAATCTCA +AGAGAGGGCTTCTGAAGTATTTAAGAGTGATGAAACTTATTATTTAATAAATGGTAGCAC +TTGTGGAATACAAGCAGCTATAATGGCATTATGCCCACCCAAAAGCAAAATCATTGCAAA +TAGAGATTGTCACCAATCAGTAATAAATGCATGTATTTTAGGAGATGTAGACCCAGTATA +TATAAATTCAGAAGTTGATAAAAATACAAATATTCTTAAGGGTATTAATATAGATGATGC +AATAAAAGTTATAGATAGTAACTTAGATGCGAAGGCTATAATACTTACATACCCGACATA +CTATGGAATGACATATGATTTAAAGAGGGTATGTGACTATGCTCATAGCAAGGATATTGC +TGTAATTGTTGATGAAGCACACGGTGCACACTTAGGTTTAAGTGAAGAATTGCCTAAAAC +AGCTTTAGAACAAGGAGCAGATATAGTTATACAAAGTACGCATAAAACATTACCTTCATT +CACTCAATCATCTATGATACATATACAAGGAGATAGGGTAAATAAAGAACAATTAGTATC +CATTCTAAAGATTATAGAATCATCAAGTCCGTCATATATGCTAATGGCATCATTAGAAAT +AGCTGTTGATATTTATAATAAGTATGGAACAAAACTTATGAATGAACTATTAAATAACAT +TGATAAACTAAAAAATTCTTTCAAGGAAAATAATGGTATAGGGTTTTATGATACAGATGA +TAAGACGAAGATATTTATATCTACAATTAATATGGGATTAATAGGTTATGAACTAGAAAC +TATACTTAGAGAAGAGTATAATATACAAGTAGAGTTATCCAATTATTATGGATCTTTATT +AATTTGCACTATAGGTAATGACAATGATGATTTCAAAAGTTTAGAAACTGCTTTAAACGA +AATCTTAGAAAAATATAGATCTAATAAAAATATAGAGAAAATAGAGTATCCTAATAATAT +ACCAGTAAAAAAATTAACACCAAGAGAAGCATTTTATAAAGAGAAGAAAAGTGTTAAAAT +ATATGAAAGTGTAGGGAAAATATGTGGAGAATACATAATCCCTTATCCTCCAGGTATCAG +CTTAACATCGCCTGGGGAGATAATAACAAATGAAATAATTGACTACATGTTATTCTGTAA +AGAAAAAGGAATGAATGTAAGTGGATTAAAAGATTCTAATTTAGGACAAATTCAAATTAT +AGAATAGTACAAGATTCTATGGAGGACGGCAAATGAAAGGTAAATTAATAATAATAGAAA +GTGGTTCTGATGCTAGTGGAAAGGCCACTCAAACTAAGAGGTTATTTGAAAGATTATCAG +AGGAAAATAGTAATATAAGAAAAGTAGAATATCCAAACTACGACTCAGAATCTTCTGCAT +TGGTAAAAATGTATTTAAGAGGAGATTTTGGAAAGAATGCTTCTGATGTAGATCCATATA +TATCATCTACATTTTTTGCAGCTGATAGATATGCTTCATTTAAAACGGAATGGGAAGAAT +TCTATAACAACGGTGGAATAGTTATTGCAGATAGATATACAACGTCTAATATGGTACATC +AAGCGTCTAAGATGGATGAAAAAGATAGAGATAAGTACTTAGATTGGTTAGTTGATTATG +AATTTAATTTATATAAAATACCAGAGCCAGACTGTGTTATATTTTTAGATGTTCCTATCG +AGTTTAGTCAAAAGCTAATGGAAAATAGAAAGAACAAGATAACAGGTGAAGATAAGAAAG +ATATACATGAAAGCGATATAGAGTATTTAACAAAATCATATAATAATGCACTATATATAG +CTAACAAGTATAATTGGAAAAAAATAAATTGTGTTAAAGATGGGACTTTAAGAAGTATAG +ATGATATACATGATGAAATCTATAACATAGTTAAACAAAGTATATAACCTATGGAGAGGT +AAATATGTATTTTAATAATATTATAGGTCAAGAGTTTGCAAAGAAGTATATAACAAACTC +CATTAAAAATGATAAGGTTAATCATGCATATATGTTTGAAGGTATTGATGGAATAGGGAA +GAACTTATTTGCAAAAGAATTTGGAAAATTACTTATCAATGTTGATAATGTAGATAATAG +TCCAGATTATATAAATATAGAACCTACAGGAAGTAGCATAAAAATAGCACAAATTAGAGA +ACTACAATCAGATATAATAATAAAACCACATAGTAAATATAAAATATATGTAATTAATCA +TGCAGAAAAGATGACAGTAGAGTCTCAAAATGCATTATTAAAAACGTTAGAAGAACCACC +AGAATATGCTATAATAATTTTGATTACAAACAACAAAGAATCTTTATTACCTACAATAAA +GTCTAGATGTGAAATAATCAAATTTTTACCAATATCTATTATGGAATTAAAAAGGTACTT +AATGGATAGAGGCGTGGAGGAAAAGAGATCAGCACTATTAGCGAATTTTTCTAGAGGAAG +TATAGAAAAAGCTTTAGAACTATCTGAGTCGAGTGATTTTTCAATAATGAGAGATGATAT +ACAAAAATATATTCAAGATATTTTAGATAAGAATATGGTAGAGATTTTAAATATATCAAG +TGATATGGATAAATATAAAGATAAAGTTATTATTGTTCTTGATATGATGATTAATTACTT +CAGAGATATTATGATATGCAAAGATAGAGCGGATAAGGATATGTTAATAAACGGGGATAG +AATTACATTTATACAAAATATGAGTAGTAAAATTACTTATTCGCAAGTATCTAAGATTAT +TGATATAATAGAAGAAGCAAAAAGAAAGATGAGAAGCAATTGTAACTTTAGTGTAAGTAT +ACAAGTTATGGCTTTGAACATATATGAGGTGATAAAATGATAAAAATAGTGGGTGTTAGG +TTTAAAAATGCAGGTAAAATATACTATTTTGATCCTGTAGATTTTGAAATAGAGCAAAAC +ACAGATGTAGTTGTAGAAACGGCAAGAGGTCTAGAATACGGAACAGTAATTGTTGGTCCA +AAGGAAATAGATGAAAATAAATTAGTATCACCATTAAAACCTATTATAAGAATAGCAACT +CCTGAAGATACTAACATATATAAGGAGAATAAAGAAAAAGCTAAAGAAACTTTTGAATTA +TGCCAACAAAAAATAAAAGAGCATGATCTTACTATGTTCTTAATTGATTGTGAATATACT +TTTGATAGAAATAAGTTAATATTCTACTTCACTGCAGAGGGAAGAATCGACTTTAGAGAG +CTTGTAAAAGATTTAGCGGCAATATTTAAAACAAGAATAGAGTTAAGACAAATTGGAGTT +AGAGATGAAGCCAAATCAATTGGAGGTTTAGGTCCATGTGGAAGAAGTTTATGCTGTTCT +TCATGGCTAGGAGATTTCCAACCAGTTTCAATAAAAATGGCTAAAGACCAAAGTCTATCA +CTAAATCCAACAAAGATATCTGGTATATGTGGAAGACTATTCTGTTGTTTAAAATATGAG +CATGACGTATATGTAGAAGCAATAGAAAAAATGCCTAATGTAGGAGACTTAGTTAAAGTA +AGTGGAAATAAAGGTAAGGTAATAGAAGTTAATCCTTTATTAGAACAAGCTAAAGTTGAA +TTCAATGATAAAACTATAAAAACTTGTATGAGAGAAGAAATAAAAGTATTACAAGAAGCT +AAAAAATGTGGGGGTTGTTGCAAAAATAAAGATGAACAACTAGATGCAGAAACATTAAGA +GAGTTAAAGAAATTAGAAGATTAAATTTGTAATATAAAAAAGGGGTAGGATTTTCCTACC +CTTTTAAATAAGGAGATATTTATGGACATAAAATTAAAAGACACAGAAAGAATAGATGAC +TTACAGTTAAAAGGATTAAAGTTAATACAAGATACTAATGGATTTTGTTTTGGAATAGAT +GCAGTTCTTCTAGCAAACTTTGCAAAAGTAAAAAAAGATGCTAACGTTGCAGACTTAGGT +ACTGGTACAGGAATAATACCAATACTTATTGCAGGAAAAAGTAAAGCAAAGAAAATAGTA +GGAGTGGAAATACAAGAAGAAGTATATGAAATGGCCACTCGCTCAGTAAAATTAAATAAT +TTAGAAGATAGAGTAGAAATTGTAAATGCAGATATTAAAACAATAGATAAAGTATTAGAA +GTACATGGATATCATGTAGTTACTTCAAATCCTCCATATATGCATATGGATGGTATAAAA +AATCCTAATGATAAAAAAGCAATATCTAGACATGAGGTAAAATGCAATTTAGAAGATGTT +ATAAGAGCAGCCTCAAGGTTAGTAATGCCTAGAGGTAAGTTCTTCATGATACATAGGCCT +ACAAGACTAGTTGATATTATTGAACTTGGAAGAAAATATAGACTAGAACCGAAAGTAGTA +CAATTTGTACATCCAAGAGCTAATAAAGCTCCAAACTTACTTTTAGTGGAATTTATGAAA +GATGGAAAACCAGAATTAAAAATACTTGATCCACTATATGTTTATGGAGAAGATGGAAAC +TATACAAAAGAAATAAATGATATATATGCAAATGAAGATATAGGAGAATAAGATATATGA +GCGGTAAATTATATATATGTCCAACACCCATAGGAAACTTAGAAGATATAACTTATAGGA +CTTTAAGAGTATTGAATGAAGTTGATTTAATTGCAGCTGAAGATACTAGACATAGTATAA +AACTTTTAAATCATTTTGAAATTTCAAAACCATTAACAAGTTATCATGAACACAACAAAG +ATTCCAAAGGTGGGTATTTAATCAATAAATTACTTGAAGGTGAAAACGTAGCAGTAATAA +GTGATGCAGGGATGCCAGGAATTTCTGATCCAGGTGAAGATATAATAAGGGAAGCTATTG +AAAATAATATAGAAGTAGAAGTTTTACCTGGTGCCACAGCTTTTGTAACAGCTTTAGTAG +GGTCTGGATTAGATACTAGAAAGTTTGCATTTGAAGGTTTTTTAGATAGAGATAAAAAGA +CTAGAAGAGAACAATTAGAGGATGTAAAGGAAGAAAGTAGAACAATGATATTCTACGAAT +CTCCTCATAGATTAAAAGATACGTTAAAAGATATGAGTAAGGTTTTAGGAAATAGAAAAA +TTTCTATAAATAGAGAGCTTACAAAAAAATATCAGGAAATAATAAGAGAAGATATAGATA +AAGCAATAGAAATATTTAATGAAAGAGATATTAAAGGTGAGTTCGTTTTAATAGTAGATG +GTTTTAAGGGTGAAAAAACTCAGAAAAATAACTATGATGATCTTACAGAAAGAGAGTATG +TAATAGAGTTAATTAATAATGGTTTAGATAAGAAAGATGCTATTAAAACAGTTTGTAAAG +AAAGAAAGTTAAAAAAGGATGTAGTATATAAGCAAGTATTAGATTTATAAGATATAAGCA +TTCGGGGTGATACATATGGAATTGAATAAGATTTTAATAAATAGTTTAAAATGCAAAGAT +GCTAGTGAAGAGTTTAAAAAATTAGATAATAATAAAATATTAGAACAATTGATTCCTAAA +ATAAATGAAATGAAGGAAGTTGGAGAATGTAAATATCACGTAGTGAATTGCTTTGATCAT +TCTATAAATGCATTAAAGGAATTTGAAGATATGATAAAGGATGAAAATTTCTTTTCAAAT +CATTTAAAAAATAGAATATGGAACTATTTAAATACTAGCGTAGAACATGGTATAAGTAAA +CTTGATATACTAAAATTAGGAATATTTTTACATGATATTGGTAAGCCTGATGCAAAAACT +ACTGATGAAAATGGTAGAGTTCACTTTAAAGGCCATGAAAAAATAGGTGGAGATATTGTG +ATTGACTTAGGGAGAAGCTTAGGATTAAGTCAAAGTGTAATAGATACTCTATTTAAATAT +GTTAGATATCATATGTTTTTATTAGTTTTTTATAAGAAAAATGATATAAGTCAAGAAAAA +CTATTTGAAATGTTCGATACCTTAGAAGAAGATACAATAGGAGCTATGCTTTTAGGATAT +GCAGATATAGTATCTACTAGAAAATTATTGAATCCTAATGAAGAAGTAGGAGTAATAAAA +ACTTATATGGAATTTATATTGACTAATTATGAATACAGATACAAAAGATTAAAATAAAAA +CAGGTTGCCTTAAAATGAATTATTCATTTTAAGACAACCTGTTTTTATTTATTATAATAT +AGACTTTGATTGTATTGGAGTTGACAATATCACCGAAGTTTTAGTAGAACCTATTGTTTT +TATAGTATCAATTACATTTTCTAATTCATACATATCTTTAACTATGACTTTAAGAAGAGA +ACAGTCATCACCTGTTATATGGTGACACTCAACTATTCTAGGGTCATCTTTAGCAACTTC +TAAAAATTGATCATAAGCTTTTCCACTTGGAAGTGATATATGTATAAATGCTTTTATAAC +TCTGCCTAAAGCATCTGGATTTACTATTGCCTTATATCCTTCAATAACACCTGCTTCTTC +AAGTCTTTTTACTCTTTCAGAAACAGCTGGAGAAGTTAAACCAACTATTTTACCTAAGTC +CTTCATTGAAATTCTACCGTCATCCTGAAGTATTTCTATAATTCTGTAATCAGTAATATC +CATATGTAGCCCCCTTTGATTTATGTTATTGTTTTTGTACAACTTTATCACCTAATAAAT +TAGTTTTTAAATCCCAAAGCTCTTGTGATAAATCAACTTTATAAGTTTTTGGGCAAGTAA +GTCTTCTATATGCATCCCATAAAGTATTTAGTTCATCTTGCACATATTGCTGTATTTCTG +TAATTGGCTTAGATTTAAACTTACATTCTCCGTTTATAAATAAAGGCTTATGAAGTTCTT +TAATCGTGTAATCTTCAAATGTAGTTTCTTTCCAAGTATATGTAGGGTGGAATACAGTAA +GAGGTTGTGAAGTATTTATTTTCTCATCATGAAGCATAATTAAATCGGCTTCAGCTTTAT +TCTCTTTATTGTATATTCTAACAACTTTTTTATATCCTGGGTTATTTATTTTTTCTGGAT +CCTCAGAAATTTTAATTTTTGGAACGATTTTATCACCTTGGTATGAAGCTGCTAACTTAT +ATACACCACCAAGAGATGGTGAATCAGCTGAAGTGATTAATTTTGTTCCAACACCCCAAG +AATTTATAGCACAATTTCCTGATTTTAAAGCAGATATAGTGTACTCATCTAAATCATTAG +ATGCTGTTATACTTAAATTACTAAAACCTGCTTCATCTAGCATTTTCTTAGCTTCAACAG +ATAGATATTCTAAGTCACCTGAATCTATACGGATACCAAGTGGTGTATGGCCATTAGCCT +TTAAGTTCTTAAATACTTTTATAGCATTAGGAACTCCACTATTTAATACATCGTAAGTAT +CAACCAAAAGTAAGCATTTATCAGGATAAACATCAGCATAAGCTTCAAATGATTCTAACT +CTGAGTCAAATTTTTGAATCCAACTATGAGCTTGAGTTCCAACTACTGGAATATCAAACA +TTTTACCAGCTAGTACATTTGCTGTAGCCTTACAGCCCCCTATTACAGCAGCTCTAGCCC +CGTAGATACCTGCATCTGGTCCTTGTGCACGTCTAAGTCCAAATTCAAAAACTGGATCTC +CTTGTGCAGCATAACAAACCTTAGAAGCTTTTGTAGCTATAAGAGATTGGAAATTTACGA +TAGTAAGTAAAGCTGTTTCTATAAGTTGAGCTTGGTACAGAGGTGCTTTAACTGTAATAA +CAGGTTCATTAGGGAACATGATTGTACCCTCTTCAACAGAATATATGTCTCCTGTAAATT +TAAAGTCCCTTAAAAAATCTAAGAATTTATCTGAGAATAAGTTTAAACTTTTTAAGTACT +TTAAATCTTCCTCTGAAAATTGAAGATTATTTATATAATCAACTAATTGCTCAATACCAC +AAACTATTGTATACCCACTTTTACATGCATTTTTCCTAAAGAACATATCAAACACAACTA +CATCTTCATGTATATTTTTCTCAAAATATCCATTCAACATAGTAAGTTGATACAAGTCTG +TAAGAAGTGTCAAATTTCTCATTATTTTTCTCCTTAAATACTAAAAATTATAAAAAAACC +CTATACCTATACTAAAACACAATACACTTCAACTTTCAAGTATAAACTAGTCCTTAACTA +ACATAAAATTATTAAGAGGGGAGGGGATTAAAATAGGAAAGATATGGTTTTATATGATTG +TAATAGGAATATTAGGAAGTGTGTATTTTCAAAATCTAGGAGCGTTAAACAATGCTCTTT +TAAATGAATCTTCTAAAGCAATTGAATTTGCTATAAGTTTAGCTGGAATTATGGCATTTT +GGATGGGAATAATGAACATCGCTAAAGATTCTGGCCTTATAGAAAGAATAGGATATAAGC +TAAGTCCTATAATGAAGAAATTATTTCCTTCCATTCCCAAAGGACATAAGGCTATGTCTT +ATATAGTTATGAATATGGCTTTAAATATACTAGGAGCAGGGAATGGAGCTACAGCATTTG +GATTAAAAGCAATGAATGAGTTACAAACTTTAAATAGAAAGAAAGATACTGCAAGTAATG +ATATGATTATGTTTTTAGTAATAAATATATCGTCTGTGCAGATAATTCCTTTTACTATGC +TTAAAATAAGAGGGGATGCTGGAGCTCAATTTCCAAATGAAATTATAGTTACAACCTTAT +TTGCAACGATAATATCAACCTTTGTAGGAATAGTAACTTGTAAACTTTTTCAAAGGAGGA +ATGATAAATAGTGCTAGATATATTTGCTAACTTGATTATACCTTTAGTTATATTATTTAT +AGTAATATATGGAAAAGTTCATAAAGTAGATATATATGAAAGTTTTGTAAAAGGAGCTAT +AGATGGTTTAAAAACAGCATGGTCTATATTACCGTCCATAATCGCTATATTTTTAGCAAT +AGGTATATTCAAATCAGGAAAAGGGATCGAGATGTTAGAGTTTATATTTTCTCCTATAGC +AAAGCTTATGAGTATTCCAAAGGAATTAATTGGACTGATAATTGTAAAGCCTTTATCAGG +CAGTGGAGCTTTAGGAATGTATAATGAATTAGTGCAGAGAGTAGGTATAGATACTTTAAT +CGAAAAAATGGGTTCTACGATTGTTGGAGCATCAGAAACTATATTTTATACAATGGCAAT +TTACTATGGAAGTTTAAAAATTAAAAATACGAGATATACCTTATTCTGTTCGATGTTAAG +TCATATAGCAGGAGTTATAGCATCAGTATTTATATGTTACTTAATATTTACATAAAATTT +AGTTCAAAGTAATTATCTTAGGTGTAAAAGTGTAGTTGACAATAATACATAATTTTAATA +GAATAAAAATTAATAATATTATTAATAATACATAATTTAATCACATGTATAATGATTGTT +ACATAGGTTAATACTACGAATAAGATTTACTTAATTTATTTTATTTTATAAATATATATT +TATATGCTTAATTAATCTACATATATATTTTTTTTTATAATAAGTTAAGAATTCTTATAA +TTTTTATATCAAAATAAGCTATGAAAAGAAGAGTAAATAATGACTTTTTCAACAGAGAAC +TAGGTTAGGTGAAAGCTAGTGTTAAATGATTTATTGAAGATGGCCTTGGAGCTTCTTATC +TGAAATTTAAGTAGGATAAGACGTTTAGACACGTTATAGTCTACTAAGATATCTATATGT +TTAGAATAAATTTAAACTATAGATAAATTAGGGTGGTACCGCGTATATAATCTCGCCCCT +ATGTAATATTCATAGGAGGCGAGTTTTTTATATCTAAAAAAATAGGAGGAAGTTAAGATG +AGCAAACCAACTTTTTATGTTACAACGCCTATATATTACCCAAGTGGAAATTTACATATA +GGACATACTTATACTACTGTTGCAGCAGATGCAATAGCTAGATTTAAGCGTTTCTCTGGA +TTTGATGTAAAATTCCTTACAGGGACAGATGAACACGGAGAAAAAATACAAAAAACTGCT +AGAGAGAAAGGTATGACAGAAATGGAGTACTTAGATGGAATGATAGCAGGTATAAAAGAT +TTATGGAATACAATGGATATATCTTATGATGATTTCATAAGAACAACTCAAGATAGACAT +AAGGACGTTATACAAAAAATATTCACTAAATTATATGAACAAGGAGATATATACAAAGGT +TCATATGAAGGTAGATACTGTACTCCATGTGAAAGTTTCTGGACGGAATCTCAATTAGTA +GATGGAGATAAGTGTCCAGACTGTGGTAGAGAAACATATTTAGCGAAAGAAGAAGCTTAT +TTCTTTAAGTTATCTAAATATGAAGATAGATTAAAAGAATTATTCCAAAATGATAAATTC +TGTTTCCCAGCAGCAAGAAAGAATGAAATGGTTGCAAACTTCTTAGACAAAGGTTTAGAT +GATTTATGTGTAACTAGAACTACTTTCGACTGGGGTATAAAAGTTCCATTTGATGAGAAA +CACGTAATCTACGTTTGGGTAGATGCATTATGTAACTATATAACTGCATTAGGGTACATG +AGCGAAAATGAGGAAGAGTTCAAAAAATATTGGCCAGCAAATGTTCAAATAGTAGGTAAA +GAAATCGTAAGATTCCATACTATAATATGGCCAGCATTGTTAATGGCCTTAGATTTACCA +GTTCCAGAGCAAGTTTACGGACATGGATGGATATTATTTGCTAATGATAAAATGAGTAAA +TCAAAAGGAAATATAGTTTATCCAGAGCCAATGATAGAAAGATACGGAATAGATGCTCTT +AAGTATTTCTTACTAAGAGAATTTGCTTTTGGTCAAGATGGAAGTTACACTCATAGAAAC +TTCGTAACTAGAATAAACTCAGACCTTGCAAATGACCTAGGGAACTTAGTAAGCAGAACA +GTAGCTATGGTTGAAAAATATAATGGTGGAATAATACCAATGGCAAAAGTAGCAACTGCA +TTTGATGAAGATTTAAAAGCACAAGCTAAATCATCTAGAGAACACTTCGAAGCTGAAATG +GATAAAATGCAATTCCATGAAGCATTAGAAAATGTATGGAAGTTAATAAGAAGAACTAAC +AAATACATTGACGAAACTATGCCATGGGCTTTAGCTAAAGATGAAGCTAAGAAAGATGAA +TTAGATACAGTATTATATAACTTATGCGAATCTATAAGAATAATATCAACTTTAATAAGA +CCTATGATGGAAACAACTGCTAATAAAATATATGATCAATTAGGAATAGCAGGACAAGAA +GAATTAATAAATTGGGAAAGTACAAATACTTTTGGACTTATAGGAGAAAATACTAAAGTA +CACAAGGGTGAAGCTTTATTCCCAAGATTAGACATAGAGAAAGAGGTAGTAGAATTGGAA +CAATTATTCAGTGGAAATGTAGAAGCTAAAGAAGAAGTAAAAGAAGAAACTTTAACTCAT +AAAGAAGAAATAACTATAGACGATTTAGATAAAGTAGAATTAAGAATAGGTAAAATAGTA +AGCTGTGAAAAGCATCCAAAAGCTGACAGATTATTAGTATCTCAAGTTAAATTAGGACCG +GAAACTAGACAAATAGTATCAGGGATAGCTAAATGGTACAAGCCAGAAGAAATGGTTGGA +AAAGAAGTTATAGTAGTATGTAACTTAAAGCCTGTTAAGTTAAGAGGAGTAGAATCTCAA +GGTATGATATTAGCAGCTGGTGATGATGGTGATGATTTATTAATACCAACAACTACTGGT +GCTAAAGACGGATGCGAAGTTAGATAAGGAGAATAATTATGTTATTCGATTCACACGCAC +ATTTAAATGATGAGAGATTTGATGAAGATAGAGAAGAATTAATAGCTTCTCTTAAAGAAA +AGCAGGTTGATTTAGTTGTAAACCCAGGTGCAGATATAAAATCTTCTATAAGTAGTGTAA +ACCTAGCTAATAAATATAATTTTATATATGCAGCTGTTGGAGTTCATCCACATGATGTTG +GAGAATTAGATGATACTGCGATAGATACTTTAAGAAAGTTAGCTACTGAAAATGAAAAGG +TAGTTGCTATAGGAGAGATTGGATTAGATTATTACTATGATAATTCTCCAAGAGAAGTTC +AAAAAGAATGGTTTAAAAAGCAAATAGAACTTGCTAATGAATTAAAATTACCAATAATAA +TACATGATAGAGATGCACATGGTGATACTTTTGAAATAATAAAGAATACTAAGAGTCCAG +AAATAGGATGTGTACTTCATTGTTATAGTGGTAATGTAGAATTAGCAAAAGAATATATAA +AGATGGGATGTTATATTTCTATCCCAGGAACAGTTACTTTCAAAAATAATAAAAAGACTA +GAGAGGTTGCAAAAGAAATTCCTCTAGAGTATTTATTAATAGAAACTGATTCACCTTATA +TGGCTCCAGAACCACATAGAGGGAAGAGAAATGATCCTTCATTAGTAGCTTTTGTAGCTG +ATAAGATAGCTCAAGAAAAAGGAATATCTTATGAAGCAGTTTGTAAAGCGACTAAGGAAA +ATGCAAAAAAATTATTCAATATAAAGTAATCTAAAGTTCAAGATGATTAGATATAATTGA +TCTAATTATCTTGAACTTTTTTATTAAAAAATATATATATAAAATATCAAAAAATTCAAT +TTATAATTACAATAGTTGAAAAATGGATAAATTATATACTAATACAAATATTTATGCTAA +AATTTAATTTATGAATTCAAGCGATTAGATGGAAAAGGTGATTTTATAATGATAAAAGAA +GTTATAGTAGTAGAAGGTAGAGATGATGTTACAGCAGTAAAAAGAGCTCTAGATGCAGAA +CTTATAACTACTGGTGGATTTGGATTTCCTAAAGGAGTTATGGAACGCATAAAAGCCGCT +CAAAAAAGACGTGGAGTAATAATATTTACTGACCCTGATTTTGCTGGGGAAAAAATAAGA +AAGAAAATAGCTGCAGAAGTTCCAGGATGTAAGCATGCTTTTTTACCAAGAGAAGAAGCT +AAGAAAGACGGAGATATAGGTATTGAAAATGCATCTCCAGAAAGTATAATATCTGCTTTA +AATAAAGTTAGAACGGAAAGCGTAGAAAAAAGAAGTGAATTTACTCAAGTTGATTTAATA +AGAAATCAACTTATAGGAAATGAAGATGCTTCTTGCAGAAGAGACGAAATTGGAAAAATA +TTAGGAATTGGATACGGAAATGCAAAGCAATTCTTAAGTAGATTAAACAATTATGGAGTA +AGTAGAGAAGAGTTTCTAAAAGCAGTAGACACAATAAATAATAGTCTATAGATGTCAGAT +TAAAAGTATTATATAAAAATTATTTAAAGAAATAATAAAAAGTAACAATAAATAAAATAA +GAAAAATAGATACATAGAAGGAGATAACATATGGATAGACTTTCATCTCATAGAGCTACC +AAAGAAGTAGTTCAAAAACATAATTTTAAATTTTCAAAGTCATTAGGCCAAAACTTTTTA +ATAGACGATAACGTTATAGATAGAATATTAGCAGGAGCTAGATTATCAGAAGGTGATAGA +ATCATAGAAGTAGGACCAGGAATTGGTACACTTACTCGTGAAATGGGAAAAGTTGCAGAC +AAGGTTGTTGCTGTAGAAATAGATAAAACTTTAATACCAATACTTAAAGAAACATTAGAA +GATTTAAATAATGTAGAAGTAGTTAATCAAGATATATTAAAAGTAGACGTAGAAGAATTA +GTAAAAGAAAAATTAGATGGAGGACCAGTTAAACTTGTAGCTAACCTTCCATATTATATA +ACTACACCAATAGTTATGAAATTTTTAGAAGAAGATATTCCAGTAACTGATATAGTAGTT +ATGGTTCAAAAAGAAGTTGCAGATAGAATGAATGCAGGTCCAGGAACTAAAGACTATGGT +GCGTTATCAGTAGCAGTTCAATACTACTGTGATACAGAAATAGTTGCAAAAGCTCCGAGA +CACATGTTTGTTCCTCAACCAAATGTAGATTCTACAGTTATAGGACTTCATGTAAGAGAA +GAAAGAAAATATCCTGTAGACAGTGAAGATATATTTTTTAAAACAGTTAAAGCATCATTT +GGTCAAAGAAGAAAAACTTTACTTAACTCTTTAGGTGGTTTAGGATTTTTAACTAAAGAC +CAAATAAAAGAAGCTTTAAACGAGGCTAATATAGACGAAAAAAGAAGAGGAGAAACTCTT +AGCATAGAAGAATTTGCAACTCTTGCAAATGCCATAAACTCAAAAGTACCTTCAAAATAG +AAGGTACTTTTTTTTTATAAGCAAACATATACTATCTAGAGAACTTATGTAAAGGGGGGA +AAGAAGTGAGCTCTAAAAGAAAATTTAAGAGAGACTATATAATTTTAGAAGCAAAGGATA +TGAATTTTAGATATAAAGAGCGTATCTTACCTAAGGCTTTTGCAAAGATAGAAGTAAATG +ATGAAAAATCAGTCGTAGCATTATATGTAGAGAATCTTAAATATATGAAGGACGGATATA +GGGTAGTAGCAATAAGAAGTGATTATGAAACTATAGATTTAGGAAAAATCACTTTAAATG +AGCAAGGTAAGGGTGAATTTGTACTAAATTTAGAAGATAAGGATGCAGAAATAAAAGGTA +TTGCTTTATTATATGAAAAAACTGTGCCTTTAATAGGATTCAAGGGAAATAAAATTGAAA +ATTACGAAGAAATATTGTTTATGGGAGATGAAGATGACTATATAGAAACAGATGATGAAG +TTGACGAATATGAAGAGATAGAATATATAGAGGTAGAAGATGACGAAGATGGAGACTACG +AAGAGTATGAAGAAATAGAGTATATTGAGGTTGAAGAGGATGATAACCTAGACGGATATG +GTGATACTGATGATGAATATGAATTTGATGAAAGTGTTGACGGTGATATTGATTATGACA +ACGTAGAAAATAAATATCATGAGTATCAAAATATAAATGATGATAATGGCTTAGAATATA +ATAGAACAAATAGAATCCCCAGACAAAACAAAACAATTAAAGAAAAGGTTAAGCAATACC +GAAGTCCAATTAATAAAGCATATCAAGGTATAAATTACCAAGACGATATAAATGAAACTC +AACAAGAAAGAAATACAAGACCACAAGGAACTTTACTAATGCCTAGACAAATCAAAAAAG +GATTAAAATATTTTAGAGAAGTTAAGCCTTTTGTGGAGGACTATGTAGATAATACTAGAT +GGTGGAAGATAGATATAACACCAGCAACTCTATGTGGCTACACAATGCCTTATTTAGGAT +ATGTTAACAGTTTAAATTATACAATGTATAGTGATGCAATAATGCAATCCTATAAATATA +GACATTATTTGTTCGGTGTTCAGTATGATGAATATAATAAGAGAAAAAATTATATTTATG +CAGTTCCAGGTAAAAAGGATGAACAACCAGATAAAGGTCACACAGGATTTACTACGTATC +AACCTTGTGATAATAGAGGAAATAGCTTAGGTTACTGGCTATGTTATATAGATTCAAGAA +CTAGAAATATTTTAAAATAGTCATTAAATTTAGAATCTATTGATAATAATTCAATAATCC +TCTAAAATAGAATTTAAGACTATATATTTTGGAGGAGAAATTATGACAAATAATAAGAGA +CTTATAGATGAATTCTTAGAATTAGTACAAATAGATAGCCCATCTTCTAAAGAAGGAAAT +GTTGCTAAAGTATTAGTTAAAAAATTAGAGGAAATAGGTTTATCAGTAGAAGTAGATAAT +GCAGGGGAAATACATGGTGGCGAAACAGGGAATGTAATAGCTACATTAAAAGGAAATAGA +GAAGGTAAAAAAATATTATTTAGTTCACATATGGATACAGTTAGTCCTGGAATAGGAATT +AAACCTATAATAGATGAGGAAGCTGGAATCATAAAAAGTGATGGAACTACAGTTTTAGGT +TCAGATGATAAGGCAGGAATAGCTGCAATATTAGAGGGGTTAAGGTATATAAAAGAAAAT +AATATAGAGCATTCAGATATAACAGTAGTATTCTCAATATGGGAAGAAGGCGGATTATTT +GGAGCAAAATCTCTAGATTACTCGAAGTTAGATGTAGATTACGGATTTGTTTTAGATAGT +GGCGGGTCACCAGGAGAAATAATAGTAAAAGCTCCAGGTCAAGATAGAATAGCTGTTAAA +ATTAAAGGTAGACCAGCTCATGCAGGACTTCAACCTGAAGCAGGAATAAGTGCAATAATG +GTAGCATCAAGAGCTATAGAAAATATGAATTTATTAAGAATAGATGAAGAAACTACTGCT +AACATAGGTATAGTTAAAGGTGGAGAAGCTACAAATATAGTAATGCCTGAATTAGAAATA +ATTGCAGAAGCTAGAAGTTTAGACGAAGGAAAATTAGATGCTCAAACAAGTCATATGATA +GAAGCTTTCGAGAAAGCTGCAAAAGAGTTTGGAGCAGAAATAGAAGTAGAAACTTCTAGA +ATGTATTCACCGCTTAATATAGATGAAAATGATGATATAGTAGAATTTACTAAAAAAGCA +TTTGCTAATCTTAACATAGAAGGAAAAACTGCTTCTACAGGTGGGGGAAGTGACACTAAT +GTATTAAATAAAAATGGTGTAAAAGCTGTAAATCTGGGTATAGGAATGAAGAAGGCTCAT +ACTCTAGAAGAATATATTGCAATAGAAGATTTAATTAACTCTGCAAAAACAGTTATTGAA +ATAATTAAAGAAGCATAATACAATAGATAGTATATAAAATTGGGCTATCTTAGAATAGGC +TTAATTAGTATCAGATGGATATTGATTAAGTTAATATTTTAAGATATGCCCATTTTTATG +TTTTTGGAGAGTGAGAATTAATATTGAACGTAAAGAGTATGCAATATCAATAAATAACAT +AGAATTATCAAAGAAATAACTAATGGAGGGATTATGGAAACAAGATATGAAGAATCGAAT +AAGGTAACCAAGCAAGCAATAGCTTGGAATATACTACTGACAATTATAAAGATAGTTGCA +GGAGTACTTGGTAAATCTAGTGCAATGATAGCTGATGGACTACATTCTGCATCTGATATA +ATAAGTTCAGTAGGTGTACTATTAGGAAATTATATATCAGCAACACCAGTAGATAAGGAG +CATAACTATGGCCATGAAAAGGCAGAAACATTGGTATCTTTCTTATTATCTATATTATTA +ATAGTTGTTTCAGGGTCAATTGGCATAAAAGCAGTTAAATCTTTAGGAAATATAGGCGAA +ATTGCAATACCAACAGTATTACCACTAGTAGTTGCAATAATATCAATTTTAATAAAAGAA +TATCAATATAGAATTACTATTAAAATAGCTAAAAAAATAAATTCGCCAGCATTAAAAGCA +GATGCATGGCATCATAGATCGGATGCTCTTTCTTCAGTAGCAGCATTTGTAGGTATAGGA +GGAGCAATGCTAGGCTTTAAAGTTTTTGATCCTATAGCTTCTATTGTTGTAGCAATATTT +GTAGCTAAGGTAGGAATAGAAATTTTAGTAGGCTCAACTAATGAGCTTATGGATGTTTCT +ATAGATTTAGAGCAAGAGGAACAGATTAAGGAAATAGCAAAAAATACGGAGGGTGTAAGA +AACCTAGGTGAAATAAGAAGTAGAAAACATGGAGCTATGGCATATGTAGATTTAGTTATT +TGTGTGGATGGAGATCTTACCGTAAGAGAAGGACATGATATAGCAAACCAGCTAGAAAAG +GACATAATCAGAGAGATGGAATTTGTAAAAGGTATAACTGTTCATGTAGAACCATGTAAT +TATTGCCCCGGAAATACTTGTTTTAAATAATTATATATTAAAAAAAATCGAAAAAAGGTA +TATAATAATTTTATAACTAAGAGATAGCGGGGGTGCAATATGGCTAAGAAAAGAAAAATT +AAGAAGAGTGCAATACTGCCACTTAGTTTGCTTATATTTTTCGCACTGTACTTTCTTTCG +TTTTGGTGGTTTAGTAAAGAACAAGGAAATACCCAAAAAATAGAAGTAAATACGCAAGGG +CAAAAAGAAGATACGAGATCTTTATTAACACAGTTAAGATATAAGAAGAAGATATATCTT +TCAGATGGAACTGTTAGCAACATAAGAGTTGAAGAGGACTATTGGGATGAATTAGATTAC +ATACTAGCAGAGCTGAAGGAAGTGAGAATACCAGAATCTTATAAAGAAACATATAGTGGA +TACTCTGATGATGGAATTAAATTCTCGACAGACTTAAATTACTTAAGGATTTATACTGTA +AATCAAGAGGCATACTATAAAATTCCAGTAGACTCAAAAGAAGAATTTACGAATGTATTA +AATAAAAGTATTTATACATCTTTTGGATTTGTAACTCAGTATAAGAATTGGGAAAGTGTA +AGTATAACTTATGGTGACAAGACTAAAAAGATTCATAAGTGGAAATATGATGATTTATCA +TATAAGATGGCATCAAAAAGAATAGTCGGTAAAGTACAACCAGAGAAAAGTAAAGAGAGA +AGTGAATACAACTTTACAATGTCAATAAAAATAAAAGGACAAGATATAACAGTAGAAACT +ATGGGAGCAGATTATGTAAAAATAACATCTCATAAACTACAGTCATACTATGAAGTGCAT +AATGCTTTATATGAATATATAAAAAATGATATATTTAAGATAAAATAAAAGGCCGGTTAA +AACCGACCTTTTATTTTTATTATTAAAAAATTTATTATTTACTTTTCTTCAACTAATAAA +TCTGCTATTTGGTATACTGTACCAGCACCAGCAGTTATAACTAAATCATTAGGTTTTGCA +TTTTCTCTAATATATTGTGAAATATCTTCAAATTTACTTATATACATAGCATCTACATTA +TTATGATATAGTTTTTCAACTAAATCCTTAGAATGTATATCACCAGGGTCATCTTCTCTA +GCTGCATAAATATCAGTTATTATAACTTTATCAGCAGAATAGAAAGCTTCAGCAAAGCTA +TCTAAAAGAGCTTTAGTTCTAGTATAAGTATGAGGTTGGAATATGCACCATAAGTTGTTC +TTGTTTAGTTTTTTAGCTGCAGCTAATGTAGCTTTTAATTCAGTTGGATGATGTGCATAA +TCATCTATAACTAAAACATCTTTATAATAACCTTTAGTTTCAAATCTTCTTCCAACACCT +TTGTATAAAGTTATGTTTTCTCTTATAGTCTCTAAATTTATTTCAGAAACGTAAGCAGTC +ATTATTGCAGCAGTAGCATTGTAGATATTGTGAAGTCCAGGCACTGATAATTCAAAAGTA +CCTAGGTTTTCCCCTTTGTATTCTAATTCGAACACACCATATCCGTTATCATTAAAGCTT +ATATTCTTTATAATAGTGTCATTGTCTTCGTTTCTACCGTATCTTATGATACTAGCTTTA +ACTTCGTGTAAAATATCAACAGTGTTATTATCATCACCGTTTATGATAAAGAAACCATCT +TTAGGTAGAAGCTTTCCAAATTTATTGAAAGAAGCTTTTATTTCATCTAATCCAGAGAAA +TAGTCAAGATGATCTTCTTCTATATTTAATACTATAGATATTTTAGGATTGAAGTTAAGG +AAACTATCAACATACTCACAAGCTTCTGTTATAAAGTGATCAGAAGATCCTATTTTAACA +TTACCACCTATAACACTTAAGTTACCACCAACTAATATAGTAGGATCTAACTGTGCGTAT +TCAAAAATAGTAGACAGCATAGATGTAGTAGATGTTTTTCCGTGAGTACCAGAAACTGCT +ATAGAGTTTTTATATTCTCTCATCACTTGTCCTAAGAAAGCTGCTCTATCCATAGTAAGT +ATATTTTTTTCTCTTGCAGCCATAAGCTCTTGATTATTAGGATGTATCGCTGCTGTGTAA +ACTACCATATCTATATTGTCAGATATATTTTCCTTGCATTGTCCGACATGTATGTTAGCC +CCTTGGCTTCTTAGCTTATCTAAAAGATAAGACTCATTCATATCAGATCCAGAAACTTTA +TATCCTTTGTTAAGGCATATTTCCGCTAATGCGCTCATGCTTATGCCACCAATTCCAATG +AAGTGTATATTCATAATAAAACCACCTTTCTTCATAATTAAGTTCTACAATATGAACTAT +TTATGTGGTATAATAATACAATGTTCAATATTTTATTAGAAATGTACATATACTATATAT +ATACAATATATTTAAAAATGCTTTAAAACATAACTATAATTATATCATAATAAGTAATGT +TATGCATTACTTAGTTTACATATAAATTAACAAAGACTTTAGGAGGTAAAGCTCAATGAA +ATTTAAGAGAACGGAAAGAATTGGAGCTATAGTAAAAATACTATCTGATAACCCAAATAA +AATATATACATTAAGTTATTTCACAGAAAAATTTAATGCTGCAAAATCAACAATAAGTGA +AGATTTATTAGTTGTAAAAAATGTTTTTGAAAAACTAGAATTAGGGAAAGTTATAACTAT +TTCAGGAGCTGCTGGAGGAGTTAAGTATATACCTAAAACATCTAAATCAGAAAATGAAGA +ATTTTTAATGGATTTATGTAAAAAAATAAGTGATCCATCTAGATTACTTTCAGGAGGATT +TTTATATCTAATAGATTTAATATATGATCCAAGTATAGCATCAAAGATAGGAAAGATATT +TGCGTCAAATATTGACTACTCTGAGGCTGACTATGTTGTAACAATGGAAACAAAGGGGAT +ACCTATGGCTCTTATGACAGCTAAGGCTATGAACTTACCTTTAGTTATAATTAGAAAGGA +TATAAAGGTATCAGAAGGTCCAACTTTAAGTATGACATATGTAAGTGGGAAGTCGAAGGT +TGAGAGTATGAGTTTACCAAGAAAAGCTCTAAAACCAGGAAGTAAAGTTATTTTAATAGA +TGACTTTATGAGAGGTGGAGGAACTATAAAGGGTATGATGAATCTAATGAGTGAATTTGG +GGCAGAAGTAATAGGTTCAGGAGTATTCATATCAACAACTACACCAGAAGATAAAATGGT +ACAAGATTATATATCATTAATACAATTAGATGTGGATGGGGAAAAGATAACTGTAGAGCC +GAATTTAAAAACTTTTAGAGATGAATATAGAAATATAGATCTAGAAAAAAATGAGGAAAT +AGAGGGCTTTGTTGAAGAAGACGAAAGTTTATTTGATGAAGAATAATAAAAAATAAATAT +TTAAAAAAATAAAAAGGAAAATTTAAAAAAATATAGAATTACTATTATTAGTAATAAACA +ATTTATATTAATATAAACTAATTTTGTCGAAATTAAAAGGGGGATATTGAGGTATGAACA +TTACTGACGTAAGAGTGAGAAAAATAACTGATGAAGGGAAAATGAAATGTATAGTTTCAA +TAACTTTTGATAATCTATTTGTTGTACATGACATAAAGGTTATAGAAGGACACAATGGAC +TATTCATAGCTATGCCAAGTAGAAAAGTAGGGGAAGGAAACTTTAGAGATATAGCTCATC +CAATAAATGCTGAGATGAGACAAGTTCTAGAGGAAGCTGTATTAAAAGCTTACCATGAAG +CAGTTGCTCAATTAGAAGTAGCAGCAGAATAGTAAACAAATAACATTATTTAGTATTAAA +TTAGTATGGATGAGCCGAACTATTCGGCTCTTTTTTATTGGAAAAAACACTTTAATGACT +GTACTTTTAATAAGAAAAGTGCTATATTAGTTAGAGAAATGAAGAAATTGTATACAGAAT +ATCAGAATTAAATAATAGAATATAATATATAGAGATTAATTAATAAATAAAGGAGTCAAA +TCATGAACTTTAAAGCAATAATTCTTGCGGCAGGAAAAGGGACTAGAATGAAGTCTAAAT +ATCCTAAAGTAATACACAAAGTATGCGGAAAAGAAATGGTAAATCACGTTATAAATGTTT +CTCAAAAATCAGGAGTAAACGATATTGTAGTAATTTTAGGACACGAAAGTGATGTTGTAA +AAGAAAGACTTCCTAGGGACAGTATGATAGCAATGCAAACAGAGCAATTAGGAACTGGGC +ATGCTGTTAAAATGGCAAAGGAATACATAAATGACGAAGATACAATAGTAGTTTTATGTG +GGGATACTCCATTAATAAAAGAAGATACTTTAAAAAGATTATTTGCATATCATCTAGAAA +ATGAATATCATGCAACAGTTTTAACAACTAAGGTAGATAATCCAACTGGATATGGAAGAA +TAATAAGAGATAATAATGAAGATTTATTAAAGATAGTAGAGCAAAAAGATGCAAATGAAG +AAGAAAAAGCTGTAAAAGAAATAAATTCAGGAATCTATTGTTTCAACGGAAAATCTTTAA +GAGAATCTTTAGACTTAATAGATAATAACAATGCTCAAGGAGAATACTACTTAACAGACA +CTATTTACATAATGAGAGATAGAGGTCAAAAAGTAGGGGCATACAATGGTTCAACAATAG +AAGAACTTATGGGTGTAAACTCTAGGGTAGAATTATCAAAAGCAGAAGAAATAATGAGAA +GAAGAATAAATGAAGCTCATATGGTAAATGGTGTAACTATAATTGATACTAATTCTACAT +ATATAGAATCTGATGTTGAAATAGGAAATGACACTATAATATATCCAGGAGTTATGTTAA +AAGGAAACACTAAAATAGGAAGTAACTGTGTTATAGAAATGAATTCAGCTATAGAAAATT +CAATTATTGGCGATAATACAGAAGTGAAGAATTCAACTATAATAGACAGTGTAGTTGGAG +AAAATACAACAGTGGGACCATATGCGTACTTAAGACCAAAAAGTAACATAGGAAACAATG +TTAAAATAGGAGACTTCGTAGAAGTTAAGAATGCTACAATAGAAGATAATTCAAAAGCCT +CTCATCTATCTTACATAGGAGATGCTCATGTAGGAAAAGATGTTAATATAGGATGCGGTG +TTGTATTTGTTAATTATGATGGTAAAAATAAATTTAAATCTGTAGTAAAAGATGGAGCTT +TTATAGGATCGAACTCTAACCTAGTTGCACCAGTAATAGTAGAGGAAGATGGTTATATAG +CTACAGGTTCGACAATAACAAATGATGTACCTAAAGGTGCTTTAGCAATTGCAAGAGAAA +GACAAGTTGTTAAAGAAGGATGGGTAGAAAAGAAAAGAGTAAGAGACAGCAAATAAAATT +AATCAGGTTATTATTTTTAGAATTAGTCTAAAAATTATAAAATACAAATCACAAAATATA +TATCAAAAGTTTAAAATTTTCGGGAGGATAAGCAATGAATACTAGCGGAAGTGAAATTAA +AATAATTTCAGGAAACTCGTCTAAGGAGTTAGCACAAAAAATAGCTGATTACATAGGTGT +ACCTGTAGCAGATTGTACAGTAGGAAAGTTCAGCGATGGAGAAATATCTGTTAACATGAA +CGAAACAGTTAGAGGATGTGATGTTTTCGTAGTTCAATCAACTAATAGTCCAGTAAATGA +TAACTTAATGGAGTTATTAATATTGATAGATGCACTAAGAAGAGCATCAGCTGGTAGAAT +AACAGCAGTAATACCTTACTACGGATATGCAAGACAAGATAGAAAAGCAAAGTCAAGAGA +TCCTATCACAGCTAAATTAGTTGCAAACTTAATAACAGCAGCAGGAGCGGATAGAGTATT +AACTATGGATTTACATGCAGCTCAAATTCAAGGATACTTTGATATCCCACTAGATCACTT +ACTAGGTGGAAGTATATTAGCTGATTACTTCAACCAAAAAGGTATAGAAGATTTAGTAGT +AGTATCTCCAGATCTTGGAAGTGTTACAAGATCTAGAAAGTTCGCAACTACATTAGACGG +AGAAGTTCCTCTAGCTATAATAGACAAGAGAAGACCTAAAGCTAATGTTTGTGAAGTCAT +GAATATAATAGGTGACGTTAAAGGAAAGAACGTTATATTATTAGATGATATGATAGACAC +AGCTGGAACAATAACTAATGCAGCTAATGCTCTTAAAGAATTTGGAGCTAAAGATATATA +TGCTTGCTGTACTCATGGAGTATTATCAGGACCTGCTATAGAAAGAATAGATAATTCTGC +TATAAGTGAGTTAATAGTATTAGATACTATACAACTTCCTGAAGAAAAGAAAATAGATAA +GATAAAAGTTCTTTCAGTAGCTCCTTTATTTGGAGATGCTATAAAGAAAATATTCTCTAA +TGAATCTATAAGTGTTTTATTCTAATTGTAATATAGTGAATACACTCTGTTTTTAACAGA +GTGTATTTTTTTATTTAAGGTATTGGTACATATTGTAAAAATATAATTTGTGATGAAAAT +ATATACAAAAGTATAATAAAATTTACTTTTTCATTAAAAATATTAGGAAAAAGTTGTATA +TTATAGAAAAAATGTTAATATTTATGTGATATAAAATTGAAACTAAGAAGTATATTCTGT +ATTTGGGCACCTGGGATATACGGAGTTAGTGGTGCAACCGGCTATATTTATTAAATTTAA +CTAATTTATAAATTAGTTAAATTTAGGTATAGCCTTTTTTTATATTGATAGCTCTTACCA +TATTAAGAGTATTATAAAAGAAAATTCCAAGGGGGAAGAACAATGTTCAATAAGAAGAAA +AATAACAAAGGTTTCACATTAGTAGAACTATTAGTAGTAATAGCTATTATGGGCATATTA +GCAGTAGTAGCAGTACCATCATTATTCAAAAATATAAATAAGGCTCATGCAGCAGATGCA +GTATCATATATAAGTGCTTATAGAACCGCTGTAATATCTGAGTATACAACAACAGGTGAT +GTGCCAGAAGAAGAAGATATAGAACCATTAGTAGAGTCTAAACCAGAGAAGGCAATATCA +AGTGTTATAATAAATTCTGAAGGTAAGGATTTAGTAGTTAATTTTACTATGACTAAGAAT +GAAATTGCAGAAGCCGTTAAAAAACAATTAGGTGAAGAAATTTCAAATGTAAGCGGTAAC +GTTGTTACTGTTACTATAATGGCAAAAGATACAACAAATTAATTTGAAATATTTATTTGG +AAAAGGAAGTTATCATTATTTTATGTTGCTTCCTTTTTTGAATAAATATTTATGTTCTAA +TATGAGGTGACAAAATGAATTCAAATAGAATAAGAATCGGTGATAAATTAGTTCAATATG +GATATATAACAGAAGAGCAACTACAAAAAGCTCTAATTCACCAGGGTGGTACAGGCAAAA +GAATAGGAGAAATTCTTATAGAACAAGGGTTAATAACAGCAGAGTTATTAACAAATGCAT +TAACAGAGCTACTAAACATAGATAATATAGATTTAACCCCTTCAAATATAAATCCAGAAG +CAATACAAAAAATACCGCAAAACATATGCAAAAGGTATAATGTATTTCCGTATAAAATAA +AAAATGGCAAATTATACCTAGCAATGGAAGACCCTCAAGACAGAGAGGCAATTAGAGATG +TTAAGCGTATAGCCGGAATGGAAATTGATGTAAAGATAGCAACAATATCAGAGATAAATC +AAGCAATAGAGCAATGGTATTCAAATACAGATTTAGATAAAGTTATAAATGAATATGCAA +AAAATGAGGCTAAAAACACGATAGAAGAAGAAATAACGGGAGATGAAGATGTAAATTCAG +CTCCAGTAGTAAGGTTAGTACATAATATATTAGAAACTGCAGTAAGAAAAAAGGTTAGTG +ACATTCATATAGAGCATGACGGAGATTATATGAGAGTACGTTATAGAATAGATGGGATTC +TCATGGAGCATATGAAAGCTAGCTCAAAAGCATATAAAGCGATTATAAGTAGAATAAAAA +TAATGGCAAACTTAAACATTTCTGAGAAAAGATTACCGCAAGATGGTAGGATATACTTAG +TTGTAGATAATAAATCAGTAGACTTTAGAGTATCAACAATGCCTACTAGTAGATATGAAA +AAGTAGTAATGAGAGTACTAGATAAATCTAACTTTATGGTTAGTAAAGAAAAGCTAGGAT +TTAGTTTAAGTGATATAAAAATATATGATGATTTACTATCAAAGCCATATGGGCTTATTT +TAGTTGTTGGACCTACAGGAAGTGGAAAAACAACAACTTTATATTCAATGCTAAATCAAC +TTAATGATGTAGAAAAAAATATACTTACTATAGAAGACCCTGTTGAATATGAATTACAAG +GTATTAACCAATCTCAAATAAATTATAAAGCAGGACTTGATTTTGCGAGCGCTTTAAGAG +CCTTCCTGAGACAAGACCCAGATATAATAATGGTTGGAGAAATAAGAGACCATGATACAG +CAGAGATAGCAATAAGAGCATCACTTACAGGACACTTAGTACTGAGTACTCTTCATGCAA +ATACGGCAGTAGGTGCAATATCAAGACTTTCAGATATGGGAATGGACAGTTTCCTTATAA +CTTCTTCTTTAGTTGGGGTTGTTGCACAGAGACTAGTAAGAAAAATATGTCCGTTATGCA +AGGCTAGCTATGAAGCTAGCATAGGAGAAAAAAAAGCATTAGGTTATGATATAGATAAAA +ATTTAACCTTATATAAAGGTGAAGGTTGCAATAAATGCAACAATACAGGATATAAAGGAA +GGCTTGGTATATACGAAATGATACAGGCTACAAAACCTATAAAAGATTTAATAGACCAAG +GTGCTAAGGAAGATGAAATAATGAAAAAAGCTAACAAACTTGGGATGATAACAATGCGAC +AAGATGCAGCTAATAAGGCTATAGATGGTCTAACTACTGTGGAAGAAATGATAAGAGTAA +CATTTATTAGTGAGTAGAGGATGATAAGAAATGGTTAAATTTAGTTATACTGCTATTATG +GTAAATGGATCAAAAACAAAGGGAATAATTGAAGCTAACAATTTAGTTGAGGCTAGAAAT +CAGCTAAAATCGAAAAAACTTAGAATAGTGGATATAAAAGAAAAAAATGATAATACATTT +AGTACAAGAAAAAAAGGAAAAAAGTTAAAGCCAGATACAATAAGCCATTTTTGTAGACAG +TTTTCTATAATAATGTCTTCTGGTATAAATAGTTTAGTTGGATTAGAAACGTTAGCTAAA +AGGACAGAAAATAAAGTTTTGGCTAACGAAATGAATAGGATAGTAGAATCGGTTAAAAAA +GGATCCAATATAGCTGATGCTATGTTAGATAAGAAGTCAAAGTTTCCAAGGCTTCTAGGA +GCAATGGTTGCTACAGGAGAAGAAACTGGTACTTTAGAGGATGTCTTAAGTAGTATGGCA +GTGTTTTATGAAAGAGAACATAAAATAAACCAAAAAATTAAAAATGCATCTACTTACCCA +GCGATAGTAGCAGGGCTATCATTTGTGATGCTATTTTTATTTACAAGTTTTATAATCCCT +CAAATGATGGAATCTATAATGGATGTAGGTGGAGAAGTCCCGTTTATTACAAAGTTTGTA +ATGAGTGTAGGACAATTTATGAGTAAGTTTTGGTGGTTAGTACTTATTATGATTATGGGT +GTAAGTTATGTACTACTTCAATACATAAAGACCCCATTGGGAAGAATACAAAAAGATAAA +ATAATAAACAAAATTCCTCTACTTGGAAAGGGAATTAATAGTATAGTATCTATGAGGTTT +TCTAGGGCGTTATATTTATTTATATCTACAGGCTATCCATTGTTGCAAGGGCTAGATCAC +ATAAAAGCAAGTGTAAATAATTCGATAGCAGAAAAAGCAATAATGGGAGCAAAAGAAGGT +ATTATAAAGGGAGAAACGTTAGCAGAAAACTTAGAAAAATATCATTATTTTGATTCGGTT +CTTATACAAATGATAGCTATAGGAGAACAAACAGGACAACTAGAGACGATAAGTAATCAA +ATGGCAGATTTTTATGAGCAAGAATCAGATATATATTTAAGTAGATTAGTGGCTATGATA +GAGCCAATTATGATAATAGGAGTAGGAATTGTAGTAGGCATACTAGTTATATCAGTATTT +TTACCGATGATGAATATGTACGATGCCTTATAGGAGGAAATATACAAATGAAATTATACA +TATCATACTATGGAAATTATGTTTCTATAGTTGAAGGGTCATACAATAGTAAAAAAGAAA +AATACAATATTAAAAAGTATATGGTTTTATCTAGTGAAGAGGTGCCTCTTGATGCAAATG +ATAAATATAGCCTACTTAGAGAAGCTTTAAAATTAGATAGGTGGAAAGCTAAGAATGCGG +TACTTTGCCTAAATACAAGGGATGTACTTATAAAATCAAATAATATATCTAAGGTTAGTC +CTAAAGATTTAGATGGAATAATGAGTCATGAAATATATGAAATGATGTCTTTAAATGATG +ATCAATATACATTTTCATATGAGGTTGTAAAAGAAAGAAATGATGAAGGGAAAGAATCAT +TAGATGTAATTATTGCAGCTGTAATGAATGAAGAATTGTATACAATTTTAGATATATTTA +AGGAGTTTAAGCTTAATTTAGAAGGCATAGATACTATGGCTACTGCTTATAGTAGATTAC +TTAAAAATATTGAGTATGATAATATAATGATGCTAAACATAGGTGAATATGGAAGTATCG +TAAATATATACAAAGAAGATAGTTTATTCATATATGACAATGTACCTGTCAGAATAAATA +AAAGATCAAGCGATGTATTATGTTTAGCTTTAGTGGACGAAATTAAAGGTCTAATGAATT +TCTATTCGTCTAGAAACTATGGTAATAGCATAGATACTGTAGTTATAGTTGGTCAATCAA +GTGAAAATACAGATATAGTAGATAGCTTTAAATATAGCTTTAATAGTGAGATAGTAAGTG +GAATAGAAAACTTATTTGATATAACAGAAGATATACAAGGAGATATACAGATAAATGAAA +TTAGTAAAGTTTGTGATATCTTAGGAAGTATGTGCGTAGTTAAAGATAAAAAAAGTTATT +CTTACATGAATTTACTTCCACTAAAACAAAGAAATAAGCAAAAGAAAACCGATATAGTTA +GGAAATATTTTTTAGCAGCACCAATAGCATTAGGAATAATAGCAGCACCATATTTTGTAT +TTGGAGCTATGAATATGAAGGTATTACATGATACAAACTTAGCTCAAGTTAAATTAGATA +AGATAATGAACGAATACAAGGGGATAGAAAGTATAAATCAAAAAATAAAAACAGCAGAAG +AAGAGTTAGAAATATATAATATGTTAAGCAGTAAGGATGTAAAATGGGGGAATGTGCTAA +ACGAAATAGATAAAAATATTCCTTATAAAGTTGATCTAACTAATATTTCTGTAACTTATG +AGAATCCTGATTTAGAACAAACAAATAGTGAAGAAATAGAAAATGATGTAAATATGGAAA +GTACTGCAGAAACTGAAGTTCCAATATACGATAAAATACCTAATACTATAAATATTGAGG +GGATTGCAAAAGACTCTGTTTATGTAGGTCAATTTGTATATAGTCTTAATAAACTTACAT +ATTTTAAATCTGCAAAACTAATAAGCAGTACAGAAGATAAAGAAAATGGAGGACAGGTAT +TTAATATAGTATTGGACTTGAAAGAAGGTGTAGTTTCTGGTGATTAATGAAAAGTTTGAA +AAGAAAAGTATATTACAAAAAGAATTAAATACAAAAGAGGTTTTATTAGTACTAGGGATA +GTAACTCTTATAGTTATATATGGAGCTGTATTTATATATCCTAGATATGCAGAGTATAAA +GCTTATGCAACTATTTTAGAACAAATAGAAAATCAGATAAGTACTTATAAAGGTCGAATA +AATGAATTACCTCAGTTAGAATCAAAACTAAATAATTTAACGAAAGAAATAGAAGTAAAA +AGCAAAATATTATCTCACAATATGGAAGATGGTATGTTTTTAATTGGCCTTTCAAAATTA +ATGGATGCAGTTAATGTAGATTTAGTTGAATATTATGTAGAAGAATCAAAATCTTATCAT +GCTTTTTATGCGATACCTACAACGATAAAGGTAAGAGGAAATTATAAGAATGTTAGAGAG +GTAATGAATTATTTAGAGCAACAAAATAATATTACTCAAATCTTAGATTATAATATGGAA +ACTTATATAGATGAAGAAGAATCTGATACAGCTAATGTATCAAGTTTAAACTCAAGTGTT +ACTACAAATGACCTATCTTATTCTGATATAGGATGGACCTTAAATAGTAACTTATATCAT +AATAAAGATTGTTCAATATTAGAGGAAGAGGCACAACAATTTGGAGGATCCTTTATACAA +GCAGCTCCACCAAATAACTATAAAGCTTGCTCAGACTGCAAACCTATTTTAAGTACTAAA +ACTTCTCAAGGAAACATAGTTCAAGAAAGTAGTATTGATAATAATGAAGTTCCTAAGGCT +AAAGGAGATATTATAGCGAAATTTAGCTTTATAATGTATTCTTCAGAAAATCCAAAAATA +GAATTAGATAATGACGATTTTACTACTTGGAATCCAGGTAAATGGAATCCATTTACGACA +ACAAGATAGTATGGGGGGATACGATTGAGAAATAAAGGTTTTACTTTAATAGAATTAATT +ATAGCTATAAGTATATTTAGTACTATTTTACTTTTAGGATATAAGGTTATAGATGGTACA +AGTATATCAACTAAAAAACAAAGTGAAATATTTAATGAACAGCAAGTAACTAATTTATTA +AATAAGTACTTTACAAAAGACATAGAAAAAGCTATTTCAATAGAATTTATAAACATAGAT +AAAAGCGGAAATGTAATAATAAGAAACTCAGCAGATGATGAGTATTCTTATGGATATTTA +TTAAAAACTATAGAAAATGTAAATAAAAAAGAAAAAACATACTCTATTAATAGAATAGTA +GGTTCGGAAAATTTAGTATTAGTGTCAAATCATAAATATACTGATACGGATGTAGAGCCG +TTATGTATAAAGAAATATGATAATAACTTGTATAATATAAAACTATTAAGTGGAAAACAT +GATTATGAGTTTAATGTTAGTTCTAGAATTAGCGAAGAAGAAAACACAGATGAAAAAGAA +GACGTCAATGTTTACTATGGAAATGGTATAGATATTGATTATAGAGATGGGGTAGGTATA +AAACTAAATGGACAAGATGACTACATATTTAAATTTACATATGGAAGCAATAATGAACGA +TATACATTAGATAAGTTTGAGATTATATTTGATGGCGCTTATGCTAAGGTATATATTAAT +GGAGTTGAAAAATTTAGAGTTCATAAGATTGGGTATCCATCAAATGTAGTAATAAAATTA +GAACACTATTATTTATATGATAGAGTATATATAAATAGTAGTGTATACAAAGATAAGGAA +TATATTGAATCACCAGAAATGGTGCAAAGAATTGCTGTAGAAAATCTAACAATAAACCAT +GGAGCTAAGAGTGGCTTAAGTATAATATGGTAGATTGAAAATGATAGTAGGTGTTTGTAT +TGAAACATAATAAAACAAATCGAGGTTTTACACTCATTGAAGTGCTAATATCTTTGAGTA +TAGTTACTATTATACTTTTATCACTTTTTTCTTTTTATAATAGTTCTATAAAATTTAATA +AAAAGAATGAAACAGATATCAATTCCTTAAATGTATCTCAGACTGCAATAGAAAGTATGA +GGATTTATAGCAAATTAAATAATAAGTTTGGAATAGATATAGATAATGATGGAGTAGATG +ACTTAGGTTTTGATAATTCAGAATCTAATTGGGTAGACTTAGATTCTGAGTACAAAATCT +ATACGGGAAATCTTGATACTTTAGAAATCGAGAAAGATAATAATAAATACTTAGCGACAA +TAAATAGTGTAAAAAGATATAAGAACAATATGAGTGTATATACGGTAGAATTAGAAACTA +AATCAAAGTATAACAGTACAAAAAAGATAAATTTAATTACTCAAGTTTATGTTAAATGAT +TGGAGATAGTGGATGTACAAAAATAAGTTGAACGATAATAGAGGCGGAGCTCTTATTATT +GTAATAGTTGCAATAGCCATTATAGGTATAACTATAGGTACTGTGTCAATGCAGATAATA +AATCAAGTTAAATCTAATAAAAACTCTTATGATACTATGCAATCAAGATATATGGCTGAG +TCAGGTGTAGAAAACACAATATCAAAAATTGTTAATCAGGTCGAAAATAAGATAAACAAT +ATTAATAATGGCTCTAGAAGTAACTTTAATAATATAAGTAGTAATATAGTTAAATCCTCA +ACTGATAGGTATGGAAAGGCTAAAAATAAATTAATTTTATTATATGAGAATATTAGTCAA +ATAAATGATGGATACCAAAGTAAAAAAGATATAATAGTAAAATTAAATCAGATTATAAAT +AATGACTATTCGTCTATATTACAGTTAAATAATGATATAAATGATATAAAATTATATATT +ATACATGCAATAGCCTCTGAAGATAATAGTATAAAGGGTGAAGATTTAAATATAATTTAT +GAAGCAATAGGGTATTTAAATGATGCAGTATTAACTATATATGAGAGTGAGGATATTCAT +CAAGGTCATACTGCATTAGAAATAAGCTCATCTAGTTATGGAGGAGATAATAGATATGTT +ACTCAAGGTGAAATTGAAACTAAATTTATAAAAGATTATGGGAATGAGGCGTATAGTTTT +ACCGTGGATTCTATACAGAGATATACTGGAGATGTATTAAAGAATACGCCAAGTAAGTTT +GTTATTAAAGAATTTAATGTAGAAGGGTATTATAAATTAAAAGATAAAATAGGAAGGTTA +TCTGATACGAAAATAAGAGAATTAGAAGATGCCTTAATAAATCTAAAGGATACTATAAAT +CATATTCAATGGACCAATAAAAATTCTGTAACTGAATATGAGATAGAATTAAGTCTAAGA +AAAGATAATGCTATTAAAGTTATTGATGAAATATTAATTAAATATACAATGGATATTGTA +GAAAATGAACTATACAAAATTTATATAGAAGAACTGAATAATTTTGAATCTCTCACTCAA +GAAAATTATGTAGTATTAAAAGAAATGATATACAACATGGATAATATAAGAAAAAATTTA +GTTGAACTTAAATGCAAACTAGGATTTATAGCAACTAAACAAGAGGATAATATAAATAAG +CCAGATTCTCCTGATGTAAATCCTCCAGTAAATAAAGAAGTTTATATAGGGTTAGATAAA +TATGAAAATATATTAGGCGAAAATGTTAGCTATACAGTTGAAGCTATTGATGAAAAAAAA +TTAGACTTAATATATGAAAATGGAGATATATCAAATGTAGAGGATTTTAGTTTGGATATA +ATATCAGGAGGTAATAATAATGGATATAATTACAAAGTAAATGCTAAAGTACTTTTTAAA +ACTAGAAAAGAAAACAATCAATTTAAAACTAGTTATAGCATTAAGTCTTACGACAAAATT +AATAATTAGTTATATTAGGAGTAAGGTATGAATATATTTGATTTATTAAAAATAGCAATA +GAATTAGGAGCATCAGATGTACATATTACTGTAGAAAGCGCTCCTATAGCTAGAATAAAA +GGAAAATTTATCAAACTATCAGATAAAATATTAACTAATCAAGATACAAAAAAGATGGTT +CAAGATATTGCAGGAGAGAAAAATTTTATAAGAATAGAGGATCATGGAGAAGTAGATTTT +TCGATAGCTATAGATACAGGTGAAAGAGTTAGGATAAATGTATATAAACAAAAGGGAAAT +TACGCAATAGCGGCAAGAACAATAACAGCACAAATACCAGCATTTGAATCATTAGGTCTT +CCTGAGATATTAAAAACATTTACACAAAAACATAAAGGTTTAGTTCTAGTGACAGGACCG +ACGGGAAGTGGGAAGTCTACTACACTTGCAAGTCTTATTGATATAATAAATGAAAACCAA +CAAAGGCATATAATAACCTTGGAAGATCCAATTGAATATGTACATAAACACAAGACTAGC +TTAGTAAATCAAAGGGAAATAGGACAAGATACAGAAAGCTTTAATTCAGCTCTAAGGGCA +ATACTTCGTCAAGACCCTGATGTAATTCTTATAGGAGAGATGAGAGACCCAGAAACTATA +TCAATAGCATTAACAGCAGCAGAAACTGGTCACTTAGTATTCTCGACTCTACATACGGTA +GGAGCAGCAAAAACTATAGATAGAATAGTAGATATGTTCCCATCAGAGCAGCAACAGCAA +GTAAGAGCTCAGTTATCTACAGTTTGTGAAGGCGTTGTTTCACAGCAATTAATACAAACT +GTAGATGGGAGAAGACGAATTGCAGCGCTTGAGGTTATGATAGCAAATCCTGCAATTAGA +CATTTAATAAGAGAAAATAAAACTTACCAAATACCAAATCAAATTCAAACAGGAAGTAAA +TTTGGTATGCAGTCTATGGATCAAGAACTAGTTAATTTATATAGACAAGGATTAATTTCA +AGAGATAGTGCATTAAGTAGATGTACTGATTATGAGTATACAAGTAGATTAATAGGGGAT +AGATATTAAAATGGAATTTTTATTACAACTTTACATATTTATAGTGGGAACAATTTTCGG +AAGTTTCTTCAACGTATGCATATACAGAATTCCAGAAAATAAGTCAATAGCAAACCCACC +ATCAACATGTACCACGTGTAACACAAGATTAAAACCAATAGACTTAATACCAATATTAAG +TTACCTAATGTCAGGAAAAAAATGTAGATACTGTAAAAAAGAAATATCACCAAGATATGC +AGCAGTAGAATTTCTAACAGGAATACTATTTATATTAGTATATAACGTACACTCAATATT +ATTAGAAACGGTATATTACTTAATATTAGTATCACTATTAGTAATAATAACTTTCATAGA +TATAGACCACTATATAATACCAGACGGTATAATAATATTCGGACTAGTAACAGCTTTAAT +ATTAAATATACTTGGTATAGGTATACCAATAAAAGAAAGTCTTATAGGAGCCATAATATG +CGGAGGAGAAATGTTAATATTAATCCATCTAATAGAACTTGTAGTAAAAAAAGAAGTAAT +GGGTGGAGGAGACATAAAATTATTCGCAATGATAGGTCTTTTCTTAGGTATAAAAGGAGG +AATCCTAACGATTATCTTAAGCGTATACATAGGAGCAATATATGGTGTAGGAACTATACT +ATATAGCAAATTAAATAATAAAGAATATAATTCTATGATACCATATGGACCATTTATTTC +TGTTGGAGCTATAATAGTTTTATTATACGGAAATAATATTTTAAATTGGTATTCGAAATT +ACTTATATAAAAATAAGGCGTCGTACTTTATGGCGTCTTATTTTTTTAATAAGAAGTATA +AAAAGTTATATATTAATTAAAAATCAAGATATATAGCCAAATCCTATTACTAATACATAA +ATTAAATATAATGATTTATACAATAATAACATCTATAATTTTAACTTATTTTACAAATAA +GTATTTAAGTTATGTAAGAAAAGAAGCAAATAAAATTACATATAATATACCTATAATATA +TTTTTTGATAATAACTTTAAGTATATGTATTTATCTGAAATATGGTCTAACAATAGAATC +TATAAGATATATATTCTTAATTCCTTTTTTAGTAGGAATATCAATTATTGATTACCAAAC +TACTTACATATATGATATAACAATAGTTAGTGGTATAATTATTCAAGGTGTAATTTTAAT +AAGCTCAATAAATATAGAAAAAGATTTTAAAAGTCATATAAGTGCTTTATTTGTAGGATT +AATATTTTCATATATTCTAGCTAAATTAACAAAATCTTTAGGAGAAGGAGATATTGGACT +ATTTGCTTTATGTTCCTTTACTTTAGGACATGATTACAGCATATATATGATATTTTTATC +ATTTATGATAGCATTCATATACTGCATTTACATAATTTTTACAAAAAATAAATCAATTAA +GGATAGTATACCATTTGCACCATTTATATCATTAGCAACCATGTTGATAATGTTAACTGA +AAATTACATACTTACAAGTTATTTTGACATAATGTACAATGTGTTATAAAGGAGGAATAA +ATATGTACGTAGTAGTAGGATTAGGTAATCCAGGGAAACAATATGAGAATACAAGACATA +ATGTTGGATTTAATGTTATAGATATTCTAGCGAAGGAATATGGCATAAGCGTATCGAAAA +TAAAACATAAGGCTTTAATAGGAGAAGGTAGAGTTGGAAGTGAAAAAGTTCTTTTAGTTA +AGCCTCAAACATATATGAATTTAAGTGGAGAAACTTTAATAGATATATATAATTATTATA +AGGTTGATATGGAAAACATAATAGTTATATATGATGATATTGACTTAGATGTTGGAAAAA +TTAGAATAAGAAAAAAAGGAAGTGGTGGAACTCATAATGGTATGAGATCTATTATAAAGT +GCTTAGGTGCTAATGATTTTCCAAGAGTAAGAGTCGGGGTTTCTAAACCAAAACCAGGGC +AAGATTTAGCTGATTTTGTTCTTTCTAGATTTAGAAAAGAAGAAAGCGATGATGTAGAAC +TAGGTTTAGAAAAAGCTGCAAAAGCAGTTGATGTAATGATAAGAGACAATATTGATTTAG +CTATGAATAAATACAACGGATAAGGAAAGGGAGATTCATATGAGTGACGTTTTAATATAC +CCTTTGCAAAACTCCAAAGAATATAAAGATGTAATAAATTGCATAAACAGTAACAAAGGC +TCATTATTAATTAATGGCCTTTTGTCAGTGCAAAAACCTCATATAACTTATTCTATTTTT +AATGAGTTATCAAGATCTATGGTATTTGTAGCCAGTAGTGATTTAGAAGCTAAGAAGGCT +TATGAGGATTTAAGTTTTTATATGAAGGATAAAGTAGAATATCTAGGTCATCAAGATATT +CACTTTTATCATTTAGATGCAAAGGATAGGAATGAAGAAGCTAAGAAATTAAGAGTATTA +TTAAGATTAGCGAAAGGTGAAAAACTAGTATTAGTAACTTCTGTAGAATCAATACTTAGA +AAATATATACCAAAAGAAGTGCTATTAAACAATACGTTTACCTATAAGGTAGGAGATACT +TTAAATTTAGAAGAATTGAGTGATAAGCTAGTTTCTTTAGGTTATGAGAGAGTATCTAAA +ATAGAAGGTTTTGGTCAATTTAGCATAAGAGGTGGGATTGTAGATATATTCTCACTAGAA +TACACAAATCCAATTCGTATGGAACTATTTGATGATGAAATAGATTCTATACGTACTTTT +GATGTTTTCTCACAAAAATCTATAGATAAAATAAAGAAATTTTCTATAACTCCTTCTAGG +GAATTTATATATCCAGAAAAGGTTAACAATGCTATAGAAAAATTAAAAAAAGAAACTAGT +AAGCATACTAATGAAGATGTATTTAAAAATATAGAGGACATAGAAAGTAAAACTTACTTT +GAAGGAATAGAAAATTATATAGACTATATCTATCCTGAGGAAAATAAAAGCATATTCAGT +TACTTCAAGAATAATGCAATAATTTTTATAAACGATATTTCTAGGCTAAAAGAAAGATGT +GAAAATTATACAGAGGGGTTTAAGGATAATTATAGATTAAATCTTGAAAGAGGATTAGCC +TTAAAAAAACAAGGTAATTTACTGTATCATTATAGTGATATAGATTTCATAGCAGAAGAT +AAAAAAATTATATTAAATACATTATTACCGAAACCTGTAAATGATTTTAAAGTAAGTAAC +ATAATAAACTTTGAATCAAGAGAAGTGCCTACTTTTAATGCTAAGTTAGATGTATTAGTA +GAAGAATTAAATAGATTAAAATATAATGGTTTCAAAATTATTTTAGCTACAAATACATTA +GAAAGAGCTAAAAAATTAAGTAAAGATTTATTAGATTTAGGGTTAGAAACGACTGTATCT +AGAAAAAGAGATATAGAAATAAAATCTTCTCAAATTGTAATAACTCCAGCACAAATTAGT +AGTGGATTCCAATATAAGTCAATAAAATTTGTAGTAATTACAGATAATGAAATGATAGGA +GTTCATAAGAGGGTTTCAAAAACTAAGAATAAAAAGAAGAAAAAAGGACAAAAAATAGAA +TCATTCTTAGACTTGAATGTAGGGGACTATGTAGTTCATGAAAATAGCGGTATAGGTAGA +TATACAGGAATAGATCAAATAACTGTAAATGGTATTAAAAAAGACTATATGAAGATAATC +TACCAAGGTGGAGATAATTTATATGTACCAATAGACCAAATGGACAAGGTGCAAAAATAT +ATAGGTTCAGATGTTGAAAAAGTTAAATTAAATAAGCTTGGATCAAGTGAGTGGACAAGA +GCTAAGGCTAAGGTTAAAAAAGAAATAGAAGATATGACTAAGGACCTTATAGAGCTTTAT +GCGAAGAGAGAAAAAGTAAAGGGATATAAATACTCTAAAGATACTCCTTGGCAACAAGAA +TTTGAGTCCTTATTCCCACATGAAGAAACAGATGATCAATTAAAGGCTATAAAAGAAACT +AAGAAGGATATGGAATCAGACAAGGTTATGGATAGACTTATCTGTGGTGATGTTGGATAT +GGTAAGACAGAGGTAGCAATAAGAGCTGTATTTAAGGCATGTATGGATCAAAAACAAGTA +GCAGTGCTAGTTCCTACTACAATACTTGCTCAACAGCATTATAATACTTTTAAAGAGAGA +TTTGAGAATTATCCAATAAGGGTAGAAGTTTTAAGTAGATTCAAATCTCCAAAGCAACAA +AAAGAAATTATAAGTGATGCTAAAAAAGGTCTAGTGGATGTCCTAATAGGTACTCATAGA +ATAGTTTCAAAAGATATAAATTTACCGAACTTAGGATTAGTAGTTATAGATGAGGAACAA +AGATTTGGTGTTAAGCATAAAGAATCACTTAAGCAAATCAAGTCAACAGTAGATGTTCTT +ACATTATCAGCTACACCTATTCCGAGAACTCTTCATATGTCTTTAAGTGGAATAAGAGAT +ATGAGTGTTATAGAAGAACCTCCACAAGAGAGACACCCTGTTATAACTTATGTAACAGAA +GCCAAAGAAAGTGTAATACAAGATGAGATTGAAAGAGAACTGGCTAGGGGTGGTCAGGTA +TTCTTTGTATACAATAGAGTAGAACACATAGAAGAGATGGCAAGTAAAATAAAACGATTA +GTAACAGATGCAAATGTAGCGGTAGCTCATGGTAGAATGACTTCTAAAATGCTAGAAGAC +ATAATCTTAGGATTTTTAAATAAGGAATATGACGTTTTAGTTTGTACCACAATTATTGAA +ACAGGTATGGATATATCTAACGCTAATACTATGATTGTATATGATGCAGATAAAATGGGA +CTTGCTCAGCTTTATCAGTTAAGAGGTAGAGTTGGAAGAAGTTCAAGACAAGGTTATGCA +TATCTAATGTATGAAAAAGATAAAGTGTTAAGTGAAATAGCTGAAAAAAGATTAAAAGCT +ATAAGAGAGTTTACAGAATTTGGTTCAGGGTTTAAAATAGCAATGAGGGACCTTGAAATA +AGAGGTGCTGGAAATATATTAGGCTCACAACAACATGGACATATGGCTGTCATAGGATAT +GATTTATATGTAAAAATGCTAAACGATGCCATAAAGAAAGTAAAAGGGGAGCCGATAGTA +GAAGAAATAGATGTAGAAATAGATTTAAGTGTAAACGCATATATTCCAGACACTTATATA +CCAGACGAGTTGACTAAAATAGAGATGTATAAAAAAATTGCATCTATTGAAAATAAGGAG +GATATGCTAGAGGTTGAAGAAGAGCTAGAAGATAGATTCTCAGATCTACCAAAATCTGTA +CAAACTTTATTAAAAATATCTTATATAAAATCTCTATGTAAAATAATGAAGATAGAAAAA +GTCAGACAAGTAAAAGATGAAATATGGTTGCTTCCTTTAACTAAGTATAAGACTAAAGAA +AAGGTTGGTTATAAAATAGTTACAGAGTTAGAGGAACTTTTAGAAAAAATGTGTAGTATG +AAATAACATAAATTTTAGAGAGGGTGTTTGAATTTGAAAAAGCTAGGAGCGTTAGTTATG +TCTGTCATCTTAGGAATAAGCATGGTAGGATGTAGCAGCAAAGTAAACAAAGATGAAAAT +ATAGCTACTGTTAATGGAAGTGGAATAATAGTAGGCAACTATGAAAAGGTATTGGGGTTA +AATAAGCAATCTATGGAAGCGTACTATGGAAATACAATATGGGATCAAGAAATTGAAGAA +GGTGTTAAATATAAAGACAAATTTAAAGAAATGATACTTGATCAAATGATATATACAGAA +GTTATATACGAAGCAGCTAAGAAAGAGAATTTACTTCCAACAGAAGAAGAGGTAAATAAA +TCGATAGAAGAATTTAATACTAGCATAAAAGATAATGATGCTTATAAAAAACAATTAAAA +GAACTAGGAATAGATGATAATTTCTTAAAATATCAGTTTGAAAGAAATTTAGCAAGTGAT +AACTACAAAGAAAAGTTTAATAAAGATAATTCAGTAACTAATGATGAAATGAAAAAATAC +TATGATGAAAATAAAGATGATTTCTACATAGATCAAGTAGAAGCATCACATATCTTAATA +AAAACAATAGATGATGAAGATAAAAAATTAAGTGATGAGAAAAAAGCAGAAGCAAAGAAA +AAAGCAGAAGAAGTACTTGCAAAAGCAAAAGCAGGAGAAAATTTCTCAGAGCTAGCAAAA +GAATATTCACAAGATACAGTATCAGCTAAAAATGGTGGAGATCTTGGATTCTTTAAAAAA +GGAGAAATGGTTAAACCATTTGAAGAAGCTGCTTTTTCAATGAAAGTTGGGGAAATATCT +GATTTAGTAGAAAGTGATTTTGGTTACCATATAATAAAAGTTACTGATAAAGAAGATAGA +CAAAAAACATTTGATGAAGTAAAAGAGACTATAAGAAAAACATTACAAGATGAGAAATGT +GATGCCCAAGTAGAAAAGTTAAAAGAAGAAGCAAAAGTTGAAAAGAATGAAGAGATATTA +GAAAAAGTAAATATATAATTCTATAAATATAATTTTAAGAGGGATGTGTTTAAGTAAATT +AATCAAATAAGCTTATAACACATCCTTTTTTGCATATTTTTCTTTTGATTGGTAAAAATA +AACTTAAAGTTACTAATGGAGGGAAAAAAATATAATGAGAGCTACAGGAATAGTTAGAAG +AATAGATGATCTTGGAAGAGTCGTAATTCCTAAAGAAATAAGAAAAACTTTAAGAATAAG +AGAAGGCGACCCATTAGAAATATTTACAGCAAAAGACGGAGAAGTCATTTTAAAAAAATA +CTCTCCAATAGGAGAATTAACAGAATTCTCTCAAGAGTATGCAGAAACTTTAGGAGAAGT +ACTTGGTTGCGGTATAGTGGTAACAGATTTAGATTCAATAATCGCTGTTTCTAAGGTACC +TAAAAAAGAGTACAAAGAAAAAAGTATCAGTAAAGAATTAGAGCAATTAATAGAAAATAG +AGAAACAAAATCTCTTAAAGATAATAAAATAGTACCTTTATATAAAGATGATTCAGTAGA +ATACTCTGGGCAAATTATAATGCCTATAGTAAGTTCATCTGGAGATTGTATCGGTTCTAT +TACAGTGGTTTCAAAAGAAAATGAAACTCTTCCAGATGGAATAGAAAAAATACTAAAAAT +AGCCTCTAATTTTTTAGGAAAACAAGTACAATAGCTATGGAAAATGACCCTATAATAAGG +GTCTTTTCTATTTAAAAATAAAACTTAAATACTAAAATCTTGAATATACTAATAAATATA +TGATATATTAAAATTTGTTATATAAATAGTATGGAGGTTGTGTTATGGATAATAACAGAA +ACAAAGACTCTTTCCTGAAGGGGGCAATTATACTTGGAGCAGCAGGGATAATTGTTAAAG +TAATGGGTGCATTCTTTAGAATACCTCTTGGAAACTTAATAGGGTCAGAAGGTATGGGAT +ATTACCAAGCGGCTTATCCTGTTTATACCTTATTCCTGACACTAGCAACAGCAGGTTTCC +CAACAGCGTTAGCTAAACTAGTATCAGAAAAAACAGCAATAGGGGACCATAAGGGTGCAA +ACAAAATATTTAAAGTTGCATATATGGTTTTATTAATAACTGGATTAGTATCATTCTGCT +TACTATTCTTTGGAGCAAAATATATAGTAACAGATTTAATGGATAATCCAGGCGCTCACT +ATGCTATGTTAGCAATAGCACCAGCGCTTTTATTTGTACCGGCAATGTCTTCTTATAGAG +GATATTTCCAAGGTAAGAGAGATATGAGTAAGATAGCTGTTTCACAAGTAACGGAGCAGT +TTTTTAGAGTTATATTAGGAATAGGTCTTGCCTATTATTTCATGAAACAAAGTGGTCCAG +AAATGGGTGCTGCAGGAGCCATAGCAGGGGCAACAATAGGTGCTATAGGATCTATTACAT +ATTTAATAATTGCTTATTTAAGAGAAGGTAAGCAACGTAAAGCTGATATAAAAGCAAGTA +AAAGATTTAAAGATGAAAGTATTCCAAGAATACTAAAGAAAATATTGGCAGTAGCAGTGC +CTATAACAATAGGAGCTTCTGTAATGCCTTTAGTAAATATGATGGATAATGTTATAGTTA +TAAAAAGATTAGTAGAAGGTGGATTTACTCATGATCAAGCTGTATCTTTATTCGGACAAT +TGACAGGTATGGCTATGGCGATAGTAAACTTACCATCAGTTATAACTTCTGCTATAGGAA +TGAGTTTAGTTCCTTCTATATCAGAATCCTTTGCTTTAGGTAAGTTAGGAAAAGCAAGAA +AAGAAACTAGAAGTGCAATAAAAGTAACTTTATTAGTTGTTCTACCTTGTGCATTTGGGA +TAGCATCTTTAGCGGGTCCTATTATGCAACTTTTATATCCTAAGGAACCAGCATCTTTAG +GAACTATATTATTTACAATTTCACCTGCGATTATATTCTTAGGGTTAATATTCAGTTTAA +ATGGTATACTTCAAGGTATGGGTAAACCAATGATTCCTGTAATAGCTCTAAGTATAGGTA +TGTTAGGTAAAATAGTAATAAGTTATACATTAACTGTAATACCAGAAATAAACGTTTTAG +GTTCTGGATTAGGAACAGTTACGGCGTATGCCATAGCTTCATTAATTGAGTTGTATTTTG +TAAAAAAATACATGGGTGTAAGATTTGGAAAAAAAGAATTTGTTATAAAACCATTAATAA +CTGTTATAACTATGTTTGTAGCTGTTAAGTTATCTTATGGGCTTGTAAGCAATATATTTG +GAAATTCTTTATCTACAATCATTTCAATAGGTATTGGAGCAATAGTTTACGTATTAGTGT +TATTAGGTATTGGTGGAATTAGAAAAGAAGAAGTTTTAATTATGCCAAAAGGTGAAAAAA +TTTATAAATTATTAAGAAAGCTTAATCTTATGAGATAATCAAAGTATATATATGAAAATA +CATGGAAATAATTAAAATATCTTATTTTTAATTATTTCTAGATTTCATATACAGGTACTA +TAGGAGTGGTGTTATGGGTAAGATAAATATCGTAGGACTTGGTCCGGGAGATGAATCTCT +TATCAGCCAAGGTGCATTAGATATATTAAAATCAAGTTCTAGAATTTATCTAAGAACTGA +AAAGCATCCAACAGTGGATAAGTTAAAAGAGAGTATAAAATATACTAACTTAGATTATTT +TTATGAAAATGAAGATAATTTTGAAAATGTATATAGAGAGATTGCAGAATTTATTATAGA +AAAATCTAATGAAGGTGATTTAGTATATGCAGTTCCAGGCCATCCAAGGGTTGCAGAAAG +AACTGTAAGCCAAATAGAAGAGATTGCAAGAGTAAAAGGTATAGAGGTTGAAGTAATAGC +TTCTATGAGCTTTGTAGACGCAATGTTTAATTATTTAGCTATAGACCCAGCAGATGGATT +TAAATTAGTAGATGCTTTTGAAATAGAAAATTCATATATAGATACAAATACAAGTATGAT +AATAACTCAAGTTTATGATCACTTTATAGCTTCAAATGTAAAGTTAAGATTAATGGAATG +TTATGATTATGATCAAGAAGTATGTATAGTAAATGGCGCAGGTGTCAAAGCTCTAGAGCG +TAAGAAATATGTTCCATTACATGAACTAGATAGACCTGAAAATCTATTTAATTATTTAAC +TAGCGTATACATACCGAGAAGTTCAAAGAAAATGTATAATACAGTACATGATTTAGAAGA +AATAATGTCTCAACTTAGAGGACCTAATGGGTGTGATTGGGATAAGAAACAAGATCATGA +AACTCTAAAAAAATACATCATTGAAGAAGCGTATGAGCTTTGCCAGGCAATAGATAATGA +TGATATTGATGAAATGATAGAGGAACTAGGAGATGTACTTTTACAAGTTGTATTCCACTG +TCAAATAGGGAAAGAAACTGGTTATTTTGATTTGACTGAAGTAATAAATGGTATATGTAA +TAAACTTGTATATAGACATCCGCATGTTTTCAAAAATGTTGATATAGATATGAATAATTT +TGATAAAACATGGGAAGATTTGAAAAAGAAAGAAAAAGGCGAATCTACAGTTACAGAAGG +TTTAACTAGAATTCCAAATCATCTACCAGCACTTATAAAAGCTGAAAAAATACAAAAAAA +GGCAGCCCTTGTAGGATTTGACTGGGATGATATAAATGATGTATATAAAAAAATTGAAGA +AGAATACAAAGAATTACTTGACGAATGTAAAGAAGGAAATATAAAATACATAAAGGAAGA +ACTAGGAGATTTGCTGTTCTCTATTGTAAATTTAGCTAGATTTTTAAAAGTAAACCCTGA +GGAAGCTTTAAATTTGACTAATAACAAATTTATAAAAAGATTCAAGTTTATAGAAGATAA +TGCAATAAATTCTGATAGAAATTTAGAAGATATGACATTAGAAGAAATGGATAAACTTTG +GGAAAAGGCTAAATTTCAATAATTAAAAGAAGGAAAATCACTAAAGATATAGAATAGTAA +AAACAGAAATAATTCTATATGATAAACATTTTAGGAGGTAAATATCGTGAATAAGGCTGA +ATTAGTAACAAAAATGGCAGAAAAAAGTGAATTAACTAAGAAAGAAGCAGAAGCTGCATT +AAACGCATTTATGCAATCTGTTGAAGAAGCTTTAGTAGAAGGTGACAAAGTTCAATTAGT +AGGATTTGGTACTTTCGAAACTAGAGAAAGAGCTGCTAGACAAGGTAGAAACCCAAGAAA +CCCAGAAGAAGTTATAGAAATACCAGCTTCTAAAGCTCCAGTATTCAAAGCTGGAAAATC +TTTAAAAGAAGTTATAAACAAGTAATAAATACATAAATTAATTTTAAGAGCGATCTTGAA +GTTTAAATATTAATTAAATAGAAAATGCCTATAGTTTTATAACTGTAGGCATTTTTTAAA +ATAGATATAATCGTTTCATAAGATTAGAAACAGAGGAGGATAAATATGAGATTAGATAAA +TACTTAAAAGTATCTAGAATTATAAAAAGAAGAACTGTTGCAAAAGAAGCGTGTGACAAA +GGGATTGTAACTATAAATGGAAAGTCTGCTAAGTCTTCATCAGAGGTTAATGTTGGAGAT +ATACTAGAGATTCAATTTGGTGAAAAGAAAATGAAATTCAAGATAAATGAAATTAGAGAG +CATGTATTAAAAAATGATGCTAAAGAAATGTACGATATAATAGAATAAAATTCAATTCCC +TTAAGTATATTTATAGTAGTATGAATTGAAATATTTACTGGGGGGATATTATGGAACATA +ACATAAGCTTAAAAGGAAGAAATAATTTAGTTATTTCCGGAGTTGAGCATATTTACTCTT +TTAATGATAAAAGAGTAGAAATAAAAACTTCTGCAGGCGAAATGGTAATAGAAGGCGAAG +AACTAGATATGGGTAAGCTTAATCTAGAGGAAAATGTAATAAGTATAGACGGTACTATAA +ATTCTATAGTATACGCAAAACCGAAGAAACCACAAGAAAATATTTTTAAAAAGGTATTTA +AGTAGATGTTACCATTCACACAGGAATTAGGAGTCTTCTATTCAACTATTTATGGTGGAA +TTGCAGTAGGTTTACTATTTGATATTTATAGAAGTTTAAGGCGAAACTTTAAAGTAATTA +GATATCTTTCTCTGATTTTTGATGCATTATTCTGGATTATAGTTACCATACTAACATTCA +TAACAATAAATGCTGTAGAGAATTTTAATTTAAGATATTATCATATTATCGCTTTATTTA +TAGGTTTTTTGCTATATTATAGCACCATAAGTAAGTTTATTTTAGCAGGTTTAAATAAGT +TAATTTATTTAATAACAAATTTATTCAAGAAAACAGCATGTTACATAGTCAGTATTTTGA +ACAATTTGTATTACGTTATTATCTATTCAATACACCTATTATTTGATATCATTTTTTATA +TACCTAATATGTTTTTAGCTACTAGAAAATTCATAAAAAGAAAATCTGTAGGTAGATTAA +AGATTAAAAAAAGGGTGTAATATTTATGAAAATACAAAAGAGATTTTTAGGGCAGTTCAT +AGGATTATGTATGTTTTTAGTTTTCATAGTTTTCTCTATGATAGGGGGATTTTTATTTCA +AATAACTAAATATAAAGATTATAGTTCTGAAATATCTGGCCTAAATAAAGAAATTGAAGA +GGCTGATAAAGAAATTGAAGAGCTTAAAGCCATTGAATCAAATCAGAATGAAAATGATTT +AGAGGAAATTGCTAGAATACGTTTAAATATGGTTAAACCTAATGAGATTGTTTATTTTAC +TGAAAAGGAGATTGAGTCTAAGTAGGAAATTTAGGGTTCGGCGCTCGAGGTATAAATTTA +ATTTATACCTCTTCGCTCGGGCAAACTCTAAAATTGCTATACTTTAACTCGATCTTTTTT +TGTGTCATAAATAAAATATATTATTAGATTTAAGGTATGTAGGAAGAATAAAACAATTTA +AATTATGTGGGTTGTTTGGGGTATAATGGATATAATACATTTTGTAAGTGATAAATTGGA +ATATTATATTTTGGACGAGAATATAGTTTAGGAGGTAATAATTTTTATGAGAATGGGTGC +TATTGATATTGGGACTAATTCAATGAGACTTTTGATTTGCGATTATATAGATGGAGAATT +ATTGAATAGAAAGAAGCTTGTTAACACTACGAGGATTGGTAAGGGTGTTGATGAAAATGG +ATTTATTAGAGAAGATGCTATTAGAAGAAATCTTGATGCTTTGAAGGAATTTTATGATTT +GAGCAAAGCTGAAGGTTGTGAAAAGCTTTATTGTATTGGGACATCAGCACTAAGAGATAG +TAAAAATAGTGATGATTTTATAAAAAGAGCTAAATTAGAGGTAGGAATAGATGTTGATGT +TATAAGTGGTAATGATGAGTCTAATTTAGGTTTCTTAGGTGTACTTAAAGGAGCTAATGA +AGATAAAGATATATTAGTTGTAGATATTGGTGGTGGATCTACTGAATTTATTCTTGGAAA +TTTTGAAGGGATAAAATTCGCTAAGAGTGAAAATGTGGGTGCACTAAGGATGACAGAAAA +ATTTTTAACTACTGATATTGTAGATGATTATGAATTTGATATGATGAGTGAGTTTATTGA +AGAAGAGATCAAAAATACAATTGATTATCTAAAGGAAAAAGAAATAAATAAACTTGTTGG +TATTGGTGGGACTATAACGTCGTTATCTGCAATAAATCAAGAGTTAGAAATATATTCAAT +GGAAAAAATACACAATAGTCAAATTAATATAGATGAGATAGAAAAAATTCTACAAAATTT +AAAAAAGATGACATTAAATGATAAGAAATCTTTAAAAGGGCTACAAAGTAAGCGTGCGGA +TATTATAACTGCTGGTGTAAAAATTTTACATATAATAATGAAAAAGTTAGAATTAAGCGA +TATAGTTGTAAGTGAATACGATAATTTGGAAGGCTTAATATGTCAAAAAGCAAAAAAGAT +GTCTTAATATTTTTATTTACAATGACCTTAATATGACAAAAAAGAAAACTCCTCTTTGTT +ACAATCTCTGTATAAACAAATGAGGAGGTTTTTTTATGGATAAAACGATCAATTCTTTAA +AAAGTAAAGATATTAGATTAAATGATGTGAGAATAAGTAAATTCGTTGATGCTAATACAA +TAATATTTATAATAATGGGGTTCTTATTAAGTAGGTCTACACTAATTGATTATATAGCCC +CCTTGGGATTTGCATTTTTTATATGTATATCAAAGTTAGATAGATATAAGTATCCAGTAT +TTGTTTCTACTTTATTAGGTATATTATTATCTGGAAATAACACCGGATCCATATTTAAGT +ATAGTATAGCTCTATGCGCAATTTTAATTTTAAGCAGTCAATTAAAAAAAATACCATCTG +TATTTAAAGTAAGTATGTTAGGTGTGTTTATACTGTCTGCTGTTTCTATTGGACAAGCTT +TAGTAGGTAGTAAATATGTTTATGATTTACTACTAATAGGAATGGAGGCTGTTATATTAT +TTATAGCCATATATATCTTCTCTTATGGAGTGACCCTCATTATTAATAGTAGTAATAGAG +TATCAGTACGGCTTGAAGAGGCCATATCAATAAGTTTATTAATTACATTTAGTATTATGG +GAATAGGAAGTATTAACGTATTTGGAGTATCTATACGCTCAGTTCTATCAACTGTATTAA +TATTAGTTGCTTCTATAGTAGGTGGATCTGCAATGGGAGCTACTAGTGGAGTTGTGGTTG +GAATTGCATTCATTGTAAATAATATAACATCAGCTGTTTACATGGGGGTATATTCTTTTG +CCGGTTTAGTAGGAGGTGCATTTAGTAGATTAAATAAATACTTTTGTATATTAGGATATA +TATTAAGTTGGATAATTATGTACTCTTACACATCTGGTCTTAGCTCAAATATTATGGAGA +TTAGGGATATATTAATTGCTTCTTTAATAGTAATTATTTTACCTAAGTCATTTTTTAATA +GAGTGGAAAGGCTTATAAAAAGTAATATTGATTCAAATGAAATAGTCTATGATTATATAA +ATAGAAGTAAAAATTTAACTAACAATAGACTTATAGACATATATAAAACCTACAGTGAAC +TTGCAAATACTTTTGATAACATAAGAGAAAGAGATAAAATAATAAATGAGAAAGATATAA +CTAATTTAATAGATATGATTCACAATGATGAGTGTACAAGTTGTAGTATGAAGAGAATGT +GTTGGGAAACTAGGTTTAATCATACATATAAATTAATGTATAACTTAATCGAAAATATAG +AGGAGTATGGGGAGGCCACTTCAAGAACTATTCCGGAAGACTTTAGAAAAGAGTGTATGA +AACCAGAAATGATAGTTAAGGTTGCAAACTATTATTATAAACTTTTTGCATTAGATTATG +ATTGGAATAATAAGTTTTCAGAGAGTAGAAAGATAATATCGAATCAAATTAAAAATATAT +CTAAATCTATAGAAGATCTGTCTAAGGATTTAGATAATAATATAAGTATAGATTTAGAAA +AAGAAAGGGGCATTTCAGACGAGTTAGAAAGGAATAATATTAGTATAAAGAGGATAAATT +ATTTAACAAAAGGAAAAGATGATTTCGAAATAACCATAGAAAAAAGAACTTGTAGCAATG +GATGCTTATGTGATAAGAGGCTAATAAGTATAGTGGAAGATTGTTTAGATGAGAAGCTAT +CTGTCCAAAAAATTGGGTGCCATACTTTAGGTTCAAATTGTACAATAAAGCTAACTAAAG +CTCAAGTTTATAAAGCAGTAACTAATGTTGCGTCCATGTCTAGAGATGGATATGTACTTT +CAGGAGATAATTATACTTATATGGAAGTCAGCGATGGAAAATATATAATGGCAATTAGCG +ATGGAATGGGAAAAGGTAAAAAAGCATATGATGAATCTTCTGTCACTATAGATATATTAG +AGAAAATGATTGATGCAAAAATAGATAATGAAATAGTAATTAACACTATAAATAATATGC +TACTTCTTAAATCTTCAGAAGAAATGTTTTCTACTTTGGATTTAGGAATAGTTGATTTAA +AGAAAGGAAGCTTGGAGACTGTAAAAATGGGTTCATGCCCATCTTATATAAAAAGAGAGA +ATGGTGAAGTAGATCTAATTTCATCATCATCACTTCCTGTAGGTATATTGTCTGATATAA +AAATGGATAGACATAATACGAAGTTAGGAAATGGAGATTATGTAATTATGGTTTCTGATG +GAATTATTGATGCAGGTAAGAGTAATAATTTCGGTGATAATTGGTTGATATATTTCTTAC +AGAAGTTAGAGTCTACAAATCCAAAAGAAATTGCTAATAAAATTTTAGATAGAGCTTTAG +AATTACAATTAGGAGAAGTAGATGACGATATGACTGTTTTAGTTACAAAAATGTATTCTC +AATAATAAATTATAATAGATGTTAATAAAATGTGGATAACTTTACAAATATATATAAATG +TTGAAATTACAAGGTTCGACATAATTCTACTAAAATTAAATAGAAATTTTATTTACTAGG +AATTCGAATTTTGAAGATTTATCAACAAAAAAATAATAAAATGTGATGGAATTTGTTGAT +AAATCACAAAAAAATGTTAATAAATTGATAAAAAATATAATTTTAAACAATTATATTTGG +AGATAAATTGCTGGAATACCTAACTTAAGTAAGATTTTATAAACTGTTAATATGTTAATA +AGTATGTGGATAAGTTGTAAGTATGAAATTAACTAAATGGTAAACTTTGAATAATATAAC +TAAAAGAAGCCATCCTAATATTAAGTAGATTTGATGAAAGGATGGATATTTATGGGGATA +AAGTTTGCAAAAATATTTTTAATTTCTTTGCTAATAATTACTTCAAGTATATGTGTAACA +AGTAAAGCTGAAGAATTTAGTGATAGTGTTATTACTTCATCAGCTAATAGTTTAGATGAA +AATGATGATAATCCTAAAGAAGAAAAGAAAATAGATTATACAAAAACAAGCTGGAATCTA +GAATCTTTATTTAAAAGTGATGATCAATGGAAAAAAGAACTAAAGGCATTTAGAAAAGAT +ACAAAGGAACTTAAAAATTATATTGGTAAAGTTACAAAATCAGAAACACATTTAGCTTTT +GCTCTAGACATTAAAGAAGAGTTAGATATAAGACTAAATAAGCTATGTGCATATCCAAAA +TTAAAGCTAGATACTAATAAAAATTCATATAACTATTTAGATATGAATGAAGAAGTTAAA +AAAGCATATAAGGAATATACATCTATATGTTCAAAATTAGAACTTGAAATACTAAAATTA +TCAGATAAAGAATATAATAAATTTATGAGCAATAATAAGATAAAGAAAAAATATGGAATG +TATATGAGTGATATTAGAAGGAATAAAGATCATTACTTGGATGAGGAAAAAGAAAGTTTA +TTAAACAATACTTCTGCTCTTGCAAGCTTACCATCAAATGTATATGATCTTTTTAGAAAT +ATGGATAAAAAATCGAATTTAACACCTGGACAGTATGCTAGTGAAATAGAATGTTTTGAC +AGAGAGAAGAGAAAAACAGCATATAAAAGTGAATTTATTCCATATAATGATAATATAAAT +ACTTTATCAGCTTTATTAGTAGGACAAGTAAAGAAAAATATTTTCTATTCATCATCAAGA +GGATATGATTCATCTTTAAATATGTATTTAGAATCAGATGATATTGATGAAAAGGTGTAT +GATAGCTTAATTGATACTGTGAGTAATAATACTAAGAGTCTACATAAATACATAGATCTA +AGGAAAAAAGTATTAAATGTAGATAAGGTATATTATTATGATATGTTTGTACCTATAGTG +GAACCAGTAGATAGTAACATCACATATGATAAGGCTCAAACTATGGTATATTCAGCAATG +GCTCCTTTGGGAGAAGAGTATGCTGATATAATATATAAAGCGTTTAATGAAAGATGGGTA +GATGTATATTCTAATGAGAATAAAGTAAGTGGTGGGTATTGTTTATCAGTATATGGAAAT +CATCCATATGTATTATTAAATTACAATAATTCATTAGGTGCAGTTTCGACACTATCTCAT +GAATTAGGACATGCTATTTATGAGTACTTAAGTTGTAAAAATCAAAATTACTTTAACTCT +AGTCCTTCAATTTTCACTCATGAAGTAGCATCTACTACAAATGAAGCTTTGCTTTATGAA +GGTTTAATTAAATGTGCACGTGACGATAAAGAAAAAGCCTATTATATATCAGAATACTTA +GATTTAATAAAAAATACATTATATACTCAAACTATGTACGCTGAATTTGAAAAAACTATA +CATGAAATGGTTGAAAGTAATAAGAATGTAAATGCTTTAGTATTAAATGATATATGGGCC +GGATTATTAAAGAAATACTATGGAAATAGCTATGAGCTAGACCAGTTATCTATGGTTGGA +TGGGCAAGAATCCCCCATTTTTATAATAGTTTTTATGTGTATAAGTATGCGACTGGATGT +AGCGCAGGTGTTACCTTTGCTCAGTCGATTTTAAATAATAATGGAGCAGAAAACTATATG +TATTTTCTAAAAAGTGGAAGTTCTGATTACCCAATAAATATATTAAAGAATAGTGGAGTT +AATTTAACTAGCACAAAACCTATTTTAAATACAATTAAAAGGTTTGACGATTTAGTTAAG +GAGCTAGAAAGCATCCTTGAAAAAGAATAAAATTAAATATATTATATTTAGAATATATAA +AAAGGGCATGTCTTAAAATAAATTTGATAGATTCATTTTAAGACGGCCTATTTTAATATG +GAGGCAATTATTATATGCAAAGAAGAATAAAAAAAGCGGTAATACCAGCAGCTGGTTTAG +GAACAAGATTTCTGCCAGCGACAAAAGCTCAACCTAAGGAGATGTTACCAATAGTTGATA +AACCAACGCTGCAATACATAATAGAAGAAGCTGTAGAATCAGGTGTAGAGGAGATTTTAA +TTATAACTGGTAAAAATAAGAAGTCTATAGAGGATCATTTTGACAAATCTGTAGAATTAG +AGCTAGAATTAGAGAAAAAAGGTAAAATTGAATTACTACAAAAGGTTCAAGAAATATCAA +ATATGATCAGTATATACTACATTAGACAGAAAGAACCAAATGGTCTAGGAGATGCGATTC +ATTGTGCAAAAAGCTTTATTGGTAATGAACCCTTTGCAGTAATGCTAGGTGATGATATAG +TAGATAGTGAGACTCCGTGCTTAAAACAACTTATAGATATTTATGATGAATATAGAACTA +CTGTATTGGGGGTCCAAAAAGTTAATGAACAAGATGTCGATAAATATGGTATAATATCAG +CGAAACATATCGAGGATAGAGTATATAAAGTCAGGGATTTAGTAGAAAAGCCAGAAATAG +ATGAAGCTCCATCTAATATTGCAATATTGGGTAGGTATATAATAACTCCAGAAATTTTTA +ATATTTTAGAAAAATTACCTACGGGTAAAGGTGGAGAAGTTCAGCTTACTGATGCATTAA +AAATATTATCTAAAAAAGAAGCTATGTATGCATATGTTTTTAGAGGAAAAAGATATGATG +TAGGAGATAAGCTAGGATTTTTAGAGGCAACTGTAGATTTTGCACTGAAGAAACCTGAAC +TTAGGGATGATTTTATGGAATATCTAAATAAGGTGTGTACAGAAGGTAATATAGAGAGGA +ACAAAAAGATAAATAATCAAGAAGAAAACTCTGAATTTAAAGAAGTATAGATTAAGGTTT +TTAGTTAGAGAGGTGATTAGATATGTCAGCTAAAAAAAATCAAAAAAGAAATAAGATAAT +AGCTATAACTATAGTAATTGCACTTGTATCAACTAGTATAGTTAGTATGTTAAGTATGAT +TGCAGGTGTATTCTAGGGAATGTATAGAATAGCCTTAAATAGGTACCGTCAAGAAATAAA +TGAGAATTGATTAACATTTGTAAGCAAAACATTGTATATGTTAATTAGTTTTATGTTTAT +TATATTGGCGGTATTTTAATTTTATAATTATTTGGGGATATATTTATGTTTAAACCTGAC +ATTATTAAAGTAAATAAAAGAAAAAGTATATTATATATTGCTAATAAATAATAAATGATA +CGACAAAATAAAAGAAAATATGATGTATATTTACTAAAATACGAATATAATGTATAATTT +TTAGTGAAAATAACGAAGGAGTGTCGTATAATGGATAGAAATTTAGCGTTAGAATTAGTA +AGGGTAACAGAGGCTGCAGCTTTAGTATCTTCTAAATTTATGGGTAGAGGAGATAAAAAT +GGAGCAGATGGAGCAGCTGTTGAAGCTATGAGAAGAGCTTTTGAATCTATTAAGATAAAG +GGTGAAGTAGTTATAGGCGAAGGTGAGTTAGATGAAGCTCCTATGCTATATATAGGAGAA +AAGGTTGGTTTACAAACAGATGATTGTAAGGAAGTAGACATAGCTGTAGATCCATTAGAA +GGTACTACACTAATAGCCAAAGGTCTTCCAAATGCTATATCAGTAATAGCTATGGGTGCA +AAAGGTAGTTTATTAAATGCGCCAGATACGTATATGAAAAAAATTATAGTTGGACCTAAA +GCAAAAGGGGCAATAGATTTAAATAAGACTGTAGAAGAAAATATATTGTCTGTAGCAAAA +GCTTTGGGAAAAAAAACTTCTGAAATGACTATAATAACACAAGATAGAGAAAGACATGAT +TACATAGTTAAGGCAGCAAGAAGTTTAGGCGCTAGAATAAAGGTATTTAGTGATGGTGAT +GTTGCCGCAGGAATAGCTACATGTTTTGAAGAAACAGGAATAGATATGCTAATGGGAATT +GGTGGAGGACCAGAAGGCGTAATAACGGCAGCGGCAGTAAAATGTATGGGTGGAGATATG +CAAGGTCAAATATATCCATTAAGCGAACAAGAAATAAAGAGATGTCATGAAATGGGATTC +TCAGATGAAGACATAGAAAAAATATTATTTATAGATGATTTAGCAAAGGGAGAAGATTTA +TTCTTTGCAGCAACAGGAATTACTCAAGGGGATTTATTAAAAGGAGTAGTACCTATAGGT +AATAATAAAGCTACAACTCAATCTGTAGTTATGAGGGGTAAAACTGGAACTATAAGATTT +ATAGATGCTATACATAGTTTAGATAAAAATGATATATTAGTAGATTTAATGAAAAAATAT +AACATGGACTAAAATAGGGTTAGGTATGAATTAGTAGGTTGCGCTTATATATAAGTGTAA +CTCTAAGACTTACCTAACTTATTTCATTTTAGATAAGTAAAAAACATATGAATTATTTTA +CAAAAATTCTTAGAAAAAGGTATTTGGATATTATTTATTGACCATAATATAATAATAATG +ATATTATTAATTTAATTATTTAATAAAACTTTTCTTTTTCACACCTTTAATTCCCGATTG +AATGAATATCAAAATAAAATATATAGTTATACATAGAGGAGGATTTTTTTAACTTGAATA +ATATAACGGTAGAAGAATTAAATAGTAAAACCTTAGCACAATTAAAAGATATAGCTAAAG +AATTAAATATAAAATCAGTTAGTAAATATAAAAAAGGCGAATTAATTGAAATTATCAATG +AAAATACAAGAAAAAGTTCAGCGGAAAGTGTTAAAAAAGACGAGAATAATTCTAATGAAA +AACACAATGATATTAACAATAAATCACAAGAGAATATACAAACATATAATAATAAACAAG +AAATAACTTATGTAAAGCCTTATAATAAATACGAAAATAATAATAGAAATACAGATAGTA +AAAGTCAGAGAATAGACAATAGGCCTCAAAATAATGATTATAGTAATAAATCTCAAGGAA +TAGATAATAGACAACCTAGAAATAATAATAATAAATCTTATTATACTCCAAAGATAGTTG +AAGAATCTAAAATAATTGATGAGTTCAATACTTCTAAAGATGATGAGGTAATGGGCGTAT +TAGAAATACTACCAGATGGTTTTGGGTTTTTAAGAGGTTCAAATTATCTATCTACAGAAG +GGGATGTTTATGTATCTCCATCTCAAATAAGAAGATTTAATATGAAAACAGGAGACAAGG +TTAAAGGCATAACTAGACATCCTAAAACAGGTGAGAAATTTAGAGCGCTTTTATATGTTC +AAAAAATAAATGATGAAAGACCTGAAACTGCAATACAAAGAAAAGCATTTGAAACTTTAA +CTCCTATATACCCGGAAGAAAAGTTAACTTTAGAAAAGAGTCAAGGTGAAATTGCCACAA +GGCTTATAGATTTAATATCTCCTATAGGAAAAGGTCAAAGAGGATTAATAGTAGCACCTC +CTAAGGCAGGTAAAACTATGCTTCTTAAAAATGTAGCAAATAGTATTGCAAAGAATCATC +CCAATGTTGAATTAATAGTTCTTCTTATTGATGAAAGACCTGAAGAAGTTACTGACATGA +AAGAGTCTATTAATGGAGATGTTATATACTCTACTTTCGATCAAGTTTCAAGTCATCATG +TTAAGGTTGCTGAAATGGTTTTAAATAGAGCACAAAGATTAGTAGAGCATGGTAAGGATG +TAGTAATACTTTTAGATAGTATAACTAGACTTGCAAGGGCTTATAACTTAACTATATCTC +CAACAGGAAGGACGCTATCTGGAGGTCTTGATCCAGGCGCATTACATGGACCTAAGAAAT +TCTTTGGTGCAGCTAGAAATATTAGACAAGGTGGTTCATTAACAATACTTGCAACAGCAT +TGGTTGAAACTGGATCAAGAATGGATGACGTAATATTCGAAGAATTCAAAGGTACAGGTA +ATATGGAATTGCATTTAGATAGAAAACTTGCAGAAAAAAGAATTTTCCCAGCAGTAGATA +TATATAAATCAGGAACAAGAAGAGAAGATTTATTACTTTCTGAAGAAGAAAAGACAGCAC +TTTGGAGGTTAAGAAGAGAAATGAGTAATAATTCAGTTATGGAAGTTACTGATAAAGTTA +TAGAATTATTAAAAAGAACAAAGAATAATGAAGAGTTTATTAAATCAATAAAGGCGCTTT +AATCTAAAATAAAAACTCCTTGTACCACTAAAAAACTTATGTTATAATGGTGTAGTTGAT +AATGTAAATGAAAAATTAATAATGATTAATTTTAAAAATAAAGAGAAGAGGTGACAATAA +TGCAAAAGGATATACAACCTAAATACAATGTTATTGAAGTAAGCTGTGCATGTGGAAATA +AATTCCAAGCTGGTTCAACTAACGATGAAATAAAAGTTGAAATATGTTCAGAATGCCATC +CATTCTATACTGGAAAGCAAAAGAATATAGAAAAAGGTGGAAGAATCGACAAGTTCAAGA +AGAGATTCAAAATGGACTAATTTTTATAAAAAATGGAGTTGGGAAGCCAACTCCTATTTT +ATTTAACTAGGGGGTTCCAAATAATGTATAGACCGATTAATCATGGTTATATAGAGGCTG +TAATTGGGCCAATGTACAGTGGTAAAAGCGAAGAGCTAATAAGAAGGCTAAAAAGAGCTA +AGATAGCAAAACAAAACGTTATGGTATTTAAGCCTAAAATAGATGATAGATATAGTAAAG +AAGACGTAGTTTCACATAGCGGAGAAAGTATAGATGCAATTCCTATAAATAAAGCTAATG +AAATTTACGATTATATAGATAATAAAGTTCAAGTTGTTGGAATAGATGAAGTACAGTTTT +TTGATGAAGAAGTTGTGAATGTAGCTGTAGATTTAGCTAACAAAGGAATTAGAGTTATAG +CAGCAGGTCTTGATATGGATTTTAAAGGTGAGCCATTTGGACCAACACCTAAGTTATTAG +CTATAGCAGAATTTGTTGATAAAATACAAGCTGTTTGTTCTGTTTGTGGACAACCTGCTA +CGAGATCTCAGAGATTAATTAATGGAGAACCAGCTAGATATAATGATCCAATAATACAGG +TTGGAGCAGTAGAAAGCTATGAAGCTAGATGCAGAAAATGCCATGTAGTATATAAATAAA +AATAAGCTGATTAAGAATATATCCCTTTAGAGTGAGATAAAGTTTACTTTAAAGGGAATT +TTTATATTATAATAAAATAAAAATATAAATTAGCTAAGAGGTGAGTATATGAGTAAACAA +GCTGTTGGTGGGCAAGCTTTAATTGAAGGCGTAATGATGCAGTCAAAAGAAAAAAGAGCT +ATAGCTGTTAGAAAAGCAGATGGAGAGATTGTAATTAAAAAAAATAAAATAAAAAGTTGG +ATAAATGATAAAAATATAGATAAAATTCCTTTTGTTAGAGGATCATTTATATTAATTGAA +AACATGATTGAGGGTATTAATAGCTTGAATTACTCTTCAGAATTTTTTATGGATGAAGAA +GATGAAGAGGAAGATAAATTTGATATATTGATTAAAAAAATATTTAAGCATAAAGCTAAT +GATGTAGTTTTAGGTATAGCTATGGTTTTTGCTATATTAATTTCCATAGGTATGTTTGTT +TTAACTCCGACCTTCATAGGAGGCTTATTTTCAAAAATTATTTCTAATAAGGTTATTTTA +AACTTAATAGAGGGAATAATTAGGATACTAATACTATTTACTTATATTGTTATAATTTCA +AAAAATAAGGATATAGAAAGAACGTTCCAATACCATGGAGCAGAACATAAAGCTGTATAC +TGTTATGAAAATAATTTAGAACTTACTATTGAAAATGCAAGAAAGTTTACTACATTACAC +CCTAGATGTGGAACAAACTTCTTATTTATAGTCATGTCTACATCTATAATATTATTTTCA +TTCTTTGGATGGCCAAATCCTCTAGCTAGAGTGATAATGAGAATAGTATGTATTCCAGTG +GTTGCTGGTATATCTTATGAAATAATTAGATTTCTTGGGAAATATAACAATAAATTAACT +AAAATTGTTGCATATCCAGGAATGATGTTACAAAAGTTTACTACAAAAGAGCCAGATGAT +TCACAGTTAGAGGTGGCATTAGCTGCATTAAAAGCTGTTGTGAACTAAGAAAAAGGAGCC +GTTATGACAATTAGAGATATAATTATAAAGTACTCACAAGAGTTAGAACATATAAGTGAC +ACGCCAAGACTAGATGTTGAAATATTACTAGAAAAAGCTCTTGGAAATGTAGATAGTCTT +TATATACGTTTAAATTTAAATAAAGAATTAACACAAGAACAAGAAGATTTATTTAATACA +TTTATACAAGATAGATTAAAGGGAAGACCGGTAGCTTATATAGTAGGAAATAGAGAATTT +ATGGGATTAGATTTTTATGTACAAGAAGGAGTTTTAATTCCAAGACCAGATACAGAGCCT +TTAGTAGAAGAGTTAATAGAACTTTGTAGAGGAAAAGAAAATTTAAATATTCTAGATATA +GGAACTGGTTCAGGGGCTATAACTATAAGTTTGGCAAAATACTTGAATACTTCTAAGGTA +AAATCTTTTGACATATCAGATATAGCATTAGAAGTTGGTAAAAAGAACGCAATAAGTAAT +GAAGTTGATGATAGAGTTGAATTTATAAAATCCGATTTATTTAGCTCTATAGAAAATAAA +AGTATACAATTTGATGTTATAGTTTCTAATCCACCTTACATACCTAAAAAGGATATAGAA +ACTTTACATACTCAGGTGAAGGACTATGAGCCATATACAGCTTTAGAAGGTGGGGAAGAT +GGATTAGACTTTTATAGAAGCATAACAGAACAATCAAGAATGTATCTAAAAGAAAATGGA +ATTTTAGCATATGAAGTTGGCCATGATCAAGCTGAGGATGTATCAAAGATAATGAAGGAT +AATGGATATACTAAAATATATACAAAGAAAGACTTACAGGGGATTGATAGAGTTGTTATA +GGCTATAAACTATGATATAATGAAAAATTGATATGCTACAATTAAAGAGGTGAAAGTATG +TTACAGAAATTAGCAGTACTAGAAGATAAATATAAAGAATTAACAGAAAAAATAAGTGAT +CCTGAAGTAATAAGTGATCAAAAAGTTTGGCAAAAATATATGAAAGAGCATGCTGACTTA +GAACCAATTATAATGAAATTCAGAGAATATCAGTCTGTTCTAAACAGTATAAAAGACTCT +AAGGAAATATTACAAGAGGAATCTGATGAGGAATTAAGAGAGTTAGCTAAAATGGAACTA +TCTGAAATGGAAGATCAAGTAGAACCATTAGAAGCTGAATTAAAAATATTATTATTACCT +AAGGACCCTAACGATGAAAAGAACGTTATAGTTGAGGTTAGAGGTGGAGCAGGTGGAGAT +GAAGCAGCTCTATTTGCTGGAGACTTATTCAGAATGTATTCAAGATATGCTGAAAGAAGA +AGATGGAAGATAGAATTATTAAGTGCTAGTGATACTGGTGTTGGTGGATATAAAGAGGTA +TCTTTCTTAATAAAAGGTAAAGGTGCATACTCAAGATTAAAGTATGAATCAGGAGTTCAT +AGAGTTCAAAGAATTCCAGCAACTGAATCTGGAGGAAGAATACATACATCAACTGCAACA +GTTGCGGTATTACCAGAAGTTGAGACTGTAGAAGTAAATATAAACCCAAATGACCTAAGA +ATAGATGTTTTCCGTTCTTCAGGAAATGGTGGTCAAAGTGTTAATACTACTGACTCTGCA +GTAAGAATAACTCACATACCTACAGGAGAAGTAGTATCTTGCCAAGATGGTAAATCACAG +TTAAAGAATAAAGAACAAGCTTTAAAAATACTTGTTGCTAGACTTAATGATAAGGCTATA +GCTGAACAAAATAAAGAAATATCAGCTGAAAGAAAGAGTCAGGTAGGTACAGGTGACAGA +TCTGAGAGAATAAGAACTTATAACTTCCCTCAAGGAAGAGTAAGTGACCATAGAATAAAC +TTAACATTATATAAGTTAGATCAATTCTTAGATGGAGATATCGATGAAATGATAGATGCT +CTTATAACAGTTGATCAAACTGAAAAAATGTCTGCAATATAAATCCCTAATATTTAGGGA +TTTTTCTATAGAAACTTTAGTTATCTTATAGACTTGTGCTGTATATAATTATTATATAAT +GGTACAAGGGGGTTGAGAATTGATACTAAGAATTACTTTAATAGGTTTATTTGCAGGGGT +TATAGGAACCGGTTTTGGGGGAGTAATAGCAGCTCTTTTTAAGAAAAAGGTAGACAGATA +TATAGATTTTTTCATGGGGCTATCAGGTGGAATAATGTTAGCTGTTGTAGTATTTGACTT +AATGAAAGAATCTATGGAGATTATGGGGGTTATGCAGACAGTTATATTTACATTCGTAGG +AGTAATTATAACAATGCTCATAAAGTCAAGCTTAGATATATCTAGTGATATGAAGTCAGG +ATATTTAATTTTTTTGAGTATATTATTACATAATCTGCCGGAAGGACTGGCTATTGGGTC +GTCTTTTATGTCAAAAGAATCTCTAGGGATGACTTTAGCAATAGTTATAGGAATACATAA +TATACCTGAAGGATTAGCAATGGCATTAAGTTTGGTTGGTAGCAAAATGAAAATTGCTAA +GGTAATTTTATTTACAATAATAGCAGGAATACCTATGGGTATAGGAAGTTTTTTAGGTGC +TTATTTTGGGGGGATTTTTTCTTCTCTTATAGGTGTATTTCTTGCTACAGCAGCTGGTAC +AATGATGTACGTTGTCTTAGAAGAAATATTTCCTAAATCAAGAAGTCTATATTGTATAAT +TGGATTTTTAGTAGGTACATTAATTGTATATTGTATCTAAAACTAAAACAAAGGTAGGTA +TACAAATGATGAGAACTATCATAAGTAAAATTGAATCAGAAAACATAGATATAAAAGAAA +TAGAAAAACATGCAAAACTTTTAAAAGAAGGAAATACAGTTATATTTCCAACAGAAACAG +TATATGGATTAGGAGCGAATGCTTTGGATGAAAATGCTGTGAAGAAAATATATGAAGCAA +AGGGAAGACCGAGTGATAATCCTCTTATAGTTCATATTTCAGAGGAAGAAGAGGTATATG +ACTTAGCTAAAAATGTAAGTGAAAAGGCCAAAAAGGTAATGCGAAAATTTTGGCCAGGAC +CTATAACTATAGTTTTAAATAAAAAAGATATAGTTCCTAAAACTACTAGCGGAGGATTAG +ATACAGTAGCTATAAGAATGCCATCACATAAAATTGCACAAGCAGTAATAAAAGAAGCTG +GGGTTCCTATAGCAGCTCCTTCTGCAAATATATCAGGAAGACCATCTCCAACAAAAGAAG +CTCATGTCAAAGAAGAAATGAATGGTAGAGTAAATGGAATAATTTTAGGTGGAGATTGTA +ACTTTGGATTAGAATCTACAGTTTTAGATATGACTGAAGAAGTACCTATGATTCTTAGAC +CAGGTAGTATAACTAAGGAAGAATTGGAAAAGTTAATTGGAGAGGTAAATTTAGACCCAT +CTTTAGAAAAAAAAGAAGATAATAAAAAGGCAAAGGCTCCTGGAATGAAATATACACATT +ATTCTCCTAATGCTGATGTTTACATAGTATCGGGAAATTCCGAAGATGTAGTACAAAAGA +TAAATGATTTAGTTCAAAAAAATGAAAATAATGGATTAAAAACAGGTGTAATGTGCTTAA +ATAAAAATTATGAAAAATACAATGGTCTAGTTATATCTCTTGGGGAAAATTTAGAAGAAG +TAGGTAGCAACTTATTTAGTACTCTTATAGAAATGGATAAAAATAAAATAGACATAATAT +ATTCAGAAGAATTCCCTGTAAGTGGAGTAGGAAGAGCTATAATGAATAGATTACTTAAAT +CAGCTGGATACAAAATAATTAGAGCTTAATTTTGAATATTAAAATTATGTCAAAAATACT +AGTAAAATGTTGCTTAATTTAATATAATATCATAAGAATACTATTAGATAGTGAATATTT +TATATAATAAATTTAATTAAATTCGCTATTTTAATAAAAAATACAAAAATATACATAACT +AAATATAAAATGCGGAGGAAAATTTAATATGAAAATCGGATTAGGATGTGACCATGGAGG +ATATAACCTTAAATCAGAAATAATCAAGCATTTAGAATCTAAGGGGATTGAATGTGTAGA +TTATGGTACAAATAATGATTTAGATTCAGTAGATTACCCAATATACGGGGAATCGGTTGC +CAATGCAGTAGTAAACAAAGATGTAGATTATGGAATCGTTTGTTGTGGTACAGGGATTGG +AATATCTTTAGCTGCAAATAAAGTTCCAGGAATAAGATGTGCTGTAGTATCAGATGTATT +TTCAGCAAAAATGTCGAAAGCTCATAATAATGCAAATATGCTATCTTTAGGAGAGAGAGT +TATAGGAAAAGGACTTGCTTTAGAAATAGTAGATGCATGGATAAATACTGAGTTTGAGGG +AGATAGACACTCTAGAAGAGTTGATATGATAAATAAAATAGAAGAAAAGCATAGTAAATA +GGAGGCAGTATAATATGAGTAAAGTAATAGTAACAGATCATCCATTAATACAACACAAAC +TAACATTAATGAGAGATAAAAATACAGGTTCTAAGGATTTTAGACAACTTTTAACAGAAA +TAACAATGTTAATGGGATATGAAATAACTAGAAATTTACCATTAGAAGATGCAGAAATAG +AAACACCAGTGGTAAATGCTACATGTAAGGTATTACAAGGTAAAAAATTAGGAATAGTTC +CTATATTAAGAGCTGGATTAGGAATGGTAGATGGATTAGTAAACTTAATACCGGCAGCTA +AAATAGGACACGTTGGACTATATAGAGATCCTGAAACTTTACAACCAGTTGAATATTACT +GCAAACTTCCTCAAGATATACATGAAAGAGAAATGTTAATAGTAGATCCGATGCTTGCTA +CTGGTGGATCAGCAGTTGCTGCAATAGATGTATTAAAGAAGAAAGGTGCTACAAATATAA +AGTTAGTTAACTTAGTTGCAGCTCCAGAAGGGATAGAAGAAGTTAAGAAGTATCATCCTG +ATGTAGATATATATGTTGCATCTATAGATGAAAAATTAAATGATCATGGATACATTGTTC +CAGGATTAGGTGATGCAGGAGATAGATTATTCGGTACAAAATAAATGTAAAAATATATAG +GACAGTCTTAAAACTAAATTTTAAGCCTGTCCTTTTATAGTATTTTATAGTTTGGTGTAA +TTTTGTTAAGTAATATCTAAAATTAATTTCTTTTTTTAGGTAGAAAGGTTAAAATTACAA +TAAAAATTTAGAAAATTAAGAAAAGCATATAAAAAGAATTGATTTTTTTCAATAATGTGG +TAAAATAGATTTAACGAAATGTATAGACAAGATTTTTTTTAATTAGTTAATTGACGACAT +CAATTGTAGAAAAATGTCGCAATGATGCTAAAAATATTTCATTAAGAAAATAGAATTGAC +TTTGTCAACAAAACTAAATATATGACTAAAATTATAAACTTATGTCGAATATCGTTGATA +ATGTGTATAAATGTAAATTTAAGATAAAACAAGGAAGGCAAATTTTTATGGGAAAAAAGA +ATGCATATTTAGAAGTAGGGAAAATGCTATCACTAATAAGCCACATAGGCATAACGATGG +TAGTTTCTATATTTTGTACTTTCTTTCTAGGAAGGGGTATAGATAACTTACTTGATACAA +GACCAATTTTTACGCTTATATCATTAGTAATAGGAGTTGGTGGAGCATTCGTATCTGTAT +ATAAAATGGTTATTGGATATACGAAAAGGAAGTGATGAGTTGGATATTAAATTACAACAA +GAAATAGTAAATATAAATAAAGGAGTTTTAATATATGATGTTGTAATAATTATTGGATTA +TTACTAACTTCAACTTTTAGTACATCTATGTTAATGGGATTAGTTTTAGGTACATTAGTA +GCATTGATGAATTTTATACTATTAGCAAAAACAATAGAAAAATCAATAGATATGTCACCT +AATGAAGCTAAACTTTATGCATCAAGTAGATATACCATTAGAATGATTATAGTAGCAGTG +GTACTGTTTATATCAGCAAAGTCAGAACACTTACACTTAATAGGTGTTTTCTTAGGACTG +ATAGGCCCTAAAGTGGTCATATTAGTCAGAAATAATATATTTGATAAACTAAAAAGAAAG +GAGTCATAGAATGAGTTATGCAAGATGGTTACAAATTGGTGGTTTTAAAATAAGTACTAC +AGTTACGACTAGTTGGATTATAATGGCAGCCTTAATTATAGCGTCTTATTTTTTAACTAG +AAATCTGAAAAAAGTTCCAACAAGTAAAGTTCAGATATTCTTAGAATTTGCTGTAACATC +TCTTAAAAACTTAGTAACAACTACTATGGGAGATAAAGCAGTTAAGCAAATGCCAGATAT +GATATATTACATAGGTAGTTTATTTTTATTTTTTGCATGTTCAAATCTAATAGGATTATT +AGGATTTAGATCACCAACAACAGATATAGATACTACATTAGCATGGTCATTAATTACAGT +ATTCTTAATTTACTTCGCTGGAATTAAAGACAAAGGATTGTCTTATTTTAAAGGAATGCT +AGAACCAATACCTTTAATGCTACCGATGAATATAGTTAGTGAAATTGCAAGACCAATATC +ATTAACATTCCGTCCATTTGGTAATATTTTAGGTGGAGCAGTTATAATGTCTCTGGTATA +TCAATTTTTAGGATTTTTATCAACTTTAATACCAGGTGTAACAATACCGTTTGGTCAGTT +ATTAATACCTGTACCATTACATTTATATTTTGATTTATTTGCAGGAGTGCTACAAGCATT +TATATTTGTAATGTTAACGATGGTATTCGTAGGAAGTGCAACAGAATAAAGTTTATATAT +AAATATAAACCAGTAAAGTATATAATTTAGAAATTTAAAATTAAAGGTTAAGAATTTAGG +AGGTATTTATTATGGATTACACAATGGCACAAGCAATAATAGCTGCAGGTTCAGCTGTAG +GAGCAGGATTAGCAGTTATGACAGGTATAGGACCTGGTATAGGGCAAGGTTTCGCTGCAG +GTAAAGGTACAGAAGCAGTAGGAAATCAACCAGAAGCTAAAGGTGATATAATGTCAACAA +TGTTACTTGGATGTGCGGTAGCAGAGTCTACAGGAATATATGGACTAGTTATAGCAATAA +TCCTTTTATTTGCTAATCCATGGTTATAAAAAGAATTTTCTAATAGAAAATTTAGGTTTA +AGAATCATTTTTAATTAGGAGATGGTTTATCCATCTCCTAATTAAAAATTGTGGTTAGTA +GAAAGGAGGAAAATGCATCAGTATGGAAAAATTATTGATAGGAATAACACCAGACCTTGT +ATTTCAAATTATAAATACAATTATACTTTTCTTAGTACTAAAACATATTTTATTCAAGCC +AGTATTAGGAATAATTGAGGCCAGAGAAAATGATATACAAGATAATTTAGCTAAGGGTGA +GTTAGCTAAAAACCAAGGTATAGCATTAAAAAGAGAGTACGAAGAAAAAATAAATCGTGC +AAAAGAGGAAGGTCAAGAAATAATAAAGCAAGCAACTTTAAGAGCAGAGAAAAAGTCTGA +TGAAATAATATCTAATGCAAAAGATGAGGCAACTCATATAAAAGAAAAGGCAACTAAAGA +TATAGAACAAGAAAGACAAAAAGTTATAAATGAGATAAAAGATGATATATCAGATATAGC +TTTACTTGCAGCATCTAAAGTTATTGAAAAGGATATAGATAAAAATAAACATGAAGACTT +AATAAAAGACTTTATAAAAAAGGTGGGCGAATCTAAATGATGAATGTAATAGCAAATAGA +TATGCTGAAGCCTTATTTCAAATAGGGGAGGAAGAAAAATTAACAGATATGCTGTACCAA +GAATTAAGTGAAATTGTTAACTTAATTAAGGTAAATCAAGATTTATTTTCAATTTTAAAA +TCTCCTGTTATATCTAAAAAAGAAAAAATTAGTTTAATTGATAATATATTTGAAGATAAA +ATAAATATCAATATAAAAAATTTTTTAAAAATACTTATAGAGCAAGATAGGATTTCATTT +ATATCAGATATTTCTGATTCATATAAAGAGTTATTAAATGAAAAGAATAATATATTAGAA +GGATTTGTAATAAGTGCAATTCCAATGAAAAAAGAAGAAATAAAAGAGCTTGAAGAAAAG +CTTTCTGAAAAATACAATAAAAACGTTACTTTAGAGAATAAGGTTGATAAATCTATTCTA +GGTGGAGTCTTAGTTAGACTTGGAAATGAAGAAATAGATGGAACAGTTAAAACTCGTTTA +GATAAAATGAAAGAGCAACTATCTCAAGTAATATCTTAGGAGGGCGGTGAACCCATGAAC +TTAAGACCTGAAGAAATAAGTTCTATAATTAAACAACAAATAAAAAATTATGAAAATAAA +ATTGAATTAACTGATACAGGTAGCGTACTAAAAGTTGGAGATGGTATAGCAACTGTATAT +GGATTAGAAAAAGTTATGTCAAGTGAACTTTTAGAGTTCCCTGGTCAAGTATATGGTATG +GCTCTTAACCTTGAAGAAGGTGTAGTTGGGGCGGTTATATTTGGTGATGACTCTAACATA +AAAGAAGGTGACATAGTTAAGAGAACTGGTAAAATAGTTGAGGTTCCAGTTGGTGAAGCT +ATGATAGGTAGAGTTGTAAGTCCGTTAGGATTACCTATAGATGGTAAAGGACCAATAAAT +ACTAACAAAACTAGACCTGTTGAATCTCCAGCACCAGGTATAATGGAAAGAAAATCAGTT +CATGAACCATTACAAACAGGTATAAAAGCTATAGACTCAATGGTACCAATAGGTAGAGGG +CAAAGAGAGCTTGTTATAGGGGATAGACAAACAGGTAAAACTTCTATATTAATAGATACA +ATATTAAATCAAAAAGGTAAAGATGTTATATGTATATATGTTGCAATAGGACAAAAACGT +TCTACTGTAGCTCAATTAGTTTCAACACTTGAAAAAGGTGGAGCTATGGATTATACAATA +GTAGTTTCAGCTACAGCATCTGAATCTGCACCACTTCAATACTTAGCACCTTATGCAGGG +GCTGCTATGGGTGAAGAATTTATGTACAATGGTAAACATGTACTTATAATATACGATGAT +TTAAGTAAGCAAGCTGTTGCATACAGAGAGATGTCATTATTACTTAGAAGACCACCAGGT +CGTGAAGCTTATCCAGGGGATGTATTCTACTTACACTCTAGATTACTTGAAAGAGCAGCT +AAGCTTTCAGATGAATTAGGTGGAGGATCTATGACAGCATTACCAGTTATAGAAACTCAA +GCAGGAGATGTTTCTGCATATATACCAACTAACGTTATATCTATAACAGATGGACAAATA +TACTTACAACCGGAATTATTCTATTCAGGAGTAAGACCAGCTGTTGACCCTGGTATATCT +GTTTCAAGGGTTGGAGGTAGTGCTCAAATAAAAGCAATGAAAAAAGTTGCTGGTACATTA +AGATTAGCATACTCTCAATATAAAGAACTTGCAGCTTTCTCTCAATTTGGATCTGACTTA +GATGAAGATACTAAAAAGCAACTTGCTCAAGGTGAAAGAATAGTTGAAGTTTTAAAACAA +GGAGAGCATGAACCAATAAAGGTTGAGCATCAAGTTATGATAATATTTGCTGTTATAAAT +AACTTCTTAGAAGATATTCCAGTAAATAATATAGCTAGATTTGAAAATGAACTTTATGAA +TTTATTGATAATAATTATTCAGATGTTTCTACTAAAATATTAGCTGGAGAAGATTTCTCT +TCTGATTTAACAAACGCTATAAATCAATTTAAGAAAAAGTTTGTTATTGAAGCTTAATCC +TTTTTAAAAGGAGGTAATTTAATTGGCAGGTGCAGGAAGTAAAGAAATCAAAACTCGTAT +GACCAGCGTTGAAAGTACAAAGCAAATAACTAAGGCGATGCAACTTGTAGCATCATCTAA +GTTAAGAAAAGCTAAGGAGAGAGCTGAAAGCTCAAGACCATACTTTACAACGTTATACAA +TACTATAAATGAAATATCTCAAAGTACTAAGGGTGTAAAAAATGACTTTTTAGTACAAAG +AGAGGTTAAAAATAAATGTTATATAGTTGTTGCCGGAGATCGAGGATTAGCAGGAGGATA +CAACTCAAATGTATTAAAATCTGTAGTTAACCATATGGCAGGTAAACAAGAAAAAATAAT +TTCTATAGGTAAAAAAGCCCATGAATTTTTTGATAAAAGAGGTTATGAAATAGTAAACTC +TATAGAAAATGTTGAGCATTGTAATTATGATAATGCTTTAGAAATATCAAATAATGTAAT +GGATTTATATAAAAAGGGAGAGATTGACGAAGTTTACATTGCGTATACAGAATTTGTATC +CCCTTTAGTACAAAATGTAAAATTAATAAAAGTACTTCCATTAGTTTTTGAGAATAAAAA +TACTGAATCTCAAGAAAATTCTGTGAGAAGAGGACGAGTGCAGTATTTGCCATCAGCAGA +AGCTGTTTTAGGCTATATCATACCTAAATATATCTCTGGAACGATATATGGTGGGGTTAT +AGAATCTTTTGCATCAGAACAAGGTGCTAGAAGAACGGCAATGGAATCGGCAACAGATAA +TGCAGATGAAATGCTATCTGATTTAGAGTTAAAATACAATAGAGCAAGACAATCAGCTGT +AACTCAAGAAATAACAGAGATAGTAGGTGGAGTTGAGGCTCTAAAATAAGGAGGTTAGGA +AATGGCGAATGTAGGTAAGATAGTATCAATCGTAGGGGTTGTACTTGATGTTAAATTTGA +AGATGAGAAAAGCCTACCTAACTTATTAAACGCGTTAGTTATAAAGTTAGGAGATAAAGA +AATAGTTGCGGAAGTTGCACAACATATAGGTGACAATACAGTTAGATGTATTGCCATGAG +TGCTACTGACGGTTTAGTAAGAGGTATGGAAGTTGTTGATACAGGAAAACCTATAAGTGT +TCCTGTTGGTGATGCAACTTTAGGAAGAATATTTAATGTTTTAGGTGAACCAGTTGATAA +TAAGCCGGCACCAAAAGATGCACCTCAACTTCCTATACATAGACAGGCACCAAGTTTTGA +AGAACTTGAAAGTAGTGCAGAAATACTTGAAACAGGTATAAAGGTTGTTGACTTATTATG +TCCATACTTAAAAGGTGGGAAAATAGGTCTATTCGGTGGAGCTGGAGTTGGTAAAACAGT +TCTTATACAAGAGCTTATAAACAATATAGCTAAACAACACGGTGGTATATCTGTATTCGC +AGGTGTTGGAGAAAGAACTAGAGAAGGTAATGACCTTTACCATGAAATGGCGGACTCTGG +AGTTATAAATAAAACAGCTCTAGTATTCGGACAAATGAACGAACCACCAGGAGCGAGAAT +GAGGGTTGCTCTTAGTGGTCTTACAATGGCTGAGCATTTTAGAGATGAGCAAGGTCAAGA +TGTTTTATTATTCGTTGATAATATATTCCGTTTCACACAAGCAGGTTCAGAAGTTTCAGC +ACTTCTTGGACGTATGCCATCAGCAGTTGGATACCAACCAACTCTTGCTACAGAAATGGG +TAACTTACAAGAAAGAATAACATCAACTAAGAAAGGGTCTATAACATCTGTTCAAGCGGT +ATATGTACCAGCGGATGACTTAACTGACCCGGCACCAGCAACAACATTCACACACTTAGA +TGCTAAGACTGTTTTATCAAGACAAATAGCATCACTTGGTATATACCCAGCAGTTGACCC +ATTAGAGTCTACTTCTAGAGTTCTTGACCCAAGTATAGTTGGTAAAGAACATTATGAAGT +TGCAAGGGGAGTACAATCAATACTTCAAAGATATAAAGAACTTCAAGATATAATTGCTAT +ACTTGGTATGGATGAATTATCTGATGAAGATAAGATTATAGTTGCTCGTGCTAGAAAGAT +ACAAAGATTCCTTTCTCAATCTTTCACAGTTGCAGAGCAGTTTACAGGATTACCAGGTAC +TTATGTACCAGTTAAAGAAACTGTAAGAGGTTTCAAAGAAATATTAGAAGGTAAGCATGA +TGATTTACCAGAATCAGCATTCTTATTAGTAGGAACTATAGAAGAAGCTGTTGCAAAGGC +GAAGGAGCGTAGATAACTATGGCAAGTGAATTTTCACTAGAAGTTGTAACTCCTGATAAA +GTTTTTTATAATGATAATGTAGAGATGGTAATAACTAGAACTACAGAAGGTGATAGAGGT +ATTCTTAGAAATCACAGACCATTTGTAGCAGGATTAATCGAAGGTACACTTCGAGTTAAA +AAGAATGGTGACTTTAAAGAAGCAAAAATAGCAGGTGGATTTATTACAGTAGATAAAGAA +AAAGCTGTAATTTTAACAGAATCAGCCGAATGGATATAAAATAAAAAGAACCACACTAGT +ATAAAAACTTATACTATGTGGTTCTTTTTATTTTATACATATAGAAATATAATTGTTTTT +AGAGTTAGTGTTCGGAATTTGTACTTTTTGGTTCAAGTAATTGAATATAATAATGTAATC +GTAATACAATAATATTAGAAGGATGATTTTGGAGGTTATGATGAATATATTAGATATTGG +AGTGGATATAGTTGAGATTGATAGGATTAAGGATGCTATCAATAAGAATGAAAGGTTTTT +ACATAGATTATTTACAGATAATGAAATAAAGTACTTTGAATCTAAGGGATTTAAGACTGA +AACTATTGCAGGTAATTTTGCAGCGAAGGAAGCTATAAGTAAATCTATAGGAATGGGAAT +TAGAGATTTTACTTTTAAAGACATAGAGGTTTTAAGAAATTCTTTGGGGAAACCTATAGT +AAAAACTTATAATAATTTAAGTAAAATATGCATAGAGTATAATGTTCTAGAAATAAAGGT +ATCTATATCTCATAGTGAAAAATATGCTGTGGCAAATGCTATTGCAATAACTAAGGAGTG +ATAATATGAATGAAAAAAAAGCAAAAGATATAATGACAACTGATGTAATTGTAGCTAAAA +AAGGGGATACTATATCTGAAGTGGCTAATGTACTTATATCGGGAAAAATTGGAGGACTAC +CTGTAGTTGATGAAGATAATAAGGTAGTAGGAATTATATCAGAAACAGATATAATAAAGA +AAGAAAAAAAGGCACACTCAACTCCTTTTATAAATGTTCTAGAAGGAATAATATTTTTAG +ATGATATTAATAAGATGGAGAAAGATTTAAAAGAAATTGCAGCATATAAGGTTGAAGATT +TAATGTCGACGAATATAGTAAAAGTGCATGAAGACGATACTTTTGATAACATAGCAAATA +TAATGATAAAAAAATCTGTTAATAGAGTTCCTGTCGTAGACAAAGAAAATAGATTAAAAG +GAATAATTTGCCGATATGATATAATAAGAGCCATGTATAATGAATAAACTTTAAGTAGGA +GGGATCATGTGAGAAACAAGTGGATGACATTATTAATAATAACTATTGGTTTAAGTGTTA +GTTTTGTAGGTTGCCAAACTGGAGAATCCACAAAAGAAGAGGTTTACAAAAAGTTTCAAG +AGCAAGTTTCAAAAATTGAATCCTATACATGTACAGCTGAAATTGAAGTTGTGGGAAATA +AAGGCAAAAGTAGTTATACTTTAAAACACTATTATAAAAAGCCGGATAACTATAAGCTAG +AGGTTATTTCTCCAGAGAATCTTAAAGGAAAAACTATGGAATATAAGGATAATAAAATCA +TAGTCAAAAACCCTGATATTGATGATCTTATTGAGCTACCTAATGAGAGTAAGGATCAAC +AATATTTATTTATAGGAGACTTTATGAAAAATTATCTTAAAAACGAGGCAATTACAATGA +ATTCCTCTGATTCAGAATTGATATTAGAGGCAAGTATACCTGGAGATAGTGAGTACTTTA +ATAAGCAAATCTTATATATAAATAAAGAAAATAAAAATCCTGACAGAATGGAAATACTGG +ATAAAGAAGGTAATATTAGATTTACAGTTAAATATGATAATTTCGAATATAAAAAGTAAG +AGGAAAAAATATGATTAAAGAAACAGTTGCCCCTACTTGGGTGGAGATAAATCTAGATAA +CATAAAGTTTAACTTAGATAATATAAAAAAATTATTAAAGAAAGATACTAAAATTTGTGG +AGTAGTTAAAGCTAATGCATATGGCCATGGTGCAGTACAAATTGCAAAGTTGCTTGAAAG +AGAGAAGGTAGATTATTTAGCAGTTGCTAGGTTAGAAGAAGGTATAGAACTTAGAGAGAA +TAATATAGAAGCTCCTATCTTATGCTTAGGTTATATACCAGATGGGGCTATAAGAAATGC +AATAATAAATAAAATAACGATGACAGTATATTCTTTAGAAATGGCTGAAAAAATAAGTGA +ATTAGCACAACAGATTAATGAAAGTGTAAATATTCATATAAAGATTGATACGGGTATGTC +CAGAATAGGATTTCAGCCAAATGAAGAATCAGTAAAAAATATAGTTTTAATAAGCCAATT +AAAGAATATAAAAATAGAAGGAATGTATACTCATTTTGCAAAAGCAGATGAGGAAGATAA +GCAATATACATACCTTCAGGCAGAAAAGTATAACTATATGTTAAATAGTCTAGAGGAAGA +GGGTATTCAAATTCCTATAAAACATGTTTCTAATAGCGCTGCTATAATGGAGTGTCCTGA +TTTAAACTTTGATATGGTCAGATGTGGAATTATATTGTATGGTCACTATCCATCTGATGA +GGTCATGAAAGATAGAATCGAGTTAAGAACATCTATGAAGCTAAAATCAAGGATTGCTCA +TATAAAAGAAGTAAATTCAGATATAGGTATAAGTTATGGATGGAAGTATAAAACTAATAG +TAAGGAAAAAATTGTAACTATTCCTATTGGTTATGCAGATGGATTTACTAGAATGCAAAA +TAATGCGAAAATATATATAAATAACTATCCTTTTGATGTGGTAGGAAGAATATGTATGGA +CCAATGTATGATAAAAATAGATAAGGATATAGACATAAAAATTGGTGATGAGGTCATAAT +ATTTGGAGAAGGAGATGCAACGGTAGAAAGGATAGCAACTGATTTAGGTACTATAAATTA +TGAAATTTTATGTATGGTTTCAAGGCGAGTTGAACGTATATATATGGAAAGAAATGCAAT +TTTACAAGCAACTAGTTATTTGGTAAAATAAAAGAGATAGTATACTCTGGGAGGCGATTT +TGTGCATAATAAGAGCAAGGAAAAAATTGTGTTTACTTTACCTGACTCTCTTATATCTGA +AGTAGATAATATTGTTCAGATGGAAAATAGTAATAGAGAAGATTTTGCAAAAGCTGCTTT +TCAATTTTATATAACTCAAAAAAAGAAAATAGACTTAAAAGAGTGTATGATTAAGGGTTA +TAAAGAGATGGGTCAAATAAACTTATCATTAGCTGAACTAGGTATGACAAATGAAGTATC +TTCTGATGTTGATTCTGAAGGGAATATCGCTCAAGGTGAGTAATGTTAACTTAGAAGTAA +AAAGAGGAGATTTGTATTATGCTGATTTAAGCCCGGTTGTAGGTTCGGAACAAGGTGGAG +TGAGGCCGGTTCTGATAATACAAAATGATATAGGTAATAAGTACAGTCCAACAGTTATAA +TAGCTGCGATTACATCTCAAATTAACAAAGCTAAATTACCTACTCATATAGAGATAAGTG +CTAATGAATATGGGCTTAATAAGGACTCTGTAATTCTCTTAGAACAAATCAGAACTATTG +ATAAAAAGAGAATAAGAGAAAAGATAGGTTGTCTAGATAGTAATGTGATGTTAAAAGTGG +ATAATGGTCTTCAAATAAGTTTGGGACTATTTAATATTTGAAAATTATTGGTATTATTTT +TAATATCAATAATTTTTTTTATTTGCAGAGGTTAAGTACGAGTTTATGAACATTTATATA +TAAATTTATTTTATTTTAAAAATAGAGTAAAAATTTGGAGAGAAGTGGTATAATAATATG +AGATTGGTATATAAATGTACATTACATAATAATGATTTTTTTACTTTACAAACCAGGGAG +GTAATTACATGAGAGACCATAAAGGATTAAATGAAATTACGTGTAGTATAAGAAAAGACA +TAGTTTCTATGATACACGGAGCAAAGTCAGGACATCCAGGAGGATCACTATCAGCAGTTG +AGATATTAACAGCTCTTTACTTTGATGAGATGAATATTGATCCAACTAATCCTAAGATGG +AAGATAGAGATAGATTTGTTTTATCAAAAGGACATGCTGCTCCAGTTTTATATGCAACGT +TAGCTCAAAAAGGATACTTTGATAAAGAAGAGTTAAAAGGATTAAGAAAAACGGGGAGGA +TGTTACAAGGGCATCCAGATATGAAGGGAACTCCAGGTGTTGAAATGTCAACAGGGTCAT +TAGGACAAGGGTTTTCGGTAGCATGTGGAATGGCTATGGCATCTAAATTAGATAATGCGC +CATGGAGAGTATATGCTTTACTTGGAGATGGAGAGTGTCAAGAAGGAATAGTTTGGGAAG +CTGCAATGAGTGCTGCTCACTATAAATTAGACAATATGACAGCATTTTTAGATTATAATG +GACTTCAAATAGATGGTAATACAGATGATGTAATGAGTTTAGGTTCTATAGTTGATAAAT +TCAAAGCTTTTGGGTGGAATGTTATAGAAATAGATGGACATGATTTTGATCAAATATTTG +CAGCTCTTGACATGGCTAAATCAACTGTAGGTCAACCAACTATGATAGTTGCTAAGACAA +TAAAAGGTAGAGGTGTATCATTTATGGAGAACCAAGCTGGATGGCATGGAAATGCTCCTA +GTGACGAACACTTAAGAATTGCTTTAGAGGAATTAGGAGGTGCTTTCCATGAGTAAAATA +GCTACTAGAGATGCATATGGAAAAACATTGCTAAAATTAGGTGAAACAAATGATAATGTA +GTGGTATTAGATGCAGACTTATCAAAATCTACAAAAACAAATGACTTTTCAAAGGCATTC +CCAAATAGATTTTTTAACATGGGTATAGCTGAGCAAAACTTAATAGGTGCTGCTTGTGGA +TTTGCAACAGCAGGAAAAATTCCTTTTGCAAGTACTTTTGCTATGTTTGCTACAGGAAGA +GCATTTGAAGTTATAAGAAATTCAGTATGCTATCCTAAATTAAATGTTAAAATATGTGCT +ACTCATGCTGGTATAACAGTAGGAGAAGATGGAGCATCTCATGAAAGTATAGAAGATATA +TCTATAATGAGATCAATACCTAATATGACTGTAGTAGTTCCTGCTGATGGAATAGAAACA +GAAAAAGTAATATTAGAAGCAGCAAAATACAACGGACCAATGTATGTGCGTCTTGGAAGA +AGTGCCGTTCCTACACTATTTGGGGAAGATTACAAATTCGAAATAGGAAAAGGTACTGTT +CTTAGAGATGGTAATGACGCTACAATAATAGCTTGTGGTATGATGGTGAATGAAGCTATA +ATTGCGCATGAAGAATTAAAAGCTGAAGGTATAAATGTTAGAGTAATAAATATGTCTACA +ATAAAACCTATAGATAGAGAATTAATTGTTAAAGCGGCTAAAGAAACAAAAGCTATAGTA +ACTGCAGAAGAGCATAGTATAATAGGTGGACTAGGATCTGCTGTAAGTGAAGTAGTATCT +GAAGAATGTCCAGTAATAGTTAAGAAGGTTGGAGTGAAAGATGTATTCGGAGAATCTGGA +ACACCAGCTGAGTTATTAGAAAAGTATGGATTAACGGCAAAACATATAGCTGAATCAGTA +AGAGAAGCTTTAAAATAATAAATTAGAAAGACTTTGCAATAAAGTATATATTGCGAAGTC +TTTTTTTATTTAATGTCATTCTAATAATTAAATCATTTTCATATATTTAAAATAGATGGG +GGTGATTGAGTGAATGTAAAATTCAATATGAAAGGGGTAATACTTGGAGTAGTACTAGTA +TTTTTTATCATAGGAGGATTTCTGTTCTTACCTAAAATGTTTATAGAGGATTCGACACCA +GTAGATTATACTATGATTCAAAGGGATGCTATACCCGAAAAGATATTAAATATTATGGAC +AAATATACAAATGAAGAGAGAGCATTAGCTGTCAAACTAGATAATAAAATATATGTAATA +GTAACTAGAGCAAAGGAAAAAGACCAAGGAATAGAAATAGACAAGATAAGTATTGCTAAA +GAAGAGGACAAGAATACGATGAAAGTTGAGATAACTTATAAAGATAAAAAAGATTCATAT +CCTTTTGTGGTTGCGGAAACAAATTTAACAGAACTTCCAGATAAAATAGAATTAAATTCT +TCTAATGATGCTAAATAAAAATATTTTTACATATAAATATGAAGTCCTAAGGTTACATAA +TAAAAAATGAACATAAATATTATTAAATATTAATCGGTAAGTGATTATATATAGATATAG +TTGCTTACCAATTAATATTTTTTGAATTTTATTTCAAAATAATAATTAAAAAAGTTAAAA +TGCTTATTATTTAATAACAAGTAGGGAAAAATAAATCTCAAATACAAATTTGAGGTGAAC +AAATGCTAAATATAGATAAATATAAAGTAAGTGAAGATAATTTAAAGTTTAAATGTTCGT +TAGATGATTTAGATTTTAAAACAACAGAAGATATAGAGCCCTTAGGAGGAATAATAGGTC +AGGATAGGGCTGTAACTTCTATAGAATTTGGCTTAAAAATGAAACATAAGGGATACAACA +TATATATAGCTGGAGTAAGTGGAATAGGGAGAACCAATTATGCAAAATCTCTTATAAAGA +AAAATATAAAATTTAATGAGAATCTAAAAGATTGGATATATGTTAATAATTTTAGAAATA +ATAATGAGCCAGTAGCCTTATCTTTTAAAGCTGGAGTAGGTAAGGAGTTTAAGAATGATA +TTGATGATATTATAGAAAAATTAAAAGTTGAGATACCAAAAATATTTAATTCTAAAGAAT +ATGAAAATCATAATAGGCTTTTAATGACAGAATTAGAAAATAATATACATAGTATAATTG +ACGAATTAAATGAATTTGCTAAACCTAAGGGATTTAAATTTCAGATTACAGAAAGAGGTT +TATTAAGTGTACCTATAAAAGAAGATGGTCAACTAATGGAAGAACCTGAATTAGGTAATC +TTACACCGTCTGAAATAAGAGAGTTAAGAGAACGAGGATTGAAGTTAAATCAAGAAAGTA +AGGAATATATAGATAAAATAAAATCCTGTGAAGATATATACAAGAATAAAAGCAATGAGT +TAGATAGAAATGTAGGAAGAAGTTTAGTTGGATTTTATGGTCAATATTTATTAACTAAGT +ATGGAGAAGATGAAAAGGTAAATAAATATATAAATGCTTTATGTAATGATATTGTGAATA +ATATTGCTAAGTTTAAAAAAGAGCCGGAAGATGATAAAAAAGATGCAATGGCATTATTGG +GAATTATGCCCAATAAAAGAGATGATAAATTCTTAAATAGATATAGGGTTAACTTATTTA +TAGATAATAGTGAGTGTAAAGAATGTAAGATTATAGTTGAAAGTAATCCTACGTATTACA +ATTTAACAGGTTCTATAGAGTATAAAAATGAGATGGGTTCATTAACAACAAGTTTTATGG +AAATAAAACCTGGAGCAATTCATAAAGCTAATGGTGGATTTTTAATTATTAATGTAAGGG +ATTTGTTATCGAATCCTTTTTCATGGGAGTGCTTAAAAAGGACGTTAAAAACAGAAAAGA +TAAATATAGAATCTTTAAATAAGCAGTATGGATATTTAGTTACATCAACTTTGAAACCGG +AGCCAATAGATTTAGATTTAAAAGTTATTTTAATTGGAGATAGCTACTATTACAATCTGC +TTTATGCTTATGAAGATGATTTTAGAAATTTATTTAAGATAATGGCTGACTTTGATATAG +AAGTAGATAGGAATAAAGATAATATTTACAAAACAGTTCAACTTATTTCGAATAAATGTA +AGGAATCAAATTTAAAACATTTTTATAAATCTGCAGTAGAAAGATTGATAGAGTATAGCA +CTAGAATAAGTGATGACAAAGATAAGCTTAGTGCTAGATTTAATAAAATTGTAGATATAA +TATATGAAGCAGATGCTGTTACAGATGATTATGAACTATATGTAACAAGAAAAGATGTAG +ATAAAGCAATAAAACAAAAGATATACAGAAACAATAAGTATGAAGAAAAATTAAATGAAA +TGTTTGAGAATGGAACATTATTAATCGATCTAGATGGAGAAAAAGTAGGACAAATAAATG +GATTAGCTGTTATGGGAACAGGAGAGTATTCCTTTGGAAAGCCATCAAAAATAACTGCAT +CTACTTATAGAGGAAGAAGAGGAATTATAAATATCGAAAGAGAAATAAAAAAAAGTGGAA +GTATTCATGATAAAGGTGTATTAATTTTAAGTGGTTACTTAGGAAATAGATATGGTAAGG +AAAAGCCACTATCAATATCTACATCTATAACATTTGAACAAAATTATAATGGAATAGATG +GCGATAGTGCATCTAGTACAGAGCTGTATGCAATAATATCTAGTATTGCAGATATACCAA +TAAAGCAATATATAGCGGTCACAGGTTCAGTAAGTCAAAAAGGTGAAATTCAACCAATAG +GAGGAGTTAATGAAAAAATAGAAGGTTTCTTTGATGTTTGCAAGATAAAAGGATTTACAG +GAAAGCAAGGTGTAATGATACCGATACAAAATGTAAGAAACTTAATATTAAAAGATGAAA +TTATAGAAGCTGTTAAAGAGGGAAGTTTTAATATATATGCAATATCAAATATAGATGAAG +GTTTAGAAATTCTTACAGGTAAAAGTAAAGAAGAAATTGATCTTGCTGTAAATGAAGTAT +TGGATAAATATAGGAAACTAGATAAAGAAGATGATGAAGAAAAAAATAAAGATAAGAAGA +AAAATAAAGATAAATAAAGAAGACAATGAGAACATAGATTAAAGGTAGATGAAATAATAA +AGCTGTAGTGACTTAAAGATAATAAAATCTACAGCTTTATTATTTTTAAAAAATTTATTA +AAAATCATTTATTAGGAGTTATAATTTTAGATTCAGTAATGATAAAATCTAATTGAGCAT +CATGAGGATCTTTTGGTACTTCATCAAATATTTGTAAATCAAAAGCAATTCCTATAGTTT +TAGCATCTGGTCTTAAATTTTCTAAAAATCTATCATAAAAACCTCCGCCATACCCCAGTC +GATAACAATCAGTATCATAAGCAACAGCAGGAACTATTACAACATCTAAGTCTTTTATAC +CTATAGCTTGGGAACACTCAGGTTTTGGTTCTCTTATATTATAAGCGCCAATTTTGATCC +CTTCTTTAAGATCTGTGATTTGAGTTGGTATTAATTTTTTTTCTTCTTTTAAAGTTATAG +GAGAAGCGACAATTTTTCTTAAAGATATTAGCTTATTAATTAAATTATCTGTTTGTACTT +CATTATTAAAATCAAAATAAAGCATAATCGTTTTTGCTTTTTTTATACAGTCCATTTGTA +ATAGTTTGTCTGTTATTATAGAAGAATTTTTAGAAATAAATTCTGGGCTTTGATTCTTTC +TTTCAGATATAACCTTTTTTCTAAATTCTTTTTTCATTGAAATCTACCCCTTTATATTAT +GGTATAATATGGATATGCAATTTAGAATTGTATACCTATTATAAATTTTAGTATATGCAT +AAGACTTGGGCAACAGAATTGATAATGGGGTAATAAAAAGAATAGCTAGTCATATAATAT +AAAGTAGATTATTTAAAGGAGATGCATTAAATGATATCTAAAAAAAAGGCCATAATAGGG +TCAATAGTTTTAGTAGCAGTTACGGCTATGCTTACATCAACGTTGCAAATAGCAATTGGT +AATAAGGTTGTAATACCTAGAGACTTATATGAAAGTTATAAGAAATATAATAAGTTAATT +GGACTAGAGCAAATAGTAGAAGGAGACTTTTACAAAGAAGTTTCGGAGGATGATTTAGTA +CAAGGATCTATAAAGGGAATGTTTTCAGGTTTGGGAGACATATATTCTCAGTATTATACT +AAAGAGGAATTTGAATCATTAAAAGAACAAACAAGCGGATCATTTGTAGGAATAGGAGTT +TATATTAGCCCTACATCAGATGATGATTATATAACAATAATCGCACCAATAGAAGGATCT +CCAGCTGAAAAGGGTGGTATAAAAGCAGGGGATAAAATCATAAAAGTAGACGATCAAAAT +GTATATGCAAATGATTCTGACAAAGCAATAAGCATGATAAAAGGAAAAGCTGGTACAGAA +GTTAAACTTACTCTAAAAAGAGGAGAAGAAGAGCTTGATTTAAAGATAAAGAGAGAAGAA +ATAATATCTAAGAGTGTTGATAGTAAAGTTTTAGAAGATGGTATAGGCTATATAAAAATA +ACATCATTTAATGAAAATACATATAAAGAGTTTACAGAAGCACTAAGTAATTTGAAAAAG +CAAAATATAAAAGGATTAGCTTTAGATTTAAGAAATAATCCTGGTGGTTTATTAGATATT +TGTAGTGAAATTGCTGATGACTTAATTGGAGAAGGGACAATTGTATATACTAAGGATAAT +AAAGGTGATAAAGAATACATAAAGTCTGACTCAAATAAATTAGGTCTACCAATAGCAGTT +TTAGTTAATGAAGGCAGTGCATCTGCATCAGAAATACTTACAGCTGCAATAGTAGATAAT +AATGAAGGTATAGCAATAGGAACTACTACTTTTGGGAAAGGTTTAGTTCAAAGTGTTAGA +GAACTAAAAGATGGAACTGGGTATAAATTGACTACAGCACAATACTTCACTCCAAATGAT +AATTACATACATGGAAAGGGTATAGAGCCTAAAATCATAGAAAAAGATGAAAATAAACAA +TTAGATGTGGCTGTTAATTGGATAAAAGAGCAAATTAAATAATATATAATAAAGGATGGC +ACTATTTATACGAATTTAAATTGCTGCCATCTTTTTATAATTAAAAAAGTTTTACTTGAA +TATATTTTCATAAAACTATACATAATCAAAATAAAGGGTATATATATGTTTTCTATTAAA +TAAGGAATTATAAAATAATATATAATACAAAATCTAAATTAAAGTAAAATTATAAAATAA +AATTTAAAATGAATTTTTTATATTATTTTGATAAAGAAATAAAAAAAGGTGGATATTTTT +AACAAAATTTGTATTTAAAATAAAGGTAAAATAGAAAATATATAGAATTAATTAATAAAT +AGTTATGGTAATGGGATGTGAGTTTATGAAAGAGAATATGGAAAAAGTTATTGATTTTGA +AGAATATAAAAATAAAAAGAAGAAAATAGAAGTCGATAGAGTTGAACTTTTGAAGCTTAT +AAAACAAATAGTAATGACAAAATAGAGAGCAAACTGCTTCTAGTGTTGCATCTAGTTAAT +ATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAA +TGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_7 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AACATTTAGCCTCTTTTTTTATTTGAAAAAATTAAAACTATACAGTTTAAAAATAAATTT +TTACGAAATGTAATTATATAGATTAAATTTAAAAAAATAAGGTAAAATTAATAAAACAAA +GTTCTTTTAGAAGTTAAATTATTAGAAATAATATTAGGTATTTAGTGAAAAATACTAATA +CTTATACATTCTGAAAAGATTAGTAAAAAAAATAATAAGAATTTTTAATTTTAAGAAGGA +ATTTAACAAAAAAAGTCGAAATCTGTATAAGAGTATTTGACTTTTTTGCAATATAATGTA +AAATAGTAATGTTAATAAAAAAATTACACCAGAAGGTGATAATATGAATGATATAAAAGA +TATAGTTGAAGAAGTTAAAAATAGATGTGATATTGCTAATGTAATATCAGAATATATGCC +TATAAAACAGTCTGGAAGCAATTATAAGGGCTTATGTCCTTTTCATGGAGAAAAGACACC +ATCATTCCATATAAGCTCGTCTAAACAGATATACAAGTGTTTTGGATGTGGAGAAGGTGG +AGATGTTATCAACTTTGTAATGAAAATGGAAAATTTAGATTTTATTGATGCAGTAAAGTT +ATTAGCAAATAAATGTGGTATTGAAATAAACACCAATATGAATGAAGAAGATAAGCTAAG +AATGGAAAAATCTAAAAAGTACCAGGATATACATCTTGAGGCAGCAAGATTTTATTTCGC +AAACCTACTAAAAGAGAAAAATCCAGGTTACGATTATTTAAGAAAAAGAGGACTAGATGA +TAAAACTATTAAAAAGTTTGGTTTAGGTTACTCACAAAAGTCATGGAATGAGCTCATGAA +TTATTTATTATCTAAAGGATATGACAAACAAGATTTGGTACAGTGTGGTTTAGTAAATCA +TAAGGCTGAAGGTAATAAATATTATGATAGATTTAGAAATAGGGTAATGTTTCCTATATT +TGATTATAGAGGAAATGTAATAGGATTTGGAGGAAGGGTACTAGATGACTCCTTGCCTAA +ATACCTAAATTCGCCAGACTCATTAATATTTAATAAAAGATATAATCTTTATGGATTAAA +CTTTTCAAGAAAGAATATAGTAGATAGAACTATTATTTTAGTCGAAGGATATATGGATTT +AATATCGCTTTTCCAGTATGGCGTAAGAAATGTAGTAGCTACATTAGGGACAGCTCTAAC +AGAACAACAGGGGAATTTAATAAAAAGATATGCAGATACTGCAATTATTTCTTATGATTC +TGATGAAGCAGGTGTTAAAGCTACCTTAAGAGCTATAGAAATTCTTTCTAAGATAGGGAT +TAATGTAAAGGTTATAAATTTAAAGGATTGCAAAGATCCTGATGAGTTTGTAAGAAAATA +TGGACTTGAAGAATATAAAAAAGCAATTGGTGATTCTACTCACTATATAAAATTCAGAAT +TGACCATCTAAGAAAAAGTTTTAATTTAGAAAAAGATGAAGAAAGAGTGAAGTTTGCAAA +AGAAGCATCAAAAATTATAAAAGAACTTAAAAGTCCAGTTGAAGTTGATTACTATACAAA +TTATATAGCAAAGCAAATTAACATAAGCACAGAGTCTATAAAAAAAGAAGTTTATGGTAA +AGACTATAATAAGGTATATAACAAACAAAATAATAAATATGTAACTAAAAAAGTAGAAAA +AGTAATTGAAAAGCCAAAAGCCATTAAAAAAGGTAAAGAGCTTGTTGAAGAAACTCTTAT +AAAATTATTGCTAGAAAATAAAAAAATAAGAGAAATAACCTTATTAAAGGTAGAAGAGTC +AGATTTTTTATTAAATGAGAGTAAAGAAATTTTAAATTACATCATTAAAAATAGAGATTT +GGACAAAATAACTATTGACAAAATTAAAAGTTTAAACATATCCGAAGAATATCTAAAGGA +TTTGGAAATAATATCTTTAGATAGTATAGATATGAATGATATAAAAAGCATAGATGAAAT +AGTAAAAAATCTTAAGAAAAATAATCTTCAAGAACAGATGAATATACTGTTACAAGAGCA +AAAAAATATTGAACTGCAGAAACAAAATAAGGATGACTTGAAAGAGGTAGATGTGAAAGT +TATGGAAATTGCTTTAAAAATTGTTGAAATAAGAAAGATGCTACAAAGCTTATAGAAGGG +AGGTAAGAGCGTGACTGAAAATAATAAAAAAACATCAAAAAAATTCGCAGCAAAGAGTTT +AATAGAAAAAGGTAAAAAGCAAGGCGCACTTACTCTTGCAGAAATAATGGAAGCTTTCTC +AGAAACTGAGTTAGATAAAGACCAAGTTGAAAATCTATATGAAACTTTAGGGAATTTAGG +AATAGAAGTTATAGAAGATAAATCAGAAAAAGTTGAGATAGATTTCACTGTTGCAGAAAG +TTTAAGTTTAGATAATATAGATGAAAATCCTGATGATATAGATAAAGAAGAAACTATTGA +ATTAGAAGCAATTGATTTATCTTTGCCAAAAGGAATAAGTATAGACGATCCAGTTAGAAT +GTATTTAAAGGAAATCGGAAAAATACCTCTACTAAAGCCACATGAAGAAGTTGAGTTAGC +AAAAAGAATGCTTGAAGGCGATGAAATCGCAAAGCAAAGATTAGTTGAAGCGAACTTAAG +ATTAGTTGTAAGTATAGCTAAGAGATATGTAGGAAGAGGAATGCTATTCCTAGATCTTAT +ACAAGAAGGTAACTTAGGTCTTATAAAGGCTGTTGAAAAATTCGATTATGAAAAAGGGTT +TAAGTTCTCTACTTATGCTACATGGTGGATAAGACAAGCTATAACTCGTGCTATAGCTGA +CCAAGCAAGAACTATAAGAATACCAGTTCATATGGTTGAAACAATAAATAAATTAATAAG +AGTATCTAGACAATTACTTCAAGAATTAGGTAGAGATCCAAAACCTGAAGAAATAGCTAA +AGAAATGGAAATGACTGAAGAAAAAGTTAGAGAAATCATGAAGATAGCTCAAGATCCAGT +ATCTCTTGAAACACCAATAGGGGAAGAAGAAGATAGTCATTTAGGAGATTTCATACCAGA +TGATGATGCTCCAGCACCTGCTGAAGCTGCAGCATACTCTTTATTAAAAGAACAAATAGA +AGAAGTTTTAGGTTCATTAAATGAAAGAGAGCAAAAAGTATTAAAACTTAGATTTGGACT +TGAGGATGGAAGAGCAAGAACTCTTGAAGAAGTTGGTAAAGAGTTTGATGTTACTAGAGA +AAGAATAAGACAGATAGAAGCTAAGGCTTTACGTAAATTAAGACATCCAAGTAGATCTAA +GAAACTTAGAGATTACTTAGATTAGAATCCATATATACAAAAAATTCGCCTTACAAGTTT +AAGGCGAATTTTTATATTTAAAGCTAGTGATAAACTAATGAAAATAATTAATTCTCTTAC +CATAATTAATATCTTTTTCTAAGTCTGTCTTAGATTCAGATTTTAATTGGTTTTGGGAGT +TTTGAATTATATTTTGCTCTGTTTCACTAGCCCAAAGCATGGTATTACCTCCCCATTTAT +AGTGAGGTTTATAGTGTGATTTACGTCGATTTTGTCTAGGCAAATTTAACACCTCCCAAT +AATAGTATTCGGAGTTTTATATAAATTTATGAGAGGATGAAAAAAATTGAAATTAACAGA +TAGATTATTAAAAATAGCATCATTAGTTAGTGAAGGAAAAAGAATAGCAGATATAGGTAC +AGACCATGGATATATACCTGTATATTTATTAAATAAAGGTACAGTACCATTTGCAATTCT +TGCAGATGTAAATAAGGGTCCTTTAGAGAATGCACGTAAAGAAGTTAGACATAATAAGTT +AAGTGATAAAACTGATTTAAGGTTAGGTTCTGGAATAAAGGTACTTAACAAAGGTGAAGT +TGATGAAGTTATAATAGCTGGAATGGGTGGAATATTAATTAGTGAATTATTAGAAGCTAA +AAAAGAAGTATCTCATTCTGTTGATAAATTAATACTTCAACCAATGCAAGCTCAAGAAGA +ATTAAGAAAATACTTATTAAATAATGGATATGAAATATTAGATGAAGTATTAGTACAAGA +AGACTTTAGAGTCTATGAAATAATAGTAGCTAAATATACTGGAAAAAATACAGTTGTAGA +AGATGATATATATTATGAAGTAGGAACAAAGCTTATAGAAAATAATGACCTTTTACTTAA +AGAATTTATAGATAAAAAAATCTATAAATACAACTCTGTAATAGAAAAGTTAGAAGGTAA +AAGCGGAGATACTATAGATAAAAAAAGAAATGAAAGTAAGACTAGAATAGAGAAGCTTAA +GAAGTTAATATAATATATAAATTTTTAAGGGGTTGATAAAATGAAATTAAAAAGCCTTAT +AAAGACAATAGAAGCTAAATACCCTACTAACTTAGCTTATGATTGGGATAATGTTGGATT +ATTAGTAGGAGATATTGAAGAAGAAATAAGCAAGGTACTAGTATGCCTTGAAGCTAATGA +AGCAATAGTAGAAGAAGCAATAAACAACAATGTAAATTTAATTGTTACTCATCATCCATT +TATATTTGGCAAGATGAAAAAAATTACTACAAGTGATTTTAAAGGAAAGTTAATACATAA +ACTTATAAAAAATAATATAGCTGTTTATTCAATGCACACTAACTTTGACATAGCTTTTGA +TGGATTAAATGATTATTTTATGGAAGTTATGGGATTTGAGAATTCTAATATATTAGATGT +AACAAATACTGAAACTTTATATAAAATTGTGGTTTATGTTCCTAAAACTCATGAAGATAA +AGTTAGAAAAGCATTAGGTAAATCTGGAGCAGGTCATATAGGTAATTATAGTGACTGTAC +ATTTAATACAGACGGAAAAGGAACGTTTAAACCTTTAGAAGGAACTAATCCATTTATAGG +AGAACTTGATAAACTAGAAGTAGTTGATGAAGTAAAAATAGAAACAATAGTTCCACAAAG +AATTTTAGGTGGAGTAATAAATTCTATGGTAAAAGCTCATCCATATGAAGAAGTTGCATA +TGATTTATATAAGCTTGAGAATAAAGGAAACTCAGTAGGTCTTGGAAGAATAGCATCACT +TAAAGAAAGTATGAGTTTAAAAGAGCTTTCGATGATGATAAAAGAAAAGCTTAATATGGA +TGCTTTAAGAGTTGTAGGAAATTTAGATGCTAACATTAAGAAGGTTGCTGTAGTAACTGG +TTCTGGTGCAGATCTGGCTAAGAAAGCTCAAAGGTCTGGAGCTGATGTGCTTATTACTGG +AGATGTAAAATATCATGACGCACAAGATGCAGTAGATGCTGGTATGTGTATTATTGATTG +CAATCATTTTGAAAGTGAAGATATATTTAAGGATGTTATGAAGAGATTCTTAGATGATAT +TGAAGATATTAGTGTAATAAAAAGTAGTCTTAATATAAATCCGTTTTCTATATTATAGAT +AAAAGAAGAACTTAATTTTTTATAAATGAAATTTCGCTTTATTAATTTAGGGCGAAGTTT +TTTATTTCTCAAAATATAAAATTACATTAATCGAAACTCATATATAAAATTAACTAATAG +AATTATGTATAAAATTAACTTACTTTGTCGAATGTCTAGAAAAAATAAATGTATATGCTA +TAATAGGCATATATTTTTCACATAGAAGGAGCATTAAAATGGGGATCAAAAGTGAGCATA +GCATAATTAAATTGATGCTTATATTATGTTTAGTTTTAATACCAAAAGAAGTATGGTCTG +AGTCTGTAGACAAGAAGGATATACTATATATAAATTCATATAGTCCTAGATTTGAGTTTT +TTGATGAACAGTTAAATGGTATAAAGAGTGTGTTAGGTGATAGTGTAGAGTTACAAGTAG +AGTACTTAGACCAAGGTAATTTTTATGGTGTCAAAAATGAGCTGAATTTTTATAATTTAA +TAAAATATAAAATAAATAATTATAAGACATATGATGCTATATTAATAGGAGATGATCCAG +CATTAAATTTTATAAGAAAACATAAAGAAGAGCTATTTAAAGGAATTCCTATAATTACAT +TTGGTGTAAATAATAAAACTAATATAGAATATATAAAAAATAATGATGATACATATGGTG +TTGAAGAAGGAATATCTCTGAAGAAGAATTTAGATTTGATTAATAAATTATATAAAAATA +AAAATGTAGTAGCTATAAACTTTAAGTCGAGGGAAAATAATATTGATTTAGATAATTTTT +ATAAATTAGAAAGTTATTATCCAGATTTAAATTTTAGCCATATTTCTTATGAAGAGGAAG +ATACAGTTGAAACAATTAAGAAGAAAATAGATAAAATAGATGAAAATAGTATTATTTTAC +TTACTTATATTTATAGTTATTCAAGTATATCATACAATGAGTTATTTGAACTTCAAGATT +ACCTTGATGCAAAAGTGGATTTACCTAAATTTAGTACATTAAAGCATGAATTATATTTTG +ATACAATTGGTGGATATATGACATCACACTATGAACAAGGGAAAATGGGTGCTGAAATTG +CTATGGATATAATAAATGGTAATGAGCCAACGTCTAAGTTAGTAAGCTACGATGAAGTAA +ATAAATATATATTCAATTATGAGCATCTAAAAAAGCATAAGATCAAAGAAAAGTATTTGC +CTAAAAACTCTAAGATAATAAATAAACCAGAGACATTTTGGAGTAAGCACAAACTTGTTA +TAATTCCTGCAGCGATTATAGTTGCTTGTTTAGTAGTTACAATTATAATATTTATAATAA +ATAATAAGAAAAGACGAATGTATTCAGAAGGTATATTTAAAGCTAAGGAAATTGCAGAAA +GTTCAATTAAGGCACAAAATAATTTTATATCAAATATAAGTCATGAATTAAGAACACCAG +TAGCAGTTATAATATCTGTAATTCAGTTATTAGAAAAACAAAATAAAGATAAAGAATTTG +ATTTAACATCAAGTATTAAAATTATTAAGCAAAATTGTTTAAGACTAACAAGACTTACAA +ATAATATAATAGATGTAGCAAAGATGGATTTAGGATTTATAGATATGAGACCTGTGAATA +TAGAAATAGTAAGTTTATTAGAAGATATAGTTTCATCAATAATCCCGTATGCTAAAAGTA +AGAATATTAATGTGATTTTCGATACTGAAATAGAAGAACTTGTTATGTCAGTAGATCCTG +ATAAGATTGAAAGAATGATGTTAAACTTATTATCAAATAGTATAAAGTTTAATAAAAATG +ATGGTTCTATAATAACTATGGTAAAGGTTAATGATAGTTATTTAAATATAGAAGTTATTG +ATACTGGAATAGGTATATCTAAAGAATATATGTCAAAAATTTTTGATAAGTTTACTCAAG +TTGAAGATATTATGATAAGGCAAAATGAGGGAAGCGGAATTGGTTTATCATTAGTTAAAT +ATTTTACTGAGGCTCATGGAGGAACTATTAGTGTAGAATCAGAATTAAATAAAGGAAGTA +GGTTTATTGTAAGAATACCTATGATTAAACAATCTGAATTATCGATGAGCTACTATGAGA +AAAATCAAAATGATGTAGTTGTAGGAGCAGAGGTAGAGTTTTCGGATATATATGCATAAA +GTTATATAATAATCTTAATTAATTATTTACTTGATAAAAATTAAAGTTAATTAAATACAA +AAGAATAAACAATAAGAGGTTTATTTTTAATTGTATATACTAATTTAAAAACAAAAGGAG +TAATAGTTTATATACTAAACTATTACTCCTTTTGTATTATATAAATTTAATACTTATTTG +CTATACATCTCACGACTTAGAGTATAAATTAATTCATCTCCATTAATCTTACGGTTAGGA +TTTAAATCGCTAAACCAAGTTATATATCGTCCAGTTTTTCCTACTGTATTAAGTTTTTCT +TTTATGGCTTCTATCAATTCATCATCTGAAAGTGTAGGCTCAGGCATAAACATGCTTACT +TGACCTAGTTTATCACCATATTGTTCCATCAAGGTAGACTTATCATTACAAGCGTCCTGA +CCTTCCCAAAAATCGAATCCAGCTTCACAGAAGTTTTCAACTTGGTTTGCAACACTACCA +CAAGAGTGGAAGTTTACGTAAAGTCCCATTTTATGAGCTTCATTATTTAATTTTTTGTAA +TGAGGTAGCATAATTTCTTTAAATGTGTCAGGAGAGAAGAATGAACTTCTTTGTGTACCC +ATATCATCATGGAATGTTATTATATCAGCTCCATAAATATCTTTAGCAATTTTGAATAAT +TCCAAATGCCAGTCAACTAATTTATCATAAAAAGCATGAAGTGCTTCTGGTTCCTCTAGT +AAATAGCAGAAAGTATCTTCAAAGCTAGTTAAGTCTGCAGTACGCTCAAATAATCCATTA +ACTATAACAAACATAGTAGCACGATTTGGACTAAGAACATCTTTATAATTATCATCATAG +TCTTTTTGCCAGTCTATTTCATTTAGATCAGGAAAGACTAGTTCATTTTCCCATTCAGTT +ATGTCGCTAAGTCTTCTAGTACCAGGCTTAACCATAGCAGCATTAGTTTGTGGTTCATAT +TCCCACTCAATGCCAAACCAGTCTACACCACCTTTCCATCTAGCTAAGGCATCAGGCATT +ACTAAAGGCTGAATTATATTTATATCATTTGCTATATTTGGAAGCCAAAGAGGTTTTTCT +TTTCTACACATTCTAAGTACATTTTCTTTTGGAGTAATAGGAGTATTAAATTTTCTAGAT +GGAAAACTTGGCATACCATAAATTCCAGGAATTTGAGGATATGTACCTACATCTTTTAAT +TCTTCTTCTTTATTAAATGGATACTTACTCATTATAATTATTCCCCCTAATTAAATATTT +TTATTTAACAACAGAATATGAATTCTGTGTTTTTTCTAAATTAAATTTATCTTTATATTT +ATTTTGATATAGTTTCAAAACCTTAATAGATAATATTATATAATCTCGGGTATATACATC +ATTAATATCGTATTCTAATAAATCTATTATTTTTTTTATTCTATATATCAATGTATTACG +ATGAAGGTACATTTCTTGAGCTGTATTAGTTATAGATCTTTCATTAGTTAGATATGAGTA +TAGGGTATCAATTTTATTACCAGAGGATCTTTCATCAATTTGCCATAAATTAAGAACATC +AGGATGACAGGCATAAAGGATATTTATTGAAAAACTTGATTCAATTATATAATCCATAGC +ATAGTCATAAAAGTTTATTAAACAACTAGATGGATTGTATGATTGAGATGAATTAAAGGC +ATATAATGCTTGATTATAAAATATAGCAAGATTTTTTAAATCTTTTAGAGGTAGACTAAT +ACTTAATTTCATAGATGCTTCAATAGCAATATTTTTTAAAATTTCTATTGCATTTGAATA +AGGTGTTTTTCTTTCATTAAAAATAATTACAATCTTTTTATTTTTTACAAAGGCGTGACT +ATAACTTAAATTACTTTCTATCACCCCACAATACATAGATATCAATGATTTAGGTATTTT +ATCTAAGTTATGAGATAGTATACAAACCCTAAAGTTATCGTTATCCTTCCAATCAATATA +ATCTAATTGAGTTTGTAAATCTTTTAAATCAATTTCTTCGTTATTGATAATAGATAGAAA +TATATTACAAATCGGAGGTGAATCATTATTTAAAGCTAGAGTGCTGATATAAGGTGTAAT +GATTGAAACTAAATAATCTAAAAGTTGAATATCACCATTATTTAGCTGACGGTCTTTTTG +TAATATGTTAATTCGACCACAAAACATGTCATTATTATATAGTGAAGATGAAATGCAAGG +AGTTTCTAACTCTTTATTGATAAAATTAAAATATTGAGCACCTTGTTCATAAAATGTGGA +TGTATAAGTATATGTGCCACGTAAATATCTAATTGCATTAATAGAGCTATAACCACATTT +TTTTAGATGGGACCATTCAGAATCCACATCGTTTTCATCATATTGATTGCTAATAGCTAA +AACTTTGCAATTTGCATCCATGAGTACAATAGGATTGTTAAATGCACACCAACAAAAATC +AATTAGTGATTGAAAATCGAGTTTACTAGCTAAAGTTAATATATTATCAGACCAGTCATT +ATAAAAGTCAAATATTGATTGAACAATTTCAAATCCTTGAGAAATATTAATATCTTTTAT +TCTTATATAATCTCCTTCTCCATTGCATATAACATCGTTTCCAGATTGAAAAATATGAAC +ACAATTAGTAGCATACGCACGTCTAGCACTTTTAAGTATTATTGGAGCATCTTTTTTAAT +ATTTAATTCTAAATCAATTTGATTTAATCGATTAGCTATCATCCACATGCTAAGCTTCAT +ATCTTTATACCAACTTTCATTTATAACTTATATTAATATTTTAAATTGTAATTATAAAAC +TCTTGTTATTTTAAATATAACATATCTATCAAACTAGAGGCAATAAATATGATTAGTTGT +TAAGTACAAAAAGTTGACACTAATTATATTTATTTTTGTATTCTCATACCGTAGAAAATT +TATTTATATAAAATTATCATTTTTATAAGAAGAAAAAATTGAGTGAAATTTATTTGATAT +ATGAAAGGGTGATAAGATGAAAACTAAGAAAAATAAATCAATTTCATCAAGACAACGTCC +TAATTCATTTGGTTATATGATGCAACAAATAAAAGAACCAATCTTAGGAAGACCAATAAG +TCCTAAGGAAAACTTAAGAAGAGTATTTGCAGGAGAAAAACCAATGTGGATGCCGGCATG +GCTGTATGAAGTTGATTATTGTTGGTCAGATGAGGTATTAGAACATCCAAAATATGAGTA +TGATGGATTTGATTGGTTTGGTGTTGAATGGGTATGGGTAGAAGTTGCTGGTGGGATGAT +GGTTAAGCCTGGAACAAGAACCTTAAGTGATATTACAAAATGGAAGGAAGAAGTAATATT +TCCAGATTTAGATTCTATAGATTGGGAGTCTGATGCAGCTATACAAACATCCAGATATGA +TAATGATAGGATGCATGTATTTCATCTTACTGAAGGTATATTCGAGAGATTACATGAACT +TATGCCTTTTGAAGATGCATTGGCAGCTATGATTGAAGATCCAGAATATGTTTTAGAATT +CTTTGAAGCTATGGCGGATTATAAAATAAAATTACTTAGTAAAATATTTAAATATTATGA +GCCTATAGATTTCGTAATATATGGAGATGATTGGGGGACACAACGTGCAGGATTTTTTTC +AAATGAAATGTTTAAAGAAATGATTTATCCATCTGCCAAAAGAGTAATGGACTATATTAA +GAGCCAAGGAAAATTTATTGAACTTCATTCTTGTGGGTTGAATCAACAGTATGTACCTTT +TTTTAAAGAAATGGGCATAGATTTATGGACTCCTCAATCAATTAACGATTCAGATATGCT +AAAAAATAAATATGGGTCTGAAATAAGTTTTTGCTTTGTAGTAGAAGGATTAGATGATCC +AAATATTACAGAAGAAGGAGCTAGACAAATAATTAGAGACTTTGTTGATAAATATGCTAA +AGGAGGTAGAGCTATGGCACAAATTTTTGCACCGCCTGAAGTATTAAAAGTTTGCTTAGA +TGAATTATACAATTATTCCTTAAACTTCTATCTTAAAGAAAATTAATAATTTGTTAGTTA +TGTGATACGAAAAAGTAAGTCTAAATTAATATTTTTTCGTACTTACATACCGTAGAAATT +ACTGTTATAGATAAATATTATTAATTATATAAGAAGAATTATATAAAAAATAGGAGGTAT +AAGCATGAAACAACATAGCCAAGATAAAACAGGCTTTATGGCAACAGCTGCTATTATGTC +AATATTTTTGCTAGCAATGGGTGTAGGTACTATAACGCCAGCAATACAGAATATAGCAGA +AGCTTATCCAAATGTACCTTACACAACAATAATTTATATTTCTACATTGCCAACATTGAC +ATTATTACCAGCATCTCTTATCACTGGTGCTGTAGCAGGTAAAAAGGTTAAATATAAAAC +ATTAGCTTTAATTGGTGTATTATTATTTATAATTTCAGGATGTGCACCAGCATTTATAAA +TAGCACATTTACATTAGTATTAATTTCAAGAGCTGTATTAGGAATAGCCTTAGGTATAAT +AGCTCCTTTAGGAAATGCAATAATATTTGGATTATATGAAGGGCAAAAAAGAGCAAATCT +AGTTGGTATAGGTACTGTTGTAACTAATTTAGGTGGAGTTGTTCTTCAGATGCTAGGAGG +AACATTAGCAGGGATAAACTGGAGTTACTGTTTTTTAGGTCATGCACTTGGAATTATATC +ATTCTTAATAATACTTTTCTTCTTACCAGAGCCTAAGAAGATTGAAGAACCAAGTGTAGA +TATTAAGAGTGGAAAAAAAGAAAAACTTGGTGTTGGAGTATGGGTTATTTGTATATTATT +TGGTGTGATTAACATTTTAAACTATCCTACAATGATGAATATGTCAACATTACTTGTAAA +CAGAGGCCTTGGAGATGCAACTGTGGCTGCAACAGTATTATCATTATTCACAGTTGGTGG +AATGATAGGTGGAGCAATATTTGGTAAGGTATTCCAGATAACTAAAAGATTTGTCATTGC +TGTAGCTTGTACAATAATGGCTATGGGGGTTGGTCTTATAGTCATAGCTAAAAGTACTTT +TGTAATGATGGCAGGAACTACTCTTTTAGGTTTAGGATTCTCAATATGTATGCCTGCAAT +ATTTATGATACTAGGTATGATGACAACGCCATCACAAAATACCTTTGCAATATCATTAGC +AACTGCAATTATGAATTTTGGAGGTTTTGTATCAACATACTGGGTAATGGCTATTCAAGG +TATAACTGGAGATGGAGTATTTATGCCTATTGTACTTGAATTTATAATATTTGCAGTAGC +TGCAGTAATATTCCTTGTAGTTAATCCAATACCAAAGCAAAAAGAAGTTGAAGAAGGGAA +ATAAGTCTTGATTTTAAGGGGGAGTGTATAGATGGATTTGAGAGAAAATGTAATAGAAAC +ATTAAAAAATGGGAATCCTAAAGCTTTTGTAAATGAATGGGAACCATTTAGAATGGTGAT +TGACCCAATATTTCAAAAAGTACTTACAGCAATTCCAGGTAAAACTGTAAAAGACCCATG +GGGAGTAACAATATTTTGGGGAGAAAATGAACCTGGAGCTATGCCAATGATAAATGATGA +AACAAAAGTATGTCCTGATATTACAGAATGGAGAAAATATGTTAAAGCTCCTGATATAGA +AAATTTTGAATATGATTGGAATACAGTAAAAGAAGAAGCAAGAAAAATTCGTGAAGATGG +AAAATATGTAATGGCGTTGATGGCTACAGGGCTTTTTGAACAATGCCATTATCTAATGGG +ATTTGAAGATACATTAGTTAACCTGTTAATGGAACCAGAAGATATGCATGAACTTATTGA +ATATATAGCAGAATATAAACTAATTTATTTAAAATTATTAATAGAAAATCTTAAACCAGA +TGTTATTATGTTCCATGATGATTGGGGAGCAAAAACAAATCTTTTTATGAAACCTGATAC +TTGGAGAGAGTTTTTCAAAGAGCCATATCGTAGAATATATGGATATATGAAGGAACATAA +TATTATTGCAATGCATCATGCAGACAGCTATTGTCAGCCTATAGTCAAGGATATGGTAGA +TATAGGTATTGATATCTGGCAAGGAGTTTTACCAGAAAATGATATTCAACAAATTAAAAA +AGATACAAATTATAAATTAACTTTAATGGGTGGTATAGATGCCTCTGTTGTAGATAAAAA +AGATATAGATGAAGATACAGTAAGAAAAGAAGTTCAACGTGCATGTGAAGCATATTCTGA +AGGAGGAATGTTCATACCATGTTTGACATATGGTGGAGAAGGTAGTATATTCCCAGGTGT +AAATGATATTATTATGGATGAAATTAATAAGCTAAATAAAAAATACTTCCCAATAAAATA +AAATTAAATAATTAATTTTGATAAAGTAAGAGTGAACTTTAATTTAGTTCACTCTTACTT +TAATTTTAATGCTTTATCATTTTATTAAATATCTACTATTCGTAATAATCTATAGTTTTT +AATTTATTTTCTTCAGATTTATCTAAAATATTAAATGAAATACAAAGATAAAGTATGTTC +TGAAAATCATCAAAATTAATATTTATAAGTTCTTTTATTTTTTGTAATCTATATAAAAAA +GTGCTTCGATGAATGAAAAGAAGCTTAGATGATTTTACTGCATTTAAATTATTTTCTAAA +TAAATTTTTAGTGTTTTGTAGTATTCGGTATCATGTTCTTTATCATGATTTTTTAATAGT +AATATTTTTTGTGAACAGATAATATGAGGAGGAAGGTCTTTAGTACAACATTCCATAAGA +TAAGAAAGTGCTACATCTTCAAAGTGGTAAATCCATTGATATGGTTTATATCGTCTTCCA +ATATCTAATGAGATGCAAGCTTGAATGTAGTTATATTTTAACTCTGATAGCCCAACAAAA +CTATTACTAACACCAGCTTTTAAGTAACTATCTCTAAGAAATACAACTAGTTTGCTCATA +ACATCTTTTATATCACCACCAAATTTTGTTAGATTAACAAATACTGCAATATCATCATTA +AAAAATAGTGAACAGGAGTTAGGAATAATTGACTCTATTTGCTTACATATAGAGTTAACA +GTTAGGTTTTGAATATCTAAGATACCTATTTTTATGTTTATACAAAAATAGGTATGATTA +GAAAACCAGTAAAATTCAGCAAGTCTTTGATTGATAAATGTAGGGTTAACTAGGTCTTCT +GATAGTATACTAGATATTATATTGTTTAAAGTGTAGTTAAAGTCAGGTGTAAGGATACTT +ATTTTAGAAATCATAAGATCTATATATTTAGAAAAATATTCTAGAAGTTTTTTATCGCTA +GGATAAAAACTATGAAATTCTTCGCTAACTATTATACGATGAGTAAAACGATTATGGTCA +AATAGGTTTATACACAGCATCATAAGACCAGAAATATGGTCATAATAATAAAATGCACCA +ACAGTATCTCTATGAGAATTAAATTCAGAATCTAATTTAAGTATATTGCTATTTTCATAA +ATTTTATCAGGGTCAGCAATATGCTCTAAATTAGGATCTTCATCAATTATACTTGAGTAA +GAAATTAAAAGGAAGTCTGAGGTACATATTATCATTGGATTATTGAAAATATTAAAGCTA +CAATCTACCATATCTTTTATTGAGTTATTGTCATTTAAAATTTGTTGAAGTTTATTTTCC +CATTCATCATAAGTATCAAAAATTTCTTGTATATAATTAAAAAGTTCAAAAGGACAAGTA +TCTTTAGTAAATTCCAACAATGTGTTTGATGAGTATAATTTGTCTTTATCAATAGGTCCG +ATGCTTAATATTAATGATGATTTTAAATCGATACTTTTTAAGGGGATATAATCACTATAC +ATAATGCATACTTTATTATTTAAAATACAATATTCATCTTTAAAAAATACAGGTCTTTCA +AGTATCAAATTTGTTGAAAGAGAACCAAATTCTTTAAAAATATATTTTTCATGAAGCTTT +CTTGCTATAATTTCTTCACTTATTTTCATAGTTAACCTCCGTTAATACTCCTTACTACAT +ATTGTAGGAAAACCTATTAAGATTATCAATAAGGTTGTAGTATTTATTTAAGTAAGTAAA +GCTGATACAATATTATTAAAGAAAAACATATAATAAAAATTCACAATACATATCATTAAA +ATCAATTCTTAACTTGTCTTAATATAAATATAAAAGTTTCTATATTAATAATAGTTTGTA +AAATGGGGGATTAAAAATGATTATAATAGGAGAAAAGATAAACGGATCAATACCGGCAGT +TGGGAAAGCGATTGCAGAAAGAGATGCAGATTTTATCCGTAATAGAGCTAAAATACAAGC +TGAAGCTAATTCAACATATATTGATGTATGTGCATCTGTAAAAGAAGAAGTTGAAGTTGA +AACATTAAAGTGGATGATTAATTTAGTTCAAGAAGTTACAGATACACCAATTTGCGTAGA +TAGCCCAAGTCCTCATTCTTGTGTAGCAGCTTTACCTTTTTGTAAAAAAACAGGACTAGT +AAACTCAGTTTCTTTAGAAGGAGATAAAATAGATATAATATTTCCAGCTATAGCTAATAC +AGAATGGGAATGTGTAGCTTTACTTTGTGACGATAAAGGAATACCAGATTCAGTAGAAAG +AAGAATGGAAGTATTTGAAGGAATTATGAAAAAAGCAAAAGAGTATAATATAGACCCATC +AAGACTACATATAGATCCACTTGTAGTAACTCTTGCTACAGATGGAGAAGCCTTAACAGT +TTTTGCAGAGTGTTGTAAGCAAATAAAAGCTCAGTACCCAACAATTCATATTACTAGTGG +ACTTAGCAATATATCATTTGGATTACCAGCTAGAAAAAATATAAATCAAGCTTTTATGGT +ATTAGCAATGAATGCAGGAATGGATAGTGCAATAGTTGACCCAACAAATAGAGATATGTT +GGGAATGATATATGCAACAGAAGCTTTATTAGAAGAAGATGAATATTGTTTAGAATATAT +AGGTGCATATAGAGAAGGGCTTATTGGCAAATTACCACAAACAAATGCTTAAGAAAGCTC +ATAATTTTACTATAAATAGTATTTTTTAATAAATTTAGGGTTATTAAAATAAATGGAGGG +GGAAGTAAGTATGTCTAAAATTCAAGAGGTTTCAAATGCTGTACAATCAGGAAAATCAAA +GATAGTTGGAGGATTAGTTCAAGAAGCTTTAAAAGAAGGGTATGACCCAACTGAAATTCT +TAATTTAGGTATGATAGATGCCATGAGTATTGTAGGAGAAAAATTTAAAAATAATGAAAT +ATTCGTTCCAGAAATGCTTATAGCAGCAAGGGCTATGAAAAAAGGAGTAGAGGTTTTAAA +ACCACATCTTGCTGGAGATAATACAGTTTCAGCTGGTAAATTAGTGATAGGAACTGTAGC +TGGAGATTTACATGATATAGGTAAAAATTTAGTTGCAATGATGATGGAAAGTGCAGGTTT +TGAAGTGATAGATCTAGGTGTTGACGTTCCTGCTGAAAACTTTGTTAATGCAGTTAAAAA +TAATTCTGATGTAGATATAGTTTGCGTTTCAGCGTTACTTACAACAACTATGCCAGCAAT +GAAAGATACAGTAAAAGCTCTTACAGATGCTGGGTTTAGAGATAAAATAAAAGTAATGGT +AGGTGGAGCACCTATAAATCAAGAATTTGCAGATGAAATTGGAGCAGATGCATACACTGA +AGATGCAGCATCTGCAGCTCAAGTTGCAAAAGCTTTTGTTAATAAAGCAGCTACTAATAA +TTAAGGCAATCCTATAATTTAATATAAAACCCATTTATATAAGGAGTACTTAGTTTTATT +TTATGGTACTCCTTATATTTATTTTTGAAAAATAGAATAAATATTAATATCATTAAAGAT +ATAATGAAAGCGAATTTAAACCTGGAGGATATATTATGATTGATCTTGAGGTAATTATAA +AAAAAGCTCTTGATATGGGATTCACAGTTGCGTCTAAGCTAGATTGTTATACAATAAATC +TAATGCCAGAAGTAAGAGATATGTGCGCAGCTAATAAATGCAATATGTATAATAAAAATT +GGGCATGTCCACCTGGATGTGGAAGCTTAGAAGAATGTAGGGATAAAATAAAAAACTATA +AAGTAGGAATAATTGTTCAAACAGTAGGTGAATTAGAAGATTCTATGGATTTTGAATCTA +TGCAAGAAATAGAAGAAAGACATAGCAAAATTTTTATGAAGTTCTCTGACGAATTAAAGA +AAGAATATGATAGTGTACTTTCTCTTGGTGCAGGTTGTTGTCAAAAATGTAGTAAGTGTT +CTTATCCAGATGCACCTTGTAGATATCCAGAGAGAGCTGTTTCATCAATGGAAGCATATG +GAATGTTAGTAAGCCAAGTCTGTAGCGATAATAATGTTAAGTATTACTATGGACCAAATA +CGTTAGCATATACAGGTTGCTTTCTTATAGAATAAGTATATAAAGGTACTTATTTAGAAA +GGAGTATCTATGAGTAATAAATATAAATTATGTATTAACTATAAATATAATAAAAGATTG +ATACTAGAAGTTAATAGCGGGGAAAATTTGTTAGAAATACTTAGAAATAATCAAATTCCA +ATAGAAAATAGCTGTAGTGGAAAAGGCAATTGCGGAAAATGTATGGTAAAAGTTATAAAT +AAATCCATACCATATTCTAAACAAGATATAAAACATTTTAGTAAAGAACAAATAGATAAT +GGATTTAGGTTAGCATGTACATTAAAGATTAATGAAGATTTAGAGATAATAGTTCCTTAT +AATAATGAAAACATGAAGGTACTAATAAGTGGTGTTAATGGAATGCTAGATGTAGATCCT +ACTGTTAAGAAACAAATAATCAAACTAGATAAGCCAAGATTAGAGGATCAAAGAAGTGAG +CATAATAGATTAAGTGATGCTTTAAGAATTGATGATTTAAAAATAGACATAAATTATTTG +TGTAAAATAGAAGACATACTAAAAGAAGAAAACTATTATATTAGTGCAACTACATATAAA +AACAAGCTTTTACATTTAGAAGGAAAAAATAAAATAAAAAATAACTACGGATTAGCTATA +GATATAGGTACGACAACCATAGCAATGTATATTTTAAATTTAAATACAGGTGAAGAAATA +GATGTTGTATCTCAGGTTAATAAACAAAGAAATTATGGAGCAGACGTTATTTCTAGAATA +TTTTTTACAATGGAAAATGAAGATGGTTCAAAAATTCTAAGAGATAGTATAATAAATCAA +CTTAATGACATGATAGGAATATTATGTAGTAATAATAATATTAGCTCTAACAATATTTAT +AATGCAGTAATTGCAGGGAATACGACTATGATACATATACTTCTTAAATTACCATGTAAA +AGTATTTCATTGGCTCCATTTATACCAATAAGTACAAAAGAGCTTGAATATGAAGGTAAG +GATCTTGGAATAGATATAAATGGAGTTATAAGTATTATGCCAGGTATTGCAAGTTATGTT +GGAAGTGATATAACTGCTGGAATAATATCATCTAATCTTACGAAAAATGAAAAATATTCA +CTATTATTAGATTTAGGAACTAATGGAGAAATGGCTTTAGGAAATAAGGATGAGGTAATT +ACATGTTCAACTGCAGCAGGTCCAGCCTTTGAAGGTGCAAATATAAAATATGGTATTGGT +GGAGTAAAAGGTGCTATTTGTAAAGTAGATTTGTCAAAAGATAAAGTATATGAGACTATT +GAAAATATCAATCCAATAGGAATATGTGGTTCTGGAGTACTAGATGGAGTTGGGCAATTA +CTAAAGTATAACATTATAGATGAAACTGGAAGAATATATGATATTGATGAGTTGGATGAA +AATATATCTAATGATAGAATAGTAGAAATAGATAATATGAAGCAATTTATATTAGAAAAT +AATAATAATATAATTTCTATTACTCAAAAAGATATTAGAGAAGTTCAACTTGCAAAAGCT +GCTATATGTGCAGGGATTCAAATATTATTAAAAGAACGTAACTTAAATGTAAATGATATA +GAAAATGTATATATTGGTGGTGGATTTGGTAATTTCATGAATGTGGATAGTTGTATTGAG +ATAGGAATGATACCTAAAGAGTTAAAAGATAAAATTACTTCTATTGGAAATTGTGCAGGG +CATGGAGCTAAGATGTACTTACTTTCTAAGAATATTAGAGATGATACAAAACAAATAATT +AATAAGTCAACATATATAGAATTATCAAAAAGACCTGATTTTCAAGAGTACTTTGTTGAC +TGCATTACTTTGGAATAAGTGTAAAAGGGCATGTCTAAAGAAAATATAAGGCATGTCCTT +TTATAATATAATTGAAAGGGATGCCATCACATGATATAATTAGCTATATTAAATAATAAG +GAGTGAATTTTTTGAAAAAATTTAAATATATTGAGTCCGTAGAAAGACTTCTTAATAAAT +AAGGAGTCACTACAAAATAGTAAATCCTTATTTATCGAGAAGTCACCTAAATTAAAGATG +ATTAGACGATATATAAAGGAGAACAATAATGAATATAGAAACATTTGAAAAGTTACAATT +AAAAGAGGTAAAGGAATTAATAAAAAATCACTGTGTAAGTTCGCTAGGAAAAGAACTTAT +AGATAAGATAAACCCAAGTGGTAATTATAAAATAGTAAAAAGAAGATTAGACGAAAATAA +AGAAGCAAAGAAAGTTTTAGAAAATAGTAACCATATACCATTAGAAGGATTATTTAATAT +AAATCCAACTATTGATAAGATTGAAAAAGGTATGATTCTATCACCAAGCGAGCTTATAAA +TGTTGAAGATTTTTTAAGAGGTTGTAGAAAAATAAAATCTTTTATGATAGATAAAGAGTT +TTATTCACCAACACTAAGTTCATATGCACTTAATATAACAGAATGTGTAAATATAGAAGA +AGAAATTAAGTACTGTATAAAAGGTAATAAAGTAGATTCACAAGCTAGTAAAGAGCTTAA +GAAAATTAGAAGAAGTATAGAAATAACAGAAGGAAGAATTAAAGATAGGTTAAATAAATT +TTTAACTTCAAGCACCAACAAAAAATATATTCAAGAAGCTATAATAAGTAAGAGAGATGA +GAGATACGTTATACCTATTAAGGCTTCTTATAAAAATGAAGTAGATGGTGCAGTTTTAGA +TACATCTTCTAAAGGAACTACTGTATTTATAGAGCCAAGCAGTGTTTCTAAATATAGTTT +AGAACTAATTTCGCTAAAATCAGAAGAATCTATAGAAGAATATAAGATATTATCATATTT +AACAGAGCTAATATATAATCAAATACAAAATATAAAGCTAAATATGGAAATAATATCTGA +ATATGATATGGTATTTGCAAAAGCAAAATACAGCCAAGCAACTAATTCTATTACACCAAA +CTTAAATGATCATGGATTTATAAAAATAGTTAATGGAAAGCATCCACTTTTAAAGGGAAA +TGTAGTCCCACTTAACTTTGAAATAGGCAAAGATTATAGAAGTTTAATAATTACTGGGCC +AAATGCAGGTGGAAAAACAGTTACTTTAAAAACTGTTGGTATATTAACACTTATGACACA +ATGTGGTTTTGATATATGTGCAGATGAAGAAAGTAGTATAAGTGTATTTGAAAAAGTGTT +TGTAGATATTGGTGATAACCAAAGTATAGAAAATGCTTTAAGTACATTTTCGTCTCATAT +AAAAAATATAGCTAACATTATGAAAAACTCTAATAATAAGACTTTAGTTTTATTTGATGA +AATAGGTTCTGGAACTGAACCAAATGAAGGAGCTAGTCTTGCTATTGCAATACTTGAAGA +ATTTTATCAAATGGGATGTATAGTAGTAGCATCAACTCATTATGGAGAAATAAAGAAGTT +TGCAACTAATCACCCTCATTTTGAAAATGCAGGTATGATGTTTGATAAAGAAACTTTAGA +GCCTATGTATAAGCTTACAATAGGAAAATCAGAAGATAGTAATGCATTATTTATATCTAA +GAAAATGGGAATAAAAGATAAGGTATTAAGTAGAGCTAAAAGTTATATTAACGAAAAAAA +TTATAACTTTGACTTAGTAAATGAATCTAAAATAGCTATTAAACCTATGGAAAAAGTAGA +AGTGGTTAAAGAAGTACCAAACTTTGATATAGGTGATAAGGTAAAATTACTAGATTATGA +TGACTTCGGAATAGTTTATAAACCTATTGATAAATTTAATAATGTATCAGTATTATACAA +GGATGAGTTTATAGATGTAAATGTAAGAAGAATAACTATTACTTTAAAAGCTAAAGATTT +ATATCCAGATGGATATGATTTAAATACTTTATTTGTAAGTTACGGAGAAAGAAAGTTAGA +AAAAGATATTTCAAGAGGGTCTAAGAAGGCTTTAAAAAAGATTCAAAAAGAAATAAGAAA +CAATAAAAGAAATTAATTTATAATTTATAGAAGGTTATTTGTAATAAAAATTTATTATGA +ATAGCCTTATTATTTTGCTAATAAAAAAGTAGATATAAATCAGAAAATATGGAGTGTTAT +CTTTACCAGGCTTAATAAGATATATTTATTCATATTATTAGAATATAATATATTTATAAT +TAATAAAATTTAACACTACTATTCATATATAGATTGTAAAATCAGTAATGTAATATTTCC +TTGTTGATAATTTGCACATGTATCTATAAAATTACTTACTTTACTTTTATCATGTATGTA +TGCTTCCAAGTTACTTAAAGTCAATGCATAGTAAGATAATGAATTTAATAATATTGAGTA +TCCATTTTTCAGTTCTGCATTAGATTCAGTTGTATATAATGATGATACTTTTTTGTTCGT +TCTCCTAATATAGATTCTGAAAATTTTATATCTTTTTCTAGAGCATTAATATCAAGCTTT +TCATCTCCAATTACTTTCTTTACAATTATATTAATGTTATTATTGACAAGTTCTATGTCT +TTTATGGTTTGTTTGATATCGTTAGTATCTGCAAAAGAGATATTTGTGAAGAATAACAAA +AAGCAGATAAGTGATATAATAGTTTTTTTCATTTTTACCTTCTAAAATATATTATTTAAA +ATTAGTATATTCTTAATATAAAATGCTATTCATTGTCGGATTAATTTATTATAAGATATA +AAGAAATAACATATGAGAAATATTGAATAGACTAAAAAGGAAATATAAATATTTGTATTT +CCTTTTTTTATGCTTAAATAAAGTATATTAGGCAAATATATTTATATATCTTTAAAAAAT +GAAAGTAAAACTTGATTAATATTAATTATCTTAGGGTATTAGAAAAGTTATATTAAAATG +GAAGGAATTATAGCATGAAAAGATTATTTAAATTATTGAATTTATCAATTTGTATAGCAA +TGATAAGTATTTTCTTTGTAGGATGTAATAAAAATAATTACTCTGAAGAAATTAACTTTT +TTAACTATGGAGAAAATATAGACGATGAAACTGTAAAAGAATTTGAGAAAGAATATGGTA +TAAAAGTTAATATTGAAACATTTGATGATATGGAAGCAATGTATCAAAAAGTTAAGGGTG +GCGGTGTAAAGTATGATGTTGTTTTAGTATCAGATGCTTTTATGCCAAGAATGATTAATA +ATAACCTTATACAAGAATTAAACAAAGATAATATACCTAACATATCTCAAATGGATGAAG +AGTACTTAAACTTAGATATAGATCCAGGGAATAAGTATTCAGTTCCTTATATGTTTGGAA +CAGTTGGACTTATCTATAATAAAGATGTAATAGAAGAGAAAGTAGATAGTTGGGATATAC +TATGGAATGAAAAATATAAAAATCAAATTTTTATGTTTGATACATATAGAGATACATTAG +GAGTAGCTTTAAAGAAGCTAGGATATTCTTTAAATTCAACCAATGAAAAAGAAATAAAAG +AAGCTGAAGAATTACTACTAAAGCAAAGAAAATTAGTAGACCCAATATATGGAGTTGATA +ATGGAACTGTAATGATTCCAGCAGGAGAATCAGATATAAATATGATTTGGTCTGGAGAAG +GTTTAAACCTTCAAGATGAATATCCTAATTTAGAGTATGTAGTGCCTAAAGAAGGAGCAA +ACTTCTGGATTGATAGTTTATGTATACCATCTAATGCTACAAATGTAGAAGGTGCAGAAA +AGTTTATCAACTTTGTAAGTGATAAAGAAAGTGCGCTAAGAATAGCTGATGAAATTGGAT +ATACAACTCCAAATAAAGAAGCTAGATTAGAACAACCAGAAGAAGTTAGAAATAATCCTA +ATGCATATATGACTAAGGAAATTATGGATAGATGTGAAATTTATGTGGATTTACCTAAGG +ATGTTAAAAGATTATATGATGATGCATGGGTAAATATAAAATCAAATAATTAATATTTTA +TTTATTATAAAAATATATTGAATGAAAATGTCTTAAGAGATTGGTCTTAAGGCATTTTTT +ATGTATAAAGTAAGAAGACTTTTTATATATAAATTTTCTTATTTGTCTAAGTTTAATATT +AAGAATGATAAAATATTTCTATTGGAAAAATAAACTAATTTTAGAATGGGGGATAAATTA +TGGGGAAAATCAAATTATATAAAAGTTTAAATGAAGAAGAAAAGAAAAGTGTATATGAAT +TTATGAAGTTAGAAACAGATTACATAAATTCTTTTGAGCAAATAAATAAGTTATATGATG +TCAAAATATATGATTATGGGAATGGAGCTTTATTCTACTTTATAGATGATAAGGTGGTAG +CAAATTTATGTCTAGTTCTTGAAGTAGCAGAAGTATTAAAGACAGCATATATCCATAAAA +TCGTTATAAATAAAGAAGTAGAAAATATAAATAAAATCTTAGAAGAACTTATACAGAAAG +CAATTATAATAGCAAAAGACTACAAAGTGAATAAAATTAAATTAGGATTAGATGAAAAGA +CTTTTAGTCACTTAAAAAGATATGGCTTTGACTACGAATATAGGTCAATTGAAATGAAAT +TAGAAGAACCAATAAAAAAATATGAAACACTAAATCTAAAAGAACTAAGTGTTTCTAATA +AAGAAAGATATGTTGAAGTATACAATGAGTCTTTTAGTGATATGTCACATGGTACCTTTA +TTGAAATAGAAGATGTTAATAAGCTTTTAACAAAGGATAAAGATAAAAATAAAGAAATAT +ATTCATTTATTGTATGTGATAATAATACAGAAATAGGATTTATGGAAATTACTATTGAAA +ACAATAAGGGGAAATTTGATATAGGTTTAATGAAAGAGTATAGAGGTAAAGGGTATGGAA +ATAGGTTATTGGAAAGCGCTATACAGTTTTTAGTAGATAAGAAAGTAGATGAAATATCGT +TAATTGTTATAGAGGAAAACAGAGTGGCACATGAAATGTATAAAAAAAGAGGATTCAAGG +AAAGTTTTGTAATTAGTTATTGGTCAAATATTATAGATTAAAAGATCTCTAATAGAGCCT +AATTTTAAAAAGACCTATATTCTTATAGGTCTCTTTTAGTGTAAAATAAAAAGTTTAAAA +TAAATGTTAGAAAATATAAATACAGTACGAATGTTTATGTGTAAGGGCTTTTACAAGGAG +GTACACATTGGAAGATAAGATTATAATCAAATATATAAAAAAGAAAAAAGAAGAAGGTCT +AAGATTGTTAATAGAAGCTTACGGTGATTACATAAATACCATAGTAAAAAATAATCTTAA +GGATTTAAGTTATTATCAAGAAGAATGTATTAATGATATACTTTTATCCATTTGGAATAA +CATAGATAGCTATGATAAAGATAAAAATACTTTGAAAAATTGGATAGGAGTTATATCTAA +ATACAAAACAATTGATTATAAAAGAAAATACTTAAAGTATAACTTAGAGGAAAACATAAA +TGAAGACATTACAATTATAGATAAAAATCTACTAAAAAAAGAAATTGAAGAAGAAATAGA +TGAAATACTTAGTAATTTAAAAGAGCAAGATAAAAATCTTTTTAAGATGTACTACATTGA +AGAATTAGAAATAGAAGATATATCTAAAAAGATGAATATAAAGCCTTTTAATATTTATAG +TAGATTGTCTAGAGGTAAGAAGAAATTAAGAGAATTATATAAAAGATAAGGAGGATATAT +GAAGAATAAATATGATCTTTTCAATGATATGAGTATAAATGATGATTATGAAATACATAA +ACTATCACAAGATGAAAAAAATAAGTTATTTGATAATTTAGTTAAAGATATAAATAAAGA +TAAAAAAGATAATAAAAATACTTATAGAAAGGTGGTTATAGCATCGTTACTTTGTTTATC +CATTTCTACAGCTTTGCTTAGCAATGATAATGTTTTAGCACTGGTTCAAAATATAGGTAA +GCAGATAGAAAGTTTTTTAGGAAAAAAAGAAGATGAGTATAATGGATATAAGGTAGAAGT +TAATCAAAGTTGTGAGGATAAGAGGATTAAGGTTAGTTTATTAGAAGTATTATTAGATGA +TGAAAATTTATTATTAAGCATGAATATAGATACTTCTAATTTTGATGAAAGTAAGTTGAA +AAAAGGTTTATTCTTAACTAATAATTACTACTTACCAGAAGCTACTGTGTATATTGATGG +AAAGAAGTTTGTAGAAACTGGTGGAGCAACGAGATATGAAAGAAAAGAAAATAATAGTCA +AAACTTCTTAACTTCATTAAGCTTGGAAAATATAGATACTAATAATGATGGAAGATCTGA +TATAAATAATTATCATATACTTGATAATTTAGATCCAAATAAAGATTATGATGTTAAAGT +TGTTTTTGATGAAGTTGGTGTTCAAAAATATGGGCTTATTCCAAGGGTTATAAATGATCA +GTTTGAATTTATAAAAGGGAATTGGGAGTTTAATTTCACTGTTAATGGAAAGAAGATTAT +GGGTGAAACTAAGGTTTTTGATATAAATAAAGAAATAAGTATAGATGATGAAGATTTTAA +AGCTTTAATTAATATTGAACAATTAAGAGTATCTCCGATTTCAGTAAAATTAAGCTACAC +AAGCAAAATTGGTGAGGGATATAGCTTTGAAAATAGAGATATAAAAATTGAGTTATTAGA +TCAAAATGGAGAAAGTATCAATGTTGGTGGATCTGGTAGGTATAATGAAGATGAAACTTA +TATGGAAAATATATTTGAAGGAAATCTAGAAGATAATCAAAAGCTAAAGAGTATAAAGAT +TTTACCTTATCAATATTATATGGAGAAAAATTCTGATAATCCTAAATATCACCATAAAAT +AGACTATGAAGATAAGGCTATAATAATTGATTTAGATTAAGATAAATAGAATTTAAAGTT +GGAGGGAACAAATGAGTGAAGTAAAAATTACTAAGAATAACAATAGTATTAATAAGATAA +ATATTTTTAAATGTATTGGGAATTTAATTTTTTTAGTTTATATAGTAGCTGTATTATCAA +TAACGGGTGTATTATATATAAAACCTAGCGATTTTACATATATGCATATGTCACCTAATT +TAGTTCCACTTGTAAATACAATAAGTGACTTTATGGGTAATCCACAAAGTGTACTAAGAC +AAGTTATACTAAATATTATATTTTTTATGCCATTTGGTTTTTTATACACTATGCTATATT +TGAAAAAGGATAAAAAACTTTTAAAAGTACTTGTTATAGCATTAGTGTTTTCAACATGTA +TAGAGACTTTACAGTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATA +CTTCTGGGGCTATAATAGGAAGTATTATATATTTTTTAATTAATAATTTGATATGTAAGA +TAAAATAAGAGATGTAATATAAAGCTAAAAATATGAAGTTTTGATATAGCTATTTGAGGT +GAGCAAATTATTCAATAAGTTTTATATTGTAAGAAAGTTTGTAGTTGTTATATAGTGCGA +AGTAAAAAATCCATACAACATAAGATACTAGATGGATTTTTAGTATTAAAAAAGTGATGA +TTCTTAGATTAAAATATAAATACTAAGAATCATCACTTATTTTTATATATTAAATATTTA +TTTTTTATTTAACTTTAAATAAGTCTCAAGTCCTTCTTTAAGTAAACGTGCAGCTTTTGA +TAAGTCATCAGAATTAAGAACATATGCAAGTCTTATTTCATCAACACCAAGTCCAGGTGT +CATATAAAATCCTTCTGCAGGGCATGGCATTACAGTTTCTCCATCTATATCAAAATCACT +TAAAAGCCATTTAGTAAAATGATCTGCATTTTCAACAGGAAGCTTTGCAACTATATAAAA +AGCACCAGTTGGTTTTTCACATATAACACCAGGAACTTTTATAAGCTCATCATACAATAC +ATCTCTTCTTTTTCTATATTCTTCATTAACATCTTTAAGATAAGAATTATCAGTATTATA +AAGCTCTATTGCTCCTAGTTGCTCTAGCGTTGGAACAGATAATCTTGCTTGGCATAATTT +AAGTATAGCTTTGATATAATCTTTACTTTTAGAAGCAACACAACCTATTCTAGCACCACA +AGCACTATAACGTTTAGAAACGCTATCAACTATTATTACCCTATCTTTAACTTTTTCAAT +ATTTCCTAAACTAGTATACTCACCTTCGTAAATAAACTCTCTATAAACTTCATCTGCTAT +TATCCATAGATTATGCTCTATTGCAATGTCTGCTAGCATATTTATTTCTTCTTTAGTATA +AACAACACCAGTTGGATTACCTGGATTAGAGAATAATATTGCTTTAGTTTTATTATCTAT +TTTAGAAACTATTTCTTCTTTATTTGGTAAATGGAATCCATTTTCTGCAAGAGTAGTTAT +AGGATTTATATTAACACCAACTGACTTTGAGAAATTATAGTAGTTTGAATAAAAAGGCTC +TGGTACTAAGATATTGTCACCATCATCACATATTGTAAGCATTGTAAAAAGTAAAGCCTC +ACTACCACCATTAGTTATAATTATTTCATCATTATCAAATTGAATATTATAGTCTTCATA +ATATTTTTTTATAGATTCTATAAGTTCTGGCAAACCTTCAGATAAAGAATACTCTAAAAT +TTCTCCTTTAAATTCTCTTATAGCTTTATAAAAACCTTTAGGAGTTTTAATATCTGGTTG +TCCTATATTTAGATGGTAAACTTTTTTACCACTTTTTTTAGCTTTAGCTGAAAGTGTTAA +TAGTTCCATAATAGTTGAAGTTGGAACTGACTTTATTCTTTTTGATAAATTCATTATGAT +GTCCTCCTAAATATATAGCGTATTAATTTTAGAATCTCCATATCAAAAGTATAGTATGTT +AAAAAAGGTGAAAAATAATAAAAATACATATTTAGGAGCAAAATTATGAGTAATTTAGTA +AATGTGAAATGGTTAATAGATAATTTAAATAATGAAAAATTAGTTATAGTTGATTGCAGA +TTTAATTTGATGGATAAAGAATATGGTAAAAGAAGTTATGAAGAAGGTCATATAAAGGGT +GCTAAAAGAGTTGATATAGAAAGAGAGTTATCAAGTGTTGTTAAAGTTCACGGCGGAAGA +CATCCAATACCTTCAACTAATGAATTAAAAAATACTTTTGAGAATATTGGAATTAGTGAT +GATTCTATAGTCATATCTTATGATGAAGGTGACTTAGCAGGTGCATCAAGATTATGGTGG +ATTTTAAAATACTTAGGACATGACAAAGTATACGTACTTGATGGAGGATTAGAAGCTTAC +AAAGAAGCAGGTGGAGAAATATCTACTGAAAATACTAAATCAACAAAAGGAAATTTAAAT +ATTAATGTTAAGGAAAATATGAAAGTAGATATGGAGTATGTTAAAGAAAGAATTAATAAC +GAAAAAATTGCACTTGTAGATTCTAGAGAATATCAAAGATACATAGGTGAATTTGAGCCA +GTAGATAAAAAGGCAGGTCATATACCTGGTGCATTAAACTTCTTTTGGATGGATATACTA +AAAAAAGTAGACGGCAAATACTATTTAAAATCATTAAAAGAACTTAAAAAACAATTTTCT +AACTTAAAGAACTACGATGAAGTTATAGTTTATTGTGGTTCTGGTATAACTGCATGTCCT +AATAGTTTAGCGATTAGTGAAGCTGGAATTAACCACAAATTATATGCAGGGAGCTTTAGT +GATTGGATAAGTTACGATGAAAATGAAGTAAATATTAAGTAAACCTTCCTCTAATAGGCG +TTGGCTAGTTCAACGCTTATTTTTGTGCTTTTTAATCTAAATAATGATGAGGTTTTAAAA +TGTCAAAAGAACAAAAATTTCAACTTAGAAATAAAAATATTCTTGAAGTATCTGAAAAAA +TAAATTTCCATCTATTTTGTCCTAAATGCAAAAAAGAAACTATAATCAATGTAAAATTAG +TAAATTAGTATTAAAACTATAAAAAGATTGCATACACAACTAAATCATTATATAATATTC +GATATGCAATTTTTTAAATTATATAAGTTTAGTCAATAATCAAGATGGTATAAACCAAGA +AGAATTATCTAAAAGGTAAGTATATAAAAGTACTCCTGTTAGATCAATAAAAAGCTATAA +AAAGAAAGATATGCATAAATCAGAATACAATACAGGAGGACTTCATGAGCAATAATCAAC +AAGTTTTAGGTACAGAACCTGTAGGAAAATTACTTTTAAAATACTCTCTGCCAGCGATAA +TTGGTATGATGGTAAACGGGCTGTACAATGTGGTAGATAGAATATTTATAGGTAATATGC +CAGGAGTTGGACCACTTGCCATAACTGGTCTAGGTGTTACAATGCCTATAATGACTATAA +TAATGGCATTTGGTATGCTTATCGGTATAGGTACAGCTACTAATATTTCTATAAAATTAG +GACAAGGACAAAAAGAAGAAGCAGAAAAATTTCTAGGTAATTCAATTACATTATCAATAA +TAGTTGGATTAACACTAATGATAGTTGGATTAATATTTGGAAATCAAATACTTCAATTAT +TTGGAGCCAGCGAAGGTAGTTTACAATATGCAAAAGCATATATTAATGTAATATTACTAG +GATGTGTATGTAACCTAATAGGATTTGTTTTTAACAGTACTATTAGAGGTGATGGTAATC +CAAAACTTTCTGCAACAATAATGGTTGTAGGATGTGGGTTAAATATAATCTTAGACGCTT +TATTTATATTTGTATTAAATTTTGGAATAAAAGGTGCTGCATTAGCAACTATTATATCTC +AGTGTGTTACAGCTGTTTGGGGATCAACTTATTACACAAAAGGAAAATCAAATTTAAAAT +TACGTAAATCTAATTTAAAATTAAATAAATCATTAGTATTTACAATAGCTGCAATAGGAT +CAGCTCCATTTGCTATGCAATTAGCAGCAAGTTGTGTTCAAGTAATAAGTAATAACGCAC +TTAGAACTTATGGTGGAGATTTAGCTATAGGTGCTATGGCTACTATAAACTCTATAATAA +TGATGGTAGGAATGCCGATAGTAGGTATAAGTCAAGGAGCTCAGCCTATAATCGGATTCA +ACTATGGATGTAAAAAATATGATAGAGTGGAAGAAACTCTTAAATTAGCTACAATAACTG +CTACTATAGGATTAACTGTAGGTTGGCTTATTGTACAATTATATCCAGAGCCAATAGTAA +GTATGTTTAATAGTGATGCCAAGCTTGTAAGTATATCAGTAGATGGAATAAGAAAATATT +TATCCATGATGCCTTTAATAGGAATCTCTATGATTGGATCGAACTATATTCAATCAATTG +GTAATGCAAAGCAATCAATGTTTTTAAGTTTACTTAGACAGGTAATCTTATTAGTTCCTA +TGATGCTTATTTTACCAAGATTCTTCGGATTAAATGGTGTTTGGTTCTCTCAACCAGTAG +CAGATGTAATTTCTTGCATAGTAACATATATAATAGTTAGAAAAGAAGTTAAATCTCATA +AAATTGAAGATACAGATGCAAAAAATGTAGCTTAATTTATAATTAATAAAAGGTAGTATC +AAATTTTGATACTGCCTTTTATTATTCTATTACACTATTTCAAAAATACCTCATTACCTT +TTCTCATCTTATCAATAATATTCTACACCAAATGTGCAGTTTTTCATATATTCATAACAC +TCCACGCACTCATCAGCATGATGTTCTAGTAAGTTATAATGATCTATCAATGTTTCAGTA +ACTTTCCTTTAAGTTAAAGCTAAGTCTAAGAACTTGTTTACTGAAGTCACATCTATTTTC +AGTCTGAGCGTGATAAAACAATTTTTATAAAATCTTACAAATGATTTGGAAAGGAGGATT +TTATGAACCAGACTGACATTCCTATGGTTGAAGAAGCCTATCAAGCATTTAAACTAGTAT +TAGAAAATCGCTCGAAAAGCCATAGAATAAGACTATACGATCATTTAAGAATACTTAAAA +AGGTAATCAGAAATTTATACTATGTTTGTTTATTGTTTAATATAAATAAATGACATTTTC +TTATTAATATATTAATTAGATTATTGGAAAACATATTATTATGATAAAAACATTATTAAA +AATAAAAAAGGTAAATCTACTTATTATATAAACAGCTAGGAGTGAAAATATGACAAAAGT +TACATTAAAAGACGTTCAAGAAGCTAAAAAAACAATAAAAGGCATAGTTAAAAAAACAGA +TATACTTGAGAGTGTAAAACTAAGTGATATGACAAATGCAAATGTATACTTTAAATGCGA +AAACTTACAAAAAACAGGTTCTTTTAAAGTTAGAGGCGCATGCAATAAAATAGCAAATCT +TACAGATGAAGAAAAGTCAAATGGAGTTATTGCATCTAGTGCAGGTAACCATGCCCAAGG +TGTAGCGTTAGGAGCAAAAATGAATGGAATAGATGCAACAATAGTAATGCCTGCAACAGC +ACCTTTATCAAAAGTAACAGCAACTAAAGGTTATGGAGCAAAAGTTGTACTAGAAGGTGT +AGTGTACGATGATGCTTATGCAAAAGCTGTAGAAATACAAAAAGAAACAGGAGCAACATT +CCTACATCCATTTAATGATAAATATGTTATAGCAGGTCAAGGTACTATTGGTCTTGAAAT +ATTTGAGCAAATGGATCATAATGTTGATACAATATTATGTCCAATTGGTGGTGGAGGACT +TATTGCAGGAGTTGCAGTAGCTGCAAAATCACTTAATCCAAATATAAAAATAGTAGGAGT +ACAAACTGCAAATATTCCTTCAATGCATGAATCTATGAAGCATGGCAAGGTTACAACAGC +TTTTAAATCAACTACAGTTGCAGATGGTATAGCAGTTAAAACTCCTGGAGATATAACTTT +TTATATAATAAAAGAATTAGTTGATGAAGTTGTTTTAGTTGAAGAAGATGAAATAGCAGA +AGGTTTATTATTCTTAATGGAAAATCAAAAAGTTATAGCAGAAGGTTCTGGAGCAGTTAC +TACTGCTGCGTTATTAAGTGAAAAATATAAACCTAAAACAAATGAAAATGTTGTTTGTAT +AATATCTGGTGGTAATATAGATGTTAATACATTAAGTAAAATAATTTTAGCTGGATTAAC +TAAGAGTGGTAGACGTTTTACATTTTATACAAATATCAAAGCTCAACCAGGTGGTCTAGC +AGAATTAAGTAAGATAATAACTGGTCTTGATGGAAATTTAATATCAGTTAACTTATCTGC +AGAAGGAGTAATTGGTAAATTAGATGCGAAGATGGTTATTGAGACATTTAACCATGAACA +TATAGAAAAAATTAAAAATGCCGTAAAAGAAGCTGGTTTTGAAATGGTAGAAGTATAGAA +AGTTATAGGGAGGACTTAGGTTCTCCCTTTTATATTTTGTGCAAATTATGATTGAAGTAA +GAACATTTTTCTATGGTATGTGTATACTTACCTTTGGGCAATTTAGCGTTACACTATAGA +CAATGTTATAGTTTCAAATATATTAAAAATAACTAATATAACATTAATCCATATTTATAT +AACATTTAATTATTCTTTTAATCTAAAAAAATCATTAAAATAAGTGTATAATCATTGATT +ATAGATGAAGATTATATTAAAAATTTAAAGTTAAAGAAAACATTTTCTTGTGTGTTTTAT +AATTTATGGGGGGATTATTATGGATAAAGTTACAGCAAAAGAGAAATATTCCTATGGGAT +TGGCGCCTTTGGAAAAGATATGGTATATGCAGTGGTTGCAACCTACTTAATGATATTTTT +TACTGATGAAGTTGGTATATCTTCTGCCTTCGTAGGTGGATTATTCTTCTTCTCTAGATT +TTGGGATGCAATTAATGATCCAATCATGGGACTAATAGTCGATAATACAAAAACTAAATG +GGGAAAATTTAGACCGTGGATATTAATTGGTACTTTAGTTAATGCAGTTGTGTTAGTTTT +TTTATTCTTAAATCCATCTAATTTCTTAGAAGGAAAAATGGTTTATGTATATTGCTCTAT +CGCATATATACTATGGGGAATGACTTATACAATTATGGATATACCTTACTGGTCTATGAT +ACCTTCTTTCTCAAGTAATCCAGATGAAAGAGATAAAATAGCAGTTATACCAAGAATATT +TGCTACACTTGGGGGGCTACAGTAAATACTTTTGGTTTAATGTTAATAGCATTACTTGGT +GTATCAAGTAAGTCTCAAGGTTACTTCAGATTAGGTGTTGGAATTGCAATAATATTTGTA +ATATCTACTTTAATAACAGTGTTTAATGTAAAGGAAAAAAATGTTGTTGAAAATAATGAA +AAGATAAAATTATCAGAAGTAATAACTATACTTACTAAAAATGACCAATTAGGAGTAATA +ATTATTTCTGTAGTTATTTTCCAAGTTGCACAATTTTTATATAGTGGTTTTCTAGTTTAC +TTCTTTACATATGCAGTAAAAGACTTAAACTTTTATGCTACATTTGTGGCTCTTGGTACA +GTAACTCAAGTATGTGCTCTAGTGTTATTCCCTAAATTATCTCAAATAGTAGATAGAAAA +CATGTTTATACTATAGCTTGCGCCCTAACAGTAGTTGGATTTGCAGGAATGTTTATGTTT +AGTGGTTTTGACAGTAATTTATTACTTTGTATTGCTGGTATATTCTATAACTTAGGTGTT +GGTTTATTAAATGCATCTGTAACAGTTATGATATCTAATGCTGTTGATTATGGAGAGTAT +AAAATAGGAAAAAGAAGTGAAAGTATAATATTCTCTGCTCAAACATTTATAGTTAAATTC +TCTACAGCGTTTAGTGGATTAATAATCGGATTTGGTCTTACTTTAATAAAATATGTTCCA +AATGCTGTGCAAACTGATTCTACAATCATGGGTATGAAACTTATTATGTTCTTATTACCT +GCTATATTAATGGTTATATGTGGAGTTATGTATGCTAAATTCTATAAATTAAATGGAGAT +TATTATTTGAATATAATGGAAGAATTAGAAGTAAGAAGAAGTTCTATATCTAAAAAATCA +TCAGATTCTGATATTAAAGAATTAATTTAATTAAAAAAGTAGCTTTCAATCAAGAAGCTA +CCTTTTTATTTATATTTGTATAAATTACTTAGTTTTATGCATGAACCTTTATTTCTATAA +CAATAGTTCCCTATATAGCTTAGGGCTTACCCCCTTACTCTTCTTAAATATCTTAGAAAA +AGTGAGTTGATCCTCATATCCAACTTGTCTTGCTACATCCCCTATGGATAATTGTAAATT +AGTTAATAAATTACAAGCCTTCTCCATCTTAAGTGAGAGTAAATATTCCTGTGGAGAAAT +ACCTATTTTTTTAGTAAATAAATTTGAAAAATAACTTCTATTTAATCCCACATAATTTGC +AATATCAGTCACTTTTATATTATTAGAATAATTATTATTAATAAAATCAATAGATATATT +TATATATTCATCAACTTGAGTATTAGAATTTTCTTTATCCATGTATTTATTATTTTCTAT +TAGATTCCCTATAAATAAATACAACAATCCATATATTTTTAATCTATTAGAATTATTCAT +AATATTTAGAGATAATATCTCTAGTATATATTTTTTTAATGAACTATCTTTTTCATATTT +GAATATATGATTATTTTCATCTAAATTAGCGTATTTTAAATAAGTTTCAGCTTTTATACC +ATTGAATCCAATCCACATGTAAATCCATGGATCTTTATCATCTGCTTTATAATAAGTCTC +TTCTCCTGGCTTTATTAAAAAACCATCCTTTTTACCTAATTTATATGTCTTATTGTTAAC +TGTAAACTCCCCTTTTCCATCTAATATATAATGAATTATAAAATGATCCCTAGTTTCTGG +ACCAAAACTATAAGATGGATTACAGTTTTCAATACCACTATGACATAAAAATAAATCTAG +AGCTTGACTTTGTTTTGGCTCTAAGTAAGCTACTGATTCAGTTTCTACAAATTTATATTT +ACCCATTTGTCTCCCCTTCTTTGATTTCTATAATAAATATAACATTTATCCATATACTTG +TAACATTTATATATTTTAGCATACCTCATAAAATAGTAAACTATTTTTTATAGAATTTGA +AATAAGAGTTTTATTACTTAATATATAATTCATTTAAATTGGGAGGTTGTATGGGAGTTT +TATTCAATGAAAAAAATAATACATTTTGTTTAAATACAAAGAAAACTAGTTATATACTTA +AAGTTTTAAATAGTAAACATTTAGATCATTTATATTGGGGTAAAAAAATCAGATCTACTA +ACTTAGATTATGTTATAAGAAGAAGAAACTGGGGAAGTTTCTTAGCTAATACAGATAATG +AGGAGAACTTTATGTTAGAAATGACTCCTCAAGAATATCCAGGATATGGAGCTACAGATT +TACGATCTCCTGCTATAGAGTTACAATTTGAAGATGGAACTACAGCTACTGACTTCAGAT +ATGTTTCTCATAAAATTTATGCTGGGAAAAATAAATTAACTGGACTTCCTTCTACTTATG +TGGAAGATGAAAAAGAAGCTACTACTCTAGAAATAGTTTTAAAAGATACTCTAAAATCAG +TAGAAATAATATTAACTTACACTGTATTTGAAGAATTTGATGTAATTACTAGAAATGCTA +AAGTAATTAATACAGGAAATGAAGATATAAAAATTTTAAGAGCTTTAAGTGCTAGTGTTG +ATTTTAATGATGACGACTTTGATATGATTCAATTATCTGGTGCTTGGGCTAGAGAAAGAG +ATTTTATAAGACAACCACTTAGAAGTGGAAGTCAAAGTATTGAAAGTAGAAGGGGTTCTA +GTAGCCACGCTCAAAACCCTTTCATTGCATTAGCTAGAAAAAACACAACGGAAACTAATG +GTGATATCTACGGATTTAGTTTTGTATATAGTGGAAACTTCTTAGCTAATGTGGAAGTTG +ATATGTACAAGAATGCTAGAGCTCAAATAGGTATAAATCCTTTTGACTTTACTTGGCTAT +TAAATTCAGGAGAGTCTTTCCAAACACCAGAAGCTGTATTAGTTTACTCTGGTGAAGGTA +TGACTGGTATGAGCCATATTTACCATAATATATATGGAAAAAGACTTGCTAGAGGTGAAC +ATAGAGACAAAATAAGACCTATTCTTATAAATAACTGGGAAGCAACTTATTTTGATTTCA +ATGAAAATAGTATAAAATCAATTGCCAAAGAAGCTAGCAATCTAGGAATGGAATTATTCG +TATTAGATGATGGATGGTTTGGGAAAAGAAACAATGATGACTGTTCTTTAGGTGATTGGA +TTGTTAATGAGGAAAAAATCAAAGGTGGTTTAGAGAAATTAGCTAAAGAAGTAAATGAAA +TGGGTCTTCAATTTGGGCTATGGTTTGAGCCAGAGATGGTTTGTCCAGTAAGTGATTTAT +ATGAGGCTCATCCAGACTGGTGTATACATATCCCAGGAAGAACTAGATCTGAAGCTAGAA +TGCAACTTATACTTGATTTAAGTAGAGATGATGTTTGTGATTATATAATAAAGGCTGTTT +CTGATGTTTTATCAAGTGCTCCTATTTCTTATGTAAAATGGGATATGAACAGAAATATGA +CTGAAATAGGCTCTGCTAAACTTACTCCTGAGAGACAAAGAGAATTAACACATAGATATA +TGTTAGGTTTATATAGAATTTTAGAAGAGTTAATAACTAAGTTCCCTCATATATTATTTG +AAAGTTGCTCTGGTGGTGGTGGAAGATTTGACCCAGGTATGCTACACTACATGCCACAAA +CATGGACAAGTGATAACACAGATTCCATGGAAAGATTAAAAATCCAATATGGAACATCTT +TAGTATATCCAAATGTTTCAATGGGTTGCCATGTATCTGCAATACCAAACCACCAAGTTC +ATAGAATGACACCTTTAAACACAAGGGGTGTAGTTGCTATGAGTGGTAACTTTGGATATG +AATTAGACATTACTAAATTAAGTAATGAAGAAAAATCAATGATAAAAGAACAAGTAGCTG +TTTACAAAGAAATAAGAGAAACTATACAATTTGGTGATTACTATAGATTAAGTAATCCTT +TTGAAAATAATGATGTGGCTTGGATGTTCATATCTAAGGATAGTAATGAAGTTGTAGTAA +GCTATGTTAGACAAAGGGCTGTGCCAAACCCTAGATTTGAATCACTAAAACTTGTGGGTC +TTGAAGAAGATGCAACTTATGAAATAGTTGGTGAAGATAAAGTATTCTTTGGTGATGAGC +TAATGTACGTAGGACTTAATGTAGAGGAATTAACAGGAGACTACGCTGCTAAGATGTGGG +TTTTAAGAAAAGTATAGGAGGCTATAATGTTTAATTTTAATGAAACTTTAAGTTTTGATA +ATAAAGAATTAGATGTATTCACTATTGGTGAATTATTAGTAGATATGATTTCTGATGACT +ATGATGATAACTTCAATTGTAATCATTATACTAAATACTTTGGAGGCTCTCCTGCTAATA +TATCTATGAATATAAATAAATTAGGCTCAAACTCTGCAATTTGTGCCTGTGTTGGAAATG +ATAGTTTGGGGAATTTCTTAGTAAATTCCCTAAGAGAACGTAATATTGATACAAGATATA +TTTCACAAGTTGATAAATCTACAAGTATGGTTCTTGTTTCAAAGAGTACCTCTACTCCTA +TTCCAATATTTTATAGAAGTGCAGATTTCAACTTAGAATACAATGAGGATATTGATTACG +CTCTAAAGAACTGTAAGATATTTCACTTCTCATGTTGGCCTATTTCTCAAGCTAAATCTA +GAAAAACTATTGAGAAAGTTTTAGAAGAAGCTAGAAAAAACAATATAATTATAGGTTTTG +ATCCTAATTATCACCCTATGATATGGGAAGAGGGACATGACGGTATTGAATATATAAAAA +ATCTAGTTAGCAAAGTTGATATTATTAAACCTTCAGAAGTTGATGCAGAAAGAATTTTCG +GTGAAGATACTCCAGAAAACCAAGTCAAAAAATTTATAAATCTTGGAGCAAAATTAGTAA +TTATGACTTTAGGTAAGGATGGTGCCATTGTTTCAGATGGTACAGAAATATTAAAATTCA +ATACTCTAGCTACTGAAATAGTAGATACAACTGGAGCTGGAGATGCATTCTGGTCTGGTT +TCTATACAGGTATAACTAAATCTTATACACTAAAAGAATCTTTAAACCTTGGATTTGCAA +CTAGTGCATTTAAATTAAAACATGTAGGTGCCATTGCTAACTTACCTAAAATAGAAGAAT +TTGAAAATATTTATAACTTATAACTATTGGAGGAAATTATAGATGACAGTGAAAAATAAA +GTTCAATTAATAACGTATCCAGATTCTCTTGGTGGAGATTTAAAATCTTTAAATAAAGTA +TTAGATACTTACTTCAAAGACACTTTTAAGGGTGGAATACACATCCTACCACCTTTTCCT +TCTTCAGGGGACAGGGGCTTTGCTCCTTTAACTTATGATAAGATAGAGCCTGCTTTTGGA +ACTTGGGAAGGTATAAGAAAGATAGGAGAAAAACATGATATACTTGTGGATATAATGGTA +AATCATATATCTCAAAAATCAGAGTTCTTTCAAGACTTTTTAAAACATGGGAAAAAATCT +AAATATGCTGATTTATTCTTAACTCTAGATAAAATTTGGCCAGATGAAAAACCAGTACAA +GAAGATATTGATAAGATGTTTTTACGTAGAGACTTACCTTATTCTAAATTTACTATTGAA +GAAACTGGTGAAGAAGAAATGGTATGGACTACTTTTGGTAAGCAAGATCCATCTGAGCAA +ATAGATCTAGATATTAACTCTTTAAAAGTTAAAGAATTATTTACAGAGTTCTTTAAAAAT +TTCAGTAAGCAAGGAGTTAAAATAGTCAGACTAGATTGCAGTTGGATATATAATCAAAAA +ACTAGGTACTAGTTGCTTCTTCGTAGAGCCAGAAATCTATGATTTCATAGACTGGATAAC +TGATCTAGCTACTTCTTTAGATATAGAATTATTACCAGAAGTTCACTCTCATTACTCTAC +TCAGTATAAATTATCTAAGCATGGTAACTGGATTTATGACTTTATATTACCTTATATGGT +TTTAGATACTTTAATAAACAAATCTAGCTCAAAGCTATGTGAATATTTAAAAGTTCGTCC +ATCAAAACAATTCACTATGTTAGATTGCCATGATGGTGTACCTGTTAAACCTGACTTAGA +TGATTTAATAACTACTGCTGAGGCTCAAAAGGTAGTAGATGTATGTGTAGAAAGAGGTGC +TAATTTAAGTCTAGTTTATTCTGATGCTCACAAAAGTGAAGACGGATTTGATGTTCACCA +AATAAGATGCTCTTATTATTCTGTCTTAGATTGTAATGATGATGCTTATTTAGCTGCTAG +AGCTATACAGTTCTTTGCTCCTGGTATTCCTCAAGTTTATTATGTAGGATTATTAGCAGG +TAAAAATGATGAAGAAAATGTAAAGGCAACAGGCGAAGGTCGTGAAATAAATAGACACAA +CTTTACAATGGAAGAAATTGAAAGAGAAGTTAACAAAGATGTAGTTCAAAGGTTATTAAA +GTTAATTGATTTTAGAAATGACTATCCAGCCTTTGATGGTGAGTTTATGGTTTATGAGTC +TAATGATAGTGATATTAAGTTAGGTTGGAAAAAAGATAATAAAGAATGTACACTTTACAT +TGATTTAAATACTTATAAGTCTTATATTGAGTATGTAAATGAAAAAGATGAATTAGCTAT +TTTTAATATATAATTAAATAATTTTATTTCCAAAAAATCAGGGACTGAGAGAATGTTTGT +GAAAATACAAATCTTCTTCCAGTCCTTATTTAGATTAAAGTTCCTTATCGTATTTGTTTA +TAAGCTAGGAAAATAAGGTAAAAGGGTGAGAGAAAGTGCGTAAATATGAGTGGATATTAT +GCCAGATATGTGGAAATAAAACAAGGGTTAAAATATGTGATGATACAGTGATTGAAAACT +TACCACTATTTTGTCCAAAGTGTAAGCAGGAAACTATAATTAATGTAAAACAACTTAATA +TTTCAGTTATTAAAGAGCCAAACACTAAGATGCAGAGCCGATAACATGTGAGTAAAATTG +CAGTTGTCGGTTCTTTTTATGTATACAGAGAAAGTATAATACAGGTTTACAATTGCTATA +AATTGAGACTTAGAACCATTCTAAAATATATTGTATAGATATTATCTATTTAAGCTAAAC +TAATTAAAAAATATTTTAGGCTATGTTTTAATAGAGTATTGATATTAGGAACAATTTTAA +TAACAAAAAAGTAGGGGTATACCCATTGAGTGATATACTCCTACTTTTTCGTTCACATTA +TATTAATATTATTCATAACTTGTATTTAAATATTTCATTTTAATCGATATAAACTTTAAT +AAATAGTTTACTACCCAAAATGTAGCAAGATAATAACATACAAAAAGACTTGTGTTTGTC +TTATTATAAATAATTACACTCTCTAATATTAATAAAGTACAATTGAATACACAAAATAAT +AATTGTAAATTATAATAATCATCTTTTAAAACATTTATCTTTTCATTACGTATAGTATAG +ATGATACTTTTCTTTTTGTACGATATTATACTATATACTAAGAAAATCAACGCTATACTG +ATATAAACTATAAACACTACATCTCCCATACTAATTCCTCCTTTGTTTAATTCCCATTAT +ATAACGATTGTGTAATTGTTTTTATTATAGCATTCTTTTAACTCATTATTAAAATCTGTA +TCAAATTTAATATATGATTTATGACTATCTTCTCCTATATGTTCTTTGTAAAGCCTCTCA +AGCTCTTTGTGAGTCATTCTAACTTTACATAAAGGTTCTATTATTAAATTACCTTGTCTA +TCCAACGCTATAGCCACACAAATCTACTACCTAGATATACCTCTCTTTTTAATCTCTTTA +CCTCTTTTACGAGATTTTCTTATTGATAGCCCCATAATCATGCATTTAGCATATTTAAAC +CACTTATCTAACGATTTCTTACTTCTATATGTAGCAGAGTTTGTAAAATCAGTAAAAAGT +CTTTCTACAATCTTTATAGGTATACCTTTGTTTACCGTTATACTTAGCATTTATTGAGAT +ACATTATGAATAGCAATAAGGGCATATGATATGTTCCTATTTTTGTTCGCATTATTTTAA +AGTTCTGATTTAGAAAAATGCAGTAAAAAATAACGAAACTATTATTATCATTGTTATTAT +AATAGTAGATAGTATTTTGCCAATTTTTGAACCAAAGTCATCCTTAAATTTATAACCAAT +AATTAATGAAGGAACAAAAAATAATAGAGAATAAAATATTGTATAATGAATTCCATTGTT +GCCGTTAGACCATGCTTTTAGACCAATATAAGTTAAGATATTATCCCCTATACAAATATT +ATTAAATGTAAACGTAAATAAAAAACCGATAATAAATAGCAATAAGGAAATTGATCCTAT +TCCAATTTTCTTTTTTTTCACATTATTCCCTCCAAATATAAGTGTTTATATAACTTAAAT +TTAATATAATACATTAGTTCGTCTAATACAACAATTGTGTATTTATTGTACCATTTTCAA +CATCGATTTAAAACAGAGCCTATTTTAAATATGTATCTTATTAACTTAATTCCTAAGTAT +CCAAATAGAATCACTTGAAGAAATATATATTATGTACAATAATTGGAATTAAGATTATAA +TTGTATTTATAAAAATTAAATAACTTAAAGAGTAGACAGAGAAAGTATAACACAGGTTCA +CAATTGTTATATAATGCCAATTAAAAATTAAGCCTATTATTATATATACATAAAGGATTA +AATAACACAAAGCCATTGTATATATGTAGCTTGTTTGATATACTACTCATAATGGTTGCA +TAAAAATATGAACTAATTATTATTTCATAAACTGAACATCAGTTAATAATAAAGTGTAAA +ATGAAATATGGAGGTATTATGAACAAACGAGAGAGAATTGAAAAAGCCTTTTTATATGGA +GTTTTCATTTGTTATATACTTTTTTTAATTAAATTATTGTTTTTATCAAGAGTTTCGCTT +TTAGAGTTGTTTAATAGTCAAAGGACTTTAGATAGAACAATAAATATCATTCCTTTTAGT +AGCATAACCGAATATCTATTTAGTAACTCTCCCACTGTAAAAAGATTTGCTTTTGGGAAT +GTGATTGGTAATATAGCCATATTTATTCCTCTTGGTGTATATTTGTCACTATTTAAAAAT +AATAAAAAAATAATAAATAATCTATTACTTATATTTATAGTAAGTTTATTTACGGAAATC +ATTCAGGGACTTTTAGGTATTGGATCATCAGATATTGATGACATAATTTTAAATTGTTTC +GGTGGACTCGTAGGTATTTTAGGATATAAGTGTTTATTATTTATATTACATAATGATAAA +AAAGTACGTTTTACAATAACAATACTATCTGCAATAGGATTACCTATTTTATTATATTTG +TTATTTATTATAAGATTAAGATTTTAAATATTTTCCTGTATATTTATGAGGATACTTTAC +CTAAAAGGAACATATAGTTAATTATGGTCTATATCAAATTTAATACACAATATTAATATA +TTGTGAACTAAAAAAAGCATTATTTTTCAACACTATTCTTAAACATAGGGGTAAATTATA +TAGGGAAGTATATTTAATAATAGTAGATTTCCTTAATTTATAAAATTTAAAGGACATTTA +ATTTAAGATGAAAAAACAACTTATACAATTATTTTTAATATTTATTTGTATTCAATGGTT +AGTAGAAAATGTATGTAAATTTAATATTAATTCTTATATAGGTTCAATTATATGTATGAC +TCTAGCTGTAGGAATACAACGAATTTATTTAACAATAAAACCAGAACACTAACTTTACAA +ATAGCAAAATCTCCCTTTTGATTGAATCGAAGGGGTTTTTATATAATATAATCAATGTTC +GCAATTGTTATATAATACGAATTTATAAATTTTAAAGTATCTATCAAATGTTAGACGGAG +ATAATTATGAGGAAAAACACTAAAATTATAATAATATCATTAATATTATTAACAGCTTTT +ATAGGATTTACGCTAAATAGAAATACTGATAAGGAATTTACTGCTGGACTTATATCATCC +CATTGGTTAAATAAAAATAATAAAAATCCATATGGAATAACTATTGACTTAGAAAGTGGT +TTTTCTAGAGATGAAATTAAGTATCTTGGAAGTATTGCAACGAGGGATAGAAAAAATGAA +TTAAGTGTTACTAAAGCAAAAGATTTAGAAAATCCGAATCATTATATGACTGTATATATA +TCTGAAAAGTCTACTGGAATAACAAAGAAAAAGTTAGATTTTAATTTATGGACATATAAA +GATAAAGGATATATTCAATTTATAAAAGATGAAGATGTTAATAATACTAAACTTGAAAAT +TTAAATGGTATAAGTAAATTAGAGAATGAAGAATATCAATTTTTAACAAAATTGCTTTTA +AAATATCATTCTCCTGACGATATATTTAAAAATAATTTTATATAATAAGTTTGTAGTATT +ACTTAGTTGTTATATAATGCGAAGTAGCGTAAATTGTAAAATGTTATTTAATAATATGAG +TTTATATTTATATTTACAATTTGGGTAAACTTAAAGAACTTATAACTATTGGTAGTTTAT +ATAAAAAAATGGCTAGATATTGATGTATTTTCAATAGTTCTAGCCATTTTTATTTCTTAT +ATATTACACAATTGTGTAACAGAGCCTATTTTAAATATGTATCTTATTAACTTAATTCTT +AAATATATCAACAGAATCACTTGAAGAAATATATATTATGTACAATGATTGTAGTTAAGC +TTATAATTGTATTTATAAAAATTAAACAACTTAAAGAGTAGACAGAGAAAGTATAATATA +GGTTTAGAATTTTTATATAATGCGAAGTAACGATACTTTTGATGTCATATGGATAAATAG +GAATTAGTCTACAATATATCTCTATTAGAGAAGAGCTTGAAAAAGTTAGTAAAGTTTTAG +GTAAATAGGAAATTTGCTGAAAGACTGAGCAGGTAAAAATCGGGATAACTATCCCGATTT +TTTTTACTCCATATAAGTAGTTCACAATAGTTATCTAATTATTTTTATTTTTGTAAGATA +ATTTATAAATTTTTTTATAAAAATATTACAGATGCTTGCGTAAATAAGTGAAAATAAGAA +AAATATTGAAAAAGTTAAAACCGTTGAAAAAGAGCTAGCTAAATCTACAAAGGACGGAAT +ACCGACTATATAAGTTAAAAATGTTATCCCAAGAGATAGTGCTATACTTGAAGATAGTAT +GGAAATTATTATTCCCTTCCTAAAAAGTAATGTTCCTATAACAATGCCTAGTAAACCTGT +GGTGAAAAGTAGAATTATTGATTCTTGAATACTAATCATAGTAAGAATTAATACTGAAGA +AAAAAATACAGCAAGACCAAGAGGAATATTAAAAAAAACAGCTATTGCAATAGGTATAGT +GCTTAATGGACTTAAGAACAGTCCAATAGCTGGTAAAAATATAGGTGCTGATTGGAATAG +AACAGCCAATGTTGTTAATATGCCTCCAACACAAATAAAACTGCTTATATTCATTTTATT +CAATTTTAATGCCTCCTTGTATAATCTAGTTGTGATATTTGATAGAAAGCTTTTTTATAA +TCTAATGGATATTAAGGAACAATTTCAAAAATAGTACCTTTGCTAAAATCAGTTACATTG +GCAGAGGCATAAACCCCTAAATAAAGTCTGGTTTGATTCATATTCGTTCCCAAACAAACA +TAATAAGCTGATTGAGAGCCAAAATTATAATCAGTTTCAATAATACTAAAATCATTTAGT +TTATAATTTTTTGTTGATTTAGTATAAGCTAAAACTCCTCTCACTGGAGGTTTAAATTCT +TCATTTCGGGCGAAATCAGTAAACACAACGCTTCCTGTTAAATCAGGTATTTTGTTTCCC +ATATATGGCTGAACCCCTGTAAGTGCAGAACCATCAAATGTATCTGGTCGTGAATCTTTA +TGAAAATAACAGGCTAGAGGTGAAAGGCGCTGTGCTGAAGTTTTTACTGCTTCATTGTAA +TAAGTAATTGTTATCTCATTCAAAGTTGGACTATCAGAGCAATCTCCTATAAGCGAAGTC +GGTAAAGTACCTTCCCATCCTCGCCAGCCAAAGTTAATAAATTTTTCTTGTTCAGGTTGG +GATTTTAAATAAGATTGAACAAGCTGAGTAACGGGCATTGGTCTATAATTAACGAATGAA +AAAATTGACTCTACTAAATCCTGTCCAACATTTCCCACATATTTTGTATATTGGTTATAA +AACCTTTGAAATGAAATTCCAGGTATATTACGAACTCCTTTGGCCATTACTGTAAGAGTT +TCCTGAATAGATATAGGAAGTTCATTAAAACGTGTGACTACAGGCGGATTATTGATTAAT +GCATTCTTAGTTACATCAATTTCAATTATTTTACCGCAGATTTCCATATTATCCTGACTT +AAGTTAAATGGATCATAACCTGATCCACCATCTCCAGTTGTTAAAACGAGTTTTCCAGTT +TCAGGTGAAAAGTTTAAGCTATTGACACCATTATGATTGGCAAATGGTCTTCTTAGATTA +AGCAATGTTCGCCTTTTTTTAGATTGACCATTAGGTTGTAAAGCCCATTCTTCAACTGTA +TCAATATGATCATATTGAGTATCTCTATCTGTCTATTTTAGATTTAAAGTTTCGGGGTCA +CATGGGTTAGGATCAAAAGGTTTTGAAAGAGCACCAGGACCTTGTGTTCCTGCTACTGAA +TAATGAAGATAAAACAGACCATTATAATAAAATGATGGATGAAAAGCTAGACCGAGCAGT +CCTCGTTCATCATATCCACCATTAGAAGTACCTAGTTCTATTATTCGGGGGCGAATATCT +AAAAAAGTATTTATAGCTCCCTTTGATATATAAAATATTCTACCTACCTGAGTTGCAATA +AATAAACTTTCACTTGAATCACCTGGAATGATAGTTGTTTTCAAAACAGTGGGTAAATCT +ATATTCTTAACAATAGGCTGTAAACTAACTTTAATTTTCCTCATCTAATACATACTCCTT +CTTATTATTTACTATAGATAATCAAGTTCAATTTTTAACATATTTTTAGAACACTTTTGA +TTTTTAAGCAGTGGAATTTAAAAATATTTAATTAAATTATGAAGTTGTTTATCTATATTA +CAATAATATGATTAGAACTATTGTATTAATACAGAATTGTGGCTAAAAAACTATGGCACT +AGGGTTTTAGTGTATAATAGGAATAGTAATTCAAGTCACTTTATGGTTTAACAATTTATG +TAAATAACTGGATATTTTGGATTGTAGAGCAATAAGATATAAAGTAAGACCATGCATTTA +TAGTAAAAAGTCCAAGGATGTACCAAAAATGATACACCCTTGGACTTTTTGGCATAAATA +TAAAAAATTCAAAATACAACTTTATGTGAAGGTATGAAAGTGCATGACTTTTTATTGTAC +AAAGTAATGTGACATATGATTACAGGAAAATAAAAGATTTCAAATTAAGAACACTAGAGT +TTATGTAAATGGTAATAAATGAGTAAAAAGAATGCTATAAGAAAAAATAATTTTATATAA +TAAGTTTGTAGTATTACTTAGTTGTTATATAATGCGAAGTAGCGTAAATTGTAAAATGTT +ATTTAATAATATGAGCTCATATTTATATTTACAATTTGGGTAAACTTAAAGAACTTATAA +CTATTGGTAGTTTATATAAAAAATGGCTAGATATTGATGTATTTTCAATAGTTATAGCCA +TTTTTATTTCTTATATTACACAATTGTGTAACAGAGCCTATTTTAAATATATATCTTATT +AACTTAATTCTTAAATATATCAATAGAATCACTTGAAGAAATATATATTATGTACAATGA +TTGTAGTTAAGCTTATAATTGTGTTTATAAAAATTAAACAACTTAAAGAGTATACAGAGA +AAGTATAATATAGGTTTACAATTTTTATATACTATGAATTAAGAAAAACTATAGATAATA +AGAAACTTGTAGTAAGTACAATTAAGCTAGGAGTAAATGGAGAATGAAAAAATGATAAAA +GAACTTACTTTGTAGTACGTATAGACGATGAAAGTCAAAAACTAGCAGGTTCCGTAGCGA +AGAGCATAGCTTTAAATATTATAAAAAAACGAATAACTATATAACCATAAATATAGAACA +ACTATATCATGACTTAGTTAATAATAATAAATTTTAGAACAATATAAGCTATAGTGTATT +ATAATAGGATTAATCATATAAAGGGAGAGAATTAATAGAAGTGAATGTGATGATGAAAAA +GCTCCAAAACAGAAGGCAATAAATGTAATAATATAGTATAATATTAGAAAAATTAATAAG +ACATAGATAAGGAGTAAATTATATGAGAATAGCAGTTATATCAGATATACACAGCAATAT +TTATGCATTACAATCAGTATTTGATGATATAGATAATAGAAATATAGACTTAGTAGCATG +CACGGGTGATTTGGTAGGATATGGTACTAAGCCTAATGAGGTTATAGATTTAATAAGAGA +AAATAAAGTTATGACTATTATGGGAAATTATGATGATGCTATAGGAAACTATAAAATAGT +GTGTGGATGTGATTATCAAGACCCAAAAGATGCAGAAAAAGCTGGGCTTTCAATGCATTT +TACATCAACAGAAACTACTAAAGAAAATAAAGAATATTTAAGTAATTTACCTAAAGAAGC +AACGTTAAAATTTAATGATAAAACTATAAGGTTAGTTCATGGAAGTACAAGACTTATAAA +TGAATATCTAAAGGAGGACTCAAAAGAAGCAGACGAAGTTATGAGTAATTTAGTTGAAGA +TATTTTAATTTGTGGCCATACACATATACCTTACGCTAAATATTATGGTGACAAGTTACT +TGTAAATGCAGGTAGCGTTGGTAAGCCAAAAACAAATAATCCTAATGCAAATTATGTAGT +TATAGATATAAATAATGATGAAAAATCATCAGATAGGGTTAAAGTAGAAATTATTGAAGT +GATATATGATTTTGAAAAAGCAGCAAGAGAAATAGAAGAAAATAAAATACTTCCCAATGA +TTTTGCAAGACTTATAAGAGAGGGTAGTTCAAAGTAAAAGGATAAAATAATATTATTTTA +TCCTTTAAATATATATATTCTAAATTTAGTTATAGAATTATTATTAAACTATTTATTATA +GATATTTTATTATAATTAGAATTCTTTAGATATCATGCTTTTTACCGCATCATTTTAATG +AAACTATTTTGTAATTGGAAGATAATTGAATATTATATATAATATAATCAAACTTCTCAC +TTGTTATATAATGCAAAATAAAAAATGGGGGAATTTGAAATGAAAAAGAGAAATTTATTA +ATTGTAATTATAGCAATATTGTTTTTAGTCGGGTGCTCATCTAATGGAAGAAATATTAGC +AAGACAGAATCAGGGATTGATGTTCCGATAGTAGAGATTAAAAATGAAGATGATAAAACT +GAAATAGCAAGAGTTGTATTTGAAGAATACTTAAAGCTAACTTATGAAAATTATTTAAAT +GATGAAAATGAAAGAATTAATATTCTTAAAGATTATAAAATTAGAGATATAAGTATATTA +GAAAATTCAAACTCTGAAGGATACCGTATAGAAATAACATATGACTTACAAGCAACTGAT +GGATATGCAACGGTATTTGAAACAGGAAATGGGGAAATAAAAGAGAATAATTGGGTAAAA +GGAAAATATCAAATTGTAGACATAAAAAAAATAGGGGAAGATAAATATACTATTTCAGAA +ATGTATACAGGATAAACCTTCTTAAATATATATCTACTATATATACATACTTATTATTCC +AAATATTAATATATTACGAACAAAATATAGTAAATTAGATAAATAACCACACTTTAGTCT +TAGATATGTTGAAAATACTAAAGTGTGATTATTTTTATCCTCTAATTATCACAAAGTAAG +CATTTATAAAAAATTATTTCCAAGTTATATCTGCTTCTTTTCTAGGAACAGTTCTTGAGT +ATTTTACATCTGGGTAGCCTACAGGCATACAAGTTACAATCTTCTTTCCTTCTTCTATAC +CAAGATAATCTAGAATATTTTTATTATAACTAGCAGCTCTTACAAGGAAACCACTAAAGA +AAGTTCCAAGACCTAAAGCATTAGTCATTAACTCCATGTTAGAAGATGCTAAAGCACCAT +TTACATCAGAATTTGCTGCTACAATTATTACTGCTGTAGCATTGAAAAATAGCATGTCAT +TTTGCTTAGGGTTTTCTTTGAAGGCATCATGCATTTGTAACCACATTTTAGCATATTTTT +GTACTTGCATATTTTCAGGAGTTTTATTTGAAAGTATATATTCTCCTAGATTTTTTAATG +TTTCTATAACCATAGATTTTAATTCATCTATATTTTCTTTTACTACTACATAAGAAACAT +CTTGAAGATTACCACCTGTTTGAGTAAATCTTCCAGCTTCGATTATTTTAGAAATCTTAT +CAATTTCAACATCTTTATTTTTGAAATGTCTTACACTTCGTCTATATTTAATGAAATTAA +GAAGTTTATCAGCATCTAGTTCAAATTCTTCTTTGTTGTAATTTTTTACATCATCCATAT +TATACAAATCTGTAGACACTGCTTCTTTAGGACATATAGCAATGCAATGACCACATTTCA +TACAGGTTTCATTTTTTATATTAGCTTTTTTATCAACGATTTCTATATCTTTGACAAGAC +AATCTTTTACACATAGACCACAGCCTATACATTTTTCTTTATCTACTTTAAACATAAAGA +TAACCCCCATTAATTAGAATTTAATATATAATAAATATTGATGAATATATTTTAAAATAA +CTGTAAACTTACTACAAGTAGAGTTATTTTTAATAGATACTATCTTTAAAGATAGTAACA +AAAGAAAGAGGAGCATTTACATGAGAAATTTACAAAATGAATATTTATATTCAATGGATT +TATGTATGGATTTATTAGGTGGAAAATGGAAGATGAGAATATTATATCATCTTGCTAGTG +GTACTAAAAGATTTGGAGAACTTAGAAACTTACTAGATGGAATAACTGAGTCTACTTTAA +GTAAACAACTTAAAGAACTTGAGAGAGATAAATTAATTATAAGAACTGTTTATCCTGAAA +TTCCTCCTAAGGTGGAATATTCTATAAGCGATTACTCTATGAATCTTCTTCCAGCACTTA +AAAACCTGTGTGCATGGACAAGAAATTATGCTAAAGATATGGATATAGAACTATTAAAAT +AATAATTTAGTAAATGTAGCAAATAAATAGATATGTATTACTATAAATAAAATTAGAAAT +AGATATATTGAATTGGTATAGACTTAATGAGGCTTTAATATAACTTTTTTTTAGTTTGTA +AATTATTCAATAAGCCTTATGATATAAGAAGTTTATAATTGTCATATATTGCAAAAAATC +AGCTTATTGGTTCTCTCAAAAATGGAATATGCCAGTTGAAGCATACCAGGAAAGCATTCG +GGAATGTATTGAACAAAAAACTGGTATATCTCAATGGTATACAGTTTTGGACGATAAAGA +AAATTTTATGAAAAATGTGGTTGAAATTTTTTACTACAGTAAATGATGATGAGGGCAATT +CTATCAGAATGTATATTGCTTCTACATTATAGTAAAATTCAATTTGTAGGTAAATTGTAT +ACTAGATCTGGAAATATATTATGAATTTTCCAAATATGCATATTATATTCCCGGATCTAG +CAAAGTAAACTTAAAAAACTATTTTATATTAGCATTTAAACTTATTAATGTTATTCATAA +TTTCATCCCAATGACATCTTAGATAATCTAGAGGTTCTTCTAACAATTCATATAAATAAT +CGTATATTTCGTAGAGTTTTTCTTCCATACATCTGTCATAGTCATAACATCTACAAATAG +CAAATTCACCTTTACGTTCTTCTTGTCCATATGGTTCACAAGTATATTTTAGAACTTCAC +AGCCTTGGTAAGCATTTGCAGTTCCTAAATATAAATCACCTTCCAAGTCTTCGTAAAGGG +ATATACCAGCAAAACGACCTCTACCACATCTTCTAGCAATACCATTACATGAGATTAACT +TATATTTATATCCATCACAAGATGTATACAAATCAAATCCAAATTGATATCTCATAGCTT +CTATATAATAAATAATATGTTTATAGATGTTTATAATTTTTTCAGTTAGTGAAGTACCAA +GTATTTCTTTTACATTTTCTATATTGGCTAAAATTAATCCTAAAGTAGCTTGAATGTTTA +CTGCATTATCAAAAGTAGTAATATATAGCATTCCTTCGTATTCCTTTATCTGTGATGCAT +AAATATTAAATGGATTATTAAATCCTGAACCAAATTGTTGGGAGTTATTTTCATTTATTC +TACAAGTAGATTTAATAGGATTGGAACCAACTACAATTTTCCAGGTATCACATTTATCTA +TTTTTGCTATGTCACAGCCCATTGGAAAAATCCAAGCTAAAGGTATAGGTTTTGCTAAAC +CTACATATAAGCTATTATTAAAAACACCCATAGATGTAATATGTCTATTGGCTTCATCTC +CAAATCCACTACATCCAACTAAAGTCCAATCATTAACACAAGGTTTCTCTTTATTTGTTC +TCCAAACTTGTGCTCCATAAGGAGTGCTTGTACCAACATATATTCTATTATTGAATTCTA +CCATAGCAGTTATGCCACCTCGAGGATTTTTATTCCTGTCGTAATTTTCATATTGGCATG +AGCGTGTTTCCAATTTCCAAGGATAAAACTCAGGATCTTCACTACTATATAAGTAGGTTT +CTTCATTTTCTCCATACAAATTGTCTACAGTAGCCAAATATATTCTTCCATCTTTTGATA +TCATTGCTCTAGATATATTTCCTTTAATTTTCTGACCTGTTTGGTCATAATCTATTACTG +GTCGCCAATCAACACCACTAACAGTTTTGTATATAACTAAAGAGTTATTTAAACTAGCAG +ATACAGCATAAAGTGCACCATAGCCATTATAAGGTCTGTGACATATCATATAGCTAAATC +CAAGTAAGTCACATGAATCGCTTTCGAATATTTCCGAAATTTTAAAAGCTCTTTGCCATG +GAATATCGTGATATTTTCTATATCTCCATATTTCTCCATAGTTATCTTGATTTGTAGGTT +GAAGTGATAAAGGCATTTTAGTAAATACTCCTGTAGATTTTAATATATTCACTAAAATAT +TTCTTCCAGTTGCAACATAAATATGTTCATTTAAATCACTAATTGCCCAAGCATAGTTAT +TTTGCCTAGCATTTGTTAAATTACACTCATCAAAGCCTTTTGTAAAAGTCAGATTGTCAA +ATCCATACATATATTTACCTCCATTATTAATATCTACAAAAATTTGTAGTGTAATAATAG +TTTATGAAAAATATGTAAATATGTTCTATTGTTTAGCGAAAAATGTCAAGAAAAGGTAGA +AATACACTTTTTGGAGCATTATTAGTAGATGCTGATGGAAATATATTAATGGAACAAGGA +AATGTTGAAATAACAGAGCATAGATGTACAGGTCATGCAGAAGCAGGTATTCTTTTTCCG +ATTAAATTAATGTAATTTATAGTAAATCAATTCATGATGTTTCCAATAGATCAACTTATA +TTTGTGGAAGATGAATTTATTATATCTTATCATTTATTTACTTATATAGGATTAGTTCTA +CTATGTGGACTTATTGTTACATACACAGGCATAATAGTACAAACGTTAGATGAAATTAAA +GAGGTAATTAATAAAAATAAGTAGATTACAATATTAATATATTACGAACTAAAGGAATAG +GACATATGCTCCTATTTTTTATTACAAGGGGATTATAATACTTCAAAATCTGTGGAAAGT +TTGTGTATTAAAGTGATACTGATGTATTTAAAAAAGTAAAAAGTGACAAAAAGGTTATAA +AAATAAGTACCCACGAAAGCATCTGTCTTAGTGTACATTTTCATAACTATTAATTATGTT +ATAATAAAATCGTAAATATTTGTATTCTGAGTATTATAAATATATATTTAAATTAGAAGG +GGGAGTTAGTTATGATATTATGGATTTTGGTTTTTACTGGAATTTTAATATTTGTTTCGG +TAATTTATTTTCTTGTGAAAAATTATAAAGATGGTAAGTATAGCAAAGGATATGGATTAC +TTTCTTATACAGGTTTTGGAATGGTGTTGCTTGGAATAATTTTGTTAATGGAGCCTATAT +TTACAAGTTTACCAGGGAATTTTTCTAATACAGCACCATGGGGCATCGCTATGTGTATTT +CTACAATAGTAGGTAATTTACTGTTAAAACCAACATTTTTAAAAAATAAAAATAATTAGG +TTATAAAAAATACATTTAATAGATTATTAAGCATCTTTAACTTAGATGCTTTTGTTGTGT +TCAATAAAACATATATTATTATAAACAGTTATTTATCATGGATTTTGTTATTTACAGGTA +GGAGTATGTCTATTGGTATACCCCTACTTTTTTGTTATTAAAATTGTTCCTAATATCAAC +ACTATATTAAAACATAGCTTAAAATATAAATTTAAGGTAATAAGTAAAATTCATATCCAG +ATTTTCTAGCTTCATCTATAACATTGCCAAGTACATCAGCATTAGTTTTAGATATAGCAT +ATAACAATAGTATAGAACTGTCATGAAGATGACCTAATATATCATTAATTTCAGGCGTCA +TAAATTTATCGTTAGGGATAAAAAAGTTTATATTCATAAATTTCTATTATGCATTTATAC +AGCATGCAAAAGATTATTGGTAGTATTGATTTATAAAATAAATATTACTAAAAGGGGTTA +TAAAATTATGTATAAAAAATACTTAGAAAACATCAAAAGCATAAGTGATTTACATGCAGT +TATAAATTACTACTATCCAAATCAACTAAAGAATAATAAAATGAACTGTCCATTTCATAA +AGAAAAGAGTCCTAGTTTTTCTATAACTGATAAAGGAAATGGTGCATTTTACAAATGCTT +TGGCTGCCAAGAAGGGGGAAATATAATAAACTTCATACAAAAAGTAGAAAATGTTAATTT +TGTAGAAGCTTTAAAAAAAGCTTACGAAATACTAGGTAGACCAATAGATTTACCTAAACA +AGAAAGAACAAGAGTTAACATTGTGAATAAAGATAACTTAGTTAAATACTATGAAGAAAA +GTCTAAGGAAGCTATAAAAGATGGAGATATAGAAAAAGCATTTGAAATGAGTTGTATGTC +TGATAGGGAAAGAGATAAAAATTATTTTATAAAATATCCAAAACTAGATAATAAAGGTAG +ACCACAAAAAGTATGGGAAAATCTTGAAGTTATTTTAAATAAAAATAAAATTGGCGTTTA +CTATAATGAAATAAGTAAAGAAATAGAAATAGAAGGCTTAAAAATAAATAATTTTGAAAG +CCAGATAATAGATATACACTCTTTATGTATATCTTATGGACTTAATTTAAGCATAGATAA +AATAGGAAAGTTTGTAACTAGAATAGGAATGGAATATCCGATTAATCCAGTAAAAGATTA +TCTAAGAGATTGTTTACTTGATTATGAAGGTGGTCGAAATTACATAAGAAGCTTGTATGA +TGCTTTAATAACTCCAAAAGATTTTAATCCAAAGTTAAAAGAAATCTTAATTACAAAATG +GTTATTAAATACAGCATCTATAGTATTCAATGATGGAACTTCCAATATAGAAGGAGTACT +AACACTGCAAGGGGCACAAGGAATAGGAAAAACAAGACTCATAAGAAAGCTTGTGCCTAT +GTATGTAAAGACAGGTCTAGAACTCGATCCTAGTGATAAGGATAAAATAAATCAATGTAT +AAAATACTGGGTAGTAGAACTTGGAGAGCTAGATTCTACTCTTAAGAAAGATTTAGCTAA +AATAAAAGCATTTTTAACAGAGCAAGTAGATGAGTTTAGAAAGCCATATCATGCATCACC +AATTAGATATCCTAGAATGACATCTTTTTATGCTACTGTTAATAATGAAGAATTTCTAAA +GGATGAAACAGGGAATAGGAGATATTGGGTTATACCTGTTGAAAAAATAGATTTTGATAT +TATAGATAAAATTGATATAGACATGTTGTGGGGCGAGGTTATGTATTTAAAGGATTGTAG +TAAAATGAATACTTACTTAGAAAATTTTGAGTTAGAAATGTTAAATCAAAGTAATAAAGG +ATTTAAGGTTTCAGGATATGTTGATATAGCAGTGGCTAATGATTTAGACTGGTCAGTAGA +TAAGAAAAATTGGACTTGGAAAAGTTCTGATGAAATAGCATATAAATTAAAGATTAATAA +TACGAAAACTTTGAGAAATGCAATGGAGAGCCATGGAGCAATTTATAAAAGAACTAGTAG +TAGAAGAGGATATATTTGTCCACCATATAAGTCTTTATTTGAGATTAATTAGTTATAAAT +AGGTGACATTTGGTGTCATGTGACATAGTTTTTTAGTTGGAGTTAGGTGAAAATTATGAC +ATGATGTCAGGCAGCGCCACGAGATTTTAAGCTGGTGTCAAGTTATGAATATGGCTTATT +TGAATTGATGTAGGGGTTAATGGCATGAGTGACATGATAGTTTAATTGGTGGTGAATTTT +ATATGTTTTTTTAGTAGTTATAAAATAGGTGCCATTTGGCTAAAGTGTCATAATTATATA +TTTATATAAAGATTAACGGATTATAGAAAACTGAAGAACTTGGATAAAACCTATTCAAAT +ATTGTTTAATTCAAATATTTAATGTATATACTACAATTATTAAAATAAAGAAAAAATAAG +AAACTTGGTGATTTTAATGATATACATATATAATTGTTATGGAGGAACCCACTCATCTAT +TCTAGCAGTTGCTTATCACTTAGAAATGCTGGATGAAACTCGAGAACCGACTAAGGATGA +AATATTGAATTTACCCAATTTTAATAAATTAGAACATGGAAATCGTGGAGAACTTTTTTA +TTATGGAAGTTATAAAGATGGAAACGAAGTATATACTATAAGCAGGGGAGGTTCAAAGGT +TTTAATTCCAGGATTATATAACTTAGCTTCTATGCTTCATAAACAAAAGCTATTAAATGA +GAAAATTATATTTTCCAATACGTCACCAACGGTTCCATTACCAATGACCTTTGGTGGGTT +ATTTTCTAGATGGTTAAAAATTGATTTTATAGGAGTCCCCTTGCTTGTAAAGGGAGCAAA +AAAATCATACAAGGATATTATAGAACTTGTAAAACACACAAAGAAGGTAGCAAAAGAAGA +TAAGTCAGAGATTATTATTTTAGATAATAAGGAATTTAAGAAAAAATGATTTTTCATCAG +GGAGCTTTGATAAAGTAAACTTATGTAATTGTATTTATAATTTTGAATCTGTTTTAAACC +AGTGTTGATAATGGAACGTATAAAAGTGGACAAATTAATTTGTCCACTTTACTTATAAAT +CACAATACTTTAAAATTGTGCAATAGAATCAATTTTTACTGAAGCAATTGTTTTTTATTT +GTATCATATTCTCTATGTTCTTTTGAAACTTCATTTAACCATTCATCTATTGCCGCCTTA +GAAAAATATTGCTTTTCATTTACTGTAAAATAGGGAAACATAATTCCTGTAAAACTACCA +GTTTCCTCTAACATACTTTTTTCTGTATTTATTATTCCTTGAACTTCTTCTTCTGTCATT +CCAAGGTAGTTAGCAGCTTCAGATACAGTAAAAACATTACTATCAATAGTATAGTTTTTG +GTTTGTATGTTAGTTGATTTTTGTATTGAATATCCTAAGAAAATTGAACTTAACATTATA +CCCAATGTTAGTATAACTATTGATATTGATAGTGGTTTATTATTTTGCAAAATACCTGCC +CCCTTTTATAATGATCAATATAATATGATTTTTTATTACTTTGATATTCCTATTATACAT +AAATTATGGATTATAATTCCAGTAATTATGTAAATAAAATTAAATTGCTAGAGTGATAGA +AAAATTAGGACTTGAAGCAATAATACTTCATAAACAAGCTAGTTCAGAAAATACAATAAT +TGAAAAAATATATAAATATGGATAGCAGTGAAGCATGACAAATACAGATAGTAAGGGAAA +TGAAGAAACAAGGGTATCAGATAGATGCAAATAATTTATTTTAATCAACAACTACCTCCT +TTGGAGGTGTTACGGAGAACCGTATCACAAGTAACGGAGCGTAGATTGAATAAAATACTG +TTAAGACAAATTGGAATTGTTAAAGTTATAGTTTTATTATATAAATCCTTACAAAAGAAC +CCCTTAAAATTGACAAATCTGTCAACTCTAAGAGGTTTATTTAAAGTGATTTGATTAACT +CTTCTAATTTTTCAGATAAAGTTCTTGCACGTTCAAAATCAGTATCCTTTAAAGCAGAAG +CTATTTCCAGTTCAACTGATTTTTTCTTTTCTTCAATTTGCAGATAATCTTTGTCAAAAT +GATTAGCATAAATCATCTTTCTAAATTTACGCATGCTCATTTTTCTAATTGTCTTATCTT +CAATAAGTAAAACATAATCAGCACAGTTAACTATAAAATGATAATCATGAGAAACCATTA +AAATAGCACCTTTATAATCTGCGATGGCTTTTTCTAGAGCCATTTGAGAATAAATATCTA +AGTGGCTTGTAGGCTCATCCATTAGCAACATATTTGCTTTACTAGCAGAAACCTTCGCCA +ATTGAAGTATATTCTTTTCTCCACCAGATAAAGATTCAATCTTTTGTGTAAGTATATCTG +CATCAAAACCATATCTTGCAACATATCTTCTAACTTCACCATAAGTCTCAAATCCAACAT +CATAGAACTCTTGAAGTATTGTATTAGACTCATTTACTACCTCACTTTGAATTTGAGATA +AATAAGCTAATTTAATGTTTTCATTTATTTTTATAGAGTCATTATTATTTTTAAATATTT +CTTTTAATAAAGTAGTTTTTCCAACACCATTTGTACCAACAATAGCTACTTTATCAGTAG +ATTTTATCTCGAAGTTAACATTTTCTAAAAGAACTTCATCAAATGATATACCAAAGTCAC +AAGCCTTTAAAGCAATAGTTTCTTCAATTTCATTATTTGTCTCTAAATTGATATATGGTT +GTTTAATATCTACAAATGGTGCTTTAATTCTATTGGCTTCTAATCTTTCTTGGATTTTAA +CTCTAGCTTTTAGAGCTCTACCTCTAGAAGCTTCAGAATTATAAGTTGCTTTTTCTCTTA +ATATTTCGATTAAAGCTTCATTTCTTGCAATTTCTTTTTCATCAGCGATAGCCATTTCTT +GTAACTCGATTTTAGTTTGAAGAAGAGAGAAGTTATAATCAACATATCTTCCATCAAATT +CTTGTAGCTCTGTATTCTCAAGGTGGATAATTTTATTAAAGCAATGATTTAATAAATATC +TGTTATGTGTAATAACTAAAATTGTTTTCTTATGAGAATTAATTAAATTTTTAAGAGCGT +TAAGGTTCTCAAAATCTAAGAACACATCTGGCTCATCCATAATCATTAAATCTGGGTTAT +TGAGCATTTCCTTAATAACTTGAATAAGTTTAAATTCTCCACCACTAAGTTCAGATATCA +TTTTATCTTTATGCTTAGTTAAATTTGCAACATATAGTTTCTTACTTATGTTGTTTTTGT +AATTATCACCACCAATTGCATCAAATGCATCTAAAGCTTTTTGGTACTTTTCTAGTAAAG +TATCAATATCATCAGAAGTTCCCATTTCACTACAAATAGATGATATTTCATTTTCTAGCT +TGATAAATTCTTCAGCTATATATTCGAAAACAGTAATTTCCTTTGTTTTGTCTAGTTGTG +AGAACTGGCTTACATACCCAATTTTTAAGTTTGGATCCATTTCTAATTTACCATCAAACA +GGTATCTTTCTGGATCCATTATTATATTTATAAGTGTACTCTTTCCGCTACCACTTGCTC +CTATAAAAGCACAATGTTGACCTTCTTCTAATGTAAATGAAACATTATTATATAGATCTC +TTTGCAAAAATGAGTAGGACAAGTTGTCAATTTTTATCATATAATTACCTCTCTTTATCA +TTTAAAAAAATTTCGCTAAGATATAAAAAGAGCCTATAAAAATAAGCTCTTTAATATATA +ATCAATCTCAATTTTGTAATTGATAGTATATAGTAACGACATTTTTTGATTTACTTTTGA +TAGCATAACATTTTTTAAGACTAATTTCAATTATTTAAAATTGGATTTTTTCGTAGAAAA +TTCAAGATATATTTATATCAATGTTTATGTTTTTTTATATCATAAAGCATAATATTAAAT +ATAGTGGTAACTATAATATAAAAATAATAAATATTTATTATTAAAAGTAATTATACAATT +TTATTAAAGGAGTGTCTTATATGGAGCATGACAATAATGAAAAAAGAGGAAATGATAATA +GTTTATTAAGATGGATAGGAAGATTTATATTAGTTGCAGTTATTCTAATGATAACATCAT +TTGTAACTCCAGGATTTTCAATCAATGGACTATGGTCATTTTTAATAGCTGCGGTTGTAA +TATCTGGATTAGATTATTTAGTAGAATTACTTATGGGAGTTGATGCATCTCCTTTTGGAA +AAGGAATAAAAGGATTTATAATTGCAGCGATAATAATATATTTAGCACAATTTTTAGTTC +CGAATATGGGCGTAACTATTATAGGAGCAATACTAGCGGCGATAGTTATTGGAATTTTAG +ATGCAGTATTTCCTGCTAGAGCTATGTAATTTAAAATATATTTAAAGCGGTTATAGATAG +CCATATTACAATAAAGTAATATGGTTTTTTTATATAGAACCAATATTAAACAATATGGCA +TTTTATAAACTTAGTAAATAAAAAAGACTTATGTGAGCCAGTGGATGCTATATATGAGTA +TAAAAAATTTATTGATACTTTTATAAAGATTTATATAAATAAGAAGTTCCTTTCTTGACA +GAAATGAATATCATATACGGAGAGGAGCTGATAGACATGTATTCAAATAAAGAAAATTAT +AATAGAGAAGAAGGTAACCTTCAAGATAAGTGTAGAAGTTTAATAAGTTATCACGTAATT +TTTACCATGAGAGATGGAAGAATGTTTGATGGTATTATTGAAGATGTTGATAGAGATAAT +GTTACTGTATTGGTTGGGGAAGATATGGTAGAGGGAGAAGGTGAAAGCAATAATAGACAA +TTTGGACCTAGAAGATTTAGAAGATATAGTAGAAGACGTATTCCGCTTGCTAGTTTAATT +GGTCTATCACTATTAGCATATCCTTATATATTCCCACCATTTTTGTTCTAGATTAAATGA +TTGTATTTTATATCGAGCATGTATGATAATAAAATAAGGCTATGTTAGCTATCTTCGTGA +TAAATATGGCATAAAAACAACCACATCTTAGACTTTTCAGTACATTGAATTCTAAGATGT +GGTTACTTCTATAACTTACTATAAATTGTTCGTAATATATTAAAATTGAGATTTTCATTT +TATGTTCTTGAAATGTCTATGTTTATATCTATATTTCCAAATAATTTTTAACTTTATTTA +TAATAACAGACATAAGATAAACAAATGTTAATAAAAATATAAATGATTGAACATTTAAAT +ATATTATATTAATACAGAAACCATACAATGCGATGGATGTTGTAGATATTATTCCCCATA +ATTTATTTTTTAGAAGACCATATATTGATAAGTTATATATATATGCTTTGCACAGTGTTA +CCCCGATAAATGATACGTATGTTTGATAAAAACCTAAGTTTATTAGTATCTCTCCTTCTC +CACTTGTATTTAATAATTCTATCAGTGTTGCCAATATAAATACTATTGCTACTATATAGT +AACCTTTTGGTAATTTATACTCATTTTTTTCAACTGACATTTATTCTTCCCCCTCTTTTT +TGATGCTAAATTTATTTATTTCGTAGTATATAACAATTGCAAACTTGATTATATTATGCA +AAATATTCAATTATTTTTCAATTACAAAATAGTTTCATTAATTTGAAGTAAAGTTCCTTA +TTTTAAGTTAACTCAATGAATCTATTTCTAATAGTGGTTATAGTTACATATGTATCTTTA +GTAGCTACATTCAATAGCATATCTTTAATTCGGTCACCCTTTTTATACTCCTTTATTAGT +AAAATATTAAATATTATTATAAGGTTATATGATTATAATTCCTGTATTTATTGTATTATA +TTTAATAAAAGTTTATAAGTGCATTAATGTTATATAATTAAATTGCACTATTAATCTAGG +TTTATTAATAAAATAATATTTGCATCTTTGAAACGATATAGACTGATACACCGTCTATAT +AAAGTAGAAAAGAAATGACATGAATTAAAAGTCATGTTGATAAATAGGAATTTGAAAAGG +AGTCTTATATGAAAAATTATTCACAAGAAGAACTACAGAATGCATTAAAAATTGTATCTT +CAACTATTAGTAAATGTGAGAAGATACAGCCAAAATTTAAAGAAGGAACGTCGCACTTTT +CACTTTTGAGAAATAGAATTGAAGCATTGAAAATTTCTAAATGTTTAATAGAAAATGACC +CAAGTATACAGGAATATACTGAAGATGATTTGGAAAAGGCATTACCACCTGTGATTTCAA +TTATTAATAAAACTGAAAAAGCTCAAAGTAAGTATGATGAAGGAACTACTCAGTTTAAGC +GATTTTCACCAATGATAGAGGCAATGTATATCGCAAAATCATTAATAACAAATGAAATTA +GTAAAAGAAAGTAAGTCCAGTTTTAGGTGAGATTGGAATTTAACTAATCTACATTTATTT +AGTATATACAGAAAATAGTAAAATTGAAAAAACTCACTTGAAACAGTTACGTAGAACCGT +ATCACAAGTAAGTGATACGGTTTTTTAATAAAAAAGAATTATATATTGATAATAACTAAT +AATTAAGGGATTGAAAAATATACAAAATAATTAGTAGTAAAAGGTGAAATACATTATTAG +GCATTAGTAGTTTCAATAAATATAAATAATAATGACATAAAAGATTATAAATTGAGGAAA +TTTTTAAATATACGTCACTAGGTGAAAGTGTAATAGAGATTGATAGCTCAAGTAAAAGAT +GGGCAGATATTTTATCATAAAGAAATATATTAGTCGCAATTTGTCGAACTATACATATAT +TATGAGTAGGAAGTATTACTTCCAACTATAATATGAAAGGAGTCTTTATATATGGGTAGT +ATAAAATTTAAATGTCGCAATGAGGGCAGATTTGTATTTTGTGAATGCAGTAGATTTATA +TGCTGTGGAAATGGTAGGTTTACATGTTGCGACAGAGACAGATGTTGTGACAGAGATAGA +GACAGAGATAGAGATAGAGACAGAGATAGAGACAGAGATAGAGACAGAGATAGAGACAGA +GACAGAGACAGACATTGTTGTAACTGCTTTAGATGTCGTAGATAGTCATATAAATTGCCT +ATAAATAGATCAATGTAAACTGAAGTGATATTATTCCCCTCTCTTGGTATCATAGGGAAG +TTTGCTATAAATAGATCAATGTAAACTGAAGTGGGGGCTAAACGTTGTAATTACTTAGCT +TCCACTTATTTTATATAGTTATAAAAATATCGTAAATATAAGTATATTCTTTAATATATC +TACGAGCAATATTGAGATATATATGATGTATTTTTATAATAGCAAAATACAAAAAGGATG +GAACAATAAGTCCCACCCTTACTTTCATTTACTTCAAATTAACCAAAACAGAAGATAATT +CATTTATACTATCAGATAACACCTGAAGCTTTCCTTCAATCCTAACCAAAAGGTACATAG +AAAGGGCAATAGGAAAACCAACATTAGCTATAATAGTCAAGAAATCATTATCCATAAAAC +TACCTCCTATAACTTAAGGTCAAATTCAGTAGTATCAGTTTGAACAACCTTAGCCTTTAC +AGCTTCCTTCAAATCAACATTATATGGAGCAAAAATATTTTTCTCTATGATTAAATTCAT +AGCATCTATTATCTCTGATTCTGTCAAATCATCCTTAGGATCATCAATTGTTAAGTTAAT +GGCTTTATCTCCTTGAGATTTAAAAGTCATTATTAATTTTAAAGCAGTTTCCATTTTTAA +TTACCTCCTATAATTTTATATTATTCTTATGATATTGACGTATAGTCTATTTTCACGACG +TCGTATAAATCATGCTTTTGTAATTCACCGATAGCATTTGCAACTGATAGAATATCATCA +GCTGATGAACTTTCTTTTAAATTAGAGAAAGTTTTGCTACCTATAACAGCCTTTCCATTT +GAGCCTAGTCCTTTGTTAAATTGTAGTTTTAGTGAAGACGCATTTTTTATTTCTGTTGCC +ATTGTATCTACCTCCTTTTTATATAAGGCTTTTGCCTTTGATAAAAGAATACTATTTTAT +TTTTGAATGTAGTTGTAATCTATGATAGGAATGTTTGTAGCAATAAATTATTAAGAAAAT +CATCGATAAACAGTAAAAGCAAAGTGATAAAATATTAAAATGAAAAAAATGTAGAAAAAT +GTAAAATGATTATTAGAACATATGTTCGAATAAATTGAGCAAAATTATTGTAATTTATTT +TTAATACTGATATTATTTAATTAAATTGGCAAAGGAGGTACAAATATGAAGAGATTAGAA +AAAGAACTTGTAACAAGAGAAAAGGTTTTGATAGAGATAAAGGGGTATATAGATAAGTTT +GGAATATCTCCAACTGTCAGAGAATTAGCTAATCTAGTAGGGGTAAAATCTCCATCAACA +ATACAAAGGCATTTAGATGGTTTAGTAGAAACAGGAAAAATAGTAAGAGAAAATAATAAG +TCAAGAACAATAAGAATAGAAAAAATATAAATGGGGGTAAATATGGGAATGTTAAAAAAT +TTCTTTAATAAATCAATAAATGAAAATACATATCCATTTGGAACAAAGGAATGTGGGAAA +TTTCTAAAAGAAGTATATAAGGAATCTATAGATGAAACACTTATTTTAAAAGATGATATT +TATGCAACTTTAGAGCAATATGATGAAATTGTTGATAACATATCAAGGTTAGAATTTAAG +AAAACATATATAGAACATTTTTTACAAAATGAAATGAAAGAATATGAGACTGCATTTTGT +AAGGAAAGAAAAATTACTTGGAAAACAATTAATAAGAATAGTTTAGATTCAAAGAAATTA +AAATTAGATAATCCAGATTTGGCTAATAAGTATTTAAAAACTAATAAAGTTAGAGTTTTT +AAAGTTTTTTAATCGGACAAGTAGATAGGGCGAATACCTACCTGTCCATGGCAATAAAAA +ACTTATTTGGGTACAAGATTAATATTTTATCTGCCATTTAGAATATTATAACATAAATTG +GAAAATGATGTTATAAAGAACGTATTATGCAAGGATTTAAATAGAAAATTTTTGATAAAT +ACAATAGATTACTTAGATAATTAAGTCTAATAGTAAGAAAGGGGAGTTATTATGAGAGAT +AGTATGTTAGAAGAAGTAACTATAAAGGATATACCAGAAAGTTTCAGAGATATAGCTGAA +GTTATAGGAATAGATGCATATAAAAAATTAGTTAGATATGTAGGGGGAAGTACGGTATAT +GTACCTGTAGAAGGATGTTTAACTAGAGAAGTTAGAAATAGAGTTCTTAAGGAATCTTTT +AATGGAGATTATAAGAGTGTTGCTAGAAAGTATAACATTAGTGAAGCACATGTCAGAAGA +ATAATTAATCAACAATAATTTAACTTATATAGCGAGGTAATACTTAAAATGATGGATGGA +ATTAATATTTCATCCATTATTTTTTTATTTGTAACCTGTGTTACAGCAAGTTAAATGTAA +TTATTTTATACTGTGGATACAGCAACACAAGAGATAAAATCAACTTAAAAATAGGAGGAA +TTAAAATGAGTTTATTTTTAGGAAAGATACATTATTGGTTATTTAATAAAATTTTATGGT +TTGAAGGATTAGAAAATGAAATAATAAATTTAGCAAATGAACAAGGTTTAGATATAGAAA +AGTTAAGTAATGAAACTAATTTAAAATATGGCGAAAAACTTCCAAACAAAAAACTAGAAG +ATATGATAGATACAAAAAACATACACGGTTGGCTACAAAGTAAAATACATTCTGCAGAAG +GAAGAATGGCTATGTGGACTACTACTATATTAAATAGTGATGAACAATCTATTACAAAAA +TGGAGAAAATATATAGAGAGCAAGGTATAAAAGCAGCAAAAGAAGTAAAATCTAATCAAG +CAATTGAAAATGCAAAAGAAATATACAATAGCATTAATGACTATATACTAGATGGTATGC +CATGCGATAGGGTAAATGAAATTATTACATCTGAAGATAATTGTGTAGAGTACAGAAGAA +GAATATGTGTCCACAAAGATATATGGAATAAAGAAAATGGAGATGTTAATATATTCTATA +AATTAAGAAGCTTATGGATAAAAGCTTTTGTAAATGAAGTGAATAGTGATTTTGAATATA +CTGAAAATAGTGATGGAATTAGTATAATCAAGAGAAAGTAAATATAAAAATACAAATGAC +ATGGAGGTATTACTATGAACGTAATCAATATCAATAAAATAGATACAAACAGAGAATTTT +TAGTAGTTAATGAAAAGTTTAAAACATTATTTTTCAAATTTGAAGAAGGTAAAGGACTAC +CTAATCACTCACATAATGGATTTGCAACAATTCAAGTTTTAGGTGGTATTGTAGATATAG +AATTTGAAAATGGAGAAAAATTTGAGCTTAAAGAGGGGGATTTATTACCATTCGATGCAA +GAATTACGCATAATGTCATAGCTAGAGTTAGTAGTAAAGTGTTAGTTACTATATCACAAC +CACTAGATAAGTAGTAAAATAAATTAAGTGTAGATAAGTTTGTGAAAATACAAGATTATC +TACACTTTTTATATTAGATATATTATAAAACAAAACTTTTTCTTAAAATCAACTCTGAAT +TTAAAAGAACAGTCTTTTTACATTTTCTTTCCTCAATAATTTGTTCAGACAACAATGAAA +TAGAAGTCTTACATAACTCAGGAATATCTATATGGAAAGTACTAAGAGGCGGAGAAACAT +ACTTTGCGATATCAATATTATTTATACTGATAATGCTAACCCTTTGAGGTATAGAAATAT +TATTCTCATTAAGTGCCTGAAGTACACCAATAGCTATTGCATCAGATGCAACAAAGAATG +CAGTTGGTAAATCTTCTTTTAAATCCTCAATAGCTTTTTTTGTTAATTCATATCCATTAT +CAACAGAGAATTTTGTACCTATAAATATATTTTTATCATTAAGTAGATTTAACTTTGACA +TATGGTCTCTAAATGAAATCTCTCTTATATCTTTTTCGTGTGTATTTGTATCGTGATTGA +AATATGTACCACCGATAAAACCAATATTAGTATGGCCACTTTCTACAAAATATTCTATTG +CTTTTTGAGTTATTCTAGGTGTATTAGGTTGTATAGAATCAAATAAATCTGGATTTGGGT +TTGAATCTATAAAAACACCATTTTCAGTAATTTCATGTAGCTTTTTTATTTCTTTATTAG +AAAAACCACCAACAGCAATAAAACCGCTTATATCATTTGGGATGTTATTAATACCATCTT +GCTGTTTAACAACAACTAACTCCATATTCTTATCATTAGCATATTTCTCAAGTTGAAGAC +GCATTTCTTTGAAGTATACATCTTCTAGCTCCTCTGTATCAGTAATCCAAAATAGTAATG +CAATTTTTTCTATAATAGTTTTTATATACTTTCTTTCGTATCCTAGTGAAAGAGCTGTAT +TTAAAATTTTTTTCTTAGTTTTAGGTGAGACTGATAAAGAGTTATCATTATTTAATAATC +TTGAAACTGTAGATGTAGAAAAACCAGATTTTTCAGCAATTTCTTTTATAGTAACCATGA +TAACCTCCGTTAATTTTTTATTTATAACTATATTATAACTTTATTATGTATATTTAGTAA +AGATATTTATAGTGAGTTTTAGTAAATTTATTTACTAAAATAATTGAAAATTAATAGGGT +TTTATATAGAAATACCGAATTATATTATCTAAATAGCTGAAAAGTAGTAAGGATTATATA +GCTATTCTAATGATTGTATATAAAATTTAGTAATTTTATAAAAAAAATTAGTAAATATAT +TTACAAAATATAATTACTTAATATATACTTATATTAGAAAACGATTTCAAATTAACTGGG +GGGAATAAAATATGTTCAAAAGAATTTGTTCATTAATATTATGTGGAGCTTTAGTAGTAG +GTATGACAGGATGTGGACCTACAACAGGTGATGATAACAAAACTTCATCAGGAAGTAAAA +ACAACTCAGAATATGACTTATTAGTTTGGGAAGACCAAAGTAAGTCTAAGGGAATAGAAG +AAGCAGTTAAGAAGTTTGAAGAAGAAAAAGGTGTAAAAATAAAAGTAGTTGAAAAAACTT +ACGCAAATCAAATAGAAGATTTAAGATTAGATGGACCAGCAGGTTCTGGAGCGGATGTAA +TAACTATACCAGGAGATCAAATAGGAACAGCAGTTACATCTGGGCTATTAAAAGAGTTAG +ATGTAGATGAAAAAACAAAAGAAATATATACTGACTCAGCAATGGAGTCTCAAATAGTAG +ATGGAAAGGTTTATGGTCTTCCTAAGGCTGTTGAAACTCAAATACTATACTATAACAAAG +ATATAATATCAGAAGAAGAATTACCTAAAACTACTGATGAGTGGTTAGAGTATTCTAAGT +CTGTAACAAAGGATGGAAAATACGGATTATTAGCATTATGGGATCAAATATACTATGCTC +AAGGAGTTATGAGCGGTTTTGGTGGATACATATTTGGAAAAAATGATGACGGAAGCTTTA +ATGCAAAAGATTTAGGTCTTAATAATGAAGGTGCAGTAAAAGCAGGAGAATATATAGCAG +AGTTTTATAATAGTGGAGTATTCCCTAAAGGAATAATAGGGGAACAAGGTATAAACACTT +TAGATTCATTATTTACTGAAGGTAAAGCAGCTGCTGTAATATCAGGTCCTTGGAATATAG +ATCCTTATAAAGAAGCTGGAATAAACTATGGTGTTAAAGAATTACCTATATTACCAAATG +GAGAACATATGGGTTCATTAATAGGTGTAAAAAGCTACAATGTAAGTTCATATAGTAAAA +ATCCAGAGTTAGCTGAAGAATTAGTTGAATTTTTAGCAAATGAAGAAAATTCAAAAGCTA +GATATGAAATAACTCAAGAAGTTCCAGCAGTAAAAGCATTAGCTGAAGATGAGTCAGTAA +CAAGTAATGAAAGTGCAAAGGCAGTTGCAGATCAATCTCAATATGCTGATTTAACACCTG +GCATAACAGAAATGAACTCTGTATGGGAGCCAATTGATTCAGCACTTCAAACAATAGCTA +CAGGTAAAGCAAAACCTAAGGATGCGTTAGATAATGCTGTTACTACTATTAAAAATACCA +TATCAGCGATCAAAAAATAATAGAGATTAATAAATTATATATTTTATTTTTACTTTTTAA +TAAATAAGGGGGGATATAAGACATGATAGGAGAACATACTAGCCAAGTACAATCTAAGTT +CAATAATATAAAAAAATCTAAGCATGGAAAAAAAGCAATGTTATTGTCTTTAGTACCTGG +ACTAGGTCAGATATATAATAAGCAAATAGTAAAAGGATTAGTTTTCTTAGGCTTCTTCTT +ATCATTTATATTTGTATTTAAAGATTTATTTAATATGGGGTACTGGGGAATTTTTACCTT +AGGTGAACAAGTACCAAGAGATAATTCAATATTCCTTTTAGCTGAAGGTTTAATTGCTAT +TATAGTAACAGCTTTTGGGTTATTATTTTACTATTTAAATTTAAAGGATGCTTATGCAAA +TGGGAAAAGAAGAGATGATGGATTTTCAGTATATTCAGTTAGAGAACAATATCAAATACT +TTTAGAAGAAGGCTATCCATACTTTATAACAAGTCCAGCTTTTATACTTCTAGTATTTTC +TGTAATATTCCCTATATTATTTAGTTTTGCTTTAGTATTTACAAATTATGATTTATACCA +CAGTCCACCAGCTAGCTTAGTTAGCTGGGTAGGGCTTGAAACATTAAAAGATATATTTAC +AGTAGAAATATGGAGAACAACATTCTTTGATGTATTAGGATGGACAGTAGTTTGGACTTT +AGTTGCTTCAACTATTCAAATAGCAATAGGAATATTTTTAGCAGTTGTAGTTCATCAAAA +AGGAATAAGATTTAAGAAGTTTTGGAGAACTATATTAGTATTACCTTGGGCAGTTCCTGG +ATTTGTAACAATACTTATATTTACAGGAATGTTCAATGATACATTTGGAGCTATGAATAA +TGTTATACTGCCTATGCTAGGATTAAGCGAAGTGCCTTGGTTAACAGATGCTAACTTTAC +AAGACTTGCTTTACTTATGGTACAAGGGTGGTTAGGATTCCCTTACATATTTATAGTAAC +AACGGGTGTACTTCAATCAATACCTGAAGAATTATATGAAGCAGCAACAATAGATGGAGC +TACGGCTATACAAAAGTTTAAGAATATAACACTACCATTAGTTTTATATTCGATGGCTCC +AATACTAATAACACAATATACATTCAACTTTAACAACTTTAATATTATATATCTATTTAA +CGCAGGGGGACCAGCTGTACCAAATTCTACAGCAGGCGGAACAGATATATTAGTATCTTG +GATATATAAATTAACAATGCAATCTGGTCAATATGCACTAGCAGCAGCATTAACTCTTTT +ACTGTCTGTATTTGTTATAGGAATAGCTATATGGCAGTTTAGAAGAACAAAATCATTTAA +GGAGGTAGTATAAGATGGATGCTTTAAGTAAAACACCAAAAACAAGTTCAAGACTTAGCT +CAAAGAACAAGAGAAATTTAAATAAAGCGCTAACATATTTACTATTAATTGCAGTATGTG +TAATAATTATCTACCCTCTTTTATGGACAATAGGAGCTAGTTTTAATCCAGGTAACAGTT +TAGTAAGTACAAGTCTTATACCTGAAAATCCTACAACTGAGCATTATACACAGCTATTTG +CAGGAGAAGGTAACTTACATTATAAACAATGGTATTTAAACTCATTAAAAATAAGTATAT +TTACAATGATATTCTCATTAATATCAGTATCATTTACTGCATATGCTTTTTCTAGATTTA +GATTTAAAGGTAAGAAAAATGGTTTAATGTTATTTATGCTTTTACAAATGATACCACAGT +TTTCAGCACTTACAGCAATTTTCGTTTTAGGACAGATGTTAGGTTTAATTAATAGTCATT +GGCTTTTAATACTTATATACGTAGGAGGTCAAATTCCTATGAATGCCTACTTACTAAAAG +GATATATGGATTCAATACCAATGGATTTAGATGAAAGTGCTAGAATAGATGGAGCTAGTA +GAACAAGAATATTCTTCCAAATAATACTACCTCTATCAAGACCAATGTTAGCAGTTGTAG +CAATGAATGGATTTACAGGACCACTTGGTGATTTTGCATTATCATCAGTTATATTAAGAG +AACCAGAAGCGTACACTCTTCCAATAGGTCTATATAAATTAGTTAGTGATAAAATGGGAG +CTAGTTATACAACATTTGCAGCAGGGGCAATATTAATTAGTATACCTATAGTAATAGCAT +TCTTATCATTACAAAAACACTTTGTATCGGGATTAGCAGCAGGTGGAACAAAAGGATAAA +CGGGGGATATAAATATGAATTATACGTATTATAAAGAAAAAAGATTACTACATGGTGGAG +ACTACAATCCAGATCAATGGTTAGATTATCCAGAAATTTTAGAAGACGATATGAGATTAA +TGAAATTGGCTAATGTAAATACAATGTCTGTAGGTATATTCGCATGGAGTGCTCTTGAAC +CAACTGAAGGTAACTATAATTTTGAATGGCTAGATAAAATTATAGATGATGTATATAAAC +AAGGTGGCAGGATTATACTTGCCACTCCAAGTGGAGCAAGACCAGCATGGATGTCTAAAA +AATATCCAGAAGTATTAAGAACTAATGAAAGAAGAGAAAAAATGCATCATGGTGGAAGAC +ATAATCACTGCTTTTCTTCACCAGTATATAGAGAAAAAACACAAGCAATGAATAGAGAAT +TGGCTAAAAGATATGGTAATCATCCAGCACTTATAATGTGGCATATATCAAATGAATTTA +GTGGAGATTGTCATTGTGACTTATGCCAAGAAAACTTTAGAACATGGTTAAAAAATAAAT +ACAAAACTATAGAAAATGTAAATAAAGCATGGTGGGGACCATTCTGGAGTCATTCATATT +CAGATTGGTCAGAAATAGAGTCACCTTCATCTATTGGAGAAGGTGCAGTTCATGGTTTAA +ACTTAGATTGGAAAAGATTCGTAACTGATCAAACTATAGATTTTTATGAAAATGAAATAA +AGCCATTAAGAGAGCTAACACCAGAAATAGCAATAACTACAAACTTTATGACAGATACAA +ATGACTTAATACCATTCCAAAGTCTTAATTATGAGAAGTTTTCAAAGCATGTAGATATAT +TAAGTTGGGACTGCTATCCTGCATGGCATAATGATTGGGAAGAAACTCAAGACTTAGCAG +CAAAAGTAGGATTTATAAACGATTTATATCGCAGCTTAAAGCAACAACCATTCTTAATAA +TGGAATGTACTCCAAGTGGAGTTAACTGGCATAATGTAAATAAAGCAAAAAGACCTAAAA +TGCATAAACTTGCATCTATGCAACTTTTAGCACATGGTTCTGATAGTGTATTATACTTCC +AATGGAGAAAATCTAGAGGTTCCTCTGAAAAATTCCATGGAGCAGTAGTTGACCATGATA +ATTCTTCTGAGAATAGAGTATTTAAAGAAGTATCAGAGGTAGGAAGTGCACTTAATAACT +TACAAGATATAAAAGGAAGTATGAAAGAGTCAAAGGTAGCAATTATATACGATTGGGATA +ATGATTGGGCATTAAAAGATGCACAAGGATTTGGATTAGAATCAAAAAGATATCCTCAAA +CATTACAAGAACACTATAAATACTTCTGGAATAAAAATATATCTGTAGATGTAGTAACTC +CAAGTGCAGACTTATCAAAATACAAATTAGTAGTTGCACCAATGATGTATCTTATGACTG +AAGAAACTATGAAGAACTTCAAATCATATGTAAGTAATGGAGGGAACTTAGTAGGTTCTT +ACCTTAGTGGATTAGTTAATGAAAATGATTTAACTTATCTAGGAGGATGGCACAAAGACC +TTAAAGAGATATATGGAATAAATGTTAAAGAATTAGATACTTTATATCCTAAGGATAAAA +ATAGTATTGAATATAATGATAAAGAATTTGAAGTAAAAGATTACTGTAGCATTATAGATT +TATTAGGAGCAGAAGCTTTAGCTGAGTATAAAGATGATTTTTATAAAGAAACTCCAGCTA +TAACAACAAATGCTTTAGACAATGGTAAAGCTTATTTTATAGGAGCTAGAACCAATCAAG +ATTTCTTAAGTGAATTCTATGATAGTATAGTAAGTGATTTAGACCTTATAGAAACTAATG +ACTTTGAATCCCCACAAGGTGTTTCTATACAAATAAGGGAAAATGAAAATAACAAATACT +ATTTTGTAATGAACTTCACTGAAGAAAATCAAGATGTTATAATAAACAACTTATATGAAG +ACTTACTTACTAATGAGAAAGTTTTAGGTAGTAGAGTACTAAAACCTTATGAAGTATTAG +TATTAAGAAAGTCTAAATAAAATTTGATGAATCCCTTTCTTAGAAGCTGTGTTTAAGTAG +AAATACTTAGATACAGCTGTTTTTTTATTATATAGAAATTTTGATAGCCTAAACTCTGTG +TAGAACTTGTGAATTAAAATTATATCAACTATATATAGGAAAATAAGCAGTGATAAAAAC +TTATAAAAATAAGTGTTCTCGGAAAGATCTGTTTTAGTGAGCAACATTTTAAGTGTACAA +TATTTTCAACCTGTATATCATGCAAAAATGTCTATACTTTAGGTATAGTAGTATCAGTAG +TTGTATAAAATGTATATAATATATTTGTATATGAATATAAAAATATAGGAGGGATTAAAT +GTATTATTTTGAGCATTCATATTATCTGGGGATATTAATTATAATTGTAGGTTTTATTAT +GAGATACGGTACAGGGGAAAGACCTAATTCATTAGGATATAAGACATGGAGTTCTTGTAA +GGATTCTACCAATTGGATTATTGCAAATAAATATGCAGGAAAATTAAGTATAATTTGTGG +GATTATATATACTATAGTTTTCTATTGCATAGATCGATTTTTTACCTTTAAAAATGAGGT +GGGTATATCGTTACTTGTATTTGTTGCGGTATTCGTTATTATTGTAATAGCAACAGAAAT +TTATTTGCACAAAGAAAAGGAAAAATTATTGTAAGCTTAAGAAGTTACATAGAAAGTGAT +TAACCATGATAATTTATATAATACTTTAAATGTGCTTTTAGAGTATTGTTATGTTTTAAT +CTTACTGAATAAATTTATATCTTTTTTTCTTAATTATAATTGCCTCTATAAAAATAAATC +TACATGCTCACAGAATACTTGAAGTAATCAATCTATCATTTGAACTTATTTAATACAATG +TATTTTACTTGAAATTTAAAGAGACCTTTTATAATTGGAAAATAATTGAATATTGTATAT +AATAACAGTACACAATTGTTATAAATTATATATGATAGATTGTCAATATAAGTGCAACAC +TTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAG +>MGYG000000001_8 +AAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTT +GCACTTATATTGACAATCTATCATCATATATGTAAGAGTTTAGTGGATCTTTTTTTACTT +TTTCGACGTATCTAATTGTATATATAATACAAATTACAACACCTGCAAGTAGCATAAATA +TTCTAAGAGGCATACCATTAGTAAAATCAATTCCAGCTGTATTAGAAGCTATTACAGTTG +AAAATGGATTTACTGTAGATACCATGTTCCCAATAGAAGAACCTAAACATATATAGATAT +ATCTTTATTAATTTACTGATAATTTTTTAATTTTATAGTATAATAATACTTATCTTAGTA +AATAGTTAAATATTAGAATTTAAAGTTTCCTTATCAATGGAGGAAATAATATGAAACCAT +TAGTTATTGGAAATTTAGTCGTAAAAGTTCCTGTTATTCAAGGAGGTATGGGTATAGGTA +TATCCCGTTCATCTTTAGCTTCAGCAGTAAGTAACTCGGGTGGTATTGGAGTAATCTCTG +GAGTAAATATAGGATATGATGAATATGATTTTGAAAATAATTCATTAGAAGCTAACTTAA +GAGCTTTAAAAAAGCATATATCTATTGCAAAAGAAAAAACAAGTAATGGTATAATAGGTG +TAAATCTTATGGTTGCAATGAACTTCTATGAGGAACATGTAAAAACAGCTATTAAATCCG +GTTGTGATATTGTTATATCAGGTGCTGGATTACCATTGAAATTACCTAGATTGGTAAAAA +ATAGTAATACTAAAATCGCACCAATAGTATCTTCATCTAAAGGTGCTAATATCTTGCTTA +AAATGTGGGATAAAAAAGATAATACAACAGCTGATCTAATAATTGTAGAAGGTCCAAAAG +CTGGTGGGCATTTAGGATTTAGTAATGATGAATTAGAAAATATAAATTCTATTAATTACG +ATGATGAGTTTATAAAAATACTTCAAATCGCAAAAATTTATGGCGAAAAATATAATAAAG +AAATTCCCGTTATAGCAGCTGGTGGTATATCTTCAAGTTCTGATGTTAAAAGATACATAG +ATATGGGCGCAAGCGGTGTTCAAGTAGGTACTAAATTTGTAACAACTTATGAATGTGATG +CAGATGAAAGCTTTAAGAATGCATATATAAATGCAAAAGAAGAAGACATACAAATAGTAA +AAAGTCCTGTTGGTCTTCCAGGAAGAGCAATAAAAAACAAGTTTATTGAACATATTTCAT +CTTCAAAATCTAAAATAACAAAGTGCTACAATTGCTTAGTTCCGTGTAATCCTAAAAATA +CACCTTATTGTATATCACAAGCATTAATAAATGCTGTAAAAGGAAATCTGGACGATGCAT +TACTATTCTGTGGAGCAGATGCATATAAAATAAATAAAATAAAATCAGTTAAAGAAGTTA +TGGAAGAGTTAACTTGTGAAATATAAATAATTTTAATTCATAAGTTGATAAAAATAAAAA +GTTGCTTTGATATATATCAAAGCAACTTTTTATTTTCACTAATTAGTTTTAGTTTTTTAA +TTTTATTTATTCCTACTAGGTTTTTATGAACTGTTTTATTAAAGTAATTTAAAGCATTTT +TAAAATCTTCAAATCTACTTTCATCAGATGATTCTCCACCCTTTTTATTTTAGATTTAAT +TGAAAATCTTCCTACAACCTCTGATTTCTTATGTCAAATCTATAACTTAAATTTTATAAA +TCACAATTTTGGTATATAATTTTACATAATATAAAAAAAGCCTCCTACTGGAAGCTTTCA +TATTTTTTCTCGAAGAATCTGCTAGCTTTACCTAGGGCTCTAGTTAAAACATCTAAATCT +TCTCCATGGAAGTTTTCAAGAATAGTATCAATCATTTCCTTGTGAAATACACTATGAATA +TCAAAAACATTTTTCCCTTTTTCAGTAAGGCTTACTATTACTACTCTTCTATCTTCTTCT +ATTCTTTTTCTTTCAACATAACCCTTTTTTATAAGTCTATTTATTGCTGTAGTTAAAGTA +CCTACAGTTATTCTTAAATCATGAGCTATCTCACCCATAGTTCTATTACCTTCAGTTCCT +ATAGCATCTATAGTATGAATTTCTGTAATAGACAGGTCAGTAAACTCTGTACTTCTTAAA +GCTTTTTCTTCAATATGTAAGATATCATTAAATAATTGTACCAATAATGTATTTAGTACC +TCTTCAGTTGAATTTTTCATAGTATTAGGTCTCCATATTTTTATTTTAACTGTAATATTA +TAATAAATTTTTCGAATAAATTCAATTGGTACCAAGCTTTAATTTATAGTAAAATGAATT +ATAACCTGAGCTTTAATAGAAATTTCCAATCTCTCTAAACTTATTATACCTATTTTCTAA +TAAATAATTTATGTCTTGATTTATTAATTCTTCAAGATCTTTAGTAATGAATGCTTTTAT +ATTATTAGAAGCCTCTATAGGGTTATTATGTGCTCCACCTTGTGGTTCTTTGATAATATC +ATCTATTATATTAAAGTTCTTTAAATCATCTGCAGTGATTTTCATAGCTAATGCAGCTTC +TTTTGACCTACTTACATCTTTCCATAGTATTGATGCAAATCCTTCTGGTGATAAAATAGA +GTAAACAGAATTCTCCATCATGTATATTTTATCGCCTACTGCTAGTGCTAAAGCACCACC +ACTTCCACCTTCACCAATAATTATTGAAATAATGGGTGTTTTTAAATTACTCATTTCAAA +TAAATTTTTTGCTATTGCCTGACCTTGACCTCTTTCTTCTGCACCTATTCCACAAAATGC +TCCCGGAGTATCTACTAAACATACTATAGGTCTTTTAAATTTTTCAGCTTGTTTCATAAG +TCTAAGAGCTTTTCTATATCCTTCCGGATGAACCATTCCAAAATTTGTTTCTATATTTTC +CTTTGTATTTGTTCCTTTATTAATACCAATTACAGTTATATTAAAATTATCTATCCTAGC +TATACCAGCAATTATTGCTTTATCATCTCTAAATGATCTATCTCCATGGAGTTCTACAAA +ATCATCAAATATATTTTCTATATAATATCTAGCATTAGGTCTGTCTTTATGTCTTGCTAT +ATTTACTTTTTCCCATATTATATTTACATTATTTTGCATATTCCATCACCTCATGTAAGC +TAAGTATCTTTGATAAATATCCTCTTAAGTCTTTTCTTTTTACTATAGAGTCTATTAGGC +CTTTTTCTAATGCAAACTCAGCACTTTGAAAATCTTCTGGTAATTTTTCATTAATAGTAT +TTTCTATAACTCTTCTACCTGCGAATCCAATAATAGAATTAGGTTCACTAATAATAATAT +CTCCTAGCATTGCAAAACTTGCTGTTACTCCTCCAGTTGTTGGATTAGTAATTACACTTA +TATATAAAAGTCCTTCTTTATCATGTTTTGAAATTGCAGCTGATGTTTTTGCCATTTGCA +TTAATGAAAATATTCCTTCTTGCATTCTAGCTCCACCTGATGCTGTAAATATGATTAATG +GTAATTTATTCTCTGTAGCATATTCTATAATTCTAGTTATTTTTTCACCTACTGCAGATC +CCATACTTCCCATCATGAAATTGCTATCCATGATAGCTGTTGCAACTTTATTTGAATTTA +TACTTCCTACTCCTGTTATAACAGCTTCATTTAATTCAGATTTTTCTCTATTTATTTTTA +ACTTATCTTCATATCCATCAAAATCAAGTGGATTTTTAGATATAATGTCTTCAAATAAAT +AAGTAAAGCTATTTTCATCAAATATCTGTTCTACTCTTTCTTTCGAAGAAATTTTAAAAT +GAAAACCACAGTTTATACAAACATTGTGGTTTCTTTGTAAATCTTCTGTATAGATAATAT +TTTTACATTTATTACAGTTTATCCATTTTCCATCTGGTATATTAGGGATAGATTTATTAT +CTAAATATACCCTATTAACTGTAACATACTCTCTTTTTCTAAATAAATTTTTAAGCATTA +TTATTCACCAACTTCTCTTCTATAAATGATGTGTTATAATCTCCATTTATAAAATCCTTA +TGATCTAATATTTCATATTGAAAATCTATATTAGTAGTAACTCCACCTATGGCAAATTCA +GCTAATGCTCTTTTCATTTTTATAATAGCATTTTCTCTATTATCTCCATAGGTAATCAGT +TTCCCAATCATCGAATCATAATACGGTGGTATTTCATATCCACAAAATATTGCACTATCA +ACTCTAACACCCAAACCTGATGGTACATACAGTTCACTTACAACCCCAGGACATGGTCTA +AAATTATTCTTAGGATCTTCAGCATTAATTCTGCATTCAATTGCATGACCAGATATATTT +ATATCTTCTTGGGTAAATTCAAGTTTTATACCTGATGCTATTTTTAACTGCTCTTTCACA +ATATCTATATTTGTAATCATTTCTGTTATAGGATGCTCAACTTGAATTCTTGTGTTCATT +TCCATAAAATAAAACTCACCATTTTTATCTACTAAAAATTCAATTGTCCCTGCATTTTTA +TAGTTTACTGCCGTAGCTGCTCTTATAGCAACTTTACCCATTTCATTTCTTAATTTATCA +TCTAAAAATGATGATGGAGCTTCTTCTAAAACCTTTTGATTATTTCTTTGAAGAGAACAC +TCTCTTTCACCAAGATGAACAATATTTCCAAATTCATCTGCTAATATTTGAAATTCAATA +TGTCTAGGTTTTTCTATATACTTTTCAATATAAACTTTATCTTCACCAAAACAAGATTTT +GATTCTAGTTTAGCGGCCTCATAATTATGTTTAAACTCACTAGGATCTCTTACAATTCTA +ATACCCTTACCACCACCTCCGGAAGCGGCTTTTATCATAACTGGGAATCCTATATTATTT +GCAATTTCTAAAGCATCAGTATAAGAATTTATTTCTCCTTCATACCCTGGAACAACAGGT +ACATTTGCTTTTTTCATTATTTCTCTAGCTCTTGCCTTATCTCCCATTAATTCTATAATT +TCATAACCTGGTCCGATAAATTTTATATTACACTCTTTACACATTTTAGCAAATTTAGGA +TTTTCTGATAAAAAACCAAACCCGGGATGTATACCTTCACATTGTGTTAAAACACAAGCG +CTTAGGATATTGGCCATATTTAAATAACTATCCTTACTAGAAGGCCCTCCAACACAAATA +GCTTCGTCTGCCATTTGTGTATGAAGAGCATATCTATCCGCTTCTGAGTAAATTGCAACA +GTATTTATACCAAGTTCTCTACAAGCTCTAATTATTCTTACTGCAATTTCACCTCTATTT +GCTATAAGTAATTTCTTTAACATAATACCACCTACCCAATAGCGAACATTATTTCACCTT +CGCAAACTATTTGATTATCTACAGTAGCCTTTCCTTTCCCTACTCCAATGCTACCTCTTA +ATTTTATAATCTCTATTTCTAATTCTAATTTATCACCTGGCATTACTTGCTTTTTCCATC +TAACTTTATCTGCCCCAACTAAAAATCCAATTTTGCCTTTAAAGTCTTCCATAGAAAGTA +TGCATATTGCTCCCATTTGAGCTAATGCTTCAAGAATTAATACTCCTGGCATTACTGGAT +ACTCGGGAAAATGACCATTAAAAAAGTTTTCATTTATTGTAACATTTTTATATCCCTTTG +CACTTTTACCTTCTATTACTTCTTCTACTCTATCTATCATTAAGAAAGGATACCTATGTG +GTAATATTTCTTTTATCTCTTTAACAGTTAACATTTATATTCTCCTTACTTTGAATAATG +GTTCACCATATTCTACCATTTCCCCATTTTTACCTAAAACGCTTATTACTTCACAATCAA +ATTCTGCACTTATTTCATTCATAAGTTTCATTGCTTCAACTATACATACAACTTCACCTT +CTGATATTTTTTGTCCTACTTTAACAAATGGATCTGCATCTGGTGATGTTGCTTCATAAT +AAGTACCTACTATTGGAGACTTAATATAATCACAATCAATTTCTATATTATCATCCATAC +TATTATTTGTAGGTGAGTTTATATTAGTTGTATTTATATTATTTAAATTTGAATCTTGTA +ATTCTAATTTATCTAAGCTTTCTGTAACTGCTAATTTATTTAAACTATTAATATCTATAG +CGTCGTTATTTGGATTTATATAGTTTCTTGTTATTGACTTATCCATTTTTATATAATTAT +TTTCATTTTTAATTTCAAAATAAGATAAATCTGAACTATTGATAAGTCCTATTAATTCTT +TAATTTCATTAAAATCCATGATAACCTCCAATTATTCCCACTTTTTAAATAAAAGTGAGG +CATTATGACCACCAAATCCTAAAGAGTTATTAATTGCGTACTTTAATTCAGATTTACGAC +CAGTATTAGGTACATAATCTAAATCTAACTCTTCGTCACTTTCTTTGTAACCTATAGTAG +GCGGAATATATCCTTCCTCTAAAGCTTTAATACATACTATTGATTCTACAGCTCCTGCAG +CTCCTAATAAGTGACCAGTCATAGATTTAGTTGATGATATAGGTATATTTTTAGCACTTT +CTTTAAATACTTTTTTTATTGCTCTAGTTTCAAATAAATCATTGTATGGTGTTGATGTTC +CATGAGCATTAATGTATGAAACTTGACTATAGTCAATATTACCTTCATTTATTGCATCAA +TCATTGCTCTTGAAGCACTTTCTCCTTTAGGATCTGGAGATGTTATATGATACGCATCAC +ATGTAGATCCATAACCTACTATCTCACATAATATATTTGCATTTCTCTTTAAAGCATGAT +CTAAACTTTCCATAACTAATATCCCAGCACCTTCTCCCATTACAAATCCACTTCTTTCTT +TATCGAATGGTATTGATGCTCTATTTGGATTATTATTAGAGTTTAAAGCTCTCATATTTG +CAAATCCTGCTATAGCTATAGGTGTTATAGAAGATTCACATCCTCCAGTAATCATTACAT +CTGCATATCCATGTTTTATGTATCTAAATGCATCCCCTATATTATTTGTTCCTGTTGCGC +AAGCAGTAACTGCAGATGTACATGTAGCTCTTGCTTCATATTTTATTGCTATATTTGCAG +CTGCAGCGTTAATTATTGTCATTGGTATATACATTGGAGATATTCTTTTTGGTCCTCTAT +TGTATAAAGTACTGAATTCATTCTCATGAGTATGAAAACCGCCGATACCTGACCCCACCA +TTACTCCAAACTTACTTTTATCTAACTCATCTATATTAAGGCCTGCATGATTTACAGCTT +CATCACTTGCAATAAGTGCATATTGCGTAAATTTATCAAGGCGCCTGCTTTCTTTTTTAT +CTAAATAATCTTCTATCTTTAAATCTTTAACTTCTCCAGCTATTTTTACATCTAGATTCT +CTGTATCTATTGATTTTATAAAATCAATTCCTAGCTTTCCAGCTTTACTATTTGACCAAA +ATTCATCAACATTATTACCTATAGGAGTTACTGCACCTATACCTGTTATTACTACTCTTC +TACTCATAATTACCTCCTACATTGCCATTCCGCCATCAACATGAATTACTTGGCCTGTTA +TATAATTTGATTTATCACTCCCTAAGAATACTGCTAAATTAGCTATATCTTCAACATTCC +CTAGTCTTTTTAAAGGAACTTGTGATATTATATTTTTCTTTTGATCATCACTTAATACTT +TAGTCATATCAGTATCTATAAAACCTGGTGCTATTGCATTTACATTTATATTTTTACTTC +CTATTTCACGAGCTAAAGATTTTGTCATTCCTATTAAACCCGCTTTAGAAGCTGAGTAAT +TTACTTGACCAGCATTACCTATAACTCCTACAACAGAGGACATATTTATTATTTTGCCTT +CTTTTTGTTTTACCATTATTGGAGAAATTGCTCTTAAGCAATTAAAAGCTCCTTTTAGAT +TTACTTCTATTACGTTATCGAAATCTTCTTCTTTCATTCTAATAATTAATGTATCTTTTG +TTATTCCAGCATTATTAACTAGTATATCTATTTTTCCAAAAGTATTTTTAGCTTCTTTTA +TTAACTTTTCAGCTTCATCAAATTTGCTAATATCTGCTTTGATTATCAAAGTATTAGAAC +CTAATTTATCAAGCTCATTTTTTAATTCTAGAGCTTCTGATTCACTATTTCTATAATTTA +AAACTATATTCGCACCTTCTTTTGCAAATTTTAGTGCTATAGATCTTCCTATTCCTCTAG +ACGCACCAGTTATTATTGCACATTTTCCCTTTAACATTGATTTACCTCCTAATTACTATT +TAGGTATTTATTTTATATACTAGCAACTCTAGACTTTAAACTTTCTACAGTTTCATTTAA +TGATTTTATATCTTCCACATTGTATACAAAAACATCTTTGTTTATTTTTTTTACAAATCC +ACTTAATGTTTTACCTGGACCAACTTCAATAAATGTATCTACACCTTTGTCTATTAAATC +TCTTATACTCTTTTCAAATAAAACAGAAGACATTATTTGTTTTCTTAATAACTCGTATAC +ATCATCATCTTCTTCATATGGCTTACCTTTTACATTTGAATAAGTAACTTTATCAAAGTT +ATTTATATTTACTTTTTTTAATTCATCATAAAATTCATAACTTGCTTTTTCATACATAGA +ACTGTGAAAAGGTCCACTTACTTTAAGCGGTACAAGCATTCCTTTTAATTCTTTTGCTAT +TTTCATACTTGCTTTTATAGCTTTAGGCTCTCCAGAAATAACTACTTGACCTGGACAGTT +ATAATTTGCTCCTTCAACAAGGCCAAATTCATTTGCTCTTTTTATTAATTCTTCTACTTT +ATCATCACTTAATTTTAATACGGCGGCCATTGTTCCTTCGTCTGTACTTACTGCAGAGTC +CATTATTTGTGCTCTTTTTTTAATTAATTTTATTCCATCTTCAAAAGATAATGCTCCTGA +ATGTACTAACGCTCCATATTCCCCTAAAGATAAGCCTAATGAATAATCAGCTTCTACTCC +ATTTATTTCTAAAGCTTTTAAGCACGCTAATGATGTTAATAAAATAGCGGGTTGACTATT +CTTAGTTTTTGTAAGCTCATCTTGCTCACCATTAAATATTAAATCTTTTATTGGCATATT +TAGTATTTCTTGACCTTTATCGAATACCTCTTTACATTCACAAATATTATCATATAATTC +TTTTCCCATGCTTATATATTGTGAACCTTGGCCTGGAAAAAGAAAAGCTGTCTTTTTACT +CATTATATCCTCCTAAGAGTTTCTTCGAACTCATAAACTAGTTCATTTATTATTTCTTTA +CAACTTTGTTTTTCTTTGACAAGACCTGCAATCTGACCTGCCATTACACTTCCATTTTCA +ACATCGCCATCTATGACTGCTTTTCTTAAAGCTCCTTTTCCTAAAGCTTCAATTTCACTA +CTATCTGCATTAGATTTTTCTAGTTTTATATATTCTCTAGTTAATTTATTTCTTAAAACT +CTTACAGGATGTGAAGTTGATGTTCCTGTTATTTCTGAATCAATATCTCTTGCATTAAGT +ACTTTTTCTTTATAATTATCATGAACATTACATTCATCAGACACTAAAAATCTAGTTCCC +ATTTGTACTCCACAAGCTCCTAACATAAATGATGCTGCTATACCTCTTCCATCGCCTATG +CCTCCCGCTGCTATAACAGGAATACTAACTGCATCTACAACTTGTGGCACTAAGCTCATA +GTTGTCAATTGTCCTATATGACCTCCTGCTTCCATCCCTTCTACAATAATAGCATCTGCT +CCGAACTTTTCCATTCGTTTTGCTATTGCTACAGAAGGGACAACAGGTATTACTTTTATA +TTATTTTTCTTCCAATCTTCCATATACTTTCCAGGGCTACCTGCACCAGTTGTAACCACT +GATACTTTTTCTTCACATACCATCTTAGCAATTTCATCTACATTTTTAGCCATTAGCATT +ATATTCACACCAAAAGGTTTATTTGTAAGTGACTTAGCTTTTTTTATTTGAGCTCTAACA +TCCTCTGTTTCACCTACGCCACTTATTATTCCAAGACCTCCTGCTTCACTTACGCCTACT +GCTAAGTCTGCATCTGAAATCCATGCCATTCCGCCCTGTATGATTGGATATTTAATATTA +AGTATATCTGTTATCCTTGAATTTATCATAAATCCTCCTGTAACTTACTCTTATTATGAA +TTTACTTTTTCATTAGTCTTTTCTTCTATGTAATTAACAACATCTTGTATACTCTTCATA +TTTTCTGGTGATTCTATTTCAATTCCAAATTGTTCTTCTATTTCTATCACTAATTGGAAT +GTATCTAAGGAGTCTATTCCTAAAGATTCAAATGTACTTTCTAATTTTATTTCATCTCTT +TCTATTGATAAGTTTTCTTCTATTATTCCTTGTAATTTTTCAAATATCATTTTGCTTTCC +TCCAAATTTTCTTTTATATTTTGTATATTATTTACTTTTCTTGTTATCATGTTTGATTTG +TATTAATATCTAGTTTTAAAATAATTATTTTTAATTTATCTTAGTTTTTTAATCTTAGTA +TCTTAGTTAATTATTAAATTTAAATTCCTTAAATTAATTTATTTTTTATTTTGACCAATT +TATAAGAGTTGCACCATAAGTGAGACCTGCTCCAAATCCAACTAATATAATTTTTTGTCC +TTTTTTCAACATTTTTTTCTCATCCATCTCACATAACGCAATGGGAATTGATGCTGCAGA +TGTATTTCCATATTCATCAATGTTTATGTAAAATTTATCTATAGGAACTTTTAATTTTTT +AGCTGCATAATCAATTATTCTAATATTTGCTTGATGAGGTACTATATAATCAATATCATC +TAAGCTTAAATTATTATCATCTAATATTTTATTTATAGAATTCACAATTGTAGAAGTGGC +AAACTTAAATACTTCATTTCCATTCATTTTTAGCTTCGAATGTCTTATTGTTTTATTTTC +TACAAAAGGACTGTCTATATCATTCCCTTCTATTGTTATACACTGCCATTTATCTCCTTC +TGATTTAGAAAAAGAACTTACAATCCCTTTTTTATCACTTTTAGATATAATCGCAGCTCC +TGCACCATCTCCAAATAATACACAGGTTGATCTATCTTCCCAATCAACTGATTTAGATAA +ATTTTCTGATCCAATAACAAGTGCATGTTTATAGTCATTACAAACCATAAGAGATTTTGC +AACTTCTAAACCATAAATAAACCCTGAACATGCTGCACTTATATCAAAAGCTACTGCATT +TTTTGCACCTATTAAATTTTGTACTATGCAAGCTGTAGATGGAGTAAACATATCTGGTGT +ACATGTAGCTAATACTATTAAGTCTACATCTAATGGTGATAAATTAGCATCTTGTATAGC +TTTAATGCTAGCTTTCGAAGCCATATAAGAAGTATCTTCTCCAGTCGATATGTATCTACT +TTTTATTCCTGTTCTTGAATGTATCCACTCATCATTTGTATCAATAAACTCACTTAATTG +ATCATTGGTGACTCTTTTAGAAGGTATGTAATTTCCGACACCTCCTATTATTACCTCGTT +CATATTTTTACTCCTTGTGTTTTGATAGTATTATATTTTGAATTTCAAAATATATATTCA +AAAAAATTTACTCATTAATTAACATATTGATTATCGTTAATTATCAGTTAATTATTTCGA +TAATCAAAATATATTATATTCAAAGATAAATGTCAACTCTTTTCATCGAAATATTTTTTT +ATTATGATTAATATATTTTTTATTAACTTATTTCTGTCATATAAATCTATCTACTTTTTT +AATGATAAACAGCTTAAATTCAATATTTTTATTATCCTATATATATATTTACGGTAATTA +AAAATAAAATTGCATTGCTTAATATATAAAAAAACTCTCTAAGCTAAATAAACTTAGAGA +GTTTCTTATTATTTTTCTTTTCTTCTTCTATTATTTACAAACACCCCTGCCATAGCAGCT +ACACTCATTCCTACGTAACCTAATATAGTCGCATCTCCTGTTTGAGGATTTGATGGTTTG +TTGCTATTTCCATTATTTCCACCTTGGTTTTCATTGTTACTTCCACCATCTCCGTTATTT +CCGTCTTGGTCTTCATCGTCACTTCCACCATTATCTGGTTTACTATTTTCTAACTCTTCT +TTTATTTCTTCTACTAAATTATTTAGTTCTTCTACAGTTAAATCTTTTACTTCTAATATA +GCTACTAGAGCATTATTTTTAGCTTTTGGTGCGTATATCTTAACTATAGACTTACCACCT +TCTTCTAATACTTCTACAGTATATCCAGAATTTATTGCACTTGTAAGTATATCTTTTACA +TATTCACTCTCAACTTCAACTTTTATAACTCCATTTACCATTGTACCTGCTAATATTCTA +CCTTGTTTAGTATAGCTAACAGTACCTAAAAATTTTATGAAGTTTCCAACAGATTCTTCT +AATGAAGAATACTCATTTAATGTAGGTACATCTCCAAAGCATGGATAATCATCTCCACCT +ACAGCCATAAAGTCATTTGTAGCTACAGTGTATGTTTTATTCATATCTAATTCCTGTCCA +TTAATTGTTAAAGATATTATTCTATCTCCAACTGCTCTACTTGGATCTACAACAAACTTT +ATCCCAGCAACATGAGGGAATCCTCCTAAAGATTCTCCATAAGCTCTAACACCAAATTCA +AGGACTTCTTTTATTTGAGCTCCTGTAAGCTGCTTAGTAACTATAAAGTTACCAAATGGA +AGAACACTTACAACATCACCTTTTGTTATATCTCCTTTAGCTATACTAGCACGGATTCCG +CCTCCATTTGTTATAGCAAGATCTGCATCAGTTTCATTTAACATAGCATCAGTTATTAAA +TTTCCTAAGTTTGTTTCTCCGTATCTTACACTATTTCTATCTCCATCAAGATCTATAGCA +TTAGTTCCTATAACTTCAGATAATACTTCTTCTTGTGCTGAATTTATTTCTTCTATTTTT +TCAGCAACCTTTTCATCAGGAGTTATAGATAAAGCCTCTTCTTTTGTTATAAGACTTGCA +GTAGCATTTACTACTTCATTTTTATCATTTAATTCTAACTCAACTTTACCTACATTTGAT +AAGTATTCACCTGTACTTACTAGTAAAGTATCTTTAACTTTTTCTCCATTTTCAAATGTA +GTATGACTATGTCCATCTACATATACATCTATTCCATCAACAGCGTTTATAACATCATAA +GCCGTAGGCTCACTACTTTCATCAGTTCCTATATGAGATAAGGCTACTATTACGTCTGCA +CCATTATCTTCTAGTTCTTTAACTTGTTCCTTAGCCGCTTCTATTGGATTAGTAAAATCT +ATTCCTTTAACATTGTTAGGATTTGTTTTATAAGCTGTTTCTTCTGTAGCTATACCAAAG +AAACCAACTTTAACAGTTTTTCCATTAACTTGCATTTCTTTTATATTATTAGACTCAAAT +ATAGATTTTCCATCTTTCTTTACGTTTGAAGCTAATAATTTAAGTTTATTCTCGCCACTT +TTTAATGTTACGCTATTTTTGAATAACTCCATTAATCTTCCATAACCATAGTTAAAGTCA +TGATTACCTGGAACCATAAATTCATATCCTGCTTCATTTAATAAATCAACAGCATCTTGA +CCTTTACTTAAAGTAACAAATGGTAAACCATGTATAGTATCTCCTGCATCAACTAATATA +GAGTTTTCTGTATTGTTCTTTATTGCTGCAACTGTATCTATACCTATTACTTTATCATCT +GCTTTTAATCTACCATGTGTATCATTTGTATGTAATATAGTTATCTTATTAGATTCTTCT +TTTTCACCTGATAAATCATAGTAGTATTTGTATAATCTATTACCAGCTGATTCTTTATTT +GTATATATAGAAGGATAGCTTGATAAGTAGTTTACCCCATTTTCATGAGAAGTAAAGTAT +ACTTTAGCATCAGTATCTATAGCTTTAAACTTCCAGTTATTATCAACACTTGGCTCTAAT +TTACCAGCATCTTCTATATATTTCTTTAATACATCTCTACTTTCATCAGTTGTAGTATAT +ACACTTACTTGTCTACCATTCCATGGGAAGCTATCTCCACCAGCTCTATAATTGTTAGTA +GTTATTAAGAACTCTTGATCTAAATCTATAGGTTTTCCATTGTAAGTTAAGTTGTATACT +CTTGAAGAATCTGGATTTATTACTTTTCCAGTTTTATCATACTTAGGTTTTTGAGTTACA +TCTATTTCGTACTCTATTCCATCTATTACATCAAAGTTAAATGTTGGGAAATCCCTATTT +ATTAAATTTTGTTCTTCACTAGAGTTAGGATCTATCGTATTGAACATGTTAGCTGAAAAC +TCTAACCATTCTTTTACATCAGAACCATTCAGCTTTATAACTGCCATAGTATTATCATAT +TTATATAAGTTAGATAAGTCTCTTATAGCAAGTCCTCCAGCTTTTATATCAACATAGTTA +TCAGCACTACTTCCTGCTTTAAATGGAGCTGCTGCTGATAATATTGGAAGATCTGCATAA +GGGGCTAAACTTGGATCATTATTTTCTATAAGTTCTTCAACGTATGCTTTTTGAGCATCA +GAAACTATTTGTATAGATGGATCATCTGCTACAAGTGTAAAGAAACTATTTAAATCTTTT +GTAACTTCTCCTGATTTTTCATTTACATATTTATCAGTAGCTTCATGATATTCCCTAACA +ACATCTTCAGTCTCCGCATCATTAGCTTTATTTGCTACACTTATATTGCTTATTTTAGAA +TTACTATCATTTATTGTGTATTTATCGTTACCGTTTTCATCTTTTGTAACTTCTATTTTA +AGATCTACTACTCCTACTTCTTTACCATTATTTAATGGTTGAACATATTGAGTTATATCT +CCATTTTCTTTTTCTACTTCATATTTAGCACTTCTATGTACATGTCCACCAACAACTACG +TCTACATCTTCTAACATTGATATAGCGTATCCTGCATTTTCAGCACCTGTTGCGTATGTA +GTCTCTTCACCATATCCAGTATGCCCAAGTACTACAACTATATCAGCACCATTTTCTTTC +ATTTCTTTTGCATATTTATCTACACTTTTAACCATATCATCTACAGTTACTTTTCCACCT +AGTATAACTTTATCCCAGTTTAGTATTTGAGTTGGAACAACACCAGTTATACCTATTTTT +AATTCTCTTTCTTTTCCATTTGAGTCTACTACTGTTTCATTTAAGATTTTATATGGATCA +AAAACTAAATCTCCACTTTCAGCATCTTTAAGGTTTGCACAAACCATTCCCATACTTGTA +TTTGCATCTACTATTTGCTTTATATAATCCATTCCATAATTAACTTCGTGATTACCTATA +GTAGTCATATCAAAACCTAATGATTCTAAAGCTTTATACACAGGGTATTTTTCTCCCGGT +GCAACTGGTTGCTTTACTGCATATAAGTTTGCTAATGGTGTACCTTGTATTGTATCTCCA +TTATCGACTAATATTACATTATCAACGTTTTCTTTTTCTGATTTATTTGCTTTTTCTTTT +TCTTCTTTTATAACTGTTGCTGCTTTAACTAAGCCAGAATTTTTTGTTGTTGATCCGGTA +TAGTAATCATAGTTCATTAAATTCGCATGTAAATCACTTATAGCCATTACTTTAAAATCT +ATAGTAGTATTATCACTTTTGTCTTGAATGTTTACTTTTTCTTCGTTATTAGATTTAGTG +TTATTTACTACTTTATTAGATTCTTCACTTTCTTCGTTAGGTTCTACATTTTCATCATTA +GACTCTTCATTAATTTTTTCTAATGCTTCTTTTGCTTCATATTGATCTGCATAGTTTTCC +TCAGACTCATCAGATTGATCTGTTGAGTTTTCTTCAGACAATTCAAGGTTTACTGAATTT +TCAACTTGTTCTGTTTTTTTTAAGTTTTCTAAAGCAAAAACTGGTTGTATATTTTGCCCA +ATTAATGCTGCTGCCATAGCAATTGCTGCTATTTTCTGTCCATTTCTTTTTACCATTATA +AATTCTCCCCAAAATTTTTTATAATTTTAATTTAAACACATAAATATTTTACCAAATATT +ATTCTGTTTTTCTAACTAAATAATTCGTATTTTTTAACTAAGAAAAATTATATCATATTT +AGTGCAATATAGTATACTATTTTCTGCATTTTTTTACATTTTTAGTTACTCATGTATTTC +AATATCAGTTTTTAGATATTATTTAATTTTTTTATTAGATATAAAATAATATTTTTTATA +ATTATGTTATACTATTTAATTTAATATCAAAATACTTCTGACTAAAATCAAGCTTTATAA +TATTATATATATCATTCGTAAAAATCACTTTAATCATATACCCTACAGAATAAAAACATG +CTCATTGTTAAAGTTTATTGAGTATGAAATAATAATCTCCTTATAATAAAAAAGATGATT +CGTAGATTTAATCTACAAATCATCTTTTATAATTTAATTAATATTTTCTATTATTCAGCA +ACTGAAGTATACATAAAGTACTTATATCCAAGTGGTGAAGAATAGAATCCTTCTAACTTA +TCTGAAACTAACATTAAGTCAGTGTAGTAATAAAGTGGTATTAATGGCATTTCTTCACCT +AATATTTTTTCTGCTTCATGCATTTTTGTATATCTTTCTTTATTATCAGTTGATGTTTTT +ATTTCACTTATTAATTTATCATAGTCTGTATTTGACCATTGAGAATCATTATTTCCACCA +TCTGTTACCCACATATCTAAGAATGATATTGGATCATTATAGTCAGCTAACCATCCATGA +CGAGCTACTTGATAATCACCTTTATTTCTTGTATCTATAAATACATTCCAGTCTTGAGAT +GATATAGTTACATTTATACCAAGATTTTCTTTCCACATATTTTGAATAGCTTCCATTATT +GGTTCATGTCCTGGGTTACACATTAATTCTATCGTTGGAAGTCCTTTGCCATTTTCGTAT +CCAGCTTCTTTAAGAAGTTCTTTTGCTTTTTTTATATTTGATTCATAGTCTTTTTCGTCT +GCACTATACCAAGCATCGGCATTACTATGGAATTCAGTACTTCCATCTTCATCAGTTAAA +CCTGTTGATACAAATGTATCTGCAGGTATTTGTCCTCCTTGAGCTACTTTATCAACTATA +TATTGTCTATCTAAAGCTAGAGCAAGTGCTTGTCTAACCTTTACATTATCTAAACCTTTT +TCTTTAACATTTAAACATAAGAAATAAGTTCCTAATTGACTTTTTATTTCTAATCCATTA +TCTTTCATTGCTTCTATTTCATCATTTGGTAAATCATCACCAAATAATATTTCGCCATTC +TTAAATGCTGATAATATTGTGTTATTATCTTCCATAAGCTCAAAATTGATTGTATCTGGT +CCTAATTTTTCTACATCATAGTAATTTTCATTTTTAGTATATACCATTTTAGCTTGATGG +TTCCATTCAGTTAAAACATATGGACCATTACCTATATAAGTTTGTGGATCAGTTGACCAT +GTATCAGGATTAGCATCTACTATATCTTGTCTTACAGGATATGTTGCTGGGAATGCACAT +ATTTCTAAGAAGTATGCAGTAGGTGTTGCTAAAGTTACTTCAACTGTTTTATCATCAAGT +GCTTTTATTCCTAATTCACTTGGATCTTTTTTCCCTTCCATTATTTCATTTGCATTTTCT +ACCATACCTATCATATAGTTGTAATCTGATGCTGTTTCTGGATTTACTAATCTTTGCCAA +GAATATACGAAATCACTTGCTTTTACAGCTTCTCCATCTGACCATTTTGCATCATCACGA +AGTGTAAAAGTATATACCTTTTTATCTTCACTTACTTCATATTTTACTGCTTGACCTTCA +ACTACTTTACTTTCAGAATTTAATTTCATTAAACCTTCGAAAGCATGATTTATTAATGTA +GAACCATCTGAAGCCGTATTCTTCGCCGGATCTATTGATTCAGGCTCTGGTCCTACGCAT +ACGTTAAGCTCGAATCCATCTGCAGAACCTCCTGTTGAATTGCCACCTGAACTACTACAT +CCAGATAGTACTGTTGATAGTGCTAAAGTTGAAGCTAGTATAACTGCAACTTTTTTCTTA +AATTTTAGCATTTTCATACTATTATCCTCCCCCTAATTATTATCTATATAATACCCTTGG +TAATATATACCTTAATTTTTATATTTTATCTAAGTTATGACATGCAACAAAATGTCCGTT +GTCATACTCTTTTAATGTAGGTGCTACTTTACTACATTCACTTGTAGCATACGGACATCT +AGTTCTAAAAGTACATCCACTAGGTGGATTTAATGGACTAGGTATATCCCCCTCTAAGAC +TATACGCTTTCTAGATCTACTCATCTTTGGATCTGCTATTGGTATTGCAGAAAGTAATGT +TTGTGTATATGGGTGCATTGGATTTTTATATAATTCTTTACTTGTTGTTAACTCAACCAA +ATGTCCTAAATACATTACACCTATTCTATTACTTATATGCTTAACAACAGATAAATCATG +TGCAATAAATAGATAAGTAAATCCTCTTTCAGCTTGTAAATCTTCTAACATATTTACAAC +TTGAGCTTGTATAGAAACATCTAAAGCAGAAATAGGCTCATCACAGACAATAAATTCTGG +TTCAACTGCTAATGCTCTTGCAATTCCGATTCTTTGTCTTTGTCCCCCTGAGAACTCATG +AGCAAAACGATTTGCATGCTCTTTATTTAAACCAACAGTTTCAAGCAAATTATATATTTT +TTCTTGTCTTTCTTGTTTATTATTATATAATTTATGAATATCTAGTGGCTCACCAATAAT +ATCACCAATTGTCATTCTTGGGTCTAAAGATGCGTATGGATCTTGAAATATTATTTGCAT +CTTTCTTCTATATGAAAGCATATCTACTTTAGTTATATCTTCACCCTTATATATAATCTT +TCCTTCAGTAGGTTCATGAAGCCTTAATATCGTTCTTCCTAGAGTAGTTTTTCCACATCC +ACTTTCACCAACTAAACCTAAAGTTTCCCCCTTTTTTATATGTAATGAAACATCATCAAC +TGCTTTTACATAATTAGTTTTTAAGAATCCCTCTTTAACTGGGAAGTACTTTTTTAATCC +TACTATCTCAATTAAATTGTCATTTTTCTTTTTATTTATCATAGAGCCTTTACCTCCCTT +TCGAATTCTTCTTTTACTAATAACCAACAACTTGATTCATGGCCTTCACCAACAGAATAA +ACAGGTGGAACTTTTTCCATACATATATTCATACAATAATCACATCTTGGTGCAAAAGCA +CACCCTTTAGGTGGATTTATTAAATCTACTGGATTACCTTCAATAGGTATTAATCGTTCA +TGTTCGTCTGCATTTATCTTAGGTATAGATTTTAAAAGACCTAATGTATATGGATGTTTA +GGATTATAGAATATATCATCAATACTTCCTCTTTCTATGATATTTCCTGCATACATGACT +GCTACTTTATCACATATTTCTGATATAACACCTAAATCATGTGTAATAAAAATTATAGAC +ATATTTATTTTTTCTTTTAGTTCTTTTAATAACTCTATTATTTGAGCTTGTATTGTAACG +TCTAAAGCTGTTGTTGGTTCATCTGCTATTAGCAATTTTGGATTACAAGCAAGTGCCATA +GCAATCATAACACGTTGTCTCATACCTCCAGAAAATTCATGAGGGTATTGCTTTAATCTT +TTTTCAGGTTGGTTAATTCCAACTAATTCAAACAATTCTATTATTCTTTTTTCTCTTTGT +TTCTTATCTAAATTTGTATGTTTTTTTAAACTCTCATCAATTTGACTTCCAACAGTAAAA +ACTGGATTTAAAGATGTCATAGGGTCTTGGAATATCATCCCTACTTCTTTCCCTCTTAAT +TTAAGCATTTCAGCTTCAGATAATTTAGTAATATCTTTATCTTCAAAATTAATACTACCG +TTAAGTATTTTTCCCGGCTCAGGTATGATCCCCATTAAAGCATATGATGATACTGATTTA +CCACTTCCTGATTCACCGACGATCCCCATAGCCTCACCGTATTTTAAATCATATGAAACT +TTGCGAACTGCTTTTACTTCTCCTGCATGTGTAAAGAAAGATACCTCTAAATCATTTACT +TTTAATAATATATAATCCTTACTAACTCCCATAATTTTGTCCCCCTATCTCTTTAATCTT +GGATCAAGTGCATCTCTTAACCCATCCCCAAATAAGTTAAATGCAAGTATAATAATACTT +ATAGCAACTGCTGGGAACATTAATCTATATGGATATGATGATATTCCAGATAATGCATCT +GATGCTAAGGAACCTAAGCTTGCTAGTGGTTTACTTACACCAATTCCTAAGAAACTTAAA +AAGGCTTCTGTAAATATTGCTGAAGGTATTTGTAACATTGTTGTTACAACTAATTGACCA +ACACAGTTTGGAAGTAAGTGCTTATATATTAATCGTTTATTGTTTGCACCTAATGCACGT +GCTGCACTAATGTATTCCATCTCTTTTAATTGTAAAACTTGCCCTCTTACAATCCTTGCC +ATACCGACCCAATATAAAAGTCCATAAACTATAAACATAGCTATAATCCCTGGTCCTAGA +GTCTGAAGAACTCCAAAGGATTTTCCAGAATCAAAGGCTTTTGTTAATGGTTCATGTAGC +ACTATTCTTAGTAATATAATAACTAACATATCAGGTAGTGAATAAATTATCTCAACTATC +CTCATCATTACTGTATCGACCTTACCACCTGCAAGACCAGATATAGCTCCATAAATAGAT +CCTATAACTAAAACTATAGCCGCAGAGCCTATACCAATTAATAATGATATTCTAGCTCCA +ACCATAGTTCTTACTAATAAATCTCTACCTAACTTATCAGTTCCAAATGGATGCTCCATA +CAAGGGAATAAATTTTCATGCCCCCTAATTTGTTGATCATATGTATATGGGCTTAAGAAT +GGTCCTATAAATGCAAAACCTATAATTAATATAATTGTTACTAATGCAACCATAGCAATT +TTATTTTCTTTTAATCTTCTCCATGCATCTTTCCAATAGCTTGTATTTTCCCCCATGGTT +ATTAAACTTTGTTGTACTTCTTTTGTAACTGGTTTGAAGTCATCTGGAGATAAATCAACT +TCACAGTTAAATTTCGTACTATTATCTAAAATCATAAAAGTTGCCCCCCTTATTCATCTA +ACTTAATTCTTGGATCTACCAGTTTATATAAGATGTCACATACTAAGTTCATTAATATAA +TAAATGATGCTAAGAAAACAGTTGTTCCCATTATAAGGTTATAATCTCTTGCATCTATTG +CTTTAATAAAATATCTTCCAAGCCCTGGAATATTAAATACTTTTTCTACAACAAAACCAC +CAGTTAATGTAAATGCTACTAATGGGCCTAAATACGTTATTACAGGTATAAGTGAGTTTT +TTAATGCATGTTTAAATGTAACTATAAATTCTGACATTCCTTTTGCTCTTGCTGTTCTAA +TATAATCATGGCCTAATGAATCTAGCATACTTGATCTCATCAACCTTGTTATGTAACACA +TAGGATAAAATCCTAAAGTAAATACAGGTAATATATAACTAGATGTATCGCTTAAACCAT +AGGTAGGTAATAAATTTAATTCAATTGCAAATATTAACATAGATGCTGTTGCTATTACAA +ATGACGGAACAGCAATACCCAATGTTGAAACAACACGAATTACACTGTCCTCCCATTTCC +CCCTTTTTAAAGCTGACAAACATCCTAGTGGTATTCCTAATAGTAGTGCAAAACCAATAG +CCATTGCACCAATTTTTGCTGATATAGGGAAAGAATCTGCGATTATTTTTGTGACTGGTA +CATTTTTTTGAAGTTTATAACTTACACCTAAATCTCCTTGTAATAATTGTTGTAAGTATA +TTTTATACTGTACTAATACTGGTTTATCTAGTCCATACTTTTCATTTAAAGCTTGTTGTG +CAATTTCATTTGTTTTTTCTGAAGCAAACGGACTTCCTGGTACTAGTTTCATTAAAAAGA +ACGTAATTGTAGCTGCTACAAATATTGTAAATATTGCCATCATAATACGTTTAAGAATAT +ATTTAGCCGTGTCCATACGTAAATCCCCCTTTTACTAATCTCTAATTTAACTTTTTAAAA +CTCTTTTACTCTCCCTAAACCCATACATCATATTTTATATTCAGAATTTTCTAAATTTTT +TAAAATATGATATTTCCATTTGAGTTATTTACATTTTAGTGTACATTGTAGTAAAAGTCA +ATAACCAAAAATTCTTACTTTTATTTAAGTTTTTATATTAAATATACGTAATATCATTAG +AATTATTAGGTATATATCCGTTTAATTGCATATATTTAATTAAGAAATTGTTTTCAAGTT +TATTTGTAAAAGCTGAATATTTTTTCTAAATTTTTTATATAATGCAATTATTATATAATA +TTTTATTAATTCATAGCTTTTCCATTTAATTTTAATTATTAATTAACTCAAATTTTGTCA +CATTTTCTGTAAATATAGCCCTAAATCCAATTTATAGAGCTGAGAATTCATGATCATGAG +ATTTATCAACTTCTTCTCGAACCTTATACATATTATTCTCCATATAAAAAAGGCCACAAA +GGAATATTAAAGATCTAATCTTTGATAATTACCTTTATGGCTTTATGCTTTTATTATTTT +ATTTTAATTAAATAGTAGTACTATAAATATTTAAAAGTCAATAATTATATAAATTTATAA +TAGACTTAATATCTCACTTTTTAATTTAATAACTTGTTCCATTTTTTTATCATTATTATC +AGTCTTGTTAACAACAAACTCTTTTTTTACGCTAGCTGGCTTTTGAGAAATAACATATAT +TCTATTAGATAACATGATTGCCTCATCTATATCATGAGTTATAAGAATAATAGTTGAATT +AACCTTACTTTTTACTTCTAGTAACCACCTTTGCATTGATAGTTTTGTTATAGAGTCTAA +TGCGCCAAAAGGCTCATCTAAAAGCATAATATCATCAGAATTAATATAGGTCCTTAAAAA +GTTTGCCCTTTGCTTCATACCACCTGATAATTCATTTGGATATTTATTTTCATATCCGCT +TAGGCCAAATATTTCAAGATAAGGATTTACCATTCTTCTTGCTTCTTTTTTACTTTTTTT +ATTGAGTATTAATGGTAAAGCTACGTTATCTATTATCGTCTTATATGGTAGTAATAAATC +CTTTTGATACATATAACTTATTTTACCATTAACATTAATATCTCCATTATCAATTTTGGT +TAAATTGCATATCAAATTAAATAGCGTACTTTTTCCACATCCACTTGGACCTAAAATTGA +TACGAATTCTCCTTCATATACATCCATACTTATATTATCTAATATTTTTGTACCATCATA +ACTCTTGCTAACATTATTTATACTTATTTTTTTATTTTTATTCTGGTAAGAATTCATTTG +TATAAGCATCTTTTGCTTCCATATCCTTATCTATTAAATTATATTCTCTTAAAAAGTCTG +TATAATTATTCCATATACTATCTTTCATTTCTCCCCATCTATCAGCATCATCTTTATATT +TTTTTGCTAAATATTCTTGACTCTTAATAGCTAAATCTTCTTCTATTTCAGGAGCATATT +TAACCAGTATTTTAGCAGATTCTGTTGGGTTTTCTATTGCATACTCATATCCTTTTGTTG +TCGCTTTTAAAAATTTCTTTACTAAGTCAGGATTTTGATTAAGAAACTTTTCATTTGATA +TTATAAGTGGTGTATAGTAATCTAATCTTTCATCTAAATCCTTAATTGGCATAAAGTTTA +AATCTACACCTTTTCTTTTAGCTTCAATTCCATCCCATCCTTCAAATATCCAAGCAAAGT +CAATATTTTTACTTGTAGCTGTCAAGAAATCATCTGTTCCCATATCAACTATTTTTAATT +TACTTAAGTCTGCATTATTCTTTTCCATAACAGCTTTAAATATAGCGTCTTCTGATGGAG +AGCCCCATCCACCATAAATTTTTCCCTCAAAATCTTTAACTGTATTAATATTCTTCTCCA +CTGGAGATGCAAATCCAGATGTATTATGCTGTATTATCGTAGCTACAGCTTTTATAGGTA +GTGGGTCTTCACTTGTCTTTGCATAAGTTACTTCCTCTTGATAACTTATGCCAAAATCTG +CCTTTCCTGTTGCAACTAAAGTCGCTGCATCTCCATCAGAAGGTTGTACTATTTCTACAT +CTAATCCTTCATCTTTGTAATATCCATTTTCTAATGCTACATATAATCCAGTATGATTAG +TGTTTGGTGTCCAATCTAAAACCATAGTTACTTTTTCTAACTGATCTTTATTTGATGCAG +ATTCAGTATCTTTAGATGTACATCCTGTTAAACTTCCTAAAGTTAAAGTTCCTATCAGGG +ATAATATCCCCATTTTTTTTAATCTCATAATATCCTCCCTAATTTTTATGTCTTAATACA +ATCTTTTTTATTCCTTGAATTATTCCTACAAATATTAAACTACTAACTACAACAATTAAT +GTAGATGCAAATACTTTATCTAAAGCATATGCACTTTTTGATCTTACCATATAAACTCCA +AGCCCTTGGCTTCCTCCTAGCCACTCAGCAACTGTGGCTGCCATTACAGCATAAGTAGAT +GATATCTTTAGACCAGAAAATAACTTATCCATTGACATTGGAAATTTAAGATGGATAAAT +GTATTTAACTTACCTGCATTCATAGTTTTAAATAAATTTAAATAGTCTTTATCTAGATTT +TCCATACCATCTACAAAATTTATTAATATTGGAAAGAAACAAGTTAATGTTACCATTAAT +ATTTTAGGTAATATCCCAAAACCAAACCAAATAATTAATAAAGGTGCTATTGTTATTGTA +GGGATAGTTTGAGTCACAAGCATTATAGGATAGAAACACTTTTTAAATATAGGTATAAAG +TCCATAAGTATTCCCATAACTAACGCTATAATAATAGATAATATAAAACCTAACAAAGCT +TCATTTAACGTAAACACAGTGTGTAAATATAAATTTTCATAGTCTGTAAAGAATACGCCT +AAAATATCTATAGGTGAAGGTAATATATATTGCGGAATATTAAAGCCTTCAACTACAAAT +TGCCAGATAATTAAAATTATTAAAAAAGTTACTACAGGATATAAGCTATTTTTTATTTTA +TCTATGATTCTTAAGTTTTTCATCTATTGTTATGCCCCCAGATTTTTCGTCAATTCTAGC +AACAGTTATGACTCTTTCACATCCAAGGTTAAAAGGGATTCTATGTATTTTTTTTAATAA +GTCAAATACTTCATCAAACTCCCCTTCTATTGTTGTACTCATTGCTGCCACTTCGTATTT +TAGACCACTTTTGGCTATTTCTTCTATGCAAGCATCCACTACTTTATACATTTCATCTTC +TCCTGCATAAGGCCTTAAAGGCATTACTGCTACATCTGCTATTACCATAATTCTACCTCC +TATTTTTTGCATAATAAAAGTCTTACCTATATAGGTAAGACTATAAATTAACTATAAAAA +TAATTAACTAAATAATTAATAAATACTAATTACTATCTCCCTACGCTGGCATTATCCAAA +CAGGTTAAAGGGTCGAGATCTATATCTCCTCTCAGCCATTAGGCTCCCCTGATATATATT +TTGTAATTTAATTATACTATACTTATTTATTTTTTTCAATTTATTTCTTTTATTTTCAAC +ATTTTATAAGTATATCAATTAAATTTTTTTATTTATCAATTTTTTCTATCTATTAATAGT +ATAATATATATATGTATATATTATTTTGAACACTACAACTTGGAGGACAAAATGTTAAAA +AGTATAAGAAATAAATTTGAAAATTATAAACCTTATATAAATGGATTTGAAAATATGAAA +AGAGCTTCTATATTAGTTCCTATAGTTAAAATAGATGATTCTTACTATATACTATTTGAA +GTAAGATCAAAAAATCTAAGAACTCAACCAAATGAAATATCATTTCCTGGAGGTAAAATC +GAAAATGGTGAAAATCCTGTGGATGCAGCCATTAGAGAAACCTGTGAAGAATTAGGTACC +AGCGAAGATAGCATCGAGATAATATCACAACTTGATTTGCTTATTACTCATATGAACCTA +ATAATACATCCTTATGTAGGTATATTAAATAATATAAATCATTTAGATATAAATAAAGAT +GAGGTTGATCATACATTCTTAGTTCCTATTACTCATTTAATAGAAAATAAACCAACATAT +TATAAAAACAAATTAGAAGTTATACCTGATGATAAATTTCCATATGATATTATACCAAAT +AAAGAAAATTATAAATTCCAAGAAAGTAGTTACCCTGTATTATTTTATGAATATAAAGAT +TACGTTATATGGGGACTTACTGCACGAATTCTTGAAAACTTCTTAAAAGTTCTGACAGAA +TAATTTATTTACAACAAAAATCCCACTATATAATAGTTTTTCTATTACATAGTGGGATTT +TTGAATAGTTGGTTATAGGATTTATATTTAAATTTGAACGGACTTCTCTTCTAATCTTTC +ATATAAGTCTATAAACTCCTCTGATAATTGCTGAAAGTTCATTGCATTCATAATATGATC +TTGAGCGTGTACTAGTATAACACTCATTTCAGTTTTATTTCCCTGTGCTTCATTTTGAAT +CAGTTCAGTCTGATATCTATGAGCTTTTTGTATAGCTTCTTTAGACCCTTTTATTAAACC +TCTTACTTTTTCAATATTTCAAAAAGAAGTATAAATAAACTTAAATATAGTTTATTTATA +CTTCTTATATTAATTAATCATATCTGTTATATAGTCTTTAATATTTATATCTCTTTACCA +ATTAATGAGAAACCAGTTGCAGATGTTATTTCTACATTAATTAATTTTCCAATTAAATCT +TCACTTTTTGCATCAAAATTTACTAACTTATTTTGTCTAGTTCTTCCCATAAATCTATTA +TCATCAGTTTTACTTTTTCCTTCAACTAATACTTCAACTGTTTTGCCTATATAGCTTTGA +TTTATTTCTCCAACTATTTCATTTACCTTACTTAATACTCTATTAAATCTTTCATGCTTA +ACATCTTCAGGTATTTGATTTTCCATTTCTGCAGCTGGAGTTCCTTTTCTCTTAGAATAT +ATAAACGTAAATGCAGAATCGTATCTTACTTTTTCTACTACATCTATAGTATCTAATAAA +TCTTCTTCTGTTTCACCTGGGAATCCTATCATTAAATCTGTTGAAAATGCTATATCTGGA +ACTTCTTTCTTAGCTTTTTCGATTATCTCTAAGTATTGCTCCTTAGTATAGTGCCTATTC +ATAACTTTTAGTAATGAAGAACTTCCGCATTGTACTGGTAAGTGTAAGAATTCACATACC +TTATCACAGTCTCTTATTGCATAAATTACTTCATCAGATATATCTTTTGGATGAGAAGTC +ATAAATCTTATTCTCTCTATTCCTTCTACATTATTTACTTCTCGTAAAAGTTCTGCAAAT +GTCATAGGATTATCTAATGTCTTTCCATAAGAATCAACATTTTGCCCTAATAAAGTAACT +TCTTTTGTTCCGTTTGCAACTAACTCTTTTATTTCATTTAATATATCTTCTGGTGTTCTA +CTTCTCTCTCTACCTCTAGTGTATGGAACTATACAATATGTACAGAAGTTATTGCATCCA +TACATAATATTTACAAAAGCTTTTAACTCAAATTTTCTATTACTCTTAAGACCTTCTACT +ACTTCTCCATCTACATCCCATACATCAACTAATATATTTTCAGATTCTATTGATTTAGTT +AATAACTCTGGGAACTTATATAGATTGTGAGTTCCAAAAACTAAGTCTACGTGCTTGTAT +TTAGATTTTATTTCTTTAACTACATGTGGTTGTTGCATCATACATCCGCATACAGCAATT +TTTAAATCAGGATTTTTTCTTTTAGCTAGTTTTAAATGACCTAAATTCCCAAATACTTTA +AGTTCAGCATTTTCTCTTACTGCACATGTATTATATATTATTAAATCACATTCATCTACC +ATCATGCCTTGCTCATATCCCATGCTGTCTAACATAGCACAAAGCTTTTCTGAGTCATGT +TCATTCATTTGACATCCAAAAGTTTGAATTATATATTTAGGCTTTACTTGATGTATAGCG +TAGTATCTAGAATTTTGTTCTGCTATTGCTTCTATAAATCTATCTTGTTCCTCTATTTTT +TCCATAGGAACTTGTACTTGTTTTCTCTTTGACAAAGTTGATTCCTCCTATCAGTATTTC +TATTTTACTAAACATAGAAATAATTATATCAAATTAAAATAAATTTTAAAAGATATTAGT +TACATAATATACCTATATAATATTTTATAAGTATCTTTTTACTGAATTCTTATTAAAAGA +ATTGGAAACAATATTTAAATAATACCTTTATAGAAATAAAAGGAGAATAAATATGTTAGT +AGTTTTAATTAGAAGTATTATATTATATATTGCGGTATTAATATCCCTAAGGGTTATGGG +AAAAGGTGAAATGGCAGAAATGAATTCCTATGATTTAGTTATAACATTACTAATTGCAGA +TGTAGTTTCTATGCCTATGGAAAATAATAATATCCCTATGATTAATGGAATAGCTAGTTT +AACTGGTTTAGTTTTAATGCAAACAATTATATCTTATCTTTCTTTAAAAAGCAGAAAATT +TAATTCTTTTTTATGCGGTAAACCTTCTATTTTAATTAATAAAGGAAAGATTGATCAAAA +AGAATTAAAAAAAGAAAGAATAAGTATAGATGAACTCTTAGAACAACTTCGAGTTCAAGG +TTTTTTTAATTTGAAAGAAGTACAGTATGCAATCTTAGAAACTGACGGAAATTTAAGTGT +AGTTCCTTCTGGGAGTCACAGTGATTCTCCTTCAGTTACTTTTAAACATCTACCTATTTC +TTTAATCATTGATGGTAGAATAATACATAGAAGTTTAAAATCAATTAATAAAAATGAAGA +TTGGTTATTAGAAATTATAAAATCTAATCAAATTAATAATTTTAAGGATGTACTTATTTG +TATCTTAGATGAATGTGATGAAATATTTATTCAAAAGAAGAAAATTTGACAATATGGGGT +GATTAACTTATGAAGTCTGTAGTTGGTGTAATAGTATGGACTATTTTATTTGTACTATTA +GGTATATATATAAATGATGAAGTCTATGAATTTACAGATAAGTATACATCTAACATAAAC +GTAATTGAACAGCATATAGAAAATGGTAATTGGAGTGAAGCTTCTAAAGAACTTGATTAT +TATTCAAAAGGATATTATAAGGAAAAAGAAATATGGTATAAAATATTAGATCATACTTAT +TTTGATGATATATGTTTATACATTAATATTTTAAATAAATCAATTCTTACAGAAAATAAA +ACCCAATCTTTCATTGAGATAGAAAGAATAAAAATGACCTTTGACAATATTCTTGAAAGC +GGAAAATTTGATATTAATCATATTTTCTAATCTTTTAATTTACTATAATATGGATACTTT +ATCATACAATAAAGTAATTAACTTAAATTAAATAGTAACAAAAATAGCTAAGGGTTTTAA +ATTTACTACTTAGCTATTTTTGTTACTAAATATTTATTTACTTATTCTACTATTTCAGTT +ATTATATTTTTATTTAACTTCATCGCATTTATTTTTAAAGGCAATGTAAATAAATTTATA +AATCCTTCAGCATCCTTATGATCATAAAGTTCGCTGTTTCCAAAAGAAGATATTCCTTGA +TCATAAAGTGGTGAATCTGCAAATATCCCAGCAGGTTTAATATTTCCTTTATAGAGTCTT +AATTTTACACTTCCATTTACATTTTTCTGAGTAGTATCTATAAAAGCATCAATTGCTTCT +CTTAACTTGCTATACCATAGTCCATTATATATAAGCTCTCCATACTTATAGGAAACAACT +TGTTTGTAATGTAATGTTTCTTTGTCTAATGTAGCACTTTCTAATACATTATGTGCTTCA +TATAGAATAGTTCCTCCTGGTGTTTCATATATCCCTCTAGACTTCATTCCTACAAGTCTA +TTTTCTAATATATCAACTACTCCTATTCCATGCTTAGAACCTAATTGGTCTAAAGTATAG +ACTAAACCAACTGGATCAAGCTCTTTTCCATTTACTTTCTTAGGTATACCTTGCTCAAAA +TATATTTCTACATACTCAGCTACATCACATCCATCTTCAGGATCTACTGTCTTTTTGTAA +ATATCTTTACTATGCTCATTTGCTAAGTCTTCAATATTTCCACCCTCAGTTGATACATGC +CATAAATTATCATCTACTGAGTATATTTTTTCTTTAGTTGCTACAACAGGAACATTATGC +TTTGCTGCATAATCTAATGCATCTTCTCTTGATTTTATATCCCATATTCTCCATGGAGCA +ATAACCTTTATTGTTGGGTCTAATGCTGCTATAGTTGCTTCAAATCTCACTTGATCATTT +CCTTTTCCAGTACATCCATGACAAATATACTTTGCACCTTCCATTTGAGCTACTTCAACT +AACTTTTTTGCTATTATTGGTCTAGCTAAAGAAGTCCCTAGTAAATACTTTCCTTCATAC +TTGGCTTCAGCTTTTATTGCTTGGTATATTGTTGTTGTAACGAACTCTTCTCTTAAGTCC +TCTACATACGCTTTAATTGCTCCACTTTTAATTGCTTTTTCATGTATCCCATCCATTTTA +TCATCTTGACCAACATCCCCACAAACTGCAATTACATCTATATCATAATTTTCTTTTAAC +CAAGGAATTATTATTGATGTATCTAATCCTCCTGAATATGCTAATACCACTTTTTCTTTC +ATATTTGTTTCCCCCTGTATATATATTTTTTGTAATAAATTAAAAGCCCCTTAGTCAAAA +TACTAAGAGGCGAAGTTTCGCGGTACCACTCTTATTGATAGTTTACTTATTAAAAATTAA +TATCTTTATATTTAAATATAAAAAACGCCTCTTGGAAAACCAAGAGACGAATTAATATCC +GCGTTACCACTCTAATTAATAAGATAAACTTATCCACTCTTTCTCTTAAGGCGAGACATG +CCGACTATTTTACTATTTTCAAATAATCTTCTCCAAAGCTCTCTTCACTTAAATCTTTTT +ATTAGGCTTCCACCATCCCTAACTCTCTATAAAATCCATCTAAGCTACTTTCTTTTTCAT +AGAATTTAGTATATTTAATTAAGTATATTTTATGAATTAATAATAATTTATCATTAATAA +TATTTCAACTCTATAAATAATTTTATATATTAATATTTAACTTTATATAAAAATAATCCT +TTAGATGGTGCAGTATCTGAGGCTTCTGCCCTATTTTTAACTTCTAACATAGCCTTTATA +TCCTCTGGAGTCTTTTTTCTAAGACCTACATCAACTAACGCTCCTGCAATAATTCTTACC +ATATTATATAAAAATCCATTACCTTCAATATAAATTTCTATTAAATTTTTATTTTCTTGT +ATTTCTATTGAATAGATTTCTCTTACATTGCTTTTCTTTTTCGATTTAGAAGAAGCAAAA +CTTGTAAAGTCATGTTCTCCTATTAAAAATTTACTTCCTTCTCTCATAAGCTCTATATCA +AGTTTCTTTTCAACATGATAAGAATATTTTCTATTAAAAGTATTGTGGAATTTATTATTG +TCTATTCGATATAGATAAACCTTAGATTTTGCATTATATCTAGAATGGAATCTTTCTCCA +ACTTCTTCAATGTTCCTAATAACAATATCTTCAGGTAAATACTCATATAAGTATTTTTGC +ATTTTTTCTATAGAATCAGTACTCTTTGTTTTAAAGTTTACAACTTGTCCATAAGAATGT +ACTCCCATATCAGTTCTACCAGAACCTATTATTTCTATATCTTCATTTGCCATTTTAGAA +AGAACTGCTTCAATCTTACCTTGTATCGTCATATCATTATCTTTAAGCCTTTGGAATCCT +TTATATCGAGATCCATCATATTCTACTGTCATTTTTATATTTCTCATTTTTATCCTCTTT +CTTCAATTTATAAAAAACTAAATAGATTCAAGTATTTTATTTTTTAAAGTAAATGTAATA +GTAGTGCCGACATCTTTTTCACTTTCTATTTTCATTTTACCACCATGAAGTTTCACTATC +TCGTTACTAATAGCAAGTCCTAAACCACTACCTGATTTATTAATATCTTCTTGGAAAAAT +TTATCTAACACTTTTTCTAAATTTTCTTTTTTAATCCCTGAACCAGTATCCTTAACCTTA +ATTGTTGTAAATTCTTCGTCTTGAGATACTATAACATCTATTTCTCCTTCAGGCGGAGTA +AATTTAATTGCATTTTGTATTAAATTAATTAATACTTGTCGTAGTCTATTTTTATCACCT +TGAATTGGGTTTAAATCTGCAACTTCAAATTTTGATAATAATTTTATATTATTTTCAATA +GCTTTTACTTTTAGTTGATTAACAACTCCCTTTGCTAAGGCTTCTACATCTACTATGTCC +ACTTGAAGTCTTATTCTATCCGAAGATAATCTAGAGAAGTCTAACAATTCTTCAACTAAT +TTTATTAATCTTTCAGTCTCATCTTGAATAATTCCAAGACCTAAGTCTAGTTCATCTCTA +GTTATATTTTCATATCCTAAAGTTTCACTCCAACCTTTTATTGAAGTTAAAGGCGTTCTT +AGTTCGTGAGATATAGAAGATATAAACTCTTCTTTTAATCTTCTAGTTTTATCTATTTCA +GTAGCCATATGCTCAAATGTTTGAGCCAGGTCTCCAATTTCATCATTCCTTATTTTCTTG +TTCTTTAATTTAATATTGTAATTTCCATGAGCTAATTCATTAGCAAATTCTTTTAATTCT +CTTAGTGGTTGTATTAATGTTTCTGCAAATCTTAAACTTATAGATATTGTAATTAACAAA +ATAAATACGCCAGCAAGTATAAGTCCAAGTACCAATTTAAAAATAGTTTTATCAATAGCA +TTTAAAGTAACTGTATATCTTACAACACCTTCTATTACGTTATTAACTTTTAATGGTACA +GATATACTCATTAAATGTTCATTTGTATCTGTAATCCTATATGTATATGGTGTTAGATTA +CTTGAATCACGCAGTGCATTATCTACATCTTCATAATCAACTTTTTCATTAGTTCTAAAT +CCATATTGGTCTATGATTAAGTTCTTATCTTTGTCTATTATTTGTACAGCATATTTTGAG +TTAGCTCTCAATTTTTCCTTTTCAATAATATTATTAACCTTATATTCAAAGCTTGAAGAC +TCATTGCCTATAGTTGTATATGTATCTTTTGTATATGCAGCATGATTAGCCAAAGATTGT +TTTACAGAATCATAGTAATAGTTTTGAATATAAAATATAAATAACCCTTCAAATAAGGCA +ATTGTTATGATAATTATTGTAAAATAATATTTAATTATCCTTCTTCTTAACCCTTCGAAA +TGTAACACTACTAGTCTTCCTTTCTAAAACTATATCCATACCCCCATACTGTTTGTATAT +ATTTAGGTTTAGATGGATCATCTTCTATTTTATTTCTTATCCTTCTAATATTTACGTCAA +CAATTTTAAAGTCATATAAATAATTACTTCCCCAAACCTCTTTTAATATTTGATCTCTAC +TTAATGATTGGCTACCATTTGTCATTAAGTATTTTACAATTGAAAATTCTGTCGGAGTAA +GCTCAATCTCTTCATTATTTTTAAATAATTTTCTCTTATCAATATCAAGAACAAATGGGT +GTGATACTATTTCATTTGTTTTAGTTTTATTTTCATCTTTTTTTATTCTTCTAAGCAATG +CTGATACTCTCACTAATAATTCCTTTATACTAAAAGGCTTTACCATATAGTCGTCAGCTC +CAGAAATAAAACCTTCTATCTTATCTTCTTCTTGTGATTTAGCAGTAAGCATTATAACTC +CTACTTGATCAAAGTTTTGTCTTATAAACTTACAAATTTCTATACCACTCATATCTGGTA +ACATGACATCTAAAAGTGCTATTGATATGTCATCTTCTTTAGATAATTTTTCTATAGCTT +CACTTCCTGAACCAGCTTCAATAACTTCATAACCTTCTCTTTTTAGATTTATGCTAACAA +AACTTCTAATTCCTATTTCATCTTCTAATACTAATATTTTTTCCTTCATAAATATCCTCC +CATATATTATTCATATATTAAAGAAAAGTAATCCTTTAATGCTTCTTTTGTAATATCTAA +TCTTTCTAATTCCTCTGTATCGTCAATACTTAGTGAAAAATTATATTTTTCTGTTTCTTT +AAGAAGAATTGATGCTTGATTTACTAAGTTTATATTTTTATTTTCATCAACTATATTTCT +ACTTGATGCCGTTATTGTAAATAAAGATTTTGATTTATTTCCTGTAGCATCATTGTAGCA +GAACTTGAATAAAACATTATCAAGGTTTTGCTCCTGTTCTATATAAATTTTGTTTGCTAA +ATTATTTGGTATAAGGAATTTATAATTATAATCGTAATTATAGTAAATTTGAATAGTAAA +TAATAATCCTGAATTATCATCAGTTTTACCATTCCATCTATACCAACTAATATTCGCAGA +TGACTTTGATGTATAAGTATTTTCATTTAAACTTCCATTTAATATAGGAATATCTATTAC +CTTATCTTTGTTAATATCTTCTATAGGAATATAATAAGATTTCATAAGGTTCTTGTCATC +ATCTTTGAAAGCTTTCTTAATAGATCCATTTTCAAGATAAATCATTTGTGTAAAATAACT +ACTATCTTTGATCATAGGAATATCAAGAACTACACCTCTTGTTGTTGCTCCTTTGACTTG +GCTTGCTAAATTTCCAAATGTTATATATAAATCACTTATATTTTTTACATTCTCAAATTT +AACATAATCTATTAACTTCATTTTATTATCAAAATTAAGTATACTTACATACATTTCACT +ATTTTTATAATCATAGTTTACCATTAGAATATCTAAGATGTGATCATCATTAATATAACC +AATCTTAATCTTCATATCACTTAGATATCCTCTATTTTTAATCCATGTAGGTTCCGAATT +ATATACTTCTTGTACTTCTTCATCTATATACTTATATAAATATAATCTAGTTTTTGTCTT +TTCTTTAATTGCTAACACAATTTCTTTATTTCCATCATTATCTAAATCATAGAAATTAGC +ATACTCAATAGATTCTCCTACTTTTAAAAGATTCACTTTCTCTTCATAAGTCCCATCATA +TTTCTGACTAAAAATCATAAACCCAACTTCATTTTCATTAGTGTTAAGATTTTTCTTTTT +TTCGAAAGCAACTACTTCATTTATATCATCATTGTTTAAATCTACTTTGTTTATTTCTCC +TACATCCTGAGAATTAGAAGGTAATGATAATGATGCAGGCTTAACTAACATCTTATTTAT +ACTATCATATAGTTCTTTATTTTCTTCATTGTAAATTGGCTTTTTATCTATCAAACTTTC +CGGTGATTCACTGCTGGAGACACAACCAGTCATTAAGAGCATAAGCGCCCCTAATAAAGC +AGTGCTTTTAAATAACTTCATTCAGCTCCTCCTAATCTGAAACTTTCTTACAGTAATTCT +TGAAATTTTCTATTCTATCACATTCCTCTTTAATTTTAGACTCATTTAATTCACCTCTTC +CAAGTCTATCACATTTTGATAAAAGTGCAACTTCTTCATAATCGCATTCTTTTAACATAT +TTGATGGATCAAAGAATGGTAAGTTTTTATCAAAAAATAATGGTTGCATATGATATCTTA +CTAATTTACTTACTTTTACTTTAAAATCTTCATCTTTGCCTAATTTATCAAGTATATCAT +AGGCAATTTTTTCTCCTTCAACATCATGATTATATGATGTTAACCTTCCTTTTCTTAACT +TTGTTGTTGTTAATTTACCCATATCATGTAAAAGTGCTGCCCACATAAAAACTTCTTTGT +TTTTAGAATGGTTTTTATTTTTTGCTGCTTCATCAACAACTAAAAGCACATGATTTAAAA +CATTTCCTTCAGGATGATACTTTCTATTCTGATCTATCTCTGATAACTTCTTTATTAAAT +CAAAGGGCTGTTCGTCTAATTTTCCTTCTTTTATTAACCTTATAATTTCTTTTGATGGAA +TCTTAATTTCAAGTAAAATTTCATTAATTTTATAGTAATTGTCTATTGATGTCATATAAT +TCACCCTTTCCTTATATTATCATAAAATTTACTTAATGTATTCTTTTAAATAAAAAATAA +AAGCTTAGCATTTTAACTAAGCTCTTATTTATATTTTAACACTATATAAATCATTTATTT +ATTTTTTTCTTTTATAAATAAAATAAATTTATAAGTATCAATAATTTTCTATTTTTTAGG +GAAATTTTCTTTAGACCAAACTATATTTTCAACTCTTCTATCATCTGTTTTTATTTCTTC +AACTACCTCGATTTCCTGTACTTTATTTAAATTATCATTCTCTACTCCTCTAAAACTCCC +TAAATCATTTTGATCTTCTATATCTTCTAATATTTCTTCGCTTTCTTCTATTACATTCTG +TTTAACTTCTAATGAATCTTCTTTATCGAATTTATCTGATTTTTTTGTTCTTCTTTTATG +ACTGTGATTATTTGAATGTGATTTTTTATGATTCTTTGTATTTTTGTTTTCTGTTCCAGT +ATTATCTACTTTGTTTTCAACTTTATTTTCTATTATGTTATCTACTTCATTGTCTATTGA +TTCATTTTTAGGATGAGTTTTTTTTGTATTTTTAGAATGAGCTTTTTTAGAGTGATTTTC +TTTAGAATCAGTTTGTTTGCTATTAGTTTTTTTGTTTAAAGATGATTTTTTATTTTTAGA +CCCTTTTGTACTTTCTGATACTTCAGTTGTATCATCTTCTTTTTTGATTTTGCTTTTTTT +TGCAGGTTTCTTTTTACCACCTAGGCCTAAATTAAACGGTCTATTTTTCTTTGCCCTAGG +CTTAGCTTCTTCTAAACCAAATTCTTGTTTTTTATCATCTGGTACTAAATCATTTAATAT +TACTTCATTAAAATCTTCTTCGTAATTAGATTTGCTATCTACATTTTTATCTACTTGGTT +AGAGTGTTTTTTTCTACTACTTCTTTTATGATTATTATTTTTCATTCTAAGCAATTAATA +CACCCCCTTGAAATACTCTTTATAACATTTATATTCTTACAAGGGGGAAATTATCTTTAT +TATTTTTAATTAATCATTTTTTCTTGGTGGTCTTGGCCCAGGATATTGATATAAGTTAGT +TTTTAACATCCCATTATATAGCTTTCTTTTTCTTTCAGCATCCTTACCAAATTCTTTTTC +AAAATCTTCAAAAGATGTTATTAAGTAATAAGACCAATTTTTTAATTTTCTAAAAGTGTA +TCCAAGTTCTTTATAAAGCATTTTTACACTATCAGCATCTTCTAACCTTTCTCCATAAGG +TGGATTCGTTATTATGAATCCATATTCTTCCTCACTTTTAAAATCTACTGCATTCGCTAC +ATTAAATTCTATATAATCTTCTACTCCTGCAAGTTCTGCATTTTCACGCGCTATATTTAT +AGCTTCTTCATCTATATCATAACCATATATCTTAAATTGTGTACTTTCATCAATCTTATC +ATAAGCTTCTTTTCTTATATCCCACCATATTTTTTTATCCATAGTTCTCCATTTTTCAGA +GATAAACTCACGGTTAAGACCTGGTGCCATATTTATTCCCATCATAGCTGCTTCTATTAA +TAAAGTACCAGAACCACACATAGGATCTACTAAAGTTCTACCTGGTCTCCATGGAGTAAG +ATACATTATAGCTGCTGCTAAAGTTTCTCTTATTGGAGCTTTATTAGCTTTTTCTCTATA +TCCTCTTTTGTGAAGGGCATCTCCTGTTGTATCTATAGACAACACTACCTTATCTTTGTG +TATAAATACATAAATAGGATATTTTTCTTTATCTTCTTTTAATAATCCGTCTTCTAAATA +GCTTTTCTTTAAACTTTCAACTATAGCTTTTTTTACAATTGATTGTATATGCGGGGTTGA +GTGTAGCTTTGACTTTATTGATGACGCCTTTGCTATTGGAAACTGTGCTCCATAAGGAAT +ATATTTTGCCCAGTTTATTCTTTTTGTTCCTTCAAATAATTCATCGAAACTTTTAGCTTC +GAATTCAGCTATTTTTAAGTGAACTCTTTCGGCACATCTTAGCCACATATTTGCTCTTGC +TATACCATATTCATCAGTCTTATATGTAACTCTTCCATCTTCTGTTTTAATTATTTCAAA +TCCTAAATCTTTTATTTCTCTCGCAAGCATTTTTTCTACCCCGAAGAAACAAGGTGACAT +TAACGTATACGTCTTCATTTTTTCCTCCTAAATGTTTATGTGAGATTAGTACTGCCCATC +TTATAGCCGCCCATATCTAAAGTCACATATTTAAATCCAAATTCTTTAAGTTTATTATTT +GTTTTGTCTAATAAATCATTACTAAAAAACTTATGTATTTCTTCTTTTCCAACTTCAATT +CTAGCAATATCTTCATGAAGTCTTACTCTAAATTGATTAAATCCCAACTCTACTAAGTAT +TCTTCACTTTTTTCTATCATTCTAAGCTTTTCATTTGTAATTTTAGTTCCACAAGGTATT +CTTGTTGCAAGACATGCAAATGCAGGCTTATTAAATGTATTAAGATTCATTTCTTTTGAT +AAAGCTCTTATATCATTTTTTGTAAAACCACATTCCTTAAGTGGACTCACTACATTTAAT +TCTTCAATAGCCTTAAGACCTGGTCTATAATCACCAAGATCATCCAAATTGGTTCCATCT +ACTACATATTTAATATTGTTTTCTTTTGCAATTTCTTTTACTTTAGAAAATACTACCTTT +TTACAGTAATAACATCTCTTAGGACCATTTTCTATAAACTCTTTAACATCAAAATTATCT +ATATCAACTACAATATGATTTGTATTAAATGTTTTAGCATACTCTATAGCTTCTTCAATT +TCTCTCTTTGAATGCATCATTGCATGTAAAGTTACTGCTACTACATTTTCTCCTAAGGTT +TCACTAGCAACCTTCAGTAAAAAATTACTGTCAACGCCTCCAGAATAAGCAACTGCTACA +CTACCTAATTCTCTAAGCATATTTTTTAATTTTACTAATTTTTCACTTAGTTCCATAATA +TCCCCCACTTTCATAGTAAATTTATTATATAAAATATAACTACATAAATCAAACTAATTT +ATTATAAAAGTAAAGTTTTTATATAAAATATGATTATTTGTTTTTATACTAAGCTACTAC +TATACACATAGTATAAGTCACTCTAAAATTTGCTATATTTTAAAATTTATTGTAGTATAT +GATTATTAAAAAGGGGGATTTGACAATGAAAATTGACTACAAAATACCAAATAATTTACT +TAAAAATAATAAAGGAATGAAGTTAATATTTAGAGACGATTCTACTATATTGGATATTTA +CATAGGTAGCAATCCAGTTCTGACTTTAGAATTAGAAAAGAGAGATATAGAAAGTAATAG +CGAGTTTATTTACAATTCAATAATAAACTTAAAAAATATCACTATGTATATTCCAAAAAT +TTATATAAAAGAAAATTAATACATAATAAGTAATATTAAAAGTAAAATATTCAAAGAACA +AAAGTTGAACTATATTATATATAGTTCAACTTTTTTACTCATAATTAATGGTTACAATAC +CTGTTTATTTCTATATATTTTTTGAGAAATAATATATGATATAATCATAACAACTACACT +AACTATTAAAAATATAGTTCCAATTCCAATTTCATTAATTTTAGATAAGAAAATCATAGC +TTCTTTTTCCTCCGCCATTGCACTTATTAATGATGCTGGAGCCATAACTATGGATAATCC +TACAATAGTTATAAATACTCTTCCTTTAACAATACCAAATTTTAATATTGAAGGGATAAG +CACTGAAACTAAAATAATTGATGATGCTATACCTACCGTTAACATTGTCTTAAAATCTAT +TATATCATATGACTTACTTGAAAAAGTTAATACAAGTCTATATGTGACAGTAAATATTAA +TATAGATATAATTGTACTTGTTAGTCCAAAAATGTATCTAGAAGTAATATATTCTTTCTT +TGTAACTGGCAATGATGCAATTAAATAATCTATTCCATAACTTTCTTCATATGCTATAAC +TTGATAAGTCATTTGATATACTATAATTCCAATAAGCATATTTAAAAATATAGGATTGAT +AATAGATCCAACTATAAATAGAATTATTGAGATCAATAATATACTTTTTACTGCATTCAA +ATTTGAATAACTCATTTTTACTAAATTTATAATATTCTTCACTTTTATTCCCCCCTTGTG +TAGAAAGTTAATATATCCTCAAGATTTGGTTTATCATAAACCACCTCTTCACCAAATATT +TCATAAGCTTCTTTTTTATTTCTAGCTAATCCCTCAAAACCAAAGCTATTTTCAGATACA +GATATAAAAACTTCTTTAGTTTCATGATTTAACAAATCTTTTTTACCTCTTACTATACTG +TGTTCTTCTAATATAGAATACTTATCACCTTCTAGTATTATTTTTCCTTTATATATAAAG +ACTAGATAATCACCAACTTTATCTAAGTCTGAGGTTATATGTGTAGAGTAAAACACACTT +GCATTATCAACTTCAATTCTTTCTTGTAATATTTCTAAAAATTCATTTCTCACTAATGGA +TCTAAATTTGCTGTAGGCTCATCCATAATAATTACTTTAGGATGATGAGCAAGTGCAATT +GCAAGTTCAAATTGTTTTTTCTGACCTTTAGATAATTCCTTATATGTTTTATTCTCATCT +AGTTTAAATTTATTGATATATTTTTTGTATAATTCTTCATCCCAAATTTTATAAAATCTA +GATATATTCTTTTTTATTATAGATATCTTAGCATCATGTAAGTATCCACTGTAGTCCCCA +ACGTAGCCTATCTGCTCTTTAATATATAAATCACATTCTTTATATTCTTTTCCTAATATT +TCAATAGTACCATTATCCTTTTTAAGCATATTCATTATTAGCTTTATAGTTGTTGTTTTA +CCTGAACCATTAGGACCTATAAATCCCGTTACATAACCTTCTTTTATATCTAACTCTTTT +ATATTTAAAGAAAAGTCTTCAAAACTTTTGCTAAGATTTTTAATTTTGATTGCACTCATA +TTATACCTCCTCATATAAACTCTTAAATATCTCTAAACCCTCTTCTAATGTCATACCAAC +AGATTTTGCTTGTCTTATAATCTCCTCCAATTTACTTTCTACTTCGTACATTGCCACTTC +TTTCAGTCTTTCTTTATTTTGACTAGCTACAAAACTCCCTTTTCCAGTTACTGTTTCAAG +ATATCCATCTTTTTCTAACTCTTCATATGCTCTTTTAATTGTAATAATACTTACCTTTAG +TTCTTTCGCTAAGGACCTTATAGAAGGTAGTCCATCTCCGGCTTTCAGTTGACCATTTAA +GATTTGTGATTTTATTTGAATTTGTATCTGTTCATATAATGGCACTGATGATGAATTACT +TATATTAATATTAATATTAATATTCAAATTTAATCTCCTTTCTTAAATTGTATATAGGTG +TATACAACTGTATCTATATTATATATACAATTATATACACCTATATACAGTTTTGCAACT +ACAAAAATATTTTTATATGGTTATATATAAAAATAACCTCCATTTACTATTAAAAAACTA +ATAATAAAAGAGAAATTATCTTTTTAATTTAATAAAAAAGTGTATATCAAATATATATTG +ATACACACCTAATTACTTTTAATCTCTTCTATTTCTAATCATATCTATTACTATATATGC +TACTACTACCACCGTAATAATAATTACTATATTAGTAATCCATGAACTAATATGTCCACC +ATATCCAATGGTTCTAAATGGATTAAAGTATCCTCCGAAGAATCCTCCTCCTGAACTTGA +ATCTCCACTATAACTTCCACCACCTGATCCATAGTCCTTATAACTACCAGATCCCTGTGA +ATTATTACTTTCACCTGAACTACTATCATTAGGCTTAGTTGTAAAACTACCCGAATCAGG +TTTTATAGTACTAGAATTACCATTAGAACTGCTTCCACTATTCGGACTAGTAGAAAAGCT +ACCTGAATCAGGCTTTATTGTTGTTGAGTTATTTTTTTTATTGCTACTACCTCCAGAGTT +AAAGCTTCCAGAGCTAGGAAGTCTCTTGCTACTATTTGATTTATAACTTTTGGGTCTTGA +ACTTTTACTGCTAGAACGTGATGATGAACTAATTGTATAAGTTTCTATACTGTTTAGTTC +ATCTGCATAACTAACTACCTCACTTAATGCGAAACTAATTGAAACAAATAATAAGGTAAA +TATAGTTAAGAAACTTATGAGCTTCTTTTTATTATTTCTCATCTTATACCCTTAACCCCA +TTTCTATAAACTTATTATTTATTCGTATTAACTCATATTGTGTATCATCTGTAATAACAG +AATCATATCTTTCTTCTCCTTTAAATTTAGAGTATTTTAAAATATGTTGATTATCATAAT +CTTCGCTATCAATTAAATAAACATACCTTGAATAGTTTCCATCTTTATCTTTTTCTATTA +AATAAGCTTTTACATTGAAAATAATTTCTTTATTACCATTATATAAAGTTACTGTATCGT +TACAACTTGTAAGTAATGAGTCTGTTTTGTTGCAATCAAGTACATATTCTTTTTCTCGGC +AGTTAAAACATTGATCCATAGGACACTTACTTACGCAATTTCTACACTTACATAGACTAC +ATTTATCTAACTTCCCTAAATTTATTATTTTATCTTTACTTAAATAATTATCTATTTTAG +AATTTACATCCATATCTTTATTAAGTAATTTTGCAAATAATCCTTTTTTTGCTTTACTAT +CTCTTTCTAATTTATCTAAAAAACTCATATAGTCTTTTAGAGTTTCCACCTTCGTTATAA +AGCTTCTTTTATTTAATTCATCTTCATCTAACATCTGTTTTAAATCATCAGATGCAAATA +CTAAATCAGTATAAACTTTATTATATTTATTTTTTTCTTCTTCGATCCTTGTGCTCATCT +AAGGCCCCCTCAAAACAACTTATTCTAATTAAAGGTAGACAGTATTTAACCATCTACCTT +CACTTATTATTTTTAATATTCAATATTTATTATATTGTATTGAAATTTATTTTTCCATTT +CTTTTTTAATTCTTTCTAACTCATCACTTACTTTTGAATCAACAGCAGGAGAGCTATTTA +TATATTCATATAACATAGCATCTTCATCTTTAGGCTTTAAATCCTCTAATGCTTTTCCAT +AACTTTCTTTTTGTGAAACTTTCTTTTCTAATTCATCTAGGTTTATTCCATGATCATCGT +TAAGCCCTGCTAAAGTTTCGTTTATTTCATTACTTATTTCAGCAACATCAAGTCTAGTAG +CTAACTCTTGTTTTTTAGATTTCATTTTAGATATTTCTATCTCTAACTCTTGTATTCTAT +TTTTAATTAACTGAATTTTTTCATCTTGCTCTTTTATTCTAGTATCAGTTTGAGATATCT +TCTCTTCTATTTCAATTTTTTGTTTAACAAAACTTTGAGCTTTTTCAGTATCTTCTTTTA +ATATAGCTGCTTTTGTAGCTTCCTCATACTTACTAGCCTTTTCTATTAATTCTACTTTAT +CTTTTCTTATATTATCTACTGTTGCAATAAAATTTGCGCATTGTTTTTTAGCATCTATTA +ATAATTTTTCTTTCTTTCCTATAGACAATTCTAATAGTTCAATTGGATCTTCGTGTTTTT +CTAGTGCCTTATTTGCTTTTGCACTTACTACGTTTTTTAATCTTTTAAAGAAACTCATTG +TAATCTCTCCATTTCATTTTTTAAAATTAACTTCCATAATCTTGTAATATCTATATATTA +CATAAATATATACTATCATAAATAATTTTAATTTAGAATAGTTTAATAGTTACTATTTTG +TTTCTATACCTAATATATACCTTTAAATTTGTATATATTAATATTATATTATTTATATGA +ACTTATAGGAGGTTATACATTTGAGATACGTTATAGTTAGTGTAGTTAAAAATAAAGCTG +GTGACTTTAATAATAATTTAAGAAAAGATATATTTGAAAAATTTAAGGCTAAATCATCAA +AGTTGCCTGCACACTTTACAATTAAGTCCCCTTTTGAATCAGAGGATATAAGTGAATTAG +AAAGCACTTTAAGTAAATTTACAGAGAGTCATTCAAGTGCACCTTATAAAATTAAAGGAT +ATAGTAACTTTGATAATAGAGTAATTTTTATGAAGGTCCTAATGAGCCAAGATGGAAAAA +GAATTCATGACGAGCTTATTGACTCTTTAAATGAAATATCTTATATCAAATTTGATTCTA +AAGATGGTAAGGATAAAATTTTTCATGTAACTATAAGTAGTAAAAAAATACAAAATATAT +TTTCTATAATATGGGACTATGTGAATCAATCTCCTTGTGACTTCGATTGTGTATTTGATA +ATATTTGCATATATAAGTGGGAAAATAATACTTGGGTTTTACATAGTGAATATAATTTAT +AATTCTTAATAGTTAATTAATGTTCTAAATGAATATCTTATTTATTTTTAAGTATTATTA +TTCCTACTAGGAATTATCTTCTTTTTATAAAACTGATAATTAGTTTTTTGCATTCGATTA +TTTTCGATTATTTTCGATTATTGAAGGATAACTAATTATCAGCTTTTTATATTTTTACTT +ACTCCAAAATTTTTTGCATAGTCTTTTAACATCTTCGCTTTTTCTTACTTTTAAATTAGT +ATTATGCCATTCATAAGGAAATAAACTTTTATATCTATTCTGAGAATATCTACTGTCTAA +AATTAGTATAACCCCTCTATCTTCATCTGTTCTTATACATCTTCCTGCAGCTTGAAGAAC +TTTTATCATCCCTGGATAAACATAAGCATAATCAAATCCTTTGTTATCTTTGTCATAATG +TTCTTTAATAACATCTCTGTCTACACCTATCTGTGGCATCCCTACTCCTATTACTATTAC +ACCAATAAGCTTGTCCTTAGTTAAATCTATACCTTCAGAAAAATGCCCTCCAAGTACACA +AAAACCAACATGAGTTTCTATATTATTTTCATCAAACATTGATAAGAAATCTTCCTTATC +TTCCTCACTCATGTTACTTTCTTGTATAGATACATTTATTCTAGGGTGTTTTTCTTTCAT +TTTCTCATATATTAATTCCATATATTTATAAGATGGGAAGAATGCCATATAATTTCCAGT +CTTTCCTTGAGTACAAGCTGATATATAGTCGCATATCTCCTCACTAGTTTCATTTCTTTT +TGAATATGTTGTTGAAATATTATCACCTATCATTATAAGTCTATTATTATTATCAAAAGG +ACTTTTTAGATTAATAACAAAATCTTCTTTTTCTGATCCATACATGGTCATAAAGTATTC +TATTGGTATAAGAGTGGCAGAAAAAATTATTGTTGATTTTGATTTTTTCATCTTTTCTTG +TATGACCTTAGAAGGATTCACACAATACATTTTAATAGTTATTCCAGAAAATCCTTGATA +ATATATAGTAGTGTAATTCTCATCATAAATGTCTTCTATTGAAATATACCTACGACATTC +AAAGTAAAGATCAAGAAGTTCTTTATTATCTTCTGTACTCCTAGATAAATATTCATCAGT +ATATTTTATAAATGATTTTAGAATTTCACTTAGTTTCATTGGCAATTTATTATCTACTAA +ATACGTTTCATTTAATCTATTTAGACTTTCATATTTTTCTTTAAAGGTCTTTTCCACTTC +TTTTATTATCGATGTTAGTGTTTTATCTTTGCTACTCATAAGCTTTCTAATTTGTACAAA +TTTTTCTTGAGTTAGTGTAGCTGAATACATATCTCTTGCTCTATCAACTAAATTGTGAGC +TTCATCAATAAGAAAAGTAAAGTCTGTCTTACTTACTTCAAAGAACCTCTTTAAATATAC +CCTAGGATCAAATACATAGTTGTAGTCACATATTATTACATCACTAAACATTGTTAAATC +CAAAGATAATTCAAATGGACATAAATTATATTCTTCGCTTATTTGATCTATATTGTATCT +ATTATAATCATCATACTTTAATATAATCTCTTTTAAAGATTTATTTATTCTATCGTAATA +TCCTTTAGCATAAGGACAGTAGTCCGGATTACAATTAATTTCATTCATCTTACATATCTT +TTCTTTTGCTGTTATAGTAACTGATTTTATAGATAAATTTTGCTTTCTCATTAAAGTTAT +ACTGTCTTGTGCTACTTCTCTTGTTATTGTTTTTGCTGTTAAATAAAATATTTTCGAAGT +ATGTTCTTCTCCCATAGCTTTAATAGCTGGAAATAATGTAGAAATAGTTTTTCCCGTTCC +TGTCGGTGCTTGTGCAAAGCATTTTTTACTATCCATTATACTTTTATAAACTCTTACTGC +AAATTCTCTTTGTCCTGGCCTATAATTACTATAAGGAAATTTAAGATTTTTAATTGATGA +ATTTCTTTTATTAATCCAATCACTTTCTATGTTTGCCCAACTTTTATACTCATCTAACAA +ATCAAAGAAAAAATCTTCTAGCTCTTTTAATAAATATTTTTTTCTAAATATTCTTGTAGT +CTTACTTTCAATATTATAATAAGTTAATTGTATATCAATATTTTCTAATTCATTTTGTAT +TGAATATATATATCCATAACATATACCTTGAGCCCAATGAAGTGGATTTGTATCTTCATC +TATTAATAATAATTCCTTTGTTGTAGTCTTTATTTCATCTATAATAATATTTCCATTTTC +TATTAATATACCATCTATTCTACCTTCCACAATAAAAGTTAAACCATCATAATCAAACTC +GTGTTTAATAGGTACTTCTGCACTATAGTTGCTACCATATGACTTTTGTACTATTTGGTG +TCCTTTTATTCCTTCAATGGCTTTAACTGATCCTACGTACCTATTATCTATGTCTCCATG +TCTTAAAATAAATTCTACTAAGCTTCTTATAGATATTTTTATTTTCTTTTTCATATTATA +AGTTTTCTTTTTCTAAATTTAGTAAAAATTCTTTTACTTCTAATCCACCTGCATACCCAA +CAAGTTTATTATTGCTGCCTATTACACGGTGACATGGAATAATAATAGGTATAGGATTCG +TATTATTTGCCATTCCAACAGCTCTACATGCTTTCGAATTATTAATACTAATTGCAACTT +CCTTGTATGAACTTGTATGACCATAAGGTATATTTTTAAGGCTATTCCAAACATTTTTTC +TAAACTCTGTTCCGATAAGTTTAAATGGTAAATTAAATTCTTTCCTTTTACCATTTAAAT +ATTGATTTAATTGACTACTTGCTTCTTTTATAACTTCACTTTCAAATATTTCATAATCTT +CTTTTATTATTTTTCCATTCTCAAAATATATTTTAATTATATAACCATCTTCTTCTGCTA +TTCCAATTTTACCAATTTTCGTATCGTAAAAATATAAATATTTCATTCATTAGTTCTCCT +TATATAAAAACTTTACTTAAAATTCTGTTTATCATATTTAACATTATATACAATAACACT +AAAGAATACATAAAAAAAGAGTATCATTACGATACTCTTTTTCTTATTATACACTAACTG +ATTCGTTTACAGATTGGTTTGAAGTTATTACTTGTGTAGCTATATTTACAGAGTGATCAG +ATACTCTTTCTAAATTACTTATTATATCTAAGTATATAACACCTGAGTCTATACTACATA +CACCTTCATTTAATCTATTCATATGACTTCTACGATAAGATGATTCCATAGCGTCAACTT +GTTCTTCCATTTTTATAACCTTACAAGCTAAGTTTACATCAGCTTTTTCTAAAGCTTCTA +ATGCACATGTATAAGTCTCTACAACTTTATTGAACATTTCTATTAATTCATCTTTACCTT +TATCAGACATATTTAAGTCGTTGTTTATCATACTTTCAGCTAATTCAGCTATATTTTCAG +CATGATCACCAACTCTTTCTATATCATTGATAGTATTGAATAATTTATCTATTCCTTCTA +TACAATCATGATTTAAAGATGTTTTAGATAATTTTAATAAATAGTCTAATATTGTTTTTT +GTAATTTATTTATTTTAGCTTCTTCTTCGAAAACATATTTTACTTTTGCTTCAGATTTTT +CTAATAATCCGTTCATAGCATTTTCTAAAGATGCCTTAGCCTTATTACCCATTCTTAAAG +TTTCTTTAGATGTATTTGATAAAGCTATTGATGGAGTTGTTATCATTCTTTCATCAATGA +ATCTAACAACTTTAGTATCTTCTACTTCATCTTCTCCTTCTGGAACTAGTTTCATAGTAA +GTTTTACTATAAGCTTAGAGAATGGAAGTAATAATATTACGTTTATAACATTAAATAATG +TATGTGAATTAGCAATTTGTCTACTTACGTCATTTGGATCTAAATGAGTAACTAACATTG +TTATTGGTTTTGTCAGTAAGAACATAAATACTAACGTTCCTATTATATTAAATACTAAGT +GCATTGTTGCTGCTCTTCTTGCATTTTTACTTGCACCTATACTTGATATTAAAGAAGTTA +CACAAGTACCTATATTTTCACCATAAAGTATTGGTAATGCTGATGATAAAGGTATTAAAC +CTTCTGATGCAAGTGCAAGTAACATACCCATTGAAGCACTTGAACTTTGAACAATTGCTG +TTATACCAAATCCTAATAATATACCAAGTATTGGTTGGCTACCAAATGAAACTAATGCAT +TTGTAAATCCAGAGAACTCTCTTAGCGGTTTAACTGCATCTTTCATAAAGTCCATACCTG +TAAATAATATACCAAATCCTATAAGTATCTCTGCCATATGCTTTGTTTTTGAGTTTTTAG +CAAATAAGTAAAGAACTATACCTATACCTAATGCCATCGGTGCCATTCCGACTAAGTCAA +GTGATACAATTTGAGCTGTTATCGTTGTACCTATATTCGCACCCATTATAACACCTATTG +CTTGAGGTAATGTCATTATTCCTGCATTAACAAATCCTACTACCATAACTGTAGTTGCAG +AACTACTTTGTATTATTGCTGTAACTAATGCACCTACTATAACACCCATTATTACGTTAC +TAGTTAAAAGTTCTATAATTCTCTTTAATTTTGCTCCTGCTGATTTTTGAAGACCGTCTC +CCATAAGGTTCATACCGTATAAGAAAAGACCAAGTCCTCCCATTAAGTTAATTATGATTT +CCACTACTATTTCCTCCTAAAAATCAATTGCTACAATTATTTTTGTATGTATTTTTTATT +TGCTGATTAGTACATTTTTATTTTAACAATAAACTTAACATTTATTGTTAAAATAATGTT +AAGTTATTTAACATTTCGTTAACTTAAAGTTAAACAAATGTTAAATCTATGTTAAAAGAG +AGGAAATCAAGCATTAATCAAGTTATTAATGTTAATTTATTGCATTTATTTTAAATATAT +TGTTAAATTTTTTAGTTGCTTTGTTATAAACATTCCAACTCCTATACTACTTTCTATATG +CATTATTTTTTGTATTGAATTATCAAATAGAACAGTAGCGTTTGCAGAGATTTCATCATC +TCCTTCCCATATTACTACACATATAGGAACTCTTGGAAATATATTAAATATTGCACTAGC +ATCGCCAAATTTATACTCAGTCCCACCTAGACCTAAAGCTAGCATTGAAAATATATCACT +ACTATATCCAAATTCTTTAATTAATGTCTCTATAGAGCTTTTATAAAATGCTGGGTAATA +TAAATCCCCTCCATTTGGGATTTCTTTCAAACTGACCCACTTATTTTCTACCTTTATATC +ATCATCTGAAAAACCTAAATAATTTAGAAGTGTTATAGCTAAAGATATATCCATATCTTC +TAAAGTTTCTATATTATAAATTTTCTCGCTATCGCAGTCCAATATATAATGGTCTCCAAG +TATATCTATTTCAAAGATATTCACATCTTCTCTATATTTTACATCTCTTATTTTTGAAAC +ACGATTGAAGTTTCTATCTTTTAACATTTTCCATCCTTGATTATATGCAATGCGATAATT +ATTCACTTAATCACCTCCTAAAAAAGCTAGTAAATCAAAGTAGATTACTAGCTCTTATAT +AAATATTTTAAACTACTTCATTTCAAAGAAATACATGTACTTTTTAATACTCTATTCAAT +ATAAATTAGTTGTGTTCTTATTTTCCCCATTTTAATTCATATACAAAGTATAATATACTT +ATATTTATATATAGTATCATAATGTTTGTATTCTCACAGTTTTTTTCTAAATTTTCAAAC +ATTTTTTCTCCTTGATTGATTTTATATAAGGAATTAAAATTATATAATAATATAAACTTT +ATTTGAGACTTGAAAGGAAAATATATGAACGATATCAATTATGAAAATTTATTAAATATT +AATACTTTTGGAGAGGAAAACTGGAAAGATAAGTTTAGTCACTATCATCCTTATCAAGCA +ACATCTTATTCAGCCCTTGATACTTTATTTGAAAATTATAGAGTAAATGAAGATGATTAT +ATTGTTGATTTTGGTTGTGGTAAAGGTAGGCTTATCTTTTATATAAATTACTACTTTAAT +GCAAGCTGCTGTGGAGTTGAAATGAATAATGACTTTTATAAAACTTGTTTAGATAATAAA +TCTTCATATTTAATTAAAAATAAGAAACTTAAAAATAAGATTAAATTTGAAAATACCTTT +GCCGAGAATTACAAAATTAGCTTAAATGATAATAAATTTTACTTCTTTAATCCTTTTTCT +CTACAGATTTTTATTAAGGTTATAGACAATATACTAGATTCCTTAGAAGCAAACATGAGA +CCTGTAGAACTAATTTTATACTATCCATCTAGTGATTATATTTATTACTTAGAAAATAAT +ACCCCTTTTGTTATTGAAAGAGAAATAATTTTAGATAATTTATATACTAAAGACAACAAT +GAAAGATTTTTAGTGTATAAGCTTGCTTATTGCTAAAATGTAAAATAGGAGTATCTTACA +ATATATTAACATTGTATGGTACTCCTATTTTTGTGCTTTGATTTATTAAAAATAATACTA +TATTTAATATAATAATTACTTGCTTAACTCTTCGAATAACTCTTCTTGAGATTGCTTTAT +AGTAAGTATTCCATCAACCTTTACAACAGCTTCTTTTTTATAAGCTCTACATTGTCCTAT +ACAGCCTCTTTGAACCTTTTCTTTTCCTACTACTTCTTCTAATTTATCCATATCCACATT +TGAACAATATGGACAAGCTCTAACTAAATTTATCATGTCTAAATCCTCCTAAATAATTGT +TCTTATTCAGTTAATACCCGAAATTTGAATCATTAAACACAATTTAGTATTTTCATCTGC +AGTCATTAAGAACTTTGTACCCCCACATGCACTTGATACGCCTTGTAGGGATATCATTGT +AAAAGTATTCAAATTATATTTTATACTAGTATACCATAATCAACAATATCATTTATATAA +TTAATCTTATATAGGATACTCATACTCTTTCTTAATATAAGATACTTTAAGTAACTAGAT +TATTTATATTTTTTTATTTCATTGTAATATTCTTTTGGTGTAATACCAAATTCCTTTTTG +AAAGCACGGAATAAATTATTATAACTTCCTATTCCACAAATATGTGCAACATCTATTATT +GTATTTCCCTCTTCAATAAGCTTTTTACATAAATCTAATTTAGCTTTTACTATATAACGA +TGTAATGTTATTCCTGTAGCTTTCTTGAATTCTCTCGATATATGAAATTTACTAACATAA +AATTCTCTTTCAAGATCATCAAGAGAAATCTCTTCTGTAATATGGTTGTTAATATATGAA +AATATATCGTCAATTAAAAATGGTTTACTTTTTTTTATTTTTTGTTTTGGTTCAGCGTAA +ATACATGATCTTAGTATTAGAACTAAAACTATTGATAGCATACTTTTTATGTATAAGTTA +TTAGCAAATTCAAAACTATCTTCTTTTAAGTACACAAGCTTTTTTAATATATTTTTTATT +AACATAGTTGTTTCTGTACTTGCATCTATAACTACACACTCAAAAGGTACAGTATTAAAA +CTTTTAACAAGGTCTGTTTCTTCATCAGATAATTTATCTAGTAATTCTGTTGTAACGGAT +AGTTCATAGATTACTAGAAGTTGCTTTGATTTTGACTCTATATCAATAAAATTATTAGGA +CTTATTAAAATAATATTATCAGTGCTACACCTTTGAGATTGATTATTTAAATTTAAATTA +CAATCTCCTGAAAATACAAATAATATTTTATAATATTTATTTGATTTAATTCTTTTAGTT +TTTATATTATTAAATTTAAATTCCCTTACAAAATAATCCTTTTTATCAATCATTAATACC +ACCCTTTTATAGTTTAATAGCTAATATATCAATTTTTGTTAATATTATATCAAGATATGA +ATATAATTTTATTTTACAATATGAGATAATAAAAATACAAATAAATATGACAGTTTTGTT +AAATTTATTTACAATCTATTTTTTATCAATAACAAGGGGGTTAATTTATGCAAAAGTTTT +CAATGAAAGATAAGATTGGTTATACTCTGGGGGATTTAGGATGCTGCTGTACAGAGCAAT +TTAGGGCTATGTTTTTAACAGTATTTTATACATTAGTTCTAAAAGTTAATCCTATTCATG +TCGGTACAATAATGTTAATAACAAAATTTTGGGATGCTATTAATGACCCTATAATTGGTG +CCATTATAGATTCTCGTAAAGCAAAACCTGGTAAAAAATTTATACCTTGGATTCGTACAT +TTTCAATACCATGTGCAATATTAATGTGTATTGGATTTTTAAATGTTTCTAATTTAAATT +ATGGTTTAAAGTTAGCTTATATTTTAATTACTTATGTTCTATATGAAGCTATGTATACTT +GTGTAAATGTTCCATTTGGGTCATTATCAAGTGTTATGACAGATGATACTAATCATCGTA +CAGATTTATCAAGATACAGAAGTTTAGGCGGAACTATTTTTATGACTGTAATAGTTATCG +TTGGACCACTATTTTTATATAAAGATAATGTACCTGTTCCTTCAAACTTTTTACTATTAG +CTATTATTTGCGCTTGTGTAAGCGTTTTCTGCTTACAAATCACATCTATTTGGTGTAAAG +AACGTGTTGAGTTACCTCACGTAGAGAAGGAAAAGTTTAATTACTTTGAAGTATTAAAAA +ATATTTCTAAAAATAAAGCTTTATTAGGAGTTATAATTGCTAGTTTAGTTGGAATGATAT +CAGCTAGTGTTGTTAATGGATTAAATACTTACTTATTTAAAGATTATTTTGGTAATGTAA +AGATCATGGCTGTATCAGGAATGCTAAGTACTGTTTATTCAATAATCACATTTGTTGGTA +CTAAGTTTGTTGCTAATAAATTTGGTAAAAAAGAATGGTGTATATATGGGGCTGGTTTTG +CTGCAATAGTGTATGGAGTTTTATTCTTCTTCCCAATAGATAATCCTATAATGTTTATAA +TAATCAATGGAGTTTGCTATATAGGAGCATCAGGCTTCCAAATACTAATTTGGGCTATGG +TAAATGACTCAATAGATTATCAAGAATTACAAACTGGAACTCGTAATGAAAGTATAATCT +ACTCTACATATTCATTCTTTAGAAAACTTGCTGCTGCTTTAAGTGCGAGTTTAAGTAGTT +TTATACTTGCATTTATAGGATATAATGTACATGCTTCTACTCAAACTGCAGAAGTTGCTT +CAAAGCTTTGGAAATCGTATACAGGAATTTACTCTATAGGATATTTAATAGCAATATTAG +CATTATTCTTTATATATCCTTTAAGTAAGAAAAAAACTCAAGAGATGTTAGAAGAATTAT +CAATCAAAAGAAGAAATATGAAAAATATTTAAAATATATCAAGTAATAGGAGATCAATAA +TGATTAAATTAGTAGAAATAAAAAATCGAAAAAATAAAACATTAAGAGGTGTACTTACTC +TTCCTGATAATATAGAAAATCCTTTTATCGTATTAAATCTACATGGATTTGGAGGAAGTA +TGTCAGGGCATAAATATGCTCATACTCATTTATCAAGAGTACTTGATTCTAACGGATTTG +GATGTGCTAGATTTGACTTTTATGGTTGTGGTGAAAGTGATGGAGAATTTGAAGAAATGA +CTTTTACTGGTCTTATAGAAGATACTATTGATATGTACAATTGGCTAATTGATTCTAAAA +TAACAACTTCTGATAAAATCATACTATCTGGTCATAGTATGGGTGGTTATGTAGCTGCAT +GTACTGCTCCAAAGTTACAACCAATTGCTTTAATTCTTATGTGCCCTGGTGCTGGAATGT +GGTACGGTTGCAAAGAGCGTGCAGATGAACTGAAAAATAAATCAATACAATATGCTAATA +TGGAAGGCTTAAAATTTAATATTGATTTCAATTATGATTTATACAACTATGAACCATTCT +CAAGTGCTATGGGATATGACAAAGATGTTCTAATTATAAGAGGAACTGAAGATAAATTAG +TTGATAATCGTACTTGCCAAGCTTATTTAGATTGTTATAACAGCGATAAAACAACATATA +TAGAAATTGAGGGCGGAGATCATAATTTTGCAAATATAAAAGCTAAAAGTGAATGTGAAA +ATGCAATTATTGATTTTTGCAAATTAATTAATAATAAATAAATATAAAATAATTAAGAAA +AAATTTAGGGGGGATTTATATGAAACTTTTAGAAACAATCAATGTAGGAAATATTACATT +AAAGAATAGAGTTATGTTTCCACCATTAACTACTGGTTATGAGGGTAGAGATGGTAGTAT +AACTAAACAAAGTATTGAATTTTATGAAAGGTTAGCAAAAGGTGGTGTTTCATACATAGT +AATAGGTGATGTTTCTCCGATTAATAGTTTTTCTCCTACACCAAAACTATATGATGATAG +CCAAATTGAAGGTTTTAAAAAATTATGTGACTCAATACATAAACATGGGGCTAAAGTTTC +TGTTCAGATATTTCACCCAGAATATGACTGTGATGCTATAAATAAGATGTTTGCAAGTGG +TGATATGAAAGCTGTAAGAGAAAAATTACATCACGATATGAAGCACTTTGTTAATGAAGT +AAGTGAAGAAGGCTTAAATAATATTATAAGTAAAATGTGTGATTGTGCAATTAGAGCTCA +AAAAGCTGGTGTTGATATTATTCAAATACATGGTGATAGATTAGTTGGTTCATTATGTAG +TACTATATTAAATAAAAGAAATGATAAATTTGGTGGTTCTCTAGAAAATAGAACAAGATT +TGCTATACAACTTGTAAAATCATTAAAAGAAGCAGTTCCTAATATGCCTATTGATTATAA +ATTCTCAGTTGTTACACCACAAAGGGGTAAAGGTGGAATAAACTTAGATGAAGCACCTAC +ATTTGCTAAGTGGTTAGAAGAAGCTGGAGTTGATATGCTTCATGTAGCCCAAGCAAATCA +TACTGGTAATATGGCAGATACGATTCCTCCAATGGGTGTTCAACCATATGGATTCTTTGT +TGATATTGCTGGGCAAATAAAGAAATCAGTAAATATTCCAGTTAGCACAGTTGGTAGAAT +ATTTAATCCTAAAATGGCTGAAAGTATTCTAGAGTCTAATAAATCAGATATAATTGGACT +TGGTAGAATTTTACTTGCAGATCCTGATTGGATTAACAAAGTAAAAGATAACAAATCTGA +AGATATACGTGAATGTATATGTTGTAATAAAGGATGTACTGATAATATACAAGAGCGTAA +GTTCTTAAGCTGTGTGCTAAATGCTGAAAATGGATATGAAGGAACTAGAAAAATAACTGA +AGCTGAAACTAAGAAAAAAGTTATAGTAGTAGGTGGTGGACCTGCAGGACTTGAAGCTGC +ACGTGTAGCAAGTTTAAAAGGTCATAATGTTACTTTATTTGATGAAAATACATCTCTAGG +AGGACAATTAAATTTAGCTTGTATACCTCCTAGAAAAAATGAAATACGTAGAGCTATTAG +ATTTTTAACACATTCAGTAACTTCTCAAAATGTGGAATTAAAGCTTGGAAAAAAAGTAAC +TCAAGAAGATATATTAGCTCTACAACCAGATGCTGTGTTAGTTGCAGTAGGTGCAAGTAA +TGTTATACCAAATATAGATGGATATAATAAACATATGGTATGTGATTCATGGAAAATCTT +AAATGGTGAACAACAAGTATTTGGAAATATTGCTGTTATTGGTGGAGGTATGGTAGGCTG +TGAGGTAGCTGAGTACTTATGTCTTCAAGAAGGAAATAATGTTTCTATAATTGAAATGGA +TGATAGCATAGCTAAGGGTGAAAGCAATACAATACTTCCAACGCTAATGGAAAATTTCAA +TAAAAATAATGTTAAAATCTATACTAATCATAAAGTTAATAAAATAGATAGTGAATATAT +AATTTGTGAAAATGATAATAATGAAATTAAAATACCTTGTGATTACGTAGTTATGGCAGT +TGGTGCTAGACCTAATAATTTTAATGTTGACAAACTATTAGAAAATAATATTAAAGTTGT +TAAAATCGGTGATTGTAAAGATAGAGCCTCTGATATTGAAAATGCAATTAAAACTGCTTA +TGATGCTGCTAACGAAATATAACTTCATATAAATATAAAAGAATCTCCTTATAAATTCAA +GGAGATTCTTTTTCATACAAAATTAACTTATTATATTTACTTTTCTATTTGTAGATCTTT +TATGGATTCCTTAATCTCTTCTAAACTCTTACCCATACTTGAGTCTATAGCAGCAACAAA +AGCTCCTTCTACTAAGCTAACTTTACAGATTTCTACCTTTTTACTAATATACTCATCTAA +CATATCTATAGCTAATTCAGCATTCATAAGTGCACTTCCAATATCAAAGAATAATAAAAC +TCCATCATCACTATAAACTTCTTCAATCGCACTCATAATTTTCATAGGATCTGTACCTAT +TCTGCCATCGTCAGTTCCACCTGCAACACATATCTTAACACCTACAGCCATTTGGCTTAT +AAGATCTTTTAAACCTTCTACAAGTTTATTACTATGAGATACTAACACTATTCCAACCAT +AATTATTCCCCTTTTATGTATTCATATATTGTTTTTAGTATTAAGTAACTAGAAGTTGCA +CCAGCATCTTGATGCCCTATACTTCTATCTCCAAGATAACTTGCTCTTCCTTTAGTGGCC +TTTATTTCTTTTGTTTTCTCTACTCCTTCATATGCTGCTTTTTGTGCATTATCTAGGCAG +TCAATAATAGATAAATCTTTTTCTTTTGATTCAATTAAAGAATTTAAAGCAGGCTCTATT +GAATCTATCATAGTCTTTTCTCCAGCTACAGCCTTTCCTCTCATTTTTATTCCATCAAGT +GAGGATTTTAAAACGTTTATAAAATCATCTAAATCTATTTCACTTTTATTGTTAAGTACA +GGTGCAGCTTTCATAAATGCTGTTCCATATAATGGACCTGAAGCTCCACCAACTGTAGAA +ACTAAAGTCATACCTATCTTTTTAAATGTATTTCCTAAATTTTCACCATTGTCATCAACT +AACTTTTCTTTTACTGCTTCAAAGCCTTTGCTCATATTAAGACCATGATCCCCATCACCT +ATAGCTGCATCTAGTTCTGTTAAATATAATTTATTTTCACTAATTACATCAGCTATTTTA +TTAATTATGCTGATTACCTCAAATCCTTTTATACTCATAAATAATTATTCCCCCTTAAAA +TAAACTACTATAATACCTTAAGTCCTAGTGTATCTGCTTTAGCATCAAGTAGTTCTTTTA +ACTCATCATCAAGTTTTAATATACTTACTGAGTATCCAGCCATTTCAAGAGACGTCATAT +ATTCTCCAACAAATGTGTTATAAATTTTTATTCCTTTATTAGTTAGTATTTCATTAACTG +TTTTATTTGCAATGTAAAGCTCCATAAGAGGTGTTGACCCTAGTCCATTTACCATTACAG +CAACCTCTTCACCTTCAACTATTTCTATATCTGCTAATATTTTATCTAGTAAATGAGTAG +TAATATCATTAGCACTTGATATTTCTTCTTTATGAGTTCCTGGTTCTCCATGTATACCCA +TTCCTATTTCTATTTCATTTTCTTCCAATGTGAAGTTTGGTTTTCCTGCTGCTGGAACTG +TACAAGGGCTTAGTGCCATTCCCATACTTCTAACATTTTTTATTACTTTATTAGCTACTT +CTTTTACTTGATTTAGTGTTGCTCCTTGTGTTGCTTTCGCACCTGCTATTTTATGTACAA +ATACAGTACCTGCAATCCCTCTTCTACCTGCTGTATATAGACTATTTTCAACAGCAACAT +CATCATTTACCACAACATAATCAACTTCTATACCATCCATTTCTGCCATTTCTTTTGCCA +TTTCAAAGTTCATTACATCTCCAGTGTAATTTTTAATCACTAATAATACACCATTTCCAC +CGTTTACTTCTTTTATAGCTTCATATACTTGATCTGGAGTAGGAGATGTAAATACTTCAC +CACAAACTGCAGCATCAAGCATTCCGTATCCAACAAATCCACCATGTGATGGCTCATGTC +CACTACCTCCACCACTTACTAGCCCAACTTTACCTTTTACTGGAGCATCTTTTCTTACTA +AAATATTCCCATTCTCACTTTTTCTTACATAATTAGGATGTGCTAATATCATTCCTTGGA +TCATATCAGATACTACATTACTTGGATCATTGATTATTTTTTTCATTTTAATTAATCCCC +CTAAATAACATTTTCCTTAATAATATTATAGCACTAAATTTTTTACTATATTGTATTTAA +AGCTTAGTTTCTTTCATAAATATTGTTACCATAACTGTCTATTGCAACAATTAACTTTAA +ATCTTCTACTTCAATTTTTCTTATTGCTTCTGCTCCTAAGTAATCATATGCAATAACTTC +ACAAGACTTTATAGAATTAGATATATACGCTCCAGCACCTCCAATAGCAGCTAAATATAC +TGAACCATATTCTTTCATAGCTTCTATAACCTCTTTATCTCTCTTTCCTTTACCTATCAT +TATCTTAAGGCCTTTTTCTAATAGAGGAATTGTTAAGTCATCCATTCTATAACTTGTCGT +TGGTCCTGCTGATCCTATTATTTCTCCTGGTTTTGTAGGTGTAGGTCCTACGTAGTAAAT +ACCTTGATTTTTCACATCAAATGGTAAATCTTTCCCCCCCTTTATATTTTCAATCATTAG +TTTATGAGCTGCATCTCTTGCTGTATATAAAACACCACTTAAACTTATACTATCTCCACA +CTTTAATTTTCTTATTTCTTCAGTTGAGATTGGTGTACTTATTTCTATCATCTTATTCCC +CCTATTATATAACTACTTTTTTATGTCTTGATGCATGACAGTTTATATTTACCACAACTG +GTAATCCCGCTATATGAGTTGGAAAAGTCTCAATATTTACAGCTAAAGCAGTGGTATTTC +CTCCTAGGCCTTGAGGACCTATACCTAAGCTATTTATTTCTTTCAGCAGTTCTATTTCTA +AATCAGCTATATAACTATCTTTATAATTATATTTTCCAACATCTCTTAATAAAGCTTTTT +TAGCGATTTGAGCACATTTATCAACTGTTCCTCCTATCCCTACTCCAACTACAATAGGAG +GGCATGGATTAGGACCTGCTTCTTTAACAGTTTCTATTATAAATTTTTTAATTCCATCAA +CTCCATCTGATGGCTTTAGCATCTTTAACTTACTCATATTCTCACTACCAAATCCTTTTG +GTGCAAATTCTATTACAAGCTTATCTCCTTTAACCATTTCATAATGAATAATTGCAGGGG +TATTATCTTTTGTATTCTTTCTAGTTAGAGGATGAACAACTGATTTTCTTAAATAACCTT +CTTCGTATCCTTTTCTTACACCATCATTAATCGCTTCTTCTATTGTTTTTCCTTCAATTA +TTACCTCTTGCCCTAATTGTACGAAAAATACTGCCATGCCTGTATCTTGGCATATTGGTA +TTGCCTTTTCTTTAGCTATATTTGCATTTTCAATTAATATATTTAATATATCCTTACCTA +CAGGGTTTTGTTCTTTAGGTAAATTACTTTCTATGCAAGTTAGTACATCTTCTCCTAAAT +ATAAGTTAGCTTCTATACATAACCTTTTTACTTCTTTTGTAGTATCATCTGATGATATAG +TCCTCATTAAAATTTCCCCTTTTTATTTATATATAAACCTCATCCTTGCTTAATTTTGAT +ACATTAGTTTCAATAGCAACCTCTGCTACTTTTTTAGCAACACTTTCAGCAACTCTCTTG +TCAAAAGCTCCAGGTATAATATAATCTTCATTTAATGCTTCTTCATTTATTATTGATGCT +ATCGCTATTGCTGCAGCTTTTTTCATTTCCTCTGTTATATCTGTTGCTCTAACATCTAAA +GCACCTCTAAATATTCCTGAAAACACTAATACGTTATTTATTTGATTTGGGAAATCTGAT +CTTCCTGTTGCTACGATTCTAGCTCCACCTTTTTTTGCTTCTTCAGGAGTTATTTCTGGT +ATTGGATTTGCCATTGCAAAAATTATTGGGTCTTTAGCCATTGTTGATACCATTTCACTT +GTTACACATTTAGGTCCTGATACACCTATAAGTACATCCTTATTTTTAATAATATCTTTC +AATGTTCCTACTTCATTGTATTTATTAGTCACTTTAGATATTTCTACTTGAGCTTCATTC +ATCCATACTTCCCCATTTGCTAGTGCTCCTTTTTTATCTACAAGTACTACGTTACCTACT +CCAAATTGTAAAAGCAATTTACAAATTGATATTCCAGCAGAACCTGCACCATTAATTACT +ACATTTATATCTTCCATTTTCTTTTTAACTATTTTCAATGAATTTATTAGTCCCGCAGCA +ACTACTATTGCAGTTCCATGTTGGTCGTCATGAAATACAGGTATATCTAATTCTTCTTTT +AATCTTCTTTCTATTTCAAAACATCTTGGTGCAGATATATCTTCTAAATTTATACCTCCA +AAAGTAGGTGCTAAATATTTTACAGTTTTAACTATTTCACCAACATCTTTAGTGTCTAAA +CAAATAGGAAAAGCATCTATTCCTGCAAATTCTTTAAATAATATTGCCTTGCCTTCCATA +ACTGGCATAGATGCTTCTGGACCAATATCTCCAAGGCCTAATACAGCTGTTCCATCTGAT +ACTACTGCAACTAGGTTTCCTTTTGAAGTATATGTATATACATCTTCTTTATTTTCATAT +ATTTTTCTACAAGGCTCAGCAACACCTGGTGTATATGCTGTGCTTAAATCGTTTCTATTT +TTTACTTCTACTTTTGATATAACCCCTATTTTGCCTTTATTATTTTTGTGCATTTCTAAA +CTTAACTTATTAAAATCCATAGTCTACTCTCCTTTTCCTTGTATAAGTATATATTCCATC +TATTCTTCTATATTATATCAGAATATAGATACTATTTTTAATTAAATTAATTTTTCATTC +GCTAAATATTACGAATATTTTTTATATATACTAATATTAATTTCCTTCACCAATAGAAAT +ATATAGCTAGATAGTTAAGTTAACTACGAATTTTAAATTAATAATATAATCTTTTATAAT +ATTAATAATATTTTTGTATAAATTTTATTTATAATGTTAATAAATATATGTTAGTAAATT +ATTACTATATAAATAATTTCGTTTCCAATTACAAAATTTGATTTTTCACAAAGAAAGAAA +TAAATCTCTTTTAATTATATATTTGGTCATTGTAAAAATTTTTAATAATTATGTTTAATT +CGATACTCTTTAGAGATTTCAGATAATAATAAATAAAACAATGTGAAATATGAATAACAT +CCTCCTTATTTTAATTTACATTTTAAAAAGTGTATGTTATACTAAGTAAGTTATTTTCAC +ATGAAAGGAAGGAAAAATAATATGTCATTAAAACATAAAATCATAAATATCGCGGTTATA +GCCCACGTTGATGCTGGAAAGTCAACATTAGTTGATGCTTTCTTATCTCAATCTGGGGTA +TTCAGAGAAAACGAAGTAGTAAAAGATTGTGTAATGGATAGTAATGACCTTGAAGCAGAA +AGAGGTATAACAATATATTCTAAAAACTGTTCTATAAACTACAAAGATTACAAAATAAAT +ATAGTAGATACACCAGGACATAGTGACTTCTCTTCTGAAGTTGAACGTGTTATCAAAACT +GTTGATACAGTTATATTACTAGTAGATGCTAGTGAAGGGCCAATGCCTCAAACTAGATTC +GTTTTACAAAAATCATTAGAAGCAGGACTTAGACCTATACTTTTCATCAATAAAATAGAT +AAGCAAGATCAAAGAGCTGAAGAAGTTGTTGATGAAGTATTCGACTTATTCGTTGACTTA +AATGCTAATGATGAACAATGTGAGTTCCCAATAATATACGGTATAGCTAAACAAGGTATA +GCTAAGAGAGAATTAGATGATGAAAGTACTGACCTTTCTCCTTTATTCGAAACTATAACT +GAGCATGTTGAAGCTTACCCAGACTTTGACAATGAGCCTTTACAACTTCAAGTATCTGCT +CTTGCATATGATGATTATGTAGGTAGACTTGGTATAGGTAGAGTTTACAAAGGAACTGTT +AAAAATGGTGAACAAGTTTCTATATGTAAAGCTGACGGAAGTGTAGCTAGAGGTAGAATA +ACTAAACTTACAGTATATGAAGGATTAAATCAAATAGAAAAAGCAGAAGCTTATTCTGGT +GATATAGTAGTTGTTGCTGGTATATCTGATATATCTATAGGTGAAACTATATGTAACTTA +GATAATCCATTACCAATGGAAATGATACACATAGAAGAACCTACTCTATCAATGAACTTC +TTAGTAAATGATTCTCCATTCTGTGGTAAGAGTGGTAAGTTCGTTACTACAAGACATATA +AAAGATAGATTAGATAAAGAATTAGAAGTTAACGTTGGACTTAAAGTTGAGCCAATGGAT +ACTACTGATGGATACAGAGTATCTGGACGTGGAGAACTTCACTTATCTATACTTCTTGAA +AATATGAGACGTGAAGGTTACGAAATAGGTGTTTCTAAGCCAGAAGTTTTAATGCATAGA +GAAGATGGTAAATTATTAGAACCAATGGAAAGAGTTATAGTTAACTGTCCAGAAGTTTAC +TCAGGAACTGTTATAAACAAATTAAACCTTAGAAAAGGTCTTATGGAATCTATGTCTATA +GAAGGAGATTATGTAAAAATAGAATTTATAGCTCCTACTCGTGGATTATTAGGTTACAGA +AGTGAATTCATAAATGATACTCGTGGAGAAGGTACTTTAGTTCGTTCATTCGAAAGATAT +GAAGAGCATAAAGGTGAAATACCAGGAAGAAGTAACGGAGTTTTAATAGCTCAAGGACCA +GGAACAACTATGGGATATGCACTTAATGCTTTAAGTGAAAGAGCTCAAATGTTCGTAGAT +CCAGGTGTTGATGTTTATGAAGGTATGATAATTGGTATGAACTCTAGAAAAGATGATATG +GTTGTTAACCCATGTAAAAACAAGAAGTTAACTAACGTTCGTGCTTCTGGTTCAGATGAT +GCTATAAAATTACAACCAGCTAGAATATTCACTCTTGAAGAAGCTTTAGAATTTATAGAT +GATGATGAATTAGTTGAAATAACTCCTGATTCTATAAGATTAAGAAAAAGATTCTTAAAC +GAAAATGAGAGATTAAGATACAATAAATCTAGACAAAATAGATAATATAATAAGGTAATA +ATATTATCTTATTGAGAAAAAAGTACTGACTAAGAAGCATAATGCTTTAATTGTCAGTAC +TTTTTTATTTGAAAAATAATAAAAAACAGTGAACTTTTATTAGTCCACTGTTTATACAAC +TATATAAAATAGTTAGTTTTATTATATTCTATTTTTAAGTTGACTATGTCATCTATTAAA +TAATGTCAATTAGTTAATATCATCTAATAAATTATTTTCAGAAACATATGATAGCAATGT +AAGTCCATACATAACAATCACTAGTACTGCACTAATTAGTAAAATCATTCTTTATTCCTC +CTTTTGTTGTTATTATACCCAATCTATATGAATTAATTGTGAATTTCATTTGAAAAATTA +TATATAAATTAAATATTTAATTAATTTTTACTTTTTTATCTATTCACATTATAATTCATT +TTCTTATTTAATAACAGTTTAAATTTTGTAACTTTTGGAAACATATTTTCATTTATATAA +CTACTTAAAATCATAAAATTATTTTTTTGCTTCTTAATTTATTGACACAGTGTTTTATTT +CTTTTAATATCATATTAAAAGAATTGGATTTTTATATAATGTTCAATTAACTCTCTTCCA +TACTTTAGGTCGAGAGTTTTTTAGTATAAATCGCATTAAGGGGGATGTAATATGTATTAT +TTAAGTACGAGGGGAAATAAGGAAAGAATAACTGCTTCTCAAGCTATTATTAAAGGCTTA +TCTGATGATGGCGGACTTTATGTACCATCTAAATTTCCTGATTTAAGAGACGAATTAAAG +AACTTATGCACATTAGATTATAGTCAACTTGCATTTTATATACTTAGTAAATTTTTAGTA +GATTTTAGTGAAGCTGAATTAAAATCATGTATAAAGTCTGCTTATGATAATAAATTTGAC +TCTACTGAAATAACACCTTTAAAAAAAATTAATAATAACTATTTTTTAGAATTGTATCAT +GGACCAACTTTAGCTTTTAAAGACATAGCCCTTACTCTCTTACCTCATCTTTTAAATACT +TCTATTAAGAAGAATAATATTGATAAGGATATATTGATACTTACTGCTACTTCAGGGGAT +ACAGGCAAAGCTGCTTTAGAAGGCTTTAAAAATATTGACGGTATAAAAATATCAGTCTTT +TTCCCAGAAGATGGAGTTAGTCCAATACAAAAGTTGCAAATGAAAACTCAAGATGGAAAT +AATGTGTTTGTAGCAGGAATTAAAGGTAATTTTGATGATGCACAATCAGCTGTTAAAGAA +ATTTTTTCCGATAATGAGTTTAATGAATTACTAGACAAAAAAGGCTTTACATTATCTTCA +GCCAATTCTATTAATATAGGTAGATTATTACCTCAAATAATATATTATTTTCACTCTTAT +TTTAACTTGGTCAATAATAAAGAAATTAAATTATTTGATAAAGTTAATTTTGTAGTTCCT +ACTGGAAATTTTGGAGATATTTTAGCTGGATACTATGCTAAAGAAATGGGACTACCAGTA +AATAAATTAATTTGTGCGTCTAATGAAAACAATGTTCTTTATGATTTCTTTAAAACTGGT +GAGTATAATAAAAATAGGGATTTAAAGCTTACAACTTCTCCATCTATGGATATATTAATT +TCTAGTAACTTAGAACGTTTATTATTTGAAATTTCTAATAGAGATTCTAACATTATTAAT +AAGCTTATCTATGATTTAAATAACAAAGGGCACTATAAAATATCTAATAACATGAGAGAT +AATCTAGACACTTTTATTGGATATTATGCTACTGATGATAATGTAGCAGAAACTATTAAT +CATGTATTTGAAAAATACAATTATCTTATAGATACTCATACTGCTGTTGCTTATTATTGT +CTAGAGAAATATAAAAACAAAACTCAAAATAGAAGCAAATCAATAATATTAAGTACAGCA +AGTCCATTTAAATTTTCAAAAGATGTATTAAAATCCTTAGGGTATAACTCAGATAATTTA +GATGACTTCGAAATAATAAATAAGTTATCTTCTATAACTAATACTACTATACCTAATCCT +ATTAATGCCCTTAAAACTAAAATTATTCTTCATGAAAACTTATATGAGTCTTTTGAACTA +AAATCAGCAATAAAAAATTATTTAGGAATTTAGGTGATAATTATGTTAGAAATAGTAGTA +CCTGCAACAACTGCAAATGTAGGACCAGGGTTTGATACTCTTGGATTAGCCTTAAATTTA +TATAATAAATTCTATATAACAGAAATCGAAAATGGTCTTGAAATTACTGGCTGTGATGAT +AGTTATAAAAATGAAAATAACTTAATTTATACTTCTATGCAGTATTTTTATAAGATAGAT +TGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTT +ATATCCAAGACACTTGCGAGGTCTATTATTT +>MGYG000000001_9 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAATTTATCCCTTAT +TTTTATTTTATTTATATTTTAAATCTCATTTGAGCTATTTCTATTGCTGATTTTGCATCT +TTTGAGTAGTAGTCCGCTCCTATATTTTTTGCGTACTCTTCTGTAAGTACTGCTCCTCCT +ACAAATACCTTTGCATCAATATTATTATCTCTTAGGGCTTTTATTGTATCTTCCATACTT +TTTACTGTCGTTGTCATAAGTGCACTTAAACCTACAAGCTTTATATCTAGCTCCTTTGAT +TTTTGAATGACTTTTTCAATAGGTACATCTTTACCTAAATCTATAACTTCGTATCCATAA +TTCTCCAACATTATTTTAACTATATTCTTTCCTATATCATGTATATCACCTTTGACTGTT +GCTACTATAATTTTTCCTTTAGATATATTATTTGTATTTTCTTGTAGTAATTTTTCTTTA +ATTACATTTAAAGAAGCTTTAACTGTCTCTGCACATTGAATTAATTGAGGTAAAAATATT +TCTCCAGAGTCATATTTTTTACCAACATTGTCTAAGGATGGTATTAATATTTCATCTAAT +ATAATATTAGCATCATTTTCCTTCAATAATTCTATTGTTTTATCTCTAGCTTCTTCTTTT +AATCCTCTCTCAACAACTTCTTCTAAAGTTAACTCTGTGTTGCCTTTAAGTTTTGTTGAA +TCTTTTGATACATTGCCATACTTATCAATATATTTAATGCATCCTTTATCTACATTATTT +ATTACCTTAAATGCATCTATTGCTTCTACCATACCTTCTTCATTAGGATTTATTATAGCT +AAATCAAGACCTGCACCTAAGGCTAAATTTAGATATGTATTATTAATATGTTTTCTACTT +GGTATACCAAAAGATATATTAGATACACCAAGAATTGTTTTAACTCCTAGCTTTTCTTTA +ACTAATTTAATTGCCTTTATAGTTTCCATTGCCTCTAATTGTTGGGCCGAAACTGTTAAT +GACAAACAATCTATGAATATATCTTCTTTTCTTATTCCATAAGATTGAGCTCTTTTTACT +ATTTTTTTCGCTATTTCAAATCTTCCTTCTGCTGTTTCTGGTATTCCCTTATCATCTAAT +GCTAATCCAACTAAAGCTGAACCATATTTTTTTACTATAGGTAGAATTTTTTCTAATGAA +TCTTCTTTACCATTAACAGAATTAACTATTGTTCTTCCATTATAGTATCTCAATCCTTGT +TCTAATGCCTCAATATTAGAGGAGTCTATTTGCAATGGAGTATCTATAATTCCTTGTATT +TCTCTTATAACTTTTGGCATTACTGTTTTTTCATCTATATCTGGTAATCCTACATTTACA +TTTAAAATTTCTGCACCTGCATTTATTTGTTCTAAAGCTAATTTTATTATGTAGTCAATA +TTTTCATTCTTTAAAGCTTCCTTTAAAGATTTTCTTCCTGTTGGATTTAATCTTTCTCCC +ATTACTGTAGGCTTATCTATTTCTATGAATTTTGAAGGAGAACAAACAACACATTTGTAA +TCTACTTCTGTTTTGTGTAATTCTATATCTTTTATATTATCTGAAATATATTTTATAAAA +TTGGGATTTGTTCCACAGCATCCACCTATTATTCTAGCACCTGAATTTATGAATTCTACT +ACTCCGCTATAGAATTCTTTTTCATCTATATCATAATAAGCTTGTTCATCTATAATATTA +GGTAATCCTGCATTAGCTTGAACTATTACAGGTATTGTTGCCATCTTAGTTATCTTTTTT +ACTATCGGCAAAAGCTGCTTTGGTCCTAGTGAACAATTTACTCCTATAGCATCTACTCCT +AGACCTCCTATAGTTGCTACCATGCTTTCCGGAGTACATCCAGTAAAACTTCTTCCATCT +TCATCAAAGGTCATTGTACAAAATACAGGCAAATTAGTATTTTCTTTTACTGCTAGCACC +GCTGCCTTTGCTTCATAAAGGTCCATCATTGTCTCTATTATAATAATATTTGCACCAGAT +TTTTCTCCTTGAACTGCCTGTCTTTTAAATATTTCATAAGCTCTATCAAAGCTTAAAGTT +CCCATAGGTTCTAGCATCTCACCTATAGGACCTATATCTAAAGCTATATATCTAGGCTTA +GATTTATCAACGTTGTCAATTGCTTTCTTTGCAACAGAAATAGCGTTATCTACTATCTCC +TCTACTGTATATCCTAATTTATCTAATTTTAATTCATTTGCTCCAAATGTATTTGTTGTT +ACTACATTTGCCCCTGCTTCTAAGTACGCTTTATGAATATTTATAAGTATATCAGGGTTA +TTAAATCCAAATATTTCTGGATTTTCACCCATTTGTAATCCATTCTTTTGAAGCATTGTA +CCCATTGCACCATCAAATATTAATATATTATCTTTTATATATTCTTTAATTTCCACAACT +ATTAACCCCTTTTTTGAATTTACATTTACTTTTATTTTTACAAGTTGAACATGATGTCTT +ATCTTGTTCTACCTTTTTATCAGTTATTCCTATTATAGCAATAACTGATTTTCTAGGTAT +CATAATTCCGCTATTAGTAATAGTCAGCCCTATTTCTTTTTGTCCATTTAAAATAGTTAA +TATTTCTGTATTTTTTTCGATTGATAAATCTCCATATCCAGGGCTATATCTAAATGTCAA +ATATTGTCCATTTTTCAATATATTATTTTCTATTTCATTTTGAACTCTATCACAAACTTC +TTCTATTGCGGTTGTTGCACATGAATCTATTATTATTCCTTTAGTTAATTCTGTACAAGA +GTATTTCTTTATATCTTTTTCTATGTTTATTCCCAAAGTGGCTGCCATTAAAATACACTC +ATTACAATCTTTCAATATCTCATATAAATCGTTACTCTCTAATATTAAATTAGTTCCCTC +TAGCTCTATTATCCCTTTATATTTTTGTTTAATAGAATAAACCCTAAAAGTATACCTAGG +GTTTATTCTATCTTTAGTTATATTTCTACATTCTTCTATGATTTCTATGAGATTATTATC +TATATCTTGACCTTTGTATTCTAAATATCTTAAAACTTCTTCTCTATCAATACTTATACT +ATCTACAAAATCTTTTATCATAATTATTCTCCATATATATTTAGAGAGAATCCTTTTTCT +AAAACATCTTTAGTATATTCTTTTGCTCCGAATAAGGATAAATCTTTATAGTTCCCACAT +TCAATAGCTGTAGCTGCCGGTATTTCAGTTGCTTCTAGTATCATTTTTAAAGCTTTTTCT +AGACCTACCTTAATAATTGATGCATCTACATCCCCCCATAATATAAGATAGAAGCCTGTT +CTACATCCCATTGGAGATAAATCTATTATATTGTCTAATGTTTCTCTTAAATAAGTAGCT +AGCAAATGTTCTAACCCATGCATAGCTGCCGTTCCAAATGCTTCTGAATTAGGTTGTAAG +AATCTTAAATCAAACTTACTTACCTTATCCCCTTTAGCTCCATCTAATACACAGCATTTT +CTTATGTAAGGAGCTCTTACTTTTGTATGGTCTAATTTAAAACTTTCTACTTTTTGCATC +TCTATTTCCTCCTCTATTCTCAACTTTTTATTTCCACGGCAATATTATACACCATTTTTA +TATTAACTACTTTTGTATGTAAAAACGCCTAAAGAAATTCCTTAGACGTTCTAATTTTAT +CCTTACAAGAATTATATATGAAATGGTATTTTTTGTAAATATTCAGAATTTACATTCATT +TCAATTTTATTCAGCTAAAGGAAGCTTTACTTCAAATATAGTATTTTCGTCATTACTAGT +TACACTTATTTCTCCACTATGAAGCTCTATAATATTTTTAGTTATAGCAAGACCTAGACC +AGAACCTCCACTATTTTTATTTCTAGATTTTTCAACTCTATAAAATCTATCAAATAGATA +TGGAATATCCAATTGTGATATCGCTTCTCCATAATTTACAATTTGTACTATGGCCTGATC +ATCTTCTTTTTTAGTTATAACATCTATATACTTACCATCTTTTCCATATTTCATAGCATT +ATTTATAAGATTTTCAAAAGCCCTGACCATCTTATGTGTATCTATATTTACAATCAATTT +ATCTTCAGAGAATCTAACTCTTCCTTCTATACCTTCACTTTTAAATTGATAACTATAATG +TTCCATTATTTGACTCAATAACTCTATTAAGTTTATATTATTCATTTCCAAATTAACAGT +GTTATTTTGCATTTTGGTAAGCTCAAATAAATCATTGATAAGCAGGTTTAAATTTTTGCT +TTTTTCATAAGCTATATTTATATAATATCTTAGTTCAACCTCATCCTTATATTTATCATT +CTCTATAAGTCCTAAATATCCTATTATAGATGTTAATGGTGTTCTTAGGTCATGAGATAC +ATTTGTTATCAAGTCCGTTTTAGTTTGTTGAGCTTTTCTTTCTTCTATAGTTATATTTCT +AAGCTGACTAACTATGCTATTTATGTTACCTGCTAATTCTCCTATTTCGTCCTTAGATTC +TATTTCTATTATTTGATTTAACTCTCCCTTAGACATAGCATCTACTTTTTTAGTTATATA +TACTAAATCTCGATTCTTTTTGTATACAAATAATGTGTATATAAATATAACAGTGATTCC +CCAGAAAAATAAGTATATGTAATCTCCAAAGGTATTATTTTTAATATACATAAAGAACAT +TATTATTTTTACAGTAAGATTTCGTGTATATAAATTATTAAGGTAGTAATTATATGCCCA +TGTATATGTAATAAACATTATAGCACTACTAATAAAAATACTTAAAATAAAATACAATAT +AGGCCTAAACATATTTGAAAATATTTCTTTTTTATAATCTTTTCTATCTTTCAATTTTAT +ATCCAACTCCCCATATAGTATGTATTATCTTTTCTCCATCAAGTTTTTTCTCTATTTTCT +CTCTTATTCTACTCATATGTACCATTACAGTGTTATTTGATTGATAGTATCGTTCCTTCC +ATACTTTTTCAAATATCTCTTCTGTACTAAATACACGGCCTCTATTATTTGCTAAAAGAT +ATAGAATTTCAAACTCTCTTGAAGTAAAACTTATCTCTTCTTCATCAATACATACTCTAT +GCTTGTATTTATCAATAGTTAGTGCTCCTATTTTTATTACTTGATTATCATTAGATTGAT +TAAAATAATATGCTCTTCTTAACAAGGCTTTCACTCTAACTACTAATTCTAGTGAATTGA +ATGGTTTTGTCATATAATCATCTGCACCTGTCATTATTCCTTGTATTTTATCCATATCTT +CAGATTTTGCACTAAGCATAAGTATAGGTACATTTTTACTTTCTCTTATACGCTTACATA +CTTCTAGACCATCCATATTGGGCATCATTACGTCTAATACCAATAAGTCTATTTCTTCAT +TATTAAATATATCTAAAGCCTCTTTTCCATCCGATGCTTTTATGACATTATACCCTTCAT +TTTGTAAGTAAATTTCTAGTAATTCTCTTATTTCTTTTTCATCGTCTACAATAAGGATTT +TATTTTTCAACTTCATTCTCCTTTTCTCATACTTAAGCTATTTTTATTTATATAACTAAA +TAGTATTATACACATAGCTTCATAATACTAGACTATTCCATTTTTCTCTATACAAATAAT +ATAATTTTAAAAATTAATCATATTACTAATTTTTATTTTCATCCACGTATTCTTCTAAAG +TTAAATTATTTTCATAAATATACTTTGCTATATCTTCACCCACATATCTTATATGCCATG +GTTCAAATTTTTTTCCAGTTATATCTTCTTTGCCTTTTGGATACCTTAATATAAATCCAA +ATTTATGAGCATTTTCTTTTAACCACTTTGCTTCTTTCGTAACCTCCACAAACCATCTAT +CCTCGTTAGTTAAATCTATACATAATCCAGTTTGATGTTCACTAGTTCCAGGTTTTGCAA +CATATTCGTTAGCTTTTTTTAATCCTTGGGACTTTACTCTATTATAATAAATTTCTTTTT +GACTTTTATAAGATCTATATCCTGATGTACCTAAGTAATTTATTCCTTCTGAACTTGCCA +TTTTAACTAGTTTTTCTAATTGAAGCGCTACATTTTCTTCAAGTTGTTCTTCTTCTTCAC +TTATACTATCTATAAATGGTATATTTACTTTAACTAAATTTTTTGGAACATAGTTTTTAT +CCAATTTATTATAATTGTTCACAACTACTAAATTTGCTATAATATTTGAGTTATTCAATG +TTTCTCCATTAAAATTTGTACTAAAAATTAAAATAATGGATGAAATAATAATAACTACTT +TTATAAATTTTTTCATATCCTCTATAACTCCTTTAAATTTTATAGTTTCATTTTAGGAGA +TAGAGTTTAAGTACTTTTTAAATAAACCTTAAGAATTCTTAAGTTTTTAATTTACATTTA +TACGGAGGAAATTATTTATGCAAAAATTACTTAGTAAAGCACGTCAAGCAATAAATGACT +TTGATATGATACAAGAAAACGATAAAATAGCAGTTGGTCTATCTGGTGGAAAAGATAGTC +TTACATTACTTCACATCTTAAAAAACTATCAAAGATTTTCACCACAAAAATTTGAACTCA +TTGCAATTACCCTAAATCCAGGAGGAGTAGATAATTCTCCACTTCATAAACTATGCAAAG +ATTTAGAAATACCATTTTATGAAGTTCAAACAGATATCAAAGAAATTGTTTTTGATATAA +GAAAGGAAAAAAATCCATGTTCTTTATGTGCAAACTTAAGACGTGGTGCATTAAATGATA +ATGCAAAAAAATTAGGGTGTAACAAAGTGGCTCTTGGACATCACAAAGATGATGCTATAG +AAACATTTTTAATGTCTATGTTATACGAGGGAAGAATAAATTGCTTCTCTCCAAAAACTC +ATATGGATAGACAAGATTTAACTATTATAAGACCAATGATTTATATTGATGAATATATGA +CTAAAAAAGCAGCTAGAGATTTTAACTATCCTATTATAAAAAATCCATGTCCTGCTGATG +GTAAAACAAACAGACAAGATATAAAAGAACTTGTCGCAAAATTAAATAAAGAAATCCCAG +GCTCTAAGAAAAATATTTTTGGTGCTTTAAATAACTCAGATAGATTATTCATTTGGGATA +AAGAAAAAATAAAATAATTCTGGTTAAATAGGCGAGTAAATTTACTCGCCTAAATGTTCT +ATTCTATAACCAATTTCTCTATTTGCCATTTTATATGCTTCATTTATCATCTCTTCCTTA +GAAATTGAATTTCCCATTAAGTTATCAATAGTTATTTGATGTCTATTTTCATAATACTTA +TCTAAGATCTTTTCTTCTATATACTTCTATGGCATCTTATCGGGTCTTGCATAGCACCTA +AAAGAGCTATCCTAAAACCTTTTTTACATCCGTTCTCTAATCTCTTTACTCCATTTTTAA +AATCTTCTTCTTGTATTACTTTTTCAAAATCGGAGTATCCTTCTTTATTATAAGAAATTT +TATTTTCTCTCTTAGCAGCAAATTCTTTAGCCATATAAATATATACAAAACCAGCTTTAA +TTAAAGTATTCTTTATTGTTTCTTTGTTATATTGAATGTTGTACTTGGAATAAGGAGTCC +CCCTAACATCTACAACGCAGTTTATATTATAAAATTTGAGCATATCAATAAGTTTCTCTA +CTGGATAATTAGAATGACCTATTGTAAATATATTCATAATAACTTCTCCTTGTCTATATT +CAGTTTATTTTATTATACTTTGTTATTATGCCTTGTATCATATATTTTTAAGTTTTTTAT +TGCGTAAAATCCAAATAAATTTTATTTTAATATAAAAAATATCTTATAGTTTCATATGAA +ACTATAAGATATTTTTTAATTCTTCCACGTTTTCAATTATATAATTTGGGTTAGCTTCTT +TCAACTCTTCTAAAGAACCATATCCATATAAAACACCTATTGAATCTACTCCTATTTTTT +GTGCTCCAAGTACATCATACTTTCTATCACCTATCATTATAACATCATCCATAGAAGATA +TATTGCAAGTTTCTAAAACATGGTCTATTACTTCATTTTTTTCACTTCTACTTCCATCTA +AATTACTACCGCCTACATATTTAAAATATTGATCTATTTCAAAATGTTTTAATATTCTTT +CTGCAAATACAGTTGGTTTAGAAGTTGCAAGTAATAAGACTTTACCCGATTCATATAAAT +ATTCTAATATCTCTTTTACATTTGGGAATATCTTATTTTCGAATATTCCTGTTTCAGCAA +AGTATTCTCTAAACTTTGTAACAGCTTCCTCAACTTTTTCATCATCGAAATTATAATCAT +CTCTAAAAGAATCGTATAAAGGAGGTCCTATAAATTTTTCTAAGTTAACTAGCTCTTCAT +CAATACCAAAATGTTTTAAAGCATATTGGAAAGATTTCGTTATTCCTTCTTTTGGGTCTG +TAAGTGTTCCATCTAGATCAAATAAAATATATTTATAGTCTTTTCTCATAATTATCTCCC +ACTTTTTTTATTTAATTTTACCACAAATTTGATAAGTTTTATAAAACTCATATAAAAAAG +GACATATATCAAGATAAACTTACTTAATAAATTATTACCAAGTAATCTATTTGACAAATG +TCCTTATTTATTATTCTACAGTTATTGCACTAACTGGGCAGCTATCTTGAGCTTCAGCAG +CTAAATCTTCTAACTCAGCACTTACTTCATCTGATATAGCAACAGCTAATCCATCATCAT +CCATATCAAATATTTCTGGGCATATACCAGTACATGCTCCACAACCTATACAAGTGTCTT +TATCTACGAATGCTTTCATTGTAAAATCCTCCTAAGTTTAATTTATACTCATTGTATATT +TATCCTTAATTTTACTAATTTAAACATTTTTTCTTAATATTAATACAAAATCTAACATTT +TATACAACAGTATTTATATCTTCTGACTCTTCTATTTGCTTAGATTTTTCTTCTTTTTTC +TTTTCTATAATAAGTATGACTTTATCAACTAAAAGACCATTGATAACTACAGCTATTAGT +GAAAATACTCCTTTTCCAAATCCAAAAGTTAATCCGCCACAAACAACCACAAATAAATCT +ACACACAATAGTGAAATACCTATATTAAATTTAGAATATTTATTTAATATTTTAGCTAGT +ATATCAGTTCCACCTGTTGAAGCATTTAATGCAAAAGCGAGTGCTAAGCCACTAGCTATA +ATCATTGTTCCTAGTATAACAGCTAAAAATAAATTTGTTGTTAATGCATAGGAATGAAGT +ACTTTTTCCATAAAATCCATTACAAAAGATAGAGCAAAACTTGCATATATAGTTTTTAAT +CCAAAGTCTCCTCCAACTAATATAAATGATATAACAAATAATATTAAATTTCCTAAAAAA +ATTATTGTTCCAACTGATAAACTTGGAACATAGTGGCTGATTACTAAAGCTAGTCCACTC +AGTCCTCCTCCAGCTATTTCATTTGGAGCATAAAAATATTGAATTCCAAAAGCCACTAAA +ACTACGCCTAATGTTACAAAAACATAGTCTCTTATTGTTAAGATTAAATTATCCTTTGTC +ATTTATGATATTCCTTCCATATTTTATAATAAATTATTTCTTTCAGAGTTTATATTATAC +TACAATATCATACTTAATTACTATTTTTGATTAATGTTTATTATTATAAAGTATTGGTAA +TCTAAAATTAACAGTATTTAAAGATAGCTATTTTTTACTGATTATAATAATTTTTCAACA +TCAAGGTTAACATAAATATAGTTTACTTTAATAAAGGAGGTAGTTTATGAAAATCTTGAA +ATATATGCTTATTTTTATTCCAATAAGCTTTATAGCTAAATTTATGAACGCATCAGGTTC +TATAATGTTCATATTATCATGCTTATCTATAGTTCCATTAGCTGGTCTTATGGGAGAGGG +AACTGAAGAAATATCTTTTTATTCAGGTCCTAAAATAGGTGGTTTTTTAAACGGTACATT +CGGAAATGCAACAGAACTTATAATATCATTTTTTGCCCTTAAGCAAGGTTTATTTGATGT +AGTTAAATCATCAATTGCAGGAGCAGTAATAGGAAATATATTACTAGTAGTTGGAGCAAG +TATGCTAGCCGGTGGATTAAAATATAAAACTCAAAAATTCAATCAAAAAGTTACTGAGGT +TTCTTCAAGCATGCTATTATTTGCGGTACTTGGTTTATCTATACCTGCTTTATTTACACA +TACAGTAGATCCTGCTCTCTTAAATACAAGATACGAGGGTCTAAGTGTTTTTGTTGCAGT +TGTAATGATACTTATTTATGGACTAAGTTTATTCTTTTCTTTTAGTACCCATAAAGATAT +ATATTCCAGCACCAAAGAGGAGGAAGGTCATGCAAAGTGGTCTTTAAATAAATCAATATT +TATACTTGTTATCTCTACAGTTCTAATAGCAATAGAAAGTGAATTTTTAGTTAATGGTAT +AGAACCTATAACTGAAAGCTTAGGGTGGAGCCAATTCTTTGTCGGTATAATTTTAATACC +TATAATAGGTAATGCAGCTGAACATAGTACTGCAGTCGTTATGGCTAGAAAAGATAAAAT +GGATGTAGCTCTTGAAATAGCTATCGGCTCTAGTCTTCAAATAATTTTATTTGTAGCTCC +GATTTTGATATTTTTAAGTTTACTTTTCACCCCTATGAGTATAGTTTTTAATGAATTTGA +ATTAATCGCTCTTATAGCTTCAGTAATTATAGCAAATAGAGTTTCTCATGATGGTGAATC +TAACTGGTTAGAAGGAGTTCAATTACTCGCTGTATATCTTATAATTGCAGCTTCATTTTT +TATTCTATAAAGTTAAACTTTATACGATAAAGGCTTGTCTCAAAATAATTTAAGACAAGC +CTTTCTATATTAATTAAGCTTTTTTAACAACGCTAGATTTTAATTTCATAGCTCCAAAGC +CATCTATTTTACATTCTATATCATGTCCATCTGCCGCATCTGGAACTAAACGTATACTTT +TTACTTTTGTTCCTATTTTTATAGATGATGAACTTCCCTTTACTTTAAGGTCTTTTATTA +CTGTTACAGCATCTCCATCGTTTAGCACGTTTCCATTAACATCTTTTATAACATTTGTTT +CTTCAGCTTCAACAGCTGTTGCACTCCACTCATAAGCACATTCTGGACAAACTAAAAGAC +TTCCATCTTCGTAAGTATATTCTGAATTACATTTTGGACAATTTGGTAAATTAGTCATTA +TATTATTTCCTCCGCTATTTATTATCAAATTTTAAATTATTAATATTATTTTCATATCCC +TATTATAAAACTACATTGGGATTTCCTTATAGTCTTATATAATATCATATTCTTATAATA +TTGACAAACCTTCCTATAACCTTTCCTTTATGTTCCTATTAAACTACACTTTTACTAGAA +AATATTTATTTTCCTAAAGGTATCTATGTAAAAAGACTATGATATTTATTATCATAGTCT +CAGTAAATATAATTATCATCGATAGTAATATTTAACGAAATATACTAATTTATACTTATA +TTAAACAAGCTACTTCCACACTTTACTTAGATTTATACTAATGGAGCTTCAATCTGAGTA +GTGAAAAGGAATTGATGACAATGCCCGTCAGCAACAGTAGTATTTCCACATACTAAGTGA +ACGTGTTTATTAGTACCTGGTATTTTAATTGCTGGACCAGTTGTAACACATATTTTGTGG +AAGTGATCAAGAAAATCTGTTCTATCATTTATCTTATGAACATGATTTTCTCCATCACAT +ATTGTTATAACTTCACCTGTTACTCCTGCAACACGGTGATTATGTCTATCACAGCCTTCT +TCTGCTAATTTAACACTACTTTCATATTCATGAACATGTGTCATTTCCTCTTCTTCATAG +CACTTATAACATTTTTTACATTTGCACTCGTCGTGATCTTTACAATCTTTTTTATATTTA +TAATCATCATAGTCTTTATAATCTTTTTGACACTTATAATTTTGATAACTCATTTTACAT +CTCTCCATATTATATATTAAAGTTCTTATAAAGAACCTCAGTATATAATATGGTTAATTG +TCAAATAAGTTCTTATTTTATATAATTTTGTAATTTATCCGTACTTATTTCATATTTTAC +TTATATGTTATTTATAGTACTATTATCTATTTTTATATTAGACTTTCTATATTATTACCA +CTTAGAACCAACGTATCTCCACCTTTTATTAGAGTAGATCCTTTAGGAACTAATATTTTA +TTATCTCGTTTTATCATAACAATAAGTATTTCTTCTGGTATATTTGCATCCATAATCATT +TTATCTATCCATTGACTATCTTTTGTTATATTAACTTCTAATAAATCAGTATTTATTTCT +CCTGTATAATCTGTAAATGTTCTTAGTACTGAACCTTCATCTTCTGTATCAACTAAATCT +AATAAGCTAGCAACCTTAGGTATAAGTGTTCCTTGTATTGCAACAGAGAATAAAGCTATA +AAGAATATTATATGGAATATATCATTCTCTATATTAACCCCATATGTAACTGCGAATATT +GCGAAAACAACAGATGCCGCTCCTCTAAGTCCAACCCATGATATAAATAGTTTCTCTTTA +ATCGTAAACTTAAATGGACTAAGTATTATGAATGTAGCTAGTGGTCTTGCAATTAATATC +ATAAATAAAGATATAGATACTGCAGTGACTGTAACATGAGGTAATCTCGATGGGAAAGAT +AGAAGACCTAACATAAAGAATAGTGCTATTTGCATAATCCAAGAAACTCCATCAAAGAAA +TGGAACATACTTTTCTTTCTAGGTATTTTGCTATTTCCTATTATTATTCCTGCAATATAC +ACGCTCAAGTATCCATTTCCTCCTAAAAACTCACTAAATGAATACGAAAGTATTGCAACT +GCAGTTACAAATATAGTATAAAATCCTTCTACTTCAAAATTTGAATGTCTAAGTATGTAA +ACGGTACCCTTGGCAAGTAAAAAACCTATTATTAACCCAAATATAATCTGCCTAAGTATT +ATCGGAGCTACTGTGACCAAACTTAATTCTCCTGAACTCTTCAGCATAGTCAGTACTATA +AGAGTCATCATATAAGCAATCGGGTCATTACTTCCACTTTCGACTTCTAAAAGTGATGCT +AATGAACCTTTTAAGTTTAATTTTTGAGCCCTTAGAACAGCAAATACTGATGCAGCATCT +GTAGATGCGACTATTGCTCCTATTAAAAATCCTTCTAATAATGTAGTCTTTATCACTAAG +TGACAGAATAAGCCAGTAAGACCTGCCGTAATTACAACTCCTAATGAAGACATCAATACT +GATGGCACCGCTATAGGTTTAGCCATCTTCCAATTTGTCCCGAAACCTCCATAAAACATA +ATAAATACTAATCCCAGAGAGCATAAGGTACTTGCCAATTCATAGTTATCAAAATAAATT +CCAACTAATCCATCTGACCCAAACAGCATCCCCAGTACAATAAATATAAGAAGCATAGGC +ACACCAAATTTATATAATACTTTAGTTGATGTTATGCAGATAATTAATACTAAACCACTA +ATTATCATTAATTCTGTCATTAAATTCCCCCTTTTATTTTATATATTAATTTTTATTATT +TTAGTCTATAACCTTATAGTTCATATACACTCTTAATTCATTTTATAAATAATTTATAAA +TACTTTTTATTATTCTACATTAGTTGGATAAATATGTCTATTAACTTTACGTTAAAAATA +ACAGGATTATATATATATTTACTCTTATTTTTTGATCAAAACTATATAACTTTCAATATA +TATCAAAACATATGCTGAAATTAAAAACCGCATCACTTATTTATGATACGGTTCTCCGTA +TCGGTGTTAAGTGAGGTTGTAAACTTGCTCATTACTTTTCTCCTTTTCTAATATACTTTT +AAAATTATAATTTAATTACGAGCTACATCCCCATATTATTCTATATAGTAATGTTCAAAT +TCAACATAGTTGCTCCAAAATTTCTTAACCTAAAAGAAGAAGGAGCATCCTTAACTGATA +CTCCTTCTCAAAACTTACTTTATATCCAATTGCTTGTTATCCTTTACCATCTTACCCCAT +TCCCCTAACATCATAATAACTTTCTCAAGTGAATATCAAGAGTTTTCTAAATTAATCCTT +AACAGCTAGTTAATCTTTTAAATATTCTATTAATTCTTCTAATTCATTATCATCTTTATT +TAATTTATCAAAGTCTTCTAAATCACTTTTTATATCTTTTTTTACTTCCTTTTTAACATT +TAATCCACTGATAATATATCCCATAGAAAATGTTGCTATTGAATAAAATGCATATGGTAA +TGATGAATTAATGTAATATGTTATTACCATTAATATACTTTTACTTACCACAATCCTATT +TGATGCTACAAGTGATAATATATATACATGTGAATTATATATAGTTAATAATGTATATAC +TAATATAATTATTGAAATAACATATAATACTTTACTTATTAAATTTATATCTTTAAAATG +TTTTACTTCCATACTTAAGCCACCTCTTATAAAAGCTTATTAATTTTTATTAATTAATCT +GTATTAGTTTTTTATTTTTTAACACAAGTACAACATCCGCTTTTTTAGCTAATTCCTTAC +TATGAGTAACCACTATTACGCATTTTTCATGTTTATGTGCACTTACTTTTAATATTTCTA +TAATTTCATCAGCTGTATCACTATCTAAATTTCCTGTTGGCTCATCTGCTAATATTACTG +GTGAATCTGTAACAAGTGTTCTTGCAATGGCAACACGCTGTTGCTGCCCCCCTGATAATT +GTAATACGTTTCTATTAACTTCATCATCAGTTAATCCTAAATTGTTTAAAATTTTCTTAT +CTGCCTTAGGATTAACTATCTTTAAATTTTCTAAAGGTGTCATATAATCAATTAAATTAT +AATTTTGAAAAATTAATGAAATATTGCTTTTTCTATGATTCTCATACCCTTTTACTTTTA +TATTTTGATTATTATATAATATTTCACCATTTCTAGGTTCATCTAATCCAGCCAGTAATG +ATAATAATGTTGTTTTTCCTGAACCAGAAACCCCTAAAATAGCATAAAATTTTCCTTTTT +CAAATTCCATGCTTATATCATTTAAAACTCTTTTTCCATTTTTATATGAATAATTAACTT +TATTTAATGCTAAAATTGACATTTATCTTCCTCCTAGCTCATTTTGGATAATATTTCTTT +TGGTTTTAATCTAATTATTGATGCTGATGATGCCATTACTGAAAGTATAATAATAACTGT +TCCTATAACATACACATAAATTAATTCTTCAAACTCTACTTTTACATCTATTTCATCTAC +TGTACGAGTTGCTAAAGAACTATTAGCATCATTTCCTAATGAAAGTCCTCCAAATCCATT +TTTAACGTCTTGAACCGCTTGCTTACTTGCTTGTGCAACTATTGTATTTCCTATATTTTG +TGAAATTACCTTGCTTGATAAATATGATCCTCCAAAAGCTAATATACTTATAAGTAATAA +TTCAATTATATATTGAGAAATAATATTAAACTTTGAAACTCCTATTGAAAGTAATATACC +GGTTTCATGAACTCTTCCTTGAATCCAAAATGCTAACACTAATGAAAGTATTATTATTCC +AGCTATTATTGCTCCAATTAAAACCATATTTATAATCTTATCTAAAGAATCAAAAGACTT +AGATAAAGCTAAAAATGTATCTTCACTTTTTACTATTGTATACTTATTCCAATCAGCAGA +AATATCTTTAAATTTTGATGTTACTTTATCTACATCAGTATCTGTATTGAAAGTAGCATT +TGTATATTTTACATTTCCATCTGAATATCCATATAAAGTTTTAATAGTATCTACATCAGT +AATTAAAAGATTTTCTGACATTTCTAATTTATGTCCAACTCTTTCAGTATTTTCACTTTC +AAAAATACCTACGATTTCAAGGTCATAATCATCTTTAGATAAAGTTGATGCATTAAAATC +TACAGCACTCTTTGTTGCTTTTATAGTATCTCCAACTTTTAAATTATTTGCTTCTGCTAG +AGCCTTATGAATTAATACCTTGTTTTTATCAGTAGCAACAATATGTCTACCATCAATAAG +CTTTAATGATTTACTTATAAACTTAATACCATATTCTGAATTTTTATGTGCTTCTACAGA +AAAAAGTTTTTCATATTTATAATCATCATTATATTGAACTACATTTTTTTCAGGTTTTAT +ATAATTTACATTTTCTAAATCTAAACCAACTCCTTGAATTGCTGCATCATAATTCTTAAC +ACCTTCTACCTTTGAGCCCTTATCAATTAAACTTTCTGGAATTGTTCCTTCAAAATTACT +CGCAAGATTAGCTTGTAATTCAAAAGTATTTGCCATATCCTTGTTTGAATCTTGTCTTGC +TATATTTGCTGCCTTTTTAATTGAAATCCCACTTAAAACTGCCGTTGCTATTCCAAATAA +TATAAATAGCATAATAATACTTTTTATTTTTTTTCTTGTTATATATAATATTGATCTCTT +AAATACATTCATATTTATGTCCTCCTTGTTTATTAACTTGAGTACATTCTATTAGCCTAA +TATGAAATATTTATGAAATTAAAAAATTAAATTTATAAAATTCATTAATAATCTTATTAA +TTATATTATTTTTTATAAAAAAATAAGGATATTAACAGTCTAATATCCCTGTGATTCTCT +AACTATTTCATTGTTAAAATTAACTTCAAAACTCATTCCCGTTAATATTGATTTAAAAGA +ATAATCTAAATTATACATTTTTAAAATTTGTTGAACTATGTATAATCCTAACCCATTTCC +CCCACTACTCTTATTTCTATCAAAATCAACTCTATAAAATGCCTCAAAAATATGTGCTAA +ATGTTCATCTGCAATTGGCTTACAATCATTTTCCATAATAAGCTTTTTATCTTTTATATA +TATTCTTATTTCCTTTCCTTCATCAGTATAATTTACTGCATTAGAAATAATATTAGAAAT +TACTTTAGTAAATAATTTTTCATCTACTTTAATATTAAAAGACTCTTTTAAATTAACTTT +AATATTAATTTTCTTTGACTTAGCTATTAATTTATATGGTTCTATGTTCTTTTGAACTAA +ACTACCTAAATCTAATACACTTTCATCTTTTTTATTTATTATATTAAGTTTTGAAGTATC +TAAAATTTCCTGAACCATTTTACTTAATTCACTAACTATATCCTTACATTTTTCTAAATA +TATATAATGATTTTTATATTTTCCTATATCATATAACATATTTTCAATCATTATATTCAT +ACTCATTAGTGGTGTCTTAAGTTCATGTGATGCGCTTCTTAAAAAATCCACCTTTATTTT +TTCAGATTCACTTACATTTTTTATTTCCTCTTCCAATGATACAATTGTATTTAATAAATT +ATCATATAAACTATTTACATTAGCTGCTAATATTCCTATTTCATCTTCAGTTTCTACCTT +ACAAAAGGCTTCTTTATTTAAATTCTCCATTTTTTTTGTAACATCACAAATTTCTTTTAT +TGGAGTTGTAATTTTTCTTGCATATATATATGATGCAATAAGTGCTATAAGCAAGCTTAT +AAAAATAGAATATGGAAGTATTTTTAATATAACATCTCTTGTTTCTGTAAATGATTCTAA +ATCCATTACTATTTTAGCACTTCCATTTACATCATTGCCTTTTTTAAAGTCCCTACTTTT +TATTATTGATAAATTATTTATATTAATATATTGACCGAATCCATCATCACCTATAACTTC +TCTATTTTCATCATTAAAATTTTCTATAATATTTTCACCACTTAAATTAGGAATTATTAA +ATAGTTTTCTGTAACTTCCTCTTCATTAACATATATATCTACTTTATCCAAACCTTGAAA +TACCTTTTTTTCATCTCCTATAGTAAGTAAAACTTGAATATTATATTTTTCAGCAAAATT +CTTTGCTATCTTAAATGATTCCTCATTATCAGATTTACTTACTTGTTCAATTAAAGCTTC +AATAATTTTATCAGCTTCCTTTTGTTTATTATTCACATATACCTTGGGTAATGCTAAATA +AATTAAAACATTTGAAATTAAAATTATTAAACTTATTATCCCCATGGTAAATATATATGT +TTTTGAAAATAACTTTAACTTATTCATCATTGCTCCTCAAATTTATATCCAATTCCCTTA +ACTGTTACTATACAATCTAATAACAACTTTTTTCTTATATTTTTAATATATACATCAATA +ACCCTATCATTTGGTGATTCTTCAATACTCCATAAATTATCTAAGATTTGTGCTCTTGTT +AAAACCTTTCCCTCATACTTTAATAATAACTCTATTAATTTTATTTCCTTAGGTTTTAAA +TCTATATTTTCGCCATTCTTTCTTGCTGAGTATCCTTCAAAATCAATTTCTATGTCTCCA +TAGAACCACTTTTTATTTTCGCTAACTTTTACTCCCCTTCTAAGAAGTGCTTCTATTATT +TTATGTAAAACTATTATTGAAAATGGCTTTGTAATATAATCATCTGCCTTTTCATCAAAA +CTCATAATTTGGGTATAATCATCACTCATTGCTGTTAACATAATTACTGGAACATTGCTT +TCTTGTCTAATTTTATTTAAAACAACAAATCCGTTAGCTTTGGGAAGCATTATATCTAAA +ATTACTAAATCAATTTTACTATTCTTAAATAATTCTATTGCTTGCATTCCATCTTCTGCA +CTTATAACGTTATATCCAACTTCTGATAGATATTCACTTACGCCTTCCCTTATTTCTTTT +TCATCTTCAACAATTAATATATTAATTTTCATTTATATTTTCCTCCATTTTATATAATAT +ATATCAAAATGAATTTATTTTATAAATATATAATAACATAAAGATTCAATTATATTATAA +ATATAAAAGTGCTAATTTCATAAATTAACACTTTTAACATTAAATTACTAATATTATTTA +TATACCAATTCCACATATAATTTATCACTAAAGTTCTATCTATAAAGGCTTACTTAAATG +ACAGTATTATCAACCCTCTCCTTCTCAACTCCCTTTATTCATTAACCTAATTTCAGTAAA +ACCTCACTTATTTATGATACTGTTCATTGTTATTTATACTAAATTATCAAATTCATAGTA +CTTTTAATTATCACTTGTAACCTCTTTTATATATTCCCAAGTTTTACCCTTATCTTCAGA +AATATAAAGTAAACTACTATTTCCGTTATAGTCTCCATCTGCACCTTGCTCTATATTTAA +ATACAATTCTCCATCTTTTTCATATGGAACCTTTGGAAAATCAAATGGATTAAATGAAGT +ACCACTATCTAACTTGACTGATTTATTTTCAAACTCTATCTTATTAAAAGATTTTCCCCC +ATCTTCTGTACGATACAGCTCTCCTATACAACCACCATCTCTAGATGCACCTATAAAACC +TATATTTTCATCAATAAAATATATTCCCGAAGCCTCTCCAACAGCTCCATTAAAAGGATC +CTCATTAAGTACAGACCAATTGTTCCCTGAATCATTACTTTTTTGCAATGAATAGAAAAA +GCTACCTGCTGCCTTATCTTCTACATTTAACTTATATCTAATTCCATCCTTTAAGTAAAA +CTCATCATTATTATTTGAATTTCCAGTTATAAAATCTAACTCCTTCTTATCTTCTTCTAA +TTTATCTTCCTCTTCTGTATTTAGATAACTAAACCAATAAGAATCTGTTAGCAAATTATA +TCTAACAGGAGTTATTTGATCTTCCATACCTGGTATGTATATAGAAACTGTATAACCAAT +TAGCTTAGCACTAGCTAAATCAGTCGGTATTTCCTGTTTATTTTTATTAACTAAAACAAT +TCCTTCTCTATTAGACTCCCAATTTCTTTTTCCTTTGTAAAGTAGCCCAAATTCCATCGC +ATCCCATTTACTAACCGTATCTTTTATAGAAATACAATCAACAGTTTCAAATAAAGGATC +TAACAGTTTACTATTACTATAATCAGCATTTACAGCACCATTTAATACAAGTTTAATATC +TTTTGACTTATCTTTATCATAATATATTAAAAAACTTGTATCTTTTCCATATTTATCTTT +ACCATAGACAAAAGTTTCAAAGTATGTAATAGTCCCATCTTTTTCAAACTTAACACTTAA +ATCATTTGATATGTATAATTTTTTAGGCAATTCAATTTTTTTATTTATATCTTCAAAAAT +CCCACTTACACCATCTTCATAGATATTATCTTTCTCAAACTTAATCTTTCTTTCATTTTT +TACTCTTTCAATAACCCATGCAAGCTTCCCACCATAGTTAGTTGCACTTTTATATATTTT +TATTCCGTAAAATAAAGTTATTATACTGATAATTATAACAGTTATACATACCCATAATTT +TGAATTAGGTAATTTTGATTTATATTCTTTAGACTTGCTTAATCTTATTGTATAAAAAAT +AAACATTGCTATAAAAAACACTAAACAAGCCATTACGATATATAAATTATTATTAGATCT +CCCATACATACACAAAGTAGTTAGTTCATAACAGAAAACCCAATATAAAGCTAATATCAT +AGGGTTACATATAAAGTTCTTAATTATTCTTCTTAAGCTATTCACTAATTTTCCCCCCTA +ATTTATAAATAATAATCTTTTAAAACTAAAATCCATCTAGCTATAATTTAAGCATTCTTA +TATAGATTCTACGAAACTATTGAGTAACTAGTCAATATATACATTAAATAATCCATCAGC +CATGTATACTTTTCAGCTTCAATAATTTCCCATATATGAATAATCGGTGGAAAGTAAATC +AGTTATAAAATAATAAAGGAGTTGTTTCAAAATGTAATATCTTCTATTTATTATGTTTTA +TACTTATAATATTTTTAATTCTTAAAATTCCCCACATACCGGACTCTATATCCTACCTTA +TAATACTTGATCTATATAAGTAACCACTAGGTATTATTGATGTTCCATTTATTAATTCTA +TATCAAATACATTAATTATATTTAAATCACCTTGAGTTGATATAATTCGTGTAAGCGGAT +CATGCCACCTTGCATTGTTATATATCAACTTGACTTATAATACAAATAATTCAAAGATAA +CACCTGGTTCTTTTAATTAATTTATAATATACTAATGTACACAAAATAAGCTAGATTAGG +TATTATTACCTTATCTAGCTCTATCATTTTTACGCTATAAAGTTTCCAATATTTATTTCA +AAGTCATAGTTATAAAAAATCCTAGTTTCATTTATTGTTACTTTATTAAAACCTTTATTT +GTACTTTTGTATTTAGCATTCATCATCTTCGATCTATGTTCATATTAAATAACTATTTTC +TTGACTTATATTTATATAACTTAAATATATACTAATATTTAAAATCTAAAAGCTTATTTT +TTAATTGATTTTCAATATTTCTTAATTCTACTTCAGCTTCCATACGTTTTTGACGTCCTT +CTGTTTGTATATTAAGTATTTCATCAAGAGTTGAAATTAATGACTCATTCGTAGCTCTAA +GTGTTTCAATATCAACAATTCCTCTTTCAGACTCTTTTGCAGTTTCTATAGTTGAAGTTT +TTAATATTTCTGCATTTTTACGTAAAAGTTCATTTGTCATATCTGTTACTTCTCTTTGAA +CTCTTGCAGCATTAGCAGCGTGAGCAACTCCAAGTGCTAAAACCATTTGATTTTTCCAAA +GTGGAATAGTATTTACAATTGTAGATTGTATTTTTTCAGACATTAATGAATCATTATTTT +GAATTAAACGAATTTGAGGAGCCATTTGTAAAGAAATCATTTTAGTTAATTCTAAATCGT +GAATTTTCTTTTCAAATCTATTGCAAAGAGCCACAAAATCATTTAATTCTTGGGCATCCT +GAGGATTCCCACTATTTCTTGCTTTTTCTTGCAATTTAGGAAGTTCTTCCTTTTCCAGTT +TTTGAAGTTTCTTTTTTCCAGCTAAGATATACATACAAAGCTCTTTAAAATATACTTTAT +TTATTTCATACATCTTATCTAGCATAGCAATATCTTTTAAAAGCTGTATTTGATGCATTT +CAAGAACATTACACATTTTGCCAATATTGTTATCTACATTTTCATATTTTATTTTCATTT +GGGAAATCTTGTCCTTACCTTTTTTAAAAAAACCTAAAATTCCTTTTTTCTCTTCGGATT +CTTCAAAGTTCTTTAATTCATGAACTACACTAGATAGTATTTCCCCAATTTCACCTAAAT +CTTTAGTTTTTACATTATTCAATGCTGACTGTGAAAAATCAGAAATTTTCTTTTGAGCAC +CTACCCCATATTGTAAAATAGAGTTTGAATTATTTATCTCTATTTTATCTACAAATTGAT +CAACCATTTTTTTTTCTTCTTCTGTAAGTTGAACTTCATCAATTATTTCTTTTTCTATTT +TTTCTTCTTTTACTTTTACATTAAGAACTTCATCTTGGAATGGTTGAAAAGTTAATTCTG +GTTTTATATCAATAGACTCTTCTTTAAATTCATCACTCATTTTTATGCCTCCCTTTTATT +TAAAACTTAATTTTTAAAATCATCTTCTGTCAATCCCTCTTGTTTAAATAATGTTTTAAG +AACTGAAATATCTGTAGAAATATCTAAAACAACATCTTCAAATAAATCATCTAATAAATT +TTCAAAAGCGTTATTAATAAGATCAATACTCTTTTCAATTTCACTTTTAGCACTTTCTAT +ATTCTCGCCTTGAACTAATTGATTATTTATATCTTTGTATGAATTAATTAATTTTATAGT +AATAGGAAGATAATGATTTATAAATTTATTAACTTCTTGTATCTTTTTAGGATTCTTTTC +AACCTGAATCAGGATTTGGTTTGAAATGTTTCCTAATTTATCTAACTTTATAGCTATTTC +TTCTTTATAAAGATCATTTCTTATATTTTTTATTTGTTCAATATAATTTCTTCCTATTTT +AATTATAGATTCTATTTCTTCTTTTTCCGAATTATATATTTCTTCATTTAATTTTTCATT +ACTGCTCTCTTTAGCCATTTGTTGCTTTTTTAAATTTAAATAGTCACTATAGACTTCATC +ATTTAACATAAAATAAGTTTTCTCTTCATCTATATGCCCTTCTAAGAACATACCTAAGTC +AATCATTTTACTTAGGTCTTTAACAACAAAACTCTCTTTCTCTCTAGCAAATTTTGCCAT +GTCCTTAATTAAGAAATAGTTATTGTCGTCAATAAATCTTACATACTTCTTAAAACGCTT +TACTCTTTTTCTTAAAATTATTCCTCTTAATAATAAACCTAAACTTACTGCAAAGAATAA +AAATGTAACTCCAAAAATAATATTGCTACCTATAATAACAACACCAAATAATATCTTAAA +TATTAGAAATATTAACACTGAAGAACCATAAATTAAACTTCCACTCGCGCCAAATAATAT +ATAAAGTATTCCTGATATACTTCCAGCTGGTCTTTTACTAATATATGTTGATACATCATT +TTTAGCTTTTTTATTTAAATTCATATATTTTTCACTATATCCATTAAACCTTGATTTAAA +TTGATTTAAGGTATCCTCAGCTTTATAGTTAATATCTATTTTCAAATTAGCAAAATCTAT +TGCTTTAAGGGCATTGCTAACTGTAGACATAATTTGATCTTCTAAATTAGAAAAATCCTT +TTTATCCATTATCTTGCCTCCAGATTATTTTTCTTATAATTAACATAAGTCTAGATATAT +ACTATACCGTTATGTTAATATTTTAAGTTTATTATATCCTATAATTTAGCTAATTGTAAC +TTCTAACTTAAAAGGAATACAATAAATATATTTTATAAATACATTATTACTTATGATACA +ATACCTCTGATAATAAAAATAGCCTTAGGTAAGTCATCTCAATACCTGAGGCTATGAACC +TGGCTTATTTGTGATACGGTTCTCCATTGTTTATTCTATAAGCTCTATACACTTGTTCTA +ATAATATCAATCTCATTAATTGATGTGGGAATGTCATCTTAGAAAAAGATAACTTATAAT +CAGCTCGACTTAAAACCTCATCCGACAGACCTAATGACCCTCCTATTATAAAGGTAATAT +GGCTACTTCCTCTAACAGCAAGCTTACTCATAGTATCTGCTAACTCTTCAGAAGATAGAT +TTTTACCGTCAATAGCCAGAGCTATAACATAACTATTAGCTTTTACTTTGCTTAAAATCT +TCTTTCCTTCTTTATCCTTTATCATAAGCATTTCTTTATCACTTAGATTTTCTGGGGCTT +TCTCATCATCTAATTCAATAACATCTAATTTACAATACTTAGATAATCTCTTTTTAAATT +CATCTATTCCTAACTTTAAATATTTTTCTTTAATCTTTCCGACACAAACTATATTTATAT +TCATAAACGTCACCTTATTCTTCAATCTTTATTTTACTTAAACTTTTGACGCTTCTATAC +TAAAGCTTATAAACATCTGAAACTTCATTTCTAGATAGTACGTCTAACTTTATATCTTGT +CCTACAATTATATTATTTTGAGCTAATATTCCCTTAGATGTTTCATATGCTAATTCAGGA +AAATTATTTTCTTTACTCAAATGAGCTAGTAGTATACGTTCCGTTCCTTCTTTTACAAGC +TCTATACAAAACTTACCTGCATCTTCATTAGATAAATGCCCTTCTTCTGACATTACCCTT +CTTTTTAATACATATGGATAACTTCCCATCATCAACATATTTGGGTCATAATTAGACTCT +AATACTACCAATCTAGACTTATATAAATGCTTTCTTATATTATCAGTTATTTGACCTATA +TCTGTAGCTATAGATATCTTATCATTTGTTCCTGCATAAAAGTTGTATCCTACTGCATCT +TCAGAGTCATGTGGTATTGAAAATGGTCTTATAATTAAATCTCCTAATGAGTATGTTTTA +TCATTTTCGAATACTTTCATATTACTGTCTTTTATATCCCCTATTTTATCTTTCATTGAA +CACCATGTTTTTATATTTGCAAAAATAGGTATATCAAACTTTCTCGATATTATTCCTGCT +CCTTTTATGTGATCTGAGTGTTCATGTGTTATAAATATCCCTTTAATCTTATCTATATCA +ACTTCTATATCATTTAGACCTGTAGTTATTCTTTTTCCACTAAGGCCTGCATCAACTAAT +ATATTCGTGTCTTTATATCCTACATAATGACAATTCCCGCTACTTCCACTTCCTATCGAA +CAATATTTTAGCATTATGCCACCTCTTCTTTATAGTCTCATAGATTATATTATACCAAAA +AAATAGAGCATTAAATATTTTTTCAATGCTCTATTTTAAATCTATTTGTATTCACTTATG +ATTTTATCTAAATCTACACCTTTTTCCTTCCACATTTCAACAAACTTAGCTCCATTTACA +TTTTCATACATATATTTACTATAATATTCCTTTAGCGTATTAAAGAATACCTCATCTCCT +ACTTTATTTCTAACTTCATTAAATATTACTGCTCCTTTAGTATAAACATTTAGACTATAT +TCAATCGAGTCTTTGTATTGAGTTGTTGCTTTAAACATATTATGACATAAATAGTTTCTG +CTTTGAACTTCCATTGTCTTTATAAGCTTTTCTCCAACGCCCTTGCCATATTTATTTTCA +AAATAAAGAACAGTTGAGTACTCAGTTAGAGCTTCATCTAGCCAAGGCTCACTGATTTCA +TCATTTCCTATTACAGAATACCACCATTGATGAGCAGTTTCATGGGCTATGATATATTCA +AGTATGAACTTTTTACTATCTTTATATAAAGTACTATCTATCATTACTAAGTTTGGATAC +TCCATCCCACCTATGTAAAAATCACTAGCAACTACGGAGTAAGTATCATATGGATATTCT +CCAAATAAATCGCTAAATATTTTTATTGAATCTTTTGCAACTTCTGTCGTATATTCTGAA +AGGTCTTTGTTTAAATTATATGTACTTATAAGTACTCCCTTATATGAATCTGTTTGTATA +TCAAATTTATCACTTAATATAAACGCAAAATCTCTTACCTTATTCGCTTCTATTTCATAA +AATATTTTTTCATTATCATGTTTTTCACTAATTACTTTACCTGTACAACCAATATCATAT +TTTCGAGGCATTAAAATCTTTACATAAAAATCACTAGTCTCACTATAAAAAGGATCTCCT +ACAGATTCATAGCTTTTTAAATTCCAACCTCTATCATCGTATACACAAGCTATTGGAAAC +CAATTTGTTATATTTACAGTACTATCTCCATATCCAAATCTACCCATACAGTTTGGTATT +TTTACGTTATATTTAAAGTCTATTGACACTTTTTCATCTGGTTTCAATGTTTTTCCTAAG +CTAACTTCTAATATGTCATTTTTATCACCTTTTATACTATATTTTAAAGCTTTAGAATTA +TTTAAAATATTTTTTATGTCTACATACCCTTCGTTAAATCCATTAGGATATGCTTCTGAT +ATTTCACTCTCTTCAAAAGGTGCATATTCTTTTTTAGAAAAAGCATTTGGATATATATGA +AAGTATATCTTGTCTATATCTTTTCCAGTCTTATTTACATATGTTAAATTTTGGTTGCAC +ATCAATCTCTTGCTTTCATCATCAAATATAACATCTATAGTGTATTTATTTCTCTTTCCT +TCATCAATATTAGATGTTTCCTTGACTGTATTTGGTTTAAATAGGTATATCCCACCTCCT +AGTAATATTATTAAAGTTGTTACTATTAGTACTCTTTGTCTTATTTTTCGAGTAAATTTT +ATAATCAAATTATCTCCTCCTATTTACATGAATAATTTGAAAAAATATTTACAAGATAAA +TTTGTAATACCTTTTATGATATAATTTAATCTGAGGTGATAAAATGTTTTATAAGGAAGT +TAATGAAATAGATTTAGGCGAAACTACAATTGCCAATATCTTCATAGATATATTTATGCC +TATGGCAAATGGTTTATACGTAAAAGTTTATCTTTTAGGTTATAGACAGGCATGTGATCC +TAGCGCTAATCCTAAATTTGACAATAACTCAATTGCCAAAAATTTAAATATTCCATTATC +TGATGTAATAGATGCTTGGAAGTTTTGGGAGAAAAAAAGCATAATTAAGATGCATAAAAA +TGACGGAATGAATGACTATGACTACTCTATAGAATTTTTAGACTTAAAGAGATTTTATAT +GGAAAATATGCATATTAATACTACCTCTATAAAATCTAACAGTGATAGTATTGTTTCTGT +AGCTGAAAATCCTAGCATAAGAAAAATGTTTAATTCTATTAATCAAATAATAGGAAGATA +TCTTGATCCTGGTGAAAAAATTAGTATCCTTGACATTATGAATAAATATAATCTTGATCC +TGATATGATCCAATATGCTTATCAGTATGTAAAAGATCGACATGGTTGTGCTAGACCTGT +TAGATATATTGAATCAATTCTTAGAAGTTGGTATGATTCTAATTTATACACACCTCAGGA +TGTTGAAAATAGCTTTGCAGTAAGAAAAGAAAGATATATTTTATATAAGACTATATTCAA +TGAATTAGGTTTTTATAGACAACCTTCTAAAGAAGAAGAACGTATTATGGATGTTTGGAT +AGATAAATATAACATGGATATCGAAGTTATACTCGAAGCTTGTTCTAAATCTAAAAATGT +TTCAAAACCTTCTGTATCTTATATAAATGGAATAATTGAAAAGTGGAAAGATAAGAATGT +CAAAACTTTAGAAGATATAAAGATATTAGATGAAGAACATAAAGCTAAGATTGAAAAGAA +GTCTACACCTAAAAATTCTACTGATAAAGTTCCACAAGTAAAAACTAGATATCATAACAT +AAATCAAACTTTTACAAATTATAGCCCTGATGAACTTGAGAAATTACTTCAAGAAAGTCA +AAAAGGTAAATTTAAGTAGGTGATTAAATGAAAGAGTCAAAATTGAGAGAGATTTTAGTT +TCTTATGAAAGAAAACGTGATAAAGCGGAATCTGATTTAGAAGATAGAAAAAAAGATGTA +TATAATCAAATTCCAGAAATAAAAGATATTGATGATGAAGTGTCTAAATTAGGATTAAAG +TTAGCTAGATTAGTACTTTCAAAACCATCAAACAAGGAAGATATTCTAGCTGAATCTAAA +GAAAAAATGGCTGCTCTTAAGGCTAAAAAGGAATCTTTATTAAAACAATATAAAGTTCCT +GAATGGTATTTAGATCTACAATATAATTGTAATACATGTAAAGACAGAGGATTTTTAAAA +AATGGTCATAAATGTAATTGTTTAAAACAAGAAATTATAAATGATTCTTATAAAATGTCA +AATTTATCAAAAGTGTTAGATAGTCAAAATTTCTCTACTTTAGATACTTCTATCTTTTCA +AAAGAAAAATTACCTGGATCTAACATATCACCATATGAAAATATTTTAGAAATAGTTTCT +ATTTGTGAATTATTTATTATGGACTTTAATAAAGATAATGGTGAAAATTTATTATTTTAT +GGAGATACAGGTCTAGGCAAAACTTTTATGTGCAATTGTATTGCCAAAGAACTTTTAGAT +AGAGGACACCTTGTAATATATCAAACAGCATTTAAAATGTTTGAAATTATAGAAGACTAT +AAGTTTAAAAATGCAGATAGTCATATAAGTAAAGATAACTATGAAAATTTATTTGATTGT +GACCTTTTAATAATAGATGACTTAGGGACAGAACTTACAAACTCATTTACTAATAGTGAA +CTATTCAACATTATAAATACTCGATTATTATCTGGTAAGAAAACAATTATATCTACAAAT +CTATCGCCAATGCAATTAGGAAATGATTATGCCCAAAGAATTTTTTCTAGAATTTTCGAT +AGATTCAAAATGGTTAAATTTATAGGTAGAGATTTAAGATGGGAAAATAGAAAGTAGAAG +GAATACTGTTAAGTATTTTCTTCTACTTTTTATTTATTTATTAGTTAATCCACTTAAAAT +CTTTATAAACTCTAAACAAGGTTCTTTTTTTGTTGCAAAAGATGTTACTAGTCTTATTGC +AGTTTTTTCTCCATTTACTTTTTCCCATATATTAAATCCATAGTTTTTCTCTAATTCTCT +TATAATATTATTATTAAATATTGGGAATATTTGATTAGATGGAGAGTCTACTAAAAATTC +ATATCCAAGCCTACTTATTCCATCCCTTAATATATCAGCCATATCATTTTCATGTTTTCC +TATTTCAAAGAATAAATCATCTTTAAATAATTCTATAAACTGTATTCCAAGCAACCTTCC +CTTAGCAAGCATCGCTCCTTTTTGTTTTAAGTGATATCTAAAATCTTCCTGTAAATCTTT +ATTACATATAACAAGTGCTTCTCCTAAAAGAGCCCCATTCTTAGTTCCCCCGATATAAAA +AGCATCAGTTAATTTACTTATATCTTCTAATGTCAAATCATTTTCTTTGCAAGAAAGTGC +AGATCCTAATCTTGCTCCATCCATAAATAGTAATAACTTATTTTCTCTACAAACTTTGCT +TAACTCTTCTAATTCAGATTTTTTATATACAGTTCCAATTTCAGTAGAGTTAGATATATA +AACAAGCTTTGGTTTTACAACATGCTCATTAGTAAACTTACTCAATACTGATAGTATATC +GTCTCTTCTTAGTTTACCATCCACAACATCAACAGATATCACCTTATGTCCTGTTGCTTC +TATTGAACCTGCTTCATTTACAAATATATGCCCTGTATCTGCTGATATAACACCCTCATG +AGGCCTTAAAAATGCAGATATTGCTATTAAGTTAGTTTGTGTACCTCCAGATATGAAATG +GACATCAATAGACTCATTATTTAGTTTATTTTTTATTAAGTTTTCAGCTTCCTCACAGTA +TGTATCTTTCCCGTAACCTTCACATTGTTCTAAATTTGTTCTCAGCAACGTTTCAAGAAT +TCTAGGATGTGCTCCTTCACTATAATCATTTTTAAAACTATACATAAATATCCCCCCATT +TATTCTTATGTTCTTTGTATAGAACACCTTAAATTTATATTACCATTTTTTGTAATAGTT +ATCTATAAACCCTTCAGCAAACTTTTAAAGTTATGCTATACTTATGGAGTAAAGCATTTA +TAAACAAATAAGGGGGAATAGATAATGTTTATTTTAGAAGAAAAACAAAAAAATGAGAAA +GAAAACTCAAGTATATCTGAAAAATTACTAGAATCTAGATCTATTATAATCTCTGGAGAA +ATAAATCAGGCCTTAGCTGAAAAAGTAGCTACACAACTTCTAATATTACAAGAAATGGGC +GATGAACCTATTAAATTATTTATAAACAGCCAAGGTGGTCATGTTGAAGCAGGGGATACT +ATACATGATATGATCAAATTCATTAAACCAAAAGTTATCGTTATAGGAACTGGTTGGGTT +GCAAGTGCTGGTATAACAATATATCTTGCAGCTGATAAAGAAAATCGATACTCTCTTCCA +AATACAAGATATATGATACATCAACCATTAGGAGGGTGCAGAGGTCAAGCTACCGATATA +CATATCGAAGCTCAAGAAATCGTTCGAGTTCGTAATAGAATTAATACAATTATAAGTAAC +GCAACTAATCAACCTCTAGAAAAAGTAGAGAAAGATACTGATAGAAATTATTGGTTAACA +TCTGAAGAAGCTGCTGATTACGGTATTGTAAATAAAATCATAACTAGCTACAGTGAATTA +ACTAAATAAAAATAATAATAAATTTACATAGTAAAAAAGTGGCGTTAGCCACTTTTTTTA +TAATTTTAAAATTAAGATGTTATTTTAAACATAAAAAAACTCTTAGAAAAATTCTAAGAG +TTTAAATGGAGCTGGTGATAGGAATCGAACCTACAACCTGCTGATTACAAGTCAGCTGCT +CTACCGTTGAGCCACACCAGCAAGGCGTTATTTGGCGACCTGGAAGGGACTCGAACCCTC +GACCTCCAGCGTGACAGGCTGGCATTCTAACCAGCTGAACTACCAGGCCGCATAAATGGT +GGGACTAACAGGGCTCGAACCTGTGACCCCCTGCTTGTAAGGCAGGTGCTCTCCCAGCTG +AGCTATAGTCCCGGGAAATGGTGACCCATAGGGGAATCGAACCCCTGTTACCGCCGTGAA +AGGGCGGTGTCTTGACCGCTTGACCAATGGGCCATAAAATGGTGATCCATCCGCGACTCG +AACGCGGGACACCCTGATTAAAAGTCAGGTGCTCTACCGACTGAGCTAATGGATCATCTT +CTTATGTTTTGCGATTTACTCTTTCGACTTGTTTCGTCATTTCTCTCGCTCACAAATATT +ATTATATATACTTTTATATATTTCGTCAACACTTTTTTAAAACTTTTTTTATTTTTTTAT +TATATTTTTTATAAATCTAGTAATTCCAAGGTTTCCAGCGTACTATTTTTTATATAAAAA +AGTCATTTTTTAAATAAGTTTGCACAATATCCTAAAAAAATTTTAAATAATAATCCTAGA +ATATTGTGCAAATCTTTATAATTTATTCTGATATTTAAGCAAATATATTCTTTCTTATTA +TAGTTTGAGCTCTATTTGGTCCTACAGAAACCATATCAACATTTACTCCAACTAATTCTT +CTATTCTTGCTATATACTTCTTAGCATTTTCAGGAAGGTCTTCAAATTTTTCTACATTAG +TTATATCTTCATGCCATCCATCTAACTCTTCGTATACAGGCTCACATTTAGCTAAATCTT +CTAATGAAGCAGGGAAATCATTTATTATTTTATCTCCCATTTTATATGCTGTACATATAT +TAATTTTGTCAAATCCAGTTAAAACGTCTAAAAGCATAAATGATATACTAGTTAATCCGT +TTACTCTAGCTGCATACTTAACTATAACAGCATCAAACCAACCACATCTTCTTGCTCTTC +CTGTTACAGTTCCAAACTCATGACCTTGAACTCTTATTCTTTCACCAATTTCATTATCTA +ATTCTGTAACAAAAGGACCTTCACCAACTCTTGTAGTATATGCCTTTACTATACCAACTA +CATCTTTTATCATATTAGGACCAACACCAGCTCCTACAGCAAATCCTCCTGATATAGGAT +GAGATGATGTAACGTATGGGTATGTTCCTAAGTCTAAGTCTAATAAAGTACCTTGTGCAC +CTTCAAATAATACTCTTTTTCCTGCTTTTATTGCATCATAAACGATAACAGAAGTATCTG +CTACGTAGTTTCTTATTTTATCTGCATATTCTAGATATTCATTATATATTTCTTCAAAAT +TAAACATAGCTTCTTTTCCATAAACACCCATAACTAGTTTGTTCTTAGCATTTATTTGAG +CTTCTAATTTTTTAGCAAATATATCTTTATCCATTAAGTCACATATTCTTAATCCAGATC +TCTCTGTTTTATCCATGTAACATGGTCCTATACCTTTTTTAGTAGTACCTATTTTATTAT +CTCCTCTAGCTTCTTCTGCTAAAGCATCTAATTCTTTGTGATATGGGAACACTACATGTG +CTCTATCACTTATTTTTATATTACTTGTATCTATATCATTGCTGTTAAGCATCTCTATTT +CTTCTAAAAATCCCTTTGGATCAAATACTATACCATTACCTATTACATTTATAGTATTTG +AATTTAATATTCCTGATGGTATTAAACGTAAAGCGAATTTTTTACCTTCTACAACTAAAG +TATGCCCAGCATTATTTCCACCTTGACCTCTTATTACTACATCAGCTTGAGTAGCAAGGT +AATCTATAACTTTACCTTTTCCTTCATCTCCCCACTGAGATCCTACAACTGCGACTGTTT +TCATGAACTTCACCTCTATTTCATTTTTTCGAACACTATACCTGTATATTCTATCAAACA +TTCGATATATTTTCAAACTTTTTTGATATTCATCATATTTTAATATGTATTTTAATGAAA +TATATATCTATATAAATATGATTCTTCTTATTTTAAAATTTATGCCCTTAATATATTTGT +TTATATTTATTTTTTAGGGATATATATATAACTATAACTCGTATCCTACACATTTTCCCT +ATTAACTAATTTATATTTTTAAACATTAAAAGCAAGCATTTCAGCTTGCTTTTTTACTTA +TCAACACTTATCAACAGACATTCTGTGGACAATGTGGATAATACTTCGTCTAAATTTCAA +TATTTCTAGATAATTCGCGATAAATATCCACATAAATAGATTTTTATAGAAAATTTGTTC +TGTGGATATTTGTTGATATTACATATCTCTAGCCTTATCTGCAAATTTCTGAACTTCACC +TAACCATACTAACTCAACTGACCCAGTTTCACCATGTCTATTTTTAGCAATTAGAACTTC +ACCTATATTCTTACTTTCTGAATCAGGATGATAGTATTCATCTCTATACAAGAACATAAC +TATATCAGCATCCTGTTCTATAGATCCAGATTCTCTTAAATCCGATAACATCGGTCTATG +ATCAGCCCTTTGCTCTGGAGCACGAGATAGCTGAGAAAGAGCAACAACTGGACAATTAAG +TTCTTTTGCTATTATTTTTAAGGATCTTGATATTTTAGCTATTTCTTGTTGTCTACTTTC +ATTATTACCTTCACCTTCCATAAGCTGAAGATAATCTATAAGTATTAAATCTAATCCTTT +TTCTATCTTTAACTTTCTACACTTTGACCTTAATTCTGATATTTTTATACCAGGAGTATC +ATCTATATGTATACTCGCATTAGATAAAACAGCCATAGCATCTATTATTCTTGGCCAGTC +ATTTTCATCTAATGTACCTGTTTTTATCTTCTTTAGTTCAACATGAGATTGAGCTGCTAG +CATACGCTGTACTAGCTGATCTTTAGACATCTCCAAACTAAATACAGCAACAGATGCATC +ACCCTTTAAAGCTGCATTTTGTACTAAATTTAAAGAAAATGCTGTTTTCCCCATGGCAGG +ACGTGCCGCAATTAATATCAAGTCTGTTCTTTGAAGACCATTTATCTTTTTATTTAAATC +CTTAAAACCTGTAGTTATACCAGTTACATCACTTTTATTAGTATATAATTTTTCAATCAT +ATCATAGGCATCTACTAATACCTCATTAATAGATTTAAAATCATCACTAGCTTTTTCTTG +AGATATATCAAAAATTCTTTTTTCTGCTCTTTCTAGTACTTCTTCTACTTTTACAGAATT +CTCATAACCTAAATTTATTATATCATTAGAGGCTTTTATAAGCTGTCTAAGCACCGACTT +TTCCTTTACTATATCTGCATAGTACTTTACATTAGAAGTCGTTGGTACTATTGTAGAAAG +ACTTGTTATATAACTTATTCCTCCAACATCATCTAGATGTCCTTGTTTCTTTAGTTCTTC +TGTCAAAGTGATTAAATCTATTGGTTCATTTTTATTACTTAACTTAAGCATACATTCATA +AATAATTTTATGAGCTTCTTTGTAAAAGTCACTTGGCCTTATAGTTTCACTCACAGTTAT +TATTGCATCTTTGTCTAATAATATAGAACCTAGTATAGATTGTTCTGATTCCACACTATG +GGGAGGTATTCTCGTTACGTCTTCCATTTATATCACCTCGAGTATACTGACTATTGTTTT +TCTCTTACATCTACTCTTATCTTAGTAATAACTTTTTGATGTATTTTTATTTCAACATTT +GTTGAACCTAAAACTCTTATTGGCTCATTTAATAATACTTTTCTCTTATCTACAACTATA +TCATGTTGCTTCTTTAATTGTTCTGCTATATCTTTAGAAGTTATTGATCCGAATAATCTT +CCACCATCTCCAGCTTTAGAATACATTACTATATTCATTTCTTCCATTTTCTTACCTAAT +TCTACTGCAGCCTCATACTCTTTTTGTGCTTTATTTTCTGCTGCTTTATTTTTTTCATTT +AATTCTTTAACAGCTGTATTATCAGCCACTATTGCCATCTTCTTAGGTAGTAAGAAGTTT +CTTGCATATCCATCACTTACTTCTTTCATTTCTCCCTTTTTACCAGTTCCCTTTACGTCT +TTTAATAAAATAACTTTCATTTAATCTTCCTCCTGTAAATATTTCTCTATTATTTCATAT +ACTTTTTTGTAGGCTTCATTCAGGCTCACATCTTCAAGCTGTGCTCCAGCTATATCTATG +TGGCCTCCTCCACCTAATTTTTCCATTAAAACTTGCACATTTATATGGCCAAAAGACCTT +GCACTTATAAATGCAGTCTCATATTTTTTTCCTATTACAAATGATGCTTCTATTCCTTTT +ACGCTTAATAATTCATCTGCTGCTTGTGCAATTACAACATTTATATTTTCTATTTCTCTC +TCTGAATATGCTAAGGCAATTCTGTTATCTATTATTTTTGAATTTTTTATAATATCTGCT +TTTGTTATAAAATCTTGAACATCTGAATTAAACATTTTTTTAACTTCTACTGTGTCAGCT +CCCATTTTTCTTAAATATGAAGCTGCTTCAAATGTCCTAACTCCTGTTTTAAATGCAAAA +TGTTTTGTATCTAAGCTTATACCAGCTAAAAGTCCTTCAGCTGTTATTTTATTTATTTTT +ACATTTTCCTCCATGTATTGAACTAACTCTGTAACCATCTCACAAGTTGAGGATACATAG +ATTTCATGGAATAATAAAACTGAGTCATTTATAAATTCTACACCTCTTCTATGGTGATCT +ATCACTACAATCTTTTTAGTTAAACCTAATAGTTCCTGACATTCTGTATATGATGGTCTA +TGAGTATCAACTACTATAACTAATGTATTTCTATTACAATTTCTTATAGCATCATCTTTG +CTTATAAATATATTTTTATAGTATTCTTGACTTTCTAGTCGTTTTACAAATTCATCAATA +GATTCATTTGATGAATCTAGTACTACATTTGCTGATTTATTACAAGATTTGCATATATCA +TAAATCCCAACTGCAGCTCCCATAGCATCCATATCCGGATATTTATGACCCATTATATAT +ACTTGGTCACTTCCTAAAATAACTTCTCTTAATGCATGACCTATTAATCTTGATTTAACT +TTAGTTGTTTTTTCAACAGCCTTAGATTTACCTCCATAAAATGCAAACTTATCCTTTGTT +TTTATAACAGCTTGATCTCCACCTCTACCTAGTGCTAAATCAAGTGCACCATTAGCAAGT +TTAAAGTTTTCATTTACGGTATCTCCATCAATTCCTATCCCCATACTTATAGTTACAGGT +AATCCATTTCCATGATTAATATCTCTGATTTTATCTAAAATCGCGAATTTACTTTCTTCA +ATTTCATTTAACTCTTTTTTATTCATAATTAGTATAAACTTGTCTTTTGAAGTTCTCTTT +AACGCACCTTTGGTATTGTTTTCTAATGAAGTTAACATTTTTTCTATCTCTAAGTTTATT +AGAGATCTATTTTCTTCACTAGCACTTTTTAAAACTTCATCATATCCATCAACTTGAATT +AGCATAATTACATTTTTTTCTTCATTATATTCTTTTTCAAGTTTTAAATAATCGGTTTTA +TCTAACCAATAAAGCATCATAAGATACTTAGCATTTTTTTCTTGCTCATTTTTTATTACG +TTATAAACCACTGTATACTGTCTATCCTTATATGTTACCTCTGTATACAATTCCTTATTT +TCATTTAATACTTTTCTAAGATTTAAATTCTTTATTATACTATCTATGTTTACACCTAAT +AAATCAGATGAATCCGTCATCTTATAAAATTTATTGTTGTACCAAGATATTCTTCCATCA +AATTCAAGTATACAAAGAGGTATAGGAAGATTCATTATAGCCTTTTTGGTTGTCTCATCT +ATATCTAAAGATAAGTTTTGAATATATTTAGTCCACTCTTTCTTTCTTATATTAGCTATT +CTCCAATTATGAAAGACTATATATATAAAACCAAAGAAAAATAAACAACCTATATATAAG +TTATAGAAAAGTAATAAAGTACTTGTTATACCTATAATTATTATATATATATTTATTTCC +GGCATATTTATTTTAAAACTTGGTTTGCTCCTCATTTCTACCCTCCTAAGTGGATTTATA +GCTTCTCACCTTTCTAAAATCAATTATACTATCTAACATTCCTATAAATGATATTCCCAT +TGTACCAAATAAACCTAAAAGAATACCTGATACTAAAACATTTTTACCAGTTCCTTGTTT +CAACCATTTTCTAGCGTAGTATATGGATACCGCAATTCCTTGTACTATAAACATGAAGTT +AAATACCATTTGTAAATTAAGCATTATTGATTCTGTATATAGGCCAATCTCCATAAATCC +TAGTAATAGAACTATTAAATATAAAACCAAAGATGTTGCTACGGCATTTCCTGGTAAATA +AAAATCTCTAAATGTAGGCTTTGGTAAATTTAATATTTTTGTTCTCTTTAACATAAATAC +CTCTAAGTAGTATGTTATAAATGATGCAAATAGACCTTGTAAGAATAACATAGTTGGAAT +CATGCTCTTTATAAGAATTAAAATATCTTCTACCTTAATATTCTTATATAGGTCTACATT +CAGCTTTTCCATGATACTCATCTGTTCATTAAATCCATCTTTGATTGCCTTGCTAAATTC +ACCAATTAAATCTATATTAAATATAAATTTTGATAACAAGAAAAATACAATTGTACAAAC +TGTAAATGCAATCATTCCACCATATATAGGTTCAAATTTATTACTATTTTCATTATTTAT +ATTATGTCTAGCTATATTACCTATAATTAATCCTGGAACTACATTCATTATGCTTATATT +TATAGCATATATAGGATCTACACAAAACATAATTACCAAAAAGGTAGATATTAATGATAA +AAAAGCATATTTCCTTTCACATAAAGTTCCTATTATTGCAAATGGAACAGGAACTACTAA +TGCTAAAATCGCTAGCATAGGAACATATACTGATATTAAAACTAATATTATACCTAATGT +GACTATCATTGCAGCTTGTGATAGTCCAAATTTTTTATTCAATTAGAATCACTCCTTATT +GTCCATATGTTTTTTTAGGTTAGATAAATCACCGTACCAACTTTCAATGCTATGTTCTTC +TTTTATTCCTATTTTTATCTTTTCTTTGATTTTGTAATCTATATCTTTAAAACTTATTCC +AAGTCTTTTTGCCAAAAGGTATGTAATCATTATAATATTTGCTAAAGTGTCTTGTAGCGC +TTCATCTATCGGTTTTACACCTTTAAATAAAAGATTAAATAAATCACTTACACTCATTAA +TATTTCATTTTTCATCCATTCTATTATCTTTACATTTTTAGTAACTTCAGAACTTTTATC +AAATCTCACTAATTTCCCCCCCTTAATATATAAACATTATACCATAATTTATAATATATT +AAGCAGATAAAATAGATAAACAAAAAACGAGCCCTAAGGCTCGTTTTTTGTTTAGACTAA +ATCTTAGTCTAAAGTGTATGGTAAAAGTGCTATGTTTCTAGCTCTCTTTATTGCAACTGT +TAATTCTCTTTGGTGCTTAGCACAAGTTCCAGAGATTCTTCTTGGTAATATTTTACCTCT +TTCAGTTACGTATTTTTGTAATCTTTGAGTGTTTTTGTAATCTATTCTAGCGTCTTTAGA +AGCACAGAATTGACAAACTCTCTTTTTCTTACGTCTTTTTTTGTTCATCATGTTAGTTCC +CCTCCTTTTCTAAAATGGTATATCATCATCATCTATTGCTTGGAACCCTTGAGGATCTAA +TCCTTGTGGTTCAAAGCTAGGTTCAAAAGTCGGTTCTGAACCTCTAGATTGATCTGGATA +TGGACTATCCATTCTATTTCTATTGCTATCTAAGGCTTGTACATTACGAGCACTTACCTT +AGTAAAAGTTCTATTTTCTCCTGTTTGAGATTTGTATTGGTCAATTCTTATTGAACCTTG +TATAGCAACTAATCTTCCTTTAGAAATATAGTTAGCACAAAATTCAGCAGGCTTTCCCAT +TACCTCTACAGGTATAAAGTCTGTTTCTTTCGTTCCATCTTTTTTAGTATAATCTCTATC +GATGGCAACTGAAAATGTAGCAACTGGTGTTCCTGTTCCTGGAATATATCTAAGTTCAGG +ATCTCTAGTTAATCTACCGACTAATACAACATGGTTCATAAAAACACCATCCTAATTTAT +AATAAGACTTTAGTTATTAAGCAACAACTATCATATGTCTTATTACGTTTTCGTTTATCT +TTAAGTTTCTGTCTAATTCTTTAGGAACATCAACAGCAGCCTTAAAGTTAACTAATACGT +AGTGACCTTCGTTGAACTTAGCTATTGGATAAGCTAATTTCTTAGTTCCCCAAACGTCAA +CGTTAACTACTTCACCAGCAGCAGCAACTACTTCTTTAACCTTGTTTATAACCGCTTCTC +TTACTTCTTCTTCAGCATTTGGTCTAACAACGTAAACTAATTCGTAATTTTTCACTATAA +TTCACCTCCCTTTGGACTTAACGGCTCTGCTTCGCAGAGCAGAGAAATGAGAATAAATTC +TCATACTTGCTTATTTTATCACCATTTAAAAAAATTGTCAATTTGAATTTATGTCTTATT +TTATTATTATTACATATTTTTTCTTTATAATACGTATACTTTCAACTTTTAATGATAATA +ATATTGGTATATAGCCCCCATAACTTAAATATATTTCATCCCAATCTCCCCTAAAAAGGT +GGTCATTAGACCACCTTTTTTTATTTAAACTTTATTTTTTATTTGCATAAATTCTTTTAG +AACAATAGCTAATCTTTTACACCTTCATTAATGAATATTTTGACAGCAAAGTCTAATCCT +TGTTGTGACCCATTAGTAATAAGTATATCGTCCTTATATACATTAGTTTTTAGATTATCA +TTCATCCTTTGAGTTATCTTTTCTTTTAATGGGCCATATCCTTCTATTGTTGAATATCCA +ATGTAAATCCTCCATCTTCTAATACTACAACTGATACCTTCTTCATTTCTTCAATTGGAA +ATAATTCATGTGCTAATAACCTACCTGCAAAAGATATTACCTCGGGTTTTTCAGTAAGTT +TTAATAATTCACGGATTTCAGAGCCTTTTATATTTTTCATTCTATCAGCAAATTCAACTG +GCATGTCCCCCTATAAACTTCTTCCCCTTTTATTTATAAAAGTGCCAGTTGAATTTTAGA +ACTATTTTTACTTTACATTAAAATTTTTTATATTATTTATTTAGAATTTTCTTTATTCTT +TTTTCTAAAGTTGGTCTATCTAGCATTATCAGCCTTGAGCATTGAGCGCACTTTATTTTT +ATATCCATACCTACTCTTGTGATTTCAAACTCTTTACAACCGCAAGCATGTTGCTTTTTT +AATTCTACTATATCCCCTACTTTTAAATCTATTGGCATAAACTTTCTCCTCCTATCCTAT +TTGTTCTACACTTTTTTTACCATCAGATAGTTTTTGTATCTTGAATATTCCTTTATAATC +TACTTCACTGTTTGTTAAAATTTCTTTTACCTTTTCTATATCTTCAAATAAAAATCTAAT +TGATATTCCACAACTAGCAGTTATTTCCCTTGGAGTTGGTAATGTTGTACATTTTATATT +ATTTTCACTTAATATTTTTTCTGTTCTTATTGCATGATGCGTTGAGTTAAATGATACTAT +ATACATTTCATTCATTTTGATGACCTCTCTTTTATGTAATTTATATTGAAATTATATTTT +AATTTAAAAGGCTACATATCTTATTATATGTAGCCTCTGTAATAATTATCTTTATGTCTA +TTATATCGATATAGTTTGTAATGAATTTTTCATTATCTCCACTATTGTATACATATTTGT +AATCGAACCTACTTGCAATTTCTCTTTTAATCCATAATAATCTAAGCAAGTTCCACAAGA +AAGTATTTCTACTCCTGCTTCTTCTAATATTTTTAGATTTTCTACAGTAGCTTCATTTTC +TGTGCTTAGCTTTACACCACCATTAACAAGTATAATATGTTTCGGATAAGGTTTAGATTC +TGTTAATGTATATATAAATCCCTTTATAAGTACTTTTCCTAACTCCTCATTTCCTTCTCC +CATTCTATCTGATGGTATAAATATACACTTATCTTCTAAGGCAATATTTTCATTTTTTTC +TATTATAACATTTTCTCCTTTTTTTATCTCTATAGAAATCAAATCTTTTTCTTCTTTTAT +AACCTTAGCTTCACAGTTTAATGAGTTTGCTAATTTTAATATATTTTCCTTAGCAATTGC +ATTATCTACAGTAGTTATGACTAATCCCGATTCTATTTTATCTAACTCTTTTTTTGTATT +TATAACTGGCATAGGACAGTTTAATCCCCTAGCATCAATTTCTATCTTCATGATTAAAAC +CCTTTCTTTAAAAATTATTTAAATTAATTCTATCATAACTAATATTTTCTTGGTTATAGA +TTCTTTCTATATATTAATAGAAATACTTATAGAATTTTATAAATTTTTATTTTATTTTCA +AATACTACTGCTATAGAATTCTTTCCTATAGCTTCTATACCTTTGATTTCTTCATTAAAG +TTTATTATTTGCTTTTGCCTATCATTATAAATAGTTTTATCGGTATATAATAAGTATGTA +TCTTTTATTCCCTCTAGATTTAAATTTACTTCTTTTGTTTTAATACCTTTGTACTTTTCA +TCTTTAATATATCCCCAGTTTCCTTGAGAATCTTTAATAAAAATATTATTTTCATCATTT +TGCTCTATTAAGCTTACTCCTTCTATCTTTATAGAATTTTTTTCACTCAATTCTTTATCT +AAAATTTTTATATTATCTTCAAATACAATATATATATTTCCATCTATCTTCAAAATATCT +AAAATAATATCATTAAATTCAGTTTCTTGTTTTACATTTCCATTTTCATCATACAAAGCC +AACTTATTTTGAATTTTATTTGTAATACTTATATAAGACATTAAGATATAATTATCCATT +GTTTTTATATTGGTTATTTTTCCATCAACTTCTACTCTATTGTTTACTTCTCCATCATTA +TTTAATATCTTTAATGTTTCTTTATCACTACCCTTAAATATATCTACAAATACATGCTGA +TTTATACTTTCATATAAAAATGTTTCTGGTGAAACTTTTGTGCTAAACACTACTTTCCCG +TTCTCATCCATACTAAATCCTTTATTAGTATTTTTGCTTAAAATATCAATATAACTATTA +CCGTATATCTTTGTATTTTCTGATTGTATTTCTTGAGTGTGTATCTCTTTTCCATCTTCA +TCTATAATCTTAAGTTTATTATCATTCAATAAGCATAATCTATTCTTATATTCTAGGTAC +TGTATTTCCCCTTTAAAATCTATCGTTTCGATTTCTTCTAGGCTATTTATATTTGAGTCT +AAATTATTAAATGTGCTTATCTTACTAGGATTTATAAATATTAATAATATTAGTGCTACT +ATTGCTAATAAGGTTATTTTTTTCATACTTTATCCTCTCCTAACTTTTATACTTAATTCT +ATATAAAAAAAAAGACTCCTTTTTAAAAGAGTCTTTTTAAATTATTTCTAAGTTTTTATA +AACAAATACTCCCTTTTGGTAGTATTCTAATTCTTTTTCTTTTGAAATATTAGAATATAA +TTGTCCTAATTCTATGTATAAGTTAGCCAATAATTTTTGCTCCCCTAGAGTAGAAATTAT +AGATATACATTTAGTTAAATATTCTATTGCCAGTTCTATTTCATTTTCTTTTTTATGGAT +ATCAGCATAAAACTTTAATGACTTATATTCATTAAGTTTATTTTTACTTTTAATAGAAGA +TGCTAAAGTAAGCTTACAGTATTTTCTAGCTAAAGAGTACTCTTCATCATCTATATAAGA +TTGTATCATTTTAAATAGTCCCTCTAACATACATTGATCTTCATCATTTTTCTTTATATC +GTATGCTCTCTGAGAATACTCTAATACTTTTTCTGTATCTCCAATACTTGAGTAAACATC +ACTTATAGTTAAATATATTTTTGCTAATTTATCTTTATCTTCTTCTTTTTCAATTATTTC +TAGCGCTCTTCTAAAGTATTCTTTAGATTCTTCGTATCTCCCCATATCGAATAAACCTTT +TGCCTTTAGAACAATCATTTCAGCTTCTTCTTTTATAGAATTGTTCTTATCTAATTCATT +TATTTTAGCTATATACTCTAAAGACTTTTGAGGCTGATCTAATTTCATATAACAGCTTGC +TATCTTACTATATAAATCCTTGTATATATTAACATCTTCCTCTTTAATGTCATCCAATAT +TTCCTCAGCAAAGCTAAAATGACTTATTGCACCTTTGTAAAATTTCTCTTCGTTATAGAT +TATTCCTATATTTAAATAGCATTTAAATATATTCTTCCTATCATTATTTTTTATAAAGAA +GAATAATGCTTTTTCAAAACTACTAATTGCATTACCATAATCTCCTCTTTTTAAATGAAT +ATTAGCTAATAAAAAATTACATTTTCCATAGTTATCCGTCAAATCATATTCTTTGCATAT +TTCTAAAGCTTTTGTTATTTGTTCATCTGCTTTTTCTAATTCATTACTTTTAACATATAT +TTCACTTTGAAGTATTAAGTTATCAGTTATTTTTTTTGATTGCATCTCTTTTGTTTCTAA +AAGATAGTCTGCACTAACATCCAACCTTTTAGCTAAATAATCTAGTAACTCGTAGCTTGT +ATGGGATTTATCTCGTTCTATATGACTTATCTGAGCTGCAGTAATCCTGTCTCCCGCTAA +TTCTTTTAACGTCATATTTTTTTCTTTTCTCAGTTTTTTTATTTTTTCGCCCAAACTTAA +AATATTCATATTATTCCCCCTTAACCCACTGAATTAATTGGTTTATTATAATATAATTAT +AACTTATGTTTATGTTAAAAACACTATATAAATTTACATTATCTGGTTTTAAGCTGTCAT +TTTTACTAAAAAAATGGAGTGCCTAAAATAATTCAGACACTCCTTGTTATTAATTATTAC +TTGCTATCTCTTTTAAAGCTTCTATAGTTTTATCAATATCTTCTTTAGTGTTAAAATATC +CTAAACTAAATCTTACTACACCTTGTTCTATCGTTCCTAATGTTTTGTGTGCTAATGGAG +AACAATGAATTCCTGATCTTGTAGCTATATCATATTCACTATCTAATAAAAATGTTATTT +CTCCTGAATCCATATTCCCTATATTTAAAGCTATTACGGCTGCTTTTTCTTTAACATCTT +TCGTTCCATAAACTATTATATTAGGAACTTCTTCTAATCTATTTAGCATATATTTGCATA +GTTCTTCTTCACGCTCTCTTATATTTTCAATACCTTCTTCAAATATAAACTTAACTCCTG +CGTTTAAACCCGCAATTCCAGGTGTATTATTAGTTCCCGACTCATATTTATCTGGAACCA +AATCTGGTTGAAATAAATCTTCTGATTTACTTCCTGTTCCACCTTCTTTTAAAATATCTA +CATTTAGACCTTCTCTTATATATAAAATACCAGTTCCCTGTGGACCGAATAAACATTTAT +GTCCTGGTGCTGCTAACATATCTACATTTATTTTTTTTACATCTATATCATAAACACCTG +CTGTTTGAGATGCATCTACTAAGTACAAAATATTATGCTTTTTAGCAATTTCCCCTACTT +TAGCTATATCAACTAATGTTCCACATACATTTGATGCATGAGTAGTTACTATTAACTTTG +TATTTGGTTTTATTGCATTTTCTAGATCTTCATAATCTAAAAAACCATCTTTATCACAAT +TAACTATTGTATTTTCTACGCCATTTTTTTCTAGTGCTTTTATAGGTCTTATTACTGAGT +TATGTTCCATACTCGTCGTTATTATATGGTCTCCCTCAGTTACACTTCCCTTAATAGCTA +GATTTAGTGAATCTGTAGCATTGCTTGTAAATACTATATTCATAGGGTTATCAATATTAA +ATAATTTTGCTAGATTTTCTCTTGTGTCATATATTTCTCTTGCAGCTCTCATAGCTAGTT +TATGACCTGCTCTACCAGGATTAGCACAATAGTTTTTCATACAGTCTAATACTGCATCAT +ATACTGACTCTGGTTTTGGATATGTTGTAGCCGCATTGTCTAAATAAATCATTCTAATTT +CCTTTCTTAAGGACTTACATATCTTCAAGTAGCATAGATACTATGCCATTTAATTCTTCA +TCATTATAGTATTCTATTTCTATTTTTCCTTTTTTCTTACCTTGAGATATATTTACCTTT +GTTCCAAATATATTTCTTAATCTTTCTTCTACATCAACAATAAATATGTCTTTTTCTTTT +TTCGTTGGTATTTTTAAATTTTGCTCTTCACTTATTTTTTTAGCTAAACTTTCAGTTGCC +CTTACTGAAAGTCCATCTTCTACAATTCTTTTTGCCATCTCTAGTTGCTTGTCTTTATCT +GTAATTCTAAGTAAAGCTTTACCATGACCAGCTGTTATTTCTCCATACTCTATCATAGCT +ATAACTTCTTCTCTTAAATTTAATAATCTAATTGTATTAGTTATATGAGGCCTGCTTTTT +CCTACGGCATCTGATATTTCTTCTTGAGTTACATTATGATTATCTATTAAACTTTTATAT +GCTAATGCTTCTTCTATTGGATTTAAGTCTTCTCTTTGTAAATTTTCAATGAGTGCTATT +TCCATTATATCTCTTATTGGTAAATCCTTTATCATTGCTGGAATAGACTCTTTATTCGCA +GCCCTACTGGCTCTATATCTTCTTTCACCAGCTATTATCATATACTTCCCATTTTCATCA +GGTTTTACAACAATAGGTTGTAAAACACCATAAGCCTTAATCGAGTCCGATAATATGTTT +ATTTTTTCTTCATCAAACACTTTTCTTGGTTGATCTTCATTAGGATATACCATACTTATA +TCTAATTCTACAATTTCTTTCTTATCAATGTCTTCCTTTAATTCTGGTATCAATGCACTA +AGTCCTTTCCCTAATCTGTTGCTTCTTTTAGACACTCTCTTTTCCATATTATATTATATC +CTCCTCTAAATCTATAAACTCTTCTGCTAATTCTAAATATGCTACAGTTCCTCTGCATTT +AGTGTCATAATAAATTACTGGCATTCCATGACTTGGTGCTTCTGCTAACCTTACATTTCT +TGGTATAAGTGTCGTATATACACTTCCCTTAAAATATTTTTTTACTTCTTCAACTACTTG +AATGGATAAGTTAGCCCTTCCATCAAACATACTTAATACAACACCTTGAATACTTATATT +TGGATTTAATCTTGATTTTACTAACTTTATAGTTTGCATCAACTGGCTAACACCTTCTAA +TGCATAATATTCACATTGTATTGGTATTAAAACACTGTCTACAGCTGTTAAACAGTTTAT +AGTTAGCATCCCTAAGGATGGTGGACAGTCTATAAATATGTAATCATACTCTTCTTTTAC +TTCTTTTATTGCATTTTTTAATAAATACTCTCTATTTTCTATCTCTGCTATTTCTATTTC +TGCACCTGAAAGATCTGTCGCTGAAGCTACAAGATCTATATTTTCAAATTCAGTAGGTAT +AATAGCCTCTCTTATACTAATATCATCTAGCATTACTTCATATATGGTATCTTCTAATTC +TTGTTTATCTATACCATATCCACTAGTAGTATTTCCTTGTGGATCTAGATCTAGAACTAA +AACTCTTTTCCCCATTTTCCCTAAGCTAGCACTCAGGTTTACATTTGTTGTAGTTTTCCC +AACTCCACCTTTTTGATTAAATACTGCAATTATTTTGCCCATGAGATTTCCCCCTCTAAA +CCTTTTAAAAAAAGATTACTGCTAAGCAGTAATCTTTACTTTTTAGGAATTCTTACAACA +ACTTCCATGTAATCTCCCTTATCTATTTCATTATACTTAGCCTTAATACCTGTATTTAGT +ATCGCATCAAAAGCTTGCTTTATTGTATTTAAGTATATTCTTATTCCCATAGAAGCTTTA +ATGCTTTGTTTCTTCTCTGGTTCTTCTTGAGCTTCTAAGCTTTCAATTATATCCATAATC +AACTTTTCTGTCTTTTTGACAGTAAGTTCATTTTTTATGATTTTATCTAGTACTTCTTTC +ATTAAATCTTCTGTCGGTAACTTCAGAAGTGCTCTTGCATGTCTTTCTGTTAACCCATTT +TCAACTAACTTTATCTTCACGTCTGACGGTAATCTCAAAATTCTAAGCTTATTAGCTATA +GTAGACTGATTTTTCCCCAACTTCTCTGCTAGTTGCTGCTGTGTAAAGCTATGTTCTTTT +ATTAAATTTTCATACCCCATAGCTTCTTCTATAAAGTTTAAATCTTCTCTTTGAAGGTTT +TCTAGTAAAGCTAAAACTGCCGAAGATTCATCAGACATATTATTTATAATAGCTGGTATA +GTCTTAAAGCTTGCAAGCTTAGCTGCTCTAAATCTTCTTTCTCCTGCAATTAACTCATAC +TTATCATCTTTTTGTCTAACAGTTATAGGCTGAAGTATCCCATAAACCTTTATAGAGCTA +CTTAACTCTTCTAGCGCTGTTTGCGAAAATATTTTTCTTGGTTGATATGGATTTGGAACT +ATATTTTCTATAGGTATCTCCATAACTCTTTTATCTTCCATAACATCCCTCTCTCATTAG +ATATAAATATATTTAAATTTCAGTAAATCTTTACATTATTTAATTAATTATTTTGTTAAT +TATACATCTGTGTATAATATTTCTTCATATAAATACTTATTCCTTCTAATTTATAGAATT +TATATAAATTAAATGTATAATTAAGTTCTATAAAGTATCTACTATTCTATTTTATAGGAC +TTTTTGCAGGTTTCCCAGCTTTTCTTGGATACTTTTCTGGAGTATTTTTTATTTTTTTGA +ATACCAATATATTATGCTTTAATTCTTCATTAGGTAACTCAATATCTATCTTTTCAACAA +ATTCTAGTCCTAATATATCCATTGCTATCTTAGATTCTTCTAATTCTAAATTAGCATTTG +GACCCTTTAAGCATACAAAATATCCGCCTACCTTTACAAAAGGTACACAAAATTCCATTA +AAATAGGTAATCCAGCAACTGCTCTAGCTGTGGCTACATCATATTGTTCTCTATAATCTG +AATTTTTACCAAAATCTTCAGCTCTACCATGTATAAATTCTACATCTTTAAGATTCACAG +TATTACTAACTTCTTGAAGGAAGTTTATTCTTTTATTTAAAGAATCTAAAAGAGTTAGTT +TTATATTTTGTAAACATATCTTTAATGGTAAACCAGGGAATCCTGCACCTGTTCCAACAT +CAATTAATGAAATACCATCTTTAATATATCCATTGCTAACAGCAGAAATAGAGTCTAAGA +AGTGCTTTATAAACACTTCTTTTTCTTCTTCTATTCCTGTTAAGTTCATTTTTTGATTCC +AGTCAACTAAGATTTCTCTATATGTTTTTAAATCACTTACCATTTGGTCATTTACTTCTA +TCCCAAAATCCTTTATACCTTGTCTTAATATATCTTCGTTAGTCATTCTTTCCTCCTCTA +TTTCTCTTCATCTGTTCTAAATAAATAAGAAGAACAGAAATATCCGCTGGAGAAACTCCT +GATATACGAGATGCTTGTCCTATTGATATAGGTTTTATATTATCAAGTTTTTGTCTTGCC +TCTATTCTAAGGCCTTCTATTGATGCATAGCTTATGTCTTCTGGAAGCTTTCTATTTTCT +AACTTCTTAAATTGATCTATTTGTTTTAATTGCTTATCTATATATCCTTCATATTTAGTC +ATTATTACGCATTGTTCTTTTACTTCATCAGATACGTCTTCACCCGCACCCTTACCTATT +GCCTCTATTAAGTCATAATTAACTTCTGGACGCTTTAAGAATTCATATAAAGATAAACCT +ACTTTTATTTCTGATGATCCCATTTCCTCTAACTTATGATTAACTTCTTTAGGAGTAACT +CTTTCAGTTTTTAATCTCTCTAATTCTTTTTCTACAGCAGCTTTTTTCTCTAAAAATCTT +TGATATCTATCTTCTGAAACTAATCCAATATCATAACCTCTTTGAGTAAGTCTCATATCT +GCATTATCTTGTCTTAGATATAATCTATATTCTGATCTAGATGTCATCATTCTGTATGGT +TCATTAGTTCCTTTTGTAACTAAGTCATCTATTAAGACACCTATATACGCTTCAGATCTA +TCAAGTACAAAAGGCTCTTTTCCTTGTATCTTCATAACTGCATTTATACCTGCAATAAGA +CCTTGCGCCGCAGCTTCTTCATATCCTGAAGTTCCGTTAAACTGACCTGCACTAAATAAG +TTTTCTACACCTTTTATTTCTAGTGAAATTTTTAATTGAGTTGGATCTATACAATCATAC +TCAATTGCGTATGCCGGCCTCATTATTTTAGCATTTTCAAGACCTGCTACACTTTTATAC +ATTGCAATTTGTACTTCATAAGGTAAACTTGTAGATATACCTTGGATGTACATTTCTTTA +GTATCTAAACCTTCTGGTTCTATAAATATTTGATGAGATTCTTTATCGTTAAATCTTACA +ACTTTGTCTTCTATAGAAGGACAATATCTAGCTCCTGTACTTTCTACTTTTCCACTGTAC +ATTGCTGATCTACCTAGGTTATTCATTATTATGTCATGTGTTTCTAGGTTAGTTCTTGTT +AGGTAACAAGGAATTTGATCTATCTTTAAGTCTTCTGTTAAGAATGAGAATGGTGTAATC +TTCTCATCTCCTTCTTGGATTGACATAACTGAAAAATCAATGCTATCTCTGTGTACCCTA +GCAGGTGTTCCAGTTTTAAATCTTCTCATTTGTAGACCTAATTTAACTAAACTCTCTGTT +AAATTTTTTGCGTATCCTAATCCATTAGGACCTTCCATGAAAGATACTTCTCCCATATAT +ATTTTAGAGTTTAAATAAACACCAGTTGCTAATATAACTGCTTTTGCATAGTATTCACAA +CCTAACTTTGTAATTACTCCTGTAACTACATTATCTTCATGTAGTATATCTATAACTTCA +TCCATTACGACATCTAAATTAGGCTCATTTTCTATAGTCTTTTTCATTTCTGTATGATAT +TTAAATTTATCTGCTTGTGCTCTTAATGAATGAACTGCAGGGCCTTTAGCTGTGTTTAAC +ATTCTACTTTGTATAATTGTTTTATCAGCATTTATTCCCATTTGCCCACCAAGAGCATCT +ATTTCTTTAACTAATTGACCCTTTCCAGTTCCACCTATATTAGGGTTACATGGCATCATA +GCAATTGAGTCTAACGTTAATGTTATCATTAGTGTTTTTTGACCCATTCTTGCAGTTGCT +AAAGCAGCTTCACAACCTGCATGACCTGCTCCAACAACTATTACATCATAATTTCCTGCA +TTAAAGTTTTTCATGCAAATCTCCTCTCTGAAATATTAACGTTTCACAATAAACATTAGA +GTTCTACATAAATATTTATTGAATTTCATTAATATGATAAATTATTAAGTTATATTTTAA +AATTAATTATCCCTATTTTCCTATACAGAAATTAGCGAATATTGTATCTAATAAGTCTTC +TTTTACTGTATCTCCGTTTATATACCCTAAATAATCCCATATGTTTTTAAAATCAACTTC +TATGAAGTCATATGGCATATTTTGATCTATTGCACTTATTGCATCATTTATAGACTCGTA +TGCTTTTAATAAAGCATCTTTATGTCTAGAGTTGGTTATCATTAGGTTAGAAGAATTTTT +TACGCTACCTTTATAAACCATCGCTTCTATCTTATCTTGTAATTCTTCTATTCCCTTATG +TTGTAGTGCCGATATCTTTATTATACTACTACAGTCAACATATTTAGACAATTCATCTAT +ATCAATTTGTTGTGGTAAATCAGTTTTATTTAGTAAAACTATAGTCTTTTTATTTTCTAG +AGTTTCTAGTATTTCTCTATCCTCTTGTGATAAAGGTCTTGACGAATCAAGTACCATTAT +AACTAAATCCGCCGTATTGTAAGATTCTTTAGATCTTTCTACACCTATTTTTTCTACAAT +ATCTTCAGTTTCTCTAATACCTGCCGTATCAACTATCTTAAGAGGTATACCTTTGATATT +TACAAATTCTTCAATTACATCTCTAGTAGTTCCAGCTATATCTGTAACTATAGCTCTATT +CTCACCTAATATAGAGTTTAATAGAGATGATTTTCCAACATTTGGTTTGCCTATTATAAC +TGTTTTTAGTCCATCTCTTAATATTTTCCCACTCTCAGATGTGTCATACAGTTTTTTTAT +CTCACGTTTAATATCTTCTGCATTTTCTCTAAGAGTTTTGTATGTTATTTCTTCTACATC +TTCCTCTGCAAAATCTATAGAAACTTCTAAGTGAGCTAAGACTTCCGTTACTTTGAATCT +TAACTCCCTTATCTTTTTAGATAATGAACCTTCTAATTGGCTTTGTGCTACTTCATGAGC +TTTATCAGTTTTTGCCTTTATTACATCTATTATTGCTTCTGCTTGAGATAAATCTATTCT +TCCGTTTAAAAAGGCTCTTTTTGTAAATTCTCCTGCATCTGCTAATCTTACATCTTTCGA +CAATATTAACTCTAATATTTTCTTTACAGAAATAAATCCACCGTGACAATTTATCTCTAT +AACATCTTCTCCTGTATAAGACTTAGGCCCTTTCATATATGCAACTAATGCTTCATCTAT +TACCTTTTCGCCATCTACTACAGTTCCGTATATTAAAGTCCTTGTGTTATAATCTTTTAT +CAGTTTTCCTGTTACAGATTTGAATATGCTTTCAGCTACCTGTAATGATTTTTCTCCACT +GATTCTTATAATTCCTATTCCACCTTCACCAGGAGCTGTTGCTATTGCTGCTATAGTATC +ATCTATAAACAAGTTTCTCACCTCTTATATAATAAATTTTATCTATATTACTCTAATTGT +TACCTTAATCTTAACATTATATAAAATAAATTACAAAAATAAAACCCCCTATACTATAGG +AGGCTAAATTTTATCTTTTATATTCTATAACTAATCTTCTATATGGATCAGTTCCTTCGC +TGTAAGTAATTACATACTTATCATTTTGAAGTGCTGAGTGTATAATCCTTCTTTCATAAG +GATTCATATAATCTAGTTTTCTAGTTCTCTTTGTTTTCTTAACATCTCTAGCAACTTTAT +TTGCATATTTTACTAAAGATTCTTCTCTTTTTGATCTGTAATTTTCAATATCTACAAGAA +CTCTCATATGTGAATCTTTATTTATTTTGTTAAGAGCTAAACCTGTTAGGAGTTGAATAG +AGTCTAAAGTTTCTCCTCTTCTTCCTATTAAACAAGCCGCTTCTTTTCCTTCAATGCTAA +CCTTTATTAGGCTCTTTTCTTGAACAACATTTACATTTGCATCAAGTTTTGCATTCTTTA +ATATATTCTCTACGAAATTTCTTGCAATATCAATCTCTTCTTCTTTTACTACAGTTATTC +TATAAGTACCTTCTCTTGAACCTATTAAACCTAAAAATCCTTTACTAGGAGTCTCTAGTA +CTTCAACCTCAAGATCTCCTTCAACTACATTTAAATTTTCTTTGTTGAACTTTTCTAATG +CTGAAGCTATAGCCTCTTGCTGTGTTTTACTTTTTAATTCTAGGCTTTTCTTCATTTATT +ACTTCCTCCTTAGAGTTAGCCAGTTTAGCTTTTAAAGGATTCATTACTAAGTAATATTGA +GCTATAGAGAATAAGTTACTTACTGTCCAGTATAATGCAAGACCTGCTGTAAATGTGTAA +CCCCAATAGAATGACATAGCCGCCATAACATAAGTCATAGTCTTCATTGGTCCCTCTGCT +TGATCAGGAGGAGTCATAACTTTTTGCATTACATAAGCACTTACACCTGAAAGTATCCCC +ATTTCGATATTATGTGTTGCTGTTAAACTTTGTAGCCATAAGAATCCAGTATCTGCCAAT +TTGAATGCTGCTTCATTTTGAAATACACCATAAGCTACTGGGTCTCTTAAAACACTGAAT +AAACCTATTATTATTGGCATTTGTATTAATAATGGTAAACACCCTGCTAATGGATTTATT +TTAGCTTCTTGATGTAATTTCATTATCTCTTGTTGTTGTTTTTCTGGCTTATTTTTATAT +TTTTCTTGTATTTCTTGTAATTTTGGCTGTATATCTTGCATAGCCTTAGTTGATTTTGTT +TGCTTAATTGTAAGTGGTAATAATAATACTTTTACAAGTATTGTGAATACTATTATTGAC +CATCCATAATTTTGTACAACATCGTAAATAATTCTTAAAACGTGCCCTAATAAATTACCA +ATTATGTTCAATTCTCTATACCTCCTAGAGTATCTTTTATTTTAGAGGATCATAGCCTCC +TGGATGAAAAGGATGGCATTTCAATATTCGCTTTATCGTAAGATACATACCTTTAAATAA +ACCATACTTTTTAAATGCCTCTATAGAATATTGCGAACAAGTGGGATAAAATCTGCAAGT +AGGTCCCTTTAGAGGGGAGATATACTTTTGATATAATTTTACTAAATAAATACATAATTT +CGATAAGTATATATTTATTTCCTTCATTATAAACATTATTTCATTCATATTGAAAACCTC +CAAGATACAACACCCCTTATGTACCTACATAAACATTTCTGCTTTTTTTACAAGATGCTT +CATAGATTTTTCTATATCTTTATACTCAGCATCTTTTATAGCAACCCTTGCAATAAAAAC +TATGTCATATCCATATTTAACGTTTTCATCTATATTGACTCTATATGCTTCCTTAATCCT +TCTTCTTACCTTATTTCTTATAATCGCTTTTCCTACCTTTTTTGATACTGATATTCCGAT +ACGACTATTTTCTGATTTGTTATTTAGTATATACATTACTAGATATCTATTTGCAAAAGA +CTTGCCGTGTTTATATACTTTTCTAAAATCAGAATCTTTTTTTAAACCTTGTGTTCTATT +AAAGTCCATATTTTATCCTCCATAAACACAGCTTCTACTATTTTTCTACACAAAAAGGCC +ACTTTTAAGCGGCCCTTTTAACTATTAATGAGTTAATCTCTTTCTTCCTTTAGCTCTTCT +TCTTTTTAACACGTTTTTTCCGTTAGAAGTTTTCATTCTTTTTCTGAATCCATGTTCTTT +CTTTCTTTGTCTTTTCTTTGGCTGATAAGTTCTTTTCATTCTATTGCACCGCCTTTCAGA +TTTTTTCCGTTTTATTTTATTAAAATAACAACTTTACCCTCAAAGTAAACATAACACATA +CAATTATAAATGCTTTTATTTTAGTTGTCAACGTGTTTTTGGACTACCCAATACACTTAT +TTTGAATATAAAAAATTCTCTCTATTTTATATAAATGTATATAACCTTTTACTTTCATTT +TTATTATAGCTTAAAATCAGTAGATTTTATACCTGTGTGTATTTTTATCAACAATATGAC +AATACTGTGGATAAATTACTCATATCATATTGAAGTTTGGCATATATTCTGATATTATTA +ATATACTTGTTGATAATGTTTATAAATTTATCAACTATTTTAATTTTATTCACAAACTGT +GGATATAAATGTGTATAACTTATAAATCTTAAGACAATAATTTACTTATTAACTCATTTA +TTATTAAAATATACTATTTATAACTTTATATACATATTGTTTATATCTTTTAGTTTTTTA +AGGTTAAATTTAACTTATTATATATTATCCACATCATTATCCATAACTTTAATTATTCTT +TTTTAATTTATATAGATTTTTTATTTTTGTTAATAACTTTGTGGAAAATGTTAATTATTT +TGTTCGGAGGTTTATATTATGGATATAGTTTCTTTATGGGACAAGACACTACAATTAATA +AAAGGTGAGCTCTCTCGCCCTAGCTTTAATGCTTTTTTTAAGCAAATAGTTCCTTTAAAA +ATTTACTTAAATGACTTGATTCTTCTAGTTCCAAATGAGTTTACTAAAAGTATACTAGAA +GATAGATACCTAACTTTAATAGAAGGTTCAATAAATCAGTTATCTTTAAAAAAGTACAAT +GTAAAATTTGTATTAAGCGAATCAGAGGTTGAAGACTTAGACGAAGAAGAAGACAAACCT +TCTAATATAAAAAAGAATTATCCTAATTTAAATCCTAAGTATACTTTTGATACATTCGTA +ATTGGTAATAGTAACAGATTTGCTCACGCTGCTTGCGTAGCTGTTGCTGAATCTCCTGCA +AAAGCTTACAACCCTTTATTCTTATATGGAGGCGTTGGTTTAGGAAAAACACATTTAATG +CATGCAATTGGGCATCATATATTAAATGAAAAAAAGGATCCAAAAGTCGTTTACGTTTCA +TCTGAAAAATTCACAAATGAACTTATAAACTCTATTAAAAATGATCGAAATGAAGAATTT +AGAAACAAATATAGAAATGTAGACGTACTTTTAATAGATGATATTCAATTCATAGCTGGT +AAAGAAGGTACTCAGGAAGAATTCTTCCATACTTTTAATTCTTTACATGAAGCAAACAAA +CAAATAATAATTTCTAGTGATAGGCCACCTAAAGAAATACCTACATTAGAAGATAGATTA +AGATCTAGATTCGAAATGGGACTTATTACAGATATTCAAGCTCCTGATTTTGAAACTAGA +ATAGCTATACTTAGAAAAAAAGCTCAAATGGAACGTATAGATGTTCCAAATGAAGTAATG +ACTTATATTGCGAAAAATATAAAATCAAATATCAGAGAATTAGAAGGTGCTCTTACAAGA +GTCGTGGCATATTCTTCTCTTACAAATAGACATATATCTTTTGATCTTGCAACAGAAGCA +TTAAAAGATATTATTACTACGTCTAAAACTGAGGAGATTACAGTAAATAGAATAAAAGAA +AAAGTTTCAACTATTTTTAATATAAAAATGGAAGATTTTAATTCTAAAAAAAGAACAAGG +TCAATTGCGTACCCAAGACAAATAGCTATGTATATCTCACGTGAGCTTACAGATTTATCT +TTACCTAAAATAGGAGAAGAATTTGGCGGAAGAGATCATACTACAGTTATTCATGCCCAT +GACAAGATATCAAAGGATATACAAGAAAATGATGATATTAAAGCTAAAATAGATAAAATA +ATGTCTGAATTAAAAGGCTAATCTTATACACATTTGTCTGTTAATATCGGTCTAATAAAA +TGTTGATAATATTTTTGTCTATTTTTTATTAACACTATATTCTACAAAAACTAACAAAGA +TATTAACATTCTGTGCACATGTTAATATCTTTGCGTTTATTATCACATAAGTACTTATTC +ACATTATCAACAACACCTACTACTATTACTACTAATATTTTTATTTATTTTTTTGTATAA +AAAGCAAAAGGAGGTTATCCACAGTGAAAATAATTTGTAATCAAAAACTTTTAGCTCATA +AAATAGGAATAGCTCAAAAAGCTATTAACGGAAAAGCAACTTTAGAATTATTAAAAGGGT +TATTATTAACTGCGAAACATGATCAATTGAAACTTACAGGGTATGATTTAGAAATAGGTA +TTGAAACTTATGCTCAGTCAGAAGTAATAGAAGAAGGGGAAATAGTAGTTAACGCTAGAT +TATTTGGAGATATAATTAGAAAATTACCTGATTCATTTGTTGAAATAGAAACGGATAATG +ACAATAATATTTATATAAACTGTGTTAATTCTAGATTTAAAATAAAAGGTGAAAGTGCTA +AAGAATATCCTAAATTACCTGAAGTAAAAGAAGAGGATTTATATAGCATTCCACAAGACT +TACTTAAAAATATGATAAAGCAAACTGTATTTGCTACATCACAAGATCAAACTAAGCCAA +TATTAATGGGAGAACTTTTAGAAATAGTTGACGGAAATATAAGTTTAGTTGCAATAGATG +GATATAGACTTGCTGTTAGAAGTTGTTCTATAGATAATGCTATGAATAATGCGAAAGTTA +TAATACCTGGAAAAACTTTAACAGATGTAAATAGTTTATTATCGTCAGAAGAAGATGTAA +GATTAGGATTTGATGATAAAAATGCTATTTTTATCATTGAAGATACAAAAATAATAACTA +GACTTTTAGAAGGTGAATTCATAGATTACCAAAAATTACTTCCTAGAGAGCACAATTCTA +AAATAAAATTAAAAACTAGAGACCTTTTAAACAGTATAGAAAGAGCTTCTCTTTTATCTC +AAGCTGAAAAGAATAATCTAATTAAGTTAACGATAAGAGATAACTCAATGGCTATAACTT +CAAATACTGATAAAGGTAATGTTTATGAAGAAGTATCATTAGATTTAGAGGGCGAATATT +TAGATATTGCGTTTAACTCGAGGTATTTCTTAGAAGGATTAAAAAACATAGATAGCGAAG +AAATATTTATAGAGTTCACTACTAATGTTAATCCATGCATAATAAAACCTGCTGATGAAG +TTAAGTATACTTACTTATTACTTCCAGTAAGAATTTCATCTAACATATAGAGACAGACAA +AACCCAACTAGTTTAAAGTTGGGTTTTTTATCACTAAATTATACTAGTTAGTAAATTTAT +GATATAATATATTTTTAGCGTAATATTGGAAGAATAATATAAATAGAAAAATAGGAGGAG +TCAACATGTTAGAAATAACTATAGATACTGAATATATAAAATTAGATCAATTTCTTAAGT +TAGTTGACTTTGCATCAACTGGTGGACACGCAAAATTCTTAATACAAGAAGGTGTTGTTA +AAGTAAATGGTGAAGTTGAAACTAGAAGAGGTAAAAAAATAAGACCTGGAGATATAGTTG +AGGTTGAAGGGCAAAAAATTAAAGTAGTGTAAAAAGGAGCGCCTTTTATGCGACTAAAGA +CTTTACAGTTAGTTAATTTTAGAAATTATGATAATTTACATATAAATTTCAATGAAAAAA +TTAATCTACTTGTTGGAAAAAATGGTCAAGGCAAGACAAATATAGTAGAATCTATTTACA +TGTTGTCCTTTGGTAAATCATTTAGAACCAGTAAAGATAAAGAAATCATAAAATTTGAAA +AAGAAAATTTATATGTAGGAGGTAGCTTTTCTAAATATAATTCAGATTATTTAATAGAGA +TAGCTATTGGTAAAAATAAAAAGGGTGTTAAGGTAAACAAGGTACACATTCAAAAAATGT +ATGAGTTACTTGGTAATTTAAATGTTGTAATCTTTTCACCAGAAGATTTAAAATTAGTAA +AAGAAGGACCTAAAGAACGTAGAGCATTTATAGACAAAGAAATTAGCCAAATTATGCCTA +AGTATTACAGTTATCTTACGAACTATAACAAAATATTATTTCAAAGAAATAAACTTCTAA +AAGGACATGTTGTAGATAAAAACTTGTTAGATGTTTATGATGAAAGCTTAGCAAGGTATG +GAAGTTATATTTATATTCTTAGGAGAGATTTTATAAAAAAAATAGCTAATATTTCTATGA +TAATGCATAAAAAGTTGACTAATGAAATTGAAGATTTAAAAATTAATTATAAAAATCAAA +TAAATATATCTGAAGAGGATACGATAGAAACTGTGTATAATAAGTTTATTGAGAAACTTA +TATCAAGTAGGGAACATGATATAGATACTAGGACTACTAGATATGGTATACATAAGGATG +ATCTAAATATATTTATAAATGATTTAGATGTTAGATTATATGGATCACAAGGTCAGCAAA +GAACTGCTTCTATTTCATTGAAATTATCAGAAATAGAGTTAATAAAAAATGAAGTAGGAG +AATATCCTGTTTTAATTTTAGACGATGTTTTCAGTGAATTAGATGAAACTAGACAGAAGT +TACTTATAGATAACTTAAGTTTAGTACAGATGTTTATTACTACAGCTGAGGTTTCACATA +AAAAAATATTTAATAAAAGCAATACAACTATTTTTAATATAAATCAAGGAAATGTTGTTA +GCATAGAGAATGGAGGGAACTAAATGAAACAAGAATATGGTGCAAGTCAGATACAGGTAC +TAGAAGGATTAGAAGCCGTTAGAAAAAGACCTGGTATGTACATTGGTTCAACTGGTCCAA +GAGGTTTACACCATTTAGTTTATGAAATCGTAGATAACAGTATAGATGAAGCTTTACAAG +GATACTGTTCAAAAATATACGTAGGTATAAACGATGATGGAAGTATAACTGTAAAAGATG +ATGGTAGAGGTATACCAGTAGAGATACATCCTAAAACTGGAAAATCAACACTAGAAACAG +TATTAACAGTTCTTCATGCAGGAGGTAAATTCGGTGGAGGAGGATACAAGGTATCTGGTG +GACTTCATGGAGTTGGGGTTTCTGTAGTTAATGCTTTATCAGAATGGTTAGTTGCTGAAG +TATATAGAGATGGGAAAATATACAAACAAACTTATGCAAAAGGTGTAACTACATCTGCAT +TAGAACCTGTAGGTGAGTCTACTCATACTGGAACTATAATCACATTTATGCCTGATGCAA +CAATATTTGATGAAATAGAATTCAAATATGAAACATTAGAATACAGACTTAGAGAATTAG +CATTCTTAAATAAAGGCATAAAAATAGTATTTGAAGATAAGAGACATGAAAATCCTAAGA +AAAAAGAATTCCACTATACAGGTGGATTAGTTGAGTATGTAAAATACTTAAATAAAAATA +GAACTGGAATTCATGAAGATATAGTTTATATAGATAAAAAAGTTAAAGATTGTGTAGTTG +AGTTGGCTATGCAATATACTGATGGTTATACAGAGAACATATATTCTTTTGCTAATAATA +TAAATACTCACGAAGGTGGAACTCACTTAAGTGGATTTAAAGCTGCACTTACAAAAACTA +TCAATGATTATGCTAGAAGAAATAAATTAATCAAAGATAGTGAACCTAACTTAGTAGGAG +AAGATATAAGAGAAGGTCTTACTGCAGTAGTATCAGTTAAGCTTCCTGAACCTCAATTCG +AAGGACAAACTAAGACTAAGCTTGGAAATACAATTATGAGAAGTATAGTTGACGGTGTAA +CTGTAGAAGAATTAGGTGCATTTTTAGAAGAAAATCCAACTACTGCTAGAATAATAGTAG +ATAAAGGTCTTAGAGCTCAAAGAGCAAGAGAAGCTGCAAAAAGAGCAAGAGAGTTAACTA +GAAGAAAGAGTGTACTAGAAAGTACTTCATTACCTGGGAAATTAGCTGACTGTGCTGAAA +AAGATCCAGCTAAGAGTGAGATATTCTTAGTCGAAGGGGATTCTGCCGGTGGTTCTGCTA +AGCAAGGTAGAGATAGACACACTCAAGCAATATTACCATTAAGAGGTAAAATACTTAACG +TTGAAAAATCTAGATTAGATAAAATATTATCTTCTGATGAAATAAAGAATATGATAACTG +CATATGGATGTGGTGTAGGAAATGATTTTGATTTAGAGAAATTAAGATATCATAAAATAG +TAATCATGACCGATGCCGATGTCGATGGTGCTCACATAAGAACGTTATTATTAACATTCT +TCTTTAGATATATGAGACCTCTTATAGAAGAAGGTTATGTATATATAGCACAACCACCTT +TATATAAAGTTAAAAAACAAAAGAAAGAATACTATGTTTATTCAGATGCTCAACTAAATA +GTTTATTAGATGAGATAGGTAGACAAGGTGTAGAACTTCAAAGATATAAAGGGCTTGGAG +AAATGAACGCAGAACAGTTATGGGATACAACTATGAACCCAGAAACTAGAACTTTATTAC +AAGTATCTATAGATGATGCAGTAGTTGCAGATCAGGTATTCTCAATGTTAATGGGAGACA +AAGTAGCTCCTAGAAAAGAATTCATAGAAGCTAATGCAACTTACGTTAGAAACTTAGATG +TATAAGAAAGGGGAATGTGTAAATGGAAGAAAACAATAACAAAATAATCCCTGTTGAAAT +AGCGGAAGAAATGAAGAACTCTTATATCGACTATGCGATGAGTGTTATAGCTGGTCGTGC +CCTTCCAGATGTAAGAGATGGTTTAAAGCCTGTTCATAGAAGAATATTATATTCTATGAG +TGAATTAAACTTAACACCGGATAAGCCTTATAGAAAGTCTGCTCGTATTGTAGGAGACGT +TCTAGGTAAGTACCATCCACACGGTGATACTGCAGTTTATTTCGCAATGGTTAGAATGGC +TCAAGATTTCTCAACTAGAGGTCTTTTAGTTGATGGTCACGGTAACTTTGGTTCTGTAGA +TGGTGACTCACCAGCGGCAATGCGTTATACAGAAGCAAAGATGAGTAAATTATCTTTAGA +GTTATTAAGAGATATAGATAAAGAAACAGTAGATTTTATACCAAACTTTGATGAATCTTT +AAAGGAACCATCAGTATTACCATCAAGATTCCCTAACCTTTTAGTTAATGGATCAAATGG +TATAGCAGTTGGTATGGCAACATCGGTACCACCTCATAATTTAGGTGAAGTTATAGATGC +AACTATACAATTAATAGATAATCCTGAATGTACGGTTGAAGATTTAATGCAAAATATACA +AGGACCTGATTTTCCAACTTCAGCAATAATAATGGGAAAAGAAAGTATAGCTGATGCATA +CAGAACAGGTAGAGGTAAGGTAAAAGTTAGAGCTAGAGCTTGTATAGAAGAATTAGCTAA +AGGAAGACAACAAATAGTTGTAACAGAAATACCATACCAAGTAAATAAAGCTAAATTAGT +AGAAAGAATAGCCGAATTAGTTAAAGATAAGAAGTTAGAAGGAATATCTGACTTAAGAGA +TGAAAGTAACAGACAAGGTATGAGAATTGTTATAGAACTAAAGAGAGATGCTAATGCTAA +TATAGTATTAAATAATCTTTATAAACATTCTCAAATGGAAGATACTTTTAGTATTATAAT +GCTTGCTCTTGTAAATGGAGTACCTAGAGTATTAAACCTTAAGCAAATATTATACTACTA +CTTAGAACATCAAAAAGATGTTGTGACTAGAAGAACTAAATTCGATTTAAATAAAGCTGA +AGCTAGAGCTCATATATTAGAAGGTTTAAAAATAGCATTAGATAATATAGATGCTGTTAT +AAGCTTAATAAGAGCTTCAAAAACTACTCAAGAAGCTAAGACTGGATTAATAGAGAAGTT +CAACTTAAGTGATGTTCAAGCACAAGCTATCTTAGATATGAGACTTCAAAGACTTACAGG +TTTAGAAAGAGATAAGATAGAAGCTGAATATCAAGAATTACTTAAGAAGATAGAAAGATT +AAGAGCTATACTAGCTGATGAAAAATTACTTCTGAATGTAATTAAAAAAGAAATATTAGA +AATAAAAGAAAAGTATGCTGATGAAAGAAGAACTGAAATAAGACATGCTGAAGGCGAAAT +AGATATGAGAGACCTTATAAGTGATGAAGAGATAACTATAACACTTACTCACTTTGGTTA +CATTAAGAGATTACCATCAGATACTTATAAGAGTCAAAAAAGAGGTGGAAGAGGAGTTGC +TGCTCTTACAACAAGAGAAGAAGACTTCATAAAAGAACTTGTCACTACTACGACTCATAG +TAGATTATTATTCTTCACTAATAGAGGTAGAGTATTTAGACTAGATGCATTTGAAATTCC +AGAAGGTAAGAGACAATCTAAAGGAACTGCTATAGTTAATTTACTTCAATTAGCACCAAA +TGAGAAAATAGCTACATTAATTGCAATAGATGCTAAAGATGAAGATAAATATTTATTATT +AGCTACGAAGAAAGGTATAGTTAAAAAGACTAAGAGAGAAGAGTTTAAAAACATAAATAA +ATCTGGTCTTATAGCTATAGGATTAAGAGCTGATGATGAGTTAATAGATGTTAAACTTAC +AGATGGAAATAAAGACGTTCTTTTAGTTACAAAAGATGGTATGTCTATTAGATTCGATGA +GAATGATATAAGACATATGGGAAGAACTGCTATGGGTGTTAAGGGTATAACATTATCAGA +TGATGATGAAGTTGTATCTATGAATCTTTCTGATGAAGGAACTGATTTACTTGTAGTTAG +TGAAAATGGACTAGGTAAAAGAACAGATATAACTGAATATAGAAGCCAAATAAGAGCTGG +TAAAGGAATAAAAACTTACAACAATAGTGAAAAGACAGGTAAAATTGTTGGAGCAGAAAT +GGTAAATGAAGATGACGAAATTATGATAATAAACTCTGATGGAGTTCTTATTAGATTAAG +AGTATCTGATATATCAATATTCGGTAGAGTAACAAGTGGTGTGAAACTAATGAAAACTGA +TGATGAAGTAAATGTAGTTTCAATTGCTAAAATAAATATAGAGGAAGAATAGGATTTTAT +CCTATTCTTTTTGTATAATTTAGTTATAATTGAGATATGTATATATATAAAGAGAGAGGA +GAAGTATTTATGAGCAGAAAAGGTGGAAAGTATTTATTTCTAGGAGCAATATTAGGATTT +ATTGCAGGTTTATTCTTTGCTCCTAAAAAAGGATCTGAATTAAGAAGAGAAGCAAAAGAA +AAATTTGATGAAGTGAAAGAAAATCCAAAAGATGTTCTACATGAAACATTAGAAGATGTA +AAAGAAAAAATATCATTACTTACAGAAGATTTAGATGAAGATAATATAAAAATTTCAGAA +GATGAAATAATAATAAGTAGAACTTTTGGTGATGAGGGAGAGAGTAAATAATGGATGCAA +TGGGCTGGCAAATAGGTGCTATTTTAATTGGAGTATCAGCTTTAATTGTAGCTATATATA +TAGCCAAATTATTAAATAGTACAACTAAGGTTGTGGAAAGAGCTAATAGATTAATAGATT +ATAATGAAAGAAATATTCAGGAGATAATTGAGAATACAGCATCTATAACAGAAAGTGTAG +ACGAAATTATAGGTGTATTTACTAAGGTAACGAGTGTACTTAAGGTATTTAGGATTTTTA +GAAAATAGATATTAGGAGGTTTTTAGATGTCAATAAACATAAATTCTACATTAGATTCTC +AAAATAAATTTTGGGATATAAATCTAGGAGGAGAGCTAGATGTATCTACATCAGATAAAT +TAAAAGAGTATTTACATAAGCTAGCAGATCAAGAGATGCTAGATATGAAAATCAACCTAG +AAAATTTAGAATATATAGATTCTACTGGATTAGGTGTTATGATAGGTGTTTTAAAGAAAT +TAAAAGTGGGAAATAAAGAAATATACATAATTAATCCTAGAAGTAATGTTAGAAAGATTT +TTAATATAACAGGTCTAGATAAAATATTTAAAGTGGAGGGATAGACTTTGTCTTGTGAAA +GTATAAAAATGGAAATTAGTGCTAATCCAGAGTATGTAGGTATTATAAGATTAACAACTT +CAGGAATAGCTAATAAAATTGGATTTTCTATAGATGACATAGAAGATATGAAAGTAGCAG +TATCAGAAGCTTGCACAAATGCAATTAAACATAGCTCGGATGATAGATTTTATATAACTT +TTAATATATTAGATGATGGACTTAATATAGAAATTAAAGATAATGGAGTAGGTTGTAATA +TAGACTTATTGGGAAAACCTGATTTAGAGAATCCAAAAGAGAATGGATTAGGAATATTTA +TAATACAAACTTTAATGGATGAAGTAAGTATCGAGTCATCAGACAACAAAGGAACAATAA +TAAAAATGACTAAATATTTAGGAGTTGATAATTAATGAAGGACGTAGCTAATGCTACTAA +TTACCTAAATATGGATAATAAGGAACTGTTCAAGATATATAGTAAAAATAAAGATAGAGA +AATAAGAAATATTTTGATTGAGAGACATCTATATTTAGTAAACTTACTAGCGAGAAAGTA +TATTAATAAGGGTGTTGAGTTTGAAGATATCTATCAGGTAGCATCCTTAGCATTAATATA +TGCTATTGATAGATATGATATTGAAAAGGGATTTGAATTTTCTAGTTTTGCAACTCCAAC +AATTGTAGGTGAAATAAAGAAATACTTTAGGGATAAGGTGTGGACATTAAGAGTACCTAG +GAGAGTTCAAGAATTAAGTAAAAAAATTAGCGAAGCAAAATTAGTTTTAGAGCAGGAAAA +TAAAAAGCATCCTAAGGCAAAAGATATAGCTAAGTATTTAGGGTGTACAGAGGAAGATGT +CCTAGAAGCTATGGAAGCTTCATATGGTTATCAGCCTATATCATTAGATGCTACAAGTAA +TGACGATTCAGAAGATAAAGATATTACTCTTATTGATAAAATAGGACAAGAAGAAAGCAA +CTTTAGAGATATAGAACATAATGATTTTATAAGTAAATTTATAGAAACACTAAATGAATT +AGAAACAAAAATATTTAAAGATAGATTCTTTTTAGATAAAACGCAATCGACTATAGCGAA +GGAATTAGATATATCTCAAATGACTGTATCTAGGCTAGAGAGAAAGATTGTAGATAAGCT +TAGAAAAGAATATGAAAAAAATATATAAAAAAGTATTGACCTACTGTTTAATAGATGATA +TATTATTACTTGTCCAAGAGATACGGACGAAATGAGAACTGAAAAAAGTCTTGACTAAGA +AACAAAAACTTGGTAAGATAAGTAAGTCGAAAGTGATGAACTTTGAAAATTAAACAGTAG +GTTAATTTATATAATTAATTCTTATAAAAAGAATTATTCGAAACAACCAAACAAAGCCAG +ATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTTGATCCTGGCTCAGGAT +GAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATTTACTTCGGTAAAGAGCGGC +GGACGGGTGAGTAACGCGTGGGTAACCTGCCCTATACACACGGATAACATACCGAAAGGT +ATGCTAATACGAGATAACATAAGGAATTCGCATGGGTTTCTTATCAAAGTTTTTGCGGTA +TAGGATGGACCCGCGTCTGATTAGCTAGTTGGTAAGGTAACGGCTTACCAAGGCGACGAT +CAGTAGCCGACCTGAGAGGGTGATCGGCCACATTGGAACTGAGACACGGTCCAAACTCCT +ACGGGAGGCAGCAGTGGGGAATATTGCACAATGGGCGAAAGCCTGATGCAGCAACGCCGC +GTGAGTGATGAAGGCCTTCGGGTCGTAAAGCTCTGTCCTTAAGGAAGATAATGACGGTAC +TTGAGGAGGAAGCCCCGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGGGGCTAG +CGTTATCCGGAATT +>MGYG000000001_10 +CAATCAAAAGTACTTATGCAAAAAATGTCGTAGACAATTTACCTTACAATCAAGCAAGAA +GCATTCGCTTGGATATCCTAAATGTCCTGTATGTGGAAAAGGTATGTACCTTCACCATAA +ATACAAGTACCATGTTAGCTTTAAATGTAATAACAAAAAGTGTAATCATACTATTAAACA +ACTTATACCTACAGCTATAGATGATCCATCATCTGAAAAGCTAAATGGTAAAACTGTATT +TTCTGGACATAGATTCAATTTAAATACCATAATTATAGCTATTAACTTATATTACTCACT +TAATGCTACAACAAGAGCTATTTCAACATATTTATCAGATTACATGAGTATTAAAGTATC +TCATGTAACAATTTCTAAGTGGATTAAGAAGTTTGATAAATACTTTAAATCCATAAGCGA +TGAGCTTACTAATGACCTATACTTAGGCGATTCTGATGAATGGCATGCTGATGAAACTGT +TGTAAAAATCAATGGCAAAAAGCACTATCTTTGGGTTTGTATAGATTCTGAAACAAGATT +TGTTACATCTTGGAATCTAAACCAATCTCGTGAAGCAGAGTGTGCATTTTCTCTATTTAA +ACGTTCTAAAACCTTCGGTACTCCTAAATCAATTGTTACGGATGGTTTACCTTCGTATAG +AGAACCAGTTAAAAATACATTCGAAGGCTCTACACATATTGTTGTTAAAGATTTTAGTGA +TGACATATCTAATAATTTAATCGAATCTTTTAACAAGACATTTAAATCTTGGTACAAGAA +AACCAAAGGATTTAAATCATATGAAAGCGCCAATAGTCTTATCAGTAACTTTATTTTTTA +TTACAACTTTATAAAAAATCATTCATCACTTAGTAATTTAACACCTGCTCAAGTTTGTGG +CATTAACTATACTCATCAAGAAAAAGTTAATTGGTTCATCAAATATTAATTGCATTTGTA +GCCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAA +ACTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATT +AACAAAACCTAAAGATTTTTATAATACTTGTCTTAAGATTAAATTTACAATTTATATATT +TATATTAATTGATTTAGAAAACTATTCTAGAAATTTTTGATTCTATAGAAACATAAGTAT +ATGAAAATAAAGGACTCTTATATCCAAAGAAATAATATTATAAAAAAAGTTAAATTAAGG +TGATAAGATGTTATTGGATAATTTTGAGAAAACTAGAGAAAAAATTAACTTGGAGCTAAT +AAAAAGATTAGATACAAATAAATATAATTATTATAATCAGTTGACATTGTTAAAAGAAAA +TAGTTTTAAAGATGAATCTTATATAAGAGATGATATGAAATTCAACATAGAAAATCATAA +AGAAATCACATTTACTTATATAGAAAATAAGAGCATAGGAGTTAATTCGATAGGAAGTGA +TTTAAGAGCTTTATCAATAAATAATATTAAGTTAGAATACAATAACTTTAAACAATGTAT +ATTTAAAAATATAAAATTTAAAAAAAGTTCTTTTTATGGTAGTGAATTTTCACAGTGTAC +ATTTGAAAATGTAGAATTTGATGAATGCGATTTTTATTATGAAGACTCTTCTATGACGGT +GTTTAGTGATAATACATCATTTGAAAATTGTAGATTTAAAAGATGTAATTTAAAAAAAAC +TATATTTAAAAATATTAGCTTAAAGAGTAGTAAATTTATTTTAAGTAACATGATAGATTG +TATTATTAGCTTATCTTACATTGAAAATATCTCTTTAAAAGATTGTGATTGTAGGGCTTT +TAAAACTATTAATACAATTATAGAATTTATAGAATTTGAAGATGACTATTTAACTAAATT +TAATGAAGATACATTTATAGATAAAATGGATGTATATAAAAAGGATAAAAATTTTTATGA +AAAAATTTTTAAGGTTTATAAGAATATAGGGATTACATTTGAAAGAAATACACTCTTAAA +TAATTCGGGGGAATATTATTACTTAGCAAAATGTATGGAGCGTAAGTCTCTGAATGGATT +TGGAAAAATAAAATCTTATATACTTTGGTTATTATGTGGATATGGAGAGAGACCTACTTA +TGCGCTTATAACATCATTAGAAATATTATTATTTTTTACTATATTATATATGTTTACAGG +ATTAGATGTAAATGGAAATATAGTAAAGTATGATATTTTTTTTATTTTAAATCTACCTAT +TAGTAATTTGGCTTCTGACTTTTTTCATTCTCTTTATTTTAGTATAGTAACATTTACAAC +AGTAGGATATGGAGATATTACTCCAATAGGAGCTAGTATAATGCTGTCTGGTTTTGAAAT +GATTTTAGGTGTCACCATGGTTGGGGTATGGACAGCTACATTAGCTAGAAAAATAACTAG +ATAAATTAAGTATATTTAGAAATTAATTCAGTATATATAAAAATATTCTGAAAATATATA +AATATACATATAAAAAAATAAATAAAAAATAAAAAATCCTTGTTGAAAATAGTTATCAAA +TAATATAAAATATTAATGAGTTCATAATATTGAAAAATATGGAGGATTAATATGACTAAT +ATCAAAAAGTTCTTTTATATATTCATAGGATTGATAGCTTTCTTATTAGGAGCAATAGGT +GTTGTATTGCCAGTATTACCTACAACACCTTTTCTACTAGTAGCATCATTTTGTTTTGTA +AGAGGTTCTGAGAAGTTTGATAAATGGTTCAAGAGTACTAGGATTTATAAAAAACATTTA +GAAAACTTTGTTGAATCTAGAGCAATGACTTTAAAGCAAAAAGTGAGCTTAGTGTTATTT +GCAGACTTCATGATGTTAATACCATTTATTATGGTTGACAATATATATATGAGAATGACT +TTAATAGTAGTAGCATTAACAAAGTTGTATTATTTTACATTTAAAGTAAAAACTATAAAA +CCAAACTCAGCAACAAATTAGAAATAAAAAGGAGAGAAATTATGGTAGACAAAAGGTTAT +TATCTATTTGTAAGGAGCCTAAAAAATACATATTCTTAACAGTGTTAACTAACTGGATTT +CAGTAATATGTAATATTGGTATTATACTATTTGTAGGCGGTATAATAAATAAATTATTTA +ACAATGATTTGAGTTTTAATTTAGGAGGATATGTGATTTACTTAGCCTCTTTAATGATAA +TAAGATTCATTTCTAATTATATGTCAGGAGAATTCTCGCATAAATCTTCTGGACAGGTAA +GAAGTATATTAAGGGAAAAAATTTATAAAAAGTTATTAGATTTAGGAGTAGATTATAATG +ATGCGTTATCTACTTCATCAACTGTCCAAATTGCAGTAGATGGTGTTGAGCAATTAGAAA +TTTACTTTGGAAAATTTTTACCTCAGTTATTCTATGGACTTTTAGGACCTCTGACTCTAT +TCGCAGTAATGGCGACAATAAGTTTAAAAGCAGCTTTTGTTTTATTAGTATGTATACCGT +TAATTCCAATATCAATTGCTTCAGTTATGAAGATTGCTAAAAAGTTATTAAGTAAGTATT +GGGGGATATATACCAATCTAGGAGATTCATTCTTAGAAAATCTTCAAGGGTTAACAACTT +TAAAGATATTTGACTTAGATGAAGAAAAGAATGAGGAAATGAATAAAGAAGCAGAAACAT +TTAGAAAAGTAACTATGAAAGTTTTAACAATGCAATTAAGTTCTATTACTATAATGGATT +TAATTGCTTTTGGAGGAGCTGCTTTAGGGATACTAATTGCTGTAAATGAATTATCTTTAG +GGAATATAAGTGTAGGTGGAGCTGTAATAATAATTCTGTTATCTTCAGAATTCTTTATAC +CACTTAGACTTTTAGGTTCTTTCTTCCATGTTGCAACTAATGGTATGGCAGCATCTGAAA +AAATGTTTAAGTTACTAGATACTGAAGTTAAAAAAGAAGCCAAAATAACAAAGGAATGTA +TAAATAAATTAACTGATATATCTATAAAAATTGAAAATGTAGATTTTAGTTATAATAAAG +AAAGACAAATACTTAAGAATGTAAATATAGATGTTGACAATAAATCTATGATTGCTTTAG +TAGGGGAAAGTGGATGTGGTAAAAGTACAATTACTAACTTGCTTTTAAAGCTTAGAAAAG +TAGATAATGGACAAATAACTTTAAATGGAGTGAATATAGATGATATACCATTTGAAGTCT +TAAGAAAGAAAGTTAGTTTTATTAGTCATAATTCCTATATATTTAATACAACTATAGCAG +AAAATTTAAGAATGGGAAAAAAAGATGCAAGTGAAAAAGAGTTATATAAGGCTTTAATAA +GTGCAAACTTATATGACTTTGTAATGGGATTAGAAAATAAATTGGATACTAAGGTAGGAG +AAGGTGGATCATTATTATCTGGAGGGCAAAAGCAAAGATTAGCTTTAGCTAGAATGATAC +TTACAAATCCAGAAGTATACATATTTGATGAAGCTACTTCAAATATCGATGTAGAAAGTG +AAGATAGTATATTAAAAACTATATACAGTTTATCAGAAGAAAAAACTGTAATAGTAATAT +CACATAGACTTGCAAATATAGTTAATGCAGATAAGATATATGTATTAGATAAAGGTAGAA +TTTCAGAAAGTGGAAATCATGAAGAACTTATGAATAATAAATCTACTTACTATAATCTAT +ACACAAAACAAAGTAATTTAGAAGACGTATATGAAGAAGATATGGAGGTGGCTGTAGGTG +AATAATGAACAACAAAGAATATCAGGATTTAAAATAATGCTAAGACTTATAAAAATACTG +AAGCCACTAGCACCTATAATGATGATAACAATAACGTTTGGAGTTTTAGGATTTTTAGCA +GCTACAGCAGTAACTACATTTGGTGCTGTTGCAATAGGAAATATACTTGGTGTTGAAATG +GGGATAGGACTGAGTACAACTATAAAAATAATAATCGGTTGTGCAATATTAAGAGGTGGA +CTAAGAGCGATAGAACAATACTCAGGTCATTATATAGCGTTTAAAATATTGGCTATATTA +AGGGATCAAGTTTTTAAAGCTTTAAGAAAATTATCACCAGCAAAATTAGAAACTAAAGAA +AAGGGTAACTTAATATCTGTTATAACTAGTGATATAGAATTACTAGAGGTGTTTTATGCT +CATACTATAGCACCTATTGCTATAGCAATACTTACATCATCTGTAACTGCAGGAGTGCTT +TATAGTGTAAATCCTTATTTTGGATTAATAGGCATAGGATTTTATTTAATTGTAGGTTTA +GTAATACCAGTAGCATCTTCTAAGTATGCTAACCAAGCTGGTCTTGAATATAGGAATGAA +TTTGGAAATACAAACAGCTTCTTATTAGATTCTTTAAAAGGGATAAAAGAAGTACTATTA +TTTGGTGCAGGAGAAGAAAGAATAAATACTATAAATGAAAATAGTGAAAAATTAAATGAG +AAACTTAAAGTTATAAAGCAGCATGAAGGTATAATAAGAGCTTTTACAGATATAACAATA +ATGATTGCTATACTTGTAACATTATATACGGGTGTGAAATTGTTCGAGGCAGGAACTGTT +AATTTAGGACAAGTTATATTAGCGGTTGTACTTTTAGCAAGTTCATTTGGTCCTACGGTA +GCATTAAGTAATTTATCTAATAACTTAATGCACACATTTGCTTGTGCACAGAGATTATTT +AATATACTAGATGAGGTTCCAGCGGTAGAAGAAGTATATGGAATGGAAGATTTAAAAATG +AACGACATAAATATTGAAAATGTTAGTTTTAAATATAAGGGAAGAAATGAAGATTTACTG +AAAAATATAAACCTTAAAATAAATAAAGGTGATAAGGTAGCTATAATAGGAAAAAGTGGA +TGTGGAAAAAGTACTTTATTAAAGTTAATAATGAGATTTTGGGATGTTGAAAGTGGAGCT +ATTGAAATAGACAGCAAAAATATAAAAAATATACCAACAAAATCATTAAGAAAAGTACAA +TCATTAGTAAGTCAAGAAACATTCTTATTCAATGATACTATAGAAAATAACCTAAAAATA +GGTAAAATAGATGCAAGTGAAGAGGAAATAATATCAGCAGCTAAAAAAGCATCTATACAT +GAGTTTATAACGACTTTACCTAATGGGTATAAAACTAATGTAGGAGAAATTGGATCTAAT +TTATCTTCAGGTGAAAGGCAAAGGCTAGGTATAGCAAGAGCATTTTTACATAATCCAAAG +GTATTAATATTAGATGAACCAACTAGTAACTTAGATACATTGAATGAAGCTGAGATATTA +AAGAGTATTAAGAATGAATCTGAAGATAAAACTATTATAATGGTATCTCATAGAAAATCT +AGTGCTGCTATATGTGATAAAAAGGTATATGTCAAAAATAATAGGCTAGAATTCAATTAA +TGAGGAAGAAATGAGTAGAATAAAAAGAGAAAAAGACACTATAGATTTAATGATAAAGAT +TTATTGTAATAAAAAACATAAATCTAAAAAGAATGAGTTATGTGATGAGTGCAAGGAATT +GCTAGAGTATGCTCATAAAAGGTTAGATTTTTGTAAATTCGGAGAAGAAAAAAAGTTTTG +TAGTAAATGTCCAATACATTGTTATAAAAAAGATATGAAGATAAAAATAAAAGATGTAAT +GAAGTTTTCGGGACCAAGATTGTTATTTTATAGTCCGATTCAAGTCATTAAACATATTAT +AGAAAAATAAAGATAAAAGAAGCTGTCTCATAAATGATAAGTTATGAGACAGCTTCTTTA +GCTTAATCAGATTAAATTTTAAATCATTTAGTTTGAAATACATATAGATGATATTTGATG +TTAGTGAATTTTATTATTTATTAAGTATAAATTTATTTATAACTTCTGCAACACCGTGCT +CATTATTAGTAGAAGTTATAAAATCAGCAATATCTTTTATACTTGAGCGAGCATTACCCA +TAGCAACTCCAAGACCTGCGTATTTAATCATATGTTGGTCATTTTCTTCATCACCAACAG +CTATAGAATTTTCAATAGGAATATTTATATTATTGCATAGAGCTTTTAAAGCAGTTCCTT +TATTAGCATCTTTATTTAAAAATTCTAAGAAGAAAGGAGCGGATCTTACAATAGTATATT +TATCGTAGAATTCCTTAGGTATTTCTTTTATAATTTCTTCTAATTTTTCAGACTCATCTA +CAATCATAATCTTGCAAAACTTAATGCTATCATTTATTTCTTCGATAGGTTTATACTCAA +TAGGTATTTTATTAATTCTAGCTTCTAATTGAGTATATTCACCAGGTATTTCATTTGGAG +TAATTAAATTTGTAGGAGTATTTATATGAATATAAGTGTTGTGCTTTTTATAAATTTCAT +TATATATTAGGTTAAAATCATCTATTCCAAGTTCTAAATTACATAGTACTTTCTCGCTTT +TAACTTCTTGAACAACCGCTCCATTAAAGCAAATTACATAGTCTCCATCATCAGTAAGAT +TTAATTCTTTTAGTAGTGGAGTAACGCCTGGCAGTGGTCTACCTGTAGATAATACTACCT +TTGTACCTTGTTTTTTTGCATCTTGAATTGCAGAAAACACCTCAGGAGTTATTTTTTTAT +CTGTGTTTAACAAAGTTCCGTCTATATCTAAAGCTATTAATTTATACATACTACCTCCCT +AACAATATATTATTGATTTATAAGTTAGATTATATCAGTATATTTGTAATTAGTGTATAG +AAAATACATAGAATATTGTATAATTTAATTATGGAATAATGTACTAAAAAAAGGAGATTA +AGATGAAATTTTCAAATTTTGATTATAAAAGACCGGATTATAAAAGCATAAAAGAAATAT +TTGATTTAAGGGTAAAAGAAATAGAAAAAGCAAGCACATATGAAGAACAAAATCGATCTA +TAGAAAAATTAAATGTAGTTAGGAATAATATTGAAAGTATGTCAACTATATCATCTATAA +GATACAGTATAAATACTGAGGACGAATTCTACGAAAAAGAAAGAGGATATTGGGATGAGT +ATTCTCCTTTATATGAAGAATTAAATTCTTTGTTTTATAAGGCTATAGTAAATTCTAAAT +TTAAAGAAAATATTATTAAAGATTATGGAAGACAATTCTTTAAAATAGTTGAATACTCAT +TAAAGTCATTTTCTAGTGAAATAATAGATGAATTACAAGAAGAAAATAGATTGTGTTCAG +AGTACACTAAATTATTAGCATCTGCAAAAATAGATTTTGAGGGTGAAGAAAGGAATCTTT +CAGGATTAGGTTCTTTTATGCTTTCAGAGGATAGATCTATGAGAGAAAAGGCATCAAAGG +CTTATTATGAATATTTTGAAGCAAATGAAAATAAGTTTGATGATGTATTTGATAAACTAG +TGAAAGTTAGAAGTAAAATAGCTAATAAATTAGGATTTGAAAACTTTGTTGAAGTTGGAT +ATATAAGAATGATGAGAACTGATTATAATTCAAAAATGGTATCTAACTTTAGAAATCAGG +TTCTAAAATATATAGTTCCTTTAGCTGAAAAACTTTACGAAAGACAAGAGAAAAGACTCA +ACTTAAAAGAATTTACTTATATAGATGAGAATTTTGAATTCTTAACAGGGAACGCTACAC +CTAAAGGAACACCAGAGTACATAATAGAAAATGGAAAACAAATGTACTCGGAGCTATCAA +AAGATACTAAAGAGTTTTTTGAATTCATGCTTGAAAATGAACTTATGGACTTAGTAACTA +AAAAAGGAAAAGCTGCAGGAGGGTATTGTACTTATATACCAAATTATAAGTCACCTTTTA +TTTTTTCAAACTTCAATCAAACTTCAGATGATATAGATGTCTTGACGCATGAAGCTGGTC +ATGCATTCCAGTTATATATGTCTAGAGATATAGAAATACCTGAGATAAACTTCCCTACTT +TTGAAAGTTGTGAAATTCACTCTATGAGTATGGAGTTTATTACATGGCCATGGATGAATT +TATTCTTTAAAGAAGATACAGAAAAGTATAAATTTACTCATATGTCGGCAGCTATTAAAT +TTATACCATATGGTGTATTAGTAGATGAATTCCAACATCATATATATGAAAATCCTAATA +TGAGTAAAGATGAGAGAAAATCTACTTGGAGAAAGTTAGAAAAAATATACCTTCCTCATA +AAAATTACGAAGGTTGTGATTTCCTAGAAAAAGGAACATGGTGGTTTAAACAAGGACATA +TATTTAAGAATCCATTTTACTATATAGACTATACTTTAGCGCAAATATGTTCTCTTCAAT +TTTGGAAAAAATTTAGAGAGAATAGCGAAGAAGGATGGAATGATTATTTAAATATCTGTA +AGGTAGGAGGAAGAAAGTCTTTCTTAGAGATAGTTGAAATTGGAAATTTAATATCTCCAT +TTGAAGATGGTTGTATTGAAAGTGTTATAACCTATATAGGTGACTGGTTAGATGGTGTAG +AAGATATAAAACTATAAAAATTAAGGGGAATATATAAATATAGAGGGATGCATATGATAG +ATATATATGATTTAATAATTTTAGGAGGAGGTCCAGCTGGACTTTCTTCTGGAATATATA +GCGCTAGGTCAAAGTTAAAAACGTTAATAATCGAACAGAAAAAAACTGGTGGACAAATAG +TAAATACATATGAAATTGAAAACTATCCAGGTTCTATTGAATATGAAACGGGTATCAGTT +TAATGAAGAGAATGAAAGATCAATGCCAAAGTTTTGGCGCTCAAATAATACAAGATAAAA +TAGTTAGTGTGGATTTAAAGTCAGATATAAAAGTATTAAAAGGCAAGTATAAAGAGTATA +AATGTAAATCCATTATAATAGCGACTGGGTCTTATCCTAAAAGGTTAAATATACCTAAAG +AAGAGGAATTTACAGGCAAAGGAGTATCTTACTGTGCTATTTGCGATGGAGAGCTCTTTA +CAGATTTAGAAGTATTTGTTGTAGGTTCTGGAGAAAGCTCAGTAAAGGAGAGTTTATATT +TGACCAGATATGCAAAAAAAGTAAATATAATATGTAGAAGTAATTATTTAAAATGTTCTA +AAATGGTGGAGGAAAAGATATATAATAATAGCAAAATAAATTTATTTTTTAACAAAGTGG +TAAAGGAAATAAGTGGAGATGAAGTATTAAGCAAAATAGTTTTAGAAGATGTTAATAATG +GTGATGTCTTAGAATTTTATGCAGATAAAGGTGATGATATCATAGGTCTATTTGTATTTA +TAGGACTTAGTCCTCAGACGGATATATTTAAAGATATAATAGAAATGGACTCATATGGGT +ATATAATAACAGATGAAAATATGAAGACTAATATAGAAGGTATTTTCGCTGCAGGGGATT +GTAGGCAAAAGATGTTAAGGCAAATAGTAACCGCAACTAATGATGGTGCAATAGCTGCTG +TTATGGCAGAAAAATATATAAAAGAAAAATTTATTTAATAATTTAGGAGTAGGAGGTTTA +TATGATAACCGTTGATAAGAGTACTTTCGAAGATGAGGTATTAAATAGTAATGAAATAGT +AGTAGTAGAGTTTTGGAGTCAAACATGTGAACCTTGCAAAGAACTTTTACCAACTTTAGA +ATGTTTAGATAAAATATATGGTAGAAAAATAAAGTTTTGTGAAATAGATACAAAAAAGGC +TACAAGGTTAGCTATAAAAGAAAAAGTAGTAGGTCTTCCTGCAATTGTAGTTTATAAAGA +TGGAAAAAAAATAGATGAAGTAATAAAGGAAGACGCTACAAAAGAAAATATAGAAGAAAT +GATAAAAAAATATATTTAATATAAAGAATTACAATTGTTGAAATATGCAAAATTATACGT +TTTTATTGAATTAAATATACTTTTAATATATAATATAAGAAAAATTAAATATACTTCCTG +TATATTTTTGATGATATGGTTCAAATGTTTCTACCAGGCTGCCGTAAATTGCCTGACTAC +AGGAGTTTAAACATATAATTTACTTAGAATATCTATATCTTAGAATATAATAACATGTAA +TATAATCAAGATTAAATAAGTATAGTAAATTTGAAATATAAGCTCCTGTCTAATTATGAC +AGGAGTTTTTTATGTTTTATAAGATTATAAATCGAGGATGTTTATATAAGACTATATGTA +TATAGCTAATATTGGGAGGAAAAGTCATGAAATTATTACAAGAAAAAATATTAAATGAGG +GAAGTGTATCTGGCAATGATATACTAAAAGTAGATAGCTTTTTAAATCATCAATTAGATG +TAGAGTTTTTAAATGAAATAGGAAAAGAATTTAAAAATAGATTTGAAAATAAAAGAATAG +ATAAGATATTAACTATAGAAGCTTCAGGTATAGCAATAGCATCTATAGCAGCACAACATT +TTGGAAATGTACCTGTGGTATTTGCGAAAAAGGTAGAATCTAAAAATTTAGATAAGGATG +TGTATGAAACAAAAGTATATTCTTTTACTAAAGGTAAAGAATATAGCGTAAAAGTTTCGA +AAAAATATTTAAATGCAGGTGAAAATATATTAATATTAGATGATTTTTTAGCTAATGGAA +GGGCTGCTCTTGGTCTTAAAGATATCGTGGAGCAAGCAAATGCTAATTTATCAGGAATTG +GTATAGTAATAGAAAAAGGATTCCAAGAAGGTAGAAGTCTATTAGAAAAAGCTGGTGTGA +ACCTACAGTCTTTAGCTATAATAGATTCTATAGAAAATGGAGAAATAAAATTTAGATAAT +ATATACTGTTTGAGGTTGAATATAAGGTTAATTTATATTTAACCTTTTTATTTTATAAAA +TTATATTTTGTCGATTTATAGTTGATTTATATATGGAAATGTTATACTATAAAAATCTAG +AGTTGTTATTAGATTTCTTATCTTATTTATTTTGTGTAATAAATATAAGAGTTTAAGATA +AAATATAAATAAAACTAATATAAATATAATAAAGTTAATTGTTGTAATTAGTTTTATATA +GGAGGTACATAAATGAGATTTTTTATAGATACAGCTAATGTAGAAGAAATAAGACGAGCT +AATGAATTAGGTGTAATATGTGGTGTAACTACAAATCCATCATTAATAGTTAAAGAAGGA +AGAGATTTTGTTGAGGTTATTAAAGAAATAGCTTCTATAGTTGATGGACCAATAAGTGCA +GAAGTAATCAGCTTAAACCATGAAGGTATGGTAAAGGAAGCTGAAAAGTTATGCCAAATA +CATGAAAATATAGTAATAAAAATACCTATGACAGAAGAAGGTTTAAAAGCTGTAAATATA +TTATCTAAAAAAGGAATAAAAACAAATGTAACACTAATATTCTCAGCAGCGCAAGCATTA +TTAGCAGCTAGAGCGGGAGCTACTTATGTAAGTCCGTTTGTTGGAAGATTAGATGATATA +GGTAAAGATGGTATAGAGCTAATAGCAGAGATAACAGAAATATTTGATGTTAATTCAATA +GAAACTGAAATAATAGTTGCGAGTGTAAGAAATCCAATACACGCTTTACAAGCAGCTAGA +ATAGGTGCTCATATAGCTACAGTACCATATAAAGTTATAAAACAAATGATGCTTCATCCA +TTGACTGATAAAGGAATAGAAACATTTATGAAGGACTGGGAAGGATCTGAATTAAAGTTA +TAAAAAAATAGGGTTAACTATTAATAGTTAACCCTATTTTTCTTATGAGAATCTTATATT +ATAAAACTGAATCAACCTTTAAATCTTTATCTTTAGATTCTTCCAGTTGACATGCATAAT +ATTTTTCTTTATCTAATTCATTTTCACTGTTACTAACTATTAGTGTACAAGTGCAGTCTC +CCATTACGTTTACTGTTGTTCTAGTCATATCTAACAATCTATCAACTCCCATTATTAGTC +CAACACCTTCTATTGGTAGGCCTACGGAACTTAAAACCATAGAAAGTGTTATCATACCAA +CCCCTGGAACTCCTGCAGTACCAATAGATGCAAGAGTTGCAGTCAGTATTATTGTGATAA +GACTTGAAAATCCTAACTCTATTCCGTAAATTTGAGAAATAAATATACAAGCAACACCTT +GCATTATCGCTGTTCCATCCATATTTATCGTAGCCCCTAAAGGTAATGTGAAAGAGGCAA +CTGAGTTATCGACACCCAAATCTTCCATTGTTTCTATAGTTAAAGGAAGAGCTGCATTAC +TAGAAGCTGTAGAAAATGTTACAGCAGCAACATTTGCAAAATTATTGAAGAATGGTTTTA +ATTTAAGGCCAGTTAAAGCTTTTATCATACCAGAGTAAACTAATATAGCTTGAATAAAAA +GAGCTAAAAGTACAGCTACCATATATTTTAATAAAGATGCAAAAGCTTCAAAACCAACAG +TTGAGAATGTTTTTGTTATCAATGCAAACACTCCATATGGAGCAAATGCCATTATAACAG +AGACCATTTTCATACATATTTCATTAGCAGATTCAAAGAATTTTCTAACAGGATCGGCTT +TTTTACCTACCATACTCATTGCTATACCTAATAGTAATGCAAAGAATATTATCTGAAGCA +TTTCGCCATTTGCTAGTGATTGAATAGGATTAGTAGGTATAATACCAAGAATTATCTCAG +TTAGAGATTTACTTTCTCCTATAGTGGTTTCTTGAGTAATTAGATTTGACATATCAAGTC +CAAATCCTGGATTTATTAGCTTACCTATACCAAGAGCTATAGAAATAGCTAATGCAGTAG +TTAATAAATAGAATAACATTGTCTTAATGCCTATTCTACCAAGTTTTTTCACATCTCCCA +TAGATGATGATCCGCACACTAAAGATATAAAAACTAAAGGAACTACTAGCATCTTTATTG +CATTAATAAATCCTGTACCTAATATCTCTATAATTCCCCCTAATAAAATTGTATCTTTTA +AAGTACCGCTAGGCATAGATTTGATTATAAAACCACAAATTATACCAATAAATATACCTA +TGAAAATTTTTGCTGTTAATCCTAATTTTTTTTTCATAAATTTCCCCCTTTATATTATTA +TTAATCAATAATACTATAATTAAATATTAGCATGCGATTAATGAAAAATGCAAGAATTAT +TTTGTTTATTTCATAAATGCAGATTAAATTTGATTTTAAAATATAAATTATCAATTTTAA +CACAGTAATATTAAAGGGTCAGATCGTGTTTTTGTTTTATAATTAGATTATAAAAAATAA +TAAATGAATTATTTTTTTTATCAAAATCAAAATTTCTAAAATTGAATAAAAAGATTGTAA +AAAGTCATAATTAAAATAAAAATACAATTATTATTAATAAAGTTAAATTATTACATGCAT +GTAATTTTGTTACTGATTTGTAATCATAAGTAACAGAGATGTAACTGTTATTTGTTATTG +TATGGTGGTAGTATTATGTTATAGAAATTCCACAGGAATCATATAAAATTTATAACAATT +ATAATCATGAATTATTTTTAGAAGAGGGTGTAGATTATGAAAAAAGGAATCATAGCATTA +TCAATTTTATGTACAGGTTTATTATTATTGGATCCAGTTAAAAATATGAGTTTTGCAAGT +AAGGATGATGATGTAGTTAATAAAGTTAATACAAATATTGTTAATAAAGTAGAAGAAAAT +GAAAAGAATGAAAATAATATAGATGATAAAGAATTACATAATGAAAATAATACAGTTGAT +AAAAATGAAAATATAGCTCAAGAAAATAAAGATAAAGATGAGCAATTTAAAGAAGATAAG +GCAGAAGATATAAACAAAGAGGAAGAAATAAAACCAGAAGTGATAGTTAATGAAAATAAA +GAAGTAAGCAATGAGGAAGAGTCTAAAGAAAATACAGATGAAGAAGAAAAACAAGTTTTA +AGCAAAGAAGAAGCTGAACAATTATTAGTAAATATAAACCCAGAGTTAGAATATTTATAT +CAAGGTGATGAAAATAACTTCTCAGCATTAAAAGAAAGAAATCTTACAGGATACGTATTT +TTACCAAATGTTGATGGAGATATAGGATACTTTATAGATAAAACTAATTCTGATGTATAC +TTCTTCCATCCAAGCGGATATTTAGAGTTAGTGAAATAATAGATTTAGGAATAAGCAAAA +TGCTTATTCCTTTTTTATGTAAGGAATTTGTAAGAATTACATTAATATTTTTTTAAGATT +TATCTATTACAATATTGTTAGAATTAAAAAAAGGAGCGAATATATTGTATAATATAGTTA +ATATAAAGAAGAATTATTGTAGAAATAGAATTTCTTTGAAATATGGATATAAGAAAATAA +AAGGAAAGGTAAAAAAATGAGTAATATATTAATTGTTGATGATGATAAAGAAATAGTGGA +CTCTATAGATATATATTTAAGAAATGAAGGATACAACACGTATAAGGCTTATGATGGAAT +ACAAGCATTAGAAACTATTATGAATGAAGATATTCATTTAATATTGATGGATATAATGAT +GCCTAAATTAGATGGAATAAAGGCTACTATAAAAATAAGAGAAGAAAGAAATATACCTAT +AATTTTAGTATCAGCTAAAAGTGAAGATACAGATAAAATTATCGGATTAAATATAGGGGC +TGACGACTATATAACAAAGCCGTTTAATTTACTAGAACTTGTAGCAAGAGTAAAATCAAA +TTTGAGAAGATATATTAATTTAGGTAATTATAATAATATAAATACAAGTAATGAATTAAT +AAAAAGTGGAGGATTAGAGTTAAATTTATATACTAAAGAAGTAAAAGTAGATGGTGAGAA +TATAAAAGTAACTCCAATAGAATATAAAATATTAGAATTATTACTATCCAATAAAGGAAG +AGTATTCTCTATTGACGAAATATATGAAAGAGTATGGAAAGAAGAAAGCTTCAATGTTGA +AAATACTGTATCGGTTCATGTTAGAAGGATAAGAGAAAAGATTGAAATAAATCCTAGAGA +ACCAAAATATTTAAAAGTTGTATGGGGAGTTGGATATAAAATTGAAAAATTATAGTTGGA +AAATAGTAAAAAATAAAAGTTTAATATTTAATTGTATATTAATTTTATCATTATATATTC +TAATGCAAGTTGTTGGAATATTATTATGTTATGCATTTTTTAGTGAAAGTTTATTAGCAA +TACTTTCTATAATGATTATGGTAAATTTAGTATTATATAAAATATTAGTTTTGTAAAATG +AGAAGAAGAGGTGACTGAATGAAGGGGAATAAAAGAATTAAATTTACCTTCTTAATAATG +TCTATTATATCTTTATCTTTACTGTTGACATCAGTCATCACAGTATATAGAGCTGGATTA +AATAGCATGAGTACAAGTTATATAAATAAAGATCAATGGAATTTTATAGAACCTAATTTT +TATAAAAGTACCAGGTTTGATAAAACAGTTCTACCTATGATACTTACAGGCATTGAAGTT +GATTTATATGGTGAAAAAGATGATTATTATTCAGATTATGGATATTTTGATGTTGAATCA +TTTAAAAATGTAAAATTCATAGCATTTGACAAAATTTCAAAAAAATATGTTACGAATACT +GTTTATAAAAATATAGATGATTTTAAGAAAAATATAAATGGATATGTTGATATAAGCTTT +AATACAGTAGATGGTAAGTATACAAAAAAAGTAGGAAATAAAGAAAATGAAATAAATAAT +CATTATGATAATGTTGTACTTAATATAACTGGTAATATGGAAGTATATATATCAATTCCT +AAGAATTTAGAGAAAGAGGATTCTCTATATGGTGAACAGTATTGGTACAACAGAGATGCT +AAGTTAATTAGATTATTAGAACTTATAGGGTTTATATCATCTATTGTGTTTTTAATTTCA +ACTATTATATATTTATTTATTAAAGTTGAACCAATAGATAAGAACAGTAAGATTCTTAAA +TACTATAGCAAAATTCCTTTAGAGATTATAATATTTTTACTAGGATATTTAATGGTTTTT +ATGATTGATTGGATATCATACCCCTATATTGATTGGTTTGCAATATGCATATTTGTGGTA +TCTGTCTTTACATGGATAAGTTGTATTATATTATTTGGTAAACAAATAAAGTATTTTGAT +AAAAAAATAGATATATTAAAAACTAGTTTTATAATGAGGTTTATACTTAACTTTGTAAAA +AGCATTAAGGATGGTATAAAAGCAAGTAAAAAAATATCACTAATTAGAAAAATATTTATT +ATTGGTATAGGGTGCATAATTATAAATTTATGTTCATTAATATTTGGATATGGTGGTACT +ATCATAATTCCGTGTTTAACAGTATCTATATTTACTGCATATATATTAAAAAAATTAGCA +TATTTAAGTGAAATAATGGATGGAACAGAAAAAATAAAAAATGGAGATTTAGAGTATAAA +ATTCCTATTAAAGATGATGATAATTTTACCGTATTAGCAGAAAATATAAATAATATTGGA +CAAGGCCTTGAGAACTCTATTGAAGATGCTTTAAAAAGTGAACGAATGAAGGCAGAACTT +ATAACAAACGTTTCTCATGATTTGAAAACACCATTAACTTCAATAATAAATTATATAGAA +TTAATAAAAAAGGAAAAGAATATAGAACCAGATTATATAAATGACTATATAAAGGTGCTA +GATTCAAAATCTAAGAGATTGAAAGTATTAATAGAAGATTTATTTGAAGCTAGTAAAGCG +AGTAGCGGAAATTTAGAAATTAATATGGATAAAATAGAGCTAAGGCAATTGCTAAGGCAA +AGTATAGGTGAAATGGAAGAAAAAATACTTGAATCGAACTTAGATATACGATTGAATCTA +CCAGAAGATAAGGTATATATATATGCAGATGGAAGAAGAATGTATAGAGTTCTTGAAAAT +CTCTTATCTAATATAATAAAATACTCTCTAAATAACACAAGAGTGTATATAGATTTAAAT +GTAAATGAGGGCAAAGTAACTTTAATTATGAAAAATATATCTTCTTATGAATTAAATTTT +GATCCAGTAGAGATTATGGAAAGATTTAAACGTGCAGATGAATCTAGAAATACAGAAGGA +AGCGGACTTGGATTAGCTATTGCTAAAGATTTAGTAAACTTACAAGGTGGTAAATTCCAT +ATAGAAATAGATGGAGATTTATTTAAATCAGTTTTAGAATTTGATGAGCTGAATCAAGAT +TAATAATACAAATAAAGGGACTAGGATAGGTTTAAAATAAACATATCTTGGTCCCTTTAT +TTTATTATTTTAAAAGTATAGAAGATCTATATTGAGATGGGGTTTGATTGGTGAATTTTT +TAAATATTATACTGTAATAAGTTTGATTATTAAATCCTACAGAAAAAGCAATTTCAAGTA +GGCTTAAATCAGTTTTAGCTAAAAGTTCTTTGCTTTTTTCTACTCTAAAATTATTTAAAA +AATGGGAAAAAGTATGTCCTGTATATTTTTTAAATAAGCTGCAAAAATAGCATTTGTTTA +TGTCTAATTTTTCGCAAATGGAGTCAATAGAAATTTCATCTTGGTAATGATGATGTATAT +ATCCGATTGCTTTACGAATATAAGGACTCATTATTGTGTTTGGCGCATCTTGACTTTTTA +GTTTATCTTCATAAATATTTATAATTAAATTACATAGATAATTAGAGCATGTAAGTGGTC +TATATGTAATGTCTCTATTTATCAAGTTAGTAACAAGATTAGTTCGGAATGGTCCAATGA +TAAAATAACCGATTTTTTTATTATATTTACATATATCAATTACTTTATAGTTAATATCAT +TTTTTAACTGTATATGAGAATTAATTGACTCATCTTTACAATTTTTTATATTTATTTTAA +TTTCCTCAAGTGGATATATTCTATCAAAAAAGTCTGTATATCCGATCTTGCATAAATCTT +CTAATTCATAATTTATTAATTTAATCGGGACGTTACAACAATCATAAAAATCTTTTATTA +TCGAATATTCAAAGCTCATTTATTACTCCTAAAAGTTTATTTAAATATTTTTAAAAATAT +ATAAATATATTTAAAAATATTTATAAAAATTAATGTATACTTAATATGTAAATGAAAATC +AGTATCATATAATAAATAATACTTTTTATAAAAATAAAAGTCAATAGATAATAATTACAA +ATAATATTTGGAGGAATAAGATGATATTTAGAAATAAAGCATTAAAAACTACGGCAGCTG +CGATAGCGATATTTTCAATGGTAGCAACAGGAAGTATGAGCTATGTTCATGCAGATAACT +CATCATTAAGCAATGGAGTATCAATAGAAAGAACATTAGCTGACAATAAGTACGACATAA +ATTACAAGGTGATATATGTAAATGATGAGGGGGTAGCAGAGCCAGATAATGTAACAGGAG +CAAACCATGCATTAATGACATTAGATGGAACAAATTATCAAATGGAAGTGAAAGATGGCA +AGGCATATGTAACTGTCAAGTTTAATAGTAAGATGCATGGAATGATGAATAATTATAAAT +TCTTAGTAGATGGAAAAGAAGCAAATTATACTCAAAATGGAGCGGCATATACAATAGAAT +TATCATCAATCAATTCAACAATAGATGCTAGTATGTACGTTCCAATGATGGGAAAAGAAG +TTAGATTTTTATTAGCTCCAAATGGAGAATTATCAACTGAAAAAGTTTTAAAGGATGGAA +GTTATCCAGCACCAAATGATGTTAAGTACATAGGAGATGGTAATGCAGAAACTGGAAATA +CTATGGCTAGAAAGGTTTTAGCTGATACGTCAGTAATAAAAGTTAAGGATGGAAAAATAA +ATACTACACTTACATTTAATGAAGAAATGTACAATATGATAGGAAACTTTAAAGTTAAGG +TTGACGGAGAAAATGCTCAAATAACTGAAAATAGAACAGAGAGAACAATAAGCTTTGATA +TGCCAAAAGTAGATTCAAAAATAGAAGTCAGCTTAATGGTTACTATAATGGGAAGAGAAG +TAAGCTTTGCTACAATCCTTAATACAACAAAAGTTGAATATGAAGAAGTAGTTGTACAAG +CACCAGGTGAACAACAACCACCAGTTGATGATAATGACAATGATAATGATAATACTGGAT +CTGGAGATAATACTGGATCTGGAGATAATGCTGGATCTGGAGATAACAACGGATCAAATG +ATAATACTGAATCAGATGGAAGTAACTCAGGAAATACATCTACAGATACTTCAAAACCAA +ATGATTCTACAAATAATCAAAGTGGAACAATAAAAAATGGAACTTATACAGTTAAAAATA +ATGTAGAATACGTAGGTACTGGAAATGCTGAACTTGGAAACTCAATGGCTCGAAAAGTAC +TTGGAGAGTATTCTAAAATAGTAGCTAAAGATGGAAAAATAACTGCTACATTAAACTTTA +CAGAAGATCAATATGATTTCATAGAAAACTTTAGAGTAAAAGTTGATGGAAAAGATGTAA +AGGTAACTGTTAATAAAGTAAATAGAACAATAAGCTTTGAAATGCCATCTATAGATTCAG +AAGTTGTAGTAACTGTAAAAGTAAGCATAATGGGAAGAGATGTTAGCTTTAAGACTATAT +TTGATAAAAGTACATTAGTATTTGGCGATAATACTACAAATAATGGAAGTGGAAGCTCAA +ACAACACAAACAATAGTACTGGAAACTCTACAACTACTGATAGTGAAAGTAATAAAGTAG +AAAGTACTGTTAAAAAAGGTAAGTTATACACGATAAAAAATACAGTTTCACATTCAAGCG +AAACTGGAAAAGAAATGGCTAGAAAATATTTAAATTCTACATCTAAAGTTGAAATAGTTG +ATGGGGAAACTTATGTTACATTAACATTTACAGGTGCAAGTCTTATGCAAAATCATGCAA +TATATGTGAATGGAAGTAAGGTATCTCATACAGTTGTTGCAAAATCAGGTGATAGCATAA +GTTTAAGATTTAAAGTATCTGATTTAAGTGATTCTATAAAAGTTGGTTTATATGTAATAC +CAATGTCTAGAAATATAGAATTTGGAGTAACTTTATTAGAAGACACATTAACATTTGTTA +AAGATTTTGATTTAAATGAAGATGGAACTCTTCCTCAAACTGGATCATTAATAGATTCTA +ATATTGCAATAGGTGCAGGTAGTGCAATGATGGCAGTAGCAGGAATCTTAGGCAGAAGAA +AAAGAAAGTAGGAAACAAAATGAAATCATTTAAAAATAAATTAATGAGTAAAGTAAGTAC +GTTATTCTCTTTAATTTTAATCGGTATTTTATCATTATCTTCAAGCATTGTACATGCAGA +CTCAAAAGATGAAATATCAAGTGGGATATATACTTTAAAAAATGATACTAATTATGAAGA +TGGAAATGAAATAGGAATGTCAATGTCAAGATCTTATACAGATGAAGATATGACACTTGA +AAAGAGAAGCGATAAAATTTATTATACTTTAGGTCTTTCAGGGGCTCAATACATGAATAA +CCATAGAATTCTTGTAAATGACGAAAGTGTAGAGTATGAAAAAGTTGAAGAAAATACTGA +AGAAGGTACTTTAAAACTAAAGTTTGAGGTATCGGATCCAGAAGATAAAATAGTTATCCA +AATGTATGTAGATGCAATGGGAAGAGATGTGGAGTATGAATTAATACCTAAATTAGATAC +GATAGAATTAGTAGAAGCGATTGAAGAAGAACCAAAAGTTGAGGAGAATGTTGAAGAATC +AGATAATACAGATTCTCAAGTGAAAGATACTTCAGAAAAAACATCAAATAATATACCTTT +AATAGGTGGAGTAGTTATTTTAGCCGTAGCAATAATATTATTTATGGTTAAGAAGAAAAA +GTAGATGAAAAGAATATCTAAGATATTATTTACACTGGGTTTAATATTAATATTAGGCTC +AGTGTCTTTAAATATGCACACAAAATATAAACAAAATCAGGCTAAAAATAACTTTAATCA +AAAAATAGAAAATGATGAAGAAATAAAAAATATCAATTTAGGTGATGAAATAGGTTTAAT +AGATATCCCAAGTTTAAATATTAGCACAGTAATTGTAAGTGGTACAGGTAAAGAGCAAAT +AAGATACTATGTAGGACATTTCGAAAATACTCCTATGCCAGGAGAGAATGGAAACTTCTG +TATAGCTGGTCATAGTAGTACTATATATAACAATATATTTAATGATCTTCATAAGATAAA +AATAAATGATGAGATAATAATAACTACATCAAATGGTGAATTTACATATATTGTAAATGA +AAAATTTGAAACAGATCCTACTAATATGGATGTTTTAAATCAAGATAATGATATAAAGGA +ATTAACAATAGTTACTTGTTCAAATCAAGGAAAAGATAGATTGATTGTAAAAGGTAGATT +AAAGTAAAGAGGAGATTAAAATGAAATTCAAAAAGTATTTAATAAGTATTTGTACTTCAG +TAATGATGCTATCAGTAGTTGGTTGCTCTAGTACAAGTATAGATGATAATAATTCTAAAG +GTGATGCAACAAATAAAGAAAGTTATGGAGAGGATTCTGTTGTAGTAGCAACTTCTGTAG +CAGTAGCTCAAATATTAGATGAATTAGGAGTCAAAATAAGTGGAGTTCCGACTACATCAT +ATGACCTTCCAGAAAATGCTAAAGATGCAGTAGAGGTTGGAACACCAATGAATCCAGATT +TAGAAATAATTAAGTCTTTAAATCCAGATGTTGTAGTATCAGTAGATACATTGGGTCAAG +ATTTTATAGATAATTTCACACAAAATGGCATACCGAGTGAATTTGTAAACTTAACTAGTT +ATAATGACTTAAAAGAAACAATTAACACTTTAGGAGAAAAGTTTAATAAGCAAGATAAAG +CAAGTGAAATAATAAATAAATTAGAAACAAAAGAAAGTGAATTAGAATCGAAATTTAATG +ATAGTGAAAAACCTAATGTATTAGTTATATTTGGAGCACCGGGTACAATGATGTTAGGAA +CTGATAAGTGTTATGTAGGAAATTTAGTTAATTTAGCAGGTGGTAAAAATGTACTAGAGA +ATTCAACGTCATCTTTCGTACAAATCAATAAGGAAGAATTACTAAACTTAAATCCAGATA +AAATTGTAGTGATGACACATGCTGACCCAGAAACTACAAAAGCACAAGTTAAGAATACTT +TAGAAACAGATGCAGCATGGAAGAATTTAAGTGCAGTAAAAAATGGAGAAGTACATTATT +TAGAAAATGATTATTTTGGTATGAGTGCGAATTTAAAGGTAATAGAAGCTTTAGATATGA +TGCACGATTTACTTTATTAAATAATATGAGGTTTAGTTGACATGATTATAAATTCTAAAA +ACAAAAAAAATAAAATAATACTTCTATCTTTTATAACTATATTTATGCTATTTTTAATAT +CTATAAATTTAGGTAGTATAAAAGTTGAATTAAAAGAGCTTATAGTTGGTTTATTATCAA +ACACTGATGATCCTAAAATAAGTATAATAAGAGATATAAGAATTCCAAGAGTGTTAGCAG +CAATTATTATAGGTGCTAACTTGGCTGTATCGGGTGTACTTTTACAAGCAATAATAAGAA +ATCCATTAGCGGAACCTTCTATAGTAGGGATATCTTCGGGAGCGTCTTTAATATCAGTAG +TTATATTATTATTTTTTCCTAGCCTAAATAGTATAAGACCTTTATTTGGATTCCTTGGTG +GATTAGTTTCGTGTATTTTAGTATGCGGACTAGCATTTAAAAAAGGATTATCACCAATTA +GAATAGTTTTAGCAGGTGTAGCAGTAAATGCAATGCTTAGTGCTATAACTAATATTACAG +TACAGTTTGGCGCAGGAGCAGTTAGTAGTGTTCAAAGTTGGTTAACTGGTAGCTTAGCAA +ATATAACATGGATAGATATAAAATTATTATTAATATATTCTATCATTGGACATATTGGAG +CATTTTTACTGTATAAATCTTGTGATTTAATAGCATTAGGAGAAAAAAATGCAAAAAGTT +TAGGATTAAACTATGACTTACACATGTCCTTAATATGTGTCGTAGCTGTTTTTCTAAGTG +CAACAGCTACATCAATAGGAGGAGTAATTGCTTTTGTTGGTCTTGTAGTTCCGCATATTT +GTAGAATTATTATGGGGTCAAGTCACAGGTACTTAATACCGTTTAGTATAAGTATGGGTG +GAATTCTTTTATTATTAGCAGATACATTAGGAAGAATGGCATTTAGTCCTTTAGAAATTC +CTGTTGGTATAGTTATGGCTGTAATTGGAGGACCGGTATTTTTATATTTACTTAGAAGGA +GCGAAGTATAGTGATAGTTGGAAAAAATATAGAATTTTCATATGATGGTAATAAAGAGTT +TATAAAAGATTTAAATGTGAATATACAGAAGGGAAAGATAACTACAATACTAGGCCCTAA +TGGAAGTGGAAAATCAACACTTTTGAGTTTATTATGTGGAATTAATAAAATAAAAAGTGG +TGAGATATTTATAGATGATTTAAATATTAGCAATATGAAATATAAAGATATTGCTAAGAA +AGTTGCAACAGTTCATCAACAAAATTCTGTTCCAAATGATATAAGTGTAGAAAATTTAAT +TAGTTATGGAAGATTACCTCATAAGGGATTTTTTGAAAAAGATAGTAAAAATGATGCTGA +AATTATAGATTGGGCTATAAAATGTACAGGATTAGAAGCGTATAAAGATAAGCAAGTTAT +GAGCTTATCAGGTGGGGAGAGACAAAGAGTATTTATATCTATGGCATTAGCTCAAAAGCC +AGAAGTATTGTTTTTAGATGAACCTACAACTTATCTAGATATTTATCATCAAATAGAAAT +TTTAGAACTTGTTAAAAAGCTTAATGAAGAGTATGGTATAACAATAGTTATGGTTCTTCA +TGATATAAATCAGGCTATAAAATATAGCCATAATATTATTATAATGAAAAATGGAAAACT +TATAAAAAGTGGATCAGCTAAAAGTATTATAAATAGAGAATTATTAAAAGAGGTGTATAA +AGTAGATGGTGTAGTTAGTACTTTAGATAAAGAAACATATTTTATACCAACTAGAGTATG +TAATATATAATAAAAGAAAGTAAGGAAACAAAATAATATTTAAAAATATTATAAAAAACC +AAATATATTTAAAGCTTTGAATAAAAGAAGGATGTAAAATGTTAATTGAAAATGAAAACA +AATATCAATTAACGGGAGTTTTATAATGAATAAGAAGAATATAACAAAAATAATTTTAGA +TATAGCAATGGCTGTATTATTCATAACTTTCTTTAAGAAAAATTTAATAAGTATGAAATT +TCATATGATAAGTGGAATAGTATTTGGAATATTTATATTAGTACATATGTTCTTAAATAG +AAAGTGGATAGCTAATATTAGTATGAGATTATTTGATAAAAAAATTAAATTTAGAACGAA +ATTATCATATATCACAAGTTTAATACTATTTATATCAATAATAGCGATATTATTTAGTGG +AGTTTATATAATAAAAGCAAAGACTTATGACAGAGTAATGTTCTGGAAGATGGTTCATTT +TGGCGCATCTTATTTATCAATAGCCCTTATAGGCATACATATAGGTCTTTATTGGAACTG +GGTAATGAATATATTCAAAAAAGCTTTCAAAATTAAGAGTAGTAATGTAACGAAATTAAT +TTCATCATTAATTGTTTTAGTTACACTTGCTTTAGGTTCTTATACAATTTATACTCAAAA +TTATTTTACTAAAACATATGCATGTATTGAGTATGTAGCACAACATATAGTACCGCAAGA +TTTAGAAGGCGGAAGTAGTTATTATGGAGAATCTGAAAAACCATCATTTATAGATGTAGC +AAGTACATATGGGTCTATAATTTCTGTATTTTCTATAGTAACTTATTATAGTGATAAAGC +TCTAAAGAAATCTAAAAAAGCTGATTTTAAAAGTACTAAAATATCAGCTTAGTATATATT +TAAAATTTATTTAATTAATCATAAAAAATAGTACTAAAATAAATTTATTTTAGTACTATT +TTTTCATGAACAAAATTATATTTCTATAACTTTTTTAATATCTTCTTTTTTATCTAAATG +ATTTATATATAATTTAGTTTCAGCTACTACAACTGATGATAAAGCAATTAGAGCAATTAA +ATTTGGTAATGCCATAAGTCCATTAACTATATCAGCTATTATCCAAACAACATCTAACTT +TAAGAATGCTCCAAGTAGAACCATTGTTACAAATATAGCTCTATATCCATTTATACCTTT +CACACCAAATAGGAATTCAAAACATCTTTCTCCATAATAACTCCAACCTAATATGGTAGT +AAATGCAAATAAGCTTAGGCTAAGAGTTAAGAATAAAGGTCCTATTGTCGGGAAGATACT +TGCAAATGCTTCTTGAGTCATAATAGCACCATTTAAATCTGATTGCCATACACCTGATAG +TATTAGCGATAAACCTGTAAGCGTACAAATAACTAAGCTATCTATAAAAGTCCCAGTCAT +AGATATAAGACCTTGCTCTGCTGGCCATTCGGTCTTAGCCGCCGCCGCCGCTATAGGTGC +GCTGCCAAGGCCTGATTCATTTGAAAAGACACCGCGAGCGATACCATTTCTAATTGCCAT +ACTTACAGTTGCACCCAAGAATCCACCGAATGCAGCAGTAGGATTAAACGCACTTTTAAT +TATTAAAACAAAGGCTTGTGGTATTTGTTTAAATGAATTTACTAGTATTAATAAGCAAAT +AAGTATATAAGCTACAGACATAAAAGGAACTACTTTTGTAGAAACTTTAGAGATACTTTG +TAATCCACCAAATACTACTAAAGCAACAAGAATTGCAAGAACAATACCTGTTATTTTTGG +ATCAATACCAAAACTTCCATTTATAGCATCTGTAATCGCATTTACTTGAGTAAATGTCCC +TATTCCTAGTAATGCGACTAATATACCACTAAAAGCGAAAAATACTGCAAGAGGTTTGTA +TTTTTCTCCCATACCATTAAGTATATAGTACATTGGGCCTCCAGATATTTGACCATTTTT +ATCTTTAGTTCTATATTTTATTGCAAGTACACCTTCAGCATACTTTGTTGCCATGCCAAA +GAATGCTGCAAGCCACATCCAAAATAATGATCCTGGTCCACCAGCTTTTATAGCCGTTGC +AACACCGACAATATTACCAGTACCAACCGTAGCAGCAAGAGCTGTACATAAGGCACCGAA +GCTTGAAATGTCTCCGTTACCATTATTTTCGGCAAAGAAAATTAATTTTAATGCCTTAGG +TAATTTTGTTATTTGTAAAAATCCTAACTTGAAAGTAAATAGTATACCAGTACCCACTAA +AAGTATTAGTAAAGGTGGTCCCCAAATAAATGAGTCAATATTGTTTAGTACATCAATTAA +ATTCATAAAAACACTCCTTCTAAATTATTTTTTATGCTTTACAAAATCAATGAAGTTTTA +AATGAATCAATTGACAGGAATTTAGTATAAATAATAATGATTTCGATGCAATAAAAAAAG +CTAAATCTACTTGATTTAGCTCTGGATACGCACGGTAACTATGATTTAAGAAACCTTTGA +TATAAATTAAAATTATAAATAATACCTATAAATACAAAATATAGGATAATAAAATTTATA +ACGATATAATTTATAAATATTAACTTAAATATAGTATAATCCCTGTCCTTTTGCCTGAGA +GATTGAGCATAAGCCTTGCCCCTTCGGCGCCCGCAATGGGTCTCTCCAGAGTTTCCTAAG +CTTTACAGTCATACTTTTACTAAAGTACCTGAGAGTGTTACTCCTTCGGTGTATCTGACG +ATAACTCTTCTATAAAGCTTCAACGGATATTGATTTGTGATAGCACTTATTTATTAGTAA +TCGTATATAATATTTATCATTATGTCAATATAAATTATTAAAAAAATAAAAAAATATAAA +ACATGGAGAATAAATAATATTTAAATAATAAGAAAACTTACTAAATGTATGAAAAATAAA +AAAATTCTTAATATAATATATTTTATATTGATTAGGTAAAACAGGTATAGTAACATATTT +TAATAAGTAATATAAATATATTTTAAGGAGATAAAGTAATGGGCTTTCGAAGTAGATTAA +AACATGCAAAAAGAATAGTTGTAAAAGTTGGAACATCAACTCTTACTTATGACAATGGGA +ATATTAACCTAAATAGAATTGAAAAATTAACAAGAATATTATCAGATGTAGTTAATTCAG +GAAAAGAAGTTACACTTGTAAGTTCTGGAGCTATTGGAGTGGGAGTAAGTAAATTAAATT +TAAAGGAAAAGCCCAAAGATATAAGAGAAAAACAAGCATTATCTGCAGTTGGACAATGTG +AGTTAATGCATATATACAGCAAATTTTTTGGAGAGTATAGCCATACTGTAGGTCAAGTGC +TACTTACAAGAGATGTTATTGAAAATGAAAGAATCAAAAATAATGTTTGTAATACCTTTG +AAATTTTATTAGATAAGAAAATAATCCCTATAGTAAATGAAAATGATACTATATCTATAG +ATGAGATAGAGAATATAGTTAATTTTGGAGATAATGATAACTTATCGGCTATTGTTTCTT +TATTAATAAATGCGGATCTATTAATAATATTATCTGATATAGATGGATTTTATGATAGTG +ATCCAAGAGGCAATGAAAATGCAAAATTACTAGATGAGATAGAAGAAATAACAGAGGAGT +TAGAAGTGTGTGCTGGTGGTGCGGGTACTAACTTAGGTACAGGTGGAATGGCTACTAAGC +TAATAGCTGCTAAAAGAGCTACAAAACAGGGAATAGATATGGTATTAGCAAATGGTAGTA +ATCCAGAGGTAATATTAGATATATTAGAGGGTAAAGAAATAGGTACGTTATTTGTAGGAA +AAAGATAATTATTTAATGGAGGAGAGTATATGAGTGAACTATTATTAATAGGGAAAAATG +CAAAAGAAGCATCTTATGACTTAGGAGTTTTATCTACAAAAGAAAAAGATAATGCATTAT +TACTAATGGCAGAAGAACTTGTTAGATCAAAAAGTGAAATTTTAGATGCGAATAAAGTAG +ATTTAGAAAATGCAAAAGAAAAAGGGATATCAGAAGCTCTATTAGATAGATTGGCATTAA +GTGATGAAAGAATAGAAGAGATGGCAAATGGGCTTAGGGAAATTGTTAAGTTACAAGATC +CAGTAGGAGAAGTTATATCTATGTGGCAAAGACCTAATGGGATACAGATAGGTCAAAAAA +GAGTTCCTATTGGTGTTATAGGTATAATTTATGAATCTAGACCTAATGTAACATGCGATG +CGGCTGGACTTTGCTTAAAAACAGGTAATGCATCAATATTAAGAGGTGGAAGTGATGCTA +TAAACTCAAATAAAGCTATAGTTAAAGCTTTAAATAAAGGTATAGAGAAATCAGGACTTC +CAATTAACTCTGTTCAACTAGTAGAAGATACATCTAGAGACGTTGCAACAGAGATGATGA +GATTAAATGAATTTATTGATGTGTTAATACCAAGAGGTGGAGCTGGACTTATACAATCAG +TAGTCAAGAATGCTACAGTACCAGTTATAGAAACTGGAACTGGAAATTGTCATATATATG +TAGATGAAACTGCTGATTTTGAAATGGCTAAGGATATTGTAATAAACGCAAAAACATCTA +GACCAGGAGTATGTAATGCTGCAGAAAAATTAATAGTGAATGAAAATATAGCAAAAGATT +TTTTACCTATAGTTATAAATGCATTAAGGGAAAGAAATGTATTAGTAAAAGGTGATGAAA +AAGTAGAAGATATTATTAACGATATAGAAAAAGTTAACGATGATGAGTGGGGATTAGAAT +ACTTAGACTACATAATTGCTATAAAATTAGTTAAAAATGTAGATGAGGCAATAAACCACA +TAAATAAATATGGTACTGGACACTCTGAGTGTATAGTTACAGAAAGTTATAAGAACTCTC +AAAAATTCTTACAAAGAGTAGATGCAGCAGCAGTTTATGTAAATGCTTCAACTAGATTTA +CAGATGGTGGAGAATTTGGATTTGGAGCTGAGATAGGTATAAGTACTCAAAAACTTCATG +CGAGAGGACCTATGGGATTAAAGGAGCTTACTACTCTTAAATATATTATTTATGGAAATG +GTCAAATAAGATAATTTAAAAGAATAGCGTGTTAGGGATTATATAGTCCTTAACACGCTT +AATCTAATTGAATATCTAAAGTTGATGTGTGTTATTTAATTATTTTCTAGAAGTTCTAAT +GTTATATCTGATTCGCTAATATTTTCATTAAAAATATATGAATATTTTTGAGATAGTTTT +TTTAATATCAAGGCAACAAATAAGCATGAAAGAATTTTATCAAACATATTACTTACAAGC +CTTGGTATAAACGCACCACTAAAAATTATTTTACTTGATTGAGAAATAATTCTTAATAAT +AAATCAGAACCATTGCTATAAACATTCTCATATAAGTATAAAGAAACAGGTGTACTAATC +AATGGACAAATAATAGCAAGTATAAGTCCTACAACACATGCTTGTTTATAATCAAATCTT +CTTTTCTTAGAAACAAACCCAACTATGAATCCTAATGCAATATTAGCAAATGCATATGAT +ATATTAGTAGGATTAGATATGATTCCTAAAATAATATTTGAACATCCACCAATAAGAGCA +CCAAAGAATGGTCCTAAAACTATTGAACCCAATATAGTTCCAACGGTATCTAAGAATAAT +AGCGGAATATTTAAAGTTTGTACTAATGTACTTAAAATGATATTTACTGCTATACAAATT +GCAAGCATAATAGATTTAATTTTCAAAAAATCACCCCTTTAGGAGTAAGTGTAGATTAAC +AATAATAAGAATAGAAATTGTATTTTTTTATATTAAAACTTATAATCATAGGAATTTTCT +ATAACTATGATTTTTTTGAATAGATATTTATATATATTCAGAGAAATTAGTCTATAAATA +AGAGAAAAATTATTAGTATGTCAAAAAAAATTAGTTACTTTCAAATCTTATGGTAATATT +ATATATAGTAATTAAGATAAATTAAAAGCAGTAGTAGGAAGGAATATTTATGAAGAAAAT +ATTAGTTTTAGCAGAAAAGCCTTCTGTAGGAAGAGATATAGCTAGAGTTTTAGGTTGTAA +AAATGATAAAAATGGATACATAGAAGGATCAAAATATATAGTTACATGGGCATTAGGACA +TTTAGTAACTTTAGCAGACCCAGAAAGTTATGATGACAGATATAAAAGCTGGAATATGGA +GGATTTACCTATACTACCAAAGTATTTGAAAACTGTTGTGATAAAAAAGACTAGTAAGCA +ATTCAATACAGTAAAATCTCAAATAAATAGAGATGATGTGTGTGAAATTGTAATAGCGAC +TGATGCAGGAAGAGAAGGAGAGCTTGTTGCTAGATGGATAATCGACAAGATAAAAACAAA +TAAGCCTTTAAAAAGACTTTGGATTTCATCAGTTACAGATAAGGCTATTAAAGATGGATT +TAATAAGTTAAAGGACGCAAAAGAATATGATAACTTATATTATTCAGCAATAGCTAGATC +AGAAGCTGACTGGATAGTTGGAATAAATGCAACTAGAGCTTTAACTACAAAATACAATGC +ACAGCTTTCTTGTGGTAGAGTACAAACTCCAACTTTAGGAATGATATTAAAAAGAGAGGG +GGAAATACAAAACTTCAAGGCTAAGGATTACTATGGAATAGAGATTATATCAGCAAAAGG +AAATAATAATTTAAAATTTAGATGGAAAGATAGCAAAAATAAAAGTGAATCAACTTTTAA +TGAAGAAAAAATTGATTTTATATTAAACAAAGTAAAAGATAAAGAGTTGAAAATTGTGGA +TGTTAGTGAGAATATAAAGAAAAAATATTCACCACAATTGTATGATTTAACCGAATTACA +AAGAGATGCTAATAGGATATTTGGATACTCAGCGAAAGAAACCTTATCTATAATGCAAAA +ATTATATGAGCACCATAAAGTTCTTACTTACCCGAGAACGGACTCGAGATATTTAACTAG +CGATATTGTAGATACTTTAAAAGATAGAATAAAAGCTGTAAATGTAAGCGATTATACTAG +AACTTGTACAAAACTATTAAAAACTAAAATAATTGCAAATAAATCATTTGTAGATGATTC +TAAGGTAAGTGATCATCATGCAATAATACCAACTGAAGAAAGGGTATTCTTAGGGGATTT +AAGTGAAAAAGAAAGAAGGATATATGATTTAGTTGTGAAGAGATTTTTAAGTGTATTATG +CAATCCTTATGAATATGTTCAGACAACTGCTATAGGTGAAATTGAGGGAGAGTCATTCTA +TCTTAAAGGAAATAAAATAATAAACTTAGGATGGAAAGAAAATTACAAGGATTTAGATGA +TGAATATGAATACGAAAGTTTACCTACTTTAAAGAATGATGATATATTAAGTATAATCAA +AGTAAAAAAGACAAATGGAAAAACTAATCCTCCGTCATACTTAAATGAAGGAACTCTTCT +TACTGCAATGGAGAAAAATAACTTAGGAACTGTTGCAACTAGAGCAGATATAATAGAAAA +GTTATTTAATACATTCTTAATAGAAAAAAAAGGGAAAGATATACATATTACTTCAAAAGG +TAAACAATTATTAGATTTAGCGCCAAGAGATTTAAAAACACCAGAACTTACTGCAACATG +GGAGAATAAGTTAATAGATATATCAAAAGGTAAATTAAATAAGGATACTTTTATAAGAGA +AATTAAAGATTATTCTAAGGAGATAGTTAAAGAAATAAAAAATAGCGAAAATAAATTTAA +ACATGATAATCTAACTAAAAATAAATGTCCAGAATGTGGTAAATACATGCTTGAAGTAAA +TGGTAAAAAAGGAAAGATGTTAGTTTGTGAAGATAGAGAGTGTAACACTAGAAAGACTGT +ATCACAAATAACTAATTCAAGATGCCCGAATTGTCATAAAAAGTTAGAGCTTAAAGGTGA +AGGTGAGGGAAGAATATTTACTTGCAAATGTGGGTATAGAGAAAAATTATCAGCATTTAA +TAAAAGAAAAAAAGAAGAAAAAAATAAAGCCTCTAAAAAAGATATAAATAAATATTTAAA +AAATCAAAATAAAAATCAAGAGAGTTTTAATAATCCATTTGCAGAAGCTCTTTTAAAATT +AAAGAAATAACAGAATAAGTGCTCAAAGCAATAACATCCATTTAAATATATAAGTAAAGG +AGTATAAAATTAATATGTTCAAAATATACTCCTTTATCTTTTTATTTACAGTAAATTTTC +CGCACCATATTCAATACCCGTACTTTCACCAATACCATCATAGATTATATTGTTATCTTT +TAAAATCATATGAACTCTGCCATTAATAGTTTCATTTACTAATGCTACCATCTATAAGAA +GACTGCCTTTTACTGAACCGTTAACTAAACAAACTTGGTTATAGAATTCCATAAAAGAAA +TACAATTATATAATCCCATGCTACCGGGGTTTATCAAATTATCTGGCCACTTCTGAGTAT +TAGTAAATATTAGAATGCCTTTAATAGATCTTGAAGTATTATTAGATTTGTTTATATATT +CAAGATTCAATTCAAGATGATTTAGTGAAAAATATTAGAAGTTATATTTATATAAAAATT +CGTATTATTAAATTTAAACTTACTAACATCAAAATATAAATAATTATATTCTAAATTATA +TCCATCTACAATTGGTATAAAACAATGACTAGATTTAGTTTTTTTATCAAGGTCGATACC +TGATATAAAGGCAAATTTATATTTATTATCCTTATAAACTATTTTAAAATACCATCCTTC +AAAGAATTTATTATCTTTTTTATACCATGATATAAATATGGATTTATTATTGGCTTTATA +AACTATCCTCCAAAATATTATTATCTATAATAATTACTTATTTTGGAGAAAATATACTAC +AAGAGTATATCTAATTAAGTTTGAATAATAAATAAGTAATATAAGGAGTATAGTTATGAA +TGAATCGTATTGGCTTTTGAGCTCAAAATCAAAAAAATATAAAGTATTAGATGAAGATAT +TAGTACAGATTACTTAATAGTAGGAGGAGGGATTGTAGGTCTAACTACTGCATTTTTACT +AGCAAAAGAAAAGTTGAGTGTAACCTTACTAGATGCAGACAGAATTGGATATGGCGCGAC +AGGAAGAAATACAGGTAAAGTTACTACAATGCATAATTCTTATGCGAAAATAGAAAAAAA +ATATGGATTAGAAAAAGCAAAATTATATTATGAAGCAAATAATAAAGCTTTAAAATTCAT +TGAAAATACAATCTATGAGTATAATATAGATTGCGATTTTGAAAAGGTACCAGCGTTTAT +ATATACAACAGATGAAAATTATATAGAGGATTTAAAGTCAGAGTATGATGCATGTTTAAG +AATTGGAATACCATGCAAGTATTATGATGAGTTAGAAGGAGTCCCACTTGATATTAAAGG +AGCTATATCTTTTGAAAATCAAGGTCAATTTAATCCTAAAAAATATATCAATGCTTTAGC +AGAATTATGTGAAAAACTAGGAGTTAAAATATATGAAAATACTCCTGTAGATGATTTGCA +AAAAGAAACAGATTATATAATAAAAACAAGAAATAATAATACAATAAATTCTAAAAATTT +GGTAATAGCATCTCATACTCCTTGGTATGACGGAGGTCTTAAATTATACTTTGGAAAAGA +AGAAGCTAATTGTTCATATTTATTAGCAACGGATTTAAATATAGATTTGCCTAATGGAAT +GTATTTAAGCATAGAGGAACCAGCAAGAACATTTAAAGTATATAATGAAAGTGGTAAAAA +AGTATTAATTATAGGTGGATCTGATCATCAAGTAGGAAAAGGGAACATTGAATCTGATAT +CTATAAAGAAATAGAAAAATTTGCAGAAAGTAATTTTAATTCAAAAAAAATTATAACAAA +GTGGATGACTCAGGATTATATTAGCTTTGATGATATACCTTATATAGGTCATATAAATTC +AAAAGAGAATAATATTTATGTAGCTACAGGATTTTGTAAATGGGGAAATACTAATGGAAC +TGTAGCAGGACTTCTTATAAGAGATTTAATTCTAAATAACTATAGTGAGTATGAGGAATT +ATTCAATCCTACTAGAGGAGGAAGTTATTTATCTACGAGGTTTATGAGTTTTAACTTAGT +TGTTGCGTTAGACTATGTAAAGGGTAAGTTAAATTTAGGTAATGATGATATGCCGACAAG +AAAAGGAGAAGGACGTATTGTAAATATTGATGGTAAAAGGTACGGAGCTTTTAGAAATTA +TGATGGAAATCTACATATTGTAGATATAACTTGTACACATTTAGGTTGTGAATTGAGGTT +TAATAGTGCAGAAAATACTTGGGATTGCCCATGTCACGGTTCAAGGTTTGATTATGATGG +GAATATATTAGATGGTCCTGCGCTTAAGCCCCTTAAAAAATATGGTCATGGAAAAAATGA +AGTAGATCCTAAGCTATTGTAAATCTATATGTTAAAATAAATATATAAGTATAGAGATTA +AAAGGAGTGATTATGAGAAAAAGAGAAAAAAAGAAGTGGATTATAGATTTTATTTATATT +GTATATATGGCATCGATAATTTGGTTTTTAAAAGAAAGAAAATTATTCGAATTTGGGATT +GTAGTTTTTTGTATAGTTAGTACGCTTATATTAGGAATAGTAAATAAAAAAGTTAATAAA +TTACTGGATAACAGTATTTATATTAACTTGGTAATTTTTATTATGGTATCGTCGTTGCTT +GGAAGTTGTTTTAAATTTTATAGCATAAATCATTATGATGACTTTTTGCACTTATACTCT +GGTATTTTGTCTTGTAATGTAGCATACTTGATTATAAGATATTTTAATAATGAAGAAAAT +ATAAAAATGGTTAATAAGGTATTTGTAATGATATTTCTATTTATGTTTACTATGGGTGTA +GCTAGCCTTTGGGAGATAATGGAGTTTTCATTAGATAACATATTAGGAACTCATACTCAA +ATAGGTGGATTAGAAGATACAATGATAGATATGGTAGATGCACTAATTGGAGCAATAATT +TCTATACCATATTTTATAAGAAAAATGAGCGATAAACATTCTAAAGAATAGGTTTTAATA +ATACAAAAGGGTGGCATAGATATTATGCACCCTTTGTTTATGAGAAATTTATTTAAATAT +AATATTATTTTGACTTAAGATGTAAATTCTATTTCTTCGTTTATAGTATCTTGAATATAA +TCATCTATTGATTGAGATATTCTCTTTGCTGCAACAACAGCCTCAATTACTGTACTAGCA +CCATGAGCAACATCTCCGCATGCAAATACTCCTTCTCTAGTTGTTTGACCATATTCGTTA +GTAAATAAAAGTCCGCCTCTTTTTACATCTAGACCTTTATTATTAACAACTATATTATTT +TTAGCTTCTTGGCTTACCGCAATTAAAACAGAATCACATTCATATAACTTTTCACTATTT +TCTACTGTAATAAGAGAGGTAGTTCCATCTTCATTTGTTATTTTTTTAGTATCAGCAAGT +ATTATTCCTACATCTACTATTTCAACAGGAGACTTAAATGTATTAAATAAAACACCTTCT +TGTTTTGCGTCATTAATCTCATGATTAGTAGCTGTCATATCTTCAAAGCCACGTCTATAA +GCTACGTAAACTTCCTTAGAACCATAATATTTAGCACTTCTAGCAGCATCCATTGCCACG +TTACCTGCTCCAATTACAATAACTTTTTCACCCAAATCGTAAAGATGAGGGCTTTTTAAG +TAATTTATAGCATAGTGAGCATGACCGAAAGTCTCTCCTTTTATATTTAATCTTTTAGGA +TTCCAAACTCCTGTACCTATAAATATAGCTTTGTATCCATCTTCAAAAAGCTTATCTAAA +GTTACTACAGGACCAACTAAAGAGTTTATTTTTATTTTTACTCCATACTCTTTTAATCTT +GTGCCTATAAGATTTATAATGTTTTCTGGTAATCTAAAACTTGGTATACCATAAGTTAAA +ACTCCACCTATTTTTTCATTTTTTTCAAAAATAGTAACATCATAACCTTTTTTTGCTAAG +TCAAAAGCAACTGTTATGCCAGCAGGTCCAGATCCTACTATAGCTACTTTCAAGTTATTA +GATTTAGGTTTTGTAATATTCATATTTTTTAAGTACTCAAATGAAATTTCTTTCTCAATG +TTATAAAAATGTACAGGTTCTCCTTTTATACCCCTTATACAGTTACCACTACATTGCGTT +TCATGAGGACATACAATCGCGCAAATAGAAGATAAAGGGTTATTTTCAAAAAGTATTTTT +CCTGCCTCTTGTAAATTATTTTCCTTATAAAGTTTTATTATTTCTGGAATTGGAGTATCA +ATAGGACAATTTTTTTGACACCTAGCATTTTTACATAAAAGACAATTGTTAGCTTCATTT +AAAAGATTTTTCATAATATCACCCCTTGCAATATGTTGTCAATGTCGTTTGATAGTAATT +TATATTATAGCAAAAAAATAAGAAATAGTATAAAAATAATTTAATTTTTACTTTATTTTA +TTTTTTTATAGCTTAGTTTACTAATAATGTATATTTTAGTAAAATCATATATGATATTGT +AATAATTAAAGATAATAAGTAGTATTAGGAGGAATTATAATTGTTTAAAAAAATTTTTAA +TTTAATTAATAAGAAAAAGCATGTAAAAAATACAGAAGTAGGAGAAGAAAACCTAATTAA +GGATGATAATAAAAATAATCAGGAAATAGACAGTATAGAAACAAAAATTGAGGAAGTAAC +TAACTTTGATAATGAAGAGGTATCTATAGAAGAAGAATTGGAGATGTTTTTAAAAGAAAA +TGAAGAATATATAAAGGATATTAAAATACGAAGAGGAAAGAGTATAAGGTCTGTAGACAT +ATATAGTGAAGAGGTTTTAGAATTTAAAACTTATAAGGAGTGTAGTAAAACTCTTAAGGT +TCCATTATCTTATATAAAAGAAAATTTAAAATATGGTCATACAGACTATTTAGGTGGTGC +AATCAATTATTTAAAGCAACAACTTGGAGAATGTATTGAAGATGAAAGTGAGTATTTGAA +TAATAATAAAAGTCCTATTGAATTATTTAATATGCTAAATAATAAAATATTTAAAAGTAA +AATTTCTGAAAATAAAAGAGATGAAATTTTATCAAGTGAAAAAATTGAGCCAATGAAAAT +GCATTATAGATTTGAATGTATAGATACAGAATATGATGATTACTTTAAAAAATACGGGGC +TATAATTAAAAGAGGCGGAAAGAAAAAAATTGAGTTAGTGAATAAAAAGGGTGAGGTAAT +AGAAATTTTTAAATCTCTAGATAGCTGTTCAGATTATTTAAGTAAAAATAGAAATGAAGT +TGTTGATATGTTAAAGTGCGGTCATACAAAAGTTGGTCGATATGAAATAAGGTATAGTCT +TAGAAATATTTAAGTTCATAATAAATTCATAATACCTTCATTTCTTATTCACACACTTCA +AATTAAAATAATGTAGTATAAGTATAGAGTTAATATTTTAGGAGGTATTTTATGTCAGAA +GATAAGATGACTGACAATAACAAAGGCCAAAAAACAATAGATAAAAATGGCGAAGTTATT +GATAATAAAAAGAAGCAACAAGACCGAATTAAGTTAGAAGATAAAAGCTCAATAAAAAAA +ATGAAAAAATTTAAATTAAATAATATAACAAAAATAGTTGCAGTTGCATTAGTTGGAATT +ATATGTTTAGGTGTAGGGTTTAGTTATGGGAAAAGTGTAGGTAGAGAATTACCGGCTACT +GCAAAGAAATATAGTGCAAATAAAGTTTTTGCTACGGTTGGAGATGTATCAATAACAGGT +AAGGAACTTCAATATAGAATGGATCCGTTATTCTATTTACAAGGAAAAAGTAAACTTACA +GGTGAAGAAATCAGTGCTTATGAGTATAGTATGTTAGATTATATGACTACAACTGAGATG +CTATATTTAGAAGCTAAGTCTAATAATATAGAGGTTACGGAAGATGAAATAGATGAAGAG +TACGAAACTACAATGAGCTCAATTACTCAAAGTTTTGGAATGACGGAAGATGAATATTTA +AAAGAATTTGGTTTAACTAAAGATTATATTAAGAAAGATTTAGAAAAAGAATTAATAGCT +GTAAAATATATGGGTGAAGTGACAGATGTAAGTGAAGAAGAGGCAAAAAACTATTATGAC +AAGAATAAGGATGAGTTCTTTGAAGTTAGAGGATCACATATATTAATTAAGACTACAGAT +GATGAAGGTAATGAATTAAGTGATGATGAAAAGGCAAAACGAAAAGAAAAGGCTGAGGAA +ATATTAAAAAAAGCTAAGGCAGGAGAAGATTTTGATACTTTAGCTGAAGAATATTCTGAA +GATACATCAGCTACGAATGGTGGGGACTTAGGATTCTTTAAAAAAGGTGATATGGTGGAA +AGTTTTGAGAATGCAGTTTTCTCTTTAGATAATAATCAAATCTATGATGAAATTGTAGAA +ACTGATTACGGGTATCATATAATTAAGAAAACTGGAGAACAATATGCTTCATTTGAAGAT +GAAAAAGAGGATTTAATAAGTCAATTATCTTATAATAAACAAAATACATTATTAGATGAT +TTAGAAGCAAAATATGAGATAGAAATAAAAGAATAAGTATTTTATAAAAAATAGGATAGT +TATGAATATCATAACTATCCTATTTTTTTAATAAGAAATGAGGAATTATCTGGTTTATGG +ATAAGATATAATATGAATTATTAAACTTAAAACATTTTGTAAAAATGTTGCTCAAGCTAA +GAAAATTTTTGCTATATTTTGAGAGAATAATATGAAAATGGGAAACGTTGTTCATAAGGT +ATGTTACTATATATCTTAAGGAAGGGAGTTGAAATTATGATAAAAAGAAAATGTGATTTA +ATTGTAGAAGATGGAAACTTAAGAAATGGTAAAGGAAATATTAAGAGAGAGCATATTATT +ATGGGGGACGAATTTAAAGGCAAGGGTAAACTATTTGCAAAGATTACTATACCTAAAGGG +AATTCTATAGGTATGCACGACCATACAGAAGATTTTGAGGTATACTATATTTTAAAAGGT +GTAGGACAAGTTTTAGATAATGGGAATTTAGTCGAGGTTAAGGAAGGGGATGTTATTTAT +ACTGCAGATGGAAATAATCATTATTTAGAAAATATTGGTGTTGTTGACTTAGAACTTATA +GCCGTGGTTCTATATGAATAAATAAACGCTCTGGAGTATATCCAGAGCATTATTTTAATA +GATTTACTTAGGTATTGTTAAGACTAATTAGTTAGATAGAGGCTAGACTATTTATTACAT +CAATATAAATAATAATTAAACTAAATTATAGAGTATGTGAAATACACTATAGTGGGTGAT +GTCATATTTATATGGTTATCATGATATAGTAAAATATAGTACTGAATTATACTTAAGTAA +ATCTAGTAGTAGTATTTTAACCCAAATATGATATATTTATTAATAATAAAATTTTATATT +TTATATTTATTAATAATTGAATCTAGATCATCTTTATTCTCGGCAACCCAAGTGTAAAAC +TTCTTATTACTATTATTTACAGAAACAGCAATTTCGAATAATAATTTAGGTAAATCATCT +GCTCTAAAGTCTCCTAAGGAATTTCCTAATCTTGTTTTATTCAGTTGGAAATTACCGTCA +ATAAATAATTCAAATGCATCTGTAGATACACCATCAACTTTTTTTATCTTTCCAGATAAT +CCAATTGCTCCTATTTGGTGAACTCCACAAGAGTTTGTGCAACCAGATATATATATTCTT +GGAATCGCATTTAAAATACTTTCATCTCCATTTTCTTTAAAATAAGATATTATACTATGA +AGCATTTGTTGACTATTTTGAACTCCCATTTGACAAATTGGCACACCTATACAAGAAATA +CTTTTTTCTAAACTTGTATTTCCACTGATGGATTTACTTATTTCAAGTATTTTTTTAGCT +TCATTTCCATCTAAGTTTATAATATACATACCTTCAGTCATAGCTAATCTAATCATTGGA +TTTTTAGCTTTATCTAATTCATATAGCAAAATTTTTAAGTTTTTAAGTGATAAAAGTCCT +CCGATTGGATGAATATAAACGCTATACCTTCCTTGTTGTTTTTGCTTAATTAATCTAGGA +TCTGAGATGTCTATTTCACTACCATATTCAAAGTACTCAATAGGATCTGGATAAAGGTCC +AAGCCACCTTTTTCTTTTTCCTTAGCTACATATTCTTTGAATTTTTCTAAGAATACTTTT +TCTCCTAATCTGCTAACCATGTATCTAACTCTTGCTTTTGCTTTATTTTTATAATCACCT +TCATCCATAAATAATTTAGTTAACCCTTCTACATAGTATAAAACATCAGATGGTTTTACT +AATTCATCAAGTTGAAGAGATACGGCGGGATTCCTTCCTAATCCTCCTCCTACAAATACT +TTAAAGTATTGCTCATTATCTTTTAAAGTTGCAATAAATCCTAAATCTTGTACAGTACAA +TGAGCAGTATCCTCATCACAACTAGAAAAAGAGACTTTCAACTTTCTCGGTAGATGATAA +GTTGTTATTTTACTTAAAAAATAATTATCTGTAGCAATAGAATATGGTGTTACATCAAAT +GCTTCATCTGGATCTACACCAGATAAGGGAGACAATCCTACATTTCTAGGGAAATTACCT +CCTCCTCCTCTAGTGAAAATACTGTTGTGAATTCCTTCCTCCATAATGTCACATATTGAA +CATACATCTAAGCCATGGAACTGTATTGCCTGTCTTGTAGTAAGATGAATATGACTTAGA +TTATGCTTATTTGCCATATGATATATTGTGTGAAGTTGAGAACGAGACATTACACCAGAA +GAAACTCGTAGTCTTATCATAAAAGATTTTTGATCTCTTTGAGCATATACCCCATACCCA +CCTGAAAATCCTTTATATTCCATTTTAGGAACTTCGCCATTAAAGAATTTTAATGAAAAT +TCTTTAAAATTGGGTATTTCTTTTAATAAAGTTTCCCTTAAATTATTCATTTTACACCTC +AACTATACATTTTCTTATGATATATTATTCACTTTAAAAGGTATAAATATAATGTGTATT +TAAATGTAGAGTTAAAATAATTTTAACCAATGACGTGATTAGTTAAGAAGTGTTAACTTA +TATTAAAAGAGTTAAATAGAACAAAGTATTAAGATTTTGTTTTAAGTTTTTATTATATGG +TTTATAATTAAGAAAAGATAATTTTGTAATAAGATGTATATTATAGAACTTTTATAGTAT +TAATATGTAAGAATTTTTTATAAAAAATAAAAAGTTATTTTAATTTGGATAAAGGATAAA +CGCAATTCAATAATGAAATTAATAATATAATTGCAGAATACTTATGAAATATTTAATTTA +TTTCTTAGGGTAACAAATAAAAAATAATCTGAAGGAAGTGAGTATATGAGGATTATAGAC +CAAGTTAAAAATAGAAAGAGCATTATTATATTAATTATTCCTCTGTTAATTGTAGCTCAA +TACTACCTTTTTAAATTTGGAATCCTAAGACCAATGATAAAAGGTGTAGAAATTAAAATC +ATAAATGGATATCATATTCAAGATATAGATAAGTATGTTATAAGATTAGGTGAAGAAGTT +ACGTTATCAAGTGGGGAATATATTAAGATTCCTCAATATGCAAAAGATCCAGAAATAAGT +TTTAAAGTATTAGATAATAACAAGGTATTAAAAATAATTGATAACAATGAGAATGAACAA +AATACTTCTACGCTGATAGGCTTAAAAAAGGGATATTCTTCAATTGCAATTGTCAAGAAC +TCAAGGGTATTAAAAAAAGCTACGGTATTAGTAGTAGATCCACAGGTAGAAAGTTTAGAT +TTAAATGTGGATGGAAATTTGGTGTTTGTTGGAGATAGTGCAGAAATAGGTAGCAATGTT +GAAGTAGATTATAAGCGATTTAAAGATGCCTACAAGGTCACATATGAGAGTTCTAATGAA +GATATACTAAAAATTGAAGGGAATGAAGTAAAAGCTATTGGAGTAGGAAGTGCTACTATA +TATGCAAAATCTGGTGATAAAGTAGATTCTATAAGATATAGGATAAGTGCTAAAGTATCT +AGTATGAAAGTAGATAAATCTATAGAAATAGAGGTTGGTGAAAGTAAAAGCATAGTACCT +AAGATAACTACTAGCCCAAGAGGTTTAAAACATCCAACTATAGAATATCAATTAGTAGAA +TCTAAACTTCCTATAGAAAGAGCTATAAGATTAGACCAGAATGGAGTAATTGTAGGCTTA +AGAGAGGGTGAAGAAAAAGTACTGGTATCTTGTGGTATTGGTTCAAATAAAAAATCGCAA +ATAGTTACAGTAAAAGTTGTAAAGGAATCATTGTTAAAAAAATATATAAAAGATTTAATT +TCAAACTACAAAGTAGTTGATAATAAAATATTAATTACATTAACATGGAGTAGTTTAGAA +GAAATATACAATTATGATGTATATTTAAAGAATAATTTATCAGATGATAAAAGCTATAGT +GTGGTCAAGTCTATAATTATGGATAAGATTGATTTGGACAGTAAAAATAAAATAAAGGCA +AATCTTGAGATAGATTTGGATAATATTAATGAAGTGGACTTTGATATTTATGTGGTAGGC +GTTACTGATAGAGGGAGCACAAATAAAAGTAATGTTGTAAATATCAAACATTCGATAGAA +GATACGGAAAAGGATTCTATCAATTTATCAGCAAATTTAGATAAGGATAATAAAAATATA +CATTTATCATGGAATAGTATAGAGAATGCTAAATATAATATTTATGTAAAAGATATATCA +AAGGGTGATCAGTCATTTGTCTTGTATGCAGAAGGTATTAGTGAAAATAACTATACGTTA +AATCTAGATGGTGAAGATTTAAATTTAGAAGTTTATGTATCCACTGTGGTTGAAGGTAAA +GATGAAATAAAAAGTACTATAAAAGTGTTTAAATAAGTAAAAAAATAAGTATAAAATTTG +ATTTTATATAATAGAGTAAATTTTAAAATAAAATCTAACGCTACGTTATATTTTGTTAGA +TCTTATTTTGGATTTACTCTTTTTTTATTGTAGGGCCATTTTGTAATATGTTGGCTGCAA +TAGTAATAGTATTTTTATAAGAATATTATTATTTAGGAGAGAAGAAAATTGAGAAAAAGA +TATGAGAGAATAAGTTTAATATCTAAAGAATTATCCCAAGAGGCGTATAAAGCTTATGCA +GGTAAAAGGGATTATAAAAGAGCAGTTGAAATTTATGTTTTATTAGCAGAATCAATGTGT +GTGCCAGATGACATCTCAAATTTTGCCAAAAATATGATGGGCAGATTAAGTAAAAAAATT +GATGAAAACACTTAAGATAATAAAATTTATGTAATTGATTAATATTATTTGATATATATT +GGAAAAAATGTTTTCTATATGGTAGAATAAATCAAGGGATAAAAAGTTATTTAACAAAAG +AAAGGGGGAATATCAAGGAAATTTACTATTCCTTGATAAAATACTATGGACAAAAGTACT +AAAATATCTTTAGAAAGAGCTTCACAACTAAAGTCAAGAATAGAAGATTATGTGAATATT +AGAAAAGAAATACCAAAAGGTTTAGAATTAAAAACAGAGATAAATTCAAGAAAAGAACAT +ATCTTAAAAGTTTTAGGTGGAACAGAAGAAAACTGGAATGATTATAAGTGGCAGCTATCG +AATAGAATAACAAATGTAGACACATTATCAAAAATATTAAAATTAACAGAAAGAGAAATA +GAACAAATAAGAGAGGTAGAAGATCAATTTAGATGGGCGATATCTCCTTATTACTTGAGC +CTAATAGATCCAAAAGATATTGCAGATCCAATAAAATTAATGTCTATACCATCTTTTATA +GAACTAGAAGATGAGCAACACGACTTAGATCCGATGGGAGAAGAGTTTACAAATCCAGCA +GGTAGTATTACAAGAAGATATCCAGATAGATTAATAATAAATGTTACTAATGAATGCGCT +ATGTATTGTAGACACTGTCAAAGAAGAAGAAATATAGGTCAACAAGATTGTCATCAATCA +AGATCAGTATTACAAGAATCAATAGATTATGTTAGAGAAAATGAAGAAATAAGAGATGTT +TTAATAACAGGAGGAGATCCGCTAACACTAAGTGATAATATGTTAGAATGGATAGTAAGC +GAATTAAGAAAAATACCTCATGTAGACTATATAAGACTAGGAACAAGAACTTTAGTAACT +ATGCCACAAAGAATAACTGATGAATTTTGTGAGATGATAAAGAAGTATCATCCAATATAT +ATTAATACTCACTTTAATCATCCGATGGAAATAACTGAAGAAACTAAAGCGGCTTGTGAA +AAGTTAGCGAATGCAGGGGTACCACTTGGAAATCAAGCTGTGTTATTAAACGGTGTAAAT +AATGATAAATTTATAATGAGATGTTTAAATCATGAACTATTAAAAATAAGAGTTAAGCCA +TATTATATATTCCATAGTAAACATGTAAAAGGAACAAAACACTTTAATACATCAATTGAT +GATGGAATGGAAATAATGGAATACTTAAGAGGATATACATCTGGCATGGCTATTCCAACA +TATATAATAAATGCACCAAAAGGAAAAGGAAAGACTCCATTACTTCCTCAATACTTAATT +TCTAAGGGAACTGACTATATTATGATTAGAACTTGGGAAGGTGAAGTTATAAAGGTAGAA +GATACTCCAGCAGTAGATATTAAAGCTTTGATCAAAGAGACTGTAGGAGAGGAGATAGTC +CTAAGAGAAATAGCTCAGACAGTGCAATAAAAGTAATAAAAAATGCGGTGAACTAAATTA +TTAGTTCATCGCATTTTTATTTTAAAATATTAAATTTAATTATGCAACTTTATTTGCATT +CTCTAAATTAGATATTCTTTTTTTGTTTAAATTATTCATACCTACAGAGGCAACTATAAG +TGATGAGTAGCATACTCCTATGAATACTAATATAGTTGTCCAAGCTACACTGTATCCAGC +TTTATCAACTAATAATGCGAATACTGATGAACCAGCAGCGAATCCTACAGCAAAGAATAT +TTGAACTACACCAAGTATAGCTCCGAATTCTTTTTTACCGAAGAATGAACCTGCAAGTAA +AGAAGGTCCCATCATGTATGCGAAAACAGATAATCCTTTTAAAACTGCGAATACTTGTGC +AAGTATAGGCATTTGTCCTGCGAATATTAATGCTAAACAAGAAGTAGCAGCTAATACTCC +AGCAACCATAAGTCCTTTAGTTACACCTAATTTGTCGAATATTATTCCACCAAATAAGTT +TCCACCTAAAGAACATAATGCAAATATAGAGCCAACGATACCAACGATCATAGGGTCTAT +TTTTAAGTGTAACTTTAAGTAAGCAGGGTATTGAACTGCTAAAGCAGAAACATACATACC +TAAGAAGAATAATCCTAAAGCGAATATCCAGAAATATTTAACGCTTTTAACTTCATTAAG +AGTGTATCCCCAGTCAACTTCAGTTGAATTTGTATTTTCAGCTTTTGCATTTTCTTCTTT +CTTCTTACCTTTAACTACTTCACTATTATCCTTAGGCATTCTTAAGAATAATAATGTTAT +AGGTATACCTACAACTAATGATAAGATACCAAAGTATAAGTAAGATTGAGATGCTCCATA +GTTCTTTAATGAGAAAGCAGTTAATTGTTGAAGGAATATATTACCTATAGAACCTCCAGC +AAAAGCAAGTCCCATTGCTTTTCCTTTTGATAACTCATCGAACCAACCGTTTATTAAAAG +CGGTACACCTATAGATGATATAGCTGCAGTACCAACTTGAACTACACCAGCTACTATGTA +GAATTGCCATAATTCTTGACACATAGAGAATGCTAAGAATCCTCCACCAGAAAGTATACC +ACCTAATAAGTACATAGTCTTAACATTTACTTTATTAAACATCATACCGATAAATGGTGA +TGCAACTGCTGATACAACAGTACCTAATGTAAATATAAGAGAGAATCCTGCAAGAGTAAA +TCCTTTTTCTTCTACAACATAACTTACAAATTGAGGTTGTATGTTTGAAGCAACACCAAA +TGGTATAGCTTGGATAAGCATACAAGCAACAACTATAAGCCAGCCTGTTGCAAGCTTTTT +GCTTTTGTTTAAAGTGCTCATTATAATTTCTCCTTTTGTATTGTTTTATTATGTCGCTTT +TTGATTAATTATGTAATTTAAGAAAGCTATTAAATGATATCATATAAAAATATGAAAAAG +TATTGAATATATGGATGCAAAATGAATTAATTTGAAAAGTTGAACCGAAAAATTCAATAA +ATTCAATATGAAATTTGTAAAAAATAGTTTATACTTAAAAATATTGAAATAAAGAACCTT +AATAACCTATTAACTTAGAATTAAGGCGATAATAATAAGAAATAATACTATTGAAGTTTA +TAAAAATCAAGTTTGAATGATGGAGGGCAAAATAATTGAAAAGTATTACTTTTGGACAGT +TATTAGATAAATTATTATATCTATCTAATCAAAAGAAGAGTACATTAGCAAAAATATTAG +GATATGACGTTTCTTATATAAGTAAATGGATAAATGGTAAAAATTTGCCGACTCAGAAAA +GTATATCAGACGTTTGTAAAAGAACATCTGAATTTATAGTTAACTCTCTTACCCCTATAT +CAATGAGAGAACTTAAAAGTTATTTTGAAATAGGAGAAGATATAAATACTAATAGCATAT +TATCTCAATATTTAGAAGAGCGTCTTAAAGAGTCATATATATATACTGCTCAAAAAAATA +TACCTAATCTGCATAGTAGAACACATTGGGAAGATAGTTATAATAGTATTATGCATATAA +ATCCTAGACTGAGAAAACAATACTTAGCTAAAGATATGGATTTATATATAAAGAAGGTTA +GTAAATTGGATATGATGATTTCTGCTAATTTATTCAAATTAAATAATAATGATAGAATGG +CGATAGCAGAAATGAAATCAGATTTAGCAGAATTAGGAGAAAAAGTAGAAGTTAGATGCA +GGATTCTATTAGGATTTGAAGGGGAAATTGAAGATATAATCTTTAATACCATATTAACAA +TAAATATGATTACTATGTACCCGAGTATCAATTTTGAAGTATATAATTGTGATGTGGACT +CAAATTCGGTTATGTCGGTAGTAAAAGATCGAATCTTTCATATGGCTATATTTGCAAAGG +ATAAGAGATGCTTACTTACAAATATGTCAAAAGAGAAGAGAGTTGTAGACGAAATGTATT +ACAGTCTAGATGAAATAGTAAAGAATCAAGGAAAACCTATAGTAGAGAGAAAATCTTCAA +TAAACATGATTAAGAATAAAAAGTATATTCAATATATAATGAGCCAAGATTTAAGGTTAT +TAATGGGATCTATAAGTGAACTCTTCATGCCATTTGATTTATTTACGGAAGTTGCTGAAT +CGGTATTTGGCAATGATAAGGAAATCTTAGATGAATTAAGAAAAATCAATATGTTTTTAC +AAAATGTAACTTATACATCTAAACTAAAAGTTTTAATTTATGAATCAGGACTTGAAAGTT +ATATATCATCAGGAAAACTTAACTTTTTCAATATACCAGTTGAGTTAACTTTAGAGCAAA +GGGAGAGACATATAAATCATATTGAAAAAGTAATAACAGAGTCTGAAAATGTCGAGATTA +AATTAATTGATGGAAATTTTGTAGAAGATTTTAAGGATAGGCAAAATCCTTCTTTATATT +TATCAAAAACTTTAACACTACTAAAAATAAATCCTGAAAAAGAAATAAATGACTATGCAA +TAGTAAGAGATAGTGAGTTTAAGCATATTTGTGATAAATTCTTTGATTCTATATGGGAAA +ATGATATTGTAGTTAATGATAAGGAAGACGTATTAGAAAGAATGAAAAAATATTTAGCTT +ATTCAAAAATTATAAATGAAAGCTTTTAGTTAAGCTTTATATGACTTATATGAATTATTC +AAAAAAAAATAGAAAATATTGAAAATATAATTTCAATGGAAAATAACACATTGACTTTTT +ATGTAGAAAATTGTTACTCTTAATACATACTATCAAATTTGGTTTTATAAATAACAACAA +AAATAGTATAACGTATGTATTGTAAATATACTTACTTAACAAAGGATAGGAGAGACTCAA +ATGACTAAAAAACTTTATTTTAATGGACATGTAATAACTGTAGACAAAAATGAGTCTATA +GCAGAAGCGGTATTAGTTGAAAATGGTTTAATAAAGGCTGTAGGAACTAATGAAGAAATA +TTATCATTAAAAGATGAGGAAACAACAGTAGTTGATTTAGAAGGAAAAACTATAATGCCA +GGTTTAATAGACCCACATGGACATGTAGTAGCTACAGCACAAACATTAATGATAGTTACT +TTAGGCGATGTTACTTCAAAAGAAGAATTACTTGATAGATTAAAGAAAGAATTAAAAGAA +AATCCACCACAAGGAGATAAGTGGTTAATAGGATTTGGATACGATAATACTAAGTTTGAA +GATGGATTACATCCAACTAAATTTGATTTAGATACTGTTAGCACAGAAGTACCTATAACA +GTATCTCATGCATCTGGACATTTAGCATGCGTTAACTCTAAAGCTTTAGAATTATATGGT +TATGCTGGAGAAGACTATGTAGTTCCAGAAGGTGGAGTTGTTAGAACTGTATCTGAAGAT +TCAAGAGAGGCAAACGGTGTTTTAGAGGAAAATGCTATACTTGACAGTGAGAAAAAGAAA +GTTGTAATATCTCCAGGTTTCGAAGATGTTTTAAGAGCAGTTGAAAGAGTTCAAAAAGTA +TATGCATCTTTAGGTATAACAACTACTCAAGATGCTTCTGTTGAATTAGCTAACGGATAT +ACTCATATATTAGATACTTGTGCTAATACTGGTAAATTAATTATAGATATAGTTGGATTA +GCAACTCAACCAGTAACAACTCAACTTATGAATGATGAAGGTACTCCAAAGAGAGAATAC +AAAAATCATTATAAATTAGCTGGAGCTAAAACTTGGTTAGATGGTTCGCCACAAGGATTT +ACAGCTTGGTTAAGCAAACCGTATCATGTTGTACCAGAAGGTCAACCTGAAGACTACTGT +GGATACGGAACTCAAACAGATGAAGTTGTAACTCAATACTATGTAGATTGTATAAATAGA +AACTTACAAGTACATACTCATGTAAATGGGGATGAGGCTTCTGCTCAATTCTTAAGATGT +TACAAGAAGGCTTTAGAAATAACAGGAAATAAAAATGACTTAAGACCAGTTATGGTTCAC +TGCCAATGCTTAAGAAAAGAACAATTAGATGAAATAAAAGAAATAGGAGCTATACCAACA +TTCTTTAATGATCACGTTAGATTCTGGGGAGACTTACATCATGATGAAGTATTTGGACCA +GAAAGAGCTCAAAATATATCTCCAATGGGATGGGCTTTAGAAAAAGGAATAAGATTCACT +ATACATCAAGATCCACCAGTTAAATTACCTAATCAAATATTAGGAATACACAATGCTGTT +AATAGAAAAACTGAGAGTGGTAGAGTATTAGGTGAACATCAAAGAATATCAGTTATGGAA +GCAATAAAGGCTGTAACTATAAATGGAGCTTACCAATACTTCGAAGAAGATACAAAAGGT +TCTATAGAAGTTGGTAAATTAGCGGATATGATAATAGTTGATAAAAACCCATTAACTATA +CCATCTGAAGAATTAGAAACTATTCAAGTTCTTGAAACTATAAAAGAAGGAAATACAATT +TATAAAAGAGATTAATTATTCATTAAGCAAAGTAATTAAATATTGTTATATATAAAGGCG +TGTTTTGCAACCTAATAGCGATAAGTTATAGGTTGTAATACTGCCTTTTTTAATTCGAAA +TAACCCAGTTATATTAAACTTTAATATAACTGGGTTATTTTATGAATATATTTATTAAAT +GTAATCAATTAGCATCTATATTTATATCTTTAGATTCCATGAATTCAACTATGTATATTT +TTAAAACACCCATTATAGGAACTGATAAAATCATTCCTGGTATTCCGAAGAATCCTCCAC +CTATAGTTACAGCCAGTATCGTTAAAAATGGGCTAAGTCCAAGTTGACCACCGACTATTT +TAGGTTCTATAACTGCTACTTCTACTTGCTGAACAAGAAGTAAATAAACTAAAGAGTATA +AAGATATACTTGGATTGTAGAATAAGTTGATTATTACAACAGGGGTCATCCCTATAACTG +GACCGAAGTAAGGAATTAAATTCATAAATCCTATTAACGTTCCAAATAATAGGGCGTATT +TAGAACCGATAAAGTAAAGTCCTATTGCGGATAGAACTCCTACTATAGCTGAATCTAATA +TCTTGCCAGAAAAATACTTTCCGATATTAGAATTTAATCTACTACATACATTTATAGTGA +ACTTACCAAATTTTTGACCTAATAATATATATATTGACTTTTTAGAGAAAGATAAGAAAC +TTTCTTTCTCAAGTAATATATAGAAGCAAATAATACATGCTAATCCAAATTGAACCATAA +ATTTACCAATAGAGAAAGTAGTATTAAATATATTGCCGATATATCCTATGAATAAATTAC +CAAATTGAGGCATAGCAGTCATCGCTTTATTAGCAAGATCTTTTATAGTATTTGGATCAA +CGTTTTTTAAGCTTTCTCCTAGTTTTAATAAGAAATCTTGAGTTTGTGAAGCATATGTAG +GTAATTGATTTATTATATCTGCTACGCTACCTACTATTGAAGGAACTGTATAAATTATAA +ATGCTCCTAGTAAAACTATAAAAAATCCATAAGTAATAAATAAAGATCCAATTCTTTTAA +GTTTAAATTTCTTCTCTAATATATTAACGATAGGGTTAAGTATATATGCTAATATAAATG +CAATTACAAATGGGGTAAGTAGTGATAATAACAGACTCACTATATCAAAAAAGTAATTAT +AGTTATCTATAAACTTAATTAAGATATAAGAAATAACTACTGTAAGTATGATATTAAAAT +AAACTTTTTTATCTCTCAAAATAACACATCCTTTTTGTCATATAAATTAAGTTGACATTA +TTATAATTAATAGTAGTATTATACAATAAATTCCTTACTGATACATGTAAATTTGACAAA +AGTTTAGAAAATCTTAAGAATATTGTTAAAAGGAAATATATTATTTATATATTATTAAAA +ATAGTGGAAATTATTATAATGCGAATTGTAATAAAAAAAATGTTAACAATATATATTAAA +AGACAACAAGAGGTGATAATTTTGCTAGAAAACAAAGCTAAAGCATTAAATGGTGAGAAT +AATAGAAGGCTAAATTTAAAATTAGCATTAGACCAAGGTTTAAATGCACCGATATCAGAG +GCTGATCAAGTTGTGCCAGAAAGTAATGTCACAATACCCTCAGAAGAGAATGTTATACAA +GCAAAAGACTGGGTAGATAATGGTAGTCGAACTTGATATTTAATAAAACATGTGGGGGCT +TATCTAAATTTAGATAGCCCTTTATTCTGTAGGAACAAAAATATATTCACCGGATTGTAC +ATTATAATCCTCTGAAACAACATCTGAATTTTCTTTATAAATGATTTTTCTAAAATCATC +TAAATCATTACTAGTTATATTAAAATTATATTTTTTTATTATATCATCGATAGTTTCACC +GGAAGATACAAGATGCTTAGTAAAAGATCTAGTATTCATAATCTTATTATAAGTTTTTTC +GTAAGCAAACTCTGTTAAAGTCGAGATAAAAGGAATATTTTGTTTGGCGTAATTAAATGA +TCTGTCTAAGCAAGTTATATAACTAAAAAATCCATCTCTACAAACTTCTGATATAGATTT +ATCTTTCTCTATATTAGGAGAAATAAATAATAATATTAATAGAAATGATAAAAAATATTT +CAAGTACACCACCTCTTATAATGAATTATTGACTATAAATAGAGTATTAAAACATATGAA +TCAAATAAAAAAAGGCTAATAGATTGCATGAACTGAACCCCTTAAAGTAGGCACAAGCAA +AAAAGACTTGTAAAATGATACTTTAAGGGGTGATTTTTATGCAAAAAAATAATAGAAAAA +ATACGAATTATTCATTTGATATAAAACTTAAAGCTGTAAAAATGTATTTAGTAGAAGGAA +TTGGAAGTCCTACAATTGCAAAGGAACTTGGTTTGAGTTCTAATAAAAGAGTTCTTTTAT +GGGTAAAAAGATATAATGAATTCGGAGAAGATGGATTAAAAGAACGTAGAGGAACTACTC +GAGGATTACAAAAAGGTAGACCCAGAAAGCGAGAGCTTTCACTTAAAGAAGAAAATCAAA +GATTAAAAGCAGAGGTTGAATTTTTAAAAAAGTTATTAATTCTAGAAAGGGAGTGATTCG +TAAATCTAATATTTTTAGAACGATACATCAACTAAAAAATATATATAATATAAATATTCT +ATGTAAAATAGGTAAGGTTTCTAGAAGTGGTTACTATAAATGGCTTCATTCCAATAAAAA +TAACGACCAAGATTTGGATTTAAAATATAAAATATTAGAAATATACACTGATTCAAAGAA +AGTTTATGGTTATAGAAGAATTAAAATAGGATTATTTAGAGCCTACGGCTTAATTGTAAA +TCATAAAAAGATAATTAGACTTATGAAATCTTTAAATATTCACTCTGTAATAAGGAGAAA +AAGATTTAAATACTATGCACCTAAAACTATTGATATTGGTAAAGTTGAGCCTAACTTATT +AAATAGAGAATTTAATTGTAATGCTCCTAATCAAAAATGGGCTACAGACATAACTTATTT +AAAATATGATAATGGTCGTAAAAGAATGTATTTATCTGCTATTGAGGATTTGTATAATAN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATACTATGCACCTA +AAACTATTGATATTGGTAAAGTTGAGCCTAACTTATTAAATAGATAGTTTAATTGTAATG +ATCCTAATCAAAAATTGGCTACAGACATAACTTATTTAAAATATGATAATGGTTGTAAAA +GAATGTATTTATCTGCTATTGAGGATTTGTATAATAAAGAAATTATGGCTTACAAGATTA +GTGATACTCTAGATATGTCATTTGTTGAGCAAACTTTAGGCGAAGCCTTTAAAAAAGTTA +AAACCAGTGAATTTAAAAATTTGATTATACACAGTGATCAAGGATCTCATTATAAATCAA +ATATCTATAAGTCTATACTTAAGAAATCTGGCGTTAGACAAAGTATGTCAAGAAAAGGAA +ATTGTTATGATAATGCATGTATTGAAAATTTTTTCGGACACCTAAAGACTGAATTAATTT +ACCAAAATTCATATAATTCTAAAGAAGAATTAATTAAATCAATAGACGATTATATATATT +GGTATGATAACTGTAGATTTCAAGCTGGATTAAAAAATATGACACCTGCAGAATACAGGT +GCCATATGATTTCATAGATAGTCTTTTATTAAACTGTCTACTTTTTAGGTATCAGTTCAA +TTTGATTTCACCTTTTTATTATTATAGGGCAATTGTAATCTTTCATCCCCTATTATATTC +TAATGTATTATTCATTAGATTTTAATGCATCTATCATATCGACCTTTCTTAATTTCATAT +GCATCATAAGCATAACAATCATTGAAAAGGTCATAGTTATTAAAGCAGAGAATATATAAC +TATTCTTTGATATTTCTAAATAGAACATCATAGTATCAATTTCTGATGTTTTAAGTACAA +ATGAATGTAGTATCTTTCCTAAAAATCCACCTACAAATATACCCAATAATGTTAGTATTA +TATTTTCTCTTAAAATATACATAGTAACTTCATTATCATAGAATCCTAGTACTTTTATAG +TTGATAATTCTCTAATACGCTCTGAAACATTTATATTATTTAAATTATATAAAACTACAA +AAGCAAGACATCCAGAAGATATAATTATAACAAGCATAATCATATCTAAATTTGCACTAG +ACTCTTCACTTGATTTTTTCATATCTGACATTAAAGTAACATTTATCACATTATCGTTTT +CCATAAGCTTTTCAGAAATATTTTCATTATTAGCTTTATCAGTATCAAAATTTAAAAATT +GAGAATTATATTCTAGTTCTTTTCCGAATATTTCTTTATAATATTCTGGAGACATATAAA +TAAAGTGCATGAAGTAATTCTCACATATGTTGTCAATTACGATATCATAAGTATTGTTAT +CTTCATCCTTCATAGTTACCTTATCCCCTACTGAAACTCCTAAATGATTAGCTAATTGTT +CATTTATAATAACACCATTATCTGATATATTATATACTTCTCCAGTTTTTCTATCATTTA +AAAGAATATAGTCATTTAACTTATTCGTATTTTCTACTACATACATAGTAGCAGTTTGCT +TATTCATATTTTCTTTGCTAAATGTTACTGATTCTTGATGAATATTTAAATTACTTTCAT +ATCCATCTATCTCATTTAAGATTTTGATATATTCTTTATTATCTGAGTTAGATTCTCCAT +CAAAGATTACCATAGAATCATACTTCCATATCTTATTAAATTGCATTTCTAAAGCACCAT +TATTTGAATCTTTAAGTCCAAATCCTGTGACAAGAAGTGCCATACATCCAGCAATACCAA +ATACGGTCATAACCATACGTTGTTTATATCTAAAAATATTTCTAAAAGTAACTTTTTGAT +TAAAGTTTAATCTTTTCCATGTAAATGTAATTCTTTCTAGTAATATTTTTTTACCTAGCT +TAGGAGCTTTTGTTCTCATAAGATTTGCTGGATTACTTTTTAATTCCACTCTTAAAACAA +ATAATGATGCTCCAACTGTACATAATAAAGATAGTGCTATAGATTGGATAATAAATTCTG +AATAATAATATATATTTAATTTAGGTAAACTGTATAAACTACCATAAGCTTCACTAATTA +TATTTGGAAGAATATTACACCCTATTAATATCCCTATAACACTTCCTAAAATACTAGCAA +TGGAAGCGTATACTACAAACTTTTTAGATATTTCAAATTCATTATATCCTAGAGCCTTTA +AAATACCTATCTCTCCTCTATTTTCTTCAACCATCCTAGTCATAGTTGTTAAACAAATTA +ATATAGCTATTAAAAAGAAAAATACTGGTAATACTGATGCTATACTATCTAAACTATCAA +TAGAGTCTTTAAGCCCTGAATATCCAATATTATCATTTCTATCAAAGAAATAATACTTAC +ACTCTTTCATATCATTTATTTCATCTTGATTCTCTTTCATTTCTTCTTTAGCATCAAGTA +ACTTTTGTTTGTTTTCAGCAATTTCTACTTCTGCTTCTTTTATACTTTGCTCTACAGAAG +TTAGCTCTAATTTTGCTTTTTCTAGTTCTTTTTTCCCTTCAACTTTACCAGCTTCAATTT +CTTTTTCACCTTGAGTAATTTCAAGTTTGGCATTATCTAATTGCTTTTGAGCTTCTTCAA +GTTGCTTTTCACCATTTTCTAGTACTTTTACTTGTTCATTATACTGCGATAATCCTTGTT +GATATTTAGTAATACCATTTAGCAATGTCTCTAAGTTTGATATATTATCTTTTACAGTAG +AACTTGTTTTTTCTACTCCATCGGCTATATTAATGGCTAGGTCTTTATTACCTGGAGATT +TCTCTAAGTCATTTATATATTCTGTTAAATAACCTAAACCTAAACTTTTGTTTGATATAA +TAATTTTCCAATAATTTATTTTTTCTATAGGAATTTCTTCTTTATCATTTATTTTATTAA +TCGTATCTTTTATATCTTTTGAAAGTAAGTTATAAGTATTAAGTAAAGCATTAAGATTTT +CTATATTAGACTTTAATTCGCCTGTATTTTGATTTGGGTCAATACCCTGATTTATAAGTG +TCTGTTTAGCTTTATCTAAAGCCTTTTTAGCTTCATCAAGCTTGCTTTTTCCATCTAATA +TATTTTCTTTTTGTTTATCAAGTTCCACTTGCCCTTTTTCTAGCTCTTTTTTACCTTCTA +AAATGTTAGACTGCTCATCTTTAATAATTTTTTCATATTCTTTTAAGCCTTGTTCATACT +GAAGCTTACCTTCTTTAAGTTTTTCTTTTGCATCATTTATTTCTGTTTCTGCATCCAAAA +GCTTACTTTCATTTTCTTCTATTTCTAAATATGCTTTATCTAATTCTTCCTGAGCCTCAG +ATTTTATTTCTTCAACTCTTTCTACTTCTCTATCTGAATATAAAGTTTTAAGATAATTAT +TATTTTCTTCCATCTTTTCTTTATATTTATCACTATAGGCTTCAAGGCCTTGAACATTTT +TGAATCTTACATAAATTTCTGTATACACATCCATTGATATATCTTTTTTATTTAATACTG +CAAAGTAATCTACAGTACCTTTTCCAACAGATGTTGTACCTCTTGATTCTTTTTCAATAT +ACATAGGACTTTTTACAAAACCTACAATTTTAAATGATTTTTTATTAAAAGACTTCATTG +TATCTTCATCAGATTCAACTACGTAATTATCTCCTATTTTTAACTCCTTATTTAGTTTTA +ATACTTTTTCATCTAATGCTATTTCACCGCTATTTTTAGGTAATCTTCCATCAACAACAA +TAAAATCGTTAATATTATTGTTATCATCATATCCCATAAATTTTACTACACTATTTATAT +TCGAAAGATTTGCATCAATACTATGTGTTGGGTAAAAATCCAATATGTTATCATTATTTT +TTAGGAGATCTATATCTTTGTCACTTAGACCTAAACTTGATACTATTTTACTATCCATAA +GGTTATAAGTGTTATAAAGCTTATTTATTGTTTTGTTCATATCAGGACCTGATGACTTAA +TACCTGCATAAAAAGCAACACCTAAAAGAATAATTACTAATATTGAAGCAAATCTAGCCT +TTGATGTTAATATTTCTCTAATTATTGATTTTTCATATGCTTTATTCTTACTCAAAACTC +ACCCCTACCACTCAATCTCTTCAATTGGAAGTGGATTTTCATTAACTTCTATACTTCTAA +CTTTAGCATCATTAATTTTTATAATTCTATCTGCCATTGGTGCAATTGCAGAGTTATGAG +TTATAAGTATAACTGTTGTTCCAGTATTTCTACAAGTATCTTGTAAAGTTTTTAATACTT +GCTTTCCTGTTTTATAATCAAGAGCACCAGTTGGTTCATCACAAAGTAATAATTTAGGAT +TTTTTGCAATTGCTCTTGCAATAGAAACTCTTTGTTGTTCTCCCCCTGATAATTGAGATG +GAAAATTATCTTTTCTATTAGATAGTCCTACTAAATCAAGAGTCTTATCAACATCTAAAG +AGTTTTTTGATATTTGTGTAGCTAGCTCCACATTTTCTTTTGCTGTTAAGTTTTGCACTA +GATTATAAAATTGAAATACAAATCCTACATCATGTCTTCTATACTTAGTAAGTTGTTTAT +TATTAAATTTTGATATATCTGTTTTATCAATTATTATTTTACCTTCATCGCAGCTATCCA +TTCCACCAAGTATATTAAGAACAGTGGATTTACCTGCACCACTTGGACCTAAAATTACAA +CAAACTCTCCTTTTTCTATGGAAAAGTTTATTCCATTATTTGCTACAACTATATTTTCTC +CAATTTTATATCTCTTATATGTATCTACAACTTCTATGTATGCCATACTCTACCTCCCTA +TATTCTTGATTAAATACATATATTATAGTATTAAATAGACACGTTGTATATTTAATACTA +TAATATAGTATAAATACTTATGAATTTATAGACAATATACACATAAAATCATATTGTTAT +TAATTAGACATTTATACTCATTTTGTTCATTTAATAACATTATATTTTAAATTGACTTAT +TTTATATAATACATCAAAGGAGCAAAAAAATGCCAGGGATTAAAGGAAATCGCAGAACTT +TATATACTAAAAAAATAATAAAAGAAAGTTTAATAGAACTACTTCAAACTAATGATATAC +ACCAAATAACTGTTACCAATATATGTAATAAAGCAGACATTAATAGAGGAACTTTTTATT +CATATTATAAAGATGCTTTTGATCTTCTTCAATCTATAGAAGATGAGCTTTTTGATCAAA +TTCTTAGGTACTTAAATGAAACTCCAGCTGAAGATTATACTGATTCATTACTTATTAAAG +TTCTTGAATTAATTGCAGAAAATAAAGACTTATGTAAGATATTACTTTGCAAACAAAGAG +ATGGAAGAATAATAGATAGAATACTATATATTGCAAGTAAAGCTAATCTTGAACCTTTAT +TTGATAAATCAAATGAATTTGATGAATCGCATTTTGATTACTTAATAAGATACTCTGTTG +GTGGCATTTTAGCGATTATACAGGTTTGGTTAGAAAATAATTTAAAGAAATCGCCTAGAG +AGATAGTTAAGATAATAAATAATATAAATAAGCTAAATTATAATACCTTTAATTAATAAT +CTATTTTTTATAGTAGAATTAGTTATATATTAAATTATTAATTAATCTAAAAAAGCTATT +AATAATAGAGTAAATTTACATACTATCTATAATTCATAGCTTTTTCTTACTTTATATCAA +AACTCTTTAATTGATAATAAGAAATAGTTTCTTCATTAATTAAAACTCTATGCTTAACTA +CACCAAGACCTTCTGAGTAATAGGTTTCTGTTGTCATACTCCCCTTAGAAACCAAACTAT +TACTCACTATTTTTATATAAGTACCTTCTAACTGAATATCATCAAGTTTTAAATCCGTTC +CTATTTCAACTATCTTTACCCCAACTATTTTCTACCTTCCACTTAATTGGTTTATCATTA +TTATCTAAATCTACTCCAGTAAACACCATAGCATGTGTCATAAGGCTTTCACCATATTCA +AATACGTCTGCTTTATTCATACAAAATTCAGTATTAAATAATCGACTAGCTTGAACACCT +TCAATATCCATAGCTCCATATTGTCTAAGTTAAACTTATACTTCATTCTATAATTTAGTT +CATAATCTCTTATTGCTACACTTACACCTGATTTATTAACCATATTCATAGCTTAAAAAT +TTTGTGGTTCTTTATCAAACTTATATTCTAATTGTTTTAATAATTCATTATCTATTCCTT +ATAAAAGACATAGCTACCATATCTATTAAATCTATTTATATTTAACCCTTCTGCATATTA +TTCTATTCTAAATAACTCTATTCCAATTTATATATTCATGTTGCAAATATCCTCTAATTA +TATAACAATTACTTTATATGCTAAAGTGTTTCTTTTAAATGATAAATTTAATATTTTTAT +ATTTAAATATATATATTAAATTTAAATATAAATTCTTATAAAGGAGGTTAATTTATATGA +AAATTAATAAAATATACTCATATTATTTCAGTCCTAGTGGAACTACAAGAAAAATTACTG +AAGAATTAAATAAATCATTTAATTTACCTATAGATACTTGTGATTTATTAAAAAATCCAT +TACATGAAGATATACATATTTCTTCAAATGATTTATGCATAATAAGTTTACCTGTTTATA +TGGGTAGAATACCATCTATTTGTATTGATATGGTTAATAAAATTAAAAGTAATAAAAGTC +TAGCAATTGGAGTTGTAGTTTATGGAAATCGTGAGTATGAAGATGCCTTGGTGGAATTGA +CAGACTTACTTACTAATAATAATTTTACTATAGTAGGCGCAGGTGCCTTTATTGCTCAAC +ATTCAATATTCCCATCAGTAGGTAATGGACGTCCAGACGACTCTGACTTAAAGCTAATAA +AAAGCTTTGGAGAAAACTGTAATAAAATAATAGAAAGTTTAAATAATGATGCATTCTCTA +GATTAGAAATTAATATTAAAGGAAATAGACCTTACAGATCAACTAAACCTATTCCACTTA +AACCTAAATCAAAAAATACTTGTAATAACTGTGGATTATGCTACAAAATATGTCCAACAA +ATTCAATCTTAAAAGATTCGCCTAAAGAAATTAATAAGGATACTTGTATTTCTTGCGGTG +CATGTATAAGTAACTGTCCATCAAATTCTAAATATTTTGGTGGGATTATGTATAAAATCG +CTAAAGTAAAATTTGAAAAATCTAATTCTGTTTATAAAATACCTGAGGTTTTTTATATTT +GCTAAATTTATAAATAACTTTTTAAGCATAAAAAATTACTGGAAATTTAATATTCCAGTA +ATTTTTTATTTTATAATTCAGGTCTAATTACTTCTATTTATAAGTTAATATAATTTTTAA +TTATATTTTGAAGATAGTTTCTCCTTCTTTGATTGTTTCAAGAACTTGAATATCTTTTAT +AGCTTCATGGTCAACTTTTAATGGATTTTTATCTAATATAGTTAAATCTGCTAATTTTCC +TTCTTTTATAGTGCCTTTTGTATCTTCTTCAAAATATTGATAGGCCGCATTTTTAGTAAC +GGCTTTTAATGCTTCTAATGGTTCTATTCTTTCTTCAGGTCCTAGAGAAACACCATTTTT +AGTTGTTCTTGTTACAGCAATCCATATAGTTTCCAACATATTAGGTTCTATAACTGGAGC +ATCTTGATGTAATGTGAAAGTTATACCTTTATCTTCTGCAGATTTAAGTAAACTTATTTT +GCTTGCTCTTTCCATTCCAAAGTTCTTAATGTGTATATCACCCCAATGATAAACATGAGC +AACGAAGAAAGATGGAATCATATTTAATTCTTTTACTTCGTCTAATTGATCTTCTCCTAA +TAATTGCGCATGTATTATTACAGGTCTAATATCATTATCTAAAGCAGTTTCTTCTTTAGC +AACTCTATACATATCAATATATTGTTGACAAGCTCTATCACCGTTACAGTGAACTAATAT +TTGCATATCTTCTTTTAAAGCTTGTTCTAGTTTACTTTTCAATTCTTCATCTTTTTGAGT +TCCGTATGCGTAGTAATCTGCTTCACCTTCATATGGAGTTCTCATCCATGCAGTACGACC +TTGTGGAGAACCATCTAAAAATGTTTTATATCCACCTAGTTTAAAGTGATTTTTATATTG +CTTTTTATAATCACCTAATTTACCAAGTATAGATTCACTTTCTCTTATATCTGCATAACC +TACATAGTCTATTTTTAAAATATTTGAATTAGCTATATATAATAAAAAGTCTGATAAAAG +TGTAACTACCATACCTTCTTGTACAGTAGTTACTCCGTAAGAAGCATACGCATCTTGAGC +TTTACCAATAGCCTTTATTATATCTTCTGTTGATGCCATTGGTACTTTTTGAACATATTC +TATATAAGCATTTTCTTCTGCGTATCCAGTAAGTTCTCCATTTTCTTTAAAAAACTTTCC +TCCTTCTGGGTCGGGCGTATTAGCATCTATTCCTAATTCTTTAAAAGCTAATGAATTAAA +TAATCCATTATGTCCTGACTTATTTGACACTACAAGAGGATTTTTAGGTGCTATTTTATC +TAAAAAATCTATTTTAGGATAAGTTTTTTCTTCTAATGCATTGTAGTCAAAGTTGTTACA +TGTTATCCAAACGCCTTCCTCGATATTATTTTTTTGTATGAAATTTGTTATTTTATTAGC +TATTTCTTCAAAGTTTATAGCTTCATCTAAATTAACTTGTAATGTTGAATTTGCATAGCC +AAAAAAGTGACTGTGTGCGTCTATAAAAGAAGGAATTAGAGTTTTTCCTTGTAAATCTAC +TAATTCTACATCTTTACATGCACTTTGTAGTAAATCATCTTTTTTACCTACTTTAAATAT +TTTACCATCTTTAACTAGGACTGCTTCTGCATATAGCTCATTTTCTAACGTTATTATATC +TCCATTAAAATATAGTTTTTCATTAACTGTCATCTTAAACCTCCTAATTATGAAATTACT +CTTTATTTAAAGTATTTACATATTTAAGATTTATAATATATTTATATTTGAATTCCTTAT +AAACATCATTTCTGTAATTTATAGTTAAAGTTGGTTTATATTATATTTAAATTTTTATGT +TATTGAATATATTAGGATTATTATTTAAATCCATTTAATTAGATTTTCAATTTATATTTT +TGTAACTCAGTATAATAATATTAAAATTTTATAATATTATGGATATCTAGGTACTTTATC +AGTTTAATCATGAACTTCGTGGTTTAATTATCAAGATATATACATGTATAGAAACAAAAT +TTAAAGTTTTAATATCTAACTATATAAGTGATATATGCGATCCTAATGGATATTTTAGAT +ATCTATAACTTTCAAAAATGAAAAATATTATAAAGATTTTATCTATATTAGTTAATAAAC +TTTTAATTCAATATTATATACCAATAGTTAAAAGATTCTTTATATGTATAAATTTTACTA +CAGATATAACCTATTTTTATGTCTTATATACTTTAGAACTTTTATTAAAAATTAGTTGCT +TATCTAATACTTACGGTTTCTTTCATCGTTGCCTTACACCTATTCTGCAGTGTACTTTAA +TTTGCTAGTTCTTTATGATCTATAAATACCGTTAGACTATAATATATTATTGTTAGCATT +TATGTTCATATTGCTTGTAAAATAAATAATTATTTATTTTTGTATGAGTAATAAAATTTA +GTTTATTTTAATTTGTTATATTCTTCATCACTTACAGGTTCTAGCCACTGTGTTGGAACT +TCCTAACAATTTGTTTCTATTGAAATATGTGAAAACCAGCTATCACAAGCTGTCCCATGC +CAGTGCTTGACATTAGGACTAATCATAACTACATCTCCAGGATTTAATTCTTTGTTGATT +GTTTTTCTTCTTGATAATATCCACTCCCTCCAGTTACCAAAAGAATTTGACCTCCCGGAT +GTTTGTGCCAACTATTACGACAACCTAGTTCAAATGTTGCATTGCCAATAGGGCAGTTAA +ATTCATTTCCACCTAGAGCACGAGCATATTTAAATATGCTTCACCTATAAAATACTTGCT +AAACATTTCTGGCATTTTCTCTCCCTTAGGATATATTACACCATTACTTGCCTCTTTATA +TTGTTCCATTATTTCTACTCCTTTATTATAATTTTTAATATACTTTGTTAAATCATGCCT +CTCTTTACGTTTACTATTATGGATTCCATAACTTGAAATATCTAATGCTGGTAAAATAAT +AAAATTAGAACAAGGATTTTTTATACCCCTAACGCTATACCCAAGACCATCTCCTCCATG +TATAACTACATCAGAAGAATCTAGATTTGTAATTTTAGTAATAAATTTCCTTCTGTAATC +TTAGTTAACTATCTAAGTTAAATATTTGTAATACCCTTAAAAATTATTTTAATAAAATAA +TACTCTCTAGAGTTAACCCTAGCGCAAGTGTTTTTTACTATGTTTATAATCCCATATCCA +AAACCATCTTCTTCAACAGCTCATTCATTGTTTATATATTCATCGCTATATTCTCTAATT +AACTTTGTAAAATATGACATAAGTGGTAGAAAAATAAGTATAAAAAAATCCCCTAAAGGG +GACCTTGAGTGGCTAACGCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGC +ATCACAATTAGGACATATCAAAATTGGCATGCCTTCGGCTTTATGGTACTCTATTGTTCC +ATCTTCATAATTCAATTTCTTAATAATCTCCTAATTCATCTACACATATTTCTGGAACTT +CTTCTTCGTATTTACATACTAAACAATGATAGTTGTACATCTTGTCCGGTTCTCTTCCAT +TTATCAGGTAATAAAACTCTTCTTCTGGAGTCATTTTCCTTTCCCTCCCTATAGCAATGG +TCTTTTATATGATACAACAAACCATACCTTTCATGCCATACCCTATATAATTCCATTTCA +GAATTACACTTTTTACAGCTAAGAGGATTTTCTCCAAAAAACTCTATCATTCTTTGTTTC +CAACTTTTCTTTATAGTATTTTCTTTCTTAGATT +>MGYG000000001_11 +GGGTAAGACCCCAGGAAGACTACCTGGTTGATAGGTCGGAGGTGGAAGTGCAGTAATGTA +TGTAGCTTACCGATACTAATAGGTCGAGGACTTGACCAAATTTAAATGATTAAATCATAA +ATGATATGCAGTTTTTAGAGTACTAACTCTAAAAAATAGCATTTACACTTAAAAAAGTAT +AATATGTTAATATTTTGTATGTGTGATAATTTGAAATTATGTGGTTATTATAGCAAAGAG +GATACACCTGTTTCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGG +GGGGCAACCTCCTGGGAGAGTAAGACATAGCCACGTAAAGTGCCGAAGTGGCGGAACTGG +CAGACGCACAGGACTTAAAATCCTGCGGGACTTACCTCTCGTACCGGTTCGATTCCGGTC +TTCGGCACCACATATAATATCGCGGGGTGGAGCAGTTGGCAGCTCGTCGGGCTCATAACC +CGAAGGTCGCAGGTTCAAGTCCTGCCTCCGCAACCATTAAAATGGCCCATTGGTCAAGCG +GTCAAGACACCGCCCTTTCACGGCGGTAACAGGGGTTCGATTCCCCTATGGGTCACCATA +TATCCCGGGACTATAGCTCAGCTGGGAGAGCACCTGCCTTACAAGCAGGGGGTCACAGGT +TCGAGCCCTGTTAGTCCCACCATTTGCGGCCTGGTAGTTCAGCTGGTTAGAATGCCAGCC +TGTCACGCTGGAGGTCGAGGGTTCGAGTCCCTTCCAGGTCGCCATTTAAGCGGGAATAGT +TCAGTGGTAGAGCGCAACCTTGCCAAGGTTGAAGTCGCGAGTTCGAATCTCGTTTCCCGC +TCCATTAATTTGAATATATGGGTGCATAGCTCAGCTGGATAGAGCAACGCCCTTCTAAGG +CGTGTGTCCGGGGTTCGAATCCCTGTGCGCTCACCAATATGAAAAGTTTCACTTATGTGA +AACTTTTTTTTTATAAAAATAAATATTCTAAATAGAAGTAAGTATATACTAAATAATTTG +TATATACTTATATTAATATAGTATAATACATAGTATAAAATAGAAGTAATTATTAAACAG +GAGGATAAGACTGTGTTCGATATAAAGTCTTTTTTTGATGGATTTATAGATATAATCTTA +AGAATGAGTATATTCGATTTAATAGACATATCTATAGTAGCATATATCTTTTATAAAATT +TTTATGTTTATAAAAGATACGAGAGCTGAACAAGTTCTTAAAGGAATAGTATTTTTATTA +TTAGCAACTCAGCTTAGTTCAACCTTTAAATTACATACACTTTATTGGTTGCTTGTAAAC +ACTCTTCAAATAGGGCTTTTATCAGCGATTATAATTTTTCAACCTGAACTTAGAGCAGGT +TTAGAACATATAGGAAGAACTCAGTTCAATTTCTTTGTAAAGGGAAATAATACAAATGAA +GATTTAAATAAGACAATAGAAGAAATTATAGAAGCTCTATACTCTTTATCAAGACAAAAG +ATAGGTGCACTTATTATAATGGAAAGAAAGACAAAGATATCCGATATAATAAGCACTGGT +ACTGAAATAGATGGAGATGTATCTAGACAATTATTAATAAATATATTTATACCAAATACT +CCATTACATGATGGAGCGGTAGTTATAAGAGGATCAAAGGTAAAAGCAGCTGCTTGCTTT +TTACCGTTAACTCAAAGTAAAGATTTAAGTAAAGATTTAGGGACTAGGCATAGAGCCGGT +GTAGGAGTAAGTGAGGTCTCTGACTGTATAACTTTAATAGTATCAGAAGAGACAGGTGAA +GTATCTATAGCTAAATCAGGGAAATTATATAGAAATATCTCAAGAGAGAGAATGACCAAT +ATATTACAAAATAACTTAAAAAGCAATACAGAAGAAAGAAGTTTTTTAAAAGGTGGTATA +TTTAGATGATAGAAAAGCTTAAAGAAAATACAAAAATAAAATTGATATCTCTCTTAAGTG +CAATAGTTTTATGGTTATATGTAATGGCTATAGTTGATCCTCAAGAAACAAAGCTATTTG +AAAACATACCTGTTACAATAACTAATCTTGATGAGTTAGATTCGAATGATTTTGTTATTT +ACCCAGAAGCAAATTTAACTACAGATATATATGTTACAGGGAAATTATCTGTACTAAAAA +ATATATCTAAGGATGACATAACAGTTTATGGAACTATGAGTAATTTCATAGAAGGAAATA +ATGGTGTATTTTTAAAAGCGAATATATCTAAAGGTGTTACATATGAACTTAAGCCAGATA +CTATAGTAATTCCTTTGGAAAAAATAGTTCAAGAAAAAAGATCGGTAGATGTAGTAGTTA +CAGGTAAATATAAAAATAATTTTAATGCAGTTCAATTAGAAGAAGATAGTATAAAGATAT +CAGGTCCAAGAACTCTAGTTAATGAAGTACAAAAATTACAGGCAACACTTAATGTGGATG +AAAATAAAGATACATATACAACAACATTAAATCTTGTACCTGTTAACGATAGAGGTCAAA +AAGTAGATGGTGTAACTCTTGAAACTTCTTCAGTAAATGCAACAGTATCATTATTAGTAG +AAAAAAATGTGCCAATAAATCCTGTATTTGCAGAAGGTAGTGAAAACTTAGGTGAATATG +AATTAAGTCAAAATAGCATAACAATTAAAGGGAAAAAGGATGTAGTAGATAATATAACAT +CTATTAACACAAAAGCGATCAATTTAAATGATATTAATGTAGGTTTATCTAAAGATGTTC +GATTGGATATTCCTGCAGGAATTAAGATTGATGAAAGTATAAAGATAACTATAAAAATAA +ATGAAGTAAAAGATTTAGTAACTAAGTTAACATATACTAATGATGAAGTAGAGATAAGAA +ATAATAATAACTCTGTAGACGTAGCAACCTTAAAAATACCAAGCACAATAGATGTAGAGA +TTGAATACAAAGAGAATATTTCAAATTTAAATAAATCGGATATTACTTTATACATAGATT +TATCTGAAGGTGATGATACATTTACTATAAAGTATGAATCGAAATATGATTTTGAAAATG +TTAAAATAAGTCCAGATATTGTTATAGTTGAATAAAGTTAAAATAAAGTGATAATGTAAT +TTATGTTAATTATATTATCACTTTATTTTTTGTATAAAGACAGAGTAATTTTTAAAGTGA +TAAATTGCAATAATTGAATAGAGTATTCATATATATAACTGTAGAAAAATTAATTTATAT +AAATGATAAATTATCATATTAAGTGCAACACCTAAAAATATGTAAAAAATAGTCCATAAG +TTTATGTTCATGTTACAGTAATAATAACCACAAAACTACTTTACATGAAAGGACATAAAT +TTATGAACTACAAACATATTAGCATAAATGAAAGATGTTGCATAGCAAATTTTCTAAGTT +TAGGATGGAATCTAAGAAAAATTGCAAAACATTTAAATCAAAATGTATCTACTATTTCAA +GAGAAGTTAAGAGAAATTTTACTAATGGTAAATATCTAGCACATATAGCATGTGAGAATT +ACTCTAAAAATAGAAAAAACTGCAGAGCAAGAGGAAAATCCTTAAAATCTAAAGAAAAGA +GAGGTAAATTTAATATAGGAAAAAGTATTAAAGATAGAACAAAAGAAGTTCGAAAAAGAG +AAACTATAGGACATTGGGAACTAGACACTGTTGTATCTAGCAGAGAAAAATCAAAGGCTT +GTCTTTCAACTTTTGTCGAGAGGAAAAGTTGATTTTTAATAGCTCAAGTTATGGAAAAGA +GGAAGTCTTCAACATTTAACTTCCATTGCTTTACTGTTTTTAAAGATATTCCAAGTGATT +TAATTAAAACATTTACTGTAGATAGAGGTAAAGAGTTTGCAAGGTATGTAGATATTGAAA +ATACACTAAATATAGATGTCTACTTTGCGGATGTGTATGCTTTTGGCAAAGAGGTACATA +CAGTAGAAGTAGAATCAGTACTAGAAGTATTTAAAAAGTATTCGGACCTAAAAAAGAAAA +ATATTTAGGTGTAAATAGAGAAGCAATACAACTTGGAATGAAACAAATATTATAAATTAA +TCAGAAGAAAAATATTCAGATAAAGTAAAAAAATAAAGTAAAGAAGGCAATAGAGTTTTG +TTTCTATTGTCTTTTTTTTACTTTAGTATTAAAATACTCATATGACTTATAATATCAAAT +ATAACAAATATAAAAATAATAGAATATAGATAGATATAGAATATATTTATAAAGCTTTTC +AACTTGAAAGGAGATTATCAATGAGAAAATATTTTGGTACTGATGGTGTAAGAGGAGTAG +CTAATACAGAATTAACATGTGACTTAGCTTATAAGTTAGGTAGAGCAGGGGGATATGTTT +TAGCTAAAGGAGATCATAGAGTTAAAGTTGTAGTAGGAAAAGACACTAGAATATCAGGAG +ATATGCTAGAGGCAGCTTTAATATCAGGTTTAATGTCTGTAGGTTGCGATGTTATAACAG +TTGGAGTAGTACCTACACCAGCAGTTGCTTATTTAACTAAAGAATACAATGCAGACTGTG +GAGTAGTTATATCGGCTTCACACAATCCAGTAGAATATAATGGAATAAAATTCTTTAATA +AAGATGGATATAAATTAGATGATGCAATAGAACTAGAAATAGAGAAGTATATAGAAGATA +TAGATAAAGTAGAATGTTCACCTGTAGGAGAGCATGTAGGTAGAAGAATACACAAGCATG +ATGCTAAAAAAGATTATGTTAATTATCTAAAATCAATTATAAATGTAGATTTTAAAGGAT +TAAAAGTTGTACTAGACTGTGCTAATGGAGCTGCATACGAAGTAGCGCCAACAGTATTTA +AAGAGCTAGGAGCAGAAGTAGTATCTATAAATAGTAACCCAAATGGAAACAATATAAATG +ATAAGTGTGGATCAACTCATCCAGAGCAACTGAAAGAAGCTGTTTTAGAATATAAAGCGG +ACTTAGGTCTAGCATATGATGGTGATGCAGACAGACTAATTGCTGTAAATGAGAAGGGAC +AAATAGTCGATGGCGACCATATAATGATATTAAGTGCTATCTATTTAAAGAAAAATAATA +AATTAGCTCAAGATACTTTAGTTGTAACCGTAATGAGTAATATAGGATTAACGATAGCGG +CTAAGGAAAATGGGATAAAATTAGCAACTACATCAGTAGGAGATAGATATGTACTTGAAG +AAATGAAAAATAGTGGTTATAATTTAGGAGGAGAACAATCAGGACATATGATTTTCTTAG +ATTATAATACTACTGGAGATGGAGTTTTAAGTTCTTTAGTTCTTGCTAAAATAGTACTAG +AAGAAAATAAAGCTTTATCAGAACTTGCATCTGTAATGACTCAATACCCACAAGTATTAG +TTAATGCAAGAATCAGCAATGAAAATAAAAATAAATACATGGAAATAAAAGAGATAAGCG +ATGAAATATCAAGAATAGAAAGCTTATTAGATGGTTGTGGAAGAGTATTAATAAGACCAT +CAGGAACAGAACCATTAGTAAGAGTTATGTTAGAGGGTAAAGAGGAAGGTCAAATAAAAG +AATTAGCTACAAACTTAGCTAACCTTATACAAGAAAAATTATCATAATAATATAGGTTGC +TAATGTATTAAAATAAATTCATATGATATCTAGGTTTCAGAGGAGAATAAATTTTCCTCT +GAAACCTTGATATTATTTAAGTTTTTTATACATTCAACTGTATTTGATAAGCGCCAGAAC +TTAGATGTCGTCTCTTTAAAATTAAAGCAAATTAGTTCTAAGTTGACGAGGACAGAGTTA +ATCGAATTATCGGCGGATGCTCTGCGGTGTGTTTACCATCGAAAGAACTTCTTTAAATCA +TAGGAGTGATTCTGTGGACAAAGAGAAGCTCAAGTAAACTTATATGACCTACTCTTAAAA +AATATAAATTTTTTTAGGAGGCTACAATATATGTGTGGTATAGTTGGATATTTAGGAAAT +AGACAGGCAACAGAAGTACTTGTTGAAGGACTTTCAAAGTTAGAGTACAGAGGATATGAC +TCAGCAGGTGTTGCAGTAAATGTTGGAAATGAATTAGAAATAAGAAAGTTTAAAGGAAGA +CTTGCTATATTAGCAGAGGATTTAGAAAACAATCCTATTAATGGTGGATTAGGAATAGGA +CATACGAGATGGGCAACTCATGGAGAGCCATCAGATGTAAACTCACATCCTCACTTTAAT +ATGGCAAAAACAATAGCTGTAGTGCACAATGGTATAATAGAAAACTACATGGAATTAAGA +GAAGAATTGCAAGCAGAAGGTGTTGTGTTCTTATCTCAAACAGATACAGAGGTTGTTGCT +CACTTATTGGATAAGTTCTATGAAGGAAACTTATTAGATGCAGTTTATAAAGCAACTGAA +AAGTTAAGAGGAGCATATGCATTAGGTGTTATATGTAAAGACAATAATAATGAATTAGTT +GCTGTAAGAAAAGATAGTCCATTAATAGTAGGTATAGGAGAAGATGAAAACTTTATAGCA +TCTGATATACCTGCAATATTAAAATATACTAGAAATGTTTATTTCTTAGAAAATGACGAA +TATGTTCATATTCAAGGTTCTAATGTAACTATTTTAGATGAAAATAGAAATGTTGTAGAA +AAAGAATTAAATGAAATAACTTGGGATGTAGAAGCTGCTTCTAAAGCTGGATATGATCAT +TTCATGTTAAAAGAGATATATGAACAACCAAGCGGAGTTAAAGAAACTTTAATAAGACGA +TTAAATTCTGATGGAGAAATCCAATTAGATGATATAAAAATGACTAATGAAGATTTAGAG +AAAATAAACAGAGTTTATATAGTTGCATGTGGTACTGCATACCATGCAGGACTTGTTGGA +AAATTTGCAATAGAGAAGTTTGCTCATATACCAGTAATAACGGATATAGCATCTGAATTT +AGATACAGAGATCCATTTATAGATGATAAGACTTTATTAATATTAGTAAGTCAATCAGGT +GAAACTGCTGATACTTTAGCATCTTTAAGATATGCAAAAGAAAAAGGAGCTAGAATATTA +TCCGTAACTAATGTTGTTGGTTCTTCTATAGCTAGAGAATCAGATGATGTATTCTACACT +TGGGCAGGACCTGAAATCTCAGTTGCATCAACTAAAGCATATACAACTCAATTAGTATCA +TTCTATATGATAGCGTTAGACTTTGCTATAAAGAAAGGTACTATAAGCAGAGAATACTAC +AATGAAATGATAGAAAAATTAAAAGATATGCCTGAATTAGTTTCTAAAGCTTTAGAACAA +GAAACTCATATAAAAGAAGATGTAGCTAAAGAGTTAAAAAATGCAACTAGTGCATTCTAC +TTAGGTAGAGGATTAGATTATAATTTAGCTATGGAAGGTGCATTAAAGATAAAAGAAATA +TCTTATATCCATGCAGAGGCTTTTGCAGCTGGAGAATTAAAGCACGGTACAATAGCATTA +ATAGAAGAAGGAACTCCTGTTATCGCAATAGCTACTCAAGAAGAACTATTTGAAAAAATG +GTTTCTAATATGCAAGAAGTTAAGGCTAGAGGAGCTTACGTTATAGCAGTAGCTCAAGAG +CATAATAAAGAAGTAGAAAAAGCAGCAGATAAGGTAATATATATACCAAATGTTGATGAT +ATATTATCAAGTATATTAACTGTTTTACCACTTCAGTTATTATCTTACTATGTTGCAGTT +CAAAGGGGCTGTGATGTAGATAAACCAAGAAACTTAGCAAAATCAGTAACTGTAGAATAG +ATAAAAAATAAAGGTAGATATATCTTAAAATAAAGTTAATTGTAAAGCGTTTGGGCTGGG +ATTAATTTCTATATTCCAGCCTTTCGCTATTTTTCTATAAAAATTATTTTAAGACGATAC +TATCTTTATTTTTTTAGATTAATAATAGTTTAAAGAGCAGTATATCCTCCTTAAAGTTGT +CAATAATTTAAATATACATTACAAACTTAAGGGGGATTTTTTATGAATAAAATAAAATAC +ATTACTTTGTTTATAGTGTTAGCATTATTAGGAGCTATGTCATCTTATGCTGATATTAAG +TTTAATAATTCATATGATAGATTTTTACAAGCTTTTGAAAGTAGTGAAGCTAAATTTAAA +TTTTATAGTATGAAGGCTAACGTTCCTATAGAATATGATATAGATAGTGATGAAATAAAA +AGCATATGCATAGAATTAATGAGTAACTTAGGAATGGAAGAAAGTGATATAAAAATAGAA +GATAAATGGAACCAAGATGAAAAACAAATATACCTTCAGGCTAAGGATGAGGATACTAGT +ATATCAATAGTTGGAATCAAAAAAAGTAGTTCCGAATCATACATAATGGTTGACATATTA +GATAATAAAGTATATAAAAATATAGTAGATATTTATGCTATTTTGGAAAATTATCTGAAT +AAGTATTCTCAAGAGGTTGAAATTTATACTTGTATAGCTGGAGAATATGGCAAAAAGTTA +CAAATTGATAAATATGATGATATTTTAAATAAAATATTATATAATATGAATGCTGAAGTT +ATAGAAAAAGTACAAGAAGAAAACTTTTTATCTGTAACAGCATATAGTAAAGTATTAAAA +GAAAATTACTTAGAATGTTTTGGAAATAAGATAAATTTAAATATAGGAATTAGGTATAGC +GAAGACGATGAAAAAACTTTAATATATATTGCTACACCGATTATAAAATTAGATTATTAA +TGAGGAGAGGCAAATAAGATGGCTAAAATAATTGTAAAAAAGAGTAACCCACTTAAAGGT +AGTGTTAAAATAGATGGAGCAAAAAATGCTGTATTACCAATAATAGCAGCAACATTATTA +GCAAAAGGAAAATCAGTAATAAAAGAAGTTCCTAACTTAAGGGATGTTCATGTTATATCA +GATTTATTAAGACACTTAGGTGCAGAAGTTGAATACGAGGGGAAAACTTTAACTGTAGAT +GCTACGAATATAACTACATGTGAAGCACCATATGAATTAGTAAGAAAAATGAGAGCGTCA +TTCTTAGTTATGGGACCATTATTATCTAGATTTAATTATACAAAAATATCTATGCCAGGA +GGGTGTGCTATAGGAACAAGACCTATAGACTTGCATTTAAAAGGATTTAAATGTTTAGGT +GCAGATGTTGAAATAGACCATGGATTTGTAGAAGCTAGAACAGAAAAGTTAAAAGGTTCT +AAATTATATTTAGATTTCCCATCTGTTGGAGCAACTGAAAATATAATGATGGCTGCATGT +TTAGCAGAAGGAACAACTATAATTGAAAACGCAGCAGAAGAACCAGAAATAGTAGATTTA +GCTAATTTCTTAAATGAAATGGGTGCAGACGTAAAAGGTGCAGGAACAAATACTATAAGA +ATAAAAGGTGTTAAAGAGTTAAGAGGTGCAGAGCATACTGTTATACCTGATAGAATAGAA +GCAGCAACTTATATGGTTGCAGCAGCTATGACTAAGGGAGATATAGTTATAGAGAACGTA +TTAATGGAGCACTTAAAGCCTGTTACTGCAAAATTAAAGGAAGCAGGATGTAAAATAATA +GAATTAGAAAATGCGGTTAGAGTTATAGGTCCTGAAACTTTAAAGCCTATAGATATAAAA +ACTTTACCACATCCAGGATTCCCAACAGATGTTCAAGCTCAATTTATGGCGATGCTTACT +ATAGCTAAAGGAACTGGTGTAGTTATAGAAACTGTTTTTGAAAATAGATATATGCACGTG +GCTGAGTTCAACAGAATGGGTGCAAATATAAAAATAGAGGGAAGAACAGCAGTAGTAAAA +GGTGTAGATCAATTATATGGAGCAAAAGTAAATGCCACAGACTTAAGAGCTGGTGCAGCG +CTTATACTATGTGGGCTTATAGCAGAAGGTGATACTGAAATAGGTGAAATATACCACATA +CAAAGAGGTTATGTAGATATAGATAAGAAAATAACTGCATTAGGTGGAAATATAGAAATA +GTTGAAGACTAATTAATATATAGTGAAGTAATAAATATACAGGGTTTTTCATATACTTTA +AGGATATTAGCTAAGCTAAGGAGGAAAGAATATGAAAAATCCTTTAGTAATTTTAGCGGG +ACTGGTTTTTTTATGTATATCTGTACCCGTTATTTTGAGTACCGCATTTTATAAAGACTC +AGAAATAAGTAGCACAAATGAAAATATCAAAATAAATATTGAGACTAAGGGCGAGAAAGA +AGAGAAACAAGAGAAAGAAGTAATAAACTATGAGACTATAGATGAAGAATCACCAAATAT +AAGTATATATAATCATAAGGCTGGTGTAATAGAATCTATAGATATAGAAACTTATCTTTA +TGGTGTTCTATCAGGCGAAATGTCTGCAAAATTTAATATAGAAGCTCTGAAGGCTCAAGC +AATAGCTGCAAGAACATTTGTAATGAATAAAAAAGAAAATCCTGTATCAAGTGGTCATAA +GAATGCAGTGGTTTGTACAAACTATAAACATTGCCAGGAATATAAAAGTTATGAAGAGTT +AAAATCAACTAATGGAACCCAATGGATGGAAGAATATTATACAAAGATAAAAAAAGCTGT +AGATGAAACTAAAGGTCAAATTATAGTTTACGAAGATAAGCCAATATTACCATTATACTT +TTCTACATCATCAGGAAAAACTGAAAATAGTGAAGAAGTTTTTTCAACACAATACCCTTA +TTTAAAATCTGTAGAGAGTCCATATGATGGACAATCTCCTAAATACACATCACAAGTAGT +TGTAAGCAAATCTGATTTTATTAACAATATAAAGAAAAGTTATCCTAATATCAGCATAAA +ATCAAGCAATCTAAAAGAGGATATTAAAATATTAAATAGAAATGAAGGAGGATCTGTAGG +TAAAATAAAGGTTGGTGATAAAGAACTTACAGGTGTAAACATTCGAAGTATATTTAATCT +TAATTCTGCTAATTTTGAAATAGAGTTCAAAAATGATAATATAATATTTAATGTAAAAGG +ATATGGCCATGGAGTGGGAATGAGTCAATGGGGAGCAGAAGGTATGGCAGAAGAAGGATT +TTTATATTATGAAATTTTAAAATATTATTATACAGGAACGGAAATTAAAGACCTATATTA +AAATAAAAAATATATGGATAAATTGTATAAAAATAGAAGATACAGGAGACACTTCAAATG +TATTAATATATTTGGAGGTGCTGTATGAAAAAAAAGTTATTAGAAAATGATATTTTTTAT +CTATCGTTATTTGTATGCGTATGTTTAGTAGCAGTAGGCGGAGTTTGGCTTACAAATAGT +AATGTAAATAAGCTAGCTAGTAATGATACAGATAGAAATGAAGAGATACATTTAATAGAT +AATGATAAAAAAGAAGATGCAATACCAACAACTACTGATTCTGATCAAAATTTAGCTAAG +GCAAAAGAAGAGAAAGAAGATAGTAGTGATAAATTAAGTTTCTTAGGAACTAAGGTAATA +AGAGAATTCTCAGAAAAAGAACCTAGTTATTCAGAAACTTTAAATGTATGGGAAATACAT +AAAGGTGTTGATGTAAGTACAACAGAAGGTCAAGAAATAAAATCATTATTAAATGGAAAA +GTAATAGACGTTTATAAAGATGATGAACATGGTATGTCTGTTAAAGTACAATATGATAAT +GATATTATAGTAGTTTATTCAAATTTAAGTGAAGATATTAAAGTAGAAAAAAATCAAGAA +TTAGAAGAAGGACAATGTATAGGTTTAGCAGGAAATACAACAGCTGTTGAAAGCGAAAGT +GAACAACATGTACATGTAGAAGCATTCAAAGGTGAAGAATCTATAGATCCAATGTTTTTA +ATAGATTAAAAAATATAACAGATTTAATCATAATGATTAAGTCTGTTATATTTTTTTTTG +TTTTTACATATATATCATTAAGGCTATTAGGTTAGGGGGGGAAATCTTGAAATCGCATAT +AGAGGAAAGAGCCATTGTTGTAGCAAAATATATACTAGAGAAAAATACTACAGTTAGACA +AACAGCCAAAACCTTTGGAGTAAGTAAAAGTACAATCCATAAAGATGTAACGGAACGATT +AGAAGAAATAAACCCATCTCTAGCAAAAGAGGTTAAGAAGGTTTTAGAAAAAAATAAATC +TGAGAGACATATTAGAGGAGGTTTAGCAACAAAATTAAAATATGAAAAAGAAAACAAAAA +AGATGTAGGGTAAAACCTACATTTTTTCTTGACTAAAGTAAAGATTTTGTATATCTTGTA +TCTAGGAGTATAAAGACAAATAAGATATGAAAATAAAGAGGAGTTGAAGAAATGGCTAGA +GTTGACATAGGTATAGACTTAGGGACGGCAAATGTAATAGTTTATGTAAGTGGGAAAGGT +ATTGTTTTAGAAGAGCCATCTGTAGTAGCTATAGATAAAAGAACAAATTCTGTATTAGCT +GTAGGAGAAGAAGCTAGGAAAATGATAGGGAGAACACCAGGAAATATAGTAGCAATAAGA +CCTTTAAGAGATGGTGTAATATCAGATTATGATGTAACGGAAAAAATGTTAAAATATTTC +GTAGAGAAAGTAGTAGATAAAAAAGGTTTTGGAAGATTTTTTATGCCTAGAATAATGGTA +TGTGTTCCAACAGGAGTTACAGAGGTCGAAAAAAGAGCGGTAGAAGAAGCTACAAGACAA +GCTGGTGCAAGAGAAGTTTATATAATTGAAGAACCTATAGCAGCAGCAATAGGGGCCGGA +ATAGATATATCTCAGCCGAATGGAAACATGGTTATAGATATAGGTGGAGGTACAGCTGAT +ATAGCTGTTATATCTCTAGGAGGAGCTGTTGTTAGTGAATCTATTAAAATAGGTGGAGAT +AGATTTGATGAAGCGATAGTTAGATATATCAAAAAGCAAAAAAATCTTCTAATAGGGGAA +AGAAGTGCAGAAAAGTTAAAGATTGAAATAGGAACTGCAATTAAACCAAAAGAAGAAAAA +TATATGAAAATCAGCGGAAGAAACTTAGTTACAGGTCTTCCTGAATCTATGGAAATAGCA +TCTTCAGAAATATTAGAAGCTGTTAGTGAATGTGTAGAGCAAATAGTTATTGCAACTCGT +TATGTCTTAGAGCAAACACCTCCAGAATTAGCTGCAGACATAAGTGATAGAGGGATAATA +ATGACAGGTGGGGGAGCTTTACTACAAGGTTTAGATAAAAAGATACAGGAGAGTACGGGT +ATAAGAGTATCAGTAGCAGAAGATGCTTTATCATGTGTGGCAAAAGGTACTGGAAGTTCA +TTAAGCTCGTTAGATTTATTAGAAATGGGCGGAACTTTTAAGAAGAGATAATTAAAATAA +AGAGCTATCTAAAAATATTTTTAGATAGCTCTTTATTTTAATTGTGAAATTATAGCTAAG +TTGCTAGAAGAAGAGATAGTGCAACAGTTTCGGCTAATTCTAATACAAAGCTAAGTCTAA +CATTATTGAATGAAAATCTATTATTTTCATCAATTTTATCTACTATACCTACTATTGAAA +AACTTCCAACTTGAGGAAGTTTTTTACCGACTCCTTTTCCAGGAAGAATAGGTCCTTTTC +GAATTTGTATATTACCTATACTATTTTTAGATCCGAGACAAGCATCAATGGCTAAAAACT +CACCTTTAGGGTGAAGTCTTTTTATTTCTTCAATTGACTCATATATATTTAAAGCATGGA +TAGGATTATCTAAGGTACCGTAAACTGGGTATTTAAAATCGCTATTTTTTAGCATAGTTC +CAACTAAAGGGCCTAGAGCATCACCTATAGCCCGATCTGTTCCTATACAAATAACAATAG +TATTTTCATTTATAATATCTTTTAGTATTAAGCTTAATACTTGAGCTACATTCTCTTTTT +TATAATTTACTTTAGCTAGATACATAGGAACACCCCCTTCAAAAATATATGAACTTTCAA +TCTGAAAAATACCTAACTTTAGATTACATATAAATATCATATTTATAATATGTAGCCAAT +GGATAAATAATAATACCTACTATATAGTATATAGTGATAAGCTTAAAAAATTATTATGTA +TTAAAGCATAATTATCAAATTATAAATGCTTGACATAAAAATTAAAAAATAGTAACATAT +AATTAATTAATAAACAGAATATAAATTGATTTTAATAAATATGAAAATATTTATTACCTT +ATCAAGAGTGGCAGAGGGATAGGCCCTGTGAAGCCCGGCAACCGCCCGAAAGGGAAACGG +TGCTAAATCCTACAAGATTTTAGAATCTTGAAAGATGAGGTTAGTTAATTAATGCATAGA +ATTGTGATAATTAGCCTCTTCTTTTTAAGAAGAGGCTTTTTAATTTTTATATTTTATATG +CAAATTAATATAAACTCAGAAAATAAACAAAATAAATATAGAACTTAAAAAAATTTAAAG +GAGGAAATAAAAATGGCAAGACATTTATTTACATCAGAATCAGTTACAGAAGGTCATCCA +GATAAAATATGTGATCAAATATCAGATGCGATACTAGATGCTTTATTAGAAAAAGACCCA +CTATCTAGAGTAGCATGTGAGACAACAGTTACAACGGGGTTAGTTTTAGTTGCGGGAGAA +ATAACTACATCGGCATATGTTGATATTCCTAAGCTAGTAAGAAATACTATTGAAGAAATA +GGATATACGAGAGCTAAATTTGGATTTGACTGTAATACTTGTGCTGTTATAACATCTATA +GATGAGCAATCAGGAGATATAGCTATGGGTGTTGATGAAGCTTTAGAAAATAAAGTTGGA +GAAGAAACAGAAGATGAAATAGAAAAAGTAGGTGCTGGAGATCAAGGTATAATGTTTGGT +TTTGCATGTAACGAAACAGAAGAATTAATGCCACTTCCAATATCTTTAGCTCATAAATTA +TCGAGAAGATTAACTGAAGTTAGAAAATCTGGATTATTAGATTATTTAAGACCAGATGGA +AAAACTCAAGTTACAGTTGAATATGATGGAAATAAAGCTGTTAGAGTACATACAGTTCTT +ATATCGACTCAACACTCAGAAGATGTAGATAATGATACAATAAGAAGAGATTTAATAGAA +CAAGTAATAAAGTATGTAATACCTGCTGAATTACTTGATGAAGAAACTATGATATATATA +AATCCTACAGGAAGATTCGTTATAGGTGGACCTCAAGGTGATACAGGACTTACTGGTAGA +AAAATAATAATAGATACTTATGGGGGATACTCTAGACATGGAGGAGGAGCATTCTCAGGA +AAAGATCCTACTAAGGTTGATAGATCAGCTGCGTATGCTGCAAGATATGTTGCTAAAAAT +ATAGTAGCTGCTGGGCTAGCTGATAAGTGTGAAATAGAATTAGCGTATGCTATAGGTGTA +GCTAAACCATTATCAATATTTATAGATACTTTTGGAACTGGAAAAGTTTCAGAAGAAAAA +TTAGTAGAGTTAGTAAATAAGAATTTTGACTTAAGACCGGGAGCTATAATAAGAGACTTA +GATTTAAGAAAACCTATGTATAAGCAAGTTGCTGCTTATGGACATTTTGGAAGAACTGAT +ATAGATTTACCATGGGAAAGAACTGATAAAGCAGAAGTATTAAAACAACAAGCATTAGAA +GCATAATAATACAAGGGCTGTTTCAAATTTGATTTTGAAACATGCCCTTTATTTTATTGT +TTATAAAATGTATAATAGTTACGAATTAAGTATATTATAAAAACACTATTTGTTTGTAGG +AGAAAAGATATGGAAAGATTAGAAGGAATGATAAGTGATATAGTATTTAAAAATGAAGAA +AATGGATATACTATAGCTCATTTAGCCAACAGTATGGATGATATTGTAATAGTAGGATGC +ATGCCAACTTTATCAGTAGGAGAAAGCATAGAGGTAGAAGGAAAGTGGGTAAATCATAAA +ACTTATGGAACTCAATTTGAAGTAAGTAAGTTTATGCCTGTTATACCATCTTCACTAGAA +GGAATTTATGCCTATTTATCATCTGGAATGATACATGGTATAGGTGAAAAAATGGCTAAA +AGAATTGTTGATAAATTTGGTGTTAATACTTTAGATATAATACAAAATAATCCAGAACGT +CTAGAAGAAGTAGAAGGTATTGGCGGTAAAAAACTAAAACAAATAGTAAAAAGCTACGAA +GAAAATAGAGAACTGCGAAATATAATAATAGAACTATCTCCATATGGTATAACTCCTAAT +TACTGCTTAAAAATATACAAAAAATATAAGGATAAATCGATAGAAGTTATTAATAAAAAT +CCATATAGACTCGCAGAAGATATAAGAGGTATTGGATTTAAAATAGCTGATGAAATAGCT +AATAAAATAGGAATAGATAAATATTCAGATGATAGAATATGCCAAGGTATATTGTATGCT +TTAAATCAATCATTAGGAAGTGGCCATACTTATTTACCTAAACCTATTTTAATACAAGAA +GCTAAAAAAATATTAGATGTAGAAGCATCTATGATAGATAATTGTATTATGGCATTAGCA +TATGACCAGAAAATTCACTTAGAGCAATCAAACGGTCAACAATTAATTTATTTAATGCCT +TATTATATGTCTGAGAATGGAGTATGTAAACAAATAATTAAACTATCACAATGTGAGTTT +GATGATTTAAATATTGATATAGATGAAGAAATTAGATCTTTAGAAGAAGAAGAAAATATA +AAATTAGCAAGTAACCAAATTTTAGCAGTTAAAGAGGCTATTAATACTGGTGTACTAGTA +ATTACTGGTGGCCCAGGTACTGGTAAAACTACAACTATAAATACAATAATTAAAGTATTT +GAAAATAATAAGAAGAAAGTTGTTTTAGCGGCTCCAACAGGTCGTGCTGCAAAAAGAATG +AGCGAGACATCTCAAAGAGAAGCTAAAACTATACATAGATTATTAGAAATGGGATTTGCA +ACAGATAGTGATGACCTAATGTTCTTAAAAAATGAAGAAGATCCTATTAATGCGGATGTT +GTTATTTTAGATGAAGTATCAATGGTTGATATATTGTTGATGTATAGTATGTTAAGAGCT +ATAAAATCAGGTACAAGGGTAATCTTGGTTGGAGATAGTGATCAGCTACCATCAGTAGGA +GCAGGTAATGTACTAAAAGATATAATTGAATCTAATGTTATTAATGTAGTTAAATTAAAT +GAAATTTTTAGACAAGCCCAAGAGAGTATGATAGTAGTAAATGCTCATAAAATAAATAAA +GGAGAGCCATTATTCTTAAATTCTAAGGGAAAAGATTTTTTCTTTATAAGAAAAAATACT +AATGAAGAAATTATAGATGAAATAGTAGAAATAGTTAGCGAAAGATTACCTAAGTTTTAT +AAACTTGATAAATTAAAGGATATACAAGTTCTAGCATCTATGAGAAAAGGAGATGTAGGA +GTAACTAACCTCAATATGGCGTTGCAAAAAAGTCTAAACAAGCCTGAGAAATTTAAAGTT +GAAGAAAATTTTGCAAAGAGAATATTTAGAGTTGGTGATAAAGTAATGCAAATAAAAAAT +AACTACACTAAAAAATGGGAAAGTGAAGATAGAAAAGATAGTGGAGAAGGTATATATAAT +GGGGATATTGGATATATATACCATATAGATAAAGAAAATAAAAAAGTGCATGTATTATTT +GACCAAGTAAAAATTGTTGATTATACTTATGATGAGTTAGATGAATTAGATCATAGTTTT +TGTACAACTATACATAAAAGTCAAGGTAGTGAATTTCCTGTAGTTGTTATACCAATAACT +TGGGCTCCACCTATGTTGTTGAGCAGAAACTTACTATATACAGCAGTTACTAGAGCAAAA +AAATTAGTTGTACTAGTAGGAGATGTTAAATATTTAGAGTATATGATAAAGAATAATAGA +ACTAATGACAGATATTCAAATTTAGCAAATAAGTTAAATAAATTTAAACAAGAAGGGCTG +TTGTTAAAATAAAATGATTTTTTATGAAGTGTTAGATTTAGTTTTAGACTTTATATATCC +AAAAAATATAAGTTGTATATTATGTAATAAACCCATAAAGAAAATAAATACATATTCATT +ATGTAAAGATTGCTTTAAAGAGTTAAATTTTATACAAGATGGCTGTATTAAATGTGGGAA +GCCAATAATATATCATTCATTAGAAAAATTAGATATATGTGGATGCAGTTATTGTTTTAA +TAAAAGTTTTTATTTTGATAAAGCTATATCGTGTATAGAGTATAGTGACATTAGTAAATC +TATGATATTGGGATTTAAATATAAAAATAAAACTTATATGGCTAAATATATATCTAATAT +AATGAAAGAAAAATTAGACTTAGAGAACATTAAATTTGATTATATTACATTTGTACCACT +TCATAAAAAAAGAATGAGAAAAAGAGGATTTAACCAATCTGAAAAAATTGCTAAGGAACT +GGAGAAAATGATAGATATACCGATATTGGATTGTATATATAGGAAATCAAATACAAATAG +ACTATACAATTTAAATAGAAAAGAGAGAAAAATAGAATTAAAAAATGCTTTTTTAGTTAA +AGAAAATATAAACTATGCTAATGGTAAGAATATTTTATTAATAGATGATATATTTACAAC +TGGCTCAACGGTAAATGAAATATCAAAACTATTAAAGTTAAATAATGTAAATAAAATATT +CGTAATGACTTTACTAACGAAGAGTAATGATAATTATATAAAAGCAGAAAATTAGCTTGA +CATATAATTAGAAAGATAATAAAATAAATAGGTAATATTTTAGGTCTGTGGTTGAAAGTC +CAAGCCAGTTGCAGGCAAAAGGATCCACGTAAGTTAATTCTAAAAATGGGATTAATGATC +ATGGTGCAGCTTAGAAGTAAGTCCTACCGGTATCAAATCGAGAGAGTTAGTAGTGCGGCA +AACCCAAGCAAACCCTCCAGTAGGCGAGTGTGGGGTCAAAAACCAGGTCAGCTAAATATT +CAAAAGTACCTTTATAGGTGCTTTTTTTTATGCCAAAAATTATTTTTTAGAAAAAATAGA +AAAAAATTTATAAAATTAAACTAATATCATATATTAGCATATTATGTAGAAAGTTGACAT +CAATACACATATTAATAACAGTATATGCAAAAATATGTGGATATATATATATTAATAAAT +AGCCTAAAATACACATTTGTTTAAGTTATTAACATATTTATCCACATTATACACAGGATA +AGTTATTAAAAGTAATCCACATATAAACAGGATAAAATTTAAATAATATTATTTAATACT +TTATTCGACAGTATATAAAATTAATAAAAGTTAACAATAAAAATAAAGGATTACATAAGT +AAATGAAGAATATACTTATAAAGTATAAATTAATTTTTATACTGCCATACACTGAAGGGA +GATGTTCTTATGAATATAATAATATCTGGTAAACAAATGGATTTAACTAGTGGAATAAAA +GGAGCAATTGAAGAGAAAATAGGTCGATTAGATTATTACCTTCACCCAGAAACAGAAGTA +AAAGTTACAGTAAGTGCTAAGAAAGCTCGCCATACAATAGAAGTAACAATAATTCCTATA +AGTGGACCAATTATCAGAGCTGAAGATAGCGAAGAAAATTTATATGCTGCTATAGATATT +GTATATGATAAGTTAAATAAGCAATTAAGAAAATATAAAAATAGATTGCAAGATAGACAC +CAATCAAATGAAAGTATAAGATTTGATAGTGTTGATTTGGATAATGAAAATGATTTTGAA +GATGAAGATGAAAATTTAGATATAGTAATAAAAAGAAATAAAAAATTTGATATGAAACCA +ATGAGCCCAGAAGAAGCTGTGTTACAAATGGAGTTAATAGAACATGAATTTTATATGTTT +AGAAATATAGACACTGATGAAATATCTGTAGTTTATAAACGTGAAAATGGTGGATATGGG +ATGATAGAACACGAATAATAAAATTTGAAATGAAAAAGCTACCAATAATTTTATTGGTAG +CTTTTTTATTAACTTTTTTATTTATCTGTACAATAAATAATTATAAATATTTTTTGTTAG +TTATACTATAATTTATATAATTTGTGGATACGGTCAATATTAATATTAAATATAGTATTT +TTATGGTAAAATATATAATAGTAATAATATATGGACGAGGAGAGATGCCAACAATGGGTT +TTTTAGATAATTTATTTAATATAGCAGATAGAAGAGAATTGAAAAATTTTAATAAAATAG +TTGATAAAATAGATCAGCTTGAACCTAAATTTGAATCTATGTCAGATAAAGAACTTAAAG +AAATGACTAATATATTTAGAGATAGATTAGATAAAGGAGAAACAGTAGATGATATACTAC +CAGAAGCTTTTGCAGTAGTAAGGGAAGCATCTAAAAGGGTATTAGGATTAAGACATTATA +GAGTTCAGCTTATAGGTGGTATAGTTCTTCATCAAGGAAGAATAGCTGAGATGAAAACTG +GTGAAGGGAAAACATTAGTTGGAACAGCTCCAGTTTATTTAAATGCTCTTTCTGGTAAAG +GGGTACATGTAGTTACAGTAAATGACTACTTAGCGAAACGTGATAAAGAGCAAATGGGAA +AAGTATACGAATTCTTAGGTCTTACTGTAGGGGTAATCGTTCATGGACAAAATCCAGCAG +TTAGAAAGGCTCAATATGAGTGTGATATAACTTATGGAACAAACAATGAATATGGATTCG +ATTACTTAAAAGATAATATGGTAATTCATAAAGAGCAAAAGGTTCAAAGACCTTTAAATT +ATGCAATCGTAGATGAGGTAGATTCAATATTAATAGATGAGGCAAGAACTCCTCTTATAA +TATCTGGACCTGGGGATAAATCAACACATTTATATTCAGATGCTAATACATTTGTATTAA +CACTAAAATCAGATGATTATGAATTAGAAGAAAAGCAAAAAGCAGTATCTTTAACAGAGT +CTGGAATACAAAAAGCAGAAGTTTACTTTAATGTTGAAAATATAACTGATATATCTCATA +CAGAGTTATACCATCATATAAACCAAGCATTAAAAGCGCATACAATAATGAAGCGTGACG +TTGATTATGTATGCAAAGATGGAGAAATAGTAATAGTTGATGAATTCACGGGAAGACTTA +TGTTCGGTAGAAGATACTCAGAAGGGTTACATCAAGCAATAGAAGCTAAAGAAGGATTAA +GAATTCAAAGAGAATCTAAAACATTAGCAACAATAACATTCCAAAATTACTTTAGAATGT +ATAACAAGCTTTCTGGTATGACAGGTACTGCAAAAACAGAAGAAGAAGAATTTAAAGCAA +TATACAAAATGGATGTTGTTCAAATACCAACAAATAAAGAAATATTAAGAAAAGACTTAG +CGGACTCTGTTTATAAAAATGAAAAAGGAAAGTTTAATGCAGTAGCAGAAGATATAATTG +AAAGAAATAAGAATAAACAACCAGTATTAGTTGGTACTGTATCTATAGAAAAATCAGAAT +TATTATCTCAACTTCTAAAAAGAAGAGGAGTTAAGCATGAAGTATTAAATGCTAAGCATC +ATGATAAAGAAGCTGAAATAATAGCTCAAGCTGGTAGATTAGGAGCAGTAACTATAGCAA +CTAATATGGCAGGACGTGGTACAGATATAGTTTTAGGTGGTAACCCTGTATTCTTGACTA +AGAAAGAGATGAAAAGATTAGGATACAATGAAGACATAATAAACAAAGTAGATTCACCTT +TAGAAGTACAACAAACAGAAGAAAATGAAGATTTATTTAAGGCAAGAGCTGAATATGAAA +ACTTATTTAATAGATTTAAGAAAGAATCTGAAGCTGAACAGCAAGAAGTTTTAAACGCTG +GTGGACTTGCTATAATAGGTACAGAAAGACATGAGTCTCGTAGAATAGATAACCAGTTAA +GAGGTCGTGCTGGTCGTCAAGGTGACCCAGGTAGCTCAAGGTTCTATATAGCGCTAGATG +ATGATCTTATGAGATTATTCGGAAGTGAAAGAATACAAGGTGTTGTAGAAAAAATAGGTC +TTGAAGAAGATATGCCTATTGAACATAAGATGCTAACTAAATCTATAGAAAGTGCTCAAA +AGAAAGTTGAAGGAAAGAACTTTGGAATAAGAAAACATGTTCTTCAATATGATGATGTTA +TGAACAAGCAAAGAGAAATAATATATGCTGAAAGAAGTCGTGTATTAGAAGGTGAAAACC +TAGATGAACAAATACAATCAATGATAAAAGATATAATTGTAGAAGCAGCTGATATAGCAG +TTAAAGAAAATGGAATTGATGAAGAAATATTTAAAGCTCATCTGTATGCTCTATTTATGC +CAAAGGGAAGTATAGAGATAGAAAATGTTGAAAAGCTTTCTAAGGAAGAACTTGTAGATA +AAGTATATGAAATAGCGCATAAAATTTATTCGGCTAAGGAAGAGCAAATAGGTTCTGAGA +GAATGAGAGAAGTAGAAAGAGTTATACTTCTTCAATCAGTCGATAGTCATTGGATAGATC +ATATAGATGCTATGGACCAATTACGTCAAGGTATAGGTCTTCGTGCTATAGGGCAACAAG +ATCCAGTTGTTGCATACAAAATGGAAGGTTTTGATATGTTTGATGAAATGACTAAGCATA +TACAAGAAGACACTGTTAGATACTTATTCAATATAACTATAGAGCAACCTGTTGAAAGAA +AACAAGTTATAGATGTTGATCACTTATCTTCAAGTGCAACTGATGAACCAGGTAATAAAA +CTGTTAAAAAGGACGAAGAAACAGGAAGAAATGACTTATGCCCATGTGGTAGTGGTAAAA +AATATAAAAAATGTTGTGGAAGATAATTTTGGAGGTTTAAATGTTAAACATACAAGAGTA +TAGACATAGTATAGACAAAATGTCTTCAAATCTAGAAGAAATGAGGGATTCTCTTTGACA +TTGCTTCACTATTAGAGCAAATTGAAAAAAATGAAGAAGAGATGAATAAACAAGAGTTTT +GGAATGATAATGAGAAAGCTCAAAAAGTTATTCAGGAAAATAAATCCCTAAAAGATACAG +TTGAAGAATACAATCAATTAAGTGAAAGTTTAGAAGAAATAGAGCTATTGATAGAAATTG +GATTAGAAGAAAATGACGATTCAATTTGCAAAGAAATAGAAAAGAGTATTGATAGTCTTG +AAAAAGAGATAGACAATATGAGGATAAAAACTCTTCTAAGCGGCGAATATGATAGGAATA +ATGCAATACTATCTATTAATGCAGGTACAGGAGGGCTAGATGCTCAAGATTGGGCTCAAA +TGCTTCTTAGAATGTACACGAGATGGGGAGAAAGAAAGGGATATAAGGTTAAACTTTTAG +ATATACTTTCTGATCCAGAAGCAGGTATAAAAAGTGCTACTTTATTAATTGAAGGATTGA +ATGCCTATGGATACTTAAAAAGTGAAAAAGGTGTCCATCGTATAGTTAGGATATCTCCTT +TTGATCCATCTGGTAAGAGGCATACATCCTTTGCATCTGTAGATGTTACTCCCGAGCTTG +ATGATAGTATTGAAATAGAGATAAATCAAAGTGATTTGAAAATAGACACATATAGAGCCT +CAGGTGCTGGAGGTCAACATGTAAATACTACAGATTCAGCAGTAAGAATTACACATATTC +CTACAGGTGTTGTAGTTCAATGTCAAAATGAAAGATCTCAGCATATGAACAAAGATAGAG +CTATGAGGATGCTTATGGCAAAGCTTATTGAGTTAAAAGAGCTTGAACAAAAAGAGAAAA +TTGAAGATATTCAAGGTAAATATTCTCAAATAACTTGGGGAAGTCAAATAAGATCGTATG +TATTCCAACCATATAAAATGGTAAAAGACCATAGAACTAATGCAGAAATAGGAAATGTAG +ATAGTGTTATGGATGGTAACATAGATTTATTTATAAACGAATATCTTAAAATGAATAAAA +TCAAAAAATAATTTAAATAAGGCTGGAGAATTTAATTCTTGAGCCTTATTTTAAAATTTT +AATTTGAATAAATTTAATTTATGGAAAGAAGGATGTATTGTGGATATAAATCAAATATTA +AAAACAGAATTTAACTTAAAAGATGAGCATATAAATAACACGATAAAGTTAATTGATGAG +GGTAATACAATACCATTTATAGCTAGATATAGAAAAGAAATGACAGGTGCTATGAGTGAT +GTTACCTTAAGAGAGTTATATGATAGACTAACATATTTAAGAAATCTAGAAAGTAGAAAA +GAAGATGTTAGTAGAATAATTGAAGAACAAGGTAAATTAACAGATGAAATAACTAAAAAA +ATAGTAGAAGCTAAAACTCTTCAAGAAGTGGAAGATATATATGCTCCATTTAAACAAAAG +AAAAGAACGAGAGCTACTATTGCTAAAGAAAAAGGATTAGAAAAATTAGCAATGAGTATT +CTTAATGAAAAAATAGCTAATATAGAAATAGAAGCACAAAAATACATAAATGAAGAAAAA +GACGTAAATTCAGTAGAAGATGCTTTAAAAGGATCTAAAGACATAATTGCTGAGATTGTT +TCAGATGATGCAGATGTTAGAAAATACATAAGAGAGCTTGCATTAAGAGAAGGTGTTATA +ATTACTAAAAATGCTACTGATGAAAAGTCAGTATACGATATGTATTATGATTATAGTGAA +GGAGTTAAGAATATTGCCCCACATAGAACATTAGCAATTAACAGGGGAGAAAAAGAAAAC +TTCTTAAAAGTAAAATTAGAAATAAATAATGATAAAGTATTAAATCATATTATAAATAAA +TATATAAATAATGAGAATATATCAAATAAAGAAGAAATTGTACAAGCAATAGAGGATTCT +TACAAGAGATTAATATTTCCTTCTATAGAGAGAGAAGTTAGAAATACTCTAACGGAAGTA +GCGCAAGAGAGAGCTATAAATGTATTTGGACAAAATGTAAAAAGTTTATTACTACAACCA +CCAGTTAAAGGAAAAGTAGTAATAGGATTTGACCCAGGGTTTAGAACTGGATGTAAGGTT +GCTGTAATTGATAAGAATGGTAAGTTTTTAGATTATGCAACAGTTTATCCAACTGAACCT +AAAAATGATGTAGAGGGGACAAAGAAAACTTTAAAAGATTTTATAAATAAATATGATGTA +GATATAATAGCTATAGGAAATGGTACGGCATCAAGAGAATCAGAAAGTATTATATCTGAT +ATGATAAAAGAAATTGGTAAAGAAGTACAATATGTAATAGTAAGTGAGGCAGGGGCATCT +GTTTATTCAGCATCAGAGCTTGCTAATGAGGAACATCCTGATGTAGATGTATCTATAAGA +GGGGCTATATCTATAGGTAGAAGACTACAAGATCCATTAGCAGAACTTGTAAAAATAGAT +CCGAAGAGTATAGGTGTTGGTCAATATCAACACGATTTAAATCAAAAAAGACTTGAAGGT +GTATTAGATGGAGTAGTAGAAGATTCAGTAAATAGTGTTGGATTAGATTTAAATACAGCA +TCTTATTCTTTACTTGAGCACATTGCGGGTATAAGTAAGACTATAGCTAAAAATATAATT +GCTTATAGGGAAGAGAATGGAGCATTTACATCAAGAGCTCAATTAAAGAAAGTAAAAAGA +TTAGGGCCTCAAGCTTTTACTCAATGTGCAGGGTTTATGAGAATTTCAAATGCTAAGAAT +CCTCTAGATAATACTGGAGTACATCCAGAAAGTTATGATATATGCAAAAGCTTATTAGAG +ATGATAGGCTACTCTTTAGAAGATGTAAAAAATAGAAATATACAAGATATTGATGAAAGA +GTACAAAAAATAGGTATAATGGAAATAAGCAAAAAATTAGAAGTAGGGGAAATTACTTTA +AAAGATATAATTGCAGAAATTAAAAAGCCAGGAAGAGATCCAAGAGAAGAAGGAATTAAA +CCTATACTTAGAACGGATGTATTAAAAATAGAAGATATAACAGAAGGTATGATATTAAAA +GGAACTGTAAGAAACGTAGTAGACTTTGGTGCTTTTGTCGATATTGGAATAAAAAATGAT +GGTTTAGTTCACAAATCTCAAATGAGTAATAAATTTGTTAAGGACCCTATGGATGTAGTT +ACGGTAGGGGATATTGTTGATGTAAAAGTTATTGGCATTGACTTAGACAAGAAAAGAGTT +TCTTTATCAATGAAGATGTAGGAATTTCTAGTAGGAGGTTGAAATGATTTTAATAAAAAA +TGGAACTATAGATACAATAACTAACGGTGTATTTGTAGGAGATATCCTTATAGAAGGAAA +AAAGATAGTAAAAATAGAAGAAAAAATTGAAGTTTCAAACGATGTAGAAGTTATAGATGC +ACAAGGTAAATTTGTTTTCCCAGGATTTATAGACGCCCATACTCATCTAGGATTATGGGA +AGATGGTATGGGGTTTGAAGGTGCGGATGGAAATGAAGAAACAGATCCTATAACTCCTCA +ATTAAATCCGATAGATGGAATAAATCCGATGGATAGAACTTTTGAAGAAGCTGTAGCTGG +TGGTATAACAGCTGTTTGTACAACACCAGGAAGTGCTAATGTAATGGGTGGAGAATGTAT +AGCAATTAAAACTCATGGTAGAAGAATAGATAATATGGTTATAAAAAATCCTGTTGCATC +AAAAATAGCTTTTGGAGAAAATCCAAAGAGTTGTTATGGGAGAGATGAAAAAACTCCTCA +AACTAGAATGGCAATAGCTTCGTTATTAAGAGAACATCTTAAAAAAGCAGAAGAATATTT +AGAAGAAATAGAGTTATACGAAGAACATGAAGATCATGATAGACCAGAGTATGATATAAA +AATGGAAAGCTTAATACCAGTATTAAGAAAAGAAATCCCATTTAAGGTTCATGCACATAG +AGCTGATGATATGTTTACGGCTATAAGAATAGCTAAAGAGTTTGATTTAAGACTTACCTT +AGATCACTGTACAGAAGGTCATCTTATAGCAGAAGATTTAGTTGAAGAGGGATATCCTGT +AATAGTTGGACCATCTTTATCTGAGAGATCTAAGATAGAATTAAGAAATTTAACTTTTGA +TACTGCAGGTATTTTATCAAATGCAGGAGCACAAGTTTCTTTAATGACAGACCATCCAGT +TATACCAATACAATATCTTCCTATATGTGCAGGTATTGCAGTTAAACATGGAATGAAAAA +AGAAAAAGCTATAGAAGCAATAACGATAAATCCTGCAAAAACTCTAGGAATAGAAGATAG +AGTAGGGTCTATAGAAGTAGGGAAAGATGCGGATATAGTTATTTGGGATGGATGCCCTTT +AGAAATACAAAGTAATGTATTATTTACCGTGATAGATGGTAAAATAGTTTATAAGCGAGC +TTAATCAACTTATAAATTTTTATATAAAAAATGAATTTTATTTTTAGTTAAGTTGACAAT +GAAATAAAATTTAACTAGTATATAAGTATAAATTAAATAGAAATATGAAATCTTCGGGGC +AGGGTGAAATTCCCTACCGGCGGTTATAGCCCGCGAGCTACCTTGTGTAGCATGATTTGG +TGAGATTCCAAAGCCGACAGTAAAGTCTGGATGAGAGAAGATGGTTAAAAGCGAATACTT +AAAATTAAGTAATATACTTAATATTAATTAGTATTCAAACTATATCCATAAAAACAAGCT +CGAAGAATTATTCTTCGAGTTTTTTTATTTCCGGGTTTTTTATTTCTAATTTATTTAAAT +TTTTATTTAAATATATTGGGAGGTAATATTTTATGCAAGAAACAATTAAAAATAACAAGT +CAATGTCTGTAAAAATTTTAGCTAAAATAGGTATACTAGCAGCAGTAGCCTATATACTTA +TGTTTATATCGGTGCCATTACCTATATTTCCAAGTTTCCTAAAGTTAGATGTATCAGATA +TACCAGCAATATTCGGCGGAATGGCGATGGGACCTTTAGCTGGATTTATAATAGCACTTA +TAAAGAATTTACTTCAAATAGGAGTCAGTGTTACTGGTGGAGTAGGAGAAATAGCAAATG +CAATTATAAGTGGAACTTATGTAGTTATAATATCTTATCTTTATAAAAGAAGAAGCAATT +TTAAAGGTGTAATACTAGGCGCTATATTAGGAACTATAGGCATGACTATTATGGGATGTG +TATTAAATTATTTTGTGGTAACTCCAATATATGGTCAAGTAGTCGGTAGTTTAGACGCAG +TAATAGCAATGGGAAGTGCAATAAATCCAAGAATACATGATTTATTTACATTTGTAATTT +GGGTATACGCTCCATTTAATATAATTAAGGCTATAGTAATGACAATATGTGTTTTACCAC +TATACAAAAAGGTGAATGGAATACTTAAAAAATAAAAAATCTAAATATAAGAGGTTCATG +GATTTAATTCATAGACCTCTTTTTTTATGAAAGCTTATAATATATGATATAAGTTAATTT +TGTTGTCTAAAATTTTGATTAAAGTTAATTATTATAATATAATAATATTTATCGAATTAA +TAAATATTTAGAAATATAATGGAGATGAAGTCATGGTTAAAATATATTTGGACGGAGAAG +AACAAACTAAAGAAATAGGATATAGATTAGGAAAATTACTTACACCAGGAAGTGTGATTT +GTTTAATAGGAGACTTAGGAGCAGGGAAAACTACTATGACTCAAAGCTTAGCAAAAGCTA +TTGGTGTCGACGATTATATAACTAGTCCTACTTTTACAATAGTAAATGAATATGAAGGAA +ATATGCCTTTATACCATTTTGATGTTTATAGAATTGGAAGTAGTGAAGAAATGTATGATA +TTGGGTATGATGAATATATAAACTCAGATGGTGTGTGTATAATAGAATGGGCTAATTTAA +TAGAAGATATACTTCCTGATGAGTATTTAGATATAGAATTAAGTTATAAAGATATGGGAA +GAGAAATGATATTAAAACCAGTTGGAGAAAAATATAAAAAAATCGTTGAGGAGCTGACAA +AATAATGAAAATACTAGGTATAGATACATCTTCAAATGCATCGAGCGTTGCTGTAATTGA +AGATAATAAATTAATATGTGAATATACTGTAAATACAAAAACAACACATTCTCAAAAGCT +TATGCCAATGATAGAAAATATGCTATCAATGAGTGATATAAATATAAAAGATATAGATGC +TATAGCAATATGTATAGGACCGGGTTCATTTACAGGATTAAGAATAGGTATGGCGACTGC +AAAAGCAATAGCACATGTAAATAATTTACCTATAATAGGAGTAAATTCACTAGAAATATT +AGGTGGAAATATGAATCTTTGTGATAAAAATATATGTTCTATACTAGATGCACAAAGAAA +TCAAGTTTACACTGGAAGATATAAATTTGAAAATGGAAACATAGTTGAAATACAACCAGT +AGATGTAGTTGAAATAGAAAATTTATTAGAAGAAATATCTAAGGATAACGAAGAGTGGAT +TTTAGTTGGAGAAGCTGTTTATAAGTATGAAGATAGAATAAAAGAAATAAAAAATATAAG +AGTGCCATCTCCATCGCACAATGTAACAAAAGCAAGTAGCTTATGTTCTATCGCTAAAGA +AAAATATAATAAAAATATAGATGTTCATAATTGTTACGATATAAATCCAATGTATATAAG +AAAATCTCAAGCAGAAGTTCAATACGAAGAGAAAATGAAGAGGTTAGAAAATGGTAAATA +ATCTTGTAATAGAAGAAATGAAGGTCGATGATATTGACGGAGTTTTCGAAGTAGAGAAAA +ATTGCTTTGAAGATTATTGGTCAAAGGATTCATTTAAAAAAGAGCTATCTAATAATTTAG +CAAAATACCTTGTTGCAAAAGTAGATGGTAAAGTAGCAGGATATGTTGGCATATGGTTTG +TAGTAGATGAAGGTCATATAACAAATGTAGCAGTACATGAAGATTATAGAGGTCAAAAAA +TCGGAGACCAATTAATAAAGGAATTAGTACAAGTATGTAAAGATAATAAAATTGTATCAA +TGACATTAGAAGTAAGAACTTCAAATACAGTTGCTCAAAATTTATATAGAAAATACGGAT +TCAAGATGGCTGGAATTAGGAAAGAATATTATAGTAATAATAAAGAAGATGCCATAATAA +TGTGGAATGATATAAAAGAGGTGTAAGAATGAAAGATGTAATAACATTAGCTATAGAAAG +TAGTTGTGATGAAACATCAGCAGCCATATTAAAAAATGGTAGAGAAGTTTTATCAAATAT +AATATCGACTCAAATTGAAACACACAAAAAATTCGGTGGAGTAGTACCTGAAGTGGCATC +AAGAAAACATATAGAAAGTATTGATGAAGTTGTACAAGAAGCCTTAGATACAGCTAACAT +GGACTTTAAAGATATAGATCATATAGCCGTAACATATGGTCCAGGACTTGCAGGAGCACT +TTTAGTAGGCTTATCACATGCAAAAGCATTAGCTTACACATTAGATATTCCACTGGTAGG +AGTAAATCATATAGAAGGACATGTTAGTGCAAACTATATCGAGCATAAAGATTTAAAACC +TCCATTCATAACTTTAATAGTATCAGGAGGGCATACTCATTTAGTTGAAGTTAAAGATTA +TGGAGTTTATGAAATTTTAGGTAGAACAAGAGATGATGCATCAGGAGAAGCATTTGATAA +AATAGCTAGAGCTATGGGCCTTGGATATCCAGGTGGACCAATAATAGATAGATTAGCCAA +ATTAGGTAATAAGCATGCCATAGAATTCCCTAGGGCTCACATGGATGAAGAATATGACTT +CAGCTTCAGTGGACTCAAATCAGCAGTGCTAAACTATCTAAATGCTAAAAAAATGAAGAA +TGAAGAAATAATAGTTGAAGACGTAGCAGCATCTTTCCAAGAAGCGGTAGTAGAAGTATT +ATCAAGTAAAGCAATAAAAGCAGCTTTAGATAAAAATTACAAAACAATAGCTTTAGCGGG +AGGTGTTGCATGCAACTCATCACTTAGAGAAAAAATAACTGAAATGGCTAAAGAGCATGG +TATTGATATTAAATACCCACCATTAGTATTATGTACAGACAATGCAGCGATGATAGGATG +TGCAGGGTATTACAGTTACATGAACGGAAGAAGAGATGACATGTCACTAAATGCCGTACC +AGGACTAAAAATAGGTCAAAAATAAACTTATAATAATTCAAATTACTCCCCCTATTTCAA +GGTTAGTTAATCGGTGGCCCCAACGAAGGGGAGAAAATAAAAAAAGTGACTACCATTTGC +AGAATTTTCCCATCTGCATGGTAGTCACTTTTTTATTTTCTCACCGAGCTGCCGATCACC +GATTAACTAAACTAAACCATCTCTTTTACTAAGTTAGTAGCCCATTTTTTAGATAAGGCT +CTAGGAACTCCGAATATAAATTTAGCAATTTCTTCAGTATAAGTTAATAAAACTAACATA +AATATAGGAGCGCCTTTAAACGCAGCTAAAAATGTTAGTGGAAGGGACACTAACCACATA +CATCCTAATTCTAAAAATAATGAGTATTTCGTATCTCCACCACTTCTTAAAACACCAATG +ACTATAAAGGTATTAAAAGCTTTTAGTGCCATTAATAGACCCATTATAATGAATATTTTT +ATTATATCTGGAGATAATTCCTTTGATACATTAAATACTTTTAATAATAAAGGTATATTA +GCTATTAATAAAAGTCCAAATAGTAATCCCGTTAAAGATACTAGAATAGAGAATTTTTTA +GAATAGCGTATAGCTTTTTCTATTTGGTCTGCACCTAATTCATTTCCAAGCATAATAGCA +GCTCCATTTGCGACACATACAGAAGTCATAATAAAGAAGTTACCTGTACTAGTAGCTATT +TGACTGGCCGCAATAGCGGAAGTACCAGCTTGAGAATATGCTACAGAGTATAAAACTGTC +CCAAATGCCCATAGACTATCATTTAAGAGTATAGGTAAACTTTTAGATGCAAAAGTTTTT +AAGAAATCAGCCTTTATTCTTTTTACATCATTTAAATTGAATCTTAATATATAGTCCTTC +TTAATGAAATAAATGTAAGATGTTATAAGCACTAATTCAATAATTCTAGCAATAACAGTA +GCTAAAGCTGCACCTTTAACACCTAAAGCAGGCAATCCAAAGTTACCTAGTATAAGACCA +TAGTTTAATACTATATTTGTTCCTAAGGCTATGGTACTGCATATCATACCTAGTTTAGGG +TTTCTAACACTTCTTGAACCCATACTAAAAACTGTACTTATTGCAATTATTGGATAGGAA +AAAGTAACAATTCTAAAATATTCAATACATAGTTTAACAACCTCTGAATCATGAGAAAAT +ATGTTTATTATTAATTTAGGAGCTATTAAAGCTGGAAGGAAAAATAAGCAACTAACTAAA +AAAGCTAAAATTGTACTTAATCCAGTTACACTTCTAATATTATTTACGTCTTTTTTTCCA +AAAAACTGAGATATAAATATACCAGCACCACCAGTTATTCCATATAAAGTCATATTAAAT +AGGAAGAAAAATTGATTTGCAACTCCAATAGAAGCTACAGATGATTCTCCTAGGCTACTA +ATCATGACAGTATCAACTACATTAACAGAAGATGAAATCAAGTTCTGTACAATCATAGGA +ATACAAAGTGATACTAATAACTTATAGAAACTTTTATTTTCTTTATCTAATTTAAATAAT +CCTTGCAAATAATCACCTCGTTATAAATTTTTACATATTAAATGATAACACAATAATAGG +TAGGGTTGGCAAGTTAAATAAAAGCAATTAGTTTATTAAACTAATTGCTCCCATTCTTCA +TAAAGAGCTTCTAGGTTGTTTTCAAGATTAGTTTTCTCTTGACTTACTTCTTTAGCTCTT +TCAGGATTAGAATAGACTTCTTCTTGACATAGAAGTATGTCTAATTCTTCTATTTTAGAT +TCAGTAGTTTCGATTTCTTTTTCTATATTTTGTCTTTTTGCCCTGTTTTTCTTTTCAGCT +TCTCTTTGTTCTCTTTCTTTTCTTTTTTCTTCTTTTAGCTGAGTTTTAGTTTTTTCTTCT +TTATCTTCTTCTTGAATAAGGCTCATCTCTTGAACTTGTCTTTTCTTAAACATATAATAA +TCATAGTTTCCAAGATATTCAGTTATACCATTCTCATCTAATACTAATATCTTATCAACA +ACGGTATTTAAAAAATATCTATCATGGGAAATAGTGAATATAGTACCAGTATAACTTGAT +AAAGCCTCTTCAAGAACTTCCTTAGAATCTATATCTAAGTGGTTAGTAGGTTCGTCTAGA +AGTAAGAAGTTTGCATTTGAAAGTATTAGTTTTAAAATAGCTACTCTAGCTCTTTCTCCA +CCACTTAAAGTTGAAATTTTCTTAAATACTTCTTCATCTTCAAATAAAAATGCACCAAGC +ATGCTTCTAATTTGAGTTTGAGTTAAGTGCTTATTACTATCCCAAATTTCATCTATAATG +GTATTATCTAAGTTTAGTGTTTTTTGTTCTTGGTGGAAGTAAGAAACATTGACATTAGTA +CCTAATGTTACACTACCACTTAAAGGAATTATTTCATTCATTATTATCTTGAATAAAGTA +GATTTACCAATACCATTAGCACCAATAAGAGCAACTTTTTCTTCTCTGTAAATATCTAAG +TTTAAATCTTTAAATAAAATTCTATTTCCATATCCCATAGATACATCTCTGACTTGAAGA +ACATCATTACCACTAACTATAGATGGATTGAATTCAATCCGAGCTCTTTTTCTATAAGCT +TCAGGTTTGTCTAGTACATCTATTTTATCTAGAGCTTTTTCTTTACTACGAGCTCTTTTT +AAATGTTTTTCACGACCATATGCTTTAAGTCTCTCTATAGATTCCTCTTGTTTCTTTAAG +TCTTTTTGTTGATCTTCATATTTCTTTAATTCTAATTCTTTTTCAACTCTCGATAGTTCT +AAGAATTTAGAGTAGTTTCCATTATAAGTTTTTAATTTTTTATTATGAATTTCAAAGGTT +CTATTGACTACTTGATCTAAGAAATATCTATCATGGGAAATCAGCATAACTGTTCCCTTA +TATTGTTTTAAAAATAGTTCTAGCCATTCTATTGCTTCAGAATCTAAATGGTTAGTAGGT +TCATCCAGCATTAATAAGGTTGGCTTTTTTAATAATAATTTACCTAAAAGTATTCTTGTT +TTTTCTCCACCAGAAAGTATGCTTATAGGTTTATTCATATCATTATCACTAAATCCTAAG +CCTTTTAATACACCCTTAGCTTCTGACTTATATCCATATCCATTTTTATCAGCAAATAGT +TCTAGCTTATGTGAGTATTCATTCATAAGTTTATCTAAGTAATCTGAGTTAGATTTTTCA +CCCTCTTCAGCAATTTTTAGTTCTAGATTTCTTAAATAAGTTTCCATATCTATTAAATCT +CTAAAAACTTCTAGAACTTCATCTAGAATTGTATTTTCAGAGTGGAAATTCATGTTTTGT +TCTAAATATCCAATTTCACAATCTTTAGCTGTGTATATATCACCGCTATCATATCCATAT +ACACCTGAAATTATTTTAAATAAAGTGGTTTTACCAGTACCATTAATACCGATTATACCG +ATTTTGTCTCCTTCATTTACAGTAAAAGATACGTCTTCTAGTATAGAATCTATTCCAAAA +CTTTTATTTAAGTTATTACACGACAATACGATCATAAATTTTATACCTCCTTAAACTACC +TAAAATTATAATGTTTTGATATAATATAATCAAGGATATATAAGATGTTTTGAAAAAAGA +AACATTTAAGGTGAATAGTTAATTAAAATTTAAACGACTAGGAGGTGAAGCTGTGGGTAA +TAAAAACATATCTATGGCTGTAATTAGAAGGTTACCAAAATATTACAGATATTTAGGTGA +CTTATTAGATAGAGATATACAAAGAATATCATCAAAAGAATTAAGTGATATAATCGGATT +TACTGCATCTCAAATTAGACAAGATTTAAATAATTTTGGAGGATTTGGGCAACAGGGATA +CGGGTATAATGTTGATGCTCTACACCAAGAAATAGGAAAGATTTTGGGACTTGATACAAA +ATATAATGCTGTACTTATAGGTGCTGGGAACTTAGGTCAAGCAATAGCAAATTACTCAGG +ATTTAGAAAAGCTGGTTTTGAAATCAAGGCATTATTTGATGCAAACCCAAGAATGATTGG +ATTAAAGATAAGAGACTTCGAAATATTAGATTCGGAAGATATAGAGGAATTTATAAAGGA +AAATGAAGTTGATATAGCTATAATGTGTATTCCTAAAAAAGGAAGTCAAGAGCTTGCAGA +TAGATTAGTAAATGCAGGAATAAAAGGCATATGGAACTTTGTACCTGTAGATTTAGATGT +TCCAGAATCAGTTATAGTTGAAAATGTAAATTTAACAGAAAGTTTATTTACATTATCATA +TTTAATGAAAGCAGAAGACTAAATAAAAGTTCATATGGGGGATTTATTCTTAAAAAATTG +GGGGAAAGGTCAGAAGGCATAAGTCTTGTGACTTTTTTATTGTAAGGATTTTTATTATAT +AGAAACTCTACAAAAATAAAAATGGGCATGTTTTAGCGAGTTTGTATAATGACTGGCTCA +GGTGTAAAATATAAAATCACTACAATTTGCAATGTTCTTTGTTGTATAGTAGTGATTTTA +TATTTACACTCGAGCCGACGGTACTTAAAACAAGTAAAACAGCCCGAATAATTTTTTAAT +TACTCTCCTTGTTGTGGAGCATCCACAGGACATACTTCTGCACAAGATCCGCAATCAACA +CATTCATCTGCATTTATAACGTATCTTTCATCCCCTTCAGATATACATCCAACTGGACAT +TCATCAGCACAAGCACCACAGCTTATGCAAGCTTCATTTATTATGTAAGACATATTAAAA +TCCTCCCCTTTTTGAAATTATTATCAGTAATATTATAGCAAAATTAGAATAATATAACAA +ACATAAACATTCTACATAAAGCTGTGTTATACGACAAGATAATGTTTTCCTAAAATAAAA +TTAATTAGAAAACTATAATTTAAAAAAAATCTAATTTAGAGTAAAAAATCGTAGATATAT +GGGTTAAAATTTGTTAAAAATAATTTTAAAAATATGTTTGAATAAAATAACTAATGGTAT +TAATAGAAATAGATTATGTTAAAAATTTAATTATCACAACTCAAATATCATTTCTTAAAT +ATAGTCAAAACAATTATAAATGTTTTAAGGGGGATTTTTTATGGATTGTAATAGTTGTAA +AATGTGTAAAAGTGCAGATGATAAGCTAGAAAGCTTTGTGGCATCGAAGGAATTTGAAAC +TGCATTTCATAGAACTGAAGACCAGAAACAAAAATGTGGATTTGGATTACAAGGAGTCTG +TTGTAGACTATGTGCAAACGGTCCATGTAGGATAACTTCTAAATCACCAAGAGGAATATG +TGGTGCAGATGCAGATACAATAGTAGCTAGAAACTTTTTAAGGGCAGTAGCATCAGGTTC +TGCATGTTACATTCACGTTGTTGAAAACACTGCTTTAAATTTAAAACATGTTGGTGAAAC +AAAAGGGTTGATCAAGAGCCAAAAAGCATTGGATTATTTAGCTGATAAATTAGGAATAGA +TGAATCAGATAAATATGAAAAGTGTATAAAAGTGGCAAATGCAGTTTTAGATGATTTATA +CAAACCAAGACATAAAAAAATGGAATTAGTCGAAAAAATAGCTTATAAACCTAGGTTAGA +AAAGTGGAGAAAGATAGGAATAATGCCTGGTGGAGCTAAATCCGAAGTATTTGATGGGGT +AGTAAAATCTTCAACTAACTTAAATAGTGATCCAGTAGATATGTTAATGAACTGTCTGAG +CTTAGGAATATCAACAGGATTATATGGATTGACATTAACAAACCTTATAAACGACATAAT +GCTAGGAGATCCAGTTATAAGAATGGCTCCAGTAGGATTTAGAGTAATAGACGAAGACTA +TATAAACATAATGATAACAGGTCATCAACATTCAACTTTTTCAAGTTTCCAAGAAAAATT +AACACAACCAGAAGTAGTAAAATTAGCGAAAAAAGCAGGTGCAAAAGGATTTAGATTAGT +AGGGTGTACTTGTGTAGGTCAAGATTTACAGTTAAGAGGAGAACATTATCAAGAAATATT +TGCAGGTCATGCAGGAAATAATTTTACAAGTGAAGCAGTTTTATCTACAGGAGCTATAGA +TATGGTAGTATCTGAATTTAACTGCACAATACCTGGATTAGAACCAATAGCAGATAAATT +AAATGTAAAAATGATATGTTTAGATGATGTTGCTAAAAAGAAAAACGCTGAATACATTTA +TTTAGATAGAAATAAATATGATGAAATAGATATGAAATTAATAAATGAAGCACTAGAGTC +TTACAAATCAAGAAGAAGTCAAGTTCAAATAGACATACCTAAGGATCATGGATATGAAGA +GTCATTGACAGGAGTAAGTGAAAAGAACTTAAAAGAATTTTTAGGTGATTCATGGAAACC +TCTTGTAGACTTAATAGCTAATGGAACTATAAAAGGAGTTGCAGCCATAGTAGGATGTTC +AAATATGACTGCAGGAGGTCATGACGTAAATACAGTTGAATTAACTAAAGAATTAATTAA +GAGAGATATATTAGTTCTTTCTGCTGGATGTTCAACAGGAGGGCTTGAAAACGTAGGACT +TATGTCCCCGGGAGCAGAAGAACTTGCAGGAGATAACTTAAAAACTGTATGTAAAACATT +AGGTATACCACCTGTATTAAATTTTGGACCATGTCTAGCTATAGGTAGACTAGAAATAGT +AGCGACTGAATTAGCTGAATATTTAGGAATAGATTTACCTCAACTTCCGCTTGTACTTTC +TGCACCACAATGGCTAGAGGAGCAAGCTTTAGCGGATGGAGCTTTTGGATTAGCGTTAGG +GTTACCACTTCATCTAGCATTACCTCCGTTTATAACAGGAAGTAAAGTAGTTACTGAAGT +ACTAACAGAATCATTAAAAAATATAACAGGAGGTCATGTAATAGTAAATCCAGATCCTAA +GTCTTCAGCGGATCAACTAGAAGAAATAATAATAGATAGAAGACAAAAACTAGGATTAAA +GGAAGTGGAAATCTATGCATAGAATTTTAATAAATAAAGAATTATGTACAGGATGTAAAA +GTTGTGTATTAGCATGTATGTTAAAACATAGCGAAGCTGAAAATATGTACTTCTTAGATT +TAGAAAGTATAGATACAGAAAGTATGGGACACATAGAACTTGATAAAGATAATAAACCAG +TTCCAATACTTTGTAGACATTGTGAGGAACCGGAATGTGTATTAACTTGTATGAGCGGTG +CTATGACAAAAGATAGGGATACTGGAATTGTTTCGTATGATAAGCAAAAATGTGGTTCTT +GTTATATGTGTGTTATGTCGTGTCCGTATGGGGTTTTAAAGGTTGATGATAGAACAAAAC +AAAGTATATTAAAATGTGATTTATGTAGAGATGAAGAATGTCCTAAATGTGTAGCCAATT +GCCCTACTGGAGCTATAGAGCTACAAAAGGAGGAAGCCTATGCTGAATAAGTTTATTAAT +AAATTTACTTCTAAGAAAGAAAATAATCAAAATTGTAAATCTAATAAAAAAGATTATGTA +ATATTAGGGGCTAGTGCAGCTGGAATAAATGCTGCAAAGACATTAAGGGATTTAGATTTA +GATTCAAATATAACTGTAATATCAAAAGATGAAAATGTATATTCTCGCTGCATGTTACAT +CATGTTATATCAAATCATAGAACAGTAGAAGAAATAAATTTTGTAGAAGATAACTTTATG +GAAAATAATAATATTTATTGGATAAAAAATAAATCTGTAAAAAGTATAGATACAAATAAT +AAGAAGGTTGTGATTGAGGGGCAAGAACTAGATTATGATAAATTACTAATTGCGACTGGA +GCATCTGCCTTTATACCTCCTATAAGAAATATAAAAGAAGGAAATTACATTTATCCATTA +AGAAATATAGATGACGTATATGAAATAAAAGAAAAAGCAAAAATATCAAAAAAAGTAGCT +ATAATAGGCGCTGGATTAATAGGAATAGATGCTTTGACAGGTTTAATGGAATATAAAAAT +TTAGAAGTATCATTAATATATCCAAGTGACTATATATTAGATAAACAGTTAGATGAATAT +TCAGCTAAAGTATATGAAAATAAATTTATAGAAAATGGTGCAAATTTATATTCTGGTCAA +CCTGTTAATGAAATTATTTTAGATAAGGAAAATAATGTTTCAGGAGTACAATTGGGTAAT +GGAACGGTGGTAGAGTGTGATTTACTAGTAGTTTCAACTGGAGTTACACCAAATATAGAT +TTTATAAAAGAAACTAATATAGAAAATAATAGAGGTATAGTAATAAATGATAAATGTGAA +ACAACAGTAGATGATGTATATGCAGCTGGAGACGTAGTCGGTAAAAATGCAATTTGGCCA +TTGGCAGTTAAACAAGGAATAGTAGCAGCACATAATATGGCTGGAAGTGAAAGAAATATA +GAGGATGATTTCACATTTAAAAATAGTATGAACTTTATGGGAATACCAACAGTATCTTTA +GGAATAGTCAATCCAGACGGAGATGATTATGACACTATAACTAGATGTGATAATGATGGT +TATAAAAAGTTTATATACAAGGACGATAGAATATATGGCCTTATAGCTCAAGGTGATATC +TCTTATATTGGAGCATTAACACAGATTATAAAAAATAAAGTTGAAATACCAGATTTAAAA +AATAGAATATTTGATATAGGATATGCAGACTTTTTTTCTATGAAGGAAAATGGAGAATTT +GAATATAGCATATAAACGAAACTGTTTAATAAAAAGGGGCATTAATGTGTTTAATAATAG +TTGATTTTTATCTATTAAAAATAACATTAGCCCTTTTTTAGTCCAATAAATAAGTCGCGA +AATAGCTAAAACTTATTTTAAAAAATCTAATTATTATGTAATACAATAATGTTGAAAGCT +TAGAATACGTTGTCATAAAGGAAATAAAATACATATAATTTTATTAAGAGGGACTTTAAA +TGGCAGAAAAAACTTTAAATGTATTCGAAATAGCAAAATCACAAGTAAAATTAATGAAAA +ATGCTTTTGAAGAAATATGGGATTTAGCCGAAGAATATGATGTGAGTCTAAGAACAGCGG +CATATATGATGTCAATTAAAAGAGTTGCAATAGCAATGGAAAAAAGGGGGGATGCTAAGA +CTACATCAGAATCGTTAGCAAACAATTAATATAGATAAATATATAAAAAGCTACAGTTTA +TTACTGTAGCTTTAATTATTCTAAATAAAACATCAATTATGAATTATTAAATTTTTGAAC +AACAAAATAGAAGAAGTTACAAAAAACTTTACTTCTTCTTGTTATTAATATATAATTAAA +TTAAAATGAATAACTAGAATTAATTTTGGATAAAATAATTAATTTAAATATATATTATCA +AGATGTAAATCTTACTTTGTTTTGCTAACATAAGAATACTATAAAAATGTAAAAAATAAA +TTACAAATTAGTTACAAATTTACTACAATCTTGTGTATTAATATTTTATCCGTGTATTTA +TATAGAGAATTTTAGGAGGACGTACATATGAAGAAAAAAATATTAGTACCAATGTTTGCA +TCAGTTATGGCATTATCAATGAATGCAGTAGTAAATGCAGATGAAGTTAAAGATAATAAT +ATAGATAATACAGAAGAAAAAACTAGTCAAGACGTTATTGATTTAGGTGAATATGAAGAA +ACTACATATAAAACTGCAGTAGTTAAAGATGGGGTTGCAGTAAAGATAAGAAATGGTGGT +AAAGTTAAGCTTGTAGCATATACAGGTGATAGTTTTAAAGTTTTAGCAACTCAAGGGGAA +TGGGTTGAAGTTTCTGTAGATGGAGAAAAAGGATGGGTTCCTTCTAGATTTGTTGATATA +AAATCAGCGCCAGGGTTTGTTACAGAAGAAAAGGTAAACTTTAGAAATGATGCAAATACT +GATTCTGAAATAATTGAAGAATTATCTAAAGGAAGTAAATTAGAAGTATTAGAGGATCAA +GGAGAATGGATAAAGGTTAAATATGGAGACAAAGAAGGGTATGTAAGTGCTAAATATATA +TCTGATGAAGCTCCAGTAATAGAAGAAGTAGTTGTTGAAGAAACAGTTACTGAAGAAGCT +ACAACTAGAGTTTCAAATAATCAATCTTCAAGTAGCCAAAGTTCAAATACTCAAAAGTCT +AACAAGAAAAATAATAGTTCATCAAATAAAACAGAGCAAAGCAATGAAAATGTTCCAGCA +GCTAATACATCATCAGCTCAAGCTGTAGTTAATTTAGCTTATTCTAAAATAGGATCTCCA +TATGTATGGGGGGCAGAAGGACCAAATAGCTTTGATTGTTCTGGTTTAACATCTTACGTA +TACAAGAAAGCTGCAGGAGTGTCTTTACCTAGAACATCTTCAGCTCAATCAGGATATGGA +AAAACAGTAAGTAAATCAAACTTACAACCAGGAGACTTGGTATTCTTCGGTAGCGGAAGT +GTAAGCCATGTTGGTATATACATAGGTGGAGGAAATATGATACATTCACCAAAGCCAGGA +GAATCAGTTAAAATAACAAGTATAAACTCATCTTACTATTCAGGTAGGTTTATAACTGCT +AAGAGAGTTTTATAATATATAAATTTTAAGGATGCTAAAATGATTGCAAAATCAGGACTA +GCGTCCTTTTTTGATAATAAATTCTTTTAATATATTGACATAAATTTGTAAAAATGATAA +CCTAACTTAAAGAATAAAATACTTTTAATTTTAGTCCAGAGAGGCTAAAAAAGGAGGAAC +TAGAAAAATGTTAAAAGGAAGAAATTTAATCCAACCAGAAGACTTTTCTGTTGAAGAAAT +AGATGAAATATTAGAATTATCTCAAAAAATAATTGACAATCCGTCAAAATATTCCCGTAG +ATGTGAAGGTAAATTAATGGCTACTTTATTTTATGAGCCATCAACAAGAACAAGATTAAG +CTTTGAATCTGCTATGAAAAGATTAGGTGGACAAGTAATAGGTTTTTCAGAACCTAATTC +GTCATCAGTATCAAAAGGAGAATCTCTAGGAGATACAATTAGAACAGTATCAAGCTATGT +AGATGTAATAGTTATGAGACATCCGCAATTTGGAGCTGCAAATGAAGCTATTAAATATAC +TGAAGTACCTTTTATAAACGCGGGAGATGGAGGAAATCAACATCCAACTCAAACACTTAC +CGATTTACTTACAATAAAATCTCTTAAAGGAAATTTAGAAAATCATACAATTGGTCTATG +TGGAGACTTAAAAAATGGAAGAACAGTACATTCTTTAGTTAAAGCAATGGCTAGATATAA +AAATACTAAATTTGTATTTATATCACCAAAGGAACTTGAAATGCCTGAATATATAAAGGA +GGCAATAAATGGTCATGAATATTATGAAACTACTAACTTGGATGAAGTTATAGGAACATT +AGATGTATTATATATGACAAGAGTTCAACAAGAAAGATTTGAAGATAAAGCTGAATATGA +TAGATTAAAAGATTACTATATTTTAAATAAAGCTAAGCTTAGTCATGCAAAAAAAGATAT +GTTAGTTATGCATCCATTACCGAGAGTAAATGAGATAGATACTGATGTAGATGCAGATGA +AAGAGCAGTTTATTTTAAACAAGCGAAGTATGGTATGTTCGTAAGAATGGCTTTAATAAC +AAAACTTTTAGGGGTGGATATAAATGAATAATATATTATTTAGAAATGTTAGAATTGTAG +ATGCTAATAAAGACTTTAAGGCAGATTTACTTGTATCAAATGGTGTAATTTCAAAAATAG +ATGAAAATATAGAAATTGAACATGAAAGCATAAATATAGTAGATGGAAATGGTTACGTAT +TAATGCCTTCTTTTATAGATTTACATACACATTTAAGAGACCCAGGATTGACACATAAAG +AAGATTTAGAAACAGGTCAAAAGGCTGCACTAAAGGGTGGATTTACAGTACTTTGTCCAA +TGGCAAATACAAAGCCTGTTTGTGATAATAAAGAAGTTATGGAGTACGTACTTAATAAAG +CAAAAGATTTAGATTTATGTGATATAAAGCAAGTATGTGCGATAACTAAAAATTTAGATG +GTCAAGAAATGATAGATATAGAATCAATGAGAAAGTATACAGATTTATTCTCAGACGATG +GATACACATTATTTAATGAAGAAATAATGGAAAATGTTTTAAGGTTATCTTCTGAATTAG +ATTTTAAAGTATTAACTCACTGTCAACCAGAGTATGAAATAGTTCAAAGAGACCTAAAGA +TGTTAAAAGAAGTTGGTGGAAACTTACATATATGCCATATAAGCTTAGAAGATACGTTAA +ATGAAATAAAAAAATATAAAGATGAAGGCTACAAGTTTACTTGTGAAGTAGGACCACATC +ACATATATGGATACGGATTAGACTATAAAGTAAATCCATCGTTTGCAAAAGAAGAAGATA +TGAGGGCTTTAATCCAAGGAATTAAAGATGGATATATAGATATGATAGGAACAGACCATG +CGCCTCATACAGAAGGTGACAAAAAAGCAGGATCTCCTGGAATATCAAACATAGAAGTAG +CTTTTGCAATGGTTAATAAGGTATTTAAAGAAAATAATATATCTTTAAATAAACTAAGTG +AAATGATGAGTGCTAATCCTGCTAGACTTCTTGGATTAAGTCAAGGATTAATAGAAGAAG +GTTTAAGAGCAGATTTAGTTTTAATAGATGAAAATGAAATTGATGTAATAGATACTAGAA +AGTTTGTATCTAAAGGAAAAAATAATCCTTTTAATAATCAAAAGGTTATAGGAAAAGTAA +TAATGACGATAAGAGACGGGAAAATAGCTTATAAAGTAGAGGGGGATATGTAATGTATAA +AGTTCTAGAAAATAGATATGTAGGAGAAGATATGTATCTAATGAGAGTTGAAGGTAGATT +TGAAGGCAAAATGGGTCAATTCTATATGCTAAGAGCTTGGGATACATACCCATTACTTTC +AAGACCAATAAGTATACATGATATAGATGACAATAGTATAAGTTTCTTATATAAAGTATT +TGGAGAAGGTACTCAAATCTTTAGTAGATTAAAAGAAGGGGATACTATAAAATTAGAAGG +ACCATATGGAAATGGATACGAAAAGGTTGAAGGTAAGGTAGCTTTAGTTGGTGGAGGAAT +CGGAGTAGCACCATTATATTTAGTAGCTAAAAATATAGAAAATTGTGATGCATATCTTGG +ATTTAGAAATGAAGCCATATTAATGGAAGAATATAAAGAATTATGCAATGAAGTTCATGT +AGTTACAGGAAATACTTTTGTAACGGATATCTTAGACGTAGAAAGGTATGATTACATACT +AACTTGTGGGCCAACTCCAATGATGGAAAAGTTAGTTAAAATGGTAGAAGGCACTAAAAC +AAAAATAATGGTATCTCTAGAAAATCACATGGCATGTGGAGTAGGAGCTTGCCTAGTTTG +CACTTGTAAGACTAAATTTGGAAATAAAAAGACTTGTAAAGATGGACCAGTATTTTGGGG +AGAGGACGTGATTTTCTAATGGCTAATTTAAATGTTAAGTTTGGAAATATAGATTTTAAA +AATCCAGTAGTAATGGCATCAGGAACTTTTGGGTTTGGAAAAGAATATAATGAAATTTAT +GATATACAAAAGTTAGGTGGAGTTAGTAGTAAAGGACTTACTCTGCAAAAAAGAGATGGA +AATAATGGTATGAGAGTTTGGGAAACTCCATCGGGAATGATGAACAGTGTTGGTCTTGAA +AACCCTGGGATTCAAGGATTTATAGATAATGAGTTACAATTTTTTAAAGATTTAGATTTT +GTAAGAATAGCTAATGTAGGTGGAGGAACACTGGAGGACTACATAGAAGGCGTTAAATTA +TTAAATGAGCAACCGGTAGATATGATTGAGCTTAATATATCTTGTCCAAATGTAAAAGCA +GGAGGAATGGCTTTTGGTATAAAAAATGAAGTAGCAAGAGATGTAGTAAGAGCAGTAAGA +AAAGTTACAGATTTACCATTAGTAGTAAAATTATCACCAAATGCTGAAGATATAGTTGGA +ATGGCTAAAGTATGTGAAGAAGAAGGAGCAGATGGGATTTCCTTAGTAAATACTTTTAAA +GCAATGGCAATTGATATAAATAAAAGAAAGCCGGTATTTGAAAATGTATATGCAGGATTA +TCTGGGCCCGCTATAAAGCCAATAGCGCTTAGAATGGTTCATGAAGTGTGTAAAGCTGTA +AATATACCAGTAATGGGCATGGGCGGAATAACAAATTGGGAAGATGCTATAGAATTTATT +ATGGCAGGAGCAACATGCATACAAGTTGGAACTGCAAACTTTATTAATCCTAAAATAGGC +CTTGATATAATAGCTGGAATAGAAAGCTATATGGAGAGAGAAGGAATAGAAAGTCTAGAT +GAAATAAGAGGAATATTATAAATGATTAAATAAAATAAACATTTGATATAATTTGGAGGA +GAATATTATGAGTAAAGTAGATGTAGTAGAAATATTAAAGAAAAGTGATGCATTATTAGA +AGGGCACTTCTTATTATCTTCAGGAAAGCACAGTAACAGATACGTACAGTGTGCAAAGGT +ATTAAGATTCCCACAATATGCAGAACAAGTTTTAAGTACAGTTGTTGAACAAATAAAAGA +TTTAGATATAGATTTAGTAGTTGGACCTGCTATGGGTGGAGTTATAGTTTCATATGAATT +AGGAAGACAATTAAATAAAGAAACAGTGTTCACTGAAAGAAAAGATGGAGTAATGGAACT +AAGAAGAGGTTTTGAAGTAAAACCAGGAGCTAAGATAATAATAGCTGAAGATGTTGTTAC +AACTGGTAAATCAACTATAGAAACAAAAGAAGCATTAGAAAAGTTAGGTGGAGAAGTAAT +AGGTGTTGCTTGTATAGCTAATAGAACTTCTAAAGATATCGGAATGCCTATATACAGTGC +TATAAAGCTTGAAATAGAAGTACATGAGTCAGATAATTGTCCTTTATGTAAGGAAGGAAA +AATAGAATTAGTAAAACCAGGAAGTAGAGAATTCAAAGAAATAGGAATGTAGTATGATTA +GTGTTTTTAAGTAGGATATTAGGTGGTTGGAGCTCAGTGAAATATTTATTTTTCATACAT +GAAGCTAAAAAGATGCTGCAAATGGATGAAAAATAAATATTTTCACCTTCGCTCTGGCTT +CCGAGCTTTGTTTACTTAAGAACACTTTATTTTTTTGTGGGAAAATTTAATATAATGATG +TTGCGTATAATTTTAATTCTCTTAGGAAGAGTTGTGTTATGTCTGAGGTATTTACGTCTT +TAGGTAGTATATAGGAGAAGTTTCTGGTGAATGTATTGTCTAATTCTATTACTGAAACTT +CATTATTTTCTACTGCTGGATAAGCTATAAATTTTGATATTATACTTATTCCAAGTCCGT +TTTTTACTGATTCTTTTACGGCATAGTTGCTTCCAACTATCATTATATTTTTAGGCAATA +TTTTATATTTACTTAAGAATAAGTCTAAGTATTCTCTAGTGCCTGAACCATTTTCTCTTA +GTATCCATTTTTGGTCTTGAAGACTGCTAAATGAAAAATCTTCTGTATACAAGCGTGGAT +TATAAGGTAAGACTAAGGCTAACTTGTCTTTTAAAAAATACCCTTTGTTAAAGTTTGAAT +CATTTAAGTTACCTTCAATTAATCCTATATCTAATATAAAGTTTCTTATATCAGCACACA +CCGATGATGTATTTTCTATAAAAATCTCAACATTTATATCTGGATACTTTTCTGAGAATA +TAGATAGAAATTTAGGTAAAATATAATCTCCAATAGTAGAACTAGCTCCTATCTTTATAG +TTCCAGTGATTGTATTAGAATTATTACTAATTTCTCTATATGTTATATCCATTAAATTTA +GGATTTCTTTTGCCCTTCTATATAATGTATAACCTTTTTCTGTGATGAAAATATTTTTTT +GTTTAATAGATCTATTAATTAAAGTTGTACCAAAATAATTTTCTAAGTTTTTGATATGAG +TACTAACTGTGGGTTGAGATAAATTAAGATGATTTCCTGCCTTTGTAAAATTTTTAAATT +CAACTACTGAAATAAATGTTTTTAATTCTTCAAACAAATTTAACAACTCCTATTATAATT +TTATATATGTAAACTTAATTGAAATTAGATCTGTATAAAAAGTATTTACAATTATAAGTA +TATAACAATCATAAAAAAAATCAATGATTATTATTATATATATTCATTTTACTTATGATT +ATTATAAATATATACTATAAATATAAATAAGATTTATACAAAAAATATAAATGCAACTTA +TATAGAAAGGACAGATTATATGACTAGACAGTATAAAGATTTTACCAAAATTATAAAAGA +TATAATACCAGGTTTTGTGGTAGCAATTTTAGTAGCTGGATTAAGCATGTTACTTGCTAA +ATTTATTCCAAAACTTGGTGCAGCATCAATAGCTATATTTTTAGGGATGTTTGTAGGTAA +CGTATTTTTAAATCAAGAAATATTTCAAAAAGGATATAAATTCTCTGAAACGGACTTATT +ATCATATTCAATAGTATTATTAGGAGCAACATTAAGTATATCAACTATATCAGAAATAGG +AATTTCGGGGGTTATATTTATAGTCTTACAAATGACAATAACTATAATAGGAGCCTTATA +TATAGGAAAAAAATTAGGATTTTCGGAAAACTTTCGATATATGATGGCTAGTGGGAATGC +AGTTTGTGGTTCTTCTGCAATTGCAGCGACTGCACCAGTTATTGAAGCTGATGATAAAGA +AAAAGGAATTGCCATAACAATCGTTAATGTTACAGGAATTGTTTTAATGTTCTTACTTCC +GGTGATTACACAGTTTTTATACAATCATGATCTTACTCAAACTTCAGCTATGATAGGAGG +AACATTGCAATCTGTAGGTCAAGTTGTAGCTAGTGGAGCGATGGTAAGTGAACACACTAA +AGACCTATCTACTATATTTAAAATAGTACGTATAATATTTTTAGTAGTTGTAGTATTTGT +ATTAGGACACTTAAAGCATAAATCTAATAAAGAAATATTGGAAGAGGAAGTAACTGATAT +TGAAAAGGGAAAAATAAAAGTACCATGGTATGTAATAGGATTTTTTATAACATGTGCTTT +ATTTTCTTTAAATATAATTACTCCAAATGTATCTATGATATGTAAGGAACTAAGCAATAA +ATTTGAAATAATAGCTTTAGCAGCAATTGGTCTAAGAGTAAATGTAAAAGATTTAATTAA +GCAAGGAAAATCAGTGTCATTATATGGTTTATTTGTAGGTATATTACAGATAATTTCTGC +AATAATGCTGATCGGAATATTATTATAAAAATATATTTAATGCAAATATTAATGATATAC +TTTTTTATTCAATAGTGTTATAATATTATTCCTTTATCGTTTTACTTATATTATAAAATA +ATAGAGGAATAATATATTATTAAATAGAAAGGTTAGGTTGAATTTATGATAGATGCAAAA +TTACTAGTTGAAAAAGCTTTTGAAGCTCAAAAATTTGCTTATACACCATACTCTAATTTT +AATGTTGGAGCAGCACTACTTGGTACAAATGGTAAAATATATCAAGGTTGCAACGTAGAG +AATGCAGCTTATACACCAACAAATTGTGCAGAAAGAACTGCATTTTTTAAAGCTATTTCT +GAGGGACAACGTACATTTTCAGCAATAGCTATAGTTGGAAATAAAGCTGATTCTGAAGAA +TATGATTACTGTGCGCCTTGTGCCGTATGTAGACAGGTTATGGCTGAATTCTGTGATCTT +AAGGAATTTAAAATTTATCTAGCTAGAAGTAAAGATGATTATAAAGAATATACTCTAGGA +GAACTTCTTCCGTTAGCATTTACAGGAGCAAATTTAAAATAAATTAAAATAGGAATGTAG +ATATCTACATTCCTAATATTTTTCTTATTTCATCACATAACATATCAAGATGTTCTGGGT +TATTTACTAAATCAACCTCATTTATATTTACATATAAAACAGGTGATTGATCATATTCAG +ATATCCATTTTTCATATCTATTATGAAGGTTTTTCCAATAATCTAAATCAACAGTTTTCT +CCATCTCACGTCCTCTAAGGTTTATTCTGTTAATTATAGTGTCGATAGAACCATCTAAAT +ATATCATTAAATCAGGTTTTTTTAGATAAGGAACCATATCGTTGAATAAATCTCTATAAG +TTATATAATCTCTTTTTGTCATTTTTCCGTTATCATATAAGTTTCTAGCGAATATCTCTA +CATCTTCGTATATACTTCTATCTTGAATATTATTTAGTCCATTAGCATGGATTTCTTTTT +GTTGCTTGAATCTTTGAGCTAAGAAATAAAGTTGTAAATGGAATCCCCATTTCTCTTGGT +CAGCATAGAAATCTTCTAAGTATGGATTTCCATCAACTTTCTCAAAATGAGTTTCAAACC +CAAGTTTATTTCCAACTAATGTTGTTAAAGTTGATTTACCAGCACCTACATTACCGGCCA +CAGTTATAAATAAATCTCTACTAGCAGGTGTATTACTTTGGTTTACTAGTTTAAACATTT +TATTGTCCTCCTAAAGTTGTCATGGCTTCTTTTACTTTGTTTATTATAAATTGTCTATCA +TTATCGTTATTTAAGAAATCTAAATTAGAGTTATCTATTTCTATAATAATAGGCTCTTTA +CCCATAAAATTATGCTTTATCGATAATGGATTAAAGTAATATTTATATTCCGTTCCTAAT +TCTTCAATATAATTTCTATCCATTTGTCTTTCGAAACTTCTATCTCTCATAGCTATTCTC +TTCATTAAAACATCGGTACTAGAGTTTAAATACACTATGATATCTGGTTGAGGTAAATCA +TTTACAAAAGTATTATAAACTTGTTTGTATCTATGAAATTGCATTTTATCAAGTGTTAAA +CCAGCAAATATAAGATTTTTTATTATATGGTAATCACTAACAACTCCGTTACCTTTTGAC +AATAGATTTTTTTCAGTGTCTTCTAATTGTTTTACTCTATTAAATAGAAAAAATGCTTCA +GTTTGTAAAGCATAGCCTTTTATATCTGTATAGAATTTTGATAAAAACGGATTTTCTTCA +ACTATCTCCCTAAGAAGAGTATAATTAAAGTACTCATTAAGTATTGTTGCAAGGGTAGTT +TTTCCTACTCCTATTGGACCTTCTATAGCAATAAAAATACCTCTTTCGTTCATATAAGTT +CACCTTCTACTAATTAATGTCCTATGTATTTTATCAAAAAAGTTTTATTATTTCTACTCT +AGACATTTTAAAACAAATTTGCATAGAAGAAAAAGTTTATTTAAATTGACAATATTATGG +GTAAATTAAAGTTATAAAATAGAACTAATTATAAGAATAAGGAGATTTTAAATATGAAAG +TGTACGAAAAAAATAATTCGGTTATATTAGAAGGAATAACAGATTTTGATCCTAAGCATA +TATTTGAGTGTGGGCAATGCTTTAGATGGCATAAGCAAGAAGATGATTCTTACACAGGAG +TTGCAAAAGGAAAAATATTAAATGTAAAAAGAGAAGGAGATATTGTTTATTTAAATAATA +CTAATTTAGAGGAGTTTAATAATATTTGGTTTGATTATTTTGATTTAGGTAGAGATTATA +CAGAAATAAAGAATACTTTAAAAAGTATGGATGAATATTTAGATAAGGCAAGTGATTTTG +GATGGGGAATAAGAATTTTACAACAAGATGGATGGGAAATGCTTATATCATTTATTATTT +CATCAAATAATAGGATACCTATGATTCAAAAAGCTATAGAAAATTTATCTAAGAAATTTG +GAAAATATATAGGAGAGTATAACGGAAAAGAATACTATTCATTCCCGACACCAGAAGAAT +TAAATAAGGCTTCACAAGAGGATATAAGAGCTTGTCAAACTGGATTTAGAGATAAGTATA +TAAAGAGTACAACTGAGTCAATAGTTAATAATAAAGATGATGTTCGTAGGTATACTAATT +TAAGTACAGAGGAGTGCTTAAAAGAACTTTTAAAATTTAATGGAGTAGGACCTAAGGTTG +GTGATTGCATAGCTTTATTTGGAATGAAGAAATATGATACATTCCCAGTTGATGTTTGGG +TTAAAAGAGTAATGCAAGAATTTTACGTAAATGAGGATATGAGTTTGCCAAAAATAAGAG +CGTATGCTATAGATAAATTTGGAGATCTAGCAGGTTTTGCACAACAATATTTATTCTATT +ATGCAAGGGAATTAGGTATAGGAAGATAGTTCAATAGGGAGGGAATATGAATATCGTACA +GGGTTTAATATTAGGATTTTTAGCCTTATCCTATATATCAGGGACCATAGTAGCAATGAC +TATATTACTTGAGAATAGAGATCCTTCTAGAACTGTCACATGGTTATTAATATTTATTTT +ACTTCCAGGAGTAGGGTTAATTATTTATGCTGTTTTTGGAAGAAATTTAAGAAAAATAAA +AATATTTAAGACTCAAGAATTAGCAAGTAATATGAAGGAAGAAAAACTTTTTCGAAATTT +AGATGAAATAAATAATTTAATTAGATTAGAGCAAGACACAATAAGTGTAAGTAAGTTACT +AAAAGATAATGAAGAAGATAATATCAAGTTAAAAATAATAAGTTTACTATTAAATACAGG +TATGTTTCCTTTTACTACAAATAATAAAGTTGATATATTTGTGGATGGGAATGAAAAGTT +TGAGCGTCTTATTAAAGATATAGAAAATGCAAAAGATCATATACATTTAGAGTACTTTAT +AATAAAAGATAGTGATATAGGACAAAAGATAAAGAACTTATTAATTAAAAAATCTAAGGA +AAATGTAAAAATAAAAATACTGTATGATGATGTTGGCTGTTGGAGATTTTGGTTTCACAG +AGAATTTTTTAATGAAATGAAGTCTCATGGAATAGAGATAGTACCTTTTTTACCGACAAA +ATTTCCTATAATAGGAGGGAAATTGAATTATAGAAATCACAGAAAGATTGTTGTCATAGA +TGGGCGTGTAGGTTATACGGGTGGCATAAATATAGGTGATGAATATATGGGTAAAGATAA +AAAGTTTGGATATTGGAGAGATACTCATATTAGAATAGAAGGAACTTCTGTATATATGTT +ACAAATGACCTTTTTAATAGATTGGTATTACAACACAAAAGAAGTTTTGTTGAATACAAA +TTATTTTCCTAGGTTAAATAATTTTGGAAATTCAATGATACAGGTAGTAGCAAGTGGACC +AGATAGTGACTGGGAAGCAATACATTATGCTTATTTTTTAGCTATATGTCAGGCTAAAAA +AAGTATATATATTGAAACACCTTATTTTATACCAGATGAAAGTATATTAAGGGCTTTAAA +AAGTGCGGCTTTAAGTGGGGTTGATGTAAGAATTATATTCCCTAAGATAGCTGACCATAA +AATAGTTAATATAGCTTCTTATTCTTACTTTGATGACATATTAAAGTCAGGAGGAAGAGT +ATATCTATATGAAAAAGGATTCATACATTCTAAGGTCATTATAATAGATAATTCCATAGC +TTCTACTGGATCTGCTAATATGGATTTAAGAAGCTTTATGTTAAATTTTGAAATAAATGC +ATTTATATATGATAGAAAAGTGATAGATTTAATGAAGGAAGATTTTTTTGAAGATATGAA +AAATAGTAAAGAAATTAATAAAGATGAGTTTAAAAATAGAAGTATAGTTCAAAAATCTAA +GGAATCTGTAGCTAGATTATTTTCGCCTATTTTATAATTTAATAATGTCTTAATAAGGGG +GATTATGTCTAAAATATGACTTTAAAAAAAACTAAAAAGTGTTGAAAATTATAGGTGAGT +AGTATATCATAATAATTATTAGCACTCTTAGTTATAGAGTGATAAAAACAGATTGATTAG +TATTTTTATTATACATATATTATAAAATCATTTAGGAGGGATAAACAATGAAAATAAGAC +CATTAGCTGACAGAGTTGTCATTAAAAAGGTTGAAGCAGAAGAAAAAACTGCAAGTGGTA +TAGTTTTACCTGGAGCTGCTAAAGAACAACCTCAAATAGCAGAGGTAGTTGAAGTTGGGC +CAGGAGGAATTGTTGATGGAAAAGAGATAAAAATGGAATTAAAGGTTGGAGATAGAGTTA +TATTCCAAAAATACTCTGGAACTGAAGTTAAAATAGAAGGGCAAGAATACACAATATTAA +GACAAAGTGAAATACTTGCTGTTGTTGAATAATTTTTAGGAGGGGTTAAGATGGCTAAAG +AAATTAAATTTGCTGAAGATACAAGAAAAGCTTTAGAAACTGGTGTAAATAAACTTGCTG +ATACAGTAAAGGTAACACTAGGACCAAAAGGAAGAAATGTAATATTAGATAAAAAATTTG +GTGCACCGCTAATAACTAATGATGGTGTTACTATAGCTAAGGAAATAGAGTTAGAAGATA +GATTTGAAAATATGGGAGCTCAACTTGTTAAGGAAGTTGCTATAAAAACTAATGATGTAG +CGGGTGATGGTACTACTACAGCTACAGTTTTAGCGCAAGCTATAATAAGAGAAGGATTAA +AAAATGTAACTGCTGGAGCAAATCCTATACTTATAAGAAAAGGTATACAAAAAGCTGTAG +AAGTTGCTGTTGAAGAATTAAAAAATCAATCAAGAACTATAGAAAGTAAAGAGTCTATAT +CTCAAATAGCTTCTATATCTGCTGGAGATGAAGAAGTAGGTAAATTAATAGCTGAAGCTA +TGGAAATAGTAGGTAGAGATGGAGTTATAACAGTTGAAGAATCTAAAACAATGCATACAG +AATTAGATACTGTTGAAGGTATGCAATTTGATAGAGGTTTTGTATCTGCATACATGGTCA +CAGATGTAGATAAGATGGAAGCTGTTTTAAATGACCCATATATATTAATAACAGATAAGA +AAATATCTAATATACAAGAAATATTACCTGTACTTGAGCAAATAGTTCAACAAGGTAGAA +AATTATTAATAATAGCTGAAGATGTTGATGGGGAAGCACTATCTACATTAGTAGTTAACA +AATTAAGAGGAACATTTGAAGTAGTTGCTGTTAAAGCTCCTGGATTTGGAGATAGAAGAA +AGCAAATGTTAGAAGATATAGCTATACTTACAGGTGGTACAGTAATATCTGAAGAATTAG +GATATGAATTAAAAGAAGCAGATTTATCATTATTAGGTAGAGCAGCGTCTGTTAAAGTTA +ACAAAGAAACTACTACAATAGTAGATGGATCTGGAGAAAAAACTGATATAGAAAATAGAG +TTAATCAAATAAAACATCAAATATCAGAGACTACTTCTGAATTTGATAAAGAAAAATTAA +TGGAAAGATTAGCTAAACTTTCTGGTGGAGTAGCTGTAGTTAAAGTTGGAGCTGCTACAG +AAGTTGAAATGAAAGAAAGAAAATTAAGAATTGAAGATGCCTTAAATGCAACTAGAGCAG +GTGTTGAAGAAGGTATGGTAGCTGGTGGAGGAACTGCATTAGTAAGTGTAATACCAGCCG +TTGAAGAATTAGTAAATACTTTAGAGGGTGAAGCTAGAATAGGAGCTCAAATAGTAAGAA +GAGCTTTAGAAGAGCCATTAAGACAAATAGCTACGAACGCAGGTCTTGAAGGTGCTGTAA +TTATACAAAATGTTATGAATGCAGATACTGAAGTAGGATTTGATGCATTAAATGAGAAAT +ATGTAAATATGATAGAATCAGGTATAGTTGACCCAACTAAGGTTACTAGAAGTGCATTAC +AAAATGCTGCATCTATAGCAGGGGTGTTTTTAACAACAGAGGCCGCTGTTGCAGATATTC +CTAGTGAAGAACCAATGCCAGGTATGGGCGGCGGAATGCCAGGTATGATGTAATAATATG +AGAAAATAATTTTGAATATAGAGGCTGTGTACAATATAAATATACATTGTACACAGCTTT +TTTATATACTAAGAGATTATAAATTATATTTCTAATGACTAACTTATAATTTGAATTGTT +AAGCTTAAAAGTGATTTACTTATGTAGTCAATCGACTAATAAGTAAAGTTTTGATGAAAT +AACTGAAATGGATTTTTATATGAGATATTAATATAAATAAAAAATTTAGATCAAAAAAGT +TTGAAAATTCAGTATTGATATATAATATAGAAATAAAGTTGTTGAAATTTTAACATAGAT +ATGTTAGTATACTAATATAACAAGGAAAACGTATTTTAAGAAGGGTTTATATAGTAAAAA +GGGTTTGATGTCGTAAAAAAACTTACAATTAGATTTTATGTCGAATATCAAAATGAGTAG +TTTTGGTTAATAATATAACAATTAAAATCAAGAATAGGGGGAAGTGTATGTTAGAAAATA +TACATGTATCTGGTTTCTCAGATGAAATAAGCAGCGATTTTGATACTCAGTTAGAAACAG +TTAAAAACTTAGGTATGGAATACATATCTATAAGAGGAGTAAATGAGAAAAATTTTAGTG +AATACACAATTGAAGAAGTTAAGGAATATATAAAACCTAAATTAGATGAATACAAAGTAA +AAGTTTCTTCTATAGGGTCTCCTATAGGAAAAGTGTTTATTGATGATGAAGAAGGCTTTG +GAAAGCAAATTTCTTTATTAGAAAAGCTTTGTGAAATGGCTAAGATTTTAGATTGCAAGT +ATATAAGAATGTTTAGTTTTTATATGCCAAAGGATAAAAATCCAGAAGACTACAAAGATG +AAGTTATTAAGAAATTAAAGATATTTACAGAAATAGCAGAAAAGCACGATATAGTTCTTC +TTCATGAAAATGAAAAAGATATATATGGAGATATATCTAGTAGATGCTTAACAATATTTA +AAGAAGTCGGCTCTGAACATTTTAAGGGGATATTTGATTTTGCTAACTTCGTTCAATGTA +TGGAAGATACTAGAGAATGCTATGAATTGTTAAAAGAATATATAGTGTACTACCACATAA +AAGATGCTGTGAAAGAAGATAAAGAGAATGTAGTATGTGGAACTGGTCAAGGAAAAATAG +AAGAAATTTTAACTGATGCAATAAAAGATGGCTATAAAGGCTTCTTAACTTTAGAACCAC +ATCTTGTTATATTTGATTCATTAAAAGACTTAGAGTTAGAAGACGTAAACAATATAATAA +AAAAAGACAAGGGATTAGATGGTAAAAGTGCTTATGCACTTCAATATAACTCTTTAGTTA +ATATATTAAAGAGTATAGATTTCAGATTAAAGAAAATAGGGGGAGAAAATATGAAACAAG +TAAGATTTGGTATAGTTGGTATAGGTCAAATGGGAGGTTCTCATGCAGAATGGTTAGCTG +GAGGAAAAGTTGAAAATGCAGTTTTAGCAGCTGTTTGTGACGTTAACCCACAAAAGAAAG +AATGGGCAGCAGAAAAGTTACCTCAAGATGTTAAATTTTACGATAATTATATAGATATGT +TAGATAGTGGAGAAATAGATGCAGTACTTATAGCTACACCTCATTACGATCATCCAGTAA +TAGCTATAGAAGCATTAAATAGAGATTTACATACATTAGTTGAAAAGCCTGCTGGTGTTT +ATACTAAAAAAGTAAGAGAAATGAATGCAGTAGCGGAATCTAAACCACACTTAGTATTTG +GAATGATGTTCAATCAAAGAACAAATCCTTTATATCAAAGAATAAAAGAAATAGTTGCTA +ATGGAGAAATAGGGGAAATAAGAAGAACTAACTGGATAATAACTACTTGGTGGAGACCAC +AAGCTTACTATGATATGAGTAGCTGGAGAGCAACATGGAATGGAGAAGGTGGAGGCGTTC +TTGCTAACCAAGCACCTCATCAAATAGATTTATGGCAATGGATATGTGGAATGCCAACAA +AGGTAAGAGCTAACTTACAATATGGTTCTCACAGAAATATAGCTGTTGAAGATGATGTAA +CAGCTTTCGTTGAGTATGAAAATGGAGCTACTGGTACATTCATAACTTGTACACATGACA +TAATGGGAACTGATAGATTTGAAATACATGGAGATAAAGGTAAGATATTAGTTGAAGGAA +GTAAAAAAGTAACTGTTAGCAGATTGAAAGAATCTGAAAATGAATTAAATGAAAGAATGA +CATTTGCAGATGTTGCTAACTTATTTAGAGGGCAAGGTATGTCTGATTTAATGGACGTTG +AAGAATTCGAAATACCTGATCAATGGGGAACTCAACATGTAAATGTCATGATAAACTTCA +CTAAAGCTATATTAGAAGGAACTCCATTATTAGCTCCTGGAACAGATGGAATAAAAGGTG +TTACTATAGCAAACGCTATGCACTTATCTAGTTGGTTAGGGCAAGAAGTAGAAATACCAT +TTGATGAAGATTTATTCTTAGAAGAATTAGAAAAGAGAAAAGCAGAGGAATTAGAAGCTA +AAAAAGAAGCTAAATTAGAAACTGTATAATATATAAACGAAAGAGGGAGTATATATGGCA +CTTAGAATTGGTGTTATAGGTCTAGGAGATGTTTCAATAGTTCATATTAATGCAATTAAG +TTAAGTGATAAAGCTGAACTTGTAGCTGTATGTGACACAGACGAGACTAAAATGAATTTA +GTAGAAGGTGCTAATTTTTACACTGATTACAATGAAATGATTGAAAAAGAAAATTTAGAT +TGCGTTCATATATGTTTACCACATTACCTTCATTATCCAGTTACTAAAGAAATAACTTCT +AAAAAGGTCAATGTACTTTTAGAAAAACCTCTTTGTCTTAATACAGAAGAAGTGGAAAAG +TTTAATGAATTAGATAAAGAAACAGATGCAAATATTTGCATCTGTTTACAAAATAGATAT +AACCATACAGTTAAAACTTTATTAGAAGTGATAGAATCGAAAAAGTATGGAAGTGTAAAG +GCAATAAAAGGTATAGTAGCTTGGAATAGGCCAGAGTCATATTATACTACTAAGCCTTGG +AGAGGCAAAATGGAGTATTCTGGCGGTGGTGTAATGATAAACCAAGCAATACATACAATA +GATCTAATTCAACTACTTGGTGGAGAGATAGAGTCTGTTAAAGGTAATATTAGTAATTTA +TTAAATTATGATATTGAAGTTGAAGATACAGCTATGGCTAATATAAACTTCAAAAATGGT +GCTAGAGGTACTTTTATATCAACTATAGCTTATGCAGATAATTCTAGTGTTGAAATAGAA +GTCATATTTGAAAATATAAGATTTGTGATAAAAGATAGTACACTTTACAAATATGAGAAT +GGAACTCAAGAAATAGTTGTTAAAGATAAATTATTCGAAGGTTCAAAGCATTATTATGGA +TCAAGTCATGCAGAGTTTATAGATAACTACTATAATTGTCTAATTAATGATACAGATAAT +TATATTAGAGTCAGTGATGCATCTAATTCCATGAGAATTATTGACAGTATTAGGAATTCA +TCTAAAGAAGAAAAATTAATTAATTGGGGGAATTAATATGAATAAACCAACAATAGGCGT +TCAAATGATGATGCTTAGAAATAAGATAGAAGAATTAGGTATAAAAGAAACTTTTAAAAA +AGTTAAAGAAATAGGATTTTCTACAGTAGAGTTATCTCAAGTTCCTATGACTCCAGAAAA +TGTTGAAGCAATAAGAGAATCATTAGACGAATTAGATATGAGAGTTTGCGCAACTAGCGG +AGCTTTAAAAGCTATGGCTCCAGGTATGAAAATGGAAAACTTAAGAGATGATTTTGATAA +AATAGTTGCAGACACTAAAGCTTTAGGATGTAAATATATAAGAATAGGTATGATATCTTT +TGATTGTTTGGGTTCTAAAGAGAAAATAGTTGAGTATACAAAAGAATTAAATGAAATGGG +AAGAAGGCTTAAAGAGCAAGGTTTAGAGTTATATTATCATAATCATCATGTTGAATTTGC +TAAATATGATGGTAAATACATAATGGATATAATGGCTGAGGAAAGTGATCCAAAGTACTT +AGGATTTGAGCTTGATGTTCATTGGTTACAAAGGGGTGGAGTTAATCCTTTAGAGTGGAT +TAAGAAACTAGAAGGAAGAACTAAAATACTACACATAAAAGACTATAGAATAGCTCAAAC +TTTAGATTTATCAGGTGGTATGCAAGAAATAATGAGAAGTTTAGCTGAAATGGTACAATT +TGCTGAAATTGGTGAAGGAAGCTTAGATATGAAAGCAATAATAGATTTAGCAACAGAAAC +AGGCGTAGAGCATATATTCATAGAGCAAGATGATACATATGGTAAAGATCCATTTGAAAG +CTTAGAAATAAGTGCTAGAAACTTAAGAAAATTAGGTTTTGGAGATAGATTTTAATTTAT +TCTTCATGTAAGTTTATAGATTTATTATATTGTTTAGCATTGTTGTGATATTAAAATTTT +GACAATGCTAAACTTTAAAATATGAAAGTTAAAGAAATATCAAAATTTTTAGAGAATATA +TTGCGGATAGTATTTGAGTATGTTAGTATTCTAGTATAGAAAACGTTATCCTTTTGTGGA +TTATATATAAAGTAGAAGGATGGAATTATAAGGGTTATCAAATGCGCAAGGGGGATTTTA +AGCGTTTGGTTTCATTTTTAACGATTAGGAAAACGTTATTCTAAAACCGAAAAAGGGGGA +GTTAAAAATGAGTAATATGCAAAGTGAAGTAAAAAAATTAAATAAGTCTTTTGAAAATGA +AAATTTATACAATGATTGTCCTAGCTGGCGTTTAGCTCTATTTGCTTTAAACAATACAGC +TACGAATCTTTATATGTGGGGTATGATGTACTTAGCTAATTATGCCACAGGTATTGCTGG +ATTAATGGTTACTGTAGTTGGATTTATATTAACTGCAATGCGTATATTTGATGGTATAAC +AGACCCAGTTGTTGGATTCTTAATAGATAAAACAGATGGTAAATTTGGTAAGTTCAGGCC +ATATATGGTTATAGGTAATATTATATTAGGTATAATGACTTTTGTAATATATAAAACAGT +TCATTTAGTTCCAGAAAACTTTAGATTAATATACTTTGTATTATGTTATGCAGTATATAT +AATTGGTTATACTTGCCAAACAGCTTGTACAAAAGCAGGTCAAGCATGTATGACTAATAA +TCCAGCAAAAAGGCCTAAATTTGGTTTATTCGATGCAATATACAATGCAATACTTTTTAC +TGGAATGCAAATGTACGTTGCAAGTTACTTAGTTCCAAAACATGGGGGATTTGGAAATAT +TTCATTATATCATGAATTAATAACTTTAGTTATAATAGGTTCAGCCATATTAACAGTTTT +AGCAGTATATGGTATATGGCCAAAAGATAGAACAGAGTTTTTTGGTCTAGGAAATAAATC +TGTAGAAGTTAAATTCCGTGATTACTGGCCAGTATTAAAAGGAAATAGAGCGCTACAAAT +GCTTGTAGTAGCTGCTTGTACAGATAAGATAGCATTAAGTGTTGCTCAAAATGCTACAGT +GGGTATAATGTTCTTTGGTATAGTTATGGGAGATTATTCTTTAAGTGGTACAATTGGTAT +GATTGTTTTGATACCAAATATAATAATAACTATGATAGGAACAAAATACGCTCAAAAGCT +TGGACAAAAGAAAGCTTTAGTTGTAGGAACTTGGGTCTCAATGATTTCATACGTAGTATT +AGTTGCAGTATTAGTTTTAGGTGATCCTACACAAATACGTTTAAACGATATGGGATTAAT +GACTATAGTATTCTTAGTAGTTTATATAATAGCAAAAGGAGCTACTGGAGTTTCTGGAGC +CTTTGTTATACCTATGATATCGGACTGCGCGGATTATGAAACTTACTTAAGTGGACGTTT +CGTACCAGGAATGATGGGAACATTATTCTCATTTATAGATAAGTTAATATCTTCATTTGC +AACAACGATAGTAGCATTTTCAGTTGCAGCAATAGGGTTTACGGATAAAATGCCAGATAT +AACAGATGCATATACTCCACAATTATTTTGGGTAACTATGTTCTTATTTGCAGGTATGCC +AATAATAGGATGGATATGCTCATTAATTGCTATGAAGTTCTATCCGCTTGATAAAGAAAA +AATGGAAGAAGTTCAAACTCATATACAAGAAATTAAGAACTCTGAGCCTGAATTAGTTTA +ATATATAAAGTGTGGTTTAAGGATGAACTCATATAGAGTTCATCCTTTTTGCATATATTT +ATATATGAAAGGTGACATTGTATATAAATAATGGGTAATTTTATTATTAAATTTAAGAAA +ATAAGTAAGAAGAAATATTTGTTTTGAATAATTTTAAAAAGTATTATTAGGAAATTAAGA +TAGTTAAAAAAATATCAAAAAATACATAAATTTATTGAAAAAAGTATTTAAGTATGTTAG +TATTCTAGTATGAAGAAAAACGTTATCCCTAGGTTAAATACAGAAATGTAAGGAATCTTA +TATTAATAAAATGCAAGATAAAAAAATAACATTAAATTATAAAAATGGGAAATCGTTAAA +AATAATAAAGGGGAGAGTAAATACAAGATGAGTCAACAAACAACTAATTACAACCGCGCA +AAAACTTGGCAAATAGGATTATTTGCATTTAACAACACGGCAACAAATGTTGCAATGTGT +TTAATGGGGTACTTAGCATTTTTCTCACAAAACGTTCTTGGAATAATGGCAGCAGTAATA +GGGGTTATACTTACAAGTATGAGAATATTTGATGGTATAACAGATCCAATAATAGGCTTA +TTTATTGATAAAACAGATGGTAAGTTTGGTAAATTCAGACCATTCATGCTAGTCGGGAAT +ATAATTATAGTAACTTGTATGTATTTAATATTTGCAGTTGTACCAACTTTAGATAATGGC +ATTAAACTTCCGGTTTTAATAGGTGTATATATAATATACATATTTGGTTATACATTCCAA +ACAGCTTGTACAAAAGCAGCACAAGCTGTCTTAACTAATGATCCAATGCAAAGACCAATA +TTCGCAATATTTGATAGTATATATAATACAATTCTATTTGCAGTTGCTGGTCTTATAATA +ACATCTATATTACCGCCTAAGTTTGAAAAAGGAATGTTAGATCCAGGATTATGGAAACAA +GTAGCAATTATGTTTGGAGGATTATCATTCTTCCTAACAATATTAGCGATGATAGGAATA +TGGGGAAAAGATAGAAAAGAATTCTTTGGTGTAGGAAAAAAAGATGAACAAGTTAAGATA +AAAGATTACTGGCCGATAATAAAGGGAAATAGAGCTATACAAATGTTAGTTGTTGCGGCA +TCTACTGATAAATTAGCAGGGAGTTTAGCCCAAGCAGCTACAATATACTTCTATGGAAAT +GTATTATTAAATGTATCTTTATCAGGAGAGATAGGAGCGATAATGACACCGATGACAATA +TTAGTAACATTCATAGGTGTTGGTTATGCGAGAAAGATGGGACAAAAGAAAGCATTTGTA +GTTACAACTTGGGGAAGTATGGCAATGCTTATAGCACTTTTAATTATACAGCCATTCGAT +AATATATCATTAACAGCTTTAAACTTTAATACAATATTATTTATGGGATTAACATTATTA +CAAAGAGGTTTTATGAATGTATCAGGAAATATGGTTATACCAATGATAGCAGATTGTGCA +GATTATGAAACATATAGAAGCGGAAAATTTGTACCAGGTATGATGGGAACATTATTTTCT +TTTGTAGATAAATTAATATCCTCATTCTCATCAACATTATTAGGAGTAGGATTAGCTATG +ATAGGACTTGGAAATGCAATAATAGAACCAGGTACAGCAGCAACAGGAAGTTTCTTCTGG +TTAATTATGGGATGTATGTATATAGTACCTATATTAGGTCATTTAGCGTCTATAATAGCT +ATGAAGTTTTATCCATTAACTGCAGAGAAAATGGAAGAAGTACAATATGAAATAGAAGCA +TTAAAAAATAAAAATACAGTTGCTTAATATACATAAAGCTGAGTTGTTAAAAATCAACTC +AGCTTTATGTATATATTGAATATATAATATATTATGTAAAGTAAAATATAAAGTCATTGG +GTTAGTAAAGAGGGTAGGGACAATGGAGTTAAATAATAATAATATAAAAATGGTTTATGA +TCATATAAGTGAACTTGTATGTTTAAATCTTATTATTTTTAACAATTTAGAAAATTCATT +ATCAAGAATCAATAGTTACAAAACATCTGAAAAGATAGAGCAGATTGAACATGACGTATA +TAAATTAATTAACAATGCTATAAAAATTAAAGATAGTACATACGTTCTAGTGTTGCATTA +ATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTAT +TATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACCTTATAAA +>MGYG000000001_12 +CTTAGTCCCATCAGCTTGAGTCTTTAATTGGCTAAACGCAACATCTAAAGTCTGATTCTG +ATTATTAAGCATAATCTTAGTAGATTTAATTGTATTTGTATTAGTATCCTTATTAAATCC +GGTTATAAAACTACTATAATCTATCTGCTTCTCACCTATAGAATCTTGAGCTATCATGTT +TTCTTTTATTAAATCATCCGCTATAGCTTTTTCTTTTACTCCTGTATGATCTATAAGTGT +AGAAGTTCCATCCTCGCCTCGAATAATAAAGTTAAAGTTACCTTTTGCATCTTGTCCCAT +TTGAATTCGGACCTTATTATTCTTATCTTTAAATTGTTGTGTAGCTCCTACTATTTCAAT +TCCACCATCATCAGATTTAATTCTAAATTTATTAGTAGAAATATCTCCAGCATTAATCTT +AGAAACATCTAGGTTAGCTATCATAGCATTAGTAATAAATCCATTTGCTATTGTTAACTT +ATCACTTGTTATTCCCCCAGCTTGGATATTTTCACTTGTTAAGTTACCATTTACAAGCGT +TTGAATCTTACCAACATTTACTTCTAATATATTTATTTTCCCATTTACCACTTCTAATTG +AGTTATACTTGCCTTATTTGCTTCTAAATTATTTATCTGTGCTGTATGTNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNGTTTATCCTTGAACTTTTCTAAATTAGATATTATAGTTACAGTATCCCC +TATGCTAAAATCTAAAAAAGAAAATTCACTATTATTTTTAGCTAAATCATAAACTTGCAC +ATTATAATTTCTTCTAGGCTTAGATAATTCTTCAAGCTTAGCCTCTGCATCTTCTTTAAG +ATTCTGCTTATTCGTATATCTATTATCTTCCCATATTTTTTCAATGATTTTATTAGAGTA +TTGGAAGTTTTCTATATAGTCCTTTCCATTGTTTATATCAGCAAAAGTAAGTCCATTTTT +GCCCTTTGCATATAGTCTAGTTGCATAATCGTAAGAGTCAGAAGGTACATCTAAAGATAT +TAAATTTAATTCATCAGTAAAATATACACCTTTATCACTACCTAGTTTTTCATATACATA +GATTATCTTATTTATAGCATCAAATCTAAAATCTACTCTGAATGTTTCTCTAACTTTCCT +AAGAACTTCTAAAGCATTAGTATTTTTAAGACTTACAGTTCTTTTTTTAGATATACTATT +ATCTGCTAAAGTCCATCCTGTCCCGGCTATTGCTAATCTTATGGTATCATTTATATTATT +ATTTTTTGTATCAAAGTTTTTTATGACTTTTCCAACTAAACTTTCTATATTGATATTACA +GGTAAATCTTTTAAAATTATTAGAGGGTTCTATCGCCTTTATTACATATTCATTGTACTC +AGTTCTTATGTAGCATTCCTCTTGAATTAGAGGTATGTTTTCATCATAACGAGAAAGAGA +GAACTCTAATAAGTCCTCTCCACTTAAAACATATTCAATTTTATAATCTTTCAAATTTGT +AAGAGCACTTAAGACTTCATGCTCTTTATTATATAACTTTAACATGCTCTTACTCCTTTC +ATGTTATTCCTCTATCATGTAATCTATTAACATTAATTCACTGACTGTCATTTCACAGTT +ACTATTTAGTAAATCATTTACATTAAATTTATGTATATCTATATCAATTTCTATATCTAG +TAATTCATTTATATCCTTATTCCAAGTTTCTAAATTTTTATCAGCTATTTTTAATTGGTT +ATTTTCATCTATTATATTTTCACCTTCTTCATCTTTTACACAATACTTATCTAGTAACTT +TTGTCTTTCTTTATTATATATATCTAACTCTTTTTCTATTTTAGATACATTTTTTGAGAT +TACATAACTTACTTTGACAGGTAATTGCTTATGCATTAAAGCTCCTAAGAAATTTGAATC +ATTTACTATTTTTCTATTAGTTAATTTCATAATTATTTACCTGCCTTTCTTGATAATAAT +TCTACATTTATAGAATCTTCAACTTTATATACTTCTGTTTCAAATTGTTTCATATCTTCT +CTAACAGCTACTTTATTAGCATTATATAATTCTTTATTAGATATATTTTTATTTATATTT +GCATTAGTATTCCCATCCGTAGATATACTTGCATTCATATATACAACTACTTGTCCATCT +ATTTCACTTGTTGCACTTAAGTTTATCGTTTTATTTATTTTTAACATTTTTATCATCCTT +TCAATTTTTTTAGAGGTTTTTTAGTTTCTTTGTCGAATATTATCTCCTTGGAAGGAGGTG +TTTTTATGAATTTCACATATGTTACTGATTTATCTAATGAAAAAACAGAATTTAGAACTC +CGTTTAAAAGAACTAAGTACGAAGTTATATCTCAAACGCCAGATTTATTACATACTAAAA +TAGAGTATGAGAATGGTCTTAAAGTAGATAGCAAAGTTTATTCAGATAAAGTAGTACTTA +CTACAAATATGGAGTTTGTTACAAATGACGGTGTTATTTACGAACTTCGCAAGTAATTGA +ATCTTTAGTAACTACTACTTTTGAATTACCTAAAGTAGTAGTTATTTTTTCATCTTCTTT +TATTATTTTAGCTTCATTATTTTTCATATATATTCCACCTTTCATATTTTTTATATAAAA +AAAGAACCTCATAGGTCCTACCATCTTTCATTATATTTTACTGTTAATCCAACATTATTA +TCTATTGATATTGTATTAACTCCACTTTTTAAAGCTGGAAATTCCCACATATCAACGTCA +TTCATCTTGCTTTTTCCCCCTGCAATAACCTTACCACTACCTATATATATAGTTTCGTTA +GCTTTTAAATTTTTTATAGTAATTACATATCCATTTATCATAATCTTACAACTAGGTAAA +GGTACGCTTGATGTAATTTCTAAGTTAGCATAACATTCCTTAGGGCTATTAATATTTATA +GTGCCACTACCTGCAATAGTGACTGTTTTTGTGTCTTTATAAACATTTAATATGTCATAC +CTTAGAGTAATCTTCGTTGTATTAGAATTTAAAACTATAGGTTTATTATCCTCTTCTTTA +ATTGATACATCATAGTTCTTATTTTTATACTTAAAAGTACAGCTAGAAGAATGCTCTATG +AACTTTATAATATTCTCATCTGAAATTTCTCCCCCATAAAAATGTACGATTAACTCTAAA +TTTCTAAATGTATGTACTCTGGAATTTACTCTAACACCATGCAAGGCTTTTTTAGGCCAG +TAATTACCCATATTACCAAACTTAGTAGCATCTGCATTGAACTCTATAACCTTACAATTA +TATTTACTATTTAAATTAGCGCTATTAATTAATACACTTATTTTTACCACCCCCTAGCAG +TTCTAGCTATTTTAGGAGATATAATATTTGTTAGTTCTTTACCATCTATGTTAAACTTAG +GATCATTCATACCCGTATTTTCTATAGCTTTAGAGAATGCATTTATCATAACTTCATACA +TTTTATTATAATCTATAAGATTATTAGTATTATTGCTAGATATAACACTTTCATTTACAC +TTCTATTATCCAATATATCTGAATTATCAGTAAAAGCATTAACAGAATTTTGAGCAAAGT +TTTCTACAGCCCTAGTTGATGCAGGCTCACCTCTATCAACTCCAATTTGATAACCCTCTG +TTGTCCACTCTCCAAATTGCATAAACAGCTTAGAGGGAGAGTTTATACCTAGTTTATTTT +TAGCCCAATCTATGGCGCCTTGAACTGCTCCTTTGATAGAGTTAATCACCCTCCATCCTG +CATTTTTTATTCCATCTGCAAGCCCTTTTACAATATCTCCACCAATACTTACCCAGTCTG +ATATTTTATTTTTAACTGCATCAATTCCATCTTTAATTATATCTCCTGCTGCTTTGACCA +CTTTAGGCGTACTTTGAATTATTCCATTGCAAAGCCCTACAATAAGGTCTATACCAGCTT +TTAATATTTTAGGAATACCTTGTATTAATCCTTTTACTAAAGAGGTTATTATTTTTCCAG +CTGAGTCAATTATTTTAGGTAAGTTATTACTTATACTTTCTACAATACTAAGCATAAGTT +CTAAAGTTGCATCTATTATTTTAGGTAAATTATCTATAATTGCAGTGGCTAAGGTTGTGA +TTATTTCAATTCCCGAGTCTATTATCATTGGTAAATTGTCTAATATAAAGTTTACAAAAG +TCTCTAAAGTTTTAGTAACCGCATCAATTATCATCGGTAAATTATTTACTATACCATCAA +CTAAAGATGTTATCATTTCAATTCCAGCATTAAGTATAGTTGGCAAATTATCTGTTATAA +TTTGTAAAAATGTAGTCAAGACCGTAATAACTGTACTTACAATCATAGGAAGCATTTCTG +TAATCCCTTGTATTAACATTTTAACAATCTCTATACCACCATTTAATATTATAGGTAAAT +TATTAGTTAAAGCTGTAAGCCATGATTGAAGCAATATGAATGCAGTTTTAACAAATGTAG +GCATCATTGCAGTTAATCCGGTCATAAGATTAGTTATTATTTCTGTAGACTTTTCGTAAA +CTTGTGGCATAGCTTGTCCTATTCCTAATAATAAATTATTTATTATTTCAAATCCTTTTT +GTATCCATTGAGGTAATAGTGTTGTTATATTAGCCAATGCTGTTTTAATCGATAAAAATA +TAGAATTAAATACTCCTTCTACCCCTCCTGATTTATACGCATTAGGTATTGTTTCAGTTA +GATATGTAGCTATGGTCCCAAACACATCAGATGCTTTTTGTTTCATAAAGTCCCAAGCTT +TTGTAACTCCATTTTTAAAACCTTCATTTGTTTTCCATAAATACATAAATGCTCCTGATA +CAACCCCTATGATTCCTGCGAATGCTAAAAATGTAGAAGATGCTAAACCAATCATGGAGA +TTACTCCGCCAAACATAGTCCAAACACCATTAAGAACAACCATCCAGCCGTCCCAAAGAT +TAATACCCATCTGTAAAGGTAATAACAATAAAGTCATAACAGGTAATAAAAATCCTATAG +CTCCAGCTATTTTAGCTATAATTGGATGTACTTCATTAAATTTAGCTATCCAGTCAGAAA +CTACTCCAGTAACTTTAAGCGCTACTTTTAAAAACTGACCTGCTGTCTGTATAACAGGTT +CTAACGCTTTTAACACTTTTCCTTTAGTTGTCTCAGCTAATTTTTTCAATCCTTCATCAG +CTTCAAGTGCTGCACTAAACATTGTCTTATATGCAAATAAAGCTGCCATACCAACAATAG +GAAAAGCAAGTGCCATATTCGCATTTGCAGCTGTTATCCCTCTAAGTAATAGCCCGTATT +TGACCATGTCTCCTTGAGCTTCTCTTATAGCAACTTTCTGTGCAGAATAATTCTTTATAA +CTTTTTCAACACTACCACCAAGTTTTCTATATCCTAAAGATAATCCGTTTAATGGTGATC +TACCAGCTTCCATTGTTTCATTTAATAACTGGAACTGACCTATAGTAGATGGCGGAAGCA +TCATTTCTGGTTTAATGCCATATTTTTGTAGTCCTTTCATTCTTTCTGTAAGTATCTTTG +TTTGATTTCCCATAAGCTTAGTCATACGAGCATTTAACTTAATACTATTAGCTTGTTGCC +TTAATTGCATATCAGTTAATCCTAATTGACTTCTCATGTATATTTGTTTAAAAGTAGTAT +CATCAAGTCCTAATGCAAATTTAGTTATAGCATCTCTAGCATTCATTGCTTGTTGAGAAT +ACTTTCCATAATATCTTGAAGCTTTACGAGCTTCTTCGTGAAGTCTATACATTTCCGAAT +AAGCCTTTTTAGTGCTTTCAGGAACATCTCCTCCAAGAATCATTGATAATCTTTGCATTT +CCTTATTAAATTTATTTGAATTACTTGAAGTTCCCTTAAATTCGTTATTCATTGTACTAA +AAGATGTTTTCACTCCAATAGCTTCTCGTTGTAATTGTCTTAACTTTTCTATAGTTTCTT +TTAGTGACTCTGTAGCAGATTCAGCACCTTTAGGAATATCTTTTTCTAATGCATCAGCAA +ACTTAGAAGAATCTTTTTCAGCTTTATTGAGCGAATTACTAAAATCATCAGTTTCAGCAC +TAATCTTTACGTTAAACTCTTTATCAGCCATTTATCCACCTCCTTTCAGAGATTGAATTT +TTTCTTTAAGTCCTCTTTCATCTTTTCCATTTCTTTTTTAGATTTTTTCTTTTTAAATAT +GTTTATAATCTTACTTTTTTTAGCACTTACATAGCCGTAAATGACTGCCATTTTAATACC +TTCTAGTTTTTCTTTATACTGCTCTACATAAATAGAAAGTTCGTAAAAATCACTATCCCA +AAACACATTTAAAGGAACTTGATTTTCTATGACATAATACTTAATACATTTATCCCAATC +TATGTAACCGTTATTTAGAGGGTATAGCTCCTTGATTATCATCAAATTCCTCTAGCATAG +CCTTTAATAATTCTCCATACAACTCATAAATTGCTTTATCTCCTATTTCATCAGCTAGAT +TTAATACTTCATCTTCACTTATAAATTTATTTGAGAAACTTATTGCACATCTAATAAGAG +TATACATATCAGATTCCGTAGGCTGCTCATCACTTAAAATAGGTTTCTTAGTTATATCAC +AGTACATTTTCTTTTGTCTTGCTCCAAGTTTCATTATGTATTCTTTATCACCATATTTTT +TAACTATCGTTTTCATATTAAATCTCCTTAAAATTAAATTTTCACAAAATAAAAAGGCGA +GAATAGTTTAATCTCACCCTTCATTTAAGTATTCTATTCTGTTTCACTTGACGACAATAA +TGCCTTTGATCTTGATACAGAACCATTAACAACTAATGATATTTCAAGTCCAGCTAAACC +ATCTTCAAAATCCCCTGAAAAAGTTTCTATTTTCATAGTAGCTTCTAATAAATTGTCTAC +GTTACTTGTAGCAGATTCTGATCCAGCATAACTAGGCTTCTTTACTGCTAACTTTACAGC +TAAATCTTCTGCTTGTTGCCATGCGTCCCAAAGTGTAGCAAACACACCTTCATCAGATTT +ATCTGATAAATTAGCAACAGCATTCATATCTATTGAAAAATCTTGTCCATTTAATTCTCT +TGAAGTCATACATTGACCTTGTGCAGATTCAACTCTATCTATAAATTCCTCAAACTCATT +TGAAGCTTCAAAGGATGCTCCACTTTGTCCTGCAACTGGTTTTCCTCCAATCATTATAAG +TACATCTGCACTTCTTGTTCTTGACATTTACATCACCTTCCTTTGTATTACAAAATTAAA +TTTAATAGAGGCTTGATAAAGTATTGTATTTTCATCTATATAGTGTTCTGTAATACCATT +ATCACCATCAGAACTTAACTCACAATCTGAAATTAAATACTCTCCAGCTTCTTTATATAA +AAGTTCATATAAACTATTGTAAATATCCATGTATTTACTATTTATTTCTTTTCTTCCTTT +ATTGCTTCCATCATACCAATAAAATAAATCCCATGTAATGTAATGAATTTTCTCACCGGT +TCTTAATACCTTATCAGTGATCCTAGTGTCTCCTAATTTAAGATATGGCATTTTTATATT +TTCATCTATAATATCAACTACCTCATAACCTTTATTAGTTAAATGTTGATATATAAGTGT +TTGTAAGCTATTTATCATAACTAAAAAGTATCCTTTCTACATCGTCAGAAAACTTAGGAG +TTATTTCTTCAAAAGAAGGTATTAAAAATGGTTTCTTACCTCTTCCTGCTGGATAATTTA +CTTTTTTAACAAATACCCAATTACCATCCCTACCTCTGAACCTTAAAAATTTTGCTTTTT +TAGGTTTTATAACATAAGCCTTACTTCCAAATTCTCTAGCTCTTGCATATTTAACATTAG +TACCAACTAAAGAGGAATTTCCTTCATGCTTAGTATGAATACTATTTTTAAGCCTAGATG +TATCTACTGCAACTTTGCCTTTTGCCATACTTTCAATCATATATGCATGTTTTTTTCTAG +ACTTATCCGTTTCAGTCACTACATACTCTTTATACCCTTGTAAATATGCAACAAGATCTA +TTATGTTATTTACATTAACTTTAATTCGCATGTTCTAACCTATCTAAAGTTACATAAGTT +TTATTTTTTATTCTTTTAGGTTTATGTGTAGGTTTATAGTATTTGCCATCTATTAAGACA +TAGAAATTATCAATATCTATAGTATCTATAGTCGTAAGGTTATAAAACTCATAATTAGCA +ACTCCAAATAGTTGTATTTGTTTTTCTAAACTTAATAGAGATAAATTACAATATATATAT +TTATAAAGACTTTTATTCTCTATACGACCACCTTGCCCATCATTTATTCTATTTACTTTA +TATAATTCAACTTTCTTATTAAATCTCATATCAACCTCACCTTAATTTTATCTAATTGAG +ATTTTTTATTTGCAATGTACCTATCCAAATCCATTTTAAAACCATCTAATGAATTATTAT +TATAAGAAAAACTTACTCCATCACTATTTTCACTATTAAGACCTTCACTACCTATGCGGT +TATACCTAGCTATAACTAACTCTGCAACTATATATTCAAGTTCTTCAGGTACACTATTTT +CTTTTATATAGTTCTCAACTTGTCGTGAACTTCTTCGTATTAAAGACTTTAAAAGCTCAT +CTTTATCAGACGAGCTTAATCCTAAAGTTATTTTAACTTCACTAAGAATATCTTCCATTA +CTTTTTAGCCTTCTTATCTTTTTTAGGTGTTTCAACTTCATCTATATCCTCTATATCCTC +TATATCCTCTATATCTTCTGATTCTATAGATTTTTCATTGTGATCAATACTTTCACTTAG +TATAGCAACTTCAGAGTTTACAATTTCTACTGTAGGTTCTGTATAATCCATCCAAGCAAC +ACACTCTGGATTATTTATTACTGCATCTAAATAAGCAAATCCTATGTGGTAAGTAGCATC +TCTCTTAACACATTCTACACCTGTAGATGTCATATTATATCTTACATCTCTAGTAAATAC +CGGTTGTAAGTTTGATAATGGAGTTAACGCTATAAAATTATCTGGATAAGTTGAAACTAT +TTCAACTGGCAACCCTGATAATTTCTTTAATTCTCCATCTACAATAATACTATCAGCCCA +TGCTGTAGGCCTTTTTATTATTTCTCTCATTATATCTAACTTAGTATTTTCAGATATTAT +CCAGTTAAAGTTAAATTTTGGATGATTCCAGTATTTAGAAGGTATCTTTTTCTTTAATAA +TATGAAATCTTCTGGAGTTGGTAAATTAGCTTCCAGATTTATTTTTTTATTTGATTTTTT +CATTTTTACTACAAAACCATCAAGTATCTTCAAGAAATCATCATGCCCTGTTGAACTAGC +TGATTTATCACCATTAAATAATAAATCTTGCATATCTAATGCAAAAGCTTCTTGCATCAT +AGAAGTTAATGCCGTTTCCATATTTTGTCCTCTTTGACGTAATATGTACCATACATCATC +ATTGCTTAACCACATATCTAAGAATACTTTAACAACGCTGTATGGTATTTCTCTTTTATT +TACATTAAATGCACCTTCTGGTACCTCTCCTGGTGTATAAGTAAATTTTCTAGTCTTTCT +TGTTTGAGCTTCTAGTGCTTCTATGTTCCCACTTGTTTGGTCCTTATATTGGACGTTTAA +TTTCTTTAATGTGTTTGAGTTTTGTATTATATCGTATATAAAAGCTTCAGCTTGATCTGT +TACTAATAAAGTTGATGCTGCATTAGCTTTTTGTAATTTTGATACCATTTCCGATTTTGT +TAACGCTATAGTCATATGTATTCCCTCCTAGTTAAACATTCCTTCGAATGCACCTATATA +AGATTTTTTTACTTCTTGTCCTGCTCCTAGATTAGTGTCTAATGATTGTGGAGCACGTCT +TGATTTCTTTAATTCTGTTATCTCATTCATTAAAGGCTCTGTAGCTTCTTTTATAGCCTT +AGCTATTATTTCTTCTTGAGTAGGTTCTTTAGGTGGCTCTTGCCCCCCTATTCCTTCATC +ACCTTCTGGCGGTTGTTCTTCTCCTTTTAGATCTTCTAACTCCTTTTTTATTGGAGATAG +TGCTTCATCAAGCATTTTCTTTATATCTTCTGCTTTCATTTCTTCTTCCTCCTTAGATTT +TCTTATTTCCTTTATCTGCTCTAAAGACTTTTGAATACCTACTGTATTAACAGTATTTAA +TACATAATTCTTAAAAGCATCAATTTGAATAGCCATATGCCCCGCTTTATCTGTTATAGT +AGGTTCTAGTAATGTATTTTCTAACGAATCCATTAGAGCCCATCTAGCTTCTCTAATTCT +TTCTTCAATAACGGCTTCACCAACTAATTGATTAAAGTCTGTAACATATGTACTTTTCTT +GATATCTTCTTTTTTATCTTTAGTAAAAAAGCTTTTTAAAACATTAAAAAAACCTCTAAA +CTCTTCATCATCAGAATTTACAGGTTCTTCATCAGCTTTATAAATTTTTACTGTTTGCTT +ATTTGCTCCTTTATTAACTAAACTAATAAAGTCTATATCTAAATCTTTCATTCTAGGCAT +TTTACTCACCTCCCTCCACATATATTGCAGTTCCACCTATACTAAACCCAGTTATATTAC +CAAGTTTGATATCATTCCAAGTTATATCATCAGTAACTTTTATAGCAGCTACCCAATCGT +CTTTTAGAGCTCCTATATCAGGTATATCACATTTAGCTATATAATTTTCTACAACATATC +CATATCCACCTATCTCATTATGTTGCTTATCAACTCCAGCATTAGCTTTATTAGCTGTGT +TCATGAGCTTCTCCATAAATTTATGAGATGCTTTCTTAACATCCTCTACTGTAGCCCAAT +CTCCATGACTATCAGTATAATCAGTTGGATTACCATTTTCATCAAATTCCTTTGACGGTC +TATAAACCACACCTTCTACAATTCTATTTTCTTCATCCAGTTTAGCTATTTTAACATCTA +ATTGTTTCATCCTATATCACCTCACCTTCCAGTATAGGTTTTAATGAACATCTACATTGA +ATAACATTAGAAGCTTTTGCATCATATGAGTTATCTCCAGGATAATCTAGTAAATCACCA +TCAATAATAAAAGGCTCATCAAGTTTAACTCTTTGCCCCTCAGCTTCTTTGTGGTGGTCC +CTAGTTCTTTCATCCTTAGTAGAACTCCATTCTTTACCTATAACAACTCCACTCTCTTTA +TATCCTTGTAGTGTTCCAGCATTACTTGAACTTATTATTTCCGTTCTAGCAACTACTGTA +GCTCTTTTCATATCGAACTCAGGCATGTCTTTAATTCTATTAGATAACTCTTGTATACTT +TCACCTTTTTCAAATCCTTCTGATAATTCATTTATAATAGCTTTATGAGTAGTATCTGCT +ACTTTTATAACAAACTTAATCTTCTTATCTTCTAAAAATTTAAGTGCTTTTTCATTTAGT +AAGTCAAACGTTATTGATACACTTGTTTGACCTAGTTCTGAAAGTATTTCTTGTTTAACC +AAGTTCATTATATTTAAAAAGTTTTTATATACTATTTGCTCATATAATACTTGCTGCTTT +TCTATATTTTCTATATATATCTTAAGTATCTCATTTGTTACTGTCCCATTTTCGATACTT +TCTATTATCTTCGATCTTTGAATTTTAAGAAGGTTATGAAACTCACTTTCCATTTCCAGG +AATGCTTCGTAAGTAGCATCTAACCACTCATCAGATTGATTTATTTGATATATCCAAGTT +TTATTCTTGTCATTATCTAATATAAACTCTTTCAATATCTCATTAATTATACAAAGTTTA +TCTTTATCCATTTAAAGCACCTTCTATAGCCTTTTGTAGTTCCTTTAAAGGATTTATTAC +ATCTTGCATATCAAAAGCCTTAGATATATGATTCTGTTCTTCAAAAGTAGGTTTTAAATT +TGTGTTTCTATTGGCAAGATACACTTGTAACGGTATATCTGCCCACTCGTCCGTTAATGG +TTCAAATTCTTTACCTAATAACTTTCCTAAGCTATCTAATAACATATTAGGAGTAGCAAC +ACCTCCAGCTATATAAGGCGTTAATGCTTTAGCTATTTCAGTATCATCAGTTGTCTTTGG +TCCTTTAAACTTAAGTTCAACAAATTTTATATTTAATTCTTTCATCAACTTCTTATTTAA +TAAATCTGCTAAATCTTCTCTAAGAGGTTCAAATGTTTGTTCCTCAGTTATTTGTTTAGC +AGTTTCTGCTGTAGCCTTATTATAGTCTTGTGTATCTCCTGTATAAATAGGAGCTAACCT +AAAAGAACCTCTTACAATATCTCTATTGTTCTTAAGATATTCTAAAAATAAAGCATCATC +TTGCATTATTTCTGCTAACTTCTCGAAATGTATTTTTACATTTGATTTACCTTCTTCCAT +GCTAAACTCATTGCTAAATGCTTCAGCTTCTAGAATTAAGTATTTATGTTGTGCATCTTG +GCCTTTTGCTCCAGCTAACAAATCAATGCTATCTTGTGTAAGCTGTCCATTTTCAACAAC +TATAGCTAAAGGAATATGCCTTCCATCTTCAAAATACTTATAATTAAGTTCATCAGCATT +CCTAGAACCCATCATCTTAACTAAAGCTCCTATATAACGTGGTAATCCATATGGTGTATA +AGGACAATATATATTATCAAATATAATTGAGTTGGCTTCATCATCTATATTCATTTCTTG +CCCATCTGCTAAATATTCTCCAGTAAGTCTGTTTAACTTTCTAGGATCTCCTAACTCTTT +AAAATAAACTTGCTTTGAACCTACCATCTGGATAAACTTCTTAAATTTTTTCCAACGTTT +AATTTTACGCTCATTACCATTTGAGTCAGTTATAACTTCTTCAACTTCTATTGGATCACT +TTCTTTGCATAGCCTAACTGTATGAGATGGTATATGTTGAAGTTCTGATATTTCTCCAGT +TTCATCAGCTATACACTCTATAGTTGCATATCCAAGTCTTTCTCTATCGTCTATAAACTT +CTTAAGAACTCCTGTAAATCGTTCATCAAAGTTACAATACTTTATGAACATTTCATACTT +GGACCAGTCAGCATCAGCTATACTTTGTTTTGATGTATCTTCTTTGTAATCAAAGTTATA +GTCTAATACAGTCCCAAATCCAACTATATTATTTTTATAAGCTTCTATACAAACTTGTAA +TATATCACTGTTTTCAGATATTCTAGCTAAAGCTTCTATATTCATTTCAGGCTGAATAAT +ATATCCTTGACTGTAAAACTCGTTGAATATATCATCAATTTGCTTAGATTGTCCTATGCT +ACTACCCATTATCTTTTTTATTCTTACCTGTGGTTTTGTCATTACCTTCTCACCACCTTC +CTACGTTCTCTACTCTTCTCTAATCCATGAGTTTTCATATCAACTTCTAATGCATATCTA +GTTGCATCTATGCTATGATTATCTTTGTCTTCTAATTTAGGAATTATATCTCCGTCTTTA +TCAGTCTGATAATCTATATTTTCAAATTCTTTAGCTATATTTGGAGTTCTTCTAGAATCT +ATTACTATACCTTCTAGATCATCCAGCCAATTCTCTCCAAACTCAATACTTCCTGGACCT +TTCTTAGCAGGAACAGCTTTTATTCCTAACACTCTTAATTCTTCAATACTTCGAGGTTCT +GCACTATCACAAATAACGTAAGTGTCATTATACTGTTTTTTGATGATATTTAAGGCTAAC +TCTCTAATAGACATCTTCACTCCATATATTTCATCTATAAAGTAAATTATTCTTTTCTTT +TTATCATAATGAAGTCTAACAAATGCCATAGGATCTGTTGCATAACCAAAGTCATTACCT +TGCCTTATATTATCAAAGCTTTTTATTTCTTCATCAGTTATAGTTCTAAATACTAAATTA +GAAAAAGGAACTACTCCAGAGCCTATTGGTTCTCCTAAGTACTCCCATCTATATTTAAAT +TCATTCTTCTTTTTAACTTCCTCAGCTTCTTCTATAAAAGCTTTAGAAATATGAGGATTA +TCTAAGTAGGTACTATGATGTACATAGGTATTAGAAGGTAAGAATTGAGTTTCAAACTTC +TTATTAACCCATGATTGCTTTCTCTTAGGTGGATTGTAAGAATATATAACCTTATAACTT +AATCCTGGAGGAAGCTCTGCTCTTAAGACTGAGTTAACTATGGTACTAACTTCATCCTCT +GTCTTGAACTCTGCTAATTCTTCAAACCAAACAAAAGCTATAGGAAATTTACTCATCTTA +ATAGATTTAATCTTAGCAGGATCATCTGCTCCTCTAAATATAAACTTATTACCTCTAGGT +ATATAAACTAACTGAAGAGGTGACTTTTGCACTTTCCAAACATGACCTACATTTAAAATA +TCTATAGCTTCTTTTAACTGTTCAAATACAGATTCAGCTAATGTATTTCCAACTTTTCTA +ATACAAAGACAAGTTACTGGATATTTCATTAAAGCTAATACTAACCAAATAGCTATATGA +GTAGATTTTGCACTTGCTCTCCCACCCTTTAATACATGAAATAAGTACTTATTAGAATTT +ATAGTCTTCCAAAACTCATAAAAGTTTTTATTTATAATTTCTGATATTTTCTTATGCATC +TTCTAATGTTCCTATATCATCAATTATTGTTACTCCAACATTACCTTCTAAATCTACCTT +TTCAGTGAATAAAGCATATCTTTTACCTAATAGTTCCGCTGCTTTTATTCTATCCTTAGC +ACTTAGTTGTTTTTTAAGTATTACAGGCTTAATCATACCGTCTATAGTTTCTGTTGATAT +AACTTCCTCTAATACTTCTCCTCTTAATGAAGAACTTAAAAAAGCTAAGACTTCCTCGGC +CTTAGCTATTCTTTCACTTTCTATTTCTTTCATTTTTTCTTGAATATAGCTTTTTACACT +CTCATTTTCCAACAATTTGATTATATTGCCTTTAGCGTAATTTTCACTATATCCAGCTTT +TATTGCAGATTGATAAGCATTGCCAGTTTCAATATAATAATCAGCAAATGCTTTTTGTTT +TACATTGAGCTTCACAATGCTCACCTCCTACTTTATATACTTTAATAATGATTGTATCTT +CTTTTATTTTTACTCTTCTTACCTTCTTTACTATGTTCAAACTTAGGTTTCTTTTTCATT +TCATTTTCATATTTCCAAAGTTCTCTTGGAACTTCAGTTGGTTTAATTGCTTCATCTATA +TCTTTATAAACTTTCATAAGTATCACCTTTCACAAAATAAAAAATACCAGGCGGGGAAAC +CTGGTATTTTCATATATAAAGTTATTTGGGGAGAAATAGAAATTTCTATACTACTATTAT +CTCATGTTTATCCCTCAAAAAAATCTCAAATTTGTCTCAAAAATGTCTCATTTTTGTCTC +ATTTAAATAAATGAATTATTTTATTTAGATATTCCTACTATAAAACTAAATCTTAGAACT +TGAAAAGTTATAGCTTTTTTAACATAATTAGTTTCATAAGTAAAAACTTTAAAATTAGTT +TTTCTTCTCTTAATTAAATATATAAACATTTTACCTATTTTATATTTTTTCATTTCATCA +CTTCCTAAATAAAAATTATATTTTATATATCTTCTAAAAGTGGCAATTCTTTTAGTATCT +CTGGATATAGTATACTCATTACCTTATAAACTATAGTTTCTCTCATTCTGTAACAATGGC +TTCTATCTATATGTAACTTTATACTTATGTAATTCATATTATTTTTACTTCTACTGTTAT +AAAGTAAATTAAATAGATCTGTCTCTCTACTATCTAAGGTAGTTAAAGCATTCTCTATCT +TCTTCTTTTCTATTTCTTTTTCTAACTTAGTTTGCATTAACTTTCCTATTCTTTTTTCTT +TAGCTATAACTTCATTTTCTACAGTTCTTGATATGTTATATGTAACTCCTGTTTTTTCAT +CATATCCAATAGCCCCACAACCTTTATAATCATTCTTTTCTCTCTCTATATCTAGCTCTA +AGTTTCTTATTTGAACTTCTAAGTTTTTATAGTTATGAAGTCTACCTTCAACTTTTTTAA +ATAATTCTTTTTTGTCCTTACTCATATTAGTCCCCCGCTTTCTAAACTGCTTTCTTTGCT +GCTTTTCTTTTCTTCTTCAATTCCTCATATTCAATCCAACCATATTCATCACCATACTTA +ATACTCTTTTGGATCCATGTGAGTTTTTTCTTTATACTTATAATCAAACATCTTTTTTCT +CATAACACCTTGTTGAGTTTCCATACCTTTCACATCTATATATTCAACTTCTCCATTCCA +GTGATATATAGCAAAATCAACTGTATAAGTAATAGCTCTATGAGTTTTCCCATCCTTTTT +AAAACTAGGTTGTAACTCAAATCTTTGTTGTAATCCAAAGTCTTTTATTTTACCTTCATC +TTTTAACTTTTTTAGATATAGATAATACTCGCCTTCATGCTTACTATCAAATTTAATTCC +ATCTATTTCAACTTTCTTATTTCTATATTTATTCATACTCAATCTCCTATTAAACGATTA +TCATATGAGAATAGAGTTGTAATACTCTACCCTCATAAACTAAAATTATTGTTTTATTTG +CTTATACTCTCAATGAATAATCTTCAAATATACAAGCATATTCTTTTACTGAATTTATAG +CTACTCTTGGGTTTTTATAACTTCCTAAACTTCTTGCCCCCTTACCTTTGCTAACAAACA +CACTATAAATTAATTCATTGCAACTTCCTCTGTATTTCCTTATCTTAAATTTACATCCAT +TTATTATAAATTCTTTATATACAACCACATTCTTTGCCATTGCCTAAAATCTCCCTTTTT +AACTTCTAATGAGTTATTTATTTTTTTTAACTATATCTCCTATTACCCACATTCCTAACA +TCTCTTTATTAAGTATATAATCACTATCTTGTACTATCGTCACTATTGGATTATAAAATT +TTAAACTTTTACCATCTTCTGATAACCAATATGCACATCTAGTAACTTTACTTGCTATTG +CATGACCACTTAATAAATGCGCCCATGCTCTTTCAAAATAGTATTCCTTACTTTCTAAGT +CTATTTTTATCATGTAAAACTCCTCTTTTAACCTATTAACTCTGGATTCTCATATATATT +TCCTATAACCTCTATTTCATCAAGAAAACAACTTTCTAGCAAATATAAATACCCATCAGA +GAAACCTAACTTTTGTACTTTAAATGACGCCTTGTTGAAAACAACTTTAAACTTACCGTA +CATCCCATAATCTAATATATCTCCTTCATATATATCTACACCATCCATATCTTTTAAACC +TGTGTATTGCATAAAAACTAAGTCATCATCTTTAGTTGGGAGATATACCCCTCTTTCTAA +ATCTTCTGCTTGTGCAAAATATCCCATTTCTAATAATTTACTTTTAGCTATGTTGTATAA +ACCATCAGCTGCATTTTCAAGTAATTCATTATCGAACATTTTGTTATTACTCTTACTATA +TGCTTTAAATTTTATTTTTTTCATAATCTCCACCGCCTATTTCTTAATATAATAATTTAT +ATAATTTTCGATATACTTCCATTGTTGCTTTATATATGGATCATCTAAACTTCCTCCGCT +CGAAGTCCAGTCGCCTATTCTACTTTTCACATCCAATAATATTTCAGCCGGTATATTATA +ATTTAATATCGCATTATTAAACTCTTCATGTGTATTTATTATCATACTAAATCTCCCTTT +TAACCTATTAACTCAGGATTCTCATATATATTTCCTATGACTCTATAAGAACACGTGTTA +CTCAATTTATTATTGTCCATTGAATAAGCTCCTTCATCTGTATTTAATACAAATGAACCA +TTATCAAAACCTACTATACCTATAACTATTTTTCCATACATATGAGCTATTGGAGTTCTA +TCTACTCTTTCTACTACATCTCCTTCGTATATATCTTTTGCATCTTCATCTTTTATTCCT +ATATACTGCATAAGATTTAATGCTCTTTGATCTGGCGTATGTATAAATATTTCATTATAT +GGTATATCCCATAAATCTTTGTTATATCTCATTTTTCCCCAAACTATATCCCAAGCTCTA +AATTTTATTTCTCTCATAATCTCCACCGCCTAATCTTCTTCATATATTTCAAACTCTCTT +ACTCCACTCTGCCTTACATTTCCATTTGCTGGTTCATCAACTAAATACCATTCATCTGGA +TATATCTCTATAAATATATCTTCATTACTTTCTCCGTTATACAATCTAAAATCAAGACAC +GCATCTTCAAATATTTTTTCCTTAGCTTCTTCAATCGAATTCGCTTCTATAGAAAAATTT +AAATCTAATATTAAGCTTACATTACCGTAAAATTCTTTCATAATCTCCTCCTATTTATCA +TTTAATGCTTCCATCATATTCAGGATTGCTAAAAAACCTATTCCTATTACTCCTACTAAA +TTGTCTGTAACCATATTAATACACATACCTATTACACAAACTAATGTTGCTATTCTATTA +GCCATAATTTAATTCTCCCCTTTTCTTTACTAAAGTATATCCATTAGAACATATTCAATT +TCTTCTTTAAACCTTTCACTGTCTATATCTTCATTTTCTAACATTTCACCTAAGTTAAAG +TAATTACTTAATCTTCCAAATATCATTCTAGCCATATTTTCATGGTCATAACCTTTAACT +TCTATACCTTCTACATTTACTATTTTCCCTTTACCTGCACCATTTACTAGATGTAAAAAT +CCTTTACTATCTAAGAATCCCTTATCACCTTTTCTAACAGTTTTAACTTTATCACTAACT +ATTGTGTTTATTTTAAAATCTTCTTTAACTATGATCTCTTGTCCTATTTTCATAATCTCC +ACCACCTATTTATTTTGAGTTATAGCATACTTTTTGCCATTTCTATTATCTTGTATAACC +ACTAACTTAGTTCCATTATCTAACTCATGAGGTAATAAACATACCTCACTTTCAACGCAT +AATTTATAAATTATATCAGCTATAAAGTTTATTTCATTTTTTCTTTCTTCCATAGTTTAA +AACTCCTCTTTACCAACCTTCTTTTATAACTCCCATAGCCTTACAATCATTGCACCTTAC +TGCATACTCTACATGAGTTATTGTTTTGTGTATTGCTTCTATTTCATGCTCACTTTCCTT +AAGTGTTCCATTTATTAATCTAATATTCAAAGAGTCACATTTTGCACATCTAAGCATTAC +TAAAGATTTTACACCTTTGAACATTTTCATAATTTCTTTAATTTTTTTAAACATATCTCC +TCCTATTAAAACCCATCTTTTATCCTAACAACTCTGGATTTTCAAATTTATTTCCTATAA +CTTCTACTTCATCACTTGTCAAATCAAGTATAAGGCATTCCTTATTGATACTATCATATC +CAAAACATTTAACATTTTTACTATGAGGTTTTACAATAGATGCCATAGGAGAATAAGTAA +TTATTTCTATAAATGATTCATCTTCAATCTCTTCAATTTTTGTTTTAGAGCAATCAGTGT +ATGTTATATGTTTATAACTTAGAATATCACCTTCATAAATCTCTTTTCCGTTCTTATCTT +TTAATCCTGTATATTGCATTAATTTGCAAACGTAAGGATATGGTGTGTTCCAACATCTGC +ATTCTTCATCTTCCATACCTACTTCACAATCATTTAATCCTATATGACTAACATTAGCCA +TTACTTCTCTTTCTGTATCCCATGCTCTAAATTTAATTTTTTTCATAATCTCCACCACCT +ATTTATTAATATTTTCTATGTTTTTAATCAAATTCTCCACTGCAAGTTCAATAAGAGAAT +CAGTTGTCATTCCAAACTTCTCACCTATCGCATCTATCTTTTCATATAAATCATCATCTA +AAGGTACTAGCATTTCTATTCCTCCTATTAAAACCCATCTTTTCTTTACCAAATTACTAT +CTATTTCTCTTAAAATCTCTACAGAAAAATACTTTTTTTACTTCCGTATCTTTTACATGA +CAATAATCCGCATGTTTAAATTTATTTCCTTTTTCTCCTCTTATATAATTATTAAATTTG +CATTTACCACATTTACCTAAACTTCTTATCACGTGCTCCACTTTTAGCTGCTAGTATCTT +TGCTTTACTAGCCATGATTTTCTCCTCCCATTAAAATCTTGTATAGTTAATTTCTAATTT +TTTATGATAAGCATCTTTAATTTCATCTATATTAAATCCCAGAGCATATACTATTTGAAT +ATATTTAGTCAAAATAACGAATATACGGTGTCTTATAAAGGTTTTGTTATTAGAGTTAGA +TAAAAGTATTACATCTTGTACAAAAGCTAGTACAATGCCTTCTATCGACTTTATTTGAAG +TTCTTCTACTTCATGTATTAAATCTATATCCAAATAATTAGCTATGTTACATATATGAGC +TAATAAATCTGATAACTCTTCTGCTACACGATCCTTATCTATATCTGATTTATCCCACCA +CTTTTGTACCTTAGCTGCATTACAAACTTCCATTAGTTCACTTAATAAATCTATTGCTTG +TCCTTTTGTAACTCCGAACTTACTCTTAGGATTAATTGCACCTGGCTTACTTTCTAAGTA +TTTAATAAATTCTACTTGTTCAACCTGTATATTTCTTAAATCTATAATCATTTTTCATCC +CCCATACGTTTGTCCATATTTTTATTATTTTCACAAGTGCTATGCCATACTGCTCCAGTT +AAAAATCCAATATTAAATATAATTATCATTATCAATATCTTCACCATTCTTTAGCTCCTC +TTCAGCTTTTTTAAGTGCATCTATTGTTCCGTTACCTTCTGCTATATAAACTTTAGCTAA +ATCTATTAATTCTCTTAATCTGTGTAGCTCCATACTTTAATCCTCAATCAAATATTCAAA +CTTCAATCCTTTTTTAGTTAACGATCCGTATTTTGCATAAGTATATATTGTCACCATGCT +TAGATTTAATTTTTTAGATGCTATTTTTACAGAATCGTAAATATCTACTTTATTTGTATT +TATATTTGTAACTTTTATTTTTTTAGATTCGCTAGCTCCTGCGATATATTCTGGATTTAT +ATCTGCTTTAAATCTATATTTATTTTTATATGTCCAATTATTTCTTATATGGCTATTAAA +ATTACTGTTAACCCCAAAATGCTTTGCAAGCTCTTCTGTATTGTTAAATGTTTCAACTTC +AAATGTTTCTATATTCAATACTTTAATATTTATATATTTAAACTTACTAGTTGTGGTTTT +TTCGTATTTTTTTGATTTCTCTATTTCTTTTTCTTTTTCTACATCATCTGCATCTCTTTC +GTTTAATCCGAAAATTTTTCTTACTTGTCCTAAGCTAATCTGCTTCCAAACTCCGTTACA +ATCTTTAACCCCACAAATAGCATGTGCTAATGCCATATATCCCCTGTAAGTTAAATCATC +TATTACAGGATTAAATGCTATAGAATTATTAATATTATTTTTATTTAATATCATTTTTCA +ATCTCCCCTTTATATAACCAGGAGAATAGTATCTCCTAGTTTATATTTTTACTCTCAACT +AATTCAATTGCTTCTTTTAAAGAAATATAACCTTCATTCTTTTCTCCAGCTATATCCCTT +ATCATTTCTAACAGCATCTTAACTTCTTCGATACATTCATACTCCATTTTAAGCACCTAC +CAATCTATAATTAAGATGTTTACCTTTGAACTCTATTACAAAACCTTTAGAAGTCTCTAT +AAGCCTACTAGCTATAGCCTCATCAATAGCCAATAGTTCATTTATATTTTTTTCACTAGA +TACAATGATCGGTAATTTCTTCATATATCTATAATTTATAATCGAAAACATTGCATTTAT +ATCTGCAGTTGTCACACTTCCCTTGAATAAATCATCTATAAGGAGCACTTGGGCATTTTT +ATATAGCTCCATTTCCTTGTTATAATTAACTTCATCAGTTATACTTTGCTTAATTTTGGT +TATACTATCTCTAAATGGCATATATATAACTCCAATAGATTTATCTAATAAACTATTAGC +TATAGCCATAGATAAGTGTGTTTTTCCAGAACCTACTTGTCCTAAAAACATAATAGAATT +TTGTCTAGCTGCTCTAATATCGCTAAAATTCTTAGAGTAGCTTTTTGCTTTTAAATAAGC +ATCTATCGTTTCTACGCTTCTTTCGTAGCTGAAGTTTTCAAATCTCATTTGTCTAAACTC +TTCTGAAACACCACTTATCTTTAATTTTTCTTCTGCTATCCTTAGTGCCCTACATTCACA +TTCTTTAGCCGTTCCATCTTCAAGTAAAAGAAAGGTCATATCTTTACACTTATCACATTT +ATAACTCGTCTCGTTCAAGTTCTTCAATCTGTCTGAGTAATTCTCTCCTTCTTGTTGCTT +CACTTTCTGGATCATTTGTTGGACCTTCATTTTCAAAATTTCCTTTTCCTCTTCTGACAT +CTGAATCCACTTCCTTTTGATTTTGTTGTAATCTATAAGCTTCTAGTTTATCTAAAGTTG +TTATATCTTTTTCAAGCCATTTTTTTATAATTCCTTTTACATATCCTAAAGTGCATTTAT +TAGAATCTGTTGCTATCTCTATTGCTCTTTTAAATAAACCACTTTCTATTTTCTCAGATA +TTTCTATAAGCCATTCTCCAGTTACTCCATTTATAAGACCGATATTTTGTTCATATAATC +TTGATATATTTTTTAAATTCTTAGATTCATTTACATACTTATCTACATTCCCATCTTCTG +TATATATATCTATATTATTCTTATCTAACTCTATACTATCCTTACCTAACCTAACCTGGG +TTTCCCTTTCGCCTACCGTTGGTATACCATTCGGTATACCAAGAACATATTCTTTATTTT +CAGTAACAGCTAATTGCGCTTTTTCCTCTAAATATAAGGTTTCTTTATATCTATCATTCC +TGATGTAATTGTGTATTTTCCAATGTTTTATTACTACTACTCCGCTATCAAATGGAATTA +TAAAATTTTTAGCAATTAATAATTTTAAATCATCATCACTACTTCCAATAAATCTTTGTA +TTTTCTTAGGATTATTAATAAACCCATCATCACCTGCTCTCATAGATAAATGAAAATATA +AACATTGTGTACTTGAGGGCATGTCTAAAAATAAATCACTATCTATAATTGTTTTTGCAA +ACATTCTTCTTTCTGCCATAATCTCACCTACTTATCTGTTGCATATCTTTTTTATTAAGT +AGCAGGCTCCAGTTATCACTAGAGCATCTACTAATATTGTCATGTATATCACTTGCATTT +TAAACCTCTAATACTGTTTGTTGTGGTTCTTCTACTACCTCTGTGAATTCTGTATCTATT +ACCACTTCTTCTTTAGGTTCATATTTAGAAAGTAAGTCTAATAATTCGTCTACCTCTTCA +TATTTAAGTTCTTTTAAACAATATCCATTACTCTCGCAAAATTCTTGCATTTTAGATATA +TCCTTAGGGTTATCATAGTCATATAAACCTTTCATACTTGCAAGCTTCATAATTCCTTGT +TTTTGACCAGTTGTAGCGTACCCAACTTTTACTTCTTTTTCTGGTAATTTATTTTCAATA +CCCATCTCCTCTTGCTCATAAAGCCCTTGTAGTTCATCTGTAAAAGCTTCCCTTAACGTC +TGAGTTTGAGCAACTTTTCGTATCATTGTGCATGGTTTACTTGACCACATAGAGTTGGTA +GTTCCATCTTTTTTTCTTTGAACATACTCTTGGAAATTAACTGTATGATGTGTAGGAAAT +TCTCTGTCTGTTCTAGATACTTCACACCATCCACCAAGCAGTATCTCATCATCAAATTTT +ATAGTTCCTTCACGTTCTATTATGTTTCTATCTTTATCAGCTACAACTATCCCAGCTTTT +ATATATCTAAGTACTCCTGATGCATGTGCCTTTTTTATAAAAACATCCTTCCCAACGATT +ATTTGAGCCGGTTGTGATCCATATTTAACAAGGTAGGCATCTCTTATAAAAGGATTTAAT +TTTTGAGCTTTGCATAATTCTAAGAAATATAATATTTCTTGCTCTGTTGCATCAGGACAA +ATATATCTTTTTATTGTTTCTGCTGTTAACTTTTGTCCTCCATCTAATGTATATTCTGCT +AACGCTAATGCAGATTGTTTAGTTGCTTGTATATTATTCATTAGTTACACTCTCCTTATT +AAGTTCTTCTATGTTTAATTTAAGTCCATACATATATCCATCCTTATATGGTCCTTCAAC +GCCTTTATACTGTTCATCTAGTCGTTCTTTATTGTCTATAAACTCTTGTAACGACCATCC +TTCTTCTCTTTTATCTAAGCAAAATTGAATAGCAGACTTAAAACCCCAATTACTTTCATA +GTCTGGTCCTGTATATCTACTTAACCATTTTGCTTTTAAAAGTTCTTTTTCAATGCTCAC +ATTTATCACCAGTTTCTTTTTAGAATTATTTGTGATATAATTTAATTAGTCTATTTGCAT +AAGGGCCATCGCAGTGGCCTTTATTTAGTAGGGACATTTCATACTCTGTATGGTGTCCCT +TTCTAATATTTCAAGTTCAATCATATCTTCTATTGCATCTACCTCTGCTTCAATTTCTTT +ATATTTTTCATATGCTACTTTTACTAATAACTCTTTTTCATCAGTAAACATTGTTCTGTC +ATTAGCCATTTTTGCTTTAAAATTTAAATATTCCTTATAAGCATCTGTTCTCAACTGCCT +TACTTTTTTTAATTGATCCATTTAACTCACCATCCTTCTATACGCTTTTAGTAAATCAAA +TCTGAAATTTAATTCATCTTTTCTATGTTTAAAATCTTTTACAAAAGATTGAAGTATAAG +TATGTTCATTTGCATAACCTCCTTAAAAAATACCACCATTAGATGTCCATTTTTCGTAAC +TAAGTCTATCTATCCTATACTCTCTTCCAACTTTAATTACTGAAAATAGCTTATTTTTTT +CAGCATACTTAGCTAGAGATCTAACATAACTTTCTGATGCTTTTATGTAATTTGAAAATT +CTTTTATTGTTAGATACTCTCTAGGAGCATAATCATTGTTATCCCTAAACATTTGCATAA +CTTCTACTATATCTTCTCGTTCTGATATAGCTATTAAAAGTGAATCTATATCTATATTTC +TAACTATTAATTTTTGTACTTCAGTTGCCATAATTCCCTCCTATGCCTCTGATACAGCTA +ATATCGGCTTTAATTTATTTATAAAGTAAACTTGACCTTTACCTGTTACCTTAGGTGTTT +TACTTATGCTTATATGACCATCTGAATGATTTATTGTAGTTTCTTTTATTTCAAATAAAC +CTTGCTCCATAGACTTTTGAGTTGGCATATTGTAATCAACACCTTTTCTTTTAATTAAGT +ATCCATTATTTCTTAACCATTCAAAGAATCTCTTTTGACCTGTATCTATTCCATTTTGCT +TTAGTATCTTTGCTAGTTCACCCACTAATATTGATGTATGACTAGCGCTTACTGCATCTG +CAAATATTGCTTTTGGTTTTAATTCATTATTTTCTATTTTCAACTTTTCATTAACTAAAT +TTAAATTATCTATTTTCTTATTTGCTAGTATCAATGCTCTTGCCATTACCTTTTCAGGAC +TATTCCAATCTTTTTCTATTTTTAAGAAATATTTTCTTGCTTGTTTTCCCTTTTCACTTC +TTTGTATCATTGCTATTTCTTTTGCCATGTCTAGTTTAAGTGCATGATTTATAATCATTC +TTTCTACCATTCTTGAACCTTCTTTTTTTTGAGAAAGTTCATTAAACATTGCAAAATCAA +TATTTTCATCGAAACCATACTCACACATTCTATTAAACCAATCTATATACTTAGATTTTA +CTTCTAAAAATTCATATAACTCTCTACCATTTACTATCGGTTCTTGATTTTCATTTACCT +CAATTTTTATCGGTATTATATTTTCATTTGTTGCTTCTACTGAATTTGACATTATATCCC +TCCTATTATTTCTATATAAATCTCATACAATAAAGTTATACATAAGTATCATTTTAAAAA +TTCACAATACGCGAATAGTTAACTTAAAAAAATTTCTCGCATGTCGAATCCTAATAAGTC +TGATAATTTTATTGCCTCAGCTACAGTAAACTTTCTTTTTCCATTTTCTTTATCACAATA +TGCACCTGTGGAAAGTCCTAGTTTGTCAGCGACCTGCTTTTGAGTTAGTTCTTTTTTTAC +TCTTTCTGACTTTAATATATTTTTCTTCATTTCTTCACCTCAATTCACATTTTGCGACTT +TCTATGTTATTAGTATAATTCCCAAAATGCGAATAGTCAATACATTTTTCGAAAAAAAAT +CTAATTTTGCGAATTTAATACTCATTTTGCGTATTTTAGTATATTATAAAGTCATATAGG +AGGTGATTTTAGTGTCATTTATAGATGATAAATTAATATTTGCGAATAGATTAAGAAAAG +AAAGAGAATGTTTAGGATTGATGCAAAAGGAGATGGCTCAAAAGCTTAATATACCTCCAA +ATACATATAATGGTTACGAAACAGGAAAAAGAAGCCCTAATTTAGAAGTCGCTAAGCATA +TATCAGACACATTAGATATATCTGTCGACTACCTCCTTGGAAGAACAGATGAAAGAAACT +TAAATAAAGAAAAACCTGAACTTGATAAAGGTATTACAACAATAAATGCTAAAAAAATAA +ATATAGATGACGATTTACCAGACGAGGCATATGACAAAATTAATGAATATATAAAAATGG +TTGAAATGATGTATAAAAATAAAGATAAATAATGCTAAATCTTTAGAACTTATATATCTA +AATATATTATCTACTCGAGGGGGAACATTACATATGGGGATATTTAATTTTGGACCAAGT +AAAAAAGAATTACGAAAACAAATATTAGAGTTACAAAATAAAAATGCTATTATCGAAAAG +AATTTAGAAAATATTAAAAATGAAAATAACAATTTAAAAGAAAGCTTAACTCAAACTAAT +ATCGAGAAAAATACATTCAAAGATAAGTTAGCATCTTTAACTCTTTCTAAAGAAGAAATG +AAATACCTAAATCTAAAAGAGGAATTAGAAGTATTATTTAAAAATAGTCAACAACTTAAT +ACTGATATCACAAGTAAGTCAGAAGAATTAAAACGTATATCTACTGATTGTGAAGTAAAA +TTACAAGAATATACTACTTTAAAAGATGAATATAATATTCAATTAAATAAATTAGAGAAC +ATACCTAAGAAAAAGATTAAAATTAATACAATTTTTAAAAGTATGGAAAATACACTTAAA +GAATATATATCTGCAGATTTACCTTCACACTATCTTAACCTTCCAGATTATGATCATGAG +CTAATAGATAGATTAACTCCATCTATTAGTATAAAACTTCATAGTATGGATATTAAGGAA +TTAAGAAAATCTTTAAAAATAAATCAAGAGTTAATAGAGGAAGCACTAAATAAGTATGAA +TCAAGGTATACAACTAAATCAAATAAAGCAATATATAAACTTATGGTTATAGCCCTGAGA +TCTGAGCTTCAAAATGTCTTGTATAATTTAAAATATGGTTCTCTAGATGAATCTTTAGAT +GCAATCAAAGAGATAACAAAAAAATATATAACTATTGCCTCTGATGGAAATCAAAATATT +GCACCTACTGTAGTTAAATTCATCGGTGAAATAGAATATCTATTCCTAGATTGTGTAAGA +ATAGAGTACCAATATTATGTAAAAAAAGAACAACAAAGAGCTGAGCAAGCTGCTATTAGA +GAACAAATGAAACAAGAGGCCGCTGAAAAGAAAGCTCTAGAGGCTCAAAAAAAACAAGTG +GAAGCAGAAGAAGAAAAATATAAGAATGAAATACTTAAAATACAAGAACAGTTAAAAGCA +TCAGAGGATAATGAAAAAATTGCTCAGTTTGAACGTAGGATACAAGAACTTCAGGATCAA +CTAGATATGGTTGAAACTAAAAAGGAAGATATTATAAGTAGACAAAATGGTAAGGCCGGT +AATGTTTATATAATAAGTAACCTTGGTTCATTTGGTGATAATGTATTTAAGATAGGTATG +ACGAGAAGATTAGACCCATTTGAAAGAATTAAAGAACTTGGTAGTGCGAGTGTTCCATTT +ACTTTTGATATTCATAGTTTTATTTTCTCTGACGATGCAGTAGGATTAGAGCAAAAACTA +CATAATATTTTAGAAGATAAGAGAGTTAATAAAATAAACTTAAGGAAAGAGTTCTTTAAA +GTTTCAATAGATGAACTGGAAGAATTAGTTAATGATATAGATCCTTCTGCTGAGTTTAAT +AAAACAATGATAGCTGAAGAGTATCATCAAAGTTTATCTTTGAGCTAGTTAAAACAATAA +ATATAATCTATAATTAATTATTTAAAATTAAAATATAATAATAAGAGCGGTAAATATGAT +ACTGCTCTTATTTATAACTCTATACCGAACATAAGTTCGCAATCCGAAGGGGAGATTGAT +AATGACAAAACTAGAACATTTATATGAACTTGCTCTAAATGAGCATATTGATATTCACTT +CTTCGATTTAAAAGAAATTGGTTTATTAGGATTGAATGTTAGTAAAGAAAATATGCCACA +CATGATATTTTTAGATCATTCTGTTAAGAAAGATACTACACTTCATTTGAATATTTTAGC +TCATGAGTTAGGACATTATTTTACGAGTTTTGGTAACTCTATAGCTGAAACTAACTATAT +TGAAAAAGTACTTAACAATAAATGTGAAAATAAAGCTGACAGATGGGCCTGTGAGTTTTT +AGTTAGAGAAGATGAATTGATTGATGCTTTGAATAAAAATATTAATTGTATTCATGATCT +TGCAGAATACTTAGATGTTGATGTTAAAACTTTACTAAAAAGGCTTGAATATTTATCATT +ACAAAAACCAACTCTAAGAATATCTGATACAAGACAATTAGTGCTTACTAATCTTCCGAA +TATATATTTTTATGAAGATATTTGCACTTACTTATAAGGAGGTGGTCTGATTGAACATCA +ACAGTGTTTTTATCAGAAAAAGAAATGAAAACTATAATGTAGTACTAGAATATTTAGATG +AAGAAACTGGGAAAAGCAAACAAAGAAGCCAAGGATCTTTTAAAAAGAAAAAAGATGCAG +AAAAACTTCTTATAGAAATAAAAAGTTCTATTAATAATAATAAGTTCCAAGTTCCAACGT +CCAAAACATTCGTAGATAGATGTTATGAATATTATAATAACACCGCTAAGGATTTTTCTC +CTACTACATTAAAACGTGCAAATGCCGTTATAAGAAATTACGTAAACTCTTTTTTTAAAG +ATAAAAAGTTAATAGATTTAAGCATTAAAAATTACCAAGACTTTATAAATCATTTATATA +CAACAAGTCTAAAGACAAGCACTATAAAAGAAATATTAAATAAAACAGACGCAGTCTTAC +ATGAGTGTTATAGGCTTAGAGAAATAAAAGAAAATATTCCAGACTTTATAATTTTGCCTA +AGAGATCAGATATATCTAACATAGATATTTATACTGTAGAAGAAGCACAAAAAATACTTT +CAGAGTGCTCTAACTTTCCTATTTTAGAAATACCTATGCATTTATTCTTATTAGGTGGCT +TAAGATTTGGAGAGATGGCAGGACTACTTTGGGAAGATGTAGATTTTGAACATAACATAT +TAAGAATACGTAATAATTTAATATATGTAGATGGAGAATATTTCTTAAGGAAAACTAAAA +CAGATGGAAGTACTAGAGATATAACAGTTCCAATAGCTTTAATGAAACTACTTAAGAAAG +AGAAGATTAAACAAAATAAGCTTAAGATGCAAAATTTATTAAAAAATGATCACAATGTAG +TTTGCTTGAATAGTAAATACAGATATTGGAATAATAGTTCTTTTACAGTTGCTTATAAAA +CCTTTTTAAAGAAAATAAATATGAGATACATTAAAATTCATTCATTGCGACATGCTCATG +CATCCATGCTTATATTAGCAAATACAGATATGAAAACTGTATCTGAAAGACTGGGTCATA +CAGATATTAAAATTACCATGAACATATATAGTCATGTTTTAAAAGAAATGGATTTAACCG +CATCAGAAAATATAGAAAAAATACTTTTATATAAAAAATCAAACTAATAATGCTGCACTT +TTTTAAGTTGCAGCATTGTCAGTTTGATGTCAGTTTTTATAGATTGTCAGTTTGATGTCA +GTGTATTTTTATAATAAATAAACTAATTAAATCTGGTATTTCCAGCAGTTATAGTAATTA +TATTTTACCAATAAATGTAAAATATCACTTCTCGAACAAGTCCTAAATAAAATTTACTAT +TTAGAGTTTTAATTTTTTACTAACTATTTGTTTAAATATATCAGTAAGTATCTAGCTATT +AAAAGTTATTAATATTTAATATTAGATAATTTTTATTCTAACATATTTTTATTCTCACTC +CAACAACTTTATTACACTTAAATACAGATCAATACAAGTTCTACTATATATGTAATAATC +TTGATTTATTTCATATATTCGACATTTTTCGTATTCTTTTGATAATTTTTTAATTTTTTT +AAAAAAATCTATTTACAACCCTAATTATTTGCTTTATAATCATAATTAATCTAATTAATT +CCTTCACATATATTGAATCGAAGGAAAACAGTATCATTAGGACTTATAAAAAAATAAAAC +ATCAGGAGGTAAAGTTATGATACAAATATTAACAGGTACTGCTTTATTATTAGTAGTATT +AGCATTATTTACTTTATTTAGTTACAAAGCGCCACAAGGTATGAAGGCAATGGGTGGACT +TGCAAACGCTGCTTGTGCAAGTTTCTTAGTTGAAGCTTTCCATTTCTCATTCTTTGGTGA +AGTTTTAGGAATCAAATTCTTAGAAAATGTTGGGGCTGCAAACGGTTCATTAGGTGGAGT +TGCTGCTGCTACATTAGTACCATTAGCATTAGGAGTTTCTCCAGTTTATGCTGTAATGGT +AGGTTTAGCTTGTATGAACTTTAAAATATTACCAGGTTTCATAGCTGGATACTTAATATC +TTTCGTAATCAAATTCTTAGAAAAGAAAATACCAGCTGGTCTTGATTTAATAGTAATAAT +AGTTTTAGCTACTCCATTAGCTTACTTAATAGGAGATGTTACTAGCCCAATAGTTAACGG +TGTATTAGGAACTGTAGGTTCTGTTTTAACTGAAGCTTCTTCTGCTTCTCCAATATTAAT +GGGTATAATACTTGGTGGACTTATAACAGTTGTTGCTACTGCTCCACTTAGTTCAATGGC +TTTAACAGCTATGATAGGTTTAACAGGTGCTCCAATGGCAATAGGTGCATTATCAGTATT +CGGTTCTTCTTTCATGAACTTCGTATTCTTCTCAAAAATGAAGTTTGGTTCTAAGAAAGA +TAATATAGCTGTTGCTATAGAACCATTAACTCAAGCTGACTTAATATCTGCAAACCCTGT +ACCAGTATATGTTACTAACTTCATAGGTGGAGCTATGTCTGGTGTTATAATAGCTTTAAT +GGGTCTTACTAATAATTCTCCAGGAACTGCTACTCCAATAGCTGGTCTTGCTGTAATGTT +CGCTTACAACCCAGCAATAAAAGTTATAATAACTGCTGTAGGATGTGCTTTAGTAAGTAT +ATTAGCTGGATTTATAGGACATGCTATATTCAAAAACTACAAAATAACTACTGCTGATGT +AGTTCGTGGAACTGAATCTAACGAAGCTGTTTAGTAGTAAAAATATAAATTAGCAAAAAA +GGTCTCTACCATTCATATATTCAAATGGTAGAGACCTTTTTATATAGATATATTACAGTA +TATATTTAACTAAAAAAGCATTGATATAATTAATTATATCAATGCTTTTTTAGTTAAATA +TTGGTGCGGATGAAGGGAGTCGAACCCCCACGCTATAGGCGCCAGATCCTAAGTCTGGTG +CGTCTGCCAATTCCGCCACATCCGCAAGTTGTTACTCTTTAAATGTAGCACATGATTTTA +TATTTCTCAATATATTTTAAAAATATTTAATTATTTTTAGCCTTTCTAACTAATGTAGCA +ATACCTACTCCCATCATTAATAAGCCTATCATCATCTCAATATTTGACACCATATAAGTA +GTTGGTGTAGGCTGAGAATTATCAATACCAACACCTGCAAACATTCCTACACTTAAGTTA +AAACTTTCATTTATATATCCCATTATTGTTTTAAAATCACTATTTAAAAGTGTCGAGAAT +GTTACAACTTCTGTTTCTCCAATCTTTATTCCCATAAATAAATATAATATTGTACAAATA +ATTATTACAGCTAAAGATGTAATAACTGGATATATAGCTCTTTGACCATACCCGCATGAT +ATCCAATAAAAGTATGATGATATTTTGGGTACTATTTTTTTTACTGACTTTCTTTCTGCA +ACCTTGCCCAAATAATAATATTCTCCAAAGTTGTTAATTAAATTATTTTCTTTAAATTTA +TCAGCTATCGTTTCATACGTCATATATATACCTTCATATTCTTGCTTTGTTTTTTCTACA +GCTTCGATTTTACCAAAACATGTTTTTTCATCAAATTTCGTTTTATCTTTATCATTAAAA +TCTAAATCTATAATGTAACAGTCTAAAGTCTTAAAACCACAAAGATTGCAATCTTCAAAT +ACAATTTTATCTAGCTTAGAATTTTTTATTATACCTTTTCTTATATAAGTCATCTCAAAA +TATGTATTAGCTATATTACATTCTTCAAATAATGCCATTGATAAATCACAATTTAAGAAT +CTAGCATACATATTGCAATTATAAAAATAACAACCTAGATTATCTTTATTATTTAAAGAT +GGTAATTGTTCCGTACCTTCTTTTACAAATATACAGTTTTCAAAAGTTACTCCTCCGTCA +TTGAATGTACAATTTTCAAATATACACCCTATAAAGTTGCAATTTTTATATCTTATATTC +TTAAAATTACAGTCAATAAACTTAGAGCATACTATATCTTTACTCTCTACTATTCTAAAA +TCAGCTTCATCTAGTAATCCATCTTTTCCAAATCTAGTTCCATTAAAATTTTTATAACTA +TATTGTTTGCATGGAGTATAATCTTTTAAATCATCTTTATTTTTTAGGATATAGCTTACA +ACTTTTGAACTGTTCTTTTTTCTATTTTCAATTTGTTTATTTATAGAATATCTTTCTTCT +TTAAAGTTTATATATGCCATAACCGCTCCTTGTTACCTAAAATAATATAAATTAAAGGGC +TTCTTATAATACAGTATTAAAGCAATAGCTATATTGTAAGAGATGCCCTTTTTATTAATA +TTATTTGTATTTTATTTTTTTATATTCACTTATTCAACTTTCTCTCCAATTATTTGCATG +CCTATAAATAAAGCTAATATTGCGAGAGGTAATCCTAAATAAATAGGAAGACCTAATCCA +ACAGGTATATATCCCAATATTATCGTTATAGCTGCAGTAAATAATGCATAGGGCATTTGT +GTCTTGACATGATTTATATGATTACATCCCGCTCCCATTGATGATAATATAGTTGTATCT +GAAATAAGAGAACAGTGATCACAAAAAATTGCTCCTGTTAATACTGCACTAGTAGCTACT +ATTATATATGACATTTCTGGATTAATAGAATAAGCTAATGGTATTGCAAGTGGCATGAGT +ATTCCCATAGTTCCATAAGAAGTTCCTGTTGCAAAGGATATAATAGAACCTAATATAAAT +ATTATACTTGGTAATAAAAATGCTGGAATAGTATCTGATAATAATGTTATTAGATATTTA +GCCGTTCCTAATTCTTTAATTACTGAACTTAATGACCATGCACAAACTAATATAACGCAA +GTTATTAATAATCTTCTAAGACCTTCCATCCATACCTCTATCGCTTCTGATAAAGTAAAA +ATCTTCTTAGCTACAGCCATAATAATTTACACTATACACCAGCAAGTAATGATGATTGAA +AAAGAGCTACCGAAGCATCAGAAGCACTAAATGCCTCTCTTATAGCTGTAAATAATACTG +GTGAGCTTTCTAATAATGATATTAATTCATTATTATCTCCACTTATTATATTACTATATC +CACTAAAGTAAAAAGAAATTAACGCCACAAATATAAGCACTCCTATTGGAATTATGGCAT +TAGACATACTTGGTTTTATACCTTTTTTAGATAAATATTTCATATCATCATCTGGGTTTG +TAGTTTCAATAATTAACTCATCAGAAAATATACCTTCTTCTCTAGCTTTTATCTCTGCTT +TTCTCATAGGTCCAAAATCTTTTAATAAAAGTGCACTTATTACTATAAATAAAAGTATTA +AAATATTATAAAATCTATATGGAATTGTCTGAATAAATACTCCAAAGACATCTGAACTCA +CACCTATTGTACTAAATGCATCTTTTATTAGGCCTAACTCCATACCTATCCATGTCGAGA +TAACCACTATCCCTGCTACTGGAGCTGCTATTGCATCGACAATGAATGCTAGGTATTCTC +AATTTACCTGTTATCGGTCTCATCATAGTACCCACAATCATAGCATTGCATAATCATCAA +AGAATATAATTAGACCTGATAGCCATATTATAATTTGTGAACTTTTTCTATTTTTAGCTC +TTTTGGATAAACTTTCAGCTATAGCTTTAACTCCACCCATTTTTGTCACTAAGTTTATCA +AACCAGCAATTGCTAAAACCTGTAGTATAATACCAGCATTCCATGGATCAGCTAGTGATT +CTACCATTCTATTTATTACATCAACGAAAGCTAATACAAGTCCATTTAATATATTGTTTC +CTGGTATGGTTATCAATAAACTTCCTGATATAATTTTTGTTCCATAAATATCTTTATTAT +TAATTCTTCTCCAAATTTATAACTATATAAAATAGATATTAGGCACAAAGTGATGAAATA +AAAAAATCCACAGCATTTGCAACGTCTTATGTTGCATGCTGTGGATTTTTTATTTCATTA +CCCGAGCCCGAACAATCTTTTTATATTTTATAAAACCTTTGCTTCAACTCCATCTACTTT +TTTACCAAATATTTGTACTCCTACAAATACCGCTAATATAGCAAGTGGTAGTACTATATA +TATCGGCATTCCTAACCCTGCCGGAATATATCCAAATAAAATTGTAATTGCACCTGTAAA +TAAAGCGTATGGCATTTGTGTTCTAACATGATCTATATGATTACATCCCGCTCCCATTGA +AGATAATATAGTAGTATCTGAAATTGGTGAACAGTGATCTCCAAATATTGCTCCAGTTAA +TACCGCACTTGTATTAACTACTATAAATGACATTTCTGGATTTATAGAGTGAGCAAGAGG +AACTGCTAGCGGCATAAGTATCCCCATTGTTCCGTATGCTGTACCTGTAGAGAATGATAT +TATAGCACCTAACACAAATATTAAACTTGGTAATAAGAATGCTGGGAATGATCCAGATAA +TAACTTTATTAAATACTTAGCTGTACCTAGCTCTTTTATAACTGAACTTAATGACCAAGC +CAGTATTAATATGACACCAGTTATAACTAATGTTTTCATACCATCTACCCAAGCATCTAT +TGCTTCTGATACCGTAAATATTTTTTGAACTACAGCCATTACCATAGCTACTATACCTGC +AAGTAATGCTGATTGAAATAATGCAACAGATGCATCTGACGCACTAAATGCTTCTCTTAT +TGCTGTAAATGTGAATGGCGAATCAGTAAATAATTGTATTAGCGTTGCATCATCTCCACC +CATAATTGCTGAATACCCACTGTAATAGAACGCTACTAACGCTGCTATTATTAATGTACC +TATTGGTACTATAGCATTCCATATACTTAATCTTACACCTTCTTTGGGTTCTAAATCTGA +GTGTTCTGAAGAATCCATTGCTATTTCAGAATCCAGACTTCTACCTTGCCTAGCTCTTAT +TTCTGCTTTTCTCATTGGTCCAAAATCTTTTAATAATAAAGATGTTATAACAATAAATAC +TAATATCAATATATTGTAGAATCTATATGGTATAGTATTTAAAAATACTCCAAAAGCATC +TGCTTCTACTCCTATACCATTAAATGCATCACCTATTAATCCAACTTCAAGTCCTATCCA +AGTTGATACTATTGCAAGGCCTGCTATAGGTGCTGCTGTAGCATCTATTATAAATGCTAA +TCTTTCTCTTGATATTTTCATTTTATCTGCAACTGGTCTCATCATTGGCCCTATTATAAG +TGCATTTGCATAGTCATCAAAGAATACTAGTAATCCTGCAAACCAAGTTATTAACTGTGT +ACTTTTTGCAGTTTTTGCTTTTCTTGCAAGTGCTTCAGCTATAGCTTTTGCTCCACCCAT +TTTAGCAACTAAATTTATTACTCCTCCTATTGCTAAAACTTGAAGTATAATACCAGCGTT +CCATGGATCTGCAAGTGATCCAACCGCTCTATCTACAACATCTAAAAATGCATTAATTAA +TGCTGCAAATGGATTAGATCCACTTATATTAATTATAAAACTACCTGATAAAATACCAAT +AAATAATGAAACAACAACATTTTTAGTAATAAATGCAAGAACTATCGCTACTAACGGTGG +TATTAAAGTTAAGATTCCAAACTTACCAGCATTTATTGTAGCTAAATCAACCTCCTCTGC +AAATCCTAAAGTGGTAGACATCATAAATACTGTTAATGCCATAAACATGATTCTTAAATT +TTTTCTGTTCATAAAACTTCCCCCTTAAATTTATTAAGTGAATATATGAGGGTTTGTGGA +TAAATTATAAAATTATTACAATCAAAAAAGCCTTGAGTTTACACTCAAGGCTAATAATCA +TATTGCTAATTAATTCAAAATAATACAATAATTCCTTAAATGTAGCTCACCACAAAGTAA +ATTTGTGACAGTGATGCATATATTCTATACATCCCCAGTTATATAACATCAAAGCATTAG +TTATATACTTCGGCAATATTTCCTTTCCTAATAAGTCATCGTGCTTACCTCGTTATTAGT +ACTGATAAATATCGCGCCTCTACCCTTTTTTCTATTCACTTATTTTTCTTAATATGAATT +ATATGGTAATTTTTTATTTTTTGCAATACTTTTCTGAAAATTTTTATTTTTAATTTTATT +TTAAATAGTTTTTATAACTCTTATAATTTTAAAGTTATGTCACTTTTATTATTTAAAAGG +ATTTTTATATATTTTGTAGAATTAAAGCTTTTATATACATATTTTGTTTAAATATAGTTT +AGGAGGAATTTAGATGTTACTAATAAACAATGATAATACAAATCCTTATTTTAACTTTGC +ATTAGAAGAATACTTACTAAAAAAAACTGATAAAGATTTATTTAGATTATGGATGTGCGA +TCCATGTGTATCAGTAGGAAAAAACCAAAACACAATTTCTGAGATAAATTCAGACTACGT +TAGAAAAAACTCTATTCCTATTGTAAGAAGGCAATCTGGAGGAGGAGCTGTTTTTCATGA +TTTAGGTAACTTAAATTTCACATTTATATCTTGCAACAATAACTCCTTTAGTGATTTTAA +AAGGTTTACTCAACCGATTATTGATTTATTAAAAACCTTAGGAATTAATGCTGAGTTTTC +AGGTAGAAATGATTTACTTATTGATGGCAAAAAGTTTTCTGGAAATGCTCAGTATAATTA +TAAAAATAAAGTTATACATCATGGAACTCTTTTGTTTTCATCTCAGATTAGCAATTTATC +TAATGCTCTAAAGGTGAAACCTATAAAGCTTGAAAGTAAAGGTATTAAATCTGTTAAATC +ACGTGTTACTAATATTAGTGAACATTTAGATAAGCCTATGAATATCTCTGAATTTAGAGA +TTTAGTAATGAATTATGTCTTTTCTTTGAATAGTAATAATTCATATTTTAACTTAACTGA +GAAAGATATAGAGAATGTAAATAAATTATCAAAAGAAAAATATTCTACTTGGGAATGGAA +TTTTGGTAATTCTCCAAATTATTCCTTAGTTAATGAACTTAGATATATAGGAGGAACTCT +TGAATTCCATCTAAATGTATCAAAAGGCTTTATTACTGACATAAAATTTTTTGGTGATTT +CTTTGGAAAAAAAGATATCTCAAATGTAGAAGATTTATTAATAGGTGTAAAGCATGAAGA +AGAATCCTTAAAAGAAAAGTTAAACAATATAAATATTGATGATTACTTCCTAGGATCGGA +TGTAAATGTATTAGTGTCAGGAATTTTAGGAGCAAAACAACCTATATCATTATCAAACTA +GTACTCCTTTTGCTTATAAAAAGGATTCTGTATCTTTTCATAGAATAATTATTGTCATAA +GTTTTATGTATACAAATATATCTGGGAGGAAAATAATATGTTACTAATATACAATGAAAA +TACTAATCCATATTTCAATTTAGCTATGGAAGAATATTTCTTAAAAAATACCCATGAAGA +TTTATTTATACTCTGGAGAAATAGACCTTCTATTATCATAGGAAAGAATCAAAACACATT +ATCTGAAATAAACTTAGATTATGTAAAATCGCATTCAATCCCAGTCGTTAGAAGACAATC +TGGTGGAGGTGCTGTCTTTCATGATTTAGGTAATATAAACTTTACTTTTATATCTTGTAA +TAACAATTCTTTTAGCGATTTTAGAAAGTTTACTCAACCTATAATAGACTTACTAAAAAC +TTTAGGACTTAATGCAGAGTTTTCAGGTAGAAATGATTTATTAATAGATGGTAAAAAATT +CTCTGGGAATGCACAATATAACTACAAAGATAAAGTTATGCATCATGGTACTCTATTATT +TTCATCACAAATAACAGATTTATCTAATGCTTTAAAAGTAAAAAGTATTAAATTTGAAGG +TAAAGGTATTAAATCAGTAAAATCTCGTGTTACCAATATAAGTGAACATTTAGATAATAA +TATGGATATACTAGAGTTTAAAAATATTTTAATGAATTATATATCTGATATAAGTCCAGA +AAATAACTTTTATACTATTAATAAAAAAGATAAAGAAGAAATAGAAAAATTAGTTGAAAA +CAAATATAGTACATGGGAGTGGAACTATGGTAACTCACCTAAATATTCTCTTTTGAATGA +ATTAAAATATCCAGGTGGTAATATTGAATTTAATTTAGAAGTTGAAAAAGGAATAATTAC +TAAGATAAAATTCTTTGGAGATTTCTTTGGTAAAAACGACATTTCCACTCTTGAAATCTT +AATTTGTGGTACTAAGCATGAGGAAAATAGCTTAAGAGAAGTATTAAGCCATATAAATAT +TGATGATTATTTATTAGGTGCAGATATAGAAATCTTAATCTCTGGTATACTAGGAGCAAA +GTAAATAGTATATATAGATGAAATGGCTGACATTACTATTATGTCAACCATTTTTTACGT +TTTAATATTGTCATAAACCTAAATATTAGTTTTGTTTCTAATTATTTTTTTAAGTATATT +TATTATATTAGTTTATTTTCTTAACAACTAATCCAATAATACAATGTTTATTAAATCATC +CTGCAAAAAATGCATTATTTTTTTATTTACTTTTATAAAAAAATATATATAATTGAAATA +GTAAATAATTTTATTGTAAGTTTTATGGAGGTATTAATTTTGAAATATTCATACAAAGAA +CTAAAAATGATGCATGAAAAAATAAGCCCTTTTGAATTTAAAGATAAGTTAATAGATTTA +GCTAAATATAGCGCAGAAAAAAATAATAGAAATATACTTGATGCAGGTCGTGGTAACCCT +AACTGGACAGCAGCAACGCCTCGTGAAGCATTTTTTACTTTCGGCCAATTTGCTGTTAAC +GAAACTCGCTTAACGTGGAATCTAGGCGATCTAGCTGGAATGCCAAAAAAAGAAGGTATA +ACAAAGCGATTTTATAAATTTGTAGAGGAAAATAAAAATATGCCCGGAACTTCTCTACTT +AAAGATATAATTGACTACGGTATAAATGAACTTAATTTTAATAGTGATGAATTTATATAT +GAGTTAACTGATGCCATTATAGGAGATAATTATCCATTCCCTGATAGAATGTTACCTCAT +ATAGAAAAAATAGTTCATGACTATTTAGTAAAAGAAATGAAATATGATGTAAAGAGTGGT +GGTAAGCTAAACATATTTGCTGTTGAAGGTGCTACTGCTGCTATGTGTTATATATTTGAT +TCATTAATGGCAAATGAACTTTTAAGAAAAGGTGATAAAATTGCTATAATGACTCCTATA +TTTACACCTTACCTTGAAATACCTCATCTTCCTAGATATAACTTCGAAGTAGTTTATATA +AATGCAGATGAGGTTGATGAAAATGGTATTCATACTTGGCAATATTCAGAAAAAGAATTA +GAAAAACTTAAGGATACATCTATAAGTACTCTTTTCCTTGTAAACCCTAATAATCCAGCT +TCAATCGCTATGGATGAAAGTACTTTCAATAATATAATCAATGTTGTTGAAAATCATAAC +AAGGATTTAATGATTATTTCTGATGATGTCTATGGTACTTTTGTTCCTGAATTTACATCT +TTAATGTCTAAGCTTCCTTATAATACTCTTGGAGTTTATTCTTACTCTAAATATTTTGGA +GTTACTGGTTGGAGATTAGGAACAATGGCATTACATGAGAACAATGTTTTCGATAAAAGA +ATAAATGAACTAGACGCAAAATTAAAAGAATCTGTTAATAAACGTTACAAAGACATGAGA +ATTGATCCAAATACTATTTCTTTTATGGACAGAATTGTTGCAGATAGTAGATTAGTTGCA +TTGAATCATACTGCAGGTCTATCTACACCACAACAAGTTCAAATGGCATTTTTCTCTGCA +TTTGCATTGATCGATACTAATAATGCTTACAAATCACTTAACATGGATATTTGTAATAGT +CGTAAGAAATTATTATTTAAAGGACTTGGATTAGAATTAGAAGAAAATAAATATGATGCA +GCTTACTATTATCAGTTTGACATCGAAAACTGGGCTAGAATATTCTATGGTGAAGAGTTA +GTTAATTATTTAAACTCTAACTATGAGTTATTAGATGTTCTATATAAACTAGCAAATAAT +TACTCAATTGTATTACTTAGCGGAGATGGATTTGCTGGTCCAATCTGGTCAGTTAGAGTT +TCATTAGCTAATTTAGAAAGTGAATCTTATTATAAAATTGGTCAGGCTATAAAAGAGATA +TTAACTTCTTATGTTGAAGAATGGAAAGAAAAATCAACAGAAAAGGTAACTGTATATCGT +TAATCCCTTTAGTATAAGTTATTCAAATAAAAAATCACTGACATATAACTTACAATACTG +TAAATGTCAGTGGTTTTTTAATCTTAATTCTGTTATTACATATTATCTATTTATTAATAA +TGCTCATTATTTTATTTTTAAATCATCTAGTATTATTATTAAACTTTCAAGCCACCATTG +TAAGTTATAAATTGCAAACTTATCATTTAAGTTACTTCTGCTTATAAGTGCTGGCAAAAA +CATTCTACATGCACATAGCACTCCTACTCTTGTTAATGTATCCCAAGTTTTTTTAGTAAA +TGAATATCCTAAGTTTTTTTCTAATGACTCTTTATAATAATAAATAAGGTCTATTTTATC +CACTTTATTATCTACAGAACTCATAAGATACCAAAATAAATCTAAGGTACATGGTCCACA +CCCACTATTTGCCCAATCTATAAACCTTACATCATCTTTATCTATGTAAAGAGCATTATC +TGGTCTATAATCACCATGCACAAATGTTTTAGGATAATAAGAAAAATTCTGATCTACATT +TTCAAATTTACAATATTTTTTATATCGATCTTCTCCTAAAAATTCTCTTAATTTTTTCCA +TCCATAGCAATTATCTTCTTTAAACTCTTCTACTTGATTAAGTTTTTCCTCAGTTAAAAA +GTAATAATAATCTTCAACACTAAGTAAAGATTTATATCTAAGTATATCATGCTCACTGAA +TTTGGCATGAAACTTAGCTAGATTATCTAAATATGCGTAGTAATCATCACTATTTTTTTC +AGATCCTATAAAATCTGACATATCATTCATTAATATTGCATAACAATCGCTATTTTCATA +ATATGCTATATAAACATCTTTAATGAACTCTTCTATTTTATTAAATATACCATCTTTAAA +TATAGTAAGCTCTCTACCTTTATCATTACTTACTCTTGCAAGCCAGTCTTCTTTTAAATT +ATTAACTTTTAAATATAAATTTTTACTATTATCATTAGTATTTATTTTCAACTTATACAT +CTTAGATCCAGATAAACCACTAGTATCTATACTATATATTTTCATGTCTTTTATATCATC +AACAACATTATTTAATACTTCTTTACTTAAAAGCTCTTTTAATGATGATGCTTTATAAAT +TCCCATATTATCTCCCCTCATTTGTAAATTCATAACCCTTTCTTAATAAACATTTTTTAT +AAATATTTATTAAGAAAGGGCTATAAATAGATTTTAATATTATCTACTTATAAGCCCCTA +CTTTTAATAATTTAAATTATCAACCTTATCTAAGCTTCTCTATTAAGCTTTTATGAGGCG +AAGATACTACAGAAGTGCTTATTATAGATCCAGATTCACCTAATTCATTTAAACAAGATT +TCACCGCTGATTTAACAGCTGATACTTCACCTGTTAAAATTAAAAAACCTTTTCCCCCTA +ATCCTTTAGCAATTCTAATTTCTATTAATTTTACATTTGAAGCTTTTACAGCTATATCTC +CTGCTTTTATAGCAGTTAATGCTGATATAGTTTCTATTGCACCTATAGATTTTACTTTGT +CTATTTCTGTAAATCCAGTAAGTGATACTAATACATCTTCATGTATATTATTTATTACAT +GAGATTCTACTAAAAATATACCCGCTACTTTTTTTCCTGATTCAACAGAGCTTTTAACTG +CACCTACATCTCCAGTGATTAATATCATATATTTTCCTGGACAAATAGGATTTGCCATAA +TTAATTCCACATTAGCAGCCTTTAACATCTCATCAGCTGTTTCTATACCAATAGGAATAC +TTTTTATCTCCACAAGACCTATTGCTTTCTTCAACGGTATCCCCTCTCTTCTGTTTCTTA +TTATTTAAATATCATAAATATTATTAGTGATAATATGAATATTGTACATGCAGGTGGGTC +AATGTGGCTGTCCACATGACTATTTACAGTCTTAACAAAGAATTCACCAAGTAATGCAGC +AACTATTGCTACTATAACACCTATAATTGGGCTACCTGACCATACTAGTGCATATGCTGC +AGTTATACTTATATGGTGTGTAGTTGGTGCTGTAAATCCTGTTTGTGCAAATATCAATGA +TATTGCACTTATTGCAAATACAAATCCTGGATATGATACTTGCATAAATTCACGAGATAC +GCCAGCTTCCTCTAATAATGTTCCTGTATAACATACTACTAAACCAACTATTAAACCAAG +TACTATATTATATACAAAAGCATTTCCTTTAGGGAAATATTCTCTAGGAGTACTACCTTC +ATACTTACCAGTTAACCCTGATTTACCTATAGCAAATCTTACTATTAAACCTGACGTCGC +AACTGTCATTGCAACTGTATCTGTAGGTATTGCTAAAACATTTGCGTATAAATGATTTAT +TAATAAACCTATTACACCAAATATACCACCAACTAATAAAACAGAAGCATCTCCTGTACC +ATGTAAGCAATAAAGTATATCTGCTCCATTAGTTATTCCCGAAGGTGCAGCAACTGCTAC +ATTTCCTCCACCTAAACTACCATTAGCTATAGCATTATTTTTTCTTGCTGCAAAAGCTGC +TGCTGCAACACCACCAGCAAATGCGATGTGTGGTCCAAAGAAAGAACCAAATGCAATATT +ACCAGTTACTACATCTACTCCTGTACCTAAACCCATAGCCGTACCAACTACAGCTATAAT +ACCTGTCATAATAAATGCAGGTAATGCACCTATAGCTGATCCAAAAGCTCCTCCACCGAA +TGCTGCAAGTACTGATAAAATACTCATATTACATCCCCCAATCAATTATAATTATATTAT +TTCTAATATCTTTGATAATTCCATTGACGCTTGAGTGAATATTGCTTCCTAATTTATTAT +CTTCTATATTTCCTAGTAAATCTCCTTTAAAAACTTTGTCACCTATTTGTACTACTGGTG +TTGCTGGTGCACCTATATGTTGATTTAAAGGAATAGCTATAGATTTTGCATTTACTTTAA +TATCTGTCATTGGTGCTTCTACATCATATGAGTTTAATCCTATCTTATTAATTAATTTAT +TCACTGGATACTTTTTATATGACCTAAATGGGTGAACATTTTCCGGATGATTTTTGCATG +TATTTTTTATTCCATTTGACCCCATTGTCTTTTTTAGTGAATTATGTAACTTCCAAGGTT +GTAAATCCATTATACATGCATATTCACATAGTCTACACTCACAGCATAAAAATGCATTTA +CTGGTGTTACACTTTCATCACATAAATCACTATAACTAGCTAGTCTCATCATCTTGTCTG +GATATATTCTATGTCCTATTAAATTTCTTGGACATACTTCACTACAGTGACTACAATGCA +TACAAGCAGCCTTAGCTTCTTTTAACATTTGATTTATATCCTTAGTAAGTGATTTTACAA +GTGAATGATCAGATGGTAAGACTATAAGGCCTTTGGTTGTTTTAGTAATAGGGTTTTTTA +TATCTGTAATTTTGCCCATCATAGGACCACCATTTATTACTACATAATCCTCTAAATAAG +ATCCTCCAGCTAAATTTATAGCTTCTTCTATACTTAATCCTATTGGAAGTTTTAAGGTTT +TTGGAGATTTTACTGCTCCTGTAACTGTTACATACTTTTCTGTAACAGGAGTATTATTAT +AATATGCATCATATATGTTGACTATAGTTTCTACATTAGAAACTATAGCACCAACATTTA +GAGGTATTCCGCCTTCAGGAACTATTCTTCCTGTAACTTCATATACTATAATTTGTTCAT +CTCCTGCAGGATAAAAATTTTGTAGTTTATGAAGACTTATTCCCTCATATTCTCCAATTA +TATCTTCAAAAGACTTTATAGCTTTTTTATATTTTTCTTTAAGAGCTATTACAGCATATT +TTGCTCCTACATGTTCTTTTATAAGCTTTAAACCTTCTAGGATTTTTCTAGATTCCATTG +CCATAAGTTGCTGATCTACTCTTAAAAGAGGTTCACATTCTGCACCATTTACGATTACAT +ATTCAGCCTTTGCATTTAATTTTACGTGAGTAGGAAATCCAGCTCCACCTGCACCAACAA +TACCTGCATCTTTTACAAGGCTTATTAAATCTTTTTCCAATTAGCTCACCTCTTTATCTA +ACGTTAAACCCTTCTACAAGCACACATCTTCTTTTTCTAGTAAATGTTTTTGCTGAAGTT +AAACCTTCACCAGTTGGTCCTGCAATTGTAAATGTTGTATGTCCTTCTCCTCCAACACCA +ATTCCAGAATAAGATGGTCCATTTTTAACAAATATAGTAGTTTGTATAAGTCTAGCCATT +TTAGTCAATTTATCAACATTTTTAGAATGCATCATAGCAGTATGTCTATTTCCATGCTCT +ACTTCTACAGCTAAGTCTATAGCTTCATCTACATCTTTTACTCTTACTATAGGAAGTATT +GGCATCATTAATTCTTCTTGAACAAATGGATGATCTTTATTAGTTTCCATTATTATTACT +TTAATACTTGAATCTACTTCTATACCTAGTTTACTAAGTATGTATTTAGCACTCTTTCCT +ACAAATTCAGTTTTTATTTTTAACTTATCATTAAGTACTAATTTTACTAGTTTATCTAGA +AGATCTTTATCAGTTATTTGATAAGCTCCATTTTTATTCATATTAAATATTAAGTAATCT +GCAATTGAATCAACTGCAATGACTTCCTTTTCTGCTATACAAGGTAGGTTATTATCAAAG +CTACATCCATCTATAATATCTTTTGCAGCTTTTTCAATATCTGCAGTTTCATCAACTACA +GCTGGTGGATTACCTGCACCTGCTCCTATTGCTTTCTTCCCTGATGATAGAACTAATTTA +ACTATTCCAGGTCCACCTGTAGCAACTAATAATTTTACTTTATCATGATTTATCATTTTA +TTTGTATTTTCTATAGATGGTTCAGCAACTGAAACCACTAGATTTTCTGGTGCTCCTACT +TTTCTTAGAGCCCTATTTATAGTTTGTATAGTTAATTTTGAAACTTTTTTAGCTCTAGGA +TGAGGACTAAATACTACAGAGTTTCCTGCAGCAAGCATGCCTATGCTATTACAAAGAAGT +GTTTCTGTTGGATTTGTAGTAGGTGCTATTGCGCCTATAACACCAAATGGAGATAATTCT +ACTAAAGTAAGACCATCATCTCCTGATATAGCTTCACTTTTCAAATCTTCTATTCCTGGT +GTTTTTTCTATTACGAGTTTATTTTTTATAATCTTATATTCTACTTCTCCCATTCCGGTT +TCATCAACTGACATTCTTGAAATAAGTTCTATAAGTTCTTCATTAGAAAACTCTGCTCTT +ATAGCCTTAATAAATCTATCTCTATCAGCCATAGTGCATTTCATATATTCTCTCTGTGCT +ATAAATGCTGCTTCTACTGCATCATCCATATTTTCAAATATTCCGTCTACGCAATCTACA +CAGTTTTTCTCTTCCTGCATATCAATTCCTTCTATGACTTTTTTCACAACTTTTTCTATG +TCTAGAGCACTTATATTCATACGACTTCCCCCCTAATCTATAATGAATCTATTGCATATT +GAGCAATTGCCATATCTTGTTCCACTGTCCCTCCACTTACTCCTACTGCTCCAACTATCT +TTCCATTAACCTCTATAGGAAAACCTCCACCAAATACTACCATTCTATTAGAATTTGTGT +TTTGTATTCCATAAAGTGAACCTGATTCTTTAGCCAGATTACTTACATCTGATGTTGGCA +TTTGAAGAGCAAGTGCCGTATATGCCTTATTCATAGATATATCCAAACTTGCTAATAAAG +ATCCTTCCATTCTATGAACTAAAATAATATTTCCGCCTTCATCTACTACTGAAAAAACCA +TCGGAACATTCATTTCCATAGCTTTTTCTTCAGCAAATTCTGCCATTTTTTTGATATTAT +TTAGATTGAAATCCTTAGAAAATTTCTCTTTTAGTTTCTTTACAACTTTATTTTTTATAT +TCTCTACTTCTGAGTTATGTTCCTCTACTCTTGCTAGAGCATATATAGTATCAGATAGTC +TATTTATATATTTAAGCAATTCTTCTCTTATCTCTTCTTCTTCCCTTAATGATATAATCT +TTCTTTCAGCCCTTCTAATAATTGTTCTAGCTACATGTAAAGATGCTGATGCTTGATTTT +TCCCTGGAACTACAAACTCAGTTTGTTTCCCTACAATTTCAGTACACTCATCAACAATTT +GCTCTAAAAAAGTTACATCTTTTTCTGTTACTTTTCCTTGTAGTATTTGAAGTCCTTTAT +CATCACTTGCTAATTCAGCACCTACACTAAATAATCTTTTTTGTATTGAGTTTACATAAA +TTTTTATTTTTTCATTTTTTAGATGTGAGTAAGCAAGACCTAGCATTGAGTTTGCCTCAT +CTATAGTTCCATAACAGTCAACTCTTGCACTACTTTTTTTTACTCTTTTACCACCATATA +AACTTGTTTCACCTTTATCTCCTGTCTTTGTGTATAAATTAGCCAATGAATTTCACTCCC +TAACCATTTACTTCTACAGTATCAACAATAGCTACTACTGCTGAATCTATAGGAGCTTTT +TCTCTTTCAAGCACGTATCTTGCAGAGCTCCCCTTAGATACTAATACTATTTCTCCTACT +CCTGCACCAACTGAATCTACTACAACCTCACTATTATCAGTTATACCCAAACGCTCATCT +AGTTTTTTTATTACTAAAAGTTTAAAACCTACTAAGGCTTCATTTTTAGTTGTTGATACA +ACTGTTCCAACCACTTTACCTAAATACATATTCATTACTCCTTATTCTTTTAGTAACTTA +ATATTTAATCGTTGTGCTTCATCCCTCGCTAAATCTGTTATTAATGTATTTGGGCTTACA +AAAATTGTATTATACATTTTGTTGTCCCATATATCTCTTCTACTTAAAATCTTTTTATTT +ATTTTAATAAATGGAGAGTTTTTATCAGTTTTATACTTAGCTTTCTTGTTGATTTCTATA +TTACTATTTACTTTTGCTATGCTTGATGCATTTGATTTATCTAAATCAAAACTTTTGAAT +AGTGTTTTGTTTACTTTCATATATAAATTTTCAGAAGAAGTTAACTTTATATTATAATTT +TTTAAAGCTTCGAGATTTAAACTTAATCTTTTCTTATAAAAATCACTTAAATTATCTCCA +TATAATCTTCTTCTTTCTTCATTATCTGGGCAACATCCATTAATTGATGCTACTACAGGT +CTTCCTGACATTAGAGCCTTTGAAACTATATTGGTAACAAGTGTATCACTAATACAATTT +GCAATCTTCGCAGCTGAATTCATAGTTAGAGTAGGAATTATTATAATATTATTTTTTTGT +AGTAACTCCTTAATAACTAATCCATCTTCATTAGTTATTATATTTTTTGCTCCTATAGAA +TTTCTTACATTATCTACAGTAATCACTTCTTGAGCTGATTTTGACATTACTACATCAAAT +TCCCATCCATCCATCTTTAATTTGTTTATTGACTCTATTGCTTGGCAGTAACCAATAGTT +GCTCCAGTAAACAAAAGTAAACCTCTTTTACTTTTGTTCATAATTTTTTCTATTACCTTT +TCTACAATATAATCAACTATTGATTCTTCTATTATGTTTTCCAATATTTTTTTTTGATTC +AACTTATCACCTTCTATACACTACAATTCATAGCTATTCCAAGAGGTGTTACTAAAAGTG +GTTCTATGGGTTTTATTGTATCTACTTTAATTTCCTTTTTAAATATTCTTTCAAATTCTT +TAAAGCAACAAGCACCACCTACAACGTAGATAGTTTCAATATCATATCCTTGAATATATT +TACTTACAATTGAAGCCATTTTTTCAACTACAGGCTTAACTATAGTAAATACATCCCTTT +CATGAGATTTATCTTTTTTCATTTCTTCAGCTTCTTCAAAAGATTTTTTCATAAATCCTG +CTAAAACTAAAGTCATATGAGTACCACCAGTTGGCTCATCAGCAGTAAACACTACTTTCC +CATCTTTTATTATACTAATTCCAGTAGTACCTCCACCTACATCTACTACAGCTCCATCAT +TTATGCCAAGCACACAAGATGCAGCTGTAGGTTCATCAATTACATTTACAACTTCTAAAT +CCGCCGATTCTACTACGTTAGCAATTACCTTTGTATTACCTTCTGTAATTCCTGGTGGTA +TTGCTGTAGCTGCTTTTGTAAGAGGCACTCCTATAATAGCTTCAACTTGGTCCTTTAAAT +CTCTTACAACTCTAGTTGCACCTATATAGTCTACAACTATTCCATCTTTTACTACACTAG +ATGGATACATAGCACCGGCTATAGGTCTATTATTAGAATCTACAACTGATAAAACTATAT +TAGCTGTTCCTAAGTCTACTCCTACCTTTAGCTCTCCTTCATAAGGATTACATTTTTTAT +TCTTTATAAGTTCTGAAAACTCTTCTATTAATTTGTTGCAATTCATTAAATCCAAGTTAT +CACCTATTTTCTGCTATTTTTATACTATCTTAACTAAATCTCCATTTTTTACTAAACAAG +CATTTGCCTCATCCATATCTAAGTGCATTTCAAGAGCATACTTCTCAGAAACTCTTACAA +GTACATTTCCAAGAACAGCTTTTCTAACTCCATTTACTTCAACACTTACTTCATCCTTAT +CGTTAATATTTAACTTTTTAGCAGTTTCAGGAGTCATATGTATATGTCTTAAAGCTGCTA +TAGTTCCTTTTTTTAATTCTATACTCCCTTTAGGTCCAATAATAGTTATTCCTGGTGTAT +TATCTAACTTTCCAGATTCTTTTATTGGAGGATTTATTCCTAATTTAAAACCATCTGAAA +TTGAAATTTCAACTTGAGTTTCATCTCTTAAAGGTCCTAAAATCCTAACTTTTTTAAACT +CGCCTTTAGGACCTTTAATTGTTACAACCTCATCAGATGCAAACTGACCTGGTTGCTTTA +AATCTTTTATCTTAGTTAACTCATACCCTTTTCCAAAGAGATGGTTTAAATCTTCTCTAC +ATAAATGTATATGTCTATTAGAAATACCTATAGGGATTAAAACTTCTTCATTCTCATTTA +ATTGTTCAATAACTTTTTCTGTTATTAACTTTACTAAAGCTTCTTGAGATATATCCATTT +TAATCACCTTACAATACTATATTATTCTATTACTCTGCAGTTTTTGGTAATATTTTTTCA +ACATCTGTATGAGGTCTTGGTATAACATGCTTAGATACTAATTCTCCAACTTTTTCAGCA +GCAACTGCACCTGCATCTACAGAAGCTTTAACAGCACCAACATCACCTCTTACCATTACT +GTTACTAATCCTGAACCTATCTTTTCATATCCAACTAAAACTACATTAGCAGACTTAGTC +ATTGCATCTGCTGCTTCTATAGCTCCTACTAATCCTTTAGTTTCTATTAATCCTAATGCT +TCTCCCATGGTAATACCTCCTAAATTTATTTATTTTGATCTTCATAGTGAATACACGTTG +TTTTTAAATCTCCCTTTTGTCTTGGACATTTTGGATCTTTACACAAATTACATGTATACT +CTACTTCAGTAGTACTTTTTTTCTTAAATTTATCAATTATATCATGCATTAAATTATGAC +CATCTTTAGACTCATCTTCACTATTATCTATTTGTGATAGTTCCTGATTATTTCCTTCTA +TATTATCAGTTTCTTCTAATTTAGAATCATCTTCTTCTATTTCTAATTCTTCTATGTTGA +TTTGATGTTCACTTATCTCTTCTGAAACTTCTACTTCTATTTTTTCTTGAGTATTATCTT +TATCTTCCTCAATATTTTCTTTATTTTTATCCTCATCGCTGTCTTCGTATATTTCAACTA +ACTCTTCTACTGCTTTTTCACTTTCATATCCAACAGTATCACAGTTTCTCATTAAGAAAT +CTATACCTTCGCTTGGACGAGGTATTACTTTTGTACTAAAGACCTTACTAACCTTATTTG +CTGCAACAGTAGCCGCTTCAATAGCCGCTTTTACTGCACCTACATTGCCTTCTATTTTTA +CAACAGTCATTCCATTTCCTTTTGTAAGTTCATAACCAATTAAAGTTACATTTGCAGATT +TCAAACAAACATCAGCGGCTTCTATTCCAGCAGCAAGGCCTACTGTCTCTATCATACCTA +TAGCTAATTGAGACATTTAAATACCTCCTTTGATAATAACTAAAAGCTTTATATTTCTTT +AAATGGCATTTTCACAACTAATCTTGCTGCATTTGCACCTAAAGATCTAATTTTAGTAGA +ATCACTATTTCTTTTTATAATGAAAAGAGGTGAATCTTTTTTTAATTTATTATAGTGAAG +GACTATAGTTTTTTCATCGATTCCTATTCCTACTCCAAGAGAGGATTCTACACTTGCTTT +GTAGCCACTATCAACTGCATTTTCAATGTTTACGGGAAATAGTTCATAAGGTATGCCTTC +TTCTTCTATCCCCCATAATACTTCTTGTATATCAGTTTCTTTTAATTTATCTTGATCAAA +AAATACTTTTATAACAGGCTTGCTATTTATCATAGAATCCATTCTCATACTAGTTCACCT +CTTCTATTGAAGATAGTATAAGACCTGTTGCAACTGCATTTCTTGGACCTTCGACACCTC +TTATATTTGCTCTACCTGCAACTACATTATATTGAGATAATGCATCTGTTACTAATTGTG +GAACTTCAAAATCTAATGCTGATCCACCTACTAAAACAACAAATTCTATATCTCTAATAT +TGTTTGTTGGACTAACTTCTGATAAAGCTCTTATTGCATTTGTTACAAATACTTTTTCTT +TTGCTTGTTTTCTAACTAATTTAATCTTCTCTATAGATTTATTTCCATCTATAGGTATCA +TCATGTCTTCTTTTAATATAACTACTTTTGCAAAGAATTTAGGATCTAGAGGTTCATTAA +AAAACTTAACAGTTCCATCTTCATGTCTTAAGTTAAATAAACTTTCAACCTTAGCTAATG +GATACTTTTTAATATCTTCTGCTAAATCAAAATCATCTAATCCAAGTTCAGATTGAATAA +GCAATGTTACCATATTCCCTGCACCTGCTAGATGTATAGATTTTATTTCTCCATTTCTAG +TAATTATAGATGCATCTGTAGATCCTGCACCCATATCAAGTATTGCAAGTGGTTTATTAG +TACCAGGAGTTGTTAATGCTCCTCTTATAGCCATATCAGCTTCCACTCCACCTACTTCAA +CAGGTACTTTTAATTTATCTGATAATTCATCTGCTATCATTTGCATTTGAAGTTTATCAG +CTTTTACCATAGCAGCAATTCCTACCGCATTTTCTAAAGAAAACTCTTTTGCAAGTCCTC +CTTTAACACTTTGTGGTACAAAAGTATCTACGGCTAATAAATCTTGGATTTTTATAACAT +TAGGATGTTGATTAGTAAGTTGACTCATTACATGTCTTACCTTTTCTAACATACCTCCTG +CATTAGTTCCCGGTTCACCCTTTACATCACATATCTCATTAACAGAGTTCACAGCTTGCA +TTATTTTTTCTGCACCTTCATCTACATTTACACAAACTCTTTTATTTTTACCGATTACTT +CTACTATCCCTGCTGGAATACGTCTTTCCTTAACATCTCCCTTAGGAGTTTTTATAACTA +CTGCAGATCTATTTCCAATTAATGCTCTAGCTATTGGAACAATATGTTTTGTTTCCTCTG +AAGTTAAATCAAAAAGAGTTGCTATTCCATATGGATTAGAAAGTACTTCGATTACTCTAC +CTACTGGAGCAACTTCTATAGCAGCTCTCATCCCAATAGGTACTTTATCAACTAAACTTA +CTTCATCTACTATAGGAATTTTATTTTCTACTCTATTGTTAATTAAAACTCCATCATCTT +TTTTAACTATTGCTCCTTTTATATTAAGTCTATCATTATGTTTATTTATTAGCCTTGCTG +CATGTTCAAAATCCACTTCAGCTGGTATTACTACTATTATATTTTCATTATCCTTCATTT +TTGAAAGATCAGTTATAAGTGTAGTTATACCAACTCCTACTCCCTCACCACCAGGAGTAT +TTGGATTATGACCTATCATGGTAGACTCAGTTATAATAGTTTCTGTTATAGTCTCCATAG +CTACATCTCCAATTACGGGAGCTGCCTCATTAACGCGGATTCTATCTAAATCATCTACGC +TAAGTCCTACTTTGTCTAAGGACTGTTTCAATGATTGAAACAGTCCATTAATATTTTTTT +TAGTTCCCTTAATTCCTGTAGTTGGTACTATACCACTAGATAAAAACTCAATCTCTTTAC +CTTCTATTTTAGCTAGAGCCACTTCCGTAGTAGCATTACCTATATCTACACCAGCTACTA +TTTCCATAGCATACCTCCCTAGTTAAGTATTAAGCTTTAAGTCTTCCTCTTTTTTCATAA +ACATCAGCTGCTTCTCTAACGAAATCTGCATTTACTTTACAACCATATTTTGTTTCTAAT +TCATCTGCTATAGCAAGTAATTCTGCTTTTGTAGATCTGTATGGTCTTAAAGCATTGTAG +ATTTCAAGTATCCTTTTATCTGGAACAGCTATAAGTTCTGCTGCTCTTCTTAAGTTAGAA +GCGAAAGCTCCTCTATTTACTGACTCAGCTACTTGAGCTTGCATTTCTAAAGTTTTTGGA +GATATTCTCATATCTTCAGATTTTATTTGACCAGCTATGACTTTTTCTAAAGTTATATCT +GCAAGATTCATTCCAGACTGAGATTTTATTTGATCAGGTATTTTTTCACCTAAAGGATAA +TTTTCTTTAGATACACTACCTTGACAGCATTCTTTTTTAGCTACAGGAGCTTCTCCTCCC +ATAGTTTTTAAAACTTCTTCAACTATTTGTTTTATTAATACATCTTGGTTCATCTTGTCA +CCCCCGTTTTATTTAAACTCAATTTTTAATTCTTGAGGTTTCTTATTTCTATCTGCATAC +TCAGTTTCCTTTATATGAAGTAATGCAGCTATTGCCTGATATTTTGGTCTTGCCATTTGA +TCATTTTTTACTGGAACTGGTGCTGGAGATTCATTTTTAGCATATTTAGCAGCGTTTTTA +CCTATGGCTCTAAATGTTTCTAAATCTATAAGTGGAGCTTGAGAGAATAGCTCTAAGTTA +CTTAATGGGAATAAATCCTTTTGATGTATAACACTTGTTCCTTTAGATTGTATTCCTATA +CCGATTCCTGAACCACTAAGTTCAGCAGCATCATGAGCTATAAAACAAACATCTGATGTT +CTGTATATTTTTACAAATCTATAACTTAAACCTTCTTCTTCTATACCTGCTATAACTTCT +TTTAAAACTTTAGCATGATCTATCCCTATTATTGTTTTAGTTTGATGAACACCAAATGCT +GGTGCTAAACCTATAACAACTTCATCCGCTCTGTTACTTGGTACGAAATCACCTATTTCA +GTTACAACAAGAGAGCTTACTTCTTTAGGTATTTCTTCTTTTTTAGGCTCTACTGGCGCT +TCGCTAGCTCCACCAGCCATTTCTTTTAATACTTCTTCTATAACACTTTTTAACATTCTT +TCATCTATTGCCATCTTTTATCACCTCTCTCTTAATAATCTTCTGGGCTTTTAGCATTAG +CTATATTTTTAATTTCTTCCCATCTTTCACCTTCAACTTGGTATCCTGTTTTTGGACCAT +TGTAAGTGTTAGGGCAATTTACTGCACTGTGAACTTTAAAATCCTTATCAAGTATTGCAG +CTGTATGTAGATAATCTCCTGCTACTTTTTGTTTAGATAATCTAAATACGCTATCAGCTA +CATCTTCAAATCCAGCTCTGTAAAGAGCTTTTATTATATCTATACCAGTAACTCCTCTTG +CCATCATTTCTTCTGCAGCTTTTAAATCTTCAACTACATTTCTGTCTGGCATATCCTTAC +TACCATGAGCGTAAGTAGCCGCTTCAACTTCTGCATCAGTTATTTCAGTAAGTCCAAGTT +CTTTAAATAATCCTTGAATAGCTCTTGCAGCTTTATTTCTTACTCTTATTACATCTTCTT +CAGTTACAGGTCTTAAACCACCATCTATTTTTAAATCTCTTTGGATTACATTCCAGTCAT +CATAATCGTCTGCATCCCAGTTAGAACCTGCGAACATATTATCATAGTTAGGAGTTGCAC +TATATCCAGAACATATAAAGTCAGTTCCTGGGACCATTTGCATTAATGAACGAGCAACTC +TTCTTAAGTCAGAGTGAGTAAATGTTTGGTCATTACTTGAAGCACACTCTAGGTCAAGCA +TTGCAGCAATTAAGTTTTCTGCAAGTATAGCTCTTATACCACTTGGAACACCTGCTGGTA +CACCAACACAACTTACTGAACCATTTTGTATCCCTTGAACTCCACAACCTTTAGTTACAT +ATAAGCATCTAGCTTCTAAGTAAAGCATAGACTTACCTTCAGCATATCCCATTTGAACTT +CAGAACCAGTTCCTGAAGTAAATCTCATTTTTAATCCTCTTGAAGCATATGAAGATGCTA +AGAATCCTTTAGACCAAGGAGTATCATCACCGTCCATAAATACTGGCTCAGTTCCGTATA +CAGAAACTGTTTCTGCATAAGCAGTGAAACCTTTCATACCTAATTCAAGTTCTGTTGCTT +CTTCAACAGCACACTGAGTAAGTATTCCCGGTCTACCAACTTGAGCACCAACCATTATAG +CAAGTGCATTAAATGGAGCATATCTAACTATACCAACTGTAGTTTCTTGCTCATCAAATC +CTCTAAGTGCAGCTTCTGCTGCGTCTGCTGCTATTTGTATTGGATTATCTTTTACATTTG +TAACGTGGCATTGATTTGATGGTGTTTGTCTTGCTCTCATCTTAGTCATAGACATCATCA +TTTCTAGTACGTTCATTTGAGAAACAACTTCAGTTATTTTAGCAGGAGTCATAGCAGTTG +TTAAATCAACTATATCACTTCTTTTTACATTTATATCAACTAGCATTCTTGCTAATTCTA +AAGAATCCATTTTCATAACTTCTTCAGTTTTATCTAAATTGATAGCATGATCAGCTATAA +AGTAATCAAGCATATCAAAGTCTTTTCTTGCTTTTCCATCTAATTCTACAACAACTCCAT +TTTCTAATTTTATACTTGGAGTTGGATCATTTGGTCCTTCCATTGCTATTAAACCAACTT +CTGGCCACTCTTTTACGAAACCATCTTGGTTTACCGGTCTATTTGCTAATACTTCAAAAC +GTTTAGATTTCAAAACGCTCACTCCCCTCTAACCTATTATTTTTATATATATGGTATTGT +ACTTGATTTTATTTCATCTGCTCCTAAAGTTCCTAGTACTTGCTTACCAACATCTCTTGC +AGCAATTATCGCTTGTCTAACAGCTCCAGAATCTCCAGAGAATGTTAATATAACCTCATT +TGAATAACTAGTTCCACCGTTACCTGGTGTAGAATATCCTACTATATCAACATTAGCCGC +CTTAACAGCTGTATCTGCTAATAAAACACCTATTGCAGCTGGAGCTCCAACAGTTATACC +AAAAGACTTTCCTATTGGTGCACCAAAAGCTTTGTTTAATGCATAACTCGCTCTTGCAGT +GTATTGGAATTCTAAGTGACCTGCATCAGTTCCATAAACATCTCCAAAAGTTCTATTTAA +TTCTTTTAATGTAACTTCAACAGCTCTTCTCGCATCAGATACATCTTCAGCTCCAAATAT +AACTAAAGAACCGTGTCCAGCTCCACCTTTTGTATCTCTTGGTAGTTCAATTAATACTAT +TTCACTATTTGTAGCTTTAACAGCTTCATCAGCAGCAAATATGTGTGGTCCAGCACCTGT +TCTACCACCAACTATACCAATTGATCTAAATTTTTTATCTATATTCATTAATTCGTGTAA +ATTATAATCTACATTAGCTATTACTAAACCTATAGTATCTCCTATAGCAGTACCTACAAA +TTCAGTAAGTCCACAACCAGTTACATTAAATCCTGGTCCCTCTTCAACTTGAGCTTCTAC +AGTAGCTGGGTCTTCAACCGGCGTATCTCCCATTTTCTTCATTACTTGGTCCATTATTTT +TGCCATTAAATCTTCATTCATATCAATATCCTCCTATAACCCAATAAATTAAAATTCTTT +TGGTAATATTTTTTCAACATCAGTGTGTGGTCTTGGTATTACATGTATAGATACAACTTC +TCCAACCTTCTCAGCAGCAACTGCTCCTGCATCAACTGAAGCTTTAACTGCCCCTACATC +TCCTCTTACCATAACTGTAACAAGACCAGAACCTATTTTTTCATATCCTACTAATGTAAC +ATTAGCAGATTTAACCATTGCATCTGCAGCTTCAACAGCTCCAACTAACCCTTTAGTTTC +TATCATACCTAAAGCTTCCTTTTGCATGGTTCCCCCTTCCTAGGACTATCAAAGTTTAAT +ATCCTAACCAAATAAAATTTAATCTTATGTACATGCACATATATGTATCACATACATCTT +TAATTAAATTTTATACTAGTCTTATGGCAAATTTATTAACTTATTAGTATACTTTTTAAT +CCTATTTTGAATATATAATAGCTAAAATTTACCCTTGAAATCATTTTCCTCAAGTGTTTT +GGTTGATTTTTTTAATATTAGGAGAAATTTTTATACTAGTTTTGATATGCTATCTTCAAA +TATTCACTTTAAATATACATTTTTAACCTTTACATGCAAATTTTTGTTATATGAAGTTTT +CTTATTAAGATTAAACTATAATATACCTATAAAATTTAATCTAATATATTAGACCGATGG +AGGTGTCATAATGAATAAAATAAGTAATTTTTATATAAATCCTAAAATTTCATATGGTGA +AAATTCACTTTTAAGTTTAAAAGACTTTGGATTTACAAGAGTTTGTATAGCCACAGATAG +GTTTATGGTAGAAAGTAAACTAATATGTAAAATAACAGATATACTAGATAAAAATAATAT +TGATTATCATATTTTTGATGAAATAACACCTGATCCGTCTACAGAAATTATTGAGAAAGG +TCTTTCTCATATTGTTAATTTAAAACCTCACGCTTTAATTGCAGTTGGAGGTGGCTCTGT +TATTGATGCGGCAAAAGCTATAATGTACTTTTGTATTCAACTAAAAAAAAATTTTATCGA +AGAAAATAAAATAGATAAACCTTACTTTATAGCTATCCCTACAACAGCTGGAACAGGTTC +TGAAGTTACAAACTTTTCAGTTATAACTGATACTAATACAAAAAGTAAAATTCCTTTAAC +TAATGATATTATGTTACCTGATGAAGCAATTTTAGATCCTATTTTAACAGTTTCAGTTCC +CAAAAGTGTAACTGCTGCAACTGCTATGGATGTTCTTACACACGGAATCGAAAGCTATAT +TTCGATTAATAGTAATATATTTTCACAAATGTATGCTTTAAAATCTATAGAATTAATTGG +ATCAAATCTTTTAAAATGCTTTAATGACTTGCATAATACAAAATATAGAAATAGCCTTCA +GATTGCCTCTTGTATGGCAGGTATTTCTTTTAATAGCAGTGGTTTAGGTATTACACATAG +TATTGCACATGGTTTAGGGTCATCCTTTCATCTACCACATGGACTTTGTAATGCGATTGT +ACTACCTTATATAATAGAATTTAATGGTAGAGATGCAAAAACTCGTGAAAAGTATATTAG +AATTTTAGAGGCTATGGGTGCTTCTAATATTAATTCAAATATGTCAACTGTTATTTTAAA +GGAGCTAATTATAGAACTTAATAAAGCTTTAGAAATTCCTCTAGACCTTAGAAGTTTAAA +TATAGATAAAAAGCAGTTTGATGCTATAGTTTCAAACTTAGCTCAAACTGCTTATAAAGA +TATATGTACTTCTACTAATCCAGTATCAGTTAGTATTAATGATTTAGAGGATTTAATAAG +AAGCTTATATTAAAGATCCAATTATTGTGCTAAGCAAGAGGGATGTATAAATCATTTACA +TCTTTCTTGCTTACATACTTAAACAAGGCATAACTTCTTATTTAAATATTGCTCTCTATA +TTCACTTGGAGTTAAACCAACTTTCTTCTTAAATACTTTACTAAAATAATTAGACTTACT +ATAACAAAGTTCAATTGCTATGTTTGAAATTGGAATACTTTCATCTTCTAACATGTATTT +AGCAATTTCAATTCTTCTATCAGTTAAATAACTAATAAAGTTAACACCAGTCTCTTTTTT +AAAAATTTTACTTAGATAATGTGGACTAAGATTAACATAACTTGCTGCATCTTCTAAGGT +TATATTTTTATTAATATTTCTCTCAATATAATTTTTTATATCTTTTACATAATTGTTTGA +AGTATTTTCTTTTATTAATATTGAATCAAATATGTCATTTACAAGTTTTATAAACTCTCT +TAATGGTTCATTCTTTTTTAAATAATTATAATGTTCTTTTTTAATTTTACTTATTCTATT +ACTTATATTTGGATCATCATAAATATTTTTATTTTTACAAATTTCTTCTAATCCATTTAT +AAATTTATAAATATCATTAATAATATATTCTTCATCTTTATTCATATAAAGAACATCCAA +ATATTCTTTTACTATTTCTGTACTTTCTTTATATGAATTATTTGATATGTATTTTTTAAG +TTTATTTATATATAATTCATTGTATTTAGGATTTGAAATTTTATTATTTTTGTTTAATAT +TTTTTTTAAGCTATCTACAATTTTTTGTGGCCTTATAGGCTTTTCTAAATATTTATTAAC +ATTTAGATTCATCAGTTTATTTTTTGTTTCTAAATCATCATACGCTGTAGTTACTATAAT +ATATATATCTGTATATTTTAATTTTATATATCTACATAAATCAATTCCATTTATACCTGG +AATATTTATATCTAATAGTATAACGTCTAAGTTCTGTTCATCAACTATTTTTCTTGCTTC +TATACCATTTGCTGCTTCTAATACCTTAACATCTTCTTCTAGTTCTTCTTGTATAATTGA +TTTTATACCCTCTCGTGATAAATACTCATCATCAACAACTAGAATATTAAACATATACAA +CCTCCTTTTCTATTGGTAACACAATTCTTACTAATGTACCTTCATATTTCTTATTTGAAC +TATGTATTTGAAGTTTATACTCCTCTCCATATAGATAAATTAGTCTTTTGTTTATATTGT +AAAGTCCTATACAGTTTTTGTTTTTTAAGTACTCAATTCCTTCAAGTATATTTTTTATTT +TATTTTTATTTATACCATCCCCATTATCGCATATATCTACTATGAGTCTCTTATTTTCCT +TATATGCCTTTATTTCAATTTTTCCTCCATGAACTCTAGGTTCAACTACATACTTGATAA +AATTTTCAACTATAGGCTGTAGTATCATATAAGGACATTCTATATTATAGAATTTATTGT +CTACATCTAAAGTATATTCTAACCTATCTCCAAACCTAGTTTTTTGAATTTTTAAATAAT +TCTCTATATATACTAACTCTTCTTCTAAATATACTGTATTAGAATTGTCTTTTCTTAAGC +TATACTTAATCATATCTGAAAAGTTGTATACAAACTCTTCTGTCTCATATGCTTTTTCTA +ACCTAGCCATATTTGCAATTGTATTTATAGAATTAAACATAAAATGGGAGTTAATTTGAT +TATGCAAAGATTTTAATTCAGCTTCCTTTAAATCCCTTTCTAATTCAATTCTTTTATTCT +CTTCTTCCATTAACTTTGTAGATTTATTATTTAACTCTTCTCTTATTACTCTTAAGAATT +CGCTATCTACCATATATTTTGACATTTGGTAAATTAAATTAGCTGCGTCTTCTACTTCTT +TATACGTTTTACTTTTTATTTGTTTATATGCATCATGTATTTCTTTACTGTAATTCCAAT +TTGTATTTCTTCCAAAATTACCAATTCTCTCATCCTCATTGTCTTTTATTTTGACTTGAC +CACAAAGTATAGCCCCAACATAGTTATCTTCTATCATTATTGGTACTCCAAAATCATATA +ATCCTGCATGGCACTTGTATATATAGGGCTTTCCACTTATTACTGATTGAACTCCACCAT +AAGCATCACATTTATGACACATTGATGCCATTTTTTCATCTTTCCTAATAAGATTACAAA +AATTTGTAAAGTTACTCGGTTTTGTAATAGGCTCACCATTGTACTTTACAGTAATAGCAG +ATATTTTTGTAGCATCAGAAAAACTATCTTGTATATTTTGTAGTACATTAACATCAATAA +GCTTATCTAACTGAATCATACCTATCATAATAAACGCCCCTAACTATTTATTTATCTTCA +TAAGAAATACTAAAAGATTTTATATTTACTAATTATAAATATAATTCATATAATTAATCT +ATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAATAGAC +CCATAGTGACTAGT +>MGYG000000001_13 +AATAGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGA +ATATAAAGTGTTGCACTTATATTGACAATCTATCTAGAAAAAATATTGCAGAGAAAAATA +CAATGATTACCAAAAATAGTTGACAATAACAATCAATAAAACTATACTTTAGATGTGATA +ATGATTTTCAGAATCGCAAAGGGAGTGATATATATGGCTTTAAGTATGGTAAATATAGGA +GAAGAAAAAGAGATCATTGAATTAAGAGCTAAGGATTCAGTAAAAAAACACTTACAAAGC +TTAGGATTCATAGTGGGAGAAAAAGTTGAAATAATATCTGAAAATCCTAGTGGATTTATA +TTATTAATAAAAGGCTCGAAAGTAGCTTTAAATAAAGGAATAGCAAATAAAATAATAGTT +TGTTAAGGGGGAAATGAAATGACGCTTAAAGATTTGAAACCAGGTCAGTCTGGTGTAGTT +GAAAGTATAGGACAAAAGGGGCCGATTAGAAGAAGATTAATGGATATGGGAGTAACGCCT +GGTGTTAAAGTTGAGGTAATAAAGGTTGCGCCATTAGGAGATCCGATAGAAATCAATATA +AGAGGGTATGAATTAAGCCTTAGAAAAGATGAGGCTCAAAATATAGTATTAAAATAAGGA +GATTGATCATGGGGTGTACAATTGCATTAGCAGGTAATCCGAACTGTGGTAAAACTACAG +TTTTTAATGAAATAACTGGTTCTAAACAACATGTAGGTAACTGGCCTGGAGTTACAGTAG +AAAAAAAAGAAGGGAAATATAGAAAAAATAAGGATGTAAATGTGGTAGATTTACCAGGAA +TTTATTCTTTATCACCATATTCAGCAGAAGAAATAGTTGCTAGAAATTATATAATTAATG +AAAAACCAGATGTACTTATAAACATAATTGATGCAACAAATATCGAAAGAAATATGTATC +TGACTTTACAAATCTTAGAAACAAAAATACCAACAGTAATAGCATTAAATATGATGGACG +AGGTTGAAGCAAGAGGTACGAAAATAAACATAGCTAAGCTTTCGAAATATATAGGAGTTA +AGATAGTACCGATAGTAGCTAGAACTGGAAAAGGTATTAAGGAATTAATGAATGCTGCAA +TAGAGGTTGCAAACTCTGTTGATATAAATCAAAAATCAAGTGTCTCATCAAACTACATAA +ATGAATCAGATGGAACTAAAGCCATAAATTTAAGTTTAGGACTAAATGTATTCTCTGAAG +ATATAGAAGGATATATACAAGATATATACTCAAAGTTTGAGAGTAGTGAAGGAATAAATG +TATGGAAAGCTTTAAAGGTATTAGAAGAAGATGAGCTAGTAAGTGAGACTTTAAATGTAT +CTGAAAAAGTTGAAATAGAAAAAATATTAGCTAAAGCAAATAAAGAATTTAATGATGATA +TTGAGTCTGAAATTGCAGATCAAAGATACAAATTTATAGCTAAGATTGTAAGTAAAACTG +TATCAAAATCTAAAATAGCTAATGGGAAAAGGGAAGAAACTGTATCAGATAAAATAGATA +AAGTTATTACAAATAGAGTATTGGCAATACCGATATTCTTAGCAGTAATGTATTTATTAT +TTTCTATAACTTTTGGAGAAAGTATTATAGGAGTAGGTGTTTATTTACAAGGGATAGTTT +GTGATTTTTGGGATGGACCACTTACAGAAACTATAATAGGAGCTTTAGAAAGTGCAGGAG +CATCTGAATGGGCTATATCACTTGTTGGAGATGGAATATTAGCAGGAGTAGGTGGAGTCG +TATCTTTTCTACCTCAAATATTAGTATTATTTTTACTTATGTCTATTCTTGAAGATAGTG +GTTATATGGCAAGGGTTGCCTTTGTTATGGATAAGATATTTAGAAAGTTTGGTTTATCAG +GGAAATCATTTATACCTTTATTAATGGGATTTGGTTGTTCAGTACCAGCACTTATGGCTT +CAAGAACATTAGAAAATGAAAAAGATCGTAAGATAACAATGATGATAACACCGTTTATGT +CTTGTGGAGCTAAATTGCCAATATATTTAATGTTTGCAGCAACTTTATTCCCAAATAGTA +ATCAAACAAATATAATTTACTCTATTTATATGTTAGGGTTAGTTGTAGCAGTATTATGTG +CATTAATATTAAGTAAATTTGTATTAAAAGGAGAAGCATCAAACTTTATAATGGAGCTTC +CTCAATATAGAATACCAACTTTAAAAAGTGTATTAATTCATGCATGGGAGAAAGTAAAAG +GATTTGCAATAAAAGCAGGAACTATAATATTAGCATCAACAATATTAATATGGTTATTAT +CTAATTTTAATTTATCGGGAATGTGTGAAATGGAAGATAGTATACTTGCTAGTATGGGTA +GAAGTATTCAATGGATATTTGCACCATTAGGATTTGGAGATTGGAGAGCATCTGTAGGTG +TAGTTACTGGATGGATAGCAAAAGAAAATATAGTTTCTACATTTGGTGTTTTATTTGGAG +CAAGTGATGCCATAACAGAAGCAGCAATGGAAGGTAGTGCAGCTATACCAGGAGTAGTAG +ATGTATTTACACAAGCATCAGCATTTTCATATATGGTATTTAACTTATTGTGTATGCCAT +GCTTTGCCGCAGTAGGGGCAATAAAAAGAGAAATGGGATCTTGGAAATGGACATTAAGAA +CAGTAGGATTCCAAATGCTTGTAGCTTGGATAGTAGCTTTTGGAACATATATGGTATGCC +AAATGATATTTTAAATTTTAACTGCGTTAGGAAGTGAATTAATGATCAATTATATAATAG +GTATAGGAGCTTTCTTAGTAGTAGTATTAGTTATAAAAAACTTTATTAAAAATATAAAAG +ATGAAAAATCTAGTTGTGGATGTAGCTGTAAAGGATGCTCATCTAGTGATAATTGCAATA +AAAATTCAAATTAAAAAAAGAAATCTTGAAATTATAAAATTTAGAATTATAATTTCAAGA +TTTTTTTGTGTGATAAATTATATAAAAGAAATTTCTATTAGATTTTATCGTTATAAATAA +TAATAGTGTATCATATTAAAAAAAAATGGTTAAATATGATATAATATACATTAGATAAAA +AGAGAAGTTGGAGGAAGTAAAATGAAGGAACTATCAACTGTGTCAGATGATTATTTAATG +AATAATATTAAGTATTTAAAATTATTATCAAAGCAGTATCCTAGCATATCAAAGGCTAGT +GCAGAAATTATAAACTTGGAGGCAATATTAAATCTTCCAAAAGGAACAGAACACTTTTTA +ACAGATGTGCATGGAGAGTATGAGCCATTTGTACATGTACTAAGAAATGGTTCAGGGGTA +ATAAAAAGAAAAATAGAGGAGTTATTTGCAAATAACTTAAGAGAATCGGAAAAAAAGATG +CTAGCAACTCTTGTTTATTATCCAGAACAAAAGTTAGAGTTAATATCTAAGGAAGAAACT +GACATAGATGATTTTTATAGAATAAATATGTATAGATTAATAGAGCTATGCAGATATACA +TCAAGTAAATATACAAGATCGAAAGTTAGGAAATTTTTACCGGAAGAGTTTAGATATATA +ATGGAAGAATTATTACATCCAGATAATAGTAGTGATCATAAACAAGAATACTATCATAGT +ATAATTGAAACTATTATAGATATAGATAGAGCGAAAGAATTTATAATAGCAATATCAAAG +GTAATACAAAAGCTAGTTGTAGATAGATTACATATACTAGGTGATATTTATGATAGAGGC +CCAAGACCAGATATAATCATGGATACATTAATGGATCACCACAGTGTAGATATACAATGG +GGAAATCATGATGTTTTATGGATGGGAGCTGCAGCTGGACAACCAGTGAATATAGCTAAT +GCACTTAGAATTTGTGCAAGATATGCTAATTTAGATATAGCAGAAGATTTTTATGGAATA +AACTTACTTCCTTTAGCAACTTTTGCAATGGAAGTATATAAAGATGACCCGTGTAAGGAG +TTTATACCTAAAGTAGGAGATCAAGATGTATCAAAAAGTGAAAAAAGCTTAATAGCAAAA +ATGCATAAAGCTATAAGTATAATCCAGTTCAAACTAGAGGGTGAAGTAATAAAAAGAAGA +CCTGAGTTTGAAATGAACCATAGATTATTATTAGAGAAAATAAATTATGAAGATGGAACT +ATTAATTTAAAAGGGAGAACATATAAATTAAAAGATGTTAATTTCCCTACGATAGATCCT +AAGGAGCCTTACAAGTTAACAAAATCAGAAGAGGTTGTAGTAGAAAAATTAGTATCATCA +TTTAAAGGAAGTGAGAAATTACAAAAACATGTTTCTTTCTTATTTTCAAAAGGAAGTATA +TATTTAAAAGCTAATTCTAATTTATTATTCCACGGATGCATACCTTTAAATGCAGATGGA +AGCTTTATGTCTATGAAACTTCAAAATAAAGAATATAAAGGTAAAGAGCTAATGGATAAA +ATGGAAGTTTTAGCAAGGGAAGGATATTTCTTTGCTGAAAATACATATCAAAAGCAGTAT +GGTATGGATATTATGTGGTATTTATGGACTGGTAAATGCTCTTCACTATTTGGAAAAGAT +GATATGACCACATTTGAAAGGTATTTTATAGCAGAAAAAGAAGCTCATAAAGAAAATAAG +AATCCATATTATCTACTAAGAGAAGATGATGAAATGTGTGAAAGAGTTTATGAAGAATTT +GGACTAGATCTTGAAGAATCACATATAATAAATGGACATGTTCCGGTAGAAAGTAAAAAT +GGAGAAAGTCCTATAAAAGCAAATGGTAGGATATTAGTTATAGATGGAGGTTTCTCAAAA +GCTTATCAAAAGAAAACTGGTATAGCTGGATATACTTTAATATATAATTCATATAGCTTA +CAAATAGTATCGCATGAACCATTCAGTTCAGCAGAAGAAGCTATAGTAAATGAAAGTGAT +ATATTATCAACTACAGTAGTTGTAGAGCATAAAATAAAAAGAAGAAGAGTAAAAGATACT +GATGCTGGAGAGAAAATAAAGGAAGAAATAAAAGATTTAAAAATGCTTTTACTAGCATAT +AGAAAAGGTTTAATAAAAGAAAGATAAAGTTTAAAATTTTTAAGTAATTTAATAATGAAA +AAACTTGACACTAAATATACATTATACTAGAATTTAATTGTAATAAATTTTAAATAAAAT +ATAATTCAATTAACTATATTGGATTGTTACTGATAATGCAGGCAATACCTAGGTTAAGTT +TTACAGTATAACTGTATCTTAATTTAGGTATTTTTATTTGTGTAAATTTAGTAGTCAGTT +AGAGGGGGGAGACAATATGATTATTGAAAGAGTTTATAACAATAATGTAGTATTAGTTAA +AGATGAACAAAGTCAAAAAGAATTAATACTTACAGGTTGTGGTATAGGATTTCAAAAGAA +AATAGGCCAAATAGCTGACGAGAGTAAAATAGAAAAAAAGTTTATAGCTGAAGATGTAAG +TTTTAGAAATAAGATAAGTAAACTTGCAATGGAAGTTGATGAAAATGTATTTAAGGCTAG +TTTTGATATAATTGAATATGCTGAGAAACTATTAAATACAGAGTTATATGACTATATATA +TGTAGCACTTACAGATCATATTGCATTTGCATTAAAAAGGTATGAAGAAAATATAGAAAT +AAAAAATGAATTATTATATGAGATAAGAAGAATTCACAAGCAAGAATTTGAAATTGGTTT +ATGGGCAATAAATCATTTAAATAAAGAGTTTAATCTTAATTTACCAGAGGATGAAGCTGC +ATTTATAGCTATGCATATAGTAAATGCTAATTATAATGAAGATACATCTGAATCATTTTT +GATGACAAAGATAGTTAAAGAAATTCTTAATATAATAAGATATTTTTATTCTGTAGATTT +TAATACTAATGAAATGAACTATGAAAGATTATTAACTCATTTAAAATTTTTTGCGAAGCG +ATTAATTAAACATGAGAGTAAAGGAAATAAGAAGAATGAATTATTAGATATTATAAAAGT +AAAATATGAGGATTCATATAATTGTGCAGTTAAAATAAAAACTTTCATAGAGGAACATTA +TGAATATGAGGTAAGTGAAGATGAAATGTTATATTTAACATTACATATTAATAGGGTTAT +AGAAGTTATAAGAATAGAAGAAGCTAAATGAATAATTAAACTATATTAAGGTTGTTACTG +TTCGGCAGGCAAGACTTAGGTTTATAAAAATATATGATTACTTGATTTTTAATAAGTTCA +AGTAGTAAGTATACCTTAGGGTAGGTTTATTTACGTGAATTTATTAGAATAATGATTGTA +TATTTCTATAAGCTTAAGTCTTTTTTTACGCTTAAGCAAAGGGAACTTTTTTATTAATGA +AATATTTTTGTACTTATGCAAATTATATTTTTATAGTAAGATGATTAAAATTTTTTATCA +AGTAAAAATATGTTTTTATCATATTAAATTTAAAAATTAAGAAAAGGAGATTGTTATGAA +AAAGTTATTTGGTATTTTACAAAAAGTTGGTAAATCTCTAATGTTACCAGTTGCAATACT +TCCAGCAGCAGGTATATTACTAGGGATAGGAAATGCATTAGTAAATGAAAGTGTAATATC +TTACATGCCATTTTTAGCTAATGACATAGTTATTATGATAGCTAGTATAATGGAAGGTTG +TGGTCAGATAATATTTGATAACTTACCACTAATATTTGCAGTTGGTGTAGCCGTTGGATT +AACAGATGGTGAAGGTGTTGCAGCTCTTGCAGCAATAGTTGGTTTCTTAGTAATGAATAA +GTCTATGGGGATTACTGGTGAAGTAACACTTGAAATGACTAATGGGCCTTTATATGCAAA +TGTGTTAGGTATACCGACAATACAAACTGGTGTATTTGGAGGTATTATAATAGGTATCCT +TGCAGCGAATTTATATAAGAAATATTATAAGATTGAATTGCCACAATATCTAGGGTTCTT +TGCTGGTAAGAGATTTGTTCCAATCGTTACAGCAGCATTATCTTTAATAATAGGTTTAGG +TTTAACGTTTATTTGGCCTCCAATACAAAACGGATTAATGGAATTCTCAAATACTGTTAT +AGATGCTAATCAAACGTTAGCAGCATTATTATTTGGTACAATAGAAAGAGCATTAATACC +ATTTGGATTACATCATGCATTTTATAATCCATTCTGGTATCAATTTGGTGAATACGTAAA +TAAAGCTGGTGAACTTGTAATGGGAGATCAAAGTATATGGTTTGCACAACTTAAAGATGG +TGTAGAATTTACAGCAGGTACATTTATGACTGGTAAATTCCCATTTATGATGTTTGGACT +ACCAGCAGCAGCTTTAGCTATGGTACATGAAGCAAAGCCTGAAAAGAAAAAATATGTAGC +AGGTATAATGGCATCGGCAGCATTAACTTCATTCTTAACAGGTATAACAGAGCCGATAGA +ATTTACATTCTTATTTGTTGCTCCAGTATTATTTGGGATACACTGTGTATTTGCAGGTTT +ATCATTTATGATAATGCAGATATTAAATGTTAAAATAGGAATGACATTCTCAGGAGGACT +AATAGACTTTACTTTATTTGGGATAATACCAAATAGAACTCCATGGTATTTTGTCATAGT +AGTTGGTTTAGCTTTAGCAGTAATATACTACTTCGGATTTAGATTTATGATAAGAAAATT +TGATTTAAAAACTCCGGGTAGAGAAGATGATGTTGAAGAGGATGGAAATTTATCTGATTT +AGGACAAGGCGAATTAGCATATGAAATACTAAATGCCTTAGGTGAAAAAGAAAACTTAAA +AAGTTTAGATGCTTGTATAACTAGATTAAGAGTACAAGTTAAAGATATAAATAAAGTAGA +TAAAGATAAGTTAAAAGAACTTGGTGCAGCTGGAGTAATGGTTGTAGGGGATAATATACA +AGCTATATTTGGAACAAAGTCAGATACATTAAAATCTGAAATAAATGAAATTATATCAGG +TAAGTTAGTAGTTAATAAATCTGATAAAAAAGAGATTGATAAAAAAATAGAAAGTAAGGA +AGTAGCAACATCTTCTGATGAGGAAATATTATCACTAACAAATGGTGAAATATTGGAATT +ATCTAAGGTTCCAGATGAAGTTTTTTCAAGTAAATTAATGGGAGATGGATTTGCTATAAA +ATCAAATGATGGAGTGATATGTTCTCCAGTTGATGGTAGTGTAGAAGTTATATTCCCTAC +AAAACATGCTGTTATAATAAAATCTAAAACTGGTAGAGAAATTCTTATACATATGGGGAT +TGAAACAGTTAAATTAGAAGGTAAAGGATTTGATTTATTTGTAAATGTGGGAGATAAAGT +TCATGCTGGAGATAAGCTAGCAAAAATGGACTTAGAATATATAGAAGCAAATGCTACGTC +AAGTATAACTCCGGTAATATTTACCAACCTAGAAGAAAATGAAAAAATTAAAGTTAAAAA +TGGATTATGTAAAGTAAAAGAAAATAATAGAATTAATATCAAAAATGTTTAGATATAAAA +AAACAATTTTAAAATATAAAGGGTTGATCTTTAACAAAGTTCAACCCTTTTATATATGTT +TATTTATATATACTTTATTAAAAAATAGTAATTAGTTAGTTAATTAATATAAAATTTAAA +ATTATTGTATAAAGAGCTTATAGAATTAAAAATATCTGGAGCATACATTTCTAATTCTGA +GAAGTAGTCATTAAGTGAGTTTATTAATATATTATAAGAAGGAACTGGTTCCATCTTATA +AGTATCAGTATCACAATAGCATGATTCATATTTCCAAACTTCTAAACCTTGATATGGATT +AGCAGTTCCTATATATAAATCATTTAAAGAATCTACATATAAAACTCTACCTCCATAATT +ATATCTATTACCTAAACCATCTAATATCACTGGTGAAAAGTTTACTCCATCGTAAGACTT +GTATAAATTAAATCCAAAAGGATATTTAAATTCATTCAAAATGTGTACAATAATTTTATA +TATTTTGATTAAAATATTAATGACATTTGGAGGTAGAGGCAATTCAGATTTATAGGATAA +TAAAAATTCTAGCATAGACTGCATAAATATAGAACTATCAAAGGTACTTATGAATAAAGT +ATTGTCATATTCTTGTATTTGCCATCCATAAACATTAAATGGATTGTTAAATCCTGAATT +AATTCCAGAGATGCTATCTGGTCCTACTATCATTTCAAAGTTATCATATTCATCTAATCT +TATTATATCGCATCCTTGAGGTATGATCCAAGATAATGGAACTTTCTTTGTTCCACTTAT +ATAAAGGTGATTTTTAAATACACCCATAGACAAAGCAGTTGTATTTGCTGGAGATCCAAA +TCCATCGACTACAAGTGTCCATTTATTAAATTCAGTTTTATTGCCATCTGTTCTCCAAAT +TTGAATTTTATCATCTGTAGTTGTTGCTAAATATAAATGACCGTTGAAAACTGCCATATT +TGTTATAGAACCCATAGGATTTTTGTTTGGATTATAATTAGTAGTTGAATAAGGATAAGT +CTCTAGTTTCCAAGAATAGAATTCAGGATCTAAATTACTATACAATAGAGGAGATGTTTC +CTTATTGCTTTCATCAAAATTAGCTATATATAGTTTATTATCAAATACTACCATAGCTCT +AGATGAATTTCCTTCTAAATTTCCCATATTATATACAGTTGACTTGGTTTCCTTCCAATC +TATACCATTAACTGACTTATATATTTTTAAGTTTGAATTTGGCTTACTTGAACCTGCTGC +ATATAGTGCAGGATTACCATTATATGCTCTGTAATTAATCATATATCTAAATCCATATAT +ATTGCTATTATCTGGAACAGTAAATACTTTTTCCCAGACGCAATTTTTATGTTTTCGTAG +TCTCCATATTTCTGCATTATCACTTCTAGTTGTTGGATTTAAAGACAGCGGAAACTCTAG +ATTTTTTATAAATAGTTCAGATGTTACTAGCATCATATTCCTAGCAGTACCAACATATAT +ATAGTCACCTAGTTCGCTGATTGACCAGGCATAGTTATTTTGTCTTGCGCTTATTAAATC +TTTAAAATTAAATCCATTTGTAGGAGTTAAATTTTTAAAATTTGACATAATTATCAACAC +CTTTTTATATTATAGATAGATATTACATAATATCTATCTATAATATAATATGTATATGTA +AATAATTTGTGAAAAAAATGTAGAAATTTATGTATATATAAACTTTTTAGCATATTCTTC +TAGAAATAGATTAAAATCTTAGTATTTTGACATAAATAATAAAATAAAGTATACTTAATT +AGTACGTTCAATTTTAAGTGTAAGAGGTGGAAAACGTGGAAAACATAATAATTCAACCTG +TCTTAGTTGGTGGAGATATAAACTGCTACAGTGTAGCAAGAGCATATCATGAAGCTTATG +GTGTAAAATCAATAGCTTTTGGTAGATACGCTTTAGGTGCAACAAAAGACAGTAATATAA +TAGATTTTAGAATAGATCCAAGAATAACAGAAGAGGAAGAGTTTATAAAGGTATTATTAC +AAACGGCTGATGAATTAGCTGCTCCTAATAAGAAGCTAATAATACATGGATGTACTGATG +AGTATGCAGAATTAATAATAGACCATAGAGATATATTATCTGAAAAGTATATAGTTCCTT +ATATAGGAAAAGAGCTTAAAGAAAAGCTTATAGAAAAAGAGTTATTCTATCAAATGTGTG +AAGAAAAAGGATTAGATTATCCTAAAACTTTCATATACTCAAAAGGCGATGAAATAAAAG +ATTTTGGATTTAAGTATCCAGTTATAATAAAGCCTTCAGATAGTGTATTATTCTGGCAAC +ACCCATTTGAAGGAATGAAGAAAGCATACCTTGCAAATAATGAAGAAGAGTTTAGAGAAA +TAACTACTTCAATATATAATGGAAAATACGATAAGAATTTAATAATACAAGATTTCATAC +CAGGTGATGACTCACATATGAGAGTTTTAACTTGCTATTCAGATCAAAATGGTAAAGTTA +AGATGATGTGTTTAGGACATGTATTATTAGAAGAGCATACTCCAAAAGGAATAGGAAATC +ATGCGGCTATAATAACTGAGTATGATGGACCTTTAATGGAAAAGTTTAAAAACTTCTTAG +AAAGCATAAACTACACAGGTTTCTCTAACTTTGATATAAAATTTGATAGTAGAGATAACA +CATATAAGGTGTTTGAAATAAACTTAAGACAAGGTAGAAGTAACTTCTACGTAACTTCTT +CAGGAAATAACATAGCTAAGTATGTTGTAGAAGATAGAGTTTACAACAAAGAATTAGATT +TAAAAATACAAAAAGAACCTTTCTTCTGGAGAGTTATACCAAAAAGTGTTGTTTACAAAT +TTGTTAAAAATCCAGAATTAGTAAATATTGCTAAGAAACTAGATTCAGAAGGAAAGAGTG +CAACTTCATTTGGTTACAAAGCTGATTTAAAAGGAAACTTTAAGAGAAGTTGGTATGTAT +TCTTATATAATATAAATCAAATGAGAAAGTTCAATAAATACTGCAAGTAGATTGGTGGTA +TAAACATGGAAAATAATAAAACAGTTGGTGTAATGGGTGGATTAGGGCCGATGGCTACAG +TGTACTTTTATGACATGATAGTTAGATTAACAGATGCAAATCGTGATCAAGAGCATATAG +ATATGGTTATAGCAAATAGAGCAACAACTCCAGATAGAACTGACTATATAATTGGAAAAA +GCACTAATAGCCCTAGTGACGTATTGAAAAAAGATGCTAAGAGATTAGAGTCTTTTGGAA +CTGATTTTTTAGTTATAACTTGCAATACAGCACATTATTTCTATGATGAAATTAAAAATA +GTGTAAACATACCTGTTTTAAATATAATAGAAGAAACTGTAAAATATGCAAAAAATCAAG +GACATAAAAAGCTAGGCATATTAGCAACGACAGGAAATATTAATACTAAGTTATATCAAA +ATATGTGTCAAAAGCATGGTATAGAGTTCATGATTTTAGATGAAAATAGACAAGCTGATA +TAATGTCTATAATATATGACGATATAAAAAGTGGAAAACCTGCAGATATGAATAAGTTTA +ATAGCATAGTAGATTACTTAAAGAGAAATGATTGTGATGGTGCAATTTTAGGTTGTACTG +AGTTATCAATTTTAAAAAATGATAATAATCTAGACAATGAGTTTTATATAGACTCCCTAG +AAGTACTAGCTGTAAAAACTATAGAGAACTGTGGGAAAAAAGTAAAAAGATAATAAACTT +AAGTAAATAGAGTAGTGTAAAGCTACTCTATTTTTAAGAAATGAATTATTATATTATTTT +CATATTTAACTAATATTTGCCCAATAAAAAGTGAAAAAATATATGATATACTACAATTTA +TAAACTTGCTAAAGAAAAGGAGGGCTTAAGATGAAATTATTTAATATTATGGAAGATGTG +AAATTTAAATCTAATAAGCCTTGGGAAGAAATAAAAGACATAGAAATAAAAGATATAGCG +TATAATTCTTCAAAATGTGAAGGTGGATATATATTTGTTGCGATAAAAGGTGAAACTGTA +GATGGTCATAAGTACTGTGCAGATGCTTATAAAAGAGGATGTAGAGTATTTATATTAAAT +GATGATATAGACCTTGGTGAGGATTCTATAAAATTATTTGTTGAGAATAGTAGAATAGCA +TTATCAAAAATGTCTGCAAACTATTTTGGTAATCCATCAAAGGAATTAAAAGTAATAGGT +GTTACTGGTACAAAGGGTAAAACTACAATAACAAATTATATAAGTGAAGTTTTAAATTCT +TCGGGATTAAATACTGGGGTTATTGGAACTAATGGTACTTTCTACAATGGTATAAGTGAA +AAGACTGTTAATACAACTCCAGAAAGTTATGAACTTCATAGAATATTTAGAACTATGTTA +GATAATGGAGTTCAATGTGTTTCTATGGAAGTTTCATCTGGTGGAGTGATGATGAATAGG +GTTGAAGATGTAGATTTTGATATAGCTATATTCTCAAACTTATCACCAGATCATATAGGC +CCAAAGGAACATCCAACATTTGAGCATTATTTAGAGTGTAAGGCTAGATTATTTACTTTA +GCTAAACATGGAATAATAAACATAGATGATGAGCATGCAGAAAAGATAATAAATAAAGCA +ACTTGTGATGTAGAAAGATTCTCTATAGTGAAAGAATCAGATGTAATGGCTAAGAATATA +GAGTACTCTAAAGAAATAGATTCTTTAGGTGTAAACTTCACTTGTCGTACTAAGAACGAT +GAATTCTCTTGTTATATATGTTCGCCAGGAGAGTTTAGTATATATAATGCATTAGCTGTA +ATATCAGTTTGTAGATACTTAAAAGTAGACCAAGATATTATGATAAATTCGCTAAAAAAG +GCTAAGGTTAATGGTAGAGTAGAGGTTTTACCTGTACTTCCGTATGCAACTGTAATAGTA +GATTATGCTCATAATGGTGTTAGTTTAGAAAATATACTTCAAACATTAAAAAAATACGAC +CATAATAGATTAATATGTTTATTTGGTTCAGTAGGTGGAAGAACAGAAATAAGAAGAAAA +GAATTAGGTGATGTTGCTGCAAGAGAATGTGACTTATGTATATTAACTTCTGATAATCCT +GATTTTGAAGATCCTATGAATGTAATAAGAGATATAGCAGAGTCTTTTGAAGGTACAAAC +TGTGAATATGTAGTAGAACCAGATAGGAAAGTTGCTATAGAGATGGCTATAGAAATGGCT +AAAGAAGGTGATATGATAGTATTTGCTGGAAAGGGACACGAAACGTATCAGCTAATTAAA +GGTGAAAGAATACCATTTAGTGAAAAAGAAATAGCTATAAATGCTGCAAGGAAATTAAAA +GAAGCAGCCTTAATAATATAGACAACAATAAAAGAATTTTAATTATTTAATTAAAATTCT +TTTATTGCATAAATAGGGGAGATATAAATGAATAATATAGTAAATTCATCATGGTTAAAA +GATAACCTAAATAATGAAAAATTAGTAATAGTTGATACACGATTTAATCTTATGGACAAA +GAATATGGAAAAAGAAGTTATGAATTTTCTCATATAAAAGGTGCTGTAAGAATTGATATT +GAAACACAACTATCAAGTGAAGTTAAAGAACATGGTGGAAGACATCCTTTGCCATCAATA +GAAGAACTTCAAAAAACTTTTGAAAATATAGGAATTAGCAATGATTCAATCGTTGTAGCT +TATGATGAAGGTGATTTATCAGGTCCTGCAAGACTTTGGTGGATACTAAAATACTTAGGT +CATGAAAAGGTTTATGTGCTTGATGGAGGAATAAATGAATTTATAAAAATAGGCGGAGAA +GTTTCTAATGAAGTCCCAGTTATAACAAAAGGAAGTTTAAATATAAATATTAATGAATAT +ATGAAAGTTGATATGGAGTATGTTAGAAATAGTATAAATAAAGATAATATAGCAATAATC +GATTCAAGAGAAAATGTAAGATACATAGGAGAATTCGAACCAGTAGACAAAAAATGTGGA +CATATACAAAGTGCTCTTAATTTCTTTTGGATGGATATATTAGATCAAAGTGAAGGTAAG +ATAACTTTAAAGAATAAGTCTGACTTAGAGAAACATTTTGAAGAACTAAATAAATTTGAT +GAAGTAATAGTTTATTGCGGGTCAGGTATAACAGCTTGTCCAAATTCTTTAGCTCTGACA +GAAGTAGGAATAAATCATAAAGTTTATACAGGTAGCTTTAGTGACTGGATAAGCTACGAT +GACAATAAAGTAGAGGTAAAATAATAATATATAAGTATTCGCTTTCCATGAATAAGGAAG +GCGAATTTTTGTTAAAGGAGAAAATATGGGAAAAGGTACTATTCTTTTATCACTGATAGA +AAAATCAAGTTTAATAATAGTTTTGTTTATAATAATATCTAAGTTAAAAGGATTTAAATA +TATATTTCAAAAAGATAGGCATAATTTAAAAGATTTAATAATCATATCTATAATATTCAG +TGCTATAGGTATGTTAGGAACTTATAATTATATAGATGTAGATGGTGCAAGGGCGAATAC +TAGAATAATAGGTACTGTATCTGGAGGCATATTATTTGGTCCTTTTGTAGGTATAACATC +AGGAATTATAGCAGGATTTAATAGATATATTATCGATATAAATGGTATAACATCACTCCC +TTGTTTTATATCGACAGTGTTTGCAGGTATATTATCTGGTATACTTAGTAAAAAAGTAAA +AGATGAAAATAAATGGTTTTATGGAATACTGTGTGGAACAATTAGTGAAAGTATAGGAAT +GTTTCTTATATATTTATTATCAAGCCCTCATAATATTGCATTAAATATAATTAAACAGAT +ATATATACCTATGATAGTAGGTCAGGTAGGGATAGGTCTTTTAGTATCGATATCTCAATC +CATAAAAAGAGAAAAGGATGAAATCGCGGCATTTCAATCTATGCTAGCGCTTAATATAGC +AAACAAGACTTTACCTTATTTTAGAAATATAAATGAAGAGTCCTTAAAAGAAATATGCAG +TATAATAAAAGAAGAAATAAATTCCGATGCAGTAAGCATCACGGATACTAATAAAATATT +AGCTTATGTAGGAAAAGGGGAAGAAGTATTTAAAGGAAATAATCTGCAAATAAGCTCTAT +AACAAAAGAAGCAATGGATAATAATAAAATATTAAATATAAAAGTGGATAAAGATGAACA +GTCATTAAGTGAAAAGATAAATTTAAAGACAGCTCTTATAATACCTCTAACTGACTCTCA +AGGGGTTATTGGTAGCTTAAAAATATATTATACAGAAAAATATAATATGAGTTTTTCAAA +AAAATCTTTAGCGATAGGTCTATCTAATATAATTTCTACGCTTATGGAAATATCTAAGAT +TGAAAAAATAAAGGAAGCTAAGAATAAAGCAGAAATAAAAGCATTACAAACACAAATAAA +TCCTCATTTTTTATTTAATGCCTTAAATACAATAACTTCTTTTATAAGGATAAATCCAGA +TAAAGCAAGGAGTTTAATAATAAATTTATCAACATATATGAGATATAATTTAGAAGTTAA +TAGTAACTTAATTGATATAAATAAAGAATTAGAGCAAGTTAAGGCGTATGTAGAAATTGA +ACAAGCTAGGTTTGGAGATAAATTAAAAGTTATATACGACATAGATGAAGATATAGATGT +TAAAATCCCAAGTCTTATAATACAACCTTTAGTAGAGAACGCAATTATTCATGGAATAAG +AGAAAATGGTGGAAGTGGAACTGTTAAAATATCTGTAAAAAAAGAAAATAATAAAACTAA +GATATGTGTTGAAAATAATGGTATAAGTATAGATGATAATATAATAGAAAAAGTTTATAA +TGATAATATGCCAGAAAATAAGATAGGACTTTATAATGTCCACTTAAGATTAAAATTAAT +ATATGATAAAGGGCTTAATATAAATAAATTAAACCCAGGAACTAAAATAGAGTTTTATAT +TTAGGAGATAGTATATGAAATCGATAATAGTAGAAGATGAATTCCCAGCAAGAGAAGAGT +TGAAATATTTTATAAATAACTTTAGTAATATAGATATATTAGCTGAGTTTGATAATGGTT +TAGATGTATTGAAATTTATTCAAAATAATTTTGTTGATGTAATATTCTTAGACATAAATA +TACCTCAGCTTGATGGTATGTTACTTGCAAAAACAATAAACCAATTTAAATATAAACCTA +AAATAGTATTTATAACAGCATATAAAGAACATGCTGTGGATGCCTTTGAGTTGGATGCAT +TTGATTATGTATTAAAGCCTTATTCAGATGATAGGATAAAATCAACTTTAAAAAAGCTTG +AAAAAATTGAAATAAAAAACGATGAAGTTATAAATACAAACACTACAACTTCAGGGAATT +TAACATTATGGAAAGAGAATAAATTAGTAGTAGTAAATATTGAGGAAATATATTATTGTG +AAGCTAGGGAAAGAGAAACTTTAGTATATACTAAAGATGGTCACTATATTTACAAGAATT +CCATGACTGAATTTGAAAAAAAACTAACTTTAGAGAAGTTCTTTAAAACTCATAGATCTT +ATATTGTAAATATAAATAAAATAAAAGAAATAATTCCATGGTTTAATTCTACTTATAAAT +TAAAGTTAAGTGGGATTGAAAATGATATATACGTAAGTAGAAGTAAAATTAAAGAATTTA +AAAAACTTATGAATATATAAATGCATTTCATGTAAAATAAATGTATTTCATACAAAAAAA +CTTCTTATTATTCAAGAAAAACGTTATTCTTAAATAGAATTAATAATTAATAAAAATAAA +TTTTGAATAAGGAGAAAACGGTATGATAACATTTATAACTTGTTTAGCAATTCTTATAAT +AGGATACTTCGCTTACGGAACTTATGTATCAAAGTCAGTAAAGTTAGACGATTTAAATAC +TACTCCGGCGGTAAAATTAGAAGATGGTGTAGATTATATGCCAATGCCTTGGCATAAAGT +ATTCTTAATACAATTCTTAAATATAGCAGGGACAGGTCCTATATTTGGTGCTATAATGGG +GGCATTATTTGGTCCAGTAGCATTCTTATGGATAACGTTTGGAACAATATTTGCAGGAGG +AGTACATGATTTCTTCTCTGGAGTTATATCAATGAAACATGATGGTACTTCAGTATCAGA +AATAGTTGGTATATACTTAGGCGATAGTATGAAAAACGTTATGAGAGTATTCTCAGTTAT +ACTTTTAATATTAGTTGGTACAGTTTTCGTTACATCTCCAGCAGGATTATTAACATCTAT +GACTGGAATAGATAAAACTATATGGGTAGTTTTAATAATAGTATACTATATAGTTGCGAC +AGTTTTACCAGTAGATAAGGTTATAGGTAAGATATATCCAATATTCGGTGCATCACTATT +ATTCATGGCAATAGGTTTAGCTGGAGCTATGATAGTAGGACACTTCAATGGAAGTATGGT +AATGCCTGAAATGACATTACAAAATTTACATCCAAGTGGATTATCTGTATTCCCATTCTT +ATTTACAACTATAGCTTGTGGAGCTTTATCAGGATTCCATGCTACTCAATCACCAATGAT +GGCAAGATGTATAAATAGAGAATCTGAAAGTAAAAGAGTATTCTATGGAGCTATGGTAGT +GGAAGGTATAGTTGCTTTAATATGGTGTGCTGTTACAATAGCATTCTTTGGAGAAAGTGG +AGCAATACAAGCAGCTCTTGATAGCTTTGGAGGTCAATCAGGAGTAGTTGGTATGATATC +TAAAGAATTATTAGGACCAATAGGAGCAGTACTTGCAGTACTTGGAGTTGTTGCTTGCCC +TATAACTTCAGGAGATACAGCGTTCAGAAGTGCTAGACTTACAATAGCTGATGCTTTCAA +TATAAAGCAAGAAGGATTATTAAGTAGATTTAAATTAGCAATACCATTATTCGTAGTTTG +TATATTCTTAACTACAATAGACTTTAATATAATATGGAGATACTTTGCTTGGTCTAATCA +AACATTAGCGACTATCTTCTTATGGACGGCTACTGTTTACTTATTAAAGAACAAAGGTAA +CCATTGGATAACTCTAATACCAGCAACATTTATGAGTGCAGTATGTATGTCATATATACT +ACAAGCTCCAGAAGGATTTAAGTTAAATGCTCAATTATCTAATATAGTTGGTGTAATATT +TGCTGTGGTATTATTTGGTTTATTCATGCTGAATATAAATAAATTTAAATCAAATACTGA +AAAAGAATCAAAAATTTCTTAATATATAAGGTAAACTCTTAGGAGTTTACCTTTTTTACT +TATTTACAGTATAAAAGATAGTTAATTTATTTAATTTAAATATAAAAAAAGTTGCTAAAA +AGCAACTCTTTTATTATACGTTAAATCTGAATAGTATAACATCTCCATCTTTAACAATAT +ATTCTTTTCCTTCAAGTCTAACAAGACCTTTTTCTTTAGCAGCAGTCATTGTACCAACAT +TTACTAAATCATCAAAAGCGATAGTTTCAGCTCTTATGAAACCTCTTTCTATATCAGAGT +GAATTTTTCCACCAGCTTGAGGAGCTTTAGTTCCTACTTTTATAGTCCATGCTCTAACTT +CTTGAGGTCCAGCAGTTAAGTAAGATATAAGTCCTAATAGTGCATAAGAAGATTTGATTA +ATTTATCTAATCCTGACTGCTCAAGGCCTAAAGTTTCTAAGAATTCTTTCTTTTCTTCTT +CAGTATCAAGTTCTGCTATTTCTGCTTCAATTTGAGCACAAACAACAACAACTTCAGCAC +CTTCAGTAGCAGCGAATTCTCTAACTCTATTCACGTATTCATTATTTTCAGCTTCATCAG +CTAAATCATCTTCACATACGTTTGTAGCGTAGATTACAGGCTTAGAAGTTAATAAGTTTA +ATGAATTTACGAAAGCTTGTTGATCTTCAGAGAAGCTCATTGTTCTAACGCATTTATTAT +CCTCTAAAGTTGCTAATATTTCTTTTAAGAATTCAACTTCAGCAGCTACAGATTTATCAG +CTTTAGCAGCCTTAGCACTTTTTTGGATTCTTCTTTCTAATATTTCTATATCAGAGAATA +TTAATTCTAAGTTTATAGTTTCTATATCTCTTAAAGGATCAACACTTCCATCTACATGAA +CAACGTTAGGATCTTCGAAACATCTAACAACGTGAACTATAGCATCAACTTCTCTTATGT +GAGATAAGAACTTGTTGCCAAGACCTTCACCTTTTGAAGCTCCTCTAACAAGACCTGCTA +TATCACAGAATTCTATAGCAGTAGGAACTATTTTCTTTGAATCGTATAACTCTTTTAATT +TATCTAATCTTTCATCTGGAACAGCAACCACACCTACGTTTGGTTCTATTGTACAGAAAG +GGTAGTTTGCAGACTCTGCACCTGCTTGAGTTATAGCATTAAACAGTGTACTTTTACCTA +CGTTTGGTAAACCAACTATACCTAATTTCATAATTATATCTTCCTTTCTTTGTGCTAATT +TAATATTGAAATTTTATATATAAATTTATACAACCTCTCAAGTTGTGAAAACAACTAATT +AAGCTGAATTTTACAAATTTACAAACTTCATTATAGACATACATACTGATTATACATCAT +ATATATAATAGATGTAAACTATACATTAAATATTACGTACATTATAATTTCCAACAGCTA +AAGCTTGAGCAACAAACACGTTTTTAAGTTATTGGTGAATTAAAGCAAAGTAAAATTTTA +TAGTGGGGTTGATTTTATGCTAAATTCAACACTTTTGTTTGGTAGCATATTTCTTAGCTT +GATACTTACTGGCTACATGGAAAATATATTTATAGTTTTAGCAACTCTTATTTTCTATAA +GCAAATAATTGTAGATAGAAATTATAAATATATGGCTTATGGTATTATTATTGCTTTTAT +TGGTGTTAATATAATAACTGTTTCAATATTTAGAAATAAGATAACTACTAAAGAAATAAC +TCCTTTAGAAAATCAAGAAGAAACAGTTGTATTATTAGTATCTGAAGGTGAAAGTAAAAA +TTATAATTTAAAGGAAAGAGCAAGTGAGATTTATTTTGAAAAAGGACTATTATCATATGT +AACAACAATAAAAGATTTATACACTTATAAGATGTATTATGAAAAGTTAGGGTCAAGCAA +TTTTAAAAATGACTCAGAGTACATAGCGTCAAGTTTACGAGAAAAATTAGGTAAAGATTA +TAAGGTTGTAAACTCTTATCTGTATAGTTATCCATACTTTGAAAATAGCATAGAAGATAT +TATTTCCAAAGGATATAAGAATATAATCATTTGCCCAATGTTTATGACTGAAGGTGAAGA +TTTTAATATTCTAATTAAAAGATATGAAAAACTAAATTTAAGTACATATAATTTAAATCA +AGTAGAAATCCTAGATACTTTTTATAAGTCAAATAACTTAGCACTGTTGTATAAGGATGA +AATATTAAAGAATATTACAACTAAAAATAAAGATATTGGTGTTCTTTTAGTAGGATTTCA +AAATGAAAATAACCTAGAACAAGATATATTATTTAGAGAGAAAATAAGAGATTACATATT +ACAAGATGAAAAAAATAGCTATATTCAAATAAAATTACCCCTTTTAGAAAATAATAAAAA +GGATATAATTAAATGTGGTGAAGAATTGCTAGAATATGGAATTGATGGTCTATATATAGT +TTTACCGACAAGTATAATTGATAGTATTTATACTAAAAACTTAGTAGATAGTATACTTAA +TGAATTAGATATGGGAAATACAAAGTTTTACTATATAGATACAGATAAAAAATACGATTT +AATAGTAGAAGAGATATTTAATAGAATATCCTTACTAAGCCAAATAGGAGGGTAAAATGG +AAGGCATAAAAAATATAAGCTTGGGTGACAAAATAAACTTAACTTTAATTCCTGGAGAAA +AGTTTAAGTCTAACCTTGTAAGTATATACATACAAAGGTTATTAGATAAAGAAGAGGTAA +CAAAAAATGCTTTAATACCGGATGTGGTAACTAGTGGTAGTATGAAATACCCTAGTGCAA +GAGAAATATCTAATGAATTAGATAATTTATATGGTTCTTCTATGGGAGCTGATATTACAA +AAAGAGGAGAACGTCAAGTATTAAGTTTTAAAATTATTAGCACTAATGAAAGATACTTAG +ACGAAAAAATATTTAAAGATGTAATAGAATTTTTTAATGATGTAGTAAATAATCCTTTGG +TAATAGATGGAGGATTTAAAGAAGAGTATCTAAATATAGAAAAGCAAAATCTAAAAGATA +GAATACAAGCTAAAATAAATGATAAGGGTAGATATGCACTTGAAAGAGCTTTTGAGGAAA +TGTGTGAAGGTGAAAAATATAGTATAAGCGAATATGGTTATGAAGAAGATATTGATAAAA +TAACACCTAAAGAACTGTATGATCATTATAGAGAAATATTAAGAACTTCTCCTATAGATA +TTGTTGTTGAAGGAGATTTTGATGAAGATGAGGTTATAAAGATTATAACTGAGAATTTTA +AATTTGAAAGAGGAGAAATAATAGATATTCCAAGAGATGAATTTAAAAAAGATATCAAAG +AAGTAAAAAATATTCACGAAAAGATAGATATAACTCAAGGTAAGCTTATTATGGGTTATA +GAAGTAATATTGACTACTTAGATGAAGGTGAATATTATACATTAGTTGTGGGTTCAAATA +TTCTAGGTGGTGGACCTGACTCTAAATTATTTATAAATGTAAGAGAAAAAGAAAGTTTAT +GTTATTATGTTTATTCATCAGTAGAAAAGTATAAGGGAATATTATTTGTATCTTCTGGAA +TAGAAGCAGAGAATTATGAAAAAACAGTGAAGTTAATTAATGAACAATTAGAGAAATTAA +AAAATGGAGATATATCAGAACAAGAATTGCAAAATAGTAAGAGTGCATTAATTAGTTCAA +TGAGAACTATATCAGATAGTATAGGTGGAAGGTCAGATTTTTATTTTGCTCAAGCTATGG +GAAAAACAAATTCTACAATAGACTCAATAATAGATAAATTAAGTAAGGTAAGTATAGAAG +ATATAGTTGAAGTTGTAAAAGATATAAAACTTGATACTGTATATTTCTTAAGTAAATAAG +GAGGCATAATATGAAAAAAATCGTTAATGAAATTTTAAAAGAAGAAATATATTATGAAAA +GTTAGAAAATGGATTAGACGTTTACTTTATGCCGAAGAAAGGGTTTACGAAAAAATATGC +AGTTTTAGCGACTAACTACGGCTCAAACGAGTTAGAATTTATTCCTATAGGAGAGGACAA +GAAGATTAGAGTTAATGAGGGAATTGCTCATTTCTTAGAACATAAAATGTTCGAACAACC +AGACGGGAAAAATGCCTTTGATTTATTTTCAAAATATGGAGCAAGTGCAAATGCATTTAC +TAATTTTACTATGACAGCATACTTATTTTCTTGTACAGAAAATTTCTATGAATGTTTAGG +ACATCTAATTGATTATGTTCAGACTCCTTACTTTACAGATGAAAATGTAGAAAAAGAAAA +AGGAATAATAGAACAAGAAATAAAAATGTATAATGATGACCCTGACTGGAATGTTTATTT +TAACTGCTTAAAAGCAATGTATGTTAATTATCCTGTAAGAGTAGATATAGCAGGTACAGT +TGAAAGTATATATAAAATAAATAAAGAAGAACTATACAAGTGTTACAATACGTTTTATAA +CCCGGGAAATATGACTTTATTTGTAGTAGGAGATTTAGATGTAAATAAGGTTATGGATGT +TGTAAAAGAATATAATCATTATGATATAGAAAAATTAGATCATAAAATAGAAAAGTTCTA +TCCAAAAGAACCAGACTATGTAAATGAAAAAGAAGTTATAGCTAAGTTTCCTATATCTAT +ACCGATGTTTAACATAGCCTTTAAAGATAATAATGTCGGAATATCTGGAAGAGAACTTAT +GAAAAAGGAAGTAATCACAGAAATATTAATAGATATGATTTTCAAAAGAGGAACAGCTCT +TTATGAAGATTTATATATGCAAGGTTTAATAAATGAAAACTTCGGTTCCGGATTTTCTTC +TCAAGTGGATTATGGATTTACTATTATAGGCGGAGATTCAAAAAATCCAAAAGAAGTTAA +GAGAATAATTCTTGAATATATAGAAAAGTATAAAAAAGAAGGCTTAGACAAAACTGCATT +TGAAAGAACTAAGAAAAAGAAAATTGGTCATTTCTTAAAATACTTTGATTCTATTAACTT +TATAGCTAATAATTTTATCTCATATAATTTCAAAAAAATGAATTTATTAGATTACCTAGA +AGTTATAAAAGATGTTAAGTTTGAAGAAATAGAAGAAAGACTAAAATCTCATCTAAAAGA +AGAATATTGTGTTATATCTATAGTTGAGCCTAAATAATAAAAAAAGAATTCACGATATCG +TGAATTCTTTTTTTATTATATTTTTAATTTCTAGCAAAGTCTTCTAATTTAAAACTACCA +CAAGTCATAAATACTAGCCCTATTAATAATAAAGCAATTATAGATGTATAAATACTACCT +CCATTTGCCACTTCAAATATCCAATAAAAAGGAGACAGCATAGCTAGTTTATCCATTAAT +GGTATACTCATATTTAATGAGGGTAATAACTTACCTAAGCATAAAATAATACCAAACAAA +CAGTACATAGAAGTTGCAAAAAACACATAGGATTCATTTTTAAATATCCTACATACAAAA +ATTACTAAACCTGTAGATACAAATGCATTAGCACAAATTAATAATATAATCGGTATGCTT +ATAGCATCTCCATTAACTAAGTTTGCAATGATTAAGGCTAAAGAAGAGGTAATTGATTGA +ACTAAAAATAATGATAGACATAAGCTGAATATAATGTGGAAGTCTTTATTTTTAGTAGAT +AACATTCTTCTTAAGACATTAGACTTTCTAAGTGATAATAAGTCATGACAAAATACACCA +CTACATAGGTATAAGAAATAAGAAATCATAAATACAGGTAAGAATGTACTGCCTAAGAAA +GATGATTCTTTTTTTATTATATTAGAGCTTATTATATTAATATTATTATCACTGTTTTCT +CTATATTTTAAAGACTTGCTAATAAATTTATTTATATTAGACTCAGTTAATAAACTTCCT +CCACCCTTAGATGTTTTAAAAGAGACTACCTTAGGTTTAACTAAATTATCTATATCATTA +GAAAAATTATTGTCAAATGATATTACAGAAGAAATCTCATTATCTTTAAGCTGATTTATA +GCTTTTTCTTTATCTTGTATATCAAATATAGTCACATTTTCACCAAGTTCATTTATAAGT +TTACTTTCATATTTTCCATTTTGATTACACACTAAAGCTATTGGTGGTTCAAATAAAGAG +TTACTAGAGTCTTTGTTTGTTGATATACTTACTAAAAATACCATAACTAGTGGTACAAGT +ATCATTGGCAATATTAAATGTGGAGATTTTAAATACCTTTTTATATTTGCTAAAGTTAAA +TTTATTATATTCATTTAGATCTCCCTCCAATGATATTTTTCTTTTAGTGCTGATAAAATA +AATAAGACTAATGATATTAATAATAATAAAGTACATGAACCTGATACTGCGTCAAAATTA +TTGTAAATACTATAATTAGTAAATAAATCACTTATAATATAGGTAGGTGACAGCTTAGCA +AACTTAGACAAGGTATCAATAAAAGGAGTAACCATACCACCTAAAACTACTTGAACTAAT +AACAAGATACATGTAATTGTAATAGCATATTTCTTAGGCAAGAATACATCTATAAACTTT +GATGTTGAAGCTATAAACACAGAGCTTATTATACATATACAAATCAATAAATAAATATCT +CCCGTAAATGCAATTCCGATAAATCTATTGATTAATACATATAAAAGTAAGAATATCGAA +GCGTATATAAATAAATTTATGAAATTTAATACTAATCTACATATTCTAGATATAGGCATA +GAGTAAACTCTTTTATTTAATCCACTAGACTCACCTACATAAGAATTACTTACTTCGCCT +ACATATGTAGATGCTATATTATTAAATACAAGTGATATAACTAAATAACCTAAAAATGAT +ATTGCAAAATATTCAGATGAAGATTGAGATATATTTGCATCTATAAATTTATTTTCTATA +AATGAAGTACCAACATCATTAAAATATAATTCCTCATGGTAGTTATCAATTATATTCTTA +ACTATATTTGAAGAGTTGGAACTTCTTTTATGAAGCTCTTTTATACTAATAGAATTTTTA +TTATTATTTGCTAAACTAATTTCATATCCGTTAGGAATTGTTATTTCCAAATCAAGGTCG +TCATCTTTATTATCTAGGTCGAACAGCTCACTATAATTAGTTTCTATATAATTAATAAGT +TGACTTGATGAAGGTGTATTATCATTATCTACAAAATTTATATTTATTATTTCTGTAATA +TTAGGACTTTCAAATGCAGACTTTGCTATATTATTCATAAAAAGAGCTAGAATAATAGGC +AAGAGTATAAACATACATATATTCACAAAAAAATTATTTTTAAGTGATTTAAAGAAAAAT +TTAATACTATAATATAATCTCATACTAACCTCCTAATCCCTTAGATTCTTTCCTGTAAGA +TTTAAGAATACATCTTCAAGGCTAGAATTATCATAAGAAATACTAGATAAAGAAGCATTA +TTATTTTCTAATATACTTAAAGCTTTTGATATAGAAAAATTCTTTTCAGTAGTAAGTAAA +AGAGAGTTATCTTCTTCTTTTACAGATATAACGCCTTCAAGGTTTTTAAGTTCAAATAGA +ATATTTCCATTTAAATTGTTTATACATATAGATATATTTGTATTGCTTGAAACTAATCCT +TTTAAATATTCTTGATTACCGCAAGCTATTTCTTTACCTTCATCCATAATAAATATCTTT +GAACAAAGATTTTCTACTTCTTCCATATAGTGTGATGTATATATTATTGTTGTATTTTCC +TCTTTTGATAATTTTTTCAAAACTGTAAATATATAATTTCTTGATTGAGGGTCAACACCT +ACCGTTGGTTCATCAAGGATTAATATTTTTGGATGATTTATTAAAGCGATTGCTATGTTT +AATCTTCTTTTCATACCACCAGATAGTTTATTTACTTTTTTCTTTTTCACATCAGAAAGG +CCGGATATTTCTAAACATTCATTTATTCTTTCTTTTAGTAACTTACCATGAAGACCACAT +AATGAACCGAAGTATTCTAAATTATCATAAGGTGTTAAAGTTTCTATTATGGCAAGCTCT +TGTGGTACTAACCCAAGTGTAGATTTTATTTTTATGGAATCTTTCTTTATATTCATATTG +TCTATTTCGACAGTACCATTATTAGGTGACATAAGTCCTGAAATAATATTTATTAATGTT +GATTTACCAGCACCGTTTGGACCTATAAGACCAAATACTTCACCTTCATCGATGTTAAAG +CTAATATTATCTAAAGCTAATTTATCATTAAATCTTTTTGTTATATTTTCGATTTTTATA +AAGCTCATAAAAAACCTCCCAATTAATTTTCTAATATTATAATAGACAATTATGGGAGGA +AATACTATGCCCTAAAGTAACTATAAATAATGACTTAAGTCACTATTTTATTTTTAAAAG +CAAATATAGCAATTTGTGTTCTATCTCTAAGATCAAGTTTAGATAATATATTACTTATAT +TATTTTTAATTGTTCCTTCAGATAGGAACAGTTCATTACTTATTTCTTTGTTAGTAAGAC +CATTTGCAATAAGTCTTACTATATCAATCTCCTTAGGAGATAAATTATGTGTATTTGAAA +TACTTTTAGTGTCTACAGTTTGTTCTTTATTAATAACCTTTGATGCAACACTTTTATCTA +GAACGATATTCCCATAAAAGCTAGAACGAATTCCTTCATATAAAACATCATCTGAGCTAT +CCTTTAGTAGGTATCCCGAAGCACCAAAATTTATAGCATCTTTTATATACTTATCATCAT +TGAAAGTAGTAAGTATAAGGATTTTTATTGAATCATTATATTCCTTAATTAGCCTAGTAC +CTAATACACCATCACAAATATCCATTCTTATATCCATAAGAACCAAATCTACATCATTAT +TTTTACAAAACTCCAATGCTTCATATCCATTTGAAACATCTCCAATTACATCTAGATCCT +CATGGGATTTAAGGATTATCTTAAGTCCTGTTCTTATAAGTTTTTCATCATCAACGATTA +GGATTTTTATTTTACTCAATTATTTCACCTCTAGTATTTTTAGGAAAAGAAGCATGGATT +GAAAAACCATCACTTGAAGAATTGAATCGAACTAAACCATTAAGTTCATTTATTCTTTCA +GTTATACTCTTTAAACCATTTCCCTTATTTATATTTTTACAGTCAGTACCATTATCTTTT +ATATTTATAACTAAATTATCTTTATTAAAATTAAAAAAAATTTGAATTCTAGTTGCATTT +GAATGTTTTACACAATTTGATAAAGCTTCTTGGATTACTCTATATAATGAAATAGATTGT +ATACTAGAAAGCTTCCATGTATATTTTGATATAGTTATTTTAACATCTATATTAGTCATT +TTAGAAAAATTATTTACTAATTCTTTTATTTTAAAAAGATTCTCATAATTTTCATACTCA +TCAGGTTTTAAAGTATTTATAGCATTCCTTACTTCGATTAGACTTTTCTTTACAAATTCC +CTAAGCTCAAATACTAATTCTTTTAAATCCTTATCAAAAGAAACTAAGTTCTCTATTGCA +CCAAGTTGAATTATTGTTGTAGAAAGTGCATGACCTACGCTGTCATGAATTTCCCTGGAT +ATTCTATTTCTTTCTTTAAGTATAGTAAGCTCTTCTAATGAATCTATATAAATTTCTAAA +TCTGAGTTTGATTTTTTTAATTTATCTTCGGATATTCTAAGTTGATCATAAATTTTTTCT +GTTTTTGATTTTGATAAATTTTCTTTATGTATGTATATACACAGTATAGATATAATCAAT +AAAATAAATGAGTATTCAAAAGCATCAGAGATTGAGTATCTAATATTAATTGTTAAAGAA +AATATTATAATTAGCATTAAATAGGTAGTCTTATTATAAATTTTTTTAGAATTTGTAATA +TCTAAAATCATTGGAATAAAGAAAAAAACATTAACCTTATCTACATAGTTAGAAATTAGA +AAAACTAAAAAAGATTCTGTTATCAATGATGCAGTCATAAGACTTTTTCTATTGTATGAA +TTAAAGTATCTAATTTGGTTATTTATTATAAATATCAATATTAGAAAAAATAAATAAGTT +GGTAATATATTTATTTCATTTAAGGAATTCATAATTACCATAAATAAGGATAAATATCTA +GTTAGTGTAATTAAATTATAATTATTCATAAGTCCTCCATTAACTTTATATATATAAATA +TCTTATTTTAAGAATAATCTATTTTTATTAATTATTCAAATTGTGAGTTATTATATAAAT +TATTGATTATTTTCGTGTTAATAATATTATAAATTTATATAAAATACTTTTTTATAAATT +TAAAACTGTTATAATATTAAAATAAACTTTTAAAGTTAAATAAGTTATAATAGGGGGCAT +AAAATATGATAGATATGCACTGCCACATACTTCCTGGAATTGACGATGGAGCAAGCGATT +TAGAGGAAGCATTAGAGATGGCAAGAATAGCTGAGAGCGAAGGAATAAAAAAAATAGTAA +ATACATCACATTTTCATCCTGAGTTTAAATACACAATGGGAGAAGAACTAGTTGAAGCGA +TAAATAGTTTTAATGTAGCATTAAAAGCAAATAAAATAGACCTAGAAGTATTAATAGGTA +ATGAAATTTACTACACAGATGAAATTATAGAAGAATTACATAATTTAAATTTCCATACTT +TAAATAATAGTAAATATTTACTAATAGAGTTTTCGCCAATGAATGTACCTAAAAATTTGG +CGGATGTAGTTTATGAAGTTAAGTTAAAAGGATACATACCAGTATTAGCACACGTTGAAA +GATATAACAATATTATAGAAAATCCAAATATAATTTATGATTGCATAAAAGAAGGTGCTA +TAATTCAAGTAAATGCATCTAGTATATTAGGAAAGCATGGAAAAGAAATAAAGAAAGTAA +GCGATATATTATTGGATAATAATATGATACATATAGTAGCAAGTGATGCTCATGGAAGTG +AAAGAAGAAGACCTCAATTAAGAGAGGCCTATGAATTTGTGAAAAATAAATACTCTGAAG +AAACAGCAGATAACTTATTTAAAAATAACCAAAGTTTAATTATAGAAAATAAGGATATAA +TTATACCTAGGGCAAGTATGTATGAAGAAAAAAGAGGATTATTTAGTAAATTATTTAAAC +GATAAGGAGAAAATCTATGGATAGAGTAGCATTTACTATATTTGGTATAGATGTAATGTG +GTATGGTATACTAATGGCCACAGGCATGATTTTAGGAACTTATTTAGCATTAAAAGAAGC +TGAAAGAGTTGGAATTTCAGAAGATGATGTTTTAAATCTAGCAATTTTTGCAATACCAGC +AGGTGTTTTAGGAGCGAGATTGTATTATGTTATTTTTAATTGGGGATATTATTCTCAAAA +TCCGTCTCAAATTTTAAACTTTAGAGGTGGAGGTATGGCAATACATGGAGCTTTAATTGG +TGGTATTTTAGCTGGATTAATTTATACAAAGATTAAGAAAATCAATTTCTTTAAAATGGC +TGATATAGCATTAATAGGTATGCCATTAGCACAAGCAATAGGAAGATGGGGAAATTACAT +TAACGGAGAAGCTCATGGTGGTCCAACTAATTTACCATGGGGAATAATGGTTGATGGAGT +TAAGGTTCATCCAACATTCCTTTATGAATCTATATGGGATTTTGGAATATTTATATTTTT +ATGGATGTTTAGAAAGAAAAAGAAATATGAAGGCCAAGTTGCCGTTTATTATATAATACT +TTACTCACTAGGTAGATTCTTTATAGAAGGACTTAGAACTGATAGTCTTATGATAGGTCC +TTTAAGAATGGCTCAAGTTATAAGCTTAGTTGGAGTAGTAGGTGGAATAATAGCGCATAT +TTATTTATTGAAGAAAAATAATAATAAAAAAGAAGAATCAAAATAAGTAGTACGTGGAGG +TAATATGGAATTTCATCATGTATCAGTACTCTTAGAGGAGTGCATCGAAAATTTAAATAT +AAAACCAGATGGTGTTTATGTTGACTGTACAATGGGTGGAGCAGGACACTCAAAGGAAAT +AGTAAAAAGATTATCGGATAAAGGTCTTTTTATTGGATTTGACCAAGATAAAAATGCAAT +AGCTACAGCGAAAGAAAGATTAAGCGAATATAGCGATAGAGTTAGATTTGTTCATAGTAA +CTTTGAAAATATAAAAGAAGAGTTAGCTAAAATTGGAGTTCATAAAATAGATGGAGTTTT +AGCAGATTTAGGTGTTTCTTCTCATCAGTTAGATGAAGCAGATAGAGGATTTTCATATAT +GCAAGATGCACCACTTGATATGAGAATGGATGTTAGATGTAGCTTTTCAGCTTATGACGT +TGTAAATACTTATAGTGAAGATGAACTTACAAAAATAATAAAAGATTACGGTGAAGATAA +CTGGGCAAAAAGAATAGCTAAATTTATAGTTGAAGAGAGATCTGAAAAACCAATTGAAAC +TACTGGTGAGTTAGTTGAAATAATAAAAAAAGCTATCCCTAAAAAAGCAAGAATAGATGG +CCCACATCCTGCAAAAAGGACATTCCAAGCTATAAGAATAGAGGTAAATAATGAACTTGG +TGTTATAACTAAAATGATAAATGATGCAGTATCTATAATGAATGAAGGTGGAAGAGTGTG +TATAATAACATTCCACTCTTTAGAAGATAGAATAGTAAAAAATGCATTTAGAGATTTAGC +TTTAGATTGTATATGCCCATCAGAACTTCCGATATGCCAATGCGATAAGGAGCCTGAAGT +TAAAGTTATAACTAGAAAACCGATACTTCCAAGTAAAGAAGAGGTAGAATTTAATCCAAG +AAGTAGAAGTGCGAAGCTTAGAGTAGCAGAGAAAATATAAAAGATTTTTATAAAATACCC +TTTAAGATTGATATAATATTTTATCTTAAAGGGTATTTTATTTATAATATTTCAATAATT +TGATATATAATATTAGTTAAATTATATTAGATTGTAGGGTGAAACTATGAAAAAGATTTT +GATAATATCTTTTGGTGAACATACAGGATTGAGTATAAAGGCTCAACTTAAAGATATTTT +GGGGAATAAATTTGAAATTATTAATTTAAGTGTAGAAGATAGCTTTGATTATTGTTTATA +TACTGATTTGGTGATATTCTCTAGTGAAGAAGTTAGAGATATTTGCTTACTTACAGTTGA +TAAAGAGTTTGATTTTATAGTTTTAAAACGGGTTATAAGGCATGAGTGTATAGATGAAAT +TTTAAAGATAAGAGAAAATAAAGATGTTCTTGTAGTAAATGATACTGAAGAGAGTTGTAA +AGAAGTTATAAATCAACTAAAAAAGCAAGGAATAGATCATGTTAAATATTATCAATACTA +CCCTGGTATTAGTGAATATAAAGAAACTGATGTGGCTATCACACCGGGTGAATCTCATTT +AGTTCCTAATGGGATAAAAAGGGTTATTGATATAAGTGCTAGAAGAATGGATGTAACTAG +TCTAATTGAAGTTTTAATGAAATTAAACTGTATAGAGGAGTATGGTAGTTTAGTTTCTTC +TTATTTTTACAGAGATATGATAAATATTTCTAAAAAATATATAAATATGTATCAAGAAAC +AAATAGGCTAAAGGAGATTTTAACAAATATCCTGGATAATCAAAAAAACGGTATTATTTA +TACTGATATTGAAAATAGAGTATTTGTACTAAATGAAGAAGCCATGAATTTACTAAATAT +AAGTAGACAAGATATTATAGGAAAAGATATATATACGATATTTAAAGAATTAAAAGAGGA +TATTATTAGCATTAATAATAGAGAGGTTTTAGTTTCTAAAGAAAAAATAAAAAGTAATAA +TTTTTATAGCGGAAATATGATTGTACTTAATGAGGTTAAACATATACATAAAATTGATGA +TGAATTAAGGAAGAAGGAAAGATCTAAGGAAAACTATGCTAGGTATACATTTGATGATAT +GGTAGGAGACTCTAAGTCTGTAACCAAAAGTATAGATTTAGCTAAGAAGGTAGCTAAGAC +AAATTCTACTGTTTTAATACAAGGTGAGACTGGTACAGGTAAAGAAGTTCTAGCACAAGC +AATACATAATGAGTCAGAAAGAAAAGATTATCCATTTGTTGCAATTAACTTTGCTGCTAT +TCCAGAAAACTTAATAGAAAGTGAACTATTTGGATATGAAGAGGGAGCTTTTACAGGAGC +TAAAAAAGGTGGAAAAATAGGTTTATTCAAAAAAGCACATAAGGGAACTATATTTTTAGA +TGAAATTGGTGATGCTTCTTTATATTTGCAGTCTAGATTACTTAGAGTACTTCAAGAAAG +AGAAATAACACCAGTAGGTAGCACTGAAACTATACCTATAGATATTAGGGTCATTGCAGC +TACAAATAAAGAATTATTTGAAGAAGTTAAGTTGAAGAATTTTAGAGAAGATTTATACTA +TAGATTAAATGTAATGCCTATATACTCAATACCTTTAAGAAATCGGAAAGAAGATATCAA +GTTACTATTAAAATATTATTTATCTAAAGTGGCTAAAAATAATGATTTGAATTCATTTTT +CACTGAAGATGCACTTAGATTGTTAGAAAATTATAACTGGCCAGGCAATATAAGAGAACT +TGTGAATGTAGTAGAATATGTATCTACAATAAAAGAGCTTGGAATAAAAATAGACATTAA +TGATCTACCTAAATATATTGTTGAGCTTATTAATAATAATGGAAATAAAGATAGATTTGA +GACTAAATTATCTTTAGAACAAGATTTAGATGAAAAAGAATTATGGGTATTACGAAAGAT +TTATAAGTATGAGGGGATTGGAAGGAGAACATTATCCATTATATCTTATGAAGAGGGTTA +TGATATTGGCGAAGGCAGAATTAGAAGTATCATGAAAAAGTTAAGATTATATGGATATAT +AGATATCAATAAGGGATTAAAAGGGACAAAAATATTGGATAAAGGGATAAAAAGGGTTAA +TTTATAACAAAATTAACCCTTTATGTTTTTGGTTCATTTCATATTGGTTTATAAAGGAAA +ATAAATTTAAAGTCATACCTTAAAAAAATATAAGAAAATATTTAAAGGCCTTATGTTTTA +AAGTATGAAAAAATAAAGATAAAAAGTGAAAGTTGGCATGGAACTTGCTCTATACTATTA +TATAAAATTTAATTAATTGTATGGAGGAAAAATAAATGACTACATTAAAAAAGAAAAAAC +CAACATTGTTACAAGCTTTAATACCTATAGTATTTATGATTGTTGCATTGGCTATAGGTT +ATGGAGTATTAGGTATAAATGCAGAACCTATAATGATAGCATCGGCTTTTATAGCTGGTA +TAATAGCATATAGATTAGGTTATACATGGGATGAAATGCAAAAAGCTATAGTAGATAAGA +TAGCAAGTGCACTTCCAGCTACATTAATATTATGGAGTGTAGGTCTTTTAATAGGAGCGT +TAATGTTCTCGGGAGCTGTTCCTATGATAATATACTATGGAGTACAAATGATAAATCCTA +AGTTTATATTAGTTACGGCATTTTTATTATCAGCACTGCTTGCCATAGTGACAGGAACAT +CATGGGGAGCGGCAGGAACTATTGGTGTGGCAATGATGGGGATTGCAGGAGGTTTAGGAG +TATCACTACCAGCTACAGCAGGAGCTGTAGTATCAGGTGCATTCTTAGGTGATAAATTAT +CTCCTCTTTCTGACACTACAAATCTAGCTCCTATGGCAGCAGGAAGTGAAATATATGATC +ATATAAAGCATATGCTTTATACGACTGTGCCAGCTTCTTTGGTATGTATAGTAGTTTATT +TAATTGTTGGATTTAGCTCTTCTGGGGAATTAGTGACACCAGATTCAGTTAAAGTAATGA +TGGAGCAGCTAGAGTCAATGTTTAACTTTAACATGTTATTATTATTACCATTAGTATTAG +TAATTTTAGGGTCAGTAAGAAGATGGCCAACTATACCAACTATGCTAGGAACAAGTTTAA +TTACTATAGTCTTAGGTGCGGTGGTTCAAGGATTTAATATAGTTGATGGATTTACATCTT +TAATTTCTGGATTCGATTTAACTATGACAGGTTTTAAAGGAGAAGCTACGGCTGAAGTAA +TAAAACTTATAAATAGAGGTGGAGTTGTATCAGTAACAAGTACAACGGTACTTATATTCT +GTGCTATGGGATTTGCTGGGATAGTAAGTGTTTCGGGTATGTTAGATGTAGTACTTGACT +TATTAATGTCAAAAGTAAAATCAACATCTGGAATAATAATATCAACTATAGCATCTTGCT +TTACAGTTGCATTTGTAACAGGGAGCTCATACTTATCAATACTTGTACCTGGGGAATTAT +TTAAGGACGTGTATCCAAAGAGAAATTTACATCCTAAGAATTTATCTAGAACATTAGAAG +ATTCAGGAACAGTCCTTGTTCCTTTAATACCATGGTCAGCGGCAGGAGCGTATATGGCAG +CAACATTAGGCGTTCCTACCTTAGAATACTTACCATGGGCAATACTTAACTATACAGGTA +TAATATTTGCAATAATATGTGCAATTACTGGATTTGGAATAGCTAAGATAGATAAAAATG +AAAAAGAAGACGCAATAAAAGGAGCATAATTTATATGATATTAATAAAGAATGTAGAAGT +ATATGCACCAGAATATAAGGGCAAAAAAGATGTTTTCATAAGTGGAGGAAAAATATCTTT +AATACAAGATGAAATTAATTTTGAGAATGATAAAATTAAGATAATAGATGGTAGCAAAAA +AAAGCTTACACCTGGATTTATTGACCAGCATGTCCATATAACTGGAGGTGGTGGTGAAGG +TAGCTTTAAAACTAGAGCTCCAGAAATAACTTTAAGTAAACTTACAAAAGGTGGGATAAC +AACTGTTGTTGGACTTCTAGGAACAGATGGAACAACAAGAAGTGTAGAAAACTTAGTTGC +GAAGGCTAAAGCATTGAAAGAAGAAGGTATTACAGTTTTTACACATACAGGTTCGTATGA +GTATCCAACAGTAACAATTACAGGATCGGTAAAAAAAGATATAGCTTTTGTAGATGAGAT +TATAGGTGTAAAATTGGCTTTATCTGATCATAGAGCACCAAATGTAAGTAATTTGGAATT +ACAGAGAGTGGCATCTGATGCAAGAGTGGCTGGTATGTTAAGTGGAAAAGCAGGAATTGT +AGTTCTTCATATGGGTGATGGTAAAAAGGGTCTTTCACCAGTAAATGAAATATTAGAAGA +AACTGAAATACCTATAAAAACTATAAGGCCTACTCATGTAAATAGAAGGAAAGAACTTTT +ACTAGAAGCATTTGATTATGCTAAGAGGGGAGGAAAGATAGATTTAACTTGTGGAATGAG +AGATGACTTAACTCCAGGAAAGAGTATAAAGAAAGCTATAGAAGAAAGTGTACCTAGAGA +AAATATGACAATAAGTTCGGATGGATATGGAAGCTGGTCTAAATATGATGCAAGCGGAAA +TTTAGTAAAAATGGGAGTATCAAGTGTGTCTAGTTTACATGAAGAGTTTAAATCAATGGT +AAATGATTTAGACTTTAGTATAGAGGAAGCTTTAATTTATATAACTTCTAATGTTTCAAA +AGGATTAGAAATATATCCAAGAAAAGGGTGTATAAATGAAAACTCTGATGGAGATGTGTT +ATTATTAGATGAAGATTTGAATATTGATACAGTTATAGCAAATGGGAAAATAATGATAGA +AAATAAAGAAGTATTAGTGTATGGGACATATGAACATATATAGAGTTTATTGAGAATTAG +AATTAAAAAATATGTAAGTTTAATACAAAAAAGTGTGCTTAGTATAATAAGCACACTTTT +TTTATTTTTTTATGTATAAATTTAGATATAAGTCATTGGAGGAGGTTTTGTATTATTTGC +AAATAAATAATATATGGAATTAAAAATATATAGTATTTAGTCAAGAATAATGGTTAAATT +TATTAATTTTATTGCTGGGAGTGATAGAGGTGAAAAAAAATAATAAAATTGAGGACATAA +ACGAATATAAGAAAAAGAAAAAGAATAAAAATAAAAATAGGAAGAAAAGAATTGCCTTTA +AGAAATCTCGTGTAACTATTGGATTTATTTGTGTAGCAAGTGCTGTAATAGGAAATCTAT +GCGGCTACTCTATAGTCTCTCAGCTTAAATATGATATATATTACTTGAAAAAAGACTTAA +GAGCAAAAGATATAGTTATAGAGCAATTAAATTCGAGAATATATAGTAACTATAGTATAG +AAGAGATTGAAAAAATGGCTAAAGAAAAAATTAATATGGATTATCCGAAAGAAAGTCAAA +TCGAGTATATAACTGTTGAGGATTAGGGGTGAGAGCTTTTGAAAAAAATAAAAGGGTTAA +GTAGGAAAAGGTTGGTGCTTGTTCTTATACTGGCTTGTTCTCTATTTTTTTGTCTTATAA +TTAGAACTGGATATCTTCAGCTTATAAAGGGAGAGTGGCTAAGTACAAAGGCATCGGAGC +AACAAACAAGAGAAATACCAATAGAACCGAAGAGAGGCACAATTTATGATGCAAATATGA +AAGAACTTGCTGTAAGTGTTACAAAGTATACAGTTTGGTGTAAACCTGTAGAAGTAAAAG +ATAAAAAAGATGTAGCAGAAAAATTAGCATCAATTTTAGGTAAAGAAGAAGAGGAAGTAT +CTAAGTTAGTAAATAAAAAGAATACAGCATTAGTAAGAATTCAAAGATGGATAGATGATG +AAACTGCGACTAAAATTAGAGATTTGAGTTTATCGGGGATTTGGGTAGCAGAGGACAATC +AACGATATTATCCATATGGAAATTTTGCAGCATATGTTTTAGGACATACAGCAGCAGATT +CTACTGGAATTGCAGGGATAGAAATGCAATATAATAGTAAACTTCAAGGAAAAGCTGGAA +AACTTATAGTTAGTACGGATGCATCAGGAAGAGAGATACCTCAAGGGTCAGAAACGTATT +ATGAACCTGTACAAGGAAATGGGCTAGTATTGACTATAGATGAAGTTATACAACATTATG +CAGAAAAAGCAATTGAAAAGGCATACGAGGTAACAGGAGCAAAAAGGGTTAATGTTATAG +CCATGGATCCTAAAACAGGAGATATACTAGCAATGGCATCAAAACCTGATTATGATCCAA +ATGATTCAAGAACAGCTATATATCCTTACTATCAAGAATTATTAGAAGAATATAGTGATA +AGGAAAAAATAAATGGATATTATGCAATGTGGAGAAATCCACTAATAAATGATACATATG +AACCAGGATCTACCTTTAAGTTAATAACTTCATCTGCTTCAGTTGAAGAAGGTGTAGTAA +GTGACAAAGATAAATTTGTTTGTACCGGTAGTGTTACGGTAGGTGGACGTAAAATCAAAT +GCTGGAGACACTATAGACCTCATGGTGAGCAAACTTTTGCTCAAGGAGTTCAAAATTCAT +GTAATCCAGTCTTTGTTGAATTATCAAATAGATTAGGTGTAAGTAAGTTTTATGATTACA +TAGAAGCTTTTGGATTTAAGTCAAAAACTGGAATAGATTTACCAGGAGAAGCGAAAGGAA +TAATTTATAATGAAAAAAATGTAGGACCTGTAGAACTAGCAACAATGTCATTTGGTCAAT +CTATATCAGTAACACCAATACAACTTATTACTGCAATATCAGCAATTGCCAATGATGGTG +AACTTATGCAACCTAGATTAGTAAAAGGATATACTGATAATAAAGGAAATGTAATAGAAG +AAATAGCTCCTAAGTCAGTAAGAAAGGTAGTATCAGAAGAAACTTCTAAAAAGATGTTAG +AAATAGCTCAGTCAGTTGTAAGTGATGGTGGAGGTAAGACTGCATACTTACCAGGATACA +GATTAGGTGGAAAAACAGGTACAGCACAAAAAGTTGTAGATGGAGTATATGCACAAGGAA +AATACATTTGTTCTTTCGTTGGGATTGCCCCAACAGATGATCCTCAAATTGTAGTATTGG +CTACAGTTGATGAACCTACGGAAGGTAGTTTATTTGGTAGTACAACTGCGGGACCTATAA +TAAAAGAAATAATGAGCGAAGCATTACCGTATTTAGGTGTTGAACCTAAATACACAGAAG +AAGAAAAAGCAGAAAATGAAAAGGTTAAAGTAGTAGTTCCTGATGTTAGAAATTTAGCTA +TTGAAGATGCAGCAAAAGTACTAGAAGAATCAAAATTAAAAGTGAATTTAGATCCAGATG +TAGATGTACCTGAAGGTTCTAAAGTAACTGATATGTTCCCAAAACCAGGAGTCAAAGTAT +CAGAAGGTTCAAGCATATCAATATACTTTGATAATTAGAATTGTAAATAATTTGTAATTA +AAATATAATTATAAATAACTTCAAAAAAAACACAATCTGTTATATAATTATAAAGTTAAA +ATATACTTGGGGGCAATGTATACATATACATTGCCTTTTATTAAGATGAGTTGTAAAATA +AAACTGCGTATAGAAAATTAAAAGGAGGAGTGGTATGGAAAATCTAACGGTGAAAGAGTT +AGTAATTTCTACTAAAGGAAAATTAGTTCTAGGCGATGAAAATAATTTTGTAAACGACAT +TATCATAGATAGTAGAAAAGCAAATGAGAATAATGTATTTGTAGCTATAGTTGGAGAAAA +TCTAGATGGTCATAATTTTATACAATCAGCATATGACCAAGGCTGCAGAACTTTTATAAA +AAATGATAAAGTTAATATTGATTTAAAACAATCAGATGTTAATGTGATAGAAGTAAAAGA +TACAGAAATAGCATTAGGTGATATCGCAAAGTATTATAAATCAAAGTTTGAGATACCTTT +TATAGGAATAACAGGTAGTGTTGGAAAAACAACAACTAGAGATATGGTATATGCAGCTGT +ATCATCTAAATATAATTCATTAAAAAATGAGGGTAATCTTAATAATCAATTAGGTGTACC +TCTTACTTTATTTGAGCTTAATAAAGAACATGAATGTGCAGTAATAGAAATGGGTATGTC +TGGATTTAATGAAATAGAATACTTAGCAAATATAGTTAATCCTAAAATCGGTGTTATATC +GAATATAGGACTTTCTCATATAGAAGCCCTTGGTTCACAAGAAGGTATATTAAAGGCTAA +GATGGAGATAACTACAAACTTCGATTCAACGAGCACTTTAATAGTTAATGGAGATGATAA +GTTCTTATCTACACTAAAGGACAAAGAACATGTTTATACTTTAAAAACATTTGGATTTAA +TAACGATAATGACATTTATTGTGAAGAATTTACTATGGGAGAAGATAGTATAACTTTTAC +ATGTATTATAGATGGAAATAAAGAAGAAATCTTTATACCAGCAGTAGGAGAGCATAATAT +ATACAATGCAATGGCTGCAATATTAACTGGTATGGCTTTAGAAATTCCTTTAAAAAATAT +AAAGGAAGGTTTAAAATATTATAAAGCGACAAAAATGAGACTAGATATAGTAAAAGATGA +TGATTTAACTATAATAAATGATACTTACAATGCAAGCCCTGATTCTATGAAAGCTGCTTT +AAAAATACTAGGAAGGTATAAGGAAAGAAGAGTGGCGATATTAGGTGATATGTTCGAAAT +GGGAGAGCATGCAGAATATGGTCATAGACTAGTTGGAGAATCAACAATAGGCAATGTAGA +TTTACTAATTACAATAGGAGAAGATTCTAAATTTATTAGTGACGAAGCTAAAAAATTAGG +GTTATGTCCTAATAGTATATATCACTTTGCCACAAAAGAAGATGCTATAAATAGTTTAGA +TAACCTAATACAAAAGAATGATGTAGTATTAGTTAAAGCATCTAGAGGTATGAAATTAGA +AAAAATAGTAGAATATCTAAGTAAGTAAATAACGAAAGAGATAGCCAACAGGGAGAGGAG +TATGTATTATGTTAGGAATAACAGAACTTACGTATACAGCAATGATTTCGTTTCTAATAG +TAATTATATTAGGACCAATATTTATACCGATGTTAACTAAATTTAAATTCGGTCAAACAG +TTAGAGATGATGGACCAAAAACACATTTACAGAAAAATGGAACTCCAACAATGGGAGGAG +TACTTATAATTATAGCTATACTTATTACAGGACTTACTAGAAGTAATATAAGTTCAGATA +TGGTAATAGGACTTATCTGCGTGGTAGGTTTTGGTTTTGTAGGGTTTGTAGATGACTTTA +TAATAATAAAAATGAAAAGATCGCTAGGATTAAAACCTTGGCAAAAAATAGTTATGCAAG +TAGCTTTAGCCTTATATGTATCTTATTATCAATATAGTTCATCTCCAAGTGCAACACAGC +TTATAATACCATTTACTGATGCAGTAATAAATTTAGGACCGTTATATGTACCAATAATGA +CATTTATGATAGTAGGTATAGTAAATGCAGTTAATTTAACTGATGGACTAGATGGATTGG +CGTCAGGAGTAACTCTGATAGTAGCAACGTTCTTTATGATATTTGCAACTTCTATATCAA +ATACAGATGTAGCAGTTCTTGCAGCAGCAACAGTAGGAGCGTGTATAGGATTTTTAGGAT +TCAATGCATACCCAGCTAAAATATTTATGGGAGACACTGGTTCTATGGCATTAGGAGGAG +CAGTTACAGCATTTGCAATATTAACAAACTCTATGCTTTTATTTGTTTTAGTAGGAGGGA +TATACTTCGCTGAAGCTATATCAGTAATGCTTCAAGTAACTTACTATAAACTAACTAAGA +AAAGAATATTTAAAATGGCTCCTATACATCATCATTTTGAACAATGTGGATGGCCAGAAA +CTAAAGTAGTATTTACATTCTGGATAGTTACTGTAGTTTTAGCTTGGATAGGAATAATTG +CCGTATTCTAATTTTGGAGGTAAGAAAAGTGGAACTTAAAAGCAAAAAAGTTTTACTAGT +AGGTCTTGCAAAAACTGGTGTATCTACAATAAAGCATTTAGATAAGCTAGGGGCAAAAAC +TATTGTAAATGATATAAAAGAAAAATCACAATTAGAAGACATACTAAGTGAGTTAAAAGA +TATAAAAAATGTTGAATATATATTAGGATATCATCCAGAAAATGTTGATGATATAGATCT +TGCTATTGTATCTCCAGGAGTTCCTCTAGATTTACCTTTCATATGTAAATTAAGAGAAAA +TAATATTAAAATAATTGGAGAAGTAGAATTAGCATATAGATTGTCTAAAAATAATCCTGT +ATTTATAGGTATAACAGGAACTAATGGAAAGACTACTACTACTAGCATAGTAGGAGAAAT +CTTCAAAAAAGCTAATAAGGATACTTATATAGTCGGAAATATTGGAAATCCTGTTATTGA +TACAGTAGACTTTACTAGTAAAGATTCAGTACTAGTAACTGAATTAAGTAGTTTCCAGTT +AGAGAGCATTGATGAGTTTAGACCAAAAGTAAGTGCATTTTTAAATGTTACTGAAGATCA +TATGAATAGACATCATACAATGGAAAACTATATAAATGCAAAATCTAGAGTATTTGAAAA +TCAAAAAGAAGAAGATTTTACAATCCTAAATTATGATGATACTCAAGTAAGAAACTTAGC +AGAAAAATGTAAATCTAAAGTTATATTCTTTTCAAGAAAAGAAAAATTAAATAATGGAAT +ATATTTAGATGAAGACAATAATATAATTATAGATATAGATGGGAAAATAGTACTTTTAAA +TGCAAATGAATTAAGTTTACCAGGAGAACACAACTTAGAAAATTGCATGGCGGCTATAGG +AATAACTTATGTAAGTAATATTGATTTAGAAGTAATAAAAGATGTATTAAAAACTTTTAA +GGCAGTTGAGCATAGACAAGAGTTTGTAAGAGAAATAAATGACATAATGTTTGTTAACGA +CTCAAAAGGAACTAATCCAGATTCTACTATAAAAGCAATTAAATCATATAATAGAAATAT +AATATTAATTGCTGGTGGTAAGGATAAAGGAAGTAGCTTTGATGAACTTCTTGAGATTGC +AAAAGAAAATGTAGTTGCTTTAGTATTATTAGGAGAAACAGCATCTAAGATAGAAGAAAC +TGCTAGAAAAAAAGGATTTGACAAAATCTATATAGTAAATAATATGAAAGAAGCTGTAAA +AACTTCTTATGAAATTGCACAAAGTAAGGATGTAGTTTTACTTTCTCCTGCTTGTGCAAG +TTGGGATATGTATAAGAATTTTGAAGTAAGAGGAAAAGACTTCAAGGATAATGTAAACAA +TTTAAAATAACCTCTTTACCGCTACCACAAATGCAAAGGGAGGTAAGTCTAACATGCCTA +AGGAAGGTTTGAAAAAACAAATCAAAAGAGGAATGAAGACTGAATTTGATTCAGTAGTTT +TTTATACTACGATGACATTAGTATTTATAGGCATAATAATGGTGTTTAGTGCAAGCTATA +TACAAGCAGCATTTAAGCACCATGATGCCTTTTATTTTTTAAAAAGAAATGTGATTTACG +CTGTTTTAGGCTTTGTTGGGATGATGATAATGTCTAGGATAGAGTACACATTTTGGAAGA +AAAATGCCACAAAGATAGGTATAATAGCAGTAGTTTTATTAGTATTGGTGTTAACACCTC +TAGGAATAGAAGCGAATGGAGCAAAAAGATGGTTAGGTGTAGGTGGAGCAACTATACAGC +CAGCTGAAATTGCTAAATTTGCATGTATACTAATAACTGCTAAATTAATTGAAAAAAGAT +ATGACAATATAAAATCTTTGACAAAAGGTGTTTTACCACTTCTTATAGTTCCCGGTACTT +TCTTTATACTTATAATGGGTCAACCAAATATGTCAACAGCAGGTACTATAATATTAGTTG +TGTTTGTAATGTTATTTGTAGCAGGAATGAATATGAAATTTGTATATACTATGGTAGCGT +TAGGGATAGCAGCATTTGCAGGATTAGTACTTTCAGCACCGTATAGATTAGATCGTGTAA +CCTCTTTCTTAGATCCATTCAAAGACCCGTTAGGATCAGGGTATCAAGTAATTCAAAGTT +TATATGCCATTGGTTCAGGAGGATTATTTGGATTAGGACTTGGTAAAAGTAAGCAAAAAT +ATTTTTACATACCAGAACCACAGAATGACTTTATATTTGCTATAATAGGTGAGGAACTAG +GGCTTATAGGATGTATAGTAGTTATGATGTTATTCTTAATATTAGTATATAGATGCATAA +GAATAGCATTAAAATGTTCAGATATATTTTCTTGTATGGTGGTTATAGGTATAGGTGCAC +AGATAGGAATTCAAGCAGCTTTAAATATAGCTGTTGCAACTTCATCTATGCCAGCTACGG +GAGTAGCTTTACCATTTATAAGTATGGGAGGAACCTCGCTAACCATACTTATGGGAGCAG +TAGGTATAGTGCTAAACATCTCAAAACATGTCAAAATTAATTAACAGGAGAGGATTCAAT +GAGAGTTTTATTATCAGGTGGAGGAACTGGAGGTCATGTTTATCCAGCTATCGCCATTGC +AAATAGAATAAAAGAACAATATCCAGATGCTGAGATAATATTTGTTGGAACAGAAAAAGG +AATAGAATCTGAAATAGTTCCGAAATATGGATATGAATTAAAAACTGTTACAGTTCAAGG +TTTTAAAAGAAAGATAGACTTCGATAACGTAAAAAGAGTATTTAAATTATTCAAAGGATT +AGAACAATCAAGAAAAGTTGTTAAAAAGTTTAAACCGGATGTTGTAATCGGAACTGGAGG +ATATGTAAGTGGACCAGTATTATTTAATGCTGCTATGAGCAAAGTTCCAACAGTAATTCA +TGAACAAAATTCTTTCCCGGGAGTTACAAATAAAATACTTTCAAAGGTTGTTACAAGAGT +TTTAACTAGCTTTGAAGATTCACATGAAAGATTCCCAGAAGGAAGCCGTGATAAATTAGT +TTTAACAGGAAATCCAGTAAGAAAAGAAATATTAGTAGCTAGGAAAAATATCGCTAGAAA +AAATCTAGGAATAAGTGAAGATAAGAAAATGGTACTTTGCTATGGAGGTAGTGGAGGATC +TGAAGAAATAAACGATGCAATGAAAGTTGTAATAGAAAATATGGTTAAGGAAGATATAGC +ATTTATATTTGCTACAGGTAAGTATTACTATGAAGAATTTACAAAGAGTATAGAATATCT +AAATTTAAAACCATATCAACAAGTAGTTCCATATTTAGAGGATATGGCAAATGCACTAGC +TGCAAGTGATTTAGTTATAGGAAGTGCAGGTGCGATATCTTTAGCTGAGATAACAGCATT +AGGGAAACCATCAATAATAATACCTAAGGCTTATACTGCAGAAAATCATCAAGAATATAA +CGCTAAAAGTATAGAGTCAAAAGGTGCTGGAATTGCAATATTAGAAAAAGACTTAACACC +TAAAACTTTAAATGAAACTGTATTTAGACTATTAGGGGATAGAGAACTTTTAATAGATAT +GGAAAATGCAAGTAAGAAAATTGGAAAACCCGAGGCAATAGATTTAATTTGCGATGAAAT +TATCAAGATATATGAAGAAAAAAATAAAGTAAAAAAATCTAATATAGAAGACAAAAATAC +AGATATAAAAGAAAAAGATGAAAAAGAATCATCTTTAGACAATAATAATGATTCTAAAGA +ACAACCAAAGGTAATAGGAATTAAGAAAAAGTAACATATAACCCCCTTAGTACATAGATT +TAAATTATAGGCATTTGGATTTAAATCTACTACTAGGGGGGTTAATTTTGTCTAAGTATA +TAATACACGGAGGTAATAAAATAGAGGGAATTTTGAATATTAGGGGAGCAAAAAATGCTA +TATTACCTATAATGGCAGCAACAATACTTAATGAGGATAAGAGCATAATTCATAATGTAC +CTAGTATAGCTGATGTATTTATTATGATAAAGATACTAGAAAGTATAGGCTGCAAAATTG +AATATAGTGAAGATACCCTGATAATAGAAAGTTCTGGTATAAATTTTCATAAAATAGATG +AAGAGTATGTAAGGAAGATGAGATCATCAATAATTATTATGGGAGCAATGATAGGCAGAC +TTGAGCATATAGAAATCAGTCATCCTGGAGGATGCGCTATTGGTGCTAGACCGATAGACT +TGCATTTAAAAGCTTTAGAATCTCTAGGTGTTATAATTGAAGAGGAAGATGGTGTTATTA +ATTGTTACAGAGAATGTCTAAAAGGAAATGATATAAGATTTGAAAAAACAAGTGTGGGAG +CAACTGAGAATGCTATGCTTGCTGCAGTAAAATCTAAGGGCGTAACAAGAATATATAATG +CAGCTAAAGAACCGGAGATAGAAGATTTACAGAATTTTTTGAATGCCATGGGTGCAAAGG +TAAAAGGTGCCGGAACAAGCTATATAGAAATAGAAGGTGTAGAAAAGTTAGGTGAAGTAG +AATATAGCGTGATACCCGATAGAATAGCCATAGGAACTTATATGGTAGCTAGCGCTATAA +CTGGTGGTAGACTAGAAGTTGAAAAAGCAATAAGACCTCATATGGAACCTATAAGTAATA +TTTTAAGAATGGCTGGATGCGAGATAGAGTACACAACAACTGGATTAAATCTATTATCTC +CAAAAATAATTAAAGCTGTTGATTTAATTAAAACTTTACCACATCCAGGATTTCCAACAG +ATATGCAGTCCCAAATGATGGCTTTAATGACATTATCTGATGGTCTTAGCGTATTTTTTG +AAACTATATTTGAAAATAGATTTATGCATTGTAAAGAGCTTATGAATATGGGGGCTGATA +TACGACTTATTACAGATAAAATTTGTGAGGTAAGAGGTGTGGATGCTATTTATGGAGCTA +AGGTTAAGTCTACAGACTTAAGAGGAGGAGCTAGTCTTGTATTAGCGGCATTAGCAGCTA +AGGGTGAAAGTGAAATCTCAGATGTTTATCATATTGAAAGAGGATATGAGAATATAGAAA +ATGTACTTAGGAATTTAGGTGCAGATATTAGGAAAATATAAAGGCTCAAAATAGAGCCTT +TTAATATATATTAAAACATAAAGTATATTTACGGCGTAAAATTATACTTATTGTAAAAAT +AGTATTAAAATTGCTTTCAAAAGTATAGTTTATTATGTAGGGAAATATAATAATAAAGTT +GTATTTTATAATTATATTTATAATGGGGGGTGAATGCTTGAAAAGAAGAAAAAAGAAGAA +AAAGACAGATAGGGTAATTATAGTTTTAGTTTTTGTTTTGATGATATCATTAGGATCAAT +AGCCTTTTTAAAAAGTAGTATTTTTAATCTAGGCAAGATAGAAATTATAGGCAATAAAAA +TTTAAAAGAAAATGAGGTTGTTGATTTAGAAAGTTTAATGACTAATAAAAATATATTTAC +CTATAACTTAAAAGGTATCAAGAATGAGATATTAGAAAATCCTTATGTAGAAGATGCTCA +AGTAAAAATAAAACTTCCTAATAAAATAATAATAACTGTAGACGAAGTAGAAGTTGTAGC +CTTATTATCTAATGGAAAAGATTATTGTTACATAGATGATAAGGGAAATTTAATTAAAAA +AATTGATAATATAGAAGAAAATAGTGATAAAATAGTATTTAGTACAGAATATTCTATAGA +AAATGGACAAGTAATAAATTTTAAAAGTGAAGAAAATAAGAAAAGCATATTAAATTTAAT +AAGTGCTCTAAAAGGAGAACATTTAGAAAAAGAAATTGTAAAAGTAGAATATACTAATGA +CTCTAAATTAAATTTAGAATCAAAGATAGGAGCTAAGTTTTTACTTATTAACGATGATAA +TCTAAATTATAATATAGCAAGAACAAGCAAAATACTTTTAGATCTAAAAAATAAAAATAT +TAAAGATGGTGTTGTGGACTTAACTTATAGCAACTATGCTGTATATAAACCAAGTTGATA +ATCAGCAAATGAGGAGTGATATATTTGCACAAGAAAATACCTTATAAAAGCTTAGTTATA +GTGACCACTATATTAGGAGTTTTTATAAGTTTACAGTTGAAAAGTATAAATATAGAGAAT +AATGGAATGACAACCCTCAAAAAGGGAGAACAGCTAAAACAAGAATTAAAGTCATTAAAA +AAAGAAGAAGAAGAATTACGAGAAGAAATTAAAAATATTCAAAATGATATAGACAGTTAT +AAAAATATGGAAGACGGAACTACAGAAGAAAGTATAAAAACAGAAATTAAAAAATATGAA +GCATTAGCAGGTTATACAGATGTAGAGGGCGAAGGAATTAAGGTAAGTATAAAATCTACA +AATAATAATCTAAGTGATGATTCAAATAACAGCATAGTTTATAATTATGATTTATTACTA +TCACTTATTAACAAATTAAATTCTGCTCAAGCAAATGCAATTTCTATAAATAATCAGCGA +ATAGTATATGATTCATACCTACACTTAAAGGACGATAAACTATATTTAAATGATATAGCT +ATAAATGAGCCATTTATTATAAAAGCTATAGGCGATTCGGATACTTTAGCATCTGCACTT +CAAATCAAATATGGAATCATATGGGAAATAGAGAAGTACTATGATGCTAAAGTTACAGTT +GAAAAGAGCGATAATATAACCATAGGGGCTTCTAGTGAAAAAAAATACTTAGAGGATGTA +GAAATAAATGAAGATTAATAAAAGTAAGATAAAAACAAAGCAAACCTTAATTTTATTAAT +AGCATTCGTGTTAGGTATATTTATAGCTATATATTTAAAGTCAATGGATTCTAATAATGT +ATATATTTCTTTAGAAGAAAAAAGACTACTTGAAAGTGAGATTAATAATAAAAAAGTAGA +AATATCTAATTTAAAAAAGAGAAAAGAAGAATACGAAAAGAGTTTAAAGGCCTATAAAGA +GGTTATTAAAAATGAAAATAAATCTATAGAAGAACTGATGAATGAAGAACTAGATTATTT +AAAAGTAATAAGTGGGTATTCGAGTATTGTAGGAAGTGGGGTAGTTATAACTATAAAAGA +CAGTGAAAGAGAACTTTCAAGTGGAGAAACCCCAAATGACTTACTAGTCCATGATATAGA +TATATTGAGAATATTAAATGATTTAAAAAAAGCAGGATCAAAGGGAATAGCAATAAATGG +TGAACGAGTTTTACCTACGAGTGAAATAAAATGCTCTGGAGCTACAATTACAGTTAATAA +AACAACTTATGGACAACCTTTTATAATAGAAGCAATAGGGGATACTGAATCATTAATGGC +AAGTATAAATGCTCCACAATCATATGCCAGTTTACTAAGGAGTGTATATGGAATTTATAT +AAATATAGAAGAAAATGAAGAAATAACATTAAAATTTTATGAAAATAATAAATAAAAGTA +TAAAAAGCTTGAAAAATAGAACTATTTCAAAGTAAAATAAAGAAGGTGAGTATTTATGTT +ATGGATACTAGGAGGACTAGCACTAGGAGTAGTTATTGGTTATTATATTCCATTTACTTA +TCCTATGGATTACTCCCTTTATATGTCTGTTGCAATACTTGCAACCTTAGATTCTATCTT +TGGTGCAGTAAAATCAACTTTTGAAGGTAAATATGACAATATAATATTTGTTACTGGATT +TATTGGAAATTCATTATTAGCTATATTCTTAACTTATATAGGTGATAAGCTAGGGATACC +AATTTATTATGTAGCAATTTTAGTATTTGGATCTAGATTATTCGACAATTTATCAATGAT +AAGAAGACATATTATTTTAAGGTTAAGTAATAAAAAAAGAGGAAATTAAGTATTTTTATG +GAATAAGTTAGTTAAATGTTAACAAATTTTGTAGATTAAATGATATAATTATTACATAGA +TTTACTTTGAATCGTAAAATAAGGAGGTTTATAAATGCTAAACTTTGACGTAGAATCAGA +CAATTTTGCGCAGATTAAGGTTATAGGTGTCGGTGGAGGCGGAAATAATGCTGTTAACCG +AATGGTAGAGGCACAACTTAAAGGTGTTGAGTTTATTGCAATTAATACTGATAAGCAAGC +TTTATACACATCTAAGGCTGAGTATAAAGTTCAAATAGGAGATAAACTTACTAGAGGACT +TGGAGCAGGAGCTAATCCTGAAATTGGGAAAAAAGCAGCTGAAGAAAGTAAGGATGAAAT +ATTAACATTACTTCAAGGTTCGGATATGGTATTTGTTACTGCTGGTATGGGCGGTGGAAC +AGGTACAGGAGCAGCACCATTAGTTGCTCAATTAGCTAAGGAAATGGGGATACTTACAGT +AGGAGTTGTCACTAAGCCTTTCATATTTGAGGGAAAGGTAAGAATGAAAAATGCTGAAAG +AGGAATTGAAGATTTAAAAGCAAATGTTGATACTTTAATAACTATACCAAATGATAAGTT +ATTACAGTTAGTACAAAAGAACACATCTATGCTAGAGGCATTCTCGATAGCAGATAACGT +ATTAAAGCAAGGTATACAGTCAATATCTGACCTAATAGCAGTACCAGGTCTTATAAATCT +AGACTTTGCAGATGTTACTTCAATAATGAAGGAGCAAGGTTTAGCTCATATGGGTATAGG +TACAGCTGTAGGTGAAAATAGAGCTGTTGAAGCTGCTAGAGAAGCAATACAGTCTCCGCT +ACTTGAAACTTCAATTAAAGGAGCTAAAGGGGTATTACTTAATATAACAGGTGGTTCTAA +TCTAGGATTATTCGAGATAAATGAAGCATCTACATTAGTACAAGAATCATGTGATCCAGA +AGCTAACATTATATTTGGAGCATCTATAAGAGAAGACTTAGGAGATGAAATAAGTATAAC +TGTTATAGCTACAGGATTTGAAAGTAATCAACTTCAAGATATGAGAATAAATGATACTAT +AAGCAAGTTCACTACTAAGCCAGTTGAAACTGTAGTTGAAAAAAAAGAAGTTGAACCTAT +AAAAGAAGTAGTTGCTGCTAAAGAAGAACCTAAAAAAGTATCTTTAACTGAAGAAGATGA +TGATATGATAATACCTACTTTTTTAAGAAGAAGAAGATAATAAAACGTATATTTTAAAAT +GAAGGAGATAACCTATGGTTATCTCTTTTTTATTGCAAGGAAATGATAATTTATATATAA +ATCAAAAATGTATTAAGAAGATTAATATGTTAATTATAAAATTTTTCATATAAATATATT +TATTAGAATAAAAATAATAAGTAATTTATAACTAAATTTTACTTATAAGTATTTTATTCT +ACAGTTATATTCTACTAATAGAGACTATAGATATATTAGTAGGTAAGAAATAGAGAAGAA +TAGGTTTGAATTTGAGTATTTTTATAGATTCTATGGTTATGTTTCGACTGTTAATATTGA +CATAAAATTCTGTGGTGAGTAGTTTATAATGAACTAAAGGTTTATGAAGAGGAGGAGTAG +GTAATGTATATTGATTCTTACATTATAGAAAACCTACTAATAAATTATATTATTATAAGT +TGTACATCTATTCTAACAAAAAACTTTAATAGTAGAAAACAGAAATTCCTTGGCTCAATA +TTAGGCACGATATATTCAGTAGCATACATATATCCATCATTAAAAATTTTATTTACGGTA +CCATCAAAATTTATTTTTATAATTATCATTACATTAATATCATTTCAATATAAGAGTAAA +AAAGAGTACATAAGAATACTCTTGATGTTTTATTTAGTTAATATTTTTATTTCTGGGAGT +ACATATTTCATAATTTACTTTACTGGAATTAGCCATTTGAAAATTTCATTCTTAATATCA +TGTGCGTACTTTAGTTGTAAACTTCTTCAGTATATATACAGAGATATAAAAACAATTAAA +CATCTTAAAGAATTTACTAAGACCATAACAATTAGTTTATTAAATAGTAACTGTAAATGT +GAAGCATTACTAGATAGTGGTAATTTTTTAAAAGATCCAATAAGTAAAAGTGATGTGGTT +ATAGTAAAATCTAGTATTTTAAAGGAGTTGCTACCAAAAGTAGAGCTTAATTATAATTAT +GAGGATGTAAGTGTATCAAAAGTTGATGAGATAATAAATGATTTAGATGATGATTTATCA +GCTAGGGTTAGGCTTATCCCATATAAACATGCTGGTAGTAGTCAGGCTAATATGATTTTA +GGTTTTAAGGCTGATTACTTAGAAATAGATGAAAGAAAATTTGGAAATGTAATTATAGGA +GTATCAAATTTTAAAGATGAAGAATATGGCGCCATATTGAATCCAAACATTTTATCATAA +TCTAAAGAAATTGAAAAATCTAAAGGGGGAGTGTAAAATGAAGTCTCTATTAGGAAAATT +TATTACAAAATGTAGGGGAATAATTTTAAAAGTAGGTATTAAATTAGGTATCATAAAATC +AGATAGTATTTATTATATGGGAGGAGTAAATATATTACCACCTCCGTTAAAACCAGATGA +AGAGAATGCTTTGCTACAAAGATTAGAAAAAGATGAAAGTGTTAAAACTACATTAATTGA +AAGAAACTTAAGGTTAGTTGTATACATATCTAGAAAGTTTGAAAATACAGGGATAGATGT +TGAAGATTTAATATCAATTGGTACTATAGGATTAATAAAGGCTGTAAATACATTTAAACT +AAATAAAAATATAAAGCTAGCAACCTATGCTTCTAGATGTATTGAGAATGAAATACTTAT +GTATTTAAGAAAAAATAATAAGAAAAAGGTTGAAGTATCTTTTGATGAGCCATTAAATAT +AGATTTAGATGGAAATGAACTTCTGCTTTCTGATGTATTAGGAACTGAGAATGATGAAAT +TTATAAGATAATAGAAGAAGAGATAGATAAAGATTTGTTAATTATGGCATTAGATAGATT +ATCTGAAAGGGAAAAGCAAATTATGGAATTGCGTTTTGGACTTACTAATAAAGGTAATGA +AAGAACACAAAAAGAAGTTGCTGGAATGCTTGGAATATCTCAATCTTATATATCTAGATT +GGAAAAGAAAATAATTTCAAGATTAAAAAAAGAAATGAAGAAGTTTGTATAATATAAATA +ATTCCATCTTAAAAGTATAAAAATATATGATGTGTAAATAATTTCATATATAACAAATCT +TTTAAGAGAGGACTGAAACTTATGCAAATTAATAAAGTTGAAATCTGTGGTGTTAATACA +TCTGAGCTTCCAGTTCTTAAAAATAATCAAATGACAGAGCTTCTTATAAAAATAAAGGGT +GGTGACGAAGAAGCTAGACAACAATTTGTAAGAGGAAACTTGAGATTAGTTTTAAGTGTA +ATACAAAAGTTCAATAATAGAGGGGAAAATATAGACGATTTATTTCAGATAGGATGTATA +GGACTTATAAAGGCAATTGATAATTTTGACTTAAGCCAAAATGTAAGATTTTCAACTTAC +GCAGTGCCTATGATAATAGGTGAGATAAGGAGATACTTAAGGGATAATAACCCAATAAGA +GTTAGTAGATCATTAAAAGATATTGCATATAAAGCTTTACAAGTAAGAGAAAGGCTTGTT +AGAAGTAATGCAAAAGAGCCTACAGTGTCAGAAATAGCTAAAGAACTTGAACTAGAAGTC +GAATCAGTGGTAATGGCATTAGATGCTATACAAGATCCTATATCTTTATTTGATCCGGTT +TATCAAGATAATGGGGATGCAATATTTGTTATGGATCAAGTTCAAGATAAAAAGGATACA +GATGAAAATTGGCTACAAGAAATTGCTTTAAAGGAAGCTATCAAAAAATTAAACAGCAGA +GAAAAACTAGTATTAGATTTAAGATTCTATAAAGGGAGAACACAAATTGAAGTTGCAGAT +GAGATAGGAATATCTCAAGCTCAAGTATCAAGAATAGAAAAAAATGCACTCAAAAATATG +AGAAAATATATATAAAAATTAAACTTAATGAGCATGCCTCAAAATAAATTCACATAATAT +AAATAAAAGAGTAGAGATACTAAGTGAATTACATAATAGAGGCGGCTCTTTTTTCACGTT +TAAATAAATTATTTTAGATGACTTTTTTATTTTAAACTTAAATAGTTCTTTTTTTTTGGC +CAAGTACATATTTATTTTTTAGAGGAGGGAGATTATAATATGATGAGAATATCTGATATA +ATGGAGAAAGAAGTTATTAATATAAAAAACGGAAAGAAAATGGGATTCATAACAGACATA +GATTTAGATATTAATGAAGGGAAGGTAATGTCTTTTACAATACTAGGTGACTCTAGAAAC +TTTTTTTCAAGAGGAGCTGAAGAAGATGTTGTATTCTTTAGTGATATATTAAAGGTAGGT +TGTGATACAATAATAGTAAATTTAGGTTCAGATATTAATCTTGATGAATTTAATATAGAC +AAATTATAGAAAATAATAGACAAAAGAAACTTAGGAGGAAGAATATGCAGTGTCCTTATT +GTAATTACAAAGAATCAAAAGTAGTAGACTCAAGACATACAGATAGTAAATCAATAAGAA +GAAGAAGAGAGTGTGAGTCTTGTAAGACTAGATTTACTACTTATGAAAAAATAGAAACGA +CTCCAGTAATGGTTGTAAAAAAAGATAATACAAGAGAATATTTTAGCGGAGAAAAAATAA +AACATGGAATATTAAAGGCCTGTGAAAAGAGACCAGTATCAATTGAGCAAATAGAAGAAA +TTGTATTTTATATTGAAAATGAGATAAATAAAAACTTTACATCAGAGGTTGAAGCTAAAG +AAATCGGTGAAATGGTTATGGAGAAATTAAAAGATGTAGATGAAGTATCTTATGTTAGAT +TTGCATCTGTATATAGACAATTTAAAGATATAAATACATTTGTAAATGAACTAAAGAATA +TCTTAATAGAAAAAGGAGACTAAAGGTGGAAAATTACATAAATGTTAAGAAAGTTAAAGA +AAAATTAGATTTTGTTAATTTAGCTATAACTACTAAAAATATAGATTCAAAAAATAAAGA +AGATTTATTAAATACTTTTAATAACGATGAATTTAATCTTGAAAATTTAACAAGTAATAT +TCAAATTCATTCTGAAATAGTTAATCTTATTGATGAAAGTAATATAGGATCTAAAAATGA +GGGAGATGCACTTATTACAAATGTAAAAGAAGTGCCTCTTCTTGTTTTTACAGCAGATTG +TGTTCCTATAGCAATTATTGATAAGAAGAATAAGGCTATAGGTGTTGTACATGCAGGTTG +GAGGGGGACTTACTCTCAAATTGCTAAAAATACAATAGAGTTAATGAAAAAAGAATATAA +TACTGATGCAAGAGACTTACTTTGTGTTATAGGTCCATCAATAGGATCATGCTGTTATGA +AGTGTCGAAAGATTTAATTGAAAAATTTAACATAATTCTTACAAACTGCAAAGAAAAATT +CTATATAATAAAAGAAGGAAAGTATTATTTAGATTTATGGAAAGTTAATGAATATGTATT +AAAGACTTGTGGGGTCAAAGAAAAAAATATAATTAACTTGAATATTTGTACTAGCTGTAA +CTCAGATAGGTTCCATTCTTATAGAATTCATGAGAAGACAGATAAGAGGATAGGAATGAT +ACTACAGATAAAATAGAGAGGAGAATAATTCTTATGAATACTAAAATTCTTGTTATAGAT +GATGAAATGCATATAGTAGAATTACTTAAGTTCAATTTAGAAACAGCAAACTACGAGGTC +CATTATTCTTACGATGGATTTGATGGATTTATAAAAGCTAAAGAGGTTAAACCAGATTTA +ATTCTTTTAGATTGGATGCTCCCAAATATAAGTGGGATAGATGTTTTAAGAAAAATAAGA +AGTGATAAATATTTACAGAATATTCCTGTAATAATGCTTACAGCAAAAAATATGGAAGGT +GATAAAGTAGAAGGATTAGAAGTAGGTGCTGATGACTATATAACAAAGCCTTTTGGTATA +AAAGAATTATTAGCTAGAATTGTATCTGTGCTTAGAAGATACAATTTAAATACAAAAGTA +GAAGATGATGTTTTAATATATAAAGATATTAAAGTAGATCTATCAAAACATGAGGTTTTA +AAAAGTAATGAAAAAATAGATCTTACTCTTAAGGAATTTGAATTATTAAGATTATTACTT +CAAAATAAAGGTAAAGTTCTTTCAAGAAATTATTTATTAGATAAAATATGGGGTTATGAA +TACTATGGAGAAACTAGAACTGTAGATGTTCATATAAGGTATTTAAGAAAAAAAATAGAA +GGAAGCAATGAAAAGTATATAGAAACTATTAGAGGTGTAGGGTATAAAATTGATTAATTT +TATATTTTAGGAGAATAAAATTATGAATGAATTAGATAATATATATTTTTTTATTACATT +AGCTTCTATAACCATAACAATATTGTCTCTTAGATATACTATAACAATAAAAAGATACTT +AGAAAAATTTAGAATAGTTTCAAAAAAAGTAAGCAATAAAGAATTTCATACGAGGTTAAA +TATATCTGCAAAGGGTGAATTAGGAGAGCTTACTAATAATTTTAATTATATGATAGAAAA +AATGGGTGATACAATTGAGGAAGTAGAATATAAACATCTTCAATTAACATCTATTTTGAA +AAGTATTTCTCATGGTATTTTAGCTATAGATATAAGTGGAAATATACTTTTAATAAATGA +TGAAGCTAAAAAGATAATCAAAGCTAATAAAGTGGTAGAAGGTCAAAATATTAATTCTGC +AATAAAAGAAGAAAAAATCCTTAAGGTGATTTCTAAATTTAGAGGATCTAATAAAAATGA +AAGAGCAAAAATCGTAATGGAAGACGAAACTGTATACAATATTAAGGTAGATCCTGTTTA +CCTACAAAATACAGTTAATGCAATTATAGGATCTATAATAAATATAGAAGATATTACACA +AAAGGTTAAACTTGAAAATATGAGAAGCGACTTTGTTGCTAATGTAACTCATGAGCTAAA +AACGCCACTAACATCTATAAGTGGGTTTGTTGAAACATTAAGGTTAAATGAAAACATAGA +TACTGAGACTAGAAATAGATTTTTAGGAATAATAGAAACTGAATCTGATCGATTAAAGCG +ATTAATAGATGATATCTTGTTTTTATCGTCTATAGAGAATACAGAGAGTAGAGTTCTAGA +AAAGATAAATTTATATGATACTTTTAAAGATGTGAAGGATATGCTTAACTATATTGCTGA +AAGTAAAAAAATTACATTTAGTTATGAATTCCTAGATAAATCTTTGTTTGTTGTATCAAA +TAGAGATTATATAAAGCAGATATTTTTGAATTTAATTGAAAATGCAATTAAATATACTCC +TGAATATGGAGAAGTAAAAGTAATAGTGTCGTCTAATGAAAATGAAATAATATTGCAGGT +AATAGATAATGGTGTAGGTATTCCTAAAGAGGATATACAGAGGATATTTGAAAGGTTTTA +CAGGGTAGATAAGGCTAGAAGTAGGGATGTAGGCGGTACCGGATTAGGTTTAGCAATTAC +TAAGCATATTGTAAAATCATTAAATGGAATGATTGAAGTAAAAAGTGAATTGAATAAAGG +TAGTGAATTTATAGTAACTATACCTAAAAAAATTTCCTAGAATAATAGGAAATTTTTTTT +TGTTTTTGTACAAACTAATCTTATGGTAATTTGAATAAAACTAAATGATAAGGAGGAAGA +CTAATGAAAGAGAGTTTAGTGAATGATGATTTATTTAGACATGCGTTTATAGTAGCTTTA +ATTATAGGAACTCTTTGCAGAGGATTTGTTCTAAGAGTAACAGATAAGCAATATCCAACT +CGACCATTAGATTATTTAGAACAAATAATAATAGCAGGTCTTTCTGCATCCCTTGGTGCA +ATAGCATTACCAGCTCTTATAGATAAAGAATTTTCAGCATTAACTTTCTTTGCAGTAGGA +ATTCAACAATTCCAAGGATTAGCAGGACAAGAAAGAATAACTTTAGAAAATCTGGATAAT +GATGAAGTAGTGCCTAAAGGTGGGGCATATGTAGAAGAAATTGCTTCAACATATGAAACT +AGAAGTTATATAAGTTTGTTTTCTTCTTTAGTAGCCTCTACTGTATACATAGTGATAGCC +AGAAGATATGATCTAAGTCCAATAATATGTACTTTAGCTGCAGCAATAGGTGGTGGTATA +GTAGGTTTGATTTTTAGATATGCTCTAAGAAGAAATAGCATTGGAGATGTGGCAGATGTA +GTACCTGCTAAACTGCATTTTGATGATACTATACTTATGGTAAATGATGTGATTATAACT +AATGTAGGATTAAAAGATACTAGGGATAGATATTTAAATAAAGGTATGGCAGTTGAGATA +ATTCCTAAAAGTATGTCTGATTTTGGGATTATAAATGATGTTGGTCAAAGGCAAGCTATA +TTACATAATATATTTATTCATATGGGAATAGATAAGGATGTAGATGAGGTTGACATTTTG +GCTGTATCTAGAACTGATTTAGATAAAAGAACAGTTGTTATACCTTATATACCTATTTTA +CAAGATATGGAAGCGTTGAAGCAAGTTATTAAAAGTACTCCTATTATAGAAACGGCCAAA +GGAAAACAAAGTGCTTACAAGAAAAAGCCAATTTTTTTTAAATAAGAGGTGATTAAATGG +ATAAGGTTTTTTTTATAGGTATTGTAGTTGGTTTAATTTCTAGGTTAATAATGTTAAATT +TAGATCAAAAGCAATATCCAACACAGCCTAACGTATTAGTATCTCAGATGGTACTAGCTT +TCGTAGCATCATCCTTAGGCGCCCTTTTAGTACCGGCTTTGATAGAACGATCATATACAT +CTATAACATTTTTATCATTGGCAGCAGAGCAATTTAGGCAAGTTAGAGAGAATAGAAGAA +ATACACTTCAAAATTTAGAGGATTCACAGCTAGTAAAAAGGGGTAACTCTTTTATAGAGG +AGATAGCTAGGACTTATGAAGTCAGAAATTATATGTGTATAGTAACATCGTTTCTTACTG +TAGGAATGTATTATTTAATTGTATCAGAATTTAAATTAAATAATAATATAAGTATAGTCA +TAAGTACATTGTCAGGACTGATATTAGCTTTTATCCTTAGAAAAACGTTGAAAAGAAAAA +GTATAGGAGATATTGCAAATGTATCAGTAGTTGAAATTGCTTTTGTTGATGATGTAATAA +TGAAAGTTGGAGATTTAAGTGGAATAACTAATGTAGGTCTTAAAAAGGATAGAGAAAGAT +TTATTTCAAAAGGAGTAGGTATAGAAATAATACCGAAGGACAATAGTTATACTAATGCAT +CTATACTTTATGACTTAGGACAAAGACAAGCTATAGCGTATAATCTTTATTCAAGGTTGG +GAGTATATAGAGAGGGCAACGAGCCAGCTTTTGTACCAATACCAAGACGATATCCTAAAA +ATGAAAGCATTATGATAGCGTTCGTACCTATGGAGAAAGATATAGATAAAGTAGTAGAGG +CAGTTAAATCATGTCCTATTCTTTCTAGTTCAAAAGGAAGATACTTATCATTAAAAAATT +ACAAAATAGATAAGAAAGGAAGTGCATAAAAGTGGGAAATAATGTAGGTTTAAATGAATA +CACCCTAGCAGTAATAACAACTGATAAAAATATGAGTCCTGTTGGAGGTTGTCCTATATT +TTATGCAAATGATGATAAAGACTTGCAAAATAAGGCATTATTAATGTCTAAATGTGTGTC +AGGTATGGTTCATCAAATAGCAAAAGGAACTCTAATAGTAGTTAAACACTAAATTGTGAA +GGTACCTGTGGGTTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAA +TTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCA +A +>MGYG000000001_14 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAATTATATAACGGCTTTTTTATTATTTTTCTATATTATTTCTTAAACTAAATA +TTCTAAATGATTTTTCTCTAATCTTAATATTAAATAACCCCTTATTAAACAATCCATCTT +CCTTCTCTATTAATTCTCCATACTTTTTAGGTATGTATTTTATGGGTAATTCTTCTAAAA +TATCTGCATTTAAATCTATAGTTATACTTTGTTCATCTCTAGATCTATTTATTAATATTA +ATAAATCTTCTTCTTCTGAATTTTTATCATATCTAATATAACCAAATACATCATTGTTAT +TAGTATATAAGAACTTAGTATCACCATAAGTTAAAACTAAGCGTTTCTTTCTTGTATTTA +TAGCATTTCTATAAAATTCAACCATATCCTCATCTTCATTTTTCCATGGATATGTTCTTC +TATTGTCAGGGTCAGTATTACCTTCTAATCCGGCTTCATCACCATAATAAATATAAGGAA +TTCCTTCAAAAGTCATTTGTGTGATAACAGCTAACTTAACCATATCTTTATCGCAATCTA +ATTCAGTTTTAATTCTTTTTACGTCATGCGTTCCAAGTAAATTTAAATTAGCTTTAAATG +ATTCACTAGGATAATTTTCTTTTACTTCCATATAACTATTTGTTAATTCAAGAGAATTAC +ATTCTCCTTTTAAAAAGGATACTATATTTTTTCTAAAAGGATATCCTAATACTGAGTCCA +ATTGATCTCCTGTAAGATAGTTTCTTCTTTTATTATAACTTATCTTATTAGAAGCATCTT +CCCAAACCTCTCCAGCTAATATAGCATCCTTATCTACAGACTTTAACTCTTTTCTTAATT +CTTTAATAAATTTCGTAGGAAGCTCATCTGCTACATCAAGTCTCCATCCTTTTACTCCCA +TACCTGTCCACTTCTTAATAACACTATCTTCATCATACATAATATAATCCATGTAAGATG +GGTCTAATTCATTTACATTTGGTAGTGCTTTTATGCCCCACCAACTCTCATATTCATCAG +GAAATTCTTTAAAATTGTACCAAGAAGCATATTCAGAATCTTTAGATTGATATGCACCTA +AACTATCATAGTTTCCATATTTATTGAAATATTTACTATCTGCTCCTGTGTGATTAAATA +CACCGTCTAATATTATAGATATACCTCTAGCGTTAGCTTTTTCTATTAGTTCAGCGAATA +TCTCTTCATCACCAAACATAGGATCTATATTTTTGTAATTGCCTGTATCATACTTATGGT +TGCTAGATGCTTCAAATATAGGGCTTAAGTATATTATACTAACACCTAATTTTTTTAAAT +AACCTAGTTTATTTATTATTCCCTTTAAGTTTCCTCCATAGAAATCCCATCTAATTATAT +CTCCATTTTCGTCCTTTATGTACATTGGTTCATCATCCCAATTTGCATACATAAAAGTAT +TCTTCTTCGGATTACTAAGTTTATCATTTCTGTTACCATTATTAAATCTATCCACAAATA +TGTGATACAGTACACCTTCTTTATACCATGTTGGTACATTTACATCATCATATACCGTTA +TTTGATATTTATTTATTCCTTCATAGGAATATTCAAAAGCCTGTCCATCTTCATTGCTCT +TTCCATAAAATACTTTTTGTACATTTCCATCTATATTGACATCGACTTCAAAATAGTAGA +AGTATAAACCTGTTTTTCCAAAAGGTTTAATTTTACAATAAAAAGTTTTCTCGTTATCGA +TATTTTGCATTTCTTTTAATTCTATTTTCTCATATATAAAAGTACTTAAATCTTCATTTT +CCCCCAAAATTACCATTGATATATTGTATACATCGTAGTTTTTATTTGAAACTACATTTA +TAATTGCTTCTTCCTTAATATTCAAGGCTCCAAATGGAGCCTTGAATTTTTCATCCCAAG +AATTATAGTTTATTAAATTTCTCATTTATCTCACACCCTCTAAACCAAATATCTCTGCCA +TATTCTTTTATAGTTCTATCACTTGAAAATACACCAGAATTTGCTATATTTATTAAAGAC +ATTCTGTTCCAATCATATTTTTTCTTATAAAGTTCACTTAATTCTCTTTGAGCTCTTTCA +TAGTCATTGGCATCTCTAAGTACAAAATACTCATCATTGTAAGTTATTAAAGAGTCGTAA +ACCTCCCTGCCTTCTTTACCCAAATTAGGTATAAATCCATTAATTAAATCATCTACAACT +TGCTTTAACTTCAAGTCTGTATGATATAAGTCAATTGAGGAATATCCTCCGTTTTTATTA +TAGTTTAATACTTCTTCAGCTGTTAAACCAAATAAAAACATATTTTCTTTTCCAATCAAC +TCATGAATTTCTACATTTGCACCATCCAATGTGGCCATTGTTATAGCACCATTCATCATA +AATTTCATGTTACTAGTTCCTGATGCTTCCTTTGTAGTCGTTGAAATTTGTTCACTTACG +TTCGCAGCTGGAATTATTAATTCCGCTAATGAAACTCCATAATTCTCTATAAATACTACT +TTTAACCTTCCTCTTACTCTAGGATCATTATTAATTAAATCAGCTACAGAATTTATTACC +TTTATTATACATTTAGCTAGATAATATCCTGGAGCTGCTTTTGCTCCAAATATAAATGTT +CTAGGTTCGATATCCATATCTGGATTATCTAATATTTTATGATATAAAGTCATAATATTA +ATTAAATTTAACAATTGTCTCTTATACGCATGTAATCTTTTTACCTGTACATCAAATATA +GAATTTGGATCTACATCTATATCATATTTATCCATTATATAATTAGATAATAAAACCTTG +TTATTATATTTTATTTCATCTAACCTATTTAAAACATGATTATCACCTTTATAACGCTCT +AGTTCTTTTAATTTAAAGGTATCTGTTTTCCATTCCTCACCAATTAAATTGGTAATTAAC +TCACTAAGCTCTGGATTAGCGCTCATTAACCATCTTCTATGAGCTATTCCATTGGTTTTG +TTATTAAATTTGTAAGGTGTATCATTATAAAAATCTTTTAATACTTCTCTTTCTAATAAT +GTTGTATGAAGTTTAGCAACACCATTGATACTATAACTTGATGCTATACATAAGTTAGCC +ATATTTATATTTCCATTATTGATAATACTCATTCTATTGATTTTATTTTGATCTGAATAC +TTACTATTTAAATAAATTAAATATCTTCTATTTACTTCTTCTACTATCATGTAAATTCTT +GGCAATAATTTTTTCATCATTTCTACAGGCCATTTTTCCATAGCCTCCGCCATTATGGTG +TGATTTGTATAAGATATAGTATTTATAGTTATATTCCAAGCCTCATCCCATGAAAGACCT +TCTATGTCTAATAATATTCTCATAAGCTCTGGTACACAAAGTGCTGGATGAGTATCATTT +ATATGAATAGCTACTTTTTTATGAAGTTCATGTATATTAAGTTTATGCTTTTTATACTTT +CTATAAATATCTTGTATTCCTGCACTTACAAAGAAATATTCTTGTTTTAATCTTAGTAAT +CTGCCTGCATAGTTAGAGTCATTTGGATATAAAACTTGTGATATTTCCTCTGTATAGTAC +TTATAATTTAAAGCTTCTTCATAGCTTCCTGAATAATTTTTTGCATTTGCTGTTGTTTGA +CCAAAATCTCGTCTAGGTATTTCACTTTTCCATAATCTTAGTGTATTCACACTATTATTT +CTATAACCAATTATAGGTATATCATAAGGCATAGCCATTACTGGAATGTAGTTTTTATGA +ATAACTTTTAAATTACCATCATGCTCCTCTAAATATACATCCCCTTCAAACTTTACTAGA +ATTGCTTTATTTGGTCTAACCACTTCCCATAAATAGTTTTCTTGAGTAAGCCAGTTATCA +GGAACCTCAACCTGGCAACCATTTACAAACTTTTGCTTAAACAATCCATATTTGTATCTT +ATTCCATATCCATGCCCACTCATACCTACAGATGCCATAGAGTCTAAGAAACAGGCAGCT +AGTCTTCCTAGCCCACCGTTTCCTAGAGCAGGGTCAATCTCTGATTTTATTAAGTCATCT +AAATCTATACCTAACTCTTTTAGCCCTTCTCTAATACTATTTTCCACGCCTAGATTCAAT +AGGTTGGATTTTAATTGTCTTCCTAATAAAAATTCTATTGAAAAATAATATACTTCTTTC +TCTGTATCAATCCTTGTGTCCACCCATTTCTTAGCAATAAGATCTTTTAATACACTTGCT +AGAACATTTAAATGTTGTTCATTACTAGCTTCATTTATAGGTTGTGCATATAAACTATAC +ATCTTACTTTCAAAGTACTGTTTGAATTTCTTTTTGCTAATTGTGATCATCAAATCTCTC +CTTTAATTGAGAATCCCCTGATATGCCTCTATATATTTCTGAGCTGATTTTTTCCAACTA +TTATCAGTATGCATAGCATTTTCAACTAGCCTATACCACATATCTTTATCTTTATACACT +TTTAATGCTCTTTGAATGCAATACAACATTTCATGCGCATTATAATTTGCAAAACTAAAT +CCATTACCATCACCCGTGTATTGATTATACGGTTCTACAGTATCCTTAAGACCTCCAGTT +TCCCTTACTATCGGCAAGGTTCCATATCTCATAGCTAACATTTGACCTATTCCACAAGGT +TCAAATAAAGAAGGCATCAGGAACATATCACTACCAGAGTATATTTGTTGAGCAAAACCG +CTATCAAAAGTTATTCTAGCAGAAACTTTTTTACAGTAGAGAGAACTATAGTAATTAAAC +ATAGATTGATACTGCTGTTCCCCTGTACCTAATATCACTAACTGTAAATCTTCCCTTATT +AACTCTGGCATAATATAAGATATTAAATCAAATCCTTTTTGTGATACTAGCCTAGATACT +ATACCTATTACAGGAATATCTGGATTTACTTCTAACCCTAGTATTTTTTGTAATTCTAAC +TTATTCTTAATTTTGTCTTCTAAATTATTAGCATCATACTTGAAGAAAATATTTGGATCA +GTCGATGGATCATTTATATCATAATCTATTCCATTTAGAATCCCTTCTAATTTATATGAG +TTTGCCCTTAATAATCCATCTAATTTTTCTCCATAGAATGGAGTCTGTATTTCATCTACA +TAAGTCTTACTTACAGTTGTTACCTTATCTGAAAATACTATACCTGATTTCATAAAACTT +ACTCCACCGTAGTATTCAACATCTCCATTATTGTAATACTCATCAGATAAATTTAATAAG +TCTCCCAACACTTCTTTTCCAAATATACCTTGGTATTGTAAGTTATGTATAGTATATAAA +GTTTTTATATTTTTATATTTATCTAAATGATTATATCTATTTTTCAATATCAAAGGTATC +ATACCTGTATGCCAATCGTTTATATGAACTACATCAGGGTAAAAATCTATTTTTTCCATA +GTTTGTAGTACGGCTTCACTGAAAAATGCAAATCTTTCTGCATCATCTCCATATCCGTAA +AGGTAAGCATATTCCCCTTCCCTTTTAAAGTAATACTCATTGTCTATAAAATAAAATTTA +ATCCCTTCAAATTCCATTTCTAAAAGGCCACAATATTGATTTCTCCAACCTACTTGAACA +TTAAATACAGCTACTTCTTTTAGTTGATCTTTTAAATATGTTGGTATAGTTGAATATTTA +GGTAATATTACCCTTACATCTACCCCTTCTTTTTTCAAAGCTTTAGGCAATGCATATGAC +ACATCGCCTAACCCTCCAGTTTTTACAAAAGGCCAACACTCTGATGTCACATAAAAAACC +TTCATTAAATTTCCCCCTTATATACTTAGATTTTTTTCTATAACCATAGGGTAATTTTCG +TCTCCCCTTAATTCTTTTCCCTCTGATATTGATATATTTTTATCTAATATAACATTATTT +AATACTACATCAGATTCAATAGTACAATTTTGCATTACTACAGAATTCTTTATTACAGTA +TTTTTTCCTATATTAACCTTTCTAAATATAATACTATTTTCTACTACTCCATCTATTACA +CAACCTGTTGCTATAAATGAGTTCTTTACATTAGCATTTTCTTTATATATTGTAGGTGCT +TGATTCTTTTCTTTTGTTAATATTCTTTTATTTGAATAAAGAAGTTCTTGAGATACTTCT +GGTTCTAATAATTCTTTACTCATTTCATAGTAACTTTGAATTGAATTTATACACTTTAAG +TAGCCTTTAAATTCATATGCTCCTACTTGTATATTATTAATTTCATGAGTTATAAAATCT +TGGAAATAAGAATATGTACCTAAATTAACTATTTCATATATACAAGATACAAAGTCCTTA +CGTCTCATTATATACATTTCCATAAATATGTTAGCTCTTGGGAATGTCCCTAAGTTACTA +CCTATATTTATTACTCTATCATTTCCATCTAAATTTAACGTTAAGCATCCTTTAAAATCT +TTATTTGCATTATCTATATTCTTATAAATTACAGTTATATCATTGTTAGATTTTTTATGA +TATTCTAATGCTTCTAAATAATCTATATTACAAATCATATAACTTGGAGCTATTAAAATA +TACTCTTCTTCACTTTTATCTATGTAATCTATATTAGCTAATATAGTATAAATATCACCA +TTTCTGCCTTCATATTGATTATGGTACTTTGTATTCTCTGGACTAAGTATGCAAAGTCCT +CCTGTTTTTCTACTTAAATCCCAATCTTTTCCACTTCCTAAATGGTCTGTCAGTGATCTA +TATTTTTCTTTTGCATAAATCCCTACATTAGTCATTCTTGAATTAACCATATTAGAAATA +GCAAAATCTATTACTCTATATCTCCCTGCGATTGGTATAGATGCTATTGGCCTAGCATAG +TTAAGCTTACTTACACTAGGAGCACCTTTTTTATCTAAATTTATTAATCCCATGCATTCA +TTTCTCATAATTATTTTCCCCCTTGTAATACTTGTTGAGGTTTTACAATTTCATATTCTG +ATACTACATTAATTTCATCCTCATTATTTCTTATAATTGCATTATCTTCTATAATTGCAC +CTTCTCCAATCATTGCTTTTTCAATTGTTACATTTTTACCTATTTTTACATTAGGCATTA +TTACAGAATCTTTAACTGTACTATTTTCATCAACGTAAACACCATGAGATAGAACTGAGT +TTTCTACATCTCCTAATATAGAGCATCCATCTGCTATTAATGCTTCACTTATATCTGCAT +CTTTTCCTATATATTGAGGTGGGCTAGCCATAGTATTAGTGTATATTCTCCATCTTGAAT +CATTTAAATCTATTGCATCTGGATATTTTATAAGATCCATATTTGCATCCCATAAACTTT +GTATTGTTCCAACATCTCTCCAATATCCTTTAAATGAGTATGCATACATTTCAGCTTGGT +CTTCTAGCATCATAGGAATTATATTCTTTCCAAAGTCATCAAAACACTTATTACTATCCT +CAGACTTTATAAAGTAATCTCTTAAAGTACTCCAGTTAAATATATAAACTCCCATAGATG +CTAAGTTACTCTTAGGATTTTCTGGTTTTTCCTCAAATTCATATATTTTACCATCTTCTT +TAGCATTCATTATTCCAAATCTAGGAGCTTCATCCCAAGGCACTTCAATTACCGCAATAG +TAGCCTTTGCCTTTTTTTCCTTGTGGAAGTTTAGCATTTTACTATAATCCATTTTATAGA +TGTGATCTCCTGATAAAACAAGAACATATTCTGGATTATATGTATCTATAAAGTTCATAT +TTTGATATATTGCATTTGCAGTCCCTTTATACCAATTACCTTCTTTTTCATCCATATATG +GTTGTAATATGTAAACCCCACCATTAATTCTATCTAAATCCCAATGGCTCCCCATTCCTA +TATGAGAATTTAATATTAATGGTCTGTATTGTGTTAAAACCCCTACAGTATCTATTCCAG +AATTTGAACAGTTACTTAATACGAAGTCTATGATTCTATACTTTCCACCAAAAGATACTG +CTGGCTTTGCTATACTCTTTGTAAATACACCTAATCTAGAACCTTGACCACCAGCTAAAA +TCATTGCTATCATTTCTTTATTCATTAAATTTGATTCCCCCTAGATAACTTTATATATTT +TAAATTTTTATTTGATATGCTTATTGTATTATGATTTTAAATTTATAATTTTTTATTTGC +TCATTGAATTTTTGATTTGCTTTTAGTTGCATTTATATTTAATCTTTTATATCTATTGTT +CTTATACTTTCCTTCTCTTTATTTTCCCCATTATTTTTAAGTTCTTCTTTTAACTTTATA +AAAGTTACACCTAAAGGAGGTACTTTTATTGTTATATTATGATCTTTATTATGCCATTTT +TCATTTATTGAGAAGAGTTCTGCCCCATTCATAGTTTGATTAGATCCCCAATATCTTTCA +TCATCTGAATTAAATACTTCTTCATAAATACCACTATATGGAACCCCTATTTTATAATCA +TAATGAACTACTGGTGTAAAGTTTATTACTGCTATAGTAAAATCTTTCTCTTTTTTACCT +TTTCTCATTATAGTTATTACACTTTGTTCATTATTATGAGGGTCTATAAAATCAAAACCT +TCATAATTATTATCTATCTCATATAATGCTTTATCACCTTTATACATATGATTTAAATCT +CTAACATAGTCCTGCATTTTAATATGCGGTTCAATTTCTAATAATTCCCATTCAAGACCA +TATGCATATCTCCATTCAAGACCTTGCCCAAATTCTGATCCCATAAATAAGAGCTTTTTA +CCTGGATGAATCATATAGTATGCATATAATAATCTAAGACTTGCAAATTTTTGCCATGTA +TCTCCTGGCATTTTATCAAGTAAAGATTTCTTACCATGAACAACTTCATCATGAGATAAT +GGTAGTATAAAATTCTCTGAAAATGCATACATAAACGAGAATGTAATTAATTCATGGTGA +TATTTTCTGTAAACTGGATCCATTTCCATATATTTTAATGTATCATTCATCCATCCCATA +TTCCATTTATAAGTAAATCCTAATGCACCTTTGTAAGTAGGTCCCGTAACCATAGGCCAT +GCAGTAGATTCTTCAGCTACTATAATTGGATTTTTAATGTATTTATATACTGTTTCATTT +AATTTCTTTAAGAAATCAATTGCTTCTAAGTTTTCCCTTCCACCATATTTATTTGGCTTC +CAGTCACCTCCATCATAATCTAAATACAGCATACTGGATACTGCGTCCACTCTTATTCCA +TCTATATGAAATTCCTTAAACCAATAAAGTACATTGGATAATAAGAAACTATTAACTTCT +GGTTTACCTAAGTCAAAATGAGCTGTACCCCATCCATGATTGTCTGCTTTTGTAGGATCT +GAGTACTCATATTGAGGAGATCCATCAAATTTGTACAATCCATGTTCATCTCTACAGAAA +TGACTATAAGCAAAATCTAAGATTACGCCTAAATTATTTTCATGGCATTTCTCAACAAAT +TTTCTAAATTCATTCGGTTTACCATGTCTACTTGTAGGACTGTAATATCCAACTGTTTGA +TATCCCCAAGACATATCTAATGGATATTCAGTTATCGGCATTATTTCAATATGCGTATAT +CCCATATCTTTAGCATAATCTAACATCTCATATAATTCTTCATATGAAAAGAAGCCACCA +TCCCACTTTCTTTTCCATGATCCTAAATTTACTTCATATATGTTCATAGGTTCATTATCA +CATATTTTTTTAGATTTACATTCCTGCCACTTATTATCTGACCACTCATAATTCCCTATA +TCATACACTACTGATGCTGTATTAGGTCTTAACTCCGAAAATGTAGCATATGGATCTGAT +TTTAATCTACTAATACCATCGCAACCAATTACATTATATTTATATTTCTCCCCTTCTGAT +AAATTGTCTATAAATATTCCCCATACTCCACTATGGTATAAATTAGTCATTGGATGAGAA +TCTATACTCCAGTTATTAAATTCCCCACTCAAGTAGACACACTTTGCATTTGGTGCCCAC +ACCATAAAGGATACACCTTTTTTCCCTTTATAACTTACAACGTGACTTCCCATAAATTCG +TAACTATTAATTGACTGCCCACTTTTAAATTTCTTTATATTGTCTTCTGTTATTATTGAT +TCATACTTAATAGAAATCTCCCCCCCCTTAAACATTCTTCTTTACAAAATATAATTATTT +TGTAAGTGTTGATTATCTTTTTATAATTCCATATTTATTTTTTATCTATTAATATTTTTA +AATTAAATGCACTACTCTAAATACTTACTGAGCTATTTTTTATTTAGCAGGGTATCTGCA +TTATGATTTAATTCTCCTAAGAGTCAAAAATCCCTCTTAATTTTTTTAATTTCTTGTTAT +TATTTTATAAATTATCTAATTTCTTATATAAAGAAAAAAGAAGGAATTTACATATTCCTT +CTTTTTTCTTTATATTTATTCATTTAATTCCAAATCCTATTATCTTTTATTCTCATCTGC +TAACACCTCTTTTATTCCTTTAAATGTACCTAAAAGATTAACAGCTTCTGAAGGTAGAAC +TATCTTAGTAGCATCTCCTTTTGCTAATTTTTCTAAAGCTTCCATAGATTTTAGTGCTAG +CATATTATCATCAATATCAGATTCTTTCATAGCTTTAAATACATCATATAATCCTTGAGC +TGTCGCTTTTTGAACTCTAACAATTACTTCCGCTTCACCTTCGGCTTTTGCTACAGCTAT +TTTCTTTATAGACTCTGCTTCTCCTTCTGCTCTTAGGATCGCTGATTCTTTTTCACCCTC +CGCTTCCCTAATCATCGCTTCCTTTTTAGCCTCTGCTCTTAATATAGCTGATTGCTTTTC +ACCTTCTGCTTGTAATATTGATGACGCCTTATTACCTTCTGCTTGTAATATTGACTCTCT +TCTTTCTCTTTCAGCTCTCATTTGCTTTTCCATAGCTACTTGTATATCTTCTGGAGGCAT +TATATTTTTTAATTCAACTCTGTTTACTTTTATTCCCCACTTATCAGTAGCTTCATCAAG +TATAGATCTCATCTTTGTATTAATTAAGTCTCTTGATGTTAATGTTTCATCTAAATCTAA +TTCACCTATTATATTCCTTAATGTTGTAGCTGTTAAATTCTCAATTGCAGCTATTGGATT +TGCTATTTCAAATACATATCTTACTGGATCTGTAATTTGATAATAAACAACTGTATCTAT +TTGCATTGTTACGTTATCTTTTGTTATAACTGGCTGTGGCGGAAAATCTATAACGATTTC +TCTTAAATCAATTACATAAGCCATATGATCTAAAAATGGTACTAAGAAATGTACACCTGT +ATCTGCTACTTTTAGGAATTTTCCAAGCCTCATAACTATACCTACTTTAGATTGTTTAAT +TACCCTTACATAACTTAAACTTATTAAAACTACTACTAATACTAACACTACTACTAATAT +TATTTTAAACATCTTTCTCCCCCTATTTTTATTGAGATTTATTAATTAGTTGTACTTTTC +ACAACTAGTTTTACGCCTTCTATTTTTATAACTTCTACAGTAGTACCTTTTTCAATTGTT +TCATTATTAACTCCTATTGCACTCCATTCTTCTCCATTCACAATAACTATTCCAGTTTTG +TATGGAAGTATATTCTCTCTTACAACTCCTCTTTTAGATAAAATTCCCTGCAAATTAGTT +TCATATTTATAATTCTTATCTTTTTTAACTATTTTTTTCGTAACTATAACTAAAAGAGAT +ATGGATATTATTGCAAATATAATTACTTGAAGTATTATACTTGATATAAAACTACTCAAT +GCTAATACTACTAACGCCCCTATACTAAACCAAATTAAAGTTAAGCTTGTTGTAAGTAAT +TCTCCTATTCCAAACAGAATTGCTACTACTAACCACACTAATTTCAATCTCATCCCTCTT +TTCATTTATATTCATTAACATAGACCATGCTTTAACCATATTATATACTATGTAATTCAG +TAAAAGTATATATTTTTATATTAAATTAAGGAGGTAAGTCAATATGAAGCAAGGCTTTAA +GAATATTACAATTACACTAATACTCTCTATAGTCCTAATTAGTCAGTATAATCTTGCAAA +TGTATACGCACTATTTGAAAATCCCCCTTCACAAGAACAAATAATAGAAGATCCTAATAT +ATCTACTGATTCTAATGATGTAATCCATGATGACACATCTACTACTCTTGATGATGATAA +TTACTCCGAAGAAGATAATATACCTTCTAAGCCTGCAGAGAGTATCCAAACTGAAGATGA +CTCTACTATAGATAATCCTACACCCATAGAAATACATGATGTTAATTTATTAAACGCCAT +AAATAATGCCTTAGGTATAGATGGATCAACTGAGGTTATAAATAGCTCTAATATCTTAAG +CCTTGAAGAATTAGATGCTTCTGGTCTTGGTATTACGGATTTAAGTGGACTAGAATCAGC +TAAAAACTTATCCTTATTAGATCTTTCTGATAATAACATCAAAGATGTTGCCCCTTTATC +TAGTTTAGATAACTTAAATGGCCTATTTTTAAATAACAATAATATAATCGACTTATCACC +AGTTGCTAACATAGCACAAAAAATAATAACTACTTATGGTACTGACGATACTAAGTACGG +TTTCCAAGCTTATAATCAAACTTACACTCTAGAAACAATAAAGTCTGATAAAGGTTCTGA +TATAACACTAATTCTGGGAAGTGATATTTCTCAACCAATTAACATGTATAAAGAAACTCC +TGATATTGAATCTATTAATCCATCTGGCAATATAGATAGTACAAAAATTTTATTAACTAA +TATCCAGGAATCTTCAGAATATCAAATTAAATTCTATGAAATTGAAGGGTGGAGCTTTAT +TTACTACTTAGACATAGAAATAAATAATTCAGACTCTCAAAAACCTAATGATTCCGATAA +GCCAACTGCTCATGACAATAACGATGAACCTGATGAACCAACTACTCCTAATAATAATGA +TGAACCTAATAATAACAATACTACTATTGTAGACATTGATGACAACAGTAACAATACAAT +AGTTAATAATGATACTACTGTTATTACCCAAATTAAAAATGTTATTAATAAGAATACTTT +TATATCAAAATTATCTAAAATTAAAATAAATGCTAAAGATCAAAGCTTATACGTTGGTGA +CTTATTTGAACCCATGAAAAATGTTACAGCTACAGATTCTGATGGTTCTGATATTACAAA +AAATATAATTATATCTGATAATACTATTGTTACAAATACAAAGAATATTATAACTCAAGC +CGGTCAATATAAAGTTACTTATGAAGTTACGGGAAGATCCTGAGAAACAGTTCGTAAAAC +TATAAATATTTCCGTTTATAATTATGGTGAAGAAAAAGTCGAAAATGTTAAAACTGGAGA +TAATTCCATTATTATCTTTTGTACTTTAGGCATCATTGCAATCTTAGCACTTATTGTAGT +TAATATCATTTTAAGAAAGAGAAAATAGTATATATTTATAGCCAAGATTAATCCTTGGCT +TTTTTATTGCTATTTTCTAATACATATTATAATAAATCAACAGTATTCTTCTTATTATTA +ATTCCATGGTCTATTGTATATTCATTATTCTTATATATAAAATGAACCTATAACTTAATA +TAGGTCCATTTTATAGGTAGAGGTTATTATATTTTATACATTCTAGCTTCCCATGGTTTT +AATATCATACTATTTATATCTTTATGCTCTTTAACTTTGTAATTTGATATTACTAAATTA +CTAAATCTTAAGTTTAACTTATTATAAGAATATGTATTATCATAATTACTCAAATTAGTT +ATTATTAAGAATTTTTTATCATCAAGTATTCTTTCATATGCAAATATATTTTTATCTTCT +TCCAGAATAAGATTATATGATCCATAAATTAAACACTCATTTTCTTTTCTTATTTTAATA +ATATTTTTATAAAAATTTAATACTGAATTACTATCTTTTAACTGCTTCTCAACGTTAATA +TCTTCGTAATTTTCATTTACTTTAAGCCACGAATTTCCTACTGTAAATCCTCCATTTTTA +GAAGAATCCCATTGCATAGGAGTTCTTGTATTATCTCTAGAATATGCATTTAATTCACGT +AGTGCTTCATCTATAGTTCTTCCATTTTTTATTTTATCTTCATATACACTTTTAGCTCTA +ACATCATTATATTCTTCAATATTATTAAATTTAGCATTAGTCATACCTAATTCTTGCCCT +TGGTATATAAAAGGTGTCCCTTCCATCATAAAGTACATAAGTGCTAAAGACGTTGAACTT +TCATATATATACTCTTTATCATTTCCTAATGTAGATACAACCCTTGGTGTATCATGATTT +TCTATATATAAAGCATTCCACCCTTTATTATGAAGCTTATTTTGCCATTTACTTATGACC +CTTTTATACTCTATCCAATCTACATTCCTACCTGGATTATCATTCCATAAGTCCATATTT +TCAAACTGGAATATCATATTGAACTTTCCATCATCTTCACCAACCCAAACTTCAGCTTCA +TCAGCATCAACTCCAGCAGCTTCACCTACCGTCATTATGTCATATTTATCAAAGGTATTT +ATTTTTAACTCTTTTAGAAAATCTTGTATCCCAGGTCTATTGCTATGTTTATCAAAAGAT +GGTACATATTCTAAATTATCAGGATTAGGCATATCTAAAAGACCTTCATCTTTTTTTATA +TGACTTATAGCATCTATCCTAAATCCATCTATACCCTTATCTAACCACCAATTTACCATT +TCATATAATGCTTCTCTTACTTCTTCATTTTCCCAATTTAGATCTGGTTGCTTTTTTGAG +AATAAATGTAAATAGTATTCGTCAGATTCTTCCTCATATTGCCAGGCAGATCCTTTAAAT +ATACTTTCCCAGTTATTTGGTTCTTTATTATTTTTCCCTTTTCGCCAAATATACCAATCT +CTTTTATCACTATCTATAGAAGACTTTGATTCAATGAACCATGGATGTTCATCACTAGTA +TGGTTTATTACTAAGTCTGCTATCAATTTTATATTTCTTTTATGTGCTTCTTTTAATAGT +TCATCAAAGTCTTCCATAGTACCAAAATCATCCATTATAGCTTTATAATCGCTTATATCA +TAACCATTATCATCGTTTGGTGATTTGTAAAATGGAGATACCCATATTATATCTATTCCT +AGGTAAGCTAAATAATCTAGCTTTTCTATAATACCTTGAATATCTCCTATTCCATCACCG +TTAGAGTCCATGAAACTTCTTGGATAAATTTGATAAGCTACAGCTTCTTTCCACCATGCT +TTTCTCATTCTGTTTATTTCCCCCATATAGTGAATTTCTACATATTTAAATATAAATTTT +CTTCTCTCTTTATAGTTAACTTATCTTCAATTTTATAACTCTCTCCATATACAACTAATT +CTACTTGCCCTTCACTTATATTTTCTATAAATATATTTTCTTGTTCAACTATTACTTTTA +AAGCATGCTCTCTATAGTTTATGTTGAATGAATAAGAATTCCATTGCTCTGGTAACTTAG +GATTAAACGATAAGGTTTCATTCCAAGTCCTCATTCCTGCAAATCCTTGAACTATTGCTA +ACCATGACCCAGACATAGATGTAATATGCAATCCATCTTCTGTATCATTATTATAGTTAT +CTAAGTCTAATCTTGCAGTTCTTGAATATAGTTCATATGATTTTTCTAAGTTGCCTATTT +CAGATGCAATTATTGAGTATATGCATGAAGATAATGATGATTCATGAACTGTATATTTTT +CATAAAAATCAAAGTTTCTTCTTTTTTCTTCTATTGAGAATTTATCCCCAAAGTAATACA +TACCTTGAAGTACATCTGCTTGTTTAATAAAGCAAGATCTAAGTATTCTATCCCAGGACC +AATTTTGATTTAATGGTAAGTTTTCTCGAGGTAAGTCCTTAACCTCTATAAGATCCTTAT +CTAAAAAGTTATCTTGTTGAACTATTATATCTAAATCCTTATCATATGGAAGATACATAT +TTTCAGCTATAGTAATCCAATTACTTAGTTCTTCTTCTTTTACATTATTTCTTTCTACTA +CATTATTTCTTTCTACTGATTTAGCATACTGTTCTTGTAATTTATTTATATTTTCAACTG +CATACTCCAAGCACCATTTTGCTATATAATTAGTATACCAATTGTTATTTACATTATTAT +CATATTCATTAGGACCCGTAACTCCATGTATCATATATTGACCTTGACACTTTGCATAGT +GAACTCTACTAGCCCAGAACCTTGCAACCTCAACTATTACATCTATACCTTTTTCCTCTA +TATAAGAGTAGTCTCCAGTATAATTAGTGTAATTATAAATTGCATATATCATACTTCCAT +TACGATGTATTTCTTCAAATGTTATTTCCCATTCATTATGGCACTCTTCACCATTGAAAG +TTACCATCGGATATAAAGCACCTTCTAATCCAAGCTTTCTAGCATTTTCTTTAGCTGCAT +CTAATTGATTATATCTATATTCTAATAAATTTCTTGACACATGCTTATCTGCTACACCCA +AATATAACGGTAAGCAATACGCTTCTGTATCCCAATAAGTTGCTCCACCATATTTTTCTC +CAGTGAATCCTTTAGGACCTATATTTAACCTGTAATCATCCCCATAATACGTTGAGAATA +ATTGGAATAGATTATATCTTATACCTTGCTGTGCTGCTATATCCCCCTCTATCTTTACAT +CTGAAGTTTCCCATCTTTTATTCCACTCTTCTGAATGTTCTTTAAGTAAATTTTCATATC +CTTTTACTATTTCTTCATTTAGGATATTCTCACTTGAACTTAGAAGTTCATCTTGATTAT +GATCTCTAGTTGAAGTTATAGCAACATATTTTGTTAATGACACCGTATCATTATGATTTA +TATCTACAACTATAGTATTTGCACTATAAAGTTCTTTGTTCATAAATTCAGAAACCTTAG +CTTCTTTGCTAACTTTATTTATCATGTTTGCACATACTGTAAATACTTCTGTTCCAAATT +CATTGTCCTTAGTTCTTGATATTACATTTCCCTTATACTCTTTTGATCCTGAGCTAATAT +TTATCCAAAATTTTTCCTCATAATTTGAATCTTCATTTGTAACATTACCATCTAAATAAG +ATACAAAAGTTATTTCCCCATCAAAGTTTAATGCTCTTACATCATACTTTATAACTGCTA +ATTCTTTTCTTTTTATGCTTAAAAATCTTTGAACTTTTACTTCAATTTTTGAACCATCTA +CATTAGCTATAAACGTACGAGTTAAAATACCATTTTTCATATCTAATTCTCTATAAAAAT +TTTCAACTTCACATTTACCTAAATCAAGATATTTGCCATTTACCAGTACATCTATGCCTA +TATAATTTATGCTATTTGGAACTTTTCCAAAATATTCGGGATATCCATTCTTCCACCAAC +CAACTCTTGTTTTATCTGGAAACCATACACCTGCTATATAAGAACCTCTATGACTATCTT +TTGAGTACATTTCTTCATAGTTCCCTCTCATTCCCATATAACCATTCCCTAAACTCATTA +TAGATTCAGCTAATCTATTTTCTTCAAATTCAATTTTATCTTGTATTATTTTCCATTCAT +CTATTTTGTTAAATATACGTTTCATAATTGTCCCCCATAAAATTCCAACCTAATATTAAA +ATCTTTATAATGAATACTCTTTTTCAGATTTATTATATTTAGATATAATTAAATTAAAGT +CTAGTTCTTTTGTAGATTTTACTACATATTTTGCTTTGCATAATGTATCTGTATCTCCAA +TTCCTACAGAATACATCATTGCAGAATTAATTGCATCTACTCCAGCACTTGCATCTTCAA +ATCCTATGCAATATTTTGGATTTACATTAAGTCCTTTTGCTGCCATAAGAAAAATATCTG +GAGCTGGTTTACTGTTTTTGCATTCTGATGCATCTGCTATAAAATCAAAATACTCTATAA +CTCCTAAACTATTTAAAACTGGAATTGCATTTTTACTTGCTGATGCCAACCCTATCTTAA +TTTTATTGTTCTTAGCTTCTTCTAATAACTCTATTATTCCAGGTAATATATCATTTGGAG +TTATTCTTTTTATTAATTCTTTATAGTCTTCATTTTTTTCAGTAGCCAATTGTAGCTTTT +CTTCTTGTGTAAACTGATTTTCTTTATTACCGAACACTAACATTCTTTCAAGTGATTCTA +TTCTACTTATTCCCTTTAATGTTTCATTAAACTCCTCATCTATTTCTATTCCTATTTTAT +TACCTAATTCCTTCCATGCTAGATAGTGATAATAGGCTGTATCAGTTATAACACCATCTA +AATCAAATATAAATGCTTCTATCATATCTATAATAAAATCCTTCCTCTTTTTAAATTGAA +TAGATTACGACTCATACTATATTACTTAGATAAAAGTATCTCTTTCTACTAGTTTAGTAT +CTACGATATAATTCTTTCTCTTGCTATTTTTTCCTTCTAACTTACTAATTAGCAACTTAG +CTGCATAGTGTCCAAGCCTTCCTGCCATTATATCAACTGAGGCTATAGATGGCTTCTGAT +ACTGAGCAATCTGTGAATTATTGAACCCAATCAATGCTATATCTTTAATACTGTTATCTT +TAACATACTCTTGAACACCTAAAGCTAATAGATCATCTGTGGTTACTATAGCTGTTAACC +CTTCTTCTTTGAATAATTTCTTAGCTGCATCATAACCATTTTTTGCATTAAACTCATTTT +GTTGCACAATTAAATTATCATAATAATCAAGTTTTGAGTCTATCAAAGCATCTTTGTATC +CCTTTAATCTATCTTGTGACATATTCCATTCTTCAATAGCTCCTACGAATCCTATTTTTT +TATGACCATTTTCTATAAGAAGATGAACTAAATCATACATAGCCTTAACGTTATCATTAT +CTACCCATAATATAGATTCTGTATCCTCGGGTCTACCTATAACTACAAAAGGAAACTTTT +TATCTTGTAAGTAATTGATAATCTCATCATTTTGTCTACTTCTCATAAGAATAACTCCGT +CAATTAAGTTATTATTAGTAATTTCTTTCACATGATTTAATTCACCTTTATCATCTTCAC +TAAATGCATACGTAATATAATACCCTTTAGTTTGAGCATATAGGCTCATTCCTTGCATTG +ATGTAATAAAGAAAGGATTTGTGAATAAATCTTTAGCCTCATTTGGCAAAACCACACCTA +ATATTTTTGTTCTTTTTCTAGCCAAACTTCTTGCCATTGCATTTGGCTCATACCCAAGTT +TATCAATTGCTTCTTGAACTCTCTTTCTTGTTGTTTCGCTTATTCTAGGATTGTTTGATA +AAACCCTAGATACTGTAGATGTCGCTACATCTGCCTCCTTAGCTACATCTTTTATAGTCA +CCTTCATATACTTCACTCCTATAGAAATCTTTTATATTGTTGTACTTACTTTATACTTCC +TGATACAACACTTTTTATTATGTGTTTTTGTGCAAAGAAGTAAAATACTAAAACTGGTAT +TATAGTAAGTACTAATCCTGCTAATGCTAAATCCCATTGCTTTGTATATTGACCAAAGAA +GAAATACATTGCAAGCGGAATTGTTCTTGTTTCTGGCGTATTTATTATTAATGATGGTAA +TAAGAAGTCATTCCAAATCCAAACTGTATTAAGTATAGCTACAGTTATAGTAGTAGGCTT +AAGTAGTGGGAATATTATGTATCTAAATGTTTGCCATTTACTGCATCCATCTATTATAGC +CGCCTCATCTAACTCCTTTGGTATGCCTTTTATAAATCCATGATATAAAAATATTGCTGA +TGCACATCCAAATCCTATATACATGAATATGATCCCTGGAACATTAAGTAAATTTAATTT +TCCTGCTATGCTTATCAAAGGTAACATTATAGATTGGAATGTTACAATCATAGATGAAAT +AAATAAGAACAATATTCCATTTGCTAGTTTTGAATTTGTTCTTTGAATCATCCATGCTGC +CATAGCAGAGAAAATTATTATAAGCAATACACTAATTACAGTTATAAAAAGTGAATTACC +TAGAACTTTTATAAAATCTAATTGCTCCCAAGCTCTTATATAATTACTAAAACTTGCACT +ACTTGGAAGAGCTAATGTACTTTCAAATAACTCTCCCTTTGTTTTAAAAGAGTTTACTAT +TATTATATAAAAAGGTGATAAACATATTAACCCTAATATTAATCCTAATATATTTAAGCC +CCATTTTTTTAATTTATTATCCATTATGCTTCCACCTCACCTTTCTTAGTTAAATAAACT +TGTGTTAATGCTATTACCGCTACTAATATAAAGAATATTACTGCCTTTGCTTGTGCTAAA +CTCATCTTATTATATGAAAAAGCTGTTTGATATATATTCAAAGCTAACATTTGAGTTGCA +TTTCCTGGTCCACCATTAGTTAAAGCTAAGTTTTGATCGAATAACTTAAATGAATTTGAT +AAAGTTAGGAATAAACTTACTGTAAACGCAGGTCTAACCATAGGAAAAGTTATTAATCTT +ATTCTTTGAAGAGGACTTGCTCCATCTATTTTTGCTGCCTCATTTAATTCAGGTGGTACA +TTTTGTAATCCTGCTACATATATAACCATTACATAACCTGCCATTTGCCAGGCTGTTAAT +ATAACTAATCCCCAGAAACCTGTTTTTTCATTTGATAGCCATCCCATCATCCAAGTTTGA +TTTAATGCTTGACCTAGCCCATTAAATACATTTACAAATATAAATTGCCATATAAATCCT +AGAATCAATCCACCTATTAAGTTCGGCATAAAAAATACTGTTCTAAGTGGATTGCTTATT +TTAGACTCCCTTGTAACCAATAATGCTAATGTAAACCCTAAAAAGTTTATTACTACTATA +GATGCTAATGTAAATTTAACTGTAAATCCAAAAGATTGCTTAAATCCTTCATCAGCAAAT +ACTTTTACATAGTTTTCTAGTCCTATAAACTGAGCTGAGTTTCCTATACCATTCCAATCT +GTGAATGAATAGTATATACCTAATAGCAATGGTATCAAAACTACAACGACAAATGCTAGT +AAACTCGGACCTACAAATGCCCAAAAAGTAAGACTATCTTTTAATCTTTTATTTTTTCTT +ATCTTATTTTCTTGCCCCTTGTTCTTACTCTTTTGTTGACCTTTATGTACACTTTCCATA +AATTTAGATCCCCCTTTTATTTGTATTAATCTCTAAGTTAAACATTAATTATTTCAATAT +AATAAATATTTAACTTAAAAATTACATCTATATTTATTCAAATATAGGAAAGTACATTGT +ACTTTCCTATATTGTCAGAATTACCAATTACTTTCTTTCTTCAGCCCAAGTATCTTGTGC +ATGCTTTACTAAATCTTCCCAAGACATACTTCCATCTAAATATTTTTGAATATCTGCTCC +AACTACGTTTTCTCCCCATCCACTTGGATATCCCATGAACACCCATGGCATAGTTTTTCC +ATCGTTAGCATATTGTAAAACTGCTGCAGATAATGGATCTTTTGGTTGTAAACTTTCATC +TTCATATCCTTTAAATGCAGGAATAAAGTTAAAATCATTTATCACCATTTCTTTTCCTTC +ATCAGAAGTATATAACCAGTTTAAGAAATCTTTAGCTGCTGCCTTTTCTTCATCTGATTT +ATCTTTATTTATAGACCAATACATTGGTATACCTACTGGTATAGAGTCTTCATTAACACC +TTCTAAAGGCATTGGTAATATCCCTAAATTATTACCTATTTCTTCATTAACTCCACTTAT +AGCTTGATAAGTCCAGTTCCCCATTTGTATCATTGCAACTTTACCTGTAGCAAATTTTTG +TTCAGTTTGCATAGCATAATCAACACTGTTTAAAGATGCTTTAGTTCCATCTGGCATATA +AGAATACTCAGCTTGTAAATCAAGAATTTTCTTTAATTGATCACTATATTTAAATTCTAA +TGTTTTAGCTTCATAAGCTTCTTTTCCACTTGCAAATTCATTACCTAATGCAACATTTAA +TAAGTGTAATCCTGTTACCCATTTTTCTTTTGCAGGTAATGACATTACTGCTTCTATTCC +TAACTCACTCTTTTTAGAGTCTAATGTCTTAACTGCTTCTTCTAATTTAGCAAAAGTAGT +TATTTCTTCTGGGTTTATTCCAGCCTTCTCAAATATTTGCTTATTATATATAAATCCATA +TCCTTCTTGAGCAAAAGGCATACCGAATATTCCATCATCAGTTGTAACTGAACCTAGAGT +TCCTTCAAATGCTTGATTTACCCAAGGTTGATCAGATAAATCTTCTAATTTAGAAGCCCA +GTCTTCAACATCTTGAGGTCCACCTATATTAAATATAGTTGGTTCTTGACCAGATTGGAA +TTTAGTTCTTAATCCCGCACCATAGTCATTTCCTCCACCAATAGTTTCTATGTTTATCTT +TACTCCATCGTGGCTTTCTTCATATTTCTTTGCAGCTGCTTGAAGTGCTTCTTGAGTTTC +AACCTTAAATTGGAATATATCCACTGTAACATCTCCAGAAGCACTACCTCCACTTGAATC +TTTACTTGAACTACAACCAACAAGACTTCCACAAATCAAAGTTGTTACTGTCATTAAACT +TAATGCTTTTTTGAATCTCATAATATGTATTCCCCCTATTTTATTAAAGTTTATGCAATC +GATTGCACATCTTTAATAAAATAGTAGCACAAGATTTCCCATTGTGCAACCGTTTACATT +TCATTTTTGTATTTTTTCCTTTAATAACTCTCTACTATTTAATAAAAGTATATTTAAAAT +AATAAATAATAAAAAAAGAGCTTCCCAAGTTTAAATTATACTTAGGTTACTCTTTTATTA +TATTATTACGCTATATCTTTACTTTGATAAAATATGTCTATATATTTCTTCATCACTATC +TTTGTAAACATTAAAAACTACCTTTAATTCTTTTTCTGGATTATCTTCCATCCATTTTTT +TACGGTTTTAACTGCTATTTTAGCAGCATCCTCCTTTGGATAACCAAACACGCCTGTTGA +TATACAGCAGAAAACTATATTTTTTATATTATCTATATCCCTTACTATATTGAGGCATGA +ATTATAACAAGATGATAATTGTTTTTCTTGCTCCTTAGTTGGATCTAATGAAGATACAAT +AGGGCCTACTGTATGGATAACATATTTAGATGGTAAACAATAAGCTCTAGTTATTTTTGC +AGAGCCGGTGTATTCTAAATGATTTTGTTTTTCTATTATAATATTGCAATCTTTTCTTAA +TCTTGGTCCTGCTGCTGAATGTATTGCATTATCTATACACATGTGAAGTGGCTGCATGCA +CCCCAGCAATCTACTATTAGCTGCATTAACTATTACATCTGATTTTATAGTAGTTATATC +TCCATTGAATATGGATATATCTTTTTCTACTTCTGGTATATCATCTACACTTATAGTATT +TTTTTCTTTGCATTCTGTTATTAATAATCGTTCTAGTAATTCAAGATTTACAGGATCAAT +TTCTTTTGGAGGATATGCATTTAGAATTCCACGAAGCATATTTCTTCGTGTATCGTAAGT +ATCTGGTAAATTTTTAGTATTCCAAATCCCTTCCTTAGAAAAATAGTCAATTAATACTCT +AACTGCTCTGTATTTTTCTGATTTTGACATAGGTTTTACATCTTTATTAAATACTTCAAA +TAAGTCTATATCGTTAGCATAATCTACCCAATTCATAAACATCCTCCCACATCCATTTGA +ATTTTTAATTTAATTCTAAAATACTATATCTAACTCTTTATTTTTAACAATTCTTCAAAA +TATCAAGTATTTATTTATATATATTAAAAGTCATGAAAATAAAGTTATTTATATCACTTA +AATTTTCATGACTTTTTTAATATCATCTATTAAATATATATTTTTTATTTAATAATATAA +TAAAAAAATTATTTATCAAATAGTTTTAGTAATTATATTCCTATTACTTGAGTTACGCCA +GGTACTTCTTTAACTAATAAATTTTCTATAACAGCCTTTATAGTCATTGTCGCCCCTGGA +CAACCCTGACATGCTCCCTTTAATCTTACTAATACAACTCCATCTTGATTTACATCTACT +AACTCAACATCTCCACCATCTCTTTGAAGAATTGGTCTTACTTTTTCAAGTATCTCTGCT +ACTTTCTCTCTCATAATACCCCCCAAAAAAACTTTAATTAACATATTCATAAAAATTTTA +CTTTATATTTTAATTCCACATTGCTTACCGTTTTCCCTTTTTTAATTTACTTTATAGTTT +TTGTCTTCTACTAGATGATTGTCGAAATAATTCAATTAGTTCATTACTATCTTCACTTTC +TATAGATTTCTTTATTTTATTTAATTCAATTGTAAAATCATCTATTGATTTTAATAGATT +TTTCTTATTCCCAATAAAAAGTTCACACCATAACTCATCATTAATATTTGCTATCCTTGT +TAGCTCTCTATAACTATCCCCTATGAAATCTCCTGTTGCTCTATTATTTTCATCACTATT +TATTAATGCAACAGCTAATGCATGTGGTAATTGAGATGTATAAGAAATTATTTCATCATG +AAAATCTGCACTTACTTTTCTTATTTTACTAAATCCTATTGAATATATTATACTTTCTAA +TAATTCTATATTTTCTACTTTATTAAATTCAGAATTAATTAATATATAATTAGCTCCATT +GAATACTTCGTTACTTGCAAAATCTAAGCCTTTTTTTTCCCTACCTGCCATCGGATGACC +AAATATAAAATCTACACTATTAGGTAATATTTCTAATATCTCTTTTATAAACAATCCCTT +AATTCCAGTGGTATCAGTTATAACGGCTCCTTTTTTAAAATTTAATTTATTCTCCAAAAT +AAATTTTTTTATCAGTTTAGGGTAAATTGAAATTATCACTAAATCTGCTTCTTTTAATAT +CTCATTTCCTTTGGTGCAGCCATCTTTTATTATTCCTATACTTTTCGCCTTTGTTATTGT +ACTTTCATCTATATCTATCCCATATACTTCATCATATCCAGCTTTTTTAAGGGCCATTGC +AAAAGACCCTCCAATTACACCTAATCCTACTATAGCTATTTTCATATTACTTTGCCTTCT +ATTTCTGCCAATACCCTTGCTTTTTCCATTAAAAATCTAAATTTATTTGGCTTTATTGAT +TGCTGTCCATCACATAATGCTTTTTGTGGGTTATTGTGTACCTCTATAATAAGTCCATCG +CACCCAGAAAGTATTGCTGCTTTAGACATAGGTTCTACCAATCTCCAGTCTCCCGAAGCA +TGACTTGGGTCAACTATAACAGGTAAATGAGATAACCTCTTTACTATTGGTATCGCACTT +AAATCTAATGTATTTCTTGTATATCTCTCAAATGTTCTGATTCCTCTTTCACATAGAATT +ACATTTTCATTCCCTTCTGCCATTATATACTCCGCACTCATCAGCCATTCCTCTATAGTC +GCCGATAAGCCTCTCTTTAATAGTATTGGTTTATTAGTTCTTCCCACTTGTTTTAATAAA +TCAAAGTTTTGCATATTTCTTGCCCCAATTTGTATTACATCTACATCTTCCACAAATTTA +TCTATATAATCGGTTGACATAAGCTCAGTCACTATAGGTAAACCAGTTTCTTGTTTTGCT +AACTTCAATAGGTTTAACCCTTCCATCTCCATGCCTTGGAAACTATAAGGTGATGTTCTA +GGTTTGAAAGCCCCACCTCTTAAAAAGTTTGCTCCTGATTCTTTTACACTTTTTGCAATC +TCAACTATTTGTTCTTCAGACTCTACTGAACACGGACCTGCTATTATTCCTAAATTAGAT +CCACCAATCTTACTTCCTAATACATCGATAACAGTATCTTCTGTTTTAAATAATCTATTT +GCTTTTTTAAATGGTTCTTGTACCTTTAATACCTTTTCAACATATCTAAATGATAAAATT +TCATCTGAATCTATAATCGTAGTATCTCCTATCACGCCTACTATACATTTTGAATTTCCC +TCTGTTATATTAGTTTTTACACCTTTACTTTCTATATGATCAACTAATTCTCTTACTTCA +TCCTGAGTGTATCCTGTATTCAAAACAATAACCACAATATTCCCTCCCTTATTTTTTACT +TATTTAAATATTACCTTTTTTATAGCTCCCTAAAAATTTAAAATATTTACTTTCGTTTTC +TATATTAGCTATAGCTCTTTTTATTTTTTCCTCTTTAATACTTCCCTCAAAATCTACATA +AAACAGGTATTGCCATGGTATATGTTTGTTTGGTCTAGACTCTATCTTCGTTAAGTTTAT +ATTATAATCTGCAAAATACTTTAATAGTCTATATAGTTCACCTGACTCATGTTCCGTAGA +AAATATTATACTTGACTTATCACAAGCATTTCCTACTTCAAAATTCCTACCTATTATCAC +AAACTTAGTATAATTATCCTTGTTATCATTTATATTACTATCTATAATATCTAAGTTATA +AATCTTAGCTGCTCTTTCTGATGCTATTGCAGCCTTTGTTTTGTCATTTAAATCTGAAAC +TAATTTTGCAGATATAGCTGTGTTTAAATAAGGTATCAACTTTATATTCTCATACCTTTT +TAGGCTCTCTGCACTTTGCTCAAATCCTTGAGGATGAGAGTAAACTTCTTGTATATCATT +TATTGTTGCTCCTTTTACACCTATTAGATGTTGATTTATCTTTATACATTCTTCACCTAC +TATATAAAAATCATATATCTTTAATAAATCATATACTTTACTTATTCCACCTGTTGATGA +ATTCTCTATAGGAGCAATAGCATAATCAATCTCTTCATTTTTTAAAGCTATAAACAACTC +TTCAAACGTTTCATAATTTTTAGTATTTTTTATACTAGAAAAATGTTTATGCATCGCCTC +TTCACTAAAAGATCCAATAACGCCTTGATACCCTACTTTTAAATTTTCTTTTGGATATTT +TATTACTTTTTCACTATCATAATCACTATTTATTTCTTTACTCTGAATTAATCTGCTTAA +ATTCATTAAGTTCATATAATAACTTCTCAGAAATGATTCATACTCTTTATTTTTTAGATA +AGATATATTCTTAGCTATAACTAATTCTTCTCTCTCACTTTGATATATTTGCATATTATT +ATTTTTCTTATAATCAGATATTTTTTTAGATAAATTCATCCTATTCTCAAATAGTAATGT +CATTTCCTTATCTATATTGTCAATTTCAGATCTATAGTTCTCTAGTAAATCCATCACATC +AATCCTTTCTTATTTATTTTGAATAAAAATTCACTTCGCTCATGTCCCAATGAATGCATC +CGTTACTCAAACTTAGTAGTTGGAGTTATAAATTATCCACGAACCAGATAATTTATAATC +CCTTAGAATATAAAAAAAGAGCTCAAATGAGCTCTTTCTTAATATCCCAACTAAAACTAA +TTTAAATGTGATATATTACTTGAATGAAATAGAATACATGAACTCATTAGAAAAATTTTT +ATATTTATTTTTGCAGAAGAAATATCCAGCGCTAAAATAAAAGCCCCAGAAAAATAAGTT +ATAAAATTTATAAAGTTTTTCTTCTAACATTCTTCTAATTTGGTTCATCTCTATCCCTCC +ATAATTTTAATATATTTCAAATACTATTTTTAATTATTACTTTCTAATATTGATATAATT +ATAGTCCTTATATTTCCTATGTCAATATTAACGATTTATTTATATGTATTATTATTTTTT +TATTTCTGTATACATAATTCTTCCTGTGAAAACATTTGCAAAATTAATTTTTTCTTTTTA +TAATAAAATTAAGTAGTTTTATTCAATTATTGTAAATTAAATAAGGGAGTTGGATCAATT +TTGAATATAAAATTAAAAATATCTAATTACTTGCTAATCTATGCTTTATTCTTAACATTA +TACATATTTACTTTCAAAGGCAATATAAACTACATAAATTTAAAAATATGTTTAACTTCA +TCAATATTTCCAGCTGTAGTTGGAGGTACTGTAATTAATTTATTTTTAAAGAGGAATATT +AACTGCAAATAATTTAATACAAAAATAAAAAGTTACCAATTATATATAATTAGTAACTTT +TTGTGTGCTATATTTCATTAAATTCTTCCATTAAAGATTCTATCATGCTTTCATTCTCTT +TTCGTTCAACCAAATCAAATATAAGCTCTTGTAAATATAAGTCTATATTTTTAGGATCAC +GAAAATCTTCGATTTCATAATGTGTAGTTACCTGTGGGTTTAAATGTACATGTATGTTAT +CTTTATTTATGTCTTTATCTATAAGCATAATACTTCTATCTCCTTATTTATGTTAAGCTA +TATAATAATTAATTATAAATTCTAATTATATTTTTGTAAATATCTAATATTTTTATATTT +TCAGAATCTTCCTGGCTAATAAAATAATATACTAAACAGTGCATGTAATAGCATACATAT +ATATGTATCCTTTAATTTTACTTTTACAGCACCTAATATACTCCCCATTATAAAAGCTTT +CATCATGCTTGAAGTAACTATATCAATAATATATCCTGGCTTATTTGTGATACTTATATA +TTGTCTAATTATATCTATATAACCAACCTGATAAAATGCATATAGTATTGTTATAGATAT +AAAAACTATCATAACATTTTTTATATGGTTAGTTAAATAATTCCATAAGTATTCTCTAAA +TAATAATTCTTCAAAAATAGGAATAATAATTATAAGTAAAACTGATAGTCCAATATTGTA +AATATTATATGCATCTTCAAAGTATTGAGTTATCATAAAGGTTAATATAACAATGATTCC +TAATACCATACGAATTTGCTTATTGTTTTGATTAAACATATTCACAATTTTTAAGCTAGT +CGGATTAAATATTTCATTATTTTTTAATATTAATAGCAATAAAATGCCTAATAATGCAAA +AGATATAGCTGTCGTAATTATTAAATTTACCAAGTTAAAATTAAGTTGTTTTAATAAAAT +AAATTTAATATTTATCCTAGCTAATTGCACTACAAATAAAATAAGAATTACATCTATTAT +GTATTCTTTATAATTTGCTCTAGATTTCAATTTTAATCACCTACGTTTATACTGCTTTTT +ATTTATATTCACAGTATAACTGAGTATTATTATTTTGTAAAATATAAAAAAGGGAAATTC +ATAAGATATATTTAATTTATTAATGTACTACATTCATGAAAGGAGAATTTATGAAAAATA +AATTTATTTATAAATTTTCACTATGCTTTTTTACTGTAATATCAATTTTATGTTTAGGCT +TCTTTAATTTTTATATGTCTGGCTATTATAATAATATATCCATAGGGATTTCATATATAT +TACATCCATCTGCATTATTTTTAATAATTCTCATTATAGTATTTATACAATTGATACTTG +CATCTAAATTAAGAAAAAATAAATAAAGACACCTTAACTTAAATGAATTAAGGTGTCTTT +ATTTATTTAATCATAAAATCCATTTAATACTCTACATATTGTTGCCTTACTCCAATTAGT +TTTTTTTGCTATTTCTCTATAACTCAAACCACCCTCTCTTAAATTTTTTATATTACTTAT +ATCAAGATCTCTTATTTGCTTTTCTTTTGGTTTTAATCCACTCTTATTAGATTTTAATAA +CTCGATTTCACTTTTTAACTTATCTATTTCTAATTGTTTTTTCTGCAATTTTTTTTCATA +ATTATTTCTCATTTCATTAAACTCTTTTATGTAATTAATTTTCCAATCCTCTTCAGATTT +CAATTTAAATATCCCCATATTCTAACCTCCTTGCACTATAATTTATCAATATAAGGAATA +ATTTCTTTATTTAATATCAAATTCCTTGTTATTATATACTATTTAAAAACGTAAAATTAA +TCTATATTTCAACACTATCTTATATTGCTAAACAATTTTTAGTTTTTTCATATAATAAAA +CTAAAAATTTTCATTATTTATATTTATATTTTATAAACTTTGCGAATTGCTTCATTTAAA +AATCACACTTTTAAGAAAAATATATATTATGGATTATAAAGACTTTATTTATATAATCAT +AAGGGGGATATTTTATGAACTATACGACAGCACTTTTACTTTCTGTTTCAGCTAATTTAG +ATACTTTTGCGGTATGCATCTCTTATGGTATGAAGAAAGTAAAACTAAGTTTTATAGGAG +CATTGTTGATTAGTTTAATAACATCTCTTGGTACTTTTTTATCTATGTATTTAGGTAAAA +TCATTACTAATTTCATTTCACCTAAAATTGTAACTATAATCGGTGGAATTTTACTATTAA +TCCTAGGTCTTAAAATTGTAATTGATTTTTTAAAAAAATATAGAAAATCGCATGTTGAAG +ATTTATTAAGACATAAAAAAGTAAGCTATGGAGAAATTTTAGATAATCCTATAAAAGCAG +ACGCTGATAATTCTGGAGATATTGATATTAAAGAATGTATAACTTTATCAATAGCTCTTA +CATTAAATAACTTAAGTGTTGGAATAGCTGCTAGTATTGCAGGTATAAGCATCTTATTAA +ATACTTTATTTACTTTTATATTAACATGGATAAATATTGGAATAGGTTTTTATGTAGGTC +GAAGATATGCCTCTAAACTTGTTGGAAAATACTCTGATTTGGTTAGTGGAGTACTGATAA +TTATTCTAGGTATTTATCAAATTTTTATGTAATATTCTAATATAATGATAAAAAGCGAAC +TTCATCTAAAGTTCGCTTTTTATCATTATATTAGATTTACTTTTTTTAACATGATTATAT +ATATAATCTATTACATTTCCACTAATAGCTACTGCTACTAATGAGTAAAGTATATTATCA +ATAGACATATATGATAATGATAATAGTAAAACAGCACAATCTCCTAGCATATATACTCTA +CCGATATTTAAAGATGTAGTCTTAGAAATCACTAATGCTAAAGCATCATCTCCACCAGCT +GCACATCCTGTTGTAACTATAAGCCCCACTCCTAATCCTACACTTATACCTGCAAGTACT +GTAGATATAAACATACTATTTATACTAGGTAGTATAGGTCCTATACTTTCAAATATATCA +TATAAAACAGAAAAACTAATTGATGCAAATATAGAATACATAAAGAATTTTTTCCCAAAG +TATTTGTATCCTATTAATAAAAGTGATAAATCTATTATTATATTTGCTATCTCTGGCTGA +ATGTTGTATAGGTTCTTTAGCAGTAGTAAAAGTCCTAACACTCCACCTTCTGTTATGTTG +TTTAAATAATAAAAGTTATAGACTCCAAATGCAAGTATTGCTGAGCCCATTATTATACGT +AGAATTCTTTCTACTTCTTGCCGCCTGGCCATTTTATCCATTCCCTTTCTTTCTTAATTT +ACTATAATTATATAGGATAAAAAAGCCTTTGTATACACCACTTTTCCAAACTTAAAATTA +TACAAAATTTTGTTATTTTTTTCAAGTGTTTTTTATCGTTTTTTCAATCTATTTTCTTAT +TTTTTATGAACCTTAGGTATTTCAATGATTATAACTAAGTATATTTACAATAAAGTTTAG +ATTAGCTACCTTTAAGGTTTAGTAGGATTAAGTTTCTGTTTATATTAATTTTTTATTTGT +TTACTAATACTATCCTAATTTTTATCTTAGATTATGATATTTTATTAATAATAATAGTAA +TAATATAAATAGTATTAATTATGCCAATATGATATTATAAATTAGTTAATATAAAATAAT +TCAACATGTGAGGTCGTAATATGAATTTTAGAGAATTAGGAATTAAAGAAGATATTTTAA +ATATATTAAATAAAAATGGTATAACTACACCAACTCCAATCCAAGAAGAGAGTGTAATAC +CTATAAAAAATGGTCAAGACATTATAGCACAAGCTCAAACAGGTACAGGAAAAACATTAG +CTTTTTTACTACCTATATTCGAAAATATATCAAAGGATATAAACAGCACTCAAGTTCTTA +TCTTATCTCCTACGAGAGAATTGGCTATACAAATTACAGAAGAAGCTACAAAGTTAAATG +AAGCAAAGAATATAAATATACTTGCAGCTTATGGTGGTAAGGATATTGGTTCTCAAATTA +ATAAATTAAAGAAAAATATTCATCTAATCATAGCAACTCCTGGAAGACTTCTAGACCATC +TAGATAGAGGAACTATTGATCTTAGTAAAATAAAAACTTTTGTTTTGGACGAAGCTGATC +AAATGTTACTTATGGGATTCAAAAATGAAGTTGAAGCTATATTATCTAAAACATCAAAGA +AACGTCAAACTTTATGCTTCTCTGCTACTATGAATTCTCAGGTAAAGAAATTAGCTTATA +GATATATGACTGATCCTATGGAAATTTCAATAAAAAAAGCAGAGGTTACTCTTGATTCGA +TAAAGCAGGAAGTTGTTGAAACTACAGATAGATGGAAACAAGATGCTTTATTTAAAGTTC +TAAATGAAGATAACCCATTTATGGCAATAATCTTCTGCAGAACTAAAAGAAGAGTTGATG +CCCTTGAAGAAGCTATGGCTAAAAATGGCTATAACTGTGCTAAACTTCATAGTGATATCC +AACAATCAAAGCGTGAAAGAATTATGAAATCTTTTAGAAATGCTGATATTCAATATCTAA +TAGCTACTGATGTCGCTTCTCGAGGACTTGATATAAGTGGGGTTGATAATATATATAACT +ATGACATCCCAGAAACTGCAGCTGATTATGTTCATCGTATAGGTAGAACTGGTAGAGCTG +GTAAGGGCGGATATACTTGTATGTTTATTGATCCTAAAAATATTAAAACTTTAAATGAAA +TAGAAGAAACTATAAAATTTGAAATTCCTAGAAGAGAAATATAATTAATAATGCATTAAA +ATAGAGGTAATTACCTATTTGGGTATCTACCTCTATTAATCTAATATATTCTTTTTTAAT +AACTATAAATAAAAAATTAATTTAAATCTGTAGCTATTTCATTTATCACATTTATTGGAT +TTTCTATTACGAATTTTGGCTCTACTTCGTAATATTCACAGTCTATAAATCTTTCTATTT +CCTCTATATCTTCTACACTTTTATCTGTTACGAATAAAATTACATTTGAGCTTTTTATAT +TTTCATTTGATAGTTTGTTTTTTATTTTATTTTGTTCTTGCACTTCGCAGTTTATTTCAT +ATCCTAGTTGTTTACCTGCTTCTGTAAGTGCTTTTGCACTTTCTTCATTATTGCACACTG +CTGATATTTTTAAATTCATAGTTGTTACCTCTTTCTCTAGTGTATATTGTAATATCATTA +TAACCTATACTTTACTAAATTAATTATTAAAATTTTATCTACTTTATTATTTCTATATTA +ATTAAGGCTCTATTTATTTAATTCATAGCTAATTTTATTTATTTTATCCATAACTCTACT +ATACTCTTCTCCTTCTAGTACTGTTGGCTGATAGTTGTTTCGATTTTTTGTAGATGATAT +AGAACATGGAATAATATTTGGTTCATCTATAGTTTTTAGTTCTCCATCTTCAAAATTGTA +TGTTTGTTGATATATCATACTATCTTTATCTAATGGGTTTCTATTTCCTCCAAAACAAAA +ATTACTTAAACTATAAGCTATGTACTTATCTTCCCCTTTTGAATTTCTATACTTTTCTAT +TCCTTGCAATACATGAGGATGGCTACCTACAACTAAATCAGAACCATTCTCCAAAACAAA +ATGAGCTATATTTTTTTGAACTTCATTAGGATAATAATCATTTTCTGCACCCCAGTGAAA +GTAGGTTATTACCATATTTACTCCACTTTCTTTAATGTCATTTATATCTTCTTTGATTTC +ATTTAAATATGATGGGCTATAATTTGAATTCCATCCAGTGTAAGCTAAAAATCCAACTTT +TATTCCTTTTACATCTATTATACTTTTTTCTCCTAATCCGGCATAAAATATTCCTGCCTC +ATCTAATATATCTTTTGTGTCATTTAAACCTTTTTCATAATAATCTTGAGAGTGGTTATT +GGCTATACTTACGGCCTCGATACTTCCTTCTTTTAATATATTAACGTATGATGGGTGGCC +CTTAAATGCAAACTTCTTCTCTGTATTTCCATTATTAGAATCAGTTAATGTACCTTCTAA +GTTAACTATACTTAAATCATCGTCTTTAAATATCTCTTTAACATTACCAAAGAAGTATCC +ATAATTATTACTTTGTTGTTCAAACTCATGATCAAATGTTCCTCCTCCTATAGATCCAAT +GTAATTTCCCATTGTAACATCACCTGCAAAACTTAAAGTTATACTTTGCTTTATAGGCTC +TTCTTCTATATCTAAATAATCATCTTCTTGTACCTTTATCTTTGAACAGCCATAAAAAGA +TATAGCTACTAAAATAATTATTATCGACCATGCTTTTTTATATAACACTATGCATCAACC +TCCCAATTAATAATTTCTTTTATTATTTCTCCTATATTAATATTTATAAGTTGATGATTT +CACAATAATTCTATAAATCTATGTAACAAATTAATTATTCAATTATAGAAATAAAAAAGC +ACAGATAAGTTCATTGAATTTTTTATCCAAATTACATATCTGTGCTTCTTATTAATTTAG +TTTCTAGTTATTAATTTTAATTCTACTGGTATAAAGTTGTCTACTTTCTCACCTTTTAAT +ATTTTGTCTATTGCATTTACAGCTGCCTCACCTATTAATAATGGCTGTTGTGCTACTGTA +GCTGCCATAGTTCCATTTTTAACTGCCTCTACTGCATCATCTGTTGCATCAAATCCAACT +ATAAGAACGTCTTTCATTCCCATATCTTCTAATGCTTTTTGTGCTCCTAATGCCATTTCG +TCATTTTGAGCAAATACTGCATCTATATTTTTTTTAGATTGAAGTATATTTTCCATTACA +GTAAGACCTTGTGTTCTATCAAAATCAGCTATTTGCTTAGCTATTATATTCATATCACTT +TCTGCTATCTTATCATCAAATCCTTGACCTCTATCTCTAGCAGCTGAAGAACCTGCTGTT +CCTTCAAGCTCAACTATATTCCCTTTTCCACCTAATTGATCTATTAGGTACTGAGCTGCC +ATAGATCCTCCAACTGCATTATCAGATGCAATATGTGTTACTACATCTCCACCGTTAGCA +GCTCTATCTACAGTTACGACTGGTAACTCATAGTTATTAGCTATCATTACCGATGCCACT +GCTGAATCTGAATCAACTGGATTTAAAAGAACTATATCTACCTCTTTTACTGTTAAGTCT +TCCATATTAGATACTTCTTTAGCCGGGTCATTTTGAGAATCTAAAACAACAACCTCATAT +CCTAGTTCTTTTGCTCTTTCTTCTATTCCACTTTTTAAGTCAACGAAAAATGGATTGTTT +AACGTTGATACTATAAATCCTATTTTTTTAACGCTACTGTCACTTTTTTGTTGGCATCCA +ACTAAAGTCATAGCACTCATTATTATTGTTAATATTATAGAAAGAAATTTTTTCATTTTA +TATTTCCTTTCTTAGTTGCTTTTTCTGTCTAAAAGTACTGCTAATAATATAACTGCACCT +TTTACCATTGTTTGATAGTAAGATGATACGTCTAATATGTTAAGCGCATTACTTAATACT +CCTATTATTAATGCCCCTATTATTGTTCCTGTTATCTTACCTTTACCACCATTTAAACTA +GTACCTCCAAGTACTACTGCTGCTATGGCATCTAACTCATATCCTGAACCTGCAGTTGGT +TGTGCTGAGTATAGTCTTGAAGTTATTATTATACCTGCTATTGATGCAAGTATTCCACTT +ATTGTATATACCCATATTTTTATTTTATCTGTATTCAGTCCTGATAACTTAGTTGCTTCT +TCATTTGAACCTAATGCATAAGTATATCTACCCATTTTAGTATTATGAAGTATATAGTAA +CATACCATAAATACTAATATCATTATCATAGCTGGTGTTGGTATTCCAAGTATTGTTCCT +CCACCTATTTTACCAAATGACATTGCTAATTCATTACTTCCTAAAGTTATAGGATTTCCA +TTTGTATAAACTAATGTTAAACCTTTTAATACAGTCATAGTTGCTAGAGTTGCTATAAAT +GGTTGTAACTTACCTTTTGATATTATAAAACCGTTTAAGAATCCAACTACTACTCCTACT +ACTAAAGCTGCAAGTACTGCTATTACTACATTTTGTCCTGAAACTAAAATACTAGCACAT +ACTGCACCGCTTATACCTAGTATCGAACCTACTGATAAATCTATTCCTCCAGTTAATATA +ACGAAAGTCATACCTGCTGCTATTACTGCATTTACCGAAGTTTGTCTAAGTATATTCATT +ATATTCTTAGGACTTAAGAACGATGGATTCAGTATTGATACTACAGCTATTAATAATACT +AATCCTAATAAACTTTTATATTTAACTAATAATTCTTTTATATTTACATTTTTAGATGTT +GAGCTTTGTGCTCTTGATGATATATCCAATTTTATGCCTCCTTAGCTTCAACCGCACATT +TTAATATTGCTTCTTGTGTTGCAGATTCTATATCAAATTCTCCTGTTATTCTACCTTGAC +TTAAAACTAAAATTCTATCACTTAATCCTAAAATTTCCGGCATTTCAGAAGATATCATTA +TTACTGCTTTACCTTGACTCTTAAATTCGTTTATAAGGTCATATATTTCTTTTTTTGCTC +CAACGTCTACCCCACGAGTAGGTTCATCAAGTATAAGGACATCAGGGTGAGTCATAAGAG +CTTTAGCTATAGCTATTTTTTGCTGATTACCACCACTTAAATTCCTTATTAACTGTTCTT +CACTTGGAGTTTTTATTCTCATTCTACCTATATAGTCTTGAACTCTAGCAAGTTCCTTTT +TCTTATCAATTCTGAAGAATGAAGACATTCTATTTAAAGAAGATATAGCCATATTTTCTC +TTACTGATAAGTCTAGTATTAATCCATCACCTTTTCTATCTTCTGAAACATATGCTATTC +TATTCTTTAAACCATCTTTAGCAGATTTATTATCTATTTCTCTATTTTTTATATATACTT +TTCCACTTGTCTTTTTGAAGTGTCCGTATATAGTTTTAGCTAACTCTGTTCTTCCAGCTC +CCATTAAGCCTGATATACCTAAGATTTCCCCAGCCTTAACCTCGAAAGATACATTATCTA +CATATTCGTTACATAGATTTTCTACCTTAAGCACTGTATCTCCCTTTTCAGTTTCTAATC +TTGGAAATTGATCTGTAAGCTTTCTACCTACCATCATCTCTATCATTTTATCTTCATCTA +AATTGCATAAATCTTCAGTTCCAACAAATTTCCCGTCTCTTAAAACTGTTATATAGTCAC +ATATTTCAAAGATTTCTTTAAGTCTATGCGATATATAAACTAAGGCTTTACCTTCATTTT +TCAGCTCATTTATTACATTAAATAAACTTTCTGTTTCTTTATCTGTAAGAGCATCAGTTG +GTTCGTCCATTATTATTATTTGTGCATCTAAAGATAATGCCTTTGCTATTTCTACCATTT +GTTGCTGAGCTATACTTAAATTACCTACTAACTCTCTTGCACTTGTCTCTACATTTAACT +TTTTAAGTAATGCATCTGCATCACCGTAAAGCTTTTTAAAGTCAACAGCAAATCCCTTCT +TTGGCTCACGTCCTAAAAATATATTTTCACCTATACTTAAATCTGGTAATAAGTTAAGCT +CTTGGTGTATTATCGCTATTCCTTTTTCTCCAGCATCTTTAGGACCTTTTATATCCGTCT +CTTCACCTTTATAGAATATTTGTCCACCATCTTTTTTATATACACCACTTAATATTTTCA +TAAGTGTTGATTTTCCTGCTCCATTTTCACCCATTAGGGCCATTACTTTACCTTCGTAAA +GTTCTAAGTTTACCCCATCTAACGCCTTAACTCCAGGGAATTCTTTAACTATGTCTTTCA +TTTGTAAAATAGGGTTTTTCATTTAAAATACAACTCCTGATTTTAATATTATGTTTGCGT +AAGGAGTACATTCACCAGTTCTTACTACTGCCTTACTCTCCTTAGTCATTTTTTTGAAAT +CTTCATGACTAACCATTGTTACTTTTATATTTTCAAATCGCTTTAATATTTCATTATATA +TATTAGTATTTTTTTCTACTATTTCCTCAGCAATAACTATTTCTTCTACACATAATTCTT +CTAAAACTGTATCTAAAGTTTCTAAGAAAGAAGGTACTCCATATTTTAATGCTAAGTCTA +TTCTATTTACACCATCTGGTATAGGTAACCCACAATCTCCTATTGTTAAACTATCTGTAT +GTCCCATTTTAGATATTGTATATGATACTTCACTATTTATAAGTTTTGTTTTTCTCATTC +TACCTACCCCCTAAAATTTTCTACATCATTTAATGTTGGTAATGAACTTTGTGCTCCTTC +TTTTTGAACACTTAGAGCTCCAACTTTTGAAGCAAAATCCATAGCCTCTTCTACATTTTT +ATTATTAGCAAATGCAACAGCCAATGCTCCTGTATAGCTATCTCCTGCCGCAGTCGTATC +TATTGCATTAACTTTATATGCCTTTTTAAACATAGATTTTTCTTTATTTATATATAGGCT +TCCTTTAGAACCTAAAGTAACTATAAGTTCTTTTACACCTTTATCTATCATTACCTGAGC +AGCTTTTTGAATATCTTCTTCAGTTTCTATTTCTACTCCACTTAAAATTTCTAACTCAGT +TTCATTAGGAGTTAATAAATCTACATTTGCAATTATATCATCTTCTAATTTAACTGCTGG +GGCTGGATTTAATATAGTATACTTTCCAAGCTCTTTAGATCTTTTTAGTGCATATTTTAT +TGTTTCTAATGGTGTTTCAAGTTGAAGTACAACTATATCACTATTTTCTATTCCTTCTAT +ATTTGAATCTATATATTCATTATCTACTTTATAGTTTGCTCCAGGTGCAACTACTATAGA +GTTTTCCGCATTATTGTCTACAGTTATCATTGCAACACCTGTTGCTATATCTTCTTGATT +TATATATTTAGTGTTTACATTGTCATTTTTTAAGGCATTTAATAAAGTTTCTCCAAATCC +GTCTTTTCCAACTTTACCTATCATGTTCACATTTCCACCAAGTCTTGCCATAGCAACAGC +TTGATTGGCTCCTTTTCCACCTGGAACTTCTTTAAAATCTCCGCCTATTACTGTTTGACC +ACCCTTAGGTCTGTTATCTACCTTTACTACTAAGTCCATGTTTAGACTTCCTATGACACA +TATATTTTTCACAGTATTCCTCCTGTTAATTGTTTTATTTATATTAACAAATAGTATGAT +TTTTTACTTTCTTTATTTAGAGTATCATATTAGAATCATTAGTGCAACATATTTCTACTT +TTTAACCTTTATATAGACAATTTTTATATTTTTAAAATATTTAATATAATATAAAAATAT +CCCTTTATTTTCTTAAATCTAGATAATGTTGTGAATAAAAAAGCTAACTACTTAATTTAT +CCATATAAATTAAGTAGTTAGCTTTTTAGAATTATTACATACTATATATGTCTTATAATA +AATTGCATAATTTCAGACACTTCAAATTCAATTAAACTAAACAACTTGTATATGACATGA +CTTTTAGGACCATTTTCATCCTCTTCCTCTTCAATCCAAGTTCTTATAATAACTTTATCA +TTATCATCATATTCTACATTTAACGGTGGTGTATCAAACTCTTTTATATTGATGGTAAAT +ATATGAGTTTTATTTTTTATATCCTCATCACAAGATCCTAAATATGTTACTTTCAGTTTT +TGATTTTCAAATAAAGCTTCCATATTATACCCTCCTAAAAATTATATTTATATATTGTCC +ATAAACGCTAATATTTATATTTATTTTTCGCTTTAATTTAGATATATATGGTAAAATTAA +ATTTGGTTTTATATTCATGATAAAAATTAAATTTAATCGGAGGGGTAAAATGAGTTTAAT +ATTAAGAAAATTTTTATGTGTAATTTCAGTTATATTTATCACTATAAGTTCATCATCTTC +AGTGTATGCATCTAGTAAAGTTTCTAATTCCATAAATTCTACCTTTAAAGAAATGCAAGT +TACTACAAATAGTCTTAACGTAAGATCTGGAGCTGGTACTAAGTATAAAAAAGTGGGTTC +TATCAAAAAGAATACTAAAGTAAAAGTATACTCTATATCTAAGGGTTGGGCCAAAATAGA +ATATAAAAATTCCAAAAGATATGTTAGCTCTCAATATCTAAAGAATATTTCAATATCTAG +CAGTTCTTCTAATAATAGCAGTAATAATAATGCTTCTAACCCTGCAAGTATAGTAAAAGA +AATGCAAGTTAATACAAGTGTACTTAATGTCAGAAAAGGTGCTAGTACTAGTAGTAAAAA +ACTAGGGTCTATAAAAAAAAATACTAAGCGTTAAATATATTAGCCAATATCCTGAACTTC +CACTTGGATGCGAGGCTACGGCTTTAACTCAATTACTTAATTATAAAAAAGTAAATGTAA +ATAAAATAACTATAGCCAATGAAATGACTTATTCACCAAATAAAAACCCTTCTCTTGGAT +TTGTTGGTAGTCCATTTAAAAATGAAAAAGGAGTTTTCCAAGCAATTTATCCAGAAGCAT +TAGAAAGCCTTGCAAAAAAATATAGAAAATCTAGTGCCAACATAACTGGTGCTTCAGTAG +ATACTTTAGAAAAAGAAATTCGTAAAGGAAATCCTCTTGTTGTTTGGGCGACTTTAAACT +TTACAACACCCAAAATGGGATACTGGTACGAAGGTACTAAAGATAAGATATGGGTAGCTA +AAAATTTACACGTAGTTGCTGTAACTGGTGTTGACCATAACTACTTCTACATAACAGATC +CCGCTAAAGGTTCTTATAAAGTAAAAAAATCTACATTTAAATCAATTTATGAAAAAGTAG +GTAAAAAGGCATTAGTCATCAGATAATAAAAAATCTGATATAGATAATTTAATCTATATC +AGATTTTTTATTTATAAACTTAGTAATTCTTCAAACTTATCAATTACATGATTATATTCT +TCTGTATTACCAAATCCGTATCGAGCATATATAAAAGGTATTCCAGCTTTTTTAGCTGCA +TCACAATCCATCTGTGTATCTCCTACATAAACAGGATGCTTCAAATTATTTCTTTCAATT +ACAATTTTTATATTCTCCGCCTTTGATAAATTTGTTCTGCCTGGACATTCAAAATCTACA +AAATACTTGTCAAGATTATAAAACTTCATAAATGTTTCTATATATCCATCTTGGCAATTG +CTAACTATAAATAACTTATACTTTTTAGATAGAACTTTCAATGTATCTTCTAGCTTATCA +TATAAAGTTGCTCCATGTTCCATTAAATACTGATTTTCAAATTCACCACATTCTCTCAAT +AGAATATCTCTCTTCTTCTTATCCATATTGGGGAACATTCTCTCTCCAATCACTTCTAAT +TCAAGTCCCATATATCCCTTTAATTCCTCTGTTGTAACTTCCTTTTTATCGTTGTCATAT +TTACTTATTATAGTACTCCATGAAGAAGCAATCTCTTTAGTCGAATCCCATAGAGTACCA +TCTAAATCAAATATCATACTATCAATATCTTTTAAACTATTCTGCATACCCCTATTCTCC +TTCTAATCCAATGATTTCACTATATATTATAACTTAATTTCTAATTAACATCCTATTTCC +TCAAATAATTTAATTAATGATTCTTCAAACCTAATATTATCATCTTTGGTTCTTTTCTTT +GGACCTTTAGTTCTACCTCCACCTTGTCTTACTTTTTTAGATATATGTCTTGTGAATAAT +AATTGATCAATATTTTCATTATTATATACTAGTCCATTTTGATTTATAGCATGTCCTCCC +TTGGAGAGCACCATGGCAGCTAATCCATAATCTTGTGTCACCACTATATCTCCTTTATTT +ACCTTGTTAACAATTAGAAAATCTGCTGAGTCATTACCTTTAGAAACAACAATTTTTTCT +ACTTTGTATTTCGAAAAATCATGTGATGTATCACATATAATAATAGCTTCTTTATTAAAT +TTTTTAGCAGTATTTATGCTAATATCAATTACAGGACATCCATCTCCATCTATTAATAGC +TTCATATTTTCTCCTTATTATTTTCATTATATATTTTTATTATATATCAAATAACTTCAA +TATATAATAAGTGCGTATATCATAAGCAACTTTATAATATAAAATCTACTCATAATATAC +GCACTCTTTAACTTTTCATTGACTAATTTATTTCTTCAGCTATATTATCTTCATTAATTT +CTTTCTTGCTTTTCTTACTAAGCATTGGTTTAAAATAAAAATGCTCATCTACAAAAGAAT +TCACAAAAGAAACAACCTTTCCAGTTATTAATGCACATATAACAGTTCCAATACCTATCC +CTTCAAATCCTTTTAAGAATACTACTGACAATACTATAGTTGTTGCTAAGCAAGATAAGT +CAAATACAGTTTTTACCTTCTTATAATTTATATTAAATTCTTCAGTTAAGTCTCTTGTAA +AAGTATCTATTGGCAAAACTGGAGTTTTGCATTTTAATAATAATGACATTCCAACTGAAA +GCATTGAAAAACTTATAAGGAAATATATTATATTATATATTATATTATTCGGTAGCTTTT +GCATAATAAATATATTGCAAAAATCTATCATATTGCCAAATACTATTGCAAGAAAAAATG +ATACAATGTAACCAACTTTAAATTTCTTTGTTATTAAAACTAATATAAGTATTAATACAC +ATTGAAATATATAATTCCAACTACCATAAGTAATATTATCAAAAACCAAACTCAATGTAT +ATGGCACTGATGATATTGACGATATTCCAAATCCACTCTTAACCATAAGCGTATTAGCAA +AACTATTAATAATTAACCCCATAAACAATGCTAATTCCCCAACAAATAATTTTTTCTCTT +TCATAATTCCCCTCACTTTTTTAATCTTCTTTTTTATCTAAAAATTAAATTTTATTTTAC +TTTAAACTTGCTTAAGTATATTTCTCATAGAGAAACGGTGAACTCTACTTTAATTTGAGT +TCACCGTTTTCCATAAAATGTAATTAAAAACTATTCTATCATTCCCATAACTTTAGGAAG +GAATAAACTTATTTGTGGTATAAATGTTACTAACATTAGAACGACAAATATTGATATATA +GAATGGTAATATATTTTTTATTACCCCTTCGATTTTAGTTTTAGCTACTCTACATCCAAC +AAATAGAGTATTTCCAACTGGCGGTGTTATTGTACCTATACATAAGTTAAATACTAACAT +TATACCAAATTGTATTGTATCCATACCTAAGTTTTGAGCTATAGGTAAGAATATTGGTGT +AAATATTAATATAGCTGGAGTTAAATCCATAAAAGTACCTACTATTAATAATAGTATATT +CATAATTAATAGTATTACAATTGGGTTATTTGATACACCTAATATTAAATTTGTTATGTA +TGTTGGAACATTAGTAAATGCTAATACCCAAGACATTATAGAAGAAACCCCTATTAAGAA +TACTATCATAGCTGTCATATTTATAGATTCTAATAATATTCTTGGTATATCTTTTAATTT +TATAGACTTATATAAGAACATTGCTAATAATAAAGAATATACAACTGCAATAGCTGCACC +TTCCGTAGCTGTAAATATTCCACCTATTATACCACCTATTATTATTACAATTAGTGATAA +ACTTGGTAATGCATCAAAAAATACTTTTAAGCCTTGCATGAATGTTATTTTTTCATTATT +AGTTTTATATCCTTGCTTCTTAGCTATAAAGAATGCAACGACCATAACTCCTAATCCCCA +TAATATACCTGGAATATATCCAGCCATAAATAATGCTGCAACTGATGTCCCTCCACTAAC +TAACGAGTATATTATTAATGAGTTACTTGGAGGTATTAATAAACCAGTAGGTGCAGATGC +TATATTAACTGCCGCACTATAATCTGTATTATATCCAGCTTCCTCTTGAAGAGGTGCCAT +TGTACCCCCTATAGCTGCTGCTGCCGCTGTTCCAGATCCACTTATAGCTCCAAACAACAT +GTTTCCTACAACGTTTGTATGTGCAAGAGACCCTGGTAATTTTCCTGATAATAATGTTGC +AAAATTAACTAGTCTTATTGCTATACCACCATTATTCATTATTATCCCTGCTAATACGAA +GAATGGTATTGCTAATAATGAGAATGAGTTAATCCCTGTAAATATACGCTGAGATGCTGT +AAAAACAGCATTTTCCCAAGGTAGTGCTGATAATATTGATATAACTGAAGATATTCCTAT +TGTAACTGATATCGGTATCCCTATTAATAATAAAACTGGAAATACTGCTAATAAAGTTAA +TCCTGTTTGTAATGCTAATTCCATTGGTTTTCCTCCCCTAATTTAATTACGCTGTTTTAG +CATTTTTATTTTTTGCTTCCTTACCATTTGCCAGCTCTTTAACAATATCAGATATATTTA +AAATGTTGTACACTATTGTTACAACTCCTGATAAAGGTAATGCAAGGTAAATATAACCCA +TAGGTATTTGTAATGATGAAGATGATTGTCCCATTGATAACTGTGACATCTTAAATCCTC +CAAATACTAATACTAATGCTGCAAATAATATAACTACTAACTCCGAGAATAACTTTACCT +TAGTTTGATTTCTTTCACTAAGCTTATCTACTAAAAATGACATACGCATATGCTCTTGTT +TTCCAAATACATATGCTGCACCTAATAACCCCATCCACACAAAGCATATTAATACTAGCT +CTTCTGTTACAGTACTAGGCTTATTAAATATATATCTAGATGCAACTTGCCATGTTGCAA +ATATTGTCATTAGTGCTAATAATAAACAGCACACAACTTCTAATACTTTATCTAAACCTT +TTCTAATAGCTTCCATTCATTTTCTCCTTTAATAATATATTTTAACAATATTTATTATTT +TTTATCACTATTAGCATTCTTTGCTAATATTTCATCACCCTTTGCACGAATCTTATCATA +AACTGCCTTCATATCTTCATCTTTTGTATATTCAGCATGTAAGTCTTTCATCTTTTCTTG +GAATGGCTTTATATCAGGGTAATAGAATTGAACTCCCATCTCTTCTGCTTTAGCTTTAGC +ATCTGCTGCTGCATCTTCCCAAAGCTCTACCTCAAATTTATTCGCATAATCAGCCGCTTC +CATTACAATTTGTGCTTCTTCCTTTGTTAACTTGTTATCTAATAAAGAAGTACTAGCAAT +TAATATATCAGGTAACATAGCATGCATATTATAAGAATAATGTTTAGCAACTTCCCCATG +CTTATTATTTATTAGTGCTAACTCATTATTTTCAGCCCCATCAATTACATTTTGTTGTAA +CCCTGTATAAACTTCTCCAAACGACATTGGAGTCGGAGAAGCTCCTAATGCTTGAAGCAT +TTTTACATTTGTAGGACTTGTTTGAACTCTTATTTTTAAACCTTTTAAATCATCTGGCTC +CATTATAGGTTTCTTAGTAGTATATATATTTCTCACTCCAGCATCAAACCAAGTTAATCC +TACAAATCCACTTTGTCTTGTTGACTCATATACAGGCCCTATAATTTCTTCATCATTCAT +TACTTCATGATAATGCTCTGTACTATCCATTATATAAGGTAAATTTAAAACAGTGTAACT +ACTATTAAATGCTTCTAATGTTCCAAGACCTCCTATAACTAAATCAACTGCCCCTGTCTG +AGCTAGTTCAACAGCTTGTGCTGTAGCACCTAACAATTCATTTGGAAATATCTGAACATC +AATATCCCCATTTGTTTTTTCCTCTACATACTTTTCAAACTCTAACATTGCTTTATGTTG +AGGATGTTCTTCATTTTGACCATGCGCAACCCTTATAACTTTAACCTTTTTTTCTGCTCC +ATCGACTTTGCTACAACCTATAGCACTGAATCCAATAGTAGCAGCCAGCAATAAAGCTGT +AATACGTTTTCCTACCTTCATTAAATATCCACCCTTCTTTATATATTTACTGTCCCTTTT +TCATTCTAGTATACTAGAATAATTAAATATGTTAACAATATAACATAAAGTTTTATAATT +TTCAATTTCTTTACATTATTTTTTCTAATTTTTTTCATTTTTTCAATTAAGCCCCTGATT +TTACATAAAGCAAAATCAGGGGTATTTCATTAATTTACTTTGCAATATTTAAATGCATTA +TTGTAACATATATTCTCTACTATTTCTCCTAATATTTTCATATCTGCTGGATATTCTCCA +TTCTCTACTAATTCACCTATATAGTTACATAATATTCTTCTAAAATATTCATGTCTCGTA +TAAGATAGGAAGCTACGAGAGTCTGTAAGCATTCCAACAAATTGACTTAATAATCCCAAT +TGAGATAACGCCATCATTTGTCTTTCCATTCCATCCTTTTGGTCATTAAACCACCATCCA +GAACCAAATTGTATTTTACCCGCTATACCTCCACCTTGGAAGTTTCCAAGCATTGTTCCT +AATACTTCATTATCCTTTGGATTTAAGCAATATAATATAGTTTTAGGTAAATTATCTTCA +CCATCTAGTGTATCTAATAATCTAGATAAAGGCTGTGCTACTTCACCATCATCTATACTA +TCAAATCCAACATCTGGACCTAATTTTTTATACATTCTAGTGTTATTATTTCTTAATGCA +CCTATATGTAACTGCATAACCATATTATGTTTAGAATATATTCTACCTAAGTTAACCATA +GTTAAAGTAGAGTATTTTTCTATTTCTTCTTGAGTTAAACATTCCCCATTTATAGCTTTC +ATAAATATAGCATTTACTTCTTCTTCATTTGTATTTCTGAAATAAACTCTATCCATAGCA +TGGTCAGTTATTGTACATCCATTTTCTACGAAGAATTCAATTCTTCTTTCTAGAACGTTC +ATAAGCTCTGTATAGTTAGTTATTGTAGTATTTTCAGTAGCTCCTAACACTTTTATATAA +TCAGCAAATCCTTCATTTCCTATTTTTACTGCTTTATCAGGTCTTAATGTAGGTCTTACT +TCACAGTCAAAGTTTTCATCTTGAGCTATTTTTATATGATGTTCTAAGTTATCAGCTGGA +TCATCAGTAGTTGCTATATACTTTACATTTGATTTCTTTATTATGCTTCTGGCACTGAAA +TCATCACTTTGGATAACTTCATTACACCTATTCCATATTTCTTCTGCATTCTCTTCACTT +AATACTTCTTCTACACCAAAGTATGTCTTTAACTCTAAATGAGACCAGTGATATATTGGG +TTTCCTATTAAGTAAGGCATTGCTTTTGCAAAAGCTTTGAATTTTTCAAAATCACTTTTA +CTTCCAGTAATATACTCCTCATCTATTCCAAAACTTCTCATTGCCCTCCACTTATAGTGA +TCTCCATATAACCATATTTCTGTTATATTGTTATACTTTTTATCTTCAGCAATCTCACTT +GGTATTAAGTGACAATGGAAGTCAAATATAGGCATATTTTTTGCATGTTCATGATATAAA +TATTTAGCTGTTTCATTTTGTAATAAGAAATCTTCATCCATAAATTTTTTAACCCTTGTA +ATATCTTTTAACATATTTATAGCCCCCTTTTATTATAAAGTTACACCGTCTTTTAATATT +GATATTTCTCTATATCCATTCTTTTCATTTTGCGCTATATATTTTCCTGAAGCTGTATCA +AGTATAAGATTAAAGAATGAATCGTCTACAGATTGTGCATCTTTTGTTTCTATTAACTCT +CCAGCATTAAAGTCTATCCAATGTTTCTTCTTATTATATAAATCTGTATTAGTAGATATT +TTTAAAGTTGGAACTGAACCTCCAAAAGGTGTTCCTCTACCAGTTGTAAATAAAACCATG +TGAGCTCCAGCTGCTGCTAGAACTGTTACTGCCACTTGATCATTCCCTGGACCATAAAGT +AAATTAAGTCCTGTTTTAACTGCTCTTTCACCATAACCAAGTACATCTGTTACTATAGCT +TTTCCGCCTTTTTGAACACAACCTAATGATTTTTCTTCTAGAGTTGTTATTCCACCCTTT +TTGTTTCCTGGAGATGGATTTTCATATATTACTTGGTCATATCTTATAAAGTATTTTTTA +AAGTCGTTTATTAAATCAACACTTTTATCAAATACATCCTTGTTTACTGCTCTATCAAAT +AATATCGTTTCAGCCCCAAACATTTCTGGTACTTCAGTTTGTATAGATGTTCCACCTAAA +GCAACTATTTCATCTGATAATCTTCCTAAAAGTGGATTTGCTGTTATACCAGAGAATGCA +TCTGATCCTCCACATTTAAGACCAATCTTTAATTTAGATATATGTACATCTTCTCTTTCA +AATTTAGAAGCATATTCTACTAATTCTGATATTAATTTTTTTCCTTCTTCTATTTCATCT +TCGACATCTTGTATATTTAAGAATTTAATTCTATCATGATTGATAGGTTCCAATATTTCT +TTAAAACTTGCTAAAGTATTATTTTCACATCCAAGGCCTACAACTAAAACCCCCGCTGCA +TTTGGATGATTTACTAATCCTGAAAGTATTTTTCTTGTATTCTCTAAATCATTACCTAAT +TGAGAACATCCATGTGGATGCTCAAAGTAATGAACGCCGTCAACTTTATCATTTATAAGC +TTATTTCCTTCTTTAACTAATAAAGCGCATGTTTTATTTATGCATCCAACTGTATTTATG +ACCCATATTTCATTTCTAATTCCAACATCTCCATTTTCACGAACATATCCTTTAAAGAAA +ATGTCTTCATCCCTTTTAGGTTGATTTAAGTCATTTTTATTGAATTCATACTCTAATATA +CCATCTAATCCAGTACTCATATTATGAGAATGTATCCACTCTCCAATTTTTATATTTTCC +TTAGCTTTACCTATGCTATATCCATACTTTAATACATCATTTCCCTTAGATATTTCCTTT +ACTGCCACCTTATGACCTTTTGGAGTATCTTGTAATAATGTTATATTGTTATCATCTAAG +CTGATAGTGTCTCCCTTGACACCATCAGCTAACAGTACAACTACATCATCTTCTTTATTT +ATCTTAATGAACTGGCTCATATTCCTTCTCCATTGTTTGTAATTTTTCAGTAATAACTTC +AACTATGTTTAAATACGTAGCTAAGTCCTCGCCCCAAAGTTTTGATTCACTTAATATATG +TCTTACATATTCTTCATTCTTTTCTTCAAACTTAGAATGTGCTTCACTCATAAATTCTAA +TACTTCTGGAGTATCGAATACTTTATACTCATTTCCATTAAAATCATGACCTATATATCC +ATTTTCTGTTTTTTCTATTTGATAGAATCTTAAAAGTCCTGCTAAACCTACCATCATATT +TTCCGGTAATTTATTATTCTCTTCTATGAAAGACTTCACTGTCGGCCATAATCTATTTTG +GAACTTAGACACTGAATTCATAGATATTGATTCTAATTTATGTTTTATATGCGGATTTCT +AAATCTTCCAAGTACAGTAGATGCAAATTCTTCTTTATTTCCTGTTCTATTTTTTAATGA +AGGCAATATTTCTTTTTCTAATGTTTCATTTAAATATGCTTTCATTGTTTCATTTTCTAC +AACTTCATCAACTTGATTAAATCCTTTTAATATACTTTGTGGTGTTATTAATGTGTGAGA +TCCATTTAAGATTCTAACTTTTAATAATTGAGTATCATGTAAAGATTCTAACCACTGTAC +ATTAAGTCCAGTTGCATTTAGTGGTAATATATTATCTAGTTCTTCACTTCCTTCTATAGC +CCATAAAAAGTATGGTTCACACATAGACATTGCGCCATCTTTATATCCTAATCTTTCAAA +ATAAGCTTGTGAATCTTCTCTTGGGTAACCAGGAACTATTCTATCAACTAAATTATTTAA +GAATACACAATTCTCTTCAACCCAAGTCTTGAACTCTTCTGATGCTCCAAAATCTTCAGA +ATGCTTAGCTACAAACTCTTTTAACACTCTTCCATTTTCTGCAACTAGTTCACAAGGGAA +TATAAGAAGTTTTTTAGAAATATTGCCTAAAACTTCAAATCTATGCATTAAGAATGCAGT +AAGCTTACCTGGGTATAAACCTTCTGTACATACATTTTCAAGTTCTACTTTTTTGTAAGC +AAGTCCAGCTTCAGTAGTATTTGATATTACAACTTCTAAACTTTCTTGTTCTGCTATTTT +CATAAAAGTATCCCATTCTGCATTATAATTAAATACTTTTGAAAATACAGATATTACATC +TTGTTCAAATACCTCTGTATCACCCTTAAACCCTCTTTGAATTACTGTATATAAATTATC +TTGAGACTTTAGTGTATTTATTTTTCCATCATGGTTTAAAGGACAAGTTAATGCTATTGA +TCCATCATACTTTCCTGCTTTTATTGCTTGGTCTACCATCCAATCAAAGAATGACATTAA +GAAGTTTCCTTCTCCTACTTGCATTATTTTTATCGGACTGTTTAATACCTTTTCATGATG +CGCTCTTTGAGATTCAGTTAAGCAATCCATACTTAAATTTCTTATTTCATTACTCATATT +AATTTATCTCCCTTTACATATTGAAAATTTTACCTTTTTATATTTTGTAATCCTGATGTC +ATAAGTGTCTCAACATCATCTAAACAAACTAAGTTTATATCACCTTGAATACTATGTTTT +AAAACGCTCGCGCAAGTTGCAAATTCTACTACATCTTCATTATTTAATTTTTTTAACAAC +CCATGTAATATACCGGCTGTATAAGAATCACCTCCGCCAACTCTATCTAATATGTCAAAG +GTATATAATTTTGATTTATTTAACTTTTCTCCATCGAATAAAAATCCTTGTAGTGAATTA +TTATTTACTGTGTTAACTTTTCTTTTTGTACATGATGCATATTGTAAATTAGGGTAATTA +TCAAATAACTTCTTATATAATGAAGTTAAACAATCTTCAAATTCCAATCCTTCATCCACT +TCATACTCTAATATATTTTTAAAATCTAATATACCTAAAAATGCAATATCCACAAATGGA +AGTATTTCAAACATGAACTCTCTAGCTTCTTCTAAGCTCCATAGCTTCGATCTGAAGTTT +GAATCATAAGAAACAACTATATTTCTTTTCTTAGCTTCCTTTGCAATTTCTAAAGTTAAA +TCTTTTATCTCTTTACTTAATGCAGGATTTATGCCTGACACATGAATTAACTTTACATCA +TTTAGCATTTCTTCTATATTAAATTCATTCCTTTTAGCTAACGATATAGCTGAATATTTT +CTATCATATGTAACATCAGAATTTCTAAGTCCATTACCTTGTTCTAAGAAGTAAATCCCT +AGTCTTCCTTCTCCCTTTATAATTTCCTTAGTATAAATTCCAAAAGAATTCAAATCTCTT +ATTACTTTTTCTCCTAATGTATTATCTGGTACCTTTGTAACAAATTTTGTATCATGTCCA +AACATACTTAAACTACAGATAACATTTGCTTCTCCACCAGCATAAGTAGCATCAAAAGAA +TTTGCCTGTATTACTTTTTGAAAACCTGGAGGTGTAAGTCTTAGCATAACTTCACCAAAA +CCTAAAACCTTTCCATTATTATTAACTTCTAATCTTTTCAATTTTATTTACAAACTCCTT +AGCTAAATTTTCTATGTCTTTTAAGCTTCCTGAATTAAATAAAGAACTTCCTACCCCTAC +ACAAGAAACTCCCATTTTAAACCATTCATCTATATTATCTATACTAACTCCGCCTGTAGG +CATTATTTCAACATGAGGAATTGGTGCTTTAACAGCTTTAACATACTTAGCTCCAAATAC +ATCTCCTGGGAATAACTTAACCATTTTATTTCCTTTTTCTAAGGCATACATTATTTCAGT +TACAGTCATGCATCCTGGTAAATATACAACTCCCAATTCTTTACATATATCACTTACTTC +ATCTGAAAATCCTGGACTAACTACATATTCAGCACCAGCTTCAATAGCATCTTTGGCCAT +TTTACCATTAAGTACACTACCTATACCTACTAAAGCATCTTTATAATTCTTTTTAACCTC +TTTTATAAGTTCTACTACATTAGGTATTGTATAAGTTAGCTCTAAGGCTTTAATACCTCC +ATTCAAGCATGCATTAACATACCCCAATGCTTCCTCATGGTCTTTCGCTCTAATAACTGC +TACTATTCCTTCTTTTTTTAGTTTACTTAACATACGAACCTCCCTAATAACCTTGTATAC +CAGTTTGTTTCATATAAAAATTCTCCAATTATATATTATCATTGAGTTTTAATCATAAAC +TATACTATATATACTAATTTATAATTATTTTCTATGAATCTTTTAACTAGTATTATAGTT +TATATTTACATACAAGAAATCATTTTCTCTTTACCACTTGTATACCAATATAGTTCAATT +ATACAATATTTTTAAATTTTTTCAATATTTTACTTATTATTTTATTAAAAAAATTTATTT +TTATCAAACTTGTATACATCTTCATAAATAAACTATAATCTAAAAAAAGATGTGATCATA +AATTAATCACATCTTTTTTAATATTTTCATGCATCACGTACTTTTTACTTAAAATATTTA +GATATTTCCTCATCATGCTTTATTAGATAATCCCAACTCTTCATTGAAAACTTCATATGT +TTATCTATTAATTCTTCTACCTTACTTATATCTTTATTATTAATAACATTTAAAAATTCT +CTATGCTGCTCCACTACCGATTTTTTAGAATCTTTTTTCTGAGTTAGCAATCTCATTCTA +TTGTAATGAGTACTTATATTTAGTATACTACTCCATACATGTGTTTTATTAACCCCTGCA +AATAATAATTCATGGAAACTAGTATCCAACTTGTGAAATTCAGTTTCTCCACCCTCCATA +TTAGCTATTATTTCTTGTGCAAATAAGTTTTTCTCTAAATCTATCATTATTTCATGTGGG +AAGTTTTCACATGCTAATTTTAGCACTTTCTCTTCTACAGCAAATCTCATAAACAACGCT +TCATCTATTAAATCAATATCTATAAGAGATACATATGTACCAGATTGAGGCTTTACTTCT +ATTAAATGTTCACTTTTCAATCTCATTATTACTTCTCTTATTGGAGTTCTTGATAAATTT +AGTTTTTCTGCTAACTCAAGCTCACTTAATAGTTCACCCGGCTTTAACTCTAAAGACATT +ATATTTTCTTTTAGAACTCTATATGCATACTCTTTTCCTGTCTCTTTGTCTTTTCTTTCA +TATAGTATCAATGTAGCTCACCCCCTAAATATAATCATACTATATTTATCTAAAATTCTA +TAACTAGTATACTAAACATAAAAAATAAATCAAGTTTATACATTATTACGTTAGAACCAA +TTTCTATAAGTAAAAGGCAGATAAAATTCTTTTATAAAAATTTATCTGCCTCTTTTTGTT +ATGTTTATTTATATTGTAAAGCTTATATTATTTTAATTTATATTCTCTAATTAATCAATA +TTAATTTACATAGCCTCATCTTTTTCAAATTGAGAGTTATATAAATTTGCATAGAATCCA +TTTTGAGCTAGTAACTTTTCATGATTACCAATTTCAATTATATCTCCCTCATTCATTACT +AATATTAAATCGGCATTTTTTATAGTAGATAATCTATGCGCTATTATAAAGCTAGTTCTA +CTTTCCATAAGATTATCCATAGCTTTTTGAATTAATATTTCTGTTCTTGTATCCACTGAA +CTAGTTGCCTCATCCAAAATTAATATTTTAGGGTCTGCAAGTATAGCACGAGCAATTGTA +AGTAACTGTTTTTGTCCTTGCGACACATTACTTGCTTCTTCATTTAACACCATGTTGTAT +CCATCTGGTAAAGTTTTTATAAAATGATGTACATGTGCAGCTTTTGCAGCCTCTATAACC +TGTTCATCACTTGCATCTAATCTACCATATCTAATATTATCTTTAATACTTCCATTAAAT +AGCCAAGTATCCTGAAGAACCATTCCAAATAATTCTCTTAATTCACTTCTATTAAAATCT +TTTATATTATGATTATCTATTAGTATCGCTCCAGAATTAACATCATAGAATCTCATTAAA +AGTTTTATAATAGTTGTTTTACCTGCTCCTGTAGGTCCTACTATTGCAACCTTTTGTCCT +GGTTTTACATGCGCTGTAAAATCTTTGATTATAATTTTATCAGAGTTATATCCAAACTTA +ACATGATCAAAATCAATTCTTCCTTCTATACCATCGATACTAACAGCATTTTCTACAGTT +TGATCTTCCTCTTCTTCATCTAAGAATTCAAATACTCTTTCCGCTGCCGCTGCAGTAGAT +TGTAATAAATTAGTAACTTGAGCTACTTGAGCTAATGGTTGTGTAAAGTTTCTTACATAT +TGTATAAATGATTGTATATCTCCAACTTCAATAGTCTTTCTAATAGCTAACCATCCACCT +AGTATTGCCACAACTACATAACCTAAGTTACCTACAAACATCATAAGCGGCTGCATTATA +CCTGATAAAAATTGAGATTTCCATGCTGATTGGTATAAAGTATTATTTAATTTATCAAAT +TCATTTACAGCTTCTTCTTCACCATTAAATACTTTTACTATGTTATGACCACCGTATAAC +TCTTCAACTTGACCATTTACGTGACCTAAGTATTCTTGTTGAGCTTTAAAGTATTTTTGT +GATCTTTTTACTATTAATGATATTAATATCATAGATATAGGTAATATAAGTAAAGTTACA +CCTGTCATAAGCCAACTTATAGATAACATCATTACAAGTACACCTATAATTGTAGTTACT +GATGTTATTAACTGAGTCATACTTTGATTTAAACTTTGACTTAGAGTATCTATATCATTA +GTGATTCTAGATAAAACTTCACCATGAGTTTTTGTATCAAAATATCTCATAGGTAATCTA +TTTATTTTCTCTGATAATTCATTTCTTAAGTTATATGCAACTTTTTGAGATATTCCACTC +ATTACAAACCCTTGTATAAATGAGAATATTGCACTTAATATATATAATCCAATTAACGCA +ATTAGTATTTTCCCAATTGCATCAAAATCAATTCCAGCTCCAGTAGCACCTGAAACTTTA +GCAACTAAACCTTCAAATATTTTAGTTGTAGCTCTACCCAGTATCTTAGGTCCAACAACT +GAGAATGATACACTTCCAATTGCAAATATTATAACTAATATTATAGAAAGTTTAAATTTA +CTTAGGTAGCCTAGTAAAGTTTTCATTGTACCCTTAAAATCTTTAGCTTTTTCTCCTGCG +CCACTCATAGGGCCATGTCCCATAGGGCCTCCCATTCTTTTTGGTTTTTGATTATTACTC +ATCAGCTAGCTCCTCCTTTGAAAGTTGTGATAAAGCTATTTGCTTGTATACTTCACAATT +ATTTAAAAGCTCTTTATGAGTTCCTTTTCCTACCATTTTACCTTCGTCAAGAACAATTAT +TTGCTCTGCATTTAAAATTGTACTTATTCTCTGTGCAACAATTAATACAGTACTTTCTGA +TATTTCTTCCTTTAAAGATTTACGAAGTTTTGCATCAGTTTTAAAATCTAGTGCAGAGAA +ACTATCATCAAATATATAGATTTCTGGGTCTTTAGCTATAGCTCTAGCAATAGAAAGTCT +TTGCTTTTGACCACCTGAAACATTAGTCCCGCCTTGTGAAATCTTAGTTTCATATTTTTC +CGGCTTAGATTCTATAAACTCTGTAGCTTGAGCTATTCTTGCAGCCTTATTTATATCTTC +TTCTGTAGCCTCTTTTTTACCATATCTTAAATTTGAATCTATTGTTCCTGAGAATAATAC +ACCTTTTTGAGGTACATATCCGATTTTTTCTCTTAAATCATGTTGCGTAACATCTTTTAT +ATTTACACCATCTACTAATATTTCACCTTTAGTAACATCAAAGAATCTAGGTATTAAGTT +AATTAGCGTTGATTTCCCACTACCTGTACTTCCGATAAATGCTGTTGTTTCTCCAGCATT +AGCTGTAAATGAAATATCAGTTAAGATATCCTCTTCTGCATCTGGGTATCTAAATGAAAC +ATTCTTAAACTCAATAACACCTTTTTTATCTTCTTTAAATTGAACCGGTTTTTCTGGATC +TTTAACGGAAATATCTGTATTTAAAACTTTATCTATACGATCAAGAGATACTAATGCTCT +TGGTAACATAACTGATACCATAGATATCATTAAGAATGACATTACTATTTGCATTGTATA +TTGTATAAATGCCATCATATCTCCAACTTGCATTGTACCTGCATCTATACTATGAGCTCC +ATTCCAAACAATTAGTACTGTAATAGCATTCATTACAAACATCATTGCTGGCATCATACA +AGACATCACTCTATTAACAAAAACATTAACCTTAGTTAAATCCTTATTTGCTTTTTCAAA +TCTTTGTTCTTCATATTTTTCAGTACTAAATGCTCTTATAACTGGAAGACCTGTAAGAAT +TTCTCTACTTACTAAGTTGAGCCTATCAACTAAACTTTGTAGTATTTTGAATCTAGGCAT +AACAACTATAAACATTATCATAACTAACACTAAAACAGACGCAACACCTACACCAATAAT +CCAAGTCATAGATGTATTAGTTTGTAACACCTTTAGTACACCACCTAAGCCTAATATAGG +CGCGTAGAATACAATTCTTAAAAACATTACCATCATCATTTGTATTTGTTGTATATCATT +AGTACTACGAGTTATTAAAGACGCTGTAGAAAACTCAGTTATTTCTTTATTTGAGAATGA +CATAACTTTCTTAAATACAGAACTTCTTAAATCTTTACCTAAAGTAGCTGCAACTCTAGC +TCCTAATAACCCTACTAAAACTGATGCCAGAACACTTAGTAATGTTATTCCTAACATTTT +TAAACCAGTCATTATAATATAGTTGTTTTGCATCTTTTCTGTATTAATGCCTATTGCTTC +ATACTCACTTTTCACATAATTAACTGCACTTTGATCTACCATAGTTTCGGGTAAATTTTT +AAAGTTTTTATCTATTTCTTTTGTAATAGCAGTTAAATTTTCTTCAGGCATTGATGATAA +TACTTTAAATATATCAACATCACCATTTTGTGTAGCTGACGTTGGAAGATTAGCCATCAT +TTGCTTCTTCATAGCATCAACTTCTGTACCACCATTTTCAATTCCAGATACTATTAATAT +CGGCTTACCTAATATACTACTTAGTTCGTCTATTATTTCTTTATCAGTAGTGCTTAACTT +ATAAAGATCTTCTTTTTCTAAAGCAGGATATTCTTCTTTATATTTATTGAATTCTTCTGT +TGAAATAGAGTCTTTACTTAGCAGATTATAATTTTGTAATACCTTATCTTTATCAGCTGA +GCTCATAAATATTGTAATTTTATCTAGTTCACTCTTTCGTATTATTTCTGGTACTGCATT +TTCTACTCCACCTTGCTGTATCCCAACATTTACTATACTTGATGTATAATCAGGTAGGGC +AAGTTCACATATCGCTTGACCTATCAACAATGCTACGATGAAAATAATTGATAGGGTAGA +TTTTTTTAAATATTTTACTAACTTATTCATCTTTTATACTCCTTTATGTTATTTATATTC +ACATTCCATTTCAATGATAGTATCATACATCTTTTTAAATAAACGTATCATTTCATCGGT +ATCTTCTTCACCCATTTTTTCTACAATTCTATGAGTAAATTCTTCAAACATTTTTGTTTC +CTCAGCAAGAATCTGATCACCATCTTCAGTTATGTTAATATAGACAACTCTTCTGTCTGA +TTTATCTGTTATTCTATTTACAAATCCCTTTTCTTCTAAAGTATTTATTAATTTTGAAAT +TGCCGGTTTTGTTACCGATAAAAACTTACTTAAATCAGAAGCTTTAACGCCTTTTGAAGA +ATACTCATTTGTACTTTCACTATTTTTTAAATATTTAATAGTTTTGAGAAGCATAAACTC +TCTATTTGGCATATTCTTTTTCCTAAATCCATTATGGGCAAGCTTATTAATTTGTGTTAT +GACACTTAATAGCTCTTTTGATTTATCCTTTGATACATCCATTTACAATTTAACCTCCCA +ATTTTAGTTAACCTAAATAATAGTTAACCATGATAAATATTATTTTAGTTAACTATTTTA +TATTAGTCAATAGATTTATTGATTAATTTTTCATAAACTTAGTTATTTCCCATATTTAAT +ATATAAATAGCATAATTGTATATGATAAATTATCATATTAAGTGCAACATCTAAAAATAT +GTAAAAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACT +TTACATGAAAGG +>MGYG000000001_15 +AGTAGATTTAAAAGTTTTCATAATGAATAACCTCCTTTGGATGGATTTGTCGTTACTTCC +ATTTAACCAAAGAAGGTTATTTTTTTCATTATATAAATTTTGTAAAAATCAAGTTGCAAA +CATTAACTAGATGCAACACTAGAAACTTTTAAGTCTTCTTATTTTTTTTATTAAAAAGCA +TAATTTATTTTATATTTGAATAAAATTTTACAATTAAGGAATTATAATAACATAATTAGT +AAATATAGGAGAATACAAATGTTAAATAATAAGATATATACAAAATTTATATGCGTAGCT +ATACTTATATTTTCAATTATAGGAATGATAAAATATTATGGATTTATAGATAATAATTCT +TATATAGAAACCCTAAATATTTTTGAAAATAATTCTAAACGATATGTATATCCATTAGGG +AATATAGTTGGTATTAAAGCAAATACAGATGGAGTTTTGGTAATAGGATATGAAGAAGAT +GATATAACGTATATAGGAGGCCTTAAAATAGGTGACAATATTGTTAAAATAAATAATAAA +AAGATTAATAGCAGTAATGATGTATCGGAGTTATTAAATACTTTAAAAACGGATGAAGTC +AAGATAGGATTTCAAAGAGATAATGAATATAAAGAAGAAATTGTAAAAGTAAAAAATGAA +AATGGCAAATATAAGTTAGGTTTATGGGTTAGAGACAAAATATCGGGAATAGGGACAATG +ACTTTATATGACCCTAGTAAGGAGACCTTTTTTGCTATTGGTCATGTTATTACAGATGTA +GATACTAATAAACTTTTGAAAATAAAAGAAGGATTTTTATATAATGCGAATAATTTAGAA +ATTATAAAGGGTAATTCAGAAAATGTAGGAAAGATAAAGGGGGAATTTGATTTAAGTAAA +GCTATAGGAAAATTTGATAACAATTCAAACTTTGGAATTTGTGGGAATTTATTAGATGAA +ATAAATTTATTGAGTGGGCAAATAGAATTAGGTACATCTAGTGATGTTAAAATTGGAGAT +GCTGTAATTCTTTTTGAAGATGAAAATAGAAATATAAGAACCTATGATATAAAAATAGAA +AAAATAATAGATGATAGCACATGGGATAGAGATATGGTAATAAAGGTTACAGATGAAGAT +TTGATAAATTATACTGGCGGAATAATTCAGGGAATGAGTGGTATTCCTATTATACAAAAT +AATAAGCTTATAGGCAGTATTACTCATGTTTTTAAGAAAAACCCTAAAAAAGGATATGGT +ATTTTTATAGATGAAATGGTAAAATAAAAAATAGATTATAAAATTTTAATAAATATGAAG +GATTATAATTTTACTATGTCGAATTGTCTTTTAGTAAAGAATTAAAAAAATAGATTTTCT +GAAAATAAGAGAATGTTTTATTAATGGGGGGAATTTTAGTGAACGAAAAAATAAAAATAG +TTTTAGCTGATGATAATAAAGACTTTTGTCAAGTTTTAAAGGAATATTTATCAAATGAGG +ACGATATAGAAATATTAGGGATTGCTAAGGATGGAATTGAAGCATTAGATTTAGTAAAGA +GAACTCAACCAGATTTATTAGTTTTAGATGTAATAAGGCCACATTTAGATGGATTAGGTG +TTATTGAAAAATTAAATGCTATGGACATACCAAAAATGCCAAAAATAATAGTTTTATCAG +CAGTTGGTCAAGATAAAATAACACAAAGCGCAATAAATTTAGGGGCAGATTACTATATAG +TAAAACCTTTTGACTTTGTAATATTCATCAATAGAATTAGAGAGTTAGTATCTAATAAGA +CTACTCATATAGAACCAAAGTCAAGAGTTAACACAGATATTCAAATGACAAGAAGTGATT +TTGTTAAAAATTCTGGGAATATAGAAACTGAAATAACTAATATAATACATGAAATAGGAG +TTCCTGCGCATATAAAAGGATATCTGTATTTAAGAGAAGCTATAAAAATGGTAATAGATA +ATGTGGAGCTTCTAGGAGCAGTAACAAAAGAACTATACCCAAGTATAGCTAAAAAGTTTA +ACACTACTCCAAGTAGAGTTGAAAGAGCTATAAGACATGCTATAGAAGTAGCATGGAGTA +GAGGTAAAGTAGATACAATAAATCAATTATTTGGATATACTGTTCATAACACAAAAGGAA +AGCCAACAAACTCTGAATTTATAGCTATGATCGCGGATAAATTAAGATTAGAGCACAGTA +TGGTAAAATAATTTTATAGATATTAAGACAATAAGCCTTCTCGATAAAAGAAGGCTTATT +TTTTGATATAAAGCATAAAATAAGATAAGTATGAACGAAATCTTTTAATATTCCATATAA +TTAACAATATTAACTTATAAAATAATCAAGGAGATATAAAAATGGAAATATATTTACCCC +AAAAAGTTAAATTCATAATAGATAAAATGTATGAAAGAGGATACGAGGCATTCATAGTGG +GGGGATGTGTAAGAGATAGTATACTTGGAATAACGCCTAATGATTATGATATAACTACTA +ATGCTAGACCAGAAGAAATTATAGATATATTTAAAGGTTTTAAAATTATTGATAATGGAA +TAAAGCATGGAACCGTAGGGATTATAATAGAAAAAGAAGTATATGAAATAACTACTTATA +GGATAGAAGATGAATATGAAAATAATAGAAGACCTAAGAATGTTGAGTTTACGTTAGATA +TAGAAGATGATTTAAAAAGAAGAGACTTTACAATAAATGCAATTGCATATAATGACAAGT +TAGGTATAATAGATAAATTTGATGGCATCAAAGATATAAAAAATAAGATTGTAAAGACAG +TCGGTAATCCAGATGAAAGGTTTAACGAAGATGGATTAAGATTGGTTAGAGCAATAAGAT +TTAGTAGCAAATTGAATTTTAAAATAGAAGACAAAACATTAAAAAGTATATATAAAAATG +TTGATATTATAAAAAATATAAGCAAGGAAAGAATTACAGATGAATTTACAAAGATGATTC +TTAGTGACAAACCTCAAGATATTATACTTTTATATAAAACTGGAATATTTAAATCTATAG +GGATTTTTTCATATATCAATAAAGAAAAATATGAAGATTTAGAACAAGAACTTCGAGTAC +TAAATAATTGTGAAAGTAATTTAGTTAAAAGAATGGCAATGTTAGAGTATATTATAAAAA +AGAAAAAAATTCCGTCTAGAAGTATAGTTGATAACTTAGTATACTCTAATAAAATTAAAA +AAGAATGTAAGATCTTAGTTGAGTGTATGTTAAAGGATAATATAGAGCTAAATTCAATAG +AAATAAAGATGCTATTAAATAAAGTAGGACCAGAAAAAATAATAGAAGCGTTAAATTTAA +AAAAAATATACTATAATAATTATTCATCAAGAATAGAAAAGAAAAATGATATTGTAGATA +AGATTTTTATAATAAATAACATAATCAAAAAAATTTTAGAAATAGAAAGTAATAAAGAGT +GTTATAGATTAAAAGATTTGGATATAAATGGGAGTGACTTAGAAGAGTTAGGATACAAAG +GAAAAGACATAGGGGAAATTTTGAATGAATTACTAAATAAAGTTATAGCAAGTCCAAGTT +TAAATAAAAAAGAGATACTTATAAATCTACTGTAAATTTATTATATAGCTAATAGTTTGC +AAATTGCGGTATAGTAAAAATAAAAAATGTAAATTTTAATAGAAGTATAGTAAAACAGGA +GTATATGTAGGGGAGAGTAGAAAAACAGGTTAAAATATTTCTTTTATTGCTAAATAATGC +TATAATGTAATTTGATTTTAAAAACATATCGGAGGTTTAAAATATGAGAGTCGAAGCCCC +TATTAAGGTAGATAGAAAGACTAAAAGGCTTGCGAAAAGACTTACAGGAGGAGAAATAGC +AGTAATAAATCATATAGATTTAGATGAAGTTGCAGCAAATTCTTTAGTAGAAGGGAAAAT +AAAATTAGTAATTAATGCAGCACCTTCTATAAGTGGTAGATATCCTAATAAAGGACCAGG +AATACTAACGGATAAAAATATTTTAATAATAGATAATGTCGGAGAAGAGTTATTTGATGA +ATTAAATGAAGGACAGGTTATTGAAGTTGTAGACGGTCAAATATATAGTGATGGCAAACT +TTTAGGAAGCGGAGATGTTTTAGACAAAAATGCTGTTTCAAGAAAGATAAAAGAAGCATA +TGAAAATTTAGGTATAGAATTAGATAGATTTATTGACAACACTATAGATTATGCCAAAAA +AGAAAAAGGGCTTATTTTAGGAGAAGTTGAAATTCCAAAAGTTAAAACTGATTATAAAAA +TAAGCATGTTCTTATTGTTGTTAGAGGACAAGACTATAAACAAGATTTAAGCACGATAAT +ATCTTATATAGAGGAAATGAAGCCTATTCTTGTAGGGGTTGATGGTGGTGCAGATGCTTT +GCTTGAATTTGGTTATACTCCGGATGTAATTGTTGGAGATATGGATAGTGTAAGTGATGA +GGCCTTAAGAAAAACAAAAGAAATTGTTGTTCATGCGTATACTGATGGTAGAGCACCTGG +TTTAAAAAGAGTACAAGACTTAGGGTTAGATGCGATTGTATTCCCAGCACCTGGGACTAG +TGAAGATATAGCAATGTTAACTGCATATGAATATGAAGCAGAGCTTATAGTTGCAGTTGG +AACGCACTCTAATATGATTGACTTCTTGGAAAAAGGAAGACCGGGAATGGCGAGCACTTT +CTTAGTAAGGTTAAAAATAGGATCAAAACTTATAGATGCAAAGGGTGTAAATTTATTATA +TAGAAGTAGATTAAAGCTTAAGTATATATTTGCATTAATCTTGACGGCATTATTCCCAAT +ATTAATAGTTGCGTCTTTTTCACCAAGTGTAAAACAATTTATACACTTAATGCAGCTAAA +GTTTAGGTTATTATTACAGATGTAAATTTAGGAGGATTAAGATGCATATAAATATGAAGT +ATTATATAGTAACTATAGGTGCTATATTCATATCGTTAGGAATAGGTATGTTAGTAGGGT +TTAATTTAAATTACGATCAAGAGCTTAGTAAACAGCAAGCACAAATAATCGGTGATTTAG +ATGTTAAATTTGAAGAGCTAAGAGAGAAAAATAATGATTTAGAAAATAAATTAAAAGAAA +TAAATACAAGTTATGATAAAACTATTGATTATATTAATAATAATGCTGATAAATTAATAT +CTGAAGAGTTGACTGATAAAAATATAGGTGTAATATCAATAAATGGAAATAGTAATTCAG +AAGATATAGAAAATACTATAACTAAAGCAGATGGAAATGTGGTTTTCAATATCAATTTAA +AGATGGATACAATAAGTGATGATGTTCTAAATGATATATCAGCTAAAATTGGTGTAGATA +TTAAAACTGAAGCAGACTTTATTAATTATGTAGTAGAGTCTTTAAAAAGTGATGATGCAA +AAGAAAAGCTAAAGTATCTTGAAGAAGTTGGACTATTAAGCTTAAACAAGTTAGGAACAG +ATTATGCATCTTATACTTCAGTTATACTATCAGAAGAAAGTAACACTAAAGATCTAGAAA +AACATTTTGAATTAATAGATAAATTATTAATAGAAAAGTTAAAGTCAGAAGGGAAATATT +TAGTTGGTGTTGAAAATACAAATAAAAAAACATCATATATAGAATTATATTCTGATAATA +AGGTTGCTACAATAGATAATATAAATGAAGGTAGCGGTAAGTTAGCGCTAGTATTAGCTC +TAAAAGATGGAAATGTAGTTGGGAACTTTGGAATATCTGAAACTGCAGAAAGTTTAATAC +CATATAAATAAAAGGAGAAAAAAATATGAATCCTTATATAAGCATGATAATACCTGCATA +CAATGAAGAAATAAAAATAAAGGATACATTAGAAAGTATAAAAGGTATAAAAGAAATAAA +TGAAATAATAGTTGTAGATGATGGATCAACTGATAAAACTACAAAGATTGCTTCAGAAGT +AAATAGTGAAAAAATAGTTGTTTTAAAATTGGATAAAAATAGGGGCAAGGGATATGCATT +AAATTATGGACTAAAAATAGCAATGAAAAATGCAGAAATTATAGGTTTCCTAGATGCAGA +CTTAGGAAGTTCAGCAAATGATGTAAAAAAGTTAATAGATCCTATATTGAATGATGAAGC +TGATGTAGTAATTGCTAAGTTCCCACCAGCAAAGAAAAAAGGTGGTTTAGGTTTTGTAAA +AGGTTTGGCAAAGGATTCTGTTTTTGAAATGACTGGAGTAGAACTCGATGCTACTTTATC +GGGTCAAAGATTATTCAAAAAAGAAGTTTTAGAGAAATTTAAAGAAATACCATTTGGATA +TGGTGTTGAAGTAGGTATGACAATAGATATATTAAAGCATGGTTATAAGATAAAAGAAGT +ATTAGTTAATATGACTCATAATGAAACTGGAAGAGATTTAAAAGGATTTATTCATAGAGG +GAAACAATACTACCACATAAAGAAAGTTCTAAAGCAAAAAAAGAAAGAGTGGAGGTAGTT +TAATTTGAATAGTTTTATATTTTATTCTGTTATATTTATAATAGGATTTATAGGAACATG +TTATGCTATACCATTATTTAAAAACCTACTTATAAATAGTAATGTAGTGAGGCCAAATTA +TAAAAATGATATGATACCAGTTAGTATGGGAATTGTATTTTTACCTATGATTATTATTAA +TGGTATTATATTAGCTTTTTTCACTGTGCAGTACAAAAATTTACTATATATATTTATGTT +TATTTTTGGAATGATATCTATGTTCTTTGCAGGGATATTAGATGACATAATAGGTACTAG +AGAAGTAAGTGGATTAAAAGGACATTTTAAAAGCTTCTTTAAAGGAACTTTAACTACAGG +TGGATTTAAAGCTATTTTTGGTGGTTTTGTTGGTGTTTTAATATCTATAGCAATTTCAGA +GAGTATCCCAGATATAATTATAAATACTTTAATAATAGCTTTATCAACAAATTTAATGAA +TTTACTAGACTTAAGGCCAGGTAGAGCTATAAAGGTATATCTTGTAATTATGATAGTAAT +ATTTATAACATTAGCAGGGTATATAAAAATATTACCATTACTGATACTTCCAAATGTTTT +AGCTTATTTTAAGTATGATTTAAAAGCAAAAGCTATGATGGGGGACACTGGTTCAAATGT +ACTTGGGATATCTATAGGAATGATTATGGTTTTTGGATATTCATTTAATGTTAGAGTAGG +TTGGTTAGTATTTTTAGTGCTTATACATATATTAACAGAGAAATATTCATTAACTAAAAT +AATTGAAAATAATAAAATATTAAACTTTATAGATAAGTTAGGAAGGTAAAACTTATGATA +AGTAAAAAAATAGGTATAGTAGAATCGATAGTTGATAAAAGTGAAAACTTAGACGATATT +AGAGTTAATATTAATGGAAATATACAAAAAGCATATAACTATCCTAAAATGAGTGGGAAT +GTTAATGTGGGTGATGAAGTTATATTAAATACTACTGCTGTAGAGCTAAGTTTAGGTACT +GGTGGTTATCATTTTGTTATATCTAATTTAAATAATATAGAATCGAACTTTACTCCAGGT +GGTCATATTATGAAATTAAGATATACACCTTTTCAAGTTAAGGTTGATTCAGTAGAGGAA +CAGGAAAGTAGTTATCATAGTGCAATTGAAAACTTTAAAAGTTTAGATAATATGCCTGTT +GTAGTTGGTACTTTACATAGTATGCTAACTCCATTTGTGGCATCTTATAAAAAAAATAAT +CCAAATAAAAAATTAGTTTATATAATGACTGATGGGGCTGCACTGCCTATATATTTAAGT +AAGAACGTAGAAACTTTAAAGACTAGAAAATTAATAGATTCTACTATAACTATAGGCAAT +GCTTTTGGTGGCGATTATGAATGTATAAATATTTATACAGCATTAATAACTGCTAAAGAA +GTAATTAATGCAGACGCAGTTTTTGTTAGTATGGGACCAGGTATTGCTGGTACTGGAACT +AAATATGGATTTACTGGAATCGAACAAGGTCCAATTTTAGATGCAGTTAAAAAACTAGGA +GGAATGCCAATTGCAGTTCCAAGAATAAGTTTTGCAGATATGAGAGAACGACATAATGGA +ATATCTCATCATAGCATGACAGTATTTAATGATATTGTAAATGTTAGCGTAAATATACCG +ATTACTGTATATAAAGATAAATTAATAGATACTATAGAGAAACAAATAAAAGATAGCAAA +TTAGATAAAAAACACAATGTAGTATATATCAATAACGAAAAAACTAAAGAAGATTTAGAT +TACTTTAATCTAAAGGTTAAAAGTATGGGAAGAAATTATGAGCAAGATAAAGAACTCTTC +CAAGCGGCAAGCACTGCAGCTTATTACTTAATGGAGGTTTGTAATGATAGAGGAAAAAAC +TATTAGTAGTGATAGGGTATATACTGGAAAGACAATTAGCTTAAAGGTGGATACTGTTGA +GGTACCAAATAGAGGTTATCAAAAAAGAGAAATCGTTGAGCATAATGGAGCAGTTGGGAT +AGTAGCAATAACTCCTGAAAATAAAGTTGTATTAGTTAGACAGTATAGAAAAGCTGTTGA +AAAGGAATTATGGGAAATTCCGGCTGGTAAAATAGAAATAGGAGAAAACCCAAAAGAATG +TGCTATAAGAGAGTTGAAAGAAGAAACAGGTTATAGTGCAGAAAATATGAAATTAATTCA +TAAGTTTTATACATCTGCTGGATTTTCCAATCAAAAAATATATATTTTTCTAGCTGAAAA +TCTTATTCAAGGAGAGAGAGACCTTGATGAAGATGAGTTTTTAGAAGTTCATGAGATTGA +TAAAGATGAAGTATACAATATGATAGCACGAAATGAAATTGAAGATGCAAAAACTTCGAT +TGGAATGTTGCTAATAAAAGAATTAATATAAAAGGCATAACCTCCTCTTTTCTTACATAA +TAATTTGTAAGGTATAAGGGGAGGTTATAAATTTGAGAAGAACATATGGAAGAAAAGTTT +ATTATGAGGAACTTAATAAAAAAATAATTTTAATAGGAATGCTATTTATAGTATTTGTTG +TAGTGGGAACTTGCATGAATAAAATTAGTCCAGGCTATGAAGAATCTGTAAATGGTGTTG +TTAGCTCGATTGAAAAATACTATAGCTCTAGAGATAGTATATCAGTTAAAAATGTTATTT +TATCAAATTTAAAATTAGACTTTAAATTTATGAGTTTAATAGGTATACTAAACTTATTGG +TAATAACATTTCCAGTTTCTATTTTAATTTTTATGCTAAAAGGTGTGTCAATAGGCTATA +CTATAAATAGTTGTATATTGTTACTTAAATTAAAAAGTATTAAAATTGTGTTTGTGGTTT +TAATTAAGACTTTAGCAATTATACCAGGAGCAATTATACTTACACTAGTTTCAATGAACT +ATTTAAAAGAATTTTTTTATGAATTTAAAAATAGAAATAAAAAAAATATGATATTTTTAT +TTAAGAGATATTTATTAAATTCAATAATAATAATAGCTGTTTCACTGTTATTACAAGTAC +TGTTGAATTTCATATTTATTAATATTTTACAATTCCTAGTCAGATAAAGGAGTTTGGTAT +GGACGTCATAAAGGAATATATAGGTTATATAAAAAATAAAAAAAAATTATCTGAAAATAC +AGTATCATCTTATTTCACAGATATAAAAAAATATACTGAGTACTTAGATAATAAAAATAT +AAAATTAGAAAAATTAGGGGAAAATGATATTATAGGTTATTTAATGGAACTAGAAAGGTC +GAATGTATCGGCATCTACAGTTTCTAGGATGATATCGTCTATTAAATCTTTTCATGATTA +CTTGTTTTTTTCAGGAAATTGTAAAAGTGACCCTGCAAGAAATATAAAAAAACCAAAAGT +TAAGCAAAATAATATTGATGTTTTAACTGAGTATGAAATTAATGCCTTATTAGATTTTCC +TAAATTAGATACTCCCAGATTAATAAGGGATAAGGCAATATTTGAAGTTTTATATGGTAC +AGGTATAAAAGTTTCAGAGTTAGTAGAAATGGATATAACTGATGTAGATTTGGATATTGA +ATATATTTATTGTAACTCTGGGAAGAATCAAAGAGTGATACCTATTTCTGATATAACTAA +AATTTATTTAGAAAAATATATAAAAGAAGGACGAAATAGGATTGCAAATGAAAAGGAAGA +GGCTTTATTTGTAAACTCTTTAGGTAGTCGATTTACAAGGCAAGGTCTTTGGAAAATAAT +AAAAAAATACGCAGTAGAAGCAAATATAAATAAAAATATAAATCCTAGTATGCTTAGACA +TTCATTTGCAATTCATTTACTAAATAATGGAGCAAATATTGCAGTAGTAAGCAAGATATT +AGGAAATTCAAATCTATCAAGTTTACAAAGTTATGTAAATCAAATAAATAAAAATATTAG +AAAAGAAGTAAAAGAAAAGCATCCTAGATCATAAGTTACTAAAGGAGGACATTAAAATGA +GCAGAGTAATATGGATGGTAATAGATAGTGTGGGTATAGGTGAACTTCCTGATTCAGAGA +AATTTGGAGATAAGAATGTAAATACCTTAGGTAATATAGTTAAAGAATACAGTGATATTA +AAATACCTAATATGAGAAAGCTAGGTATAGGAAATATAGATGAAGCAGATTTTATAGAAA +GTGAAAAATCACCAATAGGTGCATTTGGAAAATGTGCAGAATTATCACAAGGAAAGGACA +CAACTACAGGACACTGGGAGATGACAGGTGTTTTAGTTGAGACTCCATTTAAGACATTTG +AAAATGGATTCCCAAAAGAAATAATAGATGAGTTTGAAAGTAGAACTGGAAGAAAAGTGG +TTGGTAATAAACCTGCATCTGGCACTGCTATATTAGATGAATTTGGAGAACATCAAATAA +AGACTGGAGATGTAATCGTTTATACTTCAGCAGATAGTGTATTCCAAATAGCGGCAAATG +AAGAAATCATACCATTAGAAGAGCTATATAAAATGTGTGAAATAGCTAGAGAGATTATGA +TGGGAGATAATGCAGTAGCTCGAGTAATAGCGAGGCCATTTATAGGTAAAAAGGCTGGTG +AATTTACAAGAACATCTAACAGAAGAGATTATTCTTTAAATCCTTTTGAGCCTACAGTAC +TTGACAATATAAAAGAATCAAACCTTGACGTTATAGGTGTAGGTAAAATTGAAGATATAT +TTAATGGACAAGGTATAACAGAGGCTATACATACAAAAGATAATATGCATGGTGTAGATG +AAACAATAAATTACATTAAAAAAGATAATGATGGCTTAATTTTTACTAATTTAGTTGATT +TTGACTCTAAGTTTGGTCATAGAAGAAATGTAGAAGGTTATAAAGAGGCACTAGAAGAGT +TTGATGCTAGAATACCTGAAATAATGGATGCTATGAAAGATGATGATATACTAATAATAA +ATGCAGATCACGGTAATGATCCAACTTATAAAGGTACAGATCATACAAGAGAGTATATAC +CTGTACTAGTATATGGTAAAAATATAAAAGAAAATGTTAACTTAGGCATAAGAGAGAGCT +TTGCTGATATAGGAGCAACAGTTGCAGATTTATTAAATGTAAAAATGCCTAAGCATGGAA +TTAGTTTTAAGAAAGACATAATGAAATAGTTTTGGAGGAATGACGAATGAAAAACATGTT +TGAAAAAGTACAAGAAAGTGTTTCTTTTATAAAAGAAAGAACTACTGTTAATCCTGAAAT +AGGTTTAATATTAGGATCTGGTTTAGGAATATTAGCTGATGAAATAGAAAACCCTGTAAA +AATAAATTATAATGAGATACCAAACTTCCCTGTTTCTACAGTTGAAGGACATGCTGGTTG +TTTAGTTATAGGTACTTTAGAAGGTAAACAAGTAGTTGCTATGCAAGGTAGATTCCATTA +TTATGAAGGTTACTCTCAAAGAGAAATAACTTTCCCAGTTAGAGTTATGAAAGCTTTAGG +AGTAGAAACTATTGTTGTAACAAATGCAGCTGGTGGATCAAATAAAAATTTCAAACCAGG +TGATTTAATGGTTATAAAAGATCATATAAACTTAAGTGGTAGTAACCCATTAATTGGAGC +AAATGATGAAAGATTTGGTCCAAGATTCCCTGATATGTCAACTGCATATCAACCAAAGAA +TGTAGAATTAGTAAAAGAATGTGCTAAAGAATTAAATATGAAGATTCAAGAAGGTGTTTA +TGCGTTCTTTAGTGGACCAACATATGAAACTCCTGCAGAAGTAAGAATGGCACAAATTTT +AGGTGCAGATGCAGTTGGTATGTCTACAGCGCCTGAAGTTATAGTAGCATCACATTCTGG +AATGGATGTTGTTGGGATATCTTGTATAACTAATATGGCAGCAGGAATACTTAACCAACC +TCTTGATCATGAAGAAGTTATAGAAACTACTCAAAAAGTAAAATCAGAGTTTTTAAGTTT +AGTTAAAAAGGTTGTTAATAGAATATAAGGCAATATAGTGCCCTAGTATTGCTCATAAAT +AAATACTAGGGCTATTCATAGACCATAGAATATTAGGAGAAATAATATGAGAATCTACGA +TATAATAAGAAAAAAAAGAGATAACCATGAACTTAGCAAATCAGAAATAGAATTTTTTGT +TGATAAATACTCAAAAGGTGAGATACCAGATTATCAAGCATCAGCGTTACTAATGGCTAT +ATATTTAAATAAAATGAATAAAGAAGAAACTGTATACCTAACAGAAGCTATGATGAATTC +TGGTGATGTTATAGATTTATCAGAAATAGATGGTATAAAGGTTGATAAGCATAGTACTGG +TGGAGTTGGAGATAAAACGACAATAGCATTAGCGCCGTTAGTGGCAGCTTGTGGGGCACC +TGTAGCAAAGATGTCTGGTAGGGGTCTAGGACATACTGGAGGGACTTTAGATAAGCTAGA +AGCTATTCCTGGTTTCTCAATAGAGATGGAAGCTAAGAAATTTATAGATTCAGTGAATAA +ACATAAAATAGCTGTATGTGGACAGACTGCTACAATAGCTGTAGCGGATAAGAAAATGTA +TGCTCTTAGAGATGTTACAGCAACTGTAGATAATATATCATTAATAGCTGCAAGTATAAT +GTGTAAAAAATTAGCTTCTGGAGCTAATGCAATTTTACTTGATGTTAAAACTGGTGATGG +TGCATTTATGAAAACTTTAGATGATTCATTCGAATTAGCTAAAGCTATGGTTGATATTGG +TAATGGAATGAATAGAGAGACTATAGGAATGATAACAGATATGGATGAACCATTAGGTTT +TGCTGTTGGTAACTCTTTAGAGGTAATAGAAGCTATAGAAACATTAAAAGGAAATGGTCC +AAAGGATTTTGTTAACTTATGTGAAACATTAGGTGCATATATGTTAGTTTTAGCTAAGAC +TGTAGATACTTTCGAAGAAGGTGTAGAAAAAATAAGAGAAGCTATATCTTCGGGCTCAGC +GCTTGAAAAATTAAAAGTATTTATAGAAAATCAAGGTGGAGATAAGAGAGTAGTGGATGA +TTATTCATTATTCCCTCAAGCTAATATAGTAGTTCCTATAAAAGCTCATAGAAGTGGATA +TATAAGTAGAATTGAGGCTGAAGAGGTTGGAGTATCAGCAATGATTTTAGGTGCAGGTAG +AGAGACTAAGGACGATGAACTAGACTTAGCTGCAGGTATAATTTTAAATAATAAAGTTGG +AGACTATGTAAACGAAGGTGACATATTGGCAACTATGTATTTAAATAAAGAAGAAAAATT +AGAATCTGCTAAAGAAAGATTCATAGGTGCATATTCAATAGTTGATGAAAAAGTAGAGCC +TAAAAAATTAGTATATGGTGTAGTAACAAAAGATGGAATAAAAAAATTCTAGATAAATGA +TTATAAGAAGCCTAACGTGTAAAAAATAACGTTAGGCTTTTTTATTAATTAATCGAAAAT +GTTTACAAAATTATAAATAAAACAAATCTAAGTTAAAGATTTACAAATAAGGTAATTTAT +TACTTACTTAAAGGGAAGTATTTATTTTATGGATCAAAAAAGATATTTCTTCGACAAATT +CATTGAAAATTTTTATGCTTAGATTTATAATATAAAGGATATAAATATATATAAGGAGTA +GATAACCTATGAGTTTAAAAGAGAATAAGCTAAAGGTAATAGGAATAACTTCTATTATAT +TAGTAATTCTTATAGGGGCCTTTGTATTTTATGAAATTGGACCTTATAATAAGAGTAATA +AAAAAGATATAATTGTAGATATACCAAGTGGATCAACTGTAAACAGTATATCGGATATAT +TATACGAAAATAAATTAATTAAAAACAAAACCTTATTTAAAATAGTTGTTAAATTAAGTA +ATGATGCTCAATCAATCAAGGCAGGTAAGTACTTAATCAATCAAACATATTCTAATAAGG +ACATACTAGAACTTTTGGTTTCTGGTAAAATTTATAATGATGGTATCAAGATAACAATTC +CAGAAGGTTCAACATCTAAGGAAATTGTTGCCACTCTTGTGAAGAATAAGATTGGAGATA +AAGTTAAGTATGAGGAACTAATTAAAAATCCATCTAAATTCTATGAAAAATTTAGTTTTT +TAAAGGAAGATGATATTACATCATTAGAAGGTTTTTTATACCCAGATACTTACTACTTTA +AAGAGGGAGATAGTGAAGAAAAAGTACTTTCTGAGATGCTCTTAAGATTAAAAAAAGAAT +ATACAGATACTTTAGTAAAGAGGCAAAAAGAACTTAATATGACTTTACAAGAGGTCATAA +ATTTATCATCTATTATTGAAAAGGAAGCAGTATTAGATGAAGATAGAGCATTAATATCAA +GTGTATTCTATAACAGACTAGATATAGGTATGCCTCTTCAATCAGATGCAACAATACAGT +ATATATTTGATGAAAGAAAGCAAATTGTAACTTATGCAGATTTAAAAATTGATTCTCCTT +ATAATACTTATTTAAATAAGGGGTTGCCACCAACTCCAATTGCAAACCCAGGTATAAAAT +CAATTAAAGCTGCACTTTACCCTGAAAAAACAGATTATTTATACTTTGTTGCAAAAATAG +ATGGAGGAAATAATTATAGTACAAACTATGAAGACCATTTAAAATATGAAAAAGAATATA +AAGATGCAAGAGATAAATTAAAAGAAGAACAAAATAAAGATACAAGTACAAATGAAAAAT +AATTATAGTTTATTTTAATCTAACGCCAAAATTTATGGATTATGTCTTATGTATTAAGGC +GTAATCCATATTAGTTTATAAGGAGTGAATTCAATTGAGTAATATAGTAAACAATTTAGT +AGAAGAATATATAAGAACTACTCTTAAAGATAAAGAAGGTCTTTTAAGGGAGTTAGAAAT +TTATGCTGAAGAGCATAATGTTCCAATAGTGCATAAGGAAGTTTCTGATTTATTAAAAGT +ATTATTAAAAGTAGATAAACCTAAAAACATATTAGAAGTTGGTTGTGCTATCGGATACTC +TTCTATACTTTTCGCAACAACAGTAGGTGATGAAGTAAAGATAACAACTGTTGAAAGAAA +TGAAGCTATGATAGAAAGAGCAAAAGAAAATATAAAGAGAGCTGGATTTGAAAATAATAT +AACTATACTAGAGGGAGATGCAGAAGAATTACTTCCTAAGGTTGAAGGCAAATTCGACAT +GATTTTCTTAGATGCCGCTAAAGGTCAGTATAAGTTATTTTATGATATGGTTATAGATAA +ATTAAAGGTCGGAGGACTTTTAATCTCTGATAATATTTTATATAAAGGAATGGTAGCTCA +TGATGATTTTGTAGTTAGAAGAAAGAAAACTATAGTAAAAAGAATGAGAAATTACCTAGA +TTATATATGTAATTGTGAGTATTTAAGTACTTCATTAATTCCGATTGGAGATGGAGTAGC +GCTTAGCTATAAAGAAAAAGAAAGAGGAGCAGAATAAAATGATAAAAAAGGTTGAACTTC +AAGCCCCCGCAAGGGATTTAGAAACATTAAAAGTAGCAGTGGAATCTGGAGCAGATGCTG +TTTATATAGGCGGAGAATCTTTTGGTATGAAAACATCATCTAAAGATTTCACTAAAGAAG +AAATAATAGAAGGTGTAAATTTTGCCCATGAAAGAGGTAAGAAAGTCTATGTAAGTATAA +CACTACTTCCTCATAATCAAGATTTTATAGGTCTAGAAAATTACCTAAAGGAATTAGAAG +AGGCGAAGGTAGATGCATTAATAATATCAGAACCGGGAGTTCTTGAAACTATTAAGAAAG +TTGTTCCAAATATGAAGTTACATTTAGGTACATTAGCAAACGTTAATAATTATGCAACTG +CAAATTTCTGGTACGATCAAGGTGTAAGAAGAGTAGCGGTGTCAAGAGAAATATCTCTGA +AAGAAATAGAAGGAATAAAAGCAAAAACCCCTTTTGATATGGAGGTAGAAGTTTTTGTTC +ATGGTGGTATGTGTATGTCATATTCGGGAAGGAAGTTATTAACAAGCTATATAGCTACTA +GAGATATAAATCTTTACTCTGAAGATAAGAAATATAATTTAGTAGAAGAAAAAAGACAAG +GAGAATATTGCCCTGTATACGAAGATGAAGGCGGAACATTCTTCTTTAGCTCAAAAGACT +TGTGCATGATAGAATTTATTCCAGAGCTTATAAAAGCAGGAGTAACTAGTTTTACGATAG +AAGGAAGAAAAAAGGATTCGGATTATATAGAAACTGTTGTAAAGGAATATAGAAAGGTAA +TAGATTCTTTCTATGAAAACCCTGAAGATTATACTTTTGATAAATCAATAATGAAGGAAA +TAAGAAAAAGTAATCATAGAGAATACACTACAGGTTTCTATTTAGATGAAACAAAAGTCT +ATGATGAAGAGTATTTTGAGAAACTTTAGATAAAGTATTATGGTTTTGTCACATTGAATA +AGATAAATCATATTTAAACATAGATAGGTATCACATGTTAAGGAGAGAAATAAAAATGAA +AAACAATAAGAGACCACTTATAATAGGAATAACTGGAGGAACTGGATCTGGAAAAAGTAC +GGTTTGTAAATCTATAATAGAGAATATACCAGAAGAAAATATATCTGTATTAGAGCAAGA +TGCTTACTACAAAGATCAAAGTCACTTAAGTTTTGAAGAAAGATTAAAAACTAATTATGA +TCATCCGCTTTCTTTTGACAATAAGCTTTTAATACAACATATAGAAGATTTATGTGAAGG +TAAATCGGTAGAAAAGCCAGTCTATGATTATGAAATTCATACAAGAAAATTAGACGAAAC +TATAACAATAGCTCCAAAAGATATAATAATAGTAGAAGGTATTATGATATTAGAGGATGA +AGAGTTAAGAGATAGATTAGATATAAAAATATATGTTGATACAGAAGATGATATAAGAAT +TCTTAGAAGAATACAAAGAGATATAAAAGAAAGAGGTAGAACAGTAGACTCAGTAATAGA +TCAATATTTAAGTACTGTAAAACCTGCTCATGATCAATTTATAGAGCCATACAAAAAATA +TGCAGATATAATAATGCCAGAAGGTGGACATAATCAAGTTGCTATAGATATAGTAATATC +TAAAATAAGAAGCCAATTAAATTTAATATAATAAAATAAGTATTAACCCCTTAGGATTTG +TCAAAAATAACAAATACCTAAGGGGTGATTTTATGTCTAGAATAAAAGGGACGATATCTA +AAAGAAGCAAAAATAGAATTAAGAGTATATTTTTAATATGTATATTGCTTTATAGTTTTT +TAATTTATAGATTAGCCGATATAAAAATATTTAAATATGATGAATATTCAAAACGTGTAG +AAAATCAAAGTACGGATAAAATAAGTTTAAATTCTTCTAGAGGCATAATCTATGATAGGA +ATAATATACCACTAACAGATACAGTTAAGAAACAAGTACTATTAGTACCTCAAAAAGTTT +TAAGTGGTAATTATGAAAATATAAACCTAATAAAAAAAGCCACTAATATAACTGATGAAG +ATATATTTAAGGCAGTTCAAGATCAACTTTTAAGTAACATTGTAGAAATTGAAGTAGAAA +ATGTAAATGAGAGTATGAAAAAACAACTAGAGGAAAAAGAAATAATTATAAGAGAAAAAA +CATTGAGATATTCTGAAAATAATCTTTTAACTCATACAATAGGATATTTAAAAAAATCAG +ATGCAAGTCCTCAGAGTGGTATAGAAAAAGATATGGATGATATTTTAAAAGATAGTAACG +AAGAATATGTATCTGTATTTAAAGCAGCGGATTCTGGTAAAAGTCAAGGGCTAGATATAC +TAAATGGTAGTATTGAGACTGTGACATCAAGTGATGATGATAAACATCTTAGACTTACAA +TTGATTCTAAAATTCAAAAAATAGTAGAAGATACTGTTAATAATGAATCAAACCCTACAG +CCGTGGTAGTTTCTGATATTGAAAGTGGAGAAATACTATCTATAAGCTCAAGACCAAATT +ATGATCAAAATGATATAGCCAAATATATTAACAGTAATAATAGAGAATTAGAGAATAGAG +CTATATCAGTTACTTATCCACCAGGTTCTGTATTTAAAATAGTGGTATTATATGCAGCGT +TAGCTAACAATGTAATCGATGAGAACTATACATATAATTGTACCGGTGAGACTAAAGTCG +GAAATACTGATGAGGTGCTTCATTGTCATAAATTGGATGGACATGGTATGGAGACTTTAA +AAGATGTTTTTGCGAATTCATGTAATCCAGCGTTTTTGGATATAGCTACTAAGGTAGGTG +AAGAAAAAATTTTAGAAGCTATAAAAACTCTTCATTTAGATGAAAGTGTTGGCATAGGAT +TAGATGAGGAAGTGTCATCTAATATACCAAGTGAGATAGCTATAAGGAATTTAGCAATAG +GTCAGGGATCATTAGAGTTCACACCGATACAAATAAATCAATTAACACAGATAATAGCCA +ATAATGGAACATATAAACCGTTATATATTTATGATAGTATAATTAACAATGATAAAAATA +TAATAAAAGCATTTAAAAACTCTAAAGATGAAGAAATTATTTCGCCTTATATAATAACTA +AAATAAAAGAGATAATGAAGTCTGTTTCAGAAGAGGGTACAGCAAAAGATCTTAGTGATT +TAGAAGGCGGATGTGGAGTAAAAACTGGTACTGCTCAAAGTAGTTTGAATAAAGTATCTA +TTAATCATGGATGGATAACTGGATTTTATCCAAGTGAAAATGCGAAGTATGCAATTACTG +TTTTAGTAGAAGGAACAGAAACTGAAAGTAAGTCTGCAATACCAATCTTTAAAGAAATAT +GCAAAAAAATAAATAAGGAATATTTTTAAAATAGTCAACTTACATCTCTTTTGAACATAT +AATTTAAAATGATATGTGTCAAAGGGGGTGGACATTTGACTATTCTAAAATCATTTGAAA +AACCATTAACCCCTGAAGAAGAAGTATACTATTTAACCAAGTTTAAGCGAGAAAGTGACG +AGTCAGCAAAAGAAGTATTAATTGAAAGGAACATGAGATTAGTAGCCCATATAGCAAAGA +AGTATAATAACTCCACAGAAGATCAAGATGATCTAATTTCTATAGGCACAATAGGATTAA +TAAAGGCCATTGAGACATATAATGTAGATAAGGGAACAAGGTTAGCTACCTATGCATCAA +AATGCATAGAGAATGAAATTCTTATGAATATAAGAACGAATAAAAAGAACAAGTCACAAG +TTTCCCTTCAAGATCCTATAGGTATGGATAAGGAAGGAAATGAAATTAGTTTAATTGATG +TATTGGGAACCGATATTGATTATATTGTAGATCAAGTTGAACTTAAAGTAGAAATAAGTA +AACTCTATGAAAAATTAGACAAAATTTTAACCGAGAGAGAAAGAGAAATAATAAAGTTAA +GATATGGCCTTACTACTTTGGGTTATAAAACACAACGCGAAATTGCGCAAAAACTTCAAA +TATCTAGATCCTATGTGTCTAGAATAGAAAAGAGAGCTCTAAAAAAACTAAGAAAAGAAC +TTAAGACAGAAAAAAGCCTTGAATAAGGCTTTTTTCTTTTTTGATAATTTTTTATTTAAG +ACCGGGAAAGAAACTAAGGAAATAGAAATTTTTTTATTTGAATCAAGAATTGACAAATTA +TTTGTAACTACTGTGATAATATTACATATATGTTAATAAATACTAAGATTTAAAAAATAT +ATAACAACATTTATTTTTTTTACTTACGAATAGGTAAAAAAACAAAAAATAATACCTAAA +TTTTATGAGGTGAGATTGATTATGGAAAACATTCAAGAATATATGCAAATATTGGAGTTG +CTAAATATAATAATACTTATTTCTGTTACAGTTTTATCTACATTTATGTTTTTTTTATAT +AAAAATATATCATTTATAATTCTTGTATTAACACATAGCATGGAAATAGGAATGAGTATT +TATTGCACAAGCTATCTATCATCAAATTTAATAAATAGAGATATAACCTATTTGATTAGT +TTAATGTTTATAACTAAAGTTATAGTATTAACTTTATTTTATAAGAAAATAAATTTTAAA +GCCTATCTAAATTTTTTATTAATAGTAGGCTATACACTAGCGGTATTATCTTTAAGTTCA +GGTTATGAAATATCAATAGTTATTAGTATCATATTAAATCTTTTAATTGTTAATCTAGGA +ATTATAGATAAGATAAAAAATGTAAAACGTAATCTTAATAAAAATAGACATAAGTTAAAA +CTAAATAGAAGATACATATCAAAAGCCATCACTGAAATAGAACTAGAATCTAATCTGAAA +TATAATCTCAACGAAAAAGTAAAGACATTAGATAATAAAATAGAAAATACGATAGAAATA +TTAAATTTACCTGTATTCATTTTGAATAATCAAGGAGATTTTATTTATGGAAATAGGGAA +TTTGAAACATTTTTAAAAGAGGATAATATTGATCCTACAGAGATAGATATTATAGCTTAC +TTTAAAGATAGAATAAAAAACTTTGATGAAATGATAAATAACATAAAGTATGCAGAAGAT +CAAATTGATGAGTTTATAAATATATACACTTATGATGATAAAGTATTTAAATTTATTTGT +ACTTTAGATGTAATAAATAACAAAATTTTAAAAATATGTATTTTAGAAAATATTACTAAT +GATATAAAAATGAAAACTGAATTAAAAGAGAGTGAAGAAAGATATAGGAAACTTATGAAT +ATATTAAATGATGGTGTAATAATTCATAATATTGATACAGTAAGTTATATAAATGATAAA +GCATTAGAGTTGTTTAATATAGATAATAAGATGAAGAAAGTATTATTAATAGACGATATA +AAAGGAAATATAAATAAAGAAAATAGAAAGAAGTTTATTAAAGGTATAAATCTAGTTAGA +ATAGGGAAAGAAGAAAAAATAATAAATAAGATAGAGACTGAAGATGGGAAGATAATTGAA +TTTATGACAACATCTATTACACTTAATAACACACCTATGATGTTAAGTATAGCTATAGAT +ATAACTGATCTAGAAAATGCTAAAAGTCAATTAGAAGAAAGTGAAAAAACTTATAAATTA +TTGTTACAAACTCTTCCAGAAGGAATTGTTATAATAGACAAAAAAACTAAAGTTCATACT +TATAGAAATAAATCGATGATAAAAATGCTTAAGTATATAGGTACAGATAGATTTAATGAA +ATAGTTAAAGAATATATGAAAGATGAGAACTTTGGTAAATTTAAAAAATTCTCAATAAAG +GAAGATAAGAATATCAACTTATCTATGTCTATAACAGATTCTAAAGAAGATAATAACTTA +GTGTGCGTTGTTAGTGTACTGGATAATGAATATAGGTCTGAGCAAATGATAGAAAAATTA +AATGAAATGAAAGATAAATATAAATTTAAAACAGAATTTTTATATACTATATCAACTAAT +TTAAAGAAACCAATAAATACTATTTTTGAAGTGAACAAAATACTACAAAACAATAAATCA +AAGTATGATTTTAAATATATAGATAATTATGCAAGGGTGATTAAGCAGAACTCTTATAGG +TTAAAAAGATTATTAAACAACATAGAAGAAATAAGTAAAGTAGAAAATGGAATTTTAGAA +ATGAACTATAGAAGATGTGATGTAGTTAAGTTTGTGGAGAATATAGTTAAACTATCGAGA +GAATACGCAAAAGACAAAAACTTGGAAATATTTTTTATTACTAATATACAGAAAAAGGTA +ATTCTTATAGATAAAGATAAAATAGAGAAAATATTGTTAAATCTACTATCTAATTCAATT +AAATTTACAAATAATAATGGGAAAATAATGGTGTCTATAAATTCTAACAAAGAAGAAGTT +ATTATTTCAGTGGAGGATACAGGGGTAGGAATACCTAATGAAAAAATGGATGCTATATTT +GAAAATTTTGAACAGGTAGATACGACATTATCAAGGGGTGCTGAGGGTACTGGAGTAGGA +CTAGCATTGGTTAAGAAACTTGCATATATTCACAATGCAAAAATAAATGTTTATAGCAAA +ATAGGGTATGGAAGTAAGTTTGAAATTGTACTAGAGAATAGTAAATCTAATTGCATTGAG +GAAGAACAGGAAGAATATATAAATACAGATATTGAAAAAATAGATATAGAATTTTCTGAT +ATATATTTTGATATAGGATCTTAAAATAGTATTAATTAAACTAAGAGGGGAAATAAGATG +TATAAATATTTAGAAATACTTAATGTATCAATTTTTCTTACAAGTTTATATTTGGTATTT +AGCAATTTGTTAGGAAATAAATATAAAAAAGCAATTATGAGGTCTATAATACTTATAACT +ATAATATCTTTAAAAATAACATTCATATTAAAACATGATAGTTATAATGAATTTATTTTT +TTAAGAAACATAAGTGACTTGATGGTATTATTATTATTGATAGATATAGAAGTTAGTAAT +GTAAATAAAAAAACAAAACAAATTATACTATCAATAAATTATATATTTGCGTTAGGGTCA +TTATTATTAGCTTTGGATGCAAAGTATATTCTATATAGTACTATTATAGAGACTTATATA +CTAATGGCAAGTTTATATTTATTTTCTACATATTTATCTCATACTAAATTTAATATGAAG +TATGTCCTTTATTTTATATATTTTGGACAGATACTTGTAAATCTCATATTAGAAAATAAT +ATATTACTTATAAATACAAATTTGATATTAGGATTAATATTTAGTATTTATATCTTAATA +AAATTATTTAAAGAATATATAAAAAATACTTATAATAAGAATTTAGATATAACAAGTAAA +GTCAATCGAAGTAATATAAATATGAAAATACATAGTGAAAAGTTAAATATGAAAAAAAGT +ACAAACAACGATATTAATGAAATAATAAATAAAAAAGAGAATTTACTAAATTTAATGTTA +AAAGGTTTAAATAAAAGTATGTTCTTAATAGATAATGAAGGATATATAATAAATGAAGAT +AGTAGTTTTTATGAAATGTGGCAAGAATATGTTGGCTATAAATATAATGTAAGGTTAGAT +GTATTTTGTAAAAATAGCATAGAAGATTCTAATAGATTTTTAAACAATATAGAAAAAGCT +AAACAAATATTCGAATGTATAGATGATGAAATACGAGATAGAAAAGGTCGGATTATTAAC +TGCAGATACTTACCTGTTAAATTAAATAATAATGATATAGGTATAATTTGTATAATGACA +AATATAACTTCTAGAAAAAACATAGAAGTGAGAATAAAAGATAATGACACTAAGTATAAA +AAAATAGTCGACAACATGCCTTATTCAGTACTTGTCACGAATAAAGAAGATATTCTTTAT +GATAACAAGAAGAATGAATATATAGATTTTAATAAAGAAGATATTAAGGAGATAATATTA +GGGAAATATCCGAAAGGAGAACTTTATTACACTTATGACAATGGTATAGATGTATGCCTA +AATATTGATAAAACAGATTATAGAGAAGGTGAAGATGATAGAAGTTTAGTTGTTATAAAA +GATATAACTAACTTTAAAAACTTATTAAAAAATCTGGAATACAGTAAGAAAAAATATGAA +TCTTTAGTAAATACTATTCCAGAAGGGATATACGTATTAAATTTTGAAGATAAAAATCTT +CAGTATGCAAATGAGGCATTCTTAAGTATGGTTGGTACTAATGACATTCATAGTATAGAT +ATAGATAAGATAAATAAAAATATTATTGTTACATCAGGTAATATAAATGATAATGTTAAA +TATAAAAGAGATACTCTATTAAATAAGTATGGTGAAGAAATAAATATAGAATATGGTGGC +ATGCTTTTAAATATAAATAAAAAAATAAAGATGATTGGTATAGTTAGAGATATTACAGAG +CAGGTAAAAACAGAGCTGATAGAACGAGAGATAGAAGAAAAAGAAAAGTTAAATCAATCA +AAGACTGAATTTTTTATAAATATGTCACATGAATTAAAAACTCCTTTAAATTTAATTCAC +TCAAGCAATCAGCTTGTTGAAGTAGTATATAAGAATGAATTAGAAAGAACAAATAATATA +GAGCTTTTAAACACTGTAGAAGTTGTAAAAAAACATGTAAACATGCTTATGGGGTTAATA +GATAATATAATAGATCTTGCGAAATTACAGTCGGATTTTCATGAAGTTAAAAGAGATTAT +TATAACATAGTGGATATATCAGAAGATATAGTTACTGAATTCAGCAATTGTGCAAATGAA +GTTAACATAATTTTTGATACAGATGAAGAAGAAAAAATAGTTAATATTGACCCTGATGAT +ATAGAAAAGGTTATATTAATTTTATTGTCTATAGTTGTTAGATATTCAATTAAGAATAGT +GATATTTATTTTGATTTAGGTAGCAGAAATGATTTTATAACTATGACTATAAAAAATGTT +GGTGGATATAATTATGATAAGTATATAAATGATAATGAAAGAAAAGTTCTTGATATGGGG +ATTACATTAGCTAAGCTAGTAGTAGAATTATATGAAGGAAAATTAACAATAAAGACAAGT +GCTGCTAATAATATAGAAATAACAGTCGAGATAAAAACTGATTACAAGATTAAGATGTAT +AAGAAAAGAATTAAGAATAAACAAGAGGATTTTGTTTCCTCAGAGTATAGGAAAATGTGT +AGTTTTTAATTTGCTAAAATATGGTATAATTTAAAACTAAATTGATAATAAATTATAGGT +AGGAGATAGTATGAAAATAAATTCTAAGACTAAAACAGTTTGCTTATTAGGTCATCCAAT +AGAGCAAAGCTTTTCACCGAATATACATAATTATTTATTTGCAAAGCATAATAAAAATTA +CACTTATATGTGTTTTGATGTGAATCCTAGTGATTTGAAAGAAGCGATACAAGGTTTAAA +AGCATTAAACGTATTTGGATGTAATGTAACTATACCTCATAAGGTAGAGGTCATTAAATA +TCTAGATAAAATTGATAAAAATGCAAAATTAATCGGGGCTGTTAATACAATAAAAAATGA +AGGAGGTATTCTAAAAGGATATAACACGGACGGAAAGGGATTTGTAAAATCTATTTTAGA +TAAAGGATATGAGCTAAAAGGGAAAAAAGTAATGATTATAGGTGCAGGTGGTGCGTGTAG +AAGTATTGCAGTGGAACTTGCATCGAACAATGTTGAATTGATAGAAATAAGAAATCGTAG +TGAAGAAAAAGCTAATAATATAACATCAATTTTAAATGAACATTTTGATATAAAGGCACA +ATATTCTACTAAAAAAATAGAAACATCTGATCTGGATTCTATAGATATATTAATAAATAC +AACACCAATTGGAATGGGAACAAGTGAATGTCCTATAGATGAAAGTATAATTCCAAATAA +AAAACTATTAGTATGCGACATAGTTTATAAGCCTCATGATACTAATTTTATTAAATGGGG +ATGTAAAAATAGATTAGATACTATCTATGGTATAGATATGTTGATAAATCAAGGATTAGA +GGCATTTTATATATGGACTGATATAAATCCTACGAAAGAAGATCAAAAAGCTATAAAGAA +ATTTTACCTAGATAGTATAAAGTAAAAATTACTATGAAAGGTTTGAATTAAAATTAAACA +AATTTTAAAAGATAAAAAAGACGGATTTGCATTAATTGAATGCATTATTAGTTTATCTAT +TATGATGTTGGCAGTATATATTATAGGGATAACTTTACAAAGTAGCAGTAAATTTACAAT +AAATAATAAAACTAATATAGAGATGTTAAATATTGCAGAAACGTATATAAGTGATAAAAG +AAACTTAATAAAGTATTCTGATAATGAAAATTTTAATTGTTATGAGGAGAAGCAATTCGG +GAAGTACAAGATAGTATCTAAAGTAATTAAAAATGAAGATTATTATCAGTGTTATAAGAT +CAATGTAGTAGTAAGTATACAGAATAAAGATGTAGAGGTTAATACTTATGTTACAAAACA +ATAAAGGATCAATAATGATTGTTACTCTAATAATATTCTCTATAATAAGTACGATATGTA +TAACTTGTATAAGTTTAACTTATAGTAATATCAACATTGCTAGTTTAGAATTGAAAAATT +TACAACTGAAAGAAAATGCATTAGGTGCAGTAGAAATAGTTTATGGAAATATAAAGAATG +AAATTGATAATGCTATTGATAGTTGTAGTAATTCTCAAGAGTATATTAGCTATATTAAAA +GAGATAACTACAAAAGTTTTATATTGAACTGTAAAGATATCTCAAAAAGTGATTTAGATA +ATACTACGGTAGAATTAACTAATAAAACTCCATTTGGAGAGGTTAAGAATTTTGAATTTG +AAATGAAGGTTTTTGCTAAAGAAAATAATTATAAAAAACAAGTTAAAGTAAATATAAGAA +TAAAAAATCCGTGGAATGAAATAAGTACACTTCAAGAAGATGAAAGTATAGAAGATATAG +ACACAGAAGAAGTAATTACAAAAATTAATATAGAAAACAATGAATTTAATAATATAAATG +AAATAGATATAGATGAAATTTATGAAGATGAAGAAGATGATACGGATAGTATAAATGGTG +ATATCAAAACTGATTTAGAAGATATAAAGGAAGTTTTTAAAAAGTATAAACTAATAACTA +TATATAATTACGAGGAAATATAATATGAAAAGAGATGGCGTGTAACTTTAATAGAATTGG +TAGTAACAATTGGCGTTATTGTTTTGATTTGTAGCATGTGTATACCTAAATTTAATTCAT +ATAATTATGAAGTTAATTCTTTTGCTAAGCAACTGTGTAGTGATATAAGATATGTTAAAT +CAAACAATATGCTGGGAAACTTAAATTCATTTGTACTTATGACCAAGGAAAATGGTCGAA +AGGGATACATACTAGTGGATAAAGGTATCCAAGTAAAAGATGTATACTTACCTAATAATG +TAGATATTACATATCCAAATAAAAAGATATATTTTAGGAATGATGGTACTCCGAATCCTA +CTGGATCGACTATTAAGATTTTTAATGACAAAATAAGTAAAGAGATAACGATAGTTCCGG +TTAGTGGTAGGGTTCTTTTTAAGGAAGATCAATATGAAAAATAAAGGTGGTTATTTACTT +CTAGAAAGCATAATATCATTATCTATAATCTTAACATTGTCATTAGTATTATATTCTTTA +TTAATACTATGTATAAATACTAAAAGCTCAATAGAAGATAAAATAGAAGTTCAGCAACAA +GGATTAGAAATGAGTAAAAGTATAAAATCTTTAATCGAGAAATCAAAAGGAATAATAGAT +ATTGAGTTTGACAATACAGATAACATAAATGAAGAAGGAGTAAATTTCAAGAGTGCAATA +TCAGTGAAGTGTAGATATAGTAACGAAGATGATGTAAATTATTCTAATAATAAAAATAAA +GAAATTAGTTTAAAAAAAGGATCAAATAAGTTATTTATAAATACTCTTAACTTAAATAAT +CAAAGCGAAGTTGGAGGGTATGAAATAGGTGACTATGTAGAAAAAATGTATGTATCAAAA +GATGAAAATGACAAATTTATTAGCATGAAACTAAAGTTACAAAAAAATAAAGAAATCTAT +GAAACTAAATTTAAAGTATATATAAGAAATTTTGAGGGGGAATTTAGGTGAAAATTATAT +TAATAGGACTTATGGGTGCAGGAAAAACTACAATAGGTAAAGAACTTTCAAATAAATTAA +ATTTAAGGTTTATAGATATGGATGATGAGATAGAAAAGCAATCTAAAATGAGTATAGTAG +ATATATTTGAAAAATATGGAGAAAATAGATTTAGAGAAATAGAATCAAAACTTTTAGAAA +AAATAGCTTTAGAAGATGATATTATTATTTCTACAGGTGGTGGAATAATAAAAGTAGATG +ATAATCGTAAATTATTAAAGAAACAAGATAATGTAGTATTTTTAAATGGAAGTATAGACA +CTTTAGTAAAGAATGTATCTAATGATATATATAAAAGACCTCTATTAAAAGATAGTACGG +ATTTATATATAAAAATAGAAGAACTTTTAAAAGAAAGATATGAAAAATATAAAGAATCTT +CTAATATAATCATAGATATAAATAATAAAAATATAAATGAAGTGGTAAGTCAAATACTTG +TTTATATCAGATAATTTATGATATTATTATATAGTATTAAATTTGTAATCTAAAAGTTAG +GGGGCATAAATGAAAATCATAGTAATAAATGGACCGAACCTAGATATGTTAGGAAAAAGA +GAGCCTACAGTCTATGGTAATAATACCTTAGAAGATTTAGAAAACTACATTAGAAATGAA +TTTAAAGAAAAAATAGATGTGGAATTTTTTCAAAGTAATTATGAAGGTGCTATAATAGAT +ATGCTTCATAGAGCAAATGATGAATTTGACGGTGTAGTTATTAATCCAGGGGCTTTTACA +CATTATAGCTATGCAATTCATGATGCTATAAAATCTATAAAAACTAAGGTAGTTGAAGTA +CATATATCTAATGTTCATCAAAGAGAAGAATTTAGACAAAAAAGTGTTACAGCAGCAGCT +TGTATAGGCCAGATATCTGGACTTGGATTTTATGGGTATATTTTAGGAATAAATGCTATT +CTTAATATAAATAGATAAATATTACATAATATATACTAATATAACTTGACAAGATTACAA +TAGAATATATAATTGAAAAAGGTAAGGTGATTATAATATAAGTAAAGGTTTTTATAGAAG +TATTTAACTAAGATGAAAATAAAAATTTTGCTTATAATAATAGATAAATAAAGTCTAAGT +ATCACCAAAATATATTCAGATAATAAATTTATTTTTATGGAGGAACAGAAATGGTATCAG +CAAGTGATTTTAGAAAAGGTGTAACTTTCGAAAAAGATGGTCAACCATGTTTAATAGTAG +ATTTCCAACACGTTAAGCCAGGTAAAGGTGCAGCTTTCGTAAGAACTAAATACAGAAACT +TAAAAACAGGGGCAATAAGAGAAGAAGCTTTCAACCCAAGTGATAAATTCCCTAAAGCTC +ATATAGAAACAAGACAAATGCAATACTTATACAATGATGGAGAGTTATACTACTTCATGG +ATGAAGAAACATATGACCAAATACCATTAAACTATGTACAAGTTGAAGACGCTATAAAGT +TCTTAAAAGAAAATGAAGTAGCTACAATAAGATTCTATCAAGGTCAAGCTTTCCAAGTTG +AAGCTCCAAACTTTGCAGAATTAGAAGTTGTAGAAACTGAGCCAGGAATAAAAGGAGATA +CTGCAAGTAACGTAACTAAAGCAGCTACAGTAGAAACAGGTGCAGTTGTTCAAGTTCCTT +TATTCATAAACCAAGGAGATAAAATAAAGATAGATACAAGAACTGGAGAATATTTATCAA +GAGTTTAATTATTTATGTATATAAAAGCTTATATATCTTAATAATAAAGATATATGAGCT +TTTAATATATGTAAAGAAAGAGAGGGGTATCCATGAAATACTTATATGAAGAAGTTGCAT +ACCTAAAAGGGCTTGCAGAAGGATTAGAAATAAGTAAGGAAACAAAAGAAGGGAAAGTAA +TACATAAAATTGTAGAGGTTTTAGAAAGTTTTGCTGATGCCATAGTAGACTTAGAAGAAG +AACAAGCTGATCTTATAGAGTATGTAGAGTCTATAGATGAAGATTTAGCTGATATGGAAG +AAGATATTTACGAAGATGAAGATGAAGACAGTGATGAAGACTCTGATTTTAGCTATGTTG +AAATGGAATGTCCTAACTGTGGAGATTTAGTAGATATTGATGAAGACTTATTATACAATG +ATGAAATTGATGTTATTTGTCCTAATTGTCAAGCTATAATACTATCTTCTGATGATGAGG +ATAATAGTTATATAGAATGCACAGAAGTTTGTGATTGTGATGATGACTTATAAACATTTA +TAAAATGTATTGATTTTAATTACCTATGAGGCTTATATAGTTTCATAGGTTTTTGTGTAT +TCATGAAAGAAATTTTAGTTTTGCAATAGTTTAAAAAAAATAGTACACTATAATCTAGAG +ATAATAAACTCGGAGGTCGTATTATGAGAATAAGTAAAAGAATATTAGATAATATATACA +AATTTGAAGAAACTATAGATTATAAATTTAATAATAAAGAATATATACTTGAGGCTCTTA +CACATAGTTCATATTCTAATGAAAATAAAAGATACAATTTTAATGAAAGATTAGAGTTTT +TAGGAGATTCTGTCTTAAGTATAGTAGTTAGTGATTACTTATTTAAAAATGAAAAAGATT +TGCCTGAAGGAGAACTTACTAAACTAAGAGCGAGTATAGTTTGTGAAGAGTCTCTAAGTG +AAGTAGCAAACCAAATAAAGTTAGGAGACTTTATGTTACTTGGTAAAGGTGAAGAAGCAA +CAGGTGGTAGGGAGAGAATATCTATACTTGCTGATGCTTTTGAAGCTGTTATAGCAGCAA +TTTATTTAGATGGTTCTATAGAAGATGCAAGAAACTTTATACTAAATAATATGAAGTCTA +TAATATCTGATGCAAGAAGAGGAAAGATATTCAGAGACTATAAAACTCACCTACAAGAAG +TTTTACAAGGTAAGGGAGAAAGTAATATATGGTATAAATTAATAGATGAAAAAGGACCGG +ATCATAATAAAAGATTTATCATGGAAGTTGGAACAAATAATGATGTTTTAGGAATCGGAG +AAGGTAAAAGTAAGAAAGAAGCAGAACAATTAGCAGCTAGGGTAGCATTAGATAAAATAT +TATAAATTTCAATAGCTAAATTTAAAATACATTATCCCTATTTAACTAACTAAAGGGATA +ACTAGTATTTAGTTTACAATTTAGATAATATGATTTTTATTAAATTAGACATATATTGAA +AAGGATGATGGAAAGTGAAAAAAAGGATAATACCTATATTTGTACCTCATAGAGGATGCC +CTCACGATTGTATATTTTGTAACCAAAAAAAGATAACTGGAGTAAGTACAGAGGTTACAA +GTGAAGATGTGAGGAATATAATTGAAGAATATTTACCAACTATTGATAATGATGCAAGTG +TTGAGGTTGCATTTTTTGGAGGAAGTTTTACTGCAATAGATGAAGATATACAAAATGATT +TACTAGAGGTAGCTAAGGAGTACGTAGAAAAAGGATTAATACAAGATATAAGAATGTCTA +CAAGGCCGGATTGTATAAGTGAAGACATTTTAAATAGGTTAAAAGAATACAAAGTAAGTA +TAATAGAACTTGGAGTACAATCTATGGACAAGAATGTTTTAATAGATAGTGTGAGAGGTC +ATGATACAGAGGAAGTAATAAAAAGTGCAAAGCTTATAAAAGAAAGTGGCATTAAATTAG +GGCTACAAATGATGGTTGGATTACCATCTGATACGGAGAAAAAATGTATTGCTACTGCGA +GAAAGTTTATAGAACTTAAGCCAGATTGTGTAAGAATTTATCCTACATTAGTTGTTAAAG +ACACTGGATTGGAAGTTTTATTAAATAAAGGAGAGTATAAGCCTTTTACTTTAGAACAAA +GTATTCAAATAGTTAAAAAATTATTAGCTTTATTTTATGTAAATAATATAAATGTAATAA +GAGTTGGACTTCAGGCTACAGAAGATATACAGGTAGGTAAGGCTGTAGTAGATGGTCCAC +ACCATCCAGCTTTTAGAGAATTAGCTGAGTCTGAAATGATTAAAGATTATTTAATTTATA +TAGCTAAAAAATATAATATTGAAAAATATATAACTGTAAAAACTAATAAGAAAAATGTTT +CTAAAATAATAGGAAATAAAAAATCGAATAGTACTTATATGAAGAATAAATTAAAAATAA +ACTTAAAAACAAAAGAAGAAGATATTGATATAAATGATTTAGAAATTGTATTAGATGACA +ATAAGTCTATAAAAATAAATATGAATGACATATATAGTAGTTTATATAATATTTACAACC +TTTAGTTTTATCGAAGGGAGAGGTAGTTTTGTATTTAAAAAGATTAGAATTAAAGGGATT +TAAATCTTTTCCCACAAAAACAGATATAGTTTTTAAAGAAGGTGTAACAGCAATAGTGGG +GCCCAACGGAAGTGGGAAAAGTAACATTTCTGATGCTGTAAGATGGGTTTTAGGTGAGCA +AAGTGTAAAAAGCCTAAGAGGTGAAAAGCTTGAAGATGTTATTTTTGCAGGAACAGATAC +GAAAAAACCTATGAACTACTGTGAAGTTGCGCTTACTATAGATAATAGTGATAACCAACT +AAATTTAGAATTTAGTGAAATAACTATAAAAAGAAGAGCTTATAGAAATGGAGAAAGCGA +ATTTTTCTTAAACAATAAGCATTGTAGATTAAAAGATATAAAGGAAATACTGTTAGATAC +AGGTATAGGTAAAGATGGATATTCTATAATAGAACAAGGTAAGGTAGATGAAATTCTTAG +TAACAACCCTGTAAATAGAAGAAAAGTATTTGATGAAGCTTGTGGGATATCTAAGTATAG +ATATAAAAAACAAGAAGCAGAAAGAAACTTAAAAAATACTAAAGAAAATCTAGAGAGAAT +TAATGATATATATGTAGAGATAGAAAATCAACTAAAACCTCTTTTTAATCAACAAGTAAA +AGCTAAGAAGTATATTGAATTAAAAGAAAAGCTAAAAACTATAGAAGTAAATAGTTTTAT +AAAAGAAATAGAATCCTTAGAATTAGAATTAAAAGAAGTCAACAATCATAATAAATTACT +TGAAGAACAATCTATAGAGATAGAAAAAGAAAAGTTGAATATAGAAAATAATTTTAATAT +AACAAATAAAGAAATCGAAGATATGGATGAGAATATAAATAAGTCTGTTGACTATATAAA +TTCTATAAAGTCGGTAATATCTCAAAAAGATTATGAAATAAATATTATTAATGAAAGAAT +AAAAAACTTCAAAGGTGAGATAGAAAGAAAGTATAAAGAAGTAAGTAATATAAGAGAAAA +GTTAAGCGAAGATAAATTAACTATACAAAGCTTACAAGAACAAAAAAATGAAAAAGAAGA +ACAGATAAATAAATTAGAAGAATCATTAAAAGATATAGAATTAAAAAATAGTGATAAAAA +AATTATTATAGAAGAATTAAATAAAAAAATCGATGACTTAAAAGACGAAATAATAAATTT +ATTAAATAAAAAGCAAGATGCAAGTAATAAGCTTTCAACACTAAATGCAAATAAGGAAAA +TATTAATTCTAGAAAAGATACTATAGATTCAGATATAGATGAATTAAATGAAAAGTTAAA +GAATAAAAATGAAGAGTTAAATAATCTTCAATTGAAACTTAAAAATGAAAATGAAGTATT +AAATAGCTTAAAAGATCAATCTGAAAATCTTAGCATAGAGTTAAAGAATTTAATAGAAAG +AAATAATAACTTAGAATCAAAGGTTCAAAGTAATAAATATAGATTAAATGATTATAACTC +AAAGCTTAATATATATATTGAGATGGAAAATCATTATGAAGGTTTTAATAGAGGTGTAAA +AGAAGTCCTTAAAAATAAAAATTTACAAGGTATTTATGGAGCCTTAGGACAAGTTGTAAG +TGTTGATGAAAAGTTTGAAAAGGCAATTGAAGCAGCTCTTGGAGCATATATGCAAAATAT +AATTACTAGTGATGAAAATAGTGCAAAATATGCTATAAATTATTTAAAGAAAAATAATCT +AGGTAGAGTTACATTCTTACCTATAAACATAATAAAGTCTAATAAAATTGATATTCGAAA +TATAAGAGCTAACACAAAGTTTATAGGAGTGGCTAGTGATTTAATTTCTTATGATGATAA +ATATAGAAATATACTAGAAAATATATTAGGTAGAACTATAATTATTGATAATATTGACAA +TGGAATAAGATTTGCAAAAGAAACTAATCATAAATTTAAAATTGTAACTTTAGAAGGTGA +AATATTAAATCCGGGAGGTTCTTTAACTGGAGGAAGTTTAAGAACAAATGGAAATATATT +ATCAAGAAAAAGGCTTATAGCTGAATACAGTGAAAAAATAAAAACTATAAAAGAAGAAAC +GACTTCTTTAATAAATGAAAAAGAGAAAGTTAGCCAGTCTATAGTAACTACAAGAGAAAT +GTTAGAAAAGTGCAAAGAGAAAATATCTGAAGTCGAAAAATATATTATTATAGAGAAGTC +GAATATTAGTAGAGTTAATGACGAAATAAAATCTCTTCAAGAAAATAGCAATAAACTTGA +AGGAGAAAAGTCAGACTTAGGTTCTTATTTAAATGAGACTCTAGAAAAAACTAATTTTGT +AAATAATGAAATCTTAAGTATAGATAATAAACACAATGAAAACAAAAAGCAGATAGAGGA +ATTAGGTAAAGAGTTAAGAAATAATAGTGATTTATATGAAGAATATAAATCTGAATTTGA +TGAGCTGAATTTAGATTTAGTTAAGTATAAGCAAATATATGAAAGTATAACTAAAGATAT +AAATAGAATAACTAATGAAAATAATAATTCCGAAGAAAAGGCAAAATTAATCGAGGAATC +TGCTAAAAAACAAGAGTTACAAATTCATGAGTTAGAAGAGAATATTAAATTAGAAGAAAG +AGAAAAAGAAAATTTAAATAATCAATTAACACATAATAATGAAAGTTTAGAAAATAAGAA +AGTTCTAAAAGAAGATTTAAAACAAAAATTAGAGGAATTTAATAAAGAATTAAAAGATTC +GGATAGAACTTTTATAGATTTAAAGGAAAGTTTATTTAAGATACAAGGGAAATTAGAAAG +ATTAAAATCTACTAAAGAAACTTATATAAATAGACTTTATGAGAACTATGAGTTAACTTA +TGTTCAAGCTGTAGAATTTAAGGATGAAGATGTTGTAGTTGATAAAAAGTTATTAGAAGG +CCTAAAAAGAGAAATTAGAAGTCTTGGAAATGTAAATATAGATTCTATAAAAGAATACGA +AGAAGTAAAAGAAAGATATGATTTCTATAAAGAACAAAAACAAGACTTGGAAGAATCTAT +AGAAGTTATAGAAAAGTTAATAGCTGATTTAGAAGAAAATATGAAACTTGAATTTGAAGT +TAAATTTAATGAAATAAATGAAAACTTTAAATTTGTGTATAAGAGATTATTTGGTGGAGG +TCATGGTGTACTTACTATTTTAGATAAGGATAATATACTAGAAAGTGATATTGAAATAAC +GGCACAACCACCAGGAAAGAAAATGAAGAACTTAAGCTTATTGTCAGGAGGAGAAAAGGC +ACTAACAGCAATTAGTATACTATTCTCTATACTACTTGCTAAACCTACTCCATTTTGTAT +ACTAGATGAAATAGAAGCACCTCTTGATGATGCTAATATAGCTAGATTTGGAGACTTCTT +AAAAGAATTAGCTAAAGATACTCAATTTATAGCTGTAACACATAGAAGAGGTACTATGGA +AGCTGCTGACTATATATATGGGGTAACAATGCAAGAAAAAGCAATATCAAAAGTTATAAG +CTTGAAATTAAAAGAAGCAGAAGAATTAACAGATGTAATATAAAACTTTAAGTAGGTAGA +TTCATCTACCTACTTAAGTATATTTAAATTAATCTAAGTTACAGATATAAACTGTAGAGT +TTTGTAAATACAAAATAGCTTTAAGAATAATAGCTAAATAAAAGTGAATTTTAATCATTT +GGAGGGAAGTATAGGTGTTTAAAAAATTATTTAAATTCAATAAGAAGAAGCAAGAAGAAA +ATAAAGAAGTTGAAGAAATAGTAGAAAATTTAGAAAATAAAGAGGGTATTGATAAATTAG +AAGTACATAATGAAGAAGTAAAGGAAGAGCAAAAAGAAGGAATTGAAAATGCATTAACAG +AAGAAGTGCAAGAAAATGTATTAGATGAAGTTTGCGAAGCTATAAAAGAAGAAGCTATAG +AAGAGGTTAAAGAGGATATTAAAAATCTAGAGACTAAAGATGAAATAGAAGAAGCTAAAG +GGCTTATTGCAGAATCAGAATCTAAAGAAGAACTTGAAGAAGTAAAGGATGCTATTGAGG +AGATTGAAGTAAAGGGCGAAGTTAAAGATGTAAATAGCGATACAAAAGAAGACTCTGAAG +AAATATCTACTGCAAAAGAAGTTGATTTGGATGCTATACAAGAAAAAAGTGAAGTACAAG +ATGAAGTAGATGATAAAGAGAAGAAAGTTAGCTTATTTAGCAGATTAAAGCAAGGATTAA +CTAAAGCTAAGCAAGGTATAACAGATAAAATAGATACTGTATTAAAGTCATATACAAAGG +TAGATGAAGATTTATTAGAAGATTTAGAAGAAGTATTAATAACTGCTGATGTTGGTGTTA +ACACAACTATGGACATGATAGATAAGCTTAGAGATGCTATAAAGGCAAAGGGTATAACTG +ATCCTCAAGATGTTAGGGTTGAATTACAAAATATAGTAGAGGATATACTTACTTCAGAAA +ACTCAAAGTTAGATGTAGAACATTCTCCGACTATAATACTTATGGTAGGGGTAAATGGAG +TTGGAAAAACTACTACTATAGGAAAGTTAGCAAATAGATATAAATCAGAAGGAAAAAAGG +TACTACTAGCAGCAGGGGATACATTTAGAGCTGCAGCAATAGAACAGTTAGAAGTATGGG +CAAATAGAAGTAATGTAGATATAATAAAACATCAAGAAGGTGCAGACCCAGGCGCAGTAA +TATTTGATGCAATAAAAGCTGCAAAGGCTAGAAAAGTTGATTTATTAATTTGTGATACAG +CAGGTAGACTACATAATAAAGCAAATCTTATGAACGAATTAGGGAAAGTATTTAAAATAG +TAGACAGAGAATTCCCAGAAGCTAAAAGAGAAGTTTTATTAGTTGTAGATGCAACAACAG +GTCAAAATGCAGTTTCTCAGGTTAAAACATTTAAAGAAGTTGCAGATATAACAGGAATAG +TTCTTACTAAACTGGATGGAACAGCAAAGGGTGGAGTTGTACTTGCAGTTAAGTCAGAAG +TAAATGTACCAGTTAAATTAATTGGTGTTGGTGAAGGTGTAGAAGACTTACAAGATTTCG +ATGCAAAAGCATTTTCGGATGCACTATTTGGGAAAAATTAGCTTACTAAAATAAATGTTG +ACAACAAATGAAAATTAATATAAAATACAATGTGTAAAGTAAATAACCTTTACAGTATAT +CACTTGGGAAGTGAACTAATGAATATAGAAAAAATGATTGAGATTGGGTTATTGTTCGAA +CAATATAAAGAACTTTTAACTGATAAACAAAGAGAGATAGTATCTTTATATTATGAAGAA +GATTATTCTTTAGGAGAAATAAGTGAAAACTTAAATGTATCAAGGCAAGGTGTATATGAT +ACTTTAAAGCGCTCAGAGAAGATCTTAAGAGATTATGAGGACAAGCTTAAGCTAGTTTCT +AAGCTACAAGAACAAGAAGAATTTGTTAAACTTGTAGAAAATAAAATTGTTGACATTAAG +CAAGATTTATTGCAAAATAGAGATTGTGCTAATTTAATCCCTAAGCTAGAAAATATAGAA +GATATATGTAGGGAGATGTTAAAATGATATTTGAAGGATTATCAGATAAACTACAAGGTG +CATTAAGTAAGTTAAAATCAAAAGGAAAACTTACTGAACAAGATGTAAAAACAGCAATGA +GGGAAGTGAAACTTGCACTTCTTGAAGCAGATGTTAACTTTAAAGTAGTTAAAGATTTTG +TTAAAACAGTTCAAGAAAGATGTGTTGGGCAAGAGGTAATGGAAAGTTTAACTCCTGCAC +AACATGTTATAAAGATAGTAAATGAAGAGCTTACAAGCTTAATGGGAGATGTTCAAAGTA +AAATAATGATATCTCCAAAACCACCAACAGTTATAATGATGGTTGGACTTCAAGGTGCTG +GTAAGACTACTACTTCTGGTAAACTTGGTGGATACTTTAAAAAACAAGGTAAAAAGCCAC +TATTAATAGCAGGTGATATATACAGACCAGCAGCTATTAAGCAATTACAAGTTGTAGGTG +AAAAATTAGATATACCAGTATTTAATATGGGAGATAAAGAAAGCCCAGTTAATATAGCAA +AAGCGGGATTAAGTCATGCAATAAAAAATAATCATGACTTAGTTATAATAGATACAGCTG +GTAGACTTCATATAGATGAAGCTTTAATGGATGAATTAAAATCTATAAAAGTAGAAGTTA +AACCACATGAAATACTCTTAGTAGTAGACTCTATGACAGGTCAAGATGCAGTAAATGTAT +CTGAAAGCTTCAATGAAGCGCTTGGAATAGATGGAGTAGTTTTAACTAAACTAGATGGTG +ATACTAGAGGTGGGGCTGCACTTTCAATAAGAGCAGTTACACAAAAGCCTATAAAGTTTA +TAGGTATGGGAGAAAAGTTAGATGATTTAGAACCTTTCCATCCAGATAGAATGGCATCTA +GAATATTAGGTATGGGAGATGTCCTAAGCCTAATAGAAAAAGCTCAAGAAAATTTAGATT +TAGAGAAAGCTAAAGAGTTAGAACAAAAAATTAAAAAACAAGAATTTGACTTCGAAGACT +TATTACAACAAATGGAGCAAATTCAAAATATGGGGCCTCTTGATAAAGTATTAGGCATGA +TACCAGGTATGGGAAATATAAAAGACCAACTTGGAGATGTAGATCTTAATGGGAAAGAAA +TGAAGAGAAGCAGAGCTATAATACAATCAATGACGCCTGATGAAAGAAGAGATCCATCAC +TATTAAATGCTTCAAGAAAGAAAAGAATAGCTAAAGGTAGTGGTACGAGTGTTCAAGATG +TAAACAGGATGATAAAACAACTTAATGAAATGAAAAAGATGATGAAGATGTTTACAGGAT +CACAAAAAAGCATGAAGAAAAGGGGCGGCTTTGCCGGACTTCCTTTCTTTAAATAAATAA +AAAAGACAAAAATTATTCGGAGGTGACTGTAATGGCAGTTAAAATAAGATTAAAAAGAAT +GGGATCAAACAAAAAACCTTTCTACAGAATAGTAGTTGCGGATTCTAGATCTCCAAGAGA +TGGAAAGTTCATAGAAGAAATAGGATACTATAATCCAGTTTCTCAACCAAAGCAAATAAA +AATAAACGATGAGAAAGCTGTAAAGTGGTTATCAAATGGTGCTCAACCAACTGATACTGT +TAAAACTTTATTAGTTAACAACGGAGTAATGGAAAAATTCGAAGCTTCTAAGCAAGCTAA +GTAATTCATTTAATAACAGAAGCATATATTAGGAGATGAAATATATGAAAGAGCTAGTGT +TAGATATAGCTAAAGCTCTAGTTGATAATCCTGACGAAGTTAAGATTGAGGAAACTATAA +AAGAAGATGAAATAATCTTAAAGCTTAGTGTTTCTCAAGACGATATGGGTAAGGTTATCG +GTAAGCAGGGCAGAATAGCTAAAGCTATAAGAACTGTCATAAGATCTGCTGCAAATAGAG +AAGACAAAAAAGTCTCTCTTGAGATAGTATAGAAGGATTAGGTATATACCTAGTCCTTTT +TGCTTATAATACAAAATAAAATGTAATTTTCGCAGAAGAAGGTGGTAGCATGAGCAATAA +ATTAACTCACTTTAAAGTTGGAAAAATAGTTAATACTCAAGGTTTAAAAGGAGAGGTAAG +AGTTTATCCTTTTACTGATGATATAAATAGATTTGATGAATTAGATGTTTTTTATTTAGA +TAAAGATTTTAACACTAAATGGAATGTAGAAAGAGTTAGATATAAGGGTAACCTTGTAAT +AATGAAAATTAAAGATATTGATTCTATAGAGAAAGCAGAAAGATTAAGAGATAAGTTTAT +CTATGTATCTAGAGAAGATGGTAGAGAGCTTGAAGAAGAAGAATACTTTATAGCTGATAT +GATAGGTTTAGATGTGTTTACTGTAGATGGAGAAAAAGTTGGAGTATTAAAAGAAGTCCT +TCAATATGCTGCAAATGACGTATATGTTGTTAAAGGTGAAGAAAAAGAATACCTAATACC +AGCTATAATGAAGTTTGTGCCAACTATAGATATGAATGAAAGAAAAATGATAATAGACCC +TATTAAGGGAATGTTAGACTAGGTGATAATATGAGATTTCACATAATGACACTTTTCCCA +GATATATTTAATTCATATATGAATGAAAGTATAATGAAAAGAGCGGTTGATAAGGGGAGT +ATAGAAGTATATATATATAATATTAGAGACTTTTCTAATAATAAACATAAAAAGGTAGAT +GATTATCCTTTTGGAGGAGGAGCAGGTATGCTTATGACTCCGCAACCGATATATGATACT +TACATGCATATAGTAAATACACATGATATAAAAAATCCTAGGGTTATCTATCTAACACCT +AAAGGGAAAGTACATAGTCAAGAAATTGCTCAAGATATGTCTATAAGCGACGATATAATA +CTTTTATGTGGACATTATGAAGGTATCGACCAAAGAATTATAGATTTAATAGTTACTGAT +GAAATATCTATAGGGGACTATGTATTGACAGGAGGAGAACTTCCTGCACTAATATTAATA +GATTCTATATCTAGACTTATACCTGGTGTACTAAGCCAAAATGAATCTTTTGAAGAAGAA +TCTTTTAAAGATAACTTATTGGAATATCCTCACTATACAAGACCTAGAGAATTTATGGGA +ATGAAAGTACCCGATATCTTATTATCAGGTAATCATAAGAAAATTGAACAATGGAGATAC +GATGAATCTGTAAAAGTTACTAAAGAAAGAAGACCTGATTTATATAAAAAGACTTGTAAG +AAGTAAGTTTTTATAGTATAATAAACAATGTCGAAAATACGGGCGTTCCTCTGTACGTTG +GTCAAGTATTAAGAACGTCTATGATACTAGGAGGAAAAAATGAACGAAATATTAAGATCA +TTAGAACAAGAACAATTAAGAAACGATGTTCCTAACTTTGGACCTGGGGACACAGTTAAA +GTACACGTTAGAATAGTTGAAGGAAAAAGAGAAAGAGTTCAAGTATTTGAAGGTGTAGTA +TTAAAGAGACAAGGTGGAGGAGCTAGAGAAACTTTCACTGTTAGAAAAATATCTTTCAAC +GTTGGTGTAGAAAGAACTTTCCCAGTTCATTCTCCAAAATTAGAGAAGATAGAAGTAACT +AGAAAAGGTAAAGTAAGAAGAGCTAAATTAACTTACCTAAGAGGTAGAGTTGGTAAAGCT +GCTAAGATAAAAGAAGCTAGATAATTAGAAACTTTACTATAAATAAAAGAGTTGTCTAAG +TGATTAAATCATTTTGACAACTCTTTTTTCAATCTTAAGAAAATATAATTTAGTTTATTC +GTTAATAAATATACGTATATATAATAGTATATTAAGTGAAAATATAGATATAAGTATTAG +TATTACAATTATTATCATTGATGTGAAGATTATGATATAATAAGTAAGTTAAATATGATA +AAAATAGCAAGAAATAATGAAGGAGTGATAATCATGGCAAGAGGAGATAAAATGAGGTCG +GACTATGAAGATTATCTTGTAGATGATAATTTACATATAAACTGGTATCCTGGTCATATG +AAAAAGACAAGGGACTTAGTTAGAAATAACTTAAAACTAGTAGATGTAGTTGTAGAACTT +TTAGACGCGAGAATTCCATATAGTAGTAAAAATCCAGATATAGATAAATTAGCAGGGAAC +AAACCAAGAGTTGTTATACTGAACAAAAGTGATTTAGCAGATAGAAACAAATTAAATAGA +TGGATAAATTATTATAAACAAAAAGGCATAAAAGCAATACCTGTAGATACTATGAAGGGT +TCAGGGCTAAATAAATTAATAGAAGAGTGTAAAAATGTTACTAAGGATAAGATGGATGCA +CTTAAAGATAAAGGTAGAAAAGAAAGACCTATAAGAATAATGATAGTAGGTGTGCCTAAC +GTAGGTAAGTCTTCTATAATAAATAAATTAACGGGAAGAAAGAGCGCTGTAACAGGAGAT +AAACCAGGAGTAACGAAAGGTAAACAGTGGGTTAGATTAAAAGGTAACTTAGAACTACTT +GATACTCCAGGTATTTTATGGCCTAAATTTGAAGACCAAGAAGTTGCTTTGAATTTAGCT +TTTAGTAGAGCGATAAAAGATGAAGTTTTAGATATTGAAACTTTAGCATTAAGACTTATA +GAGAAACTTATGATTATAGAGCCAGAGAAATTAAAAGCTAGATACAAGTTAGAAGAATTA +GGAGAAACTCCACTTGAGACTATGGATATGATAGGACGTAAAAGGGGATTCATAACAGGT +AGAAAAGAACTAGACTATACTCGTATAGCATTTACTGTTTTAAATGAATTTAGAGAAGGA +AAAATCGGTCAAATAAGTTTAGAAGTACCAGAAGATATAAAATAATATACGAATTAATAA +ATATTAATGATATGAGGTCGCTTCTTAAAAGGTAAAATTTTATCTTTTAAGAAGTGGCCT +TTTTATATTTAAAGAGTTATTGTAGATATGATTAAGGTTAATTTTAATAGCTTATACACA +AAAAGACTAAAATTTCTAATATTATTGACAATTTAGAAAATAAAATATATAATAAATTGA +AATTATAATTTATATAGTAATATTGGGAGGAATTATATGCGAAATATAAAAGATATAATG +GTGGTAGGCTTTGCTTTATTTGCTATGTTTTTTGGAGCAGGTAATTTAATATTTCCACCA +TTTTTAGGATTAGTATCAGGGTCTAGTTGGTTAACTGGATTTGCTGGATTTGTATTAGCT +GATGTAGGTTTAGCATTATTAGCTATATTGGCAGCGGCTAGGTGTAATGGAGAAGTAAGT +AAAGTTTTAAGTAGATCAGGGAAAAATTTATCGGTAATACTAGGTTGTGCTATAATGATA +TGTCTAGGGCCATTGTTAGCAATACCTAGAACTGCAGCAACTACTTTTGAAATGGGTATA +ATGCCATTATTTGAAGGTTTTAACCCTGTAATATTTTCGATAATATTCTTTATTTTAACT +TTAATGTTAACAATAAAACCATCAAAGGTTGTAGATATAATAGGTTCGTTTTTAACTCCG +ACATTATTAATAGCTCTAGCGATATTAATAATATCAGGAATACTAAATCCATTAGGTGAA +ATAAGTACAACACCTATGATAGAAAATGTATTTGTTGAAGGAATTAATCAAGGATATCAA +ACTATGGATACTCTTGGAGCTGTAGCCTTATCAACGGTAGTAATAGCTACAATTTCGAAT +AAAGGATATAAAGATGACAAGTTGAAAGTTAAATTAACATTACAAGCTGGCATAGTAGCA +TCAATAGCATTATGCTTAGTTTATGGTGGTCTTGCTTACTTAGGAGCTACAGTATCAACT +AAATATGGAGCTGATATAGTTCAGACATCGTTAATAGTGAATATAACAAGTATGCTGCTT +GGCCAGCCTGGTAAGATAATTCTTGCAGTGATAGTTGGCCTTGCTTGTTTGACAACTTCA +ATAGGTCTTACATCTGCGACAGGGCAGTATTTTACAAAACTTACAAATGGTAAGTTAAGA +TATGAAATTGTAGTTACTGTTGTTTGTATATTTAGTGCAATAGTATCTAATTTTGGAGTT +AGTACAATAATACAATTCTCAGCTCCAATATTAAGTTTAATATATCCGGCAACTGTTACT +TTAATAGTATTAACTCTATTTGGTAATAAAATAAACAATGATAATGTATTTAAATTTGCT +ACATATGCAGCACTAATAGTAAGTATGTTAACTGTAGCTAATGATTTTAATATTAGTATA +CCTTTTGTTTTAAAATTACCATTTGCATCTTTTGGATTTAACTGGATAGTTCCAGTTACA +ATAGCTGGATTTATAGGTAACTTTATACCAGATAAAAAATAGAAAATCAATATAGAATAA +ATAAAACAATATAATTAAAAAGAGATATCTATAAATAAACCTAATTATACAATTAGTTGT +GTAGAGGTAATGTTTTAAGATATCTCTTTTTATTGATTTAAGTAATTAATTTTTATATTG +TACTGCCTAATAATTAGGTGGATATAGAAGATTTGATTCAAATGAAGATAGTATTTATAT +TAGATAACAGGTTTATAATAGAGTTAAAAATATGAATATTATGAGTGTTAAATTAAAGGA +TTTTATTTATAGTTGAAATCAAATGAGGTTAAAAAGTAAAAAACTTATTATTAATATTTA +TCAATATAAAAATAAGTATGTTAAAATACCTATGTATAACAAAAAAAGTGAGGAGAAGAT +AATGACGAATAAAAGTGTAAAAGAAATTAAGGAAATAGTAGATAATTTAGAAATAGATAA +ATATCTGGAGTATATAGAAATATTAAAAGGTGATGAAAGAAAATCTGTCCAAAATTTAGC +TCTAAAATTAGCTAAGAAATTAGATAATATAAGAAAAGAAGAAGAGAGACTAGATAGAAT +AAATATATATGAAAATGAAGGTTATGAAAAAGGATATCTTTATATAGGGGGTATAGATGA +AGCTGGAAGAGGTCCTTTAGCAGGTCCTGTTGTAGCTGCTGTAGTAGTGTTTAAACAAGG +TACAAAGATAGAAGGTATAAATGACTCTAAAAAGTTAAGTGAAGCGAAGAGGGATGAATT +ATTTGAGGTTATAAAGCAAGAAGCTCTTGATTATGGAATAGGAATTGTAAATAATGAAGA +AATTGATGAGTTTAACATATTAAATGCTACTTATATGGCAATGAAAAAAGCATTGAATTG +TTTAAAACAAACTCCAGATTATTTACTAGTTGATGCAGCTACAATACCTGGAATAGATAT +TAAGCAAAATCCAATTATTAAAGGAGATTCAAAATCTATCTCAATTGCAGCAGCTAGTAT +ATTAGCGAAAGTTACAAGAGATAGTATGATGTATCAATATGATGAAATATACCCAGAGTA +TGGATTTAAAGGTCACAAAGGATATGGAACAAAAGAACATTATGAAGCCATTGAAAAACA +TGGTATAACACCAATACATAGAAAAAGTTTCTTAAAGAATGTGTTATAATATAATAGAAA +TTGCATATTAAGAATAAATAATAAAAAATAGTAATTATGGGGGACTAACAATGGATTATA +AAGAAATATTAAAAAGCGCTAGAGCAAATTTAAATGGGAGCTGTAGAGTGTGTAAATCAT +GTAATGGTGTAGTCTGTGCAGGTGAAGTTCCTGGAATGGGTGGAAAAGGAAGTGGGTCTT +CTTTTATAGAAAACTTTAAAAGTTTGGAAAAAGTAAAGATAAATATGAGAGTAATACATA +GTGTATCAAATCTGGATACATCTATAGAGTTATTTGGGAGAAAGATGGATTCGCCCATAT +TTGCAGCTCCTATAACAGGAACTACTTTAAATATGGGTGGAGGACTTACAGAAAAAGAAT +ATATAACTCCTGTTGTTGAAGGCTGTATAAATAGCGGTGTATATGCAATGGTAGGAGATA +CAGCAGTAGATTCTTTTTTAATAGATAATTTAGAAGTACTATCACAAAATAATGGTGATG +GAATTGTATTTATAAAGCCTTGGGAAAATGAAGATATAAAAAGAAAAATAAAATTAGCTG +AAGAATCAAGTGCTTTTGCAGTTGGTGTGGATGTAGATGCATGTGGGTTAGTAACTTTAT +CAATGCATGGAAAAACTGTAGTTCCTAAAAATGTAGAGGATATAAAGGAATTAAAAGCCT +GTACAAAGCTACCATTTATATTAAAAGGTATAATGACTGTAGAAGATGCACTTATGGCAG +TAGAAGCAGGTGTTGATGCAATAGTTGTATCAAATCATGGTGGAAGAGTTTTAGATTGTA +CTCCAGGAGTTGCAGAAGTTCTTCCTGAAATAGCTAAAGCTGTTAAAGGAAAAGTAACTA +TACTTGCAGACGGTGGAGTAAGAACAGGAGTAGACGTACTAAAAATGATAGGTCTAGGTG +CGGATGCTGTATTAATAGGAAGACCTTTTGTAACTGCATCTTTTGGAGGCGGAAGAGAAG +GTGTAGAAGGCTATATTAATAAAGTAAAAGCAGAATTAGAAGCTACTATGATATTAACAG +GATGTCAAACTGTAAAAGAAATAGACTCTAAGGTTATATATAAATAATTATTTAATTAAT +AAAAATAAAAAACAATTATTATGCTAAATAAAAATCCTTCCGTATGTGTTTATAAACTGT +ATGGAAGGATTTTTTATAATATGATTTAAGTGATTTACTCGAATGGGCTACTAACGACTT +GTATTATATCTGAATTATTTATTAATGAAGATGTATTTTCATAAGATTGTTCAAGCTTAC +TATAAGGTAGATTCTCAATAGTATTTAATGAAGTTTTATCTTCAAGTGGAACAATTTCAT +AAACTAATTTAGAACCAGAAGTATATTTATTAACCCAAGTAGGAATGCACGTAACATTAG +ATACATAAGCCTCTTCTTCTAGACTATCTTTGGTAATATCAATGGTTACCATTAAGCCAT +CCTCAGTGTAAGGAGTACCTAAAATTTCTTGTCTTTGATTAGAAATTAAATTTCCTAGAG +AATATACAACTAGGGTATCGTTCTCACCGTTAGAAGATTTAATCATTTCAACAGGTTGTA +CTACGTGAGGATGAGAACCGATTATAATATCAACTCCAACATCAGATAACTTTTGTGCTA +ATTCCTTTTGAAAGTTATTAGGTGTTCTTTGATACTCATTTCCCCAGTGTAGGATTACTA +TTTGCATGTCTGTATTACTTAGATTAGATAAGGTATTATTAATAGTAGAAAAAGCGCTTT +CTATATCAGTTGAGCTGAATATATTAGCTTTATCTTTACATTCATCTGAAACTTGTATAC +CATTTAAATATTTATTAGAGCCTTTAATATCTCCATAAGAATAAGAAGTAATTCCTAATT +TTATACCTTTTACATCTTTTATAATATAGTCATTATCATCAATATTACTTCGAGTTCCTA +CTGTGTCAAAACCTAAATTTTTCAAAGTAGAAAGTGTTCTTTCAAAACCTAAAGTGCCTT +TGTCAAAGGTGTGATTATTTATAGTAGAAATAACATCGAAGCCTGCATTTTTTAATGCGA +CTGCAAGTGCATCTGGAGTATTGAAAGTTGGATAAGAACTATAAGCTATACTTTCACCAG +CTAATGTAGTTTCTAAATTAGCAATACTTAAATCTGAGTTTTCAATATAACTTTTTATAT +GTTGGAAATTATTATCAAAAGAATATGTATCAGTAGAAGCATCATGTTGAGCTTCTAACT +GTGGTGTGTGTGCCATTACATCCCCAACAGCAGTTAGACTTAGGCTAGTGGCTTTATAAG +AATTATTTATTATGGTAGATTGATTGTTATCATCATTGTCGCTAGGGTTTGAACATCCTG +TAAAGAATAAGATACAAACTAAAGTAAAAATTAGTACAGATGCTAATTTATTATTTATCT +TTACCTTTATCTTTATGATATCGTTGTTACTCATTTGTATATCTCCCTTTCTAGTTTTAT +AATATCCCTATTTTATATAGTATACGAAATGGAAAAAAAATCAATAAAAAAGTGAGAGTT +TGTATACTTATATTATCTGTTGACAATAATTAAAAAAAATTAGAAATAGGTGAATGCTAT +GAATAATAAAGAAAAAGGAGATTTAGGAGAAGTAATTGCATTAAAGTATCTTATTAAAAG +TGGAGCGGAAATATTAGAGCGAAATTATAAGATTAAAACTGGTGAAATTGATATCATCGC +TAAGGTTGATAATGAATTAGTATTTATTGAGGTTAAATCCAGAAGCAACACTAGATATGG +ATATCCCGCAGAAGCTGTTAATTATAAAAAAATTAACAAAATATATAATGTGGCTAGATA +TTACATGTTAATGAATCATTTCAATGATGTACCTATAAGATTTGATGTTATAGAAATATA +CTTTAATGAAAATAAAATTAATCATATTATAAATGCCTTTTAGAAAGGGAGTAAGTATGT +TAAGTATAATTAATTCTAGTAATGTAATAGGAATAGAAAGTTTTTTGACTAAGGTAGAAG +TAGATATAACTAATGGTATACCATGTTTTAATATAGTTGGGCTTCCAAGTACAGAGATAA +GAGAAGCTAGAGAAAGAGTAAAATCGGCAATTATAAATAGTGGATATAAATTCCCTAATT +CAAGAATAGTTGTGAACTTATCTCCTGCAGATATGAAAAAAGAAGGATCTTTTTTAGATT +TATCAATATGCATAGGATTACTTAGAAATTATATTAATAAAGATGAAAATTATATGAATG +AAAGTATGTTTATAGGAGAATTATCTTTAGATGGAAATTTAAGAAAAGTTAGAGGAATTC +TGCCAATAGTAATAGGAGCAAAAGAAAATAATCTAAAAAGAATATTTATACCAGTAGAAA +ATTTGATAGAAAGTTCATATATAGATGGAATTCAAATCATACCTATACATAGCTTAAATG +AATGTATAGGATATTTAAACGGAGAGATAGATATAAATAAAGATAAAATATTATTAAATA +AGAAGTATAACGCAAAATTTGAAAAATTATATGATGATGATTTTGAAGATGTTAGAGGAA +ATTACTTCGTAAAAAGAGGTGTAGAAATAGCAGCAGCAGGAAACCACAATATTCTAATGA +TAGGCCCTCCAGGATCAGGAAAAACAATGATTGCTAAAAGGATAACGACTATACTTCCTG +ATATAGATAACGATGAGATGCTGGAGATAAGTAAAATCTATAGTGTATCAGGGTTAATTG +ATGAAAATATAGGAATAGTTAATAAAAGACCATTTAGATCTCCTCATCATACGTCTACAA +GACAAGCATTAATTGGAGGTGGAAGTAATCCTAAGCCTGGAGAGGTAATCCTAGCTCATA +GAGGAGTACTATTTTTAGATGAAATAGCTGAGTTTGACAGGAAAATATTAGAGACTCTTA +GGCAACCAATAGAGGATAAGTATATAAACATATCTAGAGTTAAATATAATATAAAATATC +CATGTAATTTATTATTAGTAGGAGCAATGAACCCATGTCCGTGTGGTTATTATATGTCTG +ACAAAGAATGTAAATGTAGAAACTACGAAGTGACTAGATATCTCAATAAAATATCAGGCC +CTTTGTTGGATAGATTTGATCTTTTTATTGAAGTAAATCCAGTTTCATATGAAGATTTAC +ATAATTATAAAAAGGCAGAGAGTTCTAATGATATTAAATTAAGGGTGGAGAATGCAAGAA +AGTTACAGAAATATAGGTTTAAAAATGATTCGATAAGTAGTAATAATGAAATAAAGTCAT +CTAAAATAGATAAATATTGTGAGTTAGATAAAAATGCTGTAGAGATAACTAAATTAATTT +TTAATAAATATAAGTTAAGTAATAGAAGTTACACTAAACTTTTAAAAATGGCTAGAACAA +TAGCAGATTTAGATGATAGTGATACTATAAAATCAAATCATATAAATGAGGCTTTTTCAT +ACAGGAAGGCTTATTATACTTACTTTAGATAGAGGTGAATTATGGAAAGAAAAGATGCGT +ATTTGTGGCTAAAATCCATAAGTGGAATAAGTACTAAAACAATAGAAAAATTACAAAATG +AAGTTGGAAATATAGAAGATTTAATGGACCTTTCTGATAAAGAAATATATACTTTAAAAA +ATATAAATTTAAATATTAAAGAAAATATAGTAAAATATAAAAGCAATTCATATTTAGATG +GATTAAGAGAAACATTACATAAAAATGATGTTAAATATTTTTGTATAGATGATGATGAAT +ATCCTAATGATTTAAAAAATATATATAATGCGCCTATATTATTATTTTATAGAGGTGATT +TATCAATATTAAACAATACTTTAAATATAGCTATGGTTGGTTCTAGAAAGCCAACTAGAT +ATGGAATAAGTTGTGCTAAAAGTATAAGTAAGCAGCTATCTAATTTAGGAATAAATATAA +TTAGTGGCTTAGCTATAGGAATAGACTCATTTTCTCATATAGGTTGCATGGAGGGCGAAG +GAAAAACTGTAGCTGTATTAGGATCGTCGGTTAATAATCCTCTTCCAAAGCAAAATATAC +CTTTAGCTAATAAAATACTTGATAATGGCGGTCTTATCTTATCAGAGTATAATGTTAATT +CAGCTGTAATACCATCTAATTTTGTAAACAGAAATAGAATTATAAGTGGTTTAAGTCAAG +GTGTTATAGTGGCGGAGGCTGCTAGAAAAAGTGGTGCATTAATAACCGTAGAGTTTGCAC +TAGATCAAGGAAGGAATGTGTTTGCGATTCCTGGAAATATAAATTCAGAAATGAGTAAAG +GATGTAATAAGATTATTAAAGAGGGTGCAAAATTAATAGAAGATTTAGATGATATAATTA +ATGAATATAATATAAGTTGCATTAATAAAGTAGAATTTGGTGGAAATTATGATAATATAA +GCTTAAACAAGGAAAGTATTACTATAATTAATGCGATAAAAAATAAAGGTGCCTTGCAAA +TTGATGATATTTGTGATTATACTGGTATGGAAATAAAATCAGTAAATACATTATTAAATG +AGTTATCATTAAAGGATATCGTAATAGAAGGCAATAATAATACATACAGTTTAAATGTAT +AAATAAGATAGATAGTGGGGGTGTGTGCTTTAAAATGGCAAAAACATTAGTCATCGTGGA +ATCGCCAGCAAAAGCTAAAACAATAGAGAAATTTTTAGGGAAAAGTCATTATACTGTAAA +GGCATCTGTAGGCCATGTAAGAGATTTACCTAAAAGTAAGTTAGGTGTAGATATAGAAAA +TAATTTTGAACCTCAATATATCAATATTAGAGGTAAGGGCGATGTTATAAAAGAATTGAA +AAAAGAAGCTAAAAAATCAAAACAAGTATATTTAGCTACTGACCCTGATAGAGAAGGAGA +AGCTATTTCGTGGCACTTGGCTCATATATTAGATATAGATGAGGATAAAAATTGTAGAAT +CGAGTTTAATGAAATAACTAAAGAAGCTATTAAAAAAGCTATAAAAAATCCTAGAAATAT +AAACATAAATATTGTGGATGCTCAGCAGGCAAGAAGAGTACTTGATAGGTTACTAGGTTA +TCAAATAAGTCCAATACTTTGGCAAAAAGTAAGAAAAGGACTTAGTGCAGGTAGAGTGCA +ATCAGTAACAACGAAGTTAATTTGTGATAGAGAAAAAGATATAAATGCTTTTATACCAAA +AGAATACTGGACAATAGAGATTAATGCAAAAACAGAAGATAATAAAGACATTGTATTTAA +GTTTTATGGTAAAGCAAACGAAAAACTTGAATTAGAAAATGAAGAAATAGTTAATGATAT +TTTAAAACAAATAGAAAATAAAGAACTAATTGTAGAGAAAATAGAATCTAAATCAAGAAA +AAAGGCAGCTCCAAAACCTTTTACAACTAGTGTGCTTCAACAAGAGGCTGCGAATAAGTT +ATCTTTCACTACTAAGAAGACGATGATGATAGCTCAAGAATTATATGAAGGTATAGATAT +AGAAGGAGAAGGTACAGTCGGTCTTATATCTTATATAAGAACAGATTCAAAAAGAATTTC +TGAAGAAGCAAAAGAAAAATCTAAGGAGTATATATTAGATGAACTTGGAAATCAATATTA +TAAAAATGCTTCAGAAGATAAGAAAAAGGGAAAAGATGGTAAAAAAGTACAAGATGCTCA +TGAGGCTATAAGACCTACATCTGTTTATAGAACTCCTGATAGCATAAAATCTTCTTTAAG +CAAAGATCAATTTAAATTATATAACTTAATATGGAGAAGATTTGTAGCCAGTCAAATGGA +AGATTCAGTATTTGATGTTTTAAATGTTGAGTGTAAGGTAGGAGATTTTATATTTAAAGC +TACTGGTTCTAAAATGAAGTTTGATGGATATACAAAAATTTATAACTTTACTGAAAGGGA +AGATAAAATATTACCTCCGATAGAAGAAGGTGATTCATTAAATATAGAAGAGTTTCTTCC +TAATCAACACTTTACTCAGCCTCCTGCTAGATATACAGAAGCTAGCTTAGTAAAAACTTT +AGAAGAGTTGGGAATTGGTAGACCAAGTACTTATGCTCCTACAATTGCAACTATACTAAA +TAGAGGTTATGTAGAAAAGCAAGGGACAAGTTTATATCCAACTGAATTGGGAATAATAGT +TACAAATATTCTAGAAGATAATTTCCAAAAGTTTATAGATGTAGATTTTACAGCTCAAAT +GGAAAATGAATTAGATAATATAGAAGAAGGAAATACAGATTGGAAATATGTAGTATCTCA +AGTATACGCTCCACTAAAAGAAGCTATAGAAACGGCTATTGCAAATGTAGAAAAAGTCAA +TATGGATGAAGAAACAGATGAGATATGTGAACTTTGTGGTTCTAATATGGTTATAAAGTA +TGGACGATTTGGAAAGTTTATGGCTTGTAAAAATTATCCAGAATGTAAAAATACAAAACC +TCTTGTTAATAAAATTGGTGTGAAATGTCCTAAGTGTAAGGATGGGGATATAATTCTTAG +AAAGTCTAAAAAAGGTAAGGCATTTTATGGATGTTCTAACTATCCTAATTGTGATTTTGT +GTCTTGGAGTAAGCCTACAGGTGAAATTTGTGAGAATTGCGGTTCATATATGGTAGAAAA +AGTTACGAAAACTGAAACAAAAAATGTATGTTCAAATAAAGAGTGTAAAAAATAGAAAGT +ATATAATACAAATTTGTGGAAGTTGAATGAAAAGTCTAATTATATTTTATATTGAAAAAC +CTTTCATTTTATGATAAGATTTTCATTGCACAAATTATGAATATAAGTTTTTGTTTAGAC +ATAAAGGAATTTGAAGAAAGATATAAATAAAGGTTAATTAAGGCCGATATTTCATGAGGA +GATGATTATAAATGGCGAGCGAAGTATTACAAAAAACGAGAAGGATTAATAGGACATTAC +AAACAAGTGGTGGAAGTAGTGTTTCTTTCGAATTATTAGCAGGAGCTTTAGGAGAAGTTC +TTAGCTCAAATGTATATGTATTAAGTTCAAAAGGAAAAATATTAGGCCTTTATCTTAATG +ATGAAGAAGATAGCTCAGTAATTGAAGAAGAAGGAACTAACCAAAGAATGTTCCCAAAGG +AATATAATAAAAGTTTATTAAGAATAACAGAAACTCTGGATAATTTAACTGGAGAAGAAG +TTTTAAATTTATTCCCAGATGAGCACGAAAGACTTGAAAAATATACTACAATAGTTCCAA +TATTAGGTAGCGGGCAAAGATTAGGAACTTTAGTATTATCAAGATATAATAATAACTTTA +CAGATGATGATTTAGTTATATCAGAGTATAGTGCTACAGTTATAGGTCTTGAAGTATTAA +GAGCTTTAAGTGAAGAACTAGAAGTTGAAATGAGAAAAAAGGCTGTAGTTCAAATGGCTA +TAGGAACATTATCTTACTCAGAATTAGAAGCTGTGGAGCATATATTTGATGAATTAAATG +GAAAAGAAGGTTTACTTGTAGCAAGTAAAATAGCAGATAGAGTTGGAATAACTAGATCTG +TTATAGTAAATGCTTTAAGAAAATTTGAAAGTGCAGGAGTTATAGAGTCTAGATCATTAG +GTATGAAAGGAACTCATATAAAAATACTTAATGATAAACTTATACCTGAATTAAAAAAAG +TTAAGAATTCTAACTAATAAGATGTTATAAGTGGAAGGTATCTAGGACTAGATACCTTCT +TTTTAATTTAATATCCGATGAACTTGAAGCGTTTTGACGATACGTAGATTAAGTGAACTT +TTTTATATAAGGAGGATAGAATGCAACCATTAGCAGATAGATTAAGACCAGAAAAAATAG +AAGATATGATAGGGCAGTCACATATAATAGGAGAAGGAAAAGTCCTTAATAAAATAATAA +AAAATCAATCTATCCCGAATATGATTTTATATGGCCCCCCAGGTACAGGTAAGACAACAT +TAGCGAATATAATAGCAAATACGACGGGAAAAAAATATGTAAAATTAAATGCTGTAAACT +GTGGTGTAAAAGAAATAAAAGACGTTATTGACGCTACAAAGCAAGATTTATTTTCTTATA +ATGGTATAATTTTAATGCTTGATGAAATCCAAGCTATGAATAGAAAACAACAACAGGCTT +TACTTGAGGTTATAGAAGACGGATCAGTGACCTTAATAGCAAGTACTGCTGATAATCCTT +ATTTTGTTATATACAAAGCTATCTTAAGTCGAAGTTCTATATTTGAATTCAAAGCTATAG +ATAAGAACGATATATTAAAAGGATTAAAAAGAGCTGTAGATAAAATAGAAGGGCTATACT +CATATGAAAGTATAAAAATAGATAATGAAGCCTTAGATTGTATAGCAGAGACTTGTAATG +GTGATATGAGAAGTGCTTTAAATAAATTAGAATTAGCTTTTAATTTAGGAATAGACATAT +CATCTAACTCTGTAAATGTATCTTTAGATACTGTAATACAATCATCAAGTGCCAAAAGAT +TGAGTTATGATAGAGGTGGAGATGATGGGTATTCAATTTTATCAGCTTTTCATAAATCGT +TAAGAGGTTCCGACGCAGATGCATCAATACACTACCTAGCTAGGCTTATTAAGGCTGGAG +ATATGCAGGGTATTACTAGAAGGTTATTATGTGTTGCAAGTGAGGATGTTGGGTTGGCTG +TTCCTCAAGCTATAACGATAACAGAAGCATGTGTTTCATCAGCATTACAATTAGGTTTTC +CAGAAGCTAGGATACCTCTTGCACAAGCTACTATATACCTAGCTCAATGTCCAAAATCAG +ACTCAGTTATCAAAGCAATTGACTCTGCTTTATATGATTTAGACAATATAGAAACAGGAG +ATATACCATTACATCTTAAAGATGCACATTACTCGGGTGCTAAAAACTTAGGTAGGGGTG +TAAGTTATAAATATCCACATAATTATTCGAACCATTATGTGAAGCAACAGTACTTGCCAG +ACTCTATAAGTGATAAAGTTTATTATAATCATGGAAACAATAAAAATGAATTAGCTTTTA +AACATTATTGGGATAATTTAAAAAATAGTTTATAATTAATGTTAGATTAATAAACTAATA +ATATACAATGAAATATTTTGTTATTTAAGTTTGTATCAGGGGGAAATATTATGATTATAA +AGCTTGATTCTTCTTATCATAATAAAGTTATAAAGTATCTAGAAAAAGAGCCAGAGTTTA +ACCTATTAACAATAGGTGACATAGAGAAGTATGGGTATGATAACTATTTTTTAAATATAT +GGGCAGGAATAAATAGAAGAGGGGAAATAGAAGGTATACTTATAAAATGTTTTGAATTTA +TTATTTTTTATGCTTATGACAAGTTTGATATAAATGAATTTGCCAACTTAATAAATAATA +TGGATTATTTAGAAATAAGCGGAAAGTCTGATGCTGTAGATAAGTTAGCTAATAAGTTAA +GGCTATATAAGAGTAGAAAAGTTAAGTTTTGTAAGTTAGAAAGTAAACAATATTTAAAAG +ATAATGGTGTAGATGTAAAAGTTAAAAAAATGAGGTTTAGGCATTTAAATAAAGTAACAA +AGTTATATGAGGTTATTGATGAATTTGAAAATACAACAGTAGAAAATCTTAGAAGTGGAC +TTAAAACAGGCAGAGGATATTATATAGACATTGATAGACAAATAGTGGCTATGGCTAAGA +GTACGGCAGAAAATAGACGATATGCTATGATAGTTGGTGTTGGAACCCATCCTAATTATA +GAAATATGGGGCTGGCTACTAAATGTATTGTAAAGATATGTTCTGAACTTTTAGATGAAA +ATAAAATACCTTGCTTATTTTACGACAATGAAGAAGCTGGAAAGATATACAGAAAACTAG +GTTTTGAGAAGATTGGAAATTGGAGCATTTATTATAAAATTTAGTAGATATATATTTTAA +TTATTATTTGATGTAATTAAAAATTATAATTGAAGTTGAAATATAAGATTGTATATAATA +TTTATATAATTAAAAAATTAACGAGAAATAGCAGGGGGAATCAGAATGTACAATATAGGA +ATTGATGTAGGTGGAACTAGTATAAAAGCTGGTTTAGTTGAAGATGGAAATATAACAGTA +AAATCAAGTAGAGATGTAAGAAAAGCCTGTGGATTTAAAGATGTTCTAGAAGATATTGAA +TATGTAATAAATGAAATTTTAAAAGAGAAAAAAATAAAAATAGAAGATATAGGAACTATT +GGTATTGGAATACCAGGAGTTGTAGATAAAACAGGATGTGTAAGTTGCGTTAACCTAGGA +TTAAAAGTTGATCCTTTAGAGTTAAAACTAAAAGAGAAATACCCTAATATAAATATAGTG +GTTGAAAATGATGCTAATGTAGCAGCTGTTGCTGAGTATGAGTATGGAAGTATGAAAGGG +TATGACATAGGGGTTATGTTAACTTTAGGAACTGGAGTTGGAGGAGGTATAATTATAAAT +GGAAAACCTTTCTCAGGGGCTCATGGAATAGGTTCTGAAATAGGTCATATTATACTTGAT +TCTAATTTCTATACTTGCAACTGTGGAAATAATGGATGCTTTGAAACTTTTTGTTCAGCA +ACTGCTATAATAAAATATGCGCAAAAGATAATTAAAGAAGGAAGAGAAACTTTAGTATTA +AATATGGCTGAAAATGATATCGAAAAAATAACTGCCAAAATGGTATTTGATGCATATAAA +CAGAATGACGAAGTTGCAGTAGAGGTAGTTAAGAGATTTAAAGAATATCTAATAAAAGGT +ATTATAAGTATTATACATTTTATAGATCCAGAAATTATATCTATAGGTGGTGGAGTATCG +AACGCTAGTGATATAATATTAGAAGGATTAGAAGAAGAGATAAATAAAAGAGCTATATAT +AATGGAAATGGATTAGCTAAAGTAGTAATTGCTGAATTTAAAAATGATGCAGGTATATTA +GGGGCTTCGGCTCTATAAATATTATGATATATGAAGTTAGTAAGTAATCTAAAAGGGGTT +ATTTACTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGAT +TTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACG +CACTTACC +>MGYG000000001_16 +AAATAATAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAAC +ATGAATATAAAGTGTTGCACTTATATTGACAATCTATCAAATAAAAAAACCACGAAGTTA +ATAAAGGGTGTAATCTACACTCTATTATATAAACCTTCATGGTTTCATTAATATCTGATT +AAATTATTTATTATTCATGAGTGTGTTCATGGTCTGCACTACGTGCACATCCATGTTCAT +GATTATGACTTCCACAACATCCATTGATATGTGGATTATGATGTAACATTAAGCTATTTC +TTTTGAACATATTAATCTACCCCTTTTAACATTCAAAGTACTTAAGCATTACCCTTACTT +TTAATCATACAAACTATTACATTTTTTGTAAATATTTTTTCGCTTTTTTAGAAAATTTAG +TTTTATACAAATTCTATTATGTTTTTTATTTTTTGTATATAATATTGTATATTTCGACAC +CTATAAACAAAATAAGAGGTAGTTAAACCTCTTATTTTTCATACCCTACATATGTTTTTT +AGCTTCTATTAACATTTCATTGGCTTTTTGTAAATATTCTATAGCTTTTTCGATGCTATC +AGCAGTTTCATTCTTACCAATAGCTCTAGCCTTTTCTACCCATTCTCTGAATCCTTCTTC +ATGAGACTCATTGTGATTTACCCAATGAACTAATAGAATATTTAAAGTTTTTTCATCTTT +ATTTTCTTCTTCATGACTATGGCTATGAGTATGTGGATGGTGATGGTCATGTCCTCCTAA +ATCACCATGATCATGGTCATCTGCATGATGGAATTTTACTCTATCTTTAGTAAACATATT +ATTTCCCCCTAATTATTTTATATTAAATTCTTTTTTTATAACTTTTATCGTATCCTTTAT +TAACAAGGCAAGTGGCTTATTTTCTAATCCAACTAACTCTATATTTTCAGGCATAATAGG +TAGTAATATCTTTAGAGCTTCGCTATCTGCTACAGCTTCACTAATTTTAGATGTAACTTC +TCCCATCATCGAGTTAGGAATTGTTACTGATATTGGTGCTACTATTATATTCGCACGCTT +AGATGAAACTACTATTGCATTTTCGCCTGTTGCCCCCTTGTTTGCATGAGCTTTCATCAT +TGCACTAGTGGCTATTGAATTTGTACCTAAAGCATATATATCTATATATGTTGGTAAATC +TTCTCTTAATGAAGATACTATTTGGGCCCCAATTCCTCCACCCATTCCGTCTATAACTGC +TATTATCATAATGAAATTTTCCCCTATTTAATAATGTTCTATTGTTTTTCTGGTTATATT +TTATTTTACTCTTCTGTTAAAATAATCTTATGATCCATAAGTCTTATTTCTTTTATTATC +CCATCAACAATCTTTTGATCTCCAAGTAAATCTGTTAGATATACTTTCCCTTCATGAGGA +TCTACGCTCACTACATTCTCCATAACTTTATGTAATTCATTATTTTTCAATACAAACGCT +GATGATTCACACATATTAAACCCCTCCATAAAACATTTTTAATAAAAAAAAAGCTTCTTT +GGGCATTACAATACACCAAAGAAACCTTCATGATTTCACTTTCAAAATACTATTCTTTAC +TTAAGTATAGCACTGAAAATATTCTAAAGTCAATTTAAATCGGATCATTTTGGTATATTC +ACTTTAAATTAATTTCTATTTTTGCTAAATTAATTTCTTCAACATTTAATGGTTTTGAGT +AATTATAAATTGTACTCCCAGGCCTTTCATTATAATAGGGTCTATTACAATCTTTACATC +CTCTTATTTCAAAGGGATATCCAGATTCTATATCTTTTATTATATCACAGTCTAATTTAA +TGTCATTTAAATATCCATCTTTAAAAGTAAAATATTCATCAAAGTATCCTTTATCTATCA +TATATGTCATAAGTTGAACCCTTCTATAACTCTCTATACTTGGCTGGCTCATACTCTCCA +TTTTAGTCCCTCTTATAGGAGTAAATGCAAATAAGCTTACTGTTACGTTTTTTAATTTCA +AATATTTATATAAATCATATATATCCTTATGACTTTCTCCTAAACCAACTATTATATGTG +TACTTATTTTTTGAGGATATTTTTTAGCCATCTCAACTATAAATTCTATTTTATCCTCAT +AATTATTTCCTTTAATAGCTTCATACAACTTTTTATTTGCAGCATCAATAGCAATTCCTA +TTTTATCTATCCCTAAAGAGAAAAATTTATCTACATTTTCACTATTTTCAATTTTTGCAG +ATAGAGATATTGGTATATTTACTTCATCTTTTATATAATTTATAAATTCTTCTACCTCAT +CATGCGCCTCTTTATTAGCCATGGACTGTATACATATTCTTTTTATGTTGCTACCTTTAT +AATCTTTTAAAGCATTTAATATTTCTTTTTTTGTATATTCAGGCCATACAACTCTTGATA +ACCTATCTCTTTTCGTGCTGCTTTCTATAGATTGGGAACAAAAAGCACAATTATTATTAC +ATTTATCTCCAATCATTACATACGCAGTTGTAGGGGATATATCGCATTTTTTATGTAGTA +TACCTAATTCAATAGCTGTACCCATAGATAACCTAATCATAATACACAACACTCCTTGCT +TTCTTTTACTATTAAATTCATTTCAAGGGCCTTATTTTTTGCTGATCTAGATGGTAAAAC +TATTTTATTTATGCCGCATTCTAAGGCAATTTGATCAAGTTCCTGTCTATAATTCCCTCT +TGGCCTCATACACCCTAGATTTATGATGGTTTTAGGCAGCTTTATTCTTGCTTCACAAAG +TAAATCTGCCACTTTTTCCAAATTGGGTGGTTCTACATTTTCATACTCAGTATTTTTAGT +TGGTATAAGTACTATAAAAGTAATTATTTCAGGAGGGTCTTTCGCTAAGTAATCTATAAT +TTCATGCTCTCCTTTTATATCTCCACCTTTTAATCCTATACATATATGTGGTGCAACCTT +TGTATTATCCTTTATAGTTTCATAAGCCTTTATATAGTCTTCCTTGCTTTTATTGATTTT +GTATACTTCTTCTATCGTACTTTTATCAAAAACTAAATCAAATGAGACCATATCTATGTA +TTTACATACTGATTCTATATCTTTAGTTTCCATAAGTCCAAGATGTGCATTTATTTTAAA +CCCATTTTGTTTTAGTACTTTTAATGTGTCTATATGCTTATTTATAGGTACATCACCTTC +AAAACTACATCCTCCACTTAATAAAAAGCTAGTTATATTTCTACTTTTGATCTTATCCTC +ATACTCTTCTATTGGCACCATATTATTTAAATAGTGCCCATTACAATGAGCACATTTTAA +ACTACATTTATTTTTAGTAGTACTTACAGCTAACGTTTCATTTGGATAAGAAAATATTAC +TTCTTTTCCAAAGTTCTCAATCTTCTTGCTATAGGCATACTTGATTTTTTTATCTAACTT +CACTCTTTTACACATTTAATAATGCCTTTACTGTAGGAAAATCTTCTATATTTGTATGTG +GTAAAAAGCATGCAGAAACAAATTCATCCATATAACCTGGATAAACACTCAACTCAACAT +AAGTCATTTGACTTGCTATTTCTTCTAATTTATTCTTAGCATCTCTACTTATTAATGCTA +AGTAAGAACCTACTAATGAACTATTACCTATATACTGGAACTTTTCTCTTTCTACATCAG +GAAGTAACCCTATAGTTATTGCATTTTCAATATTTAAGCTATTTCCAATACCACCTGCTA +TATATACCTTATCTATTACAGAGAAATCCATTCCTAAACTTTGTAAAAGTACTGATGCTC +CTGAATATATAGCACCCTTGGCTCTTATAAAGTTATCTATATCTACTTCATTAACTGTAA +TATCATTTTCTAAGTTATATTCTTCCTTGAAAGCTAATACATATTCTCCTATTCCATGCT +CATCAAATCTAATTCTTCGATTATCTAATTCTTTTTGAATTTTACCTCTTCTGTCAATAA +CCCCTGTTAAAATCATCTGACAGATTAAATCTATTATACCAGATCCACATATACCTATAG +GATCACAATTGCCTATCATACTTAGTCTAGGTTCTAAAGTTTTCGGATCAATTTTAATAC +TTTCAATGGCTCCACAAGATGCTCTCATTCCACATCTAATTCCACCACCTTCAAATGCTG +GGCCTGCTGAACAAGCGCAGCTCATCATAAAATCTTGGTTTCCAAATACAATCTCTCCAT +TTGTTCCTAAGTCTATAAATAAAACATTTTCTTCACTAGCCCATATTCCTGCCGATAAAA +CACCAGCTGTGATATCTCCACCTACATAACTTGCTACATTAGGAGCTAGATAAACATATG +CACTAGGATTAACATCCAACTCTACATTTTCACCCATTATTTTAGGAGATCTTAAGAATG +GTGGTATATAAGGCTCTCTTCTTAGATAATCTGGGTAAACTCCTAAAAATAAGCTTGCCA +TAGTTGTGTTTCCAGATGCTACTACACTAATAACATTATCTTTATTTATATTATTTTTTT +CATATATAGAGTTTAGTAGTGGATTTATAGTTTCATGGATTATAGCCTTATGTAATTCAT +TAAGTCCATTTTTCTTAGTTGAAAATACAATTCTATTTATTACGTCTGCTCCATATTTTA +TCTGTGCATTCCCAGAAGATGCTTTATCTATAAGAACTTGTTCCACTAAATCTACTAAAC +AAACTACTACTGAAGTCGTTCCTATATCTATAGCTATACCATATAATGATTCCCCTGTAT +CTCCTGGCTCTATATCTATTATTGTTAATTTATTCTTCTTTTGTACATAAGTTAATGTTA +CCTTGAAATCACTTTCCCTAAGTAATATAGGTATTTTTCTAAGTATATCCAACCTGAAAT +CTATTTCATTATAACCTAAATGATGTCTAACATATCTTTGTATCCTATCTACATCACTTA +TATTATCATCTAAGGTTGGTTCACTTAGCTCAATGTATTTTTTTCTTATATTGGTACAGA +ATTTCAAATTATGATTTTCTGCTATTTTTTTAGCTCTATTAAAAATCGCTTCATCTTTTT +CTCTTCCTCCACCTTCTATCTTCATTCCATACATAGATGAGGATAACTTAGATGGAACAT +CTACCTCTATATCAGAAACTACTCTTGAATTACAAGCTAGGATATAACCTTGTTTTATTT +CATCATCACTTATATGTCTTGTTTTTTCAGTATCAACTTTTCCATTCAAAAGTTTAACCT +TACATTTTCCACATGATACATTTCCATTGCAAGGTGCATCTATAAATATATCGGCCATTC +TTGCCACATCTAATAATAACTCCCCTTTATTACAATAAACCTCTTTATCGTGCGACTTAA +AAAGTACTTTTATCATACTCTACCCCCCAATACAGTCTATAATATAATTTTAGCATAATT +TAATACTATATATATCATAAAAAGTAAAGTAATAATGTCATTTTCAGTACAAATTATACT +ATTTCTTATTCAAAAATAAATAAGGAGGAATTCGCTGCAGTCGAATTCCTCCTTATTATT +TCAATTCACTACTCCATACAATTTTCATAAGCCCCAGAAGTTAATAAGTTTTCTAATTCA +TCAACATCTAAAACCTTTACTTTTACTATCCAAGCATCATATGGATCTTCATTTATATAT +TCAGGTTCATCTTCTAATCTTTCATTTATTTCTACAACTTCACCTGATATAGGTGCTATT +AAGTCAGATGCAACCTTAGAAGATTCCACTACACCAAAATCTTCTCCTTGTGTCAGTTCA +TCTTCTATTTCAGGCATTTCAACAAATAAAACTTCTCCTAATTGATCTTGAGCAAAGTCA +GTTATTCCTATATAAGCATAGTCACCTTCAACTTTTACCCAAGTATGCTTATCACTATAT +CTTAATTCTGGTATAACTTTCATATTAATCCTCCTAGATAAGTAATATTACATTACTGCT +TCCATTGATAATGCTGGATGACCTTTTTCTTCTAAGAAAGCAAGTACTCCCTCAGAATCA +TTCGCTATAGTTTCATCACATACCATATCTGTGAAGTTTTCTATACCTGTCATTTCTTTT +ACTGTAGCATTTAATTTATCAGCTACATAATCTTTTAATTCTTTTGGCATCCATACAATT +CTTTCTGGTCCGCCTTCAGCATAAGCGAATTTTTTCGAAGATATGAAGTGTCTTCCGTGT +CCCATGAATCCTGGAGTTTGAACTCCACCACCTGTCATAGATGCAAGTTCTCCAAATGTC +ATACCAACTGGAGTGATTCCTGGGAACTCTCTGTTAACTATAACAAATCCATTTGCTTCT +GGCATTATACCACATATACACTCAAAGCATCCGCAAGAAGTCATTGGATCTTCAAGTATA +GAGTATAATGTAACACTTTCAACAGCACCTTGAGATATTTGGCTAACTGTTTCATTTACA +GAGTTCCATACCCCAGTTCTATCATCTAAACATTCTCCTTTAACTATTGGTTGGCAAGGA +CCTGTTGGGTCTAACTCTTTAGTAGCTTTAGCATCTAACCAGCTAACTGCTCCACAAAGC +CCAAGTCTTTCAGGAGTAACAACACAAACGTGTGCTGGAGCGAATGATTGACATAAGTTA +CAAGAATAGAACGTATCAACACTTTCATCTACTAATGAAGCTAATCTTTCATCTCTAGCA +TCATATCTAGAAGTAGCTTCAGATTTTTTAGCAGAAACTTGTTCTGGATCAGTTATTATA +GTTATTTCACACTTATCAACAACTGTTTCGAACTCATCTCTCATCTTAGCATATAAAACT +TCTCCTATATGCTCTAATCTGAATCCTTTTTCATAAGCATCTTTAGATATTCTTACCCAA +GACATATCTCTTTGTCCAACATGCATTACACCTTCTATATAGTTCATAAAATAGTGGAAA +CGTCTTTCAAGAACTGGTTCGAAGTCATCTTGCATTTGCTTACCAGCTATCTTAACTATT +ACAGCAAGAGGTAATCTTACTAATCCATTAACTGGTTCAACTTCATCTATATTTGGTCCT +ATTATTTCTATTTTGTGATCTTCAACCTCAGCAGCTTCTTTATGTATAACAAGCTCCCAA +GCTTCAGTTTTATTACCACCGAATTCAGCAAACATATCGCCTTTTCTTATTCTTTCACCT +TCGAATGCAGCTGCAAATGCTACCGGTATTGGTATATCAGTTATTTTTATTTTTATATTT +CTAGCTTCTAATGAAGTAGCTACAAATTTATCATAATCTTTTTGAGTTAATAGGTTCATT +GGAACTTCTAAAACAGTTTGATCAGTTATAACTGGGAATCCTAAAGCTATTGCTCCAGCT +CCAGCAGATACAACTAATTCACTAAGTGGTCCGAATGCATTAACAAATGCAGGAACTCTC +TTAGATGTATATTCTAATAATCCTGGAAGATCTCCTGGAGTTAAATTTCCGAATATTAAT +GCTGCTCTTATTGCAACAGATACAACGTGGATAACAGAAGTTACATCATATCCTAAAGGT +ATAACCCTTAAGTCAACTCCCATTTTTACTCCAGCTTCTATAACTTGATCTATAACTTTA +CCAACTAAGAAAGTTAATAAACCTTTAGATTGATAATCTTTAACTATTTTTGCTGCAGTT +TCAGCATCTGGGCATTCGCCAAGTACAACTGCAACCCCTGGTATATCTCCTGTAACTAGT +GGTACACCAAGAGATCTTATTATTGGGTCACTTACATGCCCCGCACATGGAGCTGCATAA +GGCTCTTCCATAGTTGCATATTTTATAGCTTCTATAACTTCAGCAGCTAAAGCTGTAGCT +AAACCAGAATTTAATGCATGCTCTAATAAATGAGTTCTATTTATTAAAGACTCAACAATA +GTTAAAGCTCCTTCTAGATCCCCAAGAGTATTCATTTTTTGTCCTGTTGCTGCATATATA +CAAGGTAATGAGTATGCAGTGTCAGGGAATGCTACTGGATGCTCTTTTCCATGTTGAGAT +ATCGCATCAGCTAACATACCTTTAGCAGCACCTAAAGCTTGCTCTGAACCTGTAAAAATT +ATATTATATAAATTCACTCTACTTCCCCCTTTAGGCCTCAGCTTATTTAGCTTAGGCTTA +TTATTTTATGATTAGTTTGTATATTATACGTTGTATTCAAATGCACCTTCATTTATTTCT +AAGAAAGAATCTGCATATAAAGAAGCTCCATTTATTATGTCACATGATTTTATAGTTTGC +ATTAATAATTCATCACATGGATTTACTATTGCAGAACTAAATCCATTAGCCATAGCCATT +GCTAAGAAATTACTATCCAATATTGGTCTTATATGCTTAGGACATCCATTAGATACGTTT +GATAATCCTCCTGTAGTTGGAAGTCCCATCTCTGTCATCATTCTTATTGCTTCTAAGACT +TCAAGTTGTTTTTCTTGCATTCCTTTTATAACTAAGCATAATGGGTCGAATAACATATCA +GTTGGGTCCATACCTAGCATTAAACCTTTTTCTAGCATTTCTTGACAGTAAGCCATACGT +TCATCATTATCTTTAGGTATACCGTCTTTAGCACATAATGCTATAACTTTAGCTTCATAT +TCAGCAGCTAAATCTATCATATCTAATCTTCCACCTGCATCTGCAGAGTTTACGATTGGT +TTAGCATGTTCTCTATTGTAAACTTTTAGACCTGCTTCTATAGCTTTTCTATTAGCAGTA +TCTAGTGCTAATGGCACATTGTTAAGTTCAGATTGAAGCATTTGAACTCCCCAAGTCATT +ATTTCTTCTCCATCTCTTTCTGCTGGTCCTATGTTAAAATCTATATAATGAGCACCTGCA +TCTAGTTGAGCCTTAGCTCTTCTTAATATTGGCTCAGGATCTCTCTCTGCTAATGCTTTT +CTTATTTCTGGTGATATACAATGTATTCTTTCACCTATTATCATAAATTTTTCCATGTGT +AAATTATCCCCCTTATGGATTAAAATTAGTTTATTTTAAAATAATAATTTTACCTTAAGC +ATTTGCTAATTCCTCGTTCTTTTTAGCTTGATATTCTTTTAAGAATTTAGGTATTTCCAT +AGATTCTTCTGTTCCTATTATTATATTCCAATCTGGTAAGTTTTCTTCTAAGTCACCTTT +TATAACAGCAACTTTACCAGGTATTATTAAATCTCTATTTTTAGTTTTTTCAGCTATTCC +ACATTCCTTAACGAATGCTGCTATTGAGTTGCCACCGAATTTACCTGCAGCCCAAGATGT +AAGAACTGAGTATCCACCTGCATCAGGTATTACTAACCAACATGGTACTTTAGATCTTTC +TATATCTCCAGATACTATGAAGTAAGTTAATGCAAAGTCAACAGTAACTAACACTGGTGA +ATTTTCATCTGGGTTGTTTATTGGATATATTTTAGGTTCAACTCTCATCGGTCTTTGTGG +GTCAGTGTAGATATTTTGTCTTAATGCAAATAATGGTAATGCTTTTGAATAATCTATATC +GTCTAAAACTATTATTGATCCGTATTTTATTGTAAATACAGAAGATAAAGCTACTTCCAT +CATTGGGTTGTTATTAGATAATTTGTTTGCAAATACTATTGATGGGTATCCGAATGTTCT +ATCTTGTTCTTTTAATGATATTCTTCTAACTTGAACTGCGTTAGTATAAGTATCTTTTAT +ATTTTCTCCAGTTACATCTAACACTAATTCTTTGTATCCAGCTGCTTGTATAGCCTCTAC +TGTAGAATACAATTCTTCTAGGCTAGATGCCTTAACTCCAAGAGCTAAGTTAGATCCTTT +AACTACTTCTATCATTTCATTGTAGTTATCTTTATTTGCTCCATATACTATTGGATTAGT +TCCTTCAAGCAAAGCAACTGCTTCTTTAGCAACTGCAGCGTCTTCACAATCTATTATATA +AGCTATTTTTAATTCGCTAGATTTTAATTTATTTATTAAAGATACATAAGCGTCTTTGTT +TCCATTGTACTTAACTAATGCAAACTCAACCTTCATTTCTTCCCCTATTCTTATGTAATC +AACTAACTTCATATTTGCTATTTTAGCATCTATTGCCTCTTCACTCATAGCGTCGCAGAA +TTGTACAGCAAATCTGTTTCTACTTACAAGAGTTTTTTCATGTCTGAATAATACAGTTTC +TCCGCCTAATGTATATTCAGATTCTTTAGCACCTACTTTTAATGATTTCATTAATGGTGC +AGTTGCCTCTGATAATTTTGCTATTGCATCATTTGACATATGTGGACATTTTTCAACTTC +TACTGCCCCTGAAGCAACTTTCATAGAGAAAGCCATACAAGTTGGAAAACCACAGTCCTT +ACAGTTTTTCTTTGGTGTTAATTTAAATATATCTAACGCTTTTAATGCCATTTTTATATC +CCCCTAACCTTACAATATAAATTAAGCTAATTCGCTAATTAAATTTTTTATAGTTTTTAT +TGATTCTGGATGACGAAGTATTACTGCATTTGATCCACCAACTAATACACTTGCTGCAGT +TGAAACTTCCATAGCTATTGTTCTTTGTTCTGGGCAACCCCAAGTTGGTTCATCTTCAAC +AGGGGCTATAGCTTCTTTTACATGACCTACTTCAAATCCTACTGGAGTTATTATTGGCAT +TTGTAATGATTTATCATTTTGACCAAATGCTGCAAGTCTTATTCTATCCATAGTAGATGC +AACATACTCATATCCATAACCAACAGCTGAACATCCTATGTTCATAACTATATTTTCTGA +TTTAACACCTAATTGAGTTAATAATACGTTCATTTGTTTTGCTAAGTTTATATCAACTGA +AGATTCAGCCCCTACCTTGTGGTTATATGCCATACCAGCTGAAGCACCTACTGTTTTGTA +GTTGTCCTCTACTGCTGACATAAATAAACAGTTATGACCATCTACTGCTTGAGCTAAAAC +TTCAAATAACTTTCCATCTTTTTCATGATTCCCTGTACCAGCTATAACTAAAGGTATGTT +TATTGCTTCAACAACAGCTTTAGCAACTTCAGCACATTCTTCTGGAGTTTTATCTAATCC +ATTTGGATCTGCTCCATCGAATTTTAAACATATAAAATCTGCTTCTGTATTTGCTTCAAC +ATACTTAGCCCATTCAACAGGACAGTTAGCCACATCTTTATACATTTCTTTGTATGAATC +TAACCAGCTATCTGGATATATATCTGATATTTGTATTCCCACAGCTGGAGAGTTTCCAGT +CTCTCCATCAAATCCATAAAATGGTAAAACATTTTCTCCACCTAATTTTATCGCTTTATC +TCCTGTTCCTATCTCCACTTCTGATATTTTACCAGAATACTTTTGAACAGACATTTTAAA +TGCCATAATCTTTTCCCCCTTAAGCCTATTTTAATTCTAATTTAGCTATTATATTTTTAA +TAGCTTGTTTAGCTTGTGAATCTTCAGGCAACTCTACTAATGGCCTACCTGTAGAATCAT +ATTCATATATTAATTCATCTAAAGGTACTACTCCAATAAGATCTAGCTTATATTTTTCTA +TTTCTTCTTTTACTCCTTCATGTAAGATTCCATCTGGAACTTTATTTACTATAAGTTTTA +CCTCTCCTACACTTAGGTTTAATTCTTTAGCTAAATCTCTTATTCTAGCAACTGCTTGTA +TGCTACGTCTTGAGCAATCACTTACTAGAAGTAGAGTATCTACATGTCTAGTAGTTTTTC +TGCTTAAGTGCTCCATACCAGCTTCATTGTCTATGACTACATAATTATAATGGTTTGAAA +TTTTTTGAACTTGTTCTCTTAGGATACCATTGACAAAACAATAACAACCTTCTCCTTCAG +AACGCCCCATTACAAGTAGATCATAGCCTTCTCCTTCTTCAATTATAGAGTTTAATCTAT +ATTGTAAGAATTGTGCTTTTGTCATACCTCCAGGGAATGAATTACCTAATTTCTCTCTTT +GATTTACTTCTTCTCTGATTTGACCTATTGAAGCTTCTACGTCTATACCTAACACTTCAT +TTATATTCGCGTTGGCATCTGCGTCTACGACTAATACTGGTGACTTTTTATCTTGTATTA +AAGAATTAACTAAAAGCCCTGTAAGACTTGTTTTCCCAGTTCCACCTTTTCCTGCTACAG +CTATATTATATCCCATATTAAGACTTCCCCCTTGTCCTTGTCAAAACAGAGCTTTAAGTT +AAACTATAATCTAATTGCTCTGCTTTGTTTTATGCTTTGACTAATTTTGGAGCTGCATGA +ACACACTCTCCATGTACATCATGAAGCGCTTCCATTAATCCTTCTGATAAGCTTGGATGT +GCATGTATTATATCTCCTACTTGTTCTACTGTTAGACCTAAGCCAACTGCTAAAGATAAT +TCAGTTAATAAATCTGTAGCATGAGGTCCTACTATTGAAGCTCCAATGATTTTATCATTA +TTATCTGCAAGAACTTTTATAAATCCTTGGATATGGCCTATAGCCTGAGCTTTTCCTAAT +GCTCTAAAATCAAACTGACCTACATTATATTGTTCACCTGCAGCTTGAAGTTGTTTTTCA +GTTTTTCCAACACCTGCTACTTCTGGTTCAGTGTATACACATCTTGGTACTGCTGCATAG +TTTACTGTTTTCTTTCCACCTAATGCATTTACTGCTGCTACTTCTCCTTCTTTCGAAGCA +ACATGTGCAAGCATCGCAGTATCAATTATATCCCCTATTGCATATATACCTTCCACATTC +GTTTCTAGATATTCATTAACTTTTACTTTTCCTCTTCCAACTAACTCTATTCCTATTTCT +TCTATCCCAGAATTAGCTAGATTTGGTTTTCTACCAACTGCAACTAAACAAGTATCTGCA +GTCACTGACTTCCCATTAGACAGTGTTGCTACAACTTTATTATCTACTATCTCGCAAGTT +TGTACCCCTACACCTGCTAACACTTTAATTTTATCCTTTTTAAACTGTCTCTGCAACTGT +TTAGCTACATCTTTATCTTCATTTCCTAAAATATGTTCAGCCATTTCTACGATAGTAACT +TGTGTACCTAAATTTTGGAAAAATTGGCCTATTTCAGACCCTATAACTCCCCCTCCAACT +ATTAACATAGATTCAGGAAGCTCTTCTAATCCTAATACTTCATCACTAGTTATTACAAGT +TTACCATCGTATGGGAACATAGGTGGTACTACAGGAACAGAACCATTAGCTAGTATTATT +TTATCTGCATTAACTATCTCTTTTGATCCGTCTTCCTTTGTAACTTCTATAGTATTTTTA +TCTACTAATTTTCCAAATCCATTAATAAGTTTAATATCCCTCTTATTAAATAAAAATTCT +ATACCAGCTATAAGTTGATCTACAACCTTATTTTTTCTATCCATTATAGCTGAAAAATTT +GGCTTTACATCACCATCTATATCTATTCCAAAGCTTTTTGCTTCTTTTATATTCATTAAC +ATTGAAGAAGATGCAAGTAGTGCTTTAGTTGGTATACATCCTACATTTAAACATGTACCT +CCAACTCTCTTTTTTTCTATAACTACAACTTCATCAGCACCATGCATAGCTGCTTTTATA +GCTGCTACGTATCCCCCTGGACCTCCACCGATAACTGCTATTTTCATTGAATTGCCCCCT +ATCCTAATTAATTTTATAGACCTGCAGCGTCTAATATTAGAGGAACATTTTCTTCTGCTC +CTATAGCCATTATGTGTACACCATCGCATAAGTTTTCTTCTTTTATCTGTCTTATAAATT +CTCCAGCCATCTTTATTCCTTCTTGAACATAGTTACCTTTTCCAGCTGCTTTTAATCTTT +CTATTTGATCATCTGGAACGAATATACCTGGAACATTAGCTGTCATGAATTTAGCCATAC +CTGGTGACTTTAATGGAACTATACCAGCTAGAATTTTACAATCCATATCTTTTGTAAGCT +CTCTGAACTTTCTTAAATGATCTATATCATAAACCGCTTGAGTTTGGAAGAATCTAGCTC +CAGCGTTTATTTTCTTTTGCATTTTTAATAACTGTACTTCTATTGGAGCATATTCTGGTG +TTACAGATGCACCTAAATAAAAGTTTGTTTTACCTTGTAATTCTAAACCAACACTATCAA +CACCACTGTTTAATTGAGTAGCTGTACTAAGTATACTTACAGAGTCTAAATCAAAAACCC +CCTTAGCTTGTGGATGGTCTCCAACACATGTATGATCTCCTGTTAAAGCTAATAAGTTAT +CTATTCCAAATATACCTGCAGAAAGCATTTCACCTTCTATAGCTATTCTATTTCTATCTC +TTCCAGTCATTTGTATTATTGGTTCAAGACCTATATCTTTTAACATTTTACATGTAGCAA +GAGATGTTGCTCTCATAACTGCTGATTGGAAATCAGTTACATTTGTAGCATGAACTCTAC +CTACACATTTTTTTGCACATTCTAAAAGGTGAGAAAGATCTGTACCTTTTGGAGGTGCCA +TTTCAGCAGTTATTGCAAATTCGCCTCTTTCTAATGTTTCTTGTAATAAGCTCATTTATA +AAATCCCCCTTTTTAACCTTTAAAAGTTATTAAGCTTCTGCATTTGCAGCTTCTTGTGCT +TTTTTCTTTAGATCTAAACTTCTTGGATTATTTTGTTTTGAGTAATCTTTTGGCGGTCTT +ACTGCTGTTAAATTGTCCAATTGATCTATATCTTTAAGTCTTTCATATATTTTAATCCAC +GCACAATCATTTTCATGGCTTATTTCACATTTTCCATCTTTAGCTCCACCGCAAGCTCCA +TTTATTAATCCTTTAGCACACATAGTTACTGGGCATATTCCACCAGTCCATCCAAGTTCA +CATTCTCCACATGCTTTACAGGCTTCTTCAAATTGACCAACTCTTTCAACTTCTCCTATA +AATAATGTGTTGTTAGCTGGATAAACAGGCATACTCTTAGTGTTTTTAACTATAGTTTGT +GTTCCGTCACCACAAGCTAAAGATAATATAGCATCAGCTTCTCTTAACTCTTCTTTTACA +GATTTTAAATCTTTTTTACATTGTAAAAGGTTACAACAAGGATCTATAACTTTACATCCT +AATACTGTTTTTCCGTTGGCTTCTAATTCTTCTTTCATCGCTTGTAATTCTGGTTCTCCA +CCAGTTTTACAAGTTGCAGCACATTGATTACAACCAACTAAAATTACTTTTTCTGAACCT +TCTAAAAATCCTAATATTTCTTGTATTGGTTTTTTATCAGAAATTACCATACCCTTATTC +CCCCCTAAAAGTATCTCTATTTGTTATTTTGTAACTTACAAGCTTTTATTACATGTTTTG +CAAGTACAGATGTAGTTACAGAGCCTACTCCTGCAGGAACTGGTGTTATCATAGATGCTT +TCTCAACTACTGCATCTGTATCTACGTCACCGCAAATTCCGCCACCTTCTGGTTTAGCAT +TTATACCAACATCTATTACAACTGCACCTTCTTTTATGTATTCAGGTGTTACCATTCTAG +CTCTTCCAACAGCTGCAACTAATATATCAGCCTTTGAAGTTACTTCTGCTAAATTTTTAG +TTCTAGAATGACATATATTAACTGTAGCATTTTCTCCTAATAAAAGCATTGATACTGGCT +TTCCAACTACCATGGATCTACCAAGTACTGCTACATTTGCTCCATTTAAATCAACATTGT +AATGTTTTAATATTTCAACAACTGCAGTTGGAGTACATGGTGGGAATCCTGTTTTATCAC +CTTCCATTACTTTAGCAGTATTTAATGGGTTAAAGCAGTCAACATCTTTTTCTGGTGCTA +TAACGTGCTTTATTACTTCTTCGTCTATACCTTTTGGTAATGGTCTAAATGTTAATATAC +CATTTACTTTTGGGTCATCATTTAGTTTTTGTAACGCTTCTATATATTGTTCTTGAGTTA +CACCTTCGTCTAAAACAGTTACTTCAGTTTCAATACCTATAGTTTCACATTTTTTAAGAG +CTCCTCTTTCATAAGCTAAGTCATTAGCTTTTTCTCCAACTCTTAATATAGCTAATTTAG +GTATTATACCCTCTTTACTTAACTCATTAACTTCTTTTATTAAGTTTTCGCTCATTTCAT +CTGCAACTGGTTTACCCTTAATTATTTGACCTTTAGCTACTGATACTTCCATTTACAAGA +TCCCCCTTAAATATTAATTTAATCTATTTCCCTAAAGCAATTTCAACTTTCTTGAAAACT +TCGTCACAAATTTTAACTCCGCCTTCTACAAGTTCTTTCATTTCTGCATTAACTTTATTT +ACATAATCTTGATCTTTTATAGAGTTAACGTTAATAACAACGTTTAATTCTGCTCCAAGT +ATGGCAGCTCTTAAGCATTGTACTCCTACCCCTACATCACTTATCGCAAGTCTTGAACCT +TTATCCACTAGTTCCTCATGTAACTTTATGGCCTTATAGCATGCTCTTACTATATTTATA +GGAACTTCGCATGCAACTTTTAGTGCTTTTTGCATAGTTTCTTCTTTTATTTTCTTTTCT +TCTTCAGTTGAAGTTGGAAGACCATATGCTTGAGAAAGCGGGTAAAATCCTTCAGCATCT +TTATCAATCATTGCTAGTAAATCCTTTTCTAATTCACTTGCTTGAACTAAAATCTCTTTA +ACACTTTCTTCGTATTCTGCATACTTCTTTTTACCTATAGTTAAGTTACATACCATACTA +CCTAAAGCCATACCTATAGCTCCTACTAAAGCTGATGCTCCTCCACCTCCTGGAACTGGT +GCTTTAGACGCAAGCACATCTACAAATTCTACACAAGTTTTTTCTGATATATTCATCATT +TTTCCCCCTAATTCTACAAAAGGTCTCTATTCGAATTAAGGTAGTACGATACCGCACTAC +CTTAACTTATTTTCTTATCAATACTAGAATAAACCTGATATTACCCCATTTTCATCAACA +TCTATTCTTTCTGCTGCTGGGACTTTAGGAAGTCCTGGCATTTTCATTATTGCTCCAGTA +AGTGCAACTATAAATCCAGCTCCAGCTGAAACTGTTAATTGTCTTACTGTTATTCTAAAT +CCTGTTGGTCTACCTAATTTAGTTTGATCATCAGTTAAAGAATATTGAGTTTTTGCCATA +CATATAGGCATCTTACCAAATCCTAAACTTTCTAATCTTTCTAATTCTTTTTTAGCCTGT +GGAGTAAAGTCTACACCATCAGCTCCATATATTTTAGTAGCTATTGCATTTATTTTTTCT +TCTATGCTTAAATCATCTTCATAACAGAATTGGAAGTCATTTTCTTGGCTAGTTAACCTA +ACTATTTCTTCAGCTAACTCAATTCCACCTTCTCCACCTTTTGCCCATACTTGAGATAAC +GCAACATTAACACCTAATTCTTTACACTTTTCTCTTACTAAATTAACTTCTGCCTCAGTG +TCTGTTGGGAATTCATTTATAGCAACAACTGCAGGTAGTTTGTATACCTGAGTTATATTT +TCAACGTGTTTTAATAAGTTTGGAATACCTGCTTCTAGTGCTTCTAAGTTCTCATTATTC +AATTGATCTTTTAGTACTCCACCGTTATATTTTAATGCTCTTACTGTAGCAACTATTATA +ACTGCATCCGGTTTTAAATCAGCCATTCTACATTTTATGTCTAAGAATTTTTCTGCACCT +AAGTCAGCACCAAATCCACCTTCAGTTACTACATAGTCTGCAAAATGCATAGCCATTCTA +GTAGCTATTACAGAGTTGCATCCATGAGCTATATTTGCAAATGGTCCACCATGAACAAAT +GCAGGTGTTCCTTCTAAAGTTTGAACTAAGTTTGGCTTTAAAGCATCTTTTAATAAAGCT +GCCATAGCACCATTAGCTTTTAATTGTTCTGCAGTTACAGGTTCCCCTTGGAAGTTATAT +CCAACTATGATTCTTCCTAATCTAGCTTTTAAGTCAACTATGTCACTTGCTAAACAGAAA +GCAGCCATTACTTCCGATGCAACAGTTATATCAAATCCATCTTCTCTCGCAACTCCGTCA +GCTCTAGCACCTAAACCATCGACAACATTTCTTAGTTGTCTATCGTTCATATCAACACAT +CTTCTCCAAGTTATACTTCTAGTATCTATTCCTAATTGGTTACCTTGATGAATATGGTTA +TCTAACATTGCAGCTAATAAGTTATTTGCAGCACCTATAGCATGGAAATCTCCAGTGAAG +TGTAAATTTATATCTTCCATTGGAACAACTTGAGCATATCCACCACCAGCTGCTCCACCT +TTTACACCAAATACTGGTCCTAAAGAAGGTTCTCTTAATGCAACTAATACATTTTTTCCT +AATTTAGATAAACCATCTGCAACACCTATTGTAGTAGTAGTTTTTCCTTCTCCTGCAGGA +GTTGGGTTTATAGCTGTAGTTAATATTAACTTAGCTTTTTTCCCTCCATTATCTTTTTTA +AGAAGGTTATAGTCTACCTTAGCTTTATACTTACCATATAACTCAATATCATCCTCTGTA +AGTCCTAATTTCTTTGCAATATCTCTAATATCTTGAGGTTGTGCTTCTTGTGCAATTTCA +ATATCAGATTTGAATCCCATAATTGAATCCTCCCCACAAATTTTTAAATTTTTTATAGCA +CTAACTATATGCAAGTGCTGTTAAAACTAATCTCTAAGAACTTACTTAAAGATAGCTTCA +ATCTTATTTATTTTTATTTTCTTTTATTTGAAGTAATCTATCCTTTATAACCTTAATTTC +ATCTTTAGTTTGTATGCTTACATCATACGGAGACTGATTTGATCTATCAGAATTTATAAC +ATCTTGATTGTAGTATATAAATCCTAAGGCTTCTCCATCTTCTAAATTACTTTTTATAAA +GTCCTCATCATCTTTATTTCTTATTTTATTTCCAACAACGAAAACTTGCTTAACACCTAT +ATCATTTCCAAGTTTTTTTACTTTTCTATATGTTTGTAAACTTCTTTCCCCTGGTTCTAC +CACTACTATAAATGCATCTACACCTTGAGCAGTTCCTCTTCCTAAATGTTCAATTCCAGC +CTCCATATCCATAACTACTACATCTTTATTTTGTAATATTAAATGGCTACAAAGTCTTTT +TAGTAATACGTGTTCAGGACAAACACACCCAGAACCTCCAGAGTCAACCGTTCCTAATGT +AAGCAATCTTACTCCATTGTACTCTTGACAATGTTGTTCTGGTATATCATCTACTTTAGG +ATTTAATTTAAACATTTTATTAAATGTTCCTGTTTCTGCTGCGGTTCTATCAGAAACTAA +TTTCTTCATCTCTGATATTGGTACTATAGAATCATAAACTTCCCTTGGAAATCCTAGTGC +TAATGCTAAATTTGCATCTGGATCAGCATCTACAGCAACAACCCTATATCCATCTTCAGC +AAACATTCTTGAAAGCATTGAAGAGAAAGTTGTTTTACCTACTCCGCCTTTACCTGTTAC +TGCTATTTTCATATTCTACCACCTTCTGTCTATATACTTTATAGATCTTAAAATTTTATA +TTTATCTATTAGAACATTTCTATAGGCAAGGCATTAACCTATATGCCTTACCTAGTTTTA +TATTTTTACATTAAAAATAATCTATAGCCAAGCTTTTCTATAAACTTATTTAAAATACTA +ACTTTTCAAAGTAGTATGCTTAGATTTAAATCAACTCAACTATTAAATTCAAAATTATTC +TTATGCTTCAGCTGGTTGTAACATTTTTTCTTCTACTAAAGCTTCAAAATGTACACGTTT +CTTTTCTATTCCTTCGATTATCTTATGAGCTAATTTAACTGGATCTTCTTCAACTATGAA +CTTAGCTCCTACCATATTTTCCATTTCCTTAGTTAATATTTCTACTGCTCTTTCAGATCC +ACCTACTGGAGGCATTATTCCTAAGTATACATCTATACCAGTTGCTACAACATAAGTTCC +TATTGCAACTGCTTTTTCTGACATCCACTCTGGAGCTACCCCAGCTACTGGAAGATCAGA +TGAGTCCATACCTAAATATTTAGCTGTTTCACCAACTACTTCAAGTATACGGCTACAGTC +AACACAAGAACCTAAGTGTAGTACTGGAGGTATATCAACTAGTTCACATACAGTAGCCAA +ACCTTTTCCTGCATATTTTTTTGCATCTTTGTTTAATAATCCAAACTTACCTGCTGCTGA +TGCACCACATCCTGTAGTAACAACTATTATGTCATTTTTTATTAATTCTTTCATAACTGT +TGTATGAGCTAAGTTAGAAACACCTTTTGCATTGTTACATCCAACAACACCTACTGCTCC +TCTTAAAACTCCTGATTTTAAACAGTCTGCAAGTGGTTTCACAGTTCCTGCTGGGTCTAT +TTGAGAATTTACAACTCTATCTAATTGTCCTACTATAGCCTCTGTACTATATCCTACAGT +TGAGCTTGCTTTATGTTCTGGGATTAATACTTTTGATTTATCTCTATTTGGGAAGTTCAA +TACAGCCGATCTAACAATATCTTTTGCTATATTAAACGCATCTTCTTCTTTGAATTCCAT +GTATGTAGATCCTGTTATCTTTGCTTTTGGAGATGTTGTTATGAATTTTGTGTGATAACA +GTCTGCAACTCTTGCTAATGCAGGGAATATACATTGAACATCAACTATCATAGCTTCTAC +AGCGCCTGTAACTAAAGCTAATTCTTGTTGATGGAAATCTCCTGCTGTTCTAACACCATG +TCTCATTATAACTTCGTTACCTGTACAGCACATTCCTGCTAAGTTTATTCCATCAGCTCC +AACAGATTTTGCTAATTCAACTAATTCTGGATCTTCCGATGCTAAAACTATCATTTCTGA +TAATGAAGGTTCATGACCATGTAATATTATATTTACTTTATTTTCTTCTAAAACACCTAA +GTTTGCTTCTGAATTTCTAACAGTTGGAGTTCCAAATAATATATCACTAAATATTGTACC +TATCATTGAACCAACCCAACCATCTGCTAAAGCTGTTCTTAATGACATTTGCATTAAACT +ATCTATGTCTCCTGTACATCCTATATGAGTTGAATGCATTATTGTAGCTATTTCTCTATC +TATAGCTCTTGGTTCTATACCAAGCTTATTCCATAATTCTTGTCTTTGCTTTGGAGCTCT +TTTTAATAATCTTGCTACTCCATGTGGTTTACCGAATTCCATTAAAGCTACATCCGCAAC +TTCATGTGCTATGTCGTATATATCTCTACCTTCAGTTTCTACATCCCATTCTTTTGCTAA +AGCTATTAATTTAACTTCATCTTTAATAGTATAGTTTCCGTCTCTAGAACTTAGAGCCAT +TGTATGAGCTATATCTCTAGCATGATCAGAGTGAGCTGCAGTACCAGCGGCTACCATTCT +TGCAAAGTTTCTACCAACTATTGTATGCTCATCTGCTCCACATATTCCCCTAGGAGTTTT +TGGAGTTATTCTACAAGGCCCCATACCACAGTTTCTACAGCAAATACCTTTTAAACCAAA +TCCACATTGATTTTTAAAGCCTTGTGCCCTGTCATACATTGTTTCAACGCCTTCTTTTTC +GGCCTTGTCTAATAATATTTGACTGTTCAAGTCAATAGTCATTGCTTTTTTATCCATATC +TCTATCCCCTTTTTTGATTTTAATTTTAAAATCCCCCAGGTGATAAACTCAGCATGTCTT +AAATAAAAACCCTAATTTGATTATATACTAATTTATGTTTTCTTGGGTGAAAATTTAAAT +ATTTTTTTAACAATTCTTCCCTTTAAGCAACAAAATTTCTTTTTTTTATACATTTCTTAA +TTTCACTGTTTCATTTTAGTTTGGATTATTTTTAGTTATATTTATTAGGCTTGTTTCTTA +ATATTTATATTTTAATGAATTGTTTAATACTTTTAGATATTTTTAGGTAAGTACTTTGAT +TTTATTTCAATAAAATTATAACTTATATATTATTAAATGTATACAATATAAAAATATTTT +TATATATTTTTAGATATTAAAGCTCCATATATTATTGAGTATAACTTTGACTCAGATGAA +TCAGCTCTTGAGGTTAATACTATCGGTACACTTGCCCCCATTATAACCCCAGCTGATTTT +GACTTAGTCATATAAGTAAGTGATTTTCCAAGAGCATTTCCAACCTCTATTGTTGGTGTT +ATTATGATATCAACATCTCCTGATACTTTACTCTTAAATCCTTTCACTTCACTTGCATGA +TTAGATACCGCTAAATCAAATGCTAATGGACCTTCTACAATTACATTTTTTCCAAATACA +CCGTTTTCACAAGCTTCTTGCAATTTATATGCATCTATTGTTGCCTGCATTTTAGGATTT +ACTTTTTCTACTGCCGCAATACACGCAACCTTTATTTCCTCTATGCCTAAGGATTTAGAA +GCAAGTATAGCATTTTTTATTATGCCTTCTTTTTGTTCATAATTAGGTGATATATTCATT +CCTCCATCTGAAATAATGAGTAACTTATGATAACTTTCAACTTCATAGATCATTACATGA +CTTAATAGTCCATCTTTTTTTAATCCATATTCTTTATTTAAAACGGATTTTAGTAATATT +GAGGTATCTAATAAACCTTTCATTATAAAATCAGCTTTATTATCATGAACTAATTTTACT +GCTATTTCAGCACATTTTACAATATCGTCTTCTTGTATTAATTCGATATTATCTAAGTTT +AAACCGATAGATTTAGAAATAGATCTTATCTTATCAATTTTTCCAACTAATATAGGTTGA +ATTATACCTCTATCTACAGCTTCTTTTATTGATGTTAAAACTTCTTCATTATGAGCTGCT +GCTACAGACAAAACTGCTTTTTTTCTTAACTTCAAGTATTTTTCTATTTCATCTAATTTC +TTTATCAAATCACCACCCCCATATAATATTAGCACTAAACTTTATATCTGTATTATTTTA +TTTCTATTTTTAATAGCCTTGTATACCGCTCTTTCAACTCATGCGTTACATCTTCCACAT +CCTATACCAGCTTTTGTATTATTTCTTATGTCTCTTATAGATTCACAACTTTGATTCACC +TGTTTTACTATATCATTACTCCTTTAAATATTTTTATAATTTACTTATAAACAAAACAAA +TGTCCATTACCTCTTTTATTATAAATAGAAATAAAAGAGATGTATCCTAAAATATATTTA +AGATACACCTCTTTTATTCTTTATCTATAATTATCTAACTCTCTCATACATGCAACTGTT +ATTTCATCTTCTGGATTTAATTCATATGCTCTTTCAACATAATAAATTGCCTCATCTAGT +TCTCCGTTATTTAAATATGCCATACCTAAGTTACATAGTATTTCTGGATCTTCTTTTATT +TTGGCAGCTGTACTAAAATGCTCAATTGCTTTTTCTAAATTATAAGAAGCAGCTTCACAA +AGACCTAATTCTACCATAGTATCAACTTGATGTGGCTTTAAGATTAATATTCTTTCAAAA +TATGCTTTAGCTTCTTCTATTTCATTCATATACTTATATGCTAAACCTATCATGAATAAT +AAGTTCCACCAATCTGAATGTTCCGCTTCTAGTGGTAATAATTTTTCTAAAGCTTCTTCA +CTTCTTCCTTGGAATACTAAACTATAGCCTTCTTCATATTGTACTTTAAAGTCCATCTTT +CCTATATTATCTTGTATCTCAGCTACTGTATCTGCATCTAATCCTAAATTTAAAGCCTCT +TCCCATATAACCTTAGCTTTTATATATTGTCCTTGGTTATAATAGTGATATCCTAAGTGA +TAATATGCTAATGCAAAACTTTCATCTAATGCTATAACTCTTTCTAGCTTATCTAAAGCT +TCAAGCAAGAAATTGTTCATTCCCTCATTATCAGAATCCTTTTGATATTGTTGAGCCAAC +TCTTGACATACTATTGCATAGTGATACATTCCTTCAACATCATCTGGATATTGACTTATA +AGTGCTTTTAAATATATTAAAGAATCTGTAGATTCTCCTATTTCAAAATACTTTCTAGAC +ATGTATCCCATATATGCTCTAATATCTAAATTTATGTTCTTTTCTAAAGCATCTAAAAAC +TTTTTATACTCATCATTATACTTAAAGCTACTATCTATACCCATAATATATATCATAGCA +TCTGCTATAGACATAGAATTAATTCCTTCTTGAGCTGTATTTTCTTTTATTCCCTTTACA +AGTACTTCATTTTTTATTGGCACATCTAATCCTTGATTTGGTAGCTTGTACCCTTCTAAT +TTAAAGTCTCCATCATTTTTTATTGTTATGAAAGCTAATTCATCTGCTTTTTTTAATAAG +TATTTTTCAATTCTAAAGTTCATATTAACCTCCTATATCACTACACTATATGATTTTGAC +TTTTCAAAAATCTTCTTATCATCATATACAAATAAAACTACATTTTCATTTTTATCTAGA +TTTCTATGTATATCTTCCTTTAACTCTAAAATATTAAAGTTAAATGTTTCAAAGTGAACG +TATTTAATCATATGCTTAGCTGGTTTATTTTCAAATTTAGGTAAGTATTTAATCACATTG +TCATTATCTTGTAAAAATACATGACATCTATTTTTAAAGTCTTCCATATCTCTTTTATTA +AAGAATTGTGGTAAATTAGATGTCTTACCTAATGATATGTAATCGTATTTTAGTATATCA +TTAAATAATTCACTATTCACATTTATTTTTTCATTATAGAAGTCTAATAATATTTTATAT +AACTGATTTTTACCTTGAGCCATATCAAAATATCCATTAATATCAAAGTAAGTTGCAAAA +TCTTCAAAGAATTTAAATGGACTTTCGCTATAAAAATTCTTAATTATATATCTCATTGAT +AGGACAAAGTTTTTTGAGTTATAGTATTTTTCTAATATCTCTTCTATATCTTTTAACTTT +AATATTTGCTCGTAACTTATATAATCGTTATATAAAATTTCATATGGAGCATAATCCTTA +TATCTATATCCATGTTCTTTAGCTGTATTTCTTACACCTGTACCTTTTATCATCTTAAGG +AAACCTAGTTGTAAATGCTCTATTCCTAAATTAAATACATCATTGAATGAGTTTTCAAAA +CTTGTATAATCTTCATAAGGAAGACCTGCAATTAAATCTAAGTGTTGATGTATATTTCTA +TAAGAGGCAACTTTTTGAACAACATAAGATAATTTTTTAAAGTCATCTCTTCTTCCAACT +GCATCTAAAGTCTTTTGATTTGTCGATTGAACTCCAATCTCAAACTGGAATAAACCTTCT +TTACAATCTTTTAAAAACTCTAACGTATCTTCATCTAATAAATGTGCAGTTACCTCAAAA +TGATATGTTGTATAATCATTGTCATGTTCCATAAGGAACTTCATTATTTCTTGAGCAAAC +TTCTTATTCGCATTAAAAGTTCTGTCAATAAATTTAATTTGAGATACTCTTGCATCAATT +AATTTTTTCAAATCCCTTTTTACTCTATCAATACTAAAGTATCTCAATCCTTTTAGAGTT +GATGATAAACAATATTGACAATTAAAAGGACAACCTCTTGATGTTTCATAATAAACAATT +CTGTTTTCATATTCTTTTGGGTCTAAATTCTCATATGGACTAGGTATTTCATCTAAGTTT +TGTAGTAAGGCTTTAGGCTTATTTACTATTACTTCATCATTATTTCTGTAAACTATTCCT +TCTACATCTTCAATATTTTTTTGACCTAATAAGTGTTCTACTAAATCTCTAAAAACTAAT +TCTCCTTCTCCAAATAGTATGTAGTCTATGAAAGGATATTTTTCCATTGCATCTGCACTA +TCATAAGTTACTTCCGGACCACCTAGTGCTATTTTTATATTAGGATTTACTTTTTTTAAG +TTTTCACAAATTTTAGCCGTATCATATACATTCCATATATATGTAGAAAACAATACAACA +TCATAATTATTTCTATATATATCCTTTAAGATATAATCTAAGTCATTATTTATTGTGTAC +TCTCTTATATCTACTGGTAGTAAATCTTTTACAAATTCTTTCAGATATCTTATTGCCAAA +TTTGTATGAATAAACTTAGAGTTTAATGTGGTTAATAATATTTTCAAATATTTCACCTCT +TTATCAATATTGTCTATATTTTATCTTGTATTTAAGTTAAAATAATTTATATAAACTATC +ATAATTCTACTTTTTAAAAGGGTTTTTATTGTTTTTTGTAGAATATTAGTTTATTAATTA +CTATATATTTAGAAAGGAAGTTTATTATGGAATTAATCGATCAAGTATCTATCAATGCCT +TATCAAAAAGGGATTTATTACTTATAATAAAAGCATTAGAATTTACTAACGAAAATACAA +ACCTTAATGATTTTATTGAACTTAGAAATAGTATAGTAAAAGAATTATGTTTCTTAACCA +ATACTACAGAAGAAGTTTTTATAAACTATCTAGAAACTAATAATTAAGTTTAAGATTTTT +TAAACTTTAATACATAGATTCCAGATTTAGCTTTTATTTTTATACTAAGTATGTTTTCAC +TAAATTCTTTTGATATAACTTTTATTTGATTAAATATCGAGTCTATGTAAACATCGCCTT +CATTTAATTTAATTAATTCTCGTGGGTCAGATGTTTTGCTGTATATTTTTTTGTTAATTT +TATATGATCTTAACTTAGTTATGTACTCTGACATTGACGAAACAAAATCTATATTATCTA +TATTTATGTGGATTTCATCTCCTAGGATAGATAATATAGATTTTTTTATACTCTTAATTC +CTTCATTTTCTACTTCTCTATCTTCTATATAAATGTCATATAAAATATTTAAAATTGTAG +ATATTATTCTATTATCATCATAATCTTCATTGTTTTCATCTATAAATTTATCTATAGTTT +GTAAAGTATTAATTCTACTCATCTGGAACTTAATCATTTGAGGTTTATCTAACTCTATAG +ATAGACCTATTATTCTTTCTTTAATTCCCTGTAATAACTCTTCATAACTAATATTTTTAT +TGTCTACTAAGCTATGTATTATGCTATTATATATAACTGAACCTAATATATAATCAAACA +TCTTTACTTCTTTTTTCAAATATTTAGCATATTTTTGAATTAATGATATTGCTTCATCTT +GTGATCTATCAATATTCGTATTTGCAAGTATTGCTGGTAATATTAGATTTAAAATAGAAT +TGTAACTTGGTATTTCACCATAAAATCTATAATAAATTAACTCATCTTTTAAACGATTAC +TGTCTATATATACATATCTATTTTTCCCATCATCGACTAAACATTTAGTATTTATAATCA +TTAAATCCTTAAGATTTTTATCATTTATGTCAAAGGCTGCTAAGTAGCATTTTTTTATTA +TATTATCCTTCATAAATATTATACTCCTCAGTAATACTATATAATAATTAGTCTTATCAA +CTAATATATTTAATATACCTTGTCTTTCCTATATATCGCCTCTAAATGTAATAAAGTATA +GGTTATATAACGTAGCGAAGGGCTGATATATAATTTTAGAAATTATATATCAGCCCGAGC +GCCCCGGTTATAATCTATATTTTAAACACTTATTACATTCTTTCTGGTGCGTGCATTCCT +AATAATTTAAGTCCATTTTCTAATGTTTGTCTAGTTGCAGCAACTAAAGCAAGTCTAGCC +TTTCTTACTTCAATATCATCTACTAATATTGGATTATCATGGTAGAATTTATTAAATGCT +TGAGCTAAATCTAGTACGAATCTAGTTACTATATGTGGCTCATTTCTATTTAATGCAGAC +ACTATGTTTTTATTAAATGAAGCTATTGTTTTTAATACTTCTACACTATCTTCATTTGTT +AATAGTTCATAATTAATATCTGAAGCTACTTCTTCATTAGCTTTTCTTAACACTGCGCAA +CATCTAGCATGAGTATATTGAACATATGGTCCAGTTTCACCTTCAAAGCTTAATGTTCTT +TCCCAAGAGAAAGTATAATCCTTGATTCTACTGTTAGATAACTCTTGGAACACTACAGCT +CCAACCCCTACTTGCTTAGCTATTGTATCTACATTTTTAGCCTCTGGGTTTTTAGCTAAC +ATTGTTTCTTTTGTCTTTTCTATAGCTTGTTTTAAAACATCCTCTAAGAATACTACTCTA +CCTTTTCTAGTAGACATAGTTCCTTCTTCTAATGCAACCATTCCAAATGGAACGTGTATT +AAGTCTTTAGCCCACTCAAATCCTACAAGTTCTAAGACTTTAAATAATTGTTGGAAATGT +AACGCTTGTTGAGATCCAACTACATATATACACTTATCAAAATTGTAAGTGTTCTTTCTA +TATACTGCTGCTGCTAAATCTCTAGTCATATATAAAGTTGAACCATCATTTTTTGTTATT +AACGCTGGTGGCATATTATACGCTTCTAAATCAACTACGTTAGTTCCTTGAGATTCCTGT +AATAATCCTTTTTCTTTTATAGTTTCTATTACAGTATCCATCTTATCAGAATAGAAACTT +TCTCCATTGTAAGAATCAAATTGTATATCTAATAAATCATATACTCTAGCAAATTCTTTT +AAACTTTCATCTCTAAACCATTGCCATAATTCTTTAGCTTCTGGATCTCCGTTTTCTAAC +TTTGTAAACCAAGCTCTAGCTTCATCTTCCATTTCTGGTTTTTCTTCAGCTTCATCATGG +AATCTTATGTATAATTTTAATAACTCTGGTATTGGGTTAGATTCTACAGTCTCTTTATCT +CCCCATAACTTAAATGCTACTATAAGTTTTCCGAACTGAGTTCCATAGTCACCTAAGTGA +TTTACTCTTACAGTATCATATCCTTGAGAATCATATATTTTGTATAAAGCATTTCCTATA +ACTGTAGTTCTTATATGACCTATATGGAAAGGCTTTGCTATATTAGGAGATGAAAAATCT +ATTACTACAGTTTTTCCTTCTCCCATTTTTCCATGTCCGTATGAATCTTTTTGAGTTAAT +ACATCATTTATAACATTATTAGCTAATTGAGATTTGTTAACAAAGAAGTTTACGTATCCG +CCCATTGGCATAACCTTTGATATATCTCCCTTAGCTTCTATAGTTTCTGATAAGTCACTT +GCTATCATGTTAGGAGCTTTTCTAAATACCTTTGCTAATTTGAAACATGGGAAAGCATAG +TCACCCATATCCTTATTTGGTGGTATTTCTATAAGTCCTAATATTTCTTCTAAAGATAAA +TCTTCTATCTTTTCTTTAAGGCAATTTGCTATTGCTACCTTGAAATCTTGCATGTCATTG +CTCCTCTCTCTTTCTCTTATCTTCTTATGGTAAATCAAATCTTAAGTTTTTTCAAGATGT +TTGATTTATTATAAGTCGTTTTCACTAATTACTTTTATATTATTCTCCCTAAGTAATTTA +GCTGTTACACCTTCACCTATAATTTTATTACCTGTAAAGCTTCCATCATATATAAAATTA +GAACCACAAGAAGGACTTCCATCTTTTAATATAGCTTCTTTACAGTTATAAATTTTGGCA +ATTTTTAAGGTTTCATTTGCACCTTTTATAAAGTTTCTAGTAACATCTACATATTTATTA +CTTATAATTTTATAATTTTCATTTATAATTCCATCTTTGTCACATTTAACTATCTCAGAA +GGGTCTCTTGGTGTAGTTAGTCCTCCTAGCTGTTCTGGACACGCAATTACAAATGCTTTA +TTTTTTAAATGCTCTTTTACCTTAGCATTATCATTGTTCGACCCGTTATATTTACAGTCT +ATTCCTAGTAAGCATGCTGATACTAAAATCATATTAATATCTCCTTAATAACTTTATTTT +AATACCGCTATTGTTACACCTGCGCCACCTTCACCGTACTGACCAGGTCTTTGAGACTTA +ACATGTTTATTCTTCTTAAGTACTTCTTGGATTCCTGATTTAAGAACTCCTGTACCTATA +CCATGTATTATTGTAACATATTCTAACCCTGCTACACATGCATCATCTAAATATTTATCA +ACTTCCATTATAGCTTCTTCTAAATTCATACCTCTTAGATCTACTTCACTCTTAACTCTT +CCCGATTTTGATTTTATTATGTTTCTAGTTCCCTTAGTTACAGTAGTTTTGACATCTGCC +TTTGCCTTTTGTAATGACTTGAATGGTAAAGTCATTTTCATTATACCAATTTGAACTACG +GCTTCTTTCTTTCTTTCATCAACTGAAATTACGCTACCATTTTGATTTAAAGTTATTACC +TTGACTTCGTCTCCAGGTTTTAAGTTTTTAATTTCTTTAGTTGCAACCTTTGGAACTATC +ATACTTTCAACAGATGGTTGAAGAGCACCCATAGAGCTAGATAACTCTTTTCTAAGTGCT +TCAATCTTACGATTCTTTTCTTTAGAAGCCATTTCATTTTCCATTTGTCTAAGTTCTTTT +ATTATATTATCAGCTTCTTCTTTAGCACCTCTTGTGATTCTAAATGCCTCAGACTTAGCT +TGTTCTATTAATTTATCTCTTTGAGATGTTATCTTCGCTAATCTCTCATCATACTCTTGC +TTGACTTTTTCTATCTCAGCCTTTAATTTTTCAGCCTCTTCTCTTTCTTCTATTGCTTTA +AGCCTACTTTTTTCAGCCTCTTGAAGAACATCTTCTAATTCTATATTACTATCATCTATA +AATTCTCTAGCTCTTGATATTATATAGTCACTTAAACCTAATTTTTTAGATATTTCAAAT +GCATTTGATTTACCTGGTATTCCCATAAGTAATCTATATGTAGGACTTAAAGTATCTACA +TCGAACTCAACAGCAGCATTTTCTACACCTTCTTTTGTTAGTGCATAGTTTTTTAGTTCA +GTATAGTGAGTCGTCGCTATACATTTCGCTCCCGCCATTTTTACGTCTTCTAATATAGCT +ATTGCTAGAGATGCTCCTTCAATAGGGTCAGTTCCCGCACCTAATTCATCAAATATTACT +AAAGAATTTTCTGTTACATCTTTTAATATAGAAACTATATTTGTCATATGAGACGAGAAA +GTAGATAAACTTTGCTCTATACTTTGTTCATCACCAATATCTGCAAATACATTATCAAAT +ACACACATGCTACTTCCATAATTTGCAGGTATATGAAGACCACTTTGTGTCATAAGAGCA +AATAGTCCTACAGTTTTTATAGTTACTGTCTTACCACCCGTATTTGGACCTGTTATTAAC +AATGTATGGAAGTTTCTTCCTAGATAAATATCATTTGCAACTACAGTTTCCGCATCTAAT +AAAGGATGTCTCCCAGCTTTTATATTTATAAATTTGTCTTCATTTAAGTTCGGTTCTACT +GCCTTCATAGCTATAGATAGTTTTCCTTTAGCAAATGCAAAGTCTAATTTACCTAGTATT +TCTTGGTTAGAAATAATATCGTGGCTAATTTCACCTACAAGTGCAGATAACTCAGCTAGT +ATTCTTTCTATCTCTTCTTGTTCTTTTAATCTTAATTGTCTTAATTCATTATTCATATCA +ACAATACTCATAGGCTCTATAAATAAAGTTGCTCCTGATGACGATTGATCATGAACAATT +CCAGAAACATAAGATCTATACTCTGCTTTTACAGGAACTACAAATCTATCTCCTCTTACA +GATATAATTGCATCTTGTAAATATTTTTGATATGTAGTTGATGAAATTATAGAGTTTAAC +TTAGATCTTATAGATTGATTTTTTTGTACAATTCTTCTTCTTATATCTCTAAGTTCAGAA +GACGCATTATCTGATATTTCTATTTCACTTACTATCGCATTGTAAATTTTATCTTCTACA +TCTCTATATACATATAATGAATTTGATAATCCTTGAATTATAGGGTAGTTAAATTCTTCT +TCTTCAATACTTGCTAACGTATTTTTTAGATTTCTAGCAACTCTTAAAGTATCTGCTATT +TTTATTAAACTTCCCGGGTCTAAAGATGCTCCAATTTCCGCTCTTTTTGCTTTATCTTCA +ATATCGTGTATACCATTTAGACCTACTGATCCTCTTTTTAAAAGTATACCTTGAGCTTGG +CTAGTTTCTTCTAACATATATTTAACTTCTTCATAGTCTGAACTTGGAGTTAAATTTTCT +ATATATTTTAAACCTAAAGAAGATGAAACTTTTGTCTTTAATATGTCAACGATTTTATTA +AACTCTAAAACTCTTAATGATTTTTGATTCATACTTCCTCCTTTTTATTACCCTAGTTTA +TATTGTTTATTTTATGTACATTTGTATTATACTATTTATATAGCTATTTATATATTATAC +ATAAACATACATTATTTGTAGTGTATTTTTTTAATTATTAACTTAAAATAGCTGTTTTAA +TACTATTTTACTAAAAGGAGATTATGTTGAATGGAAAAAGTTTTAGGGGGGCTACAGCCT +CAACTTGTTTTTAAGTATTTCGAAGAAATATCTCAAATACCTAGAGGTTCTGGAAATGAA +AAAGGAATAAGTGATTTTCTTTATAACTTTGGTAAATCTTTAGATTTAGAAACAATCCAA +GATGAACATTTAAATATTATTATTAGAAAACCTGCAACTAAAGGTTACGAAAATGCGCCT +TGCGTTATGCTTCAAGGACATATGGATATGGTTTGTGAGAAAAATAAAGATACTGATCAC +GATTTCACTAAAGATCCTATAAAATTAAGAATAGAAGATGGTATGATTTATGCTACTGGT +ACTACTTTAGGTGCTGACAATGGTATTGCTGTTGCTATGGGTATGGCTGTTCTTGCTGAT +AATACTATTGAACATCCTGAAATAGAGTTCTTAGTTACTGTTGATGAAGAAGCTGGTATG +AGTGGGGCTATGAATTTAGATGGAAAAAATTTAAAAGCTAAATATATATTAAACTTAGAT +TCAGAAGAGGAAGGTTATATATTAGTTAGTTGTGCTGGTGGTGCTACAGCTATATCTACT +TTACCAGTTGAATATAGTGAAGTATCAGAAGATAAAGCTGCTTTATTAGTTGATATAAAA +GGCTTACTTGGCGGTCACTCTGGAATGGATATAATCAAGCAAAGAGCTAACTCTAATAAA +CTATTAGGTAGATTATTAAACTTACTAAAGGTTGATTTCGATTTAGCTAAGGTTAGTGGT +GGTTCAAAAAATAATGCTATTCCTCGTGAATCTGAGTGTATAATCGTAGTTAATAAAAGT +GCTGTTGAAGATGTTAAAAATCAAATATCTGAAATTGAAAAAGTATTTAAACGTGAGTTC +AGAACATCTGATCCAGGTCTTGTAATAGAGATTTCAGATACTAAAATTGATAAAGTATTT +ACTTCTGAATTTAAAGATAAAGTAATAAAAATGTATAACTTAATGCCTAACGGAATTCAA +ACTATGAGTATGGACATAGAAGGTTTAGTAGAAAGTTCTACAAACTTAGGAGTTGTAATA +AATAGTGATACTGAAGTTCTATTTGAAAGTGCAGTCAGAAGTTCAGTTAGCTCCTTAAAA +GATGATATTTTAAATAAAATGGATTTATTAACTGACTCTTTAAATGGTAATTTTAGAGTC +GAAAGTGCTTATCCTGCTTGGGAGTATGCTAAAGGTTCTCAACTTGAAAAAATAGCTGTT +GATACTTATGAGAAGCTAACTGGTAAAAAGCCTATAATTATGGCTATTCATGCTGGTCTT +GAGTGTGGTTTATTATTAGATAAAATGCCTGGGGCTGAAGCTATTTCTTTAGGTCCTGAT +ATGTTTGATGTTCACACTCCTAATGAACATTTAGATATACAATCTACTGAAAATACTTGG +AACTACTTACTAGCAATCTTAAAATCTATTAACTAGCATTTCAAAATAAAAATAACGGAT +ATTTTTATCCGTTATTTTTATTAATTATATTTAACCTTCTACTAATTCACCTGTATATTT +ATTAATTTTGTATATACCTAGACTTATTATATGATCACCATCATCAGTTATATTTAGCTC +TTCTGTTGATAATTCCTCTTCAGTGTGAGTATGTTCTTCTGAGGTTCCTAGATTAACATT +TACATCAATAATATAGTAATCACCATCTTCTTTAAAGTCATCATCTGTATTTGTAATATC +TTTGCCAAATTCTGATTCCAATATCTTCTTTGCACTTTCTTTTGATATTGGATTTAAATC +CTCAGCTTTCTTTTCTACAAAGTTTTTCTGATTATTAATATTTGATGGTACATTCTTTAA +TTCTATTGTAGATATTATCACTATTGTTATTAACGATAACAAAGCAATCATTATTATTCT +CTTCATTGTCTTATTCTACACCTTTATAATAATGAGCTGATGTCGTTCCTATTTCATCTA +AATAATTATATAGTTTAGTTGCCTTTGAACCCATTCTATAATTGTTATTCAATACCTCAA +TATGCGCTTCTATTACTTCTTTAACAACTTGTTCACTTTCATGTGTAAAATCTAGTCTAA +ATACATCTATCCCTGATTTATTTACTTCTTCTAAATTATCTAACATACACGTTATATTTG +AATTATAAATTGTACTTCTACAGAATACATCTTGAGATATTCTAAACATATCTCCTTTAA +AATTCTTCAATGCATATATGCTTTGGTTACATTTTGCTGCTCTTTTGTCTTTTTTACAAT +CTCTAACTAAAACCCCCATAGGGCAGTATTCCGTTACCATCATAGTTGCAAATCCATATA +CTACAGCTTCAACTTCTATATCTGTATATTTTAATGTTTCTTTTATTTCATTTAAATTTA +GTTCTTGTGATATACATAATGATGTAGCGCCTTCATTTTTAAAATGATTCATAGTTTCAC +TGTTAAAAGCATTTAGATAATAATCTATACTTAAATTTTTTCCTTTAAAATAATCCATCG +CCCCTAGCGTTCCAACTTGAACACCTTTTAAATTTAATTTTTTAGTTTTTTCTAAATGCT +TGTACTCTTTATTTCTTATTATTCTTGGAGATGAGTAAATAACTTTCTTATTATACTTTA +TTCCCATTTCTAGTGCTTTATCTAACGTTATTATGTCTTCATAATAAACAGAGTCTATAT +CGCACTCTAATGCAGCTTTTAGTTGTTCTAAATTTTTTACCTTTGCTCTTATTTTTTTGC +CTATAGTCTTATATGCTATAGTTGGCTTATATGCTATTTTTTCTGATTTATAGTTTCTAT +TTTTTATTTTTATTCGTTCTTCATTTAATAGCTCTATACAATCTCTTCTCATTTGATTAA +GTATACTTATAGGCAAACTTACACCTTCATCAAGTATCGTAGTTATGCTACTTAATTCAT +AAGGAGTATTTCCTAACTTTTGAATCTGAGATTCTACCTTTTCTTTACTTAAGGCTACCT +TCATTGCTTTTTCTACAACTTTGTCACCTTCAATAGATGCTTTATTTCCTTTTAAATCTA +TTAGAGTAAGTACTGGTTTTTCATTTAATCTAATAACTAACTCAGCATTAATCGGGCTTT +TCACTAGTTCCTTATCTTGTTGGAACGTACTTTGGACTCTATCCATTAATTCACTATCTG +ATGTTTTAAATACTACTTGATGTCTTCTAGCTTCTCCAACAAAATCTAGTTCAATTATAT +CACCTCTGTGAGCTATAGTAGTTATTTCTCCATCTTTTATAATCCTACCTATAGTTCCCC +CACCTAAGTTTATTCCATCACCTTTTTTAAGAGTGTTTTCTAATCTTATTTTCAACCTCT +TAGCTCTTTTATTAAAATCTAAAACTTTACCTATATATAAACCTTGGTTATTAGGTATTT +CAGAATTCATTACATCTTTTCCTACTTCTCCTAAGATTAGACCTTTTGTGAACTTTCTGT +TAAATATAGTATATAAATCACTTATCGTTTCATCTGATACATTTATCTTATTCTTTTTTA +AATAATTATCAACAGTTTTTCTATAACTACTAATTACAGTTGCAACATATTCAGGTCTTT +TCATTCTTCCTTCTATTTTTAAAGAATGTACTCCTGCATCTATTACTTTATCTATTTCCT +CTATAGTATTTAAATCTCTAGGACTTAGTAAATAATCTCCATTGCTATTTATTATTTCTC +CTGTGTGTATATCTATAAGTTCATATTTTTGTCTACACGGTTGTGCACATCTACCTCTAT +TACCTGATCTATTTCCTATCATACTACTCATTAAACATTGGCCTGAATAACATACACATA +ATGCTCCATGAACAAATACTTCTATATCAACATTTGTGTTATCACAAATATATTTTATTT +CTTCTACATTTAATTCTCTAGCTAATACAACTCTATCAAAACCTGCATTTTCAAGATATT +TTACATCTTCTATAGAATGAGCTACCATTTGAGTACTAGCATGAAGTTCAAAATCTGGTA +ATAATCTTTTAATTAACTTCGCTATACCTATATCTTGAAGTATTATTGCATCTACATCTA +TATCGTATAAAAATTTAGCATATTCAACAAATTTTTCTATTTCTTCTTGCTTTATTAAAG +TATTTGCAGTAACAAAAACTTGTACATCTCTAATATGAGCATATCTTACAGCTTCTTTTA +ATTCTTCTCTATCAAAGTTGTTTGCTGATGCTCTTGCACTAAAATCTTTTCCACCTAAAT +AAACAGCATTTGCTCCATTTTGAACAGCTGCTTTTAAAGCTTCAAAAGATCCCACCGGTG +CTAGTAATTCTATGTCTTTCATATTTATCCTCCTTCAAGGAATATTCTTAAGTATTTAGT +ACAATAAATCTATATACCCATTATTTTTAATTTCAAATGTTAAAAGGGATGCCTTCTAAA +TGATTTTAGTCATTTTGAGACACCCCCCTAATTATTAACTATCTTGTAGCTCTCAGGTAT +TTAACCTCATTTTCTAGCTCAGTGTACTTTAACTGTATTTTATAAGCCTTATTTTGGAAT +TCTGATGATAAACTCTCAGCAATCTTAGCTCTTTCTTCTGCAGCTTTAAGTAATTCTTCT +AAATCATCTATTTCTGATTTATAACTTTCAACTTCTGATTTCGAACCTACTGTAGACATA +CTTAAGTTATTTATTTCAGCTTCTTTAGATTCTAACTCCTTACTTTTCTCTTCAAGTAAT +TTGTTCAATTCATCAATCTTAGACTTAGCTTCAGATATCTCTTTATCTCTACTATCTAAT +TGAAGCTGTAATTTTTTTATTTCTAACTTAAGACCTTCATCTGTTTGATCTACTTTTCGC +CTTAATTCATCATTTTCTTTAGCTAAATCACTACTATAATCATCACATTCAAATAATTGA +TCTGTGATATTTATAGCAGTTACAATCCCAGCCATAACTGTGCTTAATTTAGGGTTACTT +TCTATAACCTTTGTCATTTCTTGATCAACGTAGTTAGCTACTTTAATCATTTCATGGGCA +GGTTTATCTCCGACCATTGGATATTCCGCACCCTGAATTTTTACTGTTACCTTGTTAACA +TTGTTCACACTAATCCCCCCTATACAGATGAGTTAGTTTGATCTTAAATTTGCATTTAAA +TTTTCTGCTAATTCTTTTAATATTACGTCATGCACTTTAGCCACATCTTCATCTGTTAAT +GTTTTTTCTTTACTTCTATAAGTTATAGAATACGCTATAGACTTATGACCTTCCTCTATT +TGTGCACCTTTATATACGTCAAATAATTTATAATCTTCCACAAGACCTGCTCCATTAGCC +CTTATTATATCTTCTATATCTTTTACATACACTTCATCTCTAACTATTAAAGCTATATCT +CTTGAAGTAGATGGGAACTTTGGTAATGGACTATAAACTATATTAGTACTTGAGTTTTCA +AACATTATATCAAGGTCTAATTCTGCTATATAAACTCTTTGACCTAAACCGTAGTTTTCT +ATTACATCTGGATGTAATTCTCCAAATGTACCCACGTACATTCCATTATACTCTATTTTA +GCACATCTTCCTGGATGGAATGTTGAGTTATTTTTTTCTGGTATTATTTCATAATTTTCA +AATCCAACATTTTTAGCTATTGTTTCTATTGCACCTTTTAATGCGAAGAAATCTACTTCT +TTACCATACATTCCTATACATATATGGTTATGCTCTTGAGGTAATCCATTTTGTGGTGTA +AATGTATGCCCACATTCAAATGCATATGCTCTATCTACTTTACGAGATATATTTGTATAT +AATACATCTAGCATACTCGGCATCATCGTAGTTCTCATTACTGAAGTTTCTTCACCTAAT +GGATTTATAAGAGTTACAAAGTTTCTCTTTGGATCATTTTCTGGAAGTTGTATCTTATCA +ACCCCTCTTGGGCTTACAAATGAATATGTTAATATTTCATTTAATCCAATAGAAGTTGCA +GTATTTTTTACGCTATCCATGAATTTTTGCTTTGATGTTTTTACTCCAGCAGTTGCATTT +CCTTCTAATTGAGCTGAAGGTATATTTTCAAATCCATATATTCTAGCTATTTCTTCGAAT +ACATCCGCTTCTTGTTCCATATCTAATCTAAAGCTTGGAACTTCTATCTCTAATTTCTCA +CTAGAAACTAAGTTACACTTAAATTCTAATGATTCTAATATTCCAACAAATTGATCCATA +GGCACATCTACACCTAATAATTTATTTATTCTTTGTGGATTAACAACTAATATTTTAGTT +TCTGGCTTAGTTGGATATACATCAACTATTCCTTTATCAACAGTTCCGCAACCTAACATT +TCTATTAATTGAGCAGCTCTATTTACAGCTTCTTCAGCAAGATTTGTATCTATACCTTTT +TCGTATCTTCCTGATGCTTCTGTTCTAAGGCCTAACTTCTTAGAAGTTGCTCTTATGTTC +TCTTGCTTAAAGCTTGCACCTTCTAATAAAACTTCTGTAGTATTATCATCTATTTCAGAA +TTAAGTCCACCCATAACACCCGCTAGTGCTAAAGATTTTTCACCATCAGTTATAACTAAC +ATATCTTTATCTAAAGTTCTTTCAACCTCATCTAAAGTAGTGAATTTTTCTCCTTCCCTA +GCATTTTTAACAACTATTTTGCCAGTAGTTAATTTGCTTAAGTCAAATGCATGAAGAGGT +TGCCCAAGCTCTAACATTACATAGTTAGTTATATCTACTATATTACTTATTGGTCTAACA +CCTGCTTCTATAAGCTTTCTTTGCATCCAGTATGGAGATGGACCTATTTTTACATTTTTA +ACTGTTCTTGCACAGTATCTTTTACAAAGATCTTCATTTTCTATTTTTATATCGAAGTTT +ATATCTTCTCCTTCTTCTTTAACATTTATTTCTGGGTATTTTAACTCAGAATTTATAGTT +ACTGCTGCTTCTCTAGCTATACCTATCATAGATCTACAGTCTGGTCTATTTGATGTTAGC +TCGAACTCAATTAAAGCATCATTTATTCCCATAACTTCTTTTACATCTTTTCCTAATTCA +TAAGAATCTTCGTGATCTAATATGTATATTCCATTTTTTTTATGTTCAGCTATAAAATGT +TCATCTATTCCTAGCTCTTCAGCAGAGCACATCATACCTTCTGAAAGCTCTCCTCTTAAT +TTACCTTTTTTAATTTTTATTCCGCCAGGTAATTTAGCTCCGATTCTTGCGACTGGTATA +TAGTCTCCTACAGATACATTTTTCGCTCCAGTTACTATTTGTATAACTTCAGTTCCTACA +TCAACTTTAGTTACTATTAGCTTATCAGCATTTGGATGACTAGTTATTTCTAATATTTTA +CCGACAACAACATTTTCTATTTCTTCTCCATAGAAATCTACTTTTTCCACTTTAGTTCCT +GTCATAGTCATTCTATCAGCAAACTCTTTAGTGTCCATATCTATATCAACATAATCTCTA +AGCCATTTTAAAGATACTAACATATTACTTACCTCCTAATTAAAATTGATTTAAAAATCT +CATATCATTTTCGAATAATAGTCTTATATCATCTATCTCGTATTTAAGCATACCTATTCT +CTCTACACCCATACCGAATGCAAATCCACTGTATACCTCTGGATCTATTCCACAGTTTCT +AAGTACATTTGGATGAACCATACCTGCACCTAATATTTCTATCCATCCTTCTTGCTTACA +CATTGCACAACCTTCACCACCACACTTAAAGCAAGTAACATCAACTTCTGCACTTGGCTC +TGTGAATGGGAAGTTATGAGGTCTAAACTTAGTTTTAGTCTCTTCTCCAAATAGTTTCTT +AACAAAGTTATCTAAAGTTCCTTTAAGTTGTGCCATTGTAACATCCTTACCAACAACTAA +TCCTTCTATTTGATGGAACATTGGCGAATGTGTAGCATCTGGAGAGTCGAATCTGAAACA +TCTACCTGGAGATATTACTTTTATTGGTAATTCTTGACTCTTCATAGTTCTAACTTGAAC +TGGAGACGTTTGAGTTCTAAGTAATAATTCACTGTTTATGTAAAAAGTATCACTCATATC +TCTTGATGGATGGTCTTTTGGAGCATTTAATGCATCAAAGTTATTTTCTATAGTTTCAAC +TTCTGGACCTTCTGCTATTGAGAAACCAAGACCCATGAATATTTCTGAAACTTCATCTAT +TATTTGACTTATCGGATGCTTTTTACCTACTGTAAATATTTTACCTGGCATAGTAACATC +TATAACTTCACTTGCTAATTGTTTTTCTTTTTCTATAGCTTTTATTTCTTCTTTTTTAGT +GTTTATTCCACCTTCGATTGCTTCTCTTACAACATTCGCAACCTTACCTATAACTGGTCT +TTCTTCTGCTGATAATTTACCCATTTCTTTCATAATAGCAGTCAACTGACCTTTTTTCCC +TGAGTATTTTACTCTTAAGCTTTCTAGTTCTTCTATAGTAGAAGCTTCTTGTATTTCACC +TAAAGCGATATCTTTTAGATTAAGTAATTTTTCTTGCACTATTTATCACCCTTTCATTAT +TGTTATAAGTGTTAATAATTATAATTCTTCTAAAAAATATATAATTTATAATCATTTTTT +GTATTAAAAAAACCTTTCATCCCTATCTAGGGACGAAAGGTTATAATTTCGCGGTACCAC +CCTAGTAGCATAGGAATAAAATATTCACTAAGCCACCTCGTATAAACTTAACGCGTTTTA +ACGTCAAAGCCTACTGTTAATTTCAGCCTTAATACTCCAGAGTGAACTTCTTTTAAATAC +TTAGAAAGTACTTACAGCCAAGGTACTTCTCTCTATACTAAGTTAATTTAAAATACTTTT +CTCTTTCAATGTATTTAAATTATATTTATTATTGTCATGATATAATATTATAACATATCC +ATCTATATGCTTACAATATTCTATACTAAAGATTTCTTTATCTCATACATTAATATAGCA +GAACTAATTGCAGCATTTAAAGATTCAGCGTTTCCATATATAGGTATCTTAACTAACGTG +TCTGATCCTTTTATAAGTTCATCATTTACTCCGTTTGCTTCATTCCCTATAATTAAAGCT +ACTTTATCTTTGTAATTAACAGTATTATAATAATTATCTGTATTTAAATAGCTAGATACA +ATTTCAAATCCTTTTTCTTTAAGTACTCTAAGAGTATCGTCTTGAGTTGATTGTATTATA +TTCATATCAAATATAGATCCCATAGTTGAGCGTATAACCTTTGGATTATATATATCTACA +CATCCTTTTAAGTTTATTATGGCATCTACGCCTGCCGCATCAGCAGTTCTAATTATAGTA +CCCATATTCCCAGGATCTTGTATCCTATCTAAAATTAATACAAATTTATGTGAATCATTT +ATATTATTATCTATATCTCTATTTTTAAAACCTATAACAGCTAAAATTCCTTGAGTATTT +TCTGTATCCACTAGTTCTTTAAAAATCTTATTTGTAGTTTTATATATTTTTATATCTTTT +TCCTTAAGTACCTTAATGAAATCTAAATGTTCTTTTTTATTCTCAAAATCTTCATTTATA +AATACATAATCTAAATTTGCTTCACATTCTATAGCTAAAGTTAATATTCTATATCCCTCT +ATTATAAACTTACCTTCTTTTGTTCTACCTTTAGTTTTTAATAATGATTTTGTATATTTA +ATCTTTTCATTATCTTTACTACTTATCATTATAGACATTACTACTTTCTCCTAATTAAAT +CCTTATTTTCTGAAGCTATTGCACTTATGCTATTATTTTGACCAATTACTACTAAAATAC +TACCTGCTTTAAGCTCTTCTTGAGGAGATGGAGTTACATTTATACTTTTCCCTGTTTTTA +TTGCAAGAACAGTTATCTCGTATTTGGCTCTTAAATCTAATTCTATTAATGTTTTTCCAA +CCCATTTATTAGGTGTAACTATCTCAACTATTGAGTATTCTGGGTCTAATTCTATATGAT +CTAATATATTATCTGAAACTAAGTTGTGAGCAACCCTTACTCCCATATCTCTTTCAGGGA +ATACAACTCTGTCCGCTCCAATTTTGTAAAGAACTTTCGCTTGTAATTCATCCTTTGCTT +TGCATACGATATGAGGAACTCCCATTTCTTTAGCTATAAGTGTTGCCATTATGGATGCTC +TAATATCTGATCCGATAGCAACTATTGCTACATCAAAGTTGCCTAATCCTAATGATCTTA +AGGCAACTTCATCAGTTACATCTACTATAGCTGCATGAGTAACCTTATCTGATATATTTT +GAATTATTTCTTCACCTTTATCTATAGCCATAACTTGATGACCTAAAAGATGCATTGTAG +TGGCTACTGATGCGCCAAATCTTCCACAGCCAATAACTATATATTGTTTCATAATATTTA +CCTCTCAATATGTATAATTTATCCTACTATTATCTTTCCTTCTGGGTACCTAACTGGAGG +TTTTTTCCTAGCTCCTTTTGAAAGTAATGCAACAAATATAGTTAGAGATCCAACTCTTCC +TATAAACATAGCTATCATTACTACAACCTTCCCCATTGTTGTTAAACTTGGACTTCCTCC +TATACTTAAACCTACAGTAGCAATTGCTGATACTATTTCAAATCCACATTCAACTAAAGT +AAATCCTTCATCTGTAAGTGATAATGCCAAAGTTCCAAAAACCACAAGTGCTGTAGCTAT +AAAAAATATACCTATAGCCTTAGTAATAGTTGCACCACTAATTCTTCTCTCACACACTTC +TATATCACCTTTACCAGAAATGAAGCTTCTTACGGTTATCACTAAAGATGCTAGTGTTGT +CGTCTTTATACCTCCACCTGTAGATGCTGGCGATGCTCCAATAAACATAAGTATCATCAT +TATGAATAAACTACTTTCTTTTATTAAAGTTAAATCTATTGTATTAAATCCAGCAGTTCT +AGTTGTTACCGATTGGAAGAAAGCTGCAAGTAATTTTCCTGGTAAACTTAATGTACCTAA +TGTTTTTGGATTATTAAACTCTACCACAAATATAAATATACTACCTATTCCTATAAGAAT +AGCTGTTGTAAAGATTACAACTTTTGAATGCATATTTAATCTAGATGCTTTCTTTGTTCT +TATTACATCTAACATTACAGGGAATCCTATCCCTCCTAATATTATAAGTGCTGATATAGT +CATTACAATCATGAAATTATCTACATAGGATGTCAATGATGTAAATGGCCCACTTACAGA +ACCCATCAAATCAAATCCTGCGTTACAAAATGCCGATATTGCATGGAATATACTATACCA +TACACCTCTTCCTAGCCCAAATTGAGGAATAAAAGTAAAAGATAATAAAATCGCTCCAAT +TCCTTCTATAAGAAATGTTATTAAAATTACATATCTAGTTAGTCTTACCATACCAGATAA +GTCTTTTTGATTTAAAGATTCTTGAATTAAAAGCCTTTCCCTTAAATTAATTTTTTTCTT +AGTTAAAAGCGCGAACATAGTTGCTATAGTCATAAATCCTAGTCCACCAATTTGTATTAA +TGTTATAATTACTACTTGACCAAATATACTCCAATATGTAGCTGTATCTACAACAATTAA +TCCCGTAACGCATACCGCAGATGTTGCAGTAAATAAAGCATCTAATAATCCAATACTTTC +TCCACTTTTAGTCGCTATTGGAAGGTTCAGTAATAATGCTCCCAGTAAGACTACAGATGC +AAATCCTATAACCATTACCTTTGCTGGATCCATACTATTTAAGTAATTAATAATCTTCTT +CAATACTGACTTCAATTTTTAGACCTCCTTGTATATGTACGCCTTTATAGCCATTATTTT +ATTATATTCAAAATTTTAATTAAAAACAATAATAGAAGGATTTGATTTCATAACACTTAA +ATTCCTTATATATATTATACACATTTCTTTGCAATAATCTTTATTTTAATATAAAAAATC +AAATATATATAGTAATATAAATTTCTTTTTATATAACATATAATTATTTATTTTTCTATA +TAAAAAACAGTGAACTGAATATCAGTTCACTGTTTTTTTATCGTATAATTAAGCTAATTT +TGATTTAGCAACTTCTACTAATTGAGCGAATCCTTGAGGATCTTGTATAGCCATTTCAGA +TAACATCTTTCTGTTAACTTCAACACCTGCTAATTTTAACCCGTTCATGAATCTTGAGTA +AGATAATCCGTGCATTCTAGTTGCAGCGTTTATTCTTTGTATCCAAAGTTTTCTGAAGTC +TCTCTTCTTTAACTTTCTACCTATATATGCGTTCTTTAATGCTTTCATTACGAAAGTATT +TGCTGGTCTATATAATTTGCTTCTAGATCCTATGAATCCTTTTGCAAGTTTTAATACTTT +TTTATGCTTTTTACGAGCGTTCATAGCTTTTTTAACTCTTGCCATCGTTGTGACCTCCTT +TAATAATCTTTAATGTTTATCTATTTTTTGTCTTATGTTTAATCTTAGTATGGTAATAAT +TGTGCTATTCTTCTAGCATCACCTTCACTAACTATTGCAGCTTTTCTTAAGTTCATCTTA +GTTTTAGCATTTTTCTTAGTTAGTATATGTCTTTTGAAAGCTTTAGCTCTCTTAAGTTTT +CCAGTTCCTGTTTTCTTGAATCTTTTAGCAGCACCTCTATGAGTTTTCATTTTAGGCATG +ATAAATTCCTCCTCTCAGTTAATTATCTATTTTTTTGGATCTATAATTACAACCATATTG +TTCCCCTCAAATGCAGGGGCCTTTGTTGGTTCTCCAAACTCTTTTACTATATCTATAAAC +TTTATCATTACTTCTTTACCGATATCTTTGTGACCTAATTCTCTACCTCTAAATCTAAGT +TCAACTTTAACTTTATCTCCTTTTTTAAGGAACTTTATAGCATTGTTCGCTTTAGTTTGT +AAATCATTAGACTCGATACCTGGTCTAAGTCTTATTTCTTTAACTGTTATTGTTTTTTGG +TTTTTTCTAGCTTCTTTTTCTTTTCTAGCTTGTTCGTATTTATATTTTCCATAATCCATT +ATTTTGCAAACTGGTGGATTAGCATTTGGTGATATTTTTACTAAATCTAAGTTTTTATTG +TTTGCTAATACTTGAGCTTCTTTTGATGACATTATGCCAAGTTGCTCTCCAGTTTCTGAG +ATAACTCTTATTTCCTTATCTCTTATTTGATCATTCATTGATAATTCTTTGCTAATGGTA +GGACACCTCCAAAATTTTATATAAATAAAAAGCGGATGATAATATAATCATCCGCTAATA +TAAGTCATAATAATCCTAACCTATACATGATTTAATGTATCAGGTTAAACTTATATTTAC +CTTACTAACTTTCGTCGCAAGGTGAGAAGCGGACTTCTTCTTTGTTTTCTTAACTACTTC +ATATAATATACTACATATATTTTAGCATGTCAAGAATATATTTATATTTTTTATTTTAAT +AATTATTATAACCTACTATATTATATTATTATTTTTTATTTAATGAGTAATTATTTATGT +AATTTGTGGCTATACTTAAAAATATCTCACAAATAAATTATTTATGGAAAATTTTAAATA +ATAAATATTAGTAACTATGGTAAATATAAAATAAATTAATAATTTTTATTATCTGAGGTG +TATGACTATGAAAATGTTAAATAATTTCTTGAAAAAATTTAATAACCCTGTTCCAGTATT +TGCACAGACGAAGATGGAAAAGGAAACACAAAATGAAGATGCTAGTAGTACTAAGCCAAA +GACTACATTTATAGATGTAGCGGGACTTGATGAAGTTAAAGAAGAACTATTTGAAATCGT +TGATTTTATGAAGAATCCAGATAAGTATAAAAAAATGGGAGCTAAAATTCCTAAAGGGGT +ACTATTCTATGGTCCTCCTGGAACTGGAAAAACTCTTCTTGCATCAGCAGTGGCTGGAGA +AACTAATTCTTCATTTTTTAATGTAACTGGTTCTGAATTCGTAGAAAAATATGTTGGAGT +CGGAGCAAAACGCGTTAGAACTCTATTTGAAAAGGCCAGAAAAGAAGCACCTAGCATCAT +TTTCATTGACGAAATCGATGCAATTGGAGCAAAAAGACACTTAGAGAGTAATAATGAAAA +AGATCAGACACTAAATCAGCTATTAGTTGAAATGGATGGTTTTAATAAAGATTCTAATGT +AATAATAGTTGGAGCAACAAATAGACTTGATTTGTTAGACGAAGCATTACTTAGACCTGG +AAGATTTGACAGACATATTCATATAGGTTCACCTAATTTCCATACTAGACATGAAATCTT +GAAGGTTCATACTAACAATAAACCTCTTGATCCTTCTGTTGATTTAGAACTTTTAGCTAA +AAAAACTCATGGTTTTAATGGTGCTCATTTATCTAATATTGCAAATGAAGCTGCCATATT +TGCTGTAAGAGACAACAGTCCTATAATAACTGCTGTTCATTTTGATAAAGCATTAGAAAG +AGTTATTGCTGGATTAGAGTCCAAAAACTCTACTCTTATAGAAAAAGAAAAAGAAATAGT +TTCTTATCATGAAGCCGGTCATGCTTTAGTAAGCAACATCTTAGGTATTTGTCCTATACA +AAAAATATCTATAGTACCTAGGGGAGAAGCTTTAGGTTATGTTCTTCAGCTTCCAGATGA +AGATAGATATATTTATACTAAAGAAGAATTAATCGGCAAAATAAAAATACTTTTAGCAGG +AAAAGCTTCCGAAGAAATTATTTTTAATCATCAATCTACTGGTGCTAAAGACGACTTAAA +AAAAGTAACGGATATAGCTAATCAAATGGTTTGTGAATATGGAATGAGTAGTTTAGGATT +CATGACTATTGATGGAAATGTAAAAACATTCTTATCTGAACAAGTTCAAAAAGAGGCTAA +TGATATTGTTCAAAATTGTTATAATGACACATTAGATTTGCTAAGAAACAACTTAAATGA +TTTACATATAGTTTCAAAACATCTTTTCGAAAAAGAAACTATGACTCATGAAGAATTGAA +ATCCTTAATAAAAAAAGAAATAGTTAATTAGTGACTATTTAATTTGTAATTAAAATGATA +TATTCTTTAATACAATCTTATATAACAAATTGTGTAAATAATAAAATGCACTGACAAGTA +TCTAAATGATGTTTGTCAGTGCATTTTATTATTTATGACTAACCTAAGATTATTCATTCT +ATCTAAGGTCAGCCATTTTTATATCTTAATTAAAATTGTTCAACATTTGTTCTATTTTCT +ACTTCATTTAATATATTTGATAAGAATTCTTCTAAAGATACAGCACCTATTTCACCTTTA +TCTCTAGATCTTACAGATATAGTTTTATCTGCTTCTTCTTTTTCACCAACTATTATCATA +TATGGTATTTTTTGAAGTTGAGCTTCTCTTATTTTAAATCCAGTTTTTTCAGCCCTATCA +TCTATCTCAACTCTTATACCTTTATCAAATAAAGCTTTCTTAACTTCATTTGCATAGTCA +TTGTACTTATCTGATATAGGAAGTATTCTTACTTGAGTTGGAGCTAACCAAACTGGGAAT +TTACCAGCATAGTGTTCTATTAATATTCCTATAAATCTTTCTATACTTCCAAATGCAACC +CTGTGTATCATTACTGGTCTATGCTTTTCACCATCTTGACCTACATAATTTATATCAAAT +CTTTGAGGTAATTGCATATCTAATTGTATAGTACCACATTGCCATGTTCTACCTAAACAA +TCTCTTAAATGGAAGTCTATTTTAGGTCCATAGAATGCTCCATCACCTTCATTTAATATA +TATGGTAAGTTAAGTTCTTCTAAAGCTTCTCTTAACCCATTTTCAGCAGCTTCCCAATCT +GCATCGCTTCCTATTGAATTTTCTGGTCTAGTAGATAACTCTAAGTGATATTCAAATCCA +AAAGTCTTGTAAACTCTATCTATTAAATCTACAACACCTTTTATTTGATCCTTTATTTGC +TCTGGTAACATGAATATATGAGCATCATCTTGAGTGAATGCTCTAACTCTCATAAGCCCA +TGTAGTGCTCCTGATAATTCATGTCTATGAACTCTACCAAGCTCAGCAACTTTCATTGGA +AACTCTTTGTATGAATGTGGCTTAGAATTATAGTATATTAATGAACCTGGGCAGTTCATT +GGCTTTATAGCAAATTGTTGGTCATCTATATCCACAGTATACATATTTTCTTTATAGTTG +AACCAGTGTCCTGAAGTTTCCCATAATTTTTGGTTTAATATTATTGGAGTTTCTATTTCT +TGATATCCATCTGCTCTGTGTATTTCTCTCCAGAATTTTAATAATTCATTTTTAAGTTCC +ATACCTTTTGGTAAGAATAATGGGAACCCTGGACCTTCTTCTGGTATAAAGAATAAATCT +AATTCTTTACCTAATTTTCTATGGTCTCTTTTCTTAGCTTCTTCTAACATGTGTAAATAC +TCTTCTAAGTCTTTGTTTTTCTCAAATGTTATACCATATATTCTTTGAAGCATTTTATTT +TTTTCATCACCACGCCAGTAAGCACCTGCTACACTTAATAACTTAACTGCTTTAACCTTC +TTAGTTGAAGGTAAGTGTGGTCCTCTACATAAATCAGTGAAATCCCCTTGTTTGTAGAAT +GATATTATTTCACCTTCTGGTAACTCAGATATAAGTTCTTCTTTATATATTTCTCCATTT +TCTTTTGCCCAAGCTAGAGCTTCTTCTCTTGGTAGTTCATATCTTTCAACAGCTATATCT +TCCTTAGCTATCTTCTTCATTTCTTTTTCTAATTTTTCTAAGTCTTCATTTGTTAATCTA +TGCTCTAAATCAATGTCATAGTAGAAACCATTCTCTACAGTTGGTCCTATAGCAAACTTA +GCCTCTGGATATAATCTCTTTATAGCCTGCGCTAATATATGAGCTGATGTATGTCTGAAT +ACATCTTTTCCTTCTTCATCTTCAAATTTGAATAAATTTAAATCGCAATCTTCATTTACA +ATGTAATCAAGTCCTACAACTTTATCATTTACTGAAGCTGCAACTATTACTCTAGCCAAT +CCTTCACTTATAGACTTAGCTATATCCATAACAGATATTTCATTTTCAAATTCTCTTACA +GATCCATCTTTTAAAGTAACCTTTATCATAACTAATGCCTCCTATATATTTTTTATAATA +AAAAACTCGTCGCCAATAAAAATATTGGGACGAGTATTAATTCGTGGTTCCACCCAAGTT +GATTTATAAATATGTTATAAATCCTCTTGTTGACTATAAGGTTGTCACCCGAACACTTTC +ACATAATAACTATGCTAATAAGTTCTGCTCCAAGGTAGTTTTCAAATAGCTATTTTTAGA +TGGGCTTACAGCCGATGACCCTTCCTCTCTGTAAATTAGTTCTATTTTACTTGTCCTTAT +CTTTGCAAGTATCTTAAGTTATTATAACTATTATATCAGATAGTAAATTTCGTATCAACC +TTAATATTTTATATAAATATTATGATAATACCTTGTATTATTCCTATTAAGAAACCTAAT +ACTAATCCTAATATCTCTATATGCTTTAATTCTTTCTTAGCAACTTTTATAATTAGTTCC +TCTAATTGATATAAATCTAATTCATTAATCTTATTCTCTACCATTTCTTGTATATTTATA +CGTTCTTTTGCTTTATTCATAATATCTTCGCTTAGTTCATCTATTGCAGCTTTAACTTCA +ACATCAACAGCATCCATTATGTAGCCTTCAATCATTCCTCTAATTGGAAATGGTACAAAA +GACATTTTTTCTTGAGCTATATTTTTTATTTTTTCTTTTATGTACTCAGTGATATTTTCT +TTATCATCTTCATTCATTATATTAGAAAGAATATCGTCCATAGACAAAAATTCTTCTTGT +ATTATTTCTCCTATATTTTTAGATATTTCATTTCTTCTTTTTGGTATAAGACCAATTATC +TCAAAATTTAATATAGGTATTTTTATAGGCTCTATAGGTCTAAATATTAGTTTTATTGCT +AATACATTTGTTATATAACCAATTACACCGCCAATACTAGCTAATAATGCTATCTTTAAT +ATATTGCTCATATAAATCTCCTTATAATATTATATACTTATCTATTTTTAGACATATATA +ATTATAAATCTTATGCAAAGATTTATAAAGTATTTTTTAGTAAGCAATATATTTAAATAA +AGTTCATATTTAATTTTTGAAGATTATACTAACTCTATCCCCAAATATAGATTTTATAGT +TTCTATAACCAATTCTGAAAAGTCATCATTTAATAAATCTAAAATTTGTACTTTTTTAGG +ACAGAGAGTCAGTAATGTACTGATTAAAAAATCTTCATAATTTAGATCCTCTTTTATAGC +CATATTTATTATCTCTTCATCATCAATATTGTCTATTTTATTACCCTCTCCATCATACAG +TACAAAAGAGCCATTTTCTAATATATTTACTACAAGCAAGTCAACTTTTGTTTCTTGCAT +ATCTATAAAGTATTTTAATACATTTACAAACTCGCTTTGTTCTTTTTCTGATAAATACTC +TTCTAATGCTATATCTGTTATTGAAGATAAATACACAAGAATTTCCTTTAATCTAAAGGT +TAAAAAACCCTCTATATTTAGATAATCACAGCTAGATAAATAATTATATACCTTATTTTT +TATAGCGTCTTTTATAACATTTTCCATCCTATCGAAAACTGTTAAAGCGTATTTATAAAT +AATATCAACTTCATTCTCATATAATTCTTTATATTTTTTATCTATGTACTCTTTTAAATA +CTTTTGTTTAATTATACATATTATTAGACATGTTAACTCTTCTCCTATATTTTCTAAATT +TAACTCATCTTCTATACCTAGATTAATTGCTACATCTATTATATTATCTTTAAAACTTAT +ATTTTTTTTTATTTTTTTTGTTTCTAAAAAGCCTTGGGCATTAATCCTATGATGAGGTGA +AAAACTTATATGAATCTCTTTATTTGTCAAATTTATCGCCCCTTTCTTACTATATAAAAG +AGGATTGCCTAATAATAAAATATTACCTATACCTTATTATTTCAATAAATAATATTTTTA +AACTACTTTTATATAATAAAAAAAGATATCTCAAATTGAGATATCTTTTTTATTATCTTT +CACCTTTTTTGTATGGGTTTCCAAGAGCTGACGGAGCCTTAGAACTCTTAACAAATAATA +CTAGAACTATTAATGTTACTATATAAGGTATCATTGATAATAAGTTTTCATTCACAACGA +ATGGCAATTCTGGATTTCCAAAGAATACTGTTAATGCAGTTGAGAAACCAAATAATAAAC +ATGCTACCATAGCCCATTGAGGTCTCCATTTACTGAATATAACAGCTGCCATAGCGATAT +AACCTTGTCCAGATATTAATGTTGGTCTAAATGATGAAACAACTGCTAAACTCATTGATG +CTCCACCTAATCCAGCTAATATACCAGATATTATAACTGCTGCATATCTAACACGAGTAA +CACTTATACCTAATGTATCTGCTGCACCTGGATGCTCTCCAACTGCTGTTACTCTAAGAC +CAAACTTAGTTTTATATAATACATACCAAACTACTAGAACTAATATAAATGCTAAATAAA +CTGTAGCATATGAATTAAATATAGTATCTAGTACACTTCCTGATGGGAATAGTCCATTTA +ATGGTCTTGGTATTTTATTTTCCATTGGTATTGTCGGAGTCATTGTAGCTCCATCAAACA +TCATCTTTGATACGAATAATGCTACCCCTGGTGCAAGTAAGTTTATAGCAACACCCGATA +TTGTATGGTCTGCATTAAAACTAACTGTTGCTATAGCATGTATAAGTGCGAATAAACCAC +CAGCTAATCCACCTATTATAAATGCTAACCATGGGTTTCCTAAGAAATATCCAGCTGCTG +CACCAGCAAATGCACCCATAACCATCATACCTTCTAAACCTATGTTAACTATACCTGATT +TTTCAGAGAATACTCCACCTAATGCTGTAAATATAAGGGGTGTAGAGTACATTAAAGTAG +TACTAATAATTAAAGCTATTTGATCCATTATACATTCCCCCCTTTACTTCTCTTTTCTTT +CATTTTATCATATAACATTTTTAATACACTACTTAGTGCTATAAAGTAAACTATTGAACC +GATAACTATGTTTACTACTTCTGAAGGAGCTCCGATAGCTTGCATCTTAGTTCCTCCATA +TTTAAACGCTCCGAATAATAATCCTGAGAATATAACTCCTATTGGGTTACTGTTAGCAAT +TAACGCTACAGCTATACCATCAAATCCATATCCTTCTTGAGCTGCTAATACTGATATATT +ATGAGATACACCCATTACTTGTATTGCACCAGCTAGACCTGCTATTAAACCAGCTATAGC +CATAGATTGTAATATAGATTTATTTACGTTTATTCCACCGTATTCAGCACCATATCTATT +GAACCCAACACCTCTTAACTCGAATCCTAAAGTAGTTTTGAATAATATAAATGCTATTAT +TAATACAACAGCTATAGATATTACAATACCCCAGTTCACTGAAGTAGCTGGTCCAATTAA +TCCTTTTAACCAATCTATTCCTATACTTGCACTTTCATGTATACTTACAGAAGTTTCACT +ATTTGGCTGAGCTAACCAAGTAGTTCTTATCATATAGTTACTTAAATAGAATGCAATCCA +GTTTAACATTATTGTTGCTATAACTTCATTTATTCCATATTTAGATTTTAACCATCCTGC +AATACCACCCCAAACAGCTCCTGCTACTGCTGCTACTAAAAGAGTAAGTGGTACATGTAT +GAATGCTGGTAAATCTATTCCTGCCCCAACTAATGTTGCAAATAAAGCACCTATTATAAA +CTGACCCTCTGCACCTATATTGAATAAACCAGTCTTATATGCAAATGCTATAGAAAGACC +TGTTAATATAAGTGGAGTTGATCTTATTATTGTCCATGCTATGAATTTAGGCTTTCCAAA +TACTCCTGTTATCATAGCTGAGTATGCTTCTATCGGATTAAATCCAGCTATTAATAAAGC +TATTGCTCCAACAACTAAACCTAATACTATTGATATTAACGAGAAAATAATAGCATTGTT +AGCAGCAGATAACTTTCTTTTTTGTTTATTATTGCTCATCTTCTGCACCTCCTGCCATCA +TGAATCCTAATGTATTTTCATCTGCATCTTTACCATCTACTATACCTACGATTTTACCTT +CGTATATTACAGCTATTCTATCAGATACATTCATAACTTCATCTAATTCTAAAGAAACTA +AAAGTACTGCATTCCCTTCATCTCTTTGCTTAACAAGAGAACTATGAACAAACTCTATTG +CTCCAACATCTAATCCTCTTGTTGGTTGAGTCGCAATTAATAATTGTGCTTCATTTGTCG +CAGCTCTTGAAACTTCAATATTATCAACTTCTCTACCTATTATAACCTTTTGTTGGTTAC +CTCCAGATAAAGCTCTTGCTTTTGTTGTATAGTCAGTAGGTCTTACATCAAATCTATCTA +CTATCATTTTTGCATGTTCTTCTATAGCATCCATTTTTAAGATTCCATTTTTAGAGAATC +TTGGATCTTTATAGTTTTGTAGTACTGTATTTTCAGCAACAGTAAAGTCTAATATTAAAC +CTCTTTTTTGTCTATCTTCTGGTATGTTTTTTATACCTTTATTGAACATTTCTAATGGCT +TATTATTAATAACTTCATGACCATTTATTTTTATACTTCCAGATTCAGCTTTTCTAAGAC +CAGTAAGAGCTTCTACTAATTCAGATTGACCATTTCCATCTATTCCTGCTATACCTAGTA +TTTCACCAGCTCTAACTTCTAATGATAAACCATCAACCGCAGCTATCTTTCTATTATCTT +TTACTAATAAATCTTTTATTGATAAAACAACATCTCCTAATTTAGGTTCATCTTTATCAA +CTTTAAAGTTAACTTCTCTACCAACCATCATTGCTGCTAAATCATCTTCACTAGTTTCAT +CAACTTTAACTGTATCTATATATTTACCTCTTCTTATTATAGTACAGTAATCTGCAGCAG +CTTTTATTTCTTTTAATTTATGAGTTATTATTATTACTGATTTACCTTCTTTAGTTAAAT +TTCTTATAATTTGCATAAGTTCATTTATTTCTTGAGGTGTAAGAACTGCTGTAGGTTCAT +CTAGTATTAATATTTCTGCTCCTCTATATAAAGCCTTTAATATCTCAACTCTTTGTTGCA +TACCAACTGTTATATCTTCTACCTTTGCAGTTGGGTCTACATATAAACCATACTTTTCCG +ATAACTCTTTAACATCTTCAATAGCTTTCTTCATATTAACCGCACCTAAACCTTTTACTG +GTTCAGTACCTAATATTATATTTTGAGCTACTGTAAATGGCTGTACAAGCATGAAATGTT +GATGAACCATTCCTATCCCATTTTCTATAGCTATATTTGGATTATCTATGCTTACTAATT +TTTCATTTATATGTATTTCTCCAGATGTAGGCTGGTATAAACCATATAATATATTCATCA +ATGTAGATTTTCCTGCTCCATTTTCACCTAAAAGAGCATGTACTTCTCCTTTGTGTACAG +TCAAATCTATATTATCATTTGCTACGAAACTTCCGAACTTTTTAGTTATTTTTTTCATTT +CAACAACTTTTTGACTGTAATCAACATTACTATTATTCATCGCCCTTTGCTAGCCTCCTT +ATTTAATAATCAGTACTCTTTATTATACTAAAATATAATTAATATAACAAACTTTTTTCG +ACATTTTTTTATTTTATCTTAAATATATGCATATTATTCATATTTTTTGTGTCATTTCTC +CCTTCTTATTTACAATTATGTTACACTATTAACCTTTTTAGTAAAATAAATATATATTTA +TATATTATCCATATTATAGATAATCTATTTGCTTGATACATATATTTTATATTTATAAAG +AAAAACTCCCACGTAAAAATAGATATTTAATTATAGTTACCTATTATAAGTGGGAGTATT +ATTTAAAATCTATTTATTATTAGGATAAGCTTTTTCAAACTCTTCTTGATTGGAAGGAAC +CTTTATATCTCCTGATTTTATTTTTTCTTCTGCATCATCAACATATTTTAATATATCCTC +AGGAACATTATCCTTAGTAGTTGGTGCTATACCTACACCGCCAGTTGATAATGTATTAAC +TATAGTTTGCCCTCCTTCATATTTTCCTTCTATTAATTTTTTAGATAAATTATATACAGC +TATATCTATATTTTTCATAGCTGATGTTATAACATTTTTAGGGGCAAGTGAATTTTGATC +TTGATCTACACCAATTGCCATTTTGTTCCCTTCTTTTGCAGCTTCTATTGCTCCTGTACC +ACAAGCTCCTGCTGCTGTAAATATTACATCTATACCATTTTTGTGCATTTGATTTGCTAT +AGATTTACCTAATGCTGCATCTGAAAAGCTATTTGCATATTGAGTTGATATTTTTACATC +TGGATTAGAATCAAGTACTCCTGCCTTAAATCCATACTCGAATTTCTTTAAAACTTCACT +TTCAATTCCACCTATAAATCCAACTTTACCAGTCTTAGTCATTTTCCCAGCAATTAAACC +AGTTAAATAAGATGATACATTATCTTCAAATATTAAAGAATCTACATTCTTTGCATCTAC +TACTTCATCAACAATTGCAAAATTATTATCTGGATAATTTTTAGATGCTTCCGCTATAGC +ATCTTTTAATTTATAACCTACTCCAATTATTAAATCCATATCTTCATCTATAAAAGTTTC +TATATTTGGTACATATTCTGCATCCTGTTTTGACTCTAAATATTTTACATCAACTTTATC +TCCATAATCTTTTTTTAACTTTTGAAGACCTTTCCATGTTGATTGGTTAAAAGACTCGTC +ATTTACTCCACCAGTATCAGTTACCATTCCTACTTTATATACTTTACTAGATGTAGTTCC +TCCTTCTGTTTTGTTGTTAGTTTTATTGCTACATCCAACTATCATAGAAGCTGATAAAAT +TAAAGATGTTGCAAGAGTTATGGTCTTTTTTAATTTCATTACTTTTGCCTCCTTTAATGA +TTTATGTATATTGGTAGGTTTCTCATTTTAAAGGTCTTTTATCCAAATAATTAGCTATAT +TTTAGACATGTAATTTTTTCAAAATAGATTGTAATTCTCTTTTATTTCAATGATAAATTA +TCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCATAAGTTTATGTTCATG +TTACAGTAATAATAACCACAAAACT +>MGYG000000001_17 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACCTCATTTGCTA +GATAAAAATTTATACAACTTATATTTTAAACATCTTCAACTATACCTATATATGGTAAGT +TTCTGTATTTTTCAGCATAATCTATTCCGTATCCAACTATGAACTTATCTTCAATAACGA +ATCCAACATAATCTACATGCATTTTTGCAGTTCTTCTTTGTGGCTTGTCTAATAAAGTAC +ATAATTTTAAAGATTTTGGATTTCTAGTTTGTAAAGCAGCTACTAAGTTGCTTAGAGTTA +ATCCTGAATCAATTATATCCTCTACTATCAGTACATTTCTTCCTTCTATATCTACATCTA +AGTCTTTTATTATTTTAACTGTTCCAGAAGATTCAGTTGAGTTACCATAGCTTGATACAC +TCATGAAGTCCATATTTACATCTAAATCTATATTTCTTATTAAATCTGCTACAAATACAC +TAGCACCTTTAAGAATTCCTACTATTAATAAATCTTCACCTTGATAATCTTTTTCTATTT +TCTTAGCTATTTCATATACCTTAGCCTTTATTTCTTCTTCAGATAACATTACTCTAGTAA +CTTTAAACATCTTACCCTCCTGCACTTTTTCCGTATGTTTTACTTTATCAGTATACCATA +AAACTGTAAACTTTTGAATGTTTTCTTTAATTTTTATCTTATAATTCGTATTTTCATTTT +TTATTCCTTCTTTTATTATAACTTATCTATAAAAGAATAAACTTTTAACTTAAAGTCTTG +GAATAAACTTTTCATTTGTATTATACTCTATTTATAAACATAATATGTTGTATATACATA +CACGACTATTAGGAGGTATTTCAATGAGCATAAATCATGGTGCAAACTTATATGATTTAT +CTAGCAAATATGGTTTTTCAAAAGATGAGTTAATGGATTTTAGCTCTAATATAAATCCTT +TTGGTACATCAAAACTTGCTAAAGAATATATAATCAATAATATAGATATAGTATCAATGT +ATCCAGATCCTAGCTATATAGATTTAAAAAAGTCTATATCAAATTATTGTAAATGTTCAG +ATGAGAATATAGTCTTAGGAGGTGGAGCAACTGAACTAATATCTTCATTTATAAAAACAC +TAAATCCTAAAACTGCTTTATTACTTTCTCCAGCATATTCTGAGTATGAAAGCGAACTAT +CTAAAATTAATTGTACTATTACAAAATACTTTTCTAAGTCTGAAGATAACTTTAAAATAA +GTGTTAAAGACTTATCTGAAAATATATCTAAAAATAAATATGATTTAATCATAATATGTA +ACCCAAATAATCCTACTGGATTTACATTCTCATCAAAAGAAATTGAAGAGCTTCTTAAAT +CTACTTCAGCTTTTGTAATGATTGATGAAACTTATGTTGAATTCACAGATACTGATATCT +ATTCTTGTACTAGCTTAGTAGATGAATATACAAATCTATTTGTAATTAGAGGTACTTCAA +AGTTCTTTTCAACTCCTGGGTTAAGGCTTGGTTATGGCCTTATCGGTAATAAAGACGTAA +AAACTAATATAAACTCTCATTTGGACTTATGGAATATAAATATTATTGCATCTACTATGG +GCGAAATAATGTTTAATGATAAAGATTTTATAGAGCATAGTACGGACATTATACTTAAAG +AAAGAGATTATCTAACTAAAGAATTAAGTAAGATAAATGATTTACATGTATATGAAAGTA +AAGGAAACTTCATTTTATGTAAGATAAAATCAAAGACAATCACAGCCAATCTATTAAGAG +AACAATTGATTTCTAAGAAAATAATTATAAGAGATTGTTTTTCTTTTGATGGTCTTGATG +AATACTTCTTTAGGGTATGTATATTGAAACCCGAAGAAAATAAGGCTTTAATTAAATCTC +TTAATGAAATATTTATTTAGTTATTATTTACCTAAATTAAAAAGGTCTATTTCAAAACAG +ATTTAAATTTTCTAAATCTTAATTTGAGATAGACCTTTTATTATTTTTCATCTTTTATTT +CAAAATCAACATCTTCTATTATATTCAAATCTTTGCTGTTTTTTATTATATCCTTATATT +TTTCAATTTCTTCACTCATAATTCCCAAACACCATACTAAAATAAGTAAGTCATCAAACA +TTCCAAATACTCCAGTTATCATTTCGGGAATGAAATCTATAGCAAAAACCATATATAAAA +TAGCTACAGCAAATGAAAATACTACCTTAAGTTTACTAATTATGCTTACTCTACTATCTG +TCATAAAATCTGGTATTTTAAATATATTTATAATAAAAAGCAATCCAAATTTAGCATTTT +TAAATCTAACTAAAACTTTTTTTAGTCCATCTAATAGCATACTTATTACTTTAATTATTT +TTTCCATAAAATCACCCCTATAATATATAGCTTAAACTATATTATATATTATAAGGGCTT +TTCTATAAATATACTTTTTCTACCACTAACCTACATTTCGAATATTTGTATGTTTTTGTT +ATTCAGTACCATATTTATCTTTTAATAAAAATGATGATTTTTTATCTTTTATAAATGAAC +CAATTATAGCTCCTCCTATAGCTGGCAATATCCAGTTAAATCCTAATGGAGCTAGTGGCA +GTTTTGACATAACTGGTACTACTCCCCATAATCCATTTGCTACAGTTAATAAACTTACGA +TTAAAGTTACATACGCCGATATCTTGAATATATTGTCATTTCTAACATGTGAACATGTTA +ATGATAATAAAACTAAAGCCATAAGTACAGGATAAACTGTCTCTAATATTGGTGCTGAGA +ATTTTATTATAGTTCCAACTCCAAAGTTTGATACAACAGCACTAAATACACACACTAAAA +CTACTATAGTTTCATATTTCACTTTTCCATTAGTAACATTTGAGAAGTACTCTCCTGTAG +CTGATGTTAGACCTATAGAAGTAGTTAAACATGCTAAAGATACAATTACACATAATAATA +TTTTTCCTGGATTTCCTAGTAAAGCAGATGTTATTTCAACCATTAACAATGCCTGTGGAG +TTTTTACTCCAAATTTAGTAGATAATGTTGCACCTAAATATGTAAGGCCTCCATAAATTA +CTGCTAAAGCTACAGCTGCCACTACTCCTGCTTTTATTGTTAAAGTCACCTTTTCAGATG +TTTCATTATAACCTTTATTTATAATTGCATTTATTATTACTCCAGCAAAAACTCCAGCTG +CTAAAGCATCCATAGTTAAATACCCTTGAGATACACCTTCTGCAAATAAATTATTTTCTA +TCATAACATTTGGGCTTATATCCCCAATTGGATTTAATACTCCAAGTACGATTAAAACTA +TAAGAGATAAAATTAATAATGGCGTTAATACTTTCCCTACTATATCTACAACTTTTGACG +GTTTTATTGTAAGCACTAATGTTAATCCAAAGAATACTACTGAAACTATAACTGCTACAA +CACTACCTGATGTATTTAACATTGGTTGTATTCCCATTTCATATGTAGTTGCCGCTGTTC +TTGGTATAGCTAGTAGTGGCCCTATACAAATAACTGCTGTTGCTCCTATTACATTTGCTA +ATCCTTTACCACCTCTAATTAAAACACTTTCTAGCTTTCCTGTTCCTTTTACTACAGCTA +ATAAAACTAATAATGCCAAACCTACATCCGCTAATACAAACCCACCTAGCGATGTAAGCC +AACTTTCACCTGATACAAGACCTAAATATGGTGGAAATAGCAAATTTCCTGCTCCAAAGA +ACATAGAAAATAATGCAAATCCAACTACTAATGTATCTAAATTCTTTTTCATACTTTACT +CCCCCTTCTCTTTTAAATTTTCTAAATTTTTAAATAATTATAAGTATATTTAATTATACA +ATTACATTTTTATCTAGTCAACTTTTGACAAGACTTAATATATAAATTTTTTTCTTATAT +TTTTATGTTATCCTGCATATTTATATACTATATAATAATCGTTCTCATAAATTTTATTGT +CAGACTAAAATCAATTCTAAGTATAAAATTTATATAAATGGAGGTGAAATCTATGCATCT +TAAAGATAACAGTGCAAATTTCAAGTATGCAAATGACTTTAATGTTTTTGTACTCGGAAA +TGCTACTCAATATAATATTGAATGTGAAGGTCGTGTGGCTATTGCCAATAATGCAAACTT +AGTAAATTATAGTGTTGGAACCAATCTTTCTTTCTCTGCATCTAGAGCAGATTTAATAAT +TGGTGGTAAGGTAAATATCGATGGAGGAATTAATTCTAATGGTAACACAATAGTTAAAGA +TTCTCGCAATGTTATAAAGTATACTATGATTAATTCTAATAATATATTTTCTGATCCTAT +AGTTGACGATACTATAAATTTTGAAGATGCTATAAATTACTTACAAAATGCTTCACGATT +TTGGGCCAGTTTAGATGATAATGGAAGTATCAACTTAAATAATAATATCTTAACTTTATC +AGGAGAAGATATTTATCTCAATATATTTACTATAGATGGATCAAACATTAATAATTCAAA +TATATCATTTGAAAATTTGGAAGTTATCGATATTGTCGCACCTAAAACTTCTACTATTCT +AATCAATGTATTAGGTGAACATATATCTTTCGGTAATTTTTTCACATTGAGAAATAGCAT +CCCTCCTACGCCCGAAGAAATGAGCTTAATAGTTTTTAACTTTCCTCAATCAAAATCTTT +ATACTCTGCAGAAATTTCTATAAAAGGCTCATTATTGGCTCCTTTTTCAACTGGAAATTT +ATATGATGGATATATTAGTGGCAATCTTATTTTAAATAATTTTGAAGGCAATGTAAAACC +TAAAAATATTTTATTTAAGGGCAATTTACCAGAGGTCAACTCAGAAAATAAAAACTTACT +TACAATCTCAAATTTTTTTCCATCTTCTTTTAACACTAGTAAAAGTTTAGGTTGTATATA +TGGAAAAATAAATCTTTCTACTAAAAATAATAACTGCCTAAGATGTTCTAGTATCAATGC +GTCTAATATTAAAATAGAACTCTTTAATCTTAATAATTTAGTACTTCCTATTAAGCATAC +CTACACTGATTATGATGGTAACTATGAATTCAAAAACCTTAAGGAAGGCTATTATTTTCT +AAGAATAATATCACCAGAAGGATATCATTTGTCTGATGGATATTGTAATAATGACTTTAG +CCCTAGAACTGGATTCTCTAAACAAATTTTCATAGACAATGTTCCCTATAACTTAAGTGC +CTGTATTTCTCCTGAGAATACCGCATTAACAAAACCTAAAGATTGCAACTACTTTATTTC +CGGTATAATCTTTAAATCTTCAGTTAATACTTCCCTTTATAACTATAGCTCTAGAGGGAT +TAATAATGTATTTATAACCTTATATGATAATTACAATACTCCTATTGCTTCAACATATTC +TTCATACTTTGATGGGGTTGATGGCTATTATAAATTTGAAAATTTACAGTCAGGTGTTTA +TTATTTAAAATTTAATCCTCCTAAGTATTACTCTTTTGTAACGCCTCTTTACAGTGATTA +TTATGGGTCTAAGGCTGATAGAGATACAGGTACTATAAGAGTGAATCTAGAATATAAAGA +TATACCACATGCTTATGTAGGATTAAACATTAAGTACTAATAAACATAATAATGAGGCAT +CATGAAAATATTTGCGCATAGAGGAGATAGCTGGTTTTACCCCGAAAATACTATATTAGC +CTTTAAAAAAGCTTTAAGTCTACCTATCTATGGTATTGAGTTAGATATTCATAAATCTAA +AGATAATCAATTAATTGTAATACACGATGAAACTATTAATCGTACATTTAAAGGTAAAGG +TTTTGTGAAAGATTATAGCTTAAAGGAACTTCAGCCCTTTAAGTGTAAGAAACCTCTTTT +TAAAAATAATATTGTGGATTTAGCTCATGACAATAATTTAGAGGTATTCGTATATACTGT +TAATACTCCTTTATCAGTTCTGAAAATGATCAAGTATAATGTTGATGGAATTTTTACAGA +TTTTCCTAATTTAATATATAATATATTAATTAAAACAATTGACATTTTCCATTCATAGGA +GTACATTATTTATTAAATAATTTTATATATTTAAATTCTTTTTGTATAAATTATTTATAA +TAAATCATTGGAGGGTACATATTCTATGGATGTATTAAAAGTTTTTGTAGAAAATTTATG +TGGAAAATTTAATAATTACGATCAAATTAATGATGAGCTTTCTAAGGGGGAAGTGTTACA +TCCAAAGGCAAGTCATATAAATGGTGTTTGTAATCACAAGATCAAAAACTTGCCAGAAGA +CTTTAAAGATTACTTTGTTATAGAAGAAAGTTACTATGAACAAGGAAATAGAAAAAATAT +CTTACCTCACTTATTCTTATTTACTTTAAATGATGATAATAAAGTAGTATTAGAATCTTA +CGAGTTACCTAAAGGAGTTTCTCAAGAAGAATTTAGAAATGATAATGAAGATTTAATTAT +GGACTACAATAAATTAGCTAAATCAGAGAAATTCACTCCTATGGTTTATAATGAAGAAAA +TGGAGTTTTTACTGGAGAAAGCACTAGTATGTTCTCACCTGTAACTAAATTCATTTTAAA +AGAAAGAGTAGAAAATGGGATGCTTTATGTAAGTGAAGTTTTCTATAAAGGAGATAAAAA +AACATTCGGATTTGAAGATCCAATAGTATATAAAAAAATAAATTAATAGTTAATATAAAT +AAAAATGATGGATATGTATTAAATTATACATATCCATCATTTTACTTTTGCTAATTTATT +CCCTAACTATTTTTTCTTCCTTAATCTTAAATAATAAAAGACTCTCCTTACAAGCCAATC +TACATACATTCCAACCTATATATCTAGAATATATCCTTTAGCAAGTTGCTCCACCTGTTA +TATGAAGCTCTGCATTTAATATTTCTTCTTTTCTTTCTAAGATATCTCCATTTAATAATT +CATCTTGAATTTTATCAAAACCTACCCTGTCTATCATATCTCCAAATCTTTCTCCAGTTT +TTCCTTGCTCTCTGTATAATAATATTGTTTTTTCTAATATTTCCTTAGCTTCTTCTATTG +TATATATATCTTTTATTGGAGTTCCAGGTCTTGATAATTTTCCCCACTTCCCTCCTAATA +TTATTTTTAAACCTCTTTTACCTTCTTCTATTGCATCAAAATGGCATTTATCTATACATA +AGCCACAATTATTACATTTATCTTTATCTATAAATAATTTTCCATTTATTACCTTAGCTG +CTCCTACCTTGCAAATTGATTCAATCGCACATTTTTTACATCCAGAGCACATATCTTCAT +CATATTCAGGTACATGTTGACCCATTAACCCAAAATCATTTAAACTTGGTTTTATACAAT +TGTTAGGACATCCACCTATACCTATTTTAAACTTATGAGGTAACTTTACATCGTAGTACT +CATTATAAAATTCTTTATGAAGTTCACTTCCTAATTTTTGAGTATCTAAAAGACCAAATG +TACAGACAGTTCCTTTACATGGAACTATTGGTCTCACTCTTGAGCCAGTACCCCCAGACT +TTAATCCATCTTTAGATAAATGTTCTTTTACATCTTCTATATCTTTAAATTCTATTCCAG +GAACCTCTAGAGTTAATCTTGTTGTGAGAGATATATTACCATTACCATACTTTTCTGCTA +TTTCACATACATTTTTAAGCTGGTTAACTGTTAATGCTCCATTTTCAGTTATTACCCTAC +AAGAAAAATGTTGACCATCATTATTTGATAAAAAACCCTGACCCTTTACTGATTTTCTTT +GTTCTGGTGTTATTTTCACCTTACTTTTTTCTCCCATTTTATAATTCCCCCATTTCTTTA +TTTAGTGATAATCCACCTTCTAATATGTTTACGTCCTTATATCCATAATACTTCATTCTG +TTATATGTCAAATAAGCTCTCTTACCTCTTGCACATACTAAAAGAATTTTATCATCATAA +TTTAAGTTCTCTATTTTCCCATCTATACTTGATAAATCTAAATATAATGCATTTTCTAAA +GTAGGTACCTTATTTACATCAACAATCTTATAACTATCTTTATTTTCTATAAAATCTTCA +AATCTAACTATTTTTACACCTTCTGTAATCTTATTTAAAAGAACATTTGCTGCATGGCCT +AGTGGAGATATTGCTGTTGAAAATGGAGGCGCATAAGCTAAGTCTAAGTCTTGTAAATCA +CTTAACTTTCCTCCAAAATGAATTGCCGTAGCTACTGTATCAATTTGCTTATCAACGCTA +CCTTTACCAAATACTTGAGCTCCTAATATTTTTTCACTATCTATATCGGCTATTAATTTT +ATAAACAATAAACCTGCTCCTGGATAATAATGAGCCTTATCATCTAGTGGTACTATTACA +CTGTCTGTGTTATATCCTAAACTTATAGCCTCTTCCTCTGTAAGACCTGTTCTTGCTGCA +TTTATGTCTAATAATTTTACTATAGATGTTCCTAATACACCCTTGAATTTACTTTCTTTG +CCAGCTATGGTTCTTGCTACACATCTACCTTCTTTATTTGCTGATGAACCCATTGGAGAC +CATGTGACTTTATTTGTTATAATGTTTTTTACAGATGCACAATCACCAACTGCAAATATA +TTTTCATCACTTGTTTGCATATTGTAATCAACACTTATAGTTTTATTATCTTCTAAATTT +AATCCGCACTCCTCAGCTATTTTAGTGTTTGGTTTTATACCTACACTCATTATTACTAAA +TCTGCTTTGATCACTCTTTTGTCTGTTTTTATCTTACTAACTTTTTCATCTCCAATTATT +GAAACAACTTTTTCATTTGTTAGTACCATAATTCCATTATCTATAAGCTTTTCCTGTAAG +TATAAAGAAATCTCTTTATCAAATCCAGGTGGTATACTTTCACTTGCATCTATAACAGTA +GTTTTTATATTATTTTCTAATAGATTTTCAGCTATCTCTAAGCCAATAAATCCACCTCCA +ACAACTACTGCTCTTTTTATTTCATCATTTTCTATAATATCTCTTAATTTAATTGCATCT +TCTGGAGTTCTTACATAATAAACTCCTTTTAGATTTATTCCATCTAAATTTGGTTTTATC +GGATCTGCACCTGTTGCTATAACTAACTTGTCATACTTAAATTCTTTTTCTTCATTTGTA +ACTACATTTTTAGTACTAACAATTTTACTATCTCTATTTATTTTCAAAGCTTCTGTATTT +GTAATAACCTTAACTTGAGTTAGTTTTTCAAAATTTTCTGGAGTATTGACAATCAAACTC +TCCTTATTTTCTATTACTCCACCAACATAATAAGGAAGACCACAACCTGCGTAAGATATA +TCTTTTCCCATTGTAATAATAGTTACATTATAATCTCTATGTTCTCGTTTAAGCTTTGCT +GCTGTTTTTGTTCCTGCTGCAACTCCCCCAATAACTAGAATATCCATTATCTTCACCCCT +TAGATAAATTTTCAACCAATTCACACCATAATTGTAGTTAGTTTTTAATATAATGTAAAA +TTATAAATATTTATTGATTTATAAATTTTTCTTATAGTACAATCTCGGTATAAGAATTTC +TATATTTATAAAACTATTAGGGGGATATTATGATTGATTTTAGACTAAAAACATTTATAA +ATTTATGCGAAACTAAAAGTTATACAAAAACAGCAAAAAATCTATCTATTACACAGCCAG +CAGTCAGCCAACATATCAAGCTTTTAGAAGAAAAATATAACTTAAAACTTTTTGATTATG +TAAGCAAAAAATTAGTCTTAACTCAAGAAGGAATAGATTTTTTGTATAATGTTCAAAAAC +TACAAACTATGTCTATAAACATAGAACATCATTTAAAAGATTCTAGTAAGAAAAATAAAT +CATTAGTTTTTGGTGCAACTAGGACAATTGGTGAATTTTATCTACCTAAATATTTAAAAG +ATTACATTAAATTGTATCCTAAAGATAATATATCTATGATAGTTAATAATACTAAGTTTT +TATTAGAAAACCTAAATAAAGGTAATATTGAATTTGCAATTATAGAAGGTCACTTTAACA +AAGCTGAATATGATACTTACTTAATTAGTAAGGAAAAACTAGTTGTAGTTGCTTCACCTT +TAAATAAACTTGCCTTAAAAAAATCTATTTCATTTAAAGATTTATGTAGAGAAAATTTAA +TTGTCAGAGAAAAAGGTTCTGGAAGTAGAGAAATTTTTGAAATGTTTCTTTATGAAAATA +ATTATTCTTATGAGAACTTCAATCATATTATAGAAATCGGTAATATTAATGTAATTAAAG +ATTTAGTTAAGAATAATTTAGGTGTATCTATAATGTACGAAAAAGCTGCACAAGCAGAGT +TCTCTAAAAAAGAGCTTATTATATTGGACATAGATAATATGAATTTATATCATGAATTCA +ATTTCATATTTTTAAAAAACTCAATTTTTGCTTCTAGCTACATAAATTTTTATAATTTTT +TAGTAAATACATAAAGTTCTCCAATATAATTTAATAAATTCTCTTGATACCTTTCTTATT +TGAATCATACTTTTGAAAATTCATAATATAGTGTATACTAAATTATGACAAGGTTTAGGG +GGGGAATTTTATGTTTAGGGTTTATTTTACCGTCTTCTCATCTGGAATTACTTCACTTTT +ATTTAGCAAGTTACTAACAGTTACTAATGATAAATTTGATGTATTCCATAAATATATAAA +TAAAGATTATTTTTTAAAAGAACAAATAAAATTTATAAAATACTTTGGTCTAATTGGTTT +AATTGCAATAATTAGTAGTGTATGTTCAATTTTTGTAGAGTTTTTTGCATTTAAACTTGC +TGATTTGCCTATGTATGATTACATCGGTATTCTAAGTTTAACCATAAGTATTATATGCTT +TATATCTCTGTTTCTTATATCATTGTACTTTACTTTTAAAATTATAATAAAATCTACACT +ATCTAAGATTTATAAAGTTTTACTTTATACTACATGTATTTTATCTATCTACATTGTATT +TATAAATAATCCTTTTGGTGTTTCACCATTATATATGATCGAATTATTATTAATAATATA +CTTTTAGTTGATTAATATACACCTCTTTCAAATAAACAATATAAAGTGCGTATATCAAAA +TTTTGATATACGCACTTTATATTGTTTATTTGAATTTATTTAGTTTACTCTACTTTATCT +AATATACCTTTCCATTTATTTATATCATTTGGTAATTTATTCAAGTCTATATCATATGTT +TTCTCATATATACTCTTATTATATTGATATACGCTATTATCAAAATCTCCCAAAGTATAG +TTTATAATGCTTAAATTATTTATCAAAGAAAATAATACTATTGAGTTATAATTCATAAAC +TTAGATATTTCTTCTTCATTCCAATCATTACCTAAGCTATATTTAATATTTAAAATATAA +TCTCCATACTTATTTTCATAGTTAAATTTTCTTACATATATATTTGCTAATAATTTATCT +AATATAATTTCTATAATTTTATCATCTTTTATATCCGTATTTTTATATTCTGATAGCTCT +ATTAAATCAATTTTACTTGTATCTTTTATTTCATTTTCTAAATTATTATCTAAATCTTTT +GATTTACAACCAGCCAATAATCCTATGCTCATAACTACAGTTAAAGAAACAGCTATCCTT +AAGATTTTTTTCATATAAGCTCCTTTTATACTATTAAAATTATATTTTATATATATATAT +CTGAAAGTTCCACTATAGTATTCTTATTATCTATACCAGCATTATAAATTACCTCTGAGG +AGTCAAGAACTTTTATAGGTAGTTTTACTACAAATGTAGTACCTTTACATTCACTTGATT +TTACATCTATAGACCCTTCATGTAAATTTACAAAAGATTTTACAAGTGATAAACCTAATC +CACTACCTTCATTCAATCTTGTAAATCCATTATCTATTTGAACAAATTTATCAAATATTT +TGCATAAAGATTCCTCTTTTATACCTATACCTTCATCTTTCACAGATATTATTAAATTAT +CATCTTCAACAGATATATAAGTAAATATAGCACCTTTATCAAAAGAAAATTTTATTGCAT +TTGAAATTAAATTTAACATAATTCTTTCTATTTTATCTATATCAATTGCCATAATAAGCT +CTTCAACTTCTGTATCTAAAATAATATTTAAATTTTTACTCTCTGCCAGTGGAATAACAG +ACTGTACAGTATTTTCTATTAAGCTAATCACTTCAACATTTTGAAGATTTATATTTTTAT +ATCCTGTGTCTGATTTAGTAACATCTATAATGTTATTTATTAATCTTATTAACCTATGTG +AATTTTTATCAATCATATTAATATTAGAAATTAAGTTTTCTTTATCTATTTCGTCTTTAA +TTTCTAAGTTTCTTTTAATTAACTGAGAAGATGATGAAATTACATTTACTGGTGTTCTAA +GCTCATGACTAATATTTGCTATAAAATTACTCTTAGCCCTATTTGCATCTTCAGCTATTT +TCTTTGATTCTTTTAGCTTTTTATTTGCTCTTTTAAATATACTTTGCTCTGATATAAGAA +ATATTATTATAAAGCATAATATTACGAATATTATTAATACAAGTATTATTTCATTTTTAT +AAGTTTTAAAAAATTCTTCAGACTCATAAAAAATTTCTGAATCTTGTGGAATTTGCTTTT +TACTAATAAGATTATTTGTCAAATGTCTTTGGTTAAATATTAGCGTACTGGTGCGCTCTC +CTTCTAATATTTCTGGATAGTTTTTATTTCCTTCTAAAAAATTTCTTACTATATCTCCAG +TAACACTTCCTTGTTTATAAAAATCAATAGTATATCCACCCATCATTCCATACTCTATTC +CTAAATTTGTAGTTGTAAATATAGGTGCTTCAGTTGTCCCTTCTATAGCACTTAAAATTT +GACGAACAGATCCTAATGTTGTACTAGTATCCTTTACTATTTTAGAGCTAGTTGAGCTGT +TTGGATTATAAAATAATACAATATCTTCTCTTTTAGAAAATTTTGAAAAAACTTCTTTTA +TCTCTTCTTCACTTTTAAATCCTACAGTTTTATTTTCAAACTTTAACTTAGGATACTTAT +CTTGTAAAGAATAAAACTCATTAATTTCATTCTTATATATATCTTCTAGACCTGTTATTA +AAGTTAATTTTTTTTTATATTCGCTATTCTTATAAATTTCACCTATAATCTCAACATTTG +ATGAAATCGGTTTGAATTCTTTAATTATGCATTCTATATTTTTATTTTTAGCACCTTCAA +TGATTTTATCATCAAATATACTAGATAAAAATAATTTGCTATCTCCAAACAATTCTGTAT +GCTTTAATGCAAATGCACTAGCAGAATCATCTACAAATACTACTGCATCAAATTTTGGAT +AGACCTTAAGCTTATAGCTAAGTAATGAATAAAATGACTCTTCAAGTTTCTTCTCTGGAT +ATTTAAATGTATTCATATACTCATAATATATCTCATAATCATTCCTTAATAAATCATCAA +ATCCATACATTTGTTCTTGCGTTGATGTGTAAGTTGGTGAACCGGAACTAATATATAGTA +TTTTCTTTTTTTCTTGTGCATTGACATATGTAGTGCTAAATATTATAAACATAATCAATA +ATAGTATTTTAAATAGCTCATTATTTATTCTTTTCATCACATTATCCTTTATTACAATAT +ACTTGTTTTATATACATATTATAACAAAAAGTGAATTGTATGTACAAAAAAACCTCCACA +TAATTTAATTATGTAGAGGTTAAAATAAACTCTATATTCCTAGGCCACTTCTAAATTGAC +TGTTATAAAGATTTGCATAAAACCCATTTAATTTTAAAAGTTCATCATGAGTTCCACGTT +CTATTATTTCTCCATCTTTTAGGGCTAATATTTTATCTGCACTTCTTATAGTACTTAGTC +TATGTGCAATTATAAATGTAGTTTTACCTTTCATTAAATTTACCATAGCTTCTTGTATAG +CAACCTCTGTTCTAGTATCTATAGAAGAAGTTGCTTCATCAAGTATAAGTATTGATGAAT +TAGAAAGTATTGCTCTTGCTATTGCTAACAATTGTCTTTGACCTTGAGATAAGTTACTTC +CATTATCAGATAGTACTGTTTCATACCCATCTTCTAATTGCATTATAAAATGATGAGCAT +TTGCTAATTTAGCAGCTTTTTCTATTTCTTCATCAGTTGCATTAAGATTTCCATATCTTA +AGTTTTCACGAATACTTACTGAAAATAAATAGGTATCTTGTAGTACTACTGATACTGACT +TTCTCAAACTTTCCATTGTAATATCATCTATATTTTTTCCATCTATACTTATTTTTCCAC +TATCTATAGTGTAAAATTTATTTAGTAAATTTATTATAGTCGTTTTACCAGATCCAGTAG +GTCCTACTATTGCTATAGTTTGTCCTTTATGAGCTGTTAGATTGATATTTTTTAAAATCT +TTTTATCGTTATTGTATGAAAACTCTACATTTTCCAAATTAACCTCGCCTTGTAAATTAT +CTACATCTACAGATTCTTCCTTGTCTATTTCTGGATTTTCATCCATAACTTCAAACACTC +TTTCAGCTCCAGCTAATGCTCCTTGAAGTGTATTTGATATATTAAGGATTTGATTTATAG +GTTGATTAAAGTTTCTCATATAAAGAATTATAGTAAATACCACACCGACACTTATATCCA +TTCCTTTTAATATAAATACACCTCCACATACTGCTAATACTAAGTATGTTAAGTTATTTA +TAAAGTTATTTATAGGTCCCATACAACCTGATATGGCATCTGCTAAAATTGCACTTTTAG +TTATATTTTTATTTATATGATCAAATTCTTTTTTAACATTTTCTTCTTGACCAAATAATA +ATACAGCTTTTTGACCTGATACCATTTCTTCTATATATCCGTTTAGTTTTCCTAAATCAC +CTTGTTTTTTTATAAATAAAGGCTGAGTATATTTCATTATAGTCCTTGTTCCCATTATAG +TTATTGGAATTGTCAACAATCCTATTATTGTTAACTGTGGACTTAACATAAGCATTGCTA +TAAGCATACCTACTATATTAATTACACCTGAAATTAATTGTGTAATACTTTGTGATAAAG +TTATATTTATATTGTCTACGTCATTTGTAAGCCTACTCATTAAATCCCCACTTGAGTGAG +TATCATAGTATTTTAATGGCAAGTGTTGCATTTTTTCATATAAGTCTTTTCTTATATCTG +ATGAGGTTTTTTGAGCTATACTAACCATTAATCTATTTTGTACAAAAGTAGATGCTGTAG +CAGCTAGATACATAGCTATAAGTACCATACAAATTTTGTATAATCCACTCATATTGCCAG +TTGCTATATAGTTATCTACTATATCTCCATTTAACTTCGTTCCAAATATACTTACTAATG +TTGTTATTACACAAAATACAAAAATTAAAATTAAAGATGCTTTTTTACTACCAATATACT +TTAATAATCTATTTATTGTTTCTTTGGGATTGTTTAATTTTTCATTACTCTTTACTATGT +GCATTCCAGGACCTCTGCCTGGTCTATCTAAAGAAATTGATTTACTAGACAACCTTAAGC +ACCTCCTCTCCTAACTGTGAAACTGCTATACTTCTATAAATTTCATTTCTTCTTAATAAT +TCATTGTGCTTGCCTATATCTGATATTTTTCCATCGTTCATTACTATTATCTTGTCTGCA +TCCATCACTCCAGAAATTCTTTGAGCTATAACTAAAACAGTTGATTCCTTCATCCTATTT +TTAATAGAATTTTGAAGTTTAGCTTCTGTTGCCATATCTAAAGCACTTGAAGAATCATCC +ATAATAAATATTTTTGGATACCTTATTAAAGTTCTTGCAATTGAAAGACGTTGTTTTTGT +CCTCCTGATAAGTTCTTACCTCTTTGCTCTACTTCACTTTGATACTTTCCATCTTTATTC +ATTATAAACTCATATGCTTGTGCATCTATAGCACTGCTATTTATATCTTCTTCATTTGCA +TTTTCATTTCCAAATTTTAAGTTACTTTCTATAGTCCCTCCAAATAATATATTTTCTTGA +AGTACTATACCTATATTTTCTCTTAGCTGTCTTATACTTATATCCTTTATATTCACTCCA +CCAATTAAAATTTCACCTTCAGTTGCATCGTATAGCCTTGGGATTAAGTTAACAAAAGAA +CTTTTCCCACAACCTGTAGAACCTATTATTCCTATAGTTTCTCCCTGTTTAGCTTTAAAA +GATATCCCTTCTAGCACATTCTCACTATGTTCATTATATCTAAAATAAACATCTTTAAAT +TCAATATCAAAATTACTTACTTCTATAGCTTCTTCTTTATCTTTTATACTAGTTTCTGTT +TTAAAAACATCATCAATTCTATTTGCAGAAGCCTTTGCTCTTGAAAAAGTAAGCATTATA +TTTATTACCATAACTACTGATCCCATTATTTGAAGTAGGTAATTTATAAATGCCATTATC +TTACCAATTTCTAAGTCACCTACATTAACCATATTTCCACCGAACCATAGTACTGCAACT +ACAGTTAAATTCATTATAAGTGTAGCAATTGGCCATAATATTAAGTTCATATTTTGTGAT +GCTATACTTTCATTTGTTAAATTGTCATTAGCTTCATTAAATCTTTCACCTTGTGTGCTT +TCTATTGCAAAAGCTTTAATTACCTTCACACCTAATATACTTTCACGCATTACAGTATTT +ATATTATCTATTTTTTCTTGAACTGATGTAAATAGTGGCAATGATTTTTTAATTATAAAC +ATAATAGAAACTAAAATTATAGGTAACGCTATTAAGAAAATACTTGCTAACTTTGGACTT +AATATTGTTGCTATTATAAGTCCACCTATTGCTGTAAGTGGTGCTCTTACCATCATTCTA +AGAGCCATATTCATCATCATTTGTAATTGAGTCACATCATTTGTAAGTCTTGTTATTAAA +GATGATGTTTTTAATTTATCTAACTCTAAAAATGATAGAGTTTGAATTTTTGCAAATAAA +CCTTCTCTTATTCCTTCTCCTAATTTCATTGATGCTACAGCTGCAAAAAAAGAACATGCA +GATCCTGCAAATAATCCTATGATTGCTGCAATTATCATTTTTATTCCAACACTAAGTACA +TAATTTAAATCTCCATTGGCTACACCAACATCGATTATACTTGATAAAAGAGTTGGCTGA +AGTAAGTCCATGGCGACTTCTAAGCACATTGTAATCGGTGCTAAAATTGCACAAACAATT +GCTGATCCTTTTAAATATTTTAATAATTTTGTCAATCTCAATCTCTCCTTATAAACTCTT +TCATTAAGATAAAAACTACTTTTCATTACACTTATATTGCTCTCTTTTTTTAGCTAAATT +ATCGTATAATCTATTTAGTATATTAATAGTTTCAGACTTTTCTTCTTCTGTAAATCCTTC +AAAGCAAATTTCATCTAATTCTAAAAATACTCTTTCAACTTCTTTTTGTACCTTTATTCC +TTTTTCAGTTAAAAATACATTTAAAATACGTTTATCATTTGGATTTCTTTCTCTATAGAT +AAGCTCTTCCTTTTCCATACCAGATAATATACTTGTAGCTGTAGCAGGCTCTATTTTACA +ATATTTAGCTAATTCCCTCTGGCTACATCCAGAGTTATTTACTAAGAAATCTAAAAGTTT +TGGCTTTCCTTCAGTTAAATTAACTTCTTTAAACTTATGTCCTGCCATTTTCCTATGAGC +TTTATTCAACCTCATTAAAGATCCATGTAATGTGTTTGATCTTATATGTTTTTTTATCAT +TTAGTTTCTCTCCATTCAATCATAATCATTAGCCATCTAATCATTAGACATCTAATCATT +ATGTTATCACACAATTTACTTTCTGTAAACAAAGTATATTTTCATTAATTATTATCTCTT +CTAAAACTTTTTTATAATTTGCATTATAAAAACCACTAAAGTAAAATTTTATTACATTTC +TCACTGTAATAAATTGACATATAGAATATATTGAAATACTATTCTATTATAGATAAGTGT +TCTCACACTAAAAATAAAAATATTGGAGAGATTTATATGAATAATAAAATTGAAAAATAT +GTTAATAACTTATTCCTAAAATCACCAATGTCAACTCACACAAAATATGCAAGTCAAAAA +ATTTTAACCAATGCTTTTAAAATCTACAACGATTTTCTTCAGTCTAATCTTAACGAAAAC +GAAGCTTACTTTGATTATAAAGAGGAGAAAGAATATGAAAAAAAGATATAGTATTTTTAG +AATTGTATTTTTGTCTACAGTAAGTATATGCTTAATTTTTGTATTAACGTACTTATCCAA +ATCTGAGAAAAAATTTTTCAACTTTATTGGATTTAAATATGCCAGCTCTGATGAAAGACT +TAGTGTAGTTTCTGAGAAAACTATAGATTTAAATAATGTAAATGACATCAGCTTTAATCT +TAATGTAGATGATATTACTTTTATAGAGAATACAGATGAAAAAATTAAAATCGTTGAAAA +ATGTACTAAGCAACTATCCGAAAATGAAAAGCTTCAATTTAATCACCAAAATAACAAAAT +AGATATTTACAGAAGTTCAAAACTTAATATAAATCTTCTTGAGAAATCTTTTAAAAGAGA +AGTAATAGTTTATTTACCAAAATCCTATAATAAAAATATAAATATTAAGCTATCAATAGG +AGATGTTGACTTTTCATCAGATTTAAAATTAAATGAACTTGAAATTTATTTAACTACAGG +TGATATTAATATAGATAATAATATTGAATGTAAGTCATTTATACTTGAAGGTAACACTGG +TGATGCTAATATTAATAGTTTATCATCAGATGAATATGGTATAAGCTTTAATACAGGTAA +TATAGAAATTTCTAATTTATCAGGTAAAGGATATATAAATACTACTACTGGTGACTTACG +ATGTAATATTTCTGACCTAACTGGTAACTCAGATTTTTCTTCTAGCGTCGGAAATATTAC +TTTAAATCTAAAAAAAGAACCTAATTTTAAAATAAATGCTTCTTGTGATATAGGAGATAT +TAAAACAGATTTTACAGAGGATAATATCAGAGAAAATTTTTCTAATGCACTAAATATAGA +TTGTGGTTGTGGAGATATCAAAATAAATAAAAATTATTAAATAGATAATCCTAATTCTAG +GAATAATACTTATGAGAATAAAATTTCTAGAAAGGGTTAAATAATATGAAAGTAACTTTA +GATCAAAAAGCTATACTTACTTTAAAAGATATTTTAAAAGACAAAGATAAAGAAAATACT +AAAATAAGAATTTATTTTGCAGGTATTGGCTGAGGCGGACCATCCTTTGGACTTGCTCTG +GATGAGCAAAAAAGTGATGATAAAACTTATACAGTTGAGGGTATAAACTTTGTTATGAGT +GAACATGATTATAACCAATATGGAGATATTACCATAAATGATACCGGATTTGGATTTAGG +GTTGCACCAGAAAATAGCGGTGATGGCGATAGTTGTGGTGGTGGCTGCTCTGGTTGTGGA +CATTAAGAAAGGATTAAATAGATGATTGCAATAGACGAAAAATCTCTTTTAGCTATTAAA +GATAAAGTTAATAAGAATAATAGTAAACTAAATAATGTTAGAATTTATTTCTCTGGTGTG +GGTTGTGATGGACCTAACTTTGACATTACTCTAGATGAATTGAAAAGTGATGACTTAGTC +TATAAAATAGACGATTTAACTTTTTTGCTAAGTCAATATGAGTATATGCAATATGGAGAT +ATAAAAATAGATTCTAGTGAAGAAAGTCTAAAGATAACTCCTGAAAGCTTAGAATTAAGT +ATGTGTTGTGGCAAAGGCTGCCCTGATTGTCCCTATTAATATGTAAAAAGGATGGACTCA +AAACTGAGTCCATCCTTCTTATCGTATAAAAGAGGGAACCTTTTATAACGATTATAATTT +AGGTATTTATGAAACTTAAAGTAAAATTTAACTTTCAAACTTGAAAGTGTTTATTTACTA +GGAACTTCTATTTCTTTATTTATTATTTGATTTACTTTTTTATTTACATAATCTATTATA +TCTTGAGAAACATTTTTATCAGTACTTGGAGCTAATCCTATACTGTTATCTTCTAAACCA +TATCTTATAGTTGTTCCTCCAGCATAGTTTCCTTCTATCATTGCTTTTACAGTGTTATAT +ACACCTTCATTAACTTTTTTCATAGCTGATGTTAATACATTTTCTGGAGCTAAAGCATTT +TGATCTCTATCAACCCCTATAGCATAAAGATTTTTCTCTTTTGCCATTTCGATGACACCT +ACACCTGAGTCACCTGCTGCTGCAAAAATTATATCAGCACCTTGACTATACATTTGTTGA +GCTATTGATTTTCCTTTAGCTGCATCAACAAATGAGTTAACATATTGAACTTGAACTTTT +ACATTTGGGTTAACTTCTGCTACTCCAGCTTTATAACCTACTTCAAATCTTTTTATAACT +TCGTTATCCATACCACCAACAAATCCTACTTTATTAGTAGTAGTTTTTTTACCAGCTACT +AATCCAACAACATATCCTGCTTGCTCTTCTGTAAATGTTATACAAACAACATTTTCAGGA +GTTTCTTCACCATAATCAACATCTACTATAGCAAATTTTTGATCTGGATAATTTTTAGCT +GCTTCTAAAATAGCCGCTTGTAAAGGGAACCCTGTACCGATTATTAAATCAGCACCTCCG +TCAACAGCTGTTTCTATATTAGTTGAATACTCTGCTTCTTGATTTGATTCTATATAATTT +ACATCTATATTAAAATCTTTTTTTATTTGTTCTAATCCTTCCCAAGAAGATTGATTAAAA +CTTTGATCGTTTATTCCGCCTACACTACTTATCATCGTTACTTTTAATGAATCATTTTTA +CTGTCATTTGAACTAGAACAACCTACTAATGCTAACATAGAAAGCATTAATACAGTTCCT +AAGTATAATATTTTTTTCACTATTATTATTCCTCCATTTAAAAACAATTTACTTTTCTCG +TGCTTTGTTATAATATCAGATAGTATCTACGACATAATATGACATTTGTCATATTTCTAA +AACTTTTTATAGGAGCCAACTAAAATGATTAAAATAAATGATAAGAATAAATTAAATTAT +TATATAAAAAAATATAAAATAGATGAAATCTTTAGCTCTAATATGAGTTCATATATGGAA +TTACACTACTTTAAAAAGAGTGAACATATCTGTTCATCTGGAGAAGAATTAAAATATTTA +TATTTTTTTCTAGATGGAAAAGCTAAAGTTTATATTGCAGCTCCAAATGGTAAGTCTTTA +TTAATAAGATTCTATGCACCAATACAAATAATTGGTGATACTGAAATATTAAATAATACA +ACTATCGATTGTAACATACAAGCTGTAGAAGACTCTCTATGCCTGGCGATACCTAGAAAT +ATAATAGAAAAAATAGCTTTAAAAGATGTACATTTCTTATCATATGTATGCAAGCAATTA +GCATTTAAACTTTCAAGTGCTTCACTATCTAGCTCAATGAATATGCTCTATCCCTTAGAG +AATCGACTTGCACGCTACATATTAGAAGCGTATAGTACAAATTATTCTCAAGATGAGAAT +TCAGAAAGCTTGACTCATATTTCAGAATTACTAGGAACTAGCTATAGACACCTTCTAAGA +GTATTAGATAAATTTTGTAGTGAAAATATAATAAAAAAATCAAATAAAACAATAGTTATT +CTAGATACACAAAAACTAGAAGATTTAGCTGGAGATTTATATCAATAAATAGTATAAAAA +AATCTCAGACTATCACAAGATATCTTGCTACTAATCTGAGATTTTTTTACTATGCCTTAT +AGATTAAAAGTTTTCTCTACGTGAGCTTTTATTTCTTTTGCAGTTCCCATAGATAATACT +TCATTAGCAAAGTTTTGCATATCTTCATAACTTACAGAAGTTATTAACTTTCTAGCTGGA +AGTATCGATATAGGAGACATAGAGAATTCATCAAGTCCAAATCCAAGAAGTATTGGTATC +ATCCTTTGATCACCTGCAGATTCTCCACACATCCCTACCCATTTTCCTTCTTTATGAGCA +TTATCTATAACAGTTTTTATTAACCTAAGTACTGCAGGATTAAATTGGTTATAAAGATGG +CTTATCTTTTGATTCATTCTATCAACTGCACAAGTATATTGTATTAAGTCATTAGTTCCT +ATTGAGAAGAAATCTACGTGCTTAGCTAGTATATCTGATATAACAGCAGCAGATGGTATT +TCTATCATCATACCAACTTCTACATCATCAGCAAATGCTACTTCTTCAGCTTTTAATTCA +TCTTTAACTTCAGCAACTACTTCTTTAGCCGCTAATAGTTCTTCTAAAGATGATATCATA +GGGAACATTATTCTTAATTTACCATGAACACTAGCTCTATATAAAGCTCTTAGTTGAGTT +TTAAATATGTCCTTTCTATCTAAACATATTCTTATAGCTCTATATCCTAAGAATGGATTC +ATTTCAGATTCCATTTCAAAGTATGGTAATTCTTTATCTCCACCTATATCTAACGTTCTT +ATTACTATAGGCTTGTTATCCATTCCTTCTAATACAGCTTTATATGCTTCATATTGCTCT +TCTTCAGTTGGGAATGCATCTTCTTTATCCATGTATAAGAATTCCGTTCTATAAAGACCA +ACACCTTCAGCGTCATTCTTTATAAGCCCTTCTACATCTTTTGGACTACCTATATTTCCA +GCTAACTCTACATGTCTTCCATCAAGAGTTACTGAAGGTTTCCCTTTTAATAATTCTAAT +GATTTTCTATATTCTTCAAATTCAGTTTTTAACTTAGTATACTTAGTCATTGTTTCTTCA +TCTGGATTTAATATTACTTCCCCTGTGTCTCCATTGAATACTATGTAATCTCCATCTTTA +GCTTTAGTAGTAATGTCAGTAAGACCAACTACTGCAGCTATTTCTAATGTTCTTGCCATT +ATAGCAGTATGAGAAGTTCTTCCCCCTATATCAGTTAAGAAACCTAAAACTTTGCTTTTA +TTCATAGTAGCTGTGTCTGATGGAGTTAAGTCATGAGCAACTAATACAACTTCTTCTTCT +AATGCTGCTAAATCAACTATCTTAGCACCTAGTAAATGTCTTATTATTCTATTAGTTACA +TCTTTTATATCTGCAGCTCTTTCTCTCATATACTCATTGTCCATAGATTCAAACATGCCT +ACAAACATATCTCTAATTTCTTTTAAAGCAAAATCTGCATTAACTTCTTCGTCTCTTATT +TTAGCTTTTGCTGAATCAATTAATTCAGGATCTTCTAAAACTAATAAATGAGCTTCAAAT +ATTTCCGCTTCATGTTCTCCTAACTCTACTAAAGCCTTTTCCTTAACCTTAGTTAATTCT +TCCTTTGATATTTCAACAGCTCTATCAAGCTTTGTAACTTCTTCATCTATATCAGCAATA +CTTCTTTTTTCTATCTCTAGTTCACTATGTTCTACTACTAATACTTTTCCTATAGCAATC +CCTGGAGATGCCCCTGTTCCTTTAAACATTATGATATTTCCTCCTAATTAAGTTAAGTTC +TATACCAATCTTCCAATTATATTCATCTTCCATAAATCTATATAAAGAATTATTAGATTA +GAATATTTCGTTTTATGTTACTCCTAGCGCGAAAGGGCGATATATAAATTTTACTTACTT +TTGTAGCATCTTTTCAGCTACTAGTAATAAAATTTATATATCACCCAAAGCGCCGAGAAT +CAGATTTCCAATTCTAATTTAATAATTATTATTCTCCAAATCCACTTTCTATTAATTCAA +CTAAAGTGTTTACTGCAGTTTCTTCATCTTCACCTTTAGCAGATATAGTTAATTCATCAC +CTTTAGCTAATCCTAAACTCATTATTCCCATTATTGATTTAGCATTTACAGTTTTTCCTT +TAGCTATAACTTCTACTGTAGACTTGAATTCAGCAGCTTTCTTAACAAACATTCCTGCTG +GTCTAGCATGTAACCCACTTGCATTTTTTATACTTACTAATCTTTCCATCTTTTAAACCT +CCAAAATAATTTATTATTAAAGTATGTTATTTACTTTATTAGCTTATATTATATATAATT +AACCTTGTTTTTTAAAATCACTTATAATTTGATTAGTTAAAACCTTAGGTAATTTACTTT +TCGCAACAGGTATAACCGGTCTAACTTCGTTAATTTCTTCACTATCCTTACTAGTTTTGT +AATTTCTGTGTACAGTGTCAACTAACTTATTAAAGTCATAAAGACTTATACGATTAATAC +CATTTTCTTGAAGTTTTTGCTCATAAACAGCATAAAATAATTCTTTATAAGAAAATTCCT +TTTGTAGATTTAGAACTTCCCCTAGTCTTGGTATAACATTTTCCAATAAGGTTCTACGTG +ACACGCTTCTTTTTATGCCTAATATATTACATAATCCTTCTATAGTTTCATCCTTCAAGT +TTATAAATTTTTCAAAACAATAATTTTCATCATACTTATAGTCTAGGTTAAAATAATATC +TAACTCCTTCGTATCTTTCGTATGCTTTCATAGTATCAAGATACCCTAAAGTAATATTTT +TTTCAATATTATCTTTATCTTTATTTAAAGATCCACCTAGATATTCAGATGGTACTATTA +CTTTTATATTTATACCTTTATCATTAAATTTATTTAAATTCATTTTTCCAATAAAATCAT +CTAATAACCTTATCACAACTATATCTGTGTATCCTTTATCTACTAATAATTTTACTGGTA +TATTGTCAGAAAACATTCCATCTAAATAAAGCTTATCATCAAGCTTCTCTAGCTTAAAAA +TCGGAAGACTTGCACTCGCAATTAGATAATCTACTAATCTACCTTCTGGAATATCTTCAA +TATACAATTGATGTGGATTAATTTTTTTATCCCAATGTACGGTAACGATTCCAAAGTCCT +TATTAGATTTCCTAATAGCTTCCTCATTTATATTTTTTTCTAACATATTTCTTAAAGGAG +TTATATCAATTCCCTCATTTTTTCTGGCTTTATTTATAAGTTCTATAACGACATTAAAAT +TTTTTGCAGTAAAATCCAAGTCTTTATATTTTTCATATGTATCTTCATCTATATTCATAA +AACTAGAATAATCATAATTCCTCCAGATATCTTCCATTACCTCAATATCATTTTGAATTA +TAAATGCTCCATTTAAAGCACCTATAGATGTGCCTGTGACTCCTTGGAATTCTATTCCTA +GTTCTCTCAAGGCTTTATATGCTCCTATTTGGTAGGCACCTTTAGTACCTCCACCTTCTA +AAACTAAACCCTTCATATTACCACCTATTTATCATAGAAAGATATATACTTTTTCATGTC +AATAATCTATATATATTTTACTAAAAATTTAATTATATTTTATCATAAAAATTAATTAAA +AGTATATATCTTTCATAATTTTTATAAATTATTTGAAAATCTCATATTATAACTATTACT +TTATTAAAGTTTTGTCTGGAACAATTTTTACAGACTTTAAGAAAAGCTTCTTCTCCATTG +GTTTAAGAGATAAAGTTTTCATCAAAGTATTTTGCTCATCTACTAAATATATATTTTTAT +ATCCTGATTTTAAAAATGTCATACAAGTTGTTCTTATATCACTATTATCTTCACATTGAA +ATACACCTGGCGTAACCACTAAATTATACTGTGAGAATTTAATATTTTTACCCATATCTT +TATATTTATTTAAAAATTCTTTAGCATCCTTCTTAGTTATATACCCACTTACATCTACAT +AAACCCTTTTTTCATTTTCAGATATTCTTGATAAAATCATTATTTTGCCCCCTTAAAATT +AAGATATTCATTTAATTATATGAATATAGGCATTTATTAGTGATTATACGTTATAGACTT +AAGGATTCCTTAATTAAATTATTTATTCTTGTTTCTAATATATAAATTTTTTCTTTATAT +AATTTCTCTTCTTCTAATGCACTTTCTTTTTTTAAAATATTTATTATCTCCTTTGATAAA +GACTCTATTTCTTTATAATTATTATCCTTAAATATTTTTATTTTCATAACTTTATTAGGA +TAATAATCATAAATATCTTTTCCCATATTTTTTGCTGTTACCTTAAAGTATTTATCATAT +ATATTTGAATTTAATACTCCAGCTAAATATTCATAAGAAAAATCATCCTTATACTTATCT +TTTATAAAAAAAGAATATACATCTGCACTACAATATGAATTGTTATTGTCTATAGCAAAT +CTATTATTTTTAGATTTATAAGGATACATTATTTTTTTTCTTTCAAATAATTTTTTTTCA +CGCCCCCATTGTAATTCATACCATTTTCTTATGTTTTTTTTACATTCTCTTCTATTTTCT +AATTTATATTTGTAAGGATCGATATATGTTTTTATTACATCTTTGTATCTTGTTTCATCA +TTTATATCATTTGAATATATTAGTCTATATTTAGTATCTTCTATTATATATTTTCTTATA +TTTCTATTTTTTACCCATGATTTTAAAAGATTTTTAGGTACACAATTTATGTTATTACTT +TCTTTTTCTAAAATAAATGCCTTATCACAACCTGTAATTATACCTTGAAAGCTTGTTACA +ATATCTTCTAAATAGTAATTACACTTTTCTTCAATTTTACTATAAAAAGCCTTATCTTCT +TTATTAGTTAATATCCAATTTTCATCCAAGGAATTTTGATTAACACTAAAGTGTTTAAAT +AAGCTGTTCATATAAAAATCATTTAAACTATCAATATCATTAATCTTTATATTTTCATCA +TTTATTTTATATATATTTATAGAATTATCATCTCTATGCCCTTTAGCACCTTTAAATTTC +AAAGTCAATATACAGCTAGCTACTCCTACATTTTTAAATATATTTGTTCCTAAAAAGTCT +ACTATTTCCCTTATATACGTATTTTTATTTATATATTCTCTTAGACCCTTTCCTGATGGA +CTCTCTAAGAAGTATCTTGGAGTAATCATGGAAATAATCCCGTCTTCTTTTATTAAGTCT +ATAACCTTTTTATAAAAACAAAAATATAAATCAGATTTATTCCTATAAACCTGACTATAT +TCTTCTAAAAGATACTTCTTATATTCCTTATTTAATGACTTATGCCCAACATAAGGTGGA +TTTCCTACTATATAATCAAATTTGAAATCCCACTCTTTTGTTAGACCATCTTCACAGTAT +ATATTTAAATCACATGAATTAATGACATTAAAATTAATACTTTTATTATTTAAACTTCTT +TTTAAAATATTTATAGCATCATTGTCAGTATCAACTCCATATATGCATTTTTCAACTATA +TGCCTGTGAATATTATCTATCGACCAATAATCATCCTTGTATTTTTCTTTTAGTTCATAA +ATATTATCTTCTAATAAGTTATATAAAATATCATACGCTTCTAATAAAAAATTTCCGCAT +CCACATGAAATGTCTAGTATTTTTGGATATGGATTTTCTACTATATTATGTTGCTTTAAA +GTTTTTTTCATAATGTAGTCTACAATAACCTTTGGTGTATAATAAATTCCATTAGCTTTC +TTTATATTCTCTTCTATTCCATCTTCATAAATTTTTGATAAATAAAAATTATCTACTCCT +AATGCCCCTGAATTTTCTTTCATATTTCCCTCCAAAATATGATTTTTCTTAAGTTATATT +TGTTTTATTATATCACATTATCATTCCACTATATTCCATTTAGAGTTTATCCATTTAATC +GTATCATCTATACTATAATCTTCTCCTAATTTCTTTAAGTACTCTAATGATGCTATATCA +TCCATTCCTATATCTCTATTCATTCTTGGATTTAGTCTATAATAATTTTCATCCAAAAGC +TTCTCAGAAAATAATTGACTCATTTGGGAGTTTCCCTCTAAAGTAACAGAAATTATCGGT +AAAGATGGCTCTTTACTTATAACCCAATCTATTGCTCCCCAAGTTGTAGTATCTTGTTTT +ATACTATTGTAAAGATATCCTGTTCCAATTGACAGTAACCTAATATTTTTCAAATCTTTT +CCTAACTGATTATCTAAAGCATGAACTATAGTTGCCAAGCTAGGATCACTTGCAACCACC +CCTCCATCTATATGGCAATTATAGCTTGGAAAAAAAACTGGAGCTGCACTACTGTACATT +GCAACATCGATGACCCTCTCATTCTCCGTAGGTGAGTTAGGTAAATTATTGTAGAATATA +GGCTTCCATTCGCTAGTTTCATTACCAATATATAAAGTTGGTATAACTACTAATTTTCCT +AGATCTTTTAGTCTTAAATATTTAGGAAATATTTTACTAAGTATGTCTTTTAAATGCTTA +TTATCATATTTGGGTCTTAGAATTTCTGAATATGATTTACTAAAAATATAACTAGTATTT +TCGACAGAATAAAGTTCTTTTATTTCTCTAGGGCTTAATCCATAAGCTAAACCCAAGGCA +ATCAAACTTCCAGTTGACGTTCCTCCTATCATATTAGTATTTCTTAATATATCTGGAAAT +TCTTTTTGTATCCTTTCAAAAAGGCTTATACTCAAAAGCCCTCTTAAACCTCCCCCATCA +AAATTAATTATATTAAAAGTAGAATTTCTCATAAGACTCACCTCTAATTAATATTACTAA +TCTATAATATCTTCTAACTCTAAGTTTTGTGCATTGAAAATAAGCAAAAAAGGTCACTGA +TATTAATAGCATATATTTAGCTACTTATCAGTGACCTTTTTACTTTATGTATCCATATAA +TCTATTTTACTTGTTTGCATCAATGTACGAAAGTATTCCCTGTGCAATTCCTTCTGTTAA +TTCATTTATAAACTTCTCATCAGTTAACTTTTTTTCTTCTTCTGGGTTTGTAATAAACCC +ACATTTTATTACTATTGCTGGCATAGTAGCTTCTCTTAAAACTCCGAAATCTCCAATGCC +AATACCTCTATTTTTTAAATCAACATAAGATACAATAGAGTCTTGTACATATCTTGCTAA +TTCGTCTACTCTATATAACTCATCCTTTTTATAATATATCTCAACCCCATTTGCAGTATT +TCCGCCATATTCAGAATTTAATTGTAGCGAAACTAAAAAATCTGCCTTTTGTTGCTTTGC +TTGATTTACTCTTTCACTCGTACTAATATTCACATCTTCACTTCTAGAAACTATTACATT +TATATCACTTTGATTTGAAAGCTTACTTGCTAATCTTTTACCAATTTCTAATGTAATATC +CTTTTCGTAATTTTGAGTAGTCTTACTTTGTAATCCTTTATCATCTCCGCCACGTCCAGG +ATCTACGAAGACAGTATATTTTTTATTACTTTGTTTTTGTTCTTCACTTAAATCAAATTG +TTTTTCAACTTCAACAACTGGCTCATCATTATTTTTCCCCATTTTATAACTTACATTTTT +AACTACTTCAGCTACACTTTGAGTAGCCTTTATTGTTCCAAAACTAAAAAATAATATACC +TAAAACTAATATACTTAATTTAGCTTTATTTATTTTTCTTTTCTTATTTACTTTCTTATT +TTTACTAGTTCTAGGATTATTTTTTTTGTTTTTATGTAAATACGTAACATTATTTCTACC +TTTATTACTTCTATAAGACATGATTTACCATCCTTTTACTTATTAATATATCAAAATCCT +TGTATCAACTGTTATTTTAACATTCCCATATATATCCTTCAATATTTTTCTAAATTTATT +TTTATATGAGTATTAAATAGATTTTTAAATACAATAATATTAAAAATATTATTGTATTTG +TAACATATTTTTAAACTTTTCCATTTTAAAATATAGTAAGATATATGTGTGACAAAAAAA +TACATATTCCGGAGGTATACAATGAAAAAAATCTTATTAGTACTCTCATTGGTTCTGACT +ATGGGGCTTGTAGGTTGTTCATCTAGTAGTAGCAATGGGTATAAAAATGTTTCTTCGTCT +GCTGTGCAAAAAGCAATTAAATCTTCTAATTTATTAGTTGAAATGTCAATGGACTATGAC +ATTAAAGATTTCGAATACTTTAATGATGTTGAAGAGTTAATAGGAGAAGGATTCATAATA +AGAGCTGCTATGAATGTTCGTCTTGAAGATGTTATATTCATAAAAGCTACAAATGAAGAA +AATGCAGAAAAAATCTACACAACTTTAGAATCCTATAAAAAAGAGATGGTTATAAAGCCC +TTTGGAGATGGTTATGGAGCAGAGGAAAACACAACTATAGCTGCAAGTACAATAGTTGAG +CAAAAAGGAAACTACGTATACCTTATATCAGCAAAAAACGCTGCAGATATAGAAAAGGTT +ATAATAGATACTATTCAAAAATAAGGAGATGACCTAAAATTAATGTTTTTATTAGTATAG +CATTTATTTTTTATTTTTTATTTTTATCTTTAGTATTAATCTGTTATTTCTTATCTCCCT +ACAGGTTTAAAAATTTGGTTTTATTTATTTTTAGATTAGTTTTTTATGCCTAGGGAGAAT +CTATATACATTCTTATAATGATCTTTTCTATTTTTCCAGATTATATGCATGCAATGATTA +TAGATAAAAATAGGGGTAATATTAAATCTAAAATGACTTTAATTTCTTCTATTATAGTTA +ACTTAAGTTTACTTACTTTTTTAAAGTACAATGATTTTTTAATATAAATTTACAATAATA +TTTATTATTTATTAACAACATTCAAACACTAAATGACGAGATATTTTGTAAATAGAACTT +TAGCAAAATATATAATATAAAAAATTTAATTTATATATCAGATGCTTTTATGACTTTACA +CATAACCGAAAGTGAATTGAATATATTATGAATTACCTTTTAGAAATCGCTAGCAAGAAT +GAGTGAAAAACTAATTGCTCTGACATTTTTAGCATCTTTTCAGCTACATGTAAGACAATT +AGTGTTCACGCATTCCCGCTGAGTTCAAAACTTACCATTCATAATACCCAAGTATCTTCA +AATATCTTCTCTCGCCTTCTTTTAGGCTTAGTGGGTAATTCAATAAGTCAGAAGTATGCT +GACATATAAGATAGTCAATTAAGTAATCCCCTTCTAAAATAACATCTGTGATAATCATGT +TATGATAAGCTCTACCCTCATATATTAACTGTACTATATCCCCTAATTCTAATTCATTAT +AATTCGCTAATCGAGCATATATACCATAATTACTTGTATTGTCATTATTATTACTAGTTA +AATATTTATAAAAAGGTTCTGCAGCTGTCCATGTGGGAGTTCTACTATTATCACTATACC +AATACCACTGCTTAAGAACATCACTACCTGAGTGGTCAAAAGGAATGTCTCCAGCTTTTA +AACATTGAGAAATAAAATTAGTACAATCTCCTCCCCAATTTTCATAATCTTTATATTCTT +TATTTCTTCCAAGAGCCCACTTCTTTGCATAAGCCGCTGCTGCTTCTCTGTTATAAGGTT +TTAGTTCCTTCACAAACAATTCCTCCAATCTTATATTTATCTTTTATAGATTTAAAATAA +TACCTCACTTATAAAATAATCACTAAAGTAGTCAATAGCATCCTCATACATTACTTTAAA +CTCTAAAATATTTGTGATTGAATTCCCCATTTCATAACTTGAAAAACAAATTACTAATCC +ATCACTCTCAAGATAAAAAGGCTGATCTTCGTATATTTCTATGGAGTATATAAAATTAAT +TAGCTCATCTTCTATTTCCTTTTCACAGCATTCTAACTTTCTACTCAGTTGCAATTTTAT +TGTATCTGTTAGAAATTTTTTATAATCTATTACCTTATCAAAAATGTCTTTTAACTTAAT +TTCCTTTTCTAAATTAAAATCATAATTATATGAGTTTATATAACTTATGTTGTAAAGTCC +TATAAATTGATTAAATTCTATAGGTATACTTATAATATTATTTTCATTGAAGGTAACTGT +ATATTCTGTAAGTAAATTTATTAATATATTCGATTCGTCTTCACTTAATATTTGTTGAAC +TACTTCCTTAAAACATAATACATCTTCATATATTTTTTTATTTATAAAATTTATAAAATT +ATTTTCTTTATTTAATAGTTTTATAATTGGATAGTTCAAAGTATATCTTACACTTTTTTC +TTCCTTTTCTATTATCCTATTCTCAATTATTAACATATGCATTCTCCTCTTCACATTGGT +ATATAATAATTAATATGAAAAATAAAATACTTTTGTTAAGTATACATATGAGCAAATACT +TTTTTCTAAATACTATAAATAGCCTTCTATATGTTAGGTAAAACTTAGATGTCACTTACT +GTTATTAATTTAAATGGTTTAATTATATTTTGAATTTTATATTATTTATATATATGTTGA +ACTTTGTTTTATTTAGTCTATTGAATATCTTGTCATACTTTAATATAATTAGAGGTATGT +TAAATAAAAATTAGAAAGAAGGGATTATATTGTCAAACTTAAAAAAGCTAGTTATATTTC +TAGCAGTTTTAGTTATTGCTCTTCCTGCAAGTGTCTTTGGATACGTTTATTATAAGTTAA +ATTCAATACACGATTCCAATATAAATACTGGGGCATTAAATGATATAAAATATCAAGGTA +AGAATGGCATCACAAATATTTTACTAGTAGGTACAGATGGAAGACCAGGTGAGGAAAATG +TTAGATCTGATGCTATGATGATTCTTACAGTAGACGGGGTCAACAAAAGTCTTAAGCTTA +CATCATTAGCTCGTGATAGCTATGTAGATATTCCTGATCACGGATATCAAAAACTAACTC +ATGCTTATGTTTATGGACAAGCTAATTTACTAATAGAAACTATTGAGGATAATTTTGAAA +TAGATATTCATAATTATGTTGTTGTTGATTTCTACTCATTCATGGATATTATAGATGCTT +TAGGTGGAGTTACTGTTAATGTTAAAGAATCTGAGTTAAAAGAAGTGAATAAATTTATTC +CAGAAACATATAATTGGAATACAAATAGTAATAAAGGCTCTATACAGTATATAGAGTCTG +CTGGTAAACAAAAACTAAATGGATATCAAGCATTATCATTCTCGCGTATAAGGAAAAATG +ATAGCGCAATGGAAAGAGATCGAAGACAAAGAGAAGTTATTCAAGCATTACTTTCTTCTG +TTAAATCACTTCCTGTTACTAAATATCCTGGATTAATTGATACAATACTACCTTATGTAA +AAACTAATATGAAACCTTCAGAAATATTAGGATTAGGTGCAACTATATTAGGATTTGGAA +ATATTGATATAGAACAAATAGAGTTCCCTATAGATGATGATATCCATAGTAAAGGTGGTA +TATATGGAAATTCTGGATGGGTTCTTAGATTTGAAAAAGACACATTACCATTATTACATG +ATTTCATCTATAATAGCATAAAACCTGAAAATAATGAAAAATTTTAATACTATATAAGTA +AAAAGGAGTTGTCTCAAAATGTTTTTTAATCATTTAAGAAGACTGCTCTTTTTTATTTGT +TAATACTCTGTCCTTACTATAAAATTATACTTTTACAATCTATGCTTATTCAAGTATGCA +AAAAAGGTTGCGCTCTACATGAGCACAACCTTTCATTTGTTAGGGTTTATCTTTCTATTT +TAAAACATACCTTTTTACCTATTAAATTTTATCCTATAATTCTTCTAGCTTTTACAAATT +TACTTGAATAATAAGATGAATTTATACTTGTAATTTTAACTACATCTCCTGGTTTAGTAG +AATGTATCATATTACCTCCACCTATGTATATTCCTACATGACTTATACCAGCTCCATTTG +TATTGAAGAACACTAAATCTCCTGGTTTTAAATCACTTTTACTTACTGCTCTACCAGCTG +TAGCCTGAGATTTAGATGTTCTTGGTAATATTACTCCTGCTCCATTTTTATAAGCATAGT +AAGTTAATCCTGAACAGTCAAACGAATTAGGTCCTTCTGCCCCCCATCCATATGGCTTTC +CTAATTGATCCTTAGCTATACTTATTACACGTTGTATCTTAGAAGAAACTATTGATTCTG +ATGATTGTTCACCTTCAGATACAGTTCCTGAGTTAACAACCGTTATATAACTAGAACTTG +CCCAACCTATAGTCCCATCTCCAATTTTAACCTTATACCATCCACTACTTGAATCTAAAA +TTTCTACATAATCATTTGAGTATATCTGTGCAATCACTTTATAACTTGTAGATGCTCCCT +CTCTAACATTTAAATAGTCCACTGGCTTTACTTGACCTACTTTAAAGTTTGTCTTAGAAT +CCATTTTTCCATTAGTATCAAATCTATACCAAACGCCATTTACTTTAAGTATTTCATTTT +TAGCCATTTTTCCACTTGACTTAAGCCAGTACCAAAATCCATTATTCTTAAGCCATTCAT +TTGACGACATCTTTCCATCAGACTCAAGCCAATACCATTCACCATTGTCTTTTATCCATT +CATTAGTTGACATTCTTCCGCTTAACTTTAACCAATACCAAGATCCACTATGCTTAACCC +ACGCTTCACTATACATAGCACCATCAGGCTTAAAGCAGTACCAATCACCATTTTCCTTTA +TCCATTCATTTGATGCCATTCTTCCACTAGCTTTTAACCAATACCACGATCCATTATATC +TTAGCCATTCATTTGATGACATTTTTCCATCAGATTCAAGCCAGTACCATGATTCTCCAT +CTTTTAACCAACCAGTGACCTTAGCATTATCTCTGTAAAAATACCAATTTTCCCCTTCTT +GGAACCATCCATTTTTTGATTTGTAATCAACGACTCTAGTTTGAATATCATTTGTATTTC +CAACAGATTGATCACTTATCACTTCTTTTTCAATTTCATCTATATTTAATTCCTTATCTA +TAGTTTGAAACTCATCTAAATTTTCCATTTGATTTAAGCTTTCAGCGCTAACTTTATCAA +CATTAGCTATTAAAGATACTGATCCTGCCATAGCAATGGCTGTTATCACTCTAGGAATTT +TTTTAGTACAAGTACTCTGAAACTTACATCTCATATCTAAATCTCCCTTATTTTATATTT +AAGTTAGTAATTTTCATGCATTTAATTTACATTCTACCATAATTTTATATTTTTCTCAAT +TTTTATATTTGATATGACATATTTCAATTACTGTAAATATTTACACAATTATATTTTTAA +CTCTCCATTAATTGAAAATGTGTAATTTTTACCTTCAATATTTACTTCTCCTATTGCCAT +AGAACCATTTGATTTGAGGTAATAAATTCTATCATCTNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNACTATTTATCTTTTGCCAGCCCGTCTTCATTGC +TCCACTACTATCTAAGTAGTACCATACACTATTTATCTTTTGCCAGCCCATCTTCATTGC +CCCACTACTATCTAAGTAATACCATACACTATTTATCTTTTGCCAGCCCGTCTTCATTAC +TCCACTATTATCTAAGTAGTACCATTCATTATTTACTTTTTGCCAGCCTATTTTCTTGAT +TCCAATCTCATCTAATAAATACCATTTATTAGCATTATACTTCCATCCAGGCTTATAAAG +TAATTTCATAGAATCTTTCACGCCTGAATTTTCTAAAATATCTGAAGCAGTATAATAAAT +GCTACCTTTTATATTATTATAATCTTCATTTAATTTTACCTGGTTATATATTTCATTTCT +AACAACTTCTTTATAAATACCTTGACCTATGTATAATTCTGTTTTCGTACCACTAACTTC +ATTGTTCCACCACTTAACTAAAGTTTTATAATCAGCTGCACTATTACCAATTTCCCAGTA +TATTTGTGGAACTACATAATCAATCCATCCATTTTTTATCCAAGTTCTAGTATCTGCATA +AACAGAATAATAACTTTCATTTCCTATTGTATCCGACCCTGTTATATCACTTGATTTATT +TTTCCAAATTCCAGATGGACTAATCCCAAACTCTATACTACTATCTACTGACTTTATAGT +ATTATACACAGATTTAATCATATCATTTATATATTCTCTTCTTACATTTGCTTCTATGCC +ATTCCTATCTTCACCTTCTGGTAATGGATACTTCTCTGGGTAAAAATAATCATCAAAATG +TATGCCATCTACATCATAATTTTTTACTACTTCCGTTACCGTATCTATAATATGTTTTTT +AACACCCAAATTACTTGGATCATAATACATGGCACCATTATTATAAATTATCCAATTAGG +ATTTTGTCTTGCAGGGTGTTTCTCATCCAATACTTGTAGATTTGTACCAGACGTTGTGAC +TCTATATGGATTAAACCAAGCATGAAATTCCATACCTCTTTCATGTGTTTCCTCAATCAT +AAACTGTAGTGGATCATATCCAGGATCCTTTCCTTGAATTCCTGTAAGTACATTAGACCA +AGGATTTATATTAGATTTATATAATGCATCTCCCGCAGTTCTAACTTGTACAACTACAGT +ATTTATACCTTGAGATTTTAATTCATCTAGTATATTTATAAACTCTTTTTTCTGCTTATC +CACATTTCCATAATTTGACTTACTTGGCCAGTCTTTATTATAGACAGTAGTTATCCAAAC +TCCTCTCATTTCATATTTTTCAGCATATACATCTACTGAAAATATAACAAAAAATAAAAA +CATTGAAGCTAAAACTATTTTAATTTTTTTCATTTCTTCCCCCATACTATTAAACAACTT +ATACCTATAGCTATATATGATCCATCTTCTGAAAAACTAAATGGTAAAACCGTATTTTCT +GGACATAGATTCAATTTAAATACCATAATTATGCCTATTAACTTATATTACTCACTTAAT +ACTACAACAAAAACTATTTCAAGATATTTATTAGATTGCATGAATTTTAATACTTGCTCA +AGTTTGTGGTATTAATTATGCACATCAAGAAAAAGTTAATTGGTTCACCAAATATTAATT +GCATTTGTAGTCTAAAAATTCTATAATTTTGTTAGGCTTATTTGCCATGCAAATTTTTTA +AATATGAAACTCAATTTAACCCATTGGTCCATTTGTCAACTAGAGAACAATTCTCATCAT +ATCTAATTAACAAAACCTATTAATTATATTTTATACATGTAAAGTATATATAATATACTA +ACATCTTGTCAAATAACAAAAAAACCTATTAAAGTCACACTTTACGGTAAACTTCAACAA +GTTTTTCGAGTTTTAAGCTTCCTTTTCTTTAGAAACTTTACTTAATATATATTCATTTAC +TTTATTTAAATCTTCTAACGAATCTATTTCAAAACAATCATCCGAATTTATTTTTCTTAT +CCTTACATCTAGCCTTTCAATATTATCTTTTACTATATCATCCCAGTATAAATTTTCAAA +GTCACCGTTATTTATTGCTTCTTCTAATTTCTCAACTATTATATTTCCATCTTGTTCATT +CCAGTATGAAACTCCGCATAGAATATAACCTTCATTATCTCCTACTCTTATACCATAAAC +CTTATTGTCAGCATCAAACTCTAATATCCACTCACCTTTAAATCCTTCTTTATATCCACT +AAAATAAGTTGACTTATCTATACTCTCATCAATAAAATTTTTATTAAGGTAAATATCAGC +ATCAATAACATAACTGTCTGGTAAATAGTCTTTAACCAAACTCATAGTATATATATTGTT +ATATATATTATACTTTTCATTATGCACTAATGTAACTCCATACTTAGCTTTAAGATATTC +AAATTTTTCCTTTAAATATCCAGTTACAATTATAATTTCATTTATACCTTTTTCTCTTAA +AAACTCTATTTGAGTTTCTAACATAGGTCTTCCATTTACTTCAACTAATGACTTTGGTGT +ATCTAAAGTCATCGGTCTAAGTCTTGTTCCCATCCCTGCTGCTAGTAGTATCGCTCTCAT +CGTACTTCTCCTTTGTTGTTAATTTTTAAACACCATAACTGTTCCTACTATTATAAGTAT +ACTACATAAAACTAATTTAAGAGTAATAGTACTTCCTAAAAAAATCATATCAAATACTAT +GGCCCATATTGAGTAACTGATATTAAGACCCGTAGCTTTAACAGGGCCTATAGTATCGAT +AGCCGTATAATAAAATATATAAGATAAAGTTCCTATCAAGGCTACACTGGCTATCATAGG +AGTTAAGTTAGATGTGATTATGACCTTAGTTAATCCTAATCCTCCAAATAACGGAACTAT +CACTGCTCCATAAACTATTGCTGAAACTAATTGTCTTAATTGTAATGCTTGGGTTGGGCT +AACCTCATCATCTTTCATACCATATGCACAAATAACACTTTCTAGTGACCAACCAATTAC +ACAAACTAATGCACATCCAAATCCCAATCCAAAATTTAAAGCTATATCTTTATTAGGGGT +ATACCCAAGGATTATAACAGCTAATATACTTAATGATAAACCTATCCAACCTTTTATACT +CAACTTTTCTTTTAAAAATATATATGAGAAGAATGCTCCTACAGCTGGATAAATAGCAGA +TATACTTGCTGTATATCCTGATCCTATATAGTTAATAGCTAGCAAATAACCAGCCATTCC +TACTGGACCTCCAAATAAAGCTGCCACACAAACAAACTTTCCACTTTTAGTTTTTAATAA +TTTTAAGGTTTTAATAAACTCTTTTTTTGTTATAGAAAGTAAAATCATCCATAAACTAGA +AAAAACATCATGTAAAAATGCACCTATTAAAGGAGCTAGCATTACAACATTAGCAATTCC +TAAATCAGGAATTTCACTAAGAATTATCCCTAAAATAACTGTATCTAATCCCCATAATAT +ACCTGATAATGCACCTGATGTAATCCCCATACCATTAATCTTACCAATATTTATTGAAGT +GTTTTTCATATCCCAGTTACTCCTTATTTTGACTCTTTATTTCATATAAATTTTTTCTTG +CTCTATTATATCTATCTATTCCATAACTTCCAAAGTCATCTCCCCTAGCTTCTTTGATAA +TCGTCCATATACTCCATAAAAAATCTTGACATATCTTATATATAAGTATCTTTGTTTTAT +ATCTATCTTCTATAACTGAAGACCCAAAGTATTTTTGTAAAAATAGCTCTTCTTCATCTT +CTGAGAAGTCACATTCTAACATATGTGCAGCTAAATCCCACATTGGATCATTACTTCCAG +AGTACTCCCAATCTATCAGATAAATTCTTCCATTATTATCTTTTATAAAGTTTTCTGGAA +CAGTATCATTATGGCAAGGCTTTTTTTCTATACCATTAGCCTTTAGCATATTTTTCAGAG +ATATTACTTCTTTCCTTACATTTGCATAATCTTCGTAGTATTCACCTTTAAACTCTTCTA +ATAATCTTTCATATTTTTCTATCTCACTAAAAACATCAAATTCATTTTTAAACTCTATAT +TTGATGTATGAAGTTTTTTTAATATAGAAGCAGTTAATTCCATATTATCTTCCCTTTTAG +CTGTTTTATAGTTTAACGTTTCTGCATTTTCTATAAACTCACTTAGCTTTATTCCGGACT +CTTGATTAAAGTATGTAATCTTAGAGTCTATATCAAGAGAATCTACTAAATGAACATTAT +TATTTTCATTTTCTCTACTTATCATATCCTGAGTTCCTGTTCCAGGCATCCTTAATATAT +AGTATTTACCTTTTATATTAACCTTATAATTTTTATTAGTCATTCCTCCTGCTGAAGTTA +TTTCTATTATGTCTTCAGGATTTATATCAAGTATATCTAGCAGATGCTCTTTAATGCTAT +TTATTTTTATTTCTTGCTCTTTTCTTAATAATCTATTGTAAATGTGTTTTGTAAATACTT +CATAATGTTTTATAGAATCTATTTCACCCCACACTAAATCATCAATTTTTATATATCCAA +TATTACACTCTCTACCTACATCCATAAGAGCATATTCATAGTTTAAGTAAGGATTTCTAT +TCTCTTTAAATTGTTCTAACATTTTATCAAATACCTTATGTGAAATCTTACTTATACCTA +TCATCTCACCATCTATTTTATTAAATTGGTGAACATCTTTAGACATTTTATAAACATAAC +CATATCTTATTTCTACAAGTGCCTCATCTCCAGACCCACTCTCACTTGTTATTATCATGC +AATCTCTATCTTTGCTATCTAGTATTTCTTTTATAGCTCTTTCTTCAAACACCATATCAT +TTTCTAATAAAATAAAATCATCGTCTATAACATCTTTCACTTTAGATAAGGATTCCATTG +TTCCAGTCCATTTATATCTATCATTTTTAACTAGTACTATATTACTTTTATCTTTTGCAT +ACTCTTCATAAAACTCTTTCTTATATCCAACTACTATAACTATTTTCTCTATTCCATGTT +GCTCTAATAAATCAACTTGTCTATCAATTATATTTCTTTCCCCAATACTTAAAAAACCAA +CAGGTTTTTCAAATATCTCCTTTTCTCCTGCCGCTAATATTACTGCTTGTTTTATTTTCT +TATGATCGTCTGAATGTAGCTTTATTTTTTTAGATTGGTCCTCATGTATTTTTTTCGATA +AAAAATCTATGCCAGTTTGTGTTACCACATATATTTTTTTTCCATTGTTTTTTTCAATAT +TTATATAATCTTCTTCTTGTAACTTTTTTATAATAGAGTTAACATTACCTATTGATAATC +CTGACTCTGAAGCTAAATACCTCTGATTAACATCCCTATTATTATTTATAATATATAGAA +TCTTGTATATATTCTCCACCACTTCACCTCATTTTCATTTTTTGAACATAATGTAATGAT +ATATTTTTTGACATCTAATGTCAACATCTATATAATTATTTATTTAAAATAAAATGGCTA +TCTTTAGTTCTCATACTAAAATGTACCCTGTAGAGTAGACAATTAATAAAAATGTCTACT +CTACAGGGTGTTTTATATATAATTAAATAAATATATCATAGAATCGGAGAGAATTTTAAT +GAGTAAAAAATTGTTTACAGAAGAAGAAGTAAATATATTGAAAAATAATAAGTATGTAAA +AAATGTTAGTTTAAAAGGAATTACTTATACAGATGAATTTAAAAGAATTTTTATAAATGA +AAGTGGTAATGGAAAAACAGCTAGAATGATATTCGAGAAATGTGGCTTCTCTATAGATAT +TCTAGGTATGAGAAGGGTTAAAGGTTGTTCTGATAGATGGCGTTCAGCCTTTAAGAATGG +CGGATCCAGTAATCTTACAGATACTCGTAAATATAATAATGGTCAACCTATTGAAAAAGA +TCTATCAATAGAGGAAAAGTATAAGAAATTAGAAGCTAAAATGAAATTACTAAAAAAGTT +AAACATGATAGAAAGGAGCGTGTTAAAAAAGAAATAAGTTTATTTTCGTATGAAAAATAT +ATAATTATTAAATCTACAATAAATAAGTATGAGTTAAAAAATATGATAAGTTATTTTTGT +AAAATTTCAGGTGTATCTCGTTCAGGTTATTATAGATACTTCTCATCTGAAGGTGAGCTC +TTAAGAAAATCTAAAGAGAAAGTTGATATTTTAGTTAAAGAAAATGTGCTAAAAGCCTTT +AATTTCAAAGCTCGTAAAAAATGTGCAAGACAGATAAAAATGTTTTTAAAAAATAAATTT +AATATTGTATATAATTTAAAACGTATCAGAAGGATAATGAAAAAATATAATATAGTTTGT +CCTATTGGAAAAGCTAATCCTTATAAACGTATGATGAAAGCTACTAAAGAACACACTGTT +ATGCCTAATCTAGTTAATAGAGATTTTAAACAAAATATCCCTGGTAAAATTCTATTGACC +GATATTACATATTTAAATTACAAAAATAGAAAAATATCTTATTTATCAACAATAAAAGAT +TCATCCACCAATGAAATATTAGCTCATCATGTTTCTGATAGCCTTCGGCTTGATATTGTT +TTAAAAACATTGGATAAACTAAAATCAAATTCTGTACTTAAGCTCCATAGTGAAGCTATC +TTACATTCAGATCAAGGGATTCATTATACAAGTCCTATATTTCAGAATAGGGTAAAAAAA +CTAGGTTTAAAACAATCAATGTCTAGAAGAGGTAATTGTTGGGATAATGCTCCGCAGGAG +TCATTCTTTGGTCACTTTAAAGACGAGGGTATTCTTAGTAATTGTAATGATATAGATGAA +GTTATAAATGAAATAGATGATTACATAGACTACTACAATAATAATAGATATCAGTGGAAT +TTGAACAAGATGACTCCTGTTCAATACAGAAATCATCTTGTTAGTTAAATAGACATTTTA +TTAAACTGTCCTTGACAAAGGGTACATTTTATGCACTAATTGAATAGCCATTTATATATT +TATCTGTTATTTTTTAATTTTAATTTAGTTTTAGCCATATCCATAAAGTAATTTATTTCT +TCAATCTTAAAAATTATAACTAAAACTCCATAGATTAAAACACCTATAGATATAGAAGCT +CCTAAAGATGTTATTTGACCGAGTAAAGATTCATCTAAAATATACGCCAGTTTACCATAA +GCAAATTTAGTCACGATACCCATTATAATTGCTGCTATTATGGATTTTGTACAGGTTATA +AATATACTTTTGCCCCCAAAACTCCCTACCTTTCTTTTTAATGTAAAGTAGAAAATTGTT +AAGCCAATATAAGCAGAAATTGTACTTGCTATAGCAAGACCTATATATCCCATATATTTT +GATAATATCAAGTTTAAAACTATATTAAACCCTATAGATATTAATCCATTCATCATCGGT +GTTTTTGTATCGTGAAGAGAGTAAAATGCTCTAGACATAACATTTCTTAACGACCAAGCT +ATTATACCTATTATATATACAATAAGTATATTACCAGTAATAATAGTGTCTTCTGGAGTA +AATTTACCTCTTTGGAAAAGCACCTCTACAATAGGATACGCTAATACTATAGTCCCTACA +CTTATAGGTATAAGGAAAATCACTATACTATTTATAGTTTTTTTCAGTGAAACCTTAAAT +CCATCTTTGTTGTCAGAAGCTAAAGCTTTTGACATTAAAGGATATACTACCGATAGTATA +GATGTAACAAATATAGCTGATACAAACCCATAAAGTCTATTCGCATAGTTAAATGCAGAA +ACTACTCCATCTCCAAATGTAGATGCTAGTGTACCATCTATTAAAGTATTTACTTGTTCA +ACACCAACACCTATTAATACAGGTAAAATTAGTATTATCAAATGTTTAACATTTTCATCT +TTTAAATCTACCCTTATGTTATACCTAAATCCTTTTTTATATGCAGATGGAAGTTGAAAT +AAAGCTTGTGACATTAATGCTATTAACGAACCTACTATAAGAACATATGTATTAGTCTTC +ATACTTATAATTATAGATGCTATTATTATAAGGTTATAAGGTATTCCCATTAATTCAGGT +ACTTTAAAGTTATCTTTTAACTGAAGAAAAGCTTTTAATATATTATTCAATCCTATAAAT +AACACTGCCCAAAGTATTATTCTAGTAAAACGAATGGTAATATCTAACTTCTCACCTTCA +AATCCAATAGCAAATGCCTTTACTAATGGTTCTGTAAAAATCATACCTAAAATAATAATA +CATATAGATAATATACTAACTATATTTATTAGGTTATTAATAAAATCATTAGCCTTCTTT +TCTCCACCTTTTTGGCTTACTTGACTATATATAGGTATTAAACTAGTTGATATAGCCGCT +CCTACAGCAGTAAACAATATTGTAGGTATCTTCATAGCTGTTATATATGCATCTGCATAT +ATTCCTGCGCCATAGAAAGCTGCAAATACTTGTTCTCTTATTAATCCTAATACCTTTGAT +AAAATTGTAAGAGCCATAATCATAACTGTTGTTTTTGCTACTTTTGACATAATAAAGCTC +CTTTAGATTTATTTTTTATAAGACTTTCCTAAGTCTATATGTATTATACTGTGATGAGAT +ACTCTCTTATCTTCTGGTGGAAGCTTCATATAGTCACCATAATAATCTGTCAGAAAATCT +TCAACCTTTTCTGGTACATAAAATTTATGACCTTCAAATTCCATTTCTCTTGGCTTCCCA +AAATATTCTCTTTTGAAAACAAGCCCCCTCCCTGTATTATCCACACATAAACATTCTTCT +TTTCTCCATCTATCATAAACGATATTGTTCCATAAATTTAATATCGTTCTTTTATAAAAT +AATGGTTTTAGCATTTTTTTTACTAGATTTTTATCACAAGTATAAAGTCCACTTCTTGCA +AACTCAGTACCACATAAAACCCTTTTATTTATATATTGAACAAATTTATTTTTAGGACAT +TCATCTATTATAAATATATCTACATATATACCATGATGTATATTCCAATCCTTAGAGACT +TTTTCTACAAAAGATGTATCATTCATTCTAACCTTAGGCATAACTAATTTATATTCTGGG +TCAGTTTCTTCTGTTTGTAAAAAGAACTTAGAATTTAATTCCGTCTTGCAAACTTCAACA +AATTTTTCATAATTCTCTCTATCCATAATTAAATCTGCATCATCATCCCAAGGTATAAAT +CCCTGATGTCTTATCGCACCAATTGCCGTGCCATAAGCTAAGTAGTAGACTATTCTATTT +TCTCGACATAGTCTATCTATCTCTACCATAATATCTACTATTTTTAGTTGAACCTGTCTA +AGTAATTTATTTTCTTTTTCCATTTTACTCTCTCCAATATTAAAGTAATTTAATTCTATT +ATATATTCTTACACAGTTATTATTGTCTATAACTCCAAAGCAATCAGATATTCTATCTTT +GTAAAAATCGCTTATTATAAAATTATTTTTAAACATTCCTTCAATTGCATTTACTAACTC +TTCTTCATTGTCAAATATATCCCCAAATCCATCATGTTTATAACTAAAGTATCCTTTTTG +ATAATGCCCATCATCAAAATGATAATATAATATAGGTTTTTCCATATACCCAAAATCAAA +AAATACACTTGAGTAATCAGTTATTAACAATTTAGATTCTTTTAATAAACCTTGTACATC +ATAATCTTCTTTTTTAGCTATTTTTATAACATCATCATAAATGGTATTAAAATAATGTAT +GTATTGCTGTATTTCATAATGAGGGTAAAATATCATTTCATAGTTATTTTCTCTCAATAA +TTTAACAATTTTTTCATTATTAATTAATGAATTGTATCTATTAAAATAATCTGAATTATA +AAATACACTATCTGGCAAAGTTTTTTCTTTTTTATAAGAAGGATTAACTATATTACTTCT +CCATGTAGGCATTAACAGTATTTGATTCTTAGTTTCAAAATTACTCAACAAATCAAATCT +TGCTAGCCCAGTCTTTTCAACCTCATATTCTTTGTATCCATAACTTTCACTATATGCTAT +AGATTCATATTCTTTTTGTGTACTTGTAATAAATAAATCTAATTTAGTAGACTTCTTACC +GTATATATCACTTAAATCATGATTTATAACACCATGTTGTAGAAGTACAAATTTTGTTCT +ATTCTTTCTATCTAATATCATCTTATATAATTTATATGCCCATGGCTCTAAGTGACCTAT +ATGGGTTGATATTGCATATTTACATTTTAAAAAAGCTATTTTATGTTCTAAACTTTTATA +CTCAATAATATTTCCAAAGTCTTTAACCTTGTTATAATCATTTTTATAACTACTATCTAT +TACGTAATATGCATCTATCTCCGGATGATTCTCCCTCATATACTTGAAAAATACATATCC +ATTATCCTTAGCTTCCGTCCCTCTTTCACTTATAAGCCATGCCCCATCATATTTTCTTGA +TATTGGACTAAATATAGATTTAAATTTAGTAATTAACATATCAAAAAACTGTGGAATTAA +CCGTAAAACTGTAGATATAATTTGTTTTAATTTCATTAAACTGCTCTCCTAATATAATTT +TAATATATTATAACTTAAAATTAATACTTTCCTTTATTCCTTTTATAAATAACGTTCCAA +AATTCTCAACTAATCTAGACTTTTTTATACCGAAAACAATAAACATGGGTAGTCCAAGAG +TATTACCAAACAATCTCTTAAACAATGGTCCCTTCGCAACGAATGATTTTTCATCTAAAT +AGTTATTATCCTTCTTAGGGTGATATGCAATTAATTCAGGGAAGAAACACATCTTTTTAT +ATCCTTTATTATAAAGATCCATTAAGTATATATTTTCTTCACCAGAATTATACTTTCTTC +CAACTCCAAATCTTTCATCAAAACCAATTTTGTAGTCTGGAACATTTTTAATATTTATAT +AAATATCAAATGATATTTGCTTTAGAGTATGCCTTTTAGAGAAGTTTATTTGCTGTTCAT +TTGGATATACTTTCGTGTATTCATTTCTATCTGGATCCATATGCATAAATGTAGCTACAT +CTGGGTCATACTCTTCTATATACCTTTTTACTGTTTCAAATGCATTAGGTGCATACCAAC +AGTCATCATCTGTAAATGTTAATACATCTCCTGATACATATGGTAGTCCTGCATTTCTCG +AAACAGATATTCCTTTTTCATCTATTCTTATATGTTTTACATCACCTATAGAATAAATTT +TTACTATCTCTGCTACAACGTCATGATTGTCTTGAGTTACTATTATTAGCTCTATATTTT +TATAGGTTTGACTTTCTATACTTTTAAATAATCTATGTAGCTCATTAACTCTTGTTCCCA +GCGTTGGTAATAGTAGTGAAAATTTCATTTTATATTTCCTTTCTATACTTTATAAATTAA +TATTTAAAATAATGTTTTTTTACTGTAATAAAAGCGTAATTTATAAAACACCATGATGCT +TTTATTACATTTAAATTTTCTATATTTCTTAAAATATTCCAAGTCCAAGTAGCTGATTTT +ATCTTATTTTCAGATATAGAACCTGTTCTTTTTCTATAAAAAGCTAAATTTTCATTTATT +CCATATGCATCTATACCCTTTTTTAATATTGATAGCCAAGTAATAAAATCCTCATGTTTT +AATGTAGGCATTTCTATTTTACCAACCTTTTCTCTATCTATCATTACTGTTAAGCAACCT +ATACAGTTATACTTTAGCAATTCGTTATAAGTTACTTTATTTGGCACACTTATTATTTTT +CCCAAATTATTTCCATCTTCATTTATAAATTCATATCCAGTAAAGGAAAATCTAATATCT +TTAGATCTCATAAATTTAACTTGCTCTTCTAATTTATTTGATTTCCACAAGTCATCACTA +TCTAAAAAAGCAATATATCTTCCTTTTGCTTTTTCAATCCCCTTATTCCTAGATTTTGCT +ACACCTTCATTAACCTCTGAATATATAGGAACTATTCTATCATCAATTAAAGCTAACTTT +GATATAATCTCTCTTGATCTATCACTTGAGCAGTCATCTATAAGAATCATTTCCCAATCT +TGGTAGGTCTGTTCTAATACACTTTTTACAGTATCTTCTAAAAAAGATTCTGCATTATAT +ACAGGTGTAATTATTGAAACAACATCTCTATTTATATTATTCATTTTTCATCTCCTAATT +TATAGTCCTATAAACATGATTATTTCCTATTTTACAATAATAAATTTCTAAAAATACAAA +ATATGCTTATTTATTTTATCACACTTTATATTTATCTTCAAATTATAAAAAAATAGGAGT +TTAATTTTTTCAGTAAAATACAAAACTTAATGAAAAATAACTCCTATTTTATAATTTTTA +AGAATAAAAATTCTTATTATTAAATTTTATTTTTATTTTCTCTTCATCTATTGCAAAAAA +CAAAAATGACATTAATGCAAATATCGAAACAGATAAACTTCTATATGTAAACCAACAGTG +AATACTTGAGTGGTTCTTTAATACTATATACCAAGCTATTGGCATTAAAGCGATCAATAA +AATAGATACTGATTTTATAATCTCTCCACTTTTCTTTTTGTATAAAATAAATACTATTAA +CCATGCTATAAGTAATAAAGTAATCATTTTTAATGGAATGCTATCAAGTGTCACTAATAT +ATTACTTTTAATTACACTTAACATACTTAGCTCAATTTCACCATGTGTAGATGATGTTCT +AAATAATATTTGATCTAGTGCTTCTTTAACTACATCCTTATTTAATACAATACTTGCAAT +AATCCATTTACTAGCCCAGGTTATACCATAACCTATAGCCCATAGTATTGAGATTCTTAC +TATCTCAAATATTCTTGATAAAATACTTTTATCTTCTTTACTTTTATTTATATCTAATAA +AATCCATATATTTAATGGTATTCCAATAGTAATTATTGGTGTAGTTAATAAATCAAAAAA +GCTTGTCACACAACCTATTATAAAAAATATATATTTTAGATAATTATTTTTATTTATATA +TTCATGTAAAGTTAATACAATTATACAACTTATAAACATAATATAAAACATACTCGAAAA +TTGAATCGACATAGGTACTATAATAAACATTGATGACATCATCGTCATAAAAAAACTTAA +CATAACACCTGTTCCAATCTTATGTTTTAATAAGTAACTTACAATTAAAAATAATCCAAA +CAGTATGCACATATTTAAAAATCTTATTTGAGTATAGTTAAAAAAAGCTAATAACGGTCT +TAAAATAGTTAAGTAACCATGCCAGTATCTACTATAACTACTTACTCTTCCACCTTCTTG +ATTCTCAACGGCTTCACTTAGGTTTTCAATATTATCCTCAGCATCCATATTAGTATATAT +ATTTGATAAAGATGAATTTATAACATCTTTGCCATTTGGAGTAAATGCCAAATTAAGCAT +CCATGAATCTGTAAAGTTATCTAGTTGAGCAGATTTTGAACCAAAAAATAATTTTGGATA +AACCCCCTCTTGTTTAAGTTGTGCTACAGAATCTTTTACATTTGACTTTATATTATTATT +CGGAATAGAATATGCTGCAAATATAGATGCTAAAAATATACTAATCAAAATAATATATAT +TTTTAGTATATTAAAACCTGATTTTATATAGTTATGAGTTTTTTTTCTTTTTACACTAAG +CATCTATTTACTACTTTCACTTTCCATCATATTAATTGCAATTTCATAAAATTGGTCTGA +ATGCTTTTTAACTGTGTCCAGTATAAGACCACAAGCTAATGATAATAATGATGTTATTAA +TAAACCTACTGCAACTATAAGAGTTGGGAACTTTGCAACTAATCCAGTTCTAAAATACGC +TGTTAACACAGGTATGAACATCACTCCAGATAATAATAACACTAATGTAGATATTATTCC +AAAGAAAGAAAGTGGCTTATAATCCTTAAATAGCTTTAATATCGTTCTTAAAACTCTAAA +TCCATCAGAAAATGTATTTAATTTAGATTCACTACCTTCTGGTCTATCTCTATAAGCTAT +AGGTATTTCTCTTATAAGGAATCCTTTATCTAATGCATGTATACTCATTTCTGTTTCGAT +CTCAAATCCCTTAGATAAAACAGGGAATGATTTTACGAATCTTTTATTAAAAGCTCTACA +ACCAGTCATTATATCCTTAACATCACTCTTAAACATACTATTTATTAACCCCCTAACCAT +CTTGTTTCCAAAATTATGGAATGGTCTTTTATTCTCTTCAAAATATGTACTAGATAATCT +ATCTCCTATTGCCATATCAGCCTTACCTTCTAGTACAAACTTTGCCACTTCATAAGAATC +TGCTGCTGGATACGTATCATCTCCATCAACCATTATGTAGCAATCTGCATCAATATCTCT +AAACATACTTCTTACAACATTACCTTTTCCTTGGCGATACTCTGGAACAACTATTGCACC +AGCTTCTTTTGCGATTTTAGCTGTATTATCTTTTGAATTATTATCATATACATAAATTTT +TGCCTCTGGTATTACATTTTTAAAGTCTTCAACAACAGACTTTATTGTTAATTCTTCATT +ATAACACGGTATTAGAACTGCTATTTTACTCATTTATTCCCCTCCAAAATTAATGACTAT +CTTATAGTGTGTATTTTAATTTTATCCTTTTTATATCAATAGAATATGATAAGAATGCTA +ACATAGAAAATATACCTATAGATAAATTTCTATAAGTAAACCAAAAATGAATTCCTGAAT +GGTTAAGTGTCAAACAATACCATATAATTGGTATAATTCCAATACATAACACTGGTAAAA +CTTTTGATATTTCTTTAATACTTTTAGAAAATAAAATTGCTAGTATAACATAGCAAATAA +CTAACAACATAAAAATATATATACTAGTATTATTAAATACCATATCAAAATTATTTTTTA +ATACACTCAATATATTAAAATATTCTCCTTCCCCCATTTCAGAAGAGGTTCTCATTGCAA +CTCTTCCAACTGCTTCTAAAAATAAATTTTCACCTGTTATTAAACTACCAAAAATCCACT +TACTAATCCAAATAGCTATATATCCTACTCCCCACGAAAAACAATTCTTAATTATATCTC +TAGTATTAATTATAAATGTCTTGTTATTATCTTGGGTAATAAACATATATGTTACAAGCG +GAAAACCCAAAGTTATTAATGGAGCTGTTAAAAAATCTAAAAAACTTGTCACTCCTCCTA +TAATAAAAAATAAACATGTATCCAACTTTTTGTTATATATGTACCTATATCTTAATAATA +TAAATATCATACCTATTAACATTACATAAAACATACTTGAAAATTGCAATGACATAGGAA +TGATTATAAACATAGACATCATCATAGAGAAAAAGAAACTTATCATAATGCCTAAACCTA +ATTCCTTTTTTAAAAGTATATTTACAACTAAAAATAACATAAATAAAGCACATATATTTA +AAAACCTAATTTCAGTATAATTAAAGAATACTAATAATGGCCTTAATATTCCTAAGTATC +CATGCCAATACCTACTATATGTAGTTTCTTCAGAATTATCTTTATCTTTAATTGCCGTCT +TTAAATCATCAACACGTAAATTCTCTCCAGATTCTTTTGCTAATCTATATGGATTTTTCA +TCGAAGATCTTATCGGTCTATTATTATCTGCATGAGCTGCTATATTAAGCATTATAGAAT +CTGTATAATTATCCAGCCTAGCTGCTATTGTATTAAAGAATACAGATGGATAAACACCTT +CTATTTCTAATTGTTGAACAGATTCTTCCACATGCCATTTTATTCTTCTATTTGGTATAG +AGTATACTAAAGACATGATTATCAAAAATACTGAAATCAGTATAAGATACACCTTTGATA +TTTTTCTTAATGCATTCATCAAACTCACCCCCATTTCTAAACAAATCTATTCCATAACCT +TAGTTATGTTCTTTTTAAATATAAATAATTTACTAAACAAAAAGTTTAGTATAATTACAA +CCACATTAGTTACTAACTTGACGATAAAATCATCAATCAATAATAAATTAATCATTACAA +ACATAATGATCATCTCAATTACACCTGAAACAATTCTACAACTTATAAACGCTCCAAATT +CTTTAACTATAAACCTAATATCTCTCTTAGTGCTTTCAAATACAAAGAATTTATTAGTTA +TATAAGCAAATATTACCGCTGTGATCCAAGCAATCCAGTTAGATAATAAAAATCCGAGAT +TTAAAGTTCTAGTTGCAAATAAATATGTTACTATATTTACAATAGTCGATAATACCCCAA +AAACTAAATATAATATAGTTTCCCTATATTTTATTAATCCCAATTATAATTCAACCTACT +TTCTCATATTTTTTATTTTTATTTTTCTTCCTTTAAATAATATATAATTCCAAGCTGAAG +TTATAGCAACTACTGAAAAGAATACAATTAAAAAGTACTTAAATAGATTTTTAGTAGTAT +TTTCAGGATTTTCTTCTTCCTCTTTCTCCGATAATGTATTCACTATATTATTTGAAAATT +CATGCTCACTAAGCTTTAACTTATACGCATTCTCTATATATTCGTATAACGAATTCAAAT +CACTACCTTTTAATGACAATTCTGATTTAGTTATTCCAAGGTGTTCTTCTATAAGATTCA +ATGCAATTTCTAAATATACTTCTTTCTGTTCTTCCTTTTCAATTTCTTTTACAGCCTTAT +ACTCTAAAGGATTTTTATTTTTGTCTATAGTACTAGCATATGACAAATTAGGCATTGTAA +TTATAAATATAGTAAGAATACTTGCTATTTTCATCAAAATATTTTTTTTCATATCATAAA +ACCCTCTCTATTATATTTCTAAAATTATTTTATATTGTTAAGTTTCTTCATTTCCTCCCA +ATTTTTAAACGAGTAATAAAATATTAAAATTAAGGCTGGATTTGTATTAACATCTAATAG +TATCGTCTCTGCAAAACTATAAATAAGAATTGATACCATAAATACTATTTCTGCTATTTT +TTCTTCTTTTACAAGTTGTCGTATCGATAAAGATATCATTTTTATAAATATAATAAAAAT +TATTACTCCTCCAACATAAAGTCCAAATACATACCCACTATCTAATGGAAGCCTTTCTGA +AAATACAATATCTCTAATGTTATTATCATGACCTTGTAAGTTTAATCCATATTTCCAATG +AGTTAGATACATATCCCAGTACTTTGGTCTATCAGATAAAAACTTATTTATTACCCAATT +ATTACCAAGCAGGAATGCTAACCCTACACTTAGTAAAGTAAATAATTGTGGAATATATTC +TAAAAATTTTAAAGATATGCTCTTTTTTTCTAAAAATTTTATCATTATAATAAACATAAA +AATTAATATTACTGTTAATAATCCCGTTCTTGTTTTTGTTTCTGAATACACTATTAAAGG +GAATATAAATAATACAGCTGTACCTAATCCTTTACATAAATCTAGTTTAAGTTCATAATT +ATCTAATTTTTTATCACTGTCATTGTATTCCTTTGATTTTAAGCATAAATATAAAAATGA +TGACCATACCATAAAAAATGAAATAAATGCCGTATTAGGATTTTTAAATCCTAAATCACT +TCTTATCCCCATATAATCTATTGCTATTAGTCCCTTATCTCCTAATATAATCATAGTTAG +GAAATATGATATACTAACTAAAAAATAACATTTCATTATTTTTCCAAACTCAACTTGACC +TAAAGCTATAGAAAAAATATATGCTAGTAAAAATAAGGTATTTCCAGTAATTAAAAATTG +AATAATAAAAATTGAACCTATAAACACTTCAATTTTATATACTTGCTTACTTAATAGTTT +TATTCCTAATAAAAGAACCGCACATGCTAATGCTCCTAATAAAAACATCTTAGGTATTGG +GCTATGTGCGCCTTTTAGAATAATATCTATATAGTATTTTGATATCAAGAAAAAAACACA +TATATATGCTAAAATTTCTTTTAAATAAGCATTATTATCTATTTTTTTTTCACGTATAGC +GTCCAAATACTTCACTCCTTTTCGACAATTTACTTTTGACTTTAATTTTACCATAATTCA +ATTAAAATATAAACTTATTGATCTAAATATAAAAAAATAAAAGGGTTATCTCTAAAATTA +TAAAAATAAATTATTTTGAGATAACCCTTTTATTTAATTATTTTATTAATGCTCCAGAAC +TATCAAAATTATAAGTCTTATTCCCTATTTTAATTTTTCCAGTTACCATTTCACCATTAT +CTTTTAGATAATATCTTTTTCCATTTAGATCTAGCCATCCCTTTACCATTGATCCATCAG +ACTTTAAATAGTACCACTTTTCATCTATTTTTTCCCAGCCTACTGCCATCACTCCGCTTT +TTCTTAAGTAATACCACTTTCCATTTAATTTTTCCCAACCTGTTGCCATTTCTCCATTAG +ACTTCAAATAATACCATTTTCCATCTACATTCTCCCAACCTATTGCCATTACTCCGCTTT +TTCTTAAGTAATACCACTTTCCATTTAATTTTTCCCAACCTGTTGTCATTTCTCCATCAG +GCTTCAAGTAATACCATTTTCCATCTACCCTTTCCCAGCCTATTGCCATTTCTCCATTAG +ACTTTAAGTAATACCACTTTCCATCTATTCTTTCCCAACCTTTTACCATAACTCCACTCG +GTCTTAGATAATACCATTTTCCATCTACTTTTTCCCAACCTGTTTGCATTATTCCATCTC +TATCAAAATAATACCAATTTCCATCGAAATATTTTAACCAACCAGTTTGCATAACTCCAT +TATGATCATAATAGTATTTATTTCCGTCTTGCTCTTCCCATCTTCCAAAATTCTCTTGTA +TAGTTATATATATACCTTCTGCAACTGCATTTCCCATTGACTCAATCTTTGCAGGCGTAT +TTACAGCTTCTATATCTTTTGCATTATCTAAATAGGCATGTTCAACTATTACAGCAGGCA +TCTTAGTCATCCTAATAACCCCATAATAATCAACAGTTTCACCTTTATCATTTACATACG +ATCTACTCCATACAGGATTATATTTTTTTAAGTTTTGAATTGTGTTATCCTTTATACTAT +TAGCAATGTTTGTAGCTAGTATTTTGCTTAATCCGCCTTTTATAGAGTGGATAACGTGAG +CTCCATCTCCTCCCCCAGAATCATTATGTAAACTTATGAATAATTCTGCTCCTAGTTCAT +TTGCAATAGCAGCTCTTTCTGATAACTCTAACTTCTTATTTAATGCAAGATCCTCATCTC +TTGTCATTATTACATTTATACCGTATGACTCTAATTTACGTTTTACAGCCTTTGCGATAT +CGAGGTTTAATTTCTTCTCAATTAATCCATTTCCAGAAGTGCCTGAGTCCTTTCCCCCAT +GTCCTGGATCTAAAACAATAGTAAATTCCTCAGATCTACTTAATTTTAAGGGATATGACT +CTCTTATTTCCTTTAATCTTTCTTGAACTTCCATTTTCATCTCATTAGTATACTCATCGC +AAGTTTCTTCATCATAATTACTATATGCGAATGACCGACTATAGCTTCCAGATATCATCG +GCAATAATAACAATGACAATAATGCAAATTTCTTAAAAAACTTTCCCATTCTTCTCCTCC +AATATTTTTTTCAAAAAACCAATAAAATTTTTATCATTTTACATAATAAGTATATATAAT +TTTATCGTATATTGTCAATTTATTTGATAATTCATAAGTATAATAATTAAACATCAGTAA +TTTTATCAAATAATAAAAAAATCCCCTAAAGGTTCTAGTGTTGCATTAATGTAAAATTTA +ATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGA +AATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_18 +TGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTTGCA +CTTATATTGACAATCTATCATAAACAAAAGCAAAACACCTTACGATTCTAAGGCTGACTT +AGTTATTAATGAATCAATTGGTAAGGTTTTAGATGAAGTAATAAAGTTTCTATAAAATTT +CAATTTAAAAGGAGCTTTCTTAAAAATAATTGATTTTTAAGAAAGCTCCTTTATATTATT +TGTATGTAGCTTTAATTTAAATTTCTTTACAGCTTAAAAATTTTGTATATCTACTTTTTT +ATATTTTCATATTCTTCTCTATATACCTTAACAGCTTCTGTCCAAGCTTCTTCTTCGCTT +ATACCTTTTTCTCTAGCTATGCTTTGAACTACTTCGCTTAATTTTATAGCTGATTCTATT +ATACTCATAAAAACCTACACCTTTCTACTGATGTATTCACATTTAAATACTGCAAAACTA +TACTCTCTTTTTATATTACTATTCCCAATAACTCCTAAGGATAATAATATTCCCTACGGT +TTCTTTATTTTTATTTATTTTATGACAAAATTAATATCTATATACATACATTTTATTTAT +TTTGAGATAATTATTATAAATTAAATATATTTACTTATCATGATAGGTATAGGGCCTATA +CATATAAAAAAGTAGAAAAGTATACTGGTACCCAATTACTATTATCTAAATTCATAGTAT +AAAATATATTATAACTGATTATCCAAATATATAATTAATATTAAGTAAGGGGTAGTCACG +AAACGTAACTATCCCACCTTTATTTATATTCTAAAACTTTACTCTTCCAGTAGGTTTTCT +TAATCTACAAAGAGAACTTCTTCTACTTGCCATATATTCTAAATAATTTAAGAAAATATC +AGCTTCTTCCATTGTATTATAAAGACCAATGCTTGCTCTTATCATTCCATAATAATATTC +CCCTGAAACTATATCTCTATAAGCATCGCAATCACTTACGCCTAATAATCTATATACATA +AGGATGTGCACAGAACTTACCACATCTCAAAGAGATTCCTTTTTCAGTAGCCATTTTTAT +GGATACCTCTTCGTAATTTCTATCTTTTATGTTAAAAGATATTACTCCTAATCTATCATC +TGTATAATTTGTATCTCCGTACAAAATTAAGTTATTTATATTCTTCATGTTATTTATCAA +ATAATTTTTAAGATTTACTTCATGATCTTGTATATTTTCAAAACCAATATTCTGTAGGTC +ATTTAAAGCTTGCGCCATTGCTATTACCCCAAAGAAGTTCTGAGTTCCAGCCTCATATCT +CTCCGGTATCCCCGACCAAATCACATTATCATCAAATACACCTGCTACACACCCACCTCC +AGCTAGGAAAGGATCATACTCATTTAAATACTCTTTCTTTCCAATCACTGCACCACTTCC +AAAAGGAGCATAAGCCTTATGAGCTGAAAAAGTAAGAAAATCTATCTCTTCTTCCTTACA +ACTTCCATTCATATCAACCTTAGTGTGAGCTATTAATTGAGCTCCATCTACAATTATTAA +AGCATTGTATTTATGCGCAAGTCTAGCTATATCGTGTATTGGAGTAACATATCCAGTTAC +GTTTGATGCACCCGTTACGGTCACAATTTTAATTTTGCCATTTGCTTTTATTAGCTCTTT +TTCTATATCATCTATATTTATTCTACCTAACTCATCTACATCAACATAAACCATTCTTCC +TACATTTCTAAACGGTAAATCATTAGCGTGATGCTCCATTCTAGTTGTAAGAATCATATC +ATTTTTATCTTTTATCAATACTTTCGCTAATAAATTTAAACCTTCTGTATCTGATTTTGT +GTATATTACAGTATGACTATTCACACTTCCAAGTCCAAAGAAATTAAGTATAATCGCTCT +AGCTTGACCAAACATCATAGTGCAATATTCACCTTTAAATCCTACTCCTCTAGCAATAGG +ACCATAATTTTTTATATTATCTGAAATTATTTTTGTTACACTTTTTAAAGGTGGTGTTGT +AGCTCCATTATCAAAGTTAATTGGAGTTATGTAAGTACCGTCTGATAACTTAATTTGATC +ATCTATCCCATCATATAAATACCTATAGTTCATAGAATCCCCTCCTATCATCTATAATGT +ATTTATATTCCTAAAATCTGAAATCATTCTAATTTATATTTATTCTATAAGCTTAAAATA +CTTTAAATCTACTATCTCATCTTCATTATAATAAGGTTCTGTATTATTAAAGTATTGATT +TCTTAACATTCTTACTACAAAAGTCCCTTTACTAGATGAATAGACTATACACTCTTGTCC +ATAACTCTTATTTACTAAAACTCTTTCTTCAACTGCATCTGAAGGTAATACTTGGCTTAT +TAAATACATCGCTGTTTCCTTTTGTATAGTTATATCATTTAAATAACTATCATAAGAATA +TGGATATAAAATTTGTCCATATTTTTTATCACCTACTATTTGTCTTGCAACCATACCTTC +ATAATGTTCAAAAGTATTAAAAGTAGACTCTACATAGTACTCATTAGGTTCAATAATTTT +ATACTCTAGTATATCTTTATTTGTATTTTGATATAAGTCTAAAATTTCTTGCCCACTAAG +AACTACATCTGGGTCATTTATATATTCTCCATAGCTATCATTTTTATTATAATTTTCATA +GTAATCATTTTCACTATTAAAAGTTTCTTCATTTCCATAATTGGGATCTTCGTATTTACC +TGCATCTAATACTCCGGATTTTATTACCATACCTGTTACAATTGTTAAGAATATAAATAA +AGAAAAATAAGTACTTCTAAGTTTTTTCTTGGCTTATTAACAATATTATTTATCAATAAG +CATCTTTTACTAAATATTCCATATACTACTTCTACTTTATCCATTTCGCAAATATTAAAA +AGTTGATTTACGCTAAACTTCTTTTCAGTTTTATTTTCGTAATCTGTCACAACAATACTA +TATGTATGATTTCCTTCTCTACTATTCTCAACAACTGATGTACATATTCCCGTAGTTTTT +GTATAAAGGCTAAATAAACATTCTACTATTGAAGCTATATTCATTATTAAAATATATCCC +ATAAAAAGTCTTATTGGTAATACATCTGGAACAATAAAAATTATCGCGATAATAATTGTC +GGTATATATTCGAGTATGTGCATATATCTATGCTTTGAATTTACTTTTACATATCCATTA +AACTTACGCTTTCTTCTCCATCTATGAGTATCCTCGTGGGTATCTTCGCTATTTATCTGT +TTATACCATTGCATTTGCCTATTATACATATAAGACATAAAATATCCCTTTTTTGTATAA +TAAATTAGCACACTATCTATTGTTAAAAATATAGTTGTATAAAAAATATCTTCATCCTTA +GAAGCTATGATTATGTAAGTTCCTATAATAATAGTTAATACTACTAATACCTTATATACA +ATTAACTTTTGATTAATTTTATTTTCTATATTATCATCTTCATATGTAATTATTTCATCA +ATATTTGATTTTGTAATGTAGAAAAACATAGCAAAAAATATAATAAAAAATAATGTACTC +CCTTTACCTATTTCTGTTGTATAGTTCATTTTTTCAAATATTTGTGTTGCAAAATTATTA +CTTCCCAATAATCCTAGTTGTACTGATTTGTCTAAGATTACTACAAGAAGTGTTACATAT +ATAACATATAACATTCCTAGACCAGAACGAAATTTTTCTTTCATGTTATCTTCTCCCTAT +TCTTTATTTTATCTTTTTTATTAATTTATAGCAAATATATGGTAGAAATGATTTAGTTAC +TAATTGATTTCTAATTTTTATGCTTTTTAGTCTTTATTTTTGTCTTACGATTATTTAGTT +CATATTTAATTCTAAACATAAAAAATAGCAGTAAATCATTACCACTATTTTTTATAATTT +CTCTGTGTAAATATCTTTTATTTCTAATACTAATTTTTAAATAATTCTAATACCGTACAA +TTATATCCCCCGTAATTATCTATTACCACACTTTGTATCTCTAAATTAAATATATAATTT +AGAAATTAATATAATATAAAACCACTAACAAACCTTTTCCCAATACTTACTTTAACATAT +TCAGCAATAAATTCAATATTTTTTTGCAAAACATGTCATTAAATGTGCAAACTTGGACTT +TTTTATATTTTTTATCTCATTATTACATCTTAACCATTACTTAACTTCATATTAACAACA +TACTTACGCTCTAGTGATAAGATTTATTTCGTAAGTTACTTTTATCTGAGATTAGAATAA +AGATAAAATCATACTTATATATTTTTTAGGGAATAATAAATTAAAACAATAACTGTCTAG +GGGGATGAAAAATGAAAGTACCAAATAAAATTATTAGTAGTATTTTAGCCATAGGAATAA +TTACTTCAACATCTTTAGCCTATCAATCGACTAACGTAAGTAAAACTTCACAAGAATCTA +TTGGAACTTCTGAAACAACAGAAATATCTAAAGAACAAAGTAAAACACCACAACAAGTAA +ATATTCATATGGGAGATGATGCATCTACCCAAGTAAATATCTCTTATACAACTATAGCTG +GTGAATTAGAAACTAAGGTTGAATTAAATAAGGTTGGATATAGCAAGAAGATAATAGTAA +AAGGTGAAAATACTATAGGTAATGCTGATAAATATTTCCATAGTATTACTGTAAATAATC +TAGAACCTAATACAAAGTATGAATATACAGTTGGTTCGGGATATAACACATATAGTGGTA +GCTTCAAAACAGCTCCAGCAAAAGGAAGTAAGGATAGTTTTAAATTTGCATTCTTAGCTG +ATACTCAAGTTTCAAATGAAACTAATGCTAAGGCTGCAGGATCAACGTTTGCTCAGTTAA +GTAAAGATCTAGACTTCCTTTATCTTGCTGGAGATATAACTGATAAAGCTACTAACGAAA +CTCAATGGGAATTAATATTCAATAATGGAGGTGCCTTTCCTACTGCTGGACAAAATTTAC +TAGGAAATATATTAATAAGTGCTGTACAAGGAAACCATGATAACAACACTTTAACTAGAC +ATATTAATGCACCAGCAAAATCTGGGAATATAGTTTATTCATATGATTATGGTCCAGCTA +CGTTTATAATGCTTAACTTAGAAGCAGCTAGATATGATGTTGATGCAAGAGCTGAACAAA +AAGAATACTTAACTAACGCTGTTAAAGAAGCTAAAGAAAGAGGTCAATGGACTTTTATAG +GATTTCATAAATCTTTATATACAGGAGCATCTCATATAACGGATTCAGATGTTATTGAAG +CTAGACAATACTGGGCTCCAACTTTTTCAGCACTAGATGTTGATGTCGTAATGCAAGGTC +ATGACCATGTGTATTCAAGGGGATTTGTAACTTCTGATGGATATAATGCTAACCCTACAT +CTAATGCAGATGGTTCTATTATAAATCCAAAAAATGCTCCACTATACATGGTAGGGGGAC +ACGCTGGTTGTTTAAAGTGGTACTCTAAAAAGAACTACTTAGTTGGAACTGGTGATCCAC +TTGCTCCAGGATACTCTTTCTTAGATGTAAACTCTACCGATACAGGAAGTGATGTAAAAA +AAGAACAAGTAATAGTTGAATTTGAAGTTTCTGAAAATGATTTAAGTGTAAATACTTATA +TGATGAAATACGATACTGAAACTGATTCTATTACAACAGATAAATATTTATATGACTCTT +TCTCTGTAACAAAAAGCGTAGCAGAAGTTGAAAATGACTACCAAGCTAGCTTAGGTGATG +TAAGTAATATAGAAGGTAAAAAAGGTACTGAGTTTAAGGTTCCTATGTATTTAAATAACT +TACCTAGCGATACTGAAATAAGAAGTTCTGAGATTGTATTTAATATCCCTAATGATTTAG +ATGTTAAGGATGTTAAGTTAAATAATAAAGTAATAAAAGCTGATAACTGGGATTGGAATG +TAAAAGATGGTAAGTTAAGAGTTGCTCTTGTAAACTTAGATGGCTCTCCAATATTCACTA +ATAATGTATCTTCAGATAAAAATATAGTTAACTTAACTCTAACTTTAAAAGAAGATAAGA +ATTAAGGAGATAAAACTAAGATATCTATGTCTCAGTTCACATTTAGAGGAAATGAAGATA +TTAATGTTGATTATGATACTTCTAAGGCTGTATGTAATATTAGCTTTGTTCAAAAACAAG +TTGGAAAGGCTTTCGAATGAGAGCTTTATGAATCTGAAGGAACTGAGGTAATACCTAAAA +ATATGAAAGCTGTCGCTGTGGAGTTCACTCAAGTTTCTGACACTACTAATTTTACATATA +AAGATATTGAATTCTTCTATAGCCTGAGTATACTAAAAATAATGGCAAGGTAACTTATGT +TTCTATAGTTCCATCTAATACCTCTTTAAAAGATTTATCAAATATATTAAATTATACTCT +AAATGATGCTAAATCTCAAAACAAATTAATATTTGGTGCTTTAAATAATGATGGAATTTA +TGCTCAAGATTAATTATCAGCAGTATCTGCTTGGTTAAGAAAATCAGATTTAAATGAGAA +GCAGATGTTAATCACTAACGCTAGTGCAGACGGCAAAATAAATACAAGAGATCAATAGAT +ATAGTTGATAACTATGTTTCAAGTAAAGAATTTAAGATACTGTCTAAATAATATAATTAA +GATGATATCTATGTAATAAAAATAAGGCAATAAACTTACTAAGTTAATTGCCTTATTTTA +AATATTTTAGTATCAATATGAAAGGTATAAGCATATGCAAAAAAATAATAACAAAATAAG +TTATCAAAAAAATAATATTATGTGGACTATTTTCATAATATCTTTTTTCATATTATTATA +TTTTCTTAATAGTTCATTAGAATTTAATAAACCAGAAGACGCACCTATCGGTGTTGTATA +TGAAAAAGCAGTGGTTACAAAAATCACTTCTGATACTTTAGCTCCCGACCCTGATTATCC +TTATATTAATATAGGAAAGCAGTACTTAGATGTCAAAATTACTAGTGGCGAAAATAAAGG +TAAAATAGTTTCTGTTATTAATTTTGTTGGTAGAACTGATAACAAGCCAGTTAAAGTAGG +AACAAGACTAGTAGTATCAAGCTATGATGATTTTATAAGCACAATAATAGTTAACTATAA +TCGTGAAATATCAATTTACATACTTCTATTTATATTTATATTTGTCGTTCTATTTTTAGG +AAAATCAAAGGGAGCAAAATCTTTATTTTCGCTAGTATTTACAATGATTTGTATTTTCTT +TATATTTATACCATTAATTATCAAAGGTATGAATCCTATCGTTTCGTCAATTATAATTGT +TATTTTATCAACTATGGTAACAATGATTTCATTAAATGGAGTTACTAAAAAAACTTTTGT +AGCAAGTTTAAGCTGTATTTTATGTACTATAGTTGCAGGACTCATTGCCTATATATTCGG +TAAGTTTAATAATATTTCCACTTTTAACACAGCAGAGCTTCAAGACTTATTGTTTGTATC +TACTAAAACATCTTTAAAGGTTAAAGACTTACTTTTTGCAGGAATTTTAATATCTTCACT +AGGTGCAATAATGGATACTACAATGTCTATCACATCTTCTATTTTTGAAATGAAAGATAT +AAATAATAACTTGAGTAAGTCACAACTGTTTATATCAGGAATGAATATAGGTAAAGATAT +TATGGGTACAATGACAAATACTTTAATATTAGCCTTCACTGGTAGTAGTATAAATATATT +AATAATTTACTTCATGTATAATATGCCTTATATTCAGTTGATAAATATAGATTTAATTGT +ACTTGAAATAGTTCAAGGTTTATCTGGTGGAATAGCTGTAATATTGTCTATACCTATAAC +AGCATTTGCTGCCTCTGAATTAATTGGATATAAAAAAACTGTTTAGATATATAGATAATT +TTAAATATTTTATGGGGGGATTACATAATGATAAATAAATTTAAAAGAATATTTGATAAA +AGCTTAGAATTTATAATAAACAAGAAAAAATTAATTACTTCTACTCTACTAATACTATTA +GTTCTAATTAGTAGCATAATAATCATAACCAATAATTCAGCTCCTGTTTTATCACTAAAA +TCACCTACTAACGAAATTACATATGACTATAAAGATGAAATTGTTATTCCAGTGACATTA +AATAAGCTACCTGATAATTACTATCCTGCTGCAAATGTGGCAGTATCTTTTAATAAAAAT +AAGCTTGAATTTGTTGGTATAAAAATAGGAACAATGGAAGCTTATGATGACTATGATAAA +AGCAAGAATGAAGAACCAAACTTTAAAATTCCTCAGTGGGTTTATAATACAGATGTTGCA +AATCAAGAAGGTGTAATAAAAGCAATGTACTTAGATACAACTGCTAGTAAAAATGCTTAT +TGTTTAGATGGATTTAAGAAGAAAGAAAAAGATACTCCATTTCAATTGGTTTTTAAGTTA +AAAGATTCGGTAATTTCTAATGATAAACTTGCATTAAATATCGAAGAAGCTACATTTGCT +ACTATATCAGGCAATGTTGACAAGAGTACTATATCTACTAAAGATAACTATGGAAAGCTA +AAGATTAAAAATACTGAAATAAAAATTAAATAATATATATAACAAGGTAGCCGATAAATA +GGCTACCTATCTTAATCTAGGATATTTTATCTGAAAGTAATTTTAAACACAAATATACTA +TAATTTTTTAACTTCTATCTATCAAACATTATTTCAATAACATAATAATATAAATTAAAT +GACTTTATCTTTACAATGTTGGACTAAACTTTCTATATAATTATAATATTTAGTATTCTA +AGTATTAAATTTACACATGTATACTAATTTATTATCTTTCAATGAAAATTTCAAATAAAA +AACCGTATCACTTACTTGTAATACGGTTGATTAATATTTATGTAGCTATAAATTATATAT +CTTCCTTTGTATGTCCATTAGAATTTTCTATTATTACTTCTTCATATTCTTGTATATCAT +CAGCATCTGTTATTATCGCTTCTTCTTTTATATCTTCGCTATAGTCTGTTATTATAGTAT +CGTCTTTTATATATTCACTATTATAATTTTTTATTTCGCTTATTATATAGTTTATTTTAT +TTATAAAATATCCTATTGCCCAGAATGATACTGCATAGAATAGGTATGGTATAGAAGCTC +CTACACAATAGCTTATTACACTTTGTAGTTCATCACTTATTACAAGACCTTGCGCAACAA +GACTTGATATGTATGTATATGAATTATACATTGTAAATATTGTGTATGCTCCCAAAAGAA +TAGATAGTACGTACATTATTATAGCTACTGGATTTTTACTTTTTTTATTGCTGTTTTTCA +TTGTTATTTTTCTCCTTTTGTATTTTTCTTATTTTTTATTTAAGATATATGGATATATGT +CTTATTTCTCAATATTTTCTATTATAATAAATTATCCTTAACTTAACCTTAAATAATGTA +CATAAAATGTATAAAAAATTGCCTTCTATAAGAAATAAGTTTATTTTAATAACTAATAAT +TATTTTATATAAAATATATTTTTTATTATAGACATAAATAGGCATGTTATTGTATTATTT +ATTTATAAACACCAAGAAACGACACATTTTTCTAGGTTATTAGGAATTGACACAATAATT +TGACATTTAGATATTAGACATAAATGGAGGAACTTTATAATTTGTTCCTCCTACCTTTAA +AAGTTCACAATACTACACCTTATTTAACTGGTATTTATAACCCCAATATAAGAACCATCT +AAAAAAGACTGTAACGAAAACAGTCTTTTTTTATTTTGTCTGTGTCAGATAATCTCATAA +GTTGTAACCGATAATAGCAAAATTAACACAAGGTTTTCTGAGTTGATTTTAGAATTAAAT +AATGGAAATGACTTTAAAACCTTTGATAGCTTTAATAAAGTCGAAGAATATATATTCAGT +ATAATTTATTAATAAACATCATTTTAATCGTATAAATTTATATCCTTAATTAAATTATAC +TAATGTAAATTGATATAATGAAACTATAGAACTTATGTAATATTGTACTTGAACTAAAAT +ATATGACTATAAATAAACTTTATATAAATTATTAAACCACCTTAAATAAAATCTTACTTT +AAGGTGGTTTCATAATTTATATAATTATTTTCTTATTATATACACCCTCAAGGCCTACAT +CTTTTACTCTCTTTCTAATCACATCTACATCAGTAGTATAAAAATCTTTCTCCTTCATCC +TATTAAAATAAATACTACCAGCAAAAGTAAATCTCTTCATATCTCCATCTTCCTTATGCA +TCTCTATATTAGAGTAAGCAATAAAATCACCTATCAATAAATTGGTAGGAAGTTGAAGTA +AATACATACCATCACAATATCTTGCAGCATTATGACCAGCTAAAGAACCTGTGCATATAG +CTTCTGTATGACCAACATAAAATCCACTTTTCTCTCCGGCTACAAATAAATTACTTATAC +CTTTAGCTCTCATATAATTATCTCTAGGAGCTACAGATAAATATCTTATAGAGTTACCCT +TACCTCCAGAATATGGATCAACAATAACTGCACCTTCAAATCCTGGAACCATTCTTAATT +TTTCTAGATTAAAGAATGGAGACATTAATTTTGCATGACCAGTATCTATAAGAACTATAT +TCTCTGCAAAAGCTGGAAGGGCATATTGTTGACATACCTTTATGTCTAATTTTTCTTCAT +TTCTTAATTCTTCTGGTAAGGGTACAACTGCACATCCTTTTTCATTTAATTCTCTTTGTA +TCTCTTCACTTAATGATTCTTTTAATAATTTCATTGAACCACTAAATGCACCATAATCTC +CATTATTTCTTCTTCCTATCATATCCTCAATACCACATCTAGAAGTAACACTTACTCTTC +CCCCAAAAGATGGGCATCTTAGTACACACATAGCGCATCCATTTCCATATTTAGTGCAGT +TTCCCATAGGGCCAGATGAACCTGTAGTTTCTACAAATGCATCTCCATATATTTTTTCGC +CATCTTCTAATTCTACTGCTCTTATTTTATTGCCATCTAATTCAACGTCAATAACCCTAT +TGAAGAATCTCACATCAATTCCCATGCCTCTAACTAAATCTCTGACTGGTCTTTCAATTT +TAGTTACATTATATATGCTTGCATGTTCATGTCCTGGGAAATCTATACCTTTATGCTTAG +TATACTTATCTGTAACCTCAAATAACTCTTTTCCTCCTAAAGCTATACATTCTTCTGTAG +CAGTATATCGCCCATTATTTCTCATTATTCCGCCTACATTACCTAATCCTAATAGTAAAT +CTGTTTTTTCTAATAAAATAACCTCACAACCAGCTTTTCTTGCACCTATTGCAGCAGCAC +AACCAGACCAGCCACCACCTATTACAACAACTGTAGCCATTAGTATCTCCCCCCTAAAAT +ATAAAATCAAAGAATGCCTAGTAAATTTCTACTGTTAATTTGAGCTTTACAAGACTTAAC +TCTTTCTCCATTTAAATTCACAGTACATGCTCCACAAATACCTTCTCCACAGCAAATCAA +ATTATTATTTGCTATGGCTAATGCAATATCCTTATTTATACTATCTACTAATTCTTTCAT +ATATTTATTAAAAGGATTATATCCACCACTATAAACAAGGCTTACATTATTTCGCTTTAT +ATAGTCTATGATAAAGTTTTTATCTTCTTCTATATCTATAATATGAATATTAACGCCTAG +ATTATTTAACTTTTCAGTAACTTCTTCTAATATTATTGAGTTTTTATTAATAAATACTTC +TACTGTATTTTTATTCTCTAGTAATTTTCTTACTACATTGATAGAATTCACTTGAGATAA +TCCGCTTAATCCAACTAAACAATTTGAGTTTTTAGTTTTACATATTTTATCCACCCCAAA +AATTCCATTAAAATAAGGACCCTTAACTATAACATCTTCAAAGTCTAATAAAGTTTTAGT +TTTTATTCCTACTTGCTTTATAACAACTTCAAGTATGCTATTTTCTGCGTCCACATTCAT +AACTGATATAGGTGTGTTAAAAATTGCACTTTCTCTATTTTTGCTTTTTAATAAAACGTA +AGCACCTGGGCTACATAAGTGTTTTACTAAATTCTTAGGTATCTTTATTTTAACTAAAAA +TAAATTTTCTGCTATTTCACTTTTCTCAAGTATATCGCAAGAATATTCTTTTCTCTCATT +TACTAATTTTTCGTTACTATGTTGTACCTCATTATAAACACATATCCCTTGCCATACACA +GTCACATGTTTTTTCTCCTCTTATCAAACTACATTTTATACAATCTCCTGTATATGCTAG +ATGACATGGACAATATTGGCTGCCACAATCAACACAGATCTTATTATTTCCCCTATACAA +ATTATCCACTTCCTTAAAATGATTTTTTCTATATACTACTAATTTATTAGATTTATTTTT +TTTTGTTACTTCAAAGGACTTTATATTCTATTATTTCTAAAAAAAAATATAATGTATATA +TAGGATTTTCATATATCAATTTAGAATACTATGAATATACATATATAAATACATACAATT +TTCTAATAGGAGATAGTGATAATATGGTTAATACTTTTCTTTTTTCTAAGGACCACTTAA +CTGTACTTTTTTTCTTTGCTTTGTTCTTGTACTTTTCTCCAAAACTGACTAAAAACTTAT +TACCTTACAGCTATATTGTAGAGAAAGTAATCTGCATACTTATGATTTTAGAAATAGTAT +TTGAACAAGCATTTATTATATCTGTTAAGGATTACTCTACACTTAGTTCATTACCTATTG +ATATTTGCAGATTTGCTGAATATATTTGTATTGCCATCCTATTTTTTAAACAATATCAAT +TATTTAATGTATATTTTTCTTGGAGTTTAGTTTGTTCAATAGGAGATTTAATTTTCTTTA +AATATGTACCTTACAATTTTCCTAACTTTCTTCATCTAGCCTATATATTTTCTAATGTAC +TTTTACTTTATGCTAATGTTTACATGGTACAAGTAAGAAAATTCAAACTTAATAAACATG +CGCTAATAGATAATTTATTAGCCTGTGGAATTTATTTTTCATTTATATTCCTTTTAAATA +AACTTATGGGAGCGCATTATGTTTACAGTTTTTCTAGCTACAATATTTTAAGCATATTAA +TTTTTGCCGGATTAACTACTTTAGTTTATATTCCTTATTATATTTTTAATAGAGATGAAT +CTAGTTTTAACTAGCTATCCAACTAAAACTATTCTTCACCCAAATATAAAACAAGCTATG +AATTAAGAATTTAAAATTCTACTTCATAGCTTGCACTTATCTTCTACTTTAATTTTTAAC +TAAAAATTGATAGATAGTCTTTTGTGTATATTTCTCACCTTTATTTAATATAGAGTCTTC +TATAAAGCACATATTTCTTCCTATTGGTGGTGCTTGTGTTTCAAAGCATATACCAAATCT +TTTCTTAGGCTTTTCTCCTGTATAAGCTTCAAGCACATCATCAGAGTTCATACTATATAT +TACAACAGCATCTTGATCCGTAGTTATTGACATAGCTCTTTTTGACTCTCTATCCTCTAT +ATATATGTTATTGCCATTATCTAATAAAAATACATGGTCATATCCGTTTCCCATTTTTAT +TTGCTCGTGTTCATCATCAATATCCTTACCTACACGTTTTATAGTTCTGAAATCAAATGG +TGTATTTTCAACATTAACAATTTTTCCCGTAGGAACACAAGTGTTATCTAATTCTAATAT +GTTATTACTATCAACCTTTAGATACTGCTCTGTTATAGGTCTTTTTATATTTCCACTTAT +ATTAAAGTAACTGTGGTTTGTCATATTTACTAAAGTAGTTTTATCACTTACAGCTTCGTA +AATTTCTTCTATTTTATAATCTTCATAGATTTTAAAAGATACCACTACATCTAAGTTTCC +TGGATAGTTTTCTTCATTATCATATGACTTTGATTTTAATTTTAAAGTTATATTTTCAGT +TTCTTCAATTACATCTACATCCCATATTTTATGACTGAAACCTATATCTCCACCATGACC +TTGATGTGGGTTATAGTTTTTATTTAAATTATATTCCTTTTCTTCAATGACTACCTTACC +ATCACATATTCTACCAGCCGTTCTACCTATAAGGCCTCCATAGTAAAATGGATTTTTTAT +ATAGTTTTCAATATCTTCATATCCTAAAACTACATTTTCTAAGTTACCATCTTTGTCTGG +CGTTATTATCTTTGTTATAACCCCTCCAAGATTAAGTATCTCAAATTCAAATCCATTTTC +TCCAGATACATTGTAAGATATTATCTCTTTATCATCTATAACTTTTAGGATATTCTTAGT +GTACTTCATAAGCTTCACCTATAAACTTTCTGTGTATGATTTTACATCATTCATATATTT +TCTCATTGCTTTCTTTCCATCTTCATTCCACTTAAAAACACCGCAGTGTTCTAGCACTTT +TGCAAATGCTGAACCTACCTCATCTTCTATTATAGTGTCTATATTATCTTCATTTAAATT +ATTATGTTTAGATTTAATCTCATTGAACCAATCTAAATGTATCTTTAATCTTTCATCTTC +TTCAACTTTACTAGCTTTGTTATCATCTAATAAACATTCTTTTATTTGAGCTAACTCATC +CTTTAGCCTTGCTGGTAATACTGCAAGTCCTAAAACCTCTATAATCCCTATATTTTCTTT +CTTTATATGATGAAGTTCTTTATGTGGATGAAAAATTCCATCTGGATGATTATCGTCACA +TCTATTATTTCTTAAAACTAAATCTAATTCATATTTATCATTTCTTTTTCTAGCAATTGG +AGTTATTGTATTATGAGGAGTGTCCCCACTATAAGCATAAACACCAACCTCTTCATTAGA +ATAACCTCTCCAATGATTTAATATCTTCTCAGCTAACTCACTAAGCTTATGTCTATCTTC +TCCACTTATTCTAACTACTGACAAGGGCCATTTTACAATAGATATTTTTATATCCTCATA +TCCCTTTATTTCAAACTTATATATATCCTCAGCTTTTGACATTGCAAACTCATATCTTCC +ACCTTGATAATGGTCATGAGTAAGTATAGAACCACCAACTATAGGTAAATCTGCATTTGA +ACCTATAAAGTAATGAGGGAACTTTTCAACAAACTCTAAATTTCTATCAAAAGTATTCTT +ATTAATAACCATAGGTTCATGCTTACTAGATAATACTATACAATGTTCATTATAATAAGA +ATATGGAGAATACTGAAGATTCCACTCTTCATCTTGTAAAGTAAATGGTATTATTCTTAA +ATTTTGTCTTGCAGGATGATTAACCCTACCAGCATATCCTACATTTTCTTTACACAATAA +ACACTTCGGATAAGAAGAACTCTTCATATTCTTAGCTGCTGCAATAGCCTTAGGATCTTT +CTCTGGCTTAGATAAATTTATAGTTATATCTATATCACCATACTCAGTAGTAGTCTTCCA +AGTAATATTTTGAGCAATTCTATCAGTACGAACATAATCGCAAGCCTTACTTAAATTATA +AAAATAATCAGTAGCACTTTTCTTATTGTCCTTATATCTACAATTAAACTCTCTTATCAC +CTCAGAAGGTCTTGGCATAAGTAGGCTCATTATCTTAGTATCTAACAAATCCCTATAAAC +AGGAGAATTATATTCTAATATTCCCTTTTCATAAGCGTAATCCAATATGTTATCCAATAT +AGGTGTAACATTTTCTAAGTTTTCATCTTCTACTTCTTCAAATATATATTCATCTAATTT +AAAAAGCTCTATAAGAGAATTTCTTATATAAGTCTTATCTTCTTTTTCAAATAAATTATG +CTTTAATCCATAATTAACAAGTCTTTCAAATTCTCTATATATATTAATCATTTTATTCTC +CCCCTATAAAATCCATCCTGATCAGTTTTATGAAATCCTAAGGTGAAGGGATGGAACTAT +AAATTTACGAATATTTGCATCGTTTCCTTGTCGCATGGAATCAAATTTATATTCCACCCC +CGAAGCTACCTATTTCAAAAAACCATCCGGATGATTTTGATGCCACTTCCAAGCAGATGA +TATCATAGCTTCTACATTTTCAAGTTTAGGTTCCCATCCTAATTCCGTTCTTGCTTTTTG +AGAAGCTGCAACAAGTTTAGCAGGATCACCAGCTCTTCTTTCGTATACTTTAGCTGGTAT +TGGATGTCCTGTCACCTTTCTAGCTGCTTCAATCATTTCTTTTACAGTAAATCCATTTCC +ACTTCCTAAGTTATAAATATTACTGTTAGAACCTTCTCTTAACTTATGAACTGCTAAAAT +ATGAGCATCAGCTAAATCAGTTACATGTATATAATCTCTTATACAAGTACCATCGTGAGT +ATCATAATCGTCACCAAATATTGATATAAACTCTCTCTTTCCTAATGGAACTTGAAGTAT +TAACGGTATTAAATGCGTTTCTGGATTATGGTCTTCACCTATTTCTCCACTTTCATGAGC +TCCAGCTACATTAAAGTATCTTAAAGATATATATTTAACTCCATGTGATACATCTGCCCA +TTTCATCATTTTTTCCATAGCTAATTTAGTTTCTCCATATGCATTAGTTGGATTTGTTAA +ATCACTCTCAATAATTGGTATGTTATTAGGCTCTCCATAAGTTGCTGCTGTTGAAGAGAA +TACTATCTTCTTAACATCATGCTTAATCATAACCTTTAAAAGCACCTCTGTACCATGAAC +ATTATTATTGTAATATTTTAGAGGATTACTCATACTTTCTCCAACTAAAGAATTTGCTGC +AAAATGTATTACCTCATCTATTTTATTTTCTGTAAATACATTATCTAGTTCTTCTTCATT +TCTTATATCTACTTTATAAAACTTAGCTTGTGGATGTATTGCATCCTCATGGCCAGTTTC +TAAATTATCAACTATTATGACTTCTTCATTTCTGTCTATAAGCTGTCTTACTGCATGACT +ACCTATATATCCTGCTCCACCGCACACTAGTATCATATAAATTCCCCCTATCTAACCTCT +ATATCAATTATTTTTCATATTTACTATGTTCTGACATTCCCTATATCTATTATATTTCTC +TTGTTCCATCCCCTATGTTTGCAACATAAAAATCTGCATCGTATCCAATTATTTCTTTGT +ATCCTTTACCTACAGTATTTATGAAATCTTCTTTCATATCTTTTTTTACTATAGAAACTG +TACATCCACCAAATCCTGCACCAGTCATTCTTGCTCCTACTGTAGCTTCATGTTTCCATG +CTAAATCTACTAATGTATCTAATTCTTTTCCTGTTACTTCATAATCATCTCTTAGAGATT +TATGAGAATCATTCATAAGTTTTCCAAAAGTTTCGATATCATTATTTTGTAAAGCTTTAA +CAGCCTTTAAAGTTCTTTGATTTTCATAAACTGCATGTTTAGCTCTTTTTGCTCTTATAT +CATTTTTTATAAGATATTTATTATTTTCAAATTCTTCTTCAGTAAGTTCACCTAAAGAAT +TTATATTTAGCTTAATTTGAAGTTCTGATAGTGCAGTTTCACACTCACTTCTTCTTTCAT +TGTATTTAGAGTCAGCTAGACCTCTTCTTTTATTTGTATTAGCTATTATTATAACTTCAT +CTTTTAAGTCAACTTTGCTGTATGAATAATCCAAAGTATTACAATCTAGCAGAATTGCGC +TATCTTCCTTTCCCATTCCTATAGCAAATTGATCCATTATACCACAATTAACACCTATAA +ATTTATTTTCTGATTCTTGACAATACTTAACTAACTCAACTCTATCTATATTGAAGTTAA +ATATTTTATCAACCATAACACCCATTAAAAGTTCTAATGATGCTGATGATGATAGCCCAG +CCCCATTTGGTATATTGCCAAATACAACCATATCAAATCCTTGCTTTACATCATATCCAT +GATTTAGTAATACACTTATAACACCCTTTGGATAATTAGCCCAATCATGTTTTTCTTCAT +TTTTTAAATCATCTATATCAAAAGTTATAATCCCTAAATCCTTAAAATTCTCAGAATACA +TTCTAACTGTTTTATCATCTCTTAAAGCTATTGCTCCATATGTACCAAAGCTTAATGCAC +AAGGAAATACATTCCCTCCGTTATAATCAGTATGTTCCCCTATTAAGTTTACTCTCCCTG +GCGAAAAAAATACTCTAATTCCCTCTCTATCACCATAAACTTTAGTAAACATTTCTATCA +TATTATTTTTCATTTTACCTCCCCTTTCCTTCTTTTGTTACCCTGATATAATAATAACAT +AGTAGATTTACGCAAACAATAACGTTTTCATATTTTTACTAAATTTTTTCATTTTTTACT +CTTTTTTTACTAACTATGAAAATACATTTTGCTTTTAGTATAAATCAAATAATAAAATTT +AAATTTTGTTACATTTTATATGCCCGATATAGTTCACATTTCCAACAATTTATTAACTAA +GTCCAACTCTTAATCTATTTATAAGCATCTTATACAAACTTTAAATCATACAATATATAA +ATATTTTGATACTCTCATATATTTATATTATTTTTACAAAAAGGATGTGTTAAACATGTG +TACTGCTCTTACTATAGCTACTAGTAATGGCTATCATCTCTTTGGGCGTTCATTAGATTC +CAGTCATAACTTTAATCTAACGGTTCACTTTATCCCAAGAAACTATATCTGGAAAAATGT +AATTACGAACAAGACTAATAATATCAAATACGCAATTTTAGGAATGGGAATTATATCAGA +TGGACATCCTCTAATAGCTGATGGTTTTAATGAAAAAGGATTAGCTTGTGCCGCTCTTAA +TTTTCCTGATTATACTTCTTATAACAAAGACTTAATAAATGGTAAAATTAATATAGGACC +TTATGATTTAATATTATGGATCTTAAGTAATTTTGAAAAAGTATCAGAAGTAAAAAATGC +TCTAAAAAATATTAATATTGTAAATATGCCGTTCTCCAAATCTACCCCCATCCCGCTAAT +CCATTGGTTAGTGTATGATAAAGATGACAATTGTATAGTAATAGAAAAAATAAAAGGTAA +ATTAAAAATTTACGATAATAAAATTGGAGTACTAACAAACTCCCCAACATTTGACTGGCA +AATTACTAATTTGAGGCAATATATAAATTTAACTTCTACTCAGCCTGAAGAAGTTATGTG +GCATAATCAACAACTTACACCCCTAAGTAATGGTATTGGATTAACAGGTTTCCCCGGTGA +CTTTTCTTCAGTATCAAGATTTATAAGAGCTGCTTACCTTAAAAGTCATGTAGATGTTGG +TGATGATGAAGTATCTGGAGTTACTACACTTTTCAAAGTTCTTGATAATACAGCTATGAT +TTACGGTTCGGTTATAACATCTAAAAACCTTAAATTTAAAACATTTTATAAATCATCGAT +GTGTCTAGAAAAAGGAATATACTATTATAATACATATAATAATAATCAAGTGACTGCTAT +TAGTATGTTTAATGAAGACTTGGATACTGCTAACATTAAAGTGTTCCCCTATAGAAATAC +TCAGTCTATATATTCTGAAAACTAACAATTTAATAATAAATAACTTGCGCATAATACATC +CGTTTTTTTATTTTCTTAATTCTTCTATATAACCTATAAAGTACTATACTTTTTATTGAT +CACTATAAATATTTTTTTGTATTTTCCATAAAATAATTTATAATATGTATTTTATTTTAC +AACAAAGGATGTGTTAAGCATGTGTACTGGTTTAACTCTAACTACTAATGATGGGTATCA +TTTATTTGGTAGATCTATGGATATTGAGTATTCTTTTAATCAATCTCCACTTTTTATACC +AAGAAACTTTACTTGGAATAATACAGTTACAAAAGATACAAATACAATTAAATATGCAAT +ATTAGGAATGGGAACTATGTTAGAAGGTCATCCTATGATAGCTGATGCCTTTAATGAGAA +AGGGCTAGCGTGCGCCGGATTAAACTTCCCTGGTTATGCTTCTTATGAAGAAAATATAAT +GGATGGTAAGACTAATATCGGACCTTATGATTTAATATTGTGGGTATTAAGTAATTTTGA +AAAAGTATCAGAAGTAAAAGAGGCCCTAGATAACCTTAACATTGTAAATATACCTTTTAC +TCAATCTACGCCACTTCCAACACTACATTGGATAGTATACGATAAAAACGACGACTGTAT +AGTAATAGAAAAAGTAAAAGGCAAATTAAATGTTTACGATAATAAAGTTGGAATCCTAAC +AAACTCTCCAACTTTTGATTGGCATATTACTAATTTAAGACAATATATGGGATTAACTTC +TACTCAACCTCCAGAAGCTACATGGCATAAACAAGAGCTTATACCATTAGGTCAAGGTCT +TGGATTGTGTGGGTTACCTGGAGATTTTTCTCCAGCTTCAAGATTCGTAAGAACTTCATA +CTTTAAAAGCCATATAGCGCTTAATAAAGATGAATTATCTGGAGTTACGGCATTTTTCCA +CATTCTAGCCAATGTCTCTATGATTGGAGGTTCTGTTGTAACACCTGCAAATCTTAATGA +TATAACATTATATAAATCATCTATGTGTTTAGAAAAAGGAACTTATTATTATAATACATA +CTATAATAATCAAATCACTGTTATTAATATGCATAACGAAGACTTAAATGCTACAGAGGT +TAAAGTATTCCCATATAGAGATGCTCAGTCTATATATTACGAAAATTAATTAATCATTTA +TATAATATAAAAACTGACGCCAATTGACGTCAGTTTTTATATTATATAGCTTTGGATTTA +ATATTACTTTTAGTTTTTTAACTTCCAAGTATATAAGCTCCAACTCCCATAAATAATGCT +CCGCCAATCATATTTCCAATTGTTACTACAACTAGATTATACACTGCACCAGCTAAAGTA +GCCCCTTGTACTAATGGTGATATTAAAGCTACTGTATAAATAGTCATATTCGTTATGCTA +TGCCCAAATCCGATAGTTATAAATGTAAATAAATATAAAAAATCATTATTAATTTAGCAC +TGTCATCACTAGTTCTAAAAGAACATAATACAGCTACACAAACTAATATATTACAAAGTA +TTCCTCTAAATATACGTTGCATAAATGGATCAGATGACTTTACTATAGATGTCGTTGCAA +AAAATTCCATTACTGGACCTTGACTTACTAATCCACTTCCTACAAATAAAACTGCAACTA +ATATTGATCCTAATAAATTACCTATATAACTATAAATCCATACCTTACACATATCTTTTG +AGCTTATTCCTTTATTCAAGCTTCCTTCAGTCATTACCATATTATTACCTGTAAATAATT +CTGTTCCAGTCATAATAACTAAACTTAATGCTACTACAAAGGATACTCCCATCATTATTT +TAACCATAGGAGAGTCTGAACTAGTTAAAGCTCCTCCTATTGTAAATATTAAAATAATGC +CTAATCCTACATATAACCCTCAAAAGCTGCCAATACTAAGTGTTTTACTTTACTATTATT +AAACATGTTAATTTTATTTTTCGCTGCGTTAGTTAATTTATCTAAAGTTTCCTTATGCAT +AATATATCCCCCTAATTTTAATTAATATCTTATACCACTCCAGTATATATTTTCACTAAC +CTTCGCTATATCATCTAATTCTACTCCATCCAAATCCCACTTTTTAAATTCCATAAATCC +TGTTCTGTCTACTATATAATCCATATGTTCTTTCCCTCCTAGAGCATTTAAATCTATATA +TTCAATAACATATTTATAAGTGTTAATTATTATTTTTATAATAGACTCTTCGCATGACCA +AAGTAAAAAGTCCTCTGCTAATCTTGGATTTTTCTTTCCTGTACTCCCCATAATAGCTAA +TATATGATATTTTTTAGAATCTCTAGTCCAGACACTAGTTGGACAATTTAGTATACATTC +TCCACATCTTATACATTTATAATGGGCTCTTACTATTTTATAGTTTTCCTTCTTTAAAGC +ACCCATAGATAGTACTTCACATTTTTCACACAAGCACCACATGAAACATATCTATTCTTA +TTCAATTATCTATTATCAATATCTATCTCATCATATAGTTTTAAATTTATATTTATTATA +TTGTTCTGAAAATAAAGCGCCTATTCCTCCACCCATAGAGTGAGCAAATAAAAACAATTT +ATTATTATTTAATTTAGGCACCACGATAGTATCTAAAAAATCTCTTAAGTCTTCAACATA +ATAATCAAATTTTTCTACATTAACTTGATTCTTGTCTACTCCGAGCCTCCCTGATTTTCC +ATGACCTCTGTGATCTAATGCATAGACAGAGAAACCATTTTTATTAAATATGCTAATAAT +TTCACTATACTTTTCTACAGATTCACAAAATCCATGTGATATTACTATAGTAGCAATACT +ATTTTTAACCTCATAACTTTTATAATATATATGTAATTCATTCTTTCCTTTAAAAAAAAC +ATCTATGTATATTAAATCATTTATTGTATTATTCATTTTTTACCTCATTCTTATAACAAG +ACTTTCTTTAATCTAATTTTACTTTTACATCTTTTGTACTATCTCTTATTACAAGCTCAC +TTGGTATTATGACTTTTTTACTATATTTTCTATGTTTATTTATTCTTTCCATAATTAAAT +CTACTGAAGCACTAGCTAAATGCTCGATATGTACCCTTACAGTCGTAAGAGGTGGTATAG +TATGTTGAGATGCAATTAAATCATTAAATCCTATTATACTAATATCATTAGGAACATTTA +TGTTATTTTCATACAAGGCTTTAAGCACTCCAGTTGCAATAGTGTCTGTACCTACAAAAA +ATGCACTTGGCATATTTTCATTATTTTTTATAAAATCTTTTGTAGCTTTATAACCATCCA +TAGCTGTCATTTCTTTAATATCTAAAATATACTCTTTCTTATATAATCCTTTTGATTTCA +TATGCTCCATAAAAAATTTTAATCGATTATCCTGAGTTTTCTCTCTATAATCATCTGGAG +TTTTCGAACTCCCAATATATCCAATTTCCACATGACCAAGCTGAATCAAATGATCCAAAG +CTTTATATGTACCTAATCTAAAATTGACTTTAACCGAATCATATTTTTGTTCATCTGGAG +ATGAGTCTAAAAATACTATATTATCACAGGATTCATTCAACATAGATATCTCATTTTTAG +TAAATTTTCCTATTGCAATTATTCCACTTAAAACTTCATTTCCTATATATTTATACTTAT +CTTCAGTTTTATATAAATTTACTACTTCAATTCCATTATCAAAGCATTCTTTTTCTACTA +CACTTCGAAGTAATAAGTAATAAGGATCTTGTAATTGCTCACTATAATTATACATTTCAA +CAATTCCAACTCTTCGTTTATTCGTTTTAATTTTGCTATGAGTTTTTCTTTGTTTTAATG +TTTTATATTGCATTTCTTCTGCAACTTCAAATATTTTTATTTTTGTATCATCTCCAACAC +TTATACTGCTATCATTGTTTAAAACTCTAGACACAGTACCCACTGATACCCCTACAGCAT +TGGCAATTTCCTTTAAAGTAGCCATTGAATTACCTCCTTTTGAATTGAATTAACTAGTAT +TTATAGATTCACTTTTAATAAAATCTAAATTTTTATTTCTTAAATAAAATTTTAGATTAA +CTACTGTTTTATTATATTTAATTTTTACTTATTCCTTTATTCAATGCTCTTAACATTTGA +AAACCTTGATTTTCTAATTAATTTCATAGTAACACATAGGATTTTTCTTTACAATAATGA +TTCCTTAATTTTACTTATTTTTACTATTTTTTACTAATCAAATAAATATTCTTACAATAA +AAAAGATTATGTTAATGATATTTAATCACATTAACATAATCCTTCACATTTTTAATTTAC +TTATCTATAATCACAAACTTCTTTGCTATTCTTTTAATATTTTGTAAAGATTCAATCATG +ATTTTTCTTTCATCTACGCTTAGCATCATAAATTTAGATTCTAAAATAGAAGATATCTGC +TTCATTTCATCATTGATTATTTTTTCGCCAATTTCTGTTATTCCATAGAAAGTATTTCTT +CTATCTCTCCTATCTTCTTCTCTATAAACATAGTTTTGATCAACTAATTTATTAAGTAAT +ATACATAAACTAGATGTAGATACATTAAGCTCTTTACTTAGATTCTTAAGCTCCATCTTT +TTGCAATTATATATTTTTAATAAAACAAAAAATTGTCTTTCTGTAAGAATCTTATTTATA +GTAGCTCTTTCTCTATTAATATTCTTTATAAGATTATTAAATAATTCAATATCATACATA +AGTAGTTGCGCTAAGTTTTTTTCATGCATATCCTCACCCCAAAGTCAAATTCTATATATT +AAGCTTATATTACTATCATTTTTCTAATACCTTTTTATTATACTCTATAAAAAGTAATTT +TTATATTAAAAATATTTCATTCTTAAATATTTAATAATTCAAATAACCAAATATAGTTAT +ACTATTTCCTTTTTTTATTTATGATTACTATTTTTATTGCATTTTTCTTTATTCATTTTC +TGTATTTTTTCTATAACCCTTGGAGTAATTGCAAGTATATTATCTACCAAATTAATATTA +TCATCTAAACTCATAAGTCTAGTTTCTCCATCTTCAACCACTACAAATGCCACTGGTTGT +ACAGATATAGCACCTGCACTACCTCCTGCAAAATTTGTATCTTTTTTTTCATTATTTATT +TCAATACCATTTCTATTATCATAGCCTTTTGAATATTCTCCACCACCTATCCCAAATCCA +ATAGTTACTTTTGATATAGGTACTACTACTGTAGTTTCTGTTTGTATTGGGTCTCCAATT +ATAGTGTTTGCATCTATAGAACCTTTAATCGTTTCAAGCGTTGTCTCCATAAGACTTTGT +ATTGACCCTGTTGCTCTCATTATGATCACCATCCTTATTTTTTCTATAAATTTTAATAAA +AGCCATAGCTAATTTCAACAAGTCCTCTATCTTTGGACTTATATGTATCTTCACTCTTCC +ATTAATATAATTCTCTAAAAAATTAGGTACAACATTTAAATATATTTTTTCTGCATTTAT +TAAGCTACTTAAATTACCATAAATAGTATTAATAAATACAAATATAAAACATGTAAAATA +AATATTTTTATTTCCAAAACTTATATTAGAATATAATTCTTTTATCCTTATATTATTTGC +TATTTTGTAGATTCTTAATATATCATCTGTAAATATATATTTTTTTCTTTTTTTTACTTT +CTCCTTTACCTTTTTATTCTTTATTCCTACTTTCTTTCCTATACTTTTCTTAGGTGGATA +AAGTTGAATTTTTATATTTAGCAAATTAAATAAATATTTTATATTTAATTTTATTAACTT +GGTATTATTATCTATGTCTATTGAAATTATAATATTAAGTCTTGATTTATAAATAATAAA +TAATACTAAAATAATAATTGCTATAAAAAAATATAAACTAAACATCTCATTATGTTTCAT +ATTAGTATTATTTTCTAAATAATAATTATCTATACTTTTTATTAAAATTTATTTCAATAT +AAAATCATTACAATAAAAAAGGGCCTATCTCAAAATAAGATAACAAAATCTAATTATATT +TTGTATCTTTATTTTAAGATGACCTTATTTTATTCATTAGCCTGTTGTATTTCTATAGTT +TCATAATTTTCGATAGGTGGTAAATCTTCTAATCTCTCTATATTTAATAATTTTAAAAAC +TCATCTGTAGTTCTATATATTATAGGTTTACCTATTCTATTTAATCTTCCTGCTTCTCTT +ATAAGATCATTTTCTAAAAGAGTTTGAAGTACTTTATCACACTTAACACCTCTTATATCT +TCTATTTCAACCTTTGTTATAGGCTGCTTATAAGCTATAATAGTCAATGTTTCCAATGTT +GCCTGGCTTAAAGTTTTCTTTCTCTTTGGCTCAAGGACTTTCTTAATGTAGTCTGCATAT +TGTTTATTTGTGCACATTTGATATTTGCTTTCTAATTTTATTATTTGAATACCTCTGTTA +TTATCTCTATACTCTTCCTTTAAAGAATGTAACATATATTCAATTTCTTTTGGTGAAAGT +TCATCATTTATTATAGAGTTTAACTCTTTTATGCTTATAGGTTCTCCATATGCAAACATT +ACTGCTTCTATAATATGCTTTATATCCTCACGTTTCATCTTATCACTCCGAACTTCTCTT +AATTAAAATATCGTCAAAGAATATATCTTGTTCTACTGTTATTTCTTTTGCCTTAATTAA +TTCTAGTATAGATAAGAAAGTTGCTATCACTTCATTTTTATCACAATCTTCTATAATATT +AGTAAAATGAACCTGTTCTTTCTCTTTAATAATACCTCTTATATATACCATCTTTTCCTC +AACAGAAACTATTCTTCCTTTTACAATTTTATTTAATCTATCATCTTTAGACTCAGTTTC +CTCTGATGTCTTTACCTTTAAGATATGTGGAAGAATCATTTTTATAGCATCTATTGATAT +ATCTTCTAAGTCTATTTTTTCATCTATAATTATTTCTTCTTTTTTTCTATAGAATACCTC +ACTCAAGTCAGTAACATTACTTTTTAAATCCTCAGCTGCCAACTTATATTTTTTGTATTC +TTCTAATTTTTCCATAAGTTCTAATCTTGGATCTTCCTCTTCCTCATCGTCTTTTTGTTT +GTATAATAAATATCTAGACTTAATTTGAAGAAGTTTTGATGCCATTGTTATAAACTCACT +CGTTATTTCTAGATCCATTTTATCTAGCATCTCTAAATAACTTAAGTACTGCTTAGTTAT +TTCAGTTATAGATATATCTTTTATATCTATTTTTTGCTTTGATATCATATCATAAAGTAA +ATCTAGCGGTCCATCATAGACCTGCAAATGTATATTATATTTCATCAAGTTACCTCTTAA +AATTTTTAATTACTTATAAGAATATTCCTACTATATTAACAATAACCCCATATATTGGTG +CATAGATTATCATATAAGTTTTTGTAAATATTAAAAGTAATAGTATTAATTGCCCATAGC +TTTCATACTTATATACAAATTCACTCCATTTTAATGGTATAAATGCTGATACAACTCCCC +AACCATCAAGAGGTGGTATAGGTAGTAAGTTAAATGCTGCAAATCCTATATTAAAAGCAG +CTGTTGTAGAAGCTATTGTATATATTGCATACATATGAGAATTTTTTGCAATGATTAATG +CTACTATGGCTGCAATTATATTCCCTACTGCTCCAGCTAAAGATACTATTACATTACCCC +ACTTATAACTTTTAAAGTTATTAGGATTGACTGGAACTGGTTTAGCCCAACCTATACGGA +ATATTAATAATGTTAGTAAACCAACTGGGTCAACATGCCTAGCTGGATTTAATGTTAATC +TTCCATACGCTTTAGCTGTATTGTCACCTAGTAAATAGGCTGCAAGAGCATGTCCAAACT +CATGTACCGATAATGCTATTGCTATAGCTACTAAATATACTAATATATTACTTAAAAAAT +TCATAACTTATCTCTCCTATTTTACTTTTTCAATAATACTATTATACCATTTATAAAATT +ATAATCAAAATATTTATATAAACCTACTCTATAAATATGAATTCAATATTTAACCTAATA +TGTATATTTTTATAAAAAATAATTGAATTCTAAATAATTGTAAGCTTTATTTTTACTCTA +ATTTAATAATTTTTTAAACGAAAAGGCCCTTTCAAGATAATATAATTATCTCAAAAAGGC +CTTCTTTATAATACCCTAACTACTGATTACTCAACTATACTGTTTTCTTTGTTTTCTCAT +TCTTACTCCACTTATTATTTAAGTGATCTACAATTACAGCTATTGCATTATCCCCAGATA +CGTTTGCAGCCGTTCCAAAACTATCTTGAGTTAAATATAAAGCTATCATTAAACTTGCTA +GTCCACCATCAGATGGTATACCTATCATTGGTAAGAATGGAAGTGCACTCATTATAGCCC +CACCTGGTGCTCCTGGTGCTGCAACCATTGCTATACCTAGCATTAATATAAATGGTAAAA +CTGTTGTTATACTATAATCCATTCCGTTCATCATAAGTACTGCTACTGCAAATGATGTAA +CTGATATTATACTACCTGATAAATGTATTGTTGCACATAAAGGTACACAGAATTCTCTTA +TATTCTTACTTACACCATTCTTTTCTGCACAAGAAACGTTTACAGGTATAGTAGCTGCAG +AAGATTGAGTTCCTACTGCTGTTAAGTAACCTGGTATTTGGTTCTTTAACATTACAAATG +GATTCTTCTTAGATATAGCTCCAGCTGTTGTAAATTGTATTACTAAGTATATTAAGTGTA +ATGGTATAACAATTAAGTATACTCTCCAGAAAACACCTAATATATTCCATACTTGTCCTG +CATAAGTTATATTAGCAAATGTTCCTGCTATATATATTGGTAATAATGGTATTATTACCG +TTGATAAAGTTTTTGTAACTATTTCTTGGAACTCTTGGAATAAGTTAAATAAAGTTTCAC +CTTTTCCATTATTTCTTAATGCTGATATTCCCAGCCCCATTGTAAATGCAAATACAATTG +CAGCTGTTACATCTACCATTGGGTTTAATGGTATTGATAATATTGCTGATAACATTCCTG +CTTCTGGATCACCTATGCTGTTTGCAACACTTGGATCTATAAATGATGGGAATATTACTG +ATGCTACTGTAAATGCTATAAGTCCAGCTATTACTGTTGAACCATATGCTATTCCTGTTG +TTACTCCTAATAATTTTCCTGCTCCTGTAGCTAAATCAGCTATACCTGCAGTTACGAATC +CTATTATTATAAATGGTATTACGAACTTTAAGAATGATGAAAATAAACTACTTGCTGTTA +CTAGTACTCTTACTAAAAACTCTGGCGCAAATTGACCTATAAGTATCCCCGCTATGATAC +CCATAATTAATTTTGGAACTAATCCAATTTTCTTCTTCATAATTACTCCTCCCGAATATT +ACTACATATTATTCCATTATTATAATTATTCCCCTAAGGAAAACCCTTGCATAACTATAT +TAATAAATTTTTCTATAATAGTCAATAGTTTTTGTTATTTTTTGAACAAGCATATCATTT +TTTATATTTCATTTATAATAACTCTACCTTTTATTATTATCGTTAATAATATATTGTTAT +TTATTACTTAGCTTAATTGCAAATTTTTATGTAATATAAAATAAGTGGAGCTTAATATAA +CTAAGCTCCACTTATTTCATTGAATAGTATTTTTATAACATGTTATCTATAACTCTTTGT +AACATTTTTAGATAACTTGCTTTATTCACATCTTTATTATTTACTAATTCTACTTTACCT +ACTAAATCTTTACCTTTATATACTTCTACCATACCTAATGCTGTACCCTTATTTATTGGT +AATTTTGGTTCCTCATATACTTTTATCTTTTTAGTAAACTCTTTTGAATCACCCTTTTTA +ATAAGTACAGTTAAATCTTCTTTAGCTACTAAACTTACTTTATCACTTTCAGCTTTTTCC +ATAGTCAAGGTAGATATTTTATCATCTTTAGAACAAAGTTTTACACTTTCATAATTTGCA +AATCCATAGTTTAAAAGAGATGATGCATCCTTAAATCTTTCTGGAGATGTTTCTGCTCCA +AGTGTTGCAGCTACTAAATGGGTATCTCCTCTTTTAGCTGATGCTGATAAACAATATTTT +GCTTGTTGAGTAAAACCAGTCTTAACCCCTGTAGCACCTTGGAAATGTTTAATTAACTTA +TTAGTATTTGCAATACCTATAGAAGTTTGTTTTTTACCTACAACTACTGAATCCATCCAA +GTAGTTAAATACTTACTTATAACATAATGTTTTAATAATTCTCTAGACATTGTGGCTATA +TCATAAGCTGAAGTATAGTGATTATCTACTGGTAATCCATTAGTGTTTGCAAAGTGGGTA +TCTTTCATATTTAAGTCTTTAGCTTTAGAATTCATCATATCTACAAAAGATTCTACACTA +CCTGCTATGTATTCTGCCATAGCAACACAAGCGTCATTTGCTGATGCTACTGCAATCCCC +TTTAATAAGGTATCTACAGTTTGACTTTCACCAGGTTCTAAAAATATTTGGCTTCCTCCC +ATACTAGAGGCAATTTCACTTACTTGAACTTGATCATCAATCTTGATTTTACCACTATCT +AAAGCCTCACATATTAATAACATTGTCATTACTTTTGTGACACTTGCAGGTGGTAATTTT +TCATGAGCATTTTTTTCATAAAGCACTTGTCCACTACCTACATCCATTAAAATAGCCGAT +TTAGACGATATATTTATATTACTATTATCATTATTAGCAAAAGCTAAATTAGCTGGTGTA +ATTATAAGAATTATAGCTAATATAATGCTGGATAGTTTTTTCATTTATGTCACCTCTAAA +TTAATATTTAAGATTAGTCTTTCACCTTTATCTTTTTTTATTCTAAATGTGTTGTAATGG +TTTGCTTTAAATTATTGCACATATTTATTTCTAAGTCTCTTTTATTTTCTAGATTAATAA +AATAATTACTTAGTACTCCATTAGACTTTGCATTTTCTATTATGTCAAATACATCCTCAT +GATTCATTCCATAATCTGCTGCAATTTCAAATTTAACTTGTTTCAACGCTATTCTTGCAT +TTTTATTTATTATTTTATAACTCACAATGCAACCTCCTATATATTTTTTATATAATTATT +TTTTACTAAAACAAACAAAAAAACCGTATATATTAAGAAAATTTTTCTCATATACACGGA +TTTTAAATTAATAATTCACTATTTCATCTTCAATCCCTATAATTTCTGCATCAGTATTTT +CTTCTATAAAACTAATTATCGATTCCATAGAAGAATTACACTGACTGCTATTTAAATCAA +TCTTAGATATACCTATAGTTATCCTATGATGTAAATCTTGATTGTCTACTTCACTTACAG +ATATATTAAACGTATTTTGAAGTTTTTTTACTATACTTTTTACAATCATTCTTTTTTCCT +TTAATGAATGTACCCAATTAGCTCTAAGGTCAATTTTCATAATCAGTATTTTCATAAAAT +TTCTCCTGTCTTTTGTTTACTTATAATCATTTTCTACTGCATCTGATAATATAACATTTA +TATTATTCATCATTTTAATAAGTTTTTCCTCATTTTTTAAATAATTATACACCTTCTTAT +TATTTTTAATTTTATTTTCTAAAGACTCTATTCTTTTCATTGTCTTTTTATCTATACTTT +TATTTTGAATTCTATAACTTTGCAATCCCATTTGACTCATTTTATAATCTTTTAATAAAT +TTTCACTTTTCTCATCAGCTCTTACTTCTTGCATACTTTTTTGAAAATCTTTGTATTCTT +TGCTCTTTTTTATTTCACTAGCTAAACTTGTAGCACTCTCGTATACGCCCATAAATACCT +CCTATAAATCTATTCTAATTTAATATATTTATCATCATGCATTAAGTTGACTTGTTCACT +TTAATATATTGCTTAAAATTATAAGATTAATAAAAAAATAGGCATGGAATCATTCCATGC +CTATTTTTACATTCCCTATACTTCCATTATTATTGGTAGTATCATAGGATTTCTTTTAGT +TTTTTGATATAAATATTCTTTTAGGTTTTCTTTTATATTATTTTTCAGATATGCCCATTC +TTTTATATTATTTTCTTCACATTCAACTAGAACGTCTTTTATTACATTTTTAGCTCCATC +CATTAAATCTTCTGATTCTCTTACATATACAAACCCTCTAGATATAATATCTGGACCTGC +TAAAACCTTTCCATCTTCTTTTGAAATAGTTACCACAACTATCATTAAACCATCTTCAGA +TAAATGTTTTCTGTCTCTTAATACTATATTCCCTACATCACCAACACCTAGTCCATCAAC +TAATACATTTCCTGTTGGTATACGATTTGTTACACCTGCAGAATTCTTGTCTAATTCTAG +AACTTCACCTGTTTGCATAACAAATACATTATTTTCTGGCATCCCTAATTCTACAGCAAG +CTCTGCATGTCTCTTTAACATTCTGAACTCACCATGAGCTGGCATAAAGTACTTAGGTCT +TACTAATCTATGCATAAGTTTTAATTCTTCTTGACAAGCATGACCTGATACATGTATATC +CGCTATATCGTTATATACAACCTCTGCTCCCTTTTCAAATAAGAAGTTTATAACTTTAGA +TATTAATTTTTCATTTCCTGGTATTGGATGTGCTGATATTATTACTAAATCGCCTCTTCT +TATTTCAACCTTTTTATGTTCAGCTGTTGCCATTCTAGCAAGAGCAGACATTGGTTCACC +TTGTGTGCCTGTAGTTATTATTACTAATTCATTATCTTGATATTTTGATATATCATTTAA +ATCAATTAGCATATCATCTTCAATTTCTAAATACCCTAACTCTTTTGCGACACCAACTAC +GTTTACCATAGATCTACCTGATACAGCAACCTTTCTTCCAAACTTAGCTGCCATATTTAC +TATTTGTTGTAGTCTGTGAATATTAGATGCAAATGTAGCAACTATTATTCTGCTATCACA +ACCTTTTCTAAATAAATCATCTAATCCTGTACCTACAGTTCTTTCAGACATACTATAACC +TGGCTTACCAACATTAGTACTATCTGCTAACATTAAAAGAACTCCCTTTTGACTTAGCTC +ACAAATTCTGTGCATATCCATAACATCACCATCTATTGGTGTAAGGTCAACCTTAAAGTC +ACCTGTATGGAATATAATCCCTTGGTCTGTGTGTACGGCTATAGAGTATGCATCTGGTAT +ACTATGATTCATTTTTATAAACTCTATATCCATATTAGCAAGCTTTATAATTTGTCTAGG +AGTTACTACATTTAACTTAACATTATTAAGTTTATGCTCTTTTAACTTAACTTGTATTAG +AGATATACTAAGTCTTGATCCATAAACAGGCACATTTAACTTCTTAAGTACATAAGGAAG +TGCACCTATATGATCTTCATGACCATGAGTTATAAATATACCTTTTATTCTATCCTTATT +TCTCATTAAATAAGTTATATCCGGTATAACTATATCTACCCCTAACATCTCATCTTCTGG +AAAACTTAATCCCGCATCAATTACTATTATCTCATCTTTATACTCAATAACGGTCATGTT +TTTACCGACTTCGTTAAGTCCGCCTAGGGCTGCTACCTTAATTTTATTGGCGTTCTTTTT +AAACAATTGCACCATCTCCTTCTGTCTATTCAATTTTCATAAAATCCAAACTATATTTAT +ATTAATTTTAACTAATATCAAATCACGAACTCTACCAGTTATTATCATTGTACCACAAAT +CTTGATATATTTTAAGTAATATTTAAAATACATTTATTCTATTATTTTGACAAAAATAAA +CTATTCTGATATCCTCTGAATATATTAACTTATTATATATAGGAGGATTTATGCGTGGTA +GAACTCATTGTACTATAGGTATACTAGCATCTATACAAGCTTCATTAATTTTTAAAATAC +CAATTTCGATATTTTCTATTATAATATCAGCTATTTTTTCTTTGCTTCCAGATTTAGATG +AACCAAATTCTACAATTTCTGATTTATTTTTTAAAAAAAATATATCTAAATTTTTATATA +AATTATTAATATATTTAATTAATATATTAATATTCTTTTTTTCTATAAAAATAAATAATA +ACTTTTATTTAAGTTCTATTATAACATTTGCATCTATTTTTATAATAGAATCAAAATTAA +CACATAACTTTTTAAGAAAGTTGTTTTTGTCTTTAATATTTCTATTATTAGGAGTATGTC +TTTATTTAGTAAATACAAAGTTTTACATAGTTCTTTTTGTAATGTTGTTGGCTATTTTTC +CTTGGCTAAAGCACAGAGGTTTATCACATAGTATTTTTGCAATCATTATTATTTATATTT +TGTTAAAACAAATAGAACTACTAACTAATATATACAATTTATCATTTTGGGGAACTATAA +GTTATGCAAGTCATATATTTTTAGGAGATATATTTACTCGACAAGGTGTGCCATTGTTTT +ACCCTTTAATTGAAAAAAAAATTTCTCTTGGTAATCTGAAAGTTGGTGGATATTTTAGTA +ATCTGCTTGAAATTTTACTTATAATCAGTTTAGTATTTTTAATAATTTATTCTATAATAA +AAATATAAGTCCTTATTCTGGACTTATATCTTTATTACATTCTTCACATAAACCATAAAA +CTTTACATCATGATCTACTATTTTAAACTTATATAAAGATTGTATTTCGCGTTCTATGCT +ATCTAATAAATCTTCTTTTACTTCTATTATCTTATTACATTTGCTGCATATTAAATGATG +ATGATGGTGACAATCTTCCTCGTTTAAGCTTATTTCATATCTTACACATCCGTCATCTAA +ATTAAGCTTTGATATTACATTTATATCATCTAATAACTGCATAGTTCTGTATACTGTTGC +TAGTCCTATTTCTGGACAATCCACTCTTACTAAATCATATATTTCTTCACTACTTAAGTG +CTCATTTTCATGTTTTAATAATATCTCTATTATAGCTCTTCTTTGTGGAGTAATTTTAAA +TCCGGTTTCTTTTAATTTATCTTTTAATTCATCCATTACATTCTTCATTTATTTCACCCT +TTTTCAATTGATAATCTTTATTTATTAAAAATTCTATATGAATTTTATGTATTTGTCAAC +ATATTAAGATAAAGCTTAGTTTAAATTATCTTCAATTGAGAATATATGTTTTAAAATTCA +CTTAATATTGATTCTCAATTTTATATGTATACTATAGTATTATTACCCTATTTTTTTAGA +TTTAAGCAATAAGCACATATCTTTTTTAAAATTCATTATTGCCATTATCCTATAAATAAT +AAAAACCCACTTGATACATAAGATCAAGTAGGCTCTCTATACAACAAACTATATTTTATT +GTTCGTCTTCGTCGAAGTTTAATCCTTCTTCTTCCATTATAGCATTGTATACAGCTACAA +CAGTTTCATACTCATCATCATTTTCTAAAGGAACTAATATTTCTCCTTCTTCATCTTGGT +CTATTCTAAATATTAAAGCTTCTTCTGCTTCTTCATCTTCAACAGGCATTAATATAGCAT +ATTCCTTTTCTTCTGCTTCTAGAGTTAATATTATTTCAAATTGACTTTCTACTCCATTTT +CATCAATTAGGTTTATTATGTTTTCTTGCATATTGTTCACCTCAAATTATTATTTGTTAT +TTATATTATATATCATAAATTTATAAATTTATAGATGTTTTATTTATTAATTTCCTTTTA +AATCTAAATATCCTTGTAGTATAATTACTGCTGCTAACATATCTATTACCTTTTTTCTTT +TTTGTCTACTAACGTCGGCTTCTATTAGAGATCTTTCAGCTGCAACTGTAGATAATCTTT +CATCCCAAAATTCAATTTCAAGTCCAGTTTCTTCTTTTATTAATTCACAAAACTTTAAAA +CTTTTTCACCTTGAGGACCCAATGTTCCGTTCATATTTTTAGGAAGACCTGAGACAATTT +TATTAACTTGTCTTTCTTTTATTATTGCCTTTAATTCTTCTATATCTTTTTTCTTACCTA +CTCTTCTTATAGTCTTAACACCTTGTGCAGTAAGTCCCATCAAATCACTTACCGCAACAC +CAATAGTCTTGTCTCCGATGTCTAATCCCATTATTCTTCCACTTAACATATTTTGTCTCC +TTTGATTTTCTTATAATTCTTCATAAAAATCAATAAATAATATAACTTATTATTTATTTT +ACTCTTCCTATTTAGAAATCATTCATACCTTATTTTATATTATTAATACATAACTTTGCA +AATAAAATTAAATTTAATATAAAATCGGGCTGATTGCTACTTCAGCCCGATTTTATAATT +TATATTAATATATTATCTTATTTTTCATCTTCAAATATGATCATATTTATACTCATTATA +ATAATTGGAATCAGAATATAAATAGATGCAGTTGAAGCTGCCACTATCCCTGAGTCATTA +ACTAAAAGAGTTACTACACATCCTACCATTGAAGCTATGAATCCTTTAAATATAATAGGA +TATTTTGAAGATATTCTTTTAAAATGCTCTGATGGTCTAAATATAAGAACTCCTATTACA +GCAATACCTGCAAGTAATATATTAACCCATACACTAGTTTGAGCTAATTTTATATTCATA +TGTATCTTTCTTGCAAATGTACTTATAATAGCACTTGGTCCTTCTGATAATATTTGATTA +ACGAAAGCTCCTAAATGAGACTGGCTTCCTGATACTAAATCAAATAAAGCAAATACTCCT +ACAACAGCCACCGCAGATAATCCCAAAATAATAATTTTCTTAAAATCTATTTTAATATCA +AATATAAGCATAACAAATAATAAATATCCTATAGATTCTGAAATTGCACCACCTACATTA +GCTCCCATCGCTGGATGTGCACTAGTAATAAGTATTATGAATAATGCTACTGCTGCTAAC +CACTTCGGAATCTTTTTATAGTTTAGTAAAACTGAAAAACCAAATATAGCACTTGCAATT +GTAACTCCTTCATATTCATTTCCTACACCATAATATCTAGCTCCGATTAAGGCATCATAA +CTCATTATATTATTTTGCATTAAATAAGTTCCAAATACTGAATCTATTGCTATTATCATA +ATAGTTAAAAAAGCAAAGAATCCCATATTTTTTATATCGTCTTTGAATAAAACTTTACCA +AGTACATATAAAACTAAAGTTGAAATAATTATTGTGGTTCCTATACTAAATTCTGTTCTA +TAATTTACTAAAGGTGCCACTAAAAATGCTAGAGGCATTATTATTCCAAGTTTTACAAGC +TCTTTTATTACTGTAAATACTTTTTCTTTATATGGTATTTTATTTCTAGCGAATACTGCA +AGCATTCCAATTACCCAAGAAGCTGCTATAATAATAACAAACGTATTAATTATATCAGAT +CTTGTTTTTGATATAGAAACTATTTTATCATACTCATGAGATAAATAATCAATATTATCA +TCTTGATCAATAAATGATAAAACTCTTCCAGACATTAGTTCATTACTTAAACCAAATTCA +TTTAATATATCTACACTTAAATCTATATTAGATATAATACCATCTCTTCTAGTTGTTGAT +GATGCTAATATACCCTTCCCATCCCCAGATAATTTTATTACAGGAGATAGTCTTCTCTTA +TTTTTATAATCTAACTCATTTGGGAAAACACTAGCTATGTATATAACATCATCTTCATCT +ACCATACTAAGTACTTCCCTTAGATATTTGTCTATATTACTATATATAGATGATCTCATT +TGTTCTAGTGTTTTTGAATTAAGATTCATCCTATAATTATCTAATCTATATGTGTCTCCT +AATTCTATAAATAAAACATCACTATTATTATAATATTTATTAGTTTCAGTAATTAATGTA +TCATAATCGGTTCTAATTCCAAATGGCATTGAAGGGTCTTCTATATTTAGACCTTCAATA +TTTCCAGAAGGTATTCTTCCGTAATTATCCATAGCAAGTAAGCCTATGTTTCTATTTTTC +ACCAGTTGGTCATTAATTTGCATATCTGCGTTACCAAGCACTGAGTAATTGACGTTATTA +TCTGATAATGTTTGACCTAATGTCCCTAGTGTTGCTCCATACTCACCGTTCTTACTTGCT +GCTAAAGACATATTTATAGTTATATCATTTATAGCCTTAGGTTTTTCACCAACTGAAGAT +TCATATATTTTTGAATTTACTTCTGTATTTTCTACAAAATTTATATATTCATCTGCTGCT +ACATTTGCTTTACGACCAGCTCCTATAGATGCGTAAGACCTTTTGTCATCAGTGCCTTTG +TCACCTCTTATATTCATAAGGCCAATGTAACCTCTTTTACCTAACTCTTCCTTCAAGATA +GGTATTTCAAGCATATTCTCTAAACTTGTTCTATCCATATTAATGAATATTGTTCTTTTG +TTTTCATCTGCAAAACTATTACTTGGTATAGAACACACTAATACCATAATAGTCATTAAC +AATGATGCGATCTTTTTCTTCATGAAGTTGACCTACTTTCTTCTAACATAATAAGAAATT +ACCTCTTCAAGAATCTCATCTCTTTCGAATCTCTTTATTATTGCTCTTGCATTTTTGTGA +CTAGTTATATAACTTGAGTCACCAGAAAGAACGTACCCTATAAGTTGATTTATAGGGTCG +TAACCTTTCTCTATTAATGCTTTATATACAAAATCTATCGTATCCCCAACACTCATTTTC +TCTTCAGATACACATTCAAACTTAACAGTATAATCTAGATCTTTTTTCAAAGTAAATCCC +CCTTCTAGTAAATTTATTTTACTTGAGATTTTATTACCTCTCCTGCATAATTTAAAGCTT +CTTCTACTTTTGTTACATCATTTGCCCCAGCTTGAGCCATGTTAGGTCTTCCTCCGCCTT +TTCCGCCAGCTATTTGAGCAACCTCTCTAACTATATTACCTGAGTGTATTCCTTTTTCTA +ATACATCTTTAGTTGCAGTTACTATGAAGTTAACTTTATTATCAACTACATTTGCCATAA +CTACAACACCTGAACCTAATTTATCTCTTAAACTATCCGCTGTTTCTCTTAATGTATTCA +TGTCCATGTCTTCAAATTTAGCAGTTACTAAGTTTACTCCATTTATTTCTACCTTAGAAT +CTAATATAGAATCTGCTGATTGTAAGCTCATCTTAGCTTTTATTTCATGTAAATCTTTTG +CTAAAGATTTATTTTCTTCTACTAATTGAGTAGCTCTTTGAGTTAAGTTATCTTCTTTTG +CTTTTAAAGTTATACAAACATCAGCTATTACTGCATCTCTTTCTTTTAAATATTCATATA +CAGCCTTTCCTGTTATAGCTTCTATTCTTCTTACACCTGCAGCAACTCCACCCTCAGATA +ATATTTTGAACATACCTACTTGAGATGTATTTTTTAAGTGAGTTCCTCCACAAAGTTCTA +TTGAGAAATCTCCCATAGAAACAACTCTTACTTCCATACCATACTTTTCGCCAAATAGTG +CTGTAGCTCCTTTTTCTTTTGCTTCATTTATACCCATATTTTCGCAATTTATTTCTAAAG +AAGCTAGTATTGCATCATTTACTTTTTCTTCTATTAATTTTAATTCATCTTTTGATATTG +CTTCAAAATGAGTAACGTCAAATCTTAATCTTTCTGCATTAACTAAAGATCCAGCTTGGT +TAACGTGTTCTCCTAATACTTCTTTAAGTACCTTGTGTAATAAGTGAGTAGCTGTATGGT +TTCTTGCACTTGCCATTCTAACTTCTTTATTTACTAAAGTTGTTAACTCATCATTTACTT +TTACTTCTCCCGATTTAACAAATCCTATATGTTTTATTGTATTGTTAGCACCTTTTCTAG +TATCCGTTATTTCTATAGTTACGTTATCGTTAGAAAGTATTCCACAATCACCTGCTTGTC +CCCCACCTTCTGGGTAGAATGTAGTTTGATTTAATACTATAGCTATTTTATCTCCTTCTT +TAGCAGATTCTACTATTTCATCATTCATAACTATCGCATTAACTTTACCTACTAAGCTTA +AGTCATTGTATCCTTCAAATGAACTTGCAGCAGATTCATCTAATTTAGATAATGGATCTT +CTTTCCAACTTTCGCCTTCCATATTTCCTCTTGCACTTCTTGCTCTTTCTCTTTGCTTAT +TCATTTCATCATTGAAAGCTTCTTCATCTAAATCAAGACCAACTTCTTCTAATATTTCTT +TAGTTAAGTCTATTGGGAAGCCATAAGTATCATATAATTTAAATGCATTTTCTCCACTTA +AAGTTTTTGAATTATTTTTCTTTAAATCTTCTATATATGAAGCTAATATTTCACTACCTT +GATCTATAGTTTCATTGAATTTTTCTTCTTCTATTCTTATAACTTTCTTTATGTAGCTTT +CTTTTTCTACTAATTCTGAGTAAGCTTCTCCACTTACTTTTATAACTTCATCAACTAATT +TATATAAGAAGTTTTCTTTTATTCCTAATAATTTACCGTGACGAGCAGCTCTTCTTAATA +ATCTTCTAAGAACATATCCTCTTCCTTCGTTTGATGGTAGTACTCCATCTGCAACTAAGA +AGCTTACAGCTCTTATATGATCAGTTATTATTCTTATAGAAACATCTGTCTTAGCATCTT +TTCCATATTCTACATTAGCAACTTTTTCTATGCTACTTATTATATGTCTTATTGTATCTA +CTTCAAATATATTATCAACATCTTGCATTATACAAGCCATTCTTTCAAGACCCATACCAG +TATCTATGTTCTTATGTTCAAGTTGTCCATAGTTACCTTCTTCATCTCTATCAAATTGAG +TAAATACATGGTTCCAGAATTCTAAGTATCTATCACAGTCACATCCTGGCTTACAATCTG +GATTATCGCAACCGAATGCTTCTCCTCTATCAAAGTATATTTCTGAACAAGGTCCACATG +GTCCAGTACCTATTTCCCAGAAGTTATCATCTTTTCCAAGTCTAACAATTCTTTCTGTTG +GGAAATTCATTTCTTTTGACCATATATCAAACGCATCATCATCTTCTTCGTATACTGTTA +CCCATAATCTATCTTCTGGTATGTTTAAGTGTTCCGTTACGAATTCCCACCCCCATCTTA +TAGATTCTCTTTTAAAGTAATCTCCGAATGAGAAGTTTCCTAACATTTCGAAGAAAGTAC +CGTGTCTTGCAGTTTTACCTACATTTTCTATATCACCAGTTCTTATACATTTTTGACAAG +TAGTCATTCTTTTACTTGGTGGCACTTCAACTCCTGCAAAATAATTTTTTAAAGGTGCCA +TACCTGAGTTTATAAGTAATAAACTTTTATCATTGTGTGGAACTAAAGAAGCACTTTTTG +CAGCATAGTGTCCTTTAGATTCAAAGAAGTTTAAAAATTTACTTCTGATTTCATTTAATC +CCATTTTTTGCATATAAAATTCCTCCTGTAAAATTACCTTATGTTTATATTCTTTATATT +AGTAAATTATTTATGTAATAAAAATTCGCTTAACTTTAATACATGTTAACAAATATTTTA +ATCTTAGAGAGTAAAAATATAAAATACCTATAAATAAAAAAACTCGCGCCTATATAAACT +ATAGGGGCGAGATTATTTCGCGGTACCACCCTAATTATCATAAAATTTATGATATCTTCG +GAAAACCTTAGTTATAACGGAACTACCGACAGCTTATACTAAATTTCCAAGCTATAACTC +CAAGACTGCTTCAATTATTTTATTCTAAGGGCTTCCACCATTTCCCTCTCTCTGTAAGAC +TTCAAATAATTTACTATTTCTTTTCAGTGCCTTTAATAATTTTAAATTTTGACTCTATAT +AATGTTATCTTACTAAATTTTACAAAAATAATCAATACGTATTTTATAAACTTTTAGTTA +TAATTGCACCACCAACAACTACGTCTCCATCGTACATTACAACAGATTGACCTTTAGTTA +TTGCTCTTTGCGCTTCATCAAATACCATTCTTATAGTCCCATCACCATTATTATGAACAG +TAGCCCATGAAGGCTTAGCTGAATATCTTACTTTTGCTTGCACTCTTATTGGCTCTTTTA +TTTCATCTATGCTTATTAGATTTACATCATGTGCTATAAGTTCATGTTTGAAAATATCTT +CATTAGAACCAAGAACTACAGTATTTTTAACTGGATCTATATCAACTACGAACATTGGCT +TTCCAAAAGCAATACCAAGTCCTTTTCTTTGACCTATAGTATAATGTACTATACCTTTAT +GTTTACCTAGTACATTACCTTTAGTATCTACAAAGAACCCTTCATCTATTCTTTTGTTTG +CATGCTTTGTTACATAACCTGCATAGTCATTATCTTTTACGAAACATATTTCTTGACTAT +CCGGTTTATTATGAACATCAAAACCTAATTCCTTAGCAATTTCTCTTACTCTATCTTTTT +CATAGTCTCCTATAGGAAGTAAAGTATGCTCTAATTGGTCTTGTGTCATGTTATATAAAG +CATAAGTTTGGTCCTTTTTATCTGTTACAGACTTTTTAAGTAAGTATCTTCCAGTTTCTT +CATCCTTTTCTATTTTAGCATAGTGACCAGTCGCTACATAATCACAACCTATTTGTCTAG +CCCTTTTATAAAAATCATCAAATTTTATATGCTTATTACACGCTATACAAGGATTTGGAG +TTCTTCCTTCTAAGTATTCATCTATAAAATAATCTATTACTTTCTCTTTAAATACTTCTC +TAAAATTTAACACATAGAAAGGTATACCTATTTTTTGCGCTACATGTCTTGCATCCTCTA +CTGCAGCTAATGAACAACATCCTCCATCATTTTCAATTATATCGTCATCCTCATCATCTT +GCCATAACTTCATAGTTACACCTATTACATCATATCCCTGTTCTTTTAATAGATAAGCAG +CAACCGAACTATCAACTCCACCACTCATACCTATCATTACCTTTTTCTTGCTCATTAAAA +TCACCTCGTTCTTTTTATTATATCTACTTTATATACTTTTTAAAAGTATAAACTTCTTAT +ACCCTTTAAAATCTAACCTTATCTATATTTTAATAGTAAATTTGCTTTTATTTAGACTTC +CAATTTACAATAATATTTTCAAGCTAATATAACTATATACCACTTATATTCATAATAATT +AGCAAACAAGCTTTTGAGCAAATAAGTTATTTTCTAATTTTATTAATATATCTTTATCAA +AATTATCTACTATATCTTCCATGATACATTTTTCTATAATACATCTCATAAAAATAGTCT +CTTCTATTAATTCCCAATTTATTAGTGAAATATTTATCCCACTCTATGGTTTTACATCTA +ATAATCGTTCATTTCTTAATTTTACTATTGCTTCTCTTATATTTGCTCTAGATATGTTTA +ATTTCTTAGATAAATTCACCTCACTCATTAAATGTTCACCTGGCTTCAAATTATTAATCA +TTATATTGTTTTTTAATATTCTATATTCAAATTCTTTATCATTTTCATCTGCGCCTCTAT +TATAAATTATCAACTATTCTTCCTCCCTTCTAAATTAATAGATTCATTAAACTTATATTT +TTACGCACTTATATCCATTATCTTCATAAAAAAATATACCTCATTTTGAGGTATACTTTT +TATACTATTTATTTAAAACATACTTATCATTTTCTTTAATAACGACCTTATCATTTACCT +TAAGTGCTCTAGTTTCTCCATTAGGTAAATAGATAGCAACTTTATCATATGATGGTTTAT +ACTTACCTTCAGTTTCTAAGTTTACGATTATTTCATAATCATTAGTAATTACATTAAATT +TATATACTAAATGTTCATTTTCATAATCAGTTGTAATTCCATCATCTTCAAAGCAAGTAT +ATTCAAATGTAGAATTTCCTTTTGGAGGAAATATACAAAATGCTCTTTCATCATTTTCCT +TTGTATTAAATGTAATCTCAGCATCATTTATAGGTATTATACTTCCTCCTCGAGCTAATA +CTGGTGAATATTCAAGAGGTGCTGGTATTGTAACTGTTTGAGCTCCTTTATACCACTTAT +GAGTATTAAAGTCATACCAACCAAATTCATTTTTAGGAAGGTAGACAGTTCTTTCTCTAT +CTCCTTTATTCACTACACAAGCAACTAACAATGAATCTCCAAGCATAAATTCATCATTCT +CTTCGAATGTCTTTTTATCAACATGTCCAAAATTATATAATGTCGGCGTAATAATTGGCT +CATAGTTATTGTGAGCTTTATAAAGTAAATCATATAAATATGGTACTATTCTATTTCTTT +GTTTTAATAGATTAGATATAGTTTGTGTATATTCTGGGTACATCCAAGGTACATTTACGG +TTTTATCATCATTCCAAGAGTGTATTGTAAATCTCGGATACATTATCCCTTGCTGAACCC +ATCTTACAAATAATTCTGGTTCTGGTGAGTTTCCTGAAAAACCGCCTATATCATGTCCAT +GATTGTAAACTCCAGATAAACTTAATCCATTACCCATTTTTATATTATACTTTAATGTTT +TCCATGAAGTATAGTTATCCCCACTCCATGTTTGAACATATCTTTGCATACCAGGACATC +CTGATCTTGATATAAGGTAAGGTCTTTCATTAGGATTAAATTCTTTTTGAGCTTCAAATG +ATGACTTCATCATTATCAATGGCATTATTGATCTAACTAACTCTAAATCTATTTCTTTTC +CAAATCCAAATACTTTACTTTTACCCCATATTTCATATTCATTGTTATCATTCCATGTAG +AATCTATTCCGTATTCTAAAAGTTGCTTAGTAACTTGTTCTTTCCACCAATTAATAGTTT +CTATATTAGTAAAGTCTAAGTGAGCTCCTAATTCATCCCAATATTGACATAAATACGGAT +TTTTAGAGTCTTCTTCTACTATGAATAATCCTTTTTCTTTTAATTCCTCAAATTTTGGAT +GATCTAATAGTAATGCTGGCTTTATATTAGCACATAATCTTAAACCTTTTTCATGGAAAT +ACTGAGTTAGCTTTTCTGGAGCAGGTATTTTATCTCTATTCCAATTAAATACATATCTCT +TATCTCCTATAGATGTATATCCTGATGATAATTGGAATGAACCACTTAATATATCATGTT +CTTCACATAAATCAACAAATTTCTTTAGTTGTTCCCCTGCATCTGGTGCATCTGTGTATG +TCATTGTAGATCCTGAGTAATCTAAACTCCATTTAGGTGCAAATATTGTCTTACCTGTCA +TCCAGCTAAAAGTTTTAACTATAGATGGTATATCATTTTTAGCTATTACATAATAATCTA +AATCTCCATTTGTAGAATAAAAATATTTATAGTGTCCATGATAGTTATCTAATTCTTGTC +CCATATCAAATATTGCATTTGACATATTATCATAGAATATTCCGTGACATAAATCAGTCT +CTTCATTTCTTGTTATATAAAATGGTATATGTTTATATAATGGATCCGTATTTTCCGCAT +CGTATCCCATAGCATCTATATTTAACATTCTATACCTTTTTCCATATCGATTTAAGTTCC +CAGCTTTTTCACCTAAACCATAGTATTGCTCTGATCTATTTCTATTTATATAATGGTAAA +TTCCGTCACCAAGCTCGCCTTTGAAGTTATAAGCTTGAGTCTGTCTATCTTTCATAAACT +CAATTCTTTTATCTCCATCAATAAAATACCATGTGATTTTAAAATCAAGTAAATTAACAA +CTACTTCAACTTTAGATGTTTTAATAGTTACAAAATCATCTTTTTCCTTTACTTTAAATT +CTGGTAAACTAAACCCTGTTGTATCAAATCTATCTCTTCCTTCAAATGGAATATCTTCCA +TTCCAGGTGCAACTAACCATGTTTTATCTAATTTTAATCCATCTTCTTTATGTATGATAA +CTCTAAGTATATCCTCTTCTAATACTAATACCTTAGCAACTATATCTTCACAACTAAAGC +TAACTATATGATTTTTTTTATCTACAAATTTAAACTTAAAATTTCTAATTGACATCTTTT +ATCTCCCTTTATATTAAATTACTATTCAAAGTTCTTATACTAAACTTAAATTTATTATAT +TAATCCTAGTAATTTAGGTATTATTAAACTTACATCAGGTACAAAAGTTACAAGCATTAA +TACAACTATAATAGCTATATAGAATGGCATTAAATATTTCATAACCTCTTCTATTCTTGT +ATTTCCTACCTTACATCCTATAAACAATGCACTTCCAACAGGTGGTGTTATATTACCTAT +TGCAAGGTTTGTTATTAGCATAATTCCAAAATGTATAGGATCCATACCAAAATTCTTTGC +AATTGGTAATAATATCGGTGTAAATATTAATACTGCTGGAGTAAGATCCATAAAGGTACC +AACAATTAATAACATTATATTCATTATAAGTAATATTACGATTTTACTTGATGATATTCC +CAATAATAAATTCGTTATTAGATTTGGTATATTAGTATATGCCATTATCCACGACATAAC +TGATGAAGCGCCTATCAATAACATTATTACCGCTGTCATTTTACCAGACTCTAACAGTAT +CTGTGGCATATCTTTTAAAGTTATCGATTTATAAAAGAAAAATGATAATATAAAACAATA +TGCAACAGCTATTGCTGCACCTTCTGTAGCTGTGAATATCCCAATAGTTATACCACCTAT +AACTACTACTATTAACATTAAACTTGGTATTGCTTCTAAAAATACTTTTACTTTATCACT +AAATGAAATCTTTTCTGCAACTGGATAGTTATTTTTCTTTGCTATAAAATATGCAGTAAT +CATAACTGCTAGTCCCCAAAGAATTCCCGGTAAATATCCAGCCATAAATAATGCTGATAC +TGATGTACCTCCACTAACTAAAGCATAAATAATAAGTATTCCACTTGGTGGAATTAATAA +TCCAGTTGGTGCTGATGCTATATTTACTGCAGCTGAGAAGTTATTATCATACCCTTCCTT +TTCTTCTAACGGATTTAGTACCCCACCTATAGCTGCAGCGGCTGCTACTGAAGATCCTGA +TATTGATCCAAATAGCATATTTCCTAGTACATTTGTTTGTGCTAAAGCCCCTGGTATTCT +TCCACTAAATAACTTTGCAAAATTAACTAATTTTAAAGCTATTCCTCCGTTGTTCATTAT +AACCCCAGATAAAATGAAAAATGGTACTGCTAATAATGAAAAACTATCCATACCTGTAAA +TATACGCTGCACAGATGTAATTAAAGAACTATCAATTGGTAGCGCTGCAATTACAGCAAA +TACTGATGCTACCGCTATGCTTATTGCTATAGGAACTCCTATTAATAATAATATTGGACA +TGCTATTAGTAATATAGTACCTGTAATCATTGCAAAATTCATAATACTCCTCCTATTATG +CTATTTTTAAGAATTACTTTTTACTGTATCTTTTTCTTTTATAAGGTTTAATATATTTAA +AACCCCATAAAATATCATTAATATTCCAGATAAAGGTAGTACAAGGTATATATATCCCAT +AGATATTCCTAATGCTGCTGATACTTGTTTCATAGTTAATAGAGTTATATTAACTCCCCC +ATAAACTAGTACAAATAGTGAGAACACTACTATTATGACTTCTGATAATATACTTAATTT +ACGAACTACCTCTTCACCGAACTTTTCTACAAAAAATGTTATTGACATATGTTCTCTTAA +TCCAAACATGTATGCTGATCCTATCATCGCTAACCATATAAGAGAATATCTCAATAATTC +TTCGGATATAGTACTTGGTGAGTTAAATACATACCTAGAAGAAACCTGCCATATTGCAAC +AATAACCATAAATGCTAGCAAAATCATTATAAATACCTCTATAGCTTTATCCAATTTCTT +TTTTAAACTTAACATATTAACTCCCCTCCCTAATTAACTTTACTTCTTATTTTATCGTAC +ATATTTTTTATATCTGGATCTTTTTTAAACTCTTCATGTAAAGGCATAACAGCTTCTTGG +AATGGCTTAGTATCAGGATAATAGAAATTTACTCCCATTGCCTTTGCTTCTTCTTTTGCA +CTTTCTATTGAATCATTCCAAACTTCTTTATGATAAGCTGTAGATTCTATTGCCGACTCT +ATTATTATATTTTGTTGTTCTTCAGTTAATTTGTTATATAATTTACTGTTCATTATTGTT +AAATCTGGAACTATCGTATGCTGATTGTACGAGAAGTACTTAGCTACTTCACCATGCTTA +TTTGTAGTTAAAGCTGTTTCATTGCTTTCTGCTCCATCAATAACCCCCTGCTGTAATCCT +GTATAGACTTCTCCAAATGCCATAGGAGTAGCTGCTCCCCCCATAAGCTCTATCATTTTT +ATTGCTGTTGGACTTTGCTGAACTCTTATTTTAAGTCCCTTTAAATCACTTGGCTTCATT +ATCGCCTTTGAAGTTGTGTATAAGCTTCTTACTCCAGAATCATAATAAGTTAGTCCTATA +AATCCAGATTCATCTGTTGAATTATATAATTCCTCCATTAGACTTCTATCATCCATCACA +GAATAATAATGTTCTAAATCATCAAATATATATGGTATTCCAAATGTAGTATATTGCTTT +TCGAAACTTTCTAAAGCCCCTGTGCTTACTTTAGCTATATCTATAGCACCAGTTTGAGTA +AGTTCTATCATTTCCCTCTCTGACCCTAAAACACCATTTGGATAGATTTCTATATCTATA +CTTCCATTACTCCTTTCTTCAACTAGTCTTTCAAACTCACATAAAGACTTATGTATAGGA +TGATCCTCTGACATATTATGAGCTAACTTCATATGCACTACATTATTATCTCCCCCTATA +GATGAACATCCCCCTATCATAAAAGACATGGTTATAGAGAATAATATTCCTAATTTTTTT +AATTTCATAAAGACCTCCCCTAAGAGACAATTTTAATTACAAATTTATAAACCTCTAATT +AAATACTAGTATACTTTATTTTAAAAATCGTTTTCTCTAGGTTTATTAGCTTATATTATT +TAAATTAAATTCTCTCTTATAACTTTAATGACAAATAAATTTTTATTATTTCTGCTACAA +AATAAAACTTGTTTGCTAATCATTTTATTTCTTATGTCCCTCCTCTGATTAATATAATTT +TCATACCTTAAGCAAACAATTTCCCTTTTTCATTTATTAGTATACTTAATATTAATAACA +ATTAAAATGCATAAAATTGCCTTAATTATTGTTATTCTTGCTAAGTATATCTAACTAGTC +ATCCACCTACTCAATATTCATATACTCTCTATGAACCTCTTTTAATTTACTCGGTGAAAA +ACCGTACTCTTTTTTAAAAGCTCTATAAAAACAAGCATAATCACTAAAACCACAGGATTT +ATGAACCTTACTTACAGGCATTCCTTCAAGTAAATTATATTTTCCAATACTTAATCTTTT +CTGAATTACATATTGATAATAAGAAATTTTCATAACATCCTTGAATTTATGAGAAATTGT +ATATTTATTGATAAAAAAAACAGATGCAACTTTATCCAATGATAAATCTTCTGTAATATT +TGCATTAATATATTTCAATATATTACTTATTAATGTATCCTTAGGTTCTTCTATTATATT +TTTAGAACTATTATATAATTCTCTATTATATAAAATTAAAATTTGAGTTATTATTGAATA +TCCCTCACTCTTATAACAAATTTGCTTTCCTTCAAAGGATTCGAAAAGTGTCCTAAACGA +AACTTGTAAAGTCGCACTAATATGGCCTTTACTTCTAAATAAATATGAATTTTCAACTGA +TTCTTTTGTAAACATAGCTGCATCTTCGTCTAACTCAAAAATTTTATTTATTGCAAATAC +AGAAATCCAAAGTACAAATCTTTTATATGGTATATCAAAATTATGTATAATTGGATTATG +AAACACCCCTGGTGGTATAATTAATAAATCGCCTTTTTCTAGATGATAAATATTGTCCCC +CACTATATAATCTAAGTTACCATCTACAAAAAATAATAACTCATAGAATTCATGATAATG +AAATGGTATTTCAGGAAGTACCTTATCCTCATAGTAATAAACTGCATAATCTTTTTCGGG +CATATACATATAAGTTTTCTGCTTAATTATTTTTTTCTCCATACTCCTCCTAATAAAACC +TAAGCTTAAATTTCTATTTTCTTATTATAACATGAAGTAACAAAATCATTATTTTTATTT +TATTAATCGCATAAAAAAACTACCTAAACTTATAAGCTTAAGTAGTTCTTTTTATTATTC +TTCATCTTCTTCTATATCGTGGTGATGATCATGATCATCATCTATAACTACACCATCTAA +TTCTGGTATGTGTATATTATTCTTCTTTGCATAATCTATTAACGCTGATTTTATTGCTTG +CTCAGCTAATACTGAACAATGCATTTTTACTGGTGGTAAACCATCTAAAGCCTCTGCAAC +AGCTTTGTTAGTTACTTCTAAAGCTTCATGTATACTTTTACCTTTAACCATTTCTGTAGC +CATTGATGAACTTGCTATAGCAGATCCACATCCAAATGTCATGAATTTAACATCTCTTAT +TATTTGATTTTCATCTATATCAAGATATATTCTCATTATATCTCCACATTTAGCGTTTCC +AACTTCTCCAACACCACTTGCATCTTCTATTTGACCAACGTTTCTTGGATTCATGAAATG +ATCCATAACTTTATCACTATATTGCATAATTGTATCCTCCTAAATCTCCATCAATAATTA +TTTGTTTAATTGTCCTTGCTCTCTTACAAATGTTTCGTAAAGAGGTGACATACTTCTTAA +TCTCTCTATAACTTTTGGTAAGTTATCTATTATATAATCTATATCTTCTTCTGTTGTAAA +ATCTCCAATTGAGAGTCTTAATGATCCATGAGCTAGTTCGTGTGGTAATCCTATTGCCAT +AAGAACATGAGATGGATCTAATGATCCTGAAGTACAAGCTGAACCACTTGATGCAGCTAT +TCCTAACATATCTAATAATAATAGTATTCCTTCACCTTCTATAAACTCGAATCCAAAGTT +TACATTCCCTGGTAATCTATGAGTCAAACTACCATTTACTCTTGTATGTGGTATTCTTTC +TAATATACCATCTATTAGCTTTGTTCTTAGCTTAGTTAAAGTCTCTATATGGTTGTCCAT +ATTTTCTTTTGCCATTTCTGCAGCTTTACCATATCCTACTATTGCTGGTATGTTTTCAGT +TCCTGCTCTTCTCTTTCTTTCCTGAGCTCCACCATGTACAAATGTATGAAGTTTAGTTCC +TCTCTTTATATATAAAGCTCCTATTCCCTTTGGACCATATATTTTATGAGATGACATACT +CATTAGGTCAACACCTAATTCTTTTACATCTATATTTATATTTCCTGCAGCTTGAACAGC +ATCTGTATGGAATATTATTTTATGTTCTTTTGCTATTTCAGCTATTTCTTTTATCGGCTG +TATAGTTCCTATTTCATTATTAGCAAACATTATTGTTATTAATATTGTTGTATCTTTTAT +TGAATTTTTTAATTGTTCTAAATCTACTCTACCTTCAGAATCAACATCTAAATAAGTAAC +TTCAAATCCATGATGCTTTTCTAGATATTCACATGGATGAAGTACTCCATGATGCTCTAT +TTTTGAAGTTATTATATGATTTCCTTTGTTTCTATGTGCAAATGCAACACCTTCTATTGC +CCAGTTATCACTTTCTGTTCCGCCAGCTGTAAAATATATTTCATTTGGATTTGCATTTAT +AAGTGAAGCTACTTGACTTCTTGCTTTATCTAAAGCTTCTTTAGCTTCTCTACCGAATGA +GTGAAAGCTTGACGCATTTCCAAAATAATCTGTTAAATAAGGCATCATAGTTTCTACAAC +TTCTTTTTTTACTGGAGTAGTTGCAGAATAGTCCATATATATTCTTCTTTTTTCCATCTT +TGTTACACTCCCTATCTTCTTGATATTAAATTAGTTATATCATGTTCTAATAATCTATTT +TTGTCGTAATCATTTATCATATCTTGTAGGGTAATCGAATTTATAACATCTTCTATACCC +TTCTTTAACTTTTCCCAAACTATTTTTGTTACACAAGTTCCCGAATTTTCACATATATCT +TCATCTAATACACATTCAGATAAAGACACAGGACCTTCAAGAACTACAAGGATATCTCCA +ACACTAATATCTTTAGCATCCTTACCTAATAGATACCCACCTTGTGCACCTCTTACACTT +TTTATTAAACCAGATTTTTTTAATGTAGAAAAAATCTGCTCTAAATATTGGTCTGAAATA +TTTTGTTTTTTAGCTATTACTTTAAGTGGTACTGGTCCTTGGCTCTGATTTATTGATAGT +TCAAACATAGCCTTTAGTCCGTATCTACCTTTAGTCGATAGTTTCATATTTAATCACCTT +CTATACTGAAATCTAAATCATACTATTTCAGTAGGAATTATCTTCAAACTTATTGTAGTA +TAACCTAGTATTTTTGTCAAGATTAAATTCCTAGTATTTTTGTCAGATTTAAAATAAATT +TAATCACCATTAAAAAAGTTAGTAAATAACCTTCTAGTGTTGCATCTAGTTAATATTTGC +AACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAG +TAACGACAAATCCATCCAA +>MGYG000000001_19 +ATGTGTCAAAAGATTGACTTCTGTAATTACCTGAATATTTATTAATGATGCTACGCATTG +TATTGGAATTAATTACATCTAACAATTGTTTGATAAAAGTATTATTATTATTAGCAGTAG +ATTTAAAAGTTTTCATAATGAATAACCTCCTTTGGATGGATTTGTCGTTACTTCCATTTA +ACCAAAGAAGGTTATTTTTTTCATTATATAAATTTTGTAAAAATCAAGTTGCAAATATTA +ACTAGATGCAACACTAGAACTAGAATAGGGTTCTTTTTTTATTTTCCAAAACGACGAATA +AGCGAGGTGGTGATATGGCTAGGGTAAGAAGTCCAAACAGAGATAAAGCATTTGAAATTT +ATAAAGAGTATAATGGAAATATTGCAAATAGAGAAATAGCTAAGATTCTAGACATATCAG +AAAAAACTATCTCTGGATGGAAAGCTAAAGATAAATGGAATGAAAAGTTAAACGGAGTAC +TCCAAAAAGAAATACGGAGTACTCCAAAAGAAAAGCGTAATAAAGGTGGTCAGATAGGTA +ACAAAAATGCTACTGGTCCACCTGGGAATAAGAATGCAGTAACTACAGGAGAATTTTTGA +TACTTTGGAAGAAGATGAATTAAATCTAATAAAAAATATTGAAATCGAAAAAAGAAGATT +ATTAGAGCAAGAGATCCAACTTCTTACTATAAGAGAAAGAAGAATGTTAAAGCGTATAGA +AAACTTAAAAGAAAAAGATATGACAATAGTATCTGTTAAAAGTGGTACTGAAAAAGGTAT +GGATACTGAATTAAATGAGTACGAGGGAACTTTAGGACAGATACAAAATATAGAAGAAGC +TCTTACTAGGGTTCAAGATAAAAAACAAAAAGCTATAGATTCATTACATAAGTTTGAAAT +AGATGAACAAAAGCTTGAGTTAACAGTAATGAAACTTGAACTTGAAATAATGAAGCAAGG +TGGACAAGATGAAAAAGTAGAAGATGATGGATTTATGGAAGCTTTAAAATCCGAAGTAGG +TGATACTTGGGATGATTAAAGATAGAATAAACAAGCTTAAAGAAAAAGTATCTAAAATGA +AATCATGTAGAGGTAGCACAGTAAAAAAAGCTACTATAAAATTTAGTACATTTTCTAAGA +AACAAAAGAAAGTTCTAACCTGGTGGTTACCAAATAGTCCTGTATATGATAAAGATGGTA +TTATTGCAGATGGAGCTATAAGAAGTGGTAAAACTATATCAATGTCATTATCATACTCCA +TATGGGCCATGAGTAATTTTAATGGTCAGAGTTTTGGTATGTGTGGTAAGACAATAGGGT +CATTTAGACGTAATGTTTTATTTTGGTTAAAGCTAATGCTTAAATCTAGAGGATATAAAG +TAGAAGATAAAAGAGCAGATAATCTTATGGTAGTTAGTAAAGGTGATGTTACTAACTATT +TTTATATTTTCGGAGGAAAAGATGAAAGGTCGCAAGACTTAATCCAAGGTATAACATTAG +CTGGTTGTTTCTTTGATGAAGTTGCATTGATGCCAGAAAGTTTTGTCAATCAAGCTACTG +GTCGTTGTTCTGTTGATGGTTCTAAGTTTTGGTTTAACTGCAACCCAGATGGGCCATATC +ATTGGTTTAAAACTAACTGGATAGATAGACGAGAAGAAAAGAATATACTATATTTGCATT +TTACTATGGATGATAATTTATCATTGTCTGAAAAAATTAAGAAAAGATATGCAGGTATGT +ATTCTGGAATATTCTATAAACGATATATTTTAGGTCTATGGGTAGTTGCAGAAGGTATTA +TCTATTCGATGTTTGATAAAGAGAAACATGTTGTTAAGGCCTCTGAGTATCAATACAAAG +AATATTATGTATCATGTGACTATGGGACTCAAAATCCTACTTCATTTGGTTTATGGGGAA +AGACATTTGATAATAAACACATAATGATTAAAGAGTATTATTACAGTGGTAGAACTACCG +GAGTACAAAAGACGGACTTAGAATATTCGAAAGATTTAAAAGAATTTACTAAAGATTATA +AAATTAAATATGTAATACTAGATCCATCAGCTGCATCATTTAAAGCTCAACTAATTAAAG +ATGGATTTAAAGTTATTAAAGCTAAGAATAGTGTACTTGATGGAATAAGATTAGTAGCTA +GCTTATTAACTGAATTAAAAATATTCTTTGATGAAAGCTGCTATGATACCTTTAAAGAGT +TTAGCTCTTATATCTGGGATGATGAAGCTTGTAAAAAAGGTGAAGATAAACCAGTTAAAG +AACATGACCACAGCATGGACCAAATACGATATTACTGTAATACTATTATAGGAAATAGAA +GCAAAGCTAAAAAAATATTAAAAAGATAGGAGGTGTTGACATGAATGTAATGGCTATAAA +TAATATTATAAATATGGAGTTACAAGGTTTATTTCCGAAAGATAGACTACAGGAAATGAA +TGAGATAATAAACTACTATAAACAGTATGAAGGTGAAGAGCTTGATTGGATTAAAACAAC +TACTGATTATGTAGCTACAGAAAAGAAAACTAACTATATTAAAAAGTTAATAGATGAAGA +AGCTAGATTTATGTTTTCAAAACCTCCATATTTTAATATTAATGTTGAAGGTAATGAAGA +TGCAGAAAAAAAGCTTAATAAATATCTAAGACGGACATTGAAAAAGAATCTATTTAATAA +TGATATTATAAAAGCTACTAAAGATTTTCTGATAGGCAAAAGGATAGCTCTTAAGCTAGT +TGCTAATAAAGTTACTAATAAGATAGAAATAGCTTTTATTCCATCTTTAGAATTTATACA +CGTTCCTAAGATAGATAATGTCAAAGAATTAGAGCAAATTATATTTTGTTATCAGTTAGA +AGAAGATTTTAGCAGAGAAAAGCAAAAATTTTGGAAGCAAAAGTATTATATGAATAAAGG +TTATTGTTATGTAGATGAAGCTATATACGACGGAACTGGCAAAGTAATAAAGGTTATAAA +AGATAATGAAAATACGAAATTACCTTTTATACCATGTTATGTAATAATGAATGATGCTCT +TATAGGCGACACAAAAGGGAAGTCAGATGTAAAACCATTAGTAGAAAATCAAAAGGCTTA +TAATCAACTTACAAGCGAGGATATAGATACTATTATAAAAGGTATGAATAGGATCATATA +TATGCTTAATGTTGATGATGATTCTATAATGGAAGATGACGGCAAGGTGAAGATAAGTTA +TAAAGCTGGATCTGTTTGGAATCTAGAAAAAGATAGACAAGCAAGTGATAGTGATAAAGC +AGAAGTAAATACTATAGGCTCTGACTTTGCATATGACCAAAGAATAGAAAATGCATTAGA +TAGAATATTAAGTGATATGCATAATAGCTTATCTATACCTAAGCTTAATACAGAAGATTT +AAAAGCTCTTACAAGTGCTAAAGCTATAAAAGCTATATACCAACAATTCACTTCGTGTAT +AGAGGAAAAGATGACTTCATGGACACCAATGCTTGAGTGGATGGTAGAAGCAATTATAGA +AATGTCTAGGATATATGGTATAGGTAATTTACCTAATACAGATATTGAAGATATAGAAAT +AACAGTACAAAATCAATATCCATTGCCAAGTGACGAATATGAAGAAAAAGAAAATGATAT +GAAGGAAGTAAATACTCAAGTTATGAGCAAGAAAAAGTATATAGAGAAGTGGCAAAATGT +TCCTAGTGATATAGCTGATGAAGAATTAAAGCAAATAGCATTAGAAAGACAGATATTAGA +AGAATCATATATGAATATGGGTGCTGAATAATGGCGATAGATAGCTTTAATGGACTGATG +CAAGATGTAGAGTTTAAAAGAAATAATTTAACAAACTCTACAATTAAAAAGATTAGAAAG +TTATACAAAAATATAGCAAATGACTATATGAAAAGACTTGGTAAGGTTAATAAGGATTCC +TTAGAAGCTAGATATTTAGAAGATAGTGTAAAGTATTTACAGGAAGAATACGAAAGATTA +GGAAAAGAATTTATAAAAGATTTAAATAAAAATATAGAGATAATCATAGAAGAAACTACA +AGTACACAACTAAGCTTCTTTGAGAAAATTTGCGATGAATACTCAGTTGATTTAAAACCG +CATTTTACACAAATGTTTACTAAAATACATGAAGATGTATTAAGAGAAGTAATAACTGGT +GAAATGTATAAGGATAAAATAAAGCTTAGTAATCGGATTTGGAATGATATCAATAAGACT +AAAAGTGATTTAGAGTATATACTTAGTGAGGGTCTAGCGAAAAAGAAAAGTGTATATAAC +TTAGCCAAAGATTTAGAAAAATATGTAAACCCAAAATCAGCTAAAGATTATGATTGGTCA +AATATATATCCAGGAACTAAGAAGAAAATAGATTTTAATGCTTATAGATTGGCTAGTACT +TATATCAATCATGCTTATCAATATGCAGCAAAAAAAAGTTGCATAAAAAATCCTTATGTA +ACAAAAATGAAGTGGATGAGTTCGCATGACAATAGAGTATGTCCATTATGTGCTGAAAGA +GATGGAAAAGAGTATACTCCGTCAGAGTTACCAATGGATCATCCTCTAGGGCGTTGTACC +TTCATATATGTTATTCCTAAATCTTTAGATGAAATAGGAGAAGAGTTAGGACGATGGTCG +AGGGATGAAGAAGAAAACGAAAAATTAGATAATTGGTTTAATGAATATGGAGAGGACTTC +TTGTAAGTTCTTTTTTATTATAAAATTATAGGAGGAATGGTAAATGAAAAAGTTATTTAT +ATCTCAACCAATGAGAGGGCTTACGGATGAAGAAATTTTAAAGACAAGGGAAGAAATTCG +TGTAAAGGCAGAAGAAATAATTGGAGAACCAGTCGAGTTAATTCAATCATTTTTTGAAGA +TTTTAGGCCGATTGGTAAAACTCCTGTAGCTTATTTAGGTAAATCGATAAGCTTACTTGC +TACAGCTGATGTTGTTTATTTTGGAGAAGGATGGAAAGATGCAAGAGGATGTAAAATCGA +GCATGAAGTTGCAGTACAATACGGAATTGATAGAATAGAAGATTAAACCTTGCTTATTCA +AGGTTTATTTTTATGCAATAAATCATCTTTCTATCTATATAGCAAAGATGTAAAACTTGT +AAAAACGTAAATAGAGGAGGGTTTAAAATATATGAAATTAGTAGAGATACTAAAAGCTCA +AGGTCTTACAGATGACCAAATAAGCAAGATACAAGCTTCTATGCAGGAAAATAAAGTATA +TGAAACTTCATTAGAAAATGCAGATGAAGAATACTCTAAAATGAAAGCTAAAAAAGAGGA +TTATGAACAACAGTTAAATACAGCTAATTCTACTATTGAAGATTTAAAGAAAAATCATAA +AGATAATGACACTCTACAACAAACTATAAGAGATCATGAATCAACTATAGAGAATCTTAA +AAAAGAATCTGCTAATAAAGATTTTAGTTATGCTTTAAAAGAGGCATTAAAAGAAGCTGG +ATGCATAGATTATAAAGCTTTAGAAGTGTATCTTGATAAAGAAAACTTAAAATTAGAAAA +TGGGCAGATAACCGGATTAGAAAATCAATTAAATCCATTGAAAGAAAGTAAAAAATATCT +TTTTGAAGAGTCTACTCCTAATAATACAGGAGGATTAGGTAACTTTAATCGTAATCCTGG +AGGAGGTGGAACTACTGAGAGTTTAGGTGAAAGATTAGCTAAACAAGCAACAGAAACAAA +TACAAATAACCATAATTATTTTGGAGGTGCTAACTAATGGCAAAGATAAGAGTTACTGAT +TACTCAAATAGAAAAGAAATATTAAAGAACGACCATTATGTTGCAGAAGCAGTTGTGTTA +ACACAAGCTAATGCAGCAACAGTTGATGGTAAAAAATAGTTAAAGCAGGAACTATATTGC +CTGCAAATGATGCAACAGCTAAAGGTGTTGTTCTATATGATGTAGATGTTACAAATGGTG +ATGAAGTAGGTTCTTTAGTAATACATGGATTTATAGATAAATCTAAATTACCTACTGAAC +CAAATTCAGCAGCAATAACTGCTTTACCGATGATAAAGTTTATATAATTTAAGGAGGAAT +TAAATATGTCAACAATATACGATATAGTAAAAGCAAAAGAGATAGGTGTTTATTACAACA +CTATGCAAAAGGATAGAGCTCCATATTTAGGAGAAACACTATTCCCATTAAATAAAAAGT +TAGGGTTAGATTTAAAATGGATAAAAGGTTCTAAGGGTATGCCAGTAGCTTTAAAATCAA +GTGGGTTTGATACTAAAGCAGAGTTAAGAGATAGAATAGGATTTTCTGATGTTCAAACAG +AAATGCCTTTCTTCAAAGAAGCTATGTTAGTTAAAGAAAGTGATAGGCAAGAATTAAATA +AATTATTAGGAAATCCAGCTAATCAACCATACATAGATTTAGTAACTAGAAATATATTCG +ACGATGTGACTACTCTTTTAGAAGGTGCATTGGTTCAATTAGAAAGAATGAGAATGCAAT +TATTATCAGAAGGTAAGATAGCTATAATGGCTAAAGGAATAGATGGAGTTGCTAAGCCGA +TGGATTATGACTATAACTTAGCGGGTGAACAGAAAGTATCTACAGATTGGACTAAAGCAG +ATTCTAATCCAGTGGAAGATATATTAAAGTGGATGGATGATGCAGAAGATAGAACAGGTT +CAAGACCAACAAGAGCTATATGCACTAGAAAAACTTGGGGATACCTTTTAAATAATCAAA +ATGTGCAAGGAGAGTTAAAAGCATTAGGTCAAGGTAACGTAACTATAACTAATAAAATGC +TAGAGAATTATTTATTAGACAAATTAAATTTAAGAGTTGCTATAAATTCTAAAAAATATA +AATCAGAAGCTGGTGTAGTATCTAATTACTTTAAGGATGATGTATTTACGTTATTACCTG +ATGGAACTTTAGGGAATACATGGTTAGGAACTACTCCAGAGGAATCAGATTTAATGAGTG +GTGCTACTGATGCAGAAGTAAATATAGTTAATTTGGGTATAGCTATAACTACTACTAAAG +AAACAGATCCAGTTAATGTTAAGACAAAAGTATCTTTAATAGGATTACCTTCATTCGAAA +GAGCGGACGAAATAATTATAGCTAATGTAAATACTCCCAGTTAAAACCCTAAGCAAAGAC +TTAGGGGAAACTCTAAATGATGAAATAGAGGATGAAAAAAATGAAACTGCCAACATAGAT +GAATTTGATTATGAATCTATGACTGTAACAGAACTTAAAGAATTAGCTAAAGAAAAAGGT +ATAGAAGGATATTCTAAGTTAAATAAAGCTGAGATAATAGAAATATTAAAGTAGGTGCAA +TATGGGAGAAATCCAAGAACTTAAACTAAGACTAAGGGAGGAATCTTCTCCCTTTTTTAC +TGATGAAGAGTTACATTATTATTTAAAGAAAAATAATAATGACTTAGATAAAACTACTTA +TGAATGCCTTTTGTTAAAAGCAGAAGATGATAGTATAAGTTTACCTGGAGGTTTACAATT +AGCTAATAATAGCAAATATTGGTTAAGGTTAGCTAAGCAATACAAACCCAAGAAAAGGAG +CTTTGTATTATGATAGCAAATAAAATAAAACCTAAAGTTAAGAAGGTAATAGATAAATTT +CCAACTTATGTAGATATTTATAGGAATAGTAAAAATGAGTTTGGAGAGCCTGGTGGAAAA +GAACTTATCTATGAGAATTTAAAAGGCTTTTACCATGAGGGGAATACTCAAATAAATTTT +TCTATTGCAGATAAGGGAGAAGTTAAAAGAAGTAATCAAAAATTTTTAATGGTTATCTAT +AATGAAGAAACTGTTAAAATACAAGAAAATGATTATTTTATGCTAGATAATAAGAAATAT +ATTATAAAAGATTTAGGAAATCAGAATAGACTTAATATATATTTCGATATGTTGCTAGAG +GTGAATTAGTATGAGTGGTTTTAAGATGGATATAAGCAAGTTAGTAAATGGAATAGCTGA +AAGAGAAATTAAAACAAAGGCAGCAATTGCTTTATATGGTGATAGTGTAGCTAAGAAAAT +GGAAGCTCATGCAAAATCTAATTATAAATGGACACCTAGAAGTGGAGCTGCACATCAAAG +GCTTAATAGTACTTCAAAATGGCATGGACCAGTTGTAAGAGTAGAGTTGAGCCATGGAGT +AGATTATGGTATATACTTAGAGTTTTGTAATGAAAAAAGATATGCAATAATAAAGCCAAC +TATAGATTATATGACTCCTATAGCTATAAAAGGATTACAAAATATTATGAAATAGGTGTA +ATTATGTTTAAAGAAATCTATAAACACTTGAAATTAAAAGGGTTCAATGTATATTCAATT +GGTCAACATGAAGGAATATGCAATGAACCTTATTTAGTTATAAAAGAAAATGGAGAAAGT +GAGATAGCGGGAACAAATCTAAGTAATGATATAGTCGAAATACTTATCTACTATCCTAAA +GGTAGTTACTCAACTTTAGAGGATTACCGCACTAAAGTAAAAGATATTATGAAGGATCTA +TCAAAACTTAGAAGAGTTGTTAATCCTTCTCCAACGATAATTGATGATGATAAAAAGGCT +TATATGACATCTTTTTATTATCGAAAAATAAAACAATTAAGAAAGTAGGTGTTAAAATGG +CACAAGCAGAACAATTCGCATTGTGTGATGTTGTTTTAACGGAAATAAAAGTAAGCGGAG +GTTCTACACATTCTTTTTCAACTGCTGACGAAATATCGTGTGAGCCGGTAATAGAAGAAG +GAGAGGCTGTAAACCTTACTATAAAAAATAAATTAATAGCATCTAAACAGACTCCTGATA +TGGTACTAGGGCATGATATAACATGCAAAGACAACGTATTTACTCCGGAGTTATTAGCAG +ATATACAAGGTGGAGCAGTAGCGAAAAAACTTGAAAAATTCTCTAAATATACTGCACCTA +ATGTTGGTGCTATGCCTTCTACTAAAACATTTGATTTTATAGCTTATGTTGAAATTGTAG +GAGATGATGGTTCTACTGGGGACTACTTAAAATATACATTCCCTAACTGTAAGGGATCTT +TTATATCTCCTAATTTCAAAGACGGAGAATATTATGCAAATGAATATACAATAAAGTCAA +GACCAGCTTTAAATACTTCTCTTTATACTGTGGATTTGGTATCAGAACTTCCTGTAGGAG +TTTCTAAGTTTGTTCACCCAGCAGTAGAAGCTTTAGAAGAATTAGAAGAATAAATGCTTA +GGCTATAGTTTTAATGCTATAGCCTTTTTATTTGAATTTAAACAAATTTGTGGAGGTAAA +TTATGCAAGTAACAAGTTTAGAACAATTAAAAAATATAAAATTGAGTGAAATAGTTGAAT +TACCTAGTTTTGAGGATGGAACTCCTTTAATAGTTGAGATAAGAAAACCTAATATGATGC +AATTGATAACAAGCGGTAAGATACCTAACACTCTTTTAAATGTTGCAATGGATATGTTTA +ATGGTAAAACAGGAGATAAAATGCAAAAGGCTAGTCAAAACTCTAAAGATTTATCTGAAT +TAGTAAAAATGATGAATGTTATTGCTGAAGCTTCTTTAGTTAATCCATGTTATGAAGATT +TTAAGACGACTGGAGTTGATTTAAGTGATGATCAATTAATGGCAATATTGATGTATTCAC +AAGGTGGTGTTAAGTCACTAGAAAATTTTCGTAAACAGCAAGCAAGTACTAAGGATAATC +AGCCAAGCGAATAGATTTCATAGACTTCCAAGTGAAATTGCTCGAATAACTGATGAATAT +ACGGCATTTTGCTTCGATGAAGCCTGTGACTATATTATAAGCCAATTAGAACAGGAGAAA +AAACCTAAGTGGCGAGAAGATAAGAAAAGTAAAAAAGAATTAAGACAAAATAACCTTCTT +TTAGCTGAAAAGCTTAAGAAAGAAAGGAGGTAATGTATGGCGATAAATGCAGGTACAGCT +ATAGGATACTTAGATTTAGATACAAGTAAATTTGGTAATGCTTTAAAGACAGCACAAAAA +CAGTTGAGTTCTTTTAGTAAGGATAGTCTTAGCGCTGGACAAAAATTTACTAGTGTAGGC +CAAGGTCTTAAAACAGTAGGAAGTACATTAAGTAAAGCTGTTACAGTACCCTTATTAGCG +GCTGGAATTGCTTCAGCTAAAACAGCTGTTGATTTTGAAAGTGCTTTTGCTGGAGTTAAA +AAGACAGTAGATGCTACTGATACAGAACTTGCAAAGTTAGAAAAAGGCATAAGGAGTATG +GCTAAAGAAATGCCAACAGCCGCTACTGAAATTGCAGGAGTTGCCGAAGCAGCAGGACAA +TTAGGAATTAAGACACCTAACATTTTAGATTTTACTAAGACTATGGTTATGCTTGGGGAC +TCTACTAATATGAGTGCTGAAGAAGCTGCTACAAGTTTAGCAAGACTGGCAAACATCACA +GGTATGAGTCAAAAGGATTTTAATAAACTAGGCTCGACTATAGTTGCTTTAGGAAATAAC +ATGGCTACAACGGAAAGTGAAATTACTGCTATGGGATTAAGGTTAGCTGGTGCTGGTAGC +CAAATAGGGCTTACTGAAGCTCAAACGATGTCTTTTGCTGCTGCATTAAGTTCAGTAGGG +ATTGAAGCTGAAGCTGGAGGAAGTGCTTTTTCTAAAGTTATGGTAGATATGCAACTAGCA +ACTGAAAAAGGCGGCAAAAAGTTACAGCAATTTGCTTCTGTAGCTGGCATGAGTTCAAGT +GAATTTAAAAAAGCTTTTGAAAAAGATGCTACAGGCGCTATTTTATCATTTATAAAAGGA +CTTGGCGATGCTGAAAGTAAAGGCCAAAGTGCTATCGGCATTCTTGATAAGATGGGAATA +AGTGAGGTAAGACTTAGAGATACACTTTTAAGAGCAGCAGGCGCAAGTGATGTATTTAGT +GAAGCATTAAGCATTGGTACTAACGCATGGGAAGAAAACTCGGCTTTAGCTAATGAAGCT +GCGCAAAGATACGAAACTATGGCTTCTAAAATGGCTATGCTAAAAAATAAATTAGTTGAT +ATCGGTATCACCATAGGAAATGCGCTTATGCCATTTGTAGAAAGTTTAGTTACTAAAATA +GGCGAATTAGCTGATTGGTTTAGCGATTTAGATGGTACAACACAAGGAGTTATACTTACA +ATAGCTGGATTAGTTGCAGCAATAGGTCCGATGCTTATAATAATAGGACAAATGTCAATA +GGTATAGGTGCTTTAATAGGTTTCTTTGGTAAAGCTAAATTAGCAATCACAGCTTTTGGA +ACTGTTTTAAAAACAAATTTAATATCTACGCTAATATCGGCTAACATGTTTATAAGTACA +ACTATAATACCAGCTTTAACAAGTCTTGGTACATTTATAACAGGAACTATAATTCCTGCT +TTAACAGCTACAGCTGTTACAATAGGAACTGTTACAATACCAGTTTGGGCCGTAATAGCA +GCTATAGGTGCATTAATAGCAATAGGAGTGCTTTTATACAAAAACTGGGATACTGTAAAA +GCTAAATGTTCTGAGGTATGGAATAGTGTAAAAGAAACTTTTTTCAATACGTGGGAAAGT +GTTAAAACTTCAACTATAGAAGCTTGGGAAAATATAAAAACATCTTTATCAAATACATGG +GAAGGCATAAAAACAACTACAATAAACACATGGAATAATATAATTAACTTTTTATCTCAA +ATATGGTCAAACATAGTTACAACAATACAACCTTTCACAGACTTTATGAAAGAGATTGTT +AGTATGACTTGGAATTTTATAAAAGATACTACTACATCCATATGGGAAAGTATAAAAGGC +ATTATAGAAAGTGTATGGAATTTTATTCTATCTATAATAAATTTAGGTGCTGCATTAATA +GAGTTAGCTATAACAGTGGCATGGACAAGTATAAAAACAGTAACAACTACTATTTGGGAA +GGTATAAAACAAACAATTCAAGCAGTTTGGGACTTTTTAAAGCCTTATATTACTACTGCT +GTAAATGCTATTACTACAGGACTTGCTACTGCTTGGAATTTTATCAAGAATACAGCTATA +ATAGTTTGGACTGCTATTAGAGACTTTCTTGTTAATATATTTAATAATATAAAAAATACT +GTTACTACTGTATGGAATGCTATTAAATCATTCATTAGTAGCGCATGGAATAGTATAAAG +TCTACAACTCAATCTGTATGGAATAGTATAAATTCTTTTATTGCATCTGCCGTTAATTCA +ATAAAATCAGTTATATCAACAGTATTCAATGCAATAAAATCATTTATACAAACTGTTGTA +AATGGGTGGAAAAATGTAATACAAACTGCATGGAATGCTATTAAGAATGTAGTGTCTACT +GGCGCTAATGCTGTAAAGTCTACAATATCTAGAGTATTTTCAACTATAGAAAATATATTA +ACTGCTCCTTTTAGAGCAGCACAAAGTGTAATTAGTGGTATTTTAGGAGGAATTACTGGA +GCAATAAATAAAGTAACAAGTGGCATTAAAAAAGTTACTAATATGTTTAGAAGTATTGAT +AATCAACAACTCGAACAAGAAAATATTCCTACTAGATATGATGAGGTTGATTATTCTAAA +GTTAAGTTTAGCTATGCAAAAGCCAGACAAACAAGTATATCCGATGTGGTTGCTAAAAAC +AACTCTATGATAGATATCATAAAAAAACTTAAAGGTAGTATAGAATATGAAAATTTTGAC +ACTAGAGCAATTATGGATAAGCTTGAAAAACTTTACGGTTCTAATGAAAGAAGCGCAGAC +AATAATTCTGATATTATCATAACGATTGATGGCAGAGAAGTGTTCCGTGCTATGTCCCCG +TATATGGGCAGAGCAGTTAGGGGGATGTAGTATGATAATAAACGGGAAAACAGAAAGTGA +ATTAAATGTTATATGTGATAAGCCTATTATAGACAAGTCTTGTTACTCTACTAGTGAAGG +ATTATGGAACGGGAGTATAGTTCCTATTAAGTCTAATTTCAAAGAGACGTATAGGATTTT +TCGTTGTGTATTTGCATTTTTGGCAAAAGATAATAAAACTTTACTTAAAAATATAAGTAA +ATTTATAGAAGAAGTAAAAAGCTGCACTATAGAATATGAGGGGTTTCTGTATGATCTACA +ATTAAAAAGTAAAGATATTACTCCTGATGACTATGAGAATGCTGAATCTGTATCATTAGA +ATTTGATGTGTTAGATATGTACGAAGCTGAGAAAAGCATAACTACTAAACAAAGTACTAC +TATTAATATAAATAGTCCTAAGCCTTGCTATGCAAACTTAGAATTATCTGCTAGTACTAG +TGTAATTAGTTATACAGTAACTATTAATGATACAGAAATAGTAGTTAATAATATAAAAGG +TAATGAAACAGTTTATATTGGTAGTGGCAAAGTTATTGCGGGAGGTAAAAGTAAAATAAA +TGATGTAGATATATGGGAGTTTCCAATATTGAAGCCAGGAACAAATAAAATTGAAGTTAA +TAGAGCAGATGTAAATTTAACAGTAAAATATTGCGAAAGATGGTAGGACTTAAAGGTTCT +TTTTTTATACTCAAAATTGAAAGGATGATAAAAAATGTTAAAAATAAATAAAACTATAAA +TTTAAATGCAACAAGTGAAATAGATGGTCAAGTAGTAGCATATATGAATGCAAGTATATC +TACGGATGGAAATACTAATGCAAATATAAATAAAAATATATCTAATAAAGAATTATATGA +TGCTAATAAAGTAGCTGTTAGAGAAGATATGAAACAATTTGAAACAGAAGTATATAAAGT +TGAAGATTCTATAAATGTAGAATTATTATCAAGAAAGGCAGGTAAATAATTATGAAATTA +ACTAATAGAAAAATAGTAAATGATTCAAATTTCTTAGGCGGTTTAATACATAAGCAACTA +CCAGTTAAGATTTCATATGCTATATCTAAGAATATCTCCAAAATTGAAAGAGAATTAGAA +ATATACAATAAAGAAAGACAAAAGTTACTAGATAAATATTGTGTAAAAGATGAAGAAGGT +AAAAATCTAATAGATGAAAACAATCAGTTAAAAATAGCTGACGAGCATATTGATAATTGG +AATAAAGATTTGAATGAGTTGTTAGATATAGAAGTTGATATAGACATATACAAGTTTAAT +GAAAGTGATTTATTAAATAGTAACTGTGAAATGACAGCTAGTGAATTAATGTTAATAGAT +TACATGATAGAAGAATAGTGGAAAGTAGGTAAGAGCATGTTAAAGTTATTTAATAAAGAG +CATGTTGCAATAAGTGCTCTTACAAATTTAAAAGATTATAAAATAGAATACTTACTTAGT +GGAGAGGACTCTTTGGAGTTCTCTCTTTCTATTGCAGATGAAAATATACATCTAGTTAAA +GAAGAAGGATATGTAAGAACTAAATATAACGAGTATGTTATTAAAGCAATAGATCCTACA +GATAACTTCAAAAGATATTCTTGTGTAGTTAATATAGAAGATATAAAAGGAAAATCTATA +GCAAACTTTGATACAAGTAATAATATAACTGACACTATAAGGTTAGCCATAGCTGGTACT +GGATGGATATTAGCAGATAATAATATATCTAAGAGAAGAACTGTAAGGCTTAAAAATACT +AATGCTTTAGAAGTATTAAGAGAGGTCAGAAAAATATTTAGAGTTGATTTTAGATATGAT +GCAATAAATAAAATTATATATGTTTATGAACAGTTTGGAGAAGATAAGGGAGTTTATTTT +AGTGATGAATTAAACTTAAAATCTTTTAGTATACCTTCAGATACATATGACTATGCTACA +CGTTTGTATTGCTATGGCAAAGATGGTCTTAATATATCTAGCGTTAATAATGGCAAAGAG +TATATAGATAACTTCCAATATTCTAATAAAATCATCGAACTTATTTGGGAAGATAACAGA +TATACAGATGTAAATAGTCTTAAAGAAGATGCACAAGCAAAATTAGATGAACTATCTAAA +CCTAAAAGATCATATCAAGCTGATATAGTAGATTTAGCAAAACAAAATGAAGAATACAAG +TTCTTAGATTTTTTCCTAGGAGATACTATCACTTTATTATCTAAGCAAGAAAAGTTTAGA +GATAAGCAAAGAATAGTTAAGTATATAGAATATCCTAACAACCCTACTCAAAACACTTGT +GAACTAGGAAATACTACTTTAACATTCGAGGAATTACAGAAAGAAAATGAAGCTAAGAAC +AGTATGTTAGATGCAATTACATCTGATAACGGAACTATAGATGGTAGCAAAGTTGATAGT +ATAACTACAAAGCAAATATCAGACTTTGAGGCAAGTGTAGCTAAGATTACGGATTTAACT +GTAGTAAATGCAGAAATCACCAATCTAAAGGCTCAAAACGTAACTATAACAGGTAAACTT +ACAGCTGTAGAAGGTGAATTTGGAACTCTAAAGGCTAATGTAGGTGTTATAGATAAACTT +ACAGTAACACATACAGCTCAAATAAATGAATTAAAAGCTAATAGTGCTACTATAATTCAT +TTAGAAGCTACTAATGCGGTAATAAAGAATTTAGAAGCTAATGTTGGTAAGATTCAAACA +CTTGTAAATGGGAATTTATCAAGTGAAAATATCCAAGCTGGGGGAATAACATCAGATAAG +TTAACAATAGCAAATGGATTTATAACTAACGCTATGATAGCTAATTTAGATGTTTCTAAG +ATTAATTCAGGAGATATTAGCACGAATAAGTTTAAAATTAAATCAGATGATGGCGGAATA +GAAATAGTTGGTGCAACTCAACAATTTAAAGATAAAAATAATAGAGTTAGAATTCAAATG +GGACAAGATGCAAAAGGTAACTTTAACTTTATTATTCGAGGTGAGGATGGAACTTCTACA +CTTATAGATCATACAGGAGTAAAAGAAAAAGCTATAGCTGATGATTTGATTAAAAACAAT +ATGATTGCTAGTGATGCTGTAGGAGAAAAGCAAATTAACTATAGTTCTTTTGTAACTGGA +TTTAATAAAGATACTAATACAAGCACTATAAAGTCTACTAAGATTATGCTTAATAATCAG +AATCAGACTTTAGATGTTGCGTTTAGCCAATTAAAGACTCAAGCTGATGGGACTAAGACA +TTAACAGAATCGCACTCAACTACTATAGGTGTTATGCAAGGACAAATAAGCACTGCTATT +AACAATACTCAAATAGTAAAAGATGGCCAAACTATATTATTAAAAGATGATTATAATAGA +ACCGTTCAAACGATAGATAGTATGAAATCTATTATAGGTAGTCATACAAGCCAAATAAGT +GGTTTAAATTCTACAGTTAGTACGCAAGGAAGTAGTATAGAGCAACTAAAAGGTCAAATA +GCACTTAAAGTAGAGCAAACAGATATTACAAATGCCGTTAATAATATTCAGATAGGTTTG +GTTAACTTGTTATTAAATTCTAATGGTTATAGTGGTACACAATGGAGAAAAGAAAATGTA +ACTATACTTAGTGATACTTACAAAGGAAGTAGAATTCATACAACTTCAAGTGCGTGGGGT +GGTGTGGAATATTGGGTATCTGACTTAATATCGAGGAGTGTATTAGAGCTTAATACTTAT +TATACTATGTCATGCTACGCTAGAAGTTCTGCATCAACGTATTTGCCACAGTTAGGTTTC +TATGGAGACTCTTCATATCATACAGAACAAGGTAAAATTTTAGGAAATGTAACAACAGAG +TGGAAGCAATACTCAGTAACATTTAAATTTACTAATATTTCAAGTGGTAATTATAAAATA +AGATTTGAACCACTTACAAGTTCCACAAATGGAGAAACTTTACAAGTATGTGGGTTACAA +CTTGTAAAGGGTAATAAAATAGGTGATTGGACTCCTGCACCAGAAGACACACAAAGTCAA +ATAGATTCTAATAAAACAGAGATAACAACTGTAAAAAGCAATGTAGCATCTATAGATGTA +AGTTTAAAAGGAATTACACAAAGGGTAGAGTCTACTGAAACAACAACTGCTACATTAGCA +ACAAAAGTTAACACTGCACAGAGTACTGCTAACACTGCAAATAGTAATGCCACTAATGCA +TTAAATAAAGCAGAAACTGCAAATAGTAAAATCGATGGATTGGAAATGGGTGGAAGAAAC +TTAATTTTAAATAGTACTTTATTAAATAATTCAGAAAAATGGTATTTTTCTAATTCTAGT +AATGTAGATAGATTTGTTGATGGTAACTTTACAGGAATTAAATTAAATACTAATGGTGGT +TATGCCGCTACTACGGAAACAAAAATTAAAGCTAATAAAACTTATACAATTACATATTTT +AGAAAAAATACATCAGTTTGTAATATGTGGATTGGTTTTTATTTTAGCGATAATACTTAT +ATAACTGCTCCTGGGTATATTAATGAAGTTTGTAAAGATTGGAAAAAATACACGCACACC +TTTACTATACCTGATGGTAAATCTGGTATAAACTTGAGGATTTATTCTTATACTTCTGGT +GTAGATTTGTATATTAGAAATATAAAAGTTTGTGAGGGTGAGTCATTAATATATGATTGG +ACTCCTGCTCCTGAAGATACCCAAGGGCAACTAGATGCACATACTACTCAAATAACCACA +ACTAATAATAAAGTTGCATCTATAGAAACAAATTTATCTAGTATTACTAGTAGAGTGTCT +AGTGTAGAGCAGACACAAGTTTCAACAAATGGCAAAGTTACTAGTTTAGAAACTTGGAAA +AAGGATGCAGAGAAAAAAATAACAAGTGATGCTATTATTAGTACAGTTACTAGTTCTCAA +ACATATAAAGATGCTCTAACGGGAAAAGTATCTACAAATCAGATTATATCTAGTATTAAT +CAAACAGCAGAAGCAATAAAGATTCAAGCAAATAAAATAGATATGACAGGGGAATTGGAT +TTGCAAGGTCGATTCAAATGTTGGAAAAATAATTCTGATAAAACTGGAAACTATCTTCAT +TTGAATGGGGCTATGATGTTTGGTTATAACAAAACAGGAGGTAACAACCCTGTATTTGCT +AGTGGATTGTGGACTGATGAAAACATGGGATATTTCTCGGTAGGGTATACAAGAGCAGAT +ATAACTGATGCAAACGGATGTTTGTATATGTCTCCTCAAGAGGGAAATCAAGGAGGGAGA +TTAACTTTTTCAAGGTTGAAAGACTCACAAGTAGCACATACAACATTATATTTTCAAAAA +GACGGAGCAATAGACTTTTATTCGGGATTAAGAGGACTATATGAAAATGATGATAACTAT +ACATATAGATTTGACGCAGGAACAAGTGTAAAAGCATTAAGATGTAATAGATTGCGTTCA +TATGATATATACCCTAGAGGTAATAACACATATGATATAGGTTTTACAAATGGGGGATGT +TTTAGTAACATTTGGGGTAATAACATATGTACTAATCAAAGTCATCTATATCTAGGTACA +GCACAGGCAAGTGGAGCATGGAATACTTACGGAGCATTAGCTATAAATTCGGCTACTGGA +TATATATTCCCTGCTAAATATAATGGTGCATTAGGACTTGGTATGTCAAATAATAGATTT +AGTGGGTTATATTCAGTTAATGCTGTAAATGTGTCTTCAGATTCAAGATTAAAAACAGAT +ATACATTATTTAGAAGAGCCTACAGGAGAAACTGTTATATTAGAAAATAGGGTAGAGCGA +AATATGCACATAACTACAAAAGATATGTATGATTTTGTTAAAAATGAATTGAAATTAGCC +TCTTATAGATATAATACTAATTTAGAGAAAGGCAATACTTGTGTAGATTATGGATTTATT +GCACAAGATATTTTATATACAAAAGTTGGTTCTGAAATAGTGCAACTTGCGGATAAATAT +AGTCTAAATTCGGAACTCTCTTATAATCAAGGAAATTATATTTCTGTTATAGCAGGAGCA +TTACAACAAGAGATAAGAAAAAGAGATAAAGAAATTAAAGAATTAAGATTAGAGATAGAA +AATTTAAAATCACAAAGAAAATTAGAGGTTGCTTAATATTAGTAACCTCTTTTTATATAC +AAAATTAGGAGGATTAACATGGAAGAATTTTTTAAAGGGATAGTAATTAGTACGTTGGTA +TATGGTGTGATATTAGCTATATCAGCAGACACTTTTTTTGGAGCTTTAAGAGGGCTTAAA +GAACATAGGTTTAACTCTGGTATTGGAATAGATGGAGCTATAAGAAAGGCAGGAATGTTA +GGAAGCTTAGTATTTTTTATACTAGTAGATAAATATATACCATTTAATTTTATAGGATTT +TTACCTACAGAAATGCTACAGATTCTAAAAGTTGAGTACATAGGAATTACAGATTTCTTT +GCATTAATTTATATAGCATATGAAGCATGTAGCATTATAAAAAATATGCTATTATGCGGA +ATGCCAATGCCTAAAGTAGTTAGGGATTGGTCTATAAGATTCATGAATATGTATACTACA +GAATTGGATTCTAAGGAGGTAAATTAGTATGAGAGTATTAGTTATGGCAGGACATACTTT +AAGGGGTAAAGGTACAGGTGCAAGTAAATATTTAAATGAGAGTAAAGAAACTAGAAGAGT +AGCTAAAAAAGTGGTTGAATATTTAAAGAAACTAAATATAGATGCTACATATATATATTT +AGATGAAGCTAAAGGAAATGATTATTTAAAAGAGCAAGTCGCTTTAGCTAATACAAAAGG +TACATTTGATATAGTTATTCAAATACATTTTAATGCGGGGTCAAGTGATCCTAATAATTT +TACAACTGGTACAGAAACTTACTATGTATCTGCAAAAGGCAAAGTATTTGCAGATAGAGT +AAATGCTAAATTGTCTACAATGTTTAGAGACAGAGGTGCAAAAAATACTAAACCGAATTT +ATACTGGCTTAAATATACTAATAATCCTGCTATACTTACAGAAATTTGCTTTGTAGATGA +TAAAGATGATGCAAGAGTATATGAGCAAGAATTTGATTCTATATGTAAATTAATAGCAGA +AGGTATAGCAAATAAGTCTATACCTAAAGAACAAGAAGGATGGATTAAGGACAATGTAGG +TTGGGCATATAAAGAAAATGGTAAGTGGTGCTATGGATGGAAGAAGATAAATAGCTCATG +GTTTTATTTAGACAATAACGGTTATGCTGTTACTGGATGGAGAAAAATTAATGATAAATG +GTACTTCTTTGATCAATGGTGCTATATGAAAACTGGATGGATTAAAGACAATGACAAGTG +GTATTTCTTAGATTCAAGCGGAGCAATGGTTACTGGATGGCTTAAGGAAAATAATAAGTG +GTATTACTTAAAAAGTAATGGAGCTATGGAAACTGGATTATTACAGTTAGGAAATAAATT +ATACTTCCTAAAAGATAATGGAGAGTTAGTTGTAAATAAAAAAATAGAAATAAATAATGA +CGGTGAGATAACATTTATATAATATATATATAAAAATAATGGCAATAAATAAAAAGGCTT +AGAATCGATTTTACGAGGTCGATTTCTAAGCCTTTTTTTATTCTATAATTCATTTTTCTC +TTAAAAAATTTTTATGTAATTTTTCTTCTGCCTCCTTGCGTGCTTTTATTGCATCCTCTT +TATTATTATACCTAAAAGAAGATAGGGCATGGTTTATGAATTACTACAATATTAATAATA +TAATTATACAAGGGTTATAGTAATACAAATTAATTATCATAATATAATTATACAAAGGTT +ATAGTAATACAAATTAATTATCATAATATAATTTAAATAAAAGGGGGTATGAATTTATGT +TAGAAAAATACATAAAATCTATAGTTGGAGAGGATTGTGAAATAGGTAATATAGATATAT +ATATACCTATAAATTATGTAGTTTCAGCAAGAAACATTACTAACGATGAAGATAGTTTTG +GACGCCAAAAGGAAACTATATATGATATTAAATGCTCAATGTATAATCAAGAAAATAATT +GTAGACATTCAAGTCTTCAATCAGCGGAAAGATTGTTGAATAATATATTATCTGGAAAAT +CAAAGACTCTAGATATTACAATTTATATAACGCCAACTAGGTTAAAAGATCTACCTGAAG +AATACAGTAATGAAGAGTTTGTAATAAATGACTTTAAAGATAAGGTAAGTAAATATGTTA +GTATATTAAAATTACTAAATGAAGATAAATATAAAGATTTTGATGTAAAAAACTTAGATA +ATCATAATATTATTTTTGATTGTAGTGGTATTGTAAGATAGTGATCGTAGTTGTAATCTG +CTTCAAAAGCTAGGTTGGATTAATTTCCTTCCTGGCTCTTTTTTATTCCCATAAGTCTAT +ATTCTCTTCTCTAATCAACAAATCTAAAAGAACGACTGTAGATATCCAACAAGTTATTGA +TATAAATAGTAGTATGCAGAACACTAATTATCACCTCATTTACATTATGAACAAACAATA +TAAAATAATATCATTAAAAAATATTAATATATCGCAAAAAATGACAAAAAGTTACACATA +CTTCATTATATAATCAAATCCGTAGATAATTATTTTAGGGGGAGAAGTAATGAAGTTTAA +AAAAAAATTAAGTAGCTTGGCATTAGCTTTAGTAATAGGTTTATCAAGTTTTACTTATTC +TAATGCCCAACAAAATTTAGAAGCGCATTTTATAAATGTAGGTCAAGGAGATGCGACATA +TATAGAATTACCAAATGGAACAGACATATTAATAGATGCAGGTAATTCATCTGAAGGAAG +CGCTGTAGTCAATTATTTAAAAGCACAAGAGAAAAATATAGAGATAGATTATTTAATAGC +TACTCATCCAGATGCAGACCATATAGGAGGGATGCAAGAAGTATTTAAACAATTAAAAGT +TAGTAATTTTTATTACCCGATGGATACATCTAATGAAACTCAGACATGGAAGAATGTATT +AAGTCTAGCTGAGTCTGAGCGTTGCAAGATAAGAGACACAAAGTCAAGAACTGGTTTTGG +AATTGAAGATGTAAAGATTATGTTTAAGCACCCAGATATAGATTATAAAGACAATAATGA +TGATAGTGCTGTAGTATCTATAGAATATAAAGATACTAAACTTCTTGTAACAGGAGATAT +ATCAGCTACAACAGAGTCTGATATGATTTCATCTGGATCAGTTAAAGATATAGACGTGTT +AAAAGTAGCACATCATGGTTCAAAAACAAGTTCAAGTAAAGAATTTTTAACGAAAGTAAA +AGCTGAAAATGCTATTATAAGTGTAGGTAAAGAAAATTCATATGGACATCCTAACTCAGA +TGTATTAACAAGACTTTTAAGTAATGGTTCTAAAGTTTGGAGAACTGATATAAATGGAAC +TATTGTATTAAATAGTGATGGTAAGAATATAAATATTACTTCGGATGAAGGAACAGGAAC +AGATGCCTATAAAGGTAAATGGGTTAATGAGAATGGAAATTGGTACTATTATAAAGGTAG +TGAAAAACAAACTGGATGGATTAAAGATGGTGGAGTATGGTATTACCTAGAAAGTAATGG +AGTAATGGCAACAGGATGGAAGAAGTTAAACGGAGTATGGTACTATTTAAAACCAAATGG +GGCAATGGCAACAGGTTGGGAAAAAGTAAGTAATAAGTGGTACTATATGGATAGTAGTGG +AGCTATGCAAACAGGCTGGGAGAAAGTTGATGGAACTTGGTATTACCTAGATTCATACGG +AGCAATGAAAACTGGATGGCAAAATATATCTAATCAGTGGTATTACCTAAAGCCAAGCGG +AGCAATGGCAACAGGTTGGGAAAAGGTAAATGGAACTTGGTATTACTTAAACGCTGGTGG +AGATATGGCAATAGGATGGAAACAATTAGGTGGAACATGGTACTATTTAAAACCAAGTGG +AGCAATGGCAACAGGTTGGGAAAAAGTAAATAATAAATGGTATTATCTTGAATCAAGTGG +AGCAATGGCAACAGGATGGAAACAATTAAATGGTTATTGGTACTACCTTAATTCTGGAGG +AGATATGGCAACAGGTTGGAAGCAAGTAGGAACAACTTGGTATTATTTATATAACTCTGG +AGTAATGGCAACAAATACAACTATAGATGGTTGGAAAATTAATGGTAGCGGAGTAGCTAC +ACCACTATCAAGCAATAATGGTAATAACAATAATAACACTGGTAATGGACCTACTGGTGT +TCAAGGTACAGTTTATATAACTCCAGGAGGAAAGTCTTATCATAATAGCAGGAATTGTAC +AGCATTAAAAAGAAGTTCAACTGTTTTAGCTGTTTCATATAGTGAAGCAATAAACAGAGG +TAAGTCAGATCCTTGTAACTTATGTGTTAGATAATTCAAATAAAATAGCTAGTAAGGAAA +TTACTCCAATCTAGCTATTTTTTATTACCATAAATCATAATTACCATCTCTAATTAACAA +GCCTAAAAGACCTATCGCAGATATCCAACAAGTTATTGATATAAATAATAATATATAGAA +CATATAATATCACCTCAATAAGGATGATTAACTAGAATATACTATGTAATTCAACTTTAT +ATAATTATTTATTTATTTTTTCTATTGAAGTACTTACTTTTTCAGCTAGTTCTTGCAAGC +TATCATTTATAGCATCTAATGGATCTTTCTTAGGCGGTGGAGTAGGTTTAAAAGCAGCTA +CAAATATAAATGAAGCTCCAATAACTATCCACCAAAACATTTGACTGTTCCATAAATCTT +TAATAAATTGCATTGTTATAATATACCTCCTTTTAATATTTATAAAATATATGAAAAATA +AATAAAAAATATAATTAGGACAGGCAATTTTGTGTGTAGCACTACATATATATAAGTAAA +TCAACTTAGAAAGGAGGAAATCTAATGGCTAGGAAACAAAGTTTAAAACTTCAATTATCA +TTCAAAGAGAATACAAGAGATTTAGGTATTTATAATTTCTTAATCGAGGATATTAAAAAT +ACATTAGGGATTAGCACATATATAAAAATGCTTATAGAAAAAGATGAAGCATATCAATTG +TATAAAAAAAGAATTGGAGCGAGTTAAATTAAAAGAGCTGCAGGCGTGCAGGCCATACAG +CTCAAAACTCAGTGAATTAAAAATATTTAATTCTTTTTATTTATTCTACAAAATTTATTA +AAATCCTTTAAATTAATTTCGAAATAAGCACTAAAAGAAATATTTCTGTATTAAATCAAT +GCCGAATGCTGCAGCAAACCAATAAACATAAGATGGAATCATTGAAAAACCTCCGATAAA +AAGTATTATAAAAGTATTTTTAACAAATTAAGGGGGAATTAAACGTGTTAATTAAAATAA +ATGAAGTAAAAACTTATACATTTAGTGAATTTAAAGAAATCCAAGAAAATAGAGAGATTA +TAAGCAAATACAATATAGAAGATATAAAACAACTTGATAAAATAATAGGCCATATTAAAA +AGAATAAAGTTATGTATGGTAGATTGGTTTTTATGACTGCTTTATTTTTACATTTAAATA +TAAATGTATTTGCAAGTGGATTTGAAACTGTAGGTCCAGTAATTATAGATAAGTTTTTAA +GTGTAATGAAATGGGGTTGTATTGGAAGGGGACTATATGAAATGACTGTAACCATGGTAA +GTGGAGGTAATATTAAGCAGGCTATGACAGAAGGAATACAATATTGGATAGGATTCCTAT +TTTTACAGTTTTACCCTCAGTTGTATGATATATTTGCTGGTATAAAATTTTAAGGAGGGG +ATTGTATGAATTGGTGGAATCCATTTGATTGGGGAGAAATGATGGTTGAAGGAGCTAAAA +ACAAAGTGGCTCAGATTATAAAAGAGATAGCCGAAGATTTTATAATGTCAAGTTACTGGA +TATGTTTAATAGCAGGCTTAATAGGTATAATATTATTTCTATTTGGATATAAAAAAGGTA +AAAATATTGCAATGATTATGCCAGGAGTGTATTTAATTATAAAAATATTAGGGAGCGTGA +TCCTTGGTGTTTAGTAAAAAAATTGAAAGCATTAAGCTAAGTAAATATTTTGAAATAAAA +AGAGCGGAATATATAACTATACAATTAATACCAACTAAGTCAAATCGTAATAATACTACA +AGCAACATAGCACTTCTAATTAATAAGATGTTTTTAAATCTAACAGATATTATCAGAATA +GAAAATAAAAAATTAGTTATTACAAGCAATATGAAAGCATCTTACTACGTTCATATTACT +AAAGAAGAAACTAAATTCTATTTTATATTACCTACTATTCATCTAAATATATTTAAAACT +AAATTTGCAGCTACTTGGAAGAATGTTGAAATAAAAGAAGTAGAAGGATTACCGATTGAT +ATTAATAAACATAGCAAATACCAACTAAGATATAAATACAATGATGCTCTAAGTCTAGAT +GTAGATAAGAGAAGTAATGATTTACTTAATGCGAACATGAGTATACTAGAAGTTTTAGAA +GCTGATGAGAGCGTAGGTATATTATATAATTTCATTCCTACTGGAGAGCGTGCTATTAAC +TATTTTAGAGTTTTATATAAAGATATAATTACTAGATATAAAAATGGCGAAAATATTAAA +AAGAATAAAAATATCTGGGATTTATTTATTATGGCATGTAAATTTATATTAGGTATAGTG +GAGGATCTATTAAGTAGCTTAAGTAAAAATACTCAAAGTAGAACTATCGGTATAAAAAAG +AAAATATCTCCATGCACCGAAAGGAAGTTTGATAAAGATATATGTCAAACTCAAATTATA +GTGGTTGGTAAAAGTGATAGTAAAGAAAAGGAAAAGAATCTGTGCAAGAACATGTGCAAT +ACATTTAAGTCTATATCCGATGATAATGAGTTAAATTATAAGAAAATTAGAAAAGATATC +AACATAAAACAAGTCCAAATAAATAATGTAGCTATTAATAATACTTCTATAGATGAATGT +AATAATTTTATAGCACTTCCAGGAGCAGAGCTTATTAATCAATATAAATCAATAAAACAT +AATACTACTAAAGAAAATCCAGTTCCAGAAGAACTTAAGACAGGTATATGCAAGCTAGGT +CCTGTTAAATACAAGGATAGAAATGATGAAGTATACTTAAATAATGATGAAGAATTAAAA +TCATTACCTCATGTATTATTGGGAGGTAGTAGAAGTGGTAAATCTACTCTTAGTATTAAT +ATATGTAAAAATATAATTGATGCAGGAGAAGGATTAATAGTACCAGACTTCATTAAAAAT +TGTGAATTTACAGATACAATAAAAGCTATTACACCAAAACATAGACTTATAGATGTAGAC +TTATCTATATATAGTTGCATTCAAGCTTTAGCTTATAATGAATTAATGATAACTAAAGAT +ATGAAACCTTATGAAATTAATAAGATAACTAGAAGGAAGACTAGTATGATGTTAGAGTTA +GTCAATATAATGAATAATGATGAAAAACAACTACCTCCGAAGATGAGAAAATATTTAGGA +GCAGCTGCAAGAGTAGCATTCTGTTTTAATAATTCAAGTATGAGGGATGTAATGAGGATA +TTACAGATACACACAGTAAGATATGAGTTTATTAATAAATTAAGCAATGATTTAAAAGTA +TTACTTGAAGATAGCATAATATCTTTAAATGAGTTAGATGAATGGAGCAAAGTAACTAAA +GACAATCCTGTAAGTGAGGTAGTTGGCACGAAAGAAAATAAGATAGAAGGAATAATAGAT +AGAATAGATTTTTTTAGGGAAAATGATGTTATAGATGCTATGTTTAGTAAAGATCCTAGT +CAAAATATAGATTTAATAAAAGCTATGGATGAAGGGAAAATAATTATCATAAGAATGAGG +GATAAAGATTTTGATGATAAAACATCTAAAGACGTACTTACAACTTTCTTTATGCAGAAG +ATATGGTTAGCTACAAAGATAAGAGGAAGTAGAGAAAATAAAAGTAAATATCCAGCTAGA +GTTACATTATTAATAGATGAAGTATTTCAAGTTCCTACAGCTCAAAAGATACTAACAGAT +ACATTTTTACAAAGTGCTAAGTTTGGGCTTAAGTATATGTTAACACTTCATAATTTAGAT +GGTTTGAGCAAAGAAGCTCTAGCATCTTTGAAAGGATCTAATACATCATATACTTTAATA +AGTGGAGTAGATAAAAAAGCATTTGAAGAATTAGAAAAGGAATTCGAGGTTCATGGATAC +AGTTTAGATGATTTACTTAATTTAAAAAGATTTGATGCTTTACATCTTATAAAAGGAAAT +GATGGATATAAAGCACTTATAACTCATCTTCCACCAGAATTAAAAGTAGAGAGTATTACA +GAAAGTAAAATACAAAATATAGCATAAAAATAGGAGAGTTGATACTCTCCTATTAATTTT +GATATGAATTTATAAATGCATAGGCCTCCCCTATATTGCTATAGGCTAACATAACCGCTA +CACTTACATTCCAATGAGTTTACTGCGTTACACTCATTTACATATTCGCTTCGCATGTTA +TAGCATATGCAAAAGGATAGTCAAAAGTTTCCTATTTTATCATAAAAATAAAATTTTACG +TATAAAGTATAAAAATAAGAGACTAGTAAAAATATACTAGTCTCTGTTGTGGATAAAATG +TTGATAACTTAGCGTTAAACTGGGGATTAAAGTTTAAACTGACAATGAACTGACAAAATG +AAAATATTGTAACTAAATAATATTGAAAAATAAAGATTTTATGGTGTTATTTACTCTCAT +GATGGTTGTGGGCATCATTAAGATAAATTAAAAAATATAATATAAACAATAAGTGCCTTA +GATTATATTTATAATGAGTAAATATAATCTAAGGCACTTATTTCTATGTAGTAATTAAAT +ATCAATACTATTTAATAATTCTTTTAGATTTATTAGTTCTTCTTTTGTAAAGGTAATACC +TTTACCCATCTTTTGATGATCTTCATCCCAATCTCTTATATCATATTTTGCTTCTCTGTT +GTTCCAACTAACTAAATTAAGCTCTTTATTCCATCCTTTAGATGATTGAGAAATGACTCC +TATTTCTTTTTCTATATCATATTTAATTCCAGCCATAAAATAATTTTCCTTTCTTTTTAA +ATAATTACTATTATACCATATAAATAAGTATTTATCCTAAAGCAACAAATATAGTTCCTA +AAGCAATTAGAAGAACTCCTATAATTCCTTTTATTGAAATCTGCTCTTTAAAAATTAAGA +TTGATACAACTACTGTTATAACAACTGATAATTTATCTATAGGTGCAACCTGCCATGTTT +TCCCTGTTTTTAATGCTATATTTAAAAATAGCCATGAAAGTGCTCCAGAAATTCCTGCAA +ATACTAAATAAACAAAATCTTTCTTATATTCAAATAATTGATTTATATTATTTAAATCTC +CTTTAAAAAAAGATACAGAAACTAAAAATAGAGCCATTATTATAGAGCGTACTGCTGTTG +CTAATGAAGGAGATAAATTATTAATACCTATCTTTGTAAATACTGTTACGAAACTTGCGC +TTACTGCTGCTAATAAAGCATATAATAACCATGAATTCATATGAAAATGTCCTTTCTATT +TAATATTAATATAAAATATTATAGCATAAAAAATATAAAATTAAACGAGTTTGAAAATCT +TTATCAGTTATTAATGGTTTATACAATTTATAAGTTTGAAAATATTCATATATATTTAAT +AAATTTAAAGGATAAAATGATTTATATATAGAGGTTTTGCAACTTATAAAAAAAAAATTG +CATTTTAGCTATTGTATTTTATTAAAAAATAACCTATAATAAGTATAAATGAATAAGGAA +TTGAATAAATTGCATTTTTATAGAAAATTTAATTTATTTAGATAAAAAGAAAATAAAAAT +AGGGGGACTTAATAATGGAATTATTAAACAAATTAGTGTTACAAGTTAATGACTTTATTT +GGACTTACATACTAATAGCGATGCTTATTATTTTAGGGATTTACTTTACAGTAAAGACGA +ACTTTGTACAATTTAGATTTTTCAAAGAAATGTTTAAGCTTTTAGGAGACGGTGCTTCTA +AAGATGCAAAAAAGGAAGGAAAGATATCTTCTTTCCAAGCATTCTGTATAAGTACAGCAT +CTAGAGTAGGTACAGGAAATATAGCTGGTATAGCTATTGCTGTAGTTGCTGGTGGACCTG +GAGCAATATTCTGGATGTGGCTTATAGCGTTAATAGGTTCAGCATCAGGATTTGTAGAAA +GTACATTAGCTCAAATTTATAAAGTAAAAGATGGAAATGCATATAGAGGTGGACCTGCTT +ATTATATGGAACAAGGTTTAAATAAAAAATGGATGGGAATTATATTCTCAGTTCTTATAA +CTATTTGTTTTGCATTTGTATTTAATGCAGTTCAAGCAAATACAATAACAGCTGCATTTA +ATAATGCTTTTGGAATAAATAGATTTGGTTTAGGATTAGTAATAGCTGCAGTAACTGCAG +TAGTAATATTTGGTGGTTCTCACAGAATTGCAAAAGTATCTGAAGTTATAGTTCCTGTTC +TTGCAGTTTTATATATATTAGTTTCTTTATTTGTAGTAGTAATTAATATAACAGAATTAC +CTAATGTAATAAAATTAATACTTACAAATGCGCTTGATTTTAGAAGTATGTCAATGGGTA +CGATGGGTGGAATAATACTTGTTGGTGTAAAAAGAGGTTTATTCTCAAATGAAGCTGGTA +TGGGTAGTGCTCCTAATGCAGCTGCAACAGCAGAAGTATCGCATCCAGTTAAGCAAGGTT +TAATACAAGCTCTTGGAGTGTTTGTTGATACTTTAATAATATGTTCTTGTACAGCATTTG +TAGTGCTTTTATATCCAGGATATGCAACAAGCTCAGCTGAAGGTATAGGATTAACACAAG +AAGCTTTAACTTACCATATAGGACCAATAGGAAATATATTCATAGCACTTTGTATATTAT +TATTCGCATTTAGTTCAATAGTTGGGAACTACTATTATGGTCAATCAAATATAGAATTTA +TGAATAATAGTAAGTCTACAATGACAATATTTAGAGTAGCAGTTGTAGGATTTGTATTAT +TTGGTTCTGTAGCTCAAATAGAAATAGTTTGGAATTTAGCAGATGTGTTTATGGGATTAA +TGGCAATAATAAACTTAATAGCAATAGCGCTATTAGGAAAATATGCGTTCAGAGCATTAA +AAGACTACGAAGAACAAAGAAAGGTAGGTATAGAGGATCCTATATTTGACTCTTCAAAAA +TAGAAGGTCTTGAAAATGTATCTGAGTGGAAACGTGATAAAGACGGAGTAACTGCTTAAT +ATATATAAAGCGTGTATCAAATTTATTTGATGCACGCTTTTCTATTTTTCAAAGCTTTCA +AGATATTTACAAAAGCTTTTAAAATCTTCAATATTTTTAATTTCATTTAAGTTTCTTATA +TCTATCATAATTTTGCTAAATTTATGCATCATAAACTCCATGTCATATAGTTCACATTTA +ATGAATCCTTCTTTATAGCTATATTTAAAGGGTTCGTATTTTTCAAGGTTATCTTCGAAA +TATTTTATTTTAGCATAACAAAGTTTGTAGATATGGAATAAGAGACTTAGAGTAGAGTGC +TTAAGTGCAAATTTATGAGTAAAATATTTAACTTTATAATATTTTTTATGATTAAATTCC +CAAATTAGGTCATCATTTAGAGATAAAGAATACTTTTTTAGAAGTTTCTGCTTATCAATG +CTTAGATCTTTTATATAATTATATTCCATTATTATACCCTCCTAATTTATTATTATAATA +AAATTATATATATTACTACCTATAGATATATTTATTTGACTGAATTATAGAAAATTACTA +TATGATGAGAGGATATATAAATTAAAACTATATATAAATAGATGAAGCTGTTATAAAATA +TAAGTTTATTAAAGAATGTTAGTAAATTTAAATAAGTTTATGATAATATAAAATAATGAT +GTGTTTGAATAAAAGACAAATAAATAGATTATAATGAAAACAAACATAAGTTCGATAGCT +AGGAGGAAAAGATGAGTTTAAAGCCTTTAGATATATTAACTAAGTATTATGGATATACAA +GTTTTAGGAGAGGTCAAGAAGATATAATAAATTCTATAATAAATAGAAATGATGTTCTTG +CTATTATGCCAACAGGTGGAGGAAAGTCTATCTGCTATCAAGTTCCAGCTTTATTATTAG +ATGGAATTACATTAGTCATTTCACCACTTATATCTCTAATGAAAGATCAAGTAGATGCTT +TAAAAACTATGGGGATTAATGCAACATATATTAATAGTTCACTCAGTAGTAAGGACTTTA +ATGAAGTTTTAGAAAATATTAGAAATGATGAATATAAAATTATTTACGTAGCACCAGAAA +GGTTAGATAGCTATGAATTTACGAATATTGTTAAAGATAAAAATGTAAGCCAAATAGCTG +TAGATGAGGCTCATTGTGTATCACAGTGGGGGCATGACTTTAGGGTAAGTTACACTAAGA +TTTATTCGTTTATAGAAAGTTTAATAAGTAGACCAGTAGTTACTGCATTTACAGCAACTG +CTTCTCAAGAAGTAAGAGAAGATATTATTACTAGTCTAAGATTAAATGACCCGGACATTT +ACATAACTGGGTTTAATAGAGAAAATTTATCTATTAATATAGTGAAATCATCTAGTAAAA +ACAAGTATCTTATTGATTATTTAGAAAATCATAAAAAAGAAAGTGGAATTATTTATGCAG +CTACGAGAAAAGATGTAGAAAAAATATATGATGGACTGTATAAAAGAGGATACTTAGTAT +CAAAATATCATGCTGGCTTATCACAAGAAGAAAGAAAGATAAACCAAGAAGATTTTATTA +ATGATAAAATTGATATAATGGTTGCTACTAATGCATTTGGAATGGGGATAGATAAACCTA +ATATTAGGTGGGTTATACATTATAATATGCCTCAGAGTATAGAAAATTATTATCAAGAAA +TAGGAAGAGCAGGAAGAGATAATCAAAAAAGTGAGTGTATTCTTTTGTTTTCTCCAGGAG +ATATTCATATACAACAGTATTTAATTGATATAAGTATAGAAAATCCGAAAAGAAAGCTAT +TTCAGCATGAAAAATTACAGCAAATGAAAGACTTAATTTACAGTAATTATTGCTATAGAA +AAAGTATATTATCTTATTTCGGAGAAAGTCTTTTAGAAGAATGTAATAACTGTAGTAATT +GTTTAACTGAAGGTGAAATAATTGATAAAACTTTAGATGCTCAGAAAGTTATCTCATGTA +TATATAGAATGAAAAAAAGTTATGGAGTAAATATGATTGTAGATGTATTAAGAGGATCTA +AGAACAAAAAGTTATTAGATTTTGGATTTAATGAACTTTCTACTTATGGAATAATGAAAG +ATTACTCAAATGAAAATTTAAAAACATTTATAAATACATTAGTTTCTCATGGATATTTAG +AGCTAATAAAAAATATAGGGTATAATGGAACTTACCCAACTGTAAAATTAAATGATTTAT +CTACAAAAGTATTAAAAGGTGAGATACAGGTTAGGTTTAAAGAAACTATAGTAAGTAAAT +CTTTAAATACAAACGATGAATTATATGAAAGATTAAAGAACTTACGATACGATATAGCAA +CAGAAGAAAAAATTGCTCCATACATGGTATTTGGTGATAGTGTATTAAAATCAATGGCAT +CTACATATGCAACTAATAAAGAAGACATGCTTAGTATATCAGGTGTCGGAGAAATTAAGT +ATGAAAAGTATTCAAGTAAGTTTATTAAAGTAATAGAAGAATATATGCTAGAAAAAAATA +TAAAAAAAGAAGAAAAGATAGAGCAAAATAAAGATGAAGAGTTTTTATTTGTTAAGACTA +ATATAAACTTATATAAAAAGCTAAAAGAGTTAAGAGATGAATATGCTAGAAAAGAGCAAG +TAATTGCATATCGAATATTAGGTAATAATACACTGAAAGAAATAAGTGGAAGATGTCCTA +GAACAATAGAACAGTTAAATGATATTTCTGGAATTGGACCAGTTAAGATTGATAAATATG +GTAAAGAAATATTGTGTTTAGTTGAAGCTTATATAACAGAAAATAACATGGATGTTATAT +GGACAGAAAAAGAAAAACTAAAAGTTGTTATAGATGGTGAGAGTAGAAAAAACAATGAAA +TTGCTTTAGACTTATTAAATCAAGGAAAAGATATTAGTTTTGTAAGTGAAGAACTTGAAA +CTTCGGTATCAACAATTTTAGGATATGTATATGATTATATAAAAGAAGATCAAGAAATTA +AATTTAATTTAAACTTAAAAGAATTTTATAGCGATGAGGAAGCTGAGCTAATCATAAATG +CCTGTAATGCATTTGGAGAAGAGAAAATAAGTATAATTAAGAAAAATTTACCTAATTATA +TTAGATATGAGAGTATTAGGGCTGTAATACTAGAAAAACATTTAGGAGTTTTAGAAAATA +AAAAGGAAATTTGTAGATAGATATAGAAATAATAATATACTGTATTCATATATCGAAACA +ATATAAAGAATATATGTATATTATTTGATGAAATATTTCTTGGGTAATTGGATATAAATT +CACTTTATATCAATAGATTACGTTATAAAACAATGATATCTTTAGAATAAAGTGTAAAAT +GTTTTTACTTGAATAAGAAAATTCTTTTATAGCTGTTATATAGAAATTTTATTTCTTAGG +AATTAATTTAACTTATAAATATATAAAATATATTCAAGTTTGCCTACTGACATAGTAAAT +TTGAATATATTTATATGTTTTTTGTTTTTTATTTATAATATATAGTAAGATAATAATAAT +TTTAATCAATATTGCACAGGAAATAGTAAAATAATAATATAGCTATTAACATATATATTT +ATTTTAATATATGTTATATAATGATTGAAGTTAAGTGTATTAAAAAGGAAATACTGTATA +CAGTATTATATTTATTCTAGAAATTATATATAGTGACATAACGAAAAATAAAATATAATT +TAAAATCTAAATAATAAAAATACACCTTTAATTTATGATATGAAGGTGTATTTTGTTTTT +ACACAATACTTAATTTAATCAGATTAAAATTTATTTTTAAAGATGTTATATTTCATTAAT +AATATTACTTTTAATATGAAATTACTATGAAATTTTAGTGTAGTAAGTTACTTTAAGTAT +AAAAAGATGATAGAATAATAAAACAAGAATAGATTAAATTAGGAGTGTAAATTATGGGAC +TGCTAGAGTTTGATTTTATAGAAGAATCAATAGACAAGTTAAAATCTATGAGTTCAACAT +TAGAGCTAATAGGAGATGAGTTAGAAGGATATTTCGAAGGAGTTTTAGATTATAAAGAAG +AAGATTATATAAATGTAACATCAAGAGTGAAGTCAGAAAGTAGCTTAAGAGAAAAAATAA +TTAGAAATAGATATCTAAAAAAATATAATGAAGCAAGTAACCTTATTCATAATCTTTCAG +ATTTAATTGGCGTAAGGATTGAGTGTAGATTTATTGAAGATGAAAATAAGATATATAGGG +TTCTAAGAAGATACTTTAATAAGACTGATGATAAAGTTTATTATTATAATAAAGAAAATC +CAAATATTACATTGAAGCTTAATGAAAAGCAACCAAAGAAGCAAAAAAATGGGTTTGAGA +TTTATAGGATAGATGGTAAATTTAATTATCTAGATAGACAAATTAAATTTGAACTTCAGA +TAAAGTCGCTTGTAAATATATTTTGGAGTGAAATTGAGCATAAAGTTATTTATAAAAACA +ATACATATTTATTAGGAGATAGCTTTTTAAAAGATATGATGTTGTCTATCAAAAATAATC +TTACAATGATAGATAACCAATTAGTAAATGTTTATAAGAATTTTAATACAGGTAGCTTTG +AACATTTAGTAGGAAAGAAGAAAGAATTAGAGAAGTTATTAGCAAAGATGGCACATGATA +CATTTTCAATTAAGATGAAGGAAAGTATAGGATTTATAGTAGATTTTAAAAAACCTTGTG +AGACTATATTAAATTATTCTTTCAATAAAAATGAAGATGAAATTGATGATAGTTTATTCG +GGGATTTAATGATTAATGGGTTATCAAGAATAAATGAAATTTCTAAAAAAGAAATTAATT +TTAATCAATCTATTGTATTTGAAAAGAAGCCAGTATTAAAAGACGATTTTTGTAAAAAAT +TAGGTAAATATATAATGGGTAAGCTAAATGATGAATTTGCATGGAATTTATTCTTTAGAA +TTTTATTTGAGATAGAGCCTTATAACAATAAAGAAGATTTTGAAAATTTTATATCATTTA +TAAAAATGAAAGTTATATCTAAAGATAGTAAAGAACAAATAATATCTGCATTTAAAGATG +AAGGTGAAATAATAATTAGGGATATGTACATGAGTATATGTAAAATACTTATTGAAGTAG +ATACAGTAGAAACTATGTACGACTATAATTTAGAAAAAATTAATTACATTATAAGTGAAG +TTACTAGTAGCATATGCAGAGACTTAGAAAGTTATAATAATTATTTAGAAATAAAAGAAG +ATATACTAAACAATATAGAGACAAAGATAGGTAAATTATTTAACTAAATATAGAGGTTTA +ATATTTAGATCTATAAAGTTGAATGTATGTATAATTAAAATTATAGAAAGAATAAAAAAA +AACAAAAGATGATGAAGAGTTAAATAAATATAAAAAATAATAAAATAAAAGTGTGTATTT +CAAATTATTTTTGAAGTACACACTTTTATTTTATTAGAAAGTAATATTATTAGGTTTGAT +ACAAATGTATTATAAAATTATATGTATAATATATGTTATTTTATATAAAAAAATATTGAT +ATATTGTATAATATTTTTTATAACAGTGTTTAAAATCAGGAGGTTGAAATGAATAATATT +ATTTTAGTTAGAGGAGCTGGGGATTTAGCTTCTGCAGTAATACATAAATTATATATGTGT +GGATTTAAAGTTGTAGCATTAGAAATAGAAAAACCTCTAGCGATAAGAAGGCAAGTAACA +TTTTGTGAAGCCATATATGAAGGAGAAGTAGAAATTGAGGGGGTTTCCTGCAAGTTATGT +AATAGTATTTCTCAAGTTAAAGAGACTTTAAATATAAATAAAGTTGCTCTATACGTTGAC +CCAAAAGGAGAATCTATAAAAGAGATAAATCCAAAAGTTGTGGTTGACTGCATATTAGCA +AAGAAAAATATTGGAACTAGTAAAGATATGGCAGACTTAACCATTGGACTAGGACCTGGT +TTTTGTGCAGGAGAAGATGTAGATATAGTAATTGAAACTATGAGAGGCCATAATTTAGGG +AGAGTAATAAGAAAAGGTAAACCAAAAGAAAACACTGGAATACCAGGAGAGATAAATGGA +GTATCTAAAGACAGAGTAGTTTACTCTCAAGCAAGTGGAATAATTAATACATTATGTAAT +ATAGGGGATATAGTAAAAAAGGATCAAGTTTTGGCTTATATAGAAGATAATAGTGGGAAT +AAACATAAGGTTTTAGCGAGTATAGATGGACTGTTAAGAGGGATCATCAGAGATGGATCA +TTTGTTAAAAGTAATCTGAAAATTTTAGATATAGATCCGAGATTAGATCAAGTAAAAAAT +GCATCTACAATATCAGATAAAGGAAGAAATATAGCTGGAGGAGTATTAGAAGCTATCTTA +TCAAGTAAGATACTACCTAAATATTAGGAGGGATAAATATGCATGAAGTAATATTATCAA +AGATAAATGAAGAAATACAGAATGGAAATAAGGTTGCACTTGCTATAATTACAGAAGTAG +AAGGGTCAAGTCCGGGTAAACAGGGTTCAACTTTAGCATATCTTTCAGATGGAAGTATAA +TAGGTACTGTGGGTGGAGGCATCTTAGAATATGAAATAATAAGCAAATGTAAAGAATGTC +TAGAAAATGGAGAAGATATAAACTTTGAGCACAGTCTAACAAAAAATTCAGAAGAAACTC +CAATGCAGTGCGGTGGAAATGTAAGAGGTTATATAAAAGTATTTAAGCCTAAACCAAGAC +TATTAATTGTCGGGGGAGGACATGTAGGATATAGCCTGTACAAGATATCCAATACTTTAG +ATTTTTATACTATAATAGTTGATGATAGAGCAGAATTTGCGAATAAAGATAGATTTAAAA +AGGCAAAGGAAGTATATAGTGGTAATATAGAAAGTATATTGAAAAATATAAATATTGATG +AAAATACATATGTAGTAATAGCTACAAGAGGTTATGAAAAAGATTTAGAAGCCCTAAGAT +GTATTATAAATGAAAATGTAGGGTATATAGGAATGATAGGTAGTCTAAAAAAATGGACGA +CCTTAAAATCAACTTTAATCAATGAAGGGGTTAGTGAAGAATTATTAAATTCTGTTTATG +CTCCAGTAGGTCTTAATATATCTTCAAACGAAGTAAATGAAATTGCTTTTGGAATAATGG +CAGAACTTTTATTAGTAAAAAATAAAGGTTGCTTATCTCATAGAAAAGATAAAAACCTAA +GATTTAATAAATAATATTCGATAAATTAAAAGGAATATGACGAATTATATAAAATATGTA +AGTATAAGTAATATTATGCAGAGGTGATTATATGTTTAAGGTTGCAATTATAACTCTTAG +TGATAAAGGTTATGAAGGACAAAGAGAAGATATAACAGGTAAAAAACTTGAAGAATATGT +TGAAAGTAATGGACATTATAAAGTTGTACATTATGCGTTGATAAAAGATGATAAAGAAAT +GTTAGTAAATGAACTTATAGATATATGTGATAATAACAAAGCTGATTTAGTATTAACTAA +TGGTGGAACGGGATTCTCAAAAAGAGATGTTACACCAGAAGGAACTAAAGAAGCTATAGA +AAGGGAAATACCAGGAATAAGCGAGTACATGAGGATGAAGTCTTCAGAAATAACTAAAAA +AGCAATATTAAGTAGAGGTATAAGCGGAATAAGAAAAAATACAATAATAATAAATTTACC +AGGTAGTCCAAGAGGTGCAGTTGAAAATTTAAGCTTTGTAATTGATACTTTAGGACATGG +TATAGACATTCTTAAAGGAGATGCAAGTGAGTGTGCTACTCCTTTAAAAAATAATTAGAT +AGCAAAGAGGGAAGTAAATGATAGATAAATATGGAAGAAATATAAATTATCTTAGAATTT +CACTTACAGATAGGTGTAATTTAAGATGTATTTATTGTATGCCATCTGACGTAGAATTCA +GGGATGAGTATGTAAATGATACTTTAAGTACAGAAGACTATAAATTTATAATAAAATCAA +TGGCTAATTCTGGTATAACTAAATTAAGATTTACTGGAGGTGAACCTACACTACATCCAG +GTTTAAATGAGCTTATTTGGTTTGCTAAAAACGAGTGTAATATAAATGATATAGCAATAA +CTACTAATGGACTTAATCTTGCACAAATAGCTTCAACTTTAAAAGCGAATGGATTAAATA +AAGTAAATATTAGTCTTGATTCATTAAAGGTGTATAAATACAAATCTATTACTAGAGGCG +GAGATTTAACTCAAGTATTGGATGGAATAAATGTATGTCTAAAAGAAGGAATTAAAGTTA +AGATAAACTGCGTTGCTATAAAAGGATTTAATGACGATGAAATCAGTGATTTTATAGAAT +TAATAAGATACAATCCTATTGATGTAAGGTTTATTGAACTTATGCCTATTGGAGAAGGAC +AAAAAATATATAAAAATGGATATATAAATGTTCATGAAATGATTGAATATATTGATGGAT +TATATCCTGTACCATCAGAAGAAAATTCTCCTGCCAAATACTATCAATTTAAAGGTGCAA +AAGGAAGGATAGGAGTAATAACACCTCTTAGTTGTAGTTTTTGTAAAGAATGCAATAGGA +TAAGAGTTACCTCTAATGGTAAAATAAAATTATGTCTTCATTCTAAAGAAGAAATAGATA +TTAAAAACTATATTAACAAACCATTAATATTTAGAGAGGTTTTAAAAGATATAATTTTAG +GAAAGCCAGAAAAACATAATTTAGTAGAAAGACAAAGTAGTGAGACAACTAGAAAAATGT +ACGAGATAGGAGGTTAATAATGTTAACTCATATTAACGAAAAAGGCTATGCAAAAATGGT +AGATATAAGCGAAAAGGAGAATACTACAAGAGTAGCAGTAGCAACAGCTACTATATCTAT +GACGAATGAAGCATTAGAAAAAATAAAAAATGGACAAATAAAAAAGGGAGATGTGTTATC +AGTTGCTCAGATAGCGGGAATTATGGGGGCAAAAAATACATCAAATAATATACCTATGTG +TCATCAAATCAACTTAGTTGGTTGTGATTTAGACTTTGAAATAGATGAAGATACTTCTTC +TATAATAATATATGCTACTTGTAAAAGTTTAGGTAAAACAGGTGTAGAAATGGAAGCATT +AAATGCTTGCTCAATAGCAGCCTTAACAATTTATGATATGTGTAAAGCAGTAGATAAGAG +AATGATGATAAGCAATATTCATTTAATAGAAAAAACAGGTGGGAAGTCAGGAGATTTTAA +ATATTAATTGTTTTGGAGAGTGAGTAAATGGCAAAGATAGTATCAATAAATATAAGTACG +AAAAAGGGCGTTATAAAAGAACCAATAAGTAAAGCAGAGTTAAAAATTGACCACGGTATA +GTTGGTGATGCTCATGCAGGAAATTGGCATCGTCAAATAAGTATGTTAGCTGAAGAAAGT +ATTCAAAAGATGAAAGATAAAGGTTTTAATCATTTGAAATTTGGAGATTTTGCAGAAAAC +ATAACTACCGAAGGGATAGAAGTTCATACTTTGCCTGTAGGAACAAAACTAAAAATAGGT +GAATGTGAAGTAGAAGTAACTCAGATCGGAAAAAAGTGTCATAATGGATGTGCAATAAAG +CAAACAACAGGCGACTGTGTAATGCCAAGAGAAGGAATCTTCGTAAAAGTCCTAAAAGAA +GGAACAATACAACCAAACGATATAATTGAGGTTTTATAACCACATATTCGAAATTAAGAA +AACAAAAAGAGCTAGATAAGGGCCGATTCTCAAATACCGCGGTGAAAGTGTGAAATATAA +ATTTGCTAACATTTGTAGCATTTTTTCAGCTGTATGGAAGAAAATTTATATTCACACCGA +GATGCGATTTTAGAATAGCTCTATCAAGCTCTTTATCTATATTAATGAGATAATCCCATT +GATGTACTTAATATAAAGTTTAACATAAATAAGAATGTTAAAACATACATTGCAGGTGAA +ACTTTCTTACCTTGATTAGAAGCTATTTTTAAAATAGTATAAACTATAAATCCTGCAGCT +ATACCATTTACTATATTATAAGTAAGTGGTATTACAGTAATTATAATAGCTATAGATATA +GTATCTATTATATCTCCTTTTTCTAAATCAAGGAAAGTTTGAATCATTAGTATGCCTATA +AATATAAGAACAGCACTTATAACACTATTCGGTATAAGTTTTAACACTGGTATTAAAAAT +AATGACATTAAAAATAATATTCCAGAAGTTAAAGCTGCTATCCTTCCTTTTCCACCAGCA +CTTATACCAGAGAAGTTTTCAGCGGCGACTATAGTTGGGCTAGTACCAAATAAACCTGCT +ATCATGTTAGAAACACCAGCTAAAGTAAAGTTTCTTTGGAAGTCATTTTCTTTATCTAAG +GCACCTAACATTCCATATAAAATGCCCATATTTTCAAACACTATGACTACAGTTATAGAT +AATACTGCCATAAAGAATGGTACTGTAAACATATTTTCAAAAGATAAACTTAAGAAAACA +TTCTTAAAATCACCTATATTGAAAGCTGTAAAATCTAAATCACTAATAGAAGTTATTTTC +ATAGCCATAGATAATAATGTTCCCATAAGAATACTAATAAGTATTCCGCCATTAACTTTT +CTCAAGTCTAAAACTAAAATAATAAGTAAAGTGATTAATGTTAAAATAACTTCCTTATTA +TCTAAGTTACCTAAACCTACTAAAGTATTTTCATTGCTTACAACGAGACCACTTTTTTGA +AGTCCAATAAATAAAATTAAAAATCCTACTCCTACAGTTATAGCATGTTTTAAATTATTT +GGAATTGACTTCATAAGTATAGGTGTTATTTTTGTACTTGCAATAATGGTAAATATTATA +CCACTTACAAATACTGCACCTAATGCAGATTGCCAGCTAAGTCCCATTGAGTTTACAATT +GTATAAGTAAATAATGAATTAATACCCATTCCAGGTACTATTATAAATGGTGAGTTTGCA +ACAAATCCCATTAAAAATGTTGATACTGCGCAAGTGAAAATTGTGGCTATCATAGCTGCA +TCTGGGCTGATACCAGCATCCGATAGTATGAGCGCATTAGTCATTATAATATAAGCACTT +GATATAAATGTGGTTATACCTGCTAATACCTCCGTTTTAAAATTGTTTGTTTGAAGTGTT +ACTGTTTGTTTATTCATTCCTCTTTCCTTTTTATTGTGTATCCCTCGCCCTCCCACATAT +AAATATGCTAATACATATTAACATTAAAATTTTTAATTGTCTATAAAATTTTATTCTTTT +CAAAATCTTATATAGTAAATAATAATTTGTTTTTGTATAATTATAAAAATGAAAGATAGG +TGATAAATATGAAGATTGATAAAATAAAAAGTATGTTAGAGTTTTATACGGATAGAGTTA +GATATAATAGTGGATTCTCAGCATATAAAAGAAATTTAGTTAAAGATAATTATGCAAAAG +AAGAAAATAATGTATTTACTTTTTATGGAACTGTTATTGATGAGTATATAAGGCAAAATT +ATACAAGCTTAATAATGATAAATAATGAAAGTAGAGATATATTAAATTGTAGCTGTGATT +GTAAGGATTTTATAGCTAAGGATAATCAGCCGAAAATATGTTCTCATATAGTTGCAACTG +TACTTAAGGGTATAGATGATTTATATAAAGAAGAGCCTATTGAGAATGAAGATTATGAAA +ATATAATTGATCCTAGTTTAACTTTAAATATATCTCAATCTAGAGGTGGATATTTAGGAG +TAGAATTATATATAGAAGGTATAGATACGAATGAGTATAGAAGAATATTTAATTCTTATA +AAGAAAAGAAAAAACTTCATAGATTATCTTCAGGTGGATATTTAGATTTAAAAAATGAAG +ATTTAATAACTACATTTAAATTAATTGATAGTTTAGGTATATATATTGATTTTGATAATA +TGAAAATACCTAATAATAAATCTTTATATCTTGAAAGTTTTATAGAAAAAGAAAATCTAG +ATTTTATAGATGGTAGAAAATATGTTAGTAATATTGCTAAAAAATATAAAAAAGTATCAA +AGGCAACTTATGAAATCCCAGAAAATTTAAATGCAAAATTGAGAGATTATCAAATAGAAG +GTTTTAATTATTTCAAATCATTAGCAGATTATGAGTTTGGTGGTATATTAGCAGATGAGA +TGGGATTAGGTAAAACACTACAATCTATAGCGTTTCTATTGTCAGAAGAAGGCAAGAAAA +GTATAGTTATTGCTCCTACAGCATTAATTCATAACTGGAAGAGTGAGTTTAATAAATTTG +CCCCAAGCTTAAAGATTGCATTATGCCATGGTAATAAAATTGAAAGAGAAAATATACTAA +AGAACTATAGTGGTTATGATGTAATTTTAACTACTTACTCGACTTATAAAAATGATTTAG +ATAAATATGAAGATATTAGATTTGATTACTGCATTATAGATGAAGCTCAGAATATAAAAA +ATCCAGATTCTGCAATTGCTAAAGCGATTAAGGGTACCAATGCAAAAACTAAGTTTGCAC +TAACAGGTACTCCTATAGAAAATAATTTATTAGAACTTTGGTCTATATTTGATTTTATTA +TGCCTGGGTATTTATACAATAAAGAAAGATTTAAAAATATATTTATTAACAATGATAAAA +ATATTGAAGAGCTTAAAAAAATGATAAAGCCATTTATTTTAAGAAGAACTAAAAAAGAAG +TTGTAAGAGAATTGCCTGATAAAATAGAACATAAATATTATATTGAGTTAGAAAAGGAAC +ATAAAAGAGCATATTTAGGTTTTGTCAAATTAATAAAGAATAAATTAAAGGAAGCTAACC +AAGATAAAATAACTATTTTTTCTTACTTAACAAAATTAAGACAGCTAGCCTTAGCACCAG +ATATTATGGTTAAAAATTATTCTGGAAAGAACTCCAAGATAGATATTTTATTAGATATTA +TTAACGATAATAAGGAAAGAAAAATACTTATATTTTCACAATTTACTAAGGTATTAGGTT +TAATTGGAGATAGATTGAAAGAAAATAATATACCATATAGTTATTTAGATGGAAAAACAG +ATGCAAAAAAGAGATTAAGTTTAGTTAATGAATTTAATGAATCAGAAGATACAAAGATAT +TCTTAATTTCATTAAAAGCGGGAGGAACTGGACTTAATTTGACAAGTGCATCTATGGTAA +TACATTTTGACCCATGGTGGAATCCATCTGTAGAAAATCAAGCAAGTGATAGAGCTCATA +GAATTGGTCAAAATAATGTAGTAGATGTAGTTAAGCTAATAGCTAAAGATACAGTAGAAG +AAAAAGTTATTGGTTTACAAGAAAGTAAAAAAGATTTAATCGATAGTGTTATAGATGGAA +ATTTAGAGAATAGTAGTGTTCTTAAAAATTTATCAGAAGATAATTTGATAGATTTATTTA +TGTAACTCTGATAGTATTTTTAATAGATGAATATTAATAATGGAGGTCAATATGTGGAAA +ATAAAGGGAATAATATTTGATATGGATGGAGTTTTAGTTGATACTGAAAGAATATCGTTT +AAATTCTGGGAAAAATCATTTGAAAAATATGGATATAAGTATTCTATGGATACTCATTTA +TCTTTAATTGGAAGAAATAATAATAGTATTAGAAACATACTTGGAGAAACATTTGGAACA +GAGTTTCCTTTAGATGAAATTTGTAATTATAAATCTGAAAGTATGATTAAGTATTTATTA +GAAGAAGGAACACCACTTAAGATAGGAGTATTTGAATTATTAGATTATTTAAGAGAGAAT +AACTATAAAATAGCAGTAGCAACTTCTACTCATAAAGAAAGGGCTATTCAAAGGTTAGAA +AGTGTTGGGATTAAAGAAAAGTTTGATGATATGGTTTGTGGAGATGAAATAGAACATTCT +AAACCAAATCCTGAGATATTTTTAAAGGCTGCTGAAAAATTAGGCTTAAAACCTGAAGAG +TGCATAGTTATCGAGGACTCACCAGCTGGTGTAGAAGCAGGATATAAAGGTGGAATGACA +GTTATTAATGTTCCAGATATGAAAATGCCTGATGAAGAAATGAAAAAGTATTCATCACTT +ATATGCAACAATTTACTAGATGTTAAAGAGTATTTAGAGACTAAAGTTGCTACCGTATAT +TAATTTATCAATTTAATAAGATTTTCTTTATATAGACAAGTTAATTTTAATAGAAAAAGA +GCAAGCGTTAGACTTGGTCTTTTTTATTTATTATATAATAAAATAAATGATAAAAAAATG +AATTTATTATATAATAAAAAAATGAAATATATTATAAAAAATTACAACAAAATAATATAT +AATAATATGTATTATATTGGATGGGAGGCGCTATTTATGAATAAAGCAGATAAAATATTT +AAAGAAACAATGATAAAAATTTTAGAAGAAGGTACTAAAGATGAAGGTCCTAGACCATAT +TATCCATCAGATAATTCACCTGCTCACAGTACTTTTATTACACACCAAGTACATACTTAT +GATATTAGTAAAGGTGAATTACCTATAATAACTCTTAGACCTATTGCTATAAAAAATGCT +ATTAAAGAAATACTTTGGATATACCAAGACCAAACTAGTAGCTTAGATGTATTAAAGAAT +AAATACAACATACACTGGTGGGATGAATGGGAAAGTAAAGATAGACCAGGAACAATTGGA +CAAAGATATGGAGCAACAGTAAAAAAACATAACTTAATGAACAATCTTTTAGATGAAATA +AAAAAGAATCCTTATGGTAGAAGACATATAATGAGCTTATGGCAAGAAGAAGATTTTAAA +GAAACTGACGGACTAAAGCCTTGTGCATATGAAACAATATGGACAGTTAGAGGAGAATAC +TTAGATATGTCACTAACTCAAAGAAGCTCAGACTTTATAGTAGCTGGTCATATTAATGGT +ATGCAATATGTTGCATTATTAATGATGGTAGCAAGACACTGCGGATTAAAACCAGGTAAA +TTTACTCATTATATAATAAATCTTCATTTATATGATAGACATGAAGAAAATGCAAAATTA +ATGATAGAAAGAGAAGCTATTGACTGTGAACCAAAACTTATATTAAATCCAGAAAAAACT +GACTTCTATTCATTTACAATAGATGATTTCGAATTAGTTGGATATGAAAGTGTGAAGCCA +CAGTTGAAGTTTGAATTAGCTATATAATATTAATATTTTAAATAAATTACTAAGAGAGGT +AAATATGATAAAGATTATAGTTGCAGTAGATGAAAAAGGTGCAATCGGAAGAAATAATGA +ACTTTTATATCATATAAAAGATGATTTAAAAAACTTTAAGAGTTTAACATCAGGAAATGT +GGTAGTTATGGGTAGAAACACTTGGGAGTCATTACCAATTAAGCCTCTTCCAAATAGAGA +AAATATAGTGTTAACAACGACTAATAAAAAATTAAATGGAGCAAAAGTAATTAACAGTTT +TGACGAATTAGAGAACTATTTAAAAGATACAGAAAAAGATATATATATTATGGGAGGAGC +TTCAATTTATAATCAAGTTATGGAAAGTAAATTAGTTGATGAAGCCCATGTAACTTTTGT +GAAAGATATAGTAGAAGATGCAGACACATTTATATCTATAGATAATCTTAAAGAATTATT +GCCAAGAGAAAATTATGTTACTACTTTTGAGCAAGATGATTTAAAAGCTGATTATATTAT +TCTTTCTAAATAGAAGATATTTACTTATTTTCTATTTAGAAACTATGGCTTGCCTAAATA +TAGGAGTTTCCTATTTTAGGTGAGCTTTTTATGAAAACATTTATTTTACTATCATAATAT +TAATAGAAGTTATTAATTAAGCATTTATTAAATTTAAACTAAAAAACTTTGGCATTCAAA +GATTTTGCGGTTAAAATATTAAGATATGAAGGCGATAGTATAGAATAACTATTTAATATA +AGATTATAAAATTGAATTTGTAAAATATTATAGTAATTAAAAAATAGATTACTATCTTAA +ACATATAATATATTTTTTCTTAGGAGTATGGGGAATGTTTGAAAGGAAATAGAAAAATTT +ATGAGAAAAAAGAAGATTAAAAAAATGGTAAGATATCTTGTGGTTGTAATTATTATTTTA +GGAATTGGAATTTTAGGATATATAGGAAATTATTTTTATAATTTAGCTCTCGATCCGAAT +ACTTCAAAAAGTATTATATTTGGAGAAGAAGATGAAGATGAAACAAGTGGAGAAATAAAT +AAAGCAGCTGAAAAGTGGCTATTAGAAGAGTCTAATTACAAAGATGAGTATATTACATCT +TTTGATAAATTAAAATTACATGGCTATAAAGTAAATAATAAGACTAATAGTAATAAATGG +GTCATTGCAGTTCATGGATATACTAGTGAAGGTATAAATATGAGTAATGTAGCAAAAGAA +TATTACGACATGGGATATAATGTACTAATTCCAGACCTAAGAGCTCACGGCAAGAGCCAA +GGAGACTATATAGGTATGGGATGGGACGATAGAAAAGATATAATATCTTGGATAGATTTT +ATAAAGAAGGAAGACCCAAATGCACAAGTAGTACTTCATGGAGTTTCTATGGGGGCAGCA +ACTGTTATGATGACATCAGGAGAAGAGTTACCATCTAATGTAAAGTCAATAGTGGCTGAT +TGTGGATATACTTCGGTTTGGGATCAATTTTCGTATCAATTAAAAGAGTTATTTAATTTA +GATGCATTTCCATTTATGAATGTATCTAGTATAGTAACTAAAATACGTGCTGGATATTGG +TTAAAAGAAGCTTCAGCGATAGAACAAGTAGCAAAATCTAAAACTCCAATACTATTTATA +CACGGTGATAAGGATGATTTTGTACCGTATTATATGATGGATGAATTGTATGACAGTACT +AAATCAGAAAAGGAAAAATTAGTGGTTGAAGGAGCAGCTCACGCTAAGTCATCTACGGTT +AACCCAGAGCTTTATTGGTCAACAATAGAAACTTTTACAAATAAATATGTAGATTAAATT +TACAAAGTTAAATTATTATGTTATCATCATTAATATAAAATAATAGGCGATGGAGTTCGC +CATTAAACGCGAAAGCTAATGACTCCTACTCTCTAAATGAGGGTAGGGGTCTATTTTTTT +GTAAATTAGGAGGAGTGTATATGGTTTTATTATTTAGTTTATTACTTATTGGTATTACAG +CAAACTACAGTGGAGTTTTAGCAGAGAAAATTAAGTTACCAGGGCTTATTGGTATGATGA +TAATGGGAATGTTAATAGGGCCTTCATTTTTTAATCTAGTACCTCAAGTTACTTTGGATA +TATCTTCAGCATTAAAGGATATAGCCTTAGTAACAGTATTATTTATAGGAGGGCTTGGGA +TTAGTGTTTCCCAAATAAAAGATATAGGAAGACCGGCAATTTTATTAAGTATTATACCTG +CTACTTTAGAAGGATTTACAGTAGCATTTTTAGCAATGATATTTTTAGATTTTACATTTA +TACAAGGTGCTATTTTAGGTTTTATAATTGCTGCAGTTAGCCCGGCTGTACTTATTCCAT +CCATGGTATCTTTAATTAATAGGAAGGTGGGACAGGATAAAGCTATACCGCAAATGTTAC +TGGTGGGTGCAAGTGCAGATGATACTATAGCAATAACACTGTTTACAACTTTTTTAGGTA +TTTATATGCAAAGTAATAATGGTGAAAGTATATCTATAATAAGTCAGATTATAAGTATAC +CAGTTACAATTATCCTTAGTATAATTATTGGGGTTATAGCATTTAAAATTACTAAGAGAT +ATATTGAAAATGCGGAAAATAAATATATAAAGCTATCAATAGCTTCTTTTATCTGTCTAG +GAATGAGATTTATTGAGAAGGATTTACATTTAGAAATTTTTAATTCTTTACTAACTGTTA +TGGTTTATGGATTTTTAATAAGAAATTATACTATAAATAGTTCTAAGATGATTTTAGATA +ATATGAACTCAATATGGAATATAGGGAAGTTATATTTATTTACTTTTGTAGGTATGGCAA +TTAATCCTGTATTAGTAGGCGAATACTTATTTATTGGTATAGTAATACTTACATGCTCTT +TATTTATTAGATCAATAGGTGTATTATTAGCTTTAGTAGGTACTAATTTAAATATAAAAG +AACGATTATTTTGTGTTGTTGCATATCTTCCAAAAGCAACAGTTCAATCTGCAAAAGCTG +CAATACCTTTACAAATGGGGGTTGCAGGTGGTGAAATAATGCAGGCAATTGCTATATTAA +GTGTTCTAATTACAGCACCAATAGGAGCTATAGGAATAAAGTTAACTAGTGATAAGCTTT +TATCAACTAAAGAATATACATCTGAAGAGATGCTATTTTATAATACTTAGTTAAGATAAA +TCTTGTACAATAAAAATAAATTCCTATAGTATAATAAATATAAGTAGTAATGATATAATA +TATTTTGTATGAAGTAGTTTTGAAACTATTTTTATAAAATATAAATAATCTTTAATTAAA +AACTATAGAAATGGATGATAATAATGAGCAAAAAAATGAAGATAGAAAAACCTAAGATTT +CTAGCAAATTAATAGAGTCTACAGATATAATAGAGAAAATACTAGATTATGAAACAGTAG +AAGACTCATTAATAGAGGATACAGAAATACAAGATATTAATAATATAATTGTAAAGTTTA +ATGGGTGTATATTTAGAAATGTAGTTTTTGAAAATTGTGATTTTAGAAAAATTGATATGG +TTGATGTAGTTTTTGAGAACTGCGATTTATCAAATATAGATTTTTCTGATAGTGGTATTT +ATAGAGTTGAATTTATAAATTGTAAACTAATAGGAAGTATTTTTAATGATTGTATTTTAA +AAAGTGTTTTATTTAAAGATTGTGCAGGAAGGTACTCTAACTTTGCATTTTCTAAATTTA +AAGGTGTAAGTTATATTAACTCTGACTTTAGTTTTTCTGTTTTCCAAGAAGTAGAAAATG +AAATGCTTTTGCTAGATTCAACCAATTTAGTAAAAACAGTGTTTACAGGAGTATCTTTGG +ATAAGGTTGATTTTACTAATTGTGATATAGAAGCCATAGAAGTAAGATTAAAAGATGTAT +ATGGTGGGATTTTCTCACTAGATCAGGCAATAGATTTAACTAAATTAATGGGAATAGTAA +TAAAGTAAAGAATAAGTTATCTCATGAATAATCTTGAGATAGCTTATTTTTTATTGACAA +AAGCAAGTAATAGAATTAAAATAGTTTGCATAGGAACTAAAAAGTTCGCATGCGAACTAC +AATATATAAGTAGGAGGACAGAATTATGAGCAATATAAGTAAAGATATATTAAAAGTAAG +TAAGCAGACGTTATTATTAATAGCAGGTCTTGTTTGGTTGTTTGCAGGTTTTAGGGTATT +CACTTTAGGAAAGGTTGATGTGAGTAATAATAAAGGGAATATAATTTTCGTTTTAGTGAT +TGCATTAGTAATATTTTACTTATTCTTTAATTTTATTTTTAGCAAGATGCTAAAAAAACA +TATTAAAAGAATTGTAAGTCATGAACTTGAAAAGAGATGTTTATTTGCTTTCTTTGATAA +AAAAAGTTATTTTATTATGGGATTTATGATGTTCTTTGGAATAGGGATAAGAAGCTTAGG +AATATTTAATCCAATATACTTAGGAAGTTTTTACTTAGGTTTAGGGGCGGCCCTATTTAC +ATCAGGTGTATTATTCTTAATAAATTGGATTAATTTTAAAAATACTAAATTAAAATATAT +GAATCAATAGATAAAGGGGAAATTTATATGAAATACGACTCATTTGAAATTGCTATGCTT +ATTAAAGAAATATATGCAAGTACTATAGAAATAGTTAATGAGAATTTGAGTGGAAGTAAC +CTTACTCATCAGCAAACTATGGTTATAAAATTAATAGCACATAAAGGTAGAATTACTATA +TCTGAACTATGTAAAGAAATGTCACTGGCGAAAGGAACTGTATCTGGTATAGTTAGTAGG +CTAGAAGCTGCTGATTATGTGAAGAAAATTAAAGTGGAAAGTGATAAAAGAAACACCTAT +ATAGAATTTTCTAATAAGGGAATAGAATATGCTAAAGATTTTAGACAGGAAATAAATAAA +AGCTTTGATAAGATATTTGAAAATTTCACTGATGAAGAAGTAAAAGAAACTAAAGAAAGT +TTAATTAAGTTAAGAAATAAATTAAAAGGAGAGAAAAAAAATGGATAGTACTTTAATATT +TGCAATAGTAACAATAACGTTAGCGTTAGTATTTTATACAATTGGTGTATTTGGCGAAAG +AAGAGCTAAAAGTTTGAATAAAAATCATGTTATCATATTTTGGCTAGGTTTATTATGTGA +TACAACAGGAACTCTTACAATGGGCAAGATTGCTAAATCTGGTGTAGAGGTTATGAACGT +AGCAACACAAACTTTACATGGATTAACAGGTTTTTTAGCGATTGTATTGATGTTATTTCA +TGCAGTATGGGCAACATGGGTACTATATAAAAATGATACAAAGAAAAAAGAGACATTCCA +TAAGTTTAGTATCATTGTTTGGATTATATGGTTAGTTCCATACATTATAGGAATGATGAT +AGGTATGGGTAAATAATTTAATAAATAGAGTACTTTTACACTATGTTTAGTAGAGTAGAT +TTAAATTATAGAATTCAAAAAATAGCATAATATAATAATACTAACATTTAAAGGAGAGTA +CGATATGAGTAGGCCCCAAAATAGTATTATGTTTATGCTAATAATATTACTTTTATTATC +TGTTACTTTGAACATATCTTTTTCTAAAAACTTAAAAGATGTATTTACTTATGAATCTCA +ATGTTTAATGAATAAAGAGCTAGGTAAAACTTCTGTTTATTGAGGATCTTGCCTAGCTTC +TTTATTAATGATATTTTATATCTTTAATGATTTTACATATTTGATGTTACTTAAAGAATG +AGATAAAGGTATTGCTAAAACTATACTTACAGTTCCTTGGATTATATTAGATGGTATAGA +TCTAGCTGCAACAATAAAGCTTCCTTCTAAAATTGAACCAGCAATAAAGTAACCGAATAC +CATAACTATCAGACCTATTAAAGTAGCTGATATGTTTTTAAAAATTGTATTACCTTTTCT +TAGAATCAAACCAACAAAATAACCTTCACATCCCTTTATTATTAACGTAAATAATGCCCA +ATGAGTATATCCACTTAGTAAGTCTGCAAGAGCAGAACCTATTCCTCCTGCTAACATACC +TGATATTGGACCAAATAAAATAGAGGATATAAATATAATAGAATCACCAATATTAACATA +TCCATTTGTTCCTGGAACTGGAATTTGTATAGCCATTGTAGCAATACAAACTAAAGCTAT +CATAAGTCCATTTAAAACTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAAT +GACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTT +TATTTTTAGACGCACTTACC +>MGYG000000001_20 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAAGTACATACGTA +TATTTTGTTGAGAATGAAATGAAATTAAGGTATATGGGATTTGGAATATATGATAATGAA +AAATACGTAGGAGTTATTATTGCTGGACCATATGTTAAGAGTGAAGTAGATGAAGTATCA +CAAGGAAATAGTTACTTTGGAGAGATTTATGATGTATTACCGATTATAAGTGATAAGAAA +GAAAAATCTATATCATACATATTTAAAAATTTAATCAGTGATAGTTTGATAAAAGTTTCT +TACTTGGAAATTGATAATAAGAAAGATTTGTTAAAAGACGTCAAAAAAGTTTCTAATAAC +TATGATATGGATGTAGTATCTGTAAAAAGAAGATATTTAATGGAAAATGAATTAATACAT +TGTATTGTTCAAAATAACCCAGAAAAAGCTTTAGGGATTATCTCAAATAAATTTTTTCAA +TTTGGAAATAAATTTTCAAATTATAAATTAAAAGATAAAAAAGTTTTTGCATTAGATATG +AATACTTTAATGAGAAGGGCATCTGTAGAAAGCAACGTAGATCCATATATAGTCCATAAT +ATTTCTGAAAAAGTTATAAAGAATATAGAGTGGTCAAGGGAAGCTAAAGAAATAGATATA +GTAATAAATAAAATGGTTAGGGAGTATTGCTTTTTAATTAGCAATCATGTAACACAAGGA +TACTCTATATTAGTTGCAAAGGCTATAAAGTACATTACTTTGAATTTTACTGAGGATATA +AGTTTAAAGGATGTGGCAAAAGCACTTTGTGTAAATCCATCTCATTTAGCTAGAAAATTC +AAATTTGAAACTGGAAGCACGGTTTCTCATTGGATAAATAAAAGTAGAATAAGGGAATCT +AAACTCCTTCTTAAAAATAGACTATTAAGTATAGAGGAAATAGCATATCGGGTTGGATAT +AACAATAAAAATTATTTTACAAAGATTTTCAAACAATTTGAAAATAAAACTCCAAAAGAG +TATAAGTTAAGTGATAACTAATTTATATTTTAGAGACTATGAAAATGTAAAAATAGTAAT +TTTCTTTTAAAAAATTACTATTTTTCTATTTTATATAAAATAAAAACAGAAAGTAAGAAA +ACTTAAAATAAATATGTAGAAAAGTATGGAATCTAAAGGAAAAAGCTAAATAAAGGTCTG +CTTTCTAACTAGGTTAAAAAAATATCAATATACGATAAAAAAATATCAAAAAAGTATTGT +AATGGTAAAACTAGTATGCTAATATTGTAACATAGCAACGAAGGAAAACGATAACAAATG +GTTAGAAAATCGAAGTAAATATTGAAATTAATAGATTTGTAAAGGAATTATAGATTATTA +TAACTGAATGATAAAAAACTAACAAAATCCTTCGTGGTTGGTAAAATAAATCATAGAATA +CTAGGGGGAAGTAAAATGTCAGCAAATACAAATAACATAACTTATAACAGAGCTAAGACA +TGGCAAATAGGTCTTTTTGCTCTAAACAACATTGCAACAAACTTTTATATGTTCTTAATG +ATGTACGTATCTTATTATGCAACTGGTGCAGCAGGAATAGCAGTTGTTCTTATATCTTCT +TTATTAACATCTATGCGTATGTTCGATGCAGTAACTGATCCAATAATAGGATTTATAATT +GATAAAACAAATACTAAATTTGGGAAATTTAGACCTATGATGGTAATAGGGAATATTATA +TTAGCAATTAGTACATTAATATTATACAATTTTACTCATAGATTACCTGAGGGAAATCCA +AGAGTGATATTCTTTGTAGTAATGTATGCAATTTATGTTATAGGATACACATTCCAAACA +GCTTGTACAAAAGCAGCTCAAGCTTGTTTAACAAATGATCCAGCTCAAAGACCATTATTT +ACAAGATTCGATAGTTCTTATATGTTATTAATGGGAAGTGGTATAGCTATGTATACTTCT +TCATACCTAGTACCTAAGTACGGTGGATTTACATTACCAGCGATGACAGAATTCTCAACA +TCAGCTGTTATAGCATCAGCAATATGTACAGTGCTTGCTATAATAGGTTTATGGGAAAAG +GATAGAGAAGAGTTCTTTGGTATAGGTGATAAAGGTGCCAAAGTTAAGTTTAAAGATTAT +TTAAGTGTATTAAAGGGAAATAGAGCTATACAAATGCTTATAGTATCAGCTGCAACTGAT +AAATTAGCATTACAAGCGGCAGGAAACTCTTCTGTTATGGTTATGTTATACGGAATAGTA +ATGGGTAACTATGCTTTATATGGAAAAATGTCATTAATAACAATGTTACCAACATTTATA +ATAATATTAGTTGGAACTAAGTATGCGAGTAAATTCGGTTCTAAAAAGGCATTAGTTGCT +ACAACTTGGTTATCAATAATAGGATATTTAGCATTATTCTTAGTAATATTTATAGGAGAT +CCAGCTCAAATATCATTAGATAACTTTGGTATAATGACAGCTCTTTGGATAGGTATATAT +TGCTTAGCGAACGGTGTTAAATCTGTTTCAAGTAGTATAGTTATACCAATGATAGCAGAC +TGTGCAGATTATGAAACTTATTTAACTGGAAGATACGTTCCAGGTATGATGGGAACTTTA +TTCTCATTCGTTGATAAAATGATATCATCATTTGCGACTACAGTTGTTGGATTTGTTGTA +GCAGGAATAGGATACACAGCTACAATGCCAGAAGTAACAGATGCATATACACCTGCGTTA +TTCTGGGCAACAGCATTCTTATTCATAGGTCTTCCAATAATAGGATGGGTATGTTCATTA +ATAGCAATGAAATTCTATCCATTAGATGATAAGAAAATGCTAGAAGTTCAAGCTAAATTA +GATGAAATAAGAAAAGATGAAAATCAAGCTTTAAATGCATAATAGTTAAATATATATAAA +GAGTATTATTTTATAAATTCTATATTTATTATAGATTGTAAAGTAATACTCTTTTTTTAT +AAAAAATTATTATTTTATAATAATCTACATTATAAATACTGTATAATATATAGAAATAGT +ATTTATGTAAAGGGAGCTATATATGGACTTAAGAGAATTATTAGATGATGTGAAAAATAA +TAAGATAGATATAGATGTAGCTATGAAAAAGCTTAAAAATTTACCTTATGAAGATTTAGG +GTATGCAAATATAGATCATCATAGAGAGGTAAGGACTGGTTACCCAGAAGTAATATATTG +TGAAGGTAAAAGTGATTATCAAATTTTAGGTATAATTGAGAAAATGATAAAAAAAGATAG +CAATATATTAGGTACAAGATGTAGAAAAGAAACTTATGAAAAAATAAAACCAATTTATCC +TAATGCGGAATATGATCAACTTTCAAAAATATTAAAGATACAAAATCACCCTATAGAAAA +TATAGGAAAAGGAAAAATTGTGGTTGTTACAGGTGGAACTTCGGATATACCAGTAGCGGA +TGAAGCTTATCACACTGCTCTTTTTTTGGGAAACACTGTTGAAAGAGTATATGATGTAGG +AGTAGCTGGAATACATAGATTACTAAGTAAAAAACATATAATAGATAGCGCAAGAGTAAT +CATAGTAGTTGCAGGAATGGAAGGGGCTCTTCCAAGTGTAGTCGGAGGTCTTGTGGATGT +ACCTATTATAGCAGTACCAACTTCTGTAGGTTATGGCGCTAATTTTGGTGGATTATCAGC +GCTTCTTACCATGTTAAATAGTTGTTCGTCTGGTATATCAGTAGTGAATATAGATAACGG +TTTTGGAGCAGGATATCTAGCTTCAATGATTAATAAATTAAAGTAAGGATAAGGAGAAAA +TAAAATGGAACAAAGAATTCTTTACTTTGACATAGTAAATGGAATCTCTGGAGATATGAC +ATTGGCAACATTGCTAAATTTGGGGGTGCCAAAAGAAATATTTTTAGAAGAGCTAAGTAA +ATTAAATTTAGATGATGAGTTTGATATAAAAATAATTTCTAAAATTGAAAATGGAATAAA +GGGAACGAATGTAGATGTAATTATAAAGGAAGACAATGCATGTAGGCATTTAGTAGACAT +ATTTAATATTATCGATAACAGTAGATTAAATGAGAATGTAAAAAGTATGGCTAAAAGAAT +ATTTATGGTTATAGGAGAAGCGGAGGCTAAAGTACATGGAACGACTATAGATAAAATACA +TTTTCATGAAGTTGGAGCAATAGATTCTATAGTAGATATTGTGGGAGTATCAATACTTAT +AGACCTATTATGTGTAGATAAAATATATGCAAGTACCGTTCCTGTAGGATCTGGTTTTGT +AAAATGTGACCATGGAATAATGCCTGTTCCAGCTCCTGCAACTTTGGAAATATTAAAAGA +TGTTCCTATAAAGCTAAACTCAGTTAAAGGAGAATGTACAACTCCTACTGGAGCTGCTAT +AGTAAAGACATTATGTGAGGAATTTATAGATACTTTGGAATTTGAGCCAAAACAAATAGG +ATACGGAGTAGGTCATAAAATGTTCGAATTACCAAATATATTAAGAAGTGTTTTAGGTGT +AAAAAAAAACAAAATATAGTTTATGAAATAATTTGTAATATTGATGATATGTCTTCTGAA +ATATATTCTTATTTATATGAGAAAGTTCTAGAAGAAGGGGCATTAGATATATACACAGAA +AGTATATATATGAAAAAAAATAGACCAGCAACAAAAGTATGCATTTTATGCCAAGAGTCA +GATTTAGACAAGTTTATAGAAATTTTACTTACAGAAACAAGTACTTTTGGAGTAAGGTAT +AATATATATAATAGAGAAGAACTTAAGAGAAAATTTGAAATTATAGATACAAAATATGGA +AAAATAAAAGTTAAGTTAGGGTATCATAATAATAAATTAATTAAGGCAACTCCTGAGTAT +GATGAGTGCAAAATTATTGCAAAAAACTACAATATTAGCTTAAATGAAGTATTTTTTGAA +ATAAACTGTATAATAAAGCAGAAAATTAATACTAAATTATTGACATAGCAAATAAATTTT +GATAAATTTATATACACCTAAAGAAATAAAAATTGAAATCAAAAGTCACTCGTATATACC +CAAAAATAAGGTTTGGGAGTCTCTACCGAGATACCGTAAATATCTTGACTATGAGTGGAA +TTATTATTAGCAAAACATCAGATGAAGTAAATGTATAGGCTGATTATATATCCCTGTATG +TTAGCTATAAGTAGATGTTTTGAAGACCTGTATAGTAATTTCACTTCTAAGAAAATTATT +GAAGTTACTATACAGGTTTTTTTATTAACTATTTTTAATACGAACAAAATTTAAAATATA +TAATAAAAAATTCGATAAAGTAAATAATGAAAGGAGAAACACTATGGCAACTATAATAAA +AGAAGGTTTAACATTTGATGATGTTTTATTAGTTCCACAAAAATCTGAAGTATTACCACA +AAATGTAAGGACAGAAACACATCTGACAAAAAAGATAAAACTTAATATACCTTTAATGAG +TGCCGGAATGGACACTGTAACAGAATCTAAAATGGCTATATCTATGGCTAGACAAGGTGG +AATAGGTATAATCCATAAGAATATGACAATAGAAGAACAAGCTTTAGAAGTTGATAAAGT +AAAAAGAAGTGAAAGTGGTGTTATAGTAGATCCTTTCTATTTAACTAAAAATCATACAAT +AAAAGATGCAGATAATATTATGGCTAGATATAAAATATCTGGAGTTCCAATAGTAGATGA +AGATAATAAATTAATTGGAATAATTACAAACAGAGATATAAAGTTTGAAGATGATATGGA +AAAAAGTATTGAAGAGGCTATGACTAAAGAAAATTTAGTTACTGCTAGAGAAGGTATTGA +TTTAGTAGAAGCACAAGCAATATTAAAGAAAAATAAAATAGAAAAATTACCTATTGTAGA +TGGTGAAGGCCATTTAAAGGGGTTAATAACAATAAAAGATATAGAAAAGAAGATACAATA +TCCTAATTCAGCTAAAGATTCACATGGAAGACTTTTATGTGGGGCAGCAGTAGGAATAGG +TTCAGACCTTATAGAAAGAGTTACAGCATTAGTTAAAGCTAATGTAGACGTAATAGTATT +AGATAGTGCTCATGGTCATTCTAGAGGGGTAATAAATGCAGTAACAAGAATAAAAGAAGT +ATATCCAGAACTTCAAGTAATAGCAGGAAATGTTGCTACTGCGCAAGCTACAGAAGATTT +AATAAAGGCAGGGGCAGATTGTGTTAAAGTTGGGATAGGACCTGGATCAATATGTACAAC +AAGAGTTGTTGCAGGAATTGGTGTTCCTCAATTGACAGCAGTTATGGATTGCGCTGAAGT +TGCATCAAAATATGACACACCGATAATAGCAGATGGTGGTATAAAATACTCTGGAGATAT +AGTTAAAGCATTAGCAGGTGGAGCAGCTGTTTGTATGATGGGATCAATGTTTGCTGGTAC +AGAAGAAAGTCCAGGGGAAACAGTCCTTTATAAAGGAAGATCATACAAAACATATAGAGG +TATGGGATCTATAGCAGCCATGGAAAGAGGATCTAAAGATAGATACTTCCAAAATGATGC +TAAGAAGTTAGTTCCAGAAGGTGTTGAAGGAATGGTACCATACAAAGGTAAGGTTGAGGA +TATAGTATTCCAAATGATAGGTGGAATAAGATCTGGTTTAGGATACTGTGGGGCTGAAAC +AATAGTTGATCTACAAGAAAAAGCTCAATTTGTAAAAATTACAGCAGCATCTTTAAAAGA +AAGTCATCCACATGACATAACAATAAGTAAAGAAGCACCAAATTATAGTTCACAAGGAGA +TATGTAAACAAATGAAAAAGCATGAATTAGTACTTGTAGTTGATTTTGGGGGACAATATA +ATCAATTAATAGCAAGAAGGGTTAGAGAAAATAATGTATATTGTGAAATAATACCATATA +CTACAGATATAGAGACAATAAAAGCAAAAAATCCAAAAGGAATAATATTTACAGGTGGAC +CTAATAGTGCATACTTAGAAAATTCTCCTTCAATATCAAAAGAAATATTTGAAATTGGAG +TGCCAATACTAGGGATATGTTATGGAGTACAAATAATGTCTCATGTATTAGGTGGAAATG +TAAGAAAAGGTAATGCGAGTGAAAAAGAATATGGAAGAACTGAAATAACATATGAAGAGT +CAGCTTTATTTGAAGGAATGTCTACAAATATAGTTTGGATGAGTCATACAGATTTAATAG +ATAGAACTCCAGAAGGATTTAAAATAGTTGCTCACACTAAAGATTGTCCAGTAGCAGCTA +TGGAAAATACAGAAAAGAAATTATATGGAGTACAATTCCACCCAGAAGTTGAACACTGTT +TAGAGGGAGATAAAGTTCTTACAAACTTCTTATATAATGTTTGTGGAGTAAGTGGAGATT +GGACTACAGACACATTTATCGAAGATAAAATAAATGAATTAAAAGCTATAATAGGTGACA +AGAAAGTATTATGTGCATTAAGTGGTGGGGTTGACTCATCAGTAGCTGCAGTACTTGTAC +ACAGAGCTATAGGAGATAACTTAACTTGTGTATTCGTTGACCATGGTTTACTTAGAAAAA +ATGAAGGTGACGATGTAGAAAGAATATTCAGAGATAAGTTTGATATGAATTTAATAAGAG +TTAACTGTGAAGATAGATTCTTAGGCAAGTTAAAGGGAGTAACTGAGCCAGAAGCTAAGA +GAAAAATAATAGGTGAAGAATTTATTAGAGTATTTGAAGAAGAGTCTGCTAAATTAGGGA +AAATGGACTTCTTAGTACAAGGAACGATATATCCAGACGTAGTAGAAAGTGGACATGGAG +AAGCTGCTACTATAAAATCACACCATAATGTTGGTGGAATACCTGAAGATATAGAGTTCC +AAATAGTTGAACCGTTAAGAGAATTATTCAAAGATGAAGTTAGAAAAATAGGTTTAGAAT +TAGGGATAGAAGAAGGATTAATATTCAGACATCCATTCCCAGGACCAGGATTAGGAATTA +GAGTTATAGGAGAAGTTACAAAAGAAAGATGTGACATATTAAGAGAAGCTGATGCTATAT +ATATGGATGAACTTAAAAAAGCTGGTTTATATAGGGAAATATGGCAAGCATTTGCTACAT +TACCAGATGTAAAGACTGTTGGAGTTATGGGAGATGAAAGAACTTACGCTTACTTAGTAG +GTTTAAGAGCTGTTACATCTTCTGATGGAATGACTTCTGACTGGTATAAAATGCCATATG +ATGTTTTAGAGAAAATATCAAATAGAATAGTAAATGAAGTTGATGGAGCAAACAGAGTAG +TTTATGATATAACTTCTAAACCACCAGGAACAATAGAGTGGGAGTAATATAAAATAAGGG +GTAAATTTAATTAGAATAAAATATTTTATTCTAATTGAATTTCCCTTTTTTATTTAAAAA +TTAATCAAAATATAGACAACATGCAAAGACATCTAGGAGGAAATGAAATGAAATTAAAAA +AATTAGTAGCTTTAAGTACGGTTACAATTTTATCAGCATCAATGTTAGTTGGTTGTGGAG +ATAAATCATCACAAGGAAATGCAAGTGAATCTATAAAAGTAGGTATGGTAGCGGATACTG +GTGGTATAAATGATGAATCATTTAACCAAAGTGCATGGGAAGGACTTCAACAAGCGCAGA +AAGATTTGAATATTGAAGTGAAAGTTATCGAGTCTAAACAAGCTTCAGAGTATATGTCAA +ATATAGAAAGTCTTATAGATGAAGGTATGGACCTAGTTATAGGAGTAGGAAATACTATGA +AGGATGATATAGAAACAGAAGCTAAAAATTATCCAGAACAAAAATTTGCAATAATAGATG +AAACTTATGAATCAATACCTGAGAATGTAACACCTATATTATTTAAAGAAAATGAAGCGA +CATTCTTGACTGGTCTTATAGCAGGAAAAATGACTGAAACTAATGAAGTTGGATTTATAG +GTGGAATGGAAAATAGTGTTATATCTAGATTTGAATATGGATTTAAATATGGTGTAAAAA +CAGCTAATAAAGATGCCAATGTTAAAGCTCAATATGCAGGTACATTCTCTGATGCGGCTA +AAGGTAAATCTGTAGCTAATCAAATGTACGGAAATAATGTGGATATAATATTATCTGCTG +CAGGTGGAACTGGACTAGGTGCTATCGAATCTGCGAAAGAAAATGATAAATATGCAATAG +GTGTTGATAAAGATCAAAGTAGTTTAGCACCAGATAATGTATTAACTTCAGCATTAAAAA +AAGTAAATGTTGGTGTATATGAGACAGTTAAAGAATTAGTAGAAGGTAACTTAGAAGGCG +GAAAAGCTAAAATATATGGTTTAAAAGAAGATGGAGTTGGAATACCTGACTCAACTGAGA +AACTAGTATCTAAAGAGGTATTAGATTATGTAAATACAATGAAAGAAAAAGTTAAAAATG +GAGAAATAAAAGTTCCTGCTACTAAAGCAGAGTATGATTCTACAAAATAAATAAAAAAGC +TAGGTTAAAGACATTAAATATGGCTTAACCTAGTTATTTTTTTATCTATCTAACTTAAAA +ACACGAACGATTTTGTTTGAAAAATTAAAAATATATAAAATATATTGCAAAAACATGTAC +TATATAATATAATTACTAATGTAAAGTTAGCAATTATTCGAATTATAAAAAGTAAAAATA +ATAAAAAATTAATTGGAGGATGAATATGCAAGCTACTCAAGCCAGTAATAAAGGTTTATT +AGAAAAAGTATTCAAATTATCAGAGCATAATACAGATGTAAAAACAGAAATAATAGCAGG +TATAACAACATTCATGACTATGGCATATATACTTGTTGTTAATGTAAACATTCTTGGAGA +AGCAGGAATGGATAGAAATGCAGTATTTGCAGCAACAGCAATAGCAGCATTTATAGGATG +TGCAGCAATGGCACTTTTAGCAAACTATCCTATAGCACTAGCACCGGGTATGGGTTTAAA +TGCGTTCTTTGCTTATACGGTAGTATTAGGAATGGGGCATACATGGCAGTTTGCTTTATG +TGCAGTATTAATAGAAGGAATTATATTTATAATACTTACAGCAACGAACGTTAGAGAGAA +AATAATAGATTGTATACCGCCAGTATTAAAACATGCAGTTACTGCAGGTATAGGTCTTTT +CATAGCGTTTATAGGATTAGCAAATGCAGGATTAGTAGTAAATGGATCAACAATATTAGC +ACTAGGTGATATGAGAAATCCATTAGTTTTATTAACAATAGTAGGAATAATAATAGCTAG +TATATTAATAGCTAAGAATGTAAAAGGTGCTTTCCTTATAGCGATGTTAGCTATATCAGC +GATAGGTATGACTTTAGGTCTTGTAGATTTACCTCAAGGTATAATATCAACAACTGTACC +ATCTATAAAGCCACTATTCTTACAAGCTTTCAGCGTACCAACTAATGAAATATTTAGTTT +AAAGATGTTAGTAATAGTTATAACATTCTTATTCGTAGATTTATTTGATACAGTAGGATG +TTTAGTAGGTGTAGCCTCAAAAGGAGATTTATTAGATGAAAATGGCAAGCTTCCAAAAGC +TAAGCAAGCTTTATTTGCAGATGCAATAGCAACAACAGCTGGAGCATTATTAGGAACATC +AACAGTAACATCATATGTAGAAAGTGCATCTGGTATAGGAGAAGGTGGAAGAACTGGATT +AACAGCAATGACAACAGGAATATTATTCTTATTATCATTATTCTTATCACCATTATTTAT +AGCGGTACCAACGCAAGCTACATCACCAGTACTTATAATAGTAGGGGTTATGATGGCTAG +CTCATTAAAAGAAATAGATTTTAATGACTTTACTAATGCAATACCAGCATTCTTAACATT +AGCAATGATGCCATTTGCATATAGTATAGCTGATGGAATAATATTTGGTATAATATCATT +TACAATATTAAAGTTAGCAACAGGAAAATCAAAAGAAGTTAATATATACTTAATTGTGTT +ATCAATACTATTTGCTTTAAAATTTGTATTTATAAATCATTAAAATAAAATTTATTATAA +AGTTAAGGTTATAGACTTAAGAATTATTAAGTCTATAACCTTTTTAATTATAAAATAACT +ATATTTTATTTAATGATAATTTATAAATTAGTTCAAATGTAGGTAAATATAATAAAGCAT +AAAAGAGTGTAGAGAAATATATAATATAAATTTCTCTACACTCTTTATATTGACTAAATA +ATGTTTAATAATTAGAATAAACCTGAAATAACTCCATTTTCATCTATATCGATTTTTTCA +GCAGCTGGAACTTTTGGTAATCCAGGCATTTTCATTATATTTCCAGTAAGGGCAACGATA +AATCCTGCGCCAGCAGAAACATTTAACTGTCTTACAGTTATTTTAAATCCACTAGGTCTG +CCTAATTTAGTTGCATCATCAGTTAAAGAGTATTGAGTCTTAGCCATACATATTGGCATA +TTACCAAAGCCTAAAGCTTCTAACTTATCTAACTCTTTTTTAGCTTGAGGTGTGAAGATT +ACACCATCAGCTCCATATATCTTTGTAGCAATGGCATTTATTTTACCTTCAATATCTAAT +TCATCCTCGTAGCAAAATTGGAAGTTATTTTCTTCTTCTTCTATTAATCTTAATACTTCT +TCAGCTAACTCAATTCCGCCTTCTCCACCTTTAGCCCATACTTTAGACAAAGCAACATTA +ACACCTAACTCTTGGCATTTTTTCTTAACTAAATCAACTTCAGCTTCTGTATCAGTAGGG +AATTCATTTATAGCAACTACAGCAGGTAGTTTAAATACTTGAGTAATATTTTCTACATGC +TTTAATAAATTTGGTAGACCAGCTTCTAACGCTTCTAAGTTTTCGTTATTTAATTCTGCC +TTAGAAACTCCACCGTTGTATTTTAGAGCTCTAACAGTAGCTACTATTATGACTGCGGAA +GGTTGTATATCAGCCATTCTACATTTTATGTCTAAGAATTTCTCTGCACCAAGATCTGCA +CCAAAGCCACCTTCAGTAACTACATAATCAGCAAAGTGCATGGCCATTTTAGTTGCTATT +ACTGAGTTACATCCATGAGCTATATTTGCAAATGGTCCCCCATGTATAAATGCAGGCGTT +CCTTCTAATGTTTGAACTAAATTAGGTTTTAGTGCATCTTTTAATAAAGCTGCCATAGCT +CCATTAGCTTTTAAACTAGCTGCTGTAACTGGCTGTCCTTCATAGTTATAAGCCACTATT +ATTTTTCCTAATCTTTCTTTTAAATCAGCGATATCATTTGCAAGGCAGAATGCAGCCATT +ACTTCTGAAGCAACAGTTATATCGAATCCATCTTCTCTAGTAACTCCATCAACTCTTGAA +CCTAATCCATCAACGATGTTTCTAAGCTGTCTGTCATTCATATCGACGCATCTTCTCCAA +GTTATGCTTCTTGTATCTATATTTAGTTCATTTCCTTGATGGATATGATTATCTAACATA +GCAGCTAATAAGTTGTTTGCAGCTCCTATAGCATGTAAATCTCCTGTGAAATGCAGATTT +ATATCCTCCATAGGTATTACTTGAGCATAACCTCCACCAGCAGCTCCACCTTTTATACCG +AATACAGGTCCTAATGATGGTTCTCTTAATGCAACTAATGTATTTTTACCTAATTTGGAT +AAAGCATCTGCAACACCTATAGTTGTTGTAGTTTTTCCTTCTCCTGCTGGAGTTGGATTT +ATTGCAGTTGTTAATATTACTTTTGCCTTTTTATTCGAATTACTTTTTTTTAGTAGATTG +TAATCAACTTTAGCCTTATATTTTCCATATAAGTCTATATAATCTTCTTCTATATTTAGT +TTTTGAGCTATTTCCCTAATATCTTTAGGTTTAGCTTCTTGAGCTATTTCAATATCTGAT +TTAAATGTCATAAATTAATTCCCTCCGTAATTTATAAATGTTCAATAACTCTTATATGTA +GTAAGAATTAAAAATAAAATAATTATTGAACTTTAATTTAATATTGATAATTATACCATT +ATTTTACTTATTGAAACTATTTATCTGAATTATAACATAAAATTCGTGATAATCCATATA +ATTAAAATTTTATATTGGCGGAAATTTATGAGTAGAAATATATATAAATATATGTATTTC +TACAATTTAACTGGTTTTATTGCACTAAAAATAAAATTTAAAAATAAATTATTGGTTGCA +AAAATATGAATAATATAATAATATTTAAATATAAAGTTCGTATTATTATACGGATGATAG +GCGGTAAAATAAATTTAGATATAAAGAAAAGAGGGAAAATGATGAAAGTAGCAGTAGTTA +TGGGATCCAAATCAGATTATCCTAAAGTTCAAGAAGGTATAGAATTATTAGAAAAATATG +GTGTATCAGTTGTAGTTAGAGTATTGTCAGCACATAGAACCCCAGTTCAATTAACTGAGT +TTTTAAATGAAATAGAAGATGAAGCTGATGTAATAATAGGGGCTGCTGGAAAAGCTGCGC +ATCTACCGGGAGTAATAGCTTCACAGACATTAATTCCTGTTATAGGATTACCAATAAAGT +CATCTACTATGGATGGATTAGATTCACTTTTATCAATAGTGCAAATGCCAAAAGGAATTC +CTGTTGCTACAGTAGCTATTGATGGAGGATTAAATGCTGCTTTATTGGCACTTCAAATAA +TGAGTTTAAAATATCCGAAAATTAAAGACGATTTAGTTTTATATAGAGAAGAAATGGAAC +AAAAAGTATTAGAAGACGATAAAAACTTAAGGGGGTAATACAATGTTATTATATGAGGGG +AAAGCGAAACAAGTTTATTCAACAGAAAATGAAAATGAGTTTATAGTTTATTTTAAGGAC +GATGCAACAGCATTCAATGGAGAGAAAAAAGCAACAATATCATCTAAAGGTATATTAAAT +AATAAAATATCAACAATTATGTTTGAAATGTTACACGATAATCAAATCAATACACACTTC +GTAAAAAGTTTATCAGATAGAGAAATGTTAGTAAAAAAAGTTGAGATATTACCACTTGAA +GTAATAGTTAGAAATATAACTGCAGGTTCATTCTGTAAAAGATATGGAATAGAAGAAGGT +TTAGTTTTAGATGAACCAATATTTGAATTAAGCTATAAAAATGATGAATATGGAGATCCA +ATGTTAAATGAGGACCATGCAGTAGCAATGAAATTAGCAACTAGAGGAGAAATAGCATTC +TTAAAAGCGCAAACTTTAAAAATCAATGAATTAATGAAAGATTTCTTCTTAAAGATGAAT +CTAAAATTAGTAGATTTCAAATTAGAATTCGGTAAAGATGTAGAAGGAAATATAATACTA +GCTGATGAAATATCACCTGATACTTGTAGACTATGGGATGTAAATACAAATGAAAAGTTA +GATAAAGATAGATTTAGAAGAGATCTAGGTGACCTTGTTCAAGGTTATGAAGAAGTTCTT +GCTAGAATGAATTGTAAATAGGGGGAAATTCTTATGTGTGGTGTTGTAGGTATTTATTCG +AAAGATAAAGATATAGCTAAAGAATTATACTACTCTTTATATTCTATACAACATAGAGGT +CAAGAAAGCTGCGGTCTAGCAGTTGTTGATGGAGATAATATAAAATACAAAAAAGATATG +GGATTAGTTGGAGATGTATTTAAAGAAGATGAGCTATCTAATTTAAGTGGAAATATGGGA +ATTGGTCATGTTAGATACTCTACAGCTGGAGGAAGTACTTTAGCAAATTGTCAACCTTTA +GTTGGAAGTTGTAGAAAGAGAAAACTAGCAATAGCTCATAATGGAAACCTAGTAAATGCA +AATTATCTAAAAGATATGCTAGAAGAAGATGGATACATGTTCCAAGCTAACTCAGATACA +GAAGTAATACTTTATATACTTGCTAGATATTATAAGGGAGATATAGTAGAAAGTTTAAAG +ATAACTATGGACTATATAAAGGGAGCGTATTCTCTGGTAGTTATGGGAGAAGATTCTTTA +GTAGGAGTAAGAGACCCACATGGATTTAGACCTCTTATTTTAGGAAAAAAAGGCGATGAA +TATATATTTGCATCAGAAAGTTGTGCAATAGATATACTTGGTGGAGAAGTAATAAGAGAC +GTAGAGCCAGGAGAGATAATTGTGGTTAAAGATGGGGAAGTTAAATCTTATCATTATTCC +GAGAACTACAAACCTCTAATGAGAAGTTGTATATTTGAGCATATTTACTTTGCTAGAAAT +GATGCGACTATAGATAATGTAAATGTATATAACTTTAGAGTAAAATGTGGAGAAATATTA +GCACAAGATGAAGATATAAGTGCAGATATCGTAGTACCAGTTCCAGATTCTGGTTGGGCG +GGAGCTATAGGATATTCTAATGCAAGTGGATTGAAGATAAGTGAAGGTCTTGTGAAGAAT +AGATATGTTGGAAGAACATTTATAAAACCAACTCAAGAGCAAAGAGAGATAGGGGTTAAA +ATAAAATTAAATCCATTATCTACAATAGTAAAAGGAAAATCAGTAGTATTAGTAGATGAT +TCAGTGGTTAGGGGAACTACTTCTAAAAAAATAGTGCAGTCTTTAAAAGAAGCAGGAGCT +AGTGAAATACATCTTAGAATTACATCTCCTCCAGTAGAGTACTCATGTTATTACGGAATA +GATACACCAAATCGTTCTAATTTAATAGCATCAAATAATAGTGTAGAAGAGATGAGAGAA +TATATTGGATGTGATTCATTAAAGTTTTTAAGTATAGAAGGAATGATAGATGCTACAGAA +AATAAAGCTACTTTCTGTAAGGCTTGTTTTGATGGAGACTATCCAGTAAAGAAAATTGAC +AAGGAGGAACAGTTATCATGTTAACTTACAAGCAATCAGGTGTTGATATAGATGAAGGAA +ACAGAGCGGTTGAACTTATAAAAGGGAAGATAAAAACAACTTATGATAATAATGTAATTG +GAGATTTAGGAAACTTTAGTGGTTTATATAGCTTAAAAGATTTTACAAACATGACAGAGC +CTGTGTTACTTTCATCTACAGATGGGGTTGGAACAAAATTAAAGCTAGCTCAAATGATGG +ATAAACACGATACAGTTGGTATAGATTTAGTTGCAATGTGTGTAAATGATTTAATATGCC +AAGGTGCAAAGCCCTTATTCTTCTTAGATTATATAGCTACTGGTAAATTAGTTGCAGAAC +AAGTGGAACAAATAGTTAGTGGAATAGTAGAGGGATGTAAAATGGCAGGATGTGCACTTG +TTGGTGGAGAAACTGCTGAAATGCCTGGAATGTACAGTGAAGATGAATATGATTTAGCTG +GATTCTCTGTTGGGATAGCAGATAGAGAAAAAATAGTTTCTGGTAAGAATGTAAAATCAG +GAGATACATTAATTGGAGTAGCATCAAGTGGTATACATAGTAATGGATTCTCTTTTGTAA +GAAAAATATTCTTAGATAAATACGGGTACACATTAGATAAATACATAGAAGAATTAGGAA +TGACTTTAGGTGATGCTCTTTTAACTCCTACAAAAATATATGTTAAGTTAGTTTTAGATT +TAATAGAAAAGCATGAATTAAAAGCAATTGCACATATAACTGGTGGTGGAGTAATAGAAA +ATATAACTAGAGTTATACCAAAAGGCTTAGGAATAGATATAAATAAAAATTCTTGGGAAA +AGCCAGCTATATTTAAGATGATAGAAAGCTTTAATGCAGTAGATGAGAGAGAACTTCACA +AGAGTTTTAATATGGGTATTGGCTTAGTTTTAATAGTAGATAAGGAAAATGCTAATGAAA +TAGTTGATTATATAAATACTACAGATGAAAAGGCTTATATCATAGGTGAAGTAGTAGATA +CTCATGAAGGAGTAGAATTATGCTAAATATAGGTGTTTTAGTTTCTGGTGGGGGAACTAA +TTTACAAGCTATAATAGATGAAACTTTAGCAGGAAATATAAATGGTAAAGTTAAGGTTGT +AATATCAAATAAAGAGAACGCTTATGGATTAGAAAGAGCTAGGCAAAATAATATAAATAC +TGTTTTTGAAACTGACGAAGATAGGATAATAGAAGTTTTAAAGGAACATAATATTGATTT +GGTTGTTTTAGCGGGATATTTAAAAATAATAAGTCCTAAGTTTGTAAATGAATTCAGAAA +TAAGATGATAAATATACATCCATCATTAATACCTTCATTTTGTGGTAAAGGATATTATGG +ACAAAAGGTTCATCAAGGTGTTATTGATTATGGAGCTAAGGTAACTGGGGCTACAGTTCA +TTTTGTAGATGAAGGTGCAGATACAGGACCGATTATTATGCAAGAAACTGTAGTAGTAAA +AGATGACGATGATGCGAGCTCTTTAGCAAAAAGAGTGTTAGAAATAGAACATAAGATTTT +AAAGAAGAGTATTAGTCTTTTCTGTGAAAATAAATTAAGTATTCAGGGTAGGAGAGTGTT +TATAAATGAGTAAAAGAGCATTGATAAGTGTTACAGACAAAAGTGGAGTAGTTGAATTTG +CAAAAGAATTAAACAGTCTTGGATATGAAGTTATATCTACAGGAAATACATTTAAGATGT +TAGAAAAAAATGGTGTAAAAGCTATTCAGATAGATGAAGTTACTAAATTACCAGAGATGC +TAGATGGAAGAGTAAAAACTTTAAATCCATACATACATGGTGGAATTCTTTATAAAAGAG +ATGATGAAAATCATGTTAAGACTATTAAGGAATATGAAATAGGCTCTATAGACTTAGTAG +TTGTGAATTTATATGATTTTGAAGGAACTTTAAAGGCAGAAAAATCCCATGAAGAAATGA +TAGAAAACATAGATATAGGTGGACCATCTATGATACGTTCTGCTGCAAAAAACTATAAAG +ATGTAACAGTTATAGTAGATATAAATGATTATGATATGGTAATTGAAAAGTTAAAGAATG +ATGAATTAACTTTAGAAGATAGAAAAAGATTATCATATAAAGCATTTTCAACTACAGCTA +GGTATGATGCACTTATATCAAGCTACTTTGCAGGAGAAGTAGGAGATGATTATCCTGAAA +TATTAAATTTAACATTCCAGAAAGAAGAAACTTTAAGATATGGAGAAAATCCACATCAAC +ATGGAGTGTTATACTCTCAACCGAATGCTAAAAATCCAATATTAAATTATGAACAATTAA +ACGGAAAAGAGTTATCTTTCAACAATATAAATGATTTACATGGTTGTTTAGAAGTTATGA +GAGAATTTAAAGATAATGAAGAAGTAGTTTCAGTAGCTATAAAACATACTAACCCATGTG +GGGTTGGTTTAGGAAAAAATTCTCTAGAAGCATATACTAAATGCTATGAAGCTGATACAG +TTTCAATATTTGGTGGAATAGTTGGTATAACTTCTACAGTAGATGCGGCTACAGCTCAAA +AATTAAGTGAAATATTCTTAGAAATAGTAGTTGCTTATGATTTTACTGAAGAAGCTTTAG +AAATACTTAAGAAAAAGAAAAACTTAAGAGTACTAAAGTTAGCTAAGATAGAAAATAGTT +TACAACCATATGATATGAAATATTTAGATGGAAAACTATTAATACAAGATAAAAATAATT +CCTTAGCAGATAAGTATGAAACTGTAACAACAGTAGTTCCTACTAAAGAGCAATTAGAAG +ATATGGAATTTGGTATGAAGGTTGTTAAAAATATGAAATCAAATGCTATAGCTATAGTTA +GGGACGGAATGACTTTAGCTTTAGGATGTGGGCAAACTTCAAGAATATGGGCTTTAAAAA +ATGCTTTAGAAAATAATAGTGATAAAGATTTTAATGGTGCAGTACTTGCCTCAGATGCAT +TCTTCCCATTTGATGACTGTGTGACATTAGCAAATGAATACGGAATTAAAGCAGTTGTTC +AACCAGGTGGTTCAATGAGAGACCAAGATTCTATAGATGCTTGTAATAAATATGAGATGA +CAATGGTGTTTACAGGAATAAGACATTTCAAACACTAGGAGGATAAGTTATGAAAGTATT +AGTTGTAGGTGGTGGCGGAAGAGAACACGCTATTTGTTGGAAATTAAGTAATGAACAAAA +TGTAGAAGCAATATTTTGTGCACCAGGTAACGCAGGAATTGAAAGTGTAGCTAAGTGTAT +AAGTATTGGTGACAGTGATATAGATGAACTTCTAAGTTTTGCAAAAGAGAATGAAATAGA +CTTAACAATAGTGGGACCAGAGGTTCCACTTGTTAAGGGTATAGTTGATGCTTTTGAGAA +AGAAGGTTTAAGAATATTTGGACCAAATAAAAACTGTGCTCAATTAGAAGGTAGTAAAGC +TTTTTCTAAGAATTTTATGATAAAACACAACATACCTACTGCAAAGTATAAAGAGTATAC +GGATTTAGATGAGGCCATTAGTGAAGTAGATAGCTTTGGTTATCCAGTAGTAATAAAAGC +TGATGGTTTAGCAGCAGGAAAAGGTGTTGTAATACCTACAAATAAAGAAGAAGCAGTGGC +TACTTTAAGAGAAATGATGGAAGATAAGAAGTTTGGAGATGCTGGTAATAAAATAGTAAT +AGAAGAGTTTCTAAAGGGAATTGAAACATCTGTATTAGCCTTTGTAGACAATAATACTAT +AATGCCTATGGTAAGTGCAAAAGACCATAAGAAAATATATAACTATGAAGAAGGTCCAAA +TACAGGTGGTATGGGTACTTTCTCTCCAAGTGAAATATATACAGATGAGTTAGCTGAAAA +TATAAAAACTAATATATTAGATGCAACATTAGAAGGATTTAGAAAAGATAACTTAAATTA +TAAAGGTATATTATTTGTAGGGCTTATGATAACTGAAGATGGACCTAAAGTTCTTGAGTA +TAATACAAGATTTGGAGATCCTGAAACACAATCAGTTTTATTTAGATTAGATACAGATTT +AAATAAAATAATGAATGCAATTATAGATAATAAATTAAGTGAAATAGAAATAAATTATAA +GAATGAAGAAGCGGTTTGCGTAATGCTTACATCAGGAGGATATCCTAATTCTTATGAAAA +GGGGAAAATAATAACTGGAATACAAAATCTAGATAAAGATATAGTGGTTTTCCATAGTGG +AACTAAGATGGTAGATGGAAACTTAGTTACAAATGGAGGAAGAGTAATCGGAATAACTGC +AAAGGCAGAGACGGTAAAGGATGCAGCAGCAAAGGTATATGAAAATATTAAGAAAATAAG +CTTTGAAGGTATGCATTATAGAACTGATATAGGAGTTTAAATTTTTCTAAAAAGATGGGG +GAAAAGGCATGTTAAATACTGAAAATGTCAAAAGAATATTAGTTGAAAAAAGACAAGGCT +TTGACCTTGAAGCTAAAGCTTTAAAGAAAGATTTAGTAGAAAGTTTGCACATAAATACTA +TAGAAGATATAAGGGTATTAAATAGATACGATATAGAAGGTATATCTGATGAAGCTTATG +AAAATGCAGCAGAAAGTATATTTTCTGAACCAAATCTAGATGTTGTTTATCATGAAGAAA +TATCTAATCTAGATAAAAAAAATAAAAGAGTATTTGCAATAGAGTATTTACCAGGTCAAT +ATGATCAAAGAGGAGACTGGGCAGCTCAATGTATACAAATAGTTAATAATGGTGTTAGAC +CTACTATAAATACAGCAAGAGTATACATATTAAGTGGTAATATAACTGATGATCAATTTG +ATAGAATAAAAAGATACTGTATAAATCCGGTAGATAGCAGAGAAGCAAGTTTAAATAAGC +CACAAACTTTAAAAATAGAAACTGAAATACCTACTTCAGTAGAAATATTAGATGGATTTA +CTGATTTAAGTAATGAAGGGTTACAAGATTTCTTAAAAACAAGAGGTCTTGCAATGACAA +TATTTGACTTAGAGCATGTTCAAAATTACTTTAGAGATACGGAAAAAAGAAATCCTACTA +TAACAGAAATAAAAGTGTTAGATACTTATTGGTCAGATCACTGTAGACATACTACTTTCA +TGACTGAAATAGAAGATGTTCAAATAGATGAAGGTAAGTATACAAATATAGTTAAAGAAG +CTTATGATATGTATCTTGATTCAAGAAAGAAAGTGTATGTAGATAGACAAAAAGATATAT +GCCTAATGGATATAGCTACTATAGCTATGAAAGAGTTAAGAAAAGATGGTAAGCTAGAAG +ACCTAGATGTAAGTGAAGAAATAAATGCATGTAGTATAAATGTAGATGTTGAAATAGATG +GTAAAGTTGAGCAATACTTAGTAATGTTCAAAAATGAAACACACAACCATCCAACTGAAA +TAGAGCCATTTGGTGGTGCGGCTACTTGCTTAGGTGGAGCTATAAGGGACCCATTATCAG +GAAGAAGTTATGTATATCAAGCAATGCGTGTAACGGGAAGTGCAGACCCTAGAACTTCTT +TAGAAGATACTTTACCAGGAAAGTTAATGCAAAGAAAAATAACTACTGAAGCAGCTAATG +GATACAGTTCATATGGTAACCAAATAGGGTTAACTACAGGTCAAGTTGCTGAAGTTTATG +ATGAAGATTTCGTGGCTAAGAGAATGGAAATAGGTGCAGTTATAGCAGCAGTTCCCAAAG +AAAATGTAGTTAGAGAAAGACCTAAGGCAGGAGACGTTATAATACTTCTTGGTGGGAAAA +CAGGAAGAGATGGATGTGGAGGAGCAACAGGTTCTTCTAAAGAGCATAGTGAAGAATCAA +TACTTACTTGTAGTGCCGAAGTCCAAAAAGGTGATGCACCTAATGAGAGAAAGATACAAA +GATTCTTTAGACATAAAGAAGTTGCTCAGATGATAAAGAGATGTAATGACTTTGGTGCGG +GTGGAGTTTGTGTTGCTATAGGTGAGATAGCTGATAGTTTAGATATAAACTTAGATTTAG +TTCCTAAAAAATACGATGGACTTGATGGAACTGAACTTGCAATATCAGAATCTCAAGAAC +GTATGGCGGTTGCTATAAATAAAGAAAATAAAGATAAATTTATAGAATTAGCTAAAGAAG +AAAACTTAGAAGCTACTCATGTTGCTACAGTAACTGATACAGGATATTTAAGAATGTTTT +GGAATGGAAAAGCAATAGTAGATGTTAATAGAGAATTCTTAGATACAAATGGTGTGAAAC +AAACTACGAAGGTTCATGTTAGTAAGGTAAATGAGGAAAAAACTTTCTTTAATTCTAATG +AAGATACAAATAATAGTGTATGTTCATCAACTGGTGGAGTTTGCAGATGTAAGTCGTCAG +AAGGATTATTAGATATAGCTATAGCTAAAGAAATTTCATTAAAAGATAAATTTATAGAAA +TTTTATCCGATTTAAATGTTTGTTCACAAAAAGGATTAGTAGAAAAATTCGATAATACTA +TAGGAAGTAATACTGTACTTATGCCGTTCGGAGGTAAGTACCAAAGTACACCTGCCCAAG +GTATGGTTGCAAAGATACCTGTTCTTGGTGGAGAAACAGATACTTCTACAATAATGACAT +ATGGATACAATCCTAAAATAGGAAAATGGAGTCCATTCCATGGAGCTTTATATGCAGTAG +TTGAATCTGTGTGTAAACTTGTGGCTATTGGGGGTAACTATAAGACAACAAGACTTACTT +TACAAGAATATTTTGAAAAGCTTGGGGATAACCCAACTAAGTGGGGTAAACCATTCTCTG +CTTTACTTGGGGCATTCTATGCTCAAAATAAACTTGAAATTCCTGCAATAGGTGGTAAGG +ATAGTATGTCTGGAACATTTAAAGATATAGAAGTTCCTCCAACATTAGTATCATTTGCTG +TGGATACTGTGGATGCAAAACAAGTAGTATCTCCAGAATTTAAGAAAATTAATTCTAAGG +TAGTAATGTTATGCACAGAAAGATTAGAAAATGGTGTTGTTAACTTTGATGAATTAAAGA +AAAACTTAGAGAAATTAAGGGAACTTATACACAATAACCAAGTGTTATCAACATATGCAC +TAGGATTTGCAGGTGTAGGTGAAGCTATAAGTAAGATGGCATTTGGTAATAAGATTGGAT +TTGAATTTAATGAAGAAGCGAGTACCCTATATGAAGATGTAAATAAATTATTTGAAGCGA +ACTATGGAAATGTAGTTATTGAATTAGCTGAAGATAATTTAAGTTTATTAAATGGATATA +ACTATATTGTATTAGGTAGTACAAGAGAAAAAGAAAGTATAGTTATAGCAGAAGAAGAAA +TATCATTAGATGAACTATACAAAGTGCATTGTGATACTTTAGAGCCAATATTCCCTACTA +AAGCTATAGAAGTTGATGATAAGATAGAAACTATTAACTTTATATCAGGTGGAGAAGCTA +AAAAATCATCTATAAGTATAGTATCACCTAAGGTGTTTATACCGGCATTCCCAGGAACCA +ACTGTGAATATGACTCAGCTAGAGCGTTTGAAAAAGCTGGTGCTAATACAAGTGTAAAAG +TATTTAAAAATTTAACTTATAAAGATATAGAAGAATCTATAGACATAATAGTTAAAGAAA +TAAAGTCATCACAAATGATTATGCTACCAGGAGGGTTTAGTGCAGGAGATGAGCCGGATG +GTTCAGCTAAATTCATAGCTACAGTATTTAGAAATGAAAGAGTAGCAGAAGCTGTAAATG +AATTTTTAACTAAGCAAGATGGATTAATGCTAGGAATCTGTAATGGATTCCAAGCACTTA +TAAAACTTGGATTAGTTCCGTATGGTGAGATAAGAAAACCAAATGAAGATGCACCAACAC +TTACTTACAACAATATAGGTAGACATCAAGCTAAAATGGTTCAAACTAGAATAGCTTCTA +ACAAGTCTCCTTGGTTATCTAATACTTCTGTCGGAGATATACATAGTATAGCTATATCTC +ATGGAGAAGGTAAGTTCGTTGCTAATGATGAAACTATGAGAGCTTTAATACAGAATGGAC +AAATAGCTACTCAATATGTAGATTTTAATGGAAATGCAACTTATGATATAGATTTCAATC +CTAATGGCTCCTTCTATGGAGTAGAAGGTATAACTAGTATAGACGGAAGAATACTAGGTA +AGATGGGACACTCAGAAAGAGTTGGAAATCAAGTATGTAAAAATATCTTAGGTGAAAAAG +ACCAAATGATATTTGAATCAGGAGTTAAATACTTTAAATAAAATAAAGAGCTGCCTTTTG +GTGGCTCTTTATTTTATTGTTAAAAATTACTTGTATATAAAATCAAAATTTTATAATATG +TTTTAGCACTCATCGCTTGACAGTGCTAACAAAAGTGTTATAATTAAATTTGTAAGGAAG +GTGATATATATGAAATTAGTACCTAGAAGAAATAGAGGATATTTATTTGGTGATAGCTTT +TTTGATGATTTATTCGAAGATGAATTTTTTAAACCTGTAAATTATCAAAAAATGATGAAA +GCTGATATTCAAGAACAAGGTAACAATTACATTATAGACATGGACTTACCTGGATTCAAA +AAAGAAGATATAAGAATATCCTTAGAAAATGGATATTTAACAGTTGGTGCATTAAAAAAT +GAATCAAAAGAAGAAAAAAATGAAGAGAAAAACTATATTCACAGGGAAAGATACACAGGT +AAATGTTCACGTAGTTTCTATGTAGGAGATAGTATAAAAGAGGAAGACATAAAAGCTAAA +TATACTGATGGTATATTGCAAATTATCGTTCCGAAATCAAATGTAAGAGAAATAGAGCCT +AAAAAATATATATCAATAGATTAAAAATAATATGATAGTTATCGAAAACTAAAGTACAGT +TAAATAAATTTATAGGATATCAAGGTTAAGGTTAGAATATATGAGTTAATTATAATTTAT +ATATTTTACCATTACCTATAGATATGCTATAAATTTTTAATTTTATAAACTAAATGACAT +TTTTAAAAGGAGGGGTACTAGTGTCAGTACAAAAAGGTAGTATATCAATACATACAGAGA +ATATTTTCCCTATAATAAAAAAGTGGTTATATTCTGATAAGGATATATTTATAAGAGAGC +TTATAAGTAATGGTTGTGATGCAGTAAGTAAGTATAAAAGGTTAGTTTCGTTGGGAGAAG +CTAATGATGATGGGGAAAATAAGTACAAAATAACTGTATCAATAGACAAAGAGGAAGGAA +CTTTATGCTTTACTGATAATGGTATCGGTATGACTGAAGAAGAAGTAGAAAAATATATAA +ATCAAGTTGCTTTCTCTGGAGCAGAAGATTTCTTTAATAAGTATAAAGATAAGATGGAAG +AAGCTAATGATATAATAGGTCACTTTGGTTTAGGATTCTATTCTTCATTTATGGTATCTA +AAAAGGTACAAATAGATACAATGTCTTATGTAGAAAATGCAGAACCAGTTAGATGGGTAT +CAGAGGATGGTCTTGAGTATGAAATATCTAAATCTGATACTAGGACAGGAAGAGGTACAA +GTATAACTTTATACTTAGATGATGATAGCAAAGAATTTTTAAATGAGTATGAAGTAAGAA +CAGTGATAGAGAAATACTGTTCATTCTTACCAGTTGAAATATATTTAGAAGCTTCTGATA +AGGATGAAAATGATAATAGTGAACTTGAAGTAAAACCTTTAAATGATGTTAATCCATTGT +GGCTAAAATCACCGAAGGATTGTACAGATGAGGAGTATAAAGATTTCTATAGAAAGGTAT +TTAATTCTTTTGATGAACCTTTATTCTGGATTCATTTAAATGTAGATTATCCATTTAATT +TAAAAGGAATATTATATTTCCCTAAGTTAAATAATGAATTTGAATTAGTTGAAGGAAAGG +TTAAACTTTATAATAATCAAGTATTTGTAGCAGACAATATAAAAGAAGTTATACCAGAGT +TCTTATTATTGCTTAAAGGTGTAATAGATTGTCCAGATTTACCTTTAAATGTATCTAGAA +GTTTCTTACAAAATGATAGAGATGTAAGTAAAATATCTAAGCATATAGTTAAAAAAGTAG +CTGATAAATTAAAATCTTTATTTAATAACGAAAGAGAAGAGTATAATAAATTCTGGGATG +ATATCCAAGTATTTATAAAATTTGGATGTTTAAAAGATGAAGGTTTTTATGAGAAAATAA +AAGATTATATATTATTTAAAGACATCGAAGGAAATCATATTACTTTAAATGATTATAAAG +AAGTTTCAAAAGAAAAACATGAAAATAAAGTATTTTATATTAGTGATGAAAAACAACAAT +CTCAGTATATAAAACTATTTAAGGATTATGGTCTAAATGCAATAGTGTTAGATTCAAGTA +TAGATAACCACTTTATTTCATTTATGGAGTATAAAGAAGCAGGAACAAGCTTTAATAGAA +TAGATTCAGATATATCAGATGTATTAAAAAATAAAGAAGAATCTAGCATGGAAGATGAAG +ATAAAAATCAATTAAAAGATTTATTTAAAAGTATATCTGAAGGTAAAATAAAAGAGTATT +CTGTTGAAAGTTTAAAAAATGAAGAAATTCCAGCTATGATATTAGTATCAGAGCATACAA +GAAGAATGATGGAAATGCAATCTAGGTTTGCAGGTATGGATTTAGGAATGAATCTTCAAG +AAGAAAAAACTCTTGTTATAAATGAAAAAAATCCTATAATACAAAAAATATTATCATTAA +AAGATAATGAAGAGAAGAAAGAAAATATAGATTTAATATGCAATCAAATAATTGATTTAG +CATTATTATCAAATAAGGAATTAAAACCAGAAGAATTAGAATCATTCATACAAAGAAGTA +ATAAACTTATGGGGATGGTAATCTCTTTATAAATTCAATTAATTAAAAAAAATAGGCTAA +TTTCAACTAACAAATAAGTTAGATTTGAAATAGCCTATTTTATTTTTATATATTATTAAG +ATATTCTTTTTGTTTCATGAACATTGTTTTCTCTGTTTATTTTTAATATTGATGCACAAG +CTACTAGTAATCCCACATAAGCGATTATAGCGTAGATTGTAGCAGAAATCCATGCAATAT +TCCATCCAAACTTATCTAATGTTACACCGAATATTGGAGTACCAATAGCAAAGCCTAAAG +CAAAGAATAATTGTATTAAACCAAGTATAGCACCGTATTCTCTATCACCAAATAGTGAAC +TTGTCATATATGATGGTCCCATAACATATGAAAACATTGATACACCGAATAATAATGTAA +ATAAGTATCCAAGTGCATTTATTTTACCTATAAATAATAAGCATAATCCTGATATAACAA +CCAAAATACCTGAAAGACCAAATGATTTTGATAGTCCTAATTTATCAAATAGAACTCCGC +CAAATAAGTTACCAAAGATCGAAAATAATCCGAACATAGATGCTAATGTAGCTGAAGATA +TTAGTAGTATTCCTGAGCTTTCTAAGCTTTGGAAATAAGCTATAAATTGTAAAGCAAATC +CACTAACATAGAATCCTACGAATATAAATGATATAGCAATTAGCCAAAACTGAGGCATTT +TAGTTGTTTCAGCAATTGTATATCCCCAACTTACATGGTGTGAAACATCTTCTTGACCTT +TTAATTTTTTCTTAGGAACATTAGCAGCCAATTCAGCCTCTGACTTAGGCATTCTTATAA +GGAATATAGAAATTAATAATGAACCAATTAATGCAATTAGTCCGAATCTTAAATAAGCTC +CTTTATAACCTATAGCAGGGTCAGTTAACCATTTACCAGCTAAAATTTGAAGGAATATGT +TACCTAAACCTCCACCACAGAATGCAATACCTAGGGCAGTACCTTTATTAACTTTAAACC +AAGCATTTATAAGAGTAGGAACTCCTATGGCAGAAACAATTGCATTTCCAAGTTGCACTA +TTGCGGCTATTATATAGTAAGCAAATAATCTATTTCCGGCAATTGAATATGCCATGAATC +CACCGCCAACTAATATAGAACCTATTATAAATAAAAGTTTAGCATTTACTTTACTAAATA +GTTTTCCTATAAACGGAGATGCAATTGCAGATACAAAAGTACCTATAGTAAATATTAGGG +TGAATGAAGCATAACTGAAACCCTCTGCATTTACAACATAATTTGTAAAAGTAGGTGGTA +GGTTGGCTGCAACTCCAAATGGTATAGCTTGGATAAGTAAGCATGCTATAACAATTACCC +AACCGTAAAAAAATTTATTTTGTTTACTGTTATCAGGTGTACTCATAAACTGATTTCCTC +CTTGATTTTAAATTTATTATTTTAAAAATAGAATACGGTTTTGATTGCAGTAATAAGTTT +GGCATAAATAACACAAAAAATACATAATTAATAAAATTTGTAGATGATATATCATCAAAA +TTATAATGAAATAGCTAAACATATTACTGTATCAATAGCTATATGTATTTGTAATATAGT +TAGGTTTTGCAATATCTAATAAAAAAATGTATTTTTGTATAAAAAAATATTAAAAGCTAG +ACTTATTAAAGACTATATACTAAACTTATATTATTTTACAAAGTTAGTAAGTAATGAATA +AAAAGTATACAACGAGGAAGATTAAAGATATAATTAAGGATTTTAATAAAGCAGTGAATT +ATACAAAATAAGAAAATGAAATTGCACTAATTATAGGAGGGTAATGAATGAGTGGACTAT +TAGTAAACTTAGAACATGCTATAACGAATATGTCAGATTTTATATGGCCAATATTCTTAC +CATTTATATTGATAATCGGAGCCATAACATCAATTAGGACGATATTTATAATTCAAAGAC +AAACTACAAATCCGTCAAGTTTGAAATTGAAAAATGTAATAGGTCCAGCATCTATATCAT +TAGGTGCGATGATAGGAACAGGAGCTATTATAGGCGTTCTAGGAGCTTTATCTAAGCTAT +CGGCATCAGGACAAAGAAATATAGAATCTATGGCTATTTGGGCACTAATAGGATCTATTA +TAATGATTCCTGTTTCATACTCAGAGACATTGAATTCTAAGGTCATGAAAAAGATGCCTA +AAGAATATATATCAATGTTAATATCACCTTTATTTGGAAAATTGTATGCAGTATGCTTTG +TAATATTAGCAGTCTTTGGATTTGGAGGATTTCAATTTAGTGGAATAGATTCTGTATCAT +CTATACTAATAAATAGATTTGGAAGAATACAACTTTCTTTAATACAAAGATATTTATTTA +TTGTAATACCAGTAATAGTAGTTGTCTCTATACTAGTACTTTCTAAAAAACATGAATTAT +TTATAAATGCGATGACTTATATGATAGGGACTGCTATAGTAGGATACTTTCTATTCTTTA +CTATATTTTTAATTAAGACGGCATCATATGTTCCGGTATATTTTAGTAGCATGATTGAAG +GGATGATGAACCCTATTAATGCTATGATGGGTGTTCCTTTAGGTTTTATATTAGGTCTTC +AAAAGGTTATACAAACAGCAGAGACTGGATTAGGAGCTCTTGCTATGGCAGTTCAAGAAT +CAGACTCTGAACCTAGAGAAGCTGCTATGATATCATTAATACCTACGATAGTTACAGTTG +TAGTATCTATTGTAGTTACTTCATATATAGCATCATATGGGGTAAATGAGGGTATAATCA +TATTCCCAGCAGATGCAGTTACTAGATTAACACAGTACTTTGGAACAGCTCAAAATGTTA +CAGGAATATTTGGGCTAATAGTATTATCTGCATTTACGGTACTATCAGCTTTAACTACAA +TACTTGGTTCATATTACTATTTAACTAAATTATTTAAGGATAATTCAATAAATAGAAATA +TATTAATATATTTGATTCTGGTTATACTAGCAGGAACTTTAGCTGTATTCGGTGCAAACG +TAGTATTTGATGCAGTTGACTTATTATTATTTGTTTTATGTGGAATAAATGTTACTGCCC +TTACTATATTTACATTTAACAGATGGAAAGATTATATACTGGATGATTATGAAAATAATG +ATAATAGAAAGATATTATAATAGAATAAAAAGTGGACTATTGACCTAGTCCACTTTTTTA +TTAAAAAAATTAAGATATTTTCTTAGTTTCTACTGCATTAGTCTCTTTATTCATTTTTAT +TATTGAACTAGTAGAGAATATTAATCCAGAGTACGCTATTACAGCATATACTAAAGTACA +TATCCAACCAGTAGTGAAACCAGATTTATCAACTATTAAACCAAATAATGTAGAACCTGA +ACCGAATCCTAATGCAAAGAATATTTGAACGATACCTAATATAGTACCGAATTCTTTATT +ACCAAATAAAGCACCAGTCATATAAGAAGGTCCTATTATATAAGAGAACATTGATATACC +TAAAGATATTGCAAATACAAAACCAAGTATATTCATTTGTGGTACAAATATTAAGCATAA +TCCACAAACTATAACTAGCATACCTGCTAATACAAGAGATTTAGTTATCCCAAGTTTATC +AAATAAAACTCCACCGAATAAATTTCCGAACATAGAACAGAATCCAAATAAAGAAGCAAC +TGTAGCAGCTCCTAATAAAAACTTACCACTTTGTTCTAGGCCTTGTAAATAAGGTATAAA +TTGTAGAGCCATTCCACCTACATATAAACCTACGAATAAGAACGATCCAGCGAATATCCA +GAATGATTTCATTTTACTTACTTCTGCGAAAGTATATCCCCAGTTAGAAGAAGTACTAGA +ATTATCTTTATTTTTATTCTTTTTAGAAACATTAGCTGCTAATTCAGCTTGAGATTTTGG +TAATCTTATTATAAATAAAGCTACTGGTAAAGCAACAGCAACGGCTAATATACCGAATCT +TAAGTAAGCCCCTTTATATCCTATAGTTGGATCGTTAAGCCATTTACCAGCTAGTAATTG +AAGGAACATGTTTCCTAAACCACCACCAGAGAATGCAAGACCCATAGCTAAACCTTTATT +TTCAGTGAACCAGCTGTTTATAAGTGTAGGAACACCTATAGCAGAAATTATAGCACAACC +TATTTGAACTAATATAGATAAAGCATAGTAAGCAAATATATTTCCACCTGCTAATGAGAA +TGCAGCAAATGAACCACTAAGTAATAATACACCAAATATATAAAGTAATTTTACATTTAG +TTTAGGATTAGAATATAACTTACCTATAGCAGGAGAACATACTGCTGACACTACTGTACC +TATAGTAAATATTAATGAGAACTGAGTAAAACTGAACCCTTCACCTGAAGTTACAAAGTT +TGTAAATGCTGGTTGTATGTTAGCTGCTATAGAGTATGGTACAGCTTGAATAAGCATACA +AGCAACCACTATAGCCCAGCCATAGAAAAATGTTTTCTTATTGTTTTTCACGTTTTCCAT +AGTAAATACCTCTTTACTGTTATATTTGTTGGCGAACAATACATAACAAAATTATTTTAA +TATAAACTAGTTTGAAATTAACTTATAATAAATTTATATTATTTATGAAAGAATAACTAT +TAATAAATAATTTATAGGTTATAAAGTTATAATAAGTTAAAAATAAAACTTCGTATATAA +CGATAACATAAAAATATACTTATCAACAAACGAAATATAATGATAAAGATTGAATTAAAA +TGAGTCAATTTTGTCAAGAATATCTGTTATTAGATAAAAAATGACTATTTTCGGTAAAAT +TCAGCGCTCAAAGTTGTGTATGCAATTTGTCTGTGATATTATGAAATAAGTAAATTTTAG +ATAGGAGGGTTAGTAAATGAATGAAAAAGAATTTGGAAAATTAATTGAAAAATTAATTTA +TTTTTCGGGACAAAAAAATTACTCTCTAGCTACGGAATTAGGGTACGATGTATCTTATAT +AAGTAAGTGGATTAATTCGACGATGTTACCCTCAGCTAAAAATATTAAAAATATAATTAA +AATAACATCTAACTTTATAGTTGACTCTTCAAGCGACTCTTCACTAGATGATATGATTAA +TTACTTTGAAATTGACTTAAATAATAAAAGTGATAAAGGTTCTAAAACTACAATTTTAAA +AGAGGTTATAGAGAAGAAGTTAGATAAATCATATTCATATAGTTACAATAAACATAATAA +AAAATCTCATAAATATGATGATAGAAATAATAGCATTCAAAGGATAAATCCAACTCTTAG +GAAAAAATACTTAGATGCTGAAGTTTTGAGTCATATTGATGAAGTTGGTTTTTCAAATAT +AACAGTAATTTGTAATTTATTTTCTTTAAGTAAAGATGATAAAGTACATATAGCGGGTAT +CAGAAGGTGCGAAAAACAATATGATGACAGAGACAATTTGAATATGAAGTTCCTAATAAG +TTTTGATGAAAGTATAAAAGATATAGTATTTGATGTTATGTTATTTATAAGTATGGTCAC +ATCAAAAGGTCGTGTAAATGTGGAACTATATAGTTGCGAATTTTCTTCAAATACTTTAAT +TGCTGTGGTAAAGAATAAATATAGTCATACGGCTATATACAATAATACTAGATGTATATC +ATCTATAACTTCAACGGATGAAGATGTAGTTAATCAAATGTATGATACTTTAGAAGAGAT +GATAAGTACTCAAAGTAGGGCAACATTTTTAAATCGGACACCTAAACAATTTATTATAAA +TCAAGACTATATGAATTATATAATGGATCAAGATATAAGTATAGTTATGGGTGATTTAAC +TGAGTTATTTATGCCATCAGACTTATTTTTAGAATTAGGTGAAGACTTATTTGCAGACAA +TAAGGATGTCTTATTAAAACTAAAAAGAATAGATACTATATTACAAAATTTTACTTACAA +ATCAGATTTAAATATTTTTATGTATGAATCAGCATTTAGAAACTATGTAACTAATGGAAA +TATTAAATTCTTTAATAAAGTAATAACATTAAATATTGAGCAAAGGAAAAGACATCTTCA +GCATATGAAAAAACTATTGGATGAAAAAGAAAATATAAATATTAGATTTATAGAAAACTC +ACTGATAGATGATATTAAAAGTGATGAGAATCATTCCCTATATATATCAAGGAATATGTC +TTTCTTAGTTGAAAATTATAATGGGATAAGTGGTAACTATTTAATTGTTAAAGATAAACG +ATTAGATAAAATATTTAAAAGTTTCTTTAGTGAGGTATCTATAGAAAGAAAAAAGGTTGC +AGAAGATGATAAAGAGGAAACTAAGAAAATAGTATCAGATGCTTTAAGATATATTGAAAT +TATAAATAATAATATAATTATATAATCTATTTAATAAGTCGACATTTTAATAGCCTATAT +ATATAATAGGAAGGAAAAAAATATAGAGTAAAATGTAGTAATTTAAATATAAAAAAATAA +ATGATAAATGCTTGACAATTATTGATAAATGTTGATAAAATTAACTAGAAATTGGCGAAT +AATATGTAACAAGATAAAACTTGTTAGTTAAAATTTTTACGACTTTTTAATTTGAATAAT +TGATCAGTCTTACAAAAAAATTGTAATTATAAAACAATTTTTTGTATGATATTTTAACTA +TATATAGACATTATCTTGTTTTTTTATTGCTATTTTATTTAAGGTTTACTTAAAGGAAAT +TATAAAATAATTATTAAAGGAGACAAGACGCATGTTACATCAATTAGAAGCCGTAATAAC +GGGTATTTCTGATGCAGTTTGGCCAGTATTCTTACCATTCATGTTAATAGTTGGTGCATT +TACATCTATAAGAACTATATTCATGATACAAAAGAAAGCTACTAGACCAGCTGGATTAAA +ATTCAAAAACATAATAGGGCCAGCATCTATATCTTTAGGTGCTATGATAGGTACAGGAGC +TATAATAGGGGTTCTTGGTGCTTTATCTAAATTCTATGCTTCAGGTGAGGTAAACGTTGA +ATCAATGGCTATATGGGCTTTAATAGGGGCTTGTATAATGGTTCCAGTTTCTTACTCTGA +GACTTTAAACTCTAAAATAATGGGTAAAAGCCCAAAAGAGTATATAGGTGAATTAATAAA +TCCTAAATTAGGAATGGTTTACGCTGTATGTTTCGTTGCTTTAGCAGTATTCGGATTCGG +TGGATTCCAATTCTCTGGTATAGATTCAGTTGCTAAATTAGTTACTGATCAATTTATGGG +AATGAACCTTACTTTAGTTCAAAGATACATGTTCATAGTTGTACCAGTAATAGCAGTAGT +TGCTGCACTAGTATTATCTAAGAAGCATGAAATATTCATGAACGCTATGACTTATATGAT +AGGAACTGCAGTTGCTGGTTACTTCATATTTTTTACATTATTCGTTATAAAAACTTCAGG +ATACATTCCAACTTACTTTGCTAATGTATTAGAAGGTATGACTAATCCTGTAAATGGATT +CTCAGGAATAATGTTAGGATTCGTATTAGGTATGCAAAAAGTATTACAAACTGCTGAAAC +TGGTTTAGGGGCTTTAGCTATGGCAGCTCAAGAAGCTGACACTCAACCAAGAGAAGCAGC +TATGATATCTTTAATACCAACAATAATAACAGTTGTAGTATCTATAGTAGTTACTTCTTA +TATAGCTTCTTATGGTATAGACGCTGGAATAATAACATTCCAAGGTGGAGCAGCTGAGAG +ATTAGCTGAGTACTTCGGAACAGCTCAACAAGTAACTGGTATGTTTGGACTAGTTGTATT +ATGTGCATTTACAGTATTATCTGCATTAACAACTATATTAGGTTCTTATTACTACATGAC +AAAGTTATTCAAGCAAAACCATATAAATAAGAATATAGCAATATACTTAGTATTAATAAT +AGCTGCTGGTACTTTAGCAGTATTCGGAGCTAACGTAGTATTCGAAGCAGTTGACTTATT +ATTATTCGTTCTTTGCGGAATAAACGTTACTGCATTAGCTATATTTACAATCAAAAAGTG +GAAAGATTATGTAATAACTGATAAAGAAGATAAGAAAATAGCTTAATACTATTTTTAGAT +AAAAGAGCATCTTGTACAAGATGCTCTTTATTCATATAAATATATTTTGAGTGATTATAT +TTAAAGATTATAAAATAATTAGGAAATAAGCCGTTTATAAGAGTTTTTGTAAATGTAGAT +GAAATAGATTTAGATTTGTTACAAAATCCAATGATATAGATGGTATATTAGATGCAAAAC +ATAATGGCCACACAGAGGTTAGATTTAGTATAAATACTCCTAGAGTAATTAATGAGTATG +AGTACTATACGGCCTCTTCTGACAAGAGGATTGAAGCTGCAGCTAAAGTTGCATATGCAG +GGTATAAAATAGGCTTTATAATCGCTATTGTTTTTTTTATATGATAACGGGAAGGAAGAA +TATAGGGCGTTAATTAATAGTATAAAAGAAAAGCTACCGAAAGATATAGAAGAATTGATA +TTTGAAGTAATATCGCATAGATAAACTATAAAAGTGAAGAATAGGATAGTTAACATATTC +CCTAAAACAACTTTGTCTATGGATGATGAAAATAGGAAATACAAATATGGGCAATTTGGA +TATGGAAAGTATGTATATACAAAAGAGGAATTAGCAGAGATGAAAGACTTTTTTCAGAAC +GAGATTAAGTTAGTTTTTCCAAATAGTATTATTAAGTATATTATATAGAGTGGATATTAC +AAGTTATTTGTGAATAAATATTAGTAGATTTCAAAAAGTCTTACTGAGTGTATTAAAAGG +GGGATAAATATATGAGGATGAAATTTAAAAATCATAAGAATAATAGAGTTAATGACAGTA +GTATACCGAATGTGTTAGCTTTTGGTTTCATAAGAAACTTTTTAAGTGAAAAAGAGTATA +AAGATATAAGAGAAGAATATTTTATTGGTGATTTGAATAAATCTCAGATAAATCAAGCAA +TGAGTGATATTAAATGGTTATTTAGAAACTATAAAGGGTTAGATGTAATGACTATAGAAG +ATGCTAAAGGTGATATTACCAAATTTATACTTTAGGCTGAAATTCCTTATCTATGACTAG +TCATATTATAAGTTTTATTATGATATTATATTTTATATAAATTTTATTATGGTAAAATAA +TATTGAAATGATTAATAAAAACAGTTAGGAGAAAATTAGATGAAGGATTTAGATTTTATC +TATAAGCGTAAGAGTGTTAGAAAGTTTAAAGATGAAGAAGTACCAAAAGAAGATATCGTT +GAGTTATTAAAAGCAGCTACATATGCTCCTTCGCCAAAACATCAACAAAATTGGCATTTT +ATAGTTCTTCAAAATAAAGAAATGATAGATGAAATGGCTAAAATAGTAAGAGATAGCCAT +GAAAGAATAGGTTCTATTGCAAAAACTGAAAAAGATCAAAAGATACATATGAGTGTTATA +GACTATTACACTGCATTCAAGAATGCGCCAGTTGTAGTATTAGTATATGGTTGTGAGTAT +AAGATGATAGAATATAAGATATTAAAAGAGAATAATGCTAGTCAAGAAGTTTTAGATATA +TTGAAATCTCCACAATCAGGAGCTCAGGCTATTGGAGCAGCGGTTGAAAATTTCTTATTA +GCAGCATCTGCTAAGGGATATTCAACTTGTTACATGACTGGACCGACTCATGCTAAAGTT +GAAATAGAAAATCTTATAGGTTTTGATAAGCCAGGTTATGAATTAATGTCTATGATTGCA +TTAGGTGTAGGAGAAGAAAATACTCCGAAACAACCTCCTCGTAAACCATTAGAAGAAGTT +GTTACATTTATTGACTAAAAAATATAATGAAAAAGACATGCTCTACAGCATGTCCTTTTT +ATTAAGCAGCTTTTACGCAGGCATTTTCATTTTTTTGTTTATTTAACCTAGTCATTCCTA +TAGTCGCACCTATAAGTAGAACGTAAGCTATAGCAACTGCTCCTAACATTAGAGTCCAAG +ACATGTCGTATCCAAGTTTTCCTACTAAAACTCCGAATAGTGCAGAACCAGAAGATATAC +CTACAGCGAATAGTAATTGAACTATACCTAATATACTACCATATTCTTTGTTACCGAAGA +ATGAACCAGTAAGGTAGGCTGGACCTATCATATAAGCGTAAACAGCTAGTCCTTTTATTG +CAGAGAATGCATGTGCAAACATTACATTGTTCTTAGATAATAATAAAAATACTCCAGAAG +TTAATACTAAAATTGAAGAGGCTATTAAGCACTTTAATGCACCTAATTTATCAAATAAAG +AACCTCCTAATACATTACCTAGTAATGAACAGATTGCGAATATAGAACCTGTAATACCTA +CTGTAGCTGCATCAAATTTTAATTCTCCTTGGAAATAAGCAGCGTATTGTACTGAATAAG +CGGATACGTATAAGCCTACAAATGTAAATCCGAAACACATCATCCAGAAATACTTAGTTT +TAGCAGCTTCTTTTAAAGTATAACCTGTTAAAGAAGTTTCTTTTGTATTAGTTTCAGTTT +TATCATTTTTAGCTTTAACTATTTCACTAGAATTCTTAGGCATTCTCACTAAGAACAATG +CGATTGGTAAACCTACAGCTAATGATAGTATACCTAGTATTAAATAAGCACTAGCATAAC +CTTGACTAGCGATTATTTTAGAAGCTAATGGTTGTAAGAAGAAGTTACCTATAGAACCAC +CAGCAAATGCGATACCTAAAGCCTTACCTTTAGTTGCTTCATCAAACCAAGCACTTATTA +AAAGTGGAGTACCTATACCTGAAATTACAGCAGAACCTATTTGAACTACTCCTGCAAGTA +CATAGAAATGCCATAATTCAGTAGCTAAAGAGAATGATAAGAATCCTCCTCCTGCTATTA +TTGCACCAACAATGTATAATAATTTGATATTTATTTTAGAATATAATTTACCTATAAATG +GACCTGCTATAGCTGAAACTATAGTTCCTATTCCAAACATTAGTGAAAATGCTGCAAGAC +TAAATCCTCTCTCAGTTATTACTGGATGTATAAATAAAGCTTGTGTATTTGCTATAACTC +CTGCTGGAATAGCTTGGATAAACATACATGCTATTACTATTAGCCAACCAGCTGTTAATT +TATTTTTTTTACTACTTAAATTACTCATGAAATCTCTCCTTTGTAATGCGAATTATGTTA +AAATGTTTTTTAGATATCTATAAATTAAAAAACTTAGTGTCAAATCTTTAACATAATATT +AACACTGACTATGAGGTTATAGTAGAGAATAATGAGGAATTATAATGAATAAGGAATAAA +AAAGGCGAAAAAAGGAATTTATTATTCCTTTATTGCTTGATAAAGTATAAAAATATTTAA +AAATCATATAATTAAGATTAAATATAATCAAAATAACTGCAATTAAAATACTCTAGGAGG +TTTAAGTTTGAATAATATAACATTCGGAAATGTTTTAGAAAATTTATTATATATATCAAA +TCAAAAGAAAAGTAGTTTAGCGAATAACTTAGGGTATGATATATCTTATATTAATAAGTG +GATATCATCGAAACATTTGCCCAGCTCAAAAAGAATAAATGAAATTTGTGAATCTATCGC +GGAATTTATTGTAAGCTCTCTCACAGATTCTACTTATGATAGTTTAATAAGTTACTTTGA +AATTGATGAAGATAGTGATGAAGATTATTTAAAGAAATATATTCAAGAAAAGTTAAAAGA +AGTTTATATGGATGAAGCCAGAGGTATGAGTGATAAAACCACTCAAAATATGCCCCAAAA +TACTCATTCAGAAGAATTTTATAATAGCGCTTCTAGCGTTAGGCCTACAGTGGTTCAAAA +AGGTTTTACTAATGAAATATATTCAGTTGTAAATAAGGGTGAAGATTTAGATATTGTCTT +ATCTTTTAACTTGTTTGATTTAAATTATAAAGATAGAGTATCTTTAGGAAATATGAAAAA +AATATTATATGAAATAAGTAGAAATACAAAGACTAAAGTGACATTACTTATGGGATTAAA +AAGTGGAGTAGATGATTGTGATGATAGAATAATAAATGCTCTATTAGGAATAAACTTAAT +ATCTACTTATCCAGCTTTAGACTGTGATATTTACAATTGTAATGTAAATCCTAATTCAAC +TATATCAGTAATAAAGGACAGATTTTTAATAACTACAATGCATTACCCTGATGGGGAGTG +TCTATTAAGTACCTATTCAAAGGATAAAAAACTTATTGAAGAGGTTTACTATAACTTAAT +GTATACACAAAGGCAAAAAGGAAAACCTTTATGTGAAAAAAAGACTCCTTTATCTATGAT +AGAAGACCAAACTTATATGCAGTATATAATGAATAATGATTTAAGATGTGTACTAGGTTC +AATTAATGAATTTTTTATGCCACCAGATTTATTTATGGAAATCGCAGAAAGAACTTTTGG +AGAGAATGAGAATATAATGAATGAATTGAAGAAAATAAATATATTCCTTCATAATGCAAC +TTATAAATCTAAACTCAAGGTTCTTATATATGAAACAGAACTACGAAAGTATCTTTCTTC +AGGATGTTTACACTTCTTTAATACTCCTGTAATTTTAACATTTAAAGAAAGGGAAAGACA +TATAGAATACCTTGAAAAAATACTCATGGAATCTAAAGATGTAGAGATAAGAATGGTTGA +TGGTAACTTTGTAGATGATTTTAGAAATAATGATAATCCATCTTTATATCTTTCTAGAAG +CTTAAAGATAAGTAAAATGCATCCAATTACAGGTAAGAATTATTACTCTATATTAAGTGA +TATTAAATTCAAAGATATGTGTGATGAGTTATTTGAAGCAATTTGGAATGATAAAAAAGA +TGTAGTAATAGATGATAAAGAAGAAATTATAGAAAGAATATCAAAGTCTATAAGTTATAC +AAGAATAATGAGTGAAAATTTAACAGAAATCATAAAATAAATAAGAAGAAGGGGTTGTCT +TTAATTTGATATTTTTATAGACAACTCTTTTTTATTATATAAGTAGCATAAACTTTATTT +TATATTAGAGGAGGCGGAATTTTGATTATTGGATTAATATCAGATACTCATGGATTAATA +AGGGCAGAGGTGATAAATAATTTACAGGGGTGTGATTTAATATTACATGCAGGTGATGTG +GGTAAAAATGATATAATAGAAAGAATAAAAAAAATAGCGCCTGTAGACTTTGTATATGGA +AATATTGATAAAAACAATGATCCAGCTTATATAGATAAAATAATAAAATTAAATGAAACT +AATTTATATCTAATTCACAATATTAATGATATAAAGGTAGATTTAATTGATATGAATATT +AACATTGTTGTATATGGTCACTCTCATAAGAGTAAAATATATATAAAAGATGGTATACTA +TATATAAATCCTGGTTCGGTAGGTCCTAAAAGATTTAAATTAGAACCATTTATGGCTAAG +CTTTATATTATGGATAATTATGACAAACATATATATAATTTAAATACGGAACTGAAAGTA +AACATAGAAGAAAATATTTATGAATTTGAAAGATATAAGGTTGAATTCATTAAAATAGAT +GCATAATTAGAGTATTAGTTGAAATTTAGAGAAAATATTAGAAAGGAATAAATATGTTTG +GATATGTAAAAATAAATAAAATGGATTTAACTTTTAGAGAATACGAACACTATAGAGGAT +ACTATTGTGGTTTATGCAAATATCTAAAGGATAATCATGGAGAAATATCTAGATTAACAT +TAAATTATGATATAACATTTTTAATACTAGTATTAACTTCACTGTACAGACCAAAACCAA +TGGTTATAGAAGAGGGATGCATAACAAATCCATTTAAAAAGAAAAAGAAAATTGTAAATG +AGATAACAGAATATGCAGCTAGTATGAATGTTTTATTGGCTTATTATAAATTAGAAGATA +ATCTAAAAGATGATAAAGGTATAAAAGACATAATTGCATATAATGTATATAAGGGTAAGT +TAAAATTGGCTTATGAAAAATATCCTAAAAAAGCTGAATTTATAAAATCTAAGCTAGAAG +AGTTATATAGATTAGAACAAGATAAAAATATTAATATTGATATGGTATCGAATACCTTTG +GAGATCTTATGGGAGAAATATTTGTCTATAAAAACGATGAATATGAGAATGATCTAAGAA +ATATAGGGTTTAATATAGGTAAATACATATATTTACTAGATGCTTATGAAGATTTAACAA +AGGACTATGAAAAAGGAAGATATAATCCTTTTATAGAATACATAGATAAAAAAGAGGAGC +TAAAAGAAAGAGTTGATAAATTAATAAGCATATCCTTAGGACTTCTAGCTCAAAGTATTG +ATAACCTAAATTTAAGAGTTAATATAAATATAATAGAAAATATTATTTATTCAGGAGTTT +ATTTAAGATATAAAAATATATTGGATAAAGGGTGTGAAAATAATGTATAGCAATACTTAT +AATGATGCTTTTTTTAAAGCAAGAAGGTTAATTGAAAATAAAGAGTTTAAAAGTGCATAT +GATTTTTTACAAACAATAAGTAATAAATGTAGCGAATGGTATTATTTATCAGGAATATCC +GCTATGAACATAGGATATTATGAACAAGGTGAAGATTATATAAAAAGAGCTAAATTTATG +GATCCAGATAATGAAGAATATAAAGAGGCAGTGAGTAAATTTAGTAGATATAGAGATGAT +TACAATAATAGAGCATATAATTACAATAGAAGAAGACGCAGTGGATTAGATGGTTGCTGT +TGTTGCTGTTGTGATGATTGCTGTTGTTGTTTAGGAGATGACTGTTGTGAAGACTGTATG +AAACTATGGTGTTTAGATTCATGCTGCGAATGTTTTGGTGGAGATTTAGTAAGTTGTTTC +TAGGAGGAGAATATGAGTAAAAAAATAGCCTACGGAGGCATATTATTGTCTTTAAATGCT +ATATTGTTAATACTTGTAAATCTTATCCCTGTCAATACGTTATTCTTTTTAGCTTTGGCT +TCCTTGCCTATATCTATAATTATAATGGAGTGGGGGCCTTTAACTGGAGTAACATTTTAT +ATAGCATCTGTTATTTTAGGATTTATAGTAATGACAAGTAAGACTCAGTGGCTTATATAT +ATATTTACCTTTGGTATATATGGGCTTATAAAATATATAATTGAAAAAGATAGACCTATA +TTTGTTGAATATATTTTAAAATTACTTTTCGCTAATACTATGGTTCTAATACTATATTTT +ATAGTAAGAGAATTTGTACATGTACCTATGAATATAATTTCTATAGTTATATTTGAAGTA +GTATTTGTAGTATACGATTATATGTACTCTAGATTTATAGATTACTATAACTTAAAACTT +AAAAGTATTATTAAAATAAAAAAATAAGTAAGGGCATCTCTCAAAGTAAAAAAGTATTTT +GAGGGATACCCTTTAAAATTATAAATTAAAATATTCTATTTGATATGTACTTAGTTCTTT +ATCACAATTAGAACAATGATAAGATGTATTAGAATTTATAAATCCATTTGATTCTTTGTC +ATAAATCATTCTTACTTTATCTACAATTCCTGTAGTCGTTAAGTCTAAATTACAAGATAC +ACAGTTTTGAACAGTACATAGACTTTCTAAACTAGAAGGAGATGCTCCTTTTAGAGTAGT +ACCACAATTACTACATGAAACTGAATCTAAAATTTTATTAGAAGTTGGAATAGCTTTATT +TGATTCCTTTGAAAATTTATATGTAATTTCTTCTGAAACAGTATATCCAGTATTGAAAAC +ATTTGAGTTACAATTAGGACATAGGGATTCAGGAATATAAGAATTATTCTCTTCTTTGAT +TTCAGAATTAGGGCACTCCTCTGATGAATACTCTATTTCTACATCTTCATTAATGCCCAT +AAGATAATTACTGATTTCTGTGTTATTATTTTTATTAGCAATGCTTATTAGGTGATCTCT +TATTGAAGAAAAAGTCTTGTTTCTAGAAGGTGAATCTAAATCTATCAGATTATTTTCTAC +AGCATGTTTTATAATTGAAGAATAATTATATTTAATGGCAAAAAATAGAACCATCTCATC +AAAATTATTACATTCAATTTTATCAGAAAAATCAATCCATAAATCAGGTGAATCTAAATA +TAAAATTTTCTTAATACTTTCGATATCCTCATTTAATTTATCTAAATTAACTATATCACT +TGTTTTCATTTATATATTTCTACCTCCTTAATAATAAGTAAAATGGAATGAGCTAAGCTC +ATTCCTTTATTACATATCTAGCATAGTTGTATTTGCATTTAGAGAATATACTATATCCTT +TCTCTCAACTATTATTTGAGTGCTATCGCATAGAGTACTATCGTTAGCGATATGACTTAC +AAGTTCTTTAGTTGGGTTTATAGCAATTGGATTTCCAACTCTTCTTAACATGTTTATATC +ACCATTAGTATCTCCATATGCATAAGACTTAGATAGGTCTATATTATGTTTTTCGACAAA +GTTATTTATGGCAGTATTTTTGCTTCTAGAATCCCACATAGGAACTACAGTTCCGCTAAA +TATACCATTTTCAAAAACATAATCACTACCTGCATAATCTGTAACTTCATACTTTGCGGC +CATTTTTTCTACTAAAAAGTTAGGGCTCCCAGATATAAATATAACTGTATGACCATTTTC +TAAGTGCCACTTTATTCTTGAACGTGTATATTTATAAACTCTATCTGATTTTAATTTAAT +TACTTGATCACTTGTAAAGTCTATGCAAGTCTTATCTAAACCTATTAATGATTCTACATA +TAAATCACATATTTCTTGTAAGTAATCATCATAATTACCTTGTCTTTTATCCCAATTCAT +AAAAGTATCTCTTGCGTGTTCAAACCAACCTTTTTGATCTATAATATCGTATTTAATTAG +CTTTTTAAAATGTTCAACCATAAGAGAGTCTCTGTAAAGAGTTCCGTCTATATCAAAAAA +AGCTGCTATATTTTTCATTAACATCACCTCGATTAACCATTTATTTTATTATATTATAAA +ATCTCTCTTTGTTGTAAAACTATAGATAATAATTTAAAATTCTTTTTATACTATTATGAT +AAACTAATATAGAATAAAATATTATTTTATTACATAGTTTACAATCTATTTAGAATTATA +TACATAAGGATGTGATTTGATGAAATATAATTTTGCAAAGGTAACTAACTCTAGACTTAT +GGGTAGTATGGGACTTTTAATATGCTGGAGTGAAGGAGAAGATAATATATATCAGTATTT +CTTATTAGATGCAGAAGGACTAGGTATAGCTGATTATGTAAGTTTGAAGAATCCAAGTAA +AGACGAAGCTTATATGGAAGAACAAAGGCTTATGGGAGGATTAGGATCTGACATAATAAC +TATATCTGAAGAAGAAGCATTATTTTTAGTAAAGCATTTTGGAAGAAAAACTATTGAATG +GGAAAAAGAACTTCCAGGGGTTGTCGATGAATACATAGAAATAATAAATAATTATGAGAC +GAATTTAATTATAGAAGATTTATATCCGATAATATGTAAAGATGTAAAAGAAGAAATTGA +ATTTATTAATTATATGACAATGAGATTTATAGGTTGGGATAGAGAATGTTTAAGATACTT +TTCAGGAAGTGAAGAAATATCTAACATGCATATTACTAGTATAAATGGAACTTTATTAAA +AAATACAGTTACATGTAAAGGTGATGGAAAATTTGTAAGTGAAGCATTATATGAAGATGA +AGATGGATATTATATATGTAAAATAGCTTTTAATATAATAAAAGAAGCTAATAAATTCAA +AATAAGCTCAATGTTAGTTACAGATAAAGAAGCTATGTATGATTTCGAAGTATTCGATGA +AATATCAAAAGAAGAATTTGTAGCTATATATAATATAGTAGATATAGATAAATTTATAGA +TAAGTTTTATATAGATAACCCATTTACTTTAAAAAGTGAAATGGATGAGGGGATTCTCTT +TACAAGATTCAATTTTAATAATAATCATGTAAAAGAAGAAGTATATGTTATTAATAATGA +TATAAAAGCAGTTTACTATCAAATGGGAAATGAATTTTTTGTTGGTACTTATAATCAAAG +AGATAGAATGTATATAAATAAAATATTACAGAACAATTATAAAGAGTTTTTAAATATGAA +GGATGAATATTATTTTGAAGAAAATGCTCTTTATGATTTTGCAGAGTCAGGTTCTAATGA +TTTTGAAGATTTTTTAAGTTAAATAATGATTAAAAAAATAAGATTATGATATTTCTATCA +TAATCTTATTTTCTGTATTTATAATATTGGGGGAATATTATGAGGAATACATTAAATAGT +GTAGACAAGTTATGAATTTTTTATAACATAAAATTTATAAAAAATTACATTTCTTCCTCG +TCAAATTCCTCCATATTTATTTGTGGCATACCAGGAAACATTCCAGGATACATCATGTTA +GGCATCATATACATATTAGGGAACATCCCAGGGTACATCATGTTAGGCATCATATACATA +TTAGGGAACATCCCAGGATACATTAGATTAGGCACACCTTGCATAGGAGGTGTATTAGGC +ATATTCATACCAGGCATACCCATACCATTCATATTCATGTTAGGCATGTTTGTATTAGGG +GTACACTGCATATTCATATTAGGCATGCCTTGCATATTCATATTAGGTATATTTGACGAA +AATGCCTCTATATCCGGATAGCTATAGTCTTCTATAGTAGGATATACAGCATCATTATCT +ATTTGTGATAAATCGGGATTTGATGGATTTTCTGCATATGGATTACTATAAGTAGTATAC +CCACTCATTGTTGGGTTCATTTGATATCCTGCATATTGAGCTCCGTTCATCATATATGGA +TTCATATACATCATAGGATCGATATACGGTCTAGGATATATATAATTAGGGTCTATCTGG +TCATTCGTATTATTTGAATACATATTATAGTTCATACTTAACTCTCCCTCCTAAGGAAAT +TAAAAACTTTATTAAATTTGCTCCTAATTATATATATATTATTAAAAAACTTAATATGTG +TATAAATTAATCCTTTCGGTAAAATTATTTGCACTTACTAGTGGTTATAAAAAAAGAAGT +TGTATATTTAAAGATGCTGGCTTCTTTTTTATTTTTTTATACAAAAATTAGTTGCAAAAT +TGGTACAAGTAACATACAATACAATATATGAACAGTTATTCATATATTGATATAAACGGA +GGATACAAAATGGAAGAAAGAACAATTAATACATGCGAATGTAATGATATACATGAAGAT +ATAGTTAATGAAACTAAGAATAAAATGCCTGAAGATGAAATGCTTTATGACTTAGCTGAA +TTATTTAAAGTCTTTGGTGATACAACTAGAATAAAAATATTATACGCGTTATTTTCAAAT +GAAATGTGCGTTTGCGATATAGCAAATCTTTTAAATATGACTCAGTCAGCGATATCTCAT +CAGCTTAGAGTATTAAAACAAGCTAGACTAGTTAAGTTTAGAAAAGAAGGAAAAACAGTT +TATTACTCACTTGATGACAGTCATATTAGTCAGATATTTGATTGTGGATTAAATCATATT +CAAGAAACATATAAACGTTAGGAGGAGCCAAATGGGAGATTGTAGCTTATTAAAAAAAGA +GATTCTATTAGGTGGATTAGGATGTTCTCATTGCGCAAAAGCAATAAGTAAAACTGTATC +TAACCTAGAAGAAGTAGAGGGATGTAATTTAGATTTTGAAGCTCAGAAATTAACAATAGA +CATATTAGATATTTATAATGGAGATGAAGTAGTATCAAAAGTTGTAGATATAATAAATTC +TATAGAACCAGACCTTGATATAGACGTAACAATTAACTCAGTAAATTCTAGAAAAGGACA +AAAAGGTAGGGGTAAAAATATGAAATCATTAAGTAGAACAGAAGTTAATGACAATGTTAA +TCCTATAAAAGTAGAATTTATATTAAATGGCTTAAACTGTGCCCATTGTGCAGATGTGAT +CAATGAAAAAGTAGGAAAATTAGAAGGTGTTAAATCATCTAATTTAAACTTTGTAAATAA +AAAATTGACTTTAAATCTTACTGATGGAAAAGATGAAAGCGAAATAATAAGAAAAACTAT +AGATATAATAAATAACACAGAGCCAGGATTAGATATAGTGGTCAATAATAAATCTAAATC +AGGAATAAAGAAAGAAATAATCTTAGGTGGATTAAATTGTGCTCACTGTGCAGAGGTTAT +AGGTCAAAAGGTTTCTAATTTAACTGAAATAGAAAGTTCAGATCTAAATTTTATAAATAA +AAAATTAACTGTAATAATAAAACAAGATGAAAATAGTAAGCAAGTTATTGAAAAAATAAT +AGATATAATAAATAATACAGAACCAGGACTAGACATAAATATAGTTGAAAACTCAAAACA +AGCAAATGTATCTGTAGAAGAGAAGGAAAAAGATTCTTCGAAAAAAGATTTATTAAAGTT +AATAGTTGGTTTTGGAATGTATGCAGTTGCCATATATCAAAGTACTATTGGAGTAGAAAG +TAAATTGATGAATTTACTTTTAATAATTTCTTATCTAGTAGTAGGTGGTGGTGTAATAAC +AAAGGCTTTTAAAAATATGACTAAAGGTAGAATATTTGATGAAAATTTCCTGATGTTAAT +AGCGACAGTAGGTGCATTAGCAATTGGCGAAGTGGAAGAAGCTGTAGCTGTTATGCTTTT +CTATCAATTAGGTGAATATTTACAAGGTATAGCGGTTGGAAAATCTAGAAAGTCTATAGC +TTCCCTTATGAATATAAGACCAGATAGTGCAAACTTAAAAGTAAATAATGAAATAAAAGT +TGTTTCTCCTGAAGATATAGAAATAGGTGATGTAATAGTTATTAAACCAGGTGAAAAGGT +ACCTCTAGATGGTGTTATAATAGATGGTTCATCTATGGTAGATACATCTGCAATTACAGG +TGAATCAGTTTTAAGAGAAACAGCAATAGGTGATGATATCTTATCTGGATTTATAAATAA +GAATTCGTTATTAACTGTAAAAGTTACTAAAGGATATGGTGAATCAACTGTTTCTAAAAT +ATTAGATTTAGTTGAAAATGCTAGTAGCAAGAAGTCTAAAACTGAAAACTTCATATCTAA +GTTTTCAAGATATTATACTCCAGTAGTTGTTTCTTTAGCTGCTGCAATAGCAATTATACC +TCCTATAGTAATTCAAGGTGCAGAGTTTAGTGAATGGTTCTATAGAGGATTACTATTCTT +AGTTGTGTCATGTCCGTGCGCATTAGTTTTATCTATACCTTTAAGTTTCTTCAGTGGTAT +AGGATATGCTTCGAAGAATGGTATTCTTATAAAAGGAAGTAACTACTTAGAAGCTTTAAA +AGATGTAGATACAGTAGTGTTTGATAAAACAGGAACTTTAACTAAAGGCGTATTTAACGT +AACTAATATAAATGCAGTAGATATATCAAAAGAAGAATTATTAGAGTATGCAGCTATTGC +AGAGGTTAACTCTAATCATCCGATTGCAAAATCTATACTTAAGACATATGGTAAAGCAGT +TGATTTAGATAGTATAAAAAGTTATGAAGAAATAGCAGCTCATGGTATAAGAGTTCAATA +TAATAATGAAAAGATACTAGCTGGAAATGAAAAGTTGATGAAAGCTAATAATATATTATA +CTCTGAAGCTAAAGAAGTAGGTACTGTTGTATATGTAGCAGTGAATGGTATGTATAAAGG +ATACGTAGTTATATCTGATGAGGTAAAAGAGGATAGTAAAGATGCAATCAGAAATTTAAA +AAATGTTGGTATAAAAGAAGTTGTAATGTTAACTGGTGATAATAAAGATGTAGCGAATAA +GGTTGCAAGTGATTTAAATATAGATACAGTTTACTCTAGTTTATTACCTAATGAAAAGGT +TGAAAAAGTAGAAGAAATATATGAAGGTAGAAATGAAAAAGAAAAAGTAGCTTTCGTTGG +TGATGGTATAAATGATGCTCCAGTATTAGCCCGTGTAGATGTTGGTATAGCGATGGGTGC +ACTTGGTTCAGATGCAGCAATAGAAGCAGCAGACGTAGTTCTTATGACAGATGAGCCAAA +TAAAATATATAAAGCTATAGAAATATCTAAGAAAACAAACAAAATAGTATGGCAAAATAT +TATATTTGCACTTGGAGTTAAGATAGTTGTTATGATATTAGGTGCAGGTGGTATGGCAAC +TATGTGGGAAGCAATATTTGCTGATGTAGGAGTTGCCTTAATAGCGGTATTAAATGCAAT +GAGAATTCTTAAATAGTATATAAAATAAATAAGCCTATAATTAGGAATGATATCAGATTC +TTAATTATAGGCTTCGTTTATGTATAAGTTTTTTATATTACATATATGTACACACATATA +AAATGAAGTAAACTCCCTAGCATGATAAATAAGTGGAATATTTCATGGAACTCAAAGTTT +TTAAACTTTAAAAACTTTGGCTTAAGACCATAAATTGCAGCTCCAACAGTGTAAGCTAAG +CCTCCTGCTACTAAAAGTATTAAACCATTAACAGAAAGAGAATGGTATAAAGGTTTGATA +ACAAATATAGCCATCCATCCCATGGCAACATATATTAATGTTGATATCCATCTAGGACAG +TTAAACCAAATTAATTTGAAACAAACACCTAATATAGCAATTAAAAGTAATATTCCAAAG +AGAATAAAACCCTGAGCTCCTTTTAAGGAGATTAAACAAAAAGGAGCATAAGAACCTGCT +ATTAATATAAAAATCATTGAATGGTCTATTTTTCTTAAAAACTTAATTCTAGAATCTCCA +GCAATAGTTAGATGATAAGTAGCAGAAGCTGAATACAAAAGAATTAAACTAATTCCAAAG +ATAATTACTGCAGTTAAAGATATTACAGAAGGATCTTTCAGCGTAGTTTTTATGACTAAA +GCTAATAATCCAGCAAATGCTAAAATAGCACCTATTAAATGAGTAACGCCATTTATGGAT +TCTCTAACATATTTACCCATATATATACCTCCAAATTGTAAAAAATAGAATTTATATTAA +TGGAAATATTTTACTTTTATATATCCATAAATTTTTAAAAATATACAAATGTACTACAAG +TAAAATAATTCCAAAATATAATATAGTACTATTATACTCTATAAAATTAAATATTCATCT +TATTTTTGATATAAATTTTGATTATCAAAATAAAATGATGAGAAAAAAGATTATTTTGCA +AAAAATATTACACGAGAAACTAGTATATAACTAGGTTTGAAGCGAATTTGTATAGTTAAT +TAAATTTATATTAAAAAAAAATTAAAAAAGGTGTTGACCGATAGTTAGAAAGATGATAAA +GTATTACTTGTCCGAGAGATACGGACGAAAAATAAATCGAAAAAAGTCTTGACTGAGGGG +GAACAACCTGGTAAGATAAGTAAGTCGAGAAAATGAACTTTGAAAATTAAACAGTAGGTT +AATTTATATAACTAATTCTTATTAAAGAATTATTCGAAACAACCAAACAAAGCCAGATAT +ATAACAGTATCTGAGTCTATCAACTTTTATTTGAGAGTTTGATCCTGGCTCAGGATGAAC +GCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATTCTCTT +>MGYG000000001_21 +TAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAAT +ATAAAGTGTTGCACTTATATTGACAATCTATCAATTTAAAAAAAGAGAATTGCCCTTAGT +GTCAATCCTCTTTTTATTTTCTTAAATCTATATATAAAATACTATATTAAATCATGCGCA +TAATCTTTAATTGGTGCTTTTATTAAAAATTTAGTTCCTATAAGTGCAAATACTATTTTA +TGCCTATTATTTGTAAGCTAATTAAAATTACCGGGTTTTGTATTACATATAAGGTAGCAC +CTATGAATTTCATTACCCAATCTAACACCACATCTTGATTCTTAAATGCTTGAGCTGATA +TATAACCTGCAAATAATATTGGAACTCCTATAAACAATATTACATTTGTTCTTACTTTTA +GTCTATACGATATTGCTCCTAACATATATCCTAAGGATATCATTAATGTATTTGTTAAAG +TTCTAGTAATTATACTTTTTATAAACCACATCAAAGACACATCTGCAACTTTAAATTCAA +GATTATCTATACTAATCCAAGATATGCCACTTATTACATATACTTTCCTTTTAGTAATTA +ACTCCATTAATACCTCGCAACCAATCTCAAAAAATACACTAAATAATGATGCAAAAATCG +CAATTGTAATACTCCATAATGCTATTGCTTTTAAAAATCCTAACCTATCCCCCCTTATGC +TAATAACCCCACCAAAAGTTTTAACTGTACAATTTATTCCATAAGCCATACACATAATAT +AAGCCAACATACTTGCCTGACTAAAGAATCTAATAGGCTCAATAGAACTTCCATCTAAAG +CAGATATTATATTTGATATTACGCTCATCCCCACATTTACTGTAACTATTGATATAAATG +CAATTAATGCTATTTTAACATCTCTTTTCAAAAATTTATAATATGGATTATTCATATAAT +ACCTCCTCCTTTTTATGCATATTTATAAATAAATCTTGTATACTCATATTGTCTAATTCA +ATATTTAAAGTTTCTATTAGTGCTAGATCTTGGTCATTTATTTCTCCATAATATGAATAA +ACTTCATTATTTCCAAAGGATTTAATAGGTTTTCTATTTTTTAATATAGACAATTTATTT +AAATCATCTTTTTTACCTGTTATATGATAAGATTTTTCTTTTACTTCATCTATATAATCG +TCTACTTCGACTTTTCCGTTCTTTATTATAATTACTTTTTCTAATAACTCTTCTACTTCA +TTAATCTGATGTGTAGATATTATTATAGTTCTATTTTTATGTGTATAGGATTCTAATAAA +ATACTATAGAACTCTTCTCTATTAACTGCATCAAGACCTATTGTTGGTTCATCAAATATT +GTTATAGGCGAGTTAGAGCAAATTCCTATAATATTAGATACTAGTGTCTTCATACCTCTC +GATAGTTTTTTATAAATTAATTTTTGATTTATTTCAAACCTTTTACAAAGCTTTTCTTGT +AGCTTGTAGTCATAATCTTTACAAAAGTAAGAATATGCTTTAAATATATCTTTTACCTTG +TACTCTATATCATAGAATTCCCTTTCCCTAACTATACAGATATCATCAAGCACTCTAATA +TCTTCCTTAGGATTTTTTCCAAATATCTTAACTTCTCCATGATTACATAATAGCTGATTA +GCAATAATATTAATTAAAGTAGTTTTACCCGCTCCATTTTTACCAAGTAATCCATAGATT +TTGTTTTCTTCAAAATTTATGTTTATATTATCGCATATTTTTTTATCTTTAAAACTATGA +CTTACATTCTTAACTTCTATCGCTATACTCATATCCTCACCCCTTATAATTCTTTATCAT +TTCTAACAATTCTTCTTTTTCGATATCTAATTTACTAGCCTCTTGAATTAAATCTTTTAT +ATACACTTTTTCAAAAGCATCTTTTCTAGATTTCTTTATTACGTTCTTAGCTCCCTCACA +AACAAACATACCTATACCTCTCTTTTTATATAAAATATCTTTATCTACTAAAATATTTAT +TCCTTTTAAAACTGTAGCTGGATTTATTTTATATAACTTAGATAACTCTGTAGTAGAAGG +TATTTGCATCTCTTCTTCTATACTACCACTAAGTATTTCATCTTCTATAGCCTTTGAAAT +TTGAATAAATATTGGCTCATTGTCATTAAGAATTAACTTCAATATCTCACCCCTTTATTT +AGTTAGTTAGTTATTTGAGTAACTAACAATATATCTATATTATATATATTTTCCTAAAAT +TTACAATATATTTTTTATAATTATTTCCCCATAAATTTAATTTTCCTAAATAAAAAAGTA +TAAGTTCTTTTACTTACAAAAACAACTTCTGAAGTAAAGGAACTTATACTTTTTCATAGG +TAGATATTCTTTTTAAAATTAATAATAAGAAAATAATTTAATTATTTAAGAGGAACGTGT +ATATTAGTATTTGTATATATTAATATATATTTTTATTACAAGTAATAACTTAAGGAGAAA +AATATGCTAAATATAGATAAAATAGAACTTTTAGAAAGAATTCTACCATTTTTTAACAAT +CTCTCTTCAAAAGAAACTGAAGAATTGATTTCAAAGAGCTTTATAACTAAATATGAAAAA +GGAACAATAGTTCATAATAAAAATTCAACTTGTACAGGTTTATTAATAACAATATCAGGA +CAATTTAGGACCTTTATATCTGCTCCTTCAGGAAGAGAAATAACATTATTTAGACTGCTA +GAGAGAGATGTTTGTATCTTATCTGCTTCTTGTGTATTTCAAAATATTACTTATGATATT +AATCTAGAGGCTGAAGAAGAATCTTTAGCTATTATTATAGATAGCTCTATTATTAAAGAT +TTATCACAGTCTAATACCCATGTCTTAGAGTTTTTATTTAATCTAACTCAAAATAAACTT +TCAGAAGTCATGTATGTATTAGAACAAGCTGTCTTTTTTAGCTTAGATTCGAGAATCTCT +AATTTTCTAATCGAAGAATCAAACTTAATAAATTCAAATACACTTTATTTAACTCATGAA +TCTATCGCTAATCATTTAGGATCAGCAAGAGAGGTTATAAGTAGAATATTAAAGAAGTTT +GAAAAAGATGAGATAATACAAGTCTCCAGAGGTAATATTAAAATACTAAACTTTGAAAAA +CTAAACAACATATCTAATTCTTAATAAAAAAATTGTACTCAAAATATATTTTTGAGTACA +ATTTTTTATTTTATTGAAAATTACTTTTATTTGTATTACCATACCTTTCTTTAATGTATT +TTTATTTATAAATAATCAATTACTTTTTAAGCCCTATACTAACCTTAAATAAATCTCCCT +CTATTTCTTATTATACATATTACTAGTTCACTTCATTAAATTTTTATCTATTCCTCTGCA +TGTTTAAGTACTTTTAGATCCTCTGAACTCCCAACATATTGGTTGCCATTATTATTACCA +ATACTCATCCCATTCTTTATAGGAGCAAATAAAAATCCTAAAACAATTCCACCTAATAAG +CAACTAGCCCCCCATAATACCTTGTTAATATCCTTCATATTCCCATCTCCTTTAAATAAA +AGTCAATCTATATCTTAATTATTTCTTCATATACTAAGATTATCCTTTTATAATAAAAAT +CTACTATTTTACCTGTGCTCAAATCATTATATTAAAATAAATTTTTTCAATATATTTTTA +CAGCTTTTTTATAAAATACATTAATTGTTTTTATTCTCTATGCATTTTTCAGGATTAATA +TAAATTAATTCCCATACTCCATTTTTGTTCTTTTTATAGTCTGCTATTTTAATATCAACA +CCATTAGTTAACTGATAGAATAGAACATAGTACTCATTTTTTTCTTTATCCTTAAAATAA +ACTCTCTTTTCATATCCATCGTTTTTTACTTCAATATTTCCACTAACTAAAGAACACCAA +TCTCCATACTCAATTTCAACTAGAGACCTAGCATTGTATGACCATCCATGATAAGGTGCA +CATAAGTAATTTTCACCCATATATTCCATATTTTTAATTTTATACTGACCTTTTTCATTA +TCTAAATATATATATCCATAATAATATGCAAATAACCCCATATGCTTATCAGAACCTTCT +ATAACCTCTAATTCAACAAAGTATTTTATTTCATTTTGATTATTTTCATCTGGTGGGACT +TTACTTAATTTTACCAAGTTAATATGTAATTTATTTTCAAATGATTTTAAATAATCTTCA +TAAGAATATTTATCTTTATAAGAACTTGATAGAAAGTTATATGCAACAGGATAAGGTCCT +TTAGCGTAACCTAAAGTGCCACATCCAGTGTTTGTATTATTTGTAGGATTTGCAGCTTCT +CTTAGCACACTAAAATAATTTATTATAGTTTCTTCAGGAGTACTTAAAAACTTTTTATGT +AGCTTTATATCGGATGCTTTATCTCCATAAATACTGTAAAGAGAACTTTCAATCCTATCA +TTTAATATAGGCATATTAGATGGTCTAAAGTATCTTTCTAAACTATAATACTCTTCATTA +TTATCTACATTAGCGTCATATTCTATTTTTATTTCTTTTAGATAAGTACCACCTAATATC +AGTTTTTCAGAATAACCTTCTCCTTTAACTATTATAGATGTACTTACTAAAATAATCATT +ACTAATAAAATGTCTCTTATCTTAAACATAGTAGCCCTCTTTTCATCTCTTAATAAATTT +ATTACTACTATATTTAACAAATACTCATATCTTTATTATATTTAATATATAAGTTTAAAC +TTGATAAAACTTATGCTTTATTAATTTTAATTTCCTAGAAAATAAAAAAACCTGTTTTAA +AATATTTTATTTTAAAACAGGTTTTAACTTTATTTAGCGTATTCTATCGCTCTAGTCTCT +CTTATTATACTAACTTTGATTTGACCTGGATATTCAAGTTCATCCTCTATTCTCTTAGTC +ATTTCTCTAGCTAATAAATGTATTCCTTCATCTGTAACATTTTCTGGTTTAACCATTATT +CTGATTTCCCTACCAGCTTGTATTGCAAATGATTTTTCAACACCTTCATATGAGTTAGCT +ATTTCTTCTAACTTCTCTAATCTCTTAATATAAGCTTCTAAAGTCTCTCTTCTTGCCCCT +GGCCTTGCTGCAGATATTGCATCTGCTGCAGTTACAAGAACTGCCTCAATAGTTTGAGGT +TCATAATCTCCATGGTGTGTACTCATAGCATGTATTACTTCTTTAGATTCCCTATATCTT +CTAAGTAAATCCATACCTATCTCTACATGAGTTCCTTCCATTTCGTGGTCTACAGCTTTA +CCTATATCATGAAGTAAACCAGCCCTCTTAGCTAATTTAACATCTGCACCTATTTCAGCT +GCCATTATACCAGCGATATGAGCAACCTCTATAGAATGTTTAAGTACATTTTGCCCGTAA +CTAGTTCTATAGTTAAGTCTACCTAATAATCTAACTAATTCTGGATGTAATCCATGAACT +GCAGTTTCAAAAGTTGCTTGTTCCCCATATTCTTTTATTATATTATCTACTTCTTTTCTT +GCTTTTTCTACCATCTCTTCTATTCTAGCTGGATGTATTCTTCCATCAGCTATAAGCTTT +TCTAGTGCTATTCTTGCAACTTCCCTTCTTATTGGATCAAATCCTGATAGAATTACTGCT +TCTGGAGTATCATCTATTATAAGGTCTATTCCTGTTGCTGTTTCAAGAGTTCTTATATTT +CTACCCTCTCTACCAATGATTCTACCTTTCATCTCATCATTAGGTAAGTTAACCACCGTT +ACAGTAGTTTCTGCAACATGATCAGCAGCACATTTTTGGATGGCATAACCAATTATTTCC +CTTGATTTTTTCTCTGCTTCATCTTTAGCTTGAGTTTCTATTTCTTTTATCATTATAGAC +ATTTCACGTCTAACATCTCTTTCTGCTTTGGATAATATTATCTCCTTTGCTTCATCTGAT +GTTATACCTGATATGCTTTCTAATTTTTCTAGCTGTTGATTCTTTATAGTCTCAACGTCT +TCTTCTTTTTTCTGAACTACTTTTAATTTTTCATTAAGATTAGATTCTTTAGACTCTAAA +TTTTGTAACTTCTTATCTAACGCTTCTTCTTTTTGTACTAATCTATTCTCAAATTTTTGT +AATTCATTTCTTCTAGACTTATTTTCTTTTTCTGCGTCTGTTCTCAACTTATGAATTTCT +TCCTTGGCTTCTAATAGCCTTTCTTTATGTTCAGTTTCTGAGTCTCTTTTTGCTTTATCT +ATAATTTCTGCAGCTCTTTTCTCGGCATCTCCAATTTTAGCTTCAGAAATATTTTTTCTT +ACAAAATATCCAACTCCTACACCGACAGCTATAGCTATTATGCCTACTAATATCGGTTCT +ATGACATCCACCTCCTTTGTTAATAATCCCAAAATGTCATCTTTTGCAACTTGAAAATCA +TATTATTAAGTAAACTATGCTACATAATAAGCTATATTTAAAGCATAATCATTTTAATAA +GTTAACAGAGTATAAAAATACCCTGTTATTAAATTATTTTTACATAATTTATCCTTATTT +AATTTTATTATTTTTTCTACCTTATGTCAAGTTAATAGGATTAATAGGAGGTATTGATTT +TTTATTCTTCAAAATTATCTATACTTTCTTCTGATTCGTTTTCAGCAGCATTATTTTTTG +CTTCATCTAACTTATAATGAGCTCTTACTTTTTCATCTATTTCGTTAGTTAAGTCCATAT +TGTCTTGTAAGAACTTCTTAACGTTCTCTCTACCTTGTCCAAGCTTTATATCATTGTAGC +TATACCAAGCTCCTGACTTCTTAACTACATCTATATCAGCTGCTATATCTAATAAATCAC +CTATCTTAGATATACCTTCACCATACATTATGTCAAATTCTGCTTGTTTAAATGGTGGTG +CAACTTTGTTTTTAACTACTTTGACTCTTGTTCTACTTCCTAGAACTTTATCACCTTGTT +TTATTGTATCTATTTTTCTAACATCAAGTCTTACTGATGAGTAGAACTTAAGTGCTCTAC +CACCTGTAGTTGTCTCAGGGTTACCGAACATTATACCAACTTTTTCTCTTAACTGGTTGA +TGAATATTGCAACACAATTAGATTTCTTTATTGAACCTGTTAATTTTCTTAATGCTTGTG +ACATAAGTCTAGCTTGAAGACCTACGTGAGAATCCCCCATATCTCCTTCTATTTCTGCTC +TTGGAACTAATGCAGCAACTGAGTCAACTACTATTATATCTATTGCATTACTTCTTATTA +ATGCTTCAGTTATTTCTAGTGCTTGTTCCCCTGTATCTGGTTGAGATATTATTAAGTTAT +CTATGTCTACTCCTAAAGCTTTTGCATAAACTGGATCTAAAGCATGTTCAGCATCTATGA +ATGCTGCTATTCCACCTTGTTTTTGAGCTTCTGCTACAGTGTGAAGTGCAACTGTTGTCT +TACCAGAAGATTCAGGTCCGTATATTTCTATTATTCTACCTTTTGGAAGACCACCTATAC +CAACTGCTATATCAAGACCTATAGATCCTGTAGGTATGACATCTATATTCATAGATGTAG +CTTCCCCAAGTCTCATTACTGATCCCTTACCAAAATCTTTTTCTATTTTCCCTAAAGCTA +AGTTAAGGGCTTTTAACTTTTCTTGTTCTATACTCATATTCGCTATTCATCCTTTCATCT +ATATAAATCAAAATAAATCATTTAATCAAACATCTGTTCGTATTTAATTATACCTCATTA +TATATCTATCGTCAAATTTTATATAAATTAATTTAGCTTAACATAAGGTAATAAATTTCC +ATAGTAAAATTTTACCACACTTATTTCTTTTATAAACCTTTTTCTAGCCTTTTATACAGA +TTTTGACTTATAAATTTTAATATATCCTTTTGTATTACTTTTTAATAAATATTCAATTGC +TTTTTATGTCTTAAGTATACATTTCTTTTCATCTTAAATACTTGAGTAAAATTATTACAC +ATTAGTTTAATAATTTTAATATATAGTTTTTATTTTTAGCCTAATGAGAGTAAGAAGATA +TTTTTACATCATCGATACTTATTCCATACACATAGCTTTCTTCTCTTAACTTTAGAATAC +TTTCTGCATCACCAGTAACTAATACCCCGTAAGACTTTACGCCATTCTTATTTACATAAT +CTAAAGTATATTTATATACATCTTCATAAACATTCGGATGATTAAGTTCTGTAAAACTTT +TATTGTCTATCATGTATTTTAATAAACTTTTAAAATGAGTTTCATAAACTTCACTATCAT +TACGATCCCAGTCTAACGTTCCTAATTCTAGATACGGATATTTTTCATTTTCTTCGAAAC +CTTCTAATACAATTCCACTTCCACTTGTTTCAAACCCCATTTGTGGTAGTTGTTGTGTTT +TTTTATCACAAGTTCTTATTCCTACCCAACTAAAGTAAAGATCTTCATATTTATTAATCA +ATCTAACAATTTCCTTCATGTCTATATCTTCTTTAAAAGAAACATATATATTAGCCTGTG +CTGTCTTTGGTAATAATTTAAGCTCTTCAATTTCTGAACTATCGTCATTATCATAATCAT +CGTATGGGTAAACTCCATATTTAAAGATATTCATTATAGGATATTTATAAAAATCACTTC +CAATATACATTAACTGCCCCTTATCAATAACTCCCTCATAAGTTGTTTCAGTATTTTTAA +ATGTGTTATATTGACTAATTTTTGTATTATATCTGCCATAACCTAAAGATTCTGAGTTAG +TATAACTTGTATCAATTCCTGGGAAATGAAGTTCTGTAAAAACAGATATATCGACCAACA +ACTGTTCTGTAAACTGACCTAACATTTTAGTTGGGTTATAATACTTAGAATCCATAGCCG +GAGATATAATATACTTAGCACCTCCTACTAATCCTATAACAACTAATACAGAACATATTC +CCGTTACTATAAACTTATTTCTAATAGATTTATTTATAGATTTTAGTAAATCTTTTTCTG +ATTTTCTTTTAAACTCATTTTCTTCTTTACTTATTCGCATTTCACCAAATAAATCTTTTT +TATTTAGAAAATCATCCTCTATATTTTGAGATAAGTATTCACTTATAATTTCATTCTTTT +CTATCTCTTCTTCAATAATTTTAATTTCTTCTTCACTTGCACTTCCATTTATATACTTTT +CATATATTTCTTTAAACCTCATAATTACTCCTCCATAATAGATCTTAAATGTTTTCTAGC +TCTATAAATCAAAGTTCTAACTGCTCCATTTGATATATTCATTATATTTGCTATTTTATT +TTGGGGAATTTCTAAATAATAAAATAACACTATAACTTCTTTCATGGTATTTGGCAGACT +CATAACTTTGTTGTACAAATTAAGCGAACTTTCACTTTTTATAATGCCTTTTAATACATC +TAAAGAAGTATCTTCTATATGTAAATCCAAGATATCTAATTGAGATATAATTTTATTTTT +CCTTACATAATCTATATATAAGTTTCTACATACTCTAAATAGCCAAAATTTTATATTATC +ATGATTATCATCTAAATATAAAATTGCTCTAACGAAAGCTTCTTGCATAATATCTTCTGC +TAAATGACTGTTTTTACATAAAGAAAAAGTGTACAAATAAACTTCTTTTGAATATTGCTC +ATAAAATTTTGATATATAATCTGAGTTCATTTTCTCCCCCTCTCATTTAACAAACGTATT +TATCTTAGAAATGTCACAAACTTTTATGTTTTTTTAGAATATAGTTAGAATTTTATACAT +ATGTCTAATAAAATTATTATTTGAAGTTCTTAATAATTATATATACAATTATTCTATATA +CTATAGTTGGAGGTCAATATGAAACTAAATAAAGTACACCACACTGCTATAATCTGTTCA +AATTATGAGACATCAAAAAACTTTTATGTAAATATCCTTGGATTAGATGTAATTAATGAA +ACCTATAGAAAAGAAAGAAGATCTCATAAGCTAGACTTAAAAATAGGAAATAGTCAAATT +GAATTATTTTCCTTCGAAAATCCACCTAAAAGAGCAAGTTATCCAGAAGCTTGTGGCCTT +AGACATCTATGCTTTGAAGTTGATGATATAGAAGAGTTTGTAGTATATCTTAATAACAAT +GGAATTCAAACAGAAGAAATCAGAATTGATGAGTTAACAGGTTCTAGATTTACTTTTTTT +AATGACCCTGATAATTTACCTATTGAATTATATGAAATTTCAATTATATAGTACTATATA +ATGAATGATAACTACATAAAAAAGTGCACTGACGTAATATATAATTACGTTAGTGCACTC +CTATATACTATTTACTATTCATAAATAACTCTTTATTTTTGTATAAGTATTCCCAACCAG +AATATAAAGTAAGTAGTGTAGCAATCAATATACATACAAATCCTATATTTAATAATAAAC +CATTATTAAAGTTTTCACCTATTAATAAAACTATTATTGAAAGCATTTGTGTTATAGTCT +TTAATTTACCACCACCACTTGCAGCTATCACCTTTCCTTCTGCTGCAGCAATAGCTCTTA +ATATACTAACAGTAAGCTCTCTAGCAACAATTATTATTACCATCCAAGCTGGAACTAAAT +TCACTTCTATCATACAAGTTAACGCTGATATAACTAATAACTTGTCAGCTAGAGGGTCCA +TAAACTTTCCAAAGTCAGTAACTAAATTATACTTTCTAGCTATATAACCGTCCATAGCAT +CTGTTATTGATGCTACTATAAATATTATACATGCAATTAAATATTTATTTGGTATATTAA +GAAGCATTACTATTATAAATACTGGTATTAAAAATATCCTAAATAATGTTAATTTATTAG +GCAAGTTCATTTATTACATCTCCCATTAAATCGTACTCTAATGCATTATTAATCTCTACT +ATTACGAAGTCTCCTACATGAAGTTGTTTCTTAGATTTTACATAAACTATACTATCTATT +TCTTCTGCATCCCCTTGAGTTCTTCCCATATAAACATTTTTTTCTATTTGTTCTTCTATA +AGAACTTCAAATGTTTTACCTATTTTAGTTGCCATAACTTCTTGAGATATTCCTTGTTGT +ACCATCATTAGTCTATCTCTTCTTTGTTCTTTTACATCTTGGTCAATATGGTTTGGTAAT +TTATCTGCGGCTGTTCCTTCCTCTCTTGAGTATGCAAAAGCACCAAGTCTGTCAAACTTA +ACTTTTTTAGCAAACTCAATTAATTCCTCAAAGTCTTCTTCTGTTTCACCTGGGAATCCT +GTTATTATAGTAGTTCTTAATGTTGCATCAGGTATATTATTTCTTATCATTTCTATTTTA +GCTAATATATCTTCTTTAGTTGTATGTCTGTTCATTAACTTTAATATTCTGTTACTTGCA +TGTTGTATTGGCATATCAAAGTAATTACAGATATTATCATATTTCTTTATAACCTGAACT +AACTCTTCTGTTATTGATTCTGGATATGAGTACATTATTCTTATCCATTTTATACCTTCA +ACTTGAGCTAATTCTTCTAATAATTCTGGTAATACAGCTTTTCCATATATATCAGAACCG +TACATAGTACTATCTTGTGCTATAACTACAAGCTCTTTTACACCTCTAGCTGCTAAATCT +TTAGCTTCAGCTACTATGTCTTCTATCTTTCTACTTCTTTGCTTACCTCTTAATTTAGGT +ATTATACAATAAGTACAATGCTTATCGCATCCTTCACTTATCTTTAAGTAAGCCATATAA +CTTGGTGTTGAAACGTATCTTGGAAGATCTTCATTGTAAACAAATTCTATGTCATTTAAA +CTTACTATTTTGTTTTCTTTTTCTAAACCAGCAACTATTTCATCTATATTTTGGTAACTT +CCTGTACCAACTATAGCATCTATTTCTGGTATTTCTTCTTTTAACTCGTCTGAATATCTT +TGAGCTAAACACCCTGTTACTATAAGAAGTTTTAAATTAGCTGTTTCTTTTAATCTAGCT +ATTTCAAGTATTGTCTCTATAGATTCTTGCTTTGCTGATTCTATAAATCCACAAGTATTA +ACTAAAGCTATATCAGCTTCTTCCATATTTCCTACTAACTTGTATCCTTTTCTATTTAAG +ATACCCATCATTATTTCTGCGTCTACTAAGTTTTTTGAACAACCTAGTGATTCTAGTGCT +ATCTTTAACATTTCATTGCTCCTTTTTCTACTGTCTTATGAAAATCCATTAATTTTTCTA +ATGTTTCATTTATATCTTTAAAGTCTATTACTTTGTTGTATTTGTATTGTTCTACAGAAT +GCATATACAGAGGGTCATAATATTCAACTAAATATTTTTCTACAAGTTCTTCGTATTTTT +CTTCATCTAACATCTGTAAATACTCTTCAATTTTTTTATGACCAAGTCTTTTTCTAAACT +TACCTATACATTCTCTTAGGACATCTATATTTCCTTCATTTCGATCATAAATATAATCTT +TGCATAGTCTTTTTACTCTGTCTTCTATGCTGCACTCAATAAGTAGATGATATCCATCTC +TTATTATACCTTCATAAATTTCATTTGGTATTAATACATGTCCAACTCTTTTACTTTCAC +TTTCTATAAATATATAGTCTGTTTTTGAAAAGAATAAAGCTTCAAATATTCTAGTTTCAA +ATGTCTTTTGAGTTGGTGGTTTATCATCAAAAGTTATAAACCCAAATACTGAGCCTGTAT +TCTTTGCCATTTGTTCTAGGTCTATTATATCTATGTTATTTTTATCCAAACCTACTAGAA +GCTCCGTTTTTCCAACTCCTGTTAATCCATGAAGTACGATAAATTGTTTTTTATCCATTA +TATTACTTAAATAATCTAAAACAAAATTCCTATAAGATTTATATCCACCTTCAAGTTTAT +ATAAGTCTATTCCTATTGAAGCTAAAAGATTTGCGAAACTTCCACTTCTCATACCACCTC +TTGCACAGTATATTACTACATGGTCATACTCTGCTGATAATTCTTTTACTTTTCTATACA +TATCTTTTAATTTCGGTGATACAAAGTCAAACCCCTTGTCTATAGCCTCATGCTTTCCTT +GTGTCTTATATATAGTACCTATCTCATGATGTTCATCATTGCTAAATAACGGTATATTAT +AAGCATTTAATATATGATCATCTTGATATTCTTTTTCTGTTCTGACATCTATAAAGATGG +TATTTTCAAGCTTTAAAGCGTCTTCTACATTTATTGTCTTCAAATTCTATTCACCTTCTA +AATTTACTAATTCTTCCTTAGTTATTAATACTTTTCTTGGTTTACTTCCTTCACTTGGAC +CTACTATTCCTCTTTCTTCCATAGAATCTATTAATCTAGCAGCTCTATTAAATCCTATTT +TGAACTTTCTTTGAAGCATCGAGGCAGATCCTTGGCCATTAGTTACTACAAAGTCTATAG +CATCTGCTAATAGATCATCCTCATCACTTGATTTAGGTGCTGCAGTTTTTGAAATAGTAT +CCATTATATCATCTTCATATTTTACTTCTTCAGTCACTTGATTTTTTATAAAATCTATAA +CTCTTTCTGACTCATTTTCTGATATAAATGCACCTTGAAGTCTTACCGGTTTTGCTGCCC +CTAGTGGGTAGAATAACATGTCTCCCTTACCTAGTAACTTTTCTGCTCCACCTAAGTCAA +GTATAGTTCTAGAATCTGTTTGTGATGATACTGCAAAGGCGATTCTAGATGGTATATTTG +CTTTTATAACCCCTGTTATTACATCAACAGACGGTCTTTGCGTTGCTATTATTAAATGCA +TCCCTGCCGCTCTTGCCATTTGTGCAAGTCTACAAATATAATCTTCCACATCATTTGCAC +AAGCCATCATTAAGTCTGCAAGCTCATCAATGATTATTACAATCTTAGGTAATTTTTCTT +CAGCCTTTTCATTGTAACTTGTTATATCTTTTACTTGATTTTCAGCAAATAACTTATATC +TTCTATTCATTTCTACAACTGCCCAGTTTAATGCATTTGCGGCTTTTTTAGGATCAGTTA +CAACTGGTATTAATAAATGTGGTATTCCATTATAACTTGCAAGCTCAACTACCTTTGGAT +CTATAAGTAAGAATTTAACCTCATCTGGGCTAGCTTTGTATAAAATACTATTTATTAAAG +TATTTACGCAAACACTCTTTCCTGAACCAGTCGATCCAGCTATAAGTAAGTGAGGCATTT +TCGCTATGTCTGCTATAACTGGTTTCCCACCTATATCTTTACCTAAAGCCATTGCAAGAG +GTGATTCAAAGTTTTTAAATTCATCACTTTCTAATACCTCTCTTAAACCCACCATTTGTC +CTTCTTCATTAGGAACTTCTATTCCTATAGCACTTTTTCCAGGAATAGGTGCTTCCATTC +TTATACTTTTTGCCGCTAAGCTTAGCGCTAAATCATCAGTTAAATTTACTATTTTACTAA +CTTTAACACCAGGACTTGGTTGTATTTCATATCTTGTTATAGTAGGGCCTACTGTAACTT +GATTTACTTTGGCTTCAACACCAAAGTCTGATAATGTCTTTTCTAATAACGAAGCATTCT +TTAATACTTTCTTCTTTCCATTTTCATCTGTCTTCTTATCAAATTTATTTAATATTTCAA +GTCCAGGCTTTTTATAGTTTTCATATTTTGAAACTTCATTAAAATCTATTGGTTGAGTAT +TTTCAATATGTTGTGTTTTATCAAAGTCTTTATTTTCTTTAGTAGCTTTATCAAGTCTAG +AACTTTGAAGATTCTTTAATATATCTAAATCTGAACCACTTTGAGTTCCTTCAAGTATTT +CTAAATAATCATCTTCTGCTTTGTTAAATCCTACTATCTTTATAGTCTTATCATCTACAC +CATCTTCTAAACTAACTGCAGGTTCTTTTTCTGCAATATTATCCTTACTATGCTTAGCCT +TCTCCATCATTCCTTTTAAGAATCCTAGTTTCTTTTCTTCTATCATAGTTTGTTCCATAG +TATTTTCATCTATTTCATCACTTATCATATCTAAGGCAGATTTCTTTAAGTTCGAAACTT +TCTCTTTTAAGTTAGTTCCTTTATTTTTAGATTTACCTTTTCCAAAATTTACATTTGCTA +ATAAGTCTTGTATAGATATATTAAAAGTAAATAATACACATAATACTAATGCGAATATAC +TGATTAACCATCCCCCAGTTATTCCAAATATAGCTTTTATATAATAAGCAATTGTAGATG +TGATTAGTCCAGTACCAGTACCTTCTACACCCATTTGCATTACATCATTAATCATATTTG +ATTTAAAAGGAACATCTACTGGTATACTTCTTGCATTTATTAGTCCATAAAATACAAATA +CAAAGGTAACCACTACATAATACACTTTGCTGTTTTTTAACCTATAAACATATTCGTTTC +CTTCAAAGAATCCAAGTATCCCTGCAATAATTACTATAAAAGGAATTACAAATGAAAGAC +CTCCAAATAATCCTTTAAATATGTTCTGCATAAAATTACCCACAAGCCCCATAGACCCTG +AGTTCAAACTATATAATAAGAATATACCTACAAATATTGTAACTAAGTTATGATATTCCG +CTCTAAATCCTAGGTCTTTATCCTTTTTCTTTTTGCTTTTTTTCTTAGCCACCAATCTCA +CCTCTTACTTTTTGTAACTCATCTACAACATAGATAAATTACAACTTTCTTTAATTTTGA +AATTTACTTTAGTATCCCACCAACATTCTGCAAGCTACTACACTGCTTGATTAGCATATT +ATAAAATTATTTAAAGTTAATCAGCTATAAATTTAAACTTCCTTTAATCTTAAAAAGTGC +TAATGCCTTGACACTAACACTTTTGCTTATATTATTTAATTATATCATATATTATATTAT +TTAAACAAACTTATTTATTTTCTTTAGACTTATCATTTATTTTGTAATTTTCTCATCTTC +TGCTATTAATTCTTTTAGCTTAGCCAGTGCTTCTTTTAATCCCCCAACTGCATCAATTAA +GCCACAATCCACTGCTTCCTTACCTATAAGCACACTACCAACGTCACTAACTAGTTCATC +TTTTTCATGCATTAATCTTACTAATTCGTCTCTTTCTATTTTTGAAGTTCTTATTATAAA +CTCTACAATTCTTTCTTGCATTTTTTTAAAGTACTCAAAAGTTTCATTAACTCCTATAAC +TAATCCATTTGTTCTTATTGGATGCACTATCATAGTCGCAGTTGGTGCTATAAAAGAATA +ATCTCCTGCTGTTGCAAGAGGAACACCTATACTATGACTACCTCCTAATACAAGAGTAAC +TATTTTTTTAGATACACTGTTTAAAAGTTCTGCCATTGCAAGCCCGGCTTCTACATCTCC +TCCAACAGTATTTAAAATTACAAGAACCCCTTTTACATCAGGATTTTCTTCTACTGCATA +AAGCATTGGTATAATATGCTCATATTTAGTTGATTTTTTTTGTGGATTGCCTACAAAATG +ACCTTCTATCTCTCCTATTATAGTGATACATTGTATATCTTTTTTAGGTGGGGTCGGCAT +TTGAGGAGTTCCCATTTGTTTTATATCTTCTACCTCATCGTCATTACTTTCCTCTTCAGA +ATTTCCATTAGTATCACTAGAAAAATCACTTCTATCTTCTACGTCTTCCTCTAAAAGCTT +ATTACTTCTTTTAGTTATTTGTTCACTTTTTTCTAACTCTTTATTTCCAATTTCAATGTC +TATGTAATTAGTATTATTATCTTTGAATTTCATAATTTATCTCCTCTCAAGCATTCTTGC +TTTTAGTTTTACCAAATCTATGTAAAACATTCACTTGCAAATGTTTGAGAGTTTTTTAAT +TATATTATAATTTTAGATCTCCAACTTCCTCTTTTCCATCTTATATAGAATATTATTCCT +CTTAAAATTTCATCCAGCATCATAGCCAACCAAACGCCATGTAAACCCATTTTAAAAGTA +ATAGCAAATATATATGCAAACAATGCTGATACAGACCACATCGATACAATTCCTACTATT +ACAGGGAATTTAATATCTCCTGATGCCTGCATTCCTCTTATTGTTACCATATTTACTGTT +CTTCCTAATTCTAAGAAAATATCTATAAATAAAATTTGCTTGCCTAGCCTAAGTATTTCT +GAATTTGTAGTAAATATACCTAATATATAATCACTAAATATAAATATAGAACCAGATACT +ATTAAGGTTACTAACATTGCTTTTTTTAAAGTATCTATAACAGCATCAAAGGCTTGATCT +TCTTCTCTAGCACCGATTAAATGTCCTACTATTATTTGGTTAGCTTGAGATATTGCATTG +GCATATAAATAAGAAATCATTACTATTATACCTATGTATGTTCTTCCTGTGACAACTGTT +GTTCCTAGCATATTTACTATAGTTAATATTACTATTTGAGAAGCATTATAGGATATACTT +TCTCCTCCTGATGGGAGACCTATATTTATTAATTTCTTGAAAGTATCTTTAGGGAATGGT +CTCATATATTTAAATGAAATTTTCTCATCTATTTCTTTTGTAAACATGTACCCTATTATT +ATAACTCCTATAAACCTACTCAAAATACTTGAAATTGCAACCCCTTGTACTCCCATCTTA +GGTAAACTAAAATAACCATTTATTAATATTGCATTTCCAATTATATTTAGTATATTTACT +AATACTGAAATATACATAGTTTGCTTCATTAATCCGTTACTTCTAAATATTGCTGAATAA +GTTAAAAACAACGCTTGTAAAAATAACCCGCCTCCAACTATATTCATATAAGCATTTGCA +TCTTGTAATAAGTCTGTAGGAAGTTTTATTAGTTTAAATATAGTTCCTCCAGACATAAAT +AATACAGTACCTGCAGCTAAACCAAAAATTAAATTAGTAAATATAGATACGGTGTAAGTC +TCAGATACTTTACTATAATCTTTAGCACCTAAATATTGAGATACTAGTATTGTTGTTGCC +ATTGTTATTACACTAAATGTTATTACTAACACGTTCATTATTTGATTTACATTTCCAACT +GCTGCAACTGCATTATCTGATACTCTACTTAACATAAGTTGATCAATATTATTAACTAAT +AGTTGCAACATAAGCTCTATAAATATCGGCCATGTTAAAGCAAGTATAGATAATCTTTTA +TCTATTTTTTTTGCTGATTCCATTATTCCATCTCCTATATAAATATTATTCCAAGATAAA +ATCTTATTAAATAAAGATATATATGTCAATAAAATTCTGAAAGTTACCTTTTGCAAACGA +TTTTAATTTTTACTCAAATAAAAATGCTGTAATATTAGATTTTGACATCTACTACCACAG +CATTTTTATTAACTATAAATTCGGTTTATAAAATATATTGATCATATCATTTTCTTTATC +TTCATTTACTATTGCATCTACTTCATATACCTCTTTTATTAACTCTTTTGTCAATACCTC +CTTAGGAGTTCCATAGGCTACTATTCTACCATCTTTTAATACGTATATCTTATCACAATA +CATTGCTGCAATATTTAAATCATGTATGGCTGCAATCACCTCAATATCTAAACTTTTAAC +TATATTCATTAATTGTAACTGATACTTTATATCTAAGTGGTTTGTTGGCTCATCTAGTAT +TAAGCAATCTGTTTCCTGAGCTAATGCTCTAGCTAAAATAATACGCTGTTGTTCTCCTCC +TGATAAACTATTAAAATTTCTATCCTTAAAATGTAACATATCTACCCTTTTTAATGCATC +ATTCATAATTTCATAGTCTCTATAGGAATCTCTTTCCATCATTTTTTTATGAGGAGACCT +CCCCATTAAAACCATTTCTCCTACACTAAAATCAAAATCATAGTAATTATGTTGTGATAC +TACTGCCATCTTTTTAGCACTTTCCTTTAGTTTTATACCATCTAAATTTATATCTCCTAA +TTTAATTATGCCACTTGATGGCTTTAAGGTTCTATAAATACACTTTAAAAATGTAGATTT +TCCACTTCCGTTAGGACCTATTATACCTATAATCTCTTTACTGTTTACGTCTATACTAAT +TCCTTTTAATATATTTTTATTTCCTATATCGAATTTTACACCTTCTGTTTGTATTCTCAT +TATACATTTCCTCCAAAGGTATAAGTCTTTTTAATCATTAACCAAATAAAACACGGTGCC +CCTATAATTGAAATAAGTATTCCTATTGGAATTTCACTCCCTTTTACTATTATTCTTGAT +AGTACATCTGCCCATATTAAAAATATAGCTCCAACAAGAGCTGCAATTGGGATTATTTTT +TTATGATCAGTACCAAATATCATCCTAACTATATGAGGTATAACCAATCCTGCAAATCCT +ATCATTCCAGATGAATAAACTAAAAGTCCTATCATTAAAGATGTTATTATCAAGTAAGTG +TATCGATATTTATTTAAATCAGTTCCTAATGTAATAGAAACTTCATCTCCAAGCAGCATA +AGATTTAAAATTCTATATTGTGTTATAAAAAATATAGTCCCAGCTAAAATTATCGGTAAT +ATAAACGCAATTTGTTCCCATTTAGCTCCTGCTACACTTCCCATTAACCAGAAAGTTATA +GTTTGGATGCCTTGTGCATCATTTGCAAAATAAACTATAAAACTTGAAAATGCACTACAC +ACCGAGCTAAGAGCCATACCACCTAATAAAAGTTTTATGGAATTCGATCTTCCACCAATA +TTAGATATTAATAGAACTATTATTGATACTACAAATGCACCTATAAAACCAAATATACCT +ATAGCATTACTACCAAATATAGTTCCTAGGCCAAACATCACTGCTGTTGTTGCACCCAAA +GATGCTCCCGAAGATATTCCAAGTATATATGGATCTGCAAGTGCATTTTTGACAACTGCC +TGCATAACAACACCAACTACTGATAACCCAATTCCTACAGCCATTGCCAATACTATTCTA +GGAAGTCTTATTAACCAAACTACATCATGTACTGCTCCATTAGATAAAGTACTTTCATTT +CCTATTCCAAATAACTTATAAAAAATGATACTATAAACTTCTTTTATACTTATATCAACT +GAACCAAAACTTACAGCAAATCCTATTGAAAGAATCAATGACACTAATAATACAATAGAA +ACACCCATATACATAGGTGTTCTTTCAAGTATCTTAGTCTCTTTTATTTCTGTATCAAAT +TTAATATCCATAAGCTTGACCTACTTATTTAAATTTGGATATAATCCATTTGCAAATGTA +TTTATACCATCTATTGTTCTAATTCCACTACAGTACATTTCTCCAAGAGCTATCGAGTTT +ACTCTTTCATTTTTAATAGCATTTAAGCTCGAAAGTGCTTTATTATTCATAACAGTATTT +ATAGCTTCCTTAGACATATCTTCATCAGTTCTATCCATATAAACTACAAATATTGAATCT +GGATTTAATTTTATCAGATCTTCTTCACTAATATTTCCACCATTTGGATTTAAAAGCTCT +GCTCCAAGTTTTTGTACCATATCTCCACCTAAGGTTTTAGCTCCATATGTATATATTTGT +CCATCCATATATTCTATTATTAAAGTAGTTTGCTTTTCTTGATCTTTTACTGAATTTTCA +ACTTCATTTGTTTTTGTATCAATTTCATTTACTATTTGATTGGCTTTATCTTCTACATTA +AATATCTTTCCTAAATTTAATATATCAGCTTTCTCATTTTCTAAAGTTCTATCTTGTGCT +GCTCCACTATTTAAAGCCATATATGTATTTATATTATTTTGATGCCAGTAATCAACATCA +CCTAAATTTTTATCACTAAATAAAGAATACCAAGATAATATAAAGTCTGGTTGTTCCATT +ACAACAGTTTCCTTTGAGGGTGTAAACTCTTCTATATAATTCACCTTGCTAAATGCATCC +TTATACTCATCTTTTACTTCATGATCAAGACCTGCTGCTATTTCAATTTTATCTTCTAAG +CCTAATGCTAGCAAAGTTTCTATTGAATTTTGATATACTGCTACTACTTTTTCTGGTGCT +TTATCAAAAGTTATATCTACAGGTTCATTTTTATAATTGTATGTAGTTATTGTAACAGGA +TAATGAGAATCACTGTCTAAACTTGTCTCATTATTACTTTCTCCATTTATATTATTTTCG +TTCTTTGAACTACATGCTGTTAGCCCTAATATCATTAGGGTACTAAGTAATAATGCAATT +CCCTTTTTTAATTTAATCATTAATATTCCTCCATAATACATCTAAAAATTTCTGCACATA +TTATTATATTATTATAAATTACTTTTTTTGTGTCTTTTCTGTGTCACATTTATGTCATTT +TTGTGTCACTTTGAATCCTAATAACAATATTACTGAAAATTTATCATAGTATAAAAAACT +CAAATATAAACAATAAAGGAGATACATAAATATGACTTAAAACTCATATTTATGTATCTC +CTTTAAATTATATTTATATATTATTTATTTTACTTAATACTATTATTTATAAAATTGATT +GTGTATAACATGGATTGTTCCAACCATATCTTCTTCTTTTACTAAGCAAGATACAGATGT +ATAAGAATCCGATGATTGTAATAATGTTATTCCAACCTTAGATAATCCTCTTATTATCTT +TGCAATAACTCCAGGTGTTTCTGTAATCTTAGATCCTATTAGGGTAACCTTCGCACACTT +TTTATTTATTTCACATTCTACGTTATACTTATTAAGTATTTCTTCAACACTTTCAACATC +CGACTTATCTATTGCAAATCCTTTATCTTCTACAAAAAAATTTATCATCTCCATGTTTAT +ATTTTTATCTTCCATTTCATTTAATATCTTAGAAAATAATTTTTCTGGAGATTTTACTTT +AATCTGGGCAATATTATTTTTATGAGCAACTGCAGATACAAATCGTCCTTCTTCTTCATA +ATCACCATTCCCATAATCTAAGTTCTTAATTGAACCTATTTTAGTGCCTTCATAATTAGG +ATTTAGCGTATTTTTTATTTCTAAAATTATATCAGCTTTCTTAGCAAGTTCAACGGCTCT +TGGATGTATTACCTTCGAACCTTGTTCTGCCATTTGAAAAACCTCTTCATATTCTATAAA +TTTTATTATTCTAGCATCTGGTTCTACTCTAGGATCTGCTGTCATAATACCATCTACATC +AGTGTAAATCTGAACAGTTTTACTTCCTAAAGCTTTACCTATTGCTACAGCAGAAGTATC +ACTTCCACCTCTTCCCAAAGTAGTTATTTCTCCATCCTCTGTTCCACCTTGAAATCCTGC +AATTACTACAACCTTGCCCATTGATATTTCTCTTTCAATTTTTTGAGGATTAATTTTTTT +TATTTTTGCATTTGAATATGAATTAGTTGTAATTATACCAGCTTGAATTCCTGTTAAGAA +AGTTGCAGGTATACCTTCATCTTCAAGTATACTTGTCAAAATAGTTCCTGATATAATTTC +ACCACAAGACATTATCATATCTAGCTCTCTTTTTGGTGCTTTTTCATTAACATTTTTACA +TAAACCTATTAAAGTATCTGTAGCATATGAATCTCCTTGTCTTCCCATTGCAGATACCAC +TATTACTAAATCATTAGCTTTATCTCTATAGGAACGTATTATATTTACAACCTCTTTCAT +TCTTTCATATGATGATACTGATGTTCCTCCAAATTTTTGAACTAAAACCCCCATTATTAC +CTCCTAAAAATACCTTAGTATACTCCATCATATTCAATAATTATCATATCATTTCCTATT +TTTTTTACACTTCTCCAAGGTACCTCTAGAACAGATTTCTCTTTCTTCAATCCAAAAAAT +CCTTTTTCCTTTGGGATCAATAACGCTAATATTTTTCCTGTTGTTTCATCTATTATAAGA +TCACATTCCCCTACTACTCCAAGTCTTTCGCCTGAAACTAGATTTACTATTTCTTTACCT +GCTATTTCAGATAAATTCAATTTAACCCCCCCTTAAACCTTTTTAACTATAATTTAATAT +TTTCTACTTCTCTACCAACAATGCAAATTCCAAGATTATTTAAATCAAATACTTTGTCTA +TTACCTTTTTAATACTATCAAAGCTTACATTGTTTATACATTCTAATATTTCATCAGTTG +TTTTAACTTTATTGACAAGAAGCATTGATTTTCCAATAGACATCATTCTACTTCCTGTAC +TTTCTAAATCAAGTAAATAACTCCCTTTTAATTGCTCCTTACTTTCGTGTATTTCTTTTT +CAGTTAAATAATTTTCTCTTAAATCTCTTATTTCACCTTTTATTATCTCGCAAACTTCTT +CTAAATTTTCATTGCTCATACTTGCAAATATACCAAGTTCTCCACACTTTCTATATAAAC +TTTGAGCTGAGTAAATAGAATATACTAGTCCTTTTTCTTCTCTTATTTTTTGGAATAGCC +TAGAACTTATGCTACCTCCAAAAACATTATTTATAACGGCTAGAGCGTAAACCTCATCAT +TATTTTCTATCCCTACTGCTTTCAAATTCATAACTAAATTAACCTGCTCTGTATCTTTAT +TTTTTGCTATAATGCAAGATTTAAAAGGTGCTTCATTTAGTTCTATCTCAAAATCTTTTC +CATTCCAGTTTTTAAATTTATCTTCTATTTTTTCTACCATATTATCAAAGTTAAAGTTCC +CAGATATAGATATAACAGCATTATTCGGTATATAATAAGTATTAAAATACTCTAATAATT +CCTTTTTACCTATATTTTTTAAAGATTCTCTAGTTCCTAAAATATTCATTCCTAGTCCAT +CTCCAGCGTAAATGTGTTCTAATAGCATATCATACGCTAAGTCTTCAGGTGAATCTTCAT +ACATTTTTAACTCCTCTAATATTACAGATCTTTCTTTATCTATATCTACTTCATCAAACT +TAGAATTTAAGATCATATCACTTAATATATCTAGTCCAATTTCTATGTGCTCATCTAATA +ACTTCACATAGTAACATGTGCACTCCTTACTTGTAAATGCATTAATCTGACCACCTAAAT +TATCTATTTCACTAGCTATTTCCTTAGAAGTTCTTTTGTTAGTTCCTTTAAACAGCATGT +GTTCTATAAAATGAGATACTCCACTAACTTTAGCATCTTCTATTCTTGATCCTGCATTTA +TCCATACCCCAAAAGATATAGACTTTACATATGGTATTTCCTCCCCTATTATTGTCAACC +CATTCTCTAGTGTTTTTACTTTATACATATCTTCCTCCATTTTGTAACATTTATATTATA +TAAATTACTATTATTTCTTAAGCCATAATATTATTTATTCTTATTTCTAATCAGTATATG +TATTTCATTATAGTTTAGTAAATATATTTATTCAACTATAAAATTCCCCTTACTAATATG +TAACTACCTAGAATCTAGGCATTAGTAATTTTTCAACTATAACAAGTTTCTTTTATTTTT +AAAGGTTAGAAATTCCCACTTTCAAAGTATTAAAAACTCCTTAAATATAGCTTATTTAAA +AATATCACTTAGCTTTCCTGGCTTTAAACCTTTACTTCTGATAACCTCTATTATGTCGTC +TACACACTCCATAGTTGCTTTTGTAGGATGCATCAATATTATGCTTCCATCTTTGACATC +CTTATTTTTTACTCTATTGATTATTACATCTGGTTGTTCTCTATACTTCCAATCAATAGT +ATCTACATCCCATTTAAATGCCGTATATCCTAACTCCTTAGCTGCTTTCATAGTTCCTTC +CCCAAAAGAACCTGCTGGTGCTTGAAAAAATCTAATTTCATCTCCAGTAATTTCTTCTAT +TGTACTTTCCGCCTTTTTCATTTCTTCTAAATTCTGATCGTAAGTAAGTTTAGAATAATC +TAGATGCTTGTACCCATGACTTCCAATTTCATGTCCTTCTGATTTTATTCTAAGTAAGAA +GTCTTTATTATTCTCTGCCCATTTCCCTGTAACATTAAATGTTATCTTTGCATCCTCTTT +TTTTAGTACATTTAATATACCCTCTATGTACTCTTCTTCCCATCCTAGGTCTACGTTGCA +AGTCATTGCAACGTAGCCACTATTAGCCTTTGTTCCTCTTTCATAGGGTAAACTTGCCTC +ATCAATAATGTTAAATGTAGGTGTAGAATGATTTTTTACCACTCCAAATATAATCCCACC +TATTGCAAGTAATGCAACTACAACTCTTATGATTATTCTCTTTAGTTTCTTCTTATTTGC +TACCATTATTAACATATAAGATTCCTCCCAAATATGTACAAATTATATCTTAGTTAATCT +TATTAATCTATTGTCCTATTTATGCAAACATAAATGATACTATTTAATAAAAAAGTATGC +ATATTCCATTTTCTTTAATAAATAAAAAAAGAAGATACCTTGAATAAGCTTATTCAAGGT +ATCTTCTTTTTTTATTTATTTGTTATCTTTTTTTTCAATTTTTTCTGGCTTAGGTAGTAA +AACTTTTCTAGATAAGTTTACCCTTCCTTTTTCATCTATTTCAGTTACTTTTACCTCTAC +CTCATCTCCGATGTTTAAAACATCTTCAACTTTAGCTACTCTTTCATGAGCTATATGAGA +TATATGAAGTAAGCCTTCTTTTCCTGGAAGTATTTCAACGAAAGCACCAAAAGTAGTTAT +TCTAGTTACTTTACCTTTGTAAGTTTGTCCTACTTCAGCTTCTACAACTATATCTTTTAT +AAGTTTTTGCGCTAAGTCTATCATTTCTTGGTCTATGCCAGCTATGAATACTTCACCTGT +TTGTTCTATATCTATCTTAACACCAGTTTCATCGATTATCTTAGTTATAACTTTACCACC +TGGTCCTATAACGTCTCTTATCTTATCTGGGTTTATATTCATTGTTATTATCTTAGGAGC +ATACTTAGATAATTGTGGTTTTGGAGCATCTATAGTTTTTCTCATTTCATTTAATATATG +AAGTCTACCAATTCTAGCTTGCTCAAGTGCAGTTCTTAATATATTTTCATCTATACCATT +GATTTTTATATCCATTTGTATAGCTGTTATACCATGCTCTGTACCTGCTACTTTAAAGTC +CATATCTCCTAAGTGGTCTTCCATTCCTTGTATATCTGAAAGTATTGCTACTTTTTCATC +ATCTTTTATAAGACCCATAGCTATACCTGCAACCATATCTTTTATTGGAACACCAGCATC +TAATAATGATAATGTTGATCCACATACAGACCCTTGAGAAGTTGATCCGTTTGAACTTAA +TACTTCAGATACTAATCTTATTGCATAAGGGAACTCTTCTTTTGAAGGTATTACTGGAAC +TAACGCTCTTTCAGCTAAAGCCCCATGTCCTATTTCTCTTCTACCTGGACCTCTTGATGG +TCTAGCTTCACCAACACTGTATGCTGGGAAGTTATAGTGATGCATGTATCTCTTATTTTC +TTCTTCATCTAAGCCGTCTAATATTTGAACATCACCTAATGCACCTAATGTGGTTATAGT +CATTACCTGAGTTTGTCCTCTTGTAAATAAACCAGAACCATGAGCTCTTGGTATGAATCC +ATTGTCACACCATATAGGTCTTATTTCATCTAATTTTCTATTATCTGGTCTTACTTTTTC +ATGAGTTATAAGCATTCTTACTGACTCTTTTATTATCACTTGAAGAACTTCTTCTATATC +AGAACCATACTCTTCTAATAATTCTTCAAAATGAGACAGAGTTTCTTCTCTTACCGCATC +CATTTTTTCTTGTCTTTCAAGTTTTTCAACAGTTCTTACTGCTTCTTTCATTTTATCAGT +TGCAAAGTTACGAACAGCAGTTTCTACTTCTTCATCTACCTTATGTAACTCAACTTCCAT +TTTTTCTTTTCCAACTGCCGCCGTTATTTCTTCTATGAAAGCTACTATTTTCTTTATTTC +TTCATGTGCAAATAATATAGCTTCTAACATTAAGCTTTCAGGTATTTCTTCTCCACCAGC +TTCAACCATCATTATAGCATCTTTAGTTCCTGATACAACTAAGTGAAGAGAACTTTTTTC +TCTTTGTTCTGCAGTTGGGTTAGCTACTAGAGCTCCATCAACTAATCCTACTAAAACAGA +ACCAGTTGGTCCGTTAAATGGTATATCAGATATAGATAATGCTACTGATGAACCTATCAT +AGAAACTATATCTGGTGTACAATCTTGATCTACTGAAAGAACAGTAGCAACGACTTGTAC +ATCATTTCTAAAACCTTTTGGGAATAAAGGTCTTATTGGTCTATCTATCAATCTAGAAGT +AAGTATTGCCTTTTCAGAAGGCTTTCCTTCTCTCTTTAAAAATCCGCCTGGTATTTTACC +AACTGAATATAATTTTTCTTCGTAATCTACACTTAAAGGGAAAAAGTCTATACCATCTCT +TGGTTTTGCAGACTTTGATACATTAACCATTACCATAGTCTCTCCATATCTAAGTATAGC +ACTACCAGCAGCAAGCTCTGCTATTTTCCCTATTTCAACAGAAAGTTCTCTTCCTGCTAA +ATCCATCTTGAAAATTTTATGTTCAAACATTAATGCTTGTACCTCCTCTTATACTAAAAC +CGCGTTTCTATCCTAATTAATATCTTATCAAAAATACTATAATTTAACAACATAAAACTC +ATTTTATGACTTTTAATGTATTTTATCGCTATTTTTTAATATTTCTTTAAAAATTTAAGT +ATATCATTTTGTATATTATTTGCTACTTTATATAAAATTAATCATATCTAATAAGAACAG +CTGATGGCAAATATATCGGGTCCAGTATGAGAACATATGCAAGCTCCACCTCTAGTAAAA +TATAATTTCTTACATTTTATTTTACTATTAACCTCCTCTTTTAATTTCTCAAAATCATCA +ACATTATCGCCACAACCGATTATTATATTCTTATCTTCTAAAGTATCATATTTATTAACT +ACTAAATTTACAAGTTCATGTATTGCGTGTTTTTTACCTCTTACTTTATTAAGTATGAAT +ATATTTGCATCTTCTACTGTAAATATCGGCTTTATTTTTAATAAATTTCCTATAGTTGCT +GTTGTAAGTGATGCCCTTCCACTTCTTTGTAAGTATTCAAGAGTATCCGGAACAAAGAAT +AAACTTACAGATTCTCTTAACTCTTCTAAATGTTTAATTAATTCTTCTGCTTTTATATCT +TTATTATTTTCAATTAGTTCACATGCTTTCACTACAAATTGAGCACTACCTAAGGATAAT +GTTAAAGTATCAAAGATATGTATATCACCTTCAGTATCATTTTTAGCCATTACGGCACTT +TGATAAGTCCCTGAAGATTTAGAAGATCCATTTATGCAAACTATAGAATAATCATCTTTA +TACTTATCAAAGACTTCTTTAAATTGTATGTATGTAGCTTGTGAAGTTTTTGGAACTTCA +GTTTTTTCTTTCATTCGCTTATAAAACTCATCATTGCTAATATCAATACCTTCTTTATAT +TCCTTATCCCCAAGTATTATATTTAAAGGGACTACATCTATATCATATTGTTCTATTAAT +TCTTTTGGTGCATCACACAGACTGTCGCAAATTAACTTTATCTTCACTTATATCTCCTCC +TAAAATTAAAGTATACATTATCTATAAAATATTGTTCTACTTTCTAAATTATTTACTATT +CAGAATAAATATAATCACAATTAATATAATTCGCATTTATACTTCTTTATTAATTATACT +ATTTATTTGCATATTTTGCATTCTTACATGTACTTTTATTAGTTTATGCTATTATTGCAA +AATATATTTAAAACATTACAAAATCTAAGTTACATCAATTTTAAATCACATTATTTTCTT +CTATATTTAATTTAAAATAAAAGTTGTTTATTAAATTTATTATGTAATTAAAAACAGGAA +GGCTTTTGCCTTCCTGTTTTATATAGATATTGAAAATAAAAAAATTATTTTCTTAATCCT +AATTTAGCTATTAAAGCTCTGTATCCTTCAAGATCTCTTTGCTTTAAGTAAGCTAATAAG +TTTCTTCTTCTACCAACCATCTTTAATAATCCTCTTCTAGAGTGGTGGTCTTTCTTGTGA +GTTTTTAAGTGATCGTTTAACTCGTTTATTCTAGCTGTTAATAAAGCTATTTGTACTTCT +GGAGAACCAGTATCTCCTTCTTTTCTTCCAAACTCTTTGATTATATCTGTTTTGTTCATT +TGTTATACCTCCGTAATATTTTATTAAAATCGCCAATTACTAAGCATAGATTGGAGTGTT +CTAATGCCGAGTAATGGTTAATTTACTTACTTATTCTATCATATATAATTATTTTTTGCA +AACATACTTTTTATAAATATAGTTAGTGTCAATCTTTAACTGAGATTTTAATTCATCTAA +AGAATTAAACCTTTTTTCATCTCTAATTCTTTCTAGAAATTCAAGCTTTATAGTTTTTCC +ATAAATATCTTCATTAAAATCTAGTATATTAGTTTCTACAGATAAGCTTTTACCTTCTAC +AGTTGGATTGTAACCTACGTTTGTTGCACCAAAGTATATTTCTCCATCTAAATATACTTT +AGTTGCATATATACCGCATTTAGGAACAAGCATTTCTTCATCAATTGCCATGTTGGCAGT +TGGAAAACCTATAGTTCTCCCTAACTGTTTGCATTTTATAACTTTTCCCTCTAGTTGGTA +ATTGCGTCCTAAATACTCTTTCACTTTATTTACACATCCTTGTGCTATTAATTTTCTTAT +ATAAGTGCTACTTACCCTTATATCATTAATTTTCACAGGTTTTACAATTTCCACTTTAAA +ATTATACTTAACACCTAAAATTTTTAATAATTTTGCATTTCCTTCTTTATTTTTTGCAAA +GGTAAAATCATGGCCTACGATTACTTTCTTTGCTCCTAGCCTTTCTTTTAATATAATTCT +GGCAAAATCATCTGCTGATATTTTTGTCATATCTTCATTAAAAGGAACATTTACTACCAT +GTCTATACCTAGATAGTTTAGCTTTTTCATTTTATCATTATCTGTGATAATGTTTTTTAC +GCTATAGCTCTTAAAGTAATTAGCAGGGTGATTTTCAAAGGTAAAAACAACACTTTTAAT +TCTTCTTTTTTTACTACTTTCAACTGCTTTTTTTATAAGGACTCTATGGCCTTTGTGAAG +ACCATCAAATTTTCCTATAGTGACAACACTATCTTCTACATCATCTACATCCCATATAGA +TTTAATAATATCCATAATGATTTTCCCCACTAGAATTATAGTTTATACAAATATTTTATC +ACTTTTTAAGCTTATAGTCTTATTATCTTTTAATAATCTTCCTACCCCTAAAAATCTTCC +TTCACTATAAACTCTTACAAACTCATCATTTTCATTTATATTATTGGTACTGAATCTCTT +ATTGTCTATTATTCCACCATTACTGTAATATTTTATAGCGCTTGGTTTTAATATAACTTC +ACTAAAGTTGTTTAAAACATAATCTATATCATATAAATGTTCATCTAATTTATCATTATT +ATAAAACTTTTCTAATTCTTCTAATGTTATTGCATTTTCTAATTTAAATCTGCCTGAAGA +TGTCCTAAGTAAGAAGGACATATGACCTCCGCATCCTAAATATTCTCCTATATCATGACA +AATACTTCTTACATAAGTCCCTTTAGAACATTTCACATAAAACATTATTTTTTTATCATT +TATACTAAGTATGTTTAATTCTTTTATATTTACTTTTCTTGCCTTAATAACTATTTCATC +AGCCTTACCACTTCTAGCTAAGTCACACATTTTTTTGCCATTAACTTTTAGTGCTGAATA +TACAGGAGGTAATTGTTCAATTTCTCCTTTTTGTGTATCAAAAGCTTTTTGTATATCTAC +TTCACTTGCCTTAAAATCATCAACTCTTTTTATTATAGATCCAGAAGAATCATAAGTATC +AGTTGTCATGCCTAGCGTAAGCTCGCATATATATGATTTATCCTTATTAAGGATTAATTC +ACTTACCTTTGTAGCTTTTCCTATACATATAGGTAGTACCCCTGATGCATCTGGATCAAG +GGTACCTGTATGGCCAACTTTTTTCATATTTAAAATTCTTCTAACTCTGCTAACTACATC +ATGAGATGTCATTCCTGTAGGTTTTAATATATTTATTATTTTGTTCATTAAAATCACCTT +AAATTTCTTTTAGAACTTCTTGTAGGATTTTTATTTTTGCATTTTCTACTGTATCATATA +TAGTACAACCTGCAGCTCTTACATGACCTCCACCATTAAATGTTTGAGCAATTTTACTTA +CATTTACATAGTTTTTAGATCTTAAACTAACCTTGACTTCATTTTCTTTTTTTTGCTTTA +ATAGTATTCCTACTTCTATATTTTTAATGTCTCTTGTGTAATTAGTTACTCCATCAACAT +CATTAAAACTCATGTTATTTCTTTGTAACATATCTATCGTTAAGCTTATACATGCTACTT +TTTCCTGAACTATATCTAATGTGTTTAATGCTTCTCCTAATAACTTATAGTAATTATAAG +AATTACTTTGGAAAACATTTTGAATAATTTTATCTTTTTTAGCGCCTAAAATCATCAGTT +CTTTAGCCATTTCAAAACTACTTGGATGTGTACTTGAGTAAGAGAAATTACCTGTATCTG +TTACAAGCCCAGTATAAAGCGCTGTGGCTATATCTTCATCTATTATATTAATATTATCTA +ATTCATTTAATCTAACTAATAGGTTATATACCAACTCACTAGTAGATGAAGCTTCAGTAT +CAATATAATTCAAATCACCATAGGCATCATTACTTGCATGATGATCTATACATACTATTT +TTAAAGCTTTATCTTTTATTTCTTCACTTACACAAACTCTATATTTATCTCCACAATCTA +ATGCTATCAAACTATAATTATCTATATTTAATGCTTTAAACTCTTCTGAGCTCATATTAG +TTACATTTTCCACTAAGAATCTAAGATTTAATGGTGCATTATCATCTAAAACATAATATA +CATTTTTTCCTAACTTTTTTAAAGAATAGTATATGCCAAGAGTTGAACCAATATTGTCAC +CATCTGGGCTAATATGAGAAGTAACGACAAAGTCGTTACTTCCTTTTATAAATTCTATAA +TATTATCAATATTACTTATCATCTTCCTCATCCTTATGCATAGTTTCTTCATTATTTTTT +GAACTAACTTGCTTTATAAGATTATCCATGTACATACCTTTTTTGATTGAATCATCAACC +TTAAAGATAATTTGTGGAGTATGTCTAAGTTTTACATTTCTACTTACTTCTCTTCTTACA +TAGTTAACTGCACTCTTAAGTCCTAATAAAGTCGATTCTTCGTCTCCTCCTAGAATACTT +ACATATACATATGCATAACTTAAGTCATTAGTAACTTCTACATCAGTTACACTTACCATA +GATGTTATTCTAGGATCCTTTATTCCACTAATAAGCATAGTGCTTACTACTTTTCTTATT +TCTTCTGCTATTCTTCTTGTTCTATTGTATGATGCCATAATATCGACCTTCTTTTACTAT +TTTAATTTTCTTTCTACTTCTTTAGTTACGTAAGCTTCTACTATGTCGCCTTCTTTTAAG +TCATTGTAATTTACGAAGCTTAATCCACACTCGTAACCACTATTAACTTCTTTAACATCG +TCTTTGAATCTTCTAAGCGCAGCAATTTCACCATCGTGAATTATTATTCCATCTCTAACT +ATTCTTGCTTTACCACCTCTAAATATCTTACCTGTTGTTACATAACATCCTGCTATTGTA +CCAACACCAGATATTTTAAATGTCTCTCTAACTTCAGCCTTACCTGTATCTTCATCTTTG +TATTCAGGATCTAACATACCTGTCATAGCTGCTTGAACATCTTCTATAGCTTTATATATT +ATAGTATATGTTCTTATATCAACATTTTCCTTTTTAGCTACTTCTTCAGCTCCTGGAACT +GGTCTTACATTAAATCCTATTATTATTGCATTCGATGCTGTTGCAAGCATAACGTCAGAT +TCATTAACTGCACCAACACCGCAGTGAATTACTCTAACTGCTACTTCTTCATTAGATAAC +TTTTCTAATGATTGCTTAACAGCTTGGGCAGAACCTTGAACATCAGCTTTTATTACTATG +TTAAGATCTTTCACATCTCCTTCATTCATTTGTGAGAAGAAGTCATCAAGAGACATTCTT +TGATTAGATTTTAACATCTCTTCTCTTGCTATTTGTTGTCTCTTTTCAGCAACACTTCTA +GCTATTTTATCACTTGGAACTGCAACAAACTGATCTCCACCTTGTGGAACTTCAGATAAA +CCTAATATTTCTACTGCTGTAGAAGGTCCTGCAGCTTTTACTCTCTTACCTTTAGAGTTT +ATCATCGCTCTTACTTTTCCACTTGCAAGTCCAGCAACTATTGGATCTCCAACATTTAAA +GTTCCTCCTTGAACAAGAACTGTAGCAACTGGCCCTCTACCTTTATCAAGCTGAGCTTCT +ATAACAGTACCTACTGCTCTCTTGTTTGGATTCGCTTTTAATTCTTCCATCTCTGAAACT +AATAATATCATTTCAAGTAATGTATCTATTCCAGTTTTTTGTCTAGCTGATACTGGAACT +GCTATAACGTCTCCACCCCAGTCTTCAACTAATAATCCTTGGTCAGCTAATTCTTGCTTA +ACTTTATCAGGATTTGCATCTGGCTTATCTATTTTATTTATAGCTACTATTAATGGTACT +TCTGCTGCTTTAGCATGGTTTATTGCTTCTACAGTTTGAGGCATTATACCGTCATCTGCT +GCAACAACAAGTATCGCTATATCAGTAACTTGCGCTCCTCTAGCTCTCATTGATGTGAAA +GCTTCGTGTCCTGGAGTATCTAAGAATACTATTTTTTGACCATTAACTGAAACTTCTGAA +GCACCTATATGTTGAGTTATTCCTCCTGCTTCGCCTCTTGTTACGTTAGTCGATCTTATA +GCATCTAGTAAAGAAGTTTTACCATGGTCAACGTGTCCCATTACTGTTACAACTGGTGGT +CTTGGTAATAAATCTTCTTCTTTATCTTCTTCTATTTCCATCAAAGCATCTATTTCTAAT +TGCTCTTCTTCTTCATCTTCTGTGCTAGTTAATAATGTATATCCATACTCTTTAACTACT +AACGATGCTATTTCTTCTGAAACTTCTTGGTTTATACTTGCCATAGTTCCCATTTTCATA +AGCTTCATTATTACTTCAGAAGCAGATACATCTAAAGCATTCGCTATTTCCTGAACTGTT +AATTTCCCAGTTATAGTTACTGTAGGACCATCATGAGTTACAGCTTCTTCACCTACTAAT +TCAACTAATAACTCTACATCATCATTTTCTATTTCACTATTTTCATTTTCTGCACTTATT +TCTAATTCTTTTAATTTAGCTATTACGTCTTCGTTTGACATTCCTAACTTTTCTGCAATT +TGGTATACTCTTGTTTTTGACACAAGATCACCCCCTATTGAATTTTTTATTTTAAAAGTT +CTATAACTTTATTTGCAAAGCCTTCATCTTTTACACCAACTACTGCTCTTGGTGCTTTTC +CGATAGAAAGACCTAGTTGTAACTTAGTTGAGAAATATACGTATGGTACATTTCTATATG +AGCTTTTATCTTTAAAAAGCTTTTTAGTGTTGTTTGATGCATCTTCTGCAACTATTACTA +ATTTTACATTTCCTCTTTTTAACTCTAATAAAGTTGAGTCGTCTCCAGAAACTATTTTGC +CTGCACGAGTAGCAAGGCCTAAATATGAGTATATTTTTTCTTCATTACTTTTCATATGAC +TTTAACTCTGCAAGTAATTTTTCATATACCTCATCAGAAACTTCCATTTTAAAAGCTTTA +TTTAAAGCTTTAGTTTTTATAGCTTTTTGTAAGCACTCTACACTTTTACATATGTACGCG +CCTCTACCATTAGCTTTACCGCTTAGGTCTATGAAAATCTCTCCTTCTTTATTCTTAACG +ATTCTCATAAGTTCTTTTTTAGAGTCTCTATCTTGACAAACTATGCATTTTCTTTGAGGT +ACTTTCTTTATTTTTTGCAAAGATTATCCCTCCTTTACTCTTGGTTATCTTGAGATTCAC +TTTTTATATCTATCTTCCAATTAGTAAGCTTAGCCGCAAGTCTTGCATTTTGACCTTCTT +TACCTATTGCAAGTGATAGTTGATAATCTGGTACTACTACTAAAGCAGATTTTTCTTCTT +CATTAACATCTACTCTAACAACTTTTGATGGACTTAATGCTGCTGAAATAAACTCAGCTG +GATTTTCACTATAATTGATTATATCTATTTTTTCTCCTATAAGCTCATCAACAATATTTT +TTACTCTTGAACCTTTTGGACCTACACAAGCTCCTATTGGGTCTATTTTTTCATCTATTG +AGTGCACGGCCATTTTTGTTCTAGAACCAGCTTCTCTAGCTAATGATTTTATTTGAACTA +TTCCTTCGAATATTTCTGGAACTTCAAATTCAAATAATCTCTTAACTAATCCTGGGTGAC +TTCTAGATACAACTATTTGAGGTCCTTTATTAGTTTTCTTCACTTCTAGTATATAAACCT +TTATTTTTTGACCCGCTTTGTACGCTTCATGAGGTATTTGCTCTGCTTGTGTCATAACAG +CTTCTATTCTACCTAAGTTTACGTATACTAATCCTTTACTCACTCTAGCAACTTCTCCAG +TTACTATTTCATGTTCTTTTTCTATAAATTCATTATATACTATATCTCTTTCAGCTTCTC +TTATTCTTTGAACAACTACTTGCTTAGCTGTTTGCGCTGCTATTCTTCCGAAATCTTTAG +GAGTAACTTCATTTTCTATTATATCCCCTAGTTCATAGTTTGGATTTATTTGTCTAGCTT +CATCTAATTCTATCTCTAAGAATGTATCGTATAAATCAGATTCATCAACTACTACTCTTT +GAGAAAATACTCTAACGTCTCCTTTTTCTCTATCAAACTCAACTCTTACATTTTGAGCTG +AGCCAAAGTTCTTCTTATATGCAGTTAAAAGAGCTTGTTCTATAGTATCTATAAGAATGT +CTTTATCTATACCTCTGTCTTTTTCTAATTCTTCTAATGCTTCTATAAATTCGTGGTTCA +TCACATTTCCTCCCTAATTAAATTACCTTAGAACTTTATAGCAAGTCTAATAAGTGCAAC +ATCTTTTTTATTAAACTCTACTTCTTCATTATCTATTATCACTTTTATATTTTTATCTTC +TGTTAAACCTATAAGCTCACCTTCAAGTTGCTTAGAGCCATTTAATGGTTTGTATAGTTT +TATTTCAACATCTCTACCTTGGTATCTTACAAAATCTTTATCTTTCTTTAATGGTCTATC +AAGTCCTGGAGACGATACTTCTAAATAGTAATTATCCTTTATTGGATCTTTTACATCTAA +TATTTCACTTAGTGCTCTACTAACAACTTCACATTCATTTAAAGATATTCCACCTTCTTT +GTCTACGAATATTCTTAGATAATATTCTCCAGCTTCTTTTACGTATTCAACATCTACAAG +TTCAAAGTTATTAGTATCAATTATTGGTTGAACTAATTCTTCAATTGTAGATTCTATACT +TTTTTTCATGTTCATTCCTCCTATTCAGTTGTAAGTTATAGTATTAAAATAAAAGAGTGA +GCACTTCGGTCTCACTCTTAGTTTTTGCTAAATATACTATTTTATATACTATAATATCAT +ATAATAGTTTTCCTTGCAAATTTTTTATTAATTAGTAAGCTTTTAGCTTTTTGTATTAAA +CCCATCGAAAATAAAAAATATTTTATTTTTATACATTTAGTTCGTAACTAATATCTTCTA +ACGGTTTATCTTTTACTTTATCCTTAACATAAATTATAGAAACAAATATTGCTATAACAA +TCACAAATGTAGCATACTTAAAAGCCACAGTCATACCTTCTATATCAGCTAATACTTGAG +TTGCTTTAACGCTATTATTTGCTACTACAGTCATTATTGTTACAAATAAAGATGAACCTA +CAGCTCCTGATATTTGACGTAGAGTAGAATTTATGGCACTACCAGATGCTATTTGTTCTT +GCTTAAGTTCATTTAATCCCCATGTTGTAACAGGCATTAATAAAAATGTTATCCCTATCA +TTCTTATTGTATACATAATTGTAAGAACAGCTATTGATGTTGTTTCTTCTAAGTAGCTAA +ATCCTAGTGTACCTACTCCTAACATAATACATCCTGATATAGCTAACTTTCGAAGCCCAT +ACTTATCTAATATATTACCTGTTATTGGACTTAATATACACATTGCTATGGATCCTGGTA +ACATTACTATTCCAGGTACCATTGCTGACATGCCTCTTGCAGACTGTATATATATGGATA +AAATCATAGTTGCTGACGTCATAGCCATATATACTATACATATAAGTATAATACTTATCG +TAAAATTCCTAACTTTAAATACTCTAAGATCTAAAAGTGGATCTTCAACTTTAATTTGTC +TAATTACAAATAATACTAAAGATATTAATCCTATTAATATTGGTATATAAGCTAATGGGT +TAGCTATAGTGTAAGTACCTATATTAGTCACACCTATTAACAAACCTCCAAATCCTAATG +AAGATAGTATTAACGATATAACTTCAAGCTTAGACGGTTTATTCTCCATAAAGCTCTTTA +ATAATATTACTGCAAATATCACATCTAATATTGTGATAATTGCTAGTATATAGAATATAA +ATCTCCATCCAAAACTATCTATTATATATCCAGATACTAGTGGTCCTATTGCTGGTGCAA +CCCCTATTGCGAAACCATATATACCCATTGCCTTACCACGTTCTTCTTTTGGATATAAGT +TAATCATAGCTACTTGAACCAGCTGCGTTATTATGCCAGCTCCAATAGCTTGTAACACTC +TAGATAGTACCATAAATATAAAATTATTTGCAGTTATAGATACTATACATCCCCCTAAAA +ATAACCCCATTGATGTCATAAATAAACCTTTAATAGGAAATTGATTTACCAAATATGCTG +TTGATGGAATCATAATTCCAAGTACTAACATATAAGTTGTTGTTAACCACTGTGCACTAG +ATGTTGTAACATTAAATGTTGACATTATACTTGGCAAGGCAGATGTCAAAACCATCTGGG +CAAGACTAGTTATAAATGCGCCTATTATTAATATTGCTACAATACCACTTCTATTTTTTC +TACTTTCCCCCATTTTATTCTCCTATTTTATATCTTAATATTTGCAAGCTTCTATACTTA +ATACATTAGGATTTTCTATAATTCTAATAGTGTACAGAAGTTAAATTATCCGTGTCATCT +CTGAAAGCTATAAGTACTTTACATTATCAAATAATGTTAATCAGTACCCTTTAAGTATAA +ATCAACCTTTTTACGAAATCAACCTTTAATACACTAGTATACTAAATCCTATATATAAAA +ATGAGTTATCATTTTACTGATAACTCATTCTCATATTAAAATAATGATAATTGATTTTCA +TCACTCATATTTTGTAAGGAACCATGATTTGTAAGTGTTTCAATTACAGTCTTAGATATC +TTTGTTCTTTTTCTTAAATCTTCTTTTGAAATAAATTCTCCATTTTCTCTTTCTTCTTGA +ATATGAATAGCAGCATTCTCTCCAACACCTTGTAGTGCTATCATAGGCGGAAGTAATAAC +CCCTTACCTGGCACTTGGAAAAGTTTTGCATCTGATTTATATATGTCCACAGGAAGTATT +TTTATTCCTCTAGCATACATTTCATAGGCAACTTCTAGTACCGTAAGCATATTCTTTTCT +TTAGTAGAAGCGTCATTTCCTAAGCTTTCTATTTCATGTATTCTAGTTCTAATTGAATCT +ATTCCTTTTACTATTAAGTCAGCATCAAAATCTTCTGCCTTAGTTGAAAAATAAGTTGCA +TAAAAGGCTTCTGGGTAATGAACCTTGCAATAAGCTAGTCTAAAGGACATCATAACATAA +GCAACCGCATGTGCTTTAGGGAACATGTATTTGATTTTCTGACACGAACCTATATACCAA +TCTGGAACATCATTAGATTTCATCTCTTCAATGTGTTCTGGCTTTAGCCCTTTTCCCTTT +CTTACGTTTTCCATTATTGTAAAGGCTGATTTTGGTTTTAGCCCTTTAAATATCAAGTAG +TTCATTATATCATCACGAGTTGATATAACTTCGTCTATTCCAACTATTTCTTCTCTAACT +AAATCCTGAGCATTATTTAGCCAAACGTCAGTACCATGAGAAAGTCCAGATATACGTACA +AGTGCTGCAAAAGTTGTTGGTTTCGTATCAAGAAGCATCTGTCTAACGAACTTTGTACCA +AACTCTGGTATTGCTAATGAACCAATAGGACAATTTATTTCTTCTGGTGTGACACCTAGT +GCTTCTGTAGAAGTAAATAATGACATTGTTTCTGGATCATCTAATGGAATTTCCGTTGCA +ACTATTCCTGTTAAGTCTTCTAGCATCCTTATCATGGTCGGAGCATCGTGCCCAAGTATA +TCAAGTTTCAGTATTCTACCACTAATTGAGTGATAGTCAAAATGTGTAGTTATAACTCCA +CACGAAGTATCATTAGCAGGATACTGTATTGGTGTAAAATCATATACATCTTTGTAATGA +GGGATTACCATAACGCCTCCTGGATGCTGTCCTGAAGTCCTCTTGACACCTGTACATCCA +TTTGCAAGTCTTAATGCCTCTGCTATTGGAACATTTATACTATTTTCTTCTATATATTTT +CTAGCATAACCAAAGGCTGTCTTCTCAGCTACAGTACCTATAGTACCTGCTCTATAAACG +TACCCTTCACCGAATAATTCTTCTGTATATTTGTGTATTACCGGCTGATAATCACCAGAG +AAGTTGAGGTCTATATCTGGCTCCTTATCTCCTTCGAACCCAAGGAAAACCTCAAATGGT +ATATCATGCCCATCTTTTCTAAGTGGCTTACCACATTTTGGACAATCTTTATCTGGTAAA +TCTACTCCAGAACCATACTCACCAATTTCAAAGAAATATGAATATTTACATTCTGGATCA +TCACAAATATAATGTGCTGGTAATGGATTAACCTCAGTAATATCACTCATAGTTGCAGCA +AAAGAAGATCCAACAGACCCTCTTGATCCAACTAGATATCCATCACTTAATGACTTCGTA +ACTAGTTTTTGAGCGATAATATACATAACTGCGTATCCATTGCTTATTATAGAGTTAAGC +TCCCTGTCTAACCTATTTATAACTACATCAGGTATTGGACTACCATATATCCTTTCTGCC +TTTGAATAGCACATTTCTCTTAGTTCTGTATCTGAACCTTCTATTACTGGAGGATAAGTA +TCATCAGGTATTGGTTTTATAGACTCTACCATATCAGCTATTTTGTTAGTATTTTCAACT +ACTACTTCATAAGCTAATTCTTCTCCCAAATAACTAAACTCCTCTAACATCTCATCTGTA +GTTCTAAAATGTAAATAAGTCTCTTCATCATCAAGTTTAAATCCCTGAGAATATTTTAAT +ACTCTCCTTAAAACCGCATCGTGCTTATCTAAAAAATGCACATCTCCAGTTGCTACTGGT +ATTTTTCCAAATTTCTTAGCAGCTTTAACTAATCTTCTATTTATATCTCTTAATTCTTCT +GCATCATTGACTTCACCTTTATCAATCATGAATTTATTATTGTCAATAGGCATAATTTCA +ATATAATCATACATATCGATGACTTTTTTTAATTCTCCATCTGGAACATTTTTCTTTACT +GCTTGATAAACTACTCCAGCTTCACATGCAGAACCTATTATTATCCCTTCTTTATGCTCA +TTAAGAACACTTCTAAGAATTCTAGGTGCTCTATAAAAGTGATTTACATGAGCATCCGAT +ACTATCTTATATAAGTTCTTAAGTCCTGTGTAATTTTGAGCAATCAAAGTAATGTGGTTT +GTTGTTAACTTAGTATAGTCTATTTTTCCTAAAACATTATTTACATCTCTTAGAGTATTT +GCTCCTTTTTTCTGAAGCATATCTAAGAATTTAAGGAATATATGTGCAGTTGCTTCTGCA +TCATCTACTGCTCTATGGTGATTTAATAATGGTACACCAAGCTCTTTTGCAATTAGATTA +AGCCTAAATCTCTTTAAATGAGGCAGTAAAATTCTTGAAAGCATTAATGTATCTATACTT +TTACTATTATAATCTAATCCTTGCTCTCTACATTTTTGTGATATAAACCCTGTATCAAAC +TCTGCATTGTGAGCTACAAGCACACTATCTCCTACAAATTCCATAAATTTTGGAAGTATT +TCTTCTATCGTAGGCTTATCCCTGACCATATCGTTAGTTATACCTGTTAACTCTTGAATT +TTATAAGAAATATCTTTTTGAGGATTTATAAGCTCACTAAATCTATCTACTACCTTAAAA +TTTTCTATTTTAACTGCACCAATCTCCGTTATCTTGTCGTTAACATTAGAAAAACCTGTA +GTCTCTATATCAAAGACTACAAAGCTTTGAGATAACTCTTTATCATTAGGATCATTTATT +ATCAATGCATCATCTTCTACTAAATATCCTTCGACTCCATACAATACCTTAATTCCATTT +GCCTTAGCAGCTCCCATCGCATCTGGGAATGCCTGTACTATACCATGATCTGTTATAGCT +ATTGCCTTGTGTCCCCACTTTGCTGCTCTTTCAACTAGTTTTTTAACATTGCAAACAGCG +TCCATCGAAGACATTTGTGTATGGGCGTGTAATTCTACTCTTTTATTGTTACTTAAGTCT +TGTCTTTCTACTTTTACTTCTTTTCTAATACCACTTATAGTCATACTTATTTCTCTTTGA +TAAGTATCATAAATTATATCTCCTTTGATTTTTAAATAAGAGCCTTTTTTAATTTCATTT +AAAACTCCATCTTTATTTACGTCATTTAAGAATAATTTACAACTAATAGAACTTGTATAG +TCTGTAACCGCAAGTATTAATAATATCTTACCATTTCTAAGCTCTTTGGTCTCAATATCG +AAAACTTCACCTATTATGCCAGTAGTCCCTGAGTTTACATTCAACTTAGATACTTGATCA +ACTATTACATTTACATTTTCTCCATATATTAAATGCTCATCAACTTCAGGTTTTATAACA +TAACCTTCTTCTTCAACTTCTTTTTCTTCAACTTTACCAAAGTCTAAAGCTTTAATTTTT +TCTTCTATTTCTCTATCTGTTCTCTCTATTATTTTACTTATGCTAATGTTTTCATCTATA +GCTCTTTCCAAAACTATATTTATATCAATTCCTAGTTCTTCACTTAAAGCAGTTTTCAGT +ACATGAATAACATTTTTTCTCATTAACTTTTCATAGAAAAGATCCTTAGGTAACTTAATT +TTTAACACATCATCTAAGCACATATACTCAACTTTTTTGTACCAGCCTTCTATAGCAGGA +CATAAGCTTTTTAAAATATAAAGTATATTATTCCAGTATCTTTTTATAATATCTTTATTA +GTTTTTCTATCTAAACCAGTATATCTGATTTTTACTCTTATATCTTTAAAATAATCTAAT +GTATATAAAAGTTCATCTCTAAACTTATCTAATAATTCATAAGATACTATGTCTTTTGAT +GTTAAATAAAAATACACTATTTTATCTTCTTTAAAGTAAACAACTTTTTGAATATAAACT +TCTTTTAGTTGCTTCGACAATATTGTATTGTTTATCTCTAGTTTATCTAAATACTCTTTT +ACAGAATCCATAGCTATCTCCTTTCTTAGATTTACTATTATATCACAGGTAAAGTCATAG +ATTAACTATTAATCAATCTTACCTTTTAAATATTACCCTTTAGCACTAAGAATTACACAT +TTGATATATCTTTAAATTATTAATAAAATTTATAGATTTAATTTGGATTAGCTACAAATT +AGATTTTTTTAATACTATGTAATATAAGGAAAAACACACTTTAAAAAAGGTGGTGTTAAA +ATGAATGGAGACGATATTCTTGATTTTAGAAAAATAGTAATTTGCTTTTCTGAATTAGGA +GAAAAAAAACTTTTAAAAAAAACGATTAAAGAGATTCATACAAATAAAAGAGTACATCTT +TACTATTCCAATTCTGGGAATATTCCTATATGTGCACTGCCTAAACTTAAACTTGTATTG +GCTTCTAGGCACGGTTTTTTGTCATTTTGCTTTAATTTCTTTTCATTTATTAAATTGTCT +AATAGTAATATAGCTATAAATCCCTCTACTATAAAGACAATTGCAAAATGCGTACTTTCT +CATGAAATAGGTCATATTCTAGACCCTAATATTTCAACTGCAAAATATGAATATGCTGAC +ATATTATCTAATATAGTTGATAAATTAATTGAGTATAATATAGACGTTACTAACAATGAT +TTTCATAAGGGTAATTTACCATCTGATTTAGAGAGGTATGTTGTAGATTTAAAAAAGAAT +TTAATAAACAGAGAATCTAGGGCTTGGGATATAGGTAAAACGATTATTGACTTAGACAAC +GAAAAGGAAAAAATTATTTTTAACAAAGTAAAGGAATATGCTTTAGCTACTTATAACTAT +GGAAATATAAAAAGCATAGTCAAAGAACATAATATAGATGTATTCTTTAAGTATAAGAGG +TACCTTGCATAATTAATATGCATTGTTTATATCAATGTATATTAATTATTTAATACAATT +GTTAAAAATAAGGCCAAAAAGCTATTCTGGCCTTATTTTTAACTTTTTAATATTTTTATT +ACTAATTATATTTCTTACACAGTGATCTATATTCTATCAAATCTTTATTTATATACTAGC +CTCTCATATACTAATTTACTTTGGTTATCATAGTAACCAATTAAACTATTCATTACAGAA +GCTATTCCATTACACCAATTTATATCTGTTGCATATTGATGTGATCCATAATTCCATTTC +ATTTTATATACTGTATTTTGCTTGTATGAACTATGTTTTATGTAATTTGCTGCTATCCAC +TTAGCTGAACCTTCTATAGTAGCATCTATACTTGTCCAACCATATTTATAAGCAGTCTCT +GCTCCTGATAGATTTGCAGTTCCATCATAGGCACCTATTCCGAAAAAGTTATATACAGTA +ACTGGTTTACTTAACGCTTGGCCTTTATATGTAGTTAAAGTTTGTCCTTTAGCTAAAGTA +GAACTTCCATAGCCAGTTTCCCACATACAGTGAGCAACAAAATATACTACATCTATATCA +TATTTCTTCGCTGCATCTATAAATTGTTGTCCTTTGTTATAGAATACATTACTTGATGAT +ACCTTACTGTTTAAAAATTTATTTAATTCACTAGCTGTAATTCCATCTGTATATCTATCA +ATTCTCAAGAATTGTAACTTACCATAAGAACTTGCTGAAATTATTTTACTAGGATTTAAT +TTTTCTTCTATTTGGAGTTTTGTCGCTTTACTTCCATTCGCTCTATTGTATCCAGACTCA +GATACAGAAACTTGTTTTGATAAATGTTGTTCAAAAGTATAGCTTAAAAGTAAATCACTA +ACAGTACCTTGGCCAAACGCTCCAGTGTCTACATCTGTTGAACCACTACCTGTATCTCCA +GACTCTGATCCAACTTCACTTAAATATTGACTTGAGACATAGGCTTCTTTATCATTATAT +AATATTTTTGACCATCCATTACGCTCTGATATTACTCCTACCTTTGTCCCCTTTGATAGT +GTTCCTAACTTTGAGTATGATGTTGATGGTCCACTTCTTACATTTAGTGAATCTGTATTT +ACTTCTTTTGTTTCTTTTACTGTATTACTTGTATTATCATCTGTTGATCCTGATGATATC +TTACTTAAATATTGGCTTGATACATAGGCTTCTTTATTATTGTATAATATTTTTGACCAT +CCGTTACTCTCTGATATTACTCCTACCTTTGTCCCCTTTGATAGTGTTCCTAACTTTGAG +TATGATGTTGATGGTCCACTTCTTACATTTAGTGAATCTGTATTTACTTCTTTTGTTTCT +TTTACTGTGTTACTTGTATTATCATCTGTTGAGCCTGATGATATCTTACTTAAATATTGG +CTTGATACATAGGCTTCTTTATTATTGTATAATATTTTTGACCATCCGTTACTCTCTGAT +ATTACTCCTACCTTTGTCCCCTTTGATAGTGTTCCTAACTTTGAGTATGATGTTGATGGT +CCACTTCTTACATTTAGTGAATCTGTATTCACTTCTTTTGTTTCTTTCACTGTGTTACTT +GTATTATCATCTGTTGATCCTGACGATATCTTACTTAAATATTGGCTTGATACATAAGCT +TCTTTATTATTGTATAGTATCTTTGACCATCCATTACTCTCTGATATTACCCCTACCTTT +GTTCCTTTTGATAGTGTTCCTAGCTTTGAGTATGATGTTGATGGTCCAGTTCTTACATTT +AATGAATCTGTATTTACTTCTTTTGTTTCCTTAATTGTACTATTGCTTGAATTATTATTT +GAATTATCCGAACTTGAAGACTTACTATCTAAATATCTGCTAGATACATAACATTCCTTG +TTATTATATAGTATTTTCGACCAACCATTACTGTCTGATATTACAGAAACCTTAGTTCCT +TTGCTTAGTTTTCCAACTATACTATTACTTGTTGAAGGTCCACTTCTTACATTTAATGAA +TTTGTATTTACTGTTTTAGTAGTTGTATTTGTATATGATGGTTTTATATCATCTAAATAT +ATGCTATAAACATATCCTAATCTACCATCATATTTAATTTTACTCCATCCGTTACTTTCA +GATATAACTTCTACTTTAGTACCTTTATTAAGAGTAGTTATTACTCTATAACTGGTACTA +GCTCCACTTCTCATATTTAACCCGTTTGTGTTAACTTCCTTTTGTTCATATGAAGATGAT +CTACTTACAGTTTCCGAACTTTCTGATATAGATATGTACTTAGATGAAATCCATCCTTCT +TTATCTTCATTATTTTTTACTTTATGCCATCCATTTGATGTATCCGTAATCGTAACTCTA +TCATCTTTATTTACCATATATAAAACTTCAAAATTAGAACCTGGTCCACTTCTAACATTT +AAAGTTTCAGCTGTGATTATTCCTACTAACTCTGCTTCATTTGCATGAGAAACAGAAAAT +GGTACCATTGCCAACGCTGTTAAAGCAATTCTTTTTCTCAAACCTTCTCCCTCATTTCTA +ATTTGTAAATTACTCTTTAGTATAGTTATTATTATAATATATTATTAATTATCGGTAAAC +ATTTCCAATAGCTTTAAGTGAATTTATTTTTCATTTGAAATACTTTTTATTTAAATTTTC +AGCACAGATTATACTGTAAGGTATTTTTTCAAATCCAGTTTCTGACTTAAATATACTTAT +TATATTTTTTCCACTTGCTATATAATTTTCATGATTAGGATACATTATTGGATATTCTAA +ATAAGAAATGAAATACTCCATATCCTTACCTGTACACCTTTTCCAATATCCTTCCCATTC +CGTATTAGTTACATAGTCATAAGGATTAAGTATTTTTCCATTTATTATAAAATATTTAAT +AGGGTCTGGTAATTCTTTAGAGTTATTTTTAAATTCCATATCTAACCTGCAAAATTCTAT +CACATAAGGAGTTAAAATATTACTAATTTCCATCATTTTAGCTTCTAAGTAATCTAATTT +ATTCATTTTTTTACTAGATGCTCTTTTTTTATATTCTCTAGCATATATTTCGAACATACG +ATAATCGCCTTCTCTAATATTCATAAATAACCACTTCCCCTTAATATCACTTTAATTTAC +TATATTTTACCTTTGGCTACTAATTACCTTTTTTTACTTAATAAATTTACAATAAAATTT +TCACGAGAATTCTTTTCTTTATATTTTATATTCCTTGTGCCATAATAAAATTAATAAATA +TAGTTTGGAGATTTTTTTATGAGTATAGAAAAGTTAGTAGAAATAATTAAAAGTAGTGAT +AACATAGTTTTCTTTGGAGGTGCTGGAGTATCTACTGAGTCTAATATACCGGATTTTAGA +AGTTCCTCTGGTTTATTCAGTCAAAAGCTAAATAAAAATTTTACGCCAGAGCAATTAGTA +TCTCATACATTTTACTCAAGATATCCAGAAGAATTTTTTAAGTTTTATAAAGACAAATTA +GTTTATACAGAAGCTAAACCAAATAAAGCACATTTAGCTTTAGCGAAGCTAGAGGAACTA +GGTAAATTAAATGCAGTTGTAACTCAAAATATTGATGGTCTTCATCAAATGGCTGGTAGC +AAAAATGTATTAGAACTACATGGCTCTATACATAGAAACTATTGTACTAAATGTAATGAA +TTTTTCGATTTGAATGAAATGTTAAACTTAGATGGAACAGTTCCATACTGTGATAAATGT +GGAGGAATTGTTAAACCTGATGTTGTCCTTTATGAAGAGGGATTAGATAATGATATTATT +TCTAAGACTGTTGCTGCTATAAGTTCTTCAGATTTATTAATAATAGGTGGTACATCTTTA +GTTGTATATCCTGCTGCTAGTTTCATAAATTATTTCAAAGGTAGTAATATCGTTTTAATA +AGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGTT +TATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_22 +GGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTTTAGA +TGTTGCACTTAATATGATAATTTATCATCTAATTATAATTCAGAAGCTTTACCAAAATTT +ACAGATGCTAGAAAGACTATATTAATAATATTTGTTCTAGAATTTGTTGTTATGCTATAT +GGTGTAAAAGAACTTAGCTGGTGGTTTGAGGAAATGACAGCTTTATTTACATTTGTAACA +TTTATTATGATATTCTTTGCAAAACTAAGTGAAAAAGAATTTGTTGGAGAATTTATGGCT +GATACCTCAGATTTATTAGGTGTGGCTATAACAATAGGTCTTGCTGTTTTATCTATGCCT +ATAATGGAACCTCTAGCAGATGTTGTTGGAATAAACAGAGATATTATAGTTAGTACTTAT +CAGTTTGGTCAAGGTATAATGAGTTTTATTACTCCTACAGGATTGATACTAGCAATTGTT +ACTCTTGGTGTAGGAGTATTAATATAATAATTATTTAATAAGAGAACTCTACAAATGAGT +GTTCTTATTAATTTTTGCTTATTTACTTATATTACTAATGCGTTAATATATGGTAAACTT +AAGTTATGAAATTAAGAGGGGGAGTTTTTAAATGATAAAATTAATAGCATCTGATATGGA +CGGAACATTATTAGATTCAAATAAAAATATTAATCCAGAATTTAATAAAATTTTAAATAC +CTTAAAAGAAAAAGGGATTATATTTGCAGCTATAAGTGGAAGAGATTTAGCATCGTTAAA +GTATGCATTTAAGGATGTAAAAGAAGACATTGTTTTTGCTTCAAATAATGGCAATTTCAT +AGTTTATAAAGGTAAAGTTTTATTTGAAAATTATATTGAAAAAGAAGAACTAAATTGCAT +ACTTCCAACAATAAGAAAAAACGCAAAACACTTTACTATATATTGCACTAAAGATGGTGT +ATATGCAGAAAGTTTATTCCCTTTTATAGCTGGACTTAAATTTGGTTTAAAAGTAAAAGT +TGTAAAGGATATTACTAAAATAAATTCTAAGGTAATTAAAATAAGTACTTTTGGGAAACA +AAAAATGATTGATAGAAGCTTAAATGCTTTAAATCATTTTAAAGATAGATTTATGATAAC +TCCCTCAGGATCAACTTGTTTTGATATATGTAAAGTAGGAGGACATAAAGGCCAGGGAAT +TAAAATACTTCAAGACTTATATAATGTAAAATTTGAGGAAACAATGGTATTTGGTGATCA +TATGAATGATTTAGAAATGATGGATTATGCATATTTTAGCCATGCAATGGAAAATGCAGA +AAAAGAAGTTAAAAGTAGAGCTAGATTTATAGCAAAAACTAACGATGAGAATGGAGTTAT +TGAAGCTATAAAAAAACATGTGATTGAAAACTATGATAATAGCTATAGTTATAATTAGGT +AAAGTGAAACTAAAATATATTAAGGATTAATTTTAGATTTACTTAATATAGTTTTATTAG +CTTTTATATTATTTTGAATGTATAATAGATAAATACAAGTAATTGCAAAATAGGAATCTA +AGGAGAAATAGACATGAATTATATAACACCAAATAATAAGTATGAAGTATTTGTGAAAAA +TATATCGATAAAACAAAAATTTGATAAACTAATTACGAAATCAGTTAATATAACACCAAG +ACAAATTCAAGAGTGTATAGAATATGCAAGAGAGAGTGTAGAAAACTCTAATGATTACAT +AGAATTAGTGCCTAATGATATAAAGGATATAAACATTCAAAAAGAGGTTGGAATGCAAAG +AATATTTATAGAAAAAATAGCTGAATGCGGAGTTGTGAACTTCCTAATACACAATAATAT +AGATAAATCTGTATTATCAAAATACAAAATAGGGATCAAAACTGCAATAGCGAAGGAAAT +ACACACTAGATTAATTATAGAAAAAAAGAATTTGAAGATAAGAAAAATAGTAAGAATTAT +TATATAGGTGTTCATCTTAATTTAGAAATGGAAGATAAAAAAGATAGCATAAAAAGGCAC +TTAGCTAAAGATTTATATAATATTGAAAATGTTCAAATATTTGGATACTTAGATAATAAA +TTTGTCAATGAACTTAAGTATGAAACTATAAAAAATAAATCAGGTAAAAAAGAGTTTAGG +TTCTTTACAAAAAAATCTTCTGATTATAACTCTAAAAAAAGATATGCAAATCTTTTAGGT +ACTGAATGTAAATGGTACTACTTAGACAGATTAATGCCTATGGATAAATTATTAAAAGTG +ATAAAATAAGCTTAAAAATATATATTAATAAAACCCGATTAATAAATAGACTAATTAATC +GGGCTTTTATGTTTTTACCTAAATAATAATCTGCTTATTTATAATAAATTTAATAAAATT +ATTTAATATAAATTGGGGTATACCTTAATAATAACTACCCATTATGGTATAATAATTATT +TAGAAAGTAAGGAGGTCGAAATATGCAAATAGACAGAAGTAAATTAACGCCTATGATGAA +ACAGTATTTTGATTGTAAAGATAAATATCCTGATTGTATACTGTTTTTCAGGCTAGGAGA +TTTCTATGAAATGTTTTTTGAAGATGCGATTGTTGCTTCAAAGACATTAGAAATAGCACT +AACAGGAAAATCTTGTGGATTAGAAGAAAGAGCACCAATGTGTGGTATACCTTTCCATTC +TGCAAATTCATATATATCAAAACTAGTAGAAAATGGATATAAGGTTGCTATAGGAGAGCA +ACTTGAAGATCCAGCAACAGTTAAAGGAATAGTTAAAAGAGATGTTATAAGAGTAGTAAC +ACCTGGTACGGTACTTGAAGGTAGTTTACTAGAAAATAAAAAGAATAACTATTTACTTTC +TTTATATAAGAAAGATGATAGTATAGGGCTTACGTATGTAGATATAAGTACAGGAGAAAC +TAATGCAACATATTTATCTAAAGATAAAATAATTGAAGAAATTGCTAAAATTCATCCAAC +AGAAATAATAATTAATGATTTAAGCTTCGTTGATCAGTTAAGAAATATAGCAACTATAGG +AAATACTTATATAAATGAAAGTTTTAATGAATCTTATTTGAGTACTGAAATATTAAATGA +ATACTTTAGTGATGAATATTTAAGTAGATTAAGATTTGATGAAAATAATTTAATAAAAAC +TAGTTTATGTATACTTTTAAATTATATTTATAATACACAAAAGCAAGTTACATCAAATAT +TAACATGATTAATATATACAACTCAAGTGAGTATATGGTACTAGATATGTTCACAAGAAG +CAACTTAGAACTTACCCAAACAATAAGAGGTAGTAAGAAAAAAGGTTCACTTCTTCACGT +ACTTGATAAAACTTCTACTGCAATGGGAGGTAGACTTCTTAGAAAATATGTAGAAGAGCC +ATTAGTAAACAAGAAGAAAATAGAAAATCGTCTTAATGTAATTGAGGAAATTAAAGATGA +TTTTATGCTAAGAGAAGATTTAAATGAAATCCTTAAGAATGTATATGATATAGAAAGAAT +ATGTGGAAAAATAGCTTTTGAAAAAGTAACTCCTAAGGAAATGATTCATTTAAAAAATTC +TATTGAAAAGTTACCAGATCTAAATAATATAATAAATTCTTCAAATGCTAATATTCTTAA +AAAGTATATTGAAGAAATGGATGACTTAAACGATATTTATAATTTAATTGATGAATCTAT +AAAAGAAGATCCAAGTGTAACTATAAAGGATGGAAATATAATAAAATCTGAGTTTAATGA +TGAATTAAAAGAACTTAGAGATATTTCTAAAAATGGAGCCTTCATGATAAAGGAAATAGA +AAATCGTGAAAGAGAAAAAACAGGTGTTAAATCTTTAAAAATAGGATTTAATAAGGTGTT +TGGATACTTTATTGAAATAACTAAAGCTAATTTAAATACTGCTAAAATAGATGAAGGATA +TATAAGAAAGCAGACATTAAGTAATGCTGAGAGATTTATAACTTCAGAATTAAAAGAAAT +TGAAGATAAGATACTTCATGCTGAAGAAAAGATAAAAACTTTGGAATATGAAATATTCGT +AAATATTAGAGAAACTATTTATAAGAATATAGATAGAATACAAAAAGTTGCTAAAACAAT +AGCAAATATAGATGTGTTTGTATCTTTTGCAATAGTTGCATACATGAATAACTATGTAAA +ACCAAATATAAATGAAAATAATAAGTTAGATATAAAGAATGGTCGTCATCCTGTTATAGA +GAATATAGTAGGTGAAGAAAACTTCGTACCTAATGATACTTATTTAAATAGTGGAGAAAA +TATAATAAATATTATTACTGGACCTAATATGGCAGGTAAGTCTACATATATGAGACAAAC +TGCAATTATTACACTTATGGCACATATAGGTTCATTTGTACCTGCTGAATACGCTAATAT +TCCTATATGTGATAGGATTTTTACAAGAGTAGGAGCTAGTGATGACTTATCTCAAGGTCA +ATCTACATTTATGGTAGAAATGAGTGAAGTTTCTCATATACTGAAAAATGCAACTGATAA +AAGTTTAGTAATATTAGATGAGATAGGCAGAGGTACTAGTACTTATGATGGTATAAGTTT +AGCATGGTCTATAGTAGAATACATTCAAAACAATATAAAATGTAAAACTTTATTTGCTAC +ACATTATCATGAACTAACTGATTTAGAAAATGAATTTTCTGATGTTAAAAATTATTCAAT +AGCAGTTAAAGAAGATAATGAAGGTATTGTCTTTTTAAGAAAGATAATTCCTCAAGGTGC +AGACAAAAGTTACGGTATATACGTTGCTCAGTTAGCAAAGCTTCCAGAAGAAGTAATAAA +TAGGTCTAAGGAAATATTAAAAGATCTAGAAAAGAATCACATAAATAATAGTGTTGCTAT +AAAAAAAGACAACATTAAGCTAAATAATTCATATGATTCAATAGATAATGTTCAAGTTGA +CTTAACTTCTTTAGTAAATACAAACATGAATATTAATGAAAAAGTTAATATAGAAAAAGT +AAGTAATTTAGAAAAAGAAGTAGAAAAGTTAAAACTAGAAAATAATCAGTTAGCTAAAAA +CTATAAAAACGTAAAAAATGATTATGACAAGTTAAATAAAGACTACAATGAATTAAGTGA +AAACTTAGAGTCAAGTGTAATTAGAGAAAGTGCAATAACTCAAATATCATTTGAGGGTAT +TAATGGCAATGACTTAGTTGAAGATATACTTGAACTAGACATATTGAGTATGACGCCACT +TGATGCTATGAATGCTTTATTTAATCTTCAAAAAAAAGCAAAAGATAAAAAATAACCTCT +TGGAGGTGGCTTATGTCAAATAGAATAAACATATTAGATGATTTAACAATAAATAAAATT +GCTGCAGGAGAAGTGGTTGAAAGACCCTCTTCTGTTGTTAAAGAATTGGTTGAAAACTGT +GTAGATGCAAAATCGACAAAAGTTATAGTTGATATTGTAGATGGTGGTAAAAAATCAATA +AGAGTAACGGATAATGGTTCGGGTATTTTATCAAGTGAAGTGGATAAATCTTTTTTAAGA +CATGCAACTAGTAAAATAAATGAAATAGATGACTTATATGATTTGTATTCCTTAGGATTT +AGAGGAGAAGCTTTAGCATCTATTGCAGCGGTGTCTAAGTTGGAGATGATAACAAAGGCA +AAAGAAGAAGTAGTAGGAACTAAGGTTTTTGTTGAAGGCGGTAAAATTATTTCAAAAGAA +CCTGTTGGTACTACTAATGGTACTACAATTATTATAAAAGATATATTCTTTAATACACCT +GTAAGACAAAAGTTCTTAAAATCTACTCATGCAGAGACAATAAATATAAGTGATTTAATT +AATAAGCTTGCAATCGGTAATCCAGCTGTTCAATTTAAGTATATTAACAATGGAAAACAA +ATGCTTAACACACCTGGTGATGGAAAGTTAATTAATGTAGTTAGAAGTATTTATGGTAAG +GATATTACAGAGAATTTAATTGAAGTAGATTTTAAATGTGATTATTTTAGAATGAACGGA +TATATAGGAAATAATAATGTATACAGGTCTAATAAAAACTTACAACATACTTATATTAAT +AAAAGGTTTGTAAAAAGTAAGGTTATATTAGATGCTATAAATGAAGCTTACAAATCTATA +ATACCGATAGGAAAGCACGCTGTATGCTTTTTAAACATAAGTATAAATCCAGCGAAAATA +GATGTAAACATACATCCTACTAAGTTAGAAGTCAAATTTGAAGATGAAAAAGATCTATAT +ATTCATTTAAGAGATTATTTAAGAAGAAGACTTTTAAGTTCAAATTTATTAGGAAAATAT +GAAACTTATGATAGAACAAGTAATCCTACTATTAAAGTAAAAGAATATGCAAATAAGGTT +AGTGAAAGCTCTAAGCCAATAGAAGTAGTACAAGCTTTAGACAATAAGCCTATAGATAGC +TTTAAATCTGTCAATGATGTACTCAATCAAAAAAGTGAAGTACATCATAATATAAAAGAA +GATAATAATTTAACTAAAAGCTTAGAAAAATCTATTCTTAATAGAGAAACTACTTTATTT +AATGAGAATAAATCATTTAACTTATCTAAAGATAATGAAAGTATCAAACTAACTAAAACT +GATAATGTAAATGAGTATATTATAGATGGAAATCTAGATATGAGTAAATCATTTTCAATT +GAAGACTTAGAAGAACTTGATAAGCTAGACAATTTAGATGAAAGCTATGGTTTAAAGGAA +TCGAATAGTTTATATGATAATACTTTGAATGATAAAATGAAAAGTGATATAAACTCTAAT +TTTGACAGTGATTATTTAAATGATTCTTCAACAGAAGAAAGTATACAAGAAGGATTTTTT +AAGGAAGATGAGGATAAATTATCATTAGATGGTTATACTGTATTAGGTGTGGTATTTAAT +ACTTATATAGTATTACAAAAAGGTGAGTCAATGTATTTACTAGATCAGCATGTTGCTCAT +GAAAGGATTTTATATGAAGAGTACATGAGTAAATTTTATAAACATGATATAAGTATGCAG +ATGTTACTTGACCCTATTGTATTAGAACTATCAACTGTTGATATGTTACAAGTAGAAAAG +AATTTAGACTTATTTATGAACTTTGGTTTTGAGATAGAGATATTTGGTAATAATCATATT +ATGATAAGATGTGTACCAACAACATTTGGAATACCAGAGTCTGAGAAGTTTATATTACAA +ATAATAGACAATATAGATGAAATAAAAAACAACTATGAATTAAAAGGAGAAAAATTTGCA +TCTATGGCATGTAGAGCAGCTATTAAAGCTAATGATAAAATTCATAAACTTGAAATAGAT +AACTTGATAAGCCAGTTAAATAGATGTGAAAATCCTTTTACTTGTCCACATGGTAGACCA +ATAGTAGTTGAAATTTCAAAAAAAGAAATAGAAAAAATGTTTAAAAGAATCATGTAATTA +AGGAAGGATAGTATGAAGAAGATACCACTGATAATACTTACAGGTCCAACAGCCGTTGGT +AAAACAGACTTATCAATAAAAATTGCAAAAGACTTAGATGCAGAAATAATTTCTGCAGAT +TCTATGCAAATATATGAGTATATGGATGTAGGAAGTGCTAAGGTTACTAAAGAAGAAATG +GATGGTATACATCACTATATGATAGATGAAGTAAAACCAGACTTTAAGTTCTCAGTTTCA +GAGTTCCAATTAAGAGCAGATAAATATATAGATGAAATAATAGAAAAAAATAAATTACCA +TTAGTAACTGGAGGAACAGGATTATATCTAAATTCATTAATATACAACATGGATTTTGCA +AAATCAGATGCAAATAATGAGCTTAGAGAATCTCTTAGATTAGAGCTTGAAGAGCATGGA +ATTGACTACATGCATGAAAAGTTAAGATCATTAGATGAAGAATCTGCAAATAGAATACAC +AAGAACAATACTAAAAGGGTGATTAGAGCTTTAGAAGTGTGTCTTAGTGGTGAGAAAATG +AATGATTTTTCTAGAGACTTAAAATTCAATGATAAGTATGAACCAATTATAATTGTACTA +AATAGAGAAAGAGATCATTTATATGAAAGAATAAATAAAAGAGTAGATATTATGCTTGAA +AAGGGATTAATTGATGAAGTTAAGAACTTACTTAATATGGGATACTCTAAGGACCTAGTC +TCTATGCAAGGGATTGGATATAAAGAAATTATAAAGTATCTAGATGGAGAGTATACTTAT +GATGAAGCTATTGAAGTGATTAAAAGAGACTCTAGAAGATATGCCAAAAGACAAATAACT +TGGTTTAAAAGATATGAATCTGCAAAGTGGTTTAATTTAGATGAATATAATGATTTTAAT +ATACTTGAAAAAGATGTATTAACTTATATTGAAAATAAGATTAAACTTGTATAAAATATA +ATAGAGGTATAAGATATAGTATAAAATATTAAATATATACATTAATTTTAAATTTAATTT +ATCTCGGGAGGGTATTAGGCAATGAAAAATACAGTTTTAAACTTACAGGACCTATTTCTA +AACAATGCTAGAAAAGAAAGAATACCTGTAACAATATACTTAATGAATGGAGTTCAAGTA +AAGGGACACGTAAAAGGTTTTGATAGTTACATAATTCTATTAGAAGGGGATAATAGACAA +CAAAATATGATTTATAAGCATGCTGTGTCAACTATAGTGCCAGCTAAGTACATAAATTTA +CAAAACAATCAACAACAAAATACAAATAATAGATAAGTAAATAATATAATGCAATAAAAA +ATGGATATAAGTAATTTAATAATTATTTATATCCATTTTTTATTAAGATTTTATAAAAAT +GTTTAATAATATCAAGTAAGATATATAAATGATGTTACTATCATTATAAATGCAGTTACC +AATATAGGTATAAGTACAGAAGTAACAAATATATCTTTATATGAATCTTTATGGGTCAAA +CCGCAAATTGCAAGTGTAGTAATTACTGCACCGTTATGAGGTAGAGTATCTAACCCACCA +GATGCCAAGGACGCAATTCTATGCATTATTTCCGGTGATATATTTAGATTTTGGCTCATC +GTAATAAATGTTGGAGCTAAAGCATCTAAGGTTATTGTAAGACCACCAGATGCTGATGCT +GTAATTCCACAGATAATATTAACCGAAATAGCTTCAGAAATAATTGGATTAGATGATATA +TTAAGTATTAAACTTTGTAGAGTAATAAATATAGGTAGAGATTTAATTACACTTCCATAA +CCTACTATAGCACTTGAACTTAGTAAAGGTAAAAATGAATTGCTTATTCCTTTATCAAGT +ACTTTATTTAAATTTTTAATTTTATTTATATTAACTAGTAGTATGATTAATATTGAAATA +AAAATAGATATAATAACACTCCAAGTTCCTGAAATAGAATCTAATACTAGATTATGCTTA +TTTAAATATGAACCATCAACTAAATACTTATAAAATATTTTAGAGAAAAATAAATTACTA +ATAAAAATTATTATAATAGGCATAATTGAGATAAATATATTTGGTATATCTATGTTATTA +TCAAGTCCTTCATAAGAATTAAATGTACCATAACCCTCATTATTTAAATTTGCTTGTTTT +ACTCTATATGTAAGCCAAGTAATACCAAGAATTAGCATAAGTAAGCTAGCAGTTATTCCA +ATAAGTGGAGCTGAAAAAGTATCTGTTTTAAAGTATCTCATTGGAATTACATTTTGAATT +TCTGGTGTACCAGGTAAAGCGGTCATAGTAAATGTAAATGCACCTAATGCAATAGTTCCG +GGTATAAGTCTTTTAGGAATATTAGACTCTTTAAACAATACATTTGCTATAGGATAAAGT +ACAAAAGCAACTGTAAATAATGATACACCACCATAAGTAAGCAATGCACCTGCTAATACA +ACTGCTAAAATAGTTTTATCATTTCCTAATTTTTTAGTTATGAAATGAGCTATGGACTTA +GCATATCCGACTTCTTCCATTAATCTAGCAAAGATAGCTCCTGTTAGAAATATTGGAAAG +TAGTTTTTTACAAAACTGGCAAATCCACTCATATATGTTTCTGTATATGTAAACATTAAG +TGCTTACTTGAATCTCCACCAATAATTAAAGCTGTTAATAAGGCTACTATTGGAGCAGTT +ATTATTGTTGAATATCCTTTATAAGCTAAATATATTATTAATGATAAAGATAAGATTAGT +CCGATAATATTGAACATTATAATTACTCCTTTATGTGAAATTTAATTTATATATCTAATA +TACCCCGATTATAGATTAAAAACTTATACATTTATTTATAAGTTGAAATAATAAAAATAA +CTAATAGAATTTATATAAAAAACTATAAACTTGCGTGAAAATACAGGATATGATAGAATT +CTAATGTTAAATATATACAAAAGACAGGTGAAAAAAATGCTTAATGAAACAAAAGAACTT +TTAAAAGGCTTTTATGGATTAGATAATGAAACTTTTGAATTATCCGAAGAAGTAATGAAA +GACATAGAACCTCAATTTGAGAAGATAAAAAAAATAAGAGAATACAATCAGTATAAAGTA +TTAAAAGCTATGCAAGAAGCTCGTCTAAGCGATAATCACTTTAACTGGACTACAGGTTAT +GGATATAATGATATAGGAAGAGAAAAGGTTGAAGAAATATATGCAAATGTATTTGGTGCT +GAAGATGCATTAGTTAGACCTATTATAGTTAATGGTACTCATGCGTTAAGTCTTTGTGTA +CAAGGTCTTGTTCGTCCTGGAGATGAAATATTATCTGTAACAGGTGCACCTTATGATACA +TTACAAGGTGTAATAGGTATAAGAGAAGAAAAAGGATGCTTAAAAGAGTTTGGTGTTACA +TATGATCAAGTAGATTTTTTAGAAGATGGCAACATAGACTTAGATGGTATAAAAAGTAAA +ATAAATGATAGAACTAAGCTTGTAATGATACAAAGGTCTAAAGGATATGCTTGGAGAAAA +TCATTAACAATAGAAGATATAAAAGAAGCTGTAGAAACTGTTAAATCAGTTAATAAAGAC +ATAATAGTAATGGTTGATAACTGTTATGGTGAATTTTTAGATACAAAAGAACCAACAGAA +GTTGGTGCTGATATTATGGCTGGTTCATTAATAAAGAATCCAGGTGGAGGACTTGCTTTA +ACTGGTGGTTATATTGCTGGTAAAAAAGAGTTAGTTGAAATGATATCTTATAGATTAACT +ACTCCAGGAATAGGTAAAGAATGCGGACTAACATTTGGTACAACAAGAACTGTACTTCAA +GGATTCTTTATGGCACCTTATGTTACATCTCAGGCTGTAATGGGAGCAATATTCTGTGCA +AGAGCATTTGAAAAATTAGGATATGATGTTCTTCCTAAATATGATGATTTAAGAAGTGAT +ATTATACAAGTTGTTAGACTTAACAATGCTGAGGAAGTTATAAGCTTCTGTCAAGGTGTA +CAAGAAGCTGCGCCAGTTGATTCATATGTTAGACCAGAGCCATGGGCGATGCCTGGATAT +GATAGTGATGTTATTATGGCTGCAGGAGCATTTATACAAGGTTCTTCTATAGAATTAAGT +GCAGATGCACCAATAAGACCACCATATAATGTATACTTCCAAGGTGGACTTACATTTGAT +CATTCTAAGATGGGAACTTTAAAAGCTATCCAATCTATGAAAAATATAACTAAATAGTAG +AAATATAAAAGAGTCTTACTAATATTAATATAATTATTTAATCTTAGTAAGACTTTTTAT +ATTATTTATTATCTATCATTTTTATAGTTTTCAAGTTATTAAAATAATATAGTAATCTAA +CTTAATAATGATAATATATAATTATATCTATAAGTCAATAAACAATAGTATGGGATATGA +TATAAAATTTAAAAGTAGAGCTATTGAATATAAAAATGAAGTACACACTTATAAAGAAAC +TTGTAAGGTTTTTAAAATATCAGAAGTGACACTAACAAGATGGATAAAAAAGAAAAGAAA +GGTAAATTAGGAGAGGTAAAAATACAGGTAAGAAAGCCAAAAAAATTTATCCAGATAAGT +TAGTTAAATATATAGAGGAGCATCTAGATGCGTAAAAGTGCTAATAAAAATTTGAAACTA +ATATTTCATTATAGTGTCCTTGCAGCTTTACCAGCAGCAATAGCAGGTACATGGCAAACA +ATATTTAGTGCCATACTGGCTAATTACTGGCTGAAAAATCAAAAGATAAAGTGTTACCTC +TTGAGCCAGAATATATGAATAATAAGTAAAATATTACAAATAATAGGTCATAAGAAATAA +GATAGGAGAAAGCTAATGATAAAAGTTTCAAGAATTACTTTACTTATTATGGCCGTTACG +ATTTTAACAAGTAATAATAGTTTTACTTTTGCAATGGAGCCAATTATGGACTATAAATAT +TCTTTAGAGGAACATAGAATAAAAAGAGCAAAATTTATATGGGAAGCATCTTTAACTGAA +ATGGTTAAAGCTAATGATCTAAGTACTGAAGATATGAAATCTGTAAAAAATTATCTAAAG +GATTATATAAAACAATCAAAAAGCGAAGAAAGCCGATATGAAGTAGAAAGAAAAGCCTTG +AGTGTATATAGAGTAGAGGATTTAGTAAAAAATCATATTTTAGATGAGATTCAAGGTAAT +AAACTTAAGAAAAAATTAAATAAATATGATTTAAATGATTTAGAGTAACATTATATACTT +GAGATAGTTTATTTTAAATAGCTTATAGTTGGATAAAAAGTAGGGATACTATTATATTTT +ATAATAATATCCCTATTTTTTTATTTTAATAAAAGAAAGTATAAATAAAAAAAGAATAAT +ATTATAAAACAGAAAATGAAATAACTTTCATATAACTTTCATTTTTAATTAATTTATAAA +AAATACAAAAAATAGATGCAATATTGAAAAAAGAGTAATACAATAGATTACAAGATTAAA +AGAGTAATATTTAATCTAACTAAAAATGAAATATATAAAAAAGTTTTTGCAAAATACTTT +AATCAAAATATAAAAAGATAATTAATTTAAGTCAATATAATAAATGTAGGAGGTATTTAG +TATGTGTGTAGTTGATAAATCTAATTCAAAAGGAATAAGTATAGTAGATACTACTTTAAG +AGATGGAGAACAAACCGCTGGTGTTGTATTTGCAAATCATGAAAAAATTGCAATAGCAGA +AATGCTAAGTGACCTTGGAATAAATCAATTAGAAGTAGGTATCCCAGCTATGGGTGGAGA +TGAAAAAGAAGTAATTAAATCCATATGTAAAAGGAATTTAAAGCCAAGTATAATGGCTTG +GAATAGAGCAGTAATATCTGATATTGAAAACTCAATAGACTGTGGTGTTGATGCAGTTGC +AATTTCTATATCAGTATCTGATATACACATTCAACATAAACTTAAAACATCAAGAGAATG +GGTAATAGAAAATATGGTAAAATCAGTAGAGTTTGCCAAGAAAAATGGATTGTATGTATC +TGTAAATGGAGAAGATGCTTCAAGAGCTGATTTAAAATTTTTAACTACTTTTATAGATGC +TGCTAAAGAAGCTGGTGCAGATAGATTCAGATATTGTGATACAGTTGGAGTAATGGAACC +ATTTTCTATAAAAGATACTATAATGAAAATTTATAATAGAACAAAGTTTGATATAGAAAT +GCATACACATAATGATTTTGGATTAGCAACAGCAAATGCTATAGCTGGTGTTTTAGGTGG +TGCTAATTATATAGGAGTAACTGTAAATGGCTTAGGAGAAAGAGCTGGAAATGCAGCATT +AGAAGAAGTATTAATGGCACTTAAATATGTATATAATTACGAAGTTAATATTGATACAAC +CAAGTTTAAAGATTTATCTGAATACGTATCAAAGGCAGCTGGTAGGGAATTACCTTCTTG +GAAAGCAATAGTCGGAAGCAATATGTTTAAGCATGAATCAGGAATACATGCAGATGGAGC +ATTAAAAAATCCTAAAAATTATGAAGCTTTCGATCCAAGAGAAGTAGGTCTTGAAAGACA +AATTGTAATAGGAAAACATTCTGGAAAAGCTGCTATAATCAATAAATTTATGGAATATAA +TATTAATTTAACTGAAGATGAAGCAAACATGATGTTAGAAGCTGTAAGAGCATTATCTAT +TAGAGCAAAAAGAATATTATTTGATAAAGAATTAGTTCAACTTTACAATGATATAAAAAA +ATATAGACATATAGGCTAAATAATATAATTAATATAGGGGGGAGATACCAATGGGAGATA +ATTTAACTTATAAGATACTAAAAAAACATATCGTAGATGGAAAATTAAAAAAAGGTGAAT +TTATTGGAATAAAAATAGATCAAACATTAACTCAAGACTCAACTGGAACAATGGCATATC +TTCAACTTGAAGCAATGAATATAGATAAAGTTAAAACTAAAAAAAGTGTAGCCTTTGTAG +ATCATAATATGTTACAACAAGGTTTTGAAAATGCAGATGATCATAAGTATATTCAGACAG +TTGCTGATAAGCATGGTGTATACTTTTCAAGGCCAGGAAATGGAATATGTCATCAAGTAT +TTCTAGAAAGATTTTCAACTCCTGGAGATACTCTTTTAGGATCAGATAGTCATACACCAA +CTGCTGGAGCAGTAGGCATGTTATCAATTGGAGCTGGGGGACTTGATGTTGCTTTAGCTA +TGGCAGGTGGGGCTTATTATATAAATGTACCTAAGGTTTGTAAAGTTAATTTAATAGGTA +AGTTAAATTATATGGTAGCTTCAAAGGATATTATATTAGAGTTGTTAAGAAAACGTACAG +TAAAAGGTGGAGTAGGTACTGTATTTGAATACTCTGGAGAAGGTCTAAAGTATCTATCTG +TACCACAAAGGGCTACTATAACAAATATGGGTGCTGAACTTGGAGCAACAACTTCTATAT +TCCAAAGTGATGAAAGAACTTATGAATTTTTTAAAGCACAAAATAGAGAAAATGAATGGA +TTGAATTAAAGGCAGATGAAAATTGTGAATACGATGAAGAAGTAACTATAGATTTAAGTA +AGCTAGAACCCTTAGCAGCCATTCCACATTCACCTGATCATGTGAAGAAAGTTAATGAAA +TAGGGAAAATAAAAGTGGATCAAGTTGCAATAGGAAGCTGTACTAACTCATCATATGAAG +ATTTAATGAAGGTTGCTCAGATATTAAAAAATAAAAAAGTGCATAAAGATGTAAGTTTAG +TTATTGCTCCTGGTTCAAGACAGGTAATGGAAATGCTAGCTAGAAATGGAGCATTAGCAG +ATATTATAAATTCCGGAGCAAGAATATTAGAAAACTCATGCGGACCTTGTATAGGTATGG +GTCAATCTCCAGGTACAAATTCAGTATCTCTTAGAACTTTTAACAGAAACTTCTATGGTA +GAAGTGGAACTTTATCAGCACAAATATATTTAGTGAGTCCTGAAGTTGCTGCAGTAAGTG +CAATAGAAGGAGTACTTACTGATCCTAGAGATTATAAGATAGAATTTAATAATTTAGAAA +TAGATAAGTTTTTAATAGACGATAGTATGATTATAAAACCTTCAGAAGAAAGTGATTTAG +TAAAAGTTGTAAGAGGCCCTAATATTAAGCCTTTCCCAATTAATACTAAACTAGAAAATA +CTATGAGTGGTAAAATAGTTTTAAAAACTGAAGATAATATTACAACTGATCATATAATGC +CATCTAACGCTAAGTTATTACCATTTAGAAGTAATATACCGTACTTATCAGAATTCTGCT +TTAATACAGTAGATACAGAATTCCCTAAAAGAGCTAAAGAAAATAATGGTGGATTTATAA +TAGGTGGAGAAAACTATGGTCAAGGATCAAGTAGAGAACATGCTGTTTTAGCTCCACTTT +ACTTAGGTATTAAAGGTGTTATAACTAAAAGTTTTGCCAGAATCCACAAGGCAAATCTTA +TAAACAGCGGAATAATTCCTATGACATTTATCAATGAAAAAGACTACGATGAAGTTGATT +TATTAGATGAATTAGAGTTAAGAAATTTAAATGAAAATTTATATAATGGGGTATTAGAAA +TAACAAACATTACTAAATGTAATACATTTAAGGTTAAAATTGAATTATCACGAAAAGAAA +TAGAAATTATAAAAGCTGGTGGAAAATTAAATTACATTAAGAACCAAGTGAATGAAGCAA +TAGAAAGTATATAAAATTGGAGGGATACAAATGTATAATGTAACATTAATACCAGGGGAT +GGAATAGGACCAGAAGTATCTAAATCAATGGTTAGGGTAGTAGAAGCTACAGGTATAGAT +ATTAATTGGGAAATAGTAAATGCTGGTCTAAATGTAATTGAAGAATATAATACACCATTA +CCTGACCATGTTATAGAATCTATTAAGAAAAATAAAATAGCAATAAAAGGACCAATAACA +ACACCAGTAGGTAAAGGATTTAAAAGTGTTAATGTGACACTTAGACAAGCTTTAGATTTA +TATGTTAATTTAAGACCAATTAAAACATTTAAAGGGATAAAATCAAGATACGAAAATGTA +GACTTAGTAATAGTAAGAGAAAATACGGAGGATTTATATGCTGGAATAGAACATAAGCTA +GGAGATTATGGCGCTGAAAGTATAAAAATAATAACAAAAGCTGCCTGTGAGAGAATAGTT +GAATTTGCATGTGATTATGTTAAAGAAAACAATAGAAAAAAGCTTACAGGTGTTCATAAA +GCAAATATAATGAAGTTAACAGATGGATTGTTTTTAAAAGTATTTAGAGATATATCTGAG +AAGAATAAAATAGATTATGATGATTTAATTGTAGATGCAGCAACTATGAATTTAGTACTT +AATCCAGAAAAATATGATGTATTAGTTATGCCTAACTTATATGGTGATATATTATCTGAT +TTATGTGCAGGACTTGTTGGTGGTCTTGGTATAATACCAGGAGCAAATATAGGAAAGGAC +TGTGCTATATTTGAGGCAGTTCATGGAAGTGCACCTGATATTGCAGGTACGAATAAAGCC +AATCCAACAGCATTAATACAATCAGCAATAATGATGCTTAGATATTTAGGAGAGCATAAT +GCTGCTAAAAAAATAGAAAGGGCATTAGAAAAAGTATTTATTGAAGGAAGGGTATTAACC +GTAGATTTAGGAGGAAATGCAACAACTGATGAATTTACAGAAGAACTTTGTAAATATGTA +CTTGAAGGTGTAAAAGCATATTAAATTTATGTTATTATATATAGTACAGATTTATTAATA +AAGGAGTGTTCTTATTGAAGATAACATATATTAATCATAGTAGTTTTGCAGTAGAATTAG +ATACATGTGTTTTATTATTTGACTATTTTAAAGGAGATATACCTAAGTTTAGTAAAAATA +AAAAAATATATGTATTTTCCAGTCACGGACATCATGACCATTTCAGTCCAAAAGTTTTAA +AATTAGAAAAAGAATATGATAATATTTTATATATTTTATCAGAGGATATACAAATAAAGG +AATCTGATAAAATAATATTTATTAAGGAAGATGAAAAGCTAAATATAAATGATTTGCAGA +TACAGACTTTAAAATCTACAGATATTGGAGTTGCATTTATAGTTAATGTAGAAGGAGTAA +GTATTTACCATGCAGGTGATTTAAACTGGTGGCATTGGGAGGGGGAAAACTCAATAAAGG +AAAATAAAGAAGCTGAATTAATGTATAAAAAAGAAATAGATAAAATCAAGGACTATAATT +TTGATCTAGCATTTGTACCTCTTGATTCTAGACAGGGTGAACAATATTATTTAGGATTTG +ATACATTTATGAAAAATACTAATACTAAAATAGCATTTCCTATGCATTGTTGGGGAGATT +ATACTGTTATTGATAAATTGAAAAAATCCATATTTGCACAGGATTATAAAGATAGAGTTA +TAGAAATTTCAAAAGTTAATGAAACATTCAATATAAATATAGTATGCAAGTAATAATACA +ATAAAGCGAATAGATTTATTTTATTTGCTTTATTGTATTAATGTGAATAAATTATTCAAA +GATATTTAGTTTACATAATTATTATATTGTAATATTTATATGATATTTACAATGACATTC +CATAAAGTACTAAGTATTATGTATAAAGATATGATATATATTTTGTCTAAAAATATAATT +TAAACTAAAATACATATAATGAAAGGTCAATGATTTAAACATTGACCTTTCATTATATGT +ATAATTATTAACCTTCTTTAATTTCTATGATTCCCATTGGACATGCATCAACACATATTC +CACATGCAATACATTTACTTGGAACAGGTTTTTCTTCAACTTTTGCTATAATTCCCTTTG +GACATACGTCTACACATGTCATACATCCAGTACATAATTTCTTATTTATCATATATACGC +CCTTAGCATTTTCTTTAATTGCACCTTCTGGACATTTTTTAGCACAGACACCACACTGGT +TGCAGACCTTTACATCTAATGAATCATCTTTTTTATTACCTATTTTTATACAAGAAGTTC +CACCAGAATAGTTTTTGTAAAATGCTTCTGAACAAGCTATTTCACATGTTAGGCAAGCTT +GACATAATGACCTATCTTTAACAACTAATTTTTTCATATTAAATTCCCCCAAAGTTATAA +GTTATTATTACACTTATTGTCAAATTCCACCTGTTGCTAATTAAAGTGTAGATTATAATA +ATTAAAAAATCAATTATAAACTTTATAAGGTATGAATATTTTCATTAAGCAAGAAACATG +GAAATAAGTAGAATAAATGCCTACTATACATCATAAGCTTAAATAAAATAACTATTTACT +TTAATGTATATAGCAATAATACTTTGTTCATTTTGATGGAGCTTATTAGAGTGGAGGTAA +AATATGAATATAGTTATAATAGGAAATGGTAATATCGGGAAATCTTTAGCAGACATATTA +TCAAAAAAAGGACATGATATAGTTATGATAGATAGTAATTACTCAAAGGTTAATAAAATA +GTGGATAATTATGATGTAAAAGCTATATGGGGTAATGGAACTGTATATGAAACACAAATA +AAAGCAGGTGTAGACGAATCTAATCTAACAATTGCTGTTACGCCATCAGATGAAACCAAT +TTAATTTCATGTATGATAGCAAAACAAATTGGATCAAAGAAAGTAATTGCTAAAGTGAAT +AACATAGATTATTCACCACAAATAAAATTTATGAAAAATAATTTTAATTTAGATTTGCTT +ATAAATACGGATAAATTAGTTGCAGACGAAATTTTAAAAATGCTAAGATATCCAAACTGG +TTAAAGATTAAGCCTTTAGGAAAAGAATCTCTTACTATTAGTGAACTAGTATTAAAAAAA +GGTAACAAGTTAATTAATAATCGTATTTCAGACATTAATAAGAAATATAAAGCTAATGTA +CTTGTATATGCATTATTTAGAGAAAATAATGTTTTTATACCTTCTAAAGAAGATATATTA +AATGAAAAAGATACAGTTTGTGTTGTAGGAAGAAATGATGAGTTAAATAGCTTTTTTAAC +AATATAGGAATAATAGAAAATAATATAAAATCTATAATAATAGTTGGTGGAAGTAATACA +AGTGTATACTTAGCAAATCAGCTAAGTAGTATAGGTATAAAAGTAAAAATAATAGAAAGA +GATTTATATGTTTGTAAAAGATTAGCCCAACTAGCTTCTAAAGCAAAAATAATAAATAAA +GATGCTACAATTCAAGATGTATTAATAGAAGAAGGAATTAATAATACTGATGCTTTTATT +TCTATGACTGAAAGTGATGAGGAAAATATAATAATATCTTTATTTGCATCTCATTTTAAT +GTAGAAAAAGTAATAACTAAAGTAAATAACACATCAATAATAAATTTATTAGAATTTAGT +GGTTTAAATACTTTTATTTCACCTATAGATGTAATATCAAATGAAGTTGAACAATATATT +AGTCAAGAAGATATCATTAATTTAAATAAATACTCAAGTGAAGATATATTAGATGAGAAA +GTTAATTTTTTAGAGTTTAAAGCTTCTAAAAAAGATAAAGTCTTAGGAATTCCCATAAAT +AAATTAAAAATAAAATCAGATGTAACAATTATTGCAATTCTTAGAAATGGAAATTTAATA +GTTCCAAGTGGAAATGATTATATAAAAATTAATGATAATCCTATAATCGCAACTAAGAAC +AGATTTTTGAAACATTTAGATGACATTTTATGTTAGGGGGGAGAGATTATGAACTTAAAA +GTAGTGTTAAAAACAACAGGTAAAATTATTTTACTAGAGTCTGCACTACTTATTTTACCT +TTATTTATATCTATATATTATAATGAAAATACTCAGATTTACTTTATTAAATCTATTTTA +ATATCTTTAGGTGTTGGATTATTCTTATCATTTATACCTGGAAAGGGCAATAAAATTTAT +GCTAAAGAAGGATTTTTAATTGTTTCATTATCATGGGTAATAATATCAGTTCTTGGAGCA +TTACCTTTTTATTTAAGCGGTGAAATACCTAAGTTTATTGATGCCCTTTTTGAAACCGTG +TCTGGATTTACTACTACGGGTTCAACTGTATTAAAAGATGTAGAAGCTTTAAGTTATGGA +ATGTTATTTTGGAGGAGTTTTACTCATTGGATTGGTGGAATAGGAATATTGGTTTTCTTA +CTAGCATTCTTACCTAGATCAAAGGGACAAAATATCTATTTAATGAGAGCTGAGGTTCCT +GGACCTGTAATGGTCAAATTTGTATCTAAAGTGAATATGAATGCTAGAATTTTATGTTTT +ATATACATAGCTTTAAGTTTATTTCAGGTAGGTTTTCTACTATTAGGTGAAATGCCATTA +TTTGATAGTGTTGTTATTACATTTGGTACAGCAGGGACAGGTGGATTTTCTATAACTAAT +GCTAGTATATCAGCTTATAACAGCAAGTATTTTGAGTATGTTATAGGATTTTTTATGATT +ATATTCGGTATAAACTTTAATTTATTTTATATGATTTATTTAGGAAGCATAAAAGACGCT +TTAAAAAGCGAAGAGCTTAAATGTTATTTGGGTATAATAACTTTTTTTGTAATTATAATA +ACACTAAACATACTTCCTTCATATATGGATATAGGGCGAGCATTTAGAGATGCATTTTTT +CAAGTAAGTTCAATAATAACTACGACTGGTTTTATAAGCGCTGATTATTCTTTATGGCCT +AATTTATCTAAAATCCTTCTTGTTATATTAATGCTAATTGGCGCTTGTGCAGGCTCTACA +GGAGGCGGCATTAAGGTTTATAGGATATTAGTACTATTTAAATCTGCTTTAAAAAATACT +AAGCAAATTTTCTCACCAAGATCTGTTTATTCTATAAAGGTAGATAATGAATATATTGAT +AGAAAAATTGTTGATTCAATACAAGCATACTTTTTTATTTATTTAACAATTTTAATTTTT +TCAATTATTATTTTATCTTTTGATTCATTAAATTTAATAAGTATATTTACATCAGTAGTA +ACTTGTTTGAGTAATGTAGGACCAGGATTAGGAGTGGTAGGACCTGTTGGTAATTTTTCG +TCCTTGTCAGATCTTTCGAAGTTAACTTTAATTTTTGACATGCTTGCTGGTAGATTAGAA +TTATTCCCGATAATATTTCTTTTAGGTTTTTTTAGATTAAAAAAGTAACAAAAATTTGTT +GACATCATAAAAATAATAATATAATATTTAATCATAATAAATTAGAAATAATGCGATGAT +AAGAAATAGTAGATGTAAATATCTATTGCAGAGAGTTTCCGGTTGGTGAAAGGAAATATA +GAGTTTATATTGAACACATCTTTGAGCAGTACACCGAAAAATATAGTAGGCTGTACCGGA +TTCCTTGCACCCGTTATCGTGCTAGAGTATTAGTAATAAGTTTACAGTACTTGATGAGGT +TAATGTCGTGAGGCATTAATAAAAATAGGTGGAACCACGTGAGTTAACTCCCGTCCTATA +GCTATAGCTATAGACGGGAGTTTTTTAGTTTCAATATAAACTTAGGGCCCAAGTTTATAT +TGAAATAAATTATGTGGAATCTATATGAAATTAAAATTCAAAATATTCAAATAATAAAAG +GAGATAAAATATGAAAATAAATAAATTTAAAAAATTAACTATAATAATAACATCTTTATT +AACTATAGGTGGATTAGTAGGATGTTCTAATACAAATAATGATGCTAGTGATAAAAATGA +AATAATAATAGGTTACGATAATACTTTTGTACCTATGGGATACTTAGATGAAAATGGAGA +TACAGTAGGATTTGATGTAGATTTAGCTACAGAAGCATTTAAAAGAATGGATATAAATAT +GAAATTCCAATCTATTGATTGGTCAATGAAAGAAGCTGAATTAAATTCTGGTAATATTGA +TGTTATCTGGAATGGGTATACATTAACAGAAGAAAGAAAAGAAAAAATTTCTTATACTGA +TTCTTATTTAGATAATAAACAAATAATAGTCACACTTAAAACGTCAAATATAAAAGATAA +GTCTGATTTAGAAGGTAAATCAATAGGTACACAAACGGATTCTTCTGGTATGGAAGCTGT +ATTAAAAGATACCGACTTTGTAAAAAACTTAAAAAACAAAGAGCCAGTTTTATATGATAC +ATTCGATAAAGCTTTTAGAGACTTAGAAATAGGAAGAATAGATGCATTAGTTGCAGACGA +AGTATTAGCTAGATATTATATAGCTCAAAAGAAAGATGATATGTACAAGATATTAGAAGA +TAATTTTGGAAAAGAAGCATTTGTAGTTGCAACAAAAAAAGAAAATACAGAACTTAGAGA +TAAAATAAATAGCACTTTGAACGAAATGAAAAATGATGGTACTTTTGATGAAATATATAG +TAAATGGTTTAAACAATAGCAATAAGTAATATAAAGGAGGAAAAAATGATTAAAGGACTA +GGAATTGTTATATCAATATTCATAATAACTTTGTTAGCTTCAATACCACTAGGGCTTATA +ATAGCCATTTTAAGGAGATCTAAATATAAATTAATAAAATTCATTTCAAAACTATATATT +TTAGTTATGAGAGGGACTCCATTACTTTTACAACTTATTGTTATATTCTATGGATTACCA +TTATTGGGAATAACATTTGACAGATTTACATCAGGCATAATTGCATTTTTACTTAATTAT +GCAGCATACTTTGCAGAAATATTTAGAGGTGGTATAGAGTCAATAGATAAAGGGCAACGA +GAAGCTGCAGTTGTATTAGGTTTTGACAAGATTACTATGTATAAAAGAATTATACTGCCT +CAAGTTATTAAAATAATATTAGCACCTATGTCAAATGAGGTAATAACCTTGATTAAGGAC +ACTTCATTAGTTTATATTCTTGGACTTAATGACATTTTAAGATTAGCCCAAATTCAATCT +ATAAGAGAAGTGAGCTTAGTACCATTACTAGAGGTTGGTTTTATATACTTAGCTTTAGTA +GCTGTTATAACGCAAGGGTTTAAGTTATTAGAGAAAAAATACTCTTATTATAGATAAGAG +AGATAGGAGATAATAATGTTAGAAATAAAAAACTTAAATAAATCGTTTAAACAAAATCAT +GTATTAAAAGACGTTTCTTTTAAAATAAACAAAGGTGAGATTGGAGTATTACTTGGAAAA +TCAGGAGCAGGTAAAACAACGTTACTTCGATGTATTAATGGATTAGAAGAGTTTGATAAT +GGAAAGATAATAATTGATAATAAAATAAATAACAATAGTAAGGATATACTAACCCTTAAA +GGCAAGATTGGAATGGTATTTCAAAACTTTAATTTGTTTCCACACTTATCAGTTATTAAA +AATATTATAGAAGCTCCAGTTAATGTATTTAAAGAACCTAAAAAAGAAGCTTTAGATAGA +GCTAGAGAAATACTTGATATAGTTGATCTTAAAGATAAAGAATATTTCTATCCATATGAA +CTATCTGGAGGACAACAACAAAGAGTAGCAATAGCTAGAGCATGCGCTTTAATGCCTAAG +GTACTATGTTTTGATGAACCTACATCAGCTTTAGATAAAGATACTATAAAAAGCATAGTT +AATGTAATGAAGAGACTAAAATCACAAGGGATGACTATATTAATTATAACTCATGATATA +GGATTTGCTAATGAAGTTGCTGATAAAGTAATAACTATAAGCAATGGAATAGTAGAATGT +GTAGAAGAGGTATCTTAACTCTATTTTAATTATTCATATATTATGTTAGAATAGATTATA +AATTTTATATGAATAGGTGAGGTAGTTATGCAAGATAAATTAATTACAAAAGATAAAGTC +TTTATTCAAGACACTAATTTTTCAGATGTACTTTATAAATCAAGTGGATATGAAGATTTT +CATACTAATTTAGTAAAAAGTAATATAGAATTTGATGAGAATAAGGCATATGACTTATTA +CCAAGTGGATTTATAGATTTTAATCAGCATTTATATGAAGATATCAATCATATGAATTCA +ATAAGCTCAGGTTTATTTTTAGAAAAAACATTAATTACATTTAGAATATTTATATGGACA +TCTAGAGGAGAAGGCTTCGAAATATTTAAGCATGTATTAAGAGGTTCTGAAATAAATAAA +TTAAAAAGTAAAGATGATGTAATTGAATACATATATAATCATCTAAGCGAATTAGAAGAT +GGAATAATAAATACTTATGGTAATGATATAATAAAAAGCTTTGAAGAGTTTGGAAAAGGA +ATTGAAAGTAAAAAACTTCCTTTATCTATCTTACTTAAGAATTTAACAATAGATAATAAT +TTATGTGATTTTAGATAAAAATAGATAAAGAATGGGTTAAAATACCCATTCTTTTTGTTT +ATTCAAAGTTTTATTAGTCTATTATAAAAACATAACAGTAGAGGCAATTAAGAACTGTCC +TATATAGTAAGTTATTAGATTTATAGCTGGTAAAGCCTTATTATGATTCTTATCGAAAAT +AATAAATGATAATACAAAATCAGAGACTATAAATAGGGTAGTACCAATTACTAGAAATAT +GATACCTTTATTGCTTTTATACTTAAGTAATAGAGCTAATGATTTAGAATACATTATGCT +TATTAGTGTACAGTATATAAAAGAAGGAATGAATAATTTATTAAACTCTAACTTTTTATA +TACTTTAAGGTATAACATTATTATAAAAGAAAATAGCAGGGCTAAGACTAACTCTTTTAA +TTGCATTGAATCTAAATATGAGAAAGCGCTTGTATAGAATATATGAGTTACTGAGAAGCT +AATTAAACCAAATAAAAATATTATAGATGATTTTTTATGTGATCTTGGATTTATAGATAA +GAAAATATCTCCAAATACAGAGAAAATAAGTCCTGTTAATATTAAAATAAAATAATCAAA +ATCCCCCTTAGTATGTAAACGTGCAAATAAACAAAAGAATAAGAATAGCAAACTTGTAAT +TGTCTTTGAATACACTCTGTAGTTTTTTATTGGTTTATATGTAAAATATAATAAAGAGAG +TAGGGTAAATACCGATAAATTCAATATTAATATCATTTTTTAAGAGACTCCTTTTTATAA +AAATACTTATATATAGTGTATGTTTATTTCTAAAATGGCAAAAAAATACATATAAAACGT +ATGTTCTTATATAAAAATGTAACTTTTTATTATAATTTTTTATTATAATTTTCATAGTAT +TTATTAAGATAATAAATACTTGAAATACTTCCCTATAATAATTTATAGAGATAGTTATCT +TAGTTGTATTTACACAGATAAAAGCACATATATGTAAATATAGGCAAAGTATTATTATTA +TCTTAATTAACAAAGTAGCCTAACATGACTACTTTGTTTTTAATTATTATCATAAGGATC +TAAAAGCCATTCTGAACTATTATTATCTTTTACCAAGAAAATAAGTGCTTCATACTCACC +ATCTTTATATTCTTCAGAGTTATAAACAACACTATACCTAACTTTATAGGCCATAACTTC +TGATCCATCTTCAATATCAGTATTCAATTTTAAATATAAATCTATAATATCGAAGTCTTT +ATCTTCTTTAACCCTAAGTATATTAATTTCATCAAGTGAAGATAGTTGATTTTCAATCTT +AATTATTTCTTGTTGCTTGTAAAGAAGCTTTGATATAGAGTGTATATCTTTATCATTTTT +ATATTCATAGTATTCATATATAATTTCTTCTGGATTATTTGTATAAGAATTTGATTTTAC +GGTGACTATAAATGTGAAGATTAACATAGGGATAAGAATCATAATAGAAATTCGTTGACA +ATTTTTAGGCAACTTTTCACCTCCATACAAGACTTATAAGTGATATTATCCTTTTTCCAT +ATATACGAATTTAAAATCTTATAGTATACTATATCAGGCAACATAAAATAATATTCCAAA +AGTGGTATTATTTGTGTTTGATAATTTTATTAGTTACATAATCAAGGAGGCATAAATAAT +GAGTAAATCACCAATACCAACTCCGCATAATAATGCAAAGGTTGGAGATATTGCAGAAAC +CGTTTTATTACCAGGAGATCCTCTAAGAGCTAAATTTATAGCAGAAACTTTTTTAGAAGA +TGTTATCCAATATAACACAGTAAGAGGTATGTTTGGTTATACAGGAACCTATAAAGGAAA +AAGAATATCAGTTCAAGGAAGTGGTATGGGTATACCATCAATAGGAATATATTCTTTTGA +ATTAATACATTTTTATGGAGTTAAAAACTTAATAAGAGTAGGTTCAGCAGGTGCAATTAA +TGAAAATTTAAAAATTCATGATGTAGTTATAGGTATGGGAGCTTGTACAAACTCAAATTA +CGCTGATCAATATAATTTACCTGGAACATTCGCTCCAGTTGCAAGTTATGAATTATTACA +AAAAGCTGTAAACGTAGCAAATGAACAAGGGACTAAAGTTACAGTAGGTAATATATTATC +ATCAGATGTATTCTATAATGATCAAGGATTAGAGCCTTTACGTCAATGGCAAAAGATGGG +TGTACTTTGTGTAGAAATGGAAGCAGCTGCTTTATACATGAATGCTTCAAGGGCGGGTGT +AAATGCCTTAACTATACTTACTATTTCTGATTGTCCATTAACAGGAGAAGAAACTACTTC +TCACGAAAGACAAGTTGCTTTTACTAAAATGATGGAAATAGCATTAGAATTAGCTTAATT +TAATATAAATAAAAAAGATATGAATATAATCATATCTTTTTTATTAGCTTATAGTTCTAA +ATACACCTGTAACAACACCAATGATTTCAACAGAATTAGCTTCTAAAATTATTGGTTCCA +TAAAGTCATTTTCAGGTTGAAGTCTTACAAAATTATTTTCTTTGTAAAATCTTTTTACCG +TAGAAGTCTCACCATTTATCAAGGCAATTACAATTTGAGAGTTAGAAGCGGTATTTTTTT +TATCAACTATAATATAGTCATTATTTAATATACCAGCATTAATCATACTGTCACCTTTAA +CCTTTAATACAAAGTTATCAGAACCTTTTATTAGGTTAGAAGGAAGTGGTATGTATTCTT +CTATATTTTCCTGGGCTAGTATAGGCTCACCAGCTGTAATTTGACCAACTAAAGGTAAGT +TGATAATCTCTTGATTTAATCCAGATACGTTTGGATTACTATTTCCATCTAGCACTTCTA +TAGCTCTTGGCTTAGTAGGATCTCTTCTTATATATCCTAATTTTTCTAATTTATTTAAAT +ACCCATGAACAGTAGATGTAGATTTTATATTTACAGCAGTACAGATTTCTCTAACAGAAG +GTGGATAACCTTTTGCCATTAGTTGCTCTTTTATAAACTCTAGAACTAATACTTGTTTAT +CACTTAAATCCAAATACATAAAATCAACTCATTTCTAATTTAAATTTATTTATATTGCAG +TTTAATAACATAAGATAGTCTATTTAATTAATTATACTTATATTTTAACATAATAAGCTT +TATTTCACAAACATTTGTTCTAGGTTTATAAAATATGTTGTAAGTAGGACTTTATCTAGA +TATTATTATTAATTTCTTCATCAATTTTTTTTATTTCTTCGTAATTATCGTTATTATCAA +CCCACTCAAAGTTATTGACAATATCACGCTTAACATTTTTCTTATGTGCAGCGTATAGTT +GGGTAGTTGTGACGTTATCATGATCTAATAGGTTTTGTACATCATAAATAGAAAAACCAG +TCTGAATTAAAGATGTAGCAGCAGTGGCTCTTAATTTATGAGGACTGTACCCATTATTTC +GTGTAGTTTCCATTGAAATAGAAGTGTATTTTTTTACAAGTTCTCTAATGGCTTTAGAAG +TAAGTCTTTTTCTTTGAAGAGATAAGAAAAGAGCATCTTTGACTTCATCTGATAGAACTT +CACTTTCAGGTCTTTCATTAAAGATATAATCTTTTACAACAGTTTCACAAGTATGGTTTA +TAGGCATAAGAACTTCTTTACCACGTTTTCTAAAAATCTTAAATTCACCTCTAGAGAAAT +TAAAAGAAGAGATGTTAAGTTCTCTTAGTTCATTAAGTCTTAGACCATATGTAACAAATA +AAGCTAAAATAGCTTTATCACGAAGCTTAGTTTTTTTCCAATATACTTTTTCTTTTTCAG +TAAGACCTTCACCACTTTCTACAGCATCTAACATTTTAGCAACTTCATCAATATCAAGCC +TTTTTATAGCGTCTGGTTGAGGCTTAGGAAGCTTAATAGGATTAAAACCATCAGTAATAT +TATTATCAAGTTGCTCATTTCTATATAGGAACTTAAATAGAGTAGAAAGAGATGATTTTT +TTCTAGCTAAAGCCCTATTGTTATTTTCAAAGATTAACGTATTCTTTTCTGTCTGCTTAT +AGTATCTACTACAATAGTCACCTAAGAATAAATTAACATCTCTTGCCTTAATGTTGTTAA +ATTCATCCAGCGTAATATCTTTAATAATTTCAGCTTTTGTAAGCTCTTGTGATTCTACTA +AATAATTACAAAAGAAGTTTATATCTTCAAGGTAAGCATAACGCGTAGAAACGGCTACAG +AACCTTTTAAATATATAAAGTAGTCTTTCATAAACTTAGGCAGTTGATTTTCTATTTTAA +TACATCTTTCCATAATATCATTATCTCTATGAACAATATTATCAGGTTTGTTTGATTTAT +TGTTAATTTTTAATACCTTATCGTTATTCAAAATGAATCCTCCTAATTAATTTAAAGTAA +CTTTTAAATGATTATGTATATAATAATATAAAATATCATATTATTTTTTTTCTTTCAATG +TCAATGTAGAAAGTAAATAAGTAGAAAACTAATAATTCTTGTTTAAATAAAATAGACTTG +AAATAGAGCTTTTATCTAAATTGATACATTACATTTGATAAATCACCTAAAAAGTGATCA +TTTCAATGTATAAGAACATATGTTCGAAGATCGATGAAGTGATAAGATAAAGTAATAAAA +TGACTATTTTAAGTTCAAATTTATTAATGAAAAAGCTTAAAATGTTTAACGATCCATAAA +TAAAATTTATAAAACTTTATTTGTGAATGAGTTAAAGAGGCTTGATGAAGCTAAAAAATG +TCTATAAATAAATAGCATTAAATAAATGAGGGTTATATAGATTAAGTATGTGAGAGAAAG +AAATTAATAGTATATAAAAGGTATATGAAATAATTTATAAATAATAAATAAATCAAAGGA +ATGTTATATTTATAAAACATTTCAAGAAATGTAGAAATATATACATAAGTTATAAAAACA +GATGGATTAAGCGAAAAACTTAACTTAATAGATATATAATAAAATTATTTTTAGGTACAA +AAAGAGTAAAGTGCATATATTCTAATCATTTACAAATTCATGTATAAATGATTAGAATAT +ATGCAAAAAGTGTAGCTTTAGTTTATTATCTATACAACTATTCCCTAAATATACATTTAG +AGAATAGTTGTATGTTACAAGTTTAGCACTTCCCCTTAAACCTATATATATTATCTGGCA +ATTTCTATTTCTATATAATTAATATATATATAAATTGAACTTACATATATAATAATTATA +CAAATATATAATATTTTATACATTTAATCATTTTAATGCATTTCTAAGGTTTATAATCCG +ATTATAATAATATAATGAATTTACTATATATTTAATTTTTAAATTGAAACTTAAATAACT +ATACATATTAGGATCACAATTATACGTAATTTCTTTAGTTAACATAGACTAAAATATAAT +ATTGATGATTAATGACCTATTAGAATATAAATTACTTAAAATGTTACTCCTACTCCTTCA +CTTCAAAAAGTTATAAATGATAGAGGTCCCTTGCTAAATATTCACCTAAAAAGCTTCTCT +TAGCAAAATTACCTTCTATAAATTAATGATTTTTAAGATTTGAAAGAAAAAAGCCCTTAA +ATCATTTTATTGTAAATAATAATACAAAACTATTGAAAAGTTAATAAAATGGTTTATAAG +CCTAATTACAGGCTTATTTTAAGCTTCTTTAATAGAGTATCTTTCTTATAATAAATAAAG +GATAAGTAATGAATTAAATGAACAATAAAGTACATTCAAATAAATTACTTATCCTTTATT +TATTAATATGTAATTTCATTTAGTTGTTCTAGGTCTACTTCATATTTATAATTACCATCA +AGAGATTCTACGTATGCTGTTCCGATATTATTGTCTACACTTATAAGATTTACTTGATTT +TCTTTATAAAAAATTTTACTATTTACGTTATTGTTTTCTCCGTTAACTATTTCCATTGCA +CGTCTTAATTGCATATGATCCTCCTAAATGTTTTCATTGTTAATTTTAATCTTTATTTAT +GTTCTCCAAAAATTTATTTTATATACAGGATTACGTAGTTATAGCATTATAGTAAATAAA +AAAATAAGAGAGATATATAATCCCTCTTTTATATAAAATATCAAACTTCTAAAATTTATC +TCGGTTCTATTATTAATTTTATCGCCGTTTTCTGTTCTCCGTCTATTTCGATATCTGTAA +AAGCTGGAATACAAACTAAGTCCATACCGCTTGGAGCTACAAAACCACGTGCAATAGCAA +CGGATTTAATAGCTTGATTTAATGCTCCTGCTCCGATAGCCTGGATTTCTGCACTTCCCT +TCTCTCTTAGTACCCCTGCTAAAGCTCCTGCTACAGAATTAGGATTAGATTTTGATGAAA +CTTTTAATACTTCCATTTCAACATCCCCCTCTTTGATTGGTTAACTAACTAAAGTACTAA +ACCATCATGATTTAACATATACTTCGATATTGAACTAAAAAAACCTTTATTTATTTTTGT +ATACAACTCCTTAATTCTTGTATTTCCTTATCTGTAAAGCCTGTAAGTTCTTTTATAAAT +TGTAAATCTGATTTTTTTTCAAGGAGTTCTATAGCCATTAATTTTTTAGTTTCTAATGTT +TTAATTTCTTTTTCTAATCCATAATTTTCTTCTAGATCAATAAAATTTATAGACTCTGTA +CATTCTACAAAAGAATCTACTGGAAACTCCTTAGTAGAATATGTATATTCTTCCTCTTCG +TTGTCTAAGTTTAAGTTTTGTTTATCTTTTCTTTCTTTAATAAAGTCTCTATAGATATCG +AATAATATAAGCAACGCTGGGATTATGAAATAAAAACCAGTCCCTATAATACCTATGATT +GATGTAGATAATAAAATAATTTTATTTAAATTGTCTATATGCTTTTCTAATATGAATGAT +TTTACAATGCTAAAAAATAAAGTTATTAAGCATAAAGGAAATAATAGATAACTAGAAATA +ACTCCACCTATACTTAATGAATCAAAATTATTGCCTATATTTCCAAATACAAACATATAA +CCATTAACGTATGCAAACAAGCAAGCTAAAACACCCAGAACAGAGCCGAGAGCTTGACTA +TACCAGTCTAAAAAACGCGAATTCATCTTATTCTCCCCCTTCTTGTAAGTAGTGTATATA +AAATAATATGATTTATGATTGATAAATATATCATATTATAAGATTAGATTATTTATATTT +TCCTATTTCTATTTTTTGTAAAAAGTATTATAATTTAAATACTTTAATTATATTCTTTTA +TGGTTATGATATTAGAATATAATTAAGTGATACATCTTATTAAGGGGAGTTTATATATGT +TAGATACGACAGAGTTAATATTAAAAGTTAGTTTTTTTATTTTGACAATTATTTGGATAG +GAAAAATAATGATTCTAAGAACAGATAAACAAATCGTTATAAATCCTCTACTAATTGGAA +TATCTGCTATTTTAGTAGTATTGCCTGAAAGTAATGAATTAAATAATACTTCGATAACAA +TACAAAAAATTAAAATAATGTTATATATATTATATTGTTTAGTAGTGCTATTTGGAGTAT +ACAGTACGAGAAGAAAAAGTAATATTTTTTAAATAGAAAAAGAGAAATAGGGTTATTTTG +ATTTAATATCCTAATTTCTCTTTTTTTATAAATATAAAATACTCTTTTAATCTATTTAAT +TAGCTTTTAAAAGTATTATAATTATCAAGTCAATTTATATTGCCATATGTTGATTTTTTA +TACTTATTTACGCTTTTTAGCTTCACATCTGTATATTTGCATACCTTGAGACATAAATTT +ATCTTCGTATTCTGTAGTGATATTTTCTATTTCTGTATTTTTAGCCAAATCTAAAGAAAT +ATTTTTTAACATCCAGTCACTAGCTGCTATTTCATTTAAGCTGAATTCGAATAAATCTCT +ATTGTCTGTTTTAAAGTGTAATTCACCATCATCCTTTAATATAGTATCGTATTTTTCTAA +GAAACTACTATGAGTTAATCTTCTTTTAGCCCATCTTTTCTTAGGCCAAGGATCACAGAA +GTTAACATACACTCTACTTATTTCTTTTTCTTCAAAATAATCAAGTATGTTATTTACATT +ACCCCATACAAAAAGAATATTATTTAGATTAGCTTCATGTGCTTTTTCTACTGCTTTTAG +TAATACTTCTTCTTTTATTTCCATAGCGATATAGTTTATATCTAGATTATTTTTAGCATG +AGTTGTTATAAATTTGCCTCTACCTGTACCAAATTCTACGTGTATAGGGTTGTTGTTTTC +AAATTTTGAACTCCATTTTCCTTTTAAGTTTTCTATATCATCTTTTATTACATAATCTGT +AAAACTTAGTAGTTTTTTATCAGATCCTTTTTTTCTTCTTCTTCTCATGTTTGATCTCCT +TAGTTGTTTATTTAAGAATAAAAAATATAGAGTACTAGCTAAGCTAATACTCTATATTAG +AATTAACAATCGCAGCCAGAGCATCCTCCGCCACAACCGCCTCCACCTTCAGGCATGTTT +TCTACAGCGATTCTGAATCCATATCCAGTATCTTCTATTGTAACATCCCCATATTGAGCG +AATTCAGCTTGATCCATTATAAAGTGTAATCCATCAGTATCGAATGTTACGTCAGATGAA +TTTTGCTCATCTAAAGCAAGACCGAAAGAAGGTCCGCTACAACCGAATCCTGCGAAGTAT +ATTCTTATGCTTGATGGTTTATCATTATTTTCACTTATTATTTTGTTTAAAGTATCAATT +GCTGTTTGTGGTAAAGTTACTTTCATTTAATCAATCCCTTTCTTTTTCTTTAGAATATAT +ATATTATATACCCAATATGAGTATATAATCAAACATTTTAGTAAAATTTTTTAATTATGT +TAATTATTACAGATTTATATTGTTTAATCTATTTACAAATACACTATTTTGAAGATACAA +AAGCATCTATATTAATCTTCTTTTCATCTTTTAAATTTATAACATATAGACTAGGGGTTG +TATAATTATATTCACTTAAAAAAGGAAAAAGAAGTGTATACCTATCCTCTTTTAATGAAT +GAAATTTATAAGTTCCATCTTTATCTGAAACACTGTGACATTTATTACCATTTGAATCTA +TTAATGTGATTGTTTTATCGCTTAATATATCATTATCATTAAGCACAATTTTTCCATAGA +TTGAGTATAAGTTAGAATTATTTTTATCAAAACTGAAAGAAGAGTTACTAATTTTCATTA +TTAATGGCTGTATAAGCACTCCACTTAATAATCCAGATTTAAAAAAAGGAACTTCATGGT +AGAAATCTGCTTTGATTATGCAATCAGAACATACGTTCTTTAGTGTGATTTTTGATATAG +AATATAGTATAGATGGTCTTTCGTTAGTTTGTAGTTCATCATAATCACCTGTAACTTGTA +CATTATAATAATGAATCAAATTATCTTCACCCCACAATATAACTGGCTCTAATGTATAGT +CCTCTCCGTAATTAATAAATATAGGTTTTTGTAGCACGATTTGGTCATATGCAATGATTT +TAACATCGTTATTGCTTAATGTGCTAACAAAGGAAAAATCATTGATATTGTTATTAGAAA +TATTTATTACTGCTAATTCTTTTAACTCAGATAAATTAGGAATAGTGTAGATATTATTAA +AATCTAGATTTATGCTTTTTAATTTAGTTAATTTGCTTAAAAAAGATAAATCTTCTATTC +TATTATTGCTTAATTCTAAATTAGTTAAGTTTCTTAAGTGAGATAGCTTGCTTGTATCTT +TTATTTTATTGTTGTTAAGTAATAGGTTGGTTAAATTCTTTGCAAACTCCAAACCATCTA +AGTGTTTAATATTTTTATCTGATAAATTTAATTCTTTTAATGAACCTAAGAATTGTTTGG +TTATTTCTCCTTCTGATTTGTCGCATGACATGGCTATTGATAACCTTAAGTGCTTATTTA +TCCAATTATCGTCTTTACCTTTTGCCAAATTAATCATTCCTTTATATTTTTTTATTTTTA +AAGTAATCTTTACTTAATATTTCATATTTATAACATGCTATTGGTTTTGATCCAGTTGAA +TGGAATTTTCTCTTAAATTTGCCTAAGCAGTTAAAGCCTAAAGAGTCTAAATAACTTCTT +GAGTGCTCGTTATCTTCGTATGTTTCAAGAAATATTCTTTTTAAATGTAAATCTTCAAAT +CCGAATTTAAGTATTTCTCTTGTTAGTTCGGGTATTAACTTAATGCCCCAGTATTTAGGA +TTTATACAAACTCCGATCTCACCCTCAATAGAATTACTAGGTATATTATTAAAACCAATA +TTACCTATTGTTTTATTATTTTCTTTATATACAATTGCGAATTGACCGATATAGCCTTTT +CTATAATTGACTAAAAAAAATGTTTTAATAAATCTTTCAGTATCTGATATAGAGGTATGT +TTTTTCATAGGAAGATATTTTACAACTATGTCTTGTCTATAATACTCATACATATCCTTA +GCATCTTTTATAGTAACTGGTCTTAATATACACCTTCTCGTTTCTATGATTTTCATTTGA +GGAAAAGTTAAATTATACATACTTAACCTCCTTTATTATATATTAATTATATATATAGAC +TATGATTTTGGTTATATAACTGTTCATAAAATATATACTTTTATGCCATTTTTTAAAAAA +TGACTATTTTCAAAGGTTTTAAGGAGCAAAAATAATTTTATGTCAGTTATATGTCAGAAC +TTTTATCTGTTTTTTGTTTTATATTTGTGGTAAAATTAAGTTATAAAATTAGATAATTTA +TTTTATATTTATACATTTATATACATATTAATTAGAAGGAGAATCACCATGAGTTTCGTT +TTTATAAGAAAAAGAAGCAAGAATTATATAGTTTATTTAGAATATAAAGATCCGGAAAGT +GGTAAGAAAAAACAAAAAAATATGGGTTCTTTCGAAAAGAAAAGAGATGCAAATAAAAAG +TTAACAGAGTTAAAAGATACAATATACAAGGATGATTTACTAACACCAAACACAATTACT +TTAAAGAAACACCTTTTAGATTTCTTAGAAAAATACAAAGAAAATTTATCTGTAACTACA +TATAATAGTTATATTAGAATATGTAATAAATATATTATACCTATCTTAGGAGATATAAAA +TTAGAAGATTTAAGACCTGTTCATATACAAAACTATGTAGATGATTTAGTTGGTATATTA +ACTCCACAGACAATTAAAATACATATAAATATTTTAAATTTGGCATTAAAAAGAGCCTAT +AGATTAAAGTTAATAAGAGAAAATGTTATAGAATGCATAGAAATTCCTAAGTCTAGGAAG +TTCAAAAATAAAATATACAACCAAGAAAATATGGTTAAGCTTCTAAATATAAGTAAAGAT +ACACCACTGGAACTTCCTATAACACTAGCAAGTGGTTTAGGGCTAAGAATATCTGAAATA +CTAGGCCTTACTTGGGATAATATAGATTTCGAAGAGAAACTTATAACAGTAGATAAAATA +ACTATTCGTTCTAATGGGAAGGTAGTACTTAAAAGTCCTAAGACGGATACATCTATTAGA +ACTATATCTGCTCCAACAGAAATTATAAGTATGTTAAAGGAACATAAACGTAAATGTTTA +GAATTAAAACTAAAAGGCATTATAAGAAAAGATAACAACTTTATATTTTTCGATAAAAAC +GGAAATCCAATTGCGCAAGATGTATTAAGTAGAAAGTTTTCTCGTTTTTTAGAAAAGCAT +AATTTAGAACATATAAGATTTCATGATCTAAGACATTCACATGTAACATTACTTATAAAT +TCAAAAGTTCCTATAAAGGTAATTTCTGAAAGAGTTGGTCATTCAAATATTAATACCACA +TTAAATATTTACTCTCATGTTCTTAAAGAAATGGATAAAGAAGCTTCAGATAAGATTTCA +GAAAGTTTATTTAAGTTGGATTAACATAATATTAATAATGTAAATAAGTTTAAATAAGTA +CGAAAAACGACTTTTTAAAATCAATTTTAAGACGTTTATAATAACCTTGGCAAGTGATTA +ATCCTTGAGAAGTGTTAATTTGCTTAGAATGTAAATAAATAGATATTTAAGCAGTTTTGC +TTATTTTTATAAAAAATCTAACTATTTTCATAATAGATTCAGTTAATTTTAATAAAAAAT +AAATTACATGTGATATTTATTAATATTAGTAATTAATTCTCAACGCTATAAGTTTACATA +TATAGTATTATGTAAACTTATAGTATTTTCTTAATTCTAAAAATCAGTAAACTTATAACT +ATAATCAAAATCATAAAAAAAATTGTAATAGGATATGCATAGTGATAATTAAGTTCTGGC +ATGTATTTAAAGTTCATGCCATAAATACCTGTTATAATTGTTAATGGAGATGCAATACCA +GTTAGTATAGTAAGCTTTGTTATTAAAGAGTTTGTTTCTTCTGCTACTTGGGAAGAATAT +ATATCTAAAAGTTTATCTGCCAGTTCTCTTGTAGATATAGCAAAGCTATATAATTTATCT +ATTCCAAAATCTATCCCTTGTAGATTTTCAATATTATGTTTTTTTATGTCCGAAGCTTTC +ATATACCTTATATTTTCTTTTAGGATTCTATCACCTATATATAATAAAGGCCGAGTATTT +TTTACTATAGTCCTAGTTAAACTTCTTACATGATTAATATCTGATATATTATTGTCATAT +ACTCCATTCATAATATTATCTTCCATCTCTAATATCATATCTTCTACAAGCTCTAAATTC +TCAAATCCATTTAACATTATCTTTTTAAAGATAAGGTAATTAATTTTATACAATGATACT +ATAGGAGTTTTACTTAATGTATGCTTATTTTCAATTACATCATTTATATATTTATATAAA +AAATTATCGTTATTTACAACTACAAGAATAAAACGATCTGCAAGATACATATTAATTTCT +TCTAGATAAAGATTTTTATTTTCTAGTTTGTATGTATTTAAACTTATAAAGTCATATTTA +TCAAATACATCTAATTTCATACTATCATCGAATTCTAAGCACTCTCCAAAAGTAGTTTCA +TCAATTTCTAAAGGGTCTTTAAGTTCTTTTAATTCTTCTGGTGTACATAATATAAGATAG +TAATTACTTTTATGGAAAAAGTCACTCTTTGTATTATTATATAACTTATCTATAGTTAAA +TCTAATATGTTCATTTTATCACCTTTTCAAAATTATCCTCTATTAATTTAATATATGACT +TTTCTATATTTTTATACTTTTAGATTAAAATGTTATGCTATATATTGCTTATCTTACTAT +AATTTATAAGGGTACAAAAAAGAGAAGCGTTAGCTTCTCTTTTTCTATATAGATTCTATA +AAGTTTATAACTTCAGTAATTATCCAATCTGGAGTAGATGCACCTGCTGTTACTCCTATT +ATATTAAACTTCTTTAATTCATTAATATCTAACTCATCTTTTGTTTCAATTGCGAATGTA +GGAACTATGCCGCTACATATATTTACTAGCTTTTGTGTATTTGAACTGTGTTTACCGCCT +ATTACTATCATGCAATCTACTTCTTTTGATAGCTCTTTAGCAGAAAATTGTCTTTCTTTT +GTAGCTGAACAGATTGTATTTTTAAAAACAATATCATTTAGTCTTTCAGATAGTTTTTCT +ACTATAGAATTGTATAAATCTAAATTAATAGTAGTTTGTGATACTACACAATATTTTTCA +TTAGCATCTAAATTTAATTGATCAATTTCATCAAGAGTTTTAATTATAATTGCATCTTCA +TTGCACCATCCATTTATACCTATAACCTCAGGATGATTTTTATCACCTATGACTATAATC +TTATAACCTTTTTCACTATAATCTTTAGCAATATTATGGATTTTTTTAACAAATGGGCAA +GTTGTGTCTATAACATTTATATCTTTTTCTTTTGATTGTATATAGATATCTTCACCTACT +CCATGAGATCTTATTATTACACTTTCATTTGATGGAATATCATTTAAATCATTAACAGTT +TTAAGACCTCTATCTTCATACTTTGATACAGCTTGTTTATTATGAATTAGCGGACCTAAA +GCATATATTCCATTTTCTCTTTCTTCAAGTTCATGCCAAGCCATATTCATAGCTCTTTTT +ACACCAAAGCAAAAACCAGCATTGTTAGCTATCTTAACTTTCATATGCTATCTCCCTATT +TTGAATTTATATAATAGTTCTCTTTAATCACCTCTAGAACATTTTGAGATAATCTTTCAT +AATCTTTTGTATTAAGTCTTTCTCTATAATAATCTTCAAATGATATAGGTTTATCTATAT +AAATAGTAACTCTATTAAACAATTTATAATTAGATATTATAGATATCGGAACTACCATTG +CCTTTCCTTTTATAGCGAACATTGATAAACCAGCCTTAGCTTCACCAAATCCTGGTTCTT +TAATTCTTGTTCCTTCAGGAAAGATACCTAATACATACCCATTTTTTATACTCTTTAAAA +TATTTTTTATAGTAGATATATCTGGATTTTCTCTGTTTATAGGTATAACATTTAATTTCT +CTAATACATATGCTAAGGGTTTAATTTTAAACAATTCCTTTTTAGCAACAGCTGCTACTT +CTCTATTTTCAATTGCTGCTGCAATGAATATTGGGTCTAAGTTTGATTTATGGTTAGCTG +CTATTACAAGGTTTCCTTCATTTGGTATATTTTCAGCTCCGATAACTCTGTATTTAAAGA +ATATCTTAGAAAATACCTTAAATACTTTTATTACAAATTTATAAAAATTCATTCTATCTC +CCCTTAATATTACAGATTTATTTTAGATAATACGTAATCAACAACTTCATCTATTGATTT +TCCAGTAGTATCTATTTCTATAGCATTTTCTGCTTTTACTAATGGAGCAAACTCTCTGTT +TGAATCTATTTCATCTCTTCTTACTATATCTTTTATTATTTCTTCTAAAGATGTATCATA +TCCTTTTTCTGTAAGTTCTTTAAAGCGTCTTATTCCTCTTTCTTCAGGTGTAGCTATAAG +ATAAAACTTATAATCTGCATTAGGGAATACATATGAACCTATATCTCTACCATCTAATAT +AACAGAGTTTCTTTTTCCTATTTCTCTTTGAACATCTACCATTAAGTATCTAACTTCTTT +TATCTTAGCAACATTAGATACATTGTTACTTACTTCTATTGTTCTTATTTCTTCATTTAC +TATTTCTTTATCTAAGTAAAGGTTATTATCTCTAAAATCAATATCAGTATTTTGAGCAAT +TTTTATTACTTCTTCTTCATTATTTATATCTACATTATTCTTTAAACATTTATAAGTTAT +AGCTCTATACATTGCACCTGTATCGATATAATTTATATTTAATCTTTTAGCTATTATCTT +AGCTATTGTACTTTTACCAGCTCCTGCTGGTCCATCTACTGCTATTACTAAGTTATTCAT +TTTTGTTTCTCCTATTCTGACAAATATTATTTTGATAAATCGGGTCTGAGTATATCAGCC +TTATTTAAATAAACATGCTTTATATCACTTTTGTTTTTATCACTATTTATGTACATAATA +ACTCTTATACACTTTTCTAAACTTCCAACTATATACTTTTCTTCAAAATTTAATAAAGGT +ATATCAACAAGTCCTAAATTTTCTCTAACAGCAACTGCTGGGTACACTGCATCTAAATCT +TTTGTCATAGTAAAGCACATACTTATTATATCATCTGATTCTAAATTATTATTAGTAATT +ATTTTATTTATAAGTGTAGCTGTTTCATTTAATATATCTTCTCTTTTATTAGAAGAAGCT +GTTGTCGCACCTCTAATTGCTAAAACTCTCATAATTATCACCTATACACTTAATCCTGCA +AGATAACCTGTTGAAAATGCTATTTGAAGGTTATATCCTCCTGTTTCAGCATCTATATCA +ATAACTTCTCCTGTAAGATATAAATTTTTTATTATTTTAGATTCCATAGTTGAAGAATTA +ATTTCTTTAACAGATATTCCTCCACTAGTTACCATGGAAGCTTTAATACCTAAACAACCA +TTACATGTAAGCTGCATATTTTTTAAATATTCAATTATTCTATTTTCATCTTTTTTAGAT +AATTCATTAGCTTTTTTATCACTTAAATCTAAAACATCAAATATGCCTTTTAAAAAGTTC +TGAGGTAATATGCCCTTTAAGTTATTTAAAACATTTTTATTTGGATTTTCTCTTAGTGCT +TTAGATAAATCCTCTACACTAACATTTGGTAAACAATCTATCGTTAAAGTCACCTTATCA +TTTTCTAATAGTTTATTTATATACGATGACATTATTAATACAACGGGTCCTGTTATTCCA +AAGTGAGCAAATAACATATCTCCTATTTTGGAGATTTTTTTCTTTTTGATTTTGCAAGAT +ATCTCTACTTTTTGAAGAGCAATACCTTGTAAGTTTTTTATCCAGTTTTCTTCTATAGTT +AATGGGCTAAGAGCAGGATATAACTTATTAAGTGTATGATTATTCTTTTGAAGTATATCA +TACATTAATCCATCTGAACCTGTACTTTCGTAACTTTTACCACCAGTAGAGATTATTACT +TTATCTGCATATATATTTTTATTATCGTCAGTAATAACGCCTGATACAGTATCATCTTTA +ACTATAAGATCAATTACTTTTGTATTATACATTATCTTTACATTATTTTGAATTAAATCT +TCTTCTAGTATATCTATTACTTCAGTTGCTTTATCACTTTTTGTATAAACCTTATGGTCA +TTAGACTCCTCAACTTTGTACTCTAAGTTTTTACTACTAAAATAATTTAATAGATCTGTA +TTTGTAAATGTATAAAAACTACTGTATAAAAATTTCTTATTATTAACTACTTTATCAAAG +AATTCGTCTATATCTCTATTATTAGTGATATTACATCTTCCACCACCAGTTAACTTAAGC +TTTTTACCTAATTCATTGTTTCTTTCTATTAATATTACTTCATGATTTTTTGAAGCTGTT +AAAGCAGCCATCATACCAGATGGGCCTGCACCAACCACTATAACCTTTGACATAAATACT +CTCCTTATTCTAATGCTGATTTATTTACAGTATAGTTAGTTTTAAAATGGCTAGTATCGT +TCATTTTTATTACTACTGGTCCATAATCTTTAAATTCAACAATATTAAGTGCTGTATTAT +CTTGTTTTATTCTGTATATATTCTCAAGTCCAGAACCTAAACATGATAAAAGTATAACTC +TTACTGTTACTGAGTGACTAACTAGTAGTATATGTTTGTTATCATACTTTTCATTTATTT +CCTTTATAAATTCATCTACTCTATCTTGTATTATAGAAAGAGTCTCTCCTCCAGGAACGT +CAAATAAATGAGGTGTATTTCTCCAAATACTATACATATCAGCATAGTTCTCTTTAATTT +CATCCATTAATAAGCCTTCCCAAACACCAAATCCCATTTCTCTTAAGGCATTAGTCTCAT +TAACTTCTAAGTTTAACACATCTGCTAATATATTTGCAGTTTCAACAGCTCTTCCTAAAT +CACTAGAATATATATAATCTATTGGATATTTACTCATACTTTCAGCCAATGTTGTAGCTT +GCTCTATCCCTTTTTCTGTAAGGTTAGAGTTACCATGTCCTTGAGTTTTTCCAAGAATAT +TCCAATTAGTTTCACCATGTCTTACTATGTAAAATGTATTTGCCATAATGTCCTCCTAAA +TTATTCTCTCTTTATTTTTAGCTATTACCAAATTTTTATTATATCATATATTGTTTAATA +ATGATATTTTTTAAGCAATATATGGTGCATATGAGTTTATATATTGGTTAAGTTAATGTT +ATATAATTTTATTATTTACTTATATACACATATTAAAGGAGATTAAGTCAATATAATAGA +AGTGTATAAATAAATTGTTAATATATTTAAAAATATATATAGGAGGTGCAATAACATGAA +AAATTCAAAACTTAAATTTGCAGATATATTTGTACTTTTAATAGGTTGTTTGCTAATGTC +AATATCAATAAATATGTTTTTCGACCCTCATGATATAGCACCAGGTGGATTGACTGGTGT +ATCTATATTAGTAAGCACCTTAACAGGGATACCAATTTGGTTAATAAATATAAGTGTAGA +TATTCCGCTATTTTTATTCGCATATAGGATATTAAGTAAGAAGGACTCCTTAAAAACAGT +TCTAGGTATAATCTTTCTTACAACATCATTAAAGATTACAGAAAACTTTTCTAATATTCA +TATAACAGATGATGTTTTATTATCTGCTATTTCAGGTGCAATAATAATGGGTATTTCTCT +TGGTTTAATATTTAGAATAAATGGTAGTACTGGAGGCACTGATTTAATAGGATTATTAGC +AAATAAATTCATGCCTAATCTTAGTGTTCCGATGCTAATGGGATGTGCAGATGCCGTAGT +TGTTATATTTTCAGGAATCGTAAGTAGAAATATTGAAATAGCACTTTATTCTGCAATAGC +ATTATATATAATTGTAAAAGTTAGTGACATTATGGTTGAAGGTATAAATACATCAAGCTC +CTTTACAATAATTTCTGATAAGCATAAAGAGATAGGTCAAGCGATCACTGATGAATTAGA +AAGAGGTGCAACAATATTAAAAGGTGAAGGTTTTTATACTAATAAAGAAAAGAATGTTCT +TTTAGTTGTTGTATCTAAGAAAGAGGTTGTTACTTTAAAGAAGTTAGTTAAGAGTATAGA +TGAAAATGCATTTATTATAATAACTGATATATTTGAAGCTTTAGGAGAAGGATTCAAACC +TATTTAATCATAATAAAAGAGCAATACTTAATTTAAAATGTAAGTATTGCTCTTTTTAGT +TGAAATTTATATTTCTAAAGTATTAATTAGGAATTTTATTTTTAAATATGAAGTTATGAA +AACTATGAGTCTTAAGATATTTTTAATATAAATGAGTATTTTATTTTACCTTAATATCTA +TGTTGTCTTCTTTACCATCTACTACTATAGTACATCCATTATATATAGTTCCAGCTATTA +TCATTCTTGCAATCATAGTTTCTAAAGTATTTCCAATGTATCTTTTTAGAGGTCTAGCTC +CATAAACTGGATCGTATCCTTCTTTTGCCATAACATCTTTTGCAGTATCAGTAACTTCAA +TAGATATATTCTTTTCGTGTAATCTTCTTTTTAAATCGCCCATAAATATATCAATTATTC +TCTTGATTTCATTTTGAGCAAGTGGTTTAAACATTATTATATCATCAACCCTGTTTAAAA +ACTCTGGTTTGAATCTACGTTTCATTTCATCCATTACAAGGTCTTTTGTTTCTTCACTTA +TATGCCCGTCTTTAGCTTCTAAAAGATATTTACTACCAATATTTGAAGTCATTATAATTA +GTGTGTTTTTAAAGTCTACAGTTTTACCTTTATTATCTGTAAGCCTACCATCATCTAATA +TTTGTAAGAATAAGTTAAATACATCTTCATGAGCTTTTTCAATCTCATCAAATAAAATTA +CTGAATATGGAGCTCTTCTTACAGCTTCTGTTAATTGTCCACCTTCTTCATAGCCTACAT +AACCTGGAGGAGGACCGATAAGCCTAGATACAGCATGTTTTTCCATGTATTCAGACATAT +CAATTCTTATAATGTTATCTTCACTATCAAATAAGTTATTAGCCAGAGTTTTAGCAAGTT +CAGTTTTGCCAACACCTGTAGGACCAAGGAATATAAATGAACCTATAGGTTTTTTCTCAT +CTTTTAATCCTGCTCTTGCACGTATAACTGCATTAGCTACAGCTGTTACTGCTTCATCTT +GACCAATTACCCTATTATGTAGGTCTTCTTCAAGTTTAAGAAGCTTTTCTCTTTCACCTT +CCATAAGTTTTGTTACTGGTATTCCTGTCCATTTAGCAACAATTTCAGAAATTTCATTTT +CAGTTACTTCTTCTTTTAATAGAGCATTTTCATAACTTTTTTGCATATTTTCTTCGCGTT +CTTTTATTTGTTCTTCTAATTTAGGTATTACACCATATTTAACTTCAGCTGCTTTATTAA +AATCATATTCTCTTTCATATTTTTCTACATTACCTTTAGCTTCATCTAATTGAGTTTTTA +AATTTCTTATTTCGAGGATTTGCCCTTTTTCCTTTTCATATTTAGCAGTCATTTCATCAT +TTTTAGATTTTAACTCTGCAATTTCTTTAGTTATTTTTTCAAGTCTTTGTTTACTCTTTT +CATCATTCTCTTTTAATAAAGCTTCTCTTTCTGTTTCTAAAGTGAATAGTTTTCTTCTTA +CTATATCTAAATCAGTTGGAACTGAATCTATTTCACTACGTATCATAGCACCTGCTTCAT +CTATTAAATCTATTGCTTTATCTGGTAGGTATCTATCTTGAATATATCTATCAGATAGTT +TTGCAGCAGCAACTATTGCACTATCATGAATTCTTACTCCATGATGTATTTCAAATCTTT +CTTTTAATCCTCTTAATATAGACACTGTATCAGAAACACTTGGCTCATCAGCTATGACTG +GTTGGAAACGTCTTTCTAAAGCTTTATCCTTTTCTATATATTGTCTATATTCATCAAATG +TAGTTGTTCCTATACAGTTTAATTCACCACGAGCAAGCATAGGTTTTATTAAATTGCCAG +CATCCATTGAACCCTCTGTTTTACCTGCACCAACAATAGTATGTATTTCATCTATGAATA +ATATAATTTTACCATCAGAACCTTGAACTTCTTTTAATACTGCTTTTAGTCTTTCTTCAA +ATTCTCCTCTGTATTTAGCCCCAGCAATTAATGCACCCATGTCTAAAGATATTATAATTT +TATCTTTTAATCCTTCAGGTACATCTCCTCTAACTATTCTTTCTGCTAAACCTTCTACTA +TAGCGGTTTTACCAACACCTGGCTCTCCTATTAAAACAGGATTATTTTTTGTTCTTCTAG +ATAAGATTCTTATAACCCTTCTTATTTCTTCATCTCTACCTATTACTGGGTCTAGCTTAT +GTTTTTTAGCTAAATCAACTAAGTTTGTCCCATATCTAGATAAAGCTTCATAAGTTCCTT +CTGGGTCTTGAGTTTCAACTCTTTGATTTCCTCTTACTTGTGATAATACATTAAGGAAGT +CATTTTTATTTATATTATATTGTTTTAATATTCTTCCAACAACAGAGTTAGTTTCCATAT +CCATAATTGCAAGCATAACATGTTCTACACTAATATAAGAATCATTAAATTCTTTCGATA +TACTTTCAGCCTTAAGTAATACTTCATTAATACGTCTAGACGCAGTTACTCCTTGAGAAC +TTACACCTTCTCCGTATATTTGCGGTAATTTATTTAACTCAGCATCTATAGTATGTTTTA +GCGATTCAACTGATATATTTAGTTTTTCTAATATATTTGGTATAAGTCCATCCTCTTGAT +TAACTAAAGCCGAAAATAAATGTATTGTGTCAACCTGTTGATTATGGTGTTTAACTGCTT +CGTTAAAAGCTTCATTCAAACTTTTTTGAACTCTAACCGTCATTTTTTCTACATCCATTT +AAAATCCCTCCAAATTCTATTATGTATAAAAGGTAATAGATATTTAATAATAGTATTTAC +CAAAATGAATTAAAATAACTTAATAAGTATTTATTAGATTTATTAAATTTAATTTACATA +ATTTATTATAATACACTTACACAAAATAAAAAGCATTAGATTGAATTTACTTTCAAATCT +AATGCTTTTTACAAAAGAATAACTTATAGGCTACTCTTTTTCCCTATGCTTTATTAACTA +TAATTTGTGTATTTAGCATTTATCTTTTCCTTGGTATAAGATAACAAATCTAAGCACAAG +TATTAAGTTAGGTAAATCAAAATACTTTTTATTATAGCTAATGGTATATTTTTCCATATA +TACAGTTACCTAAGCATAAATTCTATACCTCCAAAGAACACTACTAAAAGGATAGGTAAA +TCTAGCTTTTATATAGTAAGTATAGAAAGTAGTTATTAACTACTGATAATATATTAACCA +GATTTTAAGCAATTATACTAAATAAAGTTTTATTTTTTTGAATATATATTTCATTAAAGT +ATAAACCTAAATTATATATATTTTTATTTAGGTTTTGTTAATTAGATATGATGAGAATTA +TTCTCGAATTGATAAATAAACCGATAGGTTAAATTAAGTTTCATATTTTTAAAAATTTGC +ATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAGG +>MGYG000000001_23 +CTCGACTCCTTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTAATCCCTATCGG +GGTCGAGATTCAAATATAAATAAGTTAACAAAACGATTATTTTTATTAGGGGGAAATATG +AAAAATATTACAGTGCTTATAAAACCTAGCTCTAGTGATTGCAATTTAAATTGTAAGTAT +TGTTTTTATAAAGATTCATCTAGGAATAGAGAAACTTATAGTTATGGTTTTATGAATGAT +GATACATTAGAATCAGTTATAAAAAATACATTAGATCAAGAAATTTTTAGTTGTAATTTT +ATGTTTCAAGGTGGAGAACCTACTTTAGTCGGACTTAATTTTTATAAGAATGTTATTCTA +CTTCAAAAAAAGTATAATAAAAAAAATATTCACATAACAAATTCAATTCAAACTAATGGT +ATTAATTTAGATGAAAGTTTTATAAAGTTTTTTAAAGAAAACAACTTTTTAGTTGGTATT +TCATTAGATGGCCCAAAATATATTCATGATTCAAATAGAAAGCATTACAATGATTCTGGT +AGTTTTGATGATGTCATTTCTACTATTATGCTGCTAAAAAAATACAAGGTGGAATTTAAC +ATTCTTTCCGTAGTAACTAAATATAGCTCAAAACTTGTAGGTATAATCTATGAGTTTTAC +AAGAATCAAGGCTTTACTTATCTTCAATTTATACCTTGTATAAAAGAATATAATCGTGAT +TGTAAATCTATAGAAAGAGATTATTATTTAGATAGTAATACTTATTATAAGTTTTTAGAT +ACACTCTTTAATCTATGGAATGAAGACGTCATAAATGGAAAATTTATTGAAATTAGAAAC +TTTATGGACTATATAAACGTAATTAAAGGATATAATCCTACTAGTTGTGGTATGGGAGGA +TTTTGCAGCTTGCATACAGTTGTTGAATCTAATGGAGATGTTTATCCCTGTGATTTTTAT +TGTATTGATGAATGGAGACTAGGTAATATAAAGTATAATTCTTTATATTATATAAGGCGT +AATGATTTAGCTAAAAAGTTTTTCGAAAGATCTATATATATTCATGACGAATGTAAACAT +TGTAACTACTTTAAACTTTGTGGTGGTGGATGTAGGCGTAATCAAGAACCTTTTATAAAT +GGTATACCTTCACATAATTATCAATGTGAGAGTATAAAAAAATTCTTTGATAACAATCTG +AAAAAATTAATTAATTTAGCAAAATATTATATATAAAATCAAATAAAGTAAGATCTGTAT +ATTAACACCATTTATATTATGATTCATACGGATCTTACTTTATTGTTCTGCTCTTATTCA +GATATATTGCTTTCTTCACTTATATATTCTTGTATTCCTTTAACTATAGCATTAGCAAGT +TTATTTTGATAAGAATTTTTAGATAAATTTACGGATTCCTTATAATTAGTTAAGAAACCA +GTTTCTATCAATACTGATGGACAACTAGAATCTCTTAGCACTTGATAGTTCCCACGTTTA +ATTCCTCTATCAACAGCACCTACACTTGATATTATATTATTATGAATAGATTTCGCTAGT +TTATACGACATATCATCGTTCTTCCAGTAGAAAGTTTCTACTCCTTCAGTACTAGATGAG +CTATCTCCTGTTGCATTAGCATGTATTGATACAAATAAATCTGCATTATTTTCAGCTTCT +ATTTTATTTCTTTCTTTTAAAGATATATATTCATCAGTAGTTCTTGTAGCTATAACTTTT +ATACTCTTATCTTTTTCTAATTTTTCAATTACCTTACTTCCAATTTGCAACGTTATATCT +TTTTCCATTTTTTGTTTATCCAGGCTTTGTGTTCCTTGATCGTTACCACCATGCCCTATG +TCTATCACAACTATTTTCTTGTTATCGCTAAATATATCAATATTCCCATTTATAATATTA +TTTAACTTATTAAATACAATAACTATAAATAATACACCTATAAAGCCTAATAAAGCCTTA +ACTCCTGGCTTTAGCTTTCTTTTTACCCTTCTTTTACTTTTCATATTACGAAACTCCTTT +ACCTATAAATCATATAACTTCATGACCTTAATTATATCCTATAATTACCGTACTTTTCAA +CTTATCCAGTAAATAATTAAACGCTTAAATATTGTCATTATGAATCATAGATAAGGATTT +AATCTAGGGTATTATGTACAATATACAGCCAACTATACCAGAACCTAACATTACATAAAT +AGGATTTGATTTATATTTTTGCAAAATAAACAAAGCAATTGAAAATAAACCTACAGAAAT +AAAATCAATATCTGACAAATTTAAAGAAATACCATTTTCTCCCCAGAATGAAAGAACCAT +AATGGATACCCCTGCAGATGCTATAAGGGCTACAACAGCTGGACGCAACCCTCCAAGAAC +CCCTTTCATAAGAGGCAGATTTTTGTATTTAAAATAAAGCCACCCTAATAATGATACAAT +AATACATGAAGGTAATATACATCCTAAAGTTGAAATAATTGCACCTAGAACTCCTGCGAT +TCTTATCCCAACAAATGTTGCTGCATTTATAGCAATTGGACCTGGCGTCATTTGAGAAAT +AGTTATTAAATCTGTAAATTCTGCAAGAGTAAGCCACTTATTTACATCTACTACCTGATC +TTGAATAAGTGGTAAAGCTGCAAATCCTCCTCCAAAACTAAATAATCCGACTTGGAAAAA +ACTTAAAAATAATTTTATGTATACCATTATTTATTAACCTCCAATTTATCTTTATCCATT +AGAAATACTCTAATACCACCTATAACTCCACAAATTAAAATTATATATATTACATTAATA +TTTAAAAAGGAAGTAGTAATAAAAGCTCCTATCATAATAAATAAAGATGTAGTAGATTTT +TCATTTACTACATTTTTTCCTAAATTAATAACAACATCGCAAATAACAGCCGAAACACCC +GATTGCATCCCCTTTAAAACTGCACTTACAACTGCATTATCACGAAATGCTGTATAGAAA +ATAGAAATTATAGATAGTATGATTAATGGAGGTAATATAGTTCCTAATATTGTTACAAGT +GCTCCAAATATACCAGCAACTTTATATCCCAATAAAATAGATGCATTTACAGCCACTGGC +CCTGGTGAAGACTGAGCTATTGCAACCAAATTTAACATTTCTTCCTCTTCAATATAATTC +AAATCATCTACAAATTTCTTTTTCATAAGAGGTACTATTACATATCCTCCACCAAAAGTA +AATGCACTTAGATAAAATGTAGATATAAATAATTTTCTATAAATAGATTTTTTCACATTC +ATTTTAATCCCCCCTTAATCTAGCTCAAAACATAATATCTAATTTAATCTTTATTATAGT +TGATATTGTCTACTATTGGTAGCTTATATTTATAAAACTAAAGGGATTGTAATTAAAATA +TAATTAAATAATACTTAGGCTTAGATATAAATATACCTAAGCCATTTTGCACTATAAAAC +TAATTTTAATACAATCCCTATTTAATAATATCAATCCAAATTAATTCTCCTGATTTAAGT +TTTAAAGTATCTACTTTTTCTCCTTTAACATATACATCTGTAACTTGCTCTTCAAAAGAA +TTATTTATAACCGCCATTTTACCAACTTCAATAAAGGCTGCACACTCTGTATTTACGTTA +CTTACATAATATTCCTTCATCTTATCTTCCATATTCTTAGTCCAGTATATAGATCTTAAT +AAAAGTCTACAGTTTTCTGGAGTATATGGAAGTCCTGACATATACACTGCTCTACCTTTC +CCATAAGTATTTGTAGAAAGTGATATGTCTCCCTTATGTATAGAAAGTATTTCTACACTA +TCTCTCTTTTTGAAGATTCCTTCTTTACCTTCTCCAAAATTAAATCCGTCTTTGATTTCT +TCAGTTATAAAATGTTTTTCAGTTAACTCATGATATTTTCTATAAGATAATCCATAAGTT +AAATCTCTATCTACTCCAAGTACATCAAATAGTTGGAATAACTTTCCTTGTTTTTGATAT +GCAGTTGGCTCTCCTACACCTATGAAACCGCCTCCTTCATATACCCATTGTCTAAGATTA +GTAATTATTTCTTCATCTATCCAGTTTTCTCCACCACTCCAAGAAGTCATAGCATCTCCT +GCATTTATTATAACACCTATATCACTTGGTATTCCATTTCTTATGTCTTCAAAGTTTATA +AATTCTACATCTACAGGCATACCGCTTAAACATTCTATAACTCCAACGTACGAATAAATC +TCTTTATACCATAATGCATGAGCTACTTGATTAGTTTGCCAACTTCTTAATTTACCCCAA +CAGTTAAGTACAGCTACCTTAAATGGAGCAGTATATGCCTTCGTTTTCTTAATATTCTCA +TGTATAGTTCTAAATTCTTCACATATTTTTTCTACTTCATCAACAAACTCAGGGAACTTA +AGAGCTAGACCTAAGTATCCACCATAGCCTATTCTATCAAGAGGCTTTCTAAGTATTGCT +CTTCTTGCTTGAGTCCAGTTTTCTCTAGCTTCACCTACTGGATCTCCACCTTCTCTGAAT +ACATCTGGGAAGAAATATGGCAAGAATCTTCCCTCTGTATATTTTACACCTGGTATATCA +GATATCATTCTCATAGTAGTTCCATTTCCTACAGAACCTACAACTGCATCCAATCCTATT +GATTCAAAGTATTTTCCATATGGCTCAGTCCCTATCCAGTTATCACCTAAGAACATCATA +GCTTCCTTTTTAGCATTATGAGCGATATCTACAAGCTCCTTTGCATGAGTAGCTACGAAC +TTTGATTGAAAATCTACAAAATCTAAATATTCCTTAGTAGGTATTCTAAACGGAGAGTTA +TAGTATCCTTCATCTATAATATCTTCTGCTCTTAATCGATATCCTTTTTCTTTTTCAAAT +TCATCTAAACATTGTTTGCTTAAAGATGAGCTGTATCCAAACCAATCAACAAACTTTTCT +TTAGCTTGTTCATTATATATCAATGTAAAGTGATAGAAGAATGTTGTAAATCTTACAACA +TCTATCTCTGGATTTTCATCTATCCATTTTTGAAGGTAATTTTTCATATGTTCAAAAGTT +TCTGGATGCCTACCGTCATAAGGCATTTCATGAGGCTTGTCTCCCCAATCATTAGTCAAG +TGATTATACATTTGAGTTGGATCCCATATTTGATAAACTAAGAAGCTTACTGTATATTCA +TGAAAACTCTTTGCATTTCTAACAATAACAGTTTCATATTTATAATCAAAATCCCAATCG +CTAGGATCTACTGTTTCCCCAGTTGTTCTATCTATAACTTCCCAAAGCTTCTTTATATCA +TCCTTAGTGTTTGGTCTAAATTGCTCCTTATAGAAACCTTTCATTATATCTATTGAAATA +GTAGAATCTAATGCAATATGACTTTCACTTACAACATATAATTGTTGAAGTTCATCCATA +TGACTTTTAGCCCACTCTTGATCATTTCTTGTCGGTAAATATGTTGAATACATTTTTAAA +TTCAAATTTTGAAGGTCACTGGATAGTTTAGTTCCATCACAGTCTCTAATTGCATCAGCG +CCCCATCTTCTTATAATTTCTTGCATTTCTTTATCAATACCCACGTCAGTTGGTATTGTT +ACACATCCTGTTGTAGACATAATATTATCCCCCTTAAGCTATATCATTTTCATATTAAAA +CTTATATATTTTATACAAAGCTATTCCATAATATTATAAAATAAAGCCTATATCATTACA +TAAACTTTAATATAAAAATCAATTTTCTAAAATATGCTTAAACTAATAAACATTAAATTA +AATAGTTTTTTATAGTTTTACAATATTTTCTTCTATTTTTTATCTTTTGTCATTTTATAT +TTTTGCATAAATTTTTCTTTAAAAAGGGCGTATTCTAAAACTCTACTATATAATCCCTTT +GTTAGATTTTAAATATAAATTTACGTAAATTTGCAGATGAAGTGTGGATTGGGGTAAATT +TATATCAACACATAATCGCGAGCACTAAATAGCCAACAGTTTGAAAATAGCCCTTTTACT +TTCCAAATAAAAATTATTTATTTATAGCTTCTATTACTTTGCTATTTGATGCTTTTAATG +CGTCTAACCAATTTTGAACAGTTTGTTCACCACTTAATACTGAACCAGCCTTACCTAATA +CTTCATCTCTCATGTTTATTTCAGTATTTTCTACAGTTTTCCAAGCTTCTATTATTGGCT +TAGTACCATCATTAAATACTGTTAAACAATCATAACTTGATGCTGGTATATATTGTTTAG +CAACTTCTAATGCACCTTTAGTTGGAACTACTGCTTGGTTAAGCTTAGCATTAGCTTCTA +TCATTTCATCACTATATAAGAATCTCATAAACTCTTTTGCTGTTTCTATATTATCAGAGT +TTCCTGGTATATACATTTCTTCTATCATTGTAGATACATATCTATCTGCACCTTCTTTAG +TAGCTACTGGTGCCATGAATCCCCATTCCCATCCATCTTGAACAGCATCTTTCATTTCAC +CTTCATACCAGTTACCATTTGGACAGAATAAAGCTTCTCCCTTTAAGTGTGCAGTTTGAG +CTTGTATATGACACATTGCAGGTGTACCATCTAACATGTATCCATCAGTTCCTAATTTTT +GTATTTTTTCAAGTGCAGCTTTAACTTCTGGCTTATCCCATGCACCTTCTTCATAGTTAA +ATATAGCTTCTATAGCCTCTTCTCCTGCTTCAGATGCTATTGTTGGCCATACTAAAGCTT +CTAAGTATCCTGGATGTTGTCCTTGATATGTAAATAAAGCTATTCCTTCAGCCTTAGCTT +TTTTACCTAATTCAATGAATTCATCCAAAGTTTTTGGAACTTCCCATCCCTTTTCCTTAA +ATAAAGCTTTGTTATACCATAAACCAGTTACATTGTAGTATAGTGGTGCTAAGTATGGTT +TTCCATCTCCATATGGAGCAACTGATGTTTTGTCTAAAAGACCGTCCATCATTTTATCTT +TTATCGGAGTATCTTCTCCTGGAGCTGCCTTTTCAAATACATCAGTTAAATCAGCTAAGT +TTTTATCTTTTATTAATGCTTTCGCAACACTCTCTGCGTTTTGAGCACTATGATAAATAA +AATCTGGTGAATTTCCACTTGCTATTTGCGGTCTTATTACATCACCTATTTTTGCACTAG +CTGTTATTTTAACATCTACATCAGGATATAATTCCTCAAATTTTTTCTCAGCTTCTTCCC +AGAATGCTGTACCATATCCCCCTTCAAATACTGCTACATCAAGAGTCCCCTCAATTTTCC +CTCCTGATTGTGCTGCATCGCCTTTATCTTCGTCTTTACCTGTTGATGAACATCCTACTA +ATGATCCCATAATCATAACTGTTACTGCTAATAATGAACCTACCTTTTTAAATGGATGCT +TCATAATACCCCTCCTATAACTATTGGTTAAAAATTAATTTGAAATCGTTTTCTTAAGAT +AATTGTATATCAGATATACACATATAAAAATGAAAAATTTTTACATCAATATGGATAATT +CTTACTCTTTATAATATCTTTCTCTATATTCACTTGGAGTCATATTAAAGAACTTTGTAA +ATAGTCTACTAAAATAAAGTTGATCTTGTATTCCTACACTTATAGAAACATCCTTAATTC +TCATATCCTTATCTTTTAATAGTTCTTTTGCTTTTTCTAACCTTGTATTTTTTATATAAT +CTGATATTGTCATACCTAACTCATCTTTAAATATTCTGCTTAAATAAGATTCATTCATAT +TTACAACTTTTGCCAAAATTTCTAAATTTAATTTTTTTTCTAAGTTATTATTTATATACT +CAATTAATTTTTTTATTTCTCTTCTGCATCCAATTACCTTTGAATTAATCTGGTAGTTTG +ATTTTTGTCTTTCATTTTCTATTAATGCCAAGCACTCTTTTATTTCTTTACACTGTTTAT +ATATTACTTTTTCAAATTTGATATTTAAATATTGTTTAACATTTCTTGTTATATTTCCAG +CCAATAAATTAATATCATCGATTTTATTATCAGTTTTAATAATTATCCCAAACTCATTTC +TCCTTATATGAATAAGTGACATAAGCTTTGAGTTAACATCTAATGCACAACTATTAATTA +CGTTTGATATAAATGAACTTAATTTCTTTTCTTTTTCAGAGTTTTCTACATCTGTAGTTA +CAGCTCTAAGATATAAAAAATTAAAGTTGTTTAAATATTTTTGCTCTAAATTACTATCAA +TGGTTATATTTACTTCTCCTTTTAGATACATTTCTAAATATTCATTTACTTTTAGTTTTT +CACTAGATATCTCAACTATATTATTACCTTTTATTAACTTATTACTATTAATCAACTCAG +CCCTAGCTTTTTCTAAAATTTCTAAAAGCTCATTTTTACTTATAGTCACCTTCAAAATAT +ACTCATATGCTCCATTCTTCATTGCTTCTTTTACAGATCTAAAATCATCGTAATTACTAA +GAACTATTATCTTTCCTTTAAATTTTATTTCTTTTAGATTTTTTATTAATGTATTTCCAT +CCATTTTAGGCATTTTTAGATCTGTTATCACTATATCTATATTTTCTTTTTTTATTATAT +TTAGAGCTTCTAATCCATCCTTAGCTAAACTTACCAATGTCATATCATGTTCTTCCCAGT +TTATAATGGAACTTAAAAAGTTCCTAGTTATATACTCATCCTCAGCAATTAATACTCTCA +TATATTTATCCCCCTATAATCTTAGGAATTACTATTTTAGTTACTGTTCCTTGATTCTGC +TTAGATGTTATTTCAAAAGTAAATATTCCTTCATAATACAGGCTAAGTCTTTCTCTTACA +TTTTTTACACCTATACCTGCAAACATATCAATATTAAAAAAACCTTCTTCTAGTTTATCT +TCATTTATTCCTACACCGTTATCTGTTATTTCAAAATATAAGAATTCTTCTCCATTAGAT +ATTTTAATTTTTATACGATTCAGCTCATCATGTTCTTCAAAGCCGTGTAATATACAATTT +TCAATTAATGGTTGTAATATAAATTTTAAAATTTTCTCATCTAATAAGCATTCATCTATA +TCATAATCTATATTATAGGTATCTCCATATCTTATTTTGTTTATTGTAATGTAATTTTTA +ACATTTTCTATTTCATCTTTAACACTAATAAATTCATCTTTATTTACTATTGTACTTCTT +AATAATTTTGCTAATGCTTCTAATCCATTGGCTACCACATTATCACTATTCATCATAGCA +ATATATCTTAGACTTCCTAGTGTATTGAATAAGAAATGTGGATTTATTTGAGCTTGTAGC +ATTCTTAAAGTAATTTCCCTTTTTTCCTTTTCTCTAACCTTTACAGTATGTACTAGTAAT +TTTATATTTTGAGACATTATATTATATCTTTTCATTATAGTAGAAATCTCATCATTGCCG +CTTATAGGAATTGTATTACCTATATTTTTCTCACTTACACTATTCATAGCATTTACTAAT +TCATTCATAGGATTTGCTATAGATTTATAAATCAACATTGCAATAAAAATAGAAATACCT +ATAACAGCTATGCATACAAATATATAAGTTTTATAAATATCTATACAGCTTAAATATATA +TATTTATAAGGTATTACTCCTATAAGTCTCCATGAAGCATAACTTATAGGCTTAGTAGTT +GTAATATATTTTTTACCATTGTACTTTATTATTTTTGTAGTTTTATCTATATCTTTTACA +ACATTAATATTTTGATATTGGTTTATATTATTTTTATTAATTTTTTCTGATGCATTATTA +CTTTTATAATCACTAATTATTTTATTATTACTAGCAACTACATTATTATTTTCATCCAAT +ACTACCCCATATCCGTTAAAGTTTTCATTATAATTTTTAAACATTTCTACTATAACCTTT +TCTTTTATTGCTAAGAATAGGTATCCATATGTTGTTTTTCCTATTTTAATTGGCTTTGTA +ATAGCTATATAATTATAGCTACCTTGATTTATAGCAGTCCAATTTATTGTTTTATTTTTT +TCTAGTCCTTTTTTAATTTCGTATAACTTAATATCATGTTTTATATAACTTGCCCCTTCA +TTATATACTACATTTAAGTCTTGATTTAGTATGGTAAAATCCGCTACATCTGAAATATAA +GTAGTTCTTGATCTGACTATTTTAGCCATCTCATAATTGAATTTATTTTTCTCATCAATG +CTTAAATTATTGTACGATTTAATATTATTTAATAATGCAGTATTCCATATTATCTCATTA +GTAATTGAATCAAACCGACTTATATAATTGCTGATAGAGTCACTTATTAACTTAGATGTA +ACTTTGTCATTAGATATAATATTATTTTTAATTAGATTAATCGTAGTAGTATTAACTACT +AAAAACATAAGTATTATCGGTACTATAGAAAGTATAAAAAAAGACTTTAAGAGCCTTTCA +CTAATTTTAGTTTCTCTTAATCTAGATATGATTTTATTCTCCATAAATCCTCCCCATTTC +ATTATACTATAGAGGCATATTTTTTTCAAAATTCAGCTAAAATCTTTTATTTTATAATAA +AAAAGCCTAGAACAAATTACTTTATTCTAGACTTTTTTATTTACACTATTAAATTAATTA +ATATTTTTCAATTTCTTCTAATAACTCTTCAACTAGTCTATTGCCTTTTATCTTTCTTAC +TATCTCACCTTTTTTAAATAAAAGACCTTCTCCTTTTCCGCCAGCTATACCAATATCAGC +TTCTCTAGCTTCTCCTGGCCCATTAACAGCACAACCCATTATTGCTACTGTTATGTTTTT +ATTTATATCACTTATCTTACCTTCTACTTCATTTACTGTATTAATTAAATCTATATTGCA +TCTTCCACAAGTAGGACAAGATATTACTTTTATCTTATCATTTAATAAATCTAAACTTCT +TAATATCTCTTTTCCCACAATTATTTCTTCCGTTGGATCTCCAGTAAGAGATATTCTCAT +CGTATCTCCTATACCTTTTAACAGTAATGCTCCAACACCTATAGAAGATTTTATAGTTCC +TTTTTTAACACTTCCTGACTCTGTTATTCCTATATGAAGTGGATAATCTACTTTCTTAGA +AATAAGTTCATAAGCTTCTAGTGTCTTGTAAATATCTGATGACTTTAGTGATATTACTAT +ATTATAAAAATCTAAGTCTTCTAGTATTTTAATATGTCCCAAAGCACTTTCAACTAACGC +TTCAGCTGTTGCTGAACCGTATTTAGCTAAAAGCTCTTTTTCTAAAGAACCTCCATTAAC +ACCTATTCTTATTTTAAGATTTCTTTCTTTACATTTTTCAACTACAGCTTTAACTTTTTC +TATACTACCGATATTTCCAGGATTTATTCTAACTCCATCAACACCTTGTTCTATAGCTTC +TAATGCTAATCTATGGTCAAAATGTATATCTGCTATTACAGGTATATTTACACCGGCTTT +TATTTTACCTATATTTTTTGCAGCTTCCATATCAGGAACAGCTACCCTGACTATATCACA +TCCTACAGCTTCTAATCTTTTTATCTGAGCTATAGTACTTTCAGCATCCCTTGTATCTGT +TGTAGTCATTGATTGAACACTTATAGGATTGTTACCTCCTATTTTAACATTTCCTACACT +GACTTCTCTACTTACTCTTCTATTGTAACTCATAATATCACCCTTAATTTTCCAATCTTA +CGAATTTTAGAATAGTCTTAAAATGTCCTTATAAGTTATAAACACCATAAATAACATTAG +AGCACCAAGTCCTACCATATTAATCATAGCTTCTTTATTAGGATCAATTTTCTTACCACC +TCTTATTGCTTCTATAGCTAGCATAAGTAATCTTCCTCCATCTAATGCAGGAAGTGGAAC +TAAATTTATTATTCCTAAGTTTAAACTTATTACTGCGGCTATGTACATTACATTAATAAT +ACCCACTTTAGCAGCTTGCGAAACTATATTTATAACCCCAAGAGGTCCTGTAACAGAATT +ACCTACTCCACCAGGTACAGTTCCTGTAACTAATTGTCCTAAGAAAGTTATCATTTGAAC +CATCATGTCCCAAGTTGTAGTAAATGCATTTTTTATAGAAGCAATTAGGTTTCTTTCTAC +CTTCGTTTCTATCCCTATTACATATCTTCCCTCAGTATTTTTTTCAGGTGTAACAGTAAC +TTCTTTATTTTGACCATTTCTATCTATAGAAAGCTTAAGTTCACTTCCATCAGACTCATT +TAAACTTTGAATTACATCTTGCCAAGTTTTTACTGATTCACCATTAACAGCTTCAATAGT +ATCGCCAACTTGAATTCCTGCCTGGTATGCAGGTCCATTTTCTGTAACTCCAGCTAAAGT +TGTTGTTTGATTACCCATAAATAAAAATATTGGTATAAATAATATTATTGTAAATATTAT +ATTAAAAAAAGGTCCAGCAAATATTACACTTGCTCTTTGAAGTATACTTTTTTCACCAAA +AGATCTAGGATCTTTAGACTCTTCGTCCTCACCTTCCATACTTACAAATCCACCTATTGG +AAGTAATCTTATTGAATAATCAGTATCTTTTTTTATACTATATATTTTAGGACCCATACC +TATTGAAAATTCATGAACCTTTATCCCATTCATTTTTGCAAAAAGGAAATGACCTAGCTC +ATGTATAAATACAATTGCACTAAATAATAATAAGGCAACTATTATTGTCATAATTTCACC +ATCCTACTTAATTGATTTTTTTACGTACTCTCTAGCCCATCTATCTACTTCTAGTATTTC +TTCTAACGTTGGATCTTCTATACTATTATGAGCTTGTAAAGTTTTCTCTATGTAATATGG +TATGTCATAGAAACCAATTTTATCCTCTAAAAATTCATTTACTAGAACTTCGTTAGCTGC +ATTTAAAACTGCACAATATGTACCACCCATTTTTAAACAATCAAATGCTAATTTTAAGCA +TGGGAATGTCTCTAAGTCTGGCTTTTCAAAAGTAAATGTAGAAAACTTAGTAAAATCTAA +TCTTTCAAAATCATTTAGCATTCTATCTGGATAAGTCAGTGCATATTGGATAGGAAGTCT +CATATCTGGGCGTCCCATTTGAGCAATTATAGAACTATCATTAAATTGTACCATTGAATG +AATTATACTTTGTGGATGTACAACTACATCTATATCTTTATAATCTACATCAAATAACCA +TTTAGCTTCTATAACTTCTAATCCTTTATTCATTAATGTAGAAGAATCTATACTTATTTT +TCTCCCCATACTCCAGTTTGGATGTTTTAACGCTTCATTTTTAGTAACATTTAAAAGTTC +CTCTTTACTCTTACCTCTAAATGGTCCTCCTGAAGCTGTTAATATTATTTTATCTATATT +TTTATTCTTTTCTCCATTTAAACATTGGAAAATTGCACTATGCTCACTATCTACAGGAAG +TATATCTACATTGTATTTTTTAGCTTCACTCATAACTAATTTTCCTGCTGTAACTAATGT +TTCTTTGTTTGCAAGTGCTATAGTTTTTCCATTTCTTATAGCACATAATGTAGGTACTAA +TCCTATCATTCCTACTATTGCAGTTAAAAGAACATCTATTTCATCTAGTGATGATATTGT +CTTCAGACCTTCCATACCATTTAATACTTCTATATTTATATTACTTGGTATTCTTTCCTT +TAATTTTTTTGCACTAGTTTCATTATAAACCGCTACATACTTTGGTTTAAACTCTATTAT +TTGTTCTAACAATAAATCCACACTACTATTTGCTGATATAGCAATTACTTTAAACTTATC +TGGATTTTTTCTTACAACATCTAGTGTCTGCGTCCCTATTGAACCAGTTGACCCCAATAT +TGATATTTTTTTCATATTAAATTGTTCCTTTCTAACATGATATTAAAACTATATTGTATT +TTACTCTCTTTGTATTATACCATTATTAAATCTATTATTAACAATATTCATATAAATTTC +ACATATCATTATACAAATAATTAAAGCTTCAGATAAACTGAAGCTACTTAACAAAAAGAT +TTATTGCATTATATACAAATGGTGCAACCAATATAACACTATCAAATCTATCTAATATAC +CACCATGACCTGGTATTAATTTTCCATAATCTTTTATTCCTACATATCTTTTTATAGAAG +ATGCAAATAAATCCCCTAATTGTGCAACTATACTTCCTATACTTCCTATAACAGTCATAT +GGACTAAGTCTAATTTAAATAAATATCCAAATAAAACACAGCATACTACGCTTCCTATTA +TACCTCCAATAGAGCCTTCTACTGTTTTTTTAGGGCTTATCTTAGGTATTAGCTTATGTT +TTCCAAATAAATATCCACTAAAATATGCAAATGTATCTGTTGCAAAAGATATTATAAATA +TTAGCCATACATAAATTTTACCTAATTCAAAATTATTCATAGTTAAAACTATAAAATCCA +TAAATATTCCTATATACATAATTCCTAAAACCGTAATAGAAATATCTATTATATCATTTC +TACAGCTTAATAGATAAATAATCCCAATTAAGAATAATATAAAACCTAAAGAAAGTGTAT +AAGATATTGGTAGTTGAAAATAATTCTTTGCTCCCATATAAACAGCAAAAACATATCCTA +ACCAATATATTGGCTTTATACCTTTTTCATTAAAAGCTTTAAAAAATTCATGTAAAGCAA +TAGAAATTAATACTATTTCAGTTATATATAGAGGTAATCCTCCATATAACATAATTCCAA +GTAGTGGGACTAAAGCTAATGAAGCAATAATTCTTGTAAGCATATAATTAATCTCCTTAC +TTAAGTCCTCCAAACCTTCTATCTCTATTTTGATAAACATATATTGCCTTTTGTAATTCT +TGCCTATTAAAATCAGGCCAGTGTATGTCCGTGAAGTAAAACTCTGAATAAGCTAGTTCC +CAAAGTAAGAAGTTACTTAATCTTTGCTCTCCACTAGTTCTGATAAGTAAATCTGGGTCT +GGAGTAGACTTTGTACTTAAATAGTTTTTTATAGTATCTTCATTTATACTATCTATATTT +ATTTTATCAGATTTACAATCTTTTACTATATCTAAAACTGCATTTGTTATATCAAATCTA +CTTCCATAATTTAGAGCTAAATTTAATGTAACTCCAGTATTATATTTTGTTAATTCTCTA +GCTCTATCCAACTCGTTTATACACATCTCAGGCAATTTACTAATATCACCTATTGTTGTA +ATCTTAACATTATTTTTATGTAGCTCTCTTATTTCATTTTTTAGGTATGTTACTAATAAA +TTCATAAGAGTATCTATTTCTATCTTAGGCCTTTTCCAATTTTCTGTCGAAAAAGCATAC +AGCGTCAAGTATTTTATATTAAGCCTAGAGCATTCTTTGACAACTTCTCTTATAGTTTCC +ACTCCAGCCTTATGTCCAGCGGTTCTTGGAAGGAACCTTTTTTTAGCCCATCTCCCATTT +CCATCCATTATTATAGCTATATGAGTAGGTACATTTTCTAAATCTATATTATAAATTAAT +TCACTATTCATATCTGACTCCAATATTGTTCTGACTCCTTATTTTAAGGAGTCAGAAAAG +TATGTGATTATTAACTCTACACTATCTTCTAATTCAGTTATTTTAATAACTTTAGGAATT +ATAAGTTTATCTTTATCTTTATTCCCTTGAATAGTCTTAATTGTATAGTTAATATTTTTG +TCTTCAAAAAACTTTTTTACATCATCTACATGAAGGCCTAAAAGTTCATAGTATTTATTC +ACTTCTTATACCGCCATTATATCTGCTTCTTTAGCGTCTACTAATGTATCTATTTCTTTA +ACATACTTGTCAGTAGTTTTTTGAACATCTTCTTGAGCTTTCTTTAATTCGTCAGCAGTT +ATTTCGCCATCTTTTTCCATCTTCTTAAATTTATCGTTAGCATCTCTTCTTTCATTTCTT +AATCTAACTTTAAATTCTTCTCCTACTTTATGAGCTTTCTTAGCTAATTCTTTTCTTCTT +TCTTCTGTTAATGCTGGTACGTTTATTCTTATAACATCACCATCGCTAGTTGGATTTAAG +CCTAAATCAGAATTTCTTATAGCTTTTTCTATTTCAGACATAGCTGACTTATCCCAAGGA +CTTATCATTAAAGTTCTTGGTTCTGGAACAGATATAGCTCCTATTTGGTTTATTGGAGTT +GGAGTTCCATAGTAATCAACTCTTATTTTATCTAACATTTGAGGATTAGCTTTACCAGCT +CTTATAGTTGTAAATTCAAACTTAAGTGCTTCTATAGTCTTATCCATTTTTGATTTTAAT +TCATTGTGTACTGTTTTCATTTTAGTTTTCCTCCTTTAATTTATATATATATTATTTTAC +TATTGTACCTATATTTTCGCCCATTACTGCTCTTATTATATTCTCTGTTGAAAGTTCAAA +TACCTTTATTGGTATATTATTATCCATACATAAAGATGTAGCTGTTGAATCCATTACTTT +TAATTCTTTTTGTAAAACTTCTATATAGCTTAATTCTTCAAATTTCTTAGCATCTGCATG +TACTTTTGGATCTTTGTCATATACAGCATCAACATTTTTTGCTAATAATATAACTTCTGC +TTCCATTTCAGCGGCACGAAGAGCTGCGGTTGTATCAGTTGAGAAATATGGATTTCCTGT +ACCTGCACCAAATATTACAACTCTATCTTTTTCTAAATGTCTAACTGCTCTTCTTCTTAT +ATAAGGTTCTGCTACTTGTCTCATTTCTATAGCTGTTTGTACTCTTGTTTCCACACCTAT +ATTTTCAAGTGCATCTTGAAGTGCCATAGAATTCATTACTGTTGCAAGCATTCCGATGTA +ATCTGCAGTTGTTCTATCCATACCTTCAGATGTTCTTCCTCTCCAGAAGTTACCTCCACC +TACAACTACTGCTACTTCAACATCTATTTCTCTTAATTTTTTTATTCCTGCAGCTATGTC +ATTTACAACTTCGTTATTTATGCCAAAACCTTTTTCCCCTGATAAAGCTTCTCCGCTAAG +CTTTAACAATACTCTTTTGTACATTGGTTTATCCATCAGAAATCCTCCTATTAAACTAAT +CTTAATCTATGTATTTTTATAATTTCCTACATTTCTAAAAAAGAGAACACGCAAGTGCTC +TCTTTTGGTTAATTACTTAAGTTGCTTAGCAACTTCTTCAGCAAAGTTTTCTTCTTTCTT +TTCTATACCTTCACCAACTTCGAATCTTACAACTCTTCCTACTTCTATTTCAGCTCCAAC +TTTCTTAGCAGTTTCAGCAACTAATTGCTTAACTGTTAAGTCTCCGTTTTTAACGAAAGG +TTGTTCTAAAAGACAAACTTCTTTTAATTGCTTTTCTAGTCTACCTTTTATCATCTTTTC +AACTATGTTAGCTGGTTTTCCTTCATTTAAAGCTTGTTGAGTTAATATTTCAGTTTCGTG +AGCTATGTACTCAGGATCTACATCATTTCTAGAAACGTATTTTGGATTCATTGCAGCTAC +TTGCATTGCTATATCTCTTCCCATAGATATAACTTCATCGTTTTTAGCAGAAGTTAAAAG +TTCAACAAGAACTCCTATCTTTCCTCCACCATGTATGTAACCTGCTATTTGACCTTCAGT +AGTAACTTTTTCAAATCTTCTTAAGTCTAATTTTTCACCTATCTTAGCAACTCTATCATT +TAAAACATCTTGTAATGCCTTACCTTCTTTGTGAGTTTCTGCTAATAAAGCAGCAACATC +TTTAGCTTCTGAAGCTAAAGCCATTTCAGCAGCATCCTTAACGAATACTTTGAAATCTTC +GTTTTTAGCAACGAAATCTGTTTCTGAGTTTACTTCTACTACTACAGCTGAAGTATTGTC +AGCATTCATTTCTATAGCAACTAAACCTTCAGCGGCAACTCTATCAGCTTTCTTAGCAGC +TTTAGATAAACCTTTTTCTCTTAATATATCAACAGCTCTTTCCATGTTTCCTTCAGCTTC +TTGTAAAGCTTTCTTACAGTCCATCATTCCAGCGCCAGTATTTTCTCTTAACTCTTTAAC +CATTTGTGCAGTTATAGCCATTTTGAATTCCTCCTATATATTAGTAATGGTAAGGGAATG +ACCCTTACCATTCAATTTTTAATTATTCTTGATCTTCAGATACTTCTTCAGCTTCGTCAG +CTATTGCTTGTCTACCTTCTATTATAGCAGTTGCCATAGCACCAGTTATTAATTTAACCG +CTCTTATAGCGTCATCATTTCCTGGTATTGCGAAATCTAATTCATCTGGATCACAGTTAG +TATCTACTATACCTATTACTGGGATTCCTAATCTATGAGCTTCTTGTATAGCTATATTTT +CTTTTCTTGGGTCTACTACAAATATAGCACCTGGTAATTCAGGCATATCTTTTATACCAT +TTAAGTATTTTTCTAATTTTTCTTTTTCAGCTCTTAATTTTATAACTTCTTTCTTAGGAA +GAACGTTGAATACACCTTCATTTTCCATTCTTTCTAAGTCTCTTAATTTGTTTATTCTAG +TTTGGATAGTTTTGTGGTTTGTTAACATTCCACCTAACCATCTTTCGTTAACGTAGTACA +TTCCACATCTTTCAGCTTCTTCTTTTATAGCTTCTTGAGCTTGTTTCTTAGTTCCTACGA +ATAAGATTGGCTTTCCAGTTTCAGCTATTTCTTTAGTGAATCTGTATGCTTCTTCTACTT +TCTTAACAGTTTTTTGTAAATCTATTATATAGATTCCGTTTCTTTCTGTGAAGATGAACT +TAGCCATTTTAGGATTCCATCTTCTAGTTTGATGTCCGAAGTGAACACCAGCTTCTAATA +ATTGTTTCATTGATATTACTGACATTGCTTTACCTCCTTGGTTTTATACCTCCGGTGTGA +TCAACTCCCTAAAAAACCTCTTGTAGGCACCTTTTAAGGATCCCAACACCGTGTGTGATT +ATTTAATATTTTATTTTTTCACCTCTAGTAGTATATCATAGTCATTTATAAAATACAATA +TTTTTATTTATATATATTTTTAATCTTTTATTAGAATTATGTCCATTTTTGTATTAACTT +ACTCAAAGAATAATATCTTAATTTTATTTATAATAGATGCATTATTTACATCATTCGCAC +TTACTATATTTATGCTTCCTAAAATCTCACCATTGTCAGTGTAGTATTTTATCACTCCTA +GTACGTCTCCTTTTTTAACGGGATAAGTAATTTCTTTAAAAGTAACTTGAGATTTTAAGT +TTTCTTCTTTATTTAATACTACATATAATTCATCCTCAGCTACTAAAACTACTTCTAAAT +CATTTATTTTTTTTATATATTTTTTCCCTATTAACTCATCTTTTTCTATTACAGTTTTGC +TTGTAAAGTCTTTCTTAGCATGATTGAGTATAGATACAGCTGCAGAAATTCTTTTATCCT +TATGATTTGCACCTAATACTACACCAATTACTCTTCTCTCTTTTTCATTATCTTCATTTT +TATTTATTTTCATAGAAAATGATAAGCAATATCCAGCGTTACCAGTATACCCTGTTTTTA +TTCCATCTACCTCTGGTATTATTCGCAGTAATGCATTTGTGTTATTTTTTACAAATCCCC +TTTTGGGATTTGAATAAGTAGACATATCAGTAATTGATATAACCTGTTTTTCATAATTAT +CAAGCATATATTTTGCTAAAGTTGATATATCTCTTGCTGTTGATATATTTTCCTTTGGTG +GTGCTTTAGGGTCACTCAAGTTGTAGATAGGTAGACCATTTGGATTTACAAAATTGGTAT +TTGTCATACCAATTTCTTTGGCCTTTTTATTCATTCTTTCTACAAATGTTTTTTCATCCT +TACAAATATGTTTTGCTATACCTATTGATGCATCATTACCTGATACTATCATCAGTCCCT +TCATAAGTTCAATTAAAGGAATTTCTTCTCCTACTTTAAGATGATAGCTAGATCCTTTTA +CTTTAGCTATATCTTTATCAATTTTTATTATGTCATTAGGATTTACTTCTTTATTCTCTA +TTGCTTCTATAGCAATTAAGAATGTCATCATCTTGCTTAAACTAGCTAAAGGTCTTTTTA +CATCAGGCTCCTTGTCATATAATACACGACCAGTTTCTTGGTCTATTAGTATTGATGACT +TTGAATACTTATCTACTTTATCTAAAGCATATATTGGTTTAGGAGTTACAAATGCTAAGA +TGATTGTAAGTATTAGTAATTTTTGTGCTCCTTTTTTCAAAATTCTCACCTTCTTGGATT +ATTAAGTATATCTTATTTTTTTCCTTCTAGGTAAATTTTATATCTAGTAATTATTTACTA +ACTCATCTAATCATTCTTTTTATTACAAGAGATGCCCAAGTTGAGCCTATTGTTACACCT +GAAAAAGCCTCCACACATACTAAAAACTTCCCAAATACTGTACTTGTAGTCAAATCTCCA +TATCCTAATGTTGTAAATGTAACTGTGCTAAAATACCATAAATCTATGTAACTGTTAAAT +ACTTCTGTTATAGAATACTTTTCTATTTTATTCAAATTTATTCCTATTAACTCTCCACTA +GAGTTCTTTACTCCACAGAACATATACAAAAATGCAAATATACTAATGATAATTAAAGTT +ATCCTAAGTAATCTCCACGGCCTTTCTCCATATCCTATAGTATATTTAGATAGTGAGTCA +AAAAACTTATCACTCAAATAACTACTATACCTAGGGTAATCACTACTTCTCATCATTTTA +CTTGCATAGTTTCTTTCATTATAATAGTAGTATCCAATTCTTTCATTATCCCCTATTATA +TTCGCTTGAGTTCTAGCTATTCTATAATTTATCTTTCCATATAAAGAATATTCTTTTGAA +TACCTTACGTACCTTAATACTAACTTTGTACATGGGCTAAAAATTATTCCTTCTAATCTA +GGTAAATTTTTAACGCTAGTTATAACAAATGCTTGTCCGTTAAAATGTACTTTCTCGAAT +GCTTTATTTGCAATATATCTTTTATTAAATCTTGTTTTGGTTAACTCACAGTTTTCTAAA +AAAATAGAACTCTCAAAAGTAGTGTACCCTCTAAAATCAGTATAATTTAGGCTCAGTGTT +TTTTTAAATTCAAATTTATTAAAAAAAACCTTTCTTTTAAATATTGCTTCATCAAAGTTT +AATTTTAAGTAACTATATTTAACTACATCTCTAAGAATAAAATCTTCTTCAAAAATAAAA +CCTCTAAAATCACTTATTTTCTCTTTCATTATCAAATAAATAAATAATGAATTTTCCTCT +CTACCTTTATCTTCCTTATGAAATATACAATATCCTGATGAATCCGCTCTTCTACGACAT +TTTACCTCTGAATTATGAACAGATCTCCATCTACAATCCATTACTATAAAAAACCTCCAA +ACTATTTATATAATATACTTAGTTTGGAGGTTTTTATAGTAATTATTCAAACAAGTATAG +CTATATTTATATTACATATACTAACGATGTAGCCTATTCTAGTTCTTTAATACTTAGCAT +GTGTTCTAAACAGTTGATTTTTAATCAATAAAACCTCTTTTATAAAATAACAACTATGTT +GCTATTTTATTTTTCCCTAAATTACAAATATATTTTATACTTACAAATCCCATTACAAAC +AATACACTAAGAATCCAAGCTATAAAACTTATATATGGAATTAACATTATAAACCTTATA +ATTATTATCCCACCTATTATTTGAATATAAGCTCTATTTTTTCTAAATGCTTTCTTTCCT +AATATTATTCCTACTATTACCGGGCATAACTTCATATGGTCTAAGACTTTGAACTACACC +TTGAGTGGTTAAGAACATTGCAAGAACTATTGATAGAGGTAATAGTATATATAATATTGA +CTTAGTTAAATCTACCCCAAAATTACCTAAGTTTTTAGTTTTTGTTTTTATAAATCCTCT +TATTAAAACCATAAGTACACATATACCAACAGCTGCTGATAAGAAGTTTTGTAATGTAAA +TCCTATCATCTGAGTAAGATAACTTAAACTACTTCCTCCACTATAAGCCTGCCAATTAGT +ATTATTATTAAAACTATATGCTGTATTAAAAGCTAAGTCCCAAAATATATTACTTAATTT +CTCTGGGTTCAAAGGTAATAAATATTAAAGCATTTGCAATGCTAATAAAAATATTAAACT +TAGTATACTAAAAACAATAACGCTCATTGTATACTCTTTACCAGTCATCTCTTCTTTCTC +ATCTACTTTTAATATCTTATAAATCCATCTTTCAATTGGTTCAAGTACTTTACTTAAAGA +TACTTTCTCATTTTTAAATACCTTGGCTATGTAAATATCTAGGGGGCTAGCAAGTATCAG +AACGAATATTATGAAAAATATTACTTATAAAACAATGCTACCAATTTTCTACTCCTACTA +GAAATTTAAATTTATATATATCTATAATATTATTTTTCATACAAATTTTGTATCAAGATA +GTTGTTAAAAGTATTAAGATTACATGAAGATGAATATTAAAATATATAAATAAAAACAAC +CCTTAGCTTATAGCTAAAGGTTTCTTTCTAGTTAAGACAATGTATATTTGTTAATAAATC +TTTTTGTATAAATTATGATAACAGCTGCAATTGGTACAGACAACATCATTCCAATAAACC +CAGTATATTGTCCTGCTAAAGTAACAGCTAATATAGTAATAATCGGTGGAACCCCAACCT +GTTTTCCTACAAAATAGGGCTCTAAAACTGCACTTTCTATTTGCTGAGCTATAACCATAG +CAACTAATATAATAATAGCCTTATCAAAAGAGAATAGTAAGTTTATAAAAGTTGCAAGTA +TTGCACCAATTATCGGTCCAAAGAAAGGAATCATATTTGTAACAGCTATAACTAATCCTA +CAAATAATGCATATTTTGATTTTAATAAATATAAAAGTATTGTACATGCAACTCCATAAA +TAGTAGAATCAATAGACTTTGCAACAATGTATGTTCCTATATTTTTATCTAATATTTTTA +CAAACTCGTTAACGTTAGGATAAAATTTACCAAACAATATTTTACTTAAACTTCTTACTA +CGTTTATTACACTTTCTTTTGATAGTAATACATATATAGATATGACAATACCTAAAAATA +TATTGATTGTATAAGATACTACTGTACCCATTAAGTTTAGAATAGTATTACTAAGTGAAT +TTGCTATCCATGTAGAAAATGGTATTAAAGTTGTAGATACAAACTCACTTATTTGTTGTT +TCGCATTTATGCTATTTATATTAAGACTAAATTCATTTGATATATAATTAATAACATTTT +CAATTTGTTTTATTCCTTCCGGGATGTACTGATATATTTCAACTACACTTGATTTAATTA +CTGGTATTACATATAGCCATGTGAACACCACTATAGCTAATAATATTCCGTATACTATAC +CTACGCATATCCCTCTTTTCATTTTAAATCTATTTTCTAAGTATTTCATAGGATAATTTA +GTATATATGCAATTATAAATCCGATAATAAATGGTGTTAAAATACCATTTATTATCTCTA +TATTATGTTGTATAAAAATTAGAATTTCGCTATAATTCTGTATAGTTACTATTCCTACAA +AAATCAAAACTATAGGAATTATATATCTAATAGATTTATACATTTCATCTTTTATTTTGT +TCATTATTTACTCCTTATCTTTAATTTTGCCAGATTAACTTCTCCCCTACTTTAAAATCG +TTAATTTAATTTCTTCTATTCTTCTGTTTCCCAGTTTTAAAATTTCAAACTTAATATTGT +CTAATGTTATTTCTTTTCTTTCTTTAGGTACTTCTCCCATATTAGCAATTAAATATCCAT +TCAAAGTATCATAATTGCCACTGATTATATTTTTATTGAATCTCTCTCTGACTTCGCTAA +TAGGCAAGATTCCTTTAGCAATGAAAATATTTTCAGCAACCTGAGATATGTTCATTTCTT +CTATATCATATTCATCATCAATATCTCCTACTATTTCTTCGATTAAATCCTCCATTGTTA +CTATTCCAGAAAATCCACCATATTCATCAACTAAAAATGCTAAATGTATTTTCTTTTCTT +TAAGCATTTTAAATAACTCATTAGTCTTCTTATTTTCAGGTACAAAATAAGGTTCTTGCA +TAATTTCTTTTATATCTATATTATCAAATCCTACTTTTCTAGATTCTGCTAGTAAGTCCT +TTACATAAAGAACACCCACAATATTGTCTATATTGTATTCATACACAGGAACCCTCGAAT +ATCCTAAGGATATAATTTCATCTAAAACTCTATTTATATCATCGTCAATATTAATTAAAA +ATGTATCCTTGCTAGAAGTCATAATCTCTTTGCAAGTTTTATCATTAAACTCAAATACAC +CATCTAGCATTTTCTTTTCATCATCTTCTATACATCCATCCTGCTGAGATTGAGCTATTA +AAGTTCTTATTTCTTCTTCAGATACCTTCTCTTCTACATCAGAATGGTCATTTCCAATCA +ATTTCAAAACTAAATATGTTGAAAAAGATAATATTTTAATAAAAGGTTTCGCCACTATAG +AAATAGCGTTAATTACCTTTACTGACGATAGCGCTATTTTTTCAGCGCTCTTAAGTGCAA +CTCTCTTTGGTACTAGCTCTCCAAATACCAATGTAAAGTATGATAATAAAAGAGTTACTC +CTATCATAGAAACTTCTTTAGTATAAGAGATATTAAGCGGACTTAAAATATCATTTATAT +AAGTAGATATCCCTGTAGCCGCAGATGCACTTGAGAAAAACCCAGCTAGTGTTATTCCTA +TTTGAATTGTTGATAGAAAATTACTAGGTTCTTCTATAAGCTTTTCAAGTAACTTTGCCT +TCTTGTTACCTTGATCACTTAATTTTTTGACCTTTGATTTACTTACAGAAACAATTGCCA +TTTCTGCAGATGCGAAAAATGCATTAATCGCAGTAAGTATTACTATTAACATTATTTGCG +GTATTAAACCCGCGGGGTCTGAATCTAAATTACTCATTTTCTCCTCCTAAAATTTTTTAT +ATAAAAAAGACCTTCTAAATAAACATCTGTACTTTTAACAGTGATTATTTAGAAGGTCTT +GCAAACAAGTTTATTTTCTTGCTAGCCAACCGGGATATACTCCGAAGTGACGATTGACTA +TCACACAAGTGAATGCTACTCCCCTTCTGGGAACTATATTATTTTATATGATATATAATT +ATAATTTGTTATTATATATTTTGCAATATATTTTATAAAATTTTAGATTACATATATTTT +TCAGTATCTTCAGGTAGACCTTTTCGTCTTAATTTGCCTTCTACAATCTCTTTTATTACA +GAGTATATTATAGCAAATATAGGTACTCCAACTACCATACCTACTATTCCAAAGAATTTT +CCTGCTACTAAAAGTGCAAATAATATCCAAAATGCAGAAATACCAATTGAATCTCCTAAA +ATTTTAGGTCCTATAATATTTCCATCTATTTGTTGAATTACTAATATTATTAATAAGAAC +CAAACAGCTTGTATAGGTGAAACAAATAGTATTATTATAGCTGAAGGTATCGCTCCGAAG +AACGGTCCAAAAAACGGAATAATATTAGTTATACCTATTATAACTGATATTAATATTGTA +TACGGCATTTTAAATATACTTAATACAACAAATGTTAATATACCAATTATTGCTGAATCT +ATTATTTTTCCACTTAAAAATCTACCGAATGTGTAGTTACTTCTATAAACTAATTCAAAA +ACTCTATTCGCAACTCTTTTAGAAGAAGTTGCATATACAATTTTCTTACCTATGGCATAG +AATCTTTCTTTATCTATCAATAAGTAAGAAGATACTATTAACCCTAATACTATATTCCAT +ATACTTGATGCAATTGTAACTACCCAGTTACCTAATATAGGTAATAAATCTGTAGCAAAT +TGTATTATAAAGTTTACAACCTCATTTAATTTCTCATTTGCTAAAGTAAGATACTTCGGA +TCTAAGTCTAAGTTTTTCATTACTTCATCCAGTAATACTGTCAAATTATTTAAATAAGTA +GGTATATTATTAGCTAATCCTACAATACTATCTATTAACTGTGGAACAACAAAATTCATA +AATAAATAGATAATTAGAAATGCTGTTATATAAGTAAAAATTAAACATATATTTCTCTTT +GTTTTCCTACTCATACTTTCGAATTTTTCTATATTTGATAACTTTTCCTCATAAAACATT +AATATAAAATTTAATATGTATGCAATTACAAACCCTATAATAAATGGTTGTAATATTCCT +ATAATCTCACTTATTTTACCAGTAAAAACATTAAGTTGAGATGCTATAAGATAAAATACA +ATACTACAGCATACTACTATAAATGAATATACAGATACTGTAGTATACTTATCATTCCAG +TTAATCTTCATTTTCTTCTCCTTACTTAAATCAAAATTTAGATAAAGCTAAATACAATCA +TAATTACTAAGAATAAAACAAGCATACTCATTAGCAATCTTCTTTTTAAATTAACATTCT +TTATATTAATCTCTTCTTCTTCATACACTAAGTCATAATATTCTTCACTATTTTCTTCTA +ATTCAACATCTTCATATATAATATTACTTAGATCAATTACAATTTCTTGAGTTGTATTGT +ATTTATTATCTCTACTTAATAACTTCTTTATAATCTTAACAATATCTTCTACGCTTTTAT +CATATTCTAAAAGACTCCATCTAACTCCTTTATCAACTTGCTTTAACATTTCTTTATCAA +TATAAGCATTTCCAAAAGGAAGCTCTCTAAATACCATTTCAAATAAAATTATACCAAAAG +AGAAAAAGTCACTTTCTTTATCAGTATAATCTATATTTAATTGATGAGGACATAAGTAGC +TTAACTCTTTATCCAATCTTAAATTTACACCTTTATTTGCCTTTGTAATACCAAAGTCAA +ATATTTTTATATTTTTATTTTCATCTATAAATATATTGTTTGGATTAAGACTTCCATGAT +ATAAATGGTTTATATTAGCAATTTCTAATGCTTTTACAATATTCATTGCTAAACTCGCTA +TTGTATTTCTATCTAATATATTATTATACATAAAGTTTTTCAGTGATTCTCCTCTAAAAT +ATTCACTTACTATATAATAATATACATCATATTCAGTACAATGTACATCTATATGCAATA +ACTTTCCAATATGTTCAGAATTTATTTGACTCAAAACAGTTGACTCATCTATTAAATCTG +GCATAAAGCCTATTCTTAACTTTTCAACATTTTTTATAAGCTTTATATAGACAGTCCTAT +TATAATAGGTATCCCTTGCTGTATATAATTTCCCAACTTGTATTTCATCATCATAATCCA +AAATTTCATATCTATTTCCTATAAACTGCATTATTTCCTTCCTCCACAAATCGTATAACT +CAACACTAAAACAATTATACCAATTTATTTACACTTTTTAACATAAATTATAAGATTTAC +TAAAAATATTAAATACTTTAGTATTAAAATGAGTTATTAGCACTTATTTGTACGACAAGT +TATTATTGAATCTTTATTACTATATAGAAAAATCCCTTTACAAATAAAAAATGTATCAGT +AGTTAATAAACGCTTAATAAAAGTGAACATATAAAATTTATATGTTCACCTTGAAGCGTA +TCTTATAACTCTTAATACATTTTTCTATTTCTTATAAACGCTTGTAGTTATGTATTCTGT +TTTTATCTTATTTCCAGAAGCGTCTTTGAAAATTCTATAAGTTTTAGCTCCCATTGGGAA +AGTATCTATTCTTATATCTACATTTGGCTTATCGGCAGAATTTCCATAAATTTGGCAAGT +AAGCGTTCCTCCATTTACTATACTTTTTACGTATATTGGATGATCATATGGATTTGAGAA +TTTTAAGTCCGAACCACTATCATTTACCATAGCATCTTTACCTCTTGGAGCATAACTTGA +TGTTATAGAGTGATTTTTAACTTGTTCTACTTTTAATCCAGAATATAATACTGCATTATA +TAAAGTTGTAGATATTTGACAAACTCCACCACCCGGTGCATCTTCTAAGTCTCCATTTAC +AATTACTGGTGCATTATAATATCCGTTAGCTATTGTTCTTATACCTGTTAGGTTATTATA +AGAATATACTTCTCCTGGCATAAGTAATACATCACTTATTCTATTTGATGAAACTCTAAT +ATTTTCAGCTCTTCCAGCTATACTTGTGCTAAAGGTTGTACTATGCTGAGCTAATAATGT +ATCTACACTTTTAGCCATAGATGTACTTATTTTGGGATTAATATCATTTACCTTAAGACT +AACTTCACCATATTTTCTGCTATTTATAGATTCATATATAGCTTCCTTGTTCGCAGCTAC +ATCAAATTCTTTACCTGTTATTGAAGGTGTTACATTAAAACTTCCTCCAGATATATATAG +TTTTGCATTTTTAACAGGAACATTAATTTTCTCTGCTATACTTTCTAAAGATTCGCTTAA +CTTAGCTTCGTCAAATGAATTCTCTAATGTGAAGTTTTGATTAGCCTTTTCTAATTGAAA +TAGTCTTTTTACATTTTCAAAATATGAGTCCGTTTTTGTATAATTATATGCACTATTTAC +AACTTCTTCTACATTATATTTAAGGTCTATATCCTCTGGAAGTATTTTAAAAGATTTACC +ATTATAAGTTAATGATAAATCTTCTGTTTTATAGTTTTGACTAACTAAAGCTATTGCCTC +TTCCTTTGTCATTAACGATATATTTACGTCTTCAACGAAAATATTATTAGCTATTTTACC +ATTGTACATGTAGTTATTATTAAAAGAATAAACCATATATCCACAAATTAAAACTACTAA +CATACCTATTATCATAGATACCTTAAGTTTTGAACTTTTAGGCTTGCTTATACTTTCTTC +TACTACTGCCTCATTATTCATAACACCACCCCAATCTTACTAAAAGGACTATTTACTACA +TATAGTCACTATATATTTTAATATATTTTTAGTAATCTTAACAATATTTAGATTGAATAT +GTAACTATATTGTTACATTTATCTAAAAATTACATATTATAGGATAGTGATCTGAGAAAA +GTACCTTATCAACAATATATTCTTTAGGAATATGATTTTTGTCTACAAATATATAATCAA +TCCTAGCATTATATTTCGGTAATGTAGGAGTCTTATACTGATTTAAATAAACTGCACTAT +CGTAATAACTTCCTAAACTTATATTTTTATCATTAAAGTCTCCACAAATTATAATGGACC +CAATTAATCGATCTTTAAAGTTTAATATTTCTATAATTTGCTTGTTTCGCTCTTCTTTAT +CAAGGCCTAAATGAGTATTTATTATATTAACATGATATTTGTTATCTATTAATAGTTTTA +TAGATAATAGCCCCCTCTGTTCTTTTTTACTACTTAATAATAGATGATTACTAAATTCTA +TTTTATTTTTTGAAAAAGTACATATCCCGTACTTCATAGCTTTATTATCTACGTTAGCTG +CAAATACACCATCCATGCCAAGAGTAGATTTAATTTTTAGAAATTGATGATATAAAACCT +CTTGTAGGCAGATAATGTCGCTATCTACATCATGTAAGTATTTTATCATTTCTTTTAAGG +TTGGTTTCTTTGATATGTCTGTACCCCTATGAATATTATAAGATACTACTTTCAAATTTC +TTCACTCCTTATAATCAAAATAAAACCTAGCCTTATTCCCTTTTCATATAAAGCTAGGTT +TTATTATATATATTATATTTAATCATTATTTAATGACGTATCTCTCTTTTTATTTTAGTA +AATCTTCCTTCACTTGCTTCAAATATGAATCCAAATTTATTATATATCTCTTCTAATTGA +ATTAAAGTAACTTCTCCATTTTTTAAGTTAGCAACTGTTATTTCTTGAATATTTTTATTT +GGTATCATCATAAATCCCACTCCTTAAATTTAATTCTTTATAGTCTATATATATTTATGT +ATAAATTACTTTATTACTATTTTGTCCAAAAATTTTATTCTCTTTGTTCGAACATTTGTT +CTACACTTATTATATACGAACAGTTGTTCGTTTTCAATAGAAAAAATTAAATTTTTTGAT +TTAATTTTTTCTATATTGTAGATTTTTAGATTACTTAGTATTACCATTTAAGATATTATT +AAAATAATATTTATATAGGGGGAATAAATATGAGTTTAAATTCTACACCTCAATCTGTCA +GGGTACATATAGGGTTATTCGGAAAAAGAAATTCAGGAAAATCTAGTATTATAAATGCCA +TCACTAATCAAAAAGCTGCTATTGTTTCAGATATAGCTGGAACTACTACAGACCCTGTTT +TTAGACCAATGGAGATTCTACCGATAGGGCCCTGCGTTCTTATAGATACTGCAGGACTTT +ATGATGTAGGCGAATTAGGAAAACTTCGAATAAATAAGTCCTTAGATGTTTTAAATAAAA +CAGACATAGCATTATTAGTAGTAGATTCAACTATAGGAATAAAAAAAGAAGATTTATCAT +TAATAAAAAGATTCAATGATAAAAAAGTGCCTCATATATTAATTTTAAATAAAATAGATA +AAGTTTCTGATAAAGAAATTCTTTTATCTGAAAGTAACAAACTTGTCAAATGTCCTATTA +TCTGTGTATCTGCTTTAAATAAATTTGGCATTGATAAATTAAAGCAATGTATAATAGATA +GTGCAAAAGAAGAAAGCACTAATTTTAGATTAGTTTCTGATTTAATAGATGAAAACGACT +TTATAGTTTTAGTAATACCTATTGATAAGGCTGCACCTAAAGGAAGACTTATACTTCCGC +AACAGCAAGTTATAAGAGATATTTTAGATACTGGAGCTATGGCTATTATAACCAAAGAAA +CTACTTTAAAAGAAACCCTAGCTAATCTTAATAGCAAGCCTACGTTAGTAATAACAGACT +CTCAAGCTTTTGATCAAGTTTCAAAAGATACGCCTTTAGATATACCTATTACATCTTTTT +CTATTCTATTTGCTAGACAAAAAGGTGATTTAAATGAATTAGTAAAAGGAGCTTATACCA +TAGATAGATTAAAAGATGGAGATAAAATCCTTATTGCAGAAGGATGCACTCATCATAGAC +AAAAAGATGATATAGGAACTTATAAAATACCAGAATGGATAAAAGAAAGAACAAAAAAAG +ATCTTACCTTTGAATTTACTTCTGGTGTTACTTTCACAGAAGATATTGCTAAATATTCTC +TTATAATTCATTGCGGTGCATGTATGATGAATAGAGCTGCTATGATAAACCGAATAGAAA +AAGCAAAAAATTTAAATGTTCCTATAGTAAATTATGGTATACTGATTGCTTATTTGAAAG +GCGTTTTAGATAGATCTTTAGAACCTATTAAAGCTAAAGATCTTTTTTGATAGATTAATC +TTATAAATCGAAGATTAAATTTAACTTTACTTATTCTTTAAATATAAATTTTCTTATTTT +AAAATGAATTTTATTGTAATTTTATACATTATTAAGGATTTTAATAGTCTAATTTGCGTT +ATTATAGATTTCAGATAATATTGGTATTTCAAACAGTTTATAGTATTATTAAGATATAAA +GATTACATCTATTATACTTAAGGGGAGTATAAAAAAGGGGGGAATAGTTTGAAATCTTCT +AATACTACTAATGATCTAATTCATTTTAAGAGTAAGAAACAAGAGTTAGAAAAATTACAT +AAAAGAGAAGATTATCTAAAAGAAAAAATGCATTCTAATAAGGCATCTGATAATTCCCAT +AAAGTTTTACAGTATCCAAATAAGAGAAAAAAAACAGTAAAAAAATTCATCACTCTTATA +GAGTACTTTAAAAGTAAACTTGGAAAAGTGGGAAAGTTTTTAAAAATTATTATTTATTTC +CTAATTTTTATAATTTTATTCTTGACTATAGATAAGTTTCTACTTTCTAAAAATCAAAAA +ACTTTATCTTCTGGCGGTTCAACAAATTTTATTTCAGAAAGTACATCTATTCCAATATCT +AAAGAATCAGCCTACTCTAAAATAATAGATCAGTCAATAAAAAAATATACTGGAGTAAGC +TATAAAGTTAAAAGTAACAATATGCATAAAAATGGAAATAGAGTTTATGCCACAGGATAT +TTTAATGATCCTTCTGAAGGCAAAATTTACTTCGATATAGTTTTGCAAAACAACAATCCA +GAATCTTTGGTTATAAATGGAACTGAATATGTTAAATAGGGTTATCTTTTGATAACCCTT +TTTACGCTTGAACAGTTAATACTTCTAGTGATTTACTTTTCTTCTTTATAAACTTTAAAG +AAAAAGTTATTTGGCAGAAATCTCCTGTATTTTCCTGTATTACTAATGCTACCTTCTGTA +GTAGTTTAATAGCTTCTTCGTAGCTCATATAATCTTTATTTGCTGTAGCATTTATCATGA +TTTTTTCCGGATATTCATAGGCACCTTTACAAATTCTATGTTTTACTAGCTTTATTTTCA +TATCTTCTTCCGAGCTTTTTTCATTTACTTTTATAATACTCATCTCTACATCTTGCTCAC +CTGAAAAAATCCATTTCATATCTTCATAATCAACATTTAAACTACAGGTAGACATTAAAT +TATCTATAAATAAATCCATAATTGAGCGTATAATAAAGTAATCATCTATTTTATCATCTA +GAAATTTTATATTTCCAAAAACTTTATTATTAGAAATATTTATAGATGCCCCAATAACTT +TGTTTATTTTTTTCATAAAAAACTTATAATTAATATTATTATTATTTTGAGTATTTATAA +CAATTGGAATTACTAATATATTACTTTTTTTAGCCATTTTTCCTAATTCAATAAGGATAT +GTATTGACGACAGGTCACAAATGTCACAGGTAATAAAAACAATTTTTTCATTTTGAATTA +TTTTGTAAATCCTATCTTTATTTCTGTTTATAAGGTCTGTTATATGAAAGAAATCTATTT +TAGATGAGTAATAATTCTTGTCTTCTATAATTAATTTTTCCTTTACTTTTTCGTTTATAT +CAGTGTATTTTATATCAATTGCGCATAATTTTATATATTCTTTATTATTATTAGCTAATT +TATTTACTATATCAATTCCTTTTACACCTATTCCAATAAATTTAATATTATTCAAATTAT +TAATATCCATAATTAACGACACCTCTGCATTTTTTATATCCTAAAATCCATATGGTTTGA +ATCTATTTAGCTCTTTAATCATGTCATCCATAGTATTATGTCCCCTCACCATGTTATCTT +CAGCTAACATTTTCAATAAAAAATTATATATCTTCTCTACGCTACCTTGCATCGTAAATC +CTATAAATGTAATACCATCTAAACTTTCAATTATTATTCGAACTAATTTACCCCTGCTAA +TATTCTCTAAAATCTTACCTTCTAACCTTTCCTCTTCTGTGGAATATTGAATTATGACTT +CATTTAATTTTAAAAAGTATATAGTTTCTAGTATTTCCTTTCTTTCATAATCACTTAAAT +TATCTTCAATAATATTTTCATCATCTATTAAGTAATAGTTTAACTGATTACTCTGGATTG +GATGAAATCTCCGTATTAAGACTCTTAAATTTATCTATAGAAAATACCTTTGCATTATAC +TTTTCTCTCAAAGCCTTATCAACTTCTTCTAGTATATAAGCTTTTTTGCCTTTCATAATT +TACCCTCCTTTATCTTAGAGTATATTATTTTGTCTTATCCTTAAGTATTTGTTTTAGGTA +TTTAAGTCCTTTATTTTTATTTTTGTGATTCATATTTGGGAATGCTTTTAGAAGCCTTTT +TTGAACTTTAGATTTTTCTTTTACATTTAATATTTTATTGTATATTTCATTTGATTTAGA +TTTAATTTTTTCATCTTTATGTCTAAGGTTATTTAGAGACTTTGATAAGTTTTCTTCTGT +GAATCTTTCTAACTTAACTTGTATATCTATGTTACTTAAATCCTCTATAATCTCTTCTAG +TCGATCTAACTTATAGTGTAGTTTACTTAAAGCATTTAAGGTTATTGAAATATCAGTAAT +TAAATAAATCATCAATACAGTTACAATTAAATACATAAATATTGGATTTATTGTATCTAC +AATATTCACCACTATTGGATGAATGATTTCCATTAACAAAATGCTCATTATTCCAAATAA +TATCGAATTTTTTAAGCATACTCTTCCATTTATATTAAACATCCTATTTGAGTAATCCCA +CCAAGTACTGTGAAATAAAAACTCTAATATAGTTCCTGTGGCATATTCCAATGCTGATGT +CATTACTAGTCCCATAGTAAAAATAACTACTATATCTCCAGTATAACCTTTTAACATAAA +AACTACAGTTAATGCTCCCAATCCATATATAGGGCAAATTGGACCATTAAGAAAACCTCT +ATTAGTTACCTTTCTATTTCCTATTGAACAGTAAATAGTTTCACAACACCATCCCAAAAA +GGCATATATGAAAAAGTATAGCGTGTATTTATATAATAAATCCATGCATTATCTCTCCTA +TTTCATATGATACTTTAATTATACAACACCCTTAAGGAAAACGCTTTATTAAATACAAAA +GGGCCTTATTAAAATAATAAATTTTTACTAAAGCCCTTTTAGAAACATAGTTTTTATAAT +ATTAATTAGATAATTTAATTAGTATTGCTACTATATTTGCTTTAATTTATGTCAGCTAAC +TATATTTAATAAAATTCATTAATTATCTTTTAGGAATATTATCTTTTACTGCTTTTCCTA +GATTTTTGCCAGTTTTATATGTTTCCTTTACAACTCCACCTACTCCTTTAGCTACATCTT +TACCTACGTTTCCTACACTGTCTACTACTTCTTTTCCTACGTTTCCTACACCATTTACTA +GCTCTTTTCCTACATCTGTTACAGGTTTAGTAACCTTTTTAACGCTGTCCTTAGCTTTTT +CTTTCATATTGTAATACATCTCCTATATTAAATATTATATAAGCTTAGGTATATGCTTAC +CTATATTATAATATGATTAATTCTTCAATTAGTTACTAAATTCTACATTTCAATTCCTTT +ATTAACTCCTCTAATATAATAAGACAGGATAGCAAAGCCATCCTGTCTCTCGTACAATTG +AATATCTTAACTTATTAATGTTATTATCTAAATTAATTTGTAATAATTAAGCTGTTAAAT +GTTATTTCTTATTAATTGTAAATTGTTATATGTATTATTCAAGAAATATTATCCAAACCA +ACTTTTTGTAATTCTTTTAAATATTTTAAGAGTATCCAATTGTACTATTTATATTACAAT +AGCCTAAGCTATAGTAATGACAATTTCATTATTTGCCTTATTAATGGCAAATTCTAATTC +TAATAAATCATCATTCATCTTATCAACTAAATCTTGTAACTCTTTTCTATCAAAATTAAG +TTCTGTAACTTTATAATAAGCAGAAGTAGCCGCAGCATCAACCTTTCTAGATTTAGAAGC +CTTAGCATTGTTTAATATAGTTTCAAAAGTATCCTTTTGATTTCTCATAGTTCTTGATTT +ATTTAAAGCACCCTGAATCGTCATAGACTGACCTAGTGCATCTATACAAACAGTATTATT +AGACTTAGCTATCTCAGTTTTTAACATATCTATCTCCTTAGATAAGTCCATAACCAATTC +AAACTCGCCCTTAAAATTGAAAATCTCATTACAAACATGTTTTTGATTATCTGATTCTAA +TATATATGTAGTAGTACAATTATCTATGTCTGACAAAGTATATAGCTTATTTCTATAAAC +CTTTTCAAGCTCCGCAACCTTAATCATAGCCTGACTGACAGTTAAATTTTCCATCCAAAT +ATCACTCCCTTGATATTTTATTCTCATAAATAAATAATACCATACTTTTAATATAAATCA +ATTCTATATCCAATCCTTTTAAGTGGGTAATCTAGTATATGCCAAAAGCGAAGGGCGTGA +ATTAAATTGACTGATATTTGCAGCGTTATTTTGCTGCATGGAAGTCAATTTAATTCACGC +CCGAGCTTTCGAGTACGATACTATCTATCTACTTAAACAAGCCAATCCTAACACTTCTGG +TCCAGAGTGACATGCTACACAAGCACCTATTTGTATATTGTAAACATTTCTAGGACTTAA +CTTTTCTTTTACTTTCTCAATAAATTGATCTCTTAATTCTAAATCATCACCGTAAGCAAC +GTAAACATCTATGTCTGAAAAATCTCCGTTAACTTCTTCACTTAATTTATCCATAAGAGC +TGGAATTATTTTTTTGCTTCCTCTTACTTGAGACTTTTGTTTAACTAATCCATCTTCTAT +TTTTAGAATAGGCTTTATGTTAAGTAAAGTTCCAACTGCAGCCTTAGCACCAGATATTCT +TCCGCCTTTGTGTAAATAATCAAGTGAATCAACTGAAAAATAAACGTGTACTTTATTTTT +TAATTCTTCTAATTTCTCTACTATTTCTTCAACAGATTTACCTTCTTCAGCCATTATAGC +AGCTTCTTTAATTAACATTCCACCACCGATACTTAAGTTGTAAGTATCAAATATATATAA +TGGTCCTTCTATATCACTTTTAGCTAACATTGCAGATTGATATGTTCCCGAACCTGCAGA +TGAACCCGCTAAATATAAAACTTTTTTACCTTCATTTAGATATTTATTAAATACTTCAGT +AAATGTAGCATATGTTATCTGAGATGTCTTAGGCATATCTTCAGACTCTCTTAACATTTT +GTAAAATTCATCTCCACTTAAATCTGCACCTGCTTTATACTCTTTTTCATTAAATATTAT +AGTTACAGGTAATACATCTATATTATATTTATCAACTATATCTTGCGGCACATCATTCAT +AGTGTCACATATTATTTTAATATCATTCATGTTCTTGACTCCCTTTAGTCGAATTAATTT +TTATTTTTATTTAAAGCATGTTAGTCCTATAAACCCTGGTCCTGAATGCGAACACATTGG +AGGGTTAATTGTTATTAGAATTAATTCTTTTGGGTTTAATTCTCTTAAAACAGCTTCTTT +TAATTGTTCTCTATCTTCTAAGTTATCACCGCAGCCTATAGCTATCGTTCTATCACTAAA +GTCTTCTCCACATACTTCTTTAGTACGCTTTATTATAGTAGGTACTATTTTTTTATTACC +TCTAACTTGACCTTCTTGGAATATTAAACCATCCTTTACAGTAAGCATAGGTCTTAAGCT +TAACATGTTTCCAACTAGCGCTTTTCCATTAGATATTCTTCCACCTTTTTTAAGGTATTC +TAAAGAATTCATAGACATAGATACGAATACTCTATCTCTTAAAGCTTCTAATTCTTTTAA +AACGTCTTCTAAACTTGCTCCTTCATTTAACATTCTAGCAGCAGATAATACTAACATACC +GCATCCAAAACAAATACTCATACTATCAAATATATGAACATCTCCTTCAACATCTTTACT +TGCAAGTACTGCTGATTGATATGTTCCAGATGATTTTGATGAACCAGCTATATATAAAAC +TGTCTTCCCATCTGATACATGTCTATCAAATATTTCCTTAAAATCTACATACGTTGCTTG +AGAAGTTTTAGGCATATCCTTAGCTTCTCTCATCATTACATAAAACTGTTCATCTGTTAT +ATCAACATCTTTATATTCTTTTCCATCAACTATAACCGTCAGTGGCACTACTTCAATATC +ATATTGCTCAGCTAACTCTCTCGGCATATTTGCTATTCCGTCACATATTACCTTTACGTT +ATTATTTTTCATCATATTTGCCCTCATATTATATAAATTTATTTTTATTAACCTACTTTA +CACTATTTGATTATATCATAAATAAATTTATATAAATATATAAAAATCTGTAAATACAAC +TCCAACTATGTCGTTTTATGATATATATTATATTTTATAATCACAAATAAAATATAAATA +CAATTATATTGTTTTCAGTAACAGCAAATTAAATCTAAAAAGAGTATAGCAGTAAAAGCC +TAAGCTTTTAAAACCACACTCTTAATATCCTTACTCTTCTTCATCTTCCATATAATCTTC +TACTTCAAATCCACATGCTGGACATTTATATGTATCAAGTACATAGTGATACTCTTCTCT +TACTTCATTTTCACTACCTTCGTTTATTATTTCAAAATCATCGCCTTCTTCGTGCTCTAT +TAAGTCCATAACTTCTATTATGCACTTTGGACAGTACATTGTTGCCATACTATTACCTCC +ATAAAAATATTCTTTATATATATTAACATATTTTTTTAATAAATTCTTCCTCTTATTTTA +ATATGTTTATATTAATAGCTTTCTATACTATTTACTAATAGCTTTTGAAATTAATTCAAT +ATTTTTATTAATATTGGTAATACTAATATATGGACATAATCTTTATATAAATTTGTTATT +TTAAAAACTATAAGAGATATGCTTAAGTTGCATATCTCTTATAGTTTCAACTCCTAAATA +TATGGTTCCGTCCATATCTAATAAGAAACATTCTATATCTATGATATTTGTATTCATAAT +ATTTAATCTCCCAATATTTAGTCTCCTTTTATTTTTTAATTTTATGGTAGTATTTTACTT +TTATTTAGCAACAATTCGCAATGATCTTAACTTTTTAGAAAAATAAGATTTAATTATAAA +ATTCCATGGTGGAGCGACTTTACCTGAACAATCTAATAATTTAGAATTTCATAAAAGAGA +TAAATTAAATAGTACTGAAAAAGATACTATATCTAGTGAGGCGCTTAAATTAATTAAAAG +TGATAAATGTATATTACTAGATACATAGAAGGTCTATTAGGCTGTGATTTATTAAACAAG +ATAAATGCAGATATTGCTTTTGTATCTGCTCATGGATTTACTTTAAGCGAGGTCCTAACT +GATTTTAATATATATGAAGTTGAATTAAAAAAACAGATGCTTAAAAGATCTAAAAAAACT +ATAGCTTTACTGGATTCTTCTAAACTTGAAAATCTATCTACAGCATGTTTTTGTAAGTCG +AGCGAGATAGATACTATTATTACCAATAAATTTGAAGATAACTTAATTGAGATATACAGT +AATTATGGAATTAATGTGATAGTTAGCTAATAAAAAAGACTACTAATATTCTAGGTTTTG +CAATTAACTAAAACTTACTAGAGTATTATTAGTCTTTTTATCTATATATTTTAATATTTT +CTTTCTATCGGATTTACATGAATCATACAATGTTTTACTAATGGAAATTTGTCTTCTATT +CTATCATGAACAGATTCTGCTATTTTATGAGCTTCTTCTAATGACATTTTTCCATCTACT +GAAACCTCTAAATCCAAGTATATTTTTGAAGCAAACATTCTAGTTTTTATTTCATCTATC +TGACAAACGCCATCTTGATTTATTATTAATTCTTTCATATTTTCTATGGTTTCTAAGTCG +CAAGATTTATCTATTAATTTATTAATGCCATCTTTAAATATATCATATGAAGCTTTTATT +ATAAATAAACATATTACAATACTTGCAAGTGGATCTAATACTCTAAATCCCATTCTTGCA +CCAAATATACCTATAAAACTACCTATAGAAGATAAAGAATCTGATCTATGATGCCAAGCA +TCTGCCATAAGTGCCCCTGAATTAATTTTTTTAGCAGCATGACGAGTATACCAATACATC +CCTTCTTTTACTATTATGGATATTACAGCTGCTACTAAAGCTATCATTCCTGGCACTTGC +AAACCACTATTATTTCCATTAATAATTTTTTCTATTCCTGATATACCTATTCCTATACCT +GTAGCAAATAATATACAAGCAAGGATTATTCCTGCCACACATTCAAAGCGTTCATGACCA +TATTGATGTTCATCGTCAGCTTCTTTACTAGAAATATGAACTCCTACCATTACAATGATT +GTACTAAAGACATCAGAAGCAGAGTGTACTGCATCTGAAATCATAGCGCTTGAATTTGCT +ACAATACCTGCAAAGAATTTAAAACCTGATAATAGCACATTTACTATAATACTATTAGTC +GAGACTTTCATGGCAATTTGCTTATCACTGTTATTGTTTTTTGCTGTATTACTCATGTCA +TACCCTCCCCATTTTTTACTCTAATAACACAGTAAAATCAATATTAAATATCTGAAATCT +ATTAAAATTCACGTTTATTGAGCCTTTATTGGCAAAATATTTCAAACTAAGTTAGTTTTG +AATTATAATTTCCTTTAGTAGAGTAAAAAAGCATCTGTGAGACTACTGTCCCACAGATGC +TTATATTCCATCTGCTGCCACAAAGGCCCGGCTTATGAAGATTTTTCCTCCAATGCCTGC +TCAGTTTGTACTGTATTTTTATATGCAGTGCAAAAAGTTATTTGACTACTTAATCGTGTA +TGATATATATTATTCACCGTAAAAAATTTTGTGATTAAAATTTATATTCCTTTAGTTTTT +CATTATTAATTTGCTGCTGATCTTCTTTTATCTCTTATATTATCTATTATTACGACTAAC +GCTAATATAAATGCTTCATCTTCAAAATCTATATCTACAGTATAATTATCACTGAAAGCA +AACATTTCTTTTTCTATTTGAGCAACAACTTTTGAGCCTTGATAGATTTTATAATTATAT +TCAAAAATACTACCTTCTATTTCTAATTCACCATACTTACTATTTACTTCTACCTTCGTT +TTTAAGAAAGTAAGTTTTTGATTTACAGTAGCTACTACCTTATCATTTTCAAATATTTCA +TAATTTGATAAGAATGTAAGTATAGTTTCTTTGACAAAATAAAGCACCTGGTTATTTTTT +TGTATATCAAATTGTAAACCAAAAGTTAAAAATTTATTATCTACAAAGAAAGTATCTTCT +TCGTATTGGTTCTTTATCCAAAAGTCTTCTTTCAGTTTAAATACTTTAGATTTCATATAA +TATTTCATAGCTTCTCCCCTATAGATAGATATTTTAGTAAATTTATGCAGTTTTTATATC +ATAATATTAATATTTAATTCTTATAATAACAATATTTTTATATCAATTTCTACTAATAAA +ATTACTTTTTTAATGAGGAATTCATGTCAAGCAACACAATATCAAGGTACAAAAAAGATA +AGAAGTTTTATAAGCATTTATTTATAATTGCAACGCCAATAGCTCTACAAAATTTAATAA +CATCATCACTTAATATGCTAGATACTATGATGATAGGAAAAATTGGTGAAGTTGAACTTG +CATCTGTCGGTATAGCAAACCAATACTATTTCTTATTCTCTTTACTTACAAGTGCTATCG +CAATAGGTTCTGGTGTGTTAATTGCCCAGTTATGGGGTAAAAAAGATACATCAAATATAA +AAACAGTATTATCAAGATCATTATTTTATAACTTATGTTTAACAATAATATTTATAGCTT +TAGGATTATCTATTCCAGAAAAAATTATGGCTATATTTAATAATGACCCAACTGTGGTTC +AAATTGGTGTTGATTATTTAAAGATAGTTGTAATTAGTTACTTATTTACTGCAATTACAT +TTACATTTGCTTCAGGTCTTAGAAGTATCGAAAATACTCAACTTCCTATGTGGGCAAGTT +TAGTAGGACTTATTGTAAATGGTATTTTAAATGCAATTTTAATTTTCGGATTATTAGGAG +CTCCTAAAATGGGAATTAGAGGTGCTGCTCTTGCTACTCTTATTGCAAGAATAGTTGAAT +TTTTAATAGTAGTCTGTTCTGTATATACTAAGATTGATATTTTGAAATTAAAAGTAAAAA +ATATATTTGAACTATCAAAGTCACTTTCTTCAACTCTTAGCAAAGTTACTATACCTATAT +TCACAAATGAAGCTTGCTGGGCTCTAGGTACAATAACATATGCGGCTATATATGCAAGAA +TCGGTACAAGTGCTGCTGCATCTATACAAATTTGTACAACTGTAATGAACTTATTTATGA +TACTTACTTTTGGCCTTGCTAATGCTGCTGTAGTTATAATAGGTAATGAAATTGGTGCTA +ATAGAGAAGATAAAGCCATTGAAGCTTCAAAAAAGATTTCATCAATTTCTATGAAAATTT +CTATACTATTAGGACTATTACTTGCATTATTAGCTAAACCTATAGTAGGATTTTTTAATG +TATCTTTAGAAGTTAAAATGTCCTCTCAATATATTTTATATATTTATGCACTTATGATGA +TATTTAAAGTTTACACAGCCGTTATGATAGTTGGTATATTAAGAGGTGGTGGAGATGCTA +CCTATGGCTCTATACTTCAAGCGGTTACACTTTGGATGGTAGGTATACCATTAGCAGCAT +TTGCTGCATTTATTCTAAAACTACCAGTTCATTTTGTAGTTGCATTTGCTGCAATTGAAG +AACTCATTAAGGTTGTTATTATTGTTAAAAGATTTAAATCATTTAAATGGATCAAGAATA +TGGTAAACGATGTAGATACTTGTTCAAGTCCACTATAAATAAAAATAAAAAATGAACTTA +ATTTTAATTTAAAATAAAGTTCATTTTTTATTTATTATAAATATTAATTCGATAATTTAT +ATAAAGTATACTATGCATAAATATCTAAAAATTCAATGTTTAAATTCCTTATATTTCTAG +CTGTTTCTTTTAGTATTATTGTATCACTTGTATTTTCTTTATTTAATACATCAGCCAAAG +TAACTATAAACTCAGAACCTTCTCCAAGTTTACTTTTTACACTTATGTCACCATTGTGCA +TTTTTACTAAGGATTTAACTATAGAAAGGTCAATACCGCTTCCTTCTTCATCATTTTTTG +TTTTGCTATTTAATTGTTCAAATCTACCAAATATACTATCCAGCTTATCTTCAGGAATTC +CAACTCCACTATCTTTAACCCTTATTTTTACATTATCTTTGCAATCTATAATTACTTCTA +TCGTTCCACCTTGATTAGTAAACTTTATAGCATTAGATAGTAAATTTAATATCTATTTAT +ATGATTAATTGGTAAAATATCAGCTATATCCTTACCAATTATAAATACTACGTGTTCTTT +TAATTAAAAAATATTTCATTTTAAGTTTTAATTTTAAGTTAATCTTAAAACTAATCAATT +TGTACTAAGCATGTTACAACTGATATTATTCCAAACATAGCGAATACCATAGTTGCACAC +AGTGCTCCAAATGTTAATGCACAGTTAAATAAATATACTGTAGGAACGTATAATATAGTT +ATTAATGCTGCTGGTATTAATAATATATATGATACTTTTCTTAATTTATCTTTTAAAAGT +TCTACTACTATTGTTCCTAAAGCTATTATTATAGCTGGAAATACTAATAAATAACTTCCT +CCTGGCAATACAAATGTAAGTATTAATCCTAATATAAATAAGAATACAATATTACCAAGT +ATAACTTCATTTCTTTCTTTAAATTTATTACTTACTTTTCTTATAAGTAAGATGTATCCT +GCTATTGATAAACCTATAACTCCTAGTGTTGTAACATCTTCAAACTTTATAAGAGGTAAA +TATGTAAGCTTAAATGGACGTCCATTTATAACTGCCGCTAATCTTGATATTCCATATGAT +AAACCGGCTACTAACGCTGTAAACAATAAACTTAGTAAAGAATATTTTACAGTTGTTAAT +ATACTCTTTATTTTAAATTTCTTAAATAAGAATATTATAGAAATTAAAATAGCTAATAAT +AAACCGTAATTTATCATATTAGAATATTTTACAAATACACTACCTATTATGAAAAATATA +GAGTCATCTTTGCTAGTTAAAGCATCTTTATCAGCATATTTTTCATTACTTACAAATTCA +GTTACTATAGGTAACACTTGGTCTCCATAATGCTGTAATGACTTTTCATTTAAAGATTCA +AACTTATCATTAGGTGTGTGATAATTTTCTAATCCATCTAATACACTTATATTTATACCT +GGTATATTATTTTCTAAAAATACTGTGAAGTCCGTTCCATTAGGAAGTAAACGATATATT +TCAGGTGTTATTGAGTAAGAGAATGGCTTTTCACTATAATTATATAAATCTACTATACTT +GAGTTATTTGGACTTGTCTCAAACATTACAGCAGGTCCTTTTGTTCCTCTGGCTTCTAAA +TTTATTAGATAGTTTACATTCTCAAATATTTCTTTTTCTTTTACAGCTTCCTTAGCTCCA +AGAAGTCCGTATTCCTCACCATCTGTTATTAGTATTTTTATACCATTGTTTAAAGTTACG +TTATTTTCTTTGATTGCTCTTATAGTCTCAAGAATAGTAGATAGTCCGTATCCTGCATCT +GCTGCACCTAAAGAACCATCTTTCTCTGCATAACGCTCTTTCTTTGCATGAGAACTATCA +TAATGTGTTACTAGCATTATGTATGAGTCATTTTTACCTTTTATTTCTGCATATATATTT +TCAAGGCTTTCTTTTGTATTTGTTCTTTCTACAAATACGTCTTTGTATGTATAAAGTATT +GGATCAATGTCTAAAGCTTTAAGTTCCTTCAGAAGATAATCTCTTACATCTTCATGAGCT +TCTTTATCAAATATTGAATGTGGCTCTTTTGCTATTTCTTTTATATGGTTCATTTGATTA +GATACATTTACTTTAGTGTTGTCATCGTAGTTTTCTTTTGATGGATAAAGTGAATTATAT +CCTATTATTGATGATATTATTAACACTGCTAAAATTATTGCATATGATATATATTTTTTT +GATTTCATCACTATGTCTCTCCCTCATTAAATTTTCTTAATATTAAAATGCGTTCTCGCT +TTTTTTATAATTTAACATAATTCGATAGGTAGTACAAGAATTTATTTTGATATTCAAATA +TATAAATATTCAAAATATAGTATTTGCAATATTTTCCTAACTTAAATTTTTTAATTATTT +ACTTTATAATTTGTTTATGCATGAGATAAGTAATAAAATCATAGATATAAAAAAATAGAT +TGATAATAAATTCTATTAAAATAAATTTATTATCAACCTCTCCTTCATACATTTATTATA +TTTTAAATATATACATTTATTTTATGTATAGCCTATTTAATAATACCTTTAAAATTGTTA +ACTCCGCACTTAATTTGCATCTTCCGCATGCCTTTGTAGCTTGAGTTTCATTTATGATTT +CTTTTACGCTTTTGCACCCTTTTGATTTTGCTTTAATTATGTCATCTACTGTTACATTAA +AGCAACCGCATACTCTGTTGTTATTCATGGGAAACCTCCATACAATATTTTATATTGTAT +TTATACCCAATAAAATTTTAAATACACATGTGGCTAAATTTACTTAACACACTCTTTTTG +AAGTTTTACTATCCATCCTTCTGGAGCTTCTATATCCCCAAATTGTATTCCATATAATGT +TTCGTATAACTTAGTGATCTTTGGACCTGCTACTTCTTCACTATGGAATATGTGCTTTTT +ACCATTATAAGTTATACTTCCTATTGGAGTAATAACAGCAGCTGTTCCACAAGCTCCTAC +TTCTTCAAATTGGTCTATCTCATCTATTTTAATTTCACCTTCTATCGCTTCCATTCCTAA +ATAATCTCTAGCAACTGTAAGTAATGAGTTTCTAGTTATACTTGGAAGTATTGATGGAGA +ATCTGGAGTTATAAACTTATTATCTTTTGTTATACCAAAGAAGTTAGATGTTCCTGCTTC +TTCAATAGTTGTGTGCGTTTCTGGATCTAAATATATACAATCTGCAAATCCTTCTTCTAC +TGCTATTTGATGAGGAAGCATACCGCAAGCATAGTTTCCTCCTACTTTAACTCCTCCAGT +TCCATATGGAGCTGCTCTATCATACTTAGCAGTAGTCATCTTTACAGGTTTAAATCCACC +TTTAAAATATGGACCTACTGGTATTCCAAATACACAGAATATGTATTCAGGAGCTGGTCC +TGCACCTATATTATCTCCATTACCTATAACAAAAGGTCTTAAGTATAAAGTTGCTCCCGT +TCCATAAGGAGGAACAAACCTTTCATTTGCTTCTACAACCTTAAGGCATGCATCTATAAA +TTTATCTACAGGTACTTCTGGCATTAAAATTCTTTTGCAGCTATTTTGAAGTCTCTTTGC +ATTCATGTCAGGTCTAAATAATTGAATATCTCCATTTTTTGTTGTATACGCTTTTAACCC +CTCGAAGCATTCTTGCCCATAATGAAGAGCAGTTGCACTTATGCTTATAGATAGTTTATC +ATCATCTTGAAGTACCCCATCATCCCATTTTCCATCTTTCCAACGAGATACATATACTTT +ATCAACTTTTTGATATTTAAATCCTAATTCCCCCCAATTTATGCTTGCCTTTTCCATTCT +AATTCCCTCTTTCTTTATTTAATTGTACTTTTAATATAAAAAAGCACAATCTAGAAAAAG +GTAAATGTATTTTTTAGAATTTTCCATAAATTCAATTAATTTTATTTATATGAAAAATAA +AATTATAATAGCATTTTACGATTATTCATTACTGTATTATAACTTTTATACTAAAATTAT +AATATATTAACTCGTTGTGCTAGTTAATTTTTACAATAATAAAACTCCAACAAATATAGT +ATCCTAAGATTGCATCACCAATCTAAAGGAGGGTTACTATATGTTGGAGCTTAATAATTA +TTATATCCAGGAAGTAAAAAATTTAACTGACTTATTTACTATAATTTTTACAATAGTTGA +TGATATATACAATGATATTATCCCTATAAGTATTAGAAACAGGCGTAATATTAAGGATAG +>MGYG000000001_24 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACTGAAAAGCCTC +CTTTTATATCCTTATATTACTATTTTCTCTCGTATTACATTTCTTCCTCTCTGTTTTTTA +TTAATTTATGAACTAAACCAGCACTACAATTAAACTCTTTCGCTATTGTTCTCATACTTT +TTCCTTCTCTTCTGGCTTTTAATATCAGTTCTATTTGTTCATTAGCAAATTTCTCTTTTC +TACCAGCTCCGCGGTCATTTTTCTTTACCTGTTTTAGTTCTTCTTCTAAATCTTCAACCC +TTTGGTTTGCAAAAGATAACTCTCCTATTAGTTCTATTAATCGAGTAGTTATTTTTGAAT +TTTCATCTGTCATATTCATAATATACTCAATTAGCTCTGCTTTCTTCATTTTTTCTAACT +TCTTCAATATTTTTTCTTTTCTTTCAGTTTCTAGTATTTTAACCTACTCCTGTCTGTGTT +CATTTTTTAATTTATATACGTTTATTAATTAAATTGTAAACAATTTTAAAAATAATATCA +ATACCTTTACTGCTTTATATTCATTTTTCATTTATCTAATTTCAACATCATGTTAAAACA +TAGCCTTTTTATAAAATTAAAGTCCTTCTTCTTCAGCTAACCCTAATCGTTTCAATCTCT +CTTGTATAGTTGATACATTTTGTTTTTTAGGTTTATTATTTTTAACTTCACTTGAATGAT +CTATGGTATCTATAACTGTTTTTTTATTTTTTATCAAGTGCTCATTAAAAACATGGCTCA +CTCTATCAATATCATTATTAAACATATTCAACAATTCATCTTTAACCTGAATATCATCAG +GTCTTTCTATATTTAAAACATCATCTAAAGAATTATATGTGGATGTACTATTCCAGAACA +TAGTGGCAAACCCTTCTTCAAACTGTTTTATACTCTTTGCTTGACTATTGACTTTACTAG +TTAATTTATCATTCCTTACCTTTAAACTCAGAATTTCTTTCCTGTCTTTTAAAAATAAAT +TAATCAATCTCTTTTTGAGTTCTTCGGGTTTATTGTGATATCGGTCTACTAATAATTCTA +AGTCTTTATTATTAATTTCAAAAGCGTCTCCACCGGTCTTTATATTATCATCATATTTTT +TTTCATCTATGATACTTTTCCCATAATACGGTTTTCCATCATAATCTTTAGACCAAAATC +TTACGCCTAAAAAATTAAATAAATCACCATTTTGACGAGTGAATTCTGGATTGTTAGCTA +TAAGATTATTAAATTTAACTACACTATTGTAAGTCAGTTTACTTTTTATATATCCAACAT +CTTTAAATGCCAACTCTAATATTTCTTTCGCCTCTTCTTTTATTTTATCTGTAATTTCAT +TCTTTTTTCTTCCGCCTTTACTTTTTTTCTCGCTCATCTATTCAAACTCCAAATAATTAT +TTTGTATTTCATTTTCTTTTTCAAACTTTTGTTCTAATAAAGACGCCTTTAAAAATGCCA +GTTTATCCGCTTTAGACCTAAGTTTTAAAGATTGGGATTTGAAGTCTTGCTCCTCATGTT +TTTCTAACCCAGCAAGACCATTCAAATTAACAATTTCCATTTCATTGATAAGATTTCTAA +AGAACTCTTCCTCAACTTCTATTTACGATTGTAAAGGGGATATTTTTTTATTTAAAATGT +AGTGTTTAATTTCTTTATAAGAGTTATTTGTTGGTTCACACCACCATTTACTACAAAATG +CACAATAAGGGACATCTTCACAAAAGTCATTGCTGTTTACATCAAGCAAGCAATACCCAA +CCCCATCATCTGTTTTATCGAACTCACTTAAATCCACATCTAATTGATAGCCGTACGGCT +TATTAAACACTATATCTTTTAATGATCTAAACATTTTCGAATTTTGGCTGTGTATATTCC +TGTCAGAAATATAGTTTAAGATTTCACTATCTATATAATAACTAACATGATTGGTGTAAC +TGTCTTGAGTTTCAAGAGTTGTATGACCACCTAACAAGGCTATTTCAACAGGACTTACCC +CTTGTAGAAGCAAACTGCAAAATGCTAGATGTCTTGTGTCTCCAGGTGTCATTCTTTCTT +TCTGACTTAACGCATATCCATATACATCCTCCACAATATTATCATAGAAACTAGTTAACA +AAGTAGCGAAGTTTGCTGTCGCAAAATTCAAAGGATTAAACTTAGTTGATTCACCCGATT +TAAATGTTGGTAAAAAATCTTTGTATTTATCACTTTGCTTTTCTATGAGAAATTCTTCTT +TAAATTTGCACAGAGCATTGTAAGATATTAATGTATGCGATTCTGTAAAGTCCGTCATAT +TGATATATTCATTTATTAAGTCATATATTTCCTTGGTTATTTCAACTTTTTTTAAAATAG +GTAACTTCGGTTTACTTATTGTATGTTTAGTTCTTTGTATTTTTATTCTATCAATTATCA +AATAGTATTTGTTATCATGTTTAAATGTGCATTTCCTATAAACATTGTTAAATAACTCAC +TTGGTCTCATAGGAATTACATTACTGACCTTCCACCATATCAAAATAGGATAATAAATTT +TTCTTAATAAATCATTGGTTTTCTCACCATTGAAAAAATCTTTTATGCAATAATCTGTCA +GAAAAATACTCTGGTTGCTAGGTAAATCTCTCATAGTTGCATTTAAATAGGTTTTATACT +GTGAAATGCTTTTTAAAAGAAGTTCGTAGCCATCTGGTATAAAACCTATCCTGTCTAAGA +AATTTACATAAGATTTTAATGCTGTTATCCTATCGTGTCTTGCTCTATCATTACTTGAAT +GTTCTATATAGGTATCTATAGCATTACCTTTTTTACTGTGTATCAATTTTTTTTTAAATC +CATGTGTTTCTATAAAAATTCTTTCTATACCAAAAAAATAACCTTTTATAGTACTTCCTG +AAATCCCATCATCAACTAATTTTTCTGCAATCCAGCATTTTAAAATTAAATAATCATCTT +TATCAATTAAGTTTAATTTTACCATATCTATCACCTTAGAAAAATCCAAGATGTTATATA +CATCGGTGTTTTTATTGTGAAGAATCCATATATTAGACTCAAAGGTTGCATCGCTCTTGT +ATTTAGCAGATTCTTTGCATAATATATTAGCGTTTTCCAACTTCACCTTACAATCAACTA +TGAATTTATCTGTACTAGTCTCATTATTTTCTTCAATAAATTTCGTGTCTATTTTTTTTA +ATATATCACCCATATTATGCCTCGTTTCATATGATTTACATATAAATTATAAAACAATAT +TTCTATTTTGTCTAATTAATGTTAGACAAAATAGAAATATTGTTTTAATATGGCCATTTT +GTTTTGTTTTGTCTATTTTTTCATATAGATACATTCACTGCTTCTTTAGAATTAAACTTA +AACATAACTCCATCAGTATTACCTTGAATAAATTCTGCTTCTTCCTTAAATTCTAATTCT +ACCTTTTCTATTAAATCTAATAATAGTAACTGTCCATTTACACATATAGACATCCCTTGT +CTTGGATCATAAAGTTCATTATTAATATCCATACATGCACCGTATGCACTATTTAAAACT +AATTTAAGGGATTTTTCTATAGGATTATTATCTTTTTTAAACTGTATCCTTGTATCTCTT +ATTTGACTGTATTTAGATGGATCTTTTACATTTCTACTTAATAAATTATATTCTATCATT +ATAGATGGATAAAAAGAACTTACATCTGAATTTACAATGAAATCATTAGCTTCGTATTTT +TTTCTAGCAGAATGAAGTCCACCCCAACCAAAATCAGTTTCAATTCCATATACATTTGTT +CTTAAGTAGTTTTTTAAATCTCTATTGTTATAATCTAAATACCAATCTTTTATATAATTA +TATTTACTAAGATTTATACTCTCTATTATTTCGAAGTCTTTTGAGTCATCTCTATCATAA +TTAGGCTTTTTTGCACCTAATATATATGCACTTAGCTGAGCTTCGGTCTTATTAATCATA +CTGTCATCTAAGTTAAAGTATTCTATTAACCCTAATTGTGCTTCATATTTGTAATAAACT +TCTGTAAACACTTTATAAGTCATTCTTACGTCGTGTAAGCAGTAACTTGTTAGTTCTTTT +ATCTCTTCTTCTGTTGGATATCTATCTAAATCAAAGGGAACAGTACTTTCTCTTATATCT +TCCCCCATAAACAATTCCAGCTCCTTCAAGCTACGGAAACTATCATTTATTTCAAATATA +TACATCTGCATTTTATTTAAGCTTCTATCAATTTTCCATCCAGACATCTTTTTTTCAATA +AGGCTATCTGATACCTTACATGGATCAAGACCCATAATTATAGATTTAAATATCCATTGA +TCGTATCCTTTTATGTTGTACCCTATCCATACAGAATCTTTATTCTTATTGTATATTCTT +AATAATTCATCTCTATCATTTATTATGATGTGTTCTTTTTGAGTTTTGTAATCTTTCATA +CAACACATCCAAAATTTAGCATTTGATAAAACTTCAAAATCTATTATTATACGTCTTTTA +TCTTTTTTCATAATCATTATTCCTCTATATGTTGTATTTATCTTATTATACCAATAAATA +TATAAGGTTAAACTATAAAAAATATAAAAAGTGCCCTGACTATGTAAATAGCCATCCTGG +ACACTTTAATTAAACTATTTATAAAATTCCTTGAGATTCATAACTCTTTAAGCTCTTTAT +TATATAACTTAAAGTACAAAAATCTTTGTCAATTTTCTCACTTAAAAGCGTTAGTCCTTA +TGCTCCTCTTAAGCTTGTAAAATTATAATTTGAAAAGTCACTGTTATAACAATTACTTCT +TTTTAAATCTTGGTACATAAAATTTTTATTCATTTTTTGTACTTTATTATATTTTAACCC +TGTTTCTGATTTCTTATTTGTTGTCATGTTATCCTCTATTAAAAAAACTCTTATATCATA +TAGATATAAGAGCCATATATTCATACTTATAATTGGTTGCGGAGGCAGGACTTGAACCTG +CGACCTTTGGGTTATGAGCCCAACGAGCTGCCAACTGCTCCACTCCGCGATGTTATTATT +TTGTATATATATAATAGTAGCATATACAAATCCTATATAACAACCTTTTTATAATTATTA +ACATATATATATTTTTTTATACGTAGTTTCAGATAATTCTATAGATTAATTTTCACCATA +TCTTTTGATATATTTAACTTGTACTTTTATATCTGGATGTTGTCTACAAAATTGATTGAT +TACATAATAGCAACTTGGACAAGGCTCCCATTTGCTATATAAAGTAAGATTTCCCTTGTT +ATTTAGTTTTTTAGCTTTAATTTGCTTGTGAATTTCTTCAAATATCTTTTTTTCACTATC +ATTAATTCTATTATAACCTGTTCCTAATTTGCCTAACTTGTTAACTTTATTGCTCTTAAA +AAATTGTTTTTCTAATGGTGGTGCTTTACAATAATCATTTATCTCATTACTACCACTTAT +TGCTTTAAATTCTTTATTATCATATTCTACTACCGCTATATTTATAGAGTCTTGTAACGC +ACTACTTTGATTTATTTTAAAAGTTAAATTATCTTTTTCATCAATTTTAATATACTTACT +CATATTTTTTACTAGGCGTTTTATTCTTGGTATATTGTTACTCAGATGCTGATGGTATTC +TACACTGCCCTTTAGTGGCTTGATATAATTATTATCTATTTCTTTAGGTATGTCTATTGA +TATTGTTTTAACTTGAGTTATTTCATTATATTTTTCATCTACATTTTCTTTATTTGTCAT +AATCATTTTTTTTAATAATTCAATATCCTTAGCATAAAGATAATTTTTGCCTATTTCCTT +TTCTAAATATTCTAATCTGCATTTTTCTTTTTCATTGATTACTCCAGATATACCATCTTT +TATTTCTTCTATAGCTTTAAGTATATGTTCAACATTATCTTGAGAATTAGGCTTTCTTTC +ATATTCAACTCTATCTATTCGTAATTTTTTGATCTCACTTATTTTTTCACATAACCTGTA +GTGTTCTCTTTCAAACAAGACTATTTTTTCCATATAATCAATAAAGTGACTAACATTGTT +AGCTCTATAAGTTATTTCTTCTTTATCCATAGATTTGTATAAATGTTCTATTACATCATT +ATCCACTTTAAAAATCTTTATAATATCTTCTTTGAATTTTTCTTCATCGTAATAATTTAC +ATTATATCCTTCTTTTTTTAATTCTTTTTTAAAATCGTATATATTGGAAATCTTTATTTT +TTCTTTTTTCCTAACTTTTATGTCTATATCCCTTGTTGTCATGTATACCTCATTTTTTAT +GATAATTTAATGATATTTTTAATAGTATTTAATTATTTTATCATATTTTGAAGTTAAAGT +TTGAATTAAAATTATACCAGTAATACCACTATAAAATTTTATTCAGTTTATTCACAGCAA +TTTTAGAGATAGAACTGTGCTCTAGCTCTAAATATCTCATACATAGATTATACTAAATTA +ATAGTTTATTTCTTATCTTCTTTATGTTTACTCATAAACTTAGAGATAAAGCTTAGTTTC +TATACGTTTATCATATTGAGACCATGTGTTATCTCTCGTATTTTCTCTTATTTGCTCTAT +TTTATTCATAGTCGCATCTACAGTATCTGCATAATTTAATATAATAGATTCTTCCATATT +AGCTTTTTTAGGTGAGCCATACTCAAGTTTACCATGATGCTGTACTATGCAACCTTTTAT +CCTTCTAATAAAATCTTCATTAAAAGGTACTCCAGCATTCATAACTGCTCTATCTATCAT +CTGTACTCCTATAACAATATGACCCTCTAATTCTCCTTCAAGAGTGTATTTAAAAGGACC +ATTATACTCAAGTTAATAAATTTTACCTATATCATGAAGCTTTGCACTTAATACTGCAAT +TTCTCTTCTTCTGCAATCATATCTATCACAAAGAACTTTAGTCAAATACATTACATTAAG +AGTATGTTCAGCCAATCCTCCTATATAATTATGGTGCATAGATACTCCACCTATTCCTTT +TTTAAATTTTTCAAGAAAACTTTCATCTTTAAAAAAATAATCATTTAGCTTTACAGCTTG +TGGTGAAGTAATACATTCTTTTGTTATTTCATCTATATCTTGCATTATATCTTCAATAGG +TCTTTTTACAGTTGCAAGATAGTCTTCAAGTTCATAATTTTCAATTACGTTTAAGTGAGA +GACATCGATAACAAAATCCTTAGTCCCTTCGATTTCTACTACCTGTCCTGGTTCTAACTT +TAGTTTTGGTGCTATTCTTGCATTTATGTATCCACTTTTATCACTTAATGTGTATAAAAC +CTTATTTCCATCTTTATATAATTTCTTCATTATCATAAGAGATATTTTTACATTTCCGTC +TTTTAAATCTTGAAGAAAAACTTTTTTATTGGCCATGACTACTCTCCTTGTTTTTTCTTT +AATCTGTAAACCACTAGTCTGATAGCTTTACGATGTTATTTATATATTAACCATCAACTA +TTATATTATTACACTAAGCTAGTAATCTATTTTACTAATATCTATGAGTTAGTTAACAAA +CTATTATATTGAAATATTTGAACTAAGATTTATTTAAATGGTATAATTAGGAAAACAATT +GGGATTAAATACAAAATAATAAGGAGATTTTTATGAAGAATTTAAAGATTATAATTCCTA +TTATTTGTTGCTTAGTATTTGGTATTGGATGTAGCAATAATTCACATTCAGATATTGATA +AAACGGATAATAGTAGCACTAATGATGTTGTTGTTGAAGTTGAATCAGAAGAGGAAGTTA +TAAATAAGATTATAGAAAAATATGACTCTATACAACCAACTGAATGGGGAGAAAAAGTTA +ATGGAGTAGTAAATAAAATTAATACAAATGAGAAAATAATAGCTTTAACATTTGATGCCT +GTGGTGGTAAGTATGGTAGTGATTATGATAATGATTTAATTCAATATTTAATTGATGAAC +AAATTCCAGCTACCCTTTTCGTAAATCGTAGATGGATAGAAGTAAATAAAGATAAATTTC +TAGAATTGGCTAATAATAATTTATTTGAGATAGAAAATCATGGTTATGAACATAGACCAC +TATCGGTAACTTCTAATTCTATATATGGAATAGATGGTACTGGTAGCATTAAAGGTGCTA +TAGATGAGATAAAACTTAATGAAAAAACTATATATGAGCTTACAGGCAGAAAGACAAAAT +ACTTTCGAGGGATTACAATACATATTAAAAGAGTTAAGAGATAAAGATTATAGTTTTGTA +AAATTAGAAGATACTAATATTTAAAAACTTATATAGTGTACACATGCTTATTATTTTTCT +AACATCGCTATCTATATAATATGAATGCGTAAAATAATAATACTATATTCACAATATATG +TATAATAAAAAATACCTAGCTTAAACTAGGTCTTTTTTATTATTTATTTGATGTATTAAC +TTTAATAAATTTAAATAAATATATCTATTACCAATCTAAGAACCAACTATATCTCCACCA +TTAGGGTGAAGAATTTGGCCGGACATATATCTAGAATCATCGCTTGCTAAAAATACAAAG +CTAGTTGCAACTTCAAATGGCTGACCCGCTCTATTCATTGGAACTTTACTAGTTCCACTA +CCAAATGTCTCTACTTCCTTTGCTGAATAAGATGATGGAATTAAAGGAGTCCAAATAGGT +CCTGGAGCTACTCCATTTACTCTTATACCTTCATCCATCAAAGATTGTGAAAGTGATCTT +GTAAATGTTAATATAGCACCTTTAGTTGCGCTATAGTCTATAAGTAATGGTTCACCTCTA +TAAGCTGTAATAGAAGTGGTATTGATTATACTTGATCCTTTTTTTAAATATGGAAGAGCT +GCCTTTGTCATATAAAAAAAGGCATATACATTAGTTCTAAATGTATCATCTAATTGTTCT +GCACTTATATCTAGTATACTTCTTTGAATAAATTGCACAGCATGATTATTCACTAAGATA +TCAATTTTACCGAAGCATTGTATTGTTTTTTCAACAACAACCTTAGACATCTCTTCATCT +CTTAAATCACCTGGTATTAGTAAGCATCTTCTTCCCAAACGTTCTATATAAGCTTTAGTT +TCATTTGCATCCTCATCTTCACATAAATAAGAAATAGCAATATCTGCTCCTTCTTTAGCA +AAAGCATAAGCTACAGCTCTGCCTATTCCACTATCTCCACCAGTAATAATAGCTACTTTA +TTAAGTAATTTACAACTTCCACAATAATATGGATTATCAGATATAGGTCTGGGGTTCATA +AGATACTCTAAACCTGGCTGACAATTTTGATGCTGAGACGGAAATAATATCTTTACTTCT +TCACATTTTTCTTTTGTGCCTATACTTTTATAAACTGGATACATATATAACCACCTTTAG +CTATTAATTTATAATTATACACTTGCTCAATATAAATTATATTAATGCTTGAATTTACTT +ATGACATTATATAGTTTATTAATACTTTTTTAGGTTGATAAGTACTTAATCTCTTCATAC +TTTTGAGACTTTAAACACATAAAAAAGTCTTCAGATTTATGAAGACTTTTTAACATATTA +TTAATCTCTTATTATGTTAAAATAGTAAGTGATTGAATATCTTTCATTTTACTAAGTACA +TATATTATTTATCTAATATTGTACCAACATAAGTTCTATTAGTTCTAGTTCCAGGTTTTA +TTTCTCCATTTATTGAATATATCTTTTCACCATCTAAAACTACTCCTGCTCCACATGGTG +CATCAAATGGAACTTCACCAATAGATTTCCAACTATTACTCTTTGCATTATATATTAATA +TTTTCTTATTCCATCTTAGCTCAGATGGGTCTGCTCCAAAATATTTTTTCTTAAAATCGG +CTAATTCCTCCCCATGTAACGTTCCTAATCTTTCAACTGCATAGTCATAAACTGTTTTAT +CAAATCCACCTACAACTAGCATTTCTTCGTTATTAAGTTTAACTGAACTAGCACCTAATA +AAGATATTTCTTTTCCATCTACTTTAACATCTGATACTTTTTCCCATTTATTCTTTTTCA +TATTATATTTATAGCCATCAGTATAAGCTACTTTATCTCCACCACTAAATACATATATCT +CACCATTTAATATTTGAGCAACAGCTTGGTTTCTAGTTTCTTCTCCTGGCATGGATGCTA +TTTCCTGTGTTTTTTTTGTTTTTAGATCAAATTTGTACATTTTATTACTAGCCTTACCAT +CTTGCTTTCCTAATCCAACATATATATAATTCCCTTGTTTAACAGCTATTCCATCGCTAA +TTGTAAAAGGTAAATCTCCTATAAACTTTTCTTTCAACTTTCCTTTTTTATCAACAGAGA +ATAGAGTTACATTATTTCCTTCTTTATCATCTGGACTTCCACCTATATAATAAACACCAT +CATCATCAGTTATTGAGCTTCCATACCCTATTTCATATTTTAATTTTGTATGGTTAACTT +GCTTTAATCTTCCATTTTCTTGCTTTAATACATAAACATCAGGATAATGTTCTTTAGCCC +CACCATCAACTACAGGCTTATCAGGAAAGTTTGCTCCACCGCCAGCTATTATATATCCAC +CTGACTCTCCTACAAGTAATCCTGCTGTACCTATATTTTTATCTTGTCCAAATTGTGCTT +CTAAATCACCTGCATGTTCCCAAAGTATTCTTTTTGCAGTTATTTTTTCACTACTAGATG +CTGCTGCCTTTCCACCATGTCCTAAAGTACCTATCCCAATAATAAATACTGATGCTATTG +CAATTGCCATAGCTTTAGTTTTTTGTTTTCTCATAAAAATCCCCCTCATTATTTTTTATA +TTTATAATTAAATGGTATCTAAAAACCGTTTTCCTTTCAACAAATTATTTATTTTGATTT +TACTTTCATTATTCTATATACTCATAGTTTTTAACTATCAAGTTAAAGCATAAATTTAGT +AATATTTGAAACTAATTTCTGATTTACGACATTATCTCAAAATAAAAAAAATACCTCAAT +AACATATTGTTATCGAGGTATTTTAAAATGTTAAAAAATGTTAAAATTTATTTATATAAT +AAGAAGCTTATTATTAGTTTTGCTTTCCAAAATGTCTTTCTAATAATCCTAAGAATGCTT +TACCATGTCTAGCTTCATCTTTACACATTTCATGAACTGTATCATGTATTGCATCTAATC +CTAATTCTTTAGCTCTCTTAGCTAACTTTAATTTTCCATCAGTTGCACCGTACTCAGCTT +CAACTCTTACTCTTAAGTTTTCTTTAGTATCAGCAACAACAACTTCTCCTAATAATTCAG +CAAACTTAGCAGCATGTTCTGCTTCTTCGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATATCCA +CATACTGTACATACGAATTTTTTCATAATTTTATCTCCTCCTGAATTTTTTTTGATTTAT +ATATATATTTATTAAATAGTTAATTTACTTTTTTGTTATGGTATATATATACCACTTAAA +TCTGACTTTAAACAAATTTTTAAACTATTTTCATTCTTTATTATTTCATTTTAAATCATA +TCTCGTCTATAATTACTTGATACCCCAGAATATTTTCCTTAAACAAATTTTTAATATAAT +TTTTCTAATTTATAGAATAAAATTGTAATATCTATGTTCATATTAATAAATATCATAGTT +CCCATAAAAGTTACTTCTCATGTTAATGGCTTTGAATATTTATTAGTTAGAAATACATCT +ATCACAAGGATCATATTTTCCAGATTCTGCTTGTGTACCAGAATTTATAGTTTTACTTCT +GCTTAAAGTAGGACAAAACTTAGTTGAGTGATATGACTTCCCGTTAGATGTCCAATATAC +TATATCACCTTTAGTGTTATCTTCTACTATAGTTGTTATAGTAGAATTTTTATCCGGTTT +TATATTAGTATTTTCACTATTAGTGTTTATACTTGGAGTATAAGCACTAACCTTACAATC +TACACTCAGTCCATTACCGCTAGACTTAAACACTATATGTCCACACTCATCACTTCTATG +TATTTCTATATTTTTGCTAGCTAAGGTATACATAGTCTCCTTATGAGGGTGACCATATTT +ATTGTTAGCACCAACTAGTATTACTGCATATTTGGGATTTATCTTATCAATAAAAGAACT +GCTTGAACTACTTCTTGAACCATGATGTCCAACCTTTAATAAGTCTACATCACTTACATC +TAACTCACGCTCTATCTTTTCTTCAGCATCTCCCATTAATAATACTTTATCATTTCCATT +TACATACTCTAATACCAGAGAATTATTATTAGGATCTTTTTCATTAGCTGCAGATATAAC +CTTAAATTTACCACTTCCTAATTTAAACTCACTATTTAATAAAGGAACACTTGGGCTTAA +GCCTTTATTTGCCATAGCATAAATAAAGGCTGAGTATGTCTTAGAATCGGAATCTCCATT +ACTTACATATACATTTTTTACTGGGATATCATTAACTACCGCATCTAATCCACCAATATG +GTCTGCATGTGGATGTGTTGCAAATATATGCTCTAACTCTTTAACACCTTGATCTTTTAG +ATATGATACTACCCTTTCTTCATCATCATTATCTCCACCATCTATAAGTGCAAACTTATT +ATTATTTTTTATCAAAATAGCATCAGAGTTTCCTGTGTCTATAAAATGTAACTCTGATTC +ATTTGAAGTAACTACGCTATTAGTTTCTTTTGTTGAATTATTACCAGTACTTGTTTGTGC +ATCTATATCTTTAACACTACAAGCTGACAAGCTTAAAAGTATTAATATACTTGATATTAT +TGCTAGTCCTTTTGACTTTATATTATATCTCCTCATAAATTTTCCTCCTATTTTGCATAT +ATCCCTAAATTATAGCATAATAACTGCTTATTTTTACTAATTTTATCTTTATTTATTTCA +TAAAAAAATACCTCAAGACATCTATCATATCTCAAGGTATTTTCGTAAATTTATTCAATA +ATTAATTTATAAAAATCTTTTATCCTAAGTATTCAAGTATTTCTGCTACATTTTTGCCTG +TTTTAACTTTGTCATATACTTTTTCTATCATTCCATTTTCATCTATTATGTAAGTAGTTC +TCACAACTCCCATGCTTACTTTTCCATATAATTTCTTTTCTTGCCATACATCATATAACT +TTATAGCTTCAAGTTCTGGATCTGATAATAATATGAATGGTAAATCATTTTTTTGTGCAA +ATTTTTCATGAGACTTTGTGCTATCCTTGCTAATACCTATAACTACAACATCTTTTAATT +TAAAAGCATCATAATTATCTCTAAATGAGCATGCTTGCTTAGTACATCCAGGAGTATTGT +CTCTTGGATAAAAATATAAAACTACTTTTTTATTTTTAAAATCTGATAAACTTACTAAAT +TACCATCTTTGTCTTCTAGTTTAAAATCTGGTGCTTTTGTTCCCGCTTCTAGCATATTAT +TCACTCCTATAATTTTATATTGTTATTATATACTATACCAAATATATCTAAGTTTAAATC +TTTTCTCTTAAATATTTTTTATAATTTGTAACTAATTGTAAGTAATAATTACCTTAAGAA +AAAATGCCTTAAGATATAAGCATCCCAAGGCATTTTATAAAGGTTAATAAAATTTATATT +AATTTATTTAATATGAGCTTGATATTAGTTTTGCTTTCCAAAATGTCTTTCTAATAATCC +TAAGAATGCTTTACCATGTCTAGCTTCATCTTTACACATTTCATGAACTGTATCATGTAT +TGCATCTAATCCTAATTCTTTAGCTCTCTTAGCTAACTTTAATTTTCCATCAGTTGCACC +GTACTCAGCTTCAACTCTTACTCTTAAGTTTTCTTTAGTATCAGCAACAACAACTTCTCC +TAATAATTCAGCAAACTTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAT +ATCCACATACTGTACATACAAATTTTTTCATAATTTTCTCTCCTCCTGATTTTTAATTTG +ATTTATATACTATCTTACATTATTTACTATTTTGTTATGGTATATATATACCCAATTACA +TATCACTCAAACAATTTATATTAATTTAAACTAAATTAAGCTTATTTACCAAAATGTCTT +TCTAATAATCCTAAGAATGCTTTACCATGTCTAGCTTCGTCTTTACACATTTCATGAACT +GTATCATGTATTGCATCTAATCCTAATTCTTTTGCTTTCTTAGCTAACTTTAATTTTCCA +TCAGTTGCTCCGTACTCAGCTTCAACTCTTACTCTTAAGTTTTCTTTAGTATCAGCAACA +ACTACTTCTCCTAATAATTCTGCAAACTTAGCAGCATGTTCTGCTTCTTCGAAAGCTATT +CTCTTGTAAGCTTCTGCTACTTCTGGGTATCCTTCTCTATCTGCTTGTCTACTCATTGCT +AAGTACATTCCTACTTCTGTACATTCTCCAACGAAGTTTGCTCTTAATCCTTCTACTACT +TCCTCATCTACACCTTGTGCTACACCTATTCTGTGCTCATCTGCCCACTTCATTTCTCCT +GACATTTCTTCAAACTTGTCAGCTCCTACTTTACATACTGGACATACCTCTGGTGCGCTT +TCTCCTTCATGTATATATCCACATACTGTACATACGAATTTTTTCATAATTTCTTTCCTC +CTGATTTAAATTTGATTTTTAATTATATATATTCCAATGTAAATCTTACATTTTTTCTTT +TATATAAGATAGTAAATATATACCCGTGACTATTATATTCAAACATCTTTTTTAATTTTT +TAAAATAATTTTAAAATAAAATAAAAAATTGCTTCATATAGGAGATTTTTTAGTTAAATA +AAAATATATTCCTAAAATGTTTATAAATTTATATATAAGAATAGTTTTTTTAATATAAGT +AATACAGTATAAATATTAGTTTTGAAATACTAATTAATTCAATAAATAAGTCACTTTATA +TTTATAGCAGTTAAAATAGTACCCTTAAACTCAAGCATGAATAAAATAGTAATTAGATAA +ATAATAGAACATAAATATACTAATTTTTTCTTAATCTATGTATTTATGTACATTTATTTA +AATTTGGAGGATATATTATGAAAAATAAAATTTCCAATATTCTGCATAGTCTTATATTTC +ATAACCGAAATAAAGCCCGTGTCAAAATAAAGTCTATTAAATCAAGACAGTTTCCTTTTG +AAATTGAAATTGTTGCTGAAAAGTTATATGTACCTTGGGCAATAGATATAAGTAATGACG +GTAAATTATATTTTACAGAACGTTCTGGCTCAATTAGAATTATTGAGAATAGCAAACTTA +ACCCAGAGCCACTTATCACATTTAATTTTCCATTTATAAGTCAAGGTGAAGGTGGTCTAA +TGGGTATTGCACTAGATCCAAATTTTTTACAAAATCATTATATATATGTTATGCATACCT +ATTCAAATAATAATAGAATCTATAATCGTGTTATAAGATTAGTTGAAAATAACAACAAGG +CATCTATTGATCGTATACTTATGGATAACATTCCTGGAGGTCAATTTCACAATGGCGGAA +GAATAAAGATAGGTCCAGATAAAAAACTTTATATAACAACAGGTGATGCCGAAAATCCTG +CATTGGCGCAAAATATAACAAGTACTGCTGGTAAAATACTACGAATAGAGCTAGATGGTA +GTATCCCAAAAGATAATCCATTTGTTAACTCACCTGTTTATAGTTTAGGTCATCGAAATC +CCCAAGGATTAGCTTGGAATTCTCAAAATATACTATACTCTTCAGAGCATGGTCAATCCG +CACATGATGAGATTAACATTATAACAGTTGGATTAAATTACGGTTGGCCTCTTGTTCAAG +GAAACGAAGACACTTCAGAAATTATAACTCAAAAGCCTCTAGCTCACAGCGGAGAGATTA +CATGGGCACCATCTGGTATTACTTTTGTAAATCAAGGAGTATGGGAAGGAAAATTGCTTG +TTGCTACTCTTCGTGGACAACAACTACTTGCTATATCGTTAAACGAAAAAGGCACAGCAG +TAAAGGATATAACGTCATGGTTAGGTAATGAATATGGACGTCTTCGTGAAGTTATTCAAT +CCAAAGATGGCTCAATTTATATTACAACAAGTAATAAAGATGGTAGAGGAAACCCAGATA +TATCTGATGATAGAATTATACGCCTTATACCTAAATAAAAATTAACCTTTGTGCAATTTG +TACAAAGGTTTTTAGTTATGATACACATTGTTAAGAAAACATTTTCAGAGTATCATTTAA +TCATAGTAAATAATGAATTTATCAGGGGGAATAAAAAATGTCTAACGTAACATTAACAAA +TATTTGTAAGTCTTACAGTAATGGTTTTAATGCTGTTAAGAATGTAAACATTGATATACA +AGATAAGGAGTTCGTAGTTTTAGTAGGTCCATCTGGATGCGGTAAATCTACTACATTAAG +AATGATAGCTGGCCTTGAAGAGATTTCTTCAGGAGAATTACATATCGGGGATAGATTAGT +TAATGATGTAGATCCAAAAGATAGAGATATAGCTATGGTTTTCCAAAACTATGCTTTATA +TCCTCATTTATCAGTTTATGATAATATGGCATTTGCTTTAAAACTTAGAAAAATGCCTAA +AGATGAAATAGATAAAAAAGTAAAAGAAGCTGCTAAAATACTAGACTTAGAAAAAGTTTT +AGATAGAAAACCTAAAGCTTTATCTGGTGGACAAAGACAAAGGGTTGCTCTTGGTCGTGC +TATAGTAAGAAATCCTCAAGTTTTCTTAATGGATGAACCTTTAAGTAACTTAGATGCAAA +ACTTAGAACATCAATGAGAACTGAAATAAGTAAATTACATAAATCTCTTGGAACTACATT +CATATATGTAACACATGACCAAGTAGAAGCTATGACTATGGCTGATAGAATAGTTGTTAT +GAAAGATGGTATAGTTCAACAAATAGCTACTCCACAAGAAATTTATGATCATCCAGCTAA +TATATTCGTTGCAGGATTTATTGGTGCTCCTCAAATGAACTTCATCAATGTAAAAATAGA +AGAAAAAAATGGGGAAATATATGCATTTAATGAGCAAATAAACATACATTTAAGCAAAGG +TAAGTGCCAACCACTTGTAAAAAACGGATATGTTGGAAAAGAAGTTGTTCTTGGTATAAG +ACCCGAAGATATACATATAGAAGATTTATTCATTGATAATAGTTTAGATACTACTTTTGA +AGCTGAAGTGGAAATAAGTGAATTAATGGGTGCTGAAATTTATGCTTACTTAAAATTAGG +AGATTCAACTGTAACTGCTAGATTTGATGGTAGATATAGAGTTAAATATGGCGATAAGAT +AAAACTTGCTATGGATAAAGAGCATTTACATATATTTGATAAAGAAACTGAATTAACAAT +AATATAGTATATATTAGATAAAATATAAGTATTAGTTTATATATATTAAAGTAAGGTAAA +TTTACCTTACTTTTTTATTTTTTGACATATTGTCACATTTTTCTACATATTCTATATATT +ATAGTATAGACTAAAATATTAGTCTATACTATAAATTTAGGAGCAAATTAGTTATGAAGT +ATAATGATTTTGATGATTATAAATATAATGGTAGACCTATGAAAAAACCTTGCTGTAAAC +CTTTGGAAGATCCTTGCAATGATAAATGCGACAAACCTTGGGATAAAGACTGCGACAAAC +ATGATAAAGATAAGAAAGAAGATTCTTGCTGTAATTGCGATATGAGAGATGCTTTAAAAC +TATTATTTGATCCATCAGTAAAAAATGATGTTGACTTTGATGAATTTGCATTTATTGGTA +AAAACTTCATCGTTGGAGCTTTTATTGATGAAGAACCTAATGCAGATGAGGATAATATTA +ATATCGACGATGCCAAATTCCAAGCTAGACTTGTATCTGTAGATAATTGTAGTTGTGATT +TAATAAGAATTGAAAGTGATTCGGTATATTATCCTGTTCCTGAAGAAAAAAATGAACAAA +AGGAAGTTACTTTTAATATATCAGTTGCGTATGCATCTTTATGTGATTTAGATGCTATTG +CATTTAATATTGACAATGGAAATAATTTCATTAGAGATTTTGTTAAATTACTTGATAAAA +AACATCAATGTAATGATAGAAAATGTAATGAATGCGAATGTAAATGTAATAAAGGCATCT +TAAAGAACCTTTTCAATCCTTTTAGCTCTAATACTCAAGTTAACTTAACTGCTGGTTCAT +TAGCTTTATGTGATGCTAAAGTATTAGGTAGATTAGGAAATATTTTAGTCCTTAGCAAAT +CCGACAAAGATAGAATATACTTTGTTTGTATAAATTCTATAGGATTTTTCGGACCAGCTT +TATAATATTCTACTAGTCAATAAATAACAAAAACTTATATAAAATGTAAACAAATAGCAC +AATATAATTTCAGTTAATAAGAACGTATTAATTGAAATTAATCAACATTTAAAAGTTTTA +TCTTATCTTTCAGATAATATCAAAATACCCTATAGATGATCTGTATCTATAGGGTATTTT +GATATTATTTTATAAATCTATTTTAATCAAAAGCTATAGTATTTTATTAGTAATTAATGA +TATATTTAACTAAGGGACATAATTTTATTTTATATTTTCAGGGGGGATATTCATCATGAT +AAATCTTGCGAGTTTTATAGAAAAACAAACTAATAAGAAAGTAAATATATTTGAATATAA +AAACCAAGAGTTAAAAGATAATCAAGAATTAATTACGTTTAACAATTCATTATATATAAT +TGAAATGGAAAATGAAAACCTTTCATTAAATATGAATAGTTATTTTTATCTAGTATATCA +GCAAAACTTAGATTTTAATACTCTAAAAGATATATTATACAATTTATATGAAGATATAGA +TATTGTAAAGTACAAAAATCATTTATTAATAAATTCAAAAACAAAGCTAGGTATTGATAT +TGATACTACTGAAATAATAGAAGCTGAGTCTTACTCCAATACTTATATTTTTGATTTAGA +TAAGGTAGATAATTATGAAATTTTAGATTTAAAAGTTGAGTTATTTAATAAATTATTACC +TGCCATCTTAAAAAACAATACTTCAAATAAATTTATAACTACGAAGGATTTAATATTATA +TATAAATATATACATATCTTCTAAAGATAAATCCATTTGTAAATTAATTGATTTTAATAA +AATAAATACTATTGATGAAAATTTATTATACACAGGGATCAATTTCATTGAAAATAATTT +AAATATCTCAAAAACATCTTCATCTTTATTTTTACATAGAAATACCTTAATTTATAGGTT +GGAGAAAATAAAGGAATTATTAGACTTAGATTTAAAAGACTTTAAAGATGCTATGGTATT +CTATCTTAGTATTAATGCTTATTTTATATCTAAGAATATTTAAAAACATATAAATCAAAT +AAAAGTATCTTTGTATAAGTAACTTGAAATTTTTTCATTTCAAATTACTTATACTTAGAT +ACTATTTTTTATTTTTAATTATACAGTTTATTTTTTATGCTTAAAATATCTATTTAATAA +TCCAAGGAAGGCTCTTCCATGTCTAGCTTCATCTTTACACATTTCGTGTACAGAATCATG +TATAGCATCTAATCCTTGTTCTTTAGCTAACTTAGCAAGTTTTAATTTTCCTTCAGCTGC +ACCATATTCTGCTTCTACTCTTGCCTTTAAATTGTTTTCAGTACTTGCTTCTACTACTTC +ACCTAACATTTCTGCAAATCTACTTGCATGATCAGCTTCTTCATAAGCTATTCTAGCATA +AGCTTCTGCAACTTCTGGATATCCTTCTCTATCTGCTTGTCTAGACATAGCTAAGTACAT +TCCTACTTCTGTACATTCACCCATAAAATTGGCTCTTAATCCTTCTAGTATTTCATCATC +TAGACCTTGACCTATACCAATTCTATGCTCATCAGCCCATTTTAGTTCACCCTTCAATTC +TTCAAACTTTTCAGGACCAACATTACATACTGGACATTTTGTAGGTGGTGCATCACCTTC +ATAAATATAACCGCATACAGTACAAACCCATTTTTTCATTTTACTTCCTCCTTAAAACAT +TTTGATTCTTATGTATTTTTTATTAAGTTCAAAAATTTAATTTAATTAATAATAATCAAA +TAAAAAAAATCATATTTATATTATTACTATTAGCTTTACAATTTATACTAAAGTGATTTT +TATGTTTATTTTTATAGCATGAATATTTTTAACTTTTTATTTAGGCTATGTACATGTAAA +GTCGTATTTTATAAAGGAGGAATCAGATTTGAGCTTTATTAGTATATTTCTTATGTCCTT +TGCACTTGCTATGGACGCTTTTGCAGTTTCTGTAACCAAGGGCATGACACTGAGAAAAAT +AAATTTTTCAGCTGCATCAAAGATAGCTCTATTTTTTGGGATATTTCAAGGCATTATGCC +TTTAATTGGTTGGTTTATAGGTATTCGATTTGAATCATATATAAAAACAGTAGATCATTG +GATTGCTTTATTACTACTTGGATTTATCGGAATAAAGATGATTCTTGAAGCTAAAAATGA +TGATTCTTTAGATAATATTTCACCTGATAAATTAGAAATAAAAGAACTTATTGTATTATC +TATTGCAACTAGTATTGATGCTTTAGCTGTTGGTGTTAGTTTTGCATTTTTAAATGAACC +TATATTTTCAATAATCTCAACAATAGCAATAGTTACCTTTATATTATGCTTTTTGGGAGT +TTTATTAGGTAAATCTATAGGCTCTTTATTTAAAAACTACGCTCAGATAATAGGAGGTAT +TATATTAATACTTATGGGATTTAACATTTTGAACAGTCATACAGGGATTATTGCAACCTT +TTTTTAATCTTTTACATATAAACAATAAAAATAGATTAAGATCTTATTTTTAAGATTTTA +ATCTATTTTTTTATTAACTATTTATATACTTTTTATTTAGAAGCTACACCTTTTTTATTT +AATCTGAAAATCACAGATATTACTGTACTTACTCCTACTATTACTGCTAAAGCTATCTTG +AATGCACTTAATTGATTCATTGAATCTCCCCCTTAATCATTTGTATGTTATTATAATCTT +TGCTTATTTATTTGATTAATTCTTTATGACTTTCTGATTAAATAATACATCTATTTTATA +GTACTATTATATCATTAAAAAATTTAAAAATCTTATCAGAATACACCAAGTAACTTCTTA +AATTTATTATTTATATTTTACCATCCAATGCTATTATTCCTCCTTTTAAATTGTAAAATT +TTGTAATCTAATTTATATTAAGGTAGTAATATGCCAAACATTAAAAGTCCTCTATTAGTT +ACTTGTAATAAACATTCTTTAATTAATCAAAATCTCTATAAGATATTTCATATTGTCAAT +TATTCTATCAGTTCATATAAAAAATAAGGGTAAGTAATAAACTCACCCTTATTTGCTATT +AGTAATTAAGAATATTTTTAACTTTAATTATCTTGCCTTACTATAACTTTAAAAATAGCC +TTTTTAATGTTTTCTTTTTCTTTTACTTTTAATGCAGTCATGTGAGCATCTTCAGGGTAA +CACACTAAAAAGTCACCTTTCTTTAACTCCACATATGAATTAGGTTCACCTTCTAGAGGT +AGAAAATCACTTTCTTCTTCATATTCTTTTTGCTCTAAGTTTTCTATAAAATTTAATGCT +ATTTTTTCACTTCCTTCAAGAAGTAAATGAACATCTATGTATTTTTTATGAGCTTCCCAA +AATCTATCTTCTTTTTCACAAGTCTCATATCCTACTATATTTACGAAGATTTCATTTCCA +TCTATTTTATAACTACCTTTTTCAAAATCTGCTAAAGAATTCTTCTTTGTATATTCAAAG +CATGTTAGCAAATCTTTACTTAAATTTGAATAAGTTTTCTCATGGTTTATATTCCCAAAT +ATCATAATAAACTCCCCCCTATATTGTAATCTACTACAATATCTTCCACACCTTGACTTA +TATATCCTCTTTTTTCAATTCACACTAATCTATTTTTTCTATCATTGGATTAACAGGTAA +TATTATTACAAATTTACTACCTTCTCCAAGTTTGCTCTCTACATAAATATCACCTTTATG +AAGCTTTACTATTTGACTAGTTATTGCCAGACCTAGACCACTTCCACCTTTTACTTCATC +TTCTATATCAATTACTTGATTAAATCTATCAAATATATGTTTATGATACTTTTCATCTAT +TCCAATACCAGTATCTAAAACACTAATCATAACTTTATCATCCAAGTCATTAATACTTAC +AGTTATACTTCCTCCTTCTGGTGTGAATTTCGCTGCATTACCAACTAAGTTAACTATACA +TCTTTCAATTTCATAAGAGTCGCACCATACAATTTTTTCTTCAACTTCTGGATCTATTAT +AAAATCTATATTCTTTGATTTAATATAATCTGATAATGTTAATGCAGTTTCCTCAACTAA +ATAGACTATATCCACTTCTTTTAAATATATTTTATACATATCACTTTGTAACTTAGTATT +ATCAACTATATTGTTAACAAGATTTAATAAGCGGTCACAATTTCGTTGTGATATATCTAT +ATAATGAGGTAATTTTTCCTCTTTTACAGAAGTATTCTTTTTCATTAATTCTAAAATTAA +TTGATTTGTGCTACTTATAACATTTAACGGCGTCCTTAGTTCATGAGATAAATTAACTAA +ATATTTATTTTTATTTTCTTCTAATTTTATATTTTTTTTATACAAAATTTCATTTCTCTT +TATTTCTTTTTCCAACTTTTCAGTTCTTTTCTTTACTAAACTATCTAACTTTTTCATCTT +ATTTTTATGTTTTATAATAAAAAATGCTATTATTATTAAATATATAAAATAAGCAGTAGG +ACTCATCCAAAATGGGTACTTTATAGAAAAACTTATACTTTCCTTGTCAGTTATATATCC +TCTACTATCTATAGCCCTTACCTCAAAAGTATACTTACCTGGAGGTAACTCATTATATAT +AACATAATTTTCCTTAGTTGTAGATATACCTGTAGTAGCTCCAGTTAAGATATATTCATA +ACTAATATTTTTATTGCTAGAATATATAGGTGTGAAAAATTTTATTTTTATAGTGTCTGA +ATTTTCATTTAGCTTTAAGCCACTTATATCAGAATACACTTTATTATTAATCTCAAAACC +ATCAAATAATACCTTTGATTTAGTAGCTATTTTATTAATATCCTCTGGGTAAAATGCATT +TAATCCATTTGTCCCACCGAAAAATAGTTCTCCGCTATTGCTTTTATATGACGCATTTCC +ATTGAACTCATTACCTTGAAGTCCGTCTGTAACGCTTAGATTGTTTATTGTATTATCGTT +TGTATTTATTTCACTAATTCCTTTATTGGTGCTTATCCAAATATTATCACTATCATCAAC +TAATACTCCATAAATAGTATTATTAGGTATACCATTTTTAGTAGTATATCTATAGAATTT +TTCTGTTTTTGGATCAAGCATATTTAATCCATAGCTAGTTCCTATCCATATATTTCCTTT +AGAATCTTCATTTATATATCTTATACGATTGCTACTTATACTATTTTTATCTCCTTCTTT +ATTTTTATAGTATTTAATAGTATTTTCTTTGGCATTTATAAAGCATAAGCCACCATCTTT +TAGCAAACCTAAGTAATAATTACCATTTTTATCTTGATGTATATATCTAATATAAGAACT +TTCATCTATATACTTACTCATATCTATAACTTCTTCAGTTTCAATATTCAATATACTAAG +TCCATTGGTTGTTCCTATCCACAAATAAGCTTTATCATCTACTAATATGTCTTTAATCTT +TTCACTTATTATTCCATGTTCTAAATTATAACTTTTCATAGTTTTAGATTTCTTATCGAT +TCTAATTAAACCATCATCTGTAGCTATAAATATTAAATCTTTATATCCTGTTATATCATT +TATAGTATTACTAGTAATTACACTATTATTTTCAGTATTAATATGCTTAGAAGTCATATT +TTTTCTATCTATTATATTAATACCTTTTGATTTTGTACCTACCCAAAGATATCCATCATC +ATCTTCATATACACCATGAACCATATTTTCATTTAATAAGTAATCATCATCTAATCCAGC +ATTATAGTGAGTTATGCTACTATTAGTATCAAATATGCTAATTCCAGAATATGTACCAAC +CCAAATAACACCTTCTCTATCCTCAATTATGGATCTTACATCATTGTATATTAAGCTATT +TTTGTCATAATTTTTATGTTTATAGACATTAAATTTATCATTTTTTTCATCGTAAGTAGC +TAGACCATCTGTTGTTCCTATCCATAAGTACCCATTGCTATCTCTCATTATCGCTCCAAT +TTGGTTTGATGGGATAGAGTTTTTATCAGTAGGGCTATTATGATATCCTGTAACCTTTTT +AGTATCTGGATTTATTTTAAACACACCAGAACTATCCGTACCTGCCCATATAAGGTCAAA +ATCATCATCACAATATATTTTATAAACTTCACTTTCACCCAGTGAATTTTCTTTTACATT +TATTGGATATGTCTCTAAAACTTTAAAATCTTTGGATATTTTATTAACTCCTAATTTAGT +TCCTATCCATAAATTTTCATGCTTATCTTCATCTATTGTATAAATAACATTACTTATTAT +TCCGTTATCTTCATCCAATATTGTCTCGAATTTATCTGTCTCTTCATTGTAAATACTTAA +TCCTTCATATGAAGCTACTAAAACTTTATTATCTTTAGTCACAATAACTTCAGTTGTGCT +ATCCTCTTTTATGCCATTATTACTCTCAGTATAATTAGTAATTTCATCTGTATTTGTGTT +TATTTTATTTACACCTTGAACAGTTCCAACCCATATATTCCCATATTTATCTTCTGATAT +ATCAGTTATTCCATTGTGACTTATGCTATTTTGATCTTCTTCATAATTATATATTTTAAA +TTCATATCCATTATATCTATTTAAACCATCATTAGTTCCTAACCATATATATCCCTTACT +ATCTTGGAAAATAACTTCTATCGTCGATTGACTTATACCTTGTTCTATATTTATATTATT +GAATGTTATATTACCTAACTGAGCATATGACTTTTCCTCCATAGCTATAAATATACTAAT +ATTTAGTAGTATTACTACTGTAAGCTTATTAAAGAATCTATTTAAATTCATATTCCTACC +TTTCGTATAATTTCTATTTTTATACGCTTTATTCTATATTATTTGCCATTTATAAGCAAC +GTTTGACATTTTAAATATTTATAAAAAAACCTGTGGAATATTAAAAATATCTCACAAGTT +TTCATTAACTTTAATAAATATTTTCTATGAGTAAATATCAGAAAATTCTATGTTACATTT +TTCTATTTGTGTTATTTTTGATATTTCTCTATTTAAAGTAGCACTTGAACTATCATTAAT +AACTCTATTCGGTAATTCAAAAGTAAACTCTGAACCTCTACCTATTTCACTATTTACATA +TATATTTCCTTTTTGAAGTTCTACTAAAGATTTAACCAAAGATAATCCTATTCCGCTTCC +TTCACATTTTCTATTTAAATTATTATCTATTTTTTTGAATCTATCAAAAATAACATCTAA +TTTATCATCAGACATACCAACTCCGTTATCTTTAACAGATATTTTTACTATTTCATCATC +TGCTTCTAACTCTACACATATACATCCATATTTATCAGTATATTTTATAGCATTTGATAA +TAAATTTAAAACTACTCTTTCTATTTTATCTGGATCACAAGCAATTATTTTTTCTTCACA +ATTCGTATCAAATATAAGGTCTACCCCATGATCTTTTGTATACTGAGCTACTGATAATGT +TATGTTTTCTACTATATCAACAATATTATAATTTCCAAGCTGTAACTTATAATAACCTGA +GTCTATGCAAGTAATATCAATAAGATTATTTACTAACCTTAATAATCTATATGAATTCTG +TTTGATATAGTTTATATGAGACTCCAAATTTAAACTATCATCCCAAGTGATTTTATTCTT +ATCAACATTTCTTTGCATAAGCTGCATTGTTCCTAATATTATATTAAGTGGAGTTCTAAA +CTCATGAGATATATTTGCAAAAAACTCATTCTTTAGACTTTCCATTTGGATAGCTTCTTG +TAGAATTTTTCTTTCATGTTCTTGTTTTCGCTGTTCAGTCATATCCTTTGCTGTAATTAT +AAACTTATCTTCATCTCTCAAGATCTTATAATTAACTTCTATCCATTTATAACTATCATC +TTTACAAATCATTTTAATAACTATGTAACCTGTATCATCTTTTGAATCATTCATAATTTT +TTTATACTCGTCTTTATATTCTGGATGAATTATATCCAGTATATTCATAGATAGTAGTTC +TTCTTGAGACCACCCCAAAGTTTTTGACCAATTACTATTTAAATGTTTTATTTCTCCATT +TACACTTATCTTAGCTATAAGGTCTACTGATATTTCTAGTAACAGTTCCAACTCACTCTC +TATTTGTCTACGTTTTTCAAACTCTTCTTTAACTTCTTTTGATAAGGTATGACTTTTTAT +CATAGTAGCAATATTTCCTGATATAGTCTTTAAATAATCGAATTTATTAAATCTTAAAGT +ATCATTTGCTAAAAATTTAAGCACTAAAAAACCAATAGTCTCATCATTAAATTCCATAGT +ATAAATTCCAATATTTTCTGTTTTATTTTTTAGCATATGTTTTTTTAAAACTTCATTATC +TATATCATTAATATTAAAAATACCATTTAAGTATTTTACATTCCTTAAATCATCAATCCT +ATCTAAATCAATTTCAAGAATTTCATCACCAGGATTATATTTATTTGCTTCACCAATATT +TAAAACTACATCTAAATATGACTTCTCCTTATTTATTAAAAAAACGGATACTCCATCACA +ATCAAAATAATTTATTATGTTTTCACCTATATTACTTATTAAGTCTTGAATACTATTATT +TGAATTAGTGTTCATAAGTATATTATTTAAGTTATTCATTTCTTTATGACCTAAATACAT +TTCATTTTCTAACTTTTTTTGTAATGTTATCTCTTTTGTATATCCAATAATAAACTCGAC +TTCATTATTTTTATCTAATATAGGCCCCTTATAAATCTCCACCCATGACTCAGAATCTTC +TTGGCAATTATAATTTTCCGTTAACTGAATTTTTTTACTTTCTATAACTTCTCTATCCAT +TGCTGTAAAAGAATCACATTCCTCTTTACTCCAATAATCCTTAGCCGTTTTACCAAGTAT +ATTTAATCTATCATCCTTCATTTCCTCTGCATAAGATTTGTTAACATATATATACTCACC +TTTTATATTTTTTAGCCAGCAATTAATATCTAAGTTATCTAAAATTTTCTCTAAATCTTC +TCTTTTATATATTCTTTCACAACTATCCTTTGCTACGATAATTATATATTCTCTACCTTC +AAAAGACTCTACTACAACTTCACTATATAAAGAAACTTTTTTACCATATTTAGAGCATAA +ATCAAAAGTTATTTCTAAATTTTCTTGTTTATTAATTTTTCCTATATATTTTTTTAATTT +TTCATTTTTATCATAAAGAATTTCATCTATATCACTATCTATTAACTCATCCAAAGTATA +TTCAAGTTTTGTTAACGCACTTTTATTACAAAATTTTATCTCACCACTTGAGTCTAAAAT +TATAATATAATCATTTACTAAATCTAATATCTTTTCCATACTTCCCCCTTTGCAAATTGT +AATTTCGCATATGTGAACATTTGTATTTTTTTATCATTTTATGCAATATATTACATAATT +AATATTAAACTATTTATATAACCTTAGTAAATATTTTATTGATTAATAATAAAATAAAAA +TTCACTTAGCCTAGCTATTGTGATTAGAAATTCTCCATAAACCAGATAATTTCTAATCCC +TTAATATGTAAAAAATCATGTTGATCATTTCATCAACATGATTTTTCTAATTTTCAATAT +TTTATAACTATATTAATTTTTATATATAAATTTTAGTCCTATTAGAAAATATAATTAATA +AATCCAAAGTAATTAATACATATTATTCTCTATATGCCTTTAATACTTCTTGAAGAGATA +CTTTGTTTATTCTTCTCTTAGCAGCGTAAGTTCCAAGTATAAATATCAAAATAATAATTA +TTAACCCCGCAAATAAATGCCATATATGAAATTCAAATGGCATAACTGTACCAAACATTC +TTCCCATATATTTTATAACATAATTAAATCCTACTACAGTTAAGTAAATACTTATAAAAT +AAGATAATACTGCGTACGTTAGATAACTTTTCAAAATCATAGAGTTCACTTCTTTTCTAG +AATATCCCATTACCTTTAATAAAGATATATTATAATAATTATCTTCAATAGTTAAAGTAG +TAAGTATATAAAGTACTAGTACTGCAATAAATATAGCAAATCCAATCATTGAATATACAG +ATATTTCTATAAATTTTTGCATCAATTCGCTTTGATCCATTATATCATTTTTATTTATAA +TGCTTACATAAATTCCATCATCTAATTTTTGCTTTGAATATACAGCATTGAAGAAATTTT +CATTTATTCCTATCCCTAAATTCTTTCCATGAGTTATTATCTCTGCTATGTCCTCTAGTC +TCCAATATATAGTTTCTGTTCCATAATCCTTAGATACATTAGCAATTCTTCTTTCTAAAC +TTTGGCCATTTATCTCAAGCTCTACAACATCACCTTTTTTAAGATTATGAATTTTACTGA +AACTTGTATTTATGATTACACCATTGTTTAAGTCTTCTGTTATATTTACATCTTTTTTAT +TATATAGCTTATGCAATTTATTTTCTGCTAAAAGACCTTTTATATTAATACTCTTACCTT +CATATTTAACACTGTCAACACTTATGAAAGGTTCTTCATTGTCATTTAGTTTTGGTAATC +CTTTTGTAAAATCTACATATCCCTCATAAACATAATCCACATTATTATAATAATCTGTTG +TCATTTTTTCAAAGAATCCTACCATCATAAAACTCATAATTACTAGCATAGAAGATAAGA +ATATTCCTATAAAGAATACTACAAATTTACTAGTGTTATTAAATATAAATGAGTATTTAA +ACTTTGTTTGAACTTTTGCATCTTTAAAAAATTTATTACATAATTTATTCAACTTGCTTA +TCTTTTCTTTTTCACTTGCTTTAAGTAAACTAACAGCCTTCTTATATATCATTTTTCTTA +TTACAATATATGAAAGTCCTAATATTATTATAATAGGAAGACATATCGCTATTATCAATA +CACTTACATTCGTTTGAATAGGAAAATTAGGAAGTAAATAAAAATCTAAGTAAAAGTTTT +TCATAGGATTAGCTGCATACATTCCTCCAATATATCCTAAAATCAACATTGGTAGAGATA +TAAAAAGTAATACTATTAAGTAAGAAAGTAATATCTCGTTTTTAGAGTAACCTATAGACT +TTAGTAATCCTATTTGCGTTTTTTCATTTTTTATAATCTTGTAAATCAAAATCAATATTA +TCATAACTGCTATACTTGAAATAATTATACTTAAAACTATTGTGGCTTGTTGACCAGCTT +GTAACTCTTCATATATAGCCCCACTTTTTATTTGATTTTTAGTTGATATAATGTTCGCTA +TAAAATCTAACTTATCTTTTTTACTAAATGTATTTACTACCTTTTTATCAAAGTTCTTCA +TTACTTTATTATAATTTTCTTTAAATTTTTCATCTTTCATATTATGAGAACTTTTATTTT +TTACAATCCCAGAAAAATAAATTGACTCTTTTCCTTTAATGTTTTCATATTCATTATCCG +TTACAAGAGCTAATGTTATTTTAGAATTATCTATAATAAAATCTTTTCCACTTACAGGTA +ATGTTATATCAGGAAATAATACATAACCTGTAATAATATATGACTTGTTGTTAATATCTA +TTGTATCTCCTAACTCTAAGTTGTTTTTCTTTGCATAAATTTGAGTTATAGCAATTTCAT +TATCACTACTAGGCTTATTTCCCTTTTCTATGTATGAAAGATTTATATTTTCTCCATCCT +TCACAAAAGTCGCTTTATTTCCTTTTGATTCACTTTCATAGTTTACAGTTTTATAAACTC +TTTGCTCTAATTGAAATCCATCATATTCTGATTCAAATTTATCAATTCGATTCTCTATAA +TATTATTGTATAAACTTTCATTTTCTCTTTTTACATCTCCTAAGCTATAAGCAAGCATAC +TATTTATTAGTTCCTTATCTTCTTTACTTAAGCTTTCTATATCACCTTTAGTTATCCCAT +CTATTATTTCAACTGAAAAATCCTCTTGATTATAATCTGATACAAATTTTTCAAAAGGAG +ATTTTAAACTATCTAATGTATAAAACATTGTAGTATATAAAAAAGAACTAAGTGCTATAA +TAATCCCTACAGCCAATAATTGTATTTTCTTTTTCTTAAATATATTCAAGGTGTTTTTTA +AAAGAATTTTTACGCCCATAATATTTCACTTGCCTTTCTTTTATCTTGATTCTCTATGAC +TTCTACAATACCACCTGAATTCATTTTTATTATTCTATCTGCCATATAAGCAATATTTGT +ATTATGAGTTATTACTACTGTTGTAGTTTTTAAGTTATTATTCATTACTTGAATAATATT +TAATATTTGTTTTCCATTCTTTTCATCCAAGGCACCTGTAGGTTCATCACAAAACAATAT +TTTTGGATTTTTAGCAATACTTCTGGCTATAGATACTCTTTGTTGCTGACCACCTGATAA +TTGATACGGATATTTATTTCTTTCTTCATACATAGATACTGACTTTAATACCTCATCTAT +TCCTAGGGGATTTTTTCCTACCGCTGATCCTATCTCTACATTTTCTCTTACACTAAGATT +TTGTAATAAGTTATATTGCTGAAATATAAACCCCAAATATTCTCTTCTAAACTTAGTTAA +TTTTTCTTCATTGTAATCGCTTATTTTTATATCATTAAAATATATTTCTCCAGTTGTTGG +AGTATCTAATCCACTAATTACATTTAAAAGTGTACTCTTTCCACTTCCACTTGGGCCAAG +TATTACTACAAACTCTCCATCTTCTATCTCTAAGTTTATATTTTTTAATGCAATTGTTTC +TATGTCACCAGTTTTGTAAATTTTGCTTACATTTTTTAATGTAATGCTCATACTAATTCC +TCCAATCACTCGACCTAATGGTCATACTTAATTAAATTTTAATAATCCTATTTTAGAAAA +ATATCTTATATTTAATCATCTGCTAGAGAAGATTAAAAGTAAAATTGTTTAAAATTATAA +TTCCTTTTAGATTAAAAAAACTATAATCTACATAAAATAAATTCATGTAAATATTAGTGT +TTGTAGACAAATCTTCGTTTTAATCTACAAATTTCTTCTTTTATATTTACAATATATAAA +AAACTGTTATAATATAAAATGATTTTGAATACTAATGTTATCAATTTTAATATTATGATT +CCTATAATTTATAGTTTTTTATTAATTATAGAATCAAAAAGTCGGAGGTATGACTAAATG +AAAAATATATTTAAAATTTTCAAAAAGGACCTTAAAGATGTATTTACTAATTTTGCTTTA +CTAACAGTAATAATTGGTCTTGCAATTTTACCTTCTTTATATGCATGGTTTAATATTAAA +GCATCTTGGGATCCTTATGGAAACACTTCAAATATCTTGGTTGCTGTAGTCAATGAAGAT +AAAGGAAGTAAAATTTTTGATAAGGATGTTAATATAGGTGATAAGCTTATTGATAAACTA +AAAGAAAATACATCCTTAGGATGGCGATTTGTTGATAAAAAAGTCGCTTCAAAAGGTGTT +GAGGATGGTACATACTATGCTTCAATAGAAATACCAGCTAATTTTTCTGATAACTTAACT +TCTTTAGTTAATGAAGACGTTAAAAAAGGTGAAATAATATATACAGTAAATGAAAAAATA +AATGCTATTGCACCTAAAATAACTGATAAGGGTGCTTCTACTATACAACTAGAAGTAAAC +CAAACAGTTGTAAAAACAGTTAGTGAAATAATGTTTGAAGCTCTTAATGAAATAGGTGTC +ACTCTTGAAACAGAACTTCCTAAATTAACTAAAGTAGAAAGTTCTCTTGTTGAAGTACAA +AATAAATTTAAAGATATTGATAAAACTATAGACTTAGCTTCAAGTGCTACAGTACAAATA +GCAGATATAGTTAAAAGTCTTCAAAAAGATATGCCTGCTATACAAACTACTTTAAATAAC +TCTATAAATTTATCTAATGATGTTAAAACATTTTTAACTGATACAAAGTCAAGCATTAAC +AGTATTAGTCCTGTTATTAAAAGTGACTTAGAAATAATAAATAGTGTATCAGCATCAGCT +TCTACTGCTGTATCTGACTTAATAACTGCTTTAGATAAAGGTTATGAGAATGCACCTGAA +TTAGTTGATAGTTTAGCTAATAAACTGTCTAGTTTATCTTCAACATCAAAAACTTTAACA +GAGTTTTTAGTTAAACTTGATAAAATAACTCCAGGTAATTCACTAAAAGATGCTATAGCA +CAATTACAAAGCATCAATACTAAATTAGATACTGCTATAAGTGGATTAAACACTGTAAAA +GATCAAATAGCTAATGGTCAAAAACCATCTTTATCTAATTTAAATGGTATACTAAAAGTT +ACTAAAGATATTAACAATATAACATCAAATATATTAAATAACTTTGACTCAAAAATAGTT +AATCCTATAAATAATATATTTGATCAAGGCTTTACTGTTGCTAATAATGTTTTAGATGTT +TTAAATAAAGCCGAAGAAAAACTACCTAAAGTTAATAATATACTGGGAACTGCTTTAGAA +TTTTCTGGAAGTGCAAATGATACAGTAGACTTTATAAAAGAAAAGATGCCTATGGCTAAA +AATATAGTAAATGAATTAGTTGATGCAGTATCAAAAGTTAATAATAGCGATGATATGGCA +GATTTAATAGCTCTATTAAAAAATGATATTGTAACTCGTTCTGATTTCTTAAAGCAACCA +GTTGATGTAGTAACAAATACATTATATCCAGTTGCAAACTATGGTTCTGCGATGACACCA +TTCTACACTGTACTTTCTTTATGGGTAGGAGTATTATTACTTTGCTCTTTACTTTCAACA +GAAGTACATGGCGAATATAAACCTTATGAAGTTTACTTTGGTAGAGGACTTACTTTCTTA +GCTATAACTTTGGTACAAGCACTTATAGTTAGCTTAGGGGATATATTCTTATTAAAAGTA +AGTATGATAAATCCTTTATTATTCGTTTTAATTTCATTATTTACTGCACTAGTGTTTACT +TTCATAGTTTACTCACTAGTATCAGTATTTGGTAATATTGGTAAAGCAATGGCAGTTGTA +TTATTAGTAATTCAAGTTGCTGGTTCTGGAGGAACATTCCCTATTCAAGTAACACCTAAG +TTCTTCCAAGTTATAAATCCATTCTTACCATTTACTTATGCGATTTCAGCACAAAGAGAA +GCTGTTGCAGGAGTTTATATGCCAAACTTAAATAAAGATATAATTATGCTATTAATTTTC +TTAGCAGTATTTATTATCTTAAACGTATTATTAAAAGGACCTATAAATAAAGCAACTTCA +GGTTTTGTCAAAAAAATGGGTGAAAGCGGATTAACTGAACATTAATATAAAAAATAATAA +TTATAAATACTTATTTTAAATATTTTTGTATTTTTATTGATTATGATTTTAAATAATGCT +ACTATTTAATTAATGAAATATTTGTAATAAGGCCATGAAGGTTTTTAATCTTCGTGGCCT +TTTTTCATGTCGAAAAAAGAGGGAGATTTTATGGGTCAAGTAGATTTTTTTAATTGTGTA +GCAAAAAATTGGGATAATATGATTGAAGTTAATGATTCCAAAATAAACTATCTCTTAAGT +AAATTAGAAATAAAAGAAGATGATAGTATTTTAGACATTGGTACTGGCACTGGTGTTTTA +ATTCCATTTTTAGATAATCTAATTCCAAGTGGATTTATAAGAGGTATTGATATATCTAAA +GGAATGCTTGAAGTTGCGCTTGAGAAGTATGGTAACAAATCTAATATAGCTTTTGATTTA +GTTGATGTCGAAAATGATGAGATGCATTATGTAGTAATACATAAAAAGTAATATCAAATT +TAAATTTAAAGACTTATTGTCAGTGGGAAATATATATTTAATATGCGCAATGATAAGTGG +TAGATTATTTGCAATAGTAGGTGCTTACCTTGTATCTTTAACCTTAGCTCCACAAATAAG +CGCAATTGCTTATGTCGTTAGTGGCCTTTCTACTGCAATACCTGGTATGATAATCCAACT +AATATTTATACCTATTTTAGTTAGCTTATTATTAAAAAATAAGGAAGTTGCAAAAGCAAT +AGCTTAGTATATAAAGTTAATTCTATGTGTTTTCACATATAATTATAAATTAATCACAGT +AAAAATCCCTTTTTACTCAAAAAAGAATGCTGTTTCAAAATAATGATTTGATTCAGCATT +CTTTTTATGTTAATTACACTATATACTTTCTTGTCTAATATTTTCTATTATATTTTCTTT +ATTTATCTTTTTCATTGGTATATATGATGCAATGAATGTTATTACAAATATTCCTACAAT +ACATATGATAATTCCACTCCATGGAAGTACAAGTCCAAATTGAATAACATCTCCAAGTAA +AGTATTCATAAGTACTACCATACCTATACCTATCGGAAGTCCATATAATAATGATAATAT +TCCATATAATAAACCTTCTAAACATATCATTTTATTAAATCCACCAGGTGTAACTCCTAT +TGATTTAATAATAGCAAGTTCTCTTTTTCTTAAGTTTATATTTGTGCTTATTGTATTTAC +AATATTAGTTACACTTACTAATGATATAACTGTTATAAACCCATATACAAATACTTGCAT +TGCCATAATTGACTGTTCCATTGCTTTTGCTTCTTCTATTTCATCAATTACTTTAAAGCC +TTCTTTATCGGCAATTTCTTTTATTTCTTTTCTTGTATTATCTTCTTTATCTGTACTCAT +ATATATAGAACCATTTAATGGCTTAAATCCTAGTTTTTCTCCGACCTCATCGTAAGTAAT +AAAATCAATCCCCATATAATTGTAATTATAACTTCCTGGAATTAAATCATCAGTTATAGC +CATTACTTTTAATTTTATATTTTCCTTTATCTCTTTATCTGTATCCTGATCATAGTTTGT +AATATAAGCATCTATTGTATCTCCTACCTTATAATTAGTTAATACAACTTCCCCTTTTTT +CCCTTTTTCTTCATAGTAACTTTCTCTTACTAGTATTACTCCATTTTCTTTTATAGCAGT +TTCTTTATCAAAGCTTCCATCTTTTAATTTAAGATTATTTATTGCTATATCTCCAGGCAT +CTTCACCAGTGAACTAATAAAATCATATGAATATTCATTTCCCACTTTTTCTTTAGTATA +ATAATTATCAATTAAATCTTTATATGTCGTATTTATATCATTTTCTTTAACATTTAGCCC +TATTCCATAATCATTATTAATAGCAATATTTTTTATCCCATTAATATTTTTTAATTCATC +TATTATTTTTATATCTTCACTACTACCATTTTTATACATATATATATCATGGTTTATTTG +ACCCATATGAACTGTATTTGCTTTTAAAAATAGTGTCATAAATCCACTAAATGATATAAA +TATTACGATACTAATTATTAGGGAGAATAAAGTTGTTCTAAATTTCTTTTTATTTCTTCT +TAAATTCTTATAAGCAAGTACTCCTTCGGTTTTAAATAATAATCTAACTAATTTAGAGTC +TTTTATTTTGCCTAATTTATAATTTCCACTATTTTTTATCGCCTCTAGTGGTGATGTTTT +AGCCGCACTTATAGCTGGTAATAATGCAGATATTAATATTGTAATTAAAACTATAACTGT +ACTAAGTATCATTATAGCTGGGTTGTAAACTACTCTTAAATTCATGTCCGCTATAAATGA +AGTTTTAAAGAATGCTTGGATAACTTTAAATACTAAATCTATAGCAATTGTACCTGAAAT +CAATCCTATAGGTATCGCAACTATACTAACTAAAATACCTTCAATAAATACAAGCTTCAT +TACTTGAGACTTTGTAGCTCCAATAGAATTAAGTATTCCAAATTGTTTTTTACGCTCACT +TATAGATATACTAAATGAATTGTATACTGTTGCAATAGTACATACTATAACTAATGTTGT +AACTAAAGCTATAATTGATGTCATACTATCATTTATATTGGCATAAGCACTAGCACCTTG +TAGTCTTAATAAATGTTCATTAAAACTTAAACTTTCATAGAATTCATCTGTATCACTACT +ATAATGCATTGAACTATTTTCTTCAGCGCTTTCTTCATTACATTCTTCTTTAGTTCCTGA +TTTTAACCCTAGATTTTTTGATATTTGTGATGCTATAGTGTATACTTCTTTTGGTTTTTT +TACAGCAATAGAAACATTAAAAGAATCATTAGCTGGCTGATTATTTATATCTAAGTAAGT +TATACCAGTTAAAATACCACCTTCATACTCAAATCCTGGTTTATTTATTATTCCTACGAT +CTTGAAACTTTCGCTTTTAGTATCTTTTAAAGTTTCATTTTCACTTTGCCATCCACTTAT +TTCTTCTCCATTTTCATCTACTCTTTTTCCTATATCAAGAGTTATTGTATCTCCTATTTT +TTTATCAATTTTTGATACAATATTTTCACTTAATACTATTTCTTTATTATTAGTTGGAAG +TTTTCCTTCTTTTAGTTTTATTTGATAACCATCAAAAGTAGTTTTATCATATGCTTTAAC +TTGCATTAAATTCTCTTTATCTGGTTTTATTTTTGCATATCCTAAGTTATTACTAAGACC +TGATTTAGTAAGTCCTGCTGACTTTGTTATATAATCTAAATCATCCTTTTTTATATCATA +AAAAGTCGCATGAAAATCTCCATCATTTTCTATAGTTTTTCTTATTTGATAGTCCATAAA +ACTTTCGTATATATTTCCTATACCACATATAAGTGCAGTAGACAGTATTATACCTATAAT +AGTAACTATTGTTCTTTTTTTATTTTCTTTTAAATATCTTAAAGTTAGAGATGTATATAA +ATTCATTTATATCACCTCATCACTTTTTATAATTCCATCTTCTATAGTTATAACTCTATC +TGCTTGAAGTGCTATATTATTATCATGTGTTATCATTATTAATGTTTGATTATATTTTTT +TACTGATAACTTTAATAATTCTAAAACTTCTTTTGAGTTTTTACTATCTAAGTTTCCTGT +TGGCTCATCTGCAAGAACTATTGATGGTCTATTTATAAGAGCTCTACCAATTGATGTTCT +TTGTTGTTGACCCCCACTTAACTCATTTGGAAGATGATTTTCTCTTTCTTTAAGTACTAG +GGTTTTTAATAAATCATCTAAAAATGCTTTATCTATCTTTCTATTATCTAACTCTGCTGG +AAGTAATATATTCTCCTTTACACTTAATACTGGTATTAAATTATAAAACTGATATATAAG +TCCTACATTTCTTCTTCTAAATATTGATAAATCTTTCTCTTTTAAGTTATATATATCCAC +GTCATTTATATAAACCTTTCCACTAGTTGGCCTATCAACTCCCCCTAGTAGATGTAAAAG +TGTACTTTTACCACTACCACTTGGTCCTACTATGGCAACAAATTCACCTTTTTTTATAGA +TAAGTTTACATTTTTTAAGGCATCTACTTTTGCCTCACCACTACCATAACTTTTAGTTAA +GTTTTCTACTTTTAAAATTTCCATTCTATCCTCCACAAACTTTCTTTGACTTTATACTAT +TAAGTTTACATATTCACTCTTACATTAAAGTGAATTTCAAAGTGACATATTAGTCACTGT +AGGTTTTATGGAAGATAATATGAAACTCAGCACCTTTATTTTTTTCACTTTTCACATAAA +TATCTCCATGCTGACTCTCAATTATTGATTTTGCCATAGCAAGTCCTATTCCTACGCTAT +CTTCTTTTGAACTGCTCTTACCTTTATAAAATCTTTTAAATACATTTGGTAAATCTTTTT +TATCTATACCTTCACCACTATCTTTTATTACTATTTCAGAATACAGTGGATTTTGTTCAA +AGTTTATTTTAATAGTTCCATTTACAGGAGTATGTTCAACACAGTTTTTAATTACATTTA +CTAAGGCTTCTGTAGACCAATTAATATCACCATTATAATAAGCTTCTTCATTTCCAAATA +TAGTAAGGTCTATATTTTTAAGTTCAATTGGAATTAAACTTGGCTGAACAGATTTTCGTA +TTAATTCATTAATATTTACTTTTTCATTTTTAAAATCAATTACTTTTGCCTCAACTTTAG +AAAGCTTTAACATGCTTTTTATAAGCCATTCCATTCTTGTAAGCTGAGACTTTATTTTAT +CTAAAAACTCTATTTTAGTTTCTGTTGGTAAATCTTCATACATTAAATCATTTAGTATAA +TAAGCGAAGTCATAGGTGTTTTTAATTGGTGGGATATATCGGATATAGTATTATTTAAAA +ATATCTTTTCATTATTTAAAAGCTCTACCTTCTCTTTTAATATAGTAGTCATCTTTAAAA +GTTCTGTTTTTAAAAGTCCTATTTGACCTTCTTGATTTCTGTTTTTCATTTCATAACTTC +GTCCTTCTGAACTGTGATAAACATAGTCAGTCATATCCTTTATATCCCTATATATTTTCT +TAAAATAAGATATAGATAAAATTAAAAATAAAATAAATATAATTATTACAAATAAAACAT +TTATATTAAATATTTCATTAATACTTGAACTTATAATTGGTTCATACTCTAAACTAATAC +TAGAATCATAATTGTATTTGTTAAGAACTCCTTTACCTAATTCTATATTTTCTTTTGATT +TACCTTGAGTTATTATATCTACTATCTCATTTTCTAAGTCAGGATTTTTAGATAGTATTT +GTCCTAATATTGCTTGATTATTTTCTATAACCTTTCCTTTAATTATATTTACATTTATAT +AACTAACACCTAAGGACAATAATATCGTAATTAAAAATACACCTATAAATCCTTTTATAA +ATCTTCTTATTTCTACATTAGATAGAAACATCATTTTCACATCCATTCCACTTATATCCA +AGTCCCCTTACTGTTATTATGTGTTGAGGGTCAGTTGAATCATCCTCGACTTTCTCTCTA +AGCCTTTTTATATAAACTGTAAGTGTATTATCATTTACAAAATCATAAGTAACGTCCCAT +AGCTTTTCTAATATCTGGCTTCTACTTAATACTGTATTTTTATTTTGTATTAAGATTAAT +AACAGCTTGTACTCTACTGAAGTTAAGAAAACTTCTTCTCCATTTTTATAAACTCTAGCT +TCTAAAGTATGTATGCTTAAATTTCCAAACTTTAAGACTTTCTTACTTTCATTATTCTTG +CCTCTTCTTCTAAGTACTGCTTTTATTCTAGAAATAAGTTCTCTAACTCTAAATGGTTTT +GTTATATAATCATCTCCACCAATATCTAAGCCCATAACAATATTTACTTCTTCATCACAT +GCAGTTAAAAATATAATTGGAGTATCTTGAATATTTCTAATTTCCTTACATAAATCATAA +CCATTACCATCAGGTAACATTACATCTAAAAGAATTATATCGTATTCTTTTTTTTCTATA +TTTTCTCTACTACTTTCTAAATCCTTACATATATCCACATTAAAGCCCTCTTGTTCTAAA +GCATATTTTACACCAAAGGCTATTGTACTATCATCTTCCACCATTAATATATTTGTCATA +ATTTCCTCCATCTCATATTTATTATCTATAATTATTATACAATAGCTTTATTAATATAAT +AGTCTAAATAAAATTACATATTAGTCACATAATAATTGTTTATCAAATCTACAAAAACGG +AAAAAGAGACTTAAAGAAATAGTTGATTAGAGCAACTATAAATTCTTTTAAGCCTCTTTT +TCCGTTTTTATAAAATAATTATTAAAGGAAAGTTATTAAATTTAATAGGATATTTAATAA +CTTTTTCGCATTTTACATCTGAAATTATTATATTACATTTTTATTGACCATGTCAACTAT +TTTTATCATTTTTGTTGATATCATCAACCTTTTTTTATTCATCATATTCATCATATTTTT +CTTTACTTGAATCTTCTTCATTTATATCAGTATTATCTTTGTCTACTTTTATTTGATCAA +CATAATGGCTTAGTTCTTTTGGTGATACTATATCTTCATTTTCAAAATTTAATCTTCTTG +AGTTAAATTCATCCACTTTTTCCCTTAGTTCTTTATCTTCAGCTTCTTCTCTTTTTTTAG +TTTTTTCTTTTATATATTCATTCTCATAATAATCTTGGTCTAATTCATCTTCATAAGATT +GTAAATACTCTAAGTCTTCTTCTAATTCTCTATCAGCCATGCAGTTTTTTATGGCTCTAT +ATGAAACATATGCTCCTACACCTGCTAAAACACCTACAGCTGCATACATCATCATTTTTT +TATCTTTCATTCTTCTTTCTGCTTCTTCTTGGGCTACTTTAGCTATCAGATATTTAATCA +TTAGACTTCACTCTCCTAGTATTTTTCTTCTGCTAGATATAGTATTTGTATTATTAGAAT +AAAAATTATATTATATCTGAAAATACATATATTGTTATTATCAAATAAATTAAATATCTG +ATGTAAAGTTATTATATATCTGATAATTCTAATTTTGCTCTTTCATCTAAATATTCTGTA +TTAAAATCTATAACTTCTAAATCTTTCGGATTATTTTTTTGTAAGATTATTTTAACCATA +GTTCCTTTATCTTCTACACTGCTTATGTCTATTGTTCCATTTAATGCTTCTACCATTTGT +TTTACAATACTTAAACCAATTCCGCTTCCTTCACTTGTTTTAATTGTACTTCTATCAGCT +CTCTCAAATCTTTCAAAAATACTTTTTAATTTTTCTTTAGGTATTCCTACTCCAGTATCT +TTAATAGATATAATTATAAGCTGTTCTGTATCTTTAATCTTTACATCAATACTTCCATTT +TTTTTGTTATATTTTATTGAATTAGACAGTACATTCAGCATTATTTTTTCCATTATGTCA +ATATCTACTAACGAATATATCTCTTCTTTTTCTGTGTCGAAAACCAATTCTATATCCTTA +TCTTCAGCATAATTTAAAACAGATAGTGTAATTTCTTCTACCAAATTAACTATATTTACG +CATTTTAAATCAACATTAAGAATATTACTTTCTAGCTTAATAGAATCTATAAAGTTATTT +GTAAGTCTAATCATTCTATTGCAATTTTGTTTAATAATATTATTGAATTCTAATAAATTA +TCATAACTTTTATTTTTAATATTTAAATCTTGCATTTGTACTGTAGAGTAAATTACATTT +ATTGGTGTTTTAAAATCATGTGAAATATTGGCTAGCACTTGATCTTTTATTTCTTCTTTA +GTTTTGTTATATTCTAATTCTTCTTTTATTTTTGCTAGCTTTATCTTGTCTTCCATATTT +TTTATTATAGATATATTTAAAATTTTATTATATCTATTTTTAATTATAGTAGTTTGCTCT +CCATAGAACTCTACATTATTAAATTTATATTTTAAATTTAGATATTTTAAAGGTTTACTT +ATATCATCAATACCTTTTACACTTTCCTTTTCACTTTCATCTACTAGATCCTCAATAGTT +TTCCCCAATATACTACTTCTACTTTCAATATTAAAATATTCTTTAATTTTTTCATTTATA +AATACTATTATCCCATCTTCATATACTATTACACCATCTGGAAGGTACTTTAATACTTTT +TCGTATCTATTTTTATAATCTTTTAACCCTTTACTTACTTCTTCTAGTTTGTCTTTTTCT +TTTAATAAATTTCTATAAAGTATCTGATTAGGCCTTTTAATAATGTCAATATAATATATT +CTAGCAACGCATACAAAGTAAACAAAGCTAGTTACTATTGATATTAAATATACAAATTCT +CCTCCAATATTTATATATTTTTTTAAAATCTCAACTATAAAGATTACCACTATATTGATA +ATTCTTGCTATATAATAAATCTGTAAATCCTTTATTGTTCTTTTTGATAATCTATTATCC +AAATTTCTGAGATTTTTTAATATATACAGTAGACATAATATAAATAAGAGCATCAACATA +AAAAAAAGCATAGATACACTTTTTTCATTATATAACCTTGGCATTATTGATGTTTTGCAA +ATAATAAATATAGATATGGATATACAAATAAAACATATATTCATTATTCTATTTGTATTT +AACTCCATTTTTTTATTATTAATTATAAAAATTAATAATAAAATTTCTATAAAAACAGAT +AATGCAAATATTTGTAAATCTTCATTTCCATCGAAATTTCTATTTAAGTTGATTAAAGTA +TTTAATCCGTAAACTAAATTAATTACTCCTTTAATTGTAAAAAACATTGCTATCTGTTTA +TAAATTTTATCTTTATTTATATCTAAATATGATATATTTACAAAATAACAACATATAGCT +ATACTACTGTTAAATATTTGTATAATACTATATAAGCTTTTTGTATACATACTTCCAAAT +AATATATATCCTATAATTAATATAAATAAATAAATATATTTTCCCAATACTCTTAATACT +TTCGTTCATACAACTTTATTCCCCCTAATATTATAATAATACATTTACTAATAATTTTCT +ACATGAAATCTATTTTCACATGTTAAGGGTTTTACATATAACTTTTTTTCTCTACAGTCT +TAAGTTATTTTCTTTTTTCTGTTATACTATATCTATAACAACTATTAAATAAATTGAGGT +GACTTTATGGTTTTAAAATTAGATTTTAATAGCGATAAATCTATTTATATACAAATTACG +GAAGAAATAACAAAAGCTATAGCCAAAGGAGAACTTAAAATTAATGAATCATTACCTTCG +GTTAGAAGTATGGCCGAAAGTATCGGTGTTAATCTTCATACAGTAAACAAAGCATACAAT +CAGTTAAAGGATGATGGATTCTTAAATATTGATAGAAGAAAAGGCGCTATAGTTGCTGAT +TTACCTATGAAAGAATATAGTAAATCAAGAAAATCGGCTAAAAATGAATTAGAGCTTTTA +ACTGCTAAATCTTATTTATCTGGTATGACTAAAGAAGAATTTTTAGAGCTAAGTAGCAAA +TTATTTGATTCTTACGAGGTGAAACATTATGAATAATATATTAGATCTAGCTTCATATTT +TCTACAATTGATAATTTTATATCTCGTTTTTAGTAATATGAATATTCTTAATGGAAATAA +GTATTTGTACGGTGTGAATATAGATAAAAATTATATTGATGAAAATCAAATAAAACTTAT +TAATAAAAATTTTCGAATTCTTCATACTATAGGATTTATTGTAATATTTATTTTACTTAT +CATATATTCGTCTTTATCAAATGATATTGAAATAGGATTTACATTTGCATTGATTAGTTA +TTTAATATATAGCTCTATAATTTATATAATAATTCATAATAAAATAAAAAATATTAAAGC +AGATTTATTAAAAAACAATATAATTGCAGAAAGAGAAACTGCTCAAGTATTCGTAGATAT +GGAATTCTTAAATGAAAGAGATAAATTATTAAATAAATTTAAATATTTATATCTAATACC +AATACTTATAGTTTTAATCGGATGTATATTAACATTAATAAATAAAAATAATTTAGGTGA +GTATATACCAACACAATTTGATTACGATGGATCTGTTCAAAAATTTATTCCAAATACTAC +TATTAATTTATTAGGAAATTTAATATCAATGTTAGGGTCAGTAATTTTAATAAGCTTCAT +AAGTATTAGTTCTTTAAAGTCTAGATTAAAAGTAGATCCTGAAAACATTGAAATAAGTAA +ATATGAAAATATAAAATTCATAAAAAAGACTGGATATGGTTTTTTCATATTAGAGATTTC +ATTGGCACTAGTTGCTATTTGCGTATTTATAAGTATGTTTGGTTTAAGTATTAATACATT +TATATTTAAAATAATAACATTCATTACTATAGTTTCAGCAATTTTATTATGTTTTACTTT +TGTAAAATCACATAATTCAAGACCCTCATATTCTTATTCTTCTGAAGATGATGAGAAAAA +TTGGATTTTAGGTATGTTATACAACAATCCTAATGATCCATCTTTTATGGTTCAAAAACG +TTTTGGTATAGGATGGACTATAAATATAGGTTCACCTTTAGGAAAGGTATTTTTTGTAGC +TACTATAATAGCCCTGGGATTTTCATTATTTAGTTTAATAAAAAATATAATTTAGTATTG +GAGTGTACATATGAGTGATATAAATATAGGTGAAAAAATATCTCTAATTAGAAAAAAGCA +AAATTTAAGCATTCGTGATTTAGCAAAACTAGCTGAAGTTACACCTTCTCTTCTTAGTCA +AATAGAAAGAGGTCTAGCTAACCCTTCAGTAAATTCTTTAAAATCAATTTCTTCTGCTTT +AAATGTTCCTCTTTTCACATTCTTTATGTCTGAAGTTAATAAAGAAGAATTAATAGTTAG +AAGTGATAATAGAAAAAAAGTTATATTACCAGGAAGCGATGATGTTATTTATGAAATTTT +GTCTCCTAATGATAGTTCTAATGATTTGGAATTTGCAATTATGAACTTAGCTCCTAATAC +TTCATCATGTAATGATCCTATACATCATAAAGGTTATGAAATTGCTTATATCCTAGAAGG +TGAAGCTGTTCTCTATATGGATGAAGATAAGTTTACATTACATAAGGGTGATAGTGTAAA +GGTACCTGTTGGAGTTAATCATAGATGGGAAAATCAATCTGATAAAGAAAGTAAGGTTAT +ATTTGCTGTTGTATTATAATAAATTAATTTAAAATGGAGAGTCTATTAGGCTTCTAGTGT +TGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAAC +CTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_25 +TGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTTGCA +CTTATATTGACAATCTATCATAAAAAAATAATAAAAATCTTATTGACTTATATAAATTAA +TAGTATATTATTACTATTAAGAATTTACACAATATATAAAATGCTATGAAGGGAAGAGTA +ATTATAACATTGAGTCAAAGCGAGCTGGTTATGGTGTGAGTCCAGTACAAGATTTATAAT +GAAGAACCTCCCAGAGCTACTAACCGAAATCTTAAGAGAGAGTAGACTTAGTCGGAACCA +AACCGTTATCTAATTGGTAGTGTATAAATATAGTACACTAATAGAGTTGAACTTTTATTA +AAGTTAATTTGGGTGGTACCGCGGAAGAGTAGCCTTTCGTCCCTTTTATAGGGATGAAAG +GCTTTTTTAATACAAAAAATACAATCAAGGGGAGTGATTTAAAATGTGTTTAATAATACC +AGAAAGATATGAAACTAGCTTAGGAGTAATAGAAACTCAACAAGCAATAAAAGATTTAAA +AGACTTTTTTGAAAATAGATTAGGAGAAGCATTAAAACTTACAAGGGTATCATCACCATT +ATTTGTATTACCAGAAACAGGAACGAATGATAACTTAAGTGGAATAGAAAAGCCTGTAAG +CTTTGAAGTACCATATTTAAAAAAGGATGCGGAAATAGTACATTCTTTAGCCAAATGGAA +GAGAATGGCTCTTAAAAAATATGGTTTCCAAGTAGGTAGAGGTCTATATACAGATATGAA +TGCTATAAGAAAAGATGAAGAATTAGATAACCTTCATTCTTTATATGTAGATCAATGGGA +CTGGGAATTAATAATAAATAAAGAAGACAGGACAGTAGATACCTTAAAAGAAGTTGTAAA +AATTTTATATAAAGTTTTTAAAGAAACAGAAGAACATGTACACAGTATATATCCAGAAGT +AAGATGCCCTTTACCAGAGGATATAACTTTTATAACTTCTCAAGAACTATTAGATATGTA +TCCAGATTTGACACCAAAAGAAAGAGAAGATGCTATAGTTAGAGAGAAGAAAGCCGTGTT +TTTAATGCAAATAGGGAAGGTACTAAGTACTGGTGAAAAACATGATGGAAGAAGTCCAGA +CTACGATGATTGGGAGCTAAATGGAGATATATTATTCTATAATCCTGTATTAGATAATGC +CATAGAGTTATCTTCGATGGGAATAAGAGTAGATGAAGAAAGCTTAGAAAGACAACTTAA +AATGTCAAAATGTGAAGATAGAAAAGAATTAGAATATCATAAGGCATTATTAAATGGAGA +ATTACCATACACAATAGGCGGGGGAATAGGCCAATCTAGAATTTGTATGTATTTTTTAAA +TAAAGCCCACATAGGTGAGGTTCAAGTAGGAATATGGCCTCAGAAAATGATTGAAGAGTG +TAGATTAGCTGGGGTACATTTATTATAAGAACAGTTGTCATTAAATAAAAAATGAAATAA +TTATAGAACATAGATAAAAATTGGTTGGTATTAAGGGAAGATACTCTAGATACCAGCCAA +TTTTATTTTGTGTTAATTATTAATCCAAGATATACATTATTAACAAGATGCAAATTAAAA +TCATAAAATATCTATATAACTTTTGGATAAGGAGGGATATAGATGAAACCAGAGTATGGA +GATGTAATATGTGTAAATCATGGTATATATAATCATTTTGGGATATATGTAGATGAAAAT +CATGTAATCCATTATGCTGGTAAAGATGAAGATTTTTTTCTAAGAAATATGTATATAGAT +GAAACTGGTATGGAAAAGTTCTTAGGAAATTCCAATAGATATTATGTATATAAGTTTCCA +CAAAAGGCTTTAAAGCCAATAAAGAGAATTAGAGGACAAGGATTAAATAGAGGATATAAG +GAAAATGCTTATGCTATGTATATGTTATTAAAGTTAAAAAATATAGTTAAGTATAAAATA +TATTCTCCGGAGGAAACTGTAAAAAGAGCAAGAAGTAGAATTGGTGAAAGAAGTTTTAAT +TTAGGATTTAATAATTGCGAATATTTTGCAGTATGGTGTAAAACTGGAGTTAGTCAGTCT +TATCAAGTTAATTTAGTTTTAGATGCAATCTTTATAAAAGGAAAAGTGGATATAATCTAG +CGTTATTATTAAATATCGTATTAACAGTATACAAGAGAAAAAGTGATATACTTAATATAT +AAATGGTTAGAATTTTAGATTAACATGGAGGAGAGAAATTTGGGTACTCAAGAGTTACAA +ATAATAAAATATAAAAAAATGACAGAAGAACCAGTAGAAAAACTAGTTATTAAAATGGCT +ATTCCAACAATTATAAGTATGCTAATTACATCCTTTTATAATATGGCAGACACTTTTTTT +GTAAGTAGAATTAATAGCAGTGCAACTGCAGCAGTAGGTGTTATTTTCTCTTTGATGGCT +ATGATACAGGCAATTGGGTTTTGTTTTGGGCATGGTTCGGGAAATTATATTTCAAGAAAG +TTAGGAGAACAGGATATAGAAGAAGCTGAAAAAATGGCATCAACAGGATTTTTTTCAGCA +TTTTTAATGGGAGTTATTCTTGCAATCTTAGGAACTATTTTCTTAAACCCATTAGTAAAA +TTTCTAGGTGCAACAGATTCTATTTTCCCTTATGCAAAGGATTATATGAGGATTATTTTA +ATAGGTGCACCATTTATGATATCATCCTTTGTACTTAATAATCAGTTGCGATTACAAGGA +AATGCAGCATATGCTATGGTAGGGATATCAATAGGAGCATTGTTAAATATTGTACTTGAT +CCAATTTTTATTTTAAGCTTTGATATGGGAATAAAGGGTGCGGCATATGCAACTGTACTA +AGCCAAGTAGTTAGTTTTACTTTAATCTTAAAGCTATGTAATTACGGTGGAACTATTCCA +ATAAAATTAAGTAATTTTAAACCTAACATTAGTAAATATAAAGAAATTATTCATGGCGGA +CTGCCTTCACTATGTAGGCAAGGTATAGCAAGTTTTGCAACTATATTTTTAAATTTAGCA +GTAGGTCCATACGGTGATAGTGCAGTTGCAGCAATGTCCGTAGTAATGCGTGTCACTAAT +TTCGCAAGTGCTGCTTTAATTGGATTCGGGCAAGGTTTTCAGCCTGTATGTGGATTTAAC +TATGGAGCTAAAAATTATAGGCGCGTCAAAGATGCATTTTGGTTTTGTGTAAAAGTTTCA +ACTATAAGCTTAACGATACTTGCTATTTTAGGATTTATTTTTGCTTCTAATATTATAGAA +GTATTTAGTAAAGAAGATCCTGATTTAATAATAATAGGTATAAAAACACTTAGAATGCAG +TGTATGGCATTTCCATTTTTAGGTTGGATAATTTTATGTAATATGATGCTACAAAATATT +GGAAAATACGTTAAGGCGAGTATTTTAGCTATATCAAGACAAGGACTATGTTTTATTCCA +ATAATATTAATATTGCCAAAGATATTTGGTATTACGGGAGTACAAGTTAGTCAGCCTATT +GCAGATATACTTACACTTATAATATCTATACCTATGGGTATTATGACATTAAAAGAGTTT +AAAAATCTGGAGGTATAGTATTTTATTATATAAATGGATTTATAAAAAATATAGAAACCG +TATCTTAATTAAGATACGGTTTGATTGTATAGAAATAATTAGCTAAAGAAGTTTTAATCT +TCGTTTTACTTAAACTTATCAGGAAATTGTTTGATTATTCCATCGACAAGTATATCTGCA +AAATGAATCATGTGATCTTCTCCTTTATCACATGTATTAATATCTGCTTTCCAATTCTTA +TTTAATCTAGCAACAACTTGATCTGTAATAAATTCTAAATGCTTATATAGCATATTTTTT +AGCGTTTTTTCTGAATAGTTTGGATTAGCTGAGCTTAAAAATCGGGCTATTTTATCAGCA +TTTTCATACCAAAGCTTATTATACTTTTCTAAATCATTTTTATTATTATTTTTAGCAGCA +TCAGTAACTTGTCCAGCAAGTTCTATATGTTCCTTTAGTAGAGTGGTAAGTTTGTTTCCA +GCTTCTTCTCCGTAATAAGGTTTAATTGAATTTCCTATATCCTCTTGATTTTTAAGTAGT +CTTTCTAATACATCTGATTTGTCCTCAAGTGAAGCTAAGTCACTTACGATAAAACTTCTT +GTCCAAGTAACATGATCTATCCAAAGCTTCCTTTCAGACATTCTCAAGTCACAGGCAGCT +TTGTTACAAGATATATCTCTGCAACATGTATTTTCTAAGGCGTTACTTTTAAATGGGTTT +AAAATAAAAGCGAAGAAAAATAATGATATTAATAAATTAATCTTAAATATTAGAAAACCT +TATGTATGTAAGTATAAAAAGTTATTAATTAATTAAAATTTAGAAAAAAATATACGTATC +AGTAATAAGTATGATACGGTCTAATTATGTATATGGATATTTTATTATAAAGTAATTATA +ACTATGTTATATTGATAGATATAATTAAGATGTATATAATAAGATTTAGAATAAAGAAAA +TAGGTGAGAAAATGGACTTTAAAATAGTAAACGATGTACTCGTAAAAAATGCGGATAAAT +CAAGATTGAATAGAGGAACGTATTATTATAAAGATGGTTATGTAGAAGAAGTAAAATACA +CAAATGAAGAGAAGACTTTAAGTATAGAGGGGCATGTTGGTTCAGAATATCAAAATAGAG +TTTACAATAGTTCTATAGTTATAGACTTAGAAAATAAAAAAGTTATATCAGGAAAGTGTG +ATTGCCAAGATTGTATGTCTAGAAGTACATCAAGCCACTTAGCTATTTGTAAACATATAG +TTGCGATAACTTTATATGTGATAAATTTGTTAAAATCAGATGTGATAAGTAGTTTAAAGC +AAACTACTTTTGTTGTTAAAAATAAAAATAGTGCAAAAAGAAGTAAGAACTTCATTAATA +AAGATTTATTAAATTATTTTAAAAGTAAGCCTAAGGAAGAAGTAAGTTTGGATATAAAAC +TAGATCTGATTGGACCAAATACTATAAGTGCTGATTTTAAAATAGGAATAGATAAGATGT +ATGTACTAAAAAATCTTAGAGATTTTGCTTATGCAAGAGCAAATTCAAATGATTTAATGT +ATGGAATAGATTTCGTATATAATCCAGTTAATAATTATTTCTCAGAAGAGGATGAAAAAA +TAGTTGATATGATTGAAGAATACGGAATGGGAATTTCATATATAGCACCACAAAGAGAAT +TAAGGTATATGACTGTAGGAGGACCACAAGTAAGAAGAATAATGGAAGCTTTACAGTATA +GGGATTTTGAATTTAAGTTTAGAAATATGTACTACAATCCAAGAATAATAAAAGGTGAAT +TACCTATAAATATTAATTTAGAAATGGATGATGAGCAAATACTTCTTAATTGTAAAGGAA +TGTTACCAGTTCCTATATCTCAAAAAGGAGATGTTATTTTTTATAAAGGAGATATATATT +TACTAAGTGCCGAAAGCGGAATATACTACAATAAATTATATAAAGTACTAGATGAATTTA +AAGAAATCTCTTTTACAAAGGATGAAGTAAGTGAAGTACTTACAAACGTTGTACCAAAGA +TAAAAAATATATGTAGTAATGTATTTATAGATGCAAAAATAGAAGATAATATATCTGGTG +AGTTACAAGTAAAATATTATTTCGACTTAGAAGGAAGTAAAATAACTTGTGATGTTAAAT +TTGAGTATGAAGGTGAAAATGAAGGTAAGTTTGTAATAAAAGATATAGAGAAAGAAAAAG +AAGCAATATATAGACTTTATACTTATTATTTTGAAGAGGAAAAAGGTAAATATATATTTA +AAGGAAATGACTATCAATTATATGACTTTTTAAGTACAGAAATAAATAGATTAAAAAATA +TTGGTGAAGTTTATTATTCAGATAAATTAAAAGAGAAAAAAATATATAATTCAGCATCCA +TAAAAGTAGGACTAGGCGAAGAAGTTAATCATTATTTAGATTTTAATTTTGAAATTGAAG +GTGTAGATGAAAAAGAATATAAGAAAATAATAGATGCTTTTAAGGTTAACAAAAGGTTTT +ATAAATTAGGAAATGGAAATTTTATAAGTTTAGAAGATGAAGAAACTAAAGAAATGTTTA +AGCTTATGGAAAGCTTAGGGTTTACTAATAGCTTAAAAGATATGAAGATACATACAAGTA +AAGCCTTATATATAAATGATTTACTTACAGAAAAGAAATTACCTTATATAAATGGGATAG +AGAAGACTGAAGAGATTGTAGAAAAATTTAAAAATATAAGTAAGATAAAAGGTGAAATAC +CAAAAGAGTTAAATGCAAATCTAAGAGATTATCAAGTAGATTCATTAAACTGGTTTGAAA +CATTAGATTATTGCGGTTTTGGAGGTATACTTGCTGATGAAATGGGCTTAGGTAAAACTA +TTCAAACTATAACATTTTTATTATCTAAAAAAGGCAAGAAAAGCTTGGTAATAACTCCAA +CATCATTAATACATAACTGGAAAAATGAATTTGAAAAGTTTGCACCAAGTTTAAGAGTAG +GAATAGCTCATTCACTGAAAAAAGAAAGAGAAAAAGTAATAAGTAACATAGAAGAATATG +ATGTTATCTTAACTACTTATGGTTCCTTAAGAAATGACTTAGATAAATATGAAGAAATAA +ACTTTGATTATTGTATTATAGATGAAGCTCAAAATATAAAAAATCCAACTGCTATGAGTA +CAGACGCAGTTAAATCTATAAAGGCTAACAATAGATTTGCACTTACAGGAACGCCTATAG +AAAATAATTTATTAGAGTTGTGGTCTGTATTCGATTTTATTATGCCTGGATACTTATATA +ATGTATCTAAGTTTAATGCGATATTTATTAAAGATGAAAGTCATATAGAAAACTTAAAAA +TGATGATAAAGCCATTTATATTAAGGAGAACTAAAAAGCAAGTTATAAAAGAGTTACCAG +ATAAGATTGAAAAGCAATTTTTAGTAGAGCTAAATAAAGATCAAAGGAAAATTTATGGTG +TATACGTAGAAGAAATACAGAGAAAGCTTAAAGATAAGAAAGATATAAAGGATAAAATAA +CTGTACTTTCTTATTTGACAAAGCTAAGACAACTTTGTTTAGATCCAAGTGTAATTTTAG +ATGATTATAAAGGTAAAAGTGCAAAAACCGAAGCTTGTTTAGAAATTATAGAAGAGTATA +CAGAGCAGAATAATAAAATTTTAATATTTTCACAATTTACAAGTGTTCTTAAAAATATAG +GGAAGAAATTATCTAAAAATAAAATAGAGTATAGTTATTTAGATGGACAGACAAAAGCTG +TAGATAGAATAAAGCTTGTAGATGAGTTTAATGAAAGTGATCATAAGAAGGTGTTTTTAA +TTTCTTTAAAAGCAGGAGGAACAGGATTGAATTTAACTTCGGCAAATACAGTAATTCATT +TTGACCCTTGGTGGAATCCTTCTGTTGAAAATCAAGCAAGTGATAGAGCGCATAGAATTG +GTCAAAAACAAGTCGTTGAAGTAATAAAACTTATAGCAAAGGGAACTATTGAAGAAAAAA +TAGTTCAACTACAGGAAAGTAAAAAGCAATTGATAGATGATATGATAGATGGAAATTTAT +CTGATGGAAGTGTATTAAAAAGTTTATCTGATGAAGAATTATTAAATTTGTTTAAATAAA +CTGATTTCAATAATAAAAATGGATTATGCTTAATGTAGTTACTTTTATGTAATATTATTA +AAATGAAAAACGATGAACTAGTAATAGTTCATCGTTTTTTTATACAAAATTATTTTATGC +TAATCTTATTATTTGTAAGCTAGTTTCTATTCCAACTACAGTTATTGGGTTTACGTTGAA +GAATACAAATAAATCTAGAATGCCGCCAGCATTACCAGTAGAGAATATAGCAGCGTTACT +TATAGATGTATCTGCTGCTTGAGTTGAGGCTAATGAGCTGTGGATTGCAGCACCATTAAG +TCTTAATCCAACTGCAAATGGTATACCTGTTGTTGAAGTAACTGTATATCTTACGTAGAA +TCTCATATTAGCGCCTAATTGTATAGTACTATTTCCATTTGTAAATGTTATACCACTACC +ACTAATATCACTAGCATTGAAAGGTATAGCAGTACCAACATTAACTGTTATATCAGATGT +TCTAAATATATCTGCATTAGCAACAACTGCAGATGTTCCAGTAGCACCAGTAGCACCAGT +AGGACCTTGAGGGCCTTGAGCACCAGTAGCACCAGCAGCACCAGCAGGACCTTGAGGACC +AGTAGCACCAGCAGGACCTTGAGGACCAGTAGCACCAGCAGGACCTTGAGCACCAGCAGG +ACCTTGAGCACCGGCAGGACCTTGAGGACCAGTAGCACCAGCAGGACCTTGAACACCTTG +AGGACCAGCAGGACCTTGAAGACCTTGAGGACCTTGAGCACCAGTAGCACCAGTAGCACC +AGTAGCACCAGTAGCACCAGCTAAACCTTGGGCACCTTGAGGACCAGCAGGACCCTGAAG +ACCAGTAGCACCTTGAGGACCTTGAGGACCTTGAGGTCCAGTAGGACCTTGTGGACCTTG +AGCACCAGCAGGACCTTGTGTACCTTGAGGACCTTGAGCACCAGCAGGGCCTTGAGGACC +TTGAGAACCAGTAGCACCAGTAGCACCTTGAGGACCTTGAACGCCAGCAGGACCAGTAGC +ACCAGTAGCACCAGTAGCACCAGTAGCACCAGTAGCACCAGTAGCACCTTGAGGACCTAT +AGGACCTTGAGCACCAGTAGCGCCAGTAGCACCTGTGCGACCTCTATCTCCTTTTTCACC +TTTAGGGCCTCTTGGACCTACACAACACTTACAACAATCATCCTTACAACATTCTTTCTT +GCAGCATTCTTTGTCATGCCAATCATCTTTACAACATTCTTTCTCGCAATGATCTTTTTT +ACAGCAATCATCTTTACAACATTCTTTCTTGCAATGATCTCTATCATCCCAATTATCTTT +GCAGCATTCTTTCTTATGACATTCTTTGTCATTCCAATCTTTTTCATCGCAATGATCATC +ATGTTTACATTTATCTACATGTTTATAGCAATCCTCATCATAATATCTGTTATAGTTATT +ATAATCTTCCTCATATTTGTCATAACCACCATTATATTCATTCTTTCTATTATTATCATT +ATTATTTCTATAATATATCAAAGTTTACTCCTCCTTAAATTTTCTATTTAATCATAGCTA +ACAGTAATGTTATTAACTATACTTTAATATATTCGTAAATGCAAAAAGTGTTACATATTG +GGAAAAATTGTCTAATAAATTTATAGATTTATTTTGAAATAAGTCAAAAATAAGTTTTTG +AATAAAATTAAGCTTTTTTATTTAACTTATATTATAATATTAAATAAATTTAGATGATTA +GATATTAAAAAAGTAGAAATCATGATTGATATTTTTATAGTAGAAGATGATAAAGCGTTA +AATAGAGAAATTAGCTTAACAATAAGCAAGTGGGGATATAGGGTTATCATTTATAGAATA +TAAGAAAAAAGTTTATAAATTAATAGCCTATATGAACAATAGAACTAAAGAATATTTAGA +TATAGAAGAAAATTTTTTATATGAAAATATAAATAAATTAATAAAAGAAAATGAAACTGA +AGTCAATAATTTGAGATATGAGCTAGAAGAAATAAATGATTACATGACTAATTGGATACA +TGAGGTGAAAATACCAATTTCAGTACTTGGAATAATAGGAAGAAGAGTAAGTGAAATAGA +TGGTGGAAAAGCTTATCTAAGGAAATAAAAACAGAGGTAAGTCGTATAGATAAGCTAGTT +GGCAAGCGATGTATTCAAGTAGAGCTGGGAATTATAATTCAGATTTTTTAATTAATGAAG +TTAATTTAGATAGTATAGTTAAAGATGTAATAAAGAAAAATAAATATCAATTTATATATA +ATAGAATAGATTTACAAGTTGAAAATGTAGATAAAGTTGTGTTGAGTGATAAAGAATGGC +TTACGCATATAGTGGAGCGTATGATAGATAATGCTATTAAGTATAGTGATATAGGCGGGA +AAATTAAATATAAATGTAATTACTCTAAAAAGCTTTGACGATACAGAGAAAATTTCAGAG +TATGTAAGAAATAACAGTGATATAGATATATATAGTGTAGATAAATTCAAGCCTGAAGAT +TATAATTTTGTAAATTCAATATACTTTATAGGATTATTCTTGGCTTTAGTGTTTTTAGTG +TCAGTAGGAAGCATAATGTACTTTAAGTGTATATCTGATGCAAGCAAAGATAAGCCTATT +GATATATACTAGAGGAAGAATTTAGATACTTTATTAATAGTACAATGAATTAGATAAGTA +AAACAAAAAGCGTATCACTAATAAATGTGATACGCTTTTTATATAAATTCAATAGATTTT +ATATTATTTTTACTTATAGAAACAGCACTTCCAAGGTCTCTTCCAGATAAAGTTAATAGT +CCGACATCTTCATTATTATTAAAGTTATCCATCCATTCAACTAAAGAAGAAAAATTTCTA +ATCCCATTTCTTTCAATTATCCTAACAAAATCATTTTTATAAGTTATTTTTATTCTGTCA +TTAGTCTTCAAAAAAATCACACTCCTATAGATAATTATACCCGGATAATATGAATTTTCA +AACATAACAAATAAAAATATATTTTAATAAAAAAGTAAATTTTAGAAATAATAGATATAA +ATGATAAAACTTAAAAGGAGGGATACTGTGAAAAAAATAAACAGTATAGCTATATTATTT +ATATTTATATTAAGTTTAAGTACATGTGCTTGTACTAAGAGAAATACTGAAGATATAAGT +AATGATACAAATCAAAATAATAACATAAGTCAAAATACTAATGAAAATCAAAAATTATCT +AAAGAGGAATATAAAAAATTATTAGTAAAAAATTATGAAAAATACATATCTCCTATAGAT +ATAAGAGATGAAAAATTAGATGATATCCTTGATAAAAATAATAATCTTAATAATGAAGAA +TTAATTGCAAATTATAAAAACTTATTATCTGATAGTAAAAATAATGTAAAGTCATTTGAA +GATTCTATAAAGAAAGTAAAAGTAGAAGACTCAAATATACAAAATTTAAATGATGAACTA +GTTTCAAATTTAAATAAAGTTATAGAAGATATAACTATAAAAGAAGATAGTCTTAATTCA +ATTAGTGATGATTTAATAAATGGAGATAAAAATATTTTAATTAATTATTTAGATGATGAA +TTAGGTAAAGATACCCAAAATGAAGAAAGTTTAGATAGAACTTTTGATCAACTTGAAAGT +TTATTGGGTATAAAATTTGAGTAAATAACTAAAAATAATAACTAAGTGAAATAACAGATA +AACTAGGAGGAAGTAAAAATGAATTTAAAAAAAATATTAGCAGTAGGATTATCATTAAGT +GTAGCATTAGGAGTATTTGGATGTAATAATAAAGCAGATAATACACCTAACGATAATACT +ACTAATAATACTACAAACAATACTGAAGGAAATAAATACGAAGGAACTGAATATTATAGA +CAGTACAATGATTTATATAGTACTAATATAACACCATTAAATAATTATACTATGTATGGA +ACAGTTGAGGGTGTAAACAATAATTATAAAAATAAAGAGTATCCAGGTAATGAAAAGTAT +TTAAATGAAGTAAAAGAAGCATACAGAGATAGTAGAGATAAACTACAATCATTTGTTGAT +GGATTAAAAAATGATGCAAAAACTGAGGATGCAAATTTAAAAGCAGCAAATGATGAGCTT +ATAGCAGAAGGTGAAAAACTAATAAAAGATATAGATGCCAAAATTAAGAAATTAGATGAA +GTACCTAAAGATGCGTATGATAAAACGCAAGATGAGTTTATAAATTTAGTAAATGATACT +ACTAAATTAGAAAATGAAACAACAAATGAGTTTGACAAAATGATAAGAGATATGAATAAA +ATGTTAGGAATAAATACTAATTCAAATACAACAACTACTAAACCAAGTACAAAAACTACT +AAATAGTGTTTGAAATTAAAATATTCAAAAAATAATGAAAATATGTTGACATATATTTAA +AGTTCATATAATATAAATAACATAGATAGAGATAAAGTTAAAAATAATAAAAAAGAATAA +TTCCTTATCAAGAGAGGTGGAGGGACTGGCCCTATGAAACCCGGCAACCAGTATATTTTA +TATACATGGTGCTAAATCCTGCAATTCGAAAGAATTGAAAGATGAGTATAAATTTGCTTA +AAAAGCCTGAGTTTATACTCAGGCTTTTATTATTGTATACATTTTAATAAGTATTAAATA +TCACTAGTAAAACAAATGTTTTAGGTTAGCAATATCAAAGGTGAGTATAGGAATTATGTT +AGGGGGATTAAGAGTGATCAGCATTAAAAACGTAAACAAATTTTATGGAACTACTAAGGT +TTTAAATGATGTGAATATGGAAATAAATGAGGGGGAAATTTTTGGAATTATAGGTCATAG +TGGGGCCGGAAAGTCAACCTTACTTAGATGCATAAATGGATTAGAAGATTATCAAGAAGG +AAGTGTTTTTGTAGATAATAAAGAAGTAAAATCTTTAAATGGGTTATCCCTAAGGCTTTT +AAGAAAAGATTTAGGAATGATATTTCAACATTTCTCACTACTAGAGAGAAAAACTGTATT +TGATAATGTAGCTTTACCATTAGAGTGCTTTAAGTACTCTAGAAAAGAAATTGAAAATAG +AGTGTTAGAATTATTAGACCTAGTAGGATTAAGTAATAAAAGAAATTTTAAGCCTAGAAA +TTTAAGTGGTGGTCAAAAACAGAGAGTTGCTATAGCAAGAGCATTAGCTCTAAATCCAAA +GGTACTTCTTTGCGATGAAGCTACTTCAGCTCTTGATCCAAATACTACTAAGTCAATACT +TTCATTGCTTCAAGATATAAATAAAAAACTTGGAATAACAATAATTATGGTTACTCACCA +AATGGAAGTAATAAAACAAATATGTACTAGGGTAGCAATAATGGAGGGAGGAGAAGTATT +AGAAATTGATGAAACAGAAGAAGTTTTCTTACATAATGGAAAAGGGCTTAGAAAGTTAAT +CGGGGAAGAAAATATAGTTTTACCAGAGGGAACTAATATAAAAATACTATTTCCAAAGAA +TATTTCTAATGACTGTATAATAACAGGAATGGCGAGAAGTTTAGATATAGACTTTTCTAT +CGTGTTTGGAAAGTTAGAAAAATTCAGAGATGATATATTAGGTTCATTAATAATAAATGT +ATCCTCAGAGTTTGGGGAAAATGTTAAAGCTTATTTAAATAGTGCAAATTTAAGATGGGA +GGAGATAACTAATGAATCAAACTAGTTTAAGTGAATTTTTGACTGATATCTTAGGGAAAG +CTCTTGGAGAAACTTTATATATGATAGTTATACCAACGATATTAGCTACGATATTAGGAT +TTATATTAGCAATTATACTAGTAGTTACTAAGGAAGATGGACTTAAACCATGTAAGATTA +TTAATAAGGTATTGGGATTTATAGTTAATATCTTTAGAAGTTTTCCATTTATTATACTAA +TAGTGGCATTGATTCCATTTACGAGAGCAATAGTTGGAACAAGTATAGGTGTAGAGGCAG +CTGTTGTACCAATAACAATAGGAGCAGCACCATTTATTGCAAGAGTAATAGAAGGTGCTT +TAAATGAAGTAGATAAAGGGTTAATAGAAGCTGCAAAATCATTTGGAGCGACTAAAAGAC +AAATAGTATTTAAGGTAATGATAAAAGAAGCAATGCCATCAATAATATCTGGAATTACAT +TATCAGTAATATCAATATTAGGATATACTGCAATGGCAGGTGCAGTTGGTGCTGGAGGGC +TTGGTAACGTAGCGCTTACTTATGGACATCAAAGATTTGACACAGTAGTAATGGTTTATA +CAGTAATAACGCTTGTAATAATTGTTCAAATAATACAAGGTTTAGGAAATTTAGCTTATA +AAAAGTTAAAATAAAATAATTTTTAAATTTAAATAGGAGGAAAATAAAATGAAATTAAAA +AAAATATTAGGATTAGGATTAGCAGCAGTTATTTTAGTATCAGCGGTAGGTTGTTCTTCA +AGTAAATGGGAAAAAGATTCTGTAGATGCAGCAGATTCATCTGAGGATAAAAAAATTGTA +GTAGGAGCATCAGCGACACCACATGCAGAGATATTAGAAGAAATAAAACCTTTAGTAGAA +GCTAAAGGGTATGAATTAGATGTAAAAATATTTGATGATTATGTTCTTCCAAATACAGCA +TTAGATGAAGGATCATTAGATGCAAATTACTTCCAACATGTACCTTACTTAGAAGAAACA +GTAGCTCAAAAAGGATATAAGTTAACATATACGGCAAAGGTACATTTGGAGCCAATGGGA +GTTTACTCAGAGAAGATAAAGAAGTTAGACGAATTAAATGATGGAGCAAAAATAGCAATA +CCAAATGATCCTACAAATGGTTCAAGAGCTATACAACTATTAGCGGATAATGGATTAATA +AAAGTTGCAGATAAAGAGATCTTAACAGTTAAAGATGTAACTGAAAATGCTAAAAATATA +GAGATTGTAGAAGTAGAAGCTCCACAATTGCCAACGGTATTAGCAGATGTAGATGCAGCA +GTTATAAATACAAACTACGCATTAAGTGCTAATTTAAATCCTACTAAAGATGCAATTGCA +ATAGAATCAGCAGATTCACCATATTCAAATATTTTAGCATGTAGAGAAGATAATAAAGAT +AGTGAAAAAGTAAAAGTATTAACAGAGGCATTAACTAGTAAAGAAGCAAAAGCGTTTATA +GAAGAGGAATATCAAGGTAGTATAATACCATCATTTTAGTTAAAATTAAATATAAACCAT +AATAATAAGACCATTGGGTATATATTTTTATAAACTTGATGGTTTTTTATTCTAATTTAT +ATTAAGTTAAAATACAGCTATTTATATTTGATATTATGGTAAAATAATAATGAATAAACA +TAAATGAGGTGTTAGCTTGAATAGAGATTTTTTTCAACAAGATGCTATAAATTTAGCAAA +AGATATATTAGGTAAATATTTAATAAGGGAATACGATGGGATACAAATAGTAAGTAAAAT +TGTTGAAACTGAAGCATATATGGGTATAAATGATAAGGCCGCTCATGTATATGGAGACAA +GAAAACAGATAGAACGATGCCATTATATCTAGACGGAGGCCATATATATGTATATTTAAT +TTATGGAATGTATTACTGTTTAAATATATCAGCAAATAAGGAGAATATACCAGAGTGTGT +ATTGATTAGAGCAATTGAACCAGTAAAAGGAATAGAAGAAATTTGTGAAAATAGATATAA +AAAGAATTATAGCAATTTAAGTACTTATCAAAAGAAAAATATTAGCAATGGCCCAGGGAA +GCTTTGTATGGCATTAAATATAGACAAAAGCCTAAATTCTAAAAGTATTTTAGATAATGA +ATTGTATATAAGTGATTTTTATTATGAAGAAGGTAAAAAAATATTTGCAGATTATAAATT +TGAAATAGAAATAGACAAACGTATAAATATTGATTATGCAGAAGAAGCAAAGGATTATTT +ATGGAGATTTTATATTAAAGACAATAAATATGTATCAGTAATTAATAAAAATAAAACTGT +GAACAAGTAAGCTCACAGTTTTATTTTTATAAAATTTTTTCAGCAACAAATTTTATAACT +ATAGGAAGTACTATTAAAACAGTGATTAATCTAATTAAGTGTAATAGTTCAACAATATGA +GTTTGAGTTTCAAAAGATTCTGACATGATGACCATATCGGTTAAGCTAATGAGGTCAAGT +AAAAATAAAATATTATTAAGGTAAATTGAACATGTATATGAATATCTAAAAAGTTTAAGA +AAGGTTAGTTTACATCATTTAGATAAAAGGCAAGATGTTTTAATTGAACATATGAGAATA +GTTAATGCCATAGAAAAAGGGGATGAATTTTTGGCTGAGCAAGATGCTAGAATTCATGTT +ATAAATGCAAAACAAAGGTTTATAGAATCTTTTTTATATCTTTAGTTATTTAACACAAAA +GAATTTGTAAATTATATAGTAATCCTAACATAAGAGTCAAAATATATTAAAAATATTAAG +ATAATTCTGTTATAATAAAAAAGAATAAAGTATATATTCAAGGTTATATAAATTTAAAGT +ACAAACTTTATATAAATAAAACGAATATAAAAGGAGATTTTTATGAAAAGTATAGGTTTT +ATAGGAGCAGGAAATATGGCATCTGCAATTATTGGAGGAATAGTAAAATCAAATTTAATA +AGTCCGAATAAAATAATTGCTTCAGCTTTAAGAGATTCTACATTAGAAAGAGTAAGCAAA +AATTTTGGAATTAATACCACAAAAAATTCTAAAGACGTAGTTACAAATTCAGATATAGTT +TTTATTGCAGTAAAACCAAATGTATATGACTCTGTTTTAGAAGAAGTAAAAGAACTTATC +ACTGAGGATAAGATAATAGTTACTATAGCAGCTGGAAAAACTATAGAGTCTGTAGAAAAT +ATAATTGGATGTGATAAAAAAGTAGTTAGAACAATGCCAAATACACCTGCTTTAGTAAAT +GAGGGAATGACAGCACTTTGTCCTAATAAAAATATAAATGATGATGAATTAAATGAAATC +GTATCAATATTTAATTCTTTTGGGAAATGTGAGATTGTAAAAGAAGGCTTAATAGATGCA +GTGATTGGAGTAAGCGGATCGTCACCTGCATATGTATTTATGTTTATAGAAGCTTTAGCA +GATGGTGCTGTAAAGGCTGGAATGCAAAGAGAACAAGCTTATAAATTTGCGGCTCAGTCA +GTAATGGGTTCTGCTAAAATGGTTCTTGAAAGTGAAAAGCACCCTGGAGAACTTAAGGAT +ATGGTATGCTCCCCAGGAGGAACAACAATAGAAGCAGTAGCTGTGTTAGAAGAAAATAAT +ATGAGGGCGTCTATAATAAAAGCTGTAACTGCAGCAGTAGATAAGTCAAAAGAAATGAGT +AACAAATAAGAGGGGAATCTAATGATTAATAATGAAAAAATAATAGAAATAAAGAACCTA +AATATGAGTTATGGATCAAAACAAGTATTAAAAAATATAAATCTAGATATAAATAGAGGT +AACATTATAGGATATATAGGGCCTAATGGTGCAGGAAAAAGTACTACAATAAAAATAATT +TTAGGGCTTATAGGTGGATATGATGGAGAGGTGAAAATTTTCGGAAGAGATATTACGGAA +GAGGATTTTGAGTATAAAAATAAAATAGGATATGTTCCAGAAATTGTTAAAGTATATGAA +AGTTTAACTGCGAGAGAATATTTAACATTTATAGGTCAATTATATGGGTTAGAATATAAA +ACTTGCGATGAAAAGGCAAAAAAGCTTATGAAAGTACTAGATATAGAGAATGCATATGAA +AGCAGAATATCTTCTTTCTCAAAGGGAATGAAGCAAAAAGTAGCTATAATTTCAGCCGTA +CTTCATAACCCAGATATATTATTTTTAGATGAGCCACTGAGTGGGCTAGATGCAAATAGT +GTACTTCTAATAAAAGAGATAATAAATAAACTAAAAGAAAATGGAAAGACTATTTTCTAC +TCTTCTCATATTATGGAAGTTGTAGAGAAAATAAGCGACAGGATAATTGTTTTAAATGAT +GGAAATATAGTTGCCGATGGTAATTTTGAAGAAATTAGAAAATCAAGCTTTGATGGTTCT +CTAGAAGAAATATTTAATGAACTTACTGGTTTTGCTGAGCATAGTGAATTATCGAATGAG +TTTATTAATATTTTAAATGAGGTATAGAGTATGAAAAACTTTTTAGCACTTAGAATTTTA +GATTTATTTAGAGGTATATACACGAAACTTGGCGTTGACTATAATATTATGAGATTAATC +ATACAAGCAAAGCTTACTTTAGATTGTAGAAGAGTACCAACTATGTCTGAGGGTCCGATT +GAAGGCAAGGAGAAAAATTATTTTTACAGTTCTCTTATTGTTTATGCTATTTTAGGTGTT +ATATTTCTACCTATAATTTTAATGAATATAGATTCGAGAATAAAGATGAGCGTTTATTTT +TCTTGCTTTATGATATTACTTTTAACAGTACTTATATCTGACTTTTCTAGTGTGATACTA +GATGTAAATGATAAAGATATAATCGGAATTAGAGGGGTTGAGCCTAAAACATTAAATGCA +GCAAAAACTACGCATATTTTTATATACATATTTATGCTGAGTTTATCTATATCAGGATTT +AGTTTGATAGCATCCTTAAGATTTGGCATACAGTATTTTTTATTATTAGTTTTGAGTATA +GTACTTATCGATATTTTGATGATAATAATTACTGCTATTATGTATCTCATAATTCTTAAA +CTTTTTAAAGGGGAAAAGCTTAAGGATATGTTAAATATATTCCAAATTTGCTTTTTATTA +TTATTCACAATAGGTTATCAATTTATAGCAAGAAGTTTTGATTTTATGCATACTGATATA +GCTTACAATCAGTCTTGGTGGAATATATTATTTATTCCTATGTGGTTTTCTTCTAACTTT +AGTTTGTTAGATGGAAAACCTATAGATTCTATTGGAATTGTACTAAGTATTTTATCTATA +GTTGTACCTATAGTGTCACTAGTAATCTATAAAAAACTTGTTCCAGTATTTGAGAAGAAT +CTTCAAAAACTTAACGATAATACTTATAAAAGTAAATCAAAAAAAGAAAAGCTTTCTATT +AAAGTAAGTAAATTAATTTGTAGAGAGAAAGAAGAAAGAGCTATATTTAATTTTGTTTAT +AATATACTTGATAAAGATAGAGACTTTAAAACAAAGGTATACCCATCATTAGCATTAGGA +GCATTTATGCCGATTATAATGATATTTACTTCCTATGATAACAGTGGTATCATAAACTAC +TTAATGGAAATAAGGAAAAGCTATTTATTCCTTAGCGGATATTTGGGAATAGTAATTATG +CAAAATATAATAACTATGGTTCAATATTCAAGTGAATTTGAAGGAGCTTGGATATATGAA +GTACTTCCTATAAAGAATATAAGAAATATATACACTGGGATGTTTAAGAGTAGTATTTAC +AAGTTGTATTTTCCATCTTTTATACTTTTGTCTATAGTATTTATAGTAATATTTAAATTA +GAGGTTATAAAACATTTAGTAGTGCTATTTTTATCTGGTATACTTGTTTCCATGGTTTCT +TTTAAACTTAATGAAAAATACTTACCATTTTCAAAACCTTATAATGTAGGAACTTCATCT +AAAAATATTATTGTAGTATTTAAATCAATGATTACTACTGGAATATTAGTAAGTATACAT +TTTGGGATAATATCAATGAATACAAATGTATTTATATATATTTATGCATTAATATTAGTA +GGTATAATCAAAATAAGTTGGAAGGGTATTTTTACTGTTAAGGAAAATACTTAGAAGAAA +TGTTAAAAAATTCAGATAACTCAATTTTAAAAATGTTGAAAAATAGACTATAATTGATAT +GTTGATAAAATATATTAATTATAGTCTATTTTTTTAAAACCTTTTTTTTAGATTTAGAGT +CTAATAGATATGAGAAGAAATTTTTACTATTATGGAAGGGGATATGATGGAAGAGATAGT +CTTAGTTAAGAGAGCCATTAAAGGTGATTGTGAAGCTTTTGAAAATTTGATAGATATGTA +CTCAGATAGGTTATACAGGGAAGCGTACTTAAAATGTAAACATGAGGATGATGTAAAGGA +AATAATTCAGGAAACTATTTATAAGGCATATAGAAATATAGGTAATTTAAGAGAACCTAA +ATATTTTAAAACTTGGATAAGTAGAATACTAATAAATGTTTCTAATGATTATATAAATAA +AGTTGGTATGGTTGATTTACAACATGATGAAGAAGCTTTTATAAAAGAGGTTATTATTGA +TGATAATATTGAGATTAAAATTGACTTGTTTAATGCGATTGATGAGCTAGAAGACAAATA +TAAAGATGCAATTATTTTAAGGTATATAGAGGATTTAAAAATAGAAGAAGTATCAAAAGT +ATTAGATCGTCCTATTAATACGATAAAGACCCACTTGAGAAAGGCAATTCGGGATATGAA +AAATCTGTTAAAGGAGGGATATGAAAATGAGTAATAAAATTGAAAACATAAATATAAATG +ATACTTTAGTAAATGAATTAGAAGAAATAAGTGTAGAAGAACTTGATTTAGAAATGAATG +AGTTTTATATAGATGATGAAAAAATAAATTCAATAAAAGCACCTAGTAATATGAAGATCT +GGGTGAGAGATGCTATAGATAAAGCAGAAGTAGATATGAAGAAACATAAAAGAAAGAAGC +AGATAATTGCAAGTGCTGCGAGTATAGCAGTTATATTTTTAATAGGAGTATATAACCCTG +TGCTGGCTCATAAAGTTCCTTTTTTAGAAAAAATATTGAAAACCATAAATGATACTTTAA +AAATAGATGAAATTAGTTATTTCATTGGGTTAGATAAAATAGCACCAAAGGCTACTTTAG +ATGAAAGTAATAAGGTTAAATTTATAAAACCTTCAGAATATAAGGTGAATAAATTATATA +ACGAAGGAGGAGAATTTGAAGATGAGGTTTTAGATGATAAAGAAGGTAAGCAAATTCAAG +AACCTAAAACTGAATATTTAGCAGTTCAGTTTATACATAAAATGTCAAATAGAATAATAA +ACCCCATAGATGGCAGAAAATATGGTAGTATAAAAATAACGCCAAAAACTATAGAACTTG +CAATAAATGGACTAGAATTAATTGAAAGTGATGAAGATAGGAAACACTTATATAATGAAC +TAAATAAATGGAAAAATGGAAAATTTGAAAATGCAGTAGATGTACATAATTATGTATGGT +ATATGTTAGATGGAGAAATTGGTAAAGCTATATCTATAAAAGATGAAGTAGTAGATAATA +TAGTAAATACTTATTTTAATTAATGCATAAAGTAGAAAAGGGGGAATTATTATGAATTTA +AAAAGAATATTTATAGTTGCAAGTGTGTTAATCATGAGTATGTTTGTTTTCTTAGGATGT +AATAAAGAAGAAAATATTGAAGCCGTAGTAAATAATTACGCGAAATTATTAAATGATGGT +AAATATGAAGAATTATATGAAGAATTAGCAAATGAATCTAAGAAATATATAGATGAAGAG +TATGAATCAAAAGAGGGATTTGTGCAAAAATATTCTAATATATATTCAGCAATGGGAGTA +AATAACATAAAAATAGATATAAAAGATTCAGAAAATAAGTTAGAAATACCAATAACGATT +ACCATGAACACAATTGCAGGAGAGTTGAAGTTTGACGATGCGAATATTAAATTAGTAAAA +GAAGATAATAAATACAAGATATTATGGAATGAAAGTTTAATATTACCTCAAATGATACAA +GGTGATAAAATAAGGGTAAAAACTACGAACGGCAGTAGAGGTCGTATACTCGATAGAAAT +GATAATTTATTAGCATATAATGGAGAGGTTAATTTTGTTAATATAGTCCCAGATGCTTTT +GAGGAAAATAAGAATGAAAATATCAGTAAGATGGCTGATATTTTAGATATAAGTGAAGAA +TACATAGAAGATAAGTTAAATAAAAGTACAAACTCCGATGAAGCTTTATTTATTGTAAAA +GTATCAAATTATGAACAAGAAAAAGTTGAAATTTTATCTGATATAAATGGTGTAAGTGTA +CAAAAGGGGATATCTAGAGTTTACGCACAAGGGGAAGCATTCGGTAGCTTACTTGGATAT +ATTGGTAGTATTACCGAGGAAGAGTTAGCAAAAAATCCAAATAAAGGTTATACTTTTTAT +AGTCAAATTGGTAAAAATGGATTAGAACAAGTTTATGAGGATAAGTTAAGAGCAAAAGAA +GGAGCTCATATATATATAGAAAGAGGAGATGAACAAATAACTGTAGCTAAAACTGAGGCT +AGTGATGGTGAAGATATAAAATTATCTATAGACTCTGAACTTCAAGAGGATGTATATAAT +CAGATGAATAAAGATAAGGGAGCGTCAATAGCTATGGATCCTAAGACAGGAGAAGTACTA +GCTATGGTAAGCTCACCTTCTTATGATTCAAATACATTAGTAACATATAAGACTAAAACT +ATAGCTAAAACTTGGGAAGAAAGTAAAAATGCAGAATTTGACAACAGAGCTAACAATGCT +TATTCACCAGGATCAACAATGAAGCTTATTACAGCATCAATAGGACTTGAAAATAAAGTG +ATAGATCCTAGTGAAAAGATGGAAATAAAAGGTTTATACTGGCAAAATAGCTCATCATGG +GGAGATTATAAAGTAACTAGAGTAAAAGATGCTGGTTCAGTTAACTTGTATGAGGCAGTA +AAGTACTCTGACAATATATATTTTGCAGATAAAGCAATAAAAATTGGTGCTGAAAAATAT +ATAGAAGAAGCTAAGAAGTTTGGAATAGGAGTAAAATCTACATTTGAATATCCTATGGCT +AAATCTCAAATATCTAATAATGGAAAGTTAGAAGATGAGCTTTTATTAGCAGATACAGGT +TATGGACAAGGAGAGATACTTACAACTCCACTAGAGATCACAATGGCATATAGTGCTTTA +GGAAATAATGGAAATATCATGACTCCAAGATTAGTTATAAGTGAAAATAATGAAGCCAAG +ATATATAGCGAAGCTATATCTAAGGATTATCTTCCGGAGCTAAAGAAATGTTTTTCTGCT +GTAATAAATGATTCAGACGGAAGTGGAAACTTAGCTAAGATAGAAGGTGTAAATCTTGCA +GGAAAAACTGGAACAGCAGAAATAAAAGGTAGTAAAGATGATAAATCAGGGAGTGAAAAT +AGTTGGTTTGCAGCTGTAGACTTAGATGATTCAAAAATAGCTATATCTATGGTAATGGAA +GATATGAAAGAGAAATCTACATCTCAGTATTTAGTTCCTAAAGTTAAAAACATAATAGAA +ACTTATTTAAATAGAAAATAAAGAAAAAGCCCTAATTAAAAAAATATAATTAGGGCTTTT +TTAGTGATTTTATTTGTATTTTGGGATAGTTATAATTTTTTTTAATGTAAACTTTAGCAT +AGAAGTACTAAAATAGAAGAAAATAAACTTAATAAAAAATAAATTAAGGAGTATTAATAT +GAAAGAATTTAAAAAGATATTATTAATTGCTATAATGACTATGCTTGTAAACACTTCTTT +TTCATATGGAAATATTAATAATGAAGAAGACCTTATATTAAAAGAAAATTTAGAATCATA +TACAGAAGAAAATAAGAAGGACTCTGTAAATGAAATATTTGAGATAGAGACAAAGAGTAT +AATTGAAGATAGTGAATTCTTCAAAGCAAGGATAAAATATCCATTTTTAAAGATTAAAGA +TAAAAATACAAATAAAAAAGATTCAAAAGTTAAAATCGTTGAAAGCATTAATGAAGAAAT +ATATAAGTATATACTAGAATTTAAAAATAGAATCAAAGAAGAATCTAAGCAATATGAAAA +AGATTATAAAAAGATATATTCAAAACAGAAAGAGCAGTATGTAAAATATCAGTATGAAGC +ATATTCAGAATATGAAGTTACTTATAATAAAAACAATATACTAAGTATACCAATAACAAC +TTATGAATTTACTGGTGGAGCACATGGAATGAGTTACTTAAAATCGTATAATTATAATTT +ATTAACTGGAAAACAAATTAAAATAAAAGATATTTTTAAAAATGGAACTGATTACGAGAA +AATAATAAATGATTCTATTTCAAAAGAAATAGAAAAGAATAAGGATTTATATTTTACAGG +TGAAAATGGATTTAAAGGCATCAGTAGTAATCAAGATTTTTATATAGAAAAAGATGGATT +AGTAGTCTATTTTCAACGATATGATATAGCTCCATATTATGTAGGTATTCCAAAATTTAA +GATACCTTGGAATCAATTTGGAGCAACTAATATAGATATAGAATAAAGTTAAAATTAAAA +AGGATACAGTATTTATTATAAAAACTGTATCCTTTTTAATTTATTGATGATATTAATTAT +TCTTAAATTGAATTTTAATTATTTAAGTTTGTAGGTTCCTCACTAGATGTATTACTATCT +TCATTATTATCAGAAGAATTTAAATTATTATCTGTTGAATTGTCAACAGGTTCATTTGAT +GAATCTTGGTTAGTATTATCATCAGTATTAGAAGTAGGAATATCATTAGAAGAATTATTC +TCAGCTGGAGCTTCATTGTTTTGGTCTGTTACTTCATTATTATTAGATTCTGATGAGTTA +TTATCATTACTACTAAATAATCCAGTAAACCAATTCCATATCTTTGAGAAGAAACCTTCA +ACTTGCTCATTTGATGGAAGGTTTATTGCATCCTTATCAGTAGCATCTATTTGAGCTCCA +TCACCAAGTAAATTGTCATTAGTATTTCCAAGTATACCTAAATCTTTATTACCCTCAAAT +ATACCTGCAACCCAATCGCCTATCCCACTAAACCAACCTTTTATAGTATCGAATAAGCCC +GAATTTGGATTTTCTCCCATAGCTGATAAATTTTCATTTACATTATCTTTTACACTATTT +AAAGCATTTTTTATGCTGTCATAATCATAATCTTGTTGTGCTATTTTTGTCATTAAATCT +TTTATTTGTTGCTCTTGGTCTGGTGTTAAAGTTACGTTGTAGTTATTTGTTATATTGTTT +ATAGTGTCAGCAATTTGTATAGTATCACTAGTATTATTTTTTATTATCTCTGTTTTGATA +TCATTGATAATACCTGTAGCTTTATCTTGGCCAGATTCTCCACCTATTTCATCTGCTAAA +TCTCCAGTTATTATTAGCTCTTCAGATGCAATTTCTTTTTTTGTTTCATCTAAAGGTTCT +CCAGTAGCATCCTCGAATGCTTTCATTATACCAGTCATCATTCCCGTCCCAGAAACTGGG +AATGGAGCAGCTGCAACTACATTAGCATTTTCAATTCCACAAGTAGACATTATACTTGCT +ATCATTGAGCTAGTTGCCCAAGTTATATTGGCAGTTTTTACATTTATACCACTACCAGCT +TTTGTTGGCTCAACATAAGCACAAGAGAAGGTTTTTTTACCTAATTGTTCTTCAGTTGCT +ACACCTTGTAAGTACTTTCTTTCTTCTTGGTTATTTACTTCTATTATTACCACTTCATTT +TCATTAACGCCAAAGTACTTTAGCATAGTAGCACGTTGTTCTTTGCTTAAGTTTGCACCT +AAAGTAACAACTCTTGAACTATCTGCAAAGGCAAAGTTAATGCTACTTATAAATAGAGCA +CCACATAAGATTAACGAAGTAATTTTCTTTTTTATTTTCATACTCAATCTCCTTTAATTT +GTTGTACACATAATATATACGATTTGTTTACAGAATTTATGTATTCTCCTGTCTAATATA +CTATAAACTATTTTAAAGTTCAATTGGTTTACAATTTTGTAACTGTAATTACGAAAATAT +TACAAAATTATTAAGGAATATTAAGTGTAATCTAAATAAGATAATTAGAAAAAATAAAAA +GAAGAAAAGAGAGATTTTAGTAGTTTACTTACTAAAAAATCACCTTTAACAGTATATGAA +TTTAATATACTACTGAAGGTGATTTTTATTTATAAAGTTTATCCACCAAGAGTAACATCT +TGTTCATTATACCAATCTAAGGCATTATAGAAATCTTTAGGAGTAAAATCAGGCCAATAA +CTATCTACTACATAGAAGTCTGCATATACAGACTGTACAGGTAAAAAGCCACTAAGTCTT +CTTCTACCTCCCCATCTTATTATAAGGTCGATTCTAGAAATATCTTTAGAATGTATGTAA +GGTAAAATATGCTTCTTAGAAGAATTAGCATCTTTTAGTAAATTTAAATCCCATTCCCAT +CCATAGTGTATTAAGAAATTTACTTTAGTACCTCCATTACCAAATTTCTGTCTAGTAGTG +AATGGAAGTAGTTCCTTTGGGAAGGCATTTGACTCTGTATTTCCTATTACAAGTATTTCG +CAGTCTTCTTTAGTTAAAAGCATAACAGAATCAATACAAGCTTGGGTAAATGCAAGTTTT +TGTTCTGTAGGACGCTTTGTGTTATCTACAGTAAATCCATAAAATGTTACTTCTTTTATA +TTTTCTTTTTGACAAAGTTTAAAGACTTCAAGACCAGGGTTTATTCCATGTTCATAGCCC +TTGTCTTTAGTCATGTTGTTTGATAAAGCCCAACGTCTATTTCCATCGGGTATTATTCCA +ATATGTTCTGGTACTCTCATAGGCCCTCCCTAAAAATTAGAAATTATTGTATTATTGTTT +CCAAGGGAATAGAAAATAAACCTATAAATAGAAAATAATTACTTATATACATAAAATTAT +AATTACTTTCTTGTTTGTAAATTAGTATAAGTGATATGATTTTAGTATATGCTCTGTATA +AAATGAGTTTAAGATATAAATTATGGAGGGTTTGATCAAATTAAACTTAATGGAAATGTA +TTTTCGAAAGTATTAGATATGGATACTGGGATAACAATAGTTACACCAAATGATTTGAAG +TTAGATGGTTATTATAAAGTAGTTTATCTTTTTCATGGATTATGTGATAATTATAGAAAT +TGGGTGAATTATACATTATTTCCTGTATATGATAATAGGCATGATGTAATATTTATAATG +CCTGAAGTTCAAAGAGCTTTTATACTGATATGAAATACGGATTAAAGTACTTTTCATATA +TTACTGAAGAACTTTCCAAAATTTGTAAAAATATATTCAATATTTCATCAAAAGAGAAGA +TACAGCTATAATGGGGGCATCCATGGGTGGATATGGAGCATTAAAATGCGCTCTTTCAAA +GCCGGAGCAATATGGATTTTGTGGTGCATTTTCTCCAGCATTCTTATTTTTAAAGGACTA +TCTTAATTATCAGAGAGATGCTGGTATTGTTAAGTACGAGGACTTAAAAGCTATTTTTGG +AGAAGATTTGACTTGGAAATCGGAGTTTGAACTAATAGAACTAGTTAAGAATTTATATAA +TAAATCAGATAAGCCTATAATTTATACAGCTTGCGGATATAATGACTTTTTGTATGATGA +AAATTTAGAATTTAGTAAAATAATGAAGAACTTTAATATAGATTTTACGTATGAAGAATG +GCCAGGTAATCATGATTGGTATTTTTTTATGAGTCGTTGTATAGAGCATTAAATATTTTT +TTACATTAAAAGAAAGTAAAGAGGAAGGATAAGTAAAATGAAGCAAAATAAAAATGATGA +TATTAACTTTTTTAACAAATATAGCAAGATGGAGCGTTCAATAGGAGGACTTGAGTCAGC +TGGAGAATGGCATATTTTAAAGACAATGCTGCCATCTTTTGAGGGGAAGAGGGTACTTGA +CATTGGGTGCGGATTTGGATGGCATTGTCGATATGCATCAGAGCAAAAAGCTAGTTCTAT +AGTAGGTATTGATATATCAGAAAAGATGCTTGATACAGCAAAAGAAAAGACAAATGATTC +TAAAATTAAATATGAATGTAAAGCGGTAGAAGATATTGAGTTTAAGAATGAAGAATTTGA +TATAGTAATTAGTTCTTTAGCACTTCACTATGTTAAGAATTTCGATGAAATTTGCAAAAA +AATATATAATAGTATTTCTAGAGGAGGAGATTTTGTATTCTCAGTAGAACATCCTATTTT +TACAGCAAATGCTCAACAGGACTGGTATTATAATGAGGATGGAGAGATATTACATTGGCC +AGTGGATAATTATCAAGATGAATCTATTAGAATAACAAGATTTTTAGATGAAGAAGTTAT +TAAATATCACAGAACTTGTTCCACTTACATAAATACACTTATTGAAAATGGATTTAATAT +AGTTAAAATATCAGAACCTGTACCACCTAAAGAAATGGTTGATGAAAATCCATATTTAGA +AAATGAATTCAGAAGACCAATGTTTCTTATGATAGCAGCAAAAAAAGCTATTTAAATGGC +AAAATACGAGTAGAATTGAATATAAATAATATAAGGTAAAAAGGAGGGGGGAATGGGAAA +TATAGCTTTTGCTTTTATGTTAACAGCTATTGCAGGATTATCTACAGGTATTGGAAGTTG +TATTGCTTTTTTTTCTAAAACAGATAATAAAAAATTTTTATCTGTCACACTAGGATTCTC +AGCTGGTGTGATGATTTATGTATCTATGATAGAGATATTTTCAGAGGCAAAGATAAAATT +AGCTATATCTTTTGGAGATAAAATAGGAACTGGAATAACAATAATAGCATTTTTTACAGG +AGTATTTTTAATCTTATTAATAGATAAATTTATTCCATCAGAAAGTAACCCTCACGAGGT +ACATGATACATCAGAGATTAATGATTCTGCACTAGAAAATAATAAATTGCTAAGAACTGG +AGTTTTTACTGCGCTTGCAATAGGTATACATAACTTTCCAGAAGGAATAGCAACTTTTAT +ATCTGCATTACAAGATTTTTCTATAGCTATACCCATTGTTGTAGCAATTGCGATACACAA +TATTCCAGAGGGGATTTCAGTATCTGTTCCTATTTACTATGCTACGGGAAGTAAGAAAAA +GGCATTTGTATATTCCTTTATTTCTGGTCTTGCTGAACCTATTGGAGCTTTAGTTGGATA +TTTAATATTAATGCCGGTTATGAATGATACAGTATTTGGTGTGTTATTTGCTGGTGTAGC +TGGTATTATGGTATTTATATCTTTAGATGAGCTATTGCCACTATCAAGAGAATATGGAGA +AGGGCATTTATCCATTTATGGTTTAGTAGCTGGGATGGCGGTTATGGCAATAAGTTTATG +GCTATTTATGTAGAATATAAGATTTTAATATTTTAGTATATTTTTAATATTAAGAAGAAA +ATAGTAAAGCTAAGAGTAAATTCATATAGAATTTACTCTTTTTAGATAAATTAAGGAAAT +ATTTATTCTCAAAAACTTAGAAAAGCAGGAGTATATGTGTACTTAAATGAATTAAAAGGA +ACTTTTCATGGTTTTGACAGCACGTATAACAGAAATATTGTAAAAAGAACAATGGAAACT +AGAATTGAAATATTAAAAAGATATTTAAATGATTAGAGATATGTATGTGTAAATTAACCT +ATTGTTTTAGTGCATAAAATACTGATAATATCTTCTTGCAAAAAATATTTTATTAATATA +AGAGTAGAGTGTATTTTTAGATGAAATTCAAGGAAATCTAAAAGAAAATAAAATGAATTT +TTATATTTTGGAGGTCATTATGAGCTTATACTTAGGAAAAATACATTACTGGCTATACAA +TAAAATATTATGGTTTGAAGGACTAGAGGATGAAATAATAAGGGTAGCTAAAGAGGAGAA +GTTAGATATTGATAAATTAGCAAAGGAGGCAAATAAAAAGTTTGGAGAAAAATTACCGAA +TAAACCTTTAGAGGAAATTATAGATACTAATAATATACACGGATGGCTTCAAGATAGAAT +TCATTCTTCAGAAGGTAGAATGGCATATTGGATAAGAATAATCCTTAAAAATGATAAAGA +TAGTATTAGTAAAATAGAAAAAGCATATATAGATCAAGGTATTAAGGCAGGCAAAGAATG +TTTAGCTGAAGGGATAGATTTATCTAATGCAAAAAATATATACAATAAAATAAATGACTA +TATTTTAGATGGAATGCCATGTGATAGAGTTAATGAGATTTTAGAGTCTAATGAAGATAT +TGTAAGTTGGAAGAGACGAATTTGTGTTCATAAGGATATCTGGAATGATGAAGTTGAGCT +ATTTTATCAATTAAGAAGTTTGTGGATTAAGTCTTTTATTAATACTGTAAATAATGAATT +CAAATATGTTGAAGATGATGGTGTAAATAAGATAGAAAGAGTTCAATAAAACCATAACTA +AATAAACTGTGAAATATTAGCAAACATGTCTTGATTATTTATATCAAAATAAATAGTTTT +CCTATATTTGAACAAAGAACTTTAGAAAGTCAAATAGAAGCATTAAAAGATGATAGATAT +AATTGGATAGTAATATGTGATGAAAGTGTAGTTGTAGGTATATTATTATATTGGGAGTTT +GACAAATATAAATATATTGAACATTTAGCTATATATTCAGAATTAAGAGGTAAAAGTTAT +GGTTCAAAAATACTAGAAATTTTCTGTAGAGATAATAAGACAATAATTTTAGAAATCGAC +CCACCTATAGACGAAATAGCGCTTAAAAGACTTAAGTTTTATTCTAAAATAGGGTTTATG +CTACAAGAATTTAATCATATAGATCCTCCATATAGAAAAGGATATGAAGGTCATAGTTTA +AAAGTTATGTGTTACAATAAAAATTTAGAAGAATATGAGTATAATGAATTTAATGAATTT +TTAAAGAATGTAATTATGATATATTCAGAATGTAATTAGATATAAGAAATGAGAGCATAT +AATTATATGCTCTCATTTAATTTTACAATTGAGCTTATTTATTTTAGTTATATAAATTGA +TTATTTCTGAAGCTTTTTCCTTAATTTCCGAGATGGCATCCTTAGGTTCTATTATTTGAA +TATATTTACCGTATCCAAAGGCAAATTCTATACCCTGCCATTTAGCATCAAAATCAATAT +CAAGATATATTTTATTTTCTTTTATAGTTGTATTCCTTATAGTTATAAATTTTCTTTCTC +TTATACTATTTAAAATGGATTTATCAACCTTAAACGTAAAAGTATATTTTGGAATTAAAT +TTTTAAAATTACTAATAGATGATTTCCAATAATTCTCTAAATTAAAATCCTTTGGTCTAA +CAAAATTATCATTCATTAAGTAGATAGATTTTATTGAATTCACTTTATAGGCTTTAGTTA +TGTCATTATTTATGCCAACTAGATACCAAACTCCTCTTTTGCATACTAAACCAAGTGGAC +TTAATATAACATCTTTTGTTTCATTTGTTTTTTCGTATACAAATTTTAGTACTTTAGAGT +TCCAAATTGAATTTTGACACTGTGATAGTATATCTTTATTTAAAGTTGTAGGAACTTCAC +CCCAAGTATTCATATCTATATAAATAAAGTTTTGTATATTTTCAATTTCCTTTAATTGGT +TAGGAGAAGAATTACCTAAAAGCTTAAGGATAGTAGAGTTTTTTAGTTTTTCCATTCCTA +AATCTTCTAAAATCTTATCTCCTGTAGAGAGAAATAAAGAGAATATTTCATCGTTATTTA +TTCCATTTAAAGAAGTTTTGTAATCTCCTAGAAGTTTTATTCCTCCATTTATTCCCCTGT +CAGCGTATACTGGTATTCCAAGACTGCTTAAAGATTCAACATCTCTATAAATAGTTCTAA +TGGAAACCTCTAACTGCTTAGATAATTCCTTAGCTGTTAGCTGATTATGTATTTGTAGTA +ACATTAGTATAGAAATTAATCTGTCTGCTTTCATAATTTTTCCTTTCAAATATGACATAA +GATGTCAACTATTCTAACTTATAATATATTTTATATCAAGTAAGATATTTTATTAATTTG +GGAATGTAAAGATTTTATAAACAAAAATTAATATCTAAATTAAGAAATATAGAAAAGAGG +AATCACAATATGGATAGAAAGATAATATTAAATTTAGCAATGAGCATTGATGGATATATA +GCTTCAGAGGATGGCGGTTATGACTGGATTGTTGGAGATGGAAATGACAAATTAGATACT +GAAAATACATGGGATTATGATAAATTTTTAGAGGGAATAGACACTGTAGTAATGGGGGGA +AAGTGTTATGAACAAAGTTTTCATAATGATTTCAAAGACAAGAAAGTCTATGTAGCTACT +TCAAAAGAAATAGATGATTATGATAATATTAATTTTATAAAGGGTGATATATGTAAGGTG +ATAGAAGATGAAAGAAAAAAAGACGGTAAGGATATATTCTTATTTGGAGGAGGAATTGTA +ATAGATAGTTTTATTAAGTCGGATATTGTAGATGAGTATATAATAGGAATAATACCGACT +ATATTAGGAAAAGGAAGATCATTATTTTTAGGTAATAACCCAAAGATAGATCTAAAGTTA +GATGACTGTATTATAGATAAAGGCATTACAATATTAAGGTATTCAAAAAGGTAAAAATTT +CATTTTAAAATATATTTATTAGTTTATGGAGAAAATAATGATGTATTTAGTATAATATTT +TATATAATTATGGAATATGAAAGGGGGATAATTAAAATTAAAAAATTAATAAAATTATCT +TTAGTACTTATAATGATTGCATTAAGTTTTTTATTTTATAATAAATATATAGAAAAAAAG +TATATTGATGAAACTAAAAATATGACTGAAAATGATATAAAATTAGTCAATGAAGTAATA +TCACTAGCTAAAGAAAAAGTAGGACTTGAGTATATATGGGGTGGCAAAGGAGAAATAATG +ACTGATGAAAGATTGGACGAGCTTATCTCTGAGTATGGAATAAAGCACTATCCTTTAGAT +AGAGATAAATATATTAAAAATCAAGCTTTTGACTGCTCAGGGCTTACTTATTGGACCTAT +AAAGAAATAACAGGAGTAGAGATAGGGTATTCTACCTTACAACAAAAAGAGGTCTTAAAG +GATTATAAGGTAGATAAATCTGAGTTACAACCAGGTGATTTGATTTATACTCCTGGACAT +GTTGTTATGTATATAGGTAAAGGGAAGGTTATACAGTCCGCTAATGATAGAGCGTATCCT +ATAGGTGGTGTGAAAATTTCTTCAGTTTTAATGTATAAAAATGGTGAAGTATATAGGCCA +ATTTGGTATATAAATAAAACTTTAAAAAATAATAGATAAGTTATTATTAAAATAGAGAAG +ATGCTTATAAATTAGTATTTTCTCTATTTTTTTCTAATTCACTTATTTATTAGTAATACA +TAACTGGACAAGCACATATATTTATATAAGTTATAAAGAAAAATAACGAGGGGGATAAAA +TATGAGGTACTACAATAAATCTACGAATGAAGTATTAAAGTACTTAAAATCAAATCCCGA +AGTTGGTTTAAGTACTGAAGATGTAGAGCAAAGAAGAAAGAAGTATGGACTAAATGAATT +TCAAGTAAAAGAAGGCAAATCTCTTATGGAAGAGATAAGTGATAGTATTATGGAGCCGAT +GATACTGATTTTATTAGGAGCAGCAGTAATAAGTGCCTTTGTAGGAGAGGTTCATGATGC +CATTGGAATATTAGGCGCAGTACTTATAGGTATTTCTATAGGAGCGATAACAGAGGGAAA +ATCTAAAAAAGCAGCTCAAGCTTTATCTAAATTGACTGAGAATATAGGGGTAAAAGTACT +TAGAAATGGTAAGATTAAGCAAATATCCAAAGCAGATTTAGTTCCTGGAGACATAGTTTA +CTTAGAAAGAGGAGATATGATACCGGCAGATGGAAGACTTATACAATCTGTAAATCTAAA +GATAAGAGAGGACATGCTTACAGGAGAATCTGCAGATGTAAGCAAAGATGCTGATAAAAT +AGTACAAATGGAAATTATATATGGAAAAACTGAAATTATAGAACAAGATACCATACCAGC +AAAACAAATAAATATGGTATTTGGAGGAACTCTTGTTGCTTATGGTAAAGGTGTAATGGT +TGTAACATCTACTGGAGATAAAACTGAAATGGGTAGAATTGCACAAAATTTAATTCATGA +AGATATTCCAACACCTCTTCAGCAAAGACTAGGAAAATTAAGTGCAAAAATAGCTACTAT +ATCAGGAGTTATTGCAGCTATATTATGTGCATATATGATTATAAAATTAAATATAAAAGG +TCAGATAAATATAGACACTTCAGGAATATTAGTTTTTTTACAATCCATAGAACCTGCAAA +AGATGTGTACTTAGTATGTATAGCATTAATAGTTGCTACAGTTCCTGAAGGTCTACCAAC +AATGGTTAATATAACGCTGGCGATAACTATGCAAAAGATGGCTAAAATAAATGCTTTAGT +AACTAAAAAGGAGGCGTGCGAAACTATAGGTTGTGTATCTGTAATTTGTTCTGATAAAAC +AGGAACTTTAACACAAAATAAAATGAAAGTAGATGTAGCTTATGTTGATGGTAAATATAT +AGATAGTAGCAAATATGTTAGTAATAGTTACTTTGAAGAAAACTGCATTATAAATTCAAC +TTCAGATATTGAAAAAGAAGGAAATTCATACAAATATATAGGAAGTGCAACCGAATGTGC +ATTGCTTTTATATCATAATGACAAAAACTATAATCAATTTAGAAAAAGTACAAATCTATT +ATCACAAATTCCTTTTAACTCTGAGAAAAAAAGGATGTCTTCATTAATAATTAAGGATGA +AGACATTGTATTCCTAACTAAAGGAGCTCCTGAAGTATTATTAAAAAAATGTATGTATAT +GCAAAAAGGAAGAGATATTGTTTCAATAACTCCACAGATAAGAAGAAATATATTAAATGA +AATAAGAAAGTTACAAGTTAAATCTATGAGAGTATTAGGTTTTGCTTATAAAGTAGTAGA +TAGATCACTTTTGGAAATCGCAATAACTTCTAATAAAGAATTAGATATAAATAGAAATAT +AAGATCATATGAAAATAATGAAGATTTAGTTTTTGGAGGATTTGTAGGTATACTAGATCC +TTTAAGAGATGGAGTAAAAGAATCAATACAAACTGCATTTGATGCAGGTGTAGATGTAAA +GATGCTTACAGGTGACAATATAAATACAGCAATGTCAATAGGAAAAGAAATAGGGCTTTT +ATATGGAGGCAAAAAAGTTGTAGAAGCTACATATATAGATATATTATCAGAAGAAGAATT +AAGAGATGAAATAAAAGAAATATCAATAGTTGCTCGATCTAAACCAGATACAAAAATGAG +AATAGTACAAGCTCTACAAGCAAATGGAGAAGTTGTAGCTGTAACAGGAGATGGTATAAA +TGATGCTCCTGCACTTTCTAAAGCGGATGTAGGTATAGCAATGGGAATTTCAGGAACAGA +AGTATCAAAAAATGCATCAGATATAATCTTAACGGATGATAGTTTTAGTACTATAGTTGA +AGGTATAAAATGGGGAAGAGGTATATATGAAAACTTTCAAAGATTTATACAGTTCCAGCT +TACTGTCAATATAGTAGCCTTTGTAATAGCCGTTATATCTCAAATCATGGATACAAAAAT +GCCATTTACAACAATACAATTATTATGGGTAAATATAATAATGGATGGTCCACCAGCTTT +AGCACTCGGACTAGAACCAGTACGAGATTATGTTTTAGACAGAAAACCTATTAAGAGAAA +TGCTGGAATAATAGCTAGATCTATGGGAGTCAATATTATAATAAATGCCGTACTTATAAT +ATTGATAGTTTATACTCAACAGACTTTTAATATATTAAATGCTACACCAGATGAACAAAG +TACAGTTGTATTTTCATTGTTTGCCTTTAGTGCACTTTTTAATGCATTAAACTGTAGAGA +GTTTGGGATTCGTAGTACCATACCAAATTTCTTTAAAAATAAGTTAGCACTAGAAGTTAT +TGTTATTACAGGTATATTCCAGATAATTATTACTCAATTATTTAATGGATTTTTTGATTG +TGTGCCACTAGGAGCAAATATGTGGATAAAAATAGTACTTTTATCATCAGTAGTACTTAT +ATTGAATGAATTCGTTAAATTCATTTTTAGAGGTGGAAAAAATATGTATAGAAGAGCTAA +ATACTAATTATATGGTTATAAGAAAAATTTTAAATCCATTGTTAAGTAAGATTAAATCTT +AAAACTTAACGGTGGATTTTATTAATTTATTTTTAGATAAGGAGTTTATATATAAACCTA +AGAACAATAGCATATTTATATTTTTTACAAGAATATATATTAATATAGCATAAAAATATT +GTTATTGGAGGAGGTAAAATTGATAAAAATAGATCAAGATAAATTAATAAGTATCTTAAA +TAAAAAATGGGAATACAGAATATGTCCTATGTGTGGAAGTGGGGATTGGATAGTGTCAGA +TAAAATATTTGAATTAAGGGAATTTAACAATGAATATATTAATAAATATGATTTACCTAT +ACAGCCATTAGTTACAATTACTTGTAAGGAGTGTGGAAATACTGTTTTAATAAATCCTTT +AGTATTAGATTTATTAAGTAAATAAGGGTGAATATAATGGAGTTTAATAAAGGTAATCTT +GTAATAAATAAAGAAAATAATAGAAATATTGAGTTTTGTAAAGCACAAAGAGAAAAAACT +CTTACATTAATAGAAAAAAGTAACACTATACAGATAAAGGAAAGCTATTATAGCCAAGGA +TTAAAACAGGCTAAGATTGGATTTTACTTTGGATTAATAGGATCTACTATTGGATTATTA +GTAATAATAGGATTTTTAGTTTTTGCAGGTGATAAACTATGGGGTACTTGCTTAGGAGTA +ATAACTGAAGCTGTATCATTGCTGATATTTAAGATATCTGACAATGCACTAGATAGAATG +GGTGATTTTTTCGATAAGCTAAGTAAAGACTCAAATATAATTAAGTCCATTGAGTTATCT +AAATCTATTAAAAGGGATGATACAAGAGATGAATTACGGAGTAAATTAGCTTTATTTTTA +GTGGGTATGAATGAAGATAAATCAGAGTAAAATAAAGATTAAGCAATATAAGTGAGTGTA +GGTAGATTATTTTAATATAAGTCTACCTACAGCCATATTTTTATATAAAATATATTTGGA +TAAAATTAAGAATATTCCGAGGTAGCTCAATGGTGGAGCAACCGGCTGTTAACCGGTAGG +TTGAGGGGTCGAGTCCCTTCCTAGGATCCAATATAAATACTTAAAAATAGCTATTAACAT +TTCAAAATAGCTTTTTTTTATGCACAAATAAATAAAAGGATATTATTGAAAAATATACAA +GAAGTAATATTAAGATATTCAATATGCTATAGAATAATATTAATAAAAATAAGAAAATAT +AAAATATATAAAGTTTGAAAAGGAAAGATAAAATATGCAATTAACGAAAGACAAAAACTT +TTACAAAACTATTATAAATATATCTATACCAATAACGCTGCAAAACCTAATAACAGTATC +AGTAAATATGGCAGATACTGTTATGCTAGGAAAGTTAGGTGAAATTCAGTTATCAGCTTC +ATCAATAGGTGGTCATTTATTTTTTATGCTAATGATTCTTATGTTTGGTTTAGGTGGTGG +GGCTAGTGTAATGTCTGCTCAGTACTATGGTAAAAAAGATATGAGTTCAATACACAGCAT +ATTAAATGTAACTTATAAATTAGCTATTATGTTATCTATAATATTTTTGTTAATATCTAT +TCTTTTACCCAAAGAGTTTATGATGCTATTTACTAATGATAAATATGTTATAAATCAAGG +TATAAAATACATACGCATAGTAAGTATTAGTTATATTTTTTATTCACTAACAATTTCAAC +AAGTAGTGTATTAAGAGCAGTAAAAAATGTAAAGGCTCCTATGATAATAAATTCAATATC +TTTATTAATAAATATAACTTTTAATTATATATTGATATTTGGAAAGTTTGGTATTAAGCC +TTTAGGAATACAAGGAGCAGCCATTGCTACTGTAATATCAAGATGTTCTGAATTTTTACT +AGTAGTATTATATATGATGTTATTTGAGAAAAAAATTAAATACAAAATGAATTTTATTAG +AAATAATAATAAGGAGATAAGAGATAAATTTATAAGAGTAACTACTCCGATTTTTTTAAA +TGAATTATTTTGGACAATTGGGTCTTCAACAATATCAATAATAGTTGCAAGAATGGGAAC +AAAGGTTGTAGCAGCAAATAGTATAAATAATATTGTTTATCAATTTGCATTATTATTTAT +ACAAGGTTTATCTAGCGCTTCATCAGTGATAATTGGTAATACAATAGGAAAAGGATTGTA +TAAGAAAGTAAAAGAGTATGCAAATACTATTGCTATTTTAAGTTTAATTTCTGGAATTAT +GGCAGCTATAGTGGTATATGTAACTAGACTATTTATAGTAGATATCTATAATGTAAGTAT +TCAGACTAAGCTAATTGCAAAGGATATAATGATAGCAACAGCTATATGTATATTTTTTAG +AGCATTAGGTTCAACTCTTATGATGGGAGTACTTAGAGGTGCAGGGGATAATAAATTTGT +ATTTAAATATGAGATGATATTCATGTGGTGTGTAGCTATTCCACTTGGCTTTATAGGAGT +TTTTTATTTTAAATTTAATGTACCAACAGTATTTTTACTATTAAAAAGTGATGAAATATT +AAAAGGAATAGCAGCATACATAAGAGTTAGAAAAGGTAATTGGATAAATAATGTAACCTT +AGGTGATAGATAGGTTTAAGAATTATTAAACTTATTAAATATTTTATCAACGTTATATTA +AATGAGGTAAGGAACTAATAAATGTATATACAATATAAAAGCTTATGATATTAAAAAAGA +AGATTATTTATAATATCATAAGCTTTATTTTGATTAACTATATTGAGTTTCGCAATCTTC +ATTAACAACTGCATTTTTATTAATAAAAAAGTATTCTATGCATAATACTATATTAAAAAT +CATAATTACAGTTAAAGAGTATATTAAAGGATTTAGTCCATCCCCTATATAAAATGGAGG +TGCGTTCATGTAAGCATAATTAGAATTTAATATTGTATTTACCATTAACATTAATAAATG +ATAGGCAGTTGTAAATAATAATAGATTTTTTAAATCTATTTCTGACATACCTATTTTCTT +TACACTCAGTAAGTAAATAGATCCCCATAGAAGAAACAAATGTCCAATAAAATAGGAAAA +TTGAGTTATATGTGGAAATGAAAAAGGATCAATTCCAGGAAGTAATAAAGCTGATATTGA +GCCAAATATACCCCAATAAGAACCGATTTTCATTAAAGGTTTTCTATTAAATATTAAACC +AATTCCTACAAAGATAATTGCAATTCGGCAATGAAACAAGGGCAGACCCTCTTTTAGTAA +ATTATATTTACTTATAGAATACCAAGTATATAAAATTACTTGTTGAGTTATCAATATAAC +TCCTATAAATAATTCTAGAATTCTATTTTCTGTTTTCATAACAAAAATAAAAATACTTAC +CAATAAAGCTATAAATAATATAAGCAAGTGCAATTTTCCAAACGTAATAAAATTATTTTT +GTCTGTTGCACTTCTAAAAAAATAATAAATATTTTTCATATTAATCTCCCTCTAATTAAT +TATTATATATAAATTATTAAAAATTTATCATGTATCTTTTTGTACTTTATAAAAAGTAAT +TATAGCATTGAATATAATATACTATTATGTCTAATTTTGCAAAGAAAAATGGTTTTATAT +AAATAAATTTTTAGCTTTGAAAATTATTAATCAAATATCTATAAAAGTTAAAAATTCAGA +AAATTATAAAAAATTGATGAATTTTAAAAGGATTTCTTGTTAAAATGTAGAAAATATATT +ATGGAATATATTTTTATTAAATATTAAGGGGGTAAGAATGAGAGGTTTATTTAAGAAATG +GAACGAAATAAGTTTAGTTAAAAGAATTGTTATCGGATTAATAATTGGTATTATTTTAGC +TCTAACAGTCCCAACATATGCTAGTCCAATTGTAATATTTGGATCATTATTTGTAGGAGC +ACTGAAGGGAGTTGCTCCAATACTTGTATTTTTCTTAGTAATGACTGCGATTTCCCAACA +TAAGAGTGGTAAAAAGACTAATATGAGTTCAATTATTGGTCTTTACCTTTTAGGGACATT +TTTAGCAGGTCTTGTTGCAGTTATAGCAAGTTTTATGTTCCCAATAACTTTAACTCTTGG +AGTTAGTGTTAATGATATTACACCTCCTGGAGGAGTTGTAGAGGTATTAAAGAATTTACT +TATGAATGTAGTAGATAACCCTGTTAAAGCATTATTCAATGCAAATTATATAGGTATATT +AGCTTGGGCCCTAATTTTAGGTCTTGCACTTAAAAATGCTGCAGAGTCTACAAAAACAAT +GATAAGCAATGTAGCAGATGCATTATCACAAATAGTAAGATGGATAATAAACTTTGCACC +ATTTGGTATAATGGGTCTTGTGTTTGATAGTATTGCTACACAAGGGTTAGAGACTTTACT +AGGATATGGTCAATTGATTATTTTATTAGTTGGCACTATGGCATTTATAGCACTTGTTGT +GAATCCAGTTATTGTTTTTATAGGGATACGTAAAAATCCATATCCACTAGTATTAAAATG +CTTAAAAGATAGTGGCATAACAGCATTCTTCACACGTAGTTCAGCAGCAAATATACCAGT +TAATATGGGGTTATGCCAGGAACTAGGTTTGGATAAAGATACTTACTCAGTGTCAATTCC +ACTTGGAGCTACTATAAATATGGGTGGTGCAGCTATCACTATTTCAATATTAACTCTTGC +AGCAGTTCATACTCTTGATATTCAAGTAGATATAGGAATGGCTATAGTACTTAGTTTACT +ATCAGCAGTAAGTGCTTGTGGAGCTTCAGGTGTAGCTGGAGGTTCGTTATTATTAGTTCC +ACTTGCTTGTAGTTTATTTGGTATTCCAAATGATATTGCGATGCAGGTCGTAGGTGTAGG +TTTTATAGTTGGGGTTATACAAGACTCTTGTGAAACAGCTCTTAACTCATCTACAGACGT +ACTTTTCACAGCTGTAGCTGAATTAGCAAAGTGTCGTAAAAAAGAAAGTAAAAATGCAAA +GTATGCAAAGGATGTTAATTAATTTATAATCAAGGGATATAATTTATCCATTGATTTTTT +TTAATCAAAATACTAAACTTGAAATGTTTTACAGACACATAGCTCAAGCGAATCAAATTT +TCTTATGAATAATTTTACAATATGGACTTATAGGTAAAATTATGATATTGTTATTTTTAG +GAATTATTATTAATGACTAAAATTTATTATCAATAAGGAGAAATAATAATGATAAACAAG +GTAGCTAAAGTAACTGTATATGTAAACAACCAAGATGAAGCTAAGAAATTTTGGACAGAA +AAATTAAATTTTGTAACTAAAATAGATGCGACAGAAGGACCTCTTAGATGGATAGAAGTT +GCGCCAAAGGAAAGTGAGTGGGTGACTATAGTTCTATATGATAAGAATCTTATGAAAAGT +CAATACCCATCGGCTAATGTAGATTACAAGACAGTAATACTAAGTACAGAAGACTTAGAT +AATGCATATAATGAAATGAAGAGTAAAGGAATAGAGGTAAGTGATATAGTTACTATGCCA +TATGCTAGATTATTCACATTCAAAGATCAAGATAACAATGAATATTTATTACGTGAAGAC +AAATTTTAATAAATTGTATAATAAAAATAAAACAGTATAGAATTTATACTATTTCTATTA +TTAATATATATATATAAGCCTTCATTAAATATGAAGGCTTTAAATTACACTTAATAAATT +TATTAATAATTTTAATTCTCTTTTCTTTTATAAAACAATCTAAATCCAGTAATAAGAAAT +GCAATAAAGCAAAGTATAAAAGATACTATAAATGCCATGTGCATTCCATATAAAAATAAA +TCATCATATCCTTTAATATATCCAGTAACAGTATATCCTGCCTTATTGCTCATTGAAAAA +TATAGTATTGTAGTAGATAAAGATAGACCTATAACCATACCTAAGTTTCTAGCCAATGAA +TTTATACTGCCAGCGATACCTAAATGTTTTGGTTCAACAGAAGACATTATTATAGAGTTA +TTAGGCGATTGGAATAAAGCAACACCGATACCAGTAAGAGTAGATAGAAATACTATAAAA +TATATCGGTGTGTTTTGGTTTAAAAATATAAATAAAATCTGAGATATACTTACAATACCT +AAACCACTAAAAGTTAAACCTTCAGCACCTATTTTATCAGACAAGGCTCCACTCAATGGT +GCTACTACTATCATAGCTAATGGTACACTCATAAGAATTAATCCAGATATCATTGGTGAT +AGCATTAATGTATCTTCTAAGTAAAAAGGTATTAAGGTATTTAAAAATAAATTTGATGAA +AATACTAGTAACGCGCTTAATAATCCTAGAGAAAATGATTTACTATTGAATATAGTCATA +TCAATTAAAGGATTTTCAATCTTGTTTTCAACATATAAAAATATAATGAACATAATTACG +AATAAAATAAAAAGTCCTATTACTAATTGTGTTCTAAATCCAGTTACTTGACCTATAAAT +ATACCCATAAATAAAGAAATTATACTTGTTGAAAATAGTATGAATCCCAAATAATCGATA +TTAAAATTTAGATTTTTAGAAATTTTTTTAGGAAATACAAAGTATCCAAGTATTATTGCA +AATAAGCCAACTGGAATATTTATTAGAAATATGTAATGCCAAGAATAATTTTGAAGTATT +AGTCCTCCCAGGCTAGGTCCAGCTATACTACCAAGAGAAACAAAACTACCAAGTATACCT +AGACTTTTTCCTCTCATTTCTTTTGGGAAATACTCTGTAATTATACCGTAGTTTGTAGCC +ATTGTCATACTAGCACCCAATGCTTGTATAATCCTTGATAAAAGTAACATTTCTATAGAC +TTACTTGTTCCACAAAGTAAAGAACCTATTATAAATATAAAGGTCCCGATTCTGAAAATT +TTAATTTTTCCAATGGAATCACTTAATTTACCCCAGAATATTAGTAAGCAGCAGATTGTA +AGCATATATAATGATACTATCCATTCTGCTATACTCATTTCTATATAAAGACTCTTTGAT +ATCATAGGCATTGCTATATTTACTATACTACCATCAAGAGTAGACATAAATGTGAACAAG +CATGTGGCTATTAATATTAGCCATATATTTGGATTATTGTTTTCTTTCATTTTTGTCAGA +CCTCCAAATTTTTATTATAAATAAGTTTCACAAAATTTAATCTATATATACAAAATTTAG +AGATAACTTTTTACAAAAAAATTATTTTATTATATATTAGCCAATATTATGATATGATAA +AATATAAATATTAGTAATAAGAAAGGAAAATTAATGATTTTTAAAATAATTTTCTCAAGT +ATACTATTAACATTTTCAGTAATAGGAATATTTATAATTTTCGGTTTAATTTATAATATT +ATAGAAAATAAGAATCTTCAATATATTAATTGTGCTTTTGGAACAAAAGGAATTTTAATA +ACTGGAATAATAGGTACTACTGTCCATGAGCTAAGTCATTATATCATGTGTAAAATATTT +GCTCATAGAGTAAGAGAGGTTAAGTTATTTACACCAAATAAGTATAAAAGTGAGGGGAGA +TTAGGTTATGTATATCATAGCTATAGCTATAAGAGTATTTATCAAAATATAGGTAACCTT +TTCATAGGTATAGCACCTATGATATTAGGAACTGTATTTATAGGATTATGTTTTAAATCA +CTCTATCCAGATGTATATACAGAAATTTTAAATCACATAATGGAGTTAATAAAATATAAT +AGAGAATATAGTATAAATAAAATTTTTTTTGTACTTAAAGAAGTTTTAGTATTATTTATT +GGAATGTTTTTATCAATAGATAATTTATTAAATTTTAGATTTTGGATATTTATTTTTATA +ATGTGTTCGATAACTTCTCATATGTCACTAAGTTCTGCAGATCTTAAAAATTCAAGGAAT +GGGATAGGATATATATTTTTATTATCGATTGTCATTTCATTATTAGGATACATATTAAAT +ATAAATTTAAAAAACATAGCTAGGTTAATATTAATATATAACATATATATTTTTTACTTT +TTATTTATTGGAATAGTATTTTCATTACTAAGTTTATTTATCTTTTATGTAATAAGTAAA +GTTGTACAAATATAGAGTAGAAATTTATAGGTTTGTAATAAGTCATTATGCCTACCTATA +TGGAAATATAAGTAGATACAATGTATAATAATTTTAGCAATAATTTGGAAAGGAAATAAA +TAATGAAAAGTAGTGAGTTTTATTTTAAAAGTACTAAAGATAATTTAGATATACATGTCT +ATAAATGGGAGCCTGAAAATAAAAATCCTATAGGTATTGTACAGATATCTCATGGTATGT +CTGAAACAGCAATAAGATATGAGTACTTTGCAAAAAATCTAACAGATAATGGATATATTG +TTTACATAAATGACCACAGAGGACATGGGTTAACTGCTAAAACTATAGATAATGTAGGGT +GTTTAGCAGATAGTGATGGATTTACATATTTAGTAGAAGATATTAATACTTTAACTAATA +TAATCAAAGAGGAAAATGAAGATTTACCTATATTTTTATTTGGTCACAGTATGGGATCAT +TTGCTAGTCAAAGATATATTATGGAATATGGTAACAACATAGATGGGCTTATTCTATCAG +GTTCAAATGGGAAGCATGGTTTTATTTTAAATATAGCTGAGAAAATAATAAATTATGAAA +TAAAGAAAAAGGGAAGACTACATAGAAGTAAAGCACTAGATAGTTTAATATTTGGTGGAA +ATAATAAAAAATTTAAATCTCCAAGAACTGAATTTGATTGGTTAAGTAGAGATGAAAAAG +AAGTAGATAAATACATCGAAGACCCTTTCTGTGGAGTTTTATTCACTTGTGGATTTTTTT +ATGATTTCATAAAGGGATTGCAAGAAATAGAAGATAAAGAAAACTTAAAAAAAGTTCCAC +TAGATTTACCGATATACATAATGTCTGGAGACAAAGATCCTATAGGTAAAAATGGAAAAG +GTGTTTTAAGGTTAAGAGATCGATATATTAAATTAGGAGTAAAAGATGTTCTATGTAAAC +TTTACGAGGGTGGTAGACATGAGATGCTAAATGAAACTAATAAAGATGAAGTAATTAGGG +ATATATTGAACTGGATAAATGAAAAGAATAAGGTAAATAAAGTACAAGAGATTTAAAAGT +AATTAATCGAAAAAAATAATACTTTAATAATATATAGTAAATGATAAAAGGTAGTGTATT +ATAATGGATATCTAAATACACTACCTTTTTATATGATAGATTGTCAATATAAGTGCAACA +CTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAGACACTTGCG +>MGYG000000001_26 +TTCATATTGTTTTTCTGCCCATTTCAGTGCATATAATCTACCACACTTATTACAAAACTT +ACCTTTACACATAAATCCTATTTTACGGCTATCGCCACATTTTAAACATATATATTCTCT +AAATCCTTTACTTATATCTCCACAATTTAATGATTTAATAACTACATTATCTACATGAGT +TCTCATTTCCTTCGGAACTCTATGCCACATTCTTTTTTTAAATTCATTATACTTATCTAA +TAGTATTTCTTTTATTGTTATCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACAT +CAAAACTTATCCACAAGACCATTTTTTATAATACCTTAGTATATAAAAAAGAATTGAACT +TCTTCTTTTGTGATATGAATATAATAACTAGCTTTTAGATATGTGTGTATTACTAACTTC +TTATCTTCTTTTTTTACTAATGAATCAGCTTTTATAAACATTTTATTAATTAGTGATGCT +ATATTATCCGTACCATTGTTCTTATTCGATTTAGTTGGTATTAATTGATATGTTATATAT +TCCTCTTTTCTAATCTCAAAATACTCACTCAACTTAATGGACTTATATTTAACCAAGAAG +TACACCCCCTATTATTTGAATAATTAAATATATTGCATAAGATACAAAGGGTACACTTCT +ACACTTCTTCCAACCGAATATAAATAATATTGCTCCTATAAGTCCTGCTATAATACATAC +CTCGGCACTAACGTACATTGTGCTTTGTAATAATTCTTTTAGTAACCCTCCTATCCAGTT +AGTTATACTGAAGTTTTGTATAGATTCAATTGTATTCATAAAATTTTGTATAGTATCCAT +CTCAAAACCCTCCTACGCATATAATTGAGGGTAGAATTGTAAGAATAAGTACCCCAACCA +ATATTGAATGCCTGCAAATGATGCTTCTTTCATATTCCCACCATTTAATAAACATATGAC +CATATCTTTTAATCCCATACCCATGCATCCATATTTAGCAAGTAGTATAAGTTTATCTAT +TATGAATGTAGCCTTATTCATTAAATTGCTTTCAAGTGAACCTGATGCAAATACAGTTAA +TGTTCCTTTATCAATTGTTATAGCTATTAAGAATACTAATTTAAGGTACATATGTCTATT +CTTTTTAATATGATCTATTGATTTTTCAATTAAATTTAATTTATTAATTAATCCTCTATT +TTCTTGTATTTCTCTAAATTCTTCAAAAGTATATGTTTTTACTTCATTTATTTTTACTAA +CATGAATATCTCCTCCTAATTTACAAATAATAATTTCATAACATTTAATCGGAGGTGCTT +TTATATGATTCCTTCTTATGTATATTGGTTCGCTGCCGCACTTGGCTTAGATGTAATTCA +AAAAATTTTCTTTTAATCCGTATAATTCTCTCTCTTGATAATTTACTACTAATACTCTAT +TTTCAATAATATCTGCCTAAAATTTTAATACTTTTAAAGGAATATAAATATTAATGTAGA +ATTATATATCGAATTATATTTTTATAATTCCTTGTTTTCATTTGAGCCATATGGAGTACC +AGTCCTGTGGCTCTTTTACATTCACTTATTTTCCTTTCTTTTATCCATATCATCTTTAAT +TAGCATCTTTATATAAGTAGATATTCCCATCTCATATTTTATATTCTCAGTCAGAAAATT +ATATATTTCTAGGTCTCTAATATTTTCTTTAAATGATATAGACAATTTAAGAGATTGTTT +TTTAGACATATGTCCTCCTTTCTGCATATACTTCTTACTTTCTGATGATGTTTTATTTAC +TTGTTAATACATTGTATGGAGATTTCTATATTTTGTGCTTGTATATTTTAAATTAAATTT +ATACCAACACTTTGGGTATAATACTGTTATAAATTAGTATAATATCTATTTTAAATAAAA +ACATTGGTATAATGTTGGTATAGTTTTGATAAGTTTAAGATAATATCAATAAAACATAAG +GAGATATAATATGAAACCAGCTTTTATAGATTTAATATGTGATATACATTACAAAATAAC +ATTTTTAGATAATTGTGATAAAGCTAAAAAATCAATTGAATTTCATGATAAGAGATTTCA +TTTTTGCCCAGAATCTAAGCTTAATCCCTCAGAAGAATATTTATTCATATTAAAAAATCT +TATCGATATGGCCGAGGGTATTTTAATTGATTCATACTATGATGACAGTTTCAATGAATT +TGAAAAACTAAATGTGAAAATTTTAGGAGTTGAAATATTATCTATTAATAATATTGAAAG +AGAAGAAATATTTATGTAAAAATTATTTTATATAATTGACGTATCGTCATAGTTGTACTA +TTATATAATTAAGAAAAGCATATTGAGGTGAATGAGTTGAAAGACACAAGAAGTCTTAAG +ATAATCTTTGGTAAAGGTGGAAGTGGTAGTACAACTACTAGGTTAACTCTACCGATAACA +TATATCAAGCAGTTAGGTATAACACCTGAAGAGCGTGATGTAATTGTTGAACTAGATGAA +GACAAGATTATCATCAAGAAGAAGTAAATTTAGTCCCTGCTCTATTGAGTAGGGAGAATC +ACACCTCAAATAAATATAGAAAGGAGATTAATATGAAATATGGATTAAGAAAGCCAAGTG +TCAAGAAATCATTTAAAGCTCGGACTACAGGAAAAGCTAAAAGAGCTGTCAAGAAAGCTA +TAATACCTGGTTATGGTAAGAAAGGAATGGGATGGATTAAAAATCCTAAAAAAGCCGCCT +ATAATAAAGTTTATAATAAAACAACATTTAGCATATGGGATATATTTAAAATATTTAAAT +AAAAAAGAGCCTACACACAATGGTATAAACCCTAACCTTCAATTAGATTATATCATATGT +GTAGCCTTAAAACAATTGATAAATTTAAGGGGGAATACAAATGAGAAGTATAGTAATAAA +CAATGAATTTGTTAATGAAGTGGAATTAGAATTAGGAAAAAAATATAGATTGGCAGATGA +TTTTTATGGTGATTTGGAAGGTACATTAGTTAATATTAGTGAATATTATGTATGTACAGA +TCCTAATATTAGTGTACACGAAGAATTGAATATAACATTAAGAATGGATAACAGTTGGGA +TGATAGGAACATACTAGTTGATTTTATTTGTCACGTTGAGGAAATAGCTTAAGATATATT +TAAATTAGTCTTCAAACGTATTATAGTAACTAGTTATGTAGAATTTACATACTCAAATAT +TATTAAATTTATATAAGAAAAGGCTATAGGTTTTCATTATTGAATTTACCTATAGCCTTA +GTATTTACATATCTATTTTTTGAACTAGTACAGATGGAATAGTTATATCTCCTCCCATTG +TAGATGTATAAGTTAGTAATCCTCCGCTGACACCCATTATTGTAATATAATCATCTTCTA +ATACTATTGAGCTATCATAAGCACCATATATAATATTGTCATAGTTTCCATCTACGGCTA +AACGTATCTGAGTTTCGCCATCGCCTTCCATTACTTGTACTACTTTTCCTTTAAATTTAA +CTTTTTCTCCAACATAGTCGTCTGGAGTTCTAGCTAGTTGCTTATAAGTTATACCTGTAT +TATACCCTTGTTTTTCTTTAGCCTCAGCGGCTTTTCTTTCTTCCTCTTTCTTAGCCTCAG +CTGCCTTTCTCTCTTCTTCAGCTTTTCGTGCATTCTCTTCTTCAATAGCTTTTTGTTCGT +CTTCTTTCATAGCAAACCAAGGTTCTGCATCAGCAACCTTATTTTTAAGAGTTTCAATCT +CTTCATCTTTATCCTGAATAATGCTACTTTGCTCTTCATTTTTAGTTGTAAGTTCATTAA +TTGTATTTTCATATTCATCAGAAACACCTACTGAACCGATTACACCAAGTATAAACCCTA +TTACTATTCCTGCTATAAGAAATGCAGTCTTCTTTAGTAATCTTTTAATATCGATATTCT +TTTTAGGCCTTTGTAATCTTAGTTGATCATTATCTTCTGTACTTTCATTTTTAATCTCTT +TAAGATCAGCATCTACCTCACTATCAATACCATTATTCCCATTTTCATACTCTTTCACAA +TAATACCCCCTCAAAATATATTGTATCACTATTTATTATATATAATATCATTGTCATATC +TTGTAATATCTTGTTTAATCATAAAAAAATAATGCCTACAATATTCCATTTCGGAATACT +ATAGGCCAGTTTAATAAATTTGCAAACTCATTAAAATATGTATTTTATATCACACTTCTT +GCTAATTCACTAATAATATCATTTTTAATTTTAATTGCTGCTTTTTCTAAGTCTTTTACA +ACATCATGGTCAACATTGCCAGATACTTCTATTAAGGGTTTATTCATATTAACTGTAATA +TTTTTTGTATTATCATTTTTAATATATCCTTCATTTGAAGGTGGATTGAATTTCACCGAT +GAATAATCTAAATTTATAGAATTATTATATTTACCTAAATCAAGGTTACTCATAATTCTA +TCTAAATCTTTAAATGTATCTATTGCAACCTCTAAGTTACTAATTAGCTCACTTTTAATC +AAATCACCAGTTATACTTAAGCCATCTCCAAATTTATCAGTAAAGTTTAGTAAAGCAGAT +TGTAATTCCTGAATTTCCCCATTGACACCTACAAAAATTCCAGATGATAAAGTATCTTTT +ACTATTTGTTGTAGTTTTTCATCTGAATACTTATCATCAAGGTTTTCCTTAACCTTGTCG +GCTTCTTGCTCTAATCTATCAGATTCCTTATCGAACATATCATTTACTTGTTCGTCCATC +TTGTCTTGAACCATTTCTTGTAATTTTTCCTGTTCATCAGCAAGTTGTTTCATAAGTTCT +TGAAGTTTCTTTTGACCACTTAAAGAATTATCCCTAGAAAGTATATCTATTTGTTTCTCT +AAGTCTGCAATTGTTTCCATCTGCTTGTTATAGTCTTTATTATAATCTGCTTCTTTTCTT +GCATCATTATATGCTTTCTTTTCTTTTTCGAGTAAATCTACTCTTGCCTTTAGTTCTTCA +TCTATAAGTTTTTTACGTTCTTCTAATTGTTTTTTATAAACCTCAGTTATTTTTGATTCA +ATATTTTTGGTAATTTCGAGTTGATCTTTATAAGAATCCTTGATAGCATTTTGTAATCCT +ACTATTTCCTTTTCAGCGTCTGGTATTTTATCTAAGAATAAGTCAAGATATGCATCCACT +AATTTTTTAGCATCATCAAATTCAGTAGAAGTCTCTTTAAGTTTATTTAATTGGTCAACA +TAGTTTGATATATTTCCATTGGCATCAAATTTAAAACCATAACCAGTTAATTTTTTATTT +AATTCAGATTGTATGCCTTTTAAGTAAGATAAGTTTTCTGCAAGTTCTGATTTCTGTTTT +TTTAGTAAATCTATTTTTTCTGCAATTAATTTTGACTTATCATTACCAAAAGCATTTTTC +ATAAGCACATCTATCATTTCAAGTTGGTTATTTATCTTATCTAAATCTTGATTTAATACA +GTCCATTGAGATTCAATATTTAAAGTCCATTTTTCACGCTCAAGTTTCTTAATTTCATTA +TTATTTTCAACAATTGAATTATTAAGTTTATCCCACTCTTCTTTACATTTAGGGAGTTCA +GTCATTTGAACATCTATATATGCTTGTAAATATTTCTTAACCTCATCAAGTTTATCTTTT +TCAGTTTCATATTTACTTTGTGCTGCTTCTGCCTTCTTCTCTAATGAACTTTTATTCTTA +CTGTTTGAATCTACTTTACTTAAAGCATCCTGTGCGGATTTAGCACTCTTTTCTAATGAC +TCAACGTGTTTTTCCATTGATGCTAACTTTTCTTCATAGTTAGTGAAGTTTCCATCAGAT +GTAAAATTAAACCCTTTAGAATTAAGTACACTTTTATAATAATTACGTTGTTTATTTAAT +GTATCTTCAAGTTCCTTTTGTATTTTCTTTTGTTCCTCGTATAACTTATTTTGTTCTTGA +AGATATTTAATTTTTTCAGAACCTACTGCCTGTTCCATTTTAGTATCTAATGCACTTAAT +GAGTTAGTAACCACCTTTATACGGTTTTCTAACTCTGTCAACATTTCTATGTTATATTTT +ATAGAATCATCAATGTTATAACCTTTATTAGCAATAGGTGTTTTTTGAGTTGCTCTAGAT +AAAGGATTCGGCAAACTAGATGAATTAGTCCCTTGATTTTCAAGAGGGTTAGAATTAGCA +TTTTCTGATAAAAGTGTACTCGACACTGAATATTCGGATTGGATAGATTTTACTTGATTA +GTGTATGCTGATTTACTACCTTTACCTCCAAAAAAACTACTTACAGCGTTACCTATTGTC +TTAAATACTCCAGTTATTGTAAAACTTTTATTTTTTACCTTTTTATCATTTACTGTATCT +ATTACTGATGATGCGTTGTCTTTTGCATTAATACTAGTATTCTTATCAGGTGTTTTTGAA +CTATTTACTCTATTTATGGCACTTATAGCATGGCTATTATTACCTTTTAATACAGCAGTC +TTCTCTTCAGGGTCTAATGAATTCCACGTTGATATACAATTCATTGCTAAAGTAGCATCA +CCATTAATTATTGCTGTCTTTTGATCTGGACTTAATGAGTCCCAAAGAGCCATAACACCT +AATGCACCACTAGGATCTGCATCTATTAATGCTTGTTTATCTTCTATACTTAATGAATTA +AAGTAATTTATTCTTTCTTTAGCAGGTATATCATTGCAATTTAAAACCATAGTCTTTTCT +TCTAAAGTTAAATTTTTAAATGATTCTATCTTACTTTCAACATCAGTAGTATCAACAGTA +AATTTAGTCTTTAATTCAGAAGGTATATTATCTCCTACTGTTCCCCATATATCATTTAAA +TACTCTGAAAACTCAGTATTTAGCCTCTCATTTTCTTCATTACGTTCTTTAATTCTTTGG +GATAATGCTTTATGTTCCTCATCTATAGACTTTCCCCATTCCCTCAAAGAATCAGCCATT +TCATCCATACCTATTGTATCTGCAAAATCAGCCATTCCACTTCCTACGCCAAGTATAAAT +TCATAGAATTTACCTCTCATACCTTCAAATACATTGGCTATATCATTTCCCAGGTAAGTA +AAAGCACTAGGTAAAAATGATAATATTTTTATTGTATTATTAGTAAATTCCATTACATCA +GTCAGCTTAGGCAATACTTTACTTCCTATCGTTTGAGACAGTTCTTTCCAAGAATTAGAT +AAGTCTTGTTGCATAGCTGCATAAGATTCTTCATATGCTTGTTTTGCTTCATCCATGGCA +CCTGAAGTATTTATGACTTCATCACCTAAATTAGCCCAGGCCTGTATTACGCCCTCAGAG +CCATACTCAACAGTACCTTTAAATATTTCCTGAAGTAATCTAGCTCTTTCTGTATCGTCA +CCAACATCCATTATAGCTTGAGATACTTTCTTCATAGCATCAATAGTTGTTATTGACCCA +TCATCAATTTGTTTCTTTAAATCATCAATATTTATTCCCAAATCTTTAAATGCGTCTTTT +GATGTAGTTGATCCATCAGTTAAAGTTAACAAGAATTCTTTAACCATATCAGTTGCTTGA +TCTGTATTCATTCCAGTTGCATTTATTGCCTCATCGATTAATAAGAATGCATCTTTAGCC +TCTATACCAAGAGTTGATAGTATAGGTGTATATTCTACTAGTGTGTCTAACCAATCTTGA +GATATATTCATACCTGTTTGTTCACCAGCTATTATCATATCTAATGCTTCAGAATGAGTC +ATGCCCCAATCATTGACTGCTGATGTCATAAACCTGACAGTATTATTGTAGTCATACCCC +ATACCATTCAATAATTCCATCGATTGAGCTAGGTATTTTGTTTCTTTATTAGTTAAATTA +AATCTCTTTTCTAATATTGTTGCTGCTTCCGTAGCACCTTCTAATGAATATCCATTATCT +GCAATGTCTTTTATTTCTTTATAAAATGAGTTTGCTTCTTCTTCAGCTAGTCCTAAACTA +ATTCTTAAAGTAGTTATTGCATTATCATATTCTATTGCTCCACTTATTGCACCTTTTGTA +AAAACAGTAGCTATTGCTGCTGCAGTTATTTTAGATACACCTGTTAATTCAACTAAGCTA +GATACTACATCAGAAATGGTTGAATTAGCTTCATCTGATGAATTGCTTAGTTCTTCTAAT +GGATTATCTCCATCAATACTAGCCATAGATGATTTAATATCATTCATAGAATTCTCTAAT +TTCTTCATATCATTTGTAGTTTTATCTATATCTGTACTATACTGTTGTAATTTATGAGAA +TTCTTTTGTATTAGCTCTCCTTTATTTTCTAATGCTTTCCTTAAATCATTTACCGCTTTT +TCTTGCTTAGAGTATGCTTCTAGATTAGAAGTTTTATTTATCTTACTTAGTGCAGTTTCA +GCATCATTTAGTTCATTTTTTAATTCTTCATATGCTTTTACTTGTTTTTCAACCTTCTTG +AATAGATCATCATATTGTTTCGTCTGCATTTCTAACTTCTTAGAATTAGACTCAATTGCT +TTCTCACCTTTATTTAAAGCTGTTGCATATGCTTCCATTTTATTTTCAGCATTTTCTATA +CTTTTTGTAGCAACATCAAAATCTTTAGATAAATTTCTACTTTGTTTCTTTATATTGCTA +AGCTCTTTTATAAACGACTGGTTATCTAAACTTAAACTTGCGGTAAGCTTTGCTATTTCT +TCACTTCTCGCCATCGTTTCACCAACTTTCTTACATAAACTCTGTTGTACTTACTATACT +TTCTTTCTTTTTAGTAGAATCAAAATTATTGTATTTTTTATGTGCATCCATTTGAGCAAA +TATTTTTTTAGGTATTGTTTTTTTAAAACTATCCGCATTTCTTTTTAATACACTTACCCA +TAAATATTCTAAGTAATTATAATCCCAATCTTCTACTTTTCCTCCGAAACTCTTACTTTT +TTTTTTGAATCATTCTCAGGTAAAGATACTTTTAGTAGTTCAACTGCATAATCTACAATA +TTATTCATTTCTTTTAATTTCATATTCGCAAATATTAAATCTCTATTTAATTGAGGATGA +CAACTTAATATAGACTGTACAATCATTTCATTTATAACAGATACATCTGCCTTAAATACT +CTATCAAACAACTCGGGAACTTTCATGTAATCATCTAACCTTTTAAAATGATATTGGACT +TCTGCTATTGCCCCCATATCAAGTCTAGCATTGTAATTTTGACCATTTAATTTTATTTCA +ACTATATCATTCATTTAGTTACCTCCTTTTAAAATTCTGGATATTGAACTTTATTAAACC +ACGTATTAACTATATCATTACTATCTGTGTCTATTGTGTAATAAAGTAATCCTTCATTAT +CTTCATTAGCAACAAAATCGATTTCTAATATATCTTCTTCAAGACCTTTTTTTAAATCTA +TTGTATTAGCAGTTACATTTGATGGATTAAATTTAACAGAATAAAAACAATACAAAATTT +TATTCCCCTGATAGTTTTCTCTACTAAATAACAGCTTTAAATTTGGACTACTTTGTTCAG +CTCCAATAACAATCCCTCCATTTTTAGCTTTGTTATAACCAAAAAGAGTACATTGTTCCT +CTTCTGTTAAACCTAATAGTTTTAGCTTTCCTTCTGCTTTAAACTTCCCATAAAACCTCA +TATTTCCATGGTTGGTATACCCATCAACATACGGTCTATTAACATTTATATCAACACTTA +TAGCTCCTTTAATTGGAATTGGTGTACCATCGTGAGTACACACATGTATATCAGAGAAAC +CATATATTATTTTATTTTCTATCATCATATCTCCTTTTTAAAAAAATAGAGTAACTGATA +AACAATCGGTTACTCTATTTTAAGTTCTTTATTTCTATTTAGTTTTATATACAGTATTAG +TTACTTTTAGGATCATTAACCTTTGTAAACCATGTTGATACTAATTCTGGATCTATTGAT +GCATCTGTTGTATCTACACAATAATAGTAATATCCATTACTACCTTCTATACAAGAAAAA +TCTAATTCTGCTATTGATTCTTCGATTTCTCCATTTTCTGTTGATACTGCGGCAATCTGA +GCTGGTTTAAATTGTACATTATATATAACATGTAATAATCTTCCGCCATCCTCTTTCTCT +TGGGCGAAAAGAAGGGCTAAACTTGGCATAGAAGCATTTGCTCTTAATGCATAACCACCC +GACATATTTTCTCCCCCCAATAATAACACTTTTTCATCTGTTGTTAATCCTAAAACTCCA +AGCTTCCCAGCTCCAGATGACACTCTAACAACATTCTTTTTGACTTCATTATCTGCGCTT +ATTTTTCTTTCTGTTATATCAAACGAGCACTCAACGCTTTTACCACCTAATATTTTTATA +GGTGTTGCATAACTCCCATCTGTTATTTTTGCTACATGGATATCTGAAAATCCAAATATT +AATTTATTATCTATACTTGACATTATAAAACCTTTCTTTATTTGTTAAGCTCGACCACTT +AACTACCTAATTATCTTTATATAAAAATGAACTCTTCATTTGAGTTCATTTCCTTGAATA +TAAAGTCCATATTTTTACCATAATAATTTTCATCAAATACATCTATGCAACCATCAAATA +TGAACTTATTTTCTTTCATTTTTCTTTTAATATCTTTATATAAATCTAAATCTTCAATAT +TCTTACACCAATAATTTAAAGTAATGTAATATATTGTATTTAAGCTACTATTATCAAATA +CATTCGCATCCTCTTCATTATAGATATTAAATATAACATACTTATCTTCTGGATCTAATG +CCTTGTGATAATAAGCCTTTATATCAAGAGATCCCATTATATCAATTATTTTTTTATTCA +TTCTTATCACCTACTAAAATAGGTCTTCAGCCAAACTTTCACCTATAGCTTTATTTGCTT +CACTAACCGATTTATTCCAGGCTTTTTTCATCCACTTCTTACCAACCATATTTGAAGTTC +CATACTCCTGATAGTATCCATATCTGATGGATTCATCTCCATTTTCAATACCGATAGTTA +TTTTCTTGTTAGTTCCACTTCCACTAATTTCCCCTTTACCTAATGATCGCTCCAAATGTC +CTGTATCTACTGGCACAGTTTCCTTTTGGGCTTCTAATATGATATCTGCACCTTTTTCTA +ATGCATTATCAATTACCTCAGTTTTAAGTTTACGTTCTATTTCATCAAGTTTATCTATTA +ATGTACTAAAATCTATTTCAAGTCCCACATTAATTCACCTCTTGACATGTTAACTCTAAA +TACATATGGTCTTCAAATTCATGAACATGTTTAATCTCATATTCTTTATCTTTATGTATA +AGATACATAGACTCATCAATATTTCTTTTTCTAACTATAAATTTATAGGCAACTTTAGTA +TTATCTGCATTAGCTCTCATATAATCTCTAGTCGATACAGTTTTCTTTTTAGCTCTTAAG +TCTTCAATCACTACTATATCTTTCATTTCTTCTACACCATAGTTTTTATTATGGACTAAT +TCTTTTTTTATGATAGTTACTTTATCTCGCATTTCTGAAGGATTCATTTTATATCACCTA +CCAGTTTATTTTCTTTAGATCAAGTATAGATTTAAGCATTGAACTAGCTTTAGAATTAGG +TTCGATAAGTGTAGTACCATTTTCATAATAGTAACTAGCTAAAATTAGTACGGCCATTCC +TAGGCTATAGTTTTTTACACCATCAATTTCATTCCCAAAGCTTATATCCGATATTCCTGT +GTAATCACTCACATATTCCATTGCATGTAAGCAAAATCCATTAATCATTTCATCATCATC +ATGAAATGACTCTTCAATTCTAAGATTCTTTTTGACACTTACACAGTCAATAAGATAATT +TCCAACAGCACAAGCACGTTCGTAGCTGATATGTAACGCATTATGAAATATCCCTACCAT +ATTCTTTTCCTGTCCATCATCTGTATTGGGCATATAATATTCCCCACATTTGCATCTATA +CATTGTCTTCACCTTTATAATCTACTAAATAAGTATCAATTGTAGATATATTCAACCTTT +CCCTAGAAACATTTATTTTGTCGTTAATGCCTATCTCAAATTCTCCATCATTTGATATTT +TCATTACTTCAACTAAATTAGATTCTTTTAATTTTAGGGCAATAGGTTCAGCTATAAAAT +AATATCTACCGAATACAAAATCATCCAGATCCTTGTGTGAGAAAGATACAAGAGGAGTAA +CTGCAACTGAGTTATATAACATAATTAATCATCTCCTACCTTAATAAAAAAGAAGGTAGA +GATTAATCCACCTTCTTACTTCTTTTCTTTCTTATAGTTTTCTTTTCTATTAAGTTTTGT +TTGATAAGTAAATTAGCGATAGAATCTTCTATCTCCACTTCTTCATTCGTTATAAATGAT +CCCAAATACTTATGTACAAAACTTTGCAATATCTTAACCTTCATAAAATATCACCTTACT +TAGCTACATAATAAGCAACTGATTCATCTATTAATTTCTTTATGTCTAATCTAGTGTTCG +CTTTTATCATAACTAAATCTTCTAAAAAAGCTTCATCTTTCTTTATAACCATGTCTTTTC +TTAGTCCAATTACTAATGCTCTATTTAAATTTGTAAAGAACATACACTTATTGTCAGTTG +TCATTTCTGCAACGAATTCATTTATTATAACTGGTTTACCTAGTATAGTGTTTTCTAATA +CACCATTTATATAAGACTGAACTAATACAGGTCTTCCTTCTCCATCTTTTAATTTTGAAA +GTAATTTAGCCATACTATCAGATATTACCCAACAAGCGTTTTGTCTATAGGCAACTGGCA +AAGCATAAAATAAGTCTATAACTTCATCAACTGTAACTACTCCGGCAGCTCCTTGTACAA +CTTCTTTAGCACCATTTTCTTTAGTAAATGTTTCTAATCCTTCAACAGTTCCATCACCTT +TTACTATTAATTCATCTAAAGTTAATGCTAATGCTTCAACTAGTTGATCTATTAACTCTT +TTTCTAAATCGTACCCTGAATCATTTAATAGTTCTTCAGATATGGTAACTAAGTTTGTAT +ATTTCTCAGCTCCTAATTGAACAGTTTTCCAGTTAGCTTTTTGGTTTACATATTTTTGTA +ATTCGCCAGTCTTAACAAATTTTCCCAATTTACCAGCTTGTACAGGTATATTGTGAGGAT +TTTCAGTTACTATTTTTCTAACTAATTGATATAAAGGAGATACGTTTACTAATTTCTTTT +CTATCGTATCTGCATAACTTTCTTTTATTACAGAACCATCTGCTGCTGTAGTATGTTCGT +TAGCTAATTTTATTTCTTTTCCTTCCAATATTGAGTTTCTTAAGTCCATGTCATTACCAT +CCTTTTCTATTTTTATATTTGTTAATGTTTCAACCTTTTGTAAGGCTTTTATTTTATTTT +CAACTTCAACTAATTCAGATTCCTTAGCATTAAAATCTTCAACTTTAAAGTTTTCAGCTG +TCTCAGTCATCACTTTCATAGAGTTAACTATTTCATTTCTTTTTTCTTGTAATGCTTTAA +GTTTCATAATCTTTTACCACCTTTTTCTAAATTTGAGCATAAAAAAAGAACTTCATTGAG +TCCTACATTTCATACATTTTTAACTTAGCTTTGTAATAATCTAAGTTTATTTTTTCTTCT +ACTTCTTCACTGACTTCTTTATTCAGAATGTTTTCAGGTACTTTGTTATACTTGTCATAA +AGTTCTGATGCGCAAGCAACCATATTTACTTCATCTGTTAGAGTAACATTTTTAAAGTAT +TTAACAGATTCAACTCCATTTAACCAAGTTTCAGCTTGAACCATCTCTTTAACTTCTTCA +ATATCTATTCCTTCATTTAAGTTTTCTTCATAAATATTAATTATAGTTTCTCTAATGTTA +TCTAATAAATCTGCTGCTTTTCTCATTTCAGTTGAATTTCCTTGAACACAACTCCAAGGC +TCATGGATCATTATATAAGCATTACTAGGACAAACTACTTCATCACCAACTAATGCTATA +ACACTTGATATACTAGCTGCTAAGCCGTCTATATAAACAGTTTTATGACCATTATGTCTT +TTTAACATGTTGTATATTGCAATACCTGCGAACACACTTCCACCATTAGAGTTAACATAG +ATATTAAGGTCTTTTCCTTTGTGTTCATCTAAAAAATTCTTGACTGAATCTGGATACTGG +TCTGTATCATCCCAAGCACCTAACCAACTACTAACTATATCTCCATAGAAATATAAATCG +GCACTTGTATTGGTTGCGTTCTTAACTTCTAAAAAGTTTCTTAAATTATCTCTCATATTA +TCACCTCCTATTTTTCGATTTTATCTATCCTATCTGAACTAATTGGACTTATGTCACCAT +CAGATAAAACTCCCATATTAACAGGAACTAATAGTATATCTGTCCCTTCAATGTATGGTA +AATTTAATTTTCTTCTACTTTCAGCTAATGTCATTAAACCACCTTTTGTTGCTTTGTCTA +AATAATCAATTTGTTCTTTAACGCTAACCCTAAGTATTTCTTGCGTATCAAATTCAAAGA +AATATCCCTGTCCTTTTTCTTTTTCTGTAAGTAAATACTTATTAAAATTTTCCTCCATAA +GTCTTATGTATGGACTTAAGGTTTGTCTTAAAAATCTTAATGCCTCTTCGGCACTATTAT +TATAACTACTTGCACTATCAACTAGGTAACTAAAAGGTATATTTAGTAACATAGCTATTT +GTTTAATAGTAAATTGCCTACTTTGTAACAATTCTATTTCAGCAGGTTTTAAATTTAATT +GCTTAAACTCCAATCCCTCTTCTAAAATAGGTGTAGAAGTCTTATCTGCGCCAGTATAGA +ATTTTTTCCAAGATTCTTTTAAGTTTTCTTTTGCCTCAGAACTTAATTTTGTATCCTTTG +ATAAGTACCCTTTTACATTTACACCATTCAATGAGCTATATGCATATTTATTTTCTGATG +CTGCTATATTCAGTAATTCCATTCCTTTTTCAAGCACTCCACGTCCTTTATAAGAACAAC +TATCATCATTATCCTTTATAATATTAATCATTTCATGGTGATTAACTGTCATATACTTAT +CATTAAGTGTAAATGAATATTTGAAATTAACTGTACCATCTGACAATTTTACTTTACCTA +CAGTAACATTCTTCAAATATAATAATTCTTTAACTTTACCTAACTTGTCATAGGTTATAA +GTGTATAAGAATTACCTTTCAGTATTAAGTTTTTAACTATGTTGTATTTTAAATTTGATG +CTACAACTGTCTCACTGGGACTAGCATTAAGTAAATAGTTTCTATAATCATCAACTTTTA +CTCTTTCACCATCTTTATTTCTACGATAAAGGTAACATGGTAATGTACTTATTGCATTAG +CTATTAAATCTATCCCACTCTGAAGTGCTACAACTTTTCTTGCAGTTTCTTCATTTACAT +TAGTAAAACTTATAGTTTCACCATCTACAATTGTATCGTTAATACCTACTTTTGTGGTGT +CGGGTAAATCACTTGTTGAAATTAACTTGCTAAATATCCCCATCTTTTCACCTCCTTATA +TCCATGTAATACCTCCACTATCATAAACCGAAGGTTCTGGTAAATCGTCAATTATTGTAA +AACAATTAATTAAACTTGCTAGCATATCTATTTTAAATTTACTTGACTTCTTACTTATTA +TGCTTAATGATCCTGAAGGATTAGTTACTTCTATTGCATTACTAACATTTAGTACAAATA +AATCATTATTAATAAATTTAAACTTATTAGTTAATACAGATTCCTTTAATAATTTAGTAG +CAGGGTGTAATACAAAGTAACTTTGAGGTGTTTCTACACAATCTAATCCTAACTCACTAA +GCTTTTGGACAGTTGATATTGCATTGTATTTGTCATAACATACTGCTTTAATCTTACACC +CTAACTTATCTTCTAAACTTAATATAAAATCTTCTATAAATGAGTAGTCGATTATCCTAT +CTCCACAAGCAAAGCAATGATTATCATTTATAAATCTTCTATAATCTATTTTTTCAACTT +TACTTTTTTCTTCCACTAAATCTCCTGGTACAAAACACCATGATTGTGATATGTATTCAC +CTTTTTCTTTAGTAAGAATACTAACTGCTGTATTATCACCACTCATAGACAAGTCAAGAC +CTAACACAACTTCTTTATTATTCCAATCATAACTTTCAATTGAACATTGTTTAATATCAT +CAACTGAAATATATGAATTCCCCTTACTTGGAGCAATAAAAAGATTTAAATGTTTTGTTT +TATAATTTCCAACCGTACTAGGCATATCGAAAGCAACTTTTCTTTGTTTTATTAAAAATT +CTAAGTTGTCTTCTAAATCAAATGCCAAAGGATTTGATTGAAATAATGCTAAGTCACTTG +TCCAATCTTTAGGATTATCTGGTTTATATAATAATGCAAATAAAGCTTCATCCTCTATCA +AGCCATCTAATACTCTTTCAGCATATTCCACTTCTTCAACCATCGGATTTATTTCTGATT +CATATGCTGTAGATATCAATATTCCCGTTCTATTTAACATATTGATTTGTGATGATCTCA +TTGCATCAATAGGATATCTTTTTCTTAATCCGCCTACTTCATCAGCAACAAATACATTTG +CTTTTCTTGCATCCATTCTGTTTTCACTATATGCTAATGCTTTAAACTTTGATTCAGTTA +GTAAACATTTTGTTTCTGAGTTAATATTTTTAAATCTCTTCTTAATATATGGTGAAGAGT +CTATGATTTTACCCATTTCTTCTTTTATCTTTGATGACAAATCTCTATCTGGAGCAACTG +AATAAAACTCAGAATACCTTGGTTCTATTAACATTAATAGTATAAAAATAAGACCTACTA +AAAAGGTCTTTCCTGATTTTCTTCCTATTAATAATGTTAATGTTTCATATCTTCTTTTAT +CTCTCTTATTCTTATGTTTCCAACAAAATATATTTGCTATAAAAAACCATTGGAAGCCAA +CTAATGATTCATAAGATGAAGTTCCTGCTTTAAGTCCATCTCCCAAATTAATTAATTTGG +TTAAATTTGTAATCTTTTCTAGTTCATTAATGTCAAAGAAGTATTTACTATTTTCATCTT +CTAAATCTTCTAAAAACTTCTTACATTGTATTTTTACATATTTAGCTTGAGGAATTATTT +CTTCATTATGTTTAATATTATCGTTTACAACATCTAAAGCATACTTATATGCCTTATGTT +CTCTTAAATATTCCATCACTTCCCACCACTCAATATTTCAAGTAATGGATCATTATCTTC +TTCAATCTTCTTTTCTTGATTCTTTAATATCTGACCTCTATTTTTTACACCTAGTCCAAC +AGTAGAACATAATGTATTATAACTACTTAATAATTTCTGATAACTATTAAGTAATTTACT +CTGTTCAACTATACCTATTCCCTCATCAAGTAACTGAACTTGCAATCTCTCTAACATTAA +TTCTGTAGATATTAAATTCCCCAATACACCTAAATCCAAATCAGATAATAGTCCACTGGT +TGAAAGTAGTTCAGTATAAAATTTAAATTTCTTTTTCCAGTTCTTATCTTTAATTTTTAA +GTGAGGAGTCTTTAAACTCAAATTGTTATTATTAAATTCTTTTAACCTCTCAGTCATTTC +ATAGTTTTCTGCACTTCTCCGAGAATAAAAATTATTCATCTCGTACCCTCCTTCCTAAAA +AGTTTGAAAAAATCACATTTTGTGAAATAAAAACCCCCTTCGCCTTTTCATTCCCCAATA +TTTCTAATGTTCAAGTGGGCTATCCCCTATTTTCATCAATAAATTTTAATATTTCATCTC +TTGTCTTGCCTTCTATTACTCTATGATGCTCTTTACACACCGCAATCAGATTTTCTGTAT +CCAGTCTCTTATCCCAACTCTCTCTAATCTTTACTATATGATGCACTTCATTAGCAAGCG +TAACTCTATCTAATGCTAAGCATATCTCACAACAATAATTAGATTCTTTTAATACTTCTT +CTCTCTTCTTTCTCCAATTCTTTGATTGATAGAACCTATCGCACTGTTCTTCTATATCTG +ATTTAATACTTTCATGAATTCTCTTATCTTGACATTTAAAATATTTATCATGTACTTTTA +AACAATGAGGACATTTAATTAACACTGTTATCACCTTCTTAATATATCTCTACTAAGAAA +TTAATTACTATAATAAGCACACAAAAGAAATTTACCTACTTGAATATGTACTATTGTTTA +CGTATCTACTTGCATCAAATGACATTTTTACATTTATCTCATCTATGCTTTCATTATCAT +TAATATCTTCACTACATTTATCTTCTATCTCTTTCGAAACTAACTCTTTGAGTTTATCTA +ATGTTAATACTGTATCAGTATTAAATATCATCCTTATGTTTTGAACATTATCTATACTTG +CATGTACTTCAACTCTTTCAATTACGTTCTCTCTTTTATTATCATTGTACCAAGAAAATG +ATTTATAATTCACTTCTTTTATTGATACTCTATCTAACATTTTCATTTTCTATTTCTACT +ATTCATTTACTTTAAATTATCATATATCTTTTTATTTATACTATATCTGTCAAGTTTATT +TATTAAGTTATTTCTAGCATACGCTCTTGCATCATATAAATCTATACTATATCTCATAGA +TATGAAATAGCTTTCATTCCACAAAGAGTTTATTTTACTCGCTTTAAAATATGCAATAAC +TAATTCATTATAAATATCACATAACATTTGTAACTCATCACATGAATAATCCTTTATATC +ATATTTTTCTATTTCTTTAAATAATATATCTACATTATCTAATCTATACTTTTTAAATAA +AATATTACGTTCTTCTAACATCTCTATTAAATGTTTTTTATCATTTTTCATTTGACCTTC +TGCATTTATCAAATTTAATTTTCGACAAGCATATATTAAATTCTCATACTCCATATCTAG +TTCCTTATCTTTTATTTCTTCTTTCTTATCCTTTTTATTAAAAAGTTTCTCAAATAATTT +CATTGCTTATTCCTCCTCATATTTATATTGTTCTTTTAAGTATTTGTCTAGATTTATACT +TACAAATAATTGTTTGTTTACTATCTCATATAAAGAAGTCAATTCATTACAATCTTCTAT +AAACTCTTCTATCTCTTGTTCTAACAGTTCATCTATTGCTTCTTTTCTATCTTGACACTC +TTGGACTTTCATTTGTAATTCATTTTGTTTTTCAACTATTCTTTTGCGTTCTTTTTCTAA +AATCTTAATGCTCTCTTGTGTTAGTAAAATATTAATCATCTCCTTTCATTTGAATCTAGT +ACTTTTATCTACTACTCTACTACCGAACATTATCTAACTAAAAGCACCACCAATTAGTTG +GATAGAGATACTTTAATAACAAACAAATAATAAAATTGGAGGAAATAAAATGGCAAATTA +TTTCCAATACTCTTTAGCTCCTACCGTTTCCGTTACAGTAGTTTTGCGCTTGGAATATAA +AAATTGTAGAGTAGTAGGTAAAAGTACTAGATTTGTATAGTTTTAAAAATATATATCTTT +TAGAGCAAAATAAGAATTTCTCTTCGATATAAATTTATGGCATTGCCATTTTGTTCTAAT +TCTTTCTTTAGATTTATATACTATTCTTTCTTGAGCATGTGTTATAGGTTCTTTTTTCCA +CTTGCTATGTTTATTTATAAATGAACTACCTAATTGAATTGCTTTCTTCTCAACATATTC +TAATAATTCTAATAGATTATCATTCTTTTCTAACTCTTCTAGTCTAGTGTTATAATTCTC +AAGTTTTGTAAATTTGTATGATATGTATGTATCATCTGTCTGGACAATATAGAAGTCAAT +GCTTGGATTTGCACTTAGAATTGATATATTGTAATTGTTAATTGTATTGTAAAACCAATC +CAAGTTGCTTATTTCTTGTACTGAATATATGCTTTTATTAAGTAAATCTATTTCTTCTAG +TCTAATTCTTTCAGCCTCAAGTCTTAACATTTCTTCTTTCTTTAATTCTTCTTCACGCTT +ATCTTGTTCTATTTGTTTTCGTTTATTTCTTTCCTTAAAATCTTCACCTTGTTTTAAATC +AAATATATTTTCGCATGTACACAAAGAATTTATTTCGCTATCTGATATATCAATAATTAA +ACAATCTTTTTTATTCTCACTAATCCTCAATCCTCTACCTACCATTTGAGTAAATAAAGT +CAACGACTTTGTAGGCCTAGCAAGCAATATTGCATCAGTTGGTGGATAATCGAATCCCGT +GGTACATATCCCTACATTGCAAAGTATAGCAAATTTACCAGATTTGAAGTCATTTAGTAT +CTTTTTTCTTTCTTTTGCATCATCTTGACTATCTATACTTCTAGCATCTATATTATATTT +TTTAAATGTATTTACTAAACTATCACAGTGATCTATTGAAGAACAAAACACAATACAATG +CTTTCTATTATCCGCTTGAACATAATCAATATAACTCTTTACAATTATTTCATTTCTAGG +TTCAACATTTATTCTTTTGTCTAGTTGGCTAAGTACAAATTCTCCTCCTATAATCTTTAT +ATCCTGAAGCGATATATCAGTTCTAACTTTAAAAGATTTTGGACTTACTAAATAACCATC +TTCAATTAAACTTTCTATATCCTTCTTATAAACTAGCTTATTAAATAACTTACTTGTTTC +TCCGTATGGAGTGGCTGTAAATCCACAGCAAATAATATTATCATCTAATCTATTTACTAT +TTTGTTTAAAGCTGATACACCTCTATGACATTCATCAATAAAAATATGGCTATAGTCTCT +GCTTAAATTATCTAAACGTCTAAAATTATCATAGGCTAATGTTTGTCTTGAACATATAGT +TATCTTTCCAATATTTATCTGATCACTATTACCTTGGACTATACCTATTTCCTTTTCCAA +ATCCTTATTAACACTCAGCAATGAATTAATTATCTGATCTCTTATTTCTATTTGATCCAT +ACATATCATTACTCTTTTATTTTCATTAACTAATTTATTTATTACAGATGCTAGTATTAC +ACTTTTACCTCCACCTGTACTAATCCATACTAACCCTCTATCTCCATCTTTCATGTTTAA +TATTTTATCAACACATTCAATCTGGTAATCTCTTAACTTTATCATTCATATTCAATCCTT +TCATCCCAATAAAAAAAGACTAGACATTGTCTAATCCTAAAATTTTTCCACTTCTATTTC +ATATTTTCTATAACATTCTCTTTCATTAAGGTGGGTCTTCCTCTTTAGCAATAAAAACCA +TTGCTAAATTCACCTGACACCCCCTTAAAATCCCCCCTCAGGAGTTTAAAATTGCCAAAT +ATGTTCTTTTTACAATATTCATTTTTTCAATAAAAATAAGGTAAAAATAATAATTAAAGT +AATAATATCTCATTAAATATATTAATTTTCTATAGAAGTTATATAAAATTGCCAAATATG +TTCTTTTTGCCTATTATATAGACCCTTATATTTCCTGATGGTATTTTGTCACCTTTTTTT +AAGTATTTTTGTACTTTTTCATTGTTGCTATTAACTGTTCGTAATTTACCATCCAAAATT +AACTCAAAATCATTTTTTAAGATAATTTGATTAACTATAGAATTAAAAGTATGAGGTTTA +CTATTTTTCTTTTTTAATCCTAATTCTTTAGCCTTATTAACTATAATATCTTTTTGATAA +TTACATATCGTTCTATATATCCAATTTTTTTCAATCCATCTTATAAACTCATCTTCATTA +TTTAATTTGACTGATTTATTCGAGTATTCTTCAATAGATATATTTTCTGATATTATATTT +TTTAAATGTTTAATAAGTTCTAAATATATTTCTTTAGACATCATAGAACCATCTCTATTT +CTTCTATGTACAAAGTTCTTACATAAATTATATTGTTCAATTTGTTTATATGGCTTATTA +ATCAATTTATATCGCCTATCATATGCTAAATAAAGCCTTTTTATATTACCTCTAAAACGT +CCTACAAATTGAATTATATCTACAACTGTTCCATTATAAATTATCACATTGTCTATTTTA +AAGGATTCTGTATATTCAAATTCAAAACCTTCTCTTGCGCATGATGTTGCAATAAAATAC +TTTATTTCTTGTGGTAATGATTTATTTTTTTCTATGTATTCTGATAAATCAGACATTTCT +TTTGTATAGAACTCTTTATTTTTTTTACTATTTGCTATTAATACTGCTGCTTCATCTCCC +AATTTCTTTTTTAGTTCCATGACTCTTTTTACACTATTTGTCATTACTAATGTAGTCCCA +TTTATTTTTTTTAATACCTTTATAACATCTTTAAGCTCTGGTATAGAAATTATTTTATCT +GTTATTTTATAATTAAAAATTGGCTTATCTAATAAATAATTAAATTTCACATTAATTGAA +TCTTCATCTAATTCATAATCCGTAGCCGTCATAGCAACTATATATGTTGAAGAATTATTA +TTTAATTTATTTTCTATGAATTTTTTAGTAAATGGTAATGTCTCATTAAAAGATACATCT +GATAAAATTGTATGTGCTTCGTCAAATACAACCAACTTTATATTTTTACATATCAAGTCA +TCAGTCTCTTTTTCAAATTTATTATAAGTTATAATAGGTATTCTATTAGTATATTTTTCC +TTTTTCTCTTTAACTGTACCAAATCCACTATCTATAAATAATTCTCTATAATCTTCATCT +TCAATTGATAATGATATTGTCTGAATATCATGTAATTCCGATGTTGACTCTTCGTACGAT +TCAATTTGTTGATCTCTTGCTAATTTACGGCTTGTAACAATTCTGCACTCATAAGGCTTT +ATATCTTCTCCAAATATTTCATTTATTTGTTGCCTCAATTTATTAGCCGCAAAATATGTT +TTTCCTGTACCACAACCAGCAATAATTAAGTTAAATTTATTTTTGTCTATACTAGAAATA +TTTACTTCATTACTTACATATCTCAATTTCATATATTACATCACCTTTCACCATCACTAT +TGTTTTATCTTTCTAAATTTTTCAAATCTCTTACTATTTTTTCATTTGCTTCAAATAGAA +AAACCATAAAACTTCTATCTCTTTTATCTCTATCAATCCTAATTAGCTTATGGCCTAATT +CAATTAATTTATTTGCATCATTAAAATTTCTTACACATTTTAAATTTATCATTATAAACC +TCCATTACCTTTTTAATTTATTAAGGCTATATTTATAACCCATTCACCTTCCCCTGTTTA +AAAGGAGGAAAGCCCTGTTTTTTAGGGCGTACCTTTTAAACTATTAGGTATATACTCATA +CTCTTAGCCTTTTCATATTCATTACATTTATCATTTATGTAGTCATACTCTGCATCATAT +ATTCCATTTTCAATATCTACTTTTTTATATAGAGTTCCTAACAAATCATTTTCTGAATTA +AAAATTTTTTTATCCTCTAAAATAACTTTGCTTGTTAATTTTTTATATGTTAACTTTCCT +ACTCTACATTTTATTAATTGTCCTAATTTTTCTCGTTTCTTAAAATTTTCTTTTTCAGTC +AAATCTACTTCACTAATTTCAGCATCTACTTTTTTGTAGTTTTCGTATAAATATCGAATT +TCCCCATGTTTATCTTGAATATATATTGTTCCTAATCCATTATTTAGTTTTAATAAATGC +TTTACTAATTCTTCAAAGCAAAACTCCATTATAAATCTACTTGAAATTCTATTACCTTTT +GTTGTTTTAATTATAGATAAAGCTTTTAATATTTCTAAATAATCATATTTATCTTTAATC +AAAATTTTATACTTATCAGAAATATCTATATCTATCTTTGTATATTCAGTGTTTTTTATA +TCATTTAATTCATTTAATTTTGCTTTTAATGCTTCTTCAATTGATTTACTTGTTACTCTA +GATAAAAGGACTTTTATTTCAGATATATCTTTATGTATATCTAAACTTTCTCTTCGATGG +TTATATTCATTATTTAGATTAGAAAGTTCTTGTAGTAGTTCATCCTTAATTTCAACATCA +TTCTTTTTTGTTAATACTTTAAATAAATGGATATTATTGTATTCTTTTTCGTTAATAGAC +CTTGCTTTATAGCCATAGAAACTAATTATTCTGCTACTATAGTTATTTAATAAACTATTA +GTCCAAGATACATCATTAAATGTTATTAATTTATCTTCTTTTTTATATTTAGCATAATAT +ATATATTGCGGTTTTTTACCTAGTGATATATTTCTTAATGGTTCTAGGTCGTGTTTACCC +ACCATAACACAAGTCTTAGGACTATCTATTGCCACCATCTGCAAATACAATGTATAGTAA +CTATAAAGCTTATATTTTTGAAACTTATTGTAAATATGTTTCTTTATAATTTCATCATCA +ATTTCCTTATAATCTACCAAATTTTGTTTATCAGTTAAATCTCTGTAATCGCAATAAGAA +TCTTTTACTTTATCGTAAAAAGGTAATTCTTGAATTTTGTTACTTATTTTCGCTCCGTAG +TTAGAAAGTTTTCCAATCAAATTGCCCCTTACATTTAGAATGGATTCATACATATTATCA +TCATTAAATAATCTTATATCTGGCTTTGTACCGTCAAACTGATTTCTAAAGTACCATATT +ACCCCGTCTTCATCTATGTCTTCAATTACGGAGTTATAGATTATTTCTTCATCAATTACA +AAACTTATATCAGTATCTTCGTCTGCACCACTTTGTTTCGACATATCATCGTTAAAAGGA +TAAAAACATATATCGCTTGCTAACTCCCCAAAGTATTTATTATATAAGCTATGATTTACT +AATTCTGTTTTAATTAATTCTGTTGCTGAATTCAATGGCGACCTAGCTAATACTCTTTTT +CCAACAACTTCTCCTGGTACATAATGTGTATTATCTTTCAATCCTCTAGAGCTTATTTTC +CCTACTAGTTCTCCTTTTTCGTTATACTCTTGATTTATTAAACTATCGATATAGCTAAAT +GCATCTTTTAAAATCACTTTATAATTTCCTTTTAAGTACAGACCTCCCCCAGCTAGATTA +TTTACTTTTTTATTTATTAGATTTCCTATCGTCTTATATGTATATTGTAAATTTTTCATA +TTCTCATCTAATTGTAATAATTTATGTAATTTCGTACTTGCAGATAGCACATCCTGTTCT +TCATTTTCTCTAGCTACATCTCCTAGCATTATTCTAATTGCATCTATATCTCCATTTATG +ACTCTGTTATAAATGTCTTCTGTTTCTTTACTCAAAGTGTCTAATTCTTTCGGTGTTAAA +TTTAGATTTGATAATATCTGATAGTTTGCTTCTGTATATTTTTTAGGCTGCTCTTTGTTA +ATTTTTGTTATAGTAAATCCGTCAAGCAACTTTTTATAAGGCTTGTATTTTTCTAATGTC +TTTAAATTCTCTATTTCTTCTTGATTTTTAAAATATTTCCCCCATTTCACTTGAGATTCG +TTCATAATTATGTCGCAATCAAATAAATCAACATCATCTCCCCAGAAATCTTTTACAATA +AGCTTATTTAATCCATGCTCTTCTTTTAGATATTTTTTAAAGTCAAATTTAACTAATAAT +CCCTTTGAAGCTACTCCTAATTCTCTTATTCCTACCCAAGATAATTTGTATTTTAAATTT +AATTTTTTCTCAATTTTATCGGCTATAACAGGCATCATGAATCCTGATCCGTCCATTGCA +ATGTGCTTAACTTCTTTATTATAATGCTTTTCTAATCTTAAATTATCTAAATCAATTTTT +CCACTTTTATTTTCTGCAAACTGTAAATAGTTATTTATATATGTATAAGTCATCTCAGAC +AATATAGCTTTTTTACATTTTATATTGACTCGTTCACCAGTTGAAAATGCTAAACCTACT +CTTGAAATGATATCTTTGTTAATGCATAACTCAGTATTAAATTTTTCAGGTAATTTACCT +AATGATATAACATCGTAGAAGGTACTTATAAAGTCTTTCTCTTCTTCATTAATAAAAAAG +TATTCACAGCTATATCCCTCTCCTGATTTTTTCATTAATCCTGGTGTCGTTGCAAATGAT +ACATACATTTCACCATCAACCTTAATACCATCTTTAAGCATTTTCAGTGCTTTATGTTTA +TGATTTGGTAAGTCTACTTTTATAATTGATTCTAAACATTCCTCTATATCTTCGTTTCGA +TCTGCTTTCCATATCTTATATAGTCTTATTGCATCATTCTCTGATAGTGTTATTTCTTCT +TGTTCCCCATTTATTTTTATTTCTCTTATTTTGTATTGTTTCATTCAATAATCCCCTCCT +AATTTTAATATTTATAATAATATTTTGCCTTTTTCAGTTATTTTAGCTTTATCATAAAAA +ACTACCCCTACATATTTACCCTCTCTCATTGCATAATTTAATCCTTCTATTAATTTTTCA +TTTTTAATGTAACAAATTGCATCTGTATAAATTTCTTTATTTTTAATTAGCCCATAATCT +GTAAAGTATCTATGTGGGTCTATAGGTTCTCCGTTATTAAAATCATTTAATATTTTATTT +ACTAACTCCATATCTACATTTCTTTCTATTGTTTCCATAATACCACTCCTTATTTTTTAT +TTATTCTATATGCCTCTTCTATTTGGTCTAGATATAAATGTAATTCTTTAGAATTTAACT +TATAAATCTCAATAACTCTGTTTAAGTCACAACTATTAATTGATCTTCTTAATAATTCCC +AACTTTCTACTGTATGTATAGATACTTTTAGAAAATTAGCAACCTCCCTTCTACTTAGTT +CTAATTCAATTCTTTTGTCTTTTAAAATGCTGATATTATTCCTCCTTTCCGTACTTTAAG +TACGTATATTGTAGTATAAAAGTTTATACTTCTTTAACTTAATTGATTTAATCTATTGTA +TATTTAATAAATGGTAATTAATAAGATTTGTACTTTGATGTCTATACTTATAGTATAGAA +CGATAGACATGAAAAAACAACAATAAAATTTTGTATAATATGGCTATACTATCATTATAG +CACAACGAACTTCGTCTAATCAATATATTAGTAGAAGTTCATTGTGTAATTCTTATTTGT +CAAATTTATTTTTATACATTATATAAATATTTTTTTATATAATATTTTATATGTAAATAT +TGCAAATACTAACATATATCAATTTTATAAATTATCGATTCATACTAAATGATATGCCTT +GCTTCCCCATAATAGTTACAATATTGTAACCTTTTTTGACTTAAATTTTGAATGAGAACA +CAGTTGTTCTGGTTAATTATTTAAAGTAATTAAATTAACAAATCCATTATACTTTGAAAA +ATAGTGGATTTAATTTAGGTCGCAAAATGACTACTGAAATAAAAAACCGCATAGAATGAC +TACTTTTTTCATAAAAACGGTACAAAATGACTACTTTTAATTTTAAGGTGTTATTTATAC +CTTATTCATATCCGAATAATCTTTAGATAATTAAAAATATATTAATGATATAACTATTTA +ATGTATGAATAAAATAATACTGAATTAGTTATCAATTTATTTGAATATGAATAACCTTTA +AATAAATTTTGAACAACGGGCAGAAAATTCAGCCGGTTGAAAAACGAATTAAGAGCAGTA +TTAAAGGTAACTCACTGTTACTTCTAAGAGGATATATTAAATACATATACTCTTATTATG +CTAACCTAGGTTAAAATTTAACTAACTTAGCAAAAGATGTATCTAACTGGATAGGGTATT +TCAGCGACAAAGTTGGACAAATGATAAAAACAGTTGATGAAGATGAGAAAATAAAATACC +TATGTACTAATAGTACAGGGGTATTTTTTTAACTGAAGATGGATTAAGGGTATATAGACA +AAAAGAAATAAAGGAAATACTTGAAACCGTTGAAAATACTAAAAACCTACACGATGTCGG +TTTTAAAATACCATCGAGAGGATTAATATTAATTCCAAAAAGAGCATTACTAAGAATAGG +AATGTTATTAAGAGATTCAGAGGTTGCGAAAGAAGTAAGAAGTAGGTTGTTAGATATAGT +ACATGATGCAGAAATAAATACAGATTTTCTTAACTTCCTTCTTAAATTGCTTTGCTATTG +GTTTTCTACTTTGCATTAATACCTCATATAGTCCGTCTTCTGTTAAAAACCAGTATTCTG +TATTATTTTGAAGTACCCCTGTACTATTAGTACATAGGTATTTTATTTTCTCATCTTCAT +CTATATTAGATAACATCTTAAAATTTATCTTTTATCTTGCGTATACGATCTGATATTTTA +TATGTTTTTTCTTCAAGTTCTACCTTGTTATTATATTTTATCTGATAACATCTATATATT +TTTTCTGGATCACATTTTATTCCATTCACGCCTAGGTATTCTGTTACTTTTTCTATATCC +CATTCCACTAAATCACTTTTTTCTTTTAAATACATGTAATATATAATTCCACTTACCCTT +AAAGATGCTTTGTTAAAAATATATTCTTCATAGCTAAATCTTTTAGTAGCTTTCTCCAAT +TTACGATCTATAGCTTGTAATGTCATTGAGTTCAACCCATCATTAGGTGTTCCTATTTTA +TTTTTTATAAGGTATACTGATTTGTTATTAAATTTGTAATAATGCTTTAAAAAATAATTA +CAAACCTCCCCCGTACATTCCCTTATTATGGACTTCATATATTCATCAAATATAATTCTC +CTGCCTTTTACATCTATATAAGACCTATCTTTCGGAATGTCTTTTTCTTTTAAATTCAGC +ATCACCTTATTGGGTATATTATTGAATAATCCATAAATTATAAATTTATCGTATGGGTTT +TCTATTTTTTTACATATATTTTGTATTTCTTCCTTCGTATAGAAAGCATTTTTTCTATAA +CATATATTGTTAATATAAAGTCTCCAAATCGCTCTTACATTTATGTCTCCTAACATTTTA +TTTTCACTTTGCAACATAAATTTCCTCCTAATCACTTTTTTCTTAAATTAATACAATTAA +TTATTTTCAATGATTGTGTCAATCAAATTCATCCAACTTTGATTTACAATAGGTTTTATT +ATATTATGAGTATATTAAATAAATATTATCATTTATTTTGTAGTCTAAATTATTACTATT +TTCTAAATTGCATAATTAGAATTATTTGTACTATAATAATCGTAAAAGGAGGTGATAAAA +TGCCTATTAGAAAACGAGGAAAAGCTTGGGAGTATTATTTTGATATAGGTAAAGATGAAA +ATGGAAAAAGAAAACGTAAAAGCAAAGGTGGGTTTACTACAAAGAAAGAATGTGAAGAAG +CCTTATTAGAAGCTCAAATACAATATAAAAATACTGGTAGAATTATAAATGATAAAAATC +TTAGTATTGATCAGTATCTAAAATACTGGTATGACAATTATGTTTTATTAAATTGTAGAT +ATAGAACACAAGTTGAATACAAAAGAATTATAGATACTAATATTATTCCATATTTAGGTG +GCTATTATTTGAAAGACATATCTCCTGCTAAAGTTAAGGAATTTCTTGACCAACATTATT +TAAGAGATATAAGTAAGAAAACCATGGAAGGAATTTTTAATGTCATAAAATATTCACTTG +ATATGGCTGTATTTCCATATGAGTTAATAAAAGAAAATCCATGTAAATATATTAAGCTTA +AATATAAATTTAAACCACCTAAAACTAATAGAATAACAATAGATGATGCTAAAAATATAT +TAAACTACTTAAAGGAAAATTATAGATTTAGTTATTACATTCCTTTTTTAATAATGTACA +ACACAGGTGTTAGAAAGAGTGAATGCTTTGGTTTACAATGGGATGATATTGATATAGAAA +ATAAAGTTATGCATATCCATCATCAATCATTATATAAAGATGGTAAGATGTTATTAGTTG +AGTGCAAAACGCCATCTTCAGTTGGCGATATATTACTGGGTGACACCTTAATTAATGAAT +TAATGTTATATAAGGAAATTATGATTGATAAAAATCCTAATAACTCATTTGTATGTCTTA +ATACAGAAATGTCGCCAATTACTAATTCAAACTTTGGATGGATTTGTAGAAAGATCTATA +ATACAATTAATATACGTGTATCAGCTCATAGTTTCAGATATTTACATGGCCAAGTATTAC +TAGAAAATAAAGCATCTATTAAGGCTATACAGGGTCGCTTAAGACATGCAAATGTAAAAA +CAACATTACAAACATATTTAAAATCTAGTAATAAACTAGAGGAAATAGCAGTTAATATTT +GGGAAGATGTGCTATAATAAATACACCACCATAAAATTAATTATGGTGGCAATATGATGA +CAACTTCATATTAAATTGAATGCTGACGTAAAATTAGATATCTATAACTAAGCTGTTTTT +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNTAATATAAGTCATAAAGATTATACTATTCATATTGATTTTATAATTAATT +TATTATCTTATATATTATTAGCTAAGTTCATGTTTTTAGCTACATAATTTACTAAATCTA +CTGTTCTTGTTGAATATCCCCATTCATTATCATACCAAGAAACTACTTTTACCATATTTT +TATCTATTACCATAGTTGATAAAGCATCAATTATAGAAGATCTACTATCACCTCTGTAAT +CTATTGATACTAAAGGTTTATCACAATATCCTAAAATTCCATTTAATTTACCTTTTGAAG +CTTCTTTTAACACATTATTTACTTCTTCTAAAGTAACATCTTTCTTTAACTCACAAACAA +GGTCTACCATAGATACTGTTGGAGTAGGAACTCTTACTGAGAAACCATTTAATTTACCTT +CTAATTGTGGCAATACTTTAGATACAGCTTTTGCTGCTCCTGTTGTAGTTGGTATCATAG +ACTCTGCAGCAGCTCTTGCTCTTCTTAAGTCTTTATGATTCTTATCTAGTATCCTTTGAT +CATTAGTATAAGCATGAATAGTAGTCATTAATCCTTTTTCTATACCAAATTTTTCATCTA +ATACCTTTGCCATTGGTGCTAAGCAATTTGTAGTACAAGAAGCATTTGATATTATATTAT +GTTTTTCATTATCATAATCATCTTCATTGACACCCATAACTATAGTTATATCTTCACCTT +TTCCTGGTGCTGTTATAATTACTTTCTTAGCACCTGCTTTAATATGTTTACTAGCTTTTT +CTTTTTGAGTGAATAATCCTGTAGATTCTATAACTACATCTACACCTAATTCCTTCCAAG +GTATTTCTTCTGGATCATTGTGTCTAAGTATTTTGATTTCATTAGAATTTATTTTTATTG +TATTTTCATCTTTAACTTCAACATTACCCTTAAATATTCCATAGCAAGAATCATATGTAA +ATAAATGTGCTAATGTCTCTGCTTCTGCTCTAGCATTTATTGCAACAATTTCTATATCCT +TATCAAGTCTCTCTTGAGCAATTCTTAAAACATTTCTTCCAATTCTTCCAAAGCCATTAA +TACCTACTTTTAACATTTATTAAACACCCCTAATACTATATTTTTGTATAATTATTGTAT +ACTATATTGATATTGTATATCATATTTATCTTATTTACAATACTTTATTTTGTATATTTT +TTATATTTATGACAAACTAATAATGCATTAAGATGTTAATATGCAACAAGAATAATATAT +AGTATACACTTTTTCAGTACAAACTCTCTTAAAATATATTCTACTGTTATTGCTATTAAA +AAACAATTTAAACTTCTCTTTACTATACTTACTTATGTAATTTAATATAAATATATGATA +GTTTTTCTAAATTATTTTGTATTCTTTTATATTTTTATTTATTATATACAAGTGATGTTT +TTGATTTTTTGATTTAAACAAAATTATATTGGTATAAATAGAAATATTATTAAAAAGAGG +TGACTTAATATGATAACTATAATTTCTCCAACTACTACTATGAATTTTGATAAAAACATA +AATTTAAATATATACTCAGAACCTTATTTTTCAGATGAATCTAATTACTTAATGAGTTTA +TTAAAATCATTAAACTTATCTGAAGTTAAAAGCCTTATGAACTTAAGTGACGACTTAGCA +ACTTTAAACTTAAGTCGATATAAAAATCATGGTTCAAGTACTAATCCTAAATGCCAAAGT +ATATTAGCTTTTGATGGTGAGGTATTTAGCTGTATGAATACTTCTGATTTTACAGATGAT +GACTTTACCTTTACAAATAATCACGTTAGAATTCTTTCTGGATTATATGGTGTATTATCT +CCACTTGATTTAATTGAACCTTATAGATTAGAAATGAAGGCTAAACTTGTAAATAATGAA +GGTAGTAATTTATATAAATTTTGGAAGCCTAAGATAACGAATTTCCTTGCTCAAGAATTA +TCTACACATGATAATAAGATATTATTGAATCTAGCATCATCTGAGTATGTGAAAGCTATC +GATTTAAAAATATTAGGTAATTCATGTAAATTCGTCAATGTTGAGTTTAAAGAGTACAAT +GATAAAACAGATAAATTTAGAGTTATAGGTATGTATTCAAAGCAAGCTAGGGGACATATG +GCTAGATTTATTATAAAAAATAAAATAGATAATTTAGAAGATCTGAAATCATTTAATTTA +AATGGTTACAAATATAACGAGAATCTATCTAGTGATACAGATTTTATTTTTACTAGATAA +AAAATTAATAGGTTCTCAAAATATGCTAATCTAATATTTTGAGAACCTATATATATTTTA +ATTTATTTTTATTAATTTATTTACTTGGCTACAGTATCCTTTATTTTGTATTTCTGATAA +TATATCATTTATTTCAAATTCAGAATTAGCATATACTAATACAGCAAGTTCTTCATCTTC +ATTTAATATATCATAATTACTTACTTTTTCTTTTAATACATTAAATATTTCATCCTTATG +ATTACTTTCAAATCTAAGAAGAGCACTACAATTTTCATCTAAAACTTTATTTACATCTAC +TTTTTCTTTAGTAAATGAATCTATTGAAGAAATCCTATTATTTAAAATATCCATTACATC +ACCATATACTGCACTACCAGTAGCAAGCTTTCCTGCACCCTTTCCTACAAAAGATACTTC +TCCAACAGAGTCTCCATTTAAAACTACGGCATTAAATTCATTTTCTATATTTGCCAGTAT +ACTATTAGAACCTACTAATACAGGTCTTACAAAACCACTGACTTTATTATCTTCATACTT +ACTTTGTCCAACTAATTTTATCTTACAGTTTAGCTTTTTAGCATATTCAATGTCTTTTTC +ATCAATATTAGTTATTCCTTCTAAGTATAAATCTTTCCAATATACTCTATTATCATAAGC +CAATGTAGATAAAATCGATAACTTTCTAGCAGCATCATATCCTAATACATCTGAATCTGG +ATTGGCTTCTGCAAATCCTAATTTTTGTGCTTGTTTTAATGCTTCTTTATAAGATAAACC +TTCATTATGCATTTTTGATAATATAAAATTTGTTGTTCCATTTAATATTGCACATATACT +ATTTATATTATTACCTTCTAAAGATTCTATTAATGGCTTAAGTACTGGTATACCTCCACC +AACTGAAGCTTCAAATTTTATACTTACATTATTATCTTTTGCTAGTTTTACTAACTCATC +CCCATGCTCAGCTAATAAGTCCTTATTTGCAGTAACTACGTTGATTTTACTATTTAAAGC +TCTTTTGATATATTCTAAAGAAGGATGCAAACCTCCTATTACTTCTACTAGAACATCTAA +ATTCTTACTAAATATTTCTTCTATATCTGTAGTTAATTTATCATAATGATTTATCCCTTC +ATATTTACTTTTATCTCTTACTAATATACTAACTATCTCAATATCCTTTTTATTTTTATT +TTTATCTATAATGTCTATTAAACCACTACCTACTGTCCCATAACCCAATATACCTATTCT +CATTTTTTTACCTCCATTTTTTATTTTTATATAAAAACAGACACCTACCTATACAACAGG +ACGACTCTGTTCGTACTTCAAGCTAAATTAGTTTTTGTATACAAAAAAACTCCCATCCTT +AAACATAAGAACGAGAGTATATTCCCGCGGTTCCACCTAATTTAATCCATAATAAGATTC +ACTTAAAACTTTAACGCAGTAAACGTCTATTCTTACTAAAACCTAAATTATAACTTCAGA +TAGCAGCTCCTAGGTAGTTTTCAATTCATCTAATTAAGAAAGCCTTTCAGCCTTCCTCTC +TGATAACCGAATTAAATTTACTCTTCCTATTCATCACTTTTTATTGATAATATATTTTTT +GTATTTTTCAAATAATATATCCATATATCTCAATATTATTTATCCATTTGAGAAATTTTG +CTTATTATTTTTTATTATATTCTATTTTATATTTAAATTCATTATTTTAATTTATTTTTA +TATAATTAATAATTTTTAAATACTTTTCTCTTTATCTTAGTAGTATATTTTACATTCTTT +CTATAAAAAATCTTTGCATTAACTTCCGAACCAATTAATATAGCCCAGCTACTTAAATAA +ATCCAAGTCATTAATATGATTATCCCACCTATACTCCCATAAATAACTTCATAATTAGCA +TAGTGGTTTGCATAATAAGAATAAACATATGATATTAAAAACCAAGATAAAGTCGCTACT +ATAGCACCTGGTATAGAATCAACTACTTTTATTTTTTTATTTGGTGTGTATATATATAAA +CTTAATAATATTACAACTATAGTAATTACTCCTATTAAATTTCTCCATACATTCCATATA +TTTATTAATACTTTATCTACTCCTATAATCTCTAATAAAAAGTGTCCCAGTTTTTCTCCA +AATACTAAAAATATCATAGAAGAAAAAATCAAAAACAAAAGCATAATAGTAAATATCATA +GCTATCTTAAATACTTTAATAAAAGATCTAGTTTCTTGAATATTATAAGATTTATTAATT +CCTTTAATTAATGCTCTAACAGCTCTTGAAGATGTCCACATAGTCAGAAAAAAACTTGTA +ACTCCTAAACTAATACTTCTATTCTCTATTGCTGATTGTATTATAGAATTAGCTATATTA +AAAGCTGCTTCTGGCATTATATTTTGTAATAAATATATGTATCTATTAATATGTATTATG +GGTATATAAACTACAATACTTATCGTAAATAATATGAAAGGAAATAAGGATAGTAATAAA +TAAAATGATACCTCTGCAGCCCTTGAATTTATCTCTCCATATCGTGATGTCCTTATAATT +TTAATAATTTTTTCTTTATTTAACTCTAACATTCTTTTATCCTATCCACCTCCTCATTCT +ATACTAATATAATATTTAATTAATATGAATAAAATACACAAATATTTTTGCGTTAAAATT +ACACTGCCACAAATTATGCTAAAAAAATAAAGGGCTAACATACAAATTCAATTCACTTTG +TAGCATTTTAGCTACTTAGTTATAAATTAATACATCAGCCCTATCATCTTATTTTAAATT +GTATTTATATTTCTTATACAGTTTGTAAGTCCATTACATTACTTAGTATTTTATCTAAAC +TATTTTTTATTCCGTCTAGTTTAGCATTAGCTTCTTCTTCATCTTTCCCTTTTACAGCTA +TATAGAATTTAAGCTTAGGTTCTGTTCCTGAAGGTCTAACTGCTATCCAAGATTCATCTT +CTAAGAAATATTTTAAAACATCTGCCTTAGGAAGATTATCAATTCCTTCTTTATAGTCTT +TTAATTCAACTACTTTAATATCATTTATTGCTTCAATATTAGTATTTCTAAAGTAGCTTA +TTATTTCTTGTATTTTTGCAAGTCCTTCTATTCCTTTTAATGTTATTGATATAGTCTTTT +CTTTAAAGAATGAGTATTTCTTATATAATTCTAATAATCCTTCATATAAACTCATACCTT +TTGAATAGTAGTAAGCTGCCATCTCAGCTATTAATAATGATGCTACAACACCATCTTTAT +CTCTAGCATGAGTTCCTACAAGATATCCATAACTTTCTTCATATCCAAATAAATAAGTGT +TTTTATTAGTTTCTTCAAAAGATTTTATTTTTTCACCTATAAATTTAAATCCTGTAAGTA +CATTTAATACATCTATGTTATTAGCTTTTGCTATGTCTGCACCAAATTCTGATGTAACTA +TAGTTTTAATAAGAACTGAATCTTCTCTTAATTTGTTATTTTCTTTTAATCCTTCTATTA +TATAGTTAGTTAAAAGTCCACCTATTTGGTTACCTGTTAAAAGTGCATATTCTCCACTTA +CAGTTTTTACAGCTACTCCAACTCTATCACAGTCAGGGTCAGTTGCTATTACAAGATCTG +AACCACTTGTTTTTGCAAGTGCTATACCTCTTGTTAAAGCTTTTTCTTCTTCTGGATTAG +GATATTCTATTCCTGCAAAGTTAGGATCTGGCATTTCCTCTTCTGGTACTATTAATACAT +TTTCAAATCCAACTTCATTTAAAGCTCTTTTTATAGGTATATTTCCTGTTCCACATAAAG +GAGTGTAAACTATTTTAAATTCTTTTCCTACTTTTTCTATAACATCTTTTCTAATTGATT +GTGTTTTTACAGCTTCAATAAAAGCAGTATCTTGTTCTTCACCTAGCATCACAACTAAGT +TTTTATTTTCTTCAGTTATAGTAGGTATTTTACTGTAATCTTCTATACTATTAATTTCAT +CAGTTATAGCATTTGCTATTTCTGGCATAACTTGTGCTCCATCTTCCCAGTATACTTTAT +ATCCATTGTATTCTGGTGGATTATGACTTGCTGTTATAACTATACCAGCTATAGTATTTA +GCTTTCTTACTGCGAAAGATAATTCTGGAGTAGTTCTTAATCCATCAAATATGTATGCTT +TTATTCCACATGCAGCTAATGTATTAGCTGTTTCTATACAAAATTCTCTAGACATACATC +TATTATCATGTGCAATTACAACACCTCTGTTTTTTTCTTCTTCTGTTGTGTTTTTTATTA +TGTAATTAGCAAGCCCAAATGTTGCTCTTCTTACAGTATATTTATTTATTCTATTTGTAC +CTGCTGCTATTATTCCCCTAAGTCCTGCTGTCCCAAATTCTAAATTCTTATAGAATCTAT +CTTCTATTTCTTTCTCATTGTCTTTAATAGAATTTAGTTCCTCTTTTGTTTCTCCATCAA +AATAAGGATTATTTAACCATGTTTCGTAGTTGTTTTTGTATCCCATTTAATTTCTCCTTT +TAAATCTAAATCTTTTAGTATATTTTATAAATACATATTTTAATAATAATATAGTTTATA +ATTTTAGTAAAGCAAATCTGTTAATTTATGTATATGTCTATAGTCCTTCTACCCCACTTA +TAACACTCCGATTCACTGTTCATAAATATATCAATAATATTACCTTTAATTGCCCCACCA +CAATCCTCAGCAATAAAAGTTTTATTGAATTGAGGTATATAAACTTTAGATCCATAAGGA +ATAACTCTAGGATCTACTGCTATAGTTCCCCATTTTGGCACTGTACCTGTAGATGTAATA +GAATCTCCTGCATAAGCTGTTGCTTGAACTACCATATGTTTTCCATTTTTTGAAGCACTA +TTTGAAGTACTACTTGTTTTACTTTCAGAAGAACTACTATTTCTTGATGTAGTTGATCTT +GATGCTACAACTACTTCTTCTTTAATACCTTTTTTTACTATTTTATCAACTGGTTCTTGC +GATATTTTTTCACATTCTAAAGCTTTTTTAACTAACTTACCATCATAATATGTAAGATTA +TAAGTTATTTCTTTTTCTCCTGATTTCCCCTCTTGAGTTACCTTTGTTTTTCCTTTTAGC +AAATCATTGTCATCTATTAATTTTACTGAGTATGGTATATCCTCCTTTTCAGTTACTTGC +GATTGAGTTACCTCGACTACCTTAATTTCCATATAATCCTTTAATTCTGAACTTAAACTT +GGAGTTATTATGTCATCATCATCATACTGAATTTCATTTTCACTAAGTAGTTCTCTTACA +GTTTTCTTAAATGAAGATATTTTTATTTCTTCACCTTTTACTATTAAAGATATTTGTTCT +TTTTTTAATGTCCAATATCCTCCTAAAAAAACTGCTATTGATAGTGACGTAGCTAAAAAT +AGTACAATTATTTTTTTCTCTTTAATTTTCATAATTATCCCCCTATTTATAATCCTATAA +AGTTTTTATAAATTTAAATGTTCTATATAAAAGTTATATTATATGCTTTTTAAGATTATG +TAACTAAATTGTAACTATTCGTTTCTAGATTGTCAATTGACATATTTGTCAAAAGGTGCT +TATTAGCTATTTGCAATGTATGCAGTGATATTTTTTTTTACTTTTTTCACATTTCTTTTT +CTTGAATATTATTTTTTTAATTAATTTGTAATAATACGAAATATTTTAGTTTTACAGTAT +AATATATAATTTTTTTAATTAATTTATTTAAAATCATATTTATAAATGCAACAAAAAAGA +GTTACTTTTAAATTTAATAATCTAAAAGCAACTCTTTTCAATATAAATATCTAAGCTATT +TCTCCACTATTCTTTTTCTTATTTTCATTACCATTGAAGACATCTTTGTCTAATTTACCT +AAAGACTTTCCAACTGCTATAGCTGTTGTACTAGCTCCATTTACATTTATCATAGTACGT +CCCATATCTAATATCGGATCTATTGCTATTATGCCAGCAGCTAGTGGGAAATGAGCGCCT +AAGCCAACACCTGATAAAACTACTGAAACAGCCATTGTTGCTGTACCAGGAAGGCCAGCT +ATTCCAAGAGAACTTATTGTTATAAGCATCTTATATGCTCATTATTGTTGCTTTATACTA +GGGTTTATTAGATATAAGTTATAGCATGATGATGTTTAATGGTGTCATAATGGATACAAA +ATCTTTTGGTGACGTCAACAAATTCAATTTAATATGTTTTGCATCAAAACATGTTAAGGA +GATAATAAAATGAAAAATAATAATGGTAAATTTAGAAAGAAAAAAATATACTTCACTCAA +GTTAGTAATTATGCACTAAGAGATAAGTTCTTATCGTTTAGTGCCAAGGGACTTTACTCT +TTAATACAAAGTTACATAACTATACCAGATTTTGATTTATACAAAAGTTTCTTAATGGAG +ATTTCAGAAGAAGGTAGAACTGCATTTGATAGAACATGGAAAGAGTTACAAGAATTAGGA +TACTTAAAAGTATACAAAATGAAAGATGAAGAGACAGGTACTTTCTACTACGAATATGAA +TTATTAGATGAATCAGAGTTAAATGACGATGATAGGTTTAATAAGGCTAAAGAAATAAAG +AAAAATGTTTATAAAACTGTAAACAATGGTTTTAAAAAGAAGGGTACTATAGTTTCTGTA +AATGGAAATAGTCCAGATACACAGACTGTGAATGTAGATAAAAACGTTGAAAAAACACCA +ATTACACAGACTATGCACATGGATAAATCCATAGATACAGACTGTAACTCTGGAGACTGT +GACTCTATAATAATACTTAATAATAATACTTATTCAGTAGTTGTAGAAGAACATCATGAA +CAAGAAGAGTCAATAGATAAAAACATTAATGTAACAATAGTAGAAACTAAGTGCAAACTT +AAAAGAAAGTTAACTGATACGCAAAAAGAATTTGTGTCTACTTGTAATACAGATAAACTA +TTAAAATCTATAGAAATTGCTAATGAAATCAATCCAGAGTCTTATACTTTTGGATATATA +AAAGAGATATATAACAATGATAAAAACTTTATAGAAAAGAAAAAAGCCCCTGTTACTCGC +AATAACAAGGACTTTAACAAATCAAATATACAAAATTATAATAATATTATAGACAATTTT +GAGCCAAAGTACAACCATAAAAATAGATTTAATGCTGGATCTAATAATGACGCTATATTT +AGTTTTGGTAGTGCTGAAGCATTAGAGAAACATTTATTCGAAGTCCAAAGTAAAAAATTT +AATAACCGTAGTATTAAACATGAGTTTAAGAAAACTAGCTTTCATAATTTTAAAGAATCA +TTTACTAAATATTCTCCTGAAGAATTAGATCTTAAAATAAAAGAAAGTCAAAGATTAAAA +TATGGTGAGTAATTTGTTTCATATGATTACTTTTTAGAAATAGTTATAAATTGATATATT +GATACTGGAGTTATCGGGATTATTTTATTAGCTATATTAGTTGATTATGGTATGCTCTTA +TTTAAATAGAAATATAATAAGGACTCCAAAACATTTCGGAGTCCTTATATAAAATAAAAT +ATCGAATTTAAATGAAATTTTATTGTAAAAATTTAACTATATATACTACAAAAAGTGAAT +TAATCTATTTCTATATACTCTTTAAAGATATCAATAATAAAATCTGCACTTTTAGGAGTA +TAATTAGGAGAAATACAAAATGTAATAAAGTCAAAATCTCCATTATATTTTACATCATCA +ATATTTTTTTTAATCTCAAATGGAACTTCAGGCTCTAATATTGAATTATTTAAGTATTTT +TTTTCCATACTAGTTCTATTGTCACCAAATAATTCAAATAATTTTGTTAATTTATATTTA +TTATTATAGGGTAATTGTATTATTCCGCTTGAATCTTGAAAATTTTTCATAATAAATATT +GGATAATCATCACCAAATCCATTTGGATTAGCAACATATGTAAGTTTAGAAATCCATCTA +AAAGCAATTGCAAATAGAAGATAATCACCTATTCCAGGCAAACTATATTCTTCAAATAGA +TTTTCGTAATTTGGAATATTAACCCTTTTATCTACATCTAAACCTAATAAATTTTCAAAA +ATAAAAAATTGAGAAGCAAAACCTAACCCTAAATCAGCATGCGAGTCTACATGTATCACT +TCAAAAGGTGCTCTAAGGGCTTCAATACTTACTAAATCATTCCAATAATATAATGCTTCA +TGGTGATTTTGTACTATTTTACCTTTGATTTTACTGTTTGTTGAAAGTCCCAAGTTATTT +TCAATAAAATCAATAATTTTCTCTTTATTCCAAGGTTTATAATCTTCACTAACTCTACTT +GTACACTCTTGAGGTATGGAATAAGGTACATCTTCTAAAAAATAATCCATATCAATATCT +AAAACCTTCACTCAATTATCCCCCTCATTTAAATTAATTTTATAACTGTATTATACTATA +TAAGGATATAAGATAAGATTAAATTTTGATAAAATCATACTTTTCTTGTGTTTCTTAAAA +TAATCAATCTATTTATTTATAACAATTAAATATAATTTACTATAAAACTAAAATTTTATG +GTAAAAGTGTAACCTTTTTGATGTGATTTTGCATACACTCTATTAACAAGTGAATTAATA +AACGTAGTGTTCTTAAACTTGTTTAAGATATTGGTGAACGACCAGTTAATTGGTTAGAGT +GACCTGGCCATAATCTATGCTTTTTTAATAAAATAGGCCTAACCATTGGAATTACTAGGT +ATGGAGTTTTTACATCCCCAAATTCTGAAAGGTTGATAATCCACTTTTTAAAATAAAAAC +TATCTATATTGTTTATACCAAAAGTTTAAAATCAAATTAATTTACTTTAAAATAGGCTAT +GTTTTAATATAATGTTGATTTTAGAAACTATTTCAATAATAAAAAGTAGGAGCTAATAAA +TTACTTTCTCCTACTTTTGTTCTCAATATATTAATATTGTTCGTTAAATCTATTCACTAA +ATTGGAATTTATTTTTACTCCATCTTATCTTCCTCTTCATCATTTTGATTTTTACTCTTT +AGTCCATCTAATCCAGCTCCAATAGCTACACCAACGCCAATTCCAACAGCTAAATTATCA +AACACTGAACCTAAAACAACCCCTAAACATAGCCCTAATCCTATATAACTTATATTTTTC +ATATCTTTCACCTCTCTTTAGAAATTACTATTTATCTATATGGTATCAACAGTACCTTTG +TTCAACATTATATAACAATTGTGTAACAAATTTTATTATATCATTTTCAACATCACTTTA +AAACATAAACTAAATATAATAAAAACTACCCACTATTAAGCAGGTAGTTTAGCAACAAAT +GCACTATAATTAGCTTCTTCATTTTTAATTAAACATAAGGCGCTATATGTCTCTAAGTCC +TGGAATGCTTGTTCATCATATCCATATTTTTCAAATTGTGTATGAAGTTCTCTATATGCT +TGAATATCTGCTCCTGCTAATAACATATAAGATGCTCCACCAGCTTTGAGTGTCATTCTA +CATTTAGAAGATAATTGACCTAATGCATGTATAGCTACAGTTGATATAAGTTTATATTTT +CTAGCCTCAGCAAATATTATTTCAAATAACAATTGACAATTAGGACATTTATAGAATTCA +TCAAATAGTAGCTCTGTAGTTGGTTGATAATATTCTTTATCTAACAAAATTTTAGCCAAC +CATACTTTGGATAAGTAGAATGTTGCCATTATATTTCTAATCATCTGTGAAGGAAATTCT +TGCTCAGGTATTTCTATTAGAATAACTTTATTATCTCTAATAGCATCAACAAAATTAATA +TTTTCATCGCAAGTTTTATTTAATGCTACTTCAGTATGTGAACTCATTTCTAATAATGCA +GTTCTATCTAATATCCCCTCAATTTTTGAATCTTTAGTACCTTTAACTTTGCCATTTTTA +TCTGTATCATCAAGTTCTTTAAGTTTGTTAATTCTCTTTTCTAACAACTTAGATAATTCA +GGACTTAATAGATCTATAAAATTATGTCTAGTTTCATGATACTCTAAACACTCTAATACA +TCTGATAAACTAGCATTATGCTTAGAACTATAGACAACTGCACCTGCTGCAAATAAAAAC +TTTATCATTCTACTAGATAATTTGCTATTATCATCATTTATTGCATCTATTAATACTTGT +AGCTGTTGTGTACGTTGAATTGCATTAGATACTATTTGATAAGGTGTCATATTCTCATTA +ATAGGTATTTCATTATATACATATGCTTGAATATCATCAAAGTTATTACAACGTATTCTA +ACAAGCTTATCTTTAGGAGTTTTATTAGCTATAGATTTAGATAATTTACAATCTCCTATA +ATATCAATAACAACTACTCCATTACCTAACTCAATTGCATTGTGAGCCATTTTCATCATC +TTATATGACTTCCCACTACCTTTAGAACCTATTAAAACTCTTTCTAAATTTTGAAACTCT +TTGTGCATACTAAAATATGCCTTATACACTTCTTCTTTATAATTAACTAATCCTATAAAC +ATATCACCATTTTGTAAACATTTAGGAACTGGATTATCGATAATTTTATTATGTTCTATC +ATATTATATTGTTCAATTAATTCACGTCCTGGTAATGATATAAAGCTTTGACACTCTTCT +ACTGTAGTTTTATTTATAGACACATTATTTATAATAGGTCGCATTATATCAATATCTTTC +TTAATTTCTTTATATGTTAATTCATTATCTTCAGATATACTCTTAAAACTGTTGCATAAA +CTTATACCTAAATCTTTCTCCTTCTTTTTGTCCTTACTTTTTGAAATAACTAAAGTTTGG +CTTTTACAAATTGATTTATTAGCTTTTCTTTTCGTACTATTTGATATATCTTTCTTAGCA +CAAACAAATATCTCTCTATTTGCTCTTTTTTCCTTTTGTATGCTGCCTAAAAAATCTTCA +ATATATTCTATTAAAAATTTAAGTGCTATTGATCCAAAGTCTAATATTGTTTTACTTTTC +TTTAATGTATATCCATCCTTATACTTACTAATATTTTCTTTGTAAGTTTTTTTAAAATAA +TTATTTTCACGCTCACCGGTTGGAATAAAATTGTATAGAATACCGACTACATCACCATTT +TCTAATATATCTACTATAGCCATATTGGCATTCAAGAGATCATTATTTCTCTTATCTACA +TTAAGACTAAGGACATCATCTTGAGTATAATTTAGTTGATATTTGCTACAAGTATTAATA +TCAATTGGAATTTTGTCTACCTCTTTAACCTCAATGTATTTCCATGTCTCTTTAAACTTA +GTTCTAAACTTCATTGAGTGTATCTTAGGTATTATAAAAAAATCCCCTAAAGGGGACCTT +GAGTGGCTAATGCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACA +ATTAGGACATATCAAAATTGGCATGCCTTCGGCTTTATGGTACTCTATTGTTCCATCTTC +>MGYG000000001_27 +ATCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCACAAGAC +CATTTTTTATAATACCTTAGTATATAAAAAATAGAATCTATAAAGATATACTGTAATAAG +TATATTCAATATAGATTCTATATTAATATTAAATAATTAGCTATTAATATCTTGTATCTA +ATAATCCACAGTAAGCATCAACTGGACTTACACCTTTAAATTCAGAACGCCCTAACATCT +TTTCAACTAATGCTTTTAAAGTTATGTCTTTATTGTCATAAGTATTGATGTAAGTTTTAA +CTTGAGGTACATCCGCTAAGTGGAATGGACACTGTACTGATACAAATATAGTAGGTACTT +CATTTACATAGAATGGTATATCAGGAGTACCTTTACTTGCTGGCCATTGTATACGTTGAT +CTGTGTTTGGATTAACAACAGCAACATTTATTATTAAGTCATAGTTATCAGTTAAATCAG +ATATAGGTCTCCTAGCCGCATATATACTTCCTATAGCTTTTCTTCTTTCTTCAGTCGGAA +GACTCATTATTTTTTCAATTGGTGATTCCCATATGCTAACTTCAAATCCTTCTTCTTCTA +ATTGAGCTTTTAATATTTCAGTTGGCTTAGGTCCTTGAGCACCTATTAATGCACCAAATC +CGCCTTCAGTTCCTTTTACATCAACAAGTAAAACTCTTTTATGTTTTTCAACAGATATTG +GGAATATATCTTCATTGTTTTTAACTAGAGTTATAGCTTTATCAGCAACTTCAGTAGCTA +TTGCTACGTTTTCTGGTAAACCTATTTTAGCCATAGCTTCTTCTTTAGGTTGTAATATTT +CTGTTTTAGCTTTTTTATGAAGACCTAAAGCAGCTTTTGTTCCTAATATTCTAGTTAAAG +CTTCTTCTAATCTTTCATCAGTTATTATTCCATTTTTGTATCCTTCTAACATCCAAGCGA +AGTCTTCATCTGGATCATTGAAGAATAAGAATAAGTCACTACCTGCAGCTATTGCAGTTG +GTAACATTTCACTACGCTTCATAGCTGAAGTCATTGCTACCATGTGAGAAGCATCAGTTA +CAACTAAACCATTGAAGTTCATTTTTCCACGTAATAAATCAGTTAATATGTATTTATTTA +ATGTAGCAGGTAATATTTGCTCTTGTACTGTAGCTTCTGGATTAAAGTGACGAACATAAC +TTGGTAAAGATATATGTCCTGCCATTATTGATGGAAGACCAGCTTCAAATAATCCACCGT +AAACCTTACCAAATGTTTCATCCCACTCTTCTACTGATAAGTGATTTGGAGCAAATGATA +AATGTTGGTCTCTTTCATCAATACCATCCCCTGGGAAATGCTTTGCCGCAGGAGCAATAC +CGCTTTCCATGATTCCTCTCATGTATTCTAAAGATAATTCTAAAGTTTGGTCTACATCTT +CAGACCAAGTACGAGTTGATATTATTGGATTTCTCCAGTTTCTGTTTATATCAACGATTG +GAGCGAAACTCCAGTTACATCCTATAGCAGATGCTTCTACACCTGATACTCTCCCCATTT +CATAAGCATATCTTTTATCATTTGTCGCTGCTATTTTAACTTCATTTCCTATATATGTAC +CATCTACACAAGCACCGTTACCACCTGATTCAGTGTTAGCTGCTATTAATAAAGGTATTT +TACTGTTTTCTTGTAATATTCTATTTTGTTCATATACTTCTTCTGCTGTACCAGGATTAT +AACGAACACCAGCTATGTGATAGTTGTCTAACACACCTTTTAAGTATTCTTCATCACGGC +TAGCACCCATGTTTATAAATAATTGTCCTATTTTTTCTTCTATTGTCATATTTGCAATAG +TGTCTTGTACCCATTTTACGCCTTCATCATCAAGATTATAAGGTTTTATTCTTAAATTAA +CCATATATATCCCCCCTATATTCAGTGTCATTTAGTATCTATAATAAATTTATCATACTT +TAATTAATTATACAAGTATACAAGTATTATTCATTTGGAATATTTATAATTTTTTATATA +TCCTATTTTAATTGTTACTCATGCACAAACCGTGTAAGTTATAATTTCCTTGTAATAAAA +AAATCTTAGGCTTATAAACCTAAGGATTTTTTTATTGTTCAATATTTTTTATGATTATTT +AATCAAGCAGCAAAATAACTTTGAATAAAGTTCTATTGTTATCACTTTTGACTAAAATTC +GTCCTCCATGAGCTTCTATTAAATCTTTTGTAATAGCAAGTCCTAAAGCAGAACCACCAT +CATTTCTATTTCTTGATTTTTCACTCTATAGAACCTATCAAAGATAAATGGTATATCTGA +TTGTGGTATTGGCTCTCTATAGTTGATTACTTCCACTACTGCTCTATTACTTTCTTTTCT +AGTAGCAATATCAACGTATTTTCCGTCATTGCCATATGTCATTGCATTGTTAATTAAGTT +TTCTAATACTCTTACAAGTTTATCTAGATCTGCATTTACTACTAGTTTATCTTCAGAGAA +ATTAGCTCTTATTTCCATATTTGATTAATTTAATTGATAATTTAAATATGATATTACTTG +GGATACTAATTCCACTAAGTTGATATCAATTTTATTGAGTGGTAATGAATTATTTTGTAG +TTTAGTTAGTTCAAATAGATCATTTATAAGTATATTTAAATCCTTCGATTTCTCATAAGC +TATATTTGTATAATATCTAAGTTGTACTTCATCTTTGTATTTATCTTCTTCTATTAAATT +AAGATATCCTATTATAGATGAATCTTAACCATTTTCCTTCTTCAGTTATCCCTATCATCA +TAAGGTTGTATTTTTCTTTATCTATATTATCTATAACTGCAGATGCAGATTTTAAAGATA +CTCCATATTCATTTGATTTTCCGCCAAATATTATTAATACATTTTTCATTTTTATATTCT +CCTTAGTTTTTAATTATTTAAGTTTTCTTAAGTTGTATAAGATAACAAAAAAAGGTAGAT +ATTCAAAGCATTAATATTGCTTTAAATATCTACCTTTTATAATTTTAATATTATTAATTA +TTTACACTGCAATTTCTACTGATTTTTCTCTATGAGACTTAATTTCTTTACTTATTAAAA +TAAATGTAACTACGAAAGAAATAACATCTGCTATTGGTTGAGCAAACCAAACACCATTTA +AGCCAAATAATCTTGGTAAAACAAGCATCATTGGTACCAATAAAATTACTTGTCTTAGTA +AACCTAAAAACATAGCTTGTTTTGCATTACCAATAGATTGGATATAATTTGAACCTATCA +TTGACATTCCTATTAATGGCATCATAAATAAGTATTTTCTAATTCCATCTACTGAAATAC +TAACTAGTTGTGCATCGCTATTAAACATTTTTACTATTGGCTCTGGTGTAAATTGAACAA +CTAACCATCCTAAAGTTAAGCCAATTGTAGCTGCTGTTACTGCTAGTTTTAAAGTTTTCT +CAACTCTATCATATTTCTTACACCCATAATTAAATCCGATTATAGGTTGTGCACCTTGGC +TTATACCTATTATTGGCATACCTACGATTGTAATTATTGAGTTTATAGTGGCCATTGCCC +CTATCGCTAAATCTCCACCATGAGTTTTAAGTGCATTATTACATATTATCTGAACACAGC +TTGCTGCTAATTGCATAGCAAAAGGAGCTGCACCTATTGAGAATATCGTAATAACTAAAG +ATTTATCTAGTTCTAAGCTTTCTTTTCTAAACTTTAAATTTGCTTTTCCTTTTAAGAAAT +ACGATAATCCCCACATAGCTGTTATAAATTGAGAAGTAATAGTGGCGATTGCTGCACCTT +GTATTCCCATATTAAATACAAATATAAATAAAGCATCTAAGATTATATTTGTAACACATC +CAACAACCATTATTGTCGCTGAAAGCTTTGGATTTCCGTCTCCTCTTATAATATGATTAA +AAGCAAATGCTATTAAGTTAAATACGCTTCCTAATAATATTATATTTATATATGATTTCG +CATAATATAAACTATCTACACTAGCACCAAATAATTGTAATATTTGGTCTGCAAATATCA +ATCCTATTGTTGTTATTAATAATCCAACTATAATTGCTAAAACAATAGCATTTCCTACAA +GCTTTTCAGCTTCATCTTTTTTACCTTGACCTAGCTTTATAGATATATTCGTAGTAGTAC +CTATACCTATAAGCATACCGAATGCTAATATTATAGTCATTATAGGTAATGTAACACCTA +AACCTGTAATCGCTAATGGACCAACTCCTGGTATGTTTCCTATAAAGATTCTATCTACTA +CATTATATAATCCGTTTACAACCATTCCTATAATTGCTGGAAACGAGTACTTTAGTAGAA +GTTTGCCTATAGGCTCTGTTCCTAAGATTTCTTGATTCTTATTCATAAATTCCCCCCTAT +TTAATTTTTATATATACAATTATTTAAATACAAACTAGTTGCTATACAACTATACTAATA +TTATTTAACTTTTACACATAATGTATTATATATTTTTTTAGTTGTCTTTGCAACTATTTT +TTTAGAAGTTAATATGAAAATTGCTTAATTAAAAATGGAATTTCTAAAAGTATTTCTAGA +AATTCCATTTTAGATAAATTTATTATAGCATTGGTGCTTGGTTATTCATTGAATATCCAT +CAGTCCTAACGTCACTCATATCAAGTTTATCTTCTTTTATTATAACCTTGCTAAGTTTTT +TAACTGCTCCATAAGGTTCTTTTACTGATAGTTTATCTCCTCTTCCAGACATAACCCATA +AAACCTTATATCCTCTAGGGACTACGCTTAATCTACTTTCCCCTTCACCATCTGTAAAGT +ACACTAACAAGTTAATCTTTCTATTATTAGCATACTCAAATACTGGGCTAAATTTTGTTC +CTCCACGTATATTAATTCTATCTTTAACATCTTTTATTGATTTTACCTTATATGTTCTTC +TTATTTCATTATCACATTCTATAATAGTAATTTCATGATTATAATTTTTCACAATACTTA +ATACTTCTTTAATAGCTTGTTTAAATTCTTCATCACTAATACTTCCACTTATATCTATTG +CAACAGCAACTTCAGCTTTATGATTTCTTAGTTCTCCTCTTAAATCTAATCTGTGTGGCT +GTCTTCTATTTCTTCTTGTTATAGTCTTCTTTTTATTACTTTCTACTGTTCCCATTAACT +TTTTTAGATATAAGTTCCAAGGAAGTTCTCCCTTATTATTTTTAAGTGATGCTATTAAAT +CATTTAAATATGATGGATTCTTACCTTTATTTGATTGATTAACAAATTTTTCTGTAAACT +CTTTTAGTGTTTTTTCATCAATCTCATCTGAATCTTCCCAAATATCATGAGTTTTCTCTG +GGTCATAATCCGTTGCTATACTTTCATTATTATTAGCATCATTTTCTTCGCCATCTTCAT +CTTCTTCTTGTAAATCTAACTCTGTTTGAATTTTATCAACATAGTATTCAAAAGTTTCAT +AAGGCTCAAGCTTTAAAGAATAATTAACATTTACCCACTCTAAGGTAGTAGCATATGGTG +GAAGGTTATCTAAATATTTATTTACTACTATATCCATTGCCATGTTAATAGCTAATGTAC +TGTATCTACTATTCAAATCTTTTGCTCTTAATAAATGTTGTGATATTATATGAAGAATTT +CATGTTTGATGCTAGTTTCCATTTGTCTTCTATTGAGCTGTAAGAAAATTAATGGATTAA +AGTATATAACATATTTAGCATCTTTAAAATTTACAGCAGTTGGACTACTTATATCAAATC +TTATATCTCTTGACATTTGAAATAAGAAGTATCCATAAAAGTTATCATTATCTTCCATTA +AACTTAAATTAACTTTATCTATAAGTTTAAAAAATTTACTTTTATAATCTTTTTGTATAT +CTATTTCAAACTTTTCACTATTTTTATTTGCTTTTACCATAGTAGCAGTATTAATAATTT +CATTTGCATTTATAAAAAGTTCTTCTACTTGTTTGTTAAAATTATTTTCCATAAATTAGC +CCCTTATTGAACTATAAGACTCAAAGTAAGCTTCTACAAATTCTTCATTTTTAATAGCTA +CATTATACACTTTAGCATAAGTATTTTTCATATCCTTCATAATGCCTACCATTAAATCTA +TTGGATATGTTTTTAAGAACTTTACAAATCTATTTATATAAAAACTACTATCGTAATTCT +CATCATTTATATTTACTTCTAATGTTTTTAGTATATTCATTGCAGATAAATAAAGTCTTG +TATGGGTTTCGTTATTTACTTTTTCTACAACACTTTCATTTAAAATATCTCCTGAGAATA +CATCTTCAAAAGATATTAATGGACTGTGATTTGATTCAACAAAACTTATAAACTCTTCTG +CAATAATCTTACCTACATTACCTTTTATAACATTTAAAAATACTGCTCTTGGAATTATAT +CCATTTTATTTTTATATTCTTTATAAACCTTAGATACTCTTTCATAACTTCTAGGTGTTG +CTCTTACATCATCTTCATTCACCTTGTGTAAATATTCAGGGAATGTAGATATAAACTCTA +TAACCTTTTGTTCAATTCCAGCATCTATAGCCCAACTTAACCATTGTGTATAATCCGGCT +CCATATTTAACCAAACAAATCTATTTTCTTGTGCAGCATCCATATCTACAACTTGATAAT +CAAAATCTGAACCATATTTACTTGATGGGTTCATTGCAGCTAATATTTTTACATCATCAT +GTAATTTGTATCCATTTATTTCTCTATTTAATATTAAGTTCATAAGTTCTTGTTGTACTG +TATGTTCACAACGATTTATCTCATCTATAAATAAAAGAACACTATTTCCTTTAGATATTT +CTTCATCAATTTCTCTTAATTTATTGTGAACAGCATATACGGTTGCTTTCTTTTCTATTT +TATCTCCATTAGAGTTAGTAGTTACATAAGATTCTATAGTTGGAAGTCCTCCTATTTCAC +CTTCTTTAAGTAAGTTACCATCTATTACTATTAAACTCCAATTATTTTCCTTAGCAAGTG +TCTTAGCTAAAGCTGTTTTTCCGATTCCACTCTCACCAACTACTAAAGGTACTTCTTTAG +TGGATAATACTAAGTCAACGCTTCTTAATGTCTCTATAAAATTCATTGTTATCTCTCCTA +AATTATCTTAAGTTTTTCATCTACTGATATTCTCTTAGCTTTTTTGCTTCCATATTTATA +AATAAACATAATTTTATCTATTTTAAAAATATTACTCTCTCTATCTATCGTACTACAATT +TAAAAAATCTCTTATATATTTTTCAGATACATCTTCTTTTGATATAATTTCTTTTAATAA +TTCTTCTAACTCATCTTTTGTAATTATATTCGATACTTCACGTTCTATATATTTTATAAC +TAAGATATTTACTTTTATAAACTCTAGTATTTTTTCTTTATCTAAATTATTTATGAAACT +AATAGCAGCCTCATTATTTTTAATAGCTATAAGTTGTGAATTAAAACTTGGTGATTTTAT +ATATCTTAATGCATCATAGCTTATTTTTACTGCTTCTTCTTGGACACTTTCATAAGGCTC +TTTAATGTGTTTTATTGAATCATAATTTTTTCTTACTGCTAATAATTGTAATTCTTCACT +AGGATTTTTCGCATATTGTATAGCCCATCCAGCTTGATTTATAGCTAATTTAATTACCTT +CTCAGTTGGATTTTTTATATAATCTAATATACTCCATCCTTCACTTACTACTTTTATCAT +CATTTCTTCCGTTGGTTTATCTATGAACTTGATTGCTCTTGGATTATTCTCTATAGCTAA +ATTTTGCATTTCTATTGTAGGATTATTTATATATCTAAGCACTAGTCCATCTTCTTTGAT +AGCTAATATTTTCATTTCATCTGTTGGATTACTTATTGTTTTTATAATAGAAGGATTTCT +TTTTATCATTTCTATAAATCTTGATTCATCCATTGTGTACCTCCCCCATCTATTATCTTT +TTTCCTATTATATATATATATACTTTTTCAGCAAATTTAAACATAATAATTATATCAAAT +TTGAATACCATTTTATTCTATCATTTAAAACTATATTATATTATAAATTAAGCCTGCATA +TTATTTGCTGGCTTTTAGTTAATATTTATTCAAATCTAGTTTCATAAAAATAGATGATTT +TACAAGACTATTATTATAAGAATCTATTTCATAAAAGCCTACTTTTTTGTATAGATGTAT +TGCACTTTTTAGAAACGGTAAAATATCTAATAACATATACTTATAGCCTATTACCTTAGT +ATCATCAATAATAGTATTAATTAACTCATTAGCTATATTATTTCCTCGAAATTCCGGTTT +TACAAATAATCTTTTCATCTCGCAGTTTTTATCATCAATTTTTCTTAGTGCTATACATCC +AACAATTTCATTATCGAACTTGGCTATATATAGTCTTCCATATGGCAATCCGTACTTATC +ATTAAGATGCTCTATTTCAGAATCATAGCTTTGTAATTTCAAATACTCTTCAATACTAGG +TTCCTTTTCTATAAGCATCTTTGTATATTCTAAAAATAATTCTTTTATTTCTTTACTATC +ATCATAATCAAGTTTAATTTCTATACCCATACTCTACTCCCCTTTTTACATTTAATATAT +AACATGAACCTATAATTTATTGCTGTACTTATACTCTAAGTATTTTAATAGTAAAAATTC +ATTTATTGTAAAGAGTTGAGATCCTGAATATATTTGTACTCCATGTTCTACTTTAGCTAC +TTCATGTGTATAAAATTGAATATTAATATCACTTAGTTTTGATAGGGTATTATTTCATAG +AAATGATTTTTACTCATTTTTTATTTAAATCTTTTGCAAAACTATTAACTTTATTATTTT +AATCTGATAAAGATACTAAAAATATTATATCATTCTCTGTCATATAGTTTTTTATTTGTA +GTTTCAATAATTGTAATAATGATATTATCTATTAATTTTTTATATAAGCAAATGGATTCA +AAGTTAACCTCTGTAGTATTAGATAATAAAGTAATTAAGGTGATGAATCATTCGTACAAT +ATATATGATATTACTGATGTGGAGTTATTAGATAAAGTAAGTCTTTCTGGCGGTTCTGGT +AGAAATACTCCAAACACCAATAATGGCCATTACAAAGTCAAAGGAGATAAATTTGAATCT +AACGTTTACATACATAAAAATATAAGTCCTTTTATAAGACTTATTACTAAAGATCCAGCA +ATTGTTTTTAATGGATTATATTGTGAAATTTGATACAATAATTATATATTGTAGTTAAAA +AATTCCCGAAACTGTTTAGGATGGTTATTTTGGAGTATGCATTATTTTTACTTATTATGA +TTATAGATTTATTAGTACCGTTTATTATTGCAATACCTTATCAATGGTATAGTCATAGCA +AGATGGTAATGGGTTTATTAGGATGTAAAGAAAGTCCTTTAAATGCTATATAATATATGG +ATAGTCGGATCAGATTTATGTATTTCTTTATTTGGATATAGTATTTTTCAATATTATAGA +GATAAAAATTTTGGATTAGCAACAACTTTATTTGTATTAATACTATTCTATGGAATTGGC +GATGAGATAATATCAGGATTGTTCCCTTTAAATGAAAAGAAAAATATTGTAACATTATCT +TTTAGAATATATGGAATAGGATCAGTCTCTAATATTTATTTATTTTTATATAATACACTT +TATAAATATTTTAAATTAATTATTTTAATTATAGTATTTTTTTATTTTTTTATTATATTT +CCTACTAGGATGTTTTTTGAACTCTTAATGTAATCATGACTTAAAATTTAACCTAATATA +ATTTTTTATCTTAATTTAATAAATAATTTACTTTAAAATCCTTATTAAATTAAACGTATT +ATCTTACATTTCTTGTAATTGAGGCGTAGAATATATTGGTGTCTCCTCTTTTGATAATTT +CTTTGATAATATTATAAAATATGTTACACATAGTATAATTTGTACAAATGGAGACATAGG +AGTTGCAAGACCTACTTTAAACAATGATACTGGTAATATTTTACTCATAAGATATGATAC +TGGTATTCTTATACAAAATGCACCTATTATTCCTTGGATCATTACAAAAGTCGTTTTTCC +ACAACCATTGAAATAACCTACCATGCAAAACATTATTGCAGTAAGTAGGCAATCTATTCC +GTATGCCTTCATATATTCCCAAGATGCTAAGACTACTTCTCTATCCTTCGAGAACATCCC +TGATAGTAAATCTCCATGGAAGAACATTACATAGAACATTACAACACCACAACATAATGA +AGTTGAAATAGCATAAAGAAGTACGTTTCTAGTTCTATCATATTTTTTAGCTCCATAGTT +TTGTGCTACAAATGTAGATACTGCTTGAGAGAAAGATGATGATATAAGCATTATAAATCC +AACAAGTTTTTCCGCAACTCCAATTCCTGCTGAAGGAATTACTCCCATTGAATTCCCTAT +AATCATAATTGCAAGGAAAGATAAATGCACAAGTCCATCTTGTAAAGAAATTGGTGCACC +GTATTTAATTATTTTTGAAGTTATGCCTTTATGGAATTTTATACTTTTTCTAGAAAATTC +AAAAGGAAGTCCACGCTTTTTAATAATACCTAGGCATAATATTACACTAATCCCTTGAGC +CATTATTGTAGCCAGTGCTGCACCCATAGCAGCCATTTTGAATAATCCAACAAATATTAA +GTCTCCTATTATATTTGTAACACATGCTATTCCTACTGTAATAAGTGGAGTTTTAGAATC +ACCTAATCCTCTAAATACTCCTCCTATAATATTATAAGAAACTATGAAAACAGCACCTGC +AGAACAAATTTTTATATATGTTACAGTACTATCAAACGCTTCTTTTGGAGCATGCATAAA +AGTTGATATAGGTGATGCAAAGCTAACTACTAATATAGTAATAATTACTGCTATAACTAT +AAATATTGAAATACCACTTCCTACAACATCTTCTGCTTCCTTAAATTTCCCTTCACCAAG +TTTTTGACCTATTAATATAGTAATACCCATAACTAGACCTGTAATCATAACAGTAATAGT +TGTCATTACCTGACTTCCTGTTGAAACTGCAGATACGTCTGCTGCACCTCCAAATTGACC +TACTATAAGTAAATCAACTGCACCATACATGGTCTGTAAAAATAGTGTAAGTAATATTGG +TATAGTAAATTTTAATAAAGGTGAAAATATCTTACCCTCTGTAAAGTTTGATACTTTTGA +CATATTTCAATCTCCTACTCTTATTTATGTTTTGTACAAAACAATATTTTTATAAATATA +ACCGTTTTAAAACTTCAAACGGTTATTCTAGATTATTTCTTATTTTAGAAAGAACTCTTT +GGAATATTTCTATTTCTTCTAGAGTTATATCTTCTGATAGTTTATTCTCAATTGAGTCAA +TTGCCTCAGAAATTTTTTCATTAAGTTTAATAGACTTTTCTGTTAAAATAATTTTCTTTA +AACGAGCATCCTCTGTTACTGGCACTCTTTTTATTAAGTCACTCTTTTCCATATTATTCA +ACATTAAGCTAATAGATGAACGTTTTAAATCAAATTCTTTCTCTAAATCTTTTTGGAATA +TTTCTTTTTTATTGCATTGATTAAAAATAAAATCTATTACATAAGCCTGTGATACAGTTA +ATTTGTCATCGATTGAACTAATTACGGCAGCATCCATCTTCCTTGAGATTATATGGTCAA +TTTTGCTGATATCAAGACCTAGTTTAAGCTTATTAATCATGGAAATACCTCCATATGTAA +ATTTGTTTTGCACTAAACTATAATAACTATTATGTTTATATATGTCAATATACTTTATTA +TAACTTATTAACTATGTATTTAATTTTAACCTTTTGCATCATTAACATCATACCTCTACA +CCAGTACATAACGATATGTTATATTCCTTTATTATTTTTTTAAGAATTGTATGCTTGGAT +AACCTCTTGGCTATCAACAATAATATATTTCTTATTAGTATTTCCTAGAATTGTTCCACT +AATAATTAAAACTACTATTAGTAAACTACAAGTTATGCATTTTTTATTTGTTCGAATTCA +TAATACAATCTCCCCTTTGTTATTATACTAATCCCCAAATTACTATAAGTAAATTTATTA +AATAATCTTACACATTTAGATTCACATTATTTATTTTTACTTTAAAATACATTCAAGAAA +AGTATTACTTAAGTCACTTCTTATTTTTTTGTATTCACCAACATCTAAATAATAATGATA +TAAATAAAAAATCCAATAGAATCTCTATTGAATTTTAAAATAATATGTATAATTATTTAG +ATCTGCTATTTACAATTAAAAAGCTATTTTGCTTTCTAATAAACTCTTAACTTTATCAAA +ATCTTCTATTTTTATTATTATATTTCTATCTATAAAACCCTTACCAATTCTTATTATTTT +TTTATTTTTAATAAGTAAAGGTTCTTTATACTTTATTTCTTCAATCTTATTAATATCGAT +AATTAAACCATCATAAAAAATAACCTTATCATCTGTTACTAAACTTGTACTAAATATTGC +TTGCACAATCATTAAAATTGCAACAATAAATAAAATTATACAAGCAAATATAAGCATTCT +ATAAGAGTAATCAAAGTTATTGATATAATTTTTTATATCTACAATACTATAATTTTCTAT +TGGATATATATTTAATAAAGATTTTAATGATATTAACATGATAAAAATTAAAAGTACTGA +AACTAAAATCGTTACTTTATTATTTTCTTTAACTTTAATACAATTCATATTTTTATGCTT +TATTTTTTTTATTAGCATCTTCCTAGTAATGTAATCTGTTATCTTCTCTATTATAATAAT +TATGCCCATTCCTAGTGTCGATAAGGATACTATTATTTTATTTTCTGTAAATAATGATGT +CACTCCTAATATGACCAAAACAGTATTTAAAATTTTATTTTTTGTGCTCATTTCATACCC +CCCTAATTTAATATATCCCATTATTTTCAATTGGATATTAAAGTTTAATATATAAAATAG +ATTATCTAATTTTGCTTATCATCACTTATACTTATAACTTTATCATCCATATACTCTATT +TTATTAATTGGTAAAAACATAGAGAAACTTGATCCAACTTTCTTATGGTTAATCTTAATA +TATCCACCTTGCTTAGATACTATCTCTCTAGTCAAATACAATCCAATACCTATACCCTCT +ACATCACCAACATTTTTGCCACGATAAAATCTACTAAATAATTTTGGTATTTCCTCTTCA +TCAATACCTATTCCATTATCTTCAATATCTATCCTCACAAACATCTCATAACTTCTAACT +ACTACCTCAATATTCCCATTTTCTGGAGTATACTTTACTGCATTTTCAAGTATGTTGAAA +ACAGCTTCTGCAGTCCAATTTATATCATGAATAGTCTCAACCTTATCTATATTTTCTAAC +TTAATATGTATATTCTTATTTCTTGCTTTTTTCTGTACTTGACTTATAGCAAGTAGCACG +GTGCCATTTAAGTCATTTAGCTGTGGTATTAAATTTATTACTCCACTCTCCAATCTAGAC +ATTTTTATCATACTTTCCACCAAAAAACTAAGTCTATCTAGAGACATCATTATAATCTCA +TTGAATTCCTTACGTTCTTCATTACTTAAGCTTTCATCTTGTAAAAACTCTCCATACATT +TTTAAATTTGTAATAGGTGTTTTTAGCTGATGAGCTATATCTGAAATTAAAGATTTTATT +TCATTTCTATCATTTTCAATTCTTTTATTTTTCTCTGTTAGTATATTAGTAAGCTTTATT +GTTTGATATTGTAGTTTAGAGAAGATTGTATCATCCATAGTAGAAAATACTACTTTATTT +TTCATATCTATAATAGTTCCTAACATATCTGATAAATCTATGAATATATCTTCCATATAA +TTTTTATATAATCTTTCTTGAATAAATATCATACTAATTATAAATAATGAGAAGATAAGC +AGACCTAATGATATATTAATTTTTTCAAACTCAAACCCACCCATATATTAAATCCTATTG +TTACAGCTATAAATATAAGCTTATAAGTCATATTTAATTTACTAAAATTTTTTTTCACAA +GCTATTCTCCAAAAACGTATCCAATGCCAAATACTGTTATTATATATTTACAATTTTTAG +GATCTCTTTCTATCTTTTTTCTAAGACGTCTTATATTTACACTTAATGTATTATCATCAA +CATAGTTACCTTTACAATCCCATATTTTATCTAATATCATTTCTTTTGTCATAACTTTTC +CTTTATTCTTTGCTAGTAATTCTAATATCTTATATTCAGTTGCTGTTAAGTTAACATCTT +CATCATTTAATGTTACTTCGATTTTTTCAAAATCTATTTTTAAACCTTCATATTCAAATA +CATTATGGCTAACACCTTTTTGCATTCTTATCATGGCATTAATTTTATGTTTTAAAACTT +CTACTGAAAAAGGCTTTGATATATAATCATCACATCCAATTTCAAAACCTTTGACCATAT +CTTCTTCTGTATCGTTTGCTGTAAAAAAAACAATTGGAAAATTTACTTTCTCCCTAACTT +CTTTACAAAGTTCTAGTCCACTTCAGTCTGACAAGTTAATATCTAGAAGTAAAAAATCTA +TTTCATTTTCATTATTTAATATTATCTCTTTTCCTTCTATTTTAGAGTATGCTGATATAA +CATCATACCCTTCTCTTTTTAGTGCAAATGAAACACCACGATTAAGTATTTTATCATCTT +CTACAATTAAAATTGAATTCATATTATCATCTCCCCATCTCATTATAACAAAAAATGGTA +GATTATAACTAACCTACCACATAAATTTAATTCTCTATTTCTCTAAGTCTTTCAGTTACA +CTTTTCTTTGTTGATACCTTAAATACAATAGCAGGAGTAATTAAGCATACTGCTAAGATT +ACAATTATTAAAGCTACTAATGCAGTAGTAGGGAATACAAATGCTGCATAGTCAGCAATA +TTCTTCGAAAGCTCTCCAATACCATATATAATTCCTATACCTAAAGTAAGTATAAAACCT +GTAGTAACTAAAGCATAATATAATCCTTCATAAGTTAACATCATTTTAATTTGCTTTTTA +GTCATACCTATGCTTTCCATAATTGCAAACTCTTTTAATCTTATATTTACCCCTGTTATC +ATAACATTGATAAAGTTTAATATACCAATTAAGATTAAAATAACTGCAATTCCTCCACCT +AATATATTCATTACCATTTGAGATTTATTAAACTCTTCTGTTTTTTCAGATTTTGACTCG +AACCATAACCCACGAGCCTTACTTAAGGCTTTTAAATCTTTGTTTATTTTACTTTCATAT +TTCTTATCTACATTTATATTTAATATATAGTTTATAGCATCATTATCTAGTTTTTCCAAT +ACTGAATTACTTATATAAATAGTTGGTATACCCAATGGTGCATCTAGTCCTGGAGGTAAT +AATTCACTAGTATCTCCCACTACGTTCATATTAAAAGTTTTAGATTTATTATCCTTAAAA +TTTCTTATTGTTACGTCTCCCTTTATACTTTTGTAATTCTCTGGATAATACCAAGAATCT +GCTATGGCAACATTTCCTTTTTTAAATGCTTCTACGTCTATTTTATCTTCTAATTCTTCA +TTAAGCCTTTCTATAAGATTATCATCTATTCCTATAACTGATACTTGTAATAAACTTGGA +TCCTCACTTACTGCATTTAAATATTCATTAAGATCTTCTTTTGTATTTCCAAATCTTTCA +TAAATATTTTCTAGTGCTGGTAATAACACATCTTTGCTCATATCTAATTGCAGATTACTT +GATTTTGATAAGCTTATATTATTGACACCCTTCATATCTTTTATCTTATTTATAAAATCG +CTATCTATCTTATCATCATTTCCTTCTACGCTTTGTATAACAAAATCATTTTTAACATAC +CTATCTATATAGTTTTCTACACTAATGCTATTTAAGAAGGTGTTAACACTTAAAAATGTT +ATAATTCCCATAAATAATGATAAAAACACTATTATAGCTCTTTTCTTTTCTCTAAACACA +TTGTACCAAGCCATTTTATATAGCTTTGAACCTTTTGTTGTGCTTCTATTTTTCTTTTGA +TTTTTAGGTGTACTGCCACTATAACGTAGTGCCTCTATTGGTGAAATATTTCCTGCTATT +TTAGCTGGCTTTTTACAACTTATCATTACTGTTACTAGTGAGAATATTCCTGCACCTATA +AAAATAATTGGATTAAATGAAACGTCCCTTGGCATTGCACTAGCTTCAGCTCCTGCAAAT +AATGTACCCATAGCTAAAGGCACAATTAAAAAAGATACTATTGCGCCTAAAAGTAATCCT +AAAGAAATACCTATAAGAGAAAGCTTTAAAGCTTGGCCTTTTACTATTTTTTTAATTTGT +TTTGGTGATGTACCTATTGTTTTAAGCATTCCATAAAAGGTAATATCCTTATTTACTGCT +ATATATAAAACATTATAAATAAGAAGATACCCACTAAGTACTATAAATAAAGATATTATT +ACTATTATCGCCATAGTTGATAAAACTGTATCTGATAAATCATTTGATATATCATAGCTA +AATGAAAACTCTTGATTTTTATTTAGAGAGACTTCTTTTTCTAGTATATCTGGTGCAGTA +GATTTATCTTTAGTCTTTAGACTTATATAAAGTGCTCCGTTATCTTCTAATGTTACGTTA +TTTTTATTTGCAAACTTTTCAGAAACAAATAAATTTCCGCTATCTTGAACTAAAGCATAA +TTAGTATAATAACCACTTAATATAAATTCCTTATTTATAATTTTTCCATTTATATTACAT +GGGACTTTTATTGTATCTCCTATTTTAGCATCACTTTCACCTAAAAACTCTAAAGCTTTT +TTAGATGCCATAATCTCGCTCTCTTTTGTAGGATAATTTCCTTTTATATCACTTATCGCT +GGAGATACTTGTTTTTCATAGTTATCTTTATTTAAATATTTTATTAATATCTTTGTTCTA +TTTTCACTTAGAGTGTCAAGTGAAACTCTTCCTACATTTATTTCATATCCGATGCTATTA +GATAATCCTAATGACTTTATTTTATCTATTTGATTATCAGTTGGATTTGGTAGGGATACA +TTTGCTGTAGTACCTTGTAATCTAAGATTCATAGTTTTATAATTTTTAGCAAAACTTATT +CCTATACTAAACACAGATGAAATCATAAATGTAGTTAAAACTATAGCCATAATAGCAAAA +GTATTTCTTATTTTATTTGTTTTTAAAGAACGATTAGTAATTTTTTTTATAATTTCTTTA +TTGTTATTTTCAAACTTCATTATTTATCACCTCTAACTACAACTTTGCCATCTTCTATTC +TTATAATTCTATCTGCAAGTTGAGCAATTTCTTCGTTATGGGTAATCATAACCATAGTTT +GATTAAACTGTCTACTAGTTACTTTTAATAACCCTATTACATCCATACTAGTCTTACTAT +CAAGATTTCCAGTTGGTTCATCAGCTAGAATTATCGCAGGCTTTGTAGCTAATGCTCTTG +CTATTGCAACTCTTTGTTGTTGCCCTCCAGAAAGATTATTAGGCATATTACTTAGCTTTT +CGTTTAATCCCAATGTATTAATTATTGAGTTTACATAATCTACATCTATTCTCCCTCCAT +CTAACTCTATTGGTAATACTATGTTTTCATATACATTTAGTATTGGTACTAGATTATAGT +TTTGAAATATAAATCCTATGTTCCTCCTTCTAAAAATTGTAAGTTCTTCATCATTTAATT +TACTGATTCTTTTGTTAGATATTATTGTTTCTCCACTAGTTGGGTTATCTAACCCTCCAA +GCATGTTTAGTAGTGTAGATTTTCCACTACCTGATGTACCTACTATTGCTATAAATTCTC +CTTGATTTATTTCTATACTTACATTGTCTAATGCTTTTACTATGTTTGGCTCTTGGCCGT +ATATTTTAACTAGATTTTTTGTTTTAAGAATACTCATTTTCCCCACCTCGTATATTTTTA +TTTGTTTATATTTTGTATTTTATAGTAAACTTCTTACAAATTTCTGACATATAAAAATAA +GCTAGAGAAGTTTTTATTTCTTCGCCTAGCTTATTTTTTATTTCTGATTTGGATATTTTT +ATAATTATTTTATATAATATATATCTGAAAATTCTATATCACATCTTTCCACATGCTTAC +ATTTTCTATCTATATTATATTCATTATTACTTTCTTCTTTTATATTAATAGGAATGCTGA +ATATAAATTCCGAACCTTCTTTAAGTTTACTATTTACATTTATTTTTCCACCATGTAGCT +CAACTAGGTTTTTTACTAATGATAGTCCTATACCACTACCTTCACATTTTCTATTTAAGG +ACTCATCTACTTGTCCATATCTATCAAAAATTTTATATAATTAGTATATTTCTTTAATGA +ATCTAATTTTATATTATTATTTTATATGTTTCTATTAATCACTTGCATAGTACCTAATAT +AATGTTTATTGGAGTTCTAAATTCATGAGATATATTTGAAAAGAATTCGTTTTTTTACAA +TCTCTGATTGAACTGCTTCCTCTAGTATTCTATTTTCTTTTTCTATTTCTAACTCTCTTG +TGATATCTCTTGCTGTTGATATATAAGCTTCTTGCTCACCTATACACTTACTACTCTATT +CAAGATAAATATAATTTCCATTTTTATACCTAAATTTTATAATATCTCTAGTAATAATAC +CTTCTTTATCCTATAATTTCTTTTTATCCTTGAATTTTATTGATTCCTCAGGATGAATAA +TATCTTTACATGACATTGATAATAATTCTTCTTCTGTCCATCTTAAAACATTGTACCAAC +TAAAATTTACTCTTTTAAAATATCCATTTTTATCTACTATAGCTACTAGGTTAACTGAAA +CATCTAAATACTGTTCTAGCTCTTTTTCTGTATATTTGCGTTTTTTATTTTCAATAGATA +CTTCATTTAAAAGCCTTATGTTTTTAATTAGCATGGCTATTTTATTACATATATATTTCA +TATACTCATCACTGTTAAATTTAGGTGAATTACCATTACTGTAACTTAATCCTATGATAC +CGATAAATTCATCAAATATTGGGGCTTTGTAACTTTCGTACCAATTTATATTATCACAAA +TAGCTACCTCTTCATGAAATATCTTTGCACTTTTACCTTCAAAAACTTCTATATTATTTT +CTTCCAATGTCTTATAAGTATGTTCTTCCCAATATTCGCTATTATAAGTTCCAATAATAT +CCTCTCTTTTTTTATTTAATATATTTGTAAAAGGCTTATTCTCATATAAATACTTACCGT +CATTATCTACAACAAATGTACAAACATCAATATTATCTAAGATATCCTCTAATATTTCCA +TAGTATATAATTTTGACTGTACTTCTTTACCTATAATTAAAATATTTTTATCATTGTTAA +AATTTTCTATACTTATGTTTTAATTTATTTTGGCTATTTCATTTGATTTTGCATGAAATT +CTAAAGTTTTATTTGCTTCTTCTGAACCCTTTGGTATATTATTATATCCATTTGTTATTA +TCTTAGATATATTTAGTTTTAGTATTTCGTCTTGATTATAGCTTAATCGATTTAAAAAAC +TCTCATTACAAAAAACTATTTTACCGTTGTTATTTAACACTATTATATAGTCACTAATTT +TATTATATATGAATAACATTTTATTCCCCTTTTGCCCAATTATAAAATGAATTTATTCAC +TTCCCTTTATTACACATTTTACCATAACATATTATATATTACATCATCATATAAGATTAT +AAACTCTATCTTTATAATTAACTCTAAAATATATCAATATAATCCCATTTGTAAAATTCA +CTGAAGGTTCATGTGTTCTAATAATTCAAATTAAAAGGTGCCAGTTATTTCCTAGCACCT +TTAATCCATACATATCTAATTCATTATTAATAGATTATTTTTTAATCTTTATTTCTATTG +ATGTATTTATATCTTTATCTATTGATGTTATCTGATTAAATACATTTATTATTTCTAATT +CTTCATTAGATTTTACAACTAATTTATACTTCCCAACTTTAATCCCATCTGGTATAATTC +CTGTAAATATAACTTCATTAGCAGTATTATATCCAGTCATATTAAGTTCTACTTCTTTAT +CTTTAATCTTAACCTTTATACTTCTATCACCCATTATGCTTATATTTTGATCAAACTTTA +ATTTTAATTTCAATTCGTCCCCTGGTCGATACGATTTCTTTTGATCTAAAATAGTTACAT +TTTCTAATTTTGCAGATGTTGATTCTTTATCTATACTAAATTTTAAATAATCAAAATTCA +TTTCAGTATAAGACATTTCTCTAACATCTGTACCTTCATAAAATAAACCTATATTTCCAT +TTGGAAGTTCAGTCAAGCATGAATATGCGAAGTATCCTGGTTTAACTAACTTACTATATT +TCCATTCAAACTCATATTTAGGTTCTCCATTCTCATGATTTCCATTTTGTGATATTAGAC +CTATTCTCACAGTCCCATTAGATCTATTACTTGCATTTGGATTAGAAAATATCACTGCTG +GCTTACCATCTATTTCTTTACTATAGTTCATAATACTTAATTGACAATATGGTTCTCTTA +GATTAGTATCTTCAACAACATTATCATCCCATGTTTCCCCACCGTCAAAACTAGTTGCTA +TTCTTACATAATTTCCTGTATTTCTCATAAACATTTTTAATTGACCATTTGGCATTTCTA +CAACTTGACACTCTGTTAGTTGGTTTCCTGATTGTTGAGTTTGAGCATTACCAACTTGAC +CATTTCCCATATCTCTTCCATCAGTTGCAGTTTCCCCTATACTCCATGTTTTACCATTAT +CATCGCTATATATTGCACCACTTGATTGGAATCCATTTGAATTAGTTAAGTATATTGGAA +ATACTAATCTACCCTCATACTTTCCATTTTTTATTTGATGACCTCTACCTGGGCCTGTAC +CCAAAAATTTCATCCAATCTGCTTTAACATCCTTGTTAAGATCTATTGGTTTACTCCAAG +TTTTACCATCGTCATCACTATATATTAATGATAGAAAGCTAGTTCCCATAACTTTAAGTG +GGCTTGTTCCTGTCAATACATTATCTATCTTTTCTCCATACTTATATAAGTTTTGGTCTT +CGTCAACACTATACTCACTTATATTTCCACTACTGTCATATACTTTACCTTCTTCTCTAA +CCGTATATTCATTATTACTTGAATCGAATAATTGAAGGTATCTGACTCCATCTATTTCTT +TATATCCGCTTCCTGTTTTAGAATTTTGGAATCCATAACCTGTAGCAAAATGTGTTACTA +AAAGGAATATTCTCCCACTCTCTTCATCTTGCAACATTGCAGTATCTATTGCTGATGATT +TATCTGGATAATCTAATATTATTTGACCCTCATCCCAAGTTTTTCCGCCATCTTCACTTC +TTTTAATAGCTGTATCTATATTGTTTGGAGCATCTCCACCATTATCTATTCTAGCATCAA +TTGATGCCAATACTGTTCCTGATTTAGTTGTAAATAATGCCGGTATCCTATATGCATTTG +AATTTAATACTCCTGGCGCAAATAAATCTTGCGTCTCTGATTTATATGCACCCTCAGGTA +AATAATCATCTTCAGAAGGTGCATTAGTTTCTGCTGTCTTCTCTAGAAGATAAGAGTCTG +AAATTGGCTTATCATATATATCAATAAAATCTATATCTCCATTGAATATATATTGATTTC +CACTTAATCTAGCTGTTTTACCGATAAATGCAGTATTAAGGGACGATATATCATTTAAAA +ACTTTGTATCGTTATTAGTCTCTGTCTTAACTAATTTACCATTTAAGTATATAGAGTAAG +ATTTATCTTTTTCTACTTTAAATGCAACAGTATTAAACCCTTCATTTAAAACCACATCTG +CATAAATATGCTTATTTAACCCTTTACTTTCATCTCTTATTTCAACACCTACTCTACTAC +CTGATTTGTATAAATGAAAATGTGAATTATTTTGGTTTTTATTTGATAGACTAATTAAAC +TTGCTAAGTCACTATTATTTCCTCTAAATCTGGCTACAATAGTTCCTTCCTCTAAGTTTT +TTAATTTTTCAACTTGACTAGATATATCTACAAGATCTGTGTCTGAATTTATTCTTATAT +TTTCATAAGAATAAATTTTTTCTGCATTTTCATTTTGTATATTGCTAGTTTCAGCTACAA +AGACTAATGAATCTTTCTCCATACCTGTAGCTAATGCAACATAGGATGCATTGCTTACAA +TCAAAGCTGATACCACACCAGCTACAACAATCGTTTTCCTATCCATTTAAAATCCTCCCA +TTTGTTTTTTAATAGTAATTTAGATAATCATTTGTTGTTATAAATTTAATTCTACCATTA +CCACCATATTCCTCTTAAATTTAATTAATATATAAACAAAAAGTTTAGAAAATATAATTA +TTTAGTATAATACACCTATTAATAATCTATTTATTCTTATTACTACTAGCATCATTCTTT +TATAAAAGTTGGTATAAAGTATATTCTTGGATATCTTAATTTTAATCCTTTATATAAATC +CTATTTATAAAATAATATTATCTTATGATATTGTTTATAATATTAATAATATTAAATATA +AGGGATGATTCTTTTGGATTTTAAAAGTATTTTGCATGCTTTAGTGGCTATATTGGAATG +TTTATCAATAATAATAATAATCTACGGTGTTGTTATACAGTTTATAGATTTTATAAAATC +TGAATTTTCATGTAAAGAAAGAAAATTAGCTGTTAAAAAAGTTCTTATGCTTAAGAATTT +TTTAGGTACTTATATATTATTTAGTCTTGAGGTGCTAATATGTGCTGATATTATAGAATC +TATTTTAGATCCTAGTATGAAACATATACTTAGTTTATCAGCCATTGTAATAATTAGGAC +TATTATTTCTTATTTCTTAAATAAAGAAATTAAAGACGAAGATAAAAAATGATACAAAAA +AGTTTTTAATAAATATTCAAGAAAGTTTAAAGATTCTTATTAATTATTATTTAATTTAAA +TCCAATTCCCCATACTGTTTTTATGTATTCTTCATATTTTGATACTGTTTTAATTTTCTT +TCTAATATTACTAATATGAACATTTACTGAATTATCTTCTCCATAGTATCCATTTTTCCA +TACTTGTTCATACAGTGATTCTCTTGAATATACCTTATCAGGGTTTTTAATTAAAATACT +TAGAAGATCAAACTCATGACCGGTTAAATGTATATCTTATATTCATATGCTAAAAAAGAT +ATTGACTATTTAGCCAATATCTTTTCTTTAATTAATTCAATTTATTATATTAACTCTGAC +CAATATCCTTTGTTAGCTTCAATAAGGTCATCTAATACCTCTTTTGCAACATTCATACTT +GGAACTATTTTATTTAATGTAAATGCTTGTAAAGCTTTTTCATAACTATTTTCTATACAA +GCTTCTATAATTAATTTCTCACAATTCACTTGTTGTATCATTTTAATCCTTGTTGGAATA +ATGGAATAGGATTTTGCGCAATAACTTATCTTCTATCTATACCTAAAACATCATAATACT +CATCCGTGAATATTAACTTTGTGTAATCAAATTTAGCCTGCAATTCTTTTACATATTCGT +AAGGATTTTCAAATGGAATCAAAGATAATTTTTCAGATATAGTATTTAGAACTTCTTGCT +GTTCTGGTAATACAGTATTATCTTCAGATATAAGAAAGTTTTCAAACTCCTCTTTGCTAA +ACATAATAATTTGCTCAATAGGAGTAACACTCTTTGTCGCCAAAATCAGTCGTAAAAATA +TTTCAAAGTTTTCAGCTAAAGGGTATACATTTAATTCTTCACTTTTATCATTTGTTAAAG +TATTTGGATTGACAGCAAAAACAGTTTCACCAAAACCGTTAATAAAACAATAATGGATGC +CACAACTTTCCCAACCAATTACTTTGGAACCAACAGGTGTACAAAAATAACCACCTTCTG +TATCCCCTTCCTCTAATCCTATATATGACTTATCGATATTAATCTCTTGATATTTTTTAT +ACACCTAAATTCCCCCTATAATAATCTATTCTACATCTATTTTAATAATTTATCATAACA +AAAGAATGGCTTTTCTTTCCCTAATAAACTCATTTCTCCTACAAGATTAAAACCACATTT +TTTAAATAATGAATTCATTTTTGTATTGATTGAGTAAGTATCTGTTTTTAAATATACAAC +ATTATTATCTAATGCTAATTGTTCTGCAAGCTTAATTAATTTAGTTGCTATACCTTGCTG +TCTAAATTTAGGATTAACTGCCATTCTGTGTATTACCATTGCTTTACTGTTAGATACCCA +GTTTAGATCATCATATTCTTTTGGCTCTATATAGTTAATACATATGAATCCTTTTATTTC +TTTTCCTTCTGCTTCTACATATAGCTCTTCACTTTCTATATCTTTAATAAAATCTTTAGC +TTGAGGATAGCTTTCATCCCATTGAGTATTATTGTAAGTCTTCATTTCTTCTACTGTAGA +TTTTATTATATCCATTATACTATCTACATCATTTAAACTAGCTTTTCTTATCATTACAAA +TTCTCCTTATTACTTTTTCATTCTATTAAAACCAACTAATTTGAGCTTTTTCATATGCTC +TTTTATAATCTGCTATAATATCTTTCATATCATATAAAAGATTATACTTTTCGCACTCTT +CTTTAAAAATCTTAAGTAAGTGATCATAATTTCTAGATCCATTTTCATATGACTCACCAT +ATGTTTCAATATATTTTTTATCTAAACCTTGATTTGGGAATATTCTTCTTAATTGTTCAA +AATAATATTCTCTCTGATTTTGTCTTAGAGTAACACCTAGCCCATATGAAAATACAAATT +TAGCGCCACATTCATAAGCTGATTTTATAATATTTTTTATATTTTCTTCGTTATCATTTA +TAAAAGGTAAAACTGGCATTAATAAAACACCAACATATATTCCATTATCTGATAACTGCT +TTATTGCCTTTAATCTATCAGAAGTAGGACATACATTTCTTTCAATCTTTTTGCATAGTT +CATCATCATATGTAGTTATTGTCATTTTTATTAAAGTAGGTGAATGACTTTGTATTTTTT +TTAGTATATCTATATCTCTAGTGATTAAATCACTTTTAGTAGCAATAGATACTCCAAATC +TATTCTCATCAATTAGCTTCAAAGCTTCTCTAGTCAGCATATAGTTTTTTTCAAAGGGAT +TATATGGATCACTCATAGCCCCTGTTCCTACGACACCTTTAGTTCTTTTTGATTTTAGAT +CTCTTTTTATTGTTTCTGTTGAATTTTCTTTAATCCTCACTCTATCAAACTCAATAATTT +GGTAACAGTTGCTCCTAGAGTCACAGTATATGCATCCATGACAACAACCTTTGTATATAT +TCATATTGTAGTTTATTCCAAACCAATGTGGGTTTTCTTTATAACTAGATGATATTATTG +TTTTGGTTGGTATAAATTCCATAAAATATCATTCCTTTCAATTTCAGTACTTTTTTATTT +TATAATATAATTTTAGATTTGAATAGGATAGTATATTATATACTATATTTTTAATAATAC +ATTAACTAGAAAAGTACTTCCTACTAATTTTTTTTAACTTTAGGAATAATATGAAAATCA +ATGTGATATATATGTAATATAGAGATATAAATATATCACATTAATGAAGGGAGATTTATT +TATGAAAGGGTTAAATAAATATTCAATTTTCTTTGCACTATTTGGATTTTGGGGCTTTAA +AGAATTAAACGGAGATCCACTAGGTCTTTTAGCTTTTGGGTTCTTTGGATATCTTTCTTA +TATTTGGTGGAATAAGTTAGGAGATTATGAAGATGAGAGATTAATCTACAACAAACAACG +AGCAGGTTCCATAGCGCTTTATACAGGATTTGTTCTTGTAGTTGTAGCAAGTGTATTAAT +TAGGCTATATACAGTAGATATACTAATACTTTATAGGTTACAAGTATTAATAATAGCACT +TTCCTTTGCAATATCAATGAATTTATGGGCATTTTTAACTTATAAATTTGATATGGAAAA +TTAAAATTATGGTTAAGTTTATTAGTAATTTAAAGAAGTATCGACAATTTAATGAATTAA +CTCAAGAAGAATTAGCTCATAAGGTTAATGTTCGAAGAGAAACTATAGCTCGCTTAGAGA +GTGCGAAATATAATCCTTCTCTTGAATTAGCTGCTAGAATTTCAAAGGAATTAAGTATTC +CTATTGAAGAATTATTTATTTTTGAATTTGAATAGATGCTAAAATAACTCTATCCTATTT +ACTATAATACTGGATAGAGTTATTTTATAATTTATAAAAATTTTGAACCTATTTTACTTA +GATATTAATCTCAACCTTTCGTTACTACTAACTTATAGTACCTTTTTCATGTTTCATTTC +ACACTCTGAGGAACTAGTTAAATTCTATACTATTTCTAAACTAAATTCTTTAATATCATA +GAAACTCTATTCGGTAAGGTATTTATATTCGATATATCTAGAAATTTATTATCTCCGTAA +ATATCTTTTATTACATCTCTATCATTTCCAATAGCGGCAACGAAAAAGTTTATACCGTTT +CTTGAATATTCTGCTACAACATTTTGTAAATCTTTTTTAGCTAATTCATCTTTATAATTG +GGCTTTGCAAGTGGTTTTCCATCACTTATTATAAATAGTACTTTAATATCAGCGTCAACA +TCTAATAGCTTATCTGCTACATATTTTATAGGTACTCCATCTCTATTATTACTCTTTGGT +TTTATTTGCATAATCCTATAACAATCATTCTTATCTGGATTATCAAAATCAGAATATTCG +TATATTGATACATCTTCTCTATTTGATATATCAGCTGTATCACCATAAATTCCAATTGGA +ATATTACATTTTTTACAAAACTCCCATATTAAAACAGCTGTTGCACGGGCCATTTCAATA +CGATTATTTGCTTTCATAGAGCCCGATTCATCTATCCTTAATGCTACTGCAATTGATGGA +GATTCATTTGGTGGATTTTTTTTACTAAAGTATCTAAAATCTTTTTTAGCTACATTTGAA +GCATCAAACTTAGTTCCATAGTATCTATTTGTACTGTATTCTGTAGATACTTCATTTTCA +AGAAATGGTAATACTTGATTTGCTAGTTGATTAGCATACTCAATATACTTTTTATTATTT +CTTTTATAATTTAATTTATCATCATAAGTAAATTCCGGTCTATGAACTTTTATTCTAATT +CCTTTATGGATATCTCCATATGAAATAATCTTAGAACTACTTTTATGCTCATCTTTATAC +TCTTTTATATTTCTAAGTCTCATTATTCCTTTTCCAAAAGAGTTACTATTATTAGTTATT +CCATCAAATAATTCTTCATTTTCTTTATTTACATAATCATTACTTGTACTATCTTCTTTA +CTAGAATTTCTTAGCTTCAAGGCATTTTTATCTCTTGCCATTGTACTTTTGTGTTGGCTA +TTTCCATCAGAATTAATATCCATAACGTCTTCATTTTCTGATTTAACTAACTCTTCTTCA +GATTGCTCTTTAATGTCTTCTGAATTTTTTATTATACCACCTTTTGTATCTGTATTTCCA +ATAGTTGATGTTGCTTCACTATTTTTGTTAAGATCTTCTTCTATTTCAATAGACGTAAAT +GGCATTATAATATTTTCCTCTTCTTTATATACATCATTAAAAGTTTCTAAGTATTCTTCT +ACTTCATCCCATAAAAGAATACATATTTTATTAATTTTATCTAATACTTGAATATGTTCT +TTAGCTTCGATAGCTTCATCTATTGCTATTTTAACTTTATCAATATTTTTAATATTATAA +TCTACTATATCTTTAAATTCTTTAAATTTTATATAAGAGATTATTTGATTTAACAAAGCA +TTAAACTTCTTATCCTCAGTAAAATCTGTTTGATAGGACTTAATACTATTAAATTGATTA +TCTCTTAATTTATTAAGTCCATCTATTAATCTTCCATAGTTTTCTAGATATTTATATATA +GATTCTTCTACTCGGCTATCCTCTATAATATCGTATATGAAAAGTAACAAAGAACATAGC +TTGCCAGATTTTTTAGGATTGCTTAAATACTTCTGAATTTTTATCATATTTTCATATAAT +TCTTCATCTTCAAATCCCAATTTATCCTGAAGCAATCTATTATTTAATATTGATTGTTCA +TAAATTGTTCTTTTTGAAAAGTTTGTGAATATTCTATGTCCTATTTCATGAACATAGTAA +CCTAATATTAATTTAAGTTTATTGTCTTTTTCTTCTATTATACTTTTTGCACCTAAGTTT +ATATAAATAGTATCTTTTTTTATATAAGATACATCATCAGTACTTTCATTAATAAGAAAC +TTTAACTTATCTTGTTCTAGCTTATATTCTTCGTATAATTTTTTAGATATACTTTTTATA +TATTCTTCAAACTCTTTAGATTTTAAGATGCTCTTATCTTCTAGATCTAAATTATTTTCT +CTTACCAATTTTAAAATATTATTAAAATCCATATAAACTACCTCCTTCTTTGGGTTTCAA +TAAACAAAGAAGTATTATTTTCAACGACTTCCTCCAAAATTCTTATTTCATCAGGATTTG +TAGTTATTTTATATAGCACTTTATAATACATGGACTCTCGTATATCTTCACCATTTTTTA +TTGCATCTACCCAGAAAAATAATGAACGCATCCCTGCTACTCCTCGTATAGCATTTGCAG +TCGCACATTCATCTAAGACTATTATTGCATCAACTAATTTTGAAACTAACTCTATACTAT +CAAATTTAGTTTTCGCCATAGCTCTTTCGATCATAACTTCTCTTTCTGGTAAGTCCATTT +TCTCTGAATGCTGCATTCTATCTCTTAAAGCTTCATTAAGGGGTTTACATCCAATATAAT +TTCTGTTAGTTGTAATTACAGCGACGAAATCAGGATGTCTATGGACGACTCCTGTTGGTA +AATTTATAGTACCATCTAGTTCTAATGCTGAATTTAAAATCATTAAAACTGCAGCATCAC +GAATTACTGTAGGCTCTTGTATTTCTAATAAATATCCTTCTGTAAATGCTTTTACTATTT +CTGAAGGGAAATATTTATATTCGATTTCTTTATCAGAATTATTATTTTCATTATCTGCAA +CTGGTAATATAGAACCTAATACATCTGATTTATCCATATCTGAAAAACAGGTTATCTTAG +TATAAGGTAGTCCTAGATTATGTGATAATGCTTTTGCCATTTGTGTTTTACCTGAACCTG +CATCACCTTATAAAAGGATGTTTGCTATTTTCATTTCACCATTATTCCAATTACGTTTTA +TTTCTTTGCATATTCTTATTTCTGTTTTTGAAACTCTATGAGAATCAGGTAGTTTTATAA +TTTGACTTCTTTCATATTCACTTAATTCTCTAGATAAATTTAGTTTAAATTCTCCTTGTT +CTATTTTTAAGTTTTCTATTTGTTTTTTACTTTCTTTTATTTCTTTAACAATTTCAAATT +TACCAGTTAGTAATTTTGTATATGCTATTTTTTTATTATCTATATCTTCTTTATTTATCT +TTTCTAAAGGCTCACCTTCTGCTATAAGAAGCTTTAAATCATCCTTTAATATTCTACGAT +ATACATTATCACAAAAAGTTGCCATTAACTTAATTGCTACATCATCTAAATCTTTTGTTT +CTTCCCTATAAAGTTTATATTCATTAAATAAACTTATAGCTTCATTATCCTCCAATATTA +GAGGCATCATAGCTAAAAATAGTATGCTTCCTTTTTCCTTATTAGAACTTCTTGGACCTC +TTAATTTATATTCATTACATATATTGTTTTTAATATTATAATTACAAGCCAAACATTTTC +CACTTACTTTATTATAAAATAAAATTTGTATTATATCTTCACTTTTACTTTGAAGTTCCA +CACATATACTATCTTCAATTGTTCCAATAGCTCCAACATAACTTCTATTATCAAGTAAAT +CTATATATTTATGTGTAGCTTCTATAATTGAATCAATTAATATTGATTGTCCTTTTCCAA +ATCCTCCATCTGGAGAATATTTACTTGAAGTATTAACATTTTTACTACTTAAAGTATCAA +ATAGTTTTTCCTCAAGCTTATACTCTCTTCCCCAGAGTGAAGATATGCTGCTTATTTTTC +TCATAAATATTCTCCTACTTTTAATTTTAATATCCTAATTCTTCTAGTATTTCTGAAAGT +ACTCTAAATCTTTCGCCTAATAATTCACCTTGCTTATTAAACTCATCTGCTAAAGTGATT +ATATCTTTATCTAAATTTTCATTATCTGTATTTATTTCAATATTCATAGCATCACCTTGA +AGACCCACTCTACTTATAGTTAAGTTATTTTCATCATAAAATTTAGGCATTCTATATGCT +TCCTTAAAATATAAGCTCGCTTCACACAGTAAAATAGCCATATCTATAATTCTATTTACA +GGTATTTCATCAAATTTACCATCTAATTTTGAAAGCTTTGCTATTATTTCTAATCTATTG +TTCTCTGAATTCTTCTTAACACCTATATCTACTTTTTCTATATCGGAGTTAGGCGCTCTA +TATCCATCTACATTTTTATAATTTTCACATTTTATAATTGATTTAAATTCCATTTTTATA +TTTCCTCCACATTTTCTTCTGTAAATCTATCCTTACACATTTCTCTTAATATTATTAAAT +CTTCGCTATAATCAACCTTACTTTCATCTTTGTCATAAGGTAATACTTCTACTGTTGCTA +TTTCAAAGTTTTCTTCTTTATTTTCATTCCAATCTTTTTTGCAATTTTTTACATTTATGG +TTGTTAGTTTTTAATTTGAATCTATCACCATTTATAGTTGCTTTTATATTTTTGTCACAA +CCTAAATAAACTGTATTTGTTTTTTTAGATTTAAACATATATACACCCATCTCTGGTTTC +ATTTCTTTAAATTGTTGTAGTAATTCTTTTTTTCTTTGTCTATCCATAACTAATCTCCTA +TCTATTATTTGTCCTTTATTCAATTTAATGTTTTATAATACATTTACACAGATGTGTTGT +CGCTATACGTATTAATTTATATTATTTTAAACTACTAAACAATAAACGCTCCGTAGAGTT +GAACTCTACGGAGCGTTTATTATCAAGAATAAAAACTTTTAGTATACTTATTGATAAATT +CTTAAAAATATAACTATTCTAAATAAGATATTTTTAATTTTCTAATCATCAGATATGTAA +GAAGGAGGAGATAATATGTTAAATACAAAATTTAATAAAATCAATTTAAATGAATGGAAT +CGATCACAATATTTTTATTATTTTACTAAAATGTTGCCTACAGGATATAGTATCACTGTA +AATATTGATATTACTAATACTTATAATATGATAAAACAAGATAATAAAAAATTTTTTCCA +GCTTATTTATATATAAGCTCAAGAGTAATATCAGAATATAAAGAGTTTAGGATTGCATAT +TTAGATAATAAACTAGGTTATTACGAAGTTTTACATCCGTCATATTCTGCTTTTCATAAA +GATGATGGCACTATTTCAACTATATGGACAGAGTATAATCCTAATTTCGAAATTTTCTAC +AGCAATTATATGGATGATCAAAATAAGTATGCTAATAATCATGGTATAATGGCAAAGCCT +GAAATGCCTCCTAAAAATAGCTGTATTATAGGTATGTTACCTTGGATAAAATTTTCTAGC +TATACTCCTGTACCATATTCCCCTATTAATAGCTTTTTTCCTGTACTTCAAGCAGGAAAG +TTTTTTGAGAAAGATGGTAGAAAAATGATGCCTCTTTCTATTACAGTTCATCATGCAGTT +GCCGATGGATATCATGTAGGAATGTTCTTAGAGAGGTTCCAAGATTATACTAGTTATCCT +GAAAAGTGGATGAAATAAACATAATATAATAAAATGGATTGATTTGTTAATCAATACCTT +TTATTATAAACTATTGTATTTGTATTTATAAATTGACCATGTTTTTTGTGTTTTTTCCAT +ATTGAATTGCAAATTTTGGGCATCTATGTAAACATCCAAGACAAAGTGTACATTCATCTT +TTATCCAAACTGGCTTTTTATCTTGCATTTGTATTGCTTTAACTGGGCATTTTTTTCGCA +TAGGTTGGTGTAATAAAACCAATATGCTCTTTATCGTCTATATCAAAAAAAATTTCAATT +AATATTCCATCCATCTGATTTACATGAATTATTGCTCTAAGCTTATTGCTATTATCCAAG +AAATCGTACATACGATTAAATATTTCAAATAACCTATCTTCCGCTTCTATTTCTGGATAA +TCATCAAAATGAATTTCTTCTCGTAAAAGTTCCCAGCAATAATTTAGCAAATCAAACATA +GTACTACTAAATGTACCGAGTATTCGTTTAGCAAATTTATTTGTTTTCTTTTTTAAATCA +TATTTCATTAAAAGTGCTCCTTATATACTTGTATATTTTTAGACACTTATTAAAGTCTGT +CTTCTACTTTATGCTCTTCTATCAATATATTTTGTGAAGTACTAAAAAATATATTGTTTT +TTATTCTATATAAATAAAAAAACTGTAGTCTCACTTTGATGCAGTTCTTTATTATTTATT +AAATTTAAATAAGCTAGTTAGAGTGGCTCATTCCTCACTCTAACTAGCTATAAAAACATA +CTTTATACAGTTCTTAATACTTTTAATTTCTTTCACATCAAACTTAATTTTTACTTTATA +TTAAATAAGTAGAAAGTTAATCCATCAAAGTCTTCAACTTCTTGTTCTATGATTGTGTTA +CCTGATTAATGTGTATTACATTAGGTACAAAAAACCATAAACAAACGATTAATTTTGTAT +CTAAATTTAGTAAAAAATAGGGATATTCTATTAGTTATATATCACAAAGTTAACTAATCT +AACATAACTCTAAAACTAGATAAAGGCTTATAATCTTCTCCTTCAACAGGAATATTTTCA +TAGACAAAAATATCTATATATTTAGGAGTTTCACCAATATTAATTAATTCATTTATTTGA +GTATACATTTTATTTGCCCCCTCTTGAGCTACGGTCATTTCTAGTTCTCTTCCTTTATCA +TCATAAACTATTATAAAGTTATCATGAGTATTACCTAGTGATGGCTGGAAAGGAAGTTCC +ATTTTTAACTCAGCATAAGTTTTAGATATCCCTATACTTTTTAATGTATAATCTCCATCT +TTTTTATTAACTTCTATATCCTTTTTACCATCATCTATAGATTTTATATTAAAATTAAAT +GCCCACTTACCTTCAATATCATCATTATATCTATATTTATTGTCTGGAATATCAAAGGTT +ATTTTAAAGTTAGTCTCATCTATATCATTTGTAGGATCAAGTTCTATTAGGTTACTAAGA +CTTAAGGTGTACTCATCTATATATTCTACAACTCCTGAAGACCAAGAGTAACCATCTAGT +TTAATTCCATTCATATACATTTTTACATTGTCCATATCCATATATAACACTCCATCCTCA +TAAGGAGAATCATATATTGATTTTTTAAACTTACTTTCCTTAAATGGCACATCTGTTTTT +AATGTCATATCTAGATATATTTTCTTTTTATCATACATAACTTTATCTATGGTAATATCT +AAACCTTCACTTTTGCTTGACAGATTAACTGGAGTTGCAATAAGTTTACTTTTTTTATAC +TCTTCCTTTTCTTCTTCTAATTCAGGATAAAGCTCCGGGCTATACTCGACACTTCCATCA +TCTTCTATAGACTCCTTTAATTTATCTAACATAGTCTCAAATTCAGGAAGTCTTCTTATA +ATGTTATCCGCTAAAGAAGGATTAAACACTCCAATTCCTATGATTACAATACTTATTGAT +GCAGCTGCTGATATTATTGTCTTAGTTCTATTTTTTCTTTTATTCATTCTATCTGATGAT +TTTAATCTCTCTTGCATTTTTCCTTTTAAATCTTCCTTATTGTAAGTACCATCTTCTTCA +TACTTATCAATATCGATATTTATCTTATTAAGAATCTTAAATTTATCTATCATAGCTTTA +CTCTCCTACTTCCTTAAAAATTTTTTTCCTAATTTTCTTTCTGCCTCTAGATAATCTACT +ATGTAAATTTGATATAGTAGTACCCCTACTTTCAGCTATCTCTTCCAGTCTATCTCCTTT +TAAATAGTATCTAGTAAATAGCTCTCTGTCCTTAGAGTTTAGAAAACTTAAAATTTCTTC +TATTTCTTCTTTTATCTCTAGTTGTATTAAATTATCATCCATATAAGAAATGTCCGAGTC +TATTTCTAAATCTATTTTAGAAATGTATTTTCTTTTGTAGTCAATTGCTTTATATTTTGC +TATTGCACAAATCCAGTTTTTAAAATTATTTTGCTTACTATCAAATCCTTCTATATTCTC +CCATATTAAGAAAAGAACATCACTTATACATTCTTCTTCATAAATTTGTAAAGGATTTAT +ATGTGTTTTAATTACAGATGTTAATAGGCCACTATAATTGTCTATTAAAATCTCCATCCC +CTTTTGATTACACCTTTTTATATATTTTACTATCAATTTATCTTTCAAGTTGATACCTCC +CTGTAAAAGCTTTTACAATAGTTAATACGAAACTTTTCGTATAAAACTGACAAAAATAAT +AAATAATTTTTCAAAAACTAAAAATAAAGCTGTAATAAAATAACTGATATTTAAGTTATT +TTGTAACAGCTTTTTATACATAAAATACACTAAAATTTATAAAAGCATATTAACCCTACT +AAAATACATTTTAAAGGTATATTCATTGCTAACAAAATCATAAAAACATATACTTATATT +AAAATAAGGCTTTATTTAAAGGAGTGTGTTTATGAAGATAAATCAAGATCACAGAAAATT +TTTGCCTACAAAGATAGGAACGAATTAATCTTACTCTCTCCTGATACTATTTATTATTGT +GAATCAGTATATGAAAAAGTATTTTTATGCTGTGAAATGATATTCATCAAACTAGTTTTA +ATTTGACAGAGTTAGAAAACAATTATTCATCACTTAGATTTATAAGAATCAGTAAGTCTA +TGGTTATTAATAATAGAAATATTAAAAAGTTATACTTCTGGTAGAATTGAAGCTTTAATG +AAGAACAAAGAGAAAATTATTGTTTCTAGTCATTATGGACCTATTTTAAGACAAAGACTT +GAAATTAAATAATGAAAAGGAGATATTTATTTATGGAAATGTTTAATAAGATTTATAAGT +TTGGATCAATAGTTAAACCAAAGGCATCACTATATTGTTTAGGTATAATATTCTTTATAT +ACATATATAACCTTTTTAATGATATATATTCAGTCAATATTTTAATTATTTTAGAAACTT +TTATTGCATCAATAATTATTGCGTTAATAGAATATTACTACTTTAATAACTATGATGAAC +TTTCAGATGTTAAAAGAAAGAAAAACACTATTATTTGGGCTGTTCTTTCTAATATAATTA +TAATTTTTTCAGCAGTTATTTTTGACTGGTTTCCTTCTATTACTGTAAGTGTATCTGTTC +TTTTATTAGTTATACTTGAAATATCTATAATTGCTATGCATTACAGCATATACATAGTTA +ATTTAACTGATACTAATGACTTAAACGATAAGCTTCAAAAATATCAAGAATATAAAAAAA +ACATTAAAATACTTTACTTTAATACAGCCCTAAACAATTCATATTTAAATAATATAACCT +TTGTTTAGGGGTAGTTTATAATATATGTACTATTATAGGCGATACTAGTTGTTAATTTTG +CAGCAGTTTCATATATATATCTTATTTTACATAAATCTCTCCCCCTAAATCTTAATGCTT +TATCTTAAGATTTTTATTATTGTTACAACTTTTCCACTTTCATATTTTTGTTCTAAATGT +CTTAAAAAGTACAACTATATTAATTGAGACCTTGATTAGCGTATTTTCTTATAATATTAA +ATATGTTCTCCATAATCAAATGAATCGCAACATGCATTATATGCATCTATTTGAACATTT +TCTGCATGACATTCTTTATTTTCATTATATATACAGTTATGAGCTTCACATTTTATATCA +CATGGTTGTATAGTTGAGTCACCTACACCATTTACAAAACTGCTATTAAAACTATTAAAA +ATTGATTCTTTCTCTTCAGGATTTCCAGCTAGACTATCTACAATGTTGCTACTATCTCTA +TCTACAAAACTTGTACAAGTAGTCCCTTCAACAGATACTGCACCAAGTCCACTTACATGT +ATGGCACCTGCCTTACACTCATGATCTCTATTATGTGCACAATCAGTTGCATTACATTTT +AACTTACCTCTTTGCATTTTATTTACCTCCTTTATAAATATCTATTTTATTATTTCCAAA +AGGTAAAATATAATTCGATTTGATATTTTTAAAGTTTCTAATTTTTTAATAGATTCTAAA +CATCTTAAAAATACTCCTATACAATGGATATATTAAAAATATATTTTATTGCTATCTTCA +TATAATTTATACGTCTTTTCATTTATTTCTATAATTAAATGATCTTTATTTAAAACAACC +TCATTTATGATATTATCTTCGATTTCACATAATTTATTTCCATTACATTCTCCGAAGTTT +AAGTATCCTTTATCTTTTTTAGATTCATATCTAAATTTAATATCTGCATTTTTTATATTT +ACTCCTCTACCTTCTATTTTGCTTTCTATTTTTACTTCTCTGTATTCATTTTTTAAAAGA +ATATATTGTATTTTATAAGTTAATTTATTTTTCATACTACATACCTTTCCTTTTGCTTAA +TCTCTATTTTATTAATATTAAATATTTGTATTTATACTAACCACCGGACAATTTTAATTT +AATATATTAACTATTTCCTCATCAGTCAATGTACTATCAAGTATTACTAATGACTTTTCT +AAATCTATATCTATATTTTTATATCTTTATTTTCCTCAAATAATCCTTTTACTCTTCCTA +CACAATGTCCACAATTCATTCCTGTTATTATTATTTTCTTTATCATTTTTATTTCTCCTT +ATTTTTTATACGATTTAAATCTTTTCAATCTAAGTTTATTTACACAAGAAAATATATTTA +TATTCAAAGTCTGATAATAAAAAATTATTTATGTTATAATTATAGTGAGATAGAAATAAT +ATTCTCTCTAACGATGAATTTTTATTTCTATATTAGTTGCTTATATCACTTTTTTAAGAT +ATTTTAACTATCTCTTATAGGTTTGTAATTAAAGGTTATTTCCACATTGTTTCTTATTAT +ACACTTTAAATCTCTACACTTACTTCGTCTATTATTATTATTTTAATTTATATTTTTATT +TTTATATTGTATTTTTCTACTAGGTATTACATGTAATTTCATCTCAATTGATCGTATTTC +TTCAATGGTTGACTTTCTGTAAATTTTATTATCCTTAACTTTACTTCTTCTAGCGCATTA +ATGTTGATTTCTTATACTATATTAAATTAGGTATGATTTTAGCAACTGATTAACAGAAAA +ATAATAATAAATAATTAATACCATAAAATAAAGCCAGCAAATCTCTTGCTGACTTTTATA +ATTTATATTACTCGTTTTGTGTTTTAAGAGCTTCACTTAAAGCTATCTTATTAATCTTTC +TTGCACAGAAAAATTTTGATACTTCAAATGTAATAGCTATTATTACAAAACCTATTATTA +CATAAAATAAATTAAGTTTTGCTTCTAATTCTATATCTAATGATTCAAAGATTTTAAATA +TTAATTTATTTATAAAATATCCTATAGGAACACCCATAATATATCCAAGTATTACATAAA +TTCTTGAACCATTTAACATCAGTGAATTTATCTCTTTCTTTTTATATCCAAACACCTTCA +TAAGAGCAATATGATTTTTATTTTCATCTATACTTATAGATGCCACAATATATATGATAA +TAACTCCTATGATAAATGCTACAAATGCTATTCCATATATAAAGGCTGACATTAATTGCA +TATAATCTTTTAACATATTTGTTAAGTTGCTTGGTGTATTTATCATATATATCAAATCTT +TATTAATATCAATATGTGATTTTGATATAATTGCATTATATTCGCCTTTTTCCCAGCCCA +TTATTTCGCTAAAACTATCTAAGGACGTAAACACATAGTCTCCTGCATTTGTCTTTGCGA +TATCAGAAATTTCTATAGAGTATTCTTTATCATTAACTATATTAATAAAAGATAATTCAT +CTCCAATACTCTGTTTATACTTTTTCGCCATTGTAGATGTTACAATAAATTTATCATCAC +CTACACTTAATTCATTTCCATTTTTATCCTTTAAACTAACCATCTGTGAATTATCATTTG +TACCTATCAGTTCAAAATCATCATTCATTTCACTATCAAGAACAAACTTAACTCCTGAAA +TTCCTTCTCCGCCTTTAGGTGGTGATTCATTTCTTAATTCCTTTAATATATATTCATATT +TATAACTAAATACATCATTCCCTTCTTGATTTACCATATAATCCATAGAACATTTAGCGA +TAAATCCATACATTAAAAGAACTGTTGCTATACAAACTCCCACTACCATAAATATTAAAC +GGGATATTGACCTTAACTGCTCTCTGATTGCAAATTTATTCTTAAATTTAAATTTATCTA +ACCTTAATTTTCTTTCAATAAAATTAACTTTCTGTTGCTTGCCTTCATTCTTCATTAAAG +ATACTGGTGATGATTTTAGTACATTGTTAATTGATAAATAACTTGCAATAATTGAAAATA +CCATACTTAAAACTATACCTAATATAAAATAAATAGGACTGTATGATAATTTTGCTATTG +GTATAGGGAGAAAGGTTAAGAATAAATCAAATATATATTTCTGAACAACTAAACCAAGTA +TACCTCCAATTATTCCCCCACTACTAGAAAATATGATAGGATAATTAAGATAATGTCTCA +TTATTTCTTTTTTCTATATCCTAAGGCATATAGTGTACCTATATTAGCATTTCATTTTTT +ATCATTCTCCTTAAAACAATACTAATTAGTATAACTGTTATTAGCAGTATCATTGTAGGT +AAGATAACTGAATAAGAGCTTATTGCAGTAACTTCAACGTCTAGTATTGATATTTTCATA +TTATTTTTAGCATAAACTCAATCAATTATGTTTGTCTTATTGTTATTTAAATAGCTTTTA +AGCTCTTTTGACTGTTCATATATATCTTTATTTTCATTATTGTACTTTACTGAATATAAA +TAAGTTCTATTATACATGTCTTCTTTATTAAGAATTCCAATACCAAAGATTTTTGGGTTG +TTAATCATATCTCCTTATTTTTCAAGTATATATGCATAATTTGGCATACCTATGTATCCT +GATATTCTATAAGAAGAATTATCAATATTATACTCATCACCTATAGTTAAATTGTTAGCT +TTAGCAAACTGAGGATCTAGTGCAATTTCTCCTACTTTTGGCATAGTACCTTCTAGCACT +GCCGTAATATTTACTTTTTCATTTGGAGTAAATAATCTTACTGTTTTCTCATCATATTTA +TATTCTTTTACAAGTGTTTCTTGCATCTTTAAATCATACTTATATTCTATTTTACTAATA +TCCTCAACTCTATTTACAGTATGAAACGCTAAGTCTTCTTGAACATTATTTTTTACATAC +AAATCTTTATTGTACCTTAAATTTTGTGCTGTTAAAGTTAATGAAACAAATAGAAATACC +GACAATATAATTAAGTATAACATTCCTATATATTGCCTTCAGTTTTCTTTCATTACGCGT +AGTATGCTTTTATTTAGCTTCATTACCACTCCACTCCCATTGCATCAATAGGGTTATTAT +TAATGATAGAATCTTTAACTTCTCCACTTCTAAATTTATATATTCTATTTGCCATTTCAC +CTATAGCTGCATTGTGTGTAATTATTAAAATTGTAGTGTTAAACTTTCTATTTATTTCTT +GTATAAGAGAAAGTACATCTATAGCTGACTTATAATCTAATGCACCTGTCAATTCATCAC +AAAGTAATATCGCTGGATTTTTATTACAGCTCTTGCAACTGCAACACATTGTTGTTGTCC +ACCAGATAATTCTCTTGGAAATCTATTTTTCTTATCTGCTAGTCCCACTGCTTCTAGCAC +TTCATTAATATCAAGAGGCGATTTGCTAATATTTTGTATTATTTCTATATTTTCTAATAC +TGTTAAATGTGGCATAAGATTATATGATTGAAATATAAAATCAGTTTTTTCACGCCTATA +TTCAACTAGTTCATCATCTGATAATTTAGTAATATCAATGTTATCAACAATTACCTTTCC +ACTATCAGCGCTGTCTAATCCTCCAAGTATATTCATCAAAGTAGATTTACCACTTCCTGA +TGGTCCTAGTATGACACCTATCTCCCCTTTATTAAGTGAAATATTTGCATCTTTTAGTGC +TATAGTTTCAATACACTCTGTCTTGTATGATTTACATAAGTTACTTATTTCGATAAACAT +TATTTTCCCCTCGAAATATAATATAAAATTATAATAAAAGTGGACAACTTAATTTGTCCA +CTTTATTATACTTGCATATCAATATTAATTTAAAACATTGCTAAAATTAATTATTACATT +TGTACCTTCATATATTTTACTTTCAATATCTAATCTTCCTTTGTATAATTTTATTATCTG +AGCTGCAATAGATAAACCTATTCCAAAACTATTGTTATACTTTCTAGATTTATCAACTCT +ATAAAACTTATCTGTTATCTTAGGAATATCTTCATCAGGTATACCTATTCCATTATCCCT +TATACAAATCTTAGTATTATTCTTATCAATATATGCCTTGATATCAATTTGCTTTTCTTC +TTTATCACAATATTTTATAGCATTATCAATAAATATTATAAAAAGTTGCTTTAAATGCTC +AGGCATTATATATAAGTTTAAATTATCTTCTATATCGTAAGTAAAATTTACATCCTTATT +AATAATTTCAAAATCATAAATTACTTCATTAATAATTTTGGCAATACTAACTACCTCTAG +ATTATTGTTTCTTACTAATTCATTTTCAGCTCTACTTAATTGTAATAAATCATTTACTAA +TTTAGTTAATCTTTCCACTTCATTTAAACTAACTTTTATTGATTTATCTAAAGTTTCTTT +ATCATTTTTACCCCATCTATCAAGCATCTTCAAATGACCTTTTATTATTGTTAATGGAGT +TCTTAGTTCATGAGATGCATCATTTATAAATTGTTTCTGAGCATTAAATGATTTTTCTAC +TTCATCCATCATACTATTAAATACTATATTAACTTTGTCAAACGCATCTTTCTCATCATG +TATCTCTACTCTATTTGATATTCCCTTTTCTTTTATTTCTTCCATAATATCTCTTAATTT +TTTTAATTTATTTACGAACTTTATAGAAATAAACATTCCTGCTAATATACTGATTATAAT +AACTAAAATAATTACAAAAATCATTATATGAACAGTTGCCTCTAAATAATCTTTAAATAC +ATCTGTTTCATTAAAAATATAAATATAACTTTTCTCACCATTAACAATTAAAGGAGCATT +TAAAATTACATTATCATGGTCTAAATTAAGGAATATTCTTGATTTAATTCTATATGGATT +ATCAAATTCTAAACTTCTTGGTACATCATCCACATTATTGTAAATAATATTCTTATCTTC +ATCATATATAATTGCTTCTAAATCCATAGTCTCAAATAATTTATCATAGGTTATATTAGT +ATTAGCATTAATAAGCATTGAAATCTCATTATATTTAGTTTCTATATCATCTTTTTCATA +CTTTACAGTCCATATTCTAACTACTAAAAGTTGAGCTGTTATTATAATAATAATTACGCT +AATTATTGCTAAAAATGTAAGAATAGACATTTGCCAAAATGTAGACATCTGTTTAAATTT +TTTCATATTATCTTATTACATATCCAATTCCACGAACAGTTTGGATATATCCATCATTTT +TTAATTTACTTCTTAAATGTCTTATATAAACATCTACTACATTAGTTTCAGCTTCATAAT +CATATCCCCATATATTTTCTAGCAAATTATCTCTACTTAAAACTTTATTTTGATTTTTCA +TTAATTAAACTAGTAATTCATACTCTTTTGTAGTTAAATTAACTACCTCATTATCTTGTT +TTACAGTCCTTGCTTCAATGTCTACATTTATATCTTTAAATTCTAACTTATTACTAACTT +GATTTGTTTCATTAACTCTTCTTAATAAGGCTTCTATTCTTGCTAGTAATTCTTCTATTG +CAAATGGTTTTGAAACATAGTCATCTGCACCCATTTGAAGACCAGATACTTTGTCCATTA +CGCTATCTCTTGCTGTTAGCATTATTATAGGGGTATTCTTTACTTTTCTTAATCTTCTAC +ATATCTCTAGCCCATTTAATTTAGGTAACATCAAATCAAGCAATATTAAATCATAATCAT +TTTCTAGAGCTTTTTCAAAACCCTTTACACCATCATCACAAACGTCTACCTTATAGCCTT +CATATTCTAGCTCCATCCTAACAAAGGATGCTATATTTTCCTCATCTTCAATTATCAGTA +TTCTATACACAAAGCCACCTCTTGCTAATTTATGTCTCTATTATTAATCTCTACCATATT +TATCTTTATAATAATTATTTCTAGAATCTACGTAATCAATATCTATTATTGCACCACTCC +TTGAATCTACTTCTACTTTATTTAAGACATTATCCTTTTCCTTTATTTTAAAATCATAAG +TTAAAGATAAAGATTCTTCATTAATTTCTTTTTCAGTTTTAATTATTGTTCCTGGTACTT +TATCTAATGCGATTTTTTCACATTGTGATTGTGTGTAGTTTATATTTGATTTTATAAAAT +GGTATCCAACATAAGCACCAGCGCCACCTAATAACATGGCACAACTTAATGTTATTATTA +TAACTTTTTTTGTTTTTTTAATCACGGCTTTTTTATCAAAATTTCCTATTTTATCTTTTA +GATTTTCTATTTTTATTTTCTTCATCTCATCCTCCAAAACTTATATTATTTAACTTTATA +AAAATTACTTCCTACAAGAGGTACCAATCTTTTTTCTTTTTTTACTATAGATTATTACAA +TTACTGAAACTAACACTATCCCAACTATTAATGAATAATTTTTAATTAAATAAGCTATGT +TAGATAAATTATCTCCTAAAATATAACCTAAAAATATTAGTATTGTGTTCCATAAGCTTA +TCCCTATAGTTGAATATAATACAAAGATATTTATATTCATTTTATTTATACCAGCGGGAA +TAGATATTATTGTTCTAGCTACAGGTATACCCCTTGCTAACATAACAGATATTTTTCCAT +ATTTGTTCATCCACCACATAGATGATTTAATCGAATATCTTGTTTTTGGATATTTTTTCA +TCATATATTTAAGTATTGGTTTTCCAAAATATAACCCTAGTAAATAATTTATAGTACTAC +CAACTATACCTCCAATAATTGATATTGTGAGAGCTAATCCAAAATCAATATTTCCTTTTG +AAACCATTATTCCTATAAATGGTAAAACCACCTCACTTGGTAGTGGAAAGTTTGCATATT +CAAGCATAACTATTAAGAATATACTTATTAATCCGTATTGCTCAATTAAGCTTTTAGCTA +ATATTTCAAACTCCAAATCTTAACCTCCTGTAATTCATACAATTTCTTATCTCATTATTA +ATATAAATTATTTAAATTAAAAAAAAATTGAAGAAAGATTAAAATTTCATTAAAAATTTT +ATAAAGTTTAAGGTGTAGTTTAAATCAATTTATTTTTAAACGATAGATTGTCAATATAAG +TGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAGACA +CTTGC +>MGYG000000001_28 +TAATTGTGATGCAGATTTTTACTACAAAGATGGTGATAACAAATAAGAGTGGCATTAGCC +ACTCAAGGTCCCCTTTAGGGGATTTTTTTATTATGATTTACTTATATTAAAATATTAACA +AATTGAAAATGTATTATCGAATAAATAAATATCAAAAAACTAATTACTTTCAGAAAACTA +GTATGCTAATATCTTAGTAAGATGAAGAAAATCGATAGCAAAGGGTTAAAAGGGGGATAA +GAGATGAAAAAATTAATCCATTTGTTAAGAAATTATAGCATTAAAATAAAAAATGATAAA +AAAATAACAAATACCTTCATTAAAAATATTAAACTCAAGGGGGATATAATGTCTACAAAC +ACAAACCAAATAACTTATAATAGAGCTAAAACTTGGTTCTAAAAAGGCTTTAGTTGTATC +AACTTGGTTACCAATAATAGGATATGTAGCATTATTTTTAGTATTATTCTTAGGAGACCC +AAATCAAATATCTTTAGAAAACTTTGGAATAATGACAGCATTATGGATTGGAACTTTCTC +TTTGGCAAAAGGTATATCTTCAATATCAAGTGGAATAGTTATACCTATGATAGCAGATTG +TGCTGATTATGAAACATATTTAACTGGTAGATATATACCTGGAATGATGGGAACTTTATT +CTCTTTTATTGATAAATTGATATCATCATTTGCAACTACAATAATTGGATTTGCAGTAGC +AGCAATAGGTTTTACTACTGCAATGCCACAAGCAACAGATGCTTATACTCAAGAATTATT +CTGGGTAATAACTGGTTTATTTATGTGAATGCCTATATTAGGATGGATATGTTCATTAAT +AGCTATGAAATTCTATCCATTAGATGAAAGAAGAATGGCTGAAGTTCAAGAAAAAATATC +TGAAATGAAAAAAGACACTGAAAAAATAGATGCATAATTAAATACATTAAAATAATAGAG +CTATCAATTTAGATAGCTCTATTATTTTAATGTATAACCTTTGCTATTTTTAATAATAAT +TTCTTTTTCCAAAAGTCTTCCTATAATAATTTTTGTAAAATGAGAAGAATCTTGAACTAC +TAATTTATTTTTACTATAAAATAAAGAAGCTTTTATATTTATTAGTTCTTTTTCTATTTG +TTTCTTAGATAAACTTTTATTAACTTTTAGTGATTTAATAATTTTTCTCTCAGATTTTTC +ATATAACACATTTAGTAAATCATTAGTTTTATTCTTCTCTTTCATAAGTCCCCATATACT +AATTATCACAGTAATAAATGCAAATAAGAGTATATAAAAAATAGTTTCCATAAGATATTA +TCCCCTTTTATTGAAGGTAATAAATTTATTGTCTACAAGTATATTAAAAAAAGCGACTAA +TCTATCCAACAAAGGCTCAGCGTCTTTTCCAAAGTGATTACTGACTTCTTTTGAAATATC +GTAAACTGATTTATTACCATTTAGGCATTGCCAAACAAAGCTCCCATGGGTATCTAGTTT +TATGTCGCTTTTATGTGGTGTATTAAATAGTTTCTGAGCAATTTTATCAAAAAAATTATT +TCTTTTGATTTCTAAAATCACTAAATTTTTTTCATTTATGTACCAACTTATATTTGGATT +TATAATAGGTATAAAGTCTAAATAGTTTTTACTATTTTTATTTGTTTTCTTCATTAAGAT +ACTCCTTATTAATAATTAATTGTATTTTAAAACTAGGAGGATTTTATCCTCCTAGTTTTA +AGTTTTATAATTTTAGACTACTTTATTATTTTATATATTAAGCAACTTTATTTTTATCTT +TATACCAAATTGTAACCTTGAATAGTGTTAAAGCTAAAAGTAAGAATGCAATTATTGCAC +CTGTTTTACCTAAGCTAAATGCAGATAAATCTATAGCACCTGCAACAGTAGTACTTCCAA +ATGGAATAATAGCAAGTATTGCTAATAAAACTCCAACTAAACCTTCACCAGCAATTAAAC +CTGAAGTATATAAAATACCTCTGTTAATTTCTTCTTTTCTAACTTCTTCTGATTTAGATT +TTCTTTTTTCAAGGAAAAGTTTTATAACTCCACCAGACATTATACCAGCACTTAAATGTA +TAGGAAGATATAAACCAACAGCAAATGGAAGTACAGGTATTCCAATTATTTCAACAGCAA +TTGCTATTCCAGCACCAGCGAATATAAATGCCCAAGGTAAGTTACCATTCATAACACCTT +CTACAACTAATTGCATCAAAGTAGCTTGAGGTGCAGGAATTTCTTTTGAACCAAATCCCC +AAGCTGCATTTAATAGATATAATACAGCACCTATTGTTAGTGCAGATATTACAACACCAA +CAAGTTCACCGAGTTGTTGTTTTTTAGGAGTTGCTCCAACTATATAACCTGTTTTTAGAT +CCTGAGAAGTATCTCCAGCAATTGCAGCTATTATACATATAATAGAACCTATAGCAATTG +CACCCATCATTCCTTCTTGACCAGTCATTCCAGAAGATTTTAAAACCATAGTGCATATAA +GTAAAGTAGCTATTGCCATACCAGAAACAGGGTTATTACTACTTCCTACTAAACCTACAA +GTCTAGATGAAACAGTAGCAAAGAAGAAACCAAATATTGCAATTAGTAAAGCACCTAGGA +AGTTAACTGGTATAGAAGGTATTAACCAAATTGCAATTACAACCAATAAACAACCAATTA +GAACTATACTCATAGGTAAATCTATATCAGTTCTAAGAGAATTATTTGAAGATTCTCTAT +TAGAGTAATCTTTCATAGCTTTTGCAAATGTATCTATGATAAGAGGTAAGGATTTAATTA +AGCTTAAAATACCTCCGCATGCAACAGCTCCAGCACCTATATATTTAATATAGTTACTCC +AAATTCCCCAGTATCCTAATTCACTTATAGGAACAGTAGCTGGGAAGATAGTAGCTTCGG +CGCCGAATAAACCAATTAATGGAATTAAAGCAATCCATCCAACTATTGCACCAGCAAACA +TATATCCAGAAATTTTATATCCACAGATATATCCGACACCTAAAAGTGCAGGAAGAACAT +CAATACCAATAGCAGCATTTTGATATCCTGGAATTTCCCATTCGATTTCGCTAGGGAATA +ACTTTAATCCATCAGCAATAAATTTATAAAGAGCTGCTATTCCAAGACCAGAAAATACTA +CAGAAGCCTTAGAGCCACCTTCTTCACCAGCAAGTAGAACTTCTGCACATGCAGTACCTT +CTGGATAAGGAAGTACACCATGTTCCTTAACAATAAGAGCTTTTCTTAAAGGAATCATAA +ATAAAACACCTAATAAACCGCCACATAATGCAATAAGTGCAATTTTTAATAAACTAGGGC +TAGGCATTCCCCAATCTTTCATCCATATAAATAGTGCAGGTAAAGTAAATATTGCTCCAG +CTGCTAGGGATTCACCAGCAGAACCTATAGTTTGAACAATATTATTCTCAAGTATAGAAT +CTCTTCTTAATATAACTCTGATAACACCCATTGAAATAACGGCAGCAGGTATAGAAGCAC +TTACAGTCATACCAACTCTAAGTCCTAAATATGCGTTTGCTGCACCAAATATTATTGCTA +AGAAACAACCTAATACTATAGAAGTAATAGTAAATTCAGGTAAAATTTTATCAGCAGGAA +TAAATGGTTTAAATTCTTTTTGACCACTTAAGGTCTTTTCATCATTCATTATTTTCCCCC +CTAAAAGTAATAAATTTCATGATGATAAGTAGAACTAGTAAAAATAAAAAATAGTGATTA +TACAGATAAGATTAAAACTAATAACTAACCTATTATGAGAACGTATAAATGGACTTGAAA +TACTTAAACTGATGAATAACTAAAATAGAATAGCTAATATGGTGATTAATATGTATATAT +ATATAATTATATATAATAGATTATATAGATATTACTTAAATATATCAACTCAGCTTGGAG +ATATAAGGAGATATTGTAAAATAAAAAATTAAGCTATATTTAGGAATAAATAGAAAAATA +ATACTAAGATAAAGAATTTTTCGAAAATAGTTTCGAATTAAAATAAATTATATGATATAC +TTTAATTTGATTAAAATTTAATGTAAAAATTAGGAGATTTTATGAAAAAAATATTTGAAT +TATTACTAAGATTATTTAGTGGATTTTTTACTTGTGCACTTGGTATTGTATTTATGCTTA +ATTCTAACTTAGGTGCAGGACCATGGGATGTATTTCATCAGGGACTATCAAATAATACAT +TCTTAACAATAGGCCAAGCTAGTATTATTGTTGGGTTTATTGTTATAGGAACAACTACTT +TATTTAAGTTGAAAATTGGAGTAGGAACGATTCTTAATATGATTTTTATTGGATTATTTA +CAGATTTAGTATTATTTACAAAGTTAGTACCAATTAGTGATAACATCTTAAGTGGATTAA +TAATGATAATAATAGGTATGTTATTAATGAGTTTGGGTACTTACCTTTACATAAGTTGCG +AGTTAGGATGTGGTCCTAGAGATGGGCTAATGGTTGTTTTGACTAAGATAACTAAAAAAC +CAGTAAGTACTATAAGAGGGATTATAGAAATAGGAGCATTAATAGCGGGATATTTATTAG +GTGGCCATGTAGGAATAGGTACATTTATAATAGCTTTAGGTTTAGGATATTGTATGAAGT +TTATATTTAAGAAATTTAATTTAGATGTAAGTTTACTAAGTCATAGATCAATTAAAGATA +CATATAATTTAACTAAAGTATTTATAAGGAACGCTAGGAGTAAGAGTATAGAAAATATAG +AAACTTAAAATATAAAAAGGAGTAGAAAATCTACTCCTTTTTATATTTTAAGTTATTTTT +TGTCAATTTATTTTATAGCTATGATTGATGGGTATTATATGAAATCTATGATGATATGTT +TTTTATCGGATATATAATAAAAATAATATAGAAAAAATATTAAATTTAGAAAATTCAGAA +AATTATATTACGTATAAAGAGAAATGTGTTATTATTAAAGTTAGATATTACCAATTACAG +AATGAAGCGCTTATATATCTATGTTTTATAATTTATTCCAATATAAATAAAATAACTTAA +ATTTATTATTAAAAATAGCAAAAATAATTGATAAAGCTAAATGTATTCAAAAGGAGGAGA +TAATATGGGGTTATGCGACCTGAGCCTTATTGGGCTGATTCATAAATTAAGATGCTATAT +AAAAGATAGAATTAAATGGAATACATTTATAAACGTAGATATTAAATAAAACAAAATAAG +GGGGAATAAATTATGGATTTTGTAGATAATATAGGGGGATTTGTAAAGAGATACATGTCA +TTAATGGTGTTAATAGCATCTATAATAGCTTTTTTTAGACCAAATAGTTTTTTATGGGTA +GTACCAAATATGAACACAATTTTAGGATTTATTATGTTTGGCATGGGAATGACATTAAAA +AGAGATGATTTTACATTAATAATAAAAAGACCAAAGGATGTAGTTTTAGGAACTTTGGCT +CAATATATGATAATGCCTTTAGGAGCATTTTTAGTTGTTAAAATATTTAATTTACCAGGT +GAAATTGCTGTAGGACTTATATTACTAGGTGCTTGTCCAGGTGGAGTGACATCAAATGTA +ATGAGCTTCATTGCAAAAGGTGATGTTGCTTTATCAGTGACTTTTACTACTATAGCTACC +TTATTAGCACCTATAGTAACACCATCTTTTATACTTTTATTTGCAGGGCAATGGATTCAA +ATTGATGCACTTGGAATGTTTATATCAATAACAAAAGTTGTAATAGTTCCGATATTATTA +GGCGGTATATGTCATAGATTTTTTAGTAAATTAACAGAAAAAGGTATTAGAATATTACCT +TCAGTATCAGGGTTGGCAATGGTATTTTTAGTAGGAGGAATAGTAAGCGCTAATGCAGAT +AAATTAACTTTTTCTGTTATTATAGTAGCTTTAGCAGTAATAATTCATAATATATTAGGT +TATATTGGGGGATATATAGCCACTACATTGGCAATGGCACACTTTGCACCTCAAGCTGCA +ATTGCACCTGCAATAGCAGGCATATGGCATGCATTTTCAGTATCTGTACTTGCAAATTAT +TGGGGAAATAAAGATATTAAGTCTGAAGAAATAAAACCTTCCATTCATATAATTGAATCT +GAATGATGAACTAAAATATATAATAGATTATATATAAAAAGAAATGTCTTTATAAAATAG +TTGAAGTACTGTTTTATAAAGACATTTCTTTTTATCGTTATATTATATAAAAACATTGCA +AGATTAAATTCTAAAAAACATGAAAAATATATGTTATAATCTATATGCTAAAAATCATTA +TAAAAAATAAATATACTTGATATTATAACTTTGGAGGATGAAGAGTATGTCAGTAGCATT +AATGTATTTATACAAAGACATAAAAAAACATGGAGTAAAACTTATAGCAGGAGAAAAAGG +CTTAAAAAATAAAGTAAGGTGGACTCATATTGTAGAAAGTGAAGAAATAGCGACTTTCCT +TCAGGGAGAAGAAATTGTATTTACTACAGGTATAGCAATAAAAAATCAAAGTGATTTATT +TAAACTAATAAAAAGAACTAAGGAGCAAAATACTAGTGGGATAGTAATAAATACGGGAAA +ATATATAGATAATGTAAATCAAGAGATAATAGATTATTGCAATGCAAATGACTATCCTTT +GTTTTTAATGCCTTGGGGAATACGAATAGCAGAAATTATGAAAGACTTAACAATAACCAT +TTTAGAATCTGAAAAAACATATTTAGAAATATCGAATGCTATAAAAGATGCTATATTTCT +ACCGACGTATGAAGAGCTATATATAAATACATTAGAAAAAGCGGGGTTCAAATCTAGCTG +GAGGTATATATTAACGATAATAGAGGTAGATTATAAAAATATTAATACACAAAATACAGA +ATATTTTATACCTAAAGTAAAACAATATATTGAAGATGAATTAAGCTATATAAGAAGTAA +CTTTTTTTCTGTTGAAGTTGGCCAATCAATAATTATATTATTTTTAAATAAATCAGATTC +AGAAATAGATAAGATTTTAAAAAAATTATATATAAATCTAGATAAAAATTTTCAAAATGT +GAACTTCTATGTTGGAATAGGAAAGCATACCAGTAGCATAGAAAAGCTTTATAAAGGATA +TGAAGAAGCTAGAAATGTAGCTAAGATAAATAGACTTCTAAGAAATAATAATGTTCATAT +TAGATATAGTGAACTAGGACTATATAGGCTTTTATTAGGGGTTGAAAATAAAGACATTAT +GAAAGAATTTCATGATGAGACTATAGGTGATTTAGAAGTTTATGATGAAGTTAATAATAC +GGATTATGTAGAACTACTTATTAATTATTTTGAAAATAATTGTAAAGTAAATGAAACAGC +AAGTAGCTTGTATATACATAGAAATACCGTAAATTATAAGATAAATAAAATAGAAGAAAT +ATTAGATTTAAATTTATCTGATATAGGAGATAGAAGTAAAGTATATTTATCACTTATGAT +AAGATACCTTATTTAGACAGACTTTTTTATTATACTAATTTTTTTTAGAAAATCAACTGT +GCACATGCACAAATATTAATGTACGAAACAACATTGAGCTTGACTCCAATTAGTGGCAAT +ATATTTATTGGCAAAAACATAGAAGGAGGTTCATCATGAACAGTCAAGCAATTATAAATA +ATACTAAAGAAGTTAGTAACAAAAAGAAATATTTTATGGTTTTTGTGTGCATGTTTATGC +AAGCAATACCTTTTGGTATAGCACAGAACATACAACCGCTATTTATACCATATGTAATTA +AAGATTTTGGATTTTCTTTAGCTGGATTTTCATTAATATTTACATTTGGGGCTATGGCTT +CTGCAGCGTGTTCACCTTTTTTAGGTAAACTATTTGGTAAGATAAATATAAAAATTCTAT +TTATTGTAGGAGCTACATTATCAGGTCTTGGATTCATAGGATTTGGATTTTCAAAAACTT +TACCAGAATTTTATATGTATTCAGCTATACAACAAATAGGCTGTGTAATGTTCTCGGGTC +TAGGAGTACCTTTTGTAATAAATCATTGGTTCCCCAAAAAAGGAAGAGGTAAAGCTCTTG +GTATAGCTTTTTCTGGGGGATCTATAGGTAATGTATTTTTACAACAAATAACTTCACAAA +TGTTAGCATCAAAAGGTGCAAGTTACAGTTATATATTATTTGGAATAATAGCAATAGCAT +GTAGTTTACCAGTCATATTATTATTAATAAGATTACCTAAGGAAGGTGAAGTTGAAACAG +TAAGTAAAGGTGAAGCTACAGAAGAACATGAAAGTAATAATGCATTTGAAGGACTTGGAG +CTAAGGCTGTAAGAAAAAATAAATTCTTCTGGATATTCTCTATAGGGTATGCAATAATAG +CTATTTCTATATCAGCATTAAGTACTCAATATGCAACTTACTTTACAGGAGAACTAGGAT +TAAGTGCAACATTAGTTGGGACTTTAGGATCAGTGTTTGCATTATTCTGTTTGATAGGAA +ATGTTGTTGGTGGTGCTCTATTTGATAAAATCGGTACATTAAAGACTATGACTATATCAA +TGGTGCTTGAGTCAATTGCAGTAGTAGCACTATTATTATCAGGAAAAGTACATGGATTAG +CATTCTTCTTCTCCATAGCATATGGACTTAATGTATATTCATATATGTCTGCACCAGCAT +TCATGGCTACAGATGTATTTGGTAAAAAAGAATCAAGTGTAATACTTGGAACTATAAGTT +TATTATTTGCTTTAGGATTTGCATTTGGATCTACATTATTTGGAATGGTAGTAGATAACT +TTGGATTTAGTGCTGCATGGATATTAATGTTAGTGTGTATATTCACTGGCTATGCATTAT +TACTTACATCGATAAAGAAAGTAAAAGAACAAAATATGGCTTTAAAAACAAGATAATAGC +TACAATACTAAAATAATATTTATATAAATAAAATAAAAAATGATAGATAATATATCTATC +ATTTTTTATTTGAGAAAAATTTTCACATATATTAAGATAAGATATTTATTAAATTTCAAT +ATATATGCAATTATATTAATAAAATCCATAAAATATTAGAAATAGGAGTATGTTATAAAA +GAAGTAAGCCAGTGTAAATATAGTTAAATAAGAAAGAATTAAAATTTGTTAGATATATGA +ATGATATATATTATAAGGAGGAATAAAAATGTCAAATGCAATAGGATTTATTGAGACTAA +GGGATTAGTGAGTGCGCTAGAAGCAGCAACAGTTATGCTAAAGTCTTCAGACGTAAAGTT +AATAGGATTTAAAGAAATAGGTCTAGCTTTAGTTACAGTAATTATAAGTGGAGAAGAACA +AAGTGTAAAAGATGCACTTGATACAGCTTCTGAGGCAGCAGGTTGCTTAGGTGAAGTATA +TGCAGTTAATATTATAAAAGATATACCAAGTGAGATTTTGGAAATAATAAAAAATTATAA +TACTTCTATTTAGAAAAAGGAATGTATTAAAATAATTTTTAGTACTTTGAATAGTATAGA +AAGTTATTTTGATACATTCCTTTTGATTTCATAAAATATATTTACAATTATTTACAAAGT +GAAATTAATATAATAATCTATATATGTAATTATTTTTTGGAATATAATATTTTATCTAAG +AAAGGGGTGTTAGATTGAAAAAATATTTACCAGAGATAGGATTGGTTATTACTGCTATAA +TATGGGGTACTGGATTTATAGGTACTCAACTAGCATTAGATGGAGGTTTTACTCCTATAC +AAATTTTAACCATAAGATTTTTTATAGCAGCACTATTATTAAATATAATATTTTTTAAGC +AAGTAAAAAAATATATAGATAATAAATCCATAAAAGCTGGAATTACATTGGGAATATTCT +TATTTATAGCTTTTGAACTTCAAACTGTAGGATTAGTTTATACTACTCCGTCCAAAAATG +CCTTTATAACTGCTGCAAATGTAGTTATTGTACCATTTATAGGATATTTGATATATAGAA +GAAAAATTGATAAATGGGGTCTTATTAGTAGTATAGTAGCAATAATAGGAATAGGAATAT +TATCATTAGAAAAGGATTTTTCAATTAATTTAGGGGATTTTCTAACTTTACTTGGAGCTA +TTGGCTTTGCATTTCATATTTTTTATACTAGCGAATTTGCCAAAAAATATAATCCATTAA +TTTTAACTGCTATACAATTTAGCGTAGCTTTTATTCTTTCTTTTGTGGTACAAATAATGA +CAAGTGAAGTGAATATAAGTGTAGAACCAATTGCTTACTTAGGAGTTATATATTTAGGAA +TATTTAGTACAACTATTGGTTTTTTACTTCAGACTATATGTCAAAAGAGGGTTAGTGAAA +CTAAAACAGCAATAATACTATCTACTGAATCTTTATTTGGAACTATATTTTCAGTAATAA +TTTTTAAGGAAACAGTAACTGTGAAATTAGTTATGGGATGCTTACTAATATTTTCAGCTA +TAATAGTTTCAGAAACTAAATTATCATTCTTGAAAAATAGAGACCTAGAAAGTACAAAAG +AGATGAGTGTAATTAAAGAAGATGAAAATATTACTCTAAGTTAAAATAAATTTAAGCTAC +TCACTTATAATATATAAAATTCTCATTTGTAATAATTTTTAGTATTTAATAAATATATTT +GTTAAATAATAAATATGAAATAAATATTAAAAAGGAAGTGACAATATGCCTAAACATCCA +AATAGAGTGCCTAAATATAATAAAAAACCAGATGCAATGAAAATTGAGGCAGCAAGAGAA +CTTGGAGTACATCATGTGACTGGTGCAGAAGTAAATGTAAACTTAGCAGCACAAGGAGAA +AGTAAATATAGCAAAGATACAACTAGAAGGATGCATGATCAGAGAAGAGAATTAGCTTAT +AAAAAAAGACATGAATCAGAGTATAAAGAAGACTTAAATGATTAAATAGAAAAGTTAAAT +AAAAGCTGAACTATATAGTTTATAGTTCAGCTTTTATTTATAGTTAAATGTAAAATAATA +CAAAATATGCTAATATTAAACTAGGATTAAGATGTATAATCAAAGGGGGATATATATGAG +CATATATTTAGATAATGCTGCTACCTCATATCCAAAGCCAAGGGAAGTAGCAGATGCAGT +TTATGATTTTATGATAAATAACGGTACAAGTTCAGGTAGGGGTTCATATCAAAAGGCAAT +GGAATCTGATTTTTTTATTTACAATACTAGAAAAGAAATAGCATCACTATTTAACTTTAG +TGATCCTAAAAAAGTAATTTTCACATCTAATGTAACAGAAGCTTTAAATATGGCAATAAG +AGGGATATTAAAAAGTGGGGACCATGTTATTACTAGTAGTTTGGAACATAATGCAGTATG +GAGATGCCTAAAAACCTTAGAAAAAGAAATAAATATAAGCATAACTAAAATAGATGCAAA +TAAAGAAGGGTATACAAATATAGAAGATTTAAAAAAACATATAAAAGATAATACATCTTT +AATAGTATTTACTCAAGCTTCAAATGTATTAGGCACTATTCAACCGATAAAAGATATTGG +TGCTATTGCAAGAAAACATAAAATACCTTTTTTAGTTGATGCAGCACAAAGTGCAGGAGC +ATTACCTATTGATGTAAAAGAGGATAATATAGATATACTGGCCTTTACTGGTCATAAAAG +CTTATTAGGTCCTATGGGAACAGGAGGACTACTAATTAACTGTGAATATAATATAGATCC +ATTAAAAGTAGGAGGTACAGGTGGAGATTCAGCTTATGAATATCAGCCTGATTACTATCC +TAATAAATTAGAAACTGGAACATTAAATGTAAGTGGAATTGTAGGACTTGGTGAAGCAGT +GAAGTTTATAAAAAGTAAGGGGATTATAAATATACATAATAAAGAAAAAGAACTGGTTAA +GTACGCTTTAGACCAATTAAAGTCTGTAAAAAACATACAAATCTATGGTCCACAAGATAG +TGAGAGAATAGTTAGTGTAATATCTTTTAACATAAAAGGTATTAGGGCAGAAGAAGTAGC +TTATGAACTAGATAGTAAATACAATATTATGGTTAGAGCTGGATTACACTGTGCACCTAG +TGCTCATGAATTAATAGGAACAAAAGAAATTGGAGCATTAAGAATAGGTATTGGTTATTT +TAATGAAAAAGAAGATATAGATAAATTAGTAAAAGCTCTAAATGAAATTCAAATTTAAAA +GGGGAGTCAATATGTATTTAGATAAAATAAATTTAAGTTTTATTCAGCCTTGTACAACAG +ATTCATTAAGAATAAGAATAAAAGCAATAACTTCAAGAAATATAAGTGATCTATTTCCAT +TTTTAAACACATATTTAAAATCAGGAATATATAACAAAAAAGCAAATACTTTTACTTTTA +ACAAAGGTCCTAAGATTATTATTATGTATCCAGAAGCAATAAATGTATCTAAATTACTAA +ATGAAACTGATGCATTTGAAACTTTAGATTACATTAAAGAACTAATAAATAAGGTGGACG +AAAAAAGAAGTGAAATTGAACCATCAGAAGAAATGAGAAAATTACCAAGTCCATTAGAAG +TTTACACATACCTTCCTAAATTAAATTGTGGGAAATGTAAGGAACCGACTTGTTTAGCCT +TTGCTACAAAGTTAATAAAAAATGAAACAAAGCCTAGAAGATGTCTTCATTTGTATGAAA +AATGTAATGAGAATAATAAAGAAAAAATAGAAACTGTATGTTTGATGTTAGGAAATGATA +TTTAAATATTAAAAAGTATATTGATAATTTCATGAAAAAAATGGTAGAATAAATATGACT +TATTGATTATAAAAAATTATTCTTTGTTTAAAGTTAAAAACTGGGGGTATATATAGTACC +ATGACAAAGTAAATAAAATTTATAATTAAAATAGATATTATCATTGGAGGGGAAAGAATA +TGAAAAAATTCGTATGTACAGTATGTGGATATATCCACGAAGGAGAAACTATAGAAGGTG +TTGTATGTCCAGTATGTAAAGTAGGAGCTGACAAGTTTGAAGAAATGTCAGGAGAATTAA +ACTGGGCAGATGAGCATAGAATAGGTGTTGCACAAGGTGTAGATGAAGAAGTAATAGAAG +GATTAAGAGCAAACTTCGTTGGAGAATGTACAGAAGTAGGTATGTACTTAGCAATGAGTA +GACAAGCAGATAGAGAAGGATACCCAGAAGTAGCAGAAGCTTACAAGAGAATAGCATTCG +AAGAAGCAGAACATGCAGCTAAATTTGCTGAATTATTAGGAGAAGTAGTTGTTGCTGATA +CTAAAGAAAACTTAAGAGTAAGAGTTGAAGCTGAGTACGGTGCAACTGATGGAAAATTAA +AGTTAGCTAAGAGAGCTAAAGAATTAGGATTAGATGCTATACATGATACAGTTCATGAAA +TGTGTAAAGATGAGGCTAGACATGGTAAAGCATTCTTAGGATTATTAGAAAGACATTTCG +GTAAATAAGATAATATAAATAATAAAAAGCAAGTCTAGAAATAAATTATTTCAGGCTTGC +TTTTATTATTATTATTATTTATAGATTGCTTTTATAGGATCAAGTCGCGATGCCTTAAAG +GCAGGCACTATGCCAAAAATAACACCTGTTAAAATAGTTATAATACTAGCAAATAAAATA +CTATTAATGCTAGGAACTGCTTTAAAAGGAAGATAATTAGTTATATAGTTAGTACTTATA +AGACCTATAATAATTCCTAAAATACCTCCAAGAATAGTGATAAAAATAGATTCAATTAAA +AATTGAAATAATATTGCTTTAGGCTTAGCACCAATAGCTCTTCTAATACCTATTTCTCTT +TGCCTTTCAATAACAGAAACATACATTACATTCATAACTCCTATACCACCAACAAATAAA +GATATTACAGTTATGATTAAAACTACCTTATTTATACCCGAAGTCATACTTTCTAATTCA +TATAGTTGAGATTCAGCCTGATAAGATAAATCTTCAGTATTATAAGAACCTTCTATATTA +GGATGAAGATCATAAAGTCTTTCTATTACTCTATTAGCAACTTCAAAGACATCGTAATTC +TTAGATGCTACTAAGTCTAGAGAATATATCTCAGTAGAATAGTCATATTGTTTGACTAAT +TTTTCAAAAGCTTTCTTAGGCAAATATGAAGTTGGCATATCATAATATTCTAAACTTTCA +TTATCAGCATAGGTAGAATTATAATCTATGGACTCATCTTCATTCATCAGAGAATTATCA +TCTAATACACCGATAACTTCAAATATATACCTACCGATAGTAATACCACGACCTACGGCA +TCCTCAGGATTTCCAAATAAGTCTATAGCATTTTGCGTAGTAATCATAATTACGTTTCTT +TCTTCATCATCTAAAGAAAAGCTACGTCCATAAAGAGTTAAAGGACTTGAGTTTTCTTTA +AAAGGAGATATATCTAAATAGGTCATTTTCTTATCAAAATACGCATCAAAAGCGTAAATA +GAACTATCATCTATACCACTATCTGATGGACCAATTTTTTGAACACCTTCAATAAAAGAT +AACTCTTCAATATCACTATGAGTGAAGGGCGATAAAAATATACTAAATTCATTCATAGAA +GTATCTGATGATTCAAAGTATATATTTGTTTTATTAGGACCTACATTAGTTATGGTTTTT +CTTACTTCATCTTTTAATCCATTACCAATAGAGCTTATTAAAATAACAGAAGTAATACCT +ATGATTATCCATACTAAAGCAACAAAAACACGTAATTTATGACCTTTAACGTTTACTAGA +GCATTTTTTATTATATCCATATTGGTACCTCCAATGAAGTAAAAGCGCCATCTTTTAAAG +TGATAACCTCAGTAGCGTATTTAGTTAAATCTTGGTCATGAGTAACCATAATAATAGTTT +TTCCATTATTATTAAGTTTTTTTAAAAGTTTCATAATTTCTTCACTTGTCTCACTATCTA +AAGCTCCAGTAGGTTCATCTGCAAATATTATTTGAGGATTATTAACTAATGCCCTTGCAA +TAGCTATACGTTGTTGTTGACCTCCAGATAATTGAAGCGGAAATTGGTTTATTTTATCAA +GTAAGCCTACAGAAGATAAACTTGCTTCTATAATAGCTTTCTTTTCTTTTTTACTAGATA +TTTTATTATAAATTAAAGGTAATTCAATATTTTGATATATATTTAAGGTTTCTATTAAGT +TAAATTGTTGAAAAATAAATCCTATATTTTTATTTCTAAATACAGAACGCTGATTTTCAT +TTAATTTACTTACATTTTCATCATTAAAATAATAGTCTCCACCGTCAAATTTATCTAAGA +ATCCAAGAATGTTAAGAAGGGTAGTTTTTCCACTACCTGATTTCCCCATAATCATTACAA +ATTCACCCTTTTGGATATTTAGATCGATGTTTTTTAATACTTGTATTTTTTCTTTCCCTA +CTTTGTAATATTTCTTAATATTTTGGAGTTTTATTAGATTAGTCAATTTTTGGTTTCCCT +TCAACATCAGAGTTTGAACTTTCATACATAGATAAGGATTGTCCTTCTTCCATTTCTTCA +GTAGGGGTTGTAAGTATAATATCATTTTCCTTTAATCCAGACTTAACTACAGCAAATTCT +TCATTTCTGCTTTCTATTTCAACTGATTGTTTTTTTAGGATACCTTCTAAGTCTTTAAAT +ACATAGTATTTATCTTCTGATTCTAGGATAGAAGATGCGGGTATTTTTGAATAAGAATTA +TCCAATTTTATAGATGCTTGAACATGGAAGCCATTAACCAATCCTTCTTGGCTATCGAAT +GCAATATTTATGTCATAATAAGATAATGTGCTAGATTGTTGTTGATATTCGCTTGAGGAG +TCTGTTGAAGGTCTTTCTGATATAAAACTTATTCTACCAGTTAAATTTTTATTTGTAGAT +AATATTAAAACTTTTGCAGTTTGATCAACTTGTATTTTTGCTAAATCCTGTTCGCTAGCT +TGTCCTTTCATATAAAATTCATTAGTTTGTAATGTAATAAATCCACTTTGACTTTCAGAT +TCTTCATTTATAAAGACCTTTCCATCAAAAGGAGCAAGTGTTTTACTATAAGCATTTTCA +TTGAGTGATTTAATTTGTGCATTTAATTTATTTATTTCAAGGCTAATCGATGGGTCACTA +ACTTCTTGAGATGATTTTAATTCAGAAACTTGAGATTTAAGTTCGTTAATCTCATTTATT +ACTGATGGATTCTTGCAAGTAAAAAGTACACTACCTTTTTTTACAGATTGACCATTTTCT +ACTTTTAATTGGTCTATTTCTTCACCATCTGATAATGTAAAGTCTTTGCTATCCTTTGGT +AGTACAATGCCATTAATAAAAACTTTCTCACTTTCTGGAATAGCATAAGTCTCTATAAAT +GATTCAGGTTCCTCACTATTAATTTTGTTATCTTTTCCTTTGTAGAAAAAATAGATACCT +AGAGTTACACATAATACTGAGGTAAGACTTACAATGATTCTAAATTTTTTATTTTTGAAT +TTTTCTAAAAATAACATATAAACACTCCTTAAAATAATAATACCTCTATAAAATTATAGA +GGTAAATAATGTAATAAGTCAAAACTTATTAAAAAAATTAATAAATTGTAACTTTTACAA +GAAGTATAAATAGTATATGTTTTATGCTGTAAATTCAATTGATTTAGATGTAATAACATC +TAAGTTTTTATAAAGTACGTATCTTATAATTCCATCTTTATTTTCTTTTTTAAGTTTATT +TTCGAATCCTAGACTTAATATTGTTTTTAAACTGTATACATTTTCTGAGTTTACAACTGT +AACTATATTTTTCATACCTTTACTAGCAGACACTTCTATTCTAGTTTCTAGTAATGTACG +ATGTAGAGAGTTGCCACGGTAGAAAGGATCAACCATAACAAATCCAGATATATAAGTATT +TTCTATTTGGAATTCATCCATTCCCATTTCAATAAGCATATCCTCATATTCCCCTTGTGG +GGCTTCACATAAAGCAGAAGCAACTAAGGTACCTTCTATATAACATCCTACTATAAAACC +ACCGTTATCTAAAACACCTTCTAAGTAAGAAGCATCACGAGACTTGAGCCAACTTTTATT +GTCCATAGTACTGTTCACTCTATTGTATAAGTTAATAACGTCCTCAAATTTATCTTTAGT +TATATAACAAATATCACCGTATAAATTTTCGCAAGGATTCCCGTTAAATTTAGATAATTG +TATTGATTTTATCAATTAAGCACCTCCGAATCTCACAGGATAGACCTATGAATAAATTTA +TAAATTTTATGTCAAATTAAGAAGAAAAAATGCTTTTCTTACTAAGTAAATTTGTAAATT +AAATATGTGTGTAACTAAGTAACAGACTTTATGTCATATATTTATTGTCGATAAAAAATA +AGTATAAGATATTATAACATAATCTAAAGAAAATTAAAGTGGAAAAAGTCGATTTTTATC +GAAAATTTTACGAAATGAGTAGAGCTGAATAAAAACTAAGGAAAACGATTGAATAATTGT +AACAAAAAAAGACTTAGAAATCTAAGTCTTTAAATTAATAAATTAGTTAAATTTAATTAA +TCTTGATAATTTGCTAAAGCATTGCTAGCAGCAAATACTGCTTCTTCAACATATGTTATT +GTATTTTCTATTTGGTATTTATTATTTTGCTTTTCTACATTCTTTAATGCATGATTTAAG +CAACTTTGTGCACTTTGAAGTTGAGCGAATGCATCTTTTAATTCATCTTTAGAATTTTTC +ATGAATAACCTCCGGAATATTATAATTATAATTTTGATTTTAATTTCAGAATTTTTCCCA +CGAATTGCTAAAATATTTTAATATTTTGTATCTCGTTGACAATATATAAATTCGCTCTTA +TAAGTTAGTTAAGTAAACGAATTTTATGTGAAAAAATACTCAATAAAAGTATTTGCATTA +TAAAAATATATATACATATTTATGGTGAACTGAAATTAGAATATTAAATTACTAATGGGA +AAATATAAGTATATAATTATAAAATAAGGAGAGTAACATGCTTAGATATAGAAAATTATC +CTTTTTATTATGTATATTACTATGTATTACATTTTTACTAGGAATGAATAAACCAGAAAA +TATGGAAGGTAAAAAGATATTTAAAAATATAAGCGTCGAAAATATAGATATAGGAGGTCT +AACTTATAAAGAGGCATTAAAAGAAATTAATAAATATTATAAAGAAAAAGATATAATTAT +TAATTATGATGGTAAATCATGGACTCTAAGGCCAGATGAAATAGAATTAAGCTATAATAT +AGAAAAAGCTTTGTCAGAGGCTTATGATTATACAGAAACAGAGAATAGATTTGAGAATAT +AAAAAGAAAAACAGGACTTATTTTTAAAGGTAATCACAATATAGAATTGAAAGCAACTTA +TAATGAAACAAAGTTAAGTAATTTCATTGAAAACATATGTAAAGAAATAGATATTTCTGT +TACACAGGCTAGTGTTGAAATAAAGGATTCTGGTGAAATTATAAGAACACCATCAAAAGA +AGGGAAAGAAGTACAAAAGATAAAATTAAAAGAAGATATTTATAATATGATTTGTGATAA +AAAAATAAAAAGTCTAAATCTGCCTGTTAAAATTGTAAATCCCACAATAACTACTGAAGA +TATTCAGTCAATAAATACAGTATTAGGGCAATTTAGCACTAGTTTTAATGAACATAACTC +GAGGGGTAGCAACATCCACGTTGCAGGGAAAAGTACTAGTGATAAACTAATAATGCCTTA +TGAAATGTTTTCTTATAATAAAGCTACAGGTGCAAGAAACTGGGTTAATGGGTATAAAAG +TGCAAAGGTAATAATAGGCGGTAAATATGTAAATGGTGAAGGTGGCGGTGTTTGCCAGGT +ATCAACAACTATATATAATGCTGCTTTATTATCTGGTATGAGGATAGAAGAAGTACACAA +CCACACTATGCCATCTAGATATGTACCAAGGGGTAGAGATGCAGCAGTATCATACGGGTA +TACAGATTTCAAATTTAAAAATCCATACTCACATCCTATTTATATTAAAAATATTGTTAG +TAATGGTGCAATAACATCAAAGATATATGGTTGCAGTCAAGATAGAGAAAAGTTATATAT +AAAAACTGAAGAAAAAATTGAAAAAACAAATATTACTGTTAAAACATACAGAGTTTACTT +AGATGAAGAAAATAATAAAATAAGAGAAGAACTTATAGCAACAAGCAAGTATAAATTAAA +ATAGATGATTTTATTTTCACTATAGTGCCAATTTTATTAGTAATAATGTATAATTTATTA +AGGATAGCTAGTAACAAAATACTACATTTACTAGATCAACCTTAATAAGTTATACATTTT +TTTATTTAAGGTTTTATGTACTAATAAATAATATTGTTTTAAAGTAAAAGTAAAGGGTAT +ATTTTTAATGTGACATTAAGAAACTTAGGATTAATAATGAAAATATAATAAATAATTAAA +TAAATATAGATATAGGAGGAGTAAATATGAAAAAATTTGTATGTACAGTATGTGGCTATA +TATATGAAGGGGATAGTGCACCAGAAGTATGTCCAGTATGTAAGGTAAGATCTGATAAAT +TTGAGGAAATATCAGGGGATATGAAGTGGGCTGATGAACATAGAATAGGATTAGCAAAAG +GTGTAGATGAAGAAATACTTGAAGGATTAAGAGCTAATTTTGTAGGGGAATGTACAGAGA +TTGGTATGTATATAGCAATGAGCCGTCAAGCTGATAGAGAAGGGTATCCTGAAGTAGCAG +AGGCGTATAGAAGAATAGCATATGAAGAAGCAGAACATGCTGCAAAATTTGCAGAGCTGT +TAGGTGAAGTTGTAGTTGCAGATACTAAAGAAAACTTAACAGTAAGAGTTGAAGCTGAAT +ATGGAGCTACAGATGGAAAATTAAAATTAGCAAAAAAGGCTAAGGAATTAGGACTAGATG +CAATACATGATACAGTTCATGAAATGTGTAAAGATGAAGCAAGACATGGAAAAGCTTTCT +TAGGATTACTAGAAAGACATTTTAAAAACTAAAAAATATAATTGGTCATATGACATATAA +TATATATTAATTATAGAATGTCATATGACCTATTTTATTGAAGATATATAAACTATCTAA +TATACAAATATATTAAATATTTTTGTGAATAAAACTACATAATTTTGTATACAATTACAC +AATTATAAATGATAAGGAATATTGAATTAAAAAATTAGCATGAAAGATAAAAATTTTACA +CTTAATTACTGGTAATTTATTACAAACTGTGTAAAGTATAGTATAATTTATGTATACAGA +ATATTATAATACAGTTAAAAAAATAATAATAATGTTGTTAGATTAAAATAAATATTATAG +TTAAAATTATTAGGTCAGAATGGGGAATATGGATATGGGAAATAGAATAGTAAGTAAGAG +ATTATTAGCAGATAACATTTATCTAATGGAGATTGAATCAAAGAGAGTTTCAAAATCCGC +AAAGCCTGGTCAATTTGTAATTGTTAAAATGGATGAAAAGGGAGAGAGAATACCTCTAAC +AGTTGCTGATTATGATAAAAATAAAAATACAGTAACTATAGTTTTTCAGGTAGTGGGAGC +TTCAACTAAGTTACTAGCAAATCTAAGCGAGGGAGATTTTATAATGGACTTTGTAGGTCC +ACTAGGTCAACCAAGTGAGTTTATTAAAGAAGAAATAAGCACTTTAAAAGATAAAAATAT +TATTTTTATAGCAGGTGGAGTTGGGGCTGCTCCTGTTTATCCTCAAGTTAAATGGTTTAA +AGAAAATAATTTAGATGTAGATGTGATAATAGGCTCAAGAAATAAAGACTTACTAATACT +AGAAGATGAAATGAGAGCTGTTGCAAAGAATTTATATGTATCAACTGATGATGGTTCATA +TGGATATGATGGAAGAGTAACTGATTTACTTAAAGATTTAGTACAAAATCAAGGTAAAAA +ATATGATCATGCAGTAGTAATAGGACCTATGATTATGATGAAGTTCACAAGTATGTTAAC +AAAAGAACTAGAAATACCTACTATAGTTAGTTTAAATCCAATAATGGTTGATGGAACAGG +TATGTGTGGAGCATGTAGAGTAAGTTTAGGAGATGAAATAAAGTTTGCATGTGTAGATGG +GCCAGAATTTGATGGTCATTTAGTAAATTTTGATGAAGCTATGAGAAGACAAGCTATGTA +TAAGTCTGAAGAAGGAAGAGCACTGTTAGAGAGTGAAGATAGAGGAACTTCTCATCATAG +TAATTGTGGATGTGGGGGGAATTAATATGGGGAATAAGATGAAAAGAACACCTGTAAGAG +AACAAGAAGCAAGTAGAAGATCTAGAAATTTTGATGAAGTATGTTTAGGATATGACATAG +AGGAAGCAGTACTAGAAGCGAATAGATGTTTAGGATGTAAAAAACCACAGTGTGTATCAG +GGTGCCCTGTAGGAGTAGATATACCTGGGTTTATAAATAAGATAAAAGAAAGAGATATAC +AAGGTGCCGCTGAGATAATATCAGAAAATAGTTCTCTTCCTGCTGTATGTGGAAGAGTGT +GTCCACAAGAAAATCAATGTGAAGGAAAATGTGTATTCGCTAGAAAGTCTGCATCTGTAG +CAGTTGGAAAGTTAGAAAAATTTGTTGCAGATTGGTCAAGGGAAAACAATATAGATTTAT +CTAAAACAAAAGCTAAAAATAATAAAAAGGTTGCTGTAATAGGTAGCGGTCCGGCTGGTC +TTGCATGTGCAGGAGATTTAGCAAAGAATGGTTATGATGTAACTGTGTTCGAAGCTATGC +ATGAAGCTGGTGGAGTTTTAACTTATGGAATTCCAGAATTTAGATTACCTAAAAAAGAGA +TTGTTCAAGCTGAGATAGATAACATTAAAAAGTTAGGTGTTAAGATAGAAACTAATGTAG +TTGTGGGAAAAACTATAACTATAGATGAATTGATGGAAGATGAAAATTTTGAAGCTGTTT +TTATAGGCTCAGGGGCTGGACTTCCAAAGTTTATGGGAATAAAAGGTGAAAATGCAAATG +GAGTATTTTCAGCAAATGAATTTTTAACAAGAGTTAATTTAATGAAAGCCTATAGAGAAG +ATTATGCAACTCCAATAAGAGTTGGAAAATCTGTTGCAGTAGTAGGTGGAGGAAATGTTG +CAATGGATGCAGCAAGAACTGCATTAAGACTTGGTGCTAATACTCATATTATTTATAGAA +GAAGTGAAGCTGAACTTCCTGCTAGAGCTGAAGAAATACATCATGCAAAAGAAGAAGGCA +TAATATTTGATACACTTACAAACCCAACAGAAATTTTAGCAGATGAAAATGGAAATGTAA +GAGGTATGATGTGTGTTAAAATGGAATTAGGAGAACCTGATGCATCCGGAAGAAGAAGAC +CAATAGTAGTTGAAGGTTCTGAATTTATTCTTGAAGTAGATACAGTAATCATGTCCCTTG +GGACAAATCCAAATCCACTCATTACATCAACTACAGAGGGATTAAATGTTAATAAAAGAA +AGTGTATAATAGCAGATGAAAATGGACTTACTTCAAGAAAAGGTGTTTATGCAGGAGGAG +ATGCTGTAACAGGAGCGGCAACTGTTATATCTGCAATGGGAGCTGGAAAAAAAGCTGCAA +AAGCTATAGATGAATATATCAAAGAAAAATCACAATCAACAGAAATTCAATATGCATAAA +ATATGTTAATATAAAACAATATTGTTTTGTAAATGTGTAGCTACATCAAATAGTAGCTAC +ACATTTTTTATTATCAAGTCTTACAATAATGAAATGTTAGTAATTAGAAAATATGATATA +ATACCTAGCATATATAAATTAACTAATGGAGGATTATTAATGAAATCAAGATTTGAAGGT +GGTCTCTTAGGACTAATAGGAGTAAATATACTAGCCTGGATAGTTACAGTTCTGACATTC +GGAATAGGGACACCGTGGGCAATGTGTATAAAATATAGATGGGAAGCTAAAAATACAATT +ATAGAAGGTAGACGGTTAGATTTTATAGGTAGTGGGTCTAGCTTGTTTTTACATTATATA +AAGTGGTGGTTATTGACTATAATAACTCTTGGGATATACGGATTCTGGTTATATATAAAA +TTATTACAATGGAAAACAGAAAATACAGTATTTGTAGACTAATAAAAAGTGTAGTAGCTT +TAATAATGGGCTTCTACACTTTTTTATTATAAATAATACAAAAAAATGTAAACCGAAAAT +TAATCTGATATAATTATAGTGAATAAAAGAATAATTTTATTAATTGTAAATTTATATTAG +GAGGAGTTAAATGGGGGATAATGAATTATTGGGTATTGAGCCCATTAGTAAGTTATTGCT +TAAGTATTCTGTTCCGGCTATTATAGGGATGATGGTAAATGGGTTATATAATATAGTAGA +CAGAATTTTTATTGGAAATATACCTAATGCTGGATCATTAGCAATAACTGGATTAGGTAT +TACAATGCCTATAATGACAATAATATTAGCTTTTGGTATGTTGATTGGTATTGGAACAGC +AACAAATATGTCCATAAGACTAGGTCAAGGAAAAGCTGAAGAGGCTAAAGATTTAGTACA +AAATGCTATGACACTAGCATTGTTAATAGGAGCTACAATTACATTTTTAGGAATAATATT +TGCAGATAAAATTTTAATGTCATTTGGAGCAAGTGAAAGTACTTTACCATATGCAAAAAC +ATATATCAATATTATTTTAATAGGTTCAATACCTAATTTATTTGCATTTTCTTTAAATCA +TATCATTAGAGCTGATGGAAGTCCAAAAATATCGGCATCAATAATGGTTGTAGGCTGTCT +TTTAAATATAGTTTTAGATTGGATATTTATATTCAAGTTTAATTTAGGAATTAAAGGAGC +AGCAATTGCAACTATAACATCTCAAGGTGTAACAGCAGTATTAGGAATATATTATTATAT +ATCAGGAAAATCAAATCTAAAAATTAAAAATATCAAATTAAAATTAAACAAACATTTGAT +TAAGGTAATCTTTGCAATTGGAGTATCTCCTTTTTTTATGCAAATTGCTGCGAGTATGGT +TCAAGTAGTTTGTAACAATTCTTTAAGAAAGTATGGTGGTGATTTAGCAATAGGAGCCAT +GACCACTGTTGGATCTATATCCATGATATTCTTAATGCCTATATTTGGGATGAATCAAGG +TTCGCAACCTATAATAGGATTTAATTATGGAGCAAAACAATTTAATAGAGCTAAAAAGGC +ATATATACTATCTTGTAGCGCAGCCACGTTATTACTATTAATTGGAACAATAGTAGTTCA +AGTATTTCCTCATATTATGATAGGTTTATTTAATAAAGATCCTGAGCTTATGGATATATC +TACAAGAGGTATTAGAGTGTATTTGCTTATGATGCCAATAGTAGGAATATCAATCACAGG +TACAAATTATATTCAATCTATTGGAAAAGCAAAAGTTGCAATGATTTTAAGTCTTTTAAG +ACAGGTAATAATATTAGTTCCATCATTAATTATCTTACCAAGAATTTTTGGTCTGAACGG +TGTTTGGATGGCTCAACCTGTAGCTGACTTTATATCTACATCAATAATAGCAGTGATTAT +TATTAAAGAATTAAGAAGCTATAAAGTTGAAAATAAAAGATTAAATGAAGATTTAAACAT +GAAAATAGAAATAGCAATTGAAGAAGATTTAAAATAGGCCTATAGTGGCTGAAATAAATA +TTGAGAGAGCATATCATTTACTTAGTGTAGAATATAATAGTTAACCTTTACAAATAATAA +TTAAATAAAAAAATTATTGAGGTGAACTATGAAAAAGAAATTACTGTATATAAGTGTAAA +TTCAAAACCTGAAGATTTATCTTCAAGTAAAACTGTAGCAAGGGCATTTATAAATAAGTT +TCTGGAAAAATATAATGATTTTCATGTAGAAGAAGTTGATTTATATAAAGATCATATTCC +AAGATTAGAGTATCAATATTTTGAAGGTAGAAACGCAATAATTAAGGAAGAAGATGCTGA +AAAATTAGACGCAAAAGATCAAAAAGAAATAAAGAGAATAAGAGAATTATGTGACCAATT +TGTAGATGCACAAGTATATGTAATTGCATCCCCAATGTGGAGTTTATCTTTTCCTGCACC +ATTAAAAGAATATATAGATTGTATAGTGCAAGTAGGCAAAACTATTGAATTTGTAAATAA +TAAACCAAAAGGTCTTTTAGATAACCAGGGAAGAGTATTAGTATATATTGAATCCTCAGG +AGGAAAAATACCATGGATATTAGATCCTGTTATGGATAAAGGAGAAAATTACGTAGCAAG +TATAATGAGAACCCTTGGTATTAAAAAAGTAGAAGAGCTTATGGTAAGCGGAACAGATAC +CACAGAAGAAGAAAGACAAGAAGCTATATCAAATGCAATTGAAAAAATAGATGAAATAAT +AAATTCAATAAGTTTATAATAATTGCTTATAAGATAATTAATTTTTTTATTTAGATATTG +AGATATGTATTAGATTTAAAATTTTAAGTTGGATTATATTTTTTACGATATATGTATACC +AATAGATATATCATTACAATATATGTTTATCGAATTAAGTAGTACAGTTTTTTATAAAAT +GTTTAAAAATTTATTGATTAAAGATTTAAAGTGAAAATATTATGCTATTGTTTAAGATAT +TGATTTAATAAATTTAACTTTAAATAAAAAAGAAACGCATTTATTAAGTGTGTTTCTTTT +TTATTTCTCAGTTTTTTATTCATTTTAGCGCATATTTCTAAATGTAAAAAAATATGAAAT +TATGAAAAAATTAAATATAAATATAAGATGATTTTCTTTATAAAAGATGTAAATTGACTA +ATACTATATAAAGAGGAAGAAAAAGATTTGATTAAAAAGATATTGATGAAAAATACGACT +AATACTATGACATATTAACTAAGTAACATCAAAGGAAGGGGAGTCGAGGTTATGAGCAAA +AATATAAGTAAAAAAATTAGTACCTTTATAGTAATTTGTTTATTATTAATTGGAGTAAGT +ACAAAATTTGGATTTACTTATGCGAATGATTATGAATTAATAAAAAATGAATATATTTAT +TTAAATACAATTACAGATATAATGTATAATTTATCAACTGAAATTGGCAAAGGACCATCT +AAAAGTACAGGAAAAAAAGCATATATAACAATAGATGATGGACCTTCCAAATATACTGAT +GATATTATTAATACACTAAATAAGCATAATGCAAAAGCTACTTTTTTTATGATAGATAGA +AATATGAAGTTATATCCTAATCAAGTAAAAAACATTATTGAAAATGGAAATACACCAGGA +TTTCATAGTGTATCACATGATATTCATAAGTTATATAAAACTAACAAATCTGCTAAAGAA +GAATTTGATATAAATAGACAGACATTATTAGAGGTAGCAGGTATAGAATCAAGTGTAGTG +AGGTTGCCTTATGGAAGCAAACCATATACACCGCATAAATGTTATGAAGAATTAGTTGAA +GCAGGATATAAGATGTGGGACTGGGATATTGATACAGAAGATTGGAAGGTTAGTTCAGAA +CAGGCTCTAGAAAATGTTAAGTTATATTCAAAAGGTAAGGATAATATCGTTGTGTTAATG +CATGAGAAAAAGCAGACGGCAAAATCTTTAGATAGAATTTTAAAATATTTATCTGAAGAA +GGTTATGAGTTTGTACCTATAGATGAAAGTGAAACGCCACAAAACTTTTGGTTAAAGAAT +TTTAAATAGTAAAATATAATAAATGAGGTGAAAATATTTGAAGAAAATACTATATTTCAC +TTTAATAAGTATTATAAGTTTGTGTTTTAATGGTTGTAGTAAAAGTTATATTGCTACTGT +AAATGGAGTAGAGATTACAAAAGATCAATATGAAAATGCAATGAATATAATAGAAGCTAC +AGGGAATTATGTAGATAATGGATATATTAAAAATTTAAAAGAAAATACAGAAAAAAAATA +TAAAACAGATTTAAAAAGTGTTATTATTTCATTATTAGTAGAAAATGAAGTTGTCTATCA +ACAAGGTAAGCTATTAGACTTAGAACCAACTAAAAAAGAAATTGATATAAAATATGAACA +GCTAATAAAATCTATGAATGATAACAAAAAATATAAGAGTCAAATGGAAAGTGCAAATAT +AGATAAAAAATATTTATTAGAATTAATAAAGAAAGATATAACTATAGAAAATTATAAAAA +AGCTTTTCAAGATAATATACAAATAAGTGAAGATGAAATGCTAGAATATTATAATAGCAA +TAAAGAAAAATTTAAAGTAAATGAAGTAAGAGCATCTCATATACTAATTTCAACATTAGA +TAAAAATAATAATGAAGTTAGTAAAGAAGAAAAAAATATGCTAAAAGAAAAAGCTAATAA +TATAAAAGAGGAAATAAAAAATGGAGAAAGCTTTGAGGCTTTAGCTAAGAAGTATTCAGA +TGATAGAAAAAGTGGAAAAAATGGAGGAGACTTAGGATATTTCACAAAGAATGAAAAAAA +TATTGAATTTACAAGTAAGGTATTTAAGTTAAAAGAAAAAGAGGTGTCAGATGCTTTTGA +AACATCCTATGGATATCATATAGTTAAATTAACAGAAAAAAGGAATTACGTAAAAGAATA +TAGCCTATGTAAAGAGGAAGTAAAACAAAATATTTTAAATGAAAAATATATTGAGCATGT +AGAACGATTGAGTAAAGAAGCAAAAATAAAATCATAAAAAATTGAATGAAAATGGATGTT +TCAAAGTATAAAAATGTTTTGAAACATCTATTTTTATTGAAATAAAGTGATATAATTAAT +TAGATAAGGAGATTTTAATAAATTAGGAGGAAAAATGAAGGATAGGTTAGATTTAACGAA +TGGGAGTATAAGTGATAAATTAATAAAATTAGCATTACCAATTATGGGAACATCATTTAT +ACAAATGGCATACAACCTTACTGATATGATGTGGGTAGGTAGAGTTGGTAGTAATGCAGT +GGCAGCAGTAGGAACAGCAGGATTTTATCCTTGGCTAGCTATGGCATTTATTATGATATC +AAGAGTAGGAGGAGAAGTTAAGGTAGCGCAAAGTATAGGTGAGAATAATATAAAACATAC +TAAATCATATATTAAAGCGGCTATAGAAATAAATATTATTTTATCAATTATATACTCGGT +TACTTTAATTATATTTAATAAAAATTTAATAGGTATTTTTAAATTAGGAGATTTAGAAGT +TATTTCTATGTCTAGACAGTATCTGATAATTATAGCTTGTGGAATGATATTTTACTTTAT +AAATCCTGTACTTACAGCAATATTTAATGGACTTGGTAATAGTAAAACTCCTTTTAGAAT +TAATACAATAGGGCTTATAGCAAATATCATATTAGATCCAATATTAATTTTTGGATGGTT +TGGACTACCTAAGCTTGGTGTAGTCGGGGCTGCTATAGCAACTATTACAGCTCAAATAAT +TGTTACAATATGTTTTGTATTTAAAATTGTTAAACAGAAAGATGAATTTTTTAAGATAAA +ATTCTTTAGAAAAATAGAAATAGAGTATTACAATACGTTATACAAATTAGGATTACCAGT +AGCTATACAAAATGGTATGTTCACATTGTTTTCTATGGCTATAGGAGTGATAGTAGCATC +GTGGGGACCAGTAGCTATAGCAGTACAAAAAGTAGGATCTCAAATTGAATCTATTTCATG +GATGACTGCTGATGGATTAGCAGTAGCCTTAGGTAGTTTTGTAGGGCAAAATTATGGTGC +GAAAAATTATGATAGGATAAATAAAAGTTGTAAAATTGGAATCCTAACGGCTATAGGATT +GGGGATAATTACAACATTAATTTTAGTATTTTGGGGAGAGAATATCTTTACTTTATTTAT +AGATGAAGAAGATGCAATAATCAAAGGTGGTATGTATTTAAAGATATTAGGATACTCTCA +ATTATTTATGTGTTTTGAAATAATAATAAGTGGTGCATTCAAAGGTCTTGGAAGAACATA +TATATCATCTATTATTGTTACCATTTTAACTGGAGCAAGAATACCTATGGCATACTTATT +ATCCAAACCTGAATATTTAGGATTAGATGGTATATGGTGGAGTATTAGCTTAAGTAGTAT +ATTTAAAGGAATATTACTATTAGCTATATTTATAGTTTTAATAAGAAAAAATAAATTATA +TCCACAACCTGAATCAATTAGAAATTTCAAAGAAGAAATAGCATCATCTTCTCAAGAGTA +GAATATAGTTTAAATGTTATAAAAATAAAAAGTGTCTATTTAAATTTAACATTAAATAGA +CACTTTTTATTTTTATAGATTATTGAAAGTACAAATATAAGTAAACAATTAAAAATTAAT +ATGATTTAATTTTCTCGTTAAATTTATTGTATACTCCGATCATATAAGGTTCTGAAGAGT +AAGAGTCTACTTTATCAATTGGAACCCACTTTACTCCTTTTGTTTCATCTTCATTAACTA +CGAGTTCTTCATTTTCATCAGCTTCTAGTAAATATGCAACTGAAAGATGTAAGTGCGAAG +ATACATATTCCCCATTCTTCAAATGACCATTTACAGTAAGGACATCTAAAGAGAATATAT +CTTTACTTATAGATTTTATGTTTTTTAATCCAGTTTCCTCAGAAGCTTCTTTTATTGCAA +CTTTTAATAAATCACTATCTCCATCGGCATGACCTCCTGTCCAAGACCAAGAATTGTATA +TTTTGTGAAAAATCATAAGTGTCTTATCTCTATTTTTATTTACGATATATCCAGAGCTAG +TTATATGTGCTAATGTATTTTTTCTAGTAAGAACATCAGAAAAATTATTAATACAGTTGA +GTATTAAGTTTTTATCTTTTTGTTCTTGTTCATTATAAGGAATATAGGATTTTATTTCTT +TTATATAATTCATAGAGGTTCCTTTCTTTAAAGTATTTTGGGATAAGTTTAAAATTAAAT +ATTATATTTAATATTATCATATTTTATAAATTTATTGATAAATTCTAAGAATAGAATAAA +TATTAAGATATAAATAATACTATAATTAAAGCATAGAGTTAATAGTTTGAAAAGGAGAAT +TGAAATGCTTTCTAATTTTTTAATAAAAAGTTTTATAAAAAATAGTGAAGATATTGAAAA +TGAACAAGTTAGAAATAAGTATGGAAATCTAGCAGGTATAGTTGGTATAATATCTAATTT +AGCCTTAGTTATTACAAAAATAATCGTAGGGTTTATAACTTCAAGTGTATCCATTACGGC +TGATGGATTTAATAATCTTTCAGATACAGCATCCTCTGTTATTACTATAATAGGGTTTAA +GTTAGCAAATCGACCTGCAGATAAAGAGCATCCATTTGGACATGGTAGAGTTGAATATAT +TTCAGCGTTAATTGTAGCATTTATGGTAATGCTTGTAGGACTTCAATTTATAAAATCATC +TATAGACAGAATATTAAATCCAGTGACTATTAGATTTGAAGTTATACCGTTTATATTATT +GTTTATTTCAGTAATAGTAAAAATATGGCTTAGTAGGTTTAATAAATTTATAGGTGAAAA +AATTAATTCAGCAGCTCTAAAAGCAACAGCACTTGATGCGCTAGGAGATGTATTTACTTC +AAGTTGTGTTTTAATATCTTTTTTAGCATCAAGATATACAGTATTGCCAATAGATGGTTA +TGTTGGTCTTGTAGTATCTGCTGCAATTCTTTATGCAGGATTTTCTTTGGTAAGGGATAC +TATAAGTCCTTTGCTTGGAGAAGCACCTGATGAAAATTTGGTTAAGAATATTAAAGAAGG +GGTATTATCATATAAACATATAATTGGAGTCCATGATTTAATAATCCATAACTATGGTGT +TGGAAGATGTATGGCATCTATACATGCAGAAATTCCTTCTAATATAGACATTGTAACAAT +ACATAATATTATAGATTCTGCGGAAAGAGAAATATCTGAAAAATTAAATATATATTTGGT +AATTCATATGGATCCAATGTGCATACACTGTGAAATTATTAATGGAGAAAAAGAAAAAGT +TGAAAAAATAATTAAAAAATATGATTGTGTAAAATCCATGCATGATTTTAGGCTTACAGA +GGGTAACTCTAAAAAGAATCTGATTTTTGATGTGGTAGTAGATGCTGGTATGATAAATAG +TAAAGAAGATGAAGAAGAATTGAAAAATAGTATTATAGAGGATATAAAAATATTGAACCC +AGAATATAATTGCATAATTACCATAGACAAAGAATTTTAATTAAAATGATTTTAAAGTAA +AAACATCAAAAAAGTTACAATTAAAAATAATATATACCATTTTTTGTAATGATAATGTAT +AATGAGAAGATATTTTAAAATTTCATCAAAGGAAAGGTGTTGATTACAAATGAACATATG +TATAATTGGAGCGGGAAATATTGGAACGTACTTAGCAGCTTATATATCTATGAAAAAAGA +TTGCAAGGTATGGATACATACTTCAAAACCACACTTATTTAAGGATGAACTTACTTTAAT +TGAAGAGGAAAAAAACTTAGAACATAAGGTCAAGTTACATTGTGTTACTGATAGTCTAGA +AGAAGGGGTAAGAGATGCTGATTACATATTAATAACGCATCCATCTTTTTTAATTGAAAA +AACAATTGAAGAAATAAGCAATTATGTAAAACCAAATACTGTTATAGGTCTTATACCAGG +TTTTGGGGGAAAAGAGTATTTTGCAGATAAACTAACTAAAAAAGGGTGTATTTTCTTTGG +AACGCAGAGAGTTCCATCTATAATAAGGTTAGAAAAATATGGAGAATGTGTTGCACTTAA +AGAGAGAAATCCATTTATGAAAATAAGTGCAATACCAAGCAAATATACTGAAAAAGTATG +CTCAGAAATGACAAAATTAATAGATATTCCTTGTGAACCAGTAAAAAATTATTTATCTAT +TACTTTATCACCGTCAAATCCACTAATGCATCCATCTAGATTATATGAGTTATTTAAAGA +TTACAAGCATGGAGAAACTGTATATGATAGAAGTCCACTATTCTATGAAGAATGGGGAGA +TGAAGCATCAAGAATGTTATTAGATTTAGATGAGGAACTTGGACAAGTTTTTCAATCATT +AAATGAAAATAATGATTTTGATGAAAATAATATAGAGAAGATAAAGATTAGATTTGAAAC +AGAAGAACCAAGTGTATTAAGTAATAAAATAAGGACAGCACCTGGTTTTCAGGGTATAGG +TTCACCAATAGTCGCTTGTGAAGGTGGATATATACCAGACTTAAGTTCTAGATATTTTAT +AGAGGATATTGAATTTGGTCTTTGTATTATAAAATCATTTGCTGAGCTTTGTAAGATAGA +AACACCAAAGTTAGATGAAGTTATAATTTGGTCACAAAGATTATTAAAGAAAGAGTACTT +AATAGACAATCAATTAAAGGGAAGAGATTCTAAAGAATTATTAATTCCTCAAAATAGAGG +TATTAATACAAAAGAGCAATTAATAGATTTTTATAAAAACTTATAATATATATTATAAAT +AATAAAGGGGATATCTTATTGAAATTAGGATATTCCCTTTATTATTTTATGATTGTAATT +TTAAGCTGTTTAATAATATTTTATCTGGGAAATTTATATTTAACTAATCGAAAGGAGCAC +TCATATGAAAGAAGATAAAATAATAGAAGATCCAAGGTATAGACAATGTAATAAGGAAGC +TATTATGGGATTAATACTAGGTATAGCGAACTTAATATGGTGGTTTATATGGGGATATGG +GCTAGGTTCAAAACCTGTTAGTGAATACACATATATATTAGGTTTTCCTACATGGTTCTT +CATGAGTTGTATAGTTGGAGGGATAGTATTTTCTATACTAACAGTAATAATGATTAATAA +ATATTTTAAAGATATGCCTTTAGAAGGATTGACTGAAGAAGAAATAAAAAAATATAGGGA +GGAGTTTGAATAATGAACAATATAAATTATGGTGTTTTAATTCCTATATTATTATATTTC +TTAGTGGTTTTTGCTGTAGGTTTTTATTCGATGAAGTTTGTAAATGAAGCAAGGAACTCT +GAGAACAAAGAAAATGGATTTATGGATGAATATATGACGGGAAACAGAGGTTTAGGAGGA +TTTGTACTAGCTATGACATTAGTTACTACATACCTAAGTGCAGGAAGTTTTATTGGAGGA +CCTGGTACAGCATATACTCAAGGACTAGGATGGGTGTTTTTGGCGATGGCGCAAATGCCA +ACAGGGTATTTTACACTTGCAGTATTAGGTAAAAAATTTGCAATAATAGCTAGAAAAATA +AATGCAGTTACAATTACCGATTTTCTAAGAGCTAGATATAAATCTGATGTTGTAGTAATA +ATAACTTCATTATCAATTGTAGTGTTTTTCATTGCAGCTATGGCTGCCCAATGGGTAGGA +GCATCAAGGCTTTTACAGGGTTCGGTAGGACTTGACTATAACCTAGCTCTAACAGTTTTT +GGAATTACTGTAATAGTGCATACAGTGATTGGAGGATTCAGAGCAGTTACAATATCAGAT +ACTGTTCAAGGTATAATAATGACTATAGCGACTATTACAATATTTATAGGAACAATAATA +GCAGGTGGTGGAGTGGAGAATATTATAACAAATATGGCTTCAATAAATGAAGGGATGATA +ACTCCTTTTGGTGTAACAGAAGGTAATATGACTATTCTTTGGGTGACTTCATTTTGGATT +TTAGTAGGTTTTGCAGTTGTAGGTATACCATCAGTTTCTCAAAGGGCTATGAGTTACAAA +GACACTAAGAGTTTACATCAAGGTATAAAATATGGAACTATAATTTCTATGATTTTACTT +TTAGGAATGCACTTAGTAGGAGCTTTTGCTATAACATTAGTCAGTGGTATAGATTCAGGA +GACTTAGTAATACCAACACTTACGACACAGTTATTCCCATCAGTAGTTGCAGGCATACTT +CTTGCAGGACCTCTTGCATCTATTATGTCTACAGTAGATTCACAATTATTAGTTGCATCA +GGAACAATTGTAAACGACTTATATACAAATTATATAAATCCAAAAATAAAAAAAGATTCT +AAAAAAATAGGTAAAGTTAGTATACTAGCAACATCAGTGATAGGTATAGCTATTTATTTA +GTAGCATTTAATCCACCTGATTTAATTGTTTGGTTAAACTTATATGCAAATGCAGGGATA +ATATCGACATTCTTATGGCCAATAGTATTAGGTCTTTACTGGAAGAAAGCAAACTCTTAT +GGAGCAATTGCTTCTATAATTTCAGGTATTACAACATATATACTATTTAGTGAAATTTGG +CCAAGACCATTTGGATTACATACGATTGTATTACCTCTTTTAATTTCATTAGTTCTTTTT +ATCATAGTATCAAGTATTACTAAAAGACCAGATAAAGAAACTATAGAAACTTTCTGGGGT +GTATATTATAAAGATTAAATAGCGTTTATAGTTTTATTGAGTGGAGTAATATTAGGTGGA +ATTGGATAATAATTATAAAAAATTTTAAAAAGTATCTCAAATAACTATTATTGCAATTAA +TTTGGGATGCTTTTCTATTTACTTTAATATAGTGTATTTTTAGTGTTTCTATGGAGTGGT +TTTAATATAATGTAGACAATATGTTATAATTTATCGTGAAAATAATCAAATATAGACTTA +TATCAGAAATATACAATAAAGGTTGGAAAATAAAATGAATAAATATAAGAATGTATCTAA +TAAGTTCGAAATAATTAATATAAAACATAAGAATATAGATATTGATGCTAATGTAGTATA +TAGAAAAAGAAAGAGCATTACTATTCAAATTAAGCCTAAATATGAAGTAACCATAATAAG +TCCTTATGGTGTTCCTAAAAAAATATTAAAGGATCTTTTAATACAAAAAGGGGATTGGAT +ACTAAAGAAATTTGAAGAATATAAATCTGTTGAATATTTATTCAAAGAAAAAGAGTTTAT +AGATGGAGAACAATTTATGTACTTAGGGCATGAATATAAACTTAAAATAATAAATGATAT +AGATGAAGAAGTTTTTATAGATAATAATTGTTTAGTAGTTAAGGTTAAAAATACTGATAA +AGAATATATAAAAAAAATATTGAAGAAGTGGTATAAAGAAGAAAGTGAAAGACTTGTATT +AGAAAGATTAATTTACTGTAAAGAAAAGTCTAAGCAAATGAAACAATTAACACCAAGCAA +ATTAAAAGTTAAGGAACAAAAAAAGAGATGGGGAACTTGTACTTCAAAAAGAGCTATATA +TATAAATTCAAAAATATCTATGGCAAAAATAGAGGCTATAGATTATATACTAGTGCATGA +ATTTAGCCACTTAGTACATATGAATCACTCTAAGGATTTTTATAAACTTGTAAAAGAGAT +AATGCCTAATTATAAAGAAGAGAAAAAATGGTTAAAAGATAATTCTTACAAATTAAAGTT +ATAGTATAAAAATATAAATATTTATCTTTCAAAAGTTGCATATAATTTTAATAATGAATA +TGTAGAGTAAGGAGGAAAGATAAAATGGCTAATAGTAGCAACAATATAAATACTAGTAGT +AATAGTAAAAAAGCTACTAGTGAATGTACAAATAATTCTAGTAGCACAACGTCTCAGCAG +TGCCTAGGCTTAGCGTCTATTAGCTATGCAGATTATGTTATTCTATCTGCAACTTTATCT +TTTGCTATTGCAGAGGAATTAAACGATTTAGATTTAGATATGCTTATTGTGTTTTTTGGT +ATGGTAACTTCAGATTTAGCTCTTCTAAGAACTAAGCGTGGAATAACAAATGCTCTTTCA +TCACAAGATACGTCAGAAGAAGCGATTATAGGTTCAGAAGAGGCATCTGAAGGAGGAGAA +AGTATAGCATCAGTATCATCAGCTTTAAGGGGGAAAAGTAGGAAAAAAAGTAAACGTATT +AAGAAGATTAAGAAGAAGAAACGAAAATCAAGTAATGGAGATTCATTAAAAGGAAATAAA +TAAAAATTCTGAAAATTTCAAAAATACTGTTAACAATATAATATTAACTAAATATAATTG +TATTAAGTTAATTAAATAAAAAATAAAAGCTAAGATGGAGACAAAAATATTCAAGATATT +AATCACAGAGAGCCAATGTTTGCTGGAAATTGGCATTAATATGAGTATATAATGATCACT +CCTAAGCTTTCATACTGAATTTACCAGTAAGTATGAACGTATGCTAACGTTATATAGCTA +TGGTTTATATAGACCTGAATAATGAGAGATAACTATAATTTATAGTTATAAGATAAGGTG +GTACCGCGGAATATAACTTTCGTCCTTATATGCAAATTAATTTTGCCTATAATGATGGAA +GTTTTTTTATTATCTAATATCTTTAGTTAATATAAGGAGGAAGATTTACATGGAGAGAAG +CTTATATGCTAATTTAAGTCAAGGTATAGATTCTTTTTTAAGAGTAGCAATGATACTTAG +AAGAAAAGAAATAGCTGTAAAAGCTATAAGTATGACTACAGATAATTGTGATAATACAGG +AATGGAATTAATAATAAATGAGGAAATTACATCTTTACAAGAAGTGATAAATTACATGAA +TAAGTTATATGACGTTAGAAATATTACTGTACTATAAATTATTGATTTAGTTACTTTAAT +TTAAATATAGAAATTAATATAAAAAATATAACAATTTATATGAGTGTATTACAGATAGAA +GATAAATATCAGATGATAATGAAAGTGATTCACTTTTGATAATTACAACTATTTAGTAAG +GGGGGAAAATAATGAGAAGTGAGAAAGTAAAGGTTGGATTAACAAAGGCACCACATAGGT +CATTACTAAAAGCTAGTGGCTACACTGATGAAGAAATAAACAAACCCTTTGTAGGAATTG +TTAATTCTTTCAATGAGATAGTGCCAGGACATATACATTTAAGAGAATTAGCAGAATCTG +TGAAAAGAGGAGTTTTAATAGGTGGGGGAACTCCATTAGAATTTCCAGCTATAGCTGTAT +GTGATGGAATAGCAATGAATCATGAAGGAATGAAATATTCTTTAGTAAGTAGGGAAATTA +TTGCTGATAGTATAGAGATAATGGCAAAAGCACATGGATTAGATGGTTTAGTTCTTATGC +CAAGTTGCGATAAAGTCGTTCCTGGAATGTTAATGGCAGCTGCGAGATTAAATATTCCAT +GTATTGTTTTAAGCGGAGGACCAATGCTAGCAGGCAACTACAAAGATGAAAGAGTTGACT +TAATAAGTACCTTTGAAGGTGTAGGAAAGGTGACCAATAATGAAATGAGCATAGATGAAC +TTTTGGAATTAGAAGAAGTCGCTTGTCCTACATGTGGATCTTGTGCAGGTATGTTTACTG +CAAATTCGATGAATTGTATGACAGAAGGGTTGGGAATTGCATTAAGAGGAAATGGAACTA +TACCAGCAGTTTACTCTGAGAGAAAAAGATTAGCAAAAAAAACAGGTATTAAAATAATGG +AACTAATAGAAAAAGATATAAAAGCTAGAGATATAATGAATGAAAAAGCTTTTGAAAATG +CTTTGGCCTTAGACATGAGTTTAGGTTGTTCAACGAATACAGTATTACATTTAAGTGCCA +TTGCTCATGAAGCTAAAGTAGATATGAATTTAGATATAATAAATGAAGTGAGCTCTAGAG +TTCCTAATTTATGCAAATTGAGTCCTGCAGGCAATGATTATATTGAGGATTTAAATAAGT +GTGGTGGCATTTATGCAGTTATGAATGAATTAAATAAGTACAAATTAATAAATTCAAATA +TTATGACATGTGAAGGCAAAACTGTAGGTGAACTTTTAACTGAAAAAACAAATAATAAAG +TGATAAGAGATATAGATAATCCATATTCAAAAACAGGTGGAATAAAAGTATTAAGAGGGA +ATTTAGCTTTAGATGGTGCTGTAATTAAGAAATCTGCATTAGATTCAAAAGTAGTAGAAT +TTGTGGGAAAAGCGAAAGTATATGATAGTGAGGAGGAATGTGTAGACGCAATATTGTCAG +GGAAAATAAAATCTGGTGATGCAGTCATTATTAGATATGAAGGACCTAAAGGAGGTCCAG +GGATGAGAGAAATGTTAACTCCTACATCGGCACTTTGTGGTATGGGTCTTGATGCTGAGG +TTTGCTTGATTACTGATGGTAGATTTTCAGGTGGTAGTAGAGGATTTGCAATAGGTCATG +TATCTCCTGAAGCTGCAGAGGGTGGATTAATAGCTTACGTATGTAATGGAGATTTAATAA +AAGTAGATTTAGAAAAAGGAAGTATAGATCTTTTAATAGATGAAGAAACTTTAGCGAATA +GAAAAGAAAATATTGAAATTAAGTCAAAACAACTTAGTGGTTATTTGAAAAAATACGCTT +CTTTAGTAAGCTCAGCAGGTAAAGGTGCTATATGTGATTAGAAAGATAAATTAACATAAG +GAGGTGCTATATGAAAGGTTCAAACGTTGTACTAGAGTGTCTAAAAAAAGAAGGTGTAGA +GACTATATTTGGATATCCAGGTGGAGCTGTTATACCTTTATATGATGCGCTATATGACTA +TAAAGAAGATTTTAACCATATAAGAACCTGCCATGAACAAGGATTGGTTCATGCAGCTGA +TGGTTATGCAAGAAGCACAGGTAAAACAGGGGTATGTTTTGTTACATCAGGTCCTGGTGC +TACCAATGCTGTAACAGGTATAGCAACGGCATATATGGACTCAAGCCCACTAGTTGTAAT +AACAGGGCAAGTACCAACTAGCTTATTGGGAAAGGATTCTTTTCAAGAGGTAGATATAAC +TGGAGTAACATTATCTATAACTAAGCATAATTACTTGGTTAGAAAAGTAGAAGATATAGC +AAAAACTATTAAAGAAGCCTTTAGAGTTGCAAATACAGGAAGAAAAGGCCCTGTATTAAT +AGATATACCTAAAAATTTATTTTTAGATGAAGTTGACTTTGATATAGATGATTACATTCC +TTATTCTAAAGAAAATTCTTTTATAGAAGAAAGTAAAAACTTAAATAAAATGAATAAGGG +GAATTTTCATAAGGCAGTAGATTTAATTAATAAGTCTAGAAGACCTGTAATTTATGCAGG +AGGAGGAGTTAAGTCTTCTGGGGGAGGAGAATTACTAGATATTTTTTCGAAAAAAATTGA +TACTCCTGTACTAAATACACTTATGGGACTTGGGGGGATAGATAGAAGTAATGAATTATC +CCTTGGTATGGTAGGAATGCATGGTAGTAAAGAAAGTAATTTAGCTCTTTCTAATTCGGA +TCTTATAATTGCCATAGGTGCAAGGTTTAGTGATAGAGTAGTTGGTAAAGTATCTGAATT +TGCAAAGAAAGCAAATGTTATTCATATTGACATTGACCCATCTGAGGTAAATAAAAATAT +AAATACAGATGTATTTTTAATAGGAGATATAAAGGATATTTTAGATAATTTAATTAACAC +GGTTTCTTTTAAGGATAATAAAGATTGGAAATTGGAAATACAAACATATAAAGAGGAAAG +TAAATTAAAAAAAGATGAATTTCATCCAGAAAACATATTAAAAGTAGTAAATGATAAGGT +TAGTTATAACGGCATCGTTGTAACCGACGTGGGTCAACATCAAATGTGGGCTGCGAAATA +TTGGAACTTTTCTCAAGGAAACACATTTATCACCTCAGCAGGACTAGGTACCATGGGATT +TGGCTTAGGGGCAGCTATAGGAAGTAAAATAGGTAATAAAAATAAAAATGTTGTTTTAGT +AACTGGTGATGGAAGCTTTAGAATGAATTGCAATGAGTTAGGAACAGTTTCAAAATATAA +TATACCAATAATAATATTACTGTTTAACAATAATGCTTTAGGAATGGTAAGACAATGGCA +GAAATTATTTTCAAATTGTAGATATTCAGAAACTGATATAGATAATAACTTAGATTATGT +AATGCTAGGAAAAGCATATGGAATTGATGGATATAAAGTTGAAAATTTAGATGAATTAAA +AGTTGCATTAAATAAAGCCGATTTAAATAAGCCTGTAATATTTGAGTGTAATATAAATAA +AGATTATGATGTATATCCGATAGTACCACCTAATGATGCTTTAGAAAATTTAATTTGTAA +TTAAATATAAATAATAAAATTTAAATAAACAGGGGGAAATAAAATGAAAAAAATGTATTA +TGAAAATGATGTGAATTTAGAGGTTTTAAATAATAAAAAGGTTGCAGTATTGGGTTATGG +AAGTCAAGGTCATGCACATGCACAAAATCTAAGAGATAGTGGAGTAAATGTGGTAGTTGG +TCTTCATGAAGGTAGTAAATCAAGAAATAAAGCAATACATGATGGATTTGAAGTTAAAAG +TGTAGCTGAGGCAACTAAAGAAAGTGATATAGTTATGTTATTACTTCCAGATACAGCTCA +AAAGCAAATATATGAAGAAAGTGTAAGAGATAATTTAAGAGAAGGTCAAACTTTAGCTTT +TGCTCATGGATTCAATATACATTATAATAGAATAACTCCGCCAGAGTTTGTAGATGTTGT +AATGGTAGCACCTAAAGGTCCTGGGCATTTGGTAAGAAGTGTATTTAAGAGTGGAAGTGG +AGTACCAGCTTTATTTGCAATAGAACAAGACTATACAAAAAATGCAAAAGACACTGTTTT +AGCTTATGCAAAAGGAATAGGAGCAACAAGAGCTGGAGTTTTAGAAACAACTTTTAAAGA +AGAAACAGAAACAGATTTATTTGGGGAACAAGCAGTACTTTGTGGAGGTGTAAGTGAACT +TATAAAATCTGGATTTAGAACTTTAGTGGATGCTGGATATCAACCAGAAGTAGCATATTT +CGAGTGTTTACATGAAATGAAACTTGTAGTAGATTTGATGTATGAAGGTGGCTTTGAAAG +AATGAGATATAGTATAAGTGATACTGCTGAATACGGTGATTATGTTTCAGGAAAAAGAGT +AATAACAGAAGCTGCAAGAGACGGTATGAAGAAAGTATTAGAAGATATACAAAATGGAAA +ATTTGCTGAGCAATGGATAGAAGAAAATGAAAATGGATGTAAGAATTTCTTAGAAATGAG +AAATGAAGAATATGAAATGGAAATATCTAAAGTAGGAAGAAATTTAAGAAATATGATGAC +ATTCTTAAGTGATGAAGATAAGGTTTGTGTAAATAATTGCTAATAACTAATTAATAAAAA +GTATAAAAAGAGGACTTTTATAGTAGTAATATAAAAGTCCTCTTTTTTAATGATAGAAAA +TATTGTATGAAGAGTAGAAGTAAATAGATAGTTATAATATACTTAATAATAGATAAATTT +AAGTATATTTTGATTAATTGGGGATAGGAGAATAATAAAATGGGAAAATCAAAAGTATTT +TATACAGATTTAAGAACAAAGTTTGGAGAGACTTTGCCATTAAAATTAGAAAAATTAGTT +AAGAAAGCTGGGATTGAAGATTTGGATTTTAAAGATAAATTCGTTGCTATAAAAATTCAT +TTTGGAGAGCCAGGTAACTTAGCTTATCTAAGACCAAATTACTCAAAGGTTATAGTTGAT +ATAATAAAAAATAATGGTGGTAAGCCATTTTTAACAGATTGTAATACACTTTATGTTGGT +AGAAGGAAAAATGCTTTAGAGCATCTTGATGCAGCATATGAAAATGGATATAATCCATTT +ACTACAGGATGCCACGTAATAATAGCAGATGGACTAAAGGGAACAGATGAAACTCTTGTA +GAAGTTAAGGGTGGAGAATATGTAAAAGAAGCTAAGATAGGTCAAGCGATAATGGACGCA +GATATATTTATTACAATGAATCATTTTAAAGGTCATGAAGCAACTGGATTTGGTGGAGCA +TTAAAAAATATAGGCATGGGATGTGGATCTCGTGCTGGGAAAATGGAAATGCATAGTAGT +GGAAAACCTTATGTAGAAGAAAATTTGTGTGTTAGTTGTAAGGCTTGCTACAAAAACTGT +GCTCATGGAGCAATAAGCTTTAATGAAAATAAAAAGGCTACTATAGACCTTCTAGTGTTG +CATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCA +ATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_29 +TTATAGGAATAATATCATTGTATATATCATCAACTATTGTAAAAATTATAGTAAATAAGT +CAGTTAAATTTTTTACTTCTTGGATATAATAATTATTAAGCTCCAACATATAGTAACCCT +CCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGAGTTTTATTATTGTAAA +AATTAACTAGCACAACGAGTTAATTACAATTTAATCATAATAAAAAAACGGTAAACTCAT +ATAAAGTTTACCGCTTTTTTTATTATTTTAGCATGCTTTTCCGTTAGACCCACACACCTC +TATTTTTTGTTTTACAAATTCTTTAACGCATTTTAATCCTTCTGCTCCGTATTTTTTAGG +GTCTATAGTTTCTGGATTTTCATTTAAAACTTTTTTAACTCCTTCACTATAAGCTATACG +AAGCTCAGTGGCGTAGTTAACTTTGCATATTCCTCTTCTAATTGATTCTATTATAGTTTC +ATCTGGTATTCCAGAACCTCCATGTAACACTAATGGAACTGAGACAACCTCACGTATTTC +TGATAATCGATCTAAATCAAGCTTTGGTTCTCCTTTATATAAACCATGCGCAGTCCCTAT +AGCTATGGCTAATGAAGAAACTCCAGTTCTATCTACAAAGATCTTCGCTTCAATTGGATC +TGTATATGCACTACCTTCTCCACCATCTAAGTCATCTTCTTTTCCACCAACTTTTCCAAG +TTCAGCTTCTACTGGAATACCTGATGGTCTACTAGCATCAACTACTGCTTTTGATAATGC +TATATTATCCTCAAAACTTTCATGAGACCCATCTATCATTATTGATGTGTATCCTGTTCT +TAAAGCTTGCATTGCAAGTTCAAAACTTGAACCATGATCCAGATGCATAGCTACTGGAAC +TGATGCTCTTTCTGCAGCTACTTTAGCATTTGCTAAATAATAATCAAGTCCTGCATATTT +AACAGTCGATGGAGTTGTTTGTAATATAACTGGAGAGTTCAGTTCCTCAGCAGCTTGTAT +CACAGCCATAACCATTTCCATATTTTCTACATTGAATGCTCCTATTGCATAATTACCTTC +TTGAGCATTTTTAAGTAATTCAGTTGTTGTTACTAATGACATGCTTTTATCCCCCCATAT +AATTTAATCTATATTCTTAATGAAATGAATTATATATTTTTTACTTGCTCTTGATACTCA +TGTATTATTACACCTTTTACAACTCTATTAACAGTCCCTGATGGAGATGGAGTATCAGGA +GTATTTCCAACTTTGACTGAAGTTAATAACGAAACTGTTTGAGCAAATAATACATATGGG +AATGCAAGATATAAATCTGGTAATTCATTGTATTTTGCATCAAAGTCAAATTTCTCTCCA +GAGAAGTTTTGATCTTTATTAACAGATATAGAACAAGTTAATTTAGCAATATTATCACCA +TTTATTTCTTCTAAAACATCTAAATCATATTTTCTTGTATATTCATCATTAGAAGTAAAT +ACAAATATTAAAGTATTTTCATTTATAAATGATTTTGGCCCATGTCTAAATCCCATAGTT +GAATCGTATCCAGTAGCTATCTTTCCAGCTGTAAGCTCTAGTAATTTAAGTTGGGCTTCT +TGAGTTAATCCACACAAGCATCCTGAACCTAAATAAACAACTCTATCAAATTCTTTATCT +ATTAAATTTCTTATTTCATCTTCTCTACTTATTACATTATTCCCCATATCTATTATTGCA +TCTATATATGATTTTTCTTTATCTTCTCCTAAGTTATCAAATATTAACATAGCTGATAAC +ATCATACATGAGAAACTTCCAGTCATAGCAAATCCTTGATCATTTGATTTACTTGGCATT +AATAATAAATAATTATGCTCATCGTTTTTAGTTATTTGAGCAAGCTTCCCTTCTGGAGCA +CAAGTAATTGCTAAACTATAAAAATCCTTAACTATTTGCTTTCCTAAATTTACAGCAGCT +AAGCTTTCTGGACTGTTACCACTTCTAGCAAATGACACTAGTAATGTTGGAACATCTTCC +ATATAAAAATCATATGGATTAGAAACAATATCAGTTGTAGGTATTGATTCTACTATATAT +TTTCTTATATCTGATTTTTTCTTAATGTATGGAAGTATTGTTTGACCTACATAAGCTGAA +GTACCAGCACCTGTAAATATAACTCTAAACTGACCATGCTTTTCCCCTATATTTTCTATA +AATTCATTTATTTGAGTTTTATTAGCTTTGTATATTTCATAAGCTTCTGCCCACAATTTT +GGTTGTTGCTTTATTTCTTTTGTAGTTATTATTGCCCCTAATCCTTCTAATTTCTTATCT +TCAAAATTAAACATCTTATTCTCCCCTTATCTATTAAATTTATCATTATCAATATAATTG +GTAATGAGGTTATAACCAGTTTTATTAAAAGAAAAGAATCTTCTTAAGACTCTTACTTTT +GATGTATTTAACTTTTATCCCAGATGCCTTACTTTATACACAAACTTATCACTTCTGGCA +ACACTTAAAGTAAATTCAATTACTCTATTATCATTGTTATAAGTTGTTCTAAGTAATTTC +AAACAAGCTGAGTCTACAGGAACCTCTAGTAATTGAGCTTCTCTATCCGATAGTAAACCT +GCAGAGAATTCTTCATCTGCTACTTTTATTATCTCACTATAATTTTCTCTAAATATTTCA +TATAGTGGTTTTTTAGTTACCATATCTTCAGTTAATCCTGAGAACGACTTCATTGGAAGG +TATGTTCTTTCTAACATCATAGGTAATTCATCTGCTAACCTTAGTCGTGTAATCTTTATC +ATTTTTTCTCCAGGTGATATTCCCAGGTTCTCAGCAAAATAATTTGTACTTTCTAAAGTT +TCAAAAGATAACACTTTTGTACTTGGGTTTTTACCTTGTTCTTTCATGTGATCAGTAAAA +CTATAACTATCCATTAAATTTTGTGAATTTTTATTTAGAGCTGCAACAAATGTTCCTTTG +CCATGCCTTTTGTAGATGTATCCCATATGCTCTAGTTCTGCCATAGCAAGCCTGACCGTT +GTACGGCTAACTCCATACTGTTCACATATTCCCCTTTCAGATAGCATTTTATCGTTAGGA +GTCATCTCATTTTCAATTTTTGACCTTAATATTTCAACAAGTTGGTAATATATAGGCCTT +TTATCATTTCTATTTATCATAAAACTTTTGTCCTCTCTAAGTGGTTACTACCACATCTTC +AATATAGAATATTTTACCATATTTGTCAACACGAATTTAATAATTCAATTTTATCATATA +TGTCTTTTAATTATCATTCTAAATTAAATAATAAAAAGGATATCTAAAAATTAATTTTGA +TTAAATCACAATTTCAAGATATCCTTACTTTTAAACAATTCTATTATTTAATACATTCTA +GTTTTTTAACTTGTACCTGCTCAGAATATTTTTCTATTTCTTCTAGTTTTACAAAACCAG +TTTCTATGTTCATAGCATTACTAATACCACAAGAATTTGCTAATTTTAATAATTCAACAG +TTTCATAATTTCTTAGAACTCCTACACTAAATCCTGCTATTGTACTATCTCCACTACCTA +CTGTATTAACTGCTTCAACTTTTGGAACTATAACTTCGTATATCTCATCATTATTTAAAT +AAACCATTCCATCTTTACCTAATGATATACAAACATTTTGAGCTCCCATTTCAAGTAGTT +TCATACCTGCAGATATTATTTCTTCCTTTGATTCTATATTTATATTTAATAGCTGTTTTA +TTTCATCCGTATTTGGTTTTATTAAATATGGATTGGATTCTAAGGCTACTTTTAAAGCTT +CTCCAGAAGTATCTAATATAAATTTTATATTATGATTTTTGCATATCTCCCCTATTACTT +TATAATAATCTAAGGGCATATTTTGACAATAACTACCTGAAGCTACTAATATTTTAGTTT +CGTCTAATACATCTTCTAAATCAGCCTCGAATTTTATTAAATCTTCAGCATCTATAACTG +GTCCTTTTTCTAAAAACTCTGTGCTAGTTAAATTGTCTTCAATTATATTCAAGCAATTTC +TAGTTTCTTGATTTATATCTGTAAATTTATTTTTTATTTCTAACTTTTTAAGTTCATTTT +TTATATACTCTCCATTAAATCCACCTAAAAATCCCATAGCTAAAGGTTCTTCTCCTAAAA +TTTTACAAACCTTAGTCACATTTAAACCTTTTCCACCTGCTGTAGAATTTGTACTTATAA +CTCTTTGTACTTCCCCTATACCTATGCTATTTACTCTATACATCCTATCTATAGATGGAT +TAAATGTTAATATAGTAATCATTTTCTTACCCCCCTAAGAAATTTATTTGTCTAAATCTA +TAATATACATAGTCTTTAAAAGTAGTCAAATCTATTTTTATACTCTAAATAATTTTAGAT +TAATGTTCACAATTTTTAATATAAAATAAATCAAATAAATTGTACATAATCCATTATTAT +GGTATCTTATTCTTCTATAGATATTTATTTTTATTATTTTCGGGAGGAATTAATATGTCA +TTTTTAATATTAATAATAGGTTTCTTTTTCCTAATAAAAGGAGCCGATATCTTTGTTGAA +GGTGCCGCTTCAATAGCAAGAAAATTCAATGTTCCAGCCATGGTAATAGGTCTTACGATA +GTTGCTATGGGTACATCAGCCCCAGAGGCCGCAGTAAGTATAACATCATCTCTAGCAGGT +CAAAATGATATGAGCGTTGCTAACGTTGTAGGCTCTAATTTCTTTAATATCCTTATGGTT +CTTGGAGTTTCAGCGATAATTGCTAAATTGCCAGTTCAAAAAGAAACTATAAAAAAAGAA +ACACCATTTTTAATAATAGTAAGTGCAGTGTTATTAATATTCGGTTTAGACTTAAAAATG +AATAGGATAGAAGGCCTTATATTATTATCTGTATTTGTTTACTTCTTAATAAGCACTGTA +AAAAGTGCTAAGAATTCTGTTAAAGAAGAATCTAAATATAACAATGAAATTGCTGTGACA +GCAGATACTGAGGTATCTGAAATAGAAGGAGTTTCTATGCCTAAAACTATATTAATATGT +ATAGTAGGTATAGCAGGAATAATAATAGGTGGGGATATGGTTGTAAACTCTGCTACTTCT +ATAGCTACCGCTTTTGGTATGAGTGCTAACTTAGTTGGTTTAACTATAGTTGCTGTTGGT +ACATCTTTACCAGAATTTGTTACATCTGTAGTAGCAATAAAAAAGGGTGAAACTGAGATA +GCTATAGGAAATGTTATAGGTTCTAATCTATTTAATATTTTACTAGTTTTAGGACTTGCA +ATTACTATAAACCCTATAACAATAAGTACTCTAGCTCTTATTGACATCATATTTATGGTT +ATGATAACTATTCTATTATATTCATTTATGAAAAAAGATTATTCACTTGTTAAAAAGCAA +GGATTTATACTAATTGCTATCTATATATCATATATGGCATATACAATAATAAGATAATAA +AAAAGGTTATATCTTCTACAGATTTACGAAATCATAGGAGATATAACCTTTTTATTATTT +TATATGCTGTATATATCTGAAAACTCTATATTGAATTTTTCTATATTAAGATCTTTATCA +TTATAGTTAAATACATACGTTTTGTATTTATCTAATAATTTTATAGGTATATTGAAAGCA +AATTCTGTACCTTTTCCAAGACGGCTATATACTTTTATTTTTCCACCATGCATTTCAACG +ATTGACTTTACTAAGCGATTGACTTTACTAAGGATAGTCCTATATCACTTCCTTCACACA +TTCTTATTAAAAGATTATTTTCTTCCCCAAATCTATCAAAAATTATATCTAACTTATCTG +ATGGAATACCTATCCCACTATCATTTATTGATATATTTACATTTTCTATATCAGAAGTTA +TATTAACTTTAATAGTTCCATTTTCATGTGTGTACATAATCGCATTAGATAAAAGGTTAA +GCATGACTCTTTCTATTTTGTCGGGATCACAAGATGTTATTACCTCTAATCTTCAATATT +CTTTTTCTCCTTTTATTCTAATATTTAATTACATAATTAACTTCATCAACTACTTTTACT +TCATTGTGCTTTTGGAAATAATCTATTATAATCTCATTCATATCTATATTGATTTCTTTT +ATAACTTCAGCATTTTCATAGCATGGATAAATAGATGTATTAGATGCACGATAATTATTT +AAAACAATAGTATAGTATTCATCTAGCTTAATTTGTTGATTATTCTTTTTCATAGATATT +ACACGGTCGTTAAACGCTCTAGATAAATCTATCTCATATGTCAATCCCCCAAATGTATCA +TAATTATAGTTTTGTACTTTAGGTACAAGAAAATCCTTATTTATTTGAACACTACCATCT +TCTATAACAAAATAGGTAGCACTTTTCTCAATGGCTTCTTTTAACTGAGTACCTTTAATT +TTTAAAACCTTTAATGTATTTGGGTATGGATAATTAATTAATACATCTCTGATTGATACA +TCCCTTTTAAATCCAATTGCACTATCAAATAATGATAAAGCAGAAAAATCAGCATATGAA +ATATCAAGCTGAACTTCATGTAAAAAATTAATAAAAGGATGACCTTTTAATCTAGCTATA +AAAATATCATCGATTATAATATCTTTATCAAAATGACCTATTTCCTCATCTAAATAATCC +TTTAATTCAAGCTGAACTTCTTTAAATATTCCTTCTAATTTTTCATCAATTTCATCACTT +AATATACTAACATCAACTAATTCATAACTAACTTCTTTTGTTTCTGTATCTAAAATAATT +TTAGCAAAGTTTTGACCATTATTAAGAGGTTGAGAGCAAACAACGCCTTTTATTTTAGTA +ATTAAAGATCTATGTTGATGACCACTTAAAATCATATCAATTGAATCAAAGTTTTCTAGA +AGTTCACTTCCTTGATTTTCTTTAGTCAATTTTTCAGTAGGAGTCATGTTTTCATCTAAG +CTTTTTTCGAATCCTCCATGATAACATACTATAATAAAATCAGATTGTTCCTTTAGCTCA +CTCTCATATTTTCTATACATCTCTACAGGGTCTAAAAAATGTAAGTTTGATATATTACTT +TCATGTTCCCAATTAGGTATAAATGATGTTGTAAGTCCAATACATGCAACTTTGAATCCA +TCAAAGTCAAAAATTTCATATGGCTTAGTATTGAATGGTAGACCTTTTATATTTGCATTT +AATACTTTGTCAGAAACTAGCTTATATGAATTACTTAAGTAATCTAATCCATAGTTAAAT +TCATGATTACCTAAAACATATACATTGTAGCCAATTAATCCTAATCCTTGAATAATTGGG +TTATCTGTTATGCCTTTTTTAGATAAATAATGTGAAAATGCTGATCCTTGAATTAAGTCT +CCACAATCTATTTTTAAAGATGCATCATAGTTTTTCTCGTCTTTTAATATATAACTTCCA +ATTTTTAATATACCAAGTGATTGATCAGTTACGTAATTAGTTGGATATACATATCCATGT +AAGTCACTTGTTTGATATATAACAAGTTTCATAAAATTTCTCCTTTTAAAATAAATTTTT +AATAAAGATTAAAAGGGTTATCTTAAACATAATATTAAGATAACCCCTATATTTATTAGA +TTTTAATTACTTATTCCCAAATCGAATTTAAAGAATTTTTAAAGTCCTCTAATTTTTTAT +TTACATCAGTGTTAGGAGCAGCTAATATTGATTCTAATACAGTTCCTGATTCACGGAATG +CACTATCTGCACCACTTAAAATAGGATTTGTATATAAATCACTAGTTGCTTCTGCTAAAA +TTGGGGCTATTAAACTTCCAGAGTTTTTATATTGATCTGAATCAATAGCACTTTTTCTAA +CTGGTATGTATCCAGTTTCTTTAGCCCATGTAATTTGACTTTCTGTTGTAGTCATGAATT +TTAAATATTCATATGCTGCAGTTCTTTGTTCTGAAGTTGCACTAGAGAACATATATACAT +CAGTACCTTGTTGTAAAGATGGTTTTGATGGATAAGGAGCAGCACCAACTTCAAACTTAT +CACCAACGCCTTGTTTAACAAAAGTTTCTCCAGCATTAGAACCTATATACATAGCTATAG +TTTCATTACCAAACGGCCCTGATAAGTATTTATCAGTTCCTGCTATTCTAAAATATCCAT +CTTTAATACCATCTAAGTAGTAGTCTACAGCTTTAACTGATACTTCACTAGTTGGATCGA +ATTTTGAATCAAATACTACTCCTTCTTTCTTTAAGAAAGTAGTATAGTAAGTATTTAACG +AGTCAAATCCAGCACCTACTATGCCTTTTTTATCTTTTATTTCTTTTGCAACCTTAGTTA +ATTCTTCATAATTTGTTGGAGGTTTTATATTTAATTCATCAAATAATGTTTTATTGTACC +AAATAACTTCTGTTGATTTATTAAATGGCATACCATATATTTTCCCATCTATTTTTGATG +ACTCTCTAAAGCTTGGTAAGATATCATCATAGTTGTCAAATTTAAGTTTATCATTATTTA +TATATGCTCCTAAATCAACAAGTAAATTATCTTGAACTGCATTTAACATCCAATCAGGAT +ATGCCTGAGTTATTGTTGGTAAATCCTTTGGACTTGCAAGAGTAGCAGTTATTTTTTGCT +GTAAATCAGGATAGCTAGATTGATTTTGCAAAGTTATTTTTATATTAGTATTTTTATCAG +TGAATTCTTTAGTTAATTTTTGTAGGGCTTTTTCTTGTTCCCCATTCATAGCATGCCAAA +ATGTTATTTCTACTGGATCCTTAATTTCAGTAACTATTTCTTCATTAGTTTTTGTAGGAG +CTTTACCACAAGCAGTCATTAGACCTAATGATAAAGCTATCGCTACTAGCTTTTTATACT +TCATTTTTTTGCCTCCCTTTATATTGTTTGTCCTCTTTCTGGTAATAATACATCTCCTGA +TTCATTATAAAGTCTTTCTGGATGATAAGAATGAATAGGAACTAACAACTTAGGTTTAAT +TAAGTTTATTATCTTAATTAAGTCATATGGATGAGCATGACCACTACACGATGCTCTAAC +AAATTCTATATCGTGGTTTTTAAACAGATCTAAAAATGTTTTATATGCTGGATCAAATTC +ACCGAGTGGACTTGCATTAGAATGAATATAAATTCCACCTTTTTTTAATTTATCCATATG +TAAAACAGCAAGTACATCTAATTGCCAGAAAAAGCGTTCTTCATCATTTAATAATTCTTC +AAAATCTATTTTGTACTTTTCATCTAATTCGTACTCTTTATCATCTAATTGATAATAATA +AGACTCATATCCAGTAGCTTCTTTTAAAACATATGAATAATATGCATCTAAAACAACGGT +TCTTGGATTTGTCTTTATTATATTTAAAATTCTCTCTATATTTGAAATATAATAATTAAA +TGTTATTTGCTTATTAGGATTATTTTTAACTATTTCATTAATTTTATCTATTAGCTGTTG +TTCAGTAGATATTTCCTTCTCACTAATATCTTCATCAAAGTCTTGAAAAGATACACTAAC +CCCTTCTATTAGCAATACATCACAATTTTTGCTTTCTTCACAAAAATTTAATGTATCTTC +TTTTCTATAACCATGAAGTCTAATATCACCGGTATATGAAATTACTAAATCCGGTGTCTT +AATCAATAATCCACACGCTCCATATGCATCATGATCAACAGGCATTATTTTTACTTTAAT +CTTGCCAACTTCAATAATTTCATTTTCCTTGACTCCAACTATATCTCTAGTATTTGAGTT +TTTCTTTTCATGAAGTGAAAAAAGAAAATCATCATTAATATTTAAGGTGTTAAGTAATGA +CTTTGTACCTTCTAAAGTATAAATTGGTATATTAGGGTTCAAATAATTAACAATCTTAGA +ATGATCTAAATGAACATGTGATAAAAATACAGCAGTATATTTAAAATCATCTTCATATGA +CTTATATCCTCTTATAGGTATACTTGGATCATATATATTGTTTAAATATGGAACTAAGTT +CTCATCTAATAACCCTTGTAAATCTGTAGGCTGTACTTCTGATGTTGGATCATATTCACT +TCCAAAATCAAAGAATATATGGCTATCTTCATAAGAAATTTCTATAATAGTTCCACCTAT +AGTTAAAATTCCATTATGGAATGTAATTTTAGTCTTTTTATCCTTTAATACCACTCTTAA +CAACTCCTCTGATTATTTGTTTTCTAAAGATTAAATATAAAATTAAAATTGGTACTATAG +CTATTGTTGATGCAGCCATTTGTAATTGAACATTTGTACCACTTTCAGTAGCAAATGAGC +TTAATCCATTACTTAATAGTCTCATTTCTTTACTATTAGTAACAAGGATTGGCCATAAAA +ATGCATTCCATCCATTAATAAAACTCAATATTCCCATAGTAAATAGTGAAGGTTTTGCTA +ATGGAATTAATATTCTACGAATAAATTGTAAATCGCTACACCCATCAATTTTTGCTGCTT +TATAATAAGATAAAGGTATACTTGCAAGATATCCATTTAAATAAAATATATAAAATACAC +TTGCAAGAGATGGTACTATTAAAGCGGTATATGTATCTAGTAGTCCAAGTTGTGCTATAG +TTTGATAATTTGTAAATACTGTAACTTCATATGGCACCATAAGTAGTGCTGCCATACATA +GTATAACGACATTTTTATATTTAAACTCTAATTTAACTAATGCAAATGCCGCAAGAATAG +AAGTTATTAAAGTTCCTATTGTTGATAGTCCTGCAACTATAATAGTGTTGAAAAAATATC +TAACAAATGGAGCTTGCTCCATTGCTAAACGGAAGTTTTCCCATTGAAAATGTTTAGGTA +TTAATGTTGGTGGTAAACTAGTTGCCTCTTGAAAAGTCATAAAACTTGATAAAATCATAT +ATACAAAAGGAAACAGTGTAATTACCGACATAATAATAATAAATATATACGATAAAACTG +AATTAAATTTTTTCATGTTTTCACCTACTTAGATATTCTCTTTAGTACAAAGTTTTGAAT +TACTGTGAAAATTAAAATTAAAATAAATAGTATAACTGCAGCTGCCATACCTTGACCATA +TCGATTTTCAACATAAAACTTATTGAAAATATAAAAAACAGCAGTAGTAGCACTATCTGC +GATACCAGCTTTTCCATTAAATATAGCAAACACTTGTGAATATACCTTAAATGCATTTAT +AAAGTTCACCATTAGTAAAAATGTAATGATTGGTATCATTTGTGGTAATGTTATCCTAAA +AAATTGTTCTTTCTTTGTTGCACCAAACATATCTGCAACTTTATAATAACTATCATCTAC +ATTTCTTAATCCTGAAAGTAATATAATTATATTAAATGCAAGTGATGACCAAATACCAAA +TATAATAAGAGTAAACATACTCATTTTAGGGTCATCTAAGAAATTTATTGGTCCAATTCT +TATTAATCCTAATAGATAATTAACAAAACCATAATCCCCATTTAATAAAAATCTAAATAC +AATACCAACTGCGATTATACTTGTTAAATATGGTATAAAGAATATAGTTTCAAAAACATC +TTTGTATCTTATTTTTTCATAAATTGTAACTGCAATAAACATAGATATTATAAGTCCTAC +AGGAACAACTATAAAAGCGTAAAGTGATGTATTTCCAATTGCTGTATGAAATTTAGGGTC +ATTTAAAACAATCTGGTAATTTCTTGTACCATTGTAAACTAAATTATTTAAAGTTCCTTT +TTGGAAAGATATAATGAAGGTTCTAAATAATGGGAATACATTAAATATCCCTATTATTAT +CAAAGCAGGTAGTAAGAACAGCCATGCTTGTGGTGAGTTTTCAGCACTGTATTTTAATTT +TCTCATTAGTACACTCTAACTCCATTCTCTTTAAATATATAAATGCTATTGTAATCAATA +TCAAATCCTACTTCTTCACCTTCAGTTATCTTATTATGCGTATCTGTAATTGATTTTGAA +ATCTTACCATTAACATAAAAGTTTAAAATGCAATCTTTTCCTATTAATTCAGTAGATTCA +ATTTTAACTCTAAATAAAGGATTTTTACTTAATTCAAAATACTCTGCCCTAATTCCAACA +ACATAATTTTCTTCATTCAATTCATCTTTAAATCTATTCTTATTTAATAAATTTATATCA +ATTGAAAAATCATCACCTTTTAATACATTTCCTTCTTTTTTCATTTCATAAGTATTAATT +ATTGGATTTCCCATAAATTTAGCTACAAATAAATTAGCTGGTTCTAAGTATAAATTTTGA +GGCATATCAAATTGTTGCACAATTCCTTGGTTCATCAAGACTATTCTGTCACTTATGGAT +AAAGCTTCTTCTTGGTCATGAGTTACAAATATGGTCGTAATACCAATCTCCTTAACTAAT +CTTCTAATTTCTTCTCTTATTTTTAATCTAAGTCTTGCATCTAAATTACTTAATGGCTCA +TCTAGCAATAATATCTTAGGATTTTGAACTAATGCCCTTGTTATAGCAACTCTTTGTTGC +TGACCCCCTGACATTTCTCCTGGCTTTTTATCTGCTAACTCTTCAATACTTGTAACTTTC +ATATATTTTTTTGCAGCTTCGAAGGCTTCACTCTTTGTTTTTTTATTTTTTCCAACAGTA +AGAGGAAACATAACATTCTCTAGAACACTCATATGTGGATATAGTGCATAGTTTTGAAAT +ACTAAACCAATATTTCTATCTTTTGGATGCTTTCCAATTATCGATTCATTATCAAATCTA +ATATCACCACTAGTAGGGTCTAATAAGCCTGCTAGTAAATTAAGAATTGTTGTTTTTCCA +CAACCACTAGGACCTAATAAACAAATAAGTTCTCCTTCATTTATTTCTAGGTCAATGCTT +TTTAAGGCTTCATAGCCGTTATCATAAACTTTTTTAAGTTTCTCAATATGTATCATATTT +CACCTCTAATATTCTATTTTAATTTTTATATTTGCACTAATCCATAAACAATATAATCAT +ACTAATTCACTCTTATATTCTCTTTAATTTATTATGTTCAAAAAATAAATATTTATTTGA +GTACAAAGAATATAATGTTTTAAATTATAAAATTAAATAAAGCCCACAGACAATTTGCAT +CGTCTATGAGCTTTTATAGTTTTTATATTTTGTTTTTACATTAAACTTTAATAATAAACT +ATAACTCCACAAGCTAATCTAGATCCAGCATTTCCTGCAGGTTGTGATGTAAAATCATCA +TAACCTTGATGCAATATAAATGACTTTCCTATAACTTGATCAACTGTGAATCTATTAGTA +TAAAAAGAAAGTATACCTACCCCATTTGCAGATAAAATTGGTGGTAAGTCTCCAGCATGC +ATAGGATGCTCTGCACCAGTTGGATTATAATGTGATTTAGCAGCTGTAAAAGGATCATTC +GCATTACCTACTGTACAATCCCCAACTTCATGGATATGAAATCCATGAAAGGAACTAGTT +TGATTATTTATATTAGGAATACCAGTTATATAAGCTTTAATATAAACCCCTTCATCTAAC +TGGTATAAAAATATATCACCTACAATACATGGTGCTAATGGTCCTCCTTTTATACGTGCA +TATGCATTTGGTTTAGACGCATTATATAAACCAAATATTTGTTGTATATCATATTTGTGA +CAAGAAGAATTATCCATATCTACCTCCCTAAGCTATAATAATTTTATTTCACAAGGTATT +TTATGATTTATTTATATATAATGTTAACTTTAAATATTAATATATAACTTAATTAATTAT +CTTAGGATTTCTAAAATAAAAAGATATTGACTATTTGGTCAATATCTTTTCAAAATTTAA +TGTGATATATTAATTTATTTTTCAGGTAAAATAATTATAAATTTCGTTCCTTTATCCTTT +TCACTTTCAACATATATTTCTCCATTGTGTAAGTCTATAATATGCTTAGTAATAGTTAAT +CCTAATCCACTTCCACCTTTAACTTCAGTATTTTCATCAAGTATCTGATTAAATCTATTA +AAAATTGTTTCATGATATTTTTTATCTATACCAATTCCCGTATCTTCTATACTTATCATT +ACTCTTTTGCCCAAGTCTTTTATATCAACTTTAATAGTTCCATCTTTTGGTGTAAATTTA +GATGCATTACTTAATAAATTCACAATACACCTTTCAATCTCATATTTATCACATGTTATT +ATTTTTTCTTCTACATCTGTATCAATTATAAAATTGATACCTAAGGATTCTATAGCATCC +TTTAGAGTTAGTGCAGTTTCTTCTACTATATAAACAATATCTTGTTCTTGTAAAGTAATT +TTATATTTTCCATTTTCAACCTTAGTTGTATCTATTATATTATTTATTAAGTTTAATAGT +CTAGTAATGTTTTTCTTCATTACATCCATATAGTATTCTAATTTTTCTTTAGTTATGCCT +TTTTCTGACTTACTAAGATTTGTAATTAACTGTTCTACTGAACTAATTACATTTAAAGGC +GTTCTTAGTTCATGCGAAAGGTTTATAAAGTAATTATTTTTACTTCTTTCTGCTTCTATA +ACTTTGTTCAGTAGTTCGCTATTTTTTTGCATCTCTTTATTTAATTCTTGAGTTCTTTTG +TTTATCAATGCATCTAATCTTCTTACCTTAGTTATTTGCATATAGATCACAGTTAAGAAT +ACTCCTACATATAATACTATTGCCCCCTTAGTTTTCCATAAAGGTTGATTTACTGTAAAA +CTTATACTGCTTTCTTTTCCAATAGTACCATTCTGACTTCTTGCTTTTATCTTGAATGTA +TACTTTCCTGGATCTAGTTTATTAAATATTACTTCATTACTATTCACTAATATCCAATCT +TCTATGTATCCTTCTAACTTGTAATAAAACTGTACATTATTATTTTTCTTATATTCTGGT +ATAAAATATTTTATTCTGAATAAATTATCATTATAATTAAAATTTAAACCGTCTATATTG +CTGTAATTCTTACCTCCCACTTCAAAATTATCAAAAGTTATTTTTGGGATATATTGTGAG +TCTTGAACATCTTCTGGATAAAAAGCATTTAACCCCTTTACTCCTCCAAATAAAAATTGA +CCATCTTTTGTTTTATAATAGGCCTTTCCATTGAATTCATTACTCTGTAATCCATCTGTA +CTGCTTAAGTTTCTAAATTTATTTTCCTTAATATCAAACTTAGAAATTCCATTATTTGTA +CTCATCCATGGATTTCCGTCATTATCAATTAGAACGCCATAAATCGTATTGTTAGGTAAA +CCATCTTTATCAGTATATCGTTTAAAATTTTCTGTAGTTTTATTGAATTTAACTAAGCCT +TCACTCGTCCCAATCCATAAATTTCCAATCTCATCTTCTATTATAGACCTTATACTATTA +ATATCGTCTTCGTTATCTTTATTGTTTGTATCAAAAGTCATATAAACTTTTATACTTTCA +TCCTTTGGATTAATTTTTATTAATCCTCCTAATATAAAATTTCCAATCCAATACGTTCCA +CTACTATCTTCATAAATATCCTCAATATAGGTATCTGATATTCCATGTTCATTAAGAGTA +TTTGTAATATCTATAATTTCATTTGTTTTTGTATTTAAGATATTAAGTCCATCAGGAGTT +CCTATCCATAAGTAACCCTTACTATCTAAAAGTAAACTTTTTATATTATTACTTACTAAT +CCATTTTCCATGGTATACTTTTTTACAATCATAGTATCTTTATCTACTTCATTTACACCA +TTCCTAGTTCCTATCCATACTCTATTTCCTTTTCCTGTAATTACTTTTATAGAATCGCTA +CTTAAATCATAATTACTATTACCTTCATTAATATAATTAAATTCATTTTCTTTCATATTA +ATGATATTTACACCTTTATCTCTAGTTCCTACCCATAATAAACCCTCTTCATCCTCATAA +ATTCCATGAATAACATTATTGCTTAATGAGTTTTTATCAAGAGGGTCATTCTTATATTGC +TTTATATGCTCTGTTGGGTCAAATATACTTATACCCGTATATGTTCCAACCCATATCAAA +CCAGTACTATCTTCTATAATAGTATATACAGTATCATTAATTAAACTATTATTATCATAA +CTTTTATTAGTATACGTAATAAATTTATCATCTTTAATATATTTACTTAGACCTTTTTCC +GTTGCTATCCATATGGTTCCATATTTATCCTGTATCATATCTCTAACACCATTTGACGGT +ATAGAAAATTTATTATTTTCGTCAAATTTATATGTTATAATTTTATTAGTTTTTATATTT +AATTTTTTTATTCCATTTTCATATGTTGATATCCATAAATTCCCTCCATTATCACACATA +AGAGAGTTAATTTTATACCCACTTGAAGAATTCTCTTTATTAGATTCATATTTATAAATT +CTTTTATTCTTCTTATCTACTTTATTTATTCCAGTATCAGTTGCTATCCATATATTATTC +TCTGAATCCTCTTTAATATCTATTATATCTTGACTTGTTAATATATTTTTATTCTCAAGT +ATCCTTTTAAAACTATCATTTTCTTCATTATAATAATACAAACCATTGCTAGTGCCCATT +ACAATAGTTTCATCTTCAGTAATTAAAATACTATTTATATTATAATAAGGGGTCCTCTTA +TCATCATTATAATAGCTATAGTTAACTATAGAGTAATTATCTAGGTTTATTTTACTTATA +CCATTATCAGTTCCAACCCATAAGTTTCTTTTTTTATCCTCACTTATGCTTAAAATGTGG +TTACTAGCTATAGTATTCTCAATCCCTTTATCGGCTTTATATACTTTTATTTCAAACCCA +TTATATCTATTCAATCCATCATTGGTTCCTATCCATATATATCCTCGACTATCTTGATAC +ATTGCTTCTACTGTAGATTGTGATAATCCATCGTCAATTGTTATATTTTCAAAGTTTATA +TGCTCCTCAGCATATGCATTATCTACAAATCTATTTACAAATATCAAAGTTATTATAATC +ATTATAATATTTTTGTACATTTTCATTTTTATATCACCTTTTATCATTAAAATTCGTCAT +ATCGTGACATTAAATTAATTATACTATAATTAGATATTATTTTATACTTAATATAAAAAA +CGTACCGATTTTTAATCAGTACGTTTCATACATTTTAATAATTTATATAGAATTATCTAA +GTTACTACTTCATAAATATCAGATAACTCTAACTCAATATTTGAGTTATTAATATTATAA +GTTTCATAATAAGAGTCGTTTAAACATTCATTAGGCAATTGTATCTTAAATATACTACCT +ACGTTAACTTCACTATCTACAGTTATATTTCCATTGTGTAAATCTATCATTGATTTAACA +ATACTTAGCCCTATCCCACTTCCTTCATTCATACGCGTGAAGGATTTATCCACTTGGACA +AATTTATCAAATATAATGTGTTTTACATTATCATTTATTCCTATCCCTTCATCCTTAACT +TCTATTTGAACCCACTTTTCTTTAACTGTTAAATCAACATATATATTCTTATTTTGTTTT +GAAAACTTTATAGCATTTGATAATAAGTTAAGTAATACTCTTTCAATCATAGTAGGATCA +CATTTAATTGTATGTTCTTCAACATTAGTATCAAATTGTATATTTATAGATTTTAATAAT +GCATAATTTACAACCGATAATGTTATATCTTCTGAAATAGATACTATATCATAGTTACCA +AAGTTAGGTTTCAAAATACCTGTATCTATATTAGATATATCCATGACATTATTTATTAAC +CTTAACATTCTTTTACAATTTACATGTAATGGCTTTTTATACTTCTCATACATTAACTTA +AAATCTAAATCCTCATTTTCGCTCATTCTATCCAGTAACTGAACTGTAGAATAAAATATA +TTTAAAGGTGTTCTCAATTCATGAGAAATATTAGATATAAATTCATTTTTCTCTTTATCA +TAAACTTTAAATTTTTCTAATTCTAGTTCTAAACTTATTTCATCAGAAATATCCATATAT +GTAGCTGCAATAGCTTTATATCCTTCGGCTGTATTTATTAATTGAACAGAGCAGTCTATA +GTTTTATTATATTTTTCATTTTTTACTATTCCCCTCCATCCTCCATTTTCATTTACAAAT +TTAATTATTTCATCTTTATTATCTAATGAATTTATTTTATCTTTTAATATTGAATTTAAT +TTATGCATATCAACATTATCTGTTCCACAGTAATTTTCTTTTAATTTTTTATTTGCATAT +AATACATCTTCATTTTCATCACATATAAACATAAAGCTATGCATATTTCTATCACTTAAA +TTGTAAAAAATACTTAATTTATCATTTAAAACTTTTGTTCTCTGTATATACATATATAAT +TCAATAAATCCACCAGCAATGACTATTAAAGAAAATATATATGTTAAAGATACAGAGGTC +AATTTAACATTGAATGATATTCTATTTGCTCCATATATTGCATAAGCTGCTTTTATTGCA +AGCATTAATATACTTGCACTTAAAACTACAAATAAATATTCTTTTTCTTTTATCCCCTTT +AATACTAATTTAAACGAGCATATAATATAAACTACCATTAAAAATAAATTATACATTATG +AAAAATTTACTACTTTCGTATATACTAACAGTATTTAATCTATTCTCTAAAAAACCAAAT +AGTATTGAATACACTATTATAAATAATATTGAAGCTATTTTATTATGAGTGAGTAAATTT +CTTAACTTATTATTTGATGAAATTGCAATTATAAGTATAAAAATCCTTAGCATTGATGTT +GATACAATAATATAGTTTGAAAGAGTAAATTCAACATAGTAAAAACTAAGATAATCAACT +TGACCTAAAATTATTCCCATAGCAAGACATAGATACATTAGCGAAATAATAAATACAATA +TCATTTTTTATCCTATAATATGATATTAAACAACTCCCAAATGCTATTATCGCAAGTATA +GAATTAAACGATCTTACAAATCCTAGAGTAAATTCCAAGTGCGGTGTATTAATATCTCCC +AAAAAGAGACGGTTACTAACTAATGCTACTGATATTAATGATAGAATAATTACTATGTAT +CCAAATAACCTTTTTTCTTTGTCTTTAAATTCTTTATCCTTCGAAATTTTTATCATAATA +AAATCCCCCCTATCTAGCGCATATTTCAGTATATCATAATGATAAACTTTTTTTGTTACA +TTTTGTTTAATTATTTCAATATAATAAAAATGCCCCAAGAGGATTAAAAATCCTCTTGAG +GCATTTAATTACTATTATATAAAGTATCTATTAATATTCTCTTATCTTATTTATGACTTC +ATATAATTTATATGCTAAAATTTTATGAGCTTCTTCAGATAAGTGCATGTAATCATATTC +ACTACAAATTGCATAAGGAGATGGATCAAAAAAGTGACATCCTAGTTCTTCAGCAACCTT +TTTGTAAAGTGGTATAAGTTTATATGATTTTTCTGAGCACCCTTTACCCATAGTAGCTCC +ACATTCAACACTTTCAATCTCTGGTCTAATTGGAAGTGGTGCTACAATTAATATATTAGG +CTTATTATTTCTAAATGCGACTTCAGTATTCTTTACTTTTTTTATTAATCTAGTAAGACC +TAATGATATAACATCTGCATTAGCTCCAAAGCGCTCTTTTGTATCATTAGTTCCAAGCAT +TATAATAAGTAAATCAACTGGTTCATGGGTCATTAAACAAGGAACTATATAATTAAGCCC +ACATAATCCCTCATTTATAGGATCTTCAAAAACTGTAGTTCTTCCACTTAAGCCTTCTTC +TATAACATAGTCTTTTTCTCCTAAAAGATTTTGTAAAATTCCTGTCCAACGTATATTTTT +TTCAAATCTAGTTGTATCTTTTGGGTTATATCCATGTGTATTTGAATCTCCAAAGCATAA +TATATTCATGGTATCACCTACCAACTTCTAGTTTCGATTATTGTATTTTGTATATCTTTA +TAAAGTTCAATAAGTCTTTCATCTTCACTTTTAACTGGTAAGAATGGTAAACGAGGTACT +CCTATATCTAATCCATCTAATTTAATTAATGATTTTACACATCCATATAAAGATCCAAAA +CTACACATTCTATATACATATTGAAGCATTATGTTCTGAAGCTTCTTTGCCTTGTCAAAT +TCATTTCTTTGTATTAATTCTTCAAGCTTAAGATACAATTCTGGCATACCTGCATATGTA +CCACCTATACCTGCATCTGCACCCATTATTCTTCCAGCTAAGTATTGTTCATCTGGACCA +TTAAATACTATAAAATCTTCTCCTCCTATAGCTTTAAATCTTGCTATATCGTGAGCTGGA +TCTGATGAGCATTTAACTCCTATAACTTTTGGGTTTTCGCACATTTTTCTTAATAAATTA +TCTGATAAGTTGAATCCAGTAAGTTGTGGTATATTATATATAAGGAATGGTAAATCGGCT +GCCTTTGTTATCTCAGTCCAGTGAGTATATACACTTTCTTCTCCTAATCTATAATATACA +CTTGGAACAGCTGATGTTGCATGAGCTCCACATTTTTCTGCATGGCTAGCTAATTCGCAT +GCATGTTTTGTACTAGCACAACCTACATGAACAATTATTGTCATCTTATCTTTTACTTCT +TCACAAACAGCTTCTACAACTGCTTTTCTTTCTTCGTTATCAAGTAAAAAACCTTCCCCC +GTACTTCCACAAACATATAAGCTCTTTATTCCTTTGTTATATAAGTAGTTTACTAATTTT +CTTGTAGTATCTAAATCAACATCTCCATTTTCCTTAAATGGCGTATTTAGTGCAACTGTA +ACATTTTTAAATCTATCTATTGTATAATCCATCTTTATTCCCCATCCTTTAAGTAATAGT +ATAGTGCCCCAACTAAACCTGCATCGTTACCAAGTTTAGCAGATTCAACTTTTAAATCTA +AAGAAAAGTTTGGCATAACTTTTCTCATAACTTTGTCTCTTAGTTTATCTATAAATAGTT +CCTTCTGTTCACTAACAGCTCCACCTACTAGTATAATCTCTGGATTAAAAATATGTACTA +ACGAAACTAATCCATTTGCTATATCTTCTATCCAACTATCAACTATATTACTGATATTTT +CATCAGTTGGTATTCTATCGAATATATCTTTACCGTTTATTCCTTTAATATCTAATTCTT +CTTCTACTCTTTTAATTAATGCAGTCATAGATGCATATCTTTCATAGCATCCTCTATTCC +CACATGAGCAAGGCTTACCTTCATTATTTATTGAAAAGTGACCTATCTCACCACCTATCC +CTAAACGTCCATTTAATACTTCTTTGTTTACTACTATTCCGCCACCTACACCTGTTCCAA +CAGTAATCATCACTACATTTTCATATCCTTTTGCCTTGCCTAAAAATAATTCTCCTAGTA +CAGCTGCATTAGCATCATTTATAACTGCAGTTCTTATTTTATATTTTTTCTCTAATTCTT +CTTTTATTTTTGAACCATCATAATTTTTTATATTTCCGCCTGTTCCTATCACTTCACCTT +TATCAACATCTATTTGACCTGTAGCTGATACACATATTCCACTAATATCATGTATATTAT +TTTCATCTATAAATACATCTATTGATTTCAAAACCGTTTCAAGTATTGGTGTTTCGTAGT +TATCAAAACTTACTGAGTATTTATCTAAAATTAATACATCTCCACTTTGGTTTACAAGTG +CAATTTTTACAGCTGTACCTCCAATATCAATAGATAAATAGTTCATTATTTTAACTCTCC +TTTAGCTGCATCTATAAATCTTTTTGCAATTTCTAAAGGTCTGGTTATTGCACCACCTAC +AACAACTGCAAAAGCACCTGCATCAAGTATCTCTCTTACTTGATTTGGATAATGAATTCT +TCCTTCAGCAATAACTGGTATAGAGATTTCTTTTGATAGTTTACTAACTAATTCTAAATT +AGTAATATTAGCATCAATACTTTGCTTTGTATATCCATTCATAGTTGTTCCAACAAGATC +TACTCCACACTTGTATGCATTAACTCCTTCTTCATAAGTCGAAATGTCTGCCATTAATAC +TATGTCTGGATACTTTTCTTTTATTTCTCTTATAAATGTATTAATAGATGTATCGTTTAA +TCTTTTGGAGAAAGTACAATCTAAAGCAACGATATCTGTATTGGCTTCAACAAGTTGGTC +AACTTCTTTCATCGTTGGAGTTATATATACATCTGAATTATCATAATTAGCTTTAATTAA +TCCAATTACAGGTAAACCTGTTTCTTCCTTAATCGCTATTACATCTCTTACGCTATTTGT +TCTTATAGCAGGAGTTCCTGCTTGTTTTGCAGCTCTTGCCATTAAATACATTATAGATTT +TTCTTCTACATATAGCGGTTCATCTGGTAATGCTTGGCATGAAACTATTACGTTTCCTTT +TATTACATCAAATAGTTCCTGCTTCTTCATACAATCCCCCCTCTTCAATTTGTTTTGATG +CTAAGTGACAAGAAACAAAGTGTTCTTTTCCATCAACTATATAAGACTTCATTTGTGGCG +CTTCTGATTTGCAAATATCCATACAATGCTTACATCTTGGATGGAAGAAGCATCCACTAG +GAGGATTCATTGGACTTGGTACATCACCTTCTAAAACAATTCTTTCCTTTTTATGATTAA +TATCTGCAACTGGTATAGCAGATAATAACGCTTTAGTATATGGATGTAATGTGTTTTTAT +ATAATGATTTTGCATCTGCAAGTTCTACAATCTTCCCAAGATACATTACAGCAATTCTAT +CACTTATATATTCAACTACACTTAAATCATGAGTTATGAATATATATGTTAAATTATGCT +TTTCCTTAAGATCCTTAAGTAAGTTTAGTACCTGCGCTTGTATTGATACATCAAGAGCTG +ATACTGCCTCATCACAGATTACTAGCTCTGGATTTATTGATAATGCTCTTGCTATACCAA +TTCTTTGACGCTGACCACCTGAAAATTCATGTGGATATCTATCCATATATTCTCTTCTCA +TGTTTACAGCTTCAAGTAAATCACCAATTATTTTTCTTCTTTCTTCTTTAGACTTTACTC +CAAATTTTTTAAGAGGATCTGAAAGTGATTGGTATATTGTAAATGATGGATTTAAAGAAG +AATGTGGATCTTGGAATACTATTTGAATCTTCTTACGAGCTAAATCCATCTCGTCTTTTT +TTAGTTTAGTAAGATCTCTTTCTCCATCTTCAAAGTTGTATATTATTTCTCCATCAGTAG +CTTTATATAATTGTAATATTGTCTTTCCTAATGTAGTTTTTCCACATCCTGACTCACCAA +CTAGACCTAAAGTTTCACCTTTATATATTTTTAAATTTACATCATTAACTGCTTTTACAT +AATTTTTTGATTTTGAAAATGCTCCATCCTTTACTGGAAAGTAGTTCTTAACTCCATTTA +ATGTTAGTAAAACCTCTTTATCCATTTAAAACCACCTCCTTATACTTTATACAACGTACC +ATGTGAGTACTTTCATTAATTAATTGTTCCTCAGGCATTTGTTCATCACACTCTTTGCAG +TAGTAATCACATCTAGGTGCAAATTGACATCCCGTTGGTCTATCAAACGGATCTGGTGTA +GCCCCGCGAATAGGATTTATTTCTTGGTCTGCACCTTTTCCTAGCACTGGTATAGATTTT +AATAATGCCTTTGTGTAAGGATGTGATGGATTTTCTAGAACTTCTTTTGCACTACCGCTT +TCTATGATGTTACCCATATACATAACTGCAACATCATCAGCTAACTCACATACAACCCCC +ATATCATGGGTAATTAGCATTATTGCTGTATTGTATTCTCTTTTTAATTTATCCATTAAT +TCAAATATTTGAGCTTGAATAGTAACATCCAGTGCAGTTGTTGGTTCGTCTGCTATTAGC +ACTTTTGGATTACAACTCATAGCCATTGCTATCATTGCTCTTTGTCTCATACCACCTGAG +AATTCATGTGGATACTGGTCTATCCTTTTTTCAGCAAGAGGTATTCCCATATCTTTTAGT +AATTTTAAAGCTCTTTCTTTAGCTTCTTTTTTAGAAATCTTTTCATGAGTTCTAATCATC +TCAACTATCTGCCAACCTATTGTATAAACTGGATTTAATGCAGTCATTGGATCTTGGAAT +ATCATTGCTATATCTTTACCACGAAGTTGTCTCATTTCTTTTGAATTTCTTTCAAGCTCA +TGTATTTTAATATCACGCCCATTTTCATCGTGATATATAATTTCTCCTTCTTCTATTCTT +GAGAACTTTGGTAAAAGCTGCATTATAGATGAAGCTGTAACACTTTTTCCACAACCAGAT +TCACCAACTATACATAAAGTTTTACCTCTTTTAATATCCATTGACACACCGTTTAATGCT +TTATTACATCTATTGTTAGCATAAAAATATGTCTTTAAATTTTTAACTGAAATAATTTTA +TCCATATTGTCCCCCTATTCAACACTTGTAGGATCGGTAGAATCTCTTAGTCCGTCCCCT +ACGAAGTTAATACTCATAACGAACAGTGAAATAACTATACCAACAGGTAACCACATCCAC +CAGTTATTTTGTAATGTAAATAAATCTTGTGAAGCATTTAAGATATTACCCCATGTTGCT +ATCTCAAGAGGAACACCTAGTCCTAAGAAGCTAAGAGCTGCTTCCTCTAAAATAAACATT +GCTGTACTTAAAGTAATATTTACTGCTATTGGACCTATTATATTTGGAAGCATATGCTTG +TAACAAATTATAAAGTCATTTAAACCAAATACCTTTAGTGACTGTACGTACTCTTCTTCT +CTTATAGATAAAATTTGTGATCTTGCCATTCTAAATACACTTCCCCAACCACAAATTATA +AATATAATCACTATATTTGAAGCACTTTGACCTATTATTGAAACTAACATTAATACTAAT +ATTAATTGAGGGAATGACATGAATATTTCAGATATTCTAACTAAAATCTTATCTAAAATA +CCACCCTTATATCCACTATAGCATCCTAAGATAACTCCTATAAAAGAACATCCTAAAGCA +CTACCAAAACCGATTAATATTGATAATCTTCCACCATATAATATTCTTGAGAATATATCT +CTTCCTATTTTATCTGTTCCTAATATGTGATCACTTGATGGTGGTTTTAATATGTTTTTC +ATATCAACAGATAATGGATCATATTTAGTTAGCAGTGGTGCACATATACAAGCAAGTAAT +ATAACCGTAAATATTACAAGACCTACTGTTGTAAGCTTATTAGAAAATAATTTCTTTATT +GATCTATTTCCAGATTCCTTAAATGTTTTATTTTCTTCTCTTTCCTTAATTTTATCGAAC +TTTTTATATAATCTCTTTTTAGGCGATAAAAAATCCATATGCTTCCCCCTATCCTTCAAG +CTTAACTCTAGGATCTAAAATAGCTGTTAGTATATCAACTAACGTACTTGCTATTAAGAC +CATAGCTACGAACATAAGTGCTACAACCATTACAAGATTGTAGTTTGCAGATCTTATTGC +TGTATTAAATACATTTCCAACTCCCGGCCATTGGAAGATAGATTCTATAACAACTGAACC +TGCTATAAGTGTTGGTAATCTAAATCCAACAAGTACTATAACTGGTGTTAGAGATACTCT +AAATCCATGAACTAAATTTACCTTCCACTCAGGAATCCCTTTACTTCTTGCTGTTTTTAT +ATATTCTTTGTTCATTGTATTTAGCATACTTGTTCTTGCATACCTCATAACTCCAGCAGT +AAGTGATAGTCCTAGTACTAACGATGGTAAAATTAAATATTCTATCCTATCCATGAAATT +TACTACCCCAGGCGCTGTTCTTCCACCTACTGGCAACCATCCTAGATTTAAAGCAAATAT +CAATATAGCTACCATACCAAAGAAGAATTGTGGTATTGATACCCCTATCATCCCTGCTAC +TGTTAATACATTGTCTCCTATAGATCCTCGTTTGATAGCTCCTATAACACCTAGAATACT +ACCTAAAACAGTTGATATTAATAACGCTGCTCCTGATAATTCTAATGTTGCTGGTAATGT +TTCTTTTATAATCTGAATTACTGGTACACCACTAGTTGAACTATATCCAAAGTTTCCTTG +TAATAGTTGCCCTAACCACTTAAAGTATCTAACTACAAACCCATCATTTAATCCGTATGC +TTCTCTAAGTGCATTTAATTGTTCTGTTGAAAGTCTTGCTAATGCTTCAGGGTCCATTAA +ATGCGATACTGAATCCCCTGGAGTTAAATCTAATAAAAAATAAATAATAAATGTAATTAT +AAATAACATTGGAATCATTCCAAGTATTTTTTTCAACGTATATTTAAACATCCCTAGCCT +CCTTAAATAAAATTCTCCAACTAACCTTTTTGTTCCCCCTTAACATACATCAGTTACTTA +TAATAAAAGGGTTGTATAACATTAGTTATACACCCCTTAATTTATTACTCAGCTAATGTC +CACTTATGTATATCCCACTTATAGTTAAATTGTGGATTACCTAATTTTTCAGGCATACCT +TGTATTTTATCACTTGTTATTACATATATTGGTTGATAATATAAAGGAAGTACAAATAAC +TCTTCATTCTCATATTTTTGTAAATTGAAGAATGCTTCTCTTTGCTCTTGTGCATCTATC +GTTTTATTTGTTGCTTCTATTAATTTATCTAATTCTTCTGTTCCTGGTGTATGTGAGTTT +AATGCTGCACCAGTTTGATATCTATCATAATATTCATGCATTGATAATGCAGCTGTTGCC +CCATAACATAAGTCAAAATCAACTGCTGATGGTCCATTTACAGGATCTTCAGGTAAAGAC +CATAATAATGTAGCTAAATCACCTTCAACAAGTCTAAATTTCATTTTTATACCTACTTGA +GATAAGTAATTTTGAATTATTGACATTAAATCAACTGTTTGTTGATCATCGTAATAATAA +ACTACATCTAATTCTGTGTTTGGATCCCAGTTAGCTTCTTCTAATAACTTTTTAGCTTTT +TCTGGATCATAGTCATAATTATTTAATCCATCAACTTTATCAACACCGTCTGGAGTTAAA +CTGTTAGCCTTTTCTGCAGCACCATCAAATATACCATCAAGTATTTCATCCATATCTAAT +GCATACATTATTGCTTGACGAACTCTCTTATCAGCTAAAGGTGCCTCTGAACCATCTTTC +TTAGGGAATTTGTTAGCAAAGAATAATCTTGTATATCTAACATCAACTTTATCTATGTTT +ATTCCATCAACACCTTCAAGAGACTTAACATCAGCTATATTTTTTGTATATGAGTAGTCA +AGCAATCCAGCTTTCGCATTTGTAACTAAGTTTGGATCACTATCTCCAGCACTTGGATTT +AAGTGCATCTTATATGTTGGTGCTCCATCCCAGTATTTATCAAAGCCTGCTAATGTAGTG +TAGTTACCCATTTTTACTTCTTCAACTTTAAATGGTCCTGAACCTATAGGATTTCTAAAG +AATTCAGATTGTTGGAATTGAACAGGGTCAACATCCTTTAAATGTTTTTCAGGTAATGGT +GCAAATTGTGTAAATGTAAGTAATGCATCTGGAGCTAATTTTTCAAATTTTATATCTATA +TTATTTCCATCAATTGTGATACCTGAGATATCATCTGCTTTACCATCTAAGTACTCAGTT +GCACCTTCTATTGCTTTAAATGTATTTGCAAATACGTTATTAATAACTGTTGTTTTTAAA +CTGTATTCAATACTCCATTTTATATCTTGTGGTGTAATAGGTTCACCATCATGCCAAAAA +ACGTTTTCTCTCAATGTAAACTTTAAGTTTAATCCGTCTTCAGACATTTCATATGATTTA +GCTAATTGCCCTTCACCAGAAATTGGATCTAAGTTTTCATCTGCAAAAATTAATCTGTCA +TATAAAACTTTGTTGTACACGAATGTACCTGGATTTAACCATGGCGCCTCGAAGAATTCC +TCCGGTCCCCCATTAGTATAAAGAGTGTTTTCTGCTGCTTTTGTAGTTCCCCCTTGCTCA +CTTTTTCCTTCATTACCCGTGCTAGAGCACCCAGCTAAATTTAGTGTTAGTAACGAAGTA +ACAAATAAGCTTATTAATTTCTTGTTCTTCATAACCTCATCCTTTCTCTTTTATTTTATA +AAGGTATATTATACCTAGTAAAACCAAATTAAATTATTATATTATCTTCATCAAATTTAG +ATAAAGCATTTAAAGTATTTAGTTTTGTCTGATAATAGCATTCATTATTTATGAAATATG +TATATAATATATCTACCATTACCAGAATAGGAAATTGAGGCGATATACAATCACCGGCAT +CTAATGCCTTAATTGTAGGTATTAATATTATTTCGTCACAAAAACTTGATAAATGAAATG +ATCTATTTGATGTCAGCATTATGACTTTTGCTCCATTTGATTTTGCAATACTTATTCCTT +GAAGTATTTCCTTTGTAGTTCCACTTAAAGATATTGCAATAACAACGCTTTCATGATTTG +CAAGAGATGATAACATTTTTATTCTATGTGAGTCATATACAGCTTCTATATTTAATCCTA +ATCTCATAAATCTTAAATGTACTTCTTCAGCTGCTATTCCAGAACTCCCCATTCCAAAAA +CGCATACTTTTTTAGATGTTGTTAGAAAATGAGCAATTTTTTTCATTTGTCCTTGGTTTA +TCATTTTATGACAGCTATCTAATAAATCTTGATATGTGTTAATAACTAAATTTGATATTT +CTTCTTTATTGTATTTACTAATGTTCTTTTCATATTCAAATATAAATTCTCTAAAACCTT +TATATCCACACTTCTTTGCAAACCTTGATAAAGAAGCTTCAGATACAAATAATTTTTCTG +ATACTGATTTTGATGATAATTTTTGTGTTTCCTTATTGTTTATAAAAAAATTGGCTATAG +TTTTTTCTACATTAGTAAACTGCTCATATCTTGACTTTAGATTTTTCAAAACAGTGTTGT +CAGAATATTCCATAATATCCTTCTCCTTTTCATTAGCCAATCAAGCTGTTATACTTTCAT +ACTTTATTAGAATTTCTTGCTATATCTATTTATACTGTAAGTGTATCTATATACCATTAT +TTTCGCAACAATTTTGAAAGTTTTTGAAAGAAATTTTATTTTTTTTTCATTTTTTTATTC +TAAGTCTTTATTTTTTGGCTACTTTTTTAAATTTTTCTGAAAGTACTTTCAAAACAGTTA +AATATCTATAGTAATACCAATCCAATATAAAAATAAACTTAATAGTAATATCTCTATGTA +TATTGATACTTTTCATCTAATATCGTAAATTCTTAATGTCAAAACTTTATATTATATAGA +AGTTTTAGTTGTATTAAGTGTATTTCAAGTTTAGTAGTTTGAAGTAAAAAAAGATGGTAG +AATAAAATTCTTCCACCATCTTTCTTAATTTATTTAACAGGAAAATAATTGTAAATTTAG +TCCCCTTACATTTTTCACTCTCCACATATATCTCTCCCTTATGTAGGTCAATAATATGTT +TTGTTATAAATAAAAACCTAAAATGCCTTTAGATTCAATACTTTCATAACTAAAGTCGTT +TCTTATACTATAACAATATTATATTGAATTTTTGTTTCCATATCGACAATATCAAAATAA +TCATTTTAAGAATTGAGGTATAGTTGAAAAAATAGGATACATTTATATATAAGCTTTATA +TCAAGTTAGTTTAAAATACAGGTACTATAGTTCCTTGATATTCTTTATTAATAAAATCCC +TTGCTTCATCAGATGTTAGTGCTTTCTCTAATACTTTTATCTTTTCACTTTCCTCATCAC +CATTTCTTGCAGCTATTATATTAGCATAAGCATCATCAAGCGGTGCTATTAATATACCTT +TTTCATTAGCGTTAAGTCCTGCTGCTACAGCATAGTTTGTATTTATAAATGCTGCTTCAA +CATCTTTTAATATACTAGGTAATAATGATGCCTCTGCTTCTATAAATTTTAAATTTTTAG +GATTTTCTGTTATATCATTTGGTGTTACTAGTTCACCTTCTTTTAGTTTTATTAACCCTG +CTTTCTCCAATAATCTTAATGATCTTGATTCATTACTTGGGTCATTAGTAAGCGCTATTG +TATCTCCATCTTGTAATGCTTCTAGTGAATCTCTTTTTTCAGAGTATAAAGTAATTGGAC +ATCCGTAAAGTGCTTCTACTGCAACTAAATCATATCCTTTTTCTTCATTAGTCTTATCTA +AGAAAGGTTTGTGCTGGAATAAATTCGCATCAAGTTCACCATCATTTAAAGCTGTATTCG +GTAATACATAGTCATTAAATACTTTTATTTCCAATTCGTATCCTTCTTTTTCAATTAATG +GTTTAATTTCATTTAAAAGTGCTTCTCCTGGTACTAAATTACATCCTACTACTATTTTTT +TATCGTCTTCTTTATTTTTAGTTGAAGAACATCCAACTACTGATATTGATAAAACTCCCG +CTAATGCTAATCCTATTATTTTCTTTAATTTCATTTTAAATTCCCCCTCAAGTATTATAA +TTATGATAATTTTTTATAAGCTAAATTTCCTAAATATTGGATTACCTGGACTATTATTAT +TAATGTTACTACTGTATAAATCATTGCTTGTGTATCAAATCTTTGGTGACCATAAGTAAG +TGCTACTGCTCCAAGACCACCTGCCCCTACTGAACCTGCCATCGCTGTATATCCTAATAT +AGATATTGTTGATAAAGTTATTCCTGATACTATAGATGGCAATGCCTCCTTTATCATTAC +TTTAAATATTATTTGAAAATCTGATGCTCCAAATGATTTTGCTGCTTCTATAAGTCCTCT +ATCAACTTCTTTTAATGCACTTTCTATCACCCTCGCTATGAATGGTGCTGCACCTATAGT +AAGTGGTACAAGAGCTGCATCTACTCCTATTGATGTCCCTACTATCATTCTAGTAAAAGG +TATTATTGCTACAATTAGAATGATAAATGGGAAACTACGAACTGTATTTATTATAGCTCC +TAATACTGTATTTATTTGTTTATTTGGTCTAAGTCCCTTCTCATCCGTTACTACTAATAT +GATTGCAATTATAAATCCAATTATTGTTGCTAATACTGTTGCTATGATTGTCATATATAA +AGTTTGACCTAAGGCTTCTAATAAAATATTTTCTACAAATTCTAAAAAGTTAGTTTTCAT +ATATTCTTCCTCCTATTATATTTTCTATATAACTTCCCATTTTATATTTGTTGAGTTTAA +GTAATTTGTTACTAATTCATGCTTATCTTCTTCGATATTTATAACAAGAGAACCTAATAC +ATCTTCTCTAAATTTCTCAAGCTTCCCCCATACTATTGAAAAATCAATATCTAAACTTCT +AGCCATTGAAGTTATTACAGATTTGTTTGAAGAATCTTTAGGGAAATATAATTTTATATT +CACTCCGCTATTTGGTACTACATCTTCTTCTCCTAGTAACTCTTTCAAAGCTTTTGGATG +ATTTAAGAATAATTCTTCTGTATCTCCACACTCTTGTACTTCTCCACCTTTTAATATAGC +AACCTTACTGCAAACATCTTTTACAACTTCCATCTGATGAGTAACAATAACTATAGTTAT +ACCTAACTTTTGATTAATATCTTTAAGTAATTCAAGTATTGATTTTGTTGTTTTTGGATC +TAGTGCTGAGGTAGCTTCATCACAAAGTAGTATTTCTGGTTCTAGTGTTAAAGCTCTTGC +TATTGCTACTCTTTGCTTTTGACCTCCACTTAATTGCTTTGGTCTATTTTTTGCTTTATC +TTCTAAACCAACTAAGTTCAATAATTCATTTACTTTTTTATCTATTTTTGATTTTGTATA +TCCCCAACATTTTAATGGTAATGCTATATTTTCATAAACGGTTAATCTTTCAAGTAATGA +AAAATGTTGAAATATCATTCCCAAGTTCTTTCTAAATTCTCTTATTTCTTTTTGATTTAA +ATTTTTTACTTCTTTATTATCTACTAATATGCTTCCTTCATTATAATTTTCAAGCCCATT +GATACATCTTAATAAAGTCGATTTACCTGCACCACTATGGCCAACTAACCCGAAAATTTC +ACCTTTATCTATCTCTATATTTATATCTTTTAGTACTTGAGTACTATCAAAATTTTTATT +TACTCCTTTTAGGCTTATCATTTTTTCCCTCCTAATTTAATCAATTTATTTAATTTATAC +ATTAAAAAAGCTCCCGAACCTAAGAAATAATTCTTAGGAACGAGAGCATAAGCTTCGTGT +TACCATCCTATTTTATTTGTATTTCGCAATACAAACCTCATCAAGTACGCCAAATAATTT +TTGGTTATACTCTATCACTGTAACGGGTGAACCCGTTGTAGCCTAAATCTTATCGATCTC +GGTACACCACTCCAAGGCCATTTTCTCTTTAATATCCTTTGCTCCTTCTCACCAAATAGG +AACTCTCTGTAAAAGTATTCTCAAAGGTACTTTCCTTTTCTTCGCGTTTATTATTGTATT +CTCTATATTTAATATAATATATAGTGTTTAGTATAATGTCAATATTTTTCTGAAAATTAT +TTATTTTTAATCTTCTTTGAAAAATTAATAATATAAATTATAGCTATTCCAGAAGCTATA +ATTTATGAATATTTTTAAATAAGTAGAAAGGATATGTTTCACTATGTTATTCTTATATAT +AGCGCATATTTTTTAGGGGAGATGAATAAATTGAAATCAGCAATATTTAAATTTGTAAAA +ATGATAATAGGTTTTTGTTTTTGTGCAATAGGCATAGTAATGACTATAAATGCTAATTTA +GGTCTATCACCTTGGGATGTTTTACATGAAGGTATATACAAAATAACAAGTATTACAATG +GGAAATGCAAGTATAATAGTTGGAACTATGGTAGTTGTAGTAAATATCTTGCTAAAAGAA +AATTTAGGCTGGGGTACTATAATTAATATGATTCTTGTTGGAATACTTATGGATGTACTA +ATGCTAAATCATTTAATTCCTATTGCCGATAATTTTGTAACTGGAATTATAATGATGTTA +TTAGGAATGTTTATACTTGGGATTGGTTGCGTACTTTACTTAGGCTCAGGGTTTGGAAGT +GGACCTAGAGATGGTATGATGGTAGCAATTCAAAGAAAAACAGGAAAATCACTTACTCTT +ATAAGAGGTGTTATGGAAGTCTCCGCACTTATAGTTGGTTATTTCTTAGGCGGTACTGTA +GGTATTGGTACAGTTATAAGTGCTTTCGGATTAGGATATTTTATTGAGCTTGCATTTAAA +ATATGTAAGTTTGATAGTGCTTCAGTTAAACATAGATATATAATCGACGATATAAATTAT +CTTAAAAGATTCTTTACGCAGAAAAAAAATGATAAAAATACTGTTTTTTAAAAATAGCAA +AAAGATATTATTGGAATTTATTAACTCCAGTAATATCTTTTTTTATAAAATATTTATTTT +AACAAACTTTTATATATTCTCTATAATTTATAGTTCACTATTTCATTCTAATTTATTAAA +ACCTTATTTTTAGTAAGCAAATTGGCGGTAGTAACGACGTATATCTAATGAATGTCCTGT +ATTATCTTCAAAGTGGAATGCTAAACGGTCTACTAAAAGTGTTGATGCAATTGTTGGAGA +TAATATCCAACGGAATTTATCATCTATACCTTCTAACTCATACTCTTTAGTATCTATAAC +CGTAAATTTGTTAGTATATTGTTTTACAAATCTTTCAACTCTATTATCTATTTCACGACA +CTTTCCTTCACCTTTAACTAAAAATACACAAACATCTTCTTCAACTAATTCTAAAGTTCC +GTGGAAAAACTCTGCTGAAGTAACTGATTTAGTTCTTAACCATTGCATTTCTTCTAATAA +GCACATAGAGAATAAGTATGTTTCTCCCCAAGTTTCTCCTCCACCAATCCACATCATGTA +TGGTTCTTTATAGTACTTTTTCGCTATTTCGGCCGCTACTGGTTCGAATTTAGCTTTAGC +TTTAATTAAGTTTTCTGGTAGTTTTTCAAGTTGAGCTGCAAATTCATTGTACTCTTCAAA +ATCTCCATTATTCTTTAATAATCTAAAGAAGAACCAGTATAATAACATATATTCATATTC +CACACCATTTTCATGTCTCATTGGTATTAAGTAGTTGCTGCACTCAGCTAATGGAGATTC +TGAATTTTTTGTAAGGCAAACTACAGTTATACCTTGTTCTTTACACCATTGTGCTATTTC +AACAGTTTCTTTTGTATCTCCTGATTTAGACATTGTAACTACTATTGAATCTTTACTTAA +GCTTTTATGTCCTCTTATTAATAACTCAGCTGCTTGTTCTACAAATACAGGTAATGTTGT +TGTTTGCTTAGCCATTTCTCCTATTGCCATCATCGGTGCTAAACTACCTCCAACTGCTGT +GAAGAATATATTCTTGTATCCTTTATTACTTAATTCATCAGCAACTCTCTCTGCTTTTGG +TCTTGCTTCACATATAAGTTTCATACTTGTTCTATACTCTTGCTCATTAAATTTTAACAT +TGTTAATTCCCCCTAAATTTTATATTTTACTTTTTAACTTTTCATCAAAATCTGAAAATA +TTTTATCACTTAATTTATTCCCCTTATCTTCTGCAAGAAAATAAGATAGTATTTGTATAG +GTATTGCAAATAACAATGGACTTATCATCTCATCGATGCTTATACCTAAAGTCAAATCAT +GTTTATTATCACTAGTTTCTTTGTATGTAATTGCATAAGTATGTTCAGTATATTCTTCTA +AATAATTTCTTAAAGTAACTTGTCTTTCTTGTAGTTTACTTTCAGCTTCTATGAATATAA +TGTGATCCTTATCTGATAGTGACAAGTATGGACCATGCATATATTCTTCAAGCTCATAGC +CATTCATAGGAACTCTAACTGTTTCTGTAATTTTAGTGTCAGCTTCTCTTGCTACGCCAT +ATCCTGGGCCATATCCTATAGCTACAAATCTTTTACCACTAACTAATTCATCTTTGTTAT +ATTCATACCACTTTAAAGATTTTTCTATTACAATATCTATATAACCAATAGCATCTTCTA +TTTTTTCTATTTCTTTATAATAATAGTCTTCACTAATTTTCTTATTTTCATATGCAAGTT +CTAGTCCCATAAGTATAAATGTAAGAACTGTTCCACTAAATCCTTTTGTTACATAACCAA +CTTTTTCTTCTCCACATCCAATATCAACAACATATTTACTAAGATCGCATACTATACTAT +TCATATTAGCTGTTATAGCAACAATATCTGAACTAGTTTTTCTAACTTCTTTCATAGCTG +CGATTGTAGAGTAACTATGACCTCCTTGGGTAACAGCTAGATATAGTGTATTATCATCTA +TTTGACTATTATAGTTACTAAATACAAATGGCATCTTTATCTCAATATTAATATTTAATA +TTTTTTCAACATAGTATTTTGCACATTCTATTGCATTTGCAGAAGATCCAGTAGCTAGAA +CTGTCCATCCATTATATTTTTTTCCTTTAGCCAAATCTATAAAGCTCTTTAAATTTTCTT +TTCTATTTTTTAATATACCTCTGTTAGTTTCATACTCCTCATTTATATAAGTAAACATTG +TTTCTTCCATAATGTCCTCCTATGCTAAGAACCCAAAGAATGCTCCAACAATTCCTATAA +TAGCTATTATTACTAATATAGTAGTTGTTTTAAAGTTCTTGCTTAATAGTAGATAAATAA +ATCCAGTAAATGCTAAAGGCATTATTCCTGGAACTATACCATTAAGAATATCTGCTATAG +CCATAGCACTGTCACCTGTTCCTATTTGAAGAGGTATATTTACAGTAACCATTTCTGCCG +TCATTCCTCCAATTACCATAAGACCTAGTATAGCAGCTCCATATGTCAATGATTCCATCA +ACCCAGATTTTTGAATTTTATCTAGTACTCCAGCTCCTAGTCTGTATCCACTCATCATGG +CAAAATATCTAACCAATAGATGAGGTACATTAAATACTAGCAAGAATAATATTGGACCTA +GAATATTACCTTGCAATGCTAGTGATGTCCCTATACCAGTAGCTATTACTCTAAGAGTTC +CCCAGAAGAATGAATCTCCAATTCCAGCTAGAGGTCCCATTAAACCAACCTTTACATTAT +TAATTGATGAAGTATCAAAGTTATCTGATTTTACGTTACTCTCTTCCATTGCAGTAGAAA +TACCAAGTATTAATGTTGATATATGTGGAGTTGTATTGAAAAATTCTAGATGTCTTTTTA +ATGCTTCTGCTCTTTCATCGTCAGTCTTATATAACTTTTTAATAATTGGCATCATAGAAT +ATGCATAAGACATATTTGCCTGTCTTTCATAGTTCCAGGACCACTCCATAGTAAATGATC +TCCAGAATACCTTCATCAGATCTTTTTTAGTTATAGCTATATCATTGTTTTGATAATTTG +TTTTATTATGTTCTTTAGAAGTCGTCGTCATCGTCGTTACCTCCTGCTATAGCTACTTGA +TTTGGCCTGTTTAAACCAACCAAAATAACAGCTATTATAGTTCCAAATATTGCGATTCCA +GTTATAGGAATATTTAAATACACTGATAATGCAAATCCTAAGAAATAAAATACTACAACT +TTTTTGTTTATTATCATCTTAGCTAATAGTGCAAATCCTAGTGCTGGCAATAATCCTGTT +GCTATTGCTAATCCATTTTGGATAAATTTAGGTATTACATTTAATATAGATTCTATTGCT +GATGAACCTAATAAATATGAAAAAAATACAATTAATCCTATAGGCAAGTTAACTCCAAAG +AATCCTCCGAGTAAGTGCATTCTTTCAACACCGCTACAATCACCTTTTTCTGCATACTTA +TCTGCTTTATGCACAAACATTGGTAATATAAAAATCATGCAAGTATTTTTTATTACTAAT +GCTAATGCTGCTATTGGAACACCTAGTGCTAATGCTACCTCTGCACCTTGCCCAGTTGTA +ATTGCGAATGCTGTTCCTAGAATTGCTCCGGATATTATTTCTGGTGGTATTACAGCTCCC +ACTGAGAATGCACCAATAAATGCAAGCTCCATTGTTGCTCCTAAAACTATTCCTGCTTGT +AAATCTCCTAGTACAAGACCTGTTAAAACACCTGTTACAATAGGTCTTGATAATAACGAT +GTACCAAATAAATATTCGGCATTAGCTAGCATTGCCACTAATCCAAGTAATATAGCTGTT +ACCATAATTTAACTCCTTTTCAAGTAATTAATTTAATACGCTTTCTGCTAGAATCTTCTG +GTCATTTGGTATTTGTCTTATTTCAACTGTAACTCCTGAATTGATTAATTCTTTTAAAGT +TTCTTCTTCTTCTGGAGTAACATTTATTGCTTTAGATATATTTCTAGTTCCTTCTCTTGA +TTTAATGCCTCCAAGATTTATAACTTCAAATTTATTAGTTCCTTTTACTAGTCTACTTGC +ATCTTCTATAGATTCAACTACTACAAATAATTTATACTTATCTGTAACTCCACTATTTAT +TGCATCTATAGAATCTTGAATGTTTTTCATTACTACCTTTACCCCTTGTGGTTTAGCTAA +CTTTATAGTTGTTTTACGTAATTCATCATGCATTAATCCATCATTTGCAATTAGTATACA +GTCCACACCTAAAAACTGAGTCCAAGAAAATGCCACTTGACCATGTAATAGTCTATGATC +AACTCTTAGTAATTTAATCATCTTAATCTCTCCTTATAAATAAATTTAAAATTCTTCTTC +CACTTCTACTGCCTTAATAATTGGATTACAATATTTAATAGTTTTGATTGATGTTTCTAA +AGCATTTTGTATCATACTATCTATGTTACTTTCATCTTGAATAAGCATTAACTCCATTAC +TAAAGGTAAATTAAGTCCAGATACTAGATATAAATTATCTCTATATAAATTATTCATGAA +CTCGTTGTTAACACTTCCTCCAAATATATCTGTTACAATAATTAATTTATCATCATCTTT +TAAATCATTAATTATTTTCCATACTTCCTTTTTTAAGTCAAAATCTTCTTTATTATAAGC +ACATAATGTTGATATATTTTTTTGCTCACCCATTATGATTTTTAAAGAACTATAAACTCC +ATATGCTAAATCTCCATGTGAAGCAAGTAATAACTTTATCATCTAACCCCCCCCTTCACT +TATTTTCTTATAATTATATAGAGCAAAAAGCGTGCCAAATTAGTGGCACGCTTTTTATTT +TAATTTTAAAATACTTCCAAATCCTCTGTTGGTGCGGTTATAATATCATAAACATATCCT +ATCTCTTCTACATTGATTTTGACATTATAAGTCTCTTCTATCCCACTAAAAGCTCTTTTT +ATATTATTTATCATATTTTCTTGACACTGCATAAGTTGATCTAGATTATTATAATTTTCT +ATGGGAACTTGGCGAATTAATCGCTCTACAAGACAACTTATATGTATGTATAGTGTCACT +TTTTTATCATTAGGTATTCTTCTTCCAATAAGTAGTTCTAAATTATTTAGACACTTCTCC +ACATTTTCTAATATCTTATTAGTATCTAATATAGTAACAGAGCTAACTATACTTTCTAGT +GAAAAGTTACGTACTAAATTATTATTTATAATTCTTACTGTCTCATCATCAACTACTTCA +CTAAATATCTTATACATCTTTTCTTCCCCACGTCCTGAGATTAAATCTTCTAAAGATATA +TAATCTATATCATGAACTTCAGGGTCCAGGGTGCTTATTATAGCCATTACGTCATACATT +TGGAATAATGCATCCTTTAATCCATCTTTTTTTAGTCTGTCATAATCGCAAATTAAAATA +TTTATTCCAAGTTCTTTCGGTATACTCCTTTCTAATAATCTTTGCATCTGCTTAGCTGTT +CCTATTCCTGTAATACAAGATGTTATAATTGCTTTCTCTTTAACCTTTTCTGGATAAATT +ATCTTATATTCAGTTTCATTACATTGTTTTATCTTTTCAACTAGCTCTTCTAAATAAATA +TCCTTGCTTAATAAATCTCCTATAAATAATGCCATTTGTGTAGATACATTATTTATTATT +GCAATAGGTTGATTTATATGTTCTTTTATTTGGTTATATATGTCTTTTAAAGATCCCATA +TCTACTAGTATTACAAGGCCATTAGATATGTCATTCCTATATATGTATTCTATTAGCTTT +TCACCAATTTCCTTCACTGAAATATTTATAGGCATATCAAAAGCTTCGTATATATTTTTA +CCTAACATACGATTAACAACACTACTTATACTACTTGCGGTAGAGTATCCATGAGCTAAA +ATTACTGACTTTATTGATTTTTTACTTTCCGAAATGCTTAAACTTTTCAGATAAAAAGAA +ATAAATATCTCATCTTCTTTTGATAGGTTTACATCCATCTTAGTATCTATTAAACTTGAT +ATCCTTGAGACTAGTTGGAATTCTTCTTGGTTGTTATTTAAAACATAATTATATAAACTA +TCTTTTAATTTTTTTTCATCCTTACTCCATTTTATATTTTCATATCCCTTTGAATAAAGG +TAATATGCAATTGTATATATACTATTTCCATTTAATTTCACATTATAGCTATATTCTATA +TATTTAAATATATCTTGCAGAGATGAAATAATAAATTGTAACATTACATTACCATTATCT +TTTCCATTATCAAATATTAACTTATCTATTAATAGATTAATCTCTAGAAATACATTACTT +TCAAACTTTTTTTTGTCTTTATGATCGGTATACTGTTTGTAAAAATAAAAAATATTTTTA +TAAGCTTGTTTAATATTTTGAGCTGAGTCCATTTCACTAAATAATAGTTCATTATATTTT +GTATCTGGTGTTATTAAGACATCATTTTTCTTTTGTATTTTAGATTCCTTAACATTTGAT +GCTTCCCTTATAATATCTTCTGGTAAATCTTTAAGTCTTATTCTTACCCTATTTGAATTA +ATATTTTTATAATATGATGCCGCACATATATATTTAATTGTATTTTTTAGTTCACCAATA +TTCCCTTTATAAATATGTGTCGATAAAACATCTAAAGCTCTTTGTGATATTAAAATATCC +TTTTTGAAAGTACTAGACTCAACAATTAAAAAATTATATATAAACTGTAACTTTTCTAAA +ATATCTCTTTCATTAAATCCAGGGATGTTTACTGTTATAGGTACTCTTCTTAAAAATGTT +TCTAAAAAATTATCTGAAAGTGATTCTGTTGTGGCAAATATTAACCTCACATCAGACTTA +TGCCATCCATCAGTTTCTCCCATACGTCTTACTACACCCTTGTCCATGAATGTAAACAGC +TTTTCTTGACCTTCGCTGTTTAATCTATGAACCTCATCTAAAAATAATATTCCTCCATTT +GCAGCTTCAATCATTCCTAGTTGATTTTTATCTGCTCCTGTAAACGCTCCCTTTACATAT +CCGAATAAGTTACTAGATAGTAATTCTGGGTTATTATAATATTGAGCACAATTAAAAATT +ATAAATGGTGCATCTTTTTTTATAACACCTTGTTCTACACTGTACTTGTAAATAATATCT +GCTGTAAAGCTTTTTCCAACACCTGTAGGCCCACTTAAAATAATAGGTAATCCATTCTTT +GTAGGATAAAGTATAGAAGTTTTTATCTTCTCTATAGACTCTTTTAAGCTACCGTTATAT +CCAATTAACGCCTTAAATATATCATTTTCTATAACTGATTTTTCTTTTTCATCAAACAAC +TCTTCTAAACTAGTAAAAATATTCTTTGATACTTTAAAAAACTTTTTTTCAAAAGCATTT +TTATGAAAAAAATAAACAGGTCTAGTATTTATTTTTATTACTCTTCCGTCTTCAATCATT +TGATTAATGTAGTGACTTATAGTGTTTCTTTTTACTCCAAATATATTTGAAATATATTGG +GCTGTGTATATAGTGTTGTTTTCATCTTTCATATATTCATTTGTTTTTTCATGTAAATAT +TTTAATATATCCTCTTTTAGCATAATTCTCCCCCTAATATCTCATAAGACTTCTACTAAA +AAATTTATTTAGAAATTATCTATTACTTATAAATACCCCTATTATATATTAATATCGCAT +AATATTCCATATTTTTCTATAGATTCTCATTCAATATATATTGGTCTGTTCATATTTATT +ATATAATTTTTATATCTAAAAATAAATTAACACCTAATCTTCTAAAAGATAAGTGCTAAT +TTATCTTTTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTGCAAAAAAA +TAGACCCATAGTGATTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGC +TAAAGAGTCATTTTTACCCATTAATTTATTTATAAGAAAAGAAATGTTATGATCTAAAAC +TTTTATTGAAGTTCTAGTTATAAATCCTAGCATAGATTTACTCTTAACCTTATTCAAGTT +TAATTGTTCTGTTAATTGAGAAAAGCTAATTTCTATCCTTCTTCTTACCTTAAATATAAG +TTGTCTTATTTCTTTTGGATAGTTTTCTTTACTATTTCCTCTTTTTAAAAACAATAAATT +TATGCCCTTTTCACCTTTTAATTCAGGCGTTAGCCTTTTATTAAC +>MGYG000000001_30 +ATAATATAAATGGATATTTATGGAATAATTTTGGTTTTATAAGGTAAGTGCGTCTAAAAA +TAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGCTCTAAAATCATGAGGG +TTATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAGAAGATAAAGCCCTTATTT +TTTTTGTAAATATTTGTATAATTAAAATTTAAAATCGAAAAATGTAGAAAAAACTCATAA +GAATATGATAAAATGGGAAGGTGATTCTTAGGGAGGGTGCAAAAAGATATGATGGAAAAT +AACCAAAATTATACATTAGTTTTCGGAGTATCAGTTTTTGACATATGTGGATTTACAGAT +AGTAACTATAGATGTAATGATTCTAACCCAGGTAAAGTAAGGACGTCATTCGGAGGCGTA +TGTAGGAACATAGCTGAGTGTATGTCAAGGGTAGGAGTTAATACTCAGTTTATATCTATT +CTAGGTGATGATGAAGCTGGTAAAGCAATGTTAGAACATTCAAAACAAATGAACTATGAT +ATGAGTAACTCATTAATTATAGAAGGTGGTAATACACCTACTTACATGGCTGTTTTAGAC +GAACATGGAGAAATGGTATCTGCAGTAGTAGATATGAAAATAATTGATAAATTTACAACT +GAATTTATTGATTCTAAGGCTGATATAATAAGAAACGCTGAATATATGATTCTAGATTCA +GACAGACCTGATATAGTAGAGTATATATTAAAGAATTTTAGTGGAAATACTAAGTTTATA +TTAGACCCTGTATCAGCGGCTAAAGCGAAAGAAATAAAACATTTAATAAAATACTTCCAT +ACAATAAAGCCAAATAGATATGAAGCTGAAATAATGTGTGGAATGAAAATAAAAAATGAT +GAAGACTTAAGAAAAGCAGGAAGATACTTCATCGACTTAGGTATAGAAAATGTATTTATA +ACGTTAGATGAAGATGGTATCTACTATAATAATGGTTTAGTAGAAGGAAAAATTAAAGCT +AACGATGTAAAAGTTGTTAATGTTACAGGTGCAGGAGACTCATTTGTAGCAGGTATAGCT +TACGGGTATGCAAATAAGTGTGATTTAATAGAAACTTTAAAGTTTGCTATATCAATGTCT +ACAATAACTATATCTACAGAAGAAACTATACATCCAGAAATGGGATTTGATTTAGTTGAA +AAGTACGTTAATAATATAAATTGGTCAGAAATTAAATTTGAAAAATAAATATTTTACTAG +ACCGAATAATTTATATATAATTTAAGTACAATAAATCTAGTATTAGGAATTAATCTATAT +TATAATATAGATAGATTAATATATAATTTTGTCGTCAACAAAATTGGAAAGGACTAAGTT +TTAAAACTTAGTCCTTTTTTTTATATTAAGCAATATTTTCAATAATTAACTTTATAACTA +AAAAGCCCAATTACCATCTTTGAATATTTGAACTTCTTCTCCACTATATGTTTCTCCAAA +TATATTCATATCAGAAGAACCTATCATAAAATCAACATGAGTTAGACTATCATTTATTCC +ATATTTATCAAGATCTTCATCTTTTATTTCATCACCATTTTTCACACAAGTTTTATAAGC +AGAGCCTATAGCAAAGTGGCAAGATGCATTTTCATCATATAGAGTATTGTAAAATACGAT +GTTGGTATCAGAAATTGGTGATTTAAAAGGAACTAAAGCTACTTCGCCTAAATAGTGAGA +GCCTTCATCTGTTTCGATAAGTTTTCCTAAAGTTTCATATCCTTTTTCAGCAGTATACTC +AACTATTCTTCCATCTTTAAATGTTAATGAGAAATTATCTATAACATTTCCACTATAAAC +TAACGGTTTTGTACTATGAACTACACCATTAACTTTAAATTTATGAGGAAGGCAGAATAC +TTCTTCAGTTGGTATATTAGGGTTAAATTCTACTCCATTAGGGTCAACAGAAGCTCCACT +TAACCATATATGACCTTCTGGTAATTCCATAGTTAAATCAGTTTTTTTAGATTTAAATTT +TAAAACTTTAAAATTCTTTTCATTTAAGAAATCCATTCTTAATTTTAAGTCAGCGTTATG +ATCAGCCCAAGCTTGTATTGGATCTTGTCCTTCTACTCTAGAGCACTTGAATATAGCATC +CCATAATTTATCTATAGCTTCTTGATTAGATACATCTGGGAATACTTTTTTAGCCCAAGC +TTCAGTAGGAATAGAAACTATACTCCATTTACACTTATCAGATAAAGTATAAGATCTCCA +TTCTTTTAATGCTATTCCAGATGCTTTTTGATAATTAGCTATTCTTTGTGGATCAACATC +TTTTAATAGATCAGGATTTGCAGCGTGAATACTTAAGAATGCGCCTCCATTTTTTGCGAT +ATGGACATATTGATCTGATGTCCATTTTGGAAACTCATTAAATACTTCATCAGGAGCATT +TAAGTATCTTATTAAAGTACATTCTTCGTCAGACCACTCTATATACACATTTTTGGCACC +AGTTTCATAAGCATGTTTAACAACTTTTCTCACAAATGGAGCACATTCAATTGGTGATCT +TACAAGTAAATCTTGACCAGGTTGAATATTAACTCCAACCTTAACTGCTAGTTCAGCATA +TTTATCTAAGTTTCTATTAAAATCCATTTTAAACCTCCTATGTAAAAATAAGTTAAATAT +TATATATATTTTATTATAGCATACTTATATTTTAGGGAATAACTAAGATAAAAATACTTA +TTTTAAGATATTTTATATGGGGAAACTAATTTAGATATTAATAAGTAAAAAATAAAAAAT +TTAATATAAAATTTATCCTAAATTATATACAAAAATCTTCAAAAGAATTTATAATATAAT +AATGGAAACTAAACGTTTATTTTAAGTAATATAGATTATTAGATAAATATGATGTTAAAT +AAGTAAGTTCGAAGTAGGTTGCTTCAGTTAGGAGGAAATAGATGGAGTTATATGATGCTA +TTTTTTATAGAAAATCTATAAGGAATTATTCAAAAAAAAGTATAAAATCATCGTTAATGG +AAGAGGTTAAAGGTTTATGTAGCAATATAACTTATCTAAATAAAGACTTAAATATTAAAG +CACATGTGGTAGATAGGGGACATTTAATTCAGTTTTTAATGGGAAAAGCATGTGAAGTGA +AAGCTCCTCATTATATAGTAATTACATCTAATGAAGGAGATAATAACTTAGAAAATGTTG +GATTTGCAGCAGAAGAAATATTACTAGGTATAACATCTTTGGGAATAGCTACATGTTGGA +TAAAGTGTAACTTGAAAAGAGATGATATTTTAGAGTTTATAGATTTAGATGAAATTGATA +TAGATGACGAAGAATATGAGAAAAAAATTGAGAAACCATATGCTATAATTGCTTTTGGAT +ATGCTGAAAAACAAGAGGCGTTATTTAGGAATATAGATGCAGAACCGGATAGAAAAAGAT +TAAAAAAGATATGTAAAAAAATAGACAAAAAATGGGTTAAGATTCTTAATGCTGTAAGAA +TATCACCTTCAATAAAAAATAGTCAACCATGGGTATTTTATTCTAAGGATTATGGATTTG +ATGTATATGAAGAAAAAGCTAAAAAAGGCATGAAAGAAGATTTTAAAATAAGTATGGGTA +TTGCATTAAGGCATTTTGATATAGCTTGCAAAAAGTTCGGTATAAATGCTGAATTTGAAA +ATATTGAGACAAAAAGAAAAAGAGGAAAAAATTATTTAATAAGTATAGTTGATAATGGAA +GACTCTAACAAAACAATAGTTGACATAAAGAAAAATAAATGCAATAATTGATGTAAGATA +AAGCTTTAAGTTACTTCAGAGAGAGTATGAAGCATTTAATTATTTTATAAAAATAAAATA +TACCTTAAATTTAGTCCAGAGAGTCTAAAAAGGTTAGATAATATTAATTTGATTATGATT +ACATTATAACCCTTTATCTGGATGATAGAGGGTTTTTTAATATAAATATTAATAAAATAA +AAATAGAATAAAGTCTTTTAAAATAGTCCAGAGAGGCTGAGAAAGAAATCTAATAACTAA +TTTTAAAGAAAAATTATGTTTAGATAGAGTCCTTATACCTCTTTTTGGTATGAGGACTTT +TTTGTTAAGGTTAAGGCTTTATTAAAAAGGAGAAGACATATGATAAATGGTAAAGAAAAA +TTAATAGTTGCAATTGATACTAATGAGTTTGATAAAGCTAAAGAATTAATAGATAAACTA +GAAGACAGTGTAGATATATTTAAAGTTGGTTTAGAGCAATATGTAGCAACAAGAGGAAAA +ACAGTAGATTATTTAAATGAAAAAGGGAAAAAAGTATTCTTAGATCTTAAGTTCCACGAT +ATACCAAATACGATGCAAAGTGCAGTAAGAGCAGCAGTAAGAGATAAGGTATGGTTAATG +ACAATACACGTATCTGATATGGAAGGTATGAGACAGTGTGCTTTAGCTGCAAAAGAAGAA +GCAGAAAAATTAAATATAGAAAAGCCAATAATAGTTGGAGTTACAGTTTTAACATCTTTA +AGCAATCAAGATTTACAAGATATAGGGTGCAACATGAATACAGAAGAATTAGCTATAAAG +AGAGCTAAGTTAGCAAAGGAAGCAGGAATAGATGGAATAGTTTGCTCAGCTAAAGAGGTT +GATAAGATAGTAGAAGCTTGCGGTAAAGATTTCGTAACAGTTTGTCCAGGAATAAGACCT +GTATCGTCAGAAGTAGGAGATCAAAAGAGAGTTGTTACTCCAGCTGATGCAATAAACAAA +GGAGCTCACTACTTAGTTGTCGGAAGACCTATAACTAAAGCAGAAAATCCTAAAGAATCA +GCAGAAAAAATAGTAAATGAAATAGAAAATGCTTAGGGGGTAGGTTAAATGAAGGGTAAA +TTAATATTAGAAGACGGAACGATATTTGAGGGAAAAGCCTTTGGATATTTAAAAGATAGT +GTAGGGGAAGTAGTATTCAATACATCAATGACAGGTTATGGTGAAGTTTTAACTGACCCA +TCATATTATGGTCAAATAGTTACAATGACATATCCTCTTATAGGAAACTATGGAATAAAT +TTAGAGGATGTTGAATCTAAAGGTGTTCATGTAAAAGGATTTATAGTAAGAGAAAAGAGT +GACACTCCAAATAACTTTAGATGCGAAATGGATATAGACACATACTTAAAACAAAATAAA +GTAATCGGTTTAGAAGGGATAGATACGAGAGCTTTAACAAAGATATTAAGAAATAATGGG +ACAATGAGAGGAATAATAACTTTAGAAAATGCTTCATTAGAAGATGTTAAGGCTAAGTTA +GAAAGTTTCTCAAATACACAGGCAGTAAAGACAGTAACAAGAAAAGAAATAGAGCGTATA +GAAGGAAATGGACCTAAAGTAGCAGTTATGGATTTTGGTGTTAAGCAAAATATACTAAGA +TCATTTGCAGCTCGTGGCTGTGATGTAACAGTATTCCCTGCATTAACTAAGCCAGAAGAA +GTATTAGCTATAAACCCAGATTTAATATTTTTATCAAATGGGCCTGGAGATCCAGAAGAT +TTAGAAGAAGTAATAGAAAATATAAAAGAATTAGTAGGTAAAAAGCCAATAGTAGGAATC +TGCTTAGGACACCAACTTTTAGCTTTAACATTAGGTGGAAAAACAGGAAAACTTAAATTC +GGACACAGAGGTGGGAACCATCCAGTTAAAGATTTAGAAGAAGGGAAAGTATTTATAACA +TCTCAAAACCATGGGTACTATGTATGTGAGATGCCAGAAAATATGGAAGTTACTCATATA +AACTTAAATGATAATACAGTGGAAGGTATGAGACATAAAGAATTGCCAATATACAGCGTA +CAATATCACCCAGAAGCTTGTCCTGGACCAAAAGATAGTGATTATGTATTTGATAAATTC +TTAGAATTAGTATAGTTGTTATAAATATTTGAGAGATTAAGGAGATTAAGATTATGCCTA +AAATAGAGAGTATAAAAAAGACATTAGTACTAGGATCAGGACCAATAATAATAGGTCAAG +CGGCTGAATTTGACTACTCAGGAACTCAAGCTTGTCAGGCTTTAAAAGAAGAGGGAGTAG +AAGTTGTATTAATAAATAGTAACCCTGCAACAATAATGACGGACCAAGAGATTGCAGATA +AGATATATATAGAGCCATTAACAATAGAATTTATAGAAAAAATAATAGAAAAAGAAAGAC +CGGATAGTTTATTAGCAGGAATGGGTGGTCAAACTGCTCTTAACTTAGCTGTTGAATTAC +ATGAAGCAGGTATACTTGAAAAGTATAATGTTGAAATAATAGGGACATCTGTTGAATCTA +TCAAAAAAGGTGAAGATAGAGATACATTCAGAGAAGTAATGAGACAAATAAACCAACCAG +TAGTAGTTAGTGATATAGTAACTGACTTAGAAAGTGGATTAGAATTTGCAAATAAAATAG +GATATCCAGTAGTTGTAAGACCTGCATACACATTAGGTGGAACTGGTGGAGGTATAGCTG +AAACAGTTGAAGAATTAACAGAAATACTTACTCAAGGTTTACAATTAAGTCCAGTTAGCC +AAGTACTACTTGAGAAAAGTATAAAAGGTTGGAAAGAAATAGAATACGAAGTAATAAGAG +ATGGTAATGGAAACTGTATAACAGTATGTAACATGGAAAATATAGACCCTGTTGGAGTAC +ATACAGGAGATAGTATAGTTGTTGCACCTAGCCAGACTTTAAGTGATAAAGAATACCAAA +TGCTTAGAAAAGCATCTATAGATATAATAAATGCAATAGAAGTTAAGGGTGGATGTAACG +TTCAGATAGCATTAAATCCTCACAGCTTAGAGTATGCAATAATAGAAATAAACCCAAGGG +TTTCTAGATCTTCAGCTCTTGCATCAAAAGCTACAGGTTATCCAATAGCTAAAGTTGCAA +CAAAAATAGCTTTAGGATATACATTAGATGAAATAGAAAATGCAGTAACAAAGAAAACTT +ATGCATGCTTTGAGCCAACTCTTGACTATGTAGTAGTAAAAATACCAAAGTGGCCATTTG +ATAAGTTTAAGCAAGCTAACAGAAAGCTAGGAACAAAGATGATGGCAACAGGGGAAATAA +TGAGTATAGGAAGTAACTTTGAAGCAGCTATGCTTAAAGGTATAAGATCTCTAGAAATAG +GAAAATACTCATTAGTTCATGCCCCTTCTGAAGAAAAGAGCTTAGAAGAATTAAAGAAAA +GTATAGTAGTACCAGACGATGAAAGATTATTTGACTTAGCTGAAATGATAAGAAGAGGAT +ACAAAATAGATATGATAGAACAAATCACTGGAGTAGATAAGTGGTTTATAAATAGATTTA +AATGGATAGTAGAACAAGAGGAAAAGTTAAAAGGAATGAAGATAGAAGACTTAACTAAAG +AGTATCTTCTTGAATTAAAGAAAAAGGGATTCTCAGATAAGGGAATATCTGACTTAATGA +AAATAAGCCCAGAGAAAGTTTATGAATTAAGAACTTTATATAGCATAAAGCCTGCATATA +AGATGGTTGATACTTGTGGTGGGGAGTTTGATGCATTATCTCCATACTACTACTCAACTT +ATGAAGAGTATGATGAAGTTGTAGTAAATGACAAGAAAAAAGTTGTAGTATTAGGATCTG +GTCCGATAAGAATAGGCCAAGGTATAGAGTTTGACTACTGTTCAGTTCACTGTGTTAAAG +CACTTAGAAAGATGGGAATAGAAACTATAATAGTTAACAATAACCCAGAAACAGTAAGTA +CAGACTTCGATACATCTGATAAATTATATTTCGAACCATTAACAGAGGAAGAAGTATTAA +ACATAATAGAAAAAGAACAACCAGATGGAGTAATATTACAATTTGGTGGCCAAACAGCTA +TAAAGTTGGCTAAATTTTTAGATGAAAAGAGAATACCAATATTAGGTACAGATTTTGCAG +ATATAGATGCAGCTGAGGATAGAGAAAAGTTTGATGAATTATTAGAAAAATTAAATATAA +ATAGGCCAAAAGGGAAGGCTGTATGGTCAGTTAAAGAAGGTATAGAGGAAGCTAGCAAAT +TAGGATATCCTGTACTTGTTAGACCATCTTATGTACTTGGAGGTCAAGGTATGGAAATAA +CTTATGAAGAGCATAAGTTAGAAGCATACTTACAAAGTGCATTTGAAAGAGATAAGAAAA +ATCCAGTACTTATAGATAAGTATTTAACTGGTAGAGAAATAGAAGTAGATGCAATTTGTG +ATGGAGAAGAGATATTAATACCAGGTATCATGGAGCACTTAGAAAGAGCTGGTGTTCACT +CTGGAGATAGTATAACAATGTATCCAAGCCAAAATGTATCTGATGAAATAAAAGCTAAAA +TATTAGACTATACTAGGAAAATAGCATTGGAGCTTAATGTACTTGGAATGGTTAATATAC +AATTTATAGAATTCCAAGGAGAATTATATATAATAGAAGTTAACCCAAGGGCAAGTAGAA +CAGTTCCATATATAAGTAAGGTAAGTAAGGTGCCAATTGTTGATTTAGCAACTCAATGCA +TGTTAGGTGCTAAGTTAAAAGATTTAGGGTATGGAACGGGAGTATATAAAGAGCCTAAGT +TAATATCAGTTAAAGTTCCAGTATTCTCTATGTCTAAGTTATCTAGCGTTGACGTAAGTT +TAGGGCCTGAAATGAAATCTACAGGAGAAGTTTTAGGTGTAGGGGAGACTTTAGAAGAAG +CATTATATAAAGGATTTATAGGTGCAGGAAAGCAAATGTCTGATGAAAGAGGAGTTGTAC +TTGCTACTATAAATAATTATGATAAAGCTGAATTTATGGAAATAGCAAAAGATATGAAAG +AACTAGGATATACTTTTGTAGCTACATCAGGAACAGCAAAGAGCTTAGAAGAAAATGGAA +TAGAAGCTACTGTAGTTAATAGAGTAGAAGAATCTAGGCCTAATATATTAGATGCAATAA +GAAATAAGCAAGTTGATATAGTAATAAATACTCCTACAAAAGGGAATGACTCAACTAGAG +ATGGATTTAAAATAAGAAGAACTGCAACTGAGTTTTCAACTGAAGTAATGACATCTTTAG +ATACATTAAAAGCTTTAGTAGGTGTTAAGAAAAAGCAAATAAACAAATCTAGATTAGAAG +TTTATGATATAGCTAAATAAATAAAATTTAATATTTATTATAAAAAACTCTTTAATTTTC +ATATTGAATTATGATTATTAAAGAGTTTTTTACGATTTAGGTAATATTAAATTACACGTT +AGTATAAGTGATATAGTATACAGAAGAATATGTTAAGTTATATAAATATATGCAATTAAT +ATATGAAAAATGTAATAAAAATGGTAATTATGATTAATATATTTTTTTTAGGATTTACCC +TAAAATTATTTTGTATCATTAATATGATAATTAGATTACATAGGGGGATATTGAAAAATG +AAAAAGAATAAAACGATAGCATATATGTTAGCAGCAACATTATTAGTAGGGGGAACTTTT +TTAGGAACAAAGGCCTTATTTACAGATAAGATAGATACAGTAGGAGAATTAAGTATAAGT +ACAGGAGATGTTGATGTAGAAGTTGTAGGAACAGAAGGTTGGATAATAACTCGTAATGGA +GAAGATGAAAATGAGGGAACAACTGGTCCTGCAACATATGACAACTTAAAGTATGGTGAT +GTGCTTACAAAAAAAATAAAAATAAAAAATGAAGGAACACTGAGAGCAATATTAACGTTA +GATGAAAATTCTGATATACAAAAAAGTTTACCTGAAGGAATAGAATTTACAGCTAGTTTC +AAAACAGAAGGGTTAGAAAATGCAAATGAAACTATATTTGAACCAGGACAAACAGGAGAT +GTTGAATTAAAAATAGAGGTTACTGGATATTCAAGTCATAATGAGACTGAGAAAAGTATA +AATAGTGATAATCAAGAGGCAGAAATTTTAAATTTAAAAGAAGGATTTGTTATAAATGCT +AAACAAATAACAAAAGATACTGTTGTAAATTAATAAATATATAAAGGCACTCTAGTAATA +GAGTGCTTTTGTTAAAAGTAGGTGATTATTATGAAACTAAATAAGAAAATAATTCAAGTA +TTAACTATAACATCTATAATATCACTATTTCCAATAAGTTCATATGCCGATAACGATATA +ACAATAGACCAATCGTTTACATATGAAGATGGATTATGGAAACCAGGAAGAATAGAGTCA +AAAGACTTTTATATAAATAATAATAAAGAAAATGACATAAGTATAGATAGATTATATATG +AGCCTAAAGTCGTCAGAATATTGGAAAACAGGTGAAGAATTAGATATTAATAGTAATAAA +TTTAAAGAATTTGCTAGATATAGTACAGTTACCTTAAAGCATAACGATACTATATTATTT +AAAGATAAATTTGAAAATCTTTTATCTGAAGATGGGATAAAGTTATCAAAAGATATAGAT +ATAAAATCTAATAGTAAAGAATTATTAAACATGACTATAGATATGGATTTAGAAATGAAT +AATGATGCACAAGCACTTAATAATGTATTTACTATAGGCATTGCATATAAAATGGATGAA +AAACCAATGTCACCAATACAGCCAGAAAAACCCGTAACTCCAGATACAGATATTGATGGA +GGTAGTTTAGATAGATTACCTCAAACAGGTGGAATTATAAATAGTTCTAGCTTAATAGTA +CTAGGTGCTGTTGTAATAGGTGCGGGTATTGTATTTAATAGAAAATCTAATGAAAAAGGA +GGAGGTAAACACAATGAGTAGACTAAGAAGATTAAAAGAAAGAAAAAGAAAAAATAAAAT +AAAAGCTGCTTCTTGTGGGTTAGCTCTAACTTTAGCAATAGGGTCAGCACAAGGTTTAGG +AACTTATGCTTTGTTTACTGATACAGAGGATATAGCTAGTGAGTTAGCTATTAGTACTGG +TGATGTTGATGTAGAAGTAATTCATGACAATAATATACTTGAAAATGTAAAACCGGGTTC +TATTAATCCATATAAGTACATTATTACTAATCGTGGTACACTAAGACAACAATTAAAATT +AGATTTAGACATACCAACAACTTTAACTGATTCAACTTTAAATTCAGCACTAAGTTATCT +TAAATCGAATATAAGCTACAGTGTTGACTTTGGAATAAAACAACCAACAGAAGAAGGTTC +AGAAGTAATACCTGTACCAAGCAATGAAGTTGGAGGAAGTGTAGCGAATATAGATAATAT +AAAATTATCATCAGAAAATCAAATATTAAAAAATAAATCAAATGATAATATATTTATATT +AGAACCGGGTCAACAAATAACAGTTAATGCAACTATAAATATACCAAGTATGGATAAAAA +AATTCAAGATGCTTTAAATAATATAGGAAATATAGAATTAGATGTAAGTGTAGAAGCTAG +ACAAATAAGCAATAATATAAATACATTTACTGATTATGGATTTTATGATGTAGCTGTTCA +TAAAAATATTATAACTATAGATCAAAGGGAAGTAATAACTATAGCTATAGGTCAAAAGGC +ATACTTTACAAATGGTAGTGGAAATTCATTTAAGAAGCTATATATTCCAATTAATGTTAA +ATCAACAACTAGTGCAGTTACATTAGAAGCTAAAGTAGTATCTACTGGAAATGGAAATAA +ACCTGTAGAAACAACTTATAAAGCAAAATATGGTAATTTTGATCCATACGGAGACTATAT +TTTAATAGAATCTACAAATAAGCAAGATGAGCTTCCATTCAAAGGAGTTGTAAATATAAC +AATCACAGTGACTGTGAAAGATGGTCAAAATGAAGAAAGCTATGATTTAGAATGTAATGT +AACATTATTAAATGCAGGTAACAATTGTACAGGTGATCATCCAGATCATGATGGCTCTGG +AAATGGAGGAAAATGTCATGGTGAGGTAGTATATAGTGGTCATAAAGATGTTCTAAATAT +ATATGAAGAACTAGAAACAGAATTAAAGTCTCCATTGATAATAGAATCATTAAAGCAGGA +AGTTGAAAATATAGTTGAGCCAAATGTAGTAGAATCACAAAAGGAAGAAGTAGAAGAACC +AAAAGATGAAATAATAGAAATACCAAGACAACCTGAAGTAATAGAGTCACTAAAAGAAAA +TGAAGATATACAAGAATAAAAAATAAAGTGATATCTATATTGATATCACTTTATTTTTTT +AAAGGAGTAAAAATGGAAACTAAAATAATAGAAAAAAATAAAATAAACATATCAAAAATA +TCAAATATATTTATATTTTTATTAGTATTAATACTAGGGTTAAACTTAATAACAACAAAG +TCAGATAAACTATTTGAAATAATAGGATATAGAAGTTACACAGTACTATCAGGAAGTATG +GAACCAGAATTTTACCCAGGGGATATGGTAATAACAAAACATAAAAGTAAAACAAATATA +AAAGTAAATGACATAGTAACATACAGAGATAATGATGGTGTGATAATTACTCATAGAATA +ATAAAAGAAACAACAGAAGGATACATAACAAAAGGTGATAATAACAATGTAGAAGACTCA +GATATATTAACAGAAGATAATATAATAGGAGAAGTTAAGTTTAGTATACCTAAATTAGGA +TATATAATGAATTTCTTATCAAAACCTATGACAGTAGCAGTTGAAATGATTTTATTATCT +ATATTTATATTCTTTTATTATAAGGACTAAAAGGTGATAAAAATATGAAAAAAATAATAG +GAAAATCACTTATAATTTTAGGCGTATGCATTATATCATTAGTACTATATATAAACTATA +ATACATCTAAAGAAAATAAAGAAATGATAGAGCAGTATAAGAGTGCAATTAGTAATGAAA +ATTTAAACCAAGATGAATATAAAATAGGAGATGTAATAGGAATATTAAAAATTCCTAAAA +TAAATATAGAAGTAGCTTTAAAACGAGGAGTAAGTGATGAAATACTAGATACTGCTATTG +GTCATTTTGAGAATACACCAATGCCAGGAGAGTATGGTAATTTTGCAGTAGCAGGGCATA +GAGCATATACAAAAAATAAATTCTTTTCTAACTTAGACAAAGTAGAAATTGGAGATGAAA +TAAATATACTACAAAATGAAACTAACCATAAGTACATAGTAAATAGTATAGAAGTAGTAA +CACCAGATAGAGTAGATGTGGTGGAATCTAAAGATATGGATAAAAAGGAAATAACTTTAG +TAACATGTACACCTAAGTATGTAGGTAGTCATAGGCTTATAGTTAAGGGTACATACGTAG +AATAGAATATAAAATAAAATAAAATGGCTACCTTAAGTATAAGGTAGCCATTTTATATAT +TAAGCATCATTATATCTCCAAGTTGAGAGTTTATAAATTTTAATTTATCAAAATCTGATA +TGCCATCTTCATCTAATATAAGTCTTATTGATTTTAAAGCACTTTTTAATTTAAATTCCT +CTTCTCTTTGTAATTCAAGAATGCCTTCAACTATATTTTGTCTATTTAACTCTATCATAT +CTATACCCCCTATAATATATTTATCTAAATTATGGACATAAATAGAAAAAATATACATAA +AAAAAACTGTAAGCTATTAATTATTTTATAGCTTACAGCTTTTAGGTTGATTTATGCAAA +TAGACTAAATTTTTATCTTCTATAAATTCTTCTGTTAACATTTGTAGCATTACAATAAAA +TCTAGTATTTATATAAGGTGCAAATTTACTAAATGTTAATTTAAATTTAGAAGTTCTGAA +TTCTTCTTTAGCAAGTTCTCCAGCATCAAAATAAACTACTAAACCGTCATTTTCAATATA +AAATGCTTGATCATCAGTGATAAAAAATTCGACATTCTCAAAGTATAAATCTTTATTTTG +GTTTATTTTATAATTTACATAATCAGTAATAACTTTTATATAATCTACACCTGGATTAAA +TATATCTTTTAAAGTTATTTTATTTCCAGTAAGTAAATCATAATTATAGTTATACAATGT +ATCGTATTTAGGTAATGTATTACCGGAAAAACCTAATACATTAACAATAACACTAAGTAA +ATGATTTTTATTAAAGGCAACTGCAAAATTAGAAAATGCGCTATAAATTCTTTTTTCTTC +GGGATTATTATCAGCAACAGTTGAGTTATAATCCTGTTCTTCTTGTGCAAGTCCATCCCT +AAAATCATTAACCTCTTGTTTTATAAGATTACTTATATTATTTAATATAGATGGATTTGC +GAAGAAATAGCCGGTATTAAAATTAAAGAAAGCTGGATATTGAATGTTATAGTAAAAAGT +AGAGTTTCTAGAAAACTCTTCATTAAAATCAGTATAAATAAGATTATACAGACAGTTACT +TTCAGGTTGAGAATTAGCCACAAAGAATCCCCCTTTATTTAGATTATCAATTACAATATA +ATATGCTATGAAAAATTAAATTATTAATAATGAAATAAATAAAATAATGTTAGTAATAAA +GCAAATGAAAGTATATAAACTATTTAAAAGAGCGAAAATATAACTAAATATGGTATAATA +CATAAGATTGAAAAGAAATTTAGCAGGAGGAATATGATGTTAATATTAGCAGATAAATGG +AAAGATTATGAACTTATAGATATGGGTAACGGAGAAAAATTAGAGCGTTGGGGAGATATA +GTATTAAGAAGACCAGATCCTCAAGTTATGTGGCCGATAAGAAATGAAAGTGGACTATGG +AAAAACCCACATGGACACTATCATAGAAGTGCAAAGGGTGGTGGACACTGGGAGACTAAG +AAAAAATACCCAGAAAGATGGACTGTAAGCTATAAAGAATTAAAATTTAATATAAGTCCA +ACTGGATTTAAACATACAGGTTTATTCCCAGAGCAAGCAGCTAACTGGGATTGGTCAATG +GATAAAATCAGAAATGCAGGAAGACCAATAAAGGTGTTAAACCTTTTTGCTTATACGGGA +GGAGCAACAGTAGCATGTGCAGCAGCAGGAGCTGAAGTTTGTCATGTTGATGCATCTAAA +GGTATGGTTACTTGGGCAAAAGAAAACTTACATACATCAGGATTAGGTGATAGAAAAGTA +AGATTTATAGTAGATGATGTTGTGAAGTTTGTTGAAAGGGAAATAAGAAGAGGAAACAAA +TATGATGCTATAATAATGGATCCACCATCTTACGGAAGAGGACCTAAGGGAGAAGTATGG +CAAATAGAAGAAAAATTATATGGATTAGTAGATTTATGTACTAAGGTATTATCAGATAAT +CCTTTATTCTTCTTAATAAACTCATATACAACAGGTTTATCACCTATAATATTAGAACAT +ATATTAGATGCAACTGTAGCTAGAAAAGCTAAAGGTGGAAAAATATATGGCGGAGAAATA +GGAATACCAACATCAAGAGACGGAAAAGTTCTTCCATGTGGAATATTTGGAAGATGGGAG +AGTAAATAATGGTAAAAGTCATATATGAAGATAATCACTTATTAGTAGTAGAAAAACCTG +TGAATATACTGTCTCAAGGTGATGATACTAATGATAAGGACATGGTTAATCTTCTGAAAA +ACTATGTAAAAGAAAAATATAATAAGCCAGGTAATGTGTTTATTGGATTAGTACATAGAT +TAGATAGACCTGTTGGAGGAGTAATGGTATTTGCTAAAACTTCAAAAGCAGCATCTAGGT +TATCAGAGCAAGTAAGAAATAAAAGTTTTAAAAAGACTTATAGAGCTGTTATTCATGGGA +CAATGAATAAAAAGGAAGACACTTTGAAAGACTACCTTTATAAAAATAAGAAGACTAATA +TGGTTAGCGTTGTAAATAAGAATCACAAAGAAGCTAAAAATGCAGAATTAGATTATGAAA +CTTTACAAAGTAAAAATAACTTTAGTCTCGTTCAAATAGATTTGAAGACCGGAAGGCCAC +ATCAAATAAGAGTGCAATTTGCAAGCAGAAAGCATCCTTTATTTGGTGATCAAAGATATG +GCCAAGATGTAAATAAAGTAGGCCAACAAATAGCGCTATGGTCCTACAAAATAGAGATAA +CGCATCCTACAACTAAAGAAAAAATGGAGTTTATATGTGAACCTCCAAAAGAATACCCAT +GGGATTTATTTAGTAAATTATAGGGCTGTTTAAAATAAGCATTTAGATAATTCGGGGCGT +AGGTGGAAAAATAATTTTTATTTCATGCAGCTGGAAAGATGCTGCAAATGGAATAAAAAT +TATTTTCCACCTTACACCCTTGAGAATTTCCTAAATCTATTTTAAATACGTCCTTTTTTT +ATTTAGGATGTGGAATAAAATTTGTTATATATGAACTAAATCTTGGAGATTTAGGTCTTC +GTTATTATTATTTAAGCATATACCGTTTGTTAGAAAGTAAAATACAAATGTTAATATAAA +AGGGAATAGTAATATAATTGTTAATATTAAACCTGACATTGTGATACCTCCTGTAAACTT +ATTTTATTTGTCGTGAGATTTATTATATCAGGCTGGTGCTAAAAAAGCCTTACGGTAAGA +TTGATTTTAGATTACTGTTTTGTAAGTTTAAAAATAAAATATATTTATAATTAAATATCA +AAATTTTGTTTAAACTATTAGAGTACTGTAAGATAATTAATTAAAAATAAAAATTAATAA +TGAGGATTTGAGTATGGATAAGTATGTAGGATTTTATATTGAAGATCCAATAGGGAATAA +TGAATTTTCTTATGAGGATAGAGAGAATAAGAATATTTATGTACCTAGGTTAATAGAAGG +AACTTTAGATGATGTTGCTTTAGGTGATAATATAGTTTTCAATGAGATAGATGAAGGAAA +TGAAATAAAAGCTAAGGGCTTAAAAAATATGGTTGAATATAAGATTGATGATAAGACAGT +TTATGTTTTTGACAACCATAATCATGCTTTTTATTTTTGGATGAAAAGTCTTAAGCAACA +ACATTTTACAAAGGGTTGTAAATTAGTTCATGTAGACCAACACAAGGATATGAGAGAACC +TATAAATTATGAGGTCAATATAAATGATATGGACGACGTATTTAGGTATACTAATAAAGT +TTTGAATGTTGGTAATTTTATAAAACCATCCCTTAAGCACAAGGTATTTTCAGAAGCTAT +AATCATAGATAGCTCATATGGGTTTGATATGAAAGTTGAAGGAGAATATGTTTTGGATAT +AGATTTAGATATATTTTCAAAAGATATGGATTATATACCGTATGAATTTAGACTGAATAA +AATAAAAGAGCTTATAAAAGGAGCTAAGGTTATTACTATAGCTAGTAGTCCTTATTTTAT +AGAACAAGACTATGCTATAAAAGTATTAAAAGAATTATTTAATTATGATATAATGGAATA +GTTAAATTATTAATGCTATAGTATAAGTTGATAAATTTATAGTAATTTATAATATAAAAA +AGATAGAAATTTTAGGAGGAAAAAGTATGAGTTTATTTACTGAATGGAGATCTTTAAGCG +AAAATCATGCTAGCCAAGAAGAAGAAATAAAATTCTGGGAAGAGTACTTAAAGGTAGAAA +CTACAATATACAATGAAATATTAAACAACAAAATGGAAGTAGTAGAAGGAACAGTTGCTG +AATTAGCTGAAAAATTCAATACTTCAAACGAATACATAATGGGATTCTTAGATGGAATAA +GTGAAAGTTTAAAAGAAGATTTAGACTTAGAATCTATAGAAGCTGATACAAAAGTTACTG +TAAAAATAGATTGGGAAAAATTATACTACAACATGGTAGCTGTTGAAGCTCATTGGTTAC +ATAGCTTACCAGGTTGGGAAGAAATATTATCTGCAGAAAAGAGAAAAGAATTAACAAAAG +CTTTCAAAAATTCTAAAACTGTAGTTAAAGAAGATAAAGTTGGAAGAAATGATGTTTGTC +CTTGTGGAAGTGGTAAAAAATACAAGAAGTGTTGTGGAAAGTAAGGTAAATTAAAGAGTA +TTATCTTACTTAAAAAAGTAATAAAATATAAAAAAGGATGTCTCAAAATATATATTTTGT +GGCATCCTTTTATTTATAATTTTGTTTTATACAGATTAGATAGGTTTCTTGCGATATCAG +CAGCAAGTTTAGCATTGTTATGTAGAAGTTGTATGTCTACAGTTGTATTCATTAAATTGT +AGTTTATTTCAGATTTATTTGTTATTGGATTAGCTACTATGACTCCACCATTTAGATTTA +AATCCCATTTAGCCTTTAATGCTTTTGAAATATCTAAAGAGGAATTTACATTATAGTCTA +CAGTAAAACCTCTTTTCATTTCATAAAAAACAGGAAGTTCATTTGTTTTATACCCGATAA +CTGGGACGCCTTTTACATTTAAATATTTTAAGGTTGATTCTATATCTAAAATAGAATTTA +TTCCAGAACAGATAACAGCAACATTAGTATTGGTTAATTCGTGTAAATCTGCGTATATGT +TAAAGTCATCCTGTGATTTTCTACTTACTCCTCCTATGCTAGAGGTAGCAAGCACTTTAA +TACCTGCTAAACTAGCTAATATCATTGATGCAGCAATAGTTGTAGAACATGTTTGTTTTT +TTGAGATAATAAATGGCAGATCTTTTCTTCCTGCATTGGCTATATTTTTACTTAAAGAAA +GTAATTCTATCTCTTCTTCTGTAAGCCCAACTTTTAAAATACCATCTATAATTGCGATTG +TGGCAGGTACAGCTCCACAATTTCTAATTATTTTACAAATATCATTAGCTATTTTTATGC +TCTGAGGATAGTTTACATTACGAGAAATAATATCAGATCCTAGAGCGACAACAGGTTCTC +CAGCCGAAATTGATTTTCGAACTTCTGGATGTATCTGTAAATACTTTTCTAACATGAGAT +TAACTCCTTTAAAGTTTTTTCTATGCTTTCTATTGATAAGTTTGGATTTACAGCTGATTT +ATGTGATAAAGTTAAAATTGATGCGGCTACAGAAATCTCTGTTGAATATTTTAAATTAAA +TTTATTTAAATAGCTGTAAACAATTCCAGACATAAATGCATCTCTTGCCCCTGTAACACT +AACTGTATCAATATTTAAATCCTTTATATGTATAATATTTTTACCATCAGATGAAAAAAT +ATTATTTTTATCAAGATTTATAAAAACTCTTTTTATGCCTTGATCTAAAAAATATTTAAG +ACATATATTTAAATCATTTTCATCAGAGATTTTAATACCTGATAAAAGTTCTGCCTCTTT +TTGACTTAAATTTATAGCTTCAAATCTTCCAAGAAAATTTTTAATTTTAAGACATTTAGA +TGAAGAAACTATATCAATAAAAATTGGAATAGTTGTATAAGTTTTTGTAATAAAGTCTAT +TGTATCTTCGGGTAAATTTGTATCAATTATTATAGCTAAAGAATCACTTATTGATAAATG +TTTTGAATTAATAAAAGGTATGTCTAATTTATCTATGATATCCATATGAGAAATAGCCAC +CTTCATATCATTTGAATTATTTAGAACAGACACATAAATTGATGTTGATTCTTCATTTGA +TATATAGCAATCATCTACGTCTATGCCGTAGTTTTTACATTCATTTAAGATTGTATTTCC +GTATAAATCATTTCCTATGGCAGAAATAAGTTTTGTATTGATTCCTAACCTACAAATGTT +TTCTGCTATGTTTCGCCCTGCACCACCAACTGAAATATTGATCTTACCAGGAGTAGAATC +ATACATTATAAGCGGGTTAGTTGGTATGCCTACTATATCTATATTAGATCCTCCAATAAC +AGTTATATAATTATCTTTTTTTAAAATATAACCTTTTCCTTTGATGTAACCTTTTTTCAT +AAGGTTAGTTATATGTACAGCTACAGAAGAGCGTGTTATACATAGCATATCAGCTAATTC +CTTTTGTGAAATCATAGGATTTGTTTTTAATATATCTAAAATTTCTTTTTCTCTATCAGT +CATATTATCACCTAGAAATAAATATTTGTTTATCAAAATAAACATTTGTTTCAAAATATG +TTATCACCATATTTTCTATTTTTCAACAAAAAAATGTTTTATATTCTTTCAGAAGGAACA +AAAATGCCCTATGGACATATTATGTATTAAGATAATTTTTATTTGGGAGGACAGTTATGA +GAATAGGGGATATAGTAGCTAGAAAGTCTTATAATAAAGATATTATATTTAAAATAGAAG +CTTTTAGTGTAGATGAAAATAATCAAAAAATAGCTTTATTAAAGGGGATAGCATTTAGAG +TTGTAGCAGATGCATATTTAGATGATTTAGAAATAGTTCAGCTGCCTGATATGAATGATA +TTTTAATAGATAGAAATGTTGAAAATTTATTGTATAGATCAGTAAAAAAGGCAAAAGAAA +GACAGAAGAAAAATATGAGGGGAATTCCCAAAGCGCAAGCGAATACTAATGTTTATGGAA +TACCTGGGAAGGTATTACAAATAGATGGAGATAAAGAATATTTAAAAATATGTTTAGATG +TATACACTCAGCTTGGGATTCCAGCAGTAGGTGTTGCTATACCTGAACAAAATCAATATA +AAGAAGTAAGATCTCTTCTAGAAAAACATAAACCGGATATATTAGTTATAACAGGGCATG +ATGCTATGTCATCTAAGAAAGGGAATATGAAGGATATAAATAATTACAAAAACTCTCTAA +ATTTTATAAAAGCAGTCAAAGAAGCTAGAAAATGGGATCCTAACGTTGATAGTCTTGTAA +TATTTGCAGGTGCATGTCAATCTAATTATGAACAAATAATAAGAGCTGGAGCTAACTATG +CAAGCTCACCTGGAAGAATAATGATACATGCATTAGATCCAGTATTTATAGTGGAAAAGA +TAGCTTGTTCAAGAATAGATGTAGTAGTACCTATAGATGAGGTTATAGAGCAAACAGTAA +CTGGATATAAAGGTATTGGAGGGTCAGAGACTAGAGGTAAATTTAGATGGGCTATGCCAA +AAACAATTTTATATTAAAAAAAGTAATATTATACTGTATTCTTAAAAAATACTATTGACT +TTTTTGTTAAAAATATATAAAATTATTAGTTTGAACGTTTGACAATGTATTGTTTTTGTG +GTATTATGTAAACATACAAACGTTTAAAAGAAGGTGATATTGTGGCTACAGTTCAGACGC +TAGATAAGATCAGACTAAGTTTGGAAAGACATTTAGGAAAGAAGATAATATTAAAGGCTA +ACAAGGGGAGAAAACAAGTTATAACAAGAAGAGGTGTGCTTGAAAAAGTATATCCAAGTG +TTTTTGTTGTAAGATTAGATGACAGTCAAAATGGATACTCAAGAGTATCATATAGTTATT +CAGATTTATTGACAGCAAATGTTAAGTTGCAAGTATATAGAGATAAAGATAAGTTAAATG +TAAGTTAAAATTATACCTATTGAAAATAGGTGTAATTTTTTTTTTGTTCTTTAAATATAA +ATATAATGTGATAATTTATATATTTAAACAGGGGGGACAAATTATGGAATTAATAAAAGA +TGTTATAAAAATTGATAACAGAATTGACTTTGGAAAATTTCAAACGTTTATAGAATCAGA +AGCGGTAGTTCCGGACAAAAAATCAGACGTATATGATATAGTAAAGACAGAAGGGTACAT +AGCTCTCAAAAAAATAGAAGTTGCTGATGGAAAGATAGTGTGCAGAGGAAGTTTTAATTA +TAATGTAATATATATTACCGATGATAAGAATACTGTATCAAATGTAGATGGTAAAATAGA +CATAAATGAAGTTATTGATAAAGATAATGTAACTCAAGATATGGAATATATGTTATATCC +AGAAATAGAACATGTAGATTGTACAATAATGAATGAAAGAAAAATTAGAGTAGGAGCACT +TATAAATATTAAGGGGAGCCTATTTGAAAAACAAAGATTAGATATAGTAAAAGATGTATC +ACAAGTAGAAGGAATACAAAAACATAGAAAAGAAGTTAATTATCAAGATATTGTGGGCAT +AGAGAAATCAGAGAGTGTAATAAGGGATACTATAACTATAAATACAGAGGAAATACACTC +AATTATAAGTATAAATCCATATGTAAGAATAAAAGAAAGTAGAGTTAGTGACAATAAGGT +TATAATTGGAGGAGTATTAAATATAAATCCACTTGCTTGTACCTATGATGGAGATCTTGT +TGAGCTAGATAGAGTAGATATTGATTTTACTCAATTTATAGAAGTTCCTGGTGTTTGCGA +TGGTATGATAGAAGAAACATTATTATCAATAGGAGATTTTAATTATATATTCAAACAAAA +TAATGAGAGCAATACAGGTATATTAGAGGTTGATTGTACAATTAGTAGTAAGGTTAAGGT +TACAGATGAAGTAACAAGAGAAGTATTACAAGATGCTTATTCACCACAAAAAATAATTAA +ATTTGATCACCGATTAATAGAATTAAATAAAGTGTTGGTAAGTGATACTGAAAGTTTTGT +AGTTAGAGAAACAATAAAAAATGATAATGAAGACATACAAATAAAAGATATTGTAAGTGT +TTGTCCATCAATATCTATTGAAAATGCATATGTAGAAGATGGTAAGAGTATAATCCAAGG +TATAATAAAATTAGATATATTATATGTTCCAATTGAAGGTCTAAGATTAGTTTATAAAAT +AAGTGAAGAGATACCTTTCGAACATGATATGGAAATTGATGATTTAACAGACGCATCTAC +TGTGTTTAATACAGTGTGTATTGAAAAAGTAGAATCAGATTTAAATAGAGACCAAATAGA +CGTATCTATAAAGGTGAAAAGATTTATTGAAGCAATAGACAAGAAATCTGAAAGTTTTAT +AATTAAGGGTGAAGATCATGGAGAGTATGATTTATCAAAAGCTCCAAGTATTATAGTATA +TATCTGCAAAGAAGGAGATAATCTTTGGAATATAGCTAAAAAATATAATACAACTGAAGA +AGAAATTGCTGAGCTTAACGACTTAAAAAGTGATGAGCCTCTTAAACCAGGAAAGTGCTT +AATACTAGAGAAAAAAGTAGTTTTAGTAGATTAAAATTATATTAAAATAAAATAATAGGG +TGTTATAATACCCTATTATTTTATTTTTTGTAGTATAATATTTATGACTAGGAATGCATT +ATACGATATACAAAGGAGGCTAAAATGAATTCTATAGAATTAAAAAGCAGGGCAAAAATA +AATTTATCAATAGATGTCCTAGGGAAAAGAGTGGATGGATATCATTTAGTCGAAATGATA +ATGCAGACAATAGACCTGTACGACATCATTAAAATAGAAGAATTAGAAACTGAAGAAATA +ATTATAAAAAGTAATACTTCAGACATACCGTTAAATGAAAATAATATAGTTTATAAAGCC +GCAGAATTAATTAGAGATAACTTTAATATAAAAAGAGGTATAGAGATTTTTATAGAGAAA +AATATACCTATAGCAGCAGGGATGGCTGGGGGCAGTTCAAATGCAGCAGCTATATTAGTA +GGACTTAATAAGCTTTGGAATTTGAATTTATCAGAAAAAGAATTAAAGGAACTTGGATTT +AAACTAGGAGCAGATGTACCATTTTGTATAGAAGGTAAGGCTGCTTTAGCAGAAGGTGTA +GGAGAAGAACTTACATATATAAAAGGTTTACCAGATGATATAAGTATACTAGTTTGTAAA +CCTGAATTATTTGTGTCAACTAAAGAAGTGTATGGTGGATTAGACTTAAAAAATATCAAG +AATAGACCAGATAATCAGTATTTAATAAAATGTTTAGAAAATAATGAGATAGAATTATTA +TCTAAAAATATGGTAAATGTTCTTGAGACAGTGACTAGTAAAAAACATACAGAGATAAGC +GATATTGAAAAAATTATGAATGAAAATAAAGCATTAGGATCTATGATGAGTGGGAGTGGT +CCAACTGTATTTGGACTTTATAAAAATGAAGAAGATGCTTTAAAAGGGAAAAAAGAGTTA +TTAAAAAAATATAAGCAAGTTTATGTGGTAAAGAGTAGTGAGAAAGGAGTTGAAATTAAT +GGATAATTTAACTAAATTAAATTTAGAGGATTATAAGCCATTAAGAGATGTAGTTTTTGA +GAATCTAAGAGAAGCTATATTAGAAGGAAAATTAAAGCCAGGTCAGAGATTAATGGAGGT +ACAGCTTGCAGAACAATTAGGGGTAAGTAGAACTCCAGTTAGAGAAGCAATAAGGAAATT +AGAGTTAGAAGGCCTAGTTGTAATGCTACCTAGAAAGGGTGCATATGTGGCAAATATGTC +TTTAAAAGATGTAATAGATGTACTTGAAGTGAGAGCTAGTTTAGAAGGGTTATCAGCGTC +TCTAGCAGCAGAAAGAATAAGTGATATAGACTTAAAAAGATTGAAAAAAATAGCAGAGGA +ATTTAAAGAAAGTACAATAAATGCAGATATTGAAACTTTATTAAAAAAAGATGTTGAATT +TCATGAATGTATATTTAAAGCAGCAAATAATAAAAAATTAACTCAAGTAATAAACTCGTT +ATGGGAACAAGTTTATAGATTTAGAGTAACATATATATCTGATTATGACTCATCTTTAAG +TATAGTTGAAGAACATAAAAATATATTATCAGCTATTGAAAAAGGGGATTGTGAATTAGC +AAAAAAATATGCTACAGAACATATAGAAAAAGCAGAACAATTTATGATAGATAAAGCTGT +GAGTCATAAAGGATTATAGAGAAGGGAAACCTTCTTTTTTTATTGCAATAAATTTATTTT +TATTAATTTGAGATGCTATTTGGCTACATGATAAATTAAATTTTTTATTGAATAAATAAC +TTAAAATTGGAAATACTCAAAGTAGAAAAATATTTAGGGGGATAAAAATAATGAAAGTGA +GAATAATAAAAGCTAGATTGGTAATTCTAATTTTAAGTTTAATAGCCATTATTTCGATAA +TGTCTATATCTATAAAAAATGAAGCTGATAAAATAGATAATGTTAGTGAAAGTTATAAAG +AAAAATTAATAAGATTTCATGTTATAGCGAATAGTGATACTGAAGAAGATCAAGAATTAA +AACTAAAGGTAAGAGATGAGATTATAAGCTATCTACAACCAAAGTTAGAAAATTCAAGTA +GCATAGAAGAAAGCGAAAAAATTATAACTAGTGAGTATGATAATTTACAGTCGATAAGTA +GAGAAACTATTATAGACAATGGATATGAGTATGATGTAAAAGTAGGAATAGAATATAGTA +ATTTCCCGACAAAACAATACTCTAATGTAATACTACCTGCAGGAGAGTATAAGGCTTTAA +AAGTTGTAATAGGGGAAGGGAAAGGTAAAAATTGGTGGTGCGTTATGTTTCCTCCATTAT +GTTTTGTAGATGAAGAAAATGGAGTGATAGATAAGTCTACAGATGAGAAACTACAATCTG +TATTAGATGAAGAAGAATACAATTTGATTACAACTAAAAATAAGGAAGAAGGAAATGTTG +TAAAATTTAAATTTAAAATAGTTGAAGTAGTAAAGGACATGTTTTAATTATCAATTAAAA +AAGGAGTGAATTTGACCATGGATAGGTGCTATAAATTTATAGTGTCTCTACTAGTTTTTA +TAAGTATAATTGTTCCTTCAAATAAGGTTTTAGCAGAAGGCGACGATTTGGAAGATAAGT +CTGTACCAGCAGTTAAAACAAATTCAAATGAAGAAAGAAAAGCTGTAATAAACTTAACTA +GTGAAGAAATATTACTATTGTCAAAACTAGTAACTAGTGAAGCTAGAGGCGAGAGCTATG +AAGGTCAAGTTGCAGTGGCAGCCGTGGTAATTAATAGAGTAAAAGATTCTAGATTTCCTA +ACTCTATAGAAGATGTTATATATCAAAAAAATGCTTTTTCTGTTGTGAAAAATGGAACCA +TAAACATGAATCCAACGGATGAAGCGTATAAAGCAGCACAAGATGCTTTATATGGATCGG +ATCCGACTGAAAAAGCTGTATATTTTTGGAATCCTAAAATTTCTACATGTAAATGGATAC +AAACACTAAATCCTCATATGAGGATAGGTAATCATGTTTTTGCTAAATAAGACTAATATA +TAATAAAAATAAAGAAGCTTAGCTTCTTTATTTTTTTGCAAAAATACACTATAATAATCA +CTTAGATAAGAAAATGAATATAATAAAAAATTAATAATATAATTCTTAAATAGAAGGGAC +AAAAAATATGACTAAACTTAATGTAGCTTTAATATTTGGTGGAAAATCAGGAGAGCATGA +GGTTTCATTATCATCAGCTGCTTCTATATATGAAAATATAAATAAAGATAAATATAATGT +TTTTACTATAGGTATAACTAAAGAAGGAACATGGTTATATTATGATGGAAATTCAGAAAA +TATAAAAAATGGTAAGTGGGTTGAATTAGCAAATAAAAATGTAGAAATAAACTTAGTTCC +TATGGGTAACAAAGAAGTTGGTTTATTATTTGAGGATGGAAGTGTACAAAAAATAGATGT +ACTTTTCCCTGTATTACATGGGCCATATGGTGAAGATGGAACAATACAAGGTTTATTTGA +AATAAGTCAAATACCATATGTAGGATGTGGAGTTCTTGCATCAAGTACAGGTATGGATAA +GCTTATATGTAAGACTATATACTCAGAAATTGGTTTACCACAAGTGAGTTACTGTTCTAC +AAATAGATGGACATTTAGAAAAAATCAAGAAGAAGAGTTAAATGAAATAGAGAATAAATT +AAATTATCCTATATTTGTAAAGCCTGCCAACTTAGGTTCAAGTGTAGGGATCTCTAAGGC +TACAAATAGAGAAGATCTTCTAGCTGGAATAAATGAAGCTTTAATATATGACTCTAGAAT +AGTTTTAGAGCAAGGTATAGATGCAAGAGAAATAGAAGTTGCAGTATTAGGAAATGAAGA +AGTTAAGGCTTCTATAGCAGGTGAAATTAAACCAGCTAAGGATTTCTACGATTATGAAGA +TAAATATATTAATGGTGCATCAACATATGATATACCAGCTAAAATAAGTGAAGCTGATAT +GGAAAAAATAAGAACTATGGCGATAAAAGCATTTAAATCTTTAGATGGAAAAGGACTTTC +AAGAGTAGACTTCTTTATAGATAAAAATTCAGGTGAAATATTTATAAATGAGATAAATAC +ATTACCAGGATTTACAAATATAAGTATGTATCCTAAAATGTGGGAAGCTACAGGATTAGA +ATACTCTAATCTTATAGATAAACTTATAGAGTTAGCATTAGATACAAAAAAGTAAAGTAG +GTGTTAGTATGGATAATAGACCTATAGGTGTATTTGACTCAGGTTTAGGTGGATTAACTG +TTTTAAAAGAGATTATAAAAGTTTTACCTAATGAAAATATAGTATATTTTGGAGATACAG +CGAGAGTTCCATATGGGCCAAGGTCTAAGGAGGCTATAATAAAATATACTTTTCAGGCTA +TAAACTTTTTAATGTCTAAAAATGTAAAAGCTATTGTTATAGCATGTAATACAGCAACTG +CAAGAAGCTTAAAAGAAGCACAATCACAATATAATATACCTATAATAGGTGTAATAGAAG +CAGGAGCAAGGACTGCTGCATACTCTACAAAAAATAAGATTGTAGGAGTAATAGGGACTG +AAGGTACTATAAGTTCAAAATCTTATAATGTAGAAATAGAGAAATTAGATAAAGATATTA +AAATTGTATCAAAGGCATGTCCTTTATTTGTTCCGATAACAGAAGAAGGTTGGGCAAATA +CAGAAGTAGCGTATTTGACAGCGAAGGAATATCTGAAAGAATTGTTGGATCAAGGGATAG +ATTCTTTAGTTTTAGGATGTACACATTATCCAATACTAAAAAGAACTATAGGAAAAGTTG +TTGGAGAGGAAATAAAGTTAGTGAACCCAGCGAAAGAAACAGCGAAAGATTTATATGATA +TATTAGAAAAACAAGATATACTTAGAACTGTGAACAAAAATAATCCAATTTATGAGTATT +ATGTATCTGATATACCAGAAAAATTCGCTAGTATAGGACAACAATTTTTAAAAAGAGACA +TGGATGATGTTAAGAGAATAGAAATACAAAAGTATTAAATGATTAAATTATATAAACTTT +AGATATAATAATATCTAAAGTTTATATTTTTAGGAGGAGAATTTACTATGGATGTAAAAA +TCAATATAAGCACTATTCAGTATGATGAACATAGTAAGGTAGATACTATTAATATAAACA +CAACAGGAACATTACACAAAAAAAATAATGATATTTATTTAATGTACAAAGAAAATCATG +AAGGCGTAGAAGTTACTACAAGTATGAAGATCTCAGGAAAAGAGATAACGATAAAAAGAT +TTGGAGGAAGTAACTCTACAATGGTTTTTGAAAAAGATAAAACTCATACTACAAAATATA +GAACACCATATGGTTTATTTAATATAGAGACTTATACAAGATATTTAAGTATGACTGTAG +ATGATAGTAAACCTATCAAAATTGATTTAGATTATGACATAAAAGTTAATGATATATTCA +GTGGAAGAAATAAAATAGTGATAAATGTCGAAATATAATGTGGATATTAATATAATGAAT +ACAAATTTTATAAAGGTAGTTAAAATACTACCTTTTATTTAATTTATTTGGTATTATTAT +ATCTATATAAACTTTTATATCTTTAATTAAAATTGATACAAGGGTTTATAGTTTTTTTAT +AGAAACTATAGTAAATGTTAATAAAAATAGTAATGAGGGATAATTATGATATTTGAAAAA +GTACTAAGTACTATCAATAAACATGAATTAATACAAAAGGGTGATAAGATTGTAGTTGGT +CTATCAGGTGGGCCAGATTCTGTTTGTTTATTACATATTTTAAGTAGACTAAAAGAGGAA +TTGGACTTAGAAATTTACGCAGCTCACTTAAATCATCAAATAAGAGGAATAGAAGCTCAA +AAAGATGCTTTTTATATTTCAAAACTTTGTGAAGAGATGGGAATTACTTTCTTTATAAAG +TCTATAAATGTTCCAGAATACTGTGAAAAAAATGGTGTATCAATAGAAGAAGGAGCAAGA +AAGCTTAGATATGAAATGTTCTATGAGATAAAAAATAATACTAGAGCTAATAAAATAGCG +ATAGGTCATAATTTAAATGACCAAGCTGAAACTATTTTAATGCGTATGATGAGAGGTACT +GGTCTTCAAGGTCTAAAGGGAATAGAATATATTAGAGATGGTGTTATAATTAGACCTATT +TTAAATATTGAGAGAAATGATATAGAAGAATATTGTAAACAAAATAAGTTAAATCCTAGA +ATAGATAAAACAAATTTAGAAAGTATCTATACTAGAAATAAAATTAGGTTAGAACTTATA +CCGTATATGAAGGATAATTTTAACTCTAATATAATAGAATCTATAGTAAGGATGGGAAAT +AGTTTAAGAAGTGACAATGACTATATTGAAAGTGAAGCTTTAATTAAATTCAAAGAAGTT +TCTAATATAAAAAGTGATAGTGTAGAGATTAACTTAAAGCCTTATATTAATTTACATAAT +TCAATGAAAGTAAGGATATTAAGGAATTCAATTAAACATATACTAGGAGATACTAACTTT +ATAGATCAAAGGCATATAGATGATATTATAGAACTAGAGGATGAATCTAAAATTGATAAG +GTAATAAATCTACCTAGAGGTATATATGTATATAGGAAAAAAAATAGCATAATATTAACA +AATAAAGAAATAGTTATTGAAGAAATAGAATTTTGCTATAATATACCTAGTAATGGATTT +ATTAAAGTCAAAGAAATAGGTACAATTATCGAAACACAGGTAGTAAGTATAAACAAATAT +AAAAGAAGCAAATCAGATAAATCATGTAATTGGTTTGATTTCAATAAAATAAAAGGGGGT +ATAGTTGTAAGGAACAGAAGATCAGGAGATAAAATAAAACTTTCAGGAGGAAGTAAAAAA +ATTAAAGATTTATTCATTGACATAAAAATTCCTAAAGAAGATAGATGTAAGGTTCCTGTT +ATTGCCGATGACCAAGGGATATTAAGTGTTGGTAATTTTAGAAATAGTGAAAATTACAAA +ATTGATGAAGAAACAAAAGAAGTCTTAAAGGTAAGCTTTAAGAAATTATAGAATAAAAAC +AACGTATGAAAGGAGGGCTTCTTTTGAACAAACTTTTAAAAGGAGCAGGTTTCTATCTGC +TGATTTTCATAATCATAGTAGGGATAGTTCAATTTTCAGGTAATCCAACAGAACAAGTGG +ATAAATTAGAGTTCTCTCAAGTTTATCAGGAGCTGACAGATGAAAATATATTAAGTATAC +ACTTTATAAGTGATACTGCAGTAGAGGGAGTTATTAAAGATACAAACAAAAAATTTACAT +CTTATATACCTAAAGAAGTAATGGGGAATAAATTTGCTGATGAGGTATTAGATCAAGCAA +TGGATGGTAAATTAGTTGTTGGAGGAGAAGCAAAACCATCAACACCTTGGTTTATAGATA +TGCTACCAACTATAATTTTTATATTCCTTATGTTAATACTTTGGTTTGTATTTATGAATC +AGTCTCAAGGTGGAGGCGGAAAAGTTATGAGCTTTGGCAAATCAAAAGCTAAGGTACATA +AAGATGATGAAAAAACTAGAGTAACATTTAAAGATGTAGCAGGACTTACAGAAGAGAAAG +AGGATTTACAAGAAGTCGTAGATTTCTTAAAAAATCCGAAAAGATATATTGATTTAGGAG +CAAGGATACCTAAGGGGATACTTATGGTAGGGCCTCCAGGAACAGGTAAAACTTATTTAT +CAAGAGCAGTAGCTGGAGAAGCTGGTGTACCATTCTTCAGTATAAGTGGTTCAGATTTCG +TTGAGATGTTTGTTGGGGTTGGTGCTTCAAGAGTTAGAGATCTATTTGAGCAAGCTAAGA +AAAATGCACCAGCTATTATATTTATAGATGAAATAGATGCTGTAGGTAGAAAAAGAGGTG +CAGGTCTTGGTGGAGGACATGATGAAAGAGAACAAACTCTGAATCAGTTACTAGTAGAGA +TGGATGGATTTGGTGTTAATCAAGGGATTATAATAATGGCAGCAACGAATAGACCAGATA +TACTAGATCCAGCATTATTAAGACCAGGTAGATTTGATAGAGAAATAGTTGTTGGTGCTC +CAGATGTTAAAGGAAGAGAAGCAATATTTAAAGTTCACTCTAAGAATAAACCTTTATCTG +AAGATGTTAAACCAGAGGTTTTAGCAAGAAGAACGCCAGGATTTACTCCTGCAGATATAG +AGAATATAATGAACGAAGCTGCAATACTAACAGCTAGAAAAAGAGATAAAAAAATACACA +TGGAAACTATAGAAGAAGCTATAACAAAAGTCATGGTTGGTGTAGCTAAAAAATCTAGAG +TTATAAGTGAAAAAGATAGAAAGCTTACAGCTTATCATGAAGCAGGTCATGCAATTTGTA +TGCATGTACTTAATCATGTAAGTCCAGTACATCAAGTTACAATAATACCAAGAGGTAGAG +CTGGTGGATTTACAGAACCTCTTCCAAAAGAAGACCAAATGTATGGTACAAAGTTAGAAA +TGGAAGAAACTATAGTAATGGCACTTGGAGGAAGGGTAGCTGAAGAGTTAGTTATAGAAG +ATATCTCAACAGGTGCTTCTAATGACCTAGAGAGGGTAACTTCTATTGCTAGAGCTATGG +TAACTAAATACGGTATGAGTTCAAAGCTTGGACCTATGGTATTTGGAGATTCTGATGATG +AAGTATTCTTAGGAAATAGTTTCGCTACAAAGAGAAATTATTCAGAAGAAGTTGCTTCTG +AAATAGACAAAGAAGTAAGACGTATAGTAGATAAAGCTTACAGAGAGTGTAGACATATAT +TACAAGAGAATATGAGCAAGTTAGACTATGTTGCTAAAGCATTATTAGTATACGAAACTT +TAGACTCAGATCAATTTATAAAAGCATTTAATGAAGAATTATCTTTAGACGTAGATATGA +ACTTAGATAATAAAAAAGTTTCATCTAATGATAAAGAAGAAGCACTTACTGAAGAAGTAA +GAACAATAGATGCTGAGGATATGGAAAAAGACAACATTGTTGAACTGAAAAAAGATTATA +AAGATAAAGAATAAGAGGGAACCCTAGAAATAGGGTTCTTTTTTTATAAAATACAACTTA +AATAATAGGAATGGAAAATTATATGTTGTATAATTACATATAAAATATAAGTGCGGTGAG +GTGGCAATGAGGAAGAAAATTATAAATATAATATTAGATAATAATAGAGAGTTTATTTCA +GGAGAAGAAATATCTAAACAATTAGGTATTTCTAGAAGTGCGGTATGGAAGCATATTAAA +TCTTTGAAAGAGGAAGGTTATAATATAGAATCTATTAACAAAAAAGGATATAGACTAATA +GAGAAACCAAAGGATTTATTGAGTTCACAGAATATAGCTCATGAGCTAAATACAGAATTC +ATAGGTAGCAATATTTTACACTTTGATACTATAGATTCAACAAATACCTATGCTAAAAAA +ATTGCTTCAAAAGAGATTGATGGGACTGTTGTAATAAGTGAAGAGCAAACATTAGGAAGA +GGTAGATTGGGAAGAGTGTGGAATTCTAAAGCTTATGAAGGGATATGGATGAGTATAATA +TTAAAACCTAATATATTACCTTATAAAACTCCATTTTTGACTATAATAGCAGGAGCCAGC +ATAGCAAATGCTTTAAATAATCTAGGCGTAAATGTAGGTATTAAATGGCCGAATGATATA +ATTTTAAATGGTAAAAAGCTTTGTGGAATTTTAACTGAATTATCAGCTGAGATAGAGAGA +GTGAATTACATTGTACTGGGAATCGGTATGAATGTAAAAAATCTAAGCTTCCCGTCTGAA +ATAGAAAATATTGCAACTTCCTTATACAAGGAGGGATATAATTTATCTCGAGTTGATATT +GTAAGAGAGATTTTATGTGAATTAGAGAAAAAATATTTAGAGTTTGTAAAAAATGAAAAT +AAAGATAAGATAATAGATATGTATAAGCAGTACTCTGTAGTTTTAGGAAAGAATATATAT +ATTGTAAAGAACAACGAGAGAGAATTGGTAGAATGTATAGATATAAATTTAGATGGAAAT +TTAATTGTCAAAAAGTCTAATGGAACTATAGAAGAAGTTATGTCTGGTGAAGTTTCAGTA +AGAGGTGAAAATGGATATGTATAACAATATATTAGATGTAAAAGGATTAAAGGTTGGACA +AGTTCAAGATGAAGATGGATTAACGGGATGTACTGTTGTAATTTGTGAAGAAGGTGCAGT +CTGTGGAGTAGATGTAAGGGGATCAGCTCCTGGAACTAGGGAAACGGACTTACTAGACCC +TATAAATATGATTCAAAAGGTGCATGCGGTGGTTCTTTCTGGTGGATCTGCATTTGGACT +TGAGTCTACATGTGGTGTTAGTCAGTATTTAGAGGAAAGAAATATAGGGTTTGATGTAGG +TGTTGCTAAAGTACCTATAGTAGTAGGCGCGGTATTATTTGATTTAGCAGCAGGGGATCC +TAAGTGTAGGCCTGATAAGAAAATGGGATATAAAGCGTGTGAGATGGCTAGTGATACTGT +TTTGAAACAAGGAAATTATGGAGCAGGATGTGGAGCCACAGTAGGAAAAATAAAGGGACC +TGAGTATGCAATGAAGGGTGGAATAGGAAGTTACTCAATAAAATTAGATAATGGTTTAGT +TGTATCTGCATTAATTGCTGTAAATGCATTTGGTGATGTATATGAAGATGGGAATGTGAT +AGCAGGAGTGTTAGATAATACTAAGACCAAAGTTCTAAATAGTTACGAACTTATGAAACA +AGGTGTTAATAAAGGTGGTTTTAGTATAGATAATACAACAATTGGTATTGTTGCAACAAA +TGCTAAACTAGATAAAGCTGGATGTAAAAAAATATCTCAAATGGCTCATGACGGTTATGC +AAGAGCGATATTCCCAATCCATACTCCTCATGATGGAGATACTATATTTACAATGGCCAC +AGGTGAGATAGAAACGGATATAACATTATTAGGTTCAATAGCAGCTGAAGTAGTTGAAAA +AAGTATCGTTAATGCTATAAAAAATGCTTCAGATGTAAAAAATATATTATCATATAAAAA +TATTCCGATATTACAAGTTTAGTTGACAATCATACTCCCCTGTTGATAAAATTATTTGTG +TTACAGCTGGCATCCTGATCTCAGGAGCCTGACTAATATCAAGAGTGTATGTGTAACAAG +AACAAACTTAATAAAATTTAGAAGTCCGGCATCTTTATGAGCTGGAACGGAGGTGTATTT +TTATGATGAATTCACAAGTGGCAACAAGAAAGAAAGTAAATGTCAAAAGGATGACTATAA +TAAGTTTACTTTCAGCAATATCGATTATGTTATCGATGATTCCTCAAGTAGGGTATATAC +AAATAGGGCCTGTAGCTATAACTACAATGTGTATACCAGTAATAATTGGTGGAATTATGG +AAGGTCCTATAGCAGGTGCAAGCATAGGATTTATATTTGGTGTAACTAGTATGTTTAGAG +CTTTAATGGGTCTAGCAGGGCCTACTGGTTTTGTATTTATGAATCCATTAGTATCGGTAT +TGCCAAGAATTCTTATAGGAGTAGTAGCATACTATTCATTTAAATTATCTATGAAATTAA +TAAAAAACACATATGTAGCTGGTTGTATATCTGGCGCCTTAGCGTCTATAATCAATACAG +TAGGTGTTTTAGGTATGATATATGCTCTTTATGCTGCGGAATATGCAACAGCATTAGAGC +AAAGCCCAGGTGCAGCAAAGGCACTTTTAATAGGGGTTGCAACAACTAATGGTATAGCAG +AAGCTTTAGGTGGAGCTTTAGTTGTATCGGCTGTAGTTGCAGTACTAAAGAAAAGTAAAA +AATAGAAAGAAGGTTAATATAAATGCTTTTAGTATTCGACGTTGGAAATACCAATATGGT +ATTAGGTATATACAAAGACAATGAATTAATTAAGGACTGGAGAATAAACACAGATAAAGA +AAAAACTTCTGATGAATATGGCATATTAATAAGTAGCTTATTTAAATATGAAGATATAGA +AATGAGTGAAATAAAGGATGTTATAATATCATCGGTTGTACCAAATGTAATGCATTCTCT +TGAGAATTTTTGTATTAAATATTGTAATAAGCAACCATTGATAGTAGGACCAGGAATAAA +AACTGGTTTAAATATAAAATATGATAATCCTAAACAAGTTGGAGCGGATAGAATTGTAAA +TGCTGTCGCGGGTATAGAAAAGTATGGATACCCACTGATATTAGTTGACTTTGGAACTGC +AACAACATTTTGTGCCATATCTGAAAGAGGTGAATACCTAGGGGGTACAATTGCTCCTGG +TATAAAAATATCTAGTGAAGCTCTATTCCAAAGGGCATCTAAGTTACCAAGAGTCGAGTT +ACTAAAACCTGGAACAACAATTTGTAAATCTACAGTTACGGCAATGCAGTCTGGAATAAT +ATATGGTTATGTAGGTTTAGTAGATAAAATAATATCTATGATGAAAGATGAATTAAACTG +TGAAGGTATTAAAGTTGTAGCAACAGGTGGTCTTGCTAATCTTATAGCTTCTGAAACTGA +TAGCATAGATAATGTAGATAAGTTTTTAACTTTAGAAGGGTTGAAGGCTATATACGAAAA +AAACAAAGAGTAGATTAAAGAGGAATTGGAGAAGAAATCCAGTTCCTTTTTTGTGATAAA +GTGGATATACTTATCTGAATAAATAGTTGTTAAAAGTAATATGTATATTAGTTCTATTTA +ATGAACAAAATTTAAAATAAAAATGGTATAATTGAAAAGTTTATAATAATATAGTTTGTG +GTAATTACTTAATATTTATAAATTTAGATTAAAAGATTATTTAAATTAATAATAATATAT +CAGAGTGAGGAGAAACATAATGAAAATAGGGAATGTCGAGTTAAAAAATAAAGTATTCTT +ATCACCTATGGCAGGCGTTACAGACCTTCCTTTTAGGTTAATATGTAAAGAACAAAATTG +TGGTATGCTATACACAGAAATGATAAATGGGAAAGCTTTATGTTATGATGATGAAAATAC +TAAGAAAATGTTAAAGATAGAAGATGAAGAGCACCCAGTTGCAGTTCAAATATTTGGATC +AGATCCAGAGTTTATGGGTAGAGCAGCAGAAATAATGAATGCTTATCCAAATGAAATATT +GGATATAAATATGGGATGTCCTGCTCCTAAAGTTGTTAAAAATGGAGATGGATCAGCTTT +AATGAGAAATCCTAAACTTGCAGAAGAAGTGTTAAAATCAGTAGTAAAAAATTCAACTAA +ACCTGTAACTTTAAAAATAAGAAAAGGTTGGGATGATAATAGTGTTAATGCTGTAGAAAT +GGCGAAGATAGCAGAAGCCAGTGGTATAAGCGCATTAGCTATACATGGTAGAACTAGAGA +GCAGTACTATTCAGGAAAAGCTGACTGGGATATAATAACTGAAATAAAAAATGCAATAAA +TATACCTGTAATAGGAAATGGAGATGTGTTCACAGTAGAGGATGCAAGAAATATGTTAGA +CAAAACAGGTTGTGATGCTATAATGATAGGTAGAGGTGCTCAAGGGAATCCATGGATATT +TAAAAGAATAAATCATTATATGGAAACTGGTGAGATATTACCAGAACCGACTTTAGAAGA +AAAAATAAATACAGCTGTAAAACATTTAAATCTTGCAGTAAGAGAACATGGAGAATATGT +AGCTGTAAGAGAAATGAGAAAACATATAGCATGGTATTTAAAAGGCCTTAAAGGATCAGC +AAAAGTAAGGGATGAAATTAATAAAATAACTAGTTATGAAGAAGTTGTAAGTAGGCTTAA +TGAGTACATGGAAGATGCCTTGACATTAGTATAATAGTGACTTATAATATACCGCATAAT +AAAATAGATATGAAGAATTTTAAAATATATGGAAATTCTTAATTTTACAAAGGAGTTGTG +GGGTTATGGAACAAAAAAATGAAATACTTTTAACTCAAGAAGGTTATGACAAATTAGAGG +AAGAAGTAGAATTCCTGAAGACAGTTAGAAGAAAAGAAGTTGCTGAAAGAATAAAGGTAG +CAATATCTTTTGGAGATTTATCTGAAAATGCTGAGTACGATGAAGCTAAAAATGAACAAG +CTCAAGTAGAAGAAAGAATAATGAAGCTTGAAAATATGATAAGAAAAGCTGTTATCATAG +ATGAAAGTCAAATAGACGTTAATGTTGTTACTATAGGTTCTATAGTAAAAGTTAATGATG +TAGAATTTGATGAAGAAGTAGAATATACAATAGTAGGTTCTGCAGAAGCAGATCCATATG +ATGGTAAGATATCAAATGAGTCTCCAGTAGGAAAAGCTCTTTTAGGAAGAACTGTAGGAG +ATGAAGTAGATGTTCAAGTTCCAGATGGAACAGCAAAGTTCAAAATATTAGAAATAAGAA +GATAATCTGGAGGAAGAAAAATGAATAAAGATCAACAAAATGGAACAGTTGAAGATCTTA +GTGAAGTTCTTCAAGTAAGAAGGGATAAATTAGCTAAACTACAAGAAATGGGAAGAGATC +CTTTCCATCAAAGTAGATACGATAGAACAAGTAATTCTATGGCTATAAAAGACAATTTTG +ATGAAATGGAAGGAAAGATTGTTAAAATAGCTGGTCGTATAATGAGTAAAAGAATCCAAG +GTAAAGCTGGATTTATAGATTTACAAGATCAAGAAGGTAGAATTCAATGTTATGTTAGAT +TAGATAGAATCGGAGAAGAAGAATATTCAATATTCTCTACATATGATATCGGTGACATAA +TAGGTCTTGAAGGTGAAGTATTTAAAACTAAAAAAGAAGAGATATCTGTAAAAGCTAATA +ATGTAGTTTTATTAACTAAATCTCTTCAAATATTACCAGAAAAGTATCATGGATTAAAAG +ATCAAGATTTAAGATACAGACAAAGATATGTTGATTTAATAGTTAATCCAGAAGTTAAGA +ATGCTTTCTTAATAAGAACAAAAGCTCTTAAAGCATTAAGATCATTCTTAGATGAAAGAG +GTTTCTTAGAAGTTGAAACGCCTATTTTAAATACTATAGCTGGTGGAGCTAATGCTAGAC +CATTTATAACTCATCATAACACACTAGATATACCAATGTATTTAAGAATAGCTAACGAAT +TATACCTAAAGAGATTAATAGTTGGTGGATTTGATAAAGTATATGAAATGGGTAGAATGT +TTAGAAATGAAGGTATGTCTGTAAAGCATAACCCAGAATATACAGCTATGGAGCTATATC +AAGCATATGCTGATTATACAGATATGATGGATATAACAGAAAATCTTATATCTCATATGG +CAGAAGTTGCTACAGGAAGTATGGTAGTAAATTATCAAGGTACTGAAATAGACTTTACTC +CTCCATGGAAGAGAATGACTATGGAAGAATGTGTTAAGCAATATGCAGGTGTAGATTTCT +CTACTATAAATACGGATGAAGAAGCTTTAGCAATAGCTAAAGAAAAAGGTATAGAAATAA +CTCCAGGAATGAGAAGAGGGGAAGTTATAAATGCTTTCTTCGAAGAATTTGGGGAAGATA +AGCTAATACAACCTACATTTATAACTCATCATCCAGTTGAAATATCACCTCTTGCTAAGA +GAAGTGTAGATGATCCAAGAAGAACTGATAGATTCGAAGCTTTCGCAAATGGATGGGAAT +TAGGGAATGCATTCTCTGAATTAAATGACCCAATCGACCAAAAAGGAAGATTTATGGATC +AATTAAGAAAGAAAGAATTAGGTGATGATGAAGCTTGTGATATGGATGAAGACTTCATAA +ATGCACTAGAAGTAGGTTTACCTCCTACTGGTGGACTGGGAATAGGAATAGATAGAACTA +TAATGTTATTAACTAACTCTACGACTATAAGAGATGTATTATTATTCCCTACTATGAAAC +CAATAGAAAGTAACAAAAAATCAGACGAAGAATAATAATTATATAAAATGAATCCATGTA +TCGTTAAGATACATGGATTTTTTATTGTAAGAAAATGAATATAATTATTATAAATAAGTA +ATTATTAATAAAAATTATAGTTAAAAATGAGCTTTAATACTTTAATGTGAGAAAAAATAA +AACATTGTAGGTGTATAAGTAGAAATTTTTATAAAGGAAAATGGAATATCTAATTAGAAT +AAAGTAAAAAAGTATAATTGGGGGGATATGGATGTTTCAAATTATTAATTGGTTATGTTA +TATCTGTGTAAGTTTTTTAGTATTAGAAATAATGGTTTATTTATGTAAAGATGTGATAAA +AGTGAGTAAATCTAATAAAAAAGGTAAAACTAAAAACATTGGAAATACAACGTTTAAAAA +CAATAAACATATTTACAATAATAAAATCGCAAAATAATTTCAAAAAAAGTATTGACCATA +TTGAAATGAGATGGTATAGTATTACTTGTCCTTAAGAAAAGGAAAAAACGAAAGAAAAAA +GATGAAAAAAGTCTTGACTAAGAAAGAAAAACTTGGTAAGATAAATGAGTCGAAAAAATG +AACTTTGAAAATTAAACAGTAGGTTAATTTATATAACTAATTCTTATAAAAAAAAATTAT +TCGAAACAACCAAACAAAGCCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTG +AGAGTTTGATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGC +GATT +>MGYG000000001_31 +AGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTTG +CACTTATATTGACAATCTATCATAAAAAAAAAAATTTATACAATATTCAGATGAAAGTAT +TAAATACTTTATAACCTAAATATTATATAAATCATTTTAGAATATTCTCATTTTTAACAA +CATCCACAGTCATCATCAAAATTATTATTTAATAAGAATAAAACAAATATAATTAATACA +ATCCAAATTAAAGAATTATTTTGTTCAAAAAATCCACAGCAATTATTTCCACCAAGCGCT +AAGAAAATTACAAAACCAAATATTAAAAAAAGAATCATTGGGTTATCGTCAATAAAGTCA +AACCCTCTAACAAAATCACTTAATTGGCTCATATCTTTCCCTCCTAAGTTATGTATTAAC +TCCTCTAATCTTAATATATGATTATATTTTTACTTAAGTGCTTGTCTTCTATTATTACTC +ATTCTTATAACCTAAAATTTTTAGATAATTCTATTTTTCTTCGTAGAAGTTAACATTTTT +TATAACTATATCTATTGATCCATTTTCATTTTGTCTTACACTATATTTCATTGGATCCTC +AAAGTCTGATAAGTTTCCTTTTATATCAAACCCATTATCCGTTCTTATGCTTCTTTTCTT +AAGCTTTTTTTCAACCCATTTTTTATCTATATTGAAGCTTTCTTCTAATCCCTTATCTTC +CATATGCTCTTTGAAGCTTTCCTTAAGCTCTTCATCTTTTATATTATTTTCAATAAAGTC +TTGTACATTAATTTCTTGTTTTTCTTTTAATGTATAATTTAACATACTCCTTACATCTTC +TGCTTTCTTTATATCGCTACTTAATGCATTCGTAATCCAATTTTCAGCAGTGTTTTTAAA +TACCTTAGTTTTATATTTATCATCATCTATTTTTTCTGCATGTAAAAATTCAGATACAAA +TTTAGATTCGCTACCTTCTTTTTCTGCATCCTTATCTAATACTTTTAAATGATATTCATC +ATTTATTCCATTTGCCCCTACTATTGCTGCTTGTTTTTGTCTTCCTGTCTCAGGTATACC +TATTTCATTACTTACCATTTGTATATTAAACTTTTCATCTAAAAGCTCAATAGAATGAGT +ATATAACCTCTTATAATCTAATTTTACTATACCTACATATTTTTCATCTTTTACAGTATA +TAAACAGATTGCTAAATCACAAGACTCTATTTCCGCATTTATTTTCATTACTTCAAATAA +GTATGCAGCTATCTCTTTTGAATTTTGTAAAAATGTATCTTCATCATATATTATTTGCTC +GCAACAGTTTTTTATTAAGTTGTCATTATAATTTTTAAAAGCAGCCTTTCTTAAGTCATC +ATCTTTAGCTACTCTATTCATAACTTTTTGGAAAAATTTATCTACTTCAGGGCTTACTCT +TCCCTCATAATCATTTAATATTGGAGTGTCATTCTCTTTATCTAAAACGTGTATTATAAA +CTTATGTATTATCATACTCTCACCTCTATTTTATTATCTTAATTTTTCTATTAATTTTTT +CATATCCTCTGGAATATTAGCCTTAAACTCTAAACACTCTTTAGTTCTTGGTTGCATAAA +TTCTAAACTATATGCATGTAATGCTTGTCTATCTATTAGACTTTCATCTACATGTCCATA +AAGCTCATCTCCAATTATACCATGACCTATATAGTTCATATGTACTCTTATTTGATGAGT +TCTTCCAGTTTCTAATTTAACTTCTAAAACGGTTGCATCATTTAATCTTTCTAAAACTTT +ATAGTGAGTTACTGATGGTTGTCCTTTTTCATCAACTATTCTTTTTATACTATCTTCTGT +TGGTCTATATATAGGTTTATTAATAGTGCCTTCATCATCTTTCACTATCCCTTTTACTAC +AGTTATGTATTTTTTAACAACTTTATCATCACTCATATCTTTAGATAAGACATGATGAGC +ATAAGCATTTTTAGCTACTATAACAAGTCCAGATGTATTCATATCTAACCTATTTACAAA +TCTCACTTTTACTTTTTCATCTTTTTTAATTATATAATCAGTTACCCCATTTGCGACTGT +TTTATCATAGTGACTTTTTGTTGGATGCACTACCATAAAAGGGGGCTTATTTACCATGAT +TATATCAAAATCATCATATATTATATCTAAATTTAAATCTTGTGGCTCAAAGTTAGCTAT +ATCTTCATCTATTTTAACCTCTATCAAATCGCCCTTTACTACCTTTACACTAGGCTTTTT +AAATTCTCCATTTACTGATACAGTTTTTTCTCTTTTCATTTTCGATAAAGATCTAACTGA +AAAATTCAATTTATCTAATAAAACTTCCTTTAAAGTTGAATCATCTTCATTCATATATGA +TATAAGATTATACTTTTGTCCTTCTTTTTTAAACAAATCTGCACCTACTCTCAAATTTTA +TAACATTATATATTTTACACTATTTTATTATTTTAGATAATACATTTTCAAATTTATTTA +AACAAATAGATTGTATTGAATTTCACTAAATTAAAATAATAACTAAAAGCTTATAAAAAA +ATATATACAAAGCAATAAATAAAAGATAGATTGAAAAAACAATCTATCTTTTATTTATTG +CTTAATTTTATTTTTAAAGCTATACCAAAAGCTATTAGTGAGCTAATCCCACCAATAATA +AATGGTAGTTTATTTCCATAATCAAATATAAATCCTGAAATTAATGACCCACTTACCATA +CCTAATGCTTTAAATGAACCTTGAATTCCCATAACTTCACCATAGTTATCCTTAGCTAAT +TTTGAAACTATACTTTGTTGTATTGGTGTAACTATAGCACTTGAGGCTATAAATATAGCT +AAAAATAACAATGCTATATAACTATTATTAATTAAACTAAATAAAATTATAGAAACACCA +GTAATACCTAAAGCTACTACCATTGTTTTTCTTTCTTCAAAATGTTTACTCAAATAAGGA +TTGATTACTACATTCATGAATAATGCTATAATTCCAGCTACTGCCATAACAATTCCATTT +ACACTAGTTGATACATTTGCAACATATTCTAAAAAGTAATTTATTGTTGAACTATAAGCA +GTTGTAGCAATTGTAATTAAAACCATTACAATCATCATTACACCTATAGAAGATTTTAAG +TCTATTAAGCTTTTGTTTAATTTTAAATGACCTAAATAAACTTTATATTTATCATTTTTT +TCTGTTATAGTTTCTTTTATAAATACAGCAACTAGTAATGCAATTAACATCGATGCTAAA +AATTGAGTGAAAAATGCATATTTATATCCACTCATTCCTACAAATCCTCCAACTAAAGCT +CCAAATGAGGCTCCTATAGAATTTGCCGCCGTATTATAAGAAAGGTATTTTATTCTATCT +TCTTTAGTAGATACATCACTTATGTATGCTGTTGATACTGTAATATATCCTACTGATAAT +CCACCTGCTAAAACTCTAAATAAAAGAATCATAATCTCATTCGATGAAAATCCAAACCCT +AACTGACTTATACCATACCCTATCATTCCAACTATAAGTATTTTCCTCCTACCTTGAGCA +TCAGATATTGACCCCCAAATAGGAGACATAACAAACTGAGCTATAGCCATTGATGAGTAA +AATACTCCAAATGTATAAGTAGGCAAACCTAGTACATTTATAAGTGTAGGTGTAACTGGA +TGAGCTATATTAAAAGTAGCCATAGTCAAAAAATTTAAAAATAATATTTTTATAATCCTC +TTGTTGTCCATAAATTCTCCTTTTATCGTTATTTAATTTATTTTTAATATACCCTAAATT +CCTATTATATACTTTATATAAATATAAAAATTCGCTTCTCTAATATCGACAACGACTTCA +TCTGTTGCTTAAGTTTAATAGTTGACATTATAAAATAGTGTAGTTATCTAAATTACATAT +AATTTGATAAACTACACTACTATACTATAAATATTATTTTTTAACACTACTTTTTAAATA +CTTTCCTATCGGCTCTATTATAAATCCAAGCCCTAAACCTATAAAGCCTGCCATTGACCA +CATATAGTTACCAGTTATAGTACCCAGTATCATTCCTATTATCGTACAACCAATCATTAA +ATCAACCGACAAGTCATCTTTTTCTGTATTATTTTCTTTACAGTAATTTATTTCATCAGT +ATTTGAATAATTTACTTCTATTTTATTATCATATACTTTATCCTCTCTCAATACTAGATC +GTCTATGGTCGTATTAAATATATCTCTAAGTAATATAAGATTATCTATATCTAGATACGC +TTTACCGGACTCCCATTTAGATATAGCTTGACGAGATATATTTAGTTTCTCAGCTAGTTG +TTCTTGAGATAAATTATATTCTTTTCTAAGCTTTTTTAAGTTTTCTCCTAAATTCAATAT +ACGCACCTCTTTTCAATAAAAATTATATATTGTCATCAAAATTTAATCTATAATGTAATA +GTTGCTTTTTGTAAACTCATAGTTGCATATATTGATATTACTTTATTTTATAATATATTA +TACCCTTTACAAACATCTACCCACTTCTCACAATTTGAATATCTGTTTAATTCATCACAA +GTAAGCTCTATAGATGAATTACTGCTTCCCGCTGCAGGGAATACTGTTTCAAATCTTTTC +ATAGATTCATCTAGGTAAACTTTCACATCTATTTTTAATTAATTATTCTTAAAATTATTA +ACGATTATACCATATTTAAGTTATTTTTATTTAAGGGCATGATTATATAATATAAATTTT +TATCATAAAAATAAAACTACTTAGATTTTTATGTAGATTTTATGAATTTTTACTTATATA +TATTTTTAAAGCTTTTATTAATAATATCATTGTATATATGCCTAATCCAAATACTCCTAG +CATAATAGCAAGATTAATAAATCCAAAAATACTAAACATAGCCATTTGACACACCTCCAT +TTAAACTTATATTCTAACACTGAAAAAAGTACATATTATCAGTAGTATTATTGAAAATAT +TGATATATTTTTTCCAGTCCTTGCTCCAAAATCATTTATATACTTACGTCCTATAACTAA +TGCTTGTACTAAAAATATTAATATATAAAACACTGTATAATGTAACCCTTGATTTCCATC +TGACCAAGTTTTTAATCCAATATTATTAAAAAGTATATCACCATAGCATACTCCACATTT +AAATGTTATACATAAAAATACACCTATAATACTCAGTATTAATGATAGACTTCCTATACC +CACTCTTTTTTAATCATAATTCTCTCCAATTTTAATACATATCTATTTATTACTATCTAT +ATTCATATAATCAATCGCATAAGATATTGCTGATCTACCTACTGTTGTAAATGAATTTAG +TAATGGTATATTGACTGTAAATTGCTCTTCAATATTTACTTCAACATTATTCAAATCAAA +AAAATCTCCATCTAATTTTAGACCTTTCGGATGTAAAAAAGTAATATATCCTTCACCAAA +TGGCTCAATTCCTTCGTGTATAAGTCTATTATTATTTAAATCTCCTTCATAAGGATTTAA +GGTAACATATTTTACATATGTTGAGCTTCCATCTTCAAAAACTAATTCATTTCCAAATTC +AAGTTTTGCATCTTCTATTCTATATGTAAATTTACTTCTATTAATAATCTTAATTTTAAC +TAAAGTGCCTTCTTTTATTTCTCTATATCCATCTACATTCATTTCTACTTCCATTGCATT +ATACTTTTCATAGTCTTCTACATATACCATTTTTCCATATGAAACTTTATTACCATATAT +ATATACTAAAAATAAAACTAATATTGATAATGATATTCTAATAAATGTATTTTTATTTAC +TATTTTTTTATTTCCCACTATTCTAAGAGATACATACATAGATAATAAAAATATTAATAT +TGATACAAAGCTTATTGTAAATAAATTAATATATGTTGTATTTAAATTTTCTATGATATA +CTCAAATAAATCATTTAATAGACCTATTGATGGACCTGTAGAAATAATACCCAATATAGT +CTCCTCATGGCTATTATTCCAAACAAGCATGGATAATATATTTAGAATTGTAAATACAAA +TGATGCAAATATTAATAAAATCCCTACTACATAAAATTTAGATTTCTGATATCCAAATTT +TAAAATTATAGGTAATACAATCGAAACTATAATTAAAAATACAATATTAGACATTAATAC +ATCATTTAATACTGGACCTCTATAGAATATTCCACCTAATAATGTAGTTATTATCGAATT +CATTATAGTAGTAATAATTATTAAAACAAAGCTCATCACATATTTAGAATAAACAACCTT +TTCTTTATTAGTTGGCATACTTAATATAAAATCACCAGAATTATTTTCATTATCACATCT +AAAAGTATTCATTAATATTAAATAACTTAAAATAATATTAGCTGTCGAGTATGATATTTG +ATTTAAAATTGTGTACATAAATAACAAAATAAATAAATATTCTAATAGAAATTTTTTATT +TGATGTAATAGTCGCAATTATATCCTTTTTTATTAAATTGAACACATTACTCCCCCTTTA +ATATTTCTCCTATATTACTATCTAGACGCTGCATGAAATCGTCTATTTCTTCTGAACCAA +CAATTGTATAAGAACCCTCTCCAATAGGTAAACTTTTAGTGAATTTTCCACTATATTCAT +ACATTGTATAATCTAAATCAAAAAACTCTTCATTCATATACATTGCTTTTGGTAATAAAA +ATTCTATAAAACCTTCTTCTTTGGGTCCTAATCCATCCCAAGTAAGGTCATGTTCACCAT +CAAAATGATTTTTTGGAATCATATTTAATATAACTGCTTTTCTAAGATTTGTTGACTCTC +CATTTTCATCTCTTTCACAAGACCAAAAAGTTATACTAGCATCTTCTAATCTATATGTAT +AATTACTTGCATTTTTTAGCTTCATTTTTATAATCGTTCCCTCATCTACCTTCTCATAAC +TATCTATTCTAAGATGAGTATACATAGGATTTGTAATTTTATAATCTTCAATAGTAATTC +TATCTTTAAAAACTAACTTATTTACTCCAATAAAAGCTACCATTACTGCTATAATTGAAA +TACTTATTTTCATAAACTTATTCATATCTTTTATCCCCCCTGTCGTGATTTACAATCCAT +AGAGATAAAAGCATCGATAGTAAAAAAACAATTATAGCTCCAAAACTCAAGCTATATAGA +TTTAATATACCATCATCTGTATTTATTGTTGAATCTCCTACTAGCATTAAAAATACACTT +ACTTGAATGTATATTACAAAAATTATAATGTACCCAAAACCTATACTCCACTTACTATAC +TTAAACTTAAAAAATACAGGCAACATTATTGACACTATTAATAAGAATAATATCAATGAA +ATTAAAACACCATTTAATACCGGTCCTCTATAAAGCTTTCCACCCATAATTTCATAAACT +ATGTTATTTATAGTAGTAGTAATAATTATAATGCCTAAACTTAATATGTACCTTGAATAA +ACTACATCTTCTTTATTAATTGGCATACTCATCATAAACCTATTTGTATTATTTTCTTTG +TCATATGAAAAGGTATTTGTTAGAATAATAAAGCTAAAAAATACATTTGCAGAGTAATAG +GAAAATGGATTTAAAATTATATGAAAAACAAACAATGTTGCAATATATCTTAATAAAAGC +TGTTTATCAGATCTTAAAGTAACTATAATATCTTTTTTTATTAAATCAAACATTATTTTC +CCCCTTATCCCACCTACAATATCATAGTATAGTAATACATAAAATCTTCTATATTAGGTA +TTTTTATATTCTCTTGTGCTATATTTTGAATCATTCTTTTATAATCATCTTCATCCTCTA +TTTTGATTAAAGCTTCACTATAGTATTTCTGATAATTTATACCTATAATTTTATCTAATA +CTTGTATGTCCTCTTTACTACCTCTTATCACTCTATACTCTTCTCTCAAGCTCTCCTTAT +CCTTACTAAAAACAACTTCTCCATTATTAATAAAGGTAATATAATCTGCAATTCTATCTA +ACTCCTCAGTATTATGAGTACATATAAGAACACTTGTATCTTCCTCTTCTATAAATTCTT +GCAGATACATAAGCACTTCTTTCCTAACAACTGGGTCAAGACCTGCTGTTGGCTCATCTA +GTATTAGTAGCTTGGCATTATGGCTTAATGCATTTGCCAGCATAAGTTTTGCAGACTGAC +CTTTTGATAAGTTTTTTATCTTTAGTTTTTCATTTATATCAAATTTTGTTAAATACTCAT +CAAACTTAGCCTTATTAAAGTCTTTATAAAAATATTTTGATATATTTTTAAAGTCTCTTA +TGGTTACGTGAGGATAAAAATTTAAGCTATCATATACAAATCCAATTTTATTTTTTATTT +CCTCTGGTGAATCTTTCATACTTTTCCCAAATATTTTTATATCTCCGCTATCATAATCTA +CTAAGTCCATTATAAGTTTTATTAATGTTGTTTTTCCTGAACCATTAGGTCCAATTAACC +CCATAATATATCCTTCTGGTAATTCTATATTTATATTTTTTAATTTAAAACTTCCTAAGC +CTTTATTTAAATTCTCAATCTTAAGCATAAACTCACCCCTCATATAAACAATTAAATATT +TCTATAATTTCTTCTTTAGATATTTCTATAATCTTTGATATTTCTATAATTTCTTCGATT +TTATCCTCTATTTCCTTCATCTTTTCTTCGAAAATAATCTCCTTATTAAATCCAGCAACA +AACGTCCCTTTACCAGGAACTATATCAATAAATCCTTGCTTTTGTAATTCTTCATATGCT +CTTTTCGTTGTAATCACACTTATATTTAAATCCTTAGCTAATGCCCTTATTGATGGAAGT +AAATCACCTGGTTTTAGCTCGTTTGAAATTATAGATTCTTTAATTTGATTTACAATTTGA +CCGTATATTGTAGTATCTGATGAATTACTAATTATAATTTTCATAGTTACTCCTTTCCTC +TTCAAAGTACTAGCTGTATATACTCAGTGTATACTGTATATACAATTTACGCAATATAAT +TATTTTACAACATATGTTAATTTATTATCTTTTTTGAACCATGTCTAAATTATGTTATAA +TACAAAGTATAAAGAGGTGGAAAGATGAAAAGAATTATAACTATAAACTCAAATCAAGTA +AATAAGTCTATTAAGACTAGAGATTTATTACGAGAAAAACTTATCGATGCTGGATTTAAT +GTATGCTATGATTTTCATCCAAACACAGAACTTATTATATCAATAGGCGGTGATGGCTCT +TTTTTAAAGACTGTCCACGATTTTGATTTTCCAGAGGTACCTATTGTCGGAATAAATACT +GGTCATCTTGGCTTCTTTCCTGAAATCTCTCCTGATGAGATAGACAAGTTTATAGAAGCT +TACTTGAATAATGATTATATTGTTGAAGAAGTCCCAGTTATTCAGGCTAGCGTATGTACT +AATAAAAGTTGCTGTGATGTTTTTGCTATTAATGAAGTTGTTGTAAAAGGAGATAAATCA +AGAACTATACATCTTAATCTAAAGGTTAATGATAGACATATACAAAATTTTAGTGGTGAT +GGTATGATAGTGTCTACTCCAACTGGATCTACAGCTTATAATTATGCTGCTGGTGGCAGT +ATTGTAGATACTAGTATAGAATTAATGCAGTTAACTCCACTCTATCCAATAAACACTAAT +GCTTATAGGTGTTTTACATCTAGTATTATATTTTCAATCGACTCTATTATAAAAATTGCA +CCAGAGTATAGATTTGAAGATTCTATACTCATTGTAGTAGATGGGGTTGAACACAGATTT +AGACAAATCTCAGATATCCAAATTTTTTCATCTGACATGAAAATCAGTCTACTTAGAATG +GCTAACTATGAATTCTGGAGTAGAGTATCTGAGAAATTTTTATAAAAGACATAGGAGGTT +TTACAATGAAAATAGGTGTAATGAGCGATACACATGGAAGTTTAGAGTATTTTGAAAAGG +CTATAAAAACGTTATCAGATTGTGATGTACTTCTTCATGGTGGAGATATACTCTATCATG +GACCTAGAAATGATTTACCTAAAGACTATAACCCTAAGGCTGTTATTGAGAAAATAAATA +ATTTAGATAATATACTTATAACTAAAGGTAACTGTGAAGCTGATGTAGACCAAATGGTAA +TAAAACATCCTATTCAAAGTCCTTATGTTATGAGCCAATTTGGAGAAATAAGGATTTTAC +TGACACATGGATATACAGACTCTAAAGAGGATACTATAGAAAAAGCTAAGAGTATGGGTG +CAGATATATTAATTCTTGGACATACTCATGTGAAGGAACTATTCTTTGATGAATCTTTAA +TAGTATTAAATCCAGGAAGTACATCTATCCCAAAAGATGGTACTCATTCGGTTGCTACAA +TTGAAATAATTGAATCAGATACTGAAGATGAGTTAGATTTAGACTTTAACTTTATAAATT +TAAATACAGGCGAAATTATAGAATTATAATTTTAATACAAATAAAATAAGCAACCTCAAT +ATAAATAATCTATTTTGAGGTTGCCATTATTTTGATTTTATCGTTTAGTATAGTTTTCAG +CTATTTTTATAATTAATTTAGAGCATTTTTCCATTGAATCTATTGATACACATTCATTTT +TACTATGGAAGTTTATACCTCCAGTAAATATGTTAGGACAAGGTAATCCCTCATAAGATA +ACCTTGAACCATCAGTTCCCCCTCTTATAGGTATTATATTAGGAGTTATCCCTACTTCTT +CCATGGACTTTTTAGCTATATCAACAATAAACATAACTGGCTCTACTTTTTCTTTCATGT +TATAGTATTGGTCTTTTAAATCTAAACTTATTCTGTTATCATATTTTTCATTTAATTTTT +CTATAACTTCTGTCATATATGCTTTTCTAGATTCAAACTTATCTCTATCATGATCTCTTA +TAATATAAATCATCATAGCTTCTTCTACACTCCCATTCATATCATTTAGATGATAAAAAC +CTTTATAATGTTCTGTTGTTTCAGGTCTCTCATTTGCTGGAAATGAATCTGCTATTTCAC +AGGCAATATGTAAAGCATTAATCATCTTATTTTTTGCTGAACCTGGATGAACGTTTCTTC +CTTGTATTTTTATTGTAGCTCCAGCAGCATTAAAGTTCTCATACTCAAGTTCTCCTTCAA +CACCACCATCTATTGTATATGCATATTTTGCACCAAATTTTTCTACATTAAATAAATCTG +CACCTCTTCCAATTTCTTCGTCAGGTGTAAATCCTATCTTTATATCTCCATGTTTAACTT +CTGGATGATTGCTTAAATATTCTACTGCAGTCATAATAGCAGTTATACCAGCTTTATCAT +CTGCTCCTAATAAAGTCGTTCCATCAGTTACAATTATATCATGGCCTTTTAATTCACTTA +ATTCTGGATAATCCTTTATATATGTTATAACATTAAGTTCTTCATTTAAAATTATATCTT +CCCCATTATAATTTTTTATAACTCTTGGTTTAACATCTTTTCCTGTAATATCTGGTGCTG +TATCTAAGTGAGATATGAATCCTATTGTATCTACACCTTCAGTATTACCTTTTAATGTAG +CCATTACATAGCTATTTTCACCTACATTAGCATCCTCTAATCCTAGTTTCTTTAATTCTT +CAACTAAGTAATTTGCAAATACTCTTTGTCCTTCTGTAGAAGGGCAAGCAAAGTTATTTG +GATCTGCTGTTGTATCAAATTTAACATACTTTAAAAATCTCTCTGTAATCTTTTCCTTCA +TATAAGCTCCTTCTTTCTTATGTAATTAAATTTAGGTATACTTTAAATTTATTATTTACC +ACTAATTAAAGAATTTCAACTTTTTTCAAAATATCGTGCATAGCCACTAATCCTAAACAA +AATATTATTCCAATTATCCCCTTAACCTGTACTCCTATAAAAATAGCAATAACTGTGGAT +AAAGGATTCAAACCAATATGCGCAGATACTAGTTTTGGCTCAAGTATTTGCCTTACTACT +GATAATCCTAGAAATACAATACTTATTGATATCGAAACAAAGTAATTCTCAATAATAAGA +TTATATACTATTATAGGAACAAAAATTACAACTATGCCTAGGAATGGTACTAAGTCTAGC +AATCCTCCTATTATACCTAGTATAAACCCATAGGATACTCCAAATAATTCAAAACTACCC +CAAATAACTAAAAAGGTTATACTCATAAGTATCACATATGCCTTTATATATCCTAAAATA +GATATCCTAACTTCTTTTTTTATATTTTTCACCTTGCTTTTTGCACTATCTGTAAACATA +CTATAAAAACCATCTTCAATTTTATCTAAATCTTGTGCAATAAAATAAGTAGATATAAAT +AAAGTTATTATTAGTATAATTATGTAAGGTATAGATGTTGCAAAATTTATTATATTGCTT +AAAAAACTCTTAGATATTTCAATTAAATCTGCACTGTATTTTCCTATAACTTCTTCGACA +TTAAAACTTGATATTTCTTTAAAGTTTTCTAAGTATTGGCTTGCTTGATTGAGTAATATT +TCAATTATATTATTAATATCACTATAATTTGTATCTATATGATTTAAAAAGGTTATTATC +TGTCTAGTACCTGATATGATTAATATAGTAGCTATAGTAATTGCTATTGCTACACCTAAA +AAACTAAGTATTAATGTGGATATACCCTTATTTATATGTAACTTGTCTTTAAGTTTTTGA +GATATTGGATTTATAATTAATGCTATGACTAGTCCAATAAAAAAAGGTGCTATATATGGA +AATGTTTTATATATAAATATAAAACACAAACTGTATATAATAAAAAAAACAGCATTGTTT +TTTAATTTTTTCAAAAATTCTTTGTTTAATACTGCCACTTACTCATCCCCTTTATTTAAT +TATATACCCAATTATATTATAGTATACAAATAAAAACACTGCAGGTCGCAGTGTTTTATT +TATGTGAATATTCTTATTTTCATTATTCTGTTTTTATCAAGACTTTCTATACATAGCCTT +ATATTATCTACTTCAACAACTTCATTTTCTTCTGGAATACGTCCTAAATGGCCTATTATA +AAGCCTCCTATAGAATCAAATTCTTCTGATTCTAATTTAGTTCCAATCATTTCATTTACA +TCAGTTATTTTAGTACTTCCTTCAACTATATACTCATCTTCTTTTATCACTTGTATTTCA +TCATCTTCTTCATCATACTCATCATCTATATCACCAACAATTACTTCAACTAAATCTTCT +ACTGTTATTAGACCTGCTGTAGCACCATACTCATCTACTACAATTGCCATTTGACATTTT +TCTTTTTTCATCTCTTCTAATAGTTGAGTAATTTTTTTAAATTCATATGTGAAAAATGCT +TCTCTTACATACTCTTTTATATTAAAGTTTTCAATTTCTTCATCTTCTAAGAAGACTACA +TCCTTTATATTAAGAATCCCTATTATATTATCTATAGATTCTTCATATACAGGTAATCTA +CTTAACTTTTCATTTTTAAATAAATCCATGATTTCTTCATAAGTATCTTCTGAATTTATA +GCTACAATATCTAATCTTTGAATCATTGCCTCTTTAGCTTGCATATCACCAAATTGGAAT +ACATTATTGATTATTTCTCTTTCTTCAATTTCAAGTACTCCTTCTTCATGACTTACATTT +ACCATAGTTTTAAGTTCTTCTTCAGTTATATATGGTTGAATGCCTTTATCTTGAACTCCA +AGAACCTTAAATATAACCCAAGTTATTATGTTAAATACCCATACTACAGGTTTTAAAAAT +ACTATGGTAGCCTTAATTGGCTTAGAAACTATAAGCGCCACCTTTTCAGTATTGTTAGCT +GCTATAGTTTTTGGAGTAATTTCTCCAAATATTAGTACTAATATTGTCATAACTGCAGTT +GCTATAGGTACACCACTTTCTCCATATAAAGACATAAATAATGATGTTGATATAGATGTT +GCTGCTATATTTACAACATTATTTCCTACTAATATAGATGTTAAAAGATTATTTGGATTA +TCTATTAAAGATCCTACTAATTTAGCGCCTTTAACACCTTCTTCTTTCATGTACCTTATT +CTAATTTTACTTAAAGACATTAAAGCAGTTTCTGATGCAGAGAAAAAACCTGAACCTACT +AATAATATCCCTAATAATACTATTTGAATCAAATTACTACTACTGGTCGAATCCAACCTT +TACCACACTCCTAATTTTTTGTTTTTTAATGTTCAGTATAATGTTAGTATTAATTATAAC +ACAAGTACATATTTTTTGGAAACAGTACAATTCATATAAGTTTATCCCATAATATTATGC +CCTCATATTAACAATAATTATTTATATCAATAAATTTAATACCGTTTTTCATTTATAATT +ACATATATGTGATTTAAGTTTAAATTATTATTTTATTTATAAAATTTTAATAACTACTAA +TAATAATTTATATAAATTTAAATTTGCATATGGAGGTAATTTAATGAAAGATTTACTAGA +TAAAGGCGCTGTTTTACAACGTGATAAAGAAACTTATGCTATTGCTCCTCATGTTCCTGC +AGGGTTAATAACATCTAACCAACTTAGAAAATTAGCTGATGTAGCCGATAAATATAATGT +CAGCGCTATAAAAATTACTGCAGCTCAACGTATAGCTTTAGTTGGATTAAAAGAAGAAGA +TATCGATAGTGTATGGAATGATTTAGGTATGAAACCAGGAGCTGCAATAGGCTTATGTGT +AAGAAGTATTAAAACTTGTCCAGGAACTACTTTTTGTAAAAGAGGATTTAGAGATTCTGT +AAAAATGGGATTAGCCTTAGATGATAGATATCATGGTATGAATCTTCCTAATAAATTAAA +AATTGGAGTTAGTGGATGTCCAAACAGTTGCTCGGATAATCATACCCGTGATATCGGCTT +AATGGGTATGCCTAAAGGTTGGACTATTTTTGCTGGTGGTAAAGGTGGAACAATGCCTAG +ACTTGGTAATAGATTAATAATGAATGTACCCGATGATAAAGTTTTAGAAATGGTAGATAA +AATAGTTAAAGTATATGCTGAAAATGCAAGTGGAAAAGAAAGATTAGGTGCTTATATTGA +TAGAATTGGATTAGATGAATTCAAATCTATATTGAATTTAGACAGCTTTCTACAATAATT +AATTACTTTTTATTTTTTTTTACATTCTATGTCACATTTTTTAGATTCTGCATATAATAT +ATCAAGAGAAAATTAAAAAAGATTTTCTCTTAAAATAAAATAGCATGAATATCAAAACTC +CTGTTAATATTCTAAAATGAGCGGTTATTAAAAAAATTTCTTTCCCTAAAATTTAAGCCA +CCTATTCTCCCCCCTTGTATAGGTGGCTTTTTTTTATGTAAATGTGTATATAAATTTGTT +ATTTGTAAATACTTATATATGAGAGCGGAAATTATATATCTCTCCCCCTAATAAGTATAT +ATAATATTGGCATCTACAACTCCCCCTTGTAGATGCCCTTTTTTTATAGAAACTTTTTAA +ATTTAACTATATTCAATTTTCACCTTAGATCCTGATCCTGCTTCACTTGATGTAACCAGT +AATTTGATTGGTACCCTATTTTTCAATTCTTCAACATGACTTATTATACCTACACTTAAT +TTATCACTATGTAGCCTCTCGAGAGATTCCATAACAATATCTAAAAGCTCAGCGTCCAAA +GATCCGAATCCTTCATCTAAGAAGAAGAATTCCAACGGAGCACTTCCCTTTAATTGAATT +TGAGATGATAACGCAAGAGCTAATGATAATGAAGTCAAGAATGTTTCTCCTCCTGAAAGA +GTATCTACACTCCTTCTTTCTCCCCCATTAAAATTATCTCTCATAACAAAGTTTAACTTT +TGATCTATCTCTAGAGCATATCTTCCCTTTGTTATAGCTTCTAATCGTTTAGATGCTTCA +AGAGCTATATATTTTAACTGATTCGTTGCAACATATTCAACAAATCTATTACCTTGTATT +GTTTTATCTAAATCATCTAGTAAATCTACTTTATGTTGAACTTTTCTCATATCTTTAGTA +AGCTCTTTTATTTTTTCTAAAGAATCTTTTAAACTATTTAATATATTTTGTTTTGCTCCA +ATCTCTTTAGAAATTTCTCCAATCTCTACTCTTAAAACATAAATATTATTTTTTAATTCA +TCAAATTCTTCCTTCTTAATTCTTCTCCCTGCTAGCTTTTGTTTTAAATCATCAATTTTA +TAAGTTAATAATTTTTGTTCTTCTTCATATTCTAAAATTTCTTCAGCTAATCTTTTCTTA +TGATCATATTCTAATAATGCTCTCTTTACAGCATAAATACTTTCAAATTTATTATCATTT +AATAGTTGATTCAACGTTTGTTCTTGTATTTTATGGTGATCTTTTGCAGTATTTAATCTT +CCTTCTATGCTTTTTTTGTCGCCTAGGCATTTTTCATACTCTATTCTTTGCCCTTCTAAC +TTATGCTTTAATTCATCTTCTAACCTTGTTATCTTTTCTGCATATGCTTCTAATTTACTT +AGTAACTCCTTAGCAGATTCTCCTTTAGTTATAGATATAAAATCTCTATATTTCTCATCT +CTAAATCTACATTTTTCAGAATATAACTCTCTCGCTTTTATAAGCTCTAATTCTATTTTA +TGTATCTTATCATCTAATGCCTTAATTTCTAAGTCAGACTTTTCTTTTATAGCTATTATT +TCTGAGTACTCTCTATTTAAATCTTCTATAATTTTTTCATTGTGATTTATTTCATCTACT +TTTGCACTTAGATTAGAAACCTTTACTATAGATTTTAATCCTAAATACTCATCCTTTAGT +TTCTTATACTTTATATCTATTTCTTCTAAGTATAACTTCATTTCTTTTATAGATTTTTTA +TAGCTATTTAATTCTTCTAATATCTTAATTTCATCCTTTTCAATTTTGCTTTTATCTTCT +TTTAATTTACTTATTTTTTGTTCTAAAGATTCTTTTTCATCATTCCATTTTTGAACACTA +TTTTTTAATAACTCTAAAACTCTATTCTCTGATTCTAATTTAGATAAAATTTCATTAGAT +TTTAATTCCCCAATTTTACTATGAAGTTCATTTAATTCCTTTAATTTTATTTTCTCAGCT +GAAATATACTCACCATTTTTTAAGTTTAAATCTTCAAGATTTAAGCGATAAAGTTTATCT +ACACCATTTAACTTTTCTAACTTACCTTTAAGAAAATCTATCTCATCATCCTTACTTAAA +ATTTCAATCTTTTCATGATGTCTTGAACCACATACTGGACATGGCATATCTTCCTTTAAT +TCTCTTCTAAGTTCTAATGCTAGATTTAAATATTTTAATTTGTCTATTTCTTTTTCTAAA +TCACTAATTTCTTTTTTATTAACCTCTAGCTTTTCACTTAATACAGCCATTTCTCTGCTA +TTGTTGTATTTTTTTTCTAGAATAACACTTACTTCATCTTGTAGAGTGCTTATTTTAATT +TCGCTTTCTTTAACTGAATTTGATTTACTTCTTAATTCTGCAATATATTCTGTCTTAGAT +AATATTTCTTCATTACTACCTGGGCATTTTTTCATTAATGATTCATGAGAGCTAATTAAA +TCCTCTAACTTTGAAGTTATACTTACCCTATCTCTCTCTATATATTTACTCTTTAAACTT +AACTCTTCAGTTTCTTTTGATAAATTATTCAATTTATCTAGATTTTGCGACTTTTCTTCA +CTTAATTTCATATACTCTTTTTCATAATCATAAGCTAAAAATATTTTTTGTTTAAGATCT +GCACTTATTTTTAACTTAACTAACTTTTCTTCTTTATCCTTTAAATTCTTAATTATTACA +TCTCTATTACTTTCTATATCTTTTCTATAAATTTCAGATGTTTTCTTTTCTTTACTTAAC +TGAATGCCTCTTTCTTTCATTTCTTTTATTTCTTCATTTATAATGTTTAATTCTTCTTCT +ATTTTTAATGCATTATTAAGTTTTTCTTTATGCTCCATAAGTCTTGGCATTTTTTCATCC +TTGATCTTATAGGCCTCTTCATATCTGTTCTTAGTTAATATAAGCTCTTGATTTAAAATT +CCTAAATTTCGTTCTAATTCTTCTACTTTTAAAGAATCATCCTGTATTTTCTTTTCTAAC +TCTTGAACTACATATATATTAGGATTAACTCTCTCAGCATTTTCTGCATTTTCTAACTGA +ACTTTTTTATCTTTAATGTCATTTTGCTTTAAATCTAATTCTTTTTTTCTAATTTCATAT +TTTTCTAACTTAGTTTGTTCTTCAAAAACTTCTTTGCTTTCCTCATATTTTTTTTGTGCT +AAATCTAATTTCTCATGTTCTTCTTTTTCTCTTAATTTTAATACATCTAATTCCTTTGAA +GTATTTTCATATACTTCTACACTAACACCTTCAAATTGGTTCATTTTAACATTTAAATCT +CTTAATTCAAGATTTTGCTCATTTTTTCTTTTTCTAACCTTTTCTATAAGTCCTCTTCCA +TACTTTTCAAGGTTAAATATTCTTTCGAGCATATCTCTTCTATCAGAACCCGTAAGCTTT +AAAAACTCATTAAATTTACCTTGAGGTAAAACAACAGATCTTGTAAAATCATTTGCTGTT +AAACCTACAACTTGAGTTATTTTATCATTTACATCCTTAGCTTTATCAGCTAGTATAATT +TCAGTTCCATCATTTTGCTTTTCTATTAGTCTAGCATAAGTAGTTTTAGTTCCTCCAACC +TTGCTTCGACCTATTATTCTACTTACTTCATATCTTCTTTTTGCATTTTTACTTCCTATT +TCAAATTCATAATTTACTACTGCTTCCTTACAAGCACTATTTATAAATTCTTTTGTATTT +CTAGATATATTTCCATACATGGCTATAGTTATAGCATCTAAGATTGTAGATTTACCACTT +CCCGTATTGCCAAATATACCAAATAGTCCTCTTTCTATTAGCTTATCAAACTCTATTGTT +TGCTCATCTATATAACTATTTAATCCACTTACTGTTAGCTTAATTGGTCTCATCTTCTAA +ATCACCTTCTTCGCTTATTATATCTAAGAATAAATCCATAAGTTCTCCACGAGGGTCAAG +TCCTGTACTAAATTGATAAAACTCTTTAAATAATTCCCCCATGGATTTTTCATTTATATC +TATTTCTTCTTCATTATATTCAGAAGTTATAATCGGCCTAATTTCTATAATATCATCTAG +TAATTCCTTCATTTTTTTTATTTCTGATTGACTTATTACATGTTCTGTTTTTATTTCAAA +ATAAGACCATATATTTCTATCTCGATTATCCTCACAAATTTTAATAGCTTCTTCTATGCC +ATTGCATTTAAAGACTTCTATTGATTTATAATTTTTAAAATATATGCTTTGAATTATTGG +ACTTTCTCCAGCTTTTAAATCAACTATATTTGCTCCCTTTGCATAGCTTCTCTCATCCTT +ACTATATTGTAATGGTGAACCAGAGTAATAAGCATTCAATCTATGTGATGCTTTTTGTGG +TTTATGTAAATGTCCTAATGCTATATACTGTGCTTTAGTAGGTAAGTCTTTCTTTTCTAC +TAATAAACTACCTCCAAGTTGTATAGGTCTTTCTGAATCTGTACCCTCTCCTCCTACAAC +GAAAATATGAGATACAGCTATGTTTATTGTATCTTCTTCAAAATTTTCTTCTAGTTCTCT +GAATAATTCTCCAACCCTCTCTGAGTAAGTTTTCTGTGCTTCTTCATCATTACTAGGATT +TCCAATTGCCTCATTTAGTCTTTTTTCACTTGGATAAGGAAGTGTAATTATAGTTGCCTT +CTCACCTTTAATTTCTACTTTTAAGCAACCTTCCTTTGCTTCTAGAATTTCAAACCCCTC +ATATTTTGCTTTTTCTGTAGAACTTAAAGGATATCCTAATACTATTATCCCTTGCTCATG +TGCAAGAGGTGTAATTGCAGCTAGCCTTTCTGGATTGTCATGGTTTCCAGAAATAATTAG +CACACATCTTTCACCATTATTTGCTAGCCTTGATACAGTTTTATAAAATAATTTTTCTGC +TTGAGCAGGGGGATTAGATGTATCATATATATCTCCTGCTATTATAATCATATCTATATC +ATTATCATTTACTAGCTTTACAAAATCATCGCAAAACTGTTCCTGCTCTTCAAGCCTTGA +GTGGCCATCTAGGCTTTTGCCTAGATGCCAATCTGATGTATGAATAAATTTCATATTAAT +CCTCCTTCAACTTTATACTTTAATAATATAAAGCTTCATCTATACCAAATAAGTAAATAC +ATTTCTCTTTAACATTCTTACCAGTAAGCCTTTCTAAAGCTTCTGAGTATAATTCTAATT +GTTTTTTATATTTATTTACTACATCTACTTTATTTTCTTCATTTACAAAGTCTGTTTTAT +AATCAACTAATACTATTTCTCCATTTTCTTCAAAATAAGCATCTATTATACCTCTCAGCA +TTAATGTTTCTTTATCATAAACATTATTGTCTTCATGTAATAAATCTTCATAAATGTATA +CATCCGCCATTCTTACTTGAGTATAAATAGCTTGTTCTCTTTTTATAAAATCAGAGTTAA +GCATCCTTTGTCCTATACTTGATTTAAAGAATTTATATATCTTAAATGGATTTATAACTA +CTGACTGTTTTTCACTTATTATTCCTTTTTTAATAAATCCCTCTATTTGCTCTTTTATCT +CGTATATATTATTTACCTTATCTAAATCTAGTACTTGCATTATTAAATGAACTATAGTAC +CTCTCTCAGCACCACTTATTTTACTTTTTTCTTGAGTTTCTTGAATAAATAGTGGTTTTT +TTAATACTGTTCTTTGATTAAATAAACTTTGAGAGAAATCTTCCTCATGAGTATTTTGTA +TTTTCTTAATTTCTGTAACTGATATACTTGCTGGTTTAGTCACACTAAATTTGTATGGAT +ACTCATAATTTAACTTTTCCTTTATGTCTTCATAATAATCTGTACTTGCCTCGTTTAGAT +CTATATTTTCTAATATTTCTTCGATACTATCTTCTACGACCTCTCCTTTCGTTTCCAGAA +GAATATCTTCCTTGTTCCAAAGCTTTGCATTCCACTTTGATGGATGATCTTCTATGTGTG +TTACATTTACGTTAATACTTTCTCTTACATTTTCTAAATCTCTATGCTTTAATACAGATG +GCATTATCCAATCTAAGAAATTTTTACCTTTTAATATATCATATTGAGATATTGTTTTTG +AACCATCTAAGTTAGATGACCATTTCTTTACACTATCCTCTATTTTTTTAGTTGACCCTG +TTATTATTAGCTTTTCTTTTGGTCTAGTAAATGCAACATATAATACCCTCATTTCTTCTG +ATAAATTTTCTATATTTATTTTGTTTTTCAAGGCTTCCTTAGCTATACTAGGGAAGGAGA +TTCTTCTTTCAAAGTCTACAAGTTGAGGTCCATATCCTAATGAGTGATGATAAAGTATAT +TTTTCTTAAAATCCTGAGTATTAAAGTTTTTGCCCATACCACTACAAATGACTACAGGGA +ACTCTAGTCCTTTACTTTTATGTATACTCATTATTCTAACTACATCAGCATTTTCACCAA +GAGTTTTGGCACTTCCCATATCTGTATTAGATTTTTTTAATTTACTTATAAAGTTTATAA +AATTAAATATTCCTTTGAAACTTGTTTCTTCAAATTGCTTTGCTCTTTCGAATAAGATTT +TCAAGTTTGCTTGTCTTTGACTTCCTCCAGGCAATGCACCTACATATGCATAGTAACCTG +TTTTAGTGTATAAATACCATAAAAATTCATCTGTACTCATGTATAAAGACTTTTCCTTAA +AATCTCTTAATTTTGCCAAGAAAATCTGAGCTTTCCTTATATTACTGTCTTCTGGCATTA +TAGAAGTATCTATTATCTTATTAACATCCATTCCTTTACTAGAATCAGTGTAATTTATAT +CTTGATTTTCAGGTTCAATATTAATTTGTCCAAACTCATTAAAATCACTAAAGAAACTAA +ATTCACTAATATCTCTAATAGAATCTATATCTTCTAATTCTGAGTATGCTTGTCTTAATT +CTATACTCACTTCATTGTTATCTTCATCTTCAAAACCATCTACACTTACTTCTAACACTC +TTTCATAAGCAAAGTCCTCTAAAGCTTCATAGAAACTTTTCTCTTTATCTTCTAATCTTA +TATCTATAAGCTCTTCTGGAGTAAAACCAAACATAGGGGATTTTAATACTGCTAGCAGCG +GAATATCTTGAAGAGGATTATCTATAATTTGAAGAAGTGACATTATAGTCTTTATTTCTA +TAGTATCAAAGTATCCTACTCCAATATCAGCGTAAGTAGGTATGTCCATATTCATAAGTT +CATCTGCAAAAACTGGTGCCCATGCTGAAGTTGCTCTAAGAAGTATTACTATATCTTTAA +ATTTAACTTCTCTATATGCATCTAGTTTTTTATCATAAACCATTTGAACTTTGCCATCTT +CTTTTGGTGTCATCAAGTCCTTTATTATTTTCCCAACCATCCTTGCTTCAAGTTGAATAT +TATCAATTTCCTCTTCATCTTGTCTTTCTTCAGAATTTTCTTCTAAGTCTTCTACTTTAC +TTTTTTGAATTATATGTATTTCAGTAGGTCCTCCCACTATAGCATTTTCATTATCATTTT +CTTTAAAAGTGGCACCTAAGTTTAATCTTTCCTTTTCTGTATACTCTATTTCACCTATAT +TTTTACTCATTATATTTTCGAAAATATAATTGGCAGAGTCTAATACCTCCGCTCTACTTC +TAAAATTCTTATATAGCATTATTTTTCTATATAAACTACCTTCCGTTATTCCATACGTTT +CATATTTTTCTTGAAAAATTTCTGGCTTTGCTTGTCTAAATCTATATATACTTTGTTTAA +CATCTCCAACCATAAATCTATTTGGAGTTTCTATTTTGGCAATAGTACTTAGTAATACTT +CTTGTACTAAATTACTATCTTGATACTCATCTATAAATATTTCATAAAACTTGTCTCTAT +ATGCTAAAGCTACATCTGATGGTATAGAATTTCCATGCTCATCAGTTAGTATCTTTCCAT +CTTCATCTCGCTCTGTTAATATTCTTAATGCGAAATGTTCTATATCATTAAAATCTATAA +TTCCTTTTTCTCTTTTTCTTTTAGAATATTCTTCTTCAAACTTTACTATTGTACTAGATA +TAGACTTTACTATAGGATAAAGATATTTTATTTCTTCTTTTATACTATCTGAATCCTTGT +AAAAACTACTTTGTATAATATCCTCTAGAGATTTTTTAGCTTTATCTCTTATACTTTTTG +CCTTATCTTTTGCTTCTTTTATATATATAGGTGCATCTTTGGGTATTCTTTTTACACCTT +TTACATAATTTTCAAAGCACATAGATGACATTGCTCTATAAGCTTCATCCCACGATGTAC +TACAAGCATTTAATAAATCTTTCACTCTTAAATACTCTAATTTTAATTTATCTGTAAAAG +TTTCTAGCTCTATTATATCTTCTACTTCTTCTAAAGCTTTTTTCATACTAACTTCTATAC +CACTTACTTCTATTCTTACAGTATCTAATATAGATTTAGCCCATGCTGAATTTTTAAATT +TAAAGTCTTCATCTATATTAAAATCTTCTGCAGATTTAATTAACCATTCTTCTGGATAAG +GAGATGCCATTGCAAAAGAGTATATACTAAGAATGATATTTTGCAGTTCATTATCTCCTC +TTTTTTCTGCATAACTTTCTACTAAATTTAAAAACCCTTGATCTTTAGATTTATAAAGTT +CTTCAAATACGTCTTCTAAAGCTTCACTCTTAAGTATTGTACATTCTGTCGTGTCTCCTA +TTCTAAAGTTAGGATCTAAATTTATTTTATGGAAGTTTGATTTTATAACTTCTAAACAAA +ATGAGTGTATTGTTGTTATACTTGCTTTATTTAGTAATATAAGTTGGTTTTGTAAATGAG +TATTTTCAGGATTTTTATCTAGGGCTTTACCTATAGCATCTCCTACCCTTTCTCGCATCT +CTGATGCAGCTGCATTAGTAAATGTAACTACAAGTAATTTATCTATATCAATTGGATTTT +CTTTTTCAGTTATCATCTGTATTATACGCTCAACAAGTACTGCCGTTTTTCCCGATCCTG +CAGCAGCTGCTACTAGTAGATTAGAATTTCTACTATCTATAACTGATTGCTGTTCTACTG +TCCATTTAGGAGAACTCATTACTTTATCTCTCCCTTCATTAACTTAATAACTTCATCATT +ATCTTTATTATTTAAAATTCTATATTTATTTTCCTTCATTGTAGTGTCAAACTGACAAAT +AGCTGAATAACTACAGAAGTCACAAGAAGTTCCATTTTTATTTTTATATGGGTCTATATT +AATATTTCCACTAACCATTTCCCCACATAAATTTTTGACTGTACTTTTTACATAATTTCT +AAGTACATCAAATTCTTCATAACTTACACCATTAGTATTTTTACCTATACCTCCATCCTT +AGTTAGGTTAGCAGGTATTACTAAAGATGACTTTCTTTCTCCATCTGCCAAAGACTTATC +CATCTCTTTTATGATATGAGCATCTTTTATTATTAAACCTTTCATCCTCATATCTTTAAG +TATAGCCTCTCTAACTTCTTCATCATCTTTATCTTCGTTAAATTTAGCTATAGGATTATC +AATTCTACAATATAAAATTGCTGCTGGATTTAAATTACCATCTCCTCTATTTGCACTTTC +AAGTATTGCATCTAAATAAACTAATAATTGTAATTGAAGACCGTAATACACATCACTTAA +ACTTATAGATTTATTTCCAGACTTATAATCTACTATTCTTATATACTTATCTTCATTTTC +TTCAAATTCATCTACTCTATCGATTTTTCCTATTAAGTTTATTTCATCACCATTATCTAA +AACTAATTTTATTGGTGGATATTTTCCATTAAATCCAAACTCAACTTCATAATCAATTGG +TTCAAATGACCCTTGCTTTATTTGCTCTGCAATCACATTTAGTGCAGCAACTAGCATATT +TTTTAATCTAAATGCTAGATACTTATATCTTTCAGAACTATTCAGTATATACCCAGGTAT +TTTATCGACTATTTCATCAACTAATATAGATACTTTATCTTGTATATATTTAATATCTAC +ATCCTTCCACTGTAAGTTATCTTTTGAAAGAGATTTTGAAAAGTTTTCTAGTATATTATG +TATAAAGTTTCCTAAGTCAGGAGCTGTAAAAGAGTACTCTTTTCTTTCCTTTGCCTTTAG +TCCATATTGAATAAAATATGCAAATGGGCATTGTGCGTACTTTTCAACTCTAGACACACT +TAATAAACTATTTTGGTATAGTTTTTTAATCTTTTCTTCTTCTACCTTGCTTACTTGATT +TGTATAATTAAGTCCTGATATAACTTTTTTAGATATATAGCTATATTCATTATCTTGAAT +AAAATATCTATATACATCTAACCAAATATCTTTTATCTCTTTTCTATCTTCAAAATCTTT +TATTGCATTTATTAGATTATTAAATGTAGGTGCTTTAACTGTTATTTTTCTTAATATTTC +TTCATTAGTCATATCTTCTTCATCTATTAGATAACTTATATTGCTTATATTGGGGAAGAT +TTTCTTTAATCTAGATACTATAACAGATGGCCTTAAAGTTTTTCCTTCATGATCTGATAT +AGGATAAGTAACTATTAAATTTTCACTAGTAGATGTAAGAGCTTTATATACTAAAAACTG +CTCTTCAAATGTTTTAGTTTTACTATCTATATCAACTTCTACACCTTTTTCTCCTAAACT +TTCTCTATCATTATCACTTAATAAACCATTATCTTTTGCTATAAGTGGAAAAATACCATC +AGTTGTACCTATTAAATAAAGGTATTTAGTATTTGAATTTTTCATCCTATCTACACTACT +TACAAGAACTTGGTCAATACTTGGTGGAACTAATCCTAATTCATATTCATCAAATCCTAA +ACTTATAAGTCTTATAAATTCTTCTAAGGATTTTTTTTCATCTCCCATAATCTCAACCAT +TTGATCAAGAATATCTACTACTATATCCCAAACTTGAGAGTACTGATTTGCAATATCTAG +TTCACCCTTATCTTTAAAATTAAAGATTAATTTTTCAATAGTATTAGGCATGTCTATATC +TAATAAAAATTCATATACATATTGGCATAACTCTTGAACTGTTTTTTTACCAACCAGCTT +ATTTTGAAGCTTAATTATTGGTGATATTACTCTACTCTTTATTTCGTTTATTCTCTCTTT +TAAAGATATCTCATAATCACTTTCTTCTATATTATAATTGCCATTTATTCTATAATTCCA +TTTTTCTTCAAACCATTTCTTTCCTCTTATTCCATTGGCAAGCACATAGTTTTCAAGTAA +ACTTATGTCATCATTATCAATTCCTATAAGACCACTTTTTAAGTATCTAAACATAGTCTC +ATAGCTATATCTTCTATTTTTCATTTCTAGTGCAGATATAATTAAAACTATTATTGGATT +ACTTTTAGCTTCTCTTTTTTTATCTATAAAGTTTGGTATGTTATACTCATTAAAAATAGA +GTGAACTAAAAAATCATATCTATTTAAGTCTCTAGTTGCTATCGTTATATCTTTATACCT +AACTTTTTTATCCCTTACTAGGTGTACTATTTCTCTTGCTATTTCTTCTACTTCAGAATA +TGAGTTATTAAATTCTTTTATATGTATATTCTTAGTTTCTTCTTCATAAACTTTATATGG +ATAAGCACTATAATATCGTTCTAAATGATGTAATTCTTTATTACCTTTAAACCTCTGTAT +AGTCCCATTATTTAAGTTTATTGGCTTGTCTATTTTTACGCCTTCTTCTAATGCTAACCT +ACTTAGTCTCTCGTAAGTAAATTTAGTTCTTGAGAAAGAATCTGTTTTGTTATATGAGAA +GTTTGCTACACTATCTACTGTAAGAGACATGTTTACTTCTTTGGCCTTGTGCAATATACT +TCTTAATACTCTATACTGATTAGGTGTAAAACCAGTAAACTCATCTATATAAATATAACA +TCCATCAAAATATGAACAAGCTTCAATTTTATCAGCTAGTAAATTAAGCATATCTTGAGA +ATCTACATATTTTTCATGTAATTTATTTTCAAAGGCCTCATATATTTTACTTATATCTTT +TAACTTTAATCCTAAAGTTTCATTTTCAACGTCAGAACTTATATGTTCTAGCATCTCTGG +AGTTACATTATATTGTTTAAATTCAGCTATCATTTCCGATACAGAAGTTATAAATCCTGG +TTGTGTTGCTGATTTTGAAAATATATTTAATTCTTTCGCTACACTTTCTATTGCATTACT +CGTAATCATAGCTTTCCCACTAGCATTTACATTGACATTCGTTAATCCGCCTACATGAGA +AAAGACTATATTACTCATAGTCTTAAAACTCAATACTCTTGTTCTTAAAAACTTATCTTT +TTCACTGCCTGAGAATAAGTTACTCATTCTTCTTTCCATTTCAAAGGTATATTGTTCTGG +AACTAGCATTATTATCGGCGTTATTTCATTCTCTTGAGCTTTTTTCTTTATCTCTTCTAG +TATATATGTAGATTTTCCGCTGCCTCCTCTACCTAATATAAACTTAAGTCCCATGTTTAC +CTCCTACATTAGTTATTGCAAAGCTTATTAAATTCACAATAACTGCAATGTTTTTCATTC +TTTTCTATATTTATATCACCATCAGATCCTTCGTATCTTGTTCTTTTTATAAGATCTATA +TATTCATTTATTTTTTTCTTATAATTTTCATGTTTTTCATCACTATAAGTTATAGTTATA +GGTTCTTCATCAAACTCTGGCTGATAGTAATTCATTCTTATATCTTCAGTTTTTACATCT +ATATTTAATAACTTCGGTATAACTTCTTTTGCTAACACAAGATACACCATCGTTTGCATT +CTTGCTTCTACATTTTTATAAATTATTTGTTTCGATTCAGTTTTCCAATCCCATATATCT +ATGGTATTTTTTCCTATCACAACTAAATCATACTTTGCTTGTATTTCATTACCATTTAAT +ATGCATCTTACTTCATATTCTGATATATATTCTTTTTCATTAACTACTGGTATTATTTTT +TTTATTCGCTCCATCCATTTATTAAACTTTTCATTTTCAATTTTCCCTAATGGAATATTA +CTGAAATATCTTTCACATAATAAGTGAAACTCTCGTCCTAATTTTAAACTTTGATAATAT +TCTTCTGATGTAAAGTCATCATATTTCCAATTTATATTATCAATATATTTATACTTAAAT +TTAATGGGACATGATTTATATGTATTTATAGAATTTTGGCTATAGCGAAAATGTTTTAAA +TTATTATTCACTTAAATCACTTCCCTCTTTTTTGATTTATATGTTGGCTTAGTCTTAGTA +AATAAATACACGGATTTTGTTTTTTCTTTATATTACCTACATCATTTTCATCCTTATAAT +CGCTAAAAGACATTATTAACATTTCTTTTGCTCTAGTTATACCAACATATAACAATCTTA +TTTTCTCATTTATCACATCAATTTTAGTTTGGTATTCATAATTAATTCCATTATACCCAT +ATACAATAGAATCAATTTCTTTTTTTATAATTGCTTCAGGATTTTTGTATTTTTCCTTTA +AGTACCATTTATCGCATTGAAATTTTTGATTTATATTATCCGGGAAATTAAAATCAGTTA +ATCCTAATAAGAATACACAATCCCATTCTAAACCTTTTGATTTATGGTAATTACATAAAG +TTATACTTCCAGGAGTAGGCTCATACCCATTTATTTCATATACAACTTCTATTATATGGG +AAAATACCTTATTTTTAGTATCTACTATGATATCGTATACATCTTGTAATTTCATATACA +TATTTTCTGATACTAAAAACTTAACATAAAAAGATACGTAATGAACTATAGCACTGTCTT +CATTTTCTAGCTTTAATTTTTCTCCTATAAATAATATAAACGTATCTAACCTTACAATAG +GATATTCTAAAATTTCTTTTATAGCATTTACTCCATATTTGAATCCTTTGTATACATCAC +TATCTAAATCTATGATTAAATTATTTTGTATATCTTTATTATAAATAAGCTCTTCTGTCG +TATAATTTTTTAACATCTCGATAAAATCTTTTTTACCTTGATTATTATCAGTATGTATAA +AAACTTTATCTAATACAGTAATAAGCTTATTAATATCATCACAACTTAAAATAAAATCTA +TTATGTACGCTATACTATTTAAAGTTTTTCTTTTATTCGATGAATTTGGTCCTAACTCCT +CAAACTCCAAACCTTCTTTTTCTAGTTCTCTACCTACTTGAATTACATGATCATTAAAAG +GTACTAAGATACCTATACTTTTATCTGGGTACTTTTTCTTAATATTTTTTGTAAACCTAA +TAGTTTTACTTATTTCATCCTTCCAAGTTTCATATTTTATTGCATTGATATTATATGTAC +TAGGTTCTGGATTTTCTTTATAACCTTTATTTTTAGGTACCGTTCTTACCTTCATATCTT +CTAAAGCTTCTCTACATTCAATTTGATCAAAATCCTTAGTTACATATACTACTAATTCAT +TCGCTAAATCCAATATATCCTTAGAACTTCTATTTGACATATCCATTCTATAGCAATAAT +CAGCATTCTCAATAAACTCTTTAAAATACTTTGGATCTGCAGAAGAAAAAGTTCCTGTTA +TACTTTGATTTATATCTCCAACTCTAACTAAGTTATTATTCTTTTCGCATATTAATTTAA +TTATCTTACCTTGTATCTCATTTGAATCTTGGCATTCATCTTCAAAAATATATTTATACT +TATTTTGAAATTTACTTTTTAAATCTTCATCAATAGTTAATGCCTTATATCCTAATACTA +AGATATCATCATAGTCTAACATTCCTTGCTGCTTTAATTTTCTATCATATTCTTTATAAA +TCGGAAGTACAATTCTAAGCATTCCTTTATAATCACTAGATATATTATCTTCTAACTTAT +CTGGAGTTATATCTTTATATTTTAATTCACTTATAGCTTTTCCTATTAAATCATAAAAAC +CTCTATCCCAATTTTCTAGGCTTATATCTCTCCAACGCTCACTTTTTTGCTCTTTTAAGA +AAAAATTAAATATTCTTTCTCCGCCATTAATTCTATATTTATTTATACATTCAGTAAGTA +TAATACTTTTTTGTAGATCATCAGCTATATTAAACTCTTCATTTAACATTATTATTTCTG +GTTTTTCTTTTATTATCTTAACAGCTAAACTATGTATAGTCATAACTTCATATGAGCTAT +TTTCTTTTATGTTTTTATCCTCTAATATTTTTTTTATTCTTCCTTTAAAGTTATTAACAG +CGCTATTCATATAAGTAAGAATCAGAATTTTCCCCTTATCATTTAAATTTTCTTCTAATA +GTTTTGCAACCAAATTTGTAACAATAAAAGTTTTTCCTGCACCAGGTACTGCTGGAACTG +CCATAGTTCCCGAAGTATAATTTATTATGGGTATTTGATCTTCTCTATAGTTGATTTTAC +TCATAAGATTTTCCCCCCTTATCTAAAAGCTTTAGTAAGAGGCTATACAATATACTTTCT +TGCATATATCCATTTACCGTATAGTCACTCTTATATGCATATACCTTTTCAGCATTTTCT +AATAAGCAATATATCATATTATATAAATAGTACTTTTTAAAACGTTCTTCCATTTCATCT +GTATATATTCTAGTTTCTTCATAAGACTTCCTAAGTACTATCACATTGCTTATATCCTTT +TCTATTTTCATATTCCATGTATTGCTACCTATATCAATCCATAATTGAATACTCCTATTT +AAGCTCGATGAAATATAAGAATACGGTGTTGATATTATTATTTTATTAGATTCTTTTAAA +TCTTGTATTTCCTTAGCTACATAATAGTCTTTAATAGTACTTTTAAGCACTTCTATAAAT +ATTTTTTCCTTAGATTTATTTTCATCCAAGCTTAATAAATTTATATTTTCAGTAAAGACT +TCACTCTCCTGTATAATTTTCCTACATATCCTTATATTTGATTTTCCATTTTTTAATATA +AGCATCTTATCTACATAAAATCTCATTAAAAATTCATATATTTTTATACTTTCTAATTTA +TATCTATGTATATATTCAATTAATTCTTTATACTCTTCATTACTATCTTTATTTCTATAA +ATTTTAAATGCCTGTATTCTATTTACATTCAGTACAGTTTCTATGAAACTTATAAATTCT +TCTTCCTTTATTAAATCTTCATAATCATAAAATATACATGTAGCTACTACTAAAGCATTT +GCAAAAGGATAGTCTACTATTTTATTATCTATTTTTGTATTTACTACACCTATGTTATAT +CTTTCTAATACATTCTTAACTTGATAATCTAAAATAGTATTATTTATGGGTGAAATTATA +ACAATATCTTTCGGAGCTACACCTTTATTTACTAACTCTATAACTTTATTTATAACTTCT +TCAATCATTTCACTGTATAATTGACTAGACTGATTTAATTCTATATCATACTTTTGCAAA +TATAAATCTGATATATCTATATTATTATACAAATCTTCGGCATTATTTCTTTCAACTAAA +GTAAATTTTTTTATTATTTTCTCATCTATATATTCCATATCTATATTATTAAATGATGAG +TAATCTCTAGTTTTATTGAAGCAAACGTAACTCTCTTTAGCAAAAGAAGATATTACGTCT +ATAAAATCCACCTCAGCATTACTACAACTCTCTAAACTATCTACAATAATATAATCTATA +TCTTTTTTTAGGTTATTTATATAAGTTTCATCAGATAATAAATATTTATTATATAAGTAG +ATACAAAGAGGGCTATCTAGCATCGATCTTGATATAAGGCTATCTACATAATGAGTTATA +ATTTCTGTCATTTGAGAATAAGAAAACTTTAAAAGTCTATCCTTATTTTTTTTCGATAAA +TATAGCCTTTCCCCTATAGTTTCAAATTCTATTAAACTTAACGCTGCTTTATTTATATTT +GTATTAATACTATTTACTATACCTTTATTAGTACTAGTTATATCATCAAAGTAACCATGA +GAGTTCCTTTTTATTTTTACATCTGTACTTATAATATAATCACTTAAACTATTTGATATA +AATATTGGAGCAATTGTATTACTTTTTATTTTTTCTTCCTTTTCAACGATAATAGGCCAA +TACTTTATTAGCTCTTTTTTTACAAAGCTTATATATGTAGTTATTTTTAATTCCTCGCTG +TATTCTAGGCTTATTTCTCTCTCATATATTAATTTATTTATGTTATTTTGAACTAGTAAA +ATTATATTTTTTGATCTATTATTATTTAACTTTATTAATTTTAAATATGTATCTAAAACT +TTTTTATTTTTTTCATTTTGACTCTTTACATTATATAAAAGTTTCATATTATCACCTTTT +CTTAAATAGAATTCCTCCTATTTGTTAAAATTAATTTATGAGTATATTTTTACATATATC +TATTTATTTTATTAAAATACTTCAATATTAATTATAACATATAAATTTTTACAAAAAAAA +TACTATCAAATTATTGAAGTCAACCTTTGATAGTATGATAGATTTATTTAATTTTCATTA +GAGCTATATCTTCTTTGTTCACTTCTAAGTCTGATAAAACAAAGTTCTCCATTTGTATAT +TTTCAAATTTATATCCATTATCATCAATATTATACTTCTCACAAGTAAACATTACCGGTG +AAATGTCATCGTATCTATCTAAATATTTCATTTGTACTTCATACATATAATCACCACGCC +TTATACTTTTTGTCTATATTATAATTATTAAATTTAAACCTTAAATTTATTCATTATTTT +TTTAGTAATACTACCCAAAAGTACAAGCGAAATATTTATTATCATTAATACGATTGGATA +GGCAATAGTTATATCTTCAAAAAATATCCTTACTAAAGACATGGTTGGCATAAAATACGG +TGTAATTAACCAAAGAGCTGATTGTGAATTACCTAATATTAAGTCTGTATATAATGCAAA +GAATAGTAAAAATAATCCCATACCGCACCCTATAAGTCCTACTACTATCGCTTCTCTTAT +ATTAAGGTCATTAGTGATCCCGATATAAAAGTTAACCCCAAAATATCCAACTAAAAATAT +AAACCCTATTGAAAGAGTAATATAATTTAAGGGTACTATTGTAAAGTATACACTTGAGAC +TATACATATAATTAAGGTTATGAAAAATATTTTTTCTCCAGTATGAAATATTTTTTCCAT +ACTATCACCTCAAAAGTAATTTATTGTATTATATTTATAATTTACTTAAAATGTTCTTAA +GTTATATTTGTATATAATAAAAAAAGATTACGTGGCTACGTCTTACTCTCCCAGGAGGTT +GCCCCCCAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGT +GTATCCTCTTTGCTATAGTAACCACATAATCTTATTTGGAGCGGGTGAAGGGGATCGAAC +CCTCACAGCCGGCTTGGAAGGCCGGAACTCTACCATTGAGCTACACCCGCATATATTTAG +AGTTAATACTCTAAAAACTGCATATCATTTGTGTTTTAATCATTTAAATTTGGTCAAGTC +CTCGACCTATTAGTATCGGTAAGCTACATACATTACTGCACTTCCACCTCCGACCTATCA +ACCAGGTAGTCTTCCTGGGGTCTTACCCTTACGGTGGGAAATCTTATCTTGAAGTCGGCT +TCGCGCTTAGATGCTTTCAGCGCTTATCCATTCCGCACTTAGCTACCCAGCTATGCCCTT +GGCAGAACAACTGGTACACCAGCGGTGCGTCCATCCCGGTCCTCTCGTACTAAGGACAGG +TCTCCTCAAATTTCCTACGCCTGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGA +ACCCAGCTCGCGTACCACTTTAATGGGCGAACAGCCCAACCCTTGGGACCTACTACAGCC +CCAGGATGTGATGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGGACTCTTGGG +GGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGC +GGAACCACCGGATCACTAAGTCCGACTTTCGTCCTTGCTCGACCTGTATGTCTTGCAATC +AAGCTCTCTTGTGCCTTTACACTCTACGTACGATTTCCGACCGTACTGAGAGAACCTTTG +AGCGCCTCCGTTACTTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCACCTGACAGTGT +CCCAAGACCAGATTCATGGCCTATGGTTAGAGTCCCAGTACTACAAGGGTGGTATCCCAA +GGATGACTCCACCGAAACTGGCGTTCCGGCTTCATAGTCTCCCACCTATCCTGTACATGT +AGTACCAAGACCCAATGTCAAGCTACAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGC +AGGTAACCGGCATCTTCACCGGTATTACAATTTCACCCAGTCTGTTGTTGAGACAGTGCC +CAAATCGTTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTA +GGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTAAGTTCACTGCTTCGATTGCTCT +AACAGATCCCCTTAACCTTCCAGCACCGGGCAGGCGTCAGCTCCTATACATCGTCTTGCG +ACTTAGCAGAAACCTGTGTTTTTGGTAAACAGTCGCTTGGGCCTATTCTCTGCGGCCTGT +CAAAGACAGGCACCCCTTCTCCCGAAGTTACGGGGTCATTTTGCCGAGTTCCTTAACAAC +AGTTCTCTGGCTGGCCTTAGGATACTCTCCTCACCCACCTGTGTCGGTTTGCGGTACAGG +CACCTTTAACCTCGATAGAGACTTTTCTCGACAGTGTGAAATCAGCTACTTCGCTACTAA +ATTTCGCTCCGCATCACATCCNAGCATTATTCCTACGGATTTGCCTATAGGAACTGCCTC +AATGCTTGCCCGTACATAACCAACAGTACGGTTAGCTTATCCTTCTGTGTCATCCCATTT +CTCAAACGGTTATTGGTGGTACAGGAATATCAACCTGTTGTCCATCACCTACGCCTTTCG +GCCTCGGCTTAGGTCCTGACTAACCCAGGGCGGACGAACCTTCCCCTGGAAACCTTGGGT +TTACGGCCTGTGGGATTCTCACCCACATCTCGCTACTCATGCCAACATTCTCACTCGTAT +ACTGTCCACATGTCCTTACGGTCATGCTTCAACCTGCATACGAAGCTCCCCTACCCATCA +TAATGATGCCGTAGCTTCGGTAGTACGTTTTAGCCCCGGAAATTTTCGGCGCAGGATCAC +TCGACCAGTGAGCTATTACGCACTCTTTAAATGAGTGGCTGCTTCTAAGCCAACATCCTG +GTTGTCTGTGCAATCCCACATCCTTTACCACTTAACGTACATTTAGGGACCTTAGCTGAC +GATCTGGGCTGTTGCCCTTTTGACTATGAATCTTATCACCCACAGTCTGACTCCCAAGTA +TAAGAATACGGCATTCGGAGTTTGATAGTCTTCGGTAAGTGCAATACCCCCTAGGACATT +CAGTGCTCTACCTCCGCTTCTCTCAACCTTGAGGCTAGCCCTAAAGCTATTTCGGGGAGA +ACCAGCTATCTCCGGGCTCGATTGGAATTTCACCGCTATCCACAAGTCATCCCCGAGCTT +TTCAACGCTCGTGGGTTCGGTCCTCCACGAAATTTTACTTTCGCTTCAACCTGCTCATGG +ATAGGTCGCCCGGTTTCGGGTCTACGCCAAGTAACTTAAATTGCCCATTTAAGACTCGCT +TTCGCTACGGCTCCACACCTTAAGTGCTTAACCTTGCTACTTAACGTAACTCGTTGGCCC +GTTCTACAAAAAGTACGCGGTCACACAAGTAATGTGCTCCCACAGCTTGTAAGTACAGGG +TTTCAGGTTCTATTTCACTCCCCTCCCGGGGTTCTTTTCACCTTTCCCTCACGGTACTAT +GCGCTATCGGTCACTAGGTAGTATTTAGGCTTGGAGGATGGTCCCTCCTGCTTCCCACAG +GGTTTCACGTGTCCCGTGGTACTCTGGATCATATCTATCGAATTATCGTTTCAACTACGG +GGCTATTACCCTTTATAGCGGGGCTTTCCAACTCTCTTCATTTACGATGACCTCGACCTT +TATAATATGTCCGCAACCCCAACGAAGTAAACTTCATTGGTTTGGCCTGTTCCGCGTTCG +CTCGCCGCTACTTACGGAATCGATTTTTCTTTCTCTTCCTCCAGGTACTTAGATGTTTCA +GTTCCCCGGGTTCCCCTCGCTAAGCTATGTATTCACTTAACGATACTTAGACATTACTCT +AAGTGAGTTTCCTCATTCGGAAATCTTCGGATCAAAGTTTACGTGCAACTCCCCGAAGCT +TATCGCAGCTTATCACGTCCTTCATCGGCTCCTAGTGCCAAGGCATCCGCCCTGCACCCT +TAATAACTTGACCAGTTATTAAAAGTTATTGCCAAAGTCTTTATGCTCATATACATTCAC +ATAAATCCCTTTGCTTAAAGTTGATTTTAAAGACTTATCTGTCTATATATAATTAAATGA +TGTCATATCACTAAATGTTATGCAGTTTTCAAAGTACTAAAATGCTATCGCATGTCGCCA +ACATCTAAACATTCACATACGTTCATATTCATCCCGTTGCTCAAAATGCAGTTGCATTGG +GCTATGCCCTCTATTGTTGAGTTTTCATTTAATGAACCCTCAAAATTAAACAGTAGGCAA +TTCTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACT +TCACCCCAGTTATTGGTTTCACCTTCGACGGCCGCTTCCAAAAGGTTAGCTAACCGGCTT +CGGGCGCCCCCAACTCCCATGGTGTGACGGGCGGTGTGTACAAGACCCGGGAACGCATTC +ACCGCAGCATTCTGATCTGCGATTACTAGTAACTCCAGCTTCATGTAGGCGAGTTTCAGC +CTACAATCCGAACTGAGAATGGCTTTAAGGGATTAGCTCCGCCTCACGACTTGGCTGCCC +TCTGTACCACCCATTGTAGCACGTGTGTAGCCCTAAGCATAAGGGGCATGATGATTTGAC +GTCATCCCCACCTTCCTCCAGGTTATCCCTGGCAGTCCCTCTAGAGTGCCCAACTTAATG +CTGGCAACTAAAGGCAAGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACAC +GAGCTGACGACAACCATGCACCACCTGTCACTTCTGTCCCCGAAGGGAAATCTCCGATTA +GGGAGAGGTCAGAAGGATGTCAAGCTTAGGTAAGGTTCTTCGCGTTGCTTCGAATTAAAC +CACATGCTCCGCTACTTGTGCGGGTCCCCGTCAATTCCTTTGAGTTTCACTCTTGCGAGC +GTACTTCCCAGGCGGAGTACTTAATGCGTTAGCTGCGCCACCGAAGGGGGTAACCTCCGA +CAGCTAGTACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCC +ACGCTTTCGTGCCTCAGTGTCAGTTACAGTCCAGAGAGCCGCCTTCGCAACTGGTATTCC +TCCTAATATCTACGCATTTCACCGCTACACTAGGAATTCTACTCTCCTCTCCTGCACTCA +AGTTTCTCAGTTTCAAAGGCTTACTACGGTTGAGCCGTAGCCTTTCACCTCTGACTTAAG +AAACCACCTACGCACCCTTTACGCCCAGTAATTCCGGATAACGCTAGCCCCCTACGTATT +ACCGCGGCTGCTGGCACGTAGTTAGCCGGGGCTTCCTCCTCAAGTACCGTCATTATCTTC +CTTGAGGACAGAGCTTTACGACCCGAAGGCCTTCATCGCTCACGCGGCGTTGCTGCATCA +GGCTTTCGCCCATTGTGCAATATTCCCCACTGCTGCCTCCCGTAGGAGTTTGGACCGTGT +CTCAGTTCCAATGTGGCCGATCACCCTCTCAGGTCGGCTACTGATCGTCGCCTTGGTAAG +CCGTTACCTCACCAACTAGCTAATCAGACGCGGGTCCATCCTATACCGCCGCAGCTTTGA +TAAGAAATCCATGCGAATCTCTTATGTTATCCCGTATTAGCATACCTTTCGGTATGTTAT +CCGTGTGTATAGGGCAGGTTACCCACGCGTTACTCACCCGTCCGCCGCTCTTCTCCGAAG +AGAATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCA +AACTCTCAAATAAAAGTTGATAGACTCAGATACTGTTATATATCTGGCTTTGTTTGGTTG +TTTCGAATAATTCTTTAATAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAA +AGTTCATTTTTTCGACTTATTTATCTTACCAAGTTTTTCTTTCTTAGTCAAGACTTTTTT +TCATCTTTTTTTATTTCGTTTTGTCCCGTTCTTAAGGACAAGTAATACTATACCATGCTT +ATATTTTATGGTCAATACTTTTTTTATATTTTTTATTTTTAATTTTAAAAAGCTTTTATC +TATATTACTTTATATGTAATTTGTTTACAAATCCTATTCTCTGAATACTTCTATTATATT +TTTGTAAGAATATATATAAGCATTTTAAGGAGATGAATAATATGGCTAAATTTAATCAGC +TAAAAGATTTATATGAAGATGGGTATAGATGCATCTATTATGATTCTACCGCAAATAGTC +ACACCATATATTTAAAAAACTTTGATACAGAAGGCTCTGAGGTTATTGAATTAGAAGATG +ATAATGATTTTTCTGAATTCAAAGATTATATAGGTGACCTTAGAATGTCTTAGTTTTTAA +TATCTTTTCAAAATAAAATAGAGAGCAGTTTGCTTCTAGTGTTGCATTAATGTAAAATTT +AATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTG +AAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_32 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGGCTTTTCAGTCTCTTTTTTCCTTTTCAACACCAGTTAAAAACATAACCTACAAAAAA +TTATGACATACTTGCATAAGTAATAAAATATGATTACTAAAGTTACTATATTTTATTATT +TATCAAAGGAAGGAATGCGGCAAATGAAATCAGATATTTCTATAAAACTATCAAAACTCA +AAGAAATAACAACTTATCACTATAAGGTTATATTATACTTAGACGGAGTGGGCGAAGCCA +CTCAAACTCAAATGAGCAAAGAATTTGAAACTACTAAGCAACGTGTAAATAAAGTATGCA +AAGAACTTGCATCTATGGACATAATACAAGTTAAACGAACAGAAGGTAGAAATGTATTTT +GGACATTGAATCCTAAGCCGGAATTTCAAATTATAGGACAATTAAAACTAGAAGATATAT +AAAAGTATATAATACGACAAAAAACGCCTTAGATATATAGAATATAATGTTAAAATTATA +ATCAATATAGTTTAACCTGTATATTTCAATCTTTAATTTTGATTATATATAATCAAATAA +TATAATCAAACTAGAATTACAATATAAAAACCACATTCATCTACTTAATTAATAGTAAAT +GGATGTGGTTTTTATATTGCTTTGCTTAAACTACTCTCAAGTTCGCATTATATTAAAATT +ACGAACTTTGATTATATTATACATGGTGTTCAATTATTTTTTATATATGTAGAAATTGAT +AATCTTAAAGATTTATTAGATAGCATATGAATCTTATCTAATTATTTCTATAAAAACCTC +AAAATATTTACACGGGTACTTATTCTTTTAACAAATATTGCACATACTATAATTCAAATG +AAGAATTAGGAGGTATTTATAGTGGAAAATAATATGGCAATGGAATATCCTATGTTTTGT +TATCAATGTGAACAAACAGCTGGGGGTAAGGGATGCACTAAATTAGGTGTATGTGGTAAG +ACACCAGAAGTGGCAAATCTTCAAGACTTACTTATTTATCAAATAAAAGGCATAAGCTGT +TATGCTAAAGAAATAGTTGAAAAAGGCGAAAATGTAGATAAAGATATAGTTAGTTTTATA +GAAAATTCTTTATTTACAACATTAACAAATGTAAATTTTGATGCAGATGTACATGTTAAA +ATGCTTAGAGAATCACAAAAAATAAAAGAAGCATTGAGAAAAAAAGTAGGTAAAATAAAA +AATGATACTGAACATGCTACATATGATTTAAGTGAAACTAAAGCAGAAATGCTTAAAGAT +TCTAAAAAAGCAGGGATAATGTATGATCAAGAACTGGATCCAGATATTCGCTCCCTTAGA +CAAACTATAGTTTATGGATTAAAAGGAATATCAGCTTATGGTCATCAAGCAAGAGAATTA +GGATATTATGATGACCAAGTAGATAACTTTTATATTAGAGCTTTAGAAGCAACTACAGAT +GATAGTTTAAGCGTGGAAGATTTAATTCGATGGACAATGAGAACAGGTGACATGAGTATA +GCTGTAATGGCAAAATTAGATGAAGCCAATACTAAGACATATGAAAATCCTTCTCCTCAA +AAAGTTAATGTTCATATTAAAAAAGGTCCATTTATAATAGTATCAGGACATGATTTATGG +GATTTACAAATGTTACTTGAACAGACAGAAGGAAAAGGAATAAATGTTTATACTCATGGT +GAAATGCTTCCATGTCATGGTTATCCTGAACTAAAAAAATATCCTCATTTAGTAGGGAAC +TTCGGAGGTGCTTGGCAAGACCAACAAAAAGAATTTGATAATTTGCCAGGATGCGTATTA +ATGACAACAAATTGCTTAATGAGACCTAGAGAATCTTATAAGGATAGAATCTTTACTACA +AGTGTAGTTGGATGGGATGGAGTTCAATATATTGGCGTAGGTCCAGATGGTAAGAAAGAC +TTTACTCCAATAATAGAAAAAGCTCTAGAACTTGGTGGATACGAAGAAGATCAAGAGCCA +CATGAAATATTAGTTGGATTTGGTCATCATGCAACACTTTCACATGCTGAGGAGATAGTT +AATGCAGTTAAAGACGGTAAAATAAGACACTTCTTCTTAATAGGAGGATGTGATGGCGCA +AGACCAGGTAGAAATTATTATACTGAATTTGCTAAAAAAGTACCTGATGACTGTGTAATT +TTAACACTTGCTTGTGGTAAATATAGATTTAATAAATTAGACTTTGGTGAGGTTGCGGGA +CTTCCAAGACTTTTAGATGTTGGTCAATGTAATGATGTTTACTCAGCAGTAAAAATTGCA +ACAGCTCTTGCTGATGCTTTTGAAACAGATGTAAACGGATTACCGCTATCTCTAATTGTA +TCTTGGTATGAACAAAAAGCAGTAGCAGATTTACTTGCATTATTATCACTTGGTGTAAAA +AGAATCTACTTAGGACCAACACTTCCAGCATTTATAAGTCCAAATGTACTTCAATATTTA +ATAGATACTTTTGATTTAAGACCGATAAGTACACCTGAAGATGACATAAAAACTTGTTTA +CAACAATGTATACAATAATAAATAAGGTAGCGATTTTATGAAAGTAATAAATATAAATAA +AATAGATACCAATAGAGAATTCTTATGTGAAAATGAAAAATATAAAACAATATTTTTCAA +GTTTGATGAAGGTAAAGGACTTCCAAATCATACTCATAACGGATATGCCTCTATACAAGT +TATCGATGGAATAGTAGATATGAAGTTTGAAAATGGAGAGACATTTGAATTAAAATGTGG +AGATTTTTTACCTTTTGATGCAAGGATAGAACATAATGTAATAGCTAGAGTAACTAGTAA +AGTACTAGTTACAATTATAAAATAATAAATTAATTAGTTATAATTATAAATATACTTCTT +AAGTGGAACAATAAGTTAGTAAAACGATATCTGTTAACTTATTTTTCCAAATAATTATAG +TTCTTTTTATTGTTTTTCTCGTTATATAGGGCATAATAATGACTACAAACTATCTAATGA +AACCTAGAGATCCATATAAAGATAGAATAGTTACAGTTGTTGTAGTTGGTGAATGGAGTA +AATTTGTCTTAAATCAATGTGACTTTTTACTACTTGATGTTCGAGTTGAGCATAATATTA +TAGCTAAAGAAACAAGTAAAATGTTAGTTATTATATCTCAACCATTATCATAATATAAAT +AGCGTATAAGGAGGTAAAATATGAAAGCTTTTGTAGATAGAGGTATTTGTATAGGATGTG +AGGCATGTGCAGGAACATGTCCAGAAGTATTTAGTATGGATTCAGAAGGTATATCAGTAC +CTATAAAAGAAGATATTCCAGATGATTTATTAGAATCAGCTCAAGATGCTAGAGATGGAT +GTCCAGTTTCATGCATAAGTATAGAATAATTAGAATACTATAAACAAAGGAGTTGTTTCT +TTTTATGATTTTAAATCATTTTGAGACAACTCCTTTGTTTATAATCTATACCAATAAATA +CATTGATATGGAAATTAGAAAGCCAAGATTTATAATCATAATGTAGAAAATGTTATAGTG +ACTACATATATCATTTACATAATAAAACAGATTGTTTTCGTGAAACCCCAAAATAACCAT +AAGAAATTTTATTTCGCATTATATAACAATTGTGACTTAATTATACTATATCATTTTCAA +CATTTATTTAATATAAAACTTTATACTTTATAGCTTGATTATTGATTATACTTTTTACCA +TATATTAATATATTTACTGATATAAGAAAGGACACTATATAATTAAATATAGTGTCCAAA +TTAAGAGTTTGATTATATAAATATTACCCTATATAAATAGAATCTACGGCGTTTTTTTAT +TATATATATTTATCATAACAACTCAGGATGTGTTTCATAAAAGTCTATTCTAACTATATT +TGATAATTCTATGAATGATTCCCTGTCAATATCTAAACATCTATACACGTATTCTGGTCC +AAGTTTTTGAATGGCCTCTCTTAGTAATACCTTTCGTCTTTCTATTTTTAAGCCTGTTTG +CATTTTGCTTACTTTACTTAAGTTGGACTTAGTTTCTGGATTTTGTAATAAATATTTTTT +ATAGTCTTTTAGTTTAACATTTCCAGGTAAACCTAAATAACTTTTATAGTTATCTATCAA +GTTGTTGCATAGTCTTGTTAATGCATAAATGGTAGGTATATGATAAGGACAATCAAAGCA +AGAACAGCCATCTTTGTCATCTAAATTAGGCATTTGACACCTTTGCTTACCAAATAAACA +CTGTATATCACTACCGTTTTTACTAGGTAAATCCATCGTACATAAATTTGTGAATATTTC +TTGGCATTCTCCGAAACTTTTTTCAGATATCATATCTACTACATTTTGTCTTTCAGATCT +GATTATATTTAAAAATTTAGCCGTACTATTAATTTTTTGAATATCAGTAAAAACAGCGTT +TATTTCCATAACCTTATTGGTCATTTCTTCGAATGTGCCAGTATTTCCCTCTCCTAAAAC +TTTCTCTGCTAAAAGTGCTGGAATATATCCAAACTCACCACGAGAGAATAGTTGCTTACT +TAATGATTCTACTTTACTTATATCAAAATCTACATAGTTAGTAGCGCTATATATATTAAG +ATGTTTTCTTACCTCAGCACAATAGATCAATGCCTTATCATCACCCTTTAAGTTGGCAAG +GAAATATATATAAGTCATTATTGACTTGTTGAATTTTCTTGATTTGAATATAAAATTTTC +AATCTTTGCTGGTTTAAAAAAATTTTTTAAATTTGTCTCAGTTGCTTCGTTGTACATATT +ACCAAAATCCATTATTACACTATCCTCTTTATATTCACTTACGATATTATGAGAGTATTT +ATATAAATGTAGTATTATAACGGCTGTTGCAAAGGCTGGAGCAAGTTCATCAGAGCAGAA +GAAGGCTCCATTTATCTGAGTTTTAGATATTCTCATCTCCCATTGTCTAACTCGAAATAT +TATAGCTCTAGATTGTGGAAGAGTAAGTTTATTATCAGTAAACCAGTCTATTTTTTCTAT +GTTGTATTCATCAAGCAAATCATTTATAACCAACTCTGGAAATGTAGTACAATCACCGTT +TCTCCAAGCGTTATTTAAATGTAACATTGCATATAACCAAACAGATGCATGTATTATGGT +ATTTTTATTTTTAAATTCATCGACAATCTTTGGAATGTGTGTATCTATATCTATTAAATA +ATTAAATACTTTTGAATAGGTTTCAAAGTTATATAAATCTTTAGGCTCATTCTCCCACTC +ACCTACAAGGTCATCTTCAGATTTTTTGTTTGAGGGATTAATAATTTTATCAAAATTAAA +TTTTAATTTATTATTTAATCCTAATTTTTTTAAGTCTGAGTTTACAGACTTTAGAAATAG +ATATAATCCCTTTCCTTGTGTTTCATTTAAACTTCTTATGAAAAGATTTATTTGAGAACT +ACTTAAAAGATATATCTCTTCAATGCTATATCTGCTTAATAAATTTCTAACGCTTATAAT +TAAATCGATCATTTCTTTAATTTTTTTATCAGCAACTTTTTTATTTTTAGATTTCATGCT +ATTTAATTTGTGTTCTATATAGTCAAGCACCTTTTGTTTCGTATAACTACTTTTCTTTTC +AAATCCTTTATTCCATGCAGATAGACTCTCCAACCTTATTAAAAAAGTCTCAAAATTGGT +GCTGCCTACTTGTTCGGTTGTGATTGTTTTTGATTTTCTTTTTAGGATATCTTTTAATAA +TTTATCCACATCTGTTTTTTTACATACACCGTGCCTAGAATAAGCAGAACCATACAATCC +AACACATCCTTTAAATTGAAGTGGAGGATCATATCTATGAAGTTTACGTTTATAATTTTC +AAAATTCAGCCCTTTTAAACTGAAATAATCAACGAGCACAGGTCCTATTGGTATATGTTC +TTGGAAGTATTTTTCTCTTTCTTCAATTAGATTTTTTATATCTTTTACTCTATAGTATAC +ATAGCGATGTCCTTTTACACGCTTTATAAAACCTGCCATACTTATGTCTGATATAGTTCT +AGAAGGTTTATTCCCATGAAAAGAAAAGTTTAACATTAAAGTTGCTGTAGTAGGATCTAC +ATATTCCTCTCCGTCAAAAAACTTGATTGGATATTCACTAGCATCATTACCTAAACTTTC +TGTCAATACGTCTGTATAACGTTTTTCATTATTAGCCAAACTTTCTACTATTGCATCTAT +ATCGCTTTTTTTAAACAATGAACGCGCACTGGTGATGCATGTTTTACCAAGTAACCCGCG +GTAGTGTTTAGGCATAGGAACTCCATAGATGTTACGAAAATTTAGTGTACGTATGGTAAG +ATTAAAGTCTTGTACTACCTGAGTACAAGAATAGTATTGACTACAAAAATCTTTGATTTC +TTTTACAGCTCTTTCTACATCGTCTAGTTTATAAATGAACCTATGGCCTAACTTCGCTGT +TGTTATGTTAAACCCTTCGATTATACGTTTTACTACAAATTGCTTTGAATCTATTTCAAA +CATTTCAAACAAGGTTTTTTTGTCTATGAATCCGTTAGGAACGATATACTTATCCGTTTT +CATCTCAGTATCCTCCTTTTAACTGCTGTCTCTTGTTTATATATTTTTAGTCGGTCATAG +ATGTAGCAATTTTACTTATTATGTCTATTTCGTTTGCTACACTTTCAGTTACAGATTTTA +AGTCTAAATACACCTCTGATGATTTTACAGAAGAATCTCCTCTTAGTATCATTAGAAGTT +TAGGGTCTGAATAACCCATGATATTTTTAAGATAACCTTTCTTTATAAGGTAGTTAGTAA +ATATATGTCTACCAATATGACTTCCCCAACTTTTCACTTTCAACTCATCGGCAACCGATG +GTTTTTCTTGTTCTATGAATTTTATAAAGTTCCATTTCAATTTATGAAATTCTTTCTGAT +ATACCTGTCCTGTCATTGGGTAACCGTGTGAATCTATAAATAATGCAGACTTGTGATGTC +TCTTTTTTAGAGTATTTAAGTAGTCTAAATGCTCACTCCAAATTTTAAATAATTTCCCAT +TGAAATTAAATACTGGTTGGTTTTCGCGGACTTTTTTTACTTGAGAATATCTTGTATCAA +CACCTCTTTCAAAAAGTTCGCTTTGTCTATCTTGGATAGATAAAGTTATGTGGTTTTTAA +TTTCATTTAACTCGACTGCTTCCAATGTTAAATTTACGACCTCTCCTTGTCTAATACCGC +CAAAGATTTGAAAAACAACCCCCAATGCGATATTTCTATGTTTATCTATTGCATAATCTA +TGAATGCCTCCCATAAATCCTCATCCATATCTTTTAATATTTCTCGGCGTAGCCTTGCAT +CTGTATCTGGGTAATGTACTTCAAAATTAGGATTACCTTTAAATGGATTAACAATTTGCC +AAATTACTTGATTTCTATTTTGATTTTTGACTGGAACGGGGACTCTCTCAACCTTTGCAT +CTTCACTTGTAATACCTAGTCTATATAAAAAATCATAAAACTTAAGCAATATATTTTCTT +TTTCTTTAACTGTTTTATAACTATTAATATCTTGCAAAGAACTTATAAACTCAGATAAGT +GGTAAAAGTTTAGCCCGTATAATCCTTTTTCTTTTAATGTATCAAACACGCTGTTATAGC +CTAATGATATTTCATGATTTATATAATTTAAAAAAATAGTGATTACACGACCTTCTTTTA +TTTTGCTGTTATTTGACATGTCGTTACACATTTTCTTTAAGTATGAAGTTAACTTAGATG +GAATCCAGGCATCTGAATCATTGTACTGCTTAACTATTATTATTTCTTTTCTTTCTTTAT +CTTTATATTTACTGAAATCTCTTATTGTTATTTCTTTTACTTTATATGTCATTGAATTAT +TTAAGTTTAATTTTATACTTTCATTTATTGGATTAGTATTCATATTTCCCCCATAACTAA +AACATAGTCCTTTGGTATTCTGTTGTGCTATGTTTTATTTTGTTGTAATAGTACATATTT +TGTTTAATTATAATACAAAATAGACAAAAATTCAATGATAGTAATTGTAATGGTTTAGAG +GGTATTTTATGTATGTTTTGTATAACCTTGTATAGATAAAGATAATCCTATTATGAAAAT +GAAATCAGATAATAAACTAGAGAAGATAAGTTATACTCCAGATAGGGTGTTTATAGATAA +TAGCAATATTATAGGTAAAGAGGTACCTCAAAAACTAGATAAAAGCTGGTATATAGCTTT +GGCTAAGGAAAGATTAGAGAGCTTTGTAAGTGAGTATAAATTTACATTATTTGATTACTT +AAACTTAATTTAAAAAGAATAGTAATTAACTTAAATTAACTTATAAAAAACTCCCTTATA +ATATACCTATTTTATAAGGGAGTTAATATTATAGATTTTAGATCATACCTTTGTATCCTT +TTAATAGTCTAATATAATGACTAGATTCTCTAAGGACATGATCGGCAAGAAGTGGTAAAA +ATATTGATTTTATTTGGCAATCAATACTTCCTTTTGTTCCTGCTGTTTTGAATTCTTTTA +ACTCTATAGTTTTGTTTAAAGTTTCATCTGTAACATTAGATATTGTTGCATCTGTCATTC +TCTTTGCTTTTTCAATTAAGTTAGCAAAATCATTAGCAAAATCATTTGAAGTATTAACTA +AATCATTTTCAGATGGATCAAGTAATCCTCGAATAAATAATGCATGTTCCATCATAATTT +GATCCCAAAATAATTCTGCATCTCTAACATTATCACAATCAATATCTTGACCGTTCTCAA +GGGCAACTACATAAGATTTATATAGTGTAGCTTCACGAGTTATGTGTTCAATAAGTAGAG +GATAATTTGTTGTAAATAAATTGCAATTTAACATTTCACATAATACTTTTTTCTTGAAGT +TAATAAGACCTTCGATTAATCTTATGGCGTTAGAATTAAGTTTTTGTACATAGTTTACTA +TTTCGCAACTAATATTCGTACTATATCCAGCTTGCAATTTTGATTCCATAATTGTTATAT +CTTTGTTTATTTCTATGCCTGTAAGACACTGTGTTTTATGTTCTGCATTTAGTGTATATT +CTGTAAAAATTTCTCCTGAACTTAATACATGTGGCCTAATCATACAGTTGCTAACTGATA +AGCTACATGATAAAAGTTTTTCAAATTCTCTTTTATAGTGATCTGCTATTTCAGCATATT +TAGAATCCTTACATGTAAAACCAGCTTCTAAGAATAGAGAATGTTCCTTCATAATCCTAC +CAAAAAATAAATGTAGCTCTAAAGATTGGACAACATACTTATTATCGTTTATCATAGATT +CACCCCTTAAAAATACTCTATACTACTATATGATTCAATTGTTATATATGTTCATAAATA +GCAGACTATTTTCCTGGGCTACTGTTATGAGATTAGTATTTATAAATATAGCTTATTATA +TTTTCTCGTTTTGAAGATAATATAAACTATAAAAATATCCTTTAAGTTCAATTAGATCAT +TAAAACTACCTTTTTCAATTATCATACCATCTTTCATTACTATTATTTCATCATAGGAAA +GTAATATATTTTTTATAAGTTTATGAGTAACTACAACTAAAGTTAAATCATTAATAGATA +ATAATGAGGTTTCTAAATTATAAGCAGTCTCATTATCTAAAGCAGACGTTGATTCATCTA +AAATTAATATCTTAGTATCATTGATAAGTGAACGTGCAATAGCTATTCTTTGTTTTTCTC +CACCAGATAATTTATTTCCATTTTCACCAACTAATGAATTGATACCATTAGGAAGTATTG +ATATTAAATTTGAAAGACCAGACCTTCCACAAACTTCCAGTATTTCATCATCACTATAAT +CTGCATAGAGTTTAATATTTTCTTTTATAGAATCATCAAACATAAAAACATTTTGTTGAA +TCATAGAAATATTTTTATATAAATCATGACTAAGAATTTTTTGTAGGTTTTTATTATCAA +TTAAAATCTCACCATTATAGTTTTTGTAGTATCTCATAAGTAGCTTGGTTAACGTACTCT +TACCAGAGCCACTTTCACCAACAATAGCATATTTTTTATTTTTTTCAAAGGTTAAGTTAA +TATTATTTAAAGCTTGTCGTTCATCTGAATAAGAAAAGTTTAGATTTTTTATTTCTATGT +TTTTTCCAAATTTTTCTAGTGAAAGATCTTCGATTTCTTCAGAAGAATCACAAAGAATCT +CATCAATTTTATCTACGATAAGTGATACAGATTTTATTTGGTTTATTAAAGAAATACTTG +TCTTTACAGGACCTACAATATGAGTGCTAAGTTGGATAATTATTATTGCTGTACCTACAG +AAATCTCTCCTTTATTCATGAGATAACCACCTAAAATTAGAACTCCTAGATAAATTGTTA +CACTAAAAGAAAGTGAAAAACCTTTGATTATTGATTCGAGAATAGAGCACTTTTTTTACT +ACTTTCAACTGCGGTAGAAGAATTTTTAAATATAGGATTTATTTTATGAGCGATGTTAAA +TCCTTTTATTACTTCAAATCCAGAAAATAAATCTTTAGTAACAGAAGTAATATTTTCTAA +ATTATTAGAAAAGTTATTTCTTTCAACTACTAATTTTTTTGAAAGTGCATTAGGTATTAC +AAAACCTAATGTACCAAATATTGATATAAATATTACAATAGTTGGACTTATAGAAAATAA +AAATATTATAGAGATTGTAAAGGATATAAAAGACGAAATAACTTGGAAAATATTATTTAG +TAGACTATCCTAAATTATTTTTAAATCGTTATAAAGAATAGATATGTATTTGCCACTATT +ATCTAGAGCAAAATCTTTTATATCTTTATTAATTATTTTAGAAAAAATATCTGTTCTAAG +ATAGTTTACAGTATTTTTTATATATGATGACATAACATATCCATCTATATATTCTGTGAT +GAATAAGATTATTATAAGTGCAATACTTGTTAATATGATTGGTACAAACTTATGCGTTTC +ACCATTTGCAAAAATATCAACTATAAATCCCATTATAAAGTCAAAAGCTATAACTGATAA +AGCCGCTAAGGATATAGTAACTATCCTGTCAAAAAATAAGAGTTTGTATTTAAAAATATA +CTTCCAAAACTTTTTCATAATACCTCCATTTTTGTTAAAATATTATTTTATTGAAAAGAA +TAATAGATACTAAAAAATAACTTCCCTTTATTCTTAAATCTCAATAATTTATCACTTACT +ATATAATTATATATAAAATTTTGGTTATTACAAAATGTTTTGAGCAAACAAGGCTTAAAT +TAAGATATCACTTTTATTTAAATATACAGAACTTCTAAATGATTGTAAAAATTATACATA +TGATTTAAAAATTGATATAATTAAATAGAGATAAATAACAACCAAGGGGGAAAGATAGAT +GGGGTTTAAACTTCCAAGATACAATCATCCAAATTTTAGTGAAGAAATATTTGTATCTGC +ACCAAATGCAGAGTATAAGCTAGTTGAAAAAGATAAAGTAGCACCGGACAATTATCATGC +AATGTCTATATTTCCAGAATACTTCAAAATAAACGGAGAATGGATATTAGCTGAAGAAAC +AAGAATGGATTGTGTTCCAAGAATTAACTCTGAAGGAAAAATAGAAATAGTAGAATTTAG +GGCTTTAAGAGTTGGAGATAAAGTAATTGTAGGTAGGACAGAAGATGCTAGTGAGGGGAT +ATACTTACATGCATCAGGATTTGAAAAAGAAGTGCAAGATAATGACGTTTTTGCTTTTAG +AGGAGGAAGGTCAAGAGAAACTTCTCAGACTATGGATTATGACAAATTATATGAACTTTT +AAAACACGAAAAAGAAAATGGATATGTAGTTTGGGTAATGGGTCCAGCTGCAGTATTTTC +AGAAGGCGCTAGAAATTCTCTGACTAAGTTAATAAATTCTGGATACGTTGATGCATTTTT +AGGTGGAAATGCAGTAGCAACTCATGACTTAGAAGCTGGAATATATCACACTGCATTAGG +ACAAGATATATACACTCAAGAATCTATAAGAAATGGTCACTACTGCCATTTAGATTTATT +AAATAAAGCAAGAAAATATGGTTCAGTAGAAAAATTAATAGAAGAAGAGAATATAACTTC +TGGATTAATTCAATCATGTTATAAAAATAATGTGCCAGTAGTATTAGGCGGATCTATAAG +AGATGATGGGCCTCTTCCAATAGTAATAGGAGATGTATACGAAGCACAAGATGAAATGAG +AAAACATATAAGAAAAGCAACCACAGTAATATGTATGGCAACTCAATTACATACAATAGC +TACTGGTAATATGACACCATCATTTAGGGTAGTTGATGGTGAAATAAGACCATTATACTT +TTATACAATAGATACTTCAGAGTTTGCTGTTAATAAATTAAGAGATAGAGGAAGTCTAGA +GGTTATCACTATGATTTCTAATGCTCAAGACTTTTTACAAAGATTAGCTGATAATTTGGA +GTAATTATAGATAGCATTATAGGTAAATGAGCAATTAAGTAAATGAATTCTTGATTGCTC +ATTTATTTTGCAAAAATTGTGATTTTAATAAACTATTTGTCAAAATTATCATATTATATA +TTGATCGCAATGTTTACTATAAAGGAGAATAGACGTTATGCAAAGTAGGAACTCGAGTAA +TTATAAAGGAATAGATGTAAGCCATTGGTTAGGAAATATTGACTATAAAAGTGTTTTGGA +AAGTGGAGTTGATATAGTTTATATAAAGGCTAGTGAAGGGAAAAGTTATATAGATCCAAT +GCTTCATACTAATTATATAAATGCGAAATCTCAAGGATTACTAATTGGATTTTATCATTT +TTTAGAGCAAGTAGTGAATCAGATGCAATTGCAGAAGCTCATCATTTTGTAAATACAATT +AAAAGTTATAAATCAAATTGTAGATTGGCTTTAGATATAGAAGTTAATAATGGATTAAAC +AAATCTACTATCACAAACCTATGCATAAAATTTTTAGAAGAAGTTAAAAAACTTACTGAT +ATAGATGTTGTTATATACACATATACTTCTTTGTATAAAAGGAAATTTTAACAAAAAAAT +TAATATTTATCCTTTATGGATAGCGCATTATGGAGTAAGTACGCCTGATAACAATGGTAT +ATGGGATAATTGGATAGGATTTCAGTATTCAGAATCTGGTAGTGTAAGAGGTATTCCAGG +CAAAGTTGATTTGGATGAATTTACATCAGGTATATTATTAAAGGATAATGATTCTTTTAA +CGAAAAGTCAATTAATATAAATAATAAAATACTCTAGTTATAAGGCTAGAGTATTTTATT +ATTTAATTATCTTTGATTATCTATTATATTATTTATTAGTCCTTTGCATCTACCACAACC +AGTACCTGCTGTAGTAGCTTCAGAAACTTTTTCAACAGTATCAGCTCCATTTTTAACAGC +TTTTGCGACTTCTTCAACTGATACATTTTTACATCTACATGCATTTTCGAGGATTGCCTG +TATTTCTTGTGCATGATTATCATCTTCAACAGTTATATTAGTCATATTTTCTATATCTTC +TATAGTTCGAGCACCGTTTGCCATTGCATTTCTTATTTTTATGTAATCGTCAGTTATTAT +AGCCATTATTTTACCTCCATAATTTTGTTTATTTACTGAGTTACTAACTGTATTATTTTG +TGTCACTTTTTAGATAATATTCAATGTAATTTAAATAGAAGAAATAATAGTAAATTTACT +CATAAAAATTATTTAATATAACTACTTACATTGAATGTATAAATGTTTTCCTGTATATTT +TAAAGTATGATATGAATAAATAGGAGAGAATAGTATGTTAAAAAGGAATATTAAGGTTGG +AAATAAATCAGGCTTACATGCAAGAATGATTACTTCATTTGTAAAAAAAGTATCAAGATA +TAAGTCACAAATTTTTATAAGTAAGGGAAGTGCAAAAATTAATGCAAAAAGTATAATGGG +ACTTTGTAGCATAGGCATAAGTGAAGGAGACATGTTAGAAATAGAAGTTAGCGGAGTAGA +TGAGGAAGTAGCTATGGCGGAAATAATTAAATATGTAAAGGAAATTGGTAAAAATAGATA +GCTATAAAGCTATCTATTTTTTAGTTTTACTTTAATTAGATATTAATTACAATAATTATT +TATTATAGATAAATATAAAAACTAATAAGTGTGACTGTTAATAGTTAAAAAGAAAGGATA +AGTAGTAGTCTATATATTAAAAAGTAAAAAAATTAGAAAATACTATTTATAAAAATCGAT +AACCATGATAAATTAAGTATAACAAATTTATATAGTATCTTTAAATCAGTTCAGAGAAAC +TGGCAAGGATTTCGGCAGAATAAAATTAAGTAAGATTAAGATTAATTATATAAAGTTTAA +TGAAAATTAAAGTGGTGGTACACTAACACCAGACTTTACAAGATTCTCAAATAGCAAAAA +ACAGCAGTAAGCACTACTGTAATAGCATTTTTAATAGGGAATTCTTTAATGTTAGCATTT +GATGCAATCGGAGCTATGGCAACAGGACATGCTGATATATCTGAAGTAATGTTTGCACAA +GGGTTAATAATAACAGCAATAATAATACTAGGTCTTAATATATGGACAACTAACGACAAT +GCTTTATATGGGTCAGGACTTGGATTTGCAAATATAACAAAGCAACCAAAAAGTAGAATG +GTTATAATAAATGGTGTTGTAGGTACCTTACTTGCAATATTCTTATACAATAACTTTATG +GCATGGTTAAATATGTTAAATTCATTTATACCAGTAACAGGAGCAGTAATAATAGCTGAT +TACTTCATAATAAATAAAAGAAAATATGCAGATTTTAAAACTGTAAGATTTAAAACTGTA +AATATAAATGCTGTAATAGCATGGTTAGCAGGAGTTGTAGGAGCTTATACAATACCTGGA +ATAACACCTGTAAACTCAGTAGCTACGGCAATAGTAACTTATGTGGTTTTAACTAAATTA +TCTTCTAAAAAAGGACAAGAATTAGAAGATAAGATAGCTGCATAATTAAATTTAAATAAA +GAAATTTGAAAATAGCTTTTAGTATCTTAGGAGGATAAATATATTAATAAAAAATGCAAA +ATTAAGAAATAATGACAACTTAGTAGATATATTAATAGAAAATGGAATAATAACTAAAAT +TGAAGCTAATATAGATATTCAAAATGAAGAAGTTATAGATGCAAATTGATTTTTAATTGT +TCCACCATTTATAGAACCTCATATCCACTTAGATACAACATTAACAGCTGGTGAGCCAAA +GTGGAATGAAAGTGGAACTTTATTTGAAGGAATAGAGCGTTGGTCAGAAAGAAAAGAGTT +TTTAAGTATAGAAGATGTAAAAACAAGGGCAAGAAAAGCTATAACATGGCGAGTTGCTAA +CGGAATACAATTTATAAGAACTCACGTAGACACTACTGACCCTGAGTTAACAGCAATGAA +AGCTATGATAGAATTAAGAGAAGAATTAAAAGACTATGTAACTTTACAAATAGTGCTTTT +CCACAAGAAGGTATACTTTCATATCCTAATGGGCTTGAACTGTTAGAGGAATCATTAAAG +CTTGGAGCAGATGTAGTAGGATCTATCCCTCACTTTAAATTTACAAGGGAGTATGGAGTA +GAAAGTATAAATAAGATGATTGAACTTGCTAAAAAGTATGATGTATTAGTAGATGTTCAC +TGTGATGAAATAGATGATTAACAATATATATTCATAGAAGTACTTGCAGCTAGAGCTTAT +GAAAATAACATGGGGCATAAAGTTACAGCAAGTCATACAACAGCTATGCACTCATACAAC +GTAGCATACACTTATAAATTATTTAGACTTTTAAAAATGAGCGGAATAAACTTCATAGCA +AATTCACTTGTAAATATACATCTTCAAGGTAGGTTTGATACTTATCCAAAAAGAAGAGGT +ATAACAAGAGTAAAGGAAATGGTAGAAGCAGGAATAAATGTATGCTTTGGTCATGATGAT +ATAGTTGATCCTTGGAATCCAATGGGAACAGGTAATATGTTACAAGTTCTTCATATGGGA +CTTCATGTATGTCAAATGATGGGATACAGTCAAATAAATGAATCAATAGATTTGATAACA +AACAATAGTGCAAGAACACTTAATATACAAGATAAGTATGGAATAAAAGTTGGAAAGCCA +GGAAATATGATAATACTACCTGCTGAAAATGGATATGATGCTATAAGAAGACAAGTACCA +GTATATTACTCAATAAGAGAAGGTAGAGTTATAGCACATACTACTTTAAGTGAAACAACT +ATAGATTTTGGAGAAAAAGAAGTAGTAGATTTTAAAAAGTAATAAAAAGCTGTTCTAAAT +GATGGTAATCATTTAGAACAGCTTTTTTAACTACAATGAGATTATATCTTAAACAAGTTT +AATTAATAATGATTTTACATAAAATATTAAAAAACTAATCGAGGTATAAATATGAAAGAT +ATAGATTTAATTAACAAAATTTACAAAATATCAGATAAACATAATGTTATATTAAAAGGA +CATATAATAATTAGTAGAAATACAAATGTTATACTATTTGCACATTATTGTAAGAGTACT +TTATTTTATAAAGATTTTTTTAATGTATCAAAAGATGTATTAAATGTAAATAAAATGGCA +AATAAAAATCTAAAAGAAGCTAAGAAAATAATAAAAAATGCAGGATATAAGAAAGTATGG +GCTAAAGGTATATTTTCAGTTTATGGAGACTTAAGGCCGTTAGCTGTAGAAGCTAACTTT +GGGAAGTGGGGAAACAATGGCATCATTGTCAATGATAAATATGGAAGTGATTTTCTAATA +AGTGCAATATTTTATAAATAGACTATATACATATATTAAATCATGTATACCTTAATAATA +AAAAACTTAAATTATACTAATAATTAAAAATAACAAGTAATATAAAGGGAGGTGGGATAT +ATCAATTAATAAAGGAGTAGCATAATAAATCTATGGCGCTAACTTTAAACATAGATAAGT +ATATAAGTAATTTAAATAATATTATCAAAGATGGAAAAATTAATAGATTTTTTAACTATA +ATATAAATTTAAAAAAACACAGGAGAATTTAGTATACAAAAAGACTTATTAACAGAAAAT +AAGGCACTAATTAAACAAAGGATAAGAAAACCTAGTATACTTGAAAAGTTATTTAAAAGT +TATAAATTAAGATATATGAAAGTATCAAGATTAATGTCATATTAACCTTGGTACTTTACA +TATTAACAAGAAAGTTTTAATGATTTTTCGAGAACTTTAAAAAAAGTTGTAAAATCGTTT +AAACTCTATAATAAATATAAATTGCTAAAAAATAAATAAAAAAGAACTGCTACATGGTAA +TTCGAAAATTGTCTATGCGACAGCACCATTTTTTATTTATTAAATTAAAAGTAAATATTA +TTAAGGTTAGTGTGATTACATTTATTTTTATTTTCTAAAGACGTTTTTAATAATGATATA +TTAGCAGGCAAAAGTGACAATAAATTTAAGCTAATACAATAATTTAAAAATACATTCCCT +AAAAAAGCATCCATATCGCAATGATAGTTGTATATTGGAGATAAAAAAACATACTCTGGA +TCTGCACATATTTTTATATCATTTTCTAAAGTTATAAATGCTTTTCTCATATTACATTTA +TGATTAGGTACACAGATATTACTTACTAATATAGTTTGAATAGAATCTGTAGTTGTTCCT +AAAGCCTCAATACACATTTTCTTATTTTTATCTATATGAGCTACTGCTTTTATTTTTACA +CTTATTTGAAATTCTAGATTAAGAGATTCTGTTATATTTAATAGTAAATCATCACAACTT +TCTTCAATTATATTTATATACTTTTCACTTATGCAAAATGAGCTTTCAATAGAAGATGAT +TCATTTTCCAATTTATGTCCGTTTATAAGTATTTCTTTTTTTATTTTGCATATATCATAA +TCTAATTTAGTTTCTAGTATTTCTATTCTAGTATTACAAGGTAAAACACATTCGTTTAAA +ATATTAAATTTTATAGGTAAATTAGAACTTAACTTATTTATAGTTACAGTATTATCAAGG +ATTTTATTTACCTTAAAAGGACAAATTATGATGTCAGAACTCTGCTGTCTACCCACAAAC +ACTCCCTCCTATTAAGTATATATTTATAATATGACAATAAGACAAAAAGGTTATTAAATA +AAATATTTTTGAGGAATATAAGAAATAATGTCAAAATATGAAGTAATGCATATATTGATA +CAAAGAGAAATATCTCTTTAAAAATAATCAAGGAGTGATTTGAATTGAGTTTTGATTGTA +TAAATCCCAACACAGTAGAAAATTGTGGGAAATATAGAAAACAATATGCAGGAAATTTAG +AATATGTTACTGAAGGTTTACTTGATATTCTTAATAAGAATATATTAAAAGATGAATTAA +AAGACACACCATTTAATTTACTTGATGATAAATGTGAATGTAAGGATTTTCCATCAAGTG +ATGATAGAGATGCAAGAGTTTTTGATTGTGCTTTATGGACACAAATAAAAAATAAATTAA +TAATTCTAAGCTCAGATCCTAATGACAAAGATGGATTATTATTTGTCCTTGATCAAACAA +TTAAATGTATATTAGCTAAAACACCTAATATAAACCATGCACTTGCTGTTCAACTAGAAA +GATTTTTATGTTTGGTTGAGTCTTTAAGTACAAGAATAGATTCTGTATGCTGTAATGATA +AATGCCCAGAAATAATAGGAGATTTATTATGTTTATTATTACAAATACTAACTGAATTAA +TTTCTGCAGTATCTAAGCTTGCAGTTTTAACATATTACGCAAGATGTGATGTAAATCCAT +CAACTGGAAATAAAGTAATTGTTTCATTATTTGAATGTTTATTATGTGACTTTATAAATG +ACTTATGTGAACTTGAAAGATTGATACCTGAATTAAGTGCAATAGTAGTTGGATTTGCGA +CATGTGATATGCAAATGTGTACACCTTGCTACACAACACCATCTACACCTAGAAAAGTAA +GACCTATCTGTCCACCTTACATGATGCATAACAATGGAGGATTTAATAAACCTCATCATT +GTGGAAGTTGTGGCTGTAAGAAGTAAATAGAATTTATAAAAGTGTATGTCTCAAAGTAGA +TTATCTATCTACTTTGAGACATCCTTTTACCATATATTAGGAGGTAAATTTAATTGAATA +GTAATCATAACTTAGAGGTTATTTATGAAATATTAAATGATATAAAATTTAATTTATTTT +GCAAAGATGATTGTTTTAATAAAGAAGAAGTGATAGTAAAGAGTTTAATTGATGAATTAC +TTGAAGAAAATTTTTGTAAAGAAAAAGAAGATAATTGTGATAAATCAAAATGTATAAATT +TAATAACTTTATTAATAAAAACTATTTCAAAAATAGAAGAGTGTACTTGTTGCAAAAAGA +ACTATGGATATTTATTACAAATTGATAGATTTGAGTGTATATTAGATAATTTAAAAGGAT +TATTCTGTCAACTTAGATGCTTAAAAATTAAAGAGTGCGATTTAGTATCTAAAGTATTAT +GTATATTATTTAAAATAATAAAATTAATAGCAGATATTATATCCAAGATAAATAATATAG +AGTGCTTATGTAAATCAAAATTACACTGCGAATGTGAACTTCTAGAATGTATGATTTGTG +ATTTAGCAGAAGAAGTTGAAGAACTTGAAAAACAAGTATCAGAACTAGCCTGTTTAGTAT +TAGAAATAGCTTCAAAAAATATTATTAACTGCACTACATCTAGAATGTGTATATATAAAA +AGCGAGATTATTTAAAAGATTATTGTGATCACTACTATATTAAAAACAACAGTAATTGCC +AGTCTAAATAAGTAAGATATTATTAATAAGGAGATGCTAATATGAATAATTATGATGGAT +ATAGTAGTGAATATGAAAGTTGTGGTGGATGTTCTTGTGGTTCTAATCCAGGATGCGATT +ATCAAACTTGTTCGCCAGACTATAATCCAGTTACTGTAAATAACTCTACATGTCCTAATG +TAGAAGGAAGTACTTCTCAAGGCGGAAGTGCTTCAGGAAATACGAGTAATAATACTAGTA +GTGTAAGTGTAAATATGTGTTGTTGTAAAAATGATTCTAGTAAAGATTGCTGTGTAGATG +GAGTTAAGAAATTACTAAACTTTATTCAGGATAAATCTTTGGAAGCAACAATAACTTCCA +GTCAAGTATATTTATATGGTGATTTAGTGACAGAACAGGATAAATTATTCACACCAAATC +CAGCAAATACACCACTTTTATCACTTATAAATTCAACACAAATACAAAATGCATCTATAT +GCAATGAAATAATAAAGCTAAGTAATACAATAGTATCTTTATGTACTGTATCTCTTGTAG +CATTTAGCTTTGAACCTAAAAATCAAAATGCATATATTAAGAAGAAATTTAAATTTATTA +AAAAATGTTCTTGCTCTTGCGAGTGTAATGAAGCAATTGCAGAAGCTTTATGTTTCAGCG +GATTTGGAGGAACATACACTGTAAGATTGAAAGATACACTTAAAATAAGTACAAATGGAA +CCTTATCTGGACCAGCGACATTAACTAATTTATTCTTAGTAGCAGTAGATAATAATATAG +CTATATTCTCAAATGCACTTACTCCTACGCTATACTATGGAATACCTACTTGTAAGATAG +CGAGCTTTATAAAAAGCTAAAATATATAGAAAGGAGACTTAATATGTATAATAATGGGTG +TTGTACACCACCTTCACCAAGAAGAGATAATTGTTGTTGTAAAGATGGAATTATTTGTGC +AATAGACTGGTTTTTCCAAGACTTCTTATTAAAAGAAAATAGATGTATAAAAACAGGTTC +GCTAATGTATTACCCAAGACTTTCACCAGTGCAAGTTCTACCGCTAACAAATATAAATCC +AACTCTAGAACCGATATCGAATATAATATATAATATTCCATTTATTACACAAGAGATAGT +TCCAGTTTATATTACAGAACAAAAGTCAGGTTCTTATATTGGAGATATAACGTATTTAAA +TATCTGCAAGTTACATGGTTTTCAATTTGAACTTAATGGTGATTGTAAAAGTTCTAAAGA +ATCAGATATTATAAGTAGATTTTCAAAAATAAAATATAGTTCTCCAAATAATTGTTGTTG +TAAAAATGGAATTTTGGAATTTTTATTAAAAGCAAGAGATTTTTTAACAAGTCCATGTTC +AGAGTCTGTAGATTCTAATGCTTCGGTAATTCTTTCAACTTCTGATAACAGTTTTAGAAT +TACGCAAATACTTGCAATAAATTCAGACACAGTCTGGGCTAAAAGTGAGATACCTAAATT +AGGATCTATCCCAGCTAAAACTATATATTATGTTCTATCTTTATGTGAGATAATAGGTAT +AACTTTAGATAGAAACTATAAATCAGTTACAGAAGACCAAAACAACGAAGACGTACTATA +AAGGATGTGAAAAATTTGCAAAATTATAATAGTATGAATAATTGTTGTTGTAGTTGCGGT +ATAAAGCAAGCTATATGTATATTAAAGGATATAAAAGATTTAATTAAAAAGCAGACTGTT +TATTTTAATTGTGGAACATCATATGGAGAGATTAAAGATAGTAAATATCCTAATTTTGTA +TTAATTGAAGAAACATCTGAAACTAGTAATAAAATGAAGGTTAACCTTTGTATAGATGAT +ATTAATTTTATAAAGATAGAACCTAAGTATGGAGAATGTCAATCAATTATAAATGAATTA +AATAAATATTATATCTCTCCAGTTGTCGTTGAAGGAAAATGTGATGAAAATTGTTGTTGT +AAATCAAGTGTAGCAGCGTATATGAAAGATAAGTATATAAAACCAAGAAGTGATAAGAGA +AAGTTTAAGATAACATTTAGAAATATAAATTATAGTGTACCAAATATAGAAAATCATTTT +GTAACTATAATTCATTTAGATTATGATGTGGCATGGGCAATAGATGTAATAGATAAGTCT +TTATATTTAATTTCTTTATGTCAAGTGTGTGCCTTAATAGATTGAAATACTTAAATAAAA +CATCTTACTTAATTAAAAGGGGATGTTTTATTTTTTATAAAAATTTATCTAATTTATAAA +ACTATTTATATGTTTTAGGTGGTAAAATAAGGATAATAAATATAATAACTAATTTAATAA +AAGGGAGATAAGTTAAATGGATATAAGAGAAAGAATAAAAAAATACAAAGATTATATAGT +AGAAATGAGAAGATATTTTCATCAATACCCTGAAAAAAGCAATGAAGAAATAAAAACTTC +TAAAAAAATAAAAGAAGAATTAGAAAAAATGGGTATACCTTATAAATCAGTTGCAAACAC +AGGTGTTATTGGGACAATAAAAGGAAGTAAACCAGGAAAAACTATAGCATTAAGAGCCGA +TATAGATGGCCTTGCAGTAGTAGAAAAAAATGATGTTGATTATAAGTCTAAAGTAGATGG +AATGATGCATGCTTGTGGACACGATGGTCATATAGCGATGTTACTAGGGGCAGCAAGATT +ATTAAATGATATGAAGGACGATATAAATGGTACAGTAAGATTAATTTTTCAACCAGCTGA +AGAAGTAGCTCAGGGAGCCAAAGTTATGATAGAAGAAGGTGCTCTTGATGGAGTTGATGG +TATATTTGGTATGCATCTATGGGGAGATTTAGAATGTGGAAAAGTATCAGTAGAGGAAGG +GCCGGTAATGTCTGCAGCAGATATTTTTAAAATAAAAGTAAAAGGAAAGGGTGGACATGG +GTCTCTTCCGCATCAAGGTATAGATGCTGTTGTTGTTGCATCTGCAATAGTAATGAATTT +ACAGACAATAGCAAGTAGAGAAATAAATCCAATAGAGCCAGTAGTAATTAGTATTGGATC +AATAAAATCAGGAACAAGGTTTAATGTAATAGCGAGTGAAGCAGTTCTAGAGGGAACATC +AAGATGTTTTAATCCTGAATTAAGAGAAGATATTCCTAAAATTATGGAACGAATAATAAA +ACATACTGCAGAAACATATAGAGCAGAAGCTAGCTTAGAATATACTTGGGGAATGCCAGT +ATCGATAAATAATAAAGAATGTTCAAAGCTAGCAAAAGATGCAGTAAAAAAGATATTAGG +AGAAGATGGGATAAACTCTATGCCTAAGTTAACTATAGGGGAAGATATGTCTGAATACTT +AAACATCGTTCCAGGTGTAATAGCACTAGTTGGATCAAAAAATGAAAATAAGGAATGCAT +ATATCCTAATCATCATGGAAACTTTGATATAGATGAGGATTCATTAGAAATAGGTGCAGC +ACTTCATGTACAATATGTACTTGAGTATTTAAATCAATAATCATAAATATTAAAATTAAT +AACAGATTGGCTATATTCTGAAAAACAGGATATAGCCTTTTATTTTATATTGTAGCTTGG +GAATAATAAAATAAAACACATTTACTTATATATTAAAAATATTAATCAATACTATTACAA +TTATTAATTTTACTTATAAATAGTATAGAAATATAATATTTAGTATAAAAATACAAAATC +TTACATTTAAGAAAAAGGAGATGTTTTTATGAAGGATATTGTAATAATAGGTGCGGGTGT +TATAGGATGCTCGATTGCTAGAGAGTTATCAAAATATAATTTAGATACATGTGTAGTAGA +AAAAAATAATGATGTAGCAGAGGGCATATCAAAAGGTAATAGTGGTATAGTTCATGCTGG +ATACAATGAAAAAGAAAACACATTAAAGGCTAAGCTAAACTTAGAAGGAAATTACTTATT +TGATGGATTATCAAAAAAGTTAGACTTCTCTTTTAAAAGAAATGGAGCGCTAATATTAGC +TTTTAATGAAGATGAAATGAAAAAAGTTCATGAATTAAAAGCTAATGGAGATAAACTAGG +GGTTCCTGCCTTAGAAGTTTTAGATAGAAATGAAGTATTAAATTTAGAAAAAAATATAAG +TCCTAAAGTGGTGGGTGCGTTATATGCAAAATCATCTGGAATAGTAAGCCCATATGAGAT +GACAATTGCTTTGGGAGAGAATGCTTCAGAAAATGGAGTAGAATTTAAACTAGGACATAA +GGTTATAGATATAAAAAAAGAAGACGATGGGTTTATTTTATTATTTGAAAATAAAGAAAT +AATAAAAACTAAGATAATAATAAATGCAGCAGGTTTATATGGAGCTTTTATAAATAATCT +AATAAATGAAGAAAAATATGAAATAAACCCTTTAAAAGGAGAGTACTGTTTATTTGATAA +AGTTGCTGGAGGGATTTGTAAAAAAACTCTATTCCAAGTTCCTAGTAAAAACAGTAAAGG +AATATTAGTTACTCCAACTGTAGATGGTAATCTTTTACTTGGACCTAATGCAAAATCAGA +CGAGTATGTAACAACTTCAAGAGAAGGTATAGATGAAATAATAGAAAAAGGAAGTAAAAC +AATTGAAGACTTACCTTTAAATAGAATACTAACTACATTTAGTGGAATTAGACCTAAAAC +TGACGTTGGAGATTTTATAATAAAAAGCTCAAAAGATAATCCTAATTTCATAAATGTAAT +AGGAATAGATTCACCAGGACTAACAGCAGCTCCTGCTATTGGAAAATACGTAGTATCTTT +AGTCTCAAATATAGTAAATTTAACTGAAAAAGATAATTTTAAGGAGCATAGAAAAGGTAT +AATTAGATTTTCAGAATTAAATATAGAAGAAAAAAATAAGATTATTAAAGAAAATTCTTC +TTATGGTAAGATGGTTTGTAAATGTGAATTAATAACTGAGGGAGAGATTATAGATTCAAT +AAAAAGACCATTAGGAGCTACAACAGTAGATGGAGTTAAAAGAAGAACTAGAGCTATGAT +GGGTGGATGTCAAGGTATCGGATGTATGTTAACTATAGCAAATATTTTAAGTAGAGAATT +AGGTATTAGCATAAATGATATTAAGAAAAATAATGAATCTTCAGTAGTAGTTGGGTATAA +GGAGGACTAGGTATGAATTCATATGATTTAATTATTGTAGGTGGAGGAGCAGCAGGTATT +TTATGTGCATTACAAGGGAAAAAACAAGGTATAGATAATATCTTAATTATAGAAAAAGAT +CCAATGCTTGGAGGAATGCTAAGTAGTGGAAATTATAATATATCAGAAAATGGATTTATT +ACTGGAAAGCAATATAAAGAAAAATTAATGAATGAACTAAACTCTTTTAATGTTGAAATT +AAACTTAATACAATGGTATTAAAAATAGAAGATGATAATGGAGTTATTTGTACAAGTTCT +AAAAATGGAATTGAAAAAATACAAGGTAAGCAAATAATACTTTGTAATGGAGGAAAAGAA +ACTTCAAGAAAAGTTGTAAATATGGTTGGAGATAGATCATCAGGAATTCTTACAGTAGGA +ATGGCAAAAAAAATATTTAATATAGAAAACATAATACCAGGTAAAAATATTCTAATATAT +GGAGATGCCACTCTTTATATGATTGAAGAAGAACTTAAAAATTCTAATATAAATGTAGTA +GGAATTGTATGTAATAATAAAAATACAGATAAAGTAAAATGTTATGATTTAACTTCTAAT +ATATATGAAGATTATGAGATATCCTCAATAAAGGGAGAGGGTAGAATTTCAGAGGTTACT +CTTTCAAAAGATGGAAACAATTTAGAAGTAGGATGTGATACTTTAATTTTTGCACAACCA +ATGCTTTCAGATGGAGTAGTAGCAATGAGAAGCAACATTATTTTAAACCCAGAAACAACA +GGAGCAAAAGTGAATAAAAATTACATGACTTCAAGAGAAAATATATATGCCTGTGGAAAT +GGAATATTCATTCATAATAGCATAGAAGAAATAGAAAAAGAATGCATATCATTAATAAAT +AATTTGAAATAAAAGTTAAAGGAAAAAATTAATAAAGAAAATACAGCTTAACAATAATAT +TAAAAATATGATGTAGTTGATATAATAGAGTATATATTACATCATATTTTTTATTGGAAA +AATAGTTGCAAAAGCAATTGATTATGATATAATAGAATAGTTGCATATACAACTAATAAT +AAGGTGGGATGATTATGAATGAGGTAAAATGTAAGAGCAATAGACATATAGGTAAATATA +TATCACTTTTGCACAGAAAAGGAAGCATATTTATAAATAGAGAGCTATCAAATTATGGTA +TAGGATCAGGTCAATTTATGTTCTTATTAGAACTTTATATACAAGATGGAAGAAACCAAG +AAGAATTATCTGAAAGGTTAAAGATTGATAAAGGTACCACAGCAAGAGCTTTAAAAAAAT +TAGAAGAACAAGGTTTTATAACTAGATTAAAAGATGAATGTGATAAGAGATCTAATAAAA +TTTATTTAACTCAAAAAGCTAAAGATGTACAAGAAAATGTATATGATATTCTAGATGAGT +GGAATAAAAAATTAAGAGAGAGTCTTAGTAAAGAAGAAGAAGATATCGTTGAAAAATTAC +TTATGAAAGTATGTAATAATATAAATCTATAGGGAGGCAGATTATGAATAAAGGTCAACA +GATTTTAGGTACAGAGCCTATTGGAAAATTACTTATAAAATATTCAGTACCAGCAATCAT +AGGCATGATGGTTAATGCATTATATAATGTTGTTGATAGAATGTTTATAGGAAATATACC +AGGAGTTGGGCCAATGGCAATAACAGGTCTTGGAGTAACAATGCCAATAATGACAATAAT +ACTTGCATTTGGTATGCTTGTTGGTATAGGAGCAACAACTAATATATCAATAAAATTAGG +ACAAGGTAAAAGGGAAGAAGCTGAGCATATAGTTGGAAACTCAATTACTTTGGCATTAAT +CATAGGTATAATATTAACAGTTGTTGGAACTGTTTTTTCAGATAGTATACTAAAAGTATT +TGGTGCAAGTGAAAGTACATTAATTTATGCAAAATCATATATGAGTATAATTTTGCTTGG +AACAATATTTAGTATAAGTGCAATGGTATTTAATAATATAATAAGAGGAGACGGAAATCC +AAAATTATCAGCCATAATAATGGCTGCAGGATGTGCTACTAATATAGTATTAGATGCTGT +ATTAATATTCGGATTTAATATGGGAATACAGGGAGCTGCATTAGCAACAATAGCATCTCA +AGGTCTTACTGCAATATGGGGATTCTCATATTACTTAAAAGGAAAATCTAACTTAAAGTT +TACAAAAACAAGTTTAAAATTAGATATGAATATAGTAAAAATTATTTTTGCAATAGGTTC +AGCGCCATTTGCAATGCAATTAGCAACAAGCTTAGTTCAAGTTATTAGTAATAATGCTTT +AAGAACTTATGGATCAGATTTAGCAATAGGTGCTATGGCTACAATAAGTTCAATAGTAAT +GATATTCTTAATGCCATCATTTGGTTTAGTACAAGGTATGCAACCTATAGTAGGTTTTAA +CTATGGAGCTAAAAACTATGATAGAGCTATAAAAACTTTCAAATTATCATTATTATCTTC +AAGTATATTCTTTATAGTAGGTGCTTTATTAATACAATTCGTACCACAAGCTTTAGTAGG +AATGTTTAATAGAGATCCTCAGCTTATGGATATAACTGTAAATGGATTAAGAAAATATTC +ATTTGCATTACCTATAGTAGGAATATCTATAGTAGGAACAAACTATATACAATCATCAGG +AAAAGCAAAAGTTGCTATGGTATTAAGTTTATTAAGACAAGTTATAATATTAATACCTAT +GATATTAATATTACCTAAGTTTTTAGGTTTAAATGGAGTTTGGTTTGCACAACCAACTGC +GGATATAATTGCATCAGCAATTACTGCTATAGTATTAATTAAGGAAATAAGAAGTTACAA +AGAAGATAACAATAAAGCTAAGGAATTAGAAGTCGAGGCTATATAATTATAAAATAAAAA +GATATGAGTTTTAATTTAAACTCATATCTTTTTTTGAATTTATTCATATCTATCTTATAA +TATTGAGGTAATTTATGGTATTATATATTAATGTATAAAAATAGAAGATTATAAGAAATT +AGATTCTATAAAGTATACAATTAGATAAAAGGGGGAGTATGATGAGCAATAATGATAATA +AGTTAATTGGGGGATTATTAAAAAATGGTCATGTACATAAGCTTAAATGTGAAAAGTGCA +AAAGTGTATCAGTGCAAATAAGTGAAAATGAAAAACCAGATCTTATTTGCCTTGAATGCG +GAGGAAAATGTAAGACTTTATAAGAATATAGTATTCAGCATGTAATGGAGAGAATTATGA +CGAAAGGAAGGATTCTCTCTTTTTAATACTAAAATAGATATGAATATACTATAATTTATA +GTATTACAAATACAATAATTTGGAAGGGAGTAAATAATGATTGAAGTAAGAGACTTGTGT +AAATCATTTACAAGGGTAGTAAAAGATGAAAATAAGAAAAATAAAAAAACTCTTAGTAAA +AATATAAAATTAAAAACTAAGAAAGAAGATTTTCTTGCAGTTAATAATGTATCTTTTACA +GCTGATAAAGGGGAAATAATAGGAATCCTAGGTCCAAATGGAGCTGGCAAAACTACCTTA +TTAAGAATGTTAGGTGGAATTCTAACTCCAACATCTGGTGAAATAAAAATAGCTGGATAT +GATTATTCTGAGGACAAAAATGCAGCTAAAAAAGAAATAGGGTACTTATCAGGGAATACG +AAACTATATAATAGACTATCGCCAAGAGAGCTTTTATCTACTTTTGGGAGTTTATACGAC +ATGGATAAAGAAGAAATCGAAAAATCTATAGAAGAAATAATAGAAGTTATGGACATGGAA +AGTTTTATAGATAATAGAATTGAAAACTTATCGACAGGTCAAAATCAACGTACGTCAATT +GCTAGATGTCTTATACATTCACCTCAAGTTTACATATTTGATGAGCCAACCTTAGGTCTT +GATGTAATAAGTAGTAAATCCATAATAGATTTTATGAGGCATGAAAGGGATAAAGGCAAA +ACAGTATTATATTCAACTCACTATATGGAAGAAGCAGAAACATTATGCGATAAAATATAT +ATGATTCATAAGGGTGAATTTATTGCTAGTGGAAGTTGTGAAGAATTAAAGGAAAAGTAT +AATACAAATAATTTAAGAGATATATTTATAAATCTTGCAAGTCAAAGAGGTGATTTACTT +GAGGACTAAAATGGTAAAAGCAATATTTAAAAAAGAAATGATAGATATACTTAGAGATAA +GAAGACTTTGTTTATGGGAATTGTACTTCCTATAATTTTATATCCTGTGCTTATGATTTT +GATGACTCAAATATTATCAGCGTCTATGAATAATATTGAAAGACAAGACACCAATATAGC +ATTTAATAAAGCACCAAGTTCAGAACTTATCTCAATTATAGATAATTATTCAGATGATGA +TACAGGGAAAATTAATATTATTGAAGCTAAAGACTATAAAAAAGAATTAGAAGATGGCTT +AATAGATGCCTATATAGAAGTAGAGGAAAATAATAATTTAGAAGATTACAGTATTTATAT +AAACTCATCAAAAGAAAATTCAATGACTGTTATGGATAGATTAGAAGAAATTTTAGACGA +ATATAAAGTAAATATCACAGAAGAAAAGTTAGAGTCAGAAGGTCTAAATATTAATGAGGT +TTTAAATCCTATTGTATATAAAACTGTTGATGTAGCTAAAACAGAAGAAATAGCAGGATT +TTTCTTAGGTCAAATTTTACCAGTAATACTTATAATAGGAGTACTTTTAGGTGCTATATA +TCCAGCTATAGACTCTATGGCAGGAGAAAAAGAAAGAGGGACTCTAGAAACTTTATTTAC +ATTACCAATAACTAACTTAGAATTGGTAATGGGAAAATATATGGCAGTATCTTTTTGTGC +AATAGTAACAGCAATATTAAACGTTTTATCAATTCTTCTAACATTAGGATTTTTATTAGC +AAGTGGAGGTATGGTAGAAGGAATGTCTATGGTAAGTTTTGATGCAGGGCAACTAATAAT +TCCTTTAATAATAACATTAATCTGTGTGTGTTTATTCGCTATGGTAATATCAGCAGTAAG +TATGTGTGTGTGTTCTCTTGCAAAAAGTTTTAAAGATGCACAGAATTATATAACACCAGT +TATGCTCTTAGTTTTAATACCTTCATATGTATCTATGATACCAAATATAAAGCTAAATGG +TGTAACAGCAATAATACCAGTAGTTAATATATCACTTCTTATAAAAAGTGTATTGAGTTT +TAATGCAAATATCAGTCTAGTAGCAATGGTATTTATATCTAACTTTACATTTGTGATATT +GGCAGTAATGCTCTTATCTAAAATGTTTAACTCAGAAGAAATTTTATTTGGAAGTAGTAG +AAGTTTTTCATTCTTAGAAAAAAGATCGAACATTAAAAAGGGAACAATGCCAAATGTTAG +TGATGGTATAATCTTATACGCATTTGGATTAGTTTTACTTATATACGTTGGGAGTTTAAT +TCAACTAAAATTTGGAATGGCTGGAATAGCTATGACTCAAGTTATGATTATAGGTTTACC +GTTGTTATTTGCTTATTACATCAAATCAGACTTTAAAAAAGTATTTAGTTTGAATTTACC +GAAAGTCAAACATGTATTTGGAGCTGTAAGCCTTTGGATGGGGACATATATTGTGGTTAT +GATTATAACTCAAATATTATTATTCTTATTCCCACAAAGTATGGAAGTAGTAGAAGGATT +AAATGATGCACTATTTATAAAAGATAGTCTAATATTAAATATACTAATAGTAGCTGGTAT +GCCGGCCGTATGTGAAGAAATGTTCTTTAGAGGGTTCCTTTTAAGTTCGTTTAAGAATAA +AAATTCATATAAGGGTGCAATAGTATTTACAGGAATTTTATTTGGATTTATGCATATGGA +CTTTATAAGAATGATACCAACAGGTATACTTGGTATTTCATTTGCATATGCAGTATTAAA +GACAAACTCTTTATATATAAGCATGCTTATGCATTTTTTAAATAATGGATTTGCTGTAGT +AGTTAGTCATTTTGCAAATAACTTAGAGCAAACAGAAGTTGCAACTACAACGACAGTTGG +ATTAAGTATGAGTCAAGGATTAATTTATTTGGTTATAGGTTTAGTGTTTATTTTTATAGG +AATAAGATTATTTAAAGATAAAAATAAATCTTTAGAAGAAAATAATTTATAAAGGTCGAA +AAAATAAAGAAAATTGTCACATTTTAGATAAACTTGAATAGTATATATATTAAGAGAGAT +ATATCTCTTAGTATTATATTAAAAGGTGGTTGATAGATATTTATGAAAAATAATAGAAGA +GGTTGTTGTAATAAAAAATCTTGTGGATGTAACTCCTCAAATTCTTCTAGCCCAGCTAAT +ACTTGTAGCCAATTCAAGCAATTAGCAAATGAAAAATGTGATAGAGCAGAACGTTTAAAC +TGTCAAGCGAATAAAGTGGCTCAACAAGCAGTAGCTGCAGAGCAAAGAGCAGAAGCTTTA +AAACGACAAGCTATTGAAGAATGTCAAAGAGCTAATGAACTTTGGGATCAATATAATCAA +TTAGCAGATGAAGGTATATGCTTAATGCAACAAGCTCAAGCATGCTTAGCTAAAAGTGTA +GAATGCTACTCTGATTTATATGAAGATGTAGAAGGATGCAATATAGAAGACTTTGGAGGT +ACAGTAAGTAACTCAAATAACTCTAATGGATGCAATTGCGGATGTTGTCATAGATAATAA +ATTTTAATAAAAAAATACCTAGAAACTTCTAGGTATTTTTTTATGTTTAACTCAATTAAA +ATAAGAAAATTTTTATTTTATTATTCCTATGTACTTTAGTTGATTGATTACAAAAAAGTG +TTCTTAACAAAAAATATATTGCAAAATAAATTGTATTATTATATTATTGTATTAAGTTAA +TAATACAAAGAGGTGATTAAGATGAGTTGGGAAATTGATAATAATAAGCCCATTTATATA +CAATTATTAGAGCAAGTAAAGCTGAAAATAATCTCAGGAGAGATACCTATTGGTTCCAAG +TTAGATTCAGTAAGATCTTTAGCTCAAGAAGCAGAAGTTAATCCAAATACTATGCAAAAG +GCATTATCAGAGCTAGAACGAGAGGGATTGGTTTTTAGCAAAAGGACTAGTGGGAGATAT +GTAACTGATGATAAGGATAAGATAGAAAGTATGAGAGAAGAAATGGCAAATATACATATA +AATTCTTTAAAAGAGACATTAAAAAAATTAGGATATAGCCAAGGTGAGATTATAGAGCTT +ATAAAACAAAATTTAGAGGAGGAATAAGAGTGGAAAGTATAGTAAAATTCAATAATGTAA +GCAAAAACTATGGAAAGAAAGAAGCTTTAAAAAATATAAATTTAGAAATACCAAAAGGAA +GAATTATAGGATTATTAGGGCCAAATGGAAGTGGTAAAAGTACGATGATTAAACTTATAA +ATGGTTTATTAACTCCAAATGAAGGTGAAATTTTAATAAAAGGAATAAAACCTTCTAAGG +AAAGTAAGAAAATCGTATCATATCTACCAGAAAGAACGTATTTAAATGACTGGATGAAAG +TAAAAGATATAATAGAGTTCTTTAAAGATTTCTATGCTGACTTTGATGAAGAAAGAGCAA +ATGCAATGCTAAAGGATCTTTCAATAGATACAAATGAAAAACTTAAAACCATGTCTAAGG +GAACAAAAGAGAAAGTACAATTAATATTAGTTATGTCTAGAACAGCAGATATTTATATAT +TAGATGAACCTATTGGAGGAGTAGACCCAGCAGCTAGAAGTTATATATTAAAAACTATAT +TAACTAATTACAATGAAAATAGTACACTACTGATAGCTACACATTTAATTAGTGAAATAG +AAAATATATGTGATGATGTAATATTTATTTCAAAAGGAAATATAGTTTTACAAGGCCAAG +TGGATGAAATAAGAGAAGAAAAAGGTAAATCGATAGATGCTTTATTTAGGGAGGAATTTA +AATGCTAGGGAAGTTAATGAAATATGAATTAAAGGCTTGTGGTAGAACATTTTTACCGCT +ATACGGAGCAATATTATTAATGTCAATAATTGTTGGGCTTAGTATTAACATGGAAATAGT +TCAAGTTAAAAGTATAGCAATGATAATTTTATTTGGGCTTTTTGTTGCATTAGGTGTTTT +AACAATAATGATTACAATACAAAGATTTAGAAAAAATTTACTAGAGGATGAAGGATATTT +GATGTTTACTTTACCTGTAATATCAAAGGAATTAATATTTTCTAAATATAGTGTAGCACT +TATTTATACTATATTAAGTGGTATGGTTTCTGTATTTTCATTTGTTATTATTATATTAAT +TCCAAATATAAAGAATTTTTCTTTCGATGATTTATTGTATGATATATCTATATTATCATC +TGGATTTTCATCTGTGAAAGATATATTCATATATACTGTACTTTTAGCTTTTATACTATA +TACAATTTTTATTTTAACTTTATATTTATCAGTATCTATGGGTCAATTACCAGTTTTTAA +TAAACATAGAAATGTAGTTGCATTTATAAGCTTCTTTGTTATAAATATAGTTATAGAAAA +AGTATACGAGTTAGTGTCAATAATATTTAGAAGTAGTATAGGAGATAATGTCATGAACAT +TTCTATAACTGAGTCATCTGATTTTAATGCTTTATTGTCAGATTTTAGTAATATAATTTC +TCCTATTTTTATATATAATATAGTGATTTATGTTATATTTGCAATTATATTATTCTTTGG +AATTACTTATATATTAGATAAAAAACTTAATCTAGAGTAATCTTTAAAAAGACATGTATT +AAAATTTATTTAATACATGTCTTTTTATTTTGAATAAAATATAATTTTTGTAATATAGTG +GAATATGTAGATAATAGAAACTTTTTGTAAAAAATACATATAATATATATTGAGGAGGTG +TTTTATGAATTATAGATATTTATTTGATGGAATAGATGAAAAAATTAAGCTAATTGATGG +TTATTATGTAACTCCTATTAATTTTGATAATGGAGCAACTACACCACCTTTAAAAAGTGT +AATGAAATTAATTCAAGATAATATAAAAAATTATGGACCAATAGCAAGAGGCATAGGTCC +AAAAGGTGAATTTTGTACTACTGAATTTGCAAAAGCTAGAGAAACTATATTAGATTTTTT +TAACTTAAAAGAAAGTAATACTCATACCGTAATATATACAAAGTCTGATACTGAATCTCT +AAATATGTTGGCAAATTTATTGGTAAAAAATAAAGATGATATGATTTTAACAACTAGAAT +GGAGCACCATGCAAATGATTTACCATTTAGAGGTGTAGGCAAAGTTGTTTATATAGATGT +AGATAATTTAGGTAGGATTAATATAGAAAATATAGAAGAAGAACTTATTAAATCAGAAGG +AAAAATAAAACTAGTAACTATAACTGGAGCATCAAATGTAACAGGATATTTAAATCCTAT +TCACGATATTGCAAAAATAGTTCACAAGTATAATGCAAAGTTAATTGTAGATGCTGCACA +GCTTATAGCACATGTAAAAGTAGATATGAAAGGTAATTCTAAAGATGAAGAAATAGATTT +TCTGACCTTTTCTGCTCATAAAGCGTATGCTCCATTTGGCGGAGGTGCAATAGTAGGTTT +AAAAAAATATTTAAAAGATGCTACTCCATTTTTATCTGGAGGAGGATGTGTTGTGGGTGT +ATTTGATGAAAGTGTAATCTGGGGTACTATTCCAGAAAGATTTGAAGCGGGAACACAAAA +CTTTTTTGGTGTAATAACGATGGCAAAGGCATTAAAAGATTTAAAAGAATTAGGTTTTCA +CAATATAGAATTACATGAAAAAAAAATTAAAGATTATCTAATAGAGGAAATGAAAAAGAT +TGACAATGTTATATTATACGGTGATATAAATAATACAAGTGATAGATTAGGAGTAATAAC +TTTTAATGTAAAAGATAAAAATTATGAAGATGTTGCTGTTAAAATGGCTAATGAAAAAGG +TATTTCCTTGAGATGCGGTAAGTTCTGTGCACACCCATATGTAAATAGATTGTTAGGTGT +AAGTGATGAAGATGCGTATAAGGATATAGTATCAGGGGAGCATAATTATGGAATGATAAG +GGCTAGCTTAGGATTATATAATACAATTGAAGAAGCTAGTAAATTTATAAAAGAACTAAA +ATTAATCGCAAAAAACTAAAAAGAATAAAAAGAAAAAATTTAAAAATTAATATCTAAATA +CAGGCATAAGCATAAATTATATTTGGGCTTATGCTTTTTCTGTATTTTATGCAAATTTTA +CCATACATTAGGTAGAATCATTGAACTTTAATTCTTTAATAGTTTATAATGAAAACAAGT +AAGATGTAAGAAAGAGGAATTGGCCAATGATTAATATAGCTATATGTGATGATGATTTGA +TAACCTTACACAATACTAAAGATTTAATTGAAGAATATAAGATAAAAGAGTTTAATATAA +AAACTTATAGTAGTGGAGAAGAGTTATTAAAAAGCAAAAGAGAATTTGATATTATATTTT +TAGATATAGATATGGGCGGTATTAATGGTATTGAAACCGCAAAGAGGATAAGAGTTTATG +ATAAACAAGTAAAAATAATTTATGTTACTAATTATACAGATTATACATCTATGGCATTTA +GCGTTCATGCCTTTGGATATTTAGTAAAGCCTTTGAGATTAGAAGAGGTGCATCACCAGC +TTAATGAAGCTCTCTCTTATATGAAAGAAGATAAAGAAGAGTTAGTAGAATTTATTACTA +ACGAAGGCTTAGTTAGAATTAATTTAAATAAAATATATTACTTTGAATATCAATCAAGAA +AAGTTCTTATGAAAACTAACGATAAGATATATATTCTCAAAGAAAAAATATCAGATATAA +GTTCAAGAATGAGAAGTCATGGATTTGAAATGCCACATAAAAGTTTTGTTGTAAATTTAT +ATAATGTAAAATCTATTAAAGGTTATGATATATTCATGATGGATGAAAGTGTAATACCAT +TATCACAAAAGAAATCTACAGAATTTAGAAAGACTCTCAATATCTACCTTAGTAATCATA +TTGAGAAAAACATAAGGGGGTAAGTATTATAAATAATTATATTGATATAATTGCTTTTTT +ACTATTACCTATAATAGGGAGTATATTTATAGTTTATGCTTGTTTTGATTTTATGAAAAA +GGTAGATAGAAATATATATAAACATAAAATATTCTATATAATTGCATTTATTATTTTCAA +CATTGTGCTTTTATTGACTGCTATGTCAGGAAGGTTAATATTAAATATAATAGGATTTAC +ATGTGGAATAGTAATAATAGGGCATTTTTTATACAATGATTTTAAAATTTACTTATTATA +TTACTGTATATTTGCAATTTGTTTTTTATTTATAGATCTACTTTCAACAATAGTAATACA +AACATGCATTTTAGCAACTGGAGCATACTTTGTTAGTCTAGCTTATTTGCAAATTATCAC +TATTTTTATAATTAGGATAGTAGAGTATGTTTATATATTACTTTTTATCTCATTTATTAA +TAGACGAAAAGCAAAGAAAATAAGCATAATGCAAAGCTTAAGATTCTTAGTAATACCTAT +ATTTAGTGTAATTTATATATTGACTTTAGTTTCAATATTACAAATTTATGCTGGATTTCA +AGAGTCTGTATTATTAATAGTTAATATAGTATTGATATTAATATTAAATATTTATGTTAC +TCATATATTTGATGCAATATTAAAAAATAATATTCTACAAAATGAAATTAATTTATACCA +CCAACAAAGTAAGTTGCAGCATAGATATTATGATAATTTAGAAAGTAAGTATATGCAGTC +TAGAAAGTTAATTCACGATATTAGAAATCATTTACAATCAATTGAAAGATTGTATGAATT +AAAAGACAATGATAGAGCAAAAGAATATACAAATGATATACATATAATGCTTAATGAATT +AAATCAAAAATATTATACAAGTAATCGAGTATTAAATGTAATTTTAAATGATAAGTTTCT +AAGTATAAAAAATGCTGAAATAAAATTAGATTACAAAATAGGAGATGTTAACCTTGATTT +TATAAGAGAAATAGATGTGACTACAATTTTTGCGAATCTTTTAGATAATTCTATAGAAGC +AGCAAGTAAAGTTGAAACAAATAGATTTATTAATTTTTATGTAAATCAATTTAATGATTT +TGTAGTTATAAACATAGTTAATTCTATGAAAGATAGACCAATTAACAAAAATAATAGATT +TAAAACTACTAAAAAGAATCATGAAGGGCTTGGTATTGAAAATGTTAGAAAAACATTAGA +ACAATACGAGGGAACTATGGTTGTTGATTATACAGAAGACGAGTTTAAAGTTAATATTGT +AATTCCAATATAAAAATTTAAGGGAGTGAAGGTATGATAGAAAATTCAGTTATGATAGGC +TTGATATTTAGTGTATTATCAGCTTTAGTTCTACCTCTAGGAATGTTTGTTTACTGTATT +TTCTCAAAGAAAAAAATATTAAAACCTTTTATTGTAGGTGTTTTTGTATTTTTTATATCG +CAGATGGTATTAAGAATACCTATTATATCTTATATATTACCAAATCAAATTTGGTATATT +AAGTTAAGTACAAATCCATATTTGTATGGAATATTCTTAGGGATAACAGCAGGAATATTT +GAAGAAGTTGGAAGATATATAGGTTTTAAGTACTTCTTAAAGAAAAAACATAGATATATA +GATGGTATATCTTTTGGACTTGGCCATTGGGGAATAGAAGCCTTGCTAATAGTAGGAATT +AATGCAGCATTATTCCTTGGTGGTACAATCGCAATTAAAAGTGGAGTGGACTATAATAGC +TCAGACTTATTAAGTATAATTTTTAATCAATCTTCATCAATGACTACAGTAAATGCTTTT +GCTATGGGTGTAGAAAGATTATTTACGATGAGTATTCATGTAGCACTTTCTATGATTGTA +TTATACGGGGTAAAATCTAAGAAAATTAAATATTTATTTATTGCAATATTAATTCATGGA +ATGATTGATGCAGGTGTAGTAATTTTACCACAAATATTTAATTTAAGTATAGTAAGTATG +GAAATATACGTATTCATATGGTCTTTAGTATTTTTATATTTAATATTAAAAATTAAAGAT +TTATATAAAAATATAGACAATTTGAAATATGAAAAACAAATATAAGACTACTTGGTTTTG +TTAATTAGATATGATGAGAATTATTCTCGAATTGATAAATAAACCGATAGGTTAAATTAA +GTTTCATATTTTTAAAAATTTGCATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAG +G +>MGYG000000001_33 +TCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAG +TGTTGCACTTATATTGACAATCTATCTTATAAATTTAATTATGAATATAGATAATATAGG +TCTGAAATACAATAAAAAGGCTACAAAAGTTTAGTAATAGTAAACATAAGCAAAATTAAT +GTAAACACAAGATTAGAAATACTAAACTTATTCTAAATTAATATAAACTTATTTGAAATA +AAAATTAAGATGATATTGAAAAATACAGGTTTAATAGGGATGCCTAAAAATAAAAATAAA +ATGTCAAAATAGGGTTGAAATTTATTGTTAAAATAAATATAATGTAAAAGTAAGTTTAAT +AATACTGAATTATCAAGATAGAAATAGTAAGTTTTTATTATGAAAAAGTAAGAAAACTAA +AAAAGGAGGTGTAATGTTGAGGTATTTAGAGGGGAATCTTGATATTTTATCTACTTCAGA +ACATGAACAAATACCATTACTTCAAGGCCTAGAAGAATATTGCAAAAAAGATATTGCATC +TTTTGATGTTCCAGGACATGTAAAAGACCAAGGAGTAGAATTACTAAATAATTATTTTGG +AAAAAGATTAATGAGAATGGACATAAATTCATCACCACAAATGGATAATGTATCAAATCC +AAAGGGAATTATAAAAGAATCTGAACAATTATTAGCAAATGCATACAAGGCTGATAATGC +TTTTTTTTTGACCAATGGAACTACTCAAGGAATTCATGTAATGATTTTAAGTGTTTTAAA +TCCAGGTGATAAAATTATTTTGCCTAGAAATGTACATAAATCGGCTATAAATGCTCTTAT +ACTTTCAGGCGGAATACCTATATACATTCAGCCTGAGTATAATAATGAGTTGGGAATAAG +TCTAAATTTGAGCCTAGAAAAGGTAAGAAAAGCATTAGATGAAAATGATGATGTAAAAGC +ATTGTTTTTGCTTAATCCAACATACTATGGAGCTTGCGCTGAGTTAAAAGAGATAGTAAG +GCTATGTCATGATAGAAACGTACTTGTTCTTGTTGATGAGGCTCACGGAGCACATTTTCC +ATTTTATGAGGATTTACCTCCTTCTGCGATGGAATGCAATGCAGATATGTCAGCAGTTAG +TCTTCATAAAACAGGGGGAGCATTGACTCAAGCTTCAGCACTTTTAGTAAACAATAAAAA +TATTGATGATAAAAAGGTTCTTCAATATATAAATATGTTACAGTCTACATCTGCATCATA +CTTACTTATGGCAAGCTTAGATGGAGCAAGATCTAATTTAATGTTAAATGGAGAAGGACA +GCTATCAAAGGCTTTAAATCTAGCTAGATACGCGAAAAGAAAGATAAACAAAATAAAAGG +AATAAAAGTAATATCCAATGAACTGTTAGAAAGTGAAGGAGTATCTTTTATTGATGAGAC +AAAGCTTTGTATAAATGTAAAGGAATTAAACTTAACAGGATTTGAAGTTTATAATTTATT +ATATAAAGATTTCAATGTACAAGTTGAATTAGGAGATATGTACAATATACTAGCTCTTAT +TTCAATAGGAACAATTAAGTCAGATGTTGATAAGCTAATAAAATCTCTTAATATAATATC +AAATATGAATAGTAAAAATGTCTTGATAGATAGTATTAAAATAAAACCAGTATTGCCGAG +AGTAAAGCTTAGTCCAAGAGAAGCATTTTACTCTAAAAAAGAAAGTAAATTATTAAAAGA +TTGTATAGGTAAAGTTTCTGCTGAGTCTATTATGGCATATCCACCGGGTATACCTATAAT +ATCTCCTGGGGAAATAATAACAGAAGAAATAATTGATTATATTAATTTACTAAAAAATAG +TAAGGCATATTTAACTGACATGAAGGATAAAACTCTTAACACTATATTAGTAGTAATATA +GAAACCTTAAAATTGAATAGAAAGAAGGTAATATTTATGAAGTTTGAAACATTGGGAAGA +CATATCTTAGTGGAATATTACAACTGTAATGAGAACGTACTAAAAGATCCTAAACTTATA +GAAAAGTTTATGAATGAATCAGCTTTAAATGCTAAAGCAACTATAGTAGATTCAGTATTC +CATCATTTTAATCCATGGGGAGTTTCTGGAGCAATAATAATTGCAGAATCTCATTTAACA +ATACATACTTGGCCAGAATATGGATATGCATCAGCAGATTTCTTTACATGTGGCAATATA +GATCCTTGGAAGAGCTTTGAGTTACTAGAGGAGCTATTGCAAGCAGAAAGAAGTGAATCA +ACTGAAATACCAAGAGGTTTAACAACTAAAATACAAAAATTTGCAAAAAAAGATTTAGGT +AATATTACTCATAAGCCAGAAGCTATATAAATAACATGTACCTAAATTAAAATAAAAAAT +ATAAATAAATAAAAATAAATTTGGACTATTATTATAACATAGATAAGAAAAACATTCAAA +TTACATAATTTTATAAAGTTAAATGAATGTATGAATATATATAAAAATAAATATGATAAA +TAAAATAAATATAAAAAATAGATAAATAAAAAAATTTGGAGGCAGAGTATGGAGCTTTGG +TATACAGAAGAATGGACGGAGGATGTACGTTTTTCAATAAAAGTTGACAAGCATTTATTT +AGTGATAAGTCAGAATTTCAAAGAGTAGACGTATTTGAAAGCAAGGAATTTGGAAAAATT +TTGACTTTAGATGGACTTATGATGGTAAATTATAAGGATGAATTTATATATCATGATATG +ATTGTTCATGTTCCTATGGCTACTAATGTGAATATAAAAAATGTATTAGTTATAGGTGGT +GGAGATGGAGGAACAGTTAGAGAACTGACTAGATATCCTCAAATAGAAAATATAGATATG +GTTGAAATAGATAAAATGGTAGTAGATGTATCAAGAGAGTTTATAGATATATGCGCTTGT +AAATTAGATGACGAAAGAGTTAATCTTTATTATGAAGATGGGGTAGCTTTTGTTAAAAAT +TCTAAAGATAAGACTTATGATTTAATCATTGTTGATTCAACTGATCCGATTGGTCCAGGA +GAAGGATTATTTTCATTAGATTTTTATAATGATTGCTATAGAATACTAACTGCTGAAGGG +ATACTTGTTAATCAAAATGAAAGTCCATATTTTGATTTTAATGCAAAGGAAATGAAAAGA +GCAAATTCTAAAATATCTGATATATTTGAAATAGCTAGAGTTTATCAAGCTCATATACCA +ACATATCCATCTGGTCACTGGTTATTTGGATTTGCTTCTAAAAAGTTAGATCCACTAAAA +GATCAAAATATAGAAGAATGGGAAAAATTAAATCTAATAACTAAATATTATAATAGTGAC +ATACACAAAGGTGCATTTATGTTACCACAGTATGTAAAGGATATGATAAATGCTAAATAA +ATTTTCGAATATAAGCACATTTATGGAAATGAGTAATCCTTATGAAGAATCAGATGTAGT +AGTATTTGGGGTTGGATTTGATGGAACGACTTCTAATAGACCAGGAACAAGATTTGCAAG +TAGTTCTATGAGAATAGAATTTTATGGACTTGAAACATATAGTCCTAAACTGAATTTAGA +CTTAGAAGATTATAAGATTTGTGATATTGGTGACTTAGAGTTAAGTATAGGGAATACTGA +TTTAGTATTAGATGAGATATATGAGGGGACTAGAAATATTGTAAAAGATAATAAAATCCC +TTTTATGATAGGGGGAGAGCATTTAGTTACATTGCCGGCGTTTAAAGCTGTTTATGAAAA +ATATAAAGATATATATGTACTTCACTTTGATGCGCACGCAGATTTAAGAGAAGAATACAA +TAATAATAAAAATTCTCACGCAACTGTTATAAAAAGAATTTGGGATCTAGTGGGGGATAA +TAGAATATACCAATTTGGCATAAGATCGGGGACAAAAGAAGAATTTAATTTCGCTTTAAA +AGAAAATCATACATATATGGAAGTTTCAACAATAGATACTTTTGAAGAAATTTTAAGAAG +TTTAAATAAAAAGAATATATATTTAACTATAGATTTAGATGTATTAGATCCATCGATATT +TCCAGGAACAGGGACACCAGAACCTGGAGGTGTAACGTATGATGAATTTGAAAAGATATT +TAAAATTTTGAAAGATTCAGATATAAACTTAGTCGGTTGTGATATAGTTGAATTAAGCCC +AGATTATGATAATACGAATGTATCAACAATAACAGCATGTAAGATCTTAAGAGAGCTTGC +TCTAGTAGCAGCCAATAATTATAATAAATAAACTTAGGAGGAAAATAAAATGGCAAGACA +TTTATTTACATCAGAATCAGTAACTGAAGGTCATCCAGATAAAATATGTGATCAAATATC +AGATGCAATTTTAGATGCATTACTAGAAAATGATAGTGAATCGAGGGTAGCTTGTGAAAC +TACAGTAACAACAGGACTTGTACTTGTGGCAGGGGAAATAAGTACAAAAGCTTATGTAGA +TATACCAAAGTTAGTAAGAGAAACAGTAAGGGAAATTGGATATGATAGGGCAAAATATGG +ATTTGACTGTGATACTTGTTCAGTTATAACTTCAATAGATGAACAATCTGGGGATATTGC +CATGGGAGTTGATGAAGCTTTAGAAAATAGAGATGGAGAGCAAATCGAAGATGAAATAGA +AAAAGTAGGTGCTGGAGATCAAGGAATAATGTTTGGTTTTGCATGTAATGAAACTGAAGA +GTTAATGCCGCTTCCAATTTCTTTAGCTCATAAATTAGCAAGAAGATTAACTGAAGTTAG +AAAATCTGGATTATTAGACTACTTAAGACCAGATGGAAAAACTCAAGTAACAGTAGAGTA +TGAAGGAAATACTCCTATAAGAGTACACACTGTTCTAATATCTACTCAACATGGAGAAGA +AGTAAGTAATGAAGCAATAAGAGAAGATTTAATAAATCATGTAATAAAAGAAGTTATACC +AGCTGAGTTACTAGACGAAGAAACTATGATATATATAAATCCAACTGGAAGATTTGTTAT +AGGTGGACCACAAGGTGATACTGGTCTTACAGGAAGAAAGATAATAATAGATACTTATGG +AGGATACTCAAGACACGGAGGAGGAGCATTTTCAGGAAAAGATCCTACAAAGGTTGATAG +ATCAGCTGCATATGCTGCAAGATATGTTGCTAAAAATATAGTTGCAGCAGGACTTGCTAG +TAAGTGTGAAATAGAACTTGCATATGCAATAGGTGTTGCAAGACCATTATCAATATTTAT +AGATACTTTTGGTACTGGTAAAGTTAGTGAAGAAAGACTAGTTGAATTAGTTAATAATAA +CTTTGACTTAAGACCTGGAGCTATAATTAGAGATTTAGGGCTTAGAAAGCCTATATATAA +AAATGTAGCGGCTTACGGTCATTTTGGTAGAACTGATTTAGATTTACCATGGGAGAGAAC +AGATAAAGCTGAAATGTTAAAAAAAGAAGCTTTAGAATTTATAATGGCTTAACATATAGA +GGAATAAGAAATACCCCTTTTAAGTAATAGTGGAAATAAACCCCATGATATTATTTAAAG +GGGGTATTTTTATTTAAATATACCTCATTTTTAATAATTTATATTTAACAGTTTTTTCTA +GATTTTAACAAAATTAACCAGGTTCTTACCGCTATTTAATATAAAGTTAATACATAAATA +TTAATATAAACATGCGAATAAGAAATGAATAAAAAATATTTATATAAATGATGGAGGAAG +AGTAATGCTTAGGAGAAAAAATATTATAAAAAAAATAGTGGGTGTATTAGCTTTATCAAT +GGTTATAACAACATATGTTACTGGATGTCAAAGTAGTAAATCAGGCGAAAATGAAATTGA +TACTTCGAGTTTAACGATACAAGAAATAGAAGAAAAAGCAAAAGAGGAGGGTAAGTTAGC +ATCATTAGGTATGCCAGATACTTGGGCAAACTGGGTTGAAACATGGGAAGATATAGAATC +TAAATATGGCATAAAACATAATAATACAGACATGTCTAGTGCAGAAGAAGTTGCAAAATT +TGATGCGGAAAAAAATAATGCAACTGCAGATATAGGAGATGTAGGGATTTCATTTGGACC +AATAGCTGAAAATAAAGGAGTTACAATGGCATATAAAACTTCATATTGGGATGAAATTCC +AGACTGGGCAAAGGATGATGATGGTGACTGGATAGTAGGATATACAGGTACTATAGCTAT +TATAACAGATAAAACAAAGGTAGATAAAGCTCCACAAACTTGGGAAGATTTAAAAAATGG +AAACTACAAAGTTTGCGTAGGTGATGTAACTAAAGCTACCCAAGCACAGAATGCAGTATT +ATCAGCAGCCTATGCTTTTGGTGGAGATGAATCAAATCTACAGCCAGGAATAGATTTTTT +TGCAGAGTTAGCTAAGAATGGTCGTATATCATCAATATCAGATGCAAAACCTGCTAACTT +AGAAAAAGGGGAAATAGAAGTAGCATTTTTATGGGATTTTAATGCTTTAAATTATGCTGA +TCAGATAGATAGAGATAGATTTGAAATAACAATTTTAGATGAAGCCTCTGTAATGAGTGG +TTATGCAACAATAATTAATAGATATGGTAAAAACCCTCATGCAGCAATGTTAGCTCGTGA +ATACATATTATCAGATGAAGGACAAGAAAATCTAGCAAAGGGGTATGCTCGTCCTATTCG +TAATGTTGAGTTATCAGAAGATGTAAAATCGAAATTATTAGATGATTCAGAGTATAAGAA +TGTAATAACAATATCTGATTATGAAGCTTGGGAAAAATCAGCAGCAGAATTACCACAAAA +ATGGCAACAAGAGGTGTTAGTACATGTTAAATAAATTAGTTTTAATTGTTTTAGATGGGC +TTTGCTACGATGTAGCAAAGTCTTAAATGGGATTTTTATCTCATTTAGTTGAAAAAAGGA +TAGGAAATTTATACAAGGTTAAGTCAGAGCTGCCAAGCATGTCAAGACCACTGTACGAAA +CTATTTTAACAGGAGTTCCACCATATAAAAGTAAAATTGTGAATAACGGTATAAGTAGAT +TATCTAATCATAAAAGTATTTTTAATTTAGTAAAAGAAAATGGAGGTATATCTTGTGCAG +CTGCTTATCATTGGATAAGTGAATTATATAATAAGGCACCTTTTGACTATTTATATGACT +GTTATCAAGAGGATAAAAGTAAATCAATACAATATGGCAGATTTTATTTTGATGATACTT +ATCCAGATAGTCATTTATTTATTGACGGAGAGATTCTTAGAAAAAAGCATAATCCACATT +TTTTATATATACATCCTATGGGAATCGATGATATAGGACATAAGTTTGGAAAAAACTCTA +AAGAATATAGAAGTAAGGTCATACAAGTGGATGTTATACTTTCAAACTTTATACCAATGT +GGCTAGAAGAAGGTTATGAAGTAGTTGTAAGCAGTGATCATGGAATGAATGAAGATGGAA +ATCATTGTGGAATTAGTGATGATGAAAGAATTGTACCTTTTTACTATTTTGGAACAAGTG +ATATTAACTTAAAGATAGATGAAGTTATAAATCAAACTCAAGTGGCACCTATTTTATGTA +GGTTAATAGGGATTGAAAAATCATCAGATATGGAAGTATGTATATACTAGGAGGAAATAT +TAATGAAGGAAAAGTATGAAAAAAGGCTGGCTTTATTAGGTTTAATGCCTTTTATAGTAT +TAGTAGTAGCATTTTTATTTGGTCCACTACTTACTATGATAATTATGAGTATTCAAAAAA +CTGGTGGAGGAGGATTTTCTCTAGAACAGTATAAAGAAATATTTACAAATCTATTTTATA +TTCAATCATTTAAAAATAGCATTACCTTGTCATTAGTAGCAAGTATTATTTCAATTATAA +TCTGTTCCATTACAGCGTATTTTATAACTAAGTTATCACAAAAAACACAAGATATGGTAC +TTAACTTATCTAATTTAACTAATAATTTTTCAGGTGTACCTTTAGCTTTTGCATTTATGA +TAATGCTTGGAAATAGCGGTGTATTTATAATACTAGCAAAGAAGTTTGGTGTTGAGATAT +TAATGAATTTTAATTTATATTCATGGGCGGGATTATTACTAATGTATGTATACTTCCAAA +TACCATTAGGAGTAATGCTATTATTCCCAACACTACAAGGTATAAAAGAAGAGTTAAAAC +AAGCAGCGTTCTTACTTGGAGCTAGTAGTTTTGAATTCTGGAGATATGTTGGATTACCGA +TAATACTTCCTGGAATAGTAGGTGTTTTCAGTATTTTATTTGCAAATGCTATGGGAGCAT +ACGCAAGTGCATATGCATTAGTAGGAAGTAACTATAATTTACTTACAGTTCAAATAGGTG +GACTTATATCTGGTGATATATTTTCAAGGACAGAACTTGCAAGTGCAATAGCTGTAGTTT +TAGCTATAATCTTAATACTTGCATTGCTACTTAATGATTTTATGATGAAGAAAGTAAGGA +GAGGTATATAATGAAGAAATTTCCTAAGTTTTTTATAGGGGTGATTATGACAATACTATT +TATACCTATAGTATTAACATTTCTTTATTCAATAGCAACTAATTGGCATAGCACTGTAAT +TCCAGAAGGAATAACATTTAAATGGTATGCAGAGATATTTAGAGATAGCAATTTTACAAG +TGCATTAATAAGAACATTTACTATAAGTGCAGTGACTGTAGCACTTAGTATAACAATAAT +GGTTCCTACAGTATACATAATAGTTATGTATTTTCCTAAATGGGAAAGAGCTATGCAATC +ATTAGTTCTTTTACCGTATGCAATACCTGGTGTTATATGTTCTGTTGGACTTATACAAAT +ATACTCAAAACCTCCATTCTTATTATCTGGAACAGTTTGGCTACTTATTGGAGCTTACTT +TATAATAATACTTCCGTTTATGTACCAAGGTATAAGAAATAGCTTAAGAAATATAAACGT +TGTTGAGCTTGTTCAAGCGGCAGAAATTTTAGGTGCAAGTAAAACGCAAACATTTTTACA +AGTTATTTTACCAAATATTTTATCTGGAATCATTGTTTCAAGTTTATTAAGTTTTTCAAT +GTTGTTTGGTGAATTTGTAATGACTAATTTTTTAGTTGGTGGAAGATTTGAGACCGTTCA +AATTTACTTAAAGAGATTAATGGATACAAGTGGTCATATGGCTAGTGCAATAGTAATAAG +TTATTTTCTATTTATATTGATAATAACTTCAATAGCTATAAAAATATCAAAAATCTCATC +TAATAAGAGAAAAGAAAAAATAAATGATGAGGAATTATCAAGAATAAAAAATAAGTTTAT +AGGTTTAAAGCCAAAAGTTGAGGAGGTACTATAATATGAGTTATGTTGAAATAAAGAGCA +TTCAAAAAAGTTTTAATAATATTAAGGTCTTAAAGGATATAGATTTTTCTATAGAAAAGG +GAGAATTCTTAACTCTTTTAGGTCCTAGTGGTTGTGGTAAGAGTACACTTCTTAGATGTA +TTGCAGGACTTAACAATTTTGAAAATGGTAGTATTATTATAGATAATAAGGATATTGGTA +ATGTAAAGCCTAAAGATCGTCAGGTAGGTATGGTATTCCAATCTTATGCCTTATTTCCAA +ATATGACTGTATATGAAAATATAGCTTTTGGTTTGAAAATTAAAAATTTACCAAAAAAAG +AGATAGATAAAAAAGTTAAAGAAATGATAGAGATAGTTGAGCTTAATGGAAAAGAGGATA +ATTATATAACTGAATTATCGGGGGGACAGCAGCAGCGTGTAGCTTTAGCTAGGTCTATAG +TAACAGAACCAAAAGTACTATTATTAGATGAACCTTTAAGTGCATTAGATGCTAAAATAC +GTAAGAACCTTCAAGTACAAATTAGAAAAATACAAAAAAAACTAAACATGACTACAATAT +TTGTAACTCATGATCAAGAAGAAGCAATGACAATGAGTGATAAAATTATAGTTATGAATA +AGGGTTATATAGCACAAATTGGAGGACCAGAAGAAATTTATAAACATCCAGCAAATGAAT +TTGTTGCTAGATTTATAGGAAATTATAATGTATATAATAAAATAGAAGGTAAAAAGTTAT +TAAATATAAAATTAGAAAACAGCATAGCTATTAGACCAGAAGTAATAAGTATATCAAAAG +AAAATGATAAAGATAAATTAGAGAATTATTATATAAAAGCAAGGGTTAATCAAAAATATA +TGATTGGAAGTATAGTAAGATATGAGTTATATAAAGATGATATTAAAATTTTAGTTGATA +TGCTAAATCAAGATAGTCTGATAAGTGAAGGTTCTGAAGTTTATGTAAAAATACCTAAAA +AAGATGTGATACATTTTAATGAAGAGGATATATCTGCAGATAAGATGTTAGCTGTTTAAA +TTGAATAAGGAGATATATATGAGAGACGGACATGTACATTCTAAATATTGCCCGCATGGA +ACTAGGGATACATTTGAACAATACTTAGAGAATGCTTTAAAGATTGGTTTAAAGGAAATA +ACTTTTACAGAACATCTTCCGTTACCTATAAACTTTAAAGATCCTTCACCTAAAAATGAT +AGTGCTATGAAATTATGTGATATAGATAGTTATATTAATGATATTAATAATATTAAAGAA +AAATATAAAGATGTTATTAAAATTAATTTAGGATTTGAAGTTGATTTTATAGAGGGTTAT +GAGGAAGAAACCAAGAGTATTATAGATAAATATGGAGTGTATTTTGATGATGCAATTATA +TCTGTTCATATGATAAAAATAGATGGAGATTATCATCTTATAGATTATAGTGTAGATGAA +TTTGAAAAGCTAATTACATTATTTGGAGGGATAAATAATGTATACAATAAATATTACGAA +ACAGTTAAAAAAGCTTTAGATGCTGATTTAGGTAAGTATAAGCCTAAAAGAATAGGACAT +TTAAATTTAGTTAGAAAGTTTAATAAAATTTTTCCTTATGATTATTCTAATAATAAAATA +TTATGTGAATTAGTGAAAAATATTAAGGAAAAGAATTACGAGCTTGACTATAATATATCA +GGAAAGAGAAAAGAACATTGTGAAGAAGCATATATTAGTGGGTATTTGCTGGATTTAGTA +AAGAGTTATGATATTAATATGGTTTTAGGCTCAGACTCTCATTGTGCAAATGAAATTTTA +GGAGAAACAAAATAACATTAATTTGATATATTAATATAAAATGCCACTAATTCAAGTTCA +GCAGGAGGAGATTGATTTAGATGAGTAAAATGCAAATCTTTGAGTCTGCAGAATGCACAG +TTACACAAACGCCTGGAGCTAAAAAAGATTCAGAGCTTATGCGTATTCATATCATTATAA +ATACATTGAGAACAAATGGAATAGAAATTGAAAGATATAATATTGTCTATGATGAAAGTC +CATTTATTGAAAATGAGATTGTTTCAAACTTATTAGGTACTATTGGAATAGATGGTTTAC +CAATAATTATTGTGGATGATGAAGTGGCTATGTTTGGTAGATACCCTTCAAGAACAGAAT +TTGCTAAGTTATTGGGAATACCACGAAGTATATTAGTAAATCAGAAGAATTTTGGAGGCA +GTTGTCGTTGTATATAGATGATATGTAGAAAAGTAAAAGAGAATAGGCTTAAAAATGACT +GTTTAAAATATATAGAAGCAGTCATTTTTTATTATAGTAATTTAATATATTCTATAAAAA +AATAGGCAAAATATAAGTAATAATAGTAGAAAGAGGTATTAATATGAAAAATATATTAGG +GTGTTATTTGATGCCACATCCTCCTTTAGCAATATCAACTATTGGAAAAGGAGAGGAAAG +AAAGATTCAATCAACATTAGACTCTTGTGACATTATAGGAATAGAAATAAGTAGTATAAA +ACCAGAAATTATTATAATAATTACTCCACATGGAACTATGTTTTCAGATGCAATAGCAAT +ATCAAATGAAGAAAGTATACAAGGTAATCTTGAACAATTTATGGATTTTAAAACTTATAT +GAATATAAAAATAGATAAAGGTTTTAATAAAAATCTTATAAATATTTGTGAAAAGGAAAA +TATTCCTGCAGCATTAATAGATTCTAATTTACTTAGTAGATTTAATAGAACTTATGGATT +AGATCATGGATCAATTGTTCCTTTACACTTTGTAAATAAGTACTATAATAATTACAAGTT +AGTTCATATTACATATGCAGCTATAGGTAACATAGATTTATATAGATTTGGCATGGCATT +ACAAAAAACTATTAATATGTTAAATAAAAAATCAGTAATAATAGCAAGTGGTGATTTATC +TCATAGATTAACAAAAGATGGCCCATATGATTATTCTCCACAAGGAAAAATATTCGACGA +AGAGTTACTATTAAAGTTGCAAAAAGGCGATGTAATAGGTGTATTTAATATGGATAAATG +TTTAGTAGAAGATGCTGGAGAGTGTGGGCTTAGATCAGTTTATATTCTTCTTGGAGCTAT +GGAAGGAAATAAAGTTAATGGAAATCTTTTATCATATGAAGGACCTTTTGGTGTAGGCTA +TGGGGTGATGAGATTTGAAAGTAAAGAAGAAAATGTAAGCAACTTAGAAAAGTTAATGGA +TAAGAAAAAAGAAGATTTTAATAAGAAGATATCATCATCAAATTCATATGTAAAGTTAGC +AAGAGAGAGTTTAAATTACTATTACTCAAATGGAAAAATGATGAAACCTAGTAGTTGTCT +ACCAAAAGAAATGCTAAACAATAAACATGGAGTTTTTGTTTCTATTAAAAAATTTAATCA +ACTTAGAGGGTGTATAGGTACAATACTTCCTACAACAAACTCAGTAGCTGAAGAAATTAT +ACGAAATTCTATAAAAGCAGCAACTGAAGACCCAAGGTTTATTGAAGTTAGCAAGGATGA +ACTAGAAGATTTAGATATTTCTGTAGATGTTCTTACAGAGCCTATAAAAGCTACAAAAGA +AGAGTTAAATCCTAAAATTTATGGAGTAATAGTAAACAAAGGAAGAAAGAGAGGATTACT +TCTTCCTAACTTAGAAGGTGTAAATACAGTAGAAGAGCAGCTTAGTATTGCTTGTGAAAA +AGCAGGAATAAATCCATTAGAGGATTATGAAATAGAGAAATTTGAAGTTATGAGATATGA +AGAGGGTGAATAATTTGGATCATGAAATTCAATTCTATGATAAATATGAAGACTATATAA +AATGTAAGTTATGCCCACATAATTGCAAGCTAAGAAAAGGAAAATTCGGAGTTTGTAAGG +TTAGAACTGTAAAAGAAAGTGTTGGAGTTGCAATAAATTATGGTGAAGTAACATCTGCTA +ATGTAGATCCAATAGAGAAGAAGCCATTATACCACTACAAGCCATCTAAAGATATATTGT +CAGTAGGAACTTTTGGATGTAATATGAGTTGTAGTTTTTGCCAGAACTATGAGATATCTC +AATATGTATCAAAAAGTGAATATATAGATATAGAAAGTCTAATAAGATTTATTTTAGACA +TACAAGGTAATATAGGTATAGCATTTACGTACAATGAACCATTTATGTGGTATGAGTATA +TATACGAAGTAAGTAAAAAAATAAAAGAGTATGATAAAGATATAAGTGTAGTTCTTGTAA +CTAATGGATATGTAAATGAAGAGCCATTATTGAAGTTGTTACCATATGTAGATGCAATGA +ATATAGATTTGAAAGGATATACGAATAGATATTACAATAATATTTGTGGTGCAAAATTAG +AACCTGTTCTTAATACTATAAAAATAGCAAGTGAGCACTGTCATGTAGAAATAACTACAT +TAATGGTTAATGAAGAAAATGATTCAATAGAAGAGATAAGTAAAATAGCACAATTTATAG +GATCTATTGATAAAAATATACCACTTCACCTAAGTAGATATTTTCCTAGATATAAAATGG +AGAATCCTGCTACACACGTGGATGCTATTATTCAAGCTAGAAATGAAGCTAAAAAATATT +TAAACTATGTATATGTAGGAAATATTGCAGGTGTAGATAATAATACTTATTGTCCTAATT +GTAAATACGAGCTTATAAGTAGAGATATATATGATACCAAAGTTATTATTAATGGGGACA +AATGCCCTATTTGTAGAGAATATATTAATATAACTTTATAAGGCTAAGGATATTAATAAA +GTGATTTTTTATCACTAAAATAATATTATTACATAATATATATAGTAAAAATATTGACGC +CAAGGGGGAGTCCTTAATGGATTGCGTAAAGATAGAAAGCGGAACATCATTATTGAGAGT +TTTTCATGCAGCGCCTCAGGCACCAGCCGTAGATGTATATATAAATGAAAAACTTGTATT +TAGTAATTTACAATTCACACAATTTTCAAGCTATGTGAAGTTAAAAGAAGGAGAATACAG +AATAGATATATTCCAAACAGGAACTATGTTACAGCCTATTATTAGTGGTAGCTTAGATCT +TGATGAAGGACAAATGCTTACAATAGCAGCAATTGGAAACTTAGATGATTTATCATTATT +AGTAATAAATGATAATGCAGATAAAAAAGCAAGTCCTAAGGTTAGTTCTTTTAGAGTTGT +ACATTTATCACCCAATACTCCTGCAGTAGATATTTTAGTTAATAATAAAATTTTAGTAGA +AAGTTTAGCTTTTAAACAAAATACAAGTTATGTAGATATAGCTCCTGGCTCATATAATAT +TGAAGCTGTTTTAAGTAGCAATAAAGAATCAGTTTTAGTTTTTGGAGTAATGTTAAAGGC +AAATAGAATATATACTATTTATATAGTAGGAGAATCACCAAACTTGAGAGGTATTCAATC +TGTAGATGGAAATACTTATTTATGTAGATACTAGATATTAGTATAAATAGGAAATTATAT +TATGAAATGTAGCAGAAGAAAGGCTCTAAAAGAAGAGATAAGCAATGATTGGAATAAACT +TAATTTAGCAGCTCAGATATTAGTACTTGTAGGTGGATTTATATTTATAGCAACAGTATT +TTTAGCATTTTATAAAATATCAGATGATTCTTTATACAAATCTGTTGAGACAGTATTTAG +ATCTTGTCTTGCATCTATATTTGGATTTATATTAAGTTCAAATATTAAAAATACTGAAAA +AAAAGTATCAAATAAGATTAGTTATAATGAAAATGATGAAACTTTAATAACTCAAGAAGA +GGAAGAATGTATAAAAAAAGTAAATTACCAAGAAGGTAATTCTATACAATTAATTGTTGC +ATTTATTATATGTATAGTATGTTCAATATCTATATTGGCTATATATATACGTAACTTAAA +TCAAGATATCCCTTCAATAACTCAATTTAGAGATTTAATGTGTACTTCAATTGGATTTTT +ATTGGGAGAGTCTAAAATAAAAAAATAATATGATAAAATAAATCCTATAAAATATAGAAT +ATTAGATTGTTTTATAGGATTTTTTATTTGCAATTAAAAATGAGCATTACAAAACCCTTA +AATAATTGTAGTACAATATAGCTTGGATTTATTAGTTATATATATTAAACTAAAGAATAT +AAATCTTAAAAATAGGGGAGGAAAGAATACTATGTCAGATGAATATAAAATATTATCAAA +TGGAGTAAAGATACCGATTATTGGATTTGGTACATATAAATTAGGAAGTCATGAGGATTC +AATTGAAGCAGTAAAAGAAGCTATAAAAATAGGATATAGGCACATTGATGCAGCTGCTTT +TTATAACAATGAAGAAGCTGTAGGAATAGGCATAAAAGAAAGTAAAATAAATAGAGAAGA +AATATTTTTAACTACAAAGCTATGGAATGATAATCATGGTTATGAAAAAACTATGAAATC +ATTTAATGAATCAATAAATCGACTTGGTGTTGAATACTTAGATTTATATTTAGTACACTG +GCCAAATAAATTAAATTTAGAAACTTGGAGAGCTTTTGAAGATTTATATAATCAAGGAAA +AGTTAAATCTATAGGTGTATGTAACTTTAAGGAAGGCCATATTGAAGATTTAAAAAAATC +AGCAAAAATAATTCCTATGGTAAATCAAATTGAAATACATCCATATAGATCACAGAAAAA +TATGATTTCTTATTGTAAGGAAAATAATATTCAAGTTATTGCATGGGGGCCAATAATGAG +GGGTAAAATTTTTTCTGATGCAGTAATGCTAGAATTAGCGGATAAGTATAATAGAAGTGT +TCCTCAAATTACATTAAAATGGCATATACAAAATGGAGTTATTCCAATTCCAAAGTCTTC +TAATATAGAAAGAATTAAAGAAAATTTAAATATATTTGATTTTGAAATTTCATATGAAGA +TATGAAGTTAATAGATCAATTAAATAAAAATGAAAATGTATCTAGTGTACCAGAGAATAC +AACATATTTAGAATATTAGAAAAAAGTTATATAATATTTAGTTTTAAGTATGAATTAATA +TCTCATACTAAATTCTAATATTATATAACTTTTTTATTTTGATAAAATACTATTTTACTT +CTATGATAAAAGCTTGAGTTTGTGGTGGGATACTCATAGTCATGATTGGAGAGTGATAAA +CGAAAATTAAATCTCCTACTTGTAGATCATTTAGAGTAATTTCATTATAGTCTTCATCCA +TGACAAGAGTAGTATCACTAGCTATTAAAATTGTAGCAGTGTAAATATTAGTAGTATCAG +TTGCAAAAGTAATATATATAAGCCCAGGTTGAATATTATCATTTATTTCTATGATAGTAC +CACGTTTAAATACGCAACATTTCATAAGTCATCACCTCAAATATAGTATATTGATAATAT +ATTATGCAAAAACTATAGTTTTGGTCATATCATGTTAAGCAAAATAAAAATTAATAATGA +ACTAGAATCATATGAATCATTAGCGCTTGCACCCGTATCTGTAATAGAAGAGCTTCAAGG +AAAAGGAATTAAGTGGAGTTGTAGAATATTCAACAGCGTTTTTATTGTATAATTATGGGA +AAAATTATAAAATTTATAGATATCTTGTGTATAATTAAATAAAAGATAAAATGGAAAGGA +TTAGGGGGAAGTATGAAAAAAATATTAGGTATTATGTTTGTTGGGATAGTATTAGCATCA +GGTTTTTTTATTCATAATAGTGTTTACTCAATATCAGAAGAACATATAAAGCAGAATATC +CAAGAGAGCTTAAACAATAAAGAATGTAAATTAGAGTTCCTGAAAGAAGAAAGTATAAAT +GGTGGAAAAGTTATAATTTTTTCTACTAACGGTGATGAAAGTAACATGGGACTAGCAATA +TTGGATAAAGGCCTTAATAAACAATACAGGGTTGCGAGTGTGATTAATGGAAGTAATAGA +TATAGCACATATAAAAAATATATGTTTAATGAATATATTATTGAAGCTGGAGATAATAGA +AGCGGTGATTTAGCATATATAGGTGTTGCAAATGGAGCGAAAAGAATTAAAAAAATTAAT +ATAGAAAAGGATTTTTTTATCAAGTTTATTGATATAGATAAGTTTGATGGTTACAATGTC +TATAATAGTGATAATAAAGTTGTAGATATATAAGTGAGGAGCAGAAAATGAAATTAAGAA +AATCAACACAGTCAGATATAAATTCTATAATGAAAATTATAGGACAAGCACAAGAATATT +TTAAGAAAAATAACATAGATCAGTGGCAAAATGATTATCCCAATTATGAAACTATAAAGA +ATGACATTGATAAAGAAGAGAGTTATGTATTAATAAATAATAATGAGATTCTTGCAACAG +TAGCAATTTCTTTTAATGTAGAAAAAAATTATGGTGTGATTTATGATGGAAGATGGCTTA +GTAATGAAAATTATGCAGTTGTTCATAGAGTAGCTGTAGACAAAGATCATAAAGGGAAAG +GTTTGTCAGGTAAAGTTTTTATGGGTTTAGAAGAAATATGCTTAGATAATAATATCCATA +GCATTAAAATAGATACACATAAGGAAAATCTATCAATGCAGAAATTTTTGAAAAAACATG +GATTTAAGTATTGTGGAATTATTTATCTACCAGATAAAAGCGAAAGAATAGCATTCGAAA +AAGTATTATAATTATTGGAACATATTTTAGAGCTTGAAATATAATAGATTGAACAAATGT +TTAATTAATTATATTTGAAAAGAGGTCTAAAAATGTCAAGATTAAAAGGTATTGATATAA +GTAATTGGAGTGGAAGTGTTGACTTTAGAGGAGTAAGAGACTCTGGTGTAGAGATTGTTT +ATATTCAAGCAACAGAAGGGACTTTTTATACGGATCCTTATCTTCAAGAATTTTATGATG +GTGCAAAAGAGCATGGTTTAAAGATTGGATTTTATCATTTTTTTAATCCGGGTAGCTCTC +CTACTCCTAGAGAACAAGCTAGATATTTTGTAGATGCAATAAGTGGAATGGAAGTTGATT +GTAGATTAGCCATAGATTTAGAGCAAACCAGAGGTTTAAGTAAAGAAGAAGTATCTAGGC +AAGCCGTAGAGTTTTTAAGAGAAGTAGAAGAGTATAGTCATAAAAAGGTAGTTGTTTATA +CTTATACTAATTTTGCTCAAACTGAACTTGATAGGAAGTCTGGTATTGGTGACTATCCAG +TATGGATAGCACAGTATTCTGAAAATCCACCTGAGTACAATCCAATTTGGGGAGACAAAT +ATGCTGGTTGGCAGTATTCAGATAGTGGATATATAGATGGAATTGACGCAAATGTTGATC +TAGATACTTTTTACGATGAAATTTTATTAGAGGACTCTTCAAAAATTCATGGAGAAAGAA +AGAAAGAATCTAATCATAGCATTGTTAAATATTATACTGTACAAAAAGGAGATACTTTAA +CTCAAATTGCAAAAAAATTTGATACTACTGTAAAGGAGATAGAATCAATAAATGGAATAT +TCGATCCAAATCAAATTTATGTTGGTGAAGTATTAAAAATATATCCTTCATCAAGGCCTA +TTATATCAAGAAAAAAATCATTTTATAGAACTTATGTAGTTCAAAGAGGAGATACTTTAA +CATATATAGCTTCTAGATTTAAAACTACGGTAGATGAATTAGTTAAATTAAATGACCTAT +CAAATCCAAACTTAATTTATGTTGGTGAGATTTTAAAAATACCTACAATTAAAGATATAA +AAAGAACTGCTTCAGTTTCAGAACATATGCATACTTTAACATATGTAGTAAGAGATGGAG +ATACTTTAACCAGTATTGCAAAAAGGTTCCATACTACGGTTAATCAGATAGCTAAGTTAA +ATAATATATCAGATGAGAACTTAATTTATATAGGTCAAGTATTAAAAATTGAAACATCAG +CATCTTCATCATTAGAGAGATCTTTTTCAGGAAGTTATGTTGTAAAATCTGGAGATACCT +TAAGTAGTATAGCAAATAGATTTGATACTACTGTAAATGAGTTAGTTAGACTTAATAATA +TACCAAATCCAGATTTAATTTATGTTGGAGAAGTTTTAAGAATATAAATATTACTAAAAT +CAGGAAGTAAGTTAAACTTATTTCCTGATTTTAATTTTATGATTTTATTATAATTTGTTA +TATATAAATATTGAAAATTTATTATAATATTAGGAGATGTTTATGTATTTAAAAGATTAT +TTGTACGGAGAGTATATTGTAGAACCAGTTATAGAAGAAGTTATAAATACTAAAGAAGTT +CAAAGATTAAAAAATATTCATCAAGGTGGAGCTAGTTACCTTGTAAATCCAAATTGTAAT +GTAAGTAGATATGAACATTCTATAGGTGTAATGTTACTTATAAGATTATTAGGAGGGAGA +ATTGAAGAGCAAATAGCAGGCTCACTCAACTATAATGTCAGAGTTGAATAAGATAGTAAA +AACTATGATATACATCAAAAAAATAAATTAAGATTAATAGACCCAAGTATATATGTAGAA +AATAAAATTTATAAATCATCAGAAATATCTTCAGAAATTAAGGAATTAAGTAAAAAAGCT +TTAGAAAAGTCTATAAAAGGTACTTACATAAAAATTTTATTAAATTTAAAATATGTAACG +TATGTTACGGATTTTATTTGTTGCAAAACATTATAATGAGTACATGAAATAAATGTTAAT +TATCGGGAGGAATATTAATGGAAAATAAGATGTTTTGCTTTCAATGTCAAGAAACAGCAG +GTTGTACTGGATGTACAAAATTTGGAGTTTGTGGAAAGTCACCAGATCTAGCTAGAATGC +AAGATTTATTAATATATACAACAAAAGGTTTATCACAAGTAACAACAAGACTTAGAGAAG +AAGGTAAAGAAGTAAGTGGTGAAATAAACCATCTAATAACTATAAATTTATTTACTACAA +TAACAAATGCTAACTTTGATGATGCAGTATTCTATGCAAGAGTTAAAGAAACTTTAGCTA +CTAAAGAAGCTTTATTAGCTAAATTAGAAAACAAAGAAAATTTATCTGAAGCAGCATTAT +GGAATGCAACTTCAAATGAAGAAATAGATTCTGACATAGATAGATTATTAGATGAAAAAT +CAACTGAAGTAGGAGTATTAGCTACTAAAGATGAAGATGTAAGAAGTTTAAGGGAACTTA +TAATATATGGTTTAAAAGGTATGTCAGCGTACATGAAACATGCTAACGCTTTAGGATATG +ACAGCGAAGATATAAATGCATTTATGCAAGCAACGTTAGCTAAGACTTTAGATGATAGTT +TATCTATAGATGAATTAATAGCTTTAACTTTAGAAACTGGTAAAGTAGGGGTAGATGGTA +TGGCACTACTTGATAACGCAAATACTGGAACTTATGGACACCCAGAAATAACTAAAGTTA +ATATAGGTGTTAGAAATAACCCAGGAATACTTGTATCAGGACATGACTTAAAGGATTTAG +AATTATTACTAAAGCAAACTGAGGGAACTGGAGTAGATGTTTATACTCACTCTGAAATGT +TACCAGCTCACTATTACCCAGCATTTAAGAAGTATTCTCATTTTGCAGGAAACTATGGAA +ATGCTTGGTGGAAACAAAAAGAAGAATTTGAAAGCTTCAATGGTCCAATATTAATGACTA +CAAACTGTATAGTACCACCAAAAGATAGTTACAAAGATAGAATATACACTACAGGAGCAG +CTGGATTTGTAGGTGTTAAGCATATAAAAGGAATAAGCGAAGATAACAAAGATTTCTCAG +AAATAATAGAACAGGCCAAAAAATGTGCTCCTCCAACTGAAATAGAAACTGGAGAAATAG +TAGGTGGATTTGCTCATAATCAAGTATTTGCATTAGCAGATGCAGTAGTAGATGCAGTAA +AAACAGGAGCTATAAAGAAATTCTTTGTAATGGCTGGATGTGATGGAAGGGCTAAGTCTA +GAAATTACTACACTGATTTTGCAAAAGCCTTACCAAAAGATACAGTAATACTTACTGCAG +GATGCGCAAAATATAAATATAACAAATTAAACTTAGGTGATATAAATGGAATACCTAGAG +TGTTAGATGCAGGTCAATGTAATGACTCTTATTCATTAGCACTTATAGCATTAAAGTTAA +AAGAAGTCTTTGAACTTAATGATATAAATGAATTACCAATAGCATTTAACATAGCTTGGT +ATGAGCAAAAGGCGGTAATAGTTTTATTATCATTACTATACCTAGGAGTAAAAAATATTC +ACTTAGGACCAACTTTACCAGCATTTTTATCACCAAATGTAGCTAAAGTTTTAGTAGAAA +ACTTTGGTATAGGTGGAATAACAAATGTTGAAGATGATTTAGCAATGTTCTTAGGATAAT +TCTAGATTATAAGGAGAATAATATGAATGCGATAGACATAATGAATGAAGAACACAAATA +TATTAAACGTATGCTTAAAGTAGTTAGAAGCGCATGCTTTAAGATTTTACAAAATGAAGA +TGTAAATTATGACGACTTTTATTTAATAATAGATTTTATAAAAAACTATGCAGATGCACA +TCACCATAAAAAAGAAGAAAAAATACTTTTTAATAAGATGGTTGAAAATTTAGGTGAGCT +TGGAGAAAAAGTTATAAATCACGGTATGCTTGTAGAACATGATTATGGTAGACTTTATAT +TAGAAGCCTAGGTGAAGCATTAGAAAAGTTAAAAGCTGGAGATGAAGAAGCTAAGCTAGA +TGTAATTGCAAATGCAATATCATATACTCATTTATTAGAAAGACATATTGATAAAGAGGA +CAGAGTTATATATAAGTTTGCACAGAGAGAACTAAGTAAAGAAATTTTAGATATTGTAGA +TATAGAATGTATTGAATATGAAAATAATAATATTGATATAAAGCATAAAAATATATCTAT +ATTAGAAAATTTAGAAAATAAATATATATAAGGAGACAATATTATGATAACAAAAGACAA +TACAATTGGAGAAATATTAGAAATAAATCCAAATGCAGCAGATATATTAATGGAATTTGG +GATGGGATGTTTAGGTTGTCCATCAGCGACTATGGAAACTTTAGAGCAAGCTTGTTTTAT +ACATGATCTTAAACTAGAAGAAGTTTTAGATAAATTAAATAGCAAATAGTATAAAAAAGA +TAATTTCTATTTTTAGAAATTATCTTTTTTTATATACATTATGTAAAATAATAACTAATT +GATAAATATAAGTTTTCTTAAAAAAGAAAAATTTTGAAGGAACTTTTTTATATATTAGAT +AAAAATAATAATATAAATTTATGATATAATATGTAATTACGTATACAAAAATAAGGTGGT +ATAAAATGAACAATAATTTTGAAGACTTTAATTTAAATAAAGATATAATAAAATCACTTA +ATAACCTAAACTATAAGAAACCTTCGAGAGTTCAAAGTGAGGTTATACCAAATTTATTAA +ATAAAGAAAATGTAATAGTCAAATCCCAAACAGGAAGTGGTAAGACAGCTAGTTTTGCGA +TTCCCATTTGTGAAAGTATAGATATAAATGACAATAATGTACAAGCTTTAATAGTTGCTC +CTACAAGAGAATTAGCACTTCAAATAAAAGAAGAAATATCATTAATAGGTAGACTTAAGA +AAATTAGATGTAGTGCAATATTTGGAAAGCAACCTATAAAAGAACAGATTGCAGAATTGA +AGCAAAGGGTACATATAGTAGTAGCTACTCCAGGCAGGATAATTGATCATATAGGTAGAG +GAACTATTAAATTAGATAAGGTAAAGTTTTTTATTATAGATGAAGCTGATAAGATGTTAA +ACAAAGGATTTATAGAGGATATGGAAACTATATTAACTAAGCTTCCAAAAGAAAGTATAA +AAGGACTTTTTTCTGCAACTATAGATGAAAATATAAGTATTATATGTAATAAATATATGA +AAAATCCGGTTACTATAGAGATAAAAGATATTGAAAAAGAAATATTAAAGAAACAAATTA +TAGAAAAGTATATAAAAGTAGATAAAGAAAATAGATATGAAACTTTAAAGAAAATAATTT +ATAGTGAGTGTCCTAATTCCTTAATAATTTTTGCAAATACAAAGAATAATGTAATAGATT +TATACAGCAAAATGAAAAAAGATAAATTTCTTGTTCAACAACTTCATGGAGACATGTCAC +AAGATAAAAGATTATTTATGATAAAAGATTTTAAAGAAAATAAGTTTAATATTTTAGTAA +GTACAGATGTAGCGTCAAGAGGAATTCATATAGATAATATTTCATTAGTAATAAATTATG +AGGTGCCTAGAGACAAAGAAAACTATGTTCATAGGATTGGTAGGACAGGAAGACAAAATA +AATTTGGAAAAGCAATAACTTTAGTCAGCCAAAAAGAAGTAAAATATCTTGAAGAGATAG +AATCTTACACAGGATTTAAGTTAAATGAAATAGAAAAAATAGATGCAGATAAGGTTATAT +CTGGTAAATTTAGACTTAAAGAAAATGAAAAGAATTTATTAAAGAGAAGAAAAGAGAAGA +AAATAGAAAAAGAAGTAAATTCTGAGGTAACTAGAATTTACTTAAATGCAGGTAAGAAAA +AGAAAATAAGAGTCATAGACATTGTAGGTACAATTAATAATTTAGAAGGAATTAATAATG +AAGATATAGGTGTAGTTGAGGTACAAGATTTATGCTCATATGTAGATTTATTAAATAATA +AAGGGAACAAATTTTTAAGAAAATACAGGGAAATAACTATAAAGAAAAAATTAGTTAAAG +TTAGAAAAGACAATAAGAACTAAGTACACAGGAGGACGTAGATGCTTAATAAAGAACAGT +TTTTGGCTATATATAAAATAAATGAGAATGAATTAGAAGAATTAAATATAGATTGGCATG +ATTTAGAAGATATATATCATGATTTTAATAAATATAGACAAAGCTATGAAACTCAAGCAG +AGCTAATAGCAAACATATTAAGAGCACAACCAAAGGTACACTCTGTTAAGACTCGAGTTA +AAGATGCAAGGCACTTAATAGAAAAAGTAATTAGAAAAACGCCTGAAAGAAGAGTAAAAT +ATGGCGAAGATTTTAAATTTACAGTTGATAATTATAAAAATGAAATAACAGACTTATTAG +GTATAAGAGTTATCCATATATTTAAAGAGGACTGGGAAGAAATACATGACTTCATAACTA +GTATGTGGGATGTTATGGAGATTGTAGCTAATATAAGGGAAGGCGATAATACTAAAGAGT +TTGAAGCTAAAGATATTGAGGTTTGCTCTAGATTATCAGGTTATAGATCAGTTCATTATC +TAGTAGAGTCCTATCCAACAAACAAAAAGCTTATCGCAGAAGTTCAAGTAAGAACTATAT +TTGAAGAAGGTTATGGTGAAATTGATCATCAGCTAAGATACTCTCATGATAATATTCCTG +AAATTTTAGGACAAAATTTAATGCTTTTAAACAGAATAGCAGGAAGTTCAGATGAGATGG +CTTCTTTAATTAATGTACTTAGTAAGAGTTTTAAAGAAGTTGAGATAGAGTTTGAGGATA +AGATAAGAGAAAAAGATAAGAAAATAATAGAACTAAAAGAGAAGCTAGTAAATAATAGTG +ATATAGCTAATGCAGAAAAAGAAAGTTTAATAAGAGATATTGATGAAATACTTAAAAAAG +AGTAAAATAATGGGTGAATTGGAATATTCTAATTCACCCATTATTTTTGAAAGTTTTTAT +ATATTAGAAAGGGAATTTATGCAAAATAATATAGATGTTGTAAAAAAAGCTATAAAAGGA +AATAGAAGAGCGTATTATTCTTTGATTAGAGAGTATACACCTTACTTGTATAAGATTGCA +TTTCTTCATACTAAATATGAAGAAGATGCGAAAAGTATATTTGAAGAGACTATTTATAAT +AGCTTTAAAAATATACACAAGTTGAAGCATCCCGATAAATTTAAGATTTGGATAACTAGA +ATTCTTATAAATGAAATTGATTATTTTCTAGAGTCTACTGGTATGGTAGAAAGTGAAGTA +GAAATTAAATCAAACACTAATAATATAGATTTATATAAGTCTATAGATATTTTAGAAACT +AAGATAAAAAGTGTAATAATTTTAAGATATTACTGCGACTTTAAAGTAGAAGAAATAGGT +GAAATTTTAGATTTAAATCAAAGTACAGTAAATACTTATGCTAGAAGAGGTTTTAAGGAA +ATGAAGGAGCTGTTAAAGGAGGAGTGCGTATGCTAGAAAAAATTGACTTTGACAGTATAG +ATATTGATAAAAGAACTAAAATTGAAATAGAAGAGGATATTAAATATTTTGATATTAACT +TGAATAAAATAGATAGTATACAAATTCCTGACTTAAATAAAATATCAAAAAAAACTATTA +AAAAAGTTACAAAAGAAAGATATGAATTTGATAAGGTATTAATAGGGAATGTTATGGTAT +TGTTCCTTTTAGTTGGAAATATGGCTTCAGTGTATAATCCAGCTTTAACTTACAAGGTTC +CCATTTTGTATAAGTTCTTCATAAATATAAATGAATCTCTTAATATAGATTTTATAGCGA +GTCTACTGAGTCTTGATAAGGTGATACCAAAGGTAGATATAAATGAATCAGGTAAGTTAG +AAATAGTAGAATATCCTAACATAATAAAAGAAGAATTTGTAAAGACACCGAATAACTCAA +AGGAAGCCCTAGACTTAATACACTCATTAGCAAATACTATTATTAAAGCACAGCATAAGT +GGGGAAGTACAGAAATTACTCCTAAGACTATTGAAATTGCTTTAAAAGGTGTAGAGCTAA +TTGATGATGAATATCATAGACTTTACTTAAGAAATGGTCTAAAAAAATGGTCTGAAGGTG +ATTTTTCAAATGGAGTAGAGTTACATAATTATGTATGGGATAGATTAGATGGAAGTATAG +GAATAGCAGAGGAATTAGATGAGTTGATGATAGATAAAATAATGAATGAACATTTTAAGA +ATAAAGTGAATGATAAAGTAGAAATGCCTCAATAGAACTGAGACATTTCTACTTTATGTT +ATATTTAAGTAAAATCGTTGACTAATTAGTTAAATTATTATATGGTAATTTCTTTATTAG +TAAAGTAATATTAATAAATGTTGACATAAAAATTAATTTTTAAAAGGATATTAAATAATT +AATAAAGAAATTATAGTACGATGCGAAGATAATATATAAATTTTTATATTAAATTTAATT +AAGTCTAATAAAAAAGCATTATTGTAAATAATAACCTTCAATAATACTTTTTCTCAATAA +AATTATAGTGAATGCATAAAATGATATTTAAGATTTAGAAATAGGGGGCAATTAATGAAA +ACTTTAGTTATAGGTAATGTTTATGTTGATGTTATAGTTAATGTAGATCAGTTGCCAAAG +ACGGGTGACGATATTGTATGTAAAAAACAGATTCTAACTGTAGGAGGATGTGCTTATAAT +GTAGCTACAGTATTAAGAAACTTTAATATAGATCATACATTAATATTTCCAGTAGGTAAT +GGTGTATATGGAAATATAATAGAAGCAGAAGTAAGAAAATGTGGATATGAAGCAAATATT +AAAGTTGAATCTGGAGACAATGGATATTGCCTATGTTTAGTTGAGTCTACAGGTGAGAGG +AGTTTCATTACTATAAAGGGTATAGAAACGGAATATAAGGAATCATGGTTTGATGAGATA +GATATAGATGAATATAGTAATATTTATATATCTGGATATGAAATGGAAGGTCAAAGTGGT +AGAGTTATATCTAATTGGCTAAGTAAAATAGAAAATAAAAATATATTCTTTGGTCCAGGA +CCTAGAATTAATGAAATAGATAAAGATATTTTAGAGAAGATATTAAGATTGAAACCTATT +ATTCATATTAATGAAGATGAGGCCTTAAAGTTTACGAATAAGAAAAGCATAGTAGAAGCT +GCAAGAGCTATAAATAGAATTACACAAAATACTGTTTTTATAACATTAGGTAAAGATGGT +GTTATGTGTGCTAGTAACTGTGAGTATAGATTCATTGATGGATTTGATACACAAGTAGTA +AATTCAGTAGGTGCTGGAGACAGTCATATGGGAGCTATTATAGCAGGATACTCAATGGGA +TATACTCTTGGGGATTGTTGTTATTTTGCTAATAAAGTGGCTGCTAAGGTTGTAGGGATT +GAAACGAGTAGATTAGAAGAAAAGTATTTTAATATAGAAGATTATAATATACATGAGTAT +ATAAAAGTTGGAATATAACTATTATACTATTGGCTATAATTTAAATAAATGAAGTATATA +TTTATAGAATATTATTCAAATAATTATAATAAAAATTACAAAGTAGTTTATTTAAATTAT +AGAAAGGATATGTTATGACTAGTCTATATGATGAAAAATCAAAACATAGATATAAATACA +TAGTAGGTGTTTTATTAATATTGATATTTATGTCATTATACTTTATATTCTTTAGTGAAA +GTGCTGGAGTATCTAAGGATGAAGTAAAGTCTATAATAAGTAAAATAGATGAAGGCTATG +ATGTTATAGTAACATCAGATAATTATGTTGTAGACGGTAAAACATACTATACTGTGCACT +CTAACTTAAAAAATAATAATAGTGAATACAGTGATGAATTTATTATTGATACTAGAAAAT +ATTATAGAGTAAATACAAGTTATGCTAAAGTTGGCAATGAAGAGATATGGGAAGTTAGGT +ACTGTGTTAGTAAAGAAAATAATGAAGTATATCTAGAGTTTAGAAATAATCCACAGAGAC +TTATAAAATATAATGATTATAATGATAATCTTAATTATGCTCTGAGCATAATTAAAAAAA +CTAATTACTCCCAATTTCCACATATAGATGTAACTATAGAAGGCGATATATATACAATAC +ATTTATATGAAATTGTTAAAAATGATGAGGAGAGTCATACTGCTACTATTGGATGGTATA +CATTAAATATAAAAACAAGAGAAGTAAAAAATTTGATGAGTGATGAAATACTAAACTAAA +TATAGTAAAAGTACAGGGGATTTAGTTTAATATAAAGATTTTAGAAAGTAAAATTTATAG +CAGTACTTTGAAGCCGAATTCTAAGGCTTTAAGGTCTGCTTTTTTATTTTTGAATTATAT +GAATAAATATATAGTTATTATATTATAATCGCAACTAAGATAAACATGAATTATTGCAAG +GAATATGTTTTTATTAGATAATAAATATTATTATAGAATATAGGAAATATATAAATAATT +TGAACAGGAGATAAATATATGGAAAAGTTATTTTATAAAGATCAATACATAAAAAAATTT +ACTGCTGATATAGTAGATATAAAAAAAGTAGATAATAAGTATCATGTAGCTTTAGATAAA +ACTGCATTCTTCCCAGGTGGAGGAGGTCAATTTTGTGACTTAGGAGAAATAGATGGTGAA +AAAGTATTAGATGTATATGAAGAGAATAAAAGAATATATCATGTATTAGAAAAAAAATTA +GAGAAAAACAGTATAGAAGGTAGTATAGATTGGGATAGAAGAGAAGATGGAATGCATCAG +CACTTTGCTCAACATGTGATCTCAGGTTGCTTTTATACTAAGTATAAAGCAAATACCACA +GGATTTCATTTAGGAAGAGATTTTAGTACAGTAGATATTCAAGGATATTTAGAAGAAGAG +CAAATAAGAGAAATGGAAAGATTTGCAAATGAAGTGATTAGAAAAAATATACCTCTTACA +ATATTGACTCCAAATAGAGATGAGTTAGAAGATATATGGCTTAGAAGAGATTTACCAGAT +ACTGATGAAGATATAAGAGTTGTTAGAATTGGTGAATTAGACACTAATGCCTGCTGCGGT +ATACATCCAAAATCTACAGGTGAACTTAGACTTATAAAGATAAAAAGGTGGGAAAAGAAT +AGACAATCTACAAGAATAGAATTTCTAGCAGGAAAAAGAGCTATAGATGATGTTTTAAGA +AGAGATCTGTATTTAACTAAAATTTGTAGACATTTTAAATGTAAAGAAGAAGATTCTTTA +AAATGCATAGAAAATTTAGAAGATAAGATTGAAGAATCTATTAAGTCAAAAAAAAGATTA +GAGAATATAGTTTCAAATTATGAAATAAATGAAATGATTGAAAAAGCTATAAAAGTTGGA +GACATCTTAGTGGTAAAAAAGATATTTGAAAATGAAGATATAAAATATGTAAGTAAAATT +GCAAATAAAATTACTGAAAATAAAAATACAATAGCTTTAATAGCAGTAGAAAATAATGAA +AGAGTAAATTTAGTTTTTTCAAGTTCAGAAAATCTAAATAAAATAAATATGAAAAGCTTG +TTGGATGAAGCACTTAGCTTAGTAGAAGGAAGAGGTGGAGGAAATATCCACTTAGCCCAA +GGAGCAGGAAAAAATAATGGAAATATTGAACTAGCTTTGGAATCAGCATTAACAAGTATC +GAAAATATGATATAGGTATTTAAGGAGTATTTAAATGGGAGAGTTATATCTTATATTTGT +TGGAACTATTATTGTAAATATAATGGCAGTAGCATTGCTGTTCGTAAAAAATGGAAAGTT +TGTTAGTAATAATATGTTTATATATTTAATGGCAATATATACTTTTAGTTTAGGAGTAAC +TCAGTATACATCCGTACCAAGTAATTATATATTTGGAAAGCTTTTAGGTGTTTTATTTAT +AATTTTATCTGTTATGAGTATGATTTTTAAGAGAAAAAAATTTTTATTAAGTAGAATTTT +ATTATCTATATCATTAATAGCACCTATATATACTTTATTCTTGATGTAAGAAGAATAACT +GGCTTATAATTGACGATATCTTATAAATATGATATTATAATCAACATGTAAATATAATGC +TCTGGATATCACTGATAAACAGAGCATTTTTAAATTTAAGGAAAGTTTTATTTTAAAGAA +ATAATTTAATCTAGACTATAGAGGAAAGTGAGAATGGGCATGAAAAAAGAAATATTCAAT +GGAGCTAAACTGAAGGTAGCTAGAATATATAGAGGTAAAACAGTAGATCAACTTGCAAAA +GAAGTTAATATAAATAAAAAAGATATAATAGCATTTGAAGAAAATAAATATAAACCAACT +CCTGAAAATACAATGAAGTTATCAAATAATCTTCAATTTCCAAGAGAGTATTTCTTCAAA +AATGAAAATATAAAAGTGACAGTAGAAGGGAGTCATTTTAACCCTCAATCTACAATACCT +AGAAATGAAGAAATATCTTATAGAGAAAAATTAATAATGACTCATAAGATATATACTTTT +ATGCAGGGGTATATCAAGTTCCCGAAACTTAACTTACCAGGTAATTTAAATAGAAATGAT +GATATAGAAGAGATGGCTACTAAGACTAGACGATACTGGGGCTTAGGTGATGGAGCTATC +GGAAATATGGTAAGTTTATTAGAAGGTAATGGGATACTTTTATCTGGAATTAATATAGAT +AGAAAAGGTGCATCACCATATACGCAAAAACAAAGTTTAAATAAAGAATCTCTATATGTA +ATAGCATTAGGTAATGATAAAAAATCAGCTACTATAAGAAATTACGATTTAGCATATGAG +TTAGCGTATATAATATATAATGAGTTAAATATACCATCAAAAAAATTTAATGCAGATGAA +TTTGCTTGTGCATTTTTATTACCGAAAGATGCATTTTTAGAAGATTTAAGCAATCCAAAT +GAATTAGATTTTTATATAGAAATGAAAACAAAGTGGTTAGTTCCTATATCAATTATGATA +TTTAGAGCATACACTTTAGGAGCAATAAATTATAAGAAATATAACTTCTTAATGAATGAG +ATGAATAAAAAAGGATGGCTTAAGAAAGAGCCTTTAGACGATAATATAAAAGGTGTTAGT +CCTCAAGCATTAAAAACTGCTGTTGAATTATTGTTTGAAAATAATATAATGAGCAAAAAT +ACATTAATGGACAACTTAGCTAATTTTGGTATAAATATGAATCCAGAAGATATAGAAATA +TTAATAGGATTAAAAGAAGGAACATTAGGAGCTAAGGTAAATCAAGGGAAAAATAATAAT +AAAAATAATGTAAAAATTGTAGATTTTAAAAATAAAAAGAGAAGATAAAAATAAAATTAG +GGCGGTAATAATTTTTATATTATTACTGCCCTAATTTTGTACAATTATATTTGCGCCCTC +TTTGAGTTGAAAAATATATAGGTATTTACATATAAAATATGATTACATTGAAATAATAAC +TTTATAAAGAATGCCAAGGAGTGAAAATTGAAATATGATTAAAGTATCAAAACGAGGATT +TTGTGAGGATGACAAAAGATGGTTTTCAAATAAAGAAATTATAAGGTTAAAAAAGGCACA +GGAAGAAATTAGATATCTTATAGATAGAGATTATAAAATGGCATCTGTAGTAACATTTGT +AGGAGATAGATATCAGTTTTCTATAAGATAAAGAGATGCATTAAAGAGAGCTACTTCTAC +TAGTGAGAAGGTTGTATACAGGAAAAATAAAATTTTAAGTATAGATAAAATAAAAGAGGG +ACCTATATATATAGATGGATTCAATTTGATAATAACTATTGAAGTAGCTTTATCTAAAGG +AACTTTGATTTTTTGTGATGATGATAATATTAGAGATATAGCAGGATTAAGAGGAACTTA +TAAAATTATTGATAAAACTGATATAGCATTAGATATAATAGGTCAGTTTTTAGAAAATGC +GAAAGCAAAAGAAGTAATAATATATCTTGATTCTCCTGTATCAAATTCGGGTAAATTAAA +AAGTAAAATAATGAATCACGCAAAAAAGTGGAACCTTAATATACATGTCGAACTTGTAAA +CAATGCAGATATAATATTAGAAAAATCAGATAGAGTAGTTAGTAGTGATTCTGTAATAAT +CGATAAGTGTATAAGTTACTTTAATTTGAATAAGAGTATAATAAATCAATATATAAAATC +AGCAGAACTTATTGACTTAAGTGAAACTTAAAATAATATTTTAAGAAAAGGAATGGTTAG +GTATGAAGTATACATTAAATGAATATATAAGTAAAATAAAATCATTGCCAATTAAAAATA +AATATACAAAGGAAGAAATTTTAACACAAGATTTTCTTATAGATAAAGATAATAGATTGG +AAATTTATTATGCTCCTCATAATGAATATATAAACTCTAAGGCAAAAATATTTATTATAG +GAATAACACCTGGATTTCAACAGATGAGTACAGCTATGGCTACAGCAAGAGAAGGTATTG +AAAATGGTAAAAGTATAGAAGACATAAAATATGATTGTAAAGTAGCGGGACGATTTAGCG +GAATTTTAAGAAAAAATATAATAAGTATGTTAGATGAAATAAATCTCAATAAAAGTCTAA +ACATAAATAGTTGTGATGAATTATTTAAAGAAAAAGATTACTTACTTCACACTACATCAC +TGATACCATATCCAGTGTTTTTTAAAGGGAATAACTATACAGGACATAGTCCTAAATTAA +TGAAAAGTGAATTTTTAATGAAATATGTGTATGAAAATTTGATAGAAAACATTGAAAAAT +TAGGTGATGTTCTTATTATTCCTCTAGGTAAAGCAGTAGAAGAAGTATTAGATGATTTGG +TTAATAAAAATATCATAGAAAAAGATCAAATACTACGAGGATTTCCACATCCATCAGGAG +CAAATGCTCATAGATTAACACAGCTAAGAGACAACAAAGAAAATATGATAAAAATCATAG +AAAGTTATATAAAATAATTCATGGAAAGTCTGAATTATTGCTAGACAAAAATAGCTATAA +TCGAAGGTGTGAAAAATATATACTAGCGGATATTTGTAACATCTTTTGTTGTATTTTACT +TTTCATACTGAGAAGATAGCTATTTTTAGCATAAAGTAAACTTATTTCATGCAAAGAAAG +AAGTTGAATATCCTTACACTTTTTAAAAATTCATAAATTACGAAAGTAAATAAAGCAGAT +ATTAAAACTATATTTTTAAATAAACCATCAAAAAACCACGATAGAATATTTAAATTCTCT +CCTCTTAAACTTAGGGTATAAATAACACCACTTAAACCAGCAAAAACAAAAGTAGATAAA +AATTTAAACCTGTGTTCTTTTATTTTATCAATAAATGCATGATCTTGATAAATTATATAT +CCTAATATAAATATTGTTAAACATCCGATAATACTTTTACCAATTATTGAAGGAAATATG +TCCGATGTAAATCCTAATAATAAGAGTATAGGAATACTAAATCTGCTTAGTAAGGCATTT +TTTATTAAAGGTAGTAAATTTTCTCCAATTCTGGATTTAAAAATTTTAGAGATTATAAAT +CCTCCTACTATAGATACAACAAATAAATAAGCTATAAACCATAAATGAGCAGGAGTAAAT +CCACCATCAAATCCTGTAAAATCTCTGGCATTAGTAAAGAAAAATTTTAAATGCTCAAAA +TAATTTAAGTTTGATTCTTCTCTACATAGTCTAGCTGTATGTTTGAGGTGGAACTATAAC +TATAATTCCAAATATTATAGGAATTAATAATCTTTTAGGCTCATTTTTTCTAAAGAAAGT +GTGTAGAAGCACCTGTAAGGAAAAATAACATTGGCATATACCAAACAAATAATAATATAA +ATATATTAGAAAAAATATTGGTTTGCTTAGATACTATATAAAAATCACCGAATTGGCAAA +AATAGCCGATGAATGATAAATAAAAAGCAACAATATGCTGATATTTCTAATCCAATCTAT +TTCATATCTCCTTATAAAACTTCCTACAAAATAATAAGCAGTAAAAAAACATCTAAATTT +ATTTTAACATAGAATTAAATCTAAAAGAAAATATTTTCCTAAAGGTTAATTATAAAACCA +AAGGCAATGAATTCTATTATTAGTATACTCTTCATCCAAATGGGATATTTTAAAAATATA +ATACAATTTCTAGTAACGTAAGGAGTGTAAGTTATGGCAGATAAAAGTCCTATAATGATA +CAAAGTGCACGAGGATCTGTGTTTTCTGTTTTTAGTGATGAAGAATTAAAAGAAATAACA +ACAGATAGCAAAAGAAAGGTAGCAGTTTCGGGGAAGATAAATAATCCAGGTATTATTGAC +GTTCCAGAGGGTGCTACTTTACAAGATATAATAGATTTATGTGGTGGTATATTAAATAAA +AGTGGATTTAAAGCAGCACAGCTTGGAATTCCTTTTGGTGGTTTTTTAAGTAAAGAAAGT +TTAAATAAAGAGTTGGACTTTAAATTATTTGATAAAAATACAACTAGAACAATAATAATT +TTATCTGAAGAAGACTGTATAATACAATATGCAAGATATTACATAGATTATTTATTAGGG +AAAATGCAAGATGGTAGCTATGAAAAATATAAAGCAGTTGAAAATGAAATAAAAAGAATG +TGGAGAATATTAGATAGAATAAGTAAAGGTCGTTCTAATATGAGAGATATTTATCTTTTA +AGAACATTAGCATCATCTGTAAAAGAGGAATTAAAGCAAAAATATAATATAATGGAAGAA +ATAATAGATAAGTTTTACCATGAGATAGAAGAGCATATAGAAGAGAACAAATGCTATACA +TCTCAATGTAATCACCTTATAAAGTTAACTATTACACATAGGTGCATAGGATGTGGAGCA +TGTAAAAGAGCATGTCCAGTTAGTTGTATTGATGGTGAGTTAAGAAATCAGCATTATATA +GATTATAATAGATGTACTCATTGTGGTAAGTGTATATCTGTTTGTCCAGTAGATGCAATA +ACAGCAGGAGACAATACATTTAAATTTTTAAGAGACTTATCAACTCCTAATAAACTAGTA +ATCACTCAAATGGCACCAGCAATAAGAGTTACAATAGGAGAAGCTTTTGGATTTGAACCG +GGTGATAATGTTGAAAATAAACTTGCAGCAGGGCTAAGAAAATTAGGAGTAGATTATGTT +TTTGATACTACATGGGCTGCGGATTTAACCATAATGGAGGAAGCAGCAGAACTTCAAGAT +AGGCTTGAAAGATATTTTGCAGGAGATAAAAGTGTAAAATTACCAATGCTTACATCTTGT +TGCCCGGCATGGGTTAAGTTTATTGAACAAAATTATGGAGATATGTTAGATGTTCCGTCA +TCAGCTAAATCACCTATGCAGATGTTTGCAACTGTTGCGAAAGATATATGGGCAAAGGAA +CATGGAATGACTAGAGATGATGTTACTTCAGTGGCAATTATGCCATGCATAGCAAAAAAA +TACGAAGCTTCAAGACCTGAATTTTCTAGGGGGATGAATTATGATGTTGATTATGTTATA +ACAACAAGAGAACTTATTAAAATATTTAGAGATTCTGGAATTGATTTAAAAGAAATAGAA +CCAGAGGAAATAGACCAAATAATGGGGGAATATACAGGTGCAGGAGTTATATTTGGTAGA +ACAGGTGGAGTTATAGAAGCTGCACTTAGAACTGCACTTGAAAATATGACAGGAGAAAGA +ATTGATAATATTGAGTTTCATTCATTAAGAGGATGGGATGGATTTAGAGCTTGTGAAGTT +GAAGTTGGAGATATAAAACTTCGTATCGGTGTTGCTCATGGATTGGAAGAAGCAGGAAAA +ATGCTTGATAAGATTAGAGCAGGAGAAGAATTTTTCCATGCTATAGAAATAATGGCTTGT +ATTGGAGGATGTATAGGTGGCGGTGGTCAACCTAAGGTAAGAAAAAATAAAGAAGAAGTA +CTAAGAAAAAGAGGTGATGGTTTAAATAATATAGATAGAACTAAGGCTCTTAGAGTATCT +AAAGAAAATCCAGCTGTACAAGCAATATATGATAAATATTTAGATCATCCAATGAGCAAT +AAGGCTCATGAATTACTTCATACTAAATACTTTGTAAGACCTAAAAGAGGGCATGACCAT +ATAAGAGATGATGATATGTAACATATAAAAGTATAACCCAAGGTATTAAATCAAGATTTA +CATATATACCTTGGGTTATTTAAGTTATAAATTATCAACTGTAATAAATGATTTTTCTAT +AATATCAACAATTTCCTTAGGATAATCTACTACATATTTTGGACTATAACTTTCTAATTC +TTCACGAGACCTAAATCCCCAAGTAACACCAATAGTATCCATATTAGCACCAATTCCAGT +TTTCATATCAGTATTAGTATCACCTATGTATAAGCAATCTTTAGGAAGTACATTTAGTTT +TTTAGTAATGATAATAGCACCATCAGGGGAAGGCTTTCTTTTTATATTATCTCTTTCACC +TGAAATATAGTCGAAATATTCACTTCCAAATATACCTTCTACATTTTCAATAGTCCTTTC +ATGAGGTTTATTAGATAAAACAGAAATTTTTATATTATTATTTTTTAAGTAATTTAATAG +ATCTTTTATCCCATCATAAGCTTTTACATTATACATACAGTGTATTTTAAAGTAATCTGT +ATAAGTTGAAAGAGCATCCTCGTAGTTTTTTAAATCACAATCTCCGCAGTGAATTAAAGC +TCTTTCAACTAACTTCTTATACCCATCACCAACAAATACTTTACAGTTTTCTTCATCAAT +AGGTCCTAAATTATACTTTGATAAGGTCAAGTTTATAGTATGGTTAATAGCCTTAATTGA +ATCCACTAATGTACCGTCTAAATCAAAAATACAGCATTTATACATTTTATTCCCCTCCAA +ATTATTAGTATATAAGATAGATTATATAGTTCTAGTGTTGCATCTAGTTAATATTTGCAA +CTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTA +ACGACAAATCCATCCAA +>MGYG000000001_34 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AACCATTTAGGTGGCTTTTTTATTTGAAAATTTATTAAGTACTTATTTATTTTATACCAT +TTAAAGAATAGTATTTTTATATGGAATTTATCACATACTAAATTAGAATTATATGTTTCA +TAAAAGGATGTGAATATATGAGGCATAGGAAAAAAGAAAATATTAATGATAAAAATCCAA +CTTATATAAGTATGAAAAGTCTAGATGAGCTAATAAATGAAATGTATATCTCTGATAATC +CAAAAGAAGATTTAGGTCTAATAAAGAGATATTTAGAAAGGCTGATGTTAATTATTGAAA +GAAGTAGAATTAGAGAGTATATGATGCTGACAGATAGCAAAAGAAGGCTTTTTCTTATAA +ACTTTGTTGCAGGCTTAGGTAAAGGATTTGGGCAAGCAATAGGATTTACTGTTCTTGCAG +CAGTGGTTTTTTATATACTTACAAGTTGGATAGATTTACCTATAATAGGCGCTTATATAG +CTAAATTATTAGATGTGGTACAGAATTATAGAAATCAATAGAGGTGATAATATGAACGTA +AATAAGTATAAGAAAGAATTATTAAAAGAAAAAGATAACTTAACTCATTTAATATCTAGT +ATGCAAGATAATACTTTATTTGGAAATACGACAGATCATACTAGTGAAAGATATAGTTCT +GGTGAATTATCAGCTTATGATACTCATCCAGGCGACTTTGCAACTGAAGAATATATGCAA +GATATGCAAAATAGTTTAACAACTCATGAAAAGGGTAAATTATATCAGATTAATAAGGCC +TTAGATAAAATAGAAAATGGAAGCTATGGAATTTGTGAGATTTGTAAAAAAGATATAGAA +TTAGATAGATTAGATTTATTACCTGAAACAGATCTTTGTTCTAGTTGTGCTAAAGAGCAT +GATAACACTCCATCAGATACAGAGCATCTAGATTTAAACTTTGTAAATCCAGGATGCGAT +TTTTATTCGGAATATATAACAAATTTGACTGATTTAAATAAAAATGGACTATACGATGAC +AATGAATAATTAAAGCAGAAGAGAAGAGGTCTAAAATATGAAAAAAATAATACTTATTTT +AGGAGTTCTATTAATAGTAACAGTAGGATATTCTATAAATAGTAAGACAATAAAGGATAA +AGAAATAGGTACTTTTAATTATTCAAGCAATGATATAATGAGAGATTATGAAGACATAAT +AATAAAAAGAGGTAATGATAATCAAAAGGTAGTTGCTTTAACCTTTGATGATGGACCTGA +TGAAGTTTATACTCCACAAGTTCTAGATATATTAAAAAAATATGATGTGAAAGCTACATT +TTTTTTAGTTGGTGAGAATATTGAGCGTAATGCGGATATAGTTGCAAGAGAAGTTAAGGA +AGGTCATGAAATAGGTAATCATACTTACACTCATATAAATGTAGCTAAGAATGGATATAA +TGAAATATACAATGAAATAATAAAGACACAAGAACTTATAAAAAAAATAACTGGAGAAGA +ACCAAAATTATTTAGGCCACCATATAGGGCGATAAGTAAGAATATGTGTGATATTATAAA +AAATAAAAATATGAATATTATATTGTGGTCTAATTTAGATCCAAGGGACTGGTCAAATCC +AGGAGTTTATTATATTGTAAATACAATAGATACAAAGGTAGAGAATGGTAATATAATATT +ATTACATGATTATAACAAAGTAAGATGCTCAAAATCTCAAACAGTACAAGCTTTAGATAG +TATCATACCAAAGCTTAAAGAAAAAGGGTACAAATTCGTGACAGTATCACAATTAATAAA +TTATTTAGATAAAAAAGAACATGAAACTCAAAACTAGGCTTCCATTTAGGAAGCTTTTTT +ATGTATAATTATATTTATAATATTCTTAGGAGGAAAAGATATTGATTTATGAATTGATAA +TAGCGATATTAATAGGTTTAGACCAACTCTCTAAATATTGGGTATTGAATTATTTACAGG +AAATAGGAAGTATACCTGTTATACAAAATGTATTTCATCTTACATATGTAGAAAATAGAG +GAGCAGCATTTGGTATGTTCCAAAACAATCAAATGATATTTGTAGTAGTTGCAATAGTAG +CTTCAATATTTGGGTTATACTATTTGCATACAAAAAAGATGCATTCAATAGGTAAAGTTG +GAATTATGCTTATAATTTCTGGAGCAATTGGAAATCTAATAGATAGAGTAAGATTAGGAT +TTGTGGTTGATTATTTTGATTTTAGAATAATATGGGAATATGTATTTAATGTAGCTGATG +TATTTGTAGTAGTCGGAACAGCAATGTTATGCATATATATATTATTTTTTGAAGGTAAAG +AGCAGGTGAAGTAATGGACGAAATAAGAGAATTTTTAGTTGGAGAAGAAGAAGAAGGCGA +TAGATTAGATGTTTACTTATCAGAACAATTAGGTGACATGTCTAGGAGCTATATTCAAAA +AATTATAAAAGATAAAAAAGTTGAAGTTAATAATAAGATAGAAAAAGCAAAGTATTTAGT +AAAAGAAGAAGATAAAGTTAAGATAGAAATACCAGCACCAAAATTATTAGAGGTTATAGC +TCAAGATATTCCCATAGATATTGTATATGAAGATAATGATGTATTAATAGTAAATAAACC +ACAGGATATGGTCGTTCACCCAGCTCCTGGTAACTATGATAATACATTGGTTAATGCTAT +TTTATATCACTGTAAAGATAAGCTATCATCAATAAATGGAATTATTAGACCTGGAATAGT +TCACAGAATAGATAAGGATACCTCGGGGCTTTTAATGATTGCGAAAAATAATAACGCTCA +CAATAGTTTAGCAGAACAGTTAAAAGATCACTCTATAACTAGAGAATATGAATTTATATG +TCATGGTGTAGTGAAAGATGATAAGATAACAGTTAATAAGCCTATAGGAAGAAATCCAAA +GGATAGACTAAAGATGGCAGTTGTTAAAGAGGGAAAGCATGCAGTAACTCATTTTGAAGT +CGTAGAAAGGTTTGAAAATTTTACACATATGAGAGCTAGATTAGAAACTGGAAGAACTCA +CCAAATTAGAGTACATGCACTTTCTATAAATCATCCACTTTTAGGAGATCCTATATATGG +ACCTAAAAATACTAAGTTTAAATTGAATGGACAAACTCTACATGCAAAGAAATTAGGTTT +TATACATCCTACTACTAATAAGTATATAGAATTTGATTCAGAACTTCCTGAGTACTTTAA +AGAAATAATAAAAAAATTGAAATAGCTTTAATTAATGAGGATTAAAATGTAAATACAATT +AAAATCTTGTAAAAATTAAAGATATCATATATAATGATGATAATAAGTTAATAATACTAA +AATTAATACCTTTAATTGATACAGAGATATCATAAGGCAGTTTAAAAGCATGTATTACTT +AGTTATTTTGTAATATACAGCTTCTTGTCTTATGATGAGAAGCTTTTTTATGTTTAGATA +TTATTAAATACTAAGTAGTTAGCCTAGGAGGATAATGTATGAAAGAAAAAGCAACTTTAA +TGGATGATAAAGCTATAGTTAGAGCAATAACAAGAATAAGTCATGAAATAATAGAAAAAA +ACAAAGGTATAGAAGACGTAGTTTTAGTAGGTATAAAGACTAGAGGAGTACCTATAGCTA +ATAGAATATCTAAAAAAATAGAAATTATAGAAGGTAAGCCAGTAAACACTGGAGAGGTAG +ATATAACTTTATACAGAGACGATTTAAAAACTGTAGATGTTGATCCAGTAGTTAACGGTT +CAAATATAGATTTTGACATAAATGATAAAATAGTTGTATTAGTAGATGATGTGTTATACA +CAGGAAGAACAGTAAGAGCAGCATTAGATGCAATTATGGATGTAGGAAGACCAAAATCAA +TACAGCTTGCAGTATTAGTAGATAGAGGTCATAGAGAATTACCAGTAAGAGCAGATTATG +TTGGAAAGAATGTACCAACATCTAAATCTGAGATTATATCAGTAAAATTGATGGAAACTG +ATGAAGAAGACTCAGTAACTATTAGAGAATAGAAGCATAAAAGTATATAGAAGGTTTAGA +TTACCTTTTAATTCAGTACAGAGAGACTGAAAAAGGGAGAATATTTCTCCCTATTAAAAT +TCGGGAGGTTTTTTTATGAAAAAATTAATCATGTCATTTCAACACTTATTGGCAATGTTC +GGGGCTACAGTTTTAGTTCCAATATTAACAGGGTTTGACCCAGCAGTAGCAATATTTTCT +GCAGGTGTAGGAACTTTAATATTCCACTTTTGTACAGAAGGTAAGGTACCAGTATTTTTA +GGTTCAAGTTTTGCATTTATACCAGTAATAATAGCAGCTAAAGAAACTCATGGAGGGGAT +TTGGCTTATGCACAAGGCGGTATAATGGTAGCTGGATTAGTATATGTAATAATGTCTTTA +TTAGTAAAAGTAGTTGGTGTAGAGAGGATTAAAAAATATTTCCCTGCACAAGTTACAGGA +GCTATGATTGCAGTAATTGGGTTAAATTTAATACCAACAGCTTTTGATATGGCTTCAAAT +AATTTTATGATAGCTGCAATAACTTTAGGAATAGCTATAGCTATTAATTTATTTGGTAAA +GGATTTATAAAACAAATAGGAATCTTAATAGCTGTGGTTGTAGGATATATTATATGCAGA +TTTATGGGATTAGTTGATACATCAACTATGGCAAGTGCAAGCTTATTTGCAGTACCAAAC +TTTACATTACCTAAGTTTAGTTTAGAAGCAATAGTTATAATTGCACCGGTGGTTTTAGCA +GTGTTCATGGAACATATAGGTGATATGACTACAAATGGAGCAGTTGTAGGAAAGAACTTT +ATTGAAAATCCAGGACTAAATAAAACTTTACTAGGTGATGGTATAGCAACAATGGTAGCA +GGATTCTTAGGTGGACCAGCAAATACAACTTACGGAGAAAATACTGCAGTGTTAGCAATA +ACTAAAAATTATGATCCGGCAAATTTAAGACGTACAGCAGTACTTGCAATATTACTTGCT +TGTGTAGGCAAATTTGGAGGATTCCTTCAAAGTATACCTCAAGCAGTTATGGGTGGTATA +AGTTTAATGTTATTCTCAATGATAACTTTTGTAGGACTAAAAACTATAAAAGATAGCTCT +TGTGTGGAAAATAAAAATAACATTATAATAATTGTTACAATACTAGCAATAGGTCTTGGG +ACTACTTACTTAGAAAAGCAAGGAATATCAATAGGTATACCTGTGACAGAAAGTGTTAAA +ATAACAGGATTAAGTTTAGCGGCAATAATAGGAATAGTATTAAATAGATTATTAAATAAT +GATCAATTTAAGAATGAGGAAAAAAAATCAGTTAAAATTGGAAAAACTGTTCACAATTAA +TAAAAAAATCACTGACTAGCAATTAATAAAATAATGCAAAAGTCAGTGATTTTTTTATAT +AGCTATAAATGAAGGTAAGTAATGTAAAATTAATAGTTGTATAATAATGATTATTGGAAT +TCCAATTGTGAATTTTGGATGTTTTGTTTTATGTCTAAATAAATTCATTCCTAATAAAGA +GCCGATACTTCCCCCAACTATTGATACTAATAATAGTTTTGATTCACTTATTCGCCATTG +ATTTCTTATAGCTTTTGATTTATCTATGTACATTAGACATAGACCTATAAAATTAATAAG +TAAAATATAATATAAAAACAAATTATTCATGCAAATTCTCCTTGAAACATAGGCATAATT +AAATTAATGTATTATGTATTTATCATATAGTATGATTATAATGTAAAGAAACAAAGTTTA +ATACTAATAATTTCATTAAATAAATAGATTTTATATGCTAATTAAAAGGTAATGTATAAC +GAGGTATTGTAAAATAAAAGAATGAATAAGATAACTGAATCTATAAAAAGAAAATGGCTA +CTTTAAATTATTTAAAATAGCCATTTTCTTTTTATATCTATTTATCTATTATTATGTATT +AATAATAAATAAGCGCTTCCAGCTAACATAGCATTATCTCCATCTATTCTTCCAACTAAA +GAATTATCAGTAGGATGATTATGAATATATCCATTATTATCAACTCTACCGATAGGAGAA +TTTTCTAAATGATGATTATGTACAAATCCGTTATCATCAACTCTGCCAACAGGAGAATTA +TCAGTAGGATGATTATGTACAATTTTATTATCATCAATTCTACCAATAGGACATTCATGA +TAAAGATGGTTATGAATTACACCATTAGAATCCAATCTTGCTACTCCCATGCTATTATAA +GGAAAATTTACTATATTACTTGCCATGATATTTACACCAACCCTCTATATAATATAAATT +AAATAAAAACAAATAAAATAAGAAAACGAATTCCCTTTTACAATATATTAAATTGGATAT +TGAAATATGAACACCTTCAAGGATAATGTAAGAATATTGAATACATCTAAATACAAAATA +CATAATCCAAATAACTGATTTAGAAAACTATAAAAAGTATTGACAAAGTATGGATTACAA +GTGTAAGATTTAAACAACTTACAAATGTAATCCGATGGAGGTGTTTTATTTTGAAGGATA +TACCACAGATATCAGAAAGTGAATTAGAAGTAATGAAAGTGCTTTGGAATATAAAGAGAG +GTACGAGTTCTCAAATAGTAGACATACTAAGTAAAAGTACTGACTGGAAACCTAAGACTA +TACAAACATTAATTACAAGATTAGTATCAAAAGATGCAATAGAAGTAGATAAAAGCAATA +AGAAATCTTATGTATATTATCCAAAACTAAATGAAGATGAGTATAAAAATTCGGCAAGTA +CTTCATTTTTAGAGAAACTATATAATGGCTCTATTAATATGATGATAGCTAGTTTTATAA +AGAATAAAAAAATGTCTAAGGATGATATTGAAGAACTTAAAAGTTTATTAGATGAATAAA +AAATAGGAGGAGTAGAGTGGAAAAATTATGGGATTTAGTTTTACAGGCGTCTGTATATGG +AAGTATAGTGGGAATTGTAATTCTTATAGTAAAGACTCTTCTAAAAGATAAAATAAGTGG +AAAATGGACATATCTTTTATGGATGATATTAATAATAAAATTGATAGTTCCATTTGGTCC +ACAAAGTAGCATAAGTTTATTTAATAAGATTCCATCTAATATAACCAATAATGCCATAGT +AGATAGTAGTGTAATTATTAATAGCGACTTAAACAGTAATAATAACTATGAACAAGAAAA +TAATGAGTATATAGCAAGTAATACAGATGAAAAAGAAAATAAAGTGTTATCTATTAATAA +TAATGGAAGTATTGATGAAAATAAAAGTATAAGTAATTTATATAAATTTATAAACGTATT +ACCATTGGTATGGATGGCGGGTTTTATTACAACTTTATTTATATCAATTTTTATATTCTT +TACACTAAACAAACAAGTTAAAATAAAGAAAAAATAGAAGATGAAAATATAAAATTTATT +TTAGAAAAAAGTAAAAACATAATGAAGATAAAGATGAATATAAATTTAGTTGTTAATGAT +GATATTAGGACACCTGCACTTTGTAGGCTAATAAATCCTACGATATTATTTCCAAATGCA +ATGTTAGATTTAGAAGATGATGAAATTAAATATATATTATTACATGAACTTTCTCATTAT +AAAAGGAAGGATATTTTAGTTAATTATTTACTTGTATTATTCCAATGTGTACACTGGTTC +AATCCATTTATATGGTTTTTCTTTAAAAAAATTAGAGAAGATATGGAACTAGCTACGGAT +GAAATGGTGGTTTCTAAGTTAAATGAAGATGAGTACAAAAATTATGCAAGAACTATTATA +ACAATCATTGAGAGGGTAAGTATAGTACCTAAAAATATAGGAGTATTAGGGATGGCTGAT +GATAAAAAAATTCTTAAGAAAAGAATTGAAATGATAAAAAATTCTAGTATATTTAAAAAT +AAAAAGAAGTTAATAAGTATTATAGGAATTAGTTGTGTGTTAATCTTAGGTAGAATTCTT +TTAACAAGTAAGAATAGTCTTGCAGATGATAGAGTAAAAGGTAATTTTGAAAATTTAATT +CAATATAAAAACTCATATGTAGGAGATAACAGTAACACTAATAATCTTATACAGAGTATA +GGCTTTGGGAGTTTTAAAGAAAGAATAGAGTTATCAACTAGTGAAGAACCTTATGCTGTT +AAAGTTTATTATAATTTAAATAACATAAATACAAATAAGGATGATATTAAAAATGAATTA +TTTATAAATTCTATTATTATATTTTCGCTAATAGAAAATGTAGATGAGTTACATTATTAC +ATATTAGATGAACCCTATAGTGATAATTTAAAGGTAAAATACGAATTTACATTTACTAGA +GGTGATATAGAGAATAGACTAGATTTAGAAAATATAAGCTATTACAGTTCAGATGAAGAA +AAATTCAATGCTTTACTACAAAAGATATCTAAATATAGAAAAATAAGTTCTAGTTTAGAT +GAAGCTATATCAAATGCTGTGAAAGATTCTATATATGAAGACTATTATTTAGGAGAACTA +GACACGGAAGCGCATGTGATTTTAGGAAAAAAAGAAATTGGAAATAAATTAGATGTATAT +ACAATAGTTAATTATGGAAGCTTTCAATTTGAAAATGATGTATTTACACTTGTAAGTGGT +GCATGGGGGCTTCCTATGGTCCTTACATTTGAAAAAGATGAAAATAATAATTACTATTTT +ATAGACTATAAAGAAGCTGTGGATGGGGGAATGTATGTAGATTCTATAAAAGAAATGTTT +CCGACTTATTTAATTCCTAAGGTAATGAATAGTGACAAGTATGCAGAAAAACTAAGTGAA +GAGCAAAGATTACAAGCAAAAAAATATTTAGACAGTATAAATAGAAATACAGATATAAAT +ATAGACTATGTTTTTGACTCAAAGTATGAAAAAGAGTACCTAGATACGTATATAAGTGAA +GAGGCTCAAGATAAATTATTTTCGGTTGTAGAGTTATATGATTATCCAACCTGGATAGGT +AGAAATGAAAAACTTATAGATGGCGTAAGATATGTATATGAGACTAATATTGAAACAGAT +AGTGATGGATATAAGGTTGTCGTATATAGGAAGATGGATGAAAGTAAAACTGTAGTTGAA +GAGCATCAATATAAAATTTATGATAATGATATAAAAGAAGTTAAACACTATGTGAAATAA +TTTGGAAATAAAAATGGTAAACAATTATTAACTAAATGATTGTTTACCATTTTCTATTAA +TTATCTTTATTTTTTAATGATGCAACCATTTCCTCTGTAGGAGTTACATACATAGTACTA +TTAGTTTCATAAATAACCATACCAGGTTTAGAACCACTAGGTTTTTTTACATGCTTTTTC +TTAGTATAATCTACAGGAACTTGTGCAGACATTTTTGATTTACTAAAGTAAGCTGCTAGC +ATTGCACCTTCATAAATCGTTTGTTCTGAAACTTCTTTACCAGCACATTTAATTATAACG +TGGGAACCTGGAATATTTTTAGTATGCATCCAAATATCATCTGGATCCGCGATTCTAAGT +GTTAGGTGGTCATTTTGTTTATTATTTTTGCCAACAAGAATTTTCACTCCATCAGAAGAC +ATAAATTCATGTGGTGAAGTTGTAAGTTTAGCAATTTCTTTTTTAGATTTAAGTTTACCT +GAAGCTTTTGAATATCCAAGAGATATAAGCTCATCTTTTATATCTTGTAGCTCAGCTAAA +TTCTCACAGTTTTCAATGTTTAAAAGTATATTTTCTAAATAATCTATTTCTTCTTTATTA +ATAGACATTTGAGATGTTATTTCTTTCTTAGCTGTCTTTAATTTATTATACTTTTTAAAA +TACCTTTGAGAATTTTCAGAAGGTGTTAAGTTTTTTTTAAGAGAAATAGAAATATTCTCA +TAGTTAGGGTCATAGAAATTTTGAACTTCTATACTTTCCATTCCTTTTTGAATCATATAA +ATATAAGCTGTAAGAAGTTCACCTTTTACTTTATATATATCTGCATTTTCAGCTTCTTTT +AATTCTTCTTCTTGCTTTTCTTGTTTATGATAAAGTCGTTCAAGTTTTATTGAAATACTT +TTCTTTAAATCAGAAGCACGTTGGTGAATTCTATCTTTTATGTCTTTGGTTTTATAGTAA +TCTTCTAATATAGTAGACATACTATCTTTAATTATAAATTTAAATTCATTGTAAAGGTTT +AAACTTATACAACTAAAGTCAACAACTCTATCTACTTTTTCATTAACAACTATACATGGA +GAATAATTATTATTTCTTATATCTTTAAATAAATTATTAAACTCATTGTATAAAGAGTTT +AATTCTGAATTAGATAAATCAGATATAGCAGTTTTTTCATTTACATTAGCTCTATAGCAG +ATTTCTTTAGAAATAATAGGACTTATACCTAAAAACTTAGAATAAATTCCTTTGAAAATA +GGTCCTTCATATGATTTTAAAGAATCTATAAAATCACTGTTAGAGATATTGTGTAGAGGA +TTTAATTTACTTTGTGCTGGTGGAAGCTCATAAGTAATGCCTGGTAATATTTGGCGAACT +CTACTTATACTTGTAGGTATCCTTTTAGCAGAATCTATAATTTTGTTATCTAAGCTATGA +GTAAGAATTATATTACTATGCCTACCCATTATTTCGATGTAGATATCTTTAGTACTTTTT +TCTTTTAATTCATCTAGTGAATCAACACTAATTTTTATTATTCTCTCAAATCCAACTTGA +GAGATACCAACTATATTTCCACTTTGTATGTACTTTCTAAAAAGCATGCAAAGCATAGGT +GCTTTTTTAGGATTCTCTTTCTTATAATCATTAGCAATATAAACTCTAGGATTAGAAGAA +CTACAACTTAAAACCAATTTGTAATTTTCTTTATTATTTCTTATATATAAAACAATTTCA +TCATCTTCAGGTTGATAAACCTTATCAACTTTACCGCCAACAAGCTTAGTAGAAAGTTCA +TCAACTAATGAGTGGATAACTAAACCATCTAAAGCCATAAAAACACTCCCTTCATATAAA +TATCAATAAATTAATTATTACACATAATAATCATAATGTGAATAGTAAGCGTATATAATC +GATATGAAACATACTTAATATCTTTTATATTTACAACCCTTTAGTTATTTTATTCTTATG +TTTTTTTATGAGGATAATATTATATTGTAAAAATTAATCTACTTATTTATTTTAACATGG +GAATGTTGTATAATATTTAGTTAGTAACTTATATAAAAGGGGCGATTATATGAAGTTTTG +GAAGTTACATGGAATAGGAAATGATTTTATAGCAATAGATGGTAGAGAAGATAATATAGA +TTCAAATGGATATAGTGAATTTGCAAAAGTAGTATGTCATAGAAAGTTTTCTGTAGGTGC +AGATGGAATACTAGTAGTTAAAAATTCTGATAATGCCGATGTAGAAATGGTGTATTACAA +TTCAGATGGTTCTAGAGCTGCAATGTGCGGAAATGGATTAAGATGTTTTGTAAAATTTGT +TTATGACAATAATATAGTTAGAAAAGAAGAATTTGATGTATATACTTTAGATGGAATAAA +AAAAATAAAAATAAATCTAAAAGATAATGAGATAGATTCTATAAAAGTAAACATGGGAAA +AGGAAGCTTTATTCCAAAAGATATACCTGTAGTTACTAATAAAGATATATTTATTAATGA +AAGAGTACAAATATTAGATAAAGAATTTTATATAAGCTCAATTAATATGGGTGTTCCTCA +TACTGTTATTTTAGTAGACGAGCTTAATCTAGAAGAAGTACGAAAATATGGTAGAGAAAT +TGAAAAATACAAAATCTTCCCAGAAGGAACAAATGTAAATTTTGTAAAAGTAGTAGATAA +AAATAATATTACTGTGAATACTTGGGAGAGAGGCTGCGGATATACTTTAGGATGTGGAAC +AGGCATGACTGCATCAGCAGTTACCTGTAATTATCTAGATAAAGTAGGTAAAAGTGTAAA +TGTTACTTCACAAGGTGGATCAGTAAAAATAGATATAGAAGATTTTGTTTATATGACAGG +ACCTTCAGTAAAAATATGTGAAGGAAATTTGGAGGTATAATATGGCTATTAGTATGACTG +GCTTTGGAAGAGGAGAATATAAAGATGACAACTACTACTTTTTAGTAGAATGTAAGACAA +TAAATCATAAATATTGTGATATAAACATACGTCTTCCTAGAAAGATATCTTTTTTAGAAG +ATAAGGCTAGAAATTTTATCAAAAATTACATCAAAAGAGGTAGAGTTGATATATACATAA +AGCTTGACTTGTTAGGTAGTGAAGATGTAAACTTAAAGTTCGATGAAACATTAGCAAATC +AATATGTAAATATATTAAGAGAAATAAGAGATAAATTTGACTTAGTTGATGATATAAGTG +TTATGAATGTTGCTAAATTCCCAGATATAATAAAAACAGAGGAAAAAGAAGAGGATGAAG +ACTTACTATGGTCTATGTTAAGTAAGGCTTTAGAGGAAACACTAACTAAGCTAAAAGAAA +TGAGAAGTGAAGAAGGACAAAAATTAGCTCAAGATGTATTAGAAAGATGTGATATTCTTC +AAAATACAATTGAAGAGATTGAAAAGAATTCTTATAATGTTGTTATTGATTATAAAGAAA +AGTTAAATAATAGAATAAGTGAAATATTAGATAATCCAAGTTTAATAGATGAAAATAGAT +TAGCTCAAGAAGTTGCTATATATGCAGATAAAAGTAGTATAACAGAAGAAATAGTAAGGT +TTAAAAGTCATATAGGACAATTAAGAAGTACTATAGTTAAAGATGAGTCTATAGGAAGAA +AGATAGACTTTTTAATTCAAGAAATGAATAGAGAAACAAACACTATAGGTTCTAAGTCAT +CTGATTTAAATATAACAAATTTAGTTGTTGAAATAAAAAGCGAATTGGAAAAGATAAGAG +AGCAAATTCAAAATATAGAATAGTATAAATAGACAATAGAAAGGAAGAAATGTAATGGTT +AAAAGAAAAGGCCTATTACTTGTTGTATCAGGACCATCAGGTGCAGGAAAAGGTACAATC +TGTAAAGCAATATTAGACCAAAATGACCAAATAAAGCTTTCGGTATCAGCTACTACAAGA +AAGCCTAGAAATGGAGAAGTTCATGGAGTAAATTACTTTTTCTTAGAAAAAGAAGAGTTT +ACTAGCATGATAGAAAAAGGTGAATTTTTAGAGTATGCTCAAATTTATGATAATTTCTAT +GGAACACCTAAATCTGCAATAATGGAAACATTAGATAATGGTCAAGATGTTATATTAGAA +ATAGAAATGCAAGGAGCTAGACAAGTAAAAGAAGTTTATCCAGAAGGAATCTTTGTATTT +GTACTTCCACCATCTTTAGAAGAATTAAAGAATAGAATAGTTGGAAGAGGAACTGAAACA +GAAGAAGAAATTGAAAAAAGATTTAGCTGTGCATTTAAAGAAATAAATCAAATTGATGAC +TATGATTACTTTATAGTTAATGAAGATGTTGAAAAATCAGTTAGAGAATTAGAAGCTATA +ATATCTTCAGAAAAGAATAAAGTTACTAGATATAAGAATAATATAATAGAGAAGTTCAAG +GAGGAGTTATAAAATGATAAAACCATCAATCAATGAAGTATTAAACAAAATAGATAACAG +ATATTACTTAGTAGGTACTGTTGCAAAAAGAGCGAGAGAAATAATAGATGGATCTACTCC +ATATGTTGAGAATAAGCAAAGAGAAAATAAGCCAGTATGCATAGCTACTCAAGAAGTTGC +AGAAGGTGAAATAACATATAGATTATTAACTCAAGAAGAAATAGATTTAGCTGAGTTAGA +AGAAAAGCAAGAACAAGAAGCTATAAATAAAGAAGAGGAATAAGATATGCTAAAGGATAA +AACTGTTGTAATTGGCGTAAGTGGTGGAATTGCCGTATACAAAGTTTGTGATGTAGTAAG +CAGATTAAAAAAGCTTGGTGCAAATGTTCATGTAATAATGACTAAGTCTGCTACAGAATT +TGTGGCACCCCTAACTTTTCAGTCTTTAAGTCAAAATTATGTAGTTAGCGATATGTTTGA +AGAACCTAAAACATGGGATGTAGAACATATATCTTTAGCTAAAAAAGCAGATGTATTCTT +AATAGCGCCAGCTACAGCTAATGTTATTGGTAAAATAGCTTGCGGTATAAGTGATGATAT +GCTTTCTACTACAGTAATGGCTACAAAAGGAAAAGTTTTAATAGCTCCGGCAATGAATAC +AAACATGTATGAAAATCCTATTGTACAAAGAAATATAGATACATTAAAAGCATTAAATTA +TGATTTTATAGAGCCTGAAAGTGGAAGACTTGCATGTGGAGATATGGGTAAAGGAAAACT +TGCTTCTCCAGAAAATATAGTTGAAGCTGTTGTTAGCGCTCTTACAAAAAAACAAGATTT +AAAAGGTGAAAGAATAATAATTACAGCAGGACCTACTGTAGAAGCTATAGATCCGGTAAG +ATACTTAACTAACCGTTCTACTGGAAAAATGGGTTATGCAATAGCAAAAGAGGCTATAGA +AAGAGGCGCTGAGGTAACATTAGTTTCTGGACCTACAAAATTAGAACCGCCAAAAAATCT +GAAAAAGTTTATAAAAATAGAATCTGCACAGGAAATGTATGAAGCGGTGTTAGATAATTT +AGATGAAAATCAAGTTATTATAAAAAGTGCTGCAGTTGCAGATTATAAACCTAAGAGTTA +TTGTAACAAAAAAATAAAGAAAAATGATGACGACTTAGTTATAAGCTTAGATAGAAATAA +AGACATTGCTTATGAAATTGGAAAAATAAAAAATGATAAGATACTAGTAGGCTTTGCAGC +TGAAACTAATGATCTTATTGAAAATGCTAAAAATAAAGTTAAGAAGAAAAATTTAGACTT +TATAGTAGCAAATGATTTAACTAAAGAAGGTGCTGGCTTTGGTGTTGACACTAATATAGT +TAAAATCATAGATAAAGACGGAATTATTTCAGAATATCCTATTATGAAGAAAGAAGAAGT +AGCTAATGTTATTTTAGATAAAGTTAAATCGTTATTATAAAAATAAGGGGCTGTCTCATA +GAAAAGAATTTATATTAATTCTTTATTATGAGACACGCCCTTAAATTTTAGAGAAGAATG +GTGAAAGTAGAAGGTATTTTAATTATAGAAAATAGAGGTTAATATATGAAAAAATATGCA +AAAGTCATAGTACGAAACAATAGCATATATACGGACAACTTATTTACATATGAAGTACCA +GACTTTCTAGAAAATGAATTAGAAGTTGGTCATAGGGTGCTAGTTCCTTTTGGAAGAGGG +AACAAGCCTACAGAGGCCTTTGTTTTTGAAATTACAACTACAATAGAAGAAGATATAAAA +ACAAAAGATGTAATTGATCTATTAGATGAAAAACCTATATTCAAAATAGAAGATTTAGAA +CTAGTTCGCTGGATGAAAAATAGGTACTTATGTACTTATATAGACTGTATAAATTTAATT +TATCCTAAAGGTTATAAGTTGAATAATTACAAGGTCGCGATATTAAATTTAGACTTAGAG +AAATTACAAAGCGTAGATTTATATGAGGAAAATTCAGACTTAAATGAAAATGAGAAACTT +ATATTAGATGAACTTATAAACAACAAAGGTAAGATAAAAATAGATAAGTTTAAGAAAATT +AAAAATATCAATAATATATTAGATAAAATGAAAAGAAAAAATATTATTGATATAAAGTGG +GAATACAAAGACCATAAAAATGAAAAGAAGATATGCTATGTATCTTTGGGAATGGACAAA +GATTATGTAGATGATTATATACATGGAAATAAAATAAATTTGGGTAATAAGCAAAAAGAA +ATAGTGGAATTTTTAAAACATAATAGTAGTGTAGAAATTAATGATTTATTAGAAATTATT +AATGCTTCAAAACAAAGTGTAACTTCACTTATAGGTAAAAATTTAATTACCTTGGAAATA +AAGGATTACTATAGAAGTCCAGAAGATATTTATAGGTCAGATAATAAAAAAATTACTTTG +AATGAAGAACAAGAGTATGCTGTTCATAAGATAACTTCAGAAATGTTTAATGAAAGTAAA +AATCCTTATATGATTCATGGTGTAACAGGTAGCGGTAAAACAGAAGTATATATGGAAATT +ATAGATTATGCTTTGAATCAAGGTTTAGATAGTATAGTTTTAGTTCCAGAGATAGCTTTA +ACTCCTCAAACAATATCTAGATTTAAAAATAGATTCGGTGATATAGTAGGAGTTTTCCAT +AGTAAACTTTCTGAAGGTGAAAAACATGACGTTTATAAGGCTATAAAATTAGGTAAAATA +AGAATATTAATAGGAGCAAGATCAGCTTTATTTGCCCCTTTTAATAGCTTAGGAGTAGTC +ATTATTGATGAGTTTCATGAGGGTGCATATAAATCAGAAAAAAATCCTAAATTTAGTGCT +ATAGAAGTTGCAAGGTACTTAGTTATGAAGAAAAATATATCTTTAGTACTAGGATCAGCA +ACACCGTCTATAGAAGAATACTACAAAGCTGTAAATGGTGACTATGATTTAATAACTATA +AAAAATAGAGCAAACAAAAATCCATTACCCAAAATAGAAGTAATAGATATGAAAAATGAA +TTATCTAATGGAAATAAAAGTATTATTAGTCATAAGTTACATTGTGAAATAGAAAATGCT +ATTAGAAATAATAATCAAGTGATTTTATTTCTAAATAGGAGAGGATATGCAAATTTTGTA +TCTTGTAGAAATTGTGGATATGTGTTTCAATGTGAAAACTGTGATATATCATTAACGTAT +CATAAAGGTAAAAATGTAGGGCGTTGTCATTATTGTGGATATGAAAAAGAAATACCTAAG +GAATGTCCTGATTGTGGTAGTCATTATGTTAAGCCTTTTGGAACTGGAACTCAGAAAATA +GAAGAAGAAATTAAAAGTATATTTGAAAACGTAAAAGTTTTAAGGATGGATAAAGATACT +ACATCTAAAAAAGGCTCAATAGAAGAAATATTAAACAAATTTAGAAACAAAGAAGCAGAT +ATATTAATTGGAACTCAAATGTTATCAAAAGGATTGGACTTTGAGAATGTAACTTTAGTA +GGGATATTATCTGCAGATATGATATTAAACTTTCCAGACTTTAAAAGTGCTGAAACAACT +TTCCAACTAGTCACACAGGTTGCAGGAAGAGCAGGAAGAGCAGATAAAGAAGGGAAAGTA +ATACTTCAAACTTATGATACAGATCATTATGCAATTAGAAGATCGATAAATTATGATTTT +GAAGGATTTTATGAAGATGAAATAAAAATAAGAGAAGCATTTGGATATGCACCTTTTAAT +AATATGTTAAGTGTTGTAATTAGTGGATCAAATGAGAAAATAGTAGAACAAAATGCTAGA +AGTATGTATAGTTCTATAATTTATTTGTTAGAAAATAGAGGGATAAAAGATTTTGATTTT +ATATTAGGTCCAAATCCTTGTTCTATCTCGAAAATAAATCACAATTATAGATGGCAAATA +TTATTTAAAGATGATAATATTGAAATTAATTTATTAAAGGGTATAATAAAATATATATGT +ATAACTAAAAGAGAAGTTGTATTTAATAAGGATATTAATATATCCATAGATATTAATCCA +AATAGTGTATTATAATTTTTAGGAGGAATATAAAAATGGCATTAAGACAAATAGTTCAAA +TAGGAGAACCTGTATTAAGAAAGGTATCAAAAAGGGTAGAAAAAATTGATGATAAAATAA +TCCAATTATTAGAAGATATGGCTGATACTATGTATGAAGCAGATGGTGTAGGACTTGCAG +CGCCTCAAGTTGGAATATTAAAAAGAGTAGTAGTTATAGATATCGGAGATGGATTATTAG +AACTTATAAATCCAGAGATAATAGAAACATCAGGAGAACAAATAGATGATGAAGGATGTC +TAAGTGTAGCTGGAGAAGCTGGAGCAGTAAGAAGACCATATACAGTAAAGGTAAGAGCAT +ACAATAGAGAAGGTCAATTATTTGAAATAGTAGGAGAAGAACTTTTAGCAAGAGCATTCT +GTCATGAAATAGATCACTTAGATGGTATACTATTTGTTGATAAAATAGAAAAGTAAGTAG +GAGCTGATTAAATGAAAATAGTTTTTATGGGAACACCAAATATAGCTGTTGGGTGTTTAC +AAAAAATAATAGATGAAAAACATGAGATACTAGGTGTTGTAACTCAACCTGATAAACCTG +TAGGTAGAGGTAAAAAAATGGGTATGCCACCAGTTAAGGAACTTGCATTAAAATATGATA +TACCAGTATATCAGCCTATAAAAGCAAGAGATGAAGAGTTTGTACAAGTGCTAAGAGAAT +TAAATCCAGATTTAATAGTTGTTGTTGCGTTTGGTCAAATACTTCCAAAATCAATATTAG +ATATACCTAAGTTAGGATGTGTAAATGTGCATGTTTCTTTACTTCCAAAATATAGAGGAG +CAGCTCCTATAAACTGGGTAATAATAAATGGAGAAGAAAAAACAGGTGTAACAACAATGT +ACATGGATGAAGGTTTAGATACTGGAGACATGATACTTACTTCTGAATTCGCACTTAATG +ATGAAATAACAGCAGGAGAGCTTCACGATATAATGAAGGAAGAAGGAGCGTTAGTATTAA +AAGAAACTATTGACTTAATAGCTAAAGGAGAGGCTCCAAGAATACCTCAAAATCACGAAG +AATTCACATATGCACCTATGATGAATAAAATTTTAGGGCAAATAGATTTTTCTAAGTCTG +CAAAAGAAATACACAATTTAGTAAGAGGTGTAAATCCATGGCCAAGTGCTTATACAACTT +ATAAAGGTCAAACCATGAAAGTATGGAAGACTAAGGTATTAAATGAAACTAGTGATAAAC +ATCCTGGAACTATACTTAAGGTTGACAAAGAGGGTATAAGAGTAAGTACTAAGGATAATG +TACTTTTAATAAAAGAAATCCAAATGCCAGGAAAGAAAAGAGTTTTAGTTGAAGAATATA +TAAAGGGAAACAGTATAGAAACTAATGAAATTTTAGGTTAGGTGCCAAAATGATCGATGC +AAAAAAATATATTACTACTATAATTATTTTATTGGGAATTATTATGGTAGGTGTATCTAT +TATTAATGTTTTTTTATTAAACTTAACTCATTTATTCGAAGTATCGCTAAATATTATAAT +GGCGTTAATAGTAGCTGCTATAATATTCTCAACAATAATTACTTATAAAGTGATTAAAGA +TACAGATATAAATTCAAAACTTATGAATATTAATTTTAAAATAGTAAATTCTATTTTTCC +ACTAATGATAAAAACTGCATCTTTTGTAGGGATTTCAAAAGATGAAATAAGGAAAGTGTA +TGTTAAGCTTAATAATAAATATATATATAGTCAAAAGTATAATTTAAAAAGTGAGGATAT +ACTAATTCTTATACCTCATTGTGTACAAAAAAGTAGTTGTAAATTAAAAGTAACTACAGA +TATAAAAACTTGTAAACAATGTGGATTATGTAATATAGGTGATTTAGTTAGATTAAAGGA +AAATAAAAATGTAAATATATTTGTAGCTACAGGAGGAACTTTAGCTAGAAAAATTATTTT +AGAAAATAAGCCTAAGGCGGTTATAGCGGTTGCATGTGAGAGAGATCTTACTTCCGGAGT +ACAAGATGTAAGTAAAATACCAGTTTTAGGTGTATTTAATAAAAGACCAAATGGTCCTTG +TGTAGATACATGTATAGATGTAGAAGAAGTTGAAAATGCTATAAACTTCTTCACAGTATA +GTGAAAATAGGAGAGTGTTGAAAATTATGTACCCATACGGTTATTACGGTGGTTTTTATC +CAGATAGAACAATGCTTATATTAATTCCTGCTATATTATTTACTATGTATGCACAATTTA +AAGTAAGTAGCACTACTAATAAATACTTAAGAGTGAATGCACATAGAGGATATACTGGGC +AACAAGTAGCAAGAAAAATATTAGATACAAATGGATTACATGATGTAGATATAGAAATGG +TTAGAGGACATTTAAGTGACCATTATGACCCAAGAAGAAAAGTTGTAAGATTATCTCAAG +ATATTTATTATGGGACATCAATAACCTCTATTTCAGTAGCAGCTCATGAATGCGGTCATG +CAATGCAGCATGCTAGAGGATATGCGCCCCTTAGCATAAGAAGTAGCTTAGTTCCCGTTG +TAAATTTTGCATCGAATATATCATGGCTACTAATAGCATTAGGTTTATTTATGAGTAGAG +GTATTTTCTTAAAAATAGGAATAATTTTATTCTCAGCATCTGTATTATTCCAATTAGTAA +CTTTACCTGTTGAATTTAATGCATCTAGTAGAGCTTTAGTTCAACTTGATGACTTAGGGA +TAGTAGAAGGTAAAGAATTAAGGGGAAGTAAGCAAGTACTTACAGCAGCAGCATTAACAT +ATGTTGCAGCAGCATTGACATCAGTACTTCAGCTATTAAGATTAGTTGCAATAGCTCAAA +GAAATGATGATTAAAACGGGGCTGTCTTAAGAATCGGGTATCTGGGACGGGTGTGATATG +AATTTTAAAGTCATACAGCTAAAAATGCTGATAATGATTTTAAAATTTATATTTACATCT +CACCCAATAGATACAATCGATACTAAGGCAACTCCTTTTTTATATAGAAGAGAAATGAGG +AGACAGAATATGAAAGCAAGAGAATTAGCTTTAAAGGTTCTTTTAGATATAGAGGAAAAT +GGTAATTATTCTAATATAGCTATCAATAAGCATTTTAAAAATATAAATTTGAATAATCAA +GATAGAGGATTAGCTACAGAATTGATTTATGGTGTGGTAGAAAATAAGTATTATTTAGAT +TATATTATAGATAAACTTTCGAAGATAAAATGTAAAAAGATGGATATTTATGTTAAAATA +TTGCTTAGAATGGGTATTTATCAAACTTTACTTTTAAATAGTATTTCAGACTATGCAGCA +GTAAATGAAACTGTAAGTTTAGTAAAAAAATATGATAAGAGATCTTCAGGATTTGTGAAT +GCAATTCTAAGAAATGTTATAAGGCAAAAAGATACAATAGGAGAAGTAGATATAAAAGAT +GATAAAATAATGTATCTAGCAACTAAATATTCTTATAGCCCTTGGATGATAAAGAATTGG +ATTAATAACTTCTCAGAAGAATTTACAGAAGATTTATTAGAAGCAAATAGTGAGAAACCT +AGTGTATATATTAGAACAAATACTTTAAAGATTTCTAGAAATGAACTTTTAGATAAATTA +AAGGCTGAAGGTATTGAGTGTAGTATAGTTCCTATAATAGATGAGGCTATTAGAGTAGAA +AATTTAAAAAATATAGAAAATAACCAACTATTTAAAGATGGACTATTTACGATACAAGAT +GTAAGTTCTATGATAGTTGGAAAAGTAATGAACCCTAAGGAAAATTCAAAAGTATTAGAT +GTATGTAGTGCTCCAGGAGGGAAGACTACACACTTAGCCACATTAATGAATAATACTGGT +AAAGTTGTATCTAGAGATATATTTGACCATAAATTAAAACTAATACAATCGACTGTAAAT +AGATTAGGACTAACAAATGTAGATATAGAGTCATTTGATGCTTCAATATTAGATAAAAAT +AGTATAGATAAATTTGATTATGTATTAGCTGATGTTCCTTGTTCAGGTCTTGGTATAATA +AGAAGAAAACCAGAAATAAAATACAAGGCAAAAGCTGAGCTTAAAGATCTACCAAAGATA +CAAAAAAATATTTTAGATAATGCATCTAAATATGTAAAAGTTGGTGGTACTTTAATATAT +AGTACTTGTACTATACAAGATAATGAAAATATGGAAGTAGTAAAAGAATTCTTAGATAAT +AATAACAATTTTAAATTAGTTCCAATAAATGAAGTTAAGGTGGATTTAGATAATCAAGAA +AATGGATATTTAAAAATATATCCAAATATTCACGATATAGATGGTTTCTTTATAGCAAAA +TTAGAAAGAGTAAGGTAGTGATAAATATGGAACAAAATAAAGTAGCTTTAAAGAGTATGA +CAGAAGATGAATTAAAAGATTTTATAGTAAGTATAGGAGAAAAGTCATTTAGAGGTACTC +AAATTTTTTCATGGATATATAAAGGTGCTAAAACTTTTGATGATATGAGAAATATACCTA +AAAATTTAAGAGAGAAGCTTGATGAAGTATCTTATATTGGAAATATAGAGCAAGAATTAA +AATTAGAATCAAAGGTAGATAAAACTAAAAAGTATTTATTCTTATTAAATGATGGAAATA +TTATAGAAACTGTTATGATGGACTATGAAGATAGGGTTACAGTGTGTATTTCAAATCAGG +TTGGATGTAGAATGGGATGTAATTTCTGCGCATCGACTTTAGAAGGTTTAATAAGAAACT +TAGAACCTTGGGAAATTTTAGATCAAATTATGAAAATACAAGAGGATACAGGTAAAAGAG +TATCGAATCTTGTATTGATGGGTAGTGGAGAACCTTTAGATAACTTTGAAAATACTAAAA +AATTCTTAAAATTAGTAAATGAAAAGAATGGTTTAAATATAGGTTATAGGCATATAACTT +TATCAACTTGTGGATTAGTACCTAAAATGTATGAGTTAGCTGATTTAGGATTACCTATAA +ATTTAGCGTTATCTCTACATTCTCCATTTGATGAAAAAAGAAGAGAGATAATGCCTGTAG +CCAATGCTTACAAAGTAAATGATTTAATAGATGCATGTAAATATTATATAAAGAAAACTA +ATAGAAGGGTAACTTTTGAGTATTCTTTAATTAAAGGTGTAAATGATTCAGAAAAAGAAG +CTAAAGAGATAGTTAAGCTTCTAAAAGGTATGTTATGTCATGTAAATTTAATACCAATAA +ACAAAGTAGAAGAAAGAGAATATGAAAGACCAGATAAATCGTATATATATAAGTTCAGAG +ATTACTTAGAAAAAAATAATATACCAGCTACAGTGAGAATATCTATGGGTTCTGATATTG +GAGGAGCCTGTGGACAATTAAGAAGAAAACATAAGTAGCTTAAGGGGGAAATCTTATGAT +TTATAGCTGTGACTCCCACATAGGAAAAGTAAGAAAGAATAATGAAGATTATTGTATGGG +GGAAGTTATAAAAACTAAAAATGAAGAAGATATAGGAATTTTTGCGCTAGCGGATGGCAT +GGGTGGTCATAATAAAGGTGAAGTTGCAAGTAAGTTAGCAGTAGAAAATATTTTTAAGTT +TTTAAAAGAGAATTTATTACAGACAGGTAGCATAAAGATAGATTATGTTGATGATGTAAT +AAAACAGGCTTATAATAATGTGAATTCAATTATTTATAAGAAATCTATAGAACAAGAAGA +ATGCTTTGGAATGGGGACAACACTAGTAACTGCTATAATATATAAGGACAATTTATACGT +TGCAAATGTTGGCGATAGTAGGTGTTATGTACTTAATGATACTGGATTAAATCAAATTAG +TATAGACCATTCTGTTGTAGAAGAACTTGTTAGAGCAAATGTAATAACAGAAGAAGAAGC +TAGAAATCATCCTCGCAGAAATCATATAACAAGAGCTATGGGAACTGATGAGATGGTTAT +AGTAGATATATTTAAAAGTAAGTTAAAAGAAAATGATTTAATTCTTCTTGCTAGTGATGG +ATTGACTGGATGTGTAGATAAAGAAGATATAAAGAATATGCTTTTAATAAATGAAGAGAT +ATCAGAAATAAATAAAAAACTAATAGATATGGCCAATGACGTTTCTGGAAAAGATAATGT +CTCGGTTATATTGATAAAGCATAAATAGGACGGTGATAAAGTGGGAGATACAATTTTAGG +AAATAGATACCAAATTATCAGAAAAATTGGTGATGGAGGAATGGCCTTTGTTTATGAGGC +TAAAGATAAGTTATTAAATAGAACTGTTGCAGTTAAAGTTCTTAGACCTGAATTTGTAGA +TGATGAAGAATTTTTAAAAAAGTTTAAAAGAGAAGCTGAAGCAGTAGCTAGTTTATCTCA +TCCGAATATAGTAAATGTTTATGATGTTGGAGAAGATGGAAAAGTTCACTATATTGTAAT +GGAATATATAGATGGTCAAAATCTTAAAGATATTATAAAAAATGAAGGTACACTAGATGA +GTATACAGCTCTTGATATAACTAAACAAATAGCAATGGCTCTTAGCGCTGCTCATAAAAA +GGGTATAGTGCATAGGGATATAAAACCTCATAATATATTGATATCTAATGAAGGTAGAAT +TGTTAAGGTTGCAGATTTTGGTATAGCAAAAGCTGTTTCAAACTCTACTATGACTAATAT +TGGTAGCATAATAGGATCAGTACATTATTTCTCGCCAGAGCAAGCTAAAGGAAATTCTGT +AAATGCTACAGCTGATTTATATTCTTTAGGAATAGTTTTATATGAGATGATAATAGGAAG +AGTTCCATTTAGAGGGGATAGCCCTATATCTATAGCATTACAACATATAAATGAAGATGT +TGAATTTACATCAGAGGAAAAGATTAATATACCTCAAAGTGTAAGAACAATAATAAAGAA +GTTAACTGAAAAATCTAGCGAAAATAGATATCAAAGTGCGGAAGAGTTAATTGAAGATAT +TGATTATGTAGAAAAGAATATTGATTTAGACTTTATAAAGGAGTATGACAACTTTGCAAC +TAAAAAAATCAATGTAGAGAATGTAGAGAAAAGTTTAGATTCAGAAGATGAGGAAGAGGA +GTTATTAGAAGAATTTCCTAAAATAACTGCACAGCCTAAAAAAGAAAGATTAAAGAAAAA +AACTAAAAGGCCTGTAAAAGAAGATAGTCCAAAGGTTAGAAAAAGATTAAAAATCGCAGC +AGTAGTATTGTTAATTATATTGCTAGCACAAGGTATTTTTATATTTAAATTTGTTTCTGG +ATTGATGGGTGGAAATAGTAATCAAGAACAAGTAATTACACTTCCAGACTTTGAAGGCAA +AAATTTAGAATATGTAAATAAAGAACTAGAAAGATTAGGCCTAAAAATCCTTGTAAAAAG +TGAATATAGCGATACAGTAGAAAAGGATCATGTTATTTCTCAAAGTCCTGCAGCTGGTAT +GGAAGTTTCAGATGGTGATGCTATAAGTATAGTTTTAAGTAAGGGGACTAAACAAAGTCA +AGTTCCAAGTATAATTGGATTTACGTTAACAGAAGCTGAAAAAGTATTGGAACAAAATAA +TTTAAAACTAGGAAATAAAAAATATGAATATAATGATATTTACAAAGAAGGTATAGTGTT +AAACCAAACTCCTAGTTCAGGTTTAGGGGATGTGTCTGAAGGTGATAAAGTAGATGTTGT +AGTAAGTAAAGGACCAAGAGAAACTCAAGAAGAAGAAAATAATAATTCTGATAATGAAAC +AACAGATACACCAAATAATAACAACAGTAACAATAACAATAATAATAACAATAATAATAA +CAATAACAATAATAATAACAATAACAACAACAGTAACAATAATAATCAGACAAATAAGCC +AAATAATGGCGGTAATAATGAAACGAATAAACCATCTGATGACAATAAACCATCTGATGG +TAATACTGGAAATGAAGATTCAGACAATTCAGGTACTGGAAATGAAAATGTTCCAGATGA +AGAAGGTGGAACTTTATTACCTCAAACAGAGTAATGGAATATTTAATTTTTAATAAAGCT +AATATCTTTTAATAAAAGATATTAGCTTTATATTTATAGTAAAAAGATATTTTATATATA +AAAGCAAATAAATGAACTCAAATAAATTAGAAAAAATATTTAAAAGATTTCTTTTTATAG +GAAATATGTATAAAATATAGTAAGATAATAAATTAGGAGTATAATTAATAATAAAGTTAT +TATGCTATTATATATAGATATACGTAAATTATATAGATATACCCAAATTTAAAGGAGGAA +TTTAATGTTAGAAGGAAAAATTACGAAAGGAATAGGGGGATTTTATTACGTAGATACTGA +AAAGGGAATTTATGAATGTAGAGCGAGGGGGATTTTCAGAAAACAAAAAATAACACCATT +AGTTGGAGATAGAGTAAAAATAAGTATAGTAGATGAAGAAACTAAAAAAGGTGTTGTAGA +AGAAATTGATAAAAGGGATACGGAATTAATTAGACCACCAATAGCTAATGTAGATAAGGC +ATTAATAGTTTTTGCTGTAAAAAATCCTAAGCCACATTTATCTTTATTGGATAGATTTAT +AGTTTTAGCTGAAAAAGAAAACTTAGAAATAGTGATAGTTCTTACAAAAGCTGACTTAGA +TGATGATAATACTTTAGAAAAAATTGCGAGTATATATGAACTTAGTGGATATAAAGTAAT +ACCAGTAAGTAATAAAACTAAATTAAATATAGATAAGATAAAGGAAGAGTTAAAAGGCAG +TGTGGTTGTATTTGCTGGACCGTCTGGAGTTGGAAAATCTAGTCTATTAAATGAAATAGA +TGGAAATTTCCAATTACAAACTGGTGAGGTAAGTGATAAAATAAAAAGAGGTAAGCATAC +TACAAGACATGCTGAGCTTTTAAAGCTAGAATGTGGTGGTATGGTTGCAGATACTCCAGG +ATTTAGTTCATTAACATTAGATGATATAGAAGAAAATGAATTAAAAGAATATTTCATAGA +ATTTTATAATTATGATGACTGTAAGTTTGGATCTAGATGCGTACATGAAAATGAACCTGG +ATGTGGGGTAAAAGAAGCTGTAGAAAGTGGAGATATATCAAAAGAAAGATATGATAGTTA +TATACAGCTGTTAAATGAAATTAGGCAAAGTAAACAAGGTAAAAGGAGATACTAAGAATG +ATTAAGTTAGCACCATCGATACTATCAGCAGATTTCGCAAGATTATTAGAGGATGTAAAA +AAAGTAGAGAATGCGGGATGTGAATACTTACACATAGATGTAATGGACGGTCATTTTGTT +CCTAATATTACTTTAGGACCTGGGGTTGTAAAGTCTTTAAGAAAAGATGTTAACATGGTA +TTTGATGCACATCTTATGATAGAAAACCCAGATAACTACATAAAAGAATTTGTAGATGCA +GGGTGTGATATGATAGTGGTTCACCAAGAAGCTTGTAAACATCTTCATAGGACTATACAA +AATATAAAGTCACATAATATAAAAGCGGGGGTTGCTTTAAATCCAGCAACACCGATTGAG +ACTATTAAACATGTATTAGAAGATGTTGATATGGTTTTAATAATGACTGTTAATCCAGGG +TTTGGAGGTCAATCATTTATTGAAGGTATGATACCTAAGATTAAAGAATTGAAGAATCTT +ATAGATTCAAAAGGTTTAAATGTAGATATACAAGTTGATGGTGGAATAAAGCCAGATAAT +GTACTTGATGTAGTTAAAGCAGGGGCAAATATTATAGTTGCTGGATCAGCTATATTTAAT +AGTGAAGATATACAAGAAACTATAGATTTATTTAGAAAAAATGCATCTAAATAGGTGATA +ACATGAAAATATGTATCGTTCTTAATGGAGAAATTAAGGATTTTAATAAGACAAAAGAAA +TTATAGAAAATGAGAATTATGATAGCATAATTTGCGCAGATGGAGGAGCAAATCATCTTT +TTAAAATGGGAATAAATCCAGATTATATAATTGGAGACTTAGATTCTGCAAATTTAGATA +TAATAAATTATTATAAAGAAAAAAAAGTGGCTTTTGAGAAATTTCCATCTAAAAAAGATG +AAACAGATTCTGAAATATGTATATTTTTAGCAGAAAAGCTTAAAGCTACTAGTATAGATT +TTATAGGTGCATTAGGAGGAAGAATAGACCATACTATTGCAAATATAAATTTACTTTACT +ATGTTAAAGAAAAAAATATTATACCTAAGATTATTTCTGAAAAAGAAGAAATCTATATAG +CAGTAAATGAAAAAATAATAATTGGGGGTAATAAAGGTGATACAATATCTGTAATACCAA +TTAAAGGAGATGCAGAAGGAGTTACACTTGATAATTTAGAATACCCATTAAAGGATTATT +ATATGAAATACTCCAAACCTTTAGGTATTTCAAATGTTATGTTAGATACAAGTTGTTCAA +TAAGTGTTAAAAAAGGGATTCTGCTTATAATAAGAAATAAAGATATTTAATAAAATAAGC +ATGCTATAATGGTATGCTTATTTTTTATGCCTAAAAAAAGTAAAATATAAATAAATAATA +AAAAAGAGGAGAGGTCTAAATATATTTTATTTTGCATAAATTAAAATTATAAATAAGGAT +TCAATGGGTAAGGAGGTGTTTCATGAAAAATCAATCAAAGGGGCTTTTAGGTATAATATG +TATGGCAACAGGCGCAACTGTAATAATATCCATGATATTGCCTAATTGGATTTTTTCAAT +ACTTACGGCATTGATTCTTATAGTATGTGGAGTTTTACTATTTTTATATTAGAATTTAGA +ATAAATAATATAATTTTAGTATAGATAGAAAATCTTAAATATATTTAAGTGCAAATGAAT +AAATATAATAAAGAAATAATATATTAATTTATAAAAATGGAGGGATAGATTATGAAGATG +GTAACAATAAAATTACCAAAGTGGCTATCTAATATAGTTTTAAAATTTATGAGGAATAGT +AAAAAATAAAATTGCAATATAAAAATAAAAGCCTACTTATATAGTAGGCTTTTTTTAATA +ACTTATTAAGCTCTTTCAACTTTACCAGAACGTAAACATCTAGTACAAACTTTAACTCTC +TTAGGAGTTCCATCTATTATAGCTCTAACGCTTCTTAAGTTAGCAGACCAAGTTCTTCTG +CTGTGTCTATTTGAGTGTGATACTTGGTTTCCAGAAACCTTCCCTTTACCACATACGCTA +CATACTTTCGCCATTATTGTACACCTCCTTAAAATGATAACTATTTAAAGACTAAAAACA +TATTTATATTAACACAAATATCGAAATTCTGCAATAGAAATATATATTTGTCTTATATAT +TATTATTGAACAATTTGTAACTATCATATAAAATTATATATATAATTCACAATAAAGTAA +ATAAAAAATGTAAAAAAGTGAATTAGAATATATTACTACGTGGTTATTAATCAAATTTTA +GTTTTAAAAGAGATTAAGTAGGTTTAAAAAGTAATATAATTATAGTATTATAGTAATTAT +AATTAATATTACATAAAAGAAGATATTTTTAAATGATTTTTGAGCAAAATAAAAATAAAA +AATAATTTAAGGGGGTCAAGCCATGAGTGCAAGATTAACTAACGAATATGGATATGTAGA +AATAGATAAGCAAGTAATAGCTCAAATAGTATATAGAGCTGCAATGGAAAGTTACGGATT +AGTAGGTTTAGGATATAAATCTAAGGGTATAGTAGAATTATTGAAAGGTGAAAATGCTAC +TAAGGGTGTGAAGGTAGATGAATTAGAAGATAATACCATAGCAATAGAACTTTATGTTAT +AATACAGTACGGAACAAATATATCTACAGTTGCAAACAACATAATAGATAGAGTAAAATA +TACAGTTGAGAAGATGACGGCTATAAATGTAAGTAAAATAGACATTAATGTTCAAGGTAT +TAGAGTTAAGTAATTTAGGAGGAAAAAAATGATCCAATATATAGACGGAAAAAATTTAAG +AGATTTGTTTGTATCAGGTGCAAATAATCTTCAAAATCATAAAGATTTAGTAGACAAGTT +GAATGTATTCCCAGTTCCAGATGGAGATACAGGAACTAACATGTCATTAACTATTTCTTA +TGCAATGAAAGAATTATCTAAGGTAGATAACGAAGAAATAACTAATATAGGTAAGGCATT +ATCTAGAGGATCTCTTATGGGAGCTAGAGGTAACTCAGGAGTTATATTATCTCAGATAAT +AAGAGGTATAGCAAAATCAGTAGAAGGTAAAGATAAGTTAAGTACGGCAGATTTTGCAGA +AGCATTAAAATGTGGTTCAGATACTGCTTATAAAGCTGTAATAAAACCTATAGAAGGAAC +TATACTTACAGTAATAAGAGAAAGTAGTGAAGCTGCTATAAAAATAGCTAAAAGCGAAGA +AGATTTTATTACATTTTTAGAATTAGTAATAAAAGAAGCAAATGATTCTTTAAATAGAAC +ACCAGAATTATTAAAGGCATTAAAAGAAGCTGGAGTTGTAGATTCAGGTGGTAAAGGATT +AGTTATTGTATATGAAGGTATGCTTGAAGCTTTAAAAGGAAGTCCTATAGAAATTAAAGA +TTCTAATTTAAGTGAAGTAAAGGAAATTAAAGCACCACAAGGAAACATAGCTACTGAAGA +TATAAAATTCCAATACTGTACAGAATTTATATTAGAAAGTGATAAAGTAGATGATCTTCA +AATAAGAGATAAAATGCTTAAATATGGAGATAGCTTAGCTGTAGTTGGAGATGAAGGTGT +AATAAAAGTGCATGTCCACACTAATGATCCAGGTCTTGCATTACAAGAAGCTTTAGCATA +CGGACAATTATTAACTATAAAAATAGAAAATATGAAGCTTCAACATGAAAATACATTAAT +AGAATCTGGAGATGAGAGTGCGCCTACTACAGAAGAAAAAGAATATGGATTTATAGCAAC +TTCTATGGGTGATGGTTTAGCTAAAATATTTAAAGATTTTGGTGTTGATCACATAATAGA +AGGTGGCCAAACTATGAACCCAAGTACAGAAGATTTTATGAATGCTATAGAAACTATAAA +TGCAAGAAATATATTTATATTCCCTAATAACAGTAATATAATAATGGCTGCTAACCAAGC +TAAAGAGCTAAGTGAGAAAAATATAGTGGTTATACCTACTAAAAATACTCCACAAGGATT +TACAGCTTTAGTAAGTTTTAATGGTGATGCTAGTGTTGAAGAAAATGAAGAAGCAATGAT +GGAATCTTTATCACTAGTTAAATCAGGTCAAGTAACATATGCTGTTAGAGATACAGTTAT +GAATGATGTTGAAGTAAAAGAAGGAAACATAATTGCCATAGCAGAAGGTAAGTTACAAGC +TGCAGGTGAAGGTGTTAATGAGATAACTACGAAGCTTGTAGAAAATTTAGTTGATGAAGA +TAGCGCAATAATAACTTTATTCTATGGAGAAGACGTGAGTGAAGAAGAAGCTAATAATCT +TCGTGACGAATTAGAAGAAAAGTTTGATGATATAGATGTAGAGTTATACTATGGAGGACA +ACCTCTTTATTATTACTTAATTTCAGTTGAATAATGATTTTAAAGTCCTGTATAATCTTA +CTACCGTTTAGTTGGTTATACAGGATTTTTGCGTAGTGGGTGATAACTATGAGTGACTTA +AAAAAAGATATACAATTTGTAAAAGGTATAGGTCCTAAGAAGGCATATAAGCTAAATAAA +CTAGGAATATTTACATTGAAAGACTTACTTTATTATTTTCCTAGACAATATGAAGATAGA +AATAATTTAAAAAAAATTGTAGAGTTGAAAAATGAGGATAAGGCGACAATAAAAGCACTA +ATAGTAGGAATAACTACTAGTAATCCTAGAAAGGGAATGACTTTAACAAAGGTAGATGTA +AAAGATGAAACTGGATATGCAAAGTTAGTTTTTTTTAATCAACCATATATAAGTAATACT +TTTAAAAGTGGAGATACAATATTAGTATTCGGTAAAGTAAAAAAAGAATTTAAAAATATA +GAATTTAGCTCTTGTGAAATAGAGCATCTTAGCAATTCACCTAAGAATACTTGTAAGATT +ATGCCTATATACCCTCTGACTTTTGGCGTAACAAATAAAGAGATTATAAGCATAATTAAG +TCAGTACTATCAAATAAAGAATTAATTATAAAAGAGTATTTACCGAAGGGGATAATAGAT +AAATATAAGTTATGTAGTATAGATTATGCAATAAGAAACATTCACTCACCAAGTAATAAA +GAAAGTTTTAAAATAGCTTTATACAGAATTATTTTTGAAGAATTTTTAATTCTTCAGTTA +GGCCTGTTTATGTTTAAAAATGGTGTTATAGAAGTTGAAGGAATAAAATTTGAAGAAAAT +GAAAAGTTAAAAGATATAATAAGCTCTCTTCCTTTTAAATTAACTAAAGCTCAAAATAGG +GCTTTGAATGAAATAATTGAAGATATGAAATCGCCTAAGGTTATGAATAGACTAGTTCAA +GGTGACGTTGGGTCTGGTAAAACTGTAGTAGCTCTACTTACATTAGCAAACTGTGTTTTA +AATGGATATCAGGGGGCTTTAATGGCTCCTACAGAGATTCTAGCTGAGCAGCATTATATA +TCTTTAACAGAAACCTTAAAAGAATTTGGAATGAATGTGGAGCTTCTTGTTGGAAGTCTT +ACTAAAAAGCAAAAAGAAAAGGTACTTGAAAGAGTAAAGAATAAAGAAATTGATATATTA +ATAGGTACACATGCTTTAATAGAAGATAAAGTAGAATTTGATAGATTAGGTTTAGTAATA +ACAGATGAGCAGCATAGATTTGGAGTTAGACAGAGAGGAAAGCTATCGGATAAAGGAAAT +AATCCTGATGTATTAGTTATGACAGCAACTCCTATACCAAGAACTTTAGCGCTTATACTT +TATGGTGATTTAGATATATCTATAATTGATGAACTTCCACCAGGTAGACAACCAATAGAT +ACTATAGCTGTTAGTAAAGATAAAAGAGATAGAGCTTATAATAATTTAGTTAGAGCTGAA +GTTGAAAAAGGGAGACAGGTATATATAGTTTGTCCTTTAGTAGAAGAAAGTGAAGCTATA +GAGGCAAAGGCTGCAGTTGAATTAGTAGAGGAATTAAAACAAGAGTATTTTTCTGATCTT +AAGGTTGGACTTTTACATGGTAAAATGAAAGCTAGTGAAAAAGAAAGTATTATGAAAAGT +TTTAAAAATAAAGAATTAGATATATTAGTTTCAACAACTGTTATAGAAGTTGGGGTTAAT +GTTCCTAATGCAACTTTAATGATAATTGAAAATGCAGAACGATTTGGTCTAGCTCAGCTT +CATCAGCTTAGAGGTCGTGTAGGAAGAGGTAAACATAAGTCTTACTGTATATTAATATAC +GCATCTAAGTCAGAAGTTTGTAGACAGAGGATGTCTATTATGGAAGAAACTAATGATGGA +TTTAAAATTTCTGAGAAAGATTTAGAAATAAGAGGCCCAGGTGAATTTTTTGGTACGAGA +CAGCATGGACTTCCTGAACTAAAAATAGCTAATATATTTAAACATATGAAAATATTAAAA +ATAGCTCAACAAGAGGCTCGTTATATTATAGGAGAAGACCTAAAGTTACAAAAATTTGAA +AATAAATTGTTGAAAAATGAGATAATTGATAAATTTGAGTATGCAGCAAGAGAAATTTCA +CTAAATTAGATACAAATTATGTTAAAATATATTGAGAGGAGATATGTCATTGAGAGTTAT +ATCAGGAAAAGCAAGAGGATTAAAATTAGATACTCCTAAAAATCAAGATGTAAGGCCTAC +GACAGATAGGGTAAAAGAATCATTATTTAATATGATAAATTCATATATAATGGATAGCAA +TATTCTAGATTTATTTGCAGGAACAGGTTCTTTAGGTATAGAGTGTTTATCAAGAGGAGC +TAAAAACTGTGTTTTTGTAGACAAAAGCAAGGATAGTATAAACATAGTAAGATCAAATGT +AAAAAAGGCTAGAGTAGAAAATGAAAGTACGATTTTAAATGTTGATTTTAAGGATGCAGT +AAAGAGGTTATCAACTCAAAATCAAAAATTTGATGTAATATTTATGGACCCTCCATATTA +TGAGAATATGTTTATAGAATGCTTAAAAAGCATAGATAAATTTAATTTATTAGATGAAGA +TGGAATAATAGTTGTAGAACATGATACTAAAGACTTATTTGAAGATAGCATAGGAAGACT +TAATAAAAGCAGAGAAAAGAAGTATGGAAATACAACATTGACATTTTATAAGCTGGAGGA +ACAAGATGAATAAGAGAATAAGAAAAGCTATATTCGCAGGTAGTTTTGATCCTATAACAA +ATGGACATTTAGATATAATTTGTAGAGCATCTAAATTATTTGATGAATTACAAATAGGTG +TACTTTTTAATCCAAATAAAAAAGGTCTCTTTACTTTTGAGGAAAGAGTTCATCTAATAG +AATCATGTACTAGTCATTTAGATAATGTTAAAATTGTAAGTTTTGATGGACTATTAGTAA +ATTATTGTGAAGAAAATCAAATAGATACTTTAGTAAGAGGAGTTAGAAGTGGAGCTGATG +TTGAGTATGAGCTTCAGATGGCTCATATGAATAGAGAATTAAATCCTAATATAGAGACTA +TCATACTGCCTACTACAACTAAGTATTCTTTCATAAGTTCGTCACTAATAAAAGAAGTTT +TAACTTTTGATGCAGATGTCAAAAACCTAGTGCCAAAGATAGTGCTAGAGGAGCTGAAAC +GAAAAACAAATAGGGGGAAGTAATAAATGAAAATAGATTTAGAGATGATGGAATTGTTTG +ACGACTTAGAGGATAGAATAAGTAATGCACAAACAGCCCGTTTTTCACAAAAATCAGTAA +TAGATAAAGAAGAGCTTTTAGCTATAATAAAAGAAATAAGAGCTTTAATGCCAGATGAGG +TTACACAAGCTGTCTGGATAAATAAAGAAAGAAATAGAATATTAAATGAAGCTAAAAGGG +ATGCTAAAGAGCTAGTAGCCCAAGCTGAAAGAGATGCTGAAAAAATAAAAGAAGAATATA +GTAGAAGTTTAGAAGAATTAAAACAAAATTCAGAAGAAACTTTAAAAGATTATATAGAAT +CTAGTGATGTAGTCGGACAAGCGGAGCAAAGAGCTAGAGAAATCTCAGAAAGAGCAGAAC +ATGTGGCAAGAGAAATTAGACAAGGGTCTATTGAATATGCTACAGATGTACTTTCTGCAG +TTGAACATAATTTGAAATCTATATTAGAAGAAGTAATTAGAGATAAGTCTGAGTTAAAAT +AGCTTATACTACGATAATAAGTAATTAAGAATAACATAGATATGACAAGAATATAAATAT +TCTTGTTCATAACTATGTTATTTTTATGTTGATGTAAAAATTAACAAATAAATCTTAATT +AATATAATTTTAGAAATTTATTTTGTTATTAGCTTGATTAGGTAGAACAAATTTAAATAT +TAGGTATGTAAGTAGAATTAAGGGAACTATTATATTGGTATTATTTAGATAATAACTCCA +AAGTCCATTGATGTAGAGTGTATCATAAACATCACCAAAATTAGAGACGAATGACGCTGA +ATTACATATCGGGTAAAGTAAAAAAGTGAATATAGATGCAAATAACCCGTGTAAGAACTT +ACTTAATATGTACAAGTTAGTATTAATATCGGTTTTAGCTAAGAAGTTACAGCATTGTGC +TAATATAGATAGTCCACTAAATCCAATTAAAAAACTGGAAAAAGTGACTTTTATTATCAT +AGAAGAAGAGGCGACTTTAGAAATATTATTGCAACCAATAGTAATCTCAAATAATCCACT +TATAAAGGCGTAGCATAAATCCTTTGTTACCCCAAATAATGATAGAGGTAGATATAGTAT +AGAAGCCAGTATCGATATTATATTAAACAATGATAAAATTTTAAATACAACGGAGAATAC +GATTACAAACCCTCCAACTGCAAGTAAAGTATTAACACCATTTACAACTGCATTTCCAAA +CAAAACAAAAAATCCTGTATTGCTTGAGTATCTAGTATTAATGATATTACTAAAATTTGT +TCTAATATTGTACTTAGAGGAAGGTAATTTTTCCTTACCATAATTTCTAAATATAATACC +TACGCTTATAGATCCTAAATAATGACACAATATCATTAGATATCCTAGAGAAGCATTTTT +GAACATTCCAACAGCTACTGCACCTATAATAAACAGTGGTCCTGATGTAGAACAAAATGA +AACCAATCTTTGTGCTTCAGATCTAGAAATTTGGCCATTAATTCTAAGGTCATAAGCTAA +CTTTGCTCCTACAGGATATCCAGATACTGTAGAAATTACAAATACTAAGGCACTTCTACC +AGAGACATTGAAGATAAATTTAGTAATTGGATTTATTATCATTCCTATTAAATCAACTAT +TTTTAAATCGACAATTAAATTAGCTCCTATTATGAATGGAAGTAGAGATGGTATTAAGAC +GTTTACCCAAATATTTAAACCTTCCTTAGCTGACTTAATAGCTTCTTGAGGAAATATTAT +TATTCCTACAATTAAAAATAATACTACTATGACTGGAAGGAAAAAAAGAATAATTTGATT +TTTTTTCATAGACACCCCCTTACGAAAATAATCGTTTTGTTAACTTATTTATATTTGAAT +CTCGACCCCGATAGGGATTACAATAGTTTCACCACAAAACATATTCCCCCTATAGAAAGG +AGTCGAGA +>MGYG000000001_35 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATATAAAAAAA +AGTATCATATTGATACTTTTAAATAGTAAATTTATAAATTTAATTTTAACTTTCACTAAA +AATGATAACTGAATTCTATTTGACCGATTTAATTTTTCCTTTTACTTATTGCATGCCGTA +TTACAAGTCATCTCCTTGTATTCGATCACATCTATCACCCTCTACTTTTTTTAGATAAAT +ACTATATACTATTAATAATACACAATTTGATATTGGCATTGCTAGAAATATACCTATTTT +AGGTGAGATATTCATAATATCGTATTTTGTAAATATTATAGGGAGTATAATTGTTAGTGG +TATAAGTAGTAATCCCTGTCTTATTAACTCTAATTTACTAGCACTATTTTCTTCACCGGA +TACCTGCATAAATGTTATAAAGGTATAAATTATTCCTATAAAAGGAAAACCTGCAAGTAC +TATTCTAATTATCGGTACAGAAAGGCTTATAAGCTCTAAATCTCTAGTAAAAATACCTAC +TATTTCTCTTGAGAATAGATACACTATAGCTGTCACACTTATTGAATATACCAAACTATA +TTTTATAGTCTTAGATTTAACTATATTTTTTCTCTTTTCATCCTTACTACCTTGATAATA +AGCAATTATAGATTGTATTCCTTGAGCTAATCCTATTAAAGGTAATAATACAATCATGTG +TATGTTACTACAAATTGTCCAAGATCCTATATATAAGATGCTTGTATATCTTATTAGAAC +TTTATTAATAACAAATCCACTCAGACTGTTTAATGCTTGCATTAAGAATTGGACAAATCC +TATCTTAATCAATGAATATAAAATTTCTTTTACTTCATATTTATTTAATTTGCTCTTTTT +AATCCATAATCCTTTTTTGACTAAAAATATAACAGTAAATAATAGATAACATACTTCGCT +AATTAATGTAGATAAAGCTATTCCTCTTATTCCCATATTCATAATAAAAGTAAAAATCAC +ATTAAATACTATATTTATAATTGTCGAAGAAATCACAACTATAATTTCTATCTTTGGATA +TCCAAATGCTCTTATATTATTAACTAAAGTATATCCAGTAGAACTAAACACATTAAATAT +TATAGCTATATTTAAATACTCTTTCGCAAGAATACCTACTTCACCTGTAGCACCTAGAAT +ATATATCAGTTTATCCTGAACTAATAATATAAACAAAGATATGGCTGTACTAAATATAAA +ACTAGCATATAAACCTACTTTAAAGGTATTGTTAATCTTTTCCTTATCTTTTTCTCCAAG +TCTCTTTGCTATTACTATACTTGTAGATACTCCAAATATTAATTGAGCTGCTATTAACAA +CGATAATACAGGACTTAATATCCCCATAGCTGATAATGCATTATTACTTATAGAACCTAA +ATGTCCTGCAAAAGCTGTATCTATCATTGATGATACTGACTCTAATACTAAGGAGCATAT +TGTTGGTATAGAAAATAAGAATATTAGCTGTGGTATAGACTTCTTTTCAAAAATTTCACC +TCTAAACATATAAATCCTCCATATCATTTAAGTTTATCTCCATTATTTTTTCTCCATTAG +TATCTTCTTCCCCATTAAATTTAAACCCAATTCTTTCATATAGTTGAATTGCATTTATAT +TATCATCATAAACACTTAAGTATATCTTTCTATGTCCATATTCTTTATAAAGCCTTTTTA +TTAAAAGCTTCACACTAGCTTTTCCATATCCCTTACCTTGATACTTATCTCCAATCATAA +TCCTATCTAACCATACTCTACCGAACTCACCTTCATTTAAAAACAAGCCATACATTGCAA +AACCTACTGGAATCTCTCCATCATATATTGCAATTGGTCTCCATAGAGAATATTCTTTTG +CTTCCTCTAGGCAATCTTCTATAGATTCTATATATCCTATTTGGTCTTTAGATACATGTA +ATTTTAATACTTCATCATAATTATCTTTATTAATTTTTTTAAAATCTAAATTCATACCTA +TTTACTCCTTAATAAAATTCACTTCTTTATATAAAAATAATAAACCTGTGTGTAACACAC +AGGTCAATAACAAATTAAAATTAATTTTATTTTATAGGTATGAATACTTCAAAGTAATCG +ATAGGAGTTTCATCTTTATATACTGTAAGTAGCATCCTACCGAGAATGGAACCAGCTACA +TCTATATTATTTTTAGCCACAATATCTCTTATATATTGAATCCAATCGTCATAATCATTG +TCATCTAAAGATATTACCGTATAGATATATTTATTATTCGATATAGTCTCTAATTTATAG +TGAAGTTTATTCTTTGTTTTAATATCGCAGTCTTCCCTCAATGAAATTCCCCACTTAATC +TTTTCATCAGCTTCTTCGTCAAATAATACTCCTTCATCTATTAAAAAGGAAAATTTAACA +TAATCAGCTAAGTATTCATCGAAATCTTTAAGTCCTTCTAAAATTTCTACAAAATCATTA +AATTTATTTTCCTTCGTAATCTCCACGAAAAAACAGCTTTCTTTTTTTGACTTAAGTTCT +ATTTTGTTTAAATCATTAGCACATGTTTCTACTGCTAATTTCATTAAACCTAGCCTTTTT +TGGAGTTTTTTAACTTTTTCCATCTCTTCTTGAAGATATATTTCTTTTTCTTTTATTAGT +GCTAGTATATCTGAAGGTGATGAATTTCTAACCACTTTATTTATTTCATTTAGTGGTAAA +TTCAATTGTTTAAATAACATTATGTCCATCAGACAGTTTATATCTTCAATTCCATAATAT +CTATATCCATTTTTATCATCCTTTTTAGGGCTTAAAAGTCCTATTTTATCATAATGGACC +AAGGTATCCCTTGTTATATTAAACAGCTTGCATACCTCTCCTATTAAGTATTTATCTTTC +ATTTTTCCCTCTTAATTTTAAGATTTTACTTATATTTTATATAATTAACCTCTTTGACGA +GATGTATGATTATCCATAGAATTATTGTTAGTCGGAAGTCCACAGTTCATTTTTTCATAC +ATAGGCTGGGTTGGAGCTATCCAAACTTTACCTTCACCTGTAAATGTATTTAGGAATCCT +TCCCCATTTACCGCTGAACCAAATAAACTCTTATCTGATTTTGTAACTGAGAAATTAACT +CCACTAGTTCTAGCTATTGCAAAGTTTCCATCTACCTTTAACTCTTCCCCTCTAGAAATT +TCACACTCAACTATCTCTTCCTTAGGTACATTACACTCTAAAACGATTATTCCAGTTCCT +GATAATTGTACTTGAAAGAACCCTTCTCCTCCTAAAAGAGTTGAAGATATATTCTTTTGT +GCAACACCCTTAATATTTATATCTTCAGAGCAACAGTAAAACATACCTTTATCTACTATA +ATACTTTCATTCGATAATTCCATCATTATATAATGCTTATATGATGGTTCTAATAATATT +TCACCAGTACCTGAGTATGTTGGTTTTATAGCACTTTCGCTAGTAATTGTTCCTGATACA +GCCTTTTTGAACAAACCTCCAACTCCACCAATATTACTCTTAGATTCTATCTTGCCTTTG +TAATAATAAAGCGCTCCTGCCTCAGTTTTTACAGCGCTATTATTTAATCTAATTCTTACT +TGCTTCATTTTTAATCCTACTTGATTAGCAAAGAATAACCCCATTGCAGTTTCTATTCTT +TGAGCTCCTTCTAGATTATTATAAGAAATTACTTCAAACTCTACTCCATCATATGTTATG +CTATCTATTACTTTTATTTTTTCATCTAATGTACTCATATCAATCTCCTTTATTGAAACA +ATTTAATATGTTATATAGCTCCACTCTTTCATTATACTCTTATATTTATTATTTTCATTA +AATTTAACTATATTTTACTTATGACCTTTTGCTCCAGTATAAGTTTTCTCATAAAATCCT +GATGAAGTTGATTTCTTTACACTATCTTTAGGGTTAGAAGCATTAATACCAATAATGCCC +GGTCGAGTCGTTCTTTCATTTAATATATTATAATTTGTTTTTTAGATAATAAATAAAAAC +CACTCTTCTATTTAACTAAAAAGAGTGGTTTTAAATATAAACTTAATATTAATTTAACTT +TATTTAAAATTATTTATTTTAAAATATTCATTCCTTCTGCTGTTGGTATTTCAAATCCCA +TTATATTTGCAAGAGTTGGAGCAACATCAACTAATCTCAATTCTTCTATATCCTTATTTT +TTTCTATATTTTTACCCTCAATATAGAACGATGCTCTCATATCTTTTAAATTCTCACAAT +ATCCATGTTGAGCTTTTTGCGCAGTATTACTATCTAAGTACTCACCCACTGCTTCTTCTC +TAACTTCGTATCCTGCTTCAGATATTAAAACATAGTCTGCATCAGGGAACCCTTTTCTAA +TTCCCCTAGCCTCTTTACCTGTTATAACTTCATTAACACCACTTTCGTTATCCTCAACAA +GTTATTTTAATATACTCTCAACTTTTTCTCTTACTTCTTTATTATCTCTATCCTTAAGTC +TTATTTGACCTGTTCCTCCAGAACGTTGACACCACACATACAACCGCATTATCGTTAGTT +ATTCCATGAACTTTTTCTACTAATTCTCCAACTAATACGTCTATCCTTTCAAGGTCAGCA +ATTGCTTCTTTACTATAAACACCTTTTATATGAGCAGTTTCATCATAAGAAGCGAAGTAG +CAAGACATGAAAAATGGCTTTTCATCTAAGTGCTTTTTGATTTTATTTTCAAGTATCCAT +AAAGCAGGTATAACAAAGCCTATTTTATGTATGGGTTATACAGATACTGCTAAAATACAG +CATGCAATAGATAGTAATATAAGAATTACTGTATATTCTTTAGAAATGGCTATGAAAATA +GATGAATTAGCTAAATTAAGCAATAAAAAAGCTTATGTACATATAAAACTTGATACTGGT +ATGAGTCGAATAGGTTTCTTAGTTAATGAACAATCTATATCAGACATAAAGAAGATGTTC +ACCTTAGAAAACTTAATAATAGAGGGTATTTATACTCACTTTGCAAAATCAGATGAAGAA +AACAAAGAAGCTACTTACGAACAAATAAAAAAATACAATAGAGTTATAAATTCATTAGAA +GAAGATAACTTAAATGTTCCAATAAAGCACGTATCAAATAGTGCTGCAATTTTAGATTTA +AGAGAATGTGATTTCAATATGGTCAGATTAGGAATATCTTTATATGGTCCTTATCCATCA +TCTGAAGTTAGTAGAGATATAAAACTAAAAACAGCTTTAGAATTGAAAACTATAGTTAGT +AACATAAAGACTATAGAAAAAGGAACTAGCGTTAGTTATGCTGGAACATATACAGTAGAT +AAAGATACAAGAATAGTTACATTGCCCGTTGGCTATGCAGATGGCTTCCCTAGAACACAA +AAAAATCCTCTAGTATTTATAAATGGTAAATTGTTAAATATAGTAGGAAGAATATGCATG +GATCAAACTATGGTTGAAATTCCAGATAATCTTGAAGTTAATATGGAAGATGAAGCTATC +TTAATAGGTGATATAGATGGAATAAGAATAGGTGACATATCAAGTAAGATAGGTACAATA +GACCACGAAATACTTTGTTGTATAACTAAAAGAGTAAACAGAGTGTATATAACAAAAGAT +AGCAAGTATATAGTTAATAATCTATTAGGTTAATATATATTAATGATTCTATTAGACATA +CAAAGATAATACTGTAGAATATTGTATATACAAATAAAGGAGCAACCTTAAAGTTGCTCC +TTTATTATTTATTTAGAATATAAATAAGTTTAATTGCCCATAAATATTTTAATTTATTAC +CTCATCAAGTCTTTCTTTTTTCTCTAATTTAATTTCTCCTGACATTTTAAAAGCCTGCTT +GGCTAAAAATACAGCGATAATTTCATTTATAACAGCCGCTGCTGCAATAGTACCTTGTAT +CATAGCAGCATGTTCAGGAACATACGGTGATAATGTACTTACTGCTATACCAGTAAATAT +AAGTGATACACCTGAATGAGGAAGAAGCGAAAGACCTAAGTATTTGCATACATTTTTTTC +AGCTTTTGATATTTTTCCACCTGTATAAGAACCTACTATTTTGCCTAATCCACGAGATAT +AATGTATATTGCGGTAAGCAGTCCTGCACCAAATATTAAATTATAATCTAATGGCGCTCC +TAAGTCTAATATAACTAAAACTAATGCTATACCCATTATTGGATTTATATCTTTCATTAT +CTCATTTAATCTCTCTTCTTCAACCATATTTGCAATAAAAGCAGCAAATGATATACCAGA +TAATACTAAATTTATAGATAATATATTTTCATTTATATATACACCAATAGCAACAGTTAA +AATAATAAGCGCCGTAACTTTTAATATAGTCTGCCATTTATTACATTCTTTCTTTAAAAC +TTTTGCTCCTATTAATCCTGTTATTGCCCCTAAGGCTAATGGTAATACTATCATCATTAA +AATAGCAAATACATTTACACCTTCTCCAGTCATAGATCCTGACACTAAACCTATTACTAG +GAAGAATACAATTAATGCAAGTATATCATCTAAGGCAGCAAGCGGTATTAGCGTTTTTGA +AACAGGACCTTGTGCATTATATTCTTTTACTATGGATAAAGATGGTGCAGGTGCTGTAGC +GAGTGCAATAGCACCAAATACTAATGCTATAGGCATTGGAATATCAGCAAATATAAAGAA +CGCAACTGAAACAAATATAAACGACGTTATACCTTCAAATAAACATATAATTAATATTTG +TTTACCTGACTTCTTAAGTTCTTTTAGTATTAACTCAGTACCAATTAGCATACCTACAAA +CACTTCTCCAATATTACTTAAAATATGAAACCACTGTGCATCTATTATGCTACTATCCAT +CCAATTTAACGCATGTGGGCCTATTATCATACCTGTAAGTAACCATCCAAGTATAGCTGG +CAAATGAATTTTTGAAACTAACTTTCCCATTAACAAGGCTAAAGTTATAAATAAAACCAA +CAATACAATTCCTTTAATCAATTTAACAACCTCCTTTTAGCTATCAATGCCCTCAAATAC +CATTTCTAGCATTATCTTATGATCTTTTCTAAATTCTTCAATCGCTACATCCTTGTCTTT +ATTTTCTATTTCTTTCATATGTTTTTCTTCTAACTTCTCACCTATCATTATAATAAGTTC +AAATGCTTTTTCTTTATCAAATCTAGGATTTACATCTATCTTCTTTATTACCTCATGCAT +AAGAGTATTATTATACTCTTCAAATTCTTTAGCTAACCTCTTTGCTTCTTCTATATTGTC +ATTCATTCTTGAGTTTACAATAAGTCTAGAATGTAATGGATTTTCTCTAAAAAACTTAAA +CTTATTATTAAAATATTCGCTAATGTAATCTATACCTTTTTTATTACTACTTTCAATATT +TATAGTTATATTTTTTTTGAAATTGTCAATAACATACCTAAGTACTGTTAAATATAGATT +TTCCTTAGTTCCATAATAATGATAAAGTATTCCCTTTGATACCTCGGCCTTTTTACAGAT +AACATTTGTAGAAGTTGCCTTATATCCATTCTGTGCAAACTCTTCAAGCGCTACATCAAT +AATTCTTTCTCTAATACTTATAGATTCAAGTTCTTTTTCTGTCATAATGTCCTCCTTAAT +TGACCAAGTGGTCTATAGTAAATATTACCATCCATTGACCACCTGGTCAATATATAGTAT +GATTTTGTATGAAAATTGATGAGTATATAATGATATTTAATGTATATAGAATAAACAAAA +TTCTAAATAAAAATAATTTAAAATTATATTAGTAAAATTAAATATTTTTTAATTTATAAA +AGGAGTAATAATAGTAGAATTAAAATCCACATTATTACTCCTTATTCGTAGTTGAAATAT +GTCTATCTCTTTACTTATTAAATTTTTCGCTAATTTATTTTTATACCTTATCATTTTGAT +CAAAATAACCGATAATTAGTTAATAACTATAGTAGTCCCTTGAGATGCATTATCAAAAAT +CCATCTAGCATTATTAGTATCTAATCTTATGCATCCATGACTTATTGCTACACCTAATCT +ACCATCATATACGTATGTTCCTGTTAAATCATATAGTATTGAATGATAAAAATATTCTCC +TACAATATTAGTAGCATATTTTGCAGAAACTTTACTTCCCTCTGAGGTTATAGCGGGATA +TTTTACACCTACAGCAAATATCCCCTTTATAGTTGGAGTCGATGGTTTTCCTACAGTACA +GCTCCATCTATATATTAGTACCCACATATCATCTCCTTTTTCAAATATATAGGTAATTCT +CTCTTTAATAGATGTAACTATTAAGTAATTACTTGGACTTTCAATATTATTATCATTTAC +AAACGCTGTTATATCAGTATTGAATTTAGAATAGTCTAATTGACGATTATTTTTTATCTT +TCTCATATATAATTCACCTCTTTGAATTACACCTCAAATTTAATACAGTTTCTAAATTTG +ACTAGTTTATTTATTTTATTAAAATAAATATGAAATGGTGATATATATTCATATAAGAAG +TGATGCCAAAACGAAGCATTCTAGTATTACTTCTACTACATATCTTAATTTTTATTAAAA +TTTATAAAATAACCTTAACCATAGTTATCCTTATGTTTAAGGTTGTCAATAATATATTCA +TTAATTGATTTTAATCTTTTTGTAATTTAATATATATTACATAACTTCTGCTTCTTTAAG +TGCTATTTCACTATCATCCGAGAAGTTCTTTTTAACTTCTTTAACTAAAACTATACCAGT +TATAACCGCTGAAACGATGTCGGCAGTTGGTTGAGCAAACCAAACTCCATTTAGACCAAA +GACGTTAGGTAATATGATAACCATTGGTATTAATATTATAACCTGTCTTAGTAAACCTAA +AACCATAGCTATCTTTGCTTTTCCTATTGATTGTATAAAGTTACTTCCTACTATAGATAT +ACCTACTATAGGCATAGCAAATGCATATTTTTTAAGTCCTACGATAGTTATATTCATAAG +CTCTGGGTCTTTATTAAACATACTTACTAAAATTTGTGGTGCTAATTGTATAACTAAAGC +TCCCATTAAAAATACAACTGTAGCTGACATTAAACTAATCTTTAAAGTTTTCTTAGCTCT +ATCGTATTTCTTAGCTCCATAGTTAAATCCTACTATAGGTTGCATTCCTTGTACAAATCC +AAAAGCCGGCATTACAAATATCATATTTATTGAACTTATTGTTGCCATTGCACCTATTGA +TAAATCACCACCATAAGTTTTTAATGATGTATTAAATATTACTTGAACCAAACTGTTAGT +TAATTGCATTGCAAAAGGTGCACAACCTATAGCAAATATTGCTGATACAATTTTCATATC +TAATTTTAAATTTTTCTTTTTTAACTTAACGTTTGATTTTCCTCTTAAATAATAAGATAA +TCCTAACATTGATGAAGTTATTTGAGATATTATAGTAGCAAGTGCTGCTCCTTGTATTCC +CATATTAAATCCAAATATGAATAATGCATCTAGCACTATGTTTAGACCACACCCTACAAT +CATTATTGTAGCTGATAACTTTGGATTTCCATCTCCCCTTATTAAGTTACTAAACATCAT +TGACATTATACTAAATGTAGTTCCAAGCAGTATTACATTCATATATGATTTTGCGTAAGT +AATAGTACCTTCACTGGCCCCAAATGTAATAAGTATTTTATCTAGTAGTAATAATCCAAA +TATAGATAATGTAACACCTATTATGATTGCTAAGCATATTGAATTTCCTATAATTCTCTC +TGCCTCGCCTTTTTTTCCTTCTCCTAGTCTTATAGATACATTAGTCGCTGATCCTACACC +TACAAGACTTCCAAAGGCAATTACTATTGTCATTATTGGCATTGCAACTCCAAGTCCTGT +TATTGCCATTGGACCAACGCCTGGTATGTTTCCGATAAACATCCTATCTACAACATTATA +AAGTGCATTTACCATCATTCCTATTATAGCTGGTAATGAGTACTTTAATAGTAATTTTCC +TATCGATTCTGTACCCAATATATTTTGTTTATTCTCCACAGCTTCACCCCTTATATTTTA +ATATTTTTATATATCTTTTCAAGTAGATCTATCAATATCTCTTCTTCTTCATTAGTTAAA +CTTTTACTTACTTCATTACGTAACTGATCAATTAAATTGAATACATCTTCTTTGATATAC +TTAGATTTTTCTGTTAAATAAATTCTATTAGTCCTTTTATCATGATTATCTTTAACTCTA +GTTATAAGACCTTGCTCTTCTAAGTTTTTTAAAGTTCTTGTTGTAGCTCCTTTGTCTATT +TCTAATTTCTTAGAAATTTCCTCTTGGTTCTTTCCATCTTTCATATACAAATCAAGTAAA +AACATAAGTTGGCCTGATTTAATATCATACTTTGCCACTTCTCTATTCATAAATATTCTT +GATTTTCTGTGTATTTGAGAAACATATTTGGCTATGTATTTATTATTTTCATTCATATCT +ATCACCTTCTATTAGTTGACTATACAACTATTTTAGTATACCAATATTTAGTTGCATAGT +CAACTTTTTTATAAGTAGATTTATTTGATAGTTTTTATAGTAAATTATTAATATTTATAA +AAGCAAATTTTAAATATAAAAAAATGCTAGAGTAATTTAATCTAGCATTTTTTTATATAT +TAAGTTTTTCTAAACCAACAACCCATTTATTTTAAATTTTATAAAATTTATATTCAATCT +TCAAAATCTAACTAACTCATTATAAAATATACTACAAAACCTATGATTATAGCTGGAATA +AGATTTAAAATCTTAGCCCATAAAGCTGACTTTTTATCCATTGCAATAAGTGGGAAAAGT +GCATCTCCATCTTGAGATATTGAATTTGCAACTAATGCCGCAAATGGCATAACTCCCTTT +GAATATAAAGATATAAATATAACTTGAATCCCACAACCTGGGATAACACCAAGAAATGCA +CCTATCAACACAGTTATCATACCATTTACTAATAATATAGAATTTAATACTTCTTCTCCA +CCAATAATCATTACCCCTAAATCATACACTAAATATCCAACAAATATCCATGTTATAACA +AAAGCTGTTTCACTTGCCGAATGTATTATCATCTCTTTAAATGATAAGATTTTACTTTCA +ACTACTTCATGAGTACTATTTTTAATGTACTTTTTAGATAATGCTGTATAAATTATAGAT +AAAGTTAATCCTAGTAATGATATTACACCTTCAAATGATAGTTCCAATCCTTCTTCATGT +GAATGAACATGCGAGTGTGCGTGTTCAGCACCTTCTCCATGAGATATCATTGTTATTAAT +CCTATTATAATAAGTAAATAGAATATTTTGTATCCTATTGAGTGAGTAAATTTATATCCT +AATTTACCCATATTTCTTTTTTCATTGTGATGTAAAGCATGATCTACTTCATCATTTTCT +TCATGTCCTATATGTTTCTTCGCATTTAAATCTATCTTTAAACCTTTTTCAAAATCCGTC +TTTTCATCATTAGCACAATCACAATTATGAAGTTTATCTTTTCTAAGTTTTAGCTTTTCA +TCTAGATGTAGTATATCTACCATGTATCCACAAACTATAGCAGTTACAAAGCTTATTAAA +CTCACTCCTAAATATGCTTTAATATCTGAAGAAATTAGTATGAAAGCTGCATCCCCCATA +CTAGATATTAATGTTGCTACTAATGCTCCAAAGCTTACTTTGTTTTTTACGTATAGTGGC +ATTAGTATAATACTACCACCGCATCCTGGTATTATTCCTAGAATTGCTCCTATCATTGGC +TGTATTCTTTTATTCTTATCTAAAATATCTACTATATTTCCACCTGTTTTGTAATCTATA +TATCCAAATATTAGTATGACTATTCCTAATAATACTCCTACATGTAAAAAAGATTCTTGT +GCTGCATTTATTATTATTTCTATTAATCCCATTTAATCACTCCTAACTATACTAAGTATT +ATAACAAATATAGCTCGTTTGTAAATGATAACTTATATCATTTATAAATATTTTACTTAA +AGCTCAGGTTAAATTTATATAATTAATATTTTTACACATAATAACTTAGATAATTATGGA +CTTATTCGTTACTTTCATAATACTTGGTGGCATTTTTTTTTTCTAACGGCCACACCTTAC +TTATAAGTTTGCTTCCACTGCGATATTTGGAACCTAATTTGTTTTAAACCTCTTCCAGTA +AAATTAACAAGGGGTAAGTAAGAAAAAAATCTATAATGACCGACGTTTGCAACGTCTTTT +TGTTGCATGGAAGTCATTATATATTTTCTCACCCACCCCCGGGACATTACCCTCTTATCA +TCTTAGCTAAATCCTTAGCAAAATAAGTAATTATTATATCAGCCCCAGCTCTCTTAATCG +ACATAACCGATTCATAGATTGCCCCCTCAGCCAATATACCATTATTAACAGCAGACTTAA +GCATAGCATATTCTCCACTAACATTGTAAGCAGCTAGCGGTAAATCAAAATTATCCTTAA +CCCTTCTTATAACATCTAAATAAGAAAGAGCAGGTTTAACCATTAGAATATCTGCACCTT +CTAAAACATCTAACTCTGCCTCAATAAGTGCTTCATTAGAGTTAGCTGGATCCATTTGAT +AAGTCTTTCTATCTCCAAAACTCGGAGCAGAATTAGCAGCTTCCCTAAATGGTCCATAGA +AAGTGGATGCGTACTTGACGCTATAAGCCATTATACCAATATCCTCAAATCCAGCTTCAT +CTAATCCTTCTCTAAGTGCAGCTATTCTTCCATCCATCATATCAGAAGGAGCAACCATAT +CAGCACCAGCTTTAGCATGACTTACTGCAATCTTTGTTAAGTATTCTAATGTAACATCAT +TTTTAACATATCCTTTTTCATTTAAGATCCCACAATGTCCATGACTTGTATATTCGCACA +TACAGACATCTGTGATTACATTCATTTCACTATCTATTTCTTTTATTTTTCTGATAGCCC +TTTGAATTATTCCATTATCATTATAAGCTTCACTACCACATTCATCTTTTTCATGGTCAT +GAGGTATACCAAATAATATTACATGCTCTATTCCTAAATCTTTTATTTCTTTTATCTCAT +CTTCTAGCATATCTAAAGAAAAATGATATACATCTGGTAAAGATGAAATTTCACTTTTTA +TTCCCTCTCCCTCTACTATAAATAAAGGGTAAATTAAATCTTCTACATTTAATTTAGTTT +CTCTAACTAAATTTCTTATAGCTTTATTAGCTCTTAATCTTCTAGGTCTTCTTAACATAC +TCATTACCTCCAAAGTAGAATAATTCCTAACAAACAGTAATTGCTTCTACTATCTTATCT +ATAGTTGCTGTTTCAGCTTCTTTATAAACATTTATATTTAATTCTTCCGCAGTAGCTGAA +GTTATTGGTCCTATAGATATTACTTTAGAACTATTTATTTTATCTAAGTTATCTTGTCCT +ATAATTTCTACAAAGTTTCTTACTGTTGAAGAACTTGCAAAAGTTATAAAATCTAAGTCT +TCTTTTTCTAATATATCTAGTATTTCATCCTTCTTACTAGTGTCTATTACACTTTCATAA +GTATGAACTTCTTTTACAGTACATATTTCACTTAACTTGTCCACTAAGTAATCTCTAGCA +TTTCTAGCTCTTGGTATTAATATATTATCTTCCTTAGTTAATTTATCTTTCAATTCATCA +AATAAAGATTCTGCTACAAAAGCTTTAGGAACTATATCTGCAATTATACCTCGAGATTTA +ATTTCCTTAGCTGTAGCACTTCCAATTGCGCATACTTTTAAGTTCGCTAGAGCTCTAGTA +TCTAAGTTCATTTCTTCTAATTTATCAAAGAATATTTCTACAGCATTCTTACTTGTAAGA +ACTAAGTATGTATAATCTTTTATATTATTTATTTCATTTTCTAATTCAGTATTATTTTCT +ATCTTCTCTATTTTTATAGTAGGTATTTCTATTGGATTTCCGCCTAAATCCATTATCTTT +TCTACTATTGAGCTACTTTGAGTTCTACTCCTAGTAACCATTATATTTTTTCCAAATAGT +GGTTTATTTTCAAAGAAATTAAGAGTATCTCTTAACTCTACTACACTTCCTATTGCTATT +AGTGTTGGTGGCTTAACATTTTCTCTTACTGCAGTTTCATAAACATTTTCTAAAGTAGAA +GTTATTACTCTTTGGTTATATCTAGTTGCCCAACTTATAAGAGCAACTGGAGTATCTTTT +GATTTACCTTCTTTGATTAAGTTTTCACTTATTTTCTTTAAGTTAGCTACTCCCATTAAG +AATACAAGAGTACCTCTAATATTCGCTAATGCGTTCCAATTTATCTCATGATTTTCTTTA +TCATCATCTCTTAGATGTCCTGTTACTACATGGAATGAACTTGCATGATCTCTATGAGTT +ATAGGTATCCCTGCATAACAAAGTCCACCTATAGCAGAGGTTATCCCTGGAATTACTTCA +AAGTCTATTCCTTCTTCTTTTAGAAGTTGACCTTCTTCCCCTCCTCTACCAAAAACATAA +GGGTCTCCTCCCTTAAGTCTTGTAACTATTTTGCCTTCTTTAGCTTTATCAGCTATTACT +CTATTTATATCTTCTTGAGGTAGTGTATGATTGCTAGATGCTTTTCCAACATATATAAAT +TCACAGTTAGATTTAGCTTCTTTTAGATAATTTGAATTTGCTAATCTATCATAAACTATA +ACATCAGCTTTTTTTATACACTCTAATCCTTTTAAAGTTAATAATTTATAATCTCCTGGT +CCTGCCCCAACTAAGTATACTTTACCCTTCATAGCTTTCATACTCCTTTAAGACTAATTT +TGCTAATTCTATCCCTGCTTTTCTTGGAGATTTTGAGCTTCCTTCTATACTTTTTATTAT +TAGTTTTTTTCCATCTTCATCTCCAAACAATCCTGTTAGCTTAATCTTCTCATCATCTAC +TATACAATAAGCTCCCATAGGAATATGGCAACTACCATTAACTCCATCTAAAAATCCTCT +TTCAGCTGCTACTTGAATTTCTGTTTCTTCATCTTTTAAACAGTTGATTAGATTTTCTAT +TTCTAAATCATTATCTCTTATTTCTATAGCAAGGGCTCCTTGTGCTGGTGCTGGAACCAT +TACATCTGTTGGTATATAGTAGCTTATATGTTCACTCATACCTGCTCTTAAAATTCCTGC +TGCTGCAAGTACTACTCCATCTAGATTTTCATCTTCTATTTTTCTTACTCTAGTATCTAT +GTTTCCCCTTATTGGAACTATTTCTAAGTCAGGTCTAGCTCTAAGTAGTTGATATTTTCT +TCTTTTACTGCCTGTCCCTATTTTAGCTCCTTGTGGTAAATCATCTATTGAGGTATATCC +TTCTTTTAATATAAGAACATCTCTTGGATCTTCTCTTTTCGGTATCCCTGCAAATTTCAA +TCCAGCTGGTAAGCATGAAGGCATATCCTTCATGCTATGTACAGCTATATCTATTTCTTT +ATCTAATAATTGTTGCTCTATCTCTTTTACAAATAATCCTTTATCACCTATTTTATCTAA +AGATAAATGTTGTACTAAGTCTCCCTTAGTTTTAATTATCTTTATCTCAAAATCAACTTC +AGGATTATTTTTTTTTAACTCATCTATTACCCAATTAGTTTGCGTAAGAGCTAACTTACT +ACCTCTCGTTCCAACTACTACTTTCATGATAAATCTCCTTATGTATTAGTCTTCTAGCCT +ACCTTGTTTTCTAACTTTCCTAATTCTTTCTTATTATCTTTGTTTACTAATATTGTTGAG +AAGTAAGATATCTTTTCTTCTAAATGTACATCTCTTAAATTAGTATAAACAACTTCACCT +TCTTGTGAAGAATTACTTACAAGTATAGCACTATCTATTAATTCATATTGTTCTAACTTG +TTTATTATTTCTTTGAAGTTTTTATATACTTTCATTAATACTATACAACTATAATTTTGT +AATGCATAATCTATTCTTTCTTCTTCCATTGTGCAAGGTATTACTATTAATGGCTCTCTA +TCCATAACTAATGGGAAGTTTTGATTAGATGCTATATTTGAGAATGAAGATATTCCTGGT +ATAGTTTCTACTTCTATGTCATCTATCAATCTTTCCATTATATAAACGTAAGTACTATAT +ATCATTGGATCTCCTAAAGTTACAAATCCAACATTCTTGCCACCTTTAACATCTGCTACT +ATTTCCTCTGCTATTTGATTCCAAGCCGTTATTTTTTCTCCATCATTAAAATTCATCGGG +AAGTGTCTTGATTTTATTTCAAGTCCATCTGGTATGTATTTACTTACTATTGATAACGCT +AAGCTATCTCCACCTTTTCTCGATTCTGGTGTATATAATATATCTAAATTTTGTATAGTT +TCTACCGCTTTTACTGTTACTAACGAACTATCTCCAGGTCCTGTACCTATTCCATAAAAC +TTTGCCATTATATCTTCCTCCTAATTGTTTAGCATATTTCTTCTAATTCTTTTAATTGAT +CTATGCAGTCATGTGCATGCTTTACAAATTTATCTTGAATTTTAGAGTTTTCTCCTAATC +CTTTTAAGTGTACCTTTATTTCAAATCCTTCTTCTTCTAACATGCTCTTCCAAGAATCTT +CTTCATCTCCTGCCATATCATTTATTGCATGATCTCCTGCAACTAACATAAGTGGCATTA +AGTTAACAGTTTTTATATTGTCTGCTTTTAATTTCTTTATAACATGGTCTAATTCTGGAT +AACCTTCTACTGTTCCTACATAAGCATTTATTCCATGATCTCTTAACATGTACTCGATAG +CTGGATATGCTGAATGAGATTCATGGAAAGTTCCATGTCCCATAAATACTACAGCTTCAT +CATCACACATTTGTGGTATTTGAGTTTCTATAGCTTCAACAACTTCTTTATAATCATCTA +TATAAGTAAGTAATGGTCTACCTAATATTAATTTTTTAAATTTAGGTTTATATTCTTCTA +TTTGATCTTTTAACTTATTAAATTCTTCTCCACAGATTATATGAAGTGTTTGAACTATAA +CTTCTTCATATCCTTCTTCATGTAATTTATCTAGGGCTTGTAATGGATTATTTATTTCTA +TTCCATCTCTCTTTTTTATTTTTCTTATTATCATATTTGAAGTATATGCTCTATGAAAAT +CATACTCACTTAATTCTGAACTTATTTTCTTTTCACATGCTTCTATTGTCTTTTTTCTAG +TTTCTTCGTAACTTGTTCCGAAACTTACTACTAATACTGCCTTTTTCATTTTGCTAATCT +CCCTAAATCATAATAAAATTTCTTATTTCTTTAACATCGTTAATAACTTTTGGATAATCT +ATTGTTTCTCTTTTTATTATTACTACTGGTATGTCAAGGATATCAGCTGCATCTACTTTT +TCTAAGAATCCTCCGGCTACTCCACTTTCCTTAGTTATAACTAAATCTATTTTATATTGC +TTATACATTTCCATATTTATGGTTTTACTAAATGGACCCTTCATAGCGATTATGTTATCT +CCATTTAGTCCTAAATCTTCACAACTTTTTATAACCTCACTTGTAGGTAATACTCTCACA +ATTAGCTTTTTATTTTTTATAAGCTCTACATACTTATCTAAGTTTTTACTACCTGTTCCT +ATAAAAATGTTATTACCTTTTTGATTCGCTATTTCACAAGCTTCCTCAATAGTATCAACT +ACATATATATTTGGGTATGTTATACCTTCTATAAGTGATTTTCTTTCATATCTTACGTAC +TCTATATTACTTTCTTTTGAACACTCTATAGCATTTTTAGAAACTTCAATTGCGTACGGA +TGAGTAGCATCTATAATTTGCTTCACTTTATTTTCTTTTATGAATTTCTTCATATCATCC +TTAGTAAGCTTACCTAAAATAACATTTCTTGCATATCCTAGTGCTAAATCCCTTCCATAT +TCAGTGGTTACAGATAAAGTGTACTTTAGATTGAATATTTTGTTTAGTTCGCTGCATATT +TCTAAACTGTCTGAAGTTCCACCTAAAACTAATATCATATACCTTCCTCCTTATACAGTG +TATCCTCTAGGAGTTATCATCTTATCACCGTCTATAAATGTAGATTTATTTCCTATAATA +ACCATAGTTGTCATATCTACTCTTTCAAAGTCCATAGTATCGAATGTGCATAAGAATTTC +TCTTCATTTTCTCTTCCCACATCCTTAACTATTCCTACTGGAATTGAACCATCTTTAAAC +TCTCCCATTATTTCAAAAGCCTTAGCTAAATGTTCACTTCTTCCCTTACTTCTTGGGTTA +TATAAACAAACTACAAAGTCAGCTTCTGCAGCTAATCTTAGCCTTTTTTCTATAACTTCC +CAAGGGGTTAATAAGTCACTTAAGCTTATATGGCAGAAGTCGTGCATTATAGGCGCACCA +AGTATTGCAGCTGCGCCTATACTTGCAGTAACACCTGGAACAACTTTAACAGGTACTTCT +GTTTCTTCTTTGGCTGTTAATTCAAGTATTAAACCTGCCATTCCATATATTCCAGCATCT +CCACTACTTATAACAGCTACAGTTTTACCTTCTTTAGCTATTTCAACAGCTCTTTTACAT +CTGTCTATTTCTTGTCTCATTCCATTTGAAACTACTTCTTTATCTTGAATAAATTCAGTT +ATTAAGTTTATGTATGTTTTATATCCTACTATTACATCTGCATTCTCCATAGCTTTTATA +GCTTCTAGAGTCATCATATCCTTGCTACCTGGTCCAATTCCTACTACATATATCATATTT +TTAATCTCCCTACTGAAAATGTAATTCCTTTGTATTTGTTTTTTTCTATTATCACGTTTC +CATCACTTAGTAGATGAGCTACTGGTTCAGCTACAGAATATACTCCTACACTTTTTTTCA +CCCATTCCGATTTTTCAAACAAATAATCTACTTGTGATATTTCTTCTACAGATAATACTC +TAAAAGGCACATTTAGATTTTCACTTAAATCTATAATTGCTTTTTCATCTTTTTTTACTT +CTATGCTTCCAATCTCTTTGATTGAGTTTATGTCTATATTATTTTTAATTAAAAAGTCTT +CTAGAGAGTCTTGTAAGAGATGACTTTCTGTATCTCTTCTACATCCTATTCCAATTACTA +TATCTCTCGGTGTTACTTTAATAATTCTATATTTATCCTCATAATACTTATCTATTTGTA +AATTCTCTTTATTACTTATAACAACGATGGTATTCAAGTTAATTTTCTTTAACTCTTCAT +CAGATGATATGGACGACTCTAAGCTTTTAGAATTGTCTAGTACAGTAAATCCTCTAGTAT +CAATGTTATATTCTCCATCAATATATAAACCTACTGCATCTCCATTAACCAACATTGCAT +TAACATCTAAAACATTATCTCTAAAATTCACTATATGACCATTAAGTTTTTTTGCTATAA +TATCTAAGGAAGATTTTTTATTTATATCAGTAGCTGTTGTTATAACTGGATTAGAGTTTA +TTAAATCACTTATATGTAAAGTCATCTCATTTGCTCCACCCATATGACCACTTAGTAAAC +TAATAATATTACTTCCTTTTTCATCAGTTACTAAAATTGCTGGATCAGAAAATTTACTAG +TAACCAGTGGCGCTATTGTCCTAACTACAATTCCTGTTGCCATTATAAATAATATGTATT +CATACTTATCAAATATATCTTCTACGAAAAATTTTAATCTTTTTTTAACAGTATATATTT +CTACATCTTCCTCTAAATATTTACTAATCACCTCATTATCATCTAATGAATTTTCGTCTC +TTTTGTTGTTTATAAAATAAATATCTCCATCATTTAAGGACCTTTTTATTTTACAAGCTA +AGCTTCGTCCATTTGACGTAATGCAAAGTATTGCAATTTTAGAATCTATATTCATGTTTA +AAATCCTTATCGTATAGCTTAGAGTTGTTATACTCCTTACCTAAAAATTCTCCTACCATT +ATTAAAGCTGTTTTAGTTATATTATTTTCTTTAACTTTTTCAGCTATATCTTGTAGAGTT +CCTTTTACTATTTTTTCATCTGGCCAAGTAGCTTTGTAAACTACAGCTATTGGAGTAGTT +TCTGGATACCCACCATCGATTAATCTATCAACAACCTTTTCTATTTCTTGAACTGATAAG +AAAATTACCATTGAAGTTTGATGCTTAGCAAAAGACTCTATTGATTCTTTTTCTGGTACT +GGAGTTCTTCCTTCCATTCTTGTTATTACTACACTTTGAGATATTTCTGGTACTGTATAC +TCTACCCCAAGTGCAGAAGATGCTCCTAGAAATGAACTTACTCCTGGTGTGCAATCATAA +TCTATATCTATTTTATTTAATTCTTCTACTTGTTCTCTTATAGAACCATATATTGAGAAG +TCACCTGTTTGTAATCTAACTACAGACTTCCCTTCTTTTATTCCTTTTTCCATAACATCT +GTTATTTGTTGTAAATTCATGTAAGCACTGTTGTGTATTTCACAACCTTCTTTACAGTAC +TCTAAAAGTGCTGGGTTAACTAATGAACCTGCGTATATTACAACGTCTGCATTACTTAAA +AGCTTATATCCTTTTAGTGTTATTAATTCTTTGTCTCCTGGTCCTGCCCCTACAAAATGT +ACTTTATTTATCATCTTACTCTACTCCTTTTTCACAAGATATTATGTAAATTGGGTTTAA +AGGTTTGAAATATTCTCCTCTACCCAGTTTTTCTAACTTAGATACACTTAGCACAGATAC +ATCTATATTCGTAAATCCATGCTCTCTTAACAAGTTTAATGTTTGATTAAAAGTATCTAC +TATTATAAAGTTAGCAACTAGTCTTCCACCTTCTATTAACAGACTTTTCGACCATATTAT +TATTTCTTCAAGGTTGTTGCCAGTACCTCCTAAAAATATTGCATCTACCTTTTTATTTAT +TTCGACAGGTGCATATCCTTTTATTACTTCTATATTCTTTAAATTAAATTTCTCAACATT +TTTATTTATTAATTCTAGAGCATCATCATTACGTTCTATTGCTGTAACGTCTAAGTTTGG +ATAATGATATGCAGCTTCAACAGTTACACTACCTGTTCCTGCACCTACATCTATAAATCT +TTTTGCATTTACTAAATCCAATTTATTTATAGATATTGCCCTTACTTCTTCTTTAGTAAT +TGGAACTTTCCCTGTTATAAACTCACTATTCCTCATCTAATATCACCACAACATTCATGT +CAAATTTTTCTATCTTTAGTATTTCTTCTGGACTTCCTATTGTAATTTGTTCATTATCAT +AAGATAAGTTTTCTCCAACAACAACAGTTTTCTTTAATCCTCTTTTTATTATTTCATTAC +TTATTTCATGAGGTCCTATTTTGTTATCTGTAACCATACACACTTTTTTGTGAGATAATA +TATAATCAAAATCAGGTACCTTCCCATGACTACTAGTAATATATAAATCATTCATATCAA +CATATATTTTTGAAAATATATATTGTAATGAACTTATTCCTGATACTATATTTAAATTTT +TATTATCAATATTCTTAGATAAATATCTTCCTATTCCATATATAAATGGATCTCCTGATG +CAATAACAGATATCTGCTTATGTGTGTTAGTATTTATGTATTCTAAAATTTCTTTTAAAT +TAGATGCCATCTCAATTTTCTCACCCTTAAAGTCTTTGATAGTTTCCAGATTTCTCTTGC +CACCTATTAAAACTTCTGACTGTTTAATTAAGTGTTCACCCAACTTAGTTATATAATTTT +CATTTCCTGGACCTAGTCCAATTATATTTATCATCTAAATACCTCCACTAACTGATCTGC +ATTATTTGATTTTCCAAGTAATGTTTTATCCATCGTGAACATCATTACTCCTACATCTAT +ATCCTCATCTAATAAATATTGGTCTATTTTATACTTACATTTATTGCTTATTAAGTCATA +AAAATCAGTGTATTCACTATCATTTATAATTTCTACTGCACCTTCAGCTGTAACACAACT +TTCAATCTTCTTCAGAAACTCAAATGGAGCTCCCATCATAGCCAAGTTGGAAATTAGTAT +TTCACTTCTTGCATCAGCTACTTTACTGTGTGTGTTAAAAATTCCAGCAGATATTTTGAT +GTACTTACCTATATGACCTGCCATAAGAATTTTCTTATACCCAATTCTTTGAGCTTCCTT +TAGCATATATCCTATAAAATTGCTCGTTCTCACTACATACTTCATATCTAGGTTTAATTT +ATCTTTTATAAATTCTTCTCCATGGTTACCTGGAACAAGTATTATCTTATCTAGTCCTTG +AGCTTTTTTCATTTCTAATTCTACTGATAAAGATTTTTTCCAACCTTCATCACTCATTGG +CTCTACTATTCCACTTGTACCAAGAATAGATATTCCACCTACTATCCCAAGTCTAGGATT +AAAAGTTTTCTTTGCTATTTCTACACCTTGTGGAGCTGATATTGTCAGTTTTAAAGATTT +TTCTTTTCCTATATTACTACTAAAATCTTCTCCTATAACTTTTCTAACTTCAGTGTTTAT +CATCCTCATAGGAACTGGATTTATCGCAGGTCTTCCTACTTCTACACTAAGACCTTTTTT +AGTAACAACTCCTACACCTATTCCACCATCAACTATTATATCTTTATCATTAGTTCTATC +TACAAGCTCTGCTTTTGCATATATATGCATCTTATGTGTGGCATCTATGTCATCTCCTCC +ATCTTTTTCAATAGAACAAATTACATATTCTTCATTGAGCTCAATATTATAAACATCTAG +TGATAGTGGTATTCCTTTTGGTGTATCTATATTTACTTTTTCTATTTTATTTTTTGTAAG +TAACATATAAGTTGCTGCCTTTGATGCAGCTGTTGCACATGAACCTGTAGTATATCCTCG +TCTGTATTTTTTTCCATCAATATATACATACTCTTCCATAACTTTTACCTACATAGAATA +TAAGATAGCATTTACTATAGCTGCAGCTAGGTTACTCCCACCTTTTCTTCCTTTTGAAAT +TATGTAAGGTATATCTGTTTTTTCTAATTCATCCTTAGACTCTGCAGCTCCTACAAATCC +TACTGGAACACCTACAACTGCATCTACATCAAGATTACCTTCATTTTTCATTTCCATAAC +CTTATATAAAGCTGTTGGAGCATTTCCAAGTACAAATAATTTTCTTCCTTTTGTATTAGC +TGCTACTTCTACTGCTGCCATAGAACGAGTTATTCCTTTTTCTTTTGCAAGTGCTGCTAC +TTCTTCATCTGCAACTAAGCACTTGTATTCACAGCCTAATGCTTCTAATTTTCTTTTATT +AATTCCACTTAGGGCCATGTTTGTGTCTGTGAATATTGTAGCTTTATTTTTTAGTGCATC +TACTATAGAGTCTACTGCCTCATCAGATATTTTTAATATATCTAAGTATTCAAAGTCTGC +TGTTGTATGTATTGCACGCTTTATAATTTTCTCTTCTACTTCATTTTTGAACTCATACCC +TGGTCTAATATCATCTATTATACCTTGTATAATTTCAAAGCTTTTTGTTTCTATCATCAT +AGGATTTTTAACGTATTCCATTGCTTACCTCCTCGAATTCCTCCATCAATTATGTCTGAT +GCGTATATTTTTTTATAATATTTATGTAAGTTTTCGTTTCTTATTAATTCTATTAATCTT +ATTTCATCCATAGTTTGATCTAGTAAAATACCGATTACAGTCCCACTATGAGCAACATTT +ACTCCATAAGCTCCGTAGTTCTTAGATATTTCTATAATCTCATTTAGGCCTACTTTTTTA +TGTATATTTTCATTAGCTAAACTACTAATAGTACAGGCTTTTCCAACTAAGTTTAAATCG +TTTTTCCTAATTCCATCTTCTAATAGGTAAAAAGCTTCTTTTATTAAATTCTGATTCTTT +AGCTTAGTTTCCATATAATTTGATTTACTTCTAATTCTTTTAGTATTTAATGTTCTGTTT +GGCTCAAGTATTAAAACTTTAGCATTTTGCAAATTGCCTAAATACTTCATTACTTCTCCA +CTTAAAGGATTAAATATATTTACATCTTCTATAAAAATAGAATCAGTTGCTTCTATTCCT +GCTGCTAGTTTAGAAATTTCTTCACTAGTCATTTCTTTTTCTATCAATGATAAAGTAGCC +TTTATTGTTGCCCCTATATCAGCTGTGGAGCTTGCCATACCTTTACCTGTAGGTATTTGA +CTATTTATATTCAAAGAAATATTTTTACTTTCTTGAATTGGTATATTAAAATTTTCAAAA +ACCATTTCAATTGCTTTTCTCGATTTACGTGGTCCTAAAATTATATCTTCTAATTTTTCT +TCCACAACAGCTGTTGAGTATAAATCTATAGCATAAGAACTTAAATACTCTTCTTTGTTC +ACAAAACCTTGAACAAACTCACCACAAGATGCTGGGCATATTCCATAAGATTTCATTTTA +AGCTCCTAAAACTTTCTTTATTTCTCTTAAAAAAATTTCATTTTCATTGTGAGATTTAAT +TGCAATTCTTATATAGCTATTATCTAATCCTATAAAATTAGATGCATTTCTTATAAGTAT +GTCACTTTCTACAAATAGCTTTTCTTTTATATCATTAGCTGTATTTTCCTTTAGCCTTAT +TAATATAAAGTTTGTATCAGTGTCATGGACCTCAATGGAACAGATTTTTCTCAATTCATT +AAGCATGTAGTTTCTTTCATTCTTGTAGTATTCTTTGCTTTCTTTTATGTATATTTCATT +TTTAAATATGTAATTAGATAAATTATCAGCAAAGGAATTTATTGTCCAAGGTTCTTTGTA +GTGATATATTTTTTCTATTATATCTTTATTACTTGTAACTCCATATCCTAATCTAAGACC +AGGCATCCCAAAAAATTTAGTTACAGCTTTTAAAATAAATAGATTTTCGTATTTCTCTAC +ATATTTAATTAAAGAATACTGCTCTTCATTTTCTACAAACTCCATAAATGTTTCATCAAC +TATTAATAACTTATTATTTTCTATGATAAGCTCTAATATTTTTTCTAAATTCTTAACCTT +TCCATTTGGGTTATTTGGGTTACATATAAATAAACTATCAAAATTATTAATATTTGCTTG +TACTATATCTGCATCTATTTCAAAGTTATTATTTTTATCTAAATCTAAATGCAGTATTTC +TAAGTTATTTAATTCTGCACCTCTTTTATATTCTGAGAATGTTGGGTTAAATATTGCTAA +CCTTTTGTTTATACTTTTCATTAGTAAATATATAATCTCAGTTGCACCATTACCAGGTAT +TATAAATTTTGGATTTACTCCTACATAATCTGATATATTTTTTCTCAAATTTGTATAGTT +TATATCTGGATAACTAGTACATTCCTTTAAGCCTTCTAAAATATAAGTTTCTAGATTAGG +TATTAATTTAGGATTTATATTTGAACTAAAATCTAATATATCCTTTGGATTTTTGTTATG +CTGACTAGCCATTAGTTCAACATTAGCTCCATGACCTAAATCGTTCATCTACATCACCTC +ACACATAATACATATATTAATGTAAATACTATCATTGAAGCTATCGATGTAGCATACATT +ATCCTATTTGTTTTTACTATATCATCACTTTCTATTTCTCTATCTTTGTCTCCAATAGTA +GGCTTATACACTTCTTGTCCAAAGTATATATTAGTTCCACCTAGTTGAATTCCTAAAGCT +CCTGCTACTGCACCTTCTGAAAATGCACAGTTAGGACTTTTATGATTTTTCCTATCTCGG +ATTGCTATATTTGCAGCATTTTTATAGTTATATCCTAGCACCAGACTACCTATAGACATT +AATAATACTGATATTCTAGCTGGTATATAGTTTGCAATATCATCTATTTTTGCAGATGCA +AAACCTATATGTAGATATTTTTCATTCTTATATCCAACAGTAGAATCTAATGTATTTACC +GCTTTATATGCCATAGCAAGAGGTGCTCCTCCTATAAAAGCAAAAAACATAGGTGCAATA +ATTCCATCTACAGTATTTTCAGCAACAGTTTCTACGGTAGCTCTTATTATTTCAGCTTCA +CTTAAATGTTCCGTATCTCTACCAACTATATAAGATAGCTGTATTCTAGATTGTTCTAAG +TCTCCAGTTTTAAGTACCCTATATATTTTTACTGCCTCATCTTTTAAACACTTTGTTGCC +AATGTTGTATATATGATAAAGGCATTTACAAATACAAATACATATGGATTAAAACTACTA +AGCTTAATTATTAGATAAGTAATTAAATAAGTTGGTATTACAGTAAAAAACCATAATACA +AATCCACCTATTTTTAAATCCTTATCAGTCTTTGCTACTTTTCTCACTTTCTTTTCTACA +TACCTTATAAGTTTTCCTATATAACGTACTGGATGTGGAAAAGAGTATGGATCTCCTACA +ATTAAATCTGTTATATATCCAATATAAATAGATAATATATTCATACTACTTACTTCCTCT +TATTAAAAAGTTTTCTATACATTCTAAGTTATTATAAAAATGTGTATGTAGATATGTAGC +TAAAGTATTGCCTTTGCTATATCCACCTTCCCATTCATCAATAACCTTTCCTGCTCTTTC +TTTTCTCATTATATAAGCACATGGTTCATTACTTTCAAATATAGAATGATGGAACTCATG +ACCTTTTATAATCTGAGATTTTCTTGCTAAAACTGTATCTTCCTTTGCTTCTCCATAACA +ATAACCAAATCTTTTTAAAGACGCTGTCATTTTGCTAGTACCTTCAAATATTCCTACCAT +TTCGTACTCTTTATTGTCTTTATCTAGTAGACGGTCTCCTAAGTACATTAATCCACCACA +TTCTGCATATATTGGAATATTATTTTCATGAGCTTTTTTTATTGAAAGCCTCATTGATTC +ATTTTTATCTAATTCTTCTTTAAATATTTCTGGGAAGCCTCCTCCGATATAAATGTAATT +AGCTTCTGGAACTTCTTTATCTTCAATTGGACTAAAGTACTTTATTTCTAATCCTAGCTT +ATCTAATAATTCTATATTTTCTCTATAATAAAAATTAAAAGCTTTATCATATGCAATTGC +TATCGATTTATTTTCTATCCTATTTTTATTTATAAAATTATCTAAATTAAAATTACTTTC +TACTTCTTGTACGTCTGATATTTCTAGTATTTTATCTATATCTATGTACTTCTCTATTTC +ATCTGCAAGATTATCGAACTTAGATTTTAAAGAATCCATTTCTACACTAGGTACTAGTCC +TAAATGTCTTGATTCTAGTGAAAATTCACTATTTGGAGGAAAATAGCCTAATACTTCAAC +CTTACAATATGTCTCTATTGCTTGTTTAAGTATTTCATAGTGACTTTTAGATTTTACATT +ATTTAATATAACTCCTCCTATATTGACGTCTTTATCTAACTCTTTATATCCAAGTACCAT +TGCTGCTGCAGATGCTGCCATTGCCTTAGCATTTATAACTAAAATTACTGGAGCTTTTAA +AAGCTTTGATGCATAAGAGCTTGTACAACTATTTAAATCTATTCCAAGCCCATCATATAG +TCCCATAACACCTTCAACAACTGATATATCTGCATCCTTTGACGCTTCATTCACTATATA +TTTAATCTTTTCATCATCTAGCATATATGAATCTAAGTTTCTGGAATGTCTTCCTGTTAT +AAAAGTATGATAAGATGGATCAATATAATCAGGACCTACCTTATAAGGTTGCACCTTCAT +GTTTCTTTTTGTAAGTGCTTGCATTATTCCCAGGGAAATTGTAGTTTTTCCTACACCGCT +GTTAGTTCCTGCAATTAATATTTTTTTCATATATCTCACCTAACCGTATTGTATTTTCTA +ATCATTCATAATTTCGTATATTTTATCTATATCTAAGTGTTTTCTTAGGAAATCTGCTAA +TTTGTCATATTCATTTTCCTTAAATTCTTTAAATGAACCTACCTTACTTTCTATACTTTC +TAAGCCTTTACTTTGTCTTATATTATTTAGTAAAGCTCTAGTAAATTCTATTTCATCGAA +AATTCCATGGATATATGTTCCAAATACATTTCCTTCATTGTTTACGCTACCTTCAGTATA +ATTAACTTCTTCACCTAACTTTTCAGTTATAGTATCTAAATTCCTTATATCATTACCTAT +GTTTGTAACACCCATATGTATTTCATATCCACTTATTTCTTTTCCTGATAAGCATTCAAG +GTATCCACTTAATCCTTCACATATAGTTGCCTTTACTTGAGTAGTTGTTTTTTCTTGCTC +AAATATAGTTTCTGTATCTAATAGACCTATTCCATCATACTCTTCTACTTCACCTTCTAC +ATGATAAGGGTCTTTTAACTTTTTACCTAACATCTGATATCCTCCACAGATACCAACTAT +TAACTTACCTTTTTTATGTAATGATTTTATTTGATCTTCTAATCCATTTTCTCTAATAAA +TTTAAGGTCATCTATCGTACTTTTGCTTCCAGGTATAATTACTATATCTGGATTTCCTAA +AGATTCTCCATAATCAACATACCTTACACTTACATCTTCTTGAGTTTCAAATATATGAAA +ATCTGTAAAGTTAGACATATGAGGAGTTCTTATTATTTCTATGTGTACATCTTTTACTCC +AACAGCTTTCTTAAATCTTGTAGTCACACTGTCTTCGTCTTCTATTTTTATATCGTTATA +AGGAAGCACTCCTAGTACAGGAACTTTTATAATTTCTTCTAGCATTTTAACGCCTTCTTC +TAAAAGTTCTTTTCTCCCCCTAAACTTATTTATAATTACACCTTTAACTCTTTTTCTTTC +TTCTTCATTTAATAAAAGCATTGTACCTGCTAAAGAAGCAAATACTCCACCTCTATCTAT +GTCTCCAACTATTATTACTGGAGAGTCTGCAATTTGTGCCATTCCCATGTTAGAAATATC +TCTTGCTTTTAAGTTAATTTCAGCACAACTCCCTGCACCTTCCATAACTGTAATGTCGTA +TTTACTATTTAATTCATTAAAAGTTTCTTTCAACACATCCATTAGTTGAAGTTTGTAGTC +ATGATATTCTACTGATGACATATTTCCTACAACCTTACCTCTGACTATAACTTGACTTTT +ATGATTTCCTGACGGTTTTAGCAGTATTGGGTTCATATCTGCTATTGGCTCTAAACCAGA +AGCTTCTGCTTGAGAAACTTGAGCTCTTCCCATCTCTAGACCTTCCTTTGTTATAAAAGA +ATTTAAAGCCATATTTTGTGATTTAAATGGTACAACAGTAAATCCATCTTGTTTAAATAT +TCTACATAATCCTGTTACTATAGTACTTTTTCCAACGTTTGAAGCTGTACCTTGTAGCAT +TATTTTTTTGCCCATTATCTCACTTCCTTTTTTCTTATAATTTAAAATAGGGTGTAAGAA +ATTGAATTTTTATAATATTAAAAAAAGTCCGAATTTTTTAGTTTTCGGACTTTTTTATTT +CATAATATATCAAATAAAAGCTTCACCCCGAAGACTCTATTATAAAATTAATATAGGCAG +GTCTCCTGGCTTAACTTCATTCTAATCCTATACCTTCCCATCTTAATTGACAGTGGTTTA +TAATAGTTTCGTCTGTTTCACAGTAGCGGGGGCTGCAAAGGCATATCACCTTTTTCCCTT +TTAATCCTTGAGCTTATTAGGAACCTAGTTAATCTTATATTCAATTTTTTAAAAAGCTTG +TATTATTCATACTACTTACTACAGTGAATCCATTATCTACTTCCAAAATAGTAACTGAAC +AGTTATCTATCTTAAAGTTCCAATGGTATTCATAAGAGTTTGATATTAAATAAGTAATGA +TATTTCTAATAGTTCCTCCATGAGAACAAATAAGAATCGTTTTGTTATCATTATCATCTA +TTATTGCTTTTATCTCTTTTGATACTCTGTTGTAAGAATCTATTAAGCTTTCTCCATTTG +GATATCTATATTCATATCCTTTATCTATCATTTTTTGAAATTCCTCTGGATATTTAACTT +TAATTTCATTGAAATCAAGTCCTTCAAAATCTCCAAAGCTTATTTCTTTTAAACAATCTT +TTTCTATTATGTCTATATTTCTTTGTTTTGCTATATACTCTACAGTATGCTTTGTCCTCG +ATGATGTGGTAGTATATATTTTGTCTATACTTTGAGATTGTAAAAATTCTGTAAGCTCTA +TAATCTGATTTTTACCTTCTTCACTTAACATACTATCTATATGACCTGATAACTTTTTAT +TTCTGTTATCTTCTGTAATTGCATGTCTTACCAATATTAATTTTATCATAATCTCTCCTT +TTTTAAGGCTAAACTATAAATATTAATGATATATATATATAAATTAAATATATAAGCTCT +GATAATTCTATGCTACAACCTAATATATCTCCAGTTACTCCATCTATTTTCTTATAAACA +TGATTTTTAAATATAACATTAAATAAGAAAACTACTGGTACAGAAATTAGTATACTTATT +AATACTGCATTTGTTGACGCGAATATAAACTTAGAAATTAATCCTAGCATTACTAGTGAA +TACGATGTAGCAGTTAAAAACATTCCTAATGAACATTTTCCTATGAATAAGTTTCCTAAT +CCATTCTTTCTAGGTGTTGCTGTTTTATAAGTTAAAACTAAAACACCAAGTCTACCTAAA +ATAGGCATAAACATTACAAGCCATAATAATCCTTTATTTATGATACTGTAAATAAATCCT +ACTTTAAATAATAATAAAAACATTACTGCTAAAAGTGAATTTGTTCCTAATCTAGAATCC +TTCATTATTTCTAGCATCTTTTCTTTATCTCTATAACTGTATAATGCGTCAAAGGTATCA +CCTAGGCCATCTATATGGAGTCCTCCTGTAAGTATTACTGCACTTAACGTAATTATCAGA +GAAGTTATAAATGGATCAAATATCATAAGAGATATTTTACCAATTAACAGTTCTAATACC +CCAAGCACTAACCCTACTAACGGAAAATAAGATAAAGTTTTATGAAACTCTTCATCAAAT +CCAACATTTATATTTATGGGAATTCTAGTCATGAATTGTAGTATCGAAATAAATCTTTTC +ATAACTATCCTTTTATCCTCATAGGTATACCACTTACTACAAAGTGAACTTCATCACTTT +TAGATGCAATAAGTTGATTAATCCTACCTACAATATCAGAGTATATTCTACTAAGTTTGT +TTCCTGGAACAATTCCCATACCTAATTCGTTGGTAACAAATACAAAGTATAAATCGGTTA +ATTTAATTTCTTCTAATAATTTATTAACTTGATCTTTGATATACAATTCTAGAGCATTTA +TCTCATCTGATTTTGCATTATCTATATCGATGTCATAACTAAACATTAAGTTATTAACTA +ACAAAGTAACACAATCTAGGATGACTGTTTCATGATTATCATTAATTTCTCTTATTATAG +AGTATATATCTTTGTAGATTTCATAAGTCTTCCATTCTGAAGGTCTACTGTCTTGATGTT +TCTTTACTCTATCTTTCATTTCATCATCAAAAGGTATTGATGTTGCTATATATGCTGTTT +TATTATTTCTATCCTTACATAGTAACTCTGCAAAGCTGCTTTTACCAGACCTTGCTCCAC +CAGTAACTAGAATAATTTCACTCATATTACTTCTCCTTATCAAGCTCTATCTTCCTAACA +TATCTATTTCATCATATGTTACCATATTCTTATATGTAAAGTTGCAAGCTTCTATTATAT +TAAATGCTAGTGCAGCTCCACTACCTTCACCTAATCTCATATCCATATTTAATACTGGGC +TTAACTTTATTATTTCTAAAGCTTTTTGAGTTCCAGGTTCTGCAGATAAATGTGAACCTA +TCATATAATCTCTAGTTATTGGATTTATAGTATATGCAAGTAATGCAGCTGCATAAGATA +TGAATCCATCTATTACAACTGGTGTTTTATTAGCACTACATCCTAAAATTACACCTGCCA +TAGCTCCTATTTCAAATCCACCAACCTTAGCTAGTGTATCTATGCCATCTTTGGGATTAG +GTTGATTTAATTCTATTGCATTTCTTATTACATCAGCTTTATGCTTTAATCTTTCTTTCT +TAAGACCAGCACCTATTCCTGTTATCTCTTCAGGATCACATCCACCTATTACAGATATTA +TTGCTGTACTTGGGGTAGTATTACAAATTCCCATTTCTCCAATTCCCACAACACTGTATC +CCTTTTCTATATAAGTTTCAGCCATTTCTATTCCTATTTCTAAACATCTTACTGCTTCTT +CTCTAGTCATAGCCGGACCTTTCGCCATATTTGAAGTGCATTTTCTTATCTTATAATCTA +AAACACCTTCCATTTTTTCATCAGTATTAATACCCACATCTACAGCAACTACATCTGCTC +CAACAAACTTCGCTATAGTTCCAACACCACATGTTCCATTTGCAAAGTTAGGAAATTGAA +GTTTTGTTATCTCTTGCGGATCTGGCGCTACTCCTTCTTCATATACACCATGGTCAGCCC +CAAAAGCTATAACTACTTTTTTATCTGTGTCAAAAAATTTACTTCTATAAATACCTGCTA +ATTGAGCACAGATGTCCTCCATTTTGCCTAAACTACCTTGAGGCTTTGCTTGTCTATCTA +ATCTATGTCTTGCTGCTTCTATATAAGCTTGATCAAGTGGCTCTATATTATTTAAAGCTT +TCTCTAACATTGATGTACTTTCTAATACGCTCATCTTATGGTTCACTCCTTATATACTAT +TTTTTACAAAATTTAACCTAGCCAAAAGGCTAGGTTTTTAATAACTTCATTTTGCCTAGT +CTGATTTCAACATAAGATGATATTTTTCTCATAAAATACTTTAACTTAAATAAATATTCT +ACATTTTTATCTTATATCCTCTTATATATCTATTAAAACTGGCCTAAAAGTTCTATTTTA +TTTTGTATCTTTTAATCTCCTATAAGTTGTGTGCTACTTTTAATGCTTCATAGTTAGCAT +TTATTGTATTCTCTATATCTTCATCTGTATGTGCATTTGATAAAAACATAGCTTCATATT +GACTAGGTCCAACAAGTATACCTCTTTCTAATAATTCTTTGAAGTATAAGTTAAACTTAT +CTATATCACATTTTTTAGCATCATCATAACTTTCTACAGGGCCTTTTGTAAAGAATAAAC +ATACTAAAGAACCAGCTCTATTTACTGTATAATCTAAACCTAATTTTTTTAAGTTAGACT +TTATTCCCTCTTCTAGCTTTATAGCTTTTCTTTCTAACTCAGTATAAATCTGAGGATTAT +CCCTTAATATTTCTAAATTCCTTTTGCCCATATACATTGCTAATGGATTACCTGATAAAG +TACCTGCTTGATATACAGGACCTACAGGAGAAACAACATCCATTATTTCCTTCTTACCAC +CATAAGCACCAACTGGAAGACCTGCTCCTATTATCTTCCCAAAACAAACCATATCCGGAT +TTATTCCAAAATATTTTGGTGAACTATTATAACTTATTCTGAATCCAGTTATTACTTCAT +CAAATATTAAAACAGCTCCATATTCTGTACATAAATCCCTTAAAAGTTGTATAAATTCTT +GTTTCCCTTTAACTAATCCCATGTTTCCTGATATAGTTTCTACTATTACTGCTGCTATAT +CATTACCCTGCTCTTCAAAAATTCTTCTTACATCATCTAAGTCATTATATTTAGCTACTA +AAGTATGCTTTACTACATCATCAGGTACACCTGGGCTTGTAGGTACCCCATATGTTAAAG +CTCCAGAACCAGATTGAACTAACAATGCATCTGAATGTCCATGATAACATCCTTCAAACT +TTAATATTTTATTTCTTCCAGTATATCCTCTAGCTACTCTTAAGGCACTCATTGTTGCTT +CTGTTCCAGAGTTAACCATACGAACTTGATCTATTGCTGGATATGCATCAACTATTATCT +TTGCCATTTCCACTTCTATTTCAGTAGGAACTCCAAAACTAGTTCCTCTTTTAATAACAT +CTTCTATACCTTCAGTTAATTCCTTAGGAGAATGTCCTAACATAAGTGGCCCCCAAGAAC +AAATATAATCAATGTACTCATTTCCATCTACATCATATATTTTACTTCCATGAGCATGGT +CTACAAATATAGGACTTAATCCTACTGATTTAAATGCTCTAACTGGACTGTTAACCCCTC +CAGGTATATACTTTACTGCTTCTTCATATACTTTAACTGATTTTTCATGCTTCATCTGCA +TATCCTCCTGAGATTAAATTTCAAATAATTCCTCTATTAATTTTATGTATTCTTCCCTTT +TTCCTTTGTCTTTGACTTGCTTTAAATTAAGTATTGGTTCTCTAACAAGTCTCTTCAATG +CTGATCCCATCATTTTATCTATAATTCTTTTATCTTTAGAGTCAAGATCAACTTTTCTAA +ATATATAATCTAAAGTATCTTGTCTTATCTCAAAACACTTTTCATTTAATGATTGAATAG +TAGGATCTATATCTGCAGCATCTAACCATTCCATAAATTCATCAACTTTAGAATTTATAG +TTTGACGGCCTATCATCGCTAGCTCATTTCTCTTACTATCATTTTTATCATGTATTTTCT +TTAAATCATCTATATCATAAACCTCTATATTTTCAAATTCATTAATATTAGGATCTATAT +CTCTAGGCAATGCAATATCCATCATATATAATTTATGATCCAAATTTGGAATTTCTTCAG +CTCTTAATACTGTATGTGGTGATGCAGTTGCACTTACGACTATATCTACATTTTTAAGAG +TTTCATACCTGCTGTCATAGTTTATTGGAATAACATTTTTAAAATCATCACCTATATCTT +CATACTTCCCATGACTACGATTAGCTAAATATATAGTATTTACTTTTTCTTCCTTTAAAT +GAGTCATCGTTAGTTTGCTCATTTTACCAAAACCAACTACTAAAGCATTTTTGTTTTCCA +AACTACCTAGTTTTTCTTTTAATAATTTAATACCTATATAACTTATTGATAATGGTTGTT +GAGATATCTTAGTTGTGCTCTTAATTTCTTTTGATGTTGTTACTGCTTCTCTAAATAATT +TATTGAAAACTTTTTTACTAGCACCTAATTTCATAGAAAACTCATGTGCATCTTTTACTT +GCCCTAATATTTGATCTTCACCTAATACTATTGAGTCTAATCCTGCAGTAACTTCAAAGA +GATGATCTATAGCTTGCTTCCCTGATTTTGAAAATAAATATGATTTTATATTTCTTTCAT +TAAAATATTCTTCATAAAAATCTTCTACAATTTGAATTTTATTTTCTATATTATTTGCTC +TAATATAGATTTCGCTTCTGTTACATGTAGATAATATCACAATTTCGCTAATATCTTTAT +CCAATAAGGAGTTTATAGCTTCTATTTTTCTAGTATCTGTAAAGGATACTTTTTCTCTAA +CACTTATTGGAGCTAAATTATGGTTTACCCCTATAACTCCTATATCCATAGCCAACCTCC +ATACGATTTCTTAATTTCTATCCCCATTTATAGTATACATTATATCAACTTTATTTGTAA +ATTTTAAGTTTGCATAATAAAAAAGATTACGTGGCTACGTCTTACTCTCCCAGGAGGTTG +CCCCCCAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGG +>MGYG000000001_36 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCTTATAGAAAAATACTTTTAAAATATG +TATTTTGTAAAAATATTGAAAAAAACGTTATTATATGGTAGGATACTACTATGTTAAAAA +AATAATTATCGTAATGGGGGATAAAACAAGAAATTAATACTAGCTATGTATAATAAAAAG +TTTAATGATTAGAAATAAATTTAACTACTTTACTATTTTAATATATTAAAGTATAATATT +AAAATTTATGATATAATTAAACTATTGTCAAAAATTAAATTAGATAATATTAATGGGAGA +GAATCCTAAATTTAAAGGTATGGAGAGATTATTGTGAGACTGTACGAAAAGAAGTATAAG +GAAACGGGAAAAGATTACGCATATAGAGTATTAAAAGATAACATAATGTCTATTCAGTTA +AAACCAGGGGACTTATTAAGTGAATCAGACTTATCTCAAAAATTAAATATATCGAGAACT +CCAATAAGAGAAGTTTTAATGAGACTAAAGTCAGAACATCTTATAGAAGTTAAACCTCAG +TCAGGTACATATATTTCCTTAATAGATTGGAATTTAATAGAAGAAGCTGTGTTTATGAGA +TATACTTTAGAAAAAGAAGTATTAAAGGAGGCTTGTGAGAGTTTCCCAGAAAATTTATTA +ATGGAACTAGAAAAGAATATATTCGCTCAAAGTTTAATTGTAAATAAAGAGGATAATGAT +ATAGAGTTCCATAGATTAGATAAAGAATTTCATAAATTATTATTTTTAGGTACAAATAAA +GTTCATATTTGGGATAGTATAACGAGTCTAAGTACTCATTATAACAGAATGAGATTATTA +TCAGAAATGAAATCGAATAAAGAACAAATAGTTGAACAGCATAAGATATATTTAGATATG +ATAAAAAATAAATCAAAAGATGGGATAGAGAAGGTTATAGAGAGGCATATAAAATCGCCG +TTAAAAGAATGGCATATAATGATTGAAGAAAGAGAAGATCTTAAGTCATATATAAAAAAT +AAGAAGTAAATTAAAGTCTCTTTATCTTAGAATTTTATATCTTTAAGATAAAGAGATTTT +TGTAAAAAAATGAAAAAGATTTCCTAAAAAGTATTGAAAAAAATTTTTTAGTGTGCTAGT +ATACAAGTATAATAAAAAGTTCTCAGGAGGAGTAAAAAATGAAATTACCATTTAGTATTG +ACTTAAAAGATAAAGTTTGTGTAGTAACAGGTGGAGCAGGAGTGCTTTGTGGTGCTATGG +TAGATGCTTTAGCAGCTTGTGGAGCAAAAGTAGCTATACTTTCATTAGGGCAAGAGTCTT +GTGATAGAAAAGCTCAAGAAGTAATAGCTAATGGGGGACAAGCAATAGGAATAGATGTTA +ATGTTTTAGATAAAGAAAGCTTAAAAAGAGCTCATGAAATAGTATTAAAAGAATTTGGTC +CATGTGACATATTAATAAATGGAGCTGGTGGAAACCATCCAAAAGGAACAACTACAAATG +AATATTTATTTGAAGAAGATTTAAATAATGATGAGTTAACAACATTCTTTGATCTAGATC +AAAAAGGTGTAGAATTCGTATTTAACTTAAACTACTTAGGAACATTATTACCATCTCAAG +AGTTCGCTAAGGATATGATAAATAGAAAAGGTTGTTCAATAATAAATATATCTTCAATGA +ACGCTTTTACACCATTAACTAAGATACCTGCTTACTCTGGAGCAAAAGCTGCTGTAAGTA +ACTTTACTCAATGGTTAGCTGTTCATATGTCTAAAGTTGGAATAAGAGTTAATGCAATAG +CTCCAGGATTCTTCGTAACTGCTCAAAATGAAAAGTTATTATTTAACGAAGATGGAACAC +CAACTGCAAGAACTGCTAAAATATTAAATAGTACTCCAATGGATAGATTCGGTGAAGCTG +ATGAATTATTAGGTACATTATTATACTTAGTAAGTGAAGAAGCATCAGGATTTGTAAACG +GAGTTGTTATACCAGTAGATGGAGCATTCTCAGCTTATTCAGGAGTATAATAAATAGGGG +GAAAACAAAAATGTTAGAAATTATAAAAAAAGAAGGTATTGTAGCAGTACTTAGAGCTAA +AAGCCACGAAGAAGCAAGAGGTTATATAAATGCTTGTTTAAAAGGTGGAGTTAAGGCTTT +AGAACTTACTTACTCAATACCAAATGTAAATGAATTAATATCAGAGTATAAAAACCATGA +AGATGCCATAATAGGTGTTGGTAGTGTTTTAAATGGACAAATGGCAAAGGATTCAATCCT +TGCTGGAGCTAAATATGTAGTGAGTCCAGGATATAACGAAGAAGTTAATACAGTATGTCA +TGAAATGGGTGTTACTTATTTCCCTGGATGTATGACAGTTACTGAAATAATGAATGCATT +AGAAAAAGGAAACAAAATGGTAAAAGTATTCCCTGGAGATGTATTTGGACCTAAATACGT +AAAAGCTGTTAAAGCACCAATACCACACGTTGAAATAATGCCAACTGGCGGAGTTAATAT +AGATAACGTTGAAGAGTGGTTTAAAATGGGAGTTTCTTGTGTAGGAGTAGGAAGCTCTCT +AATAAAAGGTAGCTTAGAAGACATCGAAAAGCTAGCTGCAGAATTTGTAGCAAAGATAGC +TAAAATAAGAGACTATGAATAAGTTAGAGCTTAATAATAAAAAAATATTAGGATTTGGCG +AAATAATGTTAAGGCTAACTCCTCCGAATAATCAAAAGATATTACAATCTAATTCTTTTG +AAGCGGTATATTCAGGAGGAGAAGCTAATGTAATAGCAAGTCTTGCTATGTTTGGCCATG +ATACTAAATTTGTTACAAAGCTTCCAGATAATCATTTAGGTCAAAAAGTATTAAGTAAAT +TTAGGGGTTATAATGTAGATATAAGTGATGTAGTTACTGGTGAAGGTAGATTAGGGATAT +ACTTCTCAGAAATTGGTCATGGATTAAGAAGTACAGAAGTTATATATGATAGAAAATATT +CTGCTATATCTATGGCAGATAAAAGTGAATTTGATATAGATAAAATTCTTGATGGTGTTG +GCTTTGTCCACATGTCAGGAATAACACCAGCATTAAGTAAAAGTTTACGTGAATTCACTA +TAGATTTTATAAAAGCTTGCAAAGAAAGAGGTATACTAGTATCGTACGATTCTAACTTTA +GAGCAAAATTATGGTCTTTAGAAGAAGCAAGAGAAGTATTAACAGAGGTAATGCCTCTTA +TTGATATAGCTTTTCTAGGGCATTTAGACATGATAAATATATTACAGTTTGAAGATAAAG +GCTTAGAGTTTGACGAAAATCTTAAAGATCTTTATGGTAGATTATTTGAGAAATATCCAA +ACTTAAAATATGCAGCATGTACTAAAAGAACAGTAAACTCAATCAATAATAATAGCTTAA +GGGGTTATTTATATGATGGAGAAGAACTTATAGTTTCAAATGAATATACTTTTGATATTT +TAGATAGAGTAGGTGGAGGAGATGCCTTTACTGCGGGAGTACTACATGGAATATTCAAAA +ATATGAAACATGAAGAAATTATTGAATTTGGAATTTGTGCAAGTTCACTTAAGCACTCGA +TATTAGGGGATATAAATATAGTAGACGAAGATACTGTTGTTTCATTAATGAAGAACGGTT +TACAAAATATAAAAAGATAAATGGAGGAAATTGTTATGAAAATGACATTTAGATGGTATG +GACAAGATGATCCTGTTAAAATAGAATACATACGTCAAATACCAGGAATGAAAGGTATAG +TAACGGCAATATATGATATACCAGTAGGAGAGGTTTGGCCTTTAGATAGAATATTAGAAT +TAAAGAAAACAGTAGAAGATGCTGGTTTAGAACTTAGCGTTATAGAAAGTGTACCAGTTC +ACGAAGATATAAAGTTAGGTTTACCAACTAGAGATCAATATATAGAAAACTATAAGCAAA +CAATAAGAAACTTAAGCAAAGCTGGAATAAAAACTATATGTTATAACTTTATGCCAGTAT +TTGACTGGACTCGTTCTGATTTAGAGTTTGAATTAGAAGATGGTTCAACTTGTTTAATAT +ATGATGAAGCACAAGTTGCTAAGATGGATCCAAAATTAGGAGAATTAGAATTACCAGGTT +GGGATACTTCATACGGTGAAGGTGGACTTGGAGCATTACTTGATAAATATAAAGATATAG +ATGAAGAAAAATTATGGGCAAACTTAGAATACTTCATAAAAGGTATAATGCCAGTTGCTG +AAGAAGAAGAAGTTAAAATGGCTATACACCCAGATGATCCACCATGGGGAATATTTGGAC +TTCCAAGAATAATAACTAACTTCGAAAACTTAGAAAGATTCTTAAACTTATATGATAGCC +ACTACAATGGAGTAACTTTATGTACTGGATCTTTAGGATGTACAACAACGAACGATGTAG +TTGAAATGGTTAAATACTTCGGTGGAGAGAAGAACAGAATACACTTTGCTCATTTAAGAA +ATGTATTAATAACTGGAGAAAGTAGTTTCAATGAAGTTGCCCACTTATCAGAAGCAGGAT +CACTAGATTTCTATGAAATAATGAAGGCTTACTGTGATTATGACTTTGATGGACCATACA +GACCAGACCACGGTAGAATGATATGGGGAGAAACTGGAAGACCAGGATACGGATTATATG +ATAGAGCTTTAGGTGCTACTTACTTAAATGGACTTAAAGAAGCTATATTAAAAAGCAGAT +AATTTAATATTAAATTATAAATATTGTTAAAATAAAAGCCATTGCTATAAGAAAATTTTT +CTTATAGCAATGGCTAAATGTAAATGGAGGGTATTATGAAAAAATTCATGGATAAAGATT +TCTTATTACAAACAGAAACTGCAAAATACTTATATCACAATCATGCATCTAGAATGCCTA +TATGTGATTATCACTGTCACTTAAATCCTCAGGAAATAGCAGAAAATAAAAGATATAATA +ATATAACTGAAATATGGTTAGGTGGAGACCACTACAAGTGGAGAGCCATGAGAAGTTTTG +GAATAGATGAAGAATATATAACTGGAAATGCTAGTGATTTTGAAAAGTTTAAAGCATTTG +CAAAGGCTATGCCTTATTTAATAGGTAATCCAATATATCATTGGTCTCATTTAGAGTTAA +AAGAATACTTTGGAATAGAAGAAACTTTAAGTGAAAAAAATGCTGAAGAAATATGGAATA +GATGTAATGAAATAATACAAAGTCCTGATTTTTCTGCTAGAACTATGATAGAAAAATCAA +ATGTTAAATATATAGGAACTACAGATGACCCAGCGGATGATTTAAAATGGCATATCGCAA +TATCTAAAGATGAGAACTTTGATTGCCAAGTTGGTCCAAGTTTTAGACCTGATAAAGCAG +TTAAGATAGGAAATGAAGGATTTGCCGAGTACATAAAAGTATTAGGAGCAACTGAAAATA +CAGAAATAACTAGCTATAAAGAACTTATAGATGTATTAGAAAAGAGAGTTGCGTTCTTCG +TAGAAAATGGATGTAAAATAACAGACCATGGATTAGATAGAATCTACTTTAGGGCTGCAA +CCGAAGAAGAGGTAGATGTAATACTTAAAAAAGCATTAAATGGAGAAACTTTAAGTCAAG +AAGAAATAGAAAAGTACTCAACTTTAACTATGGTTAACTTAGGTAAAATGTATCATAAGC +ATGATATAGTTATGCAATTACACATAGGAGCTCTTAGAAACAATAATACTAGAATGTTTA +AAAAGTTAGGAGCTGATGTAGGGTTTGATAGTATAGATGATGCAGAAGTTGCTATGCCAT +TATCTAGATTATTAGATTCTTTAGCTACTGAAGATATGTTACCAAAGACAATATTATACT +GCTTAAATCCAAAAGATAATGAAGTATTGGGAACAATGATAGGTAATTTCCAAGGCGGAG +GTATAGCTGGTAAAATACAATTCGGTTCTGGTTGGTGGTTCAACGACCAAAAAGACGGAA +TGGAAAGACAAATGATGGCTTTATCTCAGTTAGGTCTTATAAGTCAATTTGTAGGAATGC +TTACAGATTCTCGTAGTTTCTTATCGTATACTAGACATGAATATTTCAGAAGAATATTAT +GTAACTATATAGGTGGATTAGTTGAGAATGGAGAATATCCAGCCGATATGGAATTCTTAG +GGGAAATCATAGAAAACATTTGCTACAATAATGCAGTTAAATACTTTAATGTATAAAATG +TAATAATTAGAAAAAGTATAATAATATAAAAAAATGTTAAAAAATAAATTATTATATTGA +TGAGTAATATCTAATATGATACAATATATGTATAAATAAGGGAAGATTATCCTTTTTAAT +ACATATATTGTATTTTTTTACAACAAACATGTATACAAGTATTTTAGAATATTTCAACAA +AAATGTATAAAAAGGGTGATTATATATTAATATGTCAAATTTTAAACAAATATCATATTA +GGGAGGTTTATATGGACGCTAAAAAATTTGATTTAGGGATTAATAATACGGAAGGGGAAA +ACGTAAAACCTTTCGGAAATAGTGACCGTTATGGTTATATGTTAGGAGACTTAGGTAATA +GTTTATTATTTAACTTAATAGGAAGTTATTTATTACTATTCTATACAGATGTATTAGGTA +TAGGAGCGGCAGCTGTAGGAACACTAATGGTTGTTGCTAGAATATGGGATGCTATAAATG +ACCCAATGATGGGTGTGTTAATTGATAGAAGTAAGCCAAATAAAAATGGTAAATTTAGAC +CATACTTAATGCGTGCAGCAATACCTGTTGGATTAATGGCAGTATTATGTTTTACAGTAA +TACCAGGTATATCGGATAGTTTTAAATTACCATATGCATATATAACGTATATAGGATTTG +GTATGGCTTATACAGCAATAAATATACCTTATGGATCGCTAGCTTCAGTGATGACTTCAG +ATCCAGTAGAAAGAACATCTTTATCAACATTTAGATCAATAGGTGCTATACTTGCAAATT +TAATATTGATGGGAGTTGCGCCTAAATTAGTGTTTGCAGATGGTGGCGCAAGTGCAGCAG +GATTTTTAAAAGCAGCAGTAATATTCGCAGTTATATCTAATATATGTTATTTCCTTGCTT +TTAAAATGACTACAGAAAGAATACAACACAATGTAAATGATGAATCTAAAGAAAAAGTAA +GCTTAGGAAAATCAGTTTCAATGCTATTTAAAAACAGAGCTTTAGTAGGCATAATGGTTG +CATCATTTGGATTATTATTAGCAATGTTCTTACCTCAATCATTAAATCCTTATTTATATA +AAGATTATTTCGGAAATGCAAATTTAGTAGGTCCAGCATCATTATTAAGCATGATTCCAT +CATTCTTAGTTATACCTTTTGGTGGAAAACTAGTTGCTAAGTATGGTAAAAAAGAAGTTA +CTGCAGCTGGGTTTGCAATAGCAACTATAGGATATGGATTATTATTCTTCTTACCAATAA +CTAACCCATATATATTCATAGCAATAAACTGCTTTGCAGGTATAGGGACAGGTTTAATAA +ACTTATTAGTATGGGCTTTAGTTGGAGATGCTATAGATTATCAAGAATATATAACTGGAA +AAAGAGAAGAAGGTATAGTTTATGCAGCTTATTCATTAGTTAGAAAGCTTAGTCAAGCAG +TTGTAGGTGGAGTTAGTGGATTTGCTTTAGGTATTATAGGTTACCAATCAGGAGCAGCGC +AACAAACAGCAGAGGTTGCTAATGGAGTAAAAAATATAATAACTGCAGTTCCTTTCTTTG +GAGTTATATTAGGACTTTTAGCTATGATATTTATATATAACTTAACTAAATCAAGATTAG +AAGAAGTAAATAACGAATTAAAAGTAAGAAGATCTAACTAAACAAATTAAATATGGAAAA +CGTCTGCCTTTTGAGCAGACGTTTTCTATAAGAAATCTAATTATTAAATTATTTATATAA +TAACGAAATTATATAAAAATAAAATTACTAATTTTTAGAATTTAGTAAGAATCAATATAT +TATTATTAAAATAAAAAGAATCTCTTTTAATTAACATTAATTAAAAGAGATTCTTTTATG +TACATTACTTGTTTTCTTCTATATAGTGGCATATATCACCTATAGTTTTCATGTTTTCTG +CATCTTCATCAGGTATTTCTATACCAAACTCGTCTTCAAGAGCCATTATAACTTCAACAG +CATCTAAAGAGTCTGCATCTAAATCTTCTTTTAAAGAAGTTTCTAAAGTTAGCTCATCTG +CATTATCTATACCTAATTGATCTGCAATTATTGTTTTTATTTTTTCAAACATGATTAAAC +CTCCTAAACGGTTTCTTAATTTTAATTGTAGTTTAATATAATATTAAAAATATTTCAATA +CACAATCAATAAAAAGTAATAAAGTTTTAAAAGTTGAATATAAATTATATAAAATAGAAC +ATAGGAGGAATTGTTATGAAGTATATAGGACTAGTATTATCATCTGTGTGCATTTTTATA +ATTGTATTAGCAAATTTATACTATAACTCTATAACATTAGATATGCAAAGGATGAAGAAT +TACATAGTTGAAAGCAATAGGATATTATCAGATATTATTGAAAAAGAAGAAATGGTAAAT +GAAAAAAAAGATGAATACATATCTAGATTGGTTAGTTTGAAGAAAGGAATAAAAAATTCT +AAGACTTCTTTCTTAGTAAAAGAGTATAAAGATTATAAAGTAAAATCAATAGACAATTTG +ATATATATTATTTCTTACCCAAATGATAAAGAAAGATATTTAACTGAGGTAAAAAAATAT +AACAAACTGAGTGAAGAAGAACTAAATAAATTAATAAATGAGGATTTTATGGAAGTAACC +TATTTATCGGCTAAAACATATATTTAGTTAGGAGATATTTTACCTTTTACTTATTTTAAG +GAGGGAAAGGTCATGGCAAAACTTGAAGATACTTTATCTAGATTTTTTGGAGGCAATAAT +GGCCTTTTTAGTAGTGGAGGGGTATTATTAATAATAGTCATAGTATTTTTATTAATAGGA +ACGGACCTACTAGATGATTTTTTTGATGATGATAGTGTATGGATATGGATAATTTTAATA +ATATTACTATTATTTAATTTTGATGATAGTTGTTGCTAAATTAAAGTTAATTTTAAAGGA +ATCTAAATTGATTTCTTTTTTTTTGCAAAAAATTGATATCCCTAAAATTAGATAAGAATA +AAAAATCTTTTTAGACAAAATGGAACAATTTTATTCTAAATAACATATTATTCATTAAAT +AGGTAATAAATATCCTATTAAAAAATCAGAGGGGGTATGAAGATGTCTAATGAACAAAGT +TTATCTCGTTTTTTTGGAGGGTGCTGTGGTAATAGTTTCTTTGGTAATGGAGGTTTAATG +ATATTAATAATATTAGGGGTAATACTTCTATTAGGAGACGATTTATTAGAGTTCATATTC +TGTGAAGATAATGCATTGATTTGGATAATATTAATAATTTTAGTATTAACTAACTTAGAC +TTTTAATGATGTATACTGTTAGGTTTAGTAAGGGGGTCCTTGTATAAGGCCTCTTTTTCA +TGCGTATTTAATACATAAGTTAATAGTAATCTTAGAAAATATTATGATAGAATTTTAAAT +GCATAAAAAATAATAACACTTTTTTGATTAAAGCATAGTATATAAAAGAAGCGGTATTGT +AACGACAACTAGGGACTTACAGAGTAATAATTTATAAGTAAGGGGGAGGTTGTATGACAA +ATAAACTAAGTAGAGTATTTGAAACATTTGGAGGTGGAGGATGGTGGATAATAATATTAT +TCTTCCTATTCTTAGCATTCCAAGATTGTTGGGTTGATATTTGTATAACTGACTGGATTC +CATTTTTAATTTTACTACTAATTGTTTGTTCATGTTCAATGGGTTTTGATGACGACTGTG +GATGCTTCGATAATAGCAACTTTGATTGTAACTGTTAATAACTTTAAGGAGATGTCTAAG +ATTAAGCTTTAATTATAGATATTCAGGGGCCAATGGCCCAAATTTATCTTATTATTAGTA +GCATTTTAGAGATCTCTTTTTATATTGAAAAATGTTCCAAAAAATTTATGAATAAGTATT +TAAGAAAATAATATTAAATATTATCACAAATAATACAACCTGCATATTATATCTTAAGAG +CGAAAGCTCAATAATATCAACAGGAGGTAACTTAACAATGTTAGATAGATTTTTTGGAGA +CGATGGATTCTTTGGAGCAGGAGCTTGGTGGATAATAATATTATTCTTCTTATTCTTAGC +TTTTGGTGATAGTTGGGTAGACTTTGATATAATGGCTTGGATACCTTTCTTAATAGTTCT +ATTAATACTTTGTAGTTGTGGTGGTATATTATAGTAACAAAATCATTATAACTTCATATT +ATGTAGTATAGATGGTTAAGTAAATACACTACTAGCCAGCAAATTAAACTTATAGTTTAA +TAAAAAAATTTCATTTAGGAGGGCTTTATTATGCTAGATAGATTCTTTGGGGAAGGCGGA +TGTTTTTCAGGAGCTTGGTGGATAATAGTATTATTCTTCTTATTCTTAGCTTTTGGTGAT +TGCTGGGAAGATATAGATATAATAGCTTGGATTCCATTCTTAATATTATTATTAATAACT +TGTTCATGTGGCGGATTCTTTGATGATGGAGGATGCTGCTAGTAAGAACTAATTAATACA +GGGGTGTTGGTATAATATACCAACACTTTTATTTTGTGATCTTATTATAATAAATATTAC +ATAATTAAATTTATTATATGAAAAAATATAGATGGAAATATATTTATTAAAAAAAAACTT +TATGGTAGAATTAATAGTTAACTAGTGAATTTTTAATTTTGAATTTATATATCTAAATTT +AAATAAATTTAAATAAAATCGAGGCAGGAGGCTTTATATGAAAAGTAATATAACAATTAA +AGATGTAGCGAAAAAGGCTGGCGTGTCAATATCAACTGTATCAAGAGTTATAAATGATTC +AAAGCCAGTTACAGATGAAGTTAAGCAAAAAGTTTTAGATGTAATAAAGGAAACTGGGTA +TATACCAAATCCATTAGCAAGAAGTTTAGTAACTAAAAAAAGTCAATTAATAGGGGTTAT +AGTTCCAGAGGTTTCGGACTCTTTTGTAAATGAAATATTAAATGGTGTGGAAGAAATCGC +AAAGATGTATGATTACGAAATTCTTTTAGCTAATACATATTCAGATAAAGAGCAAGAATT +AAAAAGTATAAACTTATTAAGAGCTAAACAAGTTGAAGGTATAGTTATGATATCTTGGAG +AGTAGAAGAAGATCATGTAGAATACATGCAAAAATGTGGAATACCTGCATCTTATATAAG +TAAAACAGCTAGAGATTACGATATATACACTGTAAGTACAAGTAATGTTGATGCTACTTA +TGATATGACTAAATATCTTTTAGACAAAGGTCATGAAAAAATTGCATTTGTAATGACTAG +TCAAGATGATACTGTACTTGAAAGAGAAAGATTAACAGGGTATGAGAAAGCATTAGCTGA +AAGAAACATAAGTTTAGATGAAAGCCTAATAAAGCATGGAACAACTACTTATGAAGGTGG +ATATAATAGCATGAAAGAAATGTTAGAAGAAGGTGTTGTACCTCATGCTGCATTTGTAAC +AGGTGATGAGGCTGCTATAGGAGCAATAAATGCTATTTGTGACTCTGGATATAGAGTTCC +AGAAGATATATCAGTAGCAGGTTTTAATGATGTTAAAATAGCTAAAATGTATAGACCTAA +GTTAACAACTGTTCACCAACCGTTATATGATATGGGAGCAGTTGCTATAAGAATGGTAAT +AAAAATGATAAATAAAGAAATTTTAGAAGATAAGAAAATAGAATTACCATATAGAATAGA +AGAAAGAGAAAGTGTTATAGAAAAAAGATAATAAAAGGATGTCTTTGTAAATATACATGG +ACTTGGGGGCTAAATATAAAACGCCCCTTAGGTTATATATATTTGTTTGAGACATACCTT +TTTTTATTTTTTGAAATAGAATAATGAGGAATATATGTTATAGAACTTATCTGCAATAAT +TTTGTAAAAGGATGTATATAAGTGCGTAGAATTGTATCAGTATATTCACTTATTGTTGAT +TTACATTGTATCAGGATAAGGAGGAGTTTTTTTATGAATAATATAGTTGTTAGTGGGAGT +AATTTAACTATAGAAGATGTAATTAATGTAGCTAGGAATAATTATAAGGTTGAGTTAAGT +TAGGATGCAGTTAGAAGAATAAACAGAGCGAGAGACTTAGCTTATAAGTTTATTGAAAAA +GAGAGAGTTTCTTAAGGAATAACTACTGGGTTTGGTAAATTCTCAGATGCTGTAATATCT +AAAGATGATTCTGCAAATATACAAAGAAATTTAATAATTAGCTACTCTTGTGGAGTTTGA +GATCCTTTTTAGAATAGATGTAATAAGGGATATTATGCTATAAGTAGGTAGATAATTAAA +TAATAATCATCCTATAGATTTAGTACATACATTTTTAGGTGCTCATGCAATACCAAAAGA +ATATAAGAATAATAAAATGGGTTATATAGAAAAAATGGTAACTGGTATAATGCCAAGAGT +AAAGTATATGGGTTTAGCCGAATTTTGTGATGTATTTTGTGAAGATGGGGGTATTCAGCA +TAGAGGAAAGTGAATACATATTGAAAATTGCTAAGAAAATGGGATGCAAATGCGAGAAAA +ATGATATTGGTTCTATAGAAGTAGGCAAGAAAGCAGATTTTGCAATATTTGATGTACCAA +ATATAGAGTATCTAATGTATTATTTTGGAATAAATCATGTAGACAGATTTTATAAAGAGG +GGAAGTTACTAGTCAAAAATAAGTATATACAGTATGAAAATAATTTTAAATTTACTATGA +GTAATTAAGGTGGATAAAAATGAAACGTATAGATATGACTGTATATGAATTTATAGATAA +ATTTAATAAGTTGGGAGATTTGAGGAAAGAAATAAATGAAATGATAGAGATATAGAATCA +TTTAAATAATTTATGAAAGCTATAAAAATGCATAAAGAAACTGAAGAACAGATAAAAGAG +AGGAAACTTGCCATTGAGGATGTAATATTAAATGTAAAAGTGAATTTAAAGGGATTAAAT +AATGAAAAATTAAAATCTATTTATACTAAAGAAGTGAAAAAATATTAATAGAGGCAGAAG +AGATAAAAAATAATCAAAGGGATACATTATACATTAGATAATTAAAGATAAAAAAATAAG +CTGGCGTATTTTAAAATTTATTTTAGAGTACGCCAGCTTTTTGAAGAAAATTATTTAGAA +GGTGATTTTTTTGTTTTTTTAACTACTTTTTTTACTTTTTTTGTAGTTTTATTTTTTGCC +TCTCCTTTATTAGATGATTCTTTTGGAGAAGATTTAGTTGGTGCGTGTTTAGATACATTA +GTTTTTTTAGATTTTGATTTCTTACTTTCTATTTTGTCTTGAAGTTCAGCTTCTGAGATT +TTATTCATAATAGAATCTAATTTCTTACGTTGATTTTCATCTAAAAAAGTTTTAAATTTA +GATACAACTTCTTCTTTTCCTTCTAATGTTTTTCCAATTTTAATAAGTTCATCCATAAGT +TCGCTTTCAGATTTACCTTTATAGTTACTAGCTATTTTTTCAATCTTATCTTTATCAATA +TTTTTTTCTTTAGCCATTTGTTCTAATGCTTTAGGATCTACTTTTTTCATAAAAATACTC +CTTTCAATAATATATATTGTCTAGTACTCATATTATTTATATATAGAAATAATCATCAAG +TGGTGAGTAATATTTTAATCTATAATAAATAAAATCTCTTATAGATAATATATATGCAAG +CTAGATAAAAAAAAGTAACAATAAGATCAAATAAAACATAGTTTATATATGAGGGAGTAG +TATAGTTTAAGGGGTGACTTGTATTGAATAATCTACTATTAATACTTGGAATATTAGCAT +TAAGTAATGGTAACGTATCATTATTTGATAGTAAAAATAAATCAAAAAAATCAATGGAGA +GTACATCGGGTAATAGAGCGCCTAAGGTTAAAAAGAAGACTAGTAAAAATTCTGATGCTA +AAGTTAAAAGAAGAAAATCAAATGGCAGCAACTCCACCAGCAATAATGACGATTTATTTA +AATTTAATATGAATGATATAAGTAAGGGGTTAAAGTTAATGGAATTAAGTGATGAAGATT +TAGATAGGGGTATGGAGATTATTACAAGAACCAAAAAGTATATGTCAAGAGATGAAAAAA +AAGTTTTAATAAAAATAGAAAGTTTATTAGATTTAGTAAAAGGTATAAAAAAATTAAGTA +CTATGGATATTTCTGATGATATGGAAGAAAGTAACTTTTTTAGAAGTATGGATGAAGAGG +ATAAGAAAAATATGATGATAAAAGAAATTATTGATGTATTTCCTGAAAAAAGAAAAGAAT +CAGTTGAAAAAGCAATTGATATAAAGAAAAAAATTGACTTGTTTGCGGAGTTATTTTTAC +CAGATGATTTTGGAGAGGGCGGATTTAGTTTAAGTTCTTTAGCAGATATAAATAATTTGG +GCAGCATAAATAATCTAAAGCTATTAGGAAGCTTATTAAGAGGTGATGATTCAGATTTAT +CATATAAAGATGATGATTATGAAGACGAAGAATATGATGATGAGTATGATAATTATGAAG +AATTTGGAGAGTATGAAAGCAATAATGAGGAATATGAATATGTTGAAACAGAAGAATATG +AATATATAGATGTTGATGAGGAAGATGATGACGATAGTAAGTAAATGACATAAAAATAAG +TTTAGAATTACATAATCAAAGGATAAAAGTTAAAAATTGTAATTAATTCACAATTTTATA +AAAATTACTATACAAAACCACTTTTAAAATATTAACTTTTATTATATAATAAGTATATAA +ATCCTGAGACATACGATAAGGCTTTCTTAAATTCAACCGACAAATGTTAAACGGGAGACT +GAGTCTAGGTACTGATAATATGCCCTAAAATTTTAGGGAAATTAGATGCACCTAGCAGGT +CACCCACCTGGGAGTATCTCGGGTCTGAATTTATGGGGCCACCGGTGTTTTGGGGTATTA +AAAAAGTGTTGCTATTATGGCAACACTTTTTTATTTTATAGAATTTAAATTTAGAAACCT +AATATTCCAATATCATCTACACTTGTAAAAACAGTGTTTACATTATAAGGAATATCATTT +TTAAAGTTTGAATAGAAATAAGCTCTTATAAAGTCATCCTCAACACTAAAATCGTCAATT +TTGTGTGTACTCCAGTTTCTACCCAAGTTAGTAGAATAAGTAGTATATAGCTTTCCGTAA +TTTATCCACATTAAATATAGAGTTGAATCTTTCTTTAAAAAAGTAGGATACATACAAGTT +GAAGGTCCTGTTATATAACTAGATATATCAATTTCAAAGGTAGTATCATTTAAATAACCA +TTCAAATACTTAACGGCATAGCCAGTTTCTAAACTTTCACAGAAAGTTATATGATAAAAA +TTCATACTATCTTTTAAGATATTTAAATAAATCTTATTTTCTCTAGAATTAGTAATTTGA +ACAGGATTTGACCATGTCAAAGTGCTTATATTGAATCTAGATAAAAATATTTCTTCAATA +CCATCAACTAAATTAAAATAAAATACAATAGGAGAATCCTGACTCCAAATAACTGTGAAA +TTATCTAAAACAATGTGATTAATAAAATCTATTTTGTTTTCAGTCCATACATTGTTATGT +TTAATATGATGGAAGAGAGAGCATGTATTAGTGGAGTTATTATTATAAACATAGTATAGA +ATATGTATATCGTTATTAATAACATTTATATATGGAAAGCAAATACCAAATTTTTTAGAA +TTGTATTTTAGTATCTCTGTTTGAGTAAATGTTGATGAATTACTTAAGGCAGTGAGCATT +TTTAAAGAGCCATCATTGTAAATACCGTATATATTATCAAGATTATTTAAGGTAAAAAAG +CAATTTGTAAAATCAATAGAATTATCTTTTATTAATCTTTTAGAAAATACTAGTTCATTA +TTTTTATCATAGTAGTTGTAAGAAATGCCTTTATCTAAATGAATGTAAAACATATCTTTA +GAAGAACGTCTAATTATTGTAGAGCACTTATTAATAAAACTCATATATACCTCCTATACA +TTAATATGAAAATATCCACATTACATATATATTTACAAAAAAAAATTTTATTCTACTTAA +TCATTAACTTAAGGCAGATCAAGTCACAAAAGATAGTTAAACTGCATAATATTAATTAGG +CTAGTAAAGCCGAGGCATAGAATTCATTTAAGGGGAGGACAATGAGAAATGCAAGATCTT +AGAAAGAATAAAAGAAAAATGACAAATAAACTTATGAATGTAACAAATAGCCATATAACA +GAAGAAATGAGTGAAGAATTAGAAAGAGTTTATAGACCAAAACACAACAATACAAATGAT +TGTTGTAACAATACTTGCAATAACGATTGTGATCATCACCATGATGATTGTAAATGTGAT +AACCATCATGATGATTGTAAATGTGATCATCACCATGACCATGATAAATGTGAACCATGT +GAAGTACAGTCAGATATATGTGTAGACAATCCTTGTCGTGACACATGCTGTACTCCTATT +ACTCCACCAAGATTTTCAACAAATAACAGTGTTCCTGTTGCGATAGAAACTAATAGAGTA +TTTGATAGTGTAGTATTCCAAACATTTACAGATGCGAGAGCTCCACAAACAACATGTACA +GATGGTAGATCATTAGTATTTGATATTGAAGTAGTTGAAGTATGTGGTCCAGTTCCAAGA +ACAGGTCCAGTAAATGTAACAATTGATAAAGTTTGTATGAACTTCAATGAAATAGAAATA +GAATCAGATGATCCAATGTTAGAAGATTTTAATGTTGTAGGAATAAACCCCAAAGATGAT +GGTGTATGTGAAACTACTTTTGAATTTTTAGTATGCGGAGATAGAAGTGCAATTTGTTGT +GAACAAAGAAGAGGTCAGTCTGTAGCGTATAAACAAAAAGGATTAGTAGTAACAGTAAGA +GATTTAGTATTAGAATTAAGAGGTAGATGTGGATGTACAGAAATAGTTGCATTAGCATTT +CCTGCAGTTAGAACATCTGGTGGATGCTTGAAGAGAATTGATGAAGTTCAATTCCCATTC +AATACTTTAGCAGCAGCACTTTGCTTACCAGCAAGTGGAAGAACTGTTACTTTAAGACAA +GAATATGATGTGAATTTAAGCGTAGATTGTATAGGAAAAGCATTATTATGCGTAGTAGAT +CATTCAGATTGTGAATGCTTCTTTAACTTAGATATACCAAATGGAATAGATGTAATCCTT +TGCTTACAAGAAGTAGTTAGCATATTAAGAAGTGAACAAATAGTAGTATTAGCTTCACCA +ACAGCTGTTCAACCAAGAGTAGTGGATACTTTCGCTAACGTTTGTGATTTTAATCAATGC +GGAGAAGACAGAGACAGAGATAGAGACAGAGATAATTGCAATACTTGCAAGAGATAGCAT +TTAAATAAATTTAACTTATAGATAATTAGTAAAGAAGACTACTAATATAAATTTTTATAT +TAGTAGCCTTTTTTTATATTTTATAGACTATACTATAACAGTATTCAAATATATCATCAT +GTATATTACTCTTAATTTCACTAGAGTCACTGTAATTGACATTTCTGAGTAATGTATTTG +GTTTTAACCACATTCTAGACTTACTATTAAATACAATTGTATTATTCTTAGATTCACCAC +GGTTACATCTATATGATGTCTTATACTCAAATACTATATTAGATAATTCATCTATATTCA +ACTTATAAATATGCTCTTTGTCTTTTGTAATATTGTTAATATCATGTTTATAAACTTTAG +GAGATCCAGGTGTGAAATTAAAGTGTGTAACCTTATAGATATTTTCATCTATAGAGCTAT +CTTCAACTATAAAAATGTTCAAATAATTATTAATTATACATAATCTCATATCTTTAATAT +TTTTTATATTATTAAATGCCTTACAGACTATATTTTTTTTCCAATAACCTTTATTATTAG +AAAAATGAATTAACTTACCAGCTGAATCTATAGAACAAATATGGATTCTTTTATTATTAT +CAATATTAGCGCAGTAAGCGAATATATTATTTGCTAACTTTTCTGTATGTTCATTAATGT +TTTTTATATAGAGTTTATCTTTATTTGTATATATATAAAAAGGTTTTATGTCCGAACTAT +TTTTATTCATCTTATCCTCCTAACTTTAAGATTTTTTATAGCTTTGATTAAAACTATAAT +ATGTAATAAACAAGTTAATATAGATACAATAGTCATTGTGTATATATATGCATAGATGTT +TAGTTCAGGAATTGGAAGTAAAAAGTATAGAGCGATTAATTGTATAATCATACCTGCAAT +AGTATTTACACTAGATTCAAATTCTTTTCTAATAGCATGTAGGATACCTGATAGTGTCTG +ATTTAATGATAAGAACAGAGGTGTTAAAAACATAGCTTTCAAATAATCTCCGGCTAATTC +ATTTTTAAAAACTATTACACAAATCTCTTTACCAAAGAAATAAAAAAGTAATGAGGATAA +AATGCCAACGCCAGTAGTAAGTAGTAAAGAGTAATTTATTTTTTTTAACACATTATTATA +TTTATTCAATGCCATCTCTTGTGAGATACTAGGTATTAAGTTTACTACTAAAGCAGAACC +GACTGTAAATGGAAGAAATACAAATGGCATTACCATACCACTCATAATACCGTACATACT +TAATGCTTTTGTATATGCTACTCCAGATAAAACTAACCTAGAAGGAACCATCATTGAACT +AATAGATTGTAATAAAACATTTGACATACGATTACAAGTTATAGGTATGGACATCTTTAA +AGTTTCGATAGATGAATTATAGAAGTCTTTAATATTGATTGTGTACTTATTACTTAAATC +ATTATCTTTGTATAAGTATATAGTCATAAATAGTACATTAGTTGCCTCACCTATAGAAAT +TCCTAATAAAGCAATATAGCAAGTTAAGGATCTATCTTTGATATACATGCATAATAAAAA +TACAAATAATATCTTACTTACCTGCTCTAAAATTTGGCCTAAGGCAGGTATTGTTACTTT +TTTTATTCCATAAAAATAGCTTCTAATTATATTTGAAATAGTTATAATTACGATAGCAGG +ACAAATTGAGAGTACAAATAAATTTAAATTTTCGTTTTTTAAAAGTTTTAAGGATAAAAA +ATTACTACTAAAAGATATACCCAAAGATATAGCAAAAGATATGAAAAATGCTACATATAA +GGTAGATATAAAAAGAGTATTAGTAGTATATTTATCATTCAAAGCTTTTCTTTTTGCTAC +AAGGCAGCTAAGGGCTGTAGGTATTCCTGTAGTAGTCAGAGCTAGGCATATCATTAAAAA +GTTAAAAATTATATGATATATACCTAATCCAGTCTCACCTATTACCTTAGACAAAAATAT +TTTATATAAAAAACCAAGAACCCTTACTATAAAATTTGATATAAATAAAATAATTGTCGA +TAACAAAAGGTTAGGCATTCTCAATAAATCACCTCCCTTATATTTAAATATATTCACGAA +AGAATTAAAAAATAATTAATATTTATAAAATTTACTTTTACCATTTTTCAATAAACTTTG +GTATTATATATACATACTACATAATTGAAAATGAAATTATACCTTTAATTTAAGTAAAGT +AAGTGGTGAAGATATGGAAAAATACATTTTAGATATAAATAAAACTTCTAGCAAATACCT +GCAAATTTATAATCACATAAAAAAGCTTATAATAAATAAGAATATAAAAGAATATGAAAA +ACTACCGCCAATAAGGAAATTATCTGAAGCTATAGGAGTGAATAATGCAACTATAGTTAA +AGTATATGAACTTCTAGAAAATGAAGGATATATATATAAGGTAGTTGGAAGTGGAACTTT +TGCATCTAATTTAAAGGTAAAGAAAAATCATAAAAAAGAAAAAGATATTATACACTTTGA +TAGTGGTAATCCATCAACAGATATGTTTCCTATAGATGATTTCAAAGAAGCAATAAATAT +GGCTTTAGCAAATGAAGGTTCATCAATATTTGAGTATGATGAAGGATTAGGATCAGAAGA +TTTAAGAGAAAATATTGTTAAATACCTAAGTGATAGGTTTATAGAAACTAATAAGGATAA +TATACAAATAATATCTGGTGCTCAACAGGGAATAGATATAGTTTGTAAAGGACTAATAAA +TTACTCTGATGTAGTTTTTGTTGAAGAACCTACGTATAATGGTGCTATAGAAGTTTTTAA +AAGTAGAGGAGCCAAAATAATATCAATTCCGATGTTAGATGATGGTATTGATATTGGAAT +ACTAAAATTAAAGTTAGACAAAATAAAACCAAAGTTAATTTATACAATGCCGAATTTTCA +AAACCCAACTGGAATATCTTATTCAACTTATAAAAAGAAAAAGTTGATAGAATTAGCTGA +AGAGTATGATTTTTATATATTAGAAGATGATTTTATAAGTGATTTTAAATTTGATTCATA +TGATAATAGAACTCTTAGAAGTTATGATGATAAAAATAGAGTTATATATATAAAAAGTTT +CTCAAAAATACTTATGCCTGGTCTTAGGATTGGTATGGTTGAAATACCAAATGAATTACA +AAGGCAAATACTTTGGGCAAAATACTCATCAGATATATCAACACCAGGACTTATTCAAAA +ATCAATGTATTATTATATGCAATACTTTAATTGGAATGATTATTTAAAATCAATAGATAA +GATATATAGTGATAAGTATAGATTGGCTAAAGAGTTGATTTATGATAATTTAAGTGATAA +ATTAAAGATTAGGAATTCTGATGGGGGGTTAAATTTCTTTTTAGAGCTTCCAAGAGGTTA +TTTATCTCAAGATTTTTCAGATTTTATTTTAGGAAAAGGTGTATCTATAACTCCAGGAAC +ATATTTTTTTGATAATTTAGTAGATGATAGATTTTTTAGGATAAACATAGCAAATGCAAG +TATAGCAGACTTAGAAAAGGGAATATCTATAATAAGTGAAAATTTAGAAGAATTTTTTGA +TGAGTATAAAAACAAAATAGAGTTAAGAAGTAATAAAGTATTTTATTAAAACAAGGTAAT +TTAGGAGGCAAACATGTTTGATCAAAAGAAAATAGATAGAATAAATGAATTAGCTAAAAA +AAATAAAAATGAAGGATTAACAGAAGAAGAAAAAAAAGAAAGAGAAATATTAAGACAAGA +ATATTTAGCAAACTTTAGAGCTCACTTCAGATCAAGATTAGAAAGTGTAAAAGTAGTATC +ACCAGAAGAATATGAAGAGCATATGAAAAATAAAAAGAATTAATTTATATAATTAAAAAT +ATAATAACTCAGGAGGGGTAAAATGGAGATAAAATACGAAGCAAAAAATGCATGGAAAAT +TCATATGGATAATAACTCATTAAAAGAAGTTATGAATTATTCAAAAGGTTACATGGACTT +TTTATTTAAGTCAAAAACAGAAAGAAGCTGTGCAAAAGAAATTATCAAACAAGCAAAAGA +AAATGGATATATATCTTTAGAGGAAGCCATATTTAAGGGAAGTATAAAAGCTGGGGACAA +AATATATGCTAACAATAAAGATAAAGGTGTATGCCTATTTTTAATAGGGAAAAATACTAT +TGAAAATGGTATGAGAATAATAGGTAGTCATATAGATTCACCGAGACTTGATTTAAAAGC +AAACCCTTTATATGAAGAAGCAAATTTAGGTTTATTTAAAACTCATTACTATGGTGGAAT +AAAAAAATACCAATGGTTATCACTGCCTCTAGCTTTAAGTGGTGTAGTAATCTTAAAAGA +TGGCAGAAAGATAGATATTTGTATAGGAGAAGATGAAACTGATCCTGTATTTTGTATAAC +TGATATTCTTCCACACTTAGCGTCAGATCAAAATCAAAAGAAAATTTCTGAGGCTATAAA +AGGTGAAGATTTAAATTTATTAATAGGAAGTATCCCAACTGAAGAAAAAGATGGTATAGT +TTACAATATATTAAATATATTAAATGAAAAATATAACATGGTAGAAGAAGATTTTTTAAG +TGCTGAACTTCAAGTTGTTCCTGCAGGTAAGCCTAGAGATTTAGGACTTGATAAATCTAT +GGTACTTGCTTATGGACATGATGATAAGGTTTGTACATATGCAGCAATAACATCTATTTT +TGATATAGAAGAGTCAGACTATACATTAGTTACTTTATGTGCAGATAAGGAAGAAGTAGG +TTCAAATGGAAATACAGGTATGCAGTCTAGATTCTTTGAAAATATAGTTGCAGAACTTAT +AGAACTAGAAGGAAGTTATTCAGATTTAAAAATAAAAAGAGCTTTTTCTAAGTCTAAGGT +ATTATCAGCAGATGTTTCTGCTGGATATGATCCTAATTTTTCTAGTGCGTATGATAAAAG +AAACTCTGCATACATGGGCAATGGTGTAGTATTAATTAAATACACTGGCGCGAGAGGTAA +AAATGGATGTAATGATGCTAATGCAGAATTTTTAGCGGAAGTAAGAAATGTATTTAATAA +TGAAAATGTAGTATGGCAAACAGGTGAACTTGGTAAGGTTGACCAAGGCGGAGGAGGAAC +AATTGCTTATATGTTAGCAAACTATGGAGCAGAGGTAGTAGACTGTGGCGTAGGAGTTCT +TAGTATGCATGCACCATATGAGGTAATTTCAAAAGTTGATTTATATGAAATGTATAAAGG +TTATAGAGCCTTTTTTAATAAAATAAAACTATAATAAAAAAGCTATTAAAAGATTTAAGT +TAAGTATAATAAATCTTTTAATAGCTTCTATTTTTGTAAGCTGAAATAATCACGTAATTC +AATTATAAATTTATCCTCGAGAGGTGTAAGAACCTTTTGTTTAGAGTATATAAAGTAAAA +GTTTCTATTAAAATCTATATCTTTTACTCTATAGAATTTGATTTTTTTATCATTAATATA +ATCAATTGCAGACATGTAAGATATAAATGATGCGCCTAAACCGAACCTAACCATTTCCTT +AATAGATTCATTAGATTCTACATGGGCAACTATATTTAAGTCATTGGTAGAAAAATTATT +TTTATTTAATGTATCCAAAATTAATCTTCTAGTTCCAGAACCTTCTTTTCTCATAATAAG +ATTAAGGTTAGATAGCTTGTTTATATCGATATATCCATTTTCATTTTCTATATTAATATC +ATTAGATGTAATTAATACAAGTTCATCAGTAGCTATTTTTATGTGCTTAATTTGATTGTT +ATTAGGTTTAACACCTACAAATCCAAAGCTAACCCTTTCATTTAGTATTTCAGATATAGC +AAATTGAGAATCATAGTGATTGATACTAAACTTTACATCAGGAAAATCAGTACAAAAGGA +TTTTAAAAATCCAGGAAGTATATAGGTTTCAGGTATAGAACTGCAGGCTATGTCAATAAT +ACCTTCTATTTTTCCAGAATACTCTTTTATATCGAAAATAGCTTTTTTACAGTTATTAAG +TATGTAAATAGCATGTTTATAAAGAATTTCTCCAGAAGGTGTAAGTTTAATAGTTTTATT +ATTTCTATTTAATAGAACTGTGTCTAATTCTTTTTCTAAATTTTGAATGTGGGAGCTGAC +TGTAGGCTGAGTTAAAAATAATTCTCTAGCAGCTTTTGAGAAACTTTCGTGTTTAACAAC +TGATACAAACACCTCAAGTTGCTTAAAATCCATGTAAAAACCTCCTTGGTTTATATATAA +ATATATTATAACATAAGGTAAAAATAAATAATCTACTAAAAATAATATAAAAATGCATCT +TATTACAAAAAAATTACAGATTGCCAATAAATATTATTAAATTAAGATAAATGTTATATA +ATTGATAAGTAAGATATAAATTTTATATAAAAAGTTAAGAAGGAGGGCTATTATATGAAA +TTAAAAAAGTTATTAGTAAGTTTTATTACTTTAAGTATATTTATTACTGGATGCAGTACT +ATAAATAAAAAAGAAGTAGTATCAGACAAAGCAAAGCAACAACAAACTATGACTAAAGTT +CAAAATGATGTTAATGAGATAATGAGTAAAGACTATGAATATGTTTTGAAAAATATGGGA +ACTCCTTATAGCACAACTTATTGGATAGAAAAAGATCAAATAAATAATACAAAAACAATA +GATGAACTTAATCACACTGTAAATGTAGGATTAGTATATCCTAAGTATACTGCGGATAAT +GAATTAGAAGGTAGTGCCTTATATATAGAATTAGATAAGAATAAAGTAATTGAAGTTCAA +ACTTATGAATTCAGTAGTTATGATGAAGAAGAGTTAGAAGATGAAAATGTAGCATTAATA +ATTGAAAAGTATAGTGATGATGCAAACCTAGATTTACAAGATGTAGAAAGTATGAAGTTA +GATACATATAAAGGTAAATTAGTAGATGAAATATATAATAAATTAAACTTTATTAATCCT +AATATAGCTGCATATGACATGTCTAGTAAGTCTAAATCAATAGAAGTTTATATGCTTAAA +GATAGTAAAAATAATAAAGAAAATAGCAATAGTGTACTAACTGTGTTTATAAATGATAAT +AAAATCAGTGATATAAAGGTTATGAATGGCAGCACACTTTTAGATACAGCTAAAGTATAT +TTATTAAATTAGCAAAAGATTATGGCAATCATAAAAGAGATTAGCTATAATCTTTTTTAT +ATTGATAAAAATATGATTACATAGGGGACGATGAGATTATGATTGAAGTAAAAGAGGCCA +TTAAAATTATTAAGTCTAATCTAAAGCCTAAAGATGACATAAAAACAATAAATATAATTA +ATTCTATAAATAGAGTAAGTGCACAAGATATATACTCACCTATTGATAGCCCACCATTTG +ATAGATCTCCTTATGATGGTTATGCGTATGATGCCAATATTAATGGCAATGAGCTTGTTG +TAGTGGGAGAAGTTTATGCAGGAGATGTATATGAAGGAGTTTTACATAAAAATGAATCTG +TAAAAATAATGACAGGAGCTAAGATTCCTAATGGAGCAAACTGTGTAATAAAAAAAGAGG +ATGTTAGCATAATTAGTGAAGATAAAATAATAGTTAATAAAGAATTAAAAGTGTATGATA +ACTATATTTTTAAAGGCGAAGATATACCTAAAGATCAGTTAGTAATTAGAAAGGGCGATG +TTATATCTTATGAATGTATAGGGATTTTAGCTAGCTTGGGTATTAAAGAAATAAATGTAT +ATGATAATTTAAAAATTGGAATTTTAAATACAGGTACAGAGATACAAGATTTAGAAGAAA +TATTAAAAGATGGTAAAATTTATGATAGCAATAGATATATACTTCATTCAAAACTTTTAA +AAAGAAATATAGAGCCTTCCATAATTGATAAGGTTGAAGATGAAATAGAAGAATTAGAAA +GTAAAATAAAAAATATTTTAAAAGATGTAGATATATTAATAACTACAGGAGGAGTGTCTG +TAGGTGATAAAGACCTAGTTCCACAGGCTTTTAAAAATGTAGGTGGAAAAGAATTATTTT +GGAAAGTAAAGGCTAAGCCAGGAGGAGCCTGTTGTGCTTCGGTAGTAGATGAAAAGCTAC +TATTTGGACTTTCTGGCAGTCCTCATGCGTCTGGAATGGTATATGCAAATATACTTATAC +CAGTAATTGAATATATGAGTCATAAGGAGAATGACAATTCAATAAAAGCGATATTTAGGG +GTACATTTAATAAGAAGGCAAAAATAGATAGATATTTAAATGGAAGATTATATACAGAAG +ATGCGAAATTATATGTAGCAATGACAGATAAAAACGATGTAAAGGCAAGGTTATGGTCAA +CCTTAAATAGTAATTGTTTGATTAAAGTAAAAGGAGGGAACATCTTAGAAGATGAACAAT +TAGTTGAAGTTATTATTATATAATAAAAATTAATTTAAGAGAGGATTATTAATGTATAAT +ATATTATCTGTAACCTCATACTCTGGTGTAGGTAAGACTACATTAATTGAAAATATAGTA +AAGTTATTAACAAGTAGAGGGTATAAGGTTGGAACTATAAAACATACCTGTCATGATTTT +GATGTAGATTGCGAAGGTAAGGATAGCTATAAACATAGAAAAGCAGGTTCAAGTAAAGTT +TGTGTAGTTTCTAAAAATAGAGTTAGTTTTATTGAAGAAAGAAGTGAAGAAAAAAATTTA +AAAGATATTGTTAAGTTATATAGTGATATGGACTTAATTATAATTGAAGGATATAAAAAA +TATAAATTTAAAAAGTTAGAAATAATTCGATCAGATAAATATAATGATATAATATCAGAT +AAAGAAGATTTAATAGGCATTGTAAGTGACTTGGATCATCAAGTAGATGTAGTCAAATTT +AATTTAGATGATTATATAAATATATCAAACTTTATAGAGAAATGTATAAAAAATGATATC +TTAAATATAAATGAAGATGTACTAGATAATATAATTAAATAAAAGTAATAGCGAAGATAG +TATTTAATGTAAATATATAATTAATAAATATATTTTACGCTGAATACTATTTTTATTTGA +AAAAGATGATTAATTATTAACAAATTTGGTATATAAAAAAGAGATAAATTTAATGATAAA +AATCTAAATATATTATAAAAATAAAAATATAGTTAAAAAGTTTAAAAAGTATTGACAATG +AGAATTATTATTGATAACATTATTGCATGAGTATAGTGATAATAATTATCAATACGAGAT +AAGTGTGATATTCAATAATCAATTATTAATTGGGGAGAAAACAATGAAAAAAAGATATTT +AATTTTAGCTTTAATTGTTTTATCTTATATATCCTTATTCTTAGGGGCTAAAGATATAAC +ATTAATAGATATATTTACTAAAGACCAGGATAAACTTATGGTATTTATGATAAGTAGAGT +TCCTAGATTAATAAGTATATTAGTTGCAGGTATGGGAATGAGCATAGCAGGTCTTATTAT +GCAACAGATAAGTAAAAATAAATTTGTATCTCCAACAACAGGAGCTACAATAGATGCAGC +ACAATTTGGGATAGTAGTATGTATGTTATTTATGCCAAAGGCATCAATGTTCTCTAAGAC +AATAGTGGCATTTATATTCTCGCTAATAGGAACATTTATGTTTATGAAAATACTTGGAAA +GATTCAATTTAAAAATGTAATTTTTGTTCCATTAGTAGGTATTATGTTTGGAAATATAAT +AGGATCTATGACAGATTTTATAGCTTATAAATATAACCTTACACAAAATGTAGGAGCATG +GATGCAAGGTGATTTCTCAATGATATTAAAAGGTAACTATGAAATACTTTATATAACAAT +ACCAATGATAATAATAGCTTATATTTATGCTAATCGATTTACTATTGCTGGTATGGGAGA +AGATTTTGCTACAAATCTAGGTCTTAACTATAAAAAAGTAGTAAACTTAGGACTAGTAAT +AGTTGCATTAGTAACTGTATGCGTAGTTGTTACAGCAGGAAGTATTCCTTATATAGGTCT +TATAGTGCCTAATATAGTTTCCTTATATAGGGGAGATAATATAAAAGAAAACATATGGCA +TACAGGATTATTTGGTGCAGTTTTTGTTTTAGTATGTGATATATTTGGAAGATTAGTTAT +ATATCCATATGAGATAACAATAGGATTAACAGTAGGTGTTATAGGAAGTATAATATTCCT +TTATCTTTTATTAAGGAGGAATGTAAGTGCAGCTTAATAGTATAAATAAAAACGTAAATA +AAAATAAAATTAATAGAATTGATATGAATTTAAATAAAAACTTATACATAATGGGAGTAT +TAGTATTAATATTTACAACAATGTTTTTATTCTATGGAATAGATATGAAGCATTTTGACT +TCGCTATATCTCAAAGAATACCTAAAATTTTAGCGATGATTTTAGGTGGAGGCTGTATAG +CATTTACAACTGTAGTATTCCAAACTATAACTAATAATCAAATACTAACACCTAGTGTAT +TAGGTTTAGATTCACTATATGTACTAATACAAACTGTTATAGTATTTGTATTTGGGTCAA +CAAGTGTATTTATAGTTAATGCAAGTTACAACTTTATAATAAATGTAGGTATAATGGTTG +GTGCATCGATACTTTTATACAAAGTATTATTTGAAAAAGGGAAAAATGATATATTCTTCT +TACTACTAGTAGGAATGATATTTGGGACATTGTTCAAAAGTGGATCATCATTTATGCAAA +TGGTAATTGATCCAAATGAATTTTTAGCTTTACAAAGTAGTATGATAGCTAGTTTAAATA +ATATTAATACAGATGTACTTATGATATCTATGATAATGATTATTGCTATAATACCTTTTA +TATATGATGATATTAAGTATCTAGATGTATTATCTCTAGGTAGAGAGCAAGCAATAAACT +TAGGTGTTGACTATGATGCACTAGTTAAAAAGATGATAATAGTGATCTCAGTACTAGTAT +CAATATCTACAGCGCTTATAGGACCAATGACATTCTTGGGATTAATAGTAGCTAACGTTG +CAAGAGAAGGTCTTAAGACATACAAACATAAGTATTTAATTGCGGGAGCAACTTTAATAA +GTATGATAACTCTTGTAGGTGGTCAATTCTTTGTACAACATATATTTAGTTTTAATACAA +CTTTAAGTGTAATAATAAACTTTATAGGTGGTATTTACTTTATACAGCTTTTATTAAAGG +AGAGTAAATAGATGATAGAAATAAAGAATATTTTAAAAAAATATAAAGACAGGAATGTTG +TAGACAATGTTTCTTTTAATATAGAAAAAGGTAAAATAACTTCATTTATAGGTCCTAATG +GAGCTGGTAAAAGTACAGTTTTAGGAATAGTTACTAGGCTTATAGCTGGTGATGGTGGAG +ATGTAGTTATTGAAGGAAAGAAGTTAAGTGAGTATCACACTAAGGACTTAGCAAAAAAAA +TAGCAATACTTAAGCAGTCAAATAATATAAGCTTAAAGCTTACAATCAGAGAACTAGTTG +GATTTGGGAGATTCCCACATAGTGAAGGTAACTTAAACTCAGAAGATGAAAAATATATTG +ATGAAGCTATAGAATATATGAAATTAACTGATATTCAACATAAGTATCTAGATGAATTAA +GTGGAGGTCAAAGACAAAGGGCTTATATAGCTATGGTTATAGCTCAAAATACAGAATACA +TATTACTTGATGAACCTTTAAATAACTTAGATATGTCTCATTCTGTTCAAATGATGAAGG +TTCTTAGAAATCTTTGTGATGATTTAGGTAAGACAATTGTATTGGTTATGCATGATATAA +ACTTTGCATCTTGTTATTCTGATAATATAGTTGCGCTAAAAAATGGTAAAATAGAAAAAG +TAGGAACAACTAATGAAATAGTTCAAAAAGAGGTTCTTGAAGAAATATATGAAATGAACT +TTGATATAAAAGAAATAAATGGAAATAAAATATGTGTTTACTTCTAATAAAATAGGACAA +TCTCAAATAGATTGTCCTATAGAAAGAGAACTAAATGAGAATGATTTTAAATGTTGAATT +AGAAGTAAAATCGATATAAAAATATAAAATTAAATCTTATAAAAAGAGAGGGAGATATTA +TGAATAAAAAAGCAGCAATAATTGCAGGAATTGCAATAGTAGGATTAGTAGGAGCATTTG +CATTAAGTAATAAAAAAGGTATTACACCAGATAATAATGTAGCAGCTGAAAGTACAATGA +CAATAGCGCATGATTTAGGAGAAACAAAAGTAGAGAAAAATCCTGATAGAGTTGTAGTAT +TTGATATACCAACATTAGATACAATGGAGGTTTTAGGAATAGATAATGTAGTTGGGGTTC +CAACATCTACATATCCAGAAAATTTATCAAAGTATGAATCAGATGAATACACAAAAGTTG +GTACAGTTAAAGAAGTAGATTTAGAAGCTATAAAATCAGCAGATCCAGATTTAATAATAA +TAGGTGGAAGACAAGCTGATTACTATGATCAATTAAGTGAAATAGCACCAACAATATCAG +TATCAAAAGATAATGCTGATTATGTAGGAAGTGTAAAAGAGAATGTAAATACTATAGCTG +AATTATTTGAAGTAGAAGAAAAAGCTTCAGAAGAATTAAAAAAAGTAGAAGCTAGATTAA +ATGAAGTAAAAAAATTAGTTGATGGTAAAGAAGCTTTAACAGTTATGGTCAATGAAGGTA +ACCTAAGTGTTTATAGCGATAAATCAAGATTTGCATTATTAAATCAAGGTCTTGGATTTG +TAAATGTAGATAAAACAATAGATGATTCAACTCATGGACAAACAGTTACATTTGAGTACT +TAGCTGAACAAGATCCAGAATATTTAATAGTATTAGATAGAGGAGCTGCTACAGGTGGAG +AATCTACTGCTGAGTCTGTATTAGATAATGATATAGTTAAGTCTATGGACGCTTACAAAA +ATGGAAATATAATATACTTAGATGCTTATACTTGGTATATAAATGATGGTGGACTTAACT +CTATAAATATAATGATAGATGATATAGCTAATGCAATAAAATAATAAAGTAAATAAAAGC +TAAAAAACATAATACATAATAGATGTAAAAACTAATATGTATTATGTTAAGAATATAAAT +ATGTAATATAAGAGAGATGATTTTATTATGAGTCATCTCTTTTATATTGTGTAGTTTTCT +TTTAGTTGGGTATCAAGTATATGATATACTAATTTTATAACAAAAAATATAATCATAGAT +AGGAGGAGTTAGTATGATAAAAGATTTTATAAAATACTATGCACCGTATAAGAAACTTTT +TTTCTTAGATCTTTTAGCAGCTTTTTTATTTTCAGCGTGTAACCTAGTATATCCTATGAT +AACTAGGGATATTATGAATGATGTTATACCTAATAAGGATTTAAGGATGTTAATTATATT +TGGTATAACACTTGCTATTATATTTATTTTCAAGGCAATACTAAATCATTTTATGCAGTA +TTGGGGGCATGTCGTTGGAGTTAGAATGCAGGGAGATATGAGAAGTTATGTGTTTACCCA +TTTACAAAAGTTACCTAATTCTTATTTTGACAATAATAAGACTGGTGTCACAATGTCTAG +AATAATTAATGATTTAATGGAAGTATCAGAACTTGCTCATCATGGACCAGAGGACTTATT +TATATCTGGAGTGATGCTTATAGGTTCTTTCTTTATACTTTTAAATATAAATGTTTTTTT +AACACTTATTATATTTGCAATACTACCATTGTTAATATGGTTCGCAGTTGCACAAAGAAA +AAGAATGAATAAAGCATTTATGGAAACAAGAGTAAAGACTGGGGATGTTAATGCAACTTT +AGAAAATAGTATAGCAGGTATGAAAGTTACTAAGTCTTTTTGCAATGAACATGAAGAATT +AAAGAAGTTTAATAGAAGTAATGGTGTGTTCAAAGTTGCTAGAGAATCAGCATATAAAGT +TATGGCTGATTATTTCTCTGGAATGAACTTATTTATGGACATCCTTGAGCTTGTAGCCTT +GATAGCTGGAGGATACTTTGCTTATATAGGCAAGATAAGTCTTGGAGATTTTACAGCATA +CTTATTATATGTAAAAATGTTCATTGAACCTATTAAAAAACTTATTAATTTTACTGAACA +ATATCAAAGTGGTATGACAGGATTTGAAAGATTTATGGAAATAGTTAATGAAGATACAGA +AAAAGAAGTTGAAAATCCTATAGAATTAAAAGATGTAAAGGGAAATATAAATATTGAAAA +TATATCTTTTACTTATGAAGATAAAAAAGAAGTATTAAAAGGCTTAAATTTAAATATAGA +AGCTGGAAAAACTGTAGCTTTAGTTGGGCCATCAGGTGGAGGAAAGACTACATTATGTAG +TTTAATACCGAGATTTTATGAGTTTGAACAAGGTGATATAAAAATAGATGGAGTAAGCGT +CAAAAATGTAAGTTTGAAATCTTTAAGAAAGAATATTGGAGTAGTTCAGCAAGATGTATT +TTTATTTACAGGAACTATAAAAGACAATATTATTTGTGCAAAGCCTGATGCTAGTGATAA +GGAAATTATTGAAGCAGCTAAGAAAGCTAGAATACACGAATTTATTGAAAGTTTACCAGA +AGGATATGATACTTATATAGGAGAAAGAGGAGTTAAATTATCTGGAGGGCAAAAGCAAAG +AATTTCTATATCTAGAATATTCTTAAAGAATCCCCCAATAATTATACTTGATGAAGCCAC +TTCAGCCCTTGATAATGTTACTGAAAGAGAAATTCAGACATCTTTAGAAGAATTAAGTAA +AGACAGAACAAACTTAGTAGTGGCTCATAGGTTATCTACTATAAAAAATGCAGATGAAAT +AGTAGTACTAACTGATAGTGGAATAGCTGAAAGAGGTACTCACGATGAATTAATAAATAA +AGGTGGAGTTTATAGTAAGCTTCATAAATAAAAAATTGATTCATTATAGTGTTCAATAGT +AAGTATAGTTCTAGCAATAGATTTTAGTATATTTTATATAAGTATATTTAGATATTATCC +ATGAGCAAAGAAAAGAATATAAGAATATAAAGTACCTTAAATGGATAAATTAAACTTGTC +AGGATCATTCAAAAGTTTCAGGAGGGATTTATGGACAATAATAAAAATAGAATGAAGGAT +AGAACAAAGTCTAACGCAGAACTAAGAAAAATGTACTTTGAACATGGTTCAGAAATTGGC +GTTAAAGATGGCGAGAAAATAGGGGCAAGAAATAGCGGCACTAATAAAACCAAAAAGGAA +AAACTATATCACAAAGTAAAAAAAGATGATTAATTTAATCAAAAAATAAGAAGTATCTTA +TTAAAGATACTTCTTATTTTTTTGATATATGTAATTATATTAAAAAAATAATACATATAT +CAAAAATTTATAGTATTATAAAAGTATTAATTAATAAAATTTTAATCAAAGGGATGATAT +TATGGACTTAAGAAGTTTAGCGGATATAGAAGATATTGGGGATATAAAAAAGAGGATAAT +AACTAAATCGTCAAAATTATTTATAACACAAGGGTACAATAAGACAACAATAAGAAAAAT +TGCAGAAGAGTCAGGATTAGGTAGAGGGCATTTATATTATTATTTTAAAAAGAAAGAAAA +TATACTTCTCCAGATATATAAAAGCTTTCTAGAAAAAATCTATAAATATATAATCGATAA +CCATACCTTAGGTAGTAGTACTTTAGTAAGTTATGCAGTTAGCCAGTATTTATATACAAA +TATAATAGTAAATTCAGATGCTTTATTTAGAATATATATAGAAGCATCAAAAGTAGATAT +TATAAGAAAAGAGTATGTAAATATATTAATTGATTTATTTGATGAAAAGGTGAAAGAAAG +TGAATATGATTTTAGTGAAAGGGATATATATCTAAGTGTAACTATAGGATGTGCTGGTGA +AAGTGAATTATTGAATAGATATTATGAAAAAAGCGTAGATCTAACTTTAGAAGAAATAAT +AAAAAGTGTTATTACAACTAGATTATTATTACTTAATATAGATTCAGATAATATAAAAAA +AATTATAGATGAGACTATAGAAATAGTGAATAAAATAGATATAAAAGATATAAAAACAAT +AGAGGAAATCAGCACTTTCTTTAGCTAGATTGCATGAAAAATTAAATTTAAGGATAGTAT +AGAATAATATTCTAATGAGAGCTTAAGGCCATTCCGTTAAAGAAAGAGGTTAAATTAAAT +GATAGGAAATTTACTAATAGGAAGTACTATTCTATTAGGAGGATATACTTTTTATAAATC +TCAAATGAAATCTTTAGAAAAAGTGGAATATATAATTGAAAATCATAAAATACCAAAGGA +ATTTGATGATTTTAGTATAGTGCAAATTAGTGATTTACATAATGCTGAATTTGGGAAGGA +TAATTATAAATTATTAAAGATGGTAGATGATTTAAATCCTGATATTGTTGTGATTACGGG +TGACTTAGTAGATGGTGAAAAAAGTAATTTTGAGGTTGCTTTGAAATTAATTGATGAGTT +ATCAAAAAAATATAAAATATATCATATAATTGGAAATCATGAGGAAAAAGCATTACTTAA +AAAGTATAAAGAAAAATATGAAAATTATTTTAGTCAATTGTATAGTAAGAAAATCATAAA +TTTGGATGATGAATCTATAAAAATTAAAAAAGGTAAATCAAGTATAAACTTATATGGAAT +TGTTATACCTTTAAGGTATTATAAATATTTGTTTAATAAAAATGAAAAAAGTGATTTAGA +AGAAGATTTTATTAAAGATAAATTAGGTAATGTTTGCAAAGATGAGTATAACATACTTCT +TTCACATACTCCTTTTTATTTTGATAAATATGCAGATTGGGGAGTAGACTTAGTATTAGC +TGGTCATGTACATGGGGGAATTATAAGGCTTCCATTTTTAGGTGGTCTTTTATCTCCAAA +TAGAGAATTCTTTCCTGAATATGATTTAGGTAAATACGAAAAAAATAGCTCTGTTATGGT +ATTGTCTAAAGGTTTAGGAGGATCTAAGGTTTTAATTAGAATAAACTGTAGGCCTGAAGT +TGTAAAAATAACATTGAAGAGCAAATTAAAGTAAATTATAAATAAACTCAAATTCAACTT +ATGAATAAGTAATAATGAAATCAAATAAAAAATGACCTGTTATTGTTCTAGTGTTGCATT +AATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTA +TTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_37 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAAGCTAAAACTAC +TCCTTTTTCTATTTCACTTTAAGCAAATGCATATTCACTAACTCTGAGTTGTCATTGATT +CTATATTTTTCTTTTCTAGTATAACTTTAAGCTTTTCAAGTGCTGGTACTAATGTACAGC +CTATAGCAAAGAATACTATACTAAATGTAGCTAGACTCATTGGTGGTCTAGGTATTTCAA +GAGATGTAGGTCCCATAATAACTGCATATATAGAACCTATCATAAGACCTATTATACAGT +ATATAGTCTGAGCCCTAAACTTTCTAAGTAAGCTCCTTACAACTCTTACTGTTAGTAAAA +TACCAGCTATAATACCAAATCCAAATATTATTATAGAAGGCAAGTATTCAAAATTAAATT +TAAGTACTTGTTTTATAGCATTAAGTATTGGTGTATAAAGCCCAAATATTAAAAGTATAG +TAGACCCTGATATACCTGGTAAAACCATAGCTGATATTGCTATCATTCCAGATATAAATA +TATACGCTCCAAATGCCAAGCCTAAATTATCTGCTCTAACAGAAAAACTATGACCTTTAC +TCGTAATTGGATTAAAGTATGTTAGCCCACAAACTACGATTATCCCTATTATTAAAAATA +TTATATTTTTATAATTACTTTCTAAAGTTTTCTTCTCTGATTTAACTATTATTGGAATAG +AAGCTATTATAAATCCTAAAAACAAAGAATTTATTTCATATATATTTTTTTCAAATATAG +ATGTTATAAATAATACGGATAATACAAAACCTACTACCCATCCTACTCCTATTTTAGTTA +AAAATTTTAGTGCATTTATTCTTCCTATTTTGTCTGAAGATATTAAGTTATTTAATGCAT +TTACAAAATTATCATAAAATCCTAATATAAATGCTACTGTTCCTCCTGATACGCCTGGTA +CACTATCTGCTAGTGCCATGCAAAATCCTCTAATAAAGTTTAAGATGTATATAAGATCCC +CTCCTATTAAAATTATCAATTTTATCCATTATACATTATATGTTAATTGGATTAGTTTAA +CAACTTTCAAGTATTGAAATAATTTATAAAAGGCTTATATGCATAATAAGCCTTTTATAA +ATGTTTATTCTATTGTAATAGCTGCTTCTTCTATATTCTGATTTTTATTAGAAAACTCTT +TAGAATCACATTTTGACTTTAAGAATTCCATAAACTCATCTCTAAGCTCCGGTCTTTTAA +GAGCAAAATCAACAGTAGCTTCTAAAAATCCTAACTTATCACCTACATCATATCTTCTAC +CTTCAAAATTATAAGCATATATAGCTTCCTTAGTAGCTAAAGTTTGAAGAGCATCAGTAA +GTTGTATTTCTCCACCTTTTCCTGGCTCTTGATTTTCAAGTATATTGAATATCTCTGGAG +TTATTATATATCTTCCAAGTATTGCAATATTAGATGGAGCCTCTTCAACACTTGGCTTTT +CTACCATGTCTTTTACTTTGTATACTCTATCTTCTATATGCTTAACATCAAGTATTCCAT +ACTTATCAGTATCTTCTTTTGCTACTTCTTGTACGCCAAGTACAGTAGTTTTGTACTCAT +CATATGTATTTATAAGTTGCTTTAAGCATGGTACTTTTGCATCTACTATATCATCTCCAA +GTAAAACTGCAAATGGCTCATTTCCTATAAAGCTCTTAGCACAATGTATTGCATGTCCAA +GTCCTTTTGGTTCTTTTTGTCTTATGTAGTGTATATTTACCATGTTTGATATATCTTGAA +CCATTTTTAGCATTTCTTTTTTACCTTTTTGCTCAAGTTCAAGTTCTAACTCTACTGATC +TATCGAAGTGGTCTTCTATAGATTTTTTACTACGTCCAGTTACTATTAGTATTTCTTCTA +TACCTGATTCTATTGCTTCTTCTATTATGTATTGTAAAGTAGGCTTGTCTACTATTGGTA +ACATTTCCTTTGGTTGTGATTTTGTTGCTGGTAGGAATCTTGTTCCTAATCCTGCTGCTG +GTATTATTGCTTTTCTTACTCTTTGTTTCATATTACTTCTCCCTCAATTTTAAAGTTATT +TTTATATTAATTATTAAACTTATATGAATTACATCCGTTAAAATACAAAAGTGCTACCTT +ATGTATACGTTAAGATAGCACATTTTTCCTTACTTATTTCTAGAAAATATAATTCCTATA +ATACCATTTTCATACTCTATAAAAATCGCGCCAGAAATTCTTATAGAGTAAATTAATAAG +TAAATAAATAATAGAAATATAATAAATATTATACTTATATTATACGATATATATCGACTA +TTTTCATTGATAATCATTCATCAAATATCGACAATTAATAATATATTTTTCCTTTTTAAT +ATTATACTTTTATTTATATGTTTTAAGTTATTTGTTTATATTGTTAATGTGTTTGTTTAT +TTTACTGCTTTGATTACTTTATTTTTGTGTACCATATTTTTTATCGTTGTTATTCTTTTT +ATGGTTTATAGGATAAAAAACATAAAGAAAGACTAACATTTCCGATCTATGCTAGCCTTA +ACTTTACAATAAAAAATTATATATAATAAGTGGATATAAGAAATTGAAATATGAAGATGG +AGTTTAAAGATGAATAAGTTATATTTTAATCTTTAACAATAATTAAAAGTTTTATACATC +TATTTTCATATTTTAACTAATTATTTTTATTCTATCTTGAATATAATATGTTATAATTTA +ATCTTTTTCATTTATAATCTTCCTAATATGACTCTCACTTATACGAAAACTCTTAGCCAA +TCCTTTATAATCCCCACTAAAAGCACTTCTAATTAACCTATTCCTAATAACTCTAGTAAT +ACTTGACTCTAAGGGAATATAAAGTATACATCCACCCATGTACTTAACCAACTTCTTAAA +GGCATCCAATCCAATAACCTCAACCAACTCCCTATTACCCTCTGGTATATCCTCCATCCT +AACCTTATTTATCATACCTCTGCCCCCTAACTCATAATAAAAACAACCTATCCATAAATC +CTATAATTTAACTTACTTCCCTTCAGCTCAACACTATAATCACCACACATTTCTAAAATC +CTACTACCAATAGCTTCATCAATCTTAATCAACTCATCCCTTCTTTTCTCACTACTAATA +ATCATGGGTAAATTATTAAAATACCTATGATTAACAATCTCAAATATCACATTCAAATCA +CTACTAGTAATACTCCCCTTAAAAAGATCGTCAATAAGTAAAACCTTACAACTCTTATAC +CTACTCATCATACTCTCATAAACACTAGCATCCATAATATTTTGCTTAAATCTAATAATA +CAGTCCCTATATCCCATATAAACAACACCTACTCCCTTTTTCATAAGCTCATTAGCAATA +GCAAGAGAAAGGTGAGTCTTTCCCCCACCTACACTCCCCATAAAAATAACACTATTTTTA +CGATCATTTTTAATCTTATCAAAATCTCTCACATAACTTCTAGCAACAGTATAAGAATCT +ATGGTCTGTACATTCCTACTATAATCAAAATTATCAAAAGTCTTCTTAGAAAACTCCTCA +CTAATACCACTTTTCTCAAGTATCTTCTTAGCTCTTCTTACTTCCTTACAACTACAAGGA +AAAGCCTCATCACCTACTAATATATAAGTAGTATCCCTACACTTATTACAATCATACTTA +ACTGTATAACTCTCTTGTTCTTCTAAGTTGCTCTTCACTTGGTTTTGCATAAAGTGCAGC +ATCCTCTTCTTTATATTGATTGGTAACTTTAGCTCTTGTAGGTCTTCTATAATCACAACT +TCCATCCCCTTTTTCTTTTATAGCTTCTATAAATAACTTTCTAATTTCCTCTTTATTTAT +ATTTTTTAAAACCTCTTCAATTAAAGAAACATCCTCAACATTTTTAAGCTCTGATTTAAT +ACAATCCATAATAGGCTTTCCACCTACCTTGTCTAAATTATACTTCCCCCACTTGAGAAT +GCCTATTTCCCTAGTTTTCTTATTATACTTAATAGTCTTATACTCATTTTCAAACTTATC +CATAATCTCTATTATTTCATTTTCCTCAATACCTGTTAGAAAAGAAATTTCTTTAGTATG +TATCTTGTATATACCAATTTGAGTAGTATTAGGATTTGTTAAAAAAAAAGATATAAAAAC +TTCTCCAAAGCACTATAATAATCTAACACCTTATCATCCTTATAAAATGAAGAATACACA +TAACGAAAACGTGCCATATTATTCCTCCTACTTAATCTTAAATAATCTATTATTACTTAC +ACGACAATATTTTTCATAAAGCTCTGGCTCTTCTAATTTAAATAGCTTAGTATCAAAACT +AACCCTACTAGTTTTCTTCCAAGTTATTTTACGCTCTTTTATATAAGCTATCTCATTTTC +CTTCATTAGACCCATTATAGTATGTTCTATAATATCCTTTTCTACCTTTAACTTAGAAAT +TGCATCTATAATCTCATCATGCCTAGATATACTATCGTATAAATCATCAGATAAAAACTT +AGCTTCATTTATAGTATTATCTATATAAGCTTCTTTGACTAATCTCCCATACTCAGCACT +TCCTACTGGTGCATTTATCTTTTCTTCTTTACTCTTTCCCAATAATCTCATCATTTTAAC +TCTCCTTTATATTAAACTCTGATAGTATTTTTTTCATAAAATATTTAATCCCCTTAGATG +TAAGATAAATAGTCTCCGTCTCTATAGGACCATCTACAGTATTTACAATATATGTTTTTA +CCTTAAACATACCTTCATCTATGTATTTTGGTATAGCATAGTTCTTATTATTTTTTCGTT +GTGTATAATTTCTGTTACTTAGCCAACTATGTACTTTATTTCGACCAAATGGTACCCCTT +TTAACCTTAACAAATTAGCAAATTCACCTATACTTAATACATCATCTTCCTTAACAATTT +CTAATTCTTTTAAGTTTTCTTCATCACTGCTACTTTCTATATTTTCACATATCATTCTTA +GACTTAGCTCTAAAACTTCTCTAAGCTTATCTAATCCTTCTAAATTATTTTTATAGTATT +TCACAAGATCCCCTCCCCTTTTTTTATTTTTATCTAAGTTCTCTAACTTATATCTAAATT +ATAGGTTTATAAAAATTCATATCTGGTAAAAGTTAAAATTCGCTTCGCTCATTTTGGGTA +AAAAAATAAGCCATGGATTTTCCATAGCTGCTAGTTTCATATTCTACTAAGAAGTTTTAA +TTCGTATTTTAGTTCTTTTTATATCTATATATCCCTTATCACGAAGACTGTATAAACAAT +CATATATATCATTTATATTCTCTTCTAATTCATCTACATCAAATGCTTTTACAAAATAAT +TGTCTATATTTTTATTCTTTTTTAAATTCTTTATCTTTACTTTATAATCCCTATACAACA +TCCTATCAAAATATGATTTACTACAATTTGATATTTCTTCTATTTTTCTTTTTATCAATT +TATCATCATCTATATACATTATTGCTTTTATAGTTTCAGTTCTTTTTCTACCTACTATGT +AAGTAGATAAGCTTCCTTCTAATGGATAATACAAACTAAATAACTTTCTAGCTGCTTCTA +TTGTTATGTTTAACTCTATAGTAATTTCCCTTAGTATACTATCCTTTGATCTGTGTAAAT +TATTTTCTATTATTTCTATTAATTTTTTTAATTTTATTAAGGAATTTTTGACATCTGTAG +GTATATTATTATATTTATTCATATAGTACTTAAATTCCCCCTGTGACTATTTCTTTTTTA +TTTTTATTTTAATTCTTCATTTTTATTATTCATTTTGTCCACCCCTCGTTGACGTATCGT +GAAAATGTAAAAACTTTAGATATTCTTTTGATAACTTATATATTAGTATATCGTTTTCCT +CACCTATATTTTTAGTCAAATATAATAATATAAATTCCTCTATTTGCATAATGCTGACCT +CTTTATAACTACTACATACTCATCTGCAGCTAAGTTTTTATAATGATATTCCTTGCAAGT +AGTATATAGTTTACTTTTACAAGTATTATCTGTATATGAATTTTCTATATCATAAAGCCT +ATAATTATTAATCATATTCAAATTTTTAACTTGATCTAGAATATTTTTTATATCATATCT +TTCTTCAAATCCAAATATTCTCCCACCCCTTAAGATATTTTCTTTGTTTTGTCTTCTTTT +TATGTATGTAGACAGAGTTTGTGGATATCCATTATTAGATGAGTATAGTTTTTTGAATTT +ACGATCTAGTGTTGTTCTAGATAGGTTATGTGTCTTTAGTATCTTTTTTATTATTTCTGT +TGATGATAGTGATAAGTTATTTTCTATAAGGTTTAAATAACTATAAAATTCTGCTACGTC +TTCTTGAAATCTCTTCATTTTTTTCATAATATTCTCCCCCTTTGTTTGTTTCTCTGTTGA +TATTATACCTTATATATTAGGTGAATAATTCCCATTTTTCGCGAATTTTTACCGTTTTTT +TATATTTTCTATTATTTTTAAATATTTTCATAAAAAAATCCAAAGATAAATTAACACTTT +ATCTTTGGATTTTATAAACTTAGTCTCTATTAAATAAATCTCTTGTATAAACTTTATCTT +CTACATCTGATAAATCTTTACATAATCTATTTGAAACTATAACATCACTCATAGATTTAA +ATCCTTCTAAATCTCTTATAACTTTAGAGTTAAAGAAGTTGTCCTCTTTTAAAACAGGCT +CATATACTACTACTTCTATACCCTTAGCTTTTATTCTTTTCATTATACCTTGGATAGAAG +AAGCTCTAAAGTTATCTGAGTCAGTCTTCATTGTTAATCTATATATTCCTACTACTTTAG +GATTTCTTTTTATTATTTGATCTGCTATATGATCTTTTCTAGTCCTATTAGCATCAACTA +TTGCTCCTATTATATTATTAGGAACATCATCATAATTTGCTCTTAATTGTTTTGTATCTT +TTGGAAGACAGTATCCACCATATCCAAATGAAGGATTGTTGTAGTGACTTCCTATTCTTG +GATCAAGTCCTACTCCTTCTATTATTTGTTTTGTATCTAATCCCCTTACTTCTGCATATG +TATCTAGCTCATTGAAGTATGCCACTCTTAGTGCTAAGTATGTATTGGAGAATAATTTTA +CAGCTTCAGCTTCTGTTGAATCTGTAAATAAAACATCGATATCTTCTTTTATAGCACCCT +GTACTAAAAGATTTGCAAACTTCTCAGCTCTTTCTGATTGTTCTCCAACTATTATTCTTG +AAGGATATAGATTATCATATAGTGCCTTTCCTTCTCTTAAGAATTCTGGTGAGAATATTA +TATTATCTGTATCAAACATTTCTCTTACTTTTTCTGTATATCCAACTGGTACTGTTGATT +TTATTACCATTGTTGCATCTGGATTTATAGCTAGTACATTAGCTATTACTGCTTCTACAG +TTCTTGTATTAAAGTAATTTCTTTCTGGATCATAATCTGTTGGTGTAGATATTATTACGT +ACTCTGCATCTTTATATCCTTTAAAGGCATCAGTAGTAGCAACTAGATTTAATTCTTTAG +TTGCTAAATATTCTTCTATCTCTCTATCTACTATTGGAGATATTTTATTATTTATCATGT +CTACTTTTTCTTGTATTACATCTACTGCTATAACTTCATTATGTTGTGCTAATAATATTG +CATTAGATAGTCCAACATAACCTGTTCCTGCTATGGCTATTTTCATTATTATACTCCCCC +TACTTTAGTTGATTATATATTTAGATTGTTACTTCATCTGATTCTTTTTCTTTTATTTCT +ATGTTATAGAATTCTTTATACCAGTTTGCAAATTTTTCTAATCCTTCTTCGATTGAAGTA +CTTGGCCTAAAGTTTATTGCTTTTTCTAAATCAGATGTATCTGCATATGTTCTAACTACA +TCTCCAGGTTGCATTTCCATGTAGTTCTTCACTGCTGTTTTTCCTATTTTATCTTCTAAT +ACTGATATAAATTTCTCTAATTGTACTGGTTGATTATTTCCTATATTGTATACTTTATAT +GGTGCAAAACTTTCGCTTTGTTTATCTTTTAATTCATCCCATTCTGGATTAGCTTTTGGT +GCTAATGGTAATAATTTATATATAGCTTCTACTATATCATCTATATATGTAAAGTCTCTT +TCCATTTTTCCATGGTTGAATACCTTTATTGGCTTGTCATTCATTATTGCATCTGTAAAT +GAGAAGTATGCCATATCAGGTCTTCCCCATGGTCCGTACACTGTAAAGAATCTAAGTCCT +GTTGTTGGTATTTTGTATAAATGACTATATGTATGAGCCATCAATTCATTTGATTTTTTT +GTTGCTGCATATAGACTTACTGGATGATCTACTTGATGCTCAGTTGAGAATGGAGCTACT +TTATTTCCTCCATATACTGAACTAGATGAAGCATATAGTAAATGTTTTACTGGATAATGT +CTGCATGCTTCTAATATGTTCATAAATCCTATTAAATTTGAGTCTACATATGCATATGGA +TTTTCTATTGAGTATCTTACTCCAGCTTGTGCAGCTAAGTTTATTACATAGTCAAATTTA +TATTTTTCGAATAAATTATCTATTGATTCTTTATCTTTTAAATCTATTTTATAGAAAGTG +TAGTTATCGTACTTTTTAAGTATTTCTAGTCTACCTTCTTTTAATCTAATATCGTAGTAG +TCATTCATATTATCTATTCCTACTACTTCATAATTATTTTTTAATAATAATTTAGCTAAA +TGGAATCCTATAAATCCACTAGCTCCTGTAATTAATATTTTTTCATTCATTAATATATTC +TCCATATTCTCTTCTGTATTTTTAACTTACTTTATCTATAATATTACTTTATTAATATAG +CTTTTTTTCCTAGTATATTAAATCTTTGAATAAGACATCTAAAGTATTTATCTAATATAT +ATAGTCCTATAAAGTTTACAATCGTAGATATAAATAAACATATTATGGTTTCATAAACAA +AACTTAACCATAAATTTGATATATCAAAACTCAATAATTTTAAGGAAATTAAAGATATTA +TAGTTGATAATACACAAAGTGCGATAGATACTATGATATTATAATAAATATCTATCTTTC +GATTAAAAATCTTTGAATATATTAGACTATAGTTTTTTGGTTGAAGTATACAAAAATCAG +CTATACATGTTCCTATTAAAATTCCTGTAATTCCAAAGGGCTTTATTAATAATAAAGATA +AAATCATATTAACTATAGCTTGTACTAAACTAAAGTTCTTTGATTCTTTATACAAACCTT +TTGCATCTCTAGTAGCATATATTGTAGGTATTATCATTCTATGTAATGCAATAAAGGACA +TTAAAATAATATCAATATATCCCATTCTAAATTCTCTACCTATCCATAAATCTACAAATG +GATTTACCATTATAATAAATACAGGTACTACTATTCCAAAACAAAATAACTCTAATGAAA +TCATTTCTTTAAATATCGAAAATGATTTTTCAGTATCTTCATTTACCTTTAATGCTATAC +TCGCCCTTATACTATCTATCATTCTAGTCAGTAATGTAATTGGATAACTTATTAAAGTGT +AATAAGAAGTATATATAGTTACATTATTTAATGTACTAAACATTGATAACAATACAGAAT +CTGTATTACTCGTAATTAAAGATGCTATTTTATGAACTAGAATATCATTAGTCATATTCT +TTGGAGTCATATCTTTATTCTCAAATTTATCTATTTTTCCATTATAATTTATATTTACTA +ATTTGATATATATACCTCTTGTTAACGCTGTATAAAAAATGTAAACTAAAAGAATAAATG +CTAATGGTAACTTTGTATACTTTATAAGTACTATTTCAGTAATAATAGTAACTGTATTCT +TCACACATTCGATAATATCTGTTATATATTTTTTTTCTTTTACTATTAACAGTGTTCTCA +TTGGTAATGTTAAAATATAAGGACAGATTATTCTTAAAGACATTACAATAAGTATACTAA +CTACATTTATATAGGAAATACCTTTCTCAGTTAGCATATATGGATAAATAATAGAAATAA +TTACACCGAGTATGAACATATTGATTGTAATAGTTTTCATATTAAATTTTAATCCATTAT +ATAAAGCAGATATCTTTTTATAATTTTTATCTATTAGTGGTCTATACATATTATATTGAT +AAGCAGCAGTCATACCACTTTCAAACAATAGTAAATATGCACTAAACTGCACAGCTAACT +GTACAATAGCATTTACATTTGTTCCAAATGTATCTATTATAGACTTAGTCCTTGCTATGG +TTAGTACTCCTATTAATATAGCCTCTATTGCTAATATAAAAGATGATTTTATTCCTAACC +TAGTTCTACTCATTTACTTTCTCCTTTATAATAAGGTCTACATTATTATTAATAATTTTT +TTATCTTGATTTAAACTTATCAAATGTTTCACTTTTTCCTTTAATATCACAGTTATATTT +TCTAATATAATAGATAAAGTTATTGATCCTATACTAACACACACAAATTTTATCACCCAA +ACTTCCAATATATATATATTTATTACGTCTAATATCATATTAATTCCTAATAAAACAATT +ATATGAGCTAAATATATATTAAATGAGTTCTTACTAATCCAAACTATATATTTATTTACT +TTCAAATTTAAGTTTGTAAATAATATATATAAAATACACGATATACTAATTCCATATGAT +AGGTAATATATTTGAGGCGGATACTTATACTCTGTTGGGGTAAATCCACCGTTATTAAAT +ATAATTACAATTTGTATTATGCTGAATATTAATATAGAAAATATACCTATTTTTTTTACA +AAGTTTGCTTTCTTTCTACAACGTAATCCAATCATAGCCACTATACTATAGGAAATCATA +TAAAAAATATAATAGTTAACTATAATATTATTTAACTCATTATACATCCAATAATATATG +CTACTTAAACCTATTATTATTAAAATAAAAATAAAGTCATTTTCTATATTATTTACTATT +TTACATATAATAGGAGACATTATTGCAATTAGCAAGTACACTTTCACAATCCATATATAT +CCTATTCCTTCGAAAAAAATATATGACTCTAATATTGTATTTATATCAAATAGTTGCGTC +CTATTTAATAGATTACATGCCATATATGCAATTAAAAATATAACTGTTATTGTTATATAT +GTTGGAATTACTAATCGCTTTATTCTTTTTGTTAAATATTTAATCAAAGATTCTTCATTT +GAGTATGATAATGTCATACCTGATATAAACACTAATAATATAACATCAAAACTTCTAAAA +TTTAATATTATCTCAGGAGGTCGTACATGAGCCAATATAACTAATAATGATCCAATTGCT +CTAAGAATATCTATGTTATAATCTCTTAATTTATAATTCAATCTATTTTCCATTCTTTCA +CCTATATTTTATCTTAATATTTCTTATTCTAACAATAATGTGACCTACCATTACAAAGAA +TATATTTAAAATTATATTTGCTGAATCACAATGACTTATCGCTTTTATACTATATATTGC +AGCAATAATATAAATAACTAAATAATATGGAGATGATATTTTATCACCTATATTAACTTG +TATTCTCCTTACTATTATTCCAAATAACAATGGAATTGCTACTACACCTATAACACCTAA +ATTATATATAGAGTATGAAATTAAATCAGTTGGAATTGTTCCTGAAAGATTCCCTATTAT +TTCAGTATTATATGCGAATGTACTTGTTACAGGATAAGAAATCAAGCTGTCAGGAACTAT +AGAGAAAATTGCACTAAAAATTTCCTCAATAACTCTATATCCTGCCAATTTATTTTCTAA +TGCATATATTGACATTTGACCACTTAAAGTTACATAACCAAGTTCATCTCTTAATAATTC +AAATATATTTACATTTACCTCACTAGGTATATATACACCAGTTGATAAATATCCCATTAT +TCCATCAGCTAAACTCATTAATATGAATGCTATTATTCCAAATAATATATACTTAAAAAG +TATTTTTATAGTTTGGGACTGATCCTTCTTATCTTGGTTTATTTCCATCTTTATAAGCAT +TAATGTTGCAAAAAAAAGTATAAACCCAAATCTTCCATCATTTGCTAATAAATATACAAT +AGACCATAAAAATGAAAAAATAAATAAAACATACATAGGAATTATTTGCTTATTTTTAGG +CCTAACATTTATAATAGTAAATAACATATATGCAGAAAGCATTAACAAAGGGCAAAATCT +TTTCATAAATGTAAATGGGTTATATATAGGAGAATACCCACTTCTTAGAAATTGAGCATA +AGGAATTATATCAAATGGTGATCCATATGCTTTAGTCCACAATAATAGTGATATAAATCC +AATTATTAAAATTATTATACTTGACTTGTACATCGCGGATATTGTAATTAATGTATTACT +ATGATTTTTTATTTTACTTTTTTTAGGAATTATAATGTATCCTATATTCATGCTTATATA +TCCTATTATCGATATTAAAAATAATATATATAATCTATATATACCATTATATGAAAAATC +CATTCTATTTAGATATCTATTTTCACTACCTCCCATATAAAAATACATATACATAATTGA +TGGTATTAAACCATATATTAACAAATACATACATCTTACATAGTTAATAATTCTCATTCT +TTTATATTTTTTTACTGATAAAAATTCAATTATTGCATATGTAAAAAATGCTATCATATA +TAAAATACTTAATATAAATATTAATTCTAATCTCATTATTCACCTCTATTATATTATCTT +ATTTTTTAATCGGTGAAATACTATATTTCATGTAACTATTCATCAATTAACTTAATCCAC +TGTTTTTCTATCTCTAATGGAGAAAAATCTTTCACTCGCTTTAATGCTTTTTCTTTAAGA +GTGCTCTTTAATTTATCATCTTTTATTAACATATTTATAGCTTTTACTAATAGTTTTTCT +TCTTCATTTAGAGGTATTTCACTACAAAAACAATCATTGTTAAAGTTAGGAACCAATATT +CCATATTCTTCAATTTCAACTTTATCTTTAGCTTTATTTTTTATATCCGTTGATGGTGCT +AATATTTCTCTAGGACCAGCATTGCAATCTGTAGAAATAATAGGTACTCCACACGATAAT +GCTTCTAATAATGCATTTCCCAGTCCTTCATACAGAGACGGAAATATAAACATCTCTGAA +TTTCTAATAACATCATGAGGATTTTCTATATATCCAATTAATTTTACTTTTTCTTCTAAA +CCTAAATCTTTTATAAGATTATTTAACTTTTCTCTAAGCTCTCCTTCCCCTAAAATAATT +AGGTTTAATTCTGGATTAGATTTAATTACTTCTTTAAATGCTCTAATCAAATGCCATTGT +CCCTTTTGATGTGTTAATCTACCCATTGTACAAATATATTTTTTATCTTCAAATTCACTT +AACTCTTTGCCTAATGAAAGTTTTGCTAATCTTTCTCCATCACATGAATTATAAATAGTT +ACTACCTTATTTGCTTTTACTTTTATATTTTCTATTAAGTCCTGTTTTACAACTTCAGAT +ATTGCTACTACCTTATCTGAACAATTAGATATTATTCTAACACATACTTTTCTTACAATA +TTCGTTTTTTCAGAATCTGATAAAAAATTTCTTACAGATGTAATAACTTTATCCTTATCT +CTAGATAAAACATTTACAATATTAGGACCATCTAATAAACTTATCGAACATTTTATATTA +TTTTCTTTTTTTATTTTCTTTAATTTTGCTGATCTTTTAAAAACATTTATAAATCTCATA +AATTTATTATTAGTAGCTGGTATATCCAAGCTTATTAAGTCTCCACAATATGGATATATA +ATATTTTTATCATCAAATACAATAAGCTTCACATTATATGTTTTAGATAGTTCTATAGAT +AAATTTGATGCTACTCTTTCTGCACCACCACCATAAAGTTTTGTAATTATAATAGCTATA +TTATCCACTCACTCACCTCTTACTTATTTTAATTATTTTTAATTTTACAAGTTATAGTAT +TTAACCATTTATCCGCTATTCTTGCTACACTTAATTCTTCATTTAAAAATGAAGCTTTTT +TTCCTAGTTCAAATGCATATTCATTATCTTCTATAATTTTTTCTATATTAGCAATTAATT +CTTCTGTATCATCTAAATCTACTAGTAATCCATTTTCACCATTTTTTATTAAGTCAACAG +CGCCTGATACCTTAGTAGATATACACGGTAATCCTAAACACATTGCTTCAATTAGGGCAT +TTGGCATACCTTCAAATTTAGATGTTAATAAAAACATCTCTGCATCTTTAATATATTGAT +GTATATCTTTCTTAACTCCAGGTAAGTAAACACTATTTTCTAGTTTATATTCTTTAATTA +ATTGCTCTAACTCAGGACGTAGTTCTCCTTCTCCATATATAACTAGTTTATAATCTGGAT +ACTTTTGTATTACACTACTAAATGCATCTATCATCATTTTCTGATTTTTTTGTTGTATTA +ATCTTCCAACACTAACTATCTTCTTATTTTTAGGTGTTATTAATGCTTTACCTTTATTTG +TTCCAAGTGAAATCGGATTATATATAATATCAGTTTTTTTCTTTATATAACTATTAAAAT +ATTCTTTATTATTTTCTGTTTGAACTATAATTCTTGATGAGAAATTATATAAAATATTTC +TCATTAACCTCATAGACTTTTTATTTGGTATATGTCTTGGATCATTTCTTTCTGCGACAA +TTAATGGAGTTTTATTTCCTAGTAAACTTAATATAGCAAACATATTAAACGGTGCTAAAA +ATGATAACACTAAATCTACTTTATTTTTTCTTATATAACTTCTAAGCCATAATAATTTTT +TTACTATATTTACTTTTCCATCTATATAATCATCTATAGTTGTTACAGTAATATTCTCAG +GCATATTATAAAATATAGGCATATTATAAAATAATATAATCTCTACTTTATCAAATATAT +TTATAAACTCATGACATAAAGTAGATATAACCCTCTCTGAGCCACCGTGAGATAATGTAC +CTGTAAATATAACTATTTTTTTCATTAATCCACCTCACTTTTATTTATACTTATAATCGA +TAGCTTAATTTAGATACTGAATTTTCTCTCTTTTGAACTATTATAGATCCATCTTCATAT +GTTCCTTTGATTACTGAGCCTGCACCTATAACACAGTTATTTCCTATTTTACTACCTCTT +AAAATTATTGTATTGGATCCTATCCATACATTATTCCCAATTATGATAGGTGACGTTTTA +TATTTTAAGCTTTTTAATCCATCTTTAATTCTAAAGTCATGATCGTGATCATATATCAAT +ACATTTGGTCCAAACTGTACATTTTCTCCAATAATAATCTTTTCATGTGCAGTAAAAATA +CATCCATGATTCAAAGATGTATTTTTACCTATCTTAATTTCACCATCTTTTCTAACTCTT +ACTTTTGACCCACTTCGCATTTTTAGTAACTTTCCAAGTGCTAATTTCCCATTTTTACTG +ATTTCTATTTCTGTAAATGGAGAAATTAAATTATACATAGTAAACTCAAATTTATTAATA +TGAAACAATTTTATAATACTAAACTTTACTAATGAATAAATTAGGCATATTATAGCTCTA +ACATATTTTTTCATTTGCATACTCCATTTCTATATTTCTGACTTCTGATAAATAATTTTC +TATAATAATAGATCTATTAAATTCTTTTTCAACTTTATTTCTCGCATTTAATCCCATTTG +AATAATTTCAGAATATTTTTTATTCAATATAGACTCAATACGATTAGCTAACTCATCACT +TTTTCTAACTTCAAATAAATATCCTGTTTTATTATTATCTATAACATCTTTCGATCCATT +TATATCAGATGCTATACATACTCTTCCCATAGCTGAAGACTCAAGTAATACATTCGGAAC +ACCTTCACCACCATGAGATGGAAGTACTGTACAATGACATTTTTCAATCCATGACTTGAT +ATCTTTTTGAAACCCAATATATTTAATAATTCCTTTTGAGTTATATTCTTCTATTATGGT +TTTATACTTTTCTTCCTCTATAAAGCCTGCAACATAAAAGTTTACATTACTATGTTTTTC +CTTAATTTGCTTAGCTGCTTCTAGATATTCATCTATACCTTTTATCTTCATAACTCTACC +TATAAATATAAAGTTAATCTCATCATCTGATGGAAGTTTACATAATTTATATTGTTCTAA +ATTAACCCCTGACCCAGGTAGCATTGCGTAATTACCTTTAACCATTTTATTTTCTACAAA +GAAGTCTTTATCTCCACTATTTTGGAAAAATACTTTATAAGATTTTTTTATAGAAATTTT +ATATAAAACTTTAGCAATTTCACTTAACATACTTTTCTTTAAAAATGTTCCACCAGTTCC +AGTAATATTACTAATTTGCTTATGCTTTGTAATATTAGATGCTATACATCCATATATATT +AGGCTTAATAGTATAAGAAAATATAATATCAGGCTTAATTCTTTTCATTATTTTTATATA +ATCTAGTATTAATTTAGTATCTTTAATCGGATTAATACCTCTACGGTCTACATTAGTTTC +AATTATATTACATCCCATATCGCTAAAGAATTTATTTTCCTCTGATTTAGGCATCGATAT +AAATACTTCATGTTCTTCATCTATTAATTTTTGAATTAATTCTTTTCTAAAGTTATATAA +TGTTATAAAGTGATTCGATAGAATCAATATCCTTTTTTTCATTTTTCATATACTCCCGTT +TTAGTATATTAAGACTATTTATTTTTTATTTTGAAATATACATATTTCTTTGTACAATGA +TTCCCATATCTATCATGCACTTTTTATCTAGTTTAACTCCACTTCCAAGTAACACTCCAT +AAGATAAATGAGAACCATCACCTATTACACAATCATGTTCTATAATACTTCTAGTATTTA +TAATAGCAAAATCACCAATAGTAGTATCCGCATTTATAACTACATTAGGCATTATTACAG +TACCTTGTCCGACTTTAGCATATTTACTAATCACACTTGATTTATGTACTAATACTGGCA +ATATATAACCTAAATTTATAAATTTCTTTGATAACTCCGCTCTTACATCGTTATTTCCAA +TAGCTATGATGGCATGTGTATACTCACTTATATACTCATGACCATCAGCTATTTTTCCTA +TAACTTCATATCCTAGGACTTTCTCACCAATTTTCTTACTATCATCTAAAAAACTTATCT +TTTCATACTCATTTGTTGATTCTGCTATATCTAGCACTACCTTACCATGACCTCCAGCAC +CAACTATTAACAAACTCTTTTTCATAACTTACTCTCTCTTTAGTTAGCCTTACTACCTTC +AACTACACCTTCACTCTTAAACACCTTAACAACAGTCATAAAAACTATCTTTATATCCAT +AAAAATACTTCTTCTTTCAACATATTGTCTATCAAACTCAACCTTATCTGGTATCTCAAG +CTCATCTCTACCATTAACCTGAGCCCATCCAGTAACACCAGGATATAAAACATGAACACC +TTTTTCTGTTCTTAAATCTCTAAGGTCATACTGGTTGTAAAGAGCAGGTCTAGGACCAAC +AAATAACATCTCCCCTTTTATAATATTAATAAGTTGAGGTAATTCATCTAAACTAGTCTT +TCTTAAAAACTTTCCTACCTTAGTTATAAATACTTCTGGATTATCAAGTAAATGAGTTGC +TACATCAGGTGTATCAGTTCTCATTGATCTAAACTTATAAATCATAAAGTTTATGTTGTC +CTTACCAATTCTCTCTTGTTTAAAGAAAACAGGTCCTTTAGATTCTAACTTTATAAGTAT +AGATACTATTAAAAATAAAGGAGATAATATAATTAACATAACTAATGCTATAAGTCTTTG +TAATAAATTGTACATTTTCTAAACTACCCCCTTAATATTTGCATCTTCTGGTCGAATATA +TGTAGTAACAAGTTCTCTCATAATATTATCAATAAGTTCAACTTCTTCTCTATCAACAAC +TTGTTTTAACACATTCAAATGCCTATTAGTTTTTTCTATATCAAACTCTATAGGCTTACC +TATAAATATCTTGCTATTTTCCGTACTTGTAAGACCTTCCTCACTCATAAGAAGCTCCTC +ATATAACTTCTCACCAGGTCTAAGCCCACTAAACTCAATCTTTATATCAATACCTGGCTC +TAGACCACTTAACTTTATAAGATTTTTAGCTAAATCAACTATCTTTACTGGATCTCCCAT +ATCAAGTACAAATAGCTCTCCACCTTTAGCCATAGCACCAGCTTGTATTACAAGGCCAAC +AGCTTCGGGTATTGTCATAAAGTACCTTATTATATCCGGGTGAGTAACAGTTATAGGTCC +ACCTTCTTCTATTTGTTTTTTAAATAAAGGAATAACACTACCATTACTTCCAAGTACATT +TCCAAATCTAACTGCAACATACTCAGTCTTACTTTTTTCATTCATAGTCTGAATAATCAT +CTCAGCAGCTCTTTTTGTAGCTCCCATAATATTAGTTGGGTTAACTGCTTTATCAGTTGA +TATAAGTACAAACCTTTTAGCTTCATACTTATCAGCAAGCTTTGCTACATTTTGAGTTCC +AAATATATTATTCTTTATAGCTTCACTTGGACTAGCTTCCATAAGTGGAACATGCTTATG +TGCTGCTGCATGGAATACTACTTCTGGTCTGTATTGACTAAATATTTCTTCCATACGAAC +TTCTTCTCTAATAGAAGCGATTATTGTTTTTAAATTTAGTTTATTTCCATATTTTCTAAC +TAACTCTTGTTGTATTGCATAAGCATTATTTTCATAGTTGTCTACTATTATAAGTTCTTT +TGGATTAAATCCTGCTATCTGTCTACAAAGCTCAGATCCTATAGATCCTCCACCTCCAGT +AACCATAACAACTTTCTTTTCTAGATAATCACTTATTTCTTCTAAGTTAATTTTTATAGG +CTCTCTGCCTAATAAGTCCTCTATTTCTACATCTCTGATATTTTTTATATCAACCTTGCC +ATCTATAATTTCAAAAATTCCTGGCACTGTCTTAAGCTTGCATTTATTATTGCAAATCTC +TATAATTTCTCTTTTTCTTTTCTTACTTACCTTAGCCATTGCTAGTATTATTTCATCTAC +AAATTCTTCTTCAACTATTCTATCTATTTCTTCAGTAGTTCCTAGTATCTTAATTCCGTG +TATTCTTCTGCCTAATTTATTAATATCATCATCTATAATTCCAACTACACGTTTATTAAT +CTGAGGATTATTCTTAATTTCTCTAATAACCATCTCACCAGCTTGTCCAGCTCCAACTAT +AAGTACTCTAGAAATTTCATCCTTTGATTGACTTAAGCTTGTAAATCTTCTACCTGTTCT +ATAAGCTACTCTCACGCCTCCTGCAAATGCTGCTATAAAAATAGTATTTACAATGTAAAA +TAGTAAAGAGTAATTAATCCCTACAACCTTATGTAAAATAATTACTGGTAGCATAGATAA +TACTACTGCTATACATATTGATAACAATTCTTCAGTTCCGGCATATCTCCATAAACTACT +GTAACATTTAAATATCCCAAACATTGTAACTGTACATATTATGTATAAAGATACTGGAAG +CATAACATTACTAATTCCTAATGTTCCTTCCATACCTGTTAGATTAGATGATAATAAAAA +TCCAATTAAAATAATACATACATCTAAAGTTAATAATATAGTTTGCCTAACCCTATAAGT +ATCTAATATTTTTGATAATACACTACCTTTTTGGGTCTCTATAAGTTCTATATCCATAAA +TAACCCCCTAAAAAACTACATTTTATCTATTTTACCTTAAACAAACCACTCTTTTTTTCA +GGTTTATTGGTATCTCCATAATAATATCCATAGTACCCATAAGCAGACCCTTCACTTTCA +AACTTATTAAGCACAACTCCTAATATATTAGCTCCAACTTTTTCTAATCTTTCCTTAGAA +AGCTTAGCTGCCTCAATATCAGTCTCATTACATCCAACTAAAAGTATAACCCCATCAGCA +TACTGAGATATTATACTCGCATCAGTTACAACACCAACAGGAGGTGCATCTATAAACACA +TAATCATAATACTCCTTAACTACATCTATAAAGTTTTTCATCTTATTAGACTGAAGCATC +TCAGAAGGGTTTGGTGGTACTTTTCCAACCTTTAATATATCTAATCCTTCTATCTTAGTA +GATTCTATGCACTTACTTACATCTTTTTGCCCTGTAAGAACGTCTGTTATTCCACTTAAA +TTGCTAACCCCAAACATTTTGTGTATACTTGGATTTCTTAAGTCTCCATCAAGTATTAAA +ACTCTCTTATTTTCTAAACTAGCAAAAGTCGCTGCTAAATTAGATATTACTGTACTTTTT +CCTTCATTTGGTTGAGTACTAGTTATCATTATTATTTTTAAATCTTTATCTATATTAGAA +AATTCTATATTTGTTCTTATACTTCTATATGCTTCAGCTATAGGAGACTTTGGGTTTGTA +TAACTAGTTATTTTCATATATAACCTCCTAACTTATATGTTTTCTTTAGGCACTACACCA +AGTATTGGAAGACCTAAGTGTTTTTCTATATCTTCTGGTTTCTTGATTTTTGTATCCATA +TATTCTAATAAGAATACAACAAAAAGTCCTATCATAAGTCCTAATACTGTAGCTATTGCA +ACATTCATAACTTTATTAGGCTTAACAGGAGACTGTGGTAATACTGCTTTATCGATTACT +TCAACTCCATTTGCTTTAGTTATTCTCTTAGCTTCTTCTGTAAATATTTTTGGTATAGCA +TTAGCTATATCCATAGCTTTTTTAGGATTAGTATCTTGCACTGTAATACTTATAATTTGA +GTATCACTCACAGCACTTACATTCACTGACTTAGATAATTCACCATACTCCATATCAAGC +TTTAAATTTTTTATAACTTCATTAAGAACTGTTCTAGAAGTTATTATCTTTCCGTAAGTA +ACAGCTAATTTTTGAGTAACATTAAATTCATCTCCAGTCATTGTTTGACTTTCACTACTT +TCATTTTTGTTAACTATCAAAGTAGTATTTGCCTCATATACTGGACTTAGCATGAAAAAA +CTTACTATACCACTTACAGCCATTGCTATTAAAGTTATAGCCACTATTATTTTTGATCTT +TTCTTTATAATGCCAAAATATTCTCTTAAGTCAATCGTCTCTTCCATTGCCTCTCCTCCA +TTTTCCGAATTTTATGTCATATAATACAGTTATAGTTCGTTTCATTTTTTCGCACAAATA +ATAATCTCACAACCTTATTTAATGCTTTAATTTATCTCTTTCTTATAAGGTTGATAAGCT +TTTATTATGTCAATCCTTATGATGATTTTTAATTTTAATTGTAAAACAATTTCTTCTATA +ACTTTTCAAATAAATACATAAAACCTCTTTTAACTATTTTTTATTATAGCATCTTTCGTT +TTTTTTTAAAATATATTCGACATTTTTAGCCATATTTTTCACAGATTTTTTTATTTTTCA +TTTCCATTTTTCGGCACATTATATTTAATTTTCAAATTTAATTAGATTTTATATTCTATC +CAATATAATAGAAAATTATATAAAATATATCTAACTTAAGATAAAATATAGTAGGAGGTG +ATTTTTTGAAAAAGTTAATAAGAATTTTAATAAATATAATACTAATCTCTATACTAATCT +TCTCTGGTTATAAAATTTACACTAAACTAGCAGAATACAAAAAGGCAGACACTGTATATA +ACTACATAAGAGAAAAATCTAAGGATAAAGATAAGACAACTGAGCTTACTGGAATAAACC +CAGACTATAGATTTTGGCTAAAAGTAGACAACACAAATATAGACTATCCAGTAGTCCAAA +GTGAGGACAACGACTACTACCTAACACATGACTTTAATAAAGATTACCTAGCATCTGGTA +GTATATTTATGGATTATAGAAATAATTTCCAAGAAGACAAAAGTACCATAGTATATGGAC +ATCACATGAGAAACAAAACAATGTTTGGAGAGCTAGCTAATTACAAAGATGAGAATTTCT +TTAACGGAAATAATTTAATAAAAGTTGAATACAAAGGAAAGACTTACACTTACCAAGTAT +TCTCTGCTTATATCGCAGACTTAACAGAAGACTACCTAAAAGTAGACTTTGAAAATGACG +AAGACTACCAAAGCTACATAAACTACATTACAAACAGATCAATGTATAAATCAAACTTAC +AAGTTAGCAAAGAAGATAAAATAATAACACTATACACATGTAGCTACGAATTCAAAGATG +CCAGAACAATAGTCCACGCAAAGCTAATCTCTGAATAATCAATCTTCCAATACTTCCTTC +CCCATAGTAAGTAAAAATATTGGTATAAATACATACTTAAATTAGCCTTTGGGGCAAAGG +GATAAATAAAAAAAATTCTAGGACATTTGCAGCATTTTTTCCGCTGCATGCCCTAGAATT +ATTTTATTTATCCCTGCCCCCCATACCTAATCACCCATTTATACATATATTTTTAACTTA +TTCTACCCTTAGGTTTTCGTATATGAAATTATTTAATAGATCTAGATTATCTTCTTCATC +CCAAATTACTATCCATCCAGCTTCTTTTGACTTTATCTCTTCCTTATAAACTGGAAACTC +TAAAGTTTTCATATTTTCAGTACCTATTCTTAGTGTCTTGTACCCAAGAACTATTATCTC +TGACGGACTTAGATTGGTTTTTACTCCTGATAATATTTCATTTAATGAACTTATATAAGT +TCTTAATCCTTTAGTTTTTAGTTTTTCCAATGCTGATTTTACAACCATTCTTTGTCTTGT +ATTTCTTGCATCTGTACTATCTTGATATCTAATCCTACTAAAGGCTAGTGCTTGATATCC +ATTAAGATTATAATTTCCTGCACTATCTATAAACTCAATCTTTCCTTTATCTTCTTTTGA +ATCTATCTTATAACATACTTTTATAAGTTTATTTAAAACATCAACATCATTGTCTGTAAC +TTCGACCTCTACTCCTCCAAGCAAGTCTATGATATTTATAAAAGAAGAAAAGTTCACTGT +TGCATATTTTGATATCTTAATTCCAAAGTTTTCCTCTATTGTATCTAATAGTAACTCCGG +TCCATTATATGCATAGGCATGTGTAAGTTTTTCTTTTCCATGACCTTTTATATATACATA +GGTATCCCTACATAAGGAAGTTAGCTTTATGTTTTTATTATTTTGGTCTATGGTCATTAT +GATCATAGCATCTGATCGATTACCTTTATCTAGGTTCTCTCCATCAACACCTATTAATAG +AATATTTTTTATTCCTGATGCTTCTTTAGGTACTTCTTTTGTATCTAAGTTTTCTGTGTA +TCCAACTCTGGAAAATATAACTCCGAAAAGTACAGCTATACTTAATAATAGTAAGCTTTT +TCTTAAAATAGTTTTTATACTTAGTCTACTCATGCTATCACCATCATCCTGTATTAGTAT +TCATTAGTCCTTTATTTTAAGTTTTCCCAGAGTTGAATAAGTATACTTATATTTTTCTAA +AATAATTAATACTTATTAATATAAGTCCAATTATCCCTCCACATGTATCTACCATTACAT +CTCTAAATTCTCCACTACGACCAGATACGAATAATTGATGGAATTCATCAGTGCATGCAT +ATAAAAATACTATTAGTAAAGCTATTGCCATATTTCTAAAGATTATTTTTGAAGTTAAAT +TATGTTCTCTTATGCTTTTTATAGATATAAATTTAAATGTTAATATAGAAAGTACAAAGT +ATAAAAACATATGAGCTGATTTTCTTATTACAAACTCACCTATTGATGATGTTAGTATAG +GTTTTGATATTTCACCTATTATTGGCATATTAATAATTGCACTTATAGTTCTTCCTGATT +GACCAGATGATACTGATGCTGGTTGATGTGACATATAAAATATAAATCCCATCCATCCTA +TTATCAATGCTAAAAGTATTATAAGCATCATCTTTTTATCTGCATTATTTCTTTTATTGT +TATTATTTTTTTTATTTATATTTTCTAGGTATCTGTCTTTTCCATTTGAAAAATCGTCCA +TCTTGCTACTCCTTTTCATTGAATATTATTGATTAATTTAATCTTATTTTTTACTAAGCT +TTTCACATAGTATTATTTAGCTTAAGCTATCTTTCTTTTTATACCCCTTTGTTATTCTAT +TCTTTTTTCTCTTATTCTAAACAAATATATTATAATTATATATATATCTAAATTTTATCA +CTTTTCATAATGTTATATGTATTTATTTTTATCAAGATGTATATAATCAAACTAACAAAA +ATATGCAAATTTACTAGAAAGGAATTAATATGTTTAAGTTTATAAAGAGAATATTTATAT +TTTTTATAACTACAGCTATAGTTTTAGTTGGTGGGATTATGTATATAAATTATCGTAATC +AAGAGAACTTACTAAAAGATCTTACTACTGTATCTAATAAAGAAAACTCATCTGATGTTG +CAAATAATTCTACAATGGAAACAGACTCTGCAAATATTTCTCAGGAAATATCAGATATTT +TGTCAGATGAGAATAAGTATGATTTAGCTGTAAAATATGACAATGCAGGTGCTTTAGTTT +CTCTGGATACAGTAACTAGAAAAGTTTCTGTGATAAGTCTAGATACTATAGATAACTTTA +AAGATTTGGCTAGTAAGACTGATAAGTATATAGATTTTGATAATAGTGAAAATTATAGTA +TAGAGGATTTAACTGCTCTTAAGGATAAATTCTTAAGTTCAGGTATGATAGAGAAATATG +AAATCGTTAAAGATATTTTGAAAAATAGCGATACTAATATAAAAGAAAGCGACCTTATTA +GTATGTATTTCAATTATATGGCAAGTAAGTAGATATATTGAAAATTAATATGTTTTAAAT +TTAAAATAGGGATTATATCAAAGTAAATGTACTCTGATACAATCCCTTATAATTTTTTCA +TAACTATTTCTATTTTGAGCTTTTAAGTTCTTGTTCTTGCGCTTGAGCTGCTTTCTTTTT +AGCAACAATCGCTTTTTGCATTTTCTTATTTAATTTTCTTTTCTCTCTTTTTTGTTTCTT +AGTAGCCATAATGTAACCTCCTAATATTTTTAAATTTTGGATAATTATATTAAGACAATT +TTTATTGTATAATTAAATCGTAGTAACTTCTGTATTCAAAGTCAAGAATTTAGTTTCTTC +ATTCCTCTACATTATTTGGAGTCTGACTTGGTGTATTATCCGGTGATTGATCTGGTGTTT +GTTCTGGTGATTGGTCCGGATTTTCTTCTGGTTTCTCTGGTATTTCATCTGGTGATTGGT +CCGGATTTTCTTCTGGTTTCTCTGGTTTCTCTGGTTTCTCTTCTAGATTGTCTTCCGGTT +TCTCTTCTGTATCATCTGGCTTTTCTTCTGGTGTTTCACTTGGAGTTTGTTCTGGTTTTG +TCTGTGGTTTTTGAGGTGTTGTATTTACTGTATCATCAGTATTATGATTAGGGTTTGATG +TTGTTGTATCATCTTCAGCTTTATTCTCTTCTAAGTCTGTATTATCTATCTCTGTATAAG +TCTTTTGTTTATTTGTGTTCTTATATTCATTATTTTCTGTATCTGTATTTGTTACATTTT +TAGGTATGCTGTCAATATTATATTCTTGATTTTCTTTAATATCACTTTCATCCTTGTCTT +TTGTTAAACTATCTTTATTTAATATATCTACATTAGGTGAATCATTTTTATTTTTTAGTT +TATCAATAATATCTGTACCTTTGAGTATTAATCCTCCAGAAAGAATTGCTACTGCAGCAC +ATGCTGAAATCACCTTCATATATTTTTTGCCTCTGTCATATTGTTCAATTTCCTTATTTT +GCTCCTTCTCTTCATCTACTTTAATTTTATTATCTTGTTTGATTTCTTTACTTTGGTTAA +TATTTTCTTTATTTATCAAATGCTCACTTTCTCGATTATTTCTAAATACGCTTATATTAT +AATCTAAACATGAAATTACATCTAATAACAATGCATCTAAATTTTCATATCTCTCAGCAG +GGTCTACATATAAACAATTCTCTAGTATAGAAACTACATTATCACTACATTTATCCTTTC +CTATATAAAATTCTTGAGTCATACTTTTATATAACTCTTCTTTTCCATTTTCCCAGACAA +ATGGTAGCTCTTTATTTATCATCTCATATAGTATTATCCCTATTGAATATATATCTGATG +TTTTATTTATAGGTTTATCACTTGCTTGCTCTGGTGATATATATTTTATATTTTGATTAT +ATTTATCTATATAACCTGTAGGGTCTAATTTCAAAGTTCCATCTTCATTTAAAAATATTT +TATCCGCACTTAAATTTTTATAGACTATATTTAGCCTATGTAATTCATTTAATCCATCTA +TTAATTGTTTTATAATACGCAGTGCTTCATTCTCATTAAAGTTTTTAATTTCTAGTAAGC +TTTCTAAACTCTTATCTTCAATGTACTCCATTTCTACAATGTAATAGATAATATCATCAT +ATATTCCATTATCTATATAATGTATTTTAATTAAGTTGCTATTTTTATTTAGGCTTGAGA +ATTCAATAATTTTTTTTAATTCTTCAAATTGAGTTTCTTTATAGTCAGTTTTCTTATAAA +GCTTCAGCACTACTCTTTCATTTGTTTCTGTATTAGTTGATACGTATATTAGTTTTGATT +TATCATTAGAAATAAGTTCTAATGATTGATACTTATTTGTAAAATTAACCATATCTTTAT +CATCCCTCATGAAAAAATTAAAGGTATGAATTCAAATTATCATTCATACCTCTTTAGGCT +AAACTATAATAAATTTTATGCTTTATTAATTTTAGCTATTCAGTTTTTTTACCATACTAA +TATATTATGCATTTATAGGACTAAATCCTTCTCCTAATACTTCATGAACATCACTTACTA +TTATAAATGCCTTTGGATCAACCCTTTTTATAAGCTTCTTAAGATGAACTTCTTGCTTTT +TACGAACTACAACTAATAAAATGTTCTTATCCTGACTAGTGTATCCACCTTTTGCATCTA +TTATTGTAAGACCTCTTTTTACATCGTTAACTATAGCATCTCTTAAAACTTCTTCTTCTT +CAGTTATAATCATAAATGCCTTTGAATAATCAAATCCTGAAATAATCGCATCTATCATTT +TTACTATAATATAAAGTGCTATTGCAGAATATAGCCCTGTTTCTATATTTTTATTCGCAA +TACCTGCAGATACTACTACCATACCATCAATAAATGTCAAACACTTTGATAATGGTATAC +TTGGAAAAACTCTATTTACCATAAGAGCTATAAGATCAGTACCTCCTGTAGATCCATCTA +CACTAAATACAATACCTATACCTGCACCTAATAAAATAGCTCCTGATATAGCTGATAACA +AGGTATCTTGTGTTGCTGATATATTAGCTAATGGAGATGTCACCTCTAAAAGAAAAGATA +AAGTAACCATCCCTATTAAAGTTTTTATAGCATCTTTTTTCCCTAATATTTTTACAGAGC +ATATTATAAGTGGTATCCCCATTATAAGCATTATTGTTGATACAGATAATCCTGTTAATT +TACTTATGACTACTGATAAACCACTAAGTCCTCCTGGTGCTATTGTATGTGGACCTAAGA +ACATATTAATTCCTATACTCATAGATAAACACCCTATTATTAATCCTAAAGCTTCAATTA +TTATTCCTTTTGATTTTTTTATCATAATTACTCACCCTCCGTAATTCCTATTATATCAAT +AATTAAACACACTTTCCAACGTATCTATCACCTATAAAATAATTCTAATTTCCTAATCTA +TTACCCACTTTCATTATTTTAAAACATTTTTTTACATTTCATATTGACAAAAAATTATCT +ATATCTTATTCTTTATTTACGGACACATTTTGGACATGTCACAAACTTTTTATTTATGTC +AATTTTCAAATTGACGAATTTTTATTTTTCGTTTCTTGAAAACGATTGCTGTAGATCTAA +AATATTTATATTATTAGGAGGAGTTATGGAAGATAACAAAAATCTTATCAAAGTAATGCT +AGCTGCTTTTGCTATAGTTATCGTTACTGAATTAGTTGGGGAGTACACAGTTAATATAGG +TCCTGTGGCTTTAGTTTTATTCCCAATGCTATATGCAGTTATAATAGGTATTGTAATAAC +ACCTGATTTATTAGGTAAAAAAATCAAAGCTTTAAGAGATGTTGTAAATGAAAAAGAAAT +AAATATAGCTGGTGATATCGTTGGTATAGCACTAGTTTTATTAGGTATAAAATACGGATC +TACAGTTGGTCCAAATCTTGCAAAAATAATACAAGCAGGTCCTGCTTTCTTAGCTCAAGA +ATTTGGACATATATTATCACCAGTAGTAGCTTTACCTTTAGCTTTATTCTTAGGATTTAA +AAGAGAAGCTGTTGGTGCTTGTACTAGTATAAGTCGTGAAACTGCTCTTGGTGTTATATC +TGAAAAATATGGTATAAACTCTCCAGAAGGTAGTGGTGTTCTTGGTACTTATTTAATGGG +TACAGTTATAGGAACTATTTTCTTCTCTGTATTAGGTTCAGTTTCAATATATACAGGGCT +TCATCCATATGCACTAGGTATGGCAACTGGTGTTGGTAGTGGTAGTATGATGACAGCTGC +TTCGGCTGCACTTACAAAAGTTCCTGAAATAGCAGCAGATCCTGCTATGGTTGATACTAT +ACTTTCTTATGGTGCTACTAGTAACATGATGTCTAGTTTAACAGGATTAATATTCTTAGT +ATTTATAACTTTACCATTCAGTAACAAGTTATATGATATATTAGAACCAAAGATAGGTAG +AAAAAATAAATCTAAAAATAATGTTGCTTAATAGAGGGGTGTATAAATAATGTTTGGAAA +AATAGATTTAAAAAGAAGTTCTTACCAACTAGTAGTTATGTTAATGGTTGGTGCTATGAT +TCTTATTGGTCAATATATAAGTAGTGGAATTGCTATAACTACAGCTATTCCAGGTATGTT +AATAATGATAGTAGCTGCTATGCTTGCTATGATGCTAAAAGATTTATTTCCAAAATCAAT +CTTTCCTGCATTTGGATTTGCAACAATAATAGGTTTATTTTTAAGTATACCTGGTAATGC +AGTATCAGATGTTTTTAATACTCAAGTAGCCAATATAAACTTTATGGCAATAACTACTCC +ACTACTAGCATTTGCTGGTATATCAGTAGGTAATAAAATAGAAGATTTAAAGAAAATGTC +TTGGAAGATAGTTGTTATATCTTTAGTAGTTTTCACAACTATATTCTTCGCTTGTGCATC +TATAGCTCATATAGTATTAAAGATACAAGGGGTTATATAAGATCATATAAGATTATAGAA +TAAGAAAAATTATACATATGCTGATATTAATTTAAAGGCTTTATATTTTAGTAAATTAAA +GTAATGTTAACTCAGATGCTTTATTTTTAGTAAATCAATTATATCTATGGGAGGAATACT +TATGAACAAGCAACAATTAAAAGATTTAATAATAAAATCAATCGATGAAAATAGAGATAA +AATAATAGAAATTGGTCGTGGAATATATCACACTCCAGAGTACGGATACAAAGAGTACAA +AACTACTGAAGCTGTAGCTAACTTCATGAAGGAAGAATTAGGATTAGAAGTTGAAAAGAA +TATAGCTGTTACTGGATGTAAAGCTGTTGTAAATGAAAATAAAAAAGGTCCTCATATATC +TATCTTAGGGGAATTAGATGGTATATCTTGTAAAGAACACAAAGATGCAAATGAAATAGG +TGCGTCTCATACTTGTGGACACAATATTCAGATAGCTGGTATGTTAGGTGCGGCTCTTGG +ATTAGTTAAAAGTGGTGTTTTAGATTCTTTAGATGGAAAAGTATCTTTCATGGCTACTCC +TGCTGAAGAATTTATCGAATTAGAATACAGAGAACAACTTAAGAAAAAAGGTGAAATAAC +TTACTTTGGTGGTAAGCAAGAACTTGTTAAGAGAGGTTATTTTGATGATGTAGATATGTC +TATGATGTTCCATTCATCAGACTGTGGTGATAGTAAAGCTTTAGTTGGACCAGAAAGTAA +TGGATTTATAGGAAAGAAAGTTCAATTTATAGGTAAAGAATCTCATGCTGGTTCTGCCCC +TCATGAAGGTATAAATGCTTTAAACGCTGCAATGCTTGCAATAAATAATGTAAATGCTTT +AAGAGAAACTTTTAAAGAATCTGAGAGAGTTAGATTCCATCCTATCTTAACTAAGGCTGG +AGATATAGTTAATGTTGTTCCTGCTGATGTACAAATGGAATCGTATGTTAGAGCTAGAAC +TATAAACGGAATGATAGATGCTAGTGAAAGAATAAATAGAGCTTTAATAGCTGGTGGAAC +TGCAGTTGGCGCTGAAGTTAAAATAACTGAAATACCAGGATACTTACCAATACTTCGTTA +TAGAAGCATGGATAACTTATTCAGTAATAACCTTGTTGAATTAGGGATACCAATCAATGA +GATAATAGATGGTGGAGACTTTACAGGTTCATTCGACTTTGGTGATATATCTCATCTAAT +GCCTACCCTACATCCTATGGTTGGTGGTGTTAAAGGGGCTCTTCATACAAGAGATTTCGA +AATAGTAGATGAAGAATTAGCTTACATAGTTCCTGCTAAATCAATGGCTATGACAGTTGT +AGACTTATTATTTGATGGTGCTAAAGAAGCAAATGAAATCTTAGCTGATTTTAAACCAGT +TATGACTAAAGAAGAATACTTAGATTTCTTAAATAAATACGATAAAACTATATAATCTTA +GTTTGAAAAAATAAAAACAAAAAAGGTTTAGATACCACTTCGGATATCTAAACCTTTTTT +ATAAAATAAATTTATTTTTTCAAATTAAATTTATTTCTTTTGTAAATGTACTTTTATTAT +ACATGCCCTACGTACACTTTTCAAACCTCTTATTATCTTATTATTTAATTAGTTTTCATC +AAAAAAGCTATAAACTTATAAGTATGCTTAGTTAAATACAAATTATAACATATTGTTTTT +ATGTACTAAAAAGTTACTTCTATAAGATTCTTCGGTCTTCCTCCGCCTACGCTACTTTCC +TTAGCATATACTCTACCAAATCCAGAATCAACTATTTTATTAAGTATCCTTCTTGCGCTT +CTGTCGCTTATATCTAAATAATCAGCTAGTTCTTTTGTATCATATACAGAACTTTTTCGA +CTTTCACTTATTGCCATAATCTTAGCAACGGACTCACAACTTAATCCCGTTTTCTCAGAT +ATCTCAATTAAACGTTCATCAGATGCTATTAGTGAATAGCTTAACTCATTGTCTGTTCCT +AAAGGACCTTTTATAATTTCATCATCAACTAAGTAAATATCAAAATCCTTTGAATCTATG +CAACGTTTTAAAGCTTTATATCCATTAGTCTCAGCTTGATATGCCGTAGTTCCAATACCT +ATCCCTACCCCTAGCGAGAATCCATTTAATTTTACTTCTTTCTGCAATTTAAATAATTTA +TTATAATTTTCTTCATTATCTATAGCTCCTTTGTGAGAGAATACTATATATTCATCTCTA +CCAAAATTAAATATAGAACCTTGGATACTTCTTACATACTCCACTATGATTTTATCTACC +TTTGATTTGTTAATCATATTCGAATAATAACTTTCTTTGTTTCCTTTATAGTCTATTAAA +CTTAATATCTCTACTGATATTTGTGAGTATTGAGCTTTATTTAATGCTTCTTTAGCTTTA +ACTTCTTCATAACATGACTTTATAAGCGGTCGAGTTGCTTCAAGCCTAAAAACTGGATAC +CCCATATTTTTTAATACACTATATACATTTCCGAAACCAGTAAGTATAACGTCAATTTCA +CCTTTTTCAAATAAGTTCATATGCCATTTTGCATACTCCATCTCATCTATACCATTGTTA +AATGGTAGTGAAAATACTTTTTTAGGATTTACATCAATTTCATTGACTATATCTTCTAAT +ATTTCATTCTCTACAACATCTATACTAAACTTGTCTAGGCTCATGTTAGCTTTTTTTACT +TCCCAAAAAGCTTTCATAATACTAGTTCCACCCCTAGATACAAACCCATTTGGTTTTTTC +ACTTCGTATTTTGATTTTACTGCTGCTGCTACACCACATCCTGTGAAAATAATTGCATCA +CATTCTTCTTCACAAGTTGCTATTACTTCTATACATTCCGCTGCTTTTTCTCTTATATAT +AATTTTATTTCTATCTCTTTGTCTATATCTTTTAAATACTCTTCTATTTTTTTGCTCGAA +TCAGAAGGCCCTATAATTCCAAATATCATAATTTTCCTCCAATCACCGGTTAATCTTTTT +CTATTTTAACATATATTATTCTTTGCTTTATATTTATTTTATAAATAAAAAAAGACTAAG +TAATCCTTAGTCTTTTGATTGGAGCTGGTGATAGGAATCGAACCTACAACCTGCTGATTA +CAAGTCAGCTGCTCTACCGTTGAGCCACACCAGCAAAGTGTTTATACATTTTATGTATTT +TTTATTAGTACTCTAAAAACTGAATAACATTTAATGGAATCATTTAAATCTTTAGCTTGG +TCAAGTCCTCGACCTATTAGTATCGGTAAGCTACATACATTACTGCACTTCCACCTCCGA +CCTATCAACCAGGTAGTCTTCCTGGGGTCTT +>MGYG000000001_38 +ATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTTTAGATGTT +GCACTTAATATGATAATTTATCAATAAAAAAAGATTGAACTATATTAAGTTCAACCTTTT +TGGGGAATATATATATAAATCATCAGGATTATAAGCCTAGTTATGCTCTATTATAGTTTT +AGTTGTGTTTATATTTTGTGCAACACATCTTTGACTATTTATTCTTTCATTTACTAATAT +GTATTTTGATATACCTTTTAAAGTAGACATCATTCTTTTTATTATTTTCATTATTAATCA +TCTCCATTATCTCTTTTTCTTTACAAGAATATTGTATACAATATGCAGTATATTGTCAAC +GTATTTTAATAATTTTTTTATTTTAGTTTTAATTTACAATTTTATCAATCATTTTCTATT +TTTTATCATGATAAAACTTTATTTTAATTATCTTATTGTAAATATAAAAATTTCAGCGAA +TACTCATTAAATCTCTTAAAATAGATGCTGCTGCGTTTAATGGCGAAGAAGCTCCTCCAA +TAATTGTTACGTCTACCAATATATCAGTTTTATAATAAATTCCTTTATCTTCCCATCTAC +GAAGTATAGTGGGTAATCTTTATCTATTGATTGCGGTTTAACTTCAATTATAGAGTCTTT +ATTTTCTGAGGATATTTTGCCAATAAGTTTTATCTTCTTATTATCTCTTTCTGCTTTATC +TATTTCATCAATACTTATATTTTCTATTCCGTCTATATAGATGTATTTAATGTCTACGTC +TAAATCCATAACTACATTACATATAATTTGTATTTTTATAGCTGTATCGTGTCCACTTAC +ATCTAAATATGGATTTACTTCTGCTATTTTTAAACCTTGTGCTTTTTTCAAAGCTTCAAT +GTATGTAATTTTACTATTATTCATTTCTTATATCATATAATTACTTGTATCATTGAATAC +CCCTTGTGTTTCTATGATCTTCGCCCCTTTAAAACAACTACTTCCAATATTTACAGAAGG +TAATGATCCTCCTGTTGTACATCCAACTTTAAGACTTATATTATTATTGTCTGCTATAGA +TCTTAACTATTTGCAATAATGCATTATTGGGCCTTCATTCCATCTAGTATCTCTTCTTTA +ATTTTTAGCAGTTTAACAAAAGATTTCCCCACTTCTCCAAATCCAATTAGTCCTAAATTC +ATGATATTTCCTCCCTTTCGACTTTATATTATTATAATTGATTTTATTTAATTTAAGATA +TAGTTTTATAAAATAAAACATATCTTTATAATGGCAATATACAATTTATATTTTATATCT +CAAATATTTTAATCCAATTTAGTATTTTAATCGATTTTAAACTTCCGAAATATACTGACT +TTTTTGACAGATCATTTATTAAAATATGCTAAAATATACTTAATTAATTTATAAGGGGTG +TTATTACAATGATATCAAATAAAATGGAAACTCTTCTTAAAGGTAACTCTGTTATAAGAG +CGATGTTTGAAGAGGGTAAAAAACTAGCTCAAATTCATGGAGCAGAAAATATCTACGACT +TCAGTATAGGTAATCCAAGTGTAGAACCTCCAGAGAAAGTAAAAGAAATTATAAATAAAA +TATTAAATTCTGAATCTGCAAATTTAGTTCATGGATATATGAATAACTCTGGATATGAAG +ATGTAAGAGAATCTATTGCATCGTATTTAAATAAAAAAGAAAATCTTAACTTAAATTTAA +ATAATATAGTTATGACTTGTGGCGCTGCTGGTGGCTTAAATATAATTTTAAAAACACTAT +TGAATCCTGACGATGAAGTTATTACATTTTCTCCATATTTTGGAGAGTACGGTAATTATA +TAAATAACTTTGATGGTAAATTAGTTGTTGTACCTACAGATATAGATAATTTCGAACCAG +ATTTAAATGCTTTAAGTGAGTCTATAACACCTAAAACTAAAGCTTTAATAATAAATACAC +CTAACAACCCAACTGGAGTAATATATTCATCTACTTTCTTAGCAAACTTAGGAAATTTAC +TTGAAAAAAAACAAAAAGAATTTAATTCTAATATTTACTTAATCTCTGATGAGCCATATA +GAGAAATTGTTTATAACGGTGCAATTGTTCCTTGTATCTTAAAATACTATAAAAATTCTT +TTATAGGTTATTCATATAGTAAATCCTTATCTCTTCCCGGAGAGCGTATTGGATATGTGG +TAATAAATAATAATATGGATGATTTTAATGATATAGTATCTTCACTTAATATAGCAAATA +GAATTCTAGGCTTTGTTAATGCTCCTTCTCTTTTCCAAAGGGTTATTGCTAAATGCTTAG +ATTCTGAGGTTGATATTAATATTTATAAAAGAAATTTTGATGTTTTATATAATCATTTAA +CTAATTTAGGATTTACATGTGTAAAACCTAAAGGAACTTTTTACTTATTCCCTAGAACTC +CCATTGAAAATGACAAAAAATTCTGCGAAGATGCTAAAAAATTCAATTTACTTTTAGTAC +CTGGTTCTTCATTTGGATGTCCTGGTCATTTTAGAATTTCTTATTGTGTATCTTATGATA +CTGTTATAAATTCGCTTCCTGCTTTTGAAAAATTAGCAGAACTTTATAATTTAAGTAGTA +ATACAAATTAAAAAATAAGAGTATACTTCAGTATTTAATTTATTACTAAAGTATGCTCTT +TCTTTTATTTTTCAATATTTTACCTAAGTATGCACTTATAAATCAGTTTTTAATACAAAA +CTAACTAAGTTAAGAAGATTATTAGCTATAATAAATTCTTCTTGACTAATATAATTAATA +TATGATCTAATTTCTTCCCATTTTTCTTCTACAGATTTACTATTAAAACTTATATCTTTT +ATACTGTTTATTATGTCCGTAACTTCAAGCTTTTTATCTATAGATAAAGAAGTATTTGAT +TCTATTTCACTCACAGAATCATCAAAAACTTCTTTAAGAGCAGATATTTTATATTCATTA +GTTAGCTTATTTTTATACTCATTTAAATATTCATTCAAATCCTCTAAATCTTTTTTCTTG +TATGACCATACATTATTCTTTTCTAATGAACTTAAGTTATTTATTTGATTTTTATATTTA +TCAATCATCTCCTCAATAATTATTACCATTTCTAGTAGATTGTTTAATTTTAAAGCTTCT +TCACATTTTTTTATATCTAAATCTAAAATTTTAATATTTTCCTTCAAATTATGACCATCC +TTCTAATTTATATTACTATTTATACAAAGTTTATAATATTCCATAAATATTAAATTAGCA +ATACTCTACTTCAACAATTTTACCTAATTCTATAAGAACATCTTTTAATTCATTAACTAA +ATAAAGTTTTATACTCAATTCATTTGGAAAATCTGGATTTTGATGAGCTGGATTAATTGC +TCTACCTATAATCATTTTTATATGTGTGCAGTCTTCATATAACATTCTAGCTAATAAAGA +TGCTCCATCTTCTTCATAGATAAACTTTAAATCATGAGAACTTTTAATATTATGAAGTTT +ATCTATCGCTTTTCTTAATGTTAGTACTCCTTCTGTTACTAGATCTATTTTATTTATATA +ACCTATTGGAGGTATATCTTTATCTACAATTTTAAAGCTAGTCCTTAATTCTTCTCCTAA +TTCTCTTGCTACTATGTTACCTGCTGTCCCTCCACAAATAATTCTTTTCCCAGAAGTTCT +CATAATTTCCTCTACTACTTCTTTATCTTTATTTTTATCAATAGGAGGACCAGTAAATAT +TACTGCCTTATTCGGCTGTGTAACTCTAATTGTTGCAACGGTAGTATCGTCTCCAGGCCT +TTCCATATACAATTGATTACATGCACCTAGTAAATTATTAGTAATTTTTTTAGCACTCAT +GGAACTATTAGTAAATCTTCTCAAGTGGTTTGCTATATCCTTCCACTGCCACCCTAAGTT +TAGTACCTGACCTACCCCTGCATATACTACACCATCACTGACTAATACTAAAATATCATT +TTGTCTTAATTTAAAGCTGGCTTCTCTTATTTTACGTCCATTTATAAACTTTTCATTCCA +GTTAATAGGCCTTGTGTCACCATTTCTCAAAAAAAATATACTCGGATTATCAAATTCTGC +AACATATACCATACCATCTTTATCTACACTTACCATTGTAAATGTTGAGTATGCCACTTT +TCTTACTGCACATATAGGTAATGTATTTATAATTGTATCTACAACTTCTTCAATATCAAT +ACCTTCTTTTAACATCGTAAGAGCTATTTTGGCAGTTAAAGTTGCTAATATATTAGCCTT +AACACCACTTCCTAAACCATCAGATAAAACTGCTACAAACTTATCTTTGTCATTATAAAA +CTCTACCCTATCTCCGCATAACTCTTCTCCATATTTATTTAAGCTTCCTGTGGCAAAGTC +TATAAAAAACTTCATTATTCATTACCTTCTTTCTCTAGAATAAGCTTTTTAAGTTTAGTT +AAGGTAACTTTAGTTTCTGCAGTTGTTTCTCCTAATAAACTAGCTATTTCCTGCGCTACC +ATCATTTGTTTATTAATAACTTCTTGAGCCATGTTAATTGAATCTACTTTCATCGTCTGA +AGTTTTCTTTCAATATTTTCATCTTTAGTGATATCATCAGCTATCCATATTAATACATTA +TTTTCTTCTAGTCTAATAATATTTTGAATTAATGTATATTTATTATCTAAAGTAATTTTC +TCTCTTATAATATTTTTATTATTTTTTTTTACATTTTCAAATTTATCTTCATCTAAAAAC +ATACCTATGGGAAGACCTTTACTTTCACCTCTTTGTACTTTAAAAAAACTTTCTGCTGCT +GGATTAAATTGAATTATATTTAAATCATCGTCAATTGTACCTATTAAATTTGGTGTTGAA +TCAAAAATTACATTTGCTAAGTTTTCTGCTCTTTGTCTCATAAAAGGCAAGCACATATTG +ATTTCTGCTATACCATTATATACTGCAACTGCTTTATCTCTACATGTAGTATATCCACAT +CCTCCGCAGTTAAGTTCATCACTCTTTTTATATTTACCCATAGAATATAAAATTTCTTTT +ATTTCATTTTCATTGGGCTGCTTTAAAGGAAAGTATAAATTATCAAAGTTCTTATTTAAG +GAAACTTTATTATCAATTTTATTGTTTATTTCATTATTTGATTGTTTATTTGAATTGTAT +TTTTTATTTTTTTTAACACTCTCAGCATAATTAACTAAATTACACTTTCTCTCATAATAT +GTCATCCCATCATTAGGCATTCCTGACCCACCTAAACACCCATGTTTACATAAATTCATT +TCAAATAATGTATTTTTAAACCTATTATCTTGTATAGCTTCTAAGATTTTTATGCAGTCT +TCTATACCGTCTACTGCAATTATATCCTTTTTAGTAATTTCATTTTTAATAAATTTACTA +GTTTCTCCTACTATTGAAACGAGTAATTTATCTTCATATGTTTCATCAAAAGGTTCTTCA +TTTACATCCTCTAAATTTATATTGTATTCTCTAAATAATTTTTGTAATTCTCCAAAGGTA +AGTACTGCATCAACGCTATTTTCTCCATATGCTTCAGTTTTTTTTGCTAAACATGGTCCT +ATAAAAACAACTTTTACATATTTGCCATATTTTTCCTTTAGGAGTCTTGAATGATATATA +AAAGGTGATATAACCGGAATTAAATTTTGAATAATTGATGGATAATGTTTTTGAATAATA +TTATTCATTGCAGGACAGAAACTTGTTATATAGTTTTTATCTTCAGATTTATTTGCAAAT +AATTTGTACTTTTCTATAATTGGGTCAATAGATACTATTGTTTCTTCTATATAACTAAAT +CCTAATTTTCTTAATGCACAAGGAATTTTTTTACTTTCTTTTCCAAAAATTGATGAAAAA +CTTGGCGCAATTGATACAACGACTTTTTCTTTATTTTGTAAATAGCTTTTTACTATAGAT +ATTTCAGATTTGATTATTCTATTTTTTTGTGGACATACTCTAGAGCACTCTCCACAAACT +ATACATCTGCTTTTTATTATTTGCGCTTGTTCATTTTTAACCTCTATCGCATTTACCGGA +CATACTCTTATACAAGCATAACAATTTCTACAATGAGCCTTTGAAAAACTTGCAAACCAC +ATATTGTCCCCCCTTAAAATAATAAATTTAAAGTTACAGTATCATATCACTCTAAATATA +GGGTACTATTTCTCTGTCAAATACATCTCTAGCATTTTTACTGCACACAGATAAGATCTT +TTCATCCCATCTCATAACAGATACACCATCTGTGCAATTATTTAAACAAAAAGATGCATA +CAATTCTATTTCATTTTCTAGATTATACTCTTTAATTAATTTTTGAAAAGCTTCAATTAC +TTCTTCTGCCCCCTTTAGATGACATGAACTACCTATACATATTTTAATATTTTTCATTAT +TCCCTCTCCTATTTATAAATAAATTCGAATAAAAAATTTATATGTATTAGAAATTATCTT +AATTTATTTAAAGTATACTATAAATTAAATTCATTATCCATAATATCAATAAATGTGTTT +ATAATCTATAAGTTAATATAAAATAAAGAAATAAAAAAGTAGCTACCAAAATAGTAGCTA +CAACACTCTAAATATTATAATTAATTTTATTATTGATTAATAAAACATACTAAAGAATTA +TTTACTTTTTCTATTTCCTCAGCAAATGCACCATGACCACTTTCAGTCAAAGGAATCAAT +GTTGAATTATCAATAGCATTATCCATATACTTAGCAAATTCAAATGGGCACACTTTATCA +TGAACTCCATGTAAAATTAATGTTGATATATTTATATTTTCTAAATCGTTAAACAATCTT +TCATCTCTAAGAGCCATTAAAGAATTTGCAGTTGACCAACCTGCTGCAGCTAAGCATAAA +TTTTCAAACCATCTTTTAAATGTTTCTCCCTTATATTGAAAGAAAAATGAATCTCTAACA +TCATCTACTAATTTACCTCTATCTATATAAGTTTCTTGTATTAAATTATTTACTTGGTCC +TCTGCATATCCATATTTCCAATTATTGGTTTTAACCCAAGAAGGTGCTTCTGCACCAATC +AAACAAAGTTTAGAAACACCATATGCATTATAATTGGATACATATCTTATGGATATGGCT +CCTCCCATTGAGTGCCCTACTAAAGTAATATTGTTCAATTTAAGTACTTCTATTACACAT +CTAATATCTTTTGCCATTGTATTATAATCATATCCTTGTGAAGGTCTATCTGATTTACCA +TAACCTCTTAAGTCTATGGCTATACATCTGTATCCCATGGAAGATAGTTTATTAATTTGA +TATTCATAAGCATTGTGGTTTAAAGGCCATCCATGAATAAATAATATTGTTTTACTACAA +TCAGGGTTAATATCTTCAACGAAAATCCTAACGTTCCTATCAGCTTTAATATAATATTTC +ATAGCTTCCCTCCAGATAGTATTTGCAATATTATATATTATGCTAAGCTTAAAAAGAGTG +CTATTTATAATATTGCAAATACTTCTCTTACATTAAAAATACCTTTTACATTTTTGTAAA +AGGTATTTTTAATAATTATCTTATTTTTATATTTTTTGAACATTTATAGCTGATGGTCCT +CTTTCAGCTTGAACTACATCAAAGTTAACTTCTTCTCCTTCGTGTAAATCTTTATTATGA +CCCACTTCCTTTATATTAGAATGATGCACAAAAATATCTTCTCCATCAATAGTTTTTATG +AATCCATAACCTTTTTCATTATCAAACCATTTAACAACACCATTGTAATTTGCCATTTAA +AATTTCTCCTTCTTTAAATAATGTTTCTGTAAATATTATCTGTTTATCATTTATTTTTAT +TCCTAATACTGGCATATTATTATATCTTTTCTGCTTCACATCATAAATATTATTTATTTT +AGTGAGTACACTAATAAATAATTTTATAATTTATTAAGAAATGGAGCGTAAACAGCTATA +GATATTAATTACAGTTTATTTAACACAAAAAATAGAGTAGGTAAATTTTTAGATGAATAT +CAAGCTAATGTAATAATATCTTCAAACGCACCTGAAGAAAGATTTAAGGATGGCATAGAT +TATTATTATAGCTTAAACGACTATCTAGATGCTGATAAAAAAGAAAAGCCAAACTACATG +AACTAACTAAAAATGGACTATCTCTTAAAAACTATTTAGAGACAGCCCATTATAAATTAT +AATTTAATTATATTATTATGCCTTATTTTCTTGCTTTGTTTTATTAGCACAATAAACAAC +ATATATAACAACTATTGCTAAGTATGGAAGCATTTGAATAAACTCTATAGGAAGGTTTAT +TCCTTGTAAATAGTTACTCATACTTTCTGCAAATCCAAATAAACCTGAAGTTAAAAGTCC +TACTACTGGATTAGCTCCTGCCATAGATTGAGTAGCAAGTGCTATATACCCTCTTCCTGA +TGTCATACCAGCAGAGAATAATGTAACATATCCCATTGATAAGAATGCTCCACCAAGTGC +AGCTAAAGCTCCACTCATAGTAAGTGCTATATATTTTACTTTGTTAACACTTATTCCTAC +AGACTCAGCAGCTTCTGGACTTTCACCAACAGCCTTTATTCTAAGTCCTAATTGTGTATA +TTTAAACATTATGTATACAAGTAATACTAATATTAAAGCTACATAAGTTAATATATTATG +TCCTGATATTATTTTTCCAATAACAGGTATATTTTCTATTATTGGTATATTAACATTTGG +TAATGCTAGAGAGTTTAAAGAAGTAGAAGCTCCTTTATCTCCTGTTAATAAGTATAATCC +AAATACTGTCATACCTGATGCCATTAAGTTAAGCGATATACCAGATATAATTATATTCGA +TTTTAATTTAAGTGCAAAATAAGCAATTATATTACTAAGTATTATCCCTGAAATTACTGC +AAACAATAAACCTACAAAAGCACTTTGTGTAAAGTGACTTGCTGCAACTCCAACGAAGGC +TGCTGTTAACATTGTACCTTCTAATGCTATATTTCTAGCTCCAGCACGAGCTGCTATCAT +TGCACCTAATGTTGTTAAAAGTATTGGAGTTGTAGATCTTATAACTGCAAACCAAAAATC +TTCTTTTAATAATATTTCAAATAGAGCTTCCATTACTTATCGCCCCCTTTGTTTTCGTTG +TTTGCTAATGCTAACTGACTTTCTTTTCTTTGTTTTATAAAGTATAAGAATCTTTCAGCT +GTAACTAAAAGTATTATTACACCTTGTATAAGTGCAACTATTTCATTTTGCACATCTGTT +TGTCTAGACATTATATCTGCACCAACACGTAAATAAGATAAGAAGAACGCTGCTATTGGT +ACAAATATTGGGTTGTTAGATGAAAGTATAGATATTATAACTCCATCCCAAGCATATGTT +GGAGCAGCTGACCATTGGAAACGTCTATACATACCTAACTTTTCTATAGCTCCACCTATT +GCTGCCACAGACCCTGATATAAATGAAGTATATAATATTACCTTCTTTGTATTTATTCCT +GAATATCTAGCAAACTCTGGGTTAGAACCAACTATTCTTATTTCATATCCCCACTTAGTA +CGTGTTAAGAATATATAAAGTAGTACACAAACTACTATTGCTATGATAAATCCTGTATGG +AGTCTTGTACCATCAACTATATTTGATAAAGCTGATGTTTTTAAGAACTTAAGTGAAGCA +AAATTACTTGCTTGTCTATCTGCTAAAAACTTATTAACTATATAAAGTCCTGTATAGAAG +AATACATAGTTAAGCATTAAAGATGTAACAAGCTCATTTGCTTTATATTTAACCTTACAC +CATGCAGGTATACTTCCTATAATTCCTCCAATAAATCCTGCTATAACTATAGCAACCATT +GGATGAATTCCACTTGGAAGTGGTATCATTATAGCTATAAAAGATGCTATTACAGCTCCC +ATATAGAAAGAAGCATCTGTTATCATTGAAAAGTTTCCTGATTTGAAAACTAAACTTAAT +GATAAACCTGTAAACATAAGCGGTACCATCATCTCAAGTACGTTGAATAAGTATCTTTTT +GAACTTATTGGTCCTGTAAGTAATGTTGATAAAGCTTTAGTTGGATTTTCACTACATAAG +AAAATTATTCCAGTTGTTATTAAAAGTGCAATACCTACTGCAACAAATAATCTTAATAAA +TCAAAATATTTTATAATATTAAATTTGCTGTCTTTACGCATAATAAGCACCTCCGATTAC +CTCATCACTATCACGCTTAACCCCTAGCATGTAAAGACCTAACTCTTCTTCAGTAACATT +CTTAGCATCATCAATATAAGCTACTATCTTACCTTCATGCATAACTATTATGCTATCACT +TAAAGATAAAACTTCTCCTAAATCTGATGATATAAGCAAGATTGCTTTTTTAGCCTCTCT +CATATCAAGTATCTTATGTCTTATAAATTCAATAGCTCCAACGTCTATTCCACGAGTTGG +TTGATTTACTATTAAAAGATTTGGATCGTATAAGAACTCACGTCCAACTATTACCTTTTG +TATATTACCGCCAGATAAATCTTTTATAGATTGTTTTGTGTTATCATGCTTTACTATAAA +TTCTTTTACTAATTTAGTTGTAAATTCTTTAACTTTTGCTAAATCTAATAATCCTTTTTT +ATTTAATTCTTTTGATGAATATATCTTAGATATAGCATTATCTTCAATTGAAAGATTTGG +TGCACTACCAAAATGAAGTCTATCTTCAGAAACATGAGATATTCCTAACTCTTGTCTTTT +TAATATAGACTCTTTAGTTATATCAGTTTTACCTAAAGCAATTTTACCATTTACTATTGG +CGTAGTACCAACTATTGCATTTACAAGCTCTGATTGCCCATTACCTTCTATACCAGCTAT +CCCTAGTATTTGTCCTTCACGAACTGTAAAGCTTACATCATTTACTACTACGTTTTTAAA +TGAGTTTTTAACAGTTAGGTTATTAACACTTAAAACTACATCTTTAAAGTCTCTTTGTGT +TTTTTCTATATTTAAATCTACATCACGACCAACCATAAGTTTTGATATTTCTTGTTCTGA +TAATTCACTAACTGAGTAAGTACCCATTGTTTGACCATCTCTTAAAACTGTTAATCTATC +GCAAAGTTCCTTTATTTCGTGAAGCTTATGAGATATAAATATAATTGTATATCCTTGTTC +TTTTAATAATTTTAGTTGTTTAAATAATTCTTCTATCTCCTGTGGTGTAAGTACTGCTGT +TGGTTCATCTAGTATTAATATCTTAGCTCCTCTATATAAAGCTTTTAATATTTCTAGTTT +TTGTTTCATTGCTATTGAAATGTCTTTAACTTTAGCTCTTGCATCAACTTTTAAATTATA +TTTTTTAGAAATTTCTTCTGTTTGAGCTATAGCTTCTTCAATATTTATAAATCCTGATTT +TGTTGTCTCATGACCTAATATTAAGTTTTCTGCCACAGTCAAAGAAGGCACCAGCATAAA +ATGCTGATGCACCATTCCTATACCTTTTTCTAAAGCTTGTTTTGAAGATGAGAAGTGTAC +TTTCTCTCCATTTACAAATATATCACCACTAGTTTGTGGTATCATTCCAAATAGCATTTT +CATTAAAGTAGATTTTCCTGCACCATTTTCACCTATAAGTGCATGAACTTCTCCTTCATT +TATAGCAATATTTACATTGTAGTTTGCAACTACACCACCAGGGTAGACTTTTGTTAAATT +ACTTACTTTTAATATTTCTTTATTCATTTAACACACCCCGATCCTTAATTTAATTACTTA +GCGTTTTTTATTATTTCTTTTAAATCTGCTTCTTTCATACCTAAAGCAGTACTAACTTCT +ACTTTTCCATCTTTTAATTGGTTTGCAATTTCACTTACTTTAGTTCGTATATCTTCACTT +ACTGTTGAAGTATATATATCATTTTCAGCAAGTCCTACTGCATTTTCTTTTATTCCTAAT +ACACTATGAGTGTTGAATTCTAATGAATTATTTAAGTAACTGTCCATTGCATCAACTAAT +GAGTTATCTATATTTTTAAGAGCTGAAGATATTATATATTTTTGCTCTTCTTTTCCTTCG +TAAGCTAAGGCTTGGTCACTATCTACACCTATTACATATCTTTTTGCATCTTTAGCAGCT +TCTACTGATCCTGCTGAAGCTGGTCCAGCTGCTGTGAATACTATATCTGCTCCATTTGAG +TATTGAGCTAATGTTATTTCTTTAGCTTTTGCTGTATCTGTAAATGAACCTATATATGCC +ACTTCAACTTTAACATCTTTATCTATAAACTTAGCACCTTCAATGTATCCAACTAAAGAG +TCATTTATAACAGCTGATGTATCTCTAGCTCCAACGAATCCTATTACCTTTTCGTCATTA +GCAAGTTCCATATCACTAGCTGTAACTGCAGCTGCTAAAGCTCCTGCTAAGAATCCTGCT +TCATTTTGCTTATATGTCATTGAGTAAACATTATCTAAGTCATACTCATCATAGTTAACA +TCTGTATCATAAACTATGTATTTTTTATCCTTATAAATTTCTGCTGTCTTTTCAACATGC +TCCTTCATGTCCCAACCACCAGTTATTATTATGTCAGCATCTGACTCTGATGCATCTACT +AATGATGGTTCAAATTTAGTTTGGTCAAATCCCATTTCTACAACATCAACGTTAACTTTA +TCACCAAACTGTTTTTCTATTTTCTTCATACCAGCATTTGCTGAATCATTGAACCCTTTA +TCTCCTAAAGCTCCTGTTACTAATAATTTAACATTTACTTTTTCTCCATTAGAAGAAACA +TCCTTTTCCTCTGAACCGCATCCAACTAAGAAAGTAGCACTAAGTCCTACAGCTAAAAGT +GTTGATAATATTTTTTTCTTAAACATTTCTTAAACCTCCGCCTTATACAAATCAGTTTTA +TTTGTATCGTTTAATAATTTTATATATTGATCAAATGTAAGTCTTTGCTTATAATTTGAT +AATATCTCTTTTGTACGTTTACCATTATCTTTTAGTAAGTCTTTTACAGTTTCTGTAAAA +TAATTAATCGGTAACTCATATGCTATATGTGTATCTTCTGTTCTAAAGTCATTTCCATGA +ACTCTTCCTGCAAAACCTGATACACCTATTTGAACTGTCGGAAGTAAATAAGATAAATCA +CCTATATCTCCACTTGCAAATGAATGACAATCTGATATTATCTTATCTTTATCCATAAAT +TTAAGCATGTTATCTTTTACTGCTTGTGTAAGACTTTCATCTTGTGTTAAAGGTAAATAA +CCACCTGTATTTGTAATTTCAACTTCTGCACCAATAGCTAATGCTCCACCTCTAAATGCT +CTGTCTACTTTTTTATTAACATCAATTATTGCATCTAGAGTTTTAGCTCTTATATACATA +TCTATTGTTACTTTGTCTGGGACACTATTAACACTTGCCCCACCATCACTTATAACGTAA +TGAACTCTTATTGCATCCTCTTCTTTAAATGTTTCTCTTAAGTATGCTATTGCATTTAAA +GCAACATTTGCTGCATTTAAAGCATTCACACCGTCTGAAGGATTAAGTCCAGCATGTGCA +GACACTCCTCTAAATGTAATTTTTTTACCTAAGAATCCATTTAAACTTGAATTAACTTCT +GCAAAATGTCCTGTCCCTGGTGGCATTGCATGAGCTGATAAAACTAAGTCTATATCTTTA +AAAGTATTAAGTTTAATCATTTCTTGCTTTCCAGATATATATGAAAGTTTATTTTCTTTT +ACTAAATTTTCTCGGTAGTCAAAATCACAGTATTCCTCTGCTGGAGTTGCTATAAATGAT +ACCTTCCCACCAAGTTCATCTATGATGTTCGATTCTTTTAAAGCTAAAAATGTTCCTAAC +ATCATACCAACTTGTGCATAGTGTCCACATGAGTGGGCACAGTTATCTCTTTTTCCTAAG +TACTTATGTTCTGTACTTGGTACAGAATCTAATTCACATAAAAGTGCTATATGAGGACCT +TCTTTTTTAGAATCAATTGTGGCCTTTATCCCTGTTATTGCTATATCATTTATGTAATTA +ATTTTATACTTTTCAAGTTTCTCGCATATTAATTTATTTGTTTCAAACTCTTTAAATCCA +AGTTCTGGATTTTTAAATATTTCTTCACTTAAATTTATCATTTCTTTTTTTAGTGAATCT +AAAAGTAAATTATCCATAATCTACCTCTCTTCTGAACTTATTTTATTATTTTGTGCCTAT +TATCATTTTACTTTCTTATTATATCAGTTTCTGGATATAATTCAATATTTTTCTCATATT +TTTTGTGGTATTTTGTATGATATTGTAGTTTTATATCGTATCTTCAAAAATTATCAAGTT +CATTTCCTTATTATAATTCGTATTTCCGAAAAAAAAATAGTGATCTAATAAAGATCACTA +TTTTTGTCTCTTATCTTCTAAACAACACACAAAACATATAATTTTGTATTTATGTATAAT +AATTAATAACAAATTTATTAATTATTATACATAAATCAGTATTGGAATATAAATATCATA +CACTATCTTGTATTTATTATACACTATTAAATTACTTTTGACAATTATTATATATTATTT +TTTTTTATTTTCAGATGTTGATATATTAATTTTTCTTTCAATGCTACTCTATTTCTTAAA +ATTAAAAAACTCCATTGTCAAATTTGGTGGTGAAAATGTTACAAATACAAAATCTGTTTT +TAATTTATTTGTAAGATCAGTGATATCACCATCATAGTATCTAGGGTCTACTAAATATAC +ATCTGAACATACATTTGATAAAAATGCAGATAAAGGCAATGAAAATGAATCCTTTATAAA +TAATACTTTTATTCCTTTAGAATTATTTTTATTTTTTATATGTGTAAAACCTTGATTTCC +TGTAAGATATGATGAGTACATATCTTTTTCTAAATCATAATGACCCTTTTCACTATTAAA +TGGCATTGTTGAAATTAATGAATCTTCAAACCTACCTTGTAAATTTACTACTCTATCTTT +TGTTTGAGACATAAATTCAAAATTAGTTGTAAATTTAGGATATATTAATGTAAAATCATC +AACTCCACCATAATATATACTAGCTTTTCTAGCCATTGATCCTATATAGCTATTTTTATA +TTCTATAAAGTTATAATTGTCTTTATTTCTGTAAAATCTATATTTATCTAAATTTAAGTT +ATATTTGTAATTTAATTCGTCAACTAATTTTGTATATGCCCAAAAAGCTGTTTCTATAGT +CCAGTGATGATCTGTTTTAAAAAATAGATCTTCTTTTGATATTCCATTATCAAGTAAGTC +TTCTCTAAAATCTATAGTATCTATTCCTATATCCTTAATACCTTTTATAAAATTATCTGC +TGTTTCATTTGCAAAGTTATATGGTATACCTTTAGGAAATTCAGTATAGCCTTTTATATA +TTTATCTGGAGGCATCAAATATATTAATTTAGTGTCTTTTTTCTTAATATCTTTCTTAAG +AACGTTCATTGCATTTACCATTTCATTTACCGGATTAGATCCCTCAGTAAAATAAGTATA +GTGGAGTGATCCATTAGTATCTTTAACTACTTCAAAATTTGATTCCTCATTCTTATCCAT +AAGCTTTTGTGTAAATCCATATAAATTAATATACTCATCCTTTTTATAGACATTTTCATT +TATTACAGAATCTATTTTATTAATAAACTCTTTTATAGTTTCAAAATTTATATTACTATA +ATCAAATTCATTGAGTTCAGCTGCTAATGGACCGTAAGATATTTTTATATTTTGATACGA +GAATAACATCAAGAATATAACAAATATAAAAGCAGTTATACCTTTTTTAATAAATAATCT +TTTATTATGTCAATTACCTCTTTCCGTATTAAAAGTTAAAGTATATAAATGGATTATAAC +TACCTTTTACAAGATAGGATAAAACTATAATAAATAATATCATTATTGCAAATGGATAAA +CATATTCTAATAATTTAGTACCCTTAGTGTTTTCTACAATTAATTTATTTGCATATTTTG +CAATAGGAGTTGAGAACACAATTCCAAGTATAAAGAATACACTGTATTCTTTTATAAACA +TTAATGTATAATCACTAAAGAAGCCATTATAACTTAATCCAAACATATATGAAATATACT +TACCTGCTTCATACAAATTTAAAGATCTAAATATAACCCATCCAAGATTAACTAAAAATA +ATGTGTATATATGTTTGAAAATACCTATATTCTCTATTTTCTCAAAAGATATTATTTTTT +CCAGTGCTATAAAAACAAAATTTAGCAGTCCCCATACTATAAATGTCCACTCTGCACCAT +GCCATATACCAGTTAATAACCAAACAACTAAAAGATTTCGAATCATCTTATCTTTATTTG +AAACTCTAGAACCACCAAGAGGGAAATAAACATAGTCTTTAAACCACGACCCTAAAGATA +TATGCCATCTTCTCCAAAATTCTGATATAGATTTTGATATATATGGATAGTTAAAATTTT +CTTCGAATTTAAATCCAAACATTAACCCCATTCCTATAGCCATGTCTGAGTATCCACTAA +AATCATAGAATATTTGCAATGTATAAGCTATAGAGCCAATCCAAGCTAAAGATGCTGCTA +TTGGAGATATTTCACTCATACCAAATATTCTATCCGCGACTATTGCCATGCTATTTGATA +TCAAAACTTTTTTACCTAATCCTGTTATAAACCTGCAAGTACCAACAGAAAACTTTTCCC +ATGTTTCTTTTCTATTTTTAATTTGCTCTGCTATAGTACTATATTTAACTATAGGACCAG +CCACAAGCTGTGGGAAAAATGATATATACAATCCTACATAGAAAGGATTTTTCTGTACAA +CTCCACTTTTTCTATATACATCTATAACATATGATAATGCTTGGAATGTAAAGAATGATA +TCCCAATAGGTAGAACCATATTCGGAACAGTAATAGGATTATTTTGGTACTTATTAATAT +TTCTAATAACAAAAGTTAAATATTTAAATATAAAAAGCATCCCCAAATTGTATATACAAC +TTATAAGTAAAAAGAATTTAGCTAAGCTTTTTTTATCTCTAATAATATCTATAATTAAGG +CTAGAAAATAGTTTACTACTATTGATAATATCATCAATAATACAAATTTCGGTTCCCCCC +AAGCATAAAATATTAAACTTAATATTAATAAAATTCCGTTCTTTAAAGGATTAGAGAAAA +ATAATCCATAGTATAATATTAATGCGACTGGTAAAAAATAAAATAAAAATGCTACGCTTG +AAAATATCATTACTCTACCTCATTTTCTTTTTTTATATTGTCAGTAATATCTTCTATATA +CCTTTTCTTACATATTGCTATATACCAAATAATTACTATAAAAGTCACAAATACCAATAC +TCTTAAAATAATTATTATAGTATTTATTACTTGTCCTTCATTATCACTAATTATCTCTTT +TACATCAGTCGAATTTGCTAATCTAACTTTTACACTTTCTTTTGCTTCATACTCATAAAT +CCAAGATTCTACTAACTGTACTTCTATATTGCTAGACCATCTATCATCTACGTTTGACTC +TATATTTATTAAGCCTGACTTTGCATCCGAATCTATTGTAAGAACTCCATCTTTATTAAT +TTTTACCCCCCTTACTTCTGGGATAATTTTAAAATCCACTTTCGAATTTAACTTTTCTAA +GTAAAGATTTTCATATTTTAATTTATACTTAGCAATAGTTTCTCCAACAACTGGTATCTG +AACTGACCGTTCTCCAATAATCTCAATCTTACTTTTAGAATTTATTTTATTTAATATTTC +TGAATTATTATTTTCAGCATGTATTTTAATATAATTTCCAAAGAAAAATAATAAAGATAG +TGCTATTATGATGTATTTTTTTAATGTTTTGTTCACTTTAATATTTCCTTTCTACCGTCT +TACTCTTATAAAAAGCTATATATAATCCATTTCATTAAATTCAAGACTACGTTTTATATT +ATTAGTTTGTATTTCAAGATCAGTAAGTTGCTTAGCTCTATCTGTATTAAAATAATTATT +CCATGAGTATACAGTTAAAATAAATTCTTTATTTTTTACTAATTCCTTATAATTTTCAAC +TCTGTATAGCTTTATACATTTACTTTTATTATCCATATTTTTACTTGTGTTTACATAATC +AATTTCTTTACCTTCTACACATTTCAAATAACAATAATCATTTACTTGTATTGTTATTTT +TTCAGGTAAAGAATTTTGATCTAATGCTCGTATAGCTACATACTCATAGTTCTAATCCTT +CTATGTCACCTAGTGGTGGGCAATCTCCTAATCCTTTTACATCACCTGGTGGTGGGCAAT +CTCCTGCTCCTTTTACATTACCTGGTGGTGGGCAATCTCCTACTCCTTTTATATCACCTG +GTGGTGGGCAATTTACTATAAATAACTGTAGAAGGATGGCAATAGTTAGGATAGAAATGA +GGAGAGGTTTTAATCCTTCTAATTTCTTTATGATAGTAGATAAAGCTGATAGAAGGAGTA +TTCAAGGATTTAGAATAGCTTGCGAATCTGGTAGAATTAGATTTATACCAATGGCTGTAG +AATATAGAAATATAAATTTCATAGAATGCGCATTTTAGATTAAATCTAAAAAGATGTTAT +CTTAAGTAATATATCTATGTACTACTTAAGATAATGTCTCTTTATTTATTCTTGCTAATT +ATTGATATATTTATAGAATGTGACTTTCAGCTCCTTATTATCGTATTTAAAATTTGCTAG +AAAGTCTAACGAATTATATTTATGAATGGTTTAAGATTTATATGATAATAAAAAAATACC +TTCTATATTTGAAAAAGTAGAACATAGATGTTCTTCATCTTATCGAATATAAAAGGTATT +TCAAAACCTTTATTATTAAGTTTTAATTTATCAATTATGCGTTAACAGCATACATTTCTT +TTAATTTACTTTGGATCTCCTTATTTTCAAGATACTCTTCTAAAGTAGTCTTTCTATCCA +TTATTCCACCAGGAGTTATCTCTATTATTCTGTTAGCAAGAGTTTGTATCATCTCATGGT +CATGAGAGTTGAATATTAAAACTCCAGGGAATTTTTCAAGTCCTTTATTTACAGAAGTTA +TAGATTCAAGGTCTAAGTGATTAGTTGGGTCATCTAATACTAAAACGTTAGAGTTAGATA +ACATTAACTTAGATAACATACATCTAACTTTTTCTCCTCCAGATAAAACTTGAGCTTCTT +TTAAAGCTTCTTCTCCAGAGAATAACATTCTACCTAAGAATCCTCTTATGAAACTTTCAC +TCTTTTCTTCAGAGTATTGTCTTAACCAATCAACTAAAGAGTAGCTTACTCCATCGAAAT +ATTGGTTATGATTTTTAGGAAGATATGCTTGAGATGTAGTTACTCCCCATTTGAAAGTAC +CACTATCAGCAGTATCTTCTCCCATTATTATATTAAATAATGTAGTTACAGCTATTTCAT +CACCCATGAAGGCAACTTTATCATCTCTATCTAATCTGAATGACACGTTATCTAAAACTT +TAACACCATCTATAGTTTTAGTTAATCCTTCAACTTCTAATACTTCATTTCCTATTTCTC +TTTCAGGAGTGAATCCAACGTATGGATATCTTCTTCTTGATGGTTGTATCTCTTCTATTT +CTATTTTATCTAATTGTTTCTTTCTAGCTGTTGCTTGTTTTGCTTTAGAAGCATTTGAGC +TAAATCTAGCGATGAACTCTTTTAATTGAGCTATTTTTTCTTCAGCTTTTTTATTTTGAT +CTTTAGCAAGTTGTAATGCTAATTGGCTTGACTCATACCAAAAGTCATAGTTACCCACGT +ACATTTGTATCTTACCAAAGTCAACGTCAACTATATTCGTACATATTTGGTTAAGGAAGT +GTCTATCATGTGATACAACTATAACGATAGAATCTTCTAAATCCATTATGAAGTTATTTA +ACCAGTTTATTGATTGGAAGTCTAAGTGGTTAGTAGGTTCGTCCATTACTAGTATTTCAG +GTTTACCAAATAATGCTTGTGCAAGTAATACTTTAACCTTTTCTCCACCAGTTAATTCCT +TCATTTGCTTATAGTGTAAGCTCTTGTCTATTCCTAGACCCATTAATAATCTTTCCGCAT +TTGTTTCTGCATCCCATCCGTCAAGTTCAGCAAACTCTCCTTCAAGTTCTGCAGCTTTTA +TACCATCTTCTTCAGAGAAGTCTTCTTTCATGTATAATGCATCTTTTTCTTGCATTATAG +AGTACAGTCTTTCATGTCCCATTATAACAACATTTAAAACTGTATCTTCTTCATATTTGA +AGTGGTCCTGTCTAAGTACTGACATTCTTTCTTTTTCAGTTATTGAAACACTTCCTGTGT +TTGGCTCTATATCTCCAGCTAATATTTTAAGGAAAGTTGATTTTCCTGCACCATTAGCAC +CTATTATCCCGTAGCAATTTCCTTTAGTGAACTTTAAGTTAACATCTTTGAATAACTCTT +TATCACCAAATCTAAGTCCTACATTAGTAACTTGTAACATTCGCTTAATTCCTTTCTTGT +CTATATTTTCTTTATAATACACAACATTATTTATAATATAATAAATATTAGTTTTAGTCA +ACTAAATCGAACCTATGTTTTAACATTATTTTATATTTTTATCCCAATATTATATAAGTG +ATTTTATAAAATAATAAGTTTATATTTGCATACTATATCTTCATTAATGTGAACTTTATT +GTAAGACCACCAATATTATTATTTTCAGCCCAAATCTTACCACCATGGCCTTCAATTGCA +CTCTTGCATATTGATAAACCAAGTCCGGCAACTTTTCTACTTTTATCTGATGTGTAGAGA +GCTTCAAAAATTTTATCTATTTCTTCTTTATTAACTCCTTTTCCACTATCGCTTATAGAA +ACTAAAATATTTTCATCTAAATCTTCAAAATTAACTATAATTTCTTTTTTAACTGAATCC +ATATTTTTTATACTATTACCTATTATATTACCAAATACTCTTCTAATCTTTGACAAATCT +ATGTCAATAAAATCTTCATCACAATCAGATTCTATACAAAAGTCTATATTTAGTTGATTT +AATTCATCTTCATATTCTTCATTAATTAAGTTGACTAGTTTTTTAATTCTTATTTTTTCT +TTTTGTTACTACTTTCTAAGTTATAACTTAAATAATCATCAAATTCATCAATTAATTCCT +TAATATCTTGTGATTAAGTTTACTCCTGTTTTTTATTGGCTTACTCCATTTTTTAATTCA +GAAGTCCCATTATGAAGTGAATTTACTCCAAGAGTATATTTATCTAATCCATCTTTTAAA +GTTCCAGTACCATCATTTACAGCTTCTATAGCTTCAACTAATGTGTTTAAATCTCCAGTC +ATTTCTGATGCATCTACATCTACACTAATTGCCATATTCATACCATTTATAGATATTGCA +TCCATTTCAAAGTCTGTAACATCTGCTGTTAATGTATAATTTGCATCAGTACCTGGTAGC +TTTATATAATTTATTGATTTAGTGGACCCAACATTTACTATAGTAGCATCTTCAGACACT +ACATTTTTGCACTTATCTCCATTTATTTTTGCACTTATCTCCATTTAATGTTAAAGCTAT +TTGCAAAGCATAATTATCATAAAATATTGAGTTGATATTTTTATTTTGAGTAATATCTAA +TTTTATTTCTAATTCACCACTTTTACCAGCTAATTCCTCTGAAGTTATTAGTTTCCCATT +AAGATAGTACTTTAAGCTTATATTCCAAGGAAGTTCACCAGATTCTAGTTCACCTTGATA +GTAAAACTTCCCATCTACATTTGAAGATTTAGCATTCAATACTCCATTTATATAGTTTAA +TTTATCATCAGTTGAAAGATTTAATACATTTGAGTAGTTTCCATAGTCTACTATGTCTTT +ATTTGAATCAAATCCGTTAACTATATAAATATTGTTAATCTTACCATCTTAATTTAATTT +AGCATATACAACTTCTTCTTTAAGAGTATTTCCATCTGCAAATACTGGTAAAATATTACT +CATTAAAACTGATGTTGTAATAACAAATGCTGTAGCCTTCTTTTTATTATTATACTTACT +ATTTTTCATGTGCGAATTCATAGTGAACTTACCCCCTTATAAAATTCTGATTTATATGTC +GTCTTTTCAATCACTTTATCAAACATAACTAATATTGTTGGTAAAAAGAATAATACTGAA +ATTGCTGAAATTACAGTTCCTCTACCAAGTAATGTTCCAAGTTGAACAATAACTGTATTA +GTTGATATATTACCTAAAGCAAAACCTGATATTGAAAGAATACTTGCTGATGTTAATATA +CTTCCTGTAGCATGACTTATAGTGTCTTTTATTGAAGTATGCTTATCATAGTGCTTTCTA +TTATTTAAATACTCATTAGCAAATAATATTGCATAATCAACTGTTGCACCTAGTTGCACT +GCACTTATAACCATATATCCTATATATGCTATCTCTGAATTTGCAAAATATGAAACTGAT +AAATTTATCCATATTGCCGATTCAATTGCAATTAAAAGTAATAATGGTACTGATAATGAT +TTGTAAGTAATAAGTATCACTATACCTATTGCAATAATTGCAGCTATAGTTGTTACCTTA +TTATCATTGATTACAGTTTCTTTTATATCATAAGCACTTGCACTACCACCCGCTAAATAG +CAGTCTTCTCCAAAATATTTTTCACCTAAGCTTCTTATATCCTCTACTACTTTGAATGCC +TCTTTACTTTCCTCTTCTGAATTAAGTGTTATTATCATTCTGCTATAATCCTCACTTACT +AAAGCAGATAATTGATCTTCTGGAACAAAACCTCTTGGTATTTCATTGCCTACCGTCATA +GAATAATACATTATACTTGATACACCATCAATATTAGAAACTTCCTCACCAAATTCTTTT +TCTAGAGATGTCTTATCTCTTGGTAGTAAAAAGACTAATGCATTAGATTTTCCAAATATG +TTATTAGTTTTTATTGTATCTCTACCTATTTCAGTTTCTTCTCCACTTGCTATTGATGAT +GCTCCATAAGTAAAATTGCTTTTACCTTGAGCTATGTAGCAAGGAGCTACAATAAGTATT +ATTAAAGCCACTACTATTGGCCCAATCTTCATAGATAAATTTCCTAAGTTTTCAAAAGAA +GTCATAAATGATCTATGCTGAGTTTTATCAATTATTTTATAAGTATAAATTGTTAAAACA +GGTAACAATAATAATACAGATAAAAGACTAAACATTATACCTTTTGCAAGTACAATTCCA +AGGTCTGGACCTATCTTAAATCTCATTAATGTAAGTGCTAAGAAACCAAGTACTGTCGTT +GCTCCACTTGCCAATATAGATGAAAATGATCTGGTCATAGCATTTAACATAGCTTCTTTT +ACATCCATACCTTCATTTCTAAAATCTGCAAATCTGTGAAGTAAAAATACTGCATAATCT +ATAGATACAGCTAACTGTAAAATAGAAGCTGTAGCTTCTGTTATAAAAGAAATCTCTCCT +AAAAATACATTAGTTCCTCTATTTATTAAAATAGAAATTCCAACTGTAAATAAGAATAAA +AATGGCTCAAACCATTAGCTAGTACTTATCATAAGAATAACTATTATTATAGGAATTAAG +AATGCCATAATCTTAGAAATTTCTTCATTTGTTGAAGACTGAGCAAATGAAAGAGTTGCT +GCGTCTCCAGATACAATACCATCTTCTCCTACAAGCTCCTTTAACTGAGCAATTGTGGCA +ATTAACCCTTCCCCATCATTAACAACAACTTCTATTAATGCATTTCTATCTTTATATGAA +GTTTCTAGAATGCTTTTATCTATCATGTCTAACGGTTGTTCTACGTTAACATAATCATCC +ATCCAAGTTACTTCTTCTACTCCATCTACTTGTGATATAAGCTTTTTATATTCTAAAGCC +TTTGCTACACTGACGCCTTCTAGCATTATCCTTAAATTTGGTGGACTTTTATCAAATTGA +TCCTCCATAATATTAATTGATATTGTAGATTTAGAATCTTCTGGTAAATACTCTACCATA +TCAAAATTAACCTTAACCATTTGCATTGCAAATATACTAAATAGTGTCAGTAAGAAAAAA +ACTATAAGTACTGTAAACTTATGTTTTAATATTTGATCTGATAATTTTTTCATTTTACAC +CCCCTGTTATATTTCACCGTTGATAAAATCAATTATATTAATAAAAAATTAATAGGCTAT +GTATAAATTATTAAAAATTATTAAAAATAAAAAATTCTGTATGATTTATATGTACATAGA +CATATTCATACAGAATTTTCATTAGAATAATATATTTTTACTATGTTTATATCTTTGCAA +AATTACATGCAGGATAAGTACATGTATCACATTGCATACAAAGTCCACCATGACCATAAG +CTGCTATATCAGCTTTAGTTAATCTTTCATTAACTAATAACCTAGGCAATATTACATCAA +ATACTGTAGTCTTGTTATACATTGCACATCCTGGGATCCCCATTATAGGTACTTCATTAT +AATAAGCAAGTAAAAACATCGCCCCTGGAAGAATTGGTGAACCATAAGTAACTAACTCTG +CACCACATTCTTTTATTGCTGTTGGTGTAACATCATCAGGGTCAACACTCATTCCTCCAG +TACAGCATATAAGCTCCGCACCTTCATTAACAAACTTTTGTATTGCTTCTTTTATTACTT +CTTTATCATCTGGACATATAATTTGTCCAATTATTTCACAATTATATTTCCCTACTTTAC +CTTCTATCACTGGTCCAAATTTATCCACTATTCTTTTATGATAAATTTCATTACCCGTTG +TTACTATACCTACTTTCTTAGGTTTAAAAGGGAGAACACTCACAATCTTATTTTCTCCAA +CTACTTTTTTAGCTTCTTCTAGTTTTTCTTCTTCAATTAACAAAGGTATCACCCTTGTTC +CTGCTACCTTAGTTCCTTTTTTAACTTCAAAGTTATTATGAAGAGTTGCCATCATTATAT +CATCTATAGAATTTAACTTTAATAAAGTATCTACATCTATTTTTAATAAACCATCTATAC +CTGCTATAAAATCTATTTTACCTTCTTTTATTTCACTAAACTCTAAATTTTCTCCTGCTG +CTATATCCTTTAAAAATATAGCACCATCATTTTCATGAATCATACCTTCTACAGCTTCCC +ATACATATAAATTATCTTTCCCTAAAGATAATAAAACCGGTATATCTTCTTCTTTTACAA +CATGCCCTTTTTTAAACTTTCTTCCTTTAAATTGCCCTGGCAATATTTGAGTAATATCAT +GGCATAATACCTGACCTACTGCATCTACTGTTTTTATTTGTTTCATACTCTTACTCTCCT +TTTATCTTTTCATAATCCTCTTTAGTATCTATATCAAATAACATTTCTTCATCTACATCT +ACAGATATAACTTGATTACTATTATTTATTACCTTTTTCCCCTTTTCATCACCATTTAAT +AATAATAGATCATTCTTCTTATCATAAGGAAATATCACTGGGTTACCGCATCTATTTTCG +TATTTCGGTATTACTATATTATCTTTATTTTTTTCAAAGCTGTCTATTAGCTTATTTATA +TACTTTATACTTACTTTAGGTTGGTCACCTACAAAAAACATAAAACCATCACATTTTGTA +CTACTTTTTAATCCTAATTTTATTGATTCACTTTGTCCTATCTCTGAGTTATTATTTTTG +ATTAGTTTAAATTCATATTTTTCACCTATTTTAAGAACCTCATCATATTGGCTAACCAAT +ATTACTTCATTAAACTTACATTTACTTACTTCTCTTATCACATGCTCTACTACAGGTATT +TCTTTATATTTTAATAGTAATTTATTCTCACCCATTCTCTTTGATAAACCCGATGCCATT +ATTATTGCATTAACCATATATCATCCTACCTTTATCAACATTTTACACAAAAATTCTCCT +TTATACTTCCATAAAATATACTAATATCAGAGTTTTCATATTTTATAAGTTTAATTAGTT +CTTTAGCAATATTTTTGTAATTTTCATTTTCTACTTTATTAATAAAAAGAACTTTATCCT +TAGTAGCATTTTTAAAAAGTCCATCTTTATGTAATATCATATTCTTTAAATGAAGAAGGC +TAACTTTATCTTCATGTATATCAGTTATTTTTAAAAATTCCTTTAAGTTATGTATATTCT +CACCCTTAATATCCATACCATAAGATGTTATATCTACAATACCTATGACTTTATTTGTTT +TAGGATATACTACTGGTTCATAATCTCTCCATCCTTTTAGCTTCTTTTTCTTTGAACCAT +CTCCTTCTATAAGAATAAGTTCAAAATTATCTTCTATCTTATTTATTTCATAGAAGTCTA +ATCCAATTATCTTATTTTCATGATTTATATACTTTCCCACTACAGTCACTCCACAAGAAT +TAATTGTAGGTAATTCTTTATCATGTTCAGTCATAAATAGATTATCATAAGTATTTTCAT +TTAATAAATATATTTTAGTTGTTGTAGTTAAAAGCACCTTACATTTATCTCTATAATACT +TAGCAAAATAATTTATAAAACTTGTCTTACCTCCTGCACCTACTACTGTTATAATCTTAT +CATTGGATTCTAACATTTCCATTAAAAGCATTATATCACCTCATACTACTTAACTATATA +ATAACATAAAAAAAGATATACTAGAGTGTCTCTGTATATCTTTTTTTATATTTAATATTA +ATTTTATATAATTAAATTTAGTTATATACTAATCCAAATTTAACTTCATCTTTACTGCTT +TCTTTCATATATAATGAGAATATTATCTCATAAGTAGAAGCAGATTTTTCTTGTATTGCC +GTTAAAACGTTGTGTAAGAATACTATTGCATTTTCACTGTTATTCATTTCTACAAATAGT +ATTCCTTTCTTTTCTATAAAATCACTTCCTACTTCTTTTATATTACTTATAAGTTCTTCT +GCTATTTCTACTTCACTTTTACTTGTGTCAAATTTATTGAATGAGTATTTTATCCCACCT +TCACTTGCAAAAAGCTCTTTTAAGTCAGTTAAGTCTATACTTATCATACAGAAGTCAGAT +ACAGCTTCTATCATAAGATTTATTATATTCATTATTTCATTACAGTTCTCTTCATTTATT +AAGAATTCTTGATTTAATCCTAACTCTTCTTTATGTTCTTTTTCTGAAGAGTTTAAACCT +ATACTTAATACTCTTCTTTCTCCTGCCATAAATGATATTGCTTTTACTATGTCTACCGCT +CTCTTATCTTCTGTTGAGTAAGTTAATAATAATATATCTACTCCATCTAATAATTGTCTA +ACATATTCTTTGTCTACATCTTGATTGATGTTTATTTTTTCAGTATCCACATTTTCTTTA +ACTACACTATATATAGATTCTAGGTTGCTTATTCCTTCGTTACCTATTCCTATTATCTTT +GCATTTTTATTTATGTTTTCCATTGTACTTCTCCTTATGGTTCTCGTTTTAAAATTACCT +TATTATTAAATTAAAACATATTCTTTAAATATTTTCCATATTTATTATTGACAGCTTTAA +ATAAAGGTACACCTATTATAGTTATTACTACAAATTGTCCAAATCCAACTTGTAACATTG +TAATAAATAATGGCATCCCAAAGAATATTTTTAATTGTACTGCTACTATTATAGCATTTA +CAATTACTGGCCATAAAGATGCAGCATATACATAACTTTTCTTATCTTTCATATACTTTC +CTGTTAGATACACTAAGTATACACTTATGAAAGTTGCTATTGTTCCAAATATCATGTCAG +GCACTCCGTACAATCCTAGTAAATTAGCTAAGAAGCATCCTATTGTAAGCCCGACTATAT +ATTTTTTACTAAATAAAGGTAATAATGTCATTACTTCTGATAATCTAAATTGTATCGGTC +CATAACTTACGAATGCTAGACTTAATGTTAAAGTCGCATATAAAGCAGCAACTATTGCAG +TAGTTACTATTGATCTAGTCTTTTTTGTCATATGTTTCCTCCTATTGTTTACTTATATAA +TTAGAATCTCATTTGCTTAATTCTTTTATACAATAAAAAAACCGTAGATAATCTACGGTT +GTGCACAAATTTAGAACATTCATTAAAATGCAGGTTACCGTAGTTTTATTTAGAGACAGG +AGGTTTACGAACTGTCTTATAGTTTTACATCCCATTATATAATAAATCTTTTATAAACTC +AATATAGTTATTTTTATAATTTTTTTAACATATTAATTAATGAGTATGTTAATACATATA +CATAGGAGGTCGTATGACTAAAAATAATAATACAAATTCCTCTTACAACATGTGTGACAC +TAGTAATTACTGTAATAACCTTGCTAATCAATTTAATTTTCTAGCAACTATTTATACTGC +AATAATTTCACAAGAAATTGAAGATGATGAAGTTTTAGGTTTATTAGGTTCTTTTTTAAT +AGTACTTGGAGAACAAGTTTCCTTTGCATCAGAAACTCGTATTTTTTGTAAATCTCAGTT +TGAAGAAGAAGAAAATAACCTTGAGGCAGATACTAATATAGCTGTAGAAGATATCTTTGA +TAGAAGCGCATCTAAATCAAAACCGAAATCTAGATATAGAAAAATTCATAAAAGAATAAA +AAAAAGAAAAACAAATAAAAAATAAGACCTCTAGTCGTATTTATACTAGAATTGGTCTTA +TTTTTAAGTTTGCTTATAATATATTACTAGTAGATTTAATTTTTGTATTTTTATATTGTC +ATTTTGTAAATTTATAATTACTTATTCTCCATGTATATCTTTTAATTTTTCATTATCTAG +TGTAGCATTTTTGTCATCATAAGCTGCTTTACTGAATATTTTTTCAGCTTCTTTTATATC +TAATCCCTTTATATCCATTTTCTCAACTCTAGCCTCGCCTACTTTATCATTATATAATCC +ATATAAATAAGCTACAGCCTGTGGTAAAAAACCTAATAATCTAGCTCCAACTGCGTCTGC +TGCCACTGGATCTGTACTTGCGATTATAAGTCCTGGTGTATCTACGCTTTTTCCACTTGA +AGGTCCTGTGCCTACCATCGCTTTATCACAACTTACGATTGCTAAATCTATAGGAACCTT +GTTTGCAAAAGCTCTTATGAATCCATGTAAATCCTCATGTATCCCTGTATTTTTCTTAGG +ATATCCATGTACTTCTGCTGGTGGCCATCCCATCGCTATATTCTTTATACTTGCCGTTAT +AGTTGCTTCTTCATGATTTTTAAGTTGAGTAAAGGAGATAATTACATCTGCTTCATCTAT +AATTTTATTTATTGGAGTTGATTTTATTATATGATGATCTAGCTGTAAGTTAACGTATGG +TCCATAATTTAAGTCTATAAATTCTACGTTTTCTTCACTTATAACTTTATCATAACCTAC +TTTAGTCATTATATCTGGAGTTTTACCACCACCTGAACCTGTTGCTATGTATATTTTAGA +TGGTTCTTTTGATTTCACATATTCTATAAGAGTTTTTAAAGTCTTTGGTCCTACTACTGC +GCCTGTTTTTGGCCCCTTATCATTAACCCCGTTAGGAGTTATAATTACTGTATCACCTTT +TTCGATTACTTTATCTATTGGAAGCATATCTAAGGCCTTTTCTAAGGATTTACTTTCTGT +AAATGCTTTAGTTATAGCAACATATGGCTCTTTCACTTTACGACTTCTCATTCTATCACC +TCTTTAAATAATATTTTTCTATATTTTAATTATTTGTAAATTCCTCATAATTACACCTTA +ATAATCATAAATTTCATTAAGTATATTTTTAAAAGTTAGCAGGTGATTTTTTGCGTTTAT +TAAGAACTTATAGAAAACCAGTTCATTTGGAGGTACTTACGAGTATATTACTTATATGTG +CAACAGTATTAGCTTTAGTTGCATATAACAGCCCTTTTAGAAGTGTTTATAAATATATTT +TTAATAAGATATACGTTACTCCTAATTTTTCTTTACATATGTTTATAAATGATTTTTTAA +TGGCAATATTTTTCTTGGTAGCTGGACTAGAAATCAAACATGAAATACTATATGGGAATC +TATCTAGCTTTAAAAAAGCATCCTTTCCTGTTATAGCATCTTTTGGAGGAGTAGTTGTCC +CTGCGATTATATTTTTTATATTTAATAAAAATACTCCCTTTTTGAATGGAATTTGTATTC +CAATATCTACTGATATAGCTTTTTCTGTCGGTTTATTTTTATTATTCAGGAATAAATTAA +ATCCTTCTCTTAAGATATTTTTATTATCATTAGCTGTAGTCGATGATTTAATATCTATAG +CTGCAATTGGCATAATCTATTCTTTAGATATTAATCTATTTTATCTCTCTATAGCTTTGA +TATTCTTGATAGTATTATGTTTAGCTAACACCGTTTTTAAAGTTGAAAACATTACATATT +ATATTATCGGTGGAGTTTGCCTGTGGTACTTTATCCATTTAAGTGGTGTACATTCTACAA +TCAGTGGTATCCTTTTAACACTTGCTATTCCTTCTAAACCTAGGTTATATAATTTAAGTG +TATTGGAAAGACTTCAACATTTCTTAGTTCCCTTAAATAGTTTGGTTATCATTCCATTAT +TCGCTTTTGCTAATACTGGTGTGTCACTTGACTATAATTTAGATTTTTCTAATGCTACTT +CATTATCTTTAGGAATTATTTTAGGTCTATGTATAGGTAAGCCTTTAGGGATTATGCTAT +TTTCCTATATCTCTTGTCTATTTGGAATTACTGAAAAACCTTCTTATATACGCTGGAACT +CTGTTTTTTTAGTTTCTTTATTAGCAGGTGTTGGTTTTACTATGTCTATATTTGTTTCTG +AAATTGCTTTTATTAGGGATGCTGCTTTAATTAATATTGCTAAGATGTCTATACTTACAT +CCGCTGTGATTTCAATATGCTCTACTAGTATTGCTATTCATGTAAATAGCGTCTTCGAAA +AAAGGCGTAATAAAAATAAATTCCATAAGTCGGATAAGTGGAATATTTCATGATTACATA +TTAATATAAGGTAGATAGTCTCTTAAACTATCTACCCTTTCTTATAAATTTTCTTCTACT +TTATTATATAGTGCATTGAAAAACGATCTTAGATTTGTTTTGATATAGTTATAGCTGTTA +TCTGATGAGCTGTCACTAAGATTATCGACCATATAATTAATTGCTCTTAGTAATCATTCT +ATTTGCATCGGCGTAAATGTTATTGGATCTAATATTTCTTCTTCATTTAATTCTATAGTT +GCTTCTTTTAATAAACTTATAATATATTTTGTGTACATTTTTCCTGGCATTATTTGTTCT +GAATATTTCATTTTATCTTTAACGTTATTTGTATAAAAAAGATGTTATAGGATTATGAAT +TAGTTTTGATTATTTTAATTTAATATTTACTATAGACTCTTTATCTATTTTACCACCTAC +ATAAATCTCTACTAACTTATCTATAATTTTTGCCTTTGTATTACTTTTAGGAATTTTAAT +ATCTAAATACTTGCCTAGTATCAGTAAATTATCCTTTGTAAGTTTTGAATCTATAAGAAT +AGACTTAGCGTCTTCTCTAGTCTTTGCAGTTCTAATTTTCTCATAAACAACGTTTACTTT +AACGTTATTATCATTACTTTCTTTCAATTTATCTAATTTTATATAAGTGAGTTTATACTC +CCCATTAATTATTTTTTCTAAAGTTTGCTCATTCATCTTAGAAATAAACTTATAAATAAT +TTCAAATAAGTTCTTAGTATTACTCATTATATCTCCTGTCATTATATAATAATTATAAAA +TATTATCTTTTTGCAAATTTATTACTATCTTATTACATTGATTACAAAAATAAGCTTCTA +CACTATTAGAACTAGACTTATCAGAAAGCTTAATTCCTTTAATAAATGGTGATAGAAATA +TTCCCTTATCTTTTTCTTGTGGTATCCATTTAATAGAATATCTATCTCCATGTATAAACC +CAGATTCCATATTTTTATTGCAATATGGACAAACCATATAATCCCCCCTAAGTTTTACCT +TGAAATTTGTCTATGATGTACTTTATATTCCTCCCCAACACAATAATTGTAATTATAAAT +TAATTCTATTTCAACAATCTATAATAAATCTATTTTATTTAATTCTAAATATACAATTAA +CTCATTTTCATTTAAACCTACTTTATAATCCGAGTCGATTTTAATATCATTTTTTAATAA +TATAAAATTTTTTAGATATTATCAATTCAAAATGCAAAACTAGTCAGCAAGTGAACAAAA +CTGGATCATTTATATAAGTTTGTTTATCTTATTTTGACTATATTTATTTCATATAATAAT +TAGCAATTACTATATAACTCGTTGTGCTAGTTAATTTTTACAATAATAAAACTCCAACAA +ATATAGTATCCTAAGATTGCATCACCAATCTAAAGGAG +>MGYG000000001_39 +ACTTGTATTTATGGTGAAGGTACATACCTTTTCCACATACAGGACATTTAGGATATCCAA +GCGAATGCTTCTTGCTTGATTGTAAGGTAAATTGTCTACGACATTTTTTGCATAAGTACT +TTTGATTGGAATTCTTATACTTACCAAACTTATACAAATTTGTGTTATGACATTCAGGGC +ATTTAACCGTAGGTTTCAATTTTCTCGACTCCTTTCTATAGGGGGAATATGTTTTGTTGT +GAAACTATTGTAATCCCTATCGGGGTCGAGATTCAAATATAAATAAGTTAACAAAACGAT +TTTTTACATTAGGAGGAAAATATGAAAAGACAATTTGAAATAAGTTATTCTTTTGGGTAT +GTATATGATAAAAGTAAATTAGTTGCAATGTATCCAGTTGGTACAAATGTAATTAATGAA +GATGAATATGAGATGGAAGTTGAAGTAGCATTTTTAGAAGATGGTATAGAGTCAGCTTTC +AAAGATGAAGATATAAAGATTGCAAATGATACAATGAAGCCATTAGAAATGTTTCTAATG +AAACCTAATAAAATTATACCTTTTGTAGAAAGTATAAAGGATGCTAATACTAAAGAAGAG +TTAAGTAAATTACTAACAGAATTTGATGAAGAATATGAAATGAAAAATAATTACATAGAA +AAAGGTTATAAAATAGTAGATTTTTATGATGTATTTAAAAATGTAGTAGATTACATTCCA +CAAGAAAGTCTAGAAAATTTAAATATACTAAAAATAGACTGTGATAATTTTAGAATGAAT +GACTTTCTAAATGAAGTAAAGAAGAATTTAGATGAAGTAATGGATAGCAACCTTATACCT +ATTTCAATGGAAAAAAGTAATCTTACGCCAAGATTATTTGTAAAATCAAAAGATAATGAA +AATAATAGTTTTTATGTACCATTTGCAGTAAATGGAAGCTCTGAAAATGCAGAAATAATC +TGTGCAAATGGAGATACAATATCAGATGTAAATATAGATATGGGAGATTTAGAAATATCT +ATTACAAAGGATGCTGGATATATTGTTGAAAGAATAAACAATATATTAACTTTTAAAATA +AGTAATTTTAATAGTCAAACTGAAAATAATAATCAAATAACTCAAGTTGTGGACTATGCT +GGTAAAATAAAGCCTATGATGATAGGATTTTTAAATTCGTATATTAAAAATATTTAATTA +AATCAGGATATTACTATTGATTTTGAAAAATAATAATCTTATTAAATTTATATATTCTAA +ATTAAGTTTAGTTAGAAAGGGTTTAAATATGATTAGACAAAGGATTTTTATATCAATGGT +AATTATAACATGTACAATAGGATTAATATCTTGTAGTAAAAATGAAAAAATGCAAATAAA +TCCTATTGACATGGAGGTAAATATAGGGCAATTACCTTACCAGGATTTAGAAAAAGAATG +GTCAGTTATGAATATGGACAAATATATTCTAAGAACGGCTCAACAAATATGGAATACTTG +GTCAAGTATGGACAAGATATGGCCAGGTGTAGATTTTTCAAAATATAATGTCTTATATGT +TTCTATAGATGGAGAGAATGCGTGGTTAATAAATCCAAACAATGAAATAATCAAATTTAG +TGGGAAAGATTTACCGGATAAGTTTAAGGCGACAGGTGAAGAAATGAGTTTTACAAGTTC +AGAAGAGACCTTGAATGGAAAGCCAACGATAAAGGTAGAGGTAAAACCAAAAATGTTTGA +GGAACCATATAGTGTTAGCGAATTTAAATCATTACCGACAGGTACGAACTTATTTCCATT +TACCGTTCATGAGGAATTTCATAATTATCAAGGTACCTGGAAAATTAATGATGTAAACAA +AGAAGAATTATTGCAAGAAGGTGTTGAAAACTTTGAAGCTAGACAAGAAAGACTTGAAAT +TTTAAATTGTTTAAATAAAGCTGTATTGGACCCAGATAAAGAAACACAGTACTTAGAAGC +TGCAAAATGGTGGTTTAACAAATATAAAACAGATAATGAAAAAGAGTATAATATGATTAA +AAATGTAGATACTTTAGAAGGTACAGCTAGATATTTTGATATGGCAGTAAATATTAGATC +AATAAAAGGAATGGATATAAGCGAAGATGAAGCTTTTAAAGTATATCAAAATATGGTAAG +GGAAGATTATACATTTTCATCAGATAGATTTTTCGGACTACCAGATGAAGAATCTTATGA +TATAGGTGGTTTATGTGGTATTATTTTAGAGAAACAAAATAATCAAGAATGGAAGAAAGA +AGCTGAAAATGGAACTCCACCATTAGAAATTCTTTTAAAAAATTATAAACAAACGCCTCA +AGAGTCTTCACCTGAGGTTAAGAAAATTATAGAAGATATAAAATTAAAAAGAGATCAATT +AAATAACGAAGAAGAATAAGGTATATATTTGATTAAAATAATATAAGATATTTAGAATAT +AAAAATGTGAGTTGATTTCAATATTGAAACCAACTCACATTTTTATATTGGAGACTTATA +ATTATTGTTGATTATACATTCCATGGCTAGCCATATAATCATAAATTTTTTTGCCGTGTT +CTTGCTCTTCTTTCTGAATATGATTTAAAACATTTCTTACATTTTCATCTCTAAATTCAA +ATATTGCTGTATTGTATGTAGAAGAAACATATTTTTCAGTTGACAGCAAGTCAGTACAAA +GTATTTTATCCTCTTGATTATAAGAAGGGATTTGAGTATTTACATTAACATTATTTTTTA +ATATATTTCCTTGCGTTTGCATATTTTGTTGAGATTGAGAATTTTGTTGATTTTGTTGAC +CTCCAGTGCTAGGAACTGTACCACTTAGTAATTGATTAATGCTGTTTAAATGCTGTTGTT +CTTGTTGCTCTAATTGATTAAATAAAGATTTTAAGTTAGGACAACTAGCTTTTTCTGCTG +CCTGCTTGTACTTATTTACGCAAAGTTCCTCATGTTCCTTTTCGTCTTGTAGTAACATTC +TTTCTTTATTATTTAAATTAATCATGAAAAACACCTCCAATTTTATTTTGCATATAATTT +CATTAATTATTCCTTAATGAACATAGATTTTAATTTATTGTAAAAAATAATATAAATAGT +TTAAAGATAGTAAATAAGGAGACATTAGTATGGACAATAAAAGTGTAAAGATAATACCCT +TAGGGGGACTTGGAGAGATAGGTAAAAATATTACAGCAATAGAATACAAAGATGAAATAA +TAGTTATAGACTGTGGAGTATCTTTTCCTGATGAAGAAATGTATGGAGTAGACTTAGTGA +TACCTGATATAACTTATTTACTTGAAAGAGAAGATAAGGTAAAAGGGTTATTCTTAACTC +ATGGACATGAAGATCATATAGGAGCGATACCATATATAATAAAACAATTAAATATGCCTA +TATATGGAACAAAATTAACATTGGGATTAGTTGAAAGTAAATTAAAAGAGCATAATATTT +TAGATATATCAACACTAAACCCTGTAAATGCAGGGGATATAGTTCAATTAGATGAAATAG +GAATAGAGTTTATTAGGGCAACTCATAGTATAGCAGACTCTTGTTCTCTAGCTATATTTA +CGCCAGTTGGAACGATAATTCATACAGGTGATTTTAAAATAGATTATACACCTATAGATG +GCTTAGTTATGGATTTAAATAGATTTTCAACTTTAGGAAATGAAGGTGTACTTTTATTAT +TAGCAGATAGTACAAATGTTGAGAGAGAAGGACATTCTATATCTGAAAAAGTAATAGGAG +AAACTTTTAACCGAATTTTTTCAGGAGCAAAGGGAAGAATTATTGTTGCAACTTTTGCAT +CTAACATACATAGGATGCAGCAAATTGCAAATGCATCTATAAAAGAAAATAGAAGAATTG +CTTTTAGTGGCAGAAGTATGGAAAATGTATCTAAAGTTGCTATGGAACTAGGGTATCTTC +ATATACCTGAAGAGTCAGTTATAGATATAGATGATATTAATAATTATCCAAATGAAAATA +TAACTATAATAACAACTGGAAGTCAAGGAGAACCAATGGCGGGTCTATCTAGAATCGCTC +ATGGTTCTCACAAAAAGATAGAAATAGATAAAGATGATTTATTTATTATATCAGCATCAC +CAATACCGGGGAATGATAAAATTATTTCTAGAGTAATAAATCAGTTATTTAGAAAAGGTG +TAGAAGTAATTTATGAAGATTTAGAAGAGATTCATGTATCCGGACATGCATATAGAGAAG +AATTAAAATTAATTCATACATTAGTAAAGCCAAAATATTTTATGCCAGTTCATGGAGAAT +ACAGACATCTAAAGCATCATAGTGATTTAGCTATAAAGCTTGGCATGGACCAAAAGAATG +TTTTTACATTAGAAACTGGTCAAGTTTTAGAAATATCAGAAGATAAAGCTGTTACAAGTG +AAAAGATACATACAGGAGTACTATATGTAGACGGAATTGGTGTTGGGGATGTAGGAAATA +TCGTTCTAAGAGATAGAAGATACCTAGCTAATGATGGTATGGTAACGATAGTACTAGCTA +TTGATAGAAATACTTATGAAATTGTAGCAGGGCCGGATGTTATAACAAGAGGATTTATAT +ATGCCAGGGAATCAGAAGATTTAATAAAAGATATAAAAGATATTTCTAGAATGGCAGTAG +AAAAATATTTAGATGATAAGGTTTTAGAATGGCAAGTTTTAAAAAGTAGTGTAAAAAAAT +CAGTAGAATATCATCTGTATAATAAAACAAAAAGAAGACCTAGTGTGTTCCCTATAATAA +TGGAAGTATAAAAAAAGTAATGTCAAAAACTACACTTACTTCATAGTATAAGTTAGAAGT +TAAATAGAACTTCCAAAATAATGATAAGGGGGCAGTCTGATGCTAGACAGATTTTTTGGA +AATGATGGATGTTTTGGAATGGGATGGTGGATTATAGTATTATTCTTCTTATTCTTAGCA +TTCCAAGATGTATGGGCAGACTTTGATATTTGTGCTTGGATACCATTCTTAATATTATTA +TTAATAGTTTGTGGAGCAGGCGACTTTTTTGATGGTGGATGTGGCTGCTAATATGAATAA +GTCTAAGAGTACCGATTAATTTCGGTACTTTTTTATATTAATATAAACATTGAATATATG +TTTTAGAAATAATATAATTTAATAAGTGTAAGATAAAGCTTATTAGGAGGGTAAAATATG +ATTTATGGAAATTTAAATAATGATAATGATTTGATGTTATTCTTACCAGAGGCATTAAAA +AGAGGAATTTCATTTTTAAAGGAAATGGATTTATTAAATTGTGAAGCTGGGGAGTATGAA +ATACAAGGGAGAGATATATATGCAAATATAATTGATACACAAACTAAACAAAAAGAATGC +ATAAGACCAGAAGTACATAGAAAATATATAGATATTCAGTGTCTATGCAAGGGAAGCGAA +ATAATAGGATTTGCAAGAGATTGTAATGAAAATATTGTTTCAGAGGAATTATTAGAGAAG +GATGTTATATTTTATGATAAAGTAGAGAATGAATCAGAACTACTATTAGCGCCAGGTGAC +TATGTAATTTTATTCCCAGAGGATGTTCATAGGCCTGCATATACTAATGGAGAAAATGAA +GATATAAGAAAAGTAGTAGTAAAGATAAATGTAGATTTAATTAAATAATATATATAAGCT +TATATTAAGACATAACAATTTTATTTAATTTAAGGTTGTTTATTTTAATATAGGCCTTTA +ATTTATATAATAAAAATATGTAAAAATTATATGAAAAAAGATAGAGAATATTTAGTTAAA +ACTATCTTGAAAAATTTTGTCTTAAATTGTATAATATAAACTTAAGTTGAAAAGGAAAAA +ATATAAACACAATCTTTTTAACAAAATACAAATAAAAATATATATAAAAATACGGTTATC +AATTAAGAAGTAAAAAATTAAATATTTAGTGAGGTGGCGTTATGAAGATAGGATTCGATC +ATAAGAAGTATCTAGAGGAGCAGTCAAAATACATATTAGAAAGAGTTAATAATTTTGACA +AGCTATACTTAGAATTTGGTGGAAAGTTAATAGGAGACTTACACGCTAAGAGAATATTAC +CAGGATTCGATGAGAATGCTAAAATCAAAGTTCTACAACATATGAAGGATCAATTAGAGG +TAGTTATATGTGTATATGCTGGTGATATAGAAAGAAATAAAGTAAGAGGAGATTATGGAA +TCACTTACGATATGGAAGTTCTAAGATTAATAGATGATTTAAGAGCTTATGATTTAGATG +TAAATAGTGTTGTAATAACAAGATTTGAAGGACAACCTGCTACAACAGTATTCATAAACA +AATTAGAAAGAATGGGTATAAAAGTATATAAGCATGCTCCAACAAAAGGATATCCAACAG +ATGTAGATACAATAGTAAGTGATGAAGGATATGGTGCAAATCCTTATATAGAAACAACTA +AGCCAATAGTTGTTGTAACAGCTCCAGGACCAAACAGTGGTAAACTAGGAACTTGTTTAA +GCCAGTTATACCATGAAAATAAAAGAGGAAATAGTGTTGGATACTCTAAGTTTGAAACAT +TCCCAGTTTGGAATTTACCACTTAAGCATCCAGTAAATATAGCATACGAAGCAGCAACTG +TTGATTTAAAAGATGTTAATATGATAGATTCATTCCATCTTGAAAAATACGGTGAAACAT +CAGTAAACTATAACAGAGACTTAGAATTATTCCCAGTTCTTAAGAAAATAATAGAAAAAA +TAACTGGAAAAGAGTCTATATTCCAATCACCAACAGACATGGGTGTTAATAGAGTTGGAT +TTGGTATAGTTGATGACGAAGTAGTTAGAGAAGCTTCTAAGCAAGAAATAATAAGAAGAT +ACTTTAAAACTGCTTGTGAATATAAAAAAGGCCAATTTGATAAGAGTGCTTATGATACTA +TAAAATTAATAATGGAACAAGTTGGATTAAAACCTGAAGATAGAAAAGTAGTTATTCCAG +CTAGAGATTACAGTACTAAGTTAAAAGAAAGTGCTGAGAAGACAGATACTTGCCCAGTTG +TTGCATTAGAACTAGAAGATGGAACAATATTAACTGGTAAGGGATCTAACTTAATGAATT +CAAGTGCTGCAGTAATATTAAATGCAATAAAACATTTAGCGAATATATCGGATGACATGC +ATTTATTATCTCCTGCAATATTAGAGCCAATTGTAAACTTAAAAACAAAGACACTGGCAA +GTAGAACTCCAGAATTAAGCTGTGAAGAAATATTAATGGCATTAAGCGTAAGTGCTGTAA +CTAATCCAACTGCACAAGCTGCTATGGAAAAACTTCCGATGTTAAAAGGTGCTCAAGCGC +ATTCAACTACTATATTAAGTAAAACTGATGAGCAAACATTTAGAGAACTTGGAATAGATG +TGACTTGTGATCCGGAATATCCATCACAAAATCTATACTACGCAAATTAATATAAAATAA +TAAATACAAATTTAGACCATTCTACATTAGTAGGATGGTCTTTTTAATAAAAAATACAAA +ATACGAATAAAAATATACACAAAAATAAATACATTTACGGTTATCAATAAGGAATAAATA +CTTAGTTCCTTGGAATAACTATTTTAAAGGTTTTTAAGAAAATTTGCAAGGAAAAATTTT +AAAAATATGAAAATAATTTTATTTTGATAAAATAGATATATAAGTGTATACTTTAATTTA +ATAGTATATAAGGCAATTGCTCATATTAAATACTTTTAGAAGATGTAACTTAAGTGTTTT +TTTATTGAGTTAAAGTGAGGTGATATCTTGAATGACAATAGAAAAATAATTCATATAGAT +ATGGATGCTTTTTATGCATCTGTAGAACAAAGAGATAACCCATCATTAAAAGGGAAACCT +GTTGTAGTTGGAGGAAGTCCGGAAAGCAGGGGAGTTGTAGCTACGTGTTCTTATGAAGCC +AGAAAATTTGGAATACATTCAGCTATGCCATCTAAAATAGCTTATAAAAGATGCCCATAC +GCCATATTTGTAAGACCTAGGTTTGATGAGTACCAAAAAGTTTCAAGGAAAATTAGAGAA +ATATTTTATAGATATACTGATTTAGTAGAGCCACTATCTCTAGATGAAGCATACTTAGAT +GTTACTAATAATAAAAAAAATATAGAATATGCAACAACAATAGCTAAAATGATAAAAAAT +GATATCTTAAGGGAAATAAATCTTACTGCATCAGCAGGCGTATCATATAATAAATTCTTA +GCAAAACTTGCATCTGATTATAATAAGCCTAGTGGGCTAACTGTTATAACACCTAAAGAT +GCTCAAGAATTTCTAGGTGAGCTTCCAATACATAAATTTTTTGGTATAGGAAAGGTTACT +TCAAGGATTCTTAAAAATTTAGGAATAAACAATGGGTATGATTTAAGGCAGTTAAGTATA +CATGAATTAGAACAAATATTTAAAAATAGAGGGTATTCATTTTATCAGTTAGCTAGAGGA +ATTGATTTTAGACCAGTGGAGCCATATAGAGAAAGAAAATCAATAGGAGCGGAAACGACC +TTAAGTTATAACTTAAATATTGATGACGAGGAGGTTGCTGAAATACTAAGCGAACTTTGT +GAAGAAGTAGCTTATAGAACCAAACACTCTGAAAAACTAGGAAAAACCATAACATTAAAA +ATAAAATATGAAGATTTTACACAAATAACTAGAAGCATTAGCGTAGAACATCCTATTTGC +ACTCAAGAAGATATAAGGACTCATGTTTATAATTTATTAAAAAATGTACATTCTGAAGAT +AAGCAAATAAGACTATTAGGGGTTACACTATCAAACTTGGTAGATAGTAAGTATGAATTT +ACTAATATAACTATTTTTGAATATATAGATAGTATAAAATAAAATTAATATTTTATAAAA +ATAATGCCTAACTGTTGATATTTAAAAATTTAATAAATATAATAAAAGTATATAGATATA +ATATATAAACATATATTTTTTATTAATAATATAGGTGTATCGTAGGATGCTTAAAAGGGA +ATATGGTGAAATTCCATAACAGCCCTCCGCTACTGTAAGAATGACGAAGGCTTAAGAGTT +TGGAGACTCTAACTCCACTGGTGTATGCTGGGAAGGAGAAGTTTGTAGGATGAGTTCGAA +GTCAGGAGACCTGCCTAAAAATATGCATTAATCTTTCGGTGGGAAAGAATATGTAATATG +AGGGTTATTTTTTATATATAAATATATTTTACTATTACATATTATGTATTTCTGTGCATC +GAATTAGATTCAGCAACGGGAATTATTTATGTTACCTTCATTTATAAGTGTGAAGGAAAT +CTTTAGAACCAAGAACGGAATTGGTTCTTTTTTTTATTTGAATTTTAATATTTAAGAAAA +AAATATTTTCTATAAAATTAAGAGAATAGTATCCATAATTTATTACATACAGCTTAAGTA +TAGAGGAGGAATTACTTATGTGTGGAATTTCAGAATGGTGTAATCTTAATAACAATATAA +AAGATTATACAAGTACAGTTGGAGATATGATTGAAAATTTAATACTTAGAGGTCCAAACT +CATAAGGAATAAAAACATATACACATGCTATTTTAGGTCATAAAAGATTAGCTATAGTAG +ACCAAATAGAGGTACTTCAACCTATGAGTAAAGTAATAGGAGATAGGGAGTATACAATAT +GCTATAATGGAGAACTGTATAATACTGAAGATGTAAGAGAACGTTTAATACAAAATGATA +TAAATTTAACTCATATTCTGACACAGAGGTTTTGTTGGTTGATCATATAGAATATGGACC +TTCTTGCTTAGATTATATAAATGGTATTTACTATTTTGAGTATGGGATGAGTACAAACAA +GAATTATTTTTAGCAAGAGATCCACTTGGAGTAAAACCACTATTTTATACATTTAAAACA +TCATAATGTTGTATTAGATAATATAAAACTTGAAAAAGCATTAAAAGATGCAACAATAAC +TTTATTAGGAGAATATAAAATTACTTTATGGAAGAGAGAAAGGATTATTAAGATAAGCTG +TAAAGGGAATTTTCCAGAATCTATTGTTGAAAGAAAGAAAAGTCCGTATCCTAAAACTCA +TAATTATATATACGAAAGAAGTGTCAAGAATTTTAGATAATATTTTGAAAGATAGTAAGT +CTCCTATATATAAGATTATAGGTGAAGAATTCGTTAAAAACTTAGTACAAACTGGAGGTG +CTACTTTTAATAAACCTTGGTTTGGTCAGTTGATGACAGACCCTCAAGTAATAGTATATT +TAATTCAAGTAAATACTTGGATGGAAGTTTATAATGTAGATTTTTAAATAAAAAATAAAT +CCCATGCAGTATTATTTATCTGTATGGGATTTATTTTTATTATTCCATAAGTATATTTTC +TATGGCATTTTTATCTACTATTTTTATTATGTCTTTAGTATAGTCAATCAGACCATGATC +TTTCATATTTATCAGCTCTCTAGATAATGAAGGTCTTGGTACACCTAGAGATTCTGAAAG +TTTTTGTTTTGTCATGTTTAGCTTTATAAAATTGGTACCTTGTATGTTAGATTCTTGAAT +TAAGAAGTTACATATTTTTTGTCTAATTGTACTAAATGATAAACCTGTTATAGATTTATT +TAAAGTTAATATTTTGTTAGTTAAGTCGTTTAGTAATAGTCTTAAGAAGTCAGGATGATT +TGTACAAAAATAAATAAAGTCATCTTTATCTATAAACATTACCTCACTATTTGTTGAAGA +TAGTACTGTTGCAGGGTATAGAGAAGCATTGGAGAATGCAATTATTTCACCGAATAAATG +TCCAGAATTAAAAGAGGAAACATGGACTATTTTATTACTAGTTAGTATTCTTTTTATGTC +AACACTCCCGCTTAGTACTAATCCAATTTTATCACAAGGTGAATTTTCAAGAGCTATAAT +CTCGCCTTTATCATATGTATTTATACTGTATTTAACGTCCTTAAAAAATTCCAGAAGTTC +TTTTCTATTTTTATTTCTTAACATTTTATCACCTACACATTATGCAAATATTTTTATTTA +TATACCCAGCTTACTATATATAATATCCTATAAATTTAGAATTGCAAGTATATAAAAATA +TATTTGAGATAGATAAATTCTCAGTAATTATAAACTCGTTGGTTTATATTGAGGAATGAA +ATACTCAATGTTATAATGAATTTACAGGTGTATATACAGTTATAAAGTTAGGGGGATGTA +AATAGTGATAATAAACTTAATAGAGAAGATAGAAAAATTAAAGAATGAAAAAAATGCTAT +TATACTAGCACATTATTATCAGCCACTAGAAATACAGGAATTAGCTGATTATGTGGGAGA +TTCATATTATTTAAGTGAAATAGCTAGGGATTGTAAAGAAGAAATAATAGTATTTTGTGG +TGTTAAATTTATGGGTGAAAGTGCGAAAATACTATCTCCAAATAAGACAATTTTAATGCC +CGTAGTGGATGCAGGGTGTCCTATGGCAGATATGGCAAATGAAGAAGGTATAGTAAAATT +AAAAAAAGAGTATCCAAATGCATTAGTTGTTTGTTATATAAATTCAACTGCAGAAGTTAA +GTCTCATTGTGATGTGGCAGTAACGTCATCAAGTGCTCTAAAGATACTAAATAATATAGA +TAAAGACCAAATATTATTTATACCGGATAAAAATTTAGGAGGCTATATAGAGGAGAAACT +CCCAGATAAAGAATTTATATTATGGGATGGTTACTGCAAATATCATAATAAAATACAAGA +ATCAGATATATTTGATTTGAAATTAAAATACAAAGATGCAAAGGTTTTAGTTCATCCAGA +GTGTAGACGTGAAATTAGAGATTTAGCTGATTACATAGGTTCAACTTCAGGAATAATTAA +CTATGCTACAAGTAGTGAAGAAAATGATTTTATAATTGCAACTGAAGAAGGCATATTACA +TGAGCTAATAAAGAAAAATCCAAATAAGAATTTTTATATACCGGGAAATAGAATTTGTTG +TGAAGATATGAAGAAAACAACTTTAGAAGATGTATATAAAACACTTTTAAATATGAAAAA +TGAAATAACTATAGAAGAAGATATAAGACAAAAAGCCTTAAATTGTTTATTAAATATGCA +TAGATATGCAGGTGATAAAAATGAAGTTACAATATGATGTATTAATTGTAGGAAGTGGAG +TTTCGGGATTATATTGTGCACTAAATTTAAATCCCAAATTAAATATATTGGTAATTTCAA +AGGATAGCATAGATAACAATAATACATATCTTGCTCAAGGAGGAATATCTACGGCTAGAG +GGAAAGATGATATAAACTTATTTATTGAAGATACTTTAAGAGCAGGACAGTACAAGCATA +AATTAGAATCTGTAGAAATTCTTGCAAATGAATCTATGGATAATATTGAATCTATGATTA +ACTATGGACTTAACCTAGACAAAGAGGATGGTAAAGTTGCTTTCACAAGAGAAGGCGCTC +ATAGCATAAATAGAATTGTATATAGCAAAGATACTACAGGGAAGGCTGTTTTTGAAACAT +TAATAGAGGAATGCAAGAAAAGGAAAAATATAATTTTGTATGAAGATACATGTCTTATAG +ATATAATTACCGATTGTGATAAGTGTATAGGTGGAGTTGTTATAAAGAATCAAAAAGAAA +TTATTATTTGCTCTAAAGTTGTAGTACTAGCAACTGGAGGAATAGGAGGGGTATTTAAAA +ACTCTACGAATCAAAGGCATCTAACTGGAGATGGACTAGCTATAGCTCTTAAACATAACG +TAAAAGTTAAAGATATAAATTACATACAAATTCATCCGACAGCTTTTTATGAAGAAAATA +ATGAGAATAGAAAGTTATTAATATCAGAATCAGTAAGAGGTGAAGGTGGTAAACTTTTAA +ATAAGCACAAAGAGCGATTTGTGGACGAGTTGCTACCTAGAGATGTAGTGAGTAAAGCTA +TTTTTAAACAAATGAAAATGGATAATAGAGAATATGTATATTTAGATGTAACGCATTTAG +ATAGTGAGTATTTAAAAAGTAGATTCTCATTTATTTATGAGCAATGTTTAATAAGAGGAA +CTGACATAACTAAGGATTATATAAAAGTAGCTCCAGCTCAACATTATTTTATGGGTGGGA +TAGAAGTTGACTTACAATCAAAAACATCTATGAATAATCTATATGCAGTAGGGGAAGTGA +GCTGTACAGGAGTTCATGGTGCTAACAGGTTAGCTAGTAACTCACTATTAGAAGGTTTGG +TATTTTCGAAAAGAGCTGCAAGTCATATAAATGAGAATATAGATAATATAGATAATATAG +ATATTAATAATATAAATCATAATGAATTTAAAATAGATGTACTTAGTACTCCTAATAAAG +ATATAGTAATAAATGAAATAAAAAGTATAAGAGAGGATTTAAGAGATGAATTACTTGTTA +ATTGATAAAATGATAAAAAATGCTCTAAACGAAGATATTCCTAATGAAGATATAACAACA +AATTCAATTATAGATAAGGATTCAAAATCTGAAATAGATTTAATCTGCAAGGAAGAAGGT +GTAATAGCAGGACTAGATATATTTAAAAGAGTATTTGATATACTTGGAGATGTTGATGTT +AAATTATTTAAGGAGGATGGAAATAAAGTTAATAGATATGAAAAGATAGCATTATTAAGA +GGTAATACTAGAAATTTATTAGCAGGAGAAAGAGTAGCTTTAAATTATTTGCAAAGAATG +AGTGGTATTGCAACGAAGACTAATAGATTTGTAAAAAAACTTGAAGGAAGTAATACAAAA +TTGTTAGATACAAGAAAGACAATTCCTAACATGCGAAATTTAGAAAAATATGCTGTAAAA +GTTGGAGGAGGTTGTAATCATAGATTTAATTTATCTGACGGCATTTTATTAAAAGATAAT +CATATAGATGCAGCAGGTGGAGTTAAAAATGCCATTGAATTGGCTAGAAAAAATATTTCA +TTTGTTAGGAAAGTTGAGGTTGAAGTAGAAAATTTAGAAATGGTTAAAGAAGCTGTAGAA +GCTAAGGCAGATATAATAATGCTTGATAATATGGATTTAGATATGGCAAGAGAAGCTTTA +GCTATAATAAATAAAAGAGCAATTGTAGAGTTATCTGGAAATGTGAATATAGATAACATT +GGAGAAATAGGAAAAATAGGTGTTGATTACATTTCAGTTGGAGAGTTAACTCATTCTGTT +AAGGCTTTGGATTTAAGTATGAAAAACTTAAGAAATATTTAACTTTAAAGGTTATCTTAG +AATAGAAAATTTTTATATCTATTCAAGATAACCTTTTACTATAGTAAAATATAAGAAATA +AAAATCATAATTTAATAATATATAAAAATCTAAAAAAATATTATATACTAGTATAGTAAT +AAAATTTATTATAGGGGTGATAAAGGTTGAATAAATCAGCTACAGATTTAGAAAATGGAA +GTGTAGGTAAATTATTATTTAAACTAGCTACGCCAGCTATCATAGCTCAATTAGTTAATA +TCTTATACAATATTGTTGATAGAATATTTATAGGAAGAATGGAAAATGGACAAATCGCAA +TGGCAGGGATAGGGATAGCATTTCCTATAACATTATTAGTGACAGCATTTAGTGCTCTTG +TAGGTATGGGGGGATCACCTCTTGTTGCTATAAAAATGGGAGAAAAGAATAATGATGGTG +CAGAAAAGATATTAAGTAATAGCTTTTCTACTTTGTTAATTATATCTTTGATATTAACAA +TAGTATTCCAAATAACTAAAGAACCAATATTATGGGCCTTTGGAGCAAGTAATGCAACTA +TCAAGTATGGTACAGATTATTTAGGGATATATCTTATGGGTACAGTTTTTGTGCAAATTG +CTATGGGGATGAATCCTTTTATTAATACTCAAGGGTTTGCAAAAACAGGTATGCTTACAG +TAATGATTGGGGCAGTTATAAATATAGTTTTAGACCCAATTTTTATATTCAAGTTTAATA +TGGGTGTTAAAGGAGCTGCTTTGGCTACTATTTTAGCTCAGGGAGTGTCAGCAATATGGG +TATTATGCTTTTTATTCGGTAAAAAAAGTATATTAAAGATTAGGAAAAAATATATTATTC +CAGAGTTAAAAACTATATTGCCGGTAATGGCTTTAGGTGTTGCACCTTTTATAATGCAAG +GTACAGAAAGTTTGGTCCTTGTATCATTAAATAGCCAATTACAGAAGTTTGGAGGAGATC +TAGCAGTTGGAGCTATGACTATAATGAGTAGTATTTCTCAGATAATAATGTTACCAACTA +TGGGAGTTGGTCAAGGTGCTCAACCTATTATGAGTTATAATTTTGGAGCAAAGAAGATTG +ATAGAGTGAAGAAAACATTTAAATTAACTCTTATAAGTTGTTTAGCATATACAACATTAA +TGTATATAATACTTATGTTAACACCAGAATTCGTAGTAGGAATATTTAATAATGATCCAG +CATTAATGGAAATAACTACTTGGAGTATAAAGATATACTTTGCAGGAATATTTATGTTAG +GCGTACAGACTTCATGCCAACAAACGTTCTTAGCCTTAGGTCAAGCTAAAATATCATTAT +TCTTGGCTTTACTTAGAAAGGTAATATTATTAGTTCCATTAATATTTATATTCCCGATGA +TATTAAAAGATAAATTATTTGGTGTATTACTAGCAGGGCCTATAGCAGATATAACAGCAT +GTGTTACAACTCTAATTTGCTTTGTAATATTTTATAAAAAGGTTTTATCTACAATTGATA +AAGAAAATATAGATAGCAATACATTGATCGATGTTAAATAAATATAAACAGAGTTAATAT +ATTATATCTTGTTTACCATAAAATAGCCTTCTAGATAAATTTTATTGAGAAGGCTATTTT +TAATAATAACTAATAGTTATTTTATATACAATAAGATATTTTTAGTATAAAAATAGATAA +AATAAATAATAGTAGAGCATTTTTTGTTGAGTAAATCATATATTTTATATAAATTAATAA +TTTATATAAAAGGAGATGATTTGATATAAATTATTATGAAGAATTTGAAATAGATAATAG +ATTAAAACAAATAGGCATAGAAAGTGATAAATTAGATCTAATATATGAACTTGTAAGTGA +AATAATAAATGCAAAAGATAAAGCTTTGGACATTATAGTAGGATTATATAGATATAAAGG +AATCGAATTTGAAGAAGAAGAGAAAATAGAATTATCAAAAGAACTAACAACTCAAATTAA +AGATAAGGTAATTGAGTATGTTTATTCAAATGATAATGCTACTTATAGTGAGGCTATGAT +AGTTATAAACTATTTTTTACTACAACTTTATAGAGGAATAGGATTAAGTGTAGAGGAGGT +TGTTTACGATCCTTGTAAAACACAATTTCTTGTGGAAAATGAATTATTTGAAAGTGGAGG +AGAAGTAACTATCAGAATAGAATTATATAATAGCTTAATAAATCCTATAAAAGAAGCAAT +TAATACTCTTGTAAATTGTATAAAAAGTATTTATAAGGCAAATAACTTGGTATTTAAAGA +GGAAGAGGAGAAAATAGTTTCTGAAAATCTAATTTATGAATTATCTGATATCTTAATTCA +TTATATTTATACAGATGAGAGTGCAACATATAAATCTTCAATAGATAAAATTAATGAATA +TATGGTTGAATTTATAGGAAGATTCATTAAAATTAAAGATGATAATGAACACTTATAAGA +AAAAGGTGTGTATTTTTATTGATACGCACCTTTAAATTGTGATAATAATGTACTAGGATA +AATATCTCTGAGCTAGATTTGTATAAAAATACAGTTTAGTTTAGAGAATTTTTAATGCAT +AAATTATTATCAAATATTAAGGGGGGAAGTATATGGTAAAAGATATGACAGTGGGAAATC +CTACTAAGTTAATTTTATCATTCTCAATACCACTACTTATTGGGAATGTATTTCAACAAT +TTTATAATATGGTAGATACTATGATAGTAGGAAGATTTATAGGGGTAGAAGCGTTAGCGG +CATTAGGGGCTACAGGTTCATTAAATTTTTTAGTAGTAGGATTTATTATTGGCATAACAA +GTGGATTTGCAGTACCAATAGCTTAAACTTTTGGTGCAGGAGAGGAAGATAAACTTAGGC +ATTATGTAGTTGTTTCATCATACTTATGTATAATTTTTTCTATAGTTATAACTTTAGTTA +TGGTTTTCTCAGTGAAGAATATTTTAACAATAATGCAGACTCCAAGTGATATATTTGAGA +ATGCGTACAGTTATATAAAAGTTATTTGTGGTGGAGTTACAGCGACTATAGCGTATAATA +TGCTTTCAAGTATATTAAGATCTTTAGGAGATAGCAATACACCGTTATATTTTCTAATTA +TAGGATCAATATTAAATGTAATTTTAGATATAGTATTGATTGTTAATTTTAAAATGGGTG +TAGCTGGAGCTGCTTATGCAACTGTTGCCTCACAAGCCGTGTCAGCACTTTTATGTTTAA +TCTATATGTCTAAGAAATTTAAAGTATTAAGATTTAAGAAAAAAGATTTAGGTTTTGACT +TAAAAACATCGATGACTCTTTTGAAAATAGGGATGCCTATGGCATTACAATTTTCAATAA +CTGCGTCAGGATCGATGATACTTCAAGGTGCAATAAATTCATTTGGATCAACTATAGTAG +CAGCATCAAAGGTAGAACAAATTTTAATGCAACCAGCGATTACACTTGGAACAACAATGG +CCACATATACAGGGCAAAACTTAGGTGCAGAGCGATATGATAGAATCGAAGATGGTATAA +AGAGAAGTGTTAGAATATCAATAATATTTAGTATAATAGCAGGAATAATAATAGTAATGT +TTGGCACAGATATTGCAAAATTATTTATATCAGTAGAAGCACCTGAAGTTATGAAATCGG +CCAAACAATATTTAAATACAGTTGCATTATTCTTTATACCTTTAGGGTTACTATTTGTAT +ATAGACATGTACTACAAGGCCTGGGGGAAGGTATGATTACTATGTATGCAGGTATAAGTG +AATTAGTGGGAAGATTAATTGTAGGTTTCTTTTTATCGAAATATTTAGGATATACAGCAA +TTTGTTTAGCAGGTCCAGCAGCTTGGATTGCAGCGGCTGTATTACTTATAGTTTGTTATT +ATAAAAAAGCGAAGAGTTTTAACTTAAAAGAATCTTGTGAAGAGATGTATGTAAATTAAA +TAATTAAAGTTATATAAAAATAATATTATAGTAATATAGGAATGGGGCTGGAATATAAAC +TAATTTAAATTTTATTAGTTTATATTCTAGCCTTTTTCAAAGTGATGGATGCAGGTTTAC +TCCGATTTGAATTATAAAGCTGGTTAAAGATTTTAAATTGATAAATAATTTGCTTTGAGT +AGAATAATAAAAAAGCTGAGAAGTCAGATTATAAATGGGTATAATTATAATTATAATTAT +GATAAAGTAAGATAAGTGGATTTTAAGGAGTAGAAAATGAATTATAAAAAAATAGTTAAA +GCAAAGTTTATAGAAAGACCAAATCGATTCATAGCATATTGTGAAGTTGATGGGAATATA +GAAAAGGTTCATGTGAAGAATACAGGAAGATGTAGAGAGCTTCTAATACCAGAGTGTACA +GTGTATTTAGAAGAAAGTGATAATCCAAATAGAAAGACAAAATACTCATTAATTTCAGTT +GAAAAGGGAAAAAGGATAATAAATATGGATTCTCAAGTTCCTAATAAAGTAGTTTATGAA +GGGTTGAAAAATAATAAAATCAAACTTCCAGGAATAAATGAAGAAATAACCTTAATAAAA +CCAGAAAAAACATATGGAAATTCTAGATTCGATATTTATTTAGAAGCAGGAAATAAGAAA +GCGTTTATAGAGGTAAAGGGAGTTACTTTAGAAGAAGATAATATAGTTAAATTTCCTGAT +GCAAAGACAGAAAGAGGAGTAAAGCATATAAATGAACTTATCGAAGCTAGTAAAGATGGA +TATTATTGTTATATATTATTTTTAATTCAAATGGATAATGTTCTTTATTTTACCCCAAAT +AAAGAGATGCACAAGGAATTAGGTGATGCATTAATAAAAGCTAAAAATAACGGTGTTGAA +ATCTTAGCTTATGACAGCATAGTTAAGATAGGTTCTATAAATATAAATGAAAAGATAAAA +GTTGTTCTTTAAAATTATGTTGCATCTGAATAAGTAATTAGATACTATTTAAGTGTACAT +ATAGTGTAAATTTATTAAATATAAATTTATTTGTTAAGAAGGAAGGCTAAAGCCCCCTTC +TTATTTTTTTCTAAGGTTTTTATTCAAAATATTGTAAGAAATATGTAAGTATTTAAAAAT +ATTAATGGTATAATATTTATTGAGAGATTATATTTAAAAGATAAAGATACGAAAGGATGC +ATAATTATGACAAACGAATTATCGATGAAAGACTTATTAGAGCAACAAGAACAAGCTTTT +AGCGAAGTAAAAGTAGGAAAAACAATAACTGCTAAAATAATCAAAGTTACACATGATGAA +GTTGTATTAGATTTAGAATATGGCTTTGATGGAATAGTACCAGCAGAAGAATTAAATATA +GAAGGTAACAAGAGCATAGAAGAAGTATACAATGTAGGAGATGAAATAACTGCAGTTATA +CAAAGAGTTCATGAAAAAGATGGAACAATAAGATTATCTAAATTACAAGCTGATAGAAAA +AATGATCTAGCAGAGGTAACTAAAGCTCATGAAGAACATAGAATAATAACAGTAAAAGTT +GAAAAAGCTATAGAAAGAGGAGTATTTGCAAAATATAAATCTATAGAATTATTTATGCCA +ATATCTCAAATAGATACTAAGTTTGTAAAAGAAGCTAAAGAATATGTTGGAGCAAACTTA +GAAGTTTATATAATAGAGTTAGATGTTAAGAAAAATAGATTTGTAGTAAGCCATAGAGAA +GTACTACAAGAGCGTATAAACAAAGAAAGAGAAGAAAGAAGAGCAAGAATACAAGCAGAA +AAGGAAGCGGAAAGAGCTAGAGTTAAAGCTGAGAGAGATGCTGAAAAGGCTAGAATAAAA +CAAGAAAAAGAAGATTTATTCAACTCTTTAGAGGTAGGTCAAAAAAGACATGGTAAAGTT +ACAAAAATAATGTCTTATGGTGCATTTGTTGACCTTGGTGGATTAGAAGGGTTAGTTCAT +ATAAATAACTTATCTTGGAAGAGAGTAGAGTCTGTTGAAGATATGTTACAAGAAGGACAA +GAAGTAGATGTTTATGTATTAGATGTAGATGCAGAGACTAGAAGAATAGCATTAGCATTA +AAAGACATAAATAACGACCCATGGCAATTAATAGCTGAAGATGTATATGTTGATGATGTA +ATAACTGGTAAAGTTGTTAGAATAATAGAAAGAGGAGCTTTCCTTGAAATAAGAGAAGGT +GTAGAAGCTTTCTTACCAATATCAGAATTAAGTGAAGATAGAGTTATGAAGGTAACTAAT +GTAGTAAATGTTGATGATGAAGTTAAGGTAAAGGTTCTTAACTTTAATCCAGAAAACAGA +AGAATGTTAGTTTCTAAAAAAGAAGCAGAAAGAGAACCAGAAGAAGATTATACTGAATAT +TTAGAAGTTGAAGAATCTTTAGGAACTCTTGGAGATTTATTCAAAGATAAATTCAAAGGA +TTAGATAAGTAATAAAGTTTGGCTATTTCAAAATATATTTTTAACAGCTGCGTATAGCTG +AAAATATAAATTCACTTTCTTGCAGCTGAAAAATGTTGTAAGAGTTAGTTTATTTGAGTT +TTCAGTAAAAGCTAAGTTAAATAATGTTTATTTTGAAGTAGCCAATTTTTATATCACGAT +ATAAATACAGATAGGAGATTATTATGAAAGCGATATTAGATTTACACACACATACATTAG +CTAGTGGACATGCATATAGCACTATAAAAGAGAATATAGAGTTTGCTAAAAAGCATGGTA +TAAAATACTTAGGTGTATCGGATCATGCTTGTACTATGCCTGGTGGACCACACCCATTTT +TCTTTCAAAATTTAAAAGTTATACCTAAAGAAGTAGACGGTATTAGGGTTCTTAAAGGTA +TTGAGGGTAATATAATTGACTTTGATGGGAACTTAGATATAAGTGAAGATATATCTCAAG +GTATGGATTATATAATAGCTAGTTTACATACTCCTTGCATAGATCCAGGTTCAGAGGAAG +AAAATACAAATGCAATTTTAAATGCTATGGATATCGATAAAGTAAAAATAATAGGTCATC +CAGATGATAATAGATATGCCCTTAATTATGAAAAAATTGTTTTAAAAGCAAAAGAAAAAA +ATATATTATTAGAGATTAATAATTCCTCATTAAGTCCAAACTCTTTTAGAGAAGGAGCAG +CTGAAAATTTAACCAAAATGCTTAAGATTTGTAAGGAGAATAGAGTTAGAGTAGTAATGG +GAACAGACTCTCATATATGTTATGATATAGGGAAATTTGGAAACTGTGAAAAACTATTAG +AAGAAGTGGAATTTCCAATAGAATTAGTTATAAATTATCATGAAAATGAAATAGTTGATT +TTTTTAATATGGATTTTGAAAAAGTTATATCTAAGTAATAAAATATAGTCACAAAAATAT +AGAAGGGAATGTTCAAAATAGACAATTTATTTTGATACATACTCTTCTATTTTAGGTTAA +AAATTATATTTTAAATAATTTTTATTTAGGAGTACAAACTTTATAAATAGAAACATTCCG +AATAAAAATAAGATAAAACCGATAGATAAAGCAGAAATTGCAATATCTTTTGTCATAAGT +ATAGGAGAATTAGATGAAAAGTTCATTTGAGGAAGAACACTGATTAGATTATTAGTAAAA +TGAGTTAAAATTGGAATTAGAATGTTTTTATATTTGATGTATAAAATGCAGTTTGATGTA +GCAAACATAATAGCACCTATAACAGCAAGCTCTATATGAAGAAAACCAAAGATAAGTGAA +GAAACAATCATAGAAATTACCGTACTAAAATATCTAGACATTCTCTTAAAAAAGATAGCC +CGAAATAGAAGTTCTTCAACTAAAGGAGCGCTAATTGCTACTAATAAAAAATATAAGATA +AACTTAGAAAAAGTCGTAACGTTGTCACTGCCACTATTAAGCATAAAATTTAAATTATCT +GGATTAATAAAGTAGAGTATTCCTACTAAAAGAAGTACAGAGCCTAGACTGATAGATACT +TGTGTTATAACAACGTTAAGTACTTCAGCAAATTTTACTTTACGTAGAAAATCTTTAAAT +AATTCATTAACTTTATCTTTGGAAGTTCTGAACATAAATAATAAAAATATAAACATAGTA +ATATTGCTACATAAGGATAAAAAATTATAATTATCAGAATAAGTTAAGTTAAAATCAACT +ATTAAAGAAGGTATTATTATTGAAACTAGAACAAAGAGTATGAATGCATTAAATAGTTTT +ACTTCTTTAAATCCAAAATAATTATTCATAATACCACCCCTCATACTAAAATATATTTGA +GGGGGTAGTTTTAAATGTATTAAATTATAAAATCTAGACTAAAATTTATTTAAACATAAG +AAGAAAATAAAATATTAATTTAGGGGTGATAAATATGAAATACAAAGTTGTAAAAAAACA +AAATGGTAGTAAGAGGTGTATTGTATGCGGAGTAGACAATGAACTAGGATTAAAAGCATC +TTTTTATGAATTAGAAAATAATGAACTAGTAGCAATTTGTAACACCAAAGACTGGCATCA +GAGTTATCCAGGGAGAGTTCACGGAGGAATGTCAGCAGCATTATTGGATGAAACAATAGG +GCGTGCTGTAAGTATAAATGATGAGACTGTATGGGGGGTTACGGTATCTTTAGAATTAAA +ATATAGAAAACCTGTACCAACAGACTGTGAGATAAAAGTGATTGGTAGGATAACTAAAGA +AAATAGAAGAATGTTTGAAGGGAGTGGGGAAATTATATTACCAAACGGAGATGTTGCAGT +AACAGCAACGGCTAAGTATATGAAGCTTCCAGTAGATAAAATAGTTGAGGGGGATTTTAT +AGATGATGAATGGATTGAAGTAAATGATAAAGATAAAGTTGATTATATAGAATACTAATA +ATATTTTATATATAGCAGATTAGAGCAGCTGCTGCAGAGAATATAGCTAAAGAAATTAGA +AAAAAATTAATAGTTATACAGCAGAAGAAGAGTTTAACCATTATTTAGCAATGATATCTT +CAGATAAAGATTTACTGGTATTAGATCACAATAGGGTAGTAAAAGACTTAAACAATTTAA +ACGTTGCTGAGTTTATAAGTAAGATAAAAGAAAATTTTAAAGTTACAGAATTGGATGAAG +TATCATATAAACTTCATAAAAAAGGGACATTTGGAATGGATTTAAATTCTAAATGGTATG +AACTAAAGGTTAATAAAAAATTAGCAGAAGAGACAGATATAGTAAAAAGTTTAGATGTTA +GTATACTTCATGATTATATAATAAGACCTATTCTTGGAATTGATGATCCTAGAAATGATA +AGAGAATAGATTTTGTTGGAGGTATTAGAGGTATTGGTGAATTAGAAAGAAGAGTAAACG +AAGATATGCAAGTTGCATTCTCTATATATAAATAGATAGGGTGTTTCAACAATATCTTTA +ATTTTAAAGAGTCTTTGAAATATCCTTTTTTAGTGTAAGAATATTATCCGACTGATTAGC +AGAATTTGTATGATATATGTAATATTAACAATTAGAATTTTTATTTTGAATTATATTAAA +ATTAAGGTGTACGAAGGTGTAATTTGATAGTATACTAATAATTGTTTGATTAGTAAAACT +CTTATAAAATATAATATTGAATATTGTAAGATAGGGGGAGAGTATGGAAAACTTTTTATC +ACAGTTAAGTAATATTACAGTTATATTATCTAATGTAATTTGGCCTTTATTTATTCCGTT +TTTATTACTAGTAGGGATTTATATATGTAGTCAAGTTTTATTAAATATAAGATCTCTTAC +AACTGAAAAATGTAAATTAAATATTTTACATATTATACCTCAAGCATCGGTATCGCTAGG +TGCTATGATGGGAACTGGAATTATAATTGGATTTTTAGGAGCATTAAGCACTTTATATAT +GGGAGGACAAGTATATGTAGAAGGTGTTGCTTTATGGGCATTGCTAGGATCTTCAGTTTT +AATACCGATATCGTATTGTGAAACGTTAATAGCAAAGATTGTTAATATGACTCCTAGAGA +GTATATAGCAAAATTTATTTCTAAGAATGCATCAAAACTTTATGTAGTATCATTAACTCT +TTTGTATGTATTTGCTATAGGTGGAGTTCAGTTTAGTGGAATGGATGCTATAATAATAAC +TACATTAGATAAGGTAGCAGGAATACAAATTAATGAATTACAAAGATATTTATTTATAAT +TATTCCGATTATAGGCGTTCTAGCTCTTGTTACATTAAGAAATAGACAAGATGTATTTAT +AAGATCTATGATAAGTATGATATTAATTGCTTCTATAACTTATTTTGTATTCTTTGGAAT +ATTTTTAAGCAAAACTTATGATTACCTTCCAATGTTCATTAATAAAATGGTTATAGGATT +TACAAATCCAGTTAGCATGTTATTTGGAATACCATTAGGTCTTATATTTGGAATGCAAAG +AGTTATACAAATTGCAGAACCGGGTCTTGGAACATTAGCCCTTGCTGCTACAAAAACTGA +TTTAAATCCTAGAGTTTCGGCATTAATATCAGCAATAATGACTACTTTTTTAGTAGTTGT +GTCAGTATTAGTAACGTCATATATAGCTTCATATGGATTAAATCAAGATATTATATCCTT +TGAAGAAGGTAGTTTACAAAGATTAGTATCTTACTTTGAAACTGTAATAAGTGTAACAGG +TGGATTTGGTCTAATTGTGTTATTTATATTTATAATTTTATCGGGAATGACTACCTTATT +AGGATCTTATTATCTTTTAAGTCAGACAAGTAAAGGCATATTCAGAAATAAAAAGGTTAT +ATATCTAAGTCTTTTATTAGTTGCAGGAGTTTTATCTGTATATAAATTTGAGATTTTATT +TAACTTATTAAATATACTACTATTTATTTCTACATCATTAAATATAGGTGCGTTAGCTAT +GTTTGTTGAATTTGAATGGAGTAAATATAAAATAAGAGAAAATAGAATACAAAAAGCGGC +ATAAAAAATCGAGGTACATATCTCGATTTTTTTGTATATAATTATGGTATAAAACTGAAA +TAGTAATAAAATATTTTGATGTAAACCTATAAATTGCCTATATAACCATATTATTCTTAG +AAATAAATTTTAATTTATGATATAATTATACATTAGAGTTAAAAATAAGTTTATAGATGT +ATTAAAAAGGATAGAATAAATTTTAAGATAGATTAAGCAGGTGATTATATGGAAAATAAA +TTTTTACCAATATGCAAGCAAGATATGATAGATAGAGGTTGGGACCAGCTGGATTTTGTA +TTAGTTACGGGTGATTCTTATGTTGATCATCATAGCTTTGGTACAGCAATAATTTCTAGA +GTATTAGAAAATGCAGGATACAAGGTAGGTATAATAGCTCAACCAAACTGGAAGTCTACA +GGTGATTTTATGAAATTAGGAAGACCTAGACTTGGATTTTTAGTTAACTCTGGAAACATG +GATTCAATGGTAAATCATTATTCTGTTAGTAAGAAACAAAGAGATAAAGACCTATATTCT +CCAGGTGGGAAAATGGGTTGTAGACCAGATAGAGCTGTAATAGTTTACTGTAATAAAATA +AGAGAAGCATATAAAGATGTTCCTGTAATAATAGGTGGTATAGAAGCTAGTTTAAGAAGA +TTTGCTCATTATGACTATTGGGCTAATAAAGTAAGAAAATCTATACTTGTTGATAGTGGA +GCTGATTTATTAGTTTATGGAATGAGTGAAAAGCAAATCGTTGAAGTTGCAGATGCTCTT +AATAATGGATTTGATCCAAAATATATTAGACATATAAATGGTACATGTTATATGGTTGAT +AGTTTAGATGAAGTATACGAAGATTATGTATTACTTCCATCTTATAAAGAAATCTGTGAA +GATAAAAAGAAATATGCACAGTCTTTCAAAATGCAATATGATGAACAAGATCCATATAGA +GGGAAAGTAATAGTTGAGCCATATGGAGATAAATTTTTAGTTCAAAATAAACCAGAAAAA +CCTTTAAATAGAGAAGAATTAGATGCCGTATATGCATTACCTTACCAAAAAACTTACCAT +CCTATATACAAAGAGATGGGCGGAATACCAGCTATAGAGGAAGTTAAGTTTAGTATAGTG +AGTTCAAGGGGATGCTTTGGGAGTTGTTCATTCTGTGCAATAACATTCCATCAAGGGAGA +GCAGTACAAAGTAGGAGTCATGACTCTATAGTAGAGGAAGCTAAATATATAACTACATTA +CCAGACTTTAAAGGTTATATACATGATGTTGGTGGACCAACAGCGAACTTTAGACAAGAA +GCTTGTAAAAAACAAATTACAAAAGGTGCTTGTAAGCATAGACAATGTTTACATCCAGAC +CCATGTAAGAATTTAAAAGTAGACCATACTGATTTTATAGATTTATTAAGGAAGGTAAGA +AGTTTACCTGGAATTAAAAAGGTATTTGTACGTTCTGGAATAAGATATGATTATGTTATG +GCTGATCAGGATAATAAGTTCTTAAGAGAATTAATTAAGCACCATGTAAGTGGACAATTA +AAGGTTGCTCCTGAACATGTTGCATCAGAAGTATTAGAGCATATGCAAAAGCCAGCTGGT +AACACTTATGATAGGTTTAGACAAAAGTTCTTTGCTATAAATGAACAATTAGGTATGAAA +CAATATTTAATACCATACTTAATGTCAAGTCATCCAGGCTCTACATTAAATTCAGCTATA +GAACTAGCAGAATACTTAAGAGATACAAACTATCAACCAGAGCAAGTGCAAGATTTCTAT +CCAACACCAGGTACATTATCAACAACAATGTTCTATACAGGATTAGATCCACTTACTATG +CAAGAAGTATATGTACCTAAAACAAAGCAAGAAAAAGCAATGCAAAGAGCTTTATTACAA +TACAGAGCTCCAAGAAACTATGATTTAGTTCATGCAGCACTTGAAGAAGCTGATAGAGAA +GACTTAATTGGATATGGGCCTAAATGTTTAATCAAGCCTAGAGAAGGAAGAGGATACGGA +TATAGATCTAACTCTAATAATAAAAACGCTAAAGGTAATAATAACCAAAGAGGCAACTCA +TCAAGAAATTCAAGAAATAGTAAAAATGATAGAAATGATAAAAATAGCAAAAACTCTAGA +AATAAAAATTCAAGAAATAACAAATCACAAGATAGTAGAAATAGCAAAAACTCTACTAAT +AGAAAGAAAAAAAGATAATAATAAAAATACAAGAAGATAATAATAAAGGATATGAGAGTA +TGTCATATCCTTTATTTAATTATAAAATGATAATTTAAGGTTTATTAAATAATAAAAACT +AATAAATGTTTATAAAAAAAGTAAATATGAGATAGAAGAATTAATAGGATATTTATAGAA +AAAATCGACCAATATTGACATTTATTTTAATTACATTTATACTAAAATTTGCGTGAATTT +TAAATGTTTATAAATAAAAATTAAAAATAGAGAGGAAAGAGAATATGGGTAAAAAATCTT +CAATACAAACTATAGTTGCTATAGGTATAGGAGCTGCAGTTTTCATGATATTAGGAAGGT +TTGGTTCAATACCTACAGGTATACCAAATACTAATATAGAAACTTCATATGCATACTTAG +CATTAATGTCAGTTGTATATGGTCCAGTAGCAGGTCTTTTAATAGGACTTATAGGACATG +GATTAAAAGATCTAGTATTCTATGGTATGCCTTGGTTTAGTTGGGTAATAGCATCAGGAA +TAGTTGGTCTAGTAATAGGTCTTTCATCAAAGAAACTGAATATAGAGGGTGGATTTGGAA +AAAAACAAATAATAATATTTAACATAACTCAAATTATAGCAAATGCAATAGCCTGGTTTG +TAGTAGCGCCAGGACTAGATATAATTATATATGCAGAACCTGCAAATAAAGTATTTATAC +AAGGTATTGTAGGCGGAGTATCTAATATGATCACTGTAGCAGTACTAGGTACATTAATTT +TATCTACTTATTCTAAAGTTAAGATGAAGAGCGGAAGTTTAAGAATAGAAGAGTAAGTTG +TAGAAGGAGATAGGAATGAAAAGAAAGATAATAGAGTTTAAGGACTATAGTTTTCAATAC +AGGGTACAATCAGAGCCTACTCTTAAAAATATAAATTTAACTATATATGAAGGAGAAAAA +GTACTTATAGTAGGACCTTCTGGCTCTGGTAAAAGTACTTTAGCTCATTGTCTTAACGGA +TTAGTTCCATTTTATTACAGTGGAAAGGTATCTGGAGAACTATTAGTAGATGGTGAAAAT +GTAGACAAGAAAAATATATTTGATCTATCTAAGATAATAGGAACAGTCCTACAAGATCCA +GATAGTCAATTTATAGGTTTAACAGTAGGAGAAGATATAGCATTTAAGCTTGAAAATTAC +TGTGTAGAGCAGGAAGAGATGAAATCTATGGTAAAGGAATCTGCAAAGTTAGTAGATATA +GATAAGGAGTTGGAATCATCTCCTTATAGATTATCTGGAGGGCAAAAGCAAAGAGTTACA +CTTGCAGGAGTAACTGTAGATGATGTGAAAATACTTTTATTTGATGAGCCTTTAGCAAGT +TTAGATCCACTTACAGGTAAAAGTGCTATAGAATTAATAGATAATATAAAGAATAAGAAT +AATAAGACTATGATAATAGTTGAACATAGACTAGAAGATGTTTTATACAAAGATATAGAT +AGAATAATAGTTATGGATGGTGGAGAAATTATTGCAGACACGACACCAAATGAAATATTA +TCGACTGATATATTAAAAGAAATCGGAGTTCGTGAACCTTTATATATATCAGCATTAAAA +TACGCAAATTGTAAAATAACTCCAGAAATTAATCCGGAGAGTATAGAAAAAATAAATTTA +GATAATTGTAAGGATAAGCTAAAAGCTTGGTATTCAAATATAGGGGAGTCTAATATAAAA +GAAGATAATTCTCCGATACTTGAAGTTGAGGATTTAAGTTTCTCATATAGTGAAGAAAAG +AAAATACTTAAAAATGTTTCATTTAAGATAAATAAAGGTGATATGGCTAGTATCGTAGGT +AAAAATGGAGCTGGAAAATCTACTATATCAAAATTAATATGTGGTTTTTATAAGCCTACA +TCAGGGAAGGTATTATTTGATGGAAAAGATATTGTAAATAAAACTATTAAAGAGCGTTCT +GAAAAAATAGGATTTGTAATGCAAAATCCAAATCAAATGATATCTAAGTCAATGATATTT +GACGAAGTTGCTTTTGGTCTTAGAATAAGAGGATACTCTGAGGAAGAAGTTAAAGAACGA +GTTTATAAGGTCCTTGAGATATGTGGACTGTATAAGTTTAGAAACTGGCCTATATCAGCA +CTTAGCTTTGGTCAAAAGAAAAGAGTTACAATAGCATCAATACTTGTTTTAAATCCAGAA +GTAATAATTCTAGATGAGCCTACTGCGGGGCAAGATTTCAAACATTATTCGGAAATAATG +GAGTTTTTAGTAGAGCTAAATAGACAAGGTGTTACTATAATAATGATTACTCATGATATG +CATTTAATGTTAGAATATACTAATAAAGTAATTGTATTATCAGAAGGTGAAAAAATAGCA +GACGATACTGCTATAAATATATTAACAAACAATAAAGTCATAGAGAAAGCTAATTTGAAG +GAGACTTCGTTATATGAATTAGCTCAAAAATGTGAAATAGATGATGAGAAATCTTTTATA +AAAAGATTTATAGATTATGATAGGAGGGTGAGATAAATATGAATTCAGAAATGTTATCAT +ATATAAAGAAAGATTCTCCTATACATAAGTTAACAGGTGCCACAAAGCTTATAGTTTTTT +TACTATGGGCAGTGGCAGCTATGGTAACTTACGATACTAGACTTTTAGTAGGTATGCTTA +TTATAGGACTCTTATCATTTAAAATTTCTAAGATAGAATTTAAAGAAATTTCATTTGTAC +TTTACTTTATATTAATCTTTTTACTTTTAAATGCTATAATGATATTTGTATTTTCTCCTG +AAGAAGGGGTACAAATATATGGTAGTAGAACGGTATTGTTTCATTTAGTTGGGTCGTATA +CAGTGACGGTAGAGCAATTATTTTATGAACTTAATGTTGTATTAAAGTACTTTGCAACAA +TTCCTATGGCATTACTATTTATCTTAACAACTGATCCTAGTGAGTTTGCAGCATCTTTAA +ATAAACTAGGTGTTAGTTATAAGGCATCATATTCAGTATCAATTGCATTACGATATATAC +CGGATATACAAAGAGACTATAAGGATATAGCATTTGCCCAACAATCAAGAGGAATTGATT +TATCTAATAAAGAGAAACTATTTAAAAGAATAAAGAATTCAGCATCTATACTTATGCCAC +TTATTTTTTCTAGTCTAGAAAGAATTGATAAAATAAGTATAGCGATGGAGCTAAGAGCGT +TTGGAAATAGCAATAAGCGCACATGGTATAAAAGAAAAGATTTCACAAAGAATGATTATA +TTACGATAATATTATTCGTATTAATAGTATTATTATCTATAATATTAGTTAAAGTGAATG +GTGGAAGATTCTATAATCCATTTATATAAGTTAAAGAGCTAATCTTAAAATAGTTAATTT +ATTTTGAGACTAGCTTTTTTATTGAATTAAAAATAATAGGTAGTTTAATAATTGATATTA +ATTTCATAAAAAATATATTTTTACAATTTTAGTGAAAAGTTATGAAGTAATATAAATTTT +TCTAGTAATTAATAGTAGTAAAATTTATTTCTTGTGGAAACCTAAGATAAAAGAAGGAGG +TTAATGTGAGAAAAGATAAACAAAGTAAAAGAACATTAGATGAAAATCCTCAATTAACAG +ATTTAGTTAATCATGGTCAAACTTATACCGAAATAAGAAATATAATAGAAGATGAGAATG +AGGAAGTAAGAAAAAAAGTTAATAAAGAAGGTGATGTAAAAGCACCTTCATATAAAGATA +TACACATATACAATAATAAATTCTAAGATAAAAATAAGCCACTTAATATTAATTTAAGAT +GGCTTATTTTATGTAATATATAATGCTAAAATAAAAAGCATGTATTGATAAATTTAATAC +CAAAACATGCTTTTTACTTTATATAAATTACTTAATTAACTCGTTGTGCTAGTTAATTTT +TACAATAATAAAACTCCAACAAATATAGTATTCTAAGATTGCATCACCAATCTAAAGGAG +GGTTACTATATGTTGGAGCTTAATAATTATTATATCCAAGAAGTAAAAAATTTAACTGAC +TTATTTACTATAATTTTTACAATAGTTGATGATATATACAATGATATTATTCCTATAA +>MGYG000000001_40 +CTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCACAAGACCATTTTTTAT +AATACCTTAGTATATAAAAAAGAAGATGCTCATCTCAACAATAAAAATTATTTTGAGGCA +TCTTCCTTTAATTCATCCTTAATACTCTTTTATTTAATTTTCTATATTATAATTAACGTC +TAGTATCAGCTAATCCACAGAATGCATCTACTGGATCTATACCTTTAAATTCTGATTTTC +CTATCATTTTATCAACTAAAGCTTTCATAGTAAACTCTTTATCATCATAAGCATTTATAT +AAGTCTTTACTTGAGGTACATCAGCTAAATGGAACGGACATTCTACTGATACAAATATAG +TTGGTACTTCATGTACATAGAATGGTATATCTGGAGTACCTTTGCTTAATGGCCATTGTA +CACGTTGATCAGTTCCAGGTCCAACCTTAGCTATATTTATAATTAAGTCATAATTATCAG +TTAATGTTGATATAGGACGCTTACCTGCGTATACATTCATCATAGCTTTCATCATCTCTT +CTGGTGGCAGCTTCATAGCCTTATCCATAGGAGATTCATATATTTCAACTTCAAATCCTT +CAGCTTCTAATAATTCCTTAACTACTTCAAGCATACTCTTTTGGTTACCACCCATTAAAG +CCATTAGCTTACCGAATCCACCTTCATGACCTTTAGGTTGTACAAGTAATACTCTCTTAT +GTTTTTCTACAGTTATAGGGAATATATCTTCTTTATTTTTAACTAAAGTTATACCTTTAT +CTGCTATTTCTAAAGCTGGAACTTTATTTTCTTCCATTCCTATTTTAGCCATAGCCTCTT +CTTTTGGAGGTAATATTTCAGTTTTAGCTTTTTTATGAAGACCTATTTTAGCTTTTAATC +CTAATATTCTAGTTAAAGCTTCTTCTAGTCTTTCATCTGTTATTATTCCATTTTTGTATC +CTTCCATCATCCAGTTGAAATCTTCGTCTGGATCGTTAAAGAATAAGAATAAATCACTAC +CTGCTGCTATAGCTGTAGGTAACATTTCACTACGTTTCATAGCAGATGTCATAGCTACCA +TGTGAGAAGCATCAGTTACTACTACGCCATTGAAGTTCATTTTATCTCTTAATAAGTCAG +TTAATATATATTTACTTAATGTAGCTGGCATAGTTAATTCTTCTAAAGTTGCATCTGGAT +TAAAGTGACGTACGTATTCTGGTAATGCTATATGTCCTGCCATTAATGATGGTAGACCTG +CATCTATTAATCCACTGTATACTTTACCAAATGTATTATCCCACTCTTCTACTGAATACC +AGTTAGGAGCATATGATAAATGTTGGTCTCTTTCATCAACACCATCTCCAGGGAAATGTT +TAGCAGCTGGCATTATACCACTTTCCATTATCCCTCTCATGTATTCTAATGAAAATTCTA +ATACTTTATCTGGATCTGATGAATAGCAACGAGTTGATATTATTGGATTTCTCCAGTTTC +TGTTTATATCAACAACTGGTGCAAAACTCCAGTTACATCCTATTGCTGCTGCTTCAACTC +CTGATACACGACCCATTTCGTAAGCGTACTTAGGATCATTTGTAGCTCCTATTTTAACTT +GTGCTCCTACAAGTGTACCATCTGTACAAGCTCCATTACCTCCTGCTTCTGTATTTGCAG +CTATTAATAGAGGTATCTTACTATTTTCTTGTAATATTTTATTTTGATCATATACTTCTG +AAGCTTTACCTGGATTATAACGAACAGCTCCTATATGATAATTGTCTAATATACTTTTTA +GGTATTCTTCTTCACGGCTTGCTCCCATGTTTACGAATAATTGACCTATTTTTTCTTCTA +TAGTCATATTTGCTATAGTATCTTTTACCCATTGTACTGATTCATCATCAAGATTATATG +GCTTTGCTTTTAAATCAACTTTGTATTTAGTCATTTTTACTCTCCCTAAATATTTCTTTT +TTAGAAAGTTATTTTTTTAACTTTCTTGAACTAATTATAACAAATTGAAAACATTTACAT +GTATAACAAATAATGATATAATCATACAAATAATGAATATTTTTTAAGGATGTGATATTA +TATGACAGATAACGATATAAGTTTTTGGGCGCAAAGTGTATCAATATCTTTAGGTACATC +AATATATATAACTTCAAGTGAAGAAGAGATTGTTGAAGTACTTAAAAACAATCCTTTCTT +TAAATTGATTTCAAAAATTGATTTAGCTGAATTAGCAAATAAATATACAAATGTTTGTGT +TAACAAGGTGTCTTATTTTGTCGAAGGACCTTTTAGTACATATTTTATAATAATTTGTTT +AAATGAAAATTTTAATAAGAATCTAGTAATAGGGCCATTTATTAATAAAATTTTATCAAA +AGATGAGATTTTAGAAGTAACATCTTTGTTGGATTTTGATTCATATTTAATAGAAGACAT +AAATAAGTACTATAATACAATTCCTATTGTTGAAAATCTTAAGCTAATATCTTTAATTAA +TTTATTTTTAGAAAAATATTTTAATACTAATGGACCATTTCCATTTATCTTGATACAAAA +AAATGACTTATCAGAAAATACCTTTGATTTTAATATAAATTTAGATAATGGATCCTTTAA +TTCTATAGAAAATCAGTATAAAATAGAGAATGAATTTTTAAATTATGTTTCTGAGGGTAA +TTTTTCTAGCGCATGTATCGCCTTTAAAAACTTAATTTTAGATGCAGAAGCTAATTATAA +ATTAGATAGTTATTTTTATAATAGCAGTGGTTTTTTTATGCTTAATGCTATGCTAAAAAA +ATCAGTAGAATCAAGTGGAGTTCATCCCATATATTTAGATTCAGTTTTTAGAAGATATAA +TTTAATTATATCCTCTAATAAAAATCTAAATAAAAATATGGCCTTAAAGATGATCAAGGA +TTATTGTAACCTAGTTACAAAATATAGCTCAAATTATATTAATCCTTTACTAAGAAAAAT +AATTGCTTATATTAATTATAATTACTCTAATGAGTTAACTGTTTCCGGTATATCTGATCA +TTTCGGTATAACATCAAATTATTTATATTGTCTATTTAAAAAAGAGATGGGAGTTTCTGC +TATTGAATTTATTAATAAAACTAGAATTAATGAAGCTTCTAAGCTAATGAGAGAGACCGA +CATGCAAATTCAAAGCATTGCTGAAAATGTTGGCTTAAACGATACTAGCTATTTTGCAAG +ACTTTTTAAAAGATATATGGGAATAACCCCTTCTAGGTATAAAAAGAATTTTAATATCTA +AATACTAAGTAAAACTGATAAAGCTATGTTTTATTCTTCACATAGCTTATAATATAAGAA +AAAGAGAGCTAATATTATCTCTCTTTTTCTTTATATATTTTATAAATTATTTATAAATTC +TTCATATTCTTTTCTTTTTATATTGACTATATTTAATAATTGCCTTTTATTTTCTTTTAT +ATTTTTTAATACAGTCTCTACATTTCTTTGTAAACTACATATATCATTATATGACTTATT +TATTTGATTATTCACTGCAATATCAGTAAATATATTATCAAAAAATATGTCAAAAGTTTT +ACTTGTAGTAGAAAAACGTAAGCCATTAATATTTATATCCCTTAATTCTTTATTAAATCT +ATCTAATAAATTAGATGTTCTACTAAAATGTCTTTGTGCTTCATCAACTTTTTGATGTTT +AGCAAGTGATGAAATAAAATCTCCACCAAATAAATCAAGGGTTCCCCAGGCTTTTGCAGA +TTCTAGTAATTTTTTTGTATTTTCTATTTCACTAACTAAACTGTTTCCAACTGAAATTGA +CTCATCTAATTCTTTAATTTCTTTTAAGTAGCTGTCTATTTCTGCTTCCATATTTATAAG +CTCATTTTTATTATATTCATCTCCATATATATTAAATAATGCAATCTTTCTATTCAATAG +ATTAGAATATTCATTTTCACATTCTGATAAATCTTCTAATCTAGATGTTGTAGTATTTAT +ATTTACTTTTAATGATTTAATTTTTGACTCACATTGATCGTATTCAAGCTTTGCCATTAA +ATATTCCTTTTCTTCTTTTTCCATTTTTTCATCTTTATTTTTCATTATTGTAGATATGAT +ATTTGATAAGGATAGTTTTTTTAATTTTTCTACATCATCAAATTCTTTATTAAGTTTATA +TTCTAACTCTTTAAGTTCCTCTTTCCCTTTACAAAGCTCTTTATTTAAATCCTTAAGCTT +ATTTTCTAATACTTGTTTTTGAGCTATCTCCTCTTTTATATCATTTATGTGTTTATTGAT +ATCCTCTAGCATAAAATTCCCCCTTGATTATAATTAAGTATATTATATACTATTATCTAT +TATAATTGATACGATTTTTGCAATCATCAATGCATTATCAGGTATTATATATAAAGTGTT +CACTATTAAAACTGTACCATTAACTATATTTATACTTTAGGTCATTTGTCCTTAACTTTA +ATTCGAAAGCTTACCTATCACAATTAATGTGATATGATCATTTTACTTTATGTAAATTGC +TTAATAAGTAGATTGCTGTGCACCTTGTTCCGTATATAGACAAGTTATGGCTGAGTTCTG +GAACTTAGAAACTTTCAAAGTAATTATAGCAAAAAGTACTGGAGAATATTTAAAATATAC +ATTAGATTAACTTTTACCACTAGCATTTACTGGTAAATATTTAGATTAATAATATAAAAA +GGTATTTAGATTTAAGCTAAATACCTTTTTAAGTTGCTAAATATAATTTGTAAAAATCAC +TATTAAAGATATCTATTTATTCATCTCCATAAATATTTTCTCAGGATTCATAGGTAAACT +ATTCACTCTTACACCTACACCATTATATATAGCATCTTGTATTGCAGGAGCAGGGGTATT +AATAACAACCTCACCTATACTCTTTGCACCAAATGGGCCAGTTGGTTCGTAAGTCTCAAC +AAAATCAACTCTTACAGTACCAACGTCACTCCTAGCAGGTATCTTATACTGCATAAATGA +ATTACTATCCATTTGACCATTTTCTAGATACCTAACTTCCTCAAATAAAGCAAGTCCTAT +ACCTTGAACTATACCACCTTCGGTTTGTATAGTAGCAAGACCTCTATTTATTACAGTCCC +GCAGTCAACTACTGCAACATAATCTATAATTTCAACTTTACCAGTTTCCTTATCTATTTC +AGTTTCAACAAAACCAGCTATATAAGGAGGTGGAGAAACTGGACTACCATGAGATGCAAA +TCCATTTAATTGAACTTTATCTATTCCAACAGTAAAATCTACTACCAAATCAAATATAGT +AATAGATTTATCATCACAGAACACTTTCTCACCATCAAACTCAGCAAGCTCTTTAGCTAC +GTGAAGTCTATTTGCCCCAACTTCTATAATTTTTTCTCTTAATTGTTGACAAGCCTTAAC +TACAGCCATTCCAGTTACATAAGTTGTACTTGAAGCATAAGATCCTGGATCATAAGGCAC +TATATCAGTATCTGCAGACACTACAGTTATCTTATCCATAGTAGTTTCAAGTATATCGCA +TGCCATTTGAGCAAGTATTGTATCACTACCAGTTCCCATATCTGTAGATCCAACGAATAA +TGTATAGTTTCCATCATCATTTAATCTTACTTCAACTGAAGATGTATCTATATTAGCAAT +TCCAGATCCTTGCATAGTAAGAGCCATACCAACACTTCTTACTTTTCCATTTCCAAGGTC +TTTTGATGGATATTTTTCATCCCATTTTATCATTTCTTTACCTTTTCTTATACATTCTTC +TAAGTTAGCACTATTTATTGATTTATCATATGCAAAAGTAGTTTCTCCTTCTTTTACAAT +ATTTTTAAGTCTTAATTCTACAGGGTCTATGTTTAACTTAGCTGCCAACTTATTTATAGT +AGATTCAACAGCAAAACACCCTTGAGTAGCTCCATAACCTCTAAATGCACCTGCTGGCAT +TTTATTAGTATAAACTACATTACCTGTAAATCTTACCGCTTCTAATTTATTGTATATTGG +CATACTCTTTTCTCCAACTAATCCAAATGTAGTTGATGCATGTTCCCCGTATGCTCCTGT +ATCAGATAGTGCATTTATATCTATAACTTTTATTACCCCATCCTTAGTAGCACCCATTTT +AACTTTCATCTTCATAGCATGTCTACTATTAGAACAATTAAATGTTTCTTTTCTACTGTA +TATTAATTTTGCTGGCTTTCCAGTTTTTAATGTTACAAGAGCTGAGAATATTTCAACGCA +AGCAGTTTGCTTACCACCAAAACCTCCACCTATTCTAGGCTTTATAACTCTTATTTTGCT +TGATGGTATATTTAACGCTCTACTTAAATGTCTTCTTACATGGAAAGGTATTTGTGTAGA +AGATATTACTACTAATCTTCCCATATGATCTAAATAGTTATAAGCTCTATATGTTTCCAT +CATAGCTTGTGCTTGTGCCTGAGTATAGTAAGTTTCTTCAATAATAACATCACATTCACT +TAATGTCTTTTCTATATCTCCCTTTGTATAGTTATGAGCAGAAACTATATTTCTTTCTCT +TTGCATACCTATATCAAAGTTAGTATGTACCTCTTCTTCATGAACTATTACTTTATTATC +TATTGCAGATTCAAAATCTATAACTGCATCTAATACTTCATATTCAACCTTTATCATTTT +TATTGCTTTAATTGCTGTTTTTTCATCGACTGCTGCAACTATAGCAACTTCATCTCCTAC +GTATCTTACTCTATCTTCTAATATTAATCTGTCATAAGGAGATGGTTCTGGATAAGATTG +TCCAGCTAGTGTAAATCTTTTATTAGGAACATCTTTATATGTAAGTACACACTCTACTCC +AGGTACTAACATAGCTTTCGAAGTATCTATATTTTTTATTATTGCATTTGCATGTGGACT +TCTTAATATTTTAACTATTAATGCATCCTTTGAAGATAAGTCATCAGTATATACAGGCTT +ACCTGTTGCTATTGCCATACCGTCAGTTTTCGGTATACTTCTTCCTACGAAACTCATATT +ATTTTACCCCCATATAAGTCTTTATTGCTCTTAATTGCCCCATATATCCTGTACATCTAC +ATAGGTTACCTGTTAAGTAATGTTTTATTTCTTCTTCGCTCGGGTTTTCCAGCTCATTTT +TCATAGCAAGTACAGTCATTATAAATCCTGGTGAACAGAATCCACACTGCTCAGCTCCTT +CTGCTATTAATATTCTAGCAAATTCATCAGCTTCTTTTTCTAATCCTTCTATTGTAGTTA +TTTCTTTATTTAAAGCTCTAACTGTCAATGTAGCACATGATAAAGTTGGCTTTTTATCTA +TCCATATTGAACAAAGTCCACAACAACCTGTATCACAGCCTCTTTTTACACTTAAGTTTC +CAACTTTTCTAAGTGTATCTACTAAAAATTCATCTGGCTCTATGTCAATTTTATGTTTTC +TCCCATTAACCTTTAATTCTACTAACATTACTTAACCTCCATTAATGCTCTCTTAACAAG +TACCTTACTCATTAAGGTTCTATATTCCTTAGATGCTCTCATATTAGTTCCAAATGCTAA +TTCTTCACTAACTATTTGAGATGCTTTTTCTATGTTTTCATCACTTAGTTCATTATTTGA +TAAAAATTCACTAGCTTTTACTGCAAGAGTAGCTATTTGTGGTCTTGCTCCCACGTAAAT +TTTTACTTTATTATCATTTTTTGATACAGATACATTAAGTAATGCATAATCACTTTGAGC +ATTTCTTAAGCTTTTGTATGTAGCTTTTACATCATTTTTCTTTATATAAATTTTAGTTAG +TAAATCTTTTTCATATTCTTTATTTAGGAAATCATAAAGTTTTATTCTTCCTGAATTTAC +TAGCTCTACTTCTGTATCTAATGCAAGCAAAGCTACTATTAAATCAGAAAAACCAAATTT +AGAATAGATAGTTCCTCCAACAGTTACTACATTTCTAAATTGAACTCCTATTATGTCTTT +CACAGAATCTTTTATTATTCTACCAAAATTATTTTCTATAACTTCACTAGTTTCTAAGCT +TCTGAATGTAGTCATAGCACCTATTTCTATATATTCTTCCTCTTCTTTTATATAGTCTAA +GTCTAGCTGCGATAATTCAACAGCTGTACCTATTCTTTTACTTCCCATTCTTAACCAAGC +ACTTCCACCTATAACTTGATTATTTTTTCTTTTTGTTAATATCGAGTATGCTTCTTCAAC +TGTCGCTGGTTGAACTATATCCATAACTGTAAACATACTTTTCCTCCCTAATTATATGAT +ATATCTTTTTAATCTCCCTAATTATACCATATTTATTTTTTATTTTACAGTAAAATTCGT +ATTAATCATTATATTTTTTATTTATTATTTGTATATGTACGTGTTTGTATTTTTAAATAT +TAAGGGTATATCTTGTATTAACACAAGATATACCCTTAATATTTTTATACTTCTTCTTTT +TCTTTAAGATCTTCTGGCTCTAGTAGACCCAATTTTTTAGCTACAAACTTTGTGCTACTA +CCTTGAACTATTAAAGTTAATAATATTGTCATAAATACTACTGAAGAGATAATTTCATGC +CCAGGAACCTTCATTGCAGTAATAATACCACATAAAGCTGCTGGTATTACACCGGTCTCT +CTTACCCACATCATAAAAAGTATTTCTCTTTTATTCCATTTTGCTTTTCTATCAAATATA +GTGCATACAAAAACAGCTATTGGTCTAGCTATAAATACTAATCCTAGAACACATATTATA +GATGGTACTAAGTATTTCCCTAATATACTTAAATCTACTTGTGTTCCAAGAATAATAAAT +ATAGACATTCTACAAATAGTACCTAAAGTTTCTACAACATGACAATCTGCATCATAACAC +TTTTGATTTAACCATAGTTTAAAGTTCTTTTTATTACCAGTAATTATTCCACCAATAAAA +CAAGACATATAACCACTACCACCAAGCTTAGTAGATAGTTCATATGCTATTATTACTGAT +AAAATAGATACTATAGGAGTATAATCCTTAAATATTCCATAAGGCTTATCGTTTACTAAA +GCCAACAATAAAAGGCCTGTAATTACACCAACTAAAACACCTACGACTACCATAACCATT +AATTCATATATATTTGCTTGTAATGAAAATTCACCTGATAAAATAATAGCTAAAACAGCA +GATGTTAAAATGGCTCCTGTCGCATCATTGAATGCAGATTCACTTATTACAGTTTGTTTT +ACCTTTTTATCTATTTTTATGCTATTAAAAATAGGAACTAAAGTTGCTGGATCTGTCGAT +GCTATAATAGAACCAATAAGTAAGGCTGTCATTGCACTAGTATTAAATGTTAATCCTATA +ATTTTTTGCATAACAAAAGCAGAAATCAAAACACCTAAACTAGACAATAAAAATACTGAT +ATTCTTACATTCTTTAAAACTTTTAAACTTATTTCTTTTCCACCTAAATATAAAATAAAG +GCTGATCCAAATGTAAGTATTAGCTGATTTTCAACTTGATACTGACTTATATCAATAAAT +TTAAAAACTGATGGCCCAATGAATATTCCTGCAAGTAAAAATAATACTACATCTGGTACT +CTTATCATTTCACTTATTTTGCTACAAATAATACCAGTCATAGCAACTACTGCAAAAATA +ATTAATAAGTTGTTACAAGCTATAGCATGTATTGACGATTCCATAATAGCATCTCCTTTA +AATATATTTTCTAATTATTATATTAAATAGTTTTATTTTTGATATCTTCTTTAACTCAAA +TTTAACATATCTAATAATTTGCAAATAAAAAAACTGAATTTATATACAAGAATTTTTTAT +TCTCATATTTAAACTCAGTCTTATATTATTATGTAATTAACTTGCTTTTACAGTATTTTC +AATTACATTTTCCTCTTTATCTTTTGGTAATATTAAGTTTAAAATTGTCGCTATAACAAA +AGTCATTATTATTCCATTTTGTGCGAATATATTAGAAACCCAAGTTGGCATTTGGTCTAA +AACTTCAGGTACATTACCTATGCCAACACCTAAACCTATAGCTAGTGCTATTATAAGTCC +ATTTCTTCCATCTATCTTTTCTCTAGTAAGTGATTGTAATCCACTAACTAAAATCATAGC +AAACATTATTACTGCTGCCCCACCTAATACAGACTGTGGCATAACAGAGAATATTGCACT +TAATTTGGGACAGAATCCACATAATATTAAGAATACTGCACCAGTCATTATAACAAACTT +ATTTACAACTTTAGTAACAGCAACTAGTCCTACATTTTGACTAAAAGAAGTATTTGGTAA +TATACCAAATACAGAACCTATAATGCTAGCTACTCCATCTGCAACTACTCCACCTGATAA +CTCACTATCTGTCGCCTCTCTATCAAGACCTCCATTTGCTATTGCTGAAATATCTCCTAT +TGTTTCAACTGTTGTCGCTATAAACATAATTGTCATTGCTATTATTGCTTCTATATTAAA +CTCTAAACTTACAGCGAAAGGTTTTGGTAAGCTTACCCATGCTGCATCCTTAACTTGAGT +AAAGTCAACCATTCCTAATGTTATAGATAATATGTATCCTATTATAATTCCTAATAAAAC +TGATGATTCACCTAAAAATCCTTTAAATTGTTTAAATATTAATATAGATATTATTACTGT +TGTTCCTACTAATAAATGTTGCCAACTACCAAAATCACTTACTCCAGCTCCACCTCCGAA +ATATTTAATACCTACTGGTAAAAGTGATAACCCTATAGATACAACTACTAAACTTGTAAC +AATTGGTGGAAATAATTTCTTAAGCGGCTTTATAAAAAATCCTAAAAATATTTCTATTAT +TGAACCTACTAATGCAGCACCAAGTATTGCACCATAACCATATTGAGTACCTATTGCCTT +TGCTGTTCCAATAAAACCTGAACTTGTACCCATTACTATAGGTAGTCCTGCCCCAACTTT +AAATACTGGATATAATTGAATTAATGTTGCTACACCTGCTATAAACATAGAATTTTGTAT +TAACATTGTTTTGGTTTCTATAGGCATTTGTAGCATTCCACTAATTATTATTAATGGTGA +TATATTACCTAAAAACATGGCTAATACATGTTGTATTCCAAGAGGAATTGCTTTATTTAA +TGCAACTCTTCCTTCTAATTCATAAACTGATCCTTGCTTCATTTTACGTCCCCCTACATA +TTTCCTAATTTACATTAATATTTTTAAATTTACATTTTTTACATTTTTATATTAACATAT +CAGAAAATCTTTTTCTATATTTTTCCGTATTTTTTTCATTTTTTCATAAAAATAATTCGT +ATTTATTCATATCTTAAATCACTTTATGTTTGTTTAGTTCAATATAAGTATAAAATATAG +GTGCCTCATTAGATACACCTATATTTTTAACCACTTAATGTCTATCGGCTTTTATTCTTT +CTTCCATTTCTTCTTTTGTTTCTTCTTGGATATTTGCATTTATTACAATATCATTGATAG +AGGAACTAGCACGAAGTACATCTTTGGTATACTCAAGTGCATTACTATAATGTCCATTAC +TAAATCTGTTATCATTACTCATGTGTATCACTCCTCTACATAATTTTTATCTAACAAGGA +GGAAAGCGTCTTTTTCTTGCTAACCTATCTCCTAAAACTTCTGCAACCTTTTTATTAGTT +GAGACTTCCTTTGCTATTTCCATTTTAGTATCATTTTCTTTTAGAAGCTTTTTTATCACT +TCATTGTTATCTAATTCTTCTCTTTGATTATCTTTTTTGTTGTACATTAATATCTTCCTT +TCATAATATTTGCTTATAACTATAAATTGTCCATATTATTTTCTTTTACAACTATAAGTT +TTTTCTATTTTTTATAAATTATTTTTAATAATCCTATTATTTATTGTTATATATTTTTAA +TTTTTTTAATCATAAAAATATAATTTTGTATAAAAAATAAAACAAGGTAAATAATATATT +ATTTACCTTGTTTTATTTTAATTTAAAGTTTTCTAAAGATTTCTATACCCTTAGTTTTTA +TTAAATTCCATAATATTAAAGTAATTACTAATGTTATAATAACTGCTATACTTAAGAATA +TGTTTAAATTTAGTATACTAAATTTAAAATATATAAATGCATAAGCAGCAATATATAAAG +CAGAAATTAGCATTACTGCAATCATAGAAAAGCTTCTTTTTACTACTGCTACTTCATTCT +TCCAATCAAAATTAGGGTATAATAGATTTAAAAATAGTCCTAATATTGCCACTAATAATT +CCACTGAGATTATTACTAAACTTCCTATAAGTATAAAATTAAAGTCAAATTTCATTCTTA +AACTTATTAAAATAAAGCAAATTATACTTATAGGTATTGTGATAAGTAAATTTAAACCTA +TTTTACCTTTAAATATATCTATTTCTTTTATAGGCAATGATTTTATTATCCATAAATTTT +TCCCTTCTATAGATATCGAACAATAAGTAGTGCAACTTGTTACTATACAGAATAATATAA +TACCTAACAATTGAATTTTTATAAAAGTAAAATCTAGATTCAATTGAAGTAAATCTGATA +CCTTATCTGCTCCAAGTATCACTAAACTTATAGAAAATATACTTAGTAAAACCATTCCCA +TAGATGAATTTAGTACGTATATATAAGAAGAAAAATATCTCTTAATCTCTTTTTGTAGTA +AAGCTTCAATTATATTATAAGTTTTTAATTCTGTAGCTTCGTATTTTTTAATCTTATAAC +TTTCATTCATTCTAGAATTTATAAGTTTAAATTGTTTTGAAAATAAATTTACAAATATTA +GAAATAACCCTAATGATAATCCAATAAATTTAATAACTGATAAAAAACTATTATTTGTTA +AACCATCTATATAGTAATAAGATAAAAAGTATACTTTCTTTACAGCTTCATTTATTGAAG +TACTATTTACCAATATTGATTTTCCTATCTCCTCCATTTGAGTAACAAGTAACATATACG +CTACAAGTAATATTATACTTCCTATAATTAATATTGCATTCTTATATTTAATCTTTGATG +ATATATTTCCTAAAAAGAATGAAATAATTGATGATATTATCATAGGAATTAATGGTGTAC +ATAAGAACATTAATATTAAATTGACATAGAAAAATATACTTACATTAACTTTCATTGAGT +ACACTATTGCTGGGATTAATATAATTGGTGCTGTAAATAAGTAATTAGATATTAACAACA +TAAATATTTTACTTATTAATATTGTTGATTCCTTTAACGGAAGACTTATTAACATTTCAA +AATCCTTAGCTTCAAATAGATATGACGAGGATTTATATAATGTAGTAAATAAGCTAAATA +ATACAGTTCCTACAAAACCTATTAGAAGTAATAAATCCATTTGATTATATAGAATTAATA +AATCACTTACATCTAAGCATAATTTAAAAATAGCATATATCAAGTACCCTATAAGAACTA +TAGAACCAACTATAATTGCTAGTATCTTATTTCTTTCTTTCGAGTTTAAATTTTTTATTT +TATTTAAACCAAATTCGTTTATTATATTAGTATTTATTAATAATCCTAAATTAATCATTT +TCAATCAACTCCATAAATAGACTTTCAAGACTTTTATTACCTTTTACATCATCAGTATTT +CCTGTAGTTATAAGTTTTCCATCTTTTATTATTGCTACCTTATTACAAATTTTTTCTGCT +ACATCAAGTACATGAGTTGAAAAGAATATAGCTCCACCTTTTGAACAAAACTCATTCATA +ATTTCCTTTAAGGTAAATGCAGCCTTTGGATCAAGACCTACAAATGGTTCATCTAAAATT +AAAATTTTAGGACTATGAATTAGTGCAGATATTATAGCTAATTTTTGCTTCATTCCATGA +GAATAAGAACTTATCATATCTCCTAAGCTATCCTTTATTTCAAATCTATCTGCATAGTAA +TGTATTAAATCTTCTCTTTCTTTTTTATCAACATTAAAAATATTTGCTATAAAATTAAGA +TACTGTATCGCAGTTAAAGAATCATATAAATCTGGATTGTCAGGAATATAAGCCATCTCT +TTTTTACACTCTATAGGATTTCTCTTAATACTTTTAGAATTAACTAAAATCTCACCTTCT +TCAAAATCATGGATTCCTACTATACACTTTATAGTCGTAGTTTTACCAGCACCATTGTGA +CCAATAAATCCAAATATATCTCCTTTTTTAATTTCAAAACTTATATTATCAATTGCCTTG +CCACTATTTTTATAAGACTTTGAAAGATTTTTTATACTTAACATATTACCCTCCAGTATT +ATATATTTTATATTTGTTATATATAATATATAACAATCAGGCAATAAGTTCAATATATTT +TTGAAAATAATAAATTACGAAATTGTATATTATTAATTTCATTTATATTCTATTATTTTC +TCTCTTCAAAATTTAAATATTAAATAAGGGACTTTTTAAAATGGTTTTTGAATCAAAATC +AAAGAGCTTGATAAAATAATTATATTACACTTACACCATTTTTACAGCTGCATATAATAG +AATTATTTATCAAGCCCATTATTCAAAACTATCTATAAGTCTCTTAATTTAAATCTAATT +TTTCTATGTTTTCTTTCATTATTTTTATCGAATCATCTAGTTTATTTTTCTCTGTTGTAT +CTAACGCTAAATGAATAACTTCTCTAACACCATCTTGATTTACTATACTTGGAATAGCAA +TATAAACATCTTCATGCCCATACTCACCATTTAAGTATGAAGAGACTGTTAGTATACTAT +TTTCATTTTCAAGTATTGCTTTCGTTATTCTAGTCAGTGCCATACCTATACCATAATATG +TTGAATTTTTACACTTTATTATTTCATAAGCTATATTTCTAACTTTATCCTCAATTTCTT +CTAACTCATCAAATTTTAACTTACTATCTTTTCTTGATGCAATTTGGTAAATTGGTTGAA +CTCCACATAATGCATAACTCCATGCAACAAATTGAGAGTCACCATGTTCTCCCATAACAT +ATGCATTTATATCTTTAGGATTAACATCTAATTTTTCACCTAAGGTATATCTAAGTCTTG +CAGAGTCTAACGTTGTCCCTGAGCCTATTACCTTAGATTTATCAAATCCTGATAACTTTT +GTGCTACATAAGTCATAATATCAACTGGATTAGTAGCTATTAATAATATCCCATCAAATC +CTGATTTTTTTATTTCATCAATAATTGATTTCATAATTTTACTATTCTTGTGAAGTAAGT +CTAATCTAGTTTCTCCTTCTGTTTGTATAGCACCTGCTGTTATACAAATTATATATGCAT +CCTTACAATCACTATAGTCACCTGCATATATATTCATTTTTCTTGGTGCAAAGCTAAGAC +CATGATTTAAATCTATTGCTTCACCTCTAGCACGTTCTTTATTTATATCTATTAAAACTA +ATTCCTCACATGCACCTTGATTTACCATAGAGTATGCATAGCTCATACCTACCATACCCG +TTCCTACTATAACAACTTTATTTTTCTTCATAAAATCAACCTCCAATACTCTTCGATTAT +TTTATTCCCAAAATAATCCATATTAAAACTATAATCACTATTATTATGTGTCTTATTTAT +TTTTTGATACTAAGCATATATTAGTTTTACTACATTTTACCTATCATTACAATAACTTCG +ACTAATTTTTGTCATTTTTCTAAATATAATACATTAAAATTTTATATTATTAGCTATAAT +TTTTTTTATATTAAGTGTATAATAAAATGTACTAATCTAGATATTAAAAATAAAAGGAGT +TATATATGAAGACATTTGAAGAATTAAAATTAAATGGTAATTTAATAAATGGACTTAAAA +AGCAAGAAATTACATCTCCTACTGAGGTACAATCTCTTGTTTTTGAAAATATAATTAATA +ACAAAGATATTCTTGCAAATTCTCAAACTGGAAGTGGTAAAACATTATCTTATTTACTTC +CTATGTTTGAAAAAGTAGATACTACAAAAAGAGAAACTCAAGTATTAGTTCTAGCACCTA +CTCATGAGCTAGTTGTTCAGATACATAATCAAATTGAATTATTAGCTAAGAATTCAGGAA +TAGAAGTTACTTCTCTTCCAATATTCGGTGAAGTTAATATTCAAAAACAAATAAAAAATA +TAAAAAATGTAAAACCTCATATAGCAGTAGGGTCTTGTGGTAGAGTTTTAGATTTAATAA +ATCAAAAAAAGTTAAAAGCTCATACTATTAAGACTATTATATTAGATGAGGTTGACAGCT +TACTAAGCGGAAACAATGTATCATATGTTAAAGATATAGTAAAATCAACTTTAAGAGATA +GACAATTATTAGGATTCTCCGCTTCATTAACTGATGAAACTATTGATTTATGCAAAGAAA +TGATGAAGAAACCTTTAGTAATAAATGCTACTAAAGAAGTTACTATCAATCCTAAAATAA +AACACATGTACTTATTAGGAGAAAGAAGAGAAAAATTTGATTTACTTAGAAAAGCTTTAG +CTGCTACTACTCCCAAAAGAGCAATAGTTTTCGTTAATAACGAAAAAAGTATTGAAGTTA +TAACTTCTAAATTAAATTATCATGGATATAAAGCTGTTGGTATATTTGGAGATATGTCAA +AGGAAGATAGAAAGAATGCTATCAATGCTTTTAGGTTGGGAAAAGCTAAAGTCTTAGTAT +CTTCAGATTTATCTGCAAGAGGATTAGATGTCGTTGATACTAGCCACGTATTTAACCTAG +ACTTCCCCGGAAGTAAAAACGAATATATACATAGAGCTGGTAGAACTGCAAGAGGAAATA +GAAATGGTAATGCTATTTCTATAGTTACTAAAGGTGAACTTGCTGATATAAAACGATATA +AAAGAGAATTTAATATTGATATAAAGCCTAAGGTAATTAAATACGGTAAGTTCTTCGATA +GTAGAAGTAAATAATTAAATTATTAAATATAATATGAAAAAGGGTATGTTTCAATCATAC +CCTTTTTCATACTTATATATTATAAACTTACCTAAGATTGATATAGTTAATAATTTTTAT +TATCAAATACATTTAATTATATTTACTTTTTTAGTTCCAATTTACATTCTTTTGAAATAT +TATATAGTATTTCAATAAGTTTTGGAGGTAAGAGATGGATTTCATTGACAATATAGTATC +AAATCGACTTGGGGGTAACAATTTTTTTAACGAAAGTAGAGTATTTAAATTTGAAAAACT +AAAAATGATAAGAGATGATTTAAAGGCTAAAAATCCTGATATAAAGATAATAGATATGGG +TGTTGGAGAACCTAACAAAATGGCTGATAAATCCATAGTAAATGTACTTAGCATCGAAGC +TAATAAAGAAGAAAATCGATTTTATGCTGATAACGGAATATTAGATTTTAAAATCGCAGC +TTGCTCTTATTTAAAGGATTTATATAACTTAGATAATATAAATCCAGCTAATATTGTTCA +TGGTATTGGATCTAAATCTATATTAGCTATGATTCCAACTTGCTTTATTAACCCTGGCGA +TGTCACTTTAATGACAGTTCCTGGTTATCCAATAATAGCTAATCATACTAAGTTCCTTGG +TGGTGAAGTATATAACTTAAAATTATGCGAGTATAATAACTTTTATCCAGAGTTAGACTC +CATACCTGAAGACATTCTAAAAAGGGCTAAGCTATTATATCTTAACTATCCAAACAATCC +TACTGGACAAGTAGCTACAATAGAGTTTTATGAAAAAGTAATTGAATTTGCTAAGAAAAA +CAATGTTCTAATTGTGTCTGATGTTGCTTATGGACCTTTAGTTTTTGATGGAAATAAACC +ATTAAGTATATTTACCGTTGATAAAAACATGGAATATTCTATAGAACTACATTCTTTATC +TAAAGCTTTTAATATGACAGGTTGGAGACTAGCATTTTTACTTGGCTCTGAAAAATCTAT +AAAATTATTTTCTACAGTTAAAAGCTATGGTGATTCTGGACAATTTAGAGCTATACAAAA +AGCAGGCATATATGCACTAAATCATAAAGAATTGATAGATGAAAATATAAAAAGATATGA +TAGAAGATTTAAACTACTAGTAGATGCACTAAATGAAGTTGGTTTTGATGCAAAAAAACC +AAAAGGAGGGTTCTACTGCTATACTGCAATTCCAAAAGGAGTAAAAAGCAAACTAACTTT +TGAAAATGCTGAAGAAGCAAGCTATTATATACTAAAAAATGCATATATCTCAACAGTCCC +ATGGGACGAATGTGGAGGCTTTTTAAGATTTTCAGTAACCTTCGAAGCAAATTCAATAGA +AGAAGAAATACAAACAATAAACGAACTTAAAAAAAGACTTCAAAGTCTAGATTTGGAATT +CTAATATAGACTTCATATCATTATATTTTTATGCTTATTATTTTCTGTTATTTTTATTTA +ACACCCTAATACTAGATATTAGTAAATAGTGGTATATTTAAAAGGAGTGTCAAGTACCCA +GAGAAAGTGTGAAAATTAATTTACCGAATATTCGCAGATACAATCTGCATGGTAGGTAAA +TTAATTTTCACACTTTCTCGCTGTATATTAAGCCACCCCCTTTAAGCCCCTCCAATACTA +ATAAGCTAATATTTCTATTCCATCTTCTGTTACTAGGATCATATTTTCCCATTGTGCAGA +TAAAGAACCATCTTCTGTACAAGCAGTCCATCCATTATCAGCATCTATATATATGTCACT +CTTACCTTCATTGATCATAGGCTCAATAGTAAACATCATGCCTGGTGCTAAAACCATTCC +TTCGCCCTCTCTTCCATAGTGGAATACAAATGGTTCTTCATGGAAGTCAAGTCCGATACC +ATGACCACCAAATTCTCTTACTACGCTATAACCATTTTCTTTTGCATGTTTTTGTATAGC +TGCACCTATATCACCTAAGTGCCCCCAAGGTTTTACAGATTCTATACCTTTTATCATACA +CTCTTTAGTCACTTCTACTAGTCTTTTAGCTCTATCACTAACATCACCTATCATAAACAT +TCTAGATGCATCAGAATAATATCCATTATAAATTGTAGATACATCTACATTTATTATATC +TCCATTTTGTAATACTCTATCTTCACTTGGTATACCATGGCATACTTCATCATTTATAGA +AGTACAAACACTTTTAGGGAATCCTGAGAATCCTAAAGGAGCTGGTACTGCACCTTGAGA +TATAGTATATTCATGAACTATTTTATCTATATCCTCAGTAGTCATACCTTCTTTTATATT +TTCTGCAACTAAATCTAGTATTGCATTATTTATTTTCGCACTTTCTTTTATTTTTTCTAT +CTGTTCTTTATTTTTTATTAAATCTCTAGAAGGTACTTTATGACCTTTTCTCTTTAGCTC +ATCTAATTTTTCATCAAATTTCATATGACATTTTTTATATTTTTGATTGCTACCACACCA +GCACTCATCGTTTCTTCCTAAACTCATTATTAAACTCCTTTCTCATTATAGATATAATAT +AATAATATACCTATATATATTACATGTCAAAGAAGCCTTAGATTTCCTAAGACTTCTTGA +TTTAATCTATTATTATATATTTAAAACTGTAATTGGCTTTCTTAATATATAGTCTTTTTC +TACATCAAGGTCTAACTTCATTTTTACAGTTTGTCTTGCATGAGGAGCTGATTCTATTGG +CTCACCATCTTCATTGTACATTTCTAATATTATTGCATGCATAGTTTCTTTAAATGGCCC +TATAACTTCAATTTTATCTCCTACATACATCTTATTTCTTTGTTCTACTACTACAAGTCC +AGTCTCTTCTTCATGACCTTTAACTAAACCAATAAAATCATAGTTTCTTATATAAGACGC +AGATTTATAATTATGAGAATTTGAATCTGGTCTATCAAAGAAGAACCCCGTACTGTAATC +TCTATGACTACCTTTTTTAAGTTCTTCTAGCCACATAGGATTAAACTTCCAGTTTTCTGG +ATCTTTATAATATTCATCAAGCGCCATTCTATATGCTCTAACAGTTGTAGCTACATAGTA +AGCTGTTTTCATTCTCCCTTCTATTTTTAAGCTTGTTATACCACTATCAAATATTTCGGG +TATATATTCTATCATACATAAATCTTTAGAGTTAAAGAAGAACTCCGGATCTATATCATC +TAATACTTGCTTATATTCACCTGGACCTACTTCTTCCATTAATGTATACTTCCATCTACA +AGATTGTGCACAAGAACCTTTATTAGCATCTCTTCCTGTAGTATGATTACTTATTACACA +TTTTCCTGAGTATGACATACACATAGCTCCATGAACAAAAGTTTCTATATCCATATCAGC +TGGCGTATTTTCTCTTAATTCTTTAATTTCCTCAAATGATAATTCTCTAGCAGTAACAAC +TCTTTTAGCTCCTTGTTTATACCAAAAAGCTGCTGAAGCTGCATTTGTAGTACTAGCTTG +AGTACTTATGTGTATTTCCATGTTAGGTATTGTTTCTTTTACATAAGTAAATACACCTGG +ATCACTTACTATAACTGCATCAACGCCGATCTCTTGTAGCTCTAATAAGTAGTCTTTTAA +TTGTAATAAATCATCATTTCTTGGAATTATATTTATAGTAACAAAAACTTGTTTTCCTCT +TTCATGAGCAAAGTTTACACCTTCTATCATATCTTCTTTGCTAAAGTTTTTTGCGGCAGA +TCTCATTCCAAATATTTCTCCACCTATATATACTGCATCCGCTCCATAAGTAAATGCTAT +CTTTAATCTCTCTAAATCACCTGCAGGTGCTAATAATTCTACCTTTCTCATTTTATCTCC +TTTATATATTAATTTTTCTTTTTACGTAATTAGGTTCGATTTTATTAATTTACCCAAATA +AAATTATACAAAACTTATATTCTATATATCTCTCCTATTTGGTAATATTTTATATAGTAT +TATATCATATTTTGTGCTAACTATTTTATATAAATATATTTATAGTAAAATCTTTCAACT +TTTATAATAACTCTTATTTAATTAAATATAAAGGAATAATTAAAAATTCATTATATTCAA +TATAAAAGGCCTATCATACAAGATAGACCTACTTATTTAATGTTTCATATTATTTTTAGA +TTCTTTTTCCATTTGTTTTTTTAATTCTCTTGAAAATTTCTTTTCTTCATATTTTTCCAT +CATTTCATCTTTTTTCATTTCCATAGATGCCATAGCACCCTTAAAGTCATCTTTTAAATC +TTCAGCTGTATGTTTCATTACATGCCCTACTTTTTGTGCGCCTTCTTTCATATCATTTTT +CATATTATTCATTTCTTTTTGTAGCTTATCCATATAAAAGCCTCCTCTAATATTGTTTTT +ATTATTTTTTCCAAAAAGTATAAAATTATTTGCTTCACTAATGTATTTAAATTTTCATAC +ATTAAAGTATTAGATTAATTAGGGGGTTATTTTTTATGACATCTTATATTCTTTATGGTC +TTGCTATAGCTTTATTTATAATTTCATATATAAAAGACAAGTCAAAAACAAAAATTGCTC +TAAAAAAAGCCTTTAAGTCCTTCGAAAATATAATGCCTCAATTTTTATCTATTATTATTA +TAGTAGGAATAGTTTTATCTATTCTCGATACAGATACAATCTCAAAACTTATCGGTTCTG +AATCAGGATTTTTAGGAGTTTTTTTATCTTCTACCGTAGGCTCTATTGTTCTGATGCCTA +CATTTGTTGCCTTTTCTACAGCAGATACTTTGCTTAAAAGTGGTGCTGGATATTCTCAAG +TTGGAGCATTAGTATCAACTCTTACATTAGTTGGTGTTATGACTTTTACACTTGAGTCTC +AATATATTGGTAAAAAAGCTGCATTTTATAGAAATTTCATAGCTTTTTTATTTTCATTTA +TAGTTGCTTTTTTCATGGGGGTGTTTTTAGGATGATTAAATTAAAATTTATATTAAATAG +ATATAAACTTTTCCTAATATTTTCTATTATTTTAATCTTACTATTTATTTTTAATAGAAA +CTTAGGTGTTAATATATTTAATAATGCAAAGGGTAGTTTTTTACAAATGTTAGCTGTACT +TCCTCCTATCATGCTTCTACTAGGCCTTATGGATGAATGGGTTTCTAGAAAATCAATGAT +GAAGTATATGGGAGAAGATTCAAGTATTCTAGGGATAATTTTATCAATTTTACTAGCTGC +ATTTGCTGCTGGACCAATGTATGCAGCCTTTCCTTTTACTGCTGTTCTAATAAATAAAGG +TGTTAAGTTTTCCAATATAATAATTTTTATGAATTCTTGGTGTGTAATTAAAATTTCTAC +TTTATTATTTGAAATTAGCTCTTTAGGATATAAGTTTACTTTATATAGATTAATAATAGA +TTTTATTGGTGTTATTGCCATGGGATATTTAGTTGATTATATAGTTAATAAAGCACCTAA +AAAAAAATCCTGTAAGTTTTAACTTACAGGATTTTTTCACTATAACTATACCCTACTGGA +GGATGTGAGGGAGGATTATAGTCATAGTCTAGTATTATGGTCTTAAGCTAGTCTTTTCAT +TTATTATGATACAATTCCTATGTGAATTTAATGTGTAATTATTATGAAAACTGCTTGAAT +TTAATACTTTATAAAAATTTATTAATATTTTTATAAAGTATTCACTTCTATTATCTAAAT +TTTTATAGTAAATACAACGGAATTATTCCTATTTTTTATACTATATTCGAAGCCGTGACT +TTTTAAAATTGTACTTACGATATATAATCCAAGGCCACTCCCTCCAGTTTTTCTTGATCG +TGATTTTTCTACTCTAAAAAATGGATTAAATATCTCTTCTAGATATTTTTTCTCTATTAT +TACACCTGTATTTTCGATTTCTAAATAAGTTTTTATACTTCTTCCATTTTTTCTTTTATA +AAGTCTTATCGTTACAGTTTCTCCCTCTGGAGAGTACTTTATTGCATTGTTGATGATATT +ATTAATTGCTCTTGTTATTTTTTCTTCATCAGCAATTATACTTATATTCTCATCTATTTT +TAAAACTATTTTTAAATTTTTCTCTTCAATTAAAAAGATTTGTCTTTTAACCAGATTCTC +TATAAGATGACTTAAATTTATATTTGTTAAGTATAAATCTTGCTTTAATGTCTCACTCTT +AGAAACCTCAATCATCTCATTTACTAATTCTTTTAACTCTTGAGTGCTTTCATATGACTT +TTTAAGATAAGTATCTCTATCCTTGTATTTTCCTATATTATAAATCATCCCTTCTATTTG +ACCACTTATTATAGTTATTGGCGTTTTTAATTCATGAGATATTGTAGCTATAAAATCTCT +TCTTTTCTGCTCTTGTTCTCTTTCACTTTCAATTATTTTAATTAATGGCCTTGTAATAGT +TGATGAATATATAAATGCTCCGATCATACCTACAAAAACTGCTACTAGTAATATATACGG +CATAATCTTTCTAATAACCTGGCTAGCTTCATCTATAGGTTGAAGTGGCATCATTATATC +AAGTCTATATGGAGTACTCTTATCAGTGGTTGATATATGTGTAGACATAGTATACTCCTT +AGCTATTTTTCCAAGTTTCAATATATTTTTTGATTGATACTTATCAAATTTAAATAAAAG +AATCTCATTATTTCCATACACAATCCTTCCACTAGTGTCACTTAATAAAATTGCTAAATT +TTGTTTTTTCGCTATATCATAAAGATTATTCTCCAATTCTTTAGTATCATGATAAGCTGC +CTTTTCTATTAATATACTTATTTCTTCATGTAGAGATTCTATTTTATATTTATGATAGTA +TGATGGCAGTAAATAATATAGTATTAGATATATTATTAAAGCTAAGGCTATAAGTAATCC +GCTAGTTATGCCAAATAACTTATATTTTATACTTAAATTTTCCCATTTATCCAATATCTT +TTTCAAGTGTATAACCTATCCCTTTAACAGTTTTTATATATGGTAATTCTATTTTTTTTC +TTATATTTTTGATGTGCGCATCTACTATTCTAGTATCTCCATAATAATCATAGCCCCATA +TACTATCCAAAAGGCTTTCTCTTGTTATAACTTGAGGATATTTTTCAATCAAATTTTTTA +ATATATTGAATTCTTTTAATGTTAATTCAACAATATTTCCATCTACATTTACAGTATATG +TATTTAAATCTAATCTTAATTTCCCAAAACCTAAATAATCATTGCTTTCTGCTGTAGTAT +TACTTCTCCTTAGTACCGCTTCAACTCTTTTTATTAATAAATTAAAAGAAAAAGGCTTTG +TTATGTAGTCATCACATTCTAATTCAAACCCTTTAACTTCGTCATTTTCTTGATTTAATG +CTGTTAAAAATATTATAGGTACACTGGACGTCTTTCTTATCATCTTACATGCAGAGTATC +CATCTAAATTAGGCATCATTATATCTAAAATTATTAAATCATAATTATTCTTCTTAAAAA +GCTTTATTCCCTCTAGACCATCACTTGCATAGTCTACATTATAATCCTCAGCTCTTAAAA +ACTCGACGATAAGCTCTTGTATATTTGCATCATCTTCAACAACTAATATGGATTTACTCA +TCTTTGCACCTCCTAGTTTAATTATATATATATTCTACATTACATATATGAATTTTACAT +GAAATTTTATTCTATAATAAGATAAAACACGTTGTGATAAATAATAGCATACTTATCATA +ACGTGTTTTCCTAAGTTATATTAGTCTAATTTAAATTTCTTAAGTCTTAGTGCATTTGTA +ACTACTGATACAGAGCTTAGACTCATCGCTGCAGCTGCTATCATTGGATTTAAAAGAGGT +CCTCCAAATATATATAAAAGTCCGGCTGCTACTGGTATTCCTATTGTATTATATCCAAAT +GCCCAGAATAAGTTTTGTTTAATATTCTTAATTGTTGCATTACTTAATTTTATAGCATTA +GGTACATCCATTAAATCACTTCTCATTAAGACTATATCTGCAGATTCCATAGCTACATCA +GTACCACTACCTATAGCAATACCTATATCTGCCTTTGCTAATGCCGGGGCATCGTTAATT +CCATCTCCTACCATTGCAACAAAATTACCTTTTTCTTGTAGTTTTTTTACTTCTTGAGAT +TTATCTTCTGGCAATACTTCTGCAAGAACTATATCTATCCCTACTTGTGATGCAATTGCA +CTTGCAGTTTTTTTATTATCACCAGTAACCATAGCTACCTTTATACCCATTTCATGTAAT +GTTTCTATAGCCTTTTTACTACTTTCCTTTACAACATCTGCTACTGCTATTATACCACCT +ATATTATTATCTATCGAAATATACATAGGTGTTTTTCCTTCTCTTGCTAATTCATCAGAT +TTATTTTCTAAGTTTAGTAAACTTATATTTCTTTCATTCATAAGTTTTCTATTACCTAAT +AATATTTTTTTATTATCAATTATAACTTCTATACCATGACCAGGTATAGCTTTAAAGTTT +TCTAAATTTTTAAAGTTAATATCTTTTTCCATACCGTATCTTACTATAGCTTCTCCAAGA +GGATGTTCAGAATTTTTTTCTGCACTTGTAGCTATTTCTAATAAATATCCTTCTTCAATA +CCTTCACTTGTTATTATATCTGTAACTTTAGGTTTACCTTCTGTTATTGTTCCAGTCTTA +TCAAATATTATTGTGTTTATTTTATGTGATAGTTCTAATGCTTCTCCACCTTTTATAAGT +ATTCCATTTTCAGCACCCTTACCTGTTCCTACCATTATGGCTGTAGGGGTTGCAAGACCA +AGTGCACAGGGACAAGCAATTACTAAAATTGATATAAATATAGTAAGTACAAAAACAATA +TCCTTTCCTCCAAATATCCACCATAATAAAGCCGAAACTACTGCTATAGTCATTACTATA +GGTACAAAATATCCAGATACAGTATCAGCAAGCTTTGCAATAGGTGCCTTTGTTCCTTGA +GCATCTTCTACTAACTTAACTATTTGAGCAAGTGCTGTATCACTACCTACTTTTTCTGCT +CTAAACTTAATACTACCATTTTTATTTATACTAGCTCCAGTGACTTTTGATCCTACATTT +TTTTCAACAGGTATACTTTCTCCTGTAAGCATTGATTCATCGACCGATGTATTACCTTCT +ATTACTGTACCATCTACAGGTATTTTTTCTCCTGGTTTAACTAAGATTATATCTCCAACC +ATAACTTCATCTATTGGTGTTTCTACTTCAGTTCCATTGATTATCAAAATTGCTGTTTTG +GGTTGAAGTCCCATAAGCTTTTTGATTGCTTCTGAAGTCTTTCCTTTTGATCTTGATTCA +AAGTATTTTCCTAGTAATATAAGTGCTATTATTATACCCGCACTTTCATAATACAATTGA +TGATGATGCATTCCTGTAATTTTACCATTTGCTATTTGAATGGTTGTATATACACTATAT +AAAAATGCTGCACTAGTTCCTATTGCTACTAAAGTATCCATATTTGGACTTTTAGAAAAT +AATGACTTAAAGCCATGTATATAAAACTTATATCCTGCTCCCATTACAGGTATTACTAAT +AACAATTGTATAAGTGCATAGTTTAATGTATTATTCATTGGATTTATTATTTCTGGTAAT +GGCCATGGTCCAAAAGGTTTTGGTATCATAGGCCCCATTGCGATATAGAATAGAGGGATA +GCAAATATTGTTGCTATAATAAATTTTGTAAATAAAGTTTTCATTTCTTTTTCTTTTTTT +AATTTATCTTCATCTACACTTATCTTTTTTTCTTCTCCTATTGGTTTATAACCTGCTTTT +TCAATTGCAGCCTTTATCTGAGATAATTTAACTTTAGCTGGGTTATATATTACATTAGCT +TTATCAGTTGCTATATTAACACTTATAGATTCTACCCCTTCAAGTTTTTTTCCTACTCTT +TCCACAGCTTTTGCACAAGCTGCACATGTCATCCCCTCTATTTTAAGTTCAATGACTTTA +TTTTCTTCTTCAACTTCAACTCCATATCCAGCTTTTTCAATTACACATTTTATGTCATCA +AAATTTACTTTTGATCTATCATAAACTATATTTAATTTTTCTGTAGCTATATTTACATTT +TGTTCTTCTACACCATCTAACTTTTTAACTACTCTCTCTACAGCCTTTGCACAAGCCGCA +CATGTCATTCCAGTTATCTTATATATTTCATTTATTTTATTGGCATCCATATTTATTCTC +CTTTCATTTTCTTATGATATCTATATACCCTATAAGGGTATATTAAAACATTTTATTGAA +AAAATCAATTAATTTAATAATTTTAGTTTAAATTTTATCCATTCACTATTTTTCTACTCA +TAAATTTTTATATTATTTTAATATATTTACATACTAAAAATGTATTTTTCTAATATAAAA +TATCTACATCTATAAAAACTTTATAAAAATAAAACTAGCTTTAATGATGATTTAAATCAC +TAAAGCTAGTTTTATTTTATAATTCTATAATTTAGATATTAATTTATCTATTAATTTCTT +TTTCATATCTTGAATCAAATCTTTATTTGAATTAGTTTTTGTATTATTATTACCTTTTTT +ATTTGAGCCTTTTGCTGAAGTTGACTTTTTCTTTCTTCCCATATCCAAACCTCCATAATA +ATATATTTATTACTATATAATTATGAAATTTTGCTCCAAAAGTAGACAATTATTTTAAAA +ATATTATAAAAAAACTTTTTTTACTTATTTATAGTTATTTATATAAGATAAGTATCTCTT +CATCAGAGTAAGCCTCTAATTCTAATCACTTATCATATGGGTTACCTTTTATATTTAAAA +GTTCTGCAAATGCTTGCTCTGTTTTTAGTCTACTTCTTTTTAGTTGAATAATCTTATTTT +TAAAATCTAACCCAAGTAAATTTAATATCCTATATTCTATAAGCATGTGCCTATATGCAT +TTGATCTATAAGACTTTATTTTTGATGCGTATATTTCTATATTTTCTATTTCAAAATTAC +AAACTGCAATACATTCTTCTTCCATATATCTAATTTTAAAATTTTCATATTTAGAAAAGT +TATTCTCCAATATTTCCATAAACTTCACAAAATCATTTACCTCACATACGATGTCAAGAT +CACTTTTGTTTATATCAATATCTATAGGTATTGTTCCTGCTAATATTGGATTATATTTTT +CTAATGTGTTAAATACTTTATAATCATTTAAGATTTCATGACTCTTTCTTTGTTTGTTAT +TTCCATACTTTAAATATTCTTTGTCTAAGAACTTATCGATCATCTATCATATCCTCTCTT +TTATTTACAAATAAAAATACCTCAAAATATTATAATACTCTTTATTTTGAGGTATTTTTA +TTATTAGTTTATCATTATTTTAATACATTAATTAAATTTTTAAATATATCTTTATTTTCT +TTAATCTCTTTTTCATTTCCAACTACTGCTAAGTAATCTTGACTCATGGTATTTCTTACT +ACTTCTGCATATCCTTTAATATCTTCTACCTTAGTATTTAATACCTCAACTCTTTCTTTT +TCTCTATCTTCCTTAGTTATATTTCTTATATACATAGAAACAGCCTTTATACCTTTATAA +TAAGGCATAAGTGGACTTTCTAAATTACTTATAGTTCCTATTATATATTTAGTCATTTCT +CTATCTGAAATATCAAATTTTTCTAAGTAATCACAAGCTCCATCATAAGCATTAAGAGTA +TTTACTAAATTTGGATCTCTATATGATACAAATATAAAGCTACCTTCTCTACTTATATTA +CTCATTGCACCATAAGCTCCACCTTTTACTCTTACATTGTTCCATAAATAATCATATCCT +AGTATTGTTTTTAATACCAGCATGCTACCACTATAGTCATAACCTAATTCTTTATAGTTA +TAACCCTTAGCTACATATTGGACATTTGCTGAAGTCATTAGCCCTTCATTTTTTTGTTCT +TTAGTAAATTTATATTCATAGCTATCTAATTTATCATTACATAATACATTCGTTACTTTG +TTCATATTCTCTTTTAATAATTCTAATTCTTTTACTTCACCAGTAATAGCTATAGTTAAA +TTATTCTTATTAAATACTGTTTTTTGAATTTCATATAATTTTGATTTTATATTTTCAAAC +TCTGAATCATAATTTTTCTCTATATTTTTTAAGAACTCATAATAATCATATCCAGATATT +TTTTGTAAGTAAGAAGCAACTGGTGAGAAATAAGAAGTAAGTCTACTATTTGCAACTTGA +TGTCCAGCTTGCATTAAGTTCATTTCAATTCTCGAAATTAACTCTCTTATTATCTCTCTT +ATTCTCTTACTATCTTCGAATAATGAGTTTTTTATTATTTCTGAAAGTAAATCTAGCGAT +TTTCCAATCTTGTCATTCATAACTTTTATATGAGATTCTATAAATGGATAAAATTTAGTT +GTATCCTTATCATTTGAGTAAACTTGATTCTTAAAGAATAAGTCTCCAGTATTTATAAGT +ATCTCATTAGATAATTCTTTGTAGTCATAATTTTTTGTATCTACTTTTCCTAATAAGTTT +CCTATTAAGCTAAAGTAAGGTATATCTTCTTCTTTTATACATCTTCCGTAAAACATAAAG +TTTAAATAAGAAATATTGCTTGTAAATACATTATAATGAAGTATTTCTATATCATCATAC +TTAATTTCTTCAATTTTTAAATCTTCTACATCTTTTCCTATATCATCTATCGATAACATA +GGTATAGTCTCTAATACGTCTGGTGAATCAGGAGTACTTTGACGTAATATTAAACTCTTA +GTTTCTTCTACAATCTCATCTAATTCTTCATTACTTAAGCTTTCTTTATAAGATTTAAGC +TTTTCTTTTAATTCTACTTCTTCTTTTTCAGCTAAACCTTTCTCTGGTTTTAACACAAGT +AATGATGAATGTGTGTTATTTAAAAGATATTTTTCTATAAGTCTTTCAAAATAATTGCTT +GTAAGAGCCTTTTTAACATTTTCTATAGCTTTTTCATATCTAATATGCATAAGTGGATCT +CCGCCATATAACCAGCTATCCATAGCATTCATATAATAAATAAGTCCTTTCGGATAACTT +CCTGTATCCCCTTCTCTTAACTTGAACTCAAATGTATTTATACAACCTTCTATTAACTTC +TTATCTATTCCATTTTTTACAAGGTCATTTAGAGTATCAAATACTATTTTCTTAAACTCT +TCTTTTTTATCTACTTCACTGTTTTTAACTATTACACTGAATACTGGTTGAAGTATACCA +TTATCAAAACTACCGAATACGTCTTTTCCTACTTCAGCATCTATTAATGCCTTTTTAAGA +GGCGCTCCTTCTGTTTCTAATAATAAATACTCAAGAATATTTAAGTCAGTATAAACTTCA +TCCTCAGTAGATCTACCTGTTACAAAGTTTAAAGCTAAGAAAGTTTTTTCTCTTTCTTCA +TCTTCTTTTGAAATAGAGTATGAGTAGTTTACCTCTTTCATTTCACTATAAGGCTCTTGT +TCTTTAATATCTGAATCTATTTCAATTTTATCAAAATTAGATAAATAGTTATCATTTATA +AACGCAAGCTCTTTATCTAAATCTCCATCTCCATATAAGAATATATAACTATTTGATGGA +TGATAATATTTCTTATGAGTATCTATAAATTGTTCATATGTTAAATCTGGTATATCATGA +GGATCTCCACCAGATTCATTATAATAAGTATTATCAGGGAAAAGAGTCTGCTGTATTCTT +CTTAAAAGTATACCTTCTGGAGAAGAAAACGCACCCTTCATTTCATTATATACTACACCC +TTATATGTTAAATCTTCATTTTTATCTTCAAGATCATAATGCCAACCTTCTTGCATAAGA +ATCTCTTTAGTATTGTATATGTTTGGATAAAATACTGCATCTAAGTATACATCCATTAAG +TTAAAGAAATCCTTCTCATTTTGACTTGCTACTGGATAAATAGTTTTATCTGGATATGTC +ATAGCATTTAAAAATGTATTTAAAGATCCTTTTACCAACTCAACAAAAGGTTCTTTAGTA +GGGAACTTTCTAGAACCACATAAAACACTATGTTCTAATATGTGCATTACACCAGTACTA +TCACTTGGTGGTGTTTTAAATCCTATAGAAAATACTTTATTATTGTCGTCATTTTCCATA +TGTAAAAGTCTTGCTCCTGTTTTTTCATGTTCAAAAATTCTAGCATTAGAATTAACTTCT +TTTATATATTCTTCATCTTTTAAAATAAAACCATTATATATTTGACCTATTTTATATTCC +ATTTTTACCTCCTATTTTTGTTTGTAGATATATTTTCTTATATTTATATTATAGTTATAC +CCTATTTTTTGGTAAACCTTTAATTATTTTTTTATGATAAATTATCATATTAAGTGCAAC +ATCTAAAAATATGTAAAAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAAT +CACAAAACTACTTTACATGAAAGG +>MGYG000000001_41 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCTTATTAAAAAAATTTATAATTTGAGT +AGAAATAAACAATAAAAGAAGTAGAGTGAGAAATTGTTTTCTACAAAGGATGAGAGGCTA +CTATTAAAAAATATTATAGTAAATATAGAAAATAACAATAAAAAATATAAAAATAAAAAG +TTGACTAGGTCAACTTATGAGACTATAATTGTTTTTATTAAATCAAGAAGTCATATTGTA +GTACAGAAGGAGATGAATGATATGGAAAATACAATAGAGGCAATAGCAACTAATAATTTA +ATCTTCATATTCGCAATTATAGCTACAACTGGTATTGTTTTAGGTAAGTTAAGTGAAGTA +TTAAAAATACCAGATGTTATACTATATTTAATAGCGGGGATTATAATAGGACCGTCTATG +CTAAAAATAATAAGTGTTCAAGCTTATCCAATTGAAAATAACCTTATACTTACTTTTGGA +TCAGCATTTATATTATACGAAGGTGGTAAAGAAATAAATTTAAGAGTACTTAATAAAGTT +AAAATAAGTGTAGGAATGTTATCAACTATAGGTGTTGTAGTATCAGCATTTGTTGTAGGA +CTAGTTTCGAGTAAGGTATTTGGACTACCTTTAATGACAGCTTTACTTTTAGGTTCAGTA +ATAGCATCAACTGATCCTGCAGCCCTTATACCAGTTTTCAAACAAGTAGCTATAAAAGAT +AAAATAAAACAAACAGTAGTCAGTGAATCTGCATTTAACGATGCGGTTGGTGCTATCTTA +GTTTCTACTTTACTTGGAATCATAAGTAAAGGCGAGTTTTCTACAATGAAAAGCTTAGAG +GAATTATTAATATCCACATTAGTAGGGGTAGGATCAGGAGCTTTAATTGGATATGTTTTA +ACTGTTCTTGTATCAGAGAAAAGAATAGGAATATTCCATTCTTATGCCCCAGTAATGTCT +ATATTAAAAGTTGCGTTAGCCTATGAATTAGCAATTTTATTCCATGGAAGTGGATATATG +GCAGTGTTTATAGCAGGGCTTATAGCTGGAAATAAGAAATTATTTGGACTTTGGATACCA +GAAGTAGATTTCCATTCAGAACACTGTTTTTCTGAAAGTATTAGTTCACTAGCTCGTATG +GCAATTTTCGTTGTACTTGGTACACAAGTTAATTTAGAAGCACTTAGTAAATACTGGTTA +CCATCATTATTAATAGTATTAGTGTTAATGTTTGTAGCAAGACCGCTTGTAGTATTGATT +TCAACTGCATTTGATAAAAATGCACATTGGACTTTTAAAGAGAAATTATTTATGATGTGG +GTAAGAGAAACCGGAGTCATACCAGCTGCATTATCAGGTATTATAGTTTCTATGAAACTT +CCTGGATATGAAATAATATCTTCAGTTGTATTTATGACAATACTTGTAACATTAATAGTA +CAAGCTAGCACAACTAAATTAGTAGCGAAAAAGCTTGATGTATTAGAAGAAGATGATATA +GTAATTTTAAAAGAATTAGCATAAAGTATGGAAAATTTAATAGTAATGATATTAGCCCGA +GTTTATACTCAGGCTTTTTTATGATTAAATTTATTACAAAAATGATATTCGACAATAAAT +AACAAAATCAACTGGTATAATATGATATAGTATATTAAGCAATTATATAAAAGATATCGC +AAAGCTCAAGTAGTTATTCTAGCAACGGAACTTCTAGTAGCAAAACTGTATATACTGTTA +GTGGTAATAGTTATTATCATAATTCTCATAGCTGCAAGTTTATACAAGTAGCTAGTTCTA +AGGTTGTTGATTTAAATAGCTTTTGCGGTAAACATGCATGTAATTGTATGAAATAGTAGT +TGACTAGAGTGTGGAGAACAGTATTATGACGTATAAAATGAAAGAAAAATTTGGAGATTT +ATTATTAAAATGGCTTGGTAATTTAGGATTTATTGATTCAAAAGAAGAGTCTATTCAATG +TATAAATTGTAAAAAGATTATAGATACAGATTTCGATGAATTGAGAAAGTGTAGTTGTGG +ATGTAGTTTATTTGTTATTGATTCAAAAAGGTATACTATAGACAAGGGAACTGTACATTG +TAATTGTGAAAAAGGCAATTTAGAAAATGTCTGTCATGTAAATTGTGATCATGGGTCTAT +TGAAGAGTATGTTTGTAGTAATTGTAAAAATAAAATATCAATATATCAAGTGGTTTAGTG +TGAGCATATTATTTAAGAAACAAACTATTACAGAATCTTAATTTAGGGATTATGCAATAG +TTTGTTTTTTAATTTAGTATAAGGTTTATATATTTAAAAATATCTATTTAAAAAAGTTAA +AAATTATTACAATCCTAGAAAAAAATTATTGAACAAGTTATCAACTCATATATATATAAA +AATATGATTAATAAGTATATGTGGGTGAAGATTATGGGTATAAAAAGGAATAAAAATCAG +ATTTTGTTTTATGTATGGTTTAGTTTGCTTATTACAATAATGAATTATACAGCAATAGAA +GTGACCCAATATGTTAATGAAGTTAAGCAAGAAAGAATAGAATTGCAAAAGCAGAAAGAA +AAAGTAGCTAAAGAAAAAAGAGAGAAAGAACTTGAAGAACAGTTAAAAATGGTTGGAGTA +AATAAAGAAGGTAAAGAGTACACTTATGATGCTAAAGAAATACAAAACAAATTAAAAGCT +TACGATTACTCAAATAACGGCAATAAAATTGTATTTTTAACTTTTGATGATGGATCATCA +ACCTCTGTTACTCCTAAGATATTAGAAATTTTAAAAGAAGAAGATGTAAGAGCAACTTTT +TTTGTATGTGGAAAAACGATGGAAGATGGTGGCGAAGAAGTAAAAGAACTAGTTAAGAAG +TCCTTTGATTATGGAAATGCAATAGGTAATCACTCATATAGTCATGATTATCATACCTTA +TATCCTGGTAGAAATTTAGATATTGCAGCTTTTAAAAAAGACTTTCAAAAAACTGATGAT +ATCTTAAAAGATATACTAGGGAAAAGTTTTTCAACTAGAGTCATAAGATGTCCAGGGGGC +TATATGTCTTGGAATAATATGGAGAAATTAGATGAATATTTAGATGAAAATAATATGGTT +GAAATAGACTGGAATGCTTTAAATTCAGATGCTGAAGGTAAAAAGAAAAATTCTCAAGAG +TTAGTACAGAGAGCTATAGAAACATCTGATGGAAAAGATATAGTAGTCTTATTAATGCAT +GATACATATGGAAAAGATGAAACTGCTAAGGCTCTTCCTGATATAATTAGATATTTTAAA +GAACAAGGTTATGAGTTTAAGACATTGTCATAGAATTAAGAAAAATATATAATTAGGTAA +TTTAAGAAATAATTATGATTTTTAAGGAAAATATACTAAGTAAAGAATTAAATATTTGTT +ATATACATTAAAAAATGTAAGTAGTAGGATTTTTACTTCTATATATTTGATTAAAATAAG +TAAGATAGTGTATTATGTATAAAACATCAATTGTTATTAAATTAGAAAGGAGAACTAATG +GAAGAATTAATGTTATTGCAGGAGCATATACCTAAATTATTACTTGCAGCATTAATAGGA +GGAATCATCGGAATTGAACGTGGAAATAGGGGTGGGGTTATTGGATTTGGGACATTATCA +ACTTTAACTCTTGGATGTACGCTTTTAACAATAATATCAGCTTATGCAATTGGAACAGAT +GCAGATCCTTCAAGACTTATATCTACAATAATAAGTTCTATAGGTTTCATAGGTGGTGGA +GTTATTTTTACTCAAAGAAATGATAATGAAAAATCAGTTAGAGGACTAACTAGCGCATCA +ATAGTTTTTTGTTTAGCAGCAATAGGTATATCTATTAGACTAGGTTATTATGGAATAGCT +ATAGTTACAGCTATATTAATTGAATTAAATGTTTTCATCTCTAGATTTATAAAAAAAAGA +CGTAAAGAAAATGAAGAAGATTATGAAAGTGAGTTTTAAAGGTACTTATTAATATAAAAT +AAGTATCTTTTTTATTTAAAATTAAAAAATAAGATTAAAATGATAAATAATTTTAAAAAT +ACTTATAAATATAGCAAGGAAAAGTGAAAAAATATTTCTTTAATATCATAAAGCATTTAT +TTTTATTTAAGAAAATTTATAATTTAATAGAAATATTGTTTATAAGAAATATTAGAAAGA +AGAGAGGAATATTATGAGCATAAAATTAATAGTAATGGATGTTGATGGTACATTAACAAA +TAGTAAAAAGATAATAACAGATAAAACTAAGTAGGATTTAACAAAAGTTCAAGAAGATGG +AATCTTATTAGTTTTAGCATCAGGAAGACCAACATCAGGATTAATGGATTTAGCTAAAGG +ATTAAAAATGGATGAAAATAATGGGCTTTTAGTTTCTTTTAATGGATCTAAGGTGATTAA +TTGTGAAACTAATGAAGTATTATTTAATGAAACTATGAGTATATAAGAATGCAAAGTAGT +TCTTGAACATATGAAGAAATTTAAGGTTAAGCCTATGATTGATAAAGGAGATTATATATA +TATGAATGATGTTTTTGACAATGAGATACAGTATAAGGGGAGAACTTTTAACGTAATTCA +ATATGAATCTCGTGGCGGGAGGTTTAAGTTATGTGAAAAGGATGATTTAGCAGAATTTGA +TGACTATCCATTAAATAAAATTTTAACTGCAGGTGGTCCAGAGTATTTATAAGAGTATTA +TAAAGAAATGATGGATCCATTTAAAGATACTTTAAGTTGTATGTTTACAGGAGATTTTTA +TTTTGAATTTACAGCAAATGGAATTGATAAGGCTAAAGCTTTAGATAGTGTATTAATAGC +AAAAGGATATAAAAGAGAAGAAATAATTGCTTTTGGAGATGGACACAATGATTCTTCTAT +GATTAAATATGCAGGTGTTGGAGTAGCTATTGCTAATGCAGTAGAGGATTTAAAAGCTAT +AGCCTATGAAGTAACATTATCTAATGATGAAGATGGTATTGCAGTATATTTGAATAAACA +TATGCCAGAGATTGTTTATGTTTAAGGTAAAAAGAGCTGTATCAAAGCAGCTCTTTTACT +AGATATTAATACTCACAAATTTTTTTGTAGTATGATAATTTATTTTTAAGATTATTATCA +TAATCAGTGTCAAAATAACATGCAAATAAAATATCTAATATGTATAATTCTGAGAAAAAT +ATTTCACAAGGTGTATGGTAGGAGTATCACGTCAGATGATTAGTTCTATTGAAACAGGAT +AATTTAATCCTACAGCAAAATTACTTGTTCTAGTACAATCTTTAATTTCATAATCTGGTA +TAGTTTTAAATTCTTCATTACAAGTACCATCAGAAGTAATATACATATCACTAGACATTC +TAACTATTAAACCACTATTTTTTAAATAAAATAAAACAGGGTCAATACCACCACCATCTC +CACTAGTAGTTTCTCCAATTAAAGTTGCAAAACCAGTATCCTTACAGAATATAGAAAAGG +ATTCTGAGGATGAATAAACGCTATTATCTACAAGTAAATAAATATTTTTATCAAATTTAC +AATCATTATTTCTGGGTATGGTTTTATCTATTTTTGTGAAATCAGTAAATAAATCTAATG +TTTCTAAAGGCATATTTTCTCTAGCCTCATTTGGAAGCTTAGTTGCTGGTTCTAAACTAA +ACTCCCTTTTATTTAAATAATTTTTTATAATAGGGCTATTATTTCTAAAAAGCATGTATC +CAGTAGAAGTTATATCATTTTTTGCTAACTTAGAAACTATAGTACTCCAACAGGTATCAG +AACCACCATCATTTCCTCTAATATCTATAATTAAAGCTTTATGATTTTCTAAAGTATCTA +TGTAACTTTCAATAGCACTTAAATAATCTTAATCCTTTAGCATTGCTGGTATATGTATAT +ATCCAATTTCACTATCAATAATGTCTTGAAGTATTAAGTTATCAACAGGTGAAGAATTAA +GAGACTGAACTTCATTTGATGAAGTAGTGTCTAATTTTTCATATATATCAGCAACTACAT +TTTTATCAAAAAAAATCAAAGAAATTACTTGAGTTATAAACATCTTTAAAGTAATCGTAA +CTAGATTTGTTTTTAATTAAATGAGTATGTTTGTTGTTTAATTCATAAATGATAGATGAG +AGAGCTCTAATAAATTGTTCATCATTTTTAGTATCTGTAACTCTCTTCATATATTGTTCT +TTTTTAGATAGCCAATCAATGTTATTAAGTCTTTTGTTCACTTCTAAATAAGGATATCCT +TCTTCAATAACTTCATAAATATATTCAAAATCTTCTATTTTTTCTTTTGTATATAATTGC +AGCACCTATGTGGAATTTAAGTATACCAGCAATATTAAAGGCTTATATAGATTATATAAG +TGTTAGTTAAATAATATTTAAATATACTTCAAATGGATCAGTAGGAATTCTAAGTGATAA +AAAAGCTGTTCATATAGTATCTAGAGGCGGAGAATATGAAAATGCACCATATGAAATGGG +AGATAGATATTTAAGAAATATAGTAGGATTTTTTTGCATTAGTGATATAAGTACTATAGC +AATAGAGAATATAGATGTTGCAGGAGGAGCTTATATTCAAGAAAAAGTAGAAGAAGGAAT +AAGAAAAGCCAGTTTACTTGCAAAAGAGTTTTAGGATTAAATAGTAATATAGATGGAGTA +TAAATATATTAAATTGCATAGAACCGTATCATAAGTAAATGATACGGTTTTTTATATTGA +ATTCATAATAATTTTAATATTATTTAATCTATGGTAAATCTATTCATAATTTTGGTTAGA +TAAAATATTTGATTACAATAAAAGTTTTTGGATAAATACTTAAATACGTAACACAATAAT +AATTTTGTGTATAAAATTTATAAATTAGGAGGACATCTATGGATTTTAAAAGCATTGCTA +AGGAAATATTAGTAAATGTAGGTAATGAAGAAAACATAAAAGATGTAATACATTGCCATA +CTAGATTAAGATTTTCATTAATAAATTTTGAAAAAGTAAATAAAGATAATCTTTCAAAAA +TAGAAGGAGTTATAACAGTAGTAGAAAGTATGGACCAGTTACAAGTGGTAATAGGTAGCA +AGGTAGATAAAGTGTACAAAGAGTTAGAAACTATGATAAATAAAACTAACAAATCTACTG +CAAATAATACTATAGAAAAAGGAAGTAAGTTCAATAAAGCACTTACAACTATGGCACAGA +TTTTTACACCTACTATATATGCACTTGCAGGATCAGGTATGATAAAGGGGATATTAGCTG +TAGTATCTATGTACTATTTGAACAAACATAATATAGATATTAAGCAAAATGATACATATG +TTATATTAAGTGCAGCATCAGATGCAGTATTTTATTTCTTCCCAATTATACTAGGCTATA +CATCAGCTAAGGTATTCAAAACACATGAAATTATATCTATGGTTCTTGGAGCAACATTAT +GTTATCCAGGGATAGTATCATTAATGGCAGAAGAAAGAGCTGTATCATTATTTAACATAG +GAATTACAAAGGCAAGTTACACATCATCAGTAATACCTATAATAATTGCAGTATGGATGT +TGTCATACTTAGAAAAGTTCCTTAAAAAAGTAATACCAGATGTTATTGAAATGATAATGG +TACCAACACTTTCAATATTAATAATGGTACCAGCAACACTTTTAGTGTTCGGGCCTGTTG +GAATATATCTAGGTAATGGTGTAAATTCGTTATACCAATTACTTATGAATTTTAGTCCTA +TACTTTGTGGTGCATTTATTGGAGGTATGTGGTGTGTATTAGTTATATTTGGTGCACACA +GACCAATATTACCAATAGCAATAAATGATATAGCTCAAAATGGACGTCAAAATTTATTAG +CATTTGCAGGAGCTGCAAATTTCTCACAAGCAGGAGCTGCTATGGGAGTATTTCTAAAAT +CAAAGAATAAATCTTTAAAAACTGTTGCATTATCAGGAAGTATAACTGCGTTATTTGGTA +TAACAGAACCAGCTATATATGGTGCAAACTTACGTCTTAAGAAACCTATGATATGTGCTG +TTATATGTGGTGCAATAGGTGGAGGTATAATGGGATATGGAGGAGCTTTTGGTATAGCAT +TTGCAAACCAAGGAGTACTTACTATTCCAGTTTATGCTCAAGCCGGTATAAAAGGATTCT +TAGCATATTTAATAGGTTGTTTAGTAGCATTTTTCGGATCAGCTATACTTACTTATATAG +TAGGGTTTAATGATATTGAAGAAGAACAAAATGAACCTATACAGACTTTGGAGGAAGCTA +TATAATAATACATAAATTAGGAGGAGCAAATTATGAAAGATATATTCCCAAAAGAGTTTT +TATGGGGGGCATCATCGTCAGCATTTCAAATTGAAGGTGGATGGGATGAAGATGGAAAAG +GAATGACTGTTGCAGATTTTAATTCATTTAAAAAATCTGATATACAAGCAGACAGTAAGG +TAGCAAGTGATTTTTATCACAACTGGAAAGAAGATATAGACCTTATGAAAGAACTAGGGT +TAAAAACATATAGATTTTCTTTATCTTGGGCAAGAATCATACCTACTGGAGATGGAGAAG +TAAATCAATTAGGAATAGATTTTTATAATAAAGTTATAGATTATTTAATAGAGTGTGGTA +TAACACCATTTGTTACTTTATATCATTTTGATTTACCTTATGCATTAGTTGAAAAGTATA +ATGGATGGGAAAGTAGAGCTTGTGCTTTTGCATTTGAAAGATATGCAAAAATTTGCTTTG +AGAACTTTGGAGATAGAGTAAAGTATTGGCAGCCACACAATGAGCAAAATCTAATGATGC +GTGTAAAGGAACGTATGAATATATATGAGACAGATACTTACGTAGTGGAAAAAATACGTG +CTCAAATGGATTATCATATGTCATTAGCTCATGCACTTGCAGTTAATGCTTGCCATGATA +TTGTAGAAGATGGGAAGATAGGACCGTCAATATCAGCCACAGTTACTTATCCTTACTCTA +ACAAACCAGAGGATGTATGGGCTGCAAAGTTAAATGACAATTTTAAAACTAATTATCTAT +TAGATATGCACTATAATGGTGAATATCCAGCATATTACATGAAATATCTAGAGAAACTTA +ATATAGTACCTAGTATGCCAGAGGAAGACAAGTTAATATTAAAAAATGCAAAGATGGATT +TTATAGCATTTAATTATTATCGTACGTTATGCGCTAGGCATCTTGAAGCAAATGATGAAA +ATCCTGTAGGTACTCGTGTAAGTGAGATTGATTATGATTTATATGGATATTTTAAGATAG +AAAAAAATCCTAATTTAAAAGCTACAGAATATGGGGCACAAATTGATCCAGTAGGTATGA +GGATAGCATTAAATGAATATTACAATAGATATCATCTTCCTCTTATAATTACAGAAAATG +GATTAGGTACGGCTGATATTTTAACAGAAGATGAAAAGGTGCATGATGATTATAGAATAA +ATTATCTAAGAGATCATATAGATGCATGTAGAAAAGGGATAGAAGATGGAGTAGAGCTTA +TTGGGTACTGTCCATGGTCAGTTATAGATTTACTAAGCTCACATCAAGGATTTAAGAAAC +GTTATGGATTCGTATATATAAATAGGGAAGATCATGACTTCAAAGATTTGAGAAGAATAA +AAAAGGATAGTTACTATTGGTACCAAGAGGTTATCAAATCAAATGGAGAAAATCTATAGC +AAAGAGCTCACAGTTTATACTGTGAGCTTTTTATTTTAAGGAGATTTATATAAAAGACTA +TAAATTATAAAATGTATTAATGTATGAAATCATTTCATCTCCTAGGTTTAAATAGTAATA +TATGTATGTTAAGTATTCAGAATCGAAAAGCTTAGATGCTTCAAATTCGTTATTTATAAG +TGCATTTAATAATGATAATTGCTGATTTAAACTCATTTGATAAGAATTTAATATAATCCT +AATTTGTTCTGCAAATAATAAATCTGGCTGAGAGTCACTATATTTTTTCAAAATTTGATA +TGGAATTTTCTAGTGAAGATATTTCAGTTAAATAAAAGTTTATTTGTTTTTTATTTCATC +TGGATTTTCTTTTGCTGTAGTTGGGCTTATATTAATAGTATTTATATTTGATCTTACTGA +TCCTATTTTATCAAGATATCCTACTAACTCATCTTTTACCTTTATGTTTTGAAGCATTGG +AGATATTAATAATTCGTATTGCTGAGAAAAACTTGTAGAATTGCTTGTCATGATAAATAA +AATTAATAATAGTGCTATTAGCATACATTTCTTTTTTATTTTTGAATTCCTTTCTAATTT +GAAAATTTAAATATAGTTTATACTTATAAGGTGAAGTCTATTCAATTACAATGTGTATTT +TTATAATGGTTGATATGAGATTATTTAATGTAAAATTTGACAAGTTAAGATAATTATAAA +AGATTAGTATTAGTTTGATTTTTTCTTAATATTAGCTATAGACTATGAATATATATCTAT +TTACTTTATAATTAAAGATATTAAAAGATATGTTAAGAAATGAAACAGAGGAATTAATTT +TGATTTTTAGGAGGGCATGGAGATAAAATATTATTGATATCGTAGCAAGAATTATAATAG +GAGTATATCTTGTAGGATATTTAGGGATAGTAACAGGATTTACTGCAAGGAATACTTATG +AAATATACAGATTAGTTTAAATAATTTTTAGGGAGGGTTTATAGATGAATATAGATAAAT +GTCCATTATGTGGATGCGAAGAGATAGGAGAAGGATGCTTTGAAGGTTACGGAGGATTAA +TAAGTTCAAAGAGTGTGCTTCCTATACCACAATCTGTAATAGCTAGTGTATGTACAGACT +GTGGTTATATAATAGCAATGAGGGTTTCACAACCAGAGAAGTTTAAGAAAAAGAAAAATA +AGTTCATACAATTAGTTCTTTAGAAATTGAAAGTATATAATTTAGATTCGTTAAAGAGGG +GGATATAAAATGAATAACTGGGATAAATTATATAATAAGGCTAAAGAAGTCCAAAATGGT +AGAGAAATTTCACCTTTTATATATGGCGGTCAAGTTTCTGCTGCTATTATTACTGATAAG +GGAAATATTTATTTTGGTATTTGTGTAGATGCCACTTGTGGATTGGCAGTATGTGCAGAA +AGAAATGCTATTTTTAATATGATTACAAATGGTGAAAGTAAAATAGATAAAATGGTGGCA +ATTACATCAGATAACAGAGTAGGTGCTCCTTGTGGTGCTTGTAGAGAATTGATGATGCAA +TTACATAAGGATTCTGGAGAAATAGAAGTTTTAATGAATTATGAAACTATGGAAATTAAA +AAGTTAAAGGAGTTAGTGCCTGATTGGTGGGGAATAGATAGATTTAAATAATTAATGAAC +TCACGATTTATACTTAAAAATGACTAAACAATTAATATAAAAATAATTAATATAATGGTG +TTAAATTTATAACTGTATCTTAAAGTTTTAATACAAACAATAGGATATAGTTTTTTTATT +GTTTATAGAATTAAAGTATTATTGTAAAAATTAACTAGCACAACGAGTGATATTAATAAA +GTATAAATTTAAGTGTAAAACTATATGTTTATGATTAATTAAAAATCTCTGGGGGTGTTT +AGAAATCAAGACCCTTCAGAGGTATATTTTTATCAATTTGTTTTTATAGAATTTTTATAA +ATAAGTAAATTTTTTATATTAAGTGAAACTTAGTATATACTTAATACGTCTAATAAGTGA +ATCATAAATTGAGGGAGGAAGAAATGGGACAGTTAATTTCATTAAAAAAAGATCGGTCAA +CTGTTGCTTCTAGTAATAAAAATATAATAAAGAAAGCTGTAAAATGTGATAAGGATGCTA +TTTCAACTCTAATTGATGAATACAAAGAATACCTATACAAAACAGCTTTTTTATATGTAA +AAAATGAACATGAAGCAATAGAAATTTGCCAAGAAACAGTATATAAGGCGATTATAAATA +TACATAAATTAAGAGAAGTAAAATATTTTAAAACATGGATTACGAGAATACTTATAAATA +ATATTAATGACATGAATAGAAGTAAAAGTAAATTTGTAGATAATTTTGAGCAAATTGAAC +TAATTGAAGATATAACTTATGAAAATTTAGAAGAAAAGATAGATTTATACAATGCAATAG +ATATATTAGATGAAAAATTTAAAACTCCAATAATACTTCAGTATTTTCATGATATGACTA +TAAAAGAGATAGCTGAAATACTTGAAAGTAATGAAAATACCATAAAGACCTACATAAGAA +GGGGCAAAGAAAGATTATATAAGATATTAAAGGAGGGAAATTAATTGAGTAAATTAGATA +ATATAAAAATTCCAGAGAGCTTAGATAAGGCTATTAATATGTCTATTGATAAAGCATTGA +ATGATAAAAAGAAAATTAATTTACATAAAAGAAAAAGGCTTGTAGCAGGAATATCAGGGT +TATTTATTTTAGGTGGTCTAATTTTCACTAGCGAGACTACTTGGGCTTATATAGATGGTA +TATCAAGAAAAATAGAAGAGCATTTTGGAAAAAATAATAATGAATTTGAGAAATATAAAT +TTGAAGGAGACTTAGTTTCTGAATATAATGGACTAAAATTTAGCATAGGTGAGCTAATGT +TAGATGATAGACAATTAATAATTAGTATGAGTGCAGAGTATTCAAAACCTAAATGGTTTT +TTAAAGAGGTAGTTCCAGAGTATCCAACGGTTACTATTGGTGACTTTGTATTTGCAGGTC +AAGCTTGTTATTATGATACAGAAAAAGTAGCAGGAGAAAAGAAGATTAATATAATATATA +AAATGAGTTTAACTTCTATTGATACAGATGGTGATGGTTGTAGTGATACAAACTTTGAAT +TATTAGATAATATTAATAAGAATGAAGAATATGACTTAAATATTAGATTTGATAAATTAA +AATCTGGGGATGAGGGAAAATGGGAGTTTAATGCAAAGTTTAATGCATCTAATATTATTG +ATAATACTAAGGTTTATAAAGTAGATAAGAAAATTAAAATAGATAGAAAAGAGTACAAAG +GAGAGCTTGTAATAGAAGAAGTTAGAATATCACCATTTTCTATTAAGGTTAAGTATAACT +ATGATTTATATGAAAAAATCCCTGTAAAAGATAGAAGAGAGCCATCAATAAGAGTAAAAG +ATCAAAAAGGGAATGAATTAGAATTCGGACCTGGAGAGGGTGGAGAATTAGTAAATAAAA +GATGGTACATAGTAAATGAATGGTGGCTAAAGGGTAATGAAAGTAAAATTACTGTAGTAC +CTGTATCTTATAGTTATGATGATAAACCAACTACATATGAAGATGGTATTGTGGAAATTG +ATTTGAAGTAGTTATTTAGAGAGTAGGAACATAAATCAAAAAATTCTAATTCACAAACTT +GAATTAGAATTTTTTTGTTATCACTTAATATACTTAACCTAGCTATTTTGTAAGTATTCA +ATAGCATATTGAGTATAAAGTCTTGTTCCTATTTCTAATGCATCTTCATCTATGTCGAAG +TGTCCGTTATGGTGAGGATAGCATGCATTTTTTTCCTCATTTCTGCATCCAACAAATGCT +AGAGCTCCTGGAGCTAGTTCCATAAAGTGTGAGAAGTCTTCGCCACCAGTTACTTTTTCA +AATTTAAGTATCCCTTCTTTTCCTAGGAAATCTTCTACGACTTTCTCAGAAATAGCTGAA +CATTTAGGATCATTTATTACTGGGGCAGTTACAAATTGAAAGTCAAGTGAAGCTTGAGCT +CTATAAGTTTTTGCAGTATTTTCTACGACTCTACCAATTATTTCTGGAAGTTGTTTTCTA +AGTTCTGGATTAAAACTTCTTGTAGTACCTTCTATATATCCGTTTTCTGCGATTACATTA +AATCTACTGCCTGAGTTTAACATACCTACTGTTACAACCAATGAGTCATTAGGATGTATT +TCTCTACTTACAATACTTTGTAAATTCATTACTATAGCTGAACTTACTAAGACAGCATCT +ACGCATTGTTGTGGAGCAGATCCATGTCCACCTTTACCTTTAACTTCTATTTTGAACCAG +TCAGCACCAGCCATTCTAGGTCCTTCTTCTACAGAAACTTTTCCTGTTTCTATATCTGCC +CATAAATGTATGCCAAATATAGAATCTACACCTTCCATTGCGCCATCATTTATCATAGCA +TGAGCACCTTGAGCTGTTTCTTCAGCAGGTTGGAAGAATAATTTTACAGTACCATGTATT +TCATCTCTTAATTCATTTAAAACTTTTGCTGCTCCAATCAACATAGCAGTGTGTCCATCA +TGTCCACAAGCATGCATCATTCCACTAACTTGAGATTTATATTCCACTGTATTTAATTCT +TGAACAGATAGGGCATCCATATCTCCTCTTAGAGCAACTGTTTTTCCAGGATGATTTCCT +TTTATAGTAGCTATGACACCAGTTGTTGCACATTCTCTGTACTCAACACCAATTTTTTCT +AGTTCTTCTTTAATTCTTCTTGATGTATTAAATTCCTTAAGACTAGATTCAGGTTTAGAG +TGGAATTCTCTTCTTAAATCTATAACATAGTCTTTCACATCATCTATATTTTTTTTACTA +ATTCATTTACTATCATTTTTTCTCCCCCAATATGTTTATATATTTTAAAGAACTATACCA +GTCAGATATAGTTCTTTAAGCAAAATTAATTATTAAAACTTAGCGTAATAATTTAATTAC +ATATGGTAATAAATTCCGCCACCTGGCCCTAGTGGAATATTAAATACCATGAATATAATT +AATAATATTATCCATGCTAAGCCAAATATTAATGAGTAAGGCATCATACTAGCCATTATA +GTACCTATGCCCATATTCTTATCATATTTTTTAGCAAAGGCTAATAGAACAGGGAAGTAA +GTAAATATTGGGCTTAACGGATTTGTTATAGAGTCACCTATACGATAAGCCATTTGAGTT +AAAGCTGGGTCATATCCTAATAATAAGAACATAGGAACGAATATTGGAGCCATAACCGCC +CATTTTGCTGAACAACTTCCAACAAATAAATTTATGAATGCAGCAAATAAAACGAATGCT +ACTAATAATCCAGGTCCTGTAAGTCCTATATCACTTAACCATTCAGCACCTTTTATTGAT +AAAAGAGAACTCATATTAGATGAATTGAATAAAGCTAAGAATTGACCAGCAGCAAATGCT +AATACTATATAAGAACCCATGCCAGCCATTGAATCATATAAAAGAGAAGCTACATCTTTA +TCATTTTTTATTTTTTTAGTCATAATACCGTAAGTTAATCCAGGTACAAAGAATAAGATC +GTGATTATTGGAACCATGCCTGTCATAAGTGGAGCACTAGCAGCTAATAAAGAACCAGTT +TCTTTGTCTTTCATAAAGGCGTTAGGTCCTATAGATAAAGCAACAAGTACGATTACACAT +ATTAAAAATCCTAAGCCAGCATATTTCATAGCTTTTTTCTCTAATGGAGCAGCTTCTGAT +GTTTCTCCATTATCTATAATTGTATAATCAGTTCCTTCAAAACGAGGAGCTAAATATTTT +TCTGTAACAAATGTACCAAGAGCTGTTAATAAAAAAGTAGATACTATTAAGAAGTACCAG +TTCATAGCAGGTGTTCCTACATAGTTTGGATCAACTATTTGTGCTGCTGGAATAGTGAAC +CCTGCTACAAGTACGTCTAGCATATTTATCATTAAGTTAGCAGAGAACCCTGCTGCAACA +CCAGCGTATCCGGCAAATAATCCAACAAGTGGATGTCTACCAACACCTAAAAATACTAAA +GCAGCAAGTGGTGGAAGTACAACGAAACCAGCATCAGCAACTGCATTTGCTAATATACCG +ACGAATATTATAGTTGCAGTTAATAATTTTTTTGGAACTTTAGTAACTGTAGTTTTCATT +ACAGTTTCCATAAGGCCAGATCTTTCAGCTAAACCAGCACCAAGCATAGTAACAAGTACT +AGACCAAGTGGAGCAAAGCTCGTAAAGTTTGTAACTACATTTCCTAAGAATAATTGCAAT +TGTTCCTTACTTAATAAATTTACACCTGTAACAACTAAGTTTTTACCAGTTGCCTCATCA +ATTTGCCCAGGATGAACAGCTGTAACACCTGATTTTGAAACGATGTAAGATAAAACCAAA +ACTACAAACCATAAGATTACAAAAATTGTAACTGGGTCAGGAAGCTTATTACCAATACGC +TCTACAACATTTAAGAAACGCATTAATAAGCCTTGTTTTTCATTCTTTTTAGTTTTTGCA +TTACCCAAGCGAATCACCCCTTATTAAATTTAAAATCCCCCTAATTAAAACCTAATTCAA +ATAGTCTAAAGCTATTTGACATAAACTTTTACATAATACTTTCATATTCTCATCATCCCA +AGCAAATTTTGAGTTATGATGAAGAATAGGATTTTTTTCATCTTCCGCAATTCCTACAAA +TACAAATGTAGCAGGAACATTTTTTGCAAGATAAGCGAAATCTTCACCTCCCATTGATGG +TTCTTTTAATTCAAATACATTTTTATCACCAATAACTTTAGCTATAGATGAAGTTGCTAA +ATCAGTCATATCATTGTCGTTTATTAATGGTGGGAATTGTCTAATGTATTCATATTCGTA +CGTTGCACCTTGACAAGTAGTGATTCCTTTTACTATATCTTCTATAGTTTTTTCAGCAAA +AAGTCTAGTTTCTTCGTCGAAAGTTCTAACAGTACCACCAACTATTGCCTCAGTAGGTAT +AGCATTGTGACAATCAAGATTTCCAGCTTTTAAATGACAACAAGATATAACAAGTGGGAT +TACTGGATTGTTTTTTCTACTTACAATAGTTTGAAGCGTATTTACTATTTGACATAAAAT +AGGGATAGGGTCTATAGAATTTTGAGGAACTCCACCATGGCCACCTTTACCAATTACTTT +TATATTGAAAATATCAGGTGATGCCATCATAGGACCATGTTTTACACCAACAGTTCCTGT +TTTTAGTCCTCCCCATAAATGTCCACCAATAGCAGCATCTACCTTAGGATTTTCTAAGAT +TCTTTCTTCAATCATAGGAAGAGCTCCACCTGTGATTTCTTCATCTGGTTGGAACATTAA +TTTTACATTACCATGTAATTCATCTTTAAGTTCATTTAAAATCATAGCAGCTCTAAGCAG +TGAAGCAGTGTGACCATCATGACCACAAGCATGCATGACACCAGGAACTTGTGATTTAAA +TTCAACGTCAGTTTCTTCATTTACTCTAAGAGCGTCCATATCAGCTCTAAGCAAAATCGT +CTTTCCAGGGTATTTACCTTTTATTAAGCCAATAACACCTGTTTTGGCAACATTAGTTTG +AACTTCTATGCCTAAATTGTTAAGCGTATCAGCTACTAACTTAGATGTTTTAAATTCTGC +ATATCCAACTTCAGGATTTCTATGTAGCTCATGTCTAATATCAACGATATTAGAATAATA +CTTTTCACAGAGTTCATTAATTTTATTTACCATAATATTCCCCCTTTTTATTGATGTGAT +TATCGAAATGATAGTGTGTGTTTTAATAATGATAGCACCGAAAATAGATAAATGCCACAA +TCATTTTGAATTTTCTGTAAAATAAAAAGTGATAAACGTTTGCCATGGCAATTTAAAAAA +ATTTAGATATATAAAAATAATTAAGCTAAAGAATACAGAAATCTTGATAGATAAAAAATT +TGTAAATATAAATACGTAGTGTATAATTGTTATGTATTAAAAAAGTGAAAAATTTGAAGG +AGGGATATTATTTGAATATAGTTATAGTAGAAGATGAAAGCAACATAAGTGACTTAATTT +ATAAAACTATTAATGATATTTATCCTAATGCAAAAGTTAGTATATTTGAAAATGCAAAAG +ATGCTCTTGATTATGCAAATGCTAATCATATAGATATATTTTTATTAGATATACAATTAA +ATGATTATAAGGGAACCTTATTAGCTAAACAAATAAGGTCAATAGATACATATAAATATA +CACCTATAGTATTCATAATAGCTCTAGCAAATGAAGAACTTTATGCATATAGAGAAATAA +AAAGTTATAGTTTTTTAACAAAGCCTTTTACAAAAGATGAGCTACTAAAAACACTTAAGG +ATGTTATAGAATATAAAAAACATTTAAATCCTCAAAATAAGAAATTAAAAATTACACAAA +AGCTATTTGTATTTGAATATGAGTTAAAGGACATTGTATATATAGAATCATTTGGGAAAA +AATTAGAAATCCATTTAAATAAAGGTAATGAAGTAATATCTGGATATTCATTAAAATCAA +TACTTGAACTTATAGATGACTCGCATTTTATTCAGTGTCATAAAAGTTATATAGTTAATA +AAAATTATATAGAAAAGATTGATAAGGTAAATAAGATAATTCATCTTAGTACTTCTGATA +ATATACCTGTAGGAAAGAAGTTTGAGTGTAATGTTTTATAGAGTAATATTTCAAGCATTA +CTTGATAGTTTATCTACATTTCTTATATATAACTATCTAATTAACAAAAATATAAATAAG +AACAACAAAAACTTGCTTTGGATTTTACTTACTACAGTTATATATACAATAGCTAGAATT +GACAGTACACCTGTTGATGGTATAAGTCAAAGTAAGATTTTCTTTACATATGCAAATTAT +GATCTGTTCCCTGTAAATTCTATTTTAGGTGTATTATTTTTAGTACTTGGATTTATGATT +TTAAATAGCTATTTATTTAAATCTAGTAATAGCGAAACCTTTTATCTTACATTAGTTTCT +ATTGTGATTTTTATTTCTGTTAGGTTAATCATAATATCTATATTTAGCTATATTGGTTTA +ACTAACACAAGTGCTTATGAATATGGATATAGGATTTTGATGCTCTTTATCTTATACTTC +ACATTAATTTTTCTTAAATTACCTATTTACAAATTTAGGGAGTATTTAATAAGTAGCCAA +TATATATTTAAAATTGTAGTTATTAATTCTTTTATATTTTTGATATCATTAGTATCATTT +TATAACTTTAATATATCTGTTTTATTAGAAAATATTATTTTCGTTTTAATATTTTTACGA +ATTATTTTGCTTATTAATTTTATTACATTAATAATTCAAAGAGAGAAGTTAATTCAAAAA +AGAAGACTTGATACTATTGAAAATTATGTTCCAGTAATAGATGACTTAATTGATGAAGTA +AGGTCTAAGCAACATGAATTTGATAATAAAATACTAGCTATTTACAGTGTTCTTGAAACA +TCACAAAATTTAGATGAAGCTAAGAATAAAATTGGTTCGTATAGTGATAGTATAAAAATA +GATTATGGAATTAAGAAGATTATGGTTATTGATAATAAGGTTATAGCGGGATTTATTTAT +TCTAAGCTTAAATTAGCTAAATTAAGAAATATAACATTAGATGTGAATATAGGTACTAAG +TTAGATAAACTTCCTATTGAGGAGTATGAGCTGATTGAAATCTTAGGAATACTAATAGAT +AATGCTATTGAAGCTAGTGTTTTTAATGATGTTATATATTTAGATATAAATAAAAATAAT +GATAGTTTAGAAGTTTTGTTAAGAAATCCTTACAAATACACTTCTAATTTAGAATTCAGT +AAGATGTTTGAATTAGGTTATTCTACAAAATCAAAAAAATCTAGAGGATATGGATTGTAC +AATGTAAAAAATATAGTCCAAAACAATAAGGGAAATATATTATTTAGTAATTCTACAATA +AATAATAACAACTATATTACAATAGGGGTATCATTACCATATTATTATTAAAAAGTAAAT +AATTCGAGAACAAAAGGAGGTTTTAGAGGTATGAAAGAGTTTTGTACCTTTAAAACCTCC +TTTTATTCCTAAATTATTGAATAAGAATTTTTTATACTTATACTAGAGTTATAAGAAAAT +TGATTTAAGGAGTAAGATTAATATGGTTAATTTAATTAGATTAGAAACAAAAAAAGTATT +TAAACCAGTCATTACAACACTAATAATTACAACCTTGGTGTTTTTGGCTATTGTGATTAA +AATGGGAAATGAGTATTATTTACAACATAGCTTTGAGTTTTGGACTGTGTCAATTGATTA +TATAGCGATAATATTTCCAGTTTTAGCTGTATGCCCTACTTGTTGGGTTATGTATTATGA +AAGAAAGAACAAATTTTTACTTTACACAGTTACGAGGGTTTCTAAAAAAGATTATATACT +TTCAAAATGGATTGTTTGTGTAGTAAGTGCATTCTTAATTATATTTATACCAATGTTTAT +ATCTGGAATGTACTCATTATCTTTTTTAAATAATGTACATACACCAGCGTCTTATGAATC +ACCTTTTTATTTGAATTTATTCATGCCTGAGTTTTTAATAAATCATACTTATTTATATGT +GTTTATACATTGTTTATGGGATGGGATTTTAGCAATGATTGTGGCTACTATGGGATTTAT +ATTTTCTATTTACTTAGATAATATATTTGTTATTCTTACAGGTCCTTTCATTTATGTTAC +TTTAGATAATTTTATAATGGCTACTTTAGGATTTCACAAACAAAGATTTATTGCTTCATT +TTATGTTAATACTATGAGCCCTACTAATACATTTAACTTATTAGTAGGACCGGCTATATC +TATTTTATTTATAATCATACTTTTGATAATCTTTAAATTAAAAAAAGCAAAAGTATATAA +CTTATAGGTGATATTATGAATTCTTTATACAAATTAGAAATGAATAAACTTTTGTCTAAC +AAATTAATATTTCTATGGTTAGTTTTAATTATTTTTAATCTAGATACAAGAATAAATGGA +AATTTATCGTCACAACAATTTATAGTAGAAGCACTATCTAATCACTACTATACAATATAT +TTTATGATTCCAATGTTCTTATTAATGATTATTTCAGGTTTAGATGATGATTATCAATAC +GCATTAATTAGAAGTAAAACATATTGGAATTACTTTAAATCGAAAATATATGCTTATGGG +ATATTTTCAACATTGTTTGTTTTATCTCAATGTTTAATAATAGCAATTATGTCAATTGGA +TTAAGAAATGATGATAGTTTTAATAATATAAACTCTATGATGTATGATGTTTTATATTTT +TATTCTAATAAATTTAATAGTCCTAGTGAAATTATTTTGTATATGACTATTTATATGATT +TTAGGGCTTTTTATGACTAGCTTACTTATATGTACTATAAGTCATTATTTTAGTAAAAAA +ACATCTATAAAAATAATTATATTTGTTTATTTACTTTCTGCTCTTAGCATTAAAATAACT +GTACCAAAATTTATATCATTTTTATTTATTAATACTTATATAATTTTTCATCATAGTTTT +ATCTTTGGTTTTGGGATTACACCAAATTTAATAATAGAAATTTTATTTATCTTATTTATT +TGCAAAATAAATAAGGATTATTGGAATAAAGATATTTCTATAAAAAAGACATCAAAGAAT +AGAGGTATTTATAAATATCATAGTAAGTCTTTATTTACTAAATCAAATATAATGGCTATG +ACATTTGTATTAATAATAATGAGTGTGTGGAAGCTAACACCCTTAGATAATGATTTATCT +GTAAATAATTACTTAATAAATATTTTTTCGGGGTCTTTCTTTGGAGAGTTTAATCCATTT +ACTTTGTTAGAAATGCTGGTACTTAACTTAGCACCTATATATTTATTAGGCATATTTATT +GAGCGTGAATGTAATGATAGAACTGTATCTTTAAATATAAGATTAGGAAGTACCTTACCA +TGGTTTAAATCTATTATAACTGTGTCATTAAAATTTATATTGCTATATACAGTGCTAAAT +GTATTAATACCTATTTTTATAGGTATATTACTTGGAACAAATTTTGAACCTGGTATTTAT +AATTTGATTTTTACAATATTTATTACAAAATTATTAAGTATAGTATTTGAATTTTTTATT +TTATTTTTAGTTTATACCTTTACTAAGAATATAACGGTTTCATTTTTTAGTTTAATATTA +TTTAATCTAGTAAGTATGATTTTATCTAAATTTATTTATTATATACCATTTGGTATTTCA +AGCTTGCTTAGGTATAAATTTGTATTAAATGAGTATGGAATGAATTATGGACTAAATTTT +AAATTTGTTATTTTAGAATTATTAATACTAATTACTATAATGCTAATTAATCTAAATTCA +AAGCATAAAAAGTTAATAATTAAGTAAATTTAAAGGAGAGAATTAACATGAATGTTGCAA +TAAAATTAGAGAATGTAAGTAAGTCATACAATGGTACAACTATTTTAAATAATATAAATC +TAGAAATAAATAAAGGAAAATGTGTGGGAATTATAGGTTCTAATGGTAGTGGAAAATCAG +TTTTATTTAAAACAATATGTGGATTTGTTTCACCAGATAAAGGAGCTACATTTATAAGAG +GTCTAAAGCTAGGGGAAAAAATAGACTTTCCTGAAAATGTAGGTGTTTTTATTAATGAGC +CAGGATATATAAGCATATTTAATGGTTTTCAAAATTTAAAGTTTTTAGCTGATATAAATA +ATAAAATAGATGATAAAAAAATAAAACAGACTATGGAAAAAGTAGGTTTAAATCCAAATA +ATAAAGCAAAGGTTCAAGATTACTCTCTTGGTATGAAGCAAAAGCTAGGGATAGCTCAAG +CTATAATGGAAGATCAAGATATATTAGTTTTGGACGAGCCATTTAATGCACTAGATTATA +AAACTTATGAAGATATAAAAAATATAATAAAATCTTTGAAAGATGAAGGAAGAACTATAT +TATTAACAAGCCATAATTTTGAGGATATAGAGCAGCTTTGCGATAGTGTTTATTTAATTG +AAGAAGGTAGGCTAGAGCTTGTAACTCCAGAAATTATTGATAGATATAGAAAAAGATAGT +TTAATAGATGAATTAAGCCAGCAAATACTTTGCTGGCTTTTAATATTCTAGGTACATAAA +AAATAATTGTATTTTTTTATTTGATTAGATATAATTTTAATATAGATATTTAACTAATTA +GCTAAATATATATATCGAGATTGAAAGGAGTTATTGTATGAGTAAAGCATTTAAAGCTTT +AAGTGATAAAACTAGAAGAGAAATATTAAAAATGCTTAATGAGAAAGATATGAATGCAGG +TGAGATAGCTGAACATTTCAATATGTCTAAGCCATCAATATCAAAGCATTTAGATATTTT +AAGAGAAGCAGAACTTATAAGTTCTGAAAAAAAGGGGCAATTTGTAATTTATTCTATTAA +CACTTCTGTAATCAAAGAGGTTCTAGGGGGGTTCTTGGAAATATTCAAAAAATAAAAAAG +GGGATATTATGAAAAAATTTGATTTTACAAGAATTATATTTTTAATTACATCATTTTTAA +TATTGATTGCAGGTTTTGTAATACCTGACGGAAATATAAAAACTTCTATTGTTGGAGCTT +CAGCTATTATTTCATTGGTTATATTAGATATACAAGCACCTAAGATATTAAAGTTATCAG +AAGATAACCCTAAAATTAAGACTTTGAGGTTTTTGAATAGACTTACTCTATTTATTATTC +TTATTTGCTCTATTTTTACTTTATTATTACCAATTGAAACACTATTTGTTTCTAGAAATA +ATGAAATATTAACTATTGGATTAGTTTCAATATTTATGATGGTTTTTGGCAATCTTTCAC +CTAAGATACCTTTTAATAGATATTTTGGATTAAGACTTCCTTGGACTATAAGAGACGAGC +AAACATGGAGGATAGCACATAAAATTGTAGGTTATTTATCTTTTCCTATTGCATTAATAA +TGTTTACTTTATCATTCTTCTTTAATAGTGATAAAGTGGCAATTACTTGTGGCTTAACTT +GGGTCGCAATACCAAGTATATATTCGTTCATATTTTATTACAAAAAGTACAGATACATAA +AATAACTTAATATATTAAAAAATGCTTATTCCAAGGGATAAGCATTTTTCATAGTTGTAA +TCGGTAATTAAATTATAAATCAAGTCTATTATTTTCACATCATTTACACATTTTCTCTAA +AGTAAAAGTAAATACTTGTGTAAGTATAAAATAGCACATATACTTATGTAAATAAAAGTT +AAAAATTATTGGGAGATGATTTTATGAGAAAATGTAAAATAGAAGTATTGAAGACGACAC +TCCACAAAGACTTAGCAGATGAGTACGGATGTGAAGGTATAGGAGAGTGTCCTATGCATA +AAGTGGGAGATGTATTTTTGGGAGATTATGCTAAGCCTGAAGGATTATGTGATGAAGCAT +GGAAAGTAATGTATCAGTATGTGTTTGCTTTAGCCCATGGTAGTGAGAAGTTTTATTATG +GCGATTGGATAGATAAAGAAGGAGTAGCTATATGCTCATGTAATGATGGTATTCGTCCTG +TTATTTTTAAAATCGAGAGAACTGATGAAGAAGCTAAAATAGATTATACACCTGTTAGAT +AAATATTGATTTTTATAGTATTATGATTTATTCTCATAAGAGATTAGGTATATCTTAAAA +ATAATTAATTGTCTAAAAAAGGGGGACAAAATGTCAAATACTATGCTAAAGATCATAGCT +ATGGTTGCTATGATTTTTGATCATCTGTGGAGGTTCTTTCCAAATTCACCTTATTTCTTT +CATTGGATAGGTAGGATATCAGCACCAATATTTTTATTTTGTTGCGTATTAGGTTATGTT +CACACTTCAAATAAAAAGAGATTTTTTATCAGAATTTACTCTTTGAGTATAATTGTAGAG +TTTATGAATTTAATTTTAAAAATTGACGATTTAAGGATGAATTTTATACGAACTATATTT +TTAGTAACTGTAATTATATTTATAATTGATAAATTTAGAGAGAAAAATAAAAATGCTAAA +CTCTACTTATATGTATTTATAGGGTGGCAAATCATAACTACTGTAGGAATTTATTATTTA +CTTTATATGGGTGGAGTAACAGATGAAGCAATATTTTTAATAACGAGTCTTACAGCAAAT +ATTATGTTTTTAGATGGTGGAATACTATTTGTTTTAATGGGAGTTTTAATGTTTATTTTT +AAAGATAATAAGTTGAAGTTTTCTATTTATTTTATTATTTTAACTGGTATATATGTAATT +TTATTTAATTCACCACTAATTCTAAAATTAGAAAGCGTATTAGTAAACTATTCATTATTT +TATTTATTATTTAATTTAATTTCTTATATGATATTAGGTATACATCCTATGGCTGTTACT +GTAGATATATTGTTTGGAAATCCACAGTGGATGATGATATTTTCATTACCTTTTATATTC +ATGTATAACGGTAAAAAGGGTAGAGGTTTAAAATACTTATTTTATATATTTTATCCATTA +CATATTGCTATTTTATATATTTGTTCTATGATATTTAGATGAGATTATAGTTGAATTAAA +TGAGTAAAAGATATAATTATATAAACATTATCAGTATATCAAAAAAGTGGAGTTATCTTA +CTCCACTTTTTTATGTTTACATTATTATACTCATTTGCTAATATTAAACTATAATATAAC +ATTTAGAGGAGATATAAATGAATACAAAAGATATAGTACTTATAGGATTACTTGCAGCAC +TTTTGAAGTCTTCTCAAGCCGTACTAAGTTTCTTGCCAAACATAGAGATAGTAAGTTTAT +TAATACTTATATTTTCAATAAGACTAGGTGCTAAAAGGACAATCTACATAACAGTATTAT +TCTCAACATTAAATATCATGATTTGGGGACTTAGTCCTGCTACTATTGGGTATTTTTTTG +TATGGAGTGGATATAGTGTAGTTTGTAGTATTTGTAAGAGATTTTTAAATAAAGATATAA +ATGTAGCCATATTTTTAGGTTTCTTTGGGCTTATATTTGGAGCTTTATTTGCACTTATAT +ACTTACCTATGGGATATCCTTATGTACTTACTTATTGGATAAATGGTCTGACATTCGACA +TTATACACACAGTGTCTAATTTTATTATAGGCCTTTGGGCATTTAATCCGGTATTAAATG +GATTTGATAGATCTATGAAAATGGTTTATGGCAAAAATATTGTAGATAATAAACTATAGG +AGATGAGGTAGAATATGAATAAAAAAGTAACGCTAACAATTGTTGCACTTTTAGTACTTT +TAGTAGGATTCTTTGGAATAAAAGCTATAACTAATAAAGATGTACAGCAAGGAAGTAAAA +CTATAAGCATAGAGATTGTATCTAAAGTAGATAATTTAAATGAAAAGGTAGATATAAAGA +CAGAGGAAGAAAAATTAGGACCTGCTTTATTAAATGAAGAAGGTTATAAAATATCAGATG +GAATGGTAACTACAGTTAAAGGTATAGATTTAAGTGGTAGTACTTCTGAGTATTGGCATA +TAACTGTAAATGGAGAAGATGCTCAGGTAGGGGCGAATGACCAAGTAATAAAAAATGGAG +ATACTATAAAATTTGAAAGAATAAAATTCAAATAGAAAATAAAAATAGAATTAATACAAT +GTTATTTAGGCCTTGAAGACGTCTTCAAGGCTATTATTATTTGTAATTTCTTTAATAATG +GGAAGTTTCTATGAAAGTTTTTTACTACAATATATCATACATGATATAATAGACAAGGAA +ATCAAAATAGAAGTAATATGGTGGGAAGAATATGACAAATAAGATGACAGATATAATAAA +AGATAATAATTTAAGAATAAGCATAAAAGAAAATAACTCTTACATAGAGGTACCAATAGA +AATTCTAGAACAAGATAAGCAATTACTAAAAGACTATATAAAAATATATACTTCACTAGA +GAATTTAAAGGAATTTATAGCTGACTATATATTTAATAAAGATAGTAAAATAAGTATAGG +AACTGTAAGTAATGCTATATTAGAACTGAAAAATGAAGAAAACTTAGATAAAGTACTTCC +ATACATAGGTACAGATATAGATACTTTAGAAGCAAAGTTTAAATCACTATGTGCATGTTT +TCTTATTAACTCAAAGGATATAGAAGATTTCAAAGAAGGCATAATTAAAGAACATGTAAA +TGAAGCTACTTTAGAAGGAATTATAGATAAAGAATATGTAAATTCTATTATAGATCATAT +TAATAATCATAGCATGTACTCTTTAAGAGATAAGTCAAGATACGGAACTATATCAAGTGA +ATTTAATGTAATAAGCCAATCAAATATAAATGATTTTAATGAAGAAGAAATAAATGGTAG +ATATAGTCCAATATTAGTTATACATAGACCTGCTAAGTATAACAAAGGGCAATATGTGTT +AGAAGATACACATTATGTATATATAAAAAGACAGCCATTGAAGGCCCTTATAAAACAAGA +GCGTTTAGAAGAAAAAGGGATAGATTCAATTGGTGCAATAGTATATAAAAAGCTTGGACA +TGATTTAACTAATGAAAACTTACAAGAAATATTAGCCGAGCTGTATGTATATGGTGAGCA +AAATAATATCAAGTTTGAGAATATAAAATTAGCAGATATAACTTCAAATAAGGTTTGGAT +GACTGCTGATAAGCTGAAAAAGGAATTTAAAGAGCTTAGATATTATCACAAGAATTTAAC +TCAAAGGGTTAAAGAAATGTATGATACTACAGGAGAATATTACACTCAGTTAGGTGGAAA +ATATGTATTTAATAGTAGAAAGTTTTTAGATTGTTATAGAGCATTTAAAAATAGAGATAT +AAATAATTAAATATGAACTAAATAAGGGTAAGCAATTATCATTTAACTGATGATTGCTTA +CCCTTATTGTATTGTTAATATCTATTTTATTTGTAAAATTACTTAAAATTTAGTAAAGCT +TTTGATAATTCACTTATACTATCAGATAACATCTGAAGTTTTCCTTCAATCCTAACCAAA +AGATACATTGATAAGGCAATGGGAAAACCAACATTAGCTATGTTAGATAGAAATTCATTA +TCCATAAAGTTACCTCCTATGCTTGAAGGTCATATTCTGTAGTTTCAGTTTGAACGACTT +TAGCTTTAACAACTTCTTTTAAATCAACATTATCTGGAGAGAATATATTCTTTTCTATGA +TTAAGTTCATAGTGTCAATTACCTCTTGCTCTGTTAAATTATCATTTGGATCATCTATAG +TTAAGTTTACAGCTTTATCTCCTTGAGATTTAAAAGTCATTATTAATTTTAATGCAGTTT +CCATAATTAAATACCTCCCTTATATTTTTTAGTGGTTAGCCTAAGTTATAGGCGATTTTA +CTAATTAGTTTATATACTCTTATGATATTGATGTTGAGTCTATTTTTATTGTGTCGTACA +AGTCATGTTTTTATAGGTTGCTTATAGCAGTTGCTACTGCTAGTACATCATCTGCTGATG +CGTCTTCTTTTAAGTTAGAAAATGTTTTACTTTTGATTATTACTTTTCCATTTGTTCCAA +GTCCTCTGTTAAATTGTAGTTTTAGTGATGAACCATTTTTTATTTCTGTTGCCATAGTAT +CTACCTCCATTTAAATTATTTAGGATTATGCCTTAACTAAAGAATAATACTTTATGTTTT +TATGCTGTCAGAATATATGATAGGAGATTATGCATATATAAGATGATAGAACGAAACGTT +AGGTTATCTAATATAGTTACTGAGAGGAAACTATAGCACTTAAATGTGCGTACTTAACAA +AGAATTTAACTTGGATTAATATTTTAAGTAAGTTAATGATAAAAATTTAAAAGAAATAAA +GAAGAATAGAGGTATATATTATGAATGCTAAAAACTGTCTTAAACTTTTACGTGAGATTA +AAGATGTTGCTTTTGCGACAGTTGATAAAAATGGAAATCCTCAAGTAAGGATTATTGATG +TAATGATTGTAGAAAATGAAACATTATACTTTGTAACAGCAAGAGGGAAAAACTTTCATA +GTCAGCTACTAGAATCAGGTAAAGTTGCAATTACTGGATTAACTAAAAAATATGAATCTA +TTCGTATAATGGGGAAGGCTTATCTGGTTGAAGAACAGAAGGAATATTTAGACCGTGTAT +TTGAAGAAAATCCAGTTATGAATAGCGTCTATCCAAAAGATAGTAGATATATATTAGATG +TTTTTGCTATTGAAGAAGGTGAAATTGAATATTTTGATTTAAGTAAAAGTCCTATTTATA +GAGAGTCATTTTCTTTAAACAATACTAAGTTAACAGAAAAAGGATTCTATATAAGTGATG +CGTGTATAGGGTGTGGAAAATGTAAAAAAAATTGCCCACAACAATGTATTACTAAATGTA +AGCCATATTTCATTAATCAAAAGAATTGCTTACATTGTGGTCTATGTTATGAGGATTGTC +CAGTTAAAGCGATTACTAAGGTAGGTGAATAGAAATGTTTAATGAAATTATAATATTATT +TCAAGAAAGAAGCTCGTTTTTTATAAATTTATTGTGGCAACATCTAGAAATTTCATTTAT +TGCAGTTATAATAGCCTGTGTTCTTGGAGTAGTTATAGGAATTGTTATTAGTGAATTTAA +GAAAAGTTCTAAATATGTACTAGGAGTGATTAATTTTTTATATACTATTCCTTCAATATC +ACTATTAGGTTTTTTGATACCTTTTTCTGGAATAGGAGATAAAACAGCTATTATTGCCTT +AACTATTTATGCATTGTTACCAATAGTGAGAAATACATATACAGGTATTGAAAATATTGA +TGATGCAATAATTGAAGCATCTACCGGAATGGGGAGTACTAGGCTACAAATAATATATAA +AATTAAATTGCCTTTAGCGCTTCCAGTTATTATGTCTGGTATTAGAAGTATGGTGACAAT +GACAATTGCATTAGCAGGTATAGCATCTTTCATTGGTGCAGGAGGATTAGGAGTTGCCAT +ATATCGTGGAATTACAACTAATAATACGGCAATGACAATGGTAGGAAGTTTATTAATAGC +AATCCTTGCACTAATTATTGATAGCATACTTGGAATAATAGAAAAAAGAATTTTAGGTAA +AAAAATGAAATTACAAAGAGACTTTAAAGCTTTGATATCAGTTATTTTATGTATAGCTTT +AATTGTTAGTGGGGCAGAATTTTATAAAAACAGAGTTGATAATAAAGTTATACATTTAGC +AACGAAGCCAATGACAGAGCAATATATTATTGGTGCAATGATTAAGGAAATAATAGAGGA +AAGAACAAATATTAAGGTAGAAGTTACACAAGGTGTTGGAGGTGGTACTTCCAATATTCA +TCCAGGAATGGTAAGTGGTGAATTTGATATGTATCCAGAATATACTTCGACAGGATGGAA +TATGGTATTAAAACATGATGGTACTTATAATGAAGAAATGTATCCAGATTTAGTAAAAGA +ATATAAGGAAAACTTTGATTTTACATGGACTGGTTTATTAGGATTTAATGATTCATATGG +ATTAGTTGTAAGAAAGGAAATTGCAGATAAATATAATTTAAAAACATATTCTGATTTAGC +AAAAGTATCAGAAAATCTTGTATTTGGTGGAGAGTATGATTTCTTTGAGCGTCCAGATGG +ATATGATGCACTTTGCAAAAAATATAATTTTAAATTTAAAAAGACTATGGATTTAGACAT +AGGTCTAAAATATAAAGCTATTGATGAAGGTAAAGTAGATGTTATGGATATATTTACTAC +AGACGGGCAATTATCGGCATCTGATGTTGTTGTACTAAAAGATGATAAACAATTCTTTTC +TACAGCAATGGGAGTTATGGTTATAAGAGATGAGATTCTTAATAAGTATCCACAACTAGA +GGATGTATTCAGTGAAATGGAAGGAATACTAAATGACGATGAGATGGCAAAGCTTAATTA +TATGGTGGAAACAGAAGGTAAAGATGCTGAAACTGTTGCACATGAATACTTAATGGAAAT +AGGTCTTTTAAAGTAAAGGGGGATGAGCATTATATGGCAGTGGCAATTGAATTTAAAAAT +ATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGT +TTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_42 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCAAAATAATATATTTTATTATATTAAAATATTTGGATTTTTATGAATTAAAAA +GTATTTTCGTTTTTACTTAACAATAGATTATAATATACTTAATATTTTATTTATAAAAAG +TGGAGTTATGGAAATTTATAGGGGGAATCATGTTTAGTAATATATCAAGCAAAAAGGTTT +ATGAGCAAGTTATAGAACAAATACAAGAAAGCATATTTAATGGGGAATTAAAAAAAGGAG +ATAAACTTCCATCAGAAAGAGAATTATCAGAACAAATGCGTGTAAGTAGAACATCTATAA +GAGAAGCTCTTAGAGTATTAGAAACTTTAGGTGTCGTAGAGAGTAAACAGGGAGAAGGAA +ACTTTGTATGCTCAAATATAAATAAATCTTTAATAGAACCATTATCATTAATATTTAAGT +TGAATAATGGAACATGGATGGATGTTATAGAGTTAAGACAAGCATTAGAATTAGAAGCAG +TAAGATTTGCGAGTGAAAGAATAACAAAAAAAGAAGAAATTGAGCTAGAAAATATAATTA +ACGAAATGGAAGAAGAAATTAATAATCAAAATAGAAATGAAATATTAGTAAATTTAGATC +AAAAATTTCACAATAAAATAGCATCTATAAGTAAAAATTATTTAATTGAATGTCTTTTTT +TAACTTCATCAAATTTATTTGAAGAGTTTATTAATGATGCTAGAAAAAAAATAATTAATA +GATATTCAGATGAGAGTGTATTGCTAAATCAGCATAAAGACATATATAGGGCTATTACTA +GTAAAGATTCGAAACTATCTTATAAAAAAATGGAAGAGCATATGCAGTTGATAAAAGAAC +ATTATAGTAAGAATTAAGATTGTTAATATTAAGATAAATGTTGAAAATATATAAAAAAGG +TAATACCATTTTAGATATGAAGTGGTATTACCACTGACCATCATCCAAGTTACCGACAGA +TAAGAAAATATTAAGGGGGTACTTGATGAACGATTATGTGTTATTTATTTTAGCTATAAT +ACCAATTATATGGCTAATAGTATCTTTAGGGGTGATGAAGTTACCAGCTCACAAAACATG +TTTCTTTACAGTAATTCTTACAATAGTTATATCACTTGTATTTTGGAAAATGCCTATTTT +AAATGTAGCAACAGCAACATTAGAAGGGGTAGCTGTTGCTTTGTGGCCAATACTACTAGT +TATAGTAGCAGCATTATTTACTTATAACTTAGCTGTTGAAACCAAGACTATGGATACTAT +GAAAAATATGTTATCTAACATAACAACAGATAACAGAATACAAGTGCTTATATTAGCATG +GGGATTTGGAGGATTTTTAGAAGCAGTTGCTGGATATGGAACAGCAGTTGCAATTCCTGC +CAGTATATTAGCATCTCTTGGTTTTAACCCAATCTTTGCAGCAATAATATGTCTTATCGC +AAATACAGTTCCTACAGCTTTTGGAGCTATAGGAATACCAGTGTCTACACTAGCATCAGT +AACAGGTTTAGATGTACTTCAATTAAGTTACGTAACGTCAGTTCAATTAGCATTATTCAT +TGTAATAATTCCTTTTGCATTAGTAATATTAACGGAAAAAAGTTTCAAGGCTATAAAAGG +TGTGTTTGGGATAACCTTAGTATCTGGGATAACGTTTGCTATACCTCAAGTATTTATAGC +AAAATATCTAGGGGCTGAACTTCCAGCATTAATAGGTAGTTTATGCAGTATGCTATCTAC +AATACTTATGGCAAAAGCTATGAATAAAAAATCTAAAAATAGTTTTGAAGGTAAGATGAA +ATCTTCTGATATAGTGGCAGGATCAGGAATAGTAGTTAAGATATCTACAAAAGATGGAGT +TTTAGCATGGCTACCATACATACTTTTATGTGTTTTAATTTTAGTTGCAAGTCCTATATG +TCCACCAATAAATAGTTTTTTAGCTAAATTTAGTAGCACGATACAAATTTATAATGGAGA +AGGCGCATCTCTTACATCCTTTGCATGGATAAATACGCCAGGTATGGTAATTATAATATC +TACTTTTATAGCAGGTTTGATACAAAAGATAGAAGTAAGTCAAATGGTAGATGTATTTAT +AAGAACAGTAAAACAACTTTCAAAATCGTTTATAACAATAACATCTATAGTCGCTATATC +TAAGGTAATGTCTTATAGCGGAATGACAAGTTCGATATCTTTTGGATTATGTGCAATAAC +AGGAAAAATGTATCCTATAATATCACCACTATTAGGTGCTATCGGAACATTTGTAACAGG +TAGTGATACATCGGCTAATATATTATTTGGTGGCTTACAAGTAGAAGCTGCTAAATCTCT +TTCTATAGATCCTTACTGGATAGCAGCTGCGAATACTGCAGGTGCTACAGCTGGTAAGAT +GATTTCACCACAAAGTATAGCTATAGCTACATCTGCTACAGGCTTGATTGGTAGTGAAGG +TAAGATATTTGGATCAACACTTAAGTTTTGTTTAGGTTATGTAATAATATTAGGTATTTT +AGTTTATATAGGAAGCCTTATACCGCTTGTATAAGATAAATTAAAAAGGGGGAGAATATG +TCAATTTTAAGAGTACCTTACTCAAAGATGGGAATGGAGTTAAACATTCCAGATGAAAAC +TTATTAGCAATTTTAGAATCGAAAGCCCATAACTATATTGTTAATAAGAGTCAAGAACAA +ATAGTTGAAGAGTCTATGGATAATCCAATTGGCTCAGTTAAACTTGAAGAGTTAGCTAAA +AATAAAAAAAGTGTAGTTATAATAACTAGTGATCATACTAGACCAGTTCCAAGTAGAGTT +ACAATGCCTATAATTTTAAGAAGGTTGAGAGAAGGTAATCCAGATATTGATATAAAGATA +ATAGTTGCAACAGGATTTCATAGGGCAAGTACAAGAGCAGAATTAATTTATAAAATGGGT +GAAGAAATAGTAAATAATGAAAAAATCATAATGCATATATCTACAGATGATGCTGCTATG +GTAAAAGCAGGGGTATTACCATCAGGGGGAGATTTTTACTTAAATAAAGTAGCTTTTGAA +GCAGATTTACTAATAGCAGAAGGATTTATAGAACCACATTTCTTTGCTGGATTTTCTGGA +GGGAGAAAAAGTATACTTCCTGGTATAGCATCAGCTAAAACTATAATGTATAACCACTGT +AGTGAATTTATAGATAGCAAAAATGCTAGAACAGGGATTTTAGACAATAATCCAATACAT +GAGGATATGGTTTATGCAGCAAAGGCAGCTAAGTTAGCATTTATAGTAAATGTTGTAATA +GATAAAGATAAAAATGTAATTGCATCTTTTGCTGGAGATGTAGATAAGGCCCATAAAACA +GGATGTAAATTTGTAACAGAATTATCTAAAATAGATGCTCAGATGGCAGATATAGTAATA +AGTACTAATGGAGGATATCCTTTAGATCAAAATATATATCAATCAGTGAAAGGTATGACA +GCAGCTGAAGCCACATGTAAAGATGGTGGTGTAATAATAATGATATCAGCTTGTAATGAT +GGTCATGGAGGTCAATCTTTCTATGATAACGTTGCGAAAGCTTCTTCACCAAGTGAGATA +CTAGAAAATGTAAGATCTGTTGAAAAAGGTGAAACAGTTCCAGATCAATGGGAGTTCCAA +ATATTAGCAAGAATATTAGAGAGATTTACAGTAATAATGGTGACTGATCAATGTAGTTCT +GAGATGATAATAAATATGCATATGAAGCATGCGAAGACCTTTGAAGAAGCTTTAAATCTG +GCTTTTGATATAAAAGGCAAAGATGCTAAAATTGCAGTTATTCCAGATGGTGTATCAGTA +ATAGTAAAAGAAAATACAAGTACAGATTCTAATTCAATAGTTTCTGTAACAGCTGAATAA +ATAGGATTGGGGGAAATATAATGGAAATTTTAACATGTATAAAACAAGTTCCAGGTACAA +CTGAAGTAGAAGTTGATGAAACTACTGGTGTATTAAAAAGAGATGGAGTAGATTCTAAAA +TGAATCCATATGACTTATTTGCATTAGAAACTGCACTTAGAATAAAACAGGAAACGAATG +CAACATTGAAGGTGATTACAATGGGACCATCTCAAGCAAAGCAAGTTATAGAAGAGAGCT +TTATGATGGGTGCAGACGAAGGAGCTATAATAAGTGATAGGAAGTTTGCTGGCGCAGATG +TATTAGCAACATCATATACGATATCACAAGGAATTAAAAAGATAGGTAATCCTCAAATTA +TAATATGCGGAAAGCAAACAACTGATGGAGATACAGCTCAAGTAGGTCCTGAAATAGCTG +AATTTTTAAATATACCTCATGTAACAAATGTCACTAAAATATTAGATATAAAAGAAGAGA +GTATAGTAGTTGAAGTAGATATGCCAAATACATTAGAAGTTTGTGAGGTTAAATATCCAT +GTTTAATAACGGTAGAAAAGGATATATTCCAACCAAGACTGCCATCATTCAAATTAAAAA +TTCAAACAAAAGATAGAGAAATACCAATATTTACTTTGAATGATTTTGAGGATAAAGATG +AGATGAATTATGGATTAAATGGGTCCCCAACTCAAGTGTTAAAAATATTCCCTCCAACTC +CAAATACAGATAAGGATATATTAAGAGGAAGTTCAGATGAGTTAAGTGAGGCTCTATCAA +ATAAGTTAAAAGATTTAAAGTTAATATAAGGGGGGATTATAAGTGGCAAAAATAGTCGTA +AATATAGAAAAAATTGAAGATATAAAAAGTGTATTAGAGATTTGTCCTTTTGGTGCAATA +GAAGAAGTTAATGGGAAAGTAGAAATAGGCGCAGGATGTAAAATGTGTAAGTTATGTGTT +AAGAATGGACCAAAAGGAGCATTTGAATTTATTGAAGAAAAGAAGGTAAGTATAAATAAG +GATGAATGGAAAGGTATAACAGTATACGTTGATCATCATGAAGGTGAAATACACCCTGTA +ACTTATGAACTTATAGGTAAAGCTCGTGAAATGGCTGCTAAAATAAATCATCCAGTTTAT +TGTGTATTTGTTGGTCATAATATAAAAGATAAGTGTGATACATTGTTATCATATGGAGTA +GATGAAGTATTTGTATATGATGATGAAGAGTTCAAAGAATTTAGAATAGAACCATATACA +GCAGCTGTAGAGGATTATATAAAAAATGTAAAACCAACAATAATGTTAGTTGGAGGAACT +ACATTAGGTAGATCTTTAGCACCAAGGCTTGCTGCTAGATTTAAAACAGGTCTTACAGCA +GACTGTACAATACTTGATATACAAGAAAATACTGACTTAGATCAAATAAGACCAGCTTTT +GGTGGTAATATAATGGCGCATATACACACTCCTAATCACAGACCTCAATTTGCGACAGTT +AGATATAAAATATTCTCAGCTCCAGAAAAAATAGAAATACCAACCGGGAAAATAACATTG +TGTAATATAAACAAGGAAAAATTATCTTCTAAGATAGAAGTGTTAGATGTGAAACCTAAA +ACTAAAGAAGTAGGTCTTGAAGATGCAGAAGTTATAATAGTAGCCAGCAGAGCTATAAAG +AAACAAGAAGATATGAAAATGATCTATAAGTTGGCAGATAAATTAGGAGCCCAAGTAGGT +GGAACAAGACCTATGGTAGAAGCTGGATGGCTAGATCCAAGAAAGCAAATTGGATTAAGT +GGTAGAACTGTAAAACCTAAGTTGATAATAACTTGTGGTGTTTCAGGAGCTGTTCAGTTT +GTAGCAGGTATGAGTGGATCTGACTACATAATAGCTATAAATCAAGATGAAAAAGCGCCT +ATATTTGATGTAGCACATATGGCTTTAATAGGAGATATTTATGAGATAATTCCTAAGTTG +ATAGAGCAAATAGATGAAAAAAGTTTAAAAATAGCTATAGCGGCTGAAGAAGAGTAAGGG +GGTATATGTATGTATAAGACTATTGATAAAAATGATATAGATTTTTTACTTAGTGTATGT +GAAAAAGATGATGTAATAGTTGGAGAAGAAATAAGTGAAGACTTCTCTCATGATGAATTG +GGTGGAGTTGAAAAATATCCAGAAGTTTTAATAACTGCACGAAGTACAGAACAGGTTTCT +AAAATAATGAAGTATGCTTATGAAAATAATATACCTGTAACTCCAAGAGGGCAAGGAACA +GGATTAGTTGGAGCTTCGGTTGCTGTACATGGTGGAATAATGATTAACTTAAGTAAAATG +GATAGAATCTTAGAATTAGATGAGGAAAATCTAACTCTAACTGTCGAACCGGGTGTTTTA +CTTATGACAATAGGTCAATATGTACAAGAGAGAGATTTATTTTATCCACCAGATCCAGGT +GAAAAAAGTGCTACTATAGCAGGTAATATAAATACTAATGCGGGTGGAATGAGAGCTGTT +AAATACGGTGTAACAAGAGATTATGTAAGAGGATTAGAAGTGGTACTTCCAAATGGAAAT +ATAATAAATGTTGGAGGTAAGGTAGTAAAAAATAGTTCAGGATATTCAATAAAAGATTTA +ATAGTAGGTTCAGAAGGTACTTTAGGAATAGTAACTAAGGCTACATTAAAATTACTTCCA +CTTCCTAAAAAAGCAATAAGTTTATTAATACCATTCCCGGACCTAGAAATGGCGATAAAT +ACAGTACCTAAAATAATAAAATCAAAATCAATACCAACTGCTGTAGAATTTATGGAAAGA +GATGTTATACTTGCAGCAGAAGACTTCTTAGGAAAGAAATTCCCTGATAACACATCAGAT +GCATATCTATTACTTACATTTGACGGAAATACAAGAGAAGATATAGAAAAAGAATATGAA +AAAGTTGCTCAACTTTGCTTAGAGTGTGGAGCATATGATGTATTTATATCTGATACACAA +GAAAGAAATGACTCTATATGGTCTGCTAGAGGGGCATTCTTAGAAGCTATAAAAGCATCT +ACAACTGAAATGGATGAATGTGATGTTGTTGTGCCTAGAGATAAAGTTGCAGAGTTCATA +AAATATATTCACGATTTACAAAGTGAATTAAATGTTAGAATAAAAAGCTTTGGTCATGCA +GGAGATGGAAATTTACATGTATATGTATTAAGAGATGATATGGATGAAGAGCAGTGGAGT +ATAAAATTAAAAGAGTCTTTTGACCATATGTATGGTAGAGCAAGAGAACTTAGAGGTCAA +GTATCAGGTGAGCATGGTATAGGATACGCTAAAAAAGGATATTTACATGAATCTCAAAGT +GAAGTATATATGGATATAATTAAAAGTATAAAAACTGCTTTTGACCCTAAAAACTTACTA +AATCCTGGTAAGATTTATTAAAATTAACTAGGATTATATATACAGTGTTAAGCTGATTTT +AAATTCAAGGTGATAAAATCAATAATTAAAGCTACCTTCAAATCGTATTTCTTTTGAAGG +TAGCTTTTAGTGTAAAACAAATTACTTTACATAAGTTGGAGACATATAAAAATCCATAGG +ACCTTTAAGAAGTTGTCTATTGTTCTTATAGTAAATCATATTATACATATTACTAGCTTT +TATATCGTAATCTATTAAAGTTTTAAACTTAGCATCATCCATAGCAAATGATATTTTAGA +AAATTTGTTTATAATATTAATTTCAGAGTTATTTTTTATAGCCTTTAATATTTCTCTCCC +TTTATCATTAAAAGCTAGTACTCTTATATATGGTATATAGTTCATATCCTTTACAAGCGC +CATATCATCTTTAGTTATACCTAGTAAAACATTATTAAGAGTTCGTTTTATTTTAGTTAA +AGTATATCTTTTAGATTTTACTAAAGAATGTAGTTCTTCTAAATTTGAAGATGTAAAAAT +ACTTTGGTAAATTTTATTTTCTATTCCTTCATTTACATCAAAATATTTATCTAATTCATT +ACTATCTCGAAGTATTATAGAAGATAGAATATCAAAAAACATTTCATCAAAAATAGGATT +GAAGCTTTTTTCTATATTAGTTTTTAAAATATTATATGTAGGTAGTGGAACTACTTTTGA +TGCGAAAGAGATATCATCAGTATTTTTTAAAGCTTTTCTTATAGCGGTAGCAGAGCAAAT +AGAACTATCTATTGATTCTGAATTATATTCAGAATTTATTCGAGTAATAGTATAAGGTTT +AATATTACTTTTTAATTTTAGTAGACTTTTTATGTACTCTATGCCTAAAATATTATTAGA +TGAATTTAGTATACTTAAAAGTTCATCTTTAGAAATGTCTACTAAATTATTTTCATTAAT +ATAGTCAAATAATGCGTTGCTTCTAGCTGTAGGGAAGAGCATACCATCATTTAAATATTT +TTTTAATGAAATTTTAAACTCGTTAGGTTCATTAACTAATATTTTAGAAATTGTATAAAG +TATGTCAATATTACCAACTTCACTTCCAAAGCAAATAGAATTTATACAATTTAAAGAGTT +TAATGTAGCAATAGCGCCGTGAGAAAAAATTTCTGCACTTTGGCATGCAAATAATGTAGG +AAGTTCAATAACTAAATCTACACCATTTTCAACAGCAGCTCTAGCTCGAGTGTATTTATC +AAATAAAGCAGGCTCTCCTCTTTGTAGGAAGTTACCACTCATAATCGCAACAGTATGAGT +AGCTTTAGTTATTTCTTTTGATTTTAATAAATGATATAAATGTCCATTATGAAATGGATT +ATATTCAACTACTAATCCAAGTATATTCATAAAATTTCTCCTTTTGTTAACCATAAAAGT +AAGTGTAAAAATAAAATTATATACATCATATTATATAAATACAAAAATGAAGGAAAGTTA +CAATATTTCTAGAAGTATATGATATGTTGTATATAATAATATTAGTAATATATTTGATTA +TATATGTAAATAATTAATAATTATATAATAATATTGTAACAAATAGAGAAAAATAATATG +TGTAGCATATATTTTGTAATTATGCGTTAAAATATTCTGTAAATACTATGTACTTTTGTA +GTGAAAAGTGATATATTATTTATGGTAAATGTTTAATGTATACAAAATTTCTTTTAGAAA +TCGAATAATGTAGTTAAGAAATGGTCTAGCAATAGACTTATTAAATAGTATTGATAAAAT +TTAAGGAGGTATACTAATGAAAGTATTAGTATTAAACTGTGGTAGTTCTTCATTAAAATA +TCAATTAATAGATATGTCAAATGAAGCAGTATTATGTGTAGGTTTAGTTGAAAGAATAGG +TATAGAAGGTTCTATACTTAAGCAAGAAAAAGATGGTGTAGAAGGTAAGTACATAGTTGA +GCAACCAATGAAAGATCATGAAGATGCTATAAAATTAGTATTAGATGCTGTTCTTGATCC +AACTTACGGTGGAGTAAAAGAAATGAGCGAAATAGAAGCTGTAGGACATAGAGTTGTTCA +CGGTGGTGAAAAATTCGCTTCATCTGTAGTTATAACTGAAGAAGTTGAAAATGCTATGAA +AGAATGTATAGAATTAGCACCTCTTCATAACCCAGCTAATATAATGGGAATAGATGCTTG +TAAGGCTATACTTCCAGGAGTACCAATGGTAGGAGTATTCGATACTGCTTTCCATCAAAC +AATGCCTAAAAAATCTTACTTATATGGATTACCTCATGAGTTATACTCTAAGTACGGTGT +AAGAAGATACGGATTCCACGGAACTTCTCACAAGTATGTATCTCAAAGAGCTGCAGCTAT +GTTAGGAAAGAACATAGAAGATGTTAAAATAATAACTTGTCACTTAGGAAATGGAGCTTC +TATAGCTGCTATAGATGGTGGAGTATGTGTTGATACATCTATGGGATTCACTCCATTAGA +AGGTTTAATAATGGGAACTAGATGTGGAGATATAGATGCTGCTATATTACCATTCTTAAT +GGAAAAAGAAAACTTAGACGCAAAAGGATTAAGTGATTTAATGAACAAGAAGTCAGGAGT +ATACGGAATGACTGGTATATCAAGTGACTTCAGAGATATAGAAGATGCAGCTGCTAAGGG +TGACGAAAAAGCTCAAGTTGCTTTAGATGCTTATGCTCAAAGAGTTAAGAAATATATAGG +ATCTTACGCTGCAGAAATGAACGGTGTAGATGCTGTTGTATTCACTGCAGGTGTTGGTGA +AAACGGAATAGATATGAGAGAAGCTATAGCTTCTAACATGGAATTCTTAGGAATGAAGTT +AGACAAAGAAGCTAACAAAGTTAGAGGAAAAGAAAGAGTGATATCTACTGAAGATTCTAA +AGTTAAGATATTATTAATACCTACTAACGAAGAACTAATGATAGCTAGAGATACTGTAGC +TTTAGTTAAATAATTAAAAAACTTTAATTGGATATAATAAAATTAAGGTAGGTTATTAAC +CTACCTTAACTTATGCCTGTATTATTTACAAATATATCTATCAAGTAAAAATACTTGACA +AACAATCATGAGATTTGTATAATAAATTTGGCAATATTATTGAGGTGAAAAGATGATTAT +TAGTCTAGATAAATTAAATAGAAGAGAATCTGATAAAATAGACTTGAATTTTTCTCAAAA +AATTGATACTATTAATTACTGTGATAGCACATATAAGCTAACTTCACCTATTAATGTAGA +AGGTAAGATTACAAAAAATAATAAAGGTTTATACCTTGATATTAATGTTGATTTTACAAT +TCTAGATAATTGTTCAAGATGTTTAGATGAAGTAGAAGTTCCTGTTAACTATGACATACA +AGGATTCTTAGTAAGAGAAGACTATGATGAAGATAGTTTTGAGGATTATGATGCTTTCAT +ATGTGATGGACAAGAAGTAAATCTTCTTGATGTAATAGAGCAGACTATAGATTTTAATTT +AACTGCACAAGTTCTTTGTGATGAAGACTGTGAAGGTCTATGTCAAGGATGTGGAGCTAA +CTTAAACAAAGAAGAATGCTCTTGTGATGAAATTGCGAACGACGAGGAGATTATAGATCC +CCGTTTTGCTAAATTAAAAGATTTGTTTAAAAATGACTAAGGAGGTGGCGTAAATGGCAG +TACCAAAGCGTAAAACGTCTAAATCAAAAACTAAAATGAGAAGAGCGGCTAACTCACAAA +TGACTGCAACTGGATTTGTAAGTTGTCCTCAATGTCATGAGCCAAAATTACCACATAGAG +TGTGTCCAGATTGCGGATATTATAAAGGTAAAGAAGTTGTTTCTAAATAGTAACTTCTAA +AGAACATGTAGATTACTCTACATGTTTTTTTTTAATTATAGGTTTTTAGTTTAGTATATA +CTAATACTATATAGTCTTAAAAATATGTAAATGGCCTATAATATGGATAAGTAGTTTTAA +GCGCAATAATTGAATTAGGAGGGAAGTTTATTATGAAGATAGCAATAGATGGAATGGGTG +GAGATAATGCGCCTAAATCAAACGTAGAAGGTGTTGTAAGTGCGATTAAGGAGTATAATA +TAGATATAATAATAACAGGGGATAAAGATGCCTTAGAAAAGGAATTTGAAAATTACGAGT +TTGATAGAAGTAAATTAGAAATAGTACATACAACAGAAATCATAGAAAATGAAGATAAAC +CTGTAAAAGCAATTAGAAGCAAAAAGACTCTTCTATGGTTGTTGCTTTAAGACTAGTAAA +AGAAGGTAAGGCTGATGCTGTAGTTTCTGCAGGAAATACAGGTGCATTACTTGCGGGAGG +TTTATTTGTAGTTGGTAGAATAAAAGGAATAGATAGACCTTGTTTATGTCCTGCCATTCC +AAATGTGAAAAGAGGTATGACAATAATTGCTGACGGAGGGGCTAATGCAGATTGTAAGCC +ACGAAACTTAGTTGAATTTGCAGCTATGACTAATATATACTCAAAGAAGGTTTTAGGAAT +AGAAAATCCTAGGATATCCTTAGCTAATGTTGGAGCAGAAGAAGGTAAGGGTAATGACCT +AATGAAAAAATCTTATGAAGAACTTAAAAACATGGACATAAATTTCATAGGAAATTTAGA +GGCAAGAGATGTTATTAATGCAAAAACTGATGTAATAGTTTGCGATGGTTTTACAGGGAA +TATATTATTAAAATCTGCAGAAGGTGTAGCGATGTCGGTAATGGGGCTTTTAAAAGAAAC +TTTCTTATCTAGTACTAAAGGTAAAATCGGAGCTATGTTATTAAAGGATGACTTAAGAAA +ATTAAAAAGTTTTATGGATTATGCAGAATATGGAGGAGCACCCCTTTTAGGAGTTAATGG +AGGAGTTATAAAAGCTCACGGAAGTTCTAATTCAAAAGCAATAAAGAATGCAATTAATCA +AGGAATAAAATTTGCTCAAGGTAATGTATTAAGAGATATAGAAGAATTTGTACAATCTTC +TAAAGAAGATAATGAAGAATAAGATATAAAAATAGAGCCACCTAAATTTATTTAGGCGGC +TCTATTTTTATATCAGATCAAAAATAATATTTATTGATTTGTAATAATTTTTAGGACAAC +AAAATATATATATATAAACGAGGAAGGAGGACAAGATATGAAAAATATCTCTGATGAAAT +TGTAAACTCTCTTTCATTAAACTTAAGAGAAAAAATAAAAAAACTACCTAAAAGTAATCT +GAATATAGAAGAGATTAGATTAAGGTCTCAAAAGCCACTTATTTTAAATGCGAACAATAA +AGATTATTTTTATAATGAAAAAGAAAATGATTTAGCTTTGAATATGGACAATCCTTATAT +AGTAACTAGAGAGGATATTGAACAAACATTTCAAATCATATGCAAATATTCTATTCATAC +TTTTATGGATGATATTACAAAAGGATTTATAACACTAAGAGGAGGGCATAGAGTAGGGAT +AGTAGGAAAAGCAATTGTAGAAAGTGGACAAGTAAAAAATATAAAGCATATATCATCTTT +AAACATAAGGATTTCAAGAGAAATAATTGGATGTTCTGATAAAATATTAGATCATATTAT +AAGTAGTAATAATCAAGTAAATAATACATTGATAATTTCGCCACCACAATGCGGCAAGAC +AACCTTAGTAAGAGATATAGTAAGAAATTTAAGTAATGGTAATAAAAAATATGGTTTTAG +GGGTATGAAGGTGGCATTAATAGATGAACGTAATGAAATAGGCGGTTCATACTTAGGAGT +CCCTCAAATGGATGTAGGTATTAGGACCGATATAATTGAAACCTGCCCAAAAGATATAGG +CATAATGATGCTTTTAAGGTCTATGTCTCCAAATATTATTGTAACGGATGAGATAGGTAA +TGAAAGAGAAGTAAAGGCTTTATATACAGCATTAAATGGAGGAGTAAGTCTTATTACTAC +GGTTCATGGTGACTCTATTGAAGATATTCAGGGAAGAAAAGAATTAAGTCGTTTGTTAGA +TAAAGAATTATTTAAGAAAGTAATAATTTTGTCTGCGAGAAAGGGACCAGGAACTGTAGA +AAAAATATATGATTTAGAGGAAAAGAGATGGTATTTTGCAAATTAAAATTATTATTATAG +GGATCTTAATAGGATGTAGCTATTTAATAGGAGATTTTATATATAAGTCTTATACAAAAA +GGCATAAAGAACTTAATGATCTCATAAGAATATTAGAGATAATGAGGATGGATTTATCCT +TTGGTTTATATACATTGGAAGAAATTTTTAAAAGAGTAGGGGAAAAAGAGGAGTACTGTT +TTTTTAAGTTTTTTAGGTCCATGGCAAATGACTTAAGCGATAGTCGAGAAAAAGTATTAG +AAGAAATTTTAGAAGATAATATAAAAATTTTAATTAACGAAACTTATCTACAAAATAAGG +AGGTGGACGAATTAAAAACACTTATACTTACGTTAGGTAAAAGTGATATTGAATCTCAGG +AAAGGATGATAAGTCTTAGCGTTGAGAATTTGAAAAAACTTACTTGTGATAGTAAGGAAG +ACATAAGTAAAAAAGGAAATCTGTACAAGCAGCTTATTACATTTATAGGTATAGGTATAG +GTATAATTTTAATATAGGGGGAAGAGCATGGATATAACATTGATATTAAAAGTTGCTGGA +GTAGGGTTGTTAATATCAGTATTAAATATAATCTTGGACAAGGCTGATAGAAAGGATTGG +GCCACATTTACTACTTTAGCAGGTGTAATAATAGTTTTAGGGATAGTATTAACTGAAATA +AGTGATTTATTTAATGCAGTTAGAACAATGTTTCAACTTTACTAAAGAGGAGGAGATATC +TTGGAAGTAATGCAATTAGTAGGTGTTGCCATAATTGCTACAACACTCTGTTTAGTAATA +AAAAAAGATAGACCGGAGATGGCAAATTTTATAGCAATAATAACAGGTGTAACTATACTG +TTATCAGTCATATTTAAATTGAATTTTATTATAGAGGGGATACAAAACTTAGCTAATAAA +GCAAATATACCAAATATGTATATATCTTTAATAATTAAGTTGATAGGGATAGCTTATATA +ATGGAGTTTGCTATACAGCTGTGCAATGATTGTGGAGAAAAAAATATAGCTTCAAAGTTA +GAATTTGGTGGGAAAATTATAGTTATGACAATGTCATTCCCTATACTTTTATCTATTGTA +GAGATGATATTAAATATAATCCCATAGGAGAATGATTACTTATGAAAAAAAAATTTTTAG +GTGTTTTAATAACGTTACTTACAATACTTAATCTTTCAACAATAGGGTTTGCGGAAAATG +AATCAACAGAAAGTTACGATGAAACTAAGAATAATATAGATTTTTATATTGATAGTCAAC +TTAGTAAGATCAATGTAGAAGATATAGAAAAATATATAAGGGATGATGTAGCAGTTAAGA +GTATTGATTTAAAAGATTTTGTAAAAAATTTAATAGGTGGAAAAAGTAATATATTAGATC +TATTTGATAAAGAAAAAATTCAGTCTGCTGTGTTTAGAGAATTGAAAACTAGTTTAAGAG +TAGTGGCGATAATTTTAGTACTAGCATTATTATCATCAATATTAAAGAGTCTAGAGAATT +CATTTTCATCAGGAGATATAAGTAAAATAACCACTTACATAATTTTTATAACCATGGTAT +CACTTACATTGATAGGATTTAAAGATGTCTTGAATATCTGTTATAATACTATTAATAGTA +CTATTGGTCTGATGCAGGTCGTAATGCCTATACTAATAACCTTATTAGTGTTAATAGGAT +TTCCAATAACATCAACAGCATTAAATCCAATATTTTTAGGTGGTGTAACTTTAATTAATA +TTGTTTTTAAAAAGTTCATGTTCTTTTCAATCACTATAGCTTTTGCAATTCTAATAATAA +ATAATTTATCACAAAGTATAAAACTTAAGAAGTTATCTTCTTTCATTAAAAATGTAAATA +TAGTAACCATAGGAGCAATATTTACTATATATTTAGGACTAGTATCTATTCAGGGAATGT +ATGTAACTAGCTTTGATAAGTTTAGCGTAAAAACAGCTAAGTTTGCAATCGGAAATTTCA +TACCTGTGGTAGGGGGATTTGTATCTGATTCAATGGATATTTTATTATCTTCATCTCAAC +TTATAAAAAACGTATTTGGAGGAATTGGGTTAGTACTACTTATAGGAATTTGTTTAATTC +CTATAATAAAGGTTCTATCTGTAGTAACTGTATATAAGGTAGCAGCGATAGTAGTAGAGC +CTGTGGGAGAAGAAGGAATGTCTAGTTTTTTAAATGACGTAGCAAATTTAATGGTAATTA +TGCTTGCATGTGTAATTGCAATAATGATTATGTTCTTCGTAACAATAGCAATTTTAACAT +CCATAAGTGTAGTGACTCATTAGGAGGTGTGCTATATGCTAGAGAGTTTAAAATCATGGA +TTATAACTATATTAATTGGAGCATTCATAGTCAGTATTGTAGACATGATCTTACCTAAAT +CTAAAATAAAACCGTATATAAACTTAGTAGTAAATTTTATATTCGTATTTATAGTAATAA +CACCAATAATAAGTTTACTATCAGGTAATATGAGTCTAGAAGATAAACTCCTGCAGTTGA +TGAATAGTTATAATAAAGAATATATAGAAAGTAGTAATCGGTTAGCTAGTGAAACAGGAA +AAAATAGTTTGATTAATGGATATGAAGAAGGTCTAAAGCAAGTACTAGAATTAAAATTAG +ATGAATATGGTTATGATCTTGAAGATATAGAGTTTAATGGATCTGAAATTAGTAATATAA +AATTGAAAGAAAAAAATAATAGTACTAAAAATGAAAAAGAGGACATACAATCTAGTGAAA +ACGAAAAAATTGAGCAAGTATTTAAGGAAGAAGGAAAAGAACATGAATTAAATTTAAGTA +AGGATGAACTAAAAGATAATTTAGTCAAAATACTTGATGTATCAATCGAAACTATAGAAA +TTGATTAATAGGGGTTGGGTAAATGTTTAAAAACTTAAACGAAAAAGATAAGAAAAAGAT +ATACTCGCTATTATCTTTAGGAATTGTATGTGTCTTAGCACTAATAATAATATCCTGTAT +TCCTTCAGATAAAAAAACAAATACAGATAAAGATGCTGCTCAAGTTAACCAGCAAGAGGA +ATCTGAACAAGTAAGTGAAAGTGAACAACAAGATCTAGAAAAAAAATTACAGAAAATATT +AGCTAAAATTGATGGAGCTGGTGATGTTAATGTAATGATTACATTTGAATCTAGTGAAGA +GATACAACCTGCCTTTAATAGTAACTCTACGACTGAAACAACGGAGGAAAAAGATGCTCA +AGGAGGAGAAAGAACTGTAACAACTTCTAGTGAAAATAAAACAATGATAACATCTAATTC +AAATTCTCCAGTAATACTAAAAACTACAGAAGCTAAAATAAAAGGTGTATTAGTAGTAGC +AAGTGGAGCTGGTGATTCTAAAGTAAAAGAAACGCTTTATAGTGCTGTACAAACTGCATT +ACAAGTACAAGGACATCAAGTACAAATAATAAATTCCAAATAAATACATATAACCGGGGG +GATAAAAATGAAATTTAATTATAAAAATAGAGGATTTGTAGTAATAACATTATCTGCTAT +GTTAGTAGTTGTAGGAGTGGCAAACTATCAATTAAGTAAGAAGTCAGCACTAGGTGTATC +AGAGGAATTTAAAGCTTATGAACAAGCTCAGTTAAGTAAAAACTCTGAGAGTAATGAAAA +GGAAGAGGATGATCAAGAAGTTAACATCGTTGATAGTAAATCAAGTGAAAGTGATGTAGA +AGAAAAAGTGACTGAAACAAGTAAAGAAATTGAAGAACAATTAACATCTGAGGCAAATAT +GCAAAAATCTTCATATATATTAGATATGAAAATGACTAGAGAGAAGCAAAGAAATGATTT +AGCAGAAGAATTAAATGAAATGATAAATAATCCATCAACATCAGAAGAAACTAGAAAAGA +AGCATCTGAAATGAAATTAAAATTGGTTAAGGATCAAGATACGGAACTTAAAATAGAAAA +TTTACTAAGTACAAAAGGGTTTGAAGATGCATTAGTCTATATAAGTGATGGCAAAGTAAA +TGTAGTTGTAAATGAAGATAGTTTCGGAAAAGAAGATGCAGCTAAGATTTTTGATTTAGT +AGCAGAGCAAGCTGGAGTTGAATATGATAATATAAAGCTTATGAACAATAAACAAGAGTA +ATTAAATAAAAAACTATAGTGAATAAAAAATAATAAATATGTTTAATATAGAATATATAT +TAGAATTTGAAATAATCCTCAGAATTAACTGGGGTTATTTTCTTGCAAAGTTTCATAGTA +TTTGGTATTATAATATAAAATAGTTCCTTAATAGGGGGTAAGTATTTATCATGGAAAATA +ATAATTTTGGACAAGTCAAAATATCTAATGATGTAATAGCTACGATAGCAGGTCTTGCAG +CTCTAGAGGTTGAAGGCGTTGAAACTATAACAACTTTTACAGATAAACTATTAAAAAATA +ATAATGGTGTAAAGATACAAATAGAAGAAGAGGACGTTAACTTAGATATAATGGTTATGA +TAGATTTCGGAATATCTATACCAGATATAGCTTTAAAGATACAAGAAAATGTAAAAAATA +CTGTTGAGACAATGACAGGATTAAAAGTTTCTCAAGTAAATATACATATTCAAGGAATTA +GCTTCAAGAAAGAGAAGACTGAGCTAGAAGAAGCAAAGAAAGAAGCAAAGCAAGCAAAGA +AAGAAGCTAAGAAAGAAGAATCTAAGAAAAATTAATAAAAACCCTCTGAAAAATCAGAGG +GTTTTTTACTGCAAAACGCACATAATAAAGACTAAAGGAGGATTTGACTGATGAAAAAGG +AAAATATAGCAAAAAAGATAACTAGTAGAGAATATACTATGAAATTAATATACCAAACTA +GTATAACAAAAGAGGACGTAGATAATTTAGACTTATTAGTAGATGAGTTCGTAGATAATA +ATGCTGAATATATATTAAATAGATATGAAGAATTAAGATTACAACACTCTAATAACCCAG +AATTATCACTAGAAGGTGTAGATATAGATGAAGCTATAGATAAAGATTACATAAAAAACA +TATGTTTAACTATAGAAGAGAACAATGAAATGATAAATTCATTAATAAATTCAAATGCAA +AGAACTGGTCGGTAGATAGAATAGCTAAGGTAGATTTAGCTATATTAAAATTAGCAATAG +CTGAAATTATTGCAATAGATGATATACCACAAAAAGTTTCTGTGAATGAAGCTATAGAAC +TTGCAAAAATATACTGTGATGATAAGTCTCCTAAGTTTATAAATGGAATTTTAGGAAGTG +TTATAAGTGAGATTGAATCAAAATAACATAATAATCGGAATCGATACTAGCTGCTATACA +ACCTCTATAGCAGCTATATCTTTAGATAAGAAAGTAATATTTAATAAAAAAATAATGCTT +AAAGTAAAAGATAACACAAAGGGGTTAAGGCAAAGTGAAGCTGTTTTTCAGCATGTTAAT +AACTTAGGAGAAATGAGCAGTGATATAAGATCTATATTAAACAATTACAATGTATGTGGA +GTATGCGCATCTGTTAAACCGAGACCGTTAGAAGAGTCTTATATGCCAGTATTTACTGTA +GGCAGTAATTTTGGTAAATTATTTAGTTCATTAAATAAATGTCCTTTTTATGAAACTAGT +CATCAGGAAAATCATATTGAAGCGAGTCTTTTAACTAATAAAATTAAAAATGAAAAACAA +TTTTTATCAGTACATATGTCAGGTGGTACAACTGAAATACTTTTAGTCAACAAAGAAAGT +TTAGGATATAAAATAGATATAGTCGGCGGAAGTAATGATATAAGTTTTGGACAGCTTATA +GATAGAATCGGAATTAATATGGGTTATAAGTTTCCTTGTGGGAAATATATAGATGAAAAA +GCCCTTGAATGTAATGAAAAAATAGAAATCGGACTAAAAACTTCTGTGAAGGAAGGATAT +ATGAATTTATCTGGAATAGAAAACCAAGTAAATAAAATAATAAATAATCACAGTAAAGAA +TATATATGTAAATTGCTACTAGATACAATATCAAGAAATCTAATAAAATCTCTACTTTAT +ATTAGTGAAAAATATAATATAGAAGAAGTTGTGTTTGCAGGTGGAGTATCTGCAAGTAAA +TATATATCAATGAAATTAAAAAGAGAATTAAAAAAGAATAATATAATAGCATATTTTACA +GAGCAAGAATATTCAACTGATAATGGTTTAGGATGCGCTGTAATAGGATTAAAGAATTTT +ATAAGTGAATAAGTATATAAATTAATAACTTTTATATAGGAGAGAAAATATGAAACTGAG +AGCTTTAGATATAAGTGAAGCAAATTCATATATAAAAAGGATTTTGGTAAATGATCCTAT +ATTATATAATCTTAAAGTAAAAGGTGAAATATCCAATTTTAAAGTACATAGTAGTGGAAA +TGTATATCTATCATTAAAAGATGAAAATTCAAAGTTAAACTGTGTTATTTTTAAAAGTAA +TTATGATAAAAATTTAGAATTAAAGAATGGGATAAAAGTAATTGCGAGTGGTTATATTTC +TGTTTATGAAAGAGACGGATCTTATCAATTATACATTAATTCAATAGAGATAGAGGGAAT +AGGAAATTTATATATTGAATTTAATAAATTAAAGGAAAAATTAAGCAAAGAGGGTTTATT +TGATCCTAAGTACAAAAAAGCCATACCTACTATACCAAAGTCTATAGGAGTTATTACTTC +ACCAACAGGAGCAGTTATAAGAGATATAATTAATGTAATCAAAAGAAGATACCCAAAGGT +CGCTGTAAAGCTTTATCCAGTGACAGTACAAGGCGATAAATCAGCAGATAATATATGCGA +AGGTATTAGATTTTTTAATGATATGAAAAATGTAGATACAATAATAGTTGGTAGAGGTGG +GGGATCTATAGAAGAACTTTGGTCATTTAATGAAGAAATCGTAGCTAGAGAAGTCTTTAA +ATCTGAAATTCCTATAATATCAGCAGTAGGACATGAAACAGATTTTACTATCTGTGATTT +TGTATCAGATATGAGAGCCCCAACGCCTTCTGCAGCAGCAGAGATAGCAACGCCATCTTT +ATTAGACTTAGAATACAAGCTTAACAATATAAGGAATAGAATGAATAGAAGTTTAATAAA +TCAAGTTCAGATTGATGAACATAGGTTAAAATCTGTTCTTGAGAGGATAAATAATTATCT +AAAATCATACACAATCAAAGATAATATTATACAATTAGACAAAATATATGATAAAATAAC +TTTTGAAGTAGAAAATAACCTTAATATTGAAAAAGAAAGACTTATGAATATGGGAGCAAT +ACTTCATAATTTAAGTCCTTTGGCAACGATAGATAGAGGGTACAGTATAGTACAAAAAGA +AGGAAAAGTAATCAATAGTATAAAAGAAATAGAATTTAAAGATGATATAGATATAGTTTT +AAAAGATGGAAGTATAGAGTGTGTTGTAGAAAAAATAATTAATAAAGAGGTATAAATATG +GATTTAACATATGAACAAGCTTATAAAAAACTAGAAAATATTTTAGAAAAGCTAGAATCT +AAAGGTGCGAGTTTAGATGAATCATTAAGTTTATATGAAGAAGGAATAAGTCTTTATAAG +TACTGTAATAAATTACTTGAAGATGCACAGTTAAAGATAAGTAAATTTAACTCACTAGGA +ATAGAAGAAGATTTAGATATGAGGGAGGAATAAAATTGGAATTTAAGCAATCTCTAAAAG +AAAAATCTAATTATATAGAAAGATTATTAAGTGAATATATGCCTAAAGAAGATGGATATC +AAGCAACTATTATGGAAGCTATGAATTACAGTTTAAAAGCTGGAGGAAAAAGATTAAGAC +CAGTATTAACTTTAGAAGCGTGTAAGATAGTAGGTGGGAATGAAACAGATGCTATACCAT +TTGCTATAGCAATTGAGATGATACATACATACTCACTAATACATGATGATCTTCCGGCCT +TAGATAATGATGATTTAAGAAGAGGGAAGCCGACGAATCATATGGTATTTGGAGAGTCTA +TGGCGATACTAGCAGGAGATGCCCTTTTAAATTATGCTTTTGAGATTATGCTATCTAATT +CTATAAATAAAGAAAATCCTCAGAAATATTTAAGGGCTATAAATGAAATTGCTAAAAGTG +CTGGTATATATGGAATGATTGGAGGACAAGTCGTAGATGTTCAAAGTGAAAATAAAGTTA +TTTCAAAGGATAAACTAGACTTTATTCACTTAAATAAAACTGCTGCAATCATTATTGGTT +GTATGAGAGCTGGAGCAATAATAGGAGATGCTTGCGAAGAGGATCTAGAAAAAATAACTA +AGTATGGTAAAAACATTGGATTATCATTCCAGATAGTAGATGATATATTAGATATAGTTG +GAGATGAAACTAAATTAGGAAAAAAAGTAGGTAGTGATATAGAAAATCATAAATCTACAT +ATCCATCTTTACTTGGTTTAGAAAAATCAAAAGAGATTGCAAATGACCTAATTGAAGAAG +CAAAATATAATATCAAGGATTTACAAAGCGATAGTAGTTTCTTAGAAGGATTAGCGAATT +ATATAATAGATAGAGAATATTAAGGAGGAAAAATGAACTTTTTTTCAGAAATTTTTAGCA +ACAAGGTATTAGGAATAAGTGTATTTGCTTGTTTTTTAGCTCAATTTATAAAAATATTTA +CTGGAAAAGATAAACGTATAGATTTAGCTAGAATATTTACATCTGGAGGTATGCCAAGTT +CTCATAGTTCTTTTGTGACAAGTTTAGCAACTTTAGTCGGTTTAGAAAAAGGATTTAATT +CTACAGATTTTGCTATTGTTGTTGTATTCGCACTGATTATAATGTATGATGCCTCAGGAG +TAAGAAGAGCGGTAGGAAAACAGGCAGCTATATTAAATCAAATAGTAGATGATGTTCATC +ATGGTAAACATATAAAACAAGATAAATTAAAGGAATTAATAGGACATACACCTGTTGAAG +TATGGATGGGTGCCATACTCGGTATAGTTGTAGCATTAGTTATGGTATAAATTGAAAAAA +ATAAATTTATATGATATAATTTCTTAGGTTTTATTAAATGGTTATAAAATGGATATATCT +AAGGCAATACTAAGGTATATTCATTTTTCTAACTGCATAGAAACTATATGATTTTTTAGG +TCTTCTATGGAAGGCTTTTTTAATTATAGAAAATATGTTAATTATCAATATAGAGTAAAT +GTTTTATAAATTTAATCAAATAAAAGGTGAAGGTAAATGTATAAATATTTAGATAAAGTA +AACTGTCCTGAAGACATTAAAAATATGACTAATGAAGAACTAGATATACTTGCCAAAGAT +ATAAGGAAGTTTCTAGTAAAATCAGTTTCTAAAACTGGAGGTCACTTAGCATCAAACTTA +GGTGTCGTAGAGTTAACTCTAGCGTTGCATAAGGTTTTTGAAAGCCCGAAAGACAAAATA +GTTTGGGATGTAGGACATCAATCTTATGTGCATAAGATTCTTACTGGTAGAAAGGATAGT +TTTGATACACTTAGACAATTTAAAGGTTTAAGTGGATTTCCAAAGGAAATAGAAAGTCCT +CACGATATATTTGATACAGGGCATAGTAGTACATCTATTTCTGTAGGACTTGGTATTGCT +TGTGCGAGAGATATAAAAAAAGAAAATTTTGATGTTGTATCTGTAATAGGAGATGGCTCT +ATAACTGGAGGAATGGCTCTTGAAGCATTAAATAACTTAGGTTATTTAAATACAGATATG +ATTGTAATTCTTAATGATAATGAAATGTCGATAGATAAAAATGTAGGAGCAATGTCTAGA +CATTTATCTAGTATAATAAGAAACTCAACAATGAATAAAGTGAAAGATGAAGTAGAAAAG +ATTTTTACTGTAACATCTGCAGGAAATTTAATATATAAAACAGCTAGTAAGGTTAAGGAT +AGTATTGTAAGTCAATTTACACCACAACAATGTGAACTCTTTGAATCTATGGGAATAAAG +TACTATGGACCTATAGATGGGCATAATATAAAAGAATTAATAGAAATTTTAAATAAGGCA +AAGAAAAAAAAGGGACCTGTACTGCTACATGTTATAACTAAAAAAGGTAAAGGGTACAAA +TATGCAGAGGAGCATCCAGATAAATATCATGGAGTTTCAAAATTCGATATAAAAGAAGGA +GTACAACCTTCAAATAGTAAATCTATATCATCTGCAGTTGGGGAGAAATTAGTTCAGATG +TCAGCTAAAGATGATAAGATAGTTGCAATAACGGCAGCAATGCCATCAGGAACAGGATTA +GATTTATTCCAAAAGGCATATCCAGAAAGATATTATGACGTAGGAATTGCAGAACAGCAC +GCTGTTACATTTTCGGCTGGATTAGCAAAGGAAGGAATGAAGCCTTATTTTGCAGTATAT +TCAACTTTCTTACAAAGAGGTTATGATCAGATTATACATGATGTGTGCATTACTAAAAAG +AATGTAACATTTTTAATAGATAGAGCGGGGTTAGTTGGTAATGATGGAGAAACCCATCAT +GGCATGTTTGATTTGAGTTATTTAAATATAGTACCTAATATAACAGTTATGGCACCTAAA +GATACTCAAGAGCTAGAGTTGATGCTAGAATTATCTGCAGAATTAAATGAGCCAGTAGCA +ATAAGGTATCCAAGAGGGAATGCTTACTATTTAAACAGAGGTGAATACAAAAAGATAGAA +GTAGGAAAGTATGAAATAATTGCAGAAGGTAAAGACATTGCTATTTTAGCTATAGGAAAT +ATGGTAAAGCATGCATTAGAAGCAAAAGAAATACTTTTAGAAGATAATATAAATCCTGCT +ATAATAAATGCTAGATTTTTAAAACCTATGGATGAAAAATTACTTCATGAGTTATGCAAA +AAATATAAGACAGTAGTAACAATAGAAGATAATATCATATCTGGTGGATTTGGAAGTAGA +ATAAATAACTTCATTATAGATAATAATTACAATGTAAAAGTTGAGAATATAGCAATTAGT +GAGAGATTTATAGATCATGGTAATATAGAAAGCCTATACGAAGGAGTAGGTTTATCTTCG +AATTGTATTGCATCTAGAATAAAAAAATTATAGTCGGGAAGGTAGTTTTATGAAAAAAAG +AATAGACGTATTATTAGTTGAGCAAGGATTTTTTGAAAGTAGAGAAAGAGCTAAAAAAGC +TATAATGGCAGGACTTGTTTTTGTAGACAATCAAAGATGCGATAAAGCTGGTGTAGATGT +GAAAGAAGATGCTAAAATAGAAGTAAAAGGAAATCCAATACCATACGTAAGTAGAGGTGG +ATTAAAGCTTGAAAAAGCGATGAAAAACTTTGGATTAACACTAGATGGAAAGGTATGCAT +GGATATCGGTTCATCTACGGGTGGATTTACAGACTGCATGCTTCAAAATGGAGCTGTAAA +AGTATTTTCAATAGACGTAGGATATGGACAACTTGCATGGAAATTAAGACAAGATGATAG +AGTAGTTTGCATGGAAAGAACCAATATAAGACATGTGACTATTGAAGATACAAAAGAATT +TGCTAATTTTGCATCTATAGATGTTTCTTTCATATCATTGAAATTAGTTTTACCAAAAGC +AAAGGAACTTGTTTCTCCAGATGGCCATGTGGTTGCTTTAATAAAACCACAGTTTGAAGC +TGGAAGAGAAAAGGTAGGTAAAAAGGGCGTTGTTAGAGAAAAGTCTACACATATAGAAGT +AATAGAAACTATATCTGAGTTTGCAGTTGGAATAGGATTCTCTATACTAGACTTAGATTA +CTCTCCTATAAAAGGTCCAGAAGGCAACATCGAGTATTTAATATACTTAAAGAACTCAAA +TGATGGATATGAATTTAATAAAGAAGAGTATAGTAAGAAAGTGTTAGAGGTTGTAGAAGC +ATCTCATAACTTAAATAAATAAAAAATTATACTTATATAGATAAAGGGGGATTTAAAGTG +ATCCTTGAATTGTATATGAAAAATTGTGCCTTAGTAGAAGAACTAAGGTTGACTATTGAT +GAAAATCTAAATATATTAACGGGAGAAACTGGTTCAGGAAAATCTATAATAATAGATGCA +TTAGGATTATGTTTAGGTGAAAAATATGATAGATCATTTTTAAGAAAAGGTAGTGAAAAA +GGTATAGTTGAGGCTATATTTTCTTCAGAAAGTCAACACTTAAAAGATGTTCTTGAAAAA +TATGATATAGAGCTAGATGAAGATAACTTATTGGTAATAACTAGAGTTATTTACAATGAT +GGAAAAAGTGTAGCGAGAGTCAATGGAAGAACTCTAAAGTTATCAGTATTGAAAGAAATT +GCAACTACATTAATAGATGTTCATGGACAACATCAAAATCAAGCTTTATTTAACAAAGAA +ACTCACTTACAATTTTTAGATTTATTTGGAGAAAGTGATTTACAATATTTAAAGTTAGAT +TACAAAAATGTGTACAAAGAGTATACTAGAGTTAAAAATGCTTTAAATGTGTTAACTGAG +AATAAAGATGATATGCAAATTCAAAGAGAGATAGATTTATTGAAATTCCAAACAAATGAA +ATTGAATCTGCTAACTTAAGTAAGGATGAATACGAGGAGCTTCTTAAACAAAGAGATGTA +TTTAGAAATAGCGAGAAGATATACAGTAATCTAAATTTAAGTTATCAAAATTTATATGAG +GGTAGTGTCAATGCTGTAGATCTAATCGGAAGTGCATCTAAAGAATTAAGTTCTATTGCA +GAATATGATAAAGTCTTAAGTGAATATAATGAAAATGTAGAAAGAATAATGTATGAACTT +CAAGATATCTCAAGAGAAATAAGAAATTATAAAGAGAGTATAGATTTTGAACCATATGAG +CTAGAACAGATAGAAATAAGAATAGATGAAATTAATAACTTAAAAAGAAAATATGGAAAT +ACTATAGAAGAAATTTTTGAGTACTATGATAAAACTAAAAATAGATTAGATGAAATATTA +AATAGAGATGAAAAAGTAGAAGAATTAAAAAGAGAAATACTAAGAATTGAAAAAGTACTT +AATGATAAAGCTGAAAAATTAACTCAAGCTAGACAAAAAGTTGCATATAGTTTAGAAGAG +GTTCTATTAATAGAATTAAAAAGCTTAAATATGAAAAATGTGGTATTTAAAGTTAACTTT +GAAGAAAGTAACTTTACCTTAGAAGGTAAAGATGATATAGAATTTATGATATCTTTCAAC +CTTGGGGAAGATATAAAGCCTATATATAAAGTTGCTTCTGGAGGGGAAATGTCTAGATTT +ATGCTAGCGTTTAAAACTATACTTGCGGATATAGATCAAATAGATACATTAGTATTTGAT +GAAATAGATACGGGTATAAGTGGCATAGCAGCTCAAATAGTTGGCGAAAAGTTATCTCAA +ATAGCGAAGAAAAAGCAAATAATTTGTATAACTCATTTACCACAAATTGCAGCAAATGCA +GATACTCATTACTGTATAGAAAAAAATACATCAAATGATAGAACATTTACAAATATACGT +AGATTAGATCGTGATCAAAAACGTGATGAAATTGCTAGACTTATAGCTGGAAGTAATATA +ACTGAAAAAACAATAGAACATGCTAGCGAAATTATTGAGTTAGCAAAAAAATAAGAAGAC +TTTTAAGTTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAATAACCCTCATG +ATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTT +>MGYG000000001_43 +CAACATATAGTAACCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGG +AGTTTTATTATTGTAAAGATTAACTAGCACAACGAGTTAACTAATCATATTTTAAAGTAC +TTCCTTTTTTTATGGAAAAATAAATAATAAAACACAATAAGAGTATCTTTCAAAGGGAAG +GTTAGTTGATATATAATGTATTAAGCAATACATTTTATAATTAAAATATCAAGAGGTGGG +GTAATGAACAGTGTAATAATCGTAGCTGCTGGAAGTGGTAAACGAATGAATATGGATATA +AATAAACAATTTATAAAATTAAATAAAAAAGAGATAATAGCTCATACAATAGATGTTTTT +TATAAAAATAAAAATGTAGATGAAATAATAGTTTGTATAAAGAAAGAAGAAGAAGAACTA +TTTAAAGATAAAATAATAAATAAATATAGTTTCAAGAATATAAAAATTGCTTATGGTGGA +AAGGAAAGACAAGATTCTATATATAATGGATTGAAATGCTTAGATGATAAATGTGATATT +GTTTTAATTCATGATGGAGCAAGACCATTTGTAGATGATAGAATAATAAATGAGTCTATT +AAGGTTGCAAGAGAAAAAAAAGCAGTTGTTGTAGGAACACCTGTAAAAGATACTATTAAG +GTGGTTTGTGATGGAATTATAAATGATACTCCTAACAGAGTTAATTTATGGGCAGCTCAA +ACACCACAAGTTTTTGAATACAAACTAATAACAAAAGCTTACGAAGAGGCTTATGAAAAC +AATTATTATGGAACAGATGATTCTATGTTAGTAGAAAATATAGGTCAAGAAGTAACCATG +ATAATGGGATCTTATGATAATATAAAAATTACTAGCCCTGAAGATATAAGCATTGGAGAG +AAAATTTTAAGTTTAAGAAAATAGATATAAATTTAAAGTTATAATTGGCATAGGAGTGAT +AATATGAGAATTGGTACAGGATATGATGTTCATAAATTAGTAGAAAATAGAGATTTAATT +ATAGGTGGAGTAAATGTTCCACATGAAAAAGGTTTATTAGGACATTCTGACGCAGATGTC +TTAACTCATGCTGTTATGGACTCTATATTAGGAGCATTAGCGTTAGGTGATATTGGTAAA +CATTTCCCTGATACTGATAAAAAGTATAAGGGTGCAGATAGTATAAAATTATTAGAATAT +GTAAATCATTTAATAAAAGATAAAGGATATAAAATAAATAATGTAGATTGTACTATAATC +GCACAAAGTCCAAAGATGGCTCCACATATAGAAAAAATGAGAGAAAATTTTGCTAAAGCT +TTAGACACAGATATAGATAATATAAATGTAAAAGCAACGACAGAAGAAGGTCTTGGCTTT +ACAGGCTCAAAAGAAGGAATAGCAGCACAAAGTGTATGTACTGTTGTAAAAGTTGACAAG +TAATATTAAATAATATATTATTATGAATAGGTTATAATAATATAAAAGTAATATAATTAA +TAATATAAATTGCAAAAATGAAAAAATAGTAAAAAGTGAAATCTTTACAGAGAGGAAACA +TAGCTGAGAGTTTCTAAGAGGAAGTTTTTGAACCAATTTTCTAGCATAAGGACGGTAAAA +AGTTCTTACGTTTGGGAGCGTTATATCCTACTTGAGGGAGCCTTATGGCTAATTAGAGTG +GTACCGCGGAAAGTCAACCTTCCGTCTCTATATTTATATAGAGACGGAAGGTTTTTTATT +TATACAGAAATAAATTAAATATAAAATACAAGGAGGAAAATCAAAATGAGAATGTCAAAA +ATGTTAATGCCAACATTAAAAGAAGTTCCATCTGATGCAGAGATAACAAGTCATCAGTTA +ATGCTTAGAGCAGGGATGATAAGAAAGATGGCTTCAGGAGTTTATAACCAATTACCTATG +GGTATAAGAGTTTTCAACAAAATACAAAATATAATAAGAGAAGAAATGAATGCTAAAGGT +GCTCAAGAGATATTATGTTCAGGATTAATACCATCTGAATTATGGAAAGAATCTGGAAGA +TGGGATGTAATGGGACCAGAAATGTTCAGATTAAAAGATAGAAATGAAAGAAGCTACTGC +ATGGGACCAACTCATGAAGAAGTTTTCACAGATATAATAAGACAAGAGGTTACTTCTTAT +AAGCAACTTCCATTAAACTTATACCAAATACAAGTAAAATATAGAGATGAAAGAAGACCA +AGATTTGGTGTTATGAGAACTAAAACTTTCACAATGAAGGATGCTTACAGCTTCGACGTT +GATCAAGAAGGATTAGATAAATCATACCAAGATATGTTTGAAGCATATACAAATATATTT +GCTAGATGTGAATTAGAAAATAGCCCAGTTCAAGCAGATTCAGGAGCTATGGGTGGTTCA +GCTTCAGCTGAGTTCATGGTTAAATCAGAAGTTGGAGAAGATGAAATAGTATTCTGTTCA +GGATGTGACTACGCAGCTAACATAGAAAAAGCTACTTCAGTAAATCATGAGCCTTCAACT +GAAGAAATGAAAGAGATGAAAGAAGTTCATACTCCAGGAGTTCATACTATAGAAGAATTA +GTTGAATTCTTTAAAGAAGATGCAGGTAAGTTTGCAAAAACTTTAATATACTATGCAGAT +GGAAAAACTGTAGCAGTAGTAGTAAGAGGGGACAGAGATGTTAACGAAACTAAGGTTGCT +AATGCTATAGGCGGAGCAGTAGAATTCGAGTTAGCTAGTGAATCAACTATAAAAGAAGTT +ACTGGTGCAGCAGTTGGATTTGCTGGACCAATAGGAATAAAAACTGATTATGTATTAATA +GATCAAGAAGTAGTAGATCAAAGAAATGTAGTAATAGGAGCTAACAAAACTGAATACCAC +ATAGAAAATGCTAATTACGGAAGAGATTTCGAAGGTACAGTTGGAGACTTTAGAAATGTT +GCTGAAGGAGATAAGTGTACTAAGTGTGGAAGTGCATTAGAAGTTGCTAGAGGAGTAGAA +GTTGGACATATATTCAAGTTAGGAACTAAGTATTCAGAATCCATGGGAGCTACTTTCTTA +GATAACAATGGTAAATCTCAACCAATAGTAATGGGATGCTACGGAATAGGTGTAGAAAGA +ACAGCAGCAGCTGTAATAGAACAACACCACGATGAAAATGGAATAATATGGCCTTTAGCT +ATAGCTCCATATCATGTAGTAGTAGTACCTGTAAATATCAAAAAAGATGAACATAGAGAA +AATGCTGAAAAAATATATGAAGAATTAAAAGCTATGGGTGTAGAAGTACTATTAGATGAT +AGAGATGAAAGAGCTGGAGTTAAGTTCAAGGATTCTGAATTAATAGGTATACCAATGAGA +ATTACTGTAGGTAAAGATATAGTAGATGGAAAAGTAGAATTTAAGTTAAGAAATAGTGCA +GATAAAGAAGTAATAGGATTAGATGAAATAAAATCTAAGATAGAAGCTGAATTTGTAAAG +AATAAAGTTAAATTAGGATAGTAAACAATAAAATAGTATATATAATCCACCGGATATGTT +AATAATTATATGTATATGTGGATATATATACTATTTTAAATTAGTTAGAAATAAGATCAT +TCACAACTACTAATACTATAAGTAGGATTCCTTTTTATTTATTTGGATAAAATAAAATTA +CAATTATAGATATTTTTTGATATGATAAAAGATGTATGAAAATAAACAGGAGGTAAAAAG +ATGAGCGTAAGAGTAAGATTTGCTCCAAGTCCAACTGGATTTGTACATATAGGTAGTTTA +AGAACTGCTTTATATAACTACTTATTTGCAAAGAAAATGGGCGGAGAATACATATTAAGA +GTAGAAGATACTGACCAAACTAGATTAGTTGAAGGTGCTATAGAGAACATGTTAAATGCT +ATGAGCTGGGGTGGAGTTAACCACAGTGAAGGTGTTATGTTAGATGAAAATGGAAACATA +GTTCAAAAAGGTGAATATGGTCCATATATACAATCTGAAAGATTAGATATATACAAAGAG +TATATACAACAATTACTAGATAGTAAAAAAGCTTACTACTGCTTCTGTACTAAAGAGAGA +TTAGATGAAGTAAGAGAAAAGCAAAAGGAAGCTGGAGAAACTCCAAGATATGATGGTCAC +TGTAGAGATTTATCTAAAGAAGAAATAGAAGCTAAAATAGCAGCAGGAGAACCATATGTA +ATAAGATTAAGATTACCAGAAAATCATGTAATAAGATTTACTGATTTAGTTAGAGGAGAA +ACTGAGTTCAACACTAACGATTTAGATGACCAAGTTTTAATAAAAACTGATGGGTTCCCA +ACTTACCATTTTGCAGTTGTAGTCGATGACCATTTAATGAAAATAACTCATGTAATAAGA +GGAGAAGAATGGGTTTCTTCAACTCCAAAGCATGTTTACTTATATGAAGCATTTGGATGG +GAAGCTCCAACATTTGTACATTTACCAAATATACTTAATAAAGAAAAGAAAAAGTTAAGT +AAGAGACATGGTGATGTTGCAGTTGAAGATTTCAAGAAAAAAGGATACTTACCAGAGGGA +TTAATCAACTATGTTGCACTAGTTGGATGGTCTCCAGAAGATAACCAAGAATTATTCACT +ATGGAAGAATTAGAAAAAGCATTCTCTGTAGAAAGAGTTTCTAAGAGTGGTGGAGTATTT +GACACTGAAAAATTAAACTGGGTTAACCAACATTATATAAAAGATGCAGATGATAACTAT +TTAACAGATTTAGCTATACCATTTTTAATAGAAGCTGGGTTCGTGACTGAAGAAGAAGCT +AAAACTAAGTATGACTTTTTAAAAGGAATGATATCAGTTCTTAAAGAAAAATTACAATAT +GTAAAAGAAGTAACTGATCATGCTTCTATATTCTTTGGAGATAATGTTGAATTAGAAACT +GAAGAATGTAGAGAATTCTTAAACTTAGAGCATATACCAACATTAGTAAATGCTTTAGAA +GAAAAAATAGGAAATGCAGAAGTTTTAGATGAAGCTTTCGTTAAAGCTATGTTCAAAGAA +ATACAAAAAGAACATGGAATAAAAGGTAAAAACTTATTCATGGGATCAAGAATAACTTTA +ACAGGACAAATGCATGGACCAGATCTACCAAAAACTATGGAAGTTTTAGGAAAAGAAACT +TGTTTAAATAGAGTATCTTATGTAAAAAATAATATATTATAGTTAAAAAAGTCCACTATT +TCAATGTGGACTTTTTTATATGTAATTATTTGGAGGAAAGATTTACCCTTAAGTGTAGAG +GAGTTTGATTACTTAAATTTAATATTATAACTTAGAAAATAGTTAGAAAGATTAATCATA +AGTAAGTGTTTATAATTACAAAATATTAAATTAAATGGTTTGTTTATTAACGAGGGGGTA +ATTATGTATAATAATATAGAAGATGTTAAAAAAGAATTAGAGCAACTTTGTGAAGAGTAT +ATAGACGTTTTAAAAGATTTAAAAAATAAAAACGTAATAAGCGAAGATACTTTTGATAAT +TGTGTTGGAAGTAAAATTTTATTTCTAGATAAATAATATACTTATAGGCAAGATTTTTTT +ATAGCATAGAAGGATATAATAGTAATACTATTAATTGTAAAGTTTTTCAATTATAATATA +TTATATAATTATTATGTTATGGCAATTTATTACAATACAGTGAGGTGATGAGTGTGAAAT +TATATAATACAATGACTAAGCAAAAAGAAGAGTTTGTTCCGATAGAGGAAGGAAAGGTAA +AAATGTATGTATGCGGACCGACAGTTTATAACTATATACATATAGGTAATGCTAGACCTT +TCATAATATTCGATACACTAAGAAGATACTTAGAATATAGAGGATATGATGTGACTTATG +TCCAAAACTTTACTGATGTAGATGATAAAATCATCAAAAGAGGTCATGAAGAGGGGATAT +CACCAGAAGAAGTTGCAAGTAAATATATAAATGAATACTTTGTAGACTCTGATGGATTAG +GAATAAAAAGAGCGACTGTACATCCTCAAGTTACAGATAATATAGAGCAAATAATAGCTT +TTGTAAAAGAGTTAGAAGATAAAGGATATGCGTATGAAGTAAATGGAGATGTTTACTTTG +ACACTAAAAAATTTGAAGGATACGGAAAACTTTCAAAGCAAAAGCAAGATGAGTTAGAAG +CAGGTGCAAGAATAGAAGTAAATGATCAAAAAAGACATCCAATGGATTTTGTACTTTGGA +AAGCTAAAAAAGAAGGCGAACCAGGATGGGCAAGTCCTTGGGGTGAAGGTAGACCAGGAT +GGCATATAGAGTGTTCTGTTATGTCTAATAGATATTTAGGAGAAACGATAGATATTCATG +CAGGTGGGCAGGACTTAACTTTCCCGCATCATGAAAATGAAATAGCACAAAGTGAAGCTA +GAAGCGGAAAAACTTTTGCTAATTATTGGATGCATAATGGATATATAAATATTAACAATG +AAAAAATGAGTAAATCAAAAGGTAATTTCTTTACAGTAAGAGATATATCTAAGTTATATG +ATTTAGAAATAGTAAGATTCTTCATGCTATCAGCACATTATAGAAATCCAGTAAACTTCA +GCGATGAAATGTTAAACCAAGCAAAGGCTGGTCTTGAAAGATTATATAATACTAAGGAAA +AATTAGAATTTACTATTAGTAATTTAAATGAATCAAGCATAACAGGAGAAGAATCTAGCT +TAGTATTAGAATTAGATAGTTATAGAGCTAAGTTTATAGCAGCTATGGATGATGATGTTA +ATACAGCAGATGCTATAAGTGTTATATTTGAATTAGCTAAATTTATAAACTCTAATGTAA +ATGAAAAATCATCTCTAGAATTTGCTAAAAAGTGTTTAGATGAGTTTAATGAGTTAACTT +CAGTTTTAAATATAGTAAATAAGAAAAAAGATGATATACTAGATGAAGAAATAGAAAGCT +TAATACAAAAAAGAACAGAAGCTAAGAAGAATAAGGAATATCAATTAGCTGATGAGATAA +GACAAGAATTATTAGATAAAGGAATTGTATTAGAAGACACAAGACAAGGTGTTAAGTGGA +AAAGGATATAATCATGGATAGATCAGAATTACTTACAATATCACCATTAGTACTAGCATA +TTTAGGTGATACAGTTTATGAGTCTTATGTAAGAGAGTACTTAATCAAAAAGAATATAAA +TAAAAAGGTTAATGATCTTCATAAGTCAGCAATAAAGTATGTTAATGCAAAGGCTCAAGC +AACAGTAATACATGCAATAGAGGATGAATTAACAGAAGATGAAGAGAGAATCTACAAAAG +AGGAAGAAATCAAAAATCTCATACTTCTCCTAAAAATGCAGACATAATTGATTACAAACA +TGCAACAGGCTTTGAGGCTTTAATAGGATACTTACATTTAAATAACGAAAGTGATAGATT +AAATTATATAATATCAAAGGGAATAGATATTATAGAAAATAGTATGAAATAAAATTAATT +TTAAAAAAGTATTGTCTTAATTAAATGACAATGCTTTTTTTTATAAATGATGTATAATAG +TATTTATAAATAAAACATTATAATATATACAGTTATTTATTATGATAACAAAGAAAAATA +GGCGGTGAAAGAATTGGCAAATATAGAAGGAAGAAATCCTGTTATAGAGGCGATAAAAAG +TGAAAGAGAGATAGATAAAATAATGATATCTAACTCAGCAAAAGAAGGATCTATAAAAAA +AATTATAGGTATGGCAAAAGAAAAAAATATAGTATTACAATATGTAGATAAAAATAAATT +AGATGAAATAAGTACAAGTCATGCACATCAAGGTGTAATAGCTCAAGTTAGTGAATATAA +ATACTATGAGCTAGATGAATTAATTGAGTCTGCGAAAGAAAAATCAGAAAGTCCATTTTT +TATAATATTAGATGAAATAACAGATCCACATAACCTTGGAACAATTATAAGAACAGCGGA +TGCAGTTGGTGCACATGGTGTAATAATACCAAAGAGAAGATCTGTACATATAACTCCGAC +TGTTGCTAAAGCATCTGCTGGAGCAGTTGAATATGTACCAGTATGTAAAGTAACCAATAT +AGTAAATACAATAAAAAAACTAAAAGAAGAAGGTCTATGGATAGCTGCAGCAGATATGGA +TGGACAACCATTCTACGAACAGAATCTTACAGGTCCAATTGGACTAGTTATAGGTAGTGA +AGGTTTTGGAATATCTAGATTAGTAAAGCAAAACTGTGATTTTACAGTAAAGATGCCTAT +GATAGGAAATGTTACATCGTTAAATGCTTCAGTAGCAGGAGGAATACTTCTGTACGAAAT +ATTTAGACAAAGAACAGGCAAAAAATAGGGTAATGAGAAGAAAATTAAATTCGTATTTAG +TAATAGATGGTTACAATATTATAAATGCATGGGATGATTTAAAAGAGATAGCTAAATATA +GTTTAGAAGATTCTAGAGAAAAATTAATACACTATATTATAGATTATTCTGAGTTTACAG +GGAAGAAAGCTATAATAGTATTTGATGCTTATAACATAAAAAACTCTAAAGAAAAGATAG +AAAAAAGAAAACATATAACTATTATTTATACAAAAGAGTACCAAACAGCAGATAGCTATA +TAGAAAAATTTATAAGTACCTTATCAAAGTATGATGAAGTAAAGGTAGCTACAAATGATT +ACGCAGAGCAGCAGATTGTTTTAGGGAAAGGTGCTAGTAGAATATCAGCTAGGGAGCTTA +AATTAGATCTAGAATCTGCGAAGGAAAAAATTAGAGAAAGAACTAGTAGTCAACATAAAA +AAATACAGAGAAATTTCTTGGAAGAAAGGTTAGATAAAGAAACATTGTCGAAACTTGAGA +ACATTCGTAGAAAGCGTTGAAGTGGCTAACTTTATTAGACTATAATATACCTATGAAACT +GATAGTAATGGGGGAAATTATTAATGGGAATAGCGAATGATAAGGAATATGAATTTTTGG +ATAACAGCCAACAAGATGAGTATAATATAGTATTAAAAGCAAGCAATGGGGATAAACTAG +CTTTAGAGTATATTATTACAAAGTATAGAAATTTTGTTAAAGCAAAAGCTAAGTCATATT +TTTTGGTAGGAGCAGATAAAGAAGATATTATACAAGAAGGAATGATAGGACTTTATAAAG +CAGTAAGAGATTTTGATGGAAGTAAAACAAATTCATTTAAATGTTTTGCAGAGATATGCA +TAACGAGACAAATAATAACTGCAATAAAGACGGCTACTAGACAAAAGCACATACCGTTAA +ATTCGTATGTATCTTTGAATAAGCCAATATATGATGAGGAATCAGATAGAACTCTTTTGG +ATATTATAGCTACTAGTATAGTTACAGATCCAGAAGAACTAATAATAAGTAAAGAAGAGC +TAAAACGTATCCAGTCAAAGATGGATGAACTATTAAGTGATTTGGAATTGGAAGTATTAG +AACTATATTTAAATGGCAAGTCATATCAGTACATAGCAGATAGACTAAATAGAGATGTAA +AGTCAATAGATAATGCTCTTCAAAGGGTTAAGAGAAAATTGGAAAAACATCTTGAAAACA +GAAATGATTAATAGTAAAATACTTACCATAAGCTTATTACAAGCAAAATTATATAACATA +ACAATAGGAGGTATTTCAAAATGGCTAAAGCTAAATTTGAAAGAAGTAAACCACATGTTA +ATATAGGAACAATAGGTCACGTTGACCACGGTAAAACTACATTAACAGCTGCTATAACAA +AAACTTTACACGAAAGATACCAATTAGGAGAAGCTGTAGACTTTGCTAACATAGATAAAG +CTCCAGAAGAAAGAGAAAGAGGTATCACAATATCAACTGCTCACGTTGAGTATGAAACTC +CAAACAGACACTACGCTCACGTTGACTGTCCAGGACATGCTGACTACGTTAAGAACATGA +TAACAGGTGCAGCTCAAATGGACGGTGCTATATTAGTTTGTTCAGCAACTGATGGACCAA +TGCCTCAAACAAGAGAGCATATACTATTATCAAGACAAGTTGGTGTACCATACATAGTAG +TATTCTTAAACAAGTGTGATATGGTAGACGATGAAGAATTATTAGAGTTAGTTGAAATGG +AAATAAGAGACTTATTAAATGAGTACGAATTCCCAGGAGATGACACTCCAATAATAAGAG +GATCAGCTTTAATGGCTTTAGAAGATCCAACTTCAGCTTGGGGAGACAAAATAGTAGAAT +TATTCGAAATAATAGATGACTATATACCAGCTCCAGAAAGAGATGTTGATAAAGACTTCT +TAATGCCAGTAGAAGACGTATTCTCTATAACAGGTAGAGGAACAGTTGCTACAGGTAGAG +TTGAAAGAGGTATATTAAAAGTTCAAGACGAAGTTGAAGTAGTAGGACTTTCAGAAGAAC +CAAGAAAGATAGTAGTTACTGGAGTAGAAATGTTCAGAAAATTACTAGATCAAGCAGAAG +CTGGAGATAACATAGGAGCATTATTAAGAGGTGTTCAAAGAACTGAAATAGAAAGAGGAC +AAGTATTAGCTAAGCCAGGAACAGTTAAAGCTCACACTAAATTCATGGCTGAGATATACG +TTCTTAAAAAAGAAGAAGGTGGAAGACATACTCCATTCTTCGATGGATACAGACCACAAT +TCTACTTCAGAACAACTGACGTAACAGGTGCTTGTAAGTTACCAGAAGGAATAGAAATGG +TAATGCCTGGAGATAACGTAACTATAGAAGTTGACTTAATAAACTCTATATGTGTTGAAG +AAGGATTAAGATTCGCAATAAGAGAAGGTGGAAGAACAGTAGCATCAGGTGTTGTTGCTT +CTATAATGGAATAATTTCTGAATAAGAAATAGCCAAAAAAAGAGGGGGAATTTACTCCTC +TTTTTTTTAAGAATGAAAAGACAAAAACATTGACAGTCATATTAATTTGTGATAACTTAT +ACAAGGTAATGATTTGGAAGGTAATAATACTTCAATTAAAAGAATTAAAGTATTATATTA +TTTAATATATTTACTTACAAAAAGTTGGAGGTGTAGCAGATGAGAGTAAAAGTAACTTTA +GCATGTACAGAGTGTAAGCAAAGAAACTATAACACTACTAAAAACAAGAAAAACAACCCA +GATAGAATAGAATTACAAAAATATTGTAGATTCTGTAAGAAACACACTACTCATAAAGAA +ACAAAATAGTTTTTAATTAAGGATGTGAGTGTAGTATGGCTACTCAGGTAAAAAATGGCA +TAATGCCTAAAAAGAAAAGATTTAGTTTAGTGACTTATATAAAAGAAACTAAGCAAGAGT +TAAAAAGAGTTACGTGGCCGACAAAAAAGGAATTACTGAAAAATACAGGAATAGTTTTAA +CTGTAGTTATTTCGTTCACTATATTAGTATGGCTATTAGACACTGTTTTATCTGGTGCAC +TAGCATTTATACTAAAATAGATAAAAAGGAGAAAGAGAATGTCAGAATTACAAGAAGCAA +GATGGTATGTAGTTCATACCTATTCAGGACATGAAAACAAGGTTAAAGCTACTATAGAAA +AAGCTGTAAAGACTAGAGGTATGGAAGATTGCATAACTCAAGTTGTTGTTCCTACTGAAG +ATGTAGTTGAAACTACTAAAACAGGTAAGGAAAAAACTAGACAAAGAAAAGTATACCCAA +GTTATGTATTGATTAAAATGATTATTACAGATGAGTCTTGGTATATCGTAAGAAATACTA +AGGGTGTTACAGGATTTGTTGGACCTGGTTCAAAACCGGTACCATTAAGTGATGACGAAG +TTATTGCTATGGGGATTGATTTAGAGTCTACTAAAGTTGTTAATGGAGAAACTGATTTGG +AAGTTGGAGACAACGTTCAAATTAAAAATGGTCCATTTAGCGGAAAAATAGGGACTATAG +AAAAAATCAATATGGAAAACAAAACTGTTACTGTTTGCTTGGATGCTTTTAATAAAAAGA +CTCCATTTGAAATGGACATTGATAGTATAGAAAGAATATAATTTTTATATGTAAATAATC +TGAGGAGGTGCGATAAAAATGGCTAAAAAAGTTATAGGTCAAATAAAATTACAAATACCT +GCAGGAAAGGCTACTCCAGCACCACCAGTTGGTCCAGCATTAGGACAACACGGTGTTAAC +ATAATGGGATTCACAAAAGAATTCAATGCTAAAACTGCAGATCAAGCTGGGATGATAATA +CCAGTTGTTATAACTGTATATCAAGATAGATCATTCAGTTTCATAACAAAAACTCCACCA +GCTGCAGTATTATTAAAGAAAGCTGCTGGTTTAGATTCAGCTTCAGGAGAACCAAACAAG +AAGAAGGTTGCTACTTTATCATCTGATGAAGTTAGAAAAATAGCTGAATTAAAAATGCCT +GACTTAAACGCTGCATCAGTTGAAGCTGCTATGAGCATGATAGCTGGTACTGCAAGAAGT +ATGGGTATCGTTGTAGAAGACTAATTTTAAATTAGACACTTCGTATAGAAGTGGGAGGTT +TTAAACCGAAAAATACCACTAGGAGGAATAAAAAATGGCTAATAAAAGTAAAAAATATGT +AGAAGCATTAAGCAAAGTTGATAGAACTAGAATGTACGATGCTAAAGAAGCATTAACTTT +AGTTTCTGAAATAGCTAATGCTAAATTCGATGAGACTGTAGAAGCTCACATCAAATTAGG +TGTTGACTCAAGACATGCTGATCAACAAGTTAGAGGTGCTGTTGTATTACCACACGGTAC +TGGTAAAACTAAAAGAGTTTTAGTTTTCGCTAAAGGTGCAAAAGCTGAAGAAGCTAAGAA +TGCAGGAGCAGACTTTGTAGGGGCTGAAGAATTAGTTCAAAAAATACAAGGTGAAAACTG +GTTCGAATTCGATATAGTTGTTGCTACTCCAGATATGATGGGTGTAGTTGGTAGATTAGG +TAGAGTATTAGGGCCTAAAGGTTTAATGCCAAACCCTAAATCAGGAACAGTTACATTTGA +TGTAGCTAAAGCTATAGATGAAATAAAAGCAGGTAAAGTTGAGTACAGATTAGACAAGAC +TAACATAATACACGTTACTGTAGGTAAAGTATCTTTCGGTGGAGAAAAATTAACTGAAAA +CTTTGCTGCATTAATGGATGCTATAGTTAAAGCTAAGCCAGCTGCTGCTAAGGGACAATA +CTTAAGAAGTATATCAGTTGCTTCTACTATGGGACCTGGAGTGAAAGTGAATCCAGCTAA +AATAGCAGAATAATTATACTGTTGACACAGAGAAACAAAAATGTTAATATAACATTTGTT +GATATAAAAAATAATAGTTTTGCCGTAGACAGTAGGGGCGTATTGCTTAAATATCCTACC +GAGGTTTTAGATGGATTGAATTACTAAAGCTTTGTGTGTCTATAATATTGATACAAAAGC +TTTTTTTAATGAGATATACGGCGTAAACAAACCTATCAGGTGAAGGAGGTGCACGTTTAG +ATGAGACAAGCTATAGAACTTAAATCACAAGTTGTAAGTGAAATAGTTGAGAAGTTACAA +AAATCTTCTTCTGCAGTTGTAGTTGACTACAAAGGATTAACAGTTGAAGAAGTAACTGAA +TTAAGAAAGAAAATGAGAGAAGCTGGTGTTGAATATAAGGTATACAAAAACACTTTAGTA +AGAAGAGCTGCTAAAGAAGTTGGTATAGAACAATTCAATGACGAGTTATTAGTTGGAACT +AATGCAATAGCATTCGGATACGAAGATCCTGTTGCTCCAGCTAGAATATTAAAAGAATTT +ATGGATTCTCATCCAAAAATGCAATTAAAAATGGGTGTAGTAGAAGGAGAATTCTACAAC +GAGTCTCAAATAGTTGAGTTCGCTAACATACCATCAAGAGAAGTTCTTCTTGCTAAGTTA +CTTGGAAGCTTAAAGGCTCCAATGTCAAACTTCGCATACTTAATAGATGCAATGATAAAG +AAAGCAGAAGGGCAAGAAGCTTAATTGTCAATTTTGAAAAAATAGATAAGGTTGCATAGT +GACGTTATCATAATAAAAATAATTTAAGAAAAATATTCGGAGGTGCTAAAAATGACAATA +GAACAAATATTAGAAGCTATAGAAAACATGAAAGTTTTAGAATTAAATGAATTAGTTAAA +GCTGCTGAAGAAAAATTCGGTGTATCTGCTTCAGCTCCAGTTATGATGGCTGGTGCAGCT +GCTGGTGGAGCTGCTGAAGAAAAAACTGAATTCGACGTAGTATTAGCAGGAGCTGGATCT +TCAAAAGTTGGAGTTATAAAAGCTGTTAGAGAAATAACTGGATTAGGATTAAAAGAAGCT +AAAGAAGTAGTTGATAACGCTCCTAAGACTGTTAAAGAAGGAGTTTCTAAAGAAGAAGCT +GAAGAAATGAAAGCTAAATTAGAAGCTGCTGGAGCTACTGTAGAAGTTAAGTAGTTTTTA +TAAAAAACAGAAAAGATGCCTTTTGGCATCTTTTTTTTATATCTATATAAAAAATATAAA +ATATACGAAAAAAATAGAATTATAGATTGGCATTTTGTGCATAATAAATAATGCATATTT +TGTGAGGTTGAATAATTATACACAGATTGTGTAATAGTTATTAATATACATATTGAAAAA +TAATAATTCTTATGGTAAAATTATTAGATGCGTTAGAATGACTATGGTTTTATTTTTAAT +TATTGAGAGGTGAAAAGTGAATGCCACATCCTGTCACGATAGGTAAGAGAACTAGAATGA +GCTTTTCTAAGATAAAAGAAATAGCTGATTTACCAAATCTTATAGAATTACAAGTTGATT +CATATAAGTGGTTTTTAGAAGAAGGGTTAAAGGAAGTATTTGAAGATATTTCTCCAATAG +AAGATTATACAGGTAATCTTATATTAGAATTTGTTGATTACTCTTTAGACGATAAGCCGA +AATACGATATAGAAGAATGTAAAGAAAGAGATGCTACATACTGTGCGCCTCTAAAAGTTA +AAGTAAGACTTATAAATAAAGAAACTGGGGAAATAAAAGAACAAGAAGTATTTATGGGCG +ATTTCCCACTTATGACAGAAAGAGGAACTTTCGTAATAAATGGTGCGGAAAGAGTTATAG +TAAGTCAATTAGTTAGATCTCCAGGTGTTTATTATGCTGAAGAGAGAGATAAAGCAGGTA +AGAGATTAATATCTTCTACAGTTATACCTAACAGAGGTGCATGGTTAGAATATGAAACAG +ATTCTAATGATGTTATATCTGTAAGAGTTGATAGAACTAGAAAGCAACCAGTAACTGTTT +TACTTAGAGCACTAGGTATAGGAACAGATGCTGAAATAATCGAACTTTTAGGTGAAGACG +AAAGATTAAGTGCTACTTTAGAAAAAGATAATACTAAGACTGTTGAAGAAGGATTAGTAG +AAATCTACAAAAAGTTAAGACCAGGTGAACCACCAACAGTTGAAAGTGCTTCATCATTAT +TAAATGCTTTATTCTTTGATCCAAAAAGATACGATTTAGCTAAAGTAGGAAGATATAAAT +TTAATAAGAAGCTTGCTTTATGCTACAGAATAATGAATAAAGTTTCAGCTGAAGACATAA +TAAATCCTGAAACAGGAGAAGTATTTGTTAAAGCTGGAGATAAAATATCTTATGAAATAG +CTAAAGATATTCAAAACTCAGGTATAAACGTAGTAAATGTACTTGTTGATGAAGATACTA +CAGTTAAAGTAATAGGAAATAACTTTGTAGACATCAAGTCTCACATTAATTTTGACATAG +ATGAATTAAATATAAAAGAAAAAGTTCACTATCCAACATTAAAAGAAATATTAGATGAGT +ATAGTGACGAAGAAGAAATAAAAGAAGCTATAAAGATAAGAATGAAAGAGCTTGTACCAA +AGCACATATTATTAGATGATATAATAGCTTCAATAAGTTATGAATTTAACCTATTCTATG +AAATAGGTAATATAGATGATATAGACCACCTAGGAAATAGAAGAATAAGATCAGTAGGAG +AATTACTACAAAACCAAGTTAGAATCGGTCTTTCAAGAATGGAAAGAGTTATAAAAGAAA +GAATGACTGTTCAAGACATGGAATCAATAACTCCACAAGCATTAGTAAACATAAGACCTG +TTTCTGCTGCGATAAAAGAGTTCTTTGGTAGTTCTCAGTTATCTCAGTTCATGGATCAAA +CAAACCCATTATCTGAGTTAACACATAAGAGAAGATTGTCAGCGTTAGGACCAGGAGGAC +TTTCAAGAGAAAGAGCTGGATTCGAAGTGCGTGACGTTCATCACTCACACTACGGAAGAA +TGTGTCCGATAGAGACTCCAGAAGGGCCAAACATCGGTCTTATAAACTCATTAGGAACTT +ATGCTAAGATAAATGAATATGGATTCATCGAGTCTCCTTACAGAAAATATGATAAGGAAG +CTGGAAGAATAACAAATGAAATACATTATTTAACTGCTGATGAAGAAGATTTATTCGTAA +GAGCTCAGGCTAGCGAACCTTTAACTGAAAACGGTGAGTTCATAAATAACAGAGTTGTTT +GTAGAACTGTAAATGGTGCAGTTGAACTAGTTCCAGCAAGCAGGGTAGATTACATGGATA +TATCTCCTAAGCAAGTTGTTTCTATAGCTACAGCGATGATACCGTTCTTAGAAAATGATG +ATGCCAACCGTGCCCTAATGGGATCGAACATGCAACGTCAAGCCGTGCCTCTAGTAAGAA +GAGAAGCACCGATTATAGGTACAGGAGTAGAATATAGAGCAGCTAAAGACTCTGGAGCCG +TTGTAGTTGCTAAAAACTCAGGTATAGCAGAAAGAGTTACTGCAGATGAAATAATAATAA +GAAAAGAAGATGGAAGTAAGGACAGATATAAATTACTTAAATTTAAACGTTCAAACTCAG +GTACTTGTATAAACCAAACTCCAATCATCAGTAAAAATGATGAAATACAAGCAGGAGATG +TTATAGCAGATGGGCCAGCTACTGACTTAGGTGAAGTAGCTCTAGGAAGAAACTGCTTTA +TAGCATTCATGACTTGGGAAGGTTATAACTACGAAGATGCCATCTTAATAAATGAAAGAT +TAGTTAAAGAAGATAGATTATCAACAATTCATATAGAAGAATATGAATGTGAAGCTAGAG +ATACTAAGCTAGGACCAGAAGAAATAACTAGAGATATACCTAATGTATCTGAAAGTGCTA +TAAAGAACTTAGATGATAGAGGTATAATCAGAATAGGTGCTGAAGTAGATTCAGGAGATA +TATTAGTTGGTAAAGTAACTCCAAAAGGAGAAACTGAACTTACTGCTGAAGAAAGATTAC +TTCGTGCAATCTTCGGAGAAAAAGCGAGAGAAGTTAGAGATACTTCACTTAAAGTTCCTC +ATGGAGAATCTGGAATAATAGTTGATGTAAAAGTGTTCACTAGAGAAAATGGAGATGATT +TATCTCCAGGTGTTAATGAATTAGTTAGATGTTATATAGCTAAGAAGAGAAAAATAAAAG +TTGGAGATAAGATGGCTGGGCGTCATGGTAACAAAGGGGTTATATCTAGAGTATTACCTG +AAGAAGATATGCCGTTCATGGCTGACGGAACTCCGCTTGATATAGTTCTTAACCCACAAG +GGGTACCATCACGTATGAACATCGGTCAGGTACTTGAAGTTCATTTAGGTCTTGCTGCTA +AAGCTTTAGGATGGCATGTTGCTACATCTGTATTTGATGGTGCAAAAGAAGGTGACATAA +GAAATGCTCTTAGAGAAGCTGGATATCCTGAAGATGGTAAGTTAACACTATATGATGGTA +GAACAGGTGAAACATTTGATAATAGAATAACTGTAGGATACATGTACATGCTAAAACTAC +ATCACTTAGTTGATGATAAGTTACATGCAAGAAGTACAGGACCATACTCACTAGTAACTC +AACAACCATTAGGTGGTAAAGCACAATTTGGTGGACAAAGATTCGGTGAGATGGAGGTTT +GGGCATTAGAAGCATACGGAGCTGCTCATATACTTCAAGAAATACTTACAGTTAAATCTG +ATGACGTTGTAGGACGTGTTAGAACTTACGAAGCAATAGTTAAGGGAGAAAATATTCCTG +AACCAGGAATCCCTGAATCATTTAAGGTTCTTATAAAAGAACTTCAAAGTTTATGCTTAG +ATGTTAAGGTATTAACTGATGAGGATAAAGAAATAGAAGTAAGAGAATCTGTTGATATGG +ATGATACAGATGGAAACTTCGAAATAAGTCTAATAGACGATATGCAAGAAGTAGAAGATA +CTCACATAATCGAAGAGATAGATGATGAATTAGTTGATGAAACAGATGCTGATATAGATG +ATTTAGATCTTGAGGAAGATATGAATTATGACGATTTAGATTATGAAAGTGAAGATTTTG +ATATATAGTTTTTAATTAGTGCAAATATCAAATAGAAGGGAGAGAACTCCTTGTTTGAAT +TAAACAATTTTGAGTCGATAAAAATAGCCTTAGCTTCTCCAGAAAAAATTAGAGAATGGT +CAAGAGGAGAAGTAAAAAAACCTGAAACTATAAACTACCGTACTTTAAAGCCAGAAAAAG +ACGGTTTATTCTGTGAAAGAATATTTGGACCACAAAAGGACTGGGAATGTCACTGTGGTA +AGTATAGAAGAGTTAGATACAAAGGTGTAGTTTGTGATAGATGTGGAGTAGAAGTTACTA +AATCAAAAGTAAGAAGAGAAAGAATGGGACATATAGAGCTAGCAGCTCCTATGTCTCATA +TCTGGTACTTCAAAGGTATACCAAGTAGAATGGGTCTTTTACTTGATATGTCTCCTAGAT +CTTTAGAGAAAATACTATACTTTGCTTCATATGTTGTAATTAACCCAGGGGAAACTGGAT +TAAATGCTAAACAACTATTAACTGAAAAAGAATATAGAAGCGCCGTTGAAAAATACGGAT +ACAACTCTTTCGAAGTAGGTATGGGTGCAGAAGCAGTCAAAGAACTACTTAGAAATATAG +ATTTAGAAAGAGAAAGTAAAGAATTAAGAGCTGACTTAAAAGACAGCACTGGACAAAAAA +GAGTTAGAACAATAAGAAGATTAGAAGTGGTAGAAGCTTTCAAAAAGTCTGGAAATAAAC +CAGAGTGGATGATATTAGATGCTATACCAGTAATACCACCGGATTTAAGACCTATGGTTC +AATTAGATGGTGGAAGATTTGCAACTTCTGATTTAAATGACTTATATAGAAGAGTTATAA +ATAGAAATAACAGATTGAAGAGATTATTAGAGCTTGGAGCACCTGATATCATAGTTAGAA +ATGAAAAGAGAATGCTTCAAGAAGCTGTAGATGCTTTAATCGACAATGGTAGAAGAGGTA +GACCTGTAACAGGACCTGGTAATAGACCACTTAAGTCTTTATCAGACATGTTAAAAGGTA +AGCAAGGACGTTTCCGTCAAAACTTACTTGGTAAACGTGTTGACTACTCAGGACGTTCTG +TTATAGTTGTTGGACCAGAACTTAAATTCTATCAATGTGGTCTTCCAAAGAAAATGGCCC +TTGAATTATTCAAACCATTTGTAATGGATAAGTTAGTTAAAGAAGGATACGCACATAATA +TAAAAAGTGCTAAATCTATAGTTGAAAAGGTTAAGCCTGAAGTATGGGATGTACTTGAAG +ATGTTATAAAGAGCCACCCAGTTCTTTTAAACCGTGCCCCTACTCTACACAGACTTGGTA +TCCAAGCATTTGAACCTATCTTAGTTGAAGGTAAAGCTATAAAGCTTCACCCACTTGTAT +GTACTGCGTACAATGCCGACTTCGATGGTGACCAAATGGCGGTACACGTACCTTTATCAG +TTGAAGCACAAGCAGAAGCAAGATTCTTAATGCTTTCTGTAAATAATATACTTGCTCCTA +AAGATGGTACTCCAATAACTACTCCTTCTCAGGATATGGTTTTAGGATGTTACTACTTAA +CAATCGAAGCTCAAGGTGGAGAAAAAGGAACAGGTATAATATTCAAAGATTACAATGAAA +TGTTACTTGCTTACCAAACTGGTGCAGTTGAATTACATGCATTAGTAAAAATGAGAGTAG +TATTACCAGATGGTAGAAAATCTCTTGTTGAAAGTACAGTAGGTAGATTTATATTCAATG +AAAATATACCTCAGAACTTAGGTTTTGTAGATAGAGAAGTAGATCCATTTGGATTAGAAG +TTGATTTCTTAGTTGACAAAAAATCTCTAGGTAAAATAATAGATAAGTGTTTCAGAAAAC +ATGGAAACACAGAAACAGCAATATTATTAGACCACATAAAAGCTTTAGGATTTAAATTCT +CAACTAGAGGTGGTATAACAGTTGCCGTAGCTGATATGAAAGTTCCTGATGCAAAAGCTG +GATACTTAAAAGAAGCTGAAGAAAAAGTAGATAAATATGAAAGAGCATATAGAAGAGGTT +TAATCTCTAATGAAGAAAGATATGAGAGAGTTATAGAAACTTGGTCAGAAACAACTGATA +AAGTAACAGATGCTCTTATGGCAGGTCTAGAAAGATTAAACAACATATATATAATGGCTC +ATTCAGGTGCCAGAGGTTCTAAGAACCAGATAAGACAGTTAGCTGGTATGCGTGGTCTGA +TGGCAAATGCATCTGGTAAAACAGTTGAGGTTCCAGTTAAATCTAACTTCCGTGAAGGAT +TATCGGTAATGGAATACTTCACATCATCACACGGTGCTAGAAAGGGTCTTGCCGATACAG +CACTACGTACTGCCGATTCAGGTTACTTAACAAGAAGACTTGTTGATGTCAGTCAAGATG +TTATAGTTAGAGAAATTGATTGTGGTACAACAGATACTACTGAAATAGTTGCAATAAAAG +ATGGAAATGAAGTAATAGAAGAATTATACGACAGAATAGTTGGTAGATATACTATAGATG +CTATAGTTAATCCACAAACTGGAGAAGTTTTAGTTGAAGCTGATGCTATGATACTTGAAG +ATGATGCTGATAAGATAATAGCAGCAGGAATCGAAAAAGTAGAAATAAGAACAGTTCTTA +ACTGTAAGACTACTCACGGAGTATGTTCTAAGTGTTACGGAAGAAACTTAGCTACAGGTA +AAGAAGTTAATATAGGTGAAGCTGTTGGGATAATAGCTGCTCAATCTATCGGTGAACCAG +GTACTCAGCTTACAATGCGTACATTCCATACAGGTGGGGTTGCCGGAGGAGATATAACTC +AAGGTCTTCCAAGGGTTGAAGAATTATTCGAAGCTAGAAAGCCAAAAGGTTTAGCTATAA +TAACTGAAATATCTGGTAGAGTTGAAATAGATGAAACTGGTAAGAGAAAAGAAGTAGTTA +TAGTACCAGAGTCTGGTGAAAATCAAGTTTATGCAATACCATATGGTTCAAGAATAAGAG +TAAAACAAGGACAAATGGTAGAAGCAGGAGATCCATTAACTCAAGGATCTATAAATCCAC +ATGATATCGTAAGAGTTCAAGGTATAGGTGGAGTTCAAGAGTATATAGTTAAAGAAGTTC +AAAGAGTTTATAGAATGCAAGGGGTTGACGTTAACGATAAGCATATAGAAGTTATAGTTA +GACAAATGTTATCTAAAGTTAAGGTTGAAGATCCAGGAGATACAGATTTATTACCAGGTG +GTTATGAAGATGTATTAACATTCAATAAATGTAATGAAGAAGCTATAGCTAATGGATTAA +GACCGGCAACGGCTAAGAGAAGCTTACTTGGTATAACAAAAGCATCTCTTGCTACAGAGT +CATTCTTATCTGCAGCATCATTCCAAGAGACAACTAGAGTTTTAACAGAAGCTGCGATAA +AAGGTAAGGAAGATAGACTTATAGGTCTAAAAGAAAATGTAATATTAGGTAAATTAATAC +CAGCAGGGACAGGTATGAAGAGATATAAAAACATAGCTGTTGAAAAAATACAAGACTAAG +AACTGATAAAGATAAAGAAATCTTGACAGTAATTGTGTCTGGTGATAAAATGTAAAAGTA +TGAAATTTGAAAGATTACTAAGGATTTTTAATCCTTAGTAGCTTTTAAATGGACTTTTAA +ATATACAAAGAACTAGCAGCACCAAGCTAAGAAGTGCTAAAACCACATTTTATGTGTGTT +AATAGACATTTAATTGTGTATTATAGAGTAATATAGAACGTATTACTTGCAAGTTGGCGG +TCATTAAGATCGAAAATTATTAAAAGAGGAGGTGCGGATGAATGCCAACAATTAACCAAT +TAGTTCGTAAAAGTAGAAAGGCAATAGAGAAGAAATCTACTGCTCCAGCATTACAAAAAG +GATACAATTCTTTAAACAAAAAAACTACTGATGCAAGTGCTCCACAAAAAAGAGGAGTTT +GTACTTCAGTAAAAACAGTTACTCCTAAGAAACCTAACTCAGCTTTAAGAAAAGTTGCCA +GAGTTAGATTAACTAACGGTATAGAAGTTTCTGCTTATATACCAGGAGAAGGACACAACT +TACAAGAGCATAGTGTTGTTCTTATAAGAGGAGGAAGAGTAAAAGACCTTCCAGGGGTTA +GATACCACATATTAAGAGGTACTTTAGATACTGCAGGTGTTGATAAGAGAATGCAAGCTA +GATCTAAGTACGGTGCTAAGAGACCTAAAGCTGCAAAGAAATAATAAAAATTAACAATTG +ATTATAGTGCGGTGCTTTAAATATATAGACATATTTATGGCATCACGGCATTATAAAATG +TCGAGTACCTATGATTTAAGATTAAATAATTAAGGAGGGAAGCAAAATGCCAAGAAAAGG +TAATGTTCCAAAAAGAGAAGTTTTACCAGATCCAATGTATGGAAGTAAGGTAGTAACTAA +GTTAATAAATAACTTAATGATAGATGGGAAAAAAGGGAAAGCTCAAACAATAGTTTATGA +TGCTTTCGCTATGATAGCTGAAAAAACAGGAGAAGACGCTTTAGAAGTATTCAATACTGC +TATGGAAAACATAATGCCTGTTTTAGAAGTTAAAGCAAGAAGAGTTGGTGGAGCTAACTA +CCAAGTACCAGTTGAAGTTAGACCTGAAAGAAGACAAACTTTAGGTTTAAGATGGTTAGT +AAACTATACTAGAGCTCGTGGAGAAAAAGGTATGGTTGAGAAACTTGCTAAAGAAATAAT +GGATGCTGCTAACAATACAGGAGCTTCTGTTAAGAAGAAAGAAGATACTCATAAGATGGC +AGAAGCTAATAAAGCATTTGCTCACTACAGATTCTAATAAATAGAACAGACTGATAACCT +TGAAAGAATAGGATATCATAAGGAGGATAACCATGACTAGAAAGTTTCCTTTAGAGAAAA +CTAGAAATATAGGAATCATGGCTCATATAGATGCAGGGAAAACTACTACTACAGAAAGAA +TCCTGTTCTATACTGGGCAAACTCATAAAATAGGAGAAACTCACGAAGGAGCTTCTCAAA +TGGACTGGATGGAGCAAGAAAAGGAGAGAGGTATAACAATAACTTCTGCTGCTACAACTG +CTCAATGGAACGGTCACAGAATAAATATAATAGATACTCCAGGACACGTCGATTTCACAG +TTGAGGTTGAAAGATCTCTAAGAGTTCTTGACGGATCAGTTGCAGTATTCTGTGCTAAAG +GTGGGGTTGAGCCTCAATCTGAGAACGTATGGAGACAAGCTGACAACTACGGAGTACCTA +GAATGGCATTTGTAAATAAGATGGATATCATGGGTGCAGACTTCTACAATGTTGTACAAA +TGATGAAAGACAGATTAAATGCAAATGCTGTACCAGTTCAATTACCAATAGGTAAAGAAG +ATTGGTTACAAGGTGAAGTTGACTTAGTAGAAATGTGTGCTCACATATACAAAGATGACT +TAGGAAAAGAAATAGAAAAAACTGAAATACCAGAAGATATGAAAGAATTAGCTGCTGAGT +GGAGAGAAAAATTAATTGAAGCTGTAGCTGAAACTGATGAAGAGTTAATGATGAAATATC +TTGAAGGTGAAGAGTTCTCTGTAGAAGAAATAAAAGCTGCTATAAGAAAAGCTACTATAG +CATGTGAAATGAACCCAGTATTCTGTGGTTCTGCATACAGAAACAAAGGTGTTCAGTTAT +TATTAGATGGTGTTGTTGATTACTTACCAGCTCCAACTGATATACCAGCTATAAAAGGTG +TATTAGACAACGGAGAAGAGTCTGAAAGACATTCATCTGATGAAGAACCATTCTCAGCTT +TAGCATTCAAAATAATGACTGACCCATTCGTTGGTAAGTTAGCATTCTTCAGAGTTTACT +CTGGGATAATGCAAGGTGGATCTTATGTTCTTAACTCTACTAAAGGTAAGAGAGAAAGAA +TAGGTCGTATCCTTCAAATGCATGCTAATACAAGAGAAGAAATAACTGAAGTATACGCTG +GAGATATAGCTGCAGCAGTAGGTTTAAAAGATACTACTACTGGAGATACTTTATGTGACC +CAGCTAACCCAATAATACTTGAATCTATGGAATTCCCTGAGCCAGTTATATCTGTTGCTA +TAGAGCCTAAGTCTAAGGCTGCTCAAGAAAAAATGGGTATAGCTCTTCAAAAATTAGCTG +AGGAAGATCCAACTTTCGTAGTTAAGACTGATGAAGAAACAGGACAAACTATAATATCAG +GTATGGGTGAATTACACTTAGAAATAATCGTTGATAGATTATTAAGAGAATTCAAAGTTG +AAGCTAACGTTGGTGCTCCACAAGTTGCTTACAGAGAAACTATAACTCAACCAGTTGATG +TTGAATACAAGTACTCTAAGCAATCAGGTGGTAGAGGACAATATGGTCACGTTAAGATCA +GAGTTAATCCTCAAGAACCAGGTTCAGGATACAAGTTTGAAAACAAAACTGTTGGTGGAT +CTGTTCCAAAAGAATACGTTGGACCAACAGATGCAGGTATACAAGGTGCTATGGCAGCTG +GTATAGTTGCTGGATACCCAGTTGTTGACGTTGCTGTTGAATTATACGATGGTTCTTATC +ATGAAGTCGATTCATCAGAAATGGCATTCAAGATGGCGGGATCAATGGCTATGAAGGACG +CTCTTAAGAAAGGTAACTCTGTATTACTTGAGCCATTCTTCAAAGTTGAAGTTGTTACTC +CAGAAGAATACATGGGAGACGTTATGGGTGGATTAAACTCTAAGAGAGGTTTAATACAAG +GTATGGAAGCTAGAAATGGTGCACAAGTTATAAATGCATTCGTTCCACTTTCAGAAATGT +TCGGATACTCTACTGAGTTAAGATCAACTACTCAAGGTCGTGCAACATACACTATGATAT +TCGACCACTATGAGCAAGTTCCAGCTTCAGTTGCTAAGAAAATAGCTGAAGGTAAATAAT +AACTTTTTATAAAGTTGATTATATAAATTTTAAAGATAGTAAGGTGAGTTAATTCTCACC +TTACATAAAAATATATTAGGGAGGTATTTCAAAATGGCTAAAGCTAAATTTGAAAGAAGT +AAACCACATGTTAATATAGGAACAATAGGTCACGTTGACCACGGTAAAA +>MGYG000000001_44 +GTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTTTAGAT +GTTGCACTTAATATGATAATTTATCATATAATAAAAAGCTAGATAAAATAGAAAACAAAA +AAGATACATCTTCAGAATCAGTATAATTAAAAAAGGTTTGAATTGATATAATATATGTAA +TAATATTGTTATAGATAAAATTCAATATAAAATAAAGAATGATAAGGGTGTCAAAATGGA +AGATTTAAAAAAAGCAATAAAAGAAATAGCAGAGCAAGAAATTATTAAAATTGTAATTAG +TAACAAAATGAATAAAGATGTTGAATATAATAAAATAAATTTTGCATTGAAAGAAAAAGG +CAATAAAGAATACTACCAAATTGAAAAGTTTACTGATAAGCAAGTATTCCATGAAAATAT +AGAAAAAGACCAATTAGAAGATAAGATGTTAGAATTTATATCTTCTTATAAACAACTTTC +TGCTTGGTCAAGTACAAATAACTTTGATTTAAAGATATCGAAAAAAGGTAAAGTATTCTT +AGGTAAGAAAAAAAGTGATAATTCTAACCTTATAAATAAAAGTCATAATAAAGAAAAGAA +CTATATTCTTAAAGAAGGAATGATAATACAGCCTCTTATAGACTTGGGCGTATTTACAAA +AGAAGGAAAAGTAGTTAAATCAAAGTATGACAAATACAAGCAAATAAATAGATTTGTAGA +AATAATAGATGATGAAATTAAAAAGAATGACCAAAAAGAATTAACTATTTTAGATTTTGG +TTGTGGAAAATCTTATTTAACCTTTGTATTGTATTATTACTTTGTTGAAATTAAAAAGAT +TAATGTAAAGATGATAGGGTTAGATCTTAAGAAAGATGTAATTAAAAAGTGCAATGAAAT +AGCTGAAAGATACGGATATGAAAACCTTCATTTTGAGCTTGGTGATATAAATGGATTTAA +ATATAATAATAAAGTAGATATGGTAATTACATTACATGCATGTGATACAGCTACTGACTA +TGCTTTATATAATGCTATTAAATGGAATAGTAAGATGATATTTTCAGTTCCATGTTGTCA +GCATGAATTTAATCATCAAATGAAGGCAGAATCTTTATCTATATTAACTAAGTATGGCAT +AGTTCAAGAAAGGGTTGCAGCTCTTATGACAGATGCAGCTAGAGCTAATTTACTAGAAGC +AGTAGGATACAAAACTCAGCTTTTAGAATTTATAGATATATCACATTCGCCTAAAAATAT +ATTAATTAGAGCTTCAAAAGGAAATGTAAATAAAGATAAAAAAGATAAATCATTAAGAGA +AGTTAATGATTTAATGAATCAATTTAACTTTAGTCCAACTTTATATAACTTATTAAAGGA +TGACAACTTAATTTAAATAATATAAATAAAACCACTTTAAATTAGATACTCTATTTAAAG +TGGTTTTTATTATAAGACCTCAATTATTAACTTTGATTGAAGCTATATAAATAATATTAA +ATTATATGTTTTTTATATTCTCTTCACTTGATATATTTCTCTTATTTGCAATTCCTGTAA +GCATAAGTGATAATGCACCATCCCCTGTAACATTACAAGCAGTACCAAAGCTATCTTGAA +GAGCAAATATTGTTAGTATAAGTGCTGTACCAGTCTCATTAAATGCAAGAACGCTAGTTA +TAAGCCCTAATGAAGCCATAACTGTACCACCAGGAACGCCAGGAGCACCTATTGCAAATA +CTCCAAGTAATATTATGAATAAAGCCATAGAGGATATACTTGGAAGTTGTCCGTAAAGTA +TTTGAGATACAACCATTACAAAGAATACTTCAGTAAGTACTGAACCACAAAGATGTATAT +TAGCACAAAGTGGTATAGAGAAGTCTAGTATATCTTTTCTTAAAACTTTTGATTTTCTAG +CGCAGCTTAAAGCTACTGGTAATGTAGCAGCTGAAGACATACTTCCTACAGCTGTTAAGT +ACGCAGGACCATAGTATTTTATGACTTCTATTGGATTCTTACCAGATATAGCTCCTCCAA +TCATGTATAAAAGAGCAAGCCATATAAAATGACCTATAAGAACAATAACTATAACTTTTA +AGAATACAGGTAGGTGATTAGTAATAGAGCCTTCATATGCTAATGCGGCAAATGTCGTAG +CTATAAAGAATGGTAGTATAGGTATTATTATTTTATTAACTAAGCTTAAAACAATTCCTT +GGAATTGATCTAATAATTTTTCAAATAAGTCTGCTTTTGTCCAAGTTACAGCAAGTCCTA +TTATTATAGATAGGAATAAAGCACTCATAACAGGCATTACTTGTGGTATATCTAATTTAA +ATATAAGTTCTGGTAATTCGCGTAAAGCTTCAGTAGTTGAATTAATTGATAATTTCGGTA +TTAGTATGTAGCCAAAAACAGCTGAGAATAAAGCTGCACCTACAGATGATAAATAAGCAA +GTCCAACAGCATATCCTAATAGCTTTGATGCATTATTATTAAGTTTTGCTATAGATGGTG +CTATAAATCCGATAATAATTAGTGGAACTGTGAAGAATATGACTTGTCCTAAGATGTATT +TTAATGTAACTATGATGTTCATAAATCCTTCAGATGAATAAAAGCCAATTAAAAGCCCTA +AAGTAACTGCTAGTACTAGCTTAAAAATTAAGCTATTAAATAATTTTTTCATGTTAAAGA +CCCCCATTATTTAAAATAATAAATAAGATATAGCACTGATGTGAAAAATATAAGAAATAC +TAGCTACATAGAAAGTTTAGCAGTTGTTATCTTAACATTCAACAAATGTTATAATAAAAA +ATTAATATATAAATAAATAGTATTTATATTATATTAATTATAAATACGACAAAAAAATTA +AGGTGATATGTATAAACAAAATCTAGACTAATAAGAATAATAAATAATATAATTGATATA +GAAATAATTGAGTGGAAAAAGATTTAATGGGAAAAATATAGTAAAATATGTTATTTTATT +GAATATTAACAGTTATGGAGGATGTAAATGAAAAGAGAAGATTATATTTCTTGGAATGAT +TATTTTATGGGAATAGCTATACTTTCAGGAATGAGAAGCAAGGACCCATCAACTCAAGTA +GGAGCTTGTGTAGTAGATAAAGATAATAGAATTGTATCAATAGGATACAATGGATTTATT +AATGGATGCAGTGATGATGATTTTCCTTGGAGTAGAGAAGGTGAATTTTTAGATACAAAA +TATCCGTATGTAGTTCATGCAGAACAAAATGCTATTCTTAATGCAAGAGGGAAATCACTT +GAAGGATGTAGAATATATGTAAATCTTTTTCCATGTCATGAATGTGCTAGAAATATTATA +CAATCAGGGATAAGAGAAGTTTACTACCTTAGTGATAAATATGCGGAAACAGATTCTATA +AAAGCATCAAAATATATGTTTGAAAAATCAGGAATAAAATTAGTACAGTTATCTCCAGAA +GTAGAAAAAATCGAAATAAAATTAAAATAAGACTCTCATATGTTGAGAGTTTTTTATGTG +AAAATTTACTATAAATAATCAAAATACTTTCAAAAAAATAATAAAAATGGTAAAATTAAC +AAGAACCGACCAGTCGGTCAGATGGGAGAAATTTTGGGGAGGAAAGTAGATGTTTTCAAG +ATTCAGTGTAAAAAGACCATTAACAATATTTGTATCCGTAATACTTACTATCATTTTAGG +GATAGTATCATTTACAGGTATGACAACAGATTTATTGCCGAAAATGGATTTACCATATGT +AGTGGTAATTACAGCATATCCTGGAGCCAGTCCAGAAAAAGTTGAATTAGGAGTTACTAA +ACCGTTAGAGAAGGTACTGGCAACCACAAGTGGAATAGAAAATATAGATAGTGTTTCAAG +TGAAAACTCAAGTATGATTATTCTTGAATTCAGTCAAGATATGAATATGGATAGTGCGAT +GATAGATTTGAGTGGTAAAATTGACCTTGTAAAATCTCAATTGGATGACGAGGTTGGATC +ACCAATGCTTATGAAACTTAATCCGGATATGATGCCAATAATGGTAGCAAGTGTTGATGT +AGATGGATTAGATATAAAGGAAGTATCTAAGTATGTAAAAGATGAAGTTATACCAGAGTT +TGAAAGAATAGATGGAGTAGCTTCTGTAGATACAACGGGGATATTAGAAGAAAGTATTGG +GGTAACTTTGGATAGTGAAAAAATTGATGCTATCAATGATAAAGTTCTTAAATCAATTGA +TTCAAAGTTAGCAAAAACTAAATCTCAATTAGATAGTGCTAAAGCACAGATAAAAGAAGG +TAAAGATGTATTAGCAAAGGAGAGCAAAAGTAAGACAGAAGAGTTAATCGATGGAGGCAA +TGCTCTTGAAGAAGGTAAGAATCAAATAGAAGATGCTATTAATAACTTACCACAACTACA +AAAAGATTTAGAAACTCAAAGAGAAGATTTAGTATCTAAAAAAGATGCTCTTATCTGGGC +AATAGAACAACAGGAACAAGCAGGTATACCGGTAACTGAAGAACAGCAAGCAGCACTAAA +TCAACTTGAAGAGGGAATAAAGTCTATTGATAAAGGAATAGAAGATATACAAAATCAAAA +GCCTACTTTAGAAAGTAGTTTAAAAGATATAATAGATAAGCAAAAACAATTAGAAATGGG +TAAGGTTGTACTAAATCAAGAACTTACTAAAGCCTCTGTTAATCTTTCAAACAATGAAGC +TCAATTAGAAGAGTCTATTAAGAAATTTGAAGAATCTAGGGATGAGGCATATAAAAATGC +GAATATAAGCGATATGCTTACAAAAGACACTATAAGTAAAATTTTAATGGCTCAAAACTT +CTCTATGCCAGCAGGGTATATATCGCAAGATGGGAATGACTACATAGTAAAAGTAGGGGA +TAAAGTAAAGGATATAAAAGAGTTAGAGAATCTTGTTCTTTTCAACATAGATGTAGCTGG +TATAGGTGATATTAAATTAAAAGATGTAGCTAAAGTTGAAATGATTGATAACTCAGATGA +TATTTACGCTAAAATTAATGGAAATGATGGTATAATTCTGACTTTCCAAAAACAAAGTAC +AGCATCAACATCTGAAGTTTCGGATAAAATTAATGAAACTATAGAAAACCTTACAGAAGA +AAATAAAGATATGCATATAACAGCTTTACAAGATCAAGGTATATATATTGATATGGTTGT +AAATTCCGTATTGAATAACCTTGTATCAGGAGGAATATTAGCTGTAATCATATTATTTGT +ATTCTTAAAAAGTGTAAAACCAACAATAATAATAGCATTTAGTATACCGATAAGTTTATT +ATTTGCATTGACGCTAATGTATTTTAGTGGAATAACTTTGAATATGATTTCTTTATCTGG +TTTAGCACTTGGCGTAGGGATGTTGGTTGATAATAGTATAGTTGTTATTGAAAATACAGC +TAGATTAAGAAATAAGGGTATGAATGTAGCCACAGCATCAGTAAAAGGAGCTAGTCAGGT +TGCAGGTGCTATATTTGCATCTACATTAACTACTGTGTGCGTATTTTTACCAATTGTATT +TACTAAAGGTATAGCAAGACAGCTATTTGAAGATATGGGACTAACAATAGCATATTCTTT +ATTAGCGAGTTTAATAGTAGCATTAACACTAGTGCCAGCTATGTTCTCAACTATGAATAT +TGACCCTAAAGAAAAAGAAGATAAATTCTTTGATAAGATTATAAATATATATGAAAAACT +ATTAAGAAGTAGTTTAAAACATAAATTTATGGTTTTAGCTTTAACAGTAATTTTACTTGT +ATCAAGTACATTTTTAGTTATAGCTAAAGGTACTACATTAATGCCTACTAGTGATAGTAC +TCAAATTTCAATATCAATGGAAATGCCAAAAGAATCAACGCAAGAAGATGCTAGAAATAT +GAGTGATAAAATAATAGATAAATTAACAAATATTGATGATATAGAAACTATAGGAGCAAT +TGAATCTAGTGGAGGAATGATGAGTAGTATGTCAGGTGGTGGCAATATATCATTCTATGT +TCTATTAAAAGAAGATAAAAAGTTAACAAGTCAAGAAATTGGAGATTTGATAACAGAAAA +AACATCAGATTTAGATTGTAAAATAAGTGTAAATACATCGACAATGGATATGTCTGCATT +AGGTGGATCAGGAGTAGAGATTATTATAACAGGTAAGGAGTTAGATAAGCTACAAGAAAT +AAGTACTGAGATTGCAGATATAGTAAGTAGTGTAAAAGGGACTATAGATGTATCTAATGG +ATTAGAGGATTCGGATAAGGAAACTCGCATAACTGTTAATAAAAATAGTGCAATGAAGTA +TGGGTTAACAGTAGCACAAGTTTATCAAGAGATTTCAGCAGCGCTAAAGGATGAAACTAC +AGCAACTACATTAGAACTTGAAGATAATGATTATCCTGTAGTTTTAATAAATAGCGATGA +GGATAAATTAAAAAAATCTAACTTAGAAAGCTTTACAATAGCAGCAACTAAAGATGGTGA +AGAAGAAAAAGTAAAAATAAGTGATATAGCAACAATAAAAGAAGAGGAAAGTTTATCTTC +AATAAGTCATAAGAGTCAGAATAGAAGTATATCTGTAACAGCTGGAATCGATAGTAGTCA +CAATATTGGTCTTGTGAGTAAAGATATTGAAGAAAAGCTAAAAGATTATGATTTACCAGA +TGGATATAGTATTGACATGGGAGGAGAACAAGAGTCTATAAATAGTGCTTTTAGTGATTT +AATTAAAATGATTACCTTAGCAATTATATTTATATACTTAATAATGGTTGCTCAATTCCA +ATCATTATTATCTCCGTTTATAGTATTATTTACGATTCCATTAGCATTTACAGGAGGATT +CTTAGGACTACTTATAACTGGTACTGAGTTAAGTATGATATCTCTTCTTGGATTCTTAAT +ACTTTCTGGTATAGTAGTTAATAATGGTATAGTATTCGTAGACTACGTTAACCAATTAAG +GTTAGATGGAATGGATAAGAAAGAAGCATTAGTATTAGCTGGAAAAACTAGAATTAGGCC +GATATTAATGACTGCCCTTACAACAATACTAGGTCTATCTACTATGGCTCTTGGAGCTGG +TATGGGAGCAGATTTAATGCAGCCAATGGCTATTGTAACAATTGGAGGATTAAGTTATGC +TACAATATTAACATTATTTATAGTTCCTATAATGTATGATATACTACATCGTAGAAAACT +AAAGAAGGTAGTTATAGAGGAGGATGAGATGTAGTGAAAAGCAACCTGCACTCTGAAAAG +GAAATATTAATATTTAATGGTGTTATGAAGCTCATGAATGAGGGCGTTAATATACATACT +ATAAAAGTAGCAGATATAGCGAAGTCAGTGGGTATAGGAAAAGGTACTGTGTATGAATAC +TTTAAGTCTAAAGATGAGCTACTAGAAAAGTCTTTAATTTATTGTATGAACTTAAGTCTA +AATAAAGCAATTGAAAAAATAGATAATGCAAATGGGTTTGAAGAAAAAATATATACTATG +TTAGAAATAACTAAGTGTAATGTTCAAGATTTTAATTCGGGAAATGGATTCTTATTCTCT +AATATGGGAACTTGTGAATTTGCATACCTAATGAAATCGGAGAATAAAGAATTTAAATAT +AGAGAAAATATTATAAATAAAAGTATAGAAGATGTAATATCCGTAGGTATTGAAGAAGAA +GTTATTAAATGTCAAAGAGACAAAGAATATGAAAAAATGGTAATTAAAAGTGCGATAATA +GGATTTGCAAATGATCTTTATTGTAGCAAATTTACAATGGAAAAGGATATATATGAATTA +AAAAAAAGGTCATATAAGCTAATTATTAAAGGATTAAACTAATTAAAAAGGTACTATCTT +AAATTCTGTAAATATACAATTTAAGATAGTACCTTTAATTGTTAATATCAGCTATACTAT +TATTTGATTTAAATTTACAGATTAAAACAATTATTGTAAAATCATGGAATATTTCTTAAA +AGTATATTAATATATATAATAGTCTAAGGGGGATGTAGTCACTGATATGGAGGATACAGA +TTTTTATAATGAGACTTTAGAAGAAATATTAAATTATAACTTGGAGTTGCTTACTGAGAA +AGAAATTATTAAGCTAAATAAAAAATGTGAAGAAATTCAAATTGAGTCTATTTTAAACAA +TAATCTAGAGGAGTCTATAGATTTACCAATTAAAATAGAGAAAAAAATTATAGATGAAGA +ATTAGATTGTTCACTTATAAAAGGGCAGTACATAATAAATTTAATGGACTTAGCACGTAT +AAAATTTGACAAAGGTAAGTATGATGAAGCTGCAAAATTATATTGGGAAATCTTAAATAA +AGATAGTAAAGAGTGCTTAAGTGATAAGAATTTTATAATCGCAAACTTAATAGAATTAGG +TAATGATGTAACTTTAGTTTTAGAAGAGATTGAAAGATATAAAAATGATTATAGATATAG +AGAGATATTAAAAGAATATAAAAATAAGAATTTTGATAAAGTTAGATCGATGCTTTTAAA +TATATTTGAGGAAAATATAGAGAAGTTAGAAAAAACCCTATAGTAGGGTTTTTTCTTTTT +TATTTAGTTTTGTTAGTGTTAAGTTTAATTAATTTATGTAAATTAAAGTTTCTAAATAAA +GTAGATATAAGAATAACACCGAGTGCCAAAGCTCCAGCACTTGCTAATGTATTTGTACCA +AAATCAAGGGCTTTTATATAGTCTCCTTTTAAACATTCATATAAAGTATTATAAACACCA +TAACCAGGTACAAGTGGTATTAAACAACATACACTAAGTATTGTAGCCGGAGTCATGTAT +ATTCTTGCGCAAATTTCACAATAAATACTAAAAATGACAGCTGATAAAAATAATGAAGAG +CTATCTCCTACACCATAATTTAAGCAAACTTTATAAACAAGCCATCCTAGTGCTCCACCA +ATACCAGCAACATATAGATATTTACCCTTAACATTAAAAAGAATTCCAAAACTAAATGCT +GCAAAAAATGCTGATATAACTTCAATTATCATATTACAGTCCTCCTAATTTTAGGTATAG +GTGAATAACTGATCCAGTTCCAACTGCTGTAGAAATACCTATAAATAATGCTTCTGCAGC +TTTAGATAAACCAGCTAATAATTGACCTTCTAGTATATCTCTAATCGAGTTAGTAAGAGA +AAGTCCTGGTACTAAAAGCATTATGCTACCAGCAACGACTTTGTTTAAATCACCAATGAT +GCCTAAGTTTAGGAGTAATATAGAATAAATAGAAATTAATGCTCCACAAATACTATTAAT +AAAAAATTCATTTAAGGAAGATTTATTTAAAAATAATGATAGCGATTTTGTTAAAATTCC +TATAATAAAAGCACCAATAAAATCAATTATTCCACCACCAAATAGCACTGCAAAAGTAGA +TGTTGCAACACCTGAATATAGTAAGGTGGTCTTAATAGAATAAGAGTCATCTTTACATAA +TTTTTTTAATTCTTTCTCGCAAAAATCAATACTAGGTCTTTCTTTATATATTGTTCTAGA +TAAAGAGTTTATGTTATGGACTTTATTTAAGTCTATACCTCTAGAACTAATTCTTTTCAC +TACTGAATATATTTTACCATCCATTATAATTGAGACCATTACTGCAGTAGGGGATGCGAA +AACATCGACATCATCAACTGAAAATGATTGACATATTCTAGTGATGGTTTCCTCGACCCT +ATAAGTTTCTCCACCGCTTTGGAGCATAATTTTACCTGCATTAGAGGCAAAATTGAGAAT +TCTATTTATATCCATAATTACCACCTTTCTAATAAAGATATTGGTATTATAACACGGATA +AGAATAGATAATAAACTAGTTTAATAATAAAATTTTTAAGGAGTAGTTTATTATAGGTAT +ATTTCTTTAATGTATAATTATAATTGTGATAAACTATAACTTGGGACATATTTTTATTAT +AAGGACGATTAGGTGAAGTAAATGAAATTAAACAAAAATAACTTAAAAAATATATATGAT +ACGATAAGTAGTTTATTCTCATTAAATTTTATAGTAATGTATAACAATGAAAATGAAATT +ACTAGATTAAGTAATATTGAATTACCAGATTGCGTAAAAGAAGATGAAATGAAAATGATA +AATACTATATCAGAAAAAATATCCTTAAGATCAACAAATACAGTATGTTATTTTGAAAGT +AAAATGAAGTTGAAGTACATGTCCTTTAGTGTATGTTCAGATGAAAATTATGAGGGGAGT +ATTATTATAGGTCCATATATAAATTATCCTACTCAATTAGAAGTAGTTGATAGTAGTGGA +AGAAACTTAGACAAAGTTATTCCTATAATTAAAATATTACAGGAAAAAGCTATAGAAAAT +ATAGTTATTTCAATGATTAATTATCAAATTGAAGATACAAAGGTAATTATCATGCAGGAA +GATATGAAGATAAAGGATACTAATAAAAATCGCTATATAAAAGAATTTGATATGAGTTTA +ATAAATATAAGAGAGAGATATAAATTAGAAAATCAGCTATTACACTATGTAAGCATGGGA +GATATTAATAAAGCATCTAAAATTATTGGAAAAGATTTAGTTGTAGACCTTAATAGATTT +CCAGATGAGCCCATGAGAAATTTAAAAAATTTTGCTATAACTATGAACACACTTTTAAGA +AAAGCTGTACAAGAAAACAATATAGAACCTTATGTTCTAGATAGCATATCAGATTATTTT +GCTAAGAGAATAGAAAATTCTAATAAGATGAGCATTATATATAGCATATTTGAGGAAATG +ATGAAGGAATACTGTAATTTAGTTAATGAGTACAAAACTAAAGGATATTCTAAATTGGTG +TCTAATGCAATTAACTATGTAAAGTTAAATTTTAAGTATGAAATAGGTCTATCTAGTATA +GCGGATGAACTATTTGTGCATCCAACTTATTTAGCTAAAAAATTCAAAGAGGAGACTGAT +AAAACTATCTCAGAATATATAAATGAAATTAGAGTTAAAGAAGCAAAAATGATGTTAAAA +ACTACAGAATTTAAAATTGAAGATATTGCATATTACGTAGGATATAATGATAAAAAATAT +TTTTCTAAGGTATTTAAAAAAATATATAACCAGTCACCAAGTGATTATAGAAAGTATAAT +TAAATAAAGAAGGTATATAAAAGTTATTTGAAACTTATATATACCCTTTTATTATATAAT +ATATTAAATTATTTTTTTATTTGGCATAAGTCTTTGTCTAGTAGGAAGACAAGTCTTTCA +TCGAAAGCACCTTCTAACATTTTGTTTAAGTCACGAATAGAAGAATTTTTCATCATACCT +AACATTGGACTTTCTATCATTTTACCTAGATATTTAGCTAAAACAGCTTTAGTTTCTTCA +TTTTCTAATAATTCACTCATTGTGCAACCAGTAGAGTAAACATCATCAGTTATGTTTAAT +TCAGTTACTTCAACACCATCTAATAAGTTAACTAAACTTTCATCGAACCAGTTAGCTGCT +GGACCACCTGTTTTATCTGGGCATTCATAAACTGGATTTGGTTCATCAACTCTGTTGAAT +AAAGCAAAATCAGTAAATTCTTGACCATCTTTAGTTGCTATAACTTTTATATTATTTTGA +CCATCTATTAATTTAACATTTTCAAATACAAATGTATTTTCACCAGAGATAGTATTGAAT +TTTTCTCCGTTAACAAATAATGTTACTTCATCACAGTTAGAGTAAACTTTAACATTTATA +GTTTCAGTAGCTCTTTCTATGAATCTCTTACTATTTATATGAACAAATGGTACTTTAGAC +CATGCAGCCTTATAAGCATAGAATGCATCTTTCTTTATTTTACGGTCAAATGTCATTAAA +CCTTTGTTATTTCTACCTTTAACTCCACCTTCATCTCTTATAGCAGAACCGAAATCGAAG +AAGTTCCATACATATGTTCCCCATACAAATGGTCTTTCATTGAAATATTTTATTAACGTT +TCATGATATAAAGCATGATATTCTTCTGTATAGTCTTTTACTTTTGGTTCGTCAGTGTGG +TAAGTCATTATACCTTCAGCACCATACTCAGAAACACCTAAACATTTATCAGGATTTACA +GCATGGAATTCATCTAACCAATCTGCGAAATCTTCAGTCTTTCCAGTATACCAACCATAG +TATTTATTGTAAGCTATTATATCAGTGTAAGTATGGTATTCATCATTATCAGGAACCATC +ATTACTTGAGCTTGAGTAGTTAAACGAGTTTTATCCTCATTGTGAACTACTTCATTTAAG +TCTTGAACTATTTTTCTAACGTATGGTAAATCTCCGCCTATTTGTATTTCGTTTTGAACT +CCCCACATTACGATAGAAGAGTGGTTGTAATTTTGACGAATTAATTCTACCATTTGGTCT +TTAGCATTTTGTCCAGTGAAATCTGTTTCAGATGCTCTAGATATGAATGGTATTTCAGCC +CAAATTACCATACCTTCTTTATCGCATAAGTCATAGAAATATTGATCATGTTGATAGTGA +GCAAGACGTATAGAGTTAGCACCAACTTCTTTTATTAACTGCATATCAAGTTCATGATCT +TCTTTACTTAAAGCCCAACCTTTATCTTTCTTATCTTGGTGACGAGATACACCTTGTAAT +TTTAAATGTTTTCCATTTAAGAAGAAACCTTCTTTTGGATCAAAGTGGAAGTATCTTAAA +CCAGTTGCTATATTTAATTCATCTAGCATATCATTATGTCTTTCAACTGTTACTTGAACA +TTGTAAAGGTAAGGATTTTCAACACTGTTCCAAAGTATAGGATTTTCAACTGTTATAGGT +AATATTACTTCTGTAGTTCCTTCTACAATAACATCCTTTGCATTGTATATAACCACATTT +CCATTAGCGTCTAATACAGTTGCAACAACTCTAACAGCTTCTTTTTCTTCATTTTCATTA +GTTACGTTAGCTCTTACAGTTATTTTTGCTAACTCATCAGTTATTTCATCTTGAGATATG +AATACACCTTGAGAACCTTTGTTCATTAAGTCGAAATGAACATCTTCAGTAACTACTATA +TTTACATCCCTATATATTCCACCGTAGAATGTGAAGTCAGCCATTAATGGATAAACATCT +TCAACAGCAGTGTTATCAGCTTTTACAGCTATAGTATTTTCTCCACCGAAGTTAACTAAT +TCTGTTATATCATATCTAATTATAGAATATCCACCTCTATGCTCCCCTAAGTGAACACCA +TTTACATAAACATTAGATATGCTATTAATAGCACCAAATTCTATGTATATTTTTTTACCT +TCATAAAGTTTATCTATAGTAAGGTTTTTTCTGTACCAACAAGCCCCTCTAAAGAATTCA +TTTCCTGCAGCACCATCTACAGCATTCCAAGTATGAGGAACATTTACAGACTCCCAGCTA +GAAGTATTAAATTCTTTTGCAAATGCATCAGAAATATCTTCTTTAATAAAACTCCAATTA +TCATTAATATTAAATATTTTTCTCATTTGTGTACTCCCTTCTTGTGATGTTATTGATAAT +ATTATAACATTTAAAAACGTTTTTTAGGTGGAATAAAATAGACTTTTGTGTATTATTTTA +GTTTATTTAAAATTTAGATAATTAGAATTATAAAAGTAAAAAAATCTAAATCCTTAAAAT +AGATTTAGATTTTCTATATATTTTAAGGAGAATTTTGTTATATATCTATGCTATAAAATT +AGAATAATATTGATTAACTATGGGTTCACAAATATTAAGTATTTTCTTATTCCATCCGAA +TTGTAAGAAGAAATTTAGTTTTAGACTTTCCAAATCATAAGATGATCCAATAGCAATTAA +TGCTTTCGTTACAGTTTTATTTGTATACCCATAACTTTTCAATTCAACTATAATCTCTTC +TTCTAAATTGAGTATAGGATCACTATATACATTATATAAATTATGAGAAATAGTTAGTAT +ATCGGAAATAAGCTCTATGTGACATTTATTTTTTGATAAGTTTTTTAATAGGTTTATAGA +AGATAGGTATCCTTTATCTTTGCTAACTATATAATAATTTGAGTTTTCATCTTTTGAGCC +AATTAAATAACCTAAATATCCCACCAATTGAAAATCTAAGCTATTTTTTATTCCTGTAGT +AACATCTATTTTTTCTATCTTTGCACTAGTACCTAAAGATTGGATAATTGAATCTTTAAA +ATTAGTGGAAGATGTTCTTTTTGTTGTGAATAAAATTATTTTATCGCTGGAACTAAGAAG +ACGTGCTCCATGTAGAGCTCTTATATTTACATTTTCTGTATCAACTAAAAATATTTTTTT +CATTTATGGTTCCCCCTTTAACTTTCTATTACAGCTAGAGTGTTACCATAAATTTTGAAA +ATAATACTTGTAAAAAATAAGTGTGATATAAAAATTAAATGATTTCATTAAATTAATTGC +TAAAGAATACGAATTATGATAAATTTATATTATAAATTAATAAACAATTCTTCAGGGCAG +GGTGAAATTCCCGACCGGCGGTATAGCCCGCGAGCTTAATAAATATAATTAAGCAGATTT +GGTTAAATTCCAAAGCCGACAGTAAAGTCTGGATGAGAGAAGAAATATAGTAATTATCAG +AAGTATGTAAGTACATTTTATTTTAGTACATTTTTATTTGTGTATGTTTAAATAGGTGTA +TTGTACACTTTTATTGACTATTTTAAGCCCTAAGATTATTCTTAGGGCTTTTTTATTTGA +AAATAACTATATTTCAAAGATTATATCATTAAGGTGGTGAAGTTTTTGAAGTTTGAAGAA +TTAGATAATAAAGATATTTTTTATATGAAAAAAGCTATAAGTATAGCTGAAAAGGGGGAA +GGTTTTGTAAGTCCTAACCCTTTAGTAGGTTGTGTAATAGTAAAAGATAACAAAATAATT +GGACAAGGATATCATCAAGAGTATGGAAAAGCTCATGCAGAAGTGAATGCAATAAATAAT +GCTATAGAAAACTTAGAAGGGGCAACATTATACGTAAATTTAGAACCTTGTTCACATTAT +GGAAAGACGCCTCCCTGCATCAATAAGATAGTTGAAAGTAAAATAAAAAGAGTAGTTATA +TCAAATATTGATCCTAATCCATTAGTTTCTGGAAATGGAGTGAAAAAACTTAGAGAACAT +GGCATTGAAGTAAAAGTAGGTGTTTTAGAAAATGAAGGAAGAAAATTAAATGAAATATTC +TTTCACTACATAAAAAATAAAAGACCTTTATGTATAGTAAAATCAGCAGTTAGTTTGGAT +GGAAAAATTGCTACAAAACATAAAGAATCCAAGTGGATATCAAATGAAAAATCTAGATAT +ATTACACACAAATATAGATATAAATTTAAAGGAATAATGGTAGGAATAAATACAGTATTA +CAAGATAATCCAAGATTAACATGTAGACTATATGAAGAAAATGTATCTAATCCTATTAGG +ATAATTATAGATAGTAATTTAAAGATACCATTTAATAATAACTTAGTAAAAGATAAAAGT +GCGAAGACTATGATATTTACTTGCAGCCAAGATAATAAAAAAATAAATTTTTTAGAAAAA +GAAAATATAAAAATAATAAAATGTCCTTCAATTGAAAATCATGTTGACTTAAATTTTGTA +ATGAGCAAGTTAGGAGAGCTAAACATAGATTCGGTTTTAGTAGAAGGTGGAGCAACTTTA +AATGATAGCTTATTTAGATATAACTTAGTTGATAAGATTAAACTTTTTATAGCACCTAAA +ATAATAGGTGGTAGTAAGTCACCAACCTTTGTTTCTGGTGAAGGGATAGATAAATTATGT +GATGCAAGAAAGTTAAATATTGAAAATGTATCTTTAATAGATGGAGACATATTAGTTGAA +GCTGAGGTTATCAAATAAATAATATTTTTTCATAAAGATAGGTGAATTTAAAAATGTTTA +CAGGAATAATCGAAGAGCTAGGTGTAATCAAAAATATTACAGCTAATAGCAAAAGTGGAA +AAATCACTATTTTGGCAAATAAAATTTTAGAAGATACTAACTTAGGAGACAGTATAGCTG +TTAATGGCGTATGTTTAACTGTATCAAGTATAAATAAAAATGAATTTGTAGCAGATATAA +TGATGGAAACTATACGAGCTACTAACTTAGGAAAACTTAATATAAAAGATAAGGTGAATT +TAGAAAGAGCTATGAGTATATCCTCTAGATTTGGAGGTCATATAGTCACCGGGCATGTAG +ATACTGTGGGTATAATTCAAGAATTCAAAAGGGAAGAAAATGCTGTATGGGTATCAATTA +GGGCTGAAGAAGAATTCTTAAAAAATATGATTTACAAAGGATCTATAGCTATTGATGGAA +TTAGTTTAACTGTAGCCTATGTAGATAATAAAATATTTAAAGTTTCAATAATACCTCATA +CAAAGTCAAAGACTACTATTTTAGAAAAAAATGTAGGTAATATAGTTAACTTAGAAAGTG +ATGTAATTGGAAAATATATAAGGCATTTCTTAGATACTGATACTAAGGAAAATAATAATA +AGAATGTAAAGAATAGTATAGATTTAGAATTTTTAATTAAGAACGGTTTTTAAAAATAAA +AATTGGAGGATTGATTTATGTTTAATACTATAGAAGAAGCTATAAAAGATATAAGAGATG +GAAAGATGATAATAGTTGTAGATGATGAAAATAGAGAAAATGAAGGTGATTTATTAATGG +CTGCAGATAAGATAACTCCAGAAGCTGTTAACTTTATGGCTACAAATGGAAGGGGGCTTA +TCTGCTTGCCAGCAGCAAAGGAAAAAATAGAAGCATTAGATTTACCTCTTATGATTGAGA +AAAATACAGATTCATTTCAAACAGCATTTACTGTATCAATAGATGGAATCAATACAACTA +CTGGGATTTCAGCATATGAAAGAGCAGAAACTATAAAACAATTTACAAGTAAATTGGCTA +CTAAATATGATTTTAACACACCAGGTCATGTGTTTCCACTAGTAGCAAAAGTTGGAGGCG +TTTTAGTTAGGAATGGACATACTGAAGCTGCAGTTGATTTAGCAAAGTTAGCAGGATTTG +AACCAATAGGAGTAATTTGTGAAATTTTAAAAGATGATGGAACTATGGCTAGGGTAAATG +ATTTAATGGAATTTAAAGAAAAACATAACTTAAAAATAATAACGATAAAAGATTTAATAG +AGTATAGAAAAAGAAATGAAATAACTATAGAAAAAATATCAAGTGCTAATTTACCTACTA +AATATGGAATGTTTGAAATAGTAGGATATAAAGATATTTATACTAATCAAGAGCATATAG +CTCTTATTCATGGAGAAATAAGTCAAGAAAATACATTGGTTAGAGTTCATTCAGAGTGTT +TAACAGGAGACTCATTTGGCTCTTTAAAATGTGACTGTGGTACTCAATTAAGTGCTTCTA +TGCAAGCTATTGTGAAAAATGGTTGCGGAGTATTGATTTATCTAAGACAGGAAGGTCGTG +GTATAGGACTTTTGAATAAAATAAAGGCCTATAATCTTCAAGACAAAGGGTATGACACTG +TTGAAGCAAATTTGGAACTTGGATTTGAGGGAGATATGAGAGATTTTTATATGGCTGCTC +AAATTTTAAAAATCTTAGAAGTTAAAAGTATTAATTTACTAAGTAACAATCCAGATAAAT +TTGAGCAACTTGAAATGTATGGAATAAAAATAAATGGAAGAATTTCTACAAAAGGAGAAA +TTAATGAATTTAATAGAGGGTATCTAAAAACTAAAAAGGAAAAAATGGGACATTTCCTAG +AGATAATGTAATTTTGCATTTAAAAAATAAACTTATTGGAGGAATAAATATGATATATGA +AGGTAAATTAAATGGAAAAGAGCTTAGAATTGGTATAGTAGCAGCGCGATTTAATGAACT +TATAACAGCTAAATTATTAGGTGGAGCAAAGGATTGTTTACTTCGCCATGATGTTCATGA +AAATAATATAGACATAGCATGGGTACCAGGTGCATATGAGCTACCTTTAATCGCTCAGAA +AATGGCTAAAACTAACAAGTATGATGCTATACTTTGCTTAGGTTGTGTAATTAGAGGTGC +GACAACTCATTATGATTATGTTTGTAATGAAGCTTCTAAAGGTATTGCAAAAGTTTCTTT +AGATACAGAAGTTCCTATCATGTTTGGGGTTGTAACGACTGAAAATATAGAACAAGCAAT +TGAAAGAGCAGGAGCTAAAGCTGGAAATAAAGGATATGATGCTGCTATGGGAGCATTAGA +GATGACTAATTTATTAAAGGCTATAAATTAATTTATAAAATAAATGGTATGTTCCAACGT +ATAAATTTATTTTGGTACATACCATCTTAATTATTTTCCTGTGTAATTATGCATATCTAT +AATTAGGCATATCTTCTCTAAAGAACTTCCACCTAATAAAGTCATCAAGCAAAATTGCGG +CTAAAGATAAGAAAAACCAAATCACTGTATATTTCAAACATACCTGCCCGAATAAATTAA +AGGGTATATTAGAATAATCCCATACATTTAAACTTAGCCATAAATTTATTATTATCCCAG +AAAGAAATTCAATAGAAGTAATCCCAATTGCAGAAATGAACATTTGAAGTAAAAGAGGGG +GATTATATTTTAATATATTGTTAATTGAACCAATAAAAAGAAAGCAAATCCCTCCTACTA +TGATCATTGAAAAATGAGAATATCCTCGATACACTATTTCTAAAAAATAATATATAAATC +CACCTACTAGAAATAACACTATATATTTCAATATACTTTTTATATAATACAAGTTACACA +CCACCTAAGTTTATTTACTATAAGATTATTTTTTCAAAATATGGTGTTAAAATACTATAA +AATAATAAGGAATATTTTGCAAAAGGTATAAATTGATCGAAGCAGTGAAATTGTCCTAAA +TTTGACTTTAAAATGACACAATAATGACACAATTAAAATGACCAAGATAGCTATAATTAT +CTTGGTAAGATAAATATTTATACAATTATAAAAGATAGAGGGGAGTAGAGTATGAGAAAT +TTAAAACTAGGATTAATTGCAGCTTTTATGTTTGTTATTTTAAATCCAATTCAATCAAGT +GCAATGCATATAATGGAAGGATTTTTACCTCCTACATGGTCTATAATATGGACTGTTTTA +TTTATACCGTTTTTCTTGGTAGGTTTAAAATCTATAAATAAAATAGTGAAGGAACAACCA +AAGAAAAAATTATTGTTAGCGTTATGTGGAGCGTTTGTTTTTGTATTATCAGCTTTAAAA +ATACCATCAGTTACAGGGAGTTGTTCTCATCCAACAGGGGTAGGGTTAGGGGCAATTTTA +TTTGGACCAAGTGTAATGGCGGTATTAGGAGTAATAGTTCTTTTATTCCAAGCTATACTT +TTAGCACATGGTGGATTAACAACTTTAGGTGCAAATGCATTTTCAATGGCAATAGTAGGG +CCTATAGTATCTTTCTTTACATTTAAAATTTTAAAAAATAAAATAAATAAGAGTTGGGCT +GTATTTATGGCAGCAGCCTTGGGTGATTTACTTACATATACAATAACATCTTTACAGTTA +GCTTTAGCTTTTCCAGATCCAGCTGGCGGAGTAATGGTATCAGCGGCTAAGTTTTTAGGA +GTATTTTTCTTTACTCAAATTCCAATAGCAATTGCTGAAGGTATATTAACTACTATACTT +TATAACTTAATAGTTCAAAATGAAGGTGAGGAGGTTACTGAATATGGATACAAATGTTAG +ATCTAAAGATGCTAAAAAAAGTAATAAACTTAACTGGTTATTATTACTTCTAGCAGTTGC +ATTAATAATACTACCATTAGTATTTAATCCATCAGCAGAATATGGTGGTGCAGATGGAGA +GGCAGAAGAAGCCATAACAGAAATAGCTCCTAATTATGAACCATGGTTTAGTAGTTTTTA +TGAACCACCAAGTGGAGAGATTGAGAGTTTATTATTCTCAACACAAGCAGCGTTAGGAGC +TGGAATAGTTGGCTATTATTTAGGTAGTAGAAAAAGAAAAAAATAAAAATAATGGGCTGT +CTTAGGTTTTAAGACATGCCCTTTTGTTTTTGTATTTATTTATAAATGTGTTAATATATG +CTAGTATAAGATAAGAAAAAAACTCTAAGGGGGGAAAAATTTGAAAGATTCGCTTTTAGT +TTTGATTTGTGATGATCAACAATCTGTTCATGAAACTGTTGGAGAATATTTAAAATTAAA +TGGAATTAACTATATATCGGCTTATGATGGAATTGAAGCTATAGAAAGATGTAAAGAATA +TAAACCAGATTTAATATTATTAGATCTAATGATGCCTAAGATGTTTGGTGAAGAAGTATG +TAAGGAAATAAGAAAAAATAGTGATGTGCCAATAATTATGCTAAGTGCAAAAGATGATAC +TATAGATAAGATATTAGGATTAGAAATTGGAGCGGATGACTATATTACAAAGCCTTTTTC +ACCAAGAGAAGTAGTAACAAGAATAAAGACTGTTTTAAGAAGGTCTACAACAAGTACTCT +AAAAGAAGAATGTCATATTAAATTTAGAGATCTAGATATAAATTTAGATGCCCATGAGGT +TAAACTTAAGGGAGAATCTATAAAAATAACACCAAAAGAAATGAAGATACTTTATATGTT +AGCATCTAGTCCAGGAAGTATATTTAATAGAGAGCATATATTATCAGAAGTTTGGGGATA +CGATTACTTTGGAGACACAAGGGTTGTAGATACCCAAATAAAAAGACTTAGAAAGAAGCT +TCAAAGAGATGATTTAAGTTGGGAAATCAGATCAGTGTATGGGGTAGGATATAAACTTGA +GGTGTTATAATGGAGATTGGACATTCTAAAAAATTTTCAAAAAAAATTGGAAATATAACG +ATACTAATAGTAATTATGGTTATTTTATTTTGTAGCTTTACAATGAGTCAGTATTTTTTA +AAAATAAAACTTGGAGAAACTAAGGATAGTGTAAATACTATAGTTGAAAACTTTGACAGA +GATAAAAGTAATATAAGCGATATTATAGATAAATATCCAATATATAATTCGATTATACAA +GTATGTGATATAAGTGAAGATGTTATGATAAGTAAAAAACAATTCACTAAACAAATAGAT +TATGGAAACCTTACTATAGAAGGTTTGCATAATGCATTAGAACCATATAAGGTATCTGTA +CTCAACGGAAATTCTATAAGTGGTATTATAAAGTTAAGTGAAGTAAAAGGAGATGTAATG +ATAATAGGACAACCTTTAAAAGATGCAAATGAGAAGGTTGTAGGAGCTATTTTTGCACTA +AAATTCACCAAAGAGTTTAATGCTGTATTAATAGGATTAAATACTGTATTAAGTTTTAGT +ATGATTTTTATTTTAATATCAATAATAACACCTTTTTACTTAATATTAAAGAAGACTTTT +GAAAAAATAAGAAATATGACTGAAATGGTAATAGATATGTCTAAAGGAGACTACTCAGTA +AGATTTGAAAAAGATGAAAATGAACAATTAGATAAATTGTCAGGAGCTCTCAATGAATTA +GCTATTAGACTAGAGCAAACTGTAAATCAATCAAAATTATTAGAGCAAACAAGAAGAGAC +TATGTTGCTAATGTAAGTCATGAATTAAAAACACCCGTAACTTCGATTAGAGCAATGGCA +GAAATATTAAAAGATGGAAGTTTGGTAGATAAGGTAGATAAAGATAAGTACTATAGTATG +ATACTTAGGGAATCTATACGATTAGAATCACTTATAAAGGATATGTTAGAACTATCTAAA +CTTCAATCTGGAAAAGAATCCTTAGAAAAAAAGAAAGTAAGTTTAAATGAAACACTATTA +CAAGTGATTGATGAGTTTAAAATTATGTCTGAGGACTTAGATATAAAGCTTATTATAGAA +ATAGATTTTGATGATTTACCAGAAGTATATACTAATATTAACAGAATAGCTCAAGTACTA +GTTATATTAATTGATAATGCTTTTAAGTATACAGCGAATAATGGAAGTGTTACTTTAAAG +GTTCTAAAGCAGGAAGATTATGTTAAGGTAAGTGTATGTGATACAGGAGTTGGAGTAGAG +GAAGAAGATATTCCATTTATTTTTGATAGATTTTATCAAGCTGACAAATCACATTCATCA +GAAGGTACAGGGATTGGATTGTCGATTGCCTGGGAAATAATGAAGAATTTAGATGAGAAT +ATATACTATGAGTCAAATGATATATATCAATCTATATTTAATTTTACTATACACTATGAA +TAAGATATAAATTTTAAATTGATAATAGAGATATTCTGTGCTACCATCAAAGTATCTAGC +CTTAAGGGAATTTTCCCGAAAGAGAAGATTTTAAAAGTTAATCGTACTGAAATACATGAG +GGTTAGTCCCGAGTGAGAAGGCGATGGTATAAGACAGAATAATAATATCCTCATGCCTAT +ATTGGTGTGAGGATTTTTTTGAGGGGGATTTATCAATGGAGACAAGAATTGCATTAATTG +GGATAATTATAGAAGATAAAATGGCAATACCAAAACTTAATGAAACGATACATAAATATG +AACAATATATAGTTGGAAGAATGGGTATTCCATATAGAGAAAAGGGAATATCTATTATCA +GTATAATAATTGATGCGAATAATGATGTGATTAATTCATTATCAGGAAAACTTGGTATGA +TTAAAGGAATTAATGTGAAAATAAATTATTCGAAAGTTAACAAATAAATCCTATCCCATC +TTAAGCCATCACTTTTTGTCAACAATGAACATCGTAAACATATCAGAGTAAGTTTAACAA +TCAAATATTTAAAACTGAATAAAAATAATATAAAAAGAGGTATGGGAAATGTATGGTGTA +AAAACAAAAAGTGTGTATGATGCAAAGTCAAGTGTAGCTACAGAATTTATAAATCATGAG +GAAATACTGGAGACTCTTGAATATGCAAAGCAAAATAAAAATAACAAGGAATTAATAGAA +GGAATTCTAGACAAAGCAAATAGATGCAATGGATTAAGTCACAGAGACGCGGCTGTATTA +CTTGAATGTGAAGATGGAGATTTGATTCAAAAAATGTTTACTTTGGCAGAGGATATAAAA +AAGAGATTCTATGGTAATAGAATAGTAATGTTTGCTCCTTTATATCTTTCAAATTATTGC +GTGAATGGATGTGTTTATTGCCCGTATCATTTAAAGAATAAAACTATAGCAAGAAAGAAA +CTTACTCAAGAAGAAATAAAGAATGAAGTTATAGCTCTTCAAGATTTAGGACATAAAAGA +CTAGCTCTGGAAGCTGGAGAAGATCCAAAAATGAATCCTATAGAATATATATTGGAATGT +ATAGATACTATTTATAGTATAAAGCATAAAAATGGTGCAATACGTAGAGTAAATGTAAAT +ATTGCTGCGACAACAGTTGAGAATTATAAGAGATTAAAAGATGCGGGAATAGGAACATAT +ATATTGTTCCAAGAAACCTATAATAAAGAATCTTATGAAAGACTTCATCCAACAGGTCCT +AAGAGTGATTATGCATACCATACAGAGGCTATGGATAGAGCTATGGAAGGTGGAATAGAT +GACGTTGGTCTAGGGGTTTTATATGGTTTAAATACTTATAAATATGATTTTGTTGGAATA +CTTATGCATGCAGAACATTTAGAAGCTAAATTTGGGGTAGGACCTCATACTATAAGTGTT +CCAAGAATACGTCCTGCAGATGATATAAATCCAGATGATTTCCCAGACGGTGTTCCAGAT +GACGTGTTCCAAAAAATAGTAGCAGCACTTCGTATAGCAGTACCTTATACAGGTATGATA +GTTTCAACAAGAGAATCTCAAGAAACTAGAGAAAAGGTGCTGCATCTAGGTGTGTCTCAA +ATAAGTGGAGCATCATGTACTTCTGTTGGGGGGTATGCAGATAGAATTGAGGGGAAAAAA +GAAGAAGTAAATACAGCTCAATTTGACATTGATGATGACAGAACACTGGATGAAGTTGTA +AATTGGTTACTTGAAATGAGGTATATTCCAAGTTTCTGTACGGCTTGTTATCGTGAAGGA +AGAACTGGAGATAGGTTTATGAAATTGGTAAAATCAGGTCAGATAGCAAACTGTTGTCAA +CCGAATGCTCTTATGACATTAAAAGAGTATTTAGAGGATTATGCAACAGAAGATACAAAG +AAAAAAGGTGAACTATTAATAGATAAAGAAGTTGAAAAGATACCAAATGAGAAGGTTAAA +AAAATAGTTAAAGAGCACTTAAGTGATTTGCAAGAAGGTAAACGTGATTTTAGATTTTAG +GTAAAACAAATAAATGCCATAGGTAAGTTTATATTAACTACTTATGGCATTTATTTATAT +ATTGAAAATCTCTTGAACAATTAGTTAAATCTTCCATAATATTATATTGTATACTTTTTA +TTTGTCCGTTTAAAACTCTTGATAGAAAAAATAATTCTCCTAGCTCTTTTTCTTGTTCAT +TTTCTCCGCTTAAAAGTAATCTAATAGAAGATAAGTCATTACGAGAGAAAACTGTTAGTT +GAGTTCCTTGATTAAATACAATTTTTAATGGGAATTTTAAATTTGAAGAATCAATTTCCT +CTTTTAAGATAGAGTTTTCTACAACAAAAAATCTGCTATTTTCAAAAATAGCAAAGTTTT +CACCATACACCATAATTATAATATAAAGTTTTTGTAGGAACTTAATCTCCGAAACTAAAT +TCAATTAAATCTTCAGAACACTTAAATATTTTTCCTTCGTTATTTAGTGTTGGGTAATAA +AAGCATTGGAACACCATTGTTTATCATATCCTATAATTTATATTTTAACAAAATATCTAA +CCACAATATAATTATAACTATAAAATCTAAAGTCATGATGCGTATGATTATAAAATTATA +AAAAAGTTTTTTATATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATGTTGCA +TCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAGGTCTATTATTTATTATG +GTAACAATATTATCAAGTTCTTTCTGATTTATAGAAGAAAAATCAAACTTTTTAGGGTAA +AACTCTCTTAATAATCCATTTGTATTTTCATTTGTCCCCCTTTGCCAAGAAGCATACGCA +TCTGCAAAGTAGACATCTATATTTAGTGTATTTTCAATATCTACATACCCTGCAAACTCT +TTACCTCTATCAACTTTAAATGTTTTAATTAAATTAGTTGGAATATCTTTAAAAGCAGTA +AAGCAATGGAAGTTGAATGTTGAAGATTTCCTATTTTCCATAACTTGAGCTATTAAAAAT +CTACTTTT +>MGYG000000001_45 +AATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAA +CTCTCAAATAAAAGTTGATGGGCTCAGATACTGTTATATATCTGGCTTTGTTTGGTTGTT +TCGATAATTCTTTAATAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAGT +TCTTAACTGTTTTGTCCTTTTCTTTCGGACAAGTTATACTTTACCATCTTTATAAATTTA +CGTCAATACTTTTTATAAACTTTTTTTATTTTTTTATTTTGAGACTTTATTTATTGATAT +TATTATCTTATATTACATTGGTATTTGTATATATTTTTCTTACCTTAATATTATTTATCA +TTTCTATTTTTTTATTCATAAAATATAATCATATTTCATTATTATATTTATATTATTTAT +TCAGACTTAATTTTATCTATTAATATTATTTCTAGCTAGTATCTAAATATTTCAATTCAA +ATCCAATAATAAAAAATGAGTTTCTTAATATTATAAGAAACTCATTACTATAACTAAATT +AATAGTTATGCTACCTTTTTACTTTTCTTACTAGGTTTTAATTTAGGTACCCCAAATACT +ATGGCAAGCATTCCAAATATCCCCATTAATCCTGGATAATATAAATAAGGTATTATATCA +ACTGGAGATATAGATACTAGCCCTGCTGCCGTTAGTAATTGAGCTCCATAAGGGATTATA +CCTTGCCAGCAAGCTGAAAATATATCTAATATACTTGCTGATCTTCTTGGATCAATTTCA +AATTCATCAGCAATGTTTTTAGCTAATGGACCTGCCATTACTATTGCTATTGTATTGTTT +GCTGTACATAAATCTACTATACTTGCTAATGCTGCTATACCAACTTCAGCACCTTTTTTA +GATTTTATTCTACTGCTTATAAAGTATAATATAAAATCAATTCCACCGTTAAGCTTTATA +AGTTCTACTAATCCACCTATAGTTATTGATATCATAGCTAACTCAAACATTCCTGACATT +CCTGCATTTATAGATTCTATTGCTCCAAATAAATCAAATGAACCTGTGTATATTCCCACT +AATGAAGCAAATATAGTCCCTCCGCTAAGTAAAGCAAAAACATTAGCTCCTAATAATGCA +CCTATTAATACTACTAAGTACGGAACTATCTTAACTAGTTCATAAGTGTAAACCTCATTT +AATTCTACATTATAACTTGATGTTTTTACTGCAATTAAAATTACTGTTATTATTGCTGCT +GGTAATACTATTGAGAAATTAACTTTAAATTTATCTTTTAACTCACATCCTTGTGTCCTA +ACTGCAGCTATAGTTGTATCAGATATCATTGATAAATTATCTCCAAACATAGCTCCACCA +ACTACAGCACCTAATACTAAAGCTACAGGTATTCCAGTTGCTTCAGCAACACCTATCCCT +ATAGGCGCTATTGCTGCTATTGTTCCAACTGATGTTCCCATTGATAAAGAAATAAAACAT +CCTATAAGGAAAAGGCCTACTACAACTAAGTTTGCTGGCAATACAGATAAACTTAAGTTT +ACTATAGAATCAACTCCTCCTATAGTTTTAGTAACCGTACCAAAAGCTCCTGCTAATAAG +AATATTATACACATAGATATAATATCTGCGTGACCAGCTCCTTTACAGAATACATCCATT +TTTTTATTCATACTTTCTTTTCTATTTGATAATAGAGCTACTACTGTTGATATTATAAAT +GCCACAAGTACTGGCATCTTATAAAAATCATCTGTTATAATTCCTGATCCTACAAATAAT +AATAAAAATACAGCTAATGGCAATAATGCAAGTAAATTACCCTTTTTTCTTTCATTTTTC +ATATAATCACCTCTTCTTGACTCAGTTTATTTAATAAATTATTAAAGCCTGAGCATAAAC +TCAGGCTTACTTATCCAATAATGTTTATCTCCCAGTAAAATACTGCAGGATTTAGCACCA +TTACATATAATTATGCTGGTTGCTGGGTTTCAACGGGCCAGTCCCTCCACCTCTCTTGAT +AAAAGTATTTGCTATTAACTTTACAATAAGATATTACGATATTTTATTACAAAAGTCAAG +TTGTTTTTTAAATTTTCTTAAATTTTACAATAATTAATCAAATTATTATTATTTAGAAAT +TTTAATTGAAATTATTCTAAATTTAATTATTAATTAATATAACTTACTTATTTTCATATA +ACTCACAATCTATAAGCTGTAAATTATATCTTCTTATAAGATTTATAAGTATATCCGCAT +ATATCTTATTTCCATATTTGTCTTCTTTAGTACTATAACCTGCATCTTCTAAAGCTTGAG +CTTGTGAAGTATAGTGTTTAGCTGAAAACAATCCACTCTTTTCATACCTAGGATTTTCTT +TTAAAAATTTCCCATGATCTTTTATTGATTCATCAATGGAGGAATAAGACCTAAAAGCAG +CTACAATTTTATCATCATAATTCTCAGAAGTCGTCATATTTACACTATCACCATTCCATG +ATGAATCTGCCTTTATTCCAAATAAATTATTACCATTCTTAGCCAATTCTGAATTCCCCC +ATCCAGACTCCAGTATACATTGACCTATTGTTATAGATGGTAAAATTCCATACTCTTCAT +AATTTTTTATAGCTATATTTTTTATTTTATTTATAAAAACAACTTCAGGACTTTTTTCAT +TTAATTTTTTATTCCCTAAAAATACATATTCCAAATTTTTTAAATTTTTCTTCACCTCTG +ATTTTTGATTTTCAGTGAAGTTATGTTTCTCCAAAATTTCATCTAAAGTATGTAATGTGT +AATTCCATTCTCCAAATTTATCTTTTGAATATTTTATGAATTTTTTAGCCCTACTTAAGG +CATCACTCTTTTTTACGCCACTTAAATCACCATTATATATGATCATATCTACAGCAAGTA +GCTCTTTCCAATTAAGTTGTATTTTCTCCTTACCTACCTCGTCTGCTACGTCCATATAAA +ATTCTATCTTAGAATCCTCTATATTTTTTGCCATATACATTTCTTTTGCATATTTTAATC +CTGCTAGTAAAACTAATATAAATAAGAAACTAAAAAGTGTAGAAAAAATCCTTTTTAACT +TTTTATTTTTACTCTTTCTACCTTTCAGATGTTTAATTTTTTTATTCCCCATAACCCCTC +CTTATTATATTCTTGACTTGTAATACTATAGTTATCTATAAGTTTCTTTATTCTATCATA +AAATAAAAACTCGAATAATGTTTTCTATAATCTAAATACTATATATTTTTTAACTTTTCA +TCTATTATAATCATATTATTTATCAGAATACTATATTTTCGAAAGAGAGGCTTCTATGTT +ATGCCCCAAAATAACTATAAAGAATTTGTATTTTGTAATAAATGTCATAATTATCCTTGC +CATTGTAAAAAAAATGAAGTCATAAATATGTATAAACGACCTAATAATTATTATAATACC +ACAACTAACAATGAGCAAAATAATTGCTCTATTGTACAAAAGACAGATAACGCTTATTCA +ACAAACACTATATACTACAATAAATTTTGTAAAAAAAGACCTAGAAGGCAAAATAATAAA +TTTTACAAAGCAAATTGTAATACAAACAATTGTAACATCAATAACTGTAATATGAATAGT +TGTAATCCTAATCGTAGAAGAGGTTTTTGTGGTCTAAGTTGGTTATTGTTATTCCTATTC +TTCTTATAAAAATAAAAGCTATAATCCTAGAGTTTATATCTAGGATTATAGCTTTTTATC +TATTCACATTTTACTTCTATCCATGCATTATCATATAATCTTAATGTATTTGCATCTAAA +TCAGAAAACACTTCACTTTTATCAATTACTTCTTGAGAAGGATTCATTATAGGATCATCT +GTATAATCTTCTCCTAATATGTCTATGGCTCCTGTATTTGGTGTTGAATACCAAATATAT +TCAACATTTACAGCCGCATTTTCTGGATCTAACATAAAATTTATAAATTTTTCTGCGTAA +TCTTTATTTTCAGCTGTTTTAGGTATACACATAGCATCTATCCATCTATTTGTACCTTCT +TTTGGAACTGAATAAGCTAAATCATCATTACTTTCTATTAATGTAATTGCATCTCCTGAG +TAAACTATTCCCATAGCAGATTCACCTGCTACTAATCTATCTTTACCATCATCATTAACA +TAAGATTGAACTATAGGCTTTTGTGCCATAAGTTGTTCTTTAGCTTCTTCTATTTCTTTA +GGATTAGTTGAGTTCATAGAATATCCTAACCTTTTTAAAGATATTCCCATACTATCTCTA +ACAGAGTCAAGCATTTGAATTTCACCTGCATACTTTTTATTCCAAAGTACATCCCAACTT +TTCACATCTTCTTCATCTACAACGTTTTTGTTATATACTATTCCAAAAGTTCCCCATAAA +TAAGGCACGCTATGTTTATCACCGTTATCATACGCTGCATTTCTAAAATCTTCATCTATA +TATTTGTAGTTAGGTATATTACTATAATCAATTTCTTCTAACATATTTTCATTTATCATT +TTTTCAACCATATAATCTGATGGGAATACCAAATCATATTTCGTACTTCCACTCTTAACC +TTTTGATACATAGATTCATTTGTATCATAAGTCTCATAAACTACTTTTATTCCCGTTTCC +TCTTCAAACTTAGTTATTAAGCCTTCATCTATATAGTCACCCACATTATATACATTGAGA +ACTTGATTAGATGGCTTAGAAGTACCACATCCAACTAATAATGTAGAGGCTAGTGTAAAT +ATCGTAGCTAAAGATATAAACTTTTTAGACTTCATATTCACCCTCCTCAAAATAATTTAT +CTTAATTACTTATTACTGTTTTTTTATCTCCATTTACATTGGCTAAAATTAATAAAGTTA +ATACCACAACAAACATAATTGTTGACAATGCATTAATTTCAGGACTTATTCCTCTTCTAG +TCATCGAGTATATTTCAATAGATAAGTTACTAACACCATTTCCTGCTGCAAAGAAACTTA +TTACAAAATCATCTATAGACATAGTAAATGCGATTAACATACCTGATATTATTCCTGGCT +TTATTTGAGGTATTATTACTTTTTGTAAAGCATACATTGGTGTTGCACCTAAATCCATTG +CTGCTTCCTCAATATTAGCTGGTAGTTGCTTCAGTTTTGGTAAAACCGAAAGTATTACAT +ATGGAATATTAAATACTATATGCGAAAGTAAAATAGTTTTAAATCCAAATTCCACATTAA +TAAATACAAATAATGTCATTAAAGATACCCCAGTTACAACATCAGGGTTTAATATTGGAA +GATTATTTATACTCAATAGCGTACTTTTTAATTTTCCTTTTCTCATATTATGTATTCCAA +TTGCTGTAATTGTACCTATTATAGTAGCCACTACTGAGGCTATTACTGCTATAACAACAG +TATAAAATAAAGCAGTCATTATTCTCTCATCTTGGAATAAGCTCTCATACCATTTTAAAG +TAAATCCTTCCCATTTACCCATTGATTTAGAGTCATTAAATGAGAAAACTGCTAGTGCAA +GTATTGGTGCATATAAAAATATAAACACCAATGTTAAATATATATTAGACGTTAGTTTCT +TTATAATATTAATCCACCGCCTTCTTTACCAGATTCATTTCCAAATTTATTCATAAATGC +CATAGACAGTAGAATTAATATCATCATAAAAATCGATACGGCAGAACCAAAATGCCAATC +TCCAACTGTCATAAATTGCTGTTCAATTAAATTTCCAACCAGCATTACTTTTCCTCCACC +TAGTAATTTTGAAATTACAAAAGTGGATACTGCTGGCATAAATACCATAGTTATACCAGA +TACTATACCAGGTACACTTAAAGGCAATATTATTTTAGTAAAAACTTGGAAGCTATTTGC +CCCTAAGTCTTTCGCTGCATTAATTAAGTCTTTATCCATTTTTGATAGTATTGTATATAT +CGGAAGTACCATAAATGGTAAAAAGTTATACACCATACCTAATAATACGGCTGTGTTTGT +ATATAAAATATTTATAGGGTTAAACCCTAAGGTCGTAAGAACTGTATTAATAAATCCATT +TTTACCTAGAATAGCCATCCAAGCATAAGTTCTCAGTAAAAAATTCATCCACATTGGAAG +TATGAAAAGTAATATAAGTATACCTTGTCTGCTTACCTTTGCTTTTGAAATTATATAAGC +TGTAGGATATCCTATTAATATACATAGTATTGTTGACACTAAAGCTAACCATAGAGAACG +TGCAAATACCTTAAAGAATATCGGATCCATTAATCTTTGAAAATTCTCTAACGAAAATAT +ATATTGACAATTTTCTTCTTTTGTAAATCCAAAGAATACTATTAGTAATAAAGGAATCAC +TATAAAAATCATACTCCATACAACATAAGGAGAAGCTAAGTATGAATTAGATTTTCTTTT +CATTATGCTTCACTTACCTTTTTCATTATATGAATGTCTTCTGGATATATATCCATACCA +AGTTCTTCTCCTACCTTGGCACTTTGAGTATTATGAATTATCCATTTTCTACCATTTTCA +TTTACTTCTATTTCATAATGTACACCTTTGAATACAACAGATGTAACTATTCCTATTAGC +ATCCCTTCATTTGCAGCAGTCATTTTTATATCTTCAGGTCTAATTACGACATCTATATTT +TCATCCTTGTCAAATCCTTTATCTACACAATCAAAATTCTTGCCACAGAATTCAACTTTA +TAATCATCATGCATAATTCCATCAAATATGTTACTTTCACCTATAAACCTAGCAACAAAT +GCATTCTCAGGTTCATTATATATATCTTCTGGTGTACCCATTTGTTGTATCTTACCTTTG +TTCATAACAACTATTGTATCAGACATAGTTAATGCTTCTTCTTGGTCATGAGTTACAAAT +ATAAATGTAATCCCAAGTTTTTGCTGTATCTTTTTTAATTCAGTTTGCATCTCTTGTCTT +AGCTTTAAGTCTAGTGCTCCAAGTGGCTCATCTAGTAAAAGCACCTTAGGCTCATTCACC +AAAGCTCTCGCTATAGCAATCCTTTGTTGTTGACCTCCACTTAAAGAATCTACACTTCTT +TTTTCAAAACCTTCAAGAGCTACTAATTTAAGCATTTCTTTTACTTTTCTATCTATATCA +TCTTTAGGCATTTTTTTAATTTTTAATCCAAATGCTATATTTTCATAAATATTCATATGT +GGAAATAAAGCGTATTTTTGGAATACAGTATTTACTGCTCTCTCATATGGAGGGATATTA +TTCATATCCTTATTTTCAAATAATACCTTTCCATCGTCAGCATACTCAAATCCAGCTATA +ATTTTTAATGTAGTAGTTTTACCACATCCACTTGGGCCTAATAATGTTAAAAACTCATTT +TTCTTTATATCTAAATTTAAACCATCTAAAACTGTATTATCTTCATACGTTTTAGATATT +CCCTGTAAACTTATTATATTATCTTTCAATTATATAGCACCTCTTTTCTAAAATGATGGT +GGAGTACTTACCCAAACCACTCTAGCTTCCTTTTTACCAACATTAGATATGTAATGATTA +GCCCTAGGCTTAAAGTAGAAACTCTCTCCCTTTTTAACTTTACTTTTTTTATCTCCTATA +TGCACGTATATAGAACCAGCAAGAACATACCCAAATTCTTCACCTTCATGGGGCTTTTCT +TCTTTATACTGCCCACCTGGGTATAATGTTATTATTATAGGTTCCATTTGGTTTTTTTGT +GAATTAGGTATTAACCATTTTAATTTATATTTCAATTCTTCATCTTCAGTTTCAAACATA +TCATCTTTTGTAAATGATATTCTCTCATCGTCTATCTCATTAAAAAACTCTCTTAAGTTC +GTTCCTAAAATTTCTAGTATATCTATAAGAGTAGCTATGGACGGTGATGTTAAATTATTT +TCAACTTGAGAAATAAAACCCTTTGATAGTTCACATCTATTAGCTAATTCTTCCTGGGTC +AACTGTTTTTCTATTCTCATTCTCTTGATTTTTTCACCTATATCCATATTTACACCTCCT +CATTTTCGTTATAATTACTAAACATTCAGTTTAAAATTTCTAAACAACAAAAGTTATTAT +ATAAAATTTTATGATTAAATTCAATAGTTTTTAAGTATTTTTTTTATTTTTATTTATAGG +TATATGCTAGTATTTCAAATGACTTTATAGGTTATATTAGTATAACATGTTTATATTAAT +ATTTATAAAGTTTAGTATCTCTAACTTTTTTATCATAGTAAGTTTTCTTTATTTTTTCAT +TTTATTCTACGCAATCAATATTTTAATATATATCTTATATTCTATCCTTATATCTTCTCA +ATATTACACATATGTCTCTTATTATTTTTAGTTCTTAATTTACAACATAAAAAACCTCTC +AAGATTATTAAGAGGCTTTTTACTAATCATATTTTTAATTGAATATTGTTCATATAAATT +TCTTTTTTATTTTCTATATTAAACTACACAAACTTATACTAATTTATAATCACTAGGTTC +TAACTTACTAGCTGCTTCTTGATCTAAAATCAGTACAATATCCCCGTGGAATTGAAGTAT +TGATGCTGGTATTTCTGGAGTTATTTTTCCATGAACGGTATTGTAAACTGCATCTGCCTT +ACCTTCACCATAAGCTAACATCATTATTTTTCTAGCCTTAAATATAGATCCAGTCCCCAT +TGTTATAGCTTTTTTAGGTACATTATCTATAGACTCAAAAAATCTTGCATTTGCTTCTAT +TGTTGATGGAGTTAAGTCTACTAAATGAGTTCCTTTTTCAAAACTAACTGTTGGCTCATT +AAACCCTATATGCGCATTTCTACCTATCCCCAATACTTGTATATCTATTCCTCCTGCATC +TTTTATAGCATTTTCATATGTTTCACATTCATAGTCTACATTATCTGTCATACCATTTGG +TATATGTACATTTTTTGGATCAATATTTATATGGTTGAACAAGTTTTCTTGCATAAAATA +ATGATAACTCTGAGTGCTTGTTATAGGTAACTTATAATACTCATCTAAGTTAAAAGTAAT +TACATCTGAAAAATCAACTACACCACTTTCATACATTTCAACTAAATTTTTATACATTCC +TATCGGAGTACTACCTGTAGCCAAACCTAATACCGTATTTGGTTTTAAAGTTATCTGACT +CAATATAACCTGTGCTGCCTTTTTACTCATTGCTTCATAATCTTTACATACTAATATTCT +CATGTTACCCCTCCCATAAACTTAAATAAAATATATTTTTTAATCAGTTAAAGCTATTTC +ATATTGGTACTTATCACTTCTAAATATTGAGATTGTGTATTCTATAGGATGTCCATTTTC +TTCATATGAATTTCTATGAAGTTTTAAAGCTAAGCTTTTTTCTTCAACTTTAAGTATTTT +TGATTCTTCCTCAGAAAGAACTATTGGCTCTATTATCTGGTTAGCTTTCTTTATTATGTA +ATTATAGTCTTTATGTAAAACATCATATAATGATTTATTTGCTAACATTTCTTTTTTTAG +ATTATTACACATTTCATCTGAAATATAAGCAATTTCAATTCCAAATGGCTCTTCTTCAAT +ATACCTAAGTCTAACTACCTTGTATATTTCAGTAGCATCATCATTTATGTTTAGCTTGTC +TTTTACAAATTGACTTGGTAATTCTTTTTCAAAGGATAAAATATCTGTTTTTATTTTTAC +TCCCTTTGCTCTCATAACTTGGGTAAATCCTTTTACATTAGAAAACTGGTACTTTTCTTT +TTTCTTTGATACAAAAGTCCCCTTTCCTTGAACTCTATAAAGTATACCTTCTGATACAAG +ACCTACAATTGCCTTGTTCACTGTCATTCTACTTACATTCTGTATATTACAAAGTTCTCT +TTCTGGAATTATTGAATCCCCTTCTTTTAGCTCTTTATTATCTATCATATCCTTTATTAT +AGATGATAATTGTATATGCAACGGTATTGAGCTATCTTTATCAACTAATTTCATTTAATC +ACCACTTAACTTAATATGGTATATACCAATATTGGTATATACCAATATTGTAGTACGTTT +TCCTAATTCTTTCAATAATTTATTTGTATTTTGTTAAAAATATTTAATATAATATGCCTA +ATGTATGATATTATATTAAAATGTATAATTGTAAATAATAAATCAATAAGGAGATGCTTA +CTTTGATAAAAATAGGTGATTTTAATAAATTAAAAGTTAAAAGAAAAGCTGATTTTGGTT +ATTTCTTAGATGGTAAAACTAATAATACTAAAGATGATATTTTATTACATAATAGATTAC +TTGGAAAAAATGAAATTGAAGTTGGAGATGAAGTTGAAGCCTTCATATATAAAGATTCTG +AAGATAGAATTGCTGCCACTTTAATACCTCCCAAAGCTAAAGTTGGTGATATTGCAATAT +TAAAGGTTGTTGCTCATACTCAAATTGGTAGCTTCATTGATATCGGTCTTACTAAAGATA +TCTTAGTTCCTTTCAAAGCTAGAACTTATGACTTAGAAAAAGGAGAAAGATATCCGTTCT +ACATTTACGTAGATAAAAGTGGTAGAATAGCTGCTACTACAGATATTGATATGTACTTAA +CTACTGATCATGAATATAATATTGGAGATACTGTAACTGGTATAGTATATGGGTTCCAGA +CTAATAACTCTGCTATGGTGGTTGTTGATAATAAATATGCTGGTGTTATACTTCACAATG +AATACTTTACAGAATTAAAACCAGGAGAGGAATTAACTTTAAAAGTTATAAAAATTTACG +AAGACGGCAAACTTGGCCTTTCTCCTAGACAAAGTAGAAAAGAAGAATTAGATACCTTAG +AAACTTCTATAATGAATTATTTAGAAGGTAATGATGGATTTATGAGATTTAACGATAAGT +CTACTCCTGAAGAAATTGCTACTGTATTTAATTCTAGTAAAAAGAACTTTAAGCGTGCTT +TAGGAATTCTTATGAAAAAAGGTCTTATTTATCAAGATACTCAAGGAACTCATATAAAGT +AGATTTATAAAATAAAAAATACCTTAACAAATTCATACAGTTTGTTAAGGTATTTTTTTA +TTTGTTGAATCATACTTAACCTTGTATTAATTTTCTTTAAATATAAGTTCTTTATCTTGT +CAAACTTTAATAAATCGCCATAAAAAAGTATTCCCTACGCATAGATAATTGTATTGATTT +ACAAATTTAAATAAAATGATAAATACAAAAATAACAAAATAATATATGGATATAGTTTAT +TTAACATTATTTAAATAATATTTTTAAATATTTTTATAAAATTTAAAAGGTTATTTTCGT +AAATTATCGAATTTAAATTTAAATATAAAAAATTTAGATTTTAATCAATAATATTTTTTA +AATAGTAATAATGAGGAGTGAGTTTTATGAGTTTAGGAATGGTAAGTCTCTCAATTAAAG +CTTTTGATGAAATTAATCTATACTATAAGAAAGATTTAATAGATAACCCAAAAGCAGTAA +TTTTAATTTCACATGGACTTGCTGAACATTGCCAAAGATATGATTATGTTACTAATAAAT +TAAATAATTTAGGATACAATGTATATAGATATGACCATAGAGGTCATGGGTTGTCCGATG +GCAAAAGAGGTCATTTAAGTGATGTAAATAATTTAGTCAATGATGCGAATACAATATTAG +AATTAATAAAAAGTGAAAATCCCAATTCTCCTATTTTCCTTTTAGGCCAAGATGTTGGAG +GTCATACATTCTTAGAATATGGTTGCCAATATAAAGACTCTGTTCAAGGTATAATATTAT +GTTCACCTTTAGTATGTGATACATTAGGACTTACAAAAACAGATGAAAGTTTAACCGATA +TATTAACACCAATCCCTTATAATAATACTCACAATCTTACACATGATACAGTTATGCAAA +ATTCTTATGAAAATGATCCATTAATTTTAAATAAAATAACTTTAGGTATGTATAAATCAT +TAAGAGAAAGTTGTCTTAATATTATAGACGACTTATACAAATTTAAATATCCTTGTCTTA +TACTTCATGATTCTTCAGATAGTACTGTATCTCATAATGATAGTAAATTTTTATTTGATA +ATATACTATCTAGAGATAAGGATATTAGAATATTAAATGGTCTTTATCACAGGTTACTTG +ATGAAATAGTCAAAGATGAAATTATAGAAGAGATATCTAAATGGATAGAAAAAAGACTGA +GTTAAAATGCTCAGTCTATTTTATTAGATCTATAAACTCAAAATTTATTAAACTTAGTAA +ATCCCGAGGTGATATTTCTATCTGATATCCTATTTTACCTGCACTTACTATTATCGAGCT +TAAATTTTCTGCACTTTCATTTATAAAGGTTTTATATTGTTTTTTCATTCCAATAGGAGA +ACACCCACCTCTTATATATCCTGTGATCTTATTAATATCTTTTACATGTATCATTTCAAC +ATTTTTTTCATTGGCAGCCCTAGCTGCTTTCTTCAAATCTAGATTTTCATGTACTGGTAT +AACATATACATAAAATTCTTTACTTGCACCTTGTGCTACTAGAGTTTTATAAACTTCGCT +TACATCTCTACCTATCTTTTTTGCTACTTCTACTCCGTCTATATGATCTTTTCCTGAATC +ATAAGAATGCATTTTGTAATTTATATTATGAGAGTCAAGTATTCTCATAGCATTAGTTTT +TATCTTTGTTTTTGACATAGTCTTCCCCTTTCTAATACATATACTATATTATCCAACTAT +TTCCCAAGAAATTTCAATATTAATTTATAAATTTATGTCTTTATATGCTTTTAAAATATA +TAAATTATTCTTAATCAAAATTTTTAATTAAACTATGCTTATCATATTAAAATAATAAGG +AGGATACCCAAAATAATTTTGGTTCCTCCTTATTATTTTACTATATAGCCCTCGTATATT +CTTTTAACCATTCCTTTTCATCTTCATTTAAGAATGGAGATATTTCTTCATAAACCTTCT +TATGATAATTATTTAAGTACTCTATTTCTTTTCTTTCCATAAGTTCAGGATTAATTCCAT +CTAAGTCTATCGGTGCAAGAGTTACTGCCTCAAATTCCATAAATTGTCCATATTCAGTTG +CTTCACCTTTTATTGTTATAAGCTCATTTTCTATTCTTATACCATGAGAGCCATCTATAT +AAACTCCTGGTTCATTTGTAGTTACCATTCCTTCTTCTAAAATACAGCTATCATTTCTTT +CAGGCACAATCTTCCATCTAAATCCATTTGGAGCTTCATGTACATTTAAAACAAATCCTA +TTCCATGACCTGTTCCACATCTATAATCTAATCCCATCTCCCAAAGTGGACCTCTAGCAA +GTATATCTAAGTTATACCCTCTACATCCGTACATGAATTTAGCCATAGATAACTTTATCA +TCCCTCTAGTTACAGCTGTAAAATGAGTTTTTTGGATTTCTGGGATTTCCCCTAAAACAT +ACATTCTAGTAATATCTGTAGTTCCATCATAGTACTGTCCTCCAGAATCCACTAATAGTA +AACCTTCTGCTTCTAATTTATATACAGTTTCTTTAGTAGCACTATAGTGGATTATAGCAC +CATGATCCTTATAACCTGCAATAGTATTGAAGCTCGGCTCAATAAAGTTTTCTTGTTCCT +TTCTAAATGATAATAATTTCTCATCTATACTTATTTCATCCATATCAATTTTACCTACAT +TATTTTTTACCCAGTACATGAACTTAGTCATCGCAACACCATCTCTTATATGGCACTTTC +TTATATTTTCTAATTCAACCTTATTCTTAACTGCTTTAAATAACATAGTTGGATTCGATG +CATTTATTTTCTCCACATCACTTGGTATATTATTATAAATTGCATAGTTCACCTTAGACT +TATCTAATAATACCTTTTCATCTTTATTTATTTCTTTTACAAATTCATATATATCAAAAT +AAGGTTTTATTATTGTATTCCCTTTATTTAACTCTGTTTTTATTTCATCAGTTAATTTAT +TTTCATCAATAAATAAGTATACATTATCTAAGGTAATCACTGCATACGAAAGAAGAACAG +GGTTATATTTTACATCTCTACCTCTTATATTAAATAACCACGCTATATCATCTAGTGCTG +CAATTATATGCATAGTTGATTTTTTTTCTTTCATAGCATCTCTTACTCTGCTTAATTTAC +TTACAAAATCTTCACCTACATACTTTATGTCTAATAAAAATCCTTCTGAATCTGACATAG +ATATTCTTTCCTTCCATATGCTATCTATTAAGTCTTCTTCATAGGCAATCTTTATATTTT +TATCTTTTAATGTTTCTCGTAATTTCTCCCCTTCATAAACAGAAATTACTTTTCCATCAA +ACCCTAGCGTAGAATTTTCTGGCATAACTTCTTTTAAATAATCTTCTATTTCAGGAACAC +CTTCTAATCCAGCTTTAAATAATTTTACACCACTATTTTCCAATTCCTTTTCAGCTTGTA +GGTAGTATCTACCATCCGTCCATAAACCACCATCATCTTTAGTTATAACAGCAGTTCCAG +CTGATCCTGTAAATCCAGTTATAAACTCTCTGCTTTTAAAGTACTCACCTACATATTCAC +TTTGATGAAAATCTGAAGATGGTATTATATAAGCATAAATTCCTTTTTCATCCATAATTT +TTCTTAACTGTTCAACTCTGTTTTTTATCATATGTATACTCCCTTTTCATTCTTAATAAA +AAAGATAATTTTTAATACCCTAATCTCAGTAACAACTTTCCAGTTTCTTACCTTTCATAA +GTAACGTACTTTATTAGTATATTGACGAAATTAGTAAAGATAATATTATGATAATATCTG +TATTTTACTTTTTTAATATTATATACTTATTTATTAATAATTAATATACTATATCTTTAT +CTCATATATATTTTATATTACTTCATAAAGTTCCTTTTTTGTTAAATACTTGTTATTCTT +AAATATTTGAGTTACTTGTACAGGAGAGTTTCCTAATACAAAAATATAATCAGCTAAGTA +TATAGCTTCATCTATATCATGAGTTACAAACAAAACGGTTCTACTTTCTTTATTTAAAAT +TTCTTTTAAACTATCCATTATTATTTTTTTATTTTTTACATCTATAGATTTAAATGGTTC +ATCCATTATTATTATTTTAGATGGATATATAAATGCTCTAGCTATATTTACTCTTTGTCT +AATCCCTCCACTTAGCATTTGAGGATAATTATTTTTATACTCCTCAATTCCTACTAATTT +TAGATACTTTTGACTAAGCGCTTCTACTTTTTCTTTATTATAATGCGTCTTTGCTACTAA +CTTTATATTTTCTTCTACTGTAAGCCAATCTATAAGCCTATCTTCTTGAAATATATAACT +TAATCCTATACTTTCTAAACTAGTGAAGTTATTACTATCATTAGGAATTATTCCACTTAT +AATATTTAAAATTGTACTTTTACCACATCCTGACTTTCCAACTATACAATTCACTTTATT +AACATAGAAATCTATATTAAAATTCTCATATACAGTTCGACCATCGTATCTCTTATTAAT +ATCTTTTATGCTTAAGATTATCTCTTCCATATAAATCCTCTCCTTAGAAGTGGTTTTTGG +CAATACTCTAGTAAAAATGAAATTATAACTACTATAAATATCCAAGCGAATATACCAGGC +GTATTAAAATTCATTTTTTCTAATTGTATTTGAGTTCCCATCCCATACTTAGGTTGACCA +TATACTTCTCCTGCTATAACAACCTTTAACGCTAGAGAAAAAGTAGAACCTAATATTGAT +ATTATCCTAAATTTAATAGAAGGAACATATATTTTTAATACTTTATTATTTAGGCCTATC +TTATATAAGTTAGCCATTTCTAATATCCCTTTATCTATACTTAAAATAGAATCTAATATA +CTTTCATATAAAATAGGAAACACCATAGCAAATCCCACTATAAAAGGTGCATTATCCTTA +TCAAACCATATTAAAGATAATACAATGACTATCATCGTAGGTATTGACTGAGTTATAACT +GTAATAGGCTTAAGGAAATTTCTAATAAATCTATTAATATAAGAAATAATTCCCAGAGTA +AGTGCTGCTACTATTGCAGTGAAAAAACTAAACAAACAACGGCTTATTGAAAAAATTACA +TCTAAGTAAAATCTAGATGAAAATATAATTTCTTTCATACTATACAAAACTTGATTTATT +GTCGGTAAGTAAATATCATTATCTATTTTCAAGGCTATAATTTGCCATAAAAGCAAGAGT +ACGACACATGAAAATGCCATCTCAATTTTATCTATTTGTTGATCTTTATTCTCCTTTATA +GAAAATCCCTTCATCCGGTAGCTTTCCTCCCACTGTCTTTGGCTCAAAGTCAAATAATTT +TTGATAATAATCGTCATACTCTTTTTGCATTTCTGATATTCTAACAAATTCTAAATTTGC +TCTTTCCATAGCTTTTTCTATTACTGTTGGTTCTGTACTTACACCAAACTCTTTAGCATA +AATACCTGCATCTTTTGAATTCTCATTTAACCATTTTATACCATTTGATATTTCTTCTGT +GAAACTTTTTACAAACTCTGGATTTTCCCTCGCAAAATCTGATTTTATTATTAAAGTTGA +TTGAGGATATCCTGTTTTTGAATCACTTATTTCTTTCCAAGCATCATTTAATCCTTTTAT +AATTTTAATATTTTCATTCTTTATCATCAAACCTGTCAAAGCTGGTTCTGCTACAAACCC +AGTATTTAATTTACCTGTTGCCATCAATGGTACTAATTCACTCATTGCATTTACATAATT +AAAATTTACATCTTTGGTATTTATATTTTTTTCTTTTAAAATTGTTTGTACAGTTATATC +TGGCGTTAATCCCTTACCTGTATTTCCAACTTCTTTTCCTAGTAAATCGTCAAAGTCATT +TATATCTTCACTAGACACTAAATAAAAAGATCCCATTCCTACAGTACCTAATATTTGATA +GTTAGAAGTTTTATTATATGCCATTGCAGCCATATTCGATGGAACAACAGCTATATCCGG +CTCCTGTTTCATTACTGTTGTTGAAAGCGAATCACTAGTTGCTTCTATAGAATACTCTAT +TTTATATCCTTTCATAACTTCTGGATCTTCTTTTGCAAGCTTAGCTAAAGATATCGCAGG +TAATCCATCTGGAGCTGTGACCTTTACATTCTTAATTTCAACTACTGGCTCTTCTTTAGT +CTGATTACATCCAACTAAAAGAGTTCCTCCTATAAGGATTGATAATAATAGAGTTATACT +TTTTTTCATTCTCCTGCCCCCTTTTAATTTTCTACATTATTCTGTTTTATTTTATAGTTC +TCTTATTTTATAAGATACTCCTTCCTTATATATAATTCAATTTAAATAAAAAAGGAATTA +TCTCGATCAAAGAATCTATTTATAAAGCTATTGCTTAATTATATAAATTTCTTCTATCGA +AATAATTCCTATCATATTTTTTATTTATTAATTAAACTCTATAATGCTACTATTAAGCCT +ACTACTAAAGCACTTAATAAGCTTACTAAAAATCCACCTATCATACCTCTAAAAGCAAGT +TGTGATAATTGATTTCTTTTTTCAGGACAAAATACTGATATTCCTGATATACATATACCT +ATGCTTGATATATTTGCAAATCCAGTTAAAGATATAGCTAACATAAGTCCTGTTCTATAG +TCTAGAGATTTTATGACTTCTCCTAGCTGACCGAATGCTACGAATTCATTTAAAACCAAT +TTAGTTCCTAGTAATTGGCCCGCAAGTGAAACATCATCTGGTGATATACCCATTAAAAAT +CCTATTGGAGCAAATATTACTGATAATATTTGTTCTAATGATAATCCAAATATACCTAAT +GCTCCATTAACTAGCGCTACTAAAGATATTATAGCTATAAGAGATGCTCCTATACCTAGT +ACCATATTTAGACCATCTGTAGCTCCCTGAGATATTGCAGATAAAATATTCGCATTATCT +CCTTTATTATCTATACTTACCTCTTGAACTATATTACCATCTAGATTTTTTTCTTCTGGC +AACATAAGCTTTGAAACTATTATACTGCCTAATGGTACTAATGCTCCACCTATTAATAAA +TACTGCATTGGTATTCCCATGCCTGCATATCCCATAAGAACACTTGCAGACATACTACCC +ATACCTGAAATTAAAACTAACATTATTTCACTTTTAGTCATATATTTTAAGTATTTGCTT +ACTAATATTGGAGATTCAGTCTGTCCTAAAAACATATTAGCAACAGCAACAAAACTCTCT +ACCTTAGAAGTGCCTAGTATCTTTCCTATAGCTCCACCAATTACCTTTACAACTGCTCCT +ATAACACCCATATAATATAATGCACCAACTAATGCTGATATGAATATTATATTACCTAAC +ACTTGTATTCCAAACACAACTCCAGTTGGAGCTCCTCCATCTGCTAGTGATCCAAATACA +AAGTCTAGTCCTTCACTTCCATAACTTAATATATTTGTTACAAAGTCAGACACCTTCTCT +AAAGCCATTTGCCCTAAAGGAAATTTTACTAATATAAATGCTATTATAAATTGTATTACT +AAAGCTTTTAATATCATTTTTTTATTGATATTTTTCTTATTCTCAGAGAATAAATATAAC +CCACTTAGCAAAACAACTATACCTAATGTGTTTAATAATATTGTCATTTGATTTACCCAT +TCCTCTTTATATTATTTTTTTATTTATGATTTACTATTATAACGTCTATACTCTTATCTT +TTCAACACTTTATGACATATTTCGATATGTTCTATTATTCTTTATATTCATAAAATATAC +TATAATTCGAATAAAATAAAAGCTATAGATCTTATATCTATAGCTTTTAAGTTTACTTAT +ATTTAATTTGATATATTTTCTATTTTGTATAAGGTATCGTAAATATAATTACAAATTACC +AACGTTACAAAACTACATACTATACTAAATAATAGTATTAAGCCTTGTAATAAAATCCCA +TTACTATATTGTATACTTAAAATACTAGTTCTTAATGTCATGTTCATTCCGTTTATTGAA +ATAGCTAAAATAACTCCATTTATTATACTTATTAAAATATTTTTATTTAAATAATGACTA +AACATTCCAGGAAAAACTCCTATTACACCATAAAAAAATAAAAATATTATGCTATGATAA +TAATCAGTGGATAGAATAAATAAAAATACTATTATATATGTCAAAAGACCTGTACTTGGC +GACTTTTTGCTTATTATATATATTGGAACTGTACTCAATACAATAAATAAAGTAAGTACA +TTTGAATAAAATTTAAGTATACACATAATTATAGCCATAGAAATTAAAAATATAGTCGAA +TATTTCTTTTCCATAATATCCCTCCATGAACTGTCATTTCATGTGCATTTTTATATAGTA +TAATATGTTATGCTAACTTAATCGGATACAAAAATAGTGTTTCAAATTGTATGACTTGAA +ACACTATTTTTATTATATATTTAATTCTATACTATTTATAAAAATATCTACTATTTCTGG +ATCAAATTGTGTCCCAGAACATCTTCTTAACTCTTTTATTGCATCTTCTTTTTTCATAGC +CTTTTTATACACTCTTTCATGTACCATAGCATCATAAGAATCTGCTACAGCTATAATTCG +AGAAAGTAACGGTATTTCTTCCTTTTTTAATCCTAACGGATATCCACTACCATCCCATTT +TTCATGGTGAGTAAGAACGTTCTTTGCTACACTTCCTAATTCACCTAATGAGTTAACTAT +TCTATATCCCTTTTCAACATGACTCTTCATTATTTCAAATTCTTCATCATTTAATTTACT +AGGTTTTAAGAGTATATCTTCTGGAATTCCTATTTTACCTATATCATGTAATTCTGCTGA +CAAAATTAATTCGTCTAAATCAGACGTTTTAAGGTTCATTTTTTTTCCAATTTCAGTTGC +ATATTCTACAACTCTAATTGTATGTCTATTCGTATCTGTATTTTTCGCCTTTAACAATTT +TCTATATGATTCTAATATAGAACTCCTTACACTTTTACTTTGTAATAATTTCTGTCTATA +TAGCTTATCCTCAACCTTCTTTATATAGTCATAAATATTATCATCTGGTGTATATCTTAC +AGTTTCTCCTAAAGCTACACTTAGTTGCATATAATCATAGTTAGACTTATTACAATTATT +TATTATTTTTTTCATAATTTTTTCACAATTAGATTCATCACATTTCGGAACTAGTATCAT +AAATTCGTCTCCGCCCCATCTAAATACATGTCCTTTTTCACTACATGAATCCTTCAGTAC +CTTAGCTATTTCCTTTAATAAAGTATCTCCCTCTAGATGTCCAAAAGTATCATTAATAAT +TCTTAATCCATTTACATCTCCCATGATAATTCCTAATGGATGATATTTTTCATGGTTTAA +TTCTTTCATTTTTTCTTCAAAGCTATATCTATTATAAAGACCTGTGAGCATATCTGTTTG +ACTTAGATATCTTAATTTTTCCTCTATTTTCTTCCTATCTGTAATATTCCTTGATAGACC +TACTACTCCCCATACATTTCCATCATTATTGATTACAGGTATCTTTAAGTTTTCTTCTAT +TACTTCTTGACCCAACTCATTTTTAAATTTACACTCAAAGTATTTAGTTTTTTTACTACA +AATAATTTCTTTATCTTGATCTATAAAAGTTTGGGCTACGTTGCTATCATCATAAATATC +TAAATCTGTTTTCCCTACTATATCTGCTATTCCTCTTTTTCTATAAAATTCTTCAAATGT +TTTATTATATCCTATAAATTTACTGTCTCTATCCTTATAAAAAATAGCTTCTGGAACTGA +ATCTATAATTGTTCTTAAAATATCTTTTTGATTATTAACTTCTATTTCTCTTTCTTTTCT +ATCATTTGTATCTATCAGTATCCCTGCGACCGCATTAAGATCTCCCTCTTTATCTATTAT +AGGAAACATATGACACTCCATATAATTACCGTTTACCATAGATTCACTTTTGTGAACTTT +TCTATCACTTATACATTGCTTTATTTGACTATCATATTCTTCTGATACGCTTACTTGAAA +CACTTCTTTATTTGTTTTACCCTTAACATCAGATAATTTTATATTAAATTTTTTTTCATA +TGATTTATTTAAAAATATTATCTTTGAATCTATACTTTCAATCCATACTGGTAATGGTAT +ATTTTCTAAAAATAACTTATATATTCCGTCTATATTAACACACCCTCCATCTTAAAACAT +TTCACTTCTCTATATATACAATGTTATTGACTATTTTATTATAATACCTCCATCAAATTT +ATACAATATTAGACAAATGATATAGTAAAAATTTCAAACTCTCAATTGCAGTCTTCAATA +TTAGATAATTAATGTTTATACGATATGTCATAATTTAATTCATTTTTATAATATTTAATG +CTAAAATAAAATTTACTTTGCTTGAACCAATACATAGGTGAAATATTTTAAGCGTAGTAG +TTGGTATTATAAAAATAGGTTGCGCTAAAATATATTTTTGCGCAACCTATTTTTTCTAAT +CAATTATTTCAAAATTCATTTTATATAATTCTATAACATTTTCTATTAATGAATTAATTG +TAGCTTTTCCAGTGCAATTAATTCTATTTGATACAACACTAGCTTTACCTAAATTAACAA +TTTCATCTATATCAAAATCTAATATTTGTTTTCTTCCTACATAAGTAAATCCTACTCCAA +TTACAGTAGCACCTTCCTTAATATCCCTTGCATCAACTAGATTTTGTCTCCCTACACAAG +ATATAATTATGTCTGCCATTTTAACTAAATCAGATAAGTTACTTGTTTTACTATTTGCAT +TTATTAAAGTTGCTCCTCTATTCATTAGCATGGCACATAATGGTTTACCTACATGATTAG +ATTTTCCTATAACTAATGCAACTTTACCTTCTATTTGTATATTATTATACTCAAGTAATG +ATATTACTCCTTTAGGAGTTGCAGGTGCTAGTAACCTATCATTACCTAAGTTAATTTCTC +CTATCCATTCCTTAGCAAAACCATCTGCATCTACAGTATAATCTATTAATTTCATAAGGT +ATTCTGTATCTAAATGTTTAAATGTAGGTAGTTGAAGAATTACTGGTATCTTTTCTTCGT +TACATTTATTTATTATTTTTTCTACATCATTGTTAGTACAATCTGCTTCTAATTTTATAG +CATTTACTTTTAATCCTGCTTTTTCCCCTTCTGTTATCTTTCCTTTTATATATCTTGCAT +TACCTTCATCATCTGAAGCATTTATTATTATAAACTCTGGCTTTCTATTTATCCTAGCCT +CTATTTTTTTAGTTTCTTCTTTAAACTTATGTATCTTATTCTCACACATTTCTATTGCAT +CTACTATTTTTGTCATAATTCATCTCCTAATTTCTTTATTTCTATTATAATATGTTTTCT +TTGCATTATAAATATTATGTTTATTAATTATACTATAAAATTTTCTATTTCAAATTTACA +CCTAAAAAAGACCTAACAATATATAAAGCTAAGTTCAGATTTATTTTGGTTTATAAAAAT +TTATTTATATTTTATTAATTTTGCTAATTCTATAACTATAGTAGAAATCAGTACTAACCA +TAAGCAAATCCTTAATTATGCAATTCTAAATACATTCGGTATTGAAAATATTTCTCTTAT +TCCTGGTATTAGTGTTATTCCATAAAATACAAAACACAATATATATGTAATATTTTTCCA +TGTAAATATACTCATATATTTTTTTTCTTGGATAAAAATATAGTAATAGATATATATAAT +CTATGTAAGCATTTTACATAATTATACATTCTTTATATTATCTACAATTGTATCCAATAT +TTTTTGTCGAATCATGTAGGAAAAATTAAGGAAAACATTGTTTTTTTTAAAAAAAGTATT +ATAATGGTATTTGTCGTTAAAAAACAAGTAATAATTCGTACAGTAATTTTTTAAACAAAG +AAAGGAATAACAATATGGAAAAGAAGAGTCTTCAAAAAAATCTTGGATTTGCCGCAGCTT +TATCAACAGTTGTTGGTATGGTTATCGGTGGTGGTGTGTTCTTCAAGCCACAAGCAGTAT +TTACATTAACAGGTGGAGCACCTGGTCTTGGTATGATAGCTTGGATAGTAGCTGGTATAG +TTACAATAACAGCTGGTCTAACAGCTGCTGAAGTTTCGGCTGCTATACCTAAAACTGGTG +GTATGATGGTTTACATCGAAGAGATATATGGTAAAAGATTAGGGTTCTTAACAGGATGGA +TGCAATGTGTTCTATTCTTCCCAGCTACTATAGCTGCAATATCAGTTATGTTTGGTCAAC +AATCTGCAATATTACTTGGGCAAGCTGATAATCAAGCATTAGTTATATGTTTAACTGCCG +GTGTAATATTATTTATAGGATTTATAAACTCATTTGGTTCTAAAACAAGTGGTGTTATAC +AAACAGTATCAACTATATGTAAATTAATACCTCTTGTATTAATAATAGGATTTGGATTAA +TTAAAGGAAATTCATCTAACCCAATATTCACTCCACTTGTAGGAGAAGGTGTTAGCCCAG +GTGGTGTTTTCGGTCAATTATTAATAGCAATATTATTTGCTTATGATGGATGGATAAATG +TTGGTGCTATTGCTGGAGAAATGAAGGATCCTGGAAAAGATCTACCAAAAGCAATAGTTG +GTGGTTTATCATTAGTTATGGCTGTGTACGTTGTTATAAACGTAGCTTATTTATTTGTAT +TACCTGCTGATCAATTAGCTCAATTTGCTTCTCCTGCTTCAGCTGTTGCAGAAGTATTAT +TTGGTAAAATAGGTGGACAAATAATAACTATAGGTATATTAATATCAGTATTTGGTTGTA +TAAATGGTTACTTATTAACAGGACCAAGAATACTTTATACATTAGCACAACAAAAAACTT +TACCAGGATATAAATTTATAGGTGCATTAAATAAGAATGATGTTCCTGCTAATTCAACAA +TGATAATGGCTGTTATATCTGCATTATATGCATTATCTGGACAATTCAACTTATTAAGTG +ACTTATCTATGTTCGCAGTATGGTCATTCTATGTATTAACATTTGCTGGAGTTATAAAAT +TAAGAAAAACTCATCCAAATATGAATAGACCTTATAAGGTTCCTCTATATCCATTTATAC +CATTAGTGGCTATATGTGGTGGATTATTCGTTGTAATAAATCAATTATTCTTTGCTGGAA +TGACAAATACTTTAATGTCTATAGGTGGTGTTATAGTAACTATTATAGGTTTACCAATAT +ACAACTATATGGCTAAGGAAAATAATTCTGATTTAAATGATGTTGCTTAATAATTAATCT +ATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAATAGAC +CAATAGTGACTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGCTAAAA +AGTCATTTTTACCCATTAATTTATTTATAAGAAAAGAAATGTTATGAGCTAAAACTTTTA +TTGAAGTTCTAGTTATAAATCCTAGCATAGATTTACTC +>MGYG000000001_46 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAAACCTGTGGGTACCTTTTTTGGCTAAATAGCAATGAATATAGGTGACGAAAT +TTGTATTTTATTGACTATTTAAATTAACATATGGTATTATAAAATGATGTATTTATAAAG +AAAAGTGGTGATTACAAGATGGAAGTAAATGTAAAGAAAAGTAATAATGTTATAAGTAAA +GTATACAAAGGAAGTATAGCTGATGAAATTGGTATTGAAGTTGGAGACTTACTTATAAGC +ATAAATGAGCAAGAAATACATGATATAATAGAATATAAATTCTTAATGAGTGATGAATAT +ATAGAATTAGAAATACAAAAGATAAATGGTCAAATTTATATTTATGAAATAGAAAAAGAG +TATGATGATGACTTAGGGATTGAATTTACGAATCCAATTATTGATAAAGCTAAGAGTTGC +AGAAATAAATGTGTATTCTGCTTTATAGATCAGCTTCCAAAAGGTATGAGAGAAACTCTT +TACTTTAAAGATGATGATTCAAGACTTTCATTCTTACAAGGTAACTTTGTAACTCTAACA +AATATGAGTGAAGAAGATATAAATAATATAATTAAATATAGAATAAGCCCTATAAATATT +TCTGTACATACAACTAATCCAGAATTAAGACAGAAAATGATAAAGAACAAGTTTGCAGGT +AAATTATATGAGATAATGAAGAGGCTTGCTGAGGCAGGAATACAGATGAACTGTCAAATA +GTTTTATGTCCTGGATATAATGATAAAGAAGAATTAACAAGAACTATTTCTGATTTAGAA +ACTTTATATCCTTACGTAAATAGTGCTGCAATAGTACCTGTAGGTATAACTAAGCATAGA +GGTCACCTTCCAGACTTAGAGATATTTAATGAAAAGACTGCAGGGGAGACTATTGATCAG +ATTCATGAATTACAAAGGTATTATTTGGATAAAATAGGAACAAGGTTTGCCTTTTTATCA +GATGAATTTTACATAATTGCTAATAGAGAATTATTAAAATACGATGAGTACGAAGGATTT +ATTCAGTTTGAAAATGGTGTAGGTATGATAAGTAAGCTAGAAAGAGAAATTCAAGATTAT +TTAGCAGAAATACCACAAGATCAAATTACTAGAAAGAAAAAAGTTTCTATCGCAACAGGT +CATTCTGCATATGAATTTATAAAAGATATGGCAGAGTTAGTTATGAATAAATTTAATAAT +GTAGAAATTAATGTTTATAAAATAATAAATAATTTCTTTGGAGAAACAATAACTGTTGCT +GGCCTTATAACTGCAACAGATATAATAGATCAGTTAAAAGGAAAAGACTTAGGAGAAACT +TTATATATACCAAGAGCAATGCTTAAAGCAGATGAAGAGATATTCCTTGATAATATAACT +TTAGAAGGTATACAAGAACAAATGAATATAGAAGTTATTCCGTGTGAAAACAATGGGAAG +GACTTTATAGATAAGATTTTAAAATAAGGAAGGAGATTATTATGAGTGATAATAGACCGA +TAGTTGCAGTAGTTGGTAGACCAAACGTTGGTAAATCAACACTGTTTAATAAATTAGCAG +GAAAAAGAATATCTATAGTAGAAGATACTCCAGGAGTAACGAGAGATAGAATATTCACAG +AGGTAGAGTGGTTAAATACATACTTTACATTAGTAGATACAGGAGGTATAGAGCCAGACA +ATGGAGATGTAATATTATCTCAAATGAGAAATCAAGCAATGCTTGCAATGGATATGGCTC +ATGTTATTCTTTTTGTAGTTGATGGAAAGTCAGGAATAACAGCTGCTGATAAAGAAGTAG +CTACAATGCTTAGAAAAACTAAGAAACCAGTTATCTTAGTTGTTAACAAAATAGATAGTC +AAAAACAATTTGATAATGTATATGATTTCTATGAATTAGGACTTGGAAACCTACATGCAA +TATCAAGTGCCAATGGAATGGGACTTGGTGATTTATTAGATGAAGTAGTTGAGAATTTCC +CTAAAGGATTAAATACTGAGTATAGCGAAGATATAATAAGAGTAGCTATAACTGGTAAGC +CTAATGCAGGAAAGAGTTCTATATTAAATAACATATTAGGTGAAGAGAGAGTTATAGTAA +GTCCGATAGCTGGAACTACTAGAGATGCTGTAGATACATATTTCGAAAAAGATGGGCAAC +AATTCCTTCTTATAGATACAGCAGGTTTAAGAAGAAAAAGCAAAATATATGAAACTGTAG +AAAAGTATAGTGTAATAAGATCTATGAGTGCAGTAGATAGAGCTGACGTAGTATTAATAG +TAATAGATGCACAAGAAGGAATTACTGAGCAAGATACAAAGGTTGCAGGTATAGCTCATG +ATGAAGGTAAGGCATGTATATTTGTAGTTAACAAATGGGATTTAATAGAAAAAGATAATA +AAACCTTAGGTAACTACACAAAAGAAATAAAAGAAAAATTCCCATTCATGATGTATGCAC +CAGTACTATTTGTTTCTGCTAAAACTAATCAAAGAATGAACAAAATTTTAGAAACAGTGG +AATATGTAGCAAGTGAACATGCTAAGAGAATATCTACTTCAGCATTAAATGATGTTATCG +GTGAGGCAGTAATGTTAAATCAACCACCATCAGATAAAGGTAAGAGATTAAAAATTTACT +ATGCTTCTCAAACGGATATAAAACCACCTAAAATTACATTATTTATAAATGATAAACAAC +TTACTCACTTCTCATACCAAAGGTATCTTGAAAATAAAATAAGAGAGAACTTTGGATTTG +AAGGAACTTCTGTTAGATTTGAATATAGAGAGAAGAACAGAAGATAATAATTTTTCCAGG +GGGTAAATATGATTAGCTATATTATTTTAATTATAATTGCTTATCTTTTAGGTAATATAT +CAACATCTACTATAGTAGCAAAAAGAATGTATAATGTTGATATAAGAACTCAAGGTTCTG +GAAATCCAGGGTCTACAAATGTACTAAGAACGCTTGGAAAAAAAGCAGGAGCGATAACTT +TTGCAGGCGATTTACTAAAAGGATTAGTAGCAGTATTAATAGCTAGAATGATATCTAGAT +TTACAGGTGTAGATGAAACTACAGCTGCATATTTAGCAGTAGTAGCAGTAGTAGCAGGTC +ATAACTGGCCAGTATTCTTAGGATTTAAAGGTGGAAAAGGAGTAGCAACATCATTAGGTG +CTATGATAGGTATGAATCCAATTATTGCATTAACTTGTTTTGGTATATTCTTAGTTATAG +TTTTTATTACTAAGTATGTATCATTAGGTTCAGTTGTTGGGATTGCATCATCTCCTTTAT +TTATGATAGCTACAAGCAATAAAAAAGGAATTTTAGTTACATTATTTCTAACAGCATCAG +CAATATACACTCATAGAGAAAATATAAAAAGACTGTTAAATGGAACTGAAAGAAAAATTG +GTCAAAAAAACAAATAAATTAAGTGTATCCTAGGTGGTGTTTTTATGAAAAAAATATGTG +TATTAGGAGCTGGAAGTTGGGGAAGTGCATTAGCTTTGAGCCTTGCGAAAAAAGGTTATA +ATGTGATGATGTGGACTTTAAGCCAAGGACAAGCAGATAAAATAAATACAACAAAAGAAA +ATATAGATTATTTACCAGGAGTATTATTTCCAAATAATATAAAACTAACTACAAATATAG +AAGAAGCTGTTAGTGATAGTAGACTAATAATATTAGCAGTACCATCGCAGGCTATAAGAA +GTGTTTGCAAACAAATAAAAGAATTTGTTAAACCTAATCAAATACTAGTAGATGTAGCGA +AAGGACTAGAAAAAGGAACTGGATTTAGGCTTTCACAAGTTTGTGAGGAAGAATTACCAG +ATAATCCTTATGTAGCTTTATCAGGTCCATCTCATGCAGAAGAGGTTGCTAAAGATATAC +CGACAACATTAGTTGTAGCATCAGAAAACTTAGAAATTGCTCAAGAAGTGCAAGATATAT +TTATGAGCCCTAAGCTTAGAGTTTATACAAATCCTGATCTAACAGGAGTTGAGCTTGGAG +GTGCACTTAAAAATATAATTGCATTTGGAGCAGGTATATGTGATGGATTAGGTTATGGTG +ATAATACAAAGGCGGCTCTTATGACTAGAGGAATAAGAGAAATTGCAAGACTAGGGACAG +CTTTGGGTGCTGACGTTAATACATTCTCTGGGCTTTCAGGTATAGGTGATTTAATTGTTA +CTTGTACAAGTATGCATAGTAGAAATAGAAGAGCAGGTATTTTAATAGGTCAAGGCAAAA +GTCTTGATGAAACTTTAAAAGAAGTTAAAATGGTAGTTGAAGGAATAACAGCTATAGAAG +TTGCTTATGAAGTTTCTAAAAAGATGAATATAGAGATGCCTATAACTAGCGCTATATACT +CAGTATTACATGAGGGTAAAAATGCAAATGAAGTTGTAGTTAATCTTATGATGAGAAGTA +AAAAGCATGAAATAGAAGAAATAGTAGATGAAAAGCTAGGATTTTAATCCTAGTTTTTTT +ATATCTAGGAAAATATAATAAATAGATATGTGATAAAAGGAGGCTAGTATATAAGCCATT +CTATGATGGATTTATTTGCTTATATTATGTTTTAATAAAAGTAAAATATTTATTTTTGGT +ATATTAACTTTTACCTCAAAATATAATTTATTAAGAAATTATATGCAGGAGGGGAAATAG +ATGAATAACATATACGAAGACATAGCAAAAAGAACTCAAGGTGACATTTATATAGGTGTG +GTAGGTCCAGTAAGAACAGGTAAATCTACATTTATAAGAAAATTTATGGAAAAACTTGTG +TTACCTAATATAGACAATGAGTTCAAAAGAGAGAGAACTCAAGATGAGATACCACAAAGT +GGATCTGGTAAAACAATAATGACAGTTGAACCAAAATTTGTTCCAGCAGATGGTGTTGAA +ATAAAGATAAAGGATAATGTATCTTTAAAAGTCAGAATGGTTGACTGCGTAGGGTACATA +GTTGAAGGGGCTCTTGGCCATGAAGAAGATGGAAAACAAAGATTAGTATCTACACCATGG +TCACAAGAAGCTATGACATTTGAAAAAGCTGCAGAAATAGGAACTAAAAAAGTTATAAGA +GACCATTCAACAATAGGTATTGTAGTTATAACTGATGGATCTGTAACTGGAATGGATAGA +AATAGTTATGTTGTGCCAGAAGAAAGAGTAATAAATGAATTAAAATCACTTAAAAAGCCA +TTTGTAGTTATATTAAATACAATAAATCCAAATAGTGAAGAAACTGAACTACTTAGAGCT +GAATTAGAAGAAAAATATGAAGTACCTATAGTTCCTGTGAATGTTGTAGATATGGAAGAG +GAAGATATTGAAAACGTAATGGAAACAGTATTATATGATTTCCCATTAACAGAAATAAGA +ATAAACTTACCACAATGGGTGGAAGGCTTAGAAATGAATCATTGGATTAAAAATAATATT +ATATTTACATTAAAACAAAGTATAGCAGAAATAGGTAAAATAAGGGATGTTAATAAGATT +GTAGAAGGTTTCTCAGATTTAGACTTTTTACAAGATACAGAGGTTGATAATGTAGAATTA +GGTGAAGGTGTAATTACTATAGATTTAAGTACAAAACAAGAATTATTCTACAACATACTA +GAAGAAAAGAGTGGATTTAAAATTGATGGAGACTATCAATTATTAAACCTAGTAACAAGA +TTATCTAAGGTGAAAAATGAGTATGATAAGATAGAAAGTGCTTTATATGATGCTAAGACA +AAAGGTTATGGTGTAGTAGCACCATCACTAGACGAGTTAAGCCTAGAGGAACCTGAAATA +ATTAAACAAGGAAAACAATATGGTGTGAAATTAAGAGCAAATGCACCATCTCTTCATATA +ATAAAAGCGGACATATCTACGGAAGTTTCACCTATAGTAGGAAATCAAAATCAAGGTGAA +GAAATGGTTAAATATTTATTAGATGAATTTGAACAAAATCCAAGTGAAATTTGGGAATCT +AATATGTTTGGTAAATCATTGAATGATTTAGTTAAAGAACAATTACAAAGTAAATTATAT +ACAATGCCTGAAGAAATAAGAGTTAAGATTCAAAAAACTCTACAAAAAATAATAAATGAA +GGAAGTATGAATATAATTACTATTTTATTATAATGATTACATGAATTAATAAGTATATTT +GTCATATTCAAGATATAAAATAATACTTTCTTTATACGTGGAAATAGTTCTTAATTTTTT +AAGAACTATTTTTATTTGTGAAACTTGCAGCCAATGAGTGAGGTATTGTATATAACTCGA +TTGAAATGAGAATTTAGAAAATAATAGGGGGAGTATAATGAGGGCAATTATAACTGTAAT +AGGTAAAGATAAGGTGGGGATTGTAGCTGGAATTAGCGCAGAGTTATTAAATCATGACAT +AAATATTATTGATATTAATCAGACAATAATGGAAGAATTTTTTACTATGATTTTAATGGT +GGACTTGTCGAAATCTAAGAAGTCTTTTGAGGAAATAAAAAAAGGGTTAACCTTAAGAGG +TAATAACTTAGGCGTTGACGTTAAAATCCAAAGAGAAGAGATCTTTAATTCGATGCATAC +TTTATAGCAGGGGGAAAAATGAATATAAATAATATATTAGAAACAATAAGAATGATAGAG +GAAGAAAAATTAGACATAAGAACTATTACTATGGGAATATCGTTGATAGATTGCATTGAT +TCAGATGGAGATAGATGTAGAGAAAAAATATATAACAAGATTGTGAGTTCTGCTAAGGAT +TTAGTAAAGGTAGGAAGGGAGATAGAAAATGAATTTGGAATTCCTATTGTAAATAAAAGA +GTATCAGTAACACCAATATCTATAATAGCAGGTGCTACTGATGAATATGATTACATAAAG +TTTGCACAAACTCTAGATAAAGCAGCTCAAGATTTAGGAATTGATTTCATTGGGGGATTT +TCAGCATTAGTACAAAAAGGATATACAAAAGGGGATAAAATAGTAATAAAATCTATTCCA +AAAGCTTTGGCACTAACTGAAAAAGTATGTGCATCAGTTAACGTAGGTTCAACAAAATGT +GGATTAAATATGGATGCTATAAAAGAAATGGGGACTATAATAAAAGAAACTGCAGAGTTG +ACTAAAGAATCAAAGGGATTTGGATGTGCTAAATTAGTAGTATTTTGTAACGCAGTAGAA +AATAATCCATTTATGGCAGGTGCATTTCATGGTATAGGTGAAGATGATAAAGTTATTAAT +GTGGGAGTCAGTGGTCCTGGTGTAGTGCAAAGGGCTTTAGAAAAGGTAAAAGGTCAACCA +TTTGATGTAGTAGCAGATACTATAAAGAATACTGCATTTAAGGTCACTCGAATGGGGCAA +CTAGTTGGATATGAAGCATCTAAGAGGCTTGGAGTTCCATTTGGTATAGTTGATTTATCA +TTAGCTCCAACTCCTGCTGTAGGTGATTCTGTAGCTGATATACTAGAAGAAATGGGATTG +GAAGCTGTAGGTACTCATGGTACTACGGCTGCCTTAGCATTATTAAATGATGCTGTAAAA +AAAGGTGGAGTTATGGCTTGTTCAAGGGTAGGAGGACTAAGTGGTGCATTTATACCAGTA +TCTGAAGATGCAGGTATGATAAATGCTGTATTAAGAGAGTCCTTAAATTTAGAAAAATTA +GAGGCTATGACGGCTGTATGCTCTGTTGGACTAGATATGATAGCTGTAAGTGGAGACACA +TCTTCAGAAACTATAAGTGCAATGATAGCTGATGAGGCTGCTATAGGCATGATAAATAAT +AAAACGACAGCAGTTAGGGTAATTCCAGCGCCTGGTTGTAAAGTTGGTGATATGGTTGAA +TTTGGAGGATTATTAGGAAGAGCTCCTGTTATGGAAGTTAATAAATATTCTTCTGAATTA +TTTATAAAAAGAGGTGGAAAAATACCTGCACCAATTCATTCTTTCAAAAACTAACAAAAA +GCTCCTTTTAAGAAGCTTTTTATAATTAAAAGAAAAATAATATAATTAACTAAGTTTTAA +AATGAAAATTTAAACAATAAATATATGCATAAATAAAAGGAAAATTAGCTCCTGTAGAGA +AGTAATATAAAAGGTTTCAATATATATAGGAGGTGAAATCTTGAAGAAAATAAGATACTC +CAATTTATTTATTTTAGGGATATTTATCTACATAATATTTTATGCTATATCGTCAATTGT +TGGTAAGAATATACATACAAAAGTGTTAGAAAATGAAATGACAGATATGAAAATAAGCAG +AAAATGTCTTATTGTAAGAGATGAATATTTATTAAAATCAGATACAAATGGAGAAGTAAA +TCTATTAGTTGATGAAGGCGAAAGAGTAACAAAGTTACAAGAGGTTGCCAATGTATATAA +CAATGTAGACCGTAATATTGATGCTAATATAAGTAGTTTAGATGAGGAAATAGAAAAATT +AAAAAATGGAGAAGTTAATTTATCTAAAAATGAAATAAGCAACTTTAATGAAAAAATAGA +ATTTGTATTTAATGAAATACAGGTAGATTTATTAGTAAGTGATTATAGTAATATTAAAGA +ATATAAAGAAACCTTAGACAACTATTTGAGTGATAAAAATAAATTATTAAATAATGGTAT +CGATAGTGTCAAATTGGCTTCTAAAGAAGAACAAAAAAAGATTTTAGAAAAACAAAGGTC +AAGTAATGTTGCAACATATTATTCTAGTATGGCTGGAATAATCTCATTTAAATTTGATGG +AAATGAAGAAAAATATAATTTTAGTAATTTAGATGAAATAACTAAATCAGATATTGAAAA +AGAAAATAACAAATACGAAGATGTAAGTAGTAACTTAAAAGAAGTAAAAGATGGTAGCGT +GTTGTTAAGGATTATTAATAATTATGATGCTTATATAGTAACTTACGTAAGTGAAGATGA +ATCTAAAAACTTTGAAGAAAATCAGTCTATAAAATTAGATAGTGGTGATAATGAAATAGA +AGCAACTGTATATAAAGTCTATGAGGAGAATGATAATTTTATAGCAATATTTAAAATAAA +TAATCAAAATATGGGAATTTATGATACAAGAGTTAAAGAATTTGATATAATATATAAGCA +AATAGAAGGTTTAAAAATACCTAAAAGTTCTATAAAAATAGTCGATAATAAGGAAGGTGT +ATATGTAATAAATGAAGAAAATAAAACACCGACATTTGTTGAACTAAAAGGAATTGAATA +TGAAGATGATAGCTTTAAATATATAAACTATTATAAAAATAATATTGATGGAATTAATAC +TGTTGACTTGTATGATAAAATTATTTTAAAACCTAATATTATAAATACAAAAATGAAAAT +AGAGTAGGTGGTAATATGGAATTTATTAAAGAAAATATACAAGTTATAAATGAGAATATA +GAAAGAGCAGCATTAAACTCAAGTAGAAAAAAAGAAGATATTACCTTATTAGGAGTTACA +AAAACTGTAGATACGGATGCAATTTTAGAGGCTATAAATTGTGGTATTACAGATGTTGGT +GAGAATAAACCTCAAGAGTTAGCTAGAAAATACGATGTTATTGGAGACAAAGTAAGATGG +CATTTAATTGGAACATTGCAGACAAATAAAGTAAAGTATATAATAGATAAGGTATCAATG +ATACATTCTTTAGATAGAGAAGCACTTTGTGAAGAAATACAAAAGCGTGCAGAAAAAATA +GATAAAACTATAGATTGCTTGGTTCAAGTAAATATCTCTAAAGAGGAAAGCAAACATGGA +TTAGATAAAGAGAATGTTGTTGAATTTATAAAAAATACATCTAAAAAGTATAAAAATATT +AATATAAAAGGTCTTATGACTATGGCACCTTTTTCAGCAGATGAGAATGAGATAAGAAAT +GTATTTAAAGGGCTTAAAGATTTATCTTTAGAAATAAAAAATCTTAATATAAAAGGTGTA +TCCATGGATGTATTATCTATGGGAATGAGCAATGATTATGAAATTGCTATAGAAGAAGGC +TCTACGATTGTTAGAGTTGGGACATCTATATTTGGAAAAAGGAATTATTAATATTTAAGA +ATAATAAATTTAGGAGGACTATAAAAATGGGCGATGGATTAATTTCTAAAATAAAGGATT +GGGTAACTAGTCCAGATGAAGAATATGAAGATGATTACATGGAAGATGAAGTTGATGAAT +TAGTAGGAGAAATAGAAGATGAAGATGATATAACTGCAGGATTTGATTCAATAAACGCTT +CTAAAAGTAATAAAATAGTTAGTTTACATACAGTAAGTCAAATGAAAGTTGTAATAGTAG +AACCTAAGAAATATGAAGATGTTACAACAATAGCAGATCATTTAAAACAAAGAAGAGCAT +TAGTAGTTAACTTAGATAGTGTAGAAAAAAATGAAGATAAAAAGGCTATATTCAATTTTA +TGAATGGAGCTGTATATGTTTTAGAAGGAAATATACAAAAAATAACTAAGTCGATATTTA +TATTAGCACCAAGCAATGTTGATATTGATTCTTCAGTAAAAAAGGAATTAGAGAGTAGAA +CGACATTTCCTTGGCAAAAATAAATGATAAAGGAGTTTTAGGAACATGGGTATAATAGGA +ATGGCACTGTATAGACTATTAGACTTACTAATATTTTTAATATTTGTACAATGTATAATG +ACTTGGATTCCTGGAGCAACGCAAACAAAATTATATGATATGCTTTCGTCAATAACAGAC +CCGATAGAAGATCCGATTAGATCTGTTTTGTATAGATATTTAAATTCACCACTTGATTTT +ACACCGATAATAGCTTTTTTTCTAATAAGATTAGCACAAAGAGCTGTTTTAATGATTTTC +TGGTAAGATGGACAAGTTAAGACTGACTAATCACTTAAAAGATATTGATTTAAAAAATAA +GATGTATCAAATAATCGACAAAGCAAATAGCTGTATGAGAAACTATGATGTGAAATGTAG +CGATTTTCTAAATCCGTATGAAGTAAAAAATGCTATAGATATATTAAATTCTAACAAGGA +TATAAAATATACTGTAGATGGAGGATACGATGAAGCAGAAAGAAGCGTCATATTTATGTA +TCCTTTTTATATGGAGTATGAAGACATAGAAAATACTCTGAGGTTTATTCAGATAGAAGG +CAATTTTAAATTTAAGAGTATATCTCATAAAGATTATTTAGGTTCTCTTATGAATTTAGG +TATAAAAAGAGAAAAAGTTGGAGACATAATTATACATGAGAATTTCTGTCAAGTAATAGT +TAGTTCAGATATATGTGATTTTATAATTATGAATTTAGAAAAAGTATCTAGAAATAATGT +AAGGGTTAAAGAGATTTCTAAAGAAGAAGTCATATATAATCCACCTAATTATAAAGATAT +ATCTTTTACTATAACTTCAAGTAGGTTAGATTGTGTTATAAGTGGTCTTTATAATATATC +TAGACAAGAAAGTATGAAGTTTATTAATGGAGAAAAAGTTCAAGTTAATTATGAAAAAAT +AACATCTCCATCTAGAGAAATAAAGGATGAAGCTCTAATTTCAGTAAGAGGAAAAGGAAG +AGCTAAAATTATCAACATTGGTGAATTAACTAAGAAGGGTAAGATAAAGATACAAGCAAA +GTTAATAGTATAGGAGGGAATATATGCTAACTCCAATTGATATAGAAAATAAGGATTTTA +AAAAAGCTTTAAGAGGATACAAAGAAGATGATGTTGATGAATTTTTAGATATGGTTAAAG +AAGATTTTGAAACATTATATAGAGAAAACTTAGATCTTAAAGAAAAATTAAACTTATATC +AGGAACAAGTAAGCAGATATAAAAGTATAGAAGAAACTTTAAATGCAACTTTAATTACAG +CGCAAAGTACAGCTGAAGATACATGTGCAGCTGCAAATAAAAAAGCTAAAATAATAGTTG +AAGAAGCTGACTTAAAAGCAAGACAAATAATAGAACAAGGTAATAACCGTGTTATAGAAA +TAAGAAAAGAACATGATTCTTTAGTTAAAGAGTTCAAAGTATTTAGAAATAAATTTAAAT +CTCTTTTAGAAGATGAAATTAGAAGTATTGATGAAATATTCTCTAATGTGGATGAAAATT +GCAATGAACCATTTAATAACACTATGATTTACAATTTAGAAAACCATGGTGATGAACAAA +AAGAGATAGCTACAACAATTGACTAATAAATAAATTAAATAATCAGAATATAAAACATTG +ACTATTTTATAGACTTATTATATAATTTTTTATTATAAAATCAATTTAAATGAAAGTTAA +TAATTATCTAAAAGCAATGATAGAGAGAGTAAATTTTCGGAAGTTTTACAGAGAGTTGGG +TTTGCTGAGAACCAATGAATAGAAGAAAATTGAAAATCACTCTTAAGCTGCAGGCTGAAC +GATAGAAATATTTATTAAGCTGTGCCGGTTAGTGCCGTTAAACTATTTAGAGTGCTATAT +ATAAATTAGATTTATTATATATAGAATTAGGGTGGTAACGCGATAACAACTCGTCCCTTT +TATAGGGGACGGGTTTTTTTGTTGTATTCTGTTTTAGGATACAGTTTTTAGATAACAATG +TTAAATAGTAAAATTAATACAATCATTTTTAGAAAGGGTGATAATATGACAAAGTTTAAG +TCATTAGTAGACAGTTCTGTAAAAGATGCAGAAGCAAAAGTCTCTGAGTATTGGAAAGAT +ATAAACATACTTGAAAGAACACTAGAAAAAGGTGAAAATGATCCAAGCTTCGTATTCTAT +GAAGGTCCTCCAACAGCAAATGGTAACCCAGGAATACATCACGTTGTAGCTAGAACATTA +AAAGACTGGGTATGTAGATATAAGACAATGAGTGGGTATCAAGTAAGAAGAAAAGCTGGT +TGGGATACTCATGGTTTGCCAGTTGAAATACAAGTAGAAAAAGAGTTAGGCCTTTCAGAT +AAGCAAGAAATAGAGAATTACGGTATAGCAAACTTCAACCAAAAATGTAGAGAGTCCGTT +TTTACATATGAAAAGCAATGGAGAAATATGACTGAAAGAATGGCTTATGAAACAGATTTA +GATAATCCATATATAACTCTAGATAATAATTATATAGAATCTGTATGGTGGATACTAGAT +AAATTTAACAAAGAAAACTATATATATGAAGGACATAAAATACTTCCTTACTGCCCAAGA +TGTGGAACAGGTCTTGCTTCACATGAGGTTGCACAAGGATATAAAGAAATAAAGAATAAT +ACTGTAATAGCTAAGTTCAAGAGAAAAGATGCTGATGAATTTTTCTTAGCATGGACAACT +ACTCCTTGGACATTACCATCAAACGTTGCATTAACAGTAGGTCCAGAAGTTGACTATGTT +AAAGTTAAGCAAAATGATGAAGTATACTATGTAGCTAAAGCTTTAGCTAATAAGGTATTA +GGGGAAGAGTATGAAGTATTAGAAGAAATGAAAGGTAAAGATTTAGAACATATAGAATAT +GAACAATTAATGCCTTTCGTTGAAACTGACAAAAAAGCATTCTTCGTTACATTAGGAGAT +TACGTAACAACTGAAGACGGTACAGGTATAGTTCATACTGCACCAGCATTCGGTGAAGAC +GACTACAACTTAGGTAGAAAATATAACTTACCAGTTCTTCAACCAGTTGATGAAACAGGT +AAATTTACAACTACTCCATGGCAAGGCAAATTCGTTATGGAAGATGGAGTAGACGTTGAA +ATAATAAAATGGTTAGCTCATGAAAATAAATTATTCTCTAAAGAAAAGGTAGCTCATAAC +TACCCACACTGTTGGAGATGTCAAACTCCATTATTATACTATGCTAAGCCAAGTTGGTAT +ATAGAAATGACAAGACTTAAGGATCAATTAATAGAAAATAATAACTCTGTTGATTGGTAT +CCAAAGTTTGTTGGAGAAGGTAGATTTGGTAACTGGTTAGAAAACTTAAATGACTGGGCT +ATATCAAGAAGTAGATACTGGGGTACTCCACTTAACATATGGAAATGTGAATGTGGTCAC +AAAGAGTCTGTAGGCTCAAGAGCTGAACTTGCTGAAAAAGCAATAGAAGATGTAAATCCA +GAAACAGTTGAACTTCATAGACCATATGTTGATGATATACATTTAAAATGTGATTGTTGT +GGAGAATCAATGACAAGAGTAACTGATGTTATAGACTGTTGGTTCGATAGTGGATCAATG +CCATTTGCTCAACATCACTATCCATTTGAAAACAAAGAAAACTTTGACCAATTATTCCCA +GCAGATTATATCTGTGAAGGTATAGATCAAACTAGAGGATGGTTCTACTCATTACTTGCT +ATATCTACATTCGTAACAGGTAAAGCACCATACAAGAAAGTATTAGTTAATGACTTAGTT +CTTGATAAAGATGGAAAGAAAATGAGTAAGTCAAGAGGAAATACTGTAAATCCATTTGAA +TTATTCGATAAATACGGAGCAGATGCATTAAGATGGTACTTATTATACGTATCTCCACCA +TGGACTCCGATAAGATTTGATGAAGATGGATTAAAAGAAGTACAAAGTAAGTTCTTAGGA +ACTATGAAAAATGTATATAACTTCTTCACATTATATGCAAATACTGATGATATAAACCCA +ACTGACTTCTTTGTTGAGTACAAAGATAGACCAGAATTAGATAGATGGATATTATCTAAG +TTTAACAACTTAAAGAAAGAAACAGAAGAAAACTTAGAAATATTCGAAGTAAATAAAACT +ATAAGAAGAATACAAGCATTCATCAACGATGACTTATCTAACTGGTATATAAGACGTTCA +AGAAGAAGATTCTGGGCGACTGAATTAACAGAAGATAAGAAAGCTGTATATAATACAACT +TATGAAATATTAACAGAACTTTGTAGATTAATAGCTCCATTCGCTCCATACATGTCTGAA +GAAATGTATAGAAACTTAACTAATGAAGAATCTGTTCATTTAGCTAGCTATCCAAGAGCA +GATGTAAGTTTAATAGATACTAAATTAGAAGAAAAGATGGATTTAGCTAAAAACTTAGTT +ACATTAGGTAGAGCATCAAGAGAAGCAGCAAGAATAAAAGTACGTCAACCAATACAAGAA +GTATATGTAGACGGAAAATATGAAGCTATACTTAGTGATATAGTTGATTTAATAAAAGAG +GAGCTTAATGTTAAGAAAGTTGTATTTGCTAAAGATTTAGGTGAATTCATGAACTTTAGT +TTAAAGCCAAACTTCAAAGTATTAGGTCCAATATTAGGAGCTAAGATGAAATTCTTTGCT +GGTGCATTAAACAAATTAAATGCAGGTGAAGTAGTTCCTAAGTTAGAAGCTGGAGAAAGC +TTAACTGTTGATATAGATGGAGAAGACTTTGAGTTTAATAAGGATCATGTTTTAATAAAC +ATATCAGCTAAGGAAGGATTCAATGTAGTTATGGAAAATAACTTATTCGTTATACTTGAT +ACTACATTAACTCAAGAATTAATAGAAGAAGGATTCGCTAGAGAGTTCATATCTAAAGTA +CAACAATTAAGAAAGTCTAGTAACTTTGATGTATTAGATAACATAGTTATAGAATTCTGT +TCAGATGATGAAATAGCATCTGCTGTTGAAAAATTTGAAGACTATATTAAGTCAGAAACG +TTAGCTCTAGAAATAGAAAGAGTTGAAGATACTAGTTTAGAACAATGCAACTTAAATGAT +CATATGACTGGAATAAAGGTTATAAGAAAATAGTCTTTTAGATAATAGGGTTGATTTGTT +GACAGGCGCTTCGTTGCCTAGTTTGCAAATCAACCTTTTTTTATGCTAAAATATAGGATT +TATTTTAGGAAACTTATTGTAATAAAGTATTATTTGTATTATTATATATGATACAAATGA +TACTTATTTTGAAGGAGGTGTTTTCATGATTATAAATTTAAATTTTGAAAGTGAAGTACC +TATTTATTTGCAACTTAGAAATGAGATTGTCATAGCTATTGCTAAAGGTGATTTAGAACA +AGGTGAAGGTATTCCTACTGTTAGACAGATGTCTGAGGACTTGGGGATTAATCCTATGAC +TGTTAATAAGGCTTATGGACTTTTAAAAAGAGAAGGGTTTATTACTATAGATAGAAGACA +TGGAGCTAAGGTTAATTTAATTTCTGGTGGTAAGTTAGAGTTTAAGGAAAGATTAGAGGA +AGACTTGAATTTGGTAATTTCTGAAGCCAGTATTAAAGGGGTTGAAAAGGCGGAGTTTAT +GGAAATATGTGATAGGATATTTAACTTGATGAAAAGTATATCACTTGAGAATAAGTAGGG +GGAAGAATATAAGATGATGAATTTTATTTTAATGCCAGCAGTTATTATGATTGCAACTGT +GGTTTATTTTACAATGAATGGGGCTGCTAAGCCTAGAAGGAATATTTTACTTGGAGTTAC +ATTGCCTAAGGAAGCTTTAGAAGAGGAAATAGTTTTAAAAATAATTGGCGAATATAAAAG +GAATGTTAAGATATGTGTGTTAGGTAGTGTATTGACTGGATTGCCTATATTGTTCATAGA +TAAAACGGCTATTAACACGGTATACCTTATAATATGGGGGTTGATTACATCAGAGTGGTT +AGTTAAGCAACCATATAAGCATATGAATAGAAGGCTTAAAAAAATAAAAGAAGAGAATGA +GTGGTTTATAGGTGAAAAAAGAGTTATAAACATGGACACTAAGGTAAGCAAGTTGAAGAA +TAAAATGCCTATACCAGATAAGTATATGCTTATACCAATAGGTATATCTTTGATTCCACT +TACTATGTCTTTTGTAAAATATGATACAGATTTAAAGTATGCAAATGTTGTAGCGGTTAT +ATTGGTAGGAGTATTATTATTTTTATACTTTGTAGGTTTTAAAGGTAGTAATAAGCTTAA +ATTAAAAGTATATAGCAAAAATAGTGAGATTAATTACATATTGAATAAAGAAGAAAAATA +TTTAAATTCTATAGTGTGGTTTATAACATCTCTAACTGCGAGTATAATTTTTTTATTTAC +TTTTTCATTAGTGTATGAAGTCATAAATGTAAGTTATTATTTTATATCTTTTATAGCCAT +ATTAGCTTCTATAATCTCATTTGTAGGATTTGTCTATAAAGATAATAGAATTAAAAGCTT +AGAAGATGAATTGCTTAGAATGGATAGTGAAATTGTATATACGGATGATGATGAGTATTG +GATAGATGGATACAAATATTATAATGAAAATGATTTTAATTCAAAAGTAAGTCCTAGGTT +TGGATTTAATGCATATACATATAATTTAGCTACAAAAAAAGGTAAAATGTTATATTATAT +GCCTACTATAATATGTGCAGTAATAATGATACCATTATGCTTTAATTTATTAGAAATGGA +TTTTTCTCATCATAAAATTACTATATCAAAAGAAAATAATAGTATTAGTATTGATTATCC +ATCTTATGATTATGAATTTAGTGTTGCTGAAATAGAAGATGTAAGTTTAGTAGACGAAGT +TAATTTTAAGATAAGAACTAATGGAATAAGTACAGATGAATATAGCAGAGGTAGTTTCAA +GTCTGTACAATATGGAAAATGCAAAGCGTATATTTACAATGAAAGTAAACCATATATAGT +TGTTAAGCTAAAAAATACTTATCTTATATACAATGAAAGAACTAAAGATGAAACTATGAA +AGTATATAATGAATTAAAAAGTTTAGTAGATTAATTGCTAAAATTCTATTTAATAATAAT +ATAAAATCATTTTATAGATATAAATAAAGATAAAATAGAAATATAAAAGTTTAAGGCATA +TATAAACTTAATTACAAGTTTATATATGCCTTAAACTTTATCTATAATGTGAATTTTATA +TCCACTTACTAACTAAAAAGCTTGCTATTTTTTCATATGGTAATTTTTCTGTTTTTAATA +TACTTTGAACTACTAACCCATCAACTATTGAAATAAGTAAGAAAGAAAAAGCCTCAGCTT +CATCTATACTTTCAGATAAATTTTTATATATTTCATCTTGTAAAGTAGTTCTCCACTGAA +TATATTTTACTTTTATTCTTTCTCTTAAAGAATCATTTCCAGTTATAGCTTCACAAAGTA +AATACATATGAATTCTTCCAGTAGATCCTATCGTAGCAATTTTTCTGAGTATTAGATTTA +TAAGTTCATCTTTAGAAGAATTTTTTTCTATATTTTTAACACACTCTAAAACAGCATCGG +TAATTATATTTAGATGAACATCTGCAATATCAAATATTAAATCATCTTTAGATGAATAAT +GATAATATAAAGTGCCTTTACTTATACCGGCAGCTTTTGATATGTCAGAAAGACTAGTAT +TTTTAATTCCGTTATGTGTAATTAGATTTATAGCAATATCTAAAATATGTTCTTTCATAT +TATTGTTTGGCTTCATAAAATTAACCTTTCTATGTATTTAAAACATTAAACTAAATTATA +TTATAAAGTATATATAATTTTAAAGTCAATAAAACTAGGAATGTAATATTACAAGTGTTG +ACAACTTCTCAAAAGGTATATACAATAGAAATAAATAATCGGTCGACCGACTGACTGATT +ATATATTATTAATATTAACATAAATTTAGAAAATTAACACAAGAATTTAAATAAATAATT +AAGTGAGGTAAATAAAGTGAATAAGATAAAGTTATTAGTTGATGGTGGATGTGATTTACC +GGAAAATATTTTAGAAAAATATAATATAGAGCTAGTAGGGCTAAATGTAAGTTTTAATGA +TGAAAGTTATATAGCTGGAGTAGAAATAGATAATGAAACTTTTTATAAAAAAATGAGTGA +AAGTAAAGAACTACCTAAAACTTCATGCCCATCTCCAGATAGATTTTTAGAAGCGTACAA +AGGTGATGAAGATGTATTAATAATAACTGTAAGTTCATTATTATCTGGTACATATAGTAG +TGCAAAGCTTGCAAAGGATATGTATGAAGATAAAAATAGTAATAAAAAAATCGAAGTTTT +AGATAGTATGAGTGGCTCAATAGGTCAAGGTTTATTAGCGATAAAAGCAGCAGAATTAAT +TAATGAAGGAAAAAATTTAGATGAAATAGTGTCAATTCTTGAAAAATTAAAAAATGATGT +TATATTCTATGGAACATTAGAAACTTTAGAAAATGCTATAAAAGGTGGAAGAATAAATCC +ATTAGCAGGAAAACTTATAAATGCATTAAACTTTAAGGCTATAATACAAGTTACTGAAGG +TGTTGTAAAACCAATAGATAAAGCAAGAGGTGTAAATAATAGTTTAAAAAAGGTTTTAGA +GTATGTAGAATCTAATATAAAGAATGTTGATGAGAAAATTCTAGTAATAGCTCATGCTCA +TTGTGAAGATAAGGCATCTAAAATAAAAGAAAGCTTAGAAATAAAATATAAATTCAAAGA +TATAATAATAGCTGAGATAGGGCCTGTAATGGGAACATATACATCTCAAGGGGCTATACT +AATAAGTTCATTATAAGTAAGTTAATAAGGCATATACAAAGGATAGTTTAAGATAACTTA +AATTAGTTTTGTATATGTTTTTTTATTGAAAAATATATAGATTTAATCTATAAAAAATAA +TTAATATAGATTTAATCTATATGACTTTACTTGTTTTTTTTATTAAGTATATAATGTAGT +GTAAAAGAAAAGTTAGGAGGACAAGATGGCTATTAAAAAGATGAAAAGCATAATTTTAGT +GACAACTATGGTATTAGGATTATTATCACTATCAGGATGCTCTAAAAAAGAAGAAGCAAA +AGATGTAGAATTAAAAACTATTTCAACAAAAGATCTAGAATCAAAATTAGAAGATGATTC +ATGGGTAATAGTAGATACTAGAATTAATGATGCTTACAATGGATGGAAATTAGATGGTGT +TTCTAGAGGAGGCCATATAGCAGGAGCTGTAGATTTTTCATCAAACTGGTTAAGTGTTGA +TAACAAAAATAAAGAAGAAATATTAGATGAAGCATTAAAAACTAAAGGTATTGATAAAGA +TAAAAACATAGTTTTATATGATTCAAATGAAGAAGATGCAAAAGTAGTTGGAAATTATCT +ATCACAAAAAGGTTATACAAATGTTTATACTTATAATGTAAAAGAATGGGCAAAAGAGGA +ATCTTTATCTATGGAATCATATGAAAACTATGATAGATTAGTTCCAGCAGATATTGTAAA +GGAAGTAATAGATGGAAAAACTCCTGAAACTTTTGAAGGATCTAAAAATATAAAGATTGT +CGAAGCTAGTTGGGGAGAAGAAAGTGAAGCATATTCTAAAGGACATGTTCCAACTAGTGT +TCATATAAATACAGATACAGTAGAACCACCACCAAATTGGATGTTAGCAGGTGATGAAGA +ATTAGCTAAATTTGCGCTAGACTATGGATTTACTAAAGATGATACAATTATAGTTACAGG +TCCTGATGTCATGGCATCATACAGAGTTGCTGTTGTGCTTCGTTATATAGGCGTAAATGA +TGTAAGAGTACTTAATGGTGGAAATGATGCATGGGTAGCAGCTGGATATGAATTAGAAAC +AACAAGTAATGCACCTGTTGCAGGAACTAATTTTGGAGGAGAAATACCAGGAAATCCTGA +TCTAATAGTTACTATACCAGAACTTAAAGAAGAGCTAAAAAGTGATGATTCAGTTTTAGT +AGATAATCGTAGTTGGGAAGAATATATAGGAGAAGTATCTGGATATAGTTATCATGATAA +AAAAGGTCGTATACCGGGAGCTGTATATGGATATGCAGGTACAACATCAACGACATTGGA +AGACTATCGTAATATAGATAATACAATGAGAAATGCAGATGAGATAAAAGTTTTATGGGA +TAAAGCCGGAATAGACACAAATAAGAAGTTAATATTTATGTGTGGTAGCGGATGGAGAGC +TGCAGAAGTACTAACATATGCTAATGTTATGGGGTACGATAATTCAGCGTTATATAGTGA +TGGTTGGATAGGATGGAGTAATGATGCTTCAAATCCTGTTGAAACTGGCGATCCTACTAA +ATAGGATTAATAATTATGAATAATATAATAAAAAAAATATTATATACACTAACTGTTACA +CTTCAATTAGCAACAATTGTGGGAGTATTTGTAGTTCAATATTTAACAAATAAAAAAGCT +GGTGTAATGCACCATGTTTATTATAGAAAATATCAATTTGAAAACAGTATATTTTCTCCT +GAAAATTTATTAATTCAAAAAAATATTGCTATAGTACTCATAATCATATTTTTTGTGATT +TTTATTTATTTATTGAAAAAGAATAAAAATATTTTTTATAAAGTACAAGCAGGTTTAACA +TTTATAAGTAGTTTTCTAATTTATATATCTATGAGTAGTAGGTATTTTACTGAAAAACTA +GCTTACCATTACTTTATAATGGCATTTGTATTAGTATTTATAATACAATTTATAGTATTT +GTTATAACATCTATTCATAATAAAAATCCAAAAAATAATTACTTGCATTAATCATCCTCT +TGACATTTTTTCTAGGAAATCATATTATTAAATAAAAATAATATAATTAATCCAATGAAA +AGAGTTAGTAACTAAATAAAGATTCGATACAGAGAGTAAAGAAAGGTGAGAGCTTTACAA +GAAAAGTTTAGTGAATGGGTCTTTGAGGAATTAGGTTAAATATAATAATTAAGTTATTAT +AAAGTAGCTGATATCGTGACTGCACGTTATAGCAGGTTTAAGAGATACATATTATAAGAT +ATGTATAAATTAGGTGGTACCGCGGAAAATATATCCGTCCTATTAATTATAATAGGGCGG +ATTTTTTACGTTGAACAATCAAATTAAATTTTATATAAGATAAATTTTAGGAGGAAGAAT +ATGAACATAATAGGTATAATAGGAGCAATGGACGAAGAGGTAGATATATTAGTAGACCTT +ATGGAAATAGAAAAGATAGTTGAAAAAGCTAGTTTAAAATTCCACAAAGGTAAATTAGAA +GGCAAAGATATAGTATTAGTTAAATGTGGAATAGGTAAAGTAAATGCTGCTTTATGTACG +CAAATATTAATAAGTGAGTTTAATGTAGATGCAGTTGTAAACACTGGAGTTGCAGGAGCA +CTTCATAGTGAATTAGATGTTCAAGATATAGTAATATCAACAGATGCAATACAACATGAT +ATGGATACGACTGCATTTGGAGATAAAAAAGGTGAAATACCAAGAATGGAAACTTCAACA +TTTATAGCAGATCAAAAACTTATAGATGCAGCTTATGAATCGTCAATAAAAGAATTAGAA +GGAAACAAAGTTTTAAAAGGAAGAGTAGTATCAGGAGATATATTTGTAAGTTCTAGAGAA +TTAAAAGATAGCTTAGTAAGTGAATTTGGTGCTTACTGTGCAGAAATGGAAGGGGCTGCA +ATAGCTCATGTTTGTACTTTGAATAAAGTACCATTCGTAGTAATAAGATCAATGTCTGAT +AAGGCTGATGGAAGTGCAGATGTTACTTATGAAGAATTTGTAGTAAAAGCTGCTCATAAG +TCTAAAGATATAGTTTTAAATATGCTAAAGGCATTATAATTTAGGAGGTTTCAATGGGTG +ATAAGAAGGTAATCTTTAGTGGTGTTCAACCATCAGGAAAATTAACTCTAGGTAACTACT +TAGGAGCTTTAAGAAATTTTGGAAAATTCCAAGATGAATATGATTGTTACTATAGTATAG +TTGACTTACATGCAATAACTGTACCTCAAGAAGCTAAAAATTTAAGAGCAAATACATTAG +AGATATTAGCACAATATTTAGCTTGTGGACTTGATCCAGAGAAGAGTACTATATTTATAC +AATCACATGTAAGCGCACATACAGAACTTATGTGGATATTAAATACAATGACTTATATGG +GTGAGTTAAGTAGGATGACTCAGTTTAAAGATAAGTCACAAAAAAGTGAAGCGAACCTAA +ATGCAGGATTATTTACATATCCAGTGCTTATGGCTGCTGACATACTTTTATATCAAACAA +ACTTAGTACCAGTTGGAGAAGATCAAAAGCAACATTTAGAACTAGCTCGCGATTTAGCTG +CTAGATTTAATAATAGATATTCGCCTACTTTTGAAATACCAGAAGGATATATACCAAAAG +AGGTTGGAAGAGTAATGAGTTTACAAGAACCTACTAAGAAAATGAGTAAATCAGATTCAA +ATGAAAATGCATTTATACTGTTAGCTGATGACCCAGATACAATAAGAAGAAAAATAAAAA +GAAGTGTTACAGATTCAGAGGGTGTCGTGAGATATTGTGATGAACAACCTGGAATAAAGA +ACTTAATAGACATATACACTCAATTAGGTAATAAAACTATTGATGAAGTTGTTTCTATGT +ATGAAGGTAAAGGATATGGTGAGTTTAAAGCAGATGTAGCGGAAGTTATAGTAGAAGCTT +TAAGTCCAATAAGAGAAAAATATTTAGAGCTTCTTAAGGATAAGGAATATTTAGAAAAAG +TATATGCAATGGGTGCTGCAAAAGCTGAAAAACAAGCTAGAAAAACTTTAAGAAAAGTAT +ACAAAAAAGTAGGATTAATAGAAAGAAAATTTTTATAATATAAATAAAAAGTCACCATTT +AGGTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAAT +GAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_47 +TCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCACAAGACC +ATTTTTTATAATACCTTAGTATATAAAAAAATGGCATTACGCCATTTTTATCTTGCACCC +TCTCCAGTTAATACTACTCTAATTGTAGCAAATATAATTTTTATATCCATCAGTATATTT +CTATTTTTAATATATTCTATATCCCATTTTAATTTTTCTTCAGGACTTATTTCATATCCT +CCATTAACTTGAGCTAACCCTGTTAATCCAGGTTTAACTACTGTTCTCAATAGAAATCCT +GGTATTTCTTTATCAAACTGATAAGTTAATTCTGGTCTTTCTGGCCTTGGCCCAATTAAG +CTCATGTCACCTTTTAGTATGTTTACTAATTGTGGTATTTCATCAATTCGTGTTTTCCTG +ATGAAGTTTCCAACTTTGGTTATTCTTGGATCATTTTTTTGAGCCCATTGTGCTCCACTT +ATTTTTTCAGCATCAACTCTCATTGATCTTAATTTATATATCGAAAAATGTTTTTCGTCT +TTTCCTAATCTTTCTTGTTTATAGAAAATTGGTCCACCATCTTCTAATTTAATTAAAAGT +CCGAATATAATAACTAGTGGTGTCCCTACTAAAAGTCCTATAAATGATGAAACTATATCT +AACATTCTTGAGTATATTCTATATATAAAACTATCTTTTACATGTATTTTTTCCATAGAT +TTTGTGTCACTATCTTCTAAATCAATAAACTTAGAAACAGTTGTATCCATATATTCTTTC +CTCCTTAAAATATCATTATTATATGTTACTGTCATATTTCTACATTTTTATTAATCAATT +TCTTCTTATTACATTTTACTACATCTATATTATATTTGTCTATATTAATAATTTATTTAG +ATTTTACTTTTTAGATTATTGTTAACATAAATTTAAAATTAATAAAAAATGAGTATCCAT +ATAAATACTCATTTTTTACTGGCTATTCATTTATTTTAATAACTTATTTCACATTTCTTC +TAAATTTTATATTTCTTGAGAACCTTCTATTTCTTCAGATTTTTCTTGTCCTTGTAAATT +CTCAAAGTCATCCGTCTTTTCTATTAAATTACTTTCTTCTTGGATTTCAAGACCTTCAGG +TTTTTCTGGATTTTCTGGATTTTTAACAATAGACTCCGATACTAGCTCACCGTCAATATT +AAATGTATATTTAATATTTGCTATTATAAGATCTCCTACTACTATACCTCCATCTAAATC +ACAATAGTACTTCTTACCGTTAAGTTCTAACCACCCAATGTATGTACTTCCGTCTTGATT +TAGATAATATTTAGTTCCATCTAAATTCAACCATCCTATGCTCATTTCACCATTTTCTTT +TAGATGATATCTCTTATTATTGATGTCCTTCCATCCAGTTACCATTACTCCATCTGACTC +TAGGTAGTACCACTTATTATTCAACTTAATCCAACCAGTTGCCATACTTCCATCTGCATT +AAAGTAATACCACGTTCCTTTTATTTTTCCCCAGCCTGTTTCCATGCTTCCATCAGTATT +CAAATAGTACCATGTTCCTTTTATTTGATTCCATCCAGTTGCCATACTTCCGTCTGCATT +AAAGTAATACCATGTTCCTTTTACTTTTTCCCAACCTATTTTCATACTTCCGTCTGTATT +AAAGTAGTACCATGTTTCTTTTATTTGCTTCCACCCAGTTACCATACTTCCGTCTGCATT +AAAGTAATACCATGTTCCTTTTACTTTTCCCCAGCCTGTTTCCATGCTCCCATCAGTATT +CAAATAGTACCATGTTCCTTTTATTTGATTCCATCCAGTTGCCATACTTCCATCTGCATT +TAAATAGTACCAAGTTTCATTTACATTCTTCCATCCAGTTGCCATACTTCCATCTTCATT +AAAGTAATACCATGTTCCTTTTACTTTTTCCCAGCCTGTTACCATTGATCCATCTTGCCT +TAAGTAATACCATGTTCCCTTAGTTTGCTTCCATCCAGTTTGCATTCTTCCATCTGCATT +AAAGTAATACCATTTATTCCCTATTTGCTTCCAAGAGTTTCTTTGGTAATGTTCTGATTC +ATTTAAATAATACCAACTTCCATCTATTAATTTCCATTGATATGCAACTTTATCTATGTT +TATATTATATTTCGCTGCAATTTGTGAATATGTATCTGAAGTTTCACTGATTAGTACTGT +AGTACCTGTTGGTACTCTATCAAATAACCAACGCACTTCTTTGTTGTACATTCTTATACA +ACCACCACTAACATTTCCTCCTATAGAGTTTTCATTGTTAGTTCCATGTATTCCATATGT +AGTTCCATATGTATTTCCTACATGTAATCCTAGCCAACGATCTCCAAGTGGATTTCTAGG +ATCTCCTCCCGGTATTCCTCCACTATAATAAGGCCTATTTACAATTTTATTTACTATTGT +AAATTTACCCGTAGGCGTTTTAGTTCCATATTTCCCAGTTCCTACTTGGAACTCTTTAAC +CAATTTATTATCAACATAATATCCCATTGTATTCGTTTTAGAATTTATTATTAAAAGATG +TTTACTATCAGCACTTGCAGATGTAGCCCCCCCTAATAATAGAATACACATTGATAAGGT +TATAGCTATAAATTTACTTACAAACTTCTTCATTACTTCCCCCCTAAATAAAAACAAACA +TACTTAATTTCATATCTTAAATTTTACCATTTTAGTATAAATTTGTGTAAAACTCTTTCG +CATAGTTAATTATATAAAAAAATTTCTAATTTGTATACAGTTAATTGCTCTAGTTAAATG +ATATGAAATGATAGTAAATAAACTATAACTCCTGACATCATATTTCCTATTACCCCCCTA +AAAGTGCGTACTTTAACCTCATATGTAATATAGATGATATAGCTGATGCGGTCCAGGTTC +CTGTAGTTGGAAGGAGTATTCCTACAAATAAAATTATCCCTATAATAGAAGCATTCTTCA +TTTTTTTCATTCCGCTGTCTATTTTTTATCAATTTTTTTTATTAGACCTAAAAATGCTCC +TCTTTGCCTCAAGAAATCCATTATATGCCTAAAAGTTAATACTAGTGTAATAGCTACTAC +CGTCGAACCTACTACACTAGCTAAGTAAACTCCTATAGGATTTAAATCCATTGCTATACC +TATAGGAATAGCCCTCTTAATTCCGTTACAGGAATCATCGATAAAACCATAATTTTCAAA +TAATCCAATGCCATCATCCAATTTACTATTTATTTTCCTAATCTTATTAATATATCTAAA +ATACCATTATATTAAAAATATCATAAAAATAATATAATACTTAAAATATTTATTATTATT +TTATAAAAGGTACTATTTTAACTTTAATAGTTATTAATAGTACCTTTTATTTTATATATA +CTTAAGTTTATTTATCTCCATATCCATTTGGATTTTGGCTTTGCCATCTCCAAGAATCTT +GACACATATCATCAATTCCATATTCTGCCTTCCATCCTAGTTCAACTTCTGCTTTACTAG +GATCTGCATAGCACATCGCTATATCCCCAGCTCTTCTTTCTGCTATTTTATATGGAACTT +CTCTATTACTAGCTTTAGAAAAAGCTTTAACTAAATCAAGAACACTATAACCATTACCAG +TTCCTAAATTATAAGTAACTAATCCTGGATTTTCACTTAGTTTATCTAAAGCCTTAACAT +GTCCTCTAGCTAAATCTACTACATGTATATAATCTCTTACACCTGTACCATCATGAGTTG +GATAGTCATCTCCAAATACACTTAGTTCTTTTAGACTTCCTATAGCTACCTTTGTTATAT +ATGGCATTAAATTATTTGGTATTCCATTAGGTTCTTCACCTATTCTACCACTCTTATGAG +CTCCAACTGGATTAAAGTACCTTAAAATTGCAACATCTAATGTCTTATCAGCTTTGCATA +TATCTCTAAGCATATCTTCTATCATTAGTTTTGTTCTACCATAAGGATTTGTTACTGATA +AATCAAAATCTTCTAGTATAGGATTTCTTATTGGATCTCCATATACAGTAGCAGAAGAAC +TAAATACAAACTTTTTAACACTATATTCTCTCATTAAGTCTAATACAACTAATGTACTTG +TTAAATTATTTATATAGTACTCTAAAGGTTTTTCCACAGATTCCCCAACAGCTTTATATG +CAGCAAAATGTATTACTGAATCTATTTTATTTTCTTTAAATACTACCTCTAATTTTTCTT +TATCAGTTATGTCTATTTCATATAATTTAACTTTTTTCCCTAATAACTCCTCTATTCTCT +CTATTACTACAGGATTACTATTTGAGAAGTCATCGACTATTATAACTTCATATCCAGCCT +CAACTAATTCAATAGTTGTATGACTCCCTATATAACCAGCTCCTCCAGTTACTAATACTG +ACATGATCGTCCTCCCTCTAAAACTTTTATTATTTACTTTTCTACTTTAGTCTTTATAAA +TTTTAAAAGATCATCTTTTAAGTTATCTCTCTTTAATGCGAAATCTATTGTAGCTTCTAA +AAATCCTAATTTATCACCTACATCATATCTTCTTCCTTCAAAGTTGTAAGCATATATAGC +TTCTTGAGTAGCTAAAGTCTTTAATGCATCTGTTAACTGTATCTCTCCGCCTTTTCCAGG +TGCTTGAGTTTCAAGTATATTGAATATTTCAGGTGTTATTATATATCTACCTAATATTGC +TATATTAGATGGTGCCTCATCCACATTTGGCTTTTCTACCATATCTTTTACTTTATATAC +TCTATCTTCTATATGCCTAACCTCTAATATTCCATACTTATCTGTATCCTCTTTTGCAAC +TTCTTGCACTCCTAGTATAGACGCTTTGTACTCATCATAAGTGTTTATTAATTGCTTTAA +GCAAGGAACCTCTGAATCTACTATGTCATCACCTAATAATACTGCAAATGGTTCATTTCC +TATAAAGCTCTTTGCACAGTGTATCGCATGGCCTAGACCTTTTGGTTCTTTTTGTCTTAT +ATAATGTATATTTACCATGTTAGATATATCTCTTACCATTTCTAACATTTCTTTTTTTCC +TTTTTGCTCTAATTCTAGCTCTAATTCTACAGACTTATCAAAGTGATCCTCTATAGATTT +TTTATTTCTTCCAGTTATTATTAATATTTCTTCTATACCTGACTCTATAGCTTCTTCTAT +TATATATTGCAATGTTGGTTTATCTACAATAGGTAACATTTCCTTTGGCTGTGATTTAGT +AGCCGGTAAAAATCTTGTTCCTAAACCAGCTGCAGGTATTATAGCTTTTTTTACTGTCAT +AATAAACTCCTTCGCTTTACTTCTTTAAATTAATCTATTATTTTACTAAAAAATTAACAT +TATAATTTAAATTATAATATATCATAAATATTGTTCTGATTCAATTTTTTGTAATAGAAA +ATTAAATACCATTGTTATTTTTCCGACAATTATAGATATATTTCCCAATTTACTTTAATA +TAATAAATAATAATATATTTTTTATTATATATAAATAGGAGGAGTAAAATATGAGATTAA +AAGATAAAATAGCTTTAGTTACATCATCTACAAAGGGAATAGGGTTAGCTTGTGCTAAGG +CTCTTGCAAAAAATGGAGCATTAGTTTATATAGCTGCAAGAAATGAAGAGCTAGCTAATG +AAGTTATAGCTGAAATAGAAAACGAAGGCGGAAAAGCTAAGTTTGTATATTTCAACGCAA +GAGAAGTTGAAACATACAATTCTATGATAGATACAGTTATCGAAAACGAAGGAAGATTAG +ATATATTAGTAAATAACTACGGAGGTACTAATGTACAACTAGATAAAAACTTAGTTGATG +GAGATACAGATGCTTTCTTCAACATAGTACAAGATAATCTACAAAGTGTTTACTTACCTT +GTAAAAGAGTTGTACCTCACATGATAAAAAACGGTGGAGGAAGTATAGTAAATATATCTT +CTATAGGTTCTGTTGTACCTGATTTATCAAGAATGGGTTACTGTGTTACAAAGGCTGCAA +TAAACTCTTTAACACAAAATATAGCGCTTCAATATGCACATGATAATGTAAGATGTAATG +CAGTTTTACCAGGGCTTACAGCTACTAAGGCTGCTCTTTCAAATATGCCTGATGAGTTTA +GAAAATCATTCTTAAGACATGTTCCTTTAAATAGAATGGGTACTCCAGAAGATATAGCTA +ATGCCGTGTTATTCTATGCTTCTGATGAAACTTCATATATAACTGGAGATATATTAGAAG +TGTCTGGTGGATATGCCCTTGGAACACCTCAATATGGAGATCTTGTTCAAAGATAATTGG +GGATAGTTTTAATGCGGGCAAAGGGGTGTGATATTGCATTTTCCACACATACAAGGCACA +AATCGCCTTGTAAATGGGATGGAAAATTGCAATATCACACCCCCTTTTTGCCTTTGGTTA +CAACTATCCCCAATTATAAACTGCTATTTTATATAAATAAAATAAGTGCTTCAATGTTTA +TATAAACTTTGAGGCACTTTTTTATATTTAAGTATTATATTATATGAAGTGATAGTAATG +ACATTATTATTCCTGCCATCATGTTTCCTATTAGTACTCCTATAAATGCGTCTTTTATTC +TCATTTTTAGGATTGATGCTATTGCTGAGGCTGTCCATGTCCCTGTGGTTGGTAGTGGTA +TTCCTACAAATAGTATTATTCCAAATATAGATACTTGTTTCATTTTTTTCATACCTGAAT +GTATTTTTCTGTCTATCTTATTTAATAATTTTAAAAATATCCCTTTTTCTTTTAAGAATT +GCATTATATGTCTAAATGTTAATACAAGTGGAACTGATACTATTGTTGATCCTATTACAC +TTGCTATATATACACCTATTGGGTTTAAATCCATTGCTATTCCTATTGGTATAGCACCTC +TTAGCTCTGTAACTGGAATCATTGATAAAAGCATTATGTGTAAGTATTCCAATTTTATCC +TCCTCCAAAAAATAAAGATATAACATTTTATTTTTGCTATATCTCTATTTAAAAAAATTT +ATTTTATTCCTTGTATTTATACATCTCTCAATGTAAGATTTCTAATTTCACATCAAAAGT +TTTTCCCTACCTAATTATCCATAGATAAATAAATCTATTTTCCTTCTTTTTCTACTATAT +CTTTCATATAATTTAATAAATCTTCTCTTAACCCATCTCTCTTTAAAGCAAAATCTATTG +TTGCTTCTAAGAATCCAAATTTATCTCCTACATCATATCTTCTTCCTTCGAAGTTGTATG +CATATATTGCTTCTTGAGTAGATAAAGTTTTTAAAGCGTCAGTTAATTGTATTTCTCCAC +CTTTTCCAGGTTTTTGATTTTCTAATATTTCAAATATAGATGGATTGATTATATATCTTC +CTAGTATTGCTATGTTTGATGGTGCACTTTCTACAGAAGGCTTCTCAACCATATCTTTTA +CTTTATATACTCTATCTTCTATATGTTTTACATCTAGTATTCCATATTTATCTGTATCTT +CTTTTGCAACCTCTTGAACTCCTAATATTGTTGTTTTATATTCATCATAAGTATTTATTA +ATTGCTTTAAACAAGGAGTATCTGCATCGACTATATCGTCTCCTAATAATACAGCAAATG +GTTCATCCCCTATAAAACTCTTGGCACAGTGTATAGCATGCCCAAGTCCTTTTGGTTCTT +TTTGTCTTATATAGTGTATGTTAACCATGTTAGATATATCTCTTACCATTTCTAACATTT +CTTTTTTACCCTTTTGTTCTAATTCTAACTCCAGTTCTACTGATTTATCAAAGTGATCTT +CTATAGATTTTTTATTTCTCCCTGTTATTATTAATATCTCTTCAATACCAGACTCTATAG +CTTCCTCTATTATATATTGTAAAGTTGGTTTATCAACTATTGGAAGCATCTCCTTTGGTT +GAGATTTTGTAGCTGGTAAAAATCTTGTCCCTAATCCAGCTGCTGGTATTATAGCTTTTT +TTACTGTCATTTTATACTCCTCCGTATTTTTAAATTCTGCTAAATTTAAATATTTTCACT +GTGAATTTTTCATATAAACAAAATGAAATTTAGATATTATTTCTAATTTCTAAATTTCTA +AGACTGACTATTTCAATATTATAATTATAATTACAAATATAATATAGCATATATTCTATT +TTAATTCAATTTTGTATAAAAAAAACACCAGCAAAAGCTAGTGTACATCATTAAATTGAG +CAAATCTATAAGCGGAGTTCTGTATTAGATGATCATCTTTCTAGGCCTATTGTCACCAAT +AGGCTCAAGCGTCCTACCTACCGGAGGGTACGAGCAGCACCCTATAACCCTATCTTGGAC +TTGCTCCGGGTGGGGTTTACACGGCTTGGCTAGTCACCTAGCCAACGGTGAGCTCTTACC +TCACCTTTTCATCCTTACCAAATAAATTGGCGGTTATTTTCTGTTGCACTATCCTTAGGA +TCACTCCCACTAGGCGTTACCTAGCACCCTTGCTCTATGGAGCTCCGACTTTCCTCACGT +AGCAAAGTGCTACCCGCGATCATCTGACTTACTTAATTTAATTGATGAATTTATATTATC +ATAATTTATTAATACTGTCAAAAGTTAAATTTCTTATTATATGTAAAAAATTAGTACATA +TAAATATATGTATCATAACCATATATTTACTATTTTTATATTATCCCTTTCTCATGTACA +TATAATGCTGCGTGAGTTCTATCTCTTAATTTTAATTTTTCAAATATATTGCTTGTGTGC +TTTTTGACTGTATGCTCTGTAATACATAAATCATTTGCTATTTCATAATTTGTTTTTCCT +TTTGATATACATATCAATATCTCTTTTTCTCTTTTTGTAAGCTCTTTTATCTCTTCAAGA +TTATCTTTTTTCATATAATTTTCTACTAGGTCTGAATCAAAATATTTTCTCCCTTTAGAT +AATAGTCTTACTGCATATTTTATTCCTTCACCATCTATATTGGCTAGTATATAACTATCT +ATTCCTAATTTCATACATTTTGAAAATAATCTTGTATCTTCATAAAAATCTAGTACCATG +ACTTTTGCATTACTATGTTCTTTGACTTCTCTTATATAGTCTATATATTGTCTTGTATTT +TTATTTATACCAAATATTACCAAATCATAGTCACCATTATGTATGTCCTTACACATATAT +TCTTCATCTAAAAAATCTATACACTCTTCGTTAGATAAAATTTCAGCAACTCCTTTCCTT +ATTACAAGTGATTCTGAAATTACAATTCCTCTCATAAATACTCCCCCATATACCAAAGTA +TTCCCTTTGCTTATATATAAATAAATTATAAGTTTTATTTTAACTGTATTAAGTCACTCT +AAATTTATATATATTGTAGCAGTTTAGTTTAAGTTTTAATTATACTTGATAATAACTTTC +CTACATATTAAATATAAATTCACTATACTTTAGTAGTAAGAATTTAAAAAATAAAAAAGG +CTATATTTGTAAAAGTCAACTTTTACATAAATATAGCCGGTTGCATCACTAACTCCATAT +ATCCGAGATGCCCAAATTACAGGATATATATCACAGTTTCTTATATTGTTCTACGTTTCA +AAAACATAATACTTTATTTTTATTATTTATTATTTGAATATTAATAATATTAATTAATTT +ATATACTTAAATCTTATACATATTTAGTATAATATGCAATAATTACTTAGTATAATATTA +GAACTTTCATACTTCAAAAAATTACTTATTATTCAATATTGTTTTATTTTTTTATGTCTT +ATTCGAATTTCCTATATTTTCACTAATTTTTATACAATTTTCGCAACAGTTATAATTCCT +TAATATATAAAAATAGCAGCCCTAATTTATGAGGCTGCTATAGAAATTTATTCGTATTCT +TTTATATAGTTTGTATAATCAAATATGAACTTATAAATCGCATTTTTATTATACTCTTTT +TCCCACTCAATAACCCATCCTTTTTCATTACTTATTGTGTGGCCGGTTCTATGACCTTCT +AATGGAAACTCTAATTCATCAAATGCTTTATCACCAGTTTTTAGTGCTTGATTTGAAATA +CTTATAATCTCCATAGGTGTCATATTAGTTTTTGTGTATCTTAATAAATTATTAGCTATA +TCTAAAAATTCTGTTTTAGGTATAGTTGCTAGTTTATTATATACAGCTTGCAAAACAGTC +CTTTGTCTACTATCCCTTTGGTAAGCACTATCTATATATCTTATTCTGCTATATGATAAT +GCTTGCTCTCCCGTAAGAGTTTGGTTTCCAGCTTCATTAACTCCTGGTATCTCACTAACT +TCTTTATCTGTTACATCTATTTGGACTCCACCTAGTTCATCAATAATACTAATAAATGAA +CTAAAGCTAACTGATACATATTTATCAATATTTATTCCAAAATTATTCTTTATAGTTTCT +AACAATAAACTTGGCCCATTATAGGCATATGCATGTGTTAACTTTTCTGTACTATAACCT +GGAATATCTACGTAAGTATCTCTCGCAAGTGAAGTAAGCCTTATATCATTATTATCACTA +TCTATAGTAAGTACCATCATAGCATCAGATCTATTTCCTCTATCTACATTTTCACCATCA +ACACCTACTAAAAGTATATTAGTTATACCATCTACCTTTTCAACTTTTTCAATTTGATTT +GCTTCTTCTTTGTCATACATAGAATTTAGCTTATAATATAAAGCTCCAAATCCTATAAGA +GGTATTGTTACTAATAGTATTAATAAGCCTATTACAATCTTTTTTAAGTGTTTCATTTTA +TCATGTCCCCCATATTTTACATAAATATATTAAAGTTTTTTCTTTAAATTTATTTTATCA +CAATTATATACCTTTTCACTATTTTTATATCTCTAATGTTATTTCTAGTAAACATTGATT +AATTAAAGCAAATTAAAAGTAGGCTAGTTGCAACTAGCCTAATTCATTTTATTAAATATC +ACATTAACTATGATTTAAATATATGTCTGTATATAATAAAGTTACTCTTTATAAGTAACT +ATAAATGCACTATACCCTTTATTTTTTAATTCCTTTACCATATCTCCTGCATTATCTTTA +TTTTTATAACTACCAGCTACAACTCTATAGTATAAGTTACTCTCTCCTAATGTATCGTTG +TTAGATTCATTATTGTTTGTTGGTGGCTTATAAGTTACATTAAAATATTTACATATAGCA +ATTACAGTTGCTTCAACTAACTCATCCTTGTTATCCTTTAATATCTTTAAGTCGTCTTTA +TTTGTATAAAAAGCATATTCAATTAGTATAGAAGGCATACTTGCTTTATATATTACAGTG +AAATTTTCAGTTTTTACCCCTCTATCTTTTCCATTACTATCAATTTTCTTAATTGCTTTT +ACTATTTCATCATTAACATATTTAGCCGCTTTCTTTGAATTGCTACTTGCATTTCCAGCT +ACATATGTTTCAGTTCCTCTTGCTGTATTAAAAGAAGATCCATATGCATTAGCATGTATT +GATATAAATAAAGCATTTGGTTTACTTTTGTTTGACCAGTATGAATTTGCTAAAGTTGCT +CTTTTAGTTAATCCCATTTCATTAGATTTTGCTGGAGAAGGATTAGTCAAGTACACACTT +ATATCATGGTCTTCTAATCTTTTTTCCAACTTATATTGCATTTGATTATTAAAATCCCAT +TCTCTTAGGGACTTATCTGGAGCTTGTTTACCTTCAACATATTCTGCGTGTCCACTATCT +AATATTACTAAATTACTCATACTTTACCCCCCCTCTATATAATTATAGAAAATTCGGCTT +TCATGAGTTGGTAATTTATAATATAAATTTATAATAAATTATTTTGACAAAAAAAGAAGT +TTAGCAATATTAACTACTGCTAAACTCACTCTAAAAGTAACGACTAAGTATTTTATACCT +CTCAGTATTAAAATTATATCCTTATATTTCAATGTTTATACATATTTTTTCTATAAATTT +ACATTTAAGTTAATTTTATTTTATCATAGCCTTTATACTAAAATTGTACTTTTATATTTT +CTCTTTCACTCTTGTTTTCAAGTTCAAAGAAAGGTTCTTCTTTAAATTTAAACATTGATG +CAACTATACAAGTTGGTATTTTTTGAATAGATGTATTAAATTCTCTTACTATGCCATTAT +AGTATCTTCTAGATTTCTCTATATCTGATTCAATTGATTGTAATTGATTTTGTAGATTTA +TAAATTGTGCATCTGCTTTTAAGTCTGGGTAATTTTCAGAAATCATTAATAATCTACTTA +ATGCATTTGATAATTCACCTTCATATTTAGCTTTATCTTCAGGACTACTTGATACAGCTT +TACTTCTTGCTTCTACAACTTGACTTAAAGTATCTTTTTCATGTGTTGCATATCCTTTTA +CTGTTTCTACTAAGTTTGGTATTAAATCATATCTTTTCTTTAGAAATACATCTATTGTTG +AAAATCCTTCTTTTACCTTCATTCTTAATGATACTAATTTGTTGTAAGTCATTGCAATCC +AAAGTGCAACTATTACTATTAAACCTATTATTATAATCCCTGTCATTTTTAATTCTCCTT +ATAATTTTTTATATTACCAGCTTGAGCCTCCGCCGCCGCCAGCTCCACCACCTGAGAAGC +CTCCTCCTGAGAAGCCACCGCCTCCACCAAAACCTCCTCCTGATCCACCATTTGATGAAT +CATTAGTATGTGTCATAGTCTCATTAACTTTATTTAAATCATCCATTAAATGTGTCATCA +TATATACATTATTCATTGGATAGTAAGTCTCATAGAATGTAGGACTTTGCATTGTAATTC +CTTCGAATTTATTAGCCCATTTTTTAGTAACTCCTAACACATGTGCATACGGTAATGTGT +TGTAGAAATACTCTGGGTCCTCTTCTAATAAAGCTTCCAATCTATCCTTTTCAGCCACTT +CTACAAAGTTTCTAAATCCTATTATGTGCTCTAATATTTCTCTTCCATAATCAGTTCTTC +TAGGTATAAAAGAACTCATAGCCATTCCTGCAAATGATGCTACAGCTACTATTAAAGATA +TATACATAGGTATATTTAACATTGAGAATCCTCTTATACATACTAGTGTATATATTATTG +CTGAGAAAATTAATACTTTAGTTGCTTTACTTTTACCTTTTTCTGTATATCTACCCTTAT +TGAATATGTGTAACATAAAATATAGACTACATAATATAAATATTGCTAGTAAACCTATTA +AAAGCGATGCTCCAAAAACATTATGATTAATTTGACCACTCAATACTCCACATAATATTA +CCGGTATAGTAGATAGTAAAGTTAATCCAAATCCTAACATTGTAGCCAACGAATCTCTTA +ATTCTTTATTACCTTTAAATTCGTCAGATACAGCACAACTAGCCTTTATTACATCACTAG +CAATCTGCCCTTCTAACATAGAATTTGTAACTGTTTCTCCATCACCACAGTTAAATATTT +TTCTAAATAACTCTTTTTCATATAATTTATGCTTTTCATCTAATTCACTTATTTTTGTTA +AAGTAAAACCATCATCTTTTTTCATAGTTATTTTCATATGATTCTGACTTGCCCAGTAAA +ATAATAAGGTAGTTACATCTTTTGTTCCTACATGTTCCTTAAATGCATAAGCTACGTCTG +CGCTATTCATATCCTTTGGTGGATAAAATTCAATTGCTGATATAACTGGATTATTATCTT +TATTCTTTATATACATTAGGGCTAATACTATTAATAATATAGGAGAACCAAAAGTTATTA +TTTTAGATACTACAGGCAGTGGTCTTGAGAATAAAGAGTTATCTATGTCTAAAGATAGAT +TTATTTCTTCTCCTGTATTAACATTATTCAGTGTACTGAAGCTAATGCTATTTTCACTTT +TTTCTGCCTTATATCTTTCTGTTCCTAGGTTTACTCCTTTTTCAATGAATTCAACTTCAT +AATTATTTATTGCAAATGGCGATTTTATATTAACCTGTATATTTTCTGTTTTTCCTTCTC +TAAGATCATCTGATATATCAAAATTTATACGTGATTTCATGGTAGGTATTATTTTGTATG +ATACCTTAAATTTGTAAGTGCCTGCTTCTTTAGGAAAACTTACAGAATTATCCCAAGCAT +CTATAGATATATTAGGGTTATCTACTTTTATATCTTTTATATAATCTTTATCAGCATTTT +CTACATCCCAAAGATTTATATTATTTGAAAAATCATCTTTATAATCTTTATTTACTTCTA +TTGTAAATTCTCTATCTATTAGATATTCTTTTTCTTTTGTTATTTCTGCATTTATGATAT +CACTTTTTATTGTATAAGGATATTGTCTTATAGGTGCATTTTTAAATGCTCCTTCATTAA +GCATAGCATCTACAGTTACACCACAGTATTCTGGTATTTCATACTTAGATTCTATATTTA +TAGTATTTCCTTTTGTTGTGTAGTCTACATATTTACTAAAAGTGCTACCGTATTGACCAT +CAGTTATAGTTATATCTTCTAAATTAGCACCTTGTGGGTAAGTTATTGTCGATGTGAAGT +GTTCTATATATGTATCCCATTCTGTTCCTAATACATTTAGGTATATATAATCTCCTTCTG +GCTGTTCATCGTTATAAGTTTCTATTATATATTGGACTGTGTATGTTTTTTCTCCAATGA +CTGTTTCATCTGCATCTCCAATTCTTATTTCAATGTTTCCATTGTCTTCTATTTCATACG +GTGCTCCTTCTACACTTATATTGGTTATTTTATAATCTTCAAGATCTGTGTAGGTAGGGA +TGCTTCTTATTATTCCATGTCTATCTTCGTTGAAGTTTACTTTTATTGTTTCAGTTATTT +TGTATTCTCTTTTGTCATTTACGTTAACTTGTACATCCATATCTTTTATGTAATAGCCTG +TATCTTCTGCTTTTACTTTACGTATGTTTAAGTTTATAGCAAGTATTATTATTAGCAATA +CAGATAATATAGATTTATTCTTTTTCATCCCATTCTCCCTCTATCAATTTATATACAAGT +ATATTTTATCATTAATTTAATTAGAAAAATTTACAATAAGGTTAAATATATTATATATTA +TAAATTTTGACTTACAAGTTATTCTTCTATGTACATTCCACCTTTTAGCATATTAGATAT +TATAGATGCATTACCTGATGAATTTAAATACATATTATAGTCATGGTATTTATTCCTTTG +CGATCATCTTCTGTATCAGTTGTTCTAAAATTATTCCCTAATCCTCTATTTCTGTCTATT +GTATTACTTGTTATTATCTTCCTCTGACACCATTACTTCCATCCTAGGCATAAAAAATCA +TTATAATATTTTCTAATAAATTCATTTTCATTGCCAAATATAAAAAAAACGGTTAACTAT +AATAAAGTTAACCGTTTTTACATATAGATTTAGTATAAAAAATATTAGTATTAATTATTC +AGTCGGTGATGTCTTGTAATCTACCTCACAAGTTGTAGCTTCCTTAGCAACTACAGCTTG +CAGAGCTTTCACTAGATTTGCATGTTTTGTACTGTCTAAACCAAATCCTTTTTGATCTCC +AGTAGCCTCATGCTCTACCTTTCCATCAGTAGAATCAGTTATTGCTTCTGATGTACTTTG +TACACTATAAGCATCTATATCAACATTGAATCTTTGCCCTATGTAATTAGGATTAGTAGA +TACTGTGCCTGATAAAGTAACACTATCTAATATTTTATCTGTAAATCCACCTGCTATTAC +ATTTCCTATATAGTAATAATAAGTTTGTCCTTCTTCAGTTACTTTAACCCACTTACCTTC +TCCATTCTTTACTGTTCCATCTTCATTGAATGTTATATCATTTTCAGATATTACATTTGC +TTCATTAAGTTCTATTTTACTATTATCTAATCCCTCTTTTTCAAAGCTTGCATTCATTGT +TACTCTTATTAATGAGTTATATCCAGCTTCATTTTTAACTTGAACTACTTTCTCTACAGC +TTTTCCTGATTCTGCTACTGAGTTTTGTTCAAATTTTTCATATATATCTACACCATTATT +AAAACCATCTGGACCTTTTGTCGAAAATATATTTTGTACCTTATCTGTTGAACCTAACCA +CGCGAAAGTTCCTCCTACTAATACTGCTCCTAAAGCTAATGCTACTACTCCACTTTTTAA +TTTTTTATTATGCATATTATCCCCCTATTATTTTCAATTATAATTTTTAAATATTTCATT +AATTAGTTATATTATTTGTACTCTAATTGATTTGGTTTATCATGATTATCATGGAAATAG +CTATCATTTATACATTTATTAGTGATAACTATATTTATTTCGTTATTGTCTTTATTTATA +TTAAAATTCTGATTACTTATACTTACTAACTCATAATTCATCGGTACTATTTCGCTAACA +CTATAGTCTCCTGCTGTTAAGAAATTTAAATTTTTATCGAATTTATAGTTTTCATTTTCT +TTGTACTTTTCAGCATACTCACTTGATATATTAGTTTCATTTCCTTTTAAGTAAACTGTC +ATAGTCTGAGTTTCATCTGCCTTTAATCCTACACTATACTGCTCCTTATTTCCCTGAATT +AAAATAGGAAATACTTCTTGTGACATATCCTTTGATGGTGTAAGATTATCAGGATTTTGA +ACCACCTTTTTTACTGTTATTGTTGCTTTTTTAGGGTCTATAGTTACATGAGGTATATTA +AATTCCTCATTTTCAAATCTTTCATTAGGATTAATTGGATTTGTATGGTCTATAGTTGCT +TTAACATTTGTAGGAATATCTTCTCCAAATAAATATGGATCATTTACTTCTATTACAAAA +CTAATTGTTTTATCTGGATTTGATAAATCTTCATTTATATCCTCAACATCACCTAAATTA +AATTCTATGTTGTTTCCATTTATACTTACCTTATCTTTATCTATTCCTTGTATGTCATTT +CTGCTTATATCTACTATGCTGAAGTCTCCAGTTACAGTATCTTTTATCACTACATCTTTT +CCTAAATATGCATTTAACTCTCCTGATATTTCCTTAGCAATTGAGCTGAATATATTTGTC +ATTGCATCAGTACTTGATGTATAGTATTTATTTACATATTCATTAAATGAAGTTTCTGCA +TTTTGAATACTATACAAGAAACTTTTTGCCATATCCGACTCATCTGGATCAAATTTTGAT +AATTCACTAAAGTCATAAATTGCTCTACTTTGTTTAATCTCTTCCTTATTGACTTTATTT +TCATCTAAAACTTCTTCAGTTTTATTTTCAGTTAAATCTACTACTTCTTTTGTAGTATCT +TCTTTAACAGTCTCTACATATTCATCATCTGTTGATTCTACATTAGAATTATTAATCGAT +TCATCTATATTATCAGCAACTTCTCTTATTGAATAAGTAGAGTTAGTAAATAAGCCCATT +GTATAGAATTTTATATTTGGGTCTGCAGTTGAACTTATATCTTTTGATGTTAGTTCTTCT +GTTTGTGATTCTTTATTATCTTTCGAATCATATTCATATCCGTCTCTACCTCCATGCACT +TTCTGATAATATCTTCTTGGTGCTATTCCTCCTATATTACCTGTTCCACCAACTATATCA +TGGTAAGCACGTTGAGCAGCCATTATATCATTATTGTATGTTGCACTACCTCTATTTCCT +AATCTTAATAGATCAGTTGAATTTTTATTCGGCTTAGGCATATCTTCATAATAATCACCA +TTTTCATCCATATAGTTCTTATCAGCATAATATGTATTGTACGTTGGTAATCCATCTGTA +AATAATACAACATATTTTTTATCTGCATTGATATTAGAAATAATATTCTTAGCTTCTTTT +ATACCTTCTTCTGTATTAGTTCCTCCATTTGCTTTAAGAGAATCTATTTTTGAATTTAAA +TTATTCAAATTATTACTTGATTTAATATCTAAACTTGCAGATGATGCATAAGATACTATG +GATATCTTTACATTGTCACCCTTGCCATCTAATATAGTTTTACAAAAGTCCTTGGCTGCA +TTTTTAACCTTAGTTATCTTCTGCTCTTTATTAGTATCTTTCATACTACCAGATCTATCT +ATTACTAAGACAATCTCAGCAGTAGGCATTGCTACTTTTGGAGCAGTACCACTTATATCA +AAAGATATTCTATACTGATTATCAGTATTTTCTACTTTCGAGACACTCTTTTTTATATAT +AATCCAGATTCTGTTTTAATAAATCCTTCTGGAGTAGATGTTTCTGCTGTAGCAAGTGGA +GAAGATAACATCCCTAAAGTCAAGCATCCTACCAATAAAGACGATATTTTTTTACTTATC +TTTTTCATGTTTATTATCACCTCTTTGTACTAGACATCGTTAATCTTTTTTTCTTCGAAT +ATTGTATAATCCTAATAAACTCGCTCCACCTAAAGCAAGATATGCATATATACCCTGATC +TCCAGTTTGTGGTGTGCTATTACTTGGCTTATTTTGACTTGGATTATTAACTTCTGGTTC +TGTAGGTTTAGATGACTCTTTAGCCTGTGCGGTAAATATCCAGTTCACTTGAACTGTTTT +GTTCAAATATGCTGGATTTGTTGCACTCGGATCTAGCTCAGCTACTGCAGTTAAATTTTC +TTCATCACCTGGTTCAAATAATCCTAGCTCTATATTTTCTGTAAGTCCATCTTCTCCACT +TACTGGTCCGTCATATATTACTTCGTCTTTATAAGATATTTTTAAATTAATAACATCTAG +TAAATCATACTTTTCTGGAGGTGTTACTCTTTCGGCTTGCAGGTAAAGCTCATATGCTTT +ATCATATTTATTTTTTATTTCTAATGTTCTCGTTACTTTGTCTCCTGGGCTCATATCCTC +CCCAAGTAAAAATGGCTCGTCACCAGGTACATATACTATTCCCTCTGCATTCCCCAATAA +CTCAACATTAGGAGGCACTTTATGTAGCGCCTCTGCTTGTATAGTCATTATCGAAAGAAG +TGAAACAGTTGTTATAAGTGATTTTATCTTTTTATTCACTTTATCACTCCTCTATTTTTA +CCTATAATCTAATTATCAATTATTATTGATTTGAAACTGTAGGTTTTATAGTCAGCTTTC +CATCTTCTGAAGGTTGTCCTACTACAGCTTTTAATGCTGCTACTAAATTTTTATGCTTAA +CTTCGTCAAGTCCAAATCCATTTTCATTTGTTGTACCTGTATCTCCGTTACTAGTTATAG +CTTCTACTGTACTTTGAACACTTTCAGCATTTACTATTACATCGAATGCTACACCTTTAT +AGTTAGGATTACTTGCTATACTAGGATCTAAAGTAACACTATCTAATAATTGAGTCGTAT +ATCCTTCTGGAGCAACATTTCCTATGTAGTAATATTTATTTTCTGCTAATACCCACTTTC +CTTTAACGTCGTTTAAGTTAGTCACATCACCTTGATCATCTAGTTTTATATCACTTTCAG +ATATTATAGCTCCATCAAGATAATTAAGTATTATTTTTTCAATATCTAAGTTGTTTAAAG +TATTTCCATTCTCACCTTTGAATAGTTTTTCTATGTTAACTCTTATAAGAGAATCATAAT +CAGATTTATTTTGAACTTGAACTTTTTTATCTACATTTACCCCTGTTTTTATCTTTTCAG +CTTCTTCTTTATTAAACTCTTCTACTATGTCTATATCTCCTTTTTCTGATGCCTGTATTT +TAAAATTATTTGTTACACTATCATTTGCTCCTAGCCAAGCAAATGTTCCTCCTACTATTA +CTGTACATATAGCAAGTGCACCCATTAAACCTTTTAATTTTTTATTATGCATTTTACTTT +CCCCCTATTTAAATTTAATAAAAATACTTTTATATAAACTATTCTTTATTCATAAAGTAT +TATTTACATAAGGTTTCTAACATAGTTATTACATTTTGATTAGTTTTTCCTTCGCTTATT +TGTATCCATGATGCCTTATACGCATTTTGTGTTGCTTCTACAGCTTCTGATTTAACATTA +ACTATTAGCTTTTTATTTTTATAAATATCTCTTTGATTCTCTGGTATCTTATTAATATCA +AATGATACTTCATCAATAATTGTCTTATTAGTACCAGCTCCTGTATCTAGTGCCTTTGTA +TAGTAAAAGTATCCATCCTTACCATCCATCCAGCCTTCTTCATTTGGGTTACTTACAATA +TTTTTATTTAAAACTATTGCATTTATATCTCCTGCCCATGGTTTATTATTTTCATCAAGC +CATATAGGAACTATACTTACTCTTATAAGTGCTGGTGTTTCACGATTATTTTTTACTGTT +ACTTCTTTTACAAGTGCTGTTCCATCCCAATTTTTGGCGCCTTCTTCGTCAAAATTTTCT +TCTATTTCTATATCTACGCCACCTTTAAACTCATTTACTACTGTATCACTTGGATCTAAA +AGTTCTTTGATGGCTGCATATGTATTGGATACCCATCCACTTTTAGTTAATATAATACTA +CCCATCAATACTAGGCAAACTATAATCCCCCTTTTTCTTAATTTCACTCTATCACCTCCA +AACAACATATATTTTTATTTAATACTATATTTATGATTAATTAGTTTGCTTCTTTTTGGG +ACTATATTGAAATGATGTCATAATTATTAACATTACTAAAATAGCTAGTACTAATTTTAT +ATTAGATTTGATAAATTGCATGGTCGCTCCTATTATAGGTATATGAAATATAACTTTACC +TACAACAAGTTCTGAATCGAGAGGCTTTGGATCTACTGAATTATTTGCATCCCCTTGTGT +AATAAACTTTACACCATCCTCATGTAATACTTCTTTTACTCTATGAGTTGTTACACTTGT +CCTTGATGAATCATAAAAAGTAATCACATCTTCTTTTTGTATTTCTGCTGTAGGTGTTTC +TTTGACTAAAACCAATGTTCCCTTGCCCATAGTAGGGCTCATACTTCCTGTTAATACAGT +ATAAAATCTATATCCAAATATTGACACCGCCTCATTTTGGCTATTTCCTTTCGCGGAAAT +AACTGTGATTATTATCACAGATATTAAAAATATATAAAAAATGATATTCCATACATAATT +AAAAAACCTTTTTATACTCATATTCTATTCCCCTTATCTTTTCTCCCTATTATTCTAATA +TTTTTCACCTTTATTTTGTATTACACGTTAGTATATTTATAAAACACAATTTTCATAATA +CTTTAGTATTATATTCGTCAAAAAATTACTCTTAAGTATAATATCCTCTTACAATAGATA +TTTTAATTGATACCAAATATACTATCTGTACTCATGTTATATTTGGCTATATATTATATC +TTTCAAATCATAAAAAAATGGATGAACTCTATATGAGTTCATCCATTTCTTTTTGTGGAA +CTATCTTTTTATTTTAAATTAATCACTCTTCCATATACTATATCATTTTTAGAATGACCG +CTATACTCCCAATACTCATTCATTTCATTAGAAGTATAACCGATAATATTTAATATATCA +TAAGTACTTCTAATTACTCTAGTATAATTTCCAACTGCTTTAATTTTAGATAGAGCTTCT +TTTGGATTTTGCACTCCCTCTAAAATTATTTCTATCTTAGTTTTTAATGTAGCATTATTA +TTTTCTTCATCATAAACATTTTTTGCTGATATTGAAGTATACTCAGGTACTTCAACTGAT +TCACTCTCTATATCAGAATAACGCTTATTTATGCTAATCTTATTCTCACCTACAGCTTTT +ATCACAAGCTCTACATTCTTATCATCATCTGAATCTACTGATGATTCATCAGAATATATA +TTTATCTTATAATTATCTTTAATATCACTATTTTCTTTTTTAGCATCTTTAACTAAGTTT +ATAATATCCTCATCAGTAAGCTCTTTATTTTGATATGCCTTGATAGTGAAGCTTCCCTCA +TCTTCTAACGTACGTACTATTGAGTATGGATCTACATCTTCTTTTACTATATCTTCTTTA +GTCGCTGCTTCACTTTGATAATCATCTTTTACTTTAAATTTAATCGTACCTTGAGATAAT +GTAAATCCTCCTACTAATCCAACTGTTAGTATGCAGGCAATCAGGATTATCTTATTTTCA +TTATTTTTCTTCATATACTCCTCCCCTATGACTTAACTTTTTTATTATTGATATAATACC +ATTTTATATGTTAATTTTTTACATATATAAATATATTATATTTTATTTCAAATTTTTTTT +CAAATAAGTATAAAATTTTCATAAAACTATCCATATCTTAATTTCTAAGTCTAAAGAGAG +CTCTAATATGTAATAATTGATACTCCAACTCTATATCTATATTTATCATAAATCCCTAAA +TATCTAACAGCCTAAGTTATAACTTAGACCTAGCTTATAACAAATTTCATCATTATCAAT +AGATATTATCTTCTTATTATGTTTTTTATATTTTCTCAAAAACTTCTATCATAGATTATA +ACTACATGAGAAATTAACATAGTACTCTTTAATTAAACAAGGCACAAGCCTTAAATAAAT +TCCAAGGAGGTACACACTATGGCTACAGAAATAAAAAATGCTTCATCTTTAAAACTTCAA +TTTAACAAAGGACTTGGCTCAAATGGAAAAGCACAAATAAGCAGCAAAACATTCTCTAAT +CTAAAAGAAAACGCAACTGCTGATGATGTCTTAGAAGTTGCAAATGCTATAAGTGACTTA +CAAAAGCATGACTTATATGACATCATAAAAATAGACTATACATCTATATCATAAAACTCA +CTACGTTCGTGTCGCCAACGGCTTCGCCCGTTGCTCAAAATAATAATATTATAGGGGGAA +TTAATTATGGAAACTTCATTAAAATTAGTAATGACTTTTAAATCTGCTGGAGATAAGACT +GTCAACTTAACAGTTGATGATCCTAGAGATGATATAAGTGAGGATGAGGTAATATCAGCT +ATGAATTTAATACTAGAAAAAAATATCTTCTCACCAGACAATGTTGACTTAAAAGAAACT +GTTAAGGCTAAAGTTATTCAAACTGAAACTACTGAATTTGACCTTAAAGCATAGGAAGTG +ATATAAATGACAAACGAACTATCAACTATCATAGCTAATGTCGGTTTTCCAATTGCTATA +TCCATGTATCTTTTGGTTAGAATTGAAGGAAAACTTCAAGTGCTATCAGATAGTATCACA +GAACTTTCTAAAACACTTGTAGAATTTAATAAATAGAAATAAAAAAGGAGTAGCTAAAAC +TTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAG +AGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTT +ACC +>MGYG000000001_48 +AATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAA +CTCTCAAATAAAAGTTGATGGGCTCAGATACTGTTATATATCTGGCTTTGTTTGGTTGTT +TCGAATAATTCTTATTAAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAG +TTCTTGTTTTGTGCTGTTCTTGAGCACTTACTTATAATAACATTTGTATATTATTTCGTC +AACACTTTTTAAAAAGTTTTTTTATTTTTTATAAATACTTTAAAATAATAGCTTATATCA +GCGTATTTAGTCTGATATAAGCTATTATTTTCATTTTATTCATTTTTATACCCATCTTCA +CCAAAATATTTTTGAATACCTGCATATATAGACCAAGCTATTTTTTCTTGATATTTTTCG +TCATTTAATAATTCAGCTTCCTTTTCATTTGATAGAAAACCACATTCAATTAATACCGAT +GGCATTTTGCAATTCTTTAATAAGTAAAGATTATTTCTTGGCTTTATCACTCTATTATTA +CTATCATCTACAACTCTTTTCAATTCATCCTGTATACTCTTAGCTAAAACCTTACTATCA +TCCATCTCCTCTGGATAAAAAGTCTGAGCTCCTGAATACTTAGATTCAGTAAAATAATTC +AGATGTATAGAAACAAACATATCTGCATTCGAATCATCTGCTATCTTTTTACGATTTTTC +AAATTTTCATTATACTTTTGTCTTATCGTTTTATTCTCGCTCTCTTCATATAAACTGCTG +TCATCATCTCTAGTTAATATAACTAACCCTCCACTAGCTTCTATAAGCTCTTTTAACTTA +AGAGTAATAGCTAAGTTAACATCTTTCTCATATATAGTCTTATCGTCATTAGAAGCTCCC +GAATCAATACCTCCATGTCCAGCATCTAATACAATAGTCTTATTAGTTATAGGCATATAA +CTAATTGTTTCTTCAGAGACTTCTCTTATTTTTAATATACAAACTACTGTTAAGACTAAG +GCTACCACTCCAAAAACTATGTATTTTATGTATTTTCTCACAATATCACCCTATACATTT +ATATTAAAAAAGACTTTGGAATATTCCAAAGTCTTTGTACAAGTATATGAATAAAATTAT +CTCTTTGAGAATTGTGGAGCTCTTCTTGCTGCCTTTAATCCATATTTCTTTCTTTCTTTC +ATTCTAGCATCTCTAGTTAAGAATCCTTCTTTCTTTAAAGCAGGTCTTAAATCAGTGTCA +GCTTTTAATAAAGCTCTAGATATACCATGTCTTATAGCACCAGCTTGTCCAGTGAATCCT +CCACCTTCAACTTTTACTATTACATCGTATTTAGCTTCATTGTTAGTTAATACTAATGGT +TGCTTAACATCTCTTATTAATGTTTCGTAGTTGAAGTATTCTTCAACATTTCTTCCATTT +ATTATTATATTTCCTTCACCTGCTACTAATCTAACTCTAGCAACAGAGCTTTTTCTTCTT +CCAGTTCCGTAGTATTGAACGTTTGCCATGATAACTCCTCCTTTCACCCGTTAATTATTA +TTTAAAGTTTAAAACTTCTGGATTTTGAGCTGCATGATCATGGTTTGGTCCTGCGAATAC +TCTTAATCTAGTCATCATTCTGCTTCTTAATTTATTTTTTGGTAACATTCCGCTTACAGC +GTGAGCTACAACTTCTTCAGGCTTCTTAGCCATCATTTCTTTGTATGGTATTTCTTTTAA +ACCACCTACATAACCAGTGTGGTATCTGTACATTTTTTGCTCTAATTTCTTTCCTGTTAA +AACTACTTTCTCAGCATTAACAACAACAACGAAGTCTCCTCCGTCAACGTGTGGTGTGAA +AGTAACCTTATTTTTTCCTCTTAATACTGTCGCTATTTCAGTTGCTAAACGACCTAATGT +TTTTCCTTCAGCATCAACGATGTACCATTTTCTTTGTACATCAGCTGGCTTAGCTATATA +ACTTTTCATAGTTGTCCCTCCTTAACTTTTTTCCTTTAAAATTTTACCGTTTATGTCAAG +TCCGGGGCAAGTGGACTTATTAACACACTCCTACTAATTTTAATATATGCATAGTTGTGT +GTCAAGCTAATAATCAACTTTTTTAAGAAATAATCCATGCGCTGGTGCTGTATGACCAGT +TTTTGATCTACTCTTTGAGTTAATTATTTCAGATAAATTCTCTTTTATCCTGCCTCTGCC +TATATCTACTAACGTCCCTACTATTATTCTTACCATATTATATAAAAAACCATTACCTTC +GACTTCTAAAGTTATTAAATCTTCTTCTTTAGTTATTTCTATATCATATATAGTTCTAAC +TGTATCTACTACAGAAGATCCTGAACTCATAAATCCCTTAAAATCATGTGTACCAACTAA +ACATTTAGCTTCTTCACACATTTTATCAAAATCAAGTTCATATTTTACATGATATGATGT +ATCTTTATATATAGGACTTCTATAAGGACTATTATAAATTAAATATCTATACCTCTTACC +TTTTGCACTATATCTAGAGTGAAACTCTTCATTGACTTCCTCACAGCTAATTATAGCTAT +ATCTTTAGGTAGTTTTGCATTTAGTGCATTTGGTATTCTATCTGCAGGTATCTCAGAGTT +TAGTTTAAAATTTGCCACTTGTCCTAATGCATGAACTCCTGCATCAGTTCTCCCAGAGCC +AGTAATCTTTACTTCTTCCTTTGTTATTTCATAAATAGCTCTTTCTATTGTACCCTGTAT +CCCTAAAGAGTCAGGTTGCTTTTGCCATCCACAATAGTTAGCTCCATTATATTGTATTTT +TATCATTAAGTTTCTCATGTTGTACCTCTTTATATGAATCTAGTAACTATTATACTCCCT +AAATACATAAATTGTAATACATAAGATACATAATCAGATTTCGATAAAACAGATTCTTTC +ATCTTAGTTCTATTATATCCACCTCTATAGCATCTAGCTTCCATAGCTGTTCCTAATTCT +TCTGCTCTTCTAAATGCACTTACAAATAAAGGGACTAATAGTGGAACTAAGTTTTTAGCT +CTATTTATAAGATTATTACTTTCAAAATCTGCTCCCCTAGACATTTGAGCCTTCATTATC +TTATCAGTTTCATCTAATAATGTAGGGATAAATCTAAGAGCTATCGTCATCATCATAGCT +AATTCATGCACAGGTAACCCTATCTTTTTAAACGGATTTAAAAGCCTTTCTATACCATCT +GTAAGATCCATAGGAGATGTCGTTAGAGTTAATAAGGATGTTCCTAATACAAGTAGTGTA +AGCCTAATAGCCATAAATATAGCCTGACTTATACCTTCTTGAGTCACTTTTAAAAATCCA +AACGACCATATAATCTTTTCTCCTGGCAAGAAGAATATATTTATAACAAATGTAAATAAT +ATAATCCATCTAAGAGGTTTAAGCCCCTTTAGAATGTATTTAAACGGTATATTAGATAAC +TTTATTATTGCTAATAAAGATACTATCACTATTGAGTATGGCCAAAATTTATTAATTATA +AATAATGAAACCATAAATATAAATGTAGCTACAAGTTTTACTCTTGAATCTAATTTATGA +ATAATGGACTCTGTAGGGTAATGCTGACCAATAGTTATATCTTTTAACATTTTCCTCTTC +CTCTCATAACTCTTAATATTTCTTCTTTAGCTTCATCTATAGTCAATATATCTTGACGTA +TATCAAAACCTCTTTCTCTAAGCTTTATAGCTAACTCTATAGTCTGAGGTATATCTAAAC +CTATTTCTTTTAACCTAATTGCATTAGAATTAAAAACTTCTCTTGGAGTACCCATAAACT +CTATTTTACCATGATTCATAACTATTATAGTTTTAGCTAGTTTAGCCATATCATCCATAC +TGTGAGATGATAATATTATTGTTATATTATGTTTTCTATGAAGAGTTTTTATAAGCTCAA +AGATTTCATCTCTTCCTCCTGGATCAAGGCCTGCGGTAGGTTCATCTAAAATTAAAACTT +CTGGATTCATAGCTATAACCCCAGCTATTGCTACCCTACGTTTCTGACCTCCAGATAGTT +CAAAAGGTGACTTTTCTTTATACTCTTCATATTTTAATCCTACAGCTTCCATAGAATCTT +TTACTCTTTTTTTAACTTCAGCTTCATCTAAGCCTAAATTAGTCGGACCAAACGCTATAT +CTTTTTCAACAGTCTCTTCAAAAAGTTGATATTCTGGATATTGAAAAACAACCCCTACTC +TCTTTCTTATCTCTGTTAGGTTAAGTTCTGGATCAGTTATATTAAAATCATTTATATATA +TTTCTCCATATGAAGGCCTTAGAAGACCATTCAAATGCTGTATTAATGTAGACTTACCTG +AACCAGTATGACCAATTATACCTACAAAATCTCTATCTTGTATTTCAAAGCTAATATCAT +CTAACGCCTTACTTGCAAAAGGCATATCTTCGTTATATATATATGTTAAATTCTTTATTA +CAATTGACATAATTTTATCACCATCTCATCTACTGTTAATATATCAGAGTCTATATTTAA +ACCTTCTTTATTTAGTTCTTTCGATAGCTCTGTCATATAAGGCACATCTAAACCTATGTT +TTTTAACATATCTATTTTAGAAAACACCTGTCTAGGTGTACCTTCCAATATTTTTTTACC +TTTTTCCATAACTATAACCCTATCTGCATCCACTGCTTCTTCCATAAAATGCGTTATGTG +TATCACACTGATATTCTCTTCTTTATTAAGTCTTTTTATTGTACTCATAACCTCTTTTCT +ACCTGATGGATCAAGCATAGCTGTTGCTTCATCAAATATTACGCATTTAGGTTTCATAGC +TATTATACCCGCTATAGCAACTCTTTGCTTTTGTCCTCCAGATAGTAAATGTGGCTGTCT +GTCTCTTAATTCATATATCCCTACACTTTTAAGAGATTCATCTACCCTTTTTCTTATTTC +TGCTGGCTCTATTCCTAGATTTTCAGGTCCGAAAGCTACATCTTCCTCAACTACTGTAGC +AACAATTTGATTATCAGGATTTTGGAATACCATACCTGCAGTCTGTCTTATATCCCATAA +TTTTTCTTCATCTCTTGTATCCATATTATCTATAAGTATATTACCTTTTGTAGGCATAAG +AATTGCATTCAAATTTTTAGATAATGTAGATTTGCCTGATCCATTATGTCCTATTATCAC +TAAAAATTCACCTTTTTTTATATCTAAACTTAAATCTTCTATTGCTTTAAAGCTTTCTTC +TTCTGTTATATATTCAAATGAAATATTGTTAACTTCTACTATATTACTCATTAAATCTAC +TCCTTCTCATTAGGCAGCAATATAAAACCATTTTAAGTAGTATTATATCATAACCATATA +AAAAAAGATAATTCTTAATATACAAAATTTACTTCCTAGATATCGATGAAATCTTCGACT +TTTGATAAAAAATAGCATAAAAAAAGATTAAGCAAAAGCTTAATCTTTTTCTATACTATA +CTAATTCTATAAAAGCCATTTCAGCAGCGTCGCCTCTTCTTGGTCCTTTTTTGATTATTC +TAGTGTATCCACCATTTCTCTCAGCATACTTTGGAGCTATATCAGTGAATAAGTTGTTAA +CTACAGTTTCATCCATAACGTAAGCTAAAACTTGTCTTCTAGCGTGAAGATCTCCTCTTT +TAGCAAGAGTTATCATCTTTTCAGCCATTCTACGAGTTTCTTTTGCTCTTGTTACTGTAG +TTTCTATTCTACCACTTCTTAGTAAGTCAGTTACTAAGTTTCTTAACATAAGGTTTCTGT +GTGAAGTCACACGTCCTAATTTACGGTAATTAGCCATGCCAATCCCTCCTTTGCTCACTA +TTCTTCGCTTGGTTTAAGACCTAGTCCAAGTTCTTCTAACTTTTGGATAACTTCCTCAAG +TGACTTTTTACCAAGGTTTCTAACCTTCATCATATCGTCCTCAGACTTATTAGCTAATTC +TTCAACTGTATTTATTCCCGCTCTCTTTAAACAGTTGTAAGATCTAACTGATAAATCCAA +TTCTTCTATAGTCATTTCAAGAACTTTTTCTTTTTGATCTTCTTCTTTTTCTACCATTAT +TTCAACATTGCTTACATGCTCTGTTAAATCAATGAATAGATTTAAATGTTCAACTAATAC +TTTAGCAGCTAAAGATATTCCTTCTTGAGGATTTATACTACCGTTAGTTTGTACTTCAAG +TATTAATTTATCATAATCTGTTTTTTGACCTACTCTTGTATTTTCAACATGGTAGCTCAC +TTTTTCAACAGGAGTATATATTGAGTCTACAGGTAAAACACCTATAGGCATATTCTCTGT +CTTATTTTCTTCAGCAGAAACATATCCTCTACCTTTATCTATAGATATTTCCATATTAAG +CTTAGCATTATCATCTAGCGTAGCTATTTGTAAATCTTTGCTTAATATTTCAACATCTGG +AGGACATATAATATCTGATCCTTTGATAGAGCATGGTCCTTGTGCTTCTATTTTAAGAGT +TCTACTTCCTTCTCCATCAATAGTAGCTGAAAGCTCTTTTAAAGATAATATTATTTCAGT +AACATCTTCTTTAACACCTGGTATTGTTGAGAATTCGTGAAGAACTCCATCTATTTTTAT +AGAATTTACAGCAACACCTGGTAAAGATGATAATAATACTCTTCTTAAAGCATTTCCTAT +AGTTATACCATAACCTCTTTCTAGAGGTTCTATAACGAATTTTCCATATCTATAGTCTTC +GCTAAGTTCTATTATATCTACTTTAGGTTTTTCTATTTCTATCATGGACAAAAACCCTCC +TTCAATTTATTAATCCACTGAGGGTAAACAATTTTAAAAATTAATTTTAAAATTTGCTTA +TTACTTAGAGTAAAGCTCTACTATTAAGTGTTCAGCTATTTCAAGATCTATATCTTCTCT +TGTTGGCATAGCAACAACTTTAGCAGACATTCCTTCTAAGTTTGCATCTAACCACTTAGG +AGCTACTTTTGATGCATTAGCTTCTACTAAAGCTTTGAACTTAGCAGAAGTTTTAGAGTT +TTCTTTAACTGCTATAACATCATCAGCTTTAACAGTTATAGATGGTATATCTACCTTATT +TCCATTTAAAGTGAAGTGACCGTGAGTTACTAATTGTCTAGCTTCTTTTCTAGATGAAGC +TAATCCCATTCTGTAAACTACATTGTCTAATCTTCTTTCTAATAGGCTTAATAAATTTTC +CCCTGTTATACCAGGCATTTTATCAGCACGTTCATATAAGTTTCTGAATTGAGTTTCTAA +AACTCCGTATATTCTCTTAACTTTTTGTTTTTCTCTTAATTGTAAACCATAGTTAGAAAC +TTTCTTTCTTCCTTGTCCATGTTGTCCAGGAGCATAGTTTCTTTTTTCTATAGCACATTT +ATCTGTATGACATCTTTCGCCTTTAAGGAATAATTTCATTCCTTCTCTACGGCATTGTCT +ACAAGATGCACCTGTATATCTTGCCATGTCTTTACACCTCCTAATTAATTCTGTATATAA +TTACACTCTTCTTCTTTTTGGTGGTCTACATCCGTTGTGTGGGATTGGAGTAACGTCTTT +TATCATAGTTACTTCTAGTCCAGTAGCTTGTAAAGCTCTTATAGCAGCTTCTCTTCCTGA +ACCAGGACCTTTTACGAATACTTCTACAGTTTTTAAACCGTGTTCCATTGCAGCCTTAGC +AGCAGTTTCTGCAGCCATTTGAGATGCAAAAGGAGTAGCTTTTCTTGATCCTTTGAATCC +TAATTGTCCAGAAGATGCCCAAGATATAGCATTCCCATGAACGTCAGTTAAAGTTATTAT +AGTGTTGTTAAAAGTTGATTGTATATGCGCATGTCCACGTTCGATGTTTTTACGCTCTCT +TCTTCTAACACGTGTAGCTTTCTTTTTTGGTTTAGCCATTGTCATTTCCCTCCTATCTAC +TTATTATTTTTTCTTCTTACGAGATACAGTTTTTCTAGGACCTTTTCTAGTTCTAGCATT +AGTTTTAGTTCTTTGACCTCTTAAAGGAAGACCTTTAGCATGTCTTAAACCTCTGTAACA +CTTTATATCTCTTAATCTCTTTATGTTTAAAGCGATTTCTCTTCTTAAGTCACCTTCAAC +TAAGAAATCAGCATCTATTATTTTTCTTAATTCATTAACTTGATCGTCTGATAAATCCTT +TATTCTTGTGTCAGGATTTATATCAGCTTTAGCTAATATTTCGTTAGCAGTAGCTTTTCC +TATACCATATATATAAGTTAAGCCTATCTCTGCTCTTTTTTCTCTAGGTAAATCTACCCC +AGCTATTCTTGCCATGATTCGCACCTCCTACACATGTTTTATTTAAATTGTTTTGACGCT +TTTACGCCCTATTGTTAACATCACAGTTTACTATTATACTATAAAAGTTAACAAATTACT +AGTAATAATTTCTTATCCTTGCTTTTGCTTGTGCTTAGGATTTTCGCAGATAACCATTAC +TTTACCTTTTCTTTTTATAACCTTGCATTTTTCACACATTGGTTTTACTGATGGTCTTAC +TTTCATTATTAATCCCTCCTTAGACTACTAAATAAGATAGCCTACTTCTTACGCCAAGTG +ATTCTTCCTCTTGTAAGGTCATATGGAGAAAGTTCAACATTTACCTTATCACCTTCAAGA +ATTCTTATGAAGTTCATTCTTAGCTTTCCAGATAAATGGCATAATACTTCATGTCCATTT +TCTAATCTTACTTTGAACATAGCATTAGGTAAGTTTTCAATAACTGTACCTTCTAATTCT +ATTACATCTTTTTTGGCCATTAAATAACCAGACCTCCATTCAACTAATCAAAGATCAACT +CTTTTGATTTAGTAAGTTCAGCTCTTAAAAAAGCATCTGTTATCGTATCAGACGCTATTT +TATTTTTAACTTTATCATTTAAAAAACTATAAACTTTTAAGTGCTTAACTTTTTTTAGCT +TAGGTCTGTCAAGTTTTCTTTTCTTTCCATCAGATATAAGAACATATTCATGGTCAACTA +TTGTCACTATGAAAAATAACCTTCCTGTTTCTCTACCTGATAAACCTTCTACAACTTGAC +CTACTCTTGTATTTTCTGATAGCACTTTTTTCACCTGCCTTCAGACTAAAGCTTAGTTAA +TATAAGCGGTTCATCCTCAGTAATTGCTATCGTATGCTCATAATGAGCTGAGTTTTTGCC +GTCAATAGTGACGATTGTCCATCCATCTGATAGAGTCTTTACATGGTAACGACCAGCGTT +AATCATAGGCTCTATAGCAAGTACCATTCCTTCTTTAAGTCTTGGACCTTTTCCTGGAGG +ACCATAGTTAGGAACTTGAGGATCTTCATGAAGTTCTGTGCCTACTCCATGACCTACTAG +ATCTCTAACAACTGAGAAACCTTGTTTCTCTACGTGTGCTTGTATTGCGTGTGAGATATC +CGAAAGTCTATATCCTAGTTTAGCAAATTTTATGCCTTCATAGAAGCTTTCTTTTGTTAC +TTCTATTAATTTCCTATTTTCTTCAGATATAATGCCTACACCGTGTGTTTTTGCAGAGTC +GGCATGATATCCTTTATAATAGGCTCCTATATCTATACTAATAATGTCTCCCTCTTTAAC +TATCTGATTCCCTGGAATTCCATGTACAACTTGTTCATTTATAGATGCACATATAGTTCC +TGGAAAACCACCATAGCCTTTAAAAGATGGGATCGCATTGTATTTTCTTATATTCTCTTC +AGCTATTTTATCTAACTCTAAAGTAGATATTCCCGGAGTAATAGCTTCCTTTAATAGTTC +ATGAGTTTCAGCAACAATTTTACCCGCTTCCCTCATGAATTCTATTTCTTTTTTTGATTT +AATAATAATCATTATTTTTCACTTCCTAGAGCAGCAACTATATCTCCAAATACTTCATCT +ATAGATTGTTGACCATTTATGTTTGATAATATACCTACTTTAGCATAATAATCAGCTAAT +GGTCTAGTTTCGTCTAGATAAACTTGTATTCTCTTTGATACTGTTTCTTCATTATCATCC +GCTCTTTGGTATAACTCCCCTTGGCATACATTACATACACCTTCAATTTTAGGAGGATTA +AACTCAACATGATACGTAGCACCGCAAGATTTACAAATTCTTCTTCCAACTGCTCTTGAA +ACTAATATATTCTTATCAACCTCTATATTTATAACGTTGCTTAATTCTATATTATTTTCT +TTTAAAAACGCATCTAATTGTTCAGCTTGAGATACATTTCTTGGGAATCCATCTAACATA +AATCCATTTTCACAGTCAGCTTGAGTTATTCTGTCAGTAACTAAACCTACAGTTAACTCA +TCTGGAACTAGTAATCCTTGATCTATGTATTCTTTAGCTTTCTTTCCAAGATCTGTTCCT +TCTTTTATATTCTTTCTGAATATATCTCCTGTTGATATATGAGGTATGTTATATTTTTCT +ACTATCCCAGCCGCCTGAGTTCCTTTACCAGCACCAGGAGGTCCAAGTAATATTATTCTC +ATATTATCATCTCCTTATTTTAAGAAACCTTGATAGCTTCTCATAACTAAGTTTGATTCT +AATTGTTTCTTAAGTTCTAAAGCAACTCCAACAACTATTAGCAACGATGTACCTGCTAAA +TTCATTTGTACATTCATAAAATGCGTAACAAATGCTGGTATTAACGATATAATAGCTAGG +AATATAGCCCCTGCTAGAGTTAATCTTGATAATATTCTATTTAAATAATCTATAGTAGGT +TTTCCTGGCCTAATACCTGGTATAAATCCACCATTATTTTTCATGTTATTTGCTATATCT +TCTGTATTAAATGATACAGTTGTATAGAAATAAGCAAAGAATACTATAAGCAGAACTTCA +AGTGATCTAAATATCCAAAATCCTATGTCACCATTTGGACTTAAGTATGTTTGGACAAAG +TTTTGAGCATCAGATCCCATAAACATAGCAATAGTTTGTGGAAAAGCTAAAAGTGAACTA +GCAAAAATTACCGGAATAACTCCTGATTGGTTAACTTTCATTGGTATATGAGAACTTTGT +CCTCCATATGTTTTTCTTCCAACAACTCTTTTAGCATATTGTACTGGTATCTTTCTAGTA +GCTTCTTGTATATACGTAACTGCCATTATTGTAAGAAGTATTACTACTACTAACATTACT +GCAGCCCATATAGCTAGCTTACCATTTTGCACTTTATTGATAGCACTCATAATATCAATT +GGTACTCTTGAGATAATACCTACAAATATTATTATTGAACTACCATTACCTAAACCTTTT +TCTGTAATCTTATCTCCTATCCACATTAATAACATACTAGCTGATACTAACGTTAAGATA +ATCGTTGAGATAAAGAATATATTATCAGTTTTAAGAGCTCTTAAACCTTTGATAACACCT +AATGTAATACCAATAGCTTGTACAAGAGCTAGTGCTAATGCTGTATATTTAGTGTATTTG +TTGATCTTTTTCTTACCTTCTTCTCCTGATTTTTGAAGTTCATCCAGGCTTTCAAAACCA +ATAGTTAGAAGTTGTAAAATGATCGACGCTGTGATATATGGTCCTATTCCCAATGCAAAT +AGTGTAAAGTTACTAAATGCACCCCCTGTGAACATATTATATAGGGAAAGTAGGCTATTG +TTACCTACCATCTCCTTTATAATACTTGTGTCCACTCCAGGAACAGGTATAGTCGCACCT +ATCCTAAAGACTACAATCATCATTAAAGTATATAATATTTTTTTTCTTACGTCTTTAATC +TTCCAAGCTTGTTTTAACTGTGATAGCACGTTAATTCACCCCGCCTGTAGTGGTTTGGAG +TTAGCAGTTTAGATTAAACTAATTCCGCTTTCCCACCAGCTTTTTCTATTTTTTCTTGAG +CAGAAGCAGTGAACTTAGCAGCTTTAACAGTTACAGCCTTTTCTAAGTTTCCGTTTCCTA +GAACTTTTATACCATCTTTAGCTATTTTGCTTATAGCTCCAGTAGATTTTAAAACTTCAG +CAGTTACTTCTGTTCCGTTTTCAAATCTATTTAATAATTCAACATTAACTTCAGTGTATT +CTTTTCTGAATGGATTTTTGAAACCTCTCTTAGGAAGTCTTCTTGCAAGTGGCATTTGTC +CACCTTCGAATCCAACTCTTACTCCACCACCTGAACGAGACTTTTGTCCTTTTTGTCCAC +GTCCTGCAGTTTTACCTTGTCCAGTTGCAGTACCTCTACCTAATCTCTTCTTAGATCTTA +CTGCACCTTCAGCAGGTCTTAATTCATGTAGTTTCATGGTCAGCACCTCCTTTTATTACT +AGTCAATTATTATTCAGCTATTTCAGTTACTTCAACTAAATGCTTAACTTTGTTTATCAT +ACCTCTTGTTTGGGCATTATCTTCTTTAACAACTACTTGTTCTCTTTTTCTTAATCCTAA +CGCTTCTACGTTTTTTCTTTGGTTAGGAGTAGTTCCTATTGTACTTCTAACTAATTTTAT +TTGTAATTTAGCCATCTTACACTACCTCCTTACCCTAGAAGATCTTCAACTTTTTTACCT +CTTAATTTAGCTATTGCTTCAGCTGTCTTAAGAGAGTTAAGTCCTTCTATTGTAGCATTT +ACCATATTTCTTGGGTTGTTAGATCCTAAAGATTTAGCTCTAACGTCTTTTAATCCAGCT +AATTCAAGTACAGCTCTAGCAGGTCCCCCAGCTATAACTCCTGTACCTTCTTGAGCAGGC +ATTATTAATATTTTTCCAGCACCAAAGTGTCCGTTAACTTGATGAGGAATTGTTGTACCA +ACCATTGGTACTTCTATAAGATTCTTTTTAGCATCTTCTACTGCTTTTTTTATAGCATCT +GGAACTTCCATAGCTTTTCCAGTACCTACACCAACGTGTCCATTTTCGTCTCCTACAACA +ACTAAAGCTGCGAATCTGAAGTTTCTACCACCTTTAACAACTTTAGTAACACGTCTTACT +TCAACAACTTTCTCTTGTAGGTCAAGTTGTCTTGCATCTATCGGCTTACGACGTAGCATG +TGATTTCCCTCCTTTGTTTCTAATCTAATTAGAATTTAAGACCAGCTTCTCTAGCACCTT +CAGCTAACTCTTGTATTCTTCCGTGATATAAGTATCCACCTCTGTCAAATACAACTTCAG +TGATTCCTTTTTCTACAGCTTTCTTAGCTATCATTTGACCAACCATTTTAGCTGCTTCTT +TATTTCCACCATGACTTACAGCGCTCTTAACTTCTGCTTCTAAAGAAGATGCAGAAACAA +GAGTAACTCTGTTAGTATCATCTATTATTTGAGCATATATATTGTTTGAACTTCTAAATA +CACATAATCTTGGTCTTTGAGTAGTTCCAGATATTTTCTTACGAACTCTCTTATGTCTTT +GAAGTCTTTTTGCATTTTTATCAGCTTTCTTTAACATCGAGATCACTCCTTTCTTAACGT +TTAGGTTTGGTATTATTTCTTACCAGTTTTACCTTCTTTACGTCTTACAACTTCATCAGC +GTATCTTATACCTTTACCTTTGTATGGCTCTGGCTTTCTCCAGTCTCTTATCTTAGCAGC +GTAGTTTCCTACTAATTGCTTATCTATACCTTTAACTATTAACTCAGTTTGGTTAGGAGC +TTCAACAGTTATTCCTTCTGGATCTTCCATTTCTACTGGATGAGAATATCCTAAGTTCAT +AACTAATTTCTTTCCTTGCTTTTGAGCTCTGTATCCAACACCAACTAATTCTAATTTCTT +TTCGAATCCATTAGTAACACCAACTACCATATTATCTATTAACGTTCTTGTTAATCCGTG +TAATGATCTATGTTGCTTGTTGTTAGTAGGTCTTTCAACAGTTATAGTATTTTCTTCTTG +CTTTATTGTTAATGCACCATCAAATTGCTTGCTTAAAGTTCCCTTAGGTCCTTTAACAGT +AACTAAGTTTTCAGCAGTTATAGTTACTTCAACACCAGCTGGTACAGTTATTGGCTTAAC +ACCTATTCTTGACATAGTCGCACCTCCTTACACTGTTCGTTTATATTACCAAACGTAGCA +GATTACTTCTCCACCAACATTTTCTTTTCTTGCTTGCTTGTCAGTTAATATACCTTTTGA +AGTAGATATAACTGATATACCTAATCCATTTAATACTTTTGGTATTTCATGGTTAGCAGC +GTAAACTCTCATACCTGGCTTAGATATTCTCTTAAGTCCTGATATAACTCTTTCGCCTGA +TTGTCCGTACTTTAATTGTATTCTTATTATTCCTTGCTTTCCATCTTCTATAACATCGTA +ACCTCTAACGAAACCTTCTTCTAATAAGATTCTAGCTAATTCTTTCTTCATATTAGAAGC +AGGAACGTCAACAGTTTCATGCTTAACAACGTTAGCGTTTCTTATACGAGTAAGCATATC +TGCAATTGGATCTGTCATTGTCATATTGAAACCCTCCTTCCATTTGTTAACTGGTTTCTA +CCAGCTTGCTTTTCTAACACCAGGTATTTGACCTTTATAAGCTAATTCTCTAAAGCATAT +ACGGCATATACCGAATTTTCTTAATACTGAATGTGGTCTTCCACATATACTACATCTAGT +GTACTCTCTAGTAGCGTATTTTTGCTTCTTTTGTTGTTTAACAACCATTGCTTTTCTTGC +CACTGGAATTCCCTCCTTTGATTTCGCTTAGAAAATGTCATTTTCTAAGCTTACTTAGAA +AACGGCATTCCTAATAATTTTAATAATTCACGAGCTTCTTCGTCTGTCTTAGCAGTTGTA +ACGAATATTATATCCATTCCTCTTACTTTATCTACTTTATCGTACTCTATTTCAGGGAAT +ATTAATTGCTCTTTGACACCTAAAGCGTAGTTACCTCTTCCGTCGAATGCATTAGCATTA +ACACCTCTGAAGTCTCTAACTCTTGGTAAAGATACAGATACTAATTTGTCCATGAAGTAG +AACATTTTGTCTGCTCTTAAAGTTACTTTAGCACCTATTGGCATACCTTCTCTTAATTTG +AAGTTTGCTACAGATTTTCTAGCTCTAGTAACAACTGGCTTTTGACCAGATATTATTTCC +ATTTCTTCAACAGCTTTTTCTAAGCCTTTTGGATTTTCTCTAGCGTCACCTATACCCATG +TTTATAACTATTTTGTCTAACTTAGGTATTTCCATAACGTTCTTGTATCCAAATTTCTCC +ATTAAAGCAGGAGCAACTTCTTTCATATATTTTTCTTGTAATCTAGAAGCCATTTAAGGT +CCCTCCTTTCAAGCTATATTATATTTCTTTTCCGCTCTTTACTGATACTCTTACTTTTTT +CCCATCTTTAACTTCAAATCTAACTCTTGTTCCTTTTCCTGTTTCAGGATCTAATGGCAT +AACGTTAGATATATGAATTGGGGCTTCTTTATTTATTATTCCACCTTGTGGATTTATAGC +ACTTGGCTTTTGGTGTTTAGTTATTACGTTAACACCTTCAACTAATACTCTATTAGCTTT +TGGCATAACTTTAACTACTGTACCTTTTTTACCTTTATCTTTTCCTGCTATAACTACAAC +AGTGTCGCCTTTTTTAACACGCATCATGTCCTATTGCACCTCCTTATTATAGTACTTCTG +GAGCAAGAGAAACTATCTTCATGAAATCATTATCTCTTAACTCTCTAGCAACAGGCCCGA +ATATACGAGTTCCTACTGGAGTCTTATCATCTTTGATTATAACTGCAGCATTCTCGTCGA +AAGCTATATAACTTCCGTCATTACGTCTTATGCCTTTTTTACTTCTTACTATAACAGCTT +TAACAACTTTACCTTTTTTTACAACTCCACCTGGTGTTGCACTTTTAACACTAGCAACTA +TTACATCGCCTATATTACCATATCTTCTTTTACTTCCACCTAGTACACGAATACAAAGTA +ATTCTTTTGCACCAGAGTTATCCGCAACTTTTAAACGTGTCTCTTGTTGTACCATATCGT +AATCCCTCCTTTTCCAAAAAACTACTTAACTTTTTCAACAACTTCAACTAGTCTGAATCT +CTTATCTTTAGATAAAGGTCTAGTTTCCATTATTTTAACTCTATCTCCGATTCTACATAC +GTTGTTCTCATCATGAGCCTTGAACTTCTTAGTTCTCTTAACTGGCTTATTATATAATGG +ATGACGTACGAAATCTTCAACAGCAACAACTATAGTTTTGTCCATTTTGTCACTTACAAC +ACGGCCTATTCTTACTTTTCTTCTTCCTCTTTCCATGTTAAAAAGCCTCCTTTCCAATTA +AGCTCTAGTTTCGTTTAACTTTCTTTCAGCAAGGATAGTTTTTACTCTAGCTATATCCTT +TTTCACAAACTTGATTCTTGCTGTGTTTTCTAATTGACCAGTAGCTAATTGGAATCTTAA +GCTAAATAATTCACTTTTGAAGTCATTTAATTTATTCATTAGCTCTTCGCTTGTTAAATC +TCTTAATTCTTTAGCTTTCATCCTATTCACCACCCTTTACTTCTAAATCTTCTTTCTTTA +CAAACTTACATTTAACAGGAAGTTTGTGCATTGCAAGTCTCATAGCTTCTCTTGCTTTAG +CTTCATCTACACCAGCTAGTTCGAACATTACTCTTCCTGGCTTAACTACTGCTACCCAGT +ATTCTGGTGAACCTTTACCAGCACCCATACGAGTTTCAGCAGGTTTTCTTGTTACAGGCT +TGTGAGGGAATATTTTTATCCAAACCTTACCGCCTCTTTTTATATATCTTGTCATCGCGA +TTCTGGCAGCTTCTATTTGGTTAGAAGTTATCCAAGAAGCTTCCATAGCCATTAATCCGA +ATTCACCATAAGTAACTTTGTTACCTTTTTGAGCTTTACCAGCCATACTTCCTCTGTGAA +CTCTACGACGTTTTACTCTCTTTGGCATTAACATGAGAATTTCCTCCTTCCTTGAACCTT +ACTAATTTTAGTTTTCTTTGTTTTCAGTTCTTTGAGGTCTTTGAGGTCTTTGTCCTTGAG +GTCTTTGTCCTCTGTTGTTTCCTCTGTCGTTTCCTCTAGAATTGTTTCTTCTATTATCGT +TTCTTCTATCGTTTCTCTTATTGTTTCTTCTATCGTTTCTTCTTTCTTCTCTTGGGTTTA +CTCCGTTTTTAGTTGGTAAAACTTCTCCGTTGCATACCCAAACTTTGATACCTATTTTTC +CGTAAGTAGTATCAGCTTCAGCAAATCCGTAATCGATATCAGATCTTAATGTTTGTAAAG +GTACATTTCCTTCGCTGTATCCTTCAGTTCTAGCCATTTCAGCTCCACCTAATCTTCCAG +ATGCTGCAACTTTTATACCTTTAGCTCCTGATTTTAAAGCTCTTTGTATAGCTTGTTTCA +TAGCTCTTCTGAAAGCTACCCTTCTTTCGATAGCTAATGCTATGTTTTCAGCTACTAATT +GAGCGTTTTTATCGATGCTTTTTACTTCAACGATATTAACTATAACATTTTTCTTTGTCA +TTTTTTCTAATTCTGCTTTTAAAGCTTCTATACCAGCACCAGCTCTTCCTATAACTACAC +CTGGCTTAGCAACGTGTAAGTCTAATTTCAACTTATTTGCTGATCTTTCTATTTCTATCT +TAGCAACTCCAGCAGAGTATAATTTATTCTTTAAGAATTTACGTACATTGTGGTCTTCTA +ATATTAAGTTTCCGAACTCTTTTTTATCAGTTGTAAACCATCTTGAATCCCAATCTTTTA +TAACACCGACTCTCAGTCCGTGTGGGTTAACCTTTTGTCCCATTGTTTTCCCTCCTATCT +ATTTATTATTTTTTTTCTTTAACAACAACTTCTATGTGAGAAGTTCTTTTTCTTATCATA +GTAGCTCTACCCATAGCTCTAGGCATAAATCTCTTTATTGTAGGTCCTTGGTTAGCAACT +ATTGAATCTATATATAATTTCTCAACGTCCATCTCATGGTTATTTTCAGCGTTAGCTTTA +GCAGATTTAACAACCTTAGCTATTATTGAAGCAGCTCCTCTTGGAGTGTACTTTAATATT +GCTAATGCTTCATCAACATTTTTTCCTCTTACAAGGTCACATACTTGACCTGCTTTTCTT +GGAGATACACGTACAAATTTTGCAGTAGCTTTTGCTTCCATTGTGTTCTTCCTCCTTCCC +TAGTCAAAATATATAATTATTTTCTTTTGTTAGATTTTTCGTCGTCCTTGTGTCCTTTGA +AAGTTCTTGTAGAAACGAATTCACCTAATTTGTGTCCAACCATATCTTCTGTTATAAAAA +CAGGAACATGTCTTCTTCCATCATGTACAGCTATAGTATGCTCTACCATTTGAGGGAATA +TTGTTGAACTTCTTGACCAAGTTTTTATTACTTCTTTGTTTCCGCTTTCATTCATAGCTT +CAACTTTCTTTAAAAGTCTAGCATGTATAAAAGGTCCTTTTTTAGTTGATCTTGACATAT +AATATCCTCCTTTCCCGGGCAAATAAATTAAAATTTATTATTTAGTTCTTCTTGATACTA +TTAACTTATCAGAAGCTTTGTTTTTCTTTCTAGTTTTGTATCCAAGAGCTGGTTTACCCC +ATGGAGTAACTGGTGATGGTCTACCGATTGGAGATCTACCTTCACCACCACCGTGTGGAT +GGTCATTAGGGTTCATTACAGAACCTCTTACAGTAGGTCTTATACCCATATGTCTTTTTC +TACCTGCTTTACCGATAACTACGTTACCATGCTCTATATTACCAACTTGTCCTATAGTAG +CTTTACAGTTTATGCTTACATATCTCATTTCACCTGATGGTAATCTAAGTAATGCATATT +TTCCTTCTTTAGCCATTAATTGAGCTGAAACACCAGCAGATCTAACTAACTGAGCTCCTT +TTCCTGGCTTTAATTCTATGTTGTGTACCACTGTACCAACTGGCATATCTTTTAATGCCA +TTGCATTTCCTGGTTTTATATCAGCAGTTGGTCCTGATAATACAGTATCTCCAACTTTTA +ATCCAACAGGAGCTAGTATATATCTCTTTTCACCATCTGCATAGTTTAATAAAGCTATGT +TAGCAGTTCTGTTTGGATCGTATTCTATTGTAGCAACCTTCGCAGGTATACCATCTTTAT +TTCTCTTGAAATCTATTATTCTATATTTTCTTCTGTTTCCTCCACCTCTGTGACGAACAG +TTATTTTTCCGTGTGCATTTCTACCAGAGTTTTTCTTTAATGAAACTAAAAGAGATTTTT +CTGGTTCATTGCAAGTTATTTCATCAGAAATTAAAACTGTCATTTGTCTTAAGGCAGGAG +AAGTTGGTTTAAACTTTTTTATAGCCATCTGTTTTCCCTCCTTTGTTAATTAGGGGTATT +ACATACCTTGGAAGAATTCTATTTCTTTGCTATCAGCAGTTAACTTAACAACTGCTTTTT +TGAAGCTTGCAGTTCTTCCTTCAGATCTACCCATTCTTTTAACTTTTCCATCGTAGTTCA +TTGTGTTTACTTTTTCTACATTAACTCCGAAAACTTTTTCTACAGCTTTCTTTATTTCAG +TTTTATTAGCAGCCTTAGCTACTACAAAAGTATATTTTTTCTCAACCATGTCAGCCATAC +TTTGTTCAGTTACAACTGGCTTTATTATTATATCATGTGGATTAGTCATTATGCGTACAC +CTCCTCCACTTTTTTAACAGCGTCTGTTGTTATTATGAATGAATCATATTTTAATATATC +GTAAACGTTTATAGTGTTAACTGTAGCAGTTGCAACACCTTCTACGTTTGCAGCTGATTT +TATAACGTTAGTGTTATTTTCAGCAGTTACTACTAAAGCTTTCTTAGCAGCATTTACGTT +CTTTAATATTTGAACGAATTCTTTAGTCTTAGGAGCTTCCATGTTGAAAGCATCTAATAC +TATCATTTCACCATTTTGAACCTTAGAAGTTAAAGCACTCTTCATAGCTAATCTTCTAAC +TTTTCTTGGTAAAGTGTAGCTGTAGTTTCTTGGCTTTGGTGCGAAAGCAACTCCACCACC +AACCCATTGTACAGCTCTTATAGAACCTTGTCTAGCTCTACCAGTTCCTTTTTGTTTCCA +AGGTTTTCTTCCGCCACCTCTAACTTCTGCTCTAGTTTTAGCAGATTGAGTACCTTGTCT +CTTGTTTGCTAATTGGTTTTTAACAACTTCGTATAAAACGTGTTCATTAACTTCTACGTT +GAATATAGCATCATTTAATTCTATTTCTCCAACATTTTGTCCATTAGTATTTAATACATT +TAATTTTGGCATTATGCTTCCTCCTTTCTTAGGTTAGTTATTATTTAGAAGCTTTAACTG +CTTCTTTTATAGTTACTACTGAACCTTTAGCTCCTGGTATAGCACCTTTAACTAATATAA +GGTTCTTTTCAGCATCTATTCTAACTACTTCTAAGTTTTGAACAGTAACTTTAACGCTAC +CCATGTGTCCAGCTAATTTTTTGTTTTTGAATACTCTACCAGGGAATGAACAAGCACCCA +TTGAACCTGGTCTTCTGTGGTATCTAGAACCGTGAGATTCTGGTCCTCTAGATTGTCCAT +GTCTCTTTATTGGACCTTGGAATCCTTTACCTTTAGATATTCCTGTTACATCTATCATTT +CTCCTGCAGCGAATAAATCAGCTTTTATTTCTTGTCCAACTGTGTATCCTTCTACAGAAT +CAACTCTGAATTCTTTTAAGTGTTTCTTTAAAGTATTAGCAGCAGCTAAGTGTCCTTTTT +GAGGCTTGTTTAAAGATTTTTCTTTAACATCTCCAAAACCAACTTGAACTGCATTATATC +CGTCTTTTTCAACAGTTTTTATTTGAGTTATAACAACAGGTCCTGCTTCAACAACTGTTA +CTGGTACTACTTCACCAACTTCAGTGAATATTTGAGTCATACCTATTTTTTTACCTAATA +TTCCTTTCATATTAGCACCTCCTATAATCTTACAGCGGATTACCATTTTAGGTAATCATT +CTAAGATAGTTACCTTATAGGATAAGTATCTTAGGTGTTTGTTCTTATAATTTTATTTCT +ATATCAACACCAGCTGGTAAGTCTAATCTCATTAAAGAGTCAACTGTTTTAGGTGTTGGG +TTAGCTATGTCTATTAATCTCTTGTGAGTTCTTATTTCGAATTGCTCTCTAGAGTCTTTG +TATTTATGCACAGCTCTTAATATTGTCACTATTTGCTTTTCAGTTGGTAGTGGCACAGGT +CCTGAAACTTGTGATCCAGCTTTTTTAGCAGTTTCTACTATTTTTCCAGCTGAAAAATCT +AATAATTTGTGATCATATGACTTTAATCTTATTCTTATCTTTTCTTTAGCCATTTTATTT +CCCTCCTTTTATAGAACTTTTTTGATTCTTAAGTTTTAAACTCATCAATACCGATACACA +CCTCCGGGTGTGTTGTGTTTTTTCAAACTAATATCGACTCATCTTCTACTAAGATTCATT +ATAAGTTTTTCGTTTCTCTCAAGCACACTATTATATTTTATATCAAAATTTACATTTTTT +CAAGTTTTTTTTATCATTTTACTAATATTATTTTATTACATAAAAATTTTTTTTACAAAC +TTGATTTATTTTCTCTAACAAAGCACTTACTTAGTATATCTCTTTTAAGTACTATTGTCA +ACAACATATGTATACTATATACTTCCTTTTATTACAAATCAAAAAAGAGGAGGTCTCCCC +CCTCTTTTATATATAAATAATTTCTTAATAAGAGATTATTCCATTATAGAAGCAACAACA +CCTGATGCTACTGTTCTTCCACCTTCTCTTATTGCGAATCTTAATCCTTCTTCAACAC +>MGYG000000001_49 +AAGCCGACTTCAAGATAAGATTTCCCACCGTAAGGGTAAGACCCCAGGAAGACTACCTGG +TTGATAGGTCGGAGGTGGAAGTGCAGTAATGTATGTAGCTTACCGATACTAATAGGTCGA +GGACTTGACCAAAATAAACCTTTAGGTTTATATCGCCAACCAAATCATTATTGAAATTTC +AATATGTAAGATTTCGGTTGATAAAATTTTAAATGATTAAAACATAAATGATATGCAGTT +TTTAGAGTATTAACTCTTCATATATGCGGGTGTAGCTCAATGGTAGAGTTCCGGCCTTCC +AAGCCGGCTGTGAGGGTTCGATCCCCTTCACCCGCTCCAAATAAGATTATGTGGTTACTA +TAGCAAAGAGGATACACCTGTTCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGA +TGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGACGTAGCCACGTAGTCTTTTTTTATT +GTTCAAATAAAATTTATATTATTATAAAAATACATATTGATGTAAAAATTATCCATAAGT +CAAGCTTAAACTAAATATAGTTATTTGTTATAATTTAAATATACAGATAAAGATATATTC +ATTTTCTTTAATAAAAAATTTGCATATGGACAACTTAATTATAAGCATTTTATTTATTAA +AGGAGGTAAATTTATGGATAATATGAGAGAAATGAGAAAAAAACGTGAAGATGGAAAGTA +TGATTTAACGTTAGAAATAGGCGATGGAGCTTATTTTGGAACATATGAGGATGTAGATCT +AAAATCAGGAGAAGATTTAGTTAGAAATTACTTAAGAAATAATTCAGACGATGCTAATTT +TGAAGATATAAAAATAAACTATAATAAAAATAGACATACTATAAGAGTTACTGCTGAATT +AAACTATTATAACGATGAGCATAAGGATTATAGTAACAGAGGAAAATTAATGTAAAACAA +AATACAAATGAGCGTAACTCAAAATAAATTTATTAAATAAAATTTGATTTGGTACGCTCA +TTTTATTTATTACATTAAAATTTATAGTTTAAAATTAGAATATAAAATATAATTTCTATC +ATAATTATCATTTTATATTATTAAATAAAAATCAAAAAATATAATAAATAATATTTTGTT +GATAAATAAATTGCGCATTAAAATATATATTGCTACAATTACCTTGTAAAGATGGTTATA +TATACATCAATAAAACTTTATATATTTTGAAAAAATTAATGCAAATATCAGGAGGTGTTT +ATGAACGGAATAGTAATAATCGGGCATGGCAATTTTGGATCAGGACTTAATAGTACATTA +GAGCTTATTGCTGGAAAATATGATTTTGTTAAATATGGAGATTTTACATCTGAAAAATCA +CCTGAAGAATTTAAAGAAGAAGTTAAATTAGAATTAGAAAAATTAAAGGATAAGGAGAAG +ATTTTCTTTTTTACAGATGTAGTTGGTGGAACGCCATTTAAAGTTGCTTGTGAGTTAAAG +TTAGAAGATGATAGAATTGAAGTTTTCTATGGTACAAATATGGCTATGATAATAGAAACT +TGTATGAATTCACAATTTGAAATAGAGTTGGATAATGATTCAATTGCTCAAATTGGAAAA +TCTAATATAGATTCATTTAGATTAACTAAAAAAAATCAAACTCAAGAAATGGCAGAGGAA +GGTATATAGAATAAAATTTATGAATATATATTTTCTATATAGGTAATAGGTAATTTTAAC +AAAGTGATGGAAATTGTACAATAATTTAGGAAACGTTTACATAATTATAATAACTTGTAC +TAAAGATGTATATTTAGAGCAAATTAGAATTAATAAAGGGGTAATTTAGTATTATTTATG +TCGTATATATGCGATATGTTAGATAAAAGTATGAATATTAAAAATTCATAAAATATTTAT +ATAAATTAATTATGATATCAATCAGTTAGAAGATTTTCTAATCAGATTAATATAAAATTA +TAGTTTAAAAGGGGGATATTTTAATGCCAAATATAGTATTAACAAGAATAGACAATAGAT +TAATCCATGGTCAGGTTGCAACAATGTGGACTGCAAGTGTAGGTGCAAATTTATTATTAG +TTGCCAACGATGAAGTTTCAAAAGATGAATTTAGACAAAGTTTAATGGATATGGCGGCAC +CAGCAGCTGCTCAAACTAGATATTTTTCTATAGAAAAAACTATAAATATAATACATAAAG +CAAGTCCTTCTCAAATGATAGCTTTAATATGTGAAAATCCTCAAGATGTTTTAAAATTAG +TTGAGGGTGGCGTACCTATAAAAAAAGTTAATATAGGAAATATGCATATGGCAGAAGGTA +AAAAGCAGGTATCTAAGGCTGTTTGTGTGGATCAAAGTGACGTAGATGCATTTAAAAAAT +TAAAAGAATTAGGTATAGAGTTAGAAATACGTCGTGTTCCATCAGAATCAGCAGAAGATA +TAAATAAATTATTTGAATAGGGGGAATTATCATGGATTTAAGTTTTGGTCAAATCGCACT +AATACTTATTGTAACAATGATAGCAGCTATAGACCAGTACAGCTTCTTAGAGTCTATTTA +TAGACCGATAGTTATTGGTCCTATAATAGGAGCTATCATGGGAGATTTACAAACAGGACT +TATGATAGGCGCATCATATGAACTTATGATGATAGGAGCTATGCCAGTAGGTGGAGCTCA +ACCACCAAATGCTGTTATAGGGGGAATAATGGCAACAGTATTCGGTATAAGCTTAAAATT +AGATGTTGCAGCAGCATTACCGCTTGCAATACCATTTGCATTACTTGGACAATATGCTGT +TACTGCTTTATTTACAGTTGTATCTCCATTAATGCTTAAAGCAGATAAATATGCTGAAGA +AGGAAATCCGCAAGGTATAGTAAGGTTAAACTATTTAACAATGGGATTATTAGCAGTATT +ATTTGCTGTAATAGTTTTAGCAGGATTATTAGCAGGTTCAGCAATTGGTGAACAATTAAC +TAGTAAAATAGCACCATGGGTATTCGCAGGATTAGGTGCAGCAGGTAAGATGATGCCAGC +TCTAGGATTTGGTATGTTATTAAGAGTTATGTACAGTAAGGAATTAGCAATGTTCTTATT +CGTAGGATTTGTATTTGTTGCTTATATGCAATTACCATTGCTTGCAGTTGCATTTATAGG +GGTTGCGGTAGCAGTATATGATTTCCAAATGAATACAAGAAATGTACCACATGTAAAGGA +GGCTGATACTGATGGCATCTAAAGCAAAAGAATATTATGTAGATAAGCAAGAAGCTCCAA +AGTTAAGTAATAAAATACTTAATAAAATGGTTTGGAGATCATTATTCTTACAAGCATCAT +TTAACTATGAGAGAATGCAAGCTTGTGGATGGTTATATGGTATATTACCTGGATTACAAG +AAATCCATAAAAATAAAGAAGATTTATCAACATCAATGACTCACAACCTAGAATTCTTTA +ATACTCATCCATTCTTGGTAACATTTGTTATGGGGATAGTATTATCATTAGAACAAAAGA +AAACTGATGTACAAACAATAAGAGCATTAAGAGTTGCAGCAATGGGGCCTTTAGGAGGAA +TCGGAGATGCTATATTCTGGTTTACTTTAACTCCAATAGCTGCTGGTATAGGAGCTAACT +TAGCACTCCAAGGAAGTATTTTAGGACCAATTATATTCTTACTACTATTTAACGTAGTTC +AATTTGCTTTAAGATATTGGTTAATGCATTGGTCATATAAAGTAGGTATGGATGGTATCC +AAGCTATGACTAAGTTTGCTAAGCAGTTCACTCGTTCAGCAACTATACTTGGGTTAATAG +TTGTAGGTGCTTTAATAGCTTCTTATGTTGGTGTTAATATAGCATTAGAAATACCAATAG +GTGAAACTAGTGTTGTAGTTCAAGAAGTATTAGATAGTATAATGCCTTGTTTATTACCAT +TATGCTTAACATTTATGATGTATAGTCTAGTTAAGAAAAATGTAAGTCCATTATTAAATA +TAGGAATATTAGTATTAATAGGATTAGTAGGAGCATTCTTCGGTGTATTTGTATAAAATA +AATATTTAATATAAATAGAAAAAGCAGTGATGATTTAACATTGTCACTGCTTTTTCTATT +TTTGAGAGATATATAGTAAATAAAAGTTCGCTAATAAAAAACTGATTATCAGCGAACTTT +ATATACATTGTTATATTTCAAAAGCAACTTTACCACGGCATATAGTTTTTACTACATTAT +ATTCATTATCAAGAATGACTATATCAGCGTCTTTACCTATATCTAAGCTACCCTTTCTAG +TAAGGATTCCTAATTCCTTTGCAGGGTTAACACACGCCATAGTAATGGCATCTTCTAGGG +AACACCCTGAGAATTCCATCACATTTTTAACGCTGTTTATCATGGTATTAACACTTCCAG +CTAAAGAACCAGATTCTAGTCTAACTTCATTTTTAACTTTTATAACTTTTTGTCCACCTA +ATTTGTATTCTCCATCTTCTAAACCTTTTGCTTCCATAGCGTCAGTTATTAAGGTTACAT +TGTTAGGGCTTTTGATTTTAACCACTGATTTTACAGTATTAGGGTGAAGGTGAATACCAT +CAACAATAATTTCAGTGTTTAACTCATCAAAAGTAAATCCAGCAGTTACAACACCTGGAG +TTCTGTGGTGATGAGGACTTTGACCATTATGGAAGTGAGTAACACTACTAAGTCCAAAAG +AAATTGCATCTTCTATATTTTCAAAGCTAGCAGAACTATGTCCTACTGATGGTATTATAT +TATTTTCAGAAAGATATTTAGTAAACTCAAAATTTTTATCCAATTCTGGAGCATAAGTGA +CCTTTCTTATATTATTATTAGCTTCCTTTTCAAATATCTTGAAAGATTCAACTGTAGGAT +CTAGTATAAATTTCTCTGGTTGAGCACCTTTATGATGACAGTTTATAAATGGACCTTCTA +GATGGATGCCTAATATTTCTGGCTGTCCAGCGATGTTATTATTACTCATATAATCAGATA +TGTTGTTTAAAGCTCTATTTATATTACTTATTTCTTGAGTCATTGTAGTTGGCAAGAAAG +AAGTTACACCTTCTTTAGCAAGTGTTTTGACTATATGGTCTAAAGTTTCGAAAGTTCCAT +CCATAGCATCTGCGCCATGAGAACCATGTATATGCGTGTCTATAAAACCTGGAACAGCAA +AATATCCTTTTGGTATATTAATTTCTTCTCCGGAATTAGAAATTTTTCCGTCTTTTACAA +AAATACTAGTATTAGTTAAAACTTTTCTCATTTTAAATATTCCCCCGTTAAGATTATTTT +TTTGCAGGTTTATAACTCATTTTATAAACTACAAATGCTATGAAGCATGCTAATGTGATC +TTTATACATCCTATAAATAAGAATAAACGAATTAATGACATAAAATTTAATTTATTAAAA +ATTAAATATATTATGATTGTAGAAGAAGCTAAAATTTCGATTATAGAAACAAACTTAAGT +GACATAGTTTCTATCTTGATTAAATGCTCTTCTTTTTGAGTTATGTTTGGTGCAATTATT +CTTCTAACGTATGTAAATATGTTAAAAGCTAAAAATAGAATTATAGCTATTTTTATTATT +AGCATCTCTATTAAATCCTCCTTTTGAATATTGTACCCTAATTAAATTATACTGCACTTT +ATTAAAAAGATAAAAAAAATTAAAATAATTGTATAAATATTTTTTAGACTGTACATAATA +CATATATAAAACTTAATAAATAAAAAATTACTCAATCTCCCCCATTTTAAAAGATCTCTA +TCCCCCATAGAGATCTTTATTTTTTGAAAGTCTTTAGAAAATCTTTAGAATTATATAACC +TTTATTTTTAGAGTTTTTATTTACCATATAGTCATGGAAGATGAATTTACTAAATTGTGT +AAAAAGGGGGTGATAAATTTATGATATTATATAATCATGAAAAATTAAAAATGTGAGGTA +ATAACATGAATTCATATAATATTTTAGTTGTAGAAGATGAAATAGAGATAGCAAAAGCTA +TAGAAGCTTATTTGTTGAATCAAGGCTATAATGTGTTTTTGGGTAACAATGGTATAGATG +GGCTTGAAATTCTAGAAAAGAAAAATATACATTTAGCTATAGTAGATATAATGATGCCTA +AAATGGATGGAATAACATTTACTATGAAGGTGAGATTAGAACATGATTTTCCAATAATCA +TGTTATCAGCTAAATCAGAAGAAATAGATAAAATAACTGGATTAAATATAGGTGCAGATG +ACTATGTAAGCAAGCCATTTAAACCATTAGAATTACTGGCTAGAGTAAACTCACAATTAA +GACGATATAAAAAATTTTTAGATATGAAAGAAAATAATATTATAAATAGAAATCTATATA +CTGTGGGAGGCATTGAATTAGATAGCAGTACAAAAAATGTAACTGTTGATGGAAAAATTA +TAAAAACTACTCCTATAGAGTTTAAGATTTTAGAATTAATGATAAAAAATCCTGGAATCG +TATTTTCAGCTGAAGATATATATGAAAAAGTATGGAAGGAAAGAGCTGTAAATACAGATA +CAATAATGGTTCATATTAGAAATATAAGAGAAAAAATAGAAATAAATCCTAAAAATCCAA +AGTATTTGAAGGTAGTATGGGGAGTTGGATATAAAATTGAAAAACAATAAATTTATAGTA +AAAATAATTTTGGTAGTAAGCATATTAATTAGTGCTATAGGAGTTTGTACGGCATACCCT +AAAATAGAAAAAGATAGTACTAAATTTAGTTACGATGTATTTGAGTCAGAACACCATTTC +TTAAAATATATAAATAGAAGTAATTATGCATTATATTATAGTACATATAAAAATAATGGT +GAAGAGGTATTAAACCCATCACAACTTTTGTTAAATTTAAAATCAGTTAAGGATGACCAA +TATAGAATAAATAACTATGAAAAAATATTTAATGAAAAAATATTTAATTGGGTTGATAAT +TTAAAAGATCAATTAGAAAACTTGGAGTACTATGCAATAAATAAAAGTAATAATGTAGTT +ATAGAAAGAAGTAATTTAAAATTAGAAGAATTAATAAATAATGAATCTAGCTCAGATAAA +ATTAGTGAATTTAAGAAAATATATGAATTTTATGTGATAATAGATTATGATGAAAATGGA +AATATAAGTATATCAAATAGTTATAATGCAAATAAAATTGAAATATTAGGTAAGCTTGAT +GAACTACAGAGAGACAATTATGATTTTGAAATTTACTCACTAGAGGGTGCAAAAATTAAT +CCTATAAAGAATATGACATATATATATGCAGTGCCACACAATTTAATATTTTCTGATCAT +ATATCTTATATTATGCAAAATAAAGAGTATTATGCATATTCACAAGCGTCTTATTTATTT +ATAAATATGGCTATGGTATTTATTATATTGGTATCATTATTAGTTCCATATAAAGAAGTA +AAAGATATAAAAGTATTTAAAGTAATAGTAAATATACCAATAGAAATTTTAATAATAATA +GTATCTTGTGCAATAGCATTTATATATAATTCTTCTGAAATTATAATGGTAAGCTCTATA +AAAGGAGAATTAATAAACTTAGTTCAATTAGAATTAAATAATCAGATAAAAAATCTAATG +ACTTACTCATTGAACATTATTTATTTTGCAATATGGTTTAGTATAATATCAATCGGAATA +TTTATATTAAAACATATACATAGAAAAAAAGTGAGGGTATATTTAAGAGAAAATTCTATT +ATAATTAAATTTATTTTAAGGGTTTCAACATTTATCAAAAAAGGATGGAGCCACTTAATT +GATTTTGATTTAGCTTATAAAAACAATTCTAAATTGGTTAAACTGCTTTTAATAAACTTA +TTGATTATATCATTAATATGTACCATGTGGATATTTGGTATAATATTGGCGATTATTTAC +ACAGTAGTGATATTTTTAATTTTAAGAAAAAAGTATGAAAGGATTAATAATGATTATAAT +AATTTGCTTAAATTAACTAATGAAATAGCAAGTGGTAATTTAGATATTAATAATCAAGAG +GATCTAGGTATATTCAATTCGTTAAAAGATGAGGTAACACAGATACAAAAAGGATTCAAA +AATGCTGTAAGAGAAGAATTGAAGAGTCAAAAGATGAAAACAGAACTTATATCAAATGTA +AGTCATGATTTAAAAACACCATTGACTTCTATAATAACTTATATAGACTTGCTAAAAGAT +GAAAACTTAAGTCGTGGAAATCGTGAGGAATATTTAGAAGTATTAGATAGGAAATCTCAA +AGGCTAAAAGATTTGATAGAAGATTTATTCGAAGTAAGTAAAGCTACAAGTGGTGATATA +AATCTAAATATTATTGACGTAGATATAGTATCTCTTATGAAACAAACTTTATTAGAGTTA +AGCGATAAGATAAATGAATCGGATTTAATAATAAAGAAAAATTTACCTAGTGAAAAGGTA +GTTCTTAGGCTAGATAGCCAACGAACTTTTAGAGTATTTGAAAATCTTATAATAAATATA +ACTAAATACTCAATGAAAGGATCAAGAGTTTACATTGATATATTAGAGGGATTAGATAAC +GTAACTATAAGTTTTAAAAATATAGCAGCTGAGGAAATAGATTATGATGTAAACTATATA +ACAGATAGGTTTGTAAGAGGAGATAAATCTAGGAATACTGAAGGAAGTGGTCTTGGGCTT +GCAATAGCTAAAAGCTTTGTAGAACTTCAAGGAGGAAGTTTTGAAGTAAGTAACGATGGA +GATTTATTTAAAGTTATTATAGTTTTTAAAAAGTAAAATATAAAAATAAAAGAGCGTTTC +TGGATTAAATTAAATATCTAGAGACGCTTTTTGAATTAGTCTCATGATTTGGTAGGATTT +AAATTTAATTAAGTTGGGTAAAATATGTAAAAAATGTTCTATAAATTGAGGATAGAGTTT +ATATTGTGATATAATTATACTTATTAGGAACGAATGTTCGGAAAGGAGTGATATTGTGGA +TTTTAAAATAAGTTCAGATTTTAAACCTACAGGAGATCAACCAGAAGCAATAAAATCAAT +TGTTACTGCTATAAACAATGATGAAAAGTTCTCAACTTTATTAGGAGTTACAGGGTCGGG +AAAAACATTTACAATGGCAAATATTATACAAGAGGTAAAAAAACCAACGTTGATACTTGC +ACATAATAAGACTCTAGCAGCGCAGCTTTACAGCGAATTTAAAGAGTTTTTTCCAGATAA +TGCAGTTGAATATTTTGTAAGTTACTATGATTACTATCAGCCAGAAGCTTATGTAGCTCA +TAGTGATACATACATAGAAAAAGATGCAAGTATAAACGATGAAATCGATAAATTAAGACA +CTCTGCTACTGCATCAATTTTAGAAAGAAGAGATGTAATTATAATATCATCTGTTTCATG +TATTTATGGTTTAGGGGATCCAGAAGATTATAAAGAGCTAATGGTATCATTAAGACCAGG +AATGCAAAAGGATAGAGATGATATTATAAAGCGTTTAATAGAGATTCAATACGAAAGAAA +CGATATTAACTTTGTGAGGGGTACATTTAGAGTAAGAGGAGATATTTTAGAAATATTCCC +AGCTAGTAATGATGAAAAAGCTATTAGAATAGAATTCTTTGGTGATGAAATAGATAGAAT +TACTGAGATAGATTATGTAACAGGAAAAATTGAAGGAGTTAGAAATCATGTAGTTATATT +CCCTGCATCTCACTACGTAACAACACCAGAAAGAATAGAGCAAGCAATTATAAGGATAGA +AAAAGAGCTTGAAGAAAGAGTTAAGTATTTTAAAGAGAATGATAAATTGCTAGAAGCTCA +AAGAATAGAACAAAGAACGAAATATGATATAGAAATGTTAAAAGAAATTGGGTTCTGCCA +AGGAATCGAAAACTATTCTAGACACGTAACAGGCAGGAAAGAAGGGGAAAAACCATATAC +TCTAATGGATTTCTTCCCAAATGATTACTTAATGATAGTAGACGAGTCTCACGTTACGAT +ACCTCAGGTGAGAGGAATGTATGGAGGAGATAGATCAAGAAAAACATCGCTTATAGATAA +TGGATTTAGACTACCATCAGCTTATGATAATAGACCTTTAAATTTTGAGGAATTTGAAGA +GAATATAAATCAAATACTATTTGTAACAGCTACACCAGGCCCTTATGAAATAGAGCATTC +TACAACTGTAGCAGAACAAATAATAAGACCAACTGGATTACTAGACCCTATTATTGAAGT +AAGACCAATAGAAAACCAAATAGATAATTTAGTTGGAGAGATTAATACTGTTATAGAAAA +AGGTGAAAGAGTATTAATTACCACATTAACTAAAAAGATGAGTGAAGACCTTACTAATTA +TTTAAAAGAAATTGGAATAAAGGTCAAGTACTTACATTCTGATATAGACACTTTAGAAAG +AACTGAAATTATTAGAGATTTAAGATTAGGTAAGTTCGATGTTTTAGTAGGAATAAACTT +ATTAAGAGAAGGTTTGGATATACCAGAAGTATCATTAGTTGCAATTTTAGATGCTGATAA +GGAAGGTTTCTTACGTTCTGAAACTTCTTTAATACAAACAGTAGGACGTGCTGCAAGAAA +CTCAGAAGGTAAAGTTATAATGTATGCAGATAAGATAACTAGATCTATGCAAGCAACAAT +AGAAGAAACTAAGAGAAGAAGAGAAATACAATCTTTATACAACAAAGAGCATGGTATAGT +TCCAAAAACTATACAAAAACGTGTTAGAGATAGCATAGAAGCTACTAAGGTAGCAGATGA +AGAAGTAGTATACGGAATTAAAGATACTAATGATATAGAGGAAATTAAAAATAATATAGC +AATGCTACAGGCTGAAATGATGGATGCTGCACAGAATCTACAATTCGAAAGAGCGGCAGA +GCTTAGAGATAAAATAAAACAGTTAGAGGAAAGGATAAAAGATTAATGGAAGACAAAATT +ATAATTAAAGGTGCAAAAGAACATAATCTAAAAGATGTTAATTTAGAACTTCCTAGAAAT +AAATTTATTGTTTTTACAGGGTTATCAGGTTCGGGAAAGTCATCTTTAGCATTTGATACT +ATCTATGCTGAAGGTCAAAGAAGGTATGTAGAAAGTTTATCTGCATATGCAAGACAATTT +TTAGGACAAATGGAAAAACCTAATGTAGAGTACATAGAAGGTCTATCTCCAGCAATATCA +ATAGATCAAAAAACAACATCAAAGAATCCTCGTTCTACAGTGGGTACAGTTACTGAAATA +TATGATTATTTAAGATTACTATTTGCTAGAGTAGGAGAAGTTCATTGTCCTGTATGTGGT +GAAAAAATAAGTCAAATGACTATTCAAGAAATAGTAGATAAAATATTAGAGTTTCCAGAA +AGAACAAAGTTACAAATACTATCACCAGTAGTTAGAGGTCAAAAAGGAACTCATAAAAAA +GTTATAGAAAATATTAAAAAAGATGGTTTCGTAAGAATAAGAGTAGATAGAGAGAATTAC +GAAGTTACTGATGAATTTGATTTAAATAAAAATCAAAAACATAATATAGAAGTTGTAGTA +GATAGAATAATTGTAAAAGACGGAATTGAGTCAAGATTAGCGGATTCCATAGAAACTGCA +GTTAAGTTATCAGATGGACTTGTTATTGCTCAAATTATTGATGGAGAAGAAATTCTTTAC +TCTACTAAATTTGCTTGCCCTGAACATGGAATAGGTATAGAAGAGTTATCACCAAGAATG +TTCTCATTCAATGCTCCTTTTGGTGCTTGTAATGTTTGTAATGGATTAGGGGAAAGTAGG +GAAGTTGATCCTGATTTAGTTATACCAAATAAAGAGCTATCTATAAAACAAGGTGCAATA +GCTGCTTGGGGTTCAGTAAGTACAAGTGATGATACATACTATAGTAAAATGGTACAAAGT +TTAGCTGCACATTTTAATGTGTCATTAGAGACACCATTTAAAGATTTACCAGAAGATTTC +GTTCAAGAATTGCTTTATGGAGAAAATAATGTAATGGTAGAATTTATATTTGAATCTAAG +TTTGGAGGTAGAAGAGAATATAAAGCTCCATTTGAAGGTGTTATAGTAAACCTAGAAAGA +AGATACAGAGAAACTAACTCTGATTATTCTAGAGATAAGATAGAAGAATTTATGGCAGAA +AGACCTTGTCCAAAATGTAAAGGTTCAAGGCTTAGAAAAGAAGTTTTATCTGTGTTAGTT +GATAATAAGAATATAATGGATGTAACTGATTTATCAATTAATGAACTTATAGATTATATA +GAGAATATAGAGCTTACAGAAAAACAAAAATTCATAGCTCATGAAATATTAAAAGAAATA +AAGGGAAGAGCATCTTTCTTAAAAGATGTTGGGCTGGATTATTTAAATTTATCTAGAAAA +GCAGGAACTTTATCAGGAGGAGAAGCACAACGTATAAGACTTGCTACTCAGATAGGTTCT +GCTCTTGTAGGTGTATTATATGTTCTAGATGAACCAAGTATAGGACTACATCAAAGAGAT +AATGATAGACTTATCGCTACTTTAAGGCATTTAACTGATTTAGGAAATACACTTATAGTA +GTAGAACATGATGAAGATACTATGAAAGAAGCTGATTATATAGTGGATATAGGTCCAGGA +GCAGGTGTTCATGGTGGAGAAATCGTAGCCCAAGGTACTTTAGATGAAATTTTAGAAAAT +GAAAATTCTATTACAGGTCAGTACTTAAGTGGAAAGAAGCAGATAGTAATTCCTGAAAAA +ACTAGAGAAGGAAATGGAAACTTTATAGAGGTAGTTAGAGCGAGTGAAAATAACTTAAAA +AATATAAATGCAAAATTCCCATTGGGTAAATTTATATGTGTTACTGGAGTTTCAGGATCA +GGAAAAAGTACATTAATAAATGATATTTTATATACAGGGATAGCTGCTAAAGTAAATAGA +CTTAGAGAGAGACCAGGTAAACACAAAGAAATAAAAGGTATAGAAAATATAGATAAAATA +ATAAATATAGACCAAAGTCCAATAGGTAGAACTCCAAGATCAAATCCAGCAACTTATACA +GGTGTATTTGATCAAATAAGAGATATATTTGCTGCCACTAATGAAGCTAAAGCTAGAGGG +TATAAAAAAGGTAGATTCAGCTTTAATGTGAAGGGTGGAAGATGTGAAGCTTGTAAGGGT +GATGGTATAATTAAAATAGAAATGCATTTCTTACCAGATGTTTACGTTCCTTGTGAAGTT +TGTAAAGGCGAAAGATATAATAGAGAAACTTTACAAGTTAAATACAAAGATAAGACGATA +GCTGATATATTAGATATGAATGTGGAAGAAGCTCTTGCATTTTTTGAAAATATTCCAAAC +ATAAAGAGAAAACTTGAGACTTTAATGGATGTTGGTCTTTCATATATAAAACTAGGTCAA +CCTTCAACTCAATTATCAGGTGGGGAAGCTCAAAGAATTAAGTTAGCTACAGAGTTAAGT +AAAAGGCCTACTGGTAAAACTCTATATATTTTAGATGAACCTACTACTGGTCTTCATATG +GCGGATGTAGATAAGCTTATAGATGTATTACAAAGATTAGCGGATACAGGAAATACTATC +GTTGTTATAGAGCATAACTTAGATGTTATAAAAACTTGTGATTATATAATCGACTTGGGT +CCAGAAGGTGGAGATAAAGGTGGAACTATAATTGCAAAAGGAACTCCAAAAGAGGTTTCT +AAAGTAGAAGGATCTTATACAGGTAAATTCTTAAAAAGATACTTTGAAGAAGAAAAATAA +AATATAAAGTATTTTAATAATACCTCCTATTTTAAATATTACAGAAATAGTAATGTAAGT +TTAGGGGGTATTTTTTTACAAGGAGATATTTTAGGTTTTTAGGGTATAATTTTAATATAA +ATTTAAGTTTTGGAGGGAATAGTTTGTTTGACATACAAGAACAATTAAAAAAGCTTCCAG +CAGAGCCTGGAGTATATTTAATGAAGGATCAATTTAATAATATAATTTATGTTGGAAAGG +CTATATCATTAAAAAATAGAGTGAGACAATATTTTCAATCATCGAAAAATCACTCTTCAA +AAGTTAAGTCAATGGTTAAGAATATAAAAAGTTTCGAGTATATTATAACTGATTCTGAAT +TAGAGGCATTAATACTTGAATGTAACTTAATAAAGCAATATAGACCAAAATATAATGTTT +TATTAAGAGATGATAAGACTTATCCATATATAAAAGTAACTACAAATGAAGATTATCCAA +GAGTATTAAAAGTTAGAAGAGTACTAAAAGATAAGGCAAAATATTTTGGACCGTATACAA +ATTTAACTGCAGTAAATGATACCTTAGAAATAATAAGAAATACTTATCCTATAAGGACAT +GTAATATAGATATAGATAAGGCTATAAAAAATAATATGAGACCTTGTTTAAATATGCATA +TAAAGAAATGTGTAGGACCTTGTACAGGTAATATCTCTAAAGAAGAATATAATGAGATGG +TAGAAGATATAATTATGTTCTTATCGGGAAAAGAAGAAACATTAATAGAAATATTAAAAG +AAAAAATGAATAAATGTGCTATGAAGTTTAATTTCGAAGAAGCTGCCATATATAGAGATA +AAATTAGAAGCCTGGAAGAAATGATGCAAAAGCAAAAAATAGATGCTACTGCTTCAGATT +TAAATCAAGACGTAATAGCTATGGCAAGAGCTCATGATGAAGCTTGTGTTCAAGTATTCT +TTGTAAGAAATGGGAAGATAGTTGGAAGAGAACATTTTATATTAGTAGGTGTTATGGACA +GTTCTAGAGCATCCATTTTAGGATCTTTTGTAAAACAGTTTTATATGGAACAAGAGTATA +TTCCTAGAGAACTTATAATAGAAGATGAAATTGAGGATAGTTTTATTTTAGAAGAATGGT +TATCTACTAAAAAGGGTCAAAAGGTTACTATAAGAGTACCTCAAAAAGGAGAAAAAAAAA +ATTTAGTAGATATGGTCAGAAAAAATGCTATGGAATATCTTGAAAAATTCTCAGATATGA +ATAAGCTTAAATATGAAAAGAGTTTAGGTGCATTAGAACAATTAAAAGATTTATTAGGAT +TAGAAGAAATGCCAAAGAGAATAGAATCTTTTGATATTTCTAATATCCAAGGAGTAGACT +CAATAGGTTCAATGGTTGTATTTACAAATGGAAAGAAAGATAAGAAAGAATATAGAAGAT +ACAAAATAAAAACTGTAATAGGACCAAATGACTACGATTCTATGGCTGAAATAGTAGAAA +GAAGACTAAAATACGGTGACTTACCAGATTTAATTCTATTAGATGGAGGAAAAGGACAAG +TAAGCTCAGTCCAAAAAGTTTTAGATAAATATGATGTAGAAATTCCTCTATGGGGAATGT +ATAAAGACGATAAACATAGAACAAAGGGATTAATTTCCCAGGAAAAGGAGATAGAATTAG +ATAAAACTACTAATTTGTATAGATTTGTAGCAAGTATACAAGAAGAAGTTCATAATTTCG +CTATTAGCTATCATAGAAGTTTAAGAAATAAATCTTTGACAAAGTCAGTTTTAGATGATA +TACAAGGTATAGGGGAAAAAAGAAAAAAAGCTTTATTAGCTCACTTTAAGGATATAGATG +CTATAAAAAAAGCCAGTGTTGAAGAGTTGGCAAGTGTTGAGGGAATGAATACGGCATCAG +CAGAGAGTGTTTATAATTTTTTTAAGAAGGGATAGTAAAATATAATGGAATACTTAGATA +GGGTATCAATAAATGATATTATAAAAGATTTAAAGTTAGATATTGTATATATGCCAGAAG +GAAAGGAATATTATGTTACTTCTCAAGATTTAAATAGAACTGGACTACAGTTTGCAGGTT +ATTTTGAGTATTTTGCTTATGAAAGATTACAAATAGTAGGCAAAGCAGAGTATAACTATT +TTAGTAATATGGACTCAGATACAAGAGAAGTGGTATTAGATAAATTCTTTTCATATGAGA +TACCTGCACTAATAGTTTCTAGAAATTTAGAAGTTAAGCCAGACGTTATAGAAAAGGCAA +AAAAATATGACAGAGTAATCTTAAGTTCGAGAAGAAACACAACGAGAATTATGAATTCAT +TATCAAGTTATTTAGACAATAAATTAGCACCGCATACAACTATACATGGAGTTTTAGTTG +ATGTATATGGCATAGGTGTATTAATAAAAGGCGAAAGTAGTATAGGAAAATCAGAAACTG +CTCTAGAGCTTATCCAAAGAGGGCATAGATTAGTGGCTGATGATGCAGTAGAAATAAGAA +AATTAGATGATAGCTTCTTAGTTGGTCAATCACCAGAATTACTAAGACACTTCTTAGAAA +TAAGAGGTATAGGAATAATAGATGTAAGAAGTTTATACGGAGTAGGTGCTGTTAAAAACT +CTAAAAAAATAGATTTAGTAATACATCTAGAAGGATGGGATGAAAATAAATACTACGATA +GACTAGGGTTAGATAAAGAATATGAAGAAATTCTAGGAGAAAAAGTAGAGCAACTAGTTG +TCCCAGTTAAGCCAGGTAGAAATACCGCAATGATTATTGAGGTTGCAGCAATGAACTTTA +GACAAAAAGGTATGGGATATGATGCAGCTCAAGAATTTACTAAAAAATTATCAGATTTAA +TAGATAGAAAATAAAGATAAAATATATTAAAGAAATGTATAAGTGATAAATTTCTATTCA +AATATCTAAAAGTATAATTTGGTTAATACCAAGAAAGGTAGTGTCTAAAAATTAAAGACA +CTACCTTTTATTTTTTTATTATTCAGCAGAACTATCAGTAGCAAGTTCTGGCTCAGATAT +AGTTTCACCATATACATTACTTTTATCAAAATAATGAGTATGTAAATACTTATGAGCTAT +ATGACCGTTAGGTTCACCTAAGAATTCTGCATAAAGTTTTTGTATATCTGGATTTTCATG +AGATTTACGAAGAGTCTTATGAGAATCTATGTTATATAATCCAGCACCTCTAGCTTTAAC +TTTTTCGTAATCTCCTCCATGGAATGGCTGACCACCACCGGCTACACATCCACCAGGACA +AGCCATTATCTCTATAATATGATATTTAGATTTACCAGCTCTTAATTCATCCATAAGAAC +TCTAGCGTTACCTAGACTACTAGCAGCAGCAACATTTACAGTTGTTCCATTAATATCTAT +ACTAGCTTCTTTAATTCCTTCCATGCCTCTCACTGCATTAAAGTCGATATTTTCTAAAGT +TTCATCAGTTATTACTTCGTAAGCAGTACGAAGAGCTGCTTCTAGAACCCCACCAGTAAC +ACCGAATATATCAGCTGCACCAGTAGAATATCCAAGAGGGCTATCAAATTCAGATTCCTC +TAAGTTAGTTAAATCTAAACCAGCTTCTTTTATCATTCTTGCCAATTCTCTTACAGTTAT +AGATAAATCTGTATCAATTATTCCATCTTGACCTAACTCTTCTCTTGATACTTCGTATTT +TTTAGCAACGCAAGGCATTATAGATATAATTATAACTTCATCAGGTTTTTTATTTAGTAC +TTTATCAGCAAAATAGTATCTAGCTATTGGAGAGAACATACCTTGAGGAGATCTACAAGT +TGATAAATGATTTATCAAATCTGGATATTCATGTTCTACGAAATTAACCCAAGCAGGACA +ACAGCTTGTTAATATAGGAAGATTTTGATTTTGTTGTAATCTTCCTATAAATTCAGTTCC +TTCTTCCATTATAGTTAGGTCAGCTGCAAAGTTAGTATCAAAGACATAATCAAATCCTAA +TGCCTTTAAAGCAGATACTAATTTACCAGTAGATATAGAACCAGGAGCTAATCCAAATTC +TTCACTTATACCAACTCTTACGGCAGGAGCTATTTGAACCATTACTGGCTTTTCTTTTTG +AGATAAAGCAGCCCAAGCTTCAGAAGTATTGTCTTTTTCCATTAAAGCGCCAGTTGGACA +CACACTTATACATTGACCGCAGAATGTACATTCAGTATCGCATAAATCAGCATTAAAGAA +TGTACCAACCTCTGTGTTGAAGCCACGGTTAACACCAGAAAGTACACCTACAGTTTGAAC +TTCATTACACATAGTTTCACATCTTCTACATAGTATACACTTATCGTGGTCTTTAACTAT +AGATTTAGAAGAAGTATCAGTCGGAGCAGTAGCTTGCTCACCTCTGAATCTTACTTTTCT +TATGCCTAATTCTGCAGCTATATCTTGTAATTCACATTTTCCGTTTTTAGAACAAGATAA +ACAATCTTGTGGATGATCTGATAATAATAATTCAACAACATTTTTACGGAACTTTAATGC +TTCTGGAGTGTTAGTATTAACAACCATACCTTCCTTAACATTTGTACCACAAGCAGGAAC +TAAACCTCTTCCAGCACTAACCATACATACACGGCAAGATGCACATTGGTTAACCATATT +TATTTCATCCATTTTTAAATGACATAAATTAGGTATATTAATATTTACTTGTTTTGCAGC +ATCAAGGATTTTAGTACCAGCTGGTACAGATACCTCTTTGCCATTTATAGTTAAATTAAC +TAAACTCATTGATATCCCCCCTAAACTAATTACTTAGTGATTATAGCGTTAAACTTACAC +TTATCTATACAAGTACCACATTTTAAGCACTTAGAAGTATCTATAACATGTTGTTCTTTT +TTGTTACCAGTTATGCAACCAGCAGGACAAACTTTAGCACACATAGTACATCCTTTACAA +GCATCTGTTATATAATAATCTAACATAGCTGTACATTTACCAGCAGGACATTTATGATCT +TTGACATGAGCTAAATATTCATCATAGAAATATTCAAGTGTACTTAAAACTGGGTTAGGA +GCACATTTACCTAGTCCGCATAAAGAAGTAGTTTTTATAGTAGTAGCTAAATCCTTTAAG +TCAACAAGATCTTCTTCAGTTCCTTTGCCTTCAGTTATTTTAGTAAGTAATTCCAGCAAT +CTCTTATTACCTATACGACAAGGAGTACATTTACCGCAAGATTCTTCAACTGTAAACTCA +AGGAAGAATTTAGATATATTAACCATACAGTCGGAATCATCAAGAACAAGCATACCACCA +GATCCCATCATAGATCCTATCGAACTTAAGGATTTAAAATCTATAGGAGTATCTAAATTT +TCAGAAGATATACATCCACCAGATGGTCCACCAGTTTGAACAGCCTTGAATTCTCTTCCG +TTAGGAATACCTCCACCTATCTCATAAACTATTTCTCTTAGAGTAGTTCCCATTGGGACT +TCAACAAGTCCTACGTTATTTACTTTTCCACCAAGTGCGAAGACTTTAGTACCAGGAGAA +TCTTCAGTACCATAGCTATTAAACCAAGAAGCACCTTGATTTATTATAGCTGGAATGTTA +GCGAAAGTTTCAACGTTATTTAAACAAGTAGGAGAGTCCCATAATCCACGTTTAGATGAA +CTATAAGTTTTCATTCTAGGTTCACCACGTTTACCTTCGATTGAATGTATTAGAGCAGTA +CCTTCACCACATACGAATGCACCAGCACCATATTTTAATTCTATATTAAAGTTAAATCCA +GTCCCCATTATATTATTACCAAGAAGACCAGCTTCTTCAGCTTGTGCAATTGCAACTTTT +AACCTTTCTATAGCAAGAGGATATTCAGCTCTTATATATATATATCCAGTATCTGCACCA +ATAGAGTAACCACATATTGCCATAGCTTCTAATACGCTATGAGGGTCACCTTCAAGGACA +GATCTATCCATAAATGCACCAGGGTCACCTTCATCAGCATTACAGACAACATATTTATTA +CCAGGAGCAGTATTAGCAGTAGATTCCCACTTGACACCAGTAGGGAAACCAGCTCCACCT +CTACCTCTTAAACCGGAAGTTTTTACTTCAGCAATAACATCTTCAGGTTTTAACTCAGTT +AAACATTTTCCAAGGGCAACATAACCATCGTTACCTATGTACTCATTTATATTTTCAGGA +TTTATGTGTCCACAGTTTCTAAGGGCAACACGGCATTGTTTTTTATAGAATGACATTTCA +TCGTGTCTTTCAACTTTTTTATGATCAAGAGCAGGTTCCTCAAATAATAATCTTTCAACG +ACTCTGTGATTAAGTATATGTTCTTGAACGATTTCTCTTGCATCTTCAGGTGTAACTTGA +ACATAGAAAACGTTATCCGGATAAACTTTAACTATTGGTCCTTTAGCACAGAATCCAAAG +CAACCTGTTAGTTGAACTTCTGCATGATCAGAAAGACCTGCTTTTTCTATTTCAGATTTT +AAATTTTCTATTATTTCCATACTGTCAGAAGATGAACATCCAGTACCTCCGCAAACTAAT +ATATCTCTTTTAGCTAAATCATCTTTTGTAAAATTTTCTCTTAATTGAAGAGATGGTTTA +AACTCTTTAACTGCTTTCTTTAATTCATCAAATGAATTTATTCTACCCATTATCTATCCC +CCCTTAACAACTTAACTCTAGTTCTCTGTAATGATCTAAAATTTCGCTAACCTTATCAGG +TGTTACTTGTCCATAAACTTTACCATTTACAACAACAACCGGAGCAAGGCCACAAGCACC +AACACATCTTAAACCTTCTAGAGTAAACTTAAGGTCTTTAGTAGTTTCACCAGCTTTAAT +ACCTAATTGTTTTTCAAATTCAGCTATTATCTTATCTGCGCCTTTAACGAAACATACAGT +ACCTAGACAAACACTTATTTTGTATTCTCCTATCGGTTCTGTAGTGAAGTAAGAATAGAA +GCTTACAACACCATAAACTTTAGAAGGAGAAACTTCTAGCCTATCAGCTATATGAAGTTG +AACTTCTTTTGGAAGATAGCCAAAAATTCCCTGAGCAGTATGCAAAACTTGAATTAAAGC +TCCTTTTTTAGATGGAAGAGAGTCAATAAAGCTATCTAACTCTTCAAACAAATTTTTGTT +GCGAGAAACAAAATCGCACATAAAAATCCCCCTTTTCAATTTGAAGTTATTATTATATAA +AAATAATAAACTAGCACCTAAAATTAAAAATCCCAATTTTAATATAATTTGAATAAGAAA +ATAAACGTAGTTGATGAGTTTTGTGAATTGCATAGATGAATTAAGATAAATTTTTGTGTT +ATTATTAACTATATTATTATTATAGTATATAAAAAAGTTGAATAGTTAATATTGAAACTT +AAATATATGGTAAACATTTGTAAGTTGTATTTAAAATAGCAATGTACATCTATTATTAAT +TATAATAAAAAATACTCTTAAATGCATTAAATATAATTGTATTTAAGAGTATTTTTATAT +TAATATAACTCGTTGTGCTAGTTAATCTTTACAATAATAAAACTCCAACAAATATAGTAT +CCTAAGATTGTATCACCAATCTAAAGGAGGGTTACTATATGTTGGAGCTTAATAATTATT +ATATCC +>MGYG000000001_50 +AAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGCTCTAAAATCAT +GAGGGTTATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAGAAAGGGTATAGTA +CTTATAACTTTATATATTTTATATATGATATTTATAATTATTAGAAAGTAAGATATTAAA +AATAAAAAATCCCTATGAACTAGATTAATAACATCTATTTCATAGAGATTTTTAGTACAG +TTAAATTTATATAACTTCTTTTATTTTTTTATTTTTTGATTCTTCAGCAGCTTCTTCTGA +AAGCTTTTCTATAGTTAATCCTGTTAATCCATAGAATAATGAGATTATTGGACAAAGTAA +GTTAAAGAATGAAAATGGTAAGAATGCAAAACATCCTATATTCATTGTTGCAGACATATA +AGCTCCACATGTATTCCAAGGTATAAGTGGAGAAGTTATTGTTGCACTATCTTCTAAAGC +ACGAGATAGATTCTTAGCTGCTAAACCTTGTTTTTTGAATGCATCTCTATACATACTACC +TGGTATAACTATAGCTAAGTATTGATCAGCAACTGCTAAGTTAGTTCCTATAGCAGTAAA +TATTGTAGCAGCAATTAGGCCAAATGTTCCTTTAGCAATCTTAAGTATTGCCACTGCAAG +AGCTTGAAGTATACCTGATTTTTCTAGAATACCACCTGTAACTAAAGCACACATCATAAG +TGCTACTGTATCCAACATACTTTCAAGTCCACCGCGAGAAAGTAGTTCATCTACAAAGAC +CATACCACTGTTTGAAGTATATCCAACTTTAGCTGTTACTATTACATCGGCAACTGAGTT +TCCTTGGAATACCACAGCTACGAAACCTCCAAGTAAAGCTCCAGTCATAAGAGCTGGTAT +AGCAGGTACTTTTAAAATAACCATAGTTATAACAGCTATAGGAACTAAAAATAAAAATGG +AGACAAAGTATTAAAACTATTAAGTAATGAATTTTGTATTTCTGTTATTTGTGATGTATT +TATTTGACTTCCTGCATATTTCATTCCTAGTATTCCATAAAGAATAAGTGATATTGCTAA +AGCAGGCACAGTCGTGTATAACATGTGTTTTATATGATCAAATAAATTAGTTCCAGCCAT +TGCAGGAGCTAAGTTTGTAGTATCAGATAAAGGAGACATCTTATCTCCAAAATATGCTCC +AGATATTATTGCGCCGGCAATTATACTGCTTGGTATACCTAAGGCACTTCCTATACCTAA +TAAAGCTATACCTATTGTACCTACAGTTGTCCATGATGAACCTGTTGAAATAGATACAAT +TGCACAGATAATAGTTGTAGCAACTAAGAATATACTAGGAGATAATATGTTAAGTCCCCA +ATATATCATAGAAGGTACTATACCACTTATAATCCAAGTTCCTATTAAAATACCTACTAC +TAAAAGAATTAAAATTGACTGCATTGTGGTATTAATAGTTTCTAAAATTCCTTCTTCTAA +TTCTTTCCATGTAAATCCTAATTTAAATATAGCTATACAACCTGCAAATAAACCGCCTAA +GATTAAAGGTATATGTGCTGAAATTTCGTAATCTTTTAGTACAACTAAGCATGTAACTAA +AGTGACTATTAAAAAGCCTACACATAATATTGCGTCAAACAATGTTGCTTGTTTTTTTTC +TCTTGTTGATGTCATAATAGACCCCCTTAATTTTCTGTTGAATATAACCTGATATTTAAA +ATAGGGATAAAAAAATAGAGTAGAAGTTTCTACTCTAGACTTAATCATTTTTATACAGTA +TATGACTTAATCTAAAGATAGCACTCCACAAATTCTTGTGACAGTGTTATACATATTATG +CATAACCCCAACATATAAGCTTAAAGCGTCACTTATATATTTCGGCAATGTTACCTTTTA +TTTTGCTTCACTGTGCTTAACTCTGCAAAACTACTTATTAACAATGCAACCTCTATCATT +AGTTATATTCGATATTAAATTACAAAAAATATTATACCATAGCTAGGTAGAAATTGAAAT +AGATAAATAAACAAATAGTATAATTAAGAAATAAAACTTCAAAAATATATGAGTTTAAGT +TAAAATATTTAGTGATTTAATACGGATTATTATAGCAATAATTATTAAAATATAGGAGTG +ATTAAATTTGAGTAAAAAGAAGTTTTATGCTGTGAAAAAAGGTAAGTGTGTTGGTATATA +TAATACATGGGATGAATGTAAATCTCAGGTTAATGGATTTTCAGGAGCAGAATATAAAAG +TTTTTTAACTATGGATGAAGCGAAAGAGTATGTTTATGGGAAAAAAGAAATAGTTATAAG +AGATGAAAGTAATTTAGTAGAAGCATATGTTGACGGAAGTTATGAACACTGTATAAGAGA +ATATGGATCTGGTGTTGTTATTCTTAAAAATGGAGAAGTTCAAAAAACTTATAGTGAAAA +AGGAAATGAGGAATCTCTTGTAACTATGAGAAATGTAGCTGGAGAAATAGAAGCAGCAAA +ATTAGCTATGTCTTATTGTCTTGATAATAATATAGAAAATTTAGTACTTTATTTTGATTA +TGAAGGTATTGAAAAATGGTGTACAGGAGTATGGAAAACAAATAAAACTGGTACTATAGA +CTATAAGAAATACTATGACAGTATAAAAGATAAATTAAATGTTAAGTTTGTTAAAGTTAA +AGCTCACTCAGGTGATAAATATAATGAAGAAGCTGATAAATTAGCAAAAAAAGCAATCGG +GCTGTAAATAGCAAAAGCTCCACAATATAAATATGATTATGGAGCTTTTAAATATATAAG +GTTTTTTTAATTAAGCTTCAAATGGTCCGTAGATATCCTCTAATTCTTTTGAGAAGTTAA +GTGGATTATTAATTGATTCATACATAGCTCGAGCAAGTATATTTGCTTGATCAAAAGTTG +ATGTCCAAGAGAATATTCCTCCAAGACAGTTATTTAGTACGTATTGTCCTTTTATATATA +TTGATAGGTCATTATCGAATGACATAGCAAACTGACCATCTTTTACAAGGTAAGGTACTT +TAGCTGTATCATCAAATCTATAATCATATCCATTTTTATTTATATAATTTCTTCTTAGTT +CATCATAAGATGCAGTTGTTGTAGCACCTAATCTTCCGTAGAATGGAACTCCTAATAATA +TCTTTTCAGAAGGCATACCGTTATTTATTAAATTTTGTACCATTGCATCTACACTATAAC +CAGGCAATGATAAATTTGAATCATATAAGTTTGCTTGATGTCTTCTTCCTCTTTCGCCTG +TTTCTCCAGCAGTAAAATCATAACTCATAAGGTTAAAATGAGTTATTAAAGGAGCTATTT +TATCTATTTCTGCACTTCTAGTTGTATATCCGCTATCACCAGTTCCTGCTACACTTAACC +ATGCATCGTCCCCTATAACATCTCTAATTGCAGTTATTAAAAGAGTAAAATTTTCTCTAT +CTTGTGGGCTAGATTTTATTCCAGCTGCACTACTTCCAGGATATTCCCAGTCTAAATCTA +TTCCATCTAAGCCATAATCATTTATAAGTTCATTTACATTTCTAGCAAAATCATATCTAG +ATCTAGGTGTAGATGCCGCATCAGAGAAACCTTCAGCCCCCCATCCTCCAATAGCAGCTA +TAATTTTAAGACTAGGTTTTGAGTTTTTAAGAGAAAGTAAATAATTTAAATAATTAGGAG +TTGGGACTAACAAAGTTCCATCTGGATTAATTTCAACGAAGGCATAAATAACAGCATCTA +AAAATCTAGGGTCAACATTTTTAGGATTACCAAATACATATTCCATAACTATAGGAGAAA +GATTAGGGCAATTAGGATTACCTTCTTTTTGTTCACCAGGTGCATTTATCGGAGGTCTAT +TCATGTAATTCATAGCCTCACAAGTAGCGGTTTTTTTAGAATTAGCCTCAGGCATAAAAC +ATAAGTACCAATCCATGCATTGATATTCTTTGCTGCAGGATTTAACTCTGTTTTTTAATT +CTTTACATGTCTTAGGTGGAGGTAATACAACAGGCAAACCAGGTAACCAGTTAGCTGGAG +TAACTACGTTGTCTCTGTCTGATGTTTGCAGTGCATCAATAATTCTTATTATTTCTGGTA +TGTTTCTACCTGTAGTCATAGGATAATAAAGTATAGTTCTTAGAACTTGTTTATCATCTA +TAATAAATACGGAACGAACAGTGGTTGTGTTGTTAACTGGTTCAGAAATCATACCATATA +ATCTAGCGACCCTCGTACTAGAATCATCTATTATTGGAAATGGTATATCGATACCAGTAA +GAGTACATATATTGTAAATCCAAGCTAGATGAGAACTATTACTATCTACACTAAGACCTA +TAAGATCAGTATTTCTTTTTTGAAACTCGTCATAATACTTTGCAAAGCATATGAATTCTG +TAGTACAAACTGGTGTAAAGTCACCAGGATGAGAAAATAATACAACCCATTTACCTTTAT +AATCTGATAATCTAATAGGACCCATAGTTGTATTGGCTTCGAAATCAGGAGCAGTTGATC +CTAAACTTGGAAGACTTGGCATAAAAATCACCCCTTAATAAATAAAATATAATCTATTTC +ATAGTATTAAAAAATATTATTTTATGTTACTGTACCAAAAAGTCTATAAAAAAATATAGT +AAAATTACCGTAATAAATAACAAAATATTACAATAACAATTGCTATTTTTAGATAAATTT +GGTATAGTTAATGATAAATACAGATGTTCATAATTGTTATTATAGGGGTGAGTAATTTGA +AAAAAGTAGTAAAAATCCTTATTATGTCACTCATGGTATGTTTTTTTGTAACTTCTACGC +TATTTATTTCAAATATTTTTATGGGGGTAGCTGTAGGAATTAGATATTATTTTATGCTTT +TCCAGTTTGGAACTTTGGCATTATTCGGAACTTTATTCTTATGTAATATGAATCGTATAT +TTGCTAAGAAAAGAAGGGTACCTCAAGCGAGAGTTGCTAAAAAGACAACTAGTACTAAAA +AGCAGAAACAAAATATATCACGAAGAAAAGTATCTTAAAGTGTGCTATAATAAGTGTATA +TAAATTTAATGACATTAAATTTAGAACTTATGATATGTAGAAATGGGACTATAAATGATA +ATAATCATTTGTAGTCCCATTTTTATTTATGAATAAATTATAAATGGGAATAGTTTCTAA +TCTACAATAATAAAGAATAAATAAGAGGTAGTGAATTATAGGAGGTTAGGGATGGAATTT +GATGTATTTTACAGCAGTGTAGTAGGTTATAAGAATATATTAAAGGGTAAGTCTTCACAG +GATTATTGTGAATATAAGAAAATTAAAAATGGAATAATTTGTGCCTTAGCCGATGGTCAT +AGCACTGAATTTTTTGAATATAGTGATGTTGGTGCAAAATTTGCTTGTAAAGCTGGAATT +TTTATTTTAGAGGAATATATAAATAAAAATGGATATGGACTTAATAAAATAAGAGAGGAC +TTAGACAAGGGAGTGTTTCAGAAAAATATATATAATAAATGGATAGAACTAGTAGATAAT +CACTTTAAGAATGGTATTCCTATAGTATTTAGAACTCAGTATGTAAAGTATTCAACAACC +TTAGTTTTAGTTTTAGCGTGCGATAAATTCAGAATATATTTCAATATAGGTGATAGTACA +ATTTTAATAAAAAGGTTCAATAAATATGCAAAAGTATTAGGTAACAACAATGGATATTTA +GTAAAATCACTAGGAAAAGAAGAGGCTTATAAAGATATAGAGTATTATATAGAAGAAGTA +AATGAAAATAACAAAGACGATTGTATAATTATATTTAGTGATGGGTATAGTGATGGATTT +GAAAGTTTTAAAGATATGACAAATGACTTAGAAGAAACAATTAGGATATATGATAAAAAT +GTCTTTTCAAAATTATTTATAACTAAAAACTATAAAAAACATCTTGAAAAAATCACTAAA +GAAAAAAGTTATGACGATATATCAATAATGTTTATTAAGAGTATATAAAACATAAATGGA +ATATAACTAATAAGAAAAAATAATTTCCTTCTAATTATATTTTATAAAAACAGTATTTAT +AATATATTTATACTATATTTATACTATATTGTTTTTAAATGTAAATATTAGATATAATAT +GCTATAATAAAAAAGAAAAAATATGAAGTTCATGTAAATATTTTTATAAAAAATAGGAAG +GAAAGAATAATGAAACTTAGGGAACTATTAGATAAATTTGCTGACTTTATAGACAATAAC +AGAGAGAATATAACTAAATTCTTATTAGTAATATTAGCTTCTATTTCGTTAATGATAGTG +TTTTTTATTAGTAGTGATGAGATGAGTATAAGTAAAGAAGTTGACCATTTAGTAAAAAAT +ATAGAATCAAGAAAATATCAGATTGCTTATGATTATTATGAAGGTTTAAAAACTAATTTT +TCTGATTCGAAGATGAAAAGGTTTAATAAATCAGTATCTAAGAAAATCAACTCTGTAATT +ATAAATAATGGAGATAAATATATAAATGGTCAGATAACAAAGGAACAATATATTGGTTTG +ATAAATACAACAAATGCTTTAAGTGAAATTAGTATAAATGTAGAAAATTTAATAGAGCAA +GCTAAAAGAGTAGATGAAATGTATTTACAAGAAAATATATCCTATGATGTAGCGTTATCT +TATATGAATATTGCATCTAGTTTAAATGGGGTAAATGAAGAGTTAGATGATTATAAACAA +AATATTAAAGATTTTTATGAATCGAGAGCTGTTTATGAAGAGGCAACAAATAATCAACAA +GTAAAAAAATATCATGAAGCTATAGAGGGTTATAATAAAGTTTCAGATAAAGACAAGAAA +TATTATAAGCTAGCTAAAATGGCAAAAGAAGAGTGCATAAATATAATGTATGATTATTAT +ATACAAAAAGCTACTGAAGCTAATGAAAAAGGTAATTATGATGAGGCTATTAAGTATATA +AGTTATCTTAAACCTTATTACCAAGATGACGAAAAAATAGCATCATTGGAAAGTGAATAT +CAAGAAAATTTAGAGCTATATACTATGAGTACAGATGATATTATAGGCTTAATATCTAAA +AAAATGGAATCTGGTAGAGAAGGTCTTAGTATAAATTCTTATCAACAAATGATAAATGGA +GGTAAGTTTTATTACGTTGAATTATATAAGTATGACACATTAATTGATGAAATTTTAGTA +GATTCTAAAACTAAGAAAATTTACTCTTATAAATCAAATGATAAAGATTATAATGCTACA +TATAGTGACGGATACTTTAAAGTAACGCCAAATGGAGAATTTAGATTTGCTCTTAGTGAA +GGTGAATGTAGCTTTGCATTAGAAAATAAGTTAAAAGAAAAAGATGAGACATTTAAAAGT +ATAGAAATAGTATCAGATCAAAATAGTAATAAATACGTAAAAAATAATCAAGTTTTAAAA +GGCTTTTTAAAAAGCAATAAAAATGCATACTATTATGCATTAGTAAATAAAGGTTTCTTT +AAGAAAAAAGAATTATACCTTATAGATATGTACACTAAGAACATATATAAAGTAGAAAAT +GATAAGGTTGTAAATTATTAAAGCGTGTTTATACACGCTTTAATAATTAGCATAAAAGTT +CGAATAAAAATTTTCCATGTAAATTTAAAGGATAATTTGTGATAATAGATAAATATATAA +TGAGTACAAAACATAATTTAAGTAAGGAGAATTAGTAATGCACAAGGCAAAAAATAATGG +CTACATAGCAGTAGGTATTTTAGTAGCGACTTTGGTATTATTTTTAGGAATAATATATAG +TCAGATTAATGGAGGGAAAATTGCTAAAAATACATATGTAGGAGATGTCTGTATTGGAAG +CTTGAGTAAAGAAGAAGCAAAGAAATTATTAGAGAGTGAAGTAAATATAGGAACTATAGA +ATTATCTTATTTAGATAAGAAATGGGATATAAATCCTTCTGATATTGACGCAAGTTATGA +TATTGATAAAACTATAGAAAAAGCATATAACTTAAATAGAAATCAGAATGTATTTGAGAA +TTTATCAAAAACTATAAAAACTAATTTTGGAAGTAAAAACAATTTAGATATGATTGTTAA +TTACAACAAAGAAAAATTAAAGGATAAGCTAGAAGAAATAAAGCAGGAGATTGATGTAGA +AGTAAAAAATGCAGAATTAAGTATAAGTGGGGATAGCATAACAGTACTAGATGAGTCTAA +AGGACTAGAATTAGATGTTGAAGCAAGTTTAAAGAAAATAGAAAGCCAACTTGAAAATGG +AGTTTTATCTGATGATTTAGTCGTAAAAACTGTAGAGCCTAAAGTTACAAAATCAGAATT +AAGTGAAGTTAATACCGTACTAGGAAGATATACAACAATTATTAAAGCATCTTCTGCAGG +TAGAATAGCTAATATAAAGGCTGCTGCAGAAAAAATGAATAATTACTTGTTGATGCCAGG +AGATGAATTTTCATATGCTAGCGTAACGGGACCATATACAGCGACAAATGGATATAGCAA +TGCTCCTGTAATAGTTGAGGGTGAATTACAAAATGGAATAGGTGGGGGTGTTTGTCAACT +ATCTTCTACTTTATATAATTCAGTTTTATACTCAGGACTTGAAATAGTACAATTAAGGAA +TCATACAATACCTTCATCATACGTGCCAAAGGGTAGAGATGCTACTGTAACGGATAGTGG +AGTTGACTTTGTATTTAAAAACAATTTAGAACATCCAGTATACTTAAAAAGCTATGTATA +TGGTAGTTCAGTAGTTACAGCAATTTATGGTAGCTCAAAGGATAAGCAAAATATAGAGAT +ACAAACATATACTGATGGTGTATCAGCAGCTCCTGTGAAAAAGGTTGATGATCCTTCTAT +TGAAAAGGGAACTGAAAAGGTATTAGAAAAAGGTAGAGATGGTTATACTGTATCAACATA +TAGAGTATATAAGGATAATAGTGGAAATGTATTAAATAAGGAAAAAATATATACTTCATA +TTATCCAAAGAAGCAGTCTGTTATAGCAGTTGGTACTAAAGAAGTTAATGAAGAAGTTGA +AAATACAACTACAGAAGGTAAAGAAGAAAACTCACAGGATTCAACAAAACATGAAAACAC +AACAAAACCAGAATCATCGACAAAACCTGAAAACACAACAAAACCTGAAAATACAACGAA +GCCTGAAGAAAATAAACCAAGTGAAAATGGTTCAAATAACGATCAAACGACTACTCAATA +GCTAGTTGGTTAAGGATATGCTTTTATTAAAATATTGGGAGGTATTAATTTGAACTTAAA +TGATATAACCAATTATATTCAAAGTATTTGTGAAAATATTTCTAATGTTTTAGATGTGGA +TGTAACATTAGTTACTAAAGATTTAGTTAGAATAGCTGGAACAGGTATATTTAAAGATAA +AATAGGGGAAAAAATATCAGAAGAAGCAATTTATTATAATGTATTAAAAGAAGGTAAATC +TTACTTAATAAATAAGGAAATAAATAAGGAATGTAATAAATGTTGCCATAGGCAGCAATG +TAAAGAATTAGCAGATATATGTACACCTGTTAAATTAGGAAATGAAATATTAGGCGTTTT +AGGTATTGCAGCTTTTGATGAAGAACAAAAAAATAAATTTATATCAAAAAATAAAGATTT +AACTGAATTTATTTCTAGTATGTCTGATTTAATTTCTTTTAAATTAGATGAAATGTATAA +AGAAGAAGTAAAAACTATGGATGACTTAGAAAAAGAAGCTATTTTAAAAGCTATAAAAAA +GTACGGGAGTAACACAGAAAGTATGAAAAAGGTTGCGGATGTACTTGATATAGGAATAGC +TACACTATACAGAAAAGTAAAAAAGTATAATATCAAATAATATAAAAATATACCTTGTAT +GGTGGGGCTTGGGCTGGGATATAAATTTCTCTTACATGTAGCAAAAAACGCTGCAAATGT +TAGAGAAATTTATACTCCAGCCCTTTGCTTTATCATAAATGAATTGATTTTTATATTATT +TAATTTAGGAGGGAAATGTATGAAAAATTTTAAGAGTATAGATGAGATATTTGAATTACA +AAATGAGTTTTTTAATAGTCAGGTAACTAAAAATATTGATTTTAGAATTAAGCAGTTAGA +TACTTTAAAAACTGCTATTGAGGAGTATGAAGGTAAAATAATTGAAGCTATTAATATGGA +TTTTGACAAGTGTGAATTTGAGGCTTATGAAACAGAAGTCGGTATAACTTTATCTGAGAT +CAAACATGTGAGAAATAAGATTAAGAAGTGGGCTTCACCGCAAAAAGTTAAGACACCTCT +TACTAATCCAGGTGCTAAAACATATATATACAAGCAACCTTATGGGGTTTGTTTAATCAT +GTCTCCATGGAATTATCCTTTCTATTTATGTATATCTCCTTTAATTGGTGCTATTATAGG +TGGAAATTGTGCTGTCATAAAGCCTTCTGAATTATCTTTAAATACTTCAAAAGTAATTAA +GGAAATGATAGAAAAGTATTTTGATAAAAAGTACATTGCTGTAATTGAAGGAGAAATAGA +AGAAAATAAATATTTATTAAGTAAGGATTTTGATTATATTTTCTTTACAGGAAGTCCAGC +AGTAGGAAAGATTGTTATGGAAACAGCATCTAAAAATCTAACTCCTTGTACCCTAGAGCT +TGGTGGGAAGAGTCCTTGTATTGTAGATAAGAATTGTGACTTAGATTTAAGTGCCAAGAA +AATTGTGTGGGGAAAAATTTTAAACGGTGGTCAAACTTGTATCGCTCCAGATTATATAAT +TGCTCACAAAGATATTAAGAACAAGCTTATAGAAAATATGAAGAAATATATAGTTAACTT +TTATGGAGACGATCCAATAAAAAGCAAGGATTATGCAAGTGTAATTAACGAAAGACATTT +TAATAGAATATTAAATTTAATAAATTATGATAAAGTAGTGTACGGTGGTAGAAATGATAA +AAAAACTTTAAAAATAGAGCCTACAATTCTAGATAATGTAAATTTAGATGATGATGTAAT +GAATGATGAAATATTCGGTCCAATAATACCAGTACTAGAGTTTCAAACTACAGATGATAT +AGTTAAAGTTGTTAATGCAAATAAGAATCCACTAGCTCTTTATTTATTTACTAAAGATAA +GAACTTTGAAGAAGATATTTTAAATAGAATATCCTTTGGAGGAGGATGTGTAAACGATAC +GATAATGCATATATCTAACCATAATGCTCCTTTTGGGGGAATAGGAAATAGTGGCATAGG +TTCTTATCATGGGAAAAGAAGTTTTGATGCCTTTACTCATGAGAAAACAGTACTAAAGGC +ATCTATGATTGATATACCTTTTAAATATCCTCCATACACAAAGAAAGGATTAAACTTGCT +AAAGAAATCTTTTGAAATGTTATAATAAGCATTATGTAAATAATTAGCAAAATATGTATA +GTTTTGACTAACAATAATAAATATGATATCTTAGATATATAGTAGAAGTATAAATTGGAG +GCGATTGCTATTTTAGGTAACAATATAAAAAATGATATTCTTAGTATGCCTAGAAAGTCA +ATGGATATATCTTTAGTAGAAGAAGAAAAAAGTGATTTAACATTTTTTAATATAGAAGAA +GAAGAAGAACATGAGACATTAAAGGCATTAAAACAAAGTTATGTAACCACAAATTATAAA +GATGAAACAATATTAAACTTACAAAATGAGTTAAAAAGTAATAGCGAAGAAGTATCAAAA +GAAATTAAGTTAAAGTCATATAACGCTTACAACAATGCTCTTGAATTAGCGAATAAAGGA +TATATAACAAGAGCAGTAGAATTGATTGAAGAAGCTTTAGAAATAAATCCAAAGGATATA +GATATTTTAAATCTAAGGGGATTATTAAAGCTATTAAAATGTGACTTTTCAAAGGCATTT +GAAAGTTTTTATACTGGATTATGTTATGGTAACAATAAATTATCAAAGAAGTATGTAGAT +ATACTTTCGGCAGAAGATTTTAAAGTATTCTTAGGAAGGTATAATCATTCTATAAGATTT +ATAAATGAAGAATTAAATCAAGAATCTATACATATTCTCGACAATATAATAGATGAAGAT +CCTGATTTAATAGAGCCTTATGTAATACTTTACTTATTATATAATAAGTTAGGTAATGAT +AAAAAGAAAGAATTCTATTTTGCAAAACTTAAAGAAGTGGATAAGGATAACCCTTTGTTA +GAAGAAAAAAAGGAAGAGACACTACTACCAGCTAAAGTTGAAGAAAGTGTTGTTGTAGAT +AAGAAGGTTAAAAAATCTACTAAAAAGAACATAGTGCCATATATAATAATAGTGTGTCTT +GCTGTAGGGATTGGAATATATCATGTTAAAAATCAAGCTAGGATAGATAGCTTAACTTCA +GAGTTAAATAGCAAAGAAGAAGAAATAAATGAAGCTGATAAACAATTAAGCGACGCAAAT +AAACAATTAGATGAAACTAATAAAAAACTAGAAGAAACGAATCAAGTTTTAGATGAAACA +AAAACTAAAAAAGAAATAGCTACATTAGGCGAAGAAGAACTATATAGTAAGGCTTTAACT +CTTAAAAAATCAGGGAATACAGATGAAGCTATTTTATATTATAAAGGTGTAATTAAATCT +GGAAAAACTAAAAAATATATATCTTCATCTATATATGAATTAGCATTTTTATATGAAAAG +CAAGGTAATTATGATGAGGCTATAAAGTATTATAAAAAATATATAAATACGTATACTCCA +GAAGATAATTATTACGACGATGCTTTTTATCAATTAGGTATGACCTATTATGAAAAAGGT +GACTTAGAGAGTGCTAAGAAAACATTCTACGGTTTAAGAAGTGAAGTGCCTAATAGTATG +TACAATAATTCAAAGGTAGCTGAAATATTAAAGGAAAAATAATATAGAAGTACTATAAGT +TTATTAATAACAAGAGTAAGGGAATTAACTATTTTCCTTACTCTATTTTAATATATAGAA +AGATAAAAATAAAATAGCTGAAAGTTTAAATAGCTTTTGCATAGTATGTTAGTATTATAA +AAAAAGTAAATTAGCTTTAGGAGGATTAGAGATGTTATTAGATATTCATGCAGATATATT +CTCGGATATTTTTAGTAAAAGTTTAAAAGGAGAAACAAATATAGTAAGAAACTATCATTT +AAATAAATTTAAAGATGGTGGGATAAATGGAGGAATTTTTGTTTTTTGGCAAGATCCAGA +TTTAATTAAACATTATGACTATAATGGATTAAAATTAATGATGGAATATGCCAATAAAGA +AAAAGAACTATCTAAAGACTTTTTATCAATAGCAAAGAATTATGATGAGTTTGTTCAAGG +ATTAGAAGGTAATAAAATAACGGCTATGATGCATTTAGAAGGGGCTAAAAGTTTAGAAAA +TAATTTAGATAAGGTAAGAGAAATTTATGATTATGGTATAAGAACTGCATCATTAACTTG +GAATGAAGAAAATGAATTAGCAAGTGGAGCTGGTGTAGATAATAATGTAGGTCTAAAGGA +TAAGGGGAAAGACTTTATAAAAGAATGTGAGGATGCAGGAATAATTATAGATGTATCACA +TGCAAATGATAAAAGTTTCTATGATATATACAATGTAAGTACAAAGCCAATAATTGCAAC +TCATTCTAATGCTAGAGAGTTATGCAATGTAAAAAGGAACTTAACTAATGAGCAAATAAA +ACTAATAAAGGAAACTGGTGGAATAATTGGAATTAATGGTTATATAGGTTTTATTCATGA +TGATGAAGATAAAAAAGATTTATCTCACCTTGTAAATCATATAGATCACATAGTAGACCT +TATAGGTATAGATTCTGTATGTTTTGGATTTGATTACTGTGATTATCTAAGTTTAGATGA +CGGAGAGTGTACTAGAAATTTAGAAAATGCATCTAAATCTCAAAATATAATAAAAGAATT +AAAGGATAAAGGTTACAAAAATGAACATATAGAAAAAATTGCATATAAAAACTTTTTAAG +GTTTATAAAGAAAAAATTATATAAATAGAAACATTGACGGTATAAAAAGCATAGTATAAT +GAACAGAATAATAATATATAGTAATGATGATTATTATGGATTTATTATTAATAGGAGGGG +ATATACTATGCCTACTGAACTGTTTCTTCCAGTTCTGAAAGATGGTAAATATGGCTTTAT +AGATAAAGATAAAAACCTAATAATAAAGCCAAAATATAAATATGTTTCAGATAGATTTCG +AGATGGTTATTGTGTAATAACTTATATAAAGAAAATAAGAAAGTCGGCTAAATGGGTATT +TGGTTATATAGACACTCTTGGTAATGTGCGAATAATGCTACACCTAGAAGGTGCAACTGA +GTTTAATGAAGGTATGTCTAAAATAAAAATAAATAATAAGTACGGATATATAAACACATC +ACTAGAAGAAGTTATTAAGCCTAGATTTGACTGTGCTGCTAATTTTAGGCAAGATCTTGC +AGGGGTAAGGCTAAATAAAAAGTGGGGATTTATCAACAAAGAAGGAAATATTGTTATAGA +ACCGAAATACACATATGCTAATCAATTTTTTGAAGACAGAGCTTTAGTAGAATTTAAGAA +TAAATATAGTTATATAAATAAGGACGGAGAAATGATAATAGGACCAGAATTTGATTTAGC +AACAGATTTTTCTGAAGGTTTAGCAGCTATAAGGGTTGGAGATAAATGGGGATATATTAA +TAAAGATGGTAAATTAAAAATAGACTTTTTATTTGATAGAGCTAAACCTTTTTGTGAAGG +AATGGCTGCTGTATCTATAAATGACAAATGGGGCTATATAGATAAATTTGGGAACATAAT +AATAGAGCCTATGTTTGACTATGCATGTAATTTCTCTGAAGGATTAGCTAGATTTAATAT +GGGATTAGACTCTTTAACTAGAGGTGTAAGTATACCAAAGGGAGGAGTTTGGGGATTTTT +AAATAAATTAGGTGATATAGAGATAGTTCCTGTATACGATTTTATATCAGATTTTGAAGA +TGGATATGCACAGGTAATTCAAGGTAAGAATAGCAATTATATCGATAAAAATGGAAGTTT +AATTTTATAAAATCGTTAGTGGTAATAAATAAAGTTTGAAAAAATACTAGGTAAATAGTA +ATATATATTTAAACTTAAAAATAAGGGGAGAAATCTCCTTATTTTTAGGTTTAATAGACT +TATTTAAAATAATTTTTCTAGAAATTTTTTTTAGCTAATATTTATTATAGGGTTTTATAG +GAGGGTATATGAAATTATTTAATCAGCTAGCTCTTATTTTAGGCATATGGGCGATAGGAG +AGTATATTAGTTCCTTTATACAAAATATTATTGTAATACCAGGTAATATAATTGGAATGA +TATTATTATTTTTACTTTTACAATTTAAGGTAATAAAACTAGATAAGGTAAATGAATTGG +GTGATTTACTTATAAATAATATGGCAATATTCTTTGTTCCGGCAGGGGTATCACTTATAA +GGTCTTTAGATTTAATTAGTGATAATATATTTGTATTATTAATGACAATATTCTTTAGTA +CAATAGCAGTAATGTATATTACAGGTTTTGTAGTTGAAAAGATGATAAATAATAAACCTA +AGGAGGAACAAAATGTATAACGTATTAGATACACCAATATTTGGAATAGTAATGACAGTT +GTATTTTTCAACATAGGTGTTTATTTACAAAAGAAAACAAAAAGTCCAGCATGTAATCCT +TTGTTACTAGCAATAATTGGAATTATAATATTTTTAGGTATAACTAAAATACCATATGAA +AATTATAAAATTGGTGCCGATTGTATAAACTTCCTTTTAGGGCCAGTGACAGTTGTACTA +GCAATACCTTTATATAAGCAATTTGATTTATTGAAAAAACATTTTATAGAAATAATTGTA +GGAATAGTTTCGGGAATAGTAGTATCCTTAGGTTCTGTGATGATTATAGGTAAATTAACT +AATGCAAACATTGATATTATTAATTCTTTAATACCTAAATCTATAACAACACCAATGGGA +TTATCTCTTACAAATACATTAAGTGGTATTGAATCAATAACTGTTGTTTCTATAATATTA +ACTGGAATTTTAGGAGCAATAGTTGCGCCAACAGTGTTTAAAATAGGAAAAATAAAGCAT +CCAGTAGCTAAAGGAATTGCATTAGGAACTTCAGCACATGCATTAGGTACTACTAAAGCC +TTAGAGATAGGTGAAGTAGAGGGTGCTATGAGTAGTTTATCTATAGGAATAGCAGGAATA +ATTACTGTTATAGTAGTTCCTATAATATTAAACCTTTTATAATAGAGGTTATAATATATT +TTTAAATAAAATAAATTAAAAAATAATGAAAAGTTTCCTTCCTTAAGTTCAAATAATGAA +ATTAGCAATAAAAAGCTTTCATATATTACAAGATGACAACGATGTCATAAGGAAATAGTG +AAAGTTATATTATTGAAAATTCATAAAATGAAGTGGGGGTAAGCATAATCTCTAATTGTT +TAATTTGAGGGAAAAATCAAGTAGATTTTAACTGAAAAAATTACTAGACATCTTAAAAAA +AGGTAATATAATAGAATCTGTATGATGTTATTTACAAGTATTTTTAAGTGAAAGAGATTT +GAAGGGAGAAAACAATGAGTAAAGTTAACACCGTCTTAGAAGATAATATATTTTTAAGGT +ACACAGTAATAATCACAGGTATGCTTATTGCATGTGTAGGTATAAATGGATTTCTAAGGC +CAGCCCATTTATTAAGTGGAGGAGTACCTGGTATAGCTGCAATAATAAACTATACTACAG +ATATAAATATAGGGTTATTGACATTTTTAATAAATATACCTATATTTGTATTAGGATTTA +TCTATTTAGAAAAAGACTTTTGTATTACAAGCTTAATAAATATGGTGCTATTTTCTATTC +TTTTAGGTATAACTCAAAATATTGGAAAATTTATACCTGTGGATGATATACTTCTTCAAA +CTGTATTTGGAGGAATATTCTCTGGAATAGGATCAGGTATGGTATTTAGAACAAAATCTT +CTCAAGGTGGAACTGATATTATAGGAGCAATATTAAAATTTAAGAGAAATATTCCTGTAA +AAGATACAGCTTTAGCTACAAACTTAATAATTGTTTCTGTAGGTGGAGTTATATTTGGAA +TGAACTTAGCTTTATATACACTTATAGGATATTATGTAAGTGCTTCAGTTATGAGCTTTG +TAAAGGATGCTATGAGTTATGAAAAATCAGTTATGGTAATTTCAAAAGAAAGCGAACTTA +TAGCAAAAGAAATTATGTCTACATTAGTAAGAGGTGTAACTTTCTTAGAAGCTGAAGGAG +CCTATACTAAAGAGAAAAAAAGAATCATATACTGTATAGTATTATCTAAGGAAATTCCAA +AGATAAAAGAAATAGCTTTAAAGTATGATCAAAAAGCATTTATATCTGTAAATGATGTAA +GTGAAGTTAAAGGAAGAGGATTTAAAGAAAAATATTTATAAAATATTTACAATATATGAA +TAAAATTACTAAAAACACTAATAATATATAAAGAGAGGTAATATTCCTCTCTAAACTCTA +GAGTTAAAATCTTTAAGCGGGTATCTTATACAGAAGAGTATAAGAGTAAGTTTTTAATTT +ATTTTTAAATTAGGACGGATAGCTTATAAGTTATTGGTGAAATCGGATAATGTGGATGTG +TAAAGAATAGAGTAGATCGCTTTTGTGGTATACTCTATTTTTCGTTTCACAAAAATTTAT +ATACCTATAGAAATGTTGTTAATATAAATATATAATAAATCTATAGCGTTGGATGATTAA +ACTGATGGGGGAAGTGCAAAATGAATTTATCTAAAGAATACATTGACATATATAATAATT +ATATGAAATACATAAATGAAATAAAAAGAGAGTGTAGATCTATAGAACATATGAAAAGTA +GAGTTCTAAAGAAAGATAGAAAAGCAAGTGAAGAAGAAATTAAAGTTTTGGAAAGTGATA +AAGTAGTTGATGAAAATAATGAACTAGCTGAATCTAAATCTCAAAATAAAATTTACAAAT +TCTCTAATGGCGATACATATATAGGTAAGGTGATTAATGGTAAGATTAATGGTACAGGCG +TATATATGGTTTCATCAGAAGAATCTATAGGATTTGAGTATATAGGAGAATTCAATGATG +ATGTAAAAGAAGGAAAAGGAATATGTACCTTTACTAATGGACATATTTATACAGGTGGAT +TTAGGAATGATGTAATGGATGGAATAGGCCAAATGCTTTATAAAAATAATGATGAATACA +TAGGTGGCTGGGTAAAAGGTCATAAACATGGTCAAGGTATATATAGATGGAATGAAGGTA +CTATATATATAGGCGATTTTAAAAAGAATAAAAGAGAAGGCCAAGGTATTTGTTATGATA +AAGAAGGAAATGTAATTTACGATGGAGAATGGAAGAATAACCTAACTCATGGAGAAGGAA +CATATATCTGGAATGAGGGTAAAAGATACGTAGGTGAATTTCTAAATGGTAAAAGACATG +GATATGGAACTTTTTATTTAAATAATGAGCTTGTATATCAGGGAACTTGGAAGTATGATA +AACCGAGTATATTTGACAAAACTTTAGATGAAATATTTTCTTTTAAGCTATAGAGCTGTA +TTGAAAAGAAAATTCACCATATTTCTAGCTCAGGTTGAAATTAATTTTGACTTCAGTTTG +AGCTAGAGTATTGTGTGAATTTACTTTGAAATAGGCTCTATTTTTTTAGAACTATTTAAT +ATTTTAGGGGGGATATAAAAAATTGAAAAAGATAAGTGCTTTAATATTGATAATTTTATT +AATAGTATTTTATAATAATGGAATTTTTACAGAAATTGAATCTATATTCATTGATAATAA +TAATACTTTAGATATGAGTGTTAAGGATGATAAGAACAATGAATATATAAATGAAAAAGA +AGAAATTGACAACTTTCAATATATCAAAATTGGAGATAGTAAGGATTATGTTATCTCTAA +AATTGGAGAACCATCTAGAATAGATGCTAGTGAATATTCTTTTAATTGGTATGTTTACAA +TCAATATAAGGGTGAATTTGCTATGGTTGGAATTGAAAATAATATAGTAGTTGCTTTATT +TAGTAATACAATGAATTCTTGTGAAGCTGAAAATATAAAACTTGATGATAGTAAACAGAT +TGTAAATGATAACTATGATTCGATAGAATATAGGAAAAAAGGAAATACTAGATATATGAT +AAATTCAAAAGGTGAATATGATATTATAAAACAAAATAAAAAATATATTACAGTTTTTTA +TGATGTAGTAGAAGGAAGTAAGGTATGTTCATATAAGATAATAAATCAAAAAACAGAGGA +CAGTATGAAAGATATATATGCTAATGAAAGTGAAGAACTAAAGAAAAGTTTTGAACTTCA +GATAATAGACCTTATTAATAGTAGTAGAGAAAAGTATAATTTAAATAAATTAAAATACAG +TAAAAAAGCAACTATAAGTTCAAGAAAGCACAGTGAAGATATGATGAATAAGAATTATTT +TGATCATGTAAATAAAGAAAAAGAAACACCTTTTGATAGAATGAAAAAAGAGGGTATAAC +ATATATTAGTGCCGGTGAAAATATAGCATCAGGTCAATTTAGTGCAATATATGCTCATGA +AGCACTAATGAATTCAAAGGGACATAGAAAAAATATTTTGGGTAATTATAAATACATAGG +AGTTGGAGTGGATTTTGGAGGAACATATAAAATATACTACACTGAAAACTTTTATACATA +GACATATATGGAAAGGAGTTTGACAGAAATATGAATAAAAGAAAAACTTTATCGATACTA +GCGGCAACTCTTATGCTTTTTGCATCAATAAATCATAAAGTATATGCTATTGATGATGAG +GAAGTATTTATTAAAAATGGACCAAGAGATAAAAAACTTATAGCTCTTACATTTGATGAT +GGACCTCATCCAAAAGAAACAGACAAGGTTTTAGATGTATTAACAAAATATAACGTTAAA +GCAACATTTTTTATAGCTGGAAAACATGCAAATTGGTATAAAGATCCTTTAATTCGAGCA +AGTAAAGAAGGGCATGAAATTGGAAATCATACATTTAACCATCCGGATATTAGTAATTTA +AGCTCGAGTCAAATTGAAGAAGAAATCGTTAAATGTGAAGATACTCTTGTAAATCTAACA +GGTAAGAAGCCTACTTTATTTAGACCGCCTTTTGGTAGTTATAGAAAAGAAGATTTAGAA +TCTATAGCAAAGAAGCATGGTTATAAAATTGTATTATGGACAACTATAGATGCTAAGGAC +TGGAAAAACCCACCTGCTTCAAAAATAGCATCTTTAATTACAAATAATGCAAAAAATGGA +GATATAATATTATTACACGATTATGCTACTATTAATACAGTAGAAGCATTAAATATACTT +ATACCAGAGATGCAAAAAAAAGGATTTAGTTTTGTAACAGTATCAGAGTTATTAGAACAA +TAAACTTAAAATACACAAATAAAAAGAAGTTATCTTAAATTATTAAAGATTTAAAAGATA +ACTTCTTTTTATTTGTGTATTTTTTTTGATTTTTTTTAATATAATCTTATAAATATTAGT +AGCAATAGATTTAAATAGTACTTAAAATCAAAATACTTCTATAAGTAATTTGATAAATAA +ATTATAGGAGTATTAACAAAAACTTTACTTAGATTATGCCACAATTATTATAAAAAGGAG +GCGCTTTAAATTTTTTAAAATATAAACATTTTCCAGAAAATTGAATATTATATAACAAGA +CTATCTTGAGAAGGATTTGATATAATGAATAATAAGATTTATGAGAAAAAAGAATTCATG +ATATTTAAAGTTAAAGAAGGTTATATAGCATACAATACTAGAAAAAATTTTCAAGAGGGT +CATACGCATTTAAAGCACTTTGAAGCAGCAAAAACAGCAATTGATTTAGTAATAAATAAA +AAGGTACCTAGAAGTACAGATGGGTATTACCTTACTAGTTTAATAAGATTAAGTGAAGAT +GAGTTTTATATATCCAAGATAAACGAGTTAATCGAAACTAGAGAGCAAAAGGGCAAAAAA +GAAAAATATTATAACCCTAGATATAAATTATCAAAAAGGAGCTTATAGCTTCTAGTGTTG +CATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCT +TCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_51 +TCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTAATCCCTATCGGGGTCGAGATTC +AAATATAAATAAGTTAACAAAACGCATAAATTTATTGGGAGGGTGTTATGAATATATTAC +AAAATGAAAATTTGATAATTGAATCTAAAAATTCTGGGGCAGAACTTACTAGAATATATT +CTAAAAAAAATAAAAAAGACATACTATGGTGTGGAGATGATAAATACTGGGGTAGACGCT +CTCCTATTTTATTTCCTATAGTAGGAAGACTAAAAGATAATAAAACTATTATTGAAGGTA +ATGCATATACAATGGCTCAGCATGGATTTGCTAGGGATATGGATTTTGAAATATTAGATA +CTACTGATAATTCAGTATCTTATATACTTACTTCTAATGATAAAACAAAAGCTTTTTATC +CATATTCGTTTAATTTAATTGTTAGATATATATTAATGAAATCTAGCGTAGTTATAGAAT +GGGAAGTAGAAAATACAGATAATAAAGATATATATTTTTCAATAGGAGCACATCCAGCAT +TTAATATTCCTATGGATGATAGCAAGTCTATACAAAACTATAGCCTTAAATTTAAATATA +GAAATAAGGTAGATAATATAACTCTTAATGGTCCTTATCATGATCAAACTAAAAATGTCG +ATAGTCTTGATATTATTGATTTAAAACCTAGCTTATTCAGTAATGACGCATTAATTTATA +CAAATATAGATGAGATTACTGTATTAGAAAATAAAGAGAATGAAATTCTAAAAGTTGAAC +TTAAAGACTTTCCATTAGTGGGTATATGGAGTCCATATTACGAAGATGATAGTATAGCAC +CATTTATATGTATTGAACCTTGGTATGGATTAGCAGACAATATAAACTCTGATTATCAAT +ATTTAAATAAAGCATATATTAATAAATTAAAAATAAATGAAAAATTTAAAACATCATATA +AAATATCAGTATCATAAGTTATTAATTTATAAAATATACATATGCAAAAAACTACTGGAT +ACCATATCCAGTAGTTTTTTATTATCTCTTTATATCAATTACATTTTGAATAAGAGCCTT +ACATCTTCCACAAGCACCACCTGCTTTAGTTTCTTCAGTAACTTTTTCTACAGTATCAGC +ACCGTTGTTTACAGCATTAACTACAGATTCAAGTGAAACATTAAAACATCCACAGACAGA +TCCTAATATCTTTTCTATTTCACCAGCACATCTACCACATCCAGTAGCAGCACCAGTCAT +ATCCTTTATCTCATCTAAAGTACGAGCTCCTTGTATCATAGCTTTTCTTATATCAATATA +AGAAACATTTTTGCAATGACATATTATTCTATCTCCAGCCATTTCTAATTCTCCTTATGT +TTAAATATTTTTATGTAAATAATATTTTACCTTAATATCTATACCCAAGCAATAAGGATT +GAAACAAAATTTGGAAATAATGAATTATAGCTAGCATTATTTATAATATATCAAAAACTT +AATATTTCATTAAAAATTTTAATAGCATATGCATCTGTCATAGATGATACATAATCAACT +ATTAGCTGATAGTAATCATCTATATTATTTAGTTGATATATCTTAATATTATCGTATTTA +GAACCTCTAATATTTTCTTTATAATTTATACTATATTTAATAAGCCATTTTGAAAAACTA +TCACAAAGAGTAGGGTAAATATCCAACCATTCATTTAACTTATTTAAAGTATTCTCACCT +TCATAAATTGATTCCAATGTATTTAATATTGTATTTAAAACAAGTTCTACGTATTTTTGA +AAATTGTTTAGTCTACTATGAAAATATATGTTTTTATAGCAAAAGGCTTTTATATTATCC +ATAAACTCAGAATAATCAGGCGATAACATAATACCATTATCAACAGTACTATTTTCACAT +AAATTAGTAACAAGATTATGAACTATAACTGTATTATTAATTTTATCAAAATCAGGAATA +TTAAACTTTTTAGTAATGTTATTTAGTTCCTTAATTTGGTTTTCATTTAAAATTTTTAGA +GTAAGTGCATCTTCTATATCTCTACCTAAATATGATATTTTATCAGAAATCTTAACAACG +CAACCTTCCCAAGTATATGGAGAAATCTCGCCAGGCCTTGAAATTAAATTTAAATCAACA +TTTTCTTTTCTAGGAAATAATGGTTTAGATTTCACTTCTCCACAGTGGCAAATAATACCA +TCCCTTACAGCGTAAGTTAAATTCAAATTAACTTCTTTATCTGTTTGTGTTGGAAGAGTT +TCAATATAATCTGTAAATCTTAAACTATTTTTTTCATGCCAAAATTTATATCCTAATTTA +TTTTTAGTGAAATTACTTAAGACTCTTTCACCATCATGCCCAAAAGGAGGATGCCCAATA +TCATGTCCTATTGATATTGCCATTGTAAGCTCGGTATTTAAACCGAGATACTTTGCAATA +GAGTAACTAACAGAAGAAACATGATTAACATGCTCAATCCTAGTACATATATGATCATTC +TTAGTAGCAAAGAATACTTGAGTTTTATGCTTTAATCTCCTATAAGCATTAGAGTGAAGT +ATCCTATTATAATCTCTATTAAACTCACTTCTTATGTCATTAGAACGCTTATATATATCA +TCATTTCTAATAATACATTTCTCATATTTATCATTAGTTTCGCATATTGCAACATTTTCA +AATTTTTTACTCTCCATAAAAACTCCCCTACAAAATAATAAAGTATTAATAAAATTATAG +CAGTATTAATATAGTAGTAGTTTAAAATTTAAGCAAATAATATATTAAAATTTAGCTCTT +ATATTGAATCATGACTATATAGTACATAGTGGAATTAATGAACCTAAATCTAGCAATTTT +TCATTACTAAGTGATATAATTTTCTTGTTTTTCTTATTTACAAATTCTAGTATTCTATTA +TAATCAGGATGCTTTTTTATATCACCAAAGAATGATAATGTATCTTTAGATATTAATCCA +CTACATCCACCTATAAACCCATAGTCTAAATCAAATAAATCTATGTATCCTTTTTCTATT +AATAAGCTATCAATACCATATTTAATTACTTCTTTATGTATTCCTTCATCAGAGGTTATA +ATTGAATTTTCATCTACAATACATATAGAACATTTACAGTATCCTTGTTTTACATTTATT +TTCTTTATATTAAACTTATCTAAGTATTCTAGGATTATATTATCAGTATATTTAAAATTA +TGTATGGCATAATTGCCTAATATAGCAACATTATATTGAATATTATTAGGATATTTTTTA +GATATAGTTGAATTACCTTTGATAACATTAAAATTATAATTACTTAATATGTCATTATAA +TAATCATATACATTAGGTGCTACTACTATATTGTTAACATCTAACTTACACACACTAATA +TCAGGGTGATGCTTAATAGCGTTATAAGTATCATCACAAGAAGGTGTTTTTATTATATTA +ATATCATAATTCTTTAATTTATTTTCCATATCTATAGTAATTCTTTTATCAACAATAGCT +AATGATAGTCTTTCATTTGTTATAAAAGATTCTTCTACAAATTTCATATTTATTCTCCTT +AAGTATCTTTAGTATCTTTTGATATATAGTATTATAGTAAATGTACAAAAGTAAAACTAC +TAATTATTAAAAATTTATGTTATATTATAATTTCCTATAGACATTAATAAGTATTACATA +AAGGAAGGAATTTAAAATGGATCCAATAAGAATTAAACCAGATGAATTTAAATTAAACAA +TTTTATAAATTACTATAATGATAACTATGAAGAGTTACTTGAAGAGTATCCTAATAATAT +AAGTAGAATTTGTTTAGTAGATAAAGATTATATGGATGTAGTAACATTTGACGAAGACTA +CGAAGATATAGAAGATGCTCAAGATTATATAGATTTACTTCTAAATGAAGAATATGCTCT +ACATTTTGTTATTGGTAAAACAACTGAAAATCAAGAAACTGTTGAATTTATAAATGGAAA +AACGCAAAGCTTAAGAAATTATATAGATGATGCATATGAAGAATCATCTGTTAAGGATAT +AGGTGATCTTAATTTAGATTTAGATCACCTAATAGGTCTTTTATTTGATTTTGAAGAAGA +TGATATAGTTATATCGGTTGTCAACTTTGAACATGGTGGAGAAATGTCTACTCCAAGGAT +AATAGAGGTTGATGATTGTGGTGATTTAGAAGAAAGTATAAGTAAATTTATAGCTAGATT +CATGTAATAATAAATTTTAACAAACTATGCAAATATATGTAAATCCTTGAATTCTATGTT +AAATCCCTAGGGGGTAGTGTATAATACTATCAAAAGGTAACAAAATTGTAATTTGACAAG +ATGAGTTTTGTTAGCATAGGAGGGACATTATGAAGAGAAAGCTTTTAATGACAGCAGCAA +CATTAACTTTAATGCTTATGCCTTGTTTAAATACAAAATCATACGCAGCAGAAAATACAT +CAATTAATATAGAACAAACAAAACAAGGATATGTAAATGCATCTACTGTAAACTTTAGAG +CAGAAGGAAGCTTAGATGCGAAGGTATACTATACTTTAGATAAAAATGAAGACATACAAA +TTGTATCAAAAGAGTCTGATTGGACTAAAGTAATTCATAATAATAAGCCAGGATATGTAT +ATTCTAAATATATAAGCGAAAAAAGTAGCACAACATCAAATATTGATTATAAAACTATGA +ATGTAACTGCAACTGCATATGCAGGTGATACAATAACATCAACTGGAACTACACCAAAAT +GGGGAACTATAGCAGTAGATCCAAGTGTTATACCATATGGAACAAAAGTATATATACCTG +AATTTGGAAAGGTATTTATAGCTGAGGATACTGGAAGTGCTATAAAAGGAAATAAAATAG +ATATATTTATGGATACAGAAGAACATTGTAATACATGGGGTGTAAAAAAAATAGATATAT +ATGTTTTATCGTAGAGTTTAACATTATATATAAATAACATCTCTATAAAAAAGGGTGAAA +TCTAATGGATTTCACCCTTTTTCTTATAATTTATCACTAGAAGATAAAAACATTAATACG +TTATGTTTATCCTCACTATCTTTATATTTAATTTCCATTCTATATGAAATTAATCCTACA +AATAAAATATATAAAGTATTAGTTATTAGAATTGAAGAAAAATTAAAGTCTAATAATATA +CTCTTATATATGCTACAAGCATATGAAAATAAATAACTTAATACGAAAAACTCTACAGCT +AAAATAATATCTTTTATGCTATTGTCAATTAAATCTTTTATTAAATTATAATCTTTGTAT +AAGTCATCTTGAAGTTCTGGATTATTTTTGATTATAAATACATCTAATCTATGTTTTATG +AAAACGAAGAAATATTTTATCATCCGTATTAGATAAAATACTGTTGTAAAGGTTAGTCTT +AGATTTATGTAAAAGATAACATTTTTTAGGTTAGAATATGTAAACAACAACTTAATAATT +ATTACATCAAAAATTAAAAAAAATAAGCTTCTTATAATAATCCCTTTTTCGTTAAACTTA +GGTGAATATATAAATTGTAATCTCTTATTATTCATATATTTATCTCCTATTTTATTATAT +ATATATAGATTATAGAAAGTTTTATAAACTTTCTCAAGGATTTTACATGCAATACCTTAA +TATATTTTAGGTATTGCATGTAAAATTTAATTTTTAGAATTATAATTATTTAATAAAGCT +TTTTCACCCATCTCAACTAAATTTTTAGTCATATTACCTCCAACTTGTTCACCAGCAAGT +ACATTTTTTGCTATACCCTCTAAAGTATTTTGAGGTGCATTACTTTCAATTTTATCAGTA +ACTTGATTATAATCATATCCAAGTTCATTAGCTATTTCCATTTTCATCATATTAAGAGCC +AATTTAGCATTTGAATTAGTATTTTTATTTTCCATTATAATTCTCCTTTATTAAAATTAA +TTTACTTATAGCTTATACATATTACTAAAAAATATTAAGCATAATAAGTAAAAAATTAGT +TTACTTTAAGTCATAGGATGGAAAAGTACTTTTGGAGTAAAATCCCCTAATCTAGACTTT +AAATAATTACTTTGAAAAAGGAGAATTTATTATGTTTAGTGCACAGTTAGTAGAATGGAT +AGGTTACTTAGCATCTATATTAATAGTCATATCATTAATGATGACAAATATATTAAGATT +AAGAATAATTAACACAATAGGATGTGTAACATTTGTAGTTTATGGACTTTTAGTAGGGGC +TTATCCAGTCGCATTATCAAATTTTGCAATTATACTAATTAATATGTATAACTTATATAA +ACTTAAAAATCAAAACTAATAGTAATTATCCCCAAGGATACTTTTTATAGAGAATATTGA +GTAAAATCATAGAATATCTTTATAAGGTGAGGGGACTATATGGATGTAATGGATTTAAGT +TTTTTACAATCATATTATATACCAGTAATAGCAGGCATATGTTTATGTATAGGTTACATA +ATTAAAAGTAGTTTTGATTTTATACCTAATAAGTACATACCATTAACAGTAGGTGTTTTA +GGACTTTTAACTAATATAGCAATAAATAAGACTGTATCTGATGATATAGTTCTAGGTAGA +CTATTTAGTGGCTTAAGTAGTACAGGAATGTATGAGATGTTTAAAAATATAATAAAAGGT +TAAGATTTATATAAAGAATGAGGTATATATTAAATTACTATATATACCTTATTTTACTTT +TATCAATCATTTTCTTTTTATTTTACATATAATATAATCAATTCTAATGTTATAATTATA +TATATTTGAAATATTTGGGGGAAAATATACATGAAAGACTTGCTAGAAGTTAACCCTATA +ATTGGGGCTATAAAAAATGATGAGTGTATTCAAAAAGTAATAGATTCTGACTGTGAGGTT +GTATTTTTATTAAATGGGGACATTATGACTCTTAAAGAAAAAGTAGATTTATTACATAAA +CACAATAAAAAAGTATTTATTCATATAGATATGATAACTGGTATCTCATCTAATCCTATT +ATTATAGATTATCTAAAAAAGGAATCAAATATTGATGGTATTATTACTACTAAAACTAAT +ATTGTAAAAAGGGCAGTAGAACTTAAATTAAATGTTATACAAAGATTTTTCTTTATAGAT +TCAATATCATTAGAAAATGCTATAGAAAGTTTAAGAAAAGTAAAACCTCAAGCTATAGAA +ATTATGCCTGGAATACTTCCTAAAGTAATTAAAAGAATAAATGAGGAATTTAGTAATCTA +CCAATAATATGTGGTGGACTAATAGATGAAAAAGATGAAATAATAAAAGTATTATCTTCA +GGAGCTATGGCAGTATCAACTAGCAAATTTGAAATTTGGTAAGATAATATATTTATAAAT +ATTGCAGCTTGTTATATATAACGAGCTTTTTTGTTGACTAGGAAAATGTTTTCTGATACC +ATTTAAATAAGTCAATATTAAGGCTGGAGAAAAGAGAGCCATAGTTTATATACTATGAGC +TTTTATTTTTTGAAGGCTGTAGTTATTAATAATATTATTACATTGTAGTTTATATATAAT +ATCCTAAGTAAAATTGATACCATCAAATGTTTTCATATTATTAAGTTAGATCTATATATT +TAAATTATAGAAGTGATTTAATGTGTAAATTAAAATTTTTAATAAAATGGAGGAATATGG +TATGAGTAAAAAATACATAATGGCGTTAGATCAAGGTACTACAAGTTCAAGAGCAATATT +ATTTGACAAAGAAGGTAATATAATTGCTACTTCACAAAAAGAGTTCACACAAATATATCC +TAAGCCAGGTTGGGTAGAACACAACGCTATGGAAATATGGGGAAGTCAAAGTGGAGTAAT +GAGAGAAGTACTAGAAACTAATTCTATATCTCCAAATGAAATAGCAGCTATAGGTATAAC +TAATCAAAGAGAAACAACTATAGTATGGGATAAAAATACTGGAAAACCAATATATAACGC +AATAGTATGGCAATGTAGAAGAACTTCGGAGATATGTGATGAAATAGAAGCAAATGGATA +TAAAGATATGATAAAAGACAAAACAGGTCTTATTTTAGATGCTTATTTCTCAGGAACTAA +AATAAAATGGATATTAGATAATGTTGAAGGGGCAAGAGAAAAAGCTGAAAATGGCGAATT +ATTATTTGGAACAGTTGATACTTGGTTAATATGGAACTTAACTCGTGGTAAAGTACATGT +AACTGATTACTCTAATGCTTCTAGAACAATGCTTTATAATATAAAAGAATTAAAATGGGA +TGATGAAATATTAGAATTATTAAATATACCTAAATCTATGTTACCAAAAGTAAAACCTTC +AAGCTGTATATATGGTAATACAGATGAGCAAATGCTTGCAGGAGCACAAATACCAATAGC +TGGTTGTGCAGGAGATCAACAATCTGCATTATTCGGTCAAACATGCTTTGAAGAAGGTAG +TGCAAAGAATACTTATGGAACAGGATGCTTCATGTTAATGAATACTGGAGAAAAACCAGT +TGAGTCTAAAAATGGACTATTAACTACAATAGCTTGGGGCGTTGATGGAAAAGTAGAATA +CGCTTTAGAAGGAAGTATATTCGTAGGTGGAGCTGTAATACAGTGGTTGAGAGATGAATT +AAAAATATTATATAATGCTAAGCAAAGTGAGTTCTATGCAACAAGTGTTGAAGATACAAA +TGGTGTTTATGTTGTTCCTGCATTTACAGGACTTGGAGCACCACACTGGAATATGTATGC +AAGAGGATGTGTAATGGGACTTACTCGTGGAGCTAATAGAGAACATTTAGTTCGTGCTTC +ACTTGAATCTATAGCATATCAAGTTAAAGATGTTCTTCATGCTATGGAAGAAGATTCTGG +ATTAAAACTTGTTGGTCTAAAAGTTGATGGTGGAGCTAGTGCAAATAACTTCTTAATGCA +GTTCCAATCAGATATATTAGATACTAATATAAATAGACCTAAGGTTGTTGAAACTACAGC +ACTAGGTGCTGCATACTTAGCAGGTTTAGCTGTTGGATTCTACAGTAGTAAAGATGATAT +TAAGAATTCTTGGATAATAGATAAAGAATTTAAGCCAAATATGGAAGAAGCTAAAAGAGC +TAATTTATATAAAGGATGGAAAAAAGCGGTTCAAAGATCTCTTGACTGGGCTAAAGAAGA +TGAAGAGTTAGAAACAGCAGAGTGTTAATATTTAAACTTAATAGATATTAGTAAATAATG +CTGACAATATAAATAAAACTATATATAATTAAAGTATAAAAGAAAACGTTTCAAGTACAC +TGGATTAAATTCAATGTATAAACGTTAAATACTTGGCTAGAGAAAAGAGAGCCTTCTATA +CATTGTATAGGAGGCTTTTTGTTTTGTAGCTTGGCCAATATAAGGGGTGAAATATATGTA +TGATATAGCTATTATAGGTGCAGGTATTGTTGGTAGCGCAATTGCAAGGGAACTTTCAAA +ATATAAACTAAATATAGTCGTACTTGAAAAAGGAGTAGAGGTTTGTCAAGGAACAACAAA +ATCAAACAGTGCTATAGTTCATGGTGGATATGATGCAAAAGAAGGTAGTTTAAAAGCTAA +ATTAAATGTTAGAGGTAATGAATTATATCCAAAGTTATGTGAAGAATTAAGTGTTGATTT +TAAACAAATAGGCTCACTAGTATTAGCTTTTAGCGAAGAAGAACATAAACATATTGAATC +TTTATATAAAAGAGGAATAAATAATAATTGTAAAGGATTAAAGATTTTAAGTAAGAAAGA +AACTATAGCTTTAGAGCCAAATGTAAATGATAATGTAGTAAGTTCACTTCTTTGTAAAAG +CGCAGGAATAGTTTGTCCTTTTAATTTAAATGTTGCTCTTATGGAAAATGCTATTACAAA +TGGAGTAAACCTAAGTTTACAATCAGAGGTTATAGATATAAAAAAAGAAGATGAATATTT +TAATATTAAAGTATTAAATAAAGATGATATAAAAGCAAAATATGTAATAAATGCAGCTGG +TGTTTATTCAGATAAAATAAATAATATGATTGGTGGAAATGAGTATCATATTACAACTAG +AAAAGGTGAATATAAGATTCTTGATAAATCAGAGGGTAAAATAGCAAATCACGTAATATT +TCAATGCCCAACAGAAAAAGGAAAAGGTGTCCTTGTATCTCAAACCGTTCATGGTAATTT +AATAATTGGTCCTAATGCTAATGCAGTAGAAGATAGGGAAGATAAGTCAACTACTAAAGA +AGGTATAAACGAAATAGTTGAGCAATCAAAGAGAAGTATAAAAGGTATAGATTTTAGAAA +AACAATAACATCCTTTGCAGGTCTAAGAGCAACTCCAAATACAGGCGACTTTTGTATATT +CGCATCAAAAATAGCTAAAAACTTTATAAATGTAGGTGGTATTGAATCTCCTGGTCTTGT +TTCATCTCCAGCTATAGCAGAATATGTAGTTCAAATATTAAAAGAAGAAGGATTAGATTT +AATTGATAATGAAGATTTCAATCCTATAAGAAAAAAAGAAAAACCTTTCTCACACATGAC +TAAAGAAGAAAAATCAGAATTAATAAAAAAAGACGATAGATATAAAAAAATAATATGTAG +ATGTGAAAATGTAACAGAAGGAGAAATTGTAGATGCAATCAATAGACCTTGTGGTGCAAG +AACTGTTGATGGTGTAAAAAGAAGAGTTAGACCAGGTATGGGAAGATGTCAAGGAGGATT +CTGTGGACCTAGAGTAATAGAAATTTTATCAAGAGAATTAAATATACCAGTAGAAGATAT +ATTAAAAGATTATGAAAATTCTAAGGTGGTTGTAGGTAAAGTAAAAGAGATGAGGGGTGA +CACAGTTGAAATATAATGTTGTAGTTCTAGGTGGTGGTCCTGCAGGTTTAGGGGCTGCAG +TAGAAGCAAAGAGAAATGGAGCAAAATCTGTTCTTATAATTGAAAGAGATAGAGAACTTG +GTGGAATACTTAATCAATGTATTCACAATGGTTTTGGGCTACATGAATTTAAAGAAGAAT +TAACAGGGCCAGAGTATGCCGGAAGATTTATAAAAATGGCAAAAGAAGAAAATATAGATT +ATATGTTAAACACTATGGTTCTTAATATAACAGAGAGTAAAGCAATTAAGGCTTTAGGAG +AAGAAGGACTTTTAGATATAGAAGCTGACTCTATAGTTTTAGCTATGGGTTGTAGAGAAA +GAACAAGAGGCGCTATAGATATCGCTGGGTATAGACCTGCTGGAGTATACACAGCAGGAG +CAGCACAAAGACTTTGTAATATGGAAGGATATATGGTGGGTAAGGAAGTTGTGATATTTG +GCTCAGGAGATATCGGTCTTATTATGGCAAGAAGAATGACTTTAGAAGGCGCTAAAGTAA +AAGCAGTTATAGAACGTAAACCTCATTCAAGTGGACTTAATAGAAATATAGTTCAATGCT +TAAATGATTATAATATTCCTTTAAAACTTACAACAACAATATCTTATATACATGGAAAAG +AAAGAGTTAGCGGAGTTACAATTAACCAAGTAGATAAAAATAAGAATCCTATAAAAGGAA +CTGAAGAATTTATAAAATGCGATACAGTACTATTATCAGTAGGTCTTATACCTGAAAATG +AACTAAGTGTAGATGTTGGAGTAAAATTAGATAGAAAAACTAGTGGACCAATAGTAAATA +ATACTATGGAAACAAATATAGATGGTATATTTGCATGTGGCAATGTTGTTCATGTTCATG +ATTTAGTGGATTTTGTAACTAAAGAAAGCAAGATTGCAGGAAAAAATGCTGCTTTATATT +CTTTAAACAAGTTAAATATTAATGAAACTGTTAAAACTTCACCTGGTGAAGGTATTGGAT +ATATTGTGCCACAAAATATAGATACAAAATATAATGATGATATTAATTTATTTATGAGAG +TAAAAAACGTATGTAAAAATAAAAAAATAGTTGTAAGAGATGGCGATAAGATCATACTTG +AAAAGAAAAGAAAGCATATGATTCCTTCAGAAATGGAAAGTATCAATATAAATAAAGAAT +TATTAAAACAAATTACAGGAAATATTTCTGTTAGTGTTGAGGAGGCTTAATATGACTGAG +TTAATATGTATAGTTTGTCCTGTAGGATGTCACTTAACAATAAATAAAAATGAAGAAGGT +TTTAAAGTTGGAGGTAATACTTGCAAAAGAGGAGAAAAATATGCCATAGAAGAAATGACG +AATCCAAGAAGAGTAATTACATCAACAGTTAAGCTTCAAAACTCATATTTGCATCTTCTA +CCAGTTAAAACTGAGGATACAATACCAAAAGATATGATTTTTGAAATAATGGAGGAGTTA +AATAAGATTGAAGTAAGTGCACCAATAAACGCAGGTGATATTATAGTAGAGAATATACTA +GACACAGGTGTAAATGTAATAAGTACAAAAAATATTGAAGCTTGTTAGAAAAAAAGGAAG +TAAATATCTAATTATTTAGATATTTACTTCCTTTTTTTATTTATTAATTATAATTAGCGA +AATTGTTTCTCAATATTTAATTAAATAACTTTCATTTATTTAATTTTTGATGAGTATAAT +AATTATATAGTTTGCTATTCATTTAATATTGGGGGGAGGATTATGAACGAAGTTTACAAT +ATTGGTATAGATGTAGGGTCAACTACAGTCAAAGTAGTTGTCTTGAAAAATGATGAAGTT +ATATATAAGGAATACACAAGACATTATTCCGATGTAAAAAAATCAGTAGGTAATGTACTA +AAAAATATCTATAAGAATTTAGGTAATATTAAAACAAGCATATTAATGACAGGTTCTGGC +GGAATAGATATTGCAAATGATATAAATGTAAAATTTGTTCAAGAAGTAATAGCTAGTACT +AAAGCTATTGAAACTTATAATCCTAATGTAGATGTTGTAATAGAATTAGGAGGAGAAGAT +GCTAAGATTACTTATTTAACTGGTGGAATAGACCAAAGAATGAATGGTATCTGTGCAGGT +GGTACAGGTGCATTTATAGATCAAATGGCATCTTTACTAAAAACAAATGCTAATGGATTA +AATGAACTAGCTAAAAATTACAATGTTATATATCCTATAGCATCACGATGTGGAGTTTTT +GCTAAAACAGATATTCAGCCACTTATAAATGATGGTGCCAGTAAGAGTGATATAGCAATG +AGTATTTTCAATGCAGTAGTTGTTCAAACTGTTAGTGTTTTATCTTGCGGAAGAGAAATT +AAAGGAAAAGTTGCTTTCTTGGGAGGACCTTTGTATTTCTTATCAGAGTTAAGAAAATCA +TTTATAATGAATTTGAAATTAGAAGAGGATGATATTATATTTCCTCAAGATGCTCAGTTG +TATGTTGCAATAGGGGCTGCAATATTATCTCAAGAAGAAAAGACAATAGATTTAAGTAAT +CTAATAAATAATTTAGAAATAAATAATAATAATTTTAATACTAATCAAAAAGAATTAGAG +CCTTTATTTAATAACGAACAAGAGTATAAGGATTTTATATATAATCATGATAACACAGTA +AATTATAAAGATATTACAACTTATAAAGGAAGATGCTTTTTAGGAATAGATGCTGGTTCA +ACAACTACTAAAGCGACTTTAATTGATGAAGAATGTAATATACTTTATTCATATTATGGT +AGTAATGAAGGGAAGCCTTTAGATGCTGCTATTTATATTTTAAAAGAGATATATTCAAAA +CTACCTAATGAAAGTGAAGTAGTCTACTCTACTGTTACTGGATATGGAGAAGGGCTAATT +CAAAAAGCTTTAAATATTGACAAAGGGGAGATAGAAACAATTGCACATTATAAAGCAGCG +AAGTATTTTAATCCTAATGTTGACTTTATATTAGACATTGGAGGACAAGATATGAAATGC +TTAAAAATTAAAAATGGTGTAATTGATAGCATTATTTTAAATGAAGCTTGTTCCGCTGGA +TGTGGATCTTTTTTAGAAACATTCGCACACTCTCTTTCAATGACTATAGAAGACTTCTCA +CAAAAAGGTATATATTCTAAAGATCCAATTGACTTAGGTTCTAAATGTACAGTTTTTATG +AACTCTAAAGTTAAACAAGCGCAAAAAGAAGGCGCAAGCATATCAGACATATCTGCAGGG +TTATCTTATTCGGTAATAAAAAATGCTCTTTTTAAGGTTATTAAGTTACATAACATATCT +GACATTGGAGAAAATATAGTAGTTCAAGGTGGAACTTTTTACAATAATTTAGTTCTTAGA +GCCTTTGAGAAACTTATTAACCATAAAGTTACTAGAACAAGTATTTGTGGGATTATGGGA +GCTTATGGAGCTGCTTTGATTTCAAAAGAAGAATATAAAGAAGGATATAAAAGTACTTTA +ATAAATAAAAATGAACTTAAAAGTATTAATTATACTTCAAGTGTACATAGATGTAAAGGT +TGCGCTAATAAGTGTTTACTAACAATTAATGAATTTAATAATAATGAAAAATATATCTCT +GGTAATAGATGTGAAACTGGAGAACTACTTTATACTAATAAAAAAAGTAAAAGTAAAGAA +GAATTAAATTTATTTAAATACAAATATAATAGATTATTTAAATATAAACCTCTAAATATA +GAAAATGCACCTAGAGGTGAAATCGGAATACCAAGAGTATTAAATATGTATGAAGATTAT +CCTTTTTGGTTCACATTTTTTACAGAACTTGGATTTAAAGTTACTATTTCAAATAGGTCT +TCAAAGAAAATGTATGAAAAAGGCATTAGTTCTATAGCTTCTGATACTGTTTGCTATCCA +GCTAAACTTGTCCATGGTCATATAGAAAATTTAATAGAAAAGAATATTAAAAACATATTT +TATCCATCAGTAGTTTACGAAGTAGAAGATGATAAAACCAGCGATAATCATTTTAATTGC +CCCGTCGTTATTTCATACTCTGAAGTTATAAAAAATAATATGGAAAATTTAAAGTTTAAA +AATATAAATTTTATAAATCCATTTGTTACTATTAATAATAAATCAAAGTTAAAAAAGGTT +TTATATAAAGAATTTCAGAAGTATTTTAATATACAAAAATATGAAATAGATAAAGCTGTC +GATATGGCAACAAAAGAACAAGAAAGCTTTAAAATAGATATTAGAAATGAAGGAGAAAAA +GCCTTAAAATATATAAAAGAAAATAACTTAAAAGGAATTGTTTTATCTGGTAGACCTTAT +CATTTAGATCCAGAAATAAATCATGGAATACCAGAGCTGATAAATTCTTTAGATATGGCA +GTTTTAACAGAAGATTCTATCTGCCATTTATCAAACTTAAAAAGACCTCTAAGGGTTGTT +GATCAATGGGTATATCACTCAAGGCTATATAAAGCAGCGGACGTCGTAAAAAATACAAAT +TATTTAGAATTAGTTCAATTAAACTCATTTGGATGTGGAATAGATGCTGTAACAGTTGAT +CAAGTACAAGAAATATTACAGGAAAAAGGCAAGATTTATACAGTAGTAAAAATAGACGAA +GGAAATAATTTAGGTGCTGTTAAAATAAGACTACGTTCCTTAAAAGCTGCTATAAAAGAA +AGAGAATTAAATAATATTAAAGTAGAAGATATAGAAGAAAAAAGAATTGAATATAAAAGA +AGCCCAAAAGACCCATTAAAGAATACTATTTTAGTACCACAAATGTCTCCTATTCATTTT +GAATTATTTGAAGAAGCTATTAACTTAAGTGATATAAACCTTAAAGTAATAAAAGACTTA +AGTAAAGATGTCATAGATGAAGGCTTAAAATATGTAAATAATGATGCTTGTTTTCCAGCT +ATTATAACAATAGGTCAATTAATAAAAGCTTTAAAATCAGGAGAATATGATTTAAATACA +ACATCTGTTGCTATAACTCAAACTGGTGGAGGATGTAGGGCTACTAATTATATAGGATTT +TTAAGAAAAGCAATAAGAGATGCGGGATTTGAAAATGTGTCTGTAATTTCTCTTAATGTA +AATGGACTTGATGGACTAAACATTACTAAAAAAATATCACTTAAGCTTATTAATAGACTT +TTTATGTCATGTATATATGGTGACTTATTAATGAGAGTTCTATATAAAGTAAGACCTTAT +GAAAAGAATAAGGGAAGTTCAAATGAGCTATATAGAAAATGGATGAATAATTGCAAAGAT +TCTTTAAAAGAATGTAAGGTATCTAAATTTAAAGAAAATGTAAAAAGAATAATTCAAGAT +TTTGATAATTTAGAGATATTAGGTATATCAAAGCCAAAGGTAGGCTTAGTTGGAGAAATA +CTAGTTAAATTCCATCCAATAGCAAATAATAATTTAGTTGATATTATAGAAAGTGAAGGA +GCTGAAGCAGTAGTTCCAGATTTAACTAACTTCTTCCTTACGTGTGCATATAATACAATC +TTTAAAAATAAATATCTTGAGGGAAGTTTTAGAAATAAATTAACTGGAGAGTTCTTTATA +AAAATAATAGATATGTATCAAAGTGTATATAAGAAAGAACTTGATAATAGTAGTAGATTT +TCATCTCCACAGCATATCAAGGTTATGGCAGAAAATACTTCATCAATAGTATCATTAGGA +AATCAAACTGGAGAAGGTTGGTTGCTTACAGGTGAAATGATTGAGTTAATACATGAAGGC +ATTAATAATATAATATGTATGCAACCATTTGGATGCTTACCAAACCATATTATTGGTAAA +GGAAGTATTAAGGAGTTAAAAAGGATTCATAGTAGTGTAAATATAATACCTATAGATTAT +GATCCATCAGCAAGTGAAGTTAATCAGCTTAACCGTATTAAGCTAATGTTATCAAAAGCT +TTTAAAACAATGGAAAGTCCAAATGAAAATTCAAATAATAATATTAACATGTCTATTAAT +GAATATAAAAAATACACTATTAATTTAGAAAAATTAAAAGTTGAAAATTAAAAAGCAGTG +TTCAATATATTTGAACACTTTTTTAATTACTATTTCTCAATATAAATAAACTCTGTAATT +TTTTTATCATCATTGTATCTCTCATTAAGTATTTTAATTAAAAATTCATCAGATTTAAAA +GAGAATGTTTCTTCATAAGATTTAAACTCAGATATAATATCCTCTTTTACTTCAGAAATG +TCATTAGTTATTTTAGTTACATTTTTAATTTCAGCTTTTTTATTAAGGATTGGATTATAT +TTAAATTCGAATTTATAAATCGATTTACCTCCTTTAAATAATTCATATTTATTAATATAA +TTGTAGCACTGTATAAGCTTAATTTCATCTAATGAATTAAAATAAACTTAATATAAATAT +AGAAATAAAATAATATATTTTGAATATAAAATGGTACTTTCCACAACTAAGAACGTATGT +TCTTAACGGCGAAAAGTACCATATAAACCATAAATGCTAGTAGATTATCTACTAGCATTT +GTTTCAATAACAACTTTTTCTTTCTTTTCTCTAAAAGCAAGTTTTAATAAAATTGGAGCA +ATTATAGTAGTTACAACTACAACAATTACTACTGGACCAAGCATTGATGTAGATATTAAT +CCTAATGCTGCACCTTTACTAGCAACTATAAGAGCAACCTCACCTCTTGATACCATACCA +ACTCCTATTTGATAAGATTCCCTAGGTGAAAACTTACATAATCTTGCACCTATTCCTGCA +CCTACTATCTTTGTTAAAATAGCTATTATTGTAAGTAATACTGCAAACATAACAATATTA +AAATCCATTGCTGGCAAAACTATTTTAAGCCCTATACTCGCAAAGAATACAGGTGATAAT +AATGCATAAGATACAATATTTAATCGATTAGAAATAAATTCTTTTCTATCTATATTAGAT +AAGACTAAACCTGCTATAAATGCACCTGTTATATCTGCTACATCGAATACCTCTTCTGAG +ATATATGACAATAATAAACAGAATACAAATGAAGCAATTATAAATCTTCTTCTATCACGA +TTTTCATAATTTGACCATGCTTTAAAAATTTTATAGGAAATAAATCCAACTATTATAGCA +AATATAAAGAATCCTGCTATTTTCATTAAAACAAATCCTACTTTAACTGAAGTGTCAGTA +AGACTAGATATAACAGTTAATGCTATAATACCTAATATATCATCTATTATAGCTGCACCT +AATATTGCTGTACCAGCAGAAGTATTAAGTTTCCCCATTTCTTTTAATGTTTCTACTGTT +ATACTAACAGATGTCGCAGTTAATATAATTCCTATGAATATGTTTTGTAAAAATACAGTT +CCGCTTGTACCTTCTGATAATTCTGGTATAGCGTAAAAGTGAGCTATAGCGAATCCTCCG +ATTAAAGGAATAATCACTCCTAATGAAGCAATTATAAAAGAAGCTTTACCAGTTTTTTTA +AGTTCTTCTAAATCAGATTCCAAACCTGCATTGAACATTAATACAATTACACCAAGCTCT +GATAACTGAATAATAAAATCAGTTTCGCTTAAAATATTAAGCATTGCTGGACCAAGAATT +AATCCAGCTAATAATGCACCTACAACTTGCGGCATTTGAAATTTTCTTGTTATTAGACCT +AAAACCTTTGTACTTAATAGTATTAATGCTAAGTCTAATAAAAACTTATAAGATAACATT +TTAACTCATCCCCTTTTTCCCCAACAAATATATATATGATATAGGATACAAATATGTACT +TTAATAGTTAGTCTAGTCTCATAAATTGACTTTGTCAACTTAAATTTTGAAAATATATTA +TATTGAATAACTTTTTGAACATAAAATCAATTAAATATAGTTTTATAAAAATAATTCTCT +TTATTTTAAATATATTATTTTAATAATAAAATATTAAAAGTCTTATAGTTTTGTTATAAT +AACCTATATAATTTCAAATGATAAAACTAATAAGGAGTACATATGAATAAAAAAACAGTA +TTAATAACGGGAGCCTCTAGAGGTATTGGTAAAGCAATAGCTAAATTATTCGCTGAAAAT +AACTATAATGTTGTTATAAACTATAATAAATCAGAAGATGAAGCTAAAGAATTACAAAAT +TATTTAACTAATAAAGGATACTCTGTGAGAATATTTAAGGCTGATGTGTCGAATATAAAT +GAAGTTAATTCTTTAGTTAACTATACTATAGGACAATTTGAAAAAATTGATGTATTAATA +AATAATGCAGGAATTAGTAAAACAAATTTATTCACAGATATAAGTTATGAAGAATGGAAC +GAAATAATGAATGTAAACTTAAATGGAGTTTTTTATACAACAAAAAAAGCACTTCAATAT +ATGCTTCCTGAAATGAGTGGAAAAATCATAAATATATCATCAATATGGGGAATGGTGGGA +GGATCTTTTGAAGTTCATTACTCAGCTTCTAAAGCAGCTATTATTGGTATGACTAAAGCT +TTAGCAAAAGAGCTAGGTCCATCTAATATAAATGTTAATTGTATAGCTCCAGGTGTAATA +AAGACTGATATGCTTAACAATGTAAGTGAAGATACATTAGATGCGTTAAAAGAAGAAACA +CCACTTATGAAATTAGGTTCACCAGAAGATATAGCTAAATGTGCATTATTTTTAGCTAGT +GAGGGAGGAGACTTCTTAACAGGACAAGTAATAAGTCCAAATGGTGGTTTTGTAATATAA +ATATTTAATAAGGAGAAATAGACAACATTGTCTGTAATTAAAAATGATAAGAGAAATCGT +AAGAGATAACAAAAAACTAATGATAAAATCAGTTGAGGCAACAATAAATGATTTATATAT +TATTGATGATATGATTGATACTGCAAAAGCAAATAATGATATTTGTGTTGGACTAGCAGC +AAATCAAATTGGAGAAAGTATACGTATCATTGTAGTGGAGATGGGAGGCTTTTTTGTACC +ACTTGTAAATCCAAAAATTATAAGTCATAGTAAAACTACATATGAAGTAGAAGAAGCTTG +TTTGTCACATGAAGGAACTAAAGAAACAACTAGATATCATTCAATTGAAGTAGAGTACTG +TGATAGAACATTTACTAAGAAAAAACAAAATTTTAGTGGTTTTGTAGCTCAAGTAATTCA +GCATGAAATGGATCATTGTGAAGGTATTCTGATTTAATTTATATTTAAAAAGCTAGATGA +GATATTAAATATTTCATCTAGCTTTTTATTAATCATTTCTATCATCAATTCTCTTACCTT +CAGGATATGGATTATTACTATTTATAACTCTAAAACCTACAATGTCTGTAGTTTCACTGT +CTGTACTTTCTTCTATATCTAATGCATCTTTTATTTGGTGAAATTGATCATCGTATTTAT +CTAATACAAGCTCTTCAGTTTCTGTATTCATTTTTTTATTTTTCATCTTTACCTCCTCAG +TTAAATAAACGTTTTGTTAACTTATTTATATTTGAATCTCGCCCCCGATAGGGATTACAA +TAGTTTCACCACAAAACATATTCCCCCTATAGAAAGGAGTCGAGAAAATTGAAACCTACG +GTTAAATGCCCTGAATGTTATAACACAAATTTGTATAAGTTTGGTAAGGATAAGAATTCC +AATCAAAAGTACTTATGCAAAAAAATGTCGTAGACAATTTACCTTACAATCAAGCAAGAA +GCATTCTCTTGGGTATCCTAAATGTCCTGTATGTGGAAAAGGTATGTACCTTCACCATAA +ATACAAGTACCATGTTAGCTTTAAATGTAATAACAAA +>MGYG000000001_52 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAATCAGCAATGACACTTTTTTAGTATATGTTTTAAAAAAGAAGTAAAGAAAAT +GATTACTTATAGTAAATGACTCTAGAATCACATAGTTATAAGTAGTAACAAAGCTAGATT +ATATTAATTTAATTCAGATCTTATTTTTTATTACCATAAATCAAAATTACCATCTCTAAT +TAACAAGCCTAAAAGTCCTATCGCAGATATCCATGAAGTAACCAATATAAATAATAATAT +ATAGAACATTAAATCACCTCATTTACATTATGAACAAGCAATATAAAATATTATCATTAA +AAAATATTAATATATCGCAATAAATAACAAAAAGTTACACATACTTCATTATATAATCAA +ATATGTACATAATTATTTTAGGGGGAGAAAATATGAATAAAAAATTATTAACTTTAATTA +CAGCAGGAATATTATCATTATCTTTAGTAGCATGTAGTAGCGGAGATGGTGAAAAAGTAG +AAAGCGGAAGTGGAGCTCCAGTAGAAGAAAAGAAAGAAGAAACTCCAAAAGAAGAAGCTA +AACAAGAAGAAGTGATATTAGCCGATGATGATGTAGTTAAAATAGTTGTAACTGAAAAGG +TTAATGATGAAGTCTTTGGACCAACATATAAATTTTTAATAGAAAATAAATCAGATAAGA +AGATTACAATTCAATCTAGGGATACTTCTATAGATGGTGTTATGTCAGAACCTGTATTCA +GCGTAGATGTTATGCCAGGGAAAAAAGCTAACGGAGATATGACATTTATGGATGTGGAGA +GCCTAGATAAACTTAAGAACCTAGAAGGTAAATTAGTAGTTCTAGATGAAGATTTCAATG +ATGTATCATCTTACAATATAACAATAGAATAATTTTGTAATAAGGGCTGGAATTATATCC +AGTCTTTATTTTTTATTCAAAAATTAAATTGGACAGGCAAGTTTTACGTAGACATTACAT +AGAATTAAGTAAGAAAGGAGGAAGGTGAACTAAACTTTACTTAGAAAGGGGTAATAATAT +GGCTAAAAAGCAAAGTCTTAAACTGCAAGTTAGTTTTAAAGAAAATATATCGGATATAGA +AATATATAATTTTATATTAGAAAAAGGAAAAATAATGGGAATTAGTTCTTACATTAAAAC +ACTAGTAGCAAAAGATATGGAAAGTGATAACAAGAAGTAAATTAAAAGAGCTCCAGGAGT +GGGAGTCCATAGAGCTCAAACCTCAGTGAATTATAAAAAATATAATTCTTAGGTATAATT +CTACAAAATAAATTATATTCCTTTATTTTTTATTTAAAAAAGGAATTTTTCAGCTAATGT +TCCTAAAGTTCCAAATACAGCAAACCAAAGAATATCCATATTAGAATTACCTCCGATAAA +TGATTATAAGATTATTATTTACAATTTTAAGGGGGATTATACATGTTATTTACTGTAAAT +GAAGTTAAAACATATACGTTTAAGGAATTTAAAGAAATACAAGAAAATAGAAAAATAGAA +GAAAAATATACTAAAGAAGATTTAAATATATGTGAAAGAATATTAGAACATATAAAAACA +AATAAAGTTATGTACGGAAAATTAGTTTTAACAACAGCTATTTTACTATATCTTAATGTT +AATATAGGATATGCAGTATCTATAGAAGCATCTATAGATACTACCTTTAATCAGTTAATT +GAATTGATAAAGTCATTTGCAAAGTGGGGATGCCTGGGAATGGGGTTAAAAAGATCAATA +GAAGAAATGTTATCTGGTGCTAACTTCAAACAAGCAAGTACAGCAGGTGTTCAATACTGG +TTATGTTTTATATTTATACAATTCTATCCAAAATTATTTGAAATGATAAAAATGTAGGAG +GTATAAATATGTTTAGTAAAATTGAAAGCTGGTTAATGGCTAAAGGTGATTTGATAGTAT +TATCAATAGATAAATTTAGTTTTAAAGTATGCTTATTAGTAGGTTTAGTAGCACTTGTTT +TATCTGTATTCGGATATAGTAAAGGTAAAAAAATAGCTACTATAAGTCCTGCAGTATATG +TTATTTTACAAATTTTTATGAAAGTGTGGTTCGGTGTATGATGAAAACTAAATCTATGAA +ATTAAGTGACTATTTTGAAGTTAAAAAAGCTAAATATACTTATATCCAAGTAATACCTTC +TAAAAGTTGCAGAAATACATCTACAGATAAAATATTAGTGTTAGCAAATACAATGTATAA +GAAGCTTGATAAATTAATTAGAATAGAGAATAGAAAATTAATAATAGAAAGTAAATTAAA +ATTATCATATTATATTCACATAACAAAATCTAGCACTGAGTTTTATTTTATAGTACCTTC +AGTATTTTTAAATCAATTCAAAGTTAAGTTATCAGAAATATGGAAGAATGTAGAAATAAA +TAAAGTTAATTCACTTCCAATAGACATAAATTCATGTACTAAATACCAATTACAATATAA +ATTAAATGATGTTTTAAGTTTAAATATAGATAAGAAAAGTAATAGTTTACTAAATGCTAA +CTTGTCAGTACTAGAAATATTACAAGATCAGGAAAGTGTAGGGTTATTCTATAACTTTAT +GCCCATGTCTCAAAAGGAACAAAACTATTTTAAGATAAGCTCTCAAGAAACTTTAAACAA +CTTTAAAAAGGGTATGAATTTAAAGAAAAATAAAAATATAGTTGATTTAGGAGTAATAAC +TTTAAAATTCTTAATTGACTTTATAAACGGACTTCTAAATGCATTTTTAAGCACTTCAAA +GACAGCAAACGATACATTTATATCTATAGAAAAGCCTACGTCTACAAGCACTACTAGAAA +GTGTAAAAATGATATTATCAAAACTCAAGCATTAATTATTGCTAAAAGTAATAATAAAGA +TAGAGAAAATCAACTTTGTACTGCTACTTATAATACTTTTTCAAGTGTGAACGGAGATAA +TGAGCTCGAGATTGTAGAAGTCAAAAAAGATATAGATATAGAAAAACAAGATATAAAAGT +TAAAAGCAACTATACTTCTACTATAGAAGCTGGAAAGTTTGTGAATGTAGCTGGTAAAAG +CATAATAGAGCAATACAACAATATTAAACATAATAAAGTTCTAGAACTAAAAGCGCCTAA +ATGTTTAGAACAAGGAGAGGTAAGAATCGGCGAAGTTAAATGTAAGGATAATAAGCAAAT +GACTTATTATTCTACAGATGAACAAATGAAAAGGTTAGGTAGAGTGCTATTAGGTCCTAT +GGGAGCGGGCAAAGATTACTATATGGTTAATATGGCCAAGGATATAATAAAAGCTAATAG +AGGGCTTATAGTATTGGACTATATAGATCAATGCCAGTTAGCTAATAATATAAAAACCAT +AACTCCTCCGGATAGATTAGTAGAAATAGACTGTACTAATCCTAAACTATTGCAAACTCT +AAGTTATGATGAATATAAATATAAAGAAAATGATAGTGAATATGAAAAAGTTGATACATG +TATGCAAAAAGCTCAACAATACAATATGCTATTAGATACCATAAATGATGTTAATAGTAG +TTTAACTCCTAGGATGCTAAGATATTTAAATGCAGCTGCAACTATAGCTTTTAGGGTTAA +TCAATACTCTAGTTTTAAAGATATAATTGATGTACTTAAAAATCCAACGAAACGTGACGC +AATTATCAGCGAACTACCAACGGAAGCAATAGAGTTACTACAGGATGAAATAGATGATTT +AGAAGAATTATCTAAAAGAGATAAAAAGGGAAATGTAGAAAATGTAGATAGTAAAATAGA +TGGGATATTAGACAGAATAAGTAAACTTAAGAGTTCTAGTATATTTACTAAGTTGGCTTA +TATTAATTCTAGTGAAAATAACGTAGATTTCATAGAAGCTATTAACCAAGGTAAAGTTAT +ATTAGTTAAGATACCTGCTAAGAAGTTCTCTAAGAATATGAGAAGTTTATTAGCTACATT +TTTCTTACAAAAGATTTGGATAGCTAAAGAGCAAGGGGCAACTTTAAAGCAAACAGAGTT +ATTTATTAATGAAATACATCAAAGTTATCATTGTCAGTTATTAATGGAAGATATATTAGT +AGAGTGTAGAAAGTTTAATCTAACACCTACTTTAGCTATGCACTATCTAAGTCAAGGAAC +TAAGAAATTAAAAGAGAGCATACTGGCCTCTGGATCATCATTTTTACTAATGAGTGGATG +TGATGTTAAAGTGTACCAAGAACTATCGCATTACTTTGAGAAAGATGGGTATACAGAAAA +TGATTTAGCAGAGTTAGATAGGTATAATGCTTTGTGCCTTATAAAGAATGAAGAAAAACA +GTATAGCTCATTTATTGCTAAACTACCTGCTTAATGTAGGTAGTTTTCCTTATTTCTACA +TAGAAAAAGAGCAAAATCTATATACATAGACTTTGCCCAGGAACACTTATAACCAATTAA +CTGACGAGCAGCTAAATATTCTAGCGAGCTAGAAACGTAAACTTATTTATCTGCTAGTTA +ATATAAGTGTATGCAAAAGAGTAGCTAAAAGTTGCATGTCCTATTATAAAAAATAATTTT +ATAGTATTTACATTTTAAAAATGTATAGTTAAAATAAAAAAGACTAAGAAATGTAATCTT +AGTCTTTAATGTTATGAGATGTTGTGGATAACTTTCGAAAACTGACATCAAACTGACATT +TTAATAATATAATCTAATGTAAAGATTAAAAATACTAGGATGTATGAAAAACCTAGGACT +TGTTCGAGAACCTCCAAGTATAAAAAACTAAGGTATTTATATAGTGGCAGTATATAAGAT +GTACCCTTAGATATGACTTTTTAGACTATAAAAAGTTGTAAGGTTCTCCTTATCAATAAT +TTTAAGGAGGCATTTGTCATGCAAAAAAGAAAAGTAATAATTGATTGTGACCCAGGGATA +GATGATTCTCTGGCGATTCTTCTAGCTGTAAACTCACCAGAGCTAGAGATACTTGGTATT +ACTACGTGTAGTGGTAATGTAGAAGCTAAAATGGGAGCAAAGAATGCTCTTAAAACACTT +CAAATATGTTCTTCATTAAATATACCTGTATATAAAGGTGAAGACAAACCTTTAAAAAGA +GCGCTTGTAACAGCCCAAGATACTCATGGAGAAGATGGAATAGGAGAAAACTTCTATGAA +GATGTAGCTGAATATAAGATAAAGGAAAATGGAGTCGACTTTATAATAGATACCTTAAAA +AATAATAAAGATGTATCTATTATAGCGCTAGGACCTTTAACTAATATAGCTAAAGCTATT +ATGAAGGATAAAAAGGCCTTTGATAACTTAGATGAGTTCGTATCTATGGGAGGTGCTTTT +AGGATTCATGGAAACTGTTCTCCAGTTGCAGAATTTAATTATTGGGTAGATCCTCATGCA +GCAGATTATGTTTACAAGAACTTACCAAAGAAAATTCATATGATAGGATTAGATGTAACT +AGAAAAATTGTACTTACACCAAATATTATTGAGTTTATTAATCGACTTGATAAAGATATA +TCTAAGTATATAACAGAGATAACAAGATTTTATATAGATTTCCACTGGGAGCAAGAGGGA +ATAATTGGATGTGTAATCAACGATCCATTAGCTGTAGCCTACTTTATAGATAGGAGTATA +TGTAGTGGATTTGAATCTTATGTGGAAGTTGTAGATGATGGTATTGCTATGGGGCAATCA +GTAGTTGATTCTTTTGATTTCTATAAAAATGATAAGAATGCAGTTGTATTAACTGATGTT +GATGATAAGAAATTTATGTATATGTTTCTTAAAAGGTTATTTAAGGGATATGAAGGTGTA +ATAGATTCAGTAAAAGGAGTTATATAAGATGAAGAGTATATCTATCAAAAATATTTCATT +AGTAGGTTTAGGAATAGCTATAAATGTAGTAGGTGCATTTATAGCATATACATTAAAATT +ACCAATATATCTGGATTCTATTGGAACTATACTTATTGCAGCAATATTAGGACCAAAATA +CGCGATGATATCTGGTGTTTTAGGTAGTTTAGTTAGTGGTATAACTTTTGATGTATATTC +TCTATATTTTTCACCAGTACAGATAACGACAGGTCTTCTTTCTGGAATTATGTTTAAAAA +AGGCTTATTAAATGGAAGAAAAACTCCATTAGGAACTTTTATATTTGTATTACCAACATC +AATAATTAGTGCAATGATTGCTGCTGTGGTATTTGGAGGTGTAACATCTTCAGGTTCATC +ATACATTGTTCAGGCTTTAGAGGTACTAAGTATAGGCAATTTGTTCAGTAATATATTTTT +AACTCAAATATTGACAGACTATATGGATAAGTTTATCGGTGTGGTTTTAGTTAATTTAGG +CATAAATGCTATGCCAAAAAATTTAAGGACATCTTTTATAGCTAGCAAGTAAGTAAGGAG +ATAAAATATGGATAGATACAGTACGATAGAAAATAAAAATCAGAGAGAGATTGTTTTACT +TAAGGGATTTCCATGCGTATGGGGTAAATGCTCTTTTTGTGATTATATAGATGATAATTC +AGATATAGAAGATGAAATAAATAGTATAAACTTTGAAGTTTTAGAGAATATAACAGGAAA +ATACAAGGTTTTAGAAGTTATAAACTCAGGAAGTTGTTTCGAAATACCAAAGGCTACATT +AATAAGAATAAAAAAGATAATAAAAGAAAAGAAAATAGAAAAATTATTCTTAGAAAGTCA +CTGGTGCTATAAAAATAAATTACAAGAGATGAGAGATTTTTTTGAAATACCTATAATATT +TAAAATAGGAGTTGAGACATTTGATTATAATTTTAGAAATGTTGTTTTAAATAAAAATGC +TAGATTTAAAAGTGTTGAAGAATTAAAGGAATATTTTGATTCACCGTGTATGCTTGTTGG +AATTATGGGACAGACAAAAGAGATGATTGACAATGACATGGATATAATTTTAAATAATTT +TAACCATGCAACTATAAATGTTTTTGTTAATAATACGACGGATATAAAAAGAGATGAAGA +ACTTGTAGCTTGGTTTATTGAAAAATATAAATTCATAGATGAAAATACTGATTTTGAAGT +ACTTTATAATAATACAGATTTTGGAGTTGGTGATTAATATATGCTAGTAGAAAATGTATC +AGAATAAAATTATTCTGATACATTTTTTTGTATAAAAACAAAAATTGTTAAAAAATATAA +AATTAATAAAATATATTTGCCATGATATGCTTATTAATGTATTATAATTACTATGTATAA +CTATTTTTAATAAAATTGTAAGACAAGAAATGTTGATAAAAAAACAAAGTAAAATAGGAA +AACATTTACATAAAGAGTATTGAATATCAAAATTAAAAGACAAAAAGATAAAGACGTGAC +ATATGGAGGATAGTATGAAAGGGAACGAAAGACTAGAAAAGTTTTTGCAACTTCAAAATA +AAAATATTTCTTTTGAAAATATATCAAAAGAGATAGGGATTAGTCCAGTTACATTAAGAA +GATTTTTAAACAAGATGGGTTATAAGTCTGAAAATGGTAAATATGTTTTGACATCAGAAA +TAGAAAAAAATGAAATTGTTAAAACTAATAAAAAAGATAATAAAGGTTTATTAAATAAAA +GGGCAACTAAAAAAACAACTAAAAAAGAGATGCAAATATCATTTGATAATTTAGAAGAAA +AATCAAAAAAGGCAAATAATTCTAAAAAGAATAATGTATCTAAAATAAAATCTAAAAAAG +ATAGGAAAATAAATATTACTCAAGAGGATTTAGATAAAATATGCGAGGTATATGACTGGT +ATTTAGAAGTAAAAGACTATAAATCAATGAAGCCTAGAAAAACTTCTAATAAAAAAGATG +TAATTATTGAAGATAAAGAATTAAAAGATGTAAAGGGAACAAGTATAAAGGTAGATAAAA +ATACATGGGAAGAATTTGAAAGATTGTGTAGCAATTCAGAGTTTAGTAAACAACAAATAT +TAACACAAGCTTTGAAAGACTTTATGAAAGAATATAAACATTTATTATAGTAAATATTTT +TTATTATAAAATATGCTAATTAAATAGATGCAAAATATGAGGTGCATAATAATATGAAAA +ATATACTAAAAATATTACTACTAATAATAACAATAATAGGATTAGTAGCATGTAAAGGAA +ATAAAATACAAAATAATGGCGAAGTACTTTTAAATGGTTCATTAGTAAAAAAAGACGAGG +CTAAAGCTTTACAAATTGAGGCATTTGATGAGTATACTAGGGATTCTAATGGAGTTGTTG +TAAATAGAGTAGAAAACATAGCAAACTTTGATGTATCTAATATCTGGATAGTATACAATG +AATTAGATAAAGAAGGCAAGATTATTTCAGAATCGAAAATGTTTTTAGATATGACTTTAA +ATCCAGGAGATATTTTCAATGCTAGTTTTAAATTAAAGGAGTCGGGAGAGAATATAAGTA +TTACTTCTTATGAATATATGACTTCTGAAGAAGATGTTACTATTAATTTAAAAGATGGTA +GTGTGTACTCAGTTAATATTGATGATAAAGAAGAAGATAGTAGCCCTTACGAAGTTTTAG +CTTTTTCAGATGCAAAAAAAGTTGATGATGCAGATGATGGAGATACTTACATTGTAAAGG +TGAAAAATAACTCTTCAAAAAGTCTAGGAAATATAACTTTGAAAATAGGAGAAATTAATT +CAAAGAAAGAATATATAGGTGTAAATCATGAGTCTTCATACTCAGCTTTAAAACCATTAC +AAGAAGCTGAAATTATGATAAAAGTATCAAATCATACAGAGAAAATAAAAGTAATAGGTT +ATGTTTATGATGATATAGATGAAAAATCAAATATTGATATTGATTTAACATCTCATAAAG +CTCAGATAAATAAAAACTAAGATATATTTGATTTAAAAATAGTATAATATTTGTGTTTAT +CACGAATAATAAGTTATATCTTTATAAGGGGGTATAAATATGAATGATGATAAGCACAAT +CAATATGAATTGGATTATGAGCAGTTAAATTCACTATTAGCTAATCCAGAGTTTGCTAGT +TGGTATTTTGAAAAAATGTCAGACAAGACAAATGAAGATGTGAGTATAAGTGATTTTGTT +GATATACTAACAAATTACTCAAATAATCAATTACAATAAGAATAAAACAATAAGATGGCA +TGATTAATGTAGCTTTATAATATATTAAATCATGCCTTTTTAATTTTTGTATTAAAATAT +AATAAATAAAGAGTTATAATATATTTTAAGAAGCAATAATGGGAGGATAACATGAAGATA +TTAGTAGTTGAAGACAATAAAAAGCTCTTAGAAGGTATAGTAAAAGAAATCAGTAGTCAC +TTTCAATGTGAAAGCTGTGAAGATGGAGAAGAGGCTTTATATTTGATAAAACAAGATATA +TATGATCTAGTAGTATTAGATTTAATGCTACCAAATCTAAATGGATTAGATATATTAAAA +AAAATGAGAGATAATTACATAGATACACCAGTGATAATTTTAACTGCAAAAGAATCATTA +GATGATAAGGTTGGAGCATTCTCAATAGGTGCAAATGATTACCTAACGAAACCATTTTAT +ATGGAAGAATTAATAGCGAGGATATATGCAATATTAAGAACTAATGGAAAAATAAATGAT +AAAAATAGTTTAGATTTTAAAGACTTACACTTAGATCTTAGTAAAAAGAGAGTATTCATA +AATGGAGATGAAATAAATCTTCAAAATAAACAATTTGGCTTGTTGGAATACTTCTTATTG +AATAAAGGTACAATTTTATTAAAAGAACAGATATATGATAGAATATGGGGAGTAGAATCA +GATGCTACTATTGAAATTGTTGAGGTCTATGTAAGTAATTTAAGGAAAAAATTAGGGAAA +TACGGATATGATAAATACATAAAGACTAAACGTAAGGTAGGATATATGTTTGATGATAAA +TAAAAATGTATTTACTGATACAAAGCAAAGATTAATAAAAATAAATTTACTTGTTGTTGG +GGGATTTTTACTGATATTTTCAATTTTTATATTCTTCTATTTTAAAGAACTTACATATAC +TAATATAGATAGTAAAATAGAGGAAGAATTAGAATCAATAAGTGTACAATTTAATAGAAG +TTCAATGTTTAATCCTATTATTCTTGAAGATCCAAGAAATATGGTTTATGTATATGAAAA +TGGAACAATAAGATATTATACTGAAAATAGATATTTTGAAAATATCTATCCTGAAATAAA +TAATTCTAAAAAGGATACTTTCTTTACATGGTTGAATAATGGTTATACATTTAGAGTACT +TAATTTAAATATTGGAAAATACACTATTGAAATAATAAGAAATATAGATTCTGAAATAAG +TTCATTAAAACAACTTGTGTTTTCACTGATTATAGGAATATTAATATCATTAATAGTAGC +GTACTTTATAGCTATATATCTTACAAAAAAAGCATTAGTTCCTATAGAAACTGCATGGAA +TAATCAGGCTAAGTTTATACAAGATGCCTCACATGAGCTCAGAACACCAATTTCTATAAT +ATCATCAAAACTAGAAGGTATGTTAAAACATCCAGAAAATACAGTAAATGATGAAGTTGA +GACAGTAGCTGATGCTATGAGAGAAACAAGAAGAATGAAAAAGATTATAAATGATTTATT +ATCACTTACTAAGGAAGACTATATATCAACAATGAATTTTGAAAATATAGATATAGAAAA +TGTTGTATATGAAATATATAGAGATTATGAAGAAATAGCAGAAATGCAGGATAAAAAGTT +TATTTTTAAGAGTGAATTAGAGAATAAAATAATAGTTACGGATAAAAATAAATTAAGACA +ATTAGTTTTAATTTTTGTAGATAATGCATTTAAATACACTAATGAGTACGATGGTATATT +CATAAATCTTAAGGAAGAAGATAATAATATAAAATTGTCTATAAAGGATACTGGTATAGG +AATCAAGGAAGATGAAATAAAATATGTTTTTGATAGATTCTTTAGAGGTGATGATGTAAG +GAGTCAAGATATAGATGGCTCAGGAATTGGACTTTCTATAGCTAAAATGCTTAGCATTAA +TTTGAAATATGAAATTAATGTTGATTCTAAGGTTGGAGAATATACAGTATTTGAAATAAA +AATACCTAAGGTTAAAAAATAAATTAAAAAAATTTGATTTGTTAGATAATTCATGGGTAT +AATTGTATTAACAAAATTTAGAGATTTTTATAAAATATAATAACTATATTAAGAAAATAT +CATAATATAATTATAGAGAAGAACTAGGAGGAAATTAATATGGCTAAAATAATAAAAACA +TCAGAATTCAGAAGTGAAGTAGAGGAAAAACAAGGAGTAGTTGTAGTAGACTTTTTTGCA +ACTTGGTGTGGGCCTTGTAAAATGTTAGCACCAGTATTTGAAGCATTAGGTACAGAAATG +GATGGTAAGGCTAAGTTCTTTAAATTAGATGTAGACCAAAGTTTAGAAATAGCTCAACAA +TTTAGTGTATCAACAGTTCCAACAATGATAATATTTAAGGATGGTAAAGTAGTAGACAAA +ATGATAGGATTTATACCTAAGGAACAAATAAAGGCTAAGGTTGAATCTTACTTATAAAAA +ATGATAGGTGATATTATGAGATATGATATAGCGATAGTAGGTACTGGACCTGCAGGATTA +TCAGCAGCTATAAATGCCAAAATTAGAAATAAAAATATTATAGTATTTGGAAATGAGAAT +TTAAGTAATAAGCTTACCAAAGCACCTTCGATAGACAACTATTTAGGGTTTTATGATATA +AGTGGAGTAGATTTAAAAGATAAATTTTTGGAACATGTAAAAAGTTTAGATATTGAGATA +TGTGAAAAAAGAATAAATAACATTTACTCTATGGGTGATTACTTTGCATTAATGTCTAGT +GATTCTATGTACGAAGCAACTACAGTTATATTAGCAACTGGAGTAGAATATGGTAAGCCT +ATTAAGGGTGAAGAAGAATTTCTAGGTAAAGGAGTAGGGTATTGTGCAACTTGTGATGCT +CCTTTATATAGAGATAAAAAAGTAGCTATAATAGGATACAATAAAGAATCAGAAGAAGAA +GCTAATTTCTTAAGTGAAATTGCATCTAAAACTTATTTTATACCAATGTATAAAAATGAA +TCATTAATGAGAGGTAATCACGAACTAGATACTTCAATAGAAGTTATAAATGATAGACCT +ATTCAAATACAAGGAGAAACTCTTGTAAATAAAGTATCTTTCAAAGAGAAGGATATTGAT +GTAGATGGAGTTTTTGTAATAAAAGATAGTGCCTCATTAAAATCCCTTGTACCTGGTCTT +TATACTGATGGGCCTCACGTAATAGTAGATATTAATATGAAGACAAATATAGAGGGATGC +TTTGCTTGTGGTGATTGCGCAGGAAAGCCGTACTCGTATATTAAGTCGGCAGGTCAAGGT +CAAATTGCTGCATTAAATGCAGTATCTTATTTAGATAAGTTAAAAATGGAAGCAAGAAAA +AAAGAAAAATTAGAGCAAAAATAAATATAGATAATTAAGTTATTTTAAAAGATGTAAAGA +TAAATTTTAAAAAATTTACTTTATATCTTTTTTTATTTATTTTTTAAGATATTTTTAATA +AGCCTTGATAAAATTAATTAAGAGTATTACACTTTAATTAAGTAAATACTTAACTAGAAG +AGGTGATACATGGAAAATATAAGTAAAGTATTTAAGGCCTTAAGTGATGAAACTAGACTT +AATATATTAGTCTTAGCATCTAAGAGAAATATATGCCAAAAAGGAATATCTAAGTTTCTA +GGCATATCAGATTCAGCTGTATCACAACATATAAAAATACTTAAAGAAGCTGGAATACTT +AAGGGTATTAAAGAAGGTTACTTTGTATTTTATAGTGTTGATAAAGAAGCTTTTAATCAA +TGTGTATCATTTATTAATTTTATTAAAGGAGATCCAATAGATATTTTTATCGAAAATGAG +AATTTAAATTCTATAAATAATATTGGATGTAAGAGTAATTGTAAATCAATAAATAAGTGT +TGTAAAAAGGGAGGATTTTAAAATGAAAATTTGTGTACCAGTAGAAGCAAATAAAGGATT +AGAAAGTAAACCTTATGGACATTTTGGATCAGCACCATTATTTGTAATTTGTAACTTAGA +AAATCAAGAAGTAACTGAAATAAACAACCAGGATTTACATCATGAGCATGGAAAATGTCA +ACCATTAAAGGCATTACAAGGTAATGTTGTTGATGCAGTTATAGTAGGAGGAATAGGGCA +AGGTGCTATAATGAAATTAAATTCTATGGGTGTTAAAGTATATAAATCACAAGGGAATAC +AATAAAAGAAAATATTGAGCTATACAAAGAAAATAAACTGGAAGAATTCCCATCAAATCA +TACTTGCTCTCATGATGGTTGTGGGCATCATTAAGGAATATAACATTTTTAATTTATAAA +AATGAGTAAATAACTAGTATATAAATGGATTTGTTATATTTGAATGTACTATAATTTACT +GACATTCAACTGACAAATCCATTTATTTTACAAACTTACTGACATTCAACTGACATTACT +GACAGTATCATTTAAACATTAAATTTGATATGTTATCACTCGCTTTTGTATCCATTTCTT +TTAATACATGGCTATATCTATTTAGTGTAATTTGTATATCTGTATGGCCAAGCCTATTTG +AAATAGTTTTAAAGTCTGTTCCACTTAATACTAAGAAAGTAGCATGAGTATGCCTTAAAT +CGTGCATTCTTATATATCTAATACTATTCCTTTTAGTAAAACTTTTCCAACGTTCTCTCA +GCGAAGCTGGTATAAATGGAGTTAATTTACTATTTAAACATACTAAATCTTCATACTCTA +GTATCGAAGACAATCTATATTCATTATGTTTAGATTTCCATTTTTTTAATTTATTCATTA +ATTCTTGTGGAGCAGAGATAGTTCTAATAGAGCCTTTTGTTTTAGGCTGCTTAAATTTAA +TTTCATTCTTAACATATATTAAAACTTGATTAATACTTATAGTATTATTTTTAAAATCAA +TATCTTGCCATCGAAGACCACAAACCTCTCCAGTTCTTAATCCCATAGTTAACATTAAGA +GTATGGGTATTTCGATATTTGTTCCTTCTAATTTATTTATTACATTTTTAACTTCATCCT +TGTCGTAAACTTCAAAAGATTCTCTACTTTCTCTTAGAGCAGGTGGATTTTTGACAAAAT +GACAAGGATTTTCGTTTATTTCTTTTAATCTATATGCTTCGTTAAGCACAGCTTTTACAA +CACCTGTTATAGGTTCAGCTCCACTTTTGGTGTATTTAGCAAACATAGCATTTATAAAAG +ATTGTAGCATCGAAGGAGTAACATCTTTTAATTTTGTATCTTTGAAAAAAGGTTCTAAAT +TAACTTTAATAGTACTTTCTCTTCTATACAAAGTTGTAGGAGAGAAATTTTTAGATGGAT +CTTCATGATATTTTTTATATCTCTCGACAAATGTAATATCTTTACTTATAATAAATTTAT +TATTATTTATAGAACTTTTTAAATCTATTAAGTGTTTTTCTGCTTCTTTTTTTGTATCAT +ACTTAGCTAAACTTTTTTGTTTTAATTTCCCATTTTCACCTATATATTCAAGATAAACAT +TGTAGTTATTTCCTCTTTTTCTTATAAAAGAACTTTTTATATTAGTCATGGTTAACACCT +CTAGATGTTATAGTTTTTATAAGTTTATTTCTATTTTTACAACTTTCCCTAATATTCCTA +CATAGCCAGTTTCTATGTCGGATACTGGGAAAAACATAGGAGGATAATTTGGATTCTCGC +TTTGTAAAACTAATCCATTTTCTTGTCTGTAAACCCTTTTTAATGTAGCTTCATCACCGT +TTACCCTAACAGCCATTATATCGCCATCTTTTTCTAAAAAATTTTGTTTTTTTATTCTTA +CTCGGTCTCCTTCGTAAATTCTAGCATTTATCATGCTATCACCCTTAACTTGTAAGTAAA +AGTAATTCTCCCCTTGCATTAATTCCTCCTGATGCACATACTCGTAGTCTATTATATTTT +CTTCGGATAAAATAGGAACTCCGGCTTTAATAACCCCTAAAACTGGTATTTTCACCATTT +CACTTTCATGTATCTTTTTTAAAAATTTAACATCACCCTTTAAATTAAATAAGTCAGCAT +CATCAGTTTTTTTGTCAGGAACTAAATATTCTAGAGAAACACCGAAGAAATTAGCGAATT +GTTTTAATAACCCTATTTCTGGCATTTGCTTGTCGTGCTCGTACCTACTTATAGAACTTT +TCTTTAAATGAAACATATTAGCTAATTCCTCTTGAGTCAACCCTTTTAATTTCCTTTGCT +CTTTAAATCTTTTTCCAAATGTATCCACAAATTATTACACCTCCTATGAATATTATATAA +AAAGTTGCGTAATAATAAATAAAAGTTACGTAACGAAAAACTTTTTTACAAAAAATGTTG +ACAAGTTGTTTTTGATGTAATATTATTAAAACATAAAGTTGCTTAGATGGTAACAAAAAA +GAAAATGTAGAAAAAGGTGATGCAATGACAAAAACAGCCAAAGAGTTAAAAATGTTGAGG +ATAAAACATGAAGTATCACAAGAGTACTTAGCTCAACAATTAGGTGTAACAAAAGCTTCA +TATAGCAGGAAAGAAAATGGTAAAATAACATTCTCTTTAGAAGATGTAAAGAAGCTGAAA +AAAGTATTTAAATTGACAACAGAAGAAGTAGAAAAAATTTTTTTTTAAATCAAAAGTTGT +TTTCAACTAAACTTAGTTTAACCAAAGGCGATTAATAAAAACAGAACATATTGGAGGTAA +TGAAAATGAATGGAATAATTACAATGTCGAATGAAAATATAGTAAACATGACAAGTGTAG +AAGTTGTAAATTTAATAAACAATTTTAGAGAAGAAGAAGGAAATACAATTAAAAAAGAAC +ACAAGACATTAATGAGAGATATAAGAAATGAAATTGGCGCTTTAAAAGAAGTTGGGATAA +TAAACGAGAACAATTTTGTACCCGTTAAATATATAGATGCTAAAGGTGAAGAAAGACCTT +GTTACAAAATGAACAAAGCAGGAATAATGCAGATGTTAAATAAAGAAAGTGCATTAGTAA +GATATAAAACACAACAGTATATAGAAGTATTAGAAAATAAAATAAATCAACAGCATAAGC +CTTTAACTACTATGGAACTACTAGAGTTAGAATTCAAGGCTATAAGGGAGCAAGATCAGA +AAATAAAAGAAGTTAAGCAAGAATTAGATGAATTTAAGTTAGATATACCTTTATTCCAGG +TTGAATGCAAAGAACTTCAAGCTGAGGTAAGAAAAAAAGGTACTAAATGCTTGGGTGGAT +ATAAGTCTGTAGCTTATAAAGATAACTCTTTAAGAGGCAAAGTTTACGCAGATATACAGA +GACAATTAAAAAGAGAGTTTGGAATAGAAAGATATGAAGCTATTAAAAGAAGTCAGTATG +AGGTAGCTATAAAAATAGTTTCAAACTATAAACTACCTTTAGTATTAGAAGAAGAAGTAA +AACTAAAAAATAATCAATTAGCATTTGCATAAGGGAGGATAAATAAAATGAGTAAAAAAG +TTAAAACAACAAACACAAATATGGAGATAAAATGTACTACTCATTTAGTAGTAGATATAA +ATAGCTTTAGATTTATATTCGATGAAGAAATGCCACACTGAATAACTATTTTAGATTGTA +CAAATGGAGAAGATTTCGAATCTGTAGATGAAATAAATGGTGAAAATGTCTGCTCAATAA +GAACGTTAGAAGATCTAAAAAGAGTGGCTGTTAATTGGTATTTTGATAATGTTGAAGTTG +TAGAAGAAATAGATATATAAACGTAAAGAGGAGGTACATATGAAAAAAGTAATGACAGCA +AAAGACATACAAGAAATATTAGGAATATGTGAAAAAACTGCTTACGACTTAATTAGACAA +GCTTTAGTAACAGGAAGCATGTTTAAAGTCATTAAAGTAGGTAGATTATATAAAATCCCT +TCTCAACCATTCTTTGACTGGTTGGATTCATGGGAAGGTTGTTAAAGGAGGTTATGCAAT +TGAACATACTTATACTTCAATCTTTTGTAAAAGATTTTGAACATAGAAAAGATGAATTAA +ATTTTAGATTCGATTTATTAAAAGCATATAGAAAGATGGTGAGTTAAATGGATCAACTAA +AAAAAGTAAGACAATTGAGAATTGAGGCTTACAATGAATATTTAAATTTCAAGTCTAAAA +TGGCTAATGACAGAACAATGTTTACTGAGGATAAAGAGCTATTAGTCAAAGCAGCATATG +AGAAATATAAAGAAATTGAAGCGGAGGTAGATGCAATAGAAGATATGATTGAACTTGAAA +TATTAGAAAGGGACACCATACAGAGTATGAAATGTCCCTACTAAATAAAAGCCACTGCAA +TGGCCCTTATGCAAATAGACTAATTAAATTATATCACAAATAATTTAGAAAATAAACTGG +AGGATTAAATATGGAAAAAACTATAAGTTTGTATGAATTATCTAATGATTTATTAGAGTT +AATGGATATAGAAGATTGTGAGATTAATGAAGAAGTTAAATCTCAAATAATAGAGCAGAT +AGAAACTATGATAGAAGCTAAATCAGAAAATATAATAGCAGTTATAAAAAATTATGAAGC +AACTGTAAATGCAATAAAAGAAGAAGAGAAAAGATTAGCTACTAATAGAAAAGTTATAGA +AAATAAAGTTTCAAGACTTAAGGAGTATACAAAAGAATGTTTAGAAAAAACTGGTAAAAA +GAAAGTTGAAACTAAATTAGGGAATATAAGTTTAAGAAAGAAGCCTGTATCAGTAATTAT +AGAAGATGAATCATTAGTTCCAGAACTATATAAAACAGTCAAAGAAGTAGTAACAGTTGA +TAAAAATACTATAAAAGATTTCCTTAAAAAAGGTATGGAAATAGAAGGGTGTAGACTATC +AGAAGAAGATTATAACTTAACTATAAAATAGGTGATTGTAATGGGTAAAATTATAGATTT +AATAGGGCAAAAATTTGGAAGGTTAACAGCTGTAGAATTTTCACATGCAAATAGAACGAA +ATACTATTGGAAATTTAAATGTGACTGTGGTAACGAAATAATAACAAGGGCAGATACAGT +AAAGAATGGGAGAGTTAAAAGTTGTGGTTGTTTAAATGAAGAACAACTCAGAAGTTATAA +AAATAAAGAAAAACTTTTAAGAGCTGCTAAGATGGATTGCTATAAAAACACAAAAATATG +TACGCTTAAATCAAAGTTAGGAAGTACTAATAAAAGTGGTTACAAGGGTGTTTATTGGGA +TGAAAGCCATAAAAAATGGAGAGCTCAAATTAATATACAAGGGAAACGATACCATTTAGG +TAGACATAGTAGGTTAGAAGATGCGATAAAAGCTAGGAGAGAAGCCGAAGAAAAATATTT +TAAACCATTGATAGAAGAATACGAAAATGGAGGACAAATAAATGAATAATACAGTAGTAA +AACAAAGTGCATTAACATTAGCAGAGTTTACAACAGAAACTGGACAGGTGTTAACAGCTG +ATACAGTTAAGAACTATTTAGTAAGTGGAAATGGAGCAGTAACAGATCAAGAAGTATTAA +TGTTTATAGAATTGTGTAAGGCTCAACATCTTAATCCATTTATAAGAGAAGCTTATCTTA +TCAAGTTTGGAAGTTCTCCTGCAAATATAGTAGTTGGCAAAGATGTATTTGTTAAAAGAG +CACATAGAAATCCTGATTATGAAGGTATGAGAGCTGGAATAGTTGTAGCAACAAAAGATG +GAGAAATAAAAGAAAGAGAAGGTAGTTTAAAAGCTCCAGGAGAGGAATTAATCGGTGGGT +GGTGCGAAGTATATGTTAAGAACAAAAAACATCCTATAAAGTCACTGGTTAGCTTAGAAG +AGTATAGCAAATCACAAGCAACATGGAAACAAATGCCTATGGTTATGATTAGGAAATGTG +CAATAGTAACTGCATTAAGAGAAGCATTCCCAGAAGATTTGGCAGGTATGTATGATAGTG +CAGAAATTAAAAATGTACCTGATAAATTACCAGAAAAAGAAGTAAAAGTTGGATACGCTA +CAACTGGTCAAAAACAAGGAATCATGAAGTTAGCATCAATGAAAGGTTTATATGACTATG +AGACCCCTAAGGATATAAGCAAGATGCAAGAATTTTGTGAGAGTAACGGATATTGTTTAA +AAGAACTTAAATTTGATGAAGTAGATATAATACTAGATTTACTTTTTAAATATGAACCTA +AAGAAGAAGTGGTAATAGATACAGAGTTTAAAGAAGTAGCCGAAGACGATGGACAAGTAA +CTTTAGAGGTGTAATATGCAAGTGATATACATGACAATATTAGCAGATGCTCTAGTGATA +ACTGGAGCCTGCTACTTAATAAAAAAGATATGTAGCAGATAAGAGCAGGTGAGATTATGA +GTGATAATAAAAAATACTACTATTTAAAACTTGTAGATAATTTCTATGAACGTGATGAGA +TGATAATACTCGAGAGTATGCCGGATGGATATATGTACTCAAATATACTTTTAAAACTAT +ATCTTAGAAGTTTAAAAAATAATGGTAAATTACTTTTTAATGATAGAATTCCATACAATG +CAACAATGCTAGCGAATGTAACTAGATTCCCTGTAGCGGTTGTTGAAAAAGCAATAGCTA +TTTTTAAAGAATTAGGCTTAATTGAAGTCCTAGATAATGGAGCTATTTACATGTTAGATA +TACAAAATTTTATAGGCAAAAGTAGCACAGAAGCTGATAGAAAACGACTTTATAGAAATA +AGATAGAAGAAGAAAAAAAACTCATTGGACAAATGTCTGGACAAATGTCCGACAAAACTC +CACCAGAGATAGAGATAGATATAGATATAGATATAGAGAAAGAAAAAGAAATAGATACAG +ATATAGAAAAAAGTAACTATATAGGTAGCCAAGAAAATTTAAAACAATTCAGTAAACTAT +ATGAACAAAATATAGGTCTTATAAATGGAGTTACTGGAGAATGGCTTATAGAAATATCTG +AGCAAATAGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNAACGATAGATGCTTATTTAAAAGCAAAAAGCTACTCTAA +GAATTTTAGCGAGATTAGAGCAGCTAGACAAAATTCTATTATGTTTTTAGGACAAGTAGG +TTCTGGAAAAACACACTTATCTATGGCTATAGCTAAT +>MGYG000000001_53 +ATCTCCACAATTTAATGATTTAATAACTACATTATCTACATGAGTTCTCATTTCCTTCGG +AACTCTATGCCACATTCTTTTTTTTAAATTCATTATACTTATCTAATAGTATTTCTTTTA +TTGTTATCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCAC +AAGACCATTTTTTATAATACCTTAGTATATAAAAAAAGTTACTCAAAAAGAGTAACTTAA +ATCTAGCCTAATAATTTAATGTTTCGTGTAAAAGTATACACTTGACATTAATACTAAGTT +TAAAACAAAAAGTATTGTAATGTACCCTTTGGCAACTGGCTGACATAGTTAATAACCTTA +GTCCCTATAGCTTTGTGTCCCTAGATTTCCCTAGGTTTACCTATTTAATTTATACATTAT +TCTACCATTTATATCATTTTTTAGCAATTAAATTATACATTTTTTGATAAATTTATTTTT +TAATCTATAACGTATTCTTTATATTCTAAATTTCACCATAAATTTAGTAGATATTAGCTA +TAATTAAACACAATATTTTTAACCATTTTTTTCCTAATAAAAAATTATTGATATGAGTAT +TTGTGTATATTATACTGTAAAAAACAAAAGATTTAGAAAGGATTAAATTTATGATAAAAA +CAATAAAACTTGAAAAGAAGGGACTAGATAATATAAAATTGCTATCTGGTGCACAATTAA +AATATATCGCCTTCTTATCTATGTTAATTGACCATGTAAACAAAGCTTTAATATATCCTA +TTTTAGATGGAGGATTACTTTTAGAAATAAGTGATTTTTTTGATGTTATTGGAAGAATTG +CATTTCCTTTATTCGCATTTTTCATTGTTGAAGGATTTTTCAAAACAAAAAGTCGAAAAA +AATATCTTGCAAACTTATTAATATTTGCAGTTATATCAGAAATACCATTTGATATGTTTT +TCTCCCGCACATTTTTTAATACAAGAGCAAACAATGTTTTATTTACTTTAGCATTATCTC +TTATAACAATATGGATTATAGACATACTAAAAAGTAAATTAAAAAATAAACCTAGTATTT +TATGGTATTTCTCATCAGTAGTATTAATTCTTATTTCATCATTTATATCTATGCAATTTG +GATTAGACTACGAGCATTACTCAATAATAATCGTCTACTTATTTTATATTTTCTATAATA +ATCTTGTTATAGGTTGTGCTCTTGGATACCTTACTTTAATTAAAACACTTTGGTCTATAC +TAGGGTTTGGTCTTGTTCTTACATATAACGGAAAACGTGGTAATCAAAATAAAATTATAA +ATTATTGGTTTTATCCTGTTCACCTTCTTATATTAGGAATATTAAGAATGTATTTTAAAA +TCTAAAAAAAGAGATTAGGCAAAACCTAATCTCTTTTTTTAGTATGTCAATTTCTTATCT +TTTAATTCAAGTATGACATCTGATTTTTTTGCTAATTCCTTGCTATGAGTGACAACAATT +ACACATTTTCCCTGTTGATGAGCATTCTTTTTTAATATTTCTATAATCTCATCTTCTGTA +TCGCTATCTAAATTTCCCGTTGGCTCATCTGCTAGTATTACTGGTGAATTTGCTGCAAGA +GTCCTTGCAATTGCAACTCTTTGTTGTTGTCCACCTGATAATTTTAATACATTTCTATTA +ATTTCATCATCCTTTAATCCCAAGTCATTCAATATTCTTTTATCAGCCTTTGAATTAACG +ATTCTTATATTTTCTAAAGGTGTCATATAATCAATTAAATTATAGTTTTGGAAAATCAAT +GAAATATTATTTTTTCTATGATTTTCATATCCCTTTGCTTTTATATCTTCATTATTATAT +AATATTTGTCCGCTACTAGGTTCATCTAGACCTGCTAATAAAGATAGTAGGGTTGTTTTT +CCTGAGCCTGAAACTCCTAAAATAGTGTAAAACTTTCCTTTTTCAAATTCTATACTTACA +TCATTTAAAACTTTTTTTCCATTTTTATATGAATAGTTAACCTTATTTAATGCTAAAATT +GACATTTGTCTTCCTCCTAGCTCATTTTTGACAATATTTCTTTTGGTTTTAATTTAATTA +TCGATCTTGAAGATATCATTACTGAAGTTATAATTATAGCTGTTCCTATTAAATAAACAT +ATGCAACTTCTTTCAATTCTACATCTACATCAATTTCATCTGCAGTTTGAGTTGCTAAAG +AACTATTTGCATCAGCTCCTAAAGAGAATCCCCCAAATCCTTGTTGAACTTCTTGTATAG +CTTGTTTGCTGGCTTGGCTAACTATTGCATTGCCCATACTTTGTGAGATTGCTTTGCTTG +AGAAGAAAGAAGCTCCAAAAGCTATAGTAGCTATAAGCAGTAATTCTATGATATATTGTG +AAATAATTTTGAACTTTGGAACTCCTACAGAAAGTAATATTCCTGTTTCATGCACTCTTC +CTTGAATCCAAAATGCTAAAACTAGTGAAAGTATTATTATACCAACTACAATCGCTCCTA +TTAAAATTATATTTATAATTTTTTCCATAGCATCAAATGATTTTGATAATGCTAAAAAAG +TATCTTCACTTTTTAATATTGTATATAAACTCCAGTCTTCTGAAATTTTATTAAGACTTG +AAATTACGTCATCTACATTTTTGCTAGTGTTATATACAGCGCTTGTATATTGAATTTGAC +CATCTGAATATCCATATAAAGTTTTTAAAGTGTTTATATCTGATATTATAAGATTTTCTG +GAATTTCTAACTGACTTCCTTCTCTTTTTGTGTTTTCACTTTCAAAGATACCTACAATTT +CAAGGTCATATTCATTTGGTGAATCACTAGTTGCTCTGTAATCTACAGTATTTTTTGTTC +CTTTTATTTTATCTCCAACTTTTAATTTATTTTTTTCAGCTAAAGCCTTGTGTATCAATA +CTTTATTTTTATCTGTTGCTACAAGGTGTCTTCCTTCTACTAGTCTTAGTGATTTGCTTG +TAAATTTAGTATCGTATTGTGTTGATGTATGTCCTTCTACTGAAAAAAGATGTTTGTATT +CTTCTTCATTGTATTGAATCATATTATTTGCAGGGTCAACACTGCTTATGTTCTTAAAGT +CCATTCCTGAACCGCCAATTATACCATCATAATTTTTTATTCCATCCACTTTAGATATTT +TATTAACTAAGCTTTCTGGAATTAGTCCATCAAAGTTTGTAGCGAGATTTGTTTGAAGTT +CAAATATGTTTGAAATACCTTTATTTGAATCTTGTCTTGCTACTGTTGCTGCTTTTTTGA +TAGAAATTCCACTTAAAACAGCTGTTGCTATACCAAATAATATAAATAACATTATAAGAC +TTTTCTTTTTCTTTCTTGTTATATATAAAATTGATCTTTTAAATGCATTCATTGTTTTCC +TCCTCTGTTTGATTTTCTAAAAATATTATAATTTGCTTATGTGAAATATTTATGAAACTT +TAAAATAAAAATTACTAAGTTTCTAAAGTGGATCCTATACAGTGGACACGATAAAAAAAC +GTGTCTACTTGTATAAGATTTATTTTTATATAAAATATTTATAAAGGAGTTGATTTTTTA +TAAGTAAAAAATATCTTCAAGTAAAGAAATTAAGGAATTATCTATAATCATATGAAATAT +GAGATTGATTGTAAAAATTGTAATACATTTGAAGAGTTGCAGATTTTAGTAGATGACTAT +ATAGATTATTATAATAATTTCAGATAACAATGGAATTTAAAAAAGCTGACTCCTATTCAA +TTTAGAAATCAGCTTTTGATGGCGTCTTAGCCATGTGTTTTTTCTTTTGTCCTTGACAAG +GGGGCCACTTTATTCAAACTTAGTAGTTTCTTATTATTTGGGTATACACATAGGTCTTTG +CGTAATTGGATCAGAAATTACTATACTATCTACTCCAAAAACATCTCTTAACATGTCTTC +ATTAAATACATCCTCTACTTCTCCTTGAGAATATATATTTCCTTGTTTCATACAAACAAG +ATTATGAGCATATCTAGCCGCATGATTTAACTCATGTATAACTATAACTATTGTTTTCTT +AGTTTTATTATTTAAATCCTTTAATAATTCTAAAATCTCTATTTGATGAGCCAAATCCAA +ATATGTTGTAGGCTCATCAAGCAAAAGAACATCTGTATCTTGAGTTAAAGCCATGGCAAT +CCACGCACGTTGCCTTTGTCCCCCTGATAAAGAATCTAACTGTCTATTTTCAAAATCTTC +AAGACCAGTTGCTCTAATTGCCCAATTAACCATTTCTTCATCTTTTTGAGACCTTGTGCC +AAATATGCTTTTATATGGATTTCTACCAAAATAGCAAAGTTCTTTTACTGTTATCCCTTC +TGGTGCTATTGGGCCTTGTGGCAATATAGCCAGCCTTTTAGCTAATTCCTTTGGTTTATA +CTCATGTATAGATACATTATCTAATAATACACTTCCTTCTTTAGGTGTTAATAATCTACT +CATACCACTAAGTAACGTTGACTTACCGCAACCATTTGCACCAATTAAGATAGTAATTTT +ACCTTTTGGTATAGATAAATTTATATTGTTAACTATTTTTTTGTCTTCATATCCTAAAAC +TAAATCTTTTATATCTAAACTCATTATTATCACTACCTTTCTAATTAGCTTTTTTTCTTA +ATAATAAATATAAGAAATATGGTGCTCCTATAATAGCTGTTACTATTCCTACTGGTATTT +CCATTGGAGATATTATAGTTCTACCTATAATATCTGAAATTACTAAAAGATTTGCACCTA +TAAGTCCACTTAGTGGAATAACTAACCTGTGTTTATATCCTACTAAAGTTTTTGCTATAT +GTGGCGCTATAAGTCCCACAAAACCTATAGTTCCACTTACACTTACGCTGCTAGCTGTAA +GTATTATTCCTATTAATAAAAGTCCAACTCTTAATAAAAGTATATTTTCTCCTAAGTTTA +TGGCTACTTTATCACCTAAAGATAAAATATCTATTTTATTAGCTAAAATTATAGCTAATG +GTACAAAGATTGCTACATAAGGAATTAATATTTGAACCTCATCCCAATATCTTCCCCATA +CACTACCTGTTAACCAAAGAAGTATTGTTTGCACATTGGCTGAATTACTTATATTCAAAT +ATTGAATACCTGCATCAAATAATGCACTCATAGCTATACCCATTATAACTATACTTGTAT +TTTTAAAATTAGTCTTTTTAGTTAGTAAATAAATAATAATACCTACCATAAGTCCGCCAA +TCATAGCTGCTATAGATATACTACTTTTTAAGTTAAGACTTATGACAAGACATGCAAAAA +AACCTGCTCCTTTTCCTATTCCTAAAACATCAGTTGAAGCTAGAGGATTTCTAAGAACAC +CTTGAAAAATAGCTCCTGCTATAGCCAAACTCATTCCCACTATCATAGCTATTAGCAATC +TAGGAATTCTATATTCAAACACAATAAAAGAATATCTAGAACTGGAGTAATTAAAAATTG +CATCAAATACATTACTTATATTTAAAGATTTACTTCCAAAGAGTAAACTTATGAAAGATA +TTACTAATAGCATTACTATGCTTATTGTAAATATCAATGTATTTTTATTTTTCACTTACT +CCACCTCTTTTCATTTCTTTATTAGCTAGGAATATATAAAATACTGCTCCTATAAATGAT +GTTACTGTTCCTACAGGTGACTCATAAGGATATTTTAAAAGCTTAGATATTATATCCGAT +AGTAAAAGTAAATTTGCACCATATATTCCACATAATATAAAGTTTTGTCTGAAGTTTCGA +CCTCCAAGTTTACTAATTATATGAGGTGTTATCAATCCAATAAAAGATATCGGGCCTGCT +ATTGCAACAGATGAACTTGATAATAAAATTACCACTATTGTAGCCACAGTCTTTGTTAAC +TTAACATTCTCACCTAAGCTAATAGCTACACTATCTCCCATTTTTAAAGTATCCATAGAA +TTAGATATTAATATCGTTAAAATTATAGATAAAATAAACCATGGTAATATAGCCATTATA +TGTATGAATTGTGCATGATGGACTCCTCCAATCATCCAAAATACTAAATCAGATGTTTTA +CTTTCATTAAATAACATTATAGACTTTGTTATAGAACTTAAAAATAGTTGTATACTTATC +CCCACTAGTGTTATTTTTAGTGGAGATAAATTCTTAACGGTTCCAATTACATGAACAAAT +AATCCTATAACTCCAGCCCCTAAAAATGCACCTAATATTTTAGCCTTATATCCTAATAAA +GGGAAAAATACCATTATTACAACTACCGATAATGTTGCTCCTGAATTTATCCCTAAAATT +TGCGGTGATGCAAGGGGATTTCTAGTTAAATTTTGCATAATTAATCCTGAAATAGCCATA +GATGCTCCTATTAATATGCAAAGTAATACACGTGGTAGTCTAACAGTTCTTATTATTAAA +TCTTGCTTGCTACCACTATAATTTATAATAGAATCAATAATTTCTTTTATTCCTATATGG +CTCATTCCAATTAAAATATCTATTAATAATAACATTGCCACTGCAAATATACCTGCAAAT +GCAAATCCTATAAATTTACTCTTTTTTACACTATCCATATGAATAACCTTCTAGTTGTCT +ATTTATTTTCTAGTTATTTAATAACCAGCCTGACATTTCTTTTGTTAATGTATTTACAGA +AATAAATCCTCTATATTGAGTCCATGGACCTCTTGCTACAGTTGTATATACTTTGTTATT +TTTAACTGCATCTAATGATTTATATAACTGAGTATTTTTCCACTGTGTATATATAGTTGT +ATCTATATCATCTCTCATATAAACAATTATGTCTGGATTTATTTCAACTAATTGTTCTAA +AGATAAAGATGCTTCTCTATCATCACTTTGAATTGCATTTTTAAAACCAGCTTTTTCTAA +AACTTGTCCTACAAATGAACTTGAAGTATGTGCTGTATATTCATCGTTCTTTGGTGATAC +AGTTAATACCTCTTCATCGGATACTTTATCTTTCGCTTTATCTTTAACATCTGATAATAC +TTTTTCAGCTTCTTCTATTTTAGCTTTTGCTACATCTTCTTTACCAACAATTTCTGCAAT +AGTTTCAAAATTTTCTATGTATTCATCATATGAAGAATCAATACTATCTAATACTATTGT +TGGTGCTATTTTGTTTAAATCTTCATATATTTCACTATGTCTGCTAGTATCTGCTATTAT +TAAATCTAAATCCATTGAACTTAATTCTTCTAAATTTGGTTCTTTACGATCACCTACTGA +TACATAATCTATTTTTTCACCATTTGTAACATCTGTTACTTTGTTAGATTCTCCATCATC +AGCTATAGCCACTGGGTCTATATCTAAATTATGAAGAGAATCTAAAAATGATAATTCAAG +TACTGCTATTTTTTTAGGCTTGCTATTTAATTTTGTAGTTCCTAATTTATGTTGTACAGT +AATTTGATTATCACTGCTATTATTTTCTTTATTTGTACTATTATTTGTAGTACATCCAAC +AAGAGCTATACTGCTTAGTATTACACTTGTTATTAATATTTTTTACTTAACTTACCTAAT +TTCATTTTTAATATAATCCTCCTACATATATTGATAATCATTATCAATTAACTCATGTTA +TCATATATTTCTTTTACAGTCAATATTCATATATAATTTTATTTTTATAGTACTAAATTT +AGTAAACATTATAAAAGCTCCTTTATTAGTAATGATAAAATTATCAAAACGTTAAGGAGC +TTTTTTAATAAGTTACATTCTTTGATGTATTTGATTATCTCTACATATTTTATCTATATA +TATATCTTTTTCTACATCTATGAATACTTTTGCTATTACTTCATAAGCCTCTGCCCATGC +ATTTAATACTTCTTCTGTTGCCACGTCCCCTAGTACTTCTTTTATTGCTAATAGTAAATT +TTTACCTACTATTGGATAATGTTCTGCTTTTACATTAGAATTTACATGAATGCTGCCTAT +TTTTTTTACTGCTGGTAATAATATTTCTAAATTATCTATATTTTGAGCTGCTGCTAATAT +TGTCATTGCTAATGCTTTTGGTTGTTCTCCAGATTCTTGTTTATCCATATTGAACATTTC +TTTTACTTCTGGGTTATTTGTAAACATTGTTTTGTAGAAAGTTTTTGTTATTTCTAGTCC +ATGCTCTTTTAACACAGGTACTGTACTTTTTACGATTTCTATTGTTTTTTGATTTAACAT +ACTTACTCTCTCCTATAATGCGTATTTTGTATAGATTTTTTATATACTAAAAATATACCC +TGCTATGTTATATATAAACATTTTTATATCCTTTTTCAATTTTAAATTGTGTTAGCACAA +TTTTCACTATTCCAACCATGATAAGAATAATAAACATAATCCAGTAAATCCAGCGATTAA +GCCATGTTGTTTCAGTGTGTGAGAAAAGATTTACCGAAAAAATATATCCATTAATTGGCT +TTGGGTAAAGTGATAAAACTATAAGTATAAAGGAAAATAAATCTACCATTCCAAATAGCA +AGTCATCAATTGTTACACCAAAATAATTTGATATTTCCTTTAATGAGTCAATACTTAGAT +ATCCCCTTCCTGATTCCCATTTTGAAATGGCAGTTCTGGACACATATAAAACCTGTGCTA +ATTCTTCCTTCGTAAATCCTCTATTTTTTCTCAACTCCTGAAACCAGTCTTCCTATTACC +ATAAATATAGAAAATAAAATTGCTGAAATACTAATAATTTTTTTAAGTGCATCGTTTTTT +AATCTATAATTAACCTAATAAATAAGTGTTGGCATTGCACTTAATACAAGAAGTGTTGTC +GATGATGGGTACGAAGCTTCCATAAATCCTTCGATTAGTATTGGTCTATAATTGATAGGA +ATCATCTCAAAAATAAGATAATACCCAATTACTATAATGTAATATATCCCCAATAATATA +ATATCACAGTCCACTTTAAAAAGACTTTTTCTCTTAATTAATTGAACAAATCCAATTCCA +CCGAATATGATACAGATAAATATTGGTACAAGTCCCAACCAATCAGTGATTGTATAGATT +GTCATATGCACACCTGTTAATTTATGAAACCAACAGTTAAATGTTGCAAAACCTATATCA +GTTCCATTTTGTCCAAGGGGCTCAACATCTACCGTCTTTATTAATAATGTCCAAATAGTA +AATGCTATCACTAACATAATTCCTAAAATTAATAATCTCTTTTCATTCTTTTTCATTTTC +CCACGTCCTTTCTTATTCTCTTTTGCCATTATGCTAATTCAAAAGTAACAAAAGGCGTGA +AAAATATAAAGAATCGCAACGTCACATGCATGACACCAATGGTATCATCCGCATAAACAC +TGATGTTTCAAAATAAAATTTGATACATCCATCTAATTTGAATTTTCTCTTACATTCATA +TTAACCCAAAACATATTTCTGTACACAATAATATGATGTACAGATTTATACTTCAACTGT +TGGTTTTAAGCTTATTTAAGATATATATAGTTAAATAAAAATATTGTATTTATTGCTTTT +TGTATTCTAATAGATTTCTTTTATAATAAAATTTCATATTGTCGTTTTATGCAGTTTTTT +ATCAAATAAAATCACAAATACTAAAATCCCTACATATTATATATCAAATAGAAGTTTACC +AAAATTTAACTTAAAATACTACTTTTTAGTAAATATATAAAAAATTTAATTAAGGAGAAT +GATTATGGATAACTATAAAGACATCATACAAATTTCTGGCTGTGAATTAGCTAGACCATA +TATAAACCGTCAAGTTTATAACAAATACTATGATTTAGATATAGCTTTGCTAAGAGGAAC +TTTATTCCCAGAACTAGATTTAGTAGAGTCAAATAATTACAACGAATGGCTATATAAAAA +TCCTAAAAATAGGGTTATGGCCAAAAAGGAGTGTAAAAAATAGTCATGAAATCAAATAAA +AAAGAACTTTTAAATAGACTTTTAGAGTATCAATTTGCTTGTATAGAATTAAATTTATAT +TTAGATAATAACCCACATGATGAAAATGCTCTAGATTCATATAACACATACTTACGTAAA +TTTATGCAAACTAAGGAAGCCTATGAATGTGAATATGGACCATTGACTAACTTTGGCTAT +GTGCCAGGCTCAAGCCCTTGGCAATGGGTATGTAATCCTTGGCCATGGGACAATGAATTC +TATAATTAGATTTATACAATATAAAGATTAATTTAATTTTTTAACACTTAAAGGAGGTCA +AGTTAATATGTGGATTTACCAAAAAACATTGGAATACCCCGTTAACATAAAAAATTCAGA +TCCAAGGATGGCTAAACTTATACTTGCTCAGCTAGGAGGACCTAATGGAGAACTTGCAGC +TGCAATTAGATATCTTCAACAAAGATATACTATGCCAACTGGAAAATCTCGTGGACTTTT +AACTGACATAGGTACAGAAGAGATGGCTCACGTTGAAATAATATCTTCTATTTTATATCA +ATTAACTCGTAAATGTACTCCTGAAGAGCTTAAGGCTGCTGGATTTGGACCAAACTATGC +AACTTTTGGACATGGACTACAACCAGTAGATGCTAATGGCGTAAATTTTACAACATCTTA +TATTAATGCCTTTGGAGATGCTGTAACTAATTTGCATGAACATATGGCTGCTGAACAAAA +AGCATTGGCAACTTATTACCAATTGCTAAATTTAACTGATGATTGTGATTTAAAAGATGT +ATTACGTTTTTTAGGCCAAAGAGAAATAGTGCATTATCAAAGATTTGGTGAGGCATTGAT +GGATATTTATGAATTTACTGAATGTAAGAAACAATTTTAGTAAGTACTAATAAAATATTT +ATAAAAAGTAAAATAAAGTGGCTGTCTCAAAATAAAAAGATAGTTCCACAAAAAGGAAGG +GATGAACTCACATAAAGTTCATCCCTTTTGTGTACACTTAAAGTATTCAAAACTTCACTT +TATATAAAAATTATTCCCAAATCTCAGAAAATTATCAATTAAAATTACCTATAGATTTGG +ATGTATTAATACCAGAGGATGATTCAGTGAGATTGCTAAGCCTAATGATGGAGGAATTAG +ATTATAAAAAATTATACGAGGCGTACTCCCAAAATGGGAGAAATCCTGCAGTTCCACCTA +AAATCCTATTCAAAATATTAATTTATGCATACATGAATGATATTTGGTCAAGTAGAAAAA +TCGAACTTGCCTGTAAAAGAGATGTAAATTTTATGTGGCTATTAGAAGGTTTTAAAGCTC +CTGATCATAATAATATTGTAAGATTTAGAACGGGAAGATTAGAGATTATACTTGATGATT +TATTTAATCAATTTATTATAAAGTTATATGAAAATAATGAACTTGAATTAAAAAATCTAT +TTATAGATGGTACAAAAATTGAGGCTAACGCCAATAAATACACTTTTGTGTGGAAAAAAA +CAGTAAGCAAAAATGAAATAAAATTAGGCGAAGCCATAAAATTATTTATTAAAAATATAA +ATGATAAATTCAATAAAAACTTTTCAATTGTTGAAAATACACTTAAATGTAAATTACTCA +ATGAAATTTTAGAATTTTTAAACTCTATAAAATTATCATCAAATATAGAATTTGTTTATG +GCAAAGGCAAGAGAAAAACAGAACTTCAAAAATTAATAGAGGAAGCCAATAAATACTTAG +AAAGACAGTCTAAATATGATTTATATAATTCTATTTTTAATGGAAGAAATAGTTTTTCTA +AGACAGATATAGATGCTACATTTATGCATATGAAAGATGATCACATGAAAAATGCTCAAT +TAAAACCTGGATATAATATTCAGATAGGAGTTGAGGGTGAATATATAGTTGGAGTTGATA +TTTCTAGTGAAAGATCAGATCAACTTACATTTATTCCATTTTTAGATAAATTAGGCGAAA +GCCTTCCGGCTAAATATGAAAATATAATAGCTGATGCTGGTTATGAAAGTGAAGAAAATT +ATGTTTATTTAGAAGAAAATAATCAAAAATCATTTATAAAACCACAAAATTATGAAAATA +CAAAGAGTAAAAAGTTTAAGAATAATATTGGTAAAAGAGAAAATATGATTTATAACAAAA +TAGCTGATACTTATACTTGTGCTAATAATAAAGAATTAAAATTTATAGCTACAACTACGA +GAAAATCAAAATCTGGATATATTTCGAAAGCTAAAATATATGAATGTGAAAATTGTAATG +ACTGTCCTATTAAATTAAAATATACAAAAGCAAAGGGTAATAAAAGGATACAAGTATCTC +CTGTATTTATAACAAAAAGAAAACAATCACAAGATAATATAACAAGTGAGTTTGGTATTT +TAACTAGAATGAATAGATCTATACAAGTTGAAGGTGCATTTGCGGTAATAAAAGAAAATC +ATAATTTTAGAAGATTTTTAACTAGAGGTAAGAAAAATGTAAAAGTAGAATTTACACTTT +TAGCACTTGCTTACAATTTAAATAAACTTCATAATAAAATTCAACAAAATAGATTAGGTG +TAACTTTTTATACAAAAGCGATAGCTTAAATATTTACATTATATGGGATATTTATAGATA +TCCTATTTTGTCATGTCCAAATATAATCTAATTTAACAAATAACGTAAAATATATTAAAT +TATCCTAGGTATAAAGTCATAAAAAAGAGTTGCCTCTTTTATGATTTTAAAATCATTTTG +AGACAACCCCTCTTTTCCTCGTTTTCGAGGGTTTGAATGGTGGAGATGATTCACAAGAAT +CATACCCACAATTAACTTATACTCAACTTTATAATAAATGCCTAATAAAACTTCACATTC +ATTTATAGCTTATTTAAAATGCTATACGTCTAGCATTACAATAAATATACTCTAGCTATA +CTAAGTATATGTATAATCTATCTGAATATATCACACTTTAGTATTAATCATTAACGAAAC +CTCTGCACCAACTTTGTCTTCTCTATTTTTTAAGATTACAAAACCACCATGCTTTTTAGC +TACGGATTCTGCAATATACAATCCCATACCATAATGTTCTCCAACTTTTCTTTCATTTGC +TTCCATATAAAATTGACTTGTGGCATTTTTGAGTCCACCCTCAGTAAATCCTCTACCAGA +ATCCCTTATAGTAAATATAAACATACCTTCCTTCTCACTTACTACAAACTCAATCTCACT +TTTTGTATGTGAATAGTCAACTGCATTTGACATTATGTTTACAATAGCTCTCATTAAGAG +TTCTTTATTCCCTATAATTATTTTTGTTTTATAACTCATCTTATTAGAAACTGCTATGCT +TTTTAATGAACACAATGCGTAAAGTTCACATTTTAATTCTTCTACAAATTTATCTATGTC +AATAGCTTCTTTAGTTTCATTTTTTTCTAAAGGTGATTTTGATATATCAATTAATATAGA +TATATATTTTTCAACTTTATCTGCATTATTAATAATGTAGTCTGTAAACTCTCTATCCTC +TTGACATAGTTGACTCTCCTTTAAAAGTTCTGCATTTCCTTTTATTATAGTTATTGGTGT +TTTTATATCATGAGCTAGCGCACATATTTGATTTTTCTTTTCCTTTTCCATATGCCACTG +CATCATTAACGATTCTTTTAAGGCTATTTTCATATTTGAAATGGAAATTAATACTTCATT +AAATTCTTTCACATCACTATTTTTCACTTCAAAATCTAAGTCTTGATTCATTATTTTCTC +AGTTGATAATTTAAGAGGATACAATTCTTTTTTTAATTTTTTACCAAACTGTATTGCTAT +GATAAGTGCTATAAATATAAATCCTGTTAAAAATACAACTATTAATAGTTTTTCTGGGTA +TGGTATTAAGTCATGCAGTATCCTTGATGTAAAGTGTGCTTTAATATCATATCCAATTAT +ACAAGTTCCATCTTTAAAGATTATTTTATCGTAAACATATTTACTGCTGAATTTTTCCCC +ATTTAAATATTTATTTATATTCTTTGTTTCATCTTCATTAGTGTTTGCTTTAACCACTTT +ATTTTTATTATCAAAAAAAATGTAATTACTTGAATAAGGTATTTTACTTGAATCAAACTT +CAAACCTTGCTTTGCTTCTAGTTTTAATTTTTCTACTTGATTTTCCATATAGTTAGCAGG +CTTTATTATATCCTTATTAACAGAAATATTAATAAAAGCTACTAATGAAAAAATCCATAT +TATGCTTAAAATACAAAAACTAATCAAGTATCCTAAAAATATCATGTACAGACTTTTTCC +TCTTTTTATATCCATTTGTATCCTATCCCCCAAACTGTTGTGATGGGGCTTTCTATATAC +TTAGTAAGCTTGGCACGTATATTTTTTATATGTTCTCTAATGCAGCTACTGTCACTATCT +TTATCAAATCCATAAACTTCTATAAAAATTTGTTCTAATGTGAAAACTTGTCCCTTGTGT +CTTGCTAAATACTCACAAATTTTATATTCACCTTTTGTAAGTAGTATTTTTTCATCATTA +AAATATATTTCTTTTGATTTCAAGTTAAATTTTAATTCATTTGTTGATAAAACTTGTTGT +TTTTCTCTATGTTCTCTTCTGAGATGAGCCTCTACTCTTGCCCTTAATTCCAAAATACTA +AAAGGCTTTTTTATATAATCATCTGCACCTATAGAAAATCCTTCTAGTATATCTTCCTCC +ATCGTTTTGGCAGTTATGAAAATTATTGGACAATCAACTTCATCTCGAATATATCTACAT +AAAGTAAATCCATCTACGGTTGGCATCATTACATCTAATAGTATTAAATCAAATTTATTA +AGTTCTTCTTTACTAATATCTATTGCATTATTTCTTACAGTAACTGCGTATCCCTGCTTT +TTCAATGCACTTTTTATCAAATTACAAATCTCAATCTCATCATCAACTACTAAAATATTT +ATACTATTCATAAATACTCCTTGCTCTAATAATTTTCTCTGTTCCCTTCCCAATGATTAC +TAAATATTAATTGTGAAATAAAAGTTATAGCTATAAATATTATCATTATAAATATACCTT +GTATTATCTCACTATTTTGAATTAATATATTTTCCTTATACAATATAAAGTAAGAAGATA +ATCTCATTGAATATGCCCAAGGTATCACTTGCCATATTCCATCTCCTAAACCAGTTAACA +TCAGTGCTGAAATAAGGCTTCCAATTATTCCAATTCCAATTGATGCACCTTTGCCAAAAT +AAAATACTACTAAATATTGTATCATATATAAAAGTATGTTACTTGAGAATACTATCAAAG +TTTCTTTATAATAAAAACTTATCTCTATAGAGTCATTTCCCATAATATAAAACATAATTC +CAAAACCTAATATTGCTATAAGTGTTGATACTAACCCTAAAATAATTATTGATATTAACT +TGCTAAAATGGGGAAGGTATTTTTTATTCGGAGTAGTTAAAAAGTATTGAAATCCTCCAC +ATTCTTCTTGTTCATATACCATATTCAATATAATAGATATTATTAAAGGAAATGACATTG +AAATAATTTGAATATATGAAATAACTTTATCCAATTCATTCCATGGAGAAACTGAATAGT +ACGATAAAAAAGGTATCATAGCTAACACTGGAATAATAAAATGCACTTTAATTATTTTTG +AATGATAAAATTTATAGAAATCTATCTTTATATAATTTATAAAACTTGGCATAGTTAAAC +CTCCTGTTTTTCAAACCATTTTGCAGTTAAATATGACGTGACAATATAAAGTGTAATAGT +TACTAATACACCTATTAATATAACTTTTATATCAAATGGATAAGCTCCAGCCTCAACAGA +TAAACCATTTGGCATAACTCTTATTACATAGCACATAAGTTTTGATGGTATCGCAAATGG +AATCCACCATATTGGTGTTAACGCTAATAGTATGCCACCAAGAAAATTGCATAAAATACT +AATAATTATAGTAAATCCAGTACTAAATTTCATGGTTAAGTACATCAGTACCGGTATTTG +CCACGAGAACGTTATAAATAATATTGTAGATGCTAATAAACTATTTTGAACTTGAATAGC +AGTTTCAAATATAAATCCCATAATTGTTATTACTACGAAAAACACTAAACAACTTAACCC +TAAATACATAGTACTGATAATAATTTTAGAATACCAAATTTTTTGTTTATCCACTATAAC +ACTAAATAATCCATTGAATTTTCTTTTCCTATCATTAGATATAATAAATGAACATATCAT +AGTAAAACTTCCTGGTAATATCAATGTATACCACCAGTTATACGCACTTTTTTGTATATA +GTATCCTCCCATTAATACAAAAGCTATTGCTATACTTACTAATGGAGCTAAATATATTAA +TTTTTTTTGAAAAGTATGCTTTTGTTTTAAGTGCTCTGATTGTAGTATTTTATTCATATT +TAGTACCTGCCTTTTTAACAACTTCTAAAAATAACTTTTCTAAATCTATATCCTCTTGAA +CCTTTTCTTGATACCAAAGTTGACCATTTGCAATTATTCCTATATAATCTGCAATTTGCT +CTACTTCAGATAAAATGTGGCTAGATATGATTACTGTTATTCCTTTTTTGGGAAATGATT +TAATTAATTCTCTTAAATCTCCTATGCCTATTGGGTCTAATCCATTGGTAGGCTCATCTA +AGATTAATAGTTTTGGATTATTTAATAAAGCTATTGCAATTCCTAGTCTTTGTTTCATTC +CCATTGAAAATTTGCCTGCTTTTTTGTTTCCTGTATTTGTAAGGTTAACAATTTCTAGAA +CGTCTTCAATTCTTGAATCTGGTAAGTTGTATAATAGTGTACGTACTTTTAGATTTTCTC +TTGCGGTTAGGTTTTCATATATTGGCGATTGCTCTATAAGTGAACCTATTTCTAATAAGT +CATTTCTTGACCATGGTTTTTCTTTGTATATTATTTCTCCTGATGTAGGATTTATCATTC +CTGTAAGCATTTTAAGTAATGTTGATTTTCCAGCTCCATTTGGGCCTAGTAATCCATATA +TTGAATTCTTTGGTACTAGTAAAGATATATCTTTATTTACTTCTTGTTTTTTATAGCTTT +TATTTAAATTTTTTGTCTGTATCATATATTTCATAAAAAACATCCCTTCTACTTTTTGAT +TTAATAAAAGTATAAAGAATGTTTATAAGGATTTTATAAGGATTAGTATTTTTTATACTA +TAAATAAAAAAACACATTGACTATTATATCAATGTGTTTTTCGTGGATTTCAATGGTGGA +GACGAAGCGCACAGAACCCCTCCTACTATTTTCCTAGATTAAATAATATTTATTATTTTA +TTACCTAACTTTTCAAATAAACATTCATCATAATATCCAATAGTTCTCATATCGTTTCCC +AAACTAGCTAAAATATAAATCTCACCTTTGCATAAATTTAGCCTACTACTAATTAAGTTT +TCTCTTATATTTATATATTGAACTTTGCCATATTTTATAATGCTAATTTTCTTTGCAAAA +ATACCGTATGAAATAGTCAATTTATCCTTACTTAAATGAATACCTCTAGTAATATAGCTC +ATATATGAAATTAATAATCCCCCTAAAAATACTACTAAATCTGAAACTAATATAAATACT +GGTGATATTTCATAATCTAGTCTAGAAACAGAATATAATCCTATACCTAAAATAATTATG +CATATTATAAGGTTAATAAATCTGATTATAAGGCTCTTTTTAGGTTCTTTTTGTAAAATC +ATAATCCTCTCCTAAACTAAGTTCTGGAAGTAATATTTTTATATTTTTCATAAAATCTTC +TTTATTACTGGATAGTAATATCTGAGAACCTTCAGCCACATTATCGCCAACACCTATAGT +TACTATATCTACACTATACCTTTTAAATATCCTAGATATTACTGGCTGCTTAATATTAAT +AGCATTTATCCTATTTATAGGAACAGTATATTTTCTTTTCTTAAACATACCATAGCTTAT +GTATAAATTATCTTCTAATCTTTTTATAGAAAACTTATAATACTTAAAGAAATCACCTAA +AATAAGTTGTAATATATAAATTACATACCCAAGAATTAATAATCCTATTCCTAGTATTCC +ATCTAAGTTTTTTATTTCTTCTGAAATAAATATTGTGAACAAGATAATAGCTAGATTGAA +AATAATCGCTCCTGTTGATAAATTATAAAAACAGTGATTTACTACATCCTTATTAGAATA +AACTAAATCATATTCTATATTTTCATCTTCTTTAAAATCTAGTGCTGCATCAAAACTTTC +TTCTTTATCCATAATCGCCATAATATTTCTTTTAAATTCATGAGCTTTTTCTTTAGAAAG +AACTATCTCAATATCTGTATCATTAGCTATAGATAAACTATCCGTATCAATTTTAACTTT +ATATGTACCAATTATACGCTCAAAAATATTTTGCTCTAGATTAATATTTGAAATATTTTT +AATTCCATAAGTATTTTCCTTAGATATGATTGTATTTCTTTTAATAATAATCGTATTTTC +TTCAATACTTATAGAAGTCTTAGACCAGATTAATATATTATATATTATTATAAAAGATAA +TAATCCCAAAATTCCAATTGTTATTAATTCATTTTGTATATGTCCACCTTTGGTAAGTAT +TTCTGTTACATCATCTAAATTAGGTAAAATTAATATTATAAAAAATGTAATTATCCCACT +TAAATTTTCAAGTATAATACTAGGATGACATCTAAACTTCTCTTTCATAAATACCTCCTA +GAATTATAAAGTATCAATATTTTCTGGTCTTGATTTTATAGCTATTTCGTTTATCTTTTC +CTTAAGAGAATTCGCTATGATCTCAGATTTATCATCTTCTAAAAATCTAATAACTACATC +TCCACCAGCAGTAGTAACAATAACTTTTCCTAATTTAAAAATTCTATCTATAGGTCATTT +TTCTATGGCAATTTTGTGAAGTCTTTCAATAGGAACTATACTTCTTTTTATAAATAAGAA +CCCTTCTTTTACACCTATAGAATCTTCAGTAATTGAATATCTATATCTTTGGTATCTTAC +TTTCGGTGATATCAATAAATATAGAATATCAAGTACAACTGCTCCTATCATTATCATTTT +TATAATCTTTGGTAGCCTATCTTTAAAGATTAAATAAACTACAAATAAAATACTTGTTAC +AATTAAAACTTGTACTAATGTTGCTACAAACATACACCCTATAGAACTTTTGCTTATTTT +TTCGTGCTTCATATTCTTTCTCCCTTTAATTTGAATTAAAATACCACTTTGCATTCATTA +TTTACCTTAATTATATCATATATAATTCTTCATCTATTTATTAGTAGATTCTATTATCGG +TATATCCCTTTTGTAATCCTTGCCAAATGTAATTTAATAATATATAATTGCTATGATATT +TAATTATATGTAAATACGCTAAGGAGGTATATTTATGACTGATATTAAAAACCTACCTGA +ATGTCCTGTAGAAACAACATTAAAGTTAATAGGTAATAAATGGAAAGTATTAATTATTAG +AGATTTACTTACTGGTACAAAACGCTTCAATGAATTGATGAAATCTTTAGATGGAATTAG +TCAAAAAGTTTTAACTAGTAATTTACGTTCCATGGAAAATGATGGTATTATAAATCGAAA +GGTATATCCAGAAGTTCCACCCAAAGTAGAGTATACACTTACTGAAACAGGTTATAGCCT +TCAGCCTGTTCTTCACTCAATGATAATATGGGGAACAGAATATAAAAATAATTTAGGTTA +AATTAAAATCTACTCAAGAATAAATTTTCACCTGGTGGATTTTTAATTTTATTGATTAAT +ATAACTTACTTCTCTCTCAATAAGCTTCTCTACAAATTTATTAGCTGGACTTTTTAATAT +TTCATCAGGTGTACCAAGTTGTTGAATATTACCTTTATCCATAACTAATACTTTACTTCC +TAATTTTAATGCTTCTCTAATATCATGGGTGATAAAAATTATAGTAATATTAGCTTCTTT +TTGTATTCTTATAATTTCATCTTGTAAGCTTGAACGAGTAATCTCGTCTACTGCACCAAA +TGGCTCATCCATTAATAATATATCTGGAGATGCAGCAAGTGCTCTAGCAATACCAACTCT +TTGCTGTTGTCCACCACTTAATTCATTTGGATATCCTTTTAATAATTCTTCATCTAATCT +AACAATTTTCATCCATTTCTTTACTGCTATTTTAGTTTTATTTTTGTCTCTTTTATTCCA +AAGATTTGGCACATAAGATATATTTTCTTCCACAGTCATATGTAGAAACAAAACACTGCC +CTGAATTGCATATCCTATATTTCTTCTTAATTCAATAAGGTTTACTTCTTGAGTACATTT +TCCATGGACAAGCACTTGCCCTTTATCCGGAATAATTAGACCATTTACCATTTTCAATAA +GGTAGTTTTTCCACATCCAGAACTTCCTACTACTGTTAAAAACTCGCCTTGTTCTATTGA +TAAATTAAAATTTTCTAAAATTATCTTTTCTCCATACTCTTTTTTTATATGATAGATTGT +CAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTTATA +TCCAAGACAC +>MGYG000000001_54 +TTGTAGCATTAAGTGAGTAATATAAGTTAATAGCTATAATTATGGTATTTAAATTGAATC +TATGTCCAGAAAATACAGTTTTACCATTTAGTTTTTCAGATGATGGATCATCTATAGCTG +TAGGTATAAGTTGTTTAATAGTATGATTACACTTTTTGTTATTACATTTAAAGCTAACAT +GGTACTTGTATTTATGGTGAAGGTACATACCTTTTCCACATACAGGACATTTAACCGTAG +GTTTCAATTTTCTCGACTCCTTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTA +ATCCCTATCGGGGTCGAGATTCAAATATAAATAAGTTAACAAAACGGCGATTATATTTAG +GAGGAAAAGTAATGAAAGGAATTAGGAATTTACTTAAACCAGCTATATTTTTAATAGTAG +GTTTTTTAGTTATTTTCTCTATGAAATCTAATAATATATTTAGACTCCAGGATAAAATAA +AGACAAGCCTAGAAGAGGGATTAAAAGTTGTAAAAATAACAGAAGAAAGATCAGTTATAA +AAGAGAAAAGAGTAGTTATTGATGCAAGGATTCCCAAAATTCACTATGAAGATGATACTG +TAGAAAGATACATAAACTCATATGTAAGAAAAAATATAAATGAATTTATAAATCAACAAA +TACAATTAAGTGATATTAATAATAATGGATATAAAGAAGATATAGAGATAAATTATCAAA +TTGTTTATGAAGATGAAAGTTTAATTAATCTTATAATTTATAAGAGTACAAAATGGGGTA +GAAAAGAATTTAAATTAGAAAAAGACAGCTATGTTTTTGATTTAAAAACAGGACAAAGAA +TATATTTAGATAACTTTCTCAAAGAAAATGAAGACTATAAGGATGTAATAGAAAAGTATA +TATTTTCTAATTTAAAAAATAGTAATTCTAATGAGTATAAGAACAAGATTAATATAGAGA +AAGATACAAATTATTATATTAGTGATGGTGGAATAAATATATATTTTAACCCTTATAAAG +AAAGTAAGAGTAATGATAAATATGAATTTAAAATACCATATGATATTTTTAAAATTAAAA +TAAAAATGGTAAAGACTGATGATATAGTAGCTAATATAGATACCCAGACAATAAATAAAA +AAGATAAGTATATAAATAGCGTAATTAATATACCTATAGTAATGACTGAAAATAAACAAA +TAGAAAAATCTATAAATGATAAAATAAGAAATGATATTATGGACTTTTATAATAAATCAC +AAGAAGAAGCCAAAAAATTTTTAAAAGACTTTCCAGAGGATGAAGGTAAGTTTGTTGCAA +ATACTAATTTTGAAATAAAGAAAAATAGCAATAATATGCTGAGTATTTTAGTTACATATT +ATAAGTATAGTGGTGGAGCACATGGAGATTATAACAATATAGCATATAATATATATATGA +AAAATGGTGAATTTTTAAATTTAAGTGACTTATTTAAAGATGAGGTTAATTATAAAGAAG +TTATTAATAATGAAATAAGAAAACAAATTGAGGATATGGCCCAAAAAGACAAAGAAAATG +CAGGTGTGTATCAATTTACAACAATAAGTGATAATCAAAAATTTTACATTCAAGATGATA +ATATAGTAATATTTTTTGATTTATATGAAATAGCACCATATGCTGCTGGGATACCAGAAT +TTAAGATAAATATAAAGAGTCTTAACCATATTTTAAAAGACGATTATGTAAGTATATTTA +AATAATAAATGTTTAAAAATATCACATAGATATCATAGGATTAGTATAAAAAATAATTTA +TGAAATATAAAAATAGAGTATGGAATATAAATTCATACTCTACTTTTATATAACTATTTA +TATTAGATTGTTGGATTCAAAGATGCAATCTTAGTGACAGCAACATAAACTCTTGATATT +TCATACCAAGTTTTAAAATCAACAACTCCTGTTTGAGGTAAACCAAAAATACTTTGAAAT +GTTCTTACTGCCTCAGCTGTACTTTCACCATATATACCATCTTCTCTAACTTTAGGTATA +GCAGGATAAGATCTAGAAATAGCATTAAGTTGATTTTGTATTGTTTTTACATATTTATTA +TTTGAACCGACTTGTAAAGTTTCATTAGGATAGGATACTGGTACTCCACTTACAACTGGA +GCTTTTTCAAACACTATTTCATCACCATAAAAATATCTTAATATACCTTCATAATCATAT +CCTTGATCTCCTAAATCTTTACTTCCCCATTGGGTCATTTGATTAGGACATTGGGATTTC +TGACCATCACAATATTGAGCTAAAAGAGGCTGTCTTGCAGTTGGAGGTCTTTTTATAAAT +GTGTTAAATATATCATCCACAGCTACATTGATAGTATCAAATAAGTTTCTATTATTTATA +AATTTATGATCATATGCAGTAGATGATGTTATTGTAAAGTTATATCCTTTACTTCTATAC +CATTCTGTATATACTCTATTTAAGGTAAAAGAAATTATAGCTATTATATTTGCATATATC +GTCTGAGTTGGCCATGTAGAATAAATCTCAGAAGAAGCAACATTTTTTATATATTCTTTG +AATGGAACCCAATAGTTCTGAGCAGAGCTATTCTCAGGAAGACCATCATGAACAACTATA +AATTCAGGAACTACAGGATTATCTAGAACAACGAAGCCTGTAGGAGCAGGTAATGGTTTC +AAATCACTTTCTGGTATTTTTGGGGGGAAATCACCCCAAAGTGTATTAGGAGGAATATCA +AAGACAACTTCATTTTGTCTAGAATATGATCCTCTCCTTCTTTGACGCTGGTTAAGAGGA +ACACCTTGTCGCGCTTCTATAGTAGGAAATAATTGTGTTCCATTTATAATTACGGTATCA +TATCCATCTGCTATAACTTCTACAGTATATACACTATAAGGCTTAACATCAGAAGGTGCC +TGAGAATAAGCAATATCAGGAGCTGGCAAGGTTAAGTTGGTTACCTGGCCAGAAATATTA +CTTTTTAAATTACTGTAGACTGTAGTTGAACTTTCACCGCTCTCAGTAGGATTAGTATAT +ATATTTACTGTAGCTCCCTCGATTGGACGATTAGTGTTCGAATCAATTACACTTACTGTT +AAAAAACCATCTTGCATAAAATCACCCTTTCTCTAGAGAATTTTAAGCTCTATTATATTC +TATTTTATGAAGTTGAATCTTATTTTGTTAAGGAAATGGAAATAATAATAGGTAAAATAT +AAAGAAAGAGGATGTATAATGAAAATAAAGATACTTATATTAGCTATATCACCAATAGTA +GCGTTTCTATTTTGGATATATTTAAAAGATAAATATGATAAGGAACCTATACATATATTA +ATTAAATATTTTGCTTTAGGAATTTTGACTAGCGTATTAGGAATTATTGTGGAAAGATTT +TTAATTAATATAAATATATTAGATGGAATGAATTTAATTATATATACGTCTTTTATAGTA +GCAGGACTAACTGAAGAATCTTTAAAAGCACTTATGCTAATACCTAACTTATTGAAGGAA +GAATATTGTAACGAAAAGCTAGATTGCATAATCTATTCTGTATTTCTATCTCTAGGATTT +GCAACAGTGGAAAATTTGATTTACATATTATATGAAAGTAATGAACTAGTTCTACAAGTT +AGCTTAAGTAGAGCAATCATATCTATACCTGCTCATATAATGTTTGCTATAACTATGGGT +TATTATGTAGGTAAATATAAATTTGAAGAAAATAAGTTTAAAAGAAGAGAATATCTGATT +ATGTCTGTATTAGTGCCAATATTACTTCATGGAATTTTTGACTTTATATTAATCGTAAAA +TTTAGATGGTCTATTGTGGTTTTTATAGTTTATATTATATTTTTATGGAAAATTAACTTA +GATAAGTTAGATAAATATATGGAGATTTCTAAAATAAGATTTTTAAGATATATAAAACGT +AGGCAAAGAAAATAAAATAAATGAAGAACAATGAAAAATTTAAAAATTGAGAAGAAATAA +ATAATATAAAAATCATAATAAAAAAGAATTGCGGATAAATAACTAATAAAATATATATCC +ATGATTAATACTAAAATAGTATAAGGTATTTTAGGAGGTATTATTATGGGACCTTTAAAT +AAAGAACAAGAATATGTCATATCAAAATTTCTAGAAAGATATGATTATGGTGGGGTTTTA +GAGATATTAGAAGAGAGTGGAATAGAGGATGGTGACTTATATTTATTAATTAAGTCTTGT +AAATATGCAGTTAATTTTGATTTTAGAAGTGCTTTAAAAATTATGCAGTCTATGGAATTC +CAATCAATATCAAGAGGAGATGTACAATCTTTAGTTACAAATTTAGAAAATCTAATAGAA +GGCGAACCAGAAGATTTAATGTCAGAATTAATAGCAAATATAAAAATTCAGATTGTTAAT +GAGGAGTATATAGATTTTTTAGGAAGATTATATAGATTAAAAGAAGCTTTATTTAAATAT +ATTTTTGTAAATACAAAAGAAAATAAAAAATATAAGGTATGTATGCACGGTAAGATGGTA +TCTAAGAAAAATATTCAATATACTTTAAAAAAGAAGTATAATATATATAATGGAAATTTA +ATCCATGGGGTAACTAACTATATAAATAGATATGTAAAACATACAAAGAGAATGGAGAAG +GTTCTTGAAATTTTAAATGGGGATAAACTAGAAAATTTAATAAAGCTTAGAAATGATAGT +CTTGTTGGTCATGGATTTAAAGGAGTAAGTAAAGAGGATATTGAATATATATATGGAAAT +CCAATGGAAGTTACCAAGGACTTAGTAAAGGCTTGTGAACTCCTTGATTTAGGCATAAAT +ATAGATAAGTATGACCATATTAATGAGATAGCAATACAATTAATCGGAAACTATGCCAAT +TATTAGTTTAAAATTGTGTTTTAGGGGAGATGTTATGGGTGGTAGAGAAAATGAAAAATG +TAGCCTTTGAATGGGTTAAAGTAATTTTAGCAGCCATTGTAATTGCATTTATTATTACTC +AATTTATAAGGCCTACTTTAGTAAGAGGAGAATCTATGTATCCAACACTAGAAGAGAATG +ACTATTTAATAATAAGCAAGGTTTCTTACAAAGTAAAAAATCCTAAGTTTGGAGATATTA +TAGTTTTTAAGACTGATTTACTTCAGGAAGATGGGACTCATAAGGATTTAGTAAAAAGAG +TAATAGCAACTGAAGGAGATCATTTAGTTATTAAAGATTTTAAGGTGTACGTAAATGAAA +AACTAGTAGAGGAACCATACATCAATGGGCAGTATACCACTGGAGATATAGATATTATAA +TCCCAGAAAATAAGATATTTGCTATGGGGGACAATAGAGAAAAAAGTCTAGATAGTAGAT +ATGAAGAGGTAGGCCTTATAGAAAAAAATGATGTAATTGGTAAGGTAACTGTAAGATTAT +ACCCTTTTGATAGGATAGGTTTTGTAGATTAAATATACATTATAGTATAAATAAATGACA +TAGGAGAGAGCAAATGAGTGATAAACTAAAAAAAGAAATAATTGATTGGGTAAAAACTAT +AGCAATATCATTAGTACTAGCTTTTTTAATAGTTCAGGTAATAAAGCCTACAATTGTTAG +TGGGGAGTCAATGTATCCAACTTTAAATAATAAAGACTATTTAATACTAAATAGATTATC +TTATAAGTTTGGAGATATAAAAAGAGGAGATATTATAGTATTTAAAACAGATCTAAAACA +AGATAATGGAAAAGAAAAAGATTTAATAAAAAGGGTTATAGCAATTCCAGGAGATCATTT +AGTAATAATGGATTCTCAAGTATATTTAAATGATAAATTAATAGAGGAGCCCTATATAGA +TAATGCATATACATCTGGAGATATAGATATAGTTATCCCAGATGGTGAAGTATTTGTTAT +GGGAGATAATAGAGAAAATAGTAAAGATTCTAGATCAGAAGATGTAGGATTAGTAAATGA +AAGTGATATCTTAGGAGAAGTTATGATAAGATTACTTCCTTTAAATAAAATTGGTTCTGT +AGATTAGGTGATATGATGAAGGTGGGTATATCGGCCCTTTTATTTAATATGGAAGAGGCT +ATAGAAATCTGTAAATCAGAAAAAAGTATAAAACATATAGAAATAGGAATTGATAACTTA +GAAGAATGTGAAAAGTTACTAAGGTATAAGAAAGATTTTGAAGAGTTAAATTTGTCTATT +GGTATTCATTTACCTATGGAACTTAATACTTGCGAAAATATAATTTATATCAGAAATTCA +TGGATAAGTTTTATAAATGAAATTAATAAACAATTAAGCACCTTAAACATAGAATATTTT +AATATGCATTTAGGATATGCGATTACTAGTAGGTTAAATAATAATAGAAATAAGTATTTA +AAGAATACTGTGGAATTTTTAAATGATAACTGCTTAGATTCAAATATTGTTATATCTATA +GAGAACACATACTCAAAAAGAGGTGATTTCTCAAATATTGGAAATAATGTTAAAGATTTT +GAGTATATATTTAATAATACAATAAGAAAAAAAATATGCTTTTGCTATGATACAGGGCAT +TTTTTAATAAATAAAGATGATTATATAGATAAGTTAAGTGAAAAAATAAAAATAGTTCAT +TTGAGTGACAATGATGGTACTATAGACAGCCACATTGGTATAGGAAAAGGAATATTATGT +ATGAATCATATAAAAAAAATTTTAGAATATAATCCTGAATACTTAGTTTTAGAGATAGAT +TACAAGGATATAAAAGACACTTTAGTAAATTTAAAAAGCTTATAAAAGAGGTATACATAC +CTCTTTTTCCTATATAAGTAGAGGAAAGGAGAAAGGACTATGAGGAATTTAGAATTAAAT +GTAAATGGAGAGATAAAAAAATACTGTATAGATAAGAATCCTGAAGGTATAAAGTTAGAA +GAAATAGCAAGAGATATTGAAGAAAGTTCTGATGGAATTATAACCTTAGGAATTATAAAG +AACAAATTAAGAGAATTAAGTCATGTAGTAAAAGAAGATTGTAGTATAAAATTTTTAGAT +ACCACAGATTTGGATGGATATAGAGTATATGCTAGAGTTTTGAATTTTATATTTATGATG +GCCTGTGATGACCTTTTTAAGGATGTAAGGGTTACTGTGGAGCACTCTCTATCTGGTGGA +TTGTATTGTGAGGTTCATATTGATAGAGATTTAAATGAAGAAGATATAAAAAATATAAAA +TGTAAAATGAAAGAAATAATAAAAAATAATTATAAAATAGAAAAAATAAGTACTACAAGA +GCAGAAGCTATTTCAATATTTAAAGAGCATAAAATGATAGAAAAAGCAGAACTATTAAGA +TATAAAGAATATAATGATGTAAAAATATATAAGTGCAATAATTATATAGATCATTTTTAT +GGATACATGTTACCTTCAACGGGATATATAAAAACTTTTGATTTAAAGTTATATAAAAAT +GGAGTTATACTTTTTGGACCGAGTAAATTGTATAAGAATATACCAAGAGAATTTAAGCCT +CAGCCTAAATTATCTAATATATATCGTGAATCAGAAATATGGTCAAATTTAATAGGTGTA +GATAAAGTTTTAACTTTAAATAAAATTATAGAAAACAAAGAGTATGGAGATGTGATAAGA +ACAGTAGAAGCATTACATGAAAAAAAGCTTTCTCAAATTGCTGATATAATTAAAGAACAG +AAAAAAAGGATTATATTAATAGCAGCACCTTCATCATCAGGAAAAACAAGTTTTGCCCAT +AGATTATGTATTCACCTTAGAGTAAATAACCTGAATCCTGTATCTATATCTTTAGATGAT +TATTTTGTAGATAGAGAGCGCACTCCAGTAGATGAATTCGGAAACTATGATTTTGAATCT +ATCTATGCAATAAATTTAGAACAATTTAATAGAGATTTAAAAGATTTATTAGATGGAAAA +GAAATATCTCTACCAAAATTTGATTTTAAACAAGGGAAGCAGATTAATAGTAATAAAAAA +TTAAAAATAGATAGCAATCAGCCAATAATATTAGAAGGGATACACGGATTAAATCCATTG +TTAACATCTTCTATACCTAATGATGAAAAGTTTAAAATATATTTAAGTGCGCTTACTCAA +ATAAACTTAGATGACCATAATAGAATACCAACAACAGATTTAAGGTTAATTAGAAGGATA +GTAAGAGATTATAACTTTAGAGGTTATAGCGCAGAGACAACTATTATTAACTGGAATTCA +GTAAGAAGAGGAGAAGAAAAAAATATCTTCCCTTATCAAGAAGAAGCTGATGTTATATTC +AATTCAGCTTGTTTATATGAACTAGCGGTTTTAAAAAAATATGTAACTCCATTATTAGAA +AGTATTAAGGATAATAGTAGAGCATATATAGAGTCTAATAGACTATTAAAATTCCTACAG +TACTTTGTAGCGCTAGAGGATACATCGGATATACCATCAACATCTATATTAAGAGAATTT +ATTGGTGGTAGTAAAATTGTAGATTAAATAAGATTAGGCACGAATATAAAATTTTATGTT +ATTCAACTTAGAGTGTTGTAGATGGCATAAGTTTATATTTGTGCCTTGTTATTTAATATT +ATATAATTTTCTTTTAACGCATATAATTTTTGTATTATAATATACAATATATAATAGTAG +ATAAAGTTACGGAAGTTGTTAGCACAAAGGAGGATTTTATAGACATATGGAAAATTTATT +AAATAACATAATTAAATCAAATAAAAAATATACAAATTTTGGCCAGGTTGCAAGTTATAT +CCCAGAATTAAAAAATGCAAATGCAGAAGATCTAGGAATTTGTATAATAGATAAAGATAA +TAATATTTATTATGCAGGAGATTATAAAAAGAAATTTACGATACAAAGTGTTTCTAAAAC +TATTATATTAGCTATGGCATTAATGGATAATGATTGGGCTTATGTATTTTCAAAGGTAGG +AATGGAGCCAAGTGGAGACCCTTTTAATTCAATTATGAAATTAGAAACAGACGACACTAA +AAAGCCTTGTAATCCAATGATAAATGCAGGAGCCATAGTAACAACATCATTAATTAAAGG +TACTACACTAAAAGAGAAAGAAGAAAGAATGTTAGCTTTCTTTAGAAAAATAGCTAAAAA +TGATAATATAAAAATAAATCAAGCTGTATATGAATCTGAAAAACTAACAGGTGATAGAAA +TCGAGCGATGGCTTATTTATTAAAAAATGATGGTGTGATAAATGGAGATGTAGAGGAAAT +TCTTGATTTATACTTTAAACAATGTTCTATAGAAATTGACTGTGTAGATTTAGCTAGAAT +AGGTCTTATATTTGCAAATTATGGTATAGATATAGAAACAGGTGAACGTGTAATAAGTGA +AAATGTATCCAGAATGGTAAAAACATTTATGGTTACTTGTGGAATGTACGATGCATCTGG +GGAATTTGCAATAAAAGTTGGAATACCTGCAAAGTCTGGTGTAGGAGGAGGAATTATGGC +ATCTGTACCGAGAAAAATGGGTATAGGAGTTTACGGGCCTTCACTAGATAAAAAAGGAAA +TAGTATAGCTGGAATTAAGGTATTAGAAGATTTAGCAAAACAGTTAGAGTTAAGTATATT +TTAATATAGAGAATTTTTTGACGATTATATACACTTCATATATAATTAAAATATAATAAA +ATAATTTTTTTTAGGGGTGGGGGAATGAAAGAGTTACTTGTGCTACGAGACTTAGAATGT +ATAAAGGCTATTGCACATCCTCGTAGAATAGACATTCTAAAATCATTTGAAAAAGAGCCG +CTATCAGCGAAGCAATTGTCACAAATGTTAGATGAGCCTCATGCAAAAATCAACTATCAT +ATAAAAACTTTATACAAAGTTGGAATACTTGAATTAGTAGAAGAAAAGATAAAGTCCGGG +ATCGTTGAAAAATACTATTACCCAACTGCTAAAAACATAATAGTGGGTAAAAAAGTCATT +AATTTTTCATTAGATAACTTAGATGATGGTGAAAAGAAAGATATATGTATATCTAAATTT +GAAAATATGAGTGAACTTTTTTATAAGGCAGCAGAAGATGAAGTACTTCAACCAAATAAT +GTTATAGAATATAGTGATATTTCATTTACAGAAAGTGAAATTAATGAGATTAATGAAGCT +ATTAAAATAAAAGTAAATGAAATATTAGATAAAAAGTGTGAAAGCGAATCAGATATAGGG +TATAATATAGCATTAGTTAGTATACCTATATTGCAAAAAGAAGAGTATAATTTATAATAA +GTATCAACATTAGTTGATACTTATTTTTTTGGGTATAATTAAATTATACAATATTAAGTT +TATTAAACATAAGGAGGAGCGACATGCTTATAATAGGACCGCATATTTCAATTGCAAAAG +GTTTTGCAAAAGCTGCACAATCGGCTGTAGATATGAATGCAAATACTTTTCAATTTTTTA +CTAGAAATCCAAGGGGAGGAAATGCAAAAGACTTTGATGAAAAAGATATAGCAAAATTTC +AAAAAATAAGAGAAGAAAATAACTTTGGACCTCTTTTAGCTCATGCACCATATACTATGA +ATTTAGGCGGAGCAAAGGATGATGTATATGAATTTGCAAGGAGAGTAATAAAAGAAGATA +TAGAAAGAATGGATTCAATTGGAGTTGAGTACATGTGTTTTCATCCAGGAAGCCATGTAG +GTGGAGGAATAGACTTTGGTATAGAAAGAATAATCAAAGGTTTAAATGAAGGAATTAAAG +GCAATGAAAACATAACGATACTTTTAGAAACTATGTCAGGAAAAGGAACTGAAATAGGAT +TTGAATTTGAACAATTAAAAAGAATAATTGATGGAGTTGAACATAATGAAAAAATAGGGG +TATGTTTAGATACTTGTCATATATTCTCTGCAGGGTATGATATAGTAAATGATTTAGAAA +ATGTATTAGAAGGATTTGATAAAATAATTGGATTAGATAGACTTAAAGCAGTTCATTTAA +ATGATAGTTTAATGCCATTTGGTGACAAAAAGGATAGACACGCTCCATTAGGAGAAGGGA +AAATTGGTTTAGAAGCAATAGTTAACTTTATGACTCATCCTAAATTAAAAGATTTACCAT +TCTTTTTAGAAACTCCTTTTGATGAAGAAGGTCACAAGAGAGAGATAAAAATGATAAGAG +AAATACTGACTAATAATTAAGACTAATATATAATAGATATATAATTTTAAAAGAGAGGCG +GGGTTTAAATGAGACATTTAGGAAATACTAATATGAAAATAAAACGAGTTGGGTTTGGGG +GAATACCAATACAAAGGATAACTCAAGAAGATACTAATCTAGTTATTGATGAGTTAGAGA +AAAATAATATAAACTTCATAGATACAGCTAGAGGATATACTATAAGTGAAGAATACATAG +GGAATGCCCTAAGAGGAAGACGAGATAAGTTTTTTATTGCAACTAAAAGTATGTCTAGAG +ATTATGAAAGTATGAAGAAGGATATAGAAATTAGTTTAAGTAATCTTCAAACTGAATATA +TTGACCTATATCAGCTACACAATGTTAAGCTAGAAGAATATAAGACTATATTTGAAAATG +ATAAGGCAATGAGAGCATTATTAGAGGCTCAAAAAGAAGGTAAGATAAAATACATAGGAA +TAACTAGTCATAGTTTAGACACAATAGAACAAGCAGTAGAAGATGAAAGGTTTGACACTA +TACAGTTCCCATATAATATTGTTGAAGGTCAAGCCGATGAAGTATTTAGAAAAGCAAATG +AAAAAGGGATTGGTATAATAGTTATGAAGCCATTAGCTGGAGGTGCTTTAGATGATGCAA +CTTTAGCTATAAAATATATATTATCAAAAGATTACATTGACGTAGTTATACCAGGTATGG +ATAGTATTGATCAAGTTCAACAAAATGTTAATGTATTAAATAATTTAGAATTAACAGAAG +ATGATAATAAGAAAATAGAAGAGATAAGAACTACTTTAGGTGGTAAATTCTGTAGAAGAT +GTGAGTATTGTTTACCATGTCCGGTAGGTGTAAATATACCTCAAAACTTTTTATTAGAAG +GTTATTATACGAGATATAATCTAAAGGAATGGTCAAAAGAGAGATACGATGGGTTACAAG +GGAAAGCTATTGACTGTGTTAAGTGTGGAAAATGCGAAACAAAATGTCCATATGACCTTC +CAATAATAGAAATGCTAGAAAATGTATGTGAAAAGTTAGGTTAAATTAAACAAAGGGGAG +TGTATCAAATAATATATATAGATAACTTTGACACATACCCCTTTTAATTTTGCTCTATTC +TTTTTTTGATATAGAGTAAGAAACTTCGTATTCAGCTACTGGATAAAGTTCGATTTCAAC +TCTAGGGTTTTCTTTATCTATGAAATCAAAAAGTAGTACGGGTTTTAGTTGTTTATCATT +TTTTATTATTCCACTTTTTTCTATCCCGTCACAGATACTTTTAGGATAGTTATGTAAATC +TCCCATACGTTTATTTGGGAAATACAACTTTAGAACTGTTATTAAATCTTCTTCGATGGT +TTCGCCGAAATATTGTTGATTTATATAACCAGCAATCATATTCTCATAAGCTAAATATTT +AGAGTGTTTACCAGTTGAAGGCATCCATGCTTGACCGTGTATATTATGAAGTTTAAAATT +TGATTTACTTATAGGTCTACCTGGTATTGTTAATTTAATCAAAGTATCACATCCTTACGA +TTAGTAATTATAAATGTAATCGTAAATTAATGAAAGGAGGATTTTATGAATAATGAAAAA +TTAAAGAGTTTTTGCAGAGATATAGGATTAAAATGTGTTGGGATTGCAGGCGTTGGTCCT +TATGATAACTTAGAAAAAATAATAAAAAATAAATTATCTAACGGTCACTTTACAGGAATG +GAAGAAGAAATAATAGAAAAAAGAGTAAATCCTAAACTTATTATGGAAAATGCTAAATCA +ATAATTGTATGCGCATTTCCATATTATACAGGAGAATGCGAGGATTCTAATTTATCTAAG +TATTGTTATGGAAAAGATTATCACTTAGTTGCGAAGGATTATTTACAAAAAATATGTGAT +TACTTATCTGAAGAGATAAATAACTTTGAATATAAATACTTTGTTGATAACGGTCCACTA +GTAGATAGACACTTAGCATACTTAGCTGGAATTGGATATTTTGGAATAAATAATAATATA +ATAACAGATGAATATGGTTCATATATTTTTATAGGATATATAGTAAATAATTATGAATTT +TATGTAGATGAACCATTGCCTAAAACCTGTATAAAATGCAATAAATGTGTAAAATATTGT +CCGGGAAATGCGATATTGGGAAATTATGAATTAAATCCTAAAAGATGTTTATCTTATATA +ACTCAAAAGAAAGATGAATTTTCAGAAGAAGAAAAAATATTAATAAGAGATAATAAAAAG +GTATTTGGTTGCGATATATGTCAAGATGTGTGTCCTCATAATAAAAGAATATCTAAAACA +GAAATAAATGAATTTATAGATAATCAAATAACAAAACTAGAATATGAAGAAATAAATAGT +ATTTCTAATAAAGAATTTAAGAGAAGATATGGCGATAGAGCCTTTAGTTGGAGGGGAAAA +AATATAATAAAAAGAAATATGGAAATAATTTTAGAGGAGCCTTAATAGAATAAATAAAGG +GCTTCTTTTTATATTGGGAAAAATATACCTTAGTACATATAATTAGATATATTCATTTTA +CTGTATAATCAAAGGTTTATTATAAAAGGAAAGAAGGGGGAAATATGCAAAAATTCAAAA +ATACATCTGAAATAGAAGTGTTAGATGAAATACTAGGCCAAGAAAGAGCTATCAGAGCTA +TGGAGGTAGGACTTAAAATAGATAATCCAGCTTACAATATATATGTATCAGGACATTCAG +GAACAGGTAAAACCACATATACACTAAAGGCATTAAATAAATATTCAGCAGGTAAAAATA +GACATAAAGATTGGTGCTATGTATATAACTTTGAGCATCCTAGAGACCCGATATCCATTG +GTTTAAAAATAGGATTAGGAAAAGTATTTAAAAAAGATATAGAAAAATTAATAGAAGCAT +TACTAGATGAATTAAAAGATGCCTTTGAAAGCGAAGATTATGAATTAGGTAAAAATCAAT +TATTAGAAAGTTATGATATAGAAAAAGAATCTCTTTTAAAAGAAATTAAAAAGTATGGAG +AAGAAAAAGGTTTTAAATTAAAGAATAGTAGATTAGGTATGGTTTTTGTTCCTTTAAAAG +AAGACTATGAAGAAGAAGTATCAGATGAAGAATTTTATAAAACAAAAAGAGAATTAGAAC +ATATGGCGATTCAAACTGTATATAAAATAAGAGATATAGAAGATGAAGCAAAAGAAGCAT +TATTAGAATTAGAGGAAGAAATTGGGAGATTTATTATAGATCCTCATATAGATGAGCTAA +GTGAAAAATATAAAGAATATGAGAAGGTAGTACAGTATTTAAAAAATTTAAGGGATGATA +TATTAGAAAATATATTTTTATTTTATATGGATGAGGAAGAATTAAAAGATAAGATAGATA +AAGATCACTTCTTAAAATACAGAGTGAACTTATTTGTAGATAATGAAGATGAAAAAACTA +ATTCTTCAGCACCTATCATAGTAGAGACTAATCCTAGCCCAGCAAACTTATTTGGAAAGA +TAGAGTATGATTATTATAACGGAAATTTAAAAACTGATTTTACGAAAATAATTCCAGGAG +CAGTTCATAAAGCTAATGGTGGATATCTAGTTTTATATGCAGACCAATTACTTAGATACC +AATTATCTTGGGATATGCTAAAAAGAACTATTCAGTCTAAAAAAATAATTATTGATACTA +ATATATCTATAAATCCAGAGAGTATACCAATTGATATAAAGGTAATATTAATAGGAAGTA +ATTATTTATATAATCTTCTTTATAGTTATGATAGTGACTTTAGCAAGTACTTTAAGATCT +TTGTAGATTTCGATAACGAGATGAATAAAAATGAAGGTAATGAAATGGGTATTGCTAGAT +TTATAGCCCTTCAATGCAAAAAGAATAATTTAAAACACTTTACTTATGATGCAGTTCAAG +AAGTTATAAATTTTAGCACAAGATTATCTGGTGATATAGACCGATTATCTACTGAATTTA +ATAAGATTATGGAAGTAATTGTAGAGGGAAACACATATGCTGAAATAAATAATTCAGAGT +TTGTAGAGAAAGATGATGTGAAAATGGCTATAAATGAAAAAAGAAAGAGATTAAATAAAA +TAGAGTGTAAGATGGATGATTCCATAGAGAATGGATTTACATTGATAGATACAGAAGGAA +AGAGAGTAGGAATTATTAATGGTCTATCTGTACTAAGTACAGGAGAATATTCATTTGGAA +GAGCTTCTAGAATAACAGCTACAACAAGTATAGGTAATAGAGGAGTTATCAACATTGAAA +GAGAAGTTAAAATGAGTGGATCTATACATGATAAAGGGATTTTAATTTTATCTGGATACT +TATCTGAAAATTTTGCTCAAGGATATCCTTTATCAATGAATGCATCTATATGTTTTGAAC +AAAGTTATGGAGGTGTAGATGGGGATAGTGCATCTGGAGCAGAATTATATGCAATACTAT +CTTCATTAGGAGGAATACCTATAAAACAAAATATTGCTGCAACTGGATCAATTAATCAAA +AAGGTGAGATACAAGTAGTTGGAGGGATTACTGAAAAAATAGAAGGATTTTACTACACAT +GTAAAAATAAAGGTTTGAATGGAAATCAAGGTGTAATAATTCCAAAAAATAATATCAGGA +ATATGATTTTATCAGAAGAAGTTAACAATGCTATAAAAGAAGGTATGTTCCATATTTATA +CGGTAAACAATGTTGAAGAAGCCATGGAAATACTAACAGATATGAAATTTAGTGAAATAA +AGGCATTAGTTAAAGAGAGATTGGATAGTTTTGCTAAATTAAGGGACTCTTCTAAATAAA +TGATTTATACTATTTTAAAAAGGGTAATTAATATAACAAATAGAAAAGCGAAAACTAAAT +AGTTTTTGCTTTTTTATTTGTTATAGATTAGTGAAATTGATAGATAATATAAATATAATA +AAATTTAGAGGGGGACAAATTTATGAAAGATGTTAATAAAATATTAGATAAATTAGAAGA +ACTATATCCAGATGCTAAATGTGAATTAGACTATACAACTCCATTTGAACTTTTAATTGC +AACTATATTATCAGCTCAATGCACAGATGTAAGAGTGAATATTGTTACTGGAAAGATGTT +TAAAAAGTATAATACACCAGAAGCTTTTAATAAACTAAGTATAGAAGAAATAATAAAAGA +AATAAAAACTTGCGGTTTATATAAAAGTAAAGCAGAAAAAATAAAGATAACTTCGAAAAA +AATATGCGAAGATTATAATGGACAAGTTCCAGATACATTAGAAGAATTAGTGAAGCTGCC +TGGTGTAGGTAGAAAAACAGCTGGAGTTGTTTTAAGTAATGCATTTAATAAGCCTGCAAT +AGCTGTAGATACCCATGTATTTAGAGTTTCAAATAGAATTGGCATAGTTAATACTAAAAC +ACCTGAAAAGACTGAGTTTGCTCTTATGGAAGCAATACAAAAAAAAAGATGGTCTCATTC +TCATCATTTATTAATTTTTCATGGAAGGAGAATGTGTAAAGCAAGAAATCCAGAATGTGG +TATTTGCCCTATAAAAAGTGATTGTAACTACTATATAGGAAGGGAATGACAGCCTTGAAA +CGAATTAAAAAAATATCATTATTAATAGTAGCAATATTTTTTTTAGGAAACATGCAAATT +GTACAAGGAATTGAAAAGGAAGGAAAGATACATAAAAATATTTATGTAGAAAATATTGAC +TTATCACATTTAACCAATAAAGAAGCAATATATAAAATTAATAAAATAATAGAAGCAAAT +AATGAAGTAAAATTGAATTTTAATGAAAAAGTCTATAAATTGAATCTAGATGAGATAGAC +GTGCAATACAAAGTCAAGAAAGCAGTAGATGATGCTTATAATGTTGGAAGAAAGGATAGT +TTTATTAATGATATAAAAACTAAAGTTAGTTTAGACTTAGGACATAAGAAAATTATAAAA +TTAGAGTATACTTATAGTGATGAAAAATTAGAAAAATATATAGATACGATAAGTACTAAT +TTTTATGTACAACCTGTAAATGCAACTGCAAAAATAGAAAATGGTGTAGTTATAACGACA +AAAGAAAAAGTTGGACAAAGATTGAATAAAGGAAAATTAAAAAATGAAATTATTAATAAT +ATAAAAAATATTTATGTAGAAACAGTACAGCTAACTATACAAAATATAGAACCGAGGTAT +AAAGAATCGCAATTATCGAAAATTGATACAGTTCTAGGAACTTATGAAACTAGTTTTAAT +AGCAAAATTTTAAATAGAGTAAATAATATAAAGATAGCTTCAGATGCAACTACAAATGTA +TTGATAGGAAGTGGAGAAGAATTCTCTTTTAATTCTATAATTTTAAATTCCAATTGTGTT +AATAAGATGAAGGAAGCGCCTGTCATAGTAAATGGAAAATTAGAAAAGGGACTAGGTGGA +GGCATATGTCAAGTATCAAGTACTATATATAATGCTGCCCTTTATGCAGGAATGGATATT +ACAAGTGTAAAAAATCATACAATACCAAGTGCATATATTTCTAAGGGAAGAGATGCAACG +GTATCATTAGGTGGTATTGATTTTAAATTTAAAAATAAATTCAAAACACCTATCTTAGTA +TATAATGAAGTTTATGAAAATAGAATAGTTTCAACAATTTATGGGAATAAAGAAGACAAG +AAAGAAATAGAAATCATTACAGAGATTGTAGAAACACTTCCTAATAAAGTTGTACGAAAA +ACTAGTGAAGAAATGTATGAAGGAGAAAAAATTGTAGAACAGAATGGTAGAGTAGGATAT +AAGGTAAATACTTTTAGAATATATAAATTGGGTAAAGATATTTCTAAAGAATTAGTATAT +GAGAGTTTTTATCCTCCGAAGGATAAGGTAATCATACATGGAACGAAAAAGAAAATAATC +AAGGAAAAGGAAAATAATAACAAAGAAATTAATAAAAAATCGAAAGTTAAAAATGAGTTT +GTATAAATTTATGATTAGAAAATAGTTTTAATTAAAGAACTTTTTAAATTAAAACTATTT +TCTGCTATAATAATATTTAGAAAATAAAACCATATGATGGTTAAAATACAAAGGATATGA +ATTAATTAGGAGGATAAGTATGTCATTAAATATAGTTTTAGTAGAACCAGAAATACCTCA +AAATACTGGCAATATATTAAGAACATGTGCAGCTACAGGGTCAACCCTGCATTTAGTTAG +ACCTCTAGGGTTTTCTTTAGAGGATAAATATTTAAAAAGAAGTGGTCTTGATTATTGGGA +TATAGCAAATATACAATATTACGATAGTTTTGAAGAGGTAAAAGAAAAAAATCCTGATGG +AGTATTTTTCTACTCAACAACGAAAACAAATAATTCTCATTCAGATATGAAGTTTGTAGA +AAATTCATTTTTAGTATTTGGAAAAGAGACAAAAGGATTACCTGAGGATTTATTAAAGGC +AAATCCAGAAACTTGTATGAGGATACCAATGTTGAATCATGAAAGAGCAAGATCTTTAAA +TTTATCAAATGCAGTAGCAATAGTTGTATTTGAAGCATTAAGACAAATTGGATACCCAAA +TATGAAGTAATGCCAAAATACAAAATGTAATTTAAGGAGGGGGTATATTTTTATAATGAA +TAATTTAAAAATAGTATGCGATAGTTTATCTGACGTACCAATAGACTTAATTCATAAATA +CGATATAGAAGTAGTTCCACTGACTGTAATTTTAGATGGCAAAGAATATAAAGATGGCGT +AGATATAACAAAGGAAGAATTTTATAAGAAATTAAGAGAAGAAAATATATATCCAAAGAC +ATCTCAAGCTACATATGCACAATTTAAAGAAGTTTTTGAAAAATACATAAATGAAGGTAG +AGAGATACTTTATATAGCAGGTTCTTCTACTGCAACTGGGACTTACCAAAGTGCTGTTAT +GGCGAAAAATGATTTAAATGGAAATGTATATACATATGATTCACAGAGCTTTTCTTACGG +AATAGGTGTTTTAGTTGTAAAAGCAGCTGAACTTGCTAAGGAAGGCAAAAGTGGTGAAGA +AATAATAGAAGAGTTAAAGGATTTAAGAGAAAAATCATATTTATTATTTTCTGTTGATAC +ACTAGAATACCTTCAAAAAGGTGGAAGAATATCTTCAACAAAGGCTACAATAGCTAATAT +ATTAAATATAAAGCCTATTTTAGATGTGAAAGAGGGATTAGTATCTCCTGTAGCTCAAGT +TAGAGGAAAAAAACATGTAATTTCTAAAATGATAGAACTTGTAAAAGAGAACTGTGGGTA +TGATTTATCAGATCAGGTGATTTATATAGGTTATAGCGACGACTTAAAAGAAAAGGAAAA +GCTAATTGAAGTTGTAAAAAAAGAATTAAACCCTAAAGAAATACAGTTTTTCATGGTAGG +AACTTGTATAGGATCCCATTCAGGTCCAGGTGTAACTGGAATTTTAGCTTTTAAGAAATA +AAAGTAAGAAGTCTCAGAATAAATATTTATTTTGAGGCTCTTTTTTTATTTGATAAATTA +TCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGTTTATGTTCATG +TTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_55 +TTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTT +TTAGATGTTGCACTTAATATGATAATTTATCATTTATATATTTTAAATTGTTAGACATTA +TCTATCTTTCAAATAAATTTCCTAATGGACCTAATACACTTCCTTCACCCATTTGCTTTC +CATATGCTTCTCGCGCTGAAGCAAAGACTTTAGACGCTAAACGACTAAATGGTAAGCTTT +GTATCCATACTTCACCTAGACCCCTTAAAGTTACAAAGAATATTCCTTCTCCACCGAATA +AAGTATTTTTTATACCATCTACAAATTCAATATCATAATGAACATCTTTAGTCATTGCAA +CTAAACAACCTGTATCCAATCTAAGTTTTTCTCTTGATCTTAATTCTTTTTTACAATGGT +TCCTCCTACATGGATAAAACAAAGACCATAGCCCTCTAATTTTTTAAGTATAAAACCTTC +TCCTCCAAATAACCCTGAACTATTCTTTTACTATCATCTCCAAAAATAGTCTCCATCTCA +ATATTTTCATCCATCATCATAGCCCCAGCCTCAGCTACAATAGCTTCTCTAGGATCTAAT +TCTATCTCCACAAACTGCATATCATCCCCCTATAGTTTAATAATCAACATCATGAGAATT +CATAAAATACCTCCTCCAAACTAAACTGTTCCTATAATTATTTATAATATTATTCTTAAC +TAATTTATATTATTAATTTTAAATATATAATTTCCATATATATAGGCCATTTTAAAAGTC +CATATTATATTACTCAAGGGGTAAGAGATGAAAAAATTAATTTTTCATCTCTTACCCCTT +GAGTAATATAATATGGACTTTTAAAACCGGCCTCTTATTCAGCATCGAAATCTATATGGA +ATTTTCCTAGTGGTGAGTTTATATCAACATATGATAAGTTAAATTGCTCATCCATAACAT +CTATTTTATATTCAAACAGAACATCATCTTCTTTTTTAGACATAAATATATAACTTCCAT +TTTCCTTGTCTTCTATTTCATCACATATTTCATTGTATATTTCTTCTCCATTTACTATTC +CTGTGTATCCAGAATCAGCTATTTTTTCTTCTATTAATCTATATATTTCTTCCATTTTTT +GTCCTTCCTTCTAATCAATTATTTAGTTTATATACATTAGTTTAAACATTACAAAATTAT +TAGTCAAGAATGTAAATTAAGCATTTATAAGATTTTGCTTAATATCATATCCCATTTCTT +TAAATTTTGAATATAAAAATTCAAATTTACTTGGCTTAACTTTTATAATATTCATAGAAA +TAGGTAGATTCTTAAATCTATCAACTCCTATTTTTTTAAGTTTTAGAACTTTCTCATATT +CACTACTCCAATAATCTAAAAGTTCAACTTCTCCAGATATCTGTAATCCATTCAAATGAT +TCATATCAGTATAATTTTCATATATACTTACAGATATATTTTTATTTTGTAATATTCCTA +CAAATTTTAATCCACCTTCACTTATAAAATAAAAATTTCCTTGGAAATACTCATATTCTA +TTGGCGTCGACCTAAGAAAATCCTCATAACCCGTTGAAATTGAACAAGTATTATTTTCTT +TTATAAATTCTTCAATCTCTTTTCTTATAACTTCTCTTGGAGCTTCATTCTTCGGTCTAT +CAAAATATTCCTTGATTTTTATACCTGCATTTATGACCTTTTTATCTTCAAATTTACCCA +TATCTACAAAGGGTATTTTTATTTTCTTGCAATAACTTTCTAAACTTATTTTATCTTTAT +CATCTAATTTTTCTATCACTAATTGTCCTTTTATAAAGTGGTAGTAAATATCATTTTTCT +TTATTAAATCTTTTAGTCTTAATCCATATTTGATTCCATCAGACTTAGATAATCCCACAC +TCACTATACATACCTTTTTTTTAGAAAAATCATAAATATGATCCTTAAAATATGTAATTA +TATGATGTGCTGATTTTTCTTCATATAAAGGAAAAGCTATCACAATATTTTCATATATAT +TTACATCTGGCACTTTTTCTTCTATATTACACAATTTAGAAGGACCTAGAATCAATGAAA +GTATATGAGCAACCTTTTGAGTGGTTCCATATTTACTTTCATATATAATAAGAGTGCTAT +TCATAATTTCCACCTCTTTTAAATTAATTTATCCGGCTTAAATTCATTGTCTCTTATTTT +ATATACATATATCATTTTACTTATTCCTTTATTACGATATTTTTAATATTTGTGGCCCTT +TATAAGAATTTTATGTTATTTAAAGCTTCAATCTTTTTCACATTCGTCATCTCTATATTA +ACAGGTGTTAAAGATATATACCCATCCTCTACTGCAGTTATATCACTACTTTCATCTTGT +TCTAATTCTTTTACTTGTCCACCTATCCAAAAGTATCTATATCCATAAGGACTTACTCTT +TCTTCTAGAACATTATCATATTTTCTATCTCCTAAAGTAGTTACCTTAAAACCTTTTATT +TTAGTCTTTGGTATATTTATATTTAAAATACAATCATCTAACATATCTAACTTATCTTTT +AAGTTTTTTACTATATTTACTACATGTTTAGATGCTTCTTCATAAGTTTCTCTTGATACA +TTAAATTCATCGTAAGAAACTGCAATTGCTGGTTTATTTTGAACAAGACCTTCTATTGCT +GCGGATACTGTTCCCGAGTATATTACATCTGTCCCTAAATTGGGACCGTTATTTATACCA +CTTAATACTAAGTCAAAATCAACTTCTGAAAATAAAGCTTCTATACCTACCTTAACGCAA +TCTGCAGGTGTTCCAGAAATAGCGTAAGCTTTTATATCATCATCTATAAATGCATCTTTT +AGCATTATAGGATTATGAACTGTTATCGCATGACCTGTTGCACTTCTTTGACTATCTGGA +GCAACCACATACACATTTGCTATTGCCTTCATCGCTTTCGCTAGTTCTAATATTCCTTCT +GCGTTTATTCCATCATCATTCGTAATTAATATATTCATATTTTACACCTCTTCATTCTAA +AAAATTTAGTTTTTTGATTCATATACAATTCTACCATCAAAAAAAGTCATTAATACATTA +GTTTTTTCTATATCAATTGGATCTATATTAAATATATCCATATCAATAACTATAAAATCT +GCATACTTGCCTACTTCAATACTAACTATTTCATTTTCTCTAAAAATAGCATAAGCTCAA +TTGAAAATATAATCATACTATTAGATATTCTCATCTTTAATTTATCTTCTTCAAATAATC +TTTTCTCTGAATTATGACTTCTTCCAAATTTATACATCTTTATTTAAAATAGTTCAAAAG +CTTTCATATACTCTTCTTCAGAATAATTATGTTTTTTATAAGATGCATTGCTGATTCTTT +TAATGTACCCCAATAATTCATTAGTTTCTTCATTTATTTATATTTTTCCATCAATAGGAT +ATAATGTATCAATATCTATACTAAACTCTTTAAACTCTTTTGAGTTTAACCACATAGTGT +GTCCATCATAGGCTCTGAGAACTATAGATTTATCTATTGAAATCTCATCTAAGTTCCTTT +TTTCGGCCCTTTTCTAAGCTCTTCGCCTTTAAATATTCCTAAAAACCCCCCTATGCCAAA +CACAACTTTCAATATAACATTTCCTTTAGCATCTATGACTTTAGTTTCTTTTATATATAT +TTATTAATATCTTTATCATTTCCTACATATACAATTTTGTTATTCTTTATGACAATTGAT +TCTTTAATAGAACCTTCTTTATCTATTGTATATACTTTTTCATTTATTATAACTATATTG +TTATTATCAAAGTCATTGCACCTCTTTATATTAGTTGTTTATATCTACTTCTTTCTATAT +TACCTCATTAAATGTGTATTAAACAGCTAAAAGTAGAAATAATTATAATAAATCGTTCAT +ATTTTCTATTATAAAAAAGTAGATTATATATATTATGTAAAGTTATTTCTATATAGAATA +TAACTATTTTCGAAATCATAAAAAATATAAACTTTAAACAGATAAATATATTTTAAGGTA +GGTGAGGTTAGAATATGTCATGTAAGTTCTTAAATATTTATATTAAATGTTGCTTTGAAT +GTAAGGTCAATGATATTTGTCCCAAAAAATGCAGTGGCTTTGGCTCTCATGGCAAAAATT +GTGAGTTTTATGATAATAATATAAATGCTCTTTGTGTATATGAAAATAACGTAAAAAAAG +GAGAGCCCTTAGATTAGGCTCTTTCTTGACTACTTTTTACTAATTTATTATCATGCTAAA +ATTCTAGCTTTTTAACACCTAGTTCTACCCATTTAATTAGCTTTTCTCCTTTTTTAGAGA +ATAAATCTTCTATAATTTCATCTCTATCTTCATAAAATCCTTGCATTTCAATAAAACTGC +TACTTAAGTATTTATTTTTGATAAATATTACCTTATTATTTTCCTCTTCATTTTTCATTA +AATCTTTTCCTAAATTAATAATTTTATTAATTAATATTAAATTCTCTGTACTTATAATAT +TTAATTTTTCTGTGAAAACTTCAATCTCTTCTAGCCATGTATCTGGTATTTCTTTTGTAT +CTTTATTTCCATCAAATGATGAAATTTCATACTCTTCTTCTAAATCTATATCTTCTAGAA +ATTCATCTTCATAATCTATTTCTTCGTATTCCATGTAATCTATTTCTTCATGCTTAATAT +TGTTATATTGATTATCAAAATTTTTAATTATATTTATGAAGTTTATTATATCTTCTCTAA +TACCATTTTTATCAAGCATATCATTTCCCACATAAAACACCTCTTTTTTATTATTTATTT +ATATCTATGTATATAGGAAAATTATATATGCATGTTTTTATTTAAATTTATTTATACAAA +ATACCATAAGTAGATTTTAAAATTAAAGCCCCTTATGGTATCTTATATAATTAAAATATA +TTAAATTTCTTTGTGAAGTAAATATTTTAGCCAGAATAAATGTCTGAAAATTCTATATCA +CATTTTTCGATTTTAGAGCGTGGCATCTCTCCTATATTTCTTATATTTTTATCATCAATT +ACCTTCATATTTAAAAGTTCAAATTTAAATTCAGAACCCTCATTTACTTTACTTTTTACA +GTTATATTACCACCATGCATCTCTACTAAAGATTTCACTAATGATAAACCAATACCACTA +CCTTCACATCTTCTACTAAAATTGCTACTATCTTGGGCAAATCTTTCAAATATTTTATTA +ATACTCCTTTCAGATATACCTACTCCATTATCTTTTACAGATACAAAAACTTTTTCATCA +TTGTTTGTTATACTAACCTTAATTTCTCCACCTGGATCAGTGTACTTAATCGCATTAGAT +AGTAGGTTAAGTATTATTCGTTCTATCTTTTCTGGATCACAACCAATAATAATATCTTCT +TCTTCAGTATCAAATATAAGCTTTATACCTCTTTGCTGTGCATATTGAGTTATAGACATA +GTTATATCTTCAATAATTTCTACAATATTATAATTGGACATTTTTATATTATAATACCCT +GCATCTATCCTTGTTATATCTACTAAATTATTTACTAATTTTAAAAGCCTATATGAATTT +TGCTTTATTACATGATTATATTTTCTTAAATTAAAGTTTTCATTATAAGTTATATTATTA +TTTTCTATATTTTTGTTAATAAGTTGCATAGTTCCTAAAATTATATTTAATGGAGTTTTA +AATTCATGAGATAAGTTAGCAAAAAACTCATTTCTCATATTCTCAATAGATAAATTTTCA +TTTAACTCTTTAATTTTATTCTCCATGAACTTTATCTTTTCTTCTATGTCGATTTTATCT +TCTGCAACTTTTGATATGTCTTTTGATATGATTATAATGCACTCTTTGTCTTCATAATTA +TCTATTATGATTTTACCATTTACTGATATAGGATTTGAGATTTTAGGATATAATTTTAAA +TTTATATGATTAGCTTCTCTTTCTTTGTTATCTTTTAAATTTATCCATTTTTCTATTCCT +TTATTTTCATAACTAATTAAATCTATTACTGTTAATTTATTTATTTCATCTTCATTATAC +TCTAACCTTGATAATAATTTGCTATTACATTTTAAGATTGATCCCTTGATATCACTAATT +AGAATATATTCATCAATTATATCAATTAAATCATTCATTCTAAAATTCCCTTTCATAAAA +ACATATGAGCATGTCCCTTTATAAGTCTATATCGTATATCAACCTATCTAATAAGGTACT +ATACATTATTTACTATGAAACAGCTCATATAGTAAATATTTATCTTTATTTATAATTATA +CTATATTCTTTCTAATAATTCTGTTAATTACAGTAAATTATTTTTCTTTCTTTAAAAATA +ATATAATCATGTTCATTTCTCCTAGTAAACTTCTACACTTTTAAACTTTTCTCCTTCTTT +ATTTGATAATTTATGATGATGAATACTTTATTTTTATTATTTAAGACTCATTATTTGATT +CTTCTTATAAACAATGCATGTATTCTTCTACTTTTTCTGCATCTACACTATAAGCTTGAC +CCTTGGAGCAGAAAATAGAACTTGAAGTATAGTCTATATCTGCATCTTTATTATAATTTA +CTTTTTTTAAAACTGCTTCAGTATTATGGCAAACATCATATCCATCATTGATGTACGAAA +TGCTGCCACTACCCTTACTAAAATATATTATCTCCATAGAATAATCCATAAATGTGCTTA +CTGGACCTCTTCCATTTATAATTACTCTATCTCCAAAAATTTGAGGTTCCTCAAACTCTC +CACTCATTTTTTGTATATCAGATAACACCCTTCCTATATAATCAATATTTATTTCTATTT +TGAATTTATAATATGGTTCTAGTAGTATATTTTCAACTTTTTCAATGCCTTGTCTTAAAG +CTCTGAATGTAGCTTCTCTAAAATCACCACCACTAGTATGCTTCTTATGAGCTCTTCCAT +CTAATAAGGTTATTTTTATATCTGTAATAGGATACCCTCCTAATATTCCTCTATGTTCCC +TTTCAAATATATGAGTCCTAACTAAATTTTGATAACCTGCCTGTAAATCATCTACTAATG +CTATACTTTCAAAACTTATTCCACTATTTCTTTCTGTTGATTCTATTTTTAAATAAACTT +CTGCATAATGGCCTAGTGGTTCAAAATGACCACAACCCTTTGTAGCTTCATTTATACTTT +CTTTGTATAGAATTTCACAAGGTCCAAACTCTATATCTAAATTAAATCTATTTTTTACAA +CCTCTTTTAAAATCTCTAACTGAATCTTACCCATAACATGTACACTTATTTCTTTTAACT +TCTCGTCATAATTTACCTTTAAAGAAGGTTCTTCACTATCTAATATTTTAAAATAATTAT +AGATTTCGTTAATATTTAAAGATTTATCAAATATTACTTTTGACTTCATATTTGCCTTAA +TTTCAACATTAATATCATCTATAATATGTTTAATGGTACTTGACTGTAGACTATTGCTAA +ATACATAGTTTCCACTCACTGCATTGTTAATGCCTGTTACAGCAAATAGTTGACCAGCAC +CTACCATATTCTCAGTGGTAAACTTCTCTCTATTATAAATTCTTATTTGATTAATTTTAT +CATAACTATATTCATGCTCTTCATTATTTACATTAAGTACATTTCTATACTTAATCTCAT +CTTTTACAGATAAGTTCCCTTTTAAAGATTTTATATAAGTAATTCGTTTTTTATTTTCTT +CATTTGTAATCTTGTACACTTTACCTATAAACTCACCATCTTCATAGTAATTCGTATACG +TTAGCATGTGAATTTTATCTAAAAAGCTATCTATTCCAATATTATTCAGGGCTGATCCAA +AAGAACATGGATAGATTTTACTATCCTTTATCATCTTTCTAATACTATCTATCCATAGTT +CTTTTTCATATTTCTCCTCTAAATATTTTTCAAATAAGTCATCATCTCTTTCAGCAATAA +ATTCTATAAGATTGTTATCTAACTCATGATTTTCTTCAATATTAAACGAATTGCTAATAT +CTATAATATTTTCACTTAAATTAGATTTTAAATCTTTAATAACTTTATCTTTATCTGCCC +CAACCCTGTCCATCTTATTTACAAATATAAAAGTTGGCACTTCGTACTCTTTTAATAATC +TAAATGCTGTTTTTGTATGTGATTGTACCCTTTCTATACCACTTACTATCACAATAGCAT +AGTCCATTATCTTTATAGCTCGTTCCATTTCTGGAGAAAAATCTATGTGTCCTGGAGTGT +CTATTAGATAGTAATTTGAATCCTTATATGTAAAATTTCCTTGACCAGAAAATATTGTTA +TACCTCTAGATTTTTCTATACTATGACTATCTAAAAATGTGTCTTTATGATCTACTCGAC +CTAGTTTTCTAATTGCTTTTGTATGATAAAGTATTTGCTCACAAAAAGTAGTTTTTCCAG +CATCTACATGAGCTAATATTCCAATCGTCTTATTCATTTTGCACCTCTTTATAGATTCTT +ATAAATTGATTATATCACAATGAAAAAGCTTATTAATTTACAACTATAAAAATATCTCTA +TAATATGACAAAAGCCATAGCATTTGATATGGCCTTATATTTATAAAATCCTATTTAATA +TTAAAAGTTCAACAAATCCAACAACCCATACTATTGTACTTGCCATAGAGTAAACTCTCA +TTTGTTCTTTTACAATACGTCCAAGTGCTGCATCGTAGGTGATGTTACAGATGCTGCCGT +TGTCATTGCAACAGTTCCACTACCTTGAATAAATCTTACTATAGATGCTTTTTAGCGAAT +ATTTGTGCCATTTTTTTGCTGCACCCGATACTTCAAATATTGCTTCCATCATTACACCAA +AACTAGTTGTTATACTATTTACTACATTACTTGCTGGCATTCCACCTATAAGACCTGTAA +TCGATGCTTATATTACCATTCCTAAAAATGAATGTATCTTAGTTTTTAAAATTAAAAATG +TTAATATTGCTATTTCTCTATGTTTCTATAAGTTCATTTATATTCATCTATGCTTATCTT +ATTCCATACTTTTTTATTTTATCGACACTTTTTTATTTATTTCTATTTACTTAGAGTACA +AAATTTTTAATTTAGTATATAGTAAAAAAGACACACCTTAAACTATACGTTTGGGTATGT +CCTTTCCAATTTATTTTAATATAATATTTTTACTTTACATATCCTGTATTAAAGTCAATT +ATGTTAAATAACTTTTCATTATTTAAAAATCTTTCTAAGTTATCTACACTTATTTCAAAA +ATACTTTCATAAGTTTCAGCTAAATTATACCATCCTGAAATATGAGGAGTTATAACAGCA +TTTTGTAATCCCCAAATTCTATGATCACTTGGTAGTGGCTCTGGATCAATTACATCAAGG +CCTGCTCCTAATAAGTGATTACTTTCTAAGGCATCACATAAAGCTTCAGTATCAACGGAT +ACACCTCTACCTACATTTAATAATACACTTCCTTCTTTCATTAGTCTAATTCTTTCTTTT +GAGAATAACTTTTGAGTATCCTTAGTTGAAGGTAAACAAAGAGCAACTATATCAGCTTCA +GGTAATAACTCATCTAGCTTATCTGTTAAATATAGCTCGTCTATAAAGCTTGATTTTTCT +ATTTGTCTACGCTTTACACCAATAGTATATCCACCAAGAGATTTTATCATTTTTGCGAAA +TTACATCCTATATCACCAAGACCAACAACTAAAACCTTAGAATTATATATTGATTTTACA +CGACCTTCACTTTGCCATAATCTTTTGTTTTGATTATCTCTATAAATATGTAATTTTTTT +AGTAACTCTAAAAGCATAGCTAACATATGCTCTGAAACTGCCAAGCCATACGCACCAGTA +GAGTTGGTTAAAATTACATTATCCTCTAAAATTCCCTCTTTAATATATTCATCTGCTCCT +GCAGTATTTAGTTGAAGCCATATTAAATTTTTAGATCCCCTTACCATATCAGGCTTTGGT +TTGCCAATTATTATATTTGCATCTTGAACTTCTTCTTTACTAACACTACCCTCATCTGAA +TAAACAATTTTACAATTCAGCGCTTTTTCTTCTAAAATTTTCTTTTTAACATCATCCATA +GGTATTAAAACTAAAATATTATACATAACCCCTCCATATAATTCTAAGTATTTTATCTGT +TTAATTATCATTTAGCTATAATTAATACTACTATACAAATACTAATTATACTATATTTAC +CAAGAATAAATTGGTGATAATATACATTATCATATATATGAAAATTATAATAAATATTTT +AGTTCACTATTGAATACCTTATATAACTGCTTAGGTTACTCATCTTTATCATATATATCT +GAAAGCTCTATCTTGCTAGTATAGTCCAATGGTATATTCATTAGGTTTTGATTCGAATTT +TCCTTATCTACAAATCCTTGTGGTATTTTTATTATAAATTTTGTACCTTTATTAATTTCA +CTTTCAACATTAATACTTCCATTATGAATACCAACTAAGCCTTTAACTATAAATAGCCCT +AATCCACTACCTTCATGTTCTCTTTCTAAAGAGGGATAATGTTTTGCTTTTTTAAATTTT +TCAAACAAATGATCTTTAGTCTCGCTTGACATTCCAATACCATCATCTTTAACCTCAATA +ATAATATCATTTCCTTCTTTTTTTAAATTTACATATATATGTCCACCATCATTAGTAAAC +TTAATTGAATTTGATAAAAGATTAAGCATTATCCTTTCAATTTTACTTCTATCGATTGCT +GTTATTATCTCTTCTTCTTCTGTGTCAAAAATTATTTCTATGTTATAAGAGTTAGCTAAG +TCTACAACAGACATTGTTACATCTTCAACTACATCAACTATATTTTCATTTTTAAACGTA +GCATCAACATAACCAGTTTCTATCTTACTAACATCTATTAAATTATTTATTAATCTAAGC +AATCGATTAGAATTTTTATTAATTAAATTTATCTGTTTTTGAAAAAACTCTCGCTCATAC +TCATCACTATATACTCTTAAGTTTAATAATTTATTTGCATTAATTATTATATTTAAGGGG +GTTCTTAACTCATGAGACATAGTAATTATAAAATCAGTTTTTATTTCATCCTTTTCTATT +GATTTTCTTAATAACAATTTATATTTTAATGCGTTTTTCTTATCAGAAGAATACATATAA +ATTAAAGTGATAATTCCTAATATAACTAGTAATATACTAATCCAAATAATTACCTCTAAC +TTCTTAGGAACTAATAAATCAAATGTATCCTTATTTATAATTACACTATTCTTAGGTAGT +AATAAGGGATTTATATTGTATTCTCTTAAAGATTTAAAGTTAAATATGGCTGTATTAAAA +GTATTATATGATGGAGTTGCTATTCCTTTATGATCTCCATTTAATATTTCTTCTAAAAAA +ACTGCAGCTATTTTTCCTAACTTACTTTCATCATTAACTATTCCTCCAATAGCACCTGCT +TCTACATAAGTCTTCAGTTTACTATATATAGGTACATCAGTAACTTCTTTAATTTTTTCT +ATAAGATTTGTCTCATCCATAAATGCTCCATCAGCGAAATCTTTATAAGTTACACATAAT +ATAATGGCGTAAGAATTATCTAAGTTCTTTATTTTATCTTTTATATCTTCAAAAGCATAA +CCTTCTATTGTACACATATTAAATGGCCTAGAAGTAAACTTTGTTAAATAGCTTACATTT +TCTCTTATCATATTACTATAAATACTATTATTTAAAAGTAAACATACATTCTTAACCTCA +CTATTTAAATTAAGTATTGTATCTAGAAAAAATAAATTATCTTGATACTCAAGTATTCCC +GTAATATAATTTGATTCTTCTTGGCTTAAGGATATATAGCTATTAACACCTACGAATACT +ATAGGCTTCTTATACATAAACGAATCTTTATTAAATAAATTATGTCTAACAAAGTTTAAG +GCTTCATCGTCAATAGTTAATATACAGTCTATATCTTCATTCTTATACTTTATATTTAAC +AACTTCATAAAGCTCTCGTTATAAATATCTGAATCAGAGGATGTGCTATCTAAAAAATCT +ACTTTTATATTCGCATTTTTTAAATTCCTTTTAACCTCTTCAACTATAGAATGTTCCCAT +ACATTTTCAGAATTGTACGAGCATAAAATCAAAATATTTTTCTTACTTTTTTGACTATAA +GAATTTACATTGAAAAATGAAATTAAAATAATTATAGCTAATAATAAGATACTAAATTTT +CTTTTACGAATCATAATTTTAGCTCCTAATCTTAATTTAGTATAAAATTATTTTATGTTG +TTATATGTTATTAATACTGTTAATATTTTCAATATAATATTTATTCAAGTATATTTATAA +ACAAACTATTTTACAACGACATGATGACTTAATTTAAATATTTTTTTATAATCAAAATAT +AAGAGCGTATATTAAAATAAAATTTAAAATACGCTCTTTATATCTAATTAAACATGTATA +CTTTCCTTTACATTTTTTAATTTATGATTTTCATCTTTTTCTAGAGATTTATTAGACCAA +TAATTTGCAAGTAACGCTCCAGATACTGCATGATATGTACTAGATACAACCCCAGGTATT +GCTGTCATAGGAGTGAAGTGAGTCATAGCAAGAGAAGTTGCTAAACCTCCATTTTGTAAA +CCTACTTCTATAGCCATTGTTCTTCTTTTCGCTTCCTCTAATCCTACTTTCTTGGCAACT +AAATATCCTAAGAAGTAACCGCATGTATTATGTATTATAACTGCAACTAATATAAGTAAT +CCTGAACTTAACAGAGAATCTACATTTTTTCCAACTATTGAACCTATTATTAAAACTAAA +CATACAGTTGATAAAAGTGGAACTAACTTTGTACCTTCCTCTACTACCCTTGGTAGAAAT +CTATTACATAATAATCCTAAAACTATCGGCACTAGTACTACTTGAAGTATAGAAGTAAAC +ATAGCTGATAATGAAACTTCTATACTAGTTCCACCTAGAGCTAAAGTAAGAACTGGAGTT +AAAAATGGAGCTAAAAGTGTTGATATGGATGTTAATGTAACTGATAATGCTACATCTCCC +TTTGCCATAAATGCCATTACATTAGAAGATGCTCCACCAGGACAGCAACCAACTAATATT +AATCCTATCGCTAATTCAATTGGTAAATTTAATAATTTAGATATTATAAATGCAAGTAAA +GGCATAACTGTAAACTGCGCTAATGAACCACTAAGTACATCCATTGGTCTAGTAAGTACA +AGTTTAAAATCCTCCAGTCTTAATGTCATTCCCATTCCAAACATTATTACCCCTAAACAT +GTATTTATATGAGGTGCTGCAAATCCAAATGTAGCTGGTCTTAAAAGAGATATCCCTGCT +GCGGCTAATACTATAAAAGCCATATATTTTGATGCAAAATTGCTTAATCTTACTAAATTT +TTCATAATTACTCCCCCTAATTTTCTCAATAATTTTATAATTTATAAACCTCTTTCTACT +ACTTTTAATATGACTAATATCAATATCCATTTAGACTTTTCACCACCTTCTATTTTTATA +TTTTTCTTAAAATTAAAAAGACTAAACTAATGGTTACCATATATTTGAAGCATTTTACCA +GCTAAGTTATAGATAACTTATAGTTCAGTCTTAATTTCTATATAACTTTAATTATAACAA +GTCTTACATGCTGAATACCCAGCTTTTTTTGCTTCTGCTTCAGACATTTTAGTAGAATTT +TTCATTCCATGTGCATCTGAAGTAGAGTGATATTTTTTTGAAGAAGTATTTGCGTATACT +GATTTTGAATTAGTACCTCCACTATTATCTGAAGTAGGTGTTAAACTTTGATTAAATCCT +TTATCTGTTGCATATCCATCTATTTCCCATATATTCTTTTTACTTTTTTGAGCCTCATAT +TGCGCTGCTTTCATTTTATCTAAATGTCTAACTGCATCGTATATATATCCAACTCTAGCT +AGACCTTCCCTAACAACTTCTTCATTATACATTTTATAATCTTTGTTTCCTGTTGAATCA +TACCATAAATATCCTAAGTAACGACCATATTTATCTGTTTTGGCTCCATCTGTTTCTACA +TAAACAATATCACCTTTTTTAAGACTGTTTTTAGCAAAACTAGTAGCAACATCTCCTAAA +TATTGTTTTTCCTTAGTATCTTCCGGTGTATCTATTAATAGTATACGTAAACTTTCATTA +GTTCCATCTTCGAATTTTAACTTTACAGTATCACCATCAATAACCCTATCAACAGTAGCT +TTTAGCACATAATCTGGTACTTTTCCACTTTTTAAAGCTTTTATAAGTTCATCATAAGAA +AGTACTTTTGATCCTGAACTATTTTCCTCTGTTGATGTATCTTGTACATTTGATACTTGT +TGATATACTTGAGTTAAAATTTTTAAATCACTACTACATCCACTTAAAAAAAGTGAAAAT +CCAAGTATCCCCGATAGTAGTATATTTTTAGTTTTCTTCGCTGTTAATAACCTCATAATA +TGTCTCCTTAATAAATGTCATTCTTATCTAATTATATTATATAATAAGGAATATAGTATA +TCTTTTTATACTAAATCAACTATGTAACCCCTAAGTATACCATTTTCCATGTCAATCTTT +CTTATCTTACACACAACCTTAATTCCTTCAGCTTCATTTTCTCCTATATATCCAGCATTG +CAAAGCATATCTATACCGTTTACTATCCCTACGAAGTAACTTCCATTTACTACATATATA +GATAAGTATGCGCCTCTATTTATTATCTTAGTTATTTTTGCATTATTTATTTCATTATTT +TTTAGCTTTTCTATAACTATTTTTCTTTTTATATTACTAATTTCCTTTAAAGAAAATTCT +CTATTATATCTCCTTCTTTGAAAACTTCAAATATTCTAGTGTTATCTTTAAATATATCTT +TATTTAATGCTTTTACTTGAGTCCCATTTATATTAATAAATGCTCCCCCAATCTAATATT +TTTTCTATAGTTACCGAAGTATTGTGGTATAACTCTTTTTGTATTAATTTCATAGTATTT +TTAGAGTATTCAATTTTGCCCAATATTAAATTATTTTCTCTATCAATATACTCTACAAAA +TAATCCACAACTTTACCTATATATTTTTTCTTATCAATTTTATACTTTGGATCATCTTTA +AGCAAAATCCTTTTATTAGAACTGATTATGAACATATTTTTATCAACTTCATCACAAACT +CCATACATTATAATAGTTCCCTGTAATATTTCCTTAAAATCATCCCTTATTTCAAATCTC +CTCAATAAAACACAACCTCTCTAAACACACAATTTACTTTTATAAATATCACCTATATTA +ACTAATAATAATAAGTTAGTTTGTCTTTGCATGTCAATATATTTGGATAATTTTGTCTCA +TTATATAAAAAAATGATTATAAAAATGTATAATATCATAATACATCCTTACAATCATTTC +CTATTCATAATTTCAAATTTTAATAATATTTAACCAATCTAAACTTAAATGTTGTACTTT +CGTTCATAACATCTTCGTCAGCTATTAGTCTACTATCTTCAGATCTTACTCTAATATACT +TTCCATTTGGTGCTCTTAATGAATATAACATATTCTCTACTCTATCAACTCGAAATGTTG +CAGGCCCTTGATTGTCTACATCTACGACTAAATAGCCATCTTCATCTATTCTCAAGAACC +TAGAACCATGTAGCCTTATTAAGATATTATTATCTTCTAACAATATAAAACTAAATATCT +TACCAGTAAGAGGATTCTCTCCTATTGCATAAAAAAACTCATCAAAACCTATCTCTACAT +ATTTGTTATTAGATTCCGATTTTATTTGAACTATTAATAGTTCTTTTCCATCTTCTATAA +ACGGTGGTAAATCTATAAAATACGTTGGAGGAAGGCTTAATGCATCCTCTGGCATTATAT +CTCTTCTATTCCTATTCATTCTTAACCCCCTGATGTTTTATATTTTGTTTAATACGCTAC +TTTATTTTATGACATCTGTTATGCTAAGGTTACAAATGAAATAATTTCTACTTATTCAAA +TATCTTTAGATATTCACCATATCCCATTTCTTCCATTTTTTCTTTTGGAATAAATTTTAA +AGCTGCAGAGTTTATACAAAATCTTATTCCTCCCAACTCTTTAGGGCCATCATCAAAAAC +ATGTCCTAGATGTGAATCCCCTTCTTTACTTCTAACTTCTATCCTTTCCATTCCATGAGA +ATAATCTCTAACTCCAATTAATGCTTCTTTATTTATACTTCTTGCAAAACTTGGCCATCC +ACATCCTGAATCAAATTTATCATTTGATGAAAATAATACCTCATTACTAACTATATCTAC +ATATATACCTTCTTCAAAATGATCATAATATTCATTTTTAAATGGTGGTTCTGTCATATT +ATTTTGAGTAACTTCAAATTGAATAGGTGTCAAATTTTTTCTCGCCCAGTTTCTTTTTAC +AAAATCAAATCTACCCGAGCCTTTATAATACCTATTATAATGTTCTGGATTTTTCTTATA +ATAATCTTGATGATACTCTTCCGCGTCATAAAACTTTTTCACAGGTAAAATTTTTGTTGC +AATAGGTTTACTGTAAATTTTACTTTCTTCTAATTTTTTCTTTGACTCTTCAGCTAATTT +TCTCTGTTCTTCATCAAAATAGTAAATAGCAGTTTTATAATGCTCCCCCCTATCATTAAA +TTGTCCTCCTTCGTCAGTAGGATCTATTGCATTCCAATATATATCTAAAAGTTCATTATA +ACTTATTATATTATCATCATAAGTTATACAAATAGCTTCTCTATGACCAGTAACACCAGA +ACATACTTGTTCATATGTAGGATTAGCTAAATCTCCACCTGTATATCCTGAAATAACATT +TATAACTCCTTCATATCTATCAAAAGGCTTTACCATACACCAAAAACAACCACCTGCATA +TATTGCTTTTTTTAACATTCCAATCAACTCCTTATTTTTATGTTCATTAAATTTCAATCT +AGTTTATTTATTATTTATATTTTCTTGAGTATGTACTTTTTTATTCCCTTCTTAATTTAT +ATTTAATCTAATTTATTAATATTTATCTTCATATTTCTACACTATAATATTTCTTAACTA +TGCTACTATAATATTAAATTCTCGTATAATATGGAGGTTTCTATGAATAAATTAAAAGTA +GCAATTATTCAAATGGGCGTAATAGAAGATAAAATCAAGAATATTGAGAAAGCTAGTAGT +CTTATAAAAAATGCTGTGAAAAAAGGGATTGATATTGCAGTCCTTCCTGAAATGTTTTTA +TGCCCATATGATAAATCAAATTTTCCTGTATATGCAGAAAAAGAAGGTGATTTATCTTAT +TTATTATTATCTGAAATAGCAAAACAAAATAATATATACTTAATTGCTGGCTCTGTTCCT +GAAAAAGATAATAATGGAAATATTTTTAATACTTCTTATGTATTTGACCCAAATGGTAAT +AAAATAGCTAAACATAGAAAGGTACATTTATTTGATATCGACATAGAAAATGGACAGTAT +TTTAAAGAATCTGATACTCTTGATGTAGGAGATGAAGTTACTGTATTTGATACTAAATTT +GGGAAAATCGGGCTTTGTATTTGCTATGATCTTAGATTTCCAGAGCTATCTCGTCTAATG +ATGGATAAAGGAGCTAAAGCAATAATTGTTCCAGCTGCCTTTAATATGACTACAGGCCCT +GCTCATTGGGAACTTTTATTTAGATGCAGGGCTGTAGATAATCAAGTTTATACAATCGGA +TGTGCTCCTGCTAGAGATTATAATGCTTCTTATATTTCTTATGGCAATTCTATAGCAGTA +TCTCCTTTTGGAGAAATTTTAGTACATATGAATGAAAAAGAAGGTTATAATATTTGTTCA +TTAGATTTTGATTATGTTGATAAAGTTAGAAGTGAGTTACCTCTTATATCTCATAGGAGA +TTAGATATATATTAAAATGTATGCATTGTTATAAATCTAGTATTTTTAAATTTATCATAA +TTTTGTTAAATCTGATGAGTACCACATAAAAAAGCAATTGGAGTAAATAATTTTTCTCCA +GTTGCAAATATAGCATCTGGATGTTTTTTCTCCATAAAGTAGAATATTATTGCATTTAAT +ATCCCATTTATAATTCCATTTCCTATTATACACTTTTCTAATAAGTAACTATTTAATTTT +GCTTCCTTCATAATGTATCTCCTATTATCAAATATTTTTTCTTTTATACTTAATTTTTTA +GTTTTTTATGATATCATTTAGTAAGTATTTTTTAGTCTTATTCTAGACTACAACCGGTAT +TTATACTTAGCTATCATGGTGATAAGTACTTAACTTTATATTACCTCTATAAACTTATTT +TATAAGCATATAATTTGTACATTTGGCTCTAATAACAATTGTAGCATATAGTTTTACGTT +CTCATTCAGAGTTAATGTTCATCTTTGTGAGGAAATTTGAGTAAATATTAAATTTGAAAT +AATTCAAAACTCTCTATATAATCTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTAC +AAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTC +CATTTTATTTTTAGACGCACTTACC +>MGYG000000001_56 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATATAAAAACA +AATAATACTTTAAATTCTCATCCATACATGGTTATATTTGGATGGCTAGGAGTTGTTACA +ATAGTCCCAGTTATTTTAGGTATAATTCATGGGATAATATCTTTAAAAGAATGGGATAAA +TTAATTCTTAATAAAATTTGTCCATCAACAATAAAATCAGCACCAACAGCATGGGATTAT +AAATTTAATAGTCTGACTGAAGGTAGACATATAATCGTCAAGTTAAAGGATGGATCTATT +ATATATGGTTTATACTCTACAAAGTCTTATGCATCAGGAATTCAAGATGAGAGAGATTTA +TATATAGAAGAAATTTTTGATGTTGAAGGAGATAGTTTATCAATTATTCCTGATAGTGAT +GGAGTATTAATCAAATCAGATCAGATATCTATGATTGAGTTTAGAAAAATCGATTTAAAT +GAAGATTCTAAAGTTAGCACTTATGAAGAATTAAAAAATATAAAAGAATCTATAGATGAT +ATATATAAATTATTAAAATCACAAAAAGATGAAAATAAGGGGGAGTAGATATGTCTAGTA +AGAATGTAAAAATAATTAAAGAAGGATATCAACCAATAAGTAGAAGCACAAATGTTGTAG +AAGAAAGAGGATACCAACCAGTAGTACCTAAAACAGAAACTCAAACTCCGAGAAAACTAC +CTAAGCCTAATACGGGGATAGGTCGAAAATAATTTAAGGTAGGAGTTATAATCCTACATA +TAGAAATTCTTAATTATACTTATGATGTAAGGAGGATATTTTGTATGGATTTAAAATTAA +GTGATTTACCTCCACAATTTGAAAAGATAGCATTGGAGCTTGGAGTAGAGAAAGTTAAGT +TATTATTTAAAGAATTTGGAGGGACTTCAGTATATTTTCCTACTGAAAAGATGATTTACA +AAGAAGCTAGAGACAGAGAGATTATATCAGAATATAATGGATTTAATATCAGATATTTAG +CATCTAAGTATAATATGTCTGAGGGATATGTAAGGTATATTATACGTGAGAAAAAGACAG +GTTAATTTTATAAAGAAAGAGCTATACATCTAAGTTTAGGTGCATAGCTCTTTTACATTT +TATTATTTAATTCATTAATGTTTGTGCTTAGTGATGATATACTTGTACTTAAATTTTCTA +GTTTCCCTTCGATACGAATCAATAGATACATTGTAACGATAGCGGGAAAGCCTAAATTTG +ACACTAGTTGCATTAAATCTAGTTCCAATGAGTAATTACCTCCTAATAGTAGAATAATGG +TCTTAGAAAGCCCCCTATGAGACCAGAGGGCTATCTGTGTTTCATTTGTTACGAAACTTG +TAAGTCGTATTCTGTTGTTTCTGTTTGAACAATCTTTGCTCCTAATGGTGATAATAGTTC +TTCTCCATGCATTGGTGCGAATATATTTTTAGATACTATTAATTCCATTGCTGATTTTAT +TTCTGTTTCATTTATATCTTCTCTAGGATCTGTTATGAAAAGACTTACTTTTCTTCCTGC +TGTTGTTGAGAATGTCATTAATAATTTAGTTTCTAGTTCCATTTTTACTTAGTCCTCCTT +TTTATTAGTTTAATATTGTGTTATCTTGCTTTATTACATCTGTTAAAGTATGTTTTTGAA +GTGATGCTAGCGTTTCAGCGACATTGTAGACATCAAGTGATGTTGCATCACTTTTTACGT +TTGAGAAACTTCTTGTTTTTGTTATTGTTTTTCCATCACTAGTTAAGCCACAATCAAATT +TTAGTTTTAATGTTGAATGTTCATTAACTTCTGTAACTTCTGTTGCAAGGTCTCTTTTTT +CCATAGATATAATCCTCCTTTTTAATTGGTTAATTTAAGTGTATTTGAAAGTTTATGTAA +AGTCCTAAAATATAAAGTTTGAATATTTATATGGTATTTTTTATTGGAAGTTTATTTGGA +ATGTATGCTTTCGCATGGGTTTATTGAGGTTTAGAGATTGATTTCAGTAGTTAAACCTTC +GGTTGTCAGCCCCTGTATGGACAAATCTTTCACTCCGTAAAAAATTAGGCATACAAGGTG +TGGCTATATTTTAGCTAATATGATATAGGATTTTTTGATTATGATATGAGCTAAAATATA +GCTTTATTTATTTGCTAACTATTTACTTCGTTTCAGATTGGTCCATAGTTCCCACCGCGC +TCTCTGCTCCCCCGCCATCCTTCCCTGTGTTTTTATTTGTGTAGATTTAAATTGAATAAT +GTATAGGAGGATAGTCTGACATCACAGATTGTAGTAAAAACCGCTACAAACTGTGATGAC +AGACTAAAGAGAATATTGATTTTATTTTTGTATTAAGAATAGGTGTATATGTTTTGATTT +TTATATATGATTTTAATTTGAATTATCAGAGTTTATATTTAGTGTAGATATTGATATAGC +TGGTATACATAGATTTGATACTTATGGAGTTTGGCTTTCGCCACCGCGCTTTACGTTCCA +ATCTTTTGAGTAAAGAGCACTCAAAGTAGTTCGCCCACACGTGGCTCAAAAGGATTTCCA +CTACAATCGCTAACTCAAAACCATTATTTATATATAGTTATTTGATGATGATGTTATATT +TTTGTTTGTAGTTAGCTTATTGAAAGATAGCCTTCGGCTGTGCCCCTCTGACTAATCCCC +AAAGCACTCACACTATTCTCTTCTAACATACTTCGCAAACATCTTATTTCATAACAAGTC +TGCTACGTATATTATCCGCTCATACGTGTTCGTAGCTTTTTGGGATAGCCATTCACTGCC +CTAAGCCCAATGCCCATATGCTTTTGCTTTTTGTTGCATATTACCATAGTTACTTTATAG +AGCCTCCACGTTTGTAATAAGATATTTTATTGATTTTATTAGGATTATAGCGTTAATTAT +AGGTAGCAGTTTTATCTAGTTGGTGTCGGCAAGGTAAGTTACTTCGTGGTATCCCGCAAT +TGGATAAAATCGTGCTCCGCTATCCAATTGCTAGGTGGATTTGGCTTTTAAGGAAAATTG +TATTCTCGGTATCGTGAAATTGGAGTTTTATTTTTTTATTATTTTTTCACGACATAGTGA +ATGTAAAAATGGTTTTAATTTGGATTAATAGAAGTATTTATGTATGAAATATAGATTAAA +AAATTACTAGGTTATAGAGTTATCAATGGTTAGAGGAGGATGAAATGGCAAGAGGAAGTT +TTGATGGGTTATATACTTTTAGTGAAGTTGGTCAGATTTATGGTATTGATAGTTCATGCC +TTAGAAAGAAAGTTTGTTTTGATAAATTTGTTGTTGGAAAAGATATTAAAAAGTTTGGTA +AGACTTGGCTTATCACAGAACAGGCTATGGTTAAACATTTTGGTGCTGAAAAGTTTGAGA +ACTTTAAATTGAAGAGATTGAAAGAAGATACTGCTAGAAATAAAATGATTAGGGATGAAA +GGAATAAGATTAAGTCTGAGAAGAAAAGTAAAAATGGAAACAGTATGAATGTGAAAGAAG +AAAAGAGTGTAGATAGTTGGATTAATGGTGAGATAAAGGGGAGAGAGGTTAAAAGTTTTA +GATTTTAAATATATTAGAAGTTAAAGCCTTTTTGCTAGAGTGAATTAAATAGTTTTTTAG +AAACTAGCTTATTATTTAATAAATATGATGGACTTATCTAATGAAAAAATATATATAGAT +ATCTTTTCTCTAATCTATATATTACCCCGATACCCCAAAAAAGGTGGTATCGGGAGATTT +TAGAAAATATATATAATTTAGGGGATGGATATAGTTGTTTCACTTGTTCTAAAATAAAAG +GTTATAATTTATATTTTCTTAAAAAAATTCTTAGTTGGAAAAATAAAATACAATAAAAAG +TATAACCTAGAGATACATTATAAAAATGTAAAAAATAAAAACAACTAGATATTAATCTAG +TTGTTTTTATTTAATTCTTTGGTATTAATTTTATTTTTTATTTTTAAATTTTTTAGGTTC +CTTTACTCTCATAGATAGTATTTCACCACAGTCAGTGCATATATCTGCTATAATTCCAGA +ACCTAATAGAGTATTTTTAGATTGCATAGCAGCATAACCATCTAATGTTCCTTGCCCTAT +ATTACTACTACCACATTTTTCACATTTAGTTTGTTCCATATTAAGAATCTCCTTTAAAAT +TTTTATATATTATTATAATTATTTAATAAAACTGCTATATTTGCAAGATAAGCTACACCA +TATCTTGAAGCGTTATAAAGATCATATATTGCAACACCAGCAGCTGTAGCTTTAAAGTAT +GCTGAGAATGTACTTATAGAAGGTGATAGATTCTTTTTTGATATATAGTGCGTTCCAACT +GCCGTAAGAGCAGCAGCAGCAGAATTACCTGCATAGTTTTTAGCTGTACCCCAACTTCTT +CTTGCATTTACTACATTATCGTAATATCCTTTAGTGTATCCTGAATACCAGTTATTTGTA +GGTTTTGTGTAAGATTTTTGAGTTCCAGTTAATGGATTACGAACTTTTATTGAATCTCTT +GAAGAGCCTTTTGTTACAGACATATAAGCTTTATCTGGCGCTTGAGTCTTCATACCAGAT +GGTCTGCTAGGTGCATATACAGATATGCTATTTTCTATATTTAATTTATTAAGCGTTTCA +AAATAATTTAATGTATCTACTTCATTTGTTTTAAGATCTGTTACTCTTATTATACCTCTA +GCACCATTAACTTCTGTTCTTGTTTCAGAATTTTCTTCAGTTATATTGAATTTATCTTCA +ATTCCATAACGTTCTTGAAACTCAACCTTTATTAATTTAATTTGCTCATCAGAGAAATAT +TCTTCAGAACTTGTATCTTCTGTAAAGTTATCTCTAGTATTTTTAGCCTCAATAAGTTCA +GATTCACTAACACCATTATTCGAAAGAATTGTACTATACATTTCCTCACTATTTTGCTCC +ATAGCCGATGCTGAATTTAACATTGGCGTTACAACTGTAATCCCTACTAATGCTAATGCA +ATAATTTTTGTTGCCCTTTTTTTAAAAGTCATAATTTTATTCCCCCTTAAAATTATTTTA +AATTTTGATATTAATATATCTTAAAAGTATTTTTTTAAAAAGTATTTTGATAAAACTAGA +CGTTAAATAAGACAAATTGGATATATCAGATTTGAAGGTCATTTTTTATATTAAATATAT +TTCGAGACTTTATTTTTTGAAATTAAAGCAATTATTTAGTTTATGAGATTTATTGTACGT +TAGAATTTATAATTTAGTTATAAGGATTGTAAATTTCAGGGGGGATTTTATGAAGAAGTT +AGTCATTGATTTGGGACATGGTGGTAATGATCCTGGTGCTATTGGACAAGGTGGAACTCA +TGAGGCTGATATTGTTTTGGATATTGGTAAGGAGATTGAGATTTTATTAAAGGGTTATAA +GGTTGATTATAAGTTTACTAGGCTTACTAATAAGAGTGTTTCACTGCTAGAGAGGTGTAG +GATTGCTAATGGATTTAATGCAGATTATTTTGTTTCTATACATATAAATTCAGCTAGTGA +TAAATCTGTTAGAGGGGTTGAGGTTTTTAAGTATTCTAATAGTAATGGGAAGATTAATAA +GTTTTGCGATGATGTTTGTCGTGATATTTCAAAGCAGTTGAGTATTAGAAATAGAGGTCC +TAAGATTGGTAATCAGTTTTATGTTGTTAAGAATACGAAGATGCCTGCAGCTTTAATTGA +GGTTGATTTTATTTCTAATAAGGATTGTGAGAGGGATTTGAAGGATTTAAATAATATTAA +GAAGTTATCTAAAATTATTTTTGATAGGTTGATTGATATGGTTGGGTTAGAGACTAAGGA +TGATAGATTGTATAGGGTTTGTATAGGAGCTTATAGGGATAAGAATAATGCTGTTAAACA +GTTAGAAATAGCTAAAAATAAGGGATTTAAAGATACATATGTCATCTAGTTCATTCATTT +GTAAAAATTTGTATTATAATATACATAAATTATATCATCATAAGGGAGCTAAATATGGTA +AATACACTAATTTTTAACAAGATACAAAGAGGTAATATATTTAATAATGATTTTATTAAC +TTTGATAAAAATAATAAAATTGAATTTAAAAAAATAGGAAGAAATAATATTGCTGTTATA +TATGGTCCTAATGGAACAGGCAAAACTAGTTTGAGTGTAGTTTTAGGTGGAAAAGAAGAT +AAAGATAATATTAGTTTTGATGTAGATTTTAATGGTACGAAATACACTCAAGACAATAAT +GAATTATTTTATGTAATAAGTGATCAAAATGGTAGAAATATAATAAGGGGTTCTGCTAGA +GACTACTTATTAGGGGATAATATAAAAAGGGAGTATGATTTAAAAGATTATATAAGTAAA +GAATTTATATTGCTTCAAAAAGATATAAATAAGTTAATGAAAAGTAGCTTTAATATATCC +TCTATGAAGAATGTATTAATTAATCAGGTTGAAAATACAGATTTAAGAGTATTTGTAAGA +AATTTTGCAAATAGTAGATTTAAAGTAGAAGAACAATTAGATAAGTCAAAATTTCTTGAT +GTAGTTAAATCTTTAAATAAAGAAGAAATAAATATAACTCTAGAAAATGAAGAAAAATAT +ATATTTATAAAAAATAATTTTAAAGACGAATCGTCATTAATATATAGAATTATGAATATT +AATGACAAAGAAATAAAAAAGAATGAAGAAATATTAAAAATAGAAGAAAATGATGAGGCT +TTAAATATACTAAGTAAATTCAAATATAAAGATGAATGTATCGTATGCGATAATAAGGAT +TATAACAGAGAAGAGCTTATTGAGAGAAAAACTTCGAATAAAGAGTCTATTATAAAAAGT +TTAGATCCTATTACAAAAAAAATATTAGAAGATATAATACAAATTGTTAAAACGTTGGAT +AAAGATCCGTTAAAGATAGAGGAGATATTTGTAAAAGCAATAGAGACCGGCGATAAAAAT +CTCATATTAGAATTAAAGAATGAAATACTTATTTACATAAAACTATTTAATAATGAAATA +AATAATTTATTTAAAGATTTAGTAAAGCCAGAATTAATAAAAAGATATGATGAATATATG +AAAATATTAGAGTCTCAGCCTACAATTTCAGATGAAGATATACTTTATATAGAAAAAATA +GTGAGTGAGAATATAAGAAAGTCTATTGAAATAAAGAGGGATACACAAAATGGAAATAAT +CTAAAGATATTATTAGGAGGAAAAGAATTTTTAGATAAAGATAGAGATGAATTACAGTTA +AGTACAGGACAACAGAATTTTATATCGCTATCATTCGAACTTTTAAAGGCTAAAAATTCA +GATAAAGAAATAATTATTTTAGACGATCCAATATCTAGTTTTGATTCAATATATAAAAAT +AAGATAGCATTTTGTATTATAAAATTTTTAGAAGGTAAAAATCAGATAATATTAACTCAT +AATACGGATTTGATAAGGTTACTTGAGTTTCAATTACAAAACTGCTTTAATTTATATTTA +TTCAATAACTCTGAAAATGCAATAAATGGATTTATAAAGGTAAACTTAAAGGAGAAAGAT +ATATTATTACAAATAAACAAGCTACTAGATTTATTTAGAACTAATATATTTGAAGAAGTA +AGGAATCAAAAACATTTTTTAATATCAATGATACCTTTCATGAGAGGGTATGCAAACATA +ACTGGTAAGAGACAGGAATACACTAATCTTTCTAAAGTTATGCATGGTTATGAAAATGAG +AAAATAGATATTCTAAAAATATATAATAATCTATTTTTAGATGATGATGTAAAGTTAAGT +GGAAAATTAGAAGTATCGGTAGATGATATATTAGAGTTAGATTTAGAGAATATAAGAATA +TTAAAGGAAGATAGCGAGTATCAGCTTTTAGATAATACACTATATCATACTTTAAGTTAT +CTATATTTAAGATTAAAAGTAGAAAAGGATTTAATTGATATTTATAATGTAATGGTTAAT +GGTAATATGACTGTACAACAGATTATAATGAAGGCTTTTACTCCATCTAACGGTGGAACT +ATTGAAGATAAAATATTTTTTACATCTAGAAAAACATTGCTAAATGAGTTTAACCACTTT +GAAGGTAATATGAATATATTTCAACCTGCAATTGATATTACAGATATAGCATTGAATGAA +GAAAAAGAAAGCATTTTAGATTATTTAGAAAAACTAAGAAAAAATAAAGAACATATGATT +GAAACAGAACTAGAGGAAGATCTGGTTTAATATAAATATATTAAGACAAAAATGCTCTAT +ATAATAGAATCATATATAGAGCATTTTGAAGTTTAAATATTAATTTTCTTGAAAAAATCT +ATATAACTTTTTAATATATAGTTTAAAAACTCTTGCTGATTAATTCCTTTACTAGAAAGA +TCTTTTGCTATTTCTTCAAATTCATTTAAAATCTCAGAATCAATTCTTAAGCTTTTAACT +TTATAGTCTCTTTTTTCTTGTTTAAATTTATAAATGTCACTAATTATATCATCAATACTA +TTTATTTCATTTTGAGAATTATTAGTTTTATTTCCTTCGATTATATTTTTTAATATATCT +ATATTTTTTAGCAAATATCCTAAATTATCAGAGTCAGTACTGTTTAATACTAAGTTAGTA +TTTTCATTATTACAACTTGTAAGCTCATTGCTTACAGAGTTGTCTTTGTTACTTTCTTCG +GACGGAGAAGTAGTTTTTTCTATATTTTTATTTTTAGAAATTTTATTTGTAAGCTGGTCG +CTTACTGTAAGCTTACTGTAAGCTCGTCCGTTATTTTCTAGTATATACTGGTTTAGGTCT +TTGTCAAATGTATACCCCAGTTTACTTGCTCTTGTTCCTACTGTACTCCTTGCAATACCT +ATGTTATTGCAAACTTTTGTTAGTGTTAATCCGCTTAATAATTTATTATTTATATAATTG +ATTTGGTCGGAAATTTGTAATTTATTAAATTCGTCCTTAGTCAAAATAATCTACCTCCCC +CTAAATTACAACTTGTAAGCTAGTTGTAATAAGTTGTAAGCTTTTTGTAATATTGTAGCT +TACTTTTAATATATTTGCACTAGAGTTGTGCTACAATTAAGTTACTAATTAAATAAATTT +TAAGCAACGTACCTTTAGGTCGTTGGTGATACGAGCATCGCGAATTTTAGTTTTTAGAAT +TAACCTTATTCCATAAATAGCTGCTAACTATTTTGGGAACTTCTAGGTTAATTTTATTTT +TTTCTACTTTTCCATTGTATGTATATTTTCCTATATAAATTGGATTTGAGAGTATATAAG +ATATTCTTTGTTTTGAAAAGTTAAATTCTTTTCCTATTTTCTCATAAGACATTCCCTTGG +ATCTTAGTTTAAATATTTTTTTTACTATTTCAGCCTCTTGGTTATTTAATATCAATTTAT +CATTGTCTATTAGTGTATATCCTAATGGTATTCTTCCTCCTGGAAATAGCTTTTTATATC +CTTTTGCAACTCTTCCAGAGTGGGTACGTTCTACGATTAACTTTCTTTCAAATTCTGAGA +AACTTCCTATCATTTGTAAGAATAAAAGTCCTTGAGCTGTTGAGGTGTCAAACTGCTCTG +TTATTGATACAAATCCAACGTTTATTTCATGAAGGTAATCAACCATTATCATAAGATTTT +TAAGGCTTCTATGTATTCTATCAGCTTTATAGACTACCACTGCATCTATTTCATTTTCTT +TTTTTGATATAAAGTTTAGCATTTCATTGTAAGAAGGTCTATCAGATGTTTTTGCTGATA +GACCTTCATCTATATATGTTTTTACTATTTCTATATTATTTAATTTACAGTAAAGCTCTA +TCTTTTCATTTTGAGTTTCTATAGAGGTGTTGTCAATTTGTGAGGCACTAGATATTCTAA +GGTAACTTACTATTTTTTTCATTTTTTATTTAGTATCTAATTTAAATCCCAAAGCATTTT +ATATTCTACTTTGAAATCTTCTAGACTTTCTAAGTACTTTGTAAGTGGATCATAGTGACC +TATATCACATAAATTTAGACTTTCTCTATATAAATCCTCACTATCCCAAGATACTATTTT +TACAGGTAGATTATTTTCAAGCATTTGTTTTAGCATAAGAAATCTTCCTATACGTCCATT +TCCATCTTGGAATGGGTGGATTAATTCAAATCTATAATGAAATTCAGATATATCTTTTAA +TGTTACAGTGTCTAGGTGATAGTACCATTGTAGTAGCTCATCTAGCTTTGATTGAACTTC +AAATGGTTGTGCAACTTTTGCTTTTGTTCCAATTATCATATTTGGAATTGTTTTATATAT +TCCTGCATATCCTCTTTGATGCATTGTTGTATTAAGCATAAGTCTTGCATGTAGATCTTT +TAGAAATTGGTCATCAATTTTCTTTCCTAATGTTTCTACTATTCTATCAAATACATAGCT +TGAGTTTACTGTTTCTTGAACATCATCTAATGTGTGTTTTCCTGTAACTACATTTTTATC +TAGTAATAGTGCAAGGGCTTCTGTTGTAAAAGTACTTCCTTCTATTTTATTTGAGTGATA +AAGGAAGTTGTGTTTTAAAATGCTATATAAGGAGTTTTTGAAATCTTTTGTTTGTAGTAA +AGCGTCGATAAAGTTTTTATTCATATAGGTAGTATCCTCCTAATTTTTTTATAAATATGT +ATTATTAGTTTGCCCAAAATGTCAAATAAATGCCGATTTATTTGACGTATATAGTTTATA +GTATATGTATAGTCCTTGCAACACAAAGGTTAAACGTATTTGAGTTTGATTATTTTTTTA +TAAGTGTTGAAAATACTATATTAATTTTGTGTTACAATATATAAATTTATTTTATTATAT +TTCGTCTAAACTTCAAGTAAGTTATGGGAAAAGTTTTATAAAATTAAAAAAGCTACTCAA +ATTAATGAGTAGTAGTTTATGCTTGTTTTTTATATTTATTTAATCCATCAGCGATAAACT +GAGAAAGTATTTCTTGTTGGGTAAATGTGGAACTGTTACAGAAGTCTATAAATTCATTTA +GGATACAAGAATGTATTCTAAATGATCTTGATGTTAAATTGCTATCTCTTTTCTCACATT +CTAGTGTAGATAACTTTGTATTTAATTTCATCATGATTCTATTTATGAGTTCGTCTGATA +TTTCAAGATTTATTATGTTGTCTATATTTTCATATTGGTTAATAATTCTGCTATATACAT +AATTATTACGTTTAAATCTATCTCTTATTGTGCTATAAGAAATATTTATTGATTTGCATA +TTTGACTTATATTTTTTCCTGATTTAAGTTTTGTATTAAAGTATTTGACTTGATCTTCTA +AAGCTAGCTTATTAAATGATAATTTATTCACTTTATGTCCTCCCCTAATGAACATTTATA +CTTTTATATTATATCATGAGGAAAATGTTTTACACAAATACAGAGTATAAAAGATAGCAG +GTATTAACCTACTATCTCTTATATTTTATATTTTTTCTTTTATTTCATTTACCTCAGATT +CTAAATTACCTAAGTATTGATATAATTCATTTAATTGTTTATATACAACCGTATTCATCT +GAGCATTTTCATATATAACGGTAGCATGGGCATTGTTTATGAAACTTTTTAACTCATATT +CTGACTCTAATACTTTTGGATCATTATTTATTTTTTTTATATAATGTTCTATACTTTCAA +GCTTTTTATTCACTTTTTTTAATAAAGAAGTCTTTATTATATTAATAACTATATTACCAT +TTAAATATTCGCCTGATTCAATATATCTTCTACATTCCTTTATATCTATAAGAAGATTTT +CACAATAATCATATATATTATCCATTATGCTTCTCCCATCTTAAATTTACTGATACACTA +ATTGTGTCTGTTACCCCTTATGTCTATTTACTTTTAATATTATTAATATGATTGATTTTT +TTCAATAATTTTGACAAAACTAGTTGTTAAATGTTTAAGTTTGGATATTTTCATCTACGA +TTCTTGTTGTGCTAGTTAATTTTTATAATAAAAAACTTCAACCAATATAGTACTTTAAGA +TTAATAACAATCAATTTTAACTAGAACAATAGATTAACTAATTAGCAGCTATTAAAATCT +ATTTAGTTAAATGTGTTGAAGGTAGGTTCGAATAATATTATCATAAATGTATAATTAAAA +AGGAGTTAGATGAGATCATGGGAGTTTTAAATAAAATTATAACCTTAGTTTTAGCGATTA +TATTATTTGAAGGACCACAGTTACATAAAGTAGATGCAATTGAAATATATGATAAGACAA +AAGTAAATATATCTAAAGAAATTAATTTATAGTTTAAAAGTTATCTAAAATATTTATATT +TTGGATAGCTTTTTTTATTTTAGTGAAGTATATATTAAGTTTCTAAAATGAAATAATTAA +CGTCCAAAAAGTACTATTTAAAGTCTATATCACAACAAAAGATGTATAAATATGGAAAAA +ACTGTAAAAATAAAGTAGTATAAAATATAGTATAAAATAATAATACGGAAGGAAGTTTAA +ATTGTGATTAGTATAGGAATATGTGATGATGAGTTACATTATAGATTAAATATCAAAGAG +ACATTAGATAAAATACTAACCTCATATCCTATAAATTATAAGTTATATGAATTTTCATCA +GGAGAAGATGTACTGAACAATTATCCTAAAGATTTAGATATATTAATTATGGATATACAA +ATGAAATCGATAAATGGAATGGATGTAGCAAGAAAGATTAGAGAATTTGATGAAAACTTA +GAGATAATATTTATGACTTCATTTACAGAATTTATGCAAGAAGGGTATGAGGTTAAAGCG +TATAGATACATATTAAAGCCAATAAGCGAAAGTAAAATTCTAAAAAATGTTGTACCATGT +ATAAATGAAATAGTAAAAAGGAGAAGCAACTATTTGACTATCAATGTTAAAAATTATGTA +GATAGAATTAAAATAGATAGTATTGTTTATATAGAAACAGATAGGCCTAATATACTAATT +TACACGTCAGACAATATGTATAGTGTAAGAATGAGCATATCTAAGATAGAGAAGATGATA +AGTGAGCATGGATTTTTTAGATGTCATAACAGTTATATAGTAAATTTAAAATTAGTAGAA +TCAATGAATGGAAGTACTTTAAGAATAAATGGAAAAGATATACCGATAAGTAAGTATAGG +GTTAAAGATTTAAAATTAGCAATAACTAATATATTAGGTGATATAGTATGTTAGAAAAAT +ACGGTATAAATTTATGGGATATTGTTAATACAATTACAGCATATATAGATTGGATTGTAT +TCTTTACAGTATTAAGTACAGTTGGAATTAGAAACGTATCTAATAAAAAATACTTATTTA +GAGTTACACTAATAACATTGTCTATGGGAATCATAAATATTTCTAATATATTCCCTAATA +CTAAAATTATTTTATGTATTATAACAGGAGTATTATTTTATAAATTATCATATGAAGACA +GTATTTATAAAGCCGTGATGATTAACTTATTATTCTGGTTAGGATTAATGATCATAGAGG +TATTATCTTCTGGAATAGTGATTTTAATAAATAACCTAGATAGTATACAGCCAATACTAG +ATGGTAATTTATTTAGATTTGAAGCAATATTTATATCAAAATTACTGTTATTTATAGAAT +TGATAATAATAAAATACTTTAAGTTATCATTAGAATTTAAGCCTAAAGACATGTTATTAA +TAGGAGTTCCAATATCATCTAACATAGTAAGTTTATTATTAATATTTGAGTATAATTTTA +ACCAAAATATATCAAGCAAAACAAATATTGCTGTATTAGGTTTTACTGTTTTACTGATAG +TGCTATCTAGTGTAACCTTGTTAATAGCAATAGGAAAGATCGTGCAAGATGATAAGCTTA +AATTGGAGTATGAGCTTATAAATGAAAGAATAAGAGCAAATCATAAAGGTTATGAAAATA +TAAATGAAATACATGAAAAATTAAAATACGTTTATCATGATTTAAAAAATCACATGATTT +GTATTAAAAACTACAGTACAAGAGATGAAATAATATCATATATAAATAATTTAGAGTTTC +AAATAAGTGATTTTGATAATTTAAAAGATACAGGAAATAAGACATTAGATATAATTTTAG +GAGAAAAAATTTATCTTTGCAAAAAATATAATATTGAATTTGAAGAGAATATAAATATTT +CAAAGTTAGGATTTATTAAAGACATAGATATATGTGCAATATTTGCTAATGCACTAGATA +ATGCAATTGAAGCATGTATGAAGATAGATAATGATTTGGAAAAAAGTATACAAGTTAAGG +CGACATATATAAATGGATTTGCAATTATTAAATTTACTAACACTAAGGTTAATGAGATTA +AATTTAGCGATAAAAGAATTCAAACAAGTAAGGATAATAAAAAAATTCATGGGATAGGTA +TTTCAAGTATTAAGTATATTGTAGGAAAATATAATGGTGAAGTAATAGTTAATTACTCAG +AGAATGAGTTTATATTAAAAATAATGATACCAATAATAAATTAGGGAGTGTAGAAATGAA +AAAAGTAGTATTAAAATGTCTTAAAAATATGTCAGCGTTAAGCTTAGGTGTAGCTGTTTT +ATCAGCAAATAGTCCGAGTATGTGGTTTGTACATCAGCCGAAAGAACCAAAAGAATTAGA +TAAATTAAAAAAAATAAGATAGATATAAAAAATCTCCTTTGGAAATAGGAGATTTTTTTA +TGTAAGGAGTAGATATGTTAAATAGTATACCAGAGAAAATTACAAGTGTATTAGTTGAAA +ATGAAATTATAGAAAGTGATGATTTTGAAATATATAGGTATGGTTTTGAGGCATTAATAT +ACTTTATAGTTAATATCTCAGTAGCGTTATTAATCGGCATTATTTTTGATAGGGTTATAC +ATACAATTGTATTTTTGAGTTGTTACTGTACTTTAAGGCAGTTTACAGGAGGGTATCATG +CTAGAAATTATACAGAGTGTACACTTACATTTGTGGTGATCTACCTAATAACTATTTTTA +TAGATAATAATATAGATGTAGATCAGTATAAGTACATACTAATATTGTTTTTGATTTTAA +GTATAATTATAATTTATAAATTGTCTCCAATGGAGCATAGAAATAAGCCTCTTAGTAGTA +GTGAAAAAAAACACTATAGAATGGTTGCTATGAACATAGTTGTAGCTGCAAGTTTGGTAT +TTATTTTAAGTATATGGTTAGATATTTTTAAGTCATATGCTATATATATTTTATTTGCTA +TTGTTTGGATTTGTATATTATTAATTCTAGGATTTTGTATAAATTTAGATAGATAAATAA +AATAAAAAATTTATGGTGGAGAAAAGTATTATTTGTAGATGCAGACTATAAATTAAGTGA +AGTGTATTTTTATTAGGAGAATAAGTATATATTAATTTGATGATTTTACATGTATCTATT +TTTTATGTACGAAAAATAGATTTTATGGTACAATTTATCTATAAATAGGCGGAAATGTAA +AAAAGTTAGAAACTCGGTCGCCAAACAGAAATTCTAACTTTTAACTAAAGCCCTACAAAA +TAAAGATAAAGATAAGAGTATCTTAATTTGTAAGATATATTTACTTTTTTATAGTGTAAT +TTTAGCATATCATGTAAATCATTACAAGATGTATCAAGTAAGTTCTCTTATCTTTTTTGA +GGGTTATTCTGCAAAGATGGGGGAATTTTTTTATGCAATTAAGTAATTTAGCTCTTGATA +TAGATATTAATATAGATGAATCAAAAAAACATTTACAAAATTTACATAAGAATAGTAAAG +GATACATAACTGTAGCATCAAAGAATCCAGGTTATAAGCAGTGGCATTATAAAAGCGAAG +AGCTAATCGAAAATGCTGAGGAAATTCTAAATAATATTAATGCTTATGTTTCTCAAAATA +CTTTTTATAAACCACAAAGAAGAATTGAAAATATAAAAGAGCTTAGGGCTATTTATATAG +ATATTGACTGCCATAATACTAAATACACTAAGGAAGCGGTTAAATACTTCTTAGAGAAGG +ATTTATATGGTTCAAAGATACCTAGACCAAATTATTTAATAGATAGTGGTAGGGGACTTT +ATTATATTATTTTAATAAAACCTGTTCCAAGTATGGCCATGCCTCTTTGGTATGCTATTC +AGAGGTATTTATATAATGAGCTAAAAGAGTTTGGTGCAGATGCTAATGCACTTGATCCAA +CAAGGGTTTTAAGGGTTGTTGGTACTATTAATTCAAAGAGTAATTCATGCGTTGAAATTT +TAGATATGGATTCTTATGAATATTCACTAAAAGAAATTCAGGAGGAGTATTTACCTGAGA +TTAGTGAAAAAAGAGAAAAGAAAAAGGGTAGACCTAAGAAGGTTGTAAGTTTATTTAATG +AATATAGTTTGTATCATGCTAGAGTGATTGATATAGCTAAGATTTGCGAGCTTAGAGATT +ATGATGTAAAAGGTCATAGAGAGTTAATTTTATTTTTATATAGATATTTTTCTTGTTGTT +TCTTAAATGATCCTGATGAGGCTTTAGAAAATGTATTAGAGTTAAATGCTATGTTTAAGG +AGCCGCTGCCTGAAAAAGAGGTAATAACTGATACAAGGTCTGCTGAGAGGGCTTATGAGG +AAAGAAAGTATAAATATACTAATGCTAAGTTGATTAAGATACTTGATATTACTTTAGATG +AGCAGCAGTATTTAAAGACTATTATTTCTGGAAAAGAGAAATATAGAAGATCTGCTGAAG +ATCAAAAAGCAAAGAAAAAGGCTAAGAGAAGAAATGAAAATGGATTAACTAAAAGGGAGC +AAGAGAAACAAGACAATATAAATGCTATAAAAAGTTTATATGAAAAAGGATATAAACAAG +TTGAAATAGTTAATAAATTAGGATTAAGTAAGGGGAGAGTATCTCAAATTATAAAAGAAT +TAAAAAAAGTTTAATGAAACGTCCTCTTAGTATTGGGGGGCTTTAGCCTGTATCTTTTTA +TTTTGGAGGAGAATGGAATGAAGTTATTATATAGTGATTATTTGATGTACTCTACATTAC +GATTAGAATGTTTCAATAAAGATAATTTAGTTTGTTTAGGTACTGGTTTTATTTTTAATT +TTTATTTTTCACCATTTAAATATCCAATACCTGTTCTTATAACGAATAAGCATATTATTA +AAGATTCTTTTATAGGAGATTTAAAGTTTACGTTATCTGATAATTCAGGCAATCCTTTAG +ACAATGAATTTGTAGGAATTAAATGTACTAATTTTGCAGATAGATTTATTATGCATCCTG +ATAAATCTATTGATTTATGTGGTATGTTTTTAGGTGAAATAATTAATTCTCTTAATATGG +AAAATAAAAAGATATTTTACATTCCATTAGAGAAATCAATTATTGCTACTAAATCTATTA +TGGAAGGGTTGCTTTCTGTTGAAGATGTAATAATGGTAGGATATCCAAATGGAATTTGGG +ATGAAGTTAACAATAAACCTATTTTTAGAAAAGGCATAACTGCAACAAGTCCTAAATTTG +ATTACAATGGAAAAAAAGAATTTTTAATTGATTTAGCATGTTTTCCAGGATCAAGTGGAT +CTCCTGTATTTATATATAATGAATCTGGATATACCGATAAGATTAATAACTCCTATAATA +TGAGTTCAAGAATAATTTTTGCAGGTATACTAAGAGGTGGGCATGAGTATACAATTCAAA +TAGATGATGAGGTTAATGGTACGGTAGAAACAAGTATCCCAAATAATCTAGGTGTTGTTA +TTAAAGCGGAAACAATATTTGAATTAGAGGCTGAAATGTCTAAAAAATTTTATTTTAATA +TAAGGAGGAAAATAGATGTATGTTAAATAATATAAATACTGTTTTTTATACAGTTACATT +TATTCTTCCTGGATTTATTATTTCCTATATTAAATCGAAGTTTGTTCCAATAAGGATTAT +ACATACTTCAGAATACATTTTTAGATATTTCTTTTATAGTGCTATAAATATGTTTATATC +TATTCCTGGTCTTTATTATATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATG +TTGCATCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAGGTCTA +>MGYG000000001_57 +TTTAGCTAAAATAAAAGAACTAGTATTTGGATAAAATTTACAAATACTAGTCACTATGGG +TCTATTTTTTTGCAAAAAACATTTCACTTTATTTGGAAATTAAATTTAATTAGCACAATA +GATTAATATGTAAAAGTGAATATTATTTGTACTTTTTATTTTCGCTTCTAATACTATAAA +AATCGTTATTTGTACTTTCTTTGTATGCATAATCTAAAATATCTTCTTTATTAAGATTAC +TTAATGCATATTTATTTCCTCTTAGATGTTTAGTTTTATCCTCATATATTATATGAGATC +TTACTTGTTTCATATCTTCATCTGTAATATTATAGAAATTTGCAATTTCCTTATCTGTTA +GGTTGAGCGTGCTTAATTCTTTTACTGCTTTGAAATCAATTACACGATTATTATATCTAT +GAAAGTATTTGTTATAAATATTGAATGCTTTGTATTTATCTATATTCAATTTACTTGATA +TAAAATTAAATCCTTTAGATTTCTCTAATAATTTATATATTTTTAAGGCAATCCCTATTT +CTTTAATTTTATTTCTATAATCATTATCATTTATTTCGTTAAGAGTTAGTAGAACTTTAA +CTTCATCACAGTTATATAATTCTGCTATTTCACTTACTGTGACACCTCTATCCATTAGAT +GTTTAGTCATTGCTTTACTTATATTTGTACCAAATTGTAAGGTTTCTTCTTGAAGTAATT +GTAGTACATCAATGGTATGCATCTCTAATTCTTTAGCTATATAATTGTAGTTACTTTTTG +AATTTAGTATGATTTTTATTTCTTTTAGTATCTTAGTTTTATTTGCTCTTATTTCTTTTG +TGGTTTTTATATTGTCTGTTTTTCTTAGAAACTCGTCTTTACATGGAGTTCCTACTTTTC +CTTTCATAATTCTGTACCCTCCACCCTTTGTATACTTTTATAGTTCTATTTTTTATATTT +AGAATTGAGAGAGAAAATATATCTCCATTTTTGATGTATATTGATTATACAATATCATCC +TTTATATCTTCATAAGCAAATAAAGGTATATCGTATAAATCACCAAAGTTGTCATATATA +ACCTTTGATGCTTTTAATAAACTATTTATAGAAGTTACATTAGGTATTGTAATTCCTAAT +TCTTTTGAAGTTACTTTAACCCTTTCATCTGGTACGCAACATAATTCTCCTGGAATGCTA +CTAAAAACTGATTGGCATCTTAACTCTCTTAATATCAATGGTATTTTTATTCTCATTTTA +TTTTTCCCTGATCCTAATCCTTCTAATTTACTTATATAATCAATAAATATGTTAAAATCA +TTATTTTCATTTGATTTTAATAAGCTATTTTTTATACTCTTCCAGTTATTTGCTATGATA +GAGACACTAGAATAATAATCTTTTCTAAAACTTACTTTCTTTCTTGGAATAAGTCCACTA +CACTGTTCTACTATTAATTTACTATTTTCTTCTCTTTTTTCAATTTCTTTATTTATAAAA +TCATTGTTTAACCATAAGTCTATTTTATCTTTGTTGTTTAATTTTAAGTAAGTTGTAAAA +AAGGCTGCATTTTCCCATGGTCCTGTTTTTGACCATGATGATGCTAGTACGAATAATAGA +AATAAATCATCTTCCTCATTCAAATCTAGCTTCATTTTTTCATTGTTTGGTAACTTTATA +TTAAAGTTTGAAGTCCATCCTTCATATTTATTATCTTTGCCTATATTTATATATGATAGC +TTTTCTTTATTTTTTATTACTGCCTTTATTAGTTTATCTTTCATATTTTCTCCTTTTGTA +TACGATTTATCTATTATATTTATACTCTAAAAAGCTATATATTAAACTAAATTATAGGTG +TTAATGGGTATTAAAAAAGATGACTCCTATTCAATACAGAAATCATCTACTAATGCTGCA +TAGCATTCAAAATTATCTTGATTAAGGATACATTTTAAACTTCTTTATATCTTTTGGAAT +TTATTTTATAATTTGTAAAAGATATAATTTAATTTTAACCTATTCGCAAACCCAAGTTAT +AACATATTTAAATTTGCTATCTATATTGCTAGGTTCTACAAATTCAAATCTTCCTTTTAA +ATCCTTTTCTTCTAATGTTAAATAAAAATGACAAAGAGCTATTCCTATATCAATTTTATT +CATTTCATTCTTATAATCTAGATAAAAATGAAATCTATTTTTATCTTTTAAAACTCTCCA +CGGCTGTTTATTTAAAGCAGATGGAGCTAATCTAACCATTTCTAATACTTCTAAATACTC +TCCTGCGTCTTCTTCTGAAAGTTCTTTATCAAAGTTTTCATTAAAGAAGATTTCTGAAAA +ATCTTTTCTTTTGTTATTATTATTTCCTATTAGTCTTGATATAATTGATTTTTTACCACC +TTCATATCCTACTGGAGATACTATCGGAAGTGTTTCATTTTCAGCTAAGTTCATAGCTTT +AGAAAACTCTCCTCTATTGAAGGTTCCTCCTAGCCATACTGTTCCAAGTCCTAGCGATGT +ACAGTATAAAACCAATTTTTCAAATGTAAATCCAAGAGATTCTAGAACAAATTCTTCTTT +GTTGCATGAAGTAGCTAAAAAGTATCTAGCTCCTTTTATTACCCCATAGGTTCCTAATTT +AAATTCTTGGTTGTGGTTGTTATTTTCTATTAGTTTAATTCTTATTTTTTTGTTAAAAGG +GTTGTCTATGCTATTTATGTAGTTTTCTATTTTTTCTATTGTTTCTTTTGATAAGGGTTT +ATCTTCGTAATTTCTTACTGATTTTCTTAGTTTTATAGATTCTACTACTGATTTTTCAAA +CTTATTATTCATAGTATTATCTCTCCTTAATTTTTATTATTTAAGGTATATCTTATTATA +TATTTTAATTCAATCTATTTTATTATGTTATTAATATTTCATTCTTTCTGGTATAACTCC +TCGTACTCCTCCTTGAGGTGAATTTGTATCTCCCTTATATCTCGGAATAAGATGTATATG +GACATGCATCACTGTTTGTCCAGAGTATTCTCCACAGTTAACTCCTATGTTGTATGCATC +TGGCGAGTACTTTTCATCTAGTAGTTTTTTACCTTCATCTACTAGATTGAATATTGCTTC +TCTTTCTTCTTTTGTTATATCAAAAAAATCTTTTACATGTCTTTTAGGTATGAATAACAT +ATGTCCTTTATTTACTGGAAACTTATCAAATATGGCGTATGCTAATTCATTTTCTAGGAT +ATAATTGTCTTTCATATTACAAAATATACAGTTCATAATTTCTCCTTAGGTCTGTTATTT +AATAGATAAATAATTGTTTACTCCACTTTTATTAATATTCTTTTATTTTTTCTGCTGCTT +CCATTATCTTTAATTCTATTGTAAACTCTATAGACTTTATAATTTCTTTACTTATATCTT +TTCTATATTTTATCACTTGCAAATCTATTTTTATAATATTCCTTTGTTCTAAAATCTATA +GCATCCTTAATATTTTTAAGGAAATATTTATTATTTAAAAACGGATTTAATTCTTCTTTT +AAACACACATAATCATCTTCTAAATAGAAAAACTCACTACTTTTACATAAAAACTTAACT +GGATTTTTTCTAGCTAAATTTATGTACTGCTTTTCTTCCCAATTCTTAAAGTTTGAAGTT +GATTTATCTCTAAGCATATCAACAGCATTAGATCCTTTACTATAAAACTCTTTAAATGAT +TTATATAGATCATCATCATTTATTTTTAACTTCATATCTCCATTATTATAAAAAGCTAGT +AATACTGGTATCTTGTAGGTTTTACTCATACTCGTATTTTCTATAAAGTTTATAAACTCA +TATGCAAAACTATCTTTTATATTAGCTTCATTTTTATTAATCTCATTTACTGAATCTAAA +AAATTAATATAATCCTTAAATATATTTAGTTTTGCTTTCTTCTTCATATTAGTATAAACT +GTGTCATCCATATAAGTAAACATCTCTACCCTTGAAGGTGTGTAACCTAAATCTAATTTT +ACTTTATAAAATTCTTCTTTAATGATATCCCCTAGCTTTTGATTTGCTTTTCTCATATTT +TCAAAAATATCTATTATCCTAAAATCAAAATCTATAAAGCAATCTTCTGGGTAATCGTCT +TCACTAGGTATATATGTTTCTTCATGTTTTCCTATACTACCTTTTCCTGTTAGTATATAC +GGTGCTAAATTTGCTTTTTTATAATTCCCTATAAAGTCTAATACATTAAGATATTTTTTA +TCTTTTGATATTCTAAGCCCCCTACCAAGTTGCTGTAAAAATATTGTACTAGACTGCGTA +GGTCTTAAAAATAAAACCATATCTATTTCTTTTACATCCAGCCCTTCGTTAAACATATCT +ACAGAAAATATTATCTGTATTTCTTCATTTCTTAATTTATCTAATGCTATATTTCTATCT +TCATTATATTGACCTTCATTTCCACTATATACAGCACATGCTTTTATATTATTTTCATTA +AAGAATTTCGCCATAAATTCTGCATGAGCTTTGCTAGTGCAAAATCCTAATGCCCTTTTT +GATCTATATTTTTTATAATGACTTAATATTAAATTAGCTCTTTTATTTATACTTAAAGCT +TCTTCTAATTGCTTATCATTATACTTTCCATTTTTAAATTCTATATTATCGTAATTTACA +CTTTCATCATAAATTCCATAATATCTAAACGGAACTAACCATCCTTTGTTTATTGCATCT +TTTAAAGATACTTCATACACAGTATTATAATCACATATACTAAATACATCTTTATTATCC +ATTCTATCTGGAGTGGCTGTAATTCCTAATAAAAATTTTGGTTCAAAGTAATTTATTATG +TTTTGATAATTCTTTGACGCTGCATGATGAAATTCATCTACTACTATATAATCAAAATAA +TCTTTTGAGAAATACTCTTCTGATAGGTACTCTTTTTTTCCTAAGCTTTGTACTGATGCA +AAAACTATATCTTTATTTGTATCTTTTATAGAATTCATAAAATATCCCATATTGTACTCT +TCTGCACTTGAATTGTCTTTATCATAATATAAATCATTTTCAAAGTTATTATTATTATCT +GCAACTTGATCTACCATAACACCAAATTGCTCATCTGTTCTAAAATTTATAATTTTATCT +TTTCTTATATTTTTAAAGCTTTCATAAGCTTGTTTTAAAATTTCTTCTCTATGAGCTAAA +AATAAAACTCTATTAAATTCTCTACTATCAAATGCTGCTAAGTATGTTTTTCCTATTCCT +GTAGCTGCTACCACTAATCCCTTATCATAACCTTCTTCTCGGCTTTTCTTAAGTTGGTAT +AAAGCTTCTATTTGTGCTCCTCTTGGCTCAAATAAATTTACTATATTACCCTCTTTTTCT +TTATATACATAATTTATAGCTTCCTCTTTACTTGATGAGTTTGAGTATAATTTTGGCTTT +TTCCAAGTTTTTGAGTATCTTTCTAATTCTGTATCATCTACTATTATTGATTCATTATTA +AACAAATCTTCAAACATAGCTTTATAGTAATTAAAGTCTTCTAATGATTTATTTTTATCT +ATCCTATAATTCCACTCTAGCCCACTAGTCCATGCTGAACGTGATAAGTTTGATGATCCG +ATAAATATTTCTCCGCCGTCATCGTACTCAAATATATACGCTTTTGGATGGAAACTTCTT +TTTGTGTCATTATAGAATCTTAAATCTACATTATCACCTAGTATATCTTTTAATAGGTAT +AGTGCTGATGGTTGTGTTATGTTTAAGTAGTTCCCTGTTAGTATTCTTATTGGTATGTTT +TTGTTTTTTATTTCTTCTAAGTCTTCTTTTATTAATTTCACTCCTGATTCCATTAAAAAT +GAAACTATTATATCTATTGATTTTGCACTATGTAAACTTTGTTGTATGTGTTTGTATAAG +TGGTCTTGGTTTCCTGTTATGCAGTTTATGTTCATATTTATATCTCCTATTTTAATAATA +ACTATATTTTATCATTTTTTGACATTCATATTTAAAGAGTTTATAATTTTTTTATACTAG +TTAGGAGGTTTGTTATGAAAGTTTACGATAAATTAGTTAGAGATAGAATTCCTGAGATTA +TTGAAGAATCTGGGAAGAAGTGTGAAGTTGAAGTTGTTAGTAATGAGATTGCTCTTGAAT +ATCTTTATAAGAAGTTAGGTGAAGAAATTGATGAGCTTTTAAGTGATAAAAATGTTGATG +AGATTGCAGATGTTATGGAAGTTCTTTTTGCTATTGCTAAAAAGTATGGTTATAGTGATG +AAGAGGTTCTTGATGTTAGGAATAATAAAAAATCTACTAGAGGTGGATTTGAGGATAATT +TAGTTTTAAAGAAGGTATTATAAGATCCTAAAGGTTCAAATTGAACCTTTAGGATCTGCT +TTTTAACTTATAAACACAATTTGCCAGAGCTAACAGTATTTTGCTACACATACTTACAGA +TTATATTGTATATTAGTAATATTTTATATACTTATTACTAAAGCTTAGCTTTCTTTCTTT +TTCTGTGATAAATTAGTCCACCTATTCCAGCTATGCCACCTAATCCAACTATACCTAAAG +TATTTTCCTGCTTTTTATCACTAACACCTTTAACATAAGACTCATTAATTACTTCTTTAG +CTATATCCATCTCTTCACTTATATATAAGTCTTCACCTTCATAACCTAAATTATAGGCTT +TTTCTAATTCTTCTTCTAAACTAGAAATTCCACTATCATAACCATCCTTAAACCATCCGA +TATATTTTTCATTATCTTCGTCTATCGATTTGTACTCTTCACCTTTGATAGCTGAATTAA +ACCCTAACATGTAATATTTATTTTTTAATTCTTCTTGAGCATCATTATATGACTGTATAT +ATGCATTTTTAAATTCCTCTTGAATATCATCAGGAAATTCTATCATATCTTTATTTTCAT +AACTATCATTTTTACCTTGTAAAGTATACTCTTCTATTTTAACTTCTTTATATTCACTAA +AACCTTTTTTATAACCTTCTTCATATGCTTCTGATAATGATTTATTTGTATAGGTATTAT +TTAATAAGGTTCCTGAAAGACCTATATTGTATCCACTTTCTTTTACAGATGCTACTTCCA +CCTCAAGTTTTTTACTACCCTCAGAATATCCATTTTCATACCCTTCATTATACTCATCAT +CATAACTTCCAGAATAAGATGATGTATCTATAGCGTAATTATTATACCCATCTTTGTATC +CTTGATTATAACCATCAGTTTTCGCTTTCTTTTTAGCACTTTCTACTGATGATTTAGTTG +TTTTAGATGATGTTGATGACGATTGACTTACTGATGTTATTGTATTTGTTGTCGTACTTG +AACTTTTATACGGACATCCATTAGTATGTAAATGAGCAGGATGTCCACCACAGTGATAAT +GATAGCTACCTAATCCTGATTTATTTTTATTATCTCTGTGACCTCCTGAAGCATCAGTTC +TTCCAGAATGAGCACTTGAAAAACTACTCATGCTAACAATTAAAATTGATGTTATAATTG +TATATTTTTTTGACTTAAACATAAATCCCCCCTCAATTGATAAAATATCATAAAATATAC +GAATTAAAGTATAATACATATTTTAATAATATTTTGTAGAATATTGTCATAAAACTAAGA +TATTTTTAATTTAAATCAACTTATTTTGTATTTAATAAATTTTTATTTATCAAAATTTTT +AATATTAACCTTATTTAAATATTTACTTTTTTTCACTTCTTTTATAAAATATCACTCTTC +ACACTTTTCTTTCCATTTGCTAAGTTTTTATTATATATACTTTTTACAGTCTCAATATCT +ACATCATTATCATAGCTTTGACTTATTATGGAACTTGCTACTATTATAACATCCAGACAT +TCTTCTACTAAATCTTCTTTCGATCTTTTCTTATATCCACATCCACAAGCATTAGAATAA +CTTAACATTGCCTGTGCAACTTCTCCTACTTCTTCTGATAGTTTTAATGTTCTTTCTAAT +AATGTTTTTTTATCTATTTCTGTTAATCTTGATAGTTCTTCAAAGTTTACTAATTTATTA +TCTTCCATTTCTAATCCTCCATTTATCTACTATTAATTTCTTCGATGTAATAAGTACATA +ATAACTATCCATTTATATGGTCATATACTTTCCGTATATTTTATATCATAATTTACATAT +AAGAGGCTATAGATCAAATGTATCTATAGCCTCTTTTTAATACCTTATTTTAGTAATTAC +TATTTATATTTTTTATATGATTTTCCTTAACTACTTCATCCACATTAGAATAATTTTCTA +ATTTATTGTATATTGATTCAACTTCACTATCGGTGTATATCTCATTTTTAGATTTTAGTA +TTTTATTCATTGTATATTTTAGCTTGTCTCGTTTTATTACTTTTAAATTTTCTTCTTGAA +TATCCATATTTCTTAATTTACATCTTTCACTAAATACTATTATTGAATAAAAATCCTCTT +TACTTAAATCCGGTAATACTTTATTCAAATATTTAATGTGAGTTTTATTTTGAATTATTG +GACTATAAAATCTATTCCTCTTGTTATTGTCTAGAATTTGCATCCAGTACTTATTTTCTT +TAGATCCGTAAATCTTTCCACTATAATTTTTTGATTCTATTACATACATTCCTGTTTTAT +TTATAAAAACTAAGTCAATTTCCGTTGTGGTATTATTCTTCGGTATATAAAGATTTGTTA +GTATCTCTCCATTCATTTTCCTTAGGATATTATATGTTAGGTATTCTCCATATACACCTT +TATCCTGTATTAGCTTTAATATTGATATTTTTGTTATGTTTCTATATTCTGTACTTTGAA +AATAGATTTGAGTTACTTTTAAGAAAAACAATAACATTGGTAATAGTGCAAATAGCATTA +TGTATTGAATTGTATTCACATCCTTTTTATTCTTGATTATTGTCATATAAACCTATTCTT +TATACACTAATACTTTTATTATTTGTATTTATTTTTAGTTTATATTATTACATTATTGTC +CATATTTACTAATAGAGGTGATATCATGACAGAAATTCTTAATATTATAATCACTTGGTT +AGCAGGCCTAACTGTAATAGGCATAATTCTAGCAAGTGTAGGTTTCTTTAGATAGTAGCG +CTTGACATAAACCCAAGCACTACTATTCTATCAAACTTATAACTCTACTCCATCAGTAAA +AGCTTTAATCCATTCTCTTATAGATCTATCCATCTCTACGGAAAAGTCTGCACTAGTCTT +TCTTTTATACATCAACTCGCCAAAGCTTCCTGCATTAAAAACATTAGATTTAGGCATACT +ATTTTCCTTATCTTCAAACATTTTGATTAAATCCTCATCATCTAACTTTTCATACTTTTC +ATCAAATACAACATACTCTTTTTTAAATCTCTCTCTATATACTCTCTTAGTATTTTCTGG +GTAATATCCAAGAGTTATCATAGCTGCTGGGAATGTGTAATCTGGTAAGTTTAATAATTC +CTTATGTACTTCATAATTTTCCATAATATCTCCAATATAACAACTTCCGATACCTAAGCT +TTCTGCTGCTAAAACAGCATTCTGGCATGCTATAATTGCATCATTTACCGATAGCATAAA +ATCATTCATACCTGGAGATTTTATATCTTCTACCTTACATAACTTATAATAATCATACCA +TTTTTGCATGTCTGCTAAGAATATTAATATTACTGGTGCTTTTTTTATAAAAGGCTGATT +ATCACAAGTTTTACTTAAAGTCTCTTTCAATTTTTCATCTGTTATTTTAAGTATGGAATA +CATCATCATGTTTCCTGCGGTTGGTGCTTTTATTGCACTGTTTATTATTGTATCTAAATC +TTCTTTTGATATTTCTTTTTCTTGGTATCTTCTTAAAGATACTCTTTTATTTATAGTTTT +TATAACCTCATTCATATTTTATACCCCATTTATTTTAATTATATTTAATCATTTATATTG +TAATAAGAAATAAGGTACTAAAATATATACTAAAATATTTATTAATGAATAGTTCCTATA +CCTATCTTAAATAATTATTTCAAGAACCTAAACACAAAAGGTCTCTTCAAATCCACAGCC +TTCTTAGGGCACAACTCATGACAACAAAAACATCTTATACAATGATCTAAATCAATAACA +GGTCCCTTATTCTCCATACTAATCACCTTAGGAGGGCAAACCTTACTACATTCACCACAC +TTAACACATTCCTTATAGTTAATAACTGGCTTTCCTGCTAGCTTTTTATTCACAAAAATC +TCAATACTCTTAGGTACAATCCCTCTTAAAAAACTTATACTCCTATTTGAAGGTATCTTA +AAATCTTTAATTACCTTATCTTCTACCTTTTCACCTAGTACACATACATCAGAAAAATCC +TTCTCTATAAATTCTCTTTCTACGCATCTTTGAACAGTTGGTACTTTATTAGGATCTAAA +TTTATAATATTACAAGCTACAACGTCTATAGCATAAGGGCTTTCAGAACCTAGTAATACA +CCTATCTTTCTAGGAACACCTGCTGTTGGTCCTTCTCCTTCCATTCCTATTACACCGTCC +ATTATTGTAAGACTAGGCGATACATAAGAACAAATATCAACTAAAGCTTCTGTAAAGTCA +ACTACCTTAGGCATCTTAAAATGATACTCTGCCTTAGAAACTCCAGGTATAACCCCAAAT +AAATTTTTAACTCCACCTGTAAAAGTTGCCATAGCATGAGTTTTTAATTTACATATATTT +ATAACATGATCTGCATCAACAATTGGTTTTATAACTGTCATGTACTTAAGTATTTTTCCA +TTTGGATTTTCCACTTTTACTTCAGATATATCATAATTTAACTCTATTCCAAGTTCTTCA +CATACTTCTTCTATTCCGCAGGTTTTATATACACCTTTTAAAGATGATTTTGTGTATGGT +CCACCTGGACTATCACCTACTATTACCTTACATCCTAGTTCTAAAAGCTTCTCTGCAATT +ACTTTTAGCACCATTGGATGAGTAGTTGCTACTTCATCTGGCTTTTTCTTAATAACTAAG +TTTAATTTTATAAATACTTTACTATCTCTTTTTATATATTCCTCAAGTCCACCTAAGTCA +TTTATTAACTTCTCGACTTGTGATTTTACTTCTTCATACTTATAGCTGTTACAACTTCTA +AGTGAAACATTTTTCATATTAAAATCTCCTTTTATAATAATAAAATAGTATTATCCCTAT +ACCATTTATATCCAAATAGCCTAATTAATTATATCATTTGCTTTTTCTTTTTTATACTTT +AAGAGCTTATCTATAATAACTTATTAAAGTGTTTAAAGTTTATATTACTTAAATATTTTT +GCTGTTAATTATGTACAATATAATTATATTAAGAAAGGTTTATAATAAATTTTTTATAAA +AAGGAGAACAGTACTATTGCTAAAATAACTATTGGTGATGTTATTTTTAAAAAGCCTATA +GGGCTTAAATCATAATACGATAACATTACTCATGGTATTGTTTGCGCTACTCTTTTACCA +CCTTGCACTAAATTAATTATTGAAAGATTACTTGAAAATAAAGAAGATAATATGATTTAT +TTGAATAAATATAAGCTTGTTGGTGAAATTTTATATAGTGATAAAGCATCTACTGTTGAG +GAAGGCTGTAAGATGCTTATTGATGAGCTTTATGGCTTTGTTGAAGATTTTTATATTCCT +AGGTTATCACCGTATGATATTTGTGAAGATGATTTTGATAGGATAATTAATCGTACTAGC +AATAAGTTTAATCCTGTTGCTTTATCTCATGAAGATTTATATTATATTTTGAAGGAAAGA +TTATGATTATAAAATTCTTTAAATGGGAATAAAAACATTATAAAAAGCTCTTTTCTTAAA +ATATAAAGAGCTAATAAAATGTGAAGGTGTTGTAATTATGAAAATATATACAAGAACAGG +AGACAAAGGTCAGACATCTCTATACGATGGTACTAGAGTTGATAAAGATAATATAAGAGT +TGAGTCTTACGGTACTCTTGATGAGCTAAATTCCTACATAGGACTTTGTACTCTTTATGC +TGAAGGTGAAGATAAAAAAATATTAAAAGATTTGCAGCTAAAGCTATTTTCAGTTTCTGG +AGAGCTTGCTACTAAAAAAAATGTTAAGTATAAAAATGTAGTAAGTGAAGATGATATAAA +AAATCTAGAAAATATAATAGATTGCTATATTAAGAAAATAGATGAAGTAAATGCCTTTAT +TATACCTGGTACTAGTTTAATTTCTGCAAATTTGCATATTGCTAGAACTATATGTAGAAG +AGCTGAGAGAAGAATTTATACTCTTAGTAAGGTAGAGTCTGTAAATCCTCTTATAATAAA +GTATGTAAATAGACTTTCTGATCTTCTTTATGCTATTGCCAGATATAATGAAAAAGAGCT +AAATTACGTTGAATTTTAAAGTTCATACTCTTATCCTCAAGTAATAATACTACTTGGGGT +ATTTTAAATTTTCTAATATATCCTTACTTTGAGTTAAAGTGGCTCCTCCATCTACCTCAT +TATTATGTATTAGCTTTTCTTTCTTTTATTTAGCGAAGATAATCCTGCTAAAGTACTTGA +TTTGAATTATGTTGTTGCTAAGTTTGATGTTGGAATGTAAGCAGATTTTTTAGTTGCTAA +TGTATATAAAATAAGAACTATACCCATTTAGAATGAGTATAGTTCTTATTTTATCTCAAT +CTATAATTCAATTTTCCATAATCCATGAAGGTTACAGTATGCATATACCTCTAATACCTC +TTCATTTTCAGCTAAAGCAAACTCTATAATTGGTTCACTGTTGATTTCTAGACATTTTCG +CTGTCCACCTTGTTTAGTAAGTAGATATATCCAACTTATATGATGTTCTTGAGTCATAGG +ATGTAAAGTGCTACCAACTTGTACTTTTACTTTATCATCATTTATAGTTACTACTGGTAT +ATGTTTTTCTAGTGATGCTTCTGTAGTATTCGCCACTAGTTCATTCATTTGTTTACCACA +ACAGACTACTTTAGGTCCTTTACTTTCTATCATTTCTATTATATTACCACAGATACTACA +TATAAAAAACTTTTTTGTGTTATTCATTTTACAATCCTCCATAATATTAAAAATTATCAT +TATTAATATTATGCTGTATTTAATTAATCGATACCAATTTTTTCTATTCTATCAAAAGCT +TCTTCTAAGATTTTAATATCCTTATTACAAGTTAGTCTTATATAATTTTTATATTCCGCC +CCAAAAATATCTCCAGGAAGTACTAATACTCCATTCTCTAGCAATAGATTTGAAAAGGCT +ACTCCATCTAATCCTGTCTTCTCAATGTTAATAAATAAATATATACATCCTTGAGGTGAT +TTCACATCAATATTATCTATTTTATTAACTCTAGAAAAAGCGTACTTTATCCTGTCATTA +TAAACGCCTTTTAATTTACTACTTATTTCTTTTCTAATTTTAAGAGCCTCTATAGACCCT +TCTTGACATATAGTAGGCGCTGAGTAAGTTATACCATCGTTTATATATTTTGATATATTA +ATAATTTCTTCACTGCTAATCATGTATCCAATTCTCCATCCTGTCATTGCATAATCCTTT +GACATAGATTTAAATACAATTGTGTTAGTAAGGTCTTTATCTATTTCTAGCATTGATACA +AATTTATTATCATCATATGTAAAAGCTGTATAAACTTCATCTGATAATACCATAAAATTA +TTTTCAATACTTAACTTATATATACCTTCTAATAAACTTTTAGGATAAATTGCTCCAGTT +GGATTATTTGGCGAATTTATTATTATTGCCTTAGTTTTATGTGTTACTTTTTCTTCTATA +TCTTCTATAGTTGGTATAAAACTATTTTCTTCACTAGTCTTTACTAAAACTATATTTCCA +TCTACTGAACTAACTTGATCTATATATGCTGGATAATAAGGTGCAATTACTAAAATTTCA +TCGCCTTCATTTACTATTCCTTGTAATGCTAGATACAATGCATGTCCAGCTCCAATAGTT +ACTATAATATTTTCTAAGTTTATTTTACAGCTATAGTCTTCTTTTATAGATCTTACTATT +ATATCTCTAAACTTAGGATCTCCTAATGGATGAGTATATAGTGTATGACCTATAACGTTA +TTTCTTGATGCTGCATCTATAACCCTTTGATCTGTAAATATGTCATGATCTCCTACACTT +AAATCTATTATATCATTTCTTAAATTTACAGTATCTGATGCTGTCATCATTGCATTTGCT +TTTATATTTTGATATTTATTTGATATAAAACTCATACTCTTTCTCCTTACACTATTTCTA +AATAAAAAACACTTAATCTAAAAAAATAAAATTTGCAATTAAAGTTATTATTGGTAATGT +AATTATAGTTCTTTCTATAAATATTACAAATAAGTCTTTTATATTCAAAAGAATATCTGA +TTTTAATATTATTACTCCTATTTCAGTCATGTAAATTAGTTGTGTAAATGATAATTCCCC +TATTATGAATCTTGTAATTTCTGACTCTATCACTGCTGCTAATACTGATGATAAAAATAA +GTGAGATATTTTTAAGAAAGATGCTACTACTGTTGCAAATGATAGTGATACTAATGAGGA +ACATGATACTATTGCATTTATTGCACTTCTTCCTGGGACTAAGAATAGTGGACGCATTAT +ACCTTTTATCAAAGTTCCAAAAAAATCCGTAATTCCGTAATTAAGTAATAAAGGTAAGAA +GAATCCTGATAATAAAAACCATGTTATAATAGTTTGCATTAAATCAAATAATAAAGTACC +TCCAGTTGCTGGTGAATGTATAAATTCTAGTCCTACTTTTAAAATGTACTTAAGATAAAT +CTCCTGAATTTATAATTTTTATTTTTAGGTTTATATTCTTCTTGTTTCTCCTACCTTCCA +TTTCTATCACCTCCTTGTTTTCATAATAAAATTCATTTTATTTTATTGTAATAAAAAAAC +GCCCCTTGGTTTATTAAAACCAAGAGACGATTATCCGCGTTACCACTCTTATTGAAAATT +ATATTTATTTATAATTTTCCTCTCAAACTCTTAAGGCAAGTAACCTATCATCATACTTAA +TTTCCGATGATATCCTCTAAGGCTCTCTTCATTGTAAACTTAATTATTAGGCTCACACCA +AACCTAACTCGCTGAAACTTTATTTACAGTTACTCTCCTCTTCACTGGATTTATTTGGTA +TTTTGTTTTTCTAAAAAAATATTTAATTTTTAGAACTGTCAATATTTTTTTATTTAAATT +ATTCCCTCACTGCTTCTGAATATTTTTCTAATGTAATATCAAAATCACCTTGAGATAACT +GTTTAAACTCAATCTTAATTAAGATTAAAGATAATATAACTGCAATAAAGTCACTAATTG +GCTGTGCTAAAAATATTCCATTTATACTTAAAAATTTCAGTAATATAATTATAAATGAAA +TTAATGCTAATACTTGTCTTATTAAAGTAATAAGACTTGATGCTGTAGGCTTTCCAATCG +ATTGGAAAAGTGTAGTCGCCAACATTACAAATCCAAGTACAAGAGTTATTATGAAATTAA +GTCTTAGTGCTGTTACTCCAACAGATAATAATGTTGCTTTTGTAAAAGTTTCCTTTACTC +TTTCATTATGTCCTGCACTATAATTAAATCCTATTATTGGTTGGATAACTTGACTTATTC +TAGATGCTGGCATAATTACAAATGTCATGATACTAGATATTACAGCATAAATACTTATAG +CTATGTCTCCACCATATTTTCCAAATTGACTATTATAAACTAAAGCTATAAATCCCATAG +CTATTTGCGCTATCCAAAATGCAAAACCATAACTTAAAATTTTGTTTGATAGATTTTTAT +TTATCTTAAATATGCTTATCTCTACTTTAACAAGAGTTCTTCCTGAAAATATTAGATATA +CTCCAAGTATAGTAGATAGAATTTAACCTAAAATAGTTGCAAGTGCAGCTCCTTAAACAC +TCCAATCTAAAAATACTACAAAAACTAAATCTAAAACTACATTTGCTACAGCACCTATTC +CTGTTACCATCATACCTAATATAGACTTCCCTGAAACCTTAACAAAATCACAAAATACTA +ATGTTAATCCTTGAAATATACATCCTATTGATACTATTTTATAATATTGCATTGATAAAT +CATAAGTAGTTTCTGCTACTCCAAATATATATAAAAATTTATCCGCAAATATAAATAACA +GAAGAGTTAGTAGTAGCTCAAAAAATATAGTCATTATAAATGTGTTTCCAAATGAAATAT +TAGCTTCTTCTACTTCATTTTTACCTCTAAATAAAGTAAAAAGATTTGATCCATCAACAC +TACACATTAATCCAAAAGCTATCATCATAAATGATAATGGGAAACATATTGATAATGATG +CTAAGGCTGTATTCCCTACATAATTTCCAACAAATATTCTATCCACTATATTATAAATTG +TTGTAATTAATAATGATACAGAAGCTGGTATAGAAGATTTTAAAATTAGAGGAAATAAAC +TTCCCTTTGAAAAATCTGCATTGTTATTCATTTTCCAATCCTTCTTTCTCTATATTTTTC +ACTGCTTTATACATTTTTTCTATTATATCTATAGCAACTTCACATTGTTCAGAGCTTATA +TCCTTTAATTTATAAGCTATTCTATTATGATACTCAACAACAAAATAGTTGTAATACTCT +TCTCCTAAATCTGTAAGTGATAAAGTTACTACCCTTTTATCTTCATCCTTATTCTCTTTG +TTTATTAAACCTTTTTCATCTAACTCATTAATTCATTTAGTTACACTTGGTGTTGTAATT +TTTAATGCACTACTAATATCGCTTACACATACTTTTTCTTTTATTATTCTGGTTTATGCG +ATGCAATCAATTACATGTATATGACGTGATTTTAATCCTTTCGGTAATTCTAACATTGTT +TCAGTAATACGCTTTGCAGTGAAACATGCATCAAGTAAATATTTAACTTTATATCTATCC +ATACTTTAACCTCCATTTATTCTTCAATATAATTACTATTAGTAATTACATTTTTATTCT +TATTTTTTGTCAATTAAATTAGCTAATATCTTTTTTCTTCTATTTAATTCCTCTAGTCTT +TTAATTTTTTTATTAATTATTGGTTAAAATAAAATAAATATTAAATCTTTTATATAAAGG +AAACCTTTTATATGGACTTTTTACATGATCAGGAAACACTTAGCACTATTGATTGGATAC +TTCGTGCTATTATTGCTTTTTTCTTTTTGCTGGCTATTGCAAAGCTACTAGGGCAACGCT +CTATATCTCAATTAAGACTAATTGATTTTGCTATTACTTTAGTAATTGGTAATATTATTG +CCCATCCGCTGTCTGATGAAAAACTTGGATTAGAAGGCTCAATCATCACAACACTTGTAT +TAGTTATCCTGTATATTTGTGGAGTATTCATAACTCTTAAATTTCCGTCTCTTAGAAGAC +TTGTTGATAGTCCACCAATTACAATTGTTCAAAATGGTGAAATCCTTCATGATGGATTAA +AAAAAGCAAGAATATCAATTGATGTATTACTAGAAGAATTACGTGAAGAAAAAGTAGATG +ATATAAAAAAATCCCCTAAAGGGGACCTTGAGTGGCTAACGCCACTCTTATTTGTTATCA +CCATCTTTGTAGTAAAAATCTGCATCACAATTAGGACATATCAAAATTGGCATGCCTTCG +GCTT +>MGYG000000001_58 +CCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTCCT +GGGAGAGTAAGACGTAGCCACGTAATCTTTTTTTATTTTTATATTATCAATAAACTTATA +TTTAAAAAAGATTGCTCTATATTAATATCCTTTCTTCTTACAAGATTGAATATCAATGTA +GAGTTATTTTTTATTTAAATGTGACAGTAGAATTGTATTTTTAAATATAGAGAACATTTT +TATGCTAATATAAATATAGAGTCTATTAACTACTGGGAGGATAGTATCATGGAGATAATA +AAAAATTTAAGAAAACAGGGGATAAGTGAAAGCTTAATAAAAGATATATTGTATTTTAGA +AAATACTATAGCTTAGATGAAGAATTAAAATATAGAATAACAAAATCCAATACATATTTT +TACGGAAAAGACATCTTATCAATGTGCATATCATCAATATTAGAAGGGGAGAATATTCTT +CTATCAGGACCTAAAGCAACAGGAAAGAACTTATTAGCAGATAATTTATCAGAGATTTTT +CAAAGACCACAATGGAATACATCATTTCATATAAATACAGATAGTTCTACATTCAGCCTT +AGATTATAGAAGGATAATAGATGTACCAGGATACGAGAGAATTAATTTACATCCGGCTAC +AAGATTTATAGGTACTATGAACTATGAATATGCAGGAACAAAAGAACTAAATGAAGCTCT +AGTATCTAGGTTCATGGTGGTAGATATACCTGCAGTAGAGGAGGATAAATTAAATTTGAT +TTTAGATAATGAATTTCCAGATGCAGATAAAGAAAAATTAAATCAATTTGTAGGTATCTT +TTTAGATTTACAATTGAAATCTCAAAATGGGGAAATATCTACGAAGCCTATAGACTTAAG +AGGCTTAATAGCATCTTTGAAAGTTATAAAAAGAGGATTAAAGCCAATACAGGCAATTAA +TATGGGCATGACGAGTAAAACCTTTGATATATATGAAAAGGAAATAGTAGGAGACGTTAT +CAGAACAAGGATTCCAGAAAAATGGAATAGTGAAGATATATTTCCATGTAACCAAGTACA +TAAGTATAAATAATTGCTTCAATGGGGGATATTATGAAGTGGATATATAATAACTATGAA +TTTGATAATAGAATTAATAATTTAGCATGGACTATTTGTGGAGACTATAGTTACGATATA +GATGTTTTAGAAATGGATTATTCATCAAAGGAAGTTTCTTTATATTTTGGCATAATAGCA +GGTGCTAGAAGAAAATATGTAGATTGGAATATAGTAAAAAAGTATTTGATACATAGGATA +AGTAAAGGTTATGAAAAAGATATAATATTAGATTTGGTACAAATAGTATTAAATAACTTA +GTAGAATCTAAAGTTATTGAAGATAGGCCAGGTATAGAAGAGATAAGAGCCAAAGCCTAT +AGAGATATTATTAATAGATTTGCTAAAATATATAATGATAATATTTTGCAAAATATAAAA +TATACATTAATATTAGAGGGAATGGGAAAACATCCTTCTGTAGATGGATTAAGCCGTAGA +TTAATCAATGAAATTAAGAATATTAATTTAAATAATGAAATAATAGAGATATTAAAAGAT +GTAGATAGTATATATATAAAATACTTTAATACTATTGCTAATGACTTAGATAAAAATGAG +CGAAGCGATTCGAAAGAATACAAGGAAATAGATATAGATTTTGACACATTCTCTGATTTT +ATGTATGAAGAATTATATAGTGATGAATATGAGGCATTTATTGAAAATGAAATTGATTCA +ATATCATCTTCTATGTTAGTAGAAAGTGTAGGAGAAATTAAGTTATCAGATAGCAGAAAT +ACATCTAATAGAGTTATCTATGTAGATGAAGAAACTGCTAGTAAAATTTATGAAAAGATA +GAGTACTATTATGGTAAATCATATCTAAATAAAAATGAAATTAAAAAAGTAGAAACTAAA +AATTGTAGAAATATTCATGAAGGTTGCAGGGTACATTTTACTGAAGGTGTTTTAAGATCA +GAATGTAAAAATGTATTTCAAGTAAAGTATGTAACTAGGCATAAAGAAAATAATTTAAAG +AAATATAGAGAAAAGATAAAAATTTATAAAAGAAATATTAATAAATTAACAGAAAATATA +TCTAGAATACTAATTGAAGAAAGTATAAATGATAGAGTTTACTCTGATTGTGGCACTATA +GATGCAAATAGAGCATGGAGAGTTGGAAGAAGTAGTAATAATAAAATATTTTATAAAGAT +ATAGAAAATGAAAAGGGAAGGTATGTAATAGATATACTTTTAGATTCAAGTGGTTCACAA +AGTAGGAATCAATATAGAGTTGCAATACAAGCATATATAATAGCAAGTGCATTAACTATG +GCTAAAATACCAAATAGGGTGACTGGATTCTCTAGTTTTTTAGATTATACTATATTAAAA +AGATTTAGAGATTATAAGGATCCTGTGAGCATAAATGAAAATATATTTGAATATTTTTGT +ACAGGTAACAATAGAGATGGGTTAGCTATAAAGTGTATATGTGACGGACTAATAGAAAGA +GAAGAAGAAAATAAAATATTAATTGTTTTGAGTGATGGAAAGCCTAATGATGTAAAGATA +GGTGCAGAAAAAGAGAGAAGTATAAGAGGGGAATCTGCCTATAAAGGAAAAATAGCAATA +AAAGATACAGCTAATGAAGTAAGGCTAGCGAGACAAAAAGGAATTTTAGTACTTGGAGTA +TTTACAGGAAAAGAAAATGAACTTACTGCTGAAAAAATGATTTATGGAAAAGATTTTATA +TATACTAAAAATATAGAGAGATTCTCAGATATTGTTTCTATGTATCTGAAGAAAATAATT +AGAAATTAATAGAAGTATAAAAATGATAGACAAAAAAGAAGGAATATAAAATAGCATATA +GAAATACATTATTAGTAAGAAAAAATTAAATACAAATATTGATGGGTTCTAGAAATTAGA +TTAATAGGGAAAGAGGTGTGATTCCTCTACAGCCCCCGTTACTGTAATGTAGACGAAACT +TTTAAAATACCACTGTGATAATCAAACTCACGGGAAGGAAAAGGAGTAGGATGAAGCTAA +GTCAGGAGACCTGCCTATTATATATTTAAATAACTTTTTCGGGGAGGAAAAGATTATGAT +AAGTCACGTATTTAGTGATTATATTGTGAAATTAAGGCCTAACCAATTAGTTAGGCTATT +TTTGTACTATAATCAAAACAGAAAGAAGAAATTAATATGATAGTAATAGATAAATATGCT +TATTCAAATACCTTAAGAAATAAAAATCCGAGTGTAAAGTTTACAATAGGGTTAATATTT +TTAGTTGCTTCTATGATAATAAAAAATTTAATAGCTTTATCGCTTATTATTTTATTAATG +AGCATAATCATAGTATCTATAGCTAAGATAGATATACACGATTACATTAAACTACTTAAG +ATACCAATGATATTTTTGCTTATGAGTATAGCGATGACGCTAATAAATATATCTGATGAC +TCAACCCTACTAATAAAAAGTTTTAGTATAGGTCAAAGATATATAGGTTTTTCAAATGAG +TCTATAAATACATCAATGCACATATTATTTAGAGCAATGTCGTGTTTAACATGTGTATAT +TTTATTATGTTAACAATACCATTTAGTCAATTATTAATAATATTTAAAAAATTACATGTT +CCAAGTATTATATTAGAATTATCTATGCTAATCTATAGATTTATATTTATATTTATGGAA +GAGGTCGCAGATATACGTAAATCTCAAGAATTAAGATTTGGATATATTAATTTAAAAACA +TCTTATAAATCCTTTGGACTGCTAGGTAATTTATTGTATAAAAGAATGATGATTAGATAT +GAAGAAATGTGTATATCGTTAGATGTGAAACTATATGATGACACATTTCATATAGTAGGA +GAGTAATATGTTTAAAATAAATAATCTTACATATCAGTATGAAAAAGAAAAACTGGCTTT +ATTAAATATAAATATGGATTTTAGTAAAGGTGATATAGTAGGTGTAATAGGAACCAATGG +CTCTGGAAAATCGACTTTATTTATGAATATGATGGGTATTTTAAAGCCGAGTGTAGGTAA +CATTATATTTAATAATGAGCCTATTAAATATAATAAAAGAAGTTTATATGAGTTAAGAAA +AGAAGTTGGGATTGTTTTTCAAGATCCAGAAAAGCAAATATTTTATTCTATGGTCTATGA +TGATATAGCATTTGCTTTAAGAAATATAGGTATAGAAGAAAACATTGTAAAGGAAAGAAT +TCTAAATGCTCTAGAAGCTGTTAATGGTTTGGATTTTATTGATAGGCCTGTACACTTTTT +AAGTTACGGACAAAAGAAAAGGGTAGCTATAGCATCAGTTATAGCTATGGAAAATAAAAT +TGTTTTACTAGATGAACCAACAGCAGGGTTAGATCCAGTCAGTACTAGAGCTATAGTTGA +AATTATAAATAATTTAAAAGGTAAAGGCGTAAAAATCGTTATTTCTAGCCATGATATGAA +TTTAATATATGAAATATGCGATTATATATATGTTTTAGATCAAGGTGAAATAATTAATGA +AGGTAGTACTGATGTAGTTTTTAATGATGAAGAAAAAATATTAAAAGCAGGATTAGAATT +ACCTTGGTTAGTAAAGCTTCATAGAAACTTAGGTTTACCATTATTCAAAACAGAAGATGA +TTTATATGACTTCTGGCATAATTCAAAGAATATAGTAAATCGCTAAATCAGCCCTCAACC +TATTTTAATATAGATTGAATAAATAAATAACCCTTAACCTATTTAATTTAGGTACCCTAA +AATTTCTCCAAAGTTTTAGGGGTATTTTTTTGTATTTACAACTGTATATACAGCTGGTAC +AATTAATGTGTATATTTAAAATACTTAAGGGGGAAGTTTATCGTGAATAAAAAAATGAAG +TCAATACTTGCAACTGGCCTAAGCTTAATAATGACTTTAGGACTAGTAGGGTGTAGCTCA +TCAAGAAATGATGACATACAAGATGCAGAAAATAAAGAAAAATATGAAATAGGAATAGTG +CTAGGAGAAGGCGGAGCAAATGACCAAAGTTTCAATCAATCATCATTAGAAGGATTCGAC +AAAGCTAAAAAAGAACTAGGTGTGACAGGAAGTTATCTAGAATCAAATCAGCAAGCTGAT +TACAAACCTAATATAGAGAATTTTGTAGATAAAGAAGTTGATTTAATAATAGGAGTAGGC +TATACAACGGCGGCATCAATGTTAGAAGCAGCAGAGTTACATAAAGATATGAAATTTGTT +ATGATAGACCATAATTATGAAGAAGAAGGTAAAGAAATTCCTGATAATATGGCATGTGTT +ACTTTTGATGAAAGAGAAGTATCTTATTTAGTTGGACTAATAGCGAGCAGAATGACGGAA +AGTGGTAAAGTTGGATTTATAGGTGGAATGAAAGATCCTAATATAACTAGATTTGAAGAA +GGTTTTGAACTAGGTGTAAAAGCAGGCAAAGAAGGTGTAACATTATCATCTCAGTATGCG +AACTCTTATGATGATGCTAGTTTAGGTAAATCTATAGCTAATCAAATGTACTTAAAAGGT +GTGGATGTCATATTCTCAGCTGCTGGAAATGTAGGAACAGGAGCTATAGAAGCAGCTAAG +GAACAAGATAAACTGGCAATAGGAGTAGATATGGATCAAAATAGCTTAGCTCCAGATAAC +GTAATAAGTTCAGCTATGAAAAGAGTTGATATAGGAGTATATGATATAATAGAAAAAGCT +TCAAAAGGTGAATTTGAAGGTGGACAAGTTACAGTTTATGGGTTAAAAGAAGGTGGAGTA +GGCATAGCACCTACTACAAGTAAAAATGTTCCAAAAGATGTATTAGATTTTGTCGAAGCT +GAAAGTCAAAAGATAATTAATGGAGAAGTAACTTTAAAATAGTATAATTAATTGTCGATA +TTTAAAATAAAATGTACTATAAAAATATTTGAAATATATAGGATATAGTGTAACAATATA +AATATAAAGAATACTTCTATGAAAGAAGAAATATAAATGAGAGCCATGAAGGTTTTTATA +TGTAATATATAGCTTTTAATTATTAAGCAAAGTTATATAGAATTGCATATAAAAACCTTT +TTTTATGCTTATTCATGATAAATAAAACTCAGGGGGATAAATATGATATTAAAAAAACTT +AAGAAATCAATCTCTTTAATGTTAGCAATATCACTAACAGCAGCTGTTTTAGTAGGATGT +TCAAATACTGATTCAAAAGGTGAAGAATCTAGTTCGGGTTCTCAAGTAAAAAATGAAAGA +AAAGCAAATAATGAGCTAGTAGTTGCAGTAGCAAGTGAACCAGAAGCTGGATTTGATGCT +ACGACAGGTGGACATGGATCGATGACAAGAGTATTTTTTAGTTCATTATTTAAAAGGGAT +AAAGAGCTTGGAATGGAAAATGATTTAGCAACTGAATATAAAGTATCTGATGATAAATTA +ACTTGGACAGTAAAAATAAGAGAAGATGTAAAATTCACTGATGGAGAGCCTTTAACAAGT +GAAGATGTTGTTTATACATATGAGACTGCAAAAGAAAGTGGATCTGAAATAGATTTAACT +ATGTTAGAAAGTATAACTGCTGTAGATAAGTATACAATAGATTTTAAGTTAAAAGAGCCA +CAATCGACATTTATGGAGAAATTAGCCTACTTAGGAATTGTTCCAAAACATGCACATGGA +AGTGACTTTGCAGATACTCCAATAGGTTCAGGTCCTTTTAAATTCATTCAATGGGACAAA +GGGCAACAAGTAATAGCTGAGAAAAATAAAGATTACTATGGTGATGAAGCTGGCGTAGAT +AAGCTTACTATGGTATTTTTAGATACTGATGCTGCCTATGCTGCTGTAAAATCTGGAGAT +GTTGACATGGCATCTATAACAGGGGATTTAGCCGGTGAAAAGGTAGAAGGTACAAAAATA +GTTAATTTAGATACAATAGAAACATTTGGTGTAGAATTTCCTATGCAAAAAAGTGGTGAA +AAGGACAAAGATGGAAATCCTATAGGGAATGATGTAACAAGTGATGAATCTATAAGAAAA +GCACTAAATATAGCGGTAGATAGAGAATCCATAGTAGAAGGTGTACTAGATGGATATGGA +ACAGTTTCAACTACAGGTCTGGAAAAGATGCCATGGCTAAATGAGGAAACTATTATAAAA +GAAGATGGAAAGGTTGATGAAGCTAAGGCAATATTAAAAGAAGGTGGATGGGAAGATACA +AACTCAGATGGAACTATAGATAAAGATGGTGTTGAAGCTGAATTCAAATTATTATATACA +GATGGTAAATATAGACAAGAAATAGGGTTAGCTTTTGTAGAAGTAGCTAAAGAATTAGGA +ATAAAGGTTAACTTAGAAATGAAAACTTGGGACAATATAGTTGGTGAAATACATTCTGAA +GCAGTTTTATTTGGGTTTGGTTCAGGTGATCCATCAGAATTATATAACTTATACAGTAGT +AAAGCTGCAGGAGGGGGAATTCCTTGGGATAATGCTGGATACTACAAAAATGAAACTGTT +GATAGTTATATAGACAAAGCATTTGCAAGTGAAAATGAAGAAGAAGCTTTAGATTTCTGG +AAAAAAGCTCAATGGGATGGAACTACAGGATTTTCTAATAAAGGTGATGCTACTTATGCT +TGGCTTGTAAATGTTAATCATGTTTATATAATGAGCGAAGATTTAGATATAGGAACTCCA +GTTGTGCAACCTCATGGAGGAAGAATATTCGATAACGTAACTGAGTGGAGTTGGAAATAA +ATTAAGTAGATTATGATAATAGGACATTCTCAAATTGGGAATGTCCTGTTGTGGATTATA +AAGAAAGGAAGTTTTGTATGAAAAATAGTAAAAGCTTATTGCCATATCTATTTAAGAAGT +TATTAAGGCTAGCATCTCTTTTCGTTGCGTTATGTATAATTACATTTGCCTTAATGGAAA +AATCTCCAATTGACCCTGTTACTGCTTATGTTGGAGCAGATACAAAAGTGAGCTTAGAAC +AAAGAGAAAATATAGCAGAGCATTGGGGATTAAATAAACCACCTGTAGAAAGATTTATGT +CTTGGTTTAAATCCATGGCTCAAGGTGATTGGGGAACTTCTATGATATATAGAAGACCCG +TTGTTGATGTTATAGGAGAAAGATTTATAGCATCGTTGGCCTTAATGTTAGTTGCATGGA +TTATATCAGGAGTATTAGGATTTGTTATGGGTATAATATCGGGAATAAATGAAGGAAAAT +TTATTGATAAAGCAATTAGATCTTATTGTTATGTTCTAATATCAACACCTACATTCTGGT +TAGGAATATTATTTATCATGATATTTTCAGTAAAATTAAAATGGTTCCCTGTAGGGTTAG +GAGTTCCAATAGGAGTGTTATCGGAAGAAGTAACACTTAAAAGCATGATAAATCACCTTA +TATTACCGGCCTTAACTTTAAGTATATTAGGTGTAGCTAATATATGTCTTCATACTAGAG +AAAAAGTTATAGAAATACTATCAAGTGATTATGTACTTTTTGCAAAAGCACGTGGAGAAA +GTAAAAAAAGTATAGTATTTAACCATGTTATAAAAAATGTGTCTTTACCAGCAATAACAT +TACAATTCTTGTCTTTTAGTGAACTTTTTGCAGGGGCTGTATTTGCAGAGCAAGTATTCT +CATATCCGGGGCTTGGTCAAGCAACTGTACAGGCAGGATTAAAAGGAGACTTACCTCTTT +TAATGGGAATAGTCATAATAAGTTTAGTATTCGTATACACAGGAAATTTAATTGCAGATA +TTTTATATAGAGTTATAGACCCAAGAATAAAGGAGGGACAACAAGCATAATGAATGAAGT +TGGAAATTTACTTGTAGAAAATAAAAAAAGATCCCAAATTAGACTTGGAGTAAGAGAAAA +GACACTAATGTCTATAGGAATATTCACATTATTTTTAGCGGGAATAATGTTATTTGGAAG +TATAATAACAGAAGAACAAATAGCTATAAGTCTTCTTAATAAAAATCAAGCTCCAAGTTT +AGAGTATTTATTTGGTACCGATTGGGTAGGTAGAAATATGTTATATAGAACTCTTAAAGG +TTTGAGTTTGAGTATGAAAATAGGATTATTATCTTCATGTATAAGTGGAGTAATAGCACT +AACACTAGGTGTACTAGGAGCAACTTTAGGTAATAAGGTAGATTCTTTTATAACTTGGTT +TATAGATTTAGTATTATCTGTTCCTCACACATTAGTTGTAATACTTATATCAATATCTGT +AGGCGGAGGCCTAAGAGGAATTGTATTAGGTGTATCTCTAACTCACTGGCCTTCCTTGAC +TAGGGTAATAAGAGCTGAAGTTATGCAAATTAGAGAATCAGATTATGCTAAAATATCTAG +AAATTTTGGTAAGTCTAATTTATACATAGCTATTCATCACATATTACCTCATATAATACC +TCAATTGCTGATAGGGATAGTATTAATATTCCCACATGCAGTTTTACATGAAGCATCTGT +TACATTCCTTGGTTTTGGGTTACCACCACATAAACCAGCAATCGGAATAATTTTATCAGA +AGCAATGAAGTATTTAAGTAGTGGAAAATGGTGGTTGGCATTTTTCCCAGGTCTAAGCTT +AGTTATAGTTTCGCTTATGGTAGATAATATAGGGAAAAAATTTAGCCAATTAATAAATCC +AAAAACATCTTATAAATAGGAGGAGAGAATGAAAAAGGAACCAATATTAAAAGTTAAAGA +TTTAGGAGTTTCTTTTTCTCAATATACAAAGGGATTAAGAAGAAGAGAACTAAAGGTTAT +AACAAATCTTGATGTAGAATTGTATGAAGGAGAAATATTAGCAGTAGTAGGGTCAAGTGG +TTCAGGTAAAAGTTTACTGGCTCATGCAATTCTTGGAATACTTCCAGATAACTCTGCTAC +AGAAGGTTCTATAACTTATAAAAATAAAGAATTAACTCAAAAAGATAAAGAAAAATTAAG +AGGAGATGAAATAGTTTTAATTCCTCAATCGGTTAATTACTTAGACCCATTGATGCAAGT +ATCTAAACAGGTAAAAATATCTATAAAGGATAAAACAAATGCAGATAAAATTCAAAGAAA +AATATTTAATAAATATGGATTAGATGAAAATGTAGATAAATATTATCCGTTCCAACTATC +TGGAGGAATGGCGAGAAAAGTATTGTTATCTACTGCTTTAGTATCTGATACAAAGGTTAT +AATTGCAGACGAACCAACTCCTGGTCTAGATGAAAAATCACTTAATGAAGCATTACAAAA +TTTTAGAGATATAGCAGATAATGGGTGTGCAGTTCTTATGATAACTCATGACATAGAAGC +AGCACTTAAAATTGCTGATAAAATTGCTATATTCTATGCTGGAACAACTTTAGAAATAGC +AAATGTCAAAGATTTTGAAAATGGAGGAGAAAATCTTAGACACCCATATACAAAAGCACT +TTATGAAGCTTTACCTCAAAATGGATTTAAACCAATAAAGGGAAATCAGCCACTACCAAA +TGAATTACCAAAAGGTTGTTTATTCTGCGATAGATGTGAAGAAGCTTCTGCTGATTGTAA +AATGATAAGACCAGATTCGAAAGAAGTTAGAAACGGGATGGTGAGATGTTTATATGCAAC +TTAAAGCAAAAGGTATAAATTTTAAATATAGAAATGACAGATATATATTAAAGGATATAG +ATTTTGAAATAAATAGCGGTGAAATAGTAGGTTTGGTAGCTCCAAGTGGTTTTGGAAAAA +CCACATTAGCAAAGATATTAGCAGGTTATGAAAAACCTGAAAGTGGAAGTGTAATTATAG +AGGGATATAAGAGTGAAAAAAACAAGTACAATCCTGTTCAACTAATATTCCAACACCCCG +AAAAATCAGTAAATCCAAAGTGGAAAATGAGTAAAATAATAAATGAAGCTTTTGAGCCAT +CAAAGGAATTGATAGATTCAATGGGAATTAAGGATGAATGGTTAAACAGATGGCCAAGTG +AACTCTCTGGAGGAGAGTTACAAAGATTTTGTGTATTAAGGGCTCTATCTAAAGATACAA +AGTTTTTAATAGCTGATGAAATGACAACTATGCTTGATGCAATTACTCAAGCTCAAATAT +GGGGTGTAGTATTAGAACATGTAAAAAAATATAATATTGGCATGATTGTTATAAGCCATG +AAAGAGCTTTAGTCGATAGAATATGTACTAGAATAGTAGATTTAACTGAGTTTGCAATGC +ATCATGATATATATGAAAATGGATACTATAGCAAAGATAAAACCCATGAAAATTCGCAGG +ATAAAGAGCATATACATCTTCACACTCATAACCATGGTCATCTTCATGATCATATAAATG +GTATGGGACATGATCATAATCATGATAATGGCATAACGGGAAGTCATATACATGAACATG +AACATATACATGAACATGACCATAATAGTGGGCACGGACATACTCATACACATGCTAAGA +GCTAGAATAAAAAGTAATATTTATATACCATAAGTAATAGATATAGGTTACTTATGGTAT +ATCTTTTTATTTTATCAAAAATAATAATTAAAATAAAAATGTTATGCTATTTATGTTAGA +ACAACTCTATATTGGAAAAGATTATAATATTACTATTTTACTTAAAATTTGAATAAACAC +TAGATTTAGATTAAAATATATTTATATTGTTTTAAATAGGAGGAAATAAATGAATTTAGA +TACATTAAATCCTGCCCAGAGAGAAGCTGTTGAAAAAACAGAAGGACCTGTACTTATATT +AGCAGGAGCAGGGTCAGGAAAGACAAGAGTTTTGACAACGAGAATAGCACATTTAATGGA +AGATAAAAATGTTCAAGCTGCAAATATATTAGCCATAACATTTACAAATAAAGCCGCTAC +GGAAATGAGAGAGAGAGTAGAAGAAACTATTACAGAACTTGATACTAAGGATATGTGGAT +AACAACATTCCACTCTTGTTGTGTTCGTATATTAAGAAAAGGAATAAATAGAATCGGATA +TAATAGAAGTTTTGTTATCTATGATAGTTCGGACCAGGTAACACTAATAAAAGACTGTTT +AAAGGAATTAAACTTAAGTGATAAGGTATTTGAACCTAAATCAGTTATAAGTGCTATATC +AGGGGCAAAGGATAAGCTACAAAGCCCAGCACAATTTAAGGCTTTATATCAAAGTGATGT +AAGAATGTCTAAGATAGCAGATATATACGCGCTATATCAAGATCGTTTAAAAAGAAATAG +TGCTTTAGATTTTGATGATTTAATATACAAGACTGTTGAATTATTTAAAGAAGACCCAGA +AACATTAGAATTTTATAGAAGTAGATTCAAATATATAATGGTTGATGAGTATCAAGATAC +AAGTAAGGCACAATATGAGTTAATAAAAATGTTAGCAAGACAGCATCAAAATATATGCGT +TGTTGGTGATGATGACCAAAGTATATACGGTTGGAGAGGTGCTGATATAAGAAATATTCT +TGAGTTCGAAAAAGATTATGATAATGTTCATGTAGTAAAGCTAGAGCAAAACTATAGATC +AACACAAGTAATTCTAGATGCAGCAAATACTGTAATATCTAATAATATAGAAAGAAAAAG +AAAGAAGCTTTGGAGTGAGAAAAAAGACGGAGAACTAATAAAAATTCAATTAGCTGTGGA +TGAATTAGATGAAGCTGAATTTATAGCTGATACTATATCTAGACTGAAGAGAAGAGATAG +AAGAAAATTCAGTGATTTTGCAGTTCTTTATAGGGCAAATGCACAAGCTCGTCCAGTAGA +AGATGCATTGAATAGAAGTCAAATTCCATATAATATATATGGTGGAACAAAGTTCTATGA +AAGAAAAGAGATAAAGGACTTAATAGCGTATTTAAGAGTCATACAAAATCCACAAGATGA +TATATCTCTAAAGAGGATTATAAACGTTCCTAGAAGAGGAATAGGTCTTAGAACAATAGA +AAAAGTAGAAGATAGAGCAAGTTTGAAGCAAGAAAGTTTATACTCTGTTCTTATAGATAT +AGAAAGTAACTCAGATATATCAAGCAAGGCAAGAAAAAGTATTAGTGACTTTGTTGACTT +AATGGGTACATTAAGAACTATAAAAGAGGTATATCCAGTAAGTAAGTTAATAGAGAAAGT +ACTAGACACTTCAGGATATATAGATGAATTACAAAAAGACAGTAAAAAAGAAGAATCTGA +AGATAGAATAGAAAACTTAAAAGAATTCATATCTGTAGCTTTAGAATTTGAACAAAACAG +TGAAGAAAAAGATTTAGAAACTTTCTTAACAACAGTAGCTCTTACTTCAGAATCTAGCGA +TGATGAAGAAGATGATAGAGTTTCTTTAATGACGATTCATACATCTAAGGGGTTAGAGTT +CCCAGTTGTATTCTTAACTGGTATGGAAGAAAAGTTATTCCCAATATCTAGAGCAATAAC +TTCTATGAGAGATTCAGATATAGAAGAGGAAAGAAGACTTTGTTATGTTGGTATAACAAG +AGCTAAAGAAGAGTTATATATGACTCTAACTCAGAAAAGAACTTTATATGGTAAGACTAA +TCAATCTATAGCTTCTAGATTTATGGAAGAATTACCAGGAGAATGCATAGAGAGGCTTAA +TAAAGCAGAAAATGAACTAAGTTACTCTAAAGCAAATTATAATATTTTAGATAAATATAC +TAAAAAATATATGAATAACGTACAAAAATCATCTATAGCTAAGAAAGTAAATGCAACAGT +TAAAGATACTACTAAGGAAACAAATATAGATGATATTAAGCCAGGAGCAAAGGTGCATCA +TCCTAAGTTTGGTGTAGGTACAGTAGTTATGATGAAGGGTACTGATGTAACAATAGCATT +TGATAATCAAGGTCTAAAAACTATAAATAAGGAATATACAACTTTAGACTTATTATAATT +AAGGAGGCTTATTGTGGATACAAAAGATTTTGCTAAGGATTTATTAGATTATATATATGA +TAGCCCAACTTCTTTTCATGCTGTAGAAACATCTATAGAGCTATTAGAAAAGAATGGATT +TAAAGAAGTTAAATTAAATGAAAAATGGAATTTAAAAGTTGAAGGAAAGTATTATGTGAC +AAAAAATTCTTCAGCATTAATAGCTTTTACAATAAATTCTAACAATATAGAAAAAGAAGG +ATTCCGAATGATAGCTTCTCATTCGGATTCACCTTCGTTTAGAATAAAGCCTAATGCTCA +AATGAGTGTAGAAAATACATATTTAAAATTAAATACAGAATGCTATGGTGGACCTATTTT +GAATACATGGCTAGACAGACCATTATCAATAGCGGGTAGAGTAGTTATAAAAAGTGAAAA +TATACTCAATCCAGAAGAAAAGCTTGTAAACTTAAGAAAACCTATTTGTATAATACCTAA +TGTAGCAATACATTTAAATAGAAGTATAAATGATGGATACAAGTATAATAAGCAAAAGGA +TATGTTACCTTTAGTCGGATTAATAAATGATGCTCTAGAAAAAGATAACTTTTTACTAAA +AGAAATAGCTAAAGAACTAAAGGTTGAAGTAGAAGATATATTAGATTTCGATTTATTCTT +ATACGAATATGAAAAAGGATGCCTGATGGGAATTAATGAAGAATTTATATCTACAGGTAG +ACTAGATAACTTATCTATGGCACATGCTAGCTTAAATGCACTTATAAATACTAGTGGAAA +ACATGGAATAAATTTAATTTCAATATTTGATAATGAAGAGGTTGGAAGCTCTACTAAGCA +AGGAGCAGATTCTAATATGCTACTAAATATATTAGAGAGAATCTGTATATCATTGGGAAA +AACAAGAGAAGAGTTCTTTACATCAATATACTCATCTTTTATTATATCTGCTGATTTAGC +ACATGGAGTTCATCCTAATATGGCAGAAAAACATGATCCAACTAATAGACCAGTACTTGG +AAAAGGTCCTGTTATAAAAATAAATGCAAACCAATCGTATACAAGTGATGCTTACTCGGC +ATCAGTTTATAAAAGTATATGTAAAGAAGCGAATGTCAAATATCAAGAATTTGTAAACAG +ATCAGATGAAAGAGGAGGAAGTACAATAGGTCCAATATCATCTACTCATATAGATATACC +ATCTGTAGATATAGGAAGTCCGATACTTGCAATGCATTCAATAAGAGAATTAGGTAGTAT +TTTAGATCACTATGGTATATATAAAACATTCGCTAAATTTTTTGAAGTGTAGATAAGGAG +AGATATTATGAGAATAGGATTATGCCTCTCAGGAGGAGGAGCAAAGGGATCTTATCAGGC +TGGTGTTATAAAAGCATTATATGATAGGGGAATAAAGGATTTTGCTGCTATATCAGGAAC +TTCTATAGGAGCAATAAATGGATACTTTGTATTCACAGGAAATGTTGAAAAACTAGAATA +TATGTGGATAAATATTGAAGAAAATTCAGAAAATAATGTGCAAATAGTAAATAATACTGT +GGATAATTCAGAATTAATAAAAATATTAGGTGAATTAGATAATAATTCTAAAGAAAAAAC +TAAGTTTTATGTTAATTATGTGAATATAAATAACAAACAAATAAAAGAAGAAGTGAAAGA +TATATCAACTTTAGATAAATTAGGAGCAATGGATTATATAAAATATAGCTCATTGTTGCC +TTTTAATCCAAAAGGAACTTTAAGCTTAAGAGATCAATTTATAAAAGATGTAAATGAGAA +TTTATATGAAGGTTGCAATCTAGATGGAGGTCTAGTAAGAAATACTCTAATAGAGCCTTT +AATAAATGATAATCTAGATAAAATAATAATTGTAGCAACTAGACATGATTATATTATACA +AGATGATATAAAATCAAAAATTGATGAAAGTAAATTAGTAGTAGTTAGACCTAAAACTAT +ACTTACTAGTCAAGATACTCTTAGATTTAAAAAAGAGTTCTGTGAGAAAATGTTTAAAGA +AGGATATGAGATAGGGAAAACATTAAACATAAGTAATTAGTGAAATAAGATGAACAATTA +TATGTAAATTAATAGAATTGTATTAAATGTATTGAATAAAAATTAAAATATTAGTATAAT +ATAAAAGTTCTTCAAATATGACAAAAACAGACATGGAGTTGAGATAAATATGGCAACTAA +GAGAATCGCCGTTTTAGGTGGTCCAAGATGTGGAAAAACAACATTAATACAACATTTATA +TGTTGAAATGAAAATAGCTGGATTAAATGCAGGATATGCTTTAGAATACTCTACAGAGTA +CTTAAAAGATAAAGGTATGATAGAGACTATATCTGAGCAATATGGAATATACTTAGGTCA +AAAGAAACTAGAAGATGAGTTAGCAAGCTTTGATTACGCTCTTACAGATTATGCTACTTT +TGTGCCTTACATATACGGAAGATTTATGTTAGGTAACAAAGAAAGAAGTAAAAAAGAAAT +AGAAATACTTAAGGATTTATATTCACTTGCATTAGAAGATATACAAAACTATGACATGAT +AGTTTATGTACCAAGAGAATTTGGATATGTTCAAGATGGTGTTAGATGGCAAGATGAAGG +AATAGCATTACAAATAGATGATGCTATATTAAGCTTCTTAAAGGCTGAAAATATAAACTT +TATAGAAGCAAAAGGTTCTACAAAAGATAGAGCTAAACAAATATTAGATTTATTAGAAAT +TGATTATAAAGAAACACCTCAATTAAATGAAAAAGAAAAGACGAAGTCTAAATAACTTTA +TATAAACTTGAGAATATGATGGTAGATATAGATCGTGTATAATTTATATCTACCACATTT +TTGTGCTTATATTTAGTACTTTACTTTGATTTTTTTACTGTATATGGCGAATATTGGCTT +TATTTTTTGCGGTGTTAGTATATAATATATATGATATACATAATTTTTTGAAAGGATGAA +TAATTACAATGGAAAATAAGAACCCAATAGTAACTATAGAAATGGAAAATGGTAAGAAAA +TAGTAGCTGAGTTATACCCAAATATAGCTCCAAACACTGTTAAAAACTTTGTTAGCTTAA +TAGAAAAAGGATACTACAATGGAGTAGGATTTCACAGAGTTATACCTGGATTTATGATAC +AAGGTGGATGCCCTAACGGAAATGGAATGGGTGGACCAGGATATTCTATAAAAGGAGAAT +TCACTAACAATGGATTTACTAACAATTTAAAGCATGAAAGAGGAGTATTATCGATGGCTA +GAACAATGGTTCCTAACTCAGCAGGTTCTCAGTTCTTTATAATGCATCAAACATCTCCAC +ACTTAGATAGAGAATATGCTTCTTTTGGTAGAGTAATAGAAGGTATGGATGTAGTAGATG +AAATAGCAAATACAAGAACCGATAGAATGGACAAGCCTAAAGAGCCTCAAGTTATGAAGA +CTGTTACAGTAGAAACATTTGGACAAGACTACTCAGATGTAGAAAAAATGTAATTAATCT +ATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATATTTTTTGCAAAAAAATAGAC +CCATAGTGACTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGCTAAAG +AATCATTTTTACCCATCAATTTATTTATAAGAAAAGAAATGTTATGAGCTAAAACTTTTA +TTGAAGTTCTAGTTATAAATCCTAGCATAGATTTACTCTTAACCTTATTTAAGTTT +>MGYG000000001_59 +AGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATA +TAAAGTGTTGCACTTATATTGACAATCTATCTATTATAAAAAATGGAAAATAGTAGCATA +ATGTGAAGAGTAGAGTAGTTATTATTAAATTATTTAGTAAACCTATTTATGCTACAATAG +GTAATATATAAAAAAGAAAAGGGTGATTAAATGTCGCATATAAATGTAAAAAAGGTTTAT +AAAAGCTTGGAAGAAAGATTAAATAGGTTTCCTCAAGGGGCACCTCCGTCAGATACTTTG +TATCAAATATTATCAATGTTATTTACTGAAAAAGAAGCAGAACTTGTAGCTCAATTGCCT +ATAAAAGCATTTAGAGTAAAAACAGCAGCTAAGATTTGGAGTGTAAGTGAAAGTGAGGCT +TTAAAGGTATTAGATAAACTAGCTAGTAAAGCAATATTATTAGATTTAGAAGATGATAAG +GGAAAACAGTACATATTACCACCACCAATGGCAGGATTTATTGAATTTGCTCTAATGAGA +ACTAGAAATGATATAGATCAGAAGCTTTTAGCAGAGCTTTACTACCAATATTTAAATGTA +GAGGAAGATTTTATAAAAGATTTATTTTATTCTGCTGAAACGAAGTTAGGGAGGGTTTAT +GTACAAGAAGAAATTCTAACTAATGAAAATGAAGTTACTATATTAGATTATGAAAGAGCT +AGTCATATTATAGAAGAGGCAGAACATATTGCTGTAGGAATGTGTTACTGCAGACATAAA +ATGCAACATGTCGGAAAAGCATGTGATGCTCCAATGGATATATGTATGACTTTTAATGGA +ACAGCAAATTCATTAATTAAAAATAATTATGCAAGAAGAATTGACGCGTCAGAATGTAAA +GAATTACTACACCAAGCATATGAACACAATCTAGTTCAATGTGGTGAAAATGTGAGACAA +GGAGTAAATTTTATTTGTAACTGTTGTGGTTGTTGTTGTGAAGCATTACTAGCTGCTAAG +AAATTTGGTAATTTACATCCTGTAGCAACGACAAGTTTTATTCCAAATATAAATGATAAG +ACTTGTGTCAAGTGTGAAAAGTGTATAAAAGCTTGTCCCATTGGAGCTATAAGTAAAGTG +AAAAATAATGATAAAACAATTATTAGAGTTGATGAAGATAGATGTTTAGGATGTGGAGTT +TGTGTTAGAAACTGTAGCAAAAGAAGTATTACATTATTAAAAAGAAAAGAAAAAATAATT +ACTCCAGCTAATTCTGTACATAGAGTAGTCCTTATGGCTATAGAAAAAGGTCAGCTACAA +GAACTTATATTTGATAATAAAGCTTTAAGTAGTCATAGAGCAATGGCAGCTATACTTTCT +GCAATTTTAAAATTACCTCCAGCTAAAAAGATGCTAGCAAGCCAACAAATGAAATCAATA +TACTTAGATAAGTTACTAAGCATGAATCAAAAGTAAATGTTAAAAATATGCAATTATGTT +AAAATAATAGAGTAAGATATATAGTAATATAATTTACTGGAGGTTGAATATGGATAATAA +TGTTAAGTGGGTTAATGAAAAAAAGATAGAAAGAACTATGAAAGCGTTAGAAAAAAATAA +TATGTGTGCTTATTTAGTAAATAATGAAGAAGAACTTTTAAATCAAATAGACGAACTAAT +AAATGAAGGTGATTTAGTAGCATGTGGGGGCTCAATGACTCTATTTGAAACTAACGTAAT +AGATTATCTTAGAAATGGGAAGTATAATTTTTTAGATAGATATCAAGCCAATATTTCTGC +TGATGATATGAAAGAGATATATAGAAAGTCTTTTTATGCAGATGCATATTTTGCAAGTAC +AAATGCTGTTACAGAAAATGGAGAATTATATAATGTAGATGGTAATGGTAATAGAGTAGC +AGCAATGCTTTATGGACCAGATAAAGTTATATTAGTTGTTGGTGTTAACAAAATTGTTAA +GGATGTAAATGAAGCTATAAATAGAAATAAAGAAATATGTGCTCCTGCAAATACAAAGAG +ATTAAGTTGTAAGACACCATGTGCATCAACAGGTCAATGTATGGATTGTTCAAGTCCAGG +AAGAATATGTTGTGAATATACATTAATAAAAAGACAAAGAACAGTTGGAAGAATGCATGT +AATATTCTTAAATGAGAACTTTGGATATTAATATGCAGTAAGGAGGAATAATGAAAAAGG +TAAAGCTAGTATATAATCCTAATTCTGGAGAAAGATCTATTGTCAATAAATTAGATTGCA +TAATAGAAACTTATCAAAGTTATGGCTATATATTAATTCCATATAGGTTAAATAAACAAA +ACCCTATTAAAGATGCTTTTATAGATTTAAATGAAGATTATGACCATATATTAATTTCAG +GCGGAGATGGTACTGTTGATATGGTTTTAAATGTTATGAAAGAATTAGAGATTAATAAAC +CTATTGGGATATTACCAACTGGAACAGCTAATGATTTCGCTAATGCTTTAAGTTTACCTT +TTAATGTTAAAGAATCCATAGAAAATATAATTAATTCTAGTCCAAAGAAAATAGACATTG +GAAAAGTGAATAATAAGTATTTTATTAATGTGGCTAGCGCAGGAATGTTTACAGATGTAT +CTCAAAAGATAAACACGGAATTTAAAAATTCTATGGGAAGAGTTTCGTATTATATAAAGG +GAATAGAAGAGGCATTACATTTAAGAGGGTTTAATATAAGAGTACATTCAGATGAGGTTA +TATATATTGGAGATATGTATCTAATGCTTGTATTTAATGGAAAAACTGCGGGAAATATTA +ATTTAGCATATAAGTCTGAATTAGATGATGGTTATTTGGATGTTATAATATTTAAAGCAA +CACCACTTCCAAAATCAATTCCTGTTCTTATAAGTATTTTAAAAGGAGAACATTTAGATC +ACTATAATGAAGAAGATTTATTGTACTTTAAAACTAAGAAAGTTATAATAGATTGCAATG +ATGACTTAATTACAGATATTGATGGAGAAAAAGGTCCAGATTTTCCATTAGAAATAGAAT +GTATTAAAAATGGAATAGAAATATTAGGGTGTAATTAAATAAAAAATCGGAAATAAACAT +TTACGTTTATTTCCGATTTTTTATTATTTTCCAGGTTTAAAAGAACTCTTTAGTGGAACT +ATTCTATTAAATACTAACTTATCATCAGTAGTGTATTTTGTATCTACACTATAGAAACCA +TTTCTAACGAATTGGAATTTATCTAATGGTTTAGCATCTTTTAATTGAGTAGTTTCAGCG +AATCCTTGTAATATTTCTATTGAAGATTCATTTATTTGATCTAAGAAGTGCTTTCCTTCA +TTTTCTGGAGCATCATCTAAGATTAATGGCTCAAATAATCTAAACTCACATGGCTTACAG +TTATTAGCATCTACCCAGTGTATAGTTGCTTTAACTTTACGACCTGTAAATCCTGAACCA +CTCTTAGTTTCTGGATCATATGTACAATGTACTTCTACAACGTCTCCATTTTCATCTTTT +ATTACATCTGTACACTTAACAAAGTAAGCACCTTTTAAACGAACTTCGTTTCCAGGGAAC +AATCTGAAGTATTTTTTTACTGGTTCTTCCATGAAATCTTCTTGTTCTATGTATAATTCT +CTAGAGAATGAAACTTGTCTAGTTCCTTTAGTTTCATCTTTAGCATTGTTTTCTATATCT +AACATTTCAGTTTGACCTTCTGGATAGTTAGTTATAACTAATTTTAATGGCTTTAATACA +CCCATTACAAGTGGAGCCTTAGGTTGTAAGTCTTCTCTTAAGAAGTGGTCTAATAATTGA +CTATCTACTTTAGAGTCAGCTCTAGCTACACCTATTTCAGAACAGAAGTTACGTATTGAT +TCTGGAGTGTATCCTCTTCTCCTAACTCCTGATATAGTAGGCATACGAGGATCATCCCAT +CCATCAACTACACCTTCATCAACAAGTTGCTTTAACTTTCTTTTACTCATAACAGTATTT +GTTAAGTTAAGTCTAGCAAACTCTATTTGTCTTGGAACATTTTCCATTTCACATTCTCTT +ACGAACCAATCGTAAAGTGGTCTTTGATCCTCAAATTCAAGAGTACATATTGAGTGTGTT +ATACCTTCAATAGCATCTTCAAGTGGGTGAGCGAAGCAGTACATTGGATATATACACCAT +TTATCTCCTGTATTATGATGAGAAGCATGTGCTATTCTGTATATTATTGGATCTCTAAAG +TTTATGTTAGGAGAAGACATATCTATTTTAGCTCTTAAAACTTTTTTTCCATCTTTAAAT +TCCCCGTTTTTCATTCTTTCGAATAAATCTAGATTTTCTTCTATAGTTCTGTTTCTATAT +GGGCTATCTTTACCTGGTTCAGTTAAAGTTCCACGGTACTCTCTCATTTCTTCTGGACTT +AAATCACAAACATAAGCTTTACCTTTTTTTATTAAAAGTATTGCTCTGTTGTACATTTCA +TCGAAGTAATCAGATGCAAAGAATAAGTTATTCCAATCAAAACCTAACCACTGAACGTCT +TCTTTTATAGAGTTTACGTATTCAACATCTTCTTTAACTGGATTTGTATCATCAAATCTT +AAGTTAACTTTTCCGCTGAATTCTTTTGCAAGCCCAAAGTTTAGGCATATACTTTTTGCA +TGACCTATATGTAAATACCCGTTTGGTTCTGGTGGGAAACGAGTTATTATGCTGTCATGT +TTACCTGTCTCTAAATCATTTATAATTATATTTCTTATAAAGTTAGATGAATTAGTTTCA +TTTGACATATTTTGTACCTCTCAATTTCAAATAATTTCTATATAGTAAAAATGATACTAT +AATTCCATATTATTAATTTTAATGCAATATAGCAAAAAAATAAAGATATAAATAACAAAT +AAAGATTAAATAATTAAATTTACGACATGATTTCGTTGTGTAACTTCATTAAATATTATA +TTTAAGAGTATTGAACAAAATTAAATATTTTATGTTAGTATTATAAAATTTTTTATTGTA +AATCATAATATTATAAAAATAAATTTATCAAAGTTTTTAAGCTAAATAAATTTTTTAAAC +ATATTAATAATAAATAGTATCAACTTTAGTTTAAGAAAGGAGAGGTTATTATAAAAGGTA +CAAAAATATTAATAACGATAGTGGTTATATTAGTCATATTGCTAGGTGGTACTTATTTCA +TGTTGATACCATCTAAAAAAGTAACTTTAGATACTAATAATAAAATTATTACGATAGAGG +ATTTATTAAAAGAAAACTTTATTGAGTCTTTTGAAATTTTAAATAATCCAATTGGATTAA +AAGGTACATTGGGAATATCACAAGATGAGTTTAGAGATATTTTATATACTGTAATGATGA +AGTATAATATAGAGGAATTTAAGCGTAATGAAACTACATTACATGATAATTATATAAAAA +TAAAGGTTCCAAATAGAGTTTTAAACTTTATAGATACTCAATATGAAGTAAATATTTATC +CAAGTATAATTGATAATAATTTACATCTTAAATTAAAGGACTTAAAAATAGGTAAATTAA +AACTTCCTAATAGTATAGTAGAATCTGTACTTAAATCAAATATGAATAAATTACCCTTTG +AAATAGAAAAAAATGAAATTATAATTGAGAGTTCTTACATAGAACCGTTATATATAGAAA +CTATAGAAGTTAATAAAGGAAAAATTATTTTAAATATATTCGTTACAGCTACAGATATTA +TTGAATTTATTGGAGAGTATAATACAAAGTAAATTGACATTAAAGTAGGTGATGCTAGTG +GAGCATATTTTATACTCTGTTGCTCAATATAAGATTTTATCAGCTTTTATTGCATTTTTG +TTAACTGCAGTAGAAAGTTTTATACCTGTTTTACCATTAGTTGCTATAATATTGGCGAAT +TCAATTATATTTGGTATGTGGCTTGGTTTTTTTATATCATGGGCAGGGTCATGTATTGCT +GCAATTTTACTTTATTATTGTGCTAAGAAACTATCTAAATTAAAAATATTTGATAAATAT +AGAAATAGACCTAAAAATGAAAAATTGACAGCATTTATTAAAAAACAAGGATTTAGTATG +ATTTTTATAACTTATGTTTGTCCTTTTATTTCAGACTTTCTTATTACTGTTGTAAGTGGA +CTAGTTAAATTTGATATAAAAACCTTTGTAAGCGGTATGGTATGTGGAAAATTCGTTATG +TTTTTATTTATAAGCTATGTAGGTGAAGATATAGAAGGTTTTTTTAAAAATCCATTAAAG +ATAATTTTATTTACTATGTTTATTTTAAGCTCTTGGATTATTGGGAAAAAAATTAATAAC +AAAATGCATGTAGAAGATAATTTATAGATTTAATTCTTACATTTACGTAATAAATTTGAA +TTCTTATGATAGATGTGCTATTATATAAAAAGTTATAATTAATTTAACTTAGGGGGAAGA +AATGAAGAAGATATATATAATAACAACCTATACAGGAACAGTATTATCTTATTTAATAAG +AAAAATTAGCAAAACCCCATATGCACATGTATCGATAGCATTGAATGAAGAATTGAATCC +TATGTATTCTTTTGGAAGACTAAATCCTAAAACTCCTATTTTCGCAGGGTTTGTTGAGGA +AAAAATAGATGAAGGTTTATACGCAATTAGAAAAAATACTATGTGTAGGGTGTACTCACT +AGATGTTACAGACTTACAATATAATGATATATATAATAATATAATGTTTGTTAGTGAAAA +CAGAAAAAAATATGATTATGATGTAATGGCACTAATATATTTAACATTAAATAGACCTAG +ACAAGCTGAATATAAATATGTTTGTTCACACTTTGTAGCAGATATGCTTATGAAAAGTGA +AGTTGGATTATTTGATGAACCATCTTGTAGTATAAGACCAGACTTTTTCTATGATAATGA +AAAGTTAACTTTAGAATATGAGGGACTTTTGTCTCAATACGGTAAAGAGCAAAAAAAATA +TGTTCCTTATGTATCTAAAATATAATACTACCAAAATAAATACCCCTTTTTATTAAGGGG +TATTTATTTTTTGTAAGTTTATGGATATAATGGTAATAATAACTATTTTGAAAGGAGTAT +TTATGAAAAGATATATAAAATCCTACGGGATAGCACTTGTATTAGTAGCAATATATGCAC +TTATAAAGCTACCAGTGCTAAGACTTGACTTTACTTCTGGCTTTTCAACAATTATTGTAT +TCTTTATTATAGCCGGAGTACTAGACATGATGTTTGATAAGGGAGAGAGAACTTCTAAAA +TTGCAAAAAATAACTTTTTCATAGCTATAGTTTTAATATTAATTGTAGCAGCAATACCTT +TTGTAACATCTTCTCCAATATTCCATTCTAAATCATATAGAAATCTTATTGGAAATGTTG +AAGAAAGTAATTTTGATAAGGATGTAAGTCCTGTAAGTGTAAAGGACATCCGTATAGTAG +ATGAAGAGATGGCTATGAAGTTAGGAGATAAAAAATTAGGAGAGATACCTGCAGTAGGTA +GTATATCTAAATTAGGACAATTTCATATACAAAGCGTAAACGGTGAACTATACTGGGTAG +CGCCTTTAGTACATAGGGATTTTATCAAATGGATAACAAACTTAGATGGAACTAGTGGGT +ATGTTATGGTTTCAGCAAGTAATCCACAAGATGTTAGATTAGTTCAAGAATTAGATGGAA +AACCTGTAAAGTTAGTATATCAGCCAGATGCGTATTTCCTTCAAGATTTGCACAGACATA +TGTATATAAATGGAATTGTAAATGCAGGCATGACTGAGTTTTCATTAGAAATAAATGATG +AAGGTAGACCATATTGGGTTACTAGTTTATATGAACATAAAGTTGGATTCAGTGGTTCTG +ATGCAACAGGAGTAGCCGTTGTTGATGCTCAGACTGGAGAAGTTAGTAGATATTCTATAG +AAGATGCTCCAGGATGGATAGATAGAATTCAGCCAGAAAAATTTGTAGCAGATCAAATTA +ATGATTGGGGACTTTATGTAAAAGGATTTTTAAACTCTGTTATTTCTGAAGAAGGAGTTT +TAGTGGCTACTGAAGGAACTTCTTTAGTATACGGAGATGATGGTAAGTCATATTGGTATA +CAGGAATCACTTCGGCTGGGGGAGATGAATCTACAATTGGATTTATGTTAGTAGATACTC +GTACAAAAGAGGCTAAATTATATAAACAACCAGGAGCAACAGAGACTGCAGCTATGAGAT +CTGCTGAAGGTAAGGTTCAAGAGAAAAATTATCAAGCAACTTTTCCTGTTATGTATAATA +TATTAGGAACACCTACATATGTTTCTGCATTAAAAGATAAGGCTGGACTTGTTAAGATGG +TTGCTTTTGTTTCGGTAGAAGACTTTGCCATATTAGGCTTAGGAGAAACAAAGGATGAAG +CTTTAATAAACTACAGGGAAGCTCTTTCTAGTGAAGGAAATAATATAAATATAGAAAATG +ATACAACGAAAAAAGATATAGAGGGCATAGTTAAAAGAATCAGTCCTGATGTTAAAGGAG +GAAATACTAGTTACTACCTAACTATAGATTCTGATAATAACATATTTGTAGCAACTTCTA +AGGTATCTACAGAGTTACCTTTAACTGTAGTTGGTGATAAGGTAAAGATAGCTTATCAAG +AAGGTAAAACAGGTGTAGTAGATATTATTGAATTTGATAACCTAAATTTAGGTGATGTTA +TAGAGAAAAATAAATCAGAGAATTCTACGCAAGAAGAATCTAAAACAGAAGACTCAGAAA +CAGATAAAACTGAATCAGAAAATACACAAGATCAATAAAGTATTTTAGAATATTAATAAA +AAGCATAAAGCATATTTTTATATGTTTTATGCTTTTTTGTATATTAAGGCATCAAAGACC +ATCTGGAGTGAAGATAATTTATAATCCCAACTACTAAACTTAAAATGTTTAACTAACACG +TTGCTCGAGCAAAGTAAATTTTTATTACGAGAATTTTATATTATATTGTCATATATAAAT +TTATTAAAAAAATTCCTAAAGGTGGTAATTTTAACTTATATACTTAATATAATATTAGTA +CAACTTGGTAAATTAATGACTCAAGGGAGACAGGCGTATGATAGGGATAGAAAAAGAAAT +ATTACTTTTAATTAGTAGAGTTAGATGTATGACAGAAACACAGGTTGGAAAAGTTTTTTC +ACCTAAAAAAAGATATGGTAGAAAACCTTTTAAAAAAACACTGAGAAAGATGTGTAATGA +GTATACATTAAGAAAATACCCATGCAATATAAATTATAGCGGATATAGAGACAATTCCTA +TGTATATTATCTAAATGGTAGCAAACAGTATAAAGGCAAGGATTTAGTTAAGATTATTAT +TGGATCAGAGCTGGCTATCAGAATAAATATGGGTGGATATGAAGTAAAGAGGTTTTATAG +AAATGCCAAAGTTGGTAAAGAAACCTTTGATATATTTATTGAGTATATAGATCGATACAA +TGAATTACATCAACTTTTAGTAGATATAGATATAGATGGAAATATAGAAAGGTCGAGATA +CGTAAATTTAGAGTATAAAATTAATGATTCCACTATTCCGTTTTTTGAATTGCCTAAAGT +ACTTATAATTACATCAAAAGATACACGTGATTTAGGTATAAATAATTTAAATGATAATGT +AAGTTATATTGATCCAACTTTAAATAAATTATTCAGATATATATAGACCTATTTTTAAGA +AAATAGGTCTTTTTATCAATTAATATAAATAATAATAAATTTACATGTAAATAATACTTT +ATATAAAAATAAATAAAAGTATTAAGAAATAAATTAATAGTTGAAATATTAAAAATGGTG +TGATAAAACTATATTAAATAAAAACTAAATTAAATGTACCTAGGGTAGAGGTGCTGTATT +TAATAGTAATTCATAGGAACTGGCAAGTGTTGATAATGAATGAAAGGAAATACAGCCGAA +GAAAATTTATTGGCAGATAATTTTTCTGGACTTGTACAGAATATGTGCAAGGCTGTCGCT +TATTAAAATAAGTGTTGAGCTACAAGGTTACTTTGTGTAATAATTTACGCCCAAAGTATA +CCTTTGGGCGTTTTTATATTAGTCACAAGAAATAAGGGGGGATTATATGAGTAGCATCAT +TGTTCAAAAATATGGTGGTAGTTCTGTAGAGAGTATTGAAAAAATAAAATGTATTGCAAA +AAATATAATTGAAAGAAAAAGAGTAGATAATAAAATAGTGGTAGTAGTTTCAGCAATGGG +GGATACTACAGATGATTATATAAAGCTTGCAAAAGATATAACTGATAGTCCAGATAAAAG +AGAGTTAGATGTATTAATGTCAACAGGTGAAATTATATCTGCATCACTTTTAGCTATGAG +CTTATCTTCTCTTGGGTGTGAATCAATAAGTTATAATGCATATCAACTAGATATACATAC +GAGTGGTGATCATGGGAAATCTCAAATTGATGATATAGATATAACTAAGATTAAAGAAAG +TCTATACAAAGAAAAGGTGGTTATAGTAACTGGTTTTCAAGGTCTAAATGATGAAGGAGA +TGTAACAACTTTAGGAAGAGGAGGTTCAGACACATCTGCAGTTGCTTTAGCAGTTAAATT +AGATGCTAAATGTGAAATTTATACAGATGTAGATGGAATATATTTTACAGATCCTAGGAA +ATATAAAGGTGCTAAAAAACTTAATGAAATAGAATACGAAGAAATGTTAGAGCTTGCTAG +TCTAGGTGCTCAAGTAATGCATTCAAGAAGCATAGAGTTAGCATAAAAGTATAATACAGA +AATATATGTAGGACTTTCATGTGGGAAATTAAATGGTACGTATATAAGGGGTGGAGAAGA +TATGAGATTAGAAGAAAAAGTTATAACTGGCCTTGCAACTAGTAATGATGTTGTTATTTT +AACTATAAAGGATTTTAGTTTAGATAAAGTTTCAAGCTTGTTTGAATGTATTGCAAGTAA +AAATATAAGTGTAGATATGATAAGTCAGACAGCGCCTATAGGTGATATAGTAAATGTGTC +ATTTACTATATCAAAAGAAGATTTAAATGAGTGTAAAGAATTAGTTGAAAAATATGCCAA +TAGTAAGGATATAGTAGTAGATAGTGAAGTTACAAAAGTATCTTTAGTTGGTTTAGGTAT +GAAAAATACAGCAGGAGTGGCGTCAAAAGTTTTTAAAATTTTCAAAGATAATAATATTAA +AGTTAAACTTATAACTACATCTGAAATAAGAATATCTTGTGCAATAAACTCTTCTGATGA +AGAAGTAGCAATAAATGAAGTGGCAAAAGTATTTAACGTTTAAAATTTAGGAGGGTACTA +TGAAACTACATGGAAATATGTCAATTAAGAATAATACATTATACATCGGAGGCATTAGTT +GCGTAGATTTAGCTAATAAATACTCAACACCACTTTATGTATTTGATGAGGATTTAATAA +GGGAAAATTGCAGAGAATATAGAAAGTATTTTAAAGTGGAGGAAAACAATAATAAAGTTG +CATATGCAGGAAAGGCATTTTTAACTTTATATATGTGTAACCTCATTAAAGAAGAAAACT +TATGCTTAGATGTAGTTTCAGGAGGTGAACTATACACTGCACATAAAGCAAACTTTCCAA +TGGAGAATATATTATTTCACGGAAATAATAAAACAATTGATGAAATAAAAATGGGAATAG +AGTTAGGAGTTGGAAGATTTGTAGTAGATAATTTTTATGAGCTTGATATAATAGAAGAAA +TATGTAAAGGAAAAAATAAGATACAAGAAATTTACTTTAGAATAACCCCAGGAATTGAAG +CTCATACACATGATTATATAAAAACAGGTCAAATAGATTCTAAATTTGGATTTGCATTAA +TAAATGGTGATTTGTATGAAGCTATAGAAAAATTGTCTGAATATAAAAATATAAAATTAG +TAGGGCTTCATGCTCATATAGGTTCACAAATATTTGATATAGAACCATTTATGGATGAAG +TTGATATTATGATAGATTTAATAAAAGAAATTAAAGATAAATTCGATATAGATTTAAAAG +AAATAGATTTAGGTGGAGGTATAGGAGTATATTACACTAAAGAGGATAAACCAAAAACTA +TAAAAGAATTTTGTGAAGCAATTATAAATAGAGCAGAAATTAAATGTAAGGAAATAGGAA +TAGAAATACCGACACTTATAATAGAGCCAGGGAGATCAATATCAGCTAATGCGGGTAGCA +CATTATACACTATAGGGTCTATAAAGGATATAAAAAATGTAAGAACATATGTGAGTGTAG +ATGGAGGAATGACTGATAATATAAGACCTTCATTATATAAAGCGGGATATGAATGTAGCA +TTGTAAATAAAATGAAGTATGAGAAAGTAAATAATGTTACGGTTGCTGGTAAATGTTGTG +AAAGTGGAGATATCTTAATAACTCATGCTAATATAATGGATATAGAGAGTGGAGATATCT +TAATTACAGCTTCAACAGGAGCATATGGCTATTCTATGGCTTCAAATTATAATAAAATAC +CTAAACCCGCAGTAGTGATGGTATCTAATGGAGAATTTAATCTTGTATGTAAAAGACAAA +CCTACGATGAACTTTTAGAATTAGAATTAATTTAAATTTAAATTTATAGTATAAAATAAT +ACAAACAGGTGCTATTAAAAAATTTAAAATAGTACCTGTTTTTTTATTGAAAATTAATAT +TTTCCTATAATATATTAAGCAAAATCTCATAACATAAAATTAAGTAATGAAATATCATAA +AATATTAAAAATATCATAAAAATAACAAATATATATAATTTTTTACAATATTCTTCTAAC +TTATGCCCAAAACTTATACAATTGTGGTAAAATTAACTAGAGGTAATAAGGAGGGATTCA +ATGAAGAAGAAAATAGTACTAATCATAACTTTATTATCAATATTTATGATAGGATGTACA +TCTAAAACAGAAGAAAGTAGTTTAGTAGAAGAGGGAAAGATTGCTCTAGAGGCTCATAAG +TACTCAGATGCAATGAAATTATTATCTAATGCTTTAGACGAAGATAGTTCTGATGAACAT +GCAAGATCAATGTATATGCAAGCAATGAGAATGATAAATGTGGATAGTTATAAATCAAAA +ACAAATTATAAAAAAGCTATTGAAGAACTTGAGGCTATAGAAAAAATAAAAAATGGATCT +CAAGTAATAAAGAGTGAAGCTTCTAATGAGTTAAAAGAGATTAAAAAATTATATGAGAGT +CAAAAAGAAGCTGAAAGAAAAAGAAAAGAAGATGCTAAAACTGCAGCTAGCAAAGATGCA +TATAAAGCAAGTCAGCAATTAACAAAATATGAAGAATCACTAAGAGAAGAAGAAGAAAAG +AAAAAGCAAGAGGAAGAAGAACAATTAAATAATAATCAAAACACTGAAAATAACGAAAAT +ACAAATGAAGGTGATAACCAAACCCAGGGAAATACAAATCAACCCCAAAGTACAGAAGAA +GCACCTTTGGTACAATAAAAATTACATTCATACTTGTTTTATATAACTAACGACAATATA +GTTACAAAATTGAGTATTTAGAAGTAATAACTTTATAACAAATAAAAAGTTGCCTTGAAT +CAAAAGGCAACTTTTTTATTATTTTGAATCGTTTATATAAAGTCTTTTTTCTATATATTT +ATCTATTGAAGCTTTAATTACTGCAGCTACAGGAACAGATAAAAATACTCCTATTAAACC +GAATAAATTAGAACCTATTAAAACAGCAGATATAATCCAAAGTGGACTAAGACCAACTGA +ATCACCCATTACCTTAGGTCCTATGAAGTTTCCATCCACTTGCTGAAGTATCAATATGAA +AATAGCAACCCAAAAGGCTTTGACAGGACTATATACTAAAGTCATAAGTATTGGTGGTAC +GGCACCAATAAATGGTCCAAAGTAAGGTATTATATTTGTTAAGAAAACTATAAATGACAA +GAACAATGTATTATCTATTTTTATTATAAATTGGAATCCTACAAAGGCAATTACACCGAT +TATAAGAGAATCTATAATCTTACCAATCATATAATTATAAAATATATCATGAGACATTTT +AAAGAATTCAACAGTCTCATCTGCTTTAGTTCTACTTACAGTAGCATAAAGTATTTTCTT +ACAACCTAAACCTATTTTTTCCTTATCAAATATCATATATATGGAAAGTATTAACCCCAT +TATTATATTGAATAATAAGGATGTTATACTTGATATATGTACTAAAAGATTAGAAGAGAA +TGTTGTAAGTATATTAACTACTTTCGTTAATATGCTATTTAAGTTCTCCTGTAAATGAGG +AGCAATGCTATTAAAGAATTCAGCCTTTGTCATATACTTACTTAAGAATGTATTAATCAT +ATCAATATATGTAGGAATTTCTTGTATTAACTTATTCAATGTATCAACTATTGATGGAAT +AAGTAATTTAAAGCCTAAAAATATAAGTATAAAAACTATTATATAAGATATAAGTATATT +CAATAATCTGTGTAGATTAAATTTCTTTTCAAAAAACATTACTAAAGGGTTTATTAGTAG +TGCAATAAGAATTCCTATAAGGAAAGGACTGAAAAAGTTAGCAAAACCACCTATTCCTGA +AATAAATTGCATAGGGTTGTTAATGAATTTATAAAGCAAAATAGCTACTAAAGCCAAAAA +TATATAATGCTTTATGTCTTCTTTTGAAATCATATTACCTCCTAAGTTTTTAAATATTTT +AAAATTAGTATATAATATAATTAATATAATTTAAAGGCATATTATAGTTAAATATTAAAA +ATTAAGAAATTTGTAATAAATACTTTGATTTTAATAATCAGGTATTATATTATAGAAAAG +AAATAAGAAAGCATAGTATTAATTAAATATTTAATAAAGAAAGGTTAAGTTATGAGAATA +AATAAATATATAGCTTCTTGTGGCGTTGCATCAAGAAGAAAAGCTGAAGAAATAATATTA +GATAGAAGGGTAAAAGTTAATGGCGAAATAGTCAGTGAGTTATCATTTAATATAGATGAA +AATAAAGATATAGTTGAAATAGATGGAAAAGTAATAAGTTTGAGTGAAAATCATGTTTAT +ATAGTTTTAAATAAACCAGAAGGATATATAACAACTGTAAAAGATCAATTTGATAGACCT +AGTGTATTAGATTTAGTTACAGATATAAAAGAAAGAGTTTACCCAATAGGTAGACTGGAT +TATGAAACTAGTGGTCTTTTGATACTTACTAATGATGGAGATTTAACATATAAGTTAACT +CATCCCAAACATGAAGTAGATAAGACATATGTTGCATTAGTAAAAGGTCAACCTACATAT +GAAGAACTTAAAAACTTTAGGGATGGTTTAGAAATAGAAGATTATAAAACTGCTCCAGCT +AAAATAAGAGTAGTAGATGTAAATGAAGAGAAAAATTATTCTAAATGTGAAATAAAAATA +CATGAGGGAAGAAATAGACAAGTTAGAAAAATGTGCAAAGCTATAAACCACCCTGTATTA +AGACTTAGAAGAATTGCAATGGGAGAGATTAGATTAAAAGGTCTTAAAGTTGGTGAATAT +AGACACTTAACAAAAGAAGAAATAGAATACTTAAAATGTATAAAATAGAGGTGCAATAAA +TGATAAAAGCTAAATATCTAACAAAAATTACAGAAGTAAATAAGTTATTTATAGAAGATG +TAATAAGTGAAGGTGATATAGCAATTGATGCTACTATGGGAAATGGATATGATACCAAAT +ATCTAGCAGAAAAAGTTGGTAATGATGGATTTGTATATAGTTTTGATATACAAGAAGAAG +CATTAAAATCAACGAAAAAAAAATTAGAAAAAGAAGACTTATTAAATAGAGTTAGCCTTA +TACTAGATGGTCATGAAAATATAGAAAATTACGTTAAAGATGAGGTTTCATTAGTATTAT +TTAATTTAGGTTATTTACCAAGGGCTGATCATAATGTAATAACAAAACCTGATACTACAA +TTAAGGCAATAAAGTCATCTTTAAAACTTTTAAAACCACATGGTGTTATTAGTATTGCAA +TATATACAGGTCATGAAGGTGGAATGGAAGAGAAAAATGAAGTTTATAAATTTGTACAAA +GCTTAGATCAAAATCAATTTAATGTTCTAGAAAGTAAGTTTGTAAATCAAATAAATAATC +CTCCGCAATTAATATTGATAGAAAAGAAAAAAGAGTATTAATAAACAAAATTGTGCATAA +ACAAAAAATTTTCATTCACTCTTTAAAAAATATATATATAAGTGATATAATGATTTTAGA +TAATTCTAGGAGTGTGAAAGAACAGTATTTGTTCTGCTAAAAGGAGAAATTTATGGACAA +TAAAGAAAAATTAGAAATGAAGGATGGAAAACATCTTATTTCAAATATACAAGCTCAATA +TGCAAGATTAAGTAAAGGACAAAAAATCATTGCTCAATATATATTAAAAAATTATGATAA +GGTTGCATTTATGACGGCATGTAAGTTAGGTGAAGCTGTAGGTGTTAGTGAATCAACTGT +AGTAAGATTTGCAAATGCTTTAGGATACTCAGGATATCCTAAGCTACAAGAAGCATTACA +GGAACTTATAAAAAATAAATTAACTACTGTTCAAAGAGTTGAGATGGCTCATGATCAGTA +TTCTGATGATTCAACTATACTAAATAAAGTATTAAAAAGTGATATAGACAATATAAGAGA +TACTTTAGATGCTATAGATGAAAATGCATTTAAAGGTGCTGCTGATAAAATACTAAAAGC +TAGAAAAATATATATTCTAGGCATGAGAAGCTCATTTACTATAGCTCAATACTTAGGATT +TTATCTTGATATAATACTTGATAATGTTCATATTATTAGAATGGATATGGGAGATGCATT +TGAACAAGTTGTAAGAGTAAATGAAGATGATGTACTAATTACAATAAGTTTCCCAAGGTA +CTCTAGAAAGTCTTATCAAGTAGCAAAATATGCAAAAAGCAAAGGAGCACATATAATATC +TATAACAGATAGTATGTTTGCACCAGTAGCATCAATTTCAGATAATACTTTATTAGTTAA +AAGTAATATGGCTTCTTTCGTTGACTCTTTAGTACCAGCATTAAGTGTTGCTAACGCACT +TGTAATATCTGTTGGAATGAAGGAAAAAGAAGATATTAAGGAATATTTTGATGATTTAGA +AACTATTTGGAAGGAATACTCAGTTTATGAGTAAAATCCAGTGATTATCAAGATGTAAAT +TGGCGACAATTAAGCATTTATAATAATCATAAAATTATACTAGATAGTTTTGAGTATAAA +ATGATACTGACATTGACTTATAGCTGACAATATTATAATTGTCAGTCGAGTTATTGTCAG +TTTTTTTATATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAG +TTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_60 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATAAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCATAATCGCTATAATTATATTTAGATTTTTTTCATCTTTTTATCCAACAATCC +CAAAAAAGCTATTACAAAATAAAAATTATTTTGTAATAGCTTTTTTAGTGATTTTAAATA +TAGCTATAAATATAACCCATATTTCAAGTCTTCCAAATAACATACCAATTATCTCAGTCC +ATAATATTAAACTTGGGGCAGTTGGAGATGTTATTCCAACAGATAAACCTACAGTTCCAA +GCGCTGAAGCGAACTCAAACATTGCTTCATGTAGTGGATATTTATATACTAACATCGTAC +TCACCCCTAAAACAAATATCACTATATATGCGCATATATAATTATAAATATCTATAACAT +CATCTTTATTTATAAATACTTTTCCTTCTGCTTTATACACATAATGTTTTTTTACAAAAT +GCTCTGGAAGAAATCTTAATTTTATACTCCAACCTAGTTGCTTCATCATCAAATAAACTC +TATAAAGTTTTATACCTCCTGAAGTAGATCCAGCACCTCCACCCATAATCATCAATATTA +TCATTATAAATATTGCAAAAGATGGCCAATTATTATATACAACTGTTGAAAACCCTGTAG +TTGATAAAGCTGATACTATTTCAAATAATGCAACTCTAGCTCCTTTATATACCCCCCCAT +ATAAATCTTTTAATGATACAAATGTAATTAAAGGTATAGTGATTCCTAAAATAAGAAACA +TAAATCTTATTTCTCCAATTTTTAGGATTTCTTTAAATTTCCTCTTTACTAATAATAAAT +GAGTTGCAAAGCTAATTGTACCAAGTATCATTAATATAATAGTTATTAACTCTATATAAA +CATTATTATAAAACCCTATACTTTCTAACTTTGTTGAGAAACCTCCTGTTGATAAGGCTG +CTATTGAATGATTTATTGCATCAAATATTGGCATTCCAGCTATTACATATAATATAGTTC +CAGCTATTACATATCCTAAATATATAGATAAAATCATTCTAGAGGATTTTATTAGATTAG +GTAATATCCTATCAGAATGTCCTTCTGAGTTATAAAGTCTCATTCCAAACGTAGACGACA +ATGCTGATATCATAACTAATACAATCCCTACACCCCCGAAAAATTGCATTATACTTCTAT +AAATTAAAAATATATGAGGTGTCGACTCAACGTCCATTACAGATAGACCCGTAGTTGTCC +AACCACTAACAGCTTCAAAATATGCTTGCGTAAAACTTAAATCTTGACTTATCATAAATG +GTATTGCTGAAAATACAGTAGCTAGTATCCATGCAACTACTACTATTACTGCATCTTCTC +CAACAGATAATTTTTTATTTGTATCACATTTAAACACTCTTACTAAAATTAATCCTAATA +TTATACATACCAGTGAAGGACATATAAAACTAAAAGTAAAGTTTATCTCATTTCTATAAA +AAGGTAGTACAGACAATGGTAACAATAGTATTACGCCTATTATTACTGTCAAAATACCTA +TATAATAAAGTAGTATATTCCATTTTTCTATTTTTTTTAATTCCATAGTATTATCCTCTT +ATATCTAATGTTCTTATCATATCATTCTGTACAGTAACATCACATAATATTATAAGCTTA +TCATCTTTATTTATTTTTGTATCTCCATTTGGAATAATACTATTTAAATCTCTAATTATA +CATGCAATTATTGATTTCATTGGTAAATTTATATCTTTTATATATTTATTACATAATGGC +GATTTTTCATTTACTACTACTTCTAGCATATTAACTTTTCCGTTTTCAATAGGAATAAAC +TTATGCATATCGTTTATCGTAGCCATCTGTTCTATAATATCGGAAACAACATAAGTTGCA +CTTATAGCTCCATCTATACCTAAATTTTTAAACACATCCACATTTTTAGGGTTAGCTACT +GTAGCAAAACTTTTCCTTATATTATATACCTTTTTAGATAGTTGACATATAGCTAAATTG +GTTGCATCTTTTGATGTCATAGCTATAACTACATCAGCACTCTGAATACCAGCCTCTTCT +AAAATATACCTTTTTCCTCCATCTCCATGTATTATAGAACATTCATATTTCTCACTTAAT +TTATTACAGTACTCATAATCTTTATTTATAATAGAAACTGTGTGTTTTTTATCTAATAAA +GACTTTAATAAAAATTCAGCCTTTTTCCTTCCACCTATAATTACTATATTCATCTAATTA +TGCACCTACCCTTCTTATTAAACTTTTCTTGTTAACTGCTTTATTTATTTCAAGCAATTT +ATCAAATTCATTTATAGTTAGAGTAGTAGGTCTAATTATCTTTATATCAAGACCTTCATA +CACAACTTCTTTTTCATTATCATATAGCCTAGTAATAACTGTATCTATATTTAGTATATT +TTTAGCTATTAAAGAAATCATAATATTTACATCATCATCATTAGTAGCTGCAATTAACAT +TGTAGCTTTATATATATCTACTTCCATTAAAGTATCTATATCAGTAGCATCTCCAACTAC +CTTAAATCCACTATAATTCGCTGATAGTTTTCTAAACGAATTTTCGTTTATGTCTATAAT +AACTACATCTCTTCCACTTAATGATAATTCTGTAGCTATATTAGTCCCAAATCTGCTACA +TCCTACAATAATTATATATTCAAAATTAATCTTTTTCATTCTATACCACCATCTCCTAAA +CTTTCTTTCATATTATTTATGTTTAGTTTATTATATTTGGTATAAAGATTGTGTTAAGAT +ATTTTAATCTTTATAAAGATTTCATTAACATATTTCAAATGACTATATAAAATTTATAAA +ATCTTTATATCTATTCATCGACAAGTTTATATCCTACCCCTACTTCCGTCTTTATATACT +CTGGCTGTGCAGGATTTTTTTCTATTTTTCTTCTTATACTAGCCATAAAAACTCTAAGTG +ATTGTGTTTCGGTATCTAAGTATCCTCCCCATATTTTATTTATAATAAATCTATGAGTTA +ATACTTTTCCTGCATTCTTAGATAATAACTCAAGCAACTTAAATTCTATAGGTGTTAAAT +GAATTGACTTTCCATCTAAACTTACTTCATACTTCTCAAAATCTATCTTTAATCCTCTAA +CTTCAAAACTTTTCATATTTTCAGTTTCGATAGAATTTGTTTTACTTTTTTGCCTTAAGG +ATACCCTAATTCTAGCTAAGAGTTCTGGGACACTAAATGGTTTTGTTAAGTAATCATCAG +CTCCTGTATCTAAAGCATATACTTTTTCCCTTTCATGCCCTCTAGCTGATACCACGATAA +TCTTTGCTTCACTTACATCTCTTATTTTATTAATTACATCAATCCCATCCATGTCTGGAA +GTCCTAAATCTAAAATTATTATATCTGGATTCATAGAATATACTAATGTTATTGCATTAC +TTCCATCAGATGCTTCTATACACTCATATCCTTGTGTTTCAAGTGATACTCTTATAAATT +TTCTTATGGGCTTTTCATCCTCTACTATTAATATTTGTGGCTTTAAACTCATACATTATT +CCTCCTCACAAGGTATTTTAAACCTAAATGTAGCTCCTCCTAATTTATTGTTGAAGGCTT +CAATTTCTCCATCATGGGCTTCTATAATTGACTTGCAGATAGAAAGTCCCAGACCTATTC +CCCTTTTTTCTAATGATTTCCTATTAGTCTTAGAATAAAATCTATCAAAAATATGATCAA +TGTCTTCATCTTTTAATCCATATCCGTTATCTTCAACTTCAAAGTATACATAGTTTTCTA +TTTTCATAACCTTTACTTTTATTTCAGAGTTATCCGGAGTATACCTCATTGCATTATCAA +TTAAATTTATAATAACTTGCTCAATTAGTAACCCATCTACATTAATAATAATTACATTAT +CCGGAATATCTACAATTATATTGTGTTTATTTGAAAACTTTTTGACTATAAATATAGATT +CTTCTACTATTTCTTCTACTACTTCCAGATTTTTTTTAACCTCTAATCTACCTTCATCTA +CCCTTGTTATACTTATAATATTTTCAACTGATCTAGCTAGCCAACTTGCATCTTCATATA +TATTTTTTAAAAGTTCCTTTTTTATATCCTCATCTACATAATCATAATTTTCTAATATTG +TTGATGATGAACCTATTATACTTGTTAAAGGGGTTCTTAAATCATGTGAGATTGATCTTA +GTAAGTTACTTCTTAGTCGCTCCGTTTCTGCATCTATATTTGCTTTTCTCGTTTTTTCAA +ATAAATCTTCTCTCTCAATTGCTAGTGCAACTTGATTTGAAACAGATTTTAATAGTATTT +TTTCATTTTCAGTTAGAGCTACACTCTCGATGCAAGATATACCTATAACCCCAAGAACAT +TTTTATGCCCTTTTATAGGAAAATTAAAGGTTTTTGCATTTTGATAAAACTCTGTTCCAC +ATCCAACTTCTTCTCCTAAACTGAAACATTCTTTTAATGCACACTTCTCTAATGGAGATT +GGAATATACCATTTGCATCTTCATCTTTAAATGTTTCTACAACTATTTTCTTTAAATTTT +CATCATTATCTACGATTGCTGTAGCTACAGACCTATTTAATATATCAACTAAACTAGAAT +TACACATTTCCACTATTTCATCTTTGTTTTTAGCTTTAAGCAAATTCTTATTATTTTTGT +ATAATAACTTTATCCTTTGCTCCCTCATATTTGATAACTTAATTTCTCTTTTTATTTTTG +ACGTCAAAGTACTAGTTATTGCTGCCGAAATAAGCATAATAAGAAAAGTAATAGGATAAT +CCGCTCTATATGCTATAAAAGTATAATACGGTTCTGTAAAAAAGAAATTAAATGATAAAA +CTCCTACTATGGATGATAATATTCCATATATATATCCATCTGTTTTGATGGCTGAAAATA +ATACACCTAGTATAAATACTAAAATAATGCTTGATTCATTTAAATCAATCACTTTAAAAA +ACAACCCTATTAGAGTTGCCATTGACATTATAAAAATAATTATTATTACATTTTTCAATA +TTTTATTTTTGATAAATTTATGTTCATAATAATCATTATTAGTGTACATAATACTATCTT +TTGAATCATCTGAAATCATTGTATTATTCCCCCTTAATAAATCATTTTATTAAATTATAG +AATCAAATTAATTAAAATACAATACATCATAAATAGTATACGTCATAAAGAAACCACCAA +TTAAAATAAAATTAGCTAAACTTTATTTTAATTGGTGGTTCATTATCTTTTTTCTAGCCT +ACCTATATTTCTTTTGTCATATACTAATTTGTATAAATTATATTCTTCTTTGTAAGTCTT +ATCTCCATAATCTATCTCTTCTAAGTTAAGTTTATATTGAAAAGAACTAACTCTTCGTAA +GTTTTTATCTGAAGCTCTAAATGTTGGATCTAATGCATAAGAGGCTCTATAATGTTTTCT +AGCTAAATCTAAATCCCCTTGTAATTCATACATAATTCCTAGTAAATTATGCCCTTCTGG +AAAAGAATCTTCTTCCATCATGATATTATATATATGTTCTTTGGCTAAGTCATAATTATA +TATTTTTAAGCAATCAATAGCTTCTTTTACTTCATCTTCATAAGAGTTTACTTTATATTT +AAATGCTAACATAATTAACACTCCTTTGTAACTATATTTTATATTTACTATCTTACGAAT +TTCTATATAAATATGGTATTAAGATAGTTACCAAAGGATAAAGATTTTGTTAATATTTTA +TAACTGTTTAAAGTAGTTTATACCTATAGCATCTCTAACTTCTTCTAAAGTATTTTTTGC +AATTATTCTCGCATTATAACTACCACTTCTAAGTATTTCATATAATCCTGGTATATCTTC +TTCGAATTCTTTTCTTCTCTTTCTAATAGGCTCTAGTTCAACTTGTAATATTTCATTTAA +GTATTTTTTAACTTTTACATCACCTAATCCACCCATTTGATAATTCTCTTTTAATTCTTC +TAAATATTCGTAATCATTACAAAATGTATCTAAATAAGTAAATACAGTATTATTTTCTAT +ACACCCTGGATCTTGTACTCTAATATAATTCGGATCTGTAAATATATTCATTACTTTTTT +AGTTATAATATCTGGTTCATCACTTAAATATATTGCATTATTTAGAGATTTACTCATTTT +TGCCTTTCCATCAATTCTAGGAAGTCTTGCAGCATTTCCTTTTGGAAATAATCCTTTAGG +CTCAACTAATACATTTCCATATATATTATTAAAGCTTCTTACTATTTCTCTAGCTTGTTC +TAACATAGGCTCTTGATCTTCTCCAACTGGAAAAAGTGTAGCCTTAAATGCTGTTATATC +AGATGCTTGGCTTACAGGATAAATAAAAAACTCCATCCTAAATTAATAGGACGGAGTTTC +CGCGTTGCCACCTAATTTGCCTAGTATTTACTTACTAAACAAAAGTGATTAATGTCTAAT +ATTTTGATAGATAATTATTCAAAGCATCTACTACTCCATCTTCATCGTTAGATTTTGCTT +CATAATTACAAATTTCCTTTAACTTTGGATGTGCATTTGCCATTGCATAACTATGCTTAC +ATTCTTGCATCATTTCATAGTCATTTAAATAATCTCCAAATGCCATACACTCATCATAAG +TAATTTCATATATTTCTTGTAACTTCTTTATTGCATTACCTTTATTAATGTCTAAATTCA +TAAAATCAACCCAATTTTCACCTGATAAACAAACTAATAATTTATCATTAAATTTCTCTA +ATAATGGATAACTATTAGTTTCAGCTCCGTTCCCATCAAATACAGCTATTTTACATATCT +TATCTTTTTTTATTACTTCTAGTATATTCGGTACTAATTCTAAACGTTCATAGTACATTC +TTGCATTACGAAGAAACTCTGAATTATCATCTTCTACATATGCAGATTTTTCCCCACATA +ATATTGGATATGCATTATCTATGTTACGAATAACTTCTACTGGCTCAATTAATTTTTCCT +CTTCTATTTCACTTATAAAAATATTCTCTTCACCTTCAAATACAATAGAACCATTATCAC +TTATAAATATCAAATCATCTTTTATTTCTTCAAAAATTTTTAATAAATTATAATACTGTC +TTCCACTTGCTATTGCAACCTTTATATCTTTGTCTCTTAATTTATTTACCGTATTAAATA +AATTTGGAGATAACTCCTTTTTGCTATTTAGTAAAGTTCCATCCATATCTGCTGCTACTA +GCTTAATCATCATTTAGTTCCCCCTTGCAGTCATAGTATATTTTAAAATATCTACTATTA +CATTATAATTTACTTTATTGAAAAAGGCATCTATTCAAGATAAATAAAAACGGCTAAACA +TGATATGTTTAGCCATTTTTTATAGGTTTACTAATTTCTTAGTTAGCTTTTTTTAATTTT +ACTATAGTCTCTACATGAGGAGTATTTGGGAACATATCCATACACTTAACTTTTTCAACC +TCATATCCATACTTTTTGAATTCAACTAAATCTAATACTAGAGTTTTTGGATTACAAGAA +ATATAAACTATTTCTTTTGCTCCAAAACCTGATATATCTCTTATAGCATCTTTGTGAACA +CCTGGTCTTGGTGGATCAACTATTATTAAATCAGGCTTAACTTTGAAGTTTTTAACAGTT +TTTGCAACATCTCCTGCTACAAATTCACAGTTTGTTAATCCATTTAATTTTGCATTATTG +TTAGCTGCAACAACTGCCTCTTCTATTAATTCTATTCCGTATACCTTTTTAGCAGCTCCT +GCCATAACTTGACCTATTGTTCCTGTTCCACTATATAAGTCAAATACTACTTTATTTTCA +TGATCACCTACAAATTCTCTAGCTATTGAGTAAAGCTTCTCTGCTCCCTTAGTATTTGTT +TGGAAGAATGAGAATGGAGATATTGTAAATTTAAGTCCTAATAATTCTTCATTTATATAA +TCTCTACCGTATAATACTCTTAATTCATCACATTGAACTGCGTCTGCAAGTCCATCATTT +ATAGTGTGTAATATACTTACTATTTCTGCTTCTATTTCAAGATTTAATAACATTTCCGTA +TACTCTGTCATATCGAAATCTTCTTGAGATGAAGTAACTATATTTACCATTAATTCATTA +GTGTTTATACCTTTTCTAACAACAAGGTTTCTTAAGTATCCTTTATGACTCATACATCTA +TAATAAGGTAATTTCTTTTCATCAAAATACTTAACTGTAGAAGTTAATACTTTTATGAAA +TCTTGATCTACTAAATAGCATCCATCAACAGTTAGTATATCTATATGTCTACCTTTCTTA +TGAAGACCTAATGTAAGAGGACCATCCTTCATTTCATCACCAAAAGTATATTCCATCTTA +TTTCTGTAAAGTCTATTTTGAGGACTGCCCTCTATTCCCAAAAATTGGAATCCAAATATA +TCTTGGCTTAAGAATAAATCCATAACTTGTCTTTCTTTTATCTCAAGTTGCTTTTCATAT +GGTACAGATAGTATAGTACATCCACCACACACTCCAAAATGTTTACATGGATTAGCTGTT +TCTATTGGAGATTTTTCTAGTATTTCTAACATCTTAACTTCTGCTTTTTTACTTCTAGCT +TTTTTTACTGCCGCTTTAACTTTTTGTCCACTTATTCCGCCCTTCATGTGGATTTCTCTG +TTTCCTAACATACTAACAGTAGTTCCACCGAACTCCATCTTATCTACTTCAAATTCAATT +ACGTCTTTTTTCTTCACGATACTTCCTCCGTTACATGTATATATTTTAAAACTATCTTTC +TTCTATTAGTTTTATTTCTTCTTCAGTCAACTCTCTATATTCTCCTAAAGCTAAACTTTC +ATCTAACTTTAATTTACCCATAGAAAGCCTTTTTAAGTATACTACTTTTTTACCTACACT +CTCAAACATTCTTTTAACTTGGTGGAATTTTCCTTCATGTATAGTAAGCTCTATTTCTGA +CTCTTCTCCACTCTTTAGTATTTTTAATTGTGAAGGCATTGTCTCATATCCATCATCAAG +AGTTACACCTTTTTCAAAAGCATCTATATCTTTCTCAGTTACCACTCCATCTATTTTAGC +ATAATAAGTCTTAGGTACATGCTTTTTAGGAGATAAAACCCTATGAGAAAGTTGGCCGTC +ATTAGTAAGGACTAACAAACCTTCTGTATCCTTATCTAATCTTCCTACTGGAAAAGGTTC +AAACACTAGATATGATGGATCTATCAAATCTAAAACAATAGGATCTCTTTTATCAAAAGT +TGCACTTATATATCCATCCGGTTTATTCATCATTATATATACAAACTCTCTATATGTTAT +TTTTTCACCATTAAATAATATTTCATCATTTTCTGGATCTACCTGAAGCCCTGGATTAGA +TACAGTTTGTCCATTGACTACTATACTTTTCTGCTTACAGTATTTTTTTATTTCCGCTCT +ACTTCCGCAACCTATGTTCGAAAGTATTTTATCAATACGTTGTTTTTTAGCCATTTATAA +TACTACCTTCCTTTAAGTAAGTTTTTTCATGGTTTATAATAATATTTTTTTACAGATATT +AATTTATAGATATTATTATACTTTTAATTTGAAGTTATTACAATTTACTATATACCTTTT +TTTATTTTAAAGATATAATAAAGAAGATGGGTAAATTTTATAAATTTTGTTTTTTTATGG +AGGTTTAACTATGTTAGTTTCTGCTAAAGAAATGTTAATTAAGGCTAGAGAAGGGAAATA +TGCCGTAGGTCAGTTCAATATAAACAACTTAGAATGGACTAAGGCAATATTATTAACAGC +ACAAGAAAATAATTCACCAGTTATATTAGGTGTGTCTGAAGGTGCTGGAAAATATATGGG +TGGATATAAAACTGTAGTTGGAATGGTTAATGGATTATTAGAAGGATTAAACATAACAGT +TCCAGTTGCTCTTCACTTAGATCATGGTAGTTATGATGGAGCATTAAAGGTAATAGAAGC +AGGATTCTCTTCTGTTATGTTCGATGGTTCTCACTACTCTATAGAAGAAAATATAGCTAA +AACAAAAGAAATAATAGAAATAGCAAACGCTAAAGGAATCTCTGTAGAAGCAGAAGTTGG +TTCTATAGGTGGAGAAGAAGATGGTGTTGTTGGTGCTGGTGAAATAGCAGATCCAGCTGA +GTGTAAGCAAATAGCTGACTTAGGTGTAGATATGTTAGCTGCTGGTATAGGAAATATCCA +CGGTAAGTACCCAGAAAATTGGGCAGGATTAAACTTTGATGCACTAGCTGCTATAAACAA +TGCTACAGGAGATATGCCTTTAGTATTACATGGTGGTACTGGTATACCTGAAGAAATGAT +AAAAGAAGCTATATCTTTAGGAGTTTCTAAAATAAATGTTAATACTGAGTGTCAGTTAGT +ATTCGCTGAAGCTACTCGTAAGTACATAGAAGAAGGTAAAGATTTACAAGGTAAAGGATT +TGACCCTCGTAAATTATTAGCTCCAGGATTCGAGGCTATAAAAACTTGTGTTAAAGAAAA +AATGGAATTATTCGGTTCTATAAACAAGGCTTAATTCCTTATAATAAATTAAAAGACTCT +AATAAACTTAAAATAAGTTTATTAGAGTCTTTTTTACTATTAAAATAAATAGCTAGTATT +AAAATAGCTCTATTTTTTAACTATAAAATTTTGAGGCGCCTACTAATTGTCTTTTAGCTA +CTATTTTCGCTAAATTAGTTAATGATGCTATTTTTATATCTTCAAAACTTACTACAAACA +CAAATTTGAAATCTGTAAATCCTTCATCTATATTATATACATCAAAGAAGCATCTAATAT +TATCAACTAGATAAATATCCTGTAACTCAGCTTCAATTTCATCGGTTGCATCTTTTAGAT +ATACTCTTACATCTTCAAATATTACATTAAAGTATGATTCATCTAAGTTTTCTCCCATTT +CTTCAAGTAATTCTTCTATATCTTCCATTGCAAATATATCTTCAGATAACTGACAGTCAA +AAACCATTATATTATCTTGATTTATTGTATTAGATATATCTTGAACATACTCAAAATCCG +GACGTAACTTTAAGATATCCATTACTTCCTTGCTATTTACATTAAAGTTTCCTTTTCTGT +TTTTTAATTTTAACTCTATCACTAGATCGCCTCCCCCATTATAAATTTAATAATGATTCT +CTATTAATTCTTTGATCTGTTTCCAATCTTTTACTCTAGTTATCCTCTCATGCTCGGTAC +CTTTATTATAATTTGCATCCATTAATATAACATTTATACCAGCTTCAGCAATTTGTATAG +CATTTGAAGGATTGTCTTCTATAAATAAATTACAATTTAATTCTTTTGCTTTTTCTATTT +TATAGTCACTACCTAGTAAATATACCTCAATATCAGAAAAACCATTTTTGTTTAACCAAT +TAGTTGTAATTCCTGTTAAAGATTCACTTCTAGCTGTAACAAAATATAAATTATTTCTTT +CATATAATTCTTTTATTATATCTCTTGCACCTTCTATAACCTCTGCTTCTTCATAGGCAT +TCATATATTCATTATGAAACTTATTTAATATATCTTCTATATCTTCACCGTATAATTCTG +TCCAGTCAAGTGTTGTACAATCTTCATTTGATAAGTTTTTATTATACATATTATTTAAAT +ACGGAATAAAATGATATGGACTTGTTATTGTTCCATCTATATCAATACATATATTTAAAT +TACTCATAAGCCCCTCCATTAATGATTTAACATTTAATAGTTAGAAATTATAGCATATAT +TAAATTATAAATCAAAGTATACAATCTAAGTATATGTATATAATACCAAAAAGCTTGCCA +TATAAGGCAAGCTTTTTAATAATTTTACATTTAATTTTCATCTATTTGGGCTTTTAAATC +TTTTACTCTTTCTTTGAAACTAGCGATCTGATTATCTGATAGCTTTAAGTATTCTGTTAT +CTTTCCTATGTACTTAGGATTTTTTGTATCCAAAAGCTTTATTGCACTTTCCATAGCTTT +CTTTCTTAATTCATATGCTTTTTTAACATCATCTCTTGCATTACTTAATACTATTTCATA +CTCATCCTTTGAAAGTTTCGGTATCTCCATTGTGCTATATATATCAATAACATCATTACA +CATTTCCTCTGCATATACGATGTCATCTCTTATTTCTGAAATTTTACTCAAATTCTTTGC +TATATCCTTAGTATAAGGAATGCAATCTCTCATAGGAAGTAATGCTACTTTTTCTATATC +ATATATATCTTGCTTAAACTCATCAAGTCTCTCTAAATCAGATTCTTTGCTGCTTTTTAT +TTTTTCTTTTGCAGTCTCTTTTTCTGTTTCTTTATCTTCTATATTTGGTACAGGATTGTC +TACATCTTTATCCTTAGACTCTTTATTACTTTGATTTGAGCTTTCATTTTCTACATTACT +ACTACCTGTATTTTCTTTGTTATGTTTATTCTTGCTATCTTTTTCAAAATTTGAAACGTA +TTTATCTTTATATCTTTGGTCAAAAGCATAATTTTGATAATATAATGCTTCTTCAATCTT +GTTGAGTCCACTCATATAAATATTACTTATTACTATGGTTGTTGCAAGTACAATATATAT +GCTTCCATACATACAAGCCTTTTTAAAATTTTTATTATTTCTAAATAATACTATAAGGGG +TATAAGATATAAAAATATGAATACTAATATCCATCTCATATATTAATTCTCCTTTTCATA +TAAATAAAACTTATATTCCCCCTATTTTTCAATACTTTTTATATTATTTACATTTAAATA +GTTTATTAATCCAAAATTTTAATTAAATCAAAATTTAAGTAATCACAAGAAGCTAGTATA +TATTCCACTCCATTTCTAATACCTTTTAGTCCCATCTTAAAAGATTCTCTTCCATGCAAA +TGTCCGTATATAACTTTTTCAACTTTATACTCTTCATATAACCTTGTAAAAAGAGATTCT +TCTAATTTGTCATTAGTAGGTGGATAATGTGTTACAACTATTATTTTTTCATATCCATTT +TTCCTAGCTGCTTCTAAAGATATCCTTATTCTATTTTCTTCTCTTTTATAAATTTGTTCA +TCCTTAGAATCAAACTTAACATCGTTAGGACAAATCCATCCTCTTCCTCCACAAATTGCA +TACTCACCATATTCATAGAAGTTAGTTTGCATAAACTTACAATTATCATATAATTTATTT +AAATTTGTAACAGTAGTCCACCAGTAATCATGGTTACCCTTTACAAAAAACTTTTGTCCT +GGAAGTTCGCTTATTATATCTAAGTCAGACTTAGCTTCTTCTAAATTTATTCCCCAAGAT +GTATCTCCTAATACCAATACTGTATCCTCAGGCTTTACTTTAAGTCTCCAACTATCAATT +ATTTTTATCTCATGATTATCCCAATTATCTCCAAATATATTCATTGGCTTATTTACAGAT +GTTGAAAAATGTAAATCTCCTATTGCATATAAACTCATATTTAATTCCTCTCTTTTTACA +TCTTAAATTACATTATTTCCTATATATATTTATATAAAACTTTATTTTTCATAAAAGTCA +AAGAAGCTACCTCAAAATCACTTGAGACAGCTCCCCTTTACTTCTTAGTTCTAGTGTCTT +TATACACTTCTAATAAATCATCTATTTCTCTTTTTAATTTTATTATTTCAGTTATATCTT +CTTCATTATCTATCTTATCTAGTCGCCTTTGATAAATTATTGCCTTATTAGTATCGCCTA +AATTGTATAATTCTTGAATTCTCTTCAATACATCTCTAACTGTTACAGTTTTTACTTGAT +ACATCACTTGAGCCTTCATAATATCCTCTCTTATCTCACTCATCTCTTGATCTAGTAAGA +ATGCCGCATCTGCTGCTCTTCTTAATCGCACAGCTAAATCTTCAGGAATATAATGCTCAT +ATTTATATTTTAAAGAGTGCTCTATTGTTGCCCAAAAGTTCATTGCTAATGTTCTTATCT +GTATTTCACATAAAATTTCCTTTGACCCAGCTATAGAGTTTATAGGGTATTTTATAATAA +CATGGTAACTTCTATATCCACTATCCTTAAAGTTCTCTATATAATCTTTTTCATACACTA +TAGTCATATCACTTCTAAGTTTTATTAATTCTACTATAGTATATATATCTTCTACAAACT +GGCACATTATTCTTATACCAGCTATATCTTCTATATCTCTTTCAATGTCATGTATACCAA +GTCTTTTAGCCTTTGAAATAATTGAGGCTATTTTCTTAGTTCTTCCTGTAACAAACTCAA +TAGGAGAATATTCCCCCTTAGTTAGAAACTCTTTTCTTATATTTTTGAATTTTACTTTTA +ATTCTTCTACAGCATGTTCATAAGGAGCCAATACTTCATCCCATCTTTCATATTCCATCT +TGCTCACCCTTTGTTTCTATTTTTACAGTCATATTTATTTTATCATAATTTGATTTTTTT +GGATATAATAAAGCAATTCTCCGTCCTTTAATATGTATTGAATTTCATCCAAATCACATA +AATAACTTATTGCTGACATTAAAGAACTCTTATAAAAATAAAACTCTTTATAGTTGTAGC +TTAAATTATTTTTTACTATTATATTTTTTAATAGCTGCTCTAATCCCATAGGCTCATTTA +GCTCTATTCTGATTTGACTAAGATACTTATTTATAGCTTTTTCATGCATTTCAATTAATT +CTTCACTATCTTCTTTTGATATTATATTTTTCCCATGACCCAATACTATATATTCAAAAC +CTATATTTCTAATTTTCTTTAGACTCTTTAAATACTCTTCTATATCAAAAACAAATAAAA +AATCATATTTATTAAGCATATCCTTACTTACTAGTAAATCTCCTATAAATAATATTTTAT +CCTTAGTCATAATACCTATACTACCAGGGGTATGACCTTTAAACTCTATTACCTCGAATA +TTTCTCTATTTAATATTATCTTGCCTTCATCTAGCGTATCATCTACTTTTAACTTGTCTA +AAGATTCATTTTTTAGACCTTTATTAAAAAAATTATTAGTTCTTCCACCAACTATATATT +TAGAAAATAACTCTGGGTTATCTATATATACCTTTGCATACTTAGATGATAGTATCTTTA +TATCCTTATTTTCTAACTTAAATTGATTACATGAACCATAGTGATCATCATGTTCATGAG +TATTTACTATAAATTTTAAGTTAATATTATTATTTGCTAGGATTTTCATAATCCTTTTAG +GTCTTACCCCTGATAACCCTGGATCTATCATAACTGCTGTATAATCTTCAAATAAATATA +TACCTGTGTTAGTTCCACCTTTTATATAAAAGGTATTTCCCTTTATATTTATCAAGTCCA +TAAATTCACCACTTATCTTATTAATATTCTTTTTAATCTATTAATTGTTCTTTTTCTTAT +TTTTTCATCCTTAGAAACCCTTAGTTTTATATTGTAGGCTACATTCTGATATAATAGTGA +TTCTATAAAATATTCTACAATCCCTCTATCTCTAAATTCTATATCTATAACCTCATTTGC +AAAGAGTCTTGAATCTAAAGTCATTATTTCATCTGAAAAACTTAATCTTGTAGACTTATC +TAAATAATCTTTCTTAGGTTTAAAATCTTCACAGTATTTAATTTTAAAATTAACTACTTC +ATCACTTATATCAAATCCATGTTTAGACTTCATAAACTCTTGGTAGTCTTTATTTCTTTG +AGTTACATTATCTAAGTTTTTATTATAATCATCTTTTTTCCAATGCCCAAATAATCTACA +ATTAAGAGGTCTTACCTCATAAATTAAGCATCTATTATTTTCATCTCTAAAAGGACAACA +TCTTTTTTCTGTATACTCTAAGAAATAATAATCTAAAATTCTATCTAATGATTCTTTTCT +CAGTCTTTCCTTATCCTTTAAGTAATTATATATGTTTATAAATTCAACTAAATTTATTCC +TACAGATTCATTACAGCACTTCCCACATCCAGTACAGTCTCCACTTGGCAAAGTAGTATA +TATTTTATTTAATTTATCAAATAATTCATTTTCATGAGCAAAATCTATACATTTATAAAT +ATCTACTTTTTTTATACTAGTCATTATTATTACTCCTTGTTATAATTATTAGGTTAATAC +AAACAATTATTATAACACATTTTATATGATTAATCGTAGGAGGTATTTTTATGAATAGAT +ATACAAAGATAATAAACATGATGGATAGTTATTTCGTTAAGGACTATGAGAAAACTAAAA +AAGGAATAACTAAAAAAAGAGAAGTTAGAGAAGAAACAGTTCAAAAAGCATTTTTAAAGG +GCAACTGTGAGGTTTTAGTTATTTTAGAAGATAGCTGTAGAGAAATACTTATTGATGACT +TCTCTTCTGATGAAGATATAAAAAAATATTTAGGTTCTAAGTTTATAAATCCTAAGAGAT +AGAGATTGTAACTACAAATATATTTTAATTTTTTAAAATTAATAATAATTTTTTTATTTT +TAATGTATAAAAATTTGTTATCGGACAATAATAGTTAATGAAAATTAAATATTTAACTCA +ATCTCCCCCAATTTTGAGCTTTCATTCCCCCAATGAAAGCTCTTTTTATTTCTTCAATAA +TCCATATTATATATAAATATTTACTTTAGTATAGTTAATACTTTATATATAAGTTATAAT +TAGAAAGAATTTAAATAAAACAGGGAGTGGCACCATGATAGAAATAGGAAATCTAAAATT +AGACACAGATTTTGAATATAGAATAATAAGAGAAGAAGAAGGAGATATAGACTTATTCAT +AGATGTAAATTACCGTAGCTTAGATATCGACTGTGATGGGTGTGAGTTTTTCAATTCAAG +AATTCAATTTCCTTTTGTAAGATCATTAATTTTAAGGATAAGTAAAGACAACTATCTAAT +GACGATTCATTTAATGAGAGATATAGACCTGTTCTCGGCCTTTGCCAACTTTGAATTTGA +TTACAAAAATTATATATTCAACATAAAAAATAACCAAGAGAAAGTACTTATAACAAGAAC +AAGTATTTAAGTTAAAAATAAGGGGGCCTTAACAGGTTCTAGTGTTGCATTAATGTAAAA +TTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGG +TTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_61 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCTCTATAAAAAAAGAGTTATCTCTAAT +ATAGAGATAACTCTTTTATATTTATCATTTATTAAGATTTTAGTGAACTAACTCGTAGCT +TGCTAATCTCTTATAACTTTCTAATCTTTCTTTAGCACTTTGTTCAGCCTGAGCAAATAA +TTCTTCAGCTACATCTGGGAATTGCTTAGCTACTGCAGAGTATCTTACTTGTTTTAATAA +GAACTCTCTGAAGCTTTCAGTTGGTTCTTTAGAATCTAAACTAAATGGATTCTTACCAGA +TGCTTGTAATTCTGGGTTGAATCTATATAAATGCCAGTATCCAGCTTTAACAGCTTGAGC +TTCATTTGCTACACTACGTCCCATACCTTCTTTTAGTCCGTGAGATATACATGGAGCGTA +ACATATTATTAATGATGGTCCATCATATTTTTCAGCTTCTACTATAGCTTTCATGAATTG +GTTCTTATCTGCACCCATAGCTACTTGTGCTACGTATACATTTCCATAAGACATTGCCAT +CATACCAAGGTCTTTCTTTCTAGTTCTCTTACCAGCAGCAGCGAACTTAGCCATTGCAGC +AACTGGAGTTGACTTAGAAGATTGTCCTCCTGTATTTGAGTAAATTTCTGTATCAAATAC +AAGAACATTTACATTTTCACCTGATGCAAGAACATGGTCTACACCACCGTAACCGATGTC +GTATGCCCAACCATCTCCACCAAGGATCCATTGAGATCTCTTAACTAAGTAATCTTCTCT +TTCTTTTATTTCTTCAACTAAAGCTTTAACTTCGGCATTTTCTATATTATGAGCATTTGC +TAATACTGCAACTACTTTAGCACTTGCAACCTTAGAAGCTTCTCCATCTTCTTTAGCGTC +TAACCAAGCAGTGAATGCTTCTCTTGCTTCATCACATATATTCATAGCTAATAAGCTTTC +CATATTTTCAGCTATTTTAGCTCTTATATGTTTAACTGCTAAATACATACCATATCCGAA +TTCAGCATTATCTTCGAATAATGAGTTTGCCCAAGCTGGACCTTTACCTTCATGGTTAAC +AGTATATGGAGATGATGGATATGAACCACCCCAAATTGAAGAACATCCAGTAGCATTAGC +TATCATCATTCTATCTCCGAATAATTGAGTTACGTTTTTGATGTATGCAGTTTCACCACA +TCCAGCACAAGCTCCAGAGAACTCATGTAATGGTTGTCTGAACTGACTTCCTTTTACAGT +TGTTGGTGCCATTATATCACCTTTTGTAGAAACATTTTTATGATCAGCTGCGAATGCCCA +GTTATCAACTTCTTGTAATTGAGTATCAAGAGGTTTCATAACTAAAGCTTTTTCTTTTGC +TGGACATATGTCAGCACAGTTTCCACATCCTGTACAGTCCATTGGACTTAATTGTATTCT +ATATTGTAATCCTTCGAATCCCTTACCTATAGCTTTTTTAGCATTAAATGCTTCTGGTGC +ATTTTGTAATTCTTCTTCATTTACAAGAACTGGTCTTATACATGAATGAGGACATATGAA +TGAACATTGGTTACATTGTATACAGTTTTCTAATATCCACTCAGGAACATTAACTGCTAT +ACCACGTTTTTCATATGCAGCTGTACCACATGGCATAGTACCATCTTCTAAACCTTCATT +GAAAGCAGATACTGGTAACTTATTACCTTGTTGTGCAGTTATAGGTCTTAATATATTTTT +GATGAAGTATGGCTCATTTACATCTTCTTTCTTATCATCAGTTGCATTTGCCCATTCAGC +TGGAACATCTATCTTAACTAAAGAGTTTATACCTCTATCAACAGCTTCATAGTTCATATT +AACAACTTTTTCACCTTTTTTACCGTATGCTTTAACTATAGAATCTTTTAAGTATTCTAC +TGCTTGTTCTACAGGTATTATATTAGCTAACTTGAAGAATGCAGATTGCATTATCATGTT +TATTCTGTTTCCTAATCCTATTTCTTGAGCTATCTTAGTAGCATTTACAGTATAGAATTG +TATATTATTTTTAGCTATATATTGTTTTAAGTGTGCTGGTAAATGTTCTTCAAGTCCAGC +TTGATCCCATATTGTGTTGAATACAAATGTTCCACCATTTCTAAGACCATGTAATAAATC +TGGATATTGATATACATATGCTTGAGTATGACAAGCTATGTAATCAGCTTCATCTATTAA +ATAAGTTGATCTTATTGGCTCATCTCCAAATCTTAAGTGAGACATTGTTACCCCACCAGA +TTTTTTAGAATCATAATCGAAGTACGCTTGAACGTATTTCTTAGTATTATCTCCTATTAT +TTTTATAGCTTGTTTATTAGCTCCAACAGTACCATCAGAACCTAATCCCCAGAACTTACA +TCTTACAGTTCCTGGAACAGCAACTTTTAATGGTTCTGATAATTCTAATGATCTGAAAGT +AACATCATCATCTATACCTACTGTGAAGTTATTTTTTGGATTTTCAGAAGCTAAATTATC +AAATACAGTTTTTATTTCTGTTGGAGTAGTATCTTTTGATCCTAATCCGTATATTCCACC +TATTATCATAGGAGCATTTTCTTTATTGTAATATGCAGAACGTACATCTAAGTATAATGG +TTCTCCTGGAGCGCCTGGTTCCTTAGTTCTGTCTAATACACATATTCTTTCAACTGTGCT +TGGTATAGCATCCATTAAATGTTCTATTGAGAATGGTCTATATAAGTGAACCTTAACTAA +ACCTACTTTTTGTCCCTCTGCATTTAATGCATCAACAGTTTCTTCTATAGTTTCTGTTAC +AGAACCCATAGCTATTATTATGTTAGTAGCATCTTCTGCTCCATAATAATTAAATAATCC +GTATTTTCTTCCTGTTAAGTCGCTCATTTTGTTCATGTATTTTTCAACTATTCCAACTAT +ATCTTCGTAGTATCTGTTTGAACTTTCTCTAGTTTGGAAATATACATCTGGATTTTGAGC +TGTACCACGAGTTACAGGGTGGTTTGGAGATAATGCTCTATCTCTAAATGCTTGTAATGC +ATCTTTATTTAATAAGCTTGCATAATCTTCATTTTCTAATAATTCTACTTTTTGGATTTC +ATGAGAAGTTCTGAATCCATCAAAGAAGTTTATAAATGGTAATCTACCTTCTATTGCAGC +TAAGTGTGCAACTGGAGATATATCAGCGACTTCTTGAACAGAACCTGATGCTAACATAAC +ACATCCAGTTTGTCTTGCAGCCATAACATCTTGGTGATCACCGAATATAGATAAAGCTTG +AGCAGCTAATGCACGAGCACTAACATGGAATACTCCTGGTAAAAGCTCTCCAGCAGTTTT +ATACATATTTGGTATCATTAATAATAACCCTTGTGATGCTGTAAAAGTAGTTGTTAATGC +ACCTGCTTGTAAAGAACCATGGAATGTTCCAGCAGCTCCAGCTTCAGATTGCATTTCTAC +AACACTAACTTTTTGCCCAAAGATATTTTTTCTACCTTGAGCTGACCATTCATCTACAAC +TTCTGCCATTGTTGAAGATGGAGTGATTGGGAATATAGCAGCTACTTCTGTAAATGCATA +AGCAACGTGAGCAGCAGCTGTATTACCGTCAACTGTTTTCATAAATTTAGCCATACTACG +TAATCCTCCTTAAATTCTTACTCCAAATGTAATGTAGTGAGGTTTATAAATCTTTATGTA +TATTGCACACAATTCTCTCACCGTTTATATCATTCTACATAATGGTGTCAATTCCTTTTT +TATATTAACTATTTCTAAATTTTAATATTTTTTTTAAAAAAAACCTATTTTTTTACTTAC +TTTTACTTATATACCCACCAATCAACATTTTAAACTAATTGATTTTAGATATATTTTTTT +ATAGTTATTCTTGATTCAATAGAGATTATTAAAGTTAGCTTAAGTTTTTAATATCCATCT +GTAGAGTTCTTTTCTCCATTTACTATAGCAACAGAAGCACTTGCTCCTATTCTGCTAGCT +CCTGCATTTATAACAGCTACAGCATCTTCTTTACATCTTACTCCACCAGATGCTTTTACA +CCTATTTCTGCTCCAACTACATCTCTCATTAATTTTATATCTTGTGGAGTTGATCCACCT +GTTCCAAATCCTGTTGAAGTTTTTACATAATCAGTTCCTGCTTTAACAGCTAATTCACAA +GCTATTTTCTTTTCTTCATCAGTTAAGTAACAAGTTTCTATTATAACTTTTACTAATACT +TCTTTATTTGCAGCATCAACTACTGCTTTTATATCTCTTTCAACTAAATCATAATTCTTA +TCTTTTAAAGCTCCTATGTTTATAACCATATCTACTTCATCTGCACCTTTAGCTATTGCA +TCCTTAGTTTCAAATCCTTTAACTTCCGGTGTATTAGCTCCTAGAGGGAATCCTATAACT +GTACATACCTTTACATTTGATCCTTCTAATTCTTTTTTTGCAAGTTCTATATGAGTAGGG +TTTATACATACTGAGAAAAATTGATTTTCCTTTGCTTCCTTACAAACCTTTACAACGTCT +TCTTTCGTTGTAGTTGCTTTTAATACTGTGTGATCTATCATGTTTGCTATTTTATTTTCC +ATATTAAGTCTCCTTCTTAATTAGTAATCTATTTTAGTACATACTAATGTTACCATATAA +TGGACACTAATTAAACTATGTTTTCTTACTATGCTCTCTAAAATATATTTTCCATAATAG +AATTTAATTATTATAAAATCCTTTAATATTTCATTAGCAATTATAATATACCTTCATACC +TATTTGAAAGTAGGCACTTTTTTTGTATATAGTATCCAAAAAGATACCGTATATATTTTT +TAATACTGATATTTTATGATATAATTAAAGAACTTATTTAACAATAATTTCTATTATCTA +GGGGTGTTTATAAAATGAATAAAGAAAAATCATTCCATAGTAAATGCCATAAAAGTAAAA +GTTGTGCAAAATATGAAACTTGCCCTATGTTTTTATTTCATAAATTAGTTTCTGGAAAGT +GGAAACTTTTAATACTGTGGTATTTAAGTGATGGTTGTCTAAGATTTAGCGAATTAAAAA +AGAAACTTCCTGACGTTACTCAAAAAATGTTAACAAATCAATTAAGAAGTTTAGAAAACG +ATAGACTTATAAATAGAAAAGTTTATGCTGTTATTCCACCTAAAGTTGAATATAGCTTAA +GTGAAATGGGAGAAAAAATGTTGCCTTTACTTGAGGAAATGTATGAATACGGAATTGACT +ATTTAAGATCTTCTGACAATACATAATAAAAATCCCATAAAATCAGAATTCATAAATTCT +AATTTTATGGGATTTTTGTATTATCTATATAATAGAATTATTTTATTAATTCTACTAATT +CTCCATTTCTAACACCAGCAGCATTTCCTTCTTCCATGTCTACATGCATTTCTAAAGCAA +ATTTTTCGCTAGCTCTAACTAATACATTTTCGAATACTAAACCTCTTGGTCCAGAAGTTC +TAACGCTTACTATGTCCTTATCTTTAACACCGAATTTTTCAGCATCTTCTAAGCTCATGT +GTATGTGTCTAGCTGCAACTATAACACCTTCAGCTATTTCAACTTCACCTTTAGGCCCTA +CTAATTTTAAACCTGGAGTTCCTGCTATATCTCCAGATTCTTTTATTGGAGCTTTTACTC +CTAAAGCGAATCCGTCAGTTAAAGATATTTCAACTTGAGTAGCTGGTCTAGCTGGCCCTA +AAACTCTAACTCCTTTTATAGTTCCTTTTGGTCCTACTAAGTCAACTTTTTCTTCACAAG +CAAATTGTCCTGGTTGAGATAATGGTTTGAAATGAGTTAACTCATGTCCTTCTCCAAATA +ATACATCTATATCTGCTTGGCTTAAATGTATATGTCTATTTGATAAAGCTATTGGTAATT +TCATTAATGTATCCTCCTACAAATTTTATAAAATATTCAACTTAATTATACATAAAAATA +ATCTTAAAATCAAACGGTATCGAAATTATTTTGACAAATCTTTCAATAAATCAAAATACC +CTGGGAATGAAATATCTATACATAATTTATTATCTAAAGAAATTTCTCCTTCACTAATTA +AGTTTGCTATTGAAAATGCCATAGCAATTCTATGATCATTGAATGTCTCAATTGGTGCTC +CTTTTAGCTTAGATTTTCCGTTTATAATCATCCCATCATCTAATTCTTCTATTTCTGCAC +CTATTTTCTTTAGATTATCCACTACTGCTTTTATTCTATTACTTTCTTTAACTTTTAATT +CATGAGCATCTTTTATTATAGTAGTGCCTTCTGCTTGAGTTGCTAAAACTGCTATTACAG +GAATTTCATCAATTAATCTTGGGATTATTTCTTTATCAATTTTTGTTCCTTGAAGGTTAG +GACTGTATTTTACTAATAAATCACCTACAATTTCCCCTCCAACAAACCTTTTATCTAGTA +TTTCTATATTCCCATTCATATTCTTTACAACATCTAGTATTCCTGTTCTTGTTTCGTTTA +ATCCAACATTTTTTATAAGTACTTCCGAACCTTCAGTAATTAAAGCTCCGACTATTATAA +ATGCTGCTGAAGATATATCACCAGGAACATATATATCTTGATTATATAATTCTTCTACTG +GCTTTATTTTTATTGTTAAATTATCAACATCAATGTTTGCTCCAAAAGATTTAAGCATTA +TTTCAGTATGATTTCTTGATTTTACTTTTTCATGTATCATACTTTGTCCATCTGCATATA +AGCTGGCTAATATTAATGACGACTTTACTTGTGCTGATGCAACAGGCATGTGATAATCAA +TACTATGTAAATATCCTCCAGTAATTACTATTGGAGTGTAATTTGCATCATCTTTTCCTT +CAATTTTACATCCCATAGACTTAAGCGGATCTGTAACTCTTTTCATAGGTCTTTTTCCTA +TTGACTCATCACCTATGATAGTAGATTCAAAATTGTTACCTGCTAGTATACCCATCATAA +GCCTTATCGTTGTTCCTGAATTACCTACATCAAGAATATCATTTGGCTTTTTTAAATTTC +TAAGTCCATTTCCTTTTACAAAAACGTCCCTACCTTGTATATCTATATCAACTCCCATTT +TCCTAAAACAAGAAATTGTGCTTAAACAATCTTGTCCCATTAAGAAATTACTTATTTTAT +TATTTCCTTTTGATATAGATGAAAACATTATTGCTCTATGTGATATTGATTTATCTCCTA +TTAGTTCAAAACTCCCTCTAAGCATTTTTGCACTCCTTTATTATATCTAATATCAAATCC +TCTGAAATATTATCTACTACTTCTACTTTACCTAATTCTACTGGTAAGACTAAGTTTATT +TTAGAGAAACTATTCTTCTTATCACTTTTCATTATATTAAGAACACTTTGTTCATCTGCA +TTTTCAAATATCAACGGTAAATCATAGCTTTCACATACTTTTAAAAACTTATTATAATAT +TCTTCTTCTATAAATCTTTCTCTTAAAGATAACTTAAACGCCATGTTCATTCCTATACTA +ACAGCATTACCATGACTTATTTTACATAATTTTTCTACTCCATGACCAAAAGTATGACCA +AAGTTTAGTATTTTTCTAAGTCCGCCCTCTCTTTCATCCTTACCTACTACCTCAGCCTTA +ATATTTGCGCATTTCTTAACTATATAATATAGTTTTTCAGTATCTTTATTAAGTATATCC +TTACTATTGTTTATTAAATAATCTAAAAAATCATAGTCATAAATTAAGCTATATTTTATA +ACTTCACTCATTCCACTTTTAAATTCATCCTCTGGTAATGTTTTTAATGCATCTACATTT +ATATATGTAAATTTTGGTTGATAGAAACTACCTATAATATTTTTAAAGTTCCCTATATTT +ATTCCTGTCTTGCCACCTATAGATGAATCTACTTGAGCTAAAAGTGTAGTTGGAACTTGT +ATAACATCTATACCTCTCATATATGTTGATGCTATAAATCCTGCTAAATCCCCTACTACA +CCTCCACCTAATGCAATTATTACTGATTTTCTAGATAAATTTATTTTTACACAGTATTCT +ATTATTTTTTCATAAATATCTAGAGATTTAGCATCCTCTCCAGGAGTAACTATATATTCG +TAAATGATTTTACTTTTAAGATTTTTTACAAAATTATCTCCTTGAGTATTATAAACATTA +CTATCACTTATTATTAAAACTGAATCGTACGTATTTTTTTCTTGTAATACATCTTCAAAG +CATCCATATCCTTTATCTAGAACTATTGTGCATACACTATTGTTTATCTTTTCCATCCTC +TATCACCTAACCTTTTTATATATGAATTATAATTTTCCTTTAAATCTAATAAGTTGTCTC +CACCTATTTTATCTAAAAAGTACTTGCATATTACAAAGGCTACTACATTTTCACATACAA +CACTACATGCAGGAACAGCACAATTATCAGATCTCTCTATACTTGCTTGATAACTTTCTA +AAGTATTAATATTTATAGAGTTTAATGGTTTGTACAGAGTTGGTATAGGTTTCATAGCAC +ATCTTATTATCAATTCTTCCCCGGTAGTCATTCCACCTTCTATTCCACCTAGTCTATTAG +TATTTCTTCTTATTCCATCTTCATCGTTATAAATTATCTCATCCATAACCTTTGAACCGT +AGTTATTAGCAACGTCAAATCCAATTCCAATCTCAACACCTTTTATAGCTTGAGTTCCCA +TTAAATGCATGGCTAACTCTCCATCAATTTTTTTATCGAAATGAGTGTATGATCCTAATC +CTGGTATTACATTTTTAACTCTTATCTCTACTACACCACCGATGGTATCTCCATTTGACT +TTACTTTGTCAATTTCATTTATCATGTCTTTTTCTATATCTTTGTTTACGCATCTAACTT +GGCTATTATCAACATTTTCTTTTATGTAATCAAATTCATATAAGTTATTGTCTTTTATGT +TCCCTATTTGAACAACATGAGAAGTAAAATATATATCGAAGTTTTTAAGTATTTGCTTAC +AAATCGCACCTACTGCAACTCTACTCGCTGTTTCTCTTGCACTAGATCTTTCTAATACAT +TTCTTGCATCATCAAAATCATATTTCAAACAACCTACCAAATCAGCATGTCCAGGCCTTA +CATTACTGACCTTTTTACTTTCTAAATCTACATCTTCCATAGGATTCATATATTTAGACC +AATTTTCATAATCTTTATTTTTAACTTCAACAGATATAGGTCCTCCAAGTGTTTTCTTAC +CTCTTACTCCACCTAGTATATTAATGGTATCTTGCTCTATTTTCATCCTACCACCACGAC +CATATCCAGATTGTCGTTTCTTTAATTCCTCATTAATTTCATCTATATTTAATTCAATAT +TTGATGGAACTCCATCTAATATTGATATTAAACTTTGTCCATGAGACTCTCCACTTGTCA +AATATCTTAACATATTATCATCCCTCTCTTTTTATCTTTCTTTCAAATATACTAAAAGGA +CATATCTCAAGATAAAGTTATATAGTATTCTTTACTTAAGAGTTAAATATAAAATAATGT +ATATTCAACTCTTAAGTACGGTATTATATAAACGCTTATTTCGAGATAAGTCCTTCTATA +TATTGTTCTAGATTATCATCTAGTTTTTGTCTAAATTCTGTATTTTCTCTAGATTCTAAA +TCATCTGTGTTATTTAAATATAAATTATACATGAGCTTCGTATTTATACTTTTAAAGAAA +AAATCCATTACTATTTGTCCACCCTTAAATTGTGTGTCATATGGATTTGCTCCTCCTACT +GCTATGTACATACCTATACGTTTTTTACTTCTATCTATTGATGGCTTTTTAAGTATATAC +TTACTAGCATAAAATGCTTGAGTTCTATCTACAAGAGTTTTTAATTTAGCAGTTACAGAG +TCAAAGTAAACAGGGCTTACAACTATAGTTCCCTTGCTTTTATTAAATATTTCATACATT +GGGGTCATTTCATCTTTTATCTTACAATATCCAGTTTTTTCACAAAAACCACATGCATTA +CAATATTCTATATTCATATCATATACATTAAATATCTTTGATATTATATTGCGTTCTTTT +AATTTAGATGATATTATATCCGAAATAAAAAAACAATTTTTATTTTTTCTAGGACTTGCA +TTTATAATTAAAACCTCTATATTTTCCAATTTGATCTCCCCTATATATTTTTTAACATTA +CTATCATTATATCGTCGTCGTAACTATCTGTAGATGCAAATTCTTTTAATTCCGTTTTTA +TATTTTCTATAATATTTTCTTGACTGTTAGAATAATTTTTTCTCAGGAATTCTTCTAATC +TTCCTATTCCGTATTCTTCTTTTTCTTTATTTTTTATTTCTAATACCCCATCAGTAAACA +TACAAATCATAGGACACTCTGTAACGTTAAATACATTACTTGTATACTCTGATTCTTCAA +GTATTCCTATAGGTATTCCTTTGACACAATTTAAATCTCTTTTTATTAAACCATCATTAT +TTATAATAATAGGGCTATAATGACCTGCATTTGATACTGAGATTGTATTGTCTTTAGTAT +TAAATACACTTATTAAACAAGTAGTAAATACTCCCATCTTATCAAATTCATCATATAACA +TTTTATTTAAATTCGTCATTATTTCTCCAGGGGTTTTATACTGATGGCAAAGAACTTTAA +ATGCACCTTTTATCATTGCTACTACATAATTTGATACAATCCCATGACCCATTACATCTG +CAACTATGTAAACTATATTATCCTCATCAACTCTAGTAGCATAGTAAAAGTCTCCTCCTA +CAACTCTAGCTGGCCTATGATAGTAATATAACTCTTTTTCATTATTACATTCCATCTTAC +TTTTATCCATTATAAGTCTTTGCTGTTCATTTAAAATATTAAGCTCATTTGCTAATAGTT +TATGCTTAACATCTATAATATTGTATTCATACAGCTGCATACCAACTGCTACTTGATTTG +CTAGTATACTTAATATATTCAAATCATCCTTTGTATAACTATCACTATTAGAACAAACTA +TACATCCTATAACTTTATTTTTATCGTATAGCTTATAGTAAATATATGTATCTATATTTA +CGTTATTTAGAATACAAGAACTTGCACTATTACAGTATCCTCCTCTATCTTCTTTTGATA +GAATTTCTCCTATAGAAGAATACACATCAGTTTTTACTTTTTTTCTTTTTCCCATATTAT +AAGAACTAGATATTTTACCTTTATATCGCTCTTCATCTATGATAATTAATGCTTCTTTGC +TATTTGTAATATCACAAGCTTGCTCACTTAAGTGATCTAAAAACTCATTTATATTTTTAT +TATGATAAAGCTTTTTTGTAGCTTCATTGATTGAACTTATAGCACCTCTTAATTTATGAA +CTAGTCTTTGCATATTATTATTTTTAGTAGTTATTTCTATCGATAAAGCTATTAAAGATG +CTACTGATGATATAAAATCTATATCATAATCTGAAATAGTATCTTCTTCAACTAAGAAAC +AAGTCATAAAGCCTACTACAATATTATTAACTATAAGAGGGAAAACAATCCGACCTACAT +AACCCTCTGACTTAGCCATTTCTCTTTCATCTATTGCTCTTATATCTTCAAATACATTCT +TTACATATACTATCTTTTTTTCTTTAACTGCCTCATGTATGTACTTAGGATAAGTAGAAA +AATCTATTTTAACACCTACAGTTCCTCCTATTGGGAAAAGGTATGGTATTTTTTCCAATG +TTTGCGAACATACTAAATAGGCATGCTTATAATTATTTTTATAAAATAAATTAACGCATG +CCTTAGTTGGATGTACTACTTCTAGCATTTTTTCTATTATTTTATCTTTTATCATAAAGA +AATCGGAAGACTCCGCTACCATAGAAGATATCTCCACTAAATTTCTCATTTTATAAATAT +CATTACTCATCCTATGCCCTCCCCACGATACTATTTATTCTATTTAATATTACTACATAT +GTGTTTTATAGTAAATAGAAAAACAGTTAAAAAGCTTATTACTATTATATAATTAAAGCC +AGTTAGAATGCCTATTATAATTAAACTCGCCAATAAATTTATACCAGATTTCCCCTTTTC +ATCAAGAACATTTGTTGCTGTAATTTCTATGCTATTTCTTATATTTTCAAGGCTATCTTT +TATCCTTACTTCTAGATTTCTTTTATAAATTACATAAGTGATTTCAAGTAAAAATACTTC +TATCCCTAAAATAAACTTTATATTAAATGCTAAAAATAAAATTAAAACTCCAAATATCAA +TTTCAATCCTTTAAAAAATACGCTATCTATTTTTAATGTTATATTTTGAATATCTTTACA +TTCATCTCTTAATTTATATTCTGATGATGGTGATGGCAAATTTTTCATCTTTGCTTTTAC +TACTTCTGAATAAAACAATTTTATTATTCCATTTATCATAAATAATTCCTCTCTTTACAT +AATTATTTATTTATATATTTTTACAATTATAATATTTTTTATACTTGGCAATAATTAAAA +AGGGTTATTTTACTTAATATTCTAACCAAAGGAGTGTTTATAACGTGGAAATTGAAAAAC +TAGATCTAGAGACTAGAAGCAAAATATATAGTTATACAAAAAAGGTGCTACGAAAATACC +AAAAAGGAATTATAACAGGAAAGTTAACAGCTGATAAATTTGCCGAAAATATTTTATCAA +ACGGAGACATAAATAATATACTTGACGAAAAATACACACATGAATTAGATTTTAAAAACT +CATATATAAATTATATAAATACGCTAATAGACATACAAAATGATAGTTTATCAAAAAATA +AGAAGAAAAAGTATCAACCTAATAATGTAAAGCCTAATATTTCAGAAAAAATAAAATTAA +AAAGTCTTTTAAAATCTAGTGGTCGTACTTTAACTATTCCAATTGATTATCTAAATGCTA +ATGATTTAGACAACATAATAAAATACATACAAACAGGTACTATAGACCTTGGTAATGAAA +GAATCTATAATTATGTTAATAAAGAAAATACTCATTAGAAAAAAACTCAATCGTATATGC +AACTTATGGTCTTTCATTTTGATGTCTCTAATGGCATATAAAACAACGAATTTGCCTTAT +TTATATACTAAATCTTCTAATGCTCTATTCCTTAAAAAGGAGCTATAAAAATGAATTTAT +CATTTGTATAACTCCTTTTTATGTTGCTACTAACTATATTCTATCCTAAAGCTTTTTCTA +ACTTTGATAGATGTTGTATTGGATAATATTTTAATAATTCTCTAAACTGCTCTACAGATA +ACCCTTCTGTTGTAGTATAAATACGTATCTTTTCATCTAAGTCTGCATTTATAAAGTTTG +TCTTTATTTCTTCAAAATTCACTGTACTCATTATATCACTACTCCTTATGTAAATTTATC +TCTTTAATTATTTTGTCCATAGATTAGTATTTTATTACCTACAGTTAACTTATAATTGAA +TAAAGCCCTATAGGATATCTAAAAGATATCTATAGGGCACTGTATGTTTTTTATTATTTG +TTTATTATTGTTGTTGTCTTCCTGACATTTGTTGTTCTGCCATTTCAACTAGTTTTTTAG +TCATGTATCCACCTACATAACCATTTTCTCTTGCAGTAAGATTTCCTTTATCAACTTGTT +GATAGTTAGCCATACCAAGTTCGTTAGCTATTTCTAATTTCATTTGATTTAATGCTGCTT +TAGCTCCTGGTACTACTGTTTTGTTGTTATTGTTATTACTTGCCATGTTGACTACCTCTT +TTCTGTTAATTATTTTGTTTCTTGGTAGTATTATATGAAATTAGATTTTTTTAATTCATG +TAAATTATTGCATTAACTAACAATTAATACCAGCTAAATATCCTGTTGAAAAAGCTATTT +GAAGATTAAATCCACCTGTATATGCATCTACATCTATAACTTCTCCAGCAAAGAATAACC +CTTCTACTAATTTTGATTCCATTGTACTAGCATTTATCTCACTTACCTTAATTCCTCCTG +AAGTTACTATAGCTTCTTCAATAGGACGATATCTTTTTACCGTAAAAGTAAAATTCTTAA +GTAAGCTTACCAAATTTCTTCTTTGTTCTCTAGAAATTTGATGAACTACAGTATCCTTTG +GAATATTACTTAGCTCAATTATTATTGGAATTAGTTTTTTAGGTAATAAATCATTTAAGG +CATTTTCAAATCTTTTGTTAGTGTACTTTTGAAAATCTTTTTGAACTCTTTTATCAAGCT +TTTCCTCATCTAAAGCAGGTTTTAAATCTACTACTATTTTATAATTCTCTTTCGTAGTAT +CTTTCATTCTACAACTTGCAGATTTTATAATAGGACCATCAAGACCATACTTTGTAAATT +CCATTTCTCCAAAATCATCATATACTTTTTTATTTTTACTATTTAGTACTGTTATTGATA +CATTCCTTAATGCTAATTTTTCTAAATCTTTAACAAAACTTTCTTGTACTTCTATACCTA +TTAATGATGGTTTCGTATCAATTATCGTATGTCCTAATGATTTTGCAAACTTGTATCCAT +CTCCTGTTGAACCAGTTAGAGGATAACTCACTCCACCTGTAGCAATAATTACAGAGTCAC +ATTTTATTTCTTTTCTATTTCTTAAAATTACTTTTTCAACCTTATTATTAGTGGCTACTA +TCTTATTTACTTCTGCGTTTAGCTCTAATTTTACTTTTTTGTTTTTTATATGTCTTTCTA +ATGCATCTACTACATCACGTGCTTTGTCACTTTCTGGGAAAACCCTTTTTCCTCTTTCTA +CTCTTGTGTTTACTCCTAAGTTATTAAACATATCTATAACATCGTCATTAGTAAATGTAT +AAAAAGCACTATATAAGAATTTCCCATTAGTAGGTACATTTTCTATTAGTTCCTCAATAT +CACAAGCATTTGTTATATTACATCTACCTTTACCTGTTATTAATAATTTCCTTCCAACTC +TATGCTGTTTTTCAAGTAGCACTACATCTAGTCCTCTATCAGCTGCTGTCGCTGCTGCTA +TCATCCCTGCTGCTCCTGCTCCTATTACTACTACTTTTTTCAAATAATCACCTTCTATAT +CTTTCTTAATCGTCTAAATTTAATCCTTTAAATAAAAGTGGTACTCCTGCTACTGCATAG +AATACAACTAACGAATATCTAATATAATTTGCTATCACACTATAAATTTCAAAGTTTTTA +ATTTCAAAATACTTAGGTATAATATAGGCTGCAGACTTTAATAACACATATACTACACCT +AAAGAAATTATACCTATAATAAATCTTTTAAATATTATACTTAGTCTATTTTCATGCTTA +CTATTTCTACTAAAATTAATAGCTTGTCTATTTCTTTTACCAGTATTAAAGTTTATAAAT +TTATCTTCAACTATGTATCCAATTACAAAACCAGTTAAAATTCCAAAGTATTCTATATAA +GACTCACCATTTATAAAGTATCCAATAATTGCAAATACAATTAATAGTAATATTAAAATC +CAATATTTTTTATACTCATCAACATAATCAAATAATCTTATAAATACTATACTAAATAGA +ATTCCAAATAACCAACCAAAAGCCACATCTATAGGCCAATGGACCCCTAAGTATAACCTT +GATGTCCCTACAGCTACTATCATAATTATCCCCAATACATAAACCCAACTTTGTCTAATT +AAAATCATAAAACTAGTCCAAAAAGCTGTTGCAGTTTGAGTATGTCCGCTTGGGAATGAA +TATCCTGTAGCAGTTGAGACCCTCATTGATTCTAAACCTGGAGTACCTATTGGTCTAGGT +GCCTTAACAAATTCCTTAACTCCAGTGTTTATAACAAAGTTACCTATTAAGGAAAATAAC +ATTCTTTGACCATATTTTTTATTAATACACCAATACATTAATGCTGATGCCAACACTATT +ACAGGTACCTCTGTACTAATTGTAAAAATCAAAAACATTGTATTTAGAAATGGAGATCTT +ATACTCTGAAAAAACATTAATATATTTAATTGAAGACTCATTCTATAGCCATCCTCCTAA +TCTATTCTCATATTGCAATTATACATAATTTTATTAAATAAATATATCTTTATTTAATTA +ACTAATCTTATTTTAATCTTTTCTTTACAAAATATATAAAAAATATAAAATTTAACTAAA +ACATTTACTTAATTTCTTATCTTATTAATAAAATTATTATGATTTTTATGCAACAAAAAA +AGGCCTATCTTAAAATATTATATTTTAAGTGGCCTCATTTGTTCTAGTGTTGCATTAATG +TAAAATTTAATACTTTACAAAATAACCCTCATGATTTTAGAGCTAACGCTCAATTATTAT +GAGGGTTGAAATTTTTTCCATTTTATTTTT +>MGYG000000001_62 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAAATAAAATATATGCCTTTTTTATTTTTATTAGCTATTTTTATAATCTATTAA +ATTATCTTTATATAAAAAATCTATTGAAAGTATTGTTTAAAAATGCTAAATTAAATAAGG +AATAATTATTTTTCAGTAAAAAAACTAAATGGAGAGTGATGAAAAATGGACCATAGTCCC +TGGCGGGCTGTTTATTCATCATTCAATATTATGTAGATAAATACTAATTCATCTTTTATT +TTATATAAACTAGTTATTTAATACATAATATTAAATGATGAGATTTATATAAAACTGAAT +AAAGGATGTGTTGCCATGATAAGATACTATAAAACTATTGACTCTAAATTAGAGAAACTT +AATTCCTTTGAAAGTGGATGTTGGATAAATCTTGTTGAACCAAATCAAAGTGAAATTCAT +GAGATTTCTGAATTATTAAATTTAGATGTTGATAGTATAAAAGCGGCTCTTGATGAGGAA +GAACGTTCAAGAATAGAAGTTGAAGATAATCATACTCTTATTCTTATAGATATACCAGTA +GATGAAAGTGATGCTTCTGCATCTCATTATAGCACTATACCCTTAGGTATAATTATGCTT +GATAATGCTATTCTTACAGTATGTACTGCTCAAACTAAAATCTTAAACGATTTTATAGTA +GGTCATATAAAGGATTTTTATACTTTCATGAAAACGCGTTTTCTACTTCAAATTCTGTAT +AAAAATGCAACTTATTATTTATTATACCTAAGAAGAATAAATAAAATGACTAGCATAATA +GAACGTGAAATATATAACTCTATGCAAAATAAAGAGCTTATTCAATTGCTAGAACTAGAA +AAATCTCTAGTATATTTTTCTACGTCTTTAAAAGCTATTGAACTTGTTCTAAATAAAATG +GTTAGAACACCTAGCATTAAACGTTATGAAGAAGATGAGGACTTATTAGAAGATGTTATT +GTAGAAAATAGACAGGCCCTTGAAATGGCTACAATTTATGGTGACATACTTAGTAGAATT +ATGGATGCCTTCAGTGCTATTATTAGTAATAACCAAAATACTGTTATGCAATTTTTAACT +GTAGTTACACTTATAATGGCTATACCTACTATTGTGTCTGGATTTTTCGGTATGAATGTT +CCTGGAATACCGTTTGAAAATAATCCAAATGGATTTTGGATTACTATGCTAATTACTTGT +ATTATTTGTTTAGTAATAACTTTCTTTATGTCGAGAAAGAAATTACTGTAATATTTGACT +AATATTAATCATATAAATTATATATATCTAATATTTGTATTTTTTGTTGCAATTTACTAT +TTTATTTAATATAATAATATTAATAATAAATTTACCCTGAAGGGGAGTAGCTTACACTTT +GTGGTAATCAATCGTCAGTTCGGTGCTATGCACTCGGTTGATTAACAAGTATTATAACTT +GAAAGCAAGACCTTCAAAACAAATATATATATTTGTTTTGAAGGTCTTTTTTATTATAAA +AATATATTGGAGGTTTTATTATGAATATTATTATACTTTTACTAGGATTTGTATTATTAG +TAAAAGGTGCAGATATCTTCGTTGAAGGTTCTTCTACCATAGCTAAAATACTTAAAATCC +CCCCATTAATAATCGGTCTTACTATAGTTGCCTTTGGAACAAGTGCTCCAGAAGCTGCAG +TAAGTATTACAGCTGCACTCAACGGACAAAATGGTATGGCAATGGGGAATGTTGTGGGTT +CTAATATATTTAACTTGCTAATGGTTGTTGGTATATCAGGATTTATCAAAACTTTATCTG +TAGACAAAGCAATTATTTCTAAAGAATTTCCATTTTTACTATTAACATCCATACTATTAT +TTGTACTTACTTTTGATGTGTCTTTACAAGGAACTACGACTAATATATTAAGCCGTGGTG +ATGGTTTAGTTTTACTTATGTTCTTTGCAATATTTATGTATTCACTACTTAAGTCAGCTT +TAAGCTCCATGAATAATCCTTCACTTGAAGAGACTTCAATATCATTCGATAGTTCATCTA +TAGGTTATAATGATGATATTTTAGTAAAAGAAAAAACTAATTCCAAAGTATTAATAAAAA +ATATTTTAGCTTCTGTTATAGGAATCATACTTATTATATTAGGTGGAAATATGGTAGTAT +CAAGCGCTTCTAATATAGCATCTGACTTTGGTGTTAGTGATCAATTAATTGGTCTTACAA +TAGTATCTATCGGTACTTCACTTCCTGAATTTGTTACTTCTATAATAGCAGCAATAAAAG +GAGAATCTTCTATAGCGCTAGGAAATGTAATTGGTTCTAATATGTTTAACATTTTATTCG +TACTTGGAGCTTCTGCTACAATTTCTCCAATGTCTATAGATCCAGTGTTATTTATTGATA +CTTTGTTTATGATAATTGTAACTCTTATAACATACTTATTTGCGATACAAAAAAGAGACT +TAAATAAAGTTGAAAGTATAGTACTTGTGTTGCTATATATTGGATATATGGCTTACTTAC +TAATCTCAGCTTAATAATATTAAAAAGGTGTATGTTTAAACATACACCTTTTTAATATTA +TATTTAACTATTTTTCTATTATCATTTCTTTATTTATTCCTTCAAATATATCTTCTATAT +TTTCATTTAAATCTAATATATAATTTGGAACATACTCTTCTTCTTCTCCATCAGAAATTA +TCTTCTCTTCGTTAAACTCAGCAATCATTACTTCATCAACGTTAAGTTCTAATTTTGGTA +ATTTATCTGTTATGATAGTACTATTTAAATAATCTTCTTTTGAGAGATTTTCATAAATTT +CTAATGATTTTTTATAATAAAGGCCTGCTAGCATATACTCACATTTTTTATTACCCAATT +TAATTCCTTCATTATAGTATTTCTCAGCTTCAGCATATGAATTTAGTTTAAAGCTTAATT +GTCCTAAATTGTATATAGATTCTACACATCCATTATTTCTTGCTTTTTCATACCAGAACT +TAGCATTAACATAATCATTGTAATAAGTGTGATATATAACTCCTACCATATGCTGAGAAT +ATGTATTATTTTCATTTGCTGTAGTATCAAACATCTTTTTAGCGTCTTCATAAAGCTTCT +CTTCAAAATAAATTCTTCCTAAATGTATTCTTGAATTTAAATGATTTTTTTCAACAGCTA +AATTGAAATATCTTTTAGCTTCTTCTTTATTTCCTTGTTCCTCATAGATACATCCTAGTT +TATATGATGAAAATATATCATCATTCTCAGAGGCTTTTTTATACCAAATAATTGCCTCTT +CTATACGATCTATTTCTTCATAAATCTTACCTAACTTTACTTGACAAGAAATAGAATCTG +CATTTCTTAAATAATAAGAAATTGCTCTTTCAATATCATTAGTCTTATAATATAAATCAC +CTATATTTTCAATAGCAACTTTACAACCATCAGCAATTGCTTCTTCATAGTAACTAATTG +CTTTTGTATAATTCTCTTCTTCAAAAAATAACCCTGCTAAGTTATTCTTTGCTTCTATTA +AATTATCATTTGATGCCATCTCGTAGTAAATTTTTGCACTATCAATTTCATTTTCTCTAT +TATATAAGTTAGCTAATCTAAATTTAGCTAAAGTAAAATTGCCTTCTATTGCTTTTTCAT +AATACTCTATAGCATCTTCTCTCTTATTTTCCTTATCATATAATTTAGCTAATCTATATT +CTGATTTAGTATCACCTTTGTCAGCCACTTTTTTATAATATTTCTTAGCTTCATCATAAT +CTTTCTCTACTTCCATTATTAGTCCTAAGTTATAACATCCTTTAGTATGTGAAACTTTGT +ATAATTGCTTATATAATGATATAGATTCTTTTATATCCTCGTTTTGACTTAATACTGCTA +GATTATATTTACATTCATTATGTTGGAGAACAGATCCTTTCTTATAGTACTCTTTAGCTT +CATCTATTCTGTCTAATAATGTATATAAAAGAGCTAAATTAAAGCACGCAGTTCCTAAAT +TATTATCAGCAGCTTCCTTTAACCATTTTTCACTACGTTGATAATCTTTTAAGTGAAAAT +GTGCTACACCTAAATTATTCTGTCCTAATAAATTTCCTAAAAGTGCTATCTTTTCATACC +AATAAAGAGCATACTCATATCCGTCTATATCATAATACATATTTCCTAAATCAAAGGCAG +CTTCTTCATAACCATTTTTATATGACATCTTCAACCATTTCTCAGCTTCATGATATTGCT +TTCTTTTTTTATAAATATAACCTAAGGTATATTGAGACTTTACATGACCTTCCTCAGAAG +CTTCTTTATATGCCTCTATTGCCTTGTCTAACTTTCCTATCTTTTCATAAAAAGCTCCCT +TAGTATACCCTAACTTTGGATCGTTAGGTATATCTTTTATCTTTCCTATAGAAAACTTTG +TATTTTTCATAACTTACTCCCTACTATATATCTTTTTAATAAACTTATTATATAATATAT +AACTAGTTATTCTGTACCCTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNCTTTTTCATAATTTATTACTTCAAAATTTTATTACAACTTTTTATTCATTAAATAAG +AATTTCACTTGTTCATTAACATTATTTACATTTGTCTTTGTTCCATTATATGTAATATAT +TCTATATTAGCTTCATCAGTATTATTTACTTCAATATATTTATCTCCTTTATTGTATCTT +ATTGAATATAAGATTAATTCTTGATTAGCATTTATTTTTTTAAACTGTAAGGTAACAAAA +TCTCCAACGTATTCATCCTTTAATACAACCTTCTTTATATCAGCCTCTTCCGTTATATTA +TATTGATATCCAAAGGTATCTATAACAGAATTAAAATCTACAAAACTTTCATATCCTATA +CTATATGCATATACATTATAGACTTTTTCAAAAATATCTGTTGTATTTACACCTTGTTCT +TCATTAACTAATGCACCTATATAATTAATAACTTGTTCTTTTTTCTCATCTTCAAGGCTC +ATGAATATTTTACTTTCTTCAATTTCGTTTTTTAACTCTTCTACTTTTTTATTAGCATCA +TTTAATTCTGATTTAATCTTTTCATTAGCATTTTTAAGCTCGTTATATTCTGATTTCTTT +ATCCCACCTATTGGTAATAATATACCTACTATTAATCCAATTACTAGCCCTATAACTCCA +ACTGTTAGCAACATTTCAATTCTTTTTTTTATTACTCTATCTCTATTTATAGCTTTTCTT +TTATTTGTCGGTGTTTTATTTATTTTTTTTAAAGGTTTATTAGTACTTTCCACCTTAGTT +GTCCTCCTACTTATAAGTTACTTCTTTTTAATTATACTAAAAAATAAAATATTTTTGTAA +TTTTTTCTGAAAAAAATCGTTATTTATTACTATTTAATTATTTATTTAAAGCTAATATCC +ATAAATACTTTAATTTATACATCTATTGCGTTTTATTAACAATAGTTACAAATATACTTA +ATTATTGGATTTTAATTAATATCTGTTATATAATACTCATATAGTAGTTTTTAGTAATAT +AATAACTACTTAATTGATTGGAGGAAATTTTATGAACATTAACTTTATGGATATTGACTT +ATTGCTTAGACTTTGCGTTTTAATTGTTGTTATAGGAATTACAGTTAAAGCTATAAGACT +AATATCAGGAATCGCATTTAAAATTGCTTCTGTCGTTTTAATTCTGTTACTTCTATATAA +AATGTTAATATAGATAAAAAGAGTTTCCTTAATCAAGAAAACTCTTTTTTATTCTAATAA +CTATAAGTATATCTATAAATACGACATTAATAATATTTTTATAATTATTTTAGTTTCTAT +CATCTATCTCTTGATAGAATTTAATTATTTCACTTTCTGTATTGCTATGGTGATTTTTCA +CAATATCTAGTAGTAATTCATCCTTTATTAATTCTTTTAAAATATCATAACTATATTCAC +TATGATTATAATAACATTGAACTTTCTCAGATTTTTTAAATTTTTTAAGATTACCTTTAG +TTAGTTTATTCAGAATTACAATTATTGATTTATCTATTACATTTAACTTTTTTCTAATCT +TTCCTATATCATGAAGTAATGCAGCTTTAACTAATATATTTTTATTTAATATAATGTCTT +CATTGTCAGTTAGCCCATAATTAATAATATACTCAATTTCTCTTGCAATTCTAACACTAT +GTTTTTGCTCAGATTTTAGTAATCTGTTAAATAAATCAAATTCGACATTATTTAGAATGC +TCTTAACATATTCATAATCTTCTACGCTCATAAAATCGGTTACATTAGTATAAAATTGTT +TTACTCTTTTAGGTATCATTTTTATCTCCTGCTAATTTTCTACTATTAGTAAAATTAAAA +TAGGCCTATCTCAATAATTTTATAGTCATATTAAGATAGCCTATATAATATTTAACTTCT +TTTTATTTTACTCTTCAAGCCATTTAAAATCAAGTTCACTTCATCTACTTTTAGCACTAC +AATACTTAAGGCATACACTATAGCTCCTACTCCAATAGCTACAGCTAAAGTAATAACTTC +CTTTATAGTTCCAGAACCTAAGAAATATGAAACTTTTCTATATGCTATTATTGTAATTAT +AGCCATTAATAATGCAGATGTTATTGCTTTAACAAAAACTGACAATATTGCTTTTCCACC +AAATGGTCCTATTTTTATTCTTAAACTTATAAATAACATTGTTACTGTTACTAACGCAGC +TGTACTTGTAGCAAGTGCAAGGCCAGCTAGTTGCATATTAGTAAACTTAACGAATAATAT +ATTTAATATTATATTTAAACCCATAGCAATAGCTCCATTGATCATAGGGGTTCTAGTATC +CTGTAATGAATAAAACACCTTACCCAAAATGTCTCTAAGTCCAAATCCTATCATTCCTAT +TGAGTAAAATACAAGAGCCACAGAAGTCATATACGTTGCTCTAGCGTCAAATTCTCCTCT +TTGAAACAATATCTTAACTATAGGAGTTGATAGTATTATTGCTCCTACTGATATAGGTAT +AACTAATAAAATTACAATATTTATTGCTTTTATTATAGATTGATTAAATTTTACTTTATT +ATTTTCTGTTGATAGTTTTGATAACATTGGGTAAACAACTGATGATATTGATACTATGAA +CATTCCCATGACAAATTGATTTAACTTATTGGCATAATTTAAAGCCGATATACTTCCTTC +AACTAAAGTAGATGCTATGGTTCTATCTACAATTGTATTTATTTGATTAACTGCTACTCC +TATAAGTACAGGTGCAACAAGCCACAACATTTTCTTTAAATATTCATCTTTTAAATTTAT +GTATGGTTTATATCTAAATCCTTTTTTCATTGCAAAAGGAAGTTGAAATAAAAATTGCCC +TAATAATCCTATTAGCGCACCCCATGGCAATATATATGGCGAAGTTTTAACACTTAAAAG +TATTGATATTATTATACATGTATTATAAGGTACAGACATAAGCCCTGGTATTATAAAATT +TTCTTTTACTTGAAGATAAGCCATCATTATATAACTTATACCTAAAAAAGGAATACCAAG +AATCATTGCTCTTGTAAAATATACAGCTTTTTCCATAGTTTCACCTTTAAAACCTAATGC +AAATAATTTTACGACCTGTGGAGTTAATATTACTCCTATTATAGAAATTGCTATACATAT +AAGCACAACTACGTTAAAAATATTATTTGTATATTTAATTGAAGCTTTTTCACCTTGGCT +TGAGTTTACTTCACAGTAAAGTGGTATAAATGCTGTCCCTAAAGAAGTACCAATAGCTGT +AAATATTACTGCTGGTATATTCATTGCAACTAAAAATGCATCACTAGTTGACGATGCTCC +ATAAGCTGAGGCTAAAGTTAATTCTCTACCAAAACCTAAAATTTTTGCTATTAAAGTTGC +TGCCATAAGACCTAAGGCAGCTTTTGCTACTTTTGACATCAATTCTATCTCCTATTCTTA +GTATCTTTACTTGCTTTTTTTATTTTATTAGATTGCAAATGCATAATTAAATTTTGATTA +GTATTATCCAAGCCTTCTGGATTATTATATAAATCTCCGATAAATGCATTTCCAAGAACG +TCGCATTCTAATTTTTCTATATTTTCATTTTTATATTTTTTCTTATCTTGATTTTTCATA +AGTTATATCTCCTTCTTAATTTCATTATTTACTAATATATAGAAATATAATCAAATATAT +CCTCTTTAGATTTTTAAATCTTGTATTAATGTATTAATATTATTAATCATATTATTAGTG +CTTATTCTTTAAGTTATATGTATAAAAAGAGCATATTACTTTGTCATGAAATACTACTAA +AGCAATAAATATAATAATACTTTACCTTGCAATTATTTTGAATATCAAATTTTTTTATTT +ACTTAACAATATAACCATGTTAATATATACTAGTAAATATTAACACATACACTTACGGAG +GTTTAGACATGATAAAAATAATATGCGATAGTATATCGGATTTACCAATAGAGATAATAG +AAAAATACGATATTGAAATAATTCCTTTAACAGTTCTATTTAACGGAAAGGAATATTTAG +ATGGAGAAAATTTATCTAATACAGAATTTTATAAAATGCTTAGAGAATCAGACTCTATGC +CTAAAACATCTCAAGCTACTTATGCTCAGTTTAAGTCTGTTTTCGAAAAATACAATGACA +AGGATATATTATATATAGCAGGTTCATCTTCAGCTTCAGGAACATATCAAAGTTCTATAA +TAGCTAAAAATGATGGCCATGATAATGTAACTGTTTTTGATACTCAAAATCTTTCAATAG +GAAGTGCTTTATTCGTTATAAAAGCTTGCGAAATGGTAGAAAAAGGCTATTCTATAAAAG +AAATAGCTTCTAAATTAGAGGAGCTAAAAAGCAGTGAAGAAGTTATATTTTCAGTTGACA +ATTTAGAGTACTTAAAAATGGGAGGTAGAATTTCTTCTACTAAAGCAATTTTAGGAAACT +TATTATCAATAAAACCAATACTAGAGGTAAAAGATGGTCTAGTTGCTCAAAAATCTCAAG +TGAGAGGAAAAAAGCAAATCTATTCAACTTTAGTAAATTCATTGGTAAATAAATATGGTA +ATGATTTAAGTAATAGGACTATTATTATAGGTGCAGGTGACAATGAAGATGATTTCAATA +TACTTAAGGAAACTTTACTAAAAGAAGCTACTGTTAAAGAATTATACTTTGTTAATATAG +GATGCGTTGTATGTTCTCATTCTGGTCCTGGAATAGTAGGTATATCTTGTATGTAATTAC +ATTTAAGTGAAAGTTTAATTATTATAAAAATTATTTGGATAATATTATAAAATAATTACT +CATCATTTTGGAATAGTTAACTCTATAAATGGAAAATCTAATATAGATAAATATCTATAA +AGGAGATTACCTATGGAAGATATGCATAAGAATTTACTAGATGGAACTTTAGAGCAATAT +AATGATGCAGCTGTTCCTAAAATACCAGTTTTTGCAGGTAACGATATGACTTCTGAGGTT +TACTATTTTAAACCAAATCAAGTTTTAAAAATGCACAGACACCCAAACGGTGAACAAATT +TTCGTATTTGTTAAAGGATCTGGAACTATGATAGTTGCTGATAAAGAGCATAATGTAAAA +GAAGGTACTATGATATTAGTAAAAGCTGGTGAATGGCACGAAATTACAAACGGAAATGAA +AATATGGTTGCTGTACAAATAACTAAAGTAGGAGCAGGCGCAGAATTTAAAGATGCTTAA +TACTTAATGTCAATAATGACGATGGTTTATAGGACCGTCGTCATTATTATATATTTACAA +TTTAATTCTCTCAAGTTTAGTAATGTAAATTTACTTATTATTTATTGCTTTTATTATTAA +AAAATGAGGATTTTTTGATAAATAATTATAGTTATCTAAATCCTTCTCTTTAAAACTTTC +CTCTGGAGTTGGTTCAACTAAACATTCTAAATTAAAGTATTTTGTTGTAGTATTTATTAT +TTCTTGTAACGGTCTATGAAAAAATTGTACATCTACTACTACCCCACCCTTTTCCCATTT +TTCTTTATATAACTTTGTGATAAAATAGTTTTCATCTTCAAAATCTTTTATATCCATACA +AGGATGGTGCACAGAAAATAATAATATACCATTGGGTTTTAATATTCTTTTAAATTCACT +AAATGTCTTTTTTAAATCTTTTATATAATGTAATGTAAGTGAACTTACTACAATATCAAA +TTTATTATCTTTAAATGGTAATTCATTATTTAAGTCTAGGTTAAGTACATCGGCTTTATT +ACAAGTTCTTTCCTTAGTAATCTTAATCATTGTTTCACTAACATCTATAGCAGTAACTTT +AGCTCCCATTGAAATAAATTTTTCTGTATACCACCCTCCAGCACAGCCTGCATCAAGTAT +TTCTTTATTATATATATGTTTGTCTAATAACTTAATCATAGCTGGCCTTTCATAGTCTGA +ATTAAAAGGGCTACTTTCTTCATATTCTTTTTTATATGAATTAGATAATTCATCATATAC +CTTATCTATATTTTTAATCAATTTCATACCTCCTTAATCAAGGTGTTTAAAAATTTATTT +TTTCTTTCTCATCTCTACATTAAGTACTAATCCAACAGCTGCTATAGATGAAACAAGAGA +ACTTGCTCCATAACTAATAAAAGGTAGTGTCACTCCTGTAACAGGTATTAAAGCCATTGT +CATGCCTATATTTTGTATTATTTGATATGTAAACATACTTGTCACGCCAGTTATAATTAA +TGTACCATAAAAATCTTTAGCTTCCTTTCCAAGTCCTGGTACCCATACCATCAAAAGTAA +TACTATACTTGCTAAATAAAAATATCTATAGTTTTTTCCCATTTGAGAGTAATTTATTCT +AAGAATAGATATTATTAAAATGACGCCTAAGACAAAAGCTATGAGTTGTTTTTTATCTCT +TTATATATGTCTCAAAATAAGTACTGAAATATAATTTAGTTATTTCAGTACTTTAATTCT +TATATTTTAACTTATAAATATGTAGAACTTATGGAAATAACCTATAAAATATAAAAAAAT +AGACTATCGTGAGATAGTCTAAAAGTAGGGATATTTTAGTAATTTATTTTTTATGTTTTA +AATAAATATTTATGTCGAATTCCAATGTCTTTTTTATTATTAATTTGTCATTTCTTGCTG +ATGTAATATTAGTATATTTTATTTTTTATATAATGTCTATAATATAAATATTTTTTTATA +TATAATTTATACTAAAGATAGGTTTATAATTCCTACTTTCTTTATATAATATAAAAGAAA +CTTATCAATTTTAAATAACAGTTAATAAATTTTGAAAGGAGTTTTATATATGAAGAGATT +TTCATTATTTATAGTTATAAATGCTATTTCTTTGTTCATTGTATCTAACTTAATGGATAG +CATGTATATAGGCTCATTAAAGGCATTATTAGTATTAACATTAATTTTTGGTTTACTTAA +CACATTCGTTAAACCTATTATACAGTTTTTTTCATTACCTATTACTTTTTTAAGTTTAGG +CCTATTTTCTTTGGTAATTAATGGTATTGTACTAAAACTTGCATTTTCAATTGTTAGTGG +CGTACATTTATACGGTCTTTTTAATGCTATAATTGCATCTATTCTTTTATCCATTGCCAA +TACAATTTTCTATAATATTTTTGATTAGCAAAAATAAAATGGCTTCTATATAAATAAAAG +CCATTTTTTATATCTTTATTTTTTATTATGATTTTCTGGATGACAATTTTTTGAATACTC +CTCTGGACTTTTTTTAAGTGTTGATGTCCATTGGTTATTTCTTTCATCTTTTTCTTTTAC +TTCAGCTTTGCTTGTCCATGAAATATTTGAAGTTGACCATTGATTGCTAAATTCACATTT +TTCTTTTTTATCCATTATACCCTCCTTATATTATAATAAGATGCTTCTAATTTATTATTT +GTAAATCACTTTTTAAAATACCTAAAAATAAACCTTCAATTTTATAATCAACAATCTGTA +TCTACAATTAGTTATGTGCATAATGACTTCTGATATCTTAGCTATATCTACTAACTTAAA +AAGCATCGGCTCTAGCCAATGCTTTTTAATATATATACTATTAGTTATATTTTATTTTTT +CTAAAACAGTTTTACTATTTTACACTCTTTAAATCAATATATGCCTCAATTTGAGGAATA +TAGAGCATATTATCTTTTAAATGTGTATTTCCAAACTCTTTAAGTTCCATACCTTCTTTA +TCTTTTGTTATTTTATATCTAATTACTTCACTATCTTCGTTTATTGTGCAGTGAAAATAC +ATACCTTCATATTGTTTAAATCTAAAATTAAAATTATCTCTAGTTAACTTTATGCTAATA +TCTTTCATAACTTACCTTCCTTTAATTATCCTTTTAATTATTATAACTCAATATTTTACT +AATATAAAGATTTAGTGGATAATATTATATTTATTTTGAGAATATTAACTTATAATATAA +GTATTAATAAACTTAGGAGATTTAATTATGAAAAAAAATAAATTAATAATTTTTATGCTT +TTTCCTATATCGCTTTTACTTAACTTTTTAGCTTCAAAGTTTCCTTATTTTATTGAAACT +TTCTATACTCAAGGAATCAATAAAATTACAGTACAATTATTAAGTAAAATTAGTGGCATT +ATTCCATTTTCTATTTACGAGTTTACTATATATACAGTAATAATTTTTTCATTATATTTC +GTAATATACTCTTTGTACTTGCTTTTTAGTAACAAACATAAATTTAAAATTCACATGGTA +AAATCTATAACCAATTTTTTATCAATTGTTTCAATTGCATATTTTTTATTTCTAATTTTA +TGGGGATTTAATTATAATAAATTACCTTTAGAAACTATTTTAATAGATAGATACAATAAA +ACAAATGATAAGTCAATAACAAAGGTCGAATACAATAATGAAAACTTAATAGAGCTTTAC +AAGTACTTAATAGATAAAACTAACGAAACTAGAAAACTAGTTTTAGAGGACAACAATCAT +GTAATGAAATTAAACTCTGATTATAAAGACGTTATAAAAAGAGCAACTACAGGCTTTAAT +AATATTTCTAGCATTATTCCCAACTTAGATGGATACTATGGTAATGCTAAATATATACTT +TCTTCGAAATTGATGTGTTATACAGGAATAACTGGAATTTATTTTCCATTCACTGGAGAA +GCTAATATAAATAAAGCAACACCAGATTTTTCAATACCATCTACTACTTTGCATGAAATG +GCACATCAGCGTGGTTATGCAAGTGAGGATGAGGCAAATTTTATAGCTTATTTAGCGTCA +ATAAATCATTCTGATGTAGATTTTATTTATTCTGGATATAGACTTGCATTGCATCATACA +TCTAATGCTTTAAGAAATGTTGATTTTGATGCCTATAAAGAGTTATCACGTAATTTATCT +GAAGATGTAATTAATGATATAAAAAATAATAATGAGTTTTGGTCAAAATATGAAGGTGAA +ATAAATAATTTATCTGATAATTTTAATAATTCTTATCTAAAGGCAAATGGAGTTAAAGAA +GGAACAAAAAGTTATGGTAAGATGGTTGATTTACTATTAACATATTATAGTCTTAATAAA +TTTGATTGATAATTATAATAGGGATGGAAAATAGTATTTCCATCCCTATTATATATCTTA +CACTACATTAAGTTAAGTGTATTTATTTCCTTTCTTAGTAAATTAACTTGCATCTCTAAA +TTTTTTTCTTCTTCTTTTACATCTTCTATTCTTTCTTTTATTTCATTTCTATAAGATTCT +ATATATATTTTATCATCAATATTATTTTCTATATTAAAAGGATATATAATTTCCATAGAT +TTTATTTCCTCATTTAATTTATGTATATTTTCAACTAATTCTTCTGTGCTATATATCTTT +GTAGGTATATGATCTTCACTAAGTAAGTTTGATAATACTTTTAATAAATTAAGATTATTG +TATATATAAGCTAATTCAGTTTTTTGCCACAACTTTTCTTTATTTGAGTCAAGATGATTA +AATGTAGGGCTTATTCTAAAAATCATTTTTTTATATAACCTTGAAATTTCTTTTTTATAA +TTTTCATCTTTCTCATAATCTTTAATATATTCTTTTGCTGTATTTACTAGATCACCAATA +CCTAAAATATGATTATTAAGTGTAACTGTCTCTCTATTTATTAAGTTATTCATGATTTCC +CTATTCAATCTTCTACCTAATTTTATACTAGACTTTATCATATTCTTTTCTATCTTTAAT +TTCTTAACATTAACTTTTAATGTTAACTCAGTCTTCATTAAATCATAAGACATACATATG +TGTTTAGCATCTAAGTATATCTGCTTTTTAAGCATTAAATCATCTCTTTTAACAATTGTA +TCTAAATATTTATTAAGCAACTCTTTATCTCCACACCCATGGAAACTCTCAATATTATTT +ACAGATTCACCCATTTAAATGCCTCCAAAAAAATCTTTATATATAAATACTCCATAATTT +TCTATTTTTCCTCTTTTCTAATACTTCTTATTTCACAATATAAAAAACATAATGTGCATA +TTGTCCCAATTTAAGTTTTTTATCATATAAATATAATACGTAGATATACTACAAAAATAA +TTAACATGGAGTGTATATTATGTATAAAGACTGTCAAAATAAAAAAGATTCATGCAAATG +TACTTGTTCTAATGAATCTTCATGCCAGGAGTTAAAATCTAATAAGAGTTGTAAAAATAA +AAAGGTATATTGCTCAGGAAAAATGGATTCCTCTGCATGTCCTTTATTTGTAATTCCTGT +AGACTGTGGAGATTATCAAATATTTAATATTTTACGCTGCTCAATAGGTAAAGTTGTTGG +ACTAAAGCTAGATAGTAGTGATTGTATATTAAGATTAAAAATTTGCCAAGTTAATCAATG +TGTAGTTATGGGGAGAACTTGCTCTGGCAAAGGACCAATATATATTAAATTAAGTTCTAT +ACAGTATGTAGATTTAGGAAAAGAAGTTTATATCAATCCATTATGTAATGTAGTTTCCGG +TGGAGTTGGTCCTGCTGGTCCTCAAGGACCAATGGGTCCTATGGGTCCTCAGGGTGCTAC +TGGACCAATGGGTCCTATGGGTCCTGCTGGCCAGATGGGTCCTCAAGGCGCTACTGGACC +AATGGGTCCTATGGGTCCTGCTGGTCAGATGGGTCCTCAAGGCGCTACTGGTCCAATTGG +TCCTGCTGGTCAGATGGGTCCTCAGGGTGCTACTGGTCCTATGGGTCCTGCTGGTCAGAT +GGGTCCTCAAGGTGCTACTGGCCCTATGGGTCCTGCTGGTCCTACTGCAGTAGCTCCAGA +AAAATATGTTCCTAAAAAGGTCCCTTATAAAAAATAATTTTGAATAATGAAAAATAAGGT +AGTGATAACTTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTT +ATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_63 +AAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGCTCTAAAATCAT +GAGGGTTATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAGAAGTTTGCAGGGT +ATGTAGATATTGAAAATACACTAAATATAGATGTCTACTTTGCAGATGCGTATGCTTCTT +GGCAAAGGGGGACAAATGAAAATACAAATGGATTATTAAGAGAGTTTTACCCTAAAAAGT +TTGATTTTTCTTCTATAAATCAGAAAGAACTTGATAATATTGTTACCATAATAAATAATA +GACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATAT +AAAGTGTTGCACTTATATTGACAATCTATCATAAATAAAATAAGTATTGCTACTACAACA +CCAATAGTTAATGTCTTTTTACTCATAGTCAATTACCTTTTCCTTTTTAAACTTTATGTT +AATAATATCATTCTAATATTTAAAACACAATATCAAATAAATTACAAAACTCAGTAAAAA +TATTAGAACTTTCAGTTTCAAAAACTAATTATATATTATATAATATTTGATTATTAATTA +TAATATTTGGTATAAAACTATTTGGAAGTAAAAATTTATTAAGCGATTTAGCTAACAAAG +GATGATTTTTAATGTGTGATTTTATTATAAGAAACAAAGAATTATTTGAACAATTAGATA +TATTTATAAATTCCATTGATAATAAAGAAGACTCTTTAATGTATATTTTACACAATGCAC +AAAATTTATTTGGATATATTCCTAAGGATGTACAAAATTATATTTCAAAAAAATTAGATA +TTCCAGCTGAAAAAATATCTGAATTAATTAATTTTTATTCATACTTTAGCACTGAGCTTA +AAGGTGATTACAAGATAAATGTATGTGTAAGCGGTGCTTGTGCCAAAAATAACTCTCAAA +TGGTACTTGAAGAGTTTGAAAGTCAACTTGGAATAAAGACAGGGTTTACTACTAATGACT +CAAAATTTAACTTAGAATCATCAGGATGTATTGGAGTTTGCAGACGATCTCCAATAGTCA +CTGTTAATGGTAAAGTTTATGAACGAGTAAATCCTAAAGATGTAGAAAATATATTAAATG +AATGTGAATAATAGAGGGACAATTTCTCCCTCTATTATTCACATTCATTTAGCCCTTTAC +AGACTTAAATATAAATATGCCTAATATAATCAGCTCTATTGCTACTACATATGGCCTTGC +TAAAAACTGAATTGTTTAACCTACTTTTGGTATTTGTAAATATACTTCTCCTATTACATC +TTCTTTTAGCAATACTTTTTTATCTGTTGATTGATTATTGTCACCTTTAGTTAGATATCC +TTTATCCGTCTTATCTATAATTCTATGGGTTACTACTTTATTATCCTCTCTAAAAGTTAT +AATGTCATTAACTTCTAATTTAACCCTACTTTTATTCTTTACTATTATTACATCACCCGA +GTAATATGTAGACTCCATACTTCCAGATAGTACACTATAAATCCTATAATATTATCAATA +ATACTATAAGTATAAATGTAAACAAATACTTTATAATATTATTCATATTTATCTTTTCTC +TTTTAGTAAACATAATAAGTCTCCTTAATTATACTTGCTCTTCAGTAAATATATCTTCTT +CTAGTATAACTTCTTCTTTCAATAAGTCCTAAAGAGCATATAAGTTTTTATATTTTATTT +TGTATATTTCTTAAAGTTTCATTTTCTACTTAAAAATTTTATTAACTGTACATATAATAA +CAACTATATATTTAATGCAACCATCTCAAAATCATATAATAATTTATATTATTTACTAAA +TTTATATATGGATATATTCCAATTGAAATGAGTGTTCCAATTAATTTTATAAATATTATG +ATACAGTTATTTATATTTATTAGATAAATTTCAAAATTATATTTAATAGCATTTTTAATA +ATCAATATTTTCCAAGGCAACTTCTACATACTGCCTTAAGATTATTATAGCTATTATTGT +ATCTATTATTATTGATGTGATGTGTGTGTAAATAATACTTAGTAACACTACAGTCAAGGC +CACACTCTTCACATATCCAGTTACTCTTTTCTTTATAATTCATAGATACAATAGCCCAAT +CTCTAGTATATCTTCTATTATTATCTAACTTTAATCTTCTAAAAGGTATATTAAAGTCAA +TTTCTACTACATATCCATCATCTATATTCATCTTACTCTTTACTTCTTCAAATATATTAT +TTTCTAAAAAATTAGGTAGCTTCATAAATCTCCCTCTAATCATTATAATTCTCTATAATC +TCATTAATAATTTCATCAGAGTTTGTTATTACTCTAAATTCAACTCTTCTAGATGCATCC +TTATTCTCTACATTATTTTCATCGAAAATTCTTTTGCTATAGGACATTCCATTTGAAGTT +ATATTGTCTATTAGCCACTCTTCATATTGATTAAGCTGTGGAATATTCATGATGTATTTT +AAAACATTTCTAGTTCTATCTTGAGACAATTCCATATTTCCAAAGTAAGCATCTTTTGTA +TTTGCATTTTCTTCCCATTCACTAGAAGTATGACCTTCTATTCTAATTTCTTTTACATTA +TCTTTATGATTTTTGTATATTACATTTATATATCTAGGAAAAAATGAATCAAGTATATCC +TTAAATTGATCTTTTAATTCAGATTTGCCTTTTTCAAAATACACTTCTGGCTCTTTAAAT +CTTATAGTTCCGTCATTTTCTATTTCCATTTTCCAAGTATTCATATCTCCCTTAAATTCA +TTATATAAATCTTCATATATATTTACCTTTGTTTCTTCATAAGTATTTACAATATTTTCA +ACTGTTTGCTGTTGTTTTTTTATATTAATATTTTCATCATATACCTTACTCATAAATGCA +ACTGATATGAATAAGAAGACTATCATAAGTCCCGACATAAGGTCTGCTATTGCTGAATTT +ACACCTTCATTACTTTTATTTCTTCTTTTAAATTTATCAAGTTTACTCATAGCCTATTTT +ACTCCTTCAACAATAGTTACCACTTCTTTTAATTTATCCGCTAACGGAGTATAATCATCT +GCAAATTTTTCAGATATTGTAACTAACTGACTACCTAATGAGTTTAAAGATTTTGTAAGT +TCAGCTTCTAATACTTCATCTAGTTGTTCTACTTTTCTAGTAAATATATTTTCCATATCT +TCTATCATCATTTTTATTTGATTAGATGTTGCCATACTTAGATTTTCTATTCTCTTTGCA +GAATCTGAAATTGTATTTTCCAAGTTATAATTTATACTGTTAGTTGATTTTTGAAGAGAA +TCAACTTGTTTATTAAGTTGTTTTAAATTTTGTTGTAGTGATTTTTGTACTTCGTTATTA +TAAGTAGTTAAAGACTTATTAAATCTATGACTTGTTTGTTGCAAATTGCTATTTATTTCA +GGTACACATTTCTTTAAATTATATACAATCATTTTAAATCTATTTAAGTATTCTTCAACC +TCAGATCTAAATTCCATATTATTGTCTGCTATACAACGAGTTGTTTTTGATAAGGACTCT +GAAGTTATTTTTTCAAGGTGCTTTTCTAATTTATTACTATTATCATGAATTACCACATCT +AAATTCTCTACTGCACCTTTTAACTGTGTATCAATATGCTCGAAATATTTATTAATCTCA +GGTATAGACTCTTTCGCCCTGTCTGATATTTGAATTATTGATTTTGTTCCATCTACTATG +ATTGCTTGTGAATTTCTTATATCTTTTAAAACTTCACTTAAGTTTTCATTATTTTCTTTT +ATTAATGAAGAATTTTCAGCTATACTCTTGATTGACTCATCTGTATTATGTATAGATTCT +AAAACTAAGTTTAATTCTTTAGTAGTACTTTCTACAGTTTCCTTGTAATTTTCTTGCCAC +TGAAGAAGATCACCTACTCCACTATTAAGCTCTTTAAAGGTCTCTCCAAGTTTTTTAAAC +TCCATAATAAGCTCTTCTTGCTTAGATATTGTATTATTATTTAAGTTTAATATTTCATTG +GTTAATTCTTTCGTAAACTTTTGTTGATTATTTGACCATAACTCACTTACTTTATTTAAT +GCTTCTTTAGTTTGTATTTGATTTTGTACTAACGTAGCATTAACATTTCTACTTTCAGAT +ATCATAGTATTAAAAAGCTCCATAATATCGTCAATATTTTCCTCATCTTCATTTTTTAAA +GCTATGTACTTCATAAATATAGCTGCAGACATACCTGCTATTGATGTTGCAAATGCTATT +TTCATACCAGCTAGTAATAGTGGAACACTTTCAGTTATATTATTAGGATTAAACTTCCAT +AAACCTATTGCTATCCCTATAAATGTTCCAAGTACTCCTATTGTAGATGCTATATTCCCT +AATGCAGATTCATTGGAATATTTCTTTTCTTTTAAAAATTTATATACTATAGCTCCTACA +AGTAGGACAAACAGTAATGTTACTATCATTTCCAAGCTAATCCCCCCTTTTTTTAACTCT +ATTATTTAGTAGATATTTATATTCCTTCTCATGATTAAATTCATAATTTCTTCATAAATA +TGTTACTATTACATACACTAACGAATCATTCTTTTATCTATAGCAATCAATTAAGTAATT +GTTATATTTTGTCTTTTTATGTAGTTTTCCCTTGACACAGTAAAGTATCCTATTGTATAT +TAAATGCCATAGGATACTTTAAGATAGTCCCGTGAGACTAATAAGGAAATATACATAGTG +TAGTATTTTGCCTTAATATCTTTTTGTATTAAGGCTTTTTTGGTGTCCTAAATCAAATAT +CTACGGAGGATACTATGAAAACTCAAACTTCAAAAAACAATGCCAACAGCCTGGCTATAA +AAATGGCTATTGCTCTAATATTAGGATTAATTGCTGGTACATCATTTATTTTCTTAAGAG +AAAATTTAATTTCAAATGGAAATTCAGATACTTGGACTTTAATTAATAATTTATTATTCC +AAGATATAAGTAAGCCAGAAGCTAACAAAGCAATAGGAATCTTTTACATAGTTGGTCAAC +TATTTATAAACTCTCTACAATTAGTAATAGTACCTATGGTATTTACATCTATAACACTTG +CTATGTGTAATATAAGTGATACTAAAAAATTAGGTCGTATATCTTATAAAACAATACTTG +GATTTTTAGCAGCATCTATATTTGCACTAATTTTAGCTGGAATATTTGGAATTACTGCTC +ATAAAATGGGATTATTCAATGTAAGCATAAATAATATAACTTCAAGCGAAGGAACTGCTG +GTAGCAACCCACTTCTTGTATTTGTTCAAGCTATCCCTAATAATATAGGTTCTGTATTTA +GTGAGAATGGTCGTGTTTTATCTATAGTTTTCTTAGCTAGTGTTACTGGAATTTGCATAA +ATACACTAGGGGAACAAATATTAGTACTTAAAAACATATTACAAGATATAAATAAGATAA +TAACAATATTCTTAACTTTTGTAATAACTAAATTTGGACCAATAGCAATCTTCGTTTTAA +TAACAAGAACTTTTGCAATATACGGGGTTGATCATTTAAAACCAGCGCTAGCATATGTAT +TTACAGCTACAATTGCTTTATTTATATTCTTAGTTTTTGGATATGCTTTATTTATATATG +TTACTACAGGATTAAATCCAGTGAAGTTTATAAAGAAAATTACTAAAGTTGCTTTATTCG +GATTCTCTACATCTTCATCTGCTGCAACATTGCCTTTAAATACTAAAACAATAGTTGAAG +AATTAGGAGTAAATGAAGAAATAGCTTCTTTCACATTACCACTTGGAATGACTATAAATA +TGAATGGAACTGCAATAATGCAAGTTATAGCAGCAATATTTATAGCATCTAGTGCAGGAT +ATGAAGTAACAGTTGGAAACACATTAATAATCGCTTTACTTGCACTTATAGCTTCAATCG +GAACACCCGCTGCACCAGGTGCTGGAGCAATTATATTATTCACTGTTTTAACTGGTATGG +GGTACAATAATGATGCTGCCGTACTTGCCTATTCATTAATACTTGCAATAAACAGACCAA +TAGAAATGTTAGTTACATCTCTTAATGTTGTTGGGGATGCTGCAACAGCTGTATATGTTT +CTAAATCAGAAAATAACTTAAATGAAGAAATATATAATTCTTAATAAAATTAATATATAA +AATAAAAAAGAGCAATAATTTTTAGTTTTTTAATACATCTAAAATTATTGCTCTTTTTAT +AAAAGATAAAATTTACTATATATATTAGCATTTTTTAATTTTGCTGGTTTTTGTGATTAG +TGTATATGCCAAATTGATGTAGATTCTGATGATAAAAATACTACTGATAAAACTAATGGT +CCACAAACTTTCATTAATTTAACTGTTATCTTTTTCATATTCCTTCTCCTAATTGTATTT +AAAACTTTTAAAATTATCATTAATAGATTTACCCATGTTATGACTAAACAACTATATATG +ATATATTTATCTAAGTTTAATTGCATCACTATAATAATAACTACGCAAATAAACATTGAT +ATTAATCTTGATTTAAATTTGTTTGTTTTATATTCCTCATAACTTAGAGGATTATTTATA +TGACAAACTGGTGCTAGTACATATATAGTAAATATATTGTTTTTAATAAATGAGATAAAC +TTACTTCTCTCAAAATAAGTATGCCATTTTTTAACTTGGTTAAAATATACATATATAATA +CTATAGGAGAGTTTAATGAAATGGATAAACTTATTGCAATTATATTTATAATTCTTATTA +TTTTAATATTGGCTAAAACATTTAAAAAGATTTTTATATGTGCATTATTTGCAATTCTTA +CATTTGCTATATATACCATTACTCAACTTCCACTTTTAACAAGTTCCATCTTATCTATTG +TTATATTTAAAGGATTTAAAGATACTTTATTTAATTTAAGTGTAACTTTTAAAGCATTAT +TTAGATCGAAATATAAATTCAAGCAAAAATTTCTTGGCAAATTAGTTAATATTTTATTTG +AATTAAACTTTACTGTTTTTATTTTCTTGTGTTATATACTTTTAATATCATATGTAGCTT +ATTGGTTAGATATCGATTTTGAATTTATTACTATAACTTTTATAGCCCTATCTTTGGTTC +AAATGTTAAAACAATTAGCTTTTAGAAAAACTTATTATAATCCCCATAGATTTTTAAGAT +AATTGTTCAATAATATAAATATAAATATATATCTATATTATTTGCATATCCTACTATCAT +ACAGAAGGTATTATCCTACTAATATAGAAAGTATACTAAAAAAGGAGGTTTTCATTATGA +ACAACAATCACCCATATCAACTTAACTGTCCACACTGTGGTAGTTATATAACTTTTAATA +TTCCTGAAAATAAATCTATCACAAATGATACTTCAATGGTATTCTCAGATGAAAATATAG +GAAATATAAGTATATCAAACGCTTATAAAAATTCAGGTTCATTTGGAACCTATGAGGCTA +TGGATGTAGAAATGATTTGTCCTCATTGCTCTTACTCATTTAAATCCACCGTACATTCTA +ACTCTACACTTGAATAACAATATAACATTCATAATAAAAAGCTGAAACTATTTCTGTGTA +TAACTCATAAATGGTTTTAGCTTTTTTATTTTTCGCTACCTATTAAAATCATTATTGAAT +TATTTTCTATATTAAGGTAAAAATATCTACAAGATGATAAGAAAGGAGATTCATACTATT +ATGATTATAAATATTTCAGAGCCTGCTAAAACCAATCTTAATCTTATGTTCGATAATTAT +AATCTAAAAGAAAAAAACTTTAGAGTTTATATCCAAAGAATTAGCTCATGATATGGACCT +ATATTTTATGTGGCTCTGGATGAGCCTACTGAAAATGATGAGGTTTTCACCTCAGATGAT +TATAATGTAATTTTAAACAAAGACTTATGTGACAAAATAGAAGTCATAAATATCTTCTTC +TCTAGAGGAGAATTTAGAGTAAGCACAGACCTCTCTTGGAGAGATGAATACTATGGAACT +CCTTGGGCTAGACCATGGTAATTAAAATGGAGTGATACTATGAGTAAATCAATAAAAAGA +AATAATACTACATTAGCTATGGCAGTATTTTTATTAGGCATATTTATGGGTGCTTTAGAT +TCTGGAATAATCTCTCCTGCAAGAGGTGTTATTGCAGGTAGCTTAAATATTTCAGAATCT +GCAAGTATTTGGATGGTTACTATTTATACTCTTACTTATGCTGTATCAATGCCTATTACT +GGTAAGTTAGCTGATAGTCTTGGAAGAAAGAAAATTTATATTGCCTGTATAATAATATTT +ACTATAGGTTCCTTGTTATGTTGGTTATCCGATGTATTTAATAATTATAATTTTTTATTA +ATATCTAGAGTTATACAAGCTTTAGGTGGTGGTGGAATTATGCCAATTGCAACGGCATAT +ATAGGTGCATCTTTCCCTCCAGAAAAAAGAGGATCCGCCCTTGGCTTTGTAGGTTCTATA +TACGGAATAGCAACTGTTATTGGCCCTACTTTAGGTACTGCTATTCTTTCACTAGCTGGA +AGTAATAACTGGGGATATTTATTCTTAATAAACGTTCCTATAAGTTTAATTATACTTTTT +CTTGCATTTAGACTTGAAGAAAATAGAAATGAGTCTAAATCTAAAAAAATGGATATCTTA +GGTGCAGGAGTTTTAAGTGTGTTAATTGCATCATTAATGTATGCTCTTACTAACTTACAA +TTCCATGACTTCTTAACCTCAATTAAGTCAGAACATGTATGGCCTTTTTTAGCTATTGCT +TTAGTATCCTTACCTTTATTTATAGCTATTGAAAAAAATGCAAAAGATCCTATTTTAAAT +TTAAAGTTCTTCACTAATCCACAAATAGTAATTACATTAGCTTTAAGCTTCTTAGCTGGT +TGTGGTCTTATGGGAACAGTATTTTTACCTCAGTTCGGAGAAAATGTTCTTAGATTAAAA +AGTGGTACTGGAGGATATATAGTTACCTTATTTGCTTTATTTACTGGGATAGGCGCACCT +ATTGGTGGGAAAATAATTGACAGATATGGAGTTAAAATACTCCTTTTATTTGGATTCTCT +TTTACAATATCAGGTAGTTTATATCAATCATTTGTTACTGCCATTTATCCTAGCTTATCT +AATTTAGCTATAGGTATTGGACTTATGGGAGTTGGAATGGGATTCACTATGGGTACTCCT +ATAAATTATCTTATGATGAGTTTAGTTAAACCAAGTGAAATATCTATAGGTCAATCTACA +GCCTCATTATTTAGATCTATTGGTGTAGCAGTTTCTTCCAATTTACTTGTTAACTTTATA +TCTCAGGCTGGTGAAAAACTACCTAAAGCTATCAATGATATTTTACCTAAAATCACTGAT +ATAGGTAATCCTATGACATTTGGAGAAACTCTTCCTCCCGAAATTATAAGTAAATTTCAA +GCAGCAGATGTAACAACTATTTATTCCACTATAAAGGATTTATCAAATTCTATATTGAGT +AAATTACAAAGTGTCTATGTCAATGACCCAAATGTTAATTTTAGTGAAATAAAAACTCAA +TATATGATGTCTTTAGAACAGTCAAAATCAGTTATTGAAAATACTTACCAACTTACACTA +AATAAAGGCTATGCTAATTTATTTATCGCTACTGCAATAATAGCTTTAATAGGATTCATT +TTATCTTTATTTATTAAAGACAGAATAAAAATAACTAAGTAAATATAAATAAGAATGAGT +ATAGTTAGTAGTTTTATCATTCTATACTCATTTTTATTTTATTATTTTCCCATATCTCTT +CTATACTGAGTTGGAGACTTACCTAATTGTTTTTTAAATAATTTACTAAAATAGCTTAAA +TCATTTATTCCTACTTTTTCTGCAATCATCTGAATTTGCATATCTGTCTTTTTCATTAAC +TGTATTGCTTCTTTAATTCTTTTTTGATTGATGTATTCTATAACAGAAATTCCATTTTCC +TTTCTAAATAATCGTGAAAGATAATTGGGAGTTATACAAAGATTATATGCTATATCTGAA +ACCGTTAAATCAGAATTTAAATTTAAATTTATATAACTTATTGCTCTTTTAATTAAAGGG +CTAACGCCTTCTAAAGCATAATCTTTAACTAAAGAGCAATAATCTTTAATCATTTTCACA +GATATATTATCTACACTTTTAGATAAACTAAAAATTGAATATTTTGTGGATAAGTCATTT +AAATACAAAGGATGTACCCCACCAGCTTCTGCAGCTTTTCGAAGTATAACATTTAGTATA +GTAATTCCTTTAGTACTGCTATTAACACTATCATTAATACTATAATAAGAATTTAAGTTG +GACTTCATCTTCTCGTAAGCCATAAACGCAGAAGGAAAGTCCCCTCTTGATACTGCATTC +ATAAGTTCATTTTCCATTTGATATCTTTCTTCTAGCATTTTTATAGATAGATTTTTATCT +AAGCTTTCATCTAACTTATATTTTTTAGACGTTATATGCTCTTCTTTAATGCCTACAACT +GAAAATGGACCTTTAGTCTCAAAATATTTTTCTAAAAATATATTACACAGAGCCCATAAT +CTATCCAATCTAACAATAGGTATAGCTGAATAATACTTTTTTAATTCTATCAATAGGGTT +TCATCTATGTCTAAATTAGATTGTAATTCCCTTATTTGATTTTCGTTTACAGGTTCATTT +AAATAAGGTCCTATCACTAAATATTCTTCAGACTCTTTATTTAAACAAATATTTAGATAA +CAAGTCTTGATAGGAGTATTTGCATAGTATATTATTTTTTCTTGTAGTAAATTTAAATAT +TTACCTAAAATATTTTCATTATCTTTTGAAAAAAAGATACTATAAAAAGGATTTTCGCTA +TATACTTTTAAAAACTGACTCTTTTCTGAAATATACGAGACAGAAACATCCAATGACATT +GATACAGTTTGAATCCAAAACAATACTTCATTTTTTGTCATAAATTCCTCCCCTTATTAA +TAAAAATGCAATATTTGTACAAATTATAGCAATATTTATTATAACTGTAAAGGTTATCCC +TTTGTTATAATAAATTCAAAGCAAGGTTGTTAAATATTTATTTAAATATAATTATATATA +TATTGGGGAGGAAATAAAATGTCAGAATTAAAGCAAAAAATAGATTTAAAAGCTAAACCA +TTTAACTTATCCGATGAAGATATAAAATGGGTAGAAGAAACTTTAGCTAACTTAACTTTA +GATGAAAAAATAGGTCAAGTTTTCGTAGATATGTTATGGAATAATACTGAAGACGAAGTA +AAAGAGAGAATAGCAAAATACGGTATGGGTGGATTCAGATACAACAACATGCCTGCAACT +GACCTTTACAAGCAAAATAAGTTAATACAAGAAACTAGTAAAATACCTGCTCTAATAGCT +GCTAATATAGAAGCTGGTGGAGATGGTGGTGTTGGTGGTGGTACTCACTTAGGATATCAC +GTAACTATAGGTGCTACTCAAGATAAAGAAAATGCTTATAAATTAGGTTACTATGGATGT +AAGGAAGCTGCTGCAATCGGATGTAACTGGACTTTCGCTCCAATAGTTGATATAAATAAA +AACTGGAGAAGTTCAGTTGTTTCTAGTAGATGTTTCTCAAGTGAAGCACAGCAAGTTCTT +GAAATGTCTAAAGAATACTTAAGAGGTGCAAAAGATGCTGGTCTTGCAAGCTGTATGAAA +CACTTCCCAGGAGATGGACTTGATGAAAGAGATCAACATATAGTAACTGCAAACAATGAT +ATGAGCGTAGAAGAATGGGAAGAAAACTTCGGTAAAGTTTACAGAGGTATGATAGATGCT +GGTGTTGAATCAGTAATGATAGGACATATAAGACTTCCTGAAATGTCTAGAAAATTAAGA +CCAGGAATAAAAGATAATGAAATAATGCCTGCTACAATAGCACCAGAATTATTACAAGAC +TTATTAAGAGATAAATTAGGATTTAACGGATTAGTTATAACTGATGCTACTCACATGGTT +GGTTTAACTTCTGCTATGAGAAGATCTGAAATAATGCCTTATACTATAGCAGCTGGTTGT +GATATGATACTTTACTACAGAGATAAAGATGAAGATGTTGAATCTATAAAGGAAGGTCTT +GCTAACGGTGTATTAACTGAAGAAAGATTAAATGAGGCAGTTACTCGTGTACTAGCATTC +AAGGCAATGTTAAAGTTACACACTAAAAAAGCTAATGGTACTTTAGTTCCTAAGGAAGAA +GGACTTTCAGTTATAGGATGTGACGAACATAAAGAAGTTGCTAAAGACATAGCTGATAAA +GCTATAACATTAGTTAAAAATACTAAGAACCAATTACCAATAACTCCAGAAACTCATAAG +AGAATAATGCTTTACACAGTGGAAAATTCAGGATTTGCTCCTAATAAAGTAGAGACTGAT +TCTTTAAAATCAAGAGTAAAAACTAAGTTAGAAGCTCAAGGATTTGAAGTTACTTTATTC +GATCCAGCTGCTGGGCTTAATGGTAAGCAGTTATTAGCTGCGACTCCTATAAAAGAATTC +GTTGATAGTTTTGATGCAGTTATGTTATTCGTTAACGTTAGTGGATTCTCTCAAAGCAAT +GTAAGACGTATAACTTGGTCTATGCCAATGGGTCCAGATATTCCATGGTATGTAACAGAA +TTACCAACAGTTTGTGTATCTGTATTCAATCCATTCCACTTAATAGATGTACCAATGGTT +CCAACTTATATAAATGCATACACAGATAATGATGCAACTTTAGATTTAGTTATAGAAAAA +ATAATGGGTAAATCTGAATTCAAAGGAGTAAGCTCAGTAGACGCATTCTGCTCTTCTTGG +GATACTAGATTATAAGATAAAGAGCTTCGCTTAAAAGCTACTTAATATATACCTATGTGC +TTGGGTATGAAAATAAAAAACTCCAGTCCATGCAGCAAAGTAACGCTACAAATGGACTGG +AGTTTTTATTTTATCCCCTTGCACTGGGATTATTTAACTTTGCTTTATGAAATACTTCTC +TATCTTATTAATCTGTGTTAGGTATTATTTCATTTAGTTCATTTTGATTAATTTCTAACC +ATTCTGATTTTAACATTGCGTAGTGATCTACATCGTAATATTTTCCTTTTACTTTTACTT +CTTGGATGCCTCGTCCTTCATGTTTCATTTTACACTTTTGCATTACTTTGCCAGAAGCTC +CGTTTACTACATAGTGCTCAGCTTCAACTCTATTTATTTTTAATACTTCAAAGGAGAATC +TTAAAATTTCATTTAAAACTTCAGTCATATAACCTTTATTCCAATAATTTCTATTTAATA +TGTATCCAAAAGTTAGTTTGTCGTTTTCTTCATCTATTCTTATATCTACGCATCCTATAC +ACTTTTTATTTTCTCTTAATTCTATTGCATATATTCCGCCTCTACTGTAGTAGTTTAAAA +TTAGGTTTGCTGATTGGTCTATCGTTTTGTGAGTTTCCCAAGTTACATATTTAGTAGTTT +CTTCATCACTTGCAAATTCAAAAACATCTTTTCTATCTTCCATATTAAATGGTCTAAGCT +TAAATCTAATTGTATATAAAGTTTTATTTTGAGATAATATCAAATTATATTTTCTTCCCA +TCTACTATCCTCCTTTGTATATTTTTACTAACTTTCAACTATAGTTCTTGCTTTGTTTTT +CCTTCTCCTAAAAATGCTGATATTAATATTATACTGCCTACTATAACTTGATCTATAGAA +AGAGGGTCACTTAAAAATATCATGCTAAAAACTATAGAAGATATGGTATCTATATAGCTA +AGTAGTGATGTGATTTTAACATTTAAATTTTTAATGTTAATTTTTCTTTCAATATTACAA +GTAATAAAAAACAATAATTACTAGAGAATAATAATAAATTAAAATGTCCTTTGATACTAT +AGTATATTTATATGATTTAAATAAAAATGCCTAGTTAAAACTTATACATATTCCTGATAT +TATCAAAAATAGTAAGTTTTTATAACTTTTTTATTATTTTTTCATATTTATTTTCTTTAT +GATAATTAAATACAAATATTGTTCCTAGAAACATATTTATCCTATCTACCTTTATTAAAG +ATATAATATATGTACTGCTTATTTATAGATTATCCTCTATATAAATATATTTTCTGAAGT +ACAACATTATTATATACATTTGATAATGATCAGCTTAAAGTTTAGAATGATATTAAATTT +ATAATACTTAATATTTAAAAGAGGTGAACTCTATATAAGTTCACCCCTTAATATGTATTA +TACTATATTTTTTATTTTATATAGTCTATTATTTTTGATAATTCAACTCTAATTTATAGA +TATTTATCTTCTAATTCTTTTACTGATAACGGTTTACTATATAAATATCCTTGTATCACA +CATTCACCCATTTGTTGAATTATTTCTTTTTGCTCTCCATTCTCTACACCCTCTGCAACT +ACTTTTAAGTTTAAAGATTGAGCTAAAGTAAATATCATTTTTATTATCTTATCATTTTGG +CAAATGTAATCTACAAATTTCTTATCTATTTTTACCCCTCTTATCGGTAATTTTTCTAAA +TAGCTTAATGCACTATACCCTCTTCCAAAATCATCTAAGTATATATCCATTCCAGCTTTG +TTTATAATATTTAAGTTATCACTTATTTGTTTTTGATTTTCTATTGCAAAGTTTTCTGTT +ATTTCAAAACTATTTTATTAGTAGATATATTGTACTTATTAAGCATTTCTTTAACATAGT +TACAGAAGTTCTTATTCATTAACTGTATAGGTGAAATATTTATACTTACCTTAGGAATAT +TAAATTGTTTTTCTCCCAAATTTCTATTTGCTTAAACACTTCTTCTATTATAAATTCGCC +TAATTCATGAATAGTTCCAGTTTCTTCAGCAATATTTATAAATTCATTCGGTGGCACAAA +TCCTAATAATTGACTTTGCCATCTTACTAAAGATTCCATACATTCTATAATTCCAGTTCG +AGGATTTATTTGTGTCTGATATACCATATATAATTCTTTATATTTTATTCCTTCTGTTAT +AGATATTCCTGTTATTAACTTCTTCATATCTGAAGTATATTCTACAAAGTTATTTCTTCC +ATTTTTCTTTATGTTATACATGGCTAAATCACCTTGTATCATAATATCATTTATACTATT +ATTTCCTTCTAGATAAAAGGCCAAACCTATAGAAACAGTCGCCTTAATACTATATACACC +TAACTTGAATGGCTGCCCCATTGATTTAACTAGTTTTGATGTGAAATTTCTTATTTCATC +TTTATCCTTGTAATTCTTTACAAGAATGACAAACTCGTCTCCTGAAATTCTTGCTATTAC +ACTATTTGGAATTGAATTCTTAAAAACTCTATGTGCAAATTCAATTAATATTAGATCTCC +TACCTTATGCCCATATATGTCATTAATATTTTTAAATTTATCAATATCTAAAAATAACAA +TGCTGCCTTAGAATACTTTTCGCCAAATTCGCTTTTGAATTTTTCTAATTCTTTATACTT +TTCATTGAAATGACCTTTTTTAATTTTGAAATAGATTTATGTATTGCTTCTATTTTTGAC +ATAAATCTATTGTTTAAAAACTTCCATGTAGACATTATTATAGTAGTGTATAAGGCCAGT +ATTCCCAAAAATAAATTCCTTGTCATTTTTATATTTTCTATTAATACTTCATCTGAATTT +AATTTCGCAATTATTAATTTAATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTA +AAATGTTTTTTGCAAAAAAATAGACCCATAGTGACTAGTATTTGTAAATTTTATCCAAAT +ACTAGTTCTTTTATTTTAGCTAAAGA +>MGYG000000001_64 +GTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAACTCTCAAATAAAAGTTGAT +GGGCTCAGATACTGTTATATATCTGGCTTTGTTTGGTTGTTTCGAATAATTCTTAATAAG +AATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAGTTCATTTTTGTCCTTTCTCT +TTCGGACAAGTATTACTATATCATCGATTTTAAATAATAGCAATACTTTTTTTATATTTT +TTATTTATTTTTTAATATTTTTATGATTATGAGCATCATTCAGTAACACTCTAATTAAAA +CTTCTATGATATTAGGTTTAAATTTTATTCTTTTTGTTAATAAAATTAGTAACACAAGTA +TTATGTGTAAGGAGGTATAAAATTATGCGTAAAATAATTATTTATTTTTCACTATGCCTG +ACAATATCACTTTGTCTTACGGGTTGTACCTTATTTGATAAAGTAAAAGAAACCTCTTTT +TTTAATAGTGAACAATCAAATTCTAATAACAACGATACTAATAATAATTCAAATAAGAAT +TCAACAAATAAAAAAACTGTAACTGACTACAGCGACAAAGATAATGAGATTACTAGTTGG +TTCTATATGCCAAACGACACTCATACTACTCCTGATATAAACCCTAAGCTAACTTATGAT +TTATCTAATTACAATGCGATTTATAATGGACCTATTAACAAATCTACTAAAACACTATAT +CTAACTTTTGATGAAGGCTATGAAAATGGCTATACTTCAAAAATATTGGATGTTCTTAAA +GAAAAGAATGTAAAAGCAGTGTTCTTTGTTACTTCTTATTATTTAGAAAAAAATCCTGAT +CTTGTTAAGAGAATGGTTGATGAAGGTCATATAGTAGGAAATCATAGTAAAACTCATTCT +TCTATGCCGACATTGACATCTGATATGACTAAATTCAAAGAGGAATTTTCTGATGTAGAA +TCTAAATACAAAGAAATCACTGGTTTAGATATGAAGAAGTTTTTCCGACCTCCTATGGGA +TATTATTCTGAAAAAAGTTTAGCCATAACTAATGATTTAGGCTATAAGACAATGTTTTGG +AGTTTTGCATATGATGATTGGAACCCAGAAAAACAACCTGAGGTAAACTATGCAAAAAAT +AAAATTCTAGACAATCTACATAATGGTTCTATTTTACTTTTACATGCAGTTTCAAAAACT +AATACTGAAATTTTAGGCGATGTTATAGACTCTGCTAGAAATGCTGGCTATGAGTTTAAA +TTACTTAATTAAAAATTATTTTCACATAAAAAGTAATTATCCTACTTACATATTCCTTTT +TTTAGTATAAGATTAACATGAGACAATAATAATTATAATCACCTGAGGTAATTTAATCTT +GGAGGGATATTATGGAACTAAAAGGAAGTAAAACTGAAAAGAATTTATTAGCTTCATTCG +CAGGAGAGTCTCAAGCAAGAACTAAATATACTTATTATGCTTCAAAAGCAAAAAAGAAGG +ATGCAATCAAATAGCTTACTTATTTAAAGCTGTTGGGGAAATAGAGAAAGAATACGAAGA +AAGATATCTTAAGCTTCTTGAAAACTTAGAAAATAACGTTATATTTGAAAAATCAGAGGA +AGTTGCTTGGCATTGTCAAAACTGTGGCCATATACATTATGGTAAAAAAGCTCCAAAAGT +ATGTCCAGTATGCGATCACCCTCAATCATATTTCCAAGTAAGAGCCGAAAACTATAAATA +AAAAATATGGCTATCTTTAATTCAGATAAAATAATACTGAATATAGATAGCCCCATTTTA +CTTATGTTCTATATCGATTTAAATAATAAATACAGCAACTATTGTCGTTACGACAAATCC +AATCATTATCGGCTTAAAGTTTCTCTTAGCTAAATCTACTGGGTTAACTCCACATATTGC +TGCAGCTGATATTAATCCCCAAGGAACTAAACATCCTCCACCAACCCAGATACCAGCAAT +TTGACCTAAAGCACAAAGTGCTCCAACACTGGCATTTACAGCAGTTCCAAATACAGATGC +CAAAGAACCTGCTAATGATATTCCTGAAAATCCAGAACCATCAAGCCCTGTGATTGCACC +TACTACAGTTTGTATACTTGCTACTGCCAGTTTATTTAATGGTACTGCTTGAGATAAGGC +TATACCCATATCAGATAATAATCCTTGAGAGCCTGCTGGTAATACGTCTCCTAGTACAGA +AGTTATTGGTGCCACTTCACCCATATAGAAGAAAGCTGCTATTGGGATTATTGCTCCAAA +TATTTTTATCCCAAATACAAATCCATCTATAACGTTCTTACAAACTGAGTCTAAACAATC +TTTTTTATGATTCATAGCATTAATAATTACAATTAAAAGAAGTGCTGTTCCACCTAATAA +TGCTGTTGCATCTCCACCTTTTAAATTTAAAGCGTACATAGATACTATATCTAATAAAAA +ACCTATTAACACTAATAAAGTAGCTATTTTAGCTTTTTTGTTAAAAGATTTTATTTCTAC +ATGTTCAACTTGCTTTAACTCTTCTTTAAACATACCTTTTTTCAGATCTCTTCTTAGATA +ATAAAAGGCTGTTGATATAGTAACTATGCCCATTACTAAAAATAATGGCATACCTTCACT +TATAACTTGAGCAGCTTCTATCCCTGCTGCTCCACCGGTTATTGCTGGTGCACCTTGAAT +AACAAAGTCCGTTGACAATGCTAAACCATGACCAAATAAATTAAGAGCCATAGCAACACC +TATTGCAGGTAGTCCTACATCCATAGCTACTGGTAAGAATATCGCTCCTACCAATGCAAC +TGCTGGTGTTGGCCAGAAGAACCATGATAATAAACACATTACTATCCCTACTACAAAGAA +TGCTGTTGTAGGAGTTTTTATAACCTTAGAGAAAGGTTTTATCATGTAGTTAATAGCATT +ATTGTCTTCTAGGGCTTTAGATAATGCAACCATTACGGATATAATAAGAATTACTGGTCC +AAGTTCATTTAGAGAAACTATAAGAGCGTTAAATACTGCATTTATTGCTTGTGGAATACT +CTGAGTGTAAAATAATCCTAGACAAAATATACCTAATATACATGGTACTATTACATCCTT +TTTCATGATCATTATAATCAGGATGGCTAGCATAAATAAGATGTAAATATAATGAGCTCC +TGTTAAAACCATATACTAAAATCCCCTTTACATTTAAGATATTAGTATTATATGGTTTTA +TACTGCCTCGTGTTACTTCTAGAAATATATAAGTAAAATATTTTTTATATATTTTTTATA +TATTTTATTATGAAAATAATATAAAAGCTAAAACTATAAAAAAACTATGCTTATTATTAA +ATTTATTTATCGTTAAATTTTTGTAAATATATATATTTATCATAAATATTTGGTATAATC +TTCTTTATCATAAAAGAAGTACTGGAGGTGCACAATGTTTCAAGTAGAAGAACCTGAATA +TAAAAAAAATATTCTAAGGCTTGCTTTATTCATAGGAGAGCTTATGTTATCTAATGGAGC +AGAGACTTATAGAGTGGAAGATACAATAAAAAGAATTTGTAAATCTAGAGGTTTTAATCA +TGTAAATGTCTTTACTACTCCTACAGTAGTAATTATTTCAGATGATAGATTTGATGGATA +TAGTTTTATGAAAACTATCAACCGTAGAGCAATCAATTTAGGTAGAATTGCATTGCTAAA +TGATTTTTCTAGAGATTTTGTAAAAAATCCAGAAATGACTGTTAAAGAATCTATGGTTAG +ATTAAAGCAAATTGCATCATTCAAAGCTTATCCTACTTGGATTAATTATATGTTTACAGG +AATAGGGTCTGCATCATTCGCGTACTTGGTCGGTGGGAACTCACCGTTTGACTTTTTATT +AACCTTCTTGGTTTCTATAATTGCTCAAATGGTTTATGACCAGTTAATCAAGATTAGTTA +TATTCCAAGCTTCTGCTGTTTAGTTTCATCACTCTTAATGGCTGCTTCTGGAGTTGTACT +TACTGAATTAGGATTTTTAACAACTCCTAAAATGCTTATAGTCGGTTCTATAATGCCTTT +ACTTCCTGGGGTTCCTTTTATTAAAGGTGTTCGTGATTTAATCGCAGGAGATTTAATGTC +TGGTGTTGTACGATTCTTTGATGCAACTATTATATTTATATCAATTGCAGCTGGTGTTGG +GTTTGTCCTTGAATTTTGGTTTAGAATAGGAGGGGCATTATAATGATAGATTTACCAATT +TATTTAAATTTTACTTTTGCTTTTTTAGCAACGATAGGATTTGCAGTATATTTTAGTGCA +CCTAGAGTTTCTTTAATTCCATCTGGTATAATCGGAGGCTTAGGCTGGTTATTATACATA +TTTTTATTTAAATGGAATGACAATGCAGTTGTTTCAACCTTCTTTGCTGCAGGGTTCGTT +GCCTTTTTAGGTGAGATTCTTGCTAGAAGGTTAAAAAATCCAGCTACAGTATTTACTATA +CCAGGAATACTTCCTCTAGCTCCTGGGGTCGGTATTTATAATACTATGCTTTATATGGTT +CAAAAGGAATTTGAGCTAGGATTTTCTAAAGGTATAGATACATTCTCTATAGCTGCAGCG +ATTGCCCTTGGTATTCTTGTTGTAACATCTATTGTTAATACCTATAATATTTTAAGTAAA +AGAAGACTTTACAAAAAACTCGAAGCTTTACATGGCCCTTTTCATATGAATTTAAATAAT +CGTAAAGATAGTTAAAATAAAAATAGAGTATCTAAAAATGATTTTTGAATCATAAAAGGA +TACTCTATTTTTATTTACATAAATACTTTTATTATTTATTTTCCATGCTTTCCATTTTTT +TTATCTAATGCTTCTATTAGTTTTTGAGCTTTTTCTTTAGTTATTACATTTTCTTTAACC +ATATTATTTATTTCTTCATTTCTTTTTTCTTTCATCTCTGCTTTTCTAGCTTCCATTTGA +GCTTTTTGATATTCATCTATTTTCTTTACATCACTTTCTGTTAATACACCTGATTCTTGA +AGTTCTTTTAAAGTTGATTCAAATTTTTCTTTTCCTCTATGCTTGTGCTCTGGATGAGTG +ATATTGCTCGTCTCAATAGTTGTACTAGTTTTTTCTTCTGATCTATATGTAGCAGTTGTA +TCAGTATTATTAGCTTCATTTAGACTATTCTTACCATAAACCCCTTCTTTAAAGATACCA +ATTGTAAGAACTACAAGAGCAACTACTGACATAAAAACTATTTTTCTTTTACTATACATA +TAAAGTACCTCCTTATGATTTGTAAATACTATTTACATTTAATAGTTACTCTTAGATTTC +CCGTTAATCTTAATTTAAACTTAATTATTTCTAATTTTATAAAAAATTCATAAAAAAAAT +ATCTACTATTCAGCTAAAAATACTGAAGATAGTAGATATTTTCATTTGCACTATTATATA +TATCTAGTTGTTTTAATCCTACAATAGGTATTTGTATTTAGTTTATCTATCTAAGATGTT +TGTGATTACAGGTATAAACTTTCTACTTTCACGGAATTTATTATCATTTCTTTTTAATAT +TACATATGAAGTTGACATCATTACAATTCCAACTAATCCACTTATTATTTCCACACTTAT +ACCTTGTGCTTCTATTACCTTATCCAATACAAAGTAACTTCCTATAGTTCCTAACATTAA +AAAAATTAATGGTACTATATATGCAAGTGCTGTTGCTTTTAATACATTCATATTATCCAT +ATTCACTTCTACATGGTCCCCTATTTTTGCACCAATTGTATTATCAACTTCTACTAATAT +ATCTTTAGTTTCTGATGATAATGTTTGGCATTTTCCACAAGATGCACACGCTGAATGTCT +TTGCATTTTTAGCCTGGCTGTTTTTTCATCAACAATCTCTATTATATACCCCTGTTGATT +CATTTTTCTTCCCCCTATTTTGTAAACTTACTTATTGTATCCATAAGTTCTTGTATTGTT +TGTTCTGTTATTTCCATGTCATCATGTTTTATACTTTCTGTAACACATCCCTTTATGTGA +TTTTCAAGTATAATTGATCCTACTTTGTTTATAGCAGATCTTATTGCTGATATTTGTACT +AGTATATCTACACAGTACCTTTCTTCTTCTACCATTTTTTGTATACCTTTTACTTGTCCT +TCTATTCTTTTAAGTCTTTTTATAAGAGCATCTTTATCATTAGACGGTTGTAGTTTTTTT +TCCATACTGTCCACTCCTTATTAAGTGATTATATTTTATTATATCATATTTTTGTAAATC +TATTTTACTCAAAGTAAAAAGCACTAAATCATTTTTCGATTAGTGCTTTTATTTTTATTA +TATTAACTTTATTTGCTCTATAGGCATTGGCTTGTTATATAAATATCCTTGTACATATAA +TCTTTCATTATATATACTTTTAATCAATTCATTTTGAGATTTATCTTCTACACCTTCTAT +AATTAATGCTTTACCATTTCTCTTAGCTATTTTAGACATAAACATTATAATCTCTTCTTT +TATATTACAATCACATACATCATCTATGAAATACTTATCCAACTTTATAACATCAAAATC +TAGCTTTTTTAATACATCTAAATTAGAATATTCTACACCAAAATCATCAATTGCTATCTT +AAATCCTGCATCTTTTAATCTTTTTATAGATTTCTTTAGATTATCTAAATTTTCCATCTT +GACTCTTTCAGTTATTTCAAGGCATATTCTCTTACTTTCTATGTTTGACTTTAATAATAT +CTCTATAGCGTTATCAACAAATTCTTCATTTTCAATTTCATTTAATGATACATTCATAGA +TATATATATATTATTTATATTTTCATAACTACTAATCATATAATAGTCACTAGTTATTTT +ATTCAATATCCATATAGATAACTCAGCTAACATGTTATTATCTTCTATTTCAGAAATAAA +TCTATATGGTTGTATAATATTTTCATTTTTATCCTTAAGTCTTATTAAAGCTTCAAATGC +TACAACTTCATTAGTTTTTGGATTATATATAGGTTGGTAATGTAAAAAATAACTATTATT +ATTCATTCTTCTTCTTATTTTGCTTTTAATACTTCTTAATCTCATTTTCGGTATTATTAT +AAATATAAATGCCATTCCCAATATAATAATTAACATTATAGCCATTGACACATGTTGTAT +GTAGTTTAATTTATCTACCTGATTAAAATATTTGTTCCATAATTCTACTATAGCATTATC +ATCATCTTTTGAATTTTCTTCTATTAGTTCATCTAAATAATCGATAGTTAATCCAAACAT +TATATCTATATCCCCATCTTCAAGATGCTTTATTCCATCACTAAAATCACATACTACATA +TTCATATTTAAAGTTACCTTCTTTTTGTAACAAATTTAATAAATCCGAATAATATCCTTT +TACTTCTCCATTTTTTCCAATATAGCTATACGGTTTATATTCGTATACACCTACCTTTAT +GATTTCGTCTTGTCCTACGCTTTCTGCATAAGTATTAACATAAAACATATTTATAATAAT +GATTATCAGAGCTAAATATTTAAATCTCATGTGATCCTCTTTAATAAAATACAAATTTGG +GCATAACTTTAGAATTAAATTGTAAACTATATCTTATCTTTTTTCAAGAAAATTATATTT +TCAGTCCTAGAAAAAGATAGACTTCATATCTATTGTGAAGATACTTAGTCTATCTCTTTA +TTGATATTAATTTTTTGTATTTGATTTATTCTTCTTACATTCTCTACAATTTCCAGTACA +TTCATCTACCATCTCTAAACACTGGCTAAATGCTGCTTTACTATTATTTTTATGCCTTAT +TATAGGAATATTCCTTTTTTTAGCTTGCTCTTCTACAGATATTACCATCTTATGTGATAC +TACTGATGTAAATATTACTATTGCGTCAGGATCTCCTACACATTTTTTAACTTTAGAAGA +CATATTTAAAAACACTTTAGCTTTATAACCTTTCTCTTTAGCTAGTGATATGTAATCCTT +TTTCATTCTTTCATTTCCGCCTACTACTACTAAAGTCACAATATCATCCCCTTTCGCACT +GTAATTAATAATAATTCTCATCATTAATTATAGTGCAAAAAAAACCTCAAAGCAATATAA +TACTTTAAGGTCTTATACTATTTTTTTATTTTTATTTATCATCTCTACGAATAACTCTAC +TAATTGAGGATCAAATGCCTTTCCTGAACCAGCTAATAAATTAGATATTGCCTCATCTAT +AACTTTTTCGCTTACATATGATTCAGTAGATGTCATAGAATCAAAACTATCTACTATAGC +TAAAACTCTTACTAAGTATGGTATTTCCTCTTCCTTTAATCCTTCTGGATATCCCTTACC +ATCATATCTTTCATGATGATACTTAACCATAGGAATAAATGGTTTTAAACACTCTATATC +CTTAATAATAATTTCTCCATTTATAGAATGATTTTTAAAAGCTTCAAATTCTTCAGCATT +TAAATTATTCCTTTTATTTAATACTTCTTTAGGCATATCAAACTTACCAATATCATGTAA +GTAAGCTCCTATTTGCAAGTCTATCCGTTCTCTTGAACTTAATTTTAAATGTCTTCCAAA +ATTTTTACAATACTTAACTACTCTTTCTATATGACCATAAGTATATTTATCTTTTTGATT +AATCATTCTCATTAATTTTTTCAAATTATCAAGAATATCTTTATTTACTTGATTATCTTC +ATATAGCTCATCCAGTATACTATGATAATGCTCTACTCTATTCCTATTAAATGCTTTAGC +TTTATAAAGAGCATGGTCCGCAGTATTTATAAGGTCATATTTACTGTATGCTATCGTAGG +ATATGTAGATACCCCAATAGACATTGTTAGTTTCTCATTTGGCTGAGCTTCTTGCCCTTT +AAAATGTGTTTGCTCTATACATTGTCTAATTCTCTCTCCAACTTTAATAGCATGTTCTTG +ACCTGTATTTGGAAGTATTACTGCAAACTCTTCTCCTCCATACCTAGCTACTATATCTTC +ACTCCTAGTGCAGATTTTTAATAAATTACCGACTTCTCTTAATAGTAAATCCCCTGCTTG +ATGACCGTGTGTATCATTATAATGTTTAAAATAATCTATGTCCATAAACAGTAGTGATAC +CTCTGTATTATCATTAGATTCTTCAATTAACTTAGTTAAAGCATCTTGAAAATACCTATG +ATTGTGGATTCCTGTTAGTTCATCCATATTAGCAACTTTCTTTAATTCTTTAAAGTATTG +CCTTTCGGTATCTACATACATACCAAGAACAATTGATATTATGAATAACACAGCAGTTAA +TACTATATCTTTTTCTAAATAAATAACAGATGTCTCAACCCCAGACTTGTTAAAGAAAAG +GTCTATCCCTATTATTATAGTAGAATAACAAACAGACACACCTACGCTATATTTTTGTCC +AAACTGTATTGCCCCTATTATTACTGCTAAGATACTAAGTATTTTATAGTCACTAGTTTG +AAGCCCAGTAGCAGATATTACTAAAATAAATATAATCATTAGCACTAAGCTTTCAATATA +ATCCCTATACTTAGACTTCTCGTAAACCCTATCTTTGCTATAATTTGAAGACCATGATAA +ATAGTAATTCATCATAATCGCAATTATACACGTCGTAGCACTTATCATATATATATTATC +CTTAACTTGAAATGAAATTGTTTTTATAGTACTAAATGTTGATATTAATGCTAGTACTAT +ATACATTATCTTCAATAGGATTACTAATTTAAATACATTTTCATATCTTTCGTTATCATA +TTCATGTCTTTTATTTTGTTCATATACTTGATTAGAATTTTCCATGTCATATCACCTAAA +TATATTATAACATTCTACTCAATAAAAGCCATAAGGAAATAAACACCTTATGGCTTTTAT +TCATATTACTCTTCTCTTAAAGACTTTGGCATTTCTGGTTCAAAAAATATAAGTGAGCAA +TATGTAGATACTCCTGATGCTAAGTTTGAAATCATTTCAGCTATTGAGTCGAATAAAAAG +TTCATTACTTTACCTCCATTTAAATTTATTATAAAACATTTAAAAATTTTAAATATTTTT +TACTATTTTAAATTAACAATATCAAATATTTTTTCAAAAATATTAATACCTATGTCCCCT +AGCTTAGATATTGAAAATGTTTGTAGTGCAACTCCTAATGTTACAGACGAAACTATTGTC +TTTATTAGATAAATCTCGTTAATATTATAAATCATCAATAATATTACAATTAAAATACAA +TAAAAACTTAATAATTGAAACGATTTTTTTCTAAGCTTTTTTCTTGTTTTTTCATTTTTT +AAAGGTTTATTTTTAGATGGTACTGGGCATTTATTATAAAAAATATATATTGATGATACT +AATATAATAACTACAAAAAATAGTAGTCTATTATATTCAAAACTTGCAGATACATATTTA +GTACAAAATGCCAATGATATTGATAAAATCAATCCAGATAAAGTACACCTATTTGGTGTA +CTAGAATGCACTCCTCCTGAATACCTTTTCAATGATGATGCTACTATAGATATTGTCATT +ATTTCAAGTAGTACATTAAATACTATTCCAACTAATAAAGTGGCTATCAATGCTGTTGTC +GTATGTATTATAAAAAATAAACCATAGTTCAAAACAGCTATTTCTTCATCATTTTTATCA +AGTCTATTCCCTAAACTTTGAGCAATATTTGAAGATAGTCTTTCTACAAAACTCATGCTA +ATCTCCTTTTAAAAACTTTTCATCATTCTTTTTTTCATAGATTTTATTACCATAACTATC +ATAACTAATATAGCTAAAGATGGTAACGTTGAAACAGCTCCACTAACAGTTTGATAATTA +GTTAATATTTCAGGATCAATATATATTATTTTGCTAGCTATAAAATAATATATCCCTTCA +CTTAATGCTAAGGCTATCCATATATTACAAGGTGCTATTACTACTTCCATAAAGTTCTTT +CCTGATAACTTAAAAAGAATTAATCCTAGAGCTATCATAGATAATAAACTATGAACACCA +AAATTTATAGGTAAAGTTCTTATTAAAGTAACAATCATTCCATGAAAAACTCCATATTTT +AAAACTTTAAGTTTATCTAATTTTAAATCTAGTAATATAAAACTAGATAACATTAAAACT +ATACTTTCTGGTATTACTCTTAGTACTACGTATGCCAAAGATGAATGCAACATTTTTCCA +CTTCCTTTTACTATTCTTTTATAAGTATAACACTTTTTCCCATTTATGTAATGGTTTATT +ATGTTTTTTGTAATATAATATTAAATTGTTTTATATTTTGTCTTATTTAAATAATATAAA +TTCTAGTTAGGATTTATTATAAACCTTTTTTCACATTTGATTTTAGTAAAAAAGGTGATA +TGAAGATTAAATTAATCTTCATATCACCTTAATAATTAATTATTCTAATTAAACTAAATA +CTTATTTATAATTCCATTGAAATCATCAATATGATTCACAATAAATTCATCATAAGTAAT +TCCTAATTCATCCACTTTCACAGCTAACTCATATAAAAACTTAGGAACATCACCTCTAGC +TATATCTCCTACTGCACTACCAAGTTTAGTGTCGTCTTTACCAAGCCTTCCATTCATATG +AAGCTCAAACGCCTCTGTAACTACATCATTTACTCTTTTTTTCTTTCCTGCAAACCCAAG +TAAGCCTATTTGATGAGTACCGCAAGAATTATTGCATCCTGATATGCGAAGTGATGGCAA +TACATCTTTATTAAATCCATTTTTAGCAAAATATACTAATATCTCATCTAATAAAGATTG +GCTTTCAGCAATACCTATTTGACATGTCGGAACCCCTATGCAAGCAGAACTTTGCTCTAA +CTTAGTTTCACCACCAAGATTTTTAGTTATTTCTAATAAATCTTTAGCTTCATTTCCATT +TAAGTTTCTTATATACATACCTTCACTCATAGAAAGCCTTATTTCTACATCTTCTATATT +TTCTATACTATCTAAGATAAGTTTTAGTGTATCTAGCTTTAATATTCCTCCAATTGGGTG +GAAGTACACTGTATATAATCCTTCTTGCTTTTGATCTATTAATCTATTATTATTTAAATT +TATCTTTACTCCAACTTTATTGTACTCTTTTGGAATAACTTCTAAATCTAAATTATTTTT +CATCTTCACTTCAGCTAAGTGCTTTTTATAACATTCTAACGCTGCTTCTTCTCCCATTCT +CGCAGTTATATATCTAGAACGAGCTTTATTTTTATTCGAATAATCACCTTCTGCCATAAA +AAAGCTTGTTATAGCTTCAACATGATATAATACATCTTTAGTTTCTATTAACTCATCGAA +CGCTATAGCTTTTGCCGCATTTTTTCCAAGACCACCAGTTAAATAAACTTTAAAATAATC +CTTACCATTCTTTTTAGTAGCCATGAATCCTAAATCTGCAATACCTGCATTTCCAGTATC +TTTATCACTACTAGAGAAAGATACTTTTAATTTTCTAGGTAATTTATACGTAGTTATTTT +ATTCATAAAATAGCTATTTACAGCTTGTGCATAAGGTGTAACATCAAAAACTTCTTCTTT +ATCTACACCTGATAACGGCGATATTGATACGTTTCTAGGGAAGTTTCCTCCTCCACCTCT +AGTATATATTCCATTATTCATAGCTTCTTTCATAACATCACAAATTTCATCTATGTTTAA +CCCGTGAAGTTGTATAGCTTGACGAGTTGTTGTATGAACACTATCAAGATTTTTATCTTT +AGCCAAATTATAAATTACTTTTAATTCTTGTGTATTCAGTATACCTGATGGAATTCTAAG +TCTTATCATAAACTCTTCTCCACCACGATGTGCATATACTCCCATTCCCCCAGAAGTGGC +TTTGAAATCTGCTGATGATATCTCTTTATTTTCAAACTTGTGACCTAGCTCTCTAAAGCT +ATCTATTTCCTCTAATAACATACTTCTTAAATGCTCCATAATATACTCCTTTTCCTGTAG +TCTTCCTTATTGTAGTTTTATAAATTATATCACATATTTTTCCATTTTAATGTTATTAGA +ACAATAATTATACATTGAATATTCTTATGAATACTATTAACTTTTCCTATAGTTTTGCAA +CTACCATAAATATAGATTTAGGTTTAAATGGAATTACCTCTTTATCATTCCATACTTTCT +TATATATGTTTCTATCAATTTCTACATCTGAAAATCCGCATCTTTTTAATATTTCTCTAT +CTAAACTAGGTCTACCTTCACTAGATAGATCTAAATCCCGACTTGAATCAAAATATATTA +AAGTTCCATCATCCTTTAAAACTCTCTTCCATTCTCTAAAAGCAGCCCCAGGACCTTGAA +GTTGCCAAGTTATTTTACTAGAAATAATAAGATCAAAAGTTTTATCTTCAAAATCTAATG +CATTTTTATCCATTATTCTAAAATCAACTTCCACCTTAAACTTATTCAATTTTTGTTTAG +CTTCATTAATGCTCTTATAGGTCGGTCTTATAAGTGTAACTTCATGTCCTTCATCTGCCA +TAATCTTAGAAAAAAGAACATTTAGATTACCTATATTTAAAATTTTTAATTCATTTTTCA +TTGTAACATTTTTTAATATAAGATTTTTTAAAATTTCAGACTTGTATTCATCTAACTCTA +AGTAACTAAAATCTAAATTTGAAGTTGATCCTTTATTCCAAAGTTTCTTTTCATTATCAA +AAATACTTCCCCTATATTCTGTGTAATCTCTCATACAATCCCCCCTATTTATATGCTAAA +AACCATGAAGATTTAAATGTATATACACTTAATCTTCATGGCTTTATTTAAAATCCTACT +TTCAAATAAGAGGGTATCATCAGAGATAGTGTTTGTCAATTTAACCATTTCTGCTATTAA +ATTTATTAATATTGACCTTTACTCATATTACATTATTAATTTACAATATAATTTCTTATA +ATCACTTATATTTTTATATTATATGTATAAATTTATCTTAAACTTTTTATTTTATATTTC +AAAAAAGCAGCTTATAGCTACATTTAATCTAATATAATATTTTCTTTTATTATCGATATA +ATCATTATTATATAAATACTTAATACTGGTTTACTAACATATAACATATACTCAAGTAAA +TTAGATTTATATAAAAGTGCAGTTATAAATAAAAATGTTATCACAGAAAATATTTTTAAA +GTTAAACTACTTTTATCCTTTAAAAGACCATCGTGTATTACTTTTTTATTATAAATAGGC +TCTAATATATTTATACCAATAATACTAATACTTGTATAAAATAATATAAAACTTTTATAG +AACTCTACATCCATAACCTCTGATAATAAAACGGTTATTAGAAAAATAAAGGCTGGTTTA +ATATAATCTAATTTAGATTCACATTTACTACTTAACTTAATTAAAATATCTAAAATAATA +TAGAAATTCAAAAAAATAATAGAGTGAGCTATTTTATTTAGTAATAATCCCGATGCTAAA +ATTATTATTATAGTATTTAATCTATTTTTATTTTTATTTATTCTAGATATATTTATTTCA +TTTATTTTATTGTCATAATTATTTAATTTATCATTGCAAAAATAAGATGTGATTCCTTCA +GACCATGCGCTTGCCATTACATCCTCCCAAAAGCTATTTTTACAATAAATTAACATCTTA +TTGAATTTCATTCAATACTTTTAACAAAACTGGTCACTAACTATGCAAACTTAGTCATTT +TTAAATATTTACTTGTATTTTTTAACAAACAATAGCTCCTAAATAATTAATTAATTCTGA +CTTAAACTCTCTAATAGCATATTTACTTATAGGTATTTCTTTTCCTTTTATATAGATAGA +TTGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCT +TATATCCAAGACACTTGCGAGGTCTATTATTT +>MGYG000000001_65 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCAAATAAAAAAGCTTGGATTAAATCCA +AACGTTTATATTACATTCACTTTTAATAAAGTAATTATGTTATAATTCAATTTATATGGT +ATATTTAACATCCTATGAAGTAATTGTTGCCTTTTAATAGTGTTTCTCATAAATTTATTA +AAATTATTATAGTGTTTCCTTTTCTTTATAAATTCTATTGTTTCTTTTTCATTCATCAAA +AATATATCTGGCCTATAAAAATATAAAGGTTCTTCTTGTGGTAATCTAAAGTGTTTTTTT +AAAGAATATACCACTTCTTTTTTATAATTACATACATTTATAAAGTATTTATATGATTTG +GGGTTTCGTTTTATATCATCAACTTTTCTAATCCCAAGTTTATATCCATTGTCTATTTTC +TCCACAATATCTAATTCAAAAAAGTTTGTTATAGAATCAATTCCACCTATGACTGTTATC +TCTTTATTTTCTCTTAATTCAAATTGTAAACGAATAGTATTTCCATTTACTTTAGGATTA +ATTATTATCGTTTCTACTATACTGAAAGAAGGCCTCTTCTTTGCTGATGTTTTATTACTC +ACTTTCTTATCCTCCATTTATTAGGTTAGCATTAATAAAAACTAACTACTCGTAAATAAA +ATACTATATTATAGTTTTATTAGTCAATAACATTCTACTTTTTTATATAATAACCAATAT +TTTTTATCTCTAAAATCATAAAAAACAATATGTAATTTGTATTTTTTTGTAATTTTGCAT +TTTAATATGTCATTATTATCAGTATTTTATATTATTTTTTATAGTGATATAAAACAACGA +ATATAGTAGAATTAAATTAAAGGGAATGTAATTCTGTTCCATTGGGGGGATATTATGGTT +ATTTTCACTCTTATTAGTTTGTCAATTGTTAGTCTTTGCCTAATTTATTTTTTATCTATG +GTATGTATTCAACTTAATCGAATTATGAATATAAATTTACTATTGGGAATGGATGTTACA +AAACTATATTCAGATGAAGATCTTGACAAAGAAGAAGACTGCATTGACTCATTAATAAAA +AATTGTGCTATGTTTATTTATAAAACTACAAATAAATTTAAAAAACATATTTAAAGCCTA +GGATAAATTACCTAGGCCTTTATTTTGTAAACTTATTTTTTTATTATTATATTTTTAAAA +ATTTCATCATTTTTAATAACACATGAATTTAAAGGATTTATTTCTTTACATTTCAAATGA +TGATAGTAAGATTTACTTATAAACCCCAATTCAAAATTACATACACATAGACTTAAGTTA +ACATTAAAGTTGAGATAATCAATATTTTCACAACACATAAACTTTTCACTTTCTTCTAAT +TTAAGGATAGCTTCGTACCATGTTATTGCTTTCAAATATTCCTTTTGAAGTTCAAATGAT +TCTGCTATATTGTAGAATATATTAATATTTGGGCAAGTATATTCAAAGCATCTATAAAAA +TATTCCCTTGATTTTTTATGATTATTTAAAAATAAATAACATTTACCTATTTTGCATAAT +GAATCAATTATTTCTTCTACCCAAATAGCTTTAGTTATAAATTCTTCTAATACTGCTATT +GCCTCTTCATAATATTTGTTGCAATATAGCTCTTTTCCATAATAGTATAAATCTCTATCA +CTTAATTTATTACCAGCTTCTACATTCTTTCTATATAACTTAAGGTTTCTATCACTTACA +CTTTTTACTTTATGGTGTGTAATAACAATATCACTATCTAGAATATCTCCACTTAGGTCT +ATATACTCGTGGACAAATCCTATCCATCTGAAATCTTTATCTTTTTTAACTATTCTATTT +CTTCTACCTATAAAAGTAAAGCACGTATTATTACAACCTAGCATATTAGTCTCAAAAGTT +ACTGCATCTATATTATTTGATAAGTTACTCTTTAATTTAATTAATTTTTCTTGATTTTCT +TTATCAAAATACTCGTCTGCATCCATCCATAATATATATTCTTTACTAGCCTTACTGAAG +GAGAAGTTTCTAGCTTCTGAAAAATCATCTATCCACTTAAAATCATATATTTTACTTGTA +TATTCTTTTACTATTTCTTTTGTTGTATCAGTTGAACCTGTATCTACAATAATAATTTCA +TCCACTATATTTATTACACTGTCTAGACATCTTCTTATAACATTTTCTTCATCTTTAACT +ATCATACATAGACTTAAGTTTATCATTATGAAATTCACCTTACTTTATAGTCGTATTTTA +GTATATGATGAAATGTAATGTTTTGTTAAATAAATTTATTTACCCTTTTATATATTGTTT +TAACTCTTTAATGTACATCTCAATATTTTTTATAAATTCCTCCATTTCATATTTACTCAT +ACTTATTCCTTTTTCTTTCTTAAATATCTCACTACTAGTAGTTACTATCTCTTCACTACA +CTTATAGTAATTTGATTTTAGTTCTGCTTTTACAGACTCTCTAAGTTCTTCTATAAATTG +TTCTATATCATTTAATATATTTTTACTTTTATTATTAATTTTCACCTTATCATATATTAG +CTTTCCTACAGCTCCACTTATAGTTCCTGCAACTAATAAAGGGGGGCAATACACCATAAG +AGCTGTTCCTATAGTCATAGAAGCCGCGCTGGAACCTACTGCTGCCGCATAAATAGACGC +TATTCCTCCTGATGTCACTCCCAAAATCGCTCCTGTCCCTACTGTAGCTAAAACTTCATT +TATATTTATATCTTCTTTATCCACCTTATAATGTGCAGAATTTAAAAATTCATTTTTATA +ATATACACGCTCTACGTTCTTATTAATACTAGTGTTTATTTCATACTCAACTTCATTTAA +ACACTCTTCCCATTCTTCAAAGAATAATTTATCTAATTCATCTTTCTTTTCATTTATATA +TTGATTTATATAATTCTCATTTATATAATCACTAGCGCTATCTATATTTTCTTTTATTTT +ACCAAGTTGATTACATAAAAAAACTCTATCTATCCAATCATCAATTTCATAATTCATTTT +TGAACTTATATAATCTAATTTATTTCTAAGTATTTTTTCATATTTATTAGTTTCCTCTTC +TACCATTAAAATGCTCTTGAAATAATCATAACTATATAACACTTCTTTTTGAACTATCCC +TTGAAGAGAATGCTTAATACTTTCATACTTTACTTCTTGTGAGTCTCTATATAAATCTTC +TATATACTTTATAAAAGTTGAAAAATCTTCTTTAAGCTCTTTATCACTATTTATTATCTT +ATTTTCATTTTCTTCAACTTTATTAGGATTAAATTTTTCTTCATACTCTACTAAGGAGGA +TATTAAGAAAAACTTATCCATATAAATTCCATACTCTTCTTGTATGTAGTCCATTAATTC +TATTTTATCACCATCTAATAAGTCACCTTTGTTTATTACTCCAATAATAGGTTTTTTAAA +AGATTCTATTAATTCTAAAGCATCTATTATATCTTCTTGGCCGATATGAGTTGCATCTAT +TACAAACACTATAAAGTCTGCATTTTGTATATAGTTTAATGTCTTATTTTCATTTTTAGT +AGTCATACTTCTTAGACCTGGTGTATCAACTATATTTATTCTTTTCAATAGTTCTAAATT +TAAGGATATATTTATAACTCCATCTACTATCTTAGATTCATACTCATCTCCATAAGACAC +TTCTATTATAGATGATGTAGCTTCTAATACATCAGTTTCACTTATATCCTTTTCTAACAA +CGCATTTACAAGTGTTGATTTACCTGATTTTACTTCTCCTACAACTACTAATTTTAGAGG +CTTAGACTCATTTATATCCAATATTTCAAGATTTGTCATATTATCATGTAAATCATTTAT +AACTAGATTTTTGAAAGGTATACTCTCCCCCTCTGCTAGTTTGCTTCTTAATGGAGATTT +TAAAAAATACTCTTTTACTTCATATATACTTTCCTTTACATCTTTCATAATATCACCTCA +AACTCTCTAGAATAGAGTAAATCATATCTAAATTTTTAATATGTTCTTTTATATTTCTGT +AATCTATATACTTTCTTTTAAAACTACTTTCTCTAATATCCGCTATTATAGTTTCAATTT +GACTAAATTTTTCATTTACTTCATTTATAGACTCTTTAATTAATGAGTTAATTTTAGTTT +GAATTTCATTTTTTATGGCTAGTTCATTATCATATAATATCTTAGAGTTGTTTGACCTTC +TTGTATTCATAGATTTGAGTAATCTTTCTCTTGGAGATTCATTTTTATATAGATTTTTTA +AAGATTTTATAAGGCTGTAATCTACTATTAAATTTTTATTTTTAGTTAAGTGGACATTAA +TGGATAAATAGTCATTTTCTAGTTGATTTGTAAATTTAGATATATTATAAAAACTTTTAT +ATAATTTATTTAGCTCATTATTACAGATCATCTCAATTTCTTTTAGCTGTTTCTCTAAAT +AATTTATATTAATTTCTTTATAATAAGATATATTTTTCATATCTAGTAATAAATTCTGCA +CATATTCTTTACTATGATTTACTTTTTCATTTAATTCAAATTTAGATTTATTGTATTTAG +ATATATCTTTATATAGCTCTCTTTTATAAATATCTATAGTTTTAATAATCTGATCTGACA +TTAAACTTAAATTCTTCTTCTTAGATTCTACTTGATTTATTTCTGAGTTTTTCTTAAAAT +TTTTATTAATTGAATTTATTAAATTGTTAATTTTACTTTTATTTATCAAATTTTCATTTT +TTATATTTCTTCCTTTTACAGCTTCTTTTGCTGAAATAAATACTATATCATCAAACATAT +CTCTATAAATTTCATTTACTTTTTCTTTTACTTTAGTAACATTATTCTCACCATTGTTTT +CGATTATATCCATCTTATTCACAACTAAAATCATATTCTTTTTAATATCATGAATCTTAT +TTAATTTATTAATATCTTTTATAAATTTATTGCTCATTTTAGAGATAATATTTTGAGCAT +CTATTAACCAAATGATCCCATCTGATTTTTGATAATAATCTTCTATCGAATTCAAAATAC +TTTTACTTAGAATTTGATTTAGACCTGGTGTATCTACAATAATAAAATCTTTAAGTATTC +CATTTTTATTAAAGTAATATTTTACTTCAACTATATCAGAAATATATAAATATTTCTCTT +TTAAAATTTTTTTATATTCCTTTAAATCTGAAATTGAAGCTTTATTATTATCTTTATACT +CTTTAAGAGCTCTAGAAATCTTTTTTCTAGATTTATTAAACTTCTCTTCCTCCTTATCTA +AATAATTAATACCATCTTCTAGTGTCATTTCTATATCCTCTTTATTGGCATAAGTTATCA +CAATCTTTTCAATCTTCGACTTGCAAAATAGATCCAACTTCCAAGTATTTGGTAAATCAT +TCGTCTTTACCAAATCTTCTTCGACTAGAGCATTAATTACAGTAGATTTTCCATAATTTC +CTGACCCTATTACAAACAACAAAAACGGTTCAAGAAGCTCTTTTAAATTTTCTAAATTCT +TTTCAAACTCCATATTAATATTCTCTAAACATTCATACGTTTTATTTCCTGGAATTTTAA +AGGTGTTTTTGTAACTACAATTATTTATGTTTTTAATGTCATTTTTCATGATCTCTACAT +GGTTCATTAAGTTTTCAATGACGCTACTTAGCCTATAAAACTCTTCCTTCCTGTTAATCG +AGTACATTTTTATCAGTCTCCTACATACTAATATCTCTACTAAATTATATGATTTTAGTA +CATTATATATCTCTATTAAATTACTTGAGTATATTCAATTATAAAATATTTATTTTAGAT +TACAAAAAAGAGCTATGATTCAAATTAATAAGGCTATTAACCTAGAGCTTGGTATATAAG +TATAAATTTCCTAATATATCCATATATAAAAGAAATCTTATACTTTATACAAAGCTCTTA +AAGGTTAATTCACCATATTTTTTAAATCTAGCTCTTCTAGTAAAAATGTTTTAATTGTTT +TAAGCGACTTGGGTGTCTAAGTTTTCTTATTGCTTTCGCTTCAATCTGTCTAATACGCTC +TCTTGTAACTCCAAACACCTTACCAATTTCCTCTAGTGTTTTTGGATCATCATCATCTAA +TCCGAATCTCATTCTTAAAACTTTTTGTTCCTGTTCACTAAGACCTGTCAATAGTTCTTC +TATCTTCTCTCTTAGATTATGTTGTTCGACCTCATGTATTACTACATCCGCAAAATTTGC +ATCAGATGGAATAAACTCAACCAAACTACTATCTTCATCTTCTTTAATTGGAGTATCTAA +AGAAACTATATTCTTATCTCTCTTTAATATATCTATAACTTTTTCAACTTCAAGATCGCA +CACTTCTGCAAGTTCTTCTAATGAAGGTTCTCTCTGAAGAATATTAGATAATTCTTGTTT +TTTTCTTTTCACAAAATTTATTCTTTGATGAAGATGAACTGGTATTCTAATTGTATTTTC +ACAATCATCAATATATCTTGTTATACTTTGCTTTATCCACCAAGTTGCATAAGTACTGAA +CTTATACCCTTTTGTATAATCATATTTTTCTACAGCTTTTATTAGTCCGATATTACCAGC +TTGAATTAAATCAAGCATATCTACACTTTCTTTTCTATATTTTTTAGCTATACTTACTAC +AAGTCGGTAATTTGCATTTATAAATTGCTCTTTAGCTTGTGGTGTAGAGTCACATATTGC +CTTTGCTAATTCTACTTCTTCCCCTGCAGACAACATCTTATACTCTTCAATTTCTTTCAA +ATACATTTTCATTGCATTTGATGAACTTGATGAGTCCCCATAAATATAATTTTCATAAGT +ATTTTCTCTTTTAGCCCCCATAATCTAACCCCTTCTATACATATAGTTTATTAAATTCCA +TATTAAAGTGTCTGTAGTCCTATTTATCTATATAATATGATTGTAATTATGAAAAAATAC +CTCTTCAATGTTTTGAGAAGTTTAATTTTATTTAATTGTCAATTACTTTATTTATCAATA +ATTCTACACATAAATGAAAAAACCTTCTTATTTTTTTAAATTACATTATATTTTTATAAA +AATTTTCATTATATTTTGTAATTTATATACTAGACATATCTAATAGTAATAGTTACACCT +ATATGCATATTTTTATTTCTTTTTTATAATTCTACTTCTAATCACAAATTCCCTTTTTTT +TATGTATATATTGCATTTTAAACAAAATAAAAGGCCACAAAATTTGTGGCCTTTTATTTT +CGAACGACGTTATAAATCCCACTGTTAATAAATCCTTAGTATTTTTGCCCCAACACTGAC +GGTTTTATTAGTGAATTTTAACCATTTAATAATAACATCATTGAAAATTATAGTCAAGTT +TTCTTATTTAATTATTCGTGATGATGTCCGCATCCACACTCATGATGTTCATCATGATTA +TGTCCACCACAACATCCACCTTCATTATCATGTCCACCGCATCCACATTCGTGTCTTTCT +TCATGATGACCGTGATCATGTCCACATCCACATCCATCTCCATGATGATGCTCAGCTTCT +AATTCTTTTATTTTTTCTTCCATTTCAAAGAATTCTTTTACCATTTGATCATATGTAGGA +AGTTCAGCTTCTGTATCGTATTCTTCTCCAGTCCAATCTGCATACATCATTTCATTTCCA +TTTGTTAATATCATTCTTCCAGCCATAGTTATGTTATCTACATCTTCTAAGAAATCTACT +TGTTTTTGAACAGTTTCGCCTTCCATTTGAACATCTTCATCTAAGCATTTTACTATTAGA +ACTGGTGCATAGTAATCTTCGCTATCCTTTACATTTACTATTATATCTAAAATACCTTCT +GCTCCTTCCTCAAATTCTGATAAAGGTACATCTGTATCTATCATATCATGTGGAACTAAT +AAATCTTCCATTAGATATTTCATAACTCTCTCTTTTACTAATTGTTGTGACATAGTCTTT +ATTCTCCTTTCGACTCTAAAAATTAAAGTAAATCCAAACTTTACCTTTTTATAGTATAAT +ACATCAAAAAATATTTCAATCTTTAGATTAAAATATTTTTATTTCTATCATTATAATACC +CATTTTAATATTTTCTAAATTATTATTTACAATATTTATCTTTTATATTAATAGCTCATC +GGATAAATAGATTTAAATAATTTTAGCAAGTGATATTTATAAATTTTCTAATTAATTTAT +CTTAAACATAAGTTTGCAATATTTTCTTCATTATTTTATATAAAATCTTCATTTGATTGA +ATTTGTTACTTTTTCTTAAGTTTTTGTAACTTTTATTGCCTTCATATCTGTTTTTTAATT +CACTTAAAGATTAACTTCTATATCATCAAAATCTATATTTTTTATTCTTCATATGATTAA +CTCTCTTTTTTTATTCATTATTTTATATTTTTAATAACAAATAAAACTGTTGAATTCACT +ATATTTCATCATTTTTATCATATATTTTACATTTATTTACATGATAATTCGATAAAATTC +TATGTTATGATAGATTTGCAAGGGGGGAGACCCCTAAATAAAAAGTTACAAAAATGTAAC +ATTGTTTCAATATTTAAACTACTGAAAGAAGAGGTGCTTTTTATGATTAAAAAATTAAAA +ACTTTATTAGTTCTAGGAGCTATAACTGTAATTACTGCAGGCAGTGCTGATCCAGTTAGT +GCTTTAACAACTAAAACTACTACTACTAAATCAAAAGGCGTTGTTTACTTATGTATTAAC +GGGAAAAAATATAAATTCAATATAAACTCAAACTGTACAAATAAACCATCAGTTCCTGAT +ACTAATAACAACGGTACTGGATCTAAACCAGACAATAATACTGGTTCTAACAATGGTTCT +ACATCTAAACCAGATAATAATACTGGTTCTGACAATAATTCTACATCTAAACCAGATAAT +AATACTGACTCTGGCAATGGTTCTACATCTAAACCAGATAATAATACTGGCTCAGACAAT +AATACATCTAAACCAAACAACAACACTGGTTCTGATTCTAATAACTCAGGTTCAACTAAT +CAAGGTTCAACTAGCTTCGCAGCTTACCAACAAGAAGTTGTTAATCTAGTAAATAAAGAA +AGAGCTAAATATGGTTTAAGCGCTCTTAAATCTAACTCTTCTTTAGCTAATGTAGCTACT +ATAAAATCTCAAGATATGGTAAATAAAAATTACTTCAGCCATACTTCTCCAACTTATGGT +TCACCATTTGATATGATGAAACAATTTGGAATAAGCTATAAGACAGCAGGAGAAAATATA +GCTATGGGTCAAAAAACTCCATCTGAAGTTGTTACTGCTTGGATGAATTCTGAAGGACAT +AGAAAAAATATATTAAGCTCTAGCTTCACTCAAATAGGTGTTGGTGTTGCTAAAAATGCT +AATGGTCAATTATACTGGACACAAATGTTTATAGGATAATATATAAATTACTATAACTTA +TATATTTTAAATTTCTTAACTTTATAATTCTAATAAAAGAAGGCTATAATATACATAAAA +TGTATATTATAGCCTTCTTCATAATTAAATCATATACAGATACTTCTGTTATAAAATCTA +AAGCCCTAAATTTCTTTTATAAATAATAACATTCCTTGAAGAATTGTAATTACAACTGAG +CTTTGTTTTCTATAAGCCATATATAACCCATCCCATTCTTCACAGTACTTTTCTTTAAAT +CTTTTTAATCCTTGGAATGAGTGAACTTTTTCACAGTATGTGTACATATAGCCACCCATT +CTTTCTAAAAATCTTGAATATTTTGACTGACCTACCTTAGATAATGGAGCTAATCCCATA +TTAAATTTAGAATATCCTTGTTCTTTTGACCAATTGAATAAGTTTACAAACATAAAGTCC +ATTACACCATTGCAAGTGCTATGTGAAAATCTCATTAAGTCAATTGACAAAGTTTCATTA +TCATACATAGGCATTAAGTTTGCAAAACCTTTTATTTCATTTTCCTTGTCTTTTACAATA +GCTATAGGTGCACGACTCAAATAATCTTCTTTGAAAGAACCTATAAAGAAACTTCTTTCC +TTTCTATCTCCTAACCACTCATCTGATACTACTTTTAAACTTTCTATAAAATCCTCACTA +AAAGGTGGATGAATCACTTCAAAAGTGTACTCTTGCTTTGTTACTCTAGCTATTGCATTT +CTTACACTTTTCATTTTTCTACCTTCTAAAGTAAATTCATTTAGATTAACTCTAGCTTCT +TCACCTAATTTCATAAATTCATATCCACTTTCATGAAGATGAGGGATTAAATTTTTATTT +ATTCCACAAAATACAGGTGTATATCCATATTTGTCTCCTAAATTATTTAATTCTTGTATT +GTTTCTTCAATTTTATCATCATTTCCTATTGGATTTCCTAAGATGAAAATTTTATCTGAG +CAAATTTGGTATTGCATAAGAACATCTTTATCTTTATTTAAATAAATATATTTATCATCT +AGGTATACATAATGTATCATAGGTGAACCTTCATATTTATTTAATATCATTTTTATATCT +TCTTCACATTCTTTTAATCTCATTTTAGGAAAATCATTAGATTTATTAGTATAGTACATT +ATAGCTAAATATAATATTGCTATAGTAAATCCTATTAAACTAAATTTTAAAATACCCTCA +CTATAATAACTAATTTGCCAATATGAGCTATTATAATTTGTAAATATATACAGTATTAAA +AATGCTGTTAATATTAAAATATCGCGTACTAGTTTATCCCATTTCATTATAAAACTATCT +CTATAAAATTGACCTTTACTTATGTAAAGAACTATTCCTAATATAATTAGATATATAATA +TTTAAACATCCCGAATTTTTTACTATCTCTACAATACTTGCTAATACCACTAAAATTAAT +GTAGATTTATATACTTTCTTTGATTTATAACTTATAAGTCTCGAAATAGCAATTAATAAA +AATCCTACTACTATAGATTCTTTATTTAAAAGTCGTAATTCTTCCCTGTTCATCATCAAT +AAGTTAGTACTATGTCTTAGTATCCCTACCTTATCAACTACATTAGGAATCGCTGCATGT +ATCAATAAAAGAGTACCTGTTAAAAATACTAAAATTGATATAGTTCTATAAGCAATTTTA +GATGAAACATTTGAAATAATATTAGTTGTATTATCTTCCATTTTTATATACATTTCGTGA +GCATATAGTATAAGTCCTATTATAAGTGGCACTATATAATAAGATACTCTATATAAAAAT +ATAACTAATAAAACTTGTTCTCCAGGGACGTTAAGTTCTTGTAAACCTAACATAAAACTT +AAATCAAAAGAACCAATCCCCCCTGGAGACATACTCACCATAGCAACTACAATTGCTACT +ACAAATATAGGGAACAACTGAGTTAAAGTAATATTTATATCTAAAATAACTAGTATTCCA +TAAATTAAATTTATCGTTGTTATCCATTCTAATGCTGATATTAATATTATTTTAATAGCA +TCCTTAATATCTACTTTTTCATCTTCTGTACAATTTACATATTTATATACAAAGTATGTA +CAAAGACCAGGAAGATATAAACCTATAAGTATTATTCCTATATTTTTTAGACTGTTTATT +GGTAAATTTCCAAAATTTATTATTACATAAATAAGACAAACCATTGAAAATCCTGTTAAA +TTCAATGCTATTATCTTAGATATTTCTTTTAATAGTAACTTATTATCTTTTACATGTTCT +TTATAAAAATGTGTCTTTAAAGCCAGAGCAGTACTCCCTCCAAAACCGGCAATACTTACT +ATTGAACTAGCTATCCATGAATATTTATATAATTTTTTGTTATTTAAATTGATTTTTACC +CTTTTCTTTAATACAAAATCATAAAAGCTCAATGGTAAGTAAGATATAATGCCTAATAAT +ACTATACTAAATATATCAATTACTGATAATTGCTGTGTATATACTTTAAATTTATCTGCA +TCAAATGATGATATTATGCCTATTAACTCTTTGAACACTAAAATAAAAATAGCCAACATT +ACTACAATTTTAGCTGTTTTCTTGAATTTTTCTTTGCTTGTGTTTGCTTCTAAAACCTTA +ACTCCTATGTCCATAACTTCATTTTCCTCCTTATTAACTTATTTCCTTCTATCTTATAAT +ACCATTTCTTTCTAACATATCACCTTACAACTATCTTACATTTTCGTAATATTTTGTTAA +CTAATCTTAAGAAATAAATTTTATTTTTATGTTTTATATTTATCTATAATTACATTGAAA +TAAAAAATAATCTATAAAATGAATTATATTTTTCATAATTCATTCCATAGATTATTTGTA +TTTTAACCCTATTTAAATATTATTTCTTATATATTAATCCTACCCCTTTACTATGCTAAT +TCTAAAGCTACTTCCATCATTTTTGTGAAGGCAGTTTGTCTTTCCATAGCAGTTGTTGCC +ACACCTTCAAATGGTAAATCTGATATTGTAAGCATACAAAGTGCATTAACGCCAGCCCTT +GCAGCATTCATATAAAGAGCTGCCGCTTCCATTTCTACTGCTAATATATTCATCTTACTC +CATGTTTTTAAAGATTCCATTCCATTATCACTATAGAAAACATCACTAGATAATATATTT +CCTACCTTGGCATCTATTCCTTTTTCTTTAGCTATATCATAAGCTTTTTTTACAAGTTCA +AAACTAGCTGATGGAGCATATGTTCCTGGTAAGTTGTATTGAGCTCCAAAGTTAGAGTCA +GTACTTGCTGCCATACCTATTACTAAATCTTGTATTTTTAAATCTTTATTTAAAGCTCCT +GCAGAACCTATTCTTATAAGATTTTTTACCCCATAGAAATGTATAAGTTCATATGAGTAT +ATTCCCATTGATGGTCCACCCATACCAGTTCCTTGAACAGATATTCTTTTACCTTTATAG +TATCCTGTGTACCCATACATTCCTCTTACTGTATTGTACTCAACTGCATCTTCTAAGAAG +TTTTCTGCTATAAATTTCGCTCTTAATGGATCTCCTGGCAATAATATAGTTTCTGCTATA +TCTCCCATATTTGCATTATTATGTGCTGTTAATCCCATTCTATTTCCTCCAAGTTATTAT +CTTATTACTTATTTTTATAATTTTATTATTTTAATTTATTATATTGCTCTTCATTTACTG +GAACAACTATTTCTCCAGATTTTATTTTTTCAGCTTGTTCTTCTACAAATGTTAATACTT +CTTCACTTATAAAGTTTTTAGTAGTTGGTGCTATCCCTACACCATCTTCTTTTAATCCAT +ATACACTTACTTCTCCACCTTTAAAGTTTCCTTCTTTTAAATCTTTTACAGTGTTATATA +CTACATTATCAACTCTTTTTATTGCTGATGTTATAACATTTTCTGGTGCTACAAAATTTT +GATCCATATCAACACCTATAGCTTTTTTGTTATTTTCTCTTGCTGCTTCTATTGCTCCTG +AACCTGTACTACCTGCTGCTGTAAATATAATATCTACATCATTTTTATGCATTTGCTTAG +CTATTGCCTTACCTTTTGCAGCATCAGCATATGTATCTGCATATTGTCTTAATAATTTCA +CACCATTCCCTACAGACTCTACTCCTGATAAGAATCCATATTCAAAACTTTCTATTATTG +GAACTTTAGTTCCTCCTATAAATCCAACTTTACCAGTTTCACTTGTTTTAGCAGCTATTA +ACCCAACTAGGTACGATGCTTCCTGTGCATTAAACATTATTGAATTTACATTTGATGGTT +GTTCTTCAAATGCATGATCTATTATTGCAAACTTTTGCTCTGGATAACTTTCAGCTGCAT +TTTTTATAGCTGCATCCATTTGGAAACCTATACCTATAACTAAATCTGAATCCTCATCTA +TTGCTGTTTCTACATTAGCCTCATAATCTGATACTTGCTTAGACTCTATAACATTAACTT +CTACACCTAATTCCTTTTCTGCTCTTTGTAAGCCTTCCCATGCTGATTGATTAAAACTTT +GATCATTTATTCCTCCTAAATCAGCAATCATCGTAACTTTTAACTTATCTGATTTATTAG +AATTTCCTTTACTTGAACTACACCCTACTAAAACTGAAGATGTTATTGATAGTATTATCC +CTAATGATAGTAATTTTTTTATTGTCATATCTTCCTCCAAATGTTGTATACTTTTCTTTA +TTGTATAACCTTTTTTTATTAAATGCAACATTTTTCTACATTTATTATACACTTTTTATT +TTTCAGTGTATCATTTTAATCAGATAACTCTTTTTATAATACACTTTTATAAATATTCCT +AATATATTTTCCCATCTATTCATCTTAGATTTAGAATATAAAAAATATACTTTCTTTATT +TTTATATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCA +CAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_66 +GCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTG +TTGCACTTATATTGACAATCTATCATATTAAATTCAATTGATTTTCAGCTAATTTTGTAT +ATATAGTTTCAAATACATTAGTATATTTATTCAAATTATTTGATTAAATACGTATAAATA +CAAAAAATACAGAGCAATAGAATAATAAATTATATATAAAGAGCTAGTTTAATTATTAAC +AAATTGGTATTATATTGTAGTAAACAATTACAAAAATGGGTGGTATTATGAGCATAAATA +TAAATAGCAGGGAAACTAAAATAATTAATATATTAAAAAATGCAGTAGAACCAATTAGTG +GAGTAGCTTTAAGTGAAGAAATTGGATGCTCGACTAAAACTATACAAAGTGATATAAAAA +ACATTAATAAAGTTCTAGTTAAAAGTGAAATTGTATCCATAAGAGGCAAAGGATATAAAC +TTAAAGGGGATTTTGAAGAATTAGATATAAAAAATGATATTTATGATGATATAAATAGAG +AAAGTTATATTCTAAAAAAAATGATAAATCTAAGTAATTGTAATGATAATTATATAAGAA +TAGAAGATCTAGCAGATTTAATGTATGTTAGTTTATCAACAGTAAAAAATGATTTAAAAG +AAGTTAAAAAGAAATTAAATGATAATAATATTAAAGTTGAAACGAAGCATAAGCAAGGAA +TATACATAAGTGGAAGTGAAGATAACATTATAAAGTTTATTATAAATATCTGTAACGATA +AATCTAATAACCTTAATTTAAATGATTTTCTAATAACAGAAGTTATAAATAATATATTTA +AAATAAAACATAATATATTAGAGGTATTAGAAAAAGAAAGCCTACTAATTACAGATTTAG +AATTTAAAAATATATTAGATTATATTTTAATATCTTTAAGTAGAAACTCAATAGATAAAG +ATAATCTTATAAATAAATATATTAATAATTATAAGGAAAAAAGAAATAAAATAATAAACA +ATGATTCTAATAAAGAAAAGATAAAAAAAGCTATAAAAATATTCTGTGAGAATTTAAAAA +TTGCTACGAATATAGATATTACTGAAGATAAAATCTTTGAAGAATGTTTAGATAGCCATA +TAAGTAATTTATGTAAGAAGAAGGAATTAGGTATAAGTGAATCATATCCTATAAGTGCTA +ATGAAATAAAATTAAAATATGCATTTGCTTTTGAACTTGCAAAGATAGCAAAAAAAACTA +TTGAAGATAACTTAGAAATAAGTATTAATGAAGAAGAGACTGGAAATATTGCTCTACATA +TTGGTGGAGCAATAGAAAGAGCTAATCAAAATACAAAGAAAAAAATATATAAAGTAGTTA +TTGTGTGTACTTCAGGTATTGGAACATCAATGCTTATAAAATCAAAATTGGAAAATTTAT +TTTATAATAAAATCGAAATTGTAAAAGTTATTCCAGCATATTTAATTGATTATATAAATG +TTATTGATGTAGATTTTGTTATTTCAACAGTACCTATGGAATTAGAAAATACACCATTAA +TTAAAATTTCTCCTTTATTAAATGAAAAAGAAGTTAAAATAATAGAAAAGTATTTAGAAA +CTGAAAAAGTATATTCAAACCTAAGTATTCAATATTTATTAGAAAGAGACTTATTTTTTA +CAAATTTAATTTTGGATACAAAAGAAAAAATAATAGAGTACATGGCAGATGCTTTAATCG +AAAAAGAATATATAGATGAGGAGATGAAACAATCATTTTTTGATAGAGAAAAAATTGCAA +CTACTGAAATAGGCAATATGGTAGCAATTCCTCATGGAGCTAAAGGAAAAATCTTTAAAA +ATAGAATAGCAATAGGAATTTTAAGAAAACCAATAAAATGGGAAATTAATGAAGTAAAAT +TAGTAATTATGATGGCTATTGATACAGAATTTGTATTAAATTATGAAGAGTTATTTTCTG +ATATATATAAAAGAGTCGATTCTATTGCAAAGGTAATAAATATATGTGAGAATCAAAGTT +TTGATAAGTTTAGAAATATGTTTAATTAAAAAGGATAAACTAAATAATGAATCTGAATAA +ATTTCTCTTTTGACTAAGAGAAATTTTTTAACTTTCAGGGAAAATGATTTCAGAATACTA +TATAAATATAAGAAAAAACAGAGGTGAAAATATGATATATACGGTGACACTTAATCCAGC +AATTGATTATTTAATAAATTTAGACAACTTAGAAATTGGACGTATAAATAGAGTAGAATA +TGAAAAAGTTTATGCAGGTGGAAAGGGAATAAATGTTTCTAATATGCTAAAGCAATTAGG +CTATGAAAATACTGCATTAGGATTTATAAGCGGATTTACAGGAGAATTTATTGTTAATAC +TTTAATGGAAAAAGGAATTAATAATAAATTTATAAGATTAAAAAATGGATTTACTAGGAT +AAATGTAAAGGTTAAAGGAAAAGAAGAAACTGAAATTAATGGTAAAGGGCCAGCGATCAC +TAATAATGAACTTAATGAACTTTATAAGATATTAGAAAACTTAAATAGTAGTGATATCTT +AGTACTAGCTGGAAGTATACCATCAACACTTGATGATAAGTTATATGAAAACATAATGGA +TAGAATAAAAGATAATAATGTAAAGGTTGTAGTTGATGCAACTAAAAACTTATTACTAAA +TGTTCTAAAATATAAGCCATTTTTAATAAAACCAAATAATCATGAATTAGAAGAAATATT +TAATGTAAAACTAAATAATAATGAAGAAATAATAAAATATGCTAAAAAACTGAAAGAAAT +GGGTGCTTTGAATGTATTAGTGTCTATGGGGAAAGATGGAGCATTACTACTAACAGAAAA +CGATGAAGTATATGTAAGTAATGTAGCTAAAGGAATTGTAAAAAATTCTGTAGGAGCAGG +AGATTCCATGGTAGCAGGATTCATCGCTGGGTACTTAAATACAAATAGTTACTCAGAAGG +TTTAAAATTAGGTGCTGCATCAGGAGGTGCTACTGCATTTTCTTATGATATTGCAACTAA +AGAATATATTGATGAGATAAAAAAACAAATTATAGTAACTAAAATATAAAGGAGGTAATG +ATATGAGAATTACAGATTTAATAGATAAGAAGTCTATTAACTTAAACTTAAAATCTACTA +ATAAATCAGATGTAATAAATGAACTAGTAGAGTTAATGAATCACAGTGAAAATTTAAAAA +ATAAAGAAGAATATAAAAAGGCAATTTTAGCTCGTGAAGAATTAAGTACAACAGGTATAG +GAGAAGGAATAGCAATTCCACATGCTAAGACTACTGCCGTTAAAAAAGCATCATTAGCGA +CTGGTATAAGCAAAGATGGTATAGATTATGAAGCTTTTGATGGTAGTTTGGCAAATTTAT +TTTTTATGATAGCAGCACCAGATGGTGCTAATAACACACACTTAGAAGTATTAGCAAGAC +TTTCTACAATACTTATGGATGAAGATTTTAGAGAAAAATTAATAAATGCTTCTTCAGAAG +AAGAATTCTTAGATTTAATAAATCAAAAAGAGATGGAAAAATTTCCAGAAGAATATGAAA +TTGAAGAAATAGAATTAGAAAGAGATGCTGTAGAGATAAAAGAAGAAATCAAAGAAGAAA +ATGATTCAAAATATCCTAAAGTTCTTGCAGTAACAGCTTGTCCAACAGGTATAGCACATA +CATTTATGGCAGCAGAAAGTTTAAATAAAACTGCTAATCAGAAAGGGGTTTCTATAAAAG +TAGAAACAAACGGTTCATCAGGAGCTAAAAATATTTTAACTCGTGAAGAAATAGAACATG +CTAATTGTATAATAGTTGCAGCGGATAAAAATGTTGATATGTCAAGGTTTAATGGTAAAA +AAGTTATAATAACAAAGGTTGCAAATGGAATACACAAAGCTGATGAACTTATAGATAGGG +CAGTAAAAGGAGAAGCTCCTATTTATCATGGTTCAAGTGATAGTAAAAATTCAAATGAAG +GTTCACTTGAAGAAGAAGGAGCACTTAGAAAGATTTATAAAAATTTAATGAATGGTGTTT +CAAATATGTTACCATTTGTTGTAGCGGGTGGTATCCTTATAGCATTATCTTTCTTATTTG +ATAACTATGAAATAGATCCAGCTAATTTTGGTAAAAACACACCGATAGCTGCATATTTAA +ATATGATAGGTGGATATGCATTTGATTTTATGTTACCAGTTCTTGCAGGATATATTGCGT +TCTCTATTGCGGATAGACCTGCATTAGTAGTTGGATTTGTAGGTGGAATAATAGCTAAAG +AAGGTGGAGCAGGATTCTTAGGAGCATTAATAGCAGGATTTTTAGCTGGTTATTTAGTAC +TTGGGCTTAAGAAGTTATTTAGTTCACTTCCACAAGCTCTAGAAGGTATAAAACCAATAC +TTCTATTTCCATTATTAGGAGCATTTATAATATCATTATTAATGACATTCATAGTAATGC +CACCAGTGGTTGCACTAAATAACGGAATGACTAATTTCTTAATGGGCCTAGGTGGAAGTT +CCAAGTTACTATTAGGAATAGTTTTAGGAGCTATGATGGCAGTCGATATGGGTGGTCCAG +TAAATAAAGCTGCATATGTATTTGGTATTGCTGCTTTAGAGGCTGGTCAATTTGAAGTAA +TGGCAGCAGTAATGGCAGGTGGTATGGTGCCTCCTCTTGCAATAGCTTTAGCGACTACAT +TCTTTAAAAATAGATTTACAGAAGAAGAAATAAAATCTGGTATTGTTAATTATGTTATGG +GATTATCGTTTATAACTGAAGGTGCTATACCATTTGCAGCAGCAGATCCAATACATGTAA +TACCAGCATGTGTTGTAGGTTCTGGAGTTGCAGGAGCATTGAGTATGTTATTTGGTTCAG +CTCTAAGAGCTCCTCATGGTGGAATATTTGTAATACCAGTTATCTCTAATCCAATAGGAT +ACCTGATAGCAATATGTGCAGGTTCAGTAGTAGGCATGATATTATTATCTATACTAAAAA +AAACAATTAATAAATAAATTATTTAGGCTGAAGTAGAATTGTACTTCAGCCTTTTATATT +TAGGGGCTTAACAAAAATTTAAAGCTAATGAACCTATAATTTTTATATAAAAGGCATAAG +ATATTTTATAGAATATTAAATTCTTTTGTTTGGAGGAAGCAATATGAAGATAACAATATT +TCTAGGTGCAGGAGCTTCAGCAGCTGAAAATCTACCAATTCAAAATGAATTATTTAGTGA +GTACTTTAAGGATCTTAAGCCTAGTGATTATGATAAAGAAATGAATAAGGAACTACATAG +ATTTTTTAAACAGATGTTTAATATAGATTTAAAGAAGGATAAGATAGAAGAAGTTAATTT +TCCAACTTTCGAGGAAGTTTTAGGTATTTTAGACTTAGCTGAACACAGAAGAGAGTTTTT +TAAAAATTTTGCTCTTGAGATGGTTAATAAAAAAAGTGATAGTATAAGATTTGTGAGACA +GTATTTGATATTATTAATGGCTTATTCAGTTAATAAAAAAAATGCAAATAAATACCATAA +GATGCTATTAGATAATTTATTAAAAGAAGATATGCTATTAGATACTACATTTATAAGTGC +TAACTATGATATTAATATAGATAATACAATAGCCAGTTTATATGATGAAGAAAAGTTACC +TGTTATGCTTGATTATGGTATAGATTTTACGAATTTCTACGAGGGAAATAACTGGGTGAA +GCCCAAGGCACCTATGATTAAACTATATAAAATACATGGATCTTTAAATTGGATGTATTG +TCCATTCTGTAGTAGTTTGACTTTAACACCTTACGAGGGTGGGGTAATGAGAATATTAGA +AGATATAGAAGGAGCTAAGTGCCTTAGATGTGGAGAAATTACTGTACCGATTATAGTACC +TCCAACTTATTTTAAAGATATGTCTAATGTATTTTTGAGTAATGTTTGGAATGAAAGTGA +AAAGGCTTTAAGAGAAAGTAACATATTAATTTTTTGCGGATACTCATTTCCTGAAGCAGA +CATACATATAAAATATATAATAAAAAGAGTTCAAACTAGTAGAAAAAAACCACCTTTAAA +AATAATGGTCTTTAATAATCACGAAGGAAAAAAAGATTTCTCACTGAGAAGAGAAGAAGC +TAGGTATAAAAGGTTTTTAGGTGATGATATTGTATTTACAGATAAATCTTTTCAAGATTT +TGCAAAAGAACCAGGAACATATATAAAATTATTGCTTAATGATGAAAAGTGAATTGTGAA +AATTCAGAAATTAATATAGAATAATAAATAATGTATTTTTAATAAAACAAAATTACTTAG +GGGGAAATAAAATGAGAATTGTAGACTTAACACATTCACTAGAAAATAATATGCTTATTT +ATGCAGAGCCTAATAGACCTAATATTAAAAAAGTATCAACCGTAGAAGAAAATGGATATC +AAGAGACATTTTTGAGTATGTTTTCACATAATGGGACTCATATAGATTCTACGAAACATA +TGAATGCAAAAGGTAAAACTTTAGATTTATTAGAAGTAGATAATTTTGTAGGAAAAGCAG +TACTTATAGAGTTAGAAAATAAACAAACTATAGAATTAGAATATTTAAAAGAATACAAAG +ACAAAATAGATTCTTGTGATTTTATTATATTTAAATCAGGCTGGGATAAATATTGGGGGG +AGTTAAAATGCTTGGTACAATTGTAAATACTGGAGCAATAATAGGTGGATGTTTAGTTGG +ACTTTTAATAAAAGGAGGAATACCAGAAAGATTAAGTAATACGGTAATGAATGGTATTGC +ACTTTGTGTAATATATATAGGTATATCTGGTGCATTTGAAGGTGGAAATACTTTAATAAC +AATAATATCTATGGCATTTGGAGCAGCAATAGGGGAATTAATTGACTTAGATAAGTGGCT +AAATAAGTTAGGAGAATTTTTAGAAAGTAAATTTTCGAAAAATAAGATAGATGATGATAG +TGACGTAAAAACAAGTACAGTGACAATTTCTCAGGGGTTTGTATCTGCAAGTTTATTATT +TTGTGTAGGTGCTATGGCAGTAGTAGGTTCATTAGAAAGTGGTTTAAAGGGTGTTCATGA +GACATTATTCGCCAAATCTATATTAGATGGAATTTCTTCAATTATTTTTACAGCTTCTAT +GGGAATCGGTGTAATTTTTTCTGGAATATCAGTTTTTATATATCAGGGAGCTATTACAAT +AGGAGCTTCATTTTTATCAGGTATATTAAGTGATAGTGTAGTGAATTCAATGACTGCAGT +AGGGAGTTTATTAATAATGGCATTAGGTCTTAATATGATTAAAGCATGTAACATAAAAGT +TGCAAATTTACTACCATCTATGTTAATTCCTGTATTTTGTGAAATTTTCGGCATGCTTTA +AAAAAACTTTAGACAAATTCCATATTTAGGAGGAATAGTAGTATTATTAATCAAATTAAT +TATATATTAGTTAATAAAATACATATTTAATTTAATGAAATTAAAAGGAGGTTGATTAAT +AATGATTACATTTGATATAAATGGGGCTATTGTGGAGTTCGATGACACTATGGATAACTA +TAACAGCATAAGAAAGCAATTCCAAACTTATGCTTTTAATATATCTAATCAATTTGAAGA +GGATTGTTTGAATAATGCACATACAATAAAGCAAATTTCAGAGCAAGCGTTGGCAATTGG +AGAGGGACTGATTGACAGTATTATAAAAAAGGGTGTGGAAACTATTGTAACTTACAGAGT +AATCACAATAGACTTTAACATATTTAAGGAGCAGTATTGTAAAAAGTATTTAGATTATGC +AAGACTATTTAACAACCTAATGAAGGAGCATACAAATTCAAACAACAGAGGTAGAAAAAA +TAATAATGTTACAAAGTTTTACGAAATAAAACCTATAATAAAAAAATTGGCTGAATATAT +TTATAATGATTGCTTCAATATACACTATGCAATTATCGATGTTTTATTAGACCATAATGT +AAGTAATGTACATTGTTATATTGATAATAAGTCTATAAGACAGGCAAATGCGTTATTCAA +CAATTACAAAGATGGTTTTATTGGAAAGGCAGATGAATGTAAAGTAGTAAAACAAATAAT +ATCTTTAAATCCATATAGGCAAGATATATATGAATTTTTTATAAAGGAAGATGGAGATTT +TTCAGAAGAAATTGAAAGGCTAACAGATTATTTAGGTTATGATATAAAGGAATATAAAGC +AACTTTAATGGATATATATATAAAACAACTAATTGAAAGCAATTGTGTAATAGATATTGA +AAGTTCAAAAGAAAAAGTAAAAAAATATGCAAAATATATAGGTTGTAAAGATGATTCAAT +CTATATTACAAGAATTGATGCAATATATACATTTGAAAATGCTTAATAGTTGTAACTAGA +ACAATAGAATAAAGCTTCTACATTATGTAGAAGCTTTATTCTATATAGTCATAGTCATCA +AAATCATAGAAATAATCAACTAAATTATTTTTATTGCAAAAAGATAAATCATCATAATAG +CTATAATAATTTATATCTTGATCTAGATATAGGCTATCATCATAATCATCATCATAACTA +ACATCTTCTTCAAAGGAATTATACTTAAAAGAAGTATTACTTTTATATGTGTCAGATTTT +AAATTATTATAGTGCTTTCTAAACAAATTAAATTTTTTAGTCATAGAATACACCTCTTAT +AATATTTATAATCAAATTAATTATATGCTTCAAATATATAATTGACAATTTATAAAATAA +AAAACATGTAAAATTATACCATTATGTAGCAAAAAGTATTATACTTAAATTATGAAAACG +ATTTCCGGAATGCGCACCAATAAGTTCGCATTATATCATATCAAAATAATTATTAATTTA +TATTCTTTAGGAGGATTAAAAAATGAATAATGTAGGGTATTTAACTGAATCAGGTAAATA +TTTTACTCAAGAAGAAGCCATTTCAGAAGCTAGAAGATGTTTACTATGTGATGATGAATA +TTGTAGTAAAAACTGTCCGATAGATGTAAATCCAAAAGATATTATAAAATTAGTTACCGA +TGAAAAAATAGAAGAAGCTGTTAAAACTATAAGAGAGAAAAATCCTTTAGCAGCAATATG +TGCAAGGGTTTGCCCTTATGAATCTTACTGTATTGGAGGATGTAAAAACACTGAGTTAAA +AAATCCAATTATGATACCATATATAGAGAAGTTTCTGACAGAGTATGAGAAAGATAGTAA +TTGGAAAAATGAAAATAATGAAATAAATGTTAATCTTACAGGAAAAAAAGTAGCAATAAT +AGGATCAGGTCCTTCTGGCTTAACAGCTGCAGCATTTTTAGCACGTAAAGGACATAGTGT +AACTGTTTTCGAAGCAAGAGAAAATTTAGGAGGATGGTTGAGTTATGGTATACCTCCTCA +TAGATTACCTAAGCATGCTATAAATCAAGATTTAAAATATATAGAAGATTTAGGTGTTAA +ATTTAAAACTAATTGTACTGTTGGTAAAGATATTACTTTGGATGAACTAAGAAAGGATGG +ATATGATGCATTTTTACTTTCTAGTGGCTTAAACAAAGGGAGAATATTAAATATTAAAGG +TTCACAATATAAGGGGGTGATGAGCGCTGTCAGTTTTTTAGCAGATGCTAAATCTCATGA +CGGACATATCCCTATAGGCAAAAGTGCAGTAATTATTGGTGGTGGGGACGTTGCGATGGA +CTGCGGAACTACAGCAAAATTTATTGGATATGATAAGGTTAGGATAGTTGTGAGATGCAG +TCTAGAAGAAATGACTGCAAGTGCAAAAGAGTATAATTATCTTAAATTTGTAAATGTTCC +TGTTTTTGATCATTTTGATTCAGTTGAAATATTAGGAAATGAAGATAATGAGGTATACGC +AATTAAATTTAAAGGTACTGATGATAATTCAGATTTAACAATTGATGCTGACACAATTAT +ATTTGCAGTTGGTCAGATGTCAGAAGGAATTGAAAATATTGCACCAGTAGAATTAGATAA +AAGAGGAACAGTTATAACTAATAATTTTAAGACAAGTATAGTTGATATATTTGCAACCGG +GGATATTATACAGGGGCAAAAAACTGCATGTTATGCAACTTCATTAGGAAAAGAAGCTGC +TATAGAAATAAATAAGTACTTATGTAATTTATAAATATCAAATGATAGTTTTGTAACTAT +TGAATATTATGATGATAATATTAAATTTTATAAAAAATAGGGCAAAGTATGAAATATCAA +ACATTGCCCTATTTAAATTACACTAAATCATTATATATTTTTAAACTTATAGCTGTTTTT +ACTTAGAATTATTTACTGCATTCTCAGCAAATTCTGTAGTAACTATAGAAGAATAAGGAG +GTCTTTCGTCTAATTGATTTGCAGTTTCCATAACCTTCATTAAATTATTTAAACTTTCTT +CAGATAAAACTGGTTCAGAACACCAAGCATCTATTTCTCTATATTTTTGAGCAACTATAA +TTAAATCATCTATAGTATTATCTTCAAAGAAAGGTTGCATTGCTTTTGCTACTTCTTCAT +CAGATGCAGTTTGAATCCATTGTTGAGCTTTGTAAAGTGCATTTGTAAACCTTTGAACTA +AATCTTTATTTTCCTCCATATAAGACTTAGTAGCGGAGTAAGCTGTAAAAGGGATTTCTC +CAGAATCAGCACCTATAGATGCAACAACATATCCAGATCCATCTTTTTCAAGTTGACTAG +CAGTAGGTTCAAAGGCTGTTGTATAATCAGCTTCACCAGCAGCAAAGGCACCAGCCATTA +CTCCAAATTGTACATCAGTACGTACATTAACTTCTGCTGATGGATCATCTTCTCCTATAT +TAAGTCCATGTTGTTTAAGCACATATTCAAGTGTCATTAAAGGAACGCCACCTTTTCTTC +CTCCAAGTATTTCTGTACCTTTTAAATCTTCATAAGAGAAATCATCACTTTTTTCTCTAG +ATACTAAGAAACTACCATCTCTTTGAGTAAGTTGTGCAAAGTTTATTGCATAATCGTCGC +TACCTTGATTATAAACGTAGATTGAGGCTTCTGGTCCCATAAGTCCTATATCAGCTTCTC +CAGAAATTAAAGCAGCCATAGTTTTATCTGCACCTTGAGTATTAATAAGATCAACATCAA +TGCCTTCATCTTCAAAAAATCCTTGAGATATTGCAGCATATTGTGGAGCGTAGAAAACAG +AATGAGTAACTTCAGCTATAGTAACTTTATCTAATTCAGTTTTTTCTGTTGTAGTTTTAT +TTGTGTCATTTTGACTACATCCAGTAAGACAAACAACACCGAGGGCTAAAGAACTAGCAA +CTGATACAAGTTTTTTTAACATAGAATATCCTCCCTATAAAAAAATTCACATGTTATATA +ATATTATTTATGGCTAGTACTTGTTCATGTATTTAATAATAAATTATTTCTTATAACTGC +GAAAGAAGGATAGATTAAATCAATATTGAATATTTAAGTATATTAATGATGGGAGTGGGA +TTGATGTCTACATATAACAATAGTAACTATCTATATGAATTTGATGTTAGAGCAAATTAT +TATAAATTAGAAGGAATAAATGCTATTTTTAGAAACTTGTTAAATATAAAAAGAAAGTAT +AATAATAAGAAAATAATAGATGCTACCTTTATAATAGTGAATCCAAAGGGTGATAAGCAT +ATTAATAAAGACTACTATCAAAGAGTACCTGTATACACGGTAGAAGATATTGTTAATAAA +AATCTTCCAATAATATATAAGGATGCTAAAGTAAAAAAAAGATGAATTATATATTATGAA +AATCATGGATGATATGAAATGGGACAATGTAATTGTAAAAGTTTATCTATTCTAGCTGAG +AATTATTTTATTAAAAACAATATAAATATAGTAAGAATGAAAAATAAAAAAGGAAGATAC +TACAACTTAAAACATACATATTATAAAAAAATTAAGAGTTCCTTGATAGAAAGTATATAG +TTGTAAACAATATAGATACTATTTATAACTATGTATTTTAAGTCATCTAAGAGGTATCTA +TGTTAAGCAGAGTTTAGATTAAGAGTAAATCAAAAATTCAATTAAATAACAACTGAAAAG +TTCCAGTTTTATTATCAGCAATATTGATTATCATTAGTATGTTTACAGAAATACAGGTTG +CTTTATTTAATATAGTACTTCATCTAGTTGTATCCATACTAGGTATAAATCTATCTAAGG +TCTACTTAAATGCAGCAAAAAGTAAAGGAAAAGATGAAATTACTATTAAGGACACAAGTG +TTTCTTTAGAACAATATTTTAAGTGTGCTGTATATTCAATTTTAATATGGGCTATTACTT +TTGCTATAACAAGTTTATCTTTAATTTTAAGTAGTTTTCTAATGTGGATTTCTCCTTTAT +TATTTATAATCTTATTTATTTGTTCTTTTTTTATAGGTGGAATAATATCTTTATATGCTA +CATTTGCAATAACTGCTATTTTAGATCAGGATTACACAGCTTATGAGGCAATAAGTATAA +GTTTTAATTTAGTTAAAGGTTCATTTTGGCAAGTTGTACTATTTGGTTTAAGTTTTATTG +GATGGATGATATTAAGTGGTCTTACTTTTGGAATAGCAGGAATTTGGGTATTGCCATATA +TGGGCGTTTCTTTTGCAAATTATTATTTCGAACTTTATGGTGAAAAATTAAGATAGGGTA +TCATTGTCTTGATACCCTATTTTATAAAAAAGATTTAATTATCTTCTTTTTTTTCTATAT +ATTTTTTCTATTATATTAACAATTTCATACATTACCCAAGAACATATAGCAAGGATGAAT +ACACCCATCATAACTAAGTCTAGCTTGAATACTTGACTACCATATACTATTAAGTATCCA +AGACCGTATCTTGATACTAATAATTCACCTACTATAACACCAACCCAAGCCATACCTATA +TTAATTTTGGTTAAATTAATTAAGTTACCTATATTGGCAGGTAATATTAATTTAAATAAA +ATCTGAAGTTTGGATGCTCCAAAACTTTGAAACATTTTAACTTGTTCTTTATCAACGTTT +ATAAAATAATTATAAGCAGATAAAATTGTAACAACTATTGAAATTGCAACGGCAGTAACT +ACAATACCTTTTATACCAGCACCGACCCATACTATTATAATAGGAGCAAGAGCAGTTTTA +GGTAATGCGTTTAAAACTACAAGGAATGGATCTAAGATTTTAGATAGTCTCTCAGACCAC +CAAAGTGCAACTGCAATTAATATTCCAAGTACAGTACCTATTACAAGACCTAATAATGTT +TCATAAACTGATACTGCAACATGGGTTAACAACTGTCCGCTTTCTACATATTGAATAAAT +AATTTGTAAATAGCGCTAGGTTTACTAAATAAGAAAGTACTTATTACTCCTTGATTAGCA +AGCACTTCCCAAAGTATTACAAACCCAACTAATAAAGCTATTTGACATATTAGTATCTTA +ATTTTTTCTTTTTTTAATCCCTTTAAATAGTCAGTATATCCAGTTGATGATTTATTAATT +CTCATATGTGTCCAGCTCCTTCCATAATATATCAAAATAATCCTGGAAAGCAGGAACTTT +ACGACTTTTAATTGGAGTTCTTTCTCCATCCATTTCTAAGTTTATATCATGTATGTTTTT +TATAGTTGCAGGTCTTTTAGAGAGTATTGCAACTTGGTCTGACATACTAATTGCTTCCGA +TATATCATGAGTAACTAATATAGCAGATTTATGTTCATTTCTAATAATTTTATATACATC +ATCACTGACTAAGAGTCTAGTTTGATAATCAAGAGCTGAGAATGGTTCGTCTAAAAGTAA +TATAGAAGGATCAACTGATAAAGTACGGATTAAAGCAACTCTCTGTCTCATACCACCAGA +TAATTCAAAAGGATACATATTTCTAAATTCCCATAAGCCATAAGTTTTTAATAGATTTTC +AATTCTAGCTATAGATTCAGGTGTTTTTTTATGTTGTATTTCAAGTCCAATAGTTATATT +ATCCATTATATTTCTCCATTCTAGTAAATGGTCTTTTTGAAACATATACCCTATAGTTCC +TTGTATATTTACTTCTCCTGATGTTGGTTTTAAAAGTTTAGTCAAGATGTTTAAAATAGT +AGACTTACCACTTCCAGATGGTCCAAGGAGTGTTAGAATTTCACCTTCTTTTAAGGAAAA +GTTGATGTTTTTTAGTACTTCTAGTTCTCCTTCTTTACCATAAAAGTTTTTGTTGAGGTC +TTTTACTTCTACTATTGTTTGCACGATATCACCCCCTGATAATTAGCTCGTATAATTTAT +TGTATTAATTGAGAGGGTGATTTGTACCAAGTTTAGTGTAATAAATATGAATTATATCGT +AGAGCATGTAAAAACTTATAGCATTTAAATATAAATAAACTAAGCTATTAAGCTAATGTG +AGAAATATTTTATATACTAAGGTATTATAAAAAATGGTCTTGTGGATAAGTTTTGATGTA +TAATAATGATGTGAGAACAAATGCAGAAAAG +>MGYG000000001_67 +TCTATAGGGGGAATATGTTTTGTGGTGAAACTATTATAATCCCTATCGGGGTCGAGATTC +AAATATAAATAAGTTAACAAAACGGACTACTTTATGGGGGGAGAAAAATGAAAAAATTCA +AATTATTATTATTAGTAGCTTTAGGATGTATAGGATTAGTAGGGTGCTCAAGCAGTAAGC +TTAGTGATGCTTTTGACGAAGCAAAATTAAAAACTACTTCACAAGAGATAATTCAAATGC +TTTGCAATGAAGAATATGACAAAATAGAAGATCATATGAGTAAAGAGTTAAAAGATGCAG +GAGCAACGCAGCAAATAAAAGATGCATGGTCTACGGTATCAGGAAAATTAGGAGATTTTG +ATTCATATGAAAAAGAAGCTGTAGTAGGTAAGGAGAATCAAGCTACAGTTGTAACAATAA +ATAAATTTAAAAATGGGAAAGTTCAATTTACTATATCATACAATGAAGATATGGAACTAA +CTGGTTTTTATATTAAATAATATATAATAATAAGCACATGTTAAATGAAAATCTAGAATT +CAGATTCATCTAACATGTGCTTATTATTTAATTACTTAGACTTACGTCTTTTCTTTTGTG +CATTAGCATAGAATGGCGTTTTTTCTTGAGGTTTCTGTTCTTTGAGATTCGATTTGCTAT +TATTTTTAGTCGTAATTTTTGGCTTATCTATTTTCTTTTTTATATCATCTTTTATTTCTT +TTCCAGATAGAGTATCTAAAACTAATTTTTTTATAGTTTTAGCATCTCCAGATTTATTTA +TAAATCCATTAGAACTTTGTGTAGCTATAGCTAAATCATAGTAGTCGACACCTTTTATTT +CGTCTTTAAAGTTAATATAAAAGCTATATTTACCACATTTACTATGTATCATTAATGTTT +CTTCATCAAGTCCAATCTTAGAGAATAAACTTAAATCATCAAATTGTAAAAATTCCATAA +AATCACCTTTTTTCTTAAATTTATGTATAGTATATGAATATAACATATATTATACTATAA +AATCTCATTAATAAATAAAATTTAATAAAAAACAAAAAGAATGAATTAATAAGGACAAGC +TCTTTTTATATATAATTATAATAATATGTAGTAAAGTCATAATAATTAATTTATATTTGC +ATAAATAGAAGTATTCTTTTTAGTATATAAAATTTATGTAATACATAGTATTATTAAGAT +GTCATTACATAAATTTAAGTTTTCCTTAATAAGTTAATTATTAAAAAGGAGGTACTTTAT +GAAGTTTGGAGATAGAGTTTTATATGAAGGCGATGGAGATAGAGTCTTGGGGGTATACTT +ACATGAGGTTAATTCCAAGGAGGCAATTGTAAAATTAGATAATTCAAGGGAAAAAGTTAT +AGTTATGAAGAAGTACCTATCATTTATTAAAGATATAGAGAGTATGGACTTAATTCAAGC +TATGGTAATTGCTGATTATATATCTAAAGAAAAATATGATGGACATTATACTTTGATGGC +TTTTACAACTGGATGTAGATTTTGTTTTGGAACATTAGATAAGATAAATTATAATACGAC +AAGTCTTATGGCATTTGGTAAAACTGTTGAAGAAGCCATTAGTAAGGCTATAAAAAATAA +CATTGATACGGATAGTATAATGAATAAAGAAGATAAGATGTACAAATGATTTTAGAAATG +AATAAGTAATAAATGATTATAGTATTAAAGTAAGATAGATATATTAGAATGTATATAGAT +AAAAATAGAGCTTATTAGATTAATTTAAATCTAAATAAGCCCTTTTTATTTAATTTCTTT +TAGTTATCTTTTTCATTCAAATCTTCATTATTTAAAATCTTCATGAATTCTTCTCCAGTT +ATCGTTTCTTTTTCAAGTAGATAGTGAGAAAGTTCATGTAGCTTATCTATATTTTCTTTT +AAAATAGTACTCGCCTTTAAATGCGCTTCTTTTATTATACTTAGTACCTCTTCATCTACT +TTAGATGCAGTCTCAGACGAGCATGTTAAAGATGCATCTCCTCCTAGATACGGATTATTT +ACTGTTTCTAGAGCAACCATACCAAATTTATCACTCATACCAAATCTAGTTACCATAGAA +CGAGCAATTTTAGTTGCTTGTTCTATATCGTTTGATGCTCCAGAAGTAACAATATTAAAG +ATTATTTCTTCAGCAGCACGGCCACCAGTATAGGTAGTTATTTTGTTAAATGCATCTTCT +TTTGACATAAGTACGCTTTCTGATTCAGATACTTGCATAGTATATCCTAGAGCACCAGAA +GTACGAGGTATAATTGTGATTTTGTGAACAGGGTCACTATTAGTTTGTATAGCAGCAACA +AGTGCATGACCTATTTCATGGTAAGCAATAATCTTCTTTTCTTTATCAGATATAACTGCT +CCTTTACGCTGATACCCTGCTATTACAACCTCTACAGCTTCTTCAAGGTCTCTTTGTGAT +ACTAAATCTCTTTTATCTTTAACAGCTGCTATAGCTGCTTCGTTGACAATATTTGCAAGT +TCAGCTCCAGATGCACCGGAGGTAGCTCTTGCTATTACATTATAGTCTATATTATTTTCA +GTTTTAACGTTTGCAGCATGAACTTTTAATATAGATTCACGTCCAGCTAAATCAGGCATT +TCAACAGGTATACGTCTATCAAAACGACCTGGTCTAAGTAAAGCTTTATCTAAACTTTCA +GGTCTATTAGTAGCAGCAAGTATTACAACTCCTAAACCACCATCAAATCCATCCATTTCT +GTAAGTAATTGATTTAGTGTTTGTTCACGTTCATCATTTCCGCCCATTCCGCTACCATTA +TCACGCTTTTTACCTATTGTATCTATCTCGTCGATGAATACGATACATGGAGCTTTTTCT +TGAGCTTGTTTAAATAGATCTCTTACTCTTGCAGCACCCATACCAACAAACATCTCTACG +AACTCAGAACCTGAAATAGAGAAGAATGGAACATTAGCCTCACCAGCTACAGCTTTAGCA +AGTAAAGTTTTACCAGTACCTGGAGGACCCACTAAAAGAGCACCCTTAGGCATCTTAGCA +CCTATTTCTTTATATTTGTCAGGGTTATTTAGAAAATCTACAATTTCAGTAAGAGCTTCC +TTAGCTTCATCTTGGCCAGCAACATCTTTAAATGTTTTTCCAGTTTGAGCTTCTACATAA +ACTTTAGCATTACTTTTTCCAAATTGCATTGCACCGGGTCCACCCATTCTTTTAGCTAAC +ATTCTAGAGAACATTTGACCAAGCAGTGCAAAAATTAAAATAGGACCTATCCATGTCAGT +AGGAAGTTTAATATTGGAGAACTCTCTTTTGGTATTGACTTAGAGAATGTTACTCCAGCT +TTTTCTAGCCTATTAACTAAATCAGGATCATCCATTTTACCTGTAATGTAGATTTTGCTA +TTTTGGGGGTTTGAAGAAGTGAAAACTATCTCGTTGCTTTGGACCTCAACATCTTTGACT +TCTTTTTTATCAAGCATTGTAATAAATTTTCCATAGTCAACTTCCTCTGTATGTAATGAC +CTCATGCTTGGAAAGAAAAAAGCATTTAGAAGCATTACTATTAATAAAGTCGTTATGTAA +TAATAAATCAGTGGCTTTTTTGGTTTCTTATTATCATCCATATTTCTAATCTCCTTAAAA +TAATGATTATACTAAAATGTTGCAATGATTAATTATTTGAAATTAAAACTATTTATTGTT +ATATATCATAATATATTTTATGTAAATTTACAATATAAACACGTTATATTATAAAAGTTT +ATTATGTTTATAACTTAAATGTCAACCTTGTTAAATGAAAAGATTTGCTAAAATAAAAAC +TAATATGATAGAGAAACTAGTTAATGAAATAAAAATAGTATTAAATTAATAATAAATATT +AATATGAGAAAAAATAATAATAATACATATATATAAATATATTTATTGATAACCTCAAAA +AAAGTATATACACTTTAAGTAAGTGGGTATTGTAACTATTATTTTATAGTTAGAATGCCT +ATTATTTTTAAAAAAGTTGCAAACACAACTAAAATATATCATAACTAGACTAGGGGTGAT +TGAATTTATGATAATTGACCAAACTCAAGATAGAGAAAATAAAATGGGCGTTATGTCCAT +TAATAAGCTATTGATAACAATGTCTTTGCCAATGATAATATCAATGTTAGTTCAAGCACT +ATACAATGTAGTAGATAGCATGTTTGTTTCTCATATAAGTGAGAATGCTTTATCTGCTGT +TTCATTAGCATTTCCACTACAAAGTTTTATGATAGCAGTATGCACAGGTACAGGCGTTGG +AATCAATGCAGTCTTATCTAAGTCTTTAGGAGAGAAGAATTATGATGAGGCAAATAGTGC +TGCAAATAATGGTATATTTCTAGCAGTATTAAGCTATTTATTATTTTTAATTATTGGATT +ATTTTTCACACGATTTTTTTATCAATGTCAAACTGATATTACTGAAATAATTGAAGGTGG +ATATTCATACTTGGTGGTTTGTACTACTTGCTCATTTGGATTATTTGGTCAAATAGTTTT +CGAAAGGCTTATGCAGTCAACAGGAAAAACATTTTACACTATGATTACACAAGGATTAGG +AGCAATAATTAATATAATTTTAGATCCTATATTAATATTTGGATTATTTGGATTTCCAAA +GTTGGGAATAGCAGGGGCTGCTATAGCAACAGTAATTGGTCAAATTATTGCTATGTTATT +AGCTATTTATTACAATGTTTCTAAAAATGATGAAATCAAAATTAAAATAAAAGGATTTAA +ACCAAATTTTAAAACTATAAAGAAAATTTATTCAGTAGGAATTCCTTCAATAATAATGGG +TTCGATTGGGTCAGTTATGACTTTTGGAATGAATAAAATTTTAATGGTATTTACATCTAC +AGCTACAGCTGTGTTTGGCGTGTATTTTAAACTACAAAGTTTTGTATTCATGCCGGTATT +TGGAATAAATAATGGAATGGTGCCAATAGTATCTTACAACTTTGGAGCTCGTAACAAAGA +AAGAATGATTGATACTATGAAAATAAGTATAATATATGCAGTTTGCATAATGATTATAGG +CTTTACTATTATTCAGATTTACCCAGATAAGCTATTATCAATATTTAATGCTTCAAAATC +TATGATAGATATAGGTATACCAGCGCTTAAAATTATAAGTTTAAGTTTTTTATTTGCAGG +TTTTTGTATTATTGTTGGTTCAGTATTTCAAGCATTAGGAGAAGGTGTGCTTAGTATGAT +AGTTTCTATTGCAAGACAATTAGTTGTTTTATTACCAGTAGCGTATTTGTTTTCAAAGAC +TGGTAATTTAAATATGATATGGTGGGCTTTTCCTATAGCAGAGATAGCATCAGTAGTGTT +AAGTGTTATTTTCTTAAAACGTACTTATAATAAGATTATTAAGGATATATAAAATAAAAT +GTCTCAGTTCAATTTATACTGAGACATTTTTATATAAATTCAATTATAATTATCATAATT +AAAATAAAGTTAAAAAATTAGATTTTAATAGTTATTGAATTAATTAATTTAGAAATATTT +TCTCTATCCACAAAATCTATGGGATGTTCATATGCAGATAACATTCCTTTTTCATCATTA +TTTAAATTTTTCTTAAACTTTAATTTCAACTTCATTAATGTCATAAGAACTTTATCTACT +ATAGAAAGATTATTAAAATTAAATCCTCCTCTTAAATAAAAGAAGTCAATATTCTTTATT +TGTTCTTGATTGAAATTAGAATTTTTCATATTATTAATTTCATCATCACTACCAGAGCAT +AAGCCTGTAGCAAAGACTATAACTTTATGTTTTTTTAAAATATCAATATTTTTATTTATA +AAGTCAATACCATTTATACCGCCAGCATATAATCCACCGCCATAAATTATTGTATCGTAC +TTATCTATATCTTCAATTTTTATCTCATGTAATTCATAAATCTCTGCATCTAGATCTTCG +GCTATGAATTCAGCATATCTTTTAGTAAACCCAGTTTTTGATTTATATATAACTATAGTT +TCTATAGATAACACCCCCCTTTGAAAATTTAGCTGAAACTAAGAAGAAAATTAATAGATA +TATATAAAGAATATCTCAAATGATGCAAAAAAGAAATGAAATTAAATAAAGATTTTTGAA +ATTAAGTAAATAATTTATCATATGGATTATACTATAATTATAAAATAAGTACATTAATTA +TAAAATAGGGAGGTAACCAAATGCTAGGATTAGCACTAGAAGGAGGAGGGGCCAAAGGAG +CCTTTCATATAGGTGCAGTCAAGGCTCTTTTGGAAAATGGATATGAATTTGACGGAGTAG +TTGGGACTTCTATAGGAGCATTTAATGGAGCACTAATAAGTCAAGGTGATTTTGAAAAGG +CGTATGATTTATGGATTAATATGGAACCATCTATGTTATTTGATATAGAAGATGAGTGTA +TGAGAAATATTGTTCATAATGGACTTACTAAGGAAACCATAAAATATATATCTAGTAGAA +CTATAAATCTTATTGAAAATAGAGGAATAGATACAAGTAAGATTAGAAGGGTATTATATG +AAAATGTAGATGAGTATAAGTTAAGAACATCTAATATAGATTTTGGTATGGTAACAGTAT +CAATACCTGATTTTAATCCTGTAGAGGTATATAAAGAAGATATACCAGCTGGTAAAATAA +GAGATTATATAATGGCAAGTGCAAATTTTCCAGGTTTTAAGCTATATCCAATTGATGGCA +AATATTATATTGATGGAGGCATTTATGATAATTGTCCAGTCAACCTATTAATTAGAAAAG +GATATAAAGATATAATTGCGGTTAGGACATCTAAAAATGATAGATTTTCGAATATAATAA +ATAAAGATGTAAGAATAAGAAGTATTATAGCTTCGGAGGATTTAGGAAATGCTTTAATTT +TTGATAATGATTTAATAAGAAGGAATATTACATTAGGTTATTTTGACGCGATAAGGATGA +TAAAAAATTTAAAAGGAAGAAAATACTATATAGAGCCTTTTGAAGAAGTATTCTTCTTTG +ATATATTAAATAATATACCAGAAAATGTTATTTTGCAGATAGGAGAAACTTTAAAAGTAT +CACAAATGGATAGCAAAAGAATGTTGTTCGAGAAGATTATCCCAACTATTGCGGACTTAT +TAAAATTACCGAATACAGCAACCTATGAAGAAATATTTATAGGTTTATTAGAAGTAATTG +CAGAAAAGAAAAGTGTTGAAAAATTTAATATTTATTCTATAAATGAATTTATCGATGCAA +TAGAAAAAACTTCACCAATAGAAAGTAGAGATGAAAGGAAAAGAAGACACTTAAGAGACT +TGAAAAAGTTGGTTTCAGAGTTATTAGGTAGCCATATGTTAGATGAATTAGCATATGTAG +TTTTAGATACTTTACCTATAGAAAATTTTAAAATTAAATAATTATTAAATATATATAGTA +TTTAATGTATAGAAATAGGGATTTAAGATGACTTTATATTACATCCCTATTTTTATAGAT +TAAGTTCAAAGTTAGATTTATATTTAGATGGTGTACATTTTTTATATTCTTTAAATTTTC +TTATAAAATAACTAAAGTTATCAAATCCAACAGAAAAGCAGACATTCATTATTTTAACAT +CTTCAGTTTTTAATATTTCACATGCTTTTTCTATTCTATATTCGTTAATATACTCTATAG +ATGTTTTACCTACGTTAGACTTGAAAAATTTGCAAAAGTACTGAGGGCTCATATTTGCGA +CTTGTGCTAACTCAGCTATTGTTATTTTATTATGATAGTTTTTTTGTATATAAGAAATTA +TTTTTTTTAATATATTAATTTTATCTTTATTAGGATTTAGTTTATCTTTTTCAATAAGGC +AATTTTCTTCAATTAAGAAAGTAAGAATCTTAAGAAGAGAAGCCTTTATAGAAATAGACC +AGCCTAAAGATTTTTTATCATAACTTTTTATAATTTCCTTTAATTCATATATTATTTTAT +TTTTGAGGCAATCATTATGTTCGATTGAAAGAGGGAATTTTAATTTATTATTTAATAGAG +GTGTAATATAGTAACTTTGACAATGATCAAATTGTTCAAAGGATAATATCTCGGGTTTAA +AAACTATAGCGTGATGTAGAGAAGGATTATTTTCTCTCACATAAATTTTATGTAAATCAC +CACTATTTATAAAGTATAAATCACCAGGTCTACCTATAATATCAATGTCATTTACAGTAA +TATTAAATTCTCCTTTTTCAATATAAAGGATTTCAATTTGCTCATGCCAATGGTACTGTA +CTGAAAACTCACCGTTAGAATCAATCTGATAATAAACACGTAAAGGAAAAAATGCATTTC +CATGTGTTGAATTTTCTCTAAAATTTTCTATATTCATGTCCAATCCCCTTAATAAGTTAA +AATTGTGTTATTAATAAATAAAATAGTGCAAGCATTATACATATTATAAACGATATAATA +TGATTGTAAGTTAATATTATACTATTTTCAATATTTTACACTTAAAATTAGTGGATCATA +GTAAGTATAAAATTTATTTAAATAAAGGTATAAAAAGGGGAAGAGTTATGGTAAAGAAAT +GGTGGCATAGTTCAGTAGTTTATCAAATATATCCAAGAAGTTTTAAAGATAGCAATAATG +ATGGTATCGGAGATATTAATGGAATAATTGAAAAGTTAGATTATTTAAAAGAGCTTGGAA +TAGATGTAATATGGTTAAGCCCAGTTTATAAATCTCCAAATGATGATAATGGATATGATA +TAAGCGATTATTGTGATATTATGGACGAATTTGGAACTATGGATGATATGGATAGACTTT +TAGATGAAGGTAATAAAAGGGGAATAAAAATTGTAATGGACTTAGTTGTAAATCATACCT +CAGACGAACACAAGTGGTTTATAGAGGCTAGAAAATCTAAAGACAATGAGTATAGAGATT +ATTATGTTTGGAGAGATGGTTTTAATGATAAAGAACCAAATGATTTAGAGTCAATGTTTA +GTGGAAGTGCATGGGAGTTAGATAAACAAACTAATCAATATTATTTACATTTATTTAGCA +AAAAGCAGCCAGACTTGAATTGGGAAAATCCTAAAGTTAGAAATGAAGTTTATAAAATGA +TGAATTATTGGATAGATAAAGGTATAGGTGGATTTAGAATGGATGTTATAGATTTAATTG +GTAAACTACCAGATAAGAAAATAACAGCAAATGGACCTAAGTTACATGAATACATCCAAG +AAATGAATAGGGAAACACTAAGAGATAAAGATTTACTTACAGTAGGAGAAACTTGGGGTG +CAACTCCAGAAATAGGAAAAATGTATTCAGATCCAGCTAGAAATGAGCTTAGCATGATAT +TTCAATTTGAACATATAATGCTAGATCAAGAAGGAGAAGAAAAATGGGATTTGAAACAAT +TAAATTTACTAGATTTAAAAAGAATATTGTCTAAGTGGCAAACCGCTCTAGGTGATGAAG +GTTGGAACAGTTTATTCTGGAATAACCATGACTTGCCAAGAATAGTTTCAAGATGGGGAA +ATGACAAAGAGTATAGAGTTAAAAGTGCAAAAATGCTAGCTACACTTTTACATGGTATGA +AGGGAACTCCTTATATATATCAAGGAGAAGAACTTGGCATGACCAATGTGAAATTTGATA +ATATAGAAGATTATAATGATATAGAAAGCTTAAATATGTACAAAGAAAGAATATCAAAAG +GGTATAAGCATGAAGAAATAATGGAATCTATTTATGCAAAAGGAAGAGATAATGCTCGTA +CACCTATACAGTGGGATGATAGTGAATATGGAGGATTTTCAACTTCAAAACCATGGTTAG +CGGTAAATAAAAACTATAAATATATAAATGCTAAGAATTGTTTAAAAGATAATGACTCTA +TATTCTATCACTACAAGAAATTAATAGAAATAAGAAAAAGCAATGAGACTATTATCTATG +GTGATTATAATTTATTATGTGAAGATGATAAAAATATATTTGCTTATACTAGAAAACTAG +ATGGAGATACTATTTTAGTTGTTTGTAACTTTTATAATATAGAAACTAAAATTAATTATG +AGGGTGATTATGAAAGTTTGGAAATATTAATAAGTAATTATAGTGATTCTAGTATTAATT +TAAGCAATTTGAAGCTAAGACCTTATGAAGCTATTATGTATAGAATTAAATAACTATATA +TAGATATGAAAATAACCTGAAAGATGTATGCTTAAATCATCTATCAGGTTATTTTTTAGA +TAAACCAACCCTTTGAGATATTAGTAATTCTTCAGAGGAAGCAGCATCTGTACCAATATC +ATTCGAAGCTATAAATTTTACATATTCCAACATCCATAATTATTTAACAAAATAGACATC +TAAAAAATTGTATTTTTCGAGTAACAAAATATAATACAAGTTGAATATAATATAATGATT +AAATACTACTAAGGATATTGAATTCTGGAGGATATTATGGAAATAAGCTTATGTATGATA +GTCAAAAATGAAGAAAATGTTATAGATAGATGTTTAAATTGTGTAAAAGATGTAGTGGAT +GAAATGATAATTGTTGATACCGGATCTACTGATAATACTATAGCTAAAGCAGAGAGCTTA +GGAGCAAAAATATATAATTTTCAATGGATAGATGATTTTGCAGAGGCTAGAAATTTTTCC +TTTTCAAAAGCAACAAAGGATTATATTCTATGGCTTGATGCCGATGATGTATTAGAAGAA +GATGACGTAAAAAAACTTAGAGAATTAAAAGAAAGTATAAATGAATGCGTAGACTCAGTA +ATGATGAATTATGTATTACAAGTAGATAAAAACGGAAATAGTGTATACTCACTAAAAAGA +AACAGATTAGTAAAGAGAAATAGAAATTTTAGATGGGTTGGATATGTTCATGAGTATCTA +GAAGTTTATGGTAATATAATTCAATCAGAGATAAATATTGTTCATAAAAAAGACAAGGAA +TATACTAACAGGAATTTAGAAATTTATGAAAATAAATTATCTTCAGGGGAGGAGCTAAGC +ATTAGAGATATTTTGTATTATGGAAATGAACTTTATGATAATGGTAGGTATGATGATGCA +ATAAAACAATATATAAAATTTATAGATACAAAGCAAGGATGGGTAGAAGATATAAAAACA +GCATGTTATAAACTTGCGGATTGCTATATGTATAAAAATGATAAAGATAATGAATTAAAG +TACATTTTAAAATCATTTGAATATGATGTTCCAAGAGCAGATTTTTGCTGTAGATTAGCA +TATAAATTTTTAGAAGAAAATAAAATAGAAACAGCAATATATTGGTATAGACTTGCAATA +CAATCAGTGCCTAAGGATGAAAGCGCTAGCTTAATAAATCACGAAATGTATACTTATTTA +CCTTGGATTCAACTTTGTGTATGTTATTCTAGAATTGGAAATATGAAAGAAGCATATCTA +TGTAATGAAATGGCAGCTAAATACAAAGAAGATGACGAATATGTTAAGTATAATAGGGAA +TTCTTAAAGGATAAAGTTGATTTATCAATTTAATAATAAGGTATTAATTTATGAAAGGTT +AGATATCTATGAAACTAGTAAATAGATGTACAATTTATAGAAGTCCAATATATAAGTATG +CATTAACTAATTTGAATTTAAGAAGTGATAAATCAACAAATTCCAATGTAATTAGTGTTA +TACCAAAGAATTCAAAGCTAGAAGTAATTGATGAAGATGATGAATGGCTAAAGGTTAAAT +ATGACTCTAGAGAAGGGTATGTTTATAGTGATTATGTTTCAATAAGCAAACATCCTTGGA +CTAATCTAAACTTGAGAGAAAATGAGTCAATAGAATCTAAATCTTTAGTAATAATTCCTC +AAAAATCAAGGGTGGAAATTCTACAAAATGATGGAGACTGGAGTAAGGTAGTTTATAATG +ATATAATAGGATATGTTTTCAATTATTATCTATCTGATGATGGCAATAAGCCTAGTGATT +TAAACTATGAATACTTTTTTACTGATATGACTAAGTTTGTTAATGATAACAATATAAAAA +GTACTAGTAATTATTTAATTACTACAGATCTTAAAAATAAGTATACTTATATCTTTAGAA +AAGATAATGGAAGATGGGCAAATTTGTATAAATATAGAAGTACTGTAGGAAAACAATCAA +CTCCAACTATAACAGGCATATTTAATATAAGCGGTAGAAAACCATCTTTTGGAACTAATG +AATATCAAGTTAAGTATGCTACAAGAATTAAAGATGGGTACTATTATCACTCAATACTGT +ATGATTCAACTGGAAGTTATATAATAGATGGAAGACTTGGAATGGCCCTTAGCCATGGTT +GTATAAGATTAGATACAGATAATGCAAAATGGATATATGAGAATATACCAGATAATACCA +CAGTGATAATTCATTAATATAATAGATAATCAAGGAATAAGTTGATGTTATACCTTGATT +TTTTTTAGTATTTAATAATATAGATATTAATGATAAACTTATAAAAAAGAATTCATAAGG +AGAAATAACATGAAGAGATTGATGATAATAGAAGATACTCAGGTAATAAGAGAAGAGTTA +ACTTTTTTACTTATAAAATATGGATATGAAGTTATAGCACCTGTAGATTTTGAAAATATA +ATAAATGATATTAAATATGCAAAGCCAGATTTGATATTATTAGATATAAATTTACCTGTA +TTTGATGGATTTTATATTTGTAGAGAAATAAGAAAAGATACAAATATTCCTATAATAATT +GTGACAAGTAGGAATAGTGAGATTGACGAATTAATGAGTATGAATTTAGGGGCAGATGAT +TTTATTACAAAACCATATAATACTCAAATACTATTAGCTCATATAAACGCTGTATTAAAA +AGAGCTTATGCAGATATGGAAAGCTCAGATATACTGGGTATTAGAGATTTAGAATTAGAT +TTATCAAGGGGGATAATAAAAGCATTTGATAATACATTAGAAATTAGTAAAAACGAGCTT +AAGATATTATCTTATCTTATAAAAAACAAAGAAAAAATAGTATCAAGAGATTCTTTAATG +AATTATATGTGGAACTCAGATATATACATAGATGATAACACACTTTCTGTAAATATTAAT +AGATTAAGAAAGAAGCTAGGGGAAATAGGTTTAGAGGATTATATAGAAACTAAAAGAGGA +TTGGGGTATATGATTAAATGACAATATTACAATATATAAAAGATAAATCATTATTTTTAA +TAATAAACCTTGTACTATTTTTTATAGTTTTTATTATTTCTATTTATATTAATCTTAGTT +TTGAATTGGTAATAGGAATTTTTATATTATGGTTTTTCCCACTTATATCTTATATAATTT +TAGAGTTTATAAAATTTAAAAAGTATTATGAAAAAGTAGAGGGTATATGTGATGGTCTAG +ATAAAAAGTATTTATTATCTGAAGTAATAGAAGAGCCAGAGTTTCCAGAGGGGAAGATAT +TATATGATTTACTGAGTGAAACAAATCGTTCTATGAGAGAAAATATTAATTATTATAGAA +ATATCCAAAAAGAATATGAAGAGTATATAGAGATGTGGGTACATGAGATAAAAACACCTA +TAGCTTCTACATTGTTGCTTATTGAGAATAACATTGATATTATGCCTTTAGGTATAAAGG +AACAAATAAAAAATATAGAGGACTATGTAGAACAGGTATTATATTACTCAAAAATAAATG +ATGTAAATAAAGATTATATAGTAAAAAATGTTAACTTAGAATTAGTAGTAAAAAATGTAA +TAAGGAAAAATGCTAGTGATTTTATACATGATAAATTATCATATTAAGTGCAACATCTAA +AAATATGTAAAAAAATAGTTCATAAGTTTATGTTCATGTTACAGTAATAATAACCAC +>MGYG000000001_68 +ACTAGTCACTATGGGTCTATTTTTTTGCAAAAAACATTTTACTTTATTTGGAAATTAAAT +TTAACTAGCACAATAGATTAATTATTCTATTTTTATATTATTGATTAAGATAGTTTTTTC +AAAAAAAGTATGAAAAAGCTAAACTTTTCACAATGATATATTCTATATATAATTTAAAGT +GTAAAGGATAGTTATTAAACATCAATGTTAATGGGATACTTTTTTCACAAAATTTATGAA +AAATCTCAGCTTTTATATAAATTTCTTTTATAATATAATGGGATTTGTAATAAACAGTAT +AATTTTGGAAAAAGGGAGGAGCATATATGCGAGAAAGTCTCATTCTTAAAGAGTTAAAAG +ACAGTGGTGATTATCTAAGTTTAGATTATTTCTCAAAGAAATTTGAAGTATCAACTAGAA +CAATAAGAAATGATATGAAGATAATCGCAATTGATGAAAAATGTAATGGGTTTAAAATAG +AATATAAGAGTAAGCTGGGATATATTTTACAGATAGAAGATGAAATGAGATTTGAACGAT +ATCTTAAAAGCTTATCCCCTGTTCCTTTAGATAGCCCAGAACAGCGATTAAATTCAATAA +CTGCATTACTTTTATTAAAAGATGATTATACAACTATAGAACAACTCAGCCAAGAGTTTT +TAGTTAGCACATCTTTAATTAAAAATGATTTAAAAAGATTAAGTCAAAAACTTAAAGATA +CAAATTTAGAATTAGAACGTAAAGCACATTATGGGATTAAGATAATAGGACCAATTAAAT +ATAAACAGAAGATTCTATCAGAAATTGCATCAAAAGATAATAGAAAGCTTGAAGAGTTTT +ATAGTAAATTTATCAGTGATAAGAAAATGGAAAATATAAAGACTACAGAGGAAAATATAC +TAGTTAAATATAAGCTAGAAGCAAACTTTGTAGAGCTTGAGGAATTAAAACTTCAATTAG +TACTTTTATATATTAAAGCTAGTTTGAGGAGAAATAACGAAGAAAAAGAAATTACACAAT +TAAAGGTATCTTATAATGATATTATAATAGAACATATTATCAGAGAAGTTTTTTCTGAAC +TTCAATTTTTTATTACAGATGAGGAAAAGGATTACCTTAGTGATTTTATAAAAAGAAAAA +CTAAAAATAAGGAATCTGAAATAAATAGTGCTCAAAAAGATAAGTTACAAGAACTTATAT +ATAATTTCTTTGAAGAGGTAGATAAAGAATATAACACTTATTTCTTAGAAGATAAAGAAT +TTTTTAATTTATTATATCTTCATATAGCATCTTTAATAGAACGTGTTAGGAGAGAACAAA +ATCTAAAAAATCCTTTCTCTCGTCAAATAAGTCATCAATATCCAACTGTATTTAATTTAG +CAATTCAATTATCTAAGAGGCTAGAAAAAGAATACGGAATTAAGATTAATCAACATGAAA +TTGGATTTATAGCTACTCATATTGCAGTGCCTTTTGAAAAAAGACAAGGAGAAAATTTTA +AACAAAAATACAAGATAGGAATAGTTTGTTCTTCGGGTGGAGGAAGTGCTTATTTAATTA +AATTAAGATTACAAGAAATATTTCCAAATGCTGAGGTACAGAATTTTTCATTATTGGATA +AAGATAAAATAGTAAACTTTTCACCAGATTTGATTTTTTCAATTACGGATTTAAGTTTTG +AAGTGCATGCTCCTGTAATTTTAATAAAAGAGATACTAGATGATTTAGATTATTTAAAAA +TAAAGGAAAGTGTAAGATATGTAGATGATTTTGGAAAAGTAACTAATCCTAAACAGTATT +TCTTAAGTTTATTTAGCAAGAAACATTTTACTTGTATTACACAAAAATCAGAATATAAAG +GCATTCTTGACACGATGGCACAAAAAGTAGTTGAAGATGGGGCCTGTGCACCGAGTTATC +CAAAAGATGTTTGGGAGCGAGAGAGTTTTCTAAATACAATATATACAAATGGGGTTACAA +TTCCACATCCAATTGAAATGACAGGGAATAAAAACTTAATATCAGTAGGTCTTGTACAAA +CTGATATTGAATACGAAGAACGTAAACCTAAAATTATATTTATGGTTTCTTTAATAAAAG +GAAATCTTGAATTACATAAACTAGTTACAAAGCATCTTAGTATTATTATGGAAGATGAAA +GTGTTGTTAATAGATTAAGGGAATCACAGTCATATGAAGAATTCATGCATAAATTAAAAA +ATAGCCTGGGGGGATAGCAGATGAATTTAGAGTTTCTAAAAAAACTATCAGAAGCAGATG +GAATAGCATCTAATGAAGGGGAAGTTAGAAAAGTACTGTTAGATGAGTTAAAATCACACA +GCGATAATATAGTTTGTGATGGATTGGGAAGTATTATTTTTTCAAAAGAAATAAATGAGA +ATGCACCTAAAATTATGATTTGTGCTCATATGGATGAAGTAGGTTTCATAGTAAGAAGCA +TAAGTAAAGATGGAATGATCCATTTAATGGTAGTTGGTGGAGTTAAACCTTTAGCACAAC +ACTTACAGAAAGTAAGGATAACAACTGAAAGTGGAGTTAAAATACCTGCGATTATAAATG +GTACTTATAAAAATGAAGCAACAGAAGATTTATATGCAGATATAGGCGCTTATACAGATG +AAGAAGTATATAATTTAGGAATTCAAGTTGGAGATATGGTAACATATGCAACTGAGTTCG +AAAAGTTTTCACTTCCTAATAGATTAGTAGGTAAAGCCTTTGATGATCGTCTAGGATGTT +TCGTAATGGGAGAAGTACTAAAAAATTTAGATGATAAAAAATTAAATAGTAATATTTACT +TCGCAGCTACTAGTAGCGAAGAAGTAGGTATAAGAGGAGCAAAAACAGCAGCGCAATTAA +TAAACCCAGATGTTGTATTTGTAATAGATGTAGCCTGCCATAGAAATGAGTTTGTACGCG +ATCATACAAATAAAAAGCAAATTGATAAAGGTGTAATGCTTATGCATTTTGATAGAACAT +TAGCACCAAATAAAAAAATGATAAATTATGTGAAGGAAACTGCAAGTAATATAAATGTTC +CACTTCAACACGATATGTTCAAATCGGGTGGAACTGATGGAGGAGAAGCACACAAGGTAA +ATGAAGGAAAGCCAACTGTAGTTACTTGTCTTCCAGTTAGATATGGTCATTGTGCTTTTT +CAATAGTAAGCCCAATAGATCTTGAATTAATAATTAAGTTATATACAGAATTAATATTAA +ATTTTGATTCTGAGAAATACAAAGAAATAAAAAAATTTATCTAAGAGGAGAAAAAGACAT +GGGATCAACAGAATTTGAAGTAATGGAACTTATAACTACTGCTGGGGAAAGTAAAGCTAA +AGCTTTTGAAGCATTAAAAATGGTAAAGGATAAGAAGTTTGATGAGGCTAGAGAATTAAT +AGCTGAAGCTAGAAAAATAGATGTTCAAGCACATAGGATTCAAACTGAGCTAATAACTAG +GGATATAGATGAAGATCAAGAAAGTCCTGCTATGGGATTATTAATGGTTCATGCTCAAGA +TCACTATATGACATCTCAGTTAGCAAAGGATTTAATAGAAACTTTAATAGAGGTACTTGA +TGATACAAAGTAATTAAAAGAATTAATTGTAAAAATATAAATTAAAAATAATTTTAGGGG +GAATGATTATGAAAATATTATTATGCTGTGCAGGTGGATTTTCTACTAACATGTTAATGC +AAAATATGAAGAAGGTAGTTAAAGAAAGTACTAAACTAGATGAAAATGATTTTAAATTTA +CAGCTATACCAGCTGATTCATTAGAAAGTGAGATAGATGATTGGGATATAGTGATGATTG +GGCCACAAGTTTCTCACAAAACTGACTTTATAGAATCAATATGTAAGCCAAGAAATAAAC +CTTTTGTTGTAATAGATAAAGATGTATATGGAAAAATGGATGGGGCAACAGTAATGAAAT +TAGCTTTAGTAACATATAAAAAACATGAATTAGCTAATGCAGCAAAATAGTGGAGATAAA +AATTAATAAATAATAGGGGGATGACAATGTTCGCAAAGTTTGAAGCATTTATGAATCGTG +TATTTACACCTATAGCTCACAAAGTGGATAATCAACGTCACTTAAGTGCTATAAAAGCAG +GAATGGTAGCAATGACTCCATTCACTATACTAGGTAGTTTCTTTGCTATAATTCCAGCAC +TTCCAAATATGATAGGTGAAAATAACCCAGTAAGTCAATTTATATTAAATAACGCAGAAA +TATTAGATTTACCAGTAACTCTTTCGATAGGATTAATCGGACTGTATGCTTGTATGTGTA +TATCTTTCAACTTAGGTAATCATTACAAATTATATATTCCAGGTTGTGTTACTCTTTCTA +CTTTTGCTTTCTTATTCTTAGTATCATCGTTTACACCAGATGGAACTTTGGAACTTGGAA +ACTTAGGCGCTAAAGGTTTATTTACAGGTATGCTTACAGCTATAGGAGCAGTAGAACTTT +ATAATTTATGTAAGAAGAAAAATCTTACAATTAGGATGCCAGAAGGTGTACCAGACTTCG +TGTCTAAATCATTTGAATTAATACCTACAACTATAATCGTTGGTGGTACATTCATCGTAT +TACGTTTTGTATCCTTAAATGTTTTTGGAGAACTACCGCCACAAATACTTACTAGATTCT +TAGAACCGTTAGTAGGTAGTATGGATAACCCATGGGCAGTATTGGCATTAAATTTCTGTA +TATGTACGGTATTCTTCTTTGGTATACACTCATCAGTTTTCAGCCCAATAACTCGTCCGA +TAATGGTTACATTTATAGCTGAAAATATAGCTGCTATGCAAGCTGGTCAGCCAATACCTC +ACTTCTATACAGCAGGTGCATCTAGTGCATTCTTCGGATTTACAGGCGCAGGTATAACTA +TAGGTTGTGTAATAGCGTGTATGTTATCTAAAAATAAGAGTTTCAGAAAGATTGGTCAAG +TATCATTATTCCCATCATTATTCGGTATAAATGAACCAATATTATTTGGTGCTCCAATAA +TATTAAATCCAATAATGTTTATACCATTTGTATTTGGTGGAGCAATAATAGGTACATTAC +CTATGTTCTTAATGCACTACGGATGGCTAGCTAAGCCAGTATTTGATCCTCCATATGTTG +GAGTATTCCTTGAGGGGTTCTTAACAAATGGAGATTGGCGTTCAATAGTAGCAAATGCAA +TACAATTAGTATTAACAGTATTACTATATATGCCATTCTTTAAAATAATGGAACGTCAAG +CTAAAGCTAAATTAGAAGAAAGTAAATGTGCTAAAAATATATTTACAGAAGATGAAGCTG +ATTTATTAGATGATTTAGACTTAGATTTCTAGGAGATGGGTATGAATAGTAGATTAGATA +AAATTAAAAAATTAATAGAAGCAAAAAATATAGATGCATTACTAATAAAAGGTAAAAGTA +ATAAGCGATACATTGGCGCTTTAACAGGTAGTGGAGTATATGTTTTAGTTACAAAAGATA +AGGTTTATCAAATTTTAGACGGAAGATACATTGATGAAGCAAATAAAAAAACAACTGGAT +TCGAAAATAAAGTTGTTCCACAAGGATCATATATACCAACTATAATAGATTTACTTAAAG +AATTATCTATGCAAAAGGTTGGAATAGAGAGCCAAGCTATGAGTATAAAAGAGTATATTA +CTTTAAAAGAGCATAACTTTGATATTGAATTAATAACTAATGAGCTAGGAAAAGTAAGAT +CAGTAAAGTCTAAAGAAGAAATTGAAATTATTAGAAAAGCTTGTGAGTTAACAGATGAAA +TATTTGAAGAAGTTATTTCTGAAATAAAAGAAGGTATGACAGAGTTAGAGGTTTCTGCAT +TACTTCATTATTGGACTTTGAGAAAGGGTGCAAGTGGTATGGCTTTTGATCCAATTGTTG +CATCTGGTGAAAGGGGGGCCATGCCACATGGCCGTCCTACAACGAAAAAATTAAAAAGAA +ATGAAGCTATAACCATTGATTTCGGTATTGTTTATAAAGGGTATCAATCTGATATGACTC +GTACGATATCTATAGGAGAACCACCAAAAATAATTCAAGAGATATATAAAGCAGTTTTAA +AGGCTCAGGAGTTGGCAATAGAAGGAATTCGAGAAGGAGTATCTGCTAGAAGTGTAGATA +AAATTGCTAGAGATAGTATAACAGAATCAGGCTTTGGTGAGTATTTTACTCATGGCTTAG +GTCATGGAATGGGACTTGGTGATGGTGAAGTACCTACGCTAAACTCTAGAAGTGAAGATA +TTCTAGAAGAAGGCATGGTTATGTCATGTGAACCAGGTATATATATTCCTGATGTAGGTG +GAGTACGAATAGAAGATGATATCGTAATAATAAATGGAAAAGGTGTTTCACTCAATAAGA +CGTCAAAAGAATGGATTATACTAGGAGAGTAAAAATGAAATATGATTTTGATAAAGTAAT +AAATCGAAAAGAAAGCCATTGTAGAAAATGGAGTAATAAGGTTTTAAAAGATAAGTTTGA +CTTAGATGAAACTGCAATTCCAATGGATTTAGCTGATATTGATTTTGAATGTTCACCAGC +AATAAAGAGTGCAATAGTTAATAGGGCATCAGTGGGGGATTATAGTTATACTTTTGTAGA +AGATGAATTTTATGAATCTGCAGTTAATTGGAATAAAAGAAGATTTAATATTGATATTGA +AAAAGAATGGATAAAATTAACTTTTGGTACGGTTTCAACTTTACATTATATAGTTCAGGC +ATATACAAAAGAGGGTGAAGGTGTATTAATTAATACACCTGCGTATGATCCTTTTGCAGA +AGCAGTAGAAAATAATAATAGGAAACTATATTGTAGTTCATTAAGATTAATTGATAATAG +ATATTACCTAGATTTTGATGATATTGAAGCTAAAATGAAGGATGGTAATATCAAAGTATA +TATATTCTGTAGTCCACAAAACCCTTCAGGACGTATATGGACAAAGGATGAATTGTACAA +ATTATCGGAGTTATGTTTAAAATATAATGTGCTATTAGTAAGTGATGAAATACACAGAGA +TGTAGTATTTAAGGGACATGAGTTTATATCTTTATGGAATGCACATCCAGATATTCATAA +TAATAGTTTAATATGTATATCTCCAAATAAAGGATTTAATTTAGGAGGACTTAAAACTTC +ATATGTTATAGCAAAAAATAAAGAAGTAAGAGAAATTTTATTAGGACAGTTAAAAAGAAA +TTCAATAACATCTCCAAATGTATTTGCTATACCAGCAATTACAGCAGCTTACAATGATAG +CGAAGAATGGTTAGATGAAATGACTAAGTATGTTGAAGGAAATTTTGAAATAGTGTACGA +TTTCTTTGAAAAAAATATACCTAAGGCAAAGGTAATGAAATCAGACTCTTCTTTCTTAGC +ATGGATAGATGTAAGAGAATTATTTGAAGATGAAGAAGAAGCAAATAAATTTTTTAAAGC +TGCAAAGGTAACTATGGTAGTAGGAAGTTATTTTGTTAAAGATGGAGAAGGATTTATTCG +TCTTAATATAGGATGTCCTAGAGCTACATTAAATGAAGCTCTTAACAGAATTAAAGAGAC +ATATAAAAAACTTTATCATAATAAATTTAGTGTAAGTATGAATATAAATTAGATAAAAAA +GAGTTGTTCAAGTGATATATTTCATTTGGATAACTCTTTTTTTGTTGATAAAAATATAAT +AATCGACAAAATTTTTATGAAAACTAAATATTTTAATAAAAAAACTAAATATATTTTAAA +AAAGTTATTGACTAGAAATAAAAAGATGGTATAATGAATTCATAAATCAGATGATAACAA +TTATCAATATTGAGAGCTTATATAAATAAAATAAATTGGAGGATATAAAAGTGAAAAGGT +TAAAATCATTAATGCTATTAGGCGTAACAATAGCTACACTAGGATTAGTTACTGGGTGTT +CGGGAAACAGTAACAATGAAGTTTCAAAAGATGAAGCACAAACAAGAATAGTACAATCAG +TAAAAGGAGAAGTTGAAATACCAGCTGATCCTAAAAGAATAGTTGATATATCTGGGAGTA +GTGAAGAGCTAGCTCTATTAGGACATACTCCAGTAGGTACAGCCAATGTAGACTCATATG +AAACAGACAAAGTTCCATCATATGTACAAGATAAATTAGGTGATGCAAAAGTAGTTGGTC +ACTCAATGATGGATACAATGGATATAGAAGCAATACTTGCTGCAGAGCCAGATTTAATAA +TAATGGCTCCAAGACAAGAAAAAATATACGATCAATTAAAAGAAATAGCTCCAGTTGTTA +TGTTAGAAGATAGATCAAACGATTGGGAAGCAAAACTTAAGGATGTAGCGGCATTATTCG +GACAAGAAGAAGAAGCTCAAAAGTGGTTAGATAATTACTATGTAAAAGCAGAAGAAATAG +GTAAGGAAATAAAAGAAGCTAACGGGGACCAAACTTACTTAACAGTATTAGCATCATCAG +GACAATTTATGGTATTCACTGAAGGTGGTATAGGAACTGTATTAAAAGAAGATATGAAAT +TACCTCAACCAGCTAATATGCCTGAGCAAGATAGCATAACATTACCAACTGTTACTATGG +AAGGTTTAACAGAAATAGATGCAGATCACATAATAGTTATAGCTACAGAATCAGATAAAG +CTGATTTAGAGGCAAGTACGGTATGGCCACAAATAAGAGCTGTTAAAGAAGGTAACGTAA +CAATACTTGATGCAAGTCCATACTTCAGTCAAGCGTACAATCCAATAGGAAGAGAATTAT +TATTACAATCAATCAAAGATGAAGTTGTAAAATAGTAAATATATAGAAGTAGGTGGTGAA +AAACTATAAATTTTCATCACCTACTATTTCAGTTTATAGAAAAATTATATTTTAAAAATA +ATTGTATTAAAGTTTTGTGGGTATATATTAATTATAGTACTTCAGTTAACTTTGATGTAA +GGAGGATGAAGAATGGCTAAACCTAAAAGAAAAACCTTAGCTTATTCATTAATGATAATA +GGAATAATATTGCTTGTAGTTGGGATAGGAATGTCCATATCTCTTGGAGCAAAACAAATA +GATTTTTCAACAATAGTACAAAGCTTATTTACAAATGATAATGATGTAAATATTAAAATA +ATCAGAGATGTTAGAATACCTAGAGCAGTTGCAGCAGCACTTGTGGGTGGTTTTTTAGCA +GTGGCTGGAGCAATAATGCAGGGAATAACAAGAAATCCTATAGCGGAACCATCTGTAATG +GGAATTACGCAAGGTGCTACATTTATGATAGCAGTAGCATTTGTATTACAAAGAATTTAT +CCTAATTTAGTCATAGGAAGTTTCGGGCTTATGATATTTGCCTTTCTTGGGGCTAGCATA +AGTGGACTTTTAGTATATTTTGTAAGTTCAAGGTCAGCTAGAAAAGTAGACCCAGTAAAA +CTTGCTCTTGCAGGAACAGCCTTAGGTACTTTATTAATATCTTTAGCAATGGGAATATCA +ATGTACTTCAATCTATCGCAACAATTAAGTTTTTGGATTTCAGGAGGATTAGTAAGTGCT +AAGTGGCAAGGTGTAAAATTATTATTTACAGTTGGTGGAATTGCATTTATAGGAGCTATA +ATAATGGCACCGAAAATAACAATCCTTAGTTTAGGAGAAGAAGTAGCAATAGGATTAGGT +CAAAGAATAAATTTAGTAAGATTTATATGTTTAATGATAGTAATAGCTTTAACTGGAGCA +TCAGTTTCAGTAGCTGGTAACATAGTATTTGTAGGTCTTATAGTTCCTCAGATAGCTAAA +GCTATAGTAGGATCAGACTATAAATATATAATACCAAGCTCAATGATATTAGGTTCGGTG +TTATTAGTATACAGTGATATTATGGCTAGAATGATAAACCATCCTTATGAGACACCAATA +GGGTCATTAACAGCATTATTAGGAGTCCCTATGTTTATATACCTTGTGAGAAAGGATACG +AAATAAATTATGAGTATGAATAAAAATAAAAAGTTTGCCCTAGTTATAGGGATTTTGATA +GCATTAATATTTACTACATTTTTAGTTAGCTTGAATTTAGGATCATTATCTATAGAACCA +ATGGATGTTATAAAAACATTAATAGGGCAAGGATCTAAAAGTCAAGAAATAGCTATATTT +AAGTTAAGATTACCGAGAATAGTAATAGGAATATTAGTAGGTACGGCATTAGCTACAGCG +GGTACTATTTTACAAGGAGTTACTAAAAATGACTTAGCAGACTCAGGTATATTAGGTATA +AACTCAGGTGCAGCACTATTTGTTGTAGTATACATCTATCTTATGAATGGGAATGTATAT +GATGGAATAAGCAATACAACAATATTTACAATGCCTATAGTAGCTCTAACAGGGGCAATA +TTTGGAGCATTTTTAATTTATATGCTTGCATGGAAAAATGGTATAAGCTCATCAAGATTA +TTACTTATAGGAATAGGTATAAACGTTGCATTTACATCAATACTTACAATTTTCCAACTT +AAATTTACAACTCAGGAATTTAATAGAGTAATGGCTTGGACATCAGGAAGTATATGGGGA +TCAAATTGGAAATATGTAATGGCAGTATTACCTTTTATAATAATATTTATGGCGTTAACA +ATATACAAATCTAGATATTTAGATGCATTAAATTTAGGTGATGAAGTTGCAACTGGATTA +GGAATAGAAGTTGAAAAAGAGAGAAGAAAATTAATAGTATATGCAGTAATTTTAGCGGGT +GTTGCTACATCAGTAGCTGGAAGTATAGGCTTTTTAGGTTTGGTTGCACCACATATTGCT +CGTAAATTAGTAGGTCCTAAGCATAAAAAGTTAATTCCTGCAGCGGCTCTTGTTGGAACG +TTAATATTATTAGTTGCAGATACGATATCTAGGAATTTAATAGCTCCTATGGAGATTCCA +GTAGGAATAGTTGTAGCAATAATAGGTGTTCCGTACTTTATTTATTTAATGTTAGCAGAA +TAAGAGATTTATTTAGTAAGAATTAGGTGGCTTTAAATAGCTAGGAGGAGACAAATATGA +ATTGTATAAGTACTAAAAATTTAAATATTTCATATGGAAATTTATATATAGTAAAAGATT +TAAATTTAAATATACCAAAAGGAAAGATAACTACAATAATAGGCGCTAATGGTTGTGGAA +AATCAACAGTATTAAAAACTATAGCTAGAATCATACAACCTAAAAGTGGTGATATTTATA +TAAATGATAAAAATATAAAAGAGCAAAGTTCAAAAGATTTAGCGAAAACAATGGCTGTTC +TTCCTCAAAGTCCTCAAGCTCCAAGTGGACTTACTGTAGAAGAGCTAATAGCTTATGGAA +GATTTCCTCATCAAAAAGGATTTGGAAAGTTAAAAAAAGAAGATACAGATATAGTTACAT +GGGCGTTAGAGGTAACTGGTATAGATGAATTTAGAGATAGACCGATAGAAGCTTTATCAG +GTGGACAAAGACAAAGAGCTTGGATAGCAATGGCTTTGGCTCAACAAACAGATATACTTG +TACTTGACGAACCAACAACTTATTTAGATTTAGCACATCAACTTGAGGTATTAAATTTAC +TAGAAGAATTAAATAGAACTCAAGGTACAACTATAGTCATGGTAATACATGAACTTAATA +ATGCGGCTAGATTTGCAGATCATATGATAGGTGTAAAAAAAGGAAAGATAGTATGTCAAG +GTGATGCATACGAAGTAATGACAAAGGAAAATCTTAGAGAATTGTTTAATATAGATGCAG +AAATTGTACAAGACCCTAGAACTCAAAAGCCAGTATGCATAACTTACGACATGGTAGGAT +AGGTAGAATTTATGGATAATCAACAAGCATTAAAAGAAGAAAAAATAGGAAAATTATTAA +TAAAATACTCAGTACCAGCTATATTAGCAATGATGGTAACATCTTTATATAATACTGTAG +ATAGAGCTTTTATAGGATCTATAAAAGATGTAGGAGCACTTGCTATATCAGGGCTTGGAG +TAACAATGCCTTTATTTACGATTTTAGGAGCATTTTGTGTTGCAATCTCAATTGGAGGTA +GCACAAATATATCGATAAAGCTTGGTGAAGGTAATAAAGAAGAGGCAGAGGAAATTTTAG +GAAGTACAGTTGCTTTAGAATTTGCAGTAGCAATAGGAATATTACTTGTAGGAATTTTCT +TTTTAGATGACATACTTTATATATTTGGAGCAAGTAAACACACTATTAAATATGCTAGAG +AATATATGAGTGTAATATTTGCAGGTGCGTGGTTTAACTTACCTGGATTTGCTTTAAATA +GTGCAATAAGAGCTGAAGGGAATCCCAAGCTAGCAGCAAAGATGATGATAATAAGTTGTA +TTCTAAACTTAATATTAGACCCAATATTTATATTTGGATTTGGTATGGGGATAAGAGGAG +CAGCTGTAGGAACTGTAATATGCCAATTAGTAGTATGTCTTTGGTCTACACATTATTTTA +CAGTAGGAAAATCGAATTTAAAATTAAAAGTAAAGAATATAAAATTAGATAAGAAGTATT +TAAAGCTTATTGTAGTAATAGCGTTGACTCCATTTTGTATGGAGCTTGCAGCAGGATCGA +TACACTTAGTTACAAATAGAGTATTAAAAATATATGGTGGAGATTTAGCAATAGGTGCGA +TGACAGCAGTGACATCAATATCTTTAATGTTCTTAATGCCAGTGTTTGGACTAAGTCAAG +GAATGCAAACAATAATTGCATATAACCATGGTGCAAAGCAACCAGAGCGTACAAGAAAAG +CAATATTATTAGCTGTAATAGCTGCAACTACTATACTAACTGTTGGATGTATACTTATTA +AATTATTCCCAGAAGTATTTGTAGGGATATTTACAAAGGATGATGAACTTATGAATTTAG +CTATCAATGGTATAAATATAAACTTAGTAACACTTCCAACAATAAGTATTTCTATTTTAG +GAGCAGTATATTTCCAATCAATTGGTAGTGCTAAAATATCTATGTTTTTAAGTTTATTAA +GACAAGTAATAATATTAATACCAGTAATACTTTTAGTACCTAAATTCTATGGACTGAATG +GAGTATGGGCTTCACAACCAATAGCAGATATAGGTGCAATGGTTATAGTAGGGTTATTTT +TAGTAAGAGAATTCAAGAAAAAAGAAAGTATAGTGGAGAATATATAATTTTGAATTGTTT +AAAATAAAAAACATTGTCTTAGCTGACAATGTTTTTTATTTTTATTATTATATGAATTGA +TAAATTATTATTTTTGTATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAA +AAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTAC +ATGAAAGG +>MGYG000000001_69 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATATAAAAAGA +AGTGAAGCAAGTGGAGGGTGTATGGGGAATGATAATATCTACAATTTTATCACGGCTAAT +TTTTAATCTTTTATTTTACATATTAAATTACAAAATATATGGTGTATTTGAGTCAATGCA +AAGAGATTTAGAAAAATTAAGTAATATAAATAGAAGTATCTTAAACTTTGCAGGTCATGT +CTTAGCAATATCAATAACAGTTTTATTAAGTATTAGATTAGGTATTAGTAATGCTGTAGC +TGGTTTGATTTTAGGTTTTTTGATGGCTCTAATAGATATATGCTTTGGGAATAGTATTAT +AGGAAATACCCCTAAAAAAAATGTATAATAATATATTATGAAATAAGAAAATAACTGTAT +CTTATAGCTAAAGTATTGAAATTGATAAGATACAGTTATTTTTGTTGTACTTATCAATAT +ATTAAAAATATAAAGGGGTCAAATTAATATGATCCTATTTTTATGTTCAAAAAAATACCT +GTTCTAGTACACACTTTACAAAATAAAAGTTATGTTATAATTAAGATAGAAATTATTGTT +CAACATAAATATGATAGTATTCGTTTTATTGTATAAATACAGGTATCTTTACCATGTAAA +ATACTTTTGACATAGTAAAAGTAGGCAATATCAAGGACTTTTGATAGTGAAAATTTACTC +AAAATTATAGAATAATAGTGCAGGAGGGCATTGTATGGAAATTGGAAAACAGATAAAAAA +ATATAGAACTGAAATGAAGTTTTCACAAGAGGAATTATCTGAAAAGATATTTGTATCTCG +TCAAACTATATCAAATTGGGAGAATAATAAAAATTACCCCGATGTGAAAAGTTTATTATT +ATTAAGTTCACTTTTTAATGTCTCTCTTGACATATTAATTAAAGGAGACCTTGAGGAAAT +GAAAGAACAAATTAAAAAAGAGGATATTGACAAATTTAAACGTGATGGTAATATTTTCAC +TATACTGTTTATTTTAACTATGGTATCCGTTGTTCCACTTATAAAATTTATGGAAGAATA +CGGTTTTATAATTTGGAGCATCATTGCTATAGCAGCAATGTATTACGCTATTAAAGTTGA +TAAATATAAAAAGAATAATAACATCCAAACATATAGAGAAATAGCTGCTTTCCTAGATGG +AAAGAATTTGGATGAAGTTCAAAAACATCAGGAGTATGGAAAGCGACCATACCAGAAATG +TGCAATTGTAATAGGTTTTAGTTTATTAACAATAGTCATAGCAATAATTATGGAATATAT +ATTATTCTAATAGCTAAGTTAATAAGAAGTTGTTAAAGAAATAAAAATGATGAGGCTTTG +AACAACTTCTTGGATACACGATTTTAATATATTAAAAAGTAAAAGGATGAGAGCTATGCT +CTCATTTTTTTACGGATTTAAATGAGGTAGAGGTAAAAATAAATTTATAAATAATAAAAT +AAGGCTTAGAATTGAATTTAGAGCCTGTAAGGGGGATGATTTAAAGTAACTTAAACATAA +TAATTAATAATCTAAAAAAAGGGCTAACTTAATTTAATTAAGTTGCCCTTTTGCTATATC +TGAAAGTATTGAAAACACTATACTTCTTTAAACTATTCCCTAAACCTAATTTAAGGAGAA +GTTAAGTGAAAATATATAAATTAGCAAGGTTTTTATATCTTAACTTTATTTACTTTAGAA +ATATATAACTAATACTTGCATTACAAGTATTAGTTATAGTATTATAAGAATACAATACTA +GTTAAGCGAGGTATTAGTTTTTAACACTAAACCTTGTAATACAATGATTAGAAAGGGAGT +GAGATGATGGAGTTAAATAAAGAGATATTGAAAGGTCATATAGATACTATGATACTTGCG +ATATTAGAAAAAAATGATTCTTATGGATTTGAAATTGCTAAAAATGTTTTGGAACAAACA +ACCTTTGAACTAAAAGATGGAACATTATACATATCACTAAAAAGACTTGAGTCAAAAGGT +TTTATTGAATCTTACTGGCAAAGTAGTCAAGGTCCAGGTAATAGACGTAAGTACTACAAA +ATAACACAATATGGTATAGAAAGTTTAGATATAAAAGTTGATGAATGGAATTTTGTAAAA +AATATTATGGATAAATTCTTAGATGGGAGAGATGGTAATGGAAGTAATAAATAACTACAT +TGATTCATTATATAAAAATGATAATAGTCAAGAAGTACTAGAGCTTAAAGAAGAGTTAAA +AGAACACTTAATAATGTCAGCAAATGAATTTATTAATGAAGGATATGAAGAACAAGACGC +TTACGAAATGGCTATCAAAAAATTTGATGGTGGTTCTGATATGTTAAAAGAACTCTACTT +TGCTCTTAAAGAAAATAAAAAAGAGATTAAAGAGACTAATAAGGTTGCAAAGATAATAAC +TAGAATATCAGGTGTAATGTTTATTCTATGTTTAATAACATCTACAATTCTTACATCTAG +TAAACCCTTTAATTACATGTATGAAAAGCAGTATACATATTGGGAACAAGTAAATTCAAA +TATATCAAAAGAGTTAAATAAAATTATTAAAGATAAAGATGTGAAAAAAGATATAGATAG +TTACAAAGATGATATATCAAAATTATTATCATCTAGTAAGTTCAATAAAGATGTTATATT +AATGTATGTTTATGAAAGTGCACATAAGCAAGTTTGGGAAACTTATGAGCCATCATCTAT +TTTATATACTTATGGTAAGGATGCAACTGTAGATTATATGTTTATGAGTGGAGAAACTGT +TGAAAATGATAGAGGTCAAAAACTTTATTATAATGTAAAATTAACAAGAGCACTTTATTA +TAAAATTTATGAAAATACAAGAGTATCAGCTATTTTAGCAACTCCAATTTTCTTTATAAT +CTATGTAGTTTTAAAGATAGCTTTTAGAAAAAAGAAAGTTAAGTTTTAACTAACATTATG +AAGATTTTAGTTTGTATATTATTATGTTTGATTATGAATCTATTTATAATTTATTTAATA +TTGAAACTTATTATGGTTAAGTCAAAGTCATAGAATAAAATTCTATGACTTTTTTATTGT +AAGAAAATTATAACCCTCTATCAAACAAATGTGGAATCTTCTCTAAAATACTTATAAATC +AAAATAAAACTATATCAAAATATGTAAGAAAATAAAAAGATTTGATATAATCAAATTAAC +AATTGATATTAAGAAAATGGGAACAAGTGTTATCAATTAGGATTTAATATATTTTTGATA +GATAATGTGGGGGAAGAAATGGATAAGAATAATAAAAAGAGATATATATTTATAGTGGCA +ATGACGTTTTGCCTTATAATAGGAGCATTTAAAGTAAGAGAGTATTATATATTAAAAGAT +AGCTTTGTATTTTCTAAAGATAATGTAGTTGGGGCATAGACGTCTAAAAAAGACGTATTT +TCTTATAATTATGATTGTCATATCTCAAAAGAAGATATAACTTATTTAAGTGAACTATTA +ACTAATGCACAATTAAAAAAATCTAGTGTTAAAGAAGCTCCATATAATATGGGGAATATA +GTATTGTTTTTGGATGGTAATATTAGAGAAGATGAAGATGATAGTGTGACAGTTGAATAC +AAAAGAAGTATAAACTTGAGTAAAGTAAATAATGAGAAAGTATATGTAATTTTAGAAATA +AATAAACTTAGAGATGATAACAGTTTCAATATGGAAAATATAACACAGAAATTTTATACG +ATTAATTCTAAAGAATTAGTATAGTTTATAGAAAATATAGATAGTGAATATTAAGATATT +ACAGAATATAATATTTGAGTACTGGAGGAAACTTAGTTGGTGCTTACATTAGTTGATTAG +TCAAAAAATAAGAATAGTTTTGTTTTTTAAGTGACCTATTTTAGGTCATTTTTTATTTTT +TTAGAACTAAAGTAAATTAATTGAATAGACTATAGTAGAGTATTTTTGTATAAAAGTTCG +CATTAGGTTGTTTAAAATTGACGATTGGAGGTATGACTATATATGTTTACTAAAAGTTAT +ATCAATTTATATAATTCAAAACCTTTTTCAAGGAATATTAATTTAGCTATATGTGACCTA +ACAAGAAATAACAAAGATATACTATATTCCTACCAAATAGGTTCATCCGTTCAAGGAACT +CCTATTTTAGCTGTTGAACTAGGATGTGGAAGTACAAAGATACTTGTGCAAGGAACTCAT +CATGCTAGAGAAGCTATTAATACAATTTTATTGCTAGACCAAATAAATTACATGGTAAAT +TTATATAATAATCCTGCTATTGTCTGTGGAATAAATATAAGAGAACTTTTAAATCGGGTT +ACATTCGTTTTTGTTCCACTTGTAAACCCTGATGGAGCTGACTTAGTTTTAAATGGTAAA +GAATTTATTTGCAAAGAATATCAAAGTAAAGATTACTTGCAAAAAGAGTCTTTTTTATCT +TGGAAATCTAACATAAATGGAGTAGATTTAAATCGAAATTATCCAACGTCTAGTCCATCA +ACAGATTTAGCTAAAAGCCAAGGATCTGAAGTATACCCTGGACCTTATTGTTTTTCAGAA +CCAGAAACATATGCACTTAAAGTTCTAACTGAATGTTATAACTTTAATGGAACAATATCA +TATCATTCATCTGGAGAAGAAATTTACTGGTATTTCAATCAAATTGATGAAAATAGAGAT +TTAATTATTGCTAAGAGTATTGCTTTGCTAACTGGATATAAATTAATTCCTAAAGAAGAA +TCTACTACAGGTAATGGCTACAAGGATTGGTTTATAGAAAATTATCAAAAGCCGTCATTA +ACTATAGAAGTATCACCTTATGTTGGAGCCACGATAGTACCTGCTGAAAATTATTATGTT +ATATTTCAAAAAAATATAAATGTGCCTATTGTATTTGCGGATTTAGTAGATTGTATGGAA +GAATGTGAAAATTAAAAAAATAAACACAAAAGTATTGACATATAAAATTTAGTGTATTAT +TATAATAACTAACAAAATATACCAATAAAATTCTGTGAAAAAGAGAGTAGCTTAAATTGA +TTTTACAGAGAGCTTAGGATGGTGGAAGCTAGGCATTGAGATTTATGTGAAAAGAACTTT +GGAGAAGACTGCAGGAAATTAAGTATGGCAGTAGGTGTTCTCGCCTTAAGAGATAGAGTG +GGTAAGTTATTTTACCAATAAGAGTGGTAACGCGGATAGTATTCGCCTCTTGGATTTTAT +TCCAAGGGGCTTTTTTAATACAAAGAGTTATTTCTTAGAGGTTTAATTTCTTACTAATAA +GAGTGGTACCGCGGAAACTTCGCCTCTTAGCATTTTGCTAAGGGGCTTTTTAATTGCAAA +ATTAAGAATTAAGGACTAAAGAAATTTGCAGATGTATTGACTTAATCAAAGTGATTTTTA +TTATTATAAATATAAGTGGATAAGTCGGAATATTTTGAAAAAATACAGAGGGGAGATTTA +ATTATGGAACATTATGGAGTATTAAGTTTAATTTCACCATTAGTGGCAATTATAATAGCA +ATTTTAAGTAAAAATGTAATAATATCTTTATTTGCAGGAAGTTTTTTAGGAGTATTAGTA +TTAAGTAGATTTAGTCCAATAACAGCAGTAAAATCCCTTATAGGGGACTACTTCTTTGTT +CAACTTACAGATAGTTATAACGCAGGTGTGTTGATACTATTAATGTTTATAGGTGGATTT +ATAGCTTTAATAGAAAAATCAGGAGGAGCACAAGCATTTGCAGGGAAAGTAACAAAATTA +ATAAATACAAAAACTAAGGCTCAAATGAGTTCTTGGTTTGGAGGGATATTAATATTCTTC +TCAGATTTAGGAACACCACTTATAGTAGGTCCAATATTTGAACCTATATTTGATAAATTA +AAAATATCTAGAGAAAAATTAGCTTGGATAATAGATTCAACAGCATCACCAATAGCAGTA +TTAGTACCATTTATAGGATGGGGAGTATATGTAATGGGGTTTATACAAAAAGAATTTGAA +GCACTTAGTATAACTCAATCAGACTTTACTGCATTTGTAAAAGCAATACCATTTCAAATT +TATCCTATACTAGCAGTAACAATGGTTCCGATAATAGCATTTTCAAAGCTTGATTTTTCA +GCAATGCTAAAAGCCGAACAAAGAGTTGAAAACACTGGGAAATTATATTGGGATAGTTCT +AATCCTCAAAGAAAATCAGAAAAAATTTCAGAATATGAAGCTTCAAATTCAAAGGCTTCA +CTTGTAATAGCACCACTTGTAGTTTTATTTATAACATTATTTTCAATATTAATACCACTA +GGTTTTCCAATGAAACCAGTTGGAGGTAGTGATTTTAGAATAGCTTTAACAACAGCATAT +TTATTTGCAGCTATAGTTTTAATAGGTCTTATGGTTTATTACAAAACAAAAACTTTTAAT +GAATCGTTTGGTATTTATATAAATGGAATGCAAAAAATGATTTATGTATCTATTACCTTA +GTTCTTGCATGGTCACTTGGAGCAACTATTAAAAATTTAGGAACAGCAAATTATATAATA +CAATTACTTAGTGGTAATGTTCCAGTTGCATTAATACCAGCAATATTATTTATACTAGGT +GCATGTGTATCTTTTGCAACAGGGAGTTCTTGGGGGACTTTTGCAATAATGATGCCACTT +GCAATACCTATGGCAGTTTCTTTAGATGCATCTATATATGTATGTATAGGAGCAGTTTTA +TCAGGTGGATTATTTGGAGACCATTGTTCACCAATATCTGATACAACAATTTTATCATCT +ACAGGAGCAGGCTGTGATCTTGTAGACCATGTAAAAACACAACTGCCTTATGCACTTTTA +AATGGAGGTATAACTTTAGTAGGATTTTTAATTGCAGGTGTAATTAATAGTGAGATAAGT +TTAGTTATATCGCTTGTAATTTTACTTATAAGTGTATTTTTCTTAAGTAAATCAAATAAA +AATAAGCTAGAAGCAAATAATATAGAGTCAAATAAAAATTAATGGAGGTTGAGGATATGA +AATTATGGGGTGGACGTTTTAGAAAAGAAGAAAATAAATTAATGGAAGAATTCAACAAAT +CATTTGAATTTGATAAGGTATTATATAAACAAGATATAGAGGGAAGTATCGCTCATGTTT +ATATGCAAGGAGTATGTGGTTTATTAAGTAAAGAAGAATGTGAGATAATAACTAAAGAAT +TAATAAAGATAAAAGAAGATATTGAAAATGGAGATTTATTATTAGAAGGAAATTACGAAG +ATATACATAGCTTTGTTGAAATTAATTTAATACAAAGAATTGGAGAAGTAGGTAAAAAAC +TTCACACAGGTCGTAGTAGAAATGACCAAGTAGCAACAGACATGAGATTATATGCAAAAG +AAAAAACACAAGAATTAGTAGAGCTAATATCAAGTTTTAGAAATACAATAAAAGAAGTTG +CTAATAATAATTCAGTTATAATGCCAGGATATACTCACTTACAAAGAGCTCAAGTAGTTA +CTTTTAAACATCATTTAATGGCATATTATAGTATGTTTACTAGAGATGAGAAAAGACTAA +TAAATGCTTTAGAAATACTTGATGAAAGTCCTTTGGGATGTGGAGCATTAGCTGGAACAA +CTCATAATATAGATAGAAATATAACTATGGAAAAGCTAGGGTTTAAAAGAGTTGTAGAAA +ACTATATGGATGGAGTTAGTGATAGAGATTACTTAATAGAGTTAATGAGTGATTTTTCTA +TAATAATGATGCACCTAAGCAGACTAAGCGAAGAGTTAATATTATGGAGTAGTCAAGAGT +TTAAATTTGTTGAAATAGATGATTTATATACTACAGGAAGTAGTATAATGCCTCAAAAGA +AAAACCCAGATGGTGCAGAATTAATAAGAGGTAAAACTGGTAGAGTATATGGTAATTTAA +TGGGGCTTTTAACTGTTATGAAAGGCTTACCATTAGCATATAACAAAGATATGCAAGAAG +ACAAAGAAGGATTTTTTGACAGTGTAAAACAATTAAAAATGTGTATTCAAGTAATGGAAA +AAATGATAGCCACACTAAAAGTAAATAAGGACCAAATGAAGTCATGTGTCAAGAGTGGAT +TCTTAAATGCAACAGAGGTTGCAGATTATCTAGTTAAAAAAGGGATTCCATTTAGAAATG +CTCATAGTATAGTGGGTGCTATAGTAATTTATTGTGAAGATAATAAAAAGTCAATAGAAG +AGTTAAGCCTTAATGAGTTTAGTCAATTTGCAGATGTATTTGATGAAGGTATATATGACT +TTATTGATTATGATAAGATTTTAGATAAGGGAATAAAAGAGTTAATAAAATAAGATTAAA +TATAATTTATAATATAGATATCAACTGTATTTTACAATATTAAAAAAATGGTAGCTAGAT +ATTGGATGCTCCAATAGTCTAGCTATTTTAATTTCTTATGTATCACTCAATTGTATAACA +GAGTTAAGTTTATTATATAAACACAAATAAACAATGTCATATCAAACTCTATATATTCTT +TCCTTAATGTCCTTAAATTTAATATCTAAAATAAATATATTGCTATGAGGCAAATCCGAA +TAACACAGCAGCAATATTTACAACTAATATTATTGAACCAGTTGTATAAAATAAAGTCGA +TACAACTTTACTTTTATTTGGTGATTTATTTTCTAAGATCATTGTTACCCAAAATGTAAT +AAATATAACTCCTCCCAATATACGTTGTAAGTTACGTAGATATATAGCAGTTGCAAAGCT +TATAAGTAATATTACTAATGTAATGTATTGAAATACATTCCAAACCTTTTTTAACACTAA +ATCATCTCCCTTCAACAAATCCCTACTTTAAGCATATAATATCAATGTTTAATTCTCAAT +ATTTAACAGCTTTATTCTTAAATTTTGTTATCCGAAATTTCTCATATATACTTTTCTTAT +CTTTCTTATGTATTCCTATTTTCTCTTGAAATAAAATGATTTATTAATAAATTTAGTAAA +AATATTTACTGAGTTTTAAAAGAATAAAATTAGTAATTAACTTATATATTTCATTGAAAC +TCTAATATAATATATACTTAAAGATAATAATAAAAACTATTTAGTTATACTATTTAGTAA +CCATTATAAAAAATATAGTAAATATATTTACAAAGCATATTTATTTGATATACACTTAAC +TTGGAAATCGATTTCATATAAATTTAGGGGGTATAGATTGTTATGAAAAGAAAAGGTGTA +TCGTTATTATGTAGTTGTGCTATTGCACTGACAACTGTACACTCGGGTTTAAGCATATCT +AATGCTAGTTCAGTAGAAGTAGATAAAAGTGTAAAAGCAGGTATTAATGTTAAAAAGGTT +GAAGGTATATCTGAAGACACTATAAAAGGTGTAGATATATCAAGCATAATATCATTAGAA +GAAAGTGGAGTTAAATTTTATAACTTTGACAATAAAGAGCAAGATATATTTAAAACTTTT +TCAGAAGCAGGAGCTAATTATGTTAGAGTAAGGGTGTGGAATGACCCTTATGATAGTGAT +AAAAATGGTTATGGTGGGGGAAATAATGACCTTGAAAAAGCAATAGAAATAGGAAAAAGA +GCAACTGAAAACAATATGAAGGTCTTAATAGATTTTCATTACTCAGATTTCTGGGCAGAC +CCTGCAAAGCAAAAAGCACAAAAGGCTTGGGGAACTATTGATGATTTTGAATTAATAAGA +GTTGGTAATTGAAAATAAATTTAAAAATTATATAGTAACAAGTTAATAAAATTTGCATAT +AAATAAAACAAATAAAAAATTATTTAAAAAATTTAGAAAATGATATTGACTATATTAAAA +ATTTAAAATTTTATTAATATAAATTAATAAAAAATTCCTAAGAAAAGGGATAGTAACTAA +GTTTAGGTTCAACATAGAGAGTTGAGGATGGTGGAATCTCAACAAGAAGAAATTTAGTGA +ATGGGCCTTTGAGGAGTAAATTGAAATCATTTTATATGAGAGTAGACTTTACCGTCAGTC +GCACGTTATAGCGAATAGGGTATGATAGTACCTGAGAATGAGTGATGTATAGTAGTTTAT +TTACTTTACATAAATTAGGTGGCAACGCGGATAATCTCCGTCCTATTAATTTAGGGCGGA +GTTTTTTTATTGCAGGAAATTTTAATTTCCATCCTATAAACTTTAGCGACTGTGTCGGCG +ATATGAGCAAAGTGAATTTTTTATTGCATAAAATTTTAATTTAAGGTGGTGATAAGTATG +ATGTGAAGAGATAGCTCAAAGGAAAATGATATAGAACATTGGTTAAAAGAAAATATAAAT +TATTTAAATATTCTAGGAGGAATAAATTATGAGAACAAATACAAAAAAATTAACTTTAAA +TGCATTACTTTTAGCAATAGGACTACTACTTCATCAACTTACACCAGCAATGGGACTTCC +AATGCAGCCTGATATGTCATTAATAATGTTATTTACAATAATGATTATAAATAAAGGTGA +TTATAAAACTTCACTAGTATGTGGTATAGTAACAGGAATATTTACTGCATTAACTACAAA +ATTCCCAGGAGGTCAACTTCCAAACATAATAGATAAAATTATTACTGTAAACGTAGTATA +TATTTTAATGTTTATAAGCTATAGATTACCATTCTTGAAAAAAATAAAAGAAAAAACACA +AGATCTTATAGTATCTATAATAATTTTACCAATAGGTACATTAATAAGTGGAATGGCATT +TTTGTTATCAGCTAAATTAATAGTAGGTCTTCCAGGTTCATTTGAAGCATTATTTTTAGT +AGCAGTAGCACCAGCAATAATAATAAATTTAGTATTTGGTATTTTCTTCTTTAAAGTAAT +AAGCATGTCTGTAAATAGACTTGGATATAAGAACTTAAAGAGTTTAAATAAGTAGAATAA +AAATAAACTTGCTAGTAGGAAATGGTAAAAACAAAATCAAAGATAATATATATTTACAAG +TTCTAAAATAAGCAAATTAGCAATTCAAGGACCTAAGGCAGAAAAAATACTTCAAGAACT +TACTGATATAGATTTAAATACAGTTAAATTCTTTTATATGAGTTTAAAGGTAAAAGTGTG +TAATAAAAATTGTTTGATTTCAAGAACAGTTTATACTGGAGAAGATGGATTTGAAATTTA +TTGTAATAATGAAGATGTTAAAGAAATATGTTAAGTAATACTTGAAAAAGGAAATCTATA +GTAAAAAGAGTAGATGACGCAAGAGCTGTTAAAAATCCCATATTAACTTGGAAATAAAGT +AAAAACACCAAATAAGTAATTTATCTGGTGTTTTTCTTTAAATAAGTAGTATATTATGTT +AAATAAACATAGTGTACTACTTATTTAATATTGATTGATTTTTATAAAACAAAAGCTAAT +TGGATTACAGTAGATACAATTACTATAACAACGCCTATAAGTATCTCATAATGAATCAAC +TTAAAACGTTCAGTTAAATCCATTGAAACACTTCTAGAACTTGCATGGAATAAGGCTCCA +TGAGGTAAATGTTCAAATACACATGCACCTGCATTAACCATAGCAGCTCCTGAAACTTTA +GATAAACCAGAACCTAAGATTGCTTCTGAAAATGTAGATGATGCAATAGTTGCTCCACCA +GTAGTAGAAGCAGTAGCAAGTGACATTACCATACCAGAAATAGGTGCTAATAAAAATTGA +GGTATATTCATAACTTCTAATAACTCTATAGTACTATGTTGTAAATTAGACATTTGAATA +ATTCCAACTAAAGTGCCTGTTCCAAGTAATAATATACACACGCCTTGCATTTTTGCCACT +CCAAAAGCTAAATACTCCTTAGTATTTTCTAAGTTTCTTGTAGCAATAATACTTACAATA +GCGCCTATAGGTAAAGCAACAAGTGGATCTACTACAATATCAGAAATATTACCCAAGAAT +AATAAACAAATAGAAACTATAGGTCCTATTAAAGAAGCAAACAAACTTGGTAAATTTTCA +TTTTCTTCTACATTTATTTCCATATCAATTTTACTACCCTTATTGATTAATGTTCTTGCT +AAGATAGTAGTTACTATAACTCCACATATTGCAGGAATTATATTTGCAAGCATAACACTT +GATAATTCTACATTGAAATTACTTGCAGCTGCTAAAGTATTTGGATTTGGAGAAATAATA +TTTCCTGCTTTTCCTCCGCCTAATGCAGCTAAAAGTATTGCTAACTTTGAGTATCCTAAT +TTATGACCTATAGACATCCCAATAGGCCCAACTGTAAGTACAACAACATCCAAATCTACT +CCTACACCAGCAAGTACCATAGATGATAATACAATACCTAATATAGCCTTTTTCATACCA +AGGATTTTTATAATTTCTTCAGAAATTCTTTCAACGGCACCCGTTTTTATTAATGTTGCA +GCTAAAAAACCTGATGTCATTACTCTAAGAATAGCAGGAGCCATATTTTGAGCACCACTA +GCCATATACTCAACAGTATCAACTAAACTTGCACCACCTACTAATCCTCCAACTAATGCA +CCGAAAACTAAACAATAAAATGGTTCAAACTTTTTTATAATGAGTATAATTGATACTATT +AAACCAATAATTGCCCCAAAAGTTGTTATTATCATATTGTCAATCTCCTTTAATTATTAA +ATTACTAACTATATCTTTATAGTACAAAAAAAGTTCAATGGTGTCAAATGTAATTTAATT +AATTAAATTACATTAAATAAAACTGTATAATATAAATTTGTTAAATTAAAAGAAATCGCT +TTATAATATTAAAAAAGAGAGCCTAATAGATTCTAGTGTTGCATTAATGTAAAATTTAAT +ACTTTACAAAATAACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAA +TTTTTTCCATTTTATTTTT +>MGYG000000001_70 +TTAAGAATAGAACTTTCGGACATAAAAAAGGAACTTGGTGCAACAAGTTCCGATATGAGT +TTAGAAAATTCTATTCAAAAAAGAAAAACTAAAATATTAAGCCAACTAGATAGTAATCAT +AAGGAAATACTATTAGAAGGAATATTTTAATTTTTAGAGTGTTGTTGAATTTAACTTTTC +TAAACACTCTTTTTTATTTGTTTTACAAAGGTATTCTTTATAGCATTCTTCTAATTTAGG +AATGTCCTTATTTGTGAATTTATAAAAAAATTCCTTTGGAATGCAGAGTCTATTTGAAAA +ATGGTCAATTCTTTTTTTAGGCGTACCTCTAATATGCGCATAATTAATTACGCCTATTGT +AACTCCTAGTATATTTGCTATTTTATAATGACTCATTTTATATATTTTTTCTATTGCATC +ATATATATTTATATCTATTTTTTTGTTTGAGTATTCTTTTTCTGCAAGTTCCATAAATTC +TTTGAATGAAATATTGTGCCATTTATATTCATCTACGACATACCAAGGTGCATTATTTAC +TAAGTCTTTATAATGGTCGAATCCTATTTCCCATTGTTTGCAGTTATATATTATTTTCTT +TATTTCTTCTTCATCTTCATAATAATCACTATCTCCACAGCAAAATCCATTAAAATTAAA +TTTACAGGTGTTGCAGTTTTTTATTAATTTAAACTTCATAAAGTCACAACTCCTTTTGAC +AGTATAATTATTTTATACAATAATCATATCATATTTATGAAAAAATGAAGATATTTAGAG +TATATTTTTAAATAGTTTTTAAGGTTTTTATAATATAAAATTTCTATAATAATTCAATTA +AATATATAGTGATATAAATGTGATATACTTCTAATATATAGTAGAGAGGTGGCATTATGG +AAAAAGATATATTTTTAAATTTAAGTATAGAAGAGCAAGTAGAGTATTTAAATAAAAAGC +TAGAAGAGGGACAAACAGTTATAAGAATAAGAGAAGATTTGAGAATTGGTGAAAAGACAT +TACAAAGAATAATTAAGTCAAATGGATATAGGTATAATCAGAAGCTTAGAAAATATATTT +GTAATACAGAAGTATCACAAAAGGTACAAATACAAGGTGAGGTAATTGAAACGCCTTTAG +AAACTGATTTAGAGGGACAAAGTGATACATTGGTGATACAAAATAAATATAAAAATGATT +TATTAGAGCTTATTAAATATAAAAGCGAATTATTAGATATGTTAAAGGATTATAAGTTAA +ATAATCATATAAGTAATACAACTGTGATACAAATAGAATCTAAAGGGATAATAATAGATG +GTTTGCATGGTGAAACTGTACAAACATCTATTAGGGTTAACAAAGAGGTTATAAATGAAT +TTAGAGAGTTTTCAAAGGCATATAAGCAATATAAATCGTCTGACTTAATAAGTATGGCAT +TAAAAGAGTATATGGAAAATCATAGATAAGATAAAAAATAAAATGAACATTAGAGGAGCA +TAAGGAAGTGATTATATGAGTATAAAACCTCTCTCAAGTTTAACTTGCATAAAATCATGT +GAGGGTATGAGTAAAAGAACTTTATCAGATATTTAAAAAGAAATTTATTCTATTGATGAA +CTTATAGAAAGTTATAGGCAAGATAAAGAGTATGGAGGCAATACATACGATAATATAATT +CAATTAGGTGAACTATTAAAAAAGATAAAATGATTTAGAAGCTTATTAGACATATAATAA +GCTTTTTTTGTACAAAATGGAAAGTTAAAAAAAATGAGTTTCCAAATAGTGAAAATGTAT +AGATTTATATTATTTCATAGGGTAGTATAAAAAACAACAAAAGTAAAAAAGGTGGTTTTG +AAATGGAAAATATAAATTTAATAGAAATAATAGATAGGGTAAAAAATAATGAGTATATAA +CTGATATCGCAGAGGAATTAGATACTAATACACATGTAATATTAAGAATTATGGAAAAAC +ATAAAAATATATATACTCAGTTATTAGATTATATAAAAGAAGATAGTAAGAATAGAAAAG +AAAAGAGTATAAAAAATGAAGTAAAAAAAGAAATTGAAAAAACTTTATTAATAAATAGAA +TAATAGGTTATGTAAATTCGGGAGGACAATTAAATGAAATTGCAGAGCAAGATTATGTAT +CTACCTCTACATATTCGAAACTTTTAAGACGTGCAGGATATGAATATGATAGAACTTTAG +GAGGATACAAGCATAGCATTTTTAAAGATGTTGAAGGTTTTGCGAGATTAATGAATGGTA +TGGACTATGAGGAAGAAGTAGAATACTTATTTCAATCTTTATACTATGAATGCATAGAAG +AAGATGGAAATGTTCAAAGGGCTTCACTTGAGTTGTATAACTTTGATACTAAAGATATTT +ATATATATCATAAGTTATATGATGAACTAGAACAAATATCTTTAAATGACGGATGGGAAG +TTTTTAGTGATTTTATACATTATATTTTATTAAATTATGTTTATGATAGAACTGGTAGAG +ATGATAGCGAAAAGAATGAAATTCTTTTCTTTAAAGAGGTAGAAGGATTTTCAACAGATG +AAGAAATCGAAATATTAAAAAAGAATGACTTTTTATATGATGATATCAACGTTGAAAAAG +AACTAAGTAGTTTATATAGATCATATTTATTAAATCATTATGATAAAAAACATTTAGATA +CTTTGGATTGTTGGAGTTTATTTGAGTTATTCCATAAATACAAGTAAATATTTATGTTAT +ATAGGAGCAAAACAAGTAATTAATAGAAAAACCTCATTTCTAAGTTGGAAGTGAGGTTTT +TTAAACCAAAAAATAAAGGAGGGATAAAGTTAAATTATGATGGTAGAGGCATTTAGAAGT +AAGAAAGATATAGAAAAAGTTAAAAGGCGACTAAAAAAGCACAAAGATAAAAGGTTGTAC +CCTATGTTTATTATCGGATTAAATACAGGTTTACGAATAGCTGACATTGTTCCATTGAAA +GTAAGTGATTTCAGAGGTAAAAGATATTTAGTAATAAAAGAAGAGGGTAAAACAGGAAAA +AAGAAAAATATAGCTATAAATGAAGCTATAAAAGAAGTAATAGAAGAATACTACAGAGAA +TCTAAGAAGGATGAATATTTATTCAAGAGTCAAAAGGGTGGTCATATAGTAGAGAATACA +GCATATAGGCTATTAAAATCTGAATTCAAGAAATGTAGGTTTAAATACAATACAGGAACG +CACTCAATGAGAAAGAGCCATGGAAAAGAAATAAATGAGATATACGGTATTGAGATGGCT +CAAACAGTATTAGGTCATGACAATCAAAGAGATACATTAAGATATATAGGAATGGAAAAA +GAAATGGTAGATAAGGCAATATTGAGCTTGAATATATAAAAAGGAGTGATAATTTTTTTT +ATATGAGAAAATGTAGGAAAAAAATAATTTTTTTACATTTCATTATCAATTAGAAAAAAA +TAAGGTTATATAAAAGATATATCAAAGGGTAGAGAGAGTTAAAAAAATGTAGGAATCCGT +ATAAAAGCTACATTTTTTTATAGGCTTATATATATTGATTTTTCTTAGGTAGAAGCTAAA +TAAGGCTTATTTTATAAAAATCCTTATTATCATTTAAGAATTTAAGTAAGTTTTAAATAA +CAAACGCTAGGGCTAAGTTCAAACAATTATTATGCAAGAAGTAAGTAAACTCAATCATTT +AAAGGTGTTTTGTGTTTGTTAAAAGGTTGAAACAAAACTCAATTATATATGCAAGTAATT +TCAATAGTTCTGTCGTTTTTTTATAAAAAGCGTTTGTTATTATTAAAATACAACTTGAAT +AAACCATGTATGTATTGATTTTTCAATGAGAATTAATATTTGCGTTTATAAAAAAGTACA +TACGAATATAAGAAGGAGTTTTAATTATGGAATACATATAAAATAAAGAGCTATATAGTG +ATAGAATTTTAATTGCACATATGGCTGAAGCAACAATAAAGAGCGCCATTGCTAACGCCC +TTTTAAAAATGTAATAAAATTGGAATAATTTATAAAAAAATGTTATTATAGTATAAGATA +AAATATAGAGATAAATAAGGGGGAGAATATACTATGAACAAAAAAGCTATCTGCACATTA +CTTTCATTAGGGGTTATTATTACAAATACAGGTATGATTAATGCTAATGAGCTAAATTCA +CCAACATTAAATACCGAAATTTCACAAGAAGCTATTTCTGATAATGAAGTAAAAATCAAA +TCAGACTACTACAGTTTTAATCTACCTTATAATAAAGATGATATTAATATCACATATAAG +GAATATGAAAATAAAGTTGAATATACTGTAACATCTAAAAATACGGGGGAAATTCTTACT +GTTTTCGGTGAAGAAACTATTAAAATAGAAAAAAATATATACTCAGAAAAGCTTGGAAGA +ATGGCTACTAGACTAAGTAAAAATTTATATCAAAACCACTATAAGGGTCCTTGCACCGTT +AGAGTGAATCAACCGATTACTATATGGGCACAAGGTTCTTTTAGAGCAATTGATACAGCA +GGAAAACCTACTTTGACTCAAGTTAGTGGTGGAGATTGGAGCATGTCTTCTACAACTGTA +AAAAATAATTGGAAAAATGGACAACAATCTATGTCAATAACTACAACTGCTATGACGACT +CTAACAGTAAAAACTACAGCAACTACAGTTGGTAGTTTTAGTGTTTCAAATTTAAGAAAA +GCTGGATTCAGTGTTGCATCTTCAGATAATAAAAATTATATTGCTAGATTCACACCAGAA +AAGTATTTTGGGTTCAAATGGGATATAGAAAAGGGATACACTCCAATATATTAGAAAGTA +GGAATTAACATGGAACCAATTACGGAAATTAACAATACTATAAATTATTTACCTATAATA +TTTAGCATATTCAAAAACATATTAGTTTTATATTTAGTATACATTTCAATTAAAGCTATA +AACATATATATAAAAAATAATTCATAATTAACTCGTTGTGCTAGTTAATTAACTAATTCC +TAAATTTTACGTTAGAGACTAGTTATGTACTTGAGATAAAGTTAAAGCCCTTAGAATCCA +AATAAATAGATTTCAAGGGCTTTCTTAATATATCTCTTTAAATAAGTTTTTAGAGAATAG +TATTAACTTATCATATATACACGAAACCATCTGCTTTAATGGACACATAATACTGTGTGT +TATAATTAAGTAAATAATTGTATGATATTGTGCATCTTTTATCAGGAGAGGAAGTAGTAA +TGGCTTATGTTCATGAATTTGGAATAATTGATTGTATTGAAGAAAACATAGATTGTAAAT +CAGAAGAACTTGAAATATTGATAAATAAAATATCTGATGCTATTAAAGAAGATAAGTGGT +TAATTCATTATGGAATTTAATTAAATAGGAGAATATGTTCCTATTTTTGTGTTCAAAAAA +ACATATGACTTAATAGTCATATTTACTTGATCTATGACACACCTAAAAATATTTATATTA +ATATCCGTACTGTACAAGAAATTTAAAATACCATTTCATATACAGTTTTATTATGTCAAA +GCTAACTAATCTCAAAATTTAGATTCAGGAAATCGTTGAGAAATTAAAATAGTGTATATA +TTGAAATTGCTATATTTCAATATATACACTATTTTTTACTTTTATGTTTTTATGAAACTT +TAATTATTAAATTTTGATTATTATTTAATTTACTTCTAATTATATAATTTTTACTTTATT +CTTAATTATATAATTAGAATTTTTACTTTATTCTTAATTATATAATTAGAATTTTTGCTA +AGTTTACTAAACTTCTTCTAAGTATTATTTTTAAGCTATTAATTCCATATCTTCAATTGA +TTTATTAATACTATGTTTAATTTGTTTCCATTCAACTTTTTTAAATATTGAACAGATAGA +TATTGGCATATATGTAAACATAAATATTGGGAATGTAAATGTATAAAAAATCTTTTTATA +ACCTTTACATTGTATTCTATTCCATTCTGTTATCGTTGTTAATAAACCTAATAGGTACAT +CATAAGGTAAGTATTTAAAAAATAAGAAAGTACATATCCTATAGCTAATTTACTTGTTTG +AAAATCATTAGATATTAACGAATATAAAAATATACTACTATTAAATAAAATCATAACAAT +TGATATAAGCATCATTGGAGAAATAGTCATAAACATATCATAACAAGAAAAATCTCTATT +TTTAAATATAGATTTAAATAAATTATATCCATATTTAAAGAATACTTGATAAAACCCTTT +TGACCATCTCATTCTTTGATTCCATGAATCTCTAAATGATGTTGGTTGTTCATCATAAAA +ACAAGCTGAATTACAATAGCCTATTTTTTCTCCATTTATTATACTATCAATAGTAAACTC +TATATCTTCTGTAAGAAGATGATATTTCCATCCATTATTTTTATCTATTATCTCTGATGA +TATTAAAAAACCTGTACCTGATACTGCACAACTGTTATTTAACAACATTCGAGCATAATT +TAAGTATTTAGATTCTCTAAGAAACCATAATGAGTACCCTGCTGAAATCCAATTACTATC +ATAATTTTTAGAATTTCTATAACTTGTAACTATTTTATATTTACGATTAAATACTTTATT +CATCTCTGATATATAATTTCTAGATAGTAAATTATCCGCATCAAAAATAAAATACCCATC +ATATTTTGTTTTTCTGCTTCTTAGTATTTTAAATAAAAAATCTAAAGCATATCCTTTGCC +AACCTTTTTATTATCAAACCTTTCATAAACATGTGCTCCAGCTATTCTTGCTTTTTGTGC +TGTGTCATCACTACAGTTATCTGCTATAACATATACATCAATTAAATCACTTGGATAATC +TTGTAAATCAACTGTATGTATAAATTCTTCAATAACATCAGATTCATTTCTTGCAGAAAC +GATTACTGCAAACTTATTCATTATATTTTTACCCTTAGATTTTACATTTTTATTTTTCAA +TAAAACTACAATAATATAATAATATTGATAAATATACATTGCTGTAAATAATATAAATAC +AACTGTATTTATATTATTTATATTATTTTTTATCATTTTATTTAAAACTCTCCTCCTATT +TAATATTTATACAATTGTAATAATATCATAAATATTAAATACTAGTATGGTAAATTTTAA +CATATTTTACAAAATAAACTTATGATAAATAGTTACTTTTATTTTATGGTAGCTTTTTCT +ATACATCTTTAAATAATTTTATAGAAAATAGTGTTTCTTAGAATGTATATAAAGATATCT +GACTTACATGGTGCCATAATTTTAATATTGACACCAAAGGACTTAGTATAGTAAAATCAA +CATATAGAGAAGTGTCATTAATAGGTGACATAAATACATATTAAAATTAAGAGGTGTCAA +TTATGGTTTATGGATATATAAGGGTAAGTACAGTTAAACAAGCAAATGAGGGGAACAGTT +TGGAAGGGCAGACAAAATTATTATTAGAAAATGGAGTTCCACAAGAAAATATATATCAAG +ATGCATATACAGGAACAAAAGCAGATAGACCACAGTTTAATAAGTTACTAAACGAATTGA +AAGAAGGTGATACATTAGTTGTTACTAAGTTAGACAGGTTTGCTAGAAGTATGATAGAAG +GTTCTAAAATAGTTAATGATCTAATAGAAAAAGGCGTTAAGGTAAATGTATTAAACATCG +GGTTAATGGATAATACACCAGCTTCTAAGCTAATAAGAAATATATTCTTCTCATTTGCTG +AATTTGAAAGAGATATGATAGTTGAGCGTACACTTGAAGGAAAGCAAATAAAAATGGAAA +CTGATGTAGATGCAACATTAGGAAGACCTAAGAAATTTAAAAAGGCTCAAAGGGATATGG +CACTACAGTTGCTCGAGAAACATTCATATAATGAGGTTGCAAATATGACAGGAATAAGCA +GAAGAACATTGATAAGATATAAAAAAGAAAATGATTTAAAATTGTTAAAAACAGAATGTG +AAGGCAAATAGAAAGCAAAAAAAAAGAAATATTGTCAATTTATGAGAAAAAGAGTTATAA +TATAAAAAGACAATAGAATAAAGAAAAAGCCTTAAATTTTACAGTCATATAAAAGTGCTT +GCAACACTTAAATATGATTAAACGTACAAACTGCGACAACAGTTAGTAAGAGTTAGTAAA +ATCTAAGACTTATCATATATTAATTATACTTAGATTGTATCATTTTTCAAGTATAAATGT +AAATATAGATAATTTTAGAATATACAAGCCTTAACTAACCGTACAGTTAAGGCTTTTTTA +ATTCTAAAATTTATATTTAAGGAGAATTGAGAAATGGACAAAAAAGAATTAAAAAGACAA +ATAAAAGATTTAAATGAGGTATTGATTGAGTATGCAGAGCATTCGCCAAGTATTGTTGAA +TTTGCGTTAAAAATAGTTACTGTAGAAAAAAATATAGAAAGAAAATTAAATAATAGAAAA +TACAAAAGAGAAATAAAGAGAAGAAAATTAACAGATCAATACATAAAAAGATTTAATACT +TTTGATATACATGAGGCTTTAAATATAGATATAAAAGAAGCTAGAAAAAAGCTTAAAAAC +TTTGATTTTACAATAAAAGAAAAAAATATAATTCTAGATACATTTTATGGTGGAGCAGAA +AGTTTTCTAAAGGAATACAATGGGGAAGTGATTAACTAATGATAAGTTTAAAAAATATAA +TAGACGGATTAAAAAGTAATCCGTCTATACTTGAAAATACATTAAATTTATATGGAAGCT +ATGAAAAAAATAAAAATAGAAACTGTGTGCATTGTAGTAGTTCAGATGCACTAAAAATAA +ATAAGAAAAATAATACTTACAAATGCTTTAGTTGTGGAGCTGGTGGGAGTGTAATAGATT +TAGTCATAAATAAAGAGAAAACTGACTTTATGGGAGCTATAAAAAAGCTATGTATTGATA +ATGGCATAGAACTACCAAAAGCAGAATATACAGAAGAAGAAAAGCAAGTATTTAAAAAAG +CATTAGAAGATAAAAAAGAGATAAATAAACATATATGCAAACTAGAAAAAGCATTTGATG +ATCCAAATACAAGTTTAGATATGAAATTCAAAATTAGTTGCCTTATAGATAACTTAAAAG +AAAATAAGGACTTCATTAATGATACTGAAATAATTAATTATTCAAAATTTAAAGCAAATA +AAACAATAAGCATAGATAAATACATATCAGAACATGATGAAGCAGTTACAAATGCTATAA +ATGGTGCAAAAGGTGGGGAAACTCACCTTCTAATTGCCCCTACTGGAAGCGGAAAAACCT +ATTCAATAATAAATATATTAAAAAAATATAAATATAAAGCTATATTTATATTACCTAATA +GTGCAAATGTTGAACAAGTAATGTCTGAATATAATATTCCAGGGGCATACGATAAACTAT +CGGCAACGGATGCAATGGAAAAAGATAATGTAGTCGTAATGACATGGGATAAGGTATCTA +AACTAACAGAAGCGGATTTAAGTGAATATATAATAATCATTGATGAAATACATCAAACAT +ATACAGATACATACCGTAAAAAGGCAATAAAGGGTTTGTATGATGTATCAAAAAAATTTA +AAGGTAGAATAGATATAACTGCGACACCTAATAAGTTAGATTTTGAAATATACAACTATA +TCACAGAGTATAAGCAAAAAGAACAAACCAAGTACAATGTGAAATTATACAATGGTATAG +ACACAAAAATGATTATAGATATATTAAATAATTCAAATAATTCTTCTCTACTTATGAATG +ATACAAAAGAATTAAAATATATATCTACAATGATAAATAAAAAAAGTGATGTAATAACAT +CAGATACGAAAGAAACTAGTCAGTTATATAATAATATAATGACTAGAAGCGATATGGGCG +ATTTTAAGGTGCTTCTAAACACAACAACTATTGTTGCAGGTGTAAACATAAAAAATCCTA +ATGTAAGCGACATAATAGTGTCAAATATAAAAGACCTTGGTACTATAAAGCAATATGTAG +CAAGATTTAGGGATTTAAAAGAAGTTAATATACACATATTCAATAACTATCAAGAGGAAT +GCAAAATATACGATATAGAATGGCTTGTAAATGAAAATATAAGTAAAGCTAGTATATTAA +AAGATGCATATAATGTAGCTTGTAATGGAAATACAGAGTTTTCAACATTAGGACTAAATA +TAAATCCAATAAACCTCGATACAAACGTATATTTCAATAGAGATATAAATAATTACGAAA +TTGATAGTGTTTATATTAGAAGCCAAGTATATTCAAAATACTATAATTCAAGAACTCTAG +AAAGCTTCAAAGTACTATTAGAAGAATACTTTGAGAATATCGAAATAGTCTATAATATTA +AGGCTGACGAAGATATAAAAAGGGATAAAGATATATATAAACACGAATTAAAACTATCTA +AAGAAGAAGCTATTGATAACCTTGAAAAATACAAGGATATACTTATTGGATATGATGAAA +TAAAAAAATCAAAATTAAGTAGCAATCTAAAAGAATATTTAAAAATAAATAGCTTATACG +TTGAAGATATTCAGAAAGAGTATTTAAAAAACAATGTCCATAAATTAATAAATGAAAATT +CTTTAAAATCTATGATTAGCTTATACAGTAAATATGTACTAGAAAATAGCTTTAGTCTTG +ATTTAGCTTGGAATATGGCTCAAAGAAAGAACAATAAAAAGATATTTGCTAAGATAAACA +CTATTATTTATGATGAGTTAAAACAAGAATATCCTAATGCTTTTAAAAACGATTATTCTT +TAGAGGTTCGTGTGTATGAACTTATAACTCATTACTTATATGAAGGGGTTAGTTATACTC +AAGAACATTTAGAAGATTTGTCAGAAGCTTTAAGGATAGGATTTGGTGATAACTGGTCAT +TGTCTACCAAAAAAATTAGTGCTGTTTTAAATCAAATTTATAATATTGATAGGGTGAAAA +TAAATTTAAGTGTCGCAGATAAAAACTATAATTTTTATAAAAATATATTACCAGCAAGTG +CGACAACTAAAAAAAGAATAGATGCTTATACAATTAAATCGAGAATAGAATTTTCGGACA +TAAAAAAGGAACTTGGTGCAACAAGTTCCGATATGAGTTTAGAAAATTCTATTCAAAAAA +GAAAAACTAAAATATTAAGCCAACTAGATAGTAATCATAAGGAAATACTATTAGAAGGAA +TATTTTAAGTTTTAGAGTGTTGCTGAATTTGACCGTTCTCAACACTCTTTTTTATTACGA +TATAAGTATACCCATATTTTCACAAAAAAACAATAAGGAGTTTCGAAAAGTCGGAAAAAA +CACGAGAAAACGAAACCAAAAAATAAGTGTATTAAGGGGAAGTCTGAGAAGAAAGTTCTA +ATAGTTAATATTCAAAGGAGGATATAATGATAATAGATATTTTGATAGTGGGAGTTTTTA +GTTATATAGAATGAAGTATCAATAGATTTAATCATGAAAATTATATAATTATAAAAGTTT +TGTCCATTTTTGTATAGTTAACGACCATTTATGCAAAAGGAATATACAAAATATTCAGAA +TATGGTAAGGTTTATATACATTTATCTTTATATGAGGGGGAATTTTTATGAAATTAAAAA +AGATTTTAATGTTTTGTAGTATTTTTACAATGATATTTTCAGGAGGGTCATTTGCTTTAG +ACAATGTAAGTAGTGATGCTGAAGAAAATATAGTAAAAATAGTTCTTGTTAAAGATGGAA +AGGAACAAGAAATAACTCAAGATGAATTAGATAAAATCATAGAAGAAAGTAATAAAGAAT +ATGTAGAATCAAAAGATATAGATAACTTTAACTATATTGAAAGCCATGATGCTAGATTAG +TTAATCCACCAAGATATCAATATATTGAGTCTAGCAGAATCAAAGAATATCATCATAAAG +GAAGAAATAAAAGAATAACACCTTATGTTAGAAATGATACATCATCAACTATATCAAGAA +ATATATCTTTTTCTACAACGTATAGTAGAAGTTCAGATATAACTTTAACGACTAAAGAAT +TTAATGCGATAAATGCTCAGATAGGAAAAAGTTATGGTGTTTCACGTACATATTCAGATT +CAGTTGATGCAAAAATAAAACCAAAATATGAAAGTTGGGTAGAATTTTACCCAATAGTAT +ATAAAAGTTATGGAACGTTAAGATACTACTATGACGGAATAAATGCAAGAGATAAAAAAG +CAACTACATATTTTTCAAGAGCAAGTAAGAATGGTTTAGATGGAGTATATACTGTTAAAG +AAAGGAAGTATTAATATGTGGAAAAAAACTCTTGGATCGGTGTTTATAATAGCATCAGCT +ATATTGTATTCATCAATGTATATAAGCGCAGCTATTTATGGTAGTGCAATAACCTCTAAA +AGTAAAGAGATATTTAGTACGTATTTAGGGTTTATAGGAAACGGGTTAATTATACCTTCT +ATAATACTATTTATTTTAGGGTGTGTATTTATCCTTTTATCTAAAAATAAAGATTATTAA +ATTCAAGAATATACTCAAGAGCATTTAGAAGATTTGTCAGAATCATTAAGGATAACATTT +GGTGACAACTGGGCATTAACTACTGATAAAATAGGTAAAATAATTAATCAGATATACATT +ATTGAAAAGAAAAAAACAAAAATGTGTCCACCCTTTTCTTATACTTTTTATAAAAATATA +TTGCCAAAGAGTGGACACAATGAAAGAATAAATGTTTATACAATTAAATTAAGAATAGAA +CTTTCGGACATAAAAAAGGAACTTGGTGCAACAAGTTCCGATATGAGTTTAGAAAATTCT +ATTCAAAAAAGAAAAACTAAAATATTAAGCCAACTAGATAGTAATCATAAGGAAATACTA +TTAGAAGGAATATTTTAAGTTTTAGAGTGTTG +>MGYG000000001_71 +TTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTAATCCCTATCGGGGTCGAGAT +TCAAATATAAATAAGTTAACAAAACGTTTAGTTAATCTTGGAGGAAACTATGATAAAACA +TATATTTTGTGACTTAGATGGGACTCTTTATCACGATGGTATAAGTAAAGAGGATATAAA +GGCTATAGAAGATATAGAATCTAAGGGGGTTAAGTTTCATATAGCAACAGGTAGGGCTTT +AAAGCAAGCCTCTAAGATGATTGAAAATAAGCTCAATTTAAATGGATACTATATATGTCA +AAATGGAGCATTTGTATATGATAAGAACAAGAATATAGTTTTAAAGGAAGTTATTGATGA +TTGTTTAGTTGGAAAAGTTATAAATAGATTTAAATCAGATGATTCATATATTTATGTTAT +GTATGATGGAAATATAGTTATATCTGGTGGATTAGAAATATTAGATAAGTATGATAAAGA +ATGTATAATGGATTTAGATTTTTTTAAAAGAGATAAGTATGATAATTTAGTAAGTAATAT +AGGAATTTTATCTAGAAATATAGATGAATTAGGAAGGATGGAGCTGTACTATAAAAGTGA +ATTTGGTGATATTTTAGATGTTTATTTGTCAGGACCACATGTTTTAAGTATGGCACCAAA +GCATATATCAAAAGGCAATGGTATAAAACATGTATGTGATATATTAGATGTTACTTTAGA +TGAAGTTGCTACAATAGGAGATTCACCAAATGATATACCAATGTTATATGGATTTAAGTA +TAGTTTTGCAATGGAAAATGGCAGAAAAGAAGTTAAGGAAAGTGCAAGTTATAGTGCTAA +AAGTGTAAGAGATGTAATAGAAATTGTAGGCAAAATAAATGGTGTTGAATATTAATTCAA +CACCTAACCGCAATTTATTAAGGTATAAGATTTAGCTGTATTTGATAATACAGCATCAAG +TATATAGTCAACAACGCTGTTACAGACATAATTTGAAAATAATAAATCATTCTTATATTC +AGTTTTAGATTGGTATTCTAAGTAAATAGAATTAAAGAATTCGCGGAAGCTGTTAGCTTC +TATATTATCTCCTTTAAATTTTCTTAAATCAGTTTCTTTAGCAACAATAGATAGTTCTTT +CTCATAAGTAATATGCTTATTCATACTATGAGTCATCTCCCAACGTCTACTATGGGGTAC +GCAGAAGAAATCACATAAAAAATGACATATAACTCCTAATTCTTGGCTGAATTTGCTTAT +TGAAAAATACTTACTTATACAATCTAAGTTTAGAGTACATAAGTATTCTACCTTAGTAAA +TATCATTTCAAGGGATTCTTCTAAATAGTGCTTCTGTAGTACATATTTTGAAGATATATC +AGGTTTTATATTTCCATAAATAAAGTTTTTATCGCTTATAAAGAATGATTTATTTTCATT +TATATTTTCAACTATAGATTTACCTATTAAAATGTGAGTATTTACAAACATAATTACACC +TCATTAGTTCAACTAAAATTTACTCTACATAATATATGGTTTACTTTAATTAAATATTTA +TTATAAAGAATAGAAAAATAGTTAATATTTTTTACTATTTGTTTTTATAGCTAACTTAAT +AATATCAATAAGTATTATATGATGCAATAAGCAAGAAATTCCAAATAAGTATACAAAATA +TAAGATACTTACAGATGTAATATTAAAATAATAAAGGAATATAATAATTGGAGGTAAAAT +ATGAAAAAAGTATTGGTGTTTTTGGCAGATGGATTTGAGGAAATTGAAGCAATTTCAGTT +GTTGATGTTCTTAGAAGAGCAGATATAACATGTAATATGTGTACAATAAATGAAGAGTAT +GTAAGAGGAACTCATAATATTATAATAAAATCAGATTGCCATATAGATTCTATTGATGTA +AAAGAATATGATGCGGTTGTTTTACCAGGAGGACTACCAGGAGCTGATAATTTAAAAGAT +AAGAGGGTAGAAGAAATAGTAAAAAGATTTAATGCAGAAGATAAAATAGTTGCTGCAATT +TGTGCAGCTCCAGAAACTTTAGAAGGTTTTGGTGTATTAGAAAATAAAAGCTGTACATCT +TATCCAGGGTTTGTTAAGAATAGAGATAAGGTAAATTATATAGAAGATGAACTTGTTGTG +GTAGATAATAATATAATCACAAGCAGAGGACCTGCGACTGCAACTTTATTTGCTTTGGAG +ATTTTAAAAGAATTAGGTGAAACAAAGAAATCAGAAGAGATAAAAGAAGGTATGATGGTT +AAATTTTATAACCAAGTTATAAAGTAAGTAATAATTATATTAACTTAAAATAGTTGCTTC +TATATATACATAATATAAGTAACTTTCTATTATGAAATTAGCAGTATTTTCTAGAATTGT +ATTTAAAGAAAATATAAATAAAAATAAAATAATATCATTAATATCATATTTTATAGGGGC +TATACTAGCTGTAACAGGTGGAAAATTAGATTTAAGTACTTTAAGCCCAATAGGTATATT +ATCAGCAATAGTTGCAATAAAAGGAACTGATAATAAGAAAACTGAAGGTTATACTATAGA +TTTTCAAAAAATATGCTAAAAATAGTATATATTAAAAATAGGATGTTATAGATAATCTCA +TGGCGAACGGTTGAAAATATAAATTAGCTGACATTTGCAGCATACTCTCGCTGCATGGAA +GATAATTTATATTTCAACACAAGCCACGGATATTATAACACCCTATTTATATATACATTT +TACTCTGCGGTATATTTTGCTCCTTGGAATGTGTTACGTTCTTTCAACGTAGCATCTATT +TGATTTAATACTTCCCATTTTTTTAAACTCCATAAAGGGCCTACAAGATCTTCCCTTTTG +CCATCACCAGTAAGTCTATGGACTATCATTTCTTCAGGAAGAGCCTCAAGTTGATCACAT +ACTAAGTTTATATACTCATCTTGAGTCATAAGCTTTAACATACCATTATCAAGCATTTTT +TCCATAGGAGTATTTTTTATAACATGAAGTAAGTGTATTTTTATACCATCTACACCAAGT +CTACCAACGGCTTTAGCAGTTTCCATCATCATATTATAATCTTCACCAGGAAGACCATTA +ATTATATGGACTATTACCTTGATATTCTTAGCTTTTAGCTTCTCAACACCTTCAAGGAAG +GTTTGATAATCGTGTCCCCTGTTTATTAACTTAGAAGTTGAATCATGTATAGTTTGTAGA +CCAAGTTCAACCCATAAGTTAGTTCTTTCATTAAGTTCTCCTAAATATTCAACTACATCA +TCAGGAAGACAGTCAGGTCTTGTTGAAATAGATAAACCTATAACATCTTCTAATTCTAAA +ATAGTTTCATATTTTTCCTTTAATACTTCAAGAGGAGCATAAGTATTCGTGTAAGCTTGG +AAATATCCTATATACTTAGCCTTAGGCCACTTCTTTAGCATCATTTCTCTAATTTCATAA +AATTGCTTTATTAAATCATCCTTAGGATTTCCAGCAAAATCTCCAGAACCTTCCTTACTA +CAGTAAGTACACCCACCGTAAGTTATCTTTCCATCAATATTTGGGCAAGTGAATCCTGCA +TTTATAGATACTTTAAAGATTTTTTCGCCAAATGTATTTCTAAGGTAGTAATTCCATGTA +TGATATCTCTTATTGTCAAATGCATATTTAAATTTTGTCAATATTATCACCTTTTCTAAT +AGTTATTAATTGTAATTATATTAAAGATATATTACCATAAAAAAATTATATATACAAATT +AATAAACTATAAATACCTGTTTCATTATTATCATATACTTTAACGAATGTATATATCTGT +ACTAAGGGATTATAAATAAAATTAACTAGCACTAGTTAAAGTATTGGGGGGATTAATTTG +GATAAAGAAAAAGATGGGGTAAGTAATCAAGCAGGTGAAAATAAAGATCCTGATTTTAGT +GAAAATATCTTTGTAAATGAAGATGAATCTGTAAATGATGATAAGCAATTAGATGATGAG +GATTTATATGAATCAGAAATAAATAATGAAGTTTCAGAGCAAGATGATAGTGAAGTATCT +AATAAAGAAGAATTAAAAGAAGATAACATTTCTGAAGAAGAGGATATATCAGAAATTGAA +AATTTAAGCAATGAAATAAACTCAGAAGAAACTTTAGATGTAAAAGAAAAATCGAATGAG +TCTGATAAAGAAGAAAAACCTAATAAAAGTGGATTTACAAAGAAAAAGAAAATTATCACA +GGCGTATGTTTATGCGCAGCACTAATATTAGGAATAGTGGCTAATAATGTTGTTTCTAAG +TATGAAAAGATAGTGTATCCAAGAGCTAAGTTGTATGAAAGTAATATATCAAAACTTGAT +GAAAATAGCTTAAAAGAGGAAATAGAAAATGTGAAAAATGATATTGGTAATAGTAAAATA +AAAATAGAAACTAAAAATAACAAGTATGATATAAAGTTTAGTGAATTAATAAAAAGTTAT +AATGAAGAAGATCTTACAGAGGAGGCTATGTCTTATGGGAAAGATGGTAATATAATACAA +CAGTTCGGAATAATAACAATAGGTAAAAGTAGAGATTACACATTTGATATAGCTACTGAT +GATAAAGCTATAAGTGAGTTTGTGAATAAAGTTTATGAAGATAATAGTGAAAGTAGTATA +GAACCAAAAGTAGAAATAAATGGAGAAGACATCGAAATTATAAAAGGAAAAAATGGAAAT +GTAGTAGATAAAAATAGTTTGATTGATGAAATAAAATCTACTATAAAAGATTACGATGGG +AAAAATAAAGAAATTAATCTTACTGTAAATTATATAGAAGAAGAGCCTAAGATTAGTATT +TCAGACTTAGAAAAGGTTGATACAAAGATATCTAGTTATTCAACTCAATATGGAACTGGA +GGCGGTAGAGGTAAAAATATAGAAGTAGCAACAAGTAAAATAGATGATTTATTATTAATG +CCAGGAGAAGAATTTTCTTATGAAAATATGGTAGGTCCCGTTTCACAAGAGAATGGATAT +ACATATGCACCAGTAATATCTAATGGAGAATTAGTGCAAGGCATTGGAGGGGGAGTATGT +CAAGTTTCTAGTACAATATATAATGCACAGTTAAAAGCAGGTATACTTCCAACGGAAAGA +AGAAATCATTCAAAGGCAGTAAGCTATGTGCCTAGAGGTTTAGATGCAACTTTAGCATCT +GGAAGTATTGATTATAAATTTAAGAATACTTATGATTATCCACTAGTAATAAATACATAT +ACATCAGGTGGAAGAATATATATAGAATTTTGGTCTAATAAAAATTCAACGAAAGGTATA +ACGTATGAGGCAGTAAGTTATGTAAATGGAAAAGTAGCAAATACTTACCTTTATGGGTAT +GATTCTAATAAAAATAGAGTTTATGAAAAACATATAGACACAAGTGTATATAGATAAAAA +GTATTACTGGATATATTTCCAGTAATACTTTTTTATATAATTTATCTAAGACGATTACCC +ATAGTAAATAGATTTAGTCCTATTATTATTACTATAAATGACATTATAGATGATATAAAC +TTAGATAAAAATAATGGAGATATAATTAAAGTTATACCAAATAAAAATGCAAATATGTTA +GATAAACCAAATCTAAAATAAGGATTATTTTTACTTGCAGCAATTTTTAATAACTGATTA +ACCACTAAATATGCACCTATAACAGAAGAAATAAACCCTTGAATCTTTGTAGGAAATATA +AATAATAATACTACGAAGAATAAAATAATAGCTTGATTACGTTTATGTGGTTTAAGTTCT +TCTTTTGAAGCATATCTTGAAAGTTCATTAATGTTTTTTAAGTTCAGGTATGCTATAAAT +AATAGTGATAGACCTAATAGCCAAGACACTATTTTGATTCCAAGGTTTTTATATAATAGA +GAAAGTGTTCCTAAAACAATTAGAACTAAACCTATTGATATAAATTTAGTAGCATTTTCT +TTTTTATTAACTCCATCAAAGTTGATGTTAAAAAATTGAAACATAAATTCACCTCTTTAA +AAATACTTATGATTATTTTATAACATTATAACATAAAATAGTTAATTTCAAAGGACAAGA +GTAGTAATTAATAGATAGTTTGTATCATAAAATTTATTAATTACTATATTTATAAGGAGG +TTTGAATGTGTCTAACATGGTAGCTATATTTTTCGCAGTGCTTGCTGGCCTCTCTACTAC +TTTGGAAGCTTTTTTAAATGGAGAATTAGAGAAAAATACTACGGCTCTAATAGCAACTTT +TATTAGTTTAGTTGTAGGAGCATTATTTTTTTTAATAAGTATTTTAATAGCAGGTGATTT +TAAAGACTTAATAAAGGTTGGCCCTATAAAACCTATATTATTGTTAGGTGGTGTTTTTGG +AGGTTTAATAATTTATTTTACAGTAAAGGCCATACCATCATTAGGAGTATCTAATACACT +TACATTAATAGTAATTTCTCAAGTTATATTAGGGTTTATAATTGATAGTGTTATACTAGG +AAAAAATACTATACACCTGTATAATTATATAGGTGCAGCATTAATATTTATAGGAGTATT +CTTTATGCTAAATTAGATGCATAAATTACATATTTAATTACTTTTTATAGTAAAGGAAAT +ATAATATATACTTGATTAAAGTAGTTTGACAACTCAGTGACTCAAGCAAAGTGAATTTAA +ACAAATGATAATTGGAGGAGAGTTAGCGTGGAAAATAAAAAGTTTGTAATTTCATTTAGT +GGTGGAAAAGATAGTGTTTTAGCTTTACATAGAATGGTAAAAAAAGGATATACCCCAGTA +GCGCTTTTAACTACTGTAAAGAAAAATGAAGATGAGTCTTGGACTCATGGGATAAATCAT +GATTTTCTAAAAAAAGTAAGTGAGAGTTTAGGAATAGACCTTATTACTGTAGAGTGTGAT +GTTAACGAATATGAAAATGAGTTTGAAAGAAAATTATTAGTAGCAAAGAAAAAGGGTGCA +AGTATGTGTGTATATGGAGATATTGATATAGAACATCATAAACAATGGGGAGTAGATAGA +TGTAATGCAGTTGGTATGGTTGCAGAGTTTCCTTTATGGCAAGAGTCTAGAGAAAATCTA +GTACATGAATTTATTGATAGCGGATTTAAAGCAACCATTAAAAAAGTAAATTTAAATAAT +CTTGGTAAAGATTTCTTAGGTAAGGTACTAACAAGAGAATTAATACAAGAAATAAAAGCA +ACAGGCTCAGATGCTTGTGGTGAAAATGGAGAATACCATACTTTTGTAAGTGATGGACCT +TTATTTAAAAATCCTATAAACTTTAAGCAAAGTAAAGTTACTTTAGATGAAAATTATGGA +CATTTACATATTATTTAATAAAAAAGATCAGTTCGAAATATTTAATTTATTTTGAACTGA +CCTTTTTATTTTTAGGAATTATATTTAATTTTATTTATTTCTTTTCCCATGCAATCATTA +TAATATCTTTACCAGTTTCTGATTTTATTTGAGCTTCAGCTTTTCTTATAGCATCTTGCT +CTTTACTGTCAAGATGAGCTATTTGAAAAGTGTTATGACCACATTCACAATTATGTTCCA +TCATTAAGTCCTCCTTAAAATATGTTATTTATATTTTATGAAAATAGGGTAAAAGTATAA +CAATAGATAATTTGTATTTTTAGAAATAATAAAAAAATTATTTAAAAATTACTAATTAAA +TTATGGGGAATTTTAATGTGTACATAAAGTAAGAAATACTTTAAATCAGTTTATATTGAG +TTTTGGATATCATAATATAAATATTAAACTGTGATATAATACCAAAGACAAAATATTTAT +CCTAGAATATTAGTTAGGAGGAATACATGAAGGATTATTATAAAATAGGAGAAATATCAA +AAATATATGGAATAGGAAGAGACTCACTTATGTATTATGAGGAAATAGGAATTTTAAATC +CTTATAGAGATACAAATGGATACAGATTATACAGCATTTCAGATATATGGAGATTAAATT +TAATAAAAGAGTTAAGAAGTTTAAATTTTCCGATGAAAAAAATAAAAGAATATCTAGCAA +ATAGAAGTATTGAATCAACAAATCAAATGTTAAATGAAGAAATAGAATTAATTGATAATA +AAATATTAGAGCTTTTATCTCATAAAGAGAATATTAAACAAAGATTAAAATCTATTGAAG +AAACAGTTAGTAATACTAAGTTTAATGAAATTAAAGTAGAATATATTGAAAAAAGAAAAG +CTTTAAAGTTGAATGCAAACATAAAAAGAGATGAGGATGTAGACTTTTTAATACAAAAGC +TTCAAAAGGAATATGAACATAGGTTCAATATTCTTGGTAATAATAATATAGGAGCTGTAT +ACTCTTTGGATTCTATAAAAAAGCATATATACAATGAATTTAACTCCGTATTTTGTCTTT +TAAATGAAGATGAAAGAATATACAATATAACTTTTGATGAAAATTATTATATTACTATGA +CTTATAGAGGAAGTTATAGCAATAATAAAGAATATATAAATAGAATGATTGAATACTCGA +CTGATAAAAACTATGAGATAATCGGAGATCCTATAGAAATATATAAAATAGATGTACATG +AAACAGGTAAAGTTGAAGAATTTATTACAGAAATTCAAATACCTATAAAGAAAAGATTAC +AATAGCTATAAGTATTTGACAAACAAAGGGGAATTTTTTTATAATTAAATCAAGTCTCAC +CAAAATTTTTTATAATTAATAGAGTTATTGGTTTTAAAGATATAAGGGGGTAAAACTTTT +GATTACCAAGGTAAATGAAAGCTTAGAAAATGCATTTTGGGAATATGTATCCCATGAAGA +GCGTATAAATTTATTTATTATAGGTGATGTAGAGAATTATGGATTCGAAACTGACTTTCA +AGATGTTTGGTTTCAAATGAATGATGATAAGATTGTAGCAGTAATGTTGAGATACTATAA +ATCTTTAATTATTTATAGTTATGAAAATGATTATAATATAGATGAAATGATAGATCATAT +AAATAGCTTAGATATAAAAGAAATTAGTGGTAAAAAAATAGTTATTGATAGGTTATTGAC +AAAATATAAGGACTTTAAAAAGAGTAAAGAAACTCAATTTTGTAGTTTAAAAACTTTAAA +AGAGATAGATGTCTTAAACTTGAAAGATAATAAAATAGAAAAAGCAGAAATTAGTGATTT +AAAAGAATTAAATGATTTTATATGTAGTGTAGAAGATATGTATACTGAAGATTATATAGA +AACTAAGACTAAACAATTAAAAGAAAAAAATACAAGGATATACTTTATAAAACAAGATGA +TAAAATAGTAAGTACTACATCTACAGGTATAGAAACTAGTTTTCTAGCTATGGTATGCGG +AACATGTACAGATGTAAATTATAGAAATCAAGGTTTAGCTACTTTAATGACTTATACATT +ATCAAAAGAATTAGTTAATGAAGGGAAGATACCTTGTTTATTTTATTCTAGTGAAGTTGC +AGGTAGAATATATAAAAAAATTGGATATGAAATAGATGCTAATTGGAGTATGTTATTAAA +GTAAATATCAGGAGAAGGATATGGAAAAAAGCGAAAGAAAAAAATATTATAGATTAAAAG +CATTAAAAGAATCTTCTATGGTATTTTCAATAATTTTAATATTATTTGTATTGGTTATGA +AGTTTGATAACTCTATATTTTCGGTACTATTATCTAATATAGGACTTAAAGCTACTATTC +CAATATTAGTTTTATTATTTATTTGTTATACAGTTGTATATACTGTTAATTATGCATATG +GAGAAATGGATATAAGAGTAAAAAAAGATGATTTAAAAAGCGAGTAAAATTACTCGTTTT +TTATAAGTAAAATAAATGAATTATATACAAATAGTAAAGATCATTAAATTACTTACCATT +ATAAAGCCTTGTACAATTACATATAATAATATTGCAATTAAAAATATTTAATTTAAAAGG +AGAAATCTATGAAAAAATCCTTTAGAATTAAGATGAAAATGTTTTTAATTATTTTCTTAT +TAATAATATTATTTCCAACGTGCATTTATTCAATGCAAAAAAAAGAAAAAATTCCTTCTG +AAGTTATTATAGGAGGAGAACTTTTACAAATAAATATGAATACTAATAAAGTTATGTATT +ACAGAAATGAAAATGAAAAAAATGGATTAGAAAATTATGATTTAATATGCAAAATAGATG +GGAAAAATATAAATAATAGAGAAGACATATTTGAGCATATTTTATCAAATAAAAAAGATG +AAAAAGTTGAAACTATAGTATTAAGAAATAATAAGTACGAAACAGTATATTTAAAACTAA +ATGATTTAAAGCCATCTTTTTTTACAGAATATATACCTTTTTCTGCTACTTTAACTTATA +TAAATCCAAACGACTGTTCTTTTGGTGCAGTTGCTCATAACATAAAAGTACCAGATTTTA +ATAATGTATTAACTCAAAATGGAGAAATTTATTTATGTAATATGTTAGAAATAAAAAAAT +CTAATGAATTTGAAGTGGGAAGTATACATGGAAAAGTTAATGATTCTTCTCAAGGCAAAA +TTAATAAAGTAAATGAATTTGGTGCAAAAGGAAATATTAATTTAAATGGTTTTAAAGATA +AACAAATTTATGAAGTTTGTAAAGCAAAGGATGTTAAATTAGGAAGTGCAAGTTTAGTAA +TAAATAATAGTAATGAAGAAAATAAAAAGTTTTATGAAATTAATATAACTAAAATTAATA +AGCAAAACAAGCCAAGTACACAAGGTTTTGAATTTGAAGTAGTAGATGAAGATTTTATAA +AAGAATATGGTGGTATATTACAAGGTATGAGTGGCTCACCAATAGTTCAAAATGGTAAAA +TTATAGGAGCATTATCTCATGTAATAGCTACGAATCCAAAGGATGGTATAGGATTATATA +TAGAATGGATGATGGAAAAATAAATTTCCATCATCTATTTTTTTACCCAAATAGGAGCTG +TAACTGAAATTTTATCTCCGTTTTGAATAACCTTAACATAATAAAATGTATTTTCATTAG +ATTGTAAACTAAATTCTAACTTAGCTAAATTAGAATTAAATTTTTTGCTTTTAATTATTT +TACCTTGATTACTTATTACTTGAATTTCATTAATTTTATCGTCAAAATCATTATCAATAG +CGCATATTGCGAAATTTAATTTTGAAGGTTTATTTAATGTTGATCCCAAAGGAGAATCAT +TAACTGTATAGTCTATTTTTATGTTTTTGTCTTCAGTAGCATAAACTCTCATATTTCTTA +AGCCATCATATAATGCTTCTTTGGTAAGGTCAGTAGATAAAATTACTGTTCTATATTCAT +TAGCTATACCAAAATCCATTTTATGGTTGTCCTGATTACATGTTGGAGCAAGATGCCATC +CTTTATCTAAAGCCTTTTGATACATATCATGAGTTCTTTTGTTTTTACTGATGTCTTTTT +TAGCACCATTACCGACTTCTAAAAGACAAATTACACTATCAGCTTGAGGCGAATATTCAA +AATCCTCGAAATCACCAAATCTAGAACCTGGATGGTTAAATTGTCCTATTAAGTCATCGT +AGTTGGAGATAAGTGAATAAAAGTTTTTTAAATCTAGAGTTTCATCATTTCTAGAAACAA +ATCCATCAGTGTTGAATATATTTATATGACCTTTAGGATTTTTTACCTTACTACTATAGG +TCATTTCAAATCCATCTAATGCAATAAACTCTCCATTTGTTGTATATTTTTTTGAACAGT +TTATTAAATTAGTCCATTTTTCACTAAAACTAGCATCATCTAGAGTACACTTTAAGTCGT +TGTCAAAGTAATTTGAGTGTTCAGTTATAGCAAAAAAATCTAATTCTGCTTTGTACTTGG +ATAGATAATAAGCATCTTCATAAGTTCCATGTCCATCACTATTAGATGTGTGAGCATGAA +GTAATCCCCTATAATGAGTGTATATGGGTGTACCAACAGTAAAATACCACTCTAATTCTT +TTTTATTCTTATTTGGGGATAAATCGGAAAGTTCTATTTTAGCTATTTGACTTCCTCTTT +TAAATTTTTTCTTAGGTGTATAGGTTATTTTATTATCTGTTATTTTGCATTCTTTTGTTA +CATCTTTATAATTAATATAAAGCTTTATAGAAGATAAATCCACACCACTAGAATCTTTAA +AATTAACACTAATTTTAGGTTTACCAATTATATATTGTTGACACTTATTAGGATTAATTT +TATTTATATCTGGGGGTGTTAAATCAATATTTTCTTCACTTATTGCATTTGCAATATAAT +TTTGAGTTTCATTTCTTGTAATATCTTTATCTTTAAAGATAAGGATACTAGCTAAGATAA +TTGGAATTATTAATAATGTTATTTTTTTTAATTTCATGATATCATCCCTAGTAAATAATT +CGTTTTGTTAACTTATTTATATTTGAATCTCGACCCCGATAGGGATTATAATAGTTTCAC +CACAAAACATATTCCCCCTATAGAAAGGAGT +>MGYG000000001_72 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCAAATTATAAAA +GTAATTATCTCTAAGAGTTTGTGCGTTTTTACGATTAACTAAAAACTTTTTTAATTCTGT +TAAGCATAAAAAGAGTATTGCCCTATCCTCAAACTCTATTCTATCTACAGGAAGAGGCTG +TTGTTTCATATTAAGAATCAATCTTTCTAATTCGTCTAATAAATACTCAACTGTCTTAGA +ATTAAAGGAAGTATAACCTATTTTATGTATAAAAGCAGATACAATATGACCTTGAATAGG +AGTACTACTTAGTTGAGATACATAATTATATAAGTTTTCTAATATACTTCTTTGACTTTT +TATAATTTCCATATGATCTAAGAAAAACTTAGTATCACTTAGTAAATTATTATTCATATT +TTCATAAGCTGCAGAAATACTATTACTGATAAGTTTATTTAAAGTATCTAAGTCTTTATT +ATAATTACAATCTTTATTAGGATTTACAATTAAATCTGCAATATCTATTAGAACAGCACT +TACCTCGTCTTGCATTTTCTTTTGACCTTCATATATTTTTTCTATATTAGATGGAATATA +CATGTTTATCAAAACACCAATTCCAGCACCAATTATAAATAAACCAGATTCATTTAAAAT +CCAATGGATAGATACTTCACCTTGAAGAAAATAATGCGAAGCAATAACTACGCACATAGC +AATTACATCTTGTATTTTAAATATAAAACAAAGGCTTATAATTATTAAAATATACAATGC +GAATGCATATAAATGATATCCTAAAATATTAAAGCATAAATATGAAAATATAGTACATAA +AATAAATCCATAGATTTTTCCCATAGTACCTTTAAGAGTCTCTTTTTTTGTATTCTTTAC +TGTTAGTAATGTAATAACTCCTGCAACAGTAGAGTATTCCAGATTTAACATCCAAGCAAT +AAAAATAGCAAGGGAACTTCCAAATGACAATTTTATTACCTTAAGTGCATTAGTTTTATT +CAATTATAAAACCCCCTATGTATTATTTTACTAGAAAGTATTTTAACATAACTATTAGAG +ATTTTAAAAGTTAATAGGAAATTCTACAAAAAATGTTGTATCCTTATCAACAGTACTTTT +AGCGTATATATTACCTTTATGCTGTTCAACTATTGATTTTGCGATGGAAAGTCCTAATCC +ATAACCACCGGTTTCTCTTACTCTTGAGCTATCAACTCTGTAGAATCTTTCAAAGATTTT +TTCAATATGTTCGGAAGATATACCCTTACCTGTATTTTTTATAGATAACTTAACAGTATT +CTTATCCAAGATTAAATTCACATAAATACTACCGTTATTATTAGTATGCTTAATCGCGTT +ATCCATAATTATACTAAATAATTTTTTTATACTTTCTTTATCTCCAGTGATAAAAATATC +ATTGTCTATTTTAGTATATAGGTTTATTCCATTTTCATAAATTATAGCATCGAATTGTAA +AATCATACTTTCAATTATTTTACTTATATTAATAGGAGAGAGTACAAGTGTATTTTCCTC +TGTATCTAACTTTGCTAGAGATAGCATTTCATTAACTAGTTCAGACATTCTATCAGTTTG +TAAGTTTATATAATTAATCCATTTACGTTGATTTTTTACAGTATCTTCAGGATTGCTAAG +CACTAAAGAGGTATTAGTTTTTATTATAGTTAATGGAGTTTTTAATTCATGAGATGCATC +AGCTATAAATTGCTTTTGCTTGTCAAAAACATCTTTTATAGGTTTAATACTTTTATTAGT +AAGATAGATACTTATAATAAGCAATGCTATTAAACTTATAGATCCAACTGAAATAAATAT +TTTTAAAGGAGATAGCTTAAAGTTCTCTTGATAAGATATATTTAAAAATACTATTTTTGT +AGTCGTAGAACTTGTTCTTTTTAGATATACATATGGTTCTTTGTTAATATTGATTTTGGA +GGAATTATTTTTATTATTTAAAATTTTATTAATTGCATTTTGTAAATCGTTAGTATCAAC +ATTAAGATTGAAAGAAATAAATTTTTTTATTATATTTCCGTTATCATCAACATCGACTAT +TATATTACTAGTATTTGGTCTAGGTTTATGATTATCAATCATTAAAGCATTAAGAGAACC +GTTAGTTTCCCTATTCATGCTTTCATTAGTCATAAAATATAAAGTGCCAAAAATACTTAT +AAAGACGACTGTTAATAAACTCATATTTATTAGTATGAATTTTAGTTTAAGCTTATCGAA +CATATTTATTCCTCCAATTTATATCCAACTCGTCTTATAGTTGAAATCTTAACAGATGAA +TCAATGTGAGTTAATTTTTTTCTTAGGAAGGAAATATAAACCTCGATATTATTGTGGTCA +GCCTCAGAATCAAATCCCCAAAGTTTTGTTATTAGATCATCTTTACTTACAATGCTTTTT +GGTCTTTGCATAAAATAATGCAGTATATCAAATTCTTTTAATGTAAGAGTTATAGAATTA +TTTTTACACTCTAAATCATAGGTTGATAAGTTTAATCGAATATCACCGAAGTCTAAGATA +TTATCATTAATAACTTCACCTTTTCTTCTTGTTAAAGCCCTTAATCTAGCAAGTAGTTCT +TCAGAAGAAAAAGGCTTTGATAAATAATCATCGGCGCCTAAATCTAAACCAGTAACCTTA +TCTTCGACACTATCTTTAGCTGTAAGTAAAATAATGGGAGTAGAAACTCCCTTTTTTCTT +AATATTCTAAGAACTTGAAGTCCGTTTAGTTTAGGTAGCATTATATCTAAAATAATTACA +TCATAAATATCAGTTAAACCATAATTTAAACCATCATCACCATCATAGACAGCATCAACA +GAATAATTATTTTTTATAAGAATTTGGCTTAAAGCTTCAGATAATTGAACTTCATCTTCA +ACTAACAATAGTTTCATAAAATCACCTCTTTACATAATTTACAATTTGTACAAAATATAA +TCTTATTTTACAGTAAAAACACTTAATCTATATGAAGGTTACTTAAAATATATTTTAATA +GATAGTTAGTATGAGAATTATATAAACTAGCGAAGGGCTGATATATAAATTAACTAATAA +TTACAGCATCGTATGCCACATTAAAGCAAATTTATGTATCAGCCCAAACTTTCGTTTGAA +AATACTAAACCTAATTATAAACTTTTTCGTCGAAACCAGATAGGGTAAGTGTTATGTTTA +AATTTCCATTTCTACATCTTAACTCGTCTATAAATTTCTTTTGATCTACGTCAGGTTTCA +TATGAATAACGTAAGTCAGCTCAAATAAAGCACCAAAGTCTCTAGTCTTAACTTTTTCAA +TATTCCAAGAGTTAGTGTACTTTACTAATATATCTTCAAATATACCTTCATAATTTAAAT +CCTCAGGAACGGTAATTTTTAGTTGCATAGTTTTAGTTTTAGGCATAGCAAATTTTGTAG +CATCTAATATAAGCATCACTGCACATAAAATAGTGGTGAATATTATTCCATATCCTATGT +ATCCCATACCACAAGTAAGACCAACAGCTAATGTAAAGAATACATAAGAAATATCCTTTG +GGTCTCCAGGTGCGCTTCTAAAACGAATTATTGAAAATGCTCCAGCTAAGCTAAATGCTC +TAGCAACGTTATTTCCAACTAAAAGAATTATAATTGAAATTATAACTGGTAGCATTATTA +ATGTTATGCTAAAACCTGAGCTATATCCAGATTTTTTATTTGTTTTCATATATACAAGAC +TAATGGTTAGTCCAAGTATAATTGATGACACTATTACAAGTAGTGCATTAGTGAGAGTGA +AAGACTCTCCAGTAGTTGACGCAATTATTGTTTCTAACATACTTTTTCTCCTCTTACATG +ATTATTTTGTTTATTTAAGCAATAAGACATATATTCATTGCCATATTTTGAAAAATGAGT +ATTATATATTGAAAGTTCTGAAAGGATTCTTGTAAACCATACAGGAATCGCTCCTAAAAT +TTTAACTTCCATCAGATATTTATCTTCACCTAAGATATCATCACCAGAATTACCAAATTC +TAAAGATAAATTATTTCTTCTTGAAATGATATTAGAATCGAAAGTTAACCTAAAGTCAGG +ATCATCCTTGGCAAAGAAAGCATTTCTAGTATAACCAATATAAACTGTTGGCTTAACAGG +ATTATTATTTAAGTAATATTCTATTTCATTAAGTACCTGTGTATTTATGTAGTCATTAGA +GCAAGGTCTCTCACCTAATTCTAAAAACTTATATGCTTCTTCTAATGTAAGTGAAACTCT +TCTTTTATTTACGATACCATTTATTTTCTTTTTTAATTCTAAGAAAACTTTATCAGAAGG +ATTACTTGGAATTTTATAACTTCTAAGTCTAAGTTTTTCTTTATAAAATGGTTTAGAAAT +AGAGTGCCTAATCACATCATTATGTTCTGTATCGTAGTAAATATTATAAATGTTATAGTT +TTTTCCTGATTTACAATATTTATCAGGAGTCATATATTCAAGTAATTTTGGAATTAGCTT +ATTATACTGTTCTTTGTCTAAGATAAATTTTTTTTCATAACGTTTAAAAGATTTAATTGC +CATACGTTACCAACCCCTTATAATTAACTATTTTATATTCATATTGTAAAAATTTAACCT +TAAACAAACCTTAAGTTAATATGGATTTAACATGAATTAGCTTCATTATGAAAATATTAA +GAAATGAAATTTTAGATAGAGAATATAAAGAGAAAAAAAGGTGCTTTTAATGATATTTCA +AAGTCACCTTTTTATGTCATAATATTAATTATTGTAAAGTTTAGCTTCTAGTTCATTTGA +TATTGCTAAGTTATAAATATAAGCATTACTTATTTCATTTATAAACTTAACTTCCATTTC +TTTAGATAAGTTTAAGTTATTTATTTTATTAGCATAATTCATAACATAAGATCTGATATC +TTTAATCTTATCACAAGAATAATAATTTAGACCTTCAGGCTCAACTTTATAATTAACGCT +TAATAAAGCAATAAAAGTTCTTCCACCAAATAAATCAGCTATAAATCTTGTATAAGCATA +AGCTATTATTAATTCAGGATTAGTTTTTTCTAAATCGTTAATTTTATCAATAAAAGCTAG +AGTAGAAGGAAGTAAGTCCATCTCGACTAACTTATCTCCTAATAAGAATTTTAAATCCTT +TTGAATTAAATCATAACGATATAGTTCAGGAGTAACAAAATCTTTAATTATCTCATTAGT +AGAGTTATTTTCAATCGCATCTTCTATAGATTTATACATAGCTGATAGATTAAATAAGTA +TTCAGCATAACTTTCTCTTGATGCATTTCCATCAACTATTCTCTTTATAAAACCGCTGTG +TTCAGCTGCACTATGAAGTGTAGCGCTACTTTTTCTTATATTTGTCATTAAATCCATATG +TATCACCTCTTAAATTATTATAGATAATGATAATTATTATCATCACTTAATATAAAGATA +CCCACGAATATTTACTTAAAACAAATAAATTAAAAAATATTAAATTACATTTTTCAACTC +AGAAAGAGAAGAGGAGTTTATCATTTCCTTCATTATAGCTCTATCTTTTAAGAAGCTATT +ACTAACCTCATAAGAAATAGAAGGATCTCCATAAATTTTCCAGTATCTAGTCGCAGATAA +TTCATTTCTGCCATATCCCATAAATCCTAGAACATCTTTAAGAGGATATCCTAAAAATAT +ACCTATTTCATCTGGGAATTCTTCAGAGTGTAACTTATCAACTAACATATTTATATAAGA +ATCCAAATTGTAATCAGATGAATATCCAATAAATTTTAAAAAGTTTATACATTTTTTACT +AAAGAAAACACGTGATAAAGATGTTTTATTTATGAATAGAACTCTTATACCACCATCATA +AGTATTTATTATTTTATAAGAAATTTTACTACAGCTGTTAAAGAAAGATTTTATCTCCAT +TAATTTGCTTTCTTTTATATCAGGTTTTCCTGAAATATTTAAAATCTCAGCTGGTTTGGA +ACCTAGTATTACAGGACCTAATAGTTCTAGAATTCTTTTAATATAAGAAGAATTTAATTT +ATTTTCACAGTAACATTTTTCACAGTTTATATTCATTTTAACCTCCTAAGTGATAATTGT +TATCATATAGTATGATATCAGAAATAATAATTATTATCAATTATAAAAATTGTTATTATT +ATTTTAGTTTACCCAAATCAAATAAAATTTTTCTAAGAAATATAAGATTTACATAATATT +TACACGTGATAAGGAGATTAAAATATTAAGAAAAAATCTAGACAAAAAATAAAAAATATT +TTTATTTTATAATGAAAAAGAGGGCCTTATTGTTACAAAATATGCCAATAAAGCTATTTA +TTTTTACATAAAAAAAATAAAAATAAAAAAATAAAAATATCTTGCTTACATACTATATAT +AGTATAGAATAATTAGGTACTCACTATATATAGTACGTAGTAAGGGTATATAGTGTTAAA +AGTCAATACTTGAAATAATAAAAAATATATATTTTGTTCTAGGATTAAGTAATATGAATA +ATTACATAAATGGGTGAAAAGGAGAATGCTATGATTAAAGAGATAACGATAATAAAAAGA +GATGGAAATAGCGTTGGATTTGATAAATTTAAAATAAAAAATGCAATATTAAAAGCTATG +AAATATGGTAGTGGTATTTACAAAGAAGAAATAGCTAATAAAATATCAACTGATATAGAA +ACTTATTGTTACGAAAATTCGATATCGCCGACAGTTCATCAGGTTGAAGACATGGTTTAT +AAAATGCTAATAGATAATAAAGAAGAATTAACAGCGAAAGCATATGAAGGGTATAGAGCA +GTACAATCATTTAAAAGAGAAAATAATACAACTGATAAGAGTATACTAGGATTACTTGAT +AGAAGTAATGAAGATGTGCTTAATGAAAATTCAAATAAAAATGGTATGCTAGCATCTACC +CAAAGAGATTTAGTAGCAGGAGAGGTTTCAAAGGATATTGCAAGGAGAAAGCTAATACCA +GCTCATATAGTTCAAGCTCATGATGAAGGGGTACTTCATTTCCATGACATGGATTATACT +ATACAACCTATTCATAACTGTATGCTTATAAATTTAGAAGATATGCTTACTAATGGAACT +GTTATAAATAATAAGTTAGTTGAATCTCCAAAGTCATTCTCAACAGCTTGTACTATAGTA +ACTCAAATTATAGCTCAGATAGCAAGTGGTCAATATGGGGGGAATTCTATAACTATAAAA +CATATAGCTCCGTTCTTAAGAGTATCATATGATAAGTATTTTAATAAATATAAAGAAAAG +TATTCAGAAGAAATGGCTAATGAATTAGCTGAAGAAAGAATGCTAGAGGAATTAAAATCA +GGAATCCAAACAATTAGATATCAATTATCTACATTACACACTAGTAATGGTCAATCACCT +TTCTCAACTATTTATTTAGAAATTGAAGAAGGTAATGAATACGAAAAAGAGATGGCATTA +ATTTGTGAGGAAATGATTCTTCAGAGATTAGAGGGGATGAAAAACTATAAAGGAAATGAA +ATTGGTGAGGAATTCCCTAAATTAGTTTATTTATTAGATGAACATAATTGCTTAGAAGGT +GGAAAATATGATTATATCACGAAATTAGCAGCTAAGTGTAACACTAAGAGATTAGTACCA +GATTATCAATCTGCTAAGATAATGAGAAAAAATTATGATGGAGAAACATTCCCTCCAATG +GGATGTAGATCTCATCTAAGCAACTGGAAAGATGAAAATGGGAATTATAAATGGTACGGA +AGATTCAACCAAGGTGTTATTTCTCTTAACTTAGTGCAAGTAGCATTAACAGCTAATAAA +GATATGAATAAATTCTGGAATATACTGGATGAAAGATTAGACCTTTGTAAAGAGGCTTTA +ATGGTTAGACATAATTTCTTATTAGGTACTACATCGGATATATCTCCAATTCACTGGCAA +CATGGTGGTATTGCTAGACTTAAAAAAGGAGAAAAAATAGACAAGTTATTAAAAAATGGT +TACTCAACACTTTCGTTAGGTTATGTAGGAATATATGAAATGACTCAAGCAATGCTAGGA +GTAAGTCATACGACAAAAGAAGGTGAAGAGTTTGCACTGAAAGTTATGCATTACTTGAAT +GAAACTTGTAGTAGATGGAAAAAAGAAACTGGATTAGGATTTGGATTATATGGTACTCCA +GGAGAAAGTTTAACTTCAAGATTCTGTAGAATAGATAAACAAAAATTCGGGGAAATAAAA +AATGTAACAGATAGAATGTACTATACGAACTCATACCATGTTCATGTAACTGAAGAGATA +GATGCATTTTCTAAGTTGAAATTTGAAAGTCAGTTCCACGATATAAGTTTAGGTGGATGT +ATAAGTTATGTAGAAGTACCTGATATGAGCAAAAACTTACCTGCTGTAGAGCAGATAATT +AATTATATATATCATAACATTCAGTATGCTGAAATAAATACTAAGCCAGATGTATGTTTC +AAATGTGATTACACTGGAGAAATGAAGTTAGACAATGATTTAGAATGGTATTGTCCTAAC +TGTGGAAATAGAGATAAGGATGAAATGCAAGTTATGAGAAGAACTTGTGGTTATATAGGC +TCAAATATGTGGGGCAAAGGACGTACTCAAGAAATCGGAGAAAGAGTACTACATCTATAA +GATTTGGAGTGATTAAATTGAGATTTTCTAAGATAAAAGATAATGATATAGCAAATGGAC +TAGGAATAACCATGTCTTTTTGGACACAAGGGTGCCCGCATCATTGTAAAGGATGTTTTA +ATAAAGAAACATGGGATTACAATGGTGGAAAAGAATTCACAAAGGATGATTTAGAGTATA +TTATTGCTAATATAAATAAAAATAATATTAAGAGAGATTTATCAATACTAGGTGGAGAAC +CACTATGTATACAAAATGTTAAAGGTGTTATAGAACTTTGTAAGGAGTTTAAAAGCTATT +ATCCAAATAAAAAAATATATTTATGGACGGGTTATACTTTAGAGAATTTTAATGATATTC +AAAAAGAAGTATTAAAATATATAGACATTTTAATAGATGGAAAGTTTGAAGAAGAGAATA +AAAATTTATCTATTATGTTAAGAGGATCTTCAAATCAAAGAGTTATAGATGTGAAAAAAA +CATTAAGAGAAGAGAATATAGCATTACATGAGGTATGTTAAAATATTATAAACATAATTA +AGGAGACATTTATATATGATAATGAACGTAAAAAAAACTAGCGATAGTGCTGTAATACCA +GTATTTGCACATAAAACAGATAGTGGATTTGACTTATTTACATGTGAAGATTTAGTTGTA +GAAGGAAGAAAAAAGGCTATAGCTAAAACTGGGTTAATTTTTGAAATACCTTATGGTTGG +GGAATACAAATCAAAAATAAATCGGGAATAACTATGAAGGGTGTACCAACTACTTCTGGA +GTAAATGCAGATATAACAGTATATGAAGGTACTGTAGATATGGACTATAGAGGCGAAGTA +GGTATAATGTTAAAAAATGAAGAAGAACATCAAATAACAATACCTAAGCATACTAAAATA +GCTCAAGGAGTACTAAGAAAGGTATATCATTGTACATTTGAGGAAGTACAGGAAGTAAAT +GAAACAGTTAGAGGAGAAGGTGGATTTGGTTCTACTGGAAACACGTTAAAATAAATATTT +ATGATGAAATAAAGTCCTTAGAAATTCTAAGGGCTTTATTTTTAAATAATTACTTTTTTA +TTTATAAAAAGGTACTTTTATAGGTTAAATATTTTTTGAGAAAAGGATTGCTTAAATAAA +TTCAGTATGTTAGTATACAAGTAGGGGTAATTATTAATTTCATATTATTAATTATAATTG +AGATAAAAAGTATAAAAATTAGGATAATATACTTGTTTTATATAAATTATATAGATATGG +TGGAGGATATAATATGCAAACTGTTTTTGAACAATATGAAAAATCAAGTGAATTTTTAGT +ATGTGTAGATTCTGATGGATGTGCAATGGATACTATGGAAATAAAACATAGAAAATGTTT +TGCACCAGAAATGATAAAAACATGGAATTTATTTGAAAAAGAAGATTATATATTAAATCT +TTGGTATGATTTAAACCTTTACACAAGAACAAGAGGAATAAATAGATTTAAAGGTCTTGC +TGAAACTTTTAAGATAATAAGCAAAGAAGGTATAGAAATAAAAGACCTTGATAGTATAAT +AAATTGGGTTGAAACAACTAATGAATTATCAAATAATTCATTAAGAAGAGAAATAGAAAA +AACTGATAGTGAAGGGTTAAAAATGACTTTAGCATGGTCACTAGCAGTAAATGAATCAAT +AGAAAACTTACCTCAAGATGATGAGCCATTTGAAGGGGTTAAAGTAGGTTTAGAAGGTAT +ATCTAAATTAGCAGATATTTCAGTTGTATCTTCAGCTAATGGAGAAGCATTAGATAGCGA +ATGGAACAGACATGATTTAGTTAAGTACCTTAAAGCTTTATTAGGACAAGAAGCTGGAAC +TAAGCAACACTGTATAGCTGAGCTTAAGAAAAAAGGATACGATGCTAATAAGATATTAAT +GGTTGGTGATGCACCTGGAGATTTACATGCAGCTCAAAATAATGATGTAAACTTCTATCC +TATATTAGTTAACAAAGAAGGATTCTCTTGGGATAGACTATTAAATGAAGCTGTACCTAA +ATTAATAGAAGGTACTTTTGATGAAAAATATCAAAATCAATTAATAGAAGAATTTAATAA +TTCATTAAAATAGCCAATACACACTTTAATCAAATAAATTAGCTATAAAAATAAGGCGGG +ATTTTATATCCGGTCTTATTTTTATTATAAAATATATTTATTAATTGACTACTTATATTA +AGAAATATAAACTTAAAAGATAGCGTATAAGAAAATAAGGGTATATAAACCTTATTAAAA +ATAATCAATTTATATAATATATTAGGAGGTTTTAAGTGAATAACATAATAAAATCTAATA +GAATCAAAGGTATAATTTGTATAATATGTTCAGCATTAGGTTTTGCGCTTATGTCAGCCT +TTGTCAAGTTAGCCGGAGATTTACCGAATTTTCAAAAAGTATTTTTTAGAAATTTAGTAT +CTGCAATTATAGCTTTATACTTAATAATTAAAAATAAAGGAAGCATGACTGGTAAAAAGG +AAAATAGAAAGTTATTATTTATGAGGTCTTTATTTGGTACATTGGGTGTAATTCTTAATT +TTTATGCCATTGATAAGTTGGTTTTATCAGATGCAAACATGTTAAATAAAATCAGCCCAT +TTTTAGTAGTAATATTTAGTGCAATATTTTTAAAAGAAAAAATAAATAAAAATCAAATAA +TATCTATAGTTATAGCATTTACAGGTGCATTATTTATTATAAAGCCAACTTTTAGTGTAG +AGATAATACCTTATATGGGAGGCTTAATGTCAGCTGTATTTGCAGCATTAGCATATACAT +GCTTAAGGGCAATTGGAAATAAAGAAGAAGCACATACAATAGTATTCTTCTTCTCAATGT +TTTCATTAATAAGTATATTACCGATTTTTATTTATGTATATGAACCAATGACATTTAAAC +AATTACTTTGCATGATATTAGCAGGAGTATTTGCGAGTTTAGGACAATTTGGAGTTACAT +TAGCATATAGATACGCTCCAGCAAAAGAAATATCTATATTTGATTATAGTAATATAATTT +TCTCAGCAATACTAAGTATATTTATATTTAATCAATATCCAGATTTATTTAGTATAATTG +GATATATTATAGTATTCACAGCATCTTATTATGTATTTTTATATGATAGATTGTCAATAT +AAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAG +ACACTTGCGAGG +>MGYG000000001_73 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCAAATAATTTAATATTTTCTATAATATTTTTAGCGAATTTAAATCATAAATTA +CTGTAAATAAAAACCAAATGATTATATTAAAATTACATTATCAGTATCGCAATTTTGATT +AGTTAAAAATGATTTATTATCTAATTTAACTAACAAGGAATATAAAGAAATTCTACTATC +AAAATATAAATTTAAGTAATTTATTAAATCTACATAGAGGCCTAGGCTATCTTTGTATAT +ATCTAAATAAGAAGAATTAGATTCTTGGTTAGAAAAAGGATCAACCCATTTATTATGGTT +TTCATTTAGCAAATCATTAATACAATGTGTATAATTTGAATATACTTCATTATTTATAAA +ACTGTTTTTAGCAGTTTTATTTTTTATATTCAAATAAATTTTTGATAGAATATTTGGTGA +TGAATTTATTTTCTTTTCTACTTTTTTAAAGGTGCGAAATGATTTTTTTATATCATCACC +AGATATACTTTTCTCATAAACTGAACTTACTAAGTAGCTATACATGTCAGAGAATATTAT +AAGTTCATGATTACTTAAATTTATATACAAGTAATCTTTAAATTCATAAGGTTTTAAGTT +TTTGAATTTGAGAAGAAGTAAACTATCAATGTGTGTTTCTATGCTTTTATGAAGAGCGAT +AGAACTTCTATATTTGTATTTACTTCTTAAGTTTTTTTGTAAACTATATATATATGGATG +CGATTCCTTATCTAAAATATAATGTGTAAGATAACCATAGATATATGAAATACAGATATT +TGAAAAATTACTGTCATTAAATACATATTTTAAGGACTCTTTATTTTTAGAATACATAAT +CATATTTTTAAGGAAAAGGTTAATATTTTTACTATGAATAAGAGCATTTAATTGAGATAT +ATTTTTATTATTAAAAAATGAAAAGTCGTTATAATAATTAAAAAAATTAGGACCTTGGCA +TCCTAATAGATACATATCAAAATTATCATTTATAATATTTTTTGTATTAATATCTAGTTT +ATCTAAACAATCCATGGCAAATAAATAATGTGTAATAGCTCTTGGCATTTTTAATCCTCC +CATAAATATATGTAATTATTATGTTATGTAAATTTATAATCTATATACATTAGAACAAGC +TTACAGTTAATATAATTTATAAATATATAAAAACCATCCTAGGAGGATTAATATGCTAGT +GGATTCTATAAAAGTAAATATAAATAAACAAGATGCTATGAAGAAGATTTTTACTAAGAC +TCCTTTGATAAGTAAAGTTATACAATTTAATAATAAAGCTAAAGATATTCATTTAGAATA +CATTGAATTTAAGATTTTAACATATGAGATAATAAGTAAGAAAGGAAATAGGAGTTTCTT +TAGAAATAATTCTAAAACATTTAATATTACAATGATAGTTAATACATATAGTGGATATTC +TGAGTCTGTAGATTATGCTCCGACTACAGTAAAGAGATATATACCAAGGAGTTGCATAAA +AAAATCTAAAGTTGATGAGTACCAGATTATAGAAGAAGTTAAAAATCAAATATTTAAATT +TTTAGGAGGAAAATATAAACATAATTTATTAGAGAATATGAATATTCAAAATATAAAATT +AGTTGAGGTTAAAAGTATATATAAACCTTACTGGGTTGCTAATTATAATGGTAAGAATAT +ATTTGTGGATGCATAAAATTTCTTTTAATAAAAAGGTATTAGAGGTGGTTATTTATAACC +ACCTCTAATAGTTTATTTTTTTGATTTGTTTTTGACTAAATAATCAAGAGTCTCTAATCT +ATAACCTTCCTCTTCCCAGTGTGTTAGTACATCATCTAATATCTCGCTATTAGTTTTGGA +GTTAGAATGAAGTAAAACTATTGCCCCAGGATGTGTTCTTGAATAAATTTTATTTTTAGC +AAATTCATGAGTAGGTTGTTTATCGTTATACCAGTCTACATAAGCAAAACTCCAAAATAT +AGAACTATATCCTAAATCTTTTGTATATTTTAAGGATTCTTCACTGAATTTTCCCATTGG +AGGTCTAAAGTATTTTGGCATTTCTTTATTTGTTACTTCTTTATAAGCTTCTTCTACGCT +ATTAATTTCTGATTTAAACTTCTCGAAGTCATGTATACTAGCCATAGAAGGGTGGCTTTT +TGAATGATTACATACCAAATGTCCTTCTTTTTCCATACGCTTTATAATATCAGGATTAGA +TTTTATATATGTTTCTACAACAAAAAAGTGAGCTTTAGCGTTATGCTTCTTTAGAACATC +TAATAAAGTGTCTGTATATCCATTCTCATATCCTGAATCAAAAGTTAAGTATATTACCTT +TTCATTAGGATCTCCTACATAATATGAATCGTATTTATTAAAAAAGTTAGCTTCCTGTAT +AGCAGTTGGTTGTTTTCCATCTTCCCTTGGATTAAAATACCAGCTGTATTCATGAGTGCT +AAGATCAGGAGAAGATATTTGAGTTTTAATTTTATTAAATAATGAAAAATTAGGTATAAT +CAATAAAGAAAAGATGAGTAAAAATATACCTAATATATAATAATTTTTAAAACTTTTTTT +ATTCATAAAACCACCTCTATATATAAATAAATTTTATTTCATTATAGTTTTAATAAATCT +TAGTGATTATATACTACAAATATAGACAATGAGAAATTATAAAATTTTGTCAATTATTAT +AAGGGATTTTAATTTTATAAAATGTATAGTAAAGTTATTATTATATAAAATAATCGTATA +GTGTTTATTTGGCAATTTTGAAAGGACGGAAAATGGAGGAAATTACAAATATAATAAAAA +GTGAAAATGATATTATAAGTGTTTTAGATAATGTTGTTTTTTTAGATATAGAAACAAGTG +GATTAAATCCAAATAAATCAGAAATTATAGAAATAGGAGCTGTCAAAATAGAAGGTACAA +ATAAAACTACATTTGAAGCTTTAATAAAAAATAAGAGAGAAATACCTTTAGAAATATTTT +CATTGTGCACTGGATTAAAAAAAGAAGACTTTAAAAATGCCTTAGATTTAAATATTGTTA +AAAAAAAGCTTATTGAATTTGTTGATGATAAAACTATTATTTGTCATAATGCATTTTTTG +AGAAAAGTTTTTTTGATATATATGTACCTGAATTAAAAAATGAAATTATTGATTCTATGG +AGTTAGCGGCTATTTTAGAGCCTTATCATAGAGAATTTAATTTAGATTATTTAAAGAAAA +CTATAACTAACGATAAGAAAAATGAAAAACATAGAGCTTTAGAGGATGCAATTGATACAA +TAAAGATTGTAAACTCATTATTAATGAGACTAAATAAAAAAGAAGAAAGTGAGATTTCTT +TAGAGCCTTTAAGTTTTAAAATAAATTCTTATCTAAATAAATTTGGTTTACCAAATTGGA +ACTGGAGCAAATATATTGATAATGGAAATTACAATATCTCTGATGATTATGTAATATATA +AAGATGATAAAAATAATAACCTTAAGAGAGATAAAGAAAAAGAAAAGGAAATTTTTAATA +AAATTCATTCAAAACATAGTCCTTACGAAGATTTATTAAAGGACGAAAGTATATGGGCAA +GTAAAGAAGGCTTTATTTATGAATTTAGACCAGGACAACATGAGCTTACTAAAACTATAA +GAGAAACTTTTAGAGGTAATAGTGGTTCAGCTAAGGTTGCGTGTATTGAAGCACCTACAG +GAATAGGAAAAAGTGTAGGATATTTACTACCTGCAATTTTAGAAGCTAGATTAAGAAGTC +AAAGGATTATAATATCAACTGATACAAAAGAATTACAAACACAACTTATAAATAAGGATA +TTCCTAATATTTTAAATTCATTAGGTTTAAATAATAAAGTAAGTTATGGATATATAAAAG +GTAAAAATAACTATATTTGCGTAGAAAAACTAGAAGGGTATAAGTTAGATTATACCTCAG +AAGACGTAGCTATTTTAGATATACTTGGTATTATTTATCTTGAACGGCTAGTAGAAGAAG +GCAATTATGGAGATATAGAAGAAATCAATTATTGGGTTATAAATCATTTTGTAGGTATTG +AAAATCATATAATATATGCAAGTTGTGATCCTAATTTATGTAGACCTAAAAAATGTATTA +AAAACTGTCTGTATAAAAGACGAGTTGAAGAATTAAAAGAAGAAGACATAACAGTTATTA +ATCATTCGTTACTTGCTAAATGGCCATATAAAGAAGAAAAACCCATAGAAAATTTAATAG +TAGATGAGGCGCATAACCTAACTGAAAAAGGGTATGAGTTCTTTTCTAGCATAGTAGATT +CAAGAGCATTTAAATATTTCTTACAGGAAATGTATCCTTATGAAAATATTTATAATAGTT +CGTTTGCTTATAATAAAAAACTTAGAAAAATGAAAATGTTTGATAAGTTTTATAATCATA +TAAGGTTAGATAGAACTCAAAAAGATAAGATAAGTACAAATATAAATTTAATTGTACAAG +AAATAGAGTCCTTGCTTATGTACGGCGAAAGTAGTGATTATAGGAATGCTAGTATGTACA +ATTTGAGATGGGAACTAAACCTTCAAGAAAATGATGTTGCAAGTAAAGTAAAAAAGGATA +ATGATTATATTAGTTTAACATATAAAGCTTATACTGACAGAGTTAAACTTAGTTGTGAAA +CAATAATAAGAAATCTTTCTTCAATTTTAGTTATTATTGATAGAAATATGGATGATGATA +GTTGTGATAAAGAATCAGACATATATAAGTTTGGAAAGTCTCGATATATGGATATGGAAT +GTATAAAAACTACTATGCAAGCTTTCTTAGAGTATAGTGAAGATGATGAATTTGCTAGAA +TTGTTGATATAGATAGAGATTTTAGGCATTTTGAATTTAGAGTTGTGCCACTTAATTTGG +CAGATTTATTTGAGGAAAATATATTAAGTACTTTATCTAGTGGAATATTTTTATCTGCTA +CATTGAGTATTGGAAATAAGATGGATTACTTTAAGAGAACTTTAGGAATAAATAGGGTAG +GTAACGTTGAGAAGATTATAGACCCTATTTATAATTATAAAAATAGGCTATCAGTAATTA +GTGTAAATGATATATCTAGTTATAAAAATGAGAATTTTATAAGTGACATTAGTGAAATAA +TAAGTGATATTTGTGATATTACAAGTGGACATACATTATGCCTTTTTAATAGTAAAGATA +GGCAGAAAAAAACCTATGATATATTAAAAGATTATTTACATGAAAAAGATATAGAAATAT +ATAATGACAAAAAAGGAATTAAGGTACTTAAAAATATAAATAAAAAATGTGTAGTATTAG +GTTCTAAAGGATGCTTTGAAGGTGTTGATGTACCAGGAGATGGATTAATATGTGCAACAA +TGGATAAAATACCTAACTTAAATCCTAAGGACCCGTTGTATTCAACAATAATGCATAAAT +ATAATATACCTTATCATTCAATAAACTATCCTCAGTTGGCTATTAAAGTAAAGCAAGCAT +TAGGACGAATCTTAAGAAGTAAATATGACTATGGCTGTTTTGTTATATTTAATAGTGGTA +GCAACTTAGCAACTTTAAAGATGTTAGAAAGAGATTTACATGGATGTAGAATAGTTAGTA +TGAATAGAGCTAATATGTATAAAAATATTGAAAGTCATCTTAGAAAATCTAGGCAAGAAG +TTATAAAGTCAGCAATAATGGATATATCAAAATCTTTGAAAAATACAAATTTTGAAGATA +TGAAAAAGGTAGAAGAGTATATAAATAAAGAAATAAGAAATAGAACCTTAATGAGTCGAG +TACAATATATGTATAATTTTGAAAAAACTTTTAAAATAAAGTATTTTGATATAACTTATT +TAATAAATAAAGATAAGTTAATTTAGATATTTAATAATCAAATGTATATTTTTCATAAAA +ATGAAGAGAATATACATTCAACTTTCAAAAAAATGCTAAAATAAAGTAAATATAAAATTA +TTTTAATTTAAAATGAATCCTGGTGAAATGAGTATTTTACTAGGGTTTATTAATATGAAC +TAAAATTTTAGTGAAAAAATGAATTTTATGTAAATACAAGAATTATATAATAATGACGAA +ATTTAAAAAATAAAGTATTATTTTTTAAATTTATAGAAAATTTTAAAAAATAAAGTTGAC +ATTTATTTACGTATTGATATAATTAGTATATAAAATTTAATTTATATTTAATAAGGAATT +ATTATTAGGGAGGGAACGAATATGGATAGCGCTGTAAAATCATCGCAAGAGAAAAAAAGT +CTATTCCAAAAGTGTCTTGATGGAATAGAAATAGTTGGAAATAAACTTCCACATCCAATT +ACATTATTTTCATTATTTTGTTTAGCAATCATAATTATATCTGCAGTAACTGCAGCTATG +GGGCTTTCGGTAGAAGGGGAACTTGTAAATAGAACTACTGGAGAATTAGAAGTTTCTACA +ATAGCGGCAACTAGTTTACTTTCAAGAGATGGTATTGTTTATATGTTGGAAAACGCTATC +ACTAACTTTGTTAACTTTGCACCATTAGGAATGGTTTTAGTTGGTATGTTAGGGATAGGA +ACTGCAGAAGGAAGTGGATATATATCTGCTTTACTTAAGAAGACAGTTGCAGTAACTCCT +GCAGCATTAGTTACACCAATGGTTGTATTCTTAGGGGTTATGTCAAATATAGCAAGTGAT +GCTGGTTACGTTGTACTAGTTCCACTTGGAGCATTAATATTCATGTCATTTGGTAGACAT +CCACTTGCAGGACTTGCAGCAGGATTTGCTGGGGTATCTGGAGGTTTCAGTGCTAACTTA +ATAATAGGAACAATAGACCCAATGTTAGCTGGGATATCTACAAGTGCAGCACAAATGATA +GATCCAACTTATACAGTACAAGCAACTTCAAACCTATACTTTATGGTTGCTTCAACATTT +TTAATAACTTTATTAGGATGGTTTGTAACTGATAAAATAGTAGAGCCAAGACTAGGAGCC +TATTCTGGGAAGTCTACATTATCTAAAGAAGATCAAGATTTACAAAATCTAAGTGATAAA +GAAAAGAAAGCATTAAAAATAACTAACTTAACAGTTTTAGCAATGTTAATTGGTATAGTT +GTAGTAGTAATGCTTCCAAATTCACCATTAAGAAACGTAGCAATAGAGCAAGAACAAGGA +TTCATGGCTTCTATAATAGATCATTCACCATTAATGAATGGATTCGTATTATTAATAGCT +ATAATATTCTTCGTAGCAGCTTGTGTATATGGTAAAGTATCTGGACAATTTAAAAATGAA +AAAGATATTGGTGCTGAATTAGGAAAATCAATGGCTTCAATGGGAAGTTATATAGCATTA +GCATTCGTAATGGCTCAATTTGTTAACTACTTCTCATACACTAACTTAGGTACTATATTA +GCTATAAAAGGAGCTAACTTATTACAATCTATGAATATGAACGCTGTAGTTCTTATGGTG +GTATTCGTACTATTTGCAGGATTTATAAACTTATTCATGGGATCGGCTTCAGCTAAATGG +GCTATAATGGCTCCAGTATTCTTACCTATGTTTATGAAAATGAACATATCTCCAGAGTTA +ACTCAAGTTGCATACAGAATAGGTGATTCAACTACAAACATAATATCACCTCTTATGACT +TACTTTGCAATGATAGTTATATTTGCTCAAAAGCATGATAAGAAAGCTGGTATGGGTACA +TTAATATCAACGATGTTACCTTATACTATGATATTCTTAGCTGGATGGATATTAATGTTA +GTAATATGGATGGCTTTTGGATGGCCTTTAGGACCAGGAGCTGGACTAGTTTACGGATTA +TAAAATAAAAAATAGCTTCTTGAAATCTATTTAGATATCGGGGGCAGTCAAAATAAAATT +CCCAGTCATGCAGCTGTAAAGATGCTACAAATGACTGGGAATTTTTATTTTGCCTACCCA +TTGCAATTTCTAAATTGATTTTAAGATATATCTATTTTTTATATAGGGGAAGAGTGTTAT +TTGGAAAATGCTTTGTTGATTAGGCCTAAGACAAAGTCTTTTCCTTCTATTGTTATTGAT +TGTATTTTATTATCCTTTGTATATATTACTACTGATGAGTCTGAGTAATTACTTAAGTCT +TTGTTGTTTGTTTTGTTGGTGTTACTTAAGTTGTTGTTTACAGGGTTAACAGTATCTAGT +TTTACATTATTGTTAGAACTATACTTAGGATAGCTGTGATTTCTATCAGGATGTTGCTTA +TGAGGCACTAAAGGATAAAAGTAAAGTTTCTCTTTGTTGTCTATTGTAGAGGCTATAAAG +TTAGCGGAACTTAGGTTAAATGCATTATTAAAATCTCTAATGCTTTTGCCAACGAACTCT +TTAGCAGCATAACTTACTACAAAATCACCTTTACATATCATTCCTCTATGATTATAAAAT +TCTACTTTATAATCAGCATTTGATAAATATTCAGATGAAATGAAATCTTTTGAGGTTATT +AAGTTATAATCACCTGATATAGCATTTTTTACTAATCCATTTTCATAATATACATGAAGA +AATGGATTTTCTTTATTATTATTTTTATAAGTAGCAACTACAGATATACTATTTTCTAGG +TCTTTTAATGTTAGTTCTTCTGTACTTATATATTTAATCTTATTTGAATCAATGTAATAT +GTTGCTGAATATGGAACACCAAATGAAACTTCTAAATCATTGGATTTAGTACCTATTAAT +TTTGTTGGATTAATACTAGCTTGACTTATGTACTGATTATTTGAAGATAAATTATTTAAA +TTACAAGCTGTCGTCATTAATAACATAAAGAATAATATAGATATGATGCATTTTTTCATA +ATATACTAATCTCCTTTTCATAGACGTAATTTATATAAATAGTATCTAAAAATAACATGA +AAAATATACTTATAGATATTGTATTGAATAATAATAGATATATAAGAAAAAATAAGGAGA +GAATATAAATATTTAGCAAAAGTATAATAAAGGAGTAATTTTGTATGGTATATATATTAT +TATTAATTGGTTTTATTCTTCTTATAAAAGGAGCAGATGGGTTTGTATCAGGGGCATCCT +CTATAGCAAAAAGGTACAATATTCCTAGTTTGATTATAGGTCTTACTATTGTTGCATTTG +GAACAAGTGCCCCAGAGGCCGCTGTAAGCATTACAGCAGCATTAAGTGAACAAAATGATA +TGGCAATTGCAAATGCTGTAGGTTCTAACATATTTAATTTAAGTTTTGTTGTGGGAGCGA +CTGCATTAATACATCCGATAAACGTTCAAAAAAGTACTATAATTAAAGAATTTCCTTTTG +TAATGTTAGCCTCAGTGGTTTTAGCTATATTAGCACATGATACTAGATTTCAAGGTTATA +GTGAAAATGCATTAACAAGAGCAGATGGATTAATGTTATTATCCTTATTTATAATTTTTA +TGTATTATCTCATAGAAATGGCTTTTACGGCTAAAGATGATGTAGTAGAAGAAGAAATTC +AAGTTATGCCTTTAGGTAAAAGTATTTTATATAGTATACTAGGTGTTGCAGGAATTATAA +TAGGTGGAGACTTAGTGGTTAATTCTGCAAGTAATATTGCAATAACTTGGGGTATGAGTC +AAAATCTTGTGGGTCTTACTATAGTCTCTATAGGAACATCATTACCAGAACTTGTGACTA +GTATTGTAGCGGCAAGGAAAGGAGAAAGTGATATTGCTATAGGAAATGCTGTAGGTTCTA +ATATATTTAATATACTATTTGTTTTAGGTATATCATCATTTATTCACAATATAGCAGTTC +ATCCAATTGTATTTGCAGATATGCTTGTTATGCTTTTAATTAGTTTAATTACATTTATAT +TTGCATCTACAAAAAGATCTATTAAAAAAGGTGAGGGTATAGTTTCTAGTGTTGCATCTA +GTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTG +GTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_74 +TACTTCTTGGATATAATAATTATTAAGCTCCAACATATAGTAACCCTCCTTTAGATTGGT +GATGCAATCTTAGGATACTATATTGGTTGGAGTTTTATTATTGTAAAAATTAACTAGCAC +AACGAGTTACTTTAATTTATTTATAACTCATATAACCTATTTAACCTTAATAGTATATAC +TATAACTTTATTGTTTAAGGAGAATATTAATGAGAATAAAAGATAAAAACACACTTATAA +ATAATAATTACATATTTAGATATATGTTAATGATATTTGGCATATTTTTATGCGCTATAG +GCATTAATGCTTTTTTAACTCCCTCTAAGCTTTTAAGTGGTGGCGTTGCTGGAATAAGTG +TAATTTTATATCAGCTTTTGAGTTAAATCAAGGTATAAGTACCTTTTTAATCAACATTCC +TATATTTATAATAGGAGCGAAATATTTGGACAAAGATTTTTTAATTATTAGTTTCTTTAA +TATGTTTATATTTTCTTTTGCACTAGCTATAACCCAAGATTTACATAGATACATATATCT +TAATGACAATATAATTCAGTGCATCTACGGTGGATTATTAAATGGTTGTGGTATGGGTCT +TATATTCAAATCTAGGGCATGTTGTGGAGGATTAGACATAATAGCAGCCAGCTTTAAAAA +ACAATTCAATATAGAAATGAAAAATACATTCTTAACTGTAAATTTATTTATTGTTGCTGT +AGGAGGATTTTTCTTTGGATTCAAACTAGCATTATATACTTTAGTAGCAATGTATATTGC +ATCATATACAATGGATATAGTAAAAGATTCTTTCAATAGCCAAAAATCAATTATTGTTGT +TACTGATTATGATGCAGAAATTGCAGATTCAATAATGACAATATTAGGAAGAGGTGTTAC +TTATTTATCTGCTGAAGGAGCTTATACTCATCATAAGAAGAAACTTCTCTATTGTATTGT +AAAGACTAGCGAGATATCAAAATTTAAATATTTGGTATATTCCATTGATGATAAATCCTT +GGTTTGTATTAATGATGTAAATGAAGTTAGGGGTGGAGGATTTAGAGGTAAATTCTTATA +AAATATATCCCATTTTAATAATAAATAAACCCTACATGTGTTTGTAGGGTTTATTCTCTT +TATTTTTTAGGACTTGTTGCTTCCTCAAGTTCAGTTAAATATCTTAAGGCTTCTTCTCTA +TTATTCTTACACATGTCTTCACATGGTTTTAATTCACCGCAAACTTTCGGTCTTTTAGGA +TCTTTAAATATTTTACACATGTTATTGTCATCTAATTGAACACATCTTTCCCCTGCTGGT +TTTCCATTTTCCATATTTGGAATAGGAGATGTAATAGATGGAGCTATACAACATGCACCA +CAATTTGGTCTACATTCCATAGTTGTTATCTCCTTGAGTTTTATGCTCTAATATAATAAC +ACAACTAACTATAATTTATAAAGTATTTGTTTTGTTGTTTATTATATATAACTAAACTTC +TATTATACTAATCTCTTCTAATTCTGAAATATCCCCACTTTGCTTTATTTCATCTAGTAT +CCATCTATCATTCACATTATTAAACTTCCAATATTCTGTAAATGATGCAGGAATATGTTT +ATTACCTTCAAAAATTTTTTTATCTTTCTCTGTATAATCTATCATAGACCCTTTTATAGC +TACCCATATACTTCTTGTATTTTCTACCTTATCAACTTCCATACCAAAGACTCTAATAGA +TAATAATTTTACTTTTTTCAATATGTTTCTTTCATTTCTTACTTTCATCCACTCAAGTTT +AGTCTTATGATTATTATAAAGTTTCTCAGTAGAATAGTTTATAGCTATATCTTGATCCAT +CTCAGTCCAAGCCTTTTACATTATATAAAAAGTAGCCTCTACATCTTTATTTATTTTATC +TAATTCGTAATTAGAGTCATTTACACGTAACTCATTTAAAACTTGTTTACATTTCTTTTC +CTTTTTTATGATTTTAAGGCTGCAAAGTATATTATTTGTTCTTTGCATTATAATCATTGA +AGTTGTCATCACTACCATTGTTATAGCTCCAGAGATTGGATTTACACTTTCAGCTCTAGA +ACTCGAGCCATGACTTCCTGAACCTCCTCCCGAACCTCCTGAACCGCCTCCAGATCCACC +ACCACCTCCGCCAGCTCTAGCAAAAGATACTGATGTAAACATAAAAAATATAATTGTAAA +TATCACTAAATGACTAGCTTTTTTCACTATAAGGCCTCCTAAATCCATTATATCAAAATT +TATAAAAATAAAATCTAGCTAAATATGGCTAACTTATATAAAGCATATTATCATAGTCAC +AACTAAAATCAAAAATAATATAAATGTCATTAACTTACCTAATGGATGTGCCATATTCAT +GCTCCATCCTGCCCCTAATCTTTTTTCGACCATAAGACAAGGGTCTTCTTCATTGTAATA +TATAAATCCATAAATCCATTTCTCATCATCATTTTCAACTGCATAGTAAGATTTATCCTT +TGGTTTTAAACTTCCTAACATTATATAGAAATAAATTAATGCTACTGATATAAATATAGG +CGCTACACATACAAATAAAGTAAGCTGTAAAGGTATGTTCTTTTGCTGAACCATAAAAAT +AGGTATAGTTGTAGTAATAGATTGAATAGTCAAAGTCATTATAAAAAATGAATACCCGAT +CCCATTTAAATATTTAAGTGCTTTCTTTCTATTTCTTTCTAAATTTTCATTATCTATATA +AGTATTACTTGATATACTTCCTATTCCCATTACTGCAAGTAATATAACCATGCATATATC +TATAAAATTAGTAAAAAATACATCTATTATATTTTTTTTAGCAAAACCATCTGGTCTTCC +TCCTGATCCCCAGTGAGTAATAATAGTTTCTGGCATACTATTATAATTCACTAATACATA +TAAAAATGATAAAAGTGATAAAACTATACATATACCAAATAGTATTTTAAACTTTTTTAT +TATATTTAATTTTAGATTTCTTAGATCATTATCTTCTTTTAAATATTTTCTTTTCTTTCC +TTTTTAATATTTTCTTCATTTATAATTAAGTAATTATTTTTGATATTCTTAACTTTTTTA +TATTCATTTTTTAAAAATATATAATACAAAGCTAAATATATAATTGTACTAATCGTTATA +TTAAGCCCTATATTCAACTTAAGTATTAAATTAAATATTATATATATTATAATAACAATT +AATAGTGAAATATTTAATTTAAATTTAAAATTCTTATCTATTTCCTTTTTTAAACTTTCT +TCTATATTAATTTGTTTTACATACACACCGTAAAAATACTGCTTAGAGCTTATATTTTGC +GTATTAATAGTTAGCATATGGGTGAATAATAGTATTAATATGAAAATTATATAGTCTAAA +AATATATTCATAAATCCCCCTCCAATTTAGATTATTATATAACATTTTTACAATATTATC +CATTTCTAAATAATAATACTCTAACATTTATTATTTGGATATTGAAGAGCATCATAATCT +TCCTATCCAGTACTAACTCTAACTACATGTTATACATCATAAACAAATATTTTTCCATCA +CCTATACCACCTGTATAAAGAACCTTCTTAGCAGTTTCTACTACCTTCTCAGCAGGAACT +TTTGATACTACAATATCTACTTTTACTTTAGGTAATAAGTGTATTTCCATCTTAGAGCCA +CGATAGTATTCAGTAGAACCATTTTGTACTCCGCATCCTAATACTTACGTCACAGTCATC +CCACTTACACAAATCTTATTCATATCAACTTTTAATTCTTCAAATAAAATACCTCCTTTA +AATATAAATAGGCGTGTGATTCCTGTTATTGGAAACACACGCCTTTGTGAGTTTATTTAA +ATTATTAAGTTAATATACAGTATTAATAAATTTATTTTTTGATTCTATATAGTGTAAATT +TTAAATATAAACTAAGTTATTTATTTAGTAATTTTTCAATATCAGTTTTAATTTTAAGTG +GTGATACTGTAGGTGCATATCTTTTAATTACATTTCCATTTCTATCTATTAAGAATTTTG +TAAAGTTCCATTTTATATCTTTACTTAATAAGCCTTTAGCCTCATCTTTTAAATATTTAT +ATAATGGATGTGCATCTTTTCCATTTACATCTATTTTTTCAAACATATTAAAACTTACCC +CATAATTTAGTTGGCAAAACTCATGTATTTCTTCATTACTTCCTGAATCTTGTTTTGCAA +ATTGATTGCAAGGAAATCCTAATATCTCAAGTCCTTTAGATTTATATTCTTCATATATTT +CTTGTAATTCTTTAAATTGAGGTGTTAATCCACATTTGCTAGCAGTATTTACTACTAATA +TAACTTTTCCTTCATATTCATTCATACTCACTTCTTGTCCATTCATCTTTCTTGCTTTAA +AATCATAAAATTTCATTTGATATCTTCTCCTATCTTAATTTATATAAATTTAATTTTATT +CAATCAAATGCGTCATATTTTAGAGTTAAACTCAAATATGAATTTAACTCCTTAGTAAAC +ATATTTCTATATTATTAATCAAACATTTTTAATAAAGTATCTAGTTGAGATTTTAAAGAA +AGTAAATCTACTCCATCTCCTAAACACATTGAATATATATTTTCCGGTACTTCTATTATA +TCTTCTTTTAATAATTTGCCTTTTTCTGTAAGTTCTACTGTAACTACTCTATCATCTTCT +TTATTTCTATATTTCGTTACTAGTTCCATTGACTCTAATTTTTTAATAACTGGAGTAAGA +GTTCCAGAGTCAAGGTGTAGCCTTTTTCCTAATTCTTTAAAAATAATTTTTTCTTCTTCC +CACATTACTAACATTGCTATATACTGTGTATATGTCAAATTATACTTATCAAGTAATGGA +TTATATAATTTTATTACCTCCCTCGATAAAGCATATAATGAAAAACATAATTGATTATCT +AATTTTAATTTATCGTATTTATCCATATCTCCCTCTTCAACTTCTGATTTTTATAAATTT +AATTGAGTTAAATTGATTTATTAACTTATTATATATTGTAAATTTATTAGTGTCAACATA +TTTTATTTAGACACGTATCAAAAATCTATTCTAGAATATAGATCATTTCCCATTTGTATA +TAAAACTTAGCATCTGTACCCATTTCTTTTAAATAGGATACTAAACATTTTGCCATTTCA +TATTCTTTACTTTTTATTTAATTTTTTTAATAAAAAAGCACTTTGATATAATCAAAGTGC +TTGAAAGTCATTATTTAACTTGTATTGTATATTTTTAATTTATCTCTTAAATTCAGAAAA +TTCCTATCTATTTTACAAGAGTATTATATTCTCCTTCATTTTTTGGAGCAGTTAACTCAC +CATTTTGGAATTTAACCATTTGTTCATTAACATAATTTAATATTTCTTGTGGTACTAAGT +TTGAAGTAGTATCTGCTATACCAACAGCATTCTCATTTAATCCATAAACTACACTACTTC +CACCTTCAAATTTACCTTCTGCTAAATCTTTTACAGTTTCAAATACACCAGCATCAACTC +TCTTTATAGCTGAAGTTATTACATTTTCTGGAGCTAAGTCACTTTGGTCTCTATCTACAC +CTATAGCATATTTCCCAAGTTCTCTAGCTGATTCTATTGCACCTGTACCAACATCTCCAC +CTGCTGTGAATATTATGTCAGCACCATTTTTATACATTTGAGTAGCTATAGCTTTACCTT +TAGCTTGATCAGTAAATGAGTTTGCATATTGAGCTTGTAACTCTGCATCTGGGTTAGCAG +CTTTTACTCCTGCCATAAATCCATATTTAAAAGTATCTATAACTGATATTTGCATACCAC +CTATAAATCCAACATTATTTGTTTTTGTCATTTTACCAGCTATTAATCCTGCTAAGTAAG +CTGATTGCTCTGCTTGGAATAATATAGATTTTACATTTGATGGTATTTCTTCGTAAGTTT +CATCTACTAATGCAAATTTTTGATTTGGGTATGATTTAGCTGCTTCTTCTATTGTTGGGG +CTAATTTCATACCTACACCTATTATTAAATCAGTATCTTGATCTACTAATGTCTCTACAT +TTTGCATGTAGTCTGCATCTTGATTAGATTCTAAATATTTAACTTCAACTCCAAGTTCTT +TTTCAGCTCTTTGTAATCCTTCCCACGCACTTTGGTTGAAAGATTGGTCATTTACACCAG +CAACGTCTGTTATCATTGCAACTTTTATTTTATCCTCTCCTTCAGAATTACTTGAACATC +CTACTAATAATGATGTTGATAGTATAGCTGTCATAGCTATTGTTGCTATTTTTTTTAATT +TCATTGTCCTTCCTCCGTTGTCTTTAGCAAAATATCTTTACTGACACTCTTATACTTACA +TATCTAGTATATAATTTTTGTCCATAAAAAAATCCTTCTATCTACAGAGGATAAAAGGAT +ACTTACACAATTTTATATTAAAATATGTAAATCTCTTTATAGCCTCTCTGGACTAAATTA +AAGTATCAATTTTGTTTCTTTAAAGAGAGTACTATTATTTTGTTTCATTGTCAACATCTT +TTTTAAAATAAAATATAAATATATATTTAAATCTTATAACTATTATCATTTTTTGTCGAA +TATTTATATTTATTTTAATTTTATAATTTGCTTAAAATATGAACTTTATTTTATAATAAT +TTCTTTACATACCTATATTTTAATAAAATGTAATATTTCCACTCAGAAAAATTTTTTTCA +TTTTTTCTTTTATAATCTTTTATCTATAAAAACTTCATTTCAATTAAAAATAAATAATAT +GACATTTCATTATATCATCATCCTCAACTCCTTAAAAATTTGTTGAGCTAAATATCATAC +CACTACTAGTATATTTTTAAAACTACGTGGTTCTGTCATAAATTTACAAATCTAGTATAA +TATATCTAAAACAAAATAATATATGGAGGAAAAATATAAAGACATTAATAAGTCCAGATA +ATACTTGGATGCTATGGACATTCTTAGTAGGGATGGCCACTATTGCAATCGTTCTTGAGC +AAAAATATAAATTGGCAGCTAGGATAACTGGTGCCATAATAGCATTAATGGGATCAATAC +TATTCGCTAACTTCAATATAATTCCAACAACCTCACCAGTTTATGATATAGTTTGGGATT +ACGCTGTACCAATAGCAATTCCATTATTATTATTAAAAGCTGATATTAGAAAAATCAAAA +ATGAGAGTGGACGAATATTTAAAGCCTTTCATATTTCAGCATTTGGTACAATTGTAGGTA +CTTTTATTGCTGCATTTGCACTTAGCTCTACTTTACCATACGTAGCAGAAATTGCAGGAA +TGATGACTGGCTCATACATAGGTGGCGGAGTTAACTTTGTTGCTATGACATCAGCTTATA +ATACACCCGAAAATATTACAAATGCAACTATAGTAGCAGATAACTTAGTAATGGCTGTAT +ACTTCTTTATTTGTATGTCTATTTCATCTTTTAAGTTTTTCAGATGTAAGTTTGGTATGA +TTACTACAGAAGCAATAGAAGAAGGAAATGCTTCAACTTATTGGACTAAAAAAGAAATCT +CACTAAAAGACATCGCCGTAGCAATTACAATTGCAGTAACAGTTGCATCTTTATCTAATG +AAGTATCTGCATATTTAAAAGAAATTATTCCTGGAACTAATATATTAACTAACATGGCTA +AAAATATATTTGGTAATATGTATCTGATAATGACTACTTTAATGCTTATTGTTGCTACTA +TGTTCTCTAAACAACTTGAAAATATAAATGGCGCTGAAGAAATTGGTACATTTTTAATTT +ATCTATTCTTTGTTGTCTTAGGGGTTCCAGCTTCAATAAGTGAAATAATTAAAAACGGAG +CGTTTGTACTATTATTTTGTACCCTTGCGGTTTTAATACATTTAATAGTAACTTTAGGTG +TTAGTAAGTTATTTAAGTTCAAACTAGATGAGCTATTACTTGCTTCAAACGCATGTATCG +GTGGGCCTACTACTGCTGTTGCTATGGCAATTGCAAAAGGCTGGAATTCATTAATTATAC +CTACTATGCTATCTGGAATATGGGGATACATCTTAGGTAACTATGCTGGAATTTTAGTTG +GAAATATTTTAAAAAGTATCCTCTAAAATATTAATTTATCAGAGTATTAAACATGAATAA +AAATTAAATTATGATTTAATAACATAAATAAGAAACTATGAAATCTAGAGTTTTTCATCT +ATATTTCATAGTTTTATTATTTACTTTTTTGTATAATAATAGGAATATCTAAAAATTAAT +ATTTTTATTAAAACAATTTTGATAATATCTTAATCTATTTCAAATTCTCTGTTATTATTA +TCAATAAATCCATCTACAGGAAAAAATATATTAGTACTTTCATCAGTAATCTTTCCTTAC +TCACTTTGTCTCCATATCCATCTTCTTGTTCTTACATTATTGTCATCAGAATAAATTAAT +TCACTATCTTCTAAGATTTCATTTTTTTCACATCCTAAGGGAATAAATGTATCACCTTGC +TTTGAAAATATGACTTCAATACCTCCGCTTAATGTATCAACATCATGTTCCCCTAATAAA +ACCATAATCTACAATAGGAATTATACTAGGTAACCCTTAACATTTTAATTTTCTACTAAG +CATAGCTTCAATTGAACTCATAAACTTATTTGGATTAATACCTAGTTTTTTGAATGAACC +TCTTTAGCAAAGTATTTCATCTAATTCTTTTACTTTAATATTTTTAAATTTTTCTTCATA +ATATCATATTGTTTGATTTCATGTAGCAATAGCAAATTAATTTATAATTATAGTAGTTTT +ATCTAATATATTATCATAAATCCATTGGGCATTTTCTACAGCTAATCGAATACATCCATG +ACTCAAAGCCATTCCAAGTCTATCATCAATTATTTCAGTTCCAGATGCATTAAATAAAAT +TGAATGATTAATAATAGCTACCTCTGATTCTCGTAGCATATTTTACTCTATAAGTATCAG +ATCCAAAGTAAGGCTTTCTACCATTAACATAAAATGTACCTTTAATGGTTGGTGTACTTG +GTTTACCTATTGTACATGACCATTTATATAGTAATTTCCATGAACCATCATCATTTTTTT +CAAATATATAAGTAAGTTTATTTTCTAAATCTGTTGTAATTAAGTTTAAAGTTGGACTTT +TAATTTGATTGTCATTTACAAACCTTGTCATATCTGTATAAAAGTACTCAAAATCATATC +CTTCCGGTGGGTTTCCATCATCAGAAAGGAAATAACTAAATATATACCCTTCTTTATCAT +CATACATAACATGACTCCAATCTCCATTTACAGACAGCACTTGTACTATAGATTTTGGAG +GGATTACTGTTACTGGATTCGATTCAGCGGATGGATAAGACCTTAAAGTAACATCTGTCC +ATGTATATTTTGTTTTTGATAAGTAATCGCTATATACATACCCTTTCTGTCCATTGTATA +TTACTTCATACCAATCTTCCTCCGCATCTATAACTTTAATTTTTGATCCTTCAGGTATTA +CTGTGATTATATTTGAAGAAGTAGATTTTTCTTCCCTTAGATTAGTATTAACTAAGGTAT +ATTTATATGAAATTTGTTCTTGTCTTTTATATACTTTCATATTTCACCTCGAAATTTACT +TTTTATAATATCATATGAGACGTTTTCTTTATTTATCACCATTATACTTATAATCAGATA +ATACAAACTTTTTAAATTTATGTTTTTTACTAATTCTACATCATAAAAAGATGTTGATAA +TTATATTTCCGTATTTTTATTAAAATATAAAAAAATCCCCTAAAGGGGACCTTGAGTGGC +TAATGCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACAATTAGGA +C +>MGYG000000001_75 +TTCCAATTCCTTCTACTAAATACATTTTTACAGCTTTAAGTTTTATATCAAATGAATAAT +TCGTATTTTTTCTATTATTTTTTTTGCATAAAAATCACCCCTTAAAGTATCATTTTACAA +GTCTTTTTTGCTTGTGCCTACTTTAAGGGGTTCAGTTCAAATAGATTTCACCTTTTTATT +ATTACAATTAAATAAATATCTTAGAAATACCAAAAGAACAAACTATAGAGAAAGTTATTC +TTAGAATAATTTGACATGATGTGGTAAGAAAAATATAATATAGTTAACAAAGTAAACTAT +ATTGAATATACTATAAAGTAAGTCATCTTAGGAAGTGGAGAAGAAATATGCAAGATATGA +ATTGGATATATATGATGGAAAAAATGCAAGAGATACATTTATTTAGTAGAACAATGATAC +ATAGAGCAATAAAAGAATATGAATTGTCTGGACAACACTTAGAGTTATTATCTCAACTTT +TATTACATGAAGAGGGTATGACCCCAATGAAACTTAGTAAAATTATGGGTGTAAATAAAA +CAATTATAAGTAGAATAATAGATTCTTTAAATAAAGGAGGATATGTAATTAAAACACCGG +ATGCTAAAGATAAAAGAAGTTATTCAGTAACAATTACTGAGTTAGGAAAACAAATAATGG +ATAAAGTATACAAAAACTATTTGGGACCTATTTATGAATTACGTAGAAAATTAGGCGATG +TAGAATTTTTAGAATTAATGACTTATATAGAGAATGCAAATAAAAAAATGAGTAAAGATT +AGGAGGAGATGATTTAATGACTTTTTATCAAGCTATGCAAGTTGGAGTAAATGTAATGAA +GCCCTTGATTAAAGATACACAAAGTAAAAAATTAAAACAAAAATATATTACAGCTTTTAT +TTTAAAGAATATATTATGCCTTATATTTTGTATACTTGTTGTAACGAGTTTTGCGAAAGT +GTTTGGAAATGAAAATAGTATAGTAGGGGTTGTAACTATTTTAGGAGTATTAACTTTTAG +ATTTTCTAATATAGATTTTGATGTTAAACAGTCTTCATTTACATTATTTAGTGTGTTCTG +TATTTTTATGGTTGGCCCATATGTATCAAATTTAGTAGGACCGGTGCTAAGAAGTATTAT +TAACTTCATTTTTATAATGATAATACTTATATTAACATGCCATAATGTGATGCTTTCTAA +TCAATCAATACTTGTATTATCATATTTACTTTTATGTGGGTATGAAGTTAATGATATAAA +TGCATTAATTAATCGTGTATTAGGATTAGCAATTGGGGGAATTATCGTAGCAAGTATTTT +TTATATCAAACAAAGGAAGGTAAAATTTGAAAATAAATTATCTGATATTATCAAGGATGT +AAATTTAAGTAATGATCGAACAAAGTGGCAATTAAAGCTTGCTTTTGGTATTTGTACATC +TATGCTAATTGGAGAATTATTGCATTTACCTAGAACTATGTGGATAGGGATTGCGTGTAT +GTCAATAATTCAACCAAATAAAGAAGTAGTAGAATTTCGTTTTAAAAATAGAATCTTATT +TACTTTTTTAGGATGTTTACTATATTTTATTATTTATTCTGCTATACCAGTTAAATTTAG +AGATTTAATAGGAATGCTTGGAGGGATAATGGTGGGATTCTCTGCTACTTATCAATGGCA +GGTTATATTTAATGCTTTTGGTGGATTAACTTCAGCAATACCAGTTTTAGGTCTAGAAGG +TGCTTTAATAATTCGTTTACTTAATGGATGTTTTGGATCTATATACAGTAGAGTTTATGA +TAAAATATTTGATATAATCCATGAAAAAATTACATTTAGAAATAAAATTGAGCAAGTTAC +TACAAATGGAGAGATTTAATAGTTTATAATATTTAAAGTTTATATAAGAAAAACACCTTT +AAGTAATTAAATGTTAAAGGTGTTTTTTAGTTGAATAGAACTTAATAATCAATTTTACGT +AAAAATTTTAAGTTAATATATAATGAAGAAATAATAAATATTGTAAATATATGGAAAATA +TTATCAGAGAATGTAACTTTTTTGTAACTTTTTCACAAAATGTATTTACATTGTTGAATT +TTTCATATAAAGTTACATATATGGTATATATTTATCAATATACCAATTTTTTATCATAAT +AAATAAAAAATGGGAGAAATTGAGTAATGAATAAGAAAGTAATAATGTCATTAGGTCTAA +GTGCGGCTGCCTTATCTTTAAGCACGATAGATGCAAGTGCAGCGCAAACTGCGATAGTAA +CAACATCAGTTTTAAATGTTAGAACTGGAGCAGGAACAAATTACTCTATAATGTCAAAAG +TATACAAAGGTGACACTCTTGAGGTTATAGGAAGTTTAAATGGATGGTATAACATTAAGC +TATCAAATGGAAAAACAGGATGGGTAAGTGGAGATTATTTAAGTATAAGCGGTTCATCTA +CTAACACAGAAAGTAAAAAAGGAACAGTAACTACAGATACACTAAATGTAAGAAGTGGAG +CAGGAACAAGCTATTCTATAATATCAAAAGTATATAAAGGTGATACTGTAAATATAGTAG +GAAGCTCAAATGGATGGTACAAAATAGAATTATCAAGTGGAAAAACAGGATGGGTAAGTG +GAGACTACGTTAGTGTAGGAAGCTCATCTGATAACTCTTCATCTGATAATGCAACAACAG +AAAATAAAAAAGGAACAGTAACGACGGATACATTAAATGTAAGAAGTGGAGCAGGGACAA +GCTATTCTATAATATCAAAAGTACATAAAGGTGATACTGTAAATATAGTAGGAAGCTCAA +ATGGATGGTACAAAATAGAATTATCAAGTGGAAAAACAGGATGGGTAAGTGGAGACTACG +TTAGTGTGGGAAGCTCATCTGATAACTCTTCATCTGATAATACAACAACAGAAAATAAAA +AAGGAACAGTAACTACAGATACACTAAATGTAAGAAGTGGAGCAGGAACAAGTTATTCTA +TAATATCAAAAGTACATAAAGGTGATACTGTAAATATAGTAGGAAGCTCAAATGGATGGT +ATAAAATAGAATTATCAAGTGGAAAAACAGGATGGGTAAGTAGTGACTATGTAAGTATAG +GCAGTTCATCAGGAAGTTCAAATGGTTCTAGTTCTGCAACTACAAATAAAGCTCAAGCTA +TTGTTGATTTAGCAACTAAGCAAATTGGAAAACCTTACGTATGGGGAGCTGAAGGACCAA +GCACTTTTGACTGTTCAGGTCTTACATATTATGTATTTAAAAATGCTGTAGGTATATCTT +TACCAAGAACATCTACTGAACAATCGAAAACTGGAACAACAGTAAGTAAATCTAATCTAC +AACCAGGTGATTTAATATTCTCTAGTACAAATGGAACTGGAAATGTAAGTCATGTTGGTA +TATACATAGGAAATAATGAAATGATTCATGCTCCTAAGCCTGGAGATGTAGTTAAGAAAA +CAAAAATAAATAATTCTTATTGGGAGAATGCGTATCTATGGGCTAAGAGATATATATAAT +ATAGGAAGAGAATTAGAGAAATCTAATTCTCTTTTTTATAATTATTTACATAAATGTTTA +TTAAAATCCCAATAAACTAATTTATTATAAGCTTCCCAAACTTTAGAAGGTATTTTTTGT +TCAATTTGAAGTCCATTTTTACCATATAAATAAATTCTTTGGATATCTCCTACCATAATA +CTTATAAATTCATCTTTAGAGATTTCACCCTTAGAATAAAAATCACAATATTCTTCATAA +GTAAACTTTGGAGAAGTTATAACAAAATTTATTTCAGGCCATTGTTTTTTGAGAGTGGCG +AAGGTCCTTCTTTCTCTATAAGGTTTATCAACAACTATAAAAGATGAGGGAGAAAGATTG +ATATTTTTTAGTATTTCTTTAGTATTACTAATGTTTTCACCAGTATTACTAGCCTTATCT +TCAATAATAATTTTATTTTTAGGTACTCCCATTTTTATTGCGATTTGCGCAAATTTCTCA +GCTTCAGCCATATTCCATAAATTTTCGGTGATTCTACCATAACCACCAGTAAAAATAATC +ATATTACCATATCCATCTAAAAAAAGTTGGGCACATCTTTTTGCAACATGTAAGTCATGA +CTGCCAAATCCTAAGATAACATCTGACTTTTTTACATCCTCATTTAGTCGATGATAATTC +CAAAGAATTTTTCCGTAGTAATCAATATTCATAGTATATCCTCATTTAAAACTCTACTAG +AACTCTAGCTGGTTGAGCATAGATACCTTCAACTTTTATTGGTAAGCAATATACTTTAAA +ATATTTAGTTGGTATGTTTTTTAAGTTACATAAATTTTCTATACCATATATTTTATTTTC +AGTTAAGTAGTCATCAATAACACCATGGTTTCTTCTAAGTCCTAAGCCTAAAGTGTCTAT +GCCAATCATATTTACTTTTTTAGTTACTAAGTATTCTATTACATCTATATGAGTACCCAT +ATTATGTATATCACAAGAAAAATGTGTAGTAGTATATTCACTACCACTTTTAGAGTAACG +TTTTACGATACTTACTTCTAAAGGCTTGGAGCCGGTCCTATACTCTTTTCTAATTTTAGT +TGTTTGTGTTATATCTGCTATCATCTACTATATACCTTTCTAATTATTATTGATTTTATG +TTATATAATACCATTACTTACAGATGAAAAATAGGATAAAATAATAAATTTTTAGGATAT +TTAAAACATTAATATTTTATTAGAATTTAATTAAGAAAGAAAAAGGGTACTTGGAGGTAG +TATATGAAATCGAGATTACTCTTAGTTATGATTTCTATTATGGCTTGGTTAATTAATGGT +ATATTTGTTTATATTCAAATAAAAGACTTTGATAAAAACTACATTGAGATGAGAAAGAAT +GGGGAATAAGAGTGGAATTAATATTAAAAGAAGAAAAGCTAGAGACGTATTCAGAAAATC +AAATACATAGATATTATTATATTGATGGATTACCTAAGAATATACGATGTAAGCTTAAAA +TTATATATGGATATGATTTTAGAGATTTTAATATATCACCAAATAAATATTATCAGACTT +TTGTAGACATAGATAATGATAGTCTCTTTATATCATTGTGGTATGATAATTTTTCTATAA +ATTATTATAGCCAAGAATACTTTGAAGAAATTATAAACGTAATTATGAAGTATATTATAA +AAGAATTTTCAAGTTATAATATATACTTTTATGATATACCAAATGATGTAGAAAGAAAAA +TAATAGAAAAATATACTCAGACAATATATATAGGAAAATATAAAGCTACTATTTATTATA +TAAATAATTTGTCAATAATAAAAAGAGTAATAAATTTGGATGAATTTCCTAGTTTACTAC +TCTTTTTTAGATATATAATTTTACAAAATAGGAAGAATATATAATGGCAGTAGTGTATGA +TAGGAGGTAATAATGAATAAACTAAAAAATCAATTTATGCTATCAACATATATAATGATA +TTTCTTTTGTTTATAATAAAACCAATGCTAATACCTAATATAATAAGTAAAATTTTAATA +GCCTTTAAGCCATTTATAATAGGTGGAGTTATAGCATTTTTAATTAATATACCTATGAAA +ATAATAGAAGAAAAATTAGTTAGACCTTTATTAATGAAAAATAAGAAACTTGAAAATTTA +TCAAGGATAGCAGCTTTAGTAACTACCTTAATAATAGTAAGTATTATAATAGCTGTCTTT +ATAAATTATGTAGCACCACAGCTTATAGATAGTATAAGTACCCTAGCTAATATCATACCA +GAATATATAAACTCAGTACAAAATTTCATAATAGAAAAAATAAATAGTTTAAATATAGAA +GAGGAAATTAAAATAGATATACCTTTGATGATTCAAAAGTCAATGTCCTATATAGGAAAT +TTAATAAATATATTTATATCGAATTTATTTAACTTTACACTTGGTATCACAAATTTCTTT +ATTAATTTTTTCTTAGGAATAATAATAGCTGTATACATATTACTAAGTAAAGAAAAACTG +TCATCACAATTTAAAAAAGTGATATATGCTTTTTTTAATGAAAATAGATATGAAAAGATT +ATATATGTTTTACATTTAACTCATCAAAAATTTTCTAGGTTTATATTAGGCCAATCAACG +GATGGGTTAATACTGGGAACTACTTTTTTTATAGTTTTTACATTAGTAAAAATACCGTAT +GCTTTGCTTATAAGTATATTAATACCTATACTTAATTTTATACCTATATTTGGAACATAT +GTAGGTATTTTTATTTCCGCATTTATTATCCTTATGGTAAAACCAACAGTAGTTATTTTA +TTTTTAATATTAATTTTTTCAATACAGCAATTAGATGGTAAGTTTGTATATCCGATAGTA +GTTGGAAATTCATTGGGACTTCCTTCTTTATGGATATTGCTTGCAATTATTGTTGGAGGG +AACCTTTTTGGAATTATAGGTATGGTAGTTGGTATGCCTCTTGTTAGTGTTATTTACGAA +TTGTTTGGACAATATGTTAATAAGAAAATAGAAATCAAAATAAATGATAAAACTATAAAA +AGGTAAATATACCTTATAAAGTAAAAAGAATTCCTACCCGTATAAAATATATATTGCCAT +ACATAAATGATAAAAATATTATTTGGTTAAGTGGTATTGATACGGGCTTAGTTAAATATC +ACAAGCAGAATGGAGTAATAAAGCAGTACAAGTATGATTCATCAAATAAGAATTCTTTAA +TCACTAATTATATAAAAGGTACAGGTGCGAGTAGTAGTAGAATAGTGCTAACCCTTGTAA +AGTATGTAGCAGAACTTCATGATGGATATGTAAGACTTGATAGTGAAATTAATAAAGGGG +ATATATTTACAATAGGTCTTCCTAATATAGTGCAAGGCTCTGTATGTAATGATTAGAAAA +ACAAGCTAGATGAAGTAATTCCATTTAGCTTATTTTATTTTTATCAAAGATAGTAAGAAT +GAAGTGAAATTTAATTACTATTTAGTTGCATGGGTTTATAGTTGTTCGCATTCTTTTGGG +ACTCTGCAAAACTTACATACAGGACATATGTAAGATATAGCATCTCCCTTATTTGGAATT +GTAATATATCCGCAACAAGGACATTCTGAGTCACCTATTACTTCACTAGAATTATTATCT +TCGTATTCTTCAATTTCTTTATAATTTATTTCAGGTAAAAACTCATTTTCAAAATAAGTC +ATATATTTAATCTCCTAAATCAGTTAAAAATTTAATAAAAATATTCATTACTTCATATTT +TTATTATACATAATTTTTAATATTATACCATTTTGTGATATAAATACAATAGCTGAATAT +AAAAATATATTATATGCAACAAGAGGGGGAATATACAATAATATTTGTAAGTTTTACTAC +CGTAAGCTATAAAAAGTTTTATTTAGTTAAAGATGAATATGGAATGAAGTTAGAAAATAA +TGAATATTTTTTAGTAATATACCCAGAAGAATTAGAATTAAATAATGAATTAGTTGAGAA +TATTTATGATGGAAATGAAGATTTTAATTTCCTATTAAATTTTTAGATAAAGATGAAAGA +GAAGTAAAAGATATTTTACTTGTAAAAGAAAATAATTAATAAAAGTAATTTTCCTCTAAA +GTAATTTTAATATTATAAAAAGTTGTTGACTTGGAGTTAACTTAAAGTACTATTATTAAA +ATGAAATTACAAAGTGTATTGGGGGAATGAGAATGAGTAAAAAAGTATTAGTGTTGTCAG +GAAGTCCTAGAAAAAATGGAAACTCAGATATATTATGTGATGAGTTTATAAAAGGAGCAA +AAGAATCAAAACATGATGTAGAAAAAATATTATTAGGAGATAAAAATATAAATTATTGCA +TAGGATGTTATGGTTGTAATAGAAATAATGGTGTGTGTGTTCATAAAGATGATATGGCTG +AAATTTTATACAAAATGATAAATGCAGATATAATAGTAATGGCAACGCCAGTTTATTTTT +ATACGATGGATGCACAAGTAAAAACAGTAATAGATAGAACTGTAGCTAGATATATGGAAA +TTAAAAATAAAGATTTTTATTTTATTGCTACAGCAGCGGTAAATAGTAAGGTAATGTTAG +AAAGAACTTTTGATGGTTTTATAGGTTTCTTAGATTGTTTACCTAATGCAAAAGAAAAAG +GATGAATATATGGAACAAGTGCTTGGGAAAAAGGAGAAGTAAAAGTTACAAAAGCTATGA +AAGAAGCTTATAATATGGGAAAATATATTTAGTAAATAAATTATTTTTATTATAAAAAAT +TGTTGACTTAGAGTTGACTCTAAGTAGTATTATTAAGTTATGAGAAATTATTAAAATATA +ACAATAAGGGGTTTTATTTAGAGGAGGTTTTAATATGGGATTAAAAAAATTAGGATTTGG +ATTTATGCGTTTACCACTTTTAGATGCTGATGATCAAAGTAAAATTGATTTTGAACAATT +AAATAAAATGGTAGATAAATTTTTAGATAGAGGATTTACTTATTTTGATACAGCATATAT +GTATCACAATTTTACAAGTGAAATAGCATTAAGAGAATCTTTAGTTAAGCGTCATAAAAG +AGATACTTATGCTGTAGCAACAAAGTTGCCAACAATGTTTTTAAAGAAAGAAGAAGATTT +AGAAAGAATATTCAATGAGCAATTAGAAAAGACTGGTCTTGAATATTTTGATTATTATCT +ACTTCATAATTTAGGTGTTTCACATTATGAAATTGCTAAAGAATTCAATGCTTTTGAATT +TATACAAAAGAAAAAAGAAGAAGGAAAAGTAAAAAATATTGGTTTTTCATATCATGATAA +TGCAGAATTGTTAGATGAAATACTTACTGCACATCCTGAAGTTGATTTTGTACAATTACA +AATTAATTATATAGATTGGGATAATGAAAGTATACAATCTAGAAAATGCTATGAAGTGGC +TACAAAACGCAATAAACCAGTTATAGTTATGGAGCCAGTTAAAGGTGGAACTCTTACTAA +TGTACCAAAAGAAGCTGAGAAATTGTTTAAAGAATATAATAAAGATATGTCAATACCATC +ATGGGCTATTAGATTTGCAGCAAGTCATGATAATGTAATGATGGTACTTAGTGGTATGTC +TTCAATGGAACAATTATTAGATAATACATCATATATGAAAGACTTTACCCCTTTAAATAA +AGAAGAACAAAATATTGTTAATGAAGTAGTTGAAATTATAAATAAATCAATTGTAGTTCC +ATGTACGGCCTGTCAATATTGTGTTGAAGGATGCCCAAAAAATATTGCAATACCAAATTA +CTTTGCATTATATAATGCGGAAAAGCAAACATCAAGCGAAGGATTTTCAACTCAGGGAGT +ATATTATGGAAACCTTACTCAAAGTTATGGTAAGGCATCTGATTGTATCGAATGTAAAAA +ATGTGAAAAAAGCTGTCCACAGCATATAGACATTACTAAACATTTAAAAGATGTAGCAAA +AACATTTGAATTACAAAAATAATTAACATTGTTATATTTTTTTTTAATGATAGATTGTCA +ATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATC +CAAGACACTTGCG +>MGYG000000001_76 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAGTTATATAACGG +CTTTTTTTATTTATTTTATTAGAATGGAACTTCATCATCAGATATCTCTAATTCAGTATT +TGAGGTAGAAGACTCTTCGAATACTTTAGATGCATCATAATAATTCTTATTATTTTGTTT +TTTATTTGTATTATCTAAGAATTTTATATCGTTAGCTCTAACTTTAGTTATGCTTTTATT +ATCACCTTCTGTGGTTTGATATTTATCTATTCTTAGGCAGCCATCAACAGCAATTAATCT +ACCTTTTTGTAAGTATTGTCCACAGGTTTCTGCTTTTTTACCCCAAATTTCAATATTTAT +GAAATCAGATTCTACTATACCATCTTTTGTTTTATAATTTCTACTTACTGCTATTCTAAA +GTTAGTAACAGGATTATTAGGTTCTCCTACATATTTCAACTCTGGATCATTTACTAATCT +TCCAATTAAGACAATATTATTCATTTAACCACCTCAAAAATTTAATATTATTTATATTAG +GAGTCTAGACAAAGATGATTTTTTATATACCAATTATTTACATAAAGTAAAACGAAGTTT +TTTTATTAAAAACTTTCCTTAAGTTCGCATTAAAAAGAATTGTAAAAAAATATTATTCAT +AATAAAATAAAGTTTAAATATGATATGACTTAATAAAATTAATAAAAAAACACCTTAACA +AAGTTATTAATTAATTTTTTAATGTAATTTATAAAAAAATAGAGTATAATAAATTTATAA +GAAATAAAAATGTTCGAATGAGGGGAAATAAATATGAAAAAAAAGATAACATTAACTAGC +AAAATATTGATAGGTTTATTATTAGGATTTGTATTTGGATTAATATTAAAACAAGTACCA +GAAGGATTTATAAAAAATACGGTATTACTTGATGGTGTTTTAAAGATTATAGGTAATGGA +TTTACATCAGCTATAAAAATGATGGTTGTACCATTAGTATTTGTATCTTTAGTATGTGGG +ACATCATCTATGGGAGATGTTAAAAGATTAGGAAGAATTGGTGGAAAAACAATGCTTTTC +TATCTAGGTACAACAGCTATAGCAATAATAATATCTTTAGTTCTAGGTAGTACATTAAAA +CCAGGTGTCGGATTGGACATGAGTGGTATAGTTTCTGGAGAAGTTGCCATAGGAGAATCG +AAATCTTTAGTAGATATCATTTTAAATATAATACCTACAAATCCAATTGCTTCATTAGCA +AATGGGGAGATGTTACAAGTTATATTTTTTGCAATGCTTCTAGGAATAGCTATGAGTATT +GTAGGTAAAAAAGCAGAGCCGGTTAGGGTAATATTTGAAAGTGCAAATGAAATTTGTATG +AAGATGGTTAATTTAATAATGTTATTTGCTCCATATGGTGTATTTGCTTTAGTTTGTAAT +ACTTTTGCAACAGTTGGAACAGATGCAATATTTGCATTAGTAAAATACATATCAATAGTA +TTATTAGGTTTATTAATACATGTTACAGTGGTTTATGGTGGTTTATTTAAGATGATAACT +AGACAAAAAATAAAACCATTTATAAATAAATTTACTAGAGTAGCAGCAATTACTTTTTCA +ACAGCTTCAAGTAATGCTTCTGTACCAGCTAGTTTAGAGGTAATGGAAGAATTAGGTGTA +AGCAAAAGTGTTAGATCATTTACAATACCAATGGGAGCAACTATTAATATGGATGGAACA +GCTATAATGCAAGGTATTGCAGCATTATTTATAGCTCAAATATATCAAGTTGACTTAGGT +ATGAACGATATGATTACAATAGTTCTTACAGCAACATTGGCCTCTATTGGTACAGCTGGA +GTACCTGGTGTTGGTATGATAATGCTATCTATGGTGTTACAATCAGTAGGATTACCATTA +GAGGGAATTGGACTTATAATGGGGGTAGAAAGAATTATAGATATGTTTAGAACTACGGTA +AATGTAATGGGGGATAATATTTGTACGCTGATTATAGCAAATAGCGAGAAAGAAATAGAT +TTAGAGGAATATAACAAAGAAGAATCAATACAAAGTTTAGTATAATATAATTAAAATTTA +TTAAAAATTATGGATCGGATAAAATAAATAGGATATCTCATTTGGAGATATCCTATTTTT +ATTGTAAAATATACAATAAAATATAAATTAAAAAATAGGGAGAAATAATATGAGCACATA +TTTTACTATAGGAGAAGTATCGAAGTTATTTAATTTGCCAATTAAAACTCTTAGATACTA +TGATGAAAAAGGAGTACTAAAGCCTGCATATATAAATCCAAGTACTAATTATAGATACTA +TTCAAGAGAGCAGTTTATAAGCATAGATATAATAAAATATTGTAAGCTAATAGGAATGTC +CTTAGGAGAAATAAAAGAACTTATAAATTCAGATAGTTCAATAGAGATAATGATAAATAA +TATGAATAAGCAAAGTGAATTATTAAAAAAGAAAATAAAAGAATTAACAGATGTAAAAAC +GTATTTAGATGATGTAAAAAATAGTGTAGAAGAAATACTTGAATATGATATAGATAAGGT +AATAATAAGGAGAAATAAAGAGAGAAGAAATATAAGGTTTGATTTAGAATATGATGAGGT +CGAAGAATTAGAACTTTACTTAAGAAAAGTAATTTTATACTTAGAGGAGAGATATAATGA +TGTTTATCCTTTACTTGGAGTTATAGCTCCATATGATAATGTTAAAAAAAGGGAAAAAAT +AAAATATAGCTGCGTATGCGATTTTACAGATAGAGGTATTAAACATAAAGAAAGTAATAA +TCTAAATGGAGTAGAAAGAATAACTCCAGGAGGTAACTATATAACAATATTCTTTGATGA +TAATTGGGAAAATATAAATAAATACTATTATAAAATTATGGATTATATTGAAGAAAATAA +TATTGAAGTAGAAGGCGATTTTAATGAAGTTTGGACAATGCCTAGAGTGGATTCTAATGG +AAAAGAAAAAACATTTGGATATATAGAAATACTTATAAAAAATAATAAGTAATTGACTCT +CCATCAACTAGATACTTTATAATTTAAAATATGAAAATAAGAAAGGAGATTATAAAGTAT +GGTTAAGAGCTTTTTACAGTATGCTATACCATCAGCTCTAGCGATGTGTATAGCATCTTT +AAATACAGTTTTAGATGGAGTTTTTTTAGGTAAGGGCGTAGGAGATTTAGCTTTAGCATC +AGTTAATATTGTAATGCCGCTTACTATATTATTCTTTGGATTATCAACAATGGTTTCTGT +TGGTGGAGGAGCATTAGTTTCAAAAAATTTTGGAGCAAATAATGATGATCATGCTATAAA +GATTTTTAGACAAATAATAAAGTTTTTATTATTAGCAAGTTTATGTCTAAGTATAGTATG +CTCTTTGTTTGCAGAAAAGATAGTAATTCTTATGGGAGCTACAGACTCTTTAATTGATTT +ATCAGCTGAATATCTAAGATATTATTCTATGTTCTGTATTCCTAACTTATTAGGTCTTTC +TTTAGCAAGTTTTTTAAGAAATGACAATAGACCCAATCTTGCAATGATTTCAACAATAAT +AGGGACTATATGTAATGTTTATTTAAATTATTTATTTATTTTCAAACTAGGTCTAGGAAT +AAAGAGTGCAGCTATAGCAACAGGTTTAGGACAAATGGTTACAGTGTTAGTACAGATACC +TCACTTCTTGGGTAAAAAAGGTAAATTATCTTTTGGTAAAGCAAAAATAGAAATAGAAAT +TATAAAGGAAATAATAAAAGTAGGATTCCCATCATTTGTAGCTGAGGTAGCTTTTTCAAT +CATAATACTAGTTCATAATTTAGTATTAGTAAAAGTTGTTGGCGAAATTGGAGTATCGGT +GTATGCAATAATTAATTATATTACAACGAATATATATTTAGTTCTATTAGGTGTAACATT +AGGAGCTCAACCACTTATAAGTTATAGTTTTGGAGCAAAGGAAGAAGATAAAATACTTAC +TTATTATAAATTAGCAAATACTACAAGCCTATGTATAGCCACAGTATATTTCATAACATG +TTTAGTTTTTGGAAGGGAAATAATATCGATATTTACGTCTGATATAACAATAATGAATAT +GGCATATATAGCATTGAATCTAACAAATTTAGCATATTTTATTATAGGTATAAACTTAAC +AACAACGATGTATTACCAAGCAATAGAAATACCGAAGTACTCAAACTTAATAGGTGCATT +AAGATCAATTTTAGTTTTACCAATAATATTAATACTTTTCGCAAAGTTATTCAGTATAAA +TGGTATATGGGTTAGTATGGCAGTATCAGAGCTAATAACAGCGTTAATAGCATATAAATT +TATAAATATAAAAAAATATACAAAAGCCATATCGCATTACGCATAAAAGATATTCTCATG +AATAATAGTTTCAATTAAAGCGTATTAAAGTAATAAAAATATAGTATATATCCAAATGGA +GTACTTATATTTAATTACTATAATATGCTTTCTTTGCATATAAATTATTATGGACAAAGT +TATTTAATATTATTAGGAGGGGGAGTATGTCAAAGAAAAATAATACTAAAGAGATTATGA +AGTTTGCAGGTACGTACATATCGGTTTGTATTGGGTCTGGGTTTGCAACTGGACAGGAGA +TCATGCAATTTTTTTCAGCTCATGGAATAGGAAAAAGTGTTTTTTCAGTTCTAGTATGCA +TGATTATACTATCTTATTGTGGAGCTAAACTATTAGAGATAGGTAAGAGCGCTAATTTAA +GATCATCTAATGATATTTTCAATTACTTATGGGGAGAATCTATAGGTGGTATATTCAAAT +TATTTATGCCGGTATTTTTCCTTTGTAGTTTTGTAGTTATGGTATCTGGAGCAGGTGCAT +CTATTAATCAGTATTATGGATTAAGTAAGGGGATAGGAAGTATAATAATGGTTACCTTAT +CACTTATATCAGTTTTATTAGGAATGAACAAAGTAGTAGATATATTAGGTAATATAGGAC +CTATTATTATAGCTGTATCTCTGGGGATAGGAATTATTACTATATCAAGAAATTATGACA +ATCTTTTGAATGCAGAGAATATTATTACAACGCTTAATGTAACTAAAGCTGTAGATAACT +GGCATTTAACAGGCATTATTTATAGTGGCCTTAATGTAATTATTGTTACAACTTTTTTAG +TAGGAGTAGGAGAAACATCAAGTAATAAAAAAAATTGTATTTGGGGAGGTATTATAGGTG +GTGTAGCATTTATGGCAGCATGTTTAGTTCTAAATCTAGGTATATTATCTGATATAGGAA +ATATTTGTATGAATGAGATACCAACGCTGTATATGGCAGATAAAATAGGACCTATAGTAG +GTATTTTATTTTCATTTATTTTAATAGCAGGAATTTATACAACATCAGTTCCACTTTTAT +GGAGCGTATGTAATGGATTTGCTAAAGAAGGTACATGGAAATTTAATTTAATTGCTACTA +TGTGTTCTATAGTAGCCTTAGTTGGAGGAAGAATACCATTTTCTGCATTAGTTAATTTTA +TATATCCTATATCTGGAGCATTAGGTGTGATAATAATAATTGGCATATTTATGAAGAGTA +TAAGTGTAGAAAAATATTAGAAAGGGTTATTTATAAAAGTATACATAAAATTTGAGGTGG +GGGAATTGAGTCAATATGAATTTAAGTATGGTAACAGTAAATTAGTTACTGAAGTTAACT +TAGAGAATATAATTTATAATCTAGTACCGAAGAAATCAAATTTAATAAAAAATGTGAAAG +AGGAAGTAATAAAATCTTTAGATAATCCAACGTATTCATTTCCTTTAAAACAAATAATAA +AACCAGGAGAAAATATAGTAATAAAAGTAAGTGATATTACTAGAGCGTGGATAAAACAAG +TGAATTTCTAATACATATAATAAATTACTTATCTGACTTAGGTGTCTCTGACAATAATAT +AAAGATAGTAATTGCATTAGGTGGACATAGAAAGTCTACAAAGGAAGAACAAATATATAT +CGTTGGTGAAGAAGTCTATAAGAGAATTAAAGTTTATGATCATGAAAGTGAAGATAAATA +AAGAGGCTGATATCCAAAATATATAAATCTGTATCAAGGGACAAAAGCATCTGAAAATGC +CTTATGGAGGTAGTACATTACCTATATTATTATAAAAATCAGAATATAATAAAAATTTTG +AAAAATAATGATGTTTTTATTATACAATGATATAATCTTAAATAAAAACTAAAAGGAGAG +TATATATGGGGGAATGCAGTTTTAAATATGGTAATGATAAATTAAATACATTTATTAAGG +ATGAGCAGGTAATTCAAATATTAAAGCCTCAGCAAGTAGAAAAAATAAAAAATATAGAGG +ATGAGGTATATAGAGTATTAGACAATCCGATAGGAAGTATGCCACTAAAGGATATTGTAA +AACCAGGAGAGAAGATAGCAATTATAGTAAGTGACATAACTAGATCTTGGATGAAAAGTA +ATAAGCTTGTTATTTATATAGTTAATTATCTTTCAAAACTAGGAGTGGAAGATGAAGATA +TGTTTGTAGTAATTGCACTAGGTGGCCATAGAAAAAGTACAAAAGAAGAAATGATAGCTG +TAGTAGGAGAAGAAGTAATTAATAGAATTAATGTATATGACCATGAATGTGAAGATAAAG +AAGAATTAGTTTATTTAGGAGAATCAAGTAGAAAAACTCCTATTTATTTAAATAAAAGAG +TACATGAAGCAGATAGAGTTATACTAACAGGAGGAATAGTATTCCATATATTTGCAGGTT +TCGGTGGTGGAGCTAAATCAATATTACCAGGTGTTGTAGGAATAGAAACAATACAAGCTA +ATCATAGATTAAGCTTCAATCCAGGAAAGTCTAGTGGATTAAATTTAAACGCAGGACCTA +ATAAAGTAGAAGGAAATCCATTAAGAGAAGATATGAATGAAGTTTGTAAAATAGTAAATC +CAGATTTTTTATTTAATGCAATATTAGATACAGATGGAGATTTTATAAAATTTGTTGCAG +GACATTATTATGATGCATGGTATGAAGGTGGAATGTTCATAAGAAATCTTTATGGGGTAC +AAGTACAAAATCAAGCTGACATAATTGTGGCATCAGCAGGTGGATATCCAAAAGATATTA +ACTTATATCAAACTATAAAAACAATGGATAATGCATTATATGGTGGAAAAGAGGATAGTG +TATTAGTTCTTTTAAGTGAGTGTAGAGATGGACTAGGCGCTGATGAATTTGCAGACTGGT +TTAAATATAAAACATTAGAGGATATGGAGAATGCTTTAAAAGAGAATTTTACAGTACCTG +GATATGCAGCATATAAAACAGCATATACGGCTAGATATAGAAAGGTTATACTTATATCAA +ATATAGATGACAAAGTAATAAAAGATTTCAATATGATACCATGTCATAATCTAGATGATG +CTATGAATATGGCATATGAAATTTGTAAAGAAGAAAATCCGAAGGTAATTTTAATGCCTT +ATGGAGGTAATACATTACCAATTTCAATGTAAATAAAAAAGGCTATCTCAAAGTAGATAT +TATCCATCTACTTTGAGAAATGCCTTTTTTATTTTAGTTAAAAATAATTATTTTAATTTC +GGATTGTTTATAACAAATTTCATTAAGAAAAATACTGGTATAGTAGATATAACTGGTGCT +AACATTGGTGCAAATACCTTACTAATATTTAATATATTAACCATTAGTAAAATAACTCCC +ATATTTAATATATATTCGAATATGTAAACTAAGAATGTAAGTAAAAATTTTTTGAAAGAC +AGATTATTATTTTTAAATGTATATTTTGAATTTAAAAAATATGAAGCTGTTATGCTAATA +ACACTTACTATTGTATATGCTATTAAATAATTCATTTTAAATCCAAGAAACAGTATAAGA +TAAAATATTTGAGATACCCAAAAGTTACTTATTCCTACTATATTGAATCTTATATACTCA +ACAAACTTAGATTTGGTATTTTTTAAGTTAAAAGAAAAATGCTTATTCATTTTCATAATC +TCCTTTTAAATAGTAATATAAGTAATTATATAATAATAAAAATAAGTTGTATATACAGGT +TATTATGCCTAAAATTTAAAAATCAAATTATAAATATGTTTAACTTTAATGTATTTTATA +TTTGTAAATAAAATATTAGTAATATATTACTGCAGGACATGATTTCTATTATATTTTCAA +AATCAGCAAATAGGATGAGAAGAATGAATATAGATATAATAGGCATAATTAAAAATACAT +AATTCCTATTCTATAATTAATTAAATTATCACTTATTTAAATGTTAAAGGAACTATGATT +TTAGGAGGTTTAGTTATGAAACAACCTAGAAAATATGATTATAGAAGATATTTCACAGAA +AAAACATATCTTGAATACTTAATAAGAAGTGATGAATTAGAAGAAGTGAAATTAACTAAA +GAAGAAATGGAAGCTATAAATTTAAAAGATGTAAAAGGATATACTAAAAGAGAATGCTCA +AAAAGAATGGGGATTTCAGGGAAAAATTTTCAAAACTTAATTGAAGAAGCTCGAAAAAAA +ATTTCAATAGCATTAATTGAGGGAAAATCTATAAAAATAACTGTAGAAGAGGAAGTTGAG +GAAGAAGACTTACATGATGTAAAAGCTTGCAAATTTAGATGTGCCATATGTGGATATATC +TACTATGTAAATTATGAATATCAAGACATTGTTTGTCCAAAGTGCAATTCAACAAAAGTA +ATGTCAAGTGAAGAAGCAGGATTTAGCGAAAAATGGTCTATTAAGAAGTAGATAATAATT +GACTTAGTAATTTCAGTCTGATATTATTACTTTAATGCCACAATCATATAACTTGAATCT +TTTATTCAAGATTTTAGGAATAGAGGAGATGACAAGGTGAAAATATTAGATACAGTAATA +ATAGGAATAGACTTAATGTTATTTATGTATTTTTATAATGTAGCAATAAATACAACTGAT +ATGACGACAAGATTAATATCTTGTGCGGCTATGACTTTTGAAGTTTATTTTATTAGAAAG +CATATAAAAATAATGAGAAAATTAAATATAGCAAAAAATGAAAATACAACGAAAGATAAA +CAATAGTTAATAATAAAAGTGCCTAAATTTAGGTGCTTTTTTAATTCTTTAAATTATATA +TATGTATTTGATATTAGATTAATTATTGTGAATTATAAATTAGAAAAGATGAACAAATCA +AATAATAAGTATATTATTTTTTAGGTTTTGTTAATTAGATATGATGAGAATTATTCTCGA +ATTGATAAATAAACCGAGAGGTTAAATTAAGTTTCATATTTTTAAAAATTTGCATGGCAA +ACAAGCCTAACGAAATTATAAAATTTTTAGGCTACAAATGCAATTAATATTTGATGAACC +AATTAAC +>MGYG000000001_77 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAAGTATAACTCCT +CTTATTATATTACTACTCTTTTGTGACAAAAACTACTTTATTATTTTTAATTTTAGTTAC +TATTGAGCTTCCTTTCTTTACCTCACCTCTTAATATGGCCTCAGATAATTCATCTTCTAA +TTCTTTTTGAATTGCCCTCTTTAAAGGCCTAGCTCCATATTCTAAATCTATTCCTGATTT +AGCTATCAAACTTATAGCCTCATCGTCCATCTCTAAATTTATATCCATTTCTTTTAATCG +TTTAACTACCTGCTCTGCCATTAAAATTACTATTTGAGATATATGTTCTTCATTTAAAGC +ATGGAATACTATGATATCATCAATCCTATTTAAGAACTCAGGTCTAAATTGTTTCTTTAA +TTCAGACATTATACACTCTTTCATTTTTTCATATTCATATGCTTCTTTTTCTTCATTACT +TATTGTTGTAAAACCTAAATTTTTTTGTTGTTTTATTTTAGTTGCGCCTACATTTGAAGT +CATTATTATAATAGTATTTTTAAAATCTACTGATCTTCCTTTAGAATCAGTTAATCTACC +TTCATCTAATATCTGTAGTAGTATATTAAAAACATCAGGGTGAGCTTTTTCTATTTCATC +AAATAGTACTACTGAATATGGTTGCTTTCTTACCTTTTCTGTTAATTGACCACCTTCATC +ATGACCTATATATCCAGGAGGAGATCCTATCATTCTTGATACTGAGTGTTTTTCCATATA +TTCAGACATATCTATTCTTATAATCTGGTTTTCATCTCCAAAATGAGCTTCTGCTAAAGC +CTTACTTAATTCAGTTTTACCTACTCCTGTTGGTCCTAGAAATAAGAATGAACCTATAGG +TCTATTTGGATCTTTAAGCCCTGCTCTAGATCTTCTTATTGCTTTAGAAATCGAATCAAC +AGCTTCATTTTGACCTACAACCCTTTTGTGAAGTACCTCTTCTAAGTTTAGTAGCTTTTC +AGCTTCTTCTTCTACTATTTTATTTACAGGTACTCCAGTCCATAGACTTAAAACCTCTGC +TACTGCATCAGCATCTACCAAATCATAGTATTTAGAGGAAGATGTCCTCCACTCATTTTT +AACTGTCTCTAGTTTTCTCTTTAATTTACTTTGTTCATCGCGTACTTTTGCAGCCTTTTC +AAAATCCTGCCCCCTTATAGCCTCTTCTTTTTCTTTATCTATACTTTGTATTTTTTCTTC +TAATTCCTTTATACTCATTGGTGGTGTATTTTCTTTAAGTCTAACCTTTGATGCTGCTTC +ATCTATTAAGTCTATTGCTTTATCTGGTAAAAATCGGTCTGTTATATATCTAATTGACAG +GTCTACAGCAGAAACGATTGCCTCGTCACTAATTTTCACTTTATGATGTGCTTCATATTT +ATCTCTTAATCCTTCTAAAATATTTATTGTATCATCTTTACTTGGCTCATTTACCACAAT +AGGTTGGAATCTTCTTTCTAATGCTGCATCTTTTTCTACATGTTTTCTATATTCCTCTAT +AGTTGTTGCTCCTATAATTTGAATATCTCCTCTAGATAGTGTTGGCTTTAATATATTTGA +GGCATCTATTGATCCTTCTCCTGTTGCTCCTGCACCTATCATAGTATGCATTTCATCTAT +GAATAGTATTGTATTCCCATTTTTAATTACTTCATCTACTACTTGCTTTACTCTTTCCTC +AAATTCACCTCTATATTTTGCACCTGCTAATAATGTTCCCATATCTAATGTATACAGTAA +TTTATTTCTTAAATTTTCAGGTACATTACCTTGTGATATATTAATTGCTAATCCTTCTAC +TATAGCAGTTTTACCTACACCAGGATCTCCTATAAGAACAGGGTTATTTTTTGTTCTTCT +ACTTAATATTTGAATTATTCTTTGTATTTCTTTCTCTCTACCTATAACAGGATCCAATTT +ATTTTGCTTTGCAAATAAAGTTAAGTTTCTTCCGTATTTATCTAGTAATTTCGATGATGC +AACCTCTTGGTTACTTGTGAAACTACTTTCATTACTTACTTGCACTGTATATGACTCTAT +CCCCATCATTTCTATTATCAGCTGCACTATATCTCTTTGATTTATGCCTGAATAATTCAA +TATTTTTATCCCTATACCTTCTCCCTCTTGAGCTATTGCCAATAATATATGTTCTGTTCC +GATATAATTTGTTTTTAACTTATTAGCAAACATCCCTGAAAGTTCTAGTATTTGTTTTGC +TCTTGGACTTAAGGTTATATCTTCTGATATAATTTCATTTTTACCTTCTAATTCAATTAT +TTTAGATTCTAAATATTCTTCTGTAACCCCCAATTTTGTAAGTACCTTTGCTGCGATACC +TTCCTGTTCCTTAAGAAGGCCCAAAAGTATATGCTCGCTTCCTACTACCTTGTGTCCTAA +CCTCTTCGCTGAGTCTACACCCAAATCTATAGCTGCTTTAGCTCTTTGAGTAAATCTATT +GAAGTACATATATTTCTACCTCCTTTTATAATTAAATTTAGATATACTTATAATATATGC +AACGGATTCTATTTTTCTGTTTGTACAATAAATTAATATTATTTTAATATATACTTATTG +TCTTAATTTCGACATACGTATTAAAAATAATTAAAGCTCCAGATTTGATTTCCAGAGCTT +TAATCTATATTTATTGATTTGAACTTTCTATGATTTTTTTAGCTATCGCATTTGGAACCT +CTTCATATTTTTCTAACTCCATCTCGAAATATCCTCTACCTTGAGTCATTGATCTTAAAT +CTATAGCATATTTAAATGTTTCAGCTTGAGGAGCTTCTGCATATATAATTTGTTTACCTC +TATCATCTGGCTCCATACCTAATATCTTACCTCTTCTTTTATTTATATCTCCCATAACAT +CTCCCATATACTCATCCGGTATAGTTATTTTGAGCTTCATTATTGGCTCTAGTAAAATCG +GTTGTGCTTCTTCCATACCTTTTTTAAATGCTATATTAGCTGCCATTTTAAAAGCCATTT +CTGAAGAATCTACATCATGGTAAGATCCATCATAAAGAGTTGCCTTGATATTAGTTACTG +GAAAACCAGCTAAAACACCTTTTGTCATAGAATCTCTTAATCCTTTTTCAACAGCAGGTA +TATATTGTTTAGGTACTGATCCTCCAAAAATCTCTTCTCCAAATTTAAAATCATCTGAAC +ATCTCTCAAATTTAATTCTTACATCTCCATACTGTCCATGGCCTCCTGATTGTTTCTTAT +GTTTACCTTGAACGTCTGCAGAACCTTTAATTGTCTCTCTATAAGCAACCTTCAGGTCAT +CTAGTTCAACATCTACTCCAAATTTATTTTTAATTTTATTTTTAACCGTATTTATATGTA +ACTCCCCTTGACCTCCTATAAGGGCTTGTTTTGTCTCAGAATTTCTATACCATCTTATAG +TTGGATCTTCTTCAACTATCTTATTTAATGCTGCACTTATTTTTTCTTCATCACCTTTAT +TTTTAGGAACTACAGCATAGTATATTTGAGGTTTTGGTAAACTCATTCCTTCTAACGGTA +ACTCGTCTTTATTTGTAGATAAAGTATCTCCAGTTTGTAATGAGTTAATTTTTGTAAAAA +CTACAATATCTCCGCACTCTGCTTTTTCTATTTCTTCTAACTCTCCATTTTTCACTGTAT +ATAAATTATCTATTTTTTCTTTTATTGATTTGTTTATATTATATAATTCAGTATCTTTGT +TTATTTCACCTTGAGTTATTTTCAAATATGATATCTTGCCTTTAAAAGGATCTACTTTAG +TTTTAAATACTAATCCTTTAAACTCACTATCACTATCTTTATATTTAGGATCTAAGTATG +AAGATACAGTTTCTAATATTTCTTTAGTTCCTATATTATTTATAGTAGAACCACATATTA +CAGGGATTATATCTCCATTTTGCATTCCTATAGTTATGCCTTTTTGTATTTCTGCAGAAG +TTAATTCTTCTCCACTAAAATATTTATCTAACATTATATCATCAGTTTCAGCTATAAGTT +CCATTAAGGCTTCTTTTACTGTTGACGCTTCTGTTTTAAATTCACCATCTAAATCATCCA +TATTTTCAAAAATATTGTGCAATTTAACAAATTTCTTATCTTTGTATATAGGTATTATCA +TAGGTACTACTTTGCTTCCATACTTATCTCTTAGCATTGCTATTGCATCTTTATATCGTG +CTTTTTCATTATCTATTTTATTAATAAACATTATCTTAGGAATATTTTCTGTTAATTCTA +ATGATTTCTCTGTTCCAACTTGAATAGGTGTTATTGCATCAATTACTATTACTGCTGCAT +CACTAGCTCTAAGAGATGATATAACTTCTCCAGCAAAGTCGAAATAACCTGGAGTATCTA +ATAAATTGAACTTATAATTATCATACTCAACTGGAATTAAGTTCATGCTGTAAGTCATAT +TAGTTTTATCAGTCAGATTTGGTATCTTTTTAGTTAGATTTGATGTATAGGCTATTGCTT +CAATTAGATTTGTTTTACCACAACCACTGTGACCTAATACTGCTATGTTTCTTAACATGT +TACTATCATAAACTTTCATATAAGCACCTACCTTTTAATTTTTATACAAAATTTTTTTCT +TAAATAATTTTAAAACTTTTGTAATTGCAGGTGGTGAAGTTACTTAAATGATATAACATT +CCCGCTATACGCTTTAACTTTAGCTTAAGTAAGTCAACTTCATTTCTTTTTATGTACTTT +TTAATTTTAGTAATCTTCCTATTAAAATACTTACTTGGATATTCATCTACCTATAAAATA +TTATTTATCTTATAAGATATATTTATCTTTTTTACTCAGTTATTTAACGTAAAGCTTGGT +AATTATTCTATTATTTCCTGAGAAATAAATGTTATTAATTACTTTTAACTATTTCTATAT +TATATTATGTTTTTCCTTTATTTATAAATAAAAACTCTATATAGACTTTCATTTTATCTA +TATAGAGTTTTTATGCTTAATTACTATTCCATTACAATTAAAAGTTGAGCATCCCCCACT +GTATCATTTTCACTTACTTTAATCGATTTTATTTTTCCAGATACCTTTGATACTATATTA +GTTTCCATTTTCATAGCTTCAATAACTATTAGTGCTTCATGTTCTCCTACTTCATCGCCT +TCTTCAACTAATATTTTTATAACTTTGCCAGGTATACTTGCGCCTATTTGTAAAGGATTA +TCCATATCTGCTTTTACTACTTGATTTATTTTTCCAGAGAAGTTATTATCTTTTATTTCT +ATCCTTCTAGACATTCCATTTAGTTCAAATACTACTGTTCTATATCCATTTTCTTTTACA +TTTCCAATTCCAATTAGTTTTATAGTCAATACTTTCCCATCTTCTATTTCCACATCGCAT +TCTTCTCCTTTATTTAAACCATGGAAGAATACTTCACTATCTAACTTGGATATATCACTA +TATTCTTGGAAATGTCTTAGATAATCTTCATATACCCTTGGATATAATGCATAGCTTAAT +GCATTTCTTATATTTGATTTTATATTAAACTTTTTATCTAAATATCTCTTCTCATTTACA +AAATCAAATTTAGGTATTAATAAACCTGGTCTAACATATATAGGAGACTCTCCTTTTAAT +ACTACTTTCTGTAAATCCTTAGGTATTCCACCTTCTGGTTGACCAATCATACCTTTACAG +TAATCTACTACAGAATCCGGGAATGATAATTTCTCCCCTTCTTTAATTATGTTATATTTT +GTTAATTCATTCTTAGTCATAAATATTGCTAAGTCTCCAACTACCTTTGATGAAGGTGTT +ACTTTAATTATATCACCAACCACTTCGTTAGCTTCTTTATAATTTTCCTTCACCTCTTCA +AATCTTCCCGTTAACCCTAAACTATCAGCTTGAGGCTTTAGGTTAGAATATTGTCCTCCA +GGTATCTCATACTCATATATTTCTGAACATGAATTAACTAATCCACTTTCAAATTTTCTG +TATATTTTTCTTATATCCGAATAATAATTTCCAATTTCTCTATATCCATATAAGTCTATA +TTTGTATCTCTTTCTGTAAACTTAAGAGCTTCTACTATGGCATTTAATGATGGTTGACTT +GTAAGACCTGACATTGTTTCCAATGCACCATCTACTATATCAACTCCTGCTTGAGCAGCC +ATTAAACAAGTTGCAACGCCATTACCACTAGTATCATGCGTGTGTAAATGAATAGGCGCT +TTAACATTTTCTTTTAATGCCTTTATTAATATATATGCTGCCTGTGGTTTAAGTAATCCT +GCCATATCTTTTATACATATTATATCTGAACCTAATGACTCTAACTCTCTTGCCATTTTT +ACATAGTATTCTAAATCATATTTATTTTTTTCTGGATTTAATATATCCCCTGTATAGCAC +ATACTTGCCTCTACAATTTTACCTGTACTTAAAGCTGTTTCTATTGATGGTTTCATATTT +TCTACCCAGTTTAAAGAGTCAAATATTCTAAATACATCTATTCCTTGTCTAGCTGATTCT +TTTAAAAATTCTTTTATAACATTATCAGGGTAATTTGTATATCCAACACCATTAGATGCT +CTGAATAGCATTTGGAACATTATATCCGGTATTTCTTTTCTTAATTTTTGTAACCTAATC +CATGGAGATTCATTTAAAAATCTATAGGCTACATCAAAAGTTGCTCCTCCCCACATTTCT +AATGAAAATAAATCCTTCATGTATTCATTAGTAGGTTTAGCAACTTGTAATAAATCATAT +GTTCTAAATCTAGTTGCTAGTAAAGATTGGTGTGCATCCCTCATTGTTGTATCTGTAAGT +AATAATTTTTTTTCATTTTTTATCTTTTCTATATATGCTTCTTTTCCTAACCTATCAAAT +AAATTCTTACTGCCCTCTATCTTATTTAGATTATCTATTATATTAGGCTTATGAGGCTGT +TCAAACACGGGTTTCTCTTCACACTTATTATCATTTACTACTATATTACCTATAAATTGA +AGTAGTTTCGTACCCCTGTCTCTGCTTTTCTTTATTTCAAATAACTCTGGATGCTCATCA +ATGAATTTAGTACTACATTTACCTTCTTTAAATAATGGATTTTTTAACACATTTATCAAA +AATCCTATATTTGTCTTAACTCCTCTTATCCTTATTTCTTCTATCGATCTTATTGTCTTA +TTTATTGCTCCTTGGAAAGTTCTATCAAAGGATATTGTTTTAACTAATAAACTATCATAA +TGAGGACTTATTTCAGCTCCTGTAAATCCATTACCACCATCTAACCTTATACCAAATCCA +GATCCAGTCCTGTATACTTGAATTTTTCCTGTATCCGGCATGAAATTATTTTCTGGATCT +TCAGTAGTTATCCTTGCCTGTATTGAATAACCAATTACTTTAATATCTTCTTGAGATTTT +ATATTTATTCTTTCACTATCTAATCTATATCCTTGAGCAATTAATATTTGACTTTGTACT +ATATCCACTCCTGTAATCATTTCTGTTACAGTATGCTCTACCTGAACCCTAGGATTCATT +TCAATGAAATAATATTCTCCATTTGAATCTACTAGAAATTCTAAAGTCCCTGCATTAATA +TAACCTACATGTTTAGCTATTTTTAATGCATCATTGCATATATTTTCTCTTAATTCTTCA +CTTAAAGAAAATGCTGGAGCATATTCAATTATTTTTTGATGTCTTCTTTGTACTGAGCAA +TCTCTTTCATGTAAATGTACAATATTGCCATATTTATCACCTAAAATTTGTACTTCTATA +TGTTTAGGATCTACTACATACTTTTCTATAAATATAACATCTGCTCCAAATGCTTTTCTT +GATTCACTGCATACAGTTTCGTATTCACGTTCTAATTTACTCTCCTCATATACAACTCTC +ATACCTCTACCGCCACCGCCGTTAGAGGCTTTTAGCATAATAGGATAACCAATTTGAGCC +GCTATCTCTTTTGCTTCTTGAGCATTTTCTATTGGCTTATCTATTCCAGGTATAGTAGGT +ACATTTACTGCCTTTGCTATCTTTTTCGAGTTTATTTTATCTCCCATCATATTCATGATA +TCTGCACTTGGACCTATAAATGTAATTCCATTCTCTTCACATTTACGAACAAATTCTGGA +TTTTCCGCTAAAAAACCATAACCAGGATGTATTGCATCTACGTTCCTTTTTTTAGCTAAT +TCTATTATTCCATCAATATCTAAATAGGCATCTATTGGACCTTTATCTTCACCTATTAAG +TAAGACTCATCTGCTTTTGTTCTGAATAAACTATATTTATCTTCTTTACTATATATTCCC +ACGCTTTTTATACCTAATTCTGAACATGCTCTAAATACTCTTATTGCAATTTCTCCTCTA +TTAGCTACTAGTATTTTTTTAAATCCCTTAAGCATAAACCTTCCCCCTTATTCTCTCTAT +CTAATAATATTAAAAATTATAGTCTAAATTTACTGAATTTTGAATAGGTTTAGATAAGTT +CCTTAATTAATAATACAAATTAATAAAAGTAAATAACTTTCAGTTTGTTAATTCATCAAT +TACCCATATATAATTAGGTAATTTTTAACTATTTCAATTCTTACTGTCTTTAATCTACTA +TGGTAAATCAAATAACTCTTTTTATATTAAAAATTTATAAAAAATAAAGTATGTCTAATA +TTTATATGATAAAAATTAAAAATATATTAAAAAAATAGAAAGAAAAATTTTTCTCTCTAT +TTATATTAGTAAAGATATAATAAAAAAAGATTACGTGGCTACGTCTTACTCTCCCAGGAG +GTTGCCCCACAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACA +GGTGTATCCTCTTTGCTATAGTAACCACATAATCTTTCGATTAACTTATATTAAGTT +>MGYG000000001_78 +AACTTAATATAAGTTAATCGAAAGATTATGTGGTTACTATAGCAAAGAGGATACACCTGT +TCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGAGGGCAACCTC +CTGGGAGAGTAAGACGTAGCCACGTAATCTTTTTTATTGTATAAAAATTATAACGTTAAA +ATATTAAGCTCAAATTAAAGCATATAAATAAGGCTTAAATCTTAAATATTGAAGATAAAA +ATAAGATTGGTGTTATTGATTTATTGCATAATAAATTATAAAATGTTAAGAGAGATGTGA +AAGTAAAATATTAAACAAAATTATAGTTAGATATGTAATTCTTAACATAAGAGGTGAATT +ATGAATTCGAGTGAAAGAAAAGATAAATTATTAAAACTTATAGAAGAGTCTACAAAGCCT +ATAAAAGGGAATGAATTAGCTGAAAAACTAAATGTAAGTAGACAGATTATAGTTCAGGAT +ATAGCCCTTATTAGAGCGACAGGTAAAGATATAGTAGCAACACCTCAAGGTTATATGATC +TATAATCAAAATAATAAAATAGAAAAGAAAATCAAATGTAAAAATCATAAAAATAACGAA +GAACTTTTTGACGAATTAAAAAGTATAATTGATATGGGTGGGACTGTAAAAGATGTTATA +GTAAATCATCCGATATATGGAGAAATAAAAGCAGAATTAAATATATCATCTCTTAGGGAT +ATAAATGATTTTATGAATAAAATAAAAAAAGATGAATTTAAACAATTATCTTCATTAACA +AAATATAATCATACTCATACTATTGAAGCATCAAAAAATGAAATATTAGATGAAATTATA +GAGATATTAGGTGAAAAAGGTATTATATCTAACTAATATTGAGTATGAATACCATATAAA +AATAAAAAAGAAGATAAAATTGAATAATAGTATTGAAAGTTGTTAATATATATAATATAA +TGAGTATCAAATAAAACAATTAGTTAACAAGCTATGAAGGAAAATAGTAAAGAACATGTT +TGTATTCAGAGAATGAGTGGTTGGTGCGAACTCATGACAAAGGTTTTTGAATCCATTCCA +GAGCTTCTAATCGGAAATAATAGTAAGATTAGACGTATACCTACGTTACAGGATTGAGAG +AATTGTGTATATTTTACACAATTAATTAGGGTGGCAACGCGGATAAAAGACTTTCGTCCC +TTTTATAGGGGATAGAAGGTCTTTTTTTATTACCATAATTTAATTGGTACATTAATCCAA +ACTAGTTAACAAATAGATTATTTATAATAAATTTCCGGAAAATGTAAATAATACTAGTAA +TCAATAAATTTAAGATTAAATCAAAGTAAAATATATTTAAAGATATATAAATTAGGAGGG +CAACATGTTAGATATAAGAAGAATTAGAGAAAATTTAGAAGATATTAAAAAGGCAATGGA +CAGAAGAGGTGAAAAAGAATTCAACCTTGATATCGTAGTAGAATTAGACGATCAAAGAAG +AGAATTACTTAAAGAAGTTGAAGTAATGAAAAATGAAATGAACGTTGAATCTAAAAAAAT +ACCTCAATTAATAAAAGAAGGTAAGGATGTTACTGCTGATAAAGCAAGATTAAAAGAATT +ATCAGATAAGATAAAAGAATTAGATGAAAAAGTTAGAACTGTATCTAATGAAATAGAATA +TAACTTAATGAGAATACCTAACGTTCCAAATCCAGAAGTTCCACAAGGAACAACTGATGA +TGATAATGTTGAAATAAGAACTTGGGGAGAACCTACTAAATTTGAATTTGAACAAAAAGC +TCACTGGGATGTAGGAACTGGATTAGGAATATTAGACTTTGAGACTGCAGGGAAAATAAC +AGGATCAAGATTTACTTTATATAAAGGATTAGGAGCTAGACTTGAAAGAGCTTTAATAAA +CTTCTTCTTAAATACTCATACAGAAGAGCATGGATATACAGAAGTTTTACCACCTTTCAT +GGCTAACAGAAACAGCTTCATAGGAACTGGACAATTACCAAAATTCGAAGAAGATATGTT +TAAGGTTGAAGGTGTGGATTACTTCTTAATACCAACTGCAGAAGTTCCTGTAACAAATAT +ACACAGAGATGAAATATTAACAGTTGATCAATTACCAATAAAATATTGTGCATATACACC +ATGTTTTAGATCTGAAGCAGGTTCAGCTGGTAGAGATACAAGAGGTTTAGTAAGACAACA +TCAATTCAATAAAGTAGAATTAGTTAAGTTCGTTGCTCCAGAAAATTCTTACGATGAATT +AGAAAAATTAACTAACGATGCAGAGAGAATGTTACAATTATTAGGATTACCATACAGAGT +AGTTAAGATATGTACAGGAGATTTAGGATTTACTGCTGCATTTAAATATGACTTAGAAGT +TTGGATGCCAAGTTACAATAGATATGTTGAAATTTCTTCTTGTTCAAACTTTGAAGATTT +CCAAGCTAGAAGAGCTGGTATAAGATTCAAAAGAGATAAAAAATCTAAAGCTGAATATGT +TCACACTTTAAACGGTTCAGGATTAGCAGTAGGAAGATGTTTAGCTGCTATATTAGAGAA +CTACCAACAAGCTGATGGAACAGTTGTAGTTCCTGAAGCATTAAGACCATATATGGGTGT +AGATGTTATAAAATAAATTGAATTTAGTATAAAATAATATATGAAGGAGGGCTGAATTTA +GCTCTCCTTCGTAGTTTAAGAATATGATACAAAAATAAATTTGAGTTGAATTATAAAAAA +ATATATGTTATTATAGTGTTGTTATAAGTTCTAGGAGGAAATATGGAAAAATTATTCTAT +ATGAATGAAGCATTAAAAGAGGCATATAAAGCATATAATAAAGGTGAAACTCCAATTGGA +GCTGTTATAGTTAAAGATGGTGAGATAATTGCAAGGGCTCATAATTTAACAGAAGAGCTA +AAAGATAGCACAGCTCATGCTGAAATGTTAGCAATAAGACAAGCTTCAGAAAAGTTAGGT +GGATGGAGACTTATTAATTGTGACTTGTATGTTACTATGGAACCGTGTATAATGTGTAGT +GGAGCTATAGTTAACTCTAGAATAAAGAAACTTATAATAGGAACTAAACATATAAAAAAT +TCTTATATAGAAAAACAACATGAATTTAAAATGGATTATTTTAATTTTAATAATATAGAA +GTAACATTTGGAGTAAATCAAGAAGATTGCTCGATCATTTTACAAAGGTTTTTCAAAACT +TTACGTAAAAAATAATATGGAGAGATGGTCGAGTTGGTCGAAGGCGCTCGCCTGGAAAGT +GAGTATACGTGTTAAAAGCGTATCGTGGGTTCGAATCCCACTCTCTCCGCCAAGAAACTA +AATATGGTTGTAATTTTGCTGTACTAGATGGGGAGGTAGCGGTGCCCTGTAACCTGCAAT +CCGCTATAGCAGGGTTGAATTCCAGCTTAGAGGCTTATAATTTGCAGAGCAGCCCTAAAT +AAGTGGTGTTGACACTTAGGTCCTGCGCAACGAAAGCTCATGAACTCCGTCAGATCAGGA +ATGAAGCAGCGGTAAGTGATCACTTTCGTGTGCCGCGGGGGCGCCTAAGTCGAGCTAACT +GTTTAGGTAACGTCTGTGAATGTAAGTCGATAGTTGGTGTACAGCATTTAATATATAAAA +TCAAATCCCTTTGAGAGGGATTTTTTTTATTTGAAAAAATGATATAATAATTGAATATGA +TGGAAAAATTATAACTGAATGATTTTATGTTAAGGAGAGATAAAAATGCATAAGGCATTA +TATAGAGTTTATAGACCACAGAAATTTGAAGATGTAGTTGGTCAAGAACATATTACTAAG +ACCTTAAGAAATCAAATTGAGAATAATAATATAGGACATGCCTATTTATTTTCTGGTACT +AGAGGTACAGGTAAGACATCAACAGCAAAGATATTTGCGAGAGCAGTAAATTGCTTAGAG +AGTATAGAGCAAGAACCTTGTAATGAATGTGAAGTATGTAAGGATATATTACATGATAAT +ATAATGGATGTTGTAGAAATAGATGCAGCTTCTAATAACAGTGTTGATGATATAAGAGAA +CTTAGAGAAAATGTTAAGTACTCACCAACTAAAGCTAAATATAAAGTATATATAATAGAT +GAGGTTCATATGTTATCACAAGGTGCGTTTAATGCCCTGTTAAAGACATTAGAAGAGCCT +CCTTCATATGTAATCTTTATATTAGCTACTACAGAACCACATAAGATACCAGCTACTATT +TTATCAAGATGCCAAAGATTTGATTTTAAAAGAGTTACGGTGAAGGACATTACGTCTAGA +ATGAAGAAAATATGTGTAGAAGAAAATATAGAGGTTGAGGAAAAAGCCCTTAATTTAATA +GCTAGAAATTCACAAGGAGCTCTTAGAGATGCTCTTAGCATATTGGACCAATGTATTTCT +TTTGGAGATAATAAAATTGAATATAAGGACGTAGTAGAATTATTAGGAACAGTAAATGTA +GAACAATTATTTGATTTAGCGCAGTATATAATAAATCAAGATACAAAAGAATCGCTTAAA +ATTTTAAATGAATTTATAGTGTGGGGAAAGGATATAAGAAACTTAATAAATGATTTAATT +GATCATTTTAGAAATCTAATGATATGTAAAGTATCTACAGATTTAGATGAAATAATTTCT +TTACCAGAAGAGACCATAGAACAATTAAAATCACAAGCTGATACAATAAATAATAATGAC +TTAATAAGAATACTAAATATATTATCGACTACTCAAGATAATATAAAGACAGCTTCAAAC +CCTAGAGTTGTAGCTGAAGTTACTATGATGAAGATAGCTCAGCCAATGTTTGATGAAAGT +AAAGAAGCCTTAATTAAAAGAATAGAAAATCTAGAAAAAGTAATTGAAAGCGGTAATATA +AAGGTTACAACTGTAAATGAAGCTTTAGATAATCAAAATATTGAATCTGAAGTTAAAGAA +GAAATTGAATATGAAGATGTAAAGAGTGAAGATGTAAAGTTAATTGAACACTCTTGGAAA +AACATATTAAAAAGTATAAAAGCTGATAAAAATATGCCGGTTTATGCACTTTTAGGAGAT +GTAAGAAACTTTAATGTTTATGAAAGTGCATTATATTTAATATTTGATGATAACTATGGA +TTTGCTAAAACTAGATTAAGTTCACCTGAAACAATTGATTATATACAGAATAAAATAAGA +GAAAATATTAATAGAAGCTTTAATGTAAAAATCGTTTTAAAGTCTGAGGTTAAGAATATT +GATCTAGATATAAAAGAAAAATCTAAAGATAAAGGTGAAGAAATTTTAAAAGGCATAGTG +AGTGAAGATATACTAGAAGTTAAGGATAGTATAGATGAAAATTAGAACAAATAATAAATA +TTTATTTATGATATAATATTAAAATATAGATAATCAAGGAGGAAGAGTAATATGGCTAAG +AAAAATTTTGGTGGAATGATGCCTGGAAATATGAATAATATATTAAAGCAGGCGCAAAAG +ATGCAAGAAAATATGCAAAAGATGCAAGAGGAGTTAGAATCTAAAGAATTAGAAGCTTCA +GTTGGTGGAGGAGCAGTTACTGTAAAGGTAAATGGTAAAAAAGAAGTTTTAGATATAACA +ATAAAGCCAGAGGTAGTAGATCCAGATGACATAGAAATGCTACAAGATTTAGTGTTAAGT +GCAGTTAATCAAGCTCTAAAGAGTGTTGATGATATGCAAGCTAATCAAATGAGCAAAGTA +ACTGGAGGTATGAATATACCTGGTTTATTCTAGTAGGTGATATAAATGCAAGCGTACACA +GGACCGATATCTAGGTTAATAGAAGAATTTTCAAAACTTCCAGGTGTAGGAAGAAAGACA +GCACAAAGATTAGCTTTTCATGTTATAAATATGAATACAAATGACGTAGAAAGTTTATCA +AAAGCTATTATAGATGCTAAGAGAGAAATTAAATATTGCTCTATATGCTGTAATATAACA +GACACAGACCCTTGTAGTATGTGTTCTAATAAAAATAGAGATTCTAGTGTTATATGTGTA +GTAGAAGATCCTAGGGATGTAGCGGCTATGGAGAGAACAAGAGAATTTAAAGGTAAATAT +CACGTTTTAAATGGTGTAATATCTCCTATGGATGGTATAGGGCCTGATATGATAAAAATT +AAAGAACTTATCGTTAGACTTGGTAACGAGGATGTTAAAGAACTTATAATGGCAACTAAT +CCTACAATAGAAGGTGAAGCTACAGCGATGTACATAGCGAGATTAGTAAAACCTATGGGT +ATAAAGGTTACTAGAATTGCACATGGATTACCTGTTGGTGGAGACCTAGAGTATGCAGAT +GAGGTTACTATCACTAAGGCACTAGAAGGAAGAAGAGAAATATAAAAAATCGAGGTATAT +CCTCGGTTTTTTTGTCATTTTTTTAAAGAAATTTCTAAATAAACTTAACTATGAATTATT +GAAGAAAATATTTTACTATTGTATAATTCTAGTTAGATTTAGCTAAAAATTTTAATAGGG +GTGTAATATGAAATCAACTATGAACTTAGAAGAACATAAGGCTATGAAAGAAAAAAGAAC +AAAGAAAATCGAGTCTAAGGATAAGTCTAAGTATAATTATGATGATGATTTAAGTTTATT +AATTAGTAAAAAGAAAAAGAAACAGTCGAAAGGTAAGGACGGTGTCTTTAGAAATAATTA +TAAAAACTATCAGTATGATTATGAAGAAGATTTTTATGAACCTTTATAAGAATAGAATGA +TATTGGTTTGAATTAGATTGAAAAAGGGATTTTTTAAGTAAATTATACAATATTACTTAA +AAAAATCCCTTTTGTTTTATTGTTTTATCAAAATTTCTTCGACTAAATTAGCTATGTTCT +GAGCTGAATCAGATTTTCTAATAGATTTTATATTGTTTTTTAGCATTGTTAGTCTAGTAG +GATCATCAATAAGAACTTTTAGTAAGACTGTTAAGGTGAATTTTTTTGTTGGTCTTAATG +CTGCACCACAGTTTGAAAGAAAATCTAGGTTTTCTTCTTCTTGACCAGGTATATAATAAG +GTATTATCATAGGTAAATCCTTTAACAGTGCTTCCGTAGTAGTAAGACCACCTGGTTTAC +TTACTAATACATCGACAGAAGCTAGTAAATCATTCATTTTATTAGTGAATCCTAATACAA +GTATATTTTTATCATAGCAATCTTCATGGGCAGCTAATTTTTTTTCTAATTTTTCTTTTA +AGCTTTCATTCCTACCTGTTATCACTATAACTTGAAAATCTCTATCTATACTTAGTAGTT +CATCTAAAGTTTCTTTTATATTCCCAGCACCGAAGCTACCACCCATTAATAGAACAGTAA +ACTTTTCAGGATCTAATCCAAACTCTGATAAAACAGTATTTCTATCTCGGTTTGATAAAA +AAGATTTTTCTACAGGTATACCAAAAGTTTTGACTTTATCAGGATGTACACCATCGTAAA +TTAATAATTCTTTTACATATTCATGTCCAGCTATATAGAAATCAATCTCATTTTGAATCC +AAGTAGAATGAGTTGTATAATCTGTTAAAACAGTTATTAATGGAGGAACTGATAGATTAT +AGTAATATTTATGTAGCGTATCATGTAAAATAGAATTTTCATGATTTTTGCATGCGTTAG +TATGTTTCTTTAATGTACTAAGTGCAATCATAGGAAAAGGATGAGTACCGATGATTAAAT +CAGGTTTTGATTTATCTAATAAGGACCTAAACTTTTTAGCCATAAATGATGTTAGAGGAT +TATCCTTAAATTCATTTTTAGAAGCTAGACTTGTCTCAGAAAATCTATAGACACTTCCAT +AAGCCTTAGGAGTATATATAGCTGATTTTTCGTATCCTCTAGAGATTATTTTATCCATGG +TACTATTAACTAATTTTAAACTATCTATTATTTCACATTCTATTGGAGATCCATCTATTG +TTTTGTTACTAAGTTCTTCTTTAATAGCTCGAGCAGCTCTGTTATGCCCTCCTCCTGTAG +AGGCAGACATTATTAATACTTTTTTGCTCATAACAAAATCCTCCTAAAAGATATACGGTT +ATATTGTATAATAACCTAATTTTATGTATTATAATTATAATTTAAAAAATATATTTATTA +AATTATTATGTTTAAGTTAATAATAATCTAATACAAGATAAAAAAAAATACAAGTAGAAA +TAAGACAATGGAATTAGGAGGTACATATGAATAAAGTTGAAATATACTCAAGTGATACAT +GTATTAATTGTATAAAAGCAAAGGAATACTTTGAAGAGATAGATGTTGACTATATAGAAT +ATAACATATCGATAGATTTAGAAGCTAAGAGAGAATTAATAGGTATGGGGTACATGTCAG +TACCGTTGATAGTGATTAATGGAGAACATGTTCTTGGCTTTGATAAAAAAAGAATAGATG +ATTTATTAGATTAAATAACTATTTAGTGAAATTAGAATTAGATACACTTAAAATCTTAAT +TACTTTATTTTATGATAAAGTAATTAAGATAATATTGTATTTATAAGGATTTAAATAAAG +ATAATATATATTATAATGATGTAGTATAAAAAAGCAAAAATAGCGTAAAATAGACTATGA +TAAAAAATAAATAAAAAAGTTTTAAAAAATAGTTGACGATATAAAATAAAGATGGTATAG +TATTACTTGTCCTCGAGAGAGAGATAAAAGAAAAAGAAAAAGGACAAAAAAAGTCTTGAC +TAAGAAAGAAAAACTTGGTAAGATAAATGAGTCGAAAAAATGAACTTTGAAAATTAAACA +GTAGGTTAATTTATATAATTAATTCTTATAAAAAGAATTATTCGAAACAACCAAACAAAG +CCAGATATATAACAGTATCTGAGCCCATC +>MGYG000000001_79 +AAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTT +GCACTTATATTGACAATCTATCATTTAATAAAAACTATAAACAAACCAGAAAGAGCATAA +AATATATCTCAACTTGGATGGGCATTAGAAGAAGGGTTAAAGTTTATTTTACATCAAGAT +CCACCAGTAAAATTACCAAATCAAATATTAGGTATGAATAATGCTGTAAATAGAAAAACT +CAATCTGGAAGAGTATTAGGAGAGTAACATAAGATATCTCCTTTAGATGCTTTGAGAGTT +GCGACTATAAATGGTGCGCATCAATATTTTTAAGAAGACATAATAAGGAAGTATAGAAGA +AGGAAAATATGCCTATTTTGTAATAATTGATAAGAATTTATTAGAAATAGAGAATATAAA +AGTTCTTGAAACTATAAAAGAAGGAAACATTATATATAAAGTATAAAAATACTTTTAATA +TATAGTAGAATGTAGTAAAAAAGTCTGGAAATTTCCAGACTTTTTCATTATATAAACATA +TTATAAATAGTAGTTGTTAAAAAGCATATAATAAAAGCTAGACAAGTAGGAAGTAAAAAA +CCAACAACAGTCCACTTTAAGCTACCAGTTTCTCTTTTAATAGTTAGCAATGTAGTAGCA +CAAGGCCAGTGAAGTAAGCTAAATAACATTACATTAAGAGCTGTTAAGTAAGTCCAACCA +TGTTCAATTAATACATTACCTAAAGCAAAGTTATCCATTTCAATCATAGATCCTGTAGAA +AGATACGCCATTAAAAGAATAGGTATTACAATTTCATTAGCAGGGAATCCCAATATAAAT +GCTAATAATATAAATCCATCAAGTCCAATTACTTTAGCTAGAGGATCTAAAAAGTTTGCA +ACATGAACTAATATACTAGCATCTCCAATGTATATATTTGCACATATCCAAATAATTATC +CCTGCAGGAATTGCAATTGTAATTGCTCTACCTAACACAAATATAGTTCTATCAACTATA +GATGTATAAACAACCCTACCAATTTGAGGAGCTCTATATGGTGGTAACTCTAATGTAAAA +GTAGATGTAACACCTTTAAGCAAAGTTTTAGATAATATATAAGAAACCATTAGAGTAATA +ATAACTCCAAGTATTATTAATAAAGCAATACATAAAGCAGTAGATACACTTGCAAAAGCA +GAATTAGTAATCATAGATGTAAAGAATATAGTTGAAATAGCAATTAAAGTTGGAAATCTA +CCATTACAAGGTACAAAGTTATTAGTAAGTATAGCAATAAGTCTTTCTCTAGGAGAATCT +ATTATTCTACAACCAATAACACCAGCAGCATTACAACCAAATCCCATGCACATAGTTAGA +CATTGCTTACCATGACAACAAGCCTTTTTGAATAAATGGTCCAAATTAAAAGCAACTCTA +GGCAAGTATCCTAAGTCCTCAAGCAAAGTAAATAAAGGGAAGAAGATTGCCATAGGAGGT +AACATTACAGATATAACCCAAGCTAAAGTTTTATATAGACCGTCTACTAACATGCTACTT +AACCAAACTGGGGTACCAATTGAATTTAAAGTATCTGTTAAATGAGGTTGTAAACCAAAT +AAGAAATTTGATAGCAGCTCAGATGGATAGTTGGCACCTTCTATTGTTATCCAAAGTATT +AAGGCAAGTAGTATAAGCATTATAGGCATACCAAAATATTTTGAAGTAAGTATTTTATCT +ATTTTTTCATCTCTATCCATTTTATTTTTAGATTTTATCTTCGTACACTTTTTGCTTAAA +GAGCTAGCTATGTCGTAGTTTATTTTTGTAAATTCATCTCTTATATTTTTGATGGAATTT +ATCTTTGGTAATTTATTTTTTATTTCTTCGAGTGCTTCATTATAATCGAATGTGATATAT +TCATTTATAGATTCTAAAATACTTTTATCACCATCTAATAATCTAAGACCTAACCACCTA +GGATTAAGATCAGGAATTAACTCATACAAGTCATCTTTTATTAAATTAACATTACTTTCT +ATTTCTTCCCCGTATGTTATAGGTTTGTTATTAAATTTGTACTTTCCTGATGATACCTTA +TCTATAGCTTCTAGTAAATCATTCATACCGTAACCAGATCTGGCTGCAGTTAAAACAACT +GGAATCCCAAGTTCTTTTTCAAGTATAGTTTTATCAATTTGTATACCTTTCTTTTTTGCT +TCATCTACCAAATTGATACATAAAATTACCTTATCAGTTAACTCCATTACTTGGAATGCT +AGGTTTAAATTTCTTTCTAAACAGTTAGCATCACATACTACAATAACAGCGTCAGGGTTA +CCAAAGCAAATAAAATCTCTTGCAACAACCTCTTCTTGAGATAAAGCAAATAAAGAATAG +GTGCCAGGTAAATCTATTAAAGCATAATCCTTATTATTATGTTTAAAATCTCCCCTAGCT +GTAGCTACTGTTTTACCTGGCCAATTACCTGTATGTTGTTTAAGTCCAGTTAGATAATTA +AATACAGTACTTTTCCCTGTATTAGGATTTCCAGCTAATGCTATGACATATTGATCTTCT +TTTTTTTCTATATCAAACATGTCTTTCAAAGATTTTGTTTTAGTACTTTGATGAGTTAGG +CCCATATTTATAATCCCCCTTAAATAAATGATAATAAAATTAAATAGATGACACTAATAT +TAAACTGCTTTCTTCGCGTCGTAGGGCTATTTTAGTTCCCCTGATATTATAAACTGTCAA +GTTATTTTTTGGTCCTTTTCTAACAACATCTATTAAAGCACCTTCAGTTAAACCAAGTGC +AAGCATTCTTTCTCTTAAATTACCATCAGATAAAAGTCCTTCTACTTTTACTGTGTTTTT +AGCTTGAATATCAGCAAGGTTTTTCATGACACACCTCCAAGTTAAATTTTAGCCTAAGCT +AACATTCTTAATTTAATTTATGCATTATTAGACAGGTTTGTTACCTAAAATTAAAAAAAT +AGTAATGAATATTATTTTTTAAAATATACATTAATATAAGTAGATATCGAGGTGATTTTT +TGAATAAGAGAGAAGAGTATTATACGTTTAATGAGTACATGAAATATAACTCTTTAACAC +CAAGTGAAGAGGATTACATAGAGATGATTTATAGACTATCTTTAAGCGAAGATAAAATAA +AGTTAAAAGAGATATCGACTTCTCTAAATATTAAGCCCCCTTCTGTAACAAAAATGATAA +AGAAATTAGAAAGTAAAAATTTATTAATTTATAGAAAATATGATTATATACAATTGACTG +ATATAGGAGAAATAGTAGGAAAAAGATTATTTGATAGACATAACGTAGTTTATTCTTTTT +TAGAAACTATAGGTTTAAAAGAGTATATTCATGAGGAAACAGAAAAAATTGAACATACCA +TTAGTATAGAAACGCTTCTAAGAATTGATGAACTTATTAATTTCTTTGAAGAAAATGAAT +CATTACTTAAAAAGTTTAGAGAATATCAAAATTTGTAGTTAATAAAAATAATATAGGTTA +ATCACGAATTTAAATTTGTTTTAGATAATGAAAATTAGAATGATTTTTAGAAAAGTAGTA +CAAGATTAAAAATAAAAAGCATACTTATAATTATACAAAAGAATTAGATAGGTGGTGGAT +TATGAATCTTGGTAAGATTTTAGATAAGGTTGATATATTAGGCATATATGGAGACGTTGA +TATAGATATCAAAAATGTTGAATTTGACTCAAGAAAAATTAAAAAAGATGGGTTATTTAT +ATGTGTTAATGGAGCTAATGTGAATGGACATGCGTTTATAAATAAAGCTATAGATAATGG +TGCAAAGGCATTTTTAATAAATGAATATGTGCAAATGATAGAAGGATATACATTTATTAA +AGTAAAGGATATAAAAGAGTCAATGGCAAAAATAGCTAGTAACTTTTATAATAATCCAAG +TAAAAACTTAGAGTTAATAGGTGTTACGGGAACAAATGGAAAAACAAGTATAACTACATT +TTTAAGCCAAATTTTAAATATTGATCATAGATGTGGTTTGATAGGAACAATAAAAATATA +TGATGGAAACTGCGAAATAGTTTCTCAAAATACGACTCCTGAGTCTTTAGATTTACAAAA +GGCACTTTACAATATGTTAAAAAATAAATGTGAATATTGTTCCATGGAGGTATCATCACA +TTCCCTAGCATTAAATAGAATTGATGGGATCGATATCCAAATAGGTATATTTAATAATTT +AACAGAAGATCACCTAGATTTTCACAAGGATTTAAATGAATATAGGAATGTAAAAGAACA +ATTATTTTATAAAACAAGTAAAGCAAATATTATAAATATAGATGACGAATCAGGAAGAAT +GATTTTAGATCATATAAAAGATTTAAATATACCACATTATACATATGGTATAGAAAGGGA +TGCAGATTTTATTGCAAAAAACATAGAGATGGACTCTAATGGGGTATCTTATACATTAGT +AACACCTACATATGAAGCTAAAATTAGAGTGCCAGTACCTGGTAAGTTTACGGTATATAA +CACATTAGCAACCATAAGTGCTTGTTATATTTTAAATATTTCTATAGATACAATAAAAAA +AGGACTTGAAAATTCAAAAGGCATAGAAGGCAGATTTGAACTTGTAAAAAATGATAAAGG +ATACAATGTAATAGTTGACTATGCACATACACCAGATGCTCTAAAGAATATTTTAAGTGC +TGTGAAAGAATTTTCTAAGGGAAAGATAATAACTGTTTTTGGATGTGGCGGAGATAGAGA +TAAACAAAAAAGACCTATAATGGGAAATATAGTACAAGAAAACTCAGATATAGCAATAAT +AACATCAGATAATCCGAGAACTGAAAATCCAAAAGAAATAATTAATGATATTTTATATGG +AATAAATAATAAAATAAATAACTATGTAGTAATAGAAGATAGAAAAAAAGCAATAGAAAA +AGCTATATCTATAGCTAAAAAAAATGACATAGTTCTAATAGCAGGAAAAGGGCATGAAAC +TTACCAAATAATTGGCAAAATTAAATATGATTTTGACGATAGAAAAATCGCTAAAGAAAT +TATAAATACGATAGATATATAATTAAGACAGTATAAGATTAAGTGAGCATAAGTATAAAT +GTGCAATTAATTAGCATATGAATATACTACATATATTGGTATTAAAAGAATTATATTTAA +ACTTAGCTCACTAATCTTATATCTCCATTAGGCAAATCTATAATTTCATTTTAACATGAG +GTATTCCAGCTTCATCATATACATCTGAAATTTCCTTAAATCCACAAGATAAGTAAAGAT +TTTTTATGTATACTTGAGCAGATAGAATTATATGATCTTCATTAAGATTACTTTGGATAA +AGTCTATAGCATGAATAATCATTTTTTTAGCTAGACTTTTTCTTCTATGACTTTGCATTA +CTAAAACTCTTCCAATAGAAGCCTCTCCATAGGAACTAAATTTCCTAGGAATTATCCTTA +AATAAGAGATAACTCTATCATTTTCTTCAAGAAAAAGATGATAACAATTTTTATCTATAT +CATCAAAATCATTCTCACTAAATATTTTTTGTTCACAGGCGAAAACTTCATATCTACATT +TTGTAATTTCATATAATTCATTAATTGATAACTCATTAAAATGTTTTATTTTGAACATAT +TATACCTCCATAAATATTTTTATTTATTATAACAAAATAATATTATTTAATCTATTGGAT +ATACATTACTTTAAAAATAGTGGTATACTTAAATTTAAATAATAAAATTTCATTGTCTAG +ATAAATATATTAATAAATCACCGTAGTTCAAGATAAAAGGATGGAGGTTATAAAATTGAA +TTCTACAAAGAAGATGACCGAAGCAGCATTGTTAACATCTTTATTTATAGTTACTACAAT +AGTCTCTGTAAGTACTGGTTTTGGATATGCAGTATATTTAGATTTTGCAGTACCTATATT +CTTTTGTATAATATGTTTGAAATGTGATTTTAAATATACAGTATTATCAAGTATAAGTTC +ATTGTTAATAGTTTCTTTGGTTTTAGGAAATATAGGAACAGCGATATGGATGATTCAAAG +TATTATTCTTGGGTTAACTTGTGGTGTATTGCTTACAAAATCTACAACAATAATAGATGA +TTTTATTTATGGATCAATATTAGGTGTTATACTTATGGTATTTGTAGATATTTATGCGTC +TACACTAATTGGATATAGTTTCATGAATGAGTTTCAAGGATATGCAAATATGTTTACAAA +TAAAAGATACATAGACTTAGTATATTATATTCTGATAGCATTGCTTCCTATGGGAACAAT +ATTTAGTGTTTATTTCTTATCACTACTTTTAGGGAAGAAGTTAAATATATTAAAAGAAAA +TTCTAAGAAGAAATTATATATGATGAAAAACTTTAGGACTTGTGGAAGATATATATGCTC +TTCGAAAAAAGTATTTTACTCTTGTGTTATTTATATATTATTTATAGAAATATTAAATCT +TATAGGTCTTAGAATTGAACAAACCTATATTAAAACAATATTAATATCCTCGGAGTATAT +ATGTTTATATTTTGTAATAAGGGATGCATTTATATTAGTTCAAAATTATATTTTACTAAA +ATACAAAAAAGCTATATATATAAGAATATTTTCTATAATAGTTGCAGTATCTTTAGTATT +TTTATTAAAAATAACTACAGCGGTATTAGTAATTTTTAATGTTATTTTAGATAAAAGAGT +AAATATAAGAATAAATCAAACTAAATTAGTTAATAACTATGTAAACCAGCTGATTTACAG +ATAATCTATTTTGTAGAAATAAAATGGTACTATTGAATAAAATAGAAAATCTTGTGTATA +ATAATAAAAAAGGTTGACAAATTTTGAAAATCACCATATATTAGAATTAACAATTATATC +AAATAAAGCAATGAAGAGAAGAAGTAAATTTAATGTCGTTTAACAGAGAGTTCCCGGTAG +GTGCGAGGGGATAAACAAGTTTTATTGAATACATCTCTGAGCTGTAGCTCCCAAAGATAA +CAACTAGTAGGAGTTTATCGTAGTAGCACACGTTATAGTGCTAAAGTATACTATTTTGTG +TACTTATAGAGGTTAATATTGTGAAGTATTAATAAACTAAGGTGGTAACACGTAAGCATA +GCTTTCGTCCTTTTTATAGGATGAAAGCTTTTTTTATTATAAAAAAGTTAGATATTAAAT +ATATAGGAGGCATAATTATGAAGAAAACTATTGAAGATCAAATGAAGATAATACTGAAGG +GTGTAGACTCAATCATAGATGAAAAAGATCTAAAAGAAAAGCTAGAAAAAGCTGAAAAAG +AAGGAAGACAATTAACAGTAAAACTAGGATTAGATCCAAGTGCTCCAGATATACATTTAG +GACATACTGTTGTTCTTAGAAAAATGAAGCAATTACAAGATTTAGGACACAAGGTTGTAA +TATTAATTGGAGACTTCACTGGTAAAATAGGAGATCCAACTGGCAAATCTGCTACTAGAA +AAGCTTTAACTACTAAGCAAGTTTTAGAAAATGCTCAAACTTACAAAGAGCAAATATTTA +AAGTATTAGATCCAGAAAAAACAGAAGTAAGATTCAACAGTGAGTGGTTAGGAGAATTAA +AATTTGATGAAGTTGTTAAACTAGCTGCTACTATAACTGTTGCAAGAATGTTAGAAAGAG +AAGATTTCAAGAAAAGATATGAAAATCAACAACCAATATCAGTTCATGAATTCTTCTATC +CGTTAATGCAAGGATACGATTCAGTTGCATTAAATGCAGATATAGAATTAGGTGGAACAG +ACCAAAGATTTAACTTACTTATGGGAAGAAGTTTACAAAGAGAGTTTGGACAAGAATCTC +AAGTAGTTATAATGATGCCATTACTTGAAGGTTTAGATGGTGTTAATAAAATGAGTAAGA +GTTTAGGAAACTACATAGGTATAGATGAAGCTGCTTCTGTAATGTACCAAAAAGCAATGG +AAATACCTGATGAGTTAATAATAAAATACTACAATTTAGTAACCGATGTTCACCCTGATG +AGGTAGCTAAAGTAGTAGAAAGATTAGAGAACGGTGAAAACCCTAGAAATATAAAAATGG +AATTAGCTAGAGAAATCGTAAGATTATATCATAGCGAAGAAGATGTGTTAGCAGCTGAAG +AAAGATTTAAGTCTGTATTCCAAAAAGGACAAATACCAACAGACATATTAACTGTGGAAG +TATCTAAAGAAAACTTAGATATAGCAGGTGTTTTAGTTGAGAATAAAATGGTTCCATCTA +AGAGTGAATTAAGAAGATTAGTTAATCAAGGTGGAGTTAAGGTAAATCAAGAGAAAATTA +GTAATTTACAAGATGTAGTTGCTGAAGGTGAATTAGTGATTCAAATAGGAAAGAAAAAGT +TTATAAAATTAATAGTTAAGTAATTATAAAGACTATCTTATAGTAAGAATATATTTAAAA +TATTTTAGACTATAAGATAGTCTTTTTTATATACTAAGGTATTATAAAAAATGGTCTTGT +GGATAAGTTTTGATGTATAATAATGATGTGAGAACAAATGCAGAAAAGA +>MGYG000000001_80 +AACATATAGTAACCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGA +GTTTTATTATTGTAAAGATTAACTAGCACAACGAGTTAATTAAATGTTACATGAACATCA +CTTTTTTGCCACAGCATACACAGTAATTAGAATCTGCTTCAATTTCCGAATCACAAAACT +CACATATTATCATATTTCTATCATCTAAATCATCAACTTTTTTACCACAAACTGAGCAAA +ATCTATCTTGGCCTTTAATTTTATTTCCGCATTCACAATCATTAGTAACGTTCTTTTTCT +TCAATTTATTTAACTCTAGATTTCTATCATAAATATACTTATCTAACTCTAATAAAGAAT +TAGATAAACTATCAAAATCTTCAATCTTTATATATCCTTCTCTAATTTTTTGATAAGTTA +AGATTCCCATTTCTATCAGTAAACTAGACTTTTTATTTTCCGCCTCATTTATTAAGTTAC +TTATTCTAGTTCTTTCTTCAAAATTTTTTCTTTCACTATTGCTTTTAGATACATTCTCTT +TAACTTTAGAAAACTTGTGATTTACTTTATCTTTAAAGTTATCATTATCTATGTTATTAT +TTTCAACATTATTATTTTGTAAATTATCCATTTTACTTTACGCCTCCGACATTAATTAAA +AATATTTAACTTATACCCTACTAAAGATATTAAAAAACTATATATAAATGATATTAATAT +AGAACTTATCATCCCAAATCCCATAGTTAGAGATGTAGTATAGTTACTTAAAGTAAATAT +ATCAATGCTATTACCTAAGGTTGCTGTTGTAACTATTGACAATGCTCCTACTAAAATCGC +ATAAAATCCACTTAATAATAAAATCGGCTTAATTCCATCTTCTTTTTTGCCATATTTCAT +TTCTAACTTACATGCAGATACTATTATTACTAGAGCTGATAAGAAAAACATAGCTATGAG +CATTAAGGTAGTAGTTAAATATAAATCTGATCTTATTAGATTAAATATAGATAACTCCTG +ACTTCCTATATTAACAGGAACAAAATTTCCAAAAGACCATATATAAGCTGCTAACTGACT +TAATACTACACCAATTCCAACCTGATTTACATAGTTTGATATACCTAAGTTATATAAATA +ACTTCTGTCTGCCATAGTCAAGATATATAAAATTACAAAAGTTAATATATACCCTATAAA +AAGCATGTTTATAGCTCTTTTTAATATTCCTAAATACATATTTTCATCTTCATATTCTTT +TTTATAAAGAAGTATATAGGTTGATAAAAAACCTAAAATAAATCCTTTAAGTATCATTCC +TAATGATCTAAAACTGAATTGTAGTATATATCCATATTGCATCATATCATAAGAATAGCT +CATCTTTGTCTTACTAAATAAAGCTAAAACTCCTAAAATTAATCCGTACGAAACACCTAC +TCCTAGTGAATTTCTCAAAGCTGATTGTGAATCTTTAGTAAACTTCTTGCTAAATATTAA +ATTTGATATAGTAATTGATATTATAGGCAATACAGCTAGTATAATTATGCCTAGATTTAG +TTCAAATCCACCCCATCCCATTGTAGTTAATGAATATACACTTAAAGAACCTAAATTTAA +ACTTAAAAGTATATGTATAGGACTAATCACATCTGCTACATCCGGTATATAACTAGATAC +TACGCCTTTAAACATAATAGATACAATAAATAACATTATAATAGCCATTACTGACGTAAT +GAATGTTTTAGGAATATTTAAATAACTAATTACATCTTTATAACCCCATTTTTTAACCCT +AGCATATGATTTATTTGTCTTATAAGTCTCTTCCAAGTCAAACCCACAAGACTTACAATA +AATATCATTATCTCCAACCTTACTATCACATCTAGGGCATCTTTCTAATTCAAGTTTTCT +TATTGTAAGGTCTTTATTTTTTATTTGTCTACTCATCATACCGTTAACTTTAGAATAATT +GCTATATTTATCATTAACGTTATTAAAATCAATATTATCCATACTATTCCTCCATCATTA +CTTATTTACTATATTAAAACAATTTTATTTTATTTATATCCATTATACAAAAAAATACTT +AACTATAGCTTAACTAAAAACTATAATTAAGTATTTTATGTATTTTTCTAGATTACATAA +TCTATTATTCCCTTTTCTAAATTATATAAATCATCGAATCCTTCCATAGCTAATAAATTA +CATGCCGTAATACTCCTATGTCCACTCCTACAGTATACAACTATCTTTCTATCCTTATAA +TCCTCAATCTCATCCATATTGAAAAGTAATTCCGAAAGTGGAACATTCACAGCACCATCA +ATCTTACTTTCCATAAATTCTTCTTTAGTTCTTATATCTAGAAGTAAAAAGTCCTCTTCA +CTTTTTAAAAGCATATTTAATTCTCTTTTATCTATATTTGTATAACTCATAATTCACCTC +GACCAATTATAAATTTTATCATATTATCTATATACCCCCTTCTTTTATTTTTCAAGCGTT +AAACTCTAATTCATATACAAAAAAAGGGCCTTAAAAAGCCCTTTTTATATAAAATTAGAA +TTCAGCATTTCTTGGTGTACGAGGGAATGGTATTACGTCTCTTATATTAGACATACCAGT +CATGTACATTATTATTCTTTCAAATCCAAGACCGAATCCTGAATGTGTAGCTGTTCCGAA +CTTTCTAAGTTCTAAATACCACCAGTAATCTTCCTCGTTTAATCCTAATTCTTTAATTCT +TTCTAATAATACATCTTCTCTTTCTTCTCTTTGAGAACCACCAACTATTTCCCCAACTCC +TGGAACTAATAAGTCCATAGCTCTAACAGTTTTTCCATCTTCGTTCATTCTCATGTAGAA +AGCTTTTATATCCTTTGGATAATCAGTTACGAATACTGGAGCATTAAATACTTGCTCTGT +TATATATCTTTCATGCTCAGTTTGTAAATCATCTCCCCAATTAACTGGATATTCAAAGTC +ATGACCTGATTTTTGTAATATTTCTACTGCTTCAGTATAAGTTATTCTCTTAAATTCAGA +GTTAACTACATTGTTTAATCTATCAAATAAACCTTTGTCTATAAAACTATTGAAAAATTC +CATTTCTTCTGGAGCATTTTCCATTACATAGTTTATTATATACTTTATTAAATCCTCAGC +TAATTCCATATCATCTTCTAAATCACCAAACGCGATTTCTGGTTCTATCATCCAGAACTC +TGAAGCATGTCTTTGAGTAAATGAGTTTTCAGCTCTAAATGTTGGTCCAAATGTATAAAC +ATTTCTAAATGCAAGTGCCATTATCTCTGCATTTAACTGACCACTAACTGTTAAATTAGC +TTCTTTCCCAAAGAAGTCTTTAGAGTAATCTATGTTACCATCTTCCGTCTTAGGTATATT +ATTTAAATCCATAGTAGTTAACCTAAACATTTCTCCAGCACCTTCACAGTCACTTCCTGT +TATAATTGGAGAATGTGCATATACGAAGTTTCTTTCTTGGAAAAACTTATGTATAGCATA +TGCAGCTAAACTTCTTACTCTAAATACAGCTGAGAAAGTATTACTTCTTGGTCTTAAGTG +AGCTATTGTTCTTAAGTACTCAAGAGTATGTCTTTTCTTTTGTAATGGATATGAGCTATC +AGACGCTCCTTCTACTACTATGTTAGTAGCATGTATTTCTATTGGTTGTTTAGCTCCTTC +TGTTGATACAACTTCACCCTCTACTAATATAGATGAACTTATTGGTAGTTTAGATATTTC +TTTGAAGTTTTCTAATTTATCATCAGCTAATATTATTTGCATATTTTTAAAGAAACTACC +ATCATTTAGTTCTACGAATCCGAAGTTCTTAGACCCTCTAGATGTTCTTATCCATCCAGC +CACTTTTACAGTTTTACCTATATACTCTTCTTGATTTCTATATAATTCTTTTACAGTTAT +AAATTGTTGTTGCATTTTTATTTCCTCCTTTTGATTAGTTTAATATTTTATAATAAAAAA +AGCCCTTCATCCCGTATAAAAGGGACGAAAGACTATACTCTCGCGGTACCACCCTAATTG +TCAAAATTTGACCTCTTAGTTAAGCTATGCTTATGATCGTAACGGGATCTTCCGTCTAGG +CCTACTCGCTATTGCTTTCGGTTAGAAACTCCGAGATGTTCTTCTATATAAATTTCGTAT +TAGGCTTACACCATCCCTAACTCGCTATAACTACCTTTTATATATACTCTTCTCATCATG +GTCTTTAGTATTATTATTTCAATTTGTAAGAAGATTATACCAACTAATAAAATTTTAGTC +AATATTTTTATTAAATGTGAATTTTATGCTCTTTTTCTACACTATTAGCATCATTTGATT +ACTTCGACATGTTTTTACATTTTTTACCATAAATTTATCATTTTAATTTATTATTTTGTC +ATTATTTGATATAGTCTTTATATAGAGAGTTTTAACAACCAAAATAACCCGAGGTGAATA +ATGATAGCTACAAAAAAAATTATTAAAAATACTTTTTTAACTATGATAGTTATACTCAGC +TTAAACTCTAAGCATACATATGCAAATTCTTATAACGATATAAATTTTAAAAGCTTAACT +ATTGAAAATGGATTATCTCAATCAACAGTAGAAACAATTCTTCAAGATAGTAATGGATAT +ATGTGGATAGGAACAAATGATGGCTTAAATAAATACAATGGATATAGTTTTAAAAAATAT +GAACATGATATATATGATAAGAATACAATTAGTAGCAATTATATTGTGGATATTGTAGAG +GATAAGGATGGATATATATGGGTTTCAACTACAAATGGATTAAATAAAATAAACCCAAAA +AATGATAACATTATTAATTACTTCTCAACATCTAAAGATGGAAATCTATCAAATAATCGT +ATATGTGAGATTTTAGTTAGAAAAAATAATGATATATTAGTTACAACATCTGACGGCTTA +AACTTATATAACAAGGATACAGATTCATTCGAAAGAATACTAGCTGGTAAAGACGATCTA +CCTAGCCAATACATACATTCTATCGAAGAGGATTATTATGGTAATATCTGGCTAGGAACT +CAAAGCGGATTAGTCAAATTAGATAAGAACTTAACTAAAATCCAAGAATTTACTAACAAA +ACCATTGATTCAATTTCAGATAATCCTATATATAGAGTATATAGTGATGGTAGTGATAAC +ATATGGGTTGCAACTTTAGGTTCTGGACTTATAAATATAAATTCTAAAACTAATAATATC +AAAGTATATAAAAATAGTAATTCAGAAAAATCTCTTCCTAACGACGTAGTTCGAGATATA +TTAAGAGATTCTAATGGAAATCTATGGATAACAACTCAAGGTGGTATATGCAAGTATAAT +GAAAAAGATGATAACTTTACTACATATAAAAATAAGATTTATGATCAGAATAGCCTTATA +GATGACAAGGCTTATTGCATGTTAGAAGATAAAAGTGGATTAATATGGGTAGGTACATAT +AAAGGGATTTCTCTATTCGACTCAAATAATAAATTTGAACACTACAGTTCAGACCCTTTT +TATAAAAATTCATTGAGTAGCAATATGATACATGGTATTTACGAAGATAATAACAATAAT +ATTTGGGTAGGTACTAGTTTAAAAGGAGTTAATATAATTGATAAGAAAACTAATAACATA +ATAATTTTAAACACTGAAAACAGTGATTTATGTGATGACTCTATCAACGATATTACCGGA +CTCAAAGATGAAATTTTTATTGGTACAGGTAACGGACTCTCCGTTATAAACAAATCTTCT +AAAAGCATAAAAAATTTTACCTCAGAGGATGGATTGCCTGTAGACCCTATAAAATCTTTA +TTTGTTGATAGCACTAATCACCTTTGGATTGGTACAAATAAGGGCTTAGCCATTATGAAT +ATTAAGACTAAAGAAATATTAAATATTACTCCTATTCTTGAAAATAATTCTATTAATGAT +TTATTTATAAAAGATATATACGAAAGTAAAAATGGGAATTATTATGTCGGTTGCTTTTTA +GATGGTGGATTAGTACAATTAAACCCTACTAACAAAAGCATTAAAATTTATAAAAATATA +GAGAATGACAACTCTAGTATAAGTAACGATTCAATACGATCAATATCAGAAGATAATTTA +GGAAATTTACTTGTAGGAACTAGCCATGGTTTAAATATTCTAGATATAGATTCAGGTAAA +TTTAAACACTATACAACTAATGATGGTTTACCTAATAATACTATTTATGGAATTTTGGTA +GATTCATATAATAACATTTGGATGAGTACAAACTCTGGACTATCAAAATTTAATCTATTT +ACAGAAGTATTCCAAAATTTCACTATAATAGATGGTATTCAAAGCAATGAATTTAATGGA +AATGCTTATTTTAAAAGTAATGATGGGAAATTTTATTTCGGAGGAATAAATGGTTTAAAT +GCATTTTCCCCAGAGGAAATAAATGTATCAGAGTTTATACCTAATGTAGTTTTTGATGAA +TTCAAAGTAGAAGGCTTAAGTTATAATATTAGTGATAATTATGAACTTAAATCAAATGAA +AATAATATCTCCTTAAGCTTTTTCGTTAATGATTATAAAAACTTAAATGGAGTTCAATAT +TATTACATGTTAGAAGGTTCTGATGAAAGCTGGAATATATCTCATAATAACGAAATAATT +TATGGGAACTTATCTCCTAGTAACTATATCTTTAAAGTAAAAACTTTGAGCTACAACGGA +GTTATGAGTCCTGAAAATAAAATTTCATTTACAATAAAACCTCCTTTTTGGAAAAGTAAC +CTTGCTATTTTGATATATATAATAATATTATTAATTACAATATACTTTAACCTCAGTAAG +GTTAAAAGGTTAGATAAATTGGTAGAAAAACGTACAGAAGAGCTTGTATATGAAATGAAT +AAAAATAAAAAATTATTTAATAAGTTAATAAAACTTGAAGTAAGTAAAAATAACTATTTT +GTAAATTTATCTCATGAATTAAGAACACCTTTAAATGTATTAAATGGAACAATCCAGCTT +ATAAAAGATTTTAATAAAAAAGGCGAGATAGAACCGAATAAACTAGATTATTATATGGAT +ATAATGACACGAAATTGTAATAGATTATTAAATATAATAAATAACATAATCGATACTAGT +AAACTTCAAAGCGATAACTATGTAATAACTAAAAAAAATGAAGATATCGTTTATATTGTT +GAAGAAACCATATTAGGATTAAAGGATTATATTGAAAGCAAAGGAATAGAATTTACTATA +GATACAATGGTTGAAGAAAAGATAATAGAATGCGATAAATACGAAATCGAAAGATGCATA +GTAAATTTGGTCGGAAATGCAGTTAAATTCACTCCAAAAGGTGGCAAAATAGATGTATTT +ATAAATGATTTAGGCAATGCAGTAGAAATACGTATAAAAGATACAGGTATAGGAATAAGT +AAAGAAAATCAACTAACTATTTTTGATAAATTCAATCAAGTTATAGATTCTCATTCAGAA +TCAAAAGGCGGTAGTGGCTTAGGTCTTACTATAACCAAACATTTAATAGAGCTTCATAAT +GGACACATATCTGTTAAAAGTAAATTAGGAGAAGGTAGTGAATTTATAATCATATTACCT +AATAATAGTAACGAAAATACACATTAAATAAAAAAGTGAACTGATACCTAAAAAGTAGAC +AGTTTAATAAAAGACTATCTATGAAATCATATGGCACCTGTATTCTGCAGGTGTCATATT +TTTTAATCCAGCTTGAAATCTACAGTTATTATACCAATATATATAATCATCTATTGATTT +AATTAATTCTTCTTTAGAATTATATGAATTTTGGTAAATTAATTCAGTCTTTAGGTGTCC +GAAAAAATTTTCAATACATGCATTATCATAACAATTTCCTTTTCTTGACATACTTTGTCT +AACGCCAGATTTCTTAAGTATAGACTTATAGATATTTGATTTATAATGAGATCCTTGATC +ACTGTGTATAATCAAATTTTTAAATTCACTGGTTTTAACTTTTTTAAAGGCTTCGCCTAA +AGTTTGCTCAACAAATGACATATCTAGAGTATCACTAATCTTGTAAGC +>MGYG000000001_81 +CAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGT +TGCACTTATATTGACAATCTATCACATAAAAAAATTAGTATTAATTTAGATGATATCAAT +AAAAATGTATATACTGATCCAAAATGGATTGAGTTTATACTTAATCAAATAATATCAAAT +TCAATTAAGTATTCAGCAAAAAAACTTCCTAAGATAAATATAAGATCTGTAAAAAATGAA +AATAATACAATATTGGAAATTGAAGATAATGGAGTAGGAATAATAGACAAGGATATAAGG +AAAGTATTTGAAAAAGGATTTACAGGAGAAAATGGAAGAAAGTTCGGGAAATCAACTGGA +ATGGGATTATATCTATGTAATAAACTATGTGATAAACTTGGTATAGGAATTGATCTAATA +TCAAAAGAGAATGAAGGTACTAAAGTTAGTTTGGTATTTCCTCATGATAAAAATAGGATA +TTATTAAAATAAATAATTATGAGATTGAGCTGTATATAAAAATTATATATACAGCTCTTT +TTATATTTAAATAAATTATTAATATTGAAATTTACTATTCTTACGAAAATGTAAGCTTAG +ATTGCATATTATGTAATTTTTTTTTTAGCAAAAAAGTATAAAATATGTTTATAGAAACAA +TAGAAAATAAACTTTAATATTAAGTAAGGAGAAAAACAATGAAAAATATATTAAGTGTAG +AAAACATAGAAAAATATTATGGCAATAAAGAAAATATAACAAAAGCAATAGATAATATAA +ATTTTAAAGTAGATGAAGGTGAATTTGTTGGAATAATGGGACCAAGTGGGAGTGGTAAAA +CGACATTACTCAACTGCATATCTACAATAGATAAAGTATCAAATGGAAATATAATAATAA +ATAATCAAGATATAACAAAATTAAAATCAAAAAAGTTAGATAATTTTAGACGTAATGAGT +TAGGATTTATTTTCCAAGATTTTAATCTTTTGGATACATTAACAGCATATGAAAATATAG +CATTAGCATTAACTATTAAGGGTGAAGATTCATCACAAATAGATGGCAAAATAAAAAAAG +TAGCTAAAAACTTAGATATAGAGCAAGTATTGAATAAATATCCATATCAAATGTCAGGAG +GACAAAAACAAAGAGTAGCTTCAGCTAGAGCTATAGTTACAAATCCATCCTTAATATTAG +CAGATGAACCTACAGGAGCACTTGATTCAAAATCATCTAGATTATTATTAGATAGATTTG +AATATTTAAATCAAGAGTTAAAAGCAACAATATTAATGGTCACTCATGATGCTTTTACAG +CTAGCTATGCTCATAGAATATTATTTATAAAGGATGGAAAAATATTCAATGAACTTATAA +AAGGAAATGATACTAGAAAAGAGTTTTTCAATAGAATAATAGATGTTGTCACATTACTTG +GAGGTGACGAGGATGTATTCTAAGATAGCAATTGGTAATGTAAAGAAGAGTTTTAAAGAC +TATAGTATATACTTTTTAACGTTAACCTTAGCAGTTTGTATTTTTTATAGCTTTAACTCT +ATAGAATCTCAAAAAGCTATACTTGAATTAAATCAAAATGAATCTGAAAATTTAGACTTA +CTTTTTAATATAATTTCTTATATTTCTGTATTTGTAAGTGGGATATTAGGTTGTCTTATA +GTTTATGCAAATAACTTTTTAATAAAAAAGCGTAAAAAAGAATTAGGAATATACATGACA +CTAGGAATGGGAAAACAAAAGATATCTAAGATATTAATAATTGAAACTATACTAGTTGGT +TTTATTTCATTGGTAGGAGGATTAATATTAGGTATTGTGTTATCACAAGGATTGTCAATA +TTTACAAGTAAATTATTTGATGTTTCTATGACTGAATATCGTTTTGTAATATCACCTAAA +TCAATAGGAAAAACAATACTTTATTTTGGAATAATATTTATTTTAGTTACTGTACTAAAT +ACTTTCACAATATCAAAATATAAAATTATAGATTTATTAAACTCTTCAAAGAAAAACGAG +GATATAAAAATAAAAAATCCGATTATATATATAATAACTTTTATATTAGCATTAGTATGC +ATAGTATCAGCTTATAAAATGATAATAACTAATGGAATAACTTTAGATGCTAATTTTACT +ATTACTATATTGTTAGGTGTAGTAGGAACAATATTAATATTCTTTAGTTTAGCAGGATTT +GGACTTAATATAATAAAAAAATCTAAAAAAGTTTATTTTAAAAATTTAAACATTTTTATA +GTTAAACAATTAAATAATAAAATAAATACGAATTTTATGTCTATGTCTGTGATATGTTTA +ATGTTATTTTTAACTATAGTAATGTTGTCAACTGGATTAAGTTTTAAAGATGCTCTAGAA +AAAAGTTTAGAGCAAACTACACCATTTGATGCAACTGCAACAATGTATATGAGCCCTGAA +GATAATACAGACATAGAGAAAAGTTTAAAAGAATTAAACTTCAAATTTGATGATAATGAA +AAATATGCTTATTATAATGAATATATTATAAACACAAACTTAGGGAATGCTTTTAAAAAG +CATATAAGTCCATCTCAATTAAATAGATTATTATATAGGAAGAGCTCTTTATATGTAGTA +AAGGAATCTGAATATAATAACATTATGAAGCTAGGAAATAAAAAGACAATAAGCTTAGAC +AATAATGAAGTCTTAGTTACATCTAATCGCTCTCAAGTTGTAGATAATATTAATTCAATA +TTAAAGAACAATAATAAGATAGATCTTAACAATAAAACTTTTATAGTAAAAAATAAAAAG +GTAATAACAGATTCAACAAGAACAAGTGGTTATACAGACAACTTAATATCAATAGTAGTA +AATGATAGTATCTTCGATACGCTAGATGCAAAAATATCAGCGAATTATCTTAATATAAAT +TATGATAAAAATAATAGAGAAAAAACTGAGAAAAAGTATGAGAGTTTATTTAATTCTTTC +TTTAATGGTAAAGTAAAAAATGAAAAAGTTGGATTTATTATAGGAGACACAAAAGATATA +GTTTATTCACAAAATAAAAGTATGACTACAATAGTAATATTCATAGGAATATATTTAGGA +ATAGTATTCTTGATTTCTAGTATGGCTGTTTTATCTTTACAACAACTTTCAGAAGCTAGT +GACAGTATAGATAGATATAAGTCACTAAAGAGAATTGGTGCAAATGATAAGATGATAAAT +CAAACTATATTTATACAGACACTTATATACTTTACTCTTCCATTAGCCTTAGCTTTTATA +CATTCAGTAGTAGGTATAAATGTAGTTAGTGATCTTATTTCTGCTTTTGGTAAGCCAGAT +ATAGGATTATCATCTCTTATAACAGGAGTAATATTTATAGTAATATATATGGGATATTTC +TATGCTACTTATACAGGTTATAAAAATATAATAAAAAATTCATAAAAATAAAAATTCGTT +TCTCTCGAGCACGTCGTGTTTTTTTACGCGGTTGGTGATTGAGCTAAGCGAATTTTTTTT +GTTATACCCATGTGTCACTTGGTGCCATGCGTCACAATTTTTAGCTATGATTAGGTGAAA +ATTATGACATGATGTCAGAAAGTGGCACGAAATTTTAAGTTGGTGTCTAGTGATGAGTAT +GGCTTATTTGAATTGATGTAGGGGGTAATGACATGAGTGACATGATAGTTTAATGAGGTT +TAATTTTTATATATTTTTTAGTACTTATAGAATAGGGGGCATCTGGTGGAAGTGTCAAGA +ATTATTAAATTATCAAATTTAGGTTATGTAAAGAATATAAATTAAATGAAGGGAAAATAG +GTATATAAGGGGGAATGGAACTTATGGGATGTACTGCAATTATATATCAATCAAAATATG +GAAGTACAGAAAAATATGCAAAATGGCTTTGTGAAGAAATTGGTGGAGATTTGTACAAAA +AATCAGAGATATCTATTAGTGATTTAAAAAAATATGACACCATAATTTACGGAGGAGGAT +TATATATAACTGGTATAGCTGGTTTTTCTTTTATTAAAAATAATTATAAACATTTGGAAG +ATAAAAATATTATTGTATTTGCAGTAGGAGCATCTCCATTTGATACAGGATTAATATTTG +AAATAAAAGGAAATAACTTTCCTGATGAAATGAAATATATCCCATGTTTTTATCTTAGAG +GAGCATTTGATGAAAGTAAAATTAAATCTAGAGATAAAATTTTAATGCAATTGTTAAAAA +AATTTATTGGTAAAAAGGATGATTCGGATTATGAAGAATGGGAGAAAGCTTTTATCGAAA +GCACAAGAAAATCTGAAGACTGGACGTGTAAAGAAAGCTTAAAGCCTATAATCGAATATA +TTAATTTAAAGTATGAATAATAAAGTTAAAGATATAAATATATTCCTAAATCATATTAAA +TGATTTAATTTGTGCTACAATGACAGTAGATAATTAATTCAAAAGGAATATATGGGGTAA +GGAGATGATCAGCATAATGGGGGAAGATAAACAAAGGGTTATACAAGAATATGTTCCTGG +TAAACAGGTAACACTTGCACATATAATAGCGAGTCCAAGGGAAGAGTTATATCAAAAGAT +AGGACTTGTAGCAGAAAGAAGAGATGCCATAGGGGTACTAACAATAACTCCAAGTGAGGC +TTCTATAATAGCAGCGGATGTTGCAACAAAAGCTTCTGGAGTTTCTTTAGGTTTTGTAGA +CAGATTTAGTGGGTCCTTAGTTATTACTGGTGACATAAGCTCTGTAGAGTCAGCATTAAA +TAAAGTTATTATGATATTAGGAAGTACACTAAACTTTACAACTACAAATATAACGAGGTC +GTAAAATTATGAAAAAAATAATATTTATGGGTAAGACAGGTAGTGGAAAAACGACTTTAT +GTCAAAAACTAGATGATTTAGAATTAAGATATAGAAAGACACAATCAGTAGAAATATATA +GTGATGCAATTGATACTCCAGGGGAATTTATGGAAAATAGATGGATGTATACATCATTGG +CAACTACAGCATCTGATGCAAAAATAGTAGCCTTAGTTTATGACTGTACTCAGGATGAAA +ATTATATAGCACCTGGTTTTGCTACTATGTTTTGCAAGGAGGTTATAGGAATTATAACAA +AAATCTCACAAGGTAATGAAAAATCTATAAAGTTAGCCTGTGATAGATTAAATTTAGCAG +GGGTTAGTAGAATATTTAAAGTAGATACAATAGAAAATATAGGTATTAATGATCTTGTAG +AATATTTGAATACTATTTAAGGAAGGTTTAAAATGGGGGATATTAGATGACTAAGGAAAA +ACAAAGGATTATACAAGAATCAGTTCCTGGAAAACAAGTAACACTAGCTCACATAATAGC +AAATCCAAGAGAGGAGTTATATCAAAAAATTGGTCTTAAGGTTGAAAAAAGAGGATCTAT +TGGAGTATTAACTATAACGCCAAGTGAAACAGCTATGATTGCTGCAAATATTGCAGTAGA +ATCTTCAAGAGTATCATTAGGTTTTGTAGATAGATTTAGTGGATCATTAGTTATTACTGG +GGACTTGACATCAGTTGAATCTGCAATTAAGCAAATACTAACCACTTTAGAAAGTACTTT +AAACTTTTCAGCTACAAGAATAACTAAGTCCTAAATGAAAATAAAAAGCCTACATTATAT +TATAAAGTGCATTTATAAATATACGTAGGCTTTCTGCAAATTCAAATGTTCTTAATAGTA +CTTATAAAATAATTAGATATTAGTTTAAATTAATATAGATTTCTATATTAGAAGTATCAG +TATAGTCATTTATTAAATATAATATTGTATTTTTAAGATAATAGCATTCTTTTTCAGTTA +AACTATACTCGAATTGAAGTTTGTTTATTTTTATATGATTAATAAATAAGCTTACATTTT +TGTCTTTTTTGTTTTTTAATATCTCTATTTTTAAGTTTGATAATAAACTTTCACTAAGCG +ACTCTAAAGTATTTTTAATTTCATATAAAATTATATCTAAAGTAGATTGTTTCATTGAAA +TGTTTTTATTATCCTTACAAGAATCGCAATATAAATACAAAGCATTTGCTTTAGATTCAA +AATTTATTAATTCATTATTTCCACAGTTATTACATATAGAAGTATGTATTTTTGAAACAA +AAGCATCATTTGATAAAATAAAATGGTTAGTGTTCACAGCTAAACCCCCCAATTAAGTAT +GTTTATAATAGTTATTTAAATAGACTCTAAGAACATTTTAACATCAATTATAAAAGAATA +CTGTAGGTAAATGGTGGGAAAGCATATGAAATTATATAAATGTGGGCAAGAAAAAAAGAA +GCCATAAGCTTCTTTTTTCTGAATAAATCTATATATTAATATCTATATTAAAAATAAATT +ATATTCTGTTTACGTTAGCAGCTTGAGGACCTCTAGCTCCGTCAACTATTTCAAAGCTAA +CTGCTTGTCCTTCTTCTAAAGTCTTGAATCCTTCACCTTGTATAGCTGAGAAATGTACGA +ATACGTCATCTCCACCTTCTACAGATATGAATCCAAATCCTTTTTCGCTGTTAAACCATT +TTACTATTCCGTTCATCGTGAACCTCCAAATTATATAAAAAATACAAACCATTAAGATAA +ATAATTACCTTATCTTGTCTGTTAATTTATAGTAACATAGAAAAAAAATAAATACAAGGT +AAAAATTAAAAAAAATTTAGAAAACTTAAAATTTATATAGATTAGAGGAAAGATTGCTAA +TTATGGACATAATAAAAAAAATAGTGTATTATAATAAAAAACATAAAAAAATAATTTATT +TTAGAAAAAGATGTAGAATAAGGAGGAATTTATGCCGACAAGTGAAAAAGAAGTTGAAAC +AGCATTAGAAAAACTACAATCTTTAAACTTAAAAAACTTAGATACCTCTACACTATTGGA +TAAGTTTGTTAGTTGGGCTATAGATAGTGGTGTAAGATTAATAATTGGATTATTGATTAT +ATCAATAGGTTTTAAGATAATAAAAAAGGTTGTTAATAAATTTGAGCATTTCTTGGAAAA +AAGAGACGTAGATGTTACTTTAAGAAGATTTTTAAAATCTTTCTCAATAGGTGGCTTAAA +AGCAATAATAGTGTTATTGGTGGTTACGCTTATATGGGATGTTAAGCTGACAGGACTTGT +TGCTTTATTTACTTCGGCTGGGGTTGCAATAGGTCTTGCGCTTCAAGGAAGTTTATCAAA +TTTTGCAGGAGGATTTATAATTCTTTTACTAAGACCTTTCAAAGTAGGAGACTATATACA +AGCCGCTGGTTATGAGGGAACTGTCGAGCAAATAGGTGTATTTTATACTCATTTACTTAC +GATAGATAATAAGGTGGCATTAATACCAAATGGAACATTATCAAATAACAGCTTAATAAA +TTATTCAGCAAAAGAAAATAGAAGAGTTGATTTAATATTTAATGTAAGTTATGAGAATAA +TGTAATTCATGTTAGAAATGTTTTAAAAGAAATAATAGATAAGCATCCATTAATATCACA +TGACCCAGAACCATTTATTGGAATAGTTGAACATGCACAAAATTCAGTAAACTTTGGAGT +GAGAGTTTGGTGTAATAAAGATAATTATTGGACTATTTACTATGACTTACTAGAACAGGT +TAAAGTAAGATTTGATGAAGAAAATATAACTATACCATATCCTCAAATGGATTTACATGT +AAATTATAAAACAGAAAATAAAAAATAATTAATATTTCAAGAAAAAAGCTAGCCATATGG +CTAGCTTTTTTTATTAATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATGTTG +CATCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAG +>MGYG000000001_82 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGGTATTAACCTATCTTTTTTATAATATATTATTTCATCAATCTCTATACAATCGTTCT +ATGCAAGAGTTTTAAACTCATATCCATTATCTTTGAAGTATTTTATTATTGATGGTAAAG +CTTTTGCAGTTTCTTCTTTTCCGTAAGTGTCGTGCATTAAAAGAACTACCATTTCTTTTC +CTTGTGCTGTTTTTATTGCATAATCAGTTAATTCTTGTGCATTCTTTTTCTTACCTTCAG +CATCTGCATTTAGTGCATTCCAGTCAATTGATACTTTATTATTTTCTTCTAAATAAGTAT +CTAATTCATCCATACCTCTCCATGACATATGACCACCTGGACATCTTAATACTCTTGTTG +AGAAATACTTTCCTAGTACATCTTTTATAATCTTATCTGTTTTTGCAAAATCTGCTTTAA +ATGCTTCTAAATCTAAGTTTCTATTTGGATATAACAACTTATAATTATGGCTATATGAAT +GATTAGCTATAGCATGCCCCTCATTAAACTCTTGTTTTATAAGTTCTTTAGCTTTTTCTC +CGCCTCTTTCTATATTTTCACCAGTTAAGAAAAATGTTGCCTTAACATTCTCATCTTTTA +GTGTTTTTAATATTTGTGGCGTTACAGTTGTTGAAGTTCCATCATCAAATGTTAAAAATA +CTACCTTCTTACCATCATTTGAGTAATCATATTTACTAAGCTTATCATATACAAGTTTTG +CATCATATGAATATTTTTTACCTTCATGGCTAACTCCTACCATATATTTTTTCTTTTCTT +CTTCCGCTTTTCTTTTTTCTTCTTCTATTCTTTGTTGTTCTGCTTTAATTTGTCTTTGCT +CATCTACATAGGCCCATGTTCTATTAGCCACCCCCACAATAATTAAACCTATAACTGCTA +ATAATATAGCTTTACTTTTATTAACTTTTCTACCTTTGTAACTCATTTTTCTCTCCTCTT +AATTGATATATATAATTTTTGTCATTTTCGATCTTAATGAATTATCATTAATCCCCCGCT +ATATTTAGCAGCTTTATTTCATTAAATTTTCTACGATTTCTTGAGGTATTACAAATTCAA +CTAACCCTTCAGATCCTGGTGCTACATCGTATTTATCAAAGCATATAACTAATTGATTTT +TATCATTTATATAAAAGTCTTGATTTTTATCTATTTTTTCAAAATTACTATCAATAATTT +CATCATTTAGCCAATACGTCTCTTCTGGATTCTTTTCCATTCTCTCTTTCATTTGTTCTT +TTATATTTTCACTTATAACATTTACATAGCCTGTACCTTCAAACATACCCTCTAATGTTA +GTACTGTTTGATTCTTCTTATCTATATTATAAAATTTTCTAGTTGTATTTGACGATGCTT +GAGCTGAGTAATTATATACTACTATCGATAGAATATCATCAGTATCTGTTATTACCTCAT +ACCATGATTTTGCATATTCTTTCCCTTCAACACCTTCTGATTTTAATTTGTTAATCTCTT +TTATATACTCATCATATTGTTTTTTGCCCTCTTCTTCAAATTCCTTATTCAATTTAAATT +CTAAATTCTTATCCTTTAAGCCTTCAATTTTTGGTACATCTATAGAAATATCAAATCCAT +TTTCATCTATTCTGTAATTTCTAAAGTTTATGATTTTTATCACACTTCCTAAAACAGGTA +TACTTTCTAATGTATCTGCAAAAGTAGGGTTTAAATTAACTGCACCTACCACTATACCTA +TAGATGCTGCAACTACAGACCATTTAGCTGCTGTACTCTTTTTATTTTTTCTTAGATTGC +TATTAATAGCATCATTTACAATGCTATCCAACCTGCTCGGTATTTCTATATTTTTATAGT +TATCTTTTAACTTATCTAACTTTTCATTTTTATTCAATATTTTCACTCCCTTTATTCAGA +AATGCTTATTTTTAATTTGGCCAATGCATTGTACAATCTTGTTTTTATCGTATTTTCATT +TTCATCCAATATTTGAGCTATATCTCCTATCTTCATGTCTTCAAAATATCTAAGTACAAT +TATAGTTCTATATTTTTCTGGTAGTTGATCTAATGCTCTTTGCAAATCTATGTCTTCATA +TTTATCATAATCCACTAAATCATCTACCTCTAAATCGTCACTAGATATTACATATTTTTT +ATTTTTTCTTATATTGTCAATTGCACAATTTGCAACTATTCTATATATCCAAGGTTTTAT +ACTGTCTGTATCTTTGAGAGTGTTTATATTAGTTAATGACTTGCATATAGCATCATGTAC +TACATCTAATGCGTCATCTTCATTGTGAACATATGTATAAGCAAATCTATATAACGCTTC +TTTATTATCAACTATATATTGTTTTATTGTTTTTTCTTTTTTTCGTTCTACTAAGCTTAG +TAATTTCATTCTTTATACACCTCTCATATATAAGACGTTCTATGTAGTATTAAAAGTTTT +ATTTTTTTATTATTTTTTTAATTAAATTTTATTATTTATATTTATTCACTATATTATTAT +GTACAACAAGGCATAAAAAAAATGTGCCTGGTATTATGCACCGTCACATTTTATTATTTT +TAGACTATTATAGCTAGATTGTTAAATTATCTATATTTCCATAGATAATTCTCTCTAATT +CTTCTTCATTTATTATAAGAATATCTTGACCTCTCCCTCTATAATACATTGCAGTTCTTA +ACTTATTGCTCATTTGCTCTGGACTTAAACTATCTATATTAGGAGTATTGGTTATAAGTA +TATTTGTCTTTTTAGTTACAGAGCTTCTAGTTATCCCACCTAAACTATTTATTAATCTAG +TGCCCTCTATTCTACTCATAGAATTAAATGGTCCTGTAAATACTACAACCTTATCCTTAA +AGAATTCTGTTGTTGATGAGAATAAAGAACTTTCATCTTCTTCAGGGTAAATCTTATGCA +TATTTGAAACTACGCCAGAAGATACTTTACTACATGGAGAGTATCCTCCAATATTCAAAT +ATCCAAGTTTAAATCCAACTAAATTAGCTACCTCATCTATATTATCTATTTTTAATTCCT +CTGCTATATTAATTAAGATATTAGCGCAGGCAGTAGCATCTTCACTTGCATGATGATGCT +TAAACTTATATCCTAAATGCTTATTAACAGTATTTAATTCGTAATTACTCAAGTATCTAT +AAAAAAGTTTAAATGCTACTAATGTACAGCAATAATTAAGTTTTGGATAATCTATTCCGT +ATAAGTCTAAAGTTTTTCTTAGTACTGAAAAATCAAAGGAAACATTATGAGAAATTACTA +ATTTGTTTTCTAAGTAAGGCTTTATCTCAGGCCACACTTCATCAAATTCTTTTTCATTTA +TAACATCTGCTTCTCTTATTCCATGTATAGAAATATTTATAGGGTCAAATCTAAATGGAT +ATGGTTTTATTAACCAATATCTTTTTTCTACTATTTTATTATCTTTAACTACTGTAATAC +CAAGATAACATACAGAATCTCTATGCGAATTGGCTGTTTCAAAATCTATAGCAACAAAAT +CCATAATTCCTCCATTATTTAATTGCTTTAATCTATTATATAATCCTATAAATATATCAT +AAATGGAAATTTCTGTACAATTTATTAATCTTAAATCCAATAATATATTAATAATTTTAA +TTTGAAATATACTTTCTCTATCTGCATTAACCTTATTTAACTTTTTAACCAAAATTTAAA +ATATAAAATACAGTTATTCAAAATATAAGCCAGGGTATAATAATTTAATAAATAAACAAT +AAATTAATTTCATATAGAAATCTATAAATTTATAAAGGAGACGAAATGACTGATAAAAAA +GAAAGTATGAAAATTGGATGGAATTTTGATAACAGCTATAGCCGTTTACCAAAATTATTT +TTTAGTAAAATAGATTTAAACCCTGTATCATCACCCCAATTAGTTATTCTTAATTATCCT +TTAGCAAAATCTTTAGGATTAAATGCTGATGCTCTTAAAAGTAATGATGGTATATCAATT +CTTTCCGGTAATAAAACCATAGAAGAAGGTGCTTTTATTGCACAAGCTTATGCCGGTCAC +CAATTTGGTAACTTTACAATATTAGGTGATGGTAGAGCATTATTAATCGGTGAACAAATA +ACTCCTTTAGGTGAAAGATTTGATATTCAACTTAAGGGTTCTGGAAGAACACCATATTCT +CGTGGTAGTGATGGAAGAGCTGCACTTGGACCTATGCTTCGTGAATATATAATAAGTGAA +GCTATGAATGCCCTTGGTATTCCAACAACACGCAGTTTAGCTGTTGTTAAAACTGGTGAA +CCTGTGATTCGAAGAACTTTAGAACAAGGGGCAATATTAACTCGTGTTGCATCTAGTCAC +GTTAGATTTGGAACTTTCCAATATGTATCTCAATATGGTAATCTTGAACAACTTAAAGAG +TTGGCTGATTATTGTTTGAAAAGACATTACTCACATGTAAAAGATGATGAAAATAAATAT +ATCAACTTCCTTAATGAAGTAATAAAAGCTCATGCTAGCCTTGTTGCTAAATGGCAATCG +ATTGGATTTATTCATGGTGTTATGAATACTGACAATATGACTATCAGTGGCGAAACTATT +GACTATGGACCTTGTGCTTTTATGGATAATTATAATCCTAATACTGTATTTAGTTCTATT +GATGTTAATGGACGTTATGCTTATAAAAATCAACCAATTATGGCTGAATGGAATCTATGT +AGATTTGCTGAAGCTTTATTACCTTTATTACATGAAAATCGAGATGAGGCTATAAAAATT +GGACAAAATGCTATTTCTAATTTTTATGATATTTATTATTCTAATTGGATAGAAATAATG +AGATCAAAACTTGGAATATTTAATAAAGAAGCGCAAGATAAAGCTATTATTGAAGATTTA +CTTAATATGATGGAAAAGTATAGTGAAGATTATACTAATACTTTCCTTGCACTAACTTTT +AATAAGAATATAAATAATGATATGTTTAAAAGTACAGAGTTTGAAAATTGGTATAAGACT +TGGCAAGAACGATTAGAAAGACAGCCACAATCAAAAGAATCTGTGCATCAATTGATGAAA +GATTCTAATCCAGCAGTAATTCCAAGAAATCATAGAGTTGAAGAAGCCCTTAAAGGAGCT +AATGAAGGTGATTATAATATTATGATGAATCTTCTTGATGTTATATCAAGACCTTATGAC +CATTCTACTGCTCAAGAAAAATACTCAGAATTACCTCAACCTTCAAGCTGCCCTTATAGA +ACTTATTGTGGCACATAAATAAAAAAGATGATGGAATAAATAGTTTCATCATCTTTTTTT +ATTTATTCTAACTTATCACTTTACTTTCGCAAACTTCATTTGCTTTTTCTAATCCATATT +CTAAGTCTGCTATTAAATCGTCAACGTCTTCTATTCCTACAGATACTCTTATCATATCTG +GGGATACTCCAGCTAACTTTTGTTCTTCTTCATTTAACTGTGCATGAGTTGTGCTTGCTG +GATGTATTACTAAAGATTTTGCATCAGCTACATTAGCTAAATGAGAGAAAATCTTTAAAG +ATTCTATGAATATCTTACCAGCTTCTACTCCACCTTTAATTCCAAATATAAATATAGATC +CTGCTCCTTTAGGACAATATTTCTTAGCTAATTCATTGTATTTATTATTTTCAAGTCCAG +GATAGTTTACCCATGCTACTTGAGGGTGTTTACTTAAGTATTCTGTTATCTTTTTAGTGT +TAGATACGTGTCTTTCAACTCTTAATGATAAAGTTTCAAGACCTTGTAGTAATAAAAATG +AATTAAATGGACTTATACATGCCCCTGTATCCCTTAATAATTGTACTCTTAGCTTAGTTA +TATATGCGGCTCTACCAGCATCCTTTGTATAGCTCATTCCATGATAACTCTCATCTGGCT +CTACTAATACATTAAATTTGCCACTACCTTCCCAGTCAAAGTTGCCGGAATCTACTATAA +CGCCTCCTATAGATGTTCCATGTCCTCCTATAAATTTTGTAGCTGAATGTACAACTATAT +CAGCACCAAAATCAAATGGCCTAACTAAGTATGGAGTTCCAAAAGTATTATCAACTATTA +ACGGGATATTATGTTCATGGGCAATATTTGCTATAACTTCTATATCTGCAATATTAATTA +CTGGATTTCCGATAGTTTCAATATATAAAGCTTTTGTATTTTCATTTATAGCACTTCTAA +AGTTTTCTGGATTATCACAATCTACAAATGTAGTTTTAATCCCTAATCTTGGAAGAGTCG +TTGCAAATAAATTAAATGTTCCTCCATATAGAGTGCTCGCTGCTACTATTTCATCTCCTG +TTTGTAAGATATTAAGAATAGCATATGTTATTGCAGCAGAACCAGAAGCTACAGCCACTG +CACCTACTCCACCCTCAAGAAGTGCCATTCTTTGTTCAAATACATCTGAAGTTGGATTCA +TTATTCTTGTATAAATATTTCCTTCTTCTTTTAATGAAAATAAATTAGCACCGTGTTCTA +CACTATTAAATACGTATGAAGTTGTTTGATATATTGGTACTGCCCTAGAACCTGTTGTTG +GATCTGGACTTTGACCTCCATGAACTTGTATTGTATCAAAACCTAGTTTTCTATTTTCCA +TATTTGTATCCCCCTTTTAATGTTATAAATAAAGCCCTCTTTAATAAAAGAGGGCTTAGT +TTATATAAAGCATACTCTCTTATCTTTCTTATGGCTATTCCATAAGTAGGATTTAGCACC +ATGTATAAAATACTGGTTGCCGGGCTTCAAAGGGCCTATCCCTCCACCTCTCTTAATAAG +ATTTCAAAATTTTTATTTATTTTTATTAAGTACATTGTATTTTAGTTTATGATAATACAC +AAGAAGCTGATTTTTTTTATTTATGATAAATTATCATATTAAGTGCAACATCTAAAAATA +TGTAAAAAAATAGTTCATAAGTTTATGTTCATGTTACAGTAATAATAACCACA +>MGYG000000001_83 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGCTTATAGCTCCTTTTTTTAGTGTTCTTTTTTATAAGAATAAATTCAATATATAATAT +TAAATAAGATATATAAATGATTAATTGCATAGACATCATGTTAACGATGATAATATTGAC +ATAGATTTCGTATAGCATATATAATTAAATATAAAAATTTGCTTAAATTAGTTCGTTATT +TAGTGAACTGCTTAATGTCTCAGAGTGCAAATAAACGATGTTCGTTAAAATTAAAAAATA +TTAAATAAAAGCTAATATTCTAAAATTTATACAAAATTATTACTCAAGTAGTCTATAATA +ATATTGATAGTATATTAAAATTAAATTAGATATCTAATTTTAAAATATAGTACATTTAAG +GGGGCATTTGGTATGATTCTTATGATTGATAACTATGATTCGTTCGTTTATAACTTAGTT +CAATATATAGGAGAATTAGGAGAAGAGATAGTAGTAAAAAGAAATAATGAAATAACACTA +GAAGATATAGAAAATTTAGATCCAGAAATAATTGTTTTATCACCGGGACCATGTTCACCA +AAGGAAGCTGGCGTTTGTATAGATGTAGTAAATCATTTTAAAGGAAAGAAACCAATACTA +GGTATTTGCTTAGGACATCAAACTATTGGACATATTTTTGGAGGCAATGTCATAAAAGCA +ATAGAACCAGTACATGGAAAGGTACACAGTATAAAGCATAATAATAAAGGAGTTTTTAGA +AATCTAAATAATCCATTAAACGTTACTAGATATCATTCACTAGTAGTTGAAGAAGAAAGT +TTACCTAAAGATTTAGAAGTTACAGCTTTTACTAATGAAGGTGAGATAATGGGTATTAGA +CATAAAAAACACCTTATAGAAGGAGTTCAATTCCATCCAGAAGCTATTTTATCAGAGCAA +GGTCATGAGATACTTAGAAACTTTATAAAAGAAGCTAGAGAAAGGGTGGAAATATAATAT +GATAAAAGAAATAAAAACGGATTTAAATGCTTTTGAGATATTTACAATATTCAAAGATGA +AAAAGATAGTTTTATTTTAGATAGTGCTATGGATAAAGAAAAATTAGGTAGATATTCTTT +TATAAGTAGTAATCCATTTAAAACTTTAAAATACAAAAACACTGAGGAAAATCCACTAGA +TTATTTACAAGAAGAATTAAATAAATATAAAGCTGTAAATAATACTCATTTACCATTTAT +AGGAGGCGCTGTAGGTTATTTATCTTATGATTTAGGTAATTATATAGAAAAACTTCCAAG +AAGTGCTGTAGATGACTTGAATGTGTATGATTTATATTTTGGTTTATATAATTATGTAAT +TGTAGTAGATCATCTAGAAGAAAAAACTTATATAGCAACTCCAGATTTAGATATAGAAAA +AGAAAAACTTGTTATGTCTGAAGTAGAAGAAAGAATATTAAAAGCTGGAAAAGAAGGAGT +AGGCTCTATTTGTTATGAAGAAAAAGAGGTAGAACCTATAAGACTTAAGTCAAACTTTAC +TAAATGTGAATTTGAGAATTCAGTTCAAAGAGTAAAAGACTATATAAGATCAGGAGATAT +ATATCAAGCAAATTTAACTCAAAGATTTAATGGAAGAACGACTTTATCAAGTTATGAGTT +ATATAGAGATTTAAGAAAAATCAGTCCAGCACCTTTTGGAGCATACTTAAACTTTGATGA +TTTTAATATTTTATCTAATTCACCGGAAAGATTTATAAAATGTATAGATAGAAAGGTTGA +AACTAGACCTATAAAAGGGACAAGACCTAGAGGTAAAAACGAAGAAGAAGATTTAAAATT +ACAAGAAGAATTAAGAAATAGTGAAAAAGATAGAGCGGAACTACTTATGATAGTAGACCT +TGAAAGAAATGATATTGGTAGAATATCAAAAATAGGCAGTGTAAAAGTACCGGAATTATT +TGTAATAGAGCCATATGCAAATGTAAATCACTTAGTATCAACGGTAGTAGGAGAACTTCA +AGATGATAAAGATGCAGTAGACGTAATAAAAGCAACTTTCCCTGGAGGTTCTATAACTGG +AGCGCCAAAGATAAGATCTATGGAAATTATAGATGAACTAGAGCCAACTCAAAGAAATGT +TTATACTGGTTCAATTGGATACATAGGATTTAATGGAGATATGGATTTAAATATAGCTAT +TAGAACTATTGTTAAAAAAGATCAAGATGTATACTTCCAAGTTGGTGGTGGTATGACATG +GGGGTCTGATCCAAGTGATGAATATCAAGAAACATTAGATAAGGCTAAATCTATAATGAA +AGCTTTAAGAGGTTATTATGAAGAATAGTGCAAGTTTTAATAGTGATTTAAGTAAATTTG +GAATTGGATTATTTGAAACTATTAAGGTAGAAAAATACCCTATAGATTTAGATTTACATA +TGGATAGAATGTTTAATTCTATAAAAGAATTAAATATTAATATTCAATATAGTAAAGAGT +TTTTAAAAAATGAAATTTTAAAATATATAGATATAAATGGCATTGAAAATAAAGCACTTA +GACTAACTGTATTTGATGAAGGGTATAATATTTCTATTAGAGATATACCGTATAATAATG +AAACTTATGAAAAAGGATTTAAATTAATAATATCTCCTATAAAAAGAGGAAATAGTATAA +TTTATAAGCATAAAACTACAAACTATTATGAGAGTATCTACAGTAAAAGATATGCGAATA +AAAGAGGTTTTGATGATGGATTATTTGTAGACACTGATGGAAAAATTCTTGAATGTTCTA +TGAGTAATATATTTTTCATAAAAGGAAATTGTATATATACACCAAGCAGTAATCTTCCTA +TTTTAAACGGTATTATGAAAAAAAGGATTTTGGATATTTGTGGCGAAATAAATATACCAT +TGGTAGAGAAAAATATAAAAATAAGAGATATTGCAGAGTATGACTTTGTATTTATTACAA +ATAGTTTAATGAATGTTATGAAGGTAACGCAAATTGAAGATATATTTTATGAAATATCAA +ATGATTTATTTGATAAAATAGTGGCTTGTATATAATTAAATTACAGCTAGTGGAGAAATG +ATATGACAAATAAAATTTATGAAATTTGTAAATTAGAAATAGAAAAATTAAAGCAAAATT +CGAACACTATATCTGTATTTTTAGTTGGATCATCTAAGAATATAGACTTAAAGTTAGCTG +ATAACAATATAAATGATATTGATATTTTTGTATTTGTAAATCAAGGGGAAAATCAAGTAA +GAGAGATAAAAAGAATTGAAGGAATAGAGTTTGACATAAACTATTTTTCAAGAAGGGGAT +TTAAGCATCTAATGGATAATAAGGAATATTTTTTCTTAAATGGAATGAAGGATGCTAAAG +TAATTTTTGACAGAAATAATACGGCGACATGTATTATACAATTGTGTAGAACAAAATACC +AAGAAGGGCCAAATCAAATTTCAGATGGAGAGAAGTGTTTTCTTAAATCTGAGATGGAAT +CTAATATAAGTAGATTAAAAAATAAAGAAAAGTTTGATTTGTTTGAATATGAATTTTTAG +TAAATTTATATTTAAAAGAATTAATAGTTGGGTATTTTACTATAAACAACAAGTGGATAC +CAAAGGATAAGAAATTATTTAAAGAATTAAAAAAAGAAGATAGTTACCTTTATGATTTAG +CAAACGAAATTAAAGGTGAAGAAAAATATGAAAAGTTGTTAGAGATTTATGACTATATTT +TCAAAGATATAGTTATGAAAAATTATATAAAAATAACTTACTAGTCAAGGGGGTTAAACC +AATGAGTAAAGTAGATAAGAAGAAGATAGAAAATGCAATAAGAGATATATTAGAAGCTAT +AGGAGAAGACCCAGATAGAGAAGGTCTTATAGACACTCCAAGTAGAGTAGCAAGAATGTA +TGAAGAAATATATGGAGGTATTCATCAAGATCCAAGAGAACATTTAAAGGTTCTTTTCCA +AGATGAAAAGCATGAAGAAATGGTAATAGTAAAAGATATTCCTTTTTACTCATGCTGTGA +GCATCATCTAGTACCATTCTTTGGTAAAGCGCACATAGCGTATATTCCAAAGGGAGGAAG +ACTAACTGGTTTATCTAAACTTGCTAGAGTGGTTGAAACTTTTGCTAAGAGGCCTCAACT +TCAAGAGAGAATAACTAAAGGAATAGCAGATATAATAATGGAAGAGTTACAACCTTATGG +AGTAATGGTAGTTGTAGAAGCTGAACATATGTGCATGACTATGAGAGGTGTTAAAAAACC +AGGATCAAAAACTGTTACTTCAGCAGTAAGAGGAGCATTTGAACATGATCCATCAACAAG +AGCTGAGGCTATGAGCCTAATAAATATAAGATAGTAAAATTTATAAATTAGGAGATAAAT +GACATGTTTGATTATGGTAATAGAACTTATATAATGGGAATTTTAAATGTTACTCCAGAT +AGTTTTTCAGATGGTGGTAATTTTAATAAAATAGATGTAGCTATAAAACATGCTAGAAAA +ATGATAGAAGATGGAGCTGATATTATAGATATCGGTGGCGAATCTACAAGACCTGGTCAC +AAGTATGTAGAAGCAGACGAAGAAATAGAAAGAGTAATACCAGTAATAAAAGAGCTTAAA +AAAGAAATTAATGTCCCTATATCAGTAGATACTTATAAGGCAAGTGTTGCTGAGGAAGCC +TTAAAATTAGGTGTTGAAATGATAAATGATGTATGGGGATTAAAAAGAGATAAAGACATG +GCAAAAACTATTGCAAAATATGATGCACATGTTTGTATAATGCATAATCAAGATGGAACT +CATTATGATAAAGATATAATGGAAAGTATGAAAGAGTCACTTAAGGAAAGTATAGATATG +GCTCTAGAAGCTGGTGTGAAAAATGAAAAAATAGTTTTAGACCCAGGAATAGGATTTGGT +AAGACTTTTGAACAAAATTTAGAAGTGTTAAGAAGATTAAATGAGCTTAATGATTTAGGC +TATCCTGTTTTACTTGGAACATCTAGAAAATCTGTAATAGGAAATGTACTTAATGTAGAA +CCTAAAGAAAGATTAGAAGGAACTATAGCAACAACAGTTTTAGGAGTTAGAGACGGAGTT +GATATAGTTAGAGTACATGACGTAAAAGAAAACTTAAAAGCAGCTAAAATGGCAGATGCT +ATTTATAGAAAGTAGGTCTAAAAATTATGGATAAAATATTATTAAGCAATTTAGGATTTT +ATGGATATCATGGAGTGTTAAAAGAAGAAAGTGTTTTAGGACAAAAATTCTTTATAGATA +TGGAACTTCTTATAGATACAAAAGAGGCAGGTATAACTGATGATATGAATAAATCTGTTA +GTTATGCAGATGTTTATGAGGTAGTAAAAGAAATTACTGAAAAGAGAAGATTTAATCTTA +TAGAAGCCTTAGCAGAGAATATTGCTAAAGAAGTATTAGATAAGTTTGAACTTATAAATG +AAGTAATGGTTAGAGTTAAAAAGCCTGAGGCACCTGTAAATGGAATTTATGACTACTTTG +GTGTAGAAATAAGGAGAGGTAGATATGAATAAAAGTTACTTAGGTCTTGGAACTAACATG +GGTGATAGAGATAAGTACCTATCAGATGCATGTGAGCTTTTAAATAATCATGAAAAAATT +AATATAACAAAGAAATCAAAGATTTATGAAACAAAGGCTTGGGGATACACTGAACAAGCA +GATTTTTTAAATGTATGTCTAGAGGTTGATACAAGCTTAAATGAGTACGAATTATTAAGC +GTATGCCAAGAGGTAGAGCAAAAGCTAGATAGAAAAAGAATTATAAGATGGGGACCAAGA +ACTATAGATGTAGATATATTATTTTTCAACGATATAGTGTTAAATGATGAAAATTTACTA +ATTCCTCATCCTAGAATAAAAGAAAGAGCTTTTGTATTAATACCTCTTATGGATTTAAAT +AGTAAACTTTCTATTGATGGTAAAACTATAGATGTACATTTAAACTCTCTAACTAAAAAA +GAACGAGATGAGGTAAAGGAGTTTACAGGTGATGAAAAAGACACTATTTAATGACAACGA +TAAAATTGAAATCAACACATGTGATAAAAAATTAGTAGTAAAAGAAGATAAGATTATAAT +GGCAGGACCTTGCGCAATAGAAAGCTATGAACAACTTTTAGAAACTGCTAAATTTGTTAA +ATCACAAGGGGCAAATGTTCTAAGAGGAGGGGCTTTTAAGCCTAGAACATCACCAAATTC +ATTTAAAGGATTAAAAGAAGAAGGTCTTGAAATTTTAAAGGCTGTAAAAGAAGAAACTGG +ACTAGCTGTTATAACTGAGCTTATGGATATAAGAGATTTAGAAAAATTATATGAAGTAAG +TGATATAATTCAAATTGGTTCTAGAAATATGCAAAACTTTACACTTTTAACTGAGATAGG +AAAACAAGATAAGCCTATTATGTTAAAAAGGGGAATTGCCGCAACGATAAGTGAATGGAT +TGGAGCTGCTGAATATATAGCAGTAGAAGGTAATAATAAGATTATAATGTGTGAAAGAGG +AATAAGAACTTATAACGATTATACTAGAAACACACTTGATTTAGCAGCAGTACCAATAAT +ACAAAAGGAAACTAACTTACCAGTTATAGTAGACCCAAGTCACGGTACAGGTGTTAGGTA +CCTTGTGAAACCTATGTCACTTGCAGCTTTTGCCTGTGGTGCAGATGGTTTAATGATAGA +AGTTCATCCAAATCCAAGTGAAGCTTTATCAGATGGAATGCAGTCACTTCATTTTGATGA +ATTTGAAGATTTAATGAAGTCAATAAATGTAAATACTAAAGATTATATAAAAACTTTCTA +AAAGAGGCATTTAGCCTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACA +AAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCAT +CCAA +>MGYG000000001_84 +AAGACCCCAGGAAGACTACCTGGTTGATAGGTCGGAGGTGGAAGTGCAGTAATGTATGTA +GCTTACCGATACTAATAGGTCGAGGACTTGACCAAATTTAAATGATGATTTAAGCAACGG +GATATGAGCGGAGCGAAAAGACGTTGGCGCCATGAACGAAATGAATTTCATAAATGATAT +GCAGTTTTTAGAGTATTAACTCTAAAACTTAATATAAGTTAATCGAAAGATTATGTGGTT +ACTATAGCAAAGAGGATACACCTGTTCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCG +CTGATGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGACGTAGCCACGTAATCTTTTTT +TATTGATAAAAATTAGGAGTATAAATGTACTATTACTTTAAGTAAGTACAATTTATGCTC +TTTTTTATTTATCACTTTAATTTATAGTATCTATTGTATTCATACGGTTTTAATTAATTG +ATATTTTACCATCATATATTGACAAAAATTTAAAGCATATAATAATTATTAACTACTTTT +TTAATATATATATATTCCGTACAAATTTTCTTTTATATAATAAATTAAATAATCAAAATA +ATATGTAGAGTTTAATAGTAAAAAGTTATACTATTGTAAATAGCTTATAATAAAAGGAGG +ATGGTGTATGGCTGATCAAAGGTTAAATAAATTAGCAAAACTTTTAGTTGAATATTCTGT +AGAAGTAAAAGAGGGCGATATTGTATATGTATGTGCTGATGAGGTAGCAACACCATGGGT +TATAGAAGTTGTAAAAGAAGCTACTAAAAAAGGTGCCCATGTAGAATACACATTAGAATC +AGATGAGATAAAAGAAATTCAACTAAAGTATGGAAGTGAAAAACAGCTTAAGAGTGGCAA +TATGATATATGAATCTATATTAAGTAAAGCTGATGTATGGTTAACAGCTTGGGGGAATAG +AAATACAAGGATGCTATCTAGGATAGATTCTAATAAATTAAAAATACATCAACAAGGAGC +TAGTGTATGGAGAAAGATTTACTCAGATAGAACTGGTGATGGAAGCTTAAGATGGTGTGG +GACTCAATATCCAACATATGCAGATGCACAAGAGGCTTCTATGAGTATGAGTGAGTATGA +AGATTTTGTTTACGGAGCAGGATTATTAGATAGCGAAGATCCCGTGTCTGAATGGAAAAA +AATAAGTAAAGAACAAGATCGATGGGTAAAATACTTAGACAGTAAAAGTAGCCTACATAT +AGTATCTGAAGGTACAGATATAATGATAGGAATAAATGGTAGAAAGTGGATAAATTGTGA +CGGAAAACAAAATTTCCCAGATGGTGAAATTTTCACATCGCCATTAGAGAATAACATTAA +TGGATATATAACATTTTCATTTCCAGGAATATTTGCAGGTAGACAGATAGAAGGAATAAA +ACTTGAAGTTAAAGACGGTAAGGTTATTAATGCTTGGGCAAATAAGGGAGAAGAATTGCT +AAAGTCATTGCTAGAGACTGATGAAGGATCAAGTTTCTTTGGAGAAGTAGCTATAGGAAC +TAATTACGGAATAAAGGATTTTACTTCAAATATGCTATTTGATGAAAAAATAGGTGGTAC +AGTACATATGGCAATAGGGGACTCAATGCCAGAAGCAGGAGGAAAAAATAAATCATCATT +ACATTGGGATATGCTTTGTGATATGAGGAATGGTGGGAAAATATATGCTGATGGTGAGTT +ATTCTATGAAAATGGAAAATTTATAGATTCAATTCTAGAAAAGTACAATATAAAATAAAA +TCCTATAAACAAGTAAAATTTAATAGATAAAAGGTAGTATCAATAAATTGTATAAATTCA +TTAATACTACCTTTTTTATTTATTTAGTAATTATTAATAGTGTTTGGTTGCATTATATTT +GAAATAAATACATTTAATCTGTCTAATGCCTCTAAAAAGTAATCTTCTTTACATGCATAT +GAGATACGAACATAATCATCAATACCAAAAGCTAGACCAGGTACAATAGCAACGTTATAC +TCTTCTAAAAATTTTTCACAAAATTCTATAGAAAAACTTTCTTTGTAATTAAACTTATCT +TTTATTTTAGATAAATCTATGAACACATAGAATGCACCTTCAGGATATACATATTCGATA +TTAGGTATAGTATCTAACTTGGATGTTATCAAATCTCTTCTGTATTTATATGTTCTTACC +ATATTATTTATATCATCACTACACTGTTTTAATGCGCCATAACCTATGTATTGTGATGTT +AAAGAAGGATGAGATACGAGATGACCTTGGATAGCATTTATACCTTTTGCTATTTCTTTA +TTAGATGCAGAGTATCCTAACCTAACACCTGTCATAGCAGCAGATTTAGCAAATCCGTTT +ATAGTTATAGTAATATCTTTTATTTCATCACTTAAAGATGCAACCGATACAAATTTATCT +GTATAACATATCTTTTCATAAATTTCATCTGCTAGTATATATATATTATGTTTTAAACAT +ATATTTGCAATATCAATCAATTCTTCTTTTTTATAAACAGCCCCTGTTGGATTAGAAGGA +TTAGTTAAAATAAGAAGCTTAGTTTTATCTGTTATATATTTTTCTAATAATTCTCCTGTT +AACTTGAAGTCGTTATCTTTTTCGGTTTCAATAGGTACTGGAACTGCATTTACAATTTTA +GTCATTTCAGAATAACTTACCCAATATGGTTTAGGAAGTAAAACCTCATCCCCTGGATTA +GTAACGGCTAATAAAGTATTAGTAATAGCATGTTTTGCGCCATTAGATACAACTATTTCA +TCTATAGAATAGTTACAATTATTTTCACTTAAAAGCTTTTTACAAATCTCTTCTCTTAAA +ATTTTAATTCCAGAAACTAAGTTGTATTTTGTCTCATTATTATTAAGAGAATCTATTCCG +ACTGATTTAGCTTTTTCTGGAACGTTAAAATCTGGCTCCCCTATGCTAAGATTAATAATA +TCTCTTCCTAAGTTTTTTAATTCGCTCACCTTTGAACTAATTCCGATAGTTACTGATGGA +GTAATAGATGATAATCTATTAGATAACATAAAATCCCCCCTTTGAATTGTATATTTAATA +TGTTATACGAAAATTCAGGAAAAACATACTCTAAATTTGAAAATAAGTAAATTCCTGTTT +TAATAAAAGTATTTAGTTAAATTGGCTAAATAAGTTAATGATAGTATATGTTTTGCTAAA +AGATCAATACTAATAATCTCAATACACTAATATTTATAAGAAAAAAGTATATATTTGAAG +TGTATTGAAGTATATAGGTGAAAAATATAATTAAGTATAAAATAAAATCTTAAATAAAGA +TATATATATATTTATATATACAATATATAGTGTCTACTATAAAACTATGATACAATATAT +GGTGATAAAGGGGGCGTTTCATAATGATTAAATTTGTAAAGAAAAGGGATGGAAGGATTA +TACCTTTCAATGAAGATAGGATAACTAGAGCTATTTTTCTAGCAGCTGAGAAAGTTGCGA +AGAAAGAAGAAGAAGTTCCAGATTATAATCTATCAGAACAGTTAACTCAAGAAGTTATAA +GAGTATTGAATTCTAAATATACAGATTCTATACCTGGAGTAGAGGATATACAGGATGTAG +TTATAAAAGTATTAATAGAAACTGGGCATGCAAAAACTAGTGAAGAATACATTATATATA +GAACTGAGAGAAGTAGAATCAGAAATTCAAAAACAAGATTAATGAAAGCGATAGAAGAAA +TTACTTTTGAAGACGCTAGTGATGCAGATATAAAAAGGGAGAATGCTAACATAGATGGGA +ATACTGCCATGGGAACAATGCTTCAATATGGAAGTGCTGTATCTAAAGAGTTCTGCAAGA +CTCATATATTAAAACCAGAGCACTCATACGCTCATGATAATGGAGACATACATATACACG +ACATGGATTTTTTTAATATGGGAACATTGACTTGCTGCCAAATTGACCTTAAAAAACTTT +TCGAAGGTGGATTTTCAACTGGTCATGGTTTTTTAAGAGAACCAAATGACATAATGAGTT +ATGGAGCACTGGCCGCTATAGCAATTCAAAGTAATCAAAATGATCAACATGGAGGTCAAA +GTATACCTTTTTTTGATTATGGATTAGCTAAGGGAGTATATAAGACATTTAGAAAGTTAT +ATATATCTAATATGTCAAAGGCATTAAAACTATTTAAGGATATAGATAACAAAGAAGCTA +TAAAAAATATCGTTTGTAAGATAGAAGATGAAAATTTAAAGCTGGGATTAGAGAAAAATG +AGTATTATATAAATAAGGAAAAAGAAATTCTAAAGGAAGAATTTAATATAGATGAAGATA +TAGCTAAAAAGATACAAGATTTTGCTTATAATGAGGCATATGAAGAAACCGATAGACAAA +CATACCAATCAATGGAAGGGTTTATACACAATTTAAACACTATGCACTCGAGAGCAGGAG +CTCAAGTGCCTTTTTCTAGTGTGAATTTTGGTACTGATACATCAGAAGAAGGTAGAATGA +TTAGTAAGAATTTATTATTGTGTTTAGAGCGTGGGTTAGGGGATGGAGAAACACCTATAT +TTCCGATATTGATATTTAAGGTAAAAGAAGGTATAAATTTAAACCCAGGAGATCCTAATT +ATGACTTATTTAAACTATCTTGTAAAGTGTCAGCTAAGAGATTATTCCCGAACTTTAGTT +TTTTAGATGCTCCTTTTAATGCAAAATATTATAAGGAAGGTCATCCAGAAACTGAAGCTA +CATATATGGGATGTAGAACTAGAGTTTTGAGTAATGTTTGTGGAGAAGAAGTTGTTAATG +GTAGAGGTAATTTATCATTTACAACTATTAACTTGCCTAGATTAGGTATAAAACATGGAA +TGATAAATAATAGAGAGGCAAACCTAGATGGGTTCTTTAAAGAATTAGATGAAAAAATAG +ACTTAGTTATAGATCAACTACTGGAAAGGATGGAGGTTCAAGGTAATAAGAAAATGAAGA +ACTTTCCATTCTTAATGGGTCAAGGTATATGGTTGGGCTCTGACCATCTAGGTCCAGAAG +ATAGATTAAAAGAAGTAATAAAACAAGGAACGCTAACAGTAGGGTTTATAGGATTAGCAG +AGTGTTTAATTGGGCTTATAGGAAAACATCATGGTGAAAGTAAAGAAGCTCAAGAATTAG +GTATAAAAATAATATCACATATGAGAGATAGAATGGATGAAGCTAGCGATAAGTATAAGT +TAAACTTTTCATTAATAGCAACGCCAGCAGAGGGGCTTTCAGGTAGATTTACTTCTATAG +ACAAAGCCTTATATGGCATTATAGAAGGAATAACAGATAAAGAGTACTATACTAATTCTT +TCCATGTTCCGGTTTATTATAAAATAAGTGCCTTTGAAAAAATAAGAATAGAGGCACCTT +ATCATGAATTTACTAATGCAGGTCATATCACCTATGTAGAGTTAGATGGAGATCCTACAA +ATAATGTAGAAGCATTTGAAACAATAATAAGAGCTATGAAAGAGTTAGGAATAGGATATG +GTAGTATAAATCATCCTGTAGATAGAGACCCTATTTGCAAATACTCAGGAATTATTGAAG +GCAGTATATGTCCTGCTTGTGGTAGAAATGAAGAAATAAGTGACATTAAGTTTGAAAGGA +TAAGAAGAATAACAGGATATTTAGTAGGAACAGTTGATAGATTTAATAATGCAAAAAGAG +CAGAGGTACGTGATAGAGTAAAGCATATATGATTTAAATGGAGGCGGTATTATGGAATTA +AGGGTGGCATCGCCTACTACTTTTGATAGTATAGTAGATGGACCAGGCCTGAGAATGGTA +ATTTGGACTCAAGGTTGCATCCATAATTGTGCTGGATGTCATAACCCACAAACACACTCT +TTAAATGGTGGATATAAATTAGAGGTTAATGAGGTTATAGATATAATTAGAAATTTAAAA +CTTCAAAAAGGAATTACTTTATCAGGGGGGGAGCCATTCTTACAATCAGAAGTACTAGAA +TTAATTGCAAAAGAAGCTAAAAGAAATAAATTAGATGTATGGGCTTATACAGGGTTTACT +TTTGAAGAATTGTTAGAACAAGAGGATAAAGATTATAATGATAGGATCAAATTGCTTAAT +CAAATAGATGTTTTAGTTGATGGAAAATTTGAATTAAGTAAAAGAGATATAAGTCTAAAA +TTTAGAGGTTCATATAATCAGAGAATAATAGATGTTCAAAGGAGCTTAAAAGAAAATGAT +ATTATTTTAAAATATGAATATATGGATGAGGTATTATCCATTGCAAAATAAACTAATGTT +ATATTAATAAAGTTATTGAAGAGATAAGTATATATTTTATTAATAAGATTAGTTAGATAT +ATTATAAAAACCTAGATATTAACCTAAAAAGGTGATTAACATCTAGGTTTTTATTTATAT +AATGAATAATTATTTGATAAAAAATGTATAGTAAGAGAGGTAATCTTCTATCTATATTAC +AAGATAAAATTTATTAATGATGAAAATAAATAAAGATTAAATTTAGAGGTTGATACTATA +GATTTGATGGAAGAAGCTTTTTATTTACATATTGTTACTTAGAATAAGAAATATAGATTA +AAAAATATAATGTTAATAAATACTTTGATAATGTGGATAAAATAGGGTTGATACAGTTAG +AATCTATAAGTGAAGTTGTAAATAATGTGGATAACTTATTTTGATTAGATATAGGATTAT +ATTTAATAAAAAAATATATAAAAAAAGTGTTGACGAGATGCTTTAAAGTTGATATAGTAT +TACTTGTCCGAGAGACACGGACGAAACAAACAAAACAAATTAAGAACTTTGAAAATTAAA +CAGTAGGTTAATTTATATAACTAATTCTTATTAAGAATTATTCGAAACAACCAAACGAAG +CCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTTGATCCTGGCTCA +GGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATT +>MGYG000000001_85 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACTAACTTAGCCT +CTTTTTATATTACTAATAACTATATATGCCATTATTCTTATATTCTCTATTATCTAAACT +AGTTTCTTTAATGCTGATATCTGTTTTAACTCCTTTAAAATAATTGCAATACTACTTAAA +GTTATCTTTGTATTTAGATCTTTAATTTCTTTAATATTTTTTTCTATATCTTTGATCATA +TCTTCTATAGGTTCATCTTCATAAGAAATTAATATGTTAATCTCTGAAAGAACATATTTT +ACATATTCTGGCTTTACCTTTGCTCTTATAATCCAAATATACAGTTCATAAATATTCGCT +ACTAAAAATCTTCTCTCTTTAACAAGTTCTTCATAATGACTATCATGTAGTATCTGATTA +TTTAACTTTAACTTTTCTTCAACTAAAGAAGTTACGATTAATAAGTTTTTTATACTATGA +GGTTTCTTTATACCTTCAGCAACATTATATATTTCTCTTAACATTTCTAACACTGACAAT +GTATGTATTTTTTCTAATTCTTTATTAGAATCTTCTAACTTATATGGGAAAATATATTTA +TTTGCTATTATAGCCATTAATGCACCTATCACAACAAAAGTTATCCTACTAAGGGTTAAT +CCTCCAACATTTCCTACCATGGCAGCTGAACCTATTGCTGATACCGTAACTAATATCATA +TTGTATTTATACTTGCTTATATAACTGTTTATGTATCCCGCTAACATTAAAATTATAGTT +CTAGTTGTCATATCTTCAAATATATAAAATAATACTGTAACTAATATACCACCTAATATG +GTAGCAATTACTCTATGCATAACCTTACTTTTAGAAACTTCATATAACGGATTAACTAAA +GATAAAATAGTAAACATAATCCATCTACCTTCTGATAACCTGAAAAAGTCTGTTATAAAA +GCTCCTAAAGTTATAGTAATAGCTACACGCATAGCATAGCAAAATCTAAAAGATTTGTGG +TCACTTCGCATGTATCTAAATAAACTATCATTTTTATATTTGGGTATGGATTCAACTTGC +TTAACTAAATTATAGTTTTCTTTTTTCAAATTATTTAATTCATACATTGCATCTACTAAA +AGAATTGTACTATCTAAAATTTGCAACGTCATCAAATCATCAATATTTTTTTCCCTACAT +TCTGATAAGAATATATTCATATCATCATATAAATCTTTTTCACTTTCTTTTCCTTCTAAA +ATAGACTTTGTTTCATGTGTTAAACATTCTAACTTATTTAGTATAAATAAAACATTCAAT +GGTTCTTTTACTACACTAAGTATTGTATATATATTTTCTAAAGTCACCGATAAATTAAGT +TTTATTCTACCTTCTTCAGTTAAGTAATAATCAACTTCTCTTTTATCATATACCATCTTT +CTAAAGGCATTTATATTAGCTTCGATTCCATCGTTTGTTGTATCTTTTTGAGAGTTGTTT +TTTAAAAATTCTATTCTTGATAATATGCTATCGCATACATTTAATAAAATTTTATTACCG +CTTTTAGAAATTCTATTTTTATTTACAATTAGTTGTAGAATAATTACAAAAATCCCTCCA +AATGCTAGGGCAATTAATCTCTTTGGTATTTGCTCAATACTTACCGGGGAAGACAATAAG +AATAAGTATTGAAGTGTAAATGGAAAATACATAGGACTTTCCAAGTTATAGCATAAAAGA +TAGCTAATAATAAACAATGTAATAAAATTTATAATAATTCCTAACCATATATTCGAAGCT +GCAAGCATTGTAGCAATTCCAATAAATAAATTAAGTAAAATAAGTCTTGATGCATTTCTT +ACTGGAGATAAAGTCAAGTCTTTTCCTAAAAACATAAGTGCTGCAGTTATAGTTGTTACT +CCTACTAGACTATTTTCATCCCCAAATATTAGTTTGAATAATACTACATAGACAACTACA +AATATAAAAGTTACACTTTTCGATATCACTAATTTTTTATTCATTTTTCTCCTCCTTCTT +TATGATATTTACTATGCATATAGGTATAATGATTAATTATTTCACTTATAATCTTTATTT +TAATTACTTTATATGATACTTATTCATAATAAAAAAGAGTAAATCAAAATAATTCTATAC +TTAATAGACTATTTTGACATACTCTTTATATTTTATCAATATATATTTTTTTAAGCAGTT +ACATCTTCTATTGATTTGCTTAAATTTTCTATGAAATCTTCAGTTACAGTATTACCTGCT +AATTTATATGCTAATAGACATGCCCCTTCATCTGGACCTAAAACTGGCTTTATTAATTTA +ACATTAAAATCTAATAATTCTTTTCTTAAAGGTTTAAGTATCATTTCTTTACTATTAAAT +ACTCCACCAGAGTAAGAAACTAGTATTTCTTTATCAAAATCTAATTCATTTACTATCATC +TTTACTAATAAACTAAGCTCATATGCTGCATCTTCAAATATTTTTATAGCATTTTTATCG +CCTTGCAATGCACTTTCATGACATATACTAGAAAACTCAGCAATCTTACCTCTATCCTTT +TGAATTTTATTTAATACATAATCAATTATATCAAAATCATCTTCTAGATTTAACTTTTCT +CTTATATTGTAATATAAATCGCCCTTTTCAAGTCTATTATCAGCTTCTTTAGAAAATATT +TCTAATGTCTTTTTCCCTATCCAGTGAGCTGAACCTTCATCACCTACATAATCTCCCCAT +CCGCCACATCTAGCAAAAGTTCCTGTTGAATCTTTTCCTAGTCCAATAGATCCAGTTCCA +CTTACTATATTTACACCATCTTTACCAGCTAATGAACCCGCAAGACCTACTTCTACATCA +TTTCCTATTTCATACTTTATATCACTAAATATACTTTCTACTACTTCTTCAATTTTAAGT +TTTACACTTTTTACTTCGCCATATCCTGGTAAGCCTAAAAATACACTCTTTATTAAGTTT +CTGCTCACATCACTATTTTTAAGTATCTCTTCTATTCCCTCTGTAATAACAGTTTTTAAT +CCATCAAAACCTATTTGTGCATAATGTGTTGTTCCTGTTTTATATTGTCCTATTTTTAAT +CCTTGTTCATTAATCAAAGTAAAACTAGTCTTTGTTCCTCCACCATCTATACCTATATAA +TACATAAATTTTCCCCCTTAAGTTATATATCCATAATAAAGCTATGAAGATAAATCCATA +TAGCTTCATAGCTTTTTAAATTTATTTCTTATATATTTGTACTATAGCTTAATGCTTTGT +TTTCACTATTACACATCTTAATCTTTTCAACTACAACATCATATTCTTGCTTGATGGCAA +AACTCTTTTTATTTCACACATATATTTTCCCCCTGACAGATACTTATCTCTATATCTAAG +TTCTCTATCGCCTTTATAAACTCCTTCATCTTTGTCCTTAGTTCTATCCTTACATCTTCA +TATGCTTTTGCTTTAATTAAATTAACTCTTTCTAATGGGTCATTTTCTAAATCATATAAA +TAATATTCCTCATAATTTAAACTATGACTTTCTTCATAAGGTAATTTAGTTGGATCTATT +ATACAATACTTGTACTTTTTAGTTCTAATAGCTCTTCCCACATAACTCTCACTAATCTGT +ATAAATACTTCATCTCTACTTAAATCATTATTTGCCAAGTCAAGTAATGATACTCCTTGC +ATATACTCTGGTGGACTTTTCTGAGCAAGTTCCACTATAGTCTTTGGAATATCTATTAGA +CTAGCAAGTTCTTTAATAACCTTACCACCTTTAAAGCCGGGTCCATACGCTATCATTGGA +ACTCTTATGGTATTTTCATAAAAACTTCTCTTATAATCATCTGCACCACCATATGGAAGT +TCTTTATTTTTAGTTTTAAAGTGACATCCGTGATCACTTGTATAAATTATCACTGTATTA +TCATCAATCTCTAATTCTCTTAGTTTTTCTCTTATCCTTCCTAAATTATAATCTAAAGAC +TTGCAACAACCTAAATAATCTGGATAATTTATTTCATAATCTCCATCTATACCTTTTAAG +TCATCTGGTAAGACATAATTTTTAAATTCTTCCTTAGATCCTGTTGGCCCCTCATAAGTT +TTTCTATCATTTTGATGATGAGGCTCAATGTGGGATAAAAATAATAAAAATGGCTTCTTT +TTATCTCTGTTATCTAAAAACTCCAAGGCAAAATCTGTAATTTTATCTGCTCTATACCCT +TTAAAATCTACTCTCTTCATATCTTTATTGAATATATACCCATCATATCCATGAGAAGTA +AATTCTAAAATATCAGATGCCATCCAATAGTCTTTATATCCACCCCTTTTATTTTCGGGA +ACTGGAGAAATTGAAAAATCACATTCATCCTTAGTTGATGCAAGATGCCATTTACCAACA +TAAGCTGTTTCATACCCTTCTTCATTTAAAAGTTTTGCAATTGTGGTTTCATCTTCTTTA +AGACCTATATCATTTACAAAACACTCTGTTTGAGTGGCATATTTACCTGTTTGCATGCAA +CTTCTAGCTGGACCACATACAGGTTGGCAAGTAAATGCATTTTCAAATTTAACACCTTCG +CTTGCCATATAATCAAGATTAGGAGTAACTTCTAACTCTTGACCATATGCTCCCACAGTA +TCATATCTTTGTTGATCTGAAAAAAATACTATAATATTTGGTTTCATAATAATTACCCCT +TAAGTCCTCCAACGTTAACTGCTTCTGTAAGCTTCTTATTAAGGAAAGCATAAACAATAA +CTGTTGGAATTATTACTATTACCATACCTGCGAATAATGCTCCCCAGTCAGTTGAGAATC +TTTGAACTTCCATTAAGTTTTGAAGACCAACTGGTAATGTTTGTTTCTCAGGCAGAGTTA +GTAAAGTAAATGCCATTGCATATTCATTCCAGAATCCCATAAAGTTAAATATTAAAACTG +TTAACATTCCTGGCTTTATCATAGGAAGTACAACGTGTCTTATTGTTTGAAGTCTAGTAC +ATCCATCTATTTCTGCTGCTTCTTCATATTCTTTGGAAACCCCTTTTATAAACCCTGTCA +ATATAAAAATTGAGAATGGAAGCTGTATTATAGCGTATATTAAACCTAAAGCTGTTAAGT +TATTCAATAAGTTTAACTTTGCTACTAATAAAAATAATGGTACTAATATGTATGTTGGTT +GAATAAATAGCCCTAATGTCATAGCTAACATTATAAGCTCTCCTCCAAAGAATTTAAATC +TAGCTAAACAATATGAAGTTGGCACTGCTAATAACATTAAAAATCCTGTTGATACTAATG +TTACGTATATAGAGTTAAAGAAGAATGCCGACATATTTGCTTTTTCCCAAGCAGATACAT +AGTTAGTAAAATTAAATGCTCCTGGAAGAGCCCATGGATCTGCGAAGAACTCTTTTGAAG +TTTTGAAAGATTGCATTATTGTCCATAAAAGTGGTACTACAACCATAAATAAAAATGCTA +TTAATATTATTCTTAATACTGCACCTGTAAGTACACTTTTCGGTGTTATTTTATTACTTT +TTACCATTTATGTCTCCCCCCTTATAATTCTATAACATCACGTTCAGTGATTTTCTTAAC +TATTAAAGCAAGTACTATTGCTATTACAAATACAACTACTGAAATTGCCATTGCATAACC +ATAGTTCGCATTCATGAATGCTTGTATATCCATTGTAGTTAATAACATCTCAGATGCATG +ATCCGGTCCACCTTTTGTCATAACTTTTACAAATGTGAAACTTAAGTTAAACGCTCCTGT +AATAAAGAATGTGATTGTAACCCTAACAACCTCCCATATTAAAGGTAATGTAATTACAAA +AAATTGTCTTATTGGACTTGCACCATCCAATGTAACTGCTTCGTATAAGTCATCTGGTAT +TCTGTTAATTCCTGATATGTACATTACCATATAATAACCTGCTGCTTGCCAAACCATAGT +AAACGCTAGTGCCCACATAACAGTTCCACTTTCTCCAAGCCAGGTTCTCTTAAATGCACC +CATTCCTATAAAATCTAAAAATGAATTTAAAATTCCTAGATTAAAGTCATATACATACAT +GAACATCATACCTATTACAACCATAGAAAGAACATTTGGTAAGAAGTATACCAATCGGTA +TAACGTTTTCTCCCATTCGAAAATTTTTCCTTGTGTAAGTATTACTGCAAAGAATAAAGC +TAAAATCATTGTTACTAGTGGAAATACTCCTAATAAAAAGAAAGTATTTTTAAGAGACTT +CCAAAATATTGGATCATTAAATAAAGTTACAAAGTTATCAAATCCTATAAATGTTGGTGA +ACTACTAAGCCCTGTAGATCTATAAAGAGACATTTTCGCTGCACTTAACATAGGATAAAT +TTTAAAAAGTAAAAATAGTAAAAATGTTGGTACTACACTCCAAAATATAAATATATTTCT +GCTTCTTTCTCTAGGTGTTTTACCTAGAATACTTTTAAATTTAGATTCTTTTTTCTGTGG +TTTCTTCGGTACTGATGTCTTAATATCCACAGTTACTCCCCCTTTGTATTTTAATTAAAA +TTCTATACTTAAATAATAGTAATCTTTAGTCTTTATTAAAATAGATTAATATTACCCTTA +TATAGATTTTCTTTACTTTTATACATTACACCCATTAAAATAAACATTTTCCTTTAGTAA +TTGCATTTTTCTTCATATATGTTATATTTAATAGTGATATACTTTATTATTTTGGTTTTG +TTAATTAGATATGATGAGAATTATTCTCGAATTGATAAATAAACCGATAGGTTAAATTAA +GTTTCATATTTTTAAAAATTTGCATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAG +G +>MGYG000000001_86 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACCTTAACAGGCC +CTCTTTTATAATTAAATAATAATCTATATTATTTTATTAGTTAATGCTACTTTCTGAACA +TTCCAATACTTTCTTTTCAGCAGTTTGACCAAAAGCTGTTAAGTATATTACTTTTAATTC +TTCAACTAATGGTAATCTTGGGTTAGCTGGAGTACACTGATCATCGAAAGCATCTAAAGA +TAATTTATCTACTTTTGATAAGAATTGTTCTTCTAATACTCCACACTCTTTTATTGTTTT +TGGTATATTTAATTCAACTAATAAGTTGTTTACTGCGTCTATTAAGCTTTGAACACCTTC +TTCTACAGTATTAGCTTTTAAGCCTAAGAATCTAGCTATTTCAGCATATTTTTTATCAGC +TACGAACTCCTTATATTTAGGGAACGCAACGAATTTAGAAGGTTTAGTAGCGTTGTACTT +TATAACATGTGGTAATAATATAGCATTTGCTCTACCATGTGGTATATGGAATTCTCCACC +TAGCTTATGAGCTAATGAATGGTTTATTCCTAAGAAAGCATTTGTAAATGCCATACCTGC +CATACAAGATGCATTGTGCATTTTTTCTCTTGCTTCTTTATCATCTCCATTTCTATAAGC +TTTTGGTAAGTAATCAAATACTAATTGTATTGCTTTCAATGCTAATGCATCTGTATAATC +TGTTGCCATTATTGAAACATAAGCTTCTATAGCATGAGTTAATACATCAACTCCTGTATC +TGCTGTAACACCTGCTGGTACTGTCATAACTAAAGTTGGGTCTATTATAGCCACATCTGG +AGTTAACTCGTAGTCAGCTAAAGGATACTTCATATTATTTACTTTATCTGTAACAACTGC +GAAAGAAGTAACTTCTGAACCAGTTCCTGAAGTAGTTGGTATTGCCACTAATTGCGCTTG +TCTTCCTAATTTAGGGAACTTAAATACTCTCTTTCTTATATCTGCAAACTTTAATCTTAA +ATCATCAAAGTTAGCTTCTGGATTTTCGTAGAATAACCACATAGCTTTAGCAGCATCCAT +TGCTGAACCTCCACCAAGAGCTATTATAGTGTCAGGCTTGAATTTTCTCATAGCTTCTGC +ACCATTTAACACTGTTTCTACTGATGGATCTGGCTCTACGTCACAGAATACATCTATCAT +CACAGGATTTCTTCTTTTTCTTAATTGGTGAGTTATTTTATCTACATTTCCTAACTGAAC +CATAACTCTATCAGTTACTATCATTACTCTATTAGCATTTGGTAATTTTTCTAAGTAGCT +TATAGAACCGAATTCATGGTATATTCTTTCTGGAACTTTGAACCATTGCATATTTACTTT +TCTCATTGCAACTTTCTTAACATTGATTAAGTTACTTGCTGATACATTTTCTGTTGTTGA +GTTATTCCCCATAGATCCACATCCTAACGTTAATGATGGTATATTTGCATTGTATATATC +ACCTATTGCCCCATGAGTAGATGGCGCATTCACAAGTAATCTACCTGTTCTTACTCTTTT +ACTGAATTCTAATATTATATCATCATCGTTACAATGTATAACAGCTGAATGTCCTAGTCC +TCCAAATTCAGTCATTTCTACACATTTTTGTATTCCTTCTTGAGCATTTTTAACCTTGAA +ACAAGCAAGCACTGGACTTAACTTTTCTTTTGATAAAGGATCTTCCATCCCTACCTTTTC +AAGTTCTGCAACTATCATTTTTGCATCTTTAGGAACATTTATCCCTGCCATTTGTCCTAT +TGTATATGGACTTTGTCCTACTATATTTGGATTTAATGAACAAGTTTCATTATTTATAAC +TAATCCTTGTAATTTTTCTTTTTCTTCTTTATTTACAAAGTAGCATCCATAGTATTTCAT +TAAATCTGTTACTTCATTGTATATTTCTTCATCTATTATTACTGCTTGCTCAGAAGCACA +TATCATTCCATTATCGAAAGTTTTTGATAATATTAAATCATTTACTGCTTGCTTTATATC +TGCAGTTTTATTTATATAACAAGGAACATTTCCTGCTCCAACCCCAAGAGCTGGTTTTCC +TGAAGAGTATGCTGATTTAACCATTCCTGGTCCACCAGTAGCAAGTATTACTGATACTCC +GTCATGCTTCATTAATAAGTTAGTAGCTTCTATTGATGGTTTTTCTATCCATTGTATACA +GTCTTCTGGTGCTCCTGCCTTTACAGCTGCATCTCTTAATATTCTTGCTGCTTCTGAAGA +ACATTTTTGAGCTGATGGATGGAAGCTGAATATGATTGGGTTTCTACCCTTCATTGATAT +TAATGATTTAAACATTGTTGTAGAAGTTGGATTAGTAACTGGTGTTACCCCTGCAACTAC +ACCTACTGGCTCAGCTATTAGCATATATCCTTCTTCTTCATTTTTTTCTATTACTCCAAC +AGTTTTGTTGTATTTTATACTATTATAAATATATTCTGTAGCGAACATATTTTTAGTTAC +CTTATCTTCAAATATTCCCCTTTTAGTTTCATCTATTGCCATTTGTGCAAGTTCTATATG +TTTATCTAAACCAGCCATTGACATTTCTCTAACTATAGTATCTATTGCGTCTTGATCTAA +GCTTAGCATAGCTTGTTTAGCTTTTTCTGCTTTTACAACTAGCTCATCAATCATATTTTC +AACACTGAATTCATTATCTACTACTTTTAGTTTTCTTGACTCTTTGCTCATTTTCGTATC +CCCCATATAATTCATTTAAATATGTTAGTTATTTAACAAACTCATTATATAAATTATGAT +ACTTTAATTAAATATAAGTGTCAATAACTTTTGTTAAATTTTTTTCAATCTTTTAAATGA +AAACGTTTCTTTTTATATTATCTTTATAATGCTGTATTTTCTAATACTTTTAGGTCTTTT +CTCTAAGTAATATATTGAATTCTTTATTTTGTATACAAAATATTTTTATAAATTTCTCTT +CTCTTCATATTGTTAAATTTTATACATTAATACTTGTATACTATTAAGCTTTTATAAAGT +TTAATAAACAAAATAAAAATGTGGTGAGATAATTTCACCACATATCACAGTAAATACTAT +ATTCAACTTTAGTAAGTCACTTTTTTATCAATTATCACAGCATCTGCATATTTTTCTAAT +AAATCTATCGCATAATCTAAATATCTATTTAGTTCTTTGTCTTTGTCAAAAGCTATAATA +TTCATAAGTATATGCTTAGTATCTGATGTTATCATTGCCCTTTCTGAATCTGATGTAGTA +CTTCCAAATTTCCCAATTTCATCTTCAAATACAGGTAGATTTTCTAAATTAATTGATCCT +CTACCAATGCCATCATATCTCTGATTTTCTTCACCTACAGTGAAAATAATCTCTTTTCCT +AACTTGATTAAATCATAAGTCCCAACTGAATAAAAACTTTCTAATGATATTAAATTATTT +ATATCTACTACGTTATTTACTTTATATAAATTCATCCCTTTTACAACTCTTTTAGCAAGT +GATTCAGATGAAAGTCTATATCTACTTGGATCCTTTCCTAACTTTTTATATGCGATTCTA +GAAGTCTCTATATTTTTTATTTTCAATACTTCATCTTTCTTTATATTATTTTTTATTTCC +TCACATTTATCATTTATAATTTCCCATAAATGCTCATCTCCATCTCTAACAGATACTTCA +GCTTCTATTGATGCTACAGTCGTGTTTGGACATTTTTCTTTTAACTTATTGCTTATCTTA +ATATTTATCATATATTTACTCCTTTTTAAAAGATACATTTACTTCTTCATATCCAATATT +CTTTAATAAATTAACTAAACTCGCTTTTGTATTTTCTTTTATTTCTTCCATGAATCCTTC +CTTCAATATCTTATCTTCATATTCCTTCTTATATTTACTTATATCAGATAATATATCATT +TGTATCTAATTTATTAAAAATAGAATTTTTAATATCATATACATATAAGTTTTCGTCATC +TATGTAGTGATTCAATATTCTACACTGCTCTACTTCTATGTTTATCTTTTTTCCTGTATT +CTCAATTATCATTATATCTTCTGGCTTTATACCTCCATTAATGACCCCCTCATATTTAAT +TATAAAAGATTGTTCTGTAAAAGGTATTTTTATATCATTTATACTTTTATCTTTTTTTAC +TACCACAATGTTACTATAATTATATTTAACAGTGTTCAAATCCAAAACCTGACTTATAGT +AGATAATACTCTAGTATTATCATTATATCGATTATTTTCTTTCCCTAATATTCTTATACT +AAGCCCTACTGTTATTATGATTAACAAAATGGGTAATAATAGAACTACTTTATTATTTTT +TTTCCTTTTTATCAACAAATATATGCCTCCTTTTGGTATAATATTTAAGAATTAAATTTA +GTCTTAACCTATTATCAAGATGATTTTAGTTAATTTAATAGTTACTTTTTTATGAAAGGA +GTTTTTTTTAATGACATTATTAGTTTTCGGGCATAAAAATCCAGATACAGATTCAATATG +CTCATCAATTTCATTAACATACCTAAAAAATCAATTAGGCGAAAACGCAATAGCGTGTGC +TTTAGGAGAACCAAGAAAAGAAGCTCAATTTGCTTTAAACTACTTCAACGTTGAAGCTCC +TAAAATATTAGATAATGTAAAAATACAAGTTAAAGACTTAAGCTACGATAAGGTTAAGCC +TTTAACACCTGCAGCTTCAGTTATAGAAGCGTACTCTCTTATGAGTAATAAAGGAGTTAA +AACTTTACCTATAGTATCTGAGGATGGTAAATTTGAAGGAATAGTTACTATGCAAGAAAT +AGCAGAAGACCTTCTTCACCAACACTTCAATACTATACATACTTCTATATCTAATATATG +CAAGAACCTTAATGGTTCAGTCCTTGTAAATTGTGACGAAGAAGTAACAGGAAGAGTTGT +TACTTTATCATTTAACATGGATGCAGTAATGGATGTACTAAGCGAAGGTGATATCGCTAT +AGTTGGTAACAGATCTGATGTTATAGAATATGCTATAGACTCTAAGGTTAAGCTTTTAGT +TTTAACTGGTGGGGCAACTATAAGTGAGGAATTAATAGGTACAGCTAAACAAAATGGTGT +GTCTGTAGTATCAGTTGAATGTGATACTTATAAAACATCTAACATAATAAATCAATGTAA +TTACTTATCAGAAATAATCATTAAAGATAACTTAGTTGTTTTCCATGAAAATGATTACGC +TGATGATGTAAAAGAAACTATGTTAAACACTAACTTTAGAGCTTATCCTGTAGTAGATGA +TAACAATAACTTCTTAGGATTAGTTTCTAGAAAGCATCTTTTAAACCCAACTAAGAAAAA +TGTAGTATTAGTTGATCATAACGAAGCTGCTCAAAGTGCCGATGGTATTGAAGAAGCTAA +CTTAGTTGAAATAGTTGATCATCATAAAATAGGTGGAATATCTACTGATGTTCCTGTGTC +TATAAGAGTTATGCCTGTTGGATGTACTTGTACTATAATTTACAAAATGTTCAAAGAGCA +TAATGTTGAAATACCTAAATCTATAGCTGGTTTATTATTATCTGCTATATTATCAGATAC +TTTAATATTTAAATCTCCAACTACTACTGAATTAGATAAACAAGCTTGCGAAGAATTAAG +CAAAATAGCTGAAGTTGATATGGAGTCTTACGGAATGGAAATGTTCAAGTTCGGAACTTC +TTTAGATGAATATAGCATAGAAGAAATCGTAAATATGGACTTTAAAGAGTTTAACATGAG +CGGAAAAAGAGTTGGTATAGGTCAAGTATTTACTTTAGATATAGATTCTATATTTGCTAA +GCAAGATCAATTCTTATCTTATATAAACTCTACTGACTATGATATGTTAGTTCTTGCTGT +AACTGATATAATCAAAGAAGGTTCTTACTTAATATACAAGGCAGAAGATAAGTTAATTTC +TGAAGCATTCAATGTAGAAGGCGCTCAAGGAGTATTCGCTCCAGGGGTAGTTTCTAGAAA +GAAACAATTAGTACCAAACTTAACAACTGCTGTTAGAAATATGTAATATAAATATTTATA +TAAAAACAAAAAGGTGAGCTCATAAGAGTTCACCTTTTTTGCGAAACTATATTTTGATAG +TCCCTTTTATAAATCATGTTGTTTCTTTTTTGATTCACTTAGAACGTGTAATCAATTAAA +CTGGTTTAACAATAATATTTTTTACTTTTTTAAATGTGTTTTTTGTCTTTATGTTTTTTA +GGATTTATTACCTTACTATTTTATACGAAATTCGACATAAAGTAAATATAAAATATCAAT +ACATTTAAAATTAAATTTTAATTAACTCGTTGTGCTAGTTAATCTTTACAATAATAAAAC +TCCAACAAATATAGTATCCTAAGATTGTATCACCAATCTAAAGGAGGG +>MGYG000000001_87 +GCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTG +TTGCACTTATATTGACAATCTATCGTATAAAAAATAATAAAATTGTTAAATATTATAGTA +GAACTAAATGGGTGCATAGCTCAGCTGGATAGAGCAACGCCCTTCTAAGGCGTGTGTCCG +GGGTTCGAATCTCTGTGCGCTCACCATATGATCCATTAGCTCAGTCGGTAGAGCACCTGA +CTTTTAATCAGGGTGTCCCGCGTTCGAGTCGCGGATGGATCACCATTAATCCACATCAAA +TTTGATGTGGATTTTTTTATGCTTAAAAATGTATTATAAATATATAAAAGGGACATATGT +CCTTTTGTTATTTTTAAATAATGATAAAATAATAGTAGAACAATGAAATGTTCGTTAGGA +GAAATGAAAATATGCAGAATAGCTTATTTTATAATCGTATTAGAAACAAGGATGCAAAAA +AGTTTATTGAAAAAATACCGAGTAATATAAAATTAAAATGTAAGATAAGGATTATTGAAA +AAGGAAAGATAGTAGTATTAAAAGGAAACGATATAGAAAATGTTTATGTAAGTTGTCAAG +GTAAGATGCAAGTCAGAAATGAGTTTGAAAATGGATTTGTATATAGTTTTGCAAGTATAA +ATCCTATAGCATATATAGGTGTGATGGAGATTATGGCTAACAAACAAAACTATTCATCTA +CATTACAAACTAGTACAGAGTGCATAATACTTGAAATACCGAAGAGTGACTTTATTGAGT +GGATTACTAGTGACCAAGAATTGACTTTAGAGGTACTGCATTTTGTATCAAAAAGTATGT +ATGAACAATCTTTAAAAACAGGTGAAGTACTAGCATATCCAGCAATATGTATATTAATAA +CTTATTTGATGAATGTTTTTGAAAGTGAAGACAAGGATATTGCTATTTTAGAAAAAACTA +GAGAAGAAATTGGATCAATATTAGGATTTTCAATAAGAACAATTAATAGAAATTTAAAAA +TACTAAAAGAAGAGAATCTAATTTCCGTAAATCGAAAAAGTATATCAATAACGAAAGAAC +AGTTTAATAGACTATCTTATAAATTAGAATCAATTAAATAATATATAAATAAAAATACGT +AAAATATATGGAGGAAAATAATGGAACAAGTATTAAATATCATAAAAAATGAGACATTAA +CTTACAATCAACAAGTATTACAGCTGGCAGGTCAAGCTGAAAGTACTCTTAATGTATTAA +ATATAGATGAAGAAACTAAAAAACTTCTTGATGCAGAAATAATATGTACTATGTTCGAAG +GGAATGCACCTTATAGACCAAGATATGTTATACCAAATTATGAAGTATTAATGGAAAAAG +GGTGTAAGTTCTTAGACTTAGATGTACCAAATGATATATGGGAAGCGACTAATAACTTAT +TAATATTATATAAGCATGTACCATCTATAACATCATATCCAGTATACCTAGGTAACATAG +ATACACTTTTAGAACCATTTGTAAAAGATGAAGAAGAAGCATATAAAGCTATAAAATTAT +ACTTAAAGCATATAGATAGATCACTTACTGATTCTTTCGTTCATGCAAATATAGGCCCAG +TAGATACAAAAGCAGGTAGATTAATACTTAAAGCTATGAAAGAATTAGAGTGTGCTATGC +CAAACTTAACAGTTAAATATGATAAAGACATAACTTCTAAGGAATTTATAGAATTATGTG +CAAGTACAGCTTTAGTAACTGCTAAGCCAAGTTTTGCTAATCATAAAATGGATGTAGAAG +ATTTTGGAACTGAAAATTATGCATTAGCAAGTTGTTATAATGGATTCATTATAGGTGGGG +GTGGATATACCCTAGTAAGACTTGTTCTAAGTAGATTAGCTGAAGCATCAGAATCAGTTG +AAGATTTCTTAGATAATAAATTACCATTTGCAGCTAAAAAGATGCTTGAATATATAGATG +AAAGAATAAAGTTCTTAGTAGAAGAAGCAGCATTCTTTAAATCTAATTTCCTTGTAAAAG +AAGGATTTATAAATAAAGATCTTTTTACAGGTATGTTTGGTTTAGTAGGTCTTGCTGAAG +CTGTAAATCATTTATTAAATGCTACTGAGCAAAAAAATAGATTTGGTCATTCAAAAGAAG +CTAATGATTTAGGTTTAAAAATAATTGAAAAGCTTAACTCTATAGTAAGCTCATATAAAT +CAATATATGTAAATTGTTTTAGTGGGAATCATGTGCTACATGCTCAAGTTGGTATAGATA +CAGATACTGGAATATCTCCAGGATGTAGAATACCTGTTGGTGAAGAGCCTGAATTATTTG +AGCATATTTTACAGTCTGCACCATATCATAAATACTTCTTCAATGGAATAGGAGATATAT +TCGTATTTGAAGATACTTATAAAAATAACCCTGAAGCTATAGTGAATGTTATTGATGGAG +CATTTAATTCAGGAATAAGATATACATCTGTTTATTCAGATAGCTGTGATGTTGTGCGTG +TAACAGGATATCTTGTAAAGAAATCTGAAGTAGCAGAACTTGAAAGCGGAAAAGCAGTTA +AAAATAATGCAACTGTATTTGGTATGAATGCAAAAAATGGCGCTAAAGCTTTTGATAGAA +GGCTTAGAGATTAATTATGGCTTTAGTAAATAAAATAATTCCGTTTTCTTGTATAGATGG +TCCTGGAAATAGAACGGCTATATTTTTCCAAGGATGTAACTTAAAATGTACTTATTGTCA +TAATCCAGAAACTATCAATAAGTGTATAAACTGTGGCAAGTGTGTTTTAACTTGCCCAGT +TAACGCTTTAGAAATGAATAATGGAAAAGTTTTATGGGATGAAGATAAATGCGTAGAATG +TGATAACTGTATTAAAACGTGTAAAATTTTATCAACTCCAAGAACTAAAGATTATTCAGT +AGATGAATTATTTGAAGAAATAAAAAAAGTTAGACCATTCATTCAAGGTATAACTGTAAG +TGGAGGTGAGTGTACTCTTAATGCAGATTTTTTAGTAGAATTATTTACTAAAGTAAAAGA +GGAGCTTAATCTTACTTGCTTTGTGGATACAAATGGAACCTTAGACCTTAGTGAAAAAGA +AGACTTGGTAAATGCAACCGATAAGTTTATGTTAGATGTTAAGTGTATGGATGAAGAAGA +GAGTGTAAGAATTACAGGATTAAGCAATGATATAGTTTTAAAAAATTTAAAATATCTATT +AGATAAAGACAAACTTCATGAAGTAAGAACTGTAATAGCTCCAAATCTAAATAATGAGTA +TACTGTTAAAGAAGTATCTAAGATTATTAATGGAAAATGTAAATATAAGCTTAATGCTTA +TAGAAAGTACGGAGTAAGACAAGAAGGACTAGATCTACATGGAGAGATAGGTCCAACTGA +TGAAGAAATGAAGGTTTATCTAGAATATATTTGATAATATATTAGAATGTTTAACATAGT +AAGGAGAGAATCTCAAAAAAATTTTTAGAGATTCTCTTTTTTTGTTAAAAACTATAGACC +TTGGTATAATACCAAGGTCTATAATAATATATAGATAATAGTCTGGGAGGATTTTATGTG +GATAAAAAAATATATAAAAAATTTAGTGTTAATAGTTTTAGGAAGTTGTATATTAGCCTT +TGGAAGTTTTAACTTTAACTATCAGAATGGTGTTACTGAAGGTGGAGTATTAGGTTTATT +ACTTCTTATAAAAAATATATTTGATATATCTCCATCAGTTACAGCATTAATAATAGATTT +ATCTTTATTTGCTCTTGGAGCTAAATTTTTTGGAAAGCAGTTTTTAGTTCTTTCTATTTT +TGCTAGCTTATCTTTTTCAAGCTGGTATAAGATGTGGGAGAGTATTGGATTTATAGTTCC +AAACTTAAGTAATAATATGCTTCTTGCAAGTATTCTTGCGGGGATAGGTGTAGGTATTGG +TATAGGTATAATAGTTAGAGCTGGAGGAGCAGCTGGAGGAGATGATGTCATAGCTTTAGT +GGGAACAAAACTTACTTCTCTTAAAGTAAATCATATATATATGATTACAGATTTTATAGT +ATTGATATTATCTTTATCTTACCTAAGTTTTAAACAAATATTATTTTCTTTAATAGCAGT +TACAATAAGTGGGAAAATAATAAGTATAATGTATGGCGAAGATGGAGATAATGATGTTGA +TAAAAGCCTTCAAGAAGAATTTGCAAGTACAAAAGAAATTTAAAAATTTAAGAAATATGA +ATAAAGAGCTCCGCAAATATGAATCTTATAAATGTAAGATTATAAATAAAAAGTAGGAGG +TTATACATGGCAAATAAACCAGTAGACCCAAATGCAAAGGCAGCGCTAAATCAAATGAAG +CTAGAAATAGCTAATGAATTAGGAATGGAAAATACTAATTTAAATGGAGCTAATAGTACC +TCATATAAAAATGGAGAAATAGGTGGTCGTGTTGGCGGTCAAATGAGCAAGAAGCTGGTT +GCAATGGGAGAAGAAGCATTACTTAGACAATATAATAGTAAAAAATAATATGAAATAAAG +CCATATTGTTCATAGAGATAATATGGCTTTTAATTTAATTCTCAAGATTTATATTAACCT +ATACCACCGTAAATTGAACCTAATATAATAACTATAACAGTTACTGGAACGAATACAAAT +CTAGCAAATTGTAAGAACCAATTTCCAAGAGGTCGCTTAGCTCCCTTATTTATTTCAGAT +AAAACATTTCCTTTAAATAAGAAGAATATTGATATTGCAGAAATAGTAGCTCCAATAGGA +GATAATATTATAGTTATAAAGTCTGTGAAAGAATTAAACTTATCAATATTAGTAGCTAAA +GGTAAAGCTAATACAAAACATAAGGCAGAAATAAATATAGATGCTTTTTTTCTACTAATC +TTAGTAACAGATAATAGTGCTTCAACAGGACCTTCTAGCATACTAACTGAAGCAGATATT +GCCGCGAATATAATGCTTAAGAAAAAGAATATGCTAATAATATTTCCGTAAGGCATTGCT +TTAAATATAGAAGGTACAGTTATAAATAAAAGTGAAGGACCAGCTGCTGGGTCAAAACCA +AAAGAGAAAACAGCAGGCATTATCATAAATGCAGCAAGTAGTGCAGCTATAGTATCAAAT +ATAGCAGTATTGACAGCCGAACTAATTATATCAAACTTATCATTTGTGTAACTTCCGTAA +ACAACCATACCACAACCAGTAAGAGATACAGTGAAGAATGCTTGCCCTAATGCCATAATC +CAAGTCTCTAAACTAAGTAAAGCTTCCCATCTAGGTTTAAGTAAGTATTCAACACCAGCC +ATAGCTCCAGGCAAAGAAATAGATCTTATAGTAAGGAATATAAATAGTAAAAGTAATAAT +GGCATTATTATTTTATTCAATTTTTCTATACCTTTAGATACTCCAAAGCAAACTACTAGT +AAAGTTATACCTACTGATAATAAAAAACAAGGGACAGATGCAGTAGTTCCGGCAAATGAA +TCAAAGTATGTCGGTATATCTATATTATTTATCTCACCAGTTACGCTAAGTGCAAAGTAC +TTTAAAATCCAACCTATAACTATAGAGTAAAACATGAATATACCAAATAATCCTATAACA +GGAATAGTAGAGAATATAGAAGAGAACTTCATATTTCTACTTTTGAATATTTTACTTATA +CCTACCATAGAGCCAGATTTAAAAGTTCTACCAAGTGTAAATTCACCAATAAGTCCAGTT +GTTCCAAGTAAGAATACAAATAAGAAGTACGGTATTAAGAAAGCAGCACCACCATATGTA +CCTAATTTATAAGAGAATATCCATATGTTACCTAGGCCTAAAGCAGCCCCGACACAAGAT +ATTATAAATCCAAATTTTGAAGAGAAATTTTCTCTATTGTCTTCGAGAGACATTTTTTCA +TTAGATATTTTTTCAATCATAATAATTTCCTCCTAAGATTTTATCTTCTAAATATATTTT +TATAAAATAAAAAGGCCACATAGTTTAAACTACATGACCTTTTATACCTAGGATAAAACA +AAAGGTCACATAGCTATTATCTATGTGACCACATTTATTGCATAATAACGTTAGCCATCA +TAGATACAAACTTTTGGGGTTTGTACCTATGATGTAAGACTATATATCATAAATACAAAC +CTATCTAAAATAGCTAAAGTAATAGAACTTATTAACTTTTAATAAATCTAGGTTTATATT +AGTATTCATTATTAAATCTCCTTTTAATTTCTTTCGTTTTGTTAACTTATTTATATTTGA +ATCTCGACCCCGATAGGGATTACAATAGTTTCACCACAAAACATATTCCCCCTATAGAAA +GGAGT +>MGYG000000001_88 +GAAATTACCGATCATTGTATCTAGTGAAAAAAATATAAATGAACTATTGGCTATTGATGA +GGCTATAGCTAGTAGGCTTATAGAAACTTCTAAAGGCTTTGTAATAGAGTTCAAAGGTAA +ACATCTTAATTATAGATTAGAAGGTGCTTAAAATGGAATATATTGAAGATTTTAAGCAAT +TATTAGAAATTATTAGAAATATATCTGGAGATAAGAGTGATGGATATATTTCTCTCAAAA +AAGCAATAGAACGATTAGAAAAAATAAAAAGAGGGGGAGCAAATGAAAAAGTTAAGAAAG +CTAAATAGGAGAATTAAAGAGTATTTAAGTAAAAAAGGATTAGATCCTGATGATTATCTT +GTAGAGAGACAAGGTATTAATGATGAATTTGGATATGAATATTTCCAAGTATTTAATTTA +AAAGAGAATAAGCTAGAAAGATATTATTATTAATATTTAAGGGGATTAAAATGAGTAAAG +CTGAGTTAGATAAATTAGTAGAGGATAATATGGGATTAGTACCATATATTATGCACAGGT +ATTTTAAACAATTTATACAAGAAAATAGATTTATAGCAGACGAACTTCTGCAAGAAGGTT +ATTATTGGCTAGTTAAGGCTAGTAAAGTTTATGATTCAAGTAAAGGTAAGTTTAGTACTA +TAGCGGGACTTTATATAAAAAGTGGAATGGTTAAATTTGTAGAAAGGTATTTCAGAAAGC +ACTATAGACCAAATGTTGTTAGTGCAAATATATTAATTTCAGATGATACTAAAGATGAAA +TAGAGTTATTAGATGTAATAGAAAGTAAAGAAAATATTCCAAGTGAGATGATTGCAATAA +TTGATGTAATTAAAAAGTCAAAAATAACTGAGATTGAAAAGATAATTACCTTAAGAGTAC +AAGGATATAGCCAAGCTGAGATAGGTAAAATTACTGATACTCAACAGACTTATATATCTA +AAAAAATAATAAACTTAAGAAATGAAATAAAAGCAGTTTAAAGGGGGAATGAAATATGAA +ACTACCATTCGTAAGTAGAAAAAAATATGATGCTATACAAAATAAGAATATAAAGTTGAT +AAAAGAGAAAGTAAATTTAGAATATGTGTTAGATGAACTAGATGCAGAGAATGAAGGTTT +ACTTAAAGATGTAATAAATCTAAAAGATGATTTAAAAGAAAAAGATAAGGAACTGGATTT +GGCTAAACAATATAATGACATAGCTACTAATAAAGTTTGTGAGCTTAATACTAAGTTAAT +AGCAGCAACAACCAGAAATGAAGAGCTAGAATCTAAAATAAAAGAATTAGAGTTTTGTTT +GAATGAAGTCAAGAAAGAAAATTACAATGCGGTTATAAGATTATCAAAGGATATTAGCGT +AGCAACTGTAATTAAAAATGTTTGCTGTGATAAAGCAAATGTTAAGTTTACAAAAGATAA +TATATTTGAATTAGCGACTAAGATAGGATAGACAACAAGAGAATAAGGAGTAGTTTTGCT +ATAAAACTAACTTCTTATTCTCAAATAATAATCAAATGAAAAGGAGAGTATAAAATGAAT +AAGGTTATTCTAAGTGGAAGATTAGTTGCAGATGCAGAACTTAAATATATAGCTGGTTCA +GGAACACCAAAAGGAACTTATAAGATAGCGGTAGATAGATCTTATAAAGATAAAGATGGA +AATAAGAAAACTGATTTTATACCATGTGAGCAATTAGGTAAGCATATGGAAAATCTAGTT +CAATATCTTACAAAAGGTAAACTAGTTGAAATAGATGGAGAATTACATATAGAAAATTGG +AAAGATGAAACTGGTAATTGGAAGAGCTTTACAAGTGTTAAGGTTGAAAAGTTAAACTTT +GTATCTGTAGGCAAAAAAGAAGAAAGTCAAAATAATAATCAACCAATATTTACACCTAAT +TTTGAACCAACAGGATTAGATCCACAAGGCTTCCAAGCAATAGACGATGATGACATACCA +TTCTGATAACAAGGGGGATATTATGATTAATAAAAAAGGCAAGAAAATAAAAGATACAAA +AGGATTTGGTGAAGATATTACGGTTTATAAACTAAATCAAAAAGAGTTAGAAGTGTATCT +TAAAAATATAGATAGCAGAGAAGGTCCTAGAAGAAAATAGGTACCAGAGGAAAAAAGATG +GGTTTTAATAGGAGGAGATTAAATGGCTGTATCAAGAAGTAGAAGAAGCCTTAAACGTAG +ATACAAGAAAGCAAGAGCTGAGTTCAGAGAAGAACTTAGAGAAATATTAAAAAATGATAG +AGCTTTAGGTATGGCTATATTTCTTACATATGTTTCAGAAAAACGTAGAATTCATATAAC +TAAAGTTTGGTACATATTAGGAACTAGACATAAAGAAGCATATAAAGATTACTGCAAAGA +ATTAATGGGAAGCAATTTATGCGTAAGTGATGATATTTTTAAAACTTTACATTTTAGTGG +ATATCAAGAATTAAGCAAAAAATACATAAGATTGATGCCGGAATGTTTTGCCATGGGAGA +AGCATTTGGATTAGCTAAAAAATGTGTAAACGGAAAATTATAGACTCCTGGATCTTATGG +TCCAGGAAATAAAAGAGGAGTTTTAATATGGAAGAATTTCAAGCGAAAGTAGGATTAGTA +GCAGAAGTTATAAAAGGATCACTTGAAAGTTTTAATTTATATATAGCGGTAGATCCTAAG +ACAGAGGAATTTATATTCATAGATAGAGATGCACTTGATAATAAAGGCTCAGGAAAAGTT +GCTAGAGTTAAAATGAATCAGATTAATGTTAGAAAATAGGTGGTGGAGATTATGAAAATA +GGACAAGAGATAACAGTAAAAGAAGATTTTAAGATAAATACAACTATTAGCGACAAGGTT +ATAACTGTAAAAAAAGATGATAAAGGATTTGTTGATAGTCAAGGCTTCTTGCATCTGACA +ACAGGAAATGGAAGAGGTAAAATAGTCAAAATAGATGATATAGAAGTTAGAGGATATGAC +CACGAAAACATAGCTAAAATGATATATAAAAGAATGAATAATGCATTTTTAATAGGATCA +ATTTTAGAAGATGAAGGATATGAAGTTGAAGATATTTTAGATGAAATAGAAGATGTTCTA +ACAGATATACTTTAGAAGTTAAAAGGGAGATTTTATATGGATATAGGTAAACTTAAAAGA +GCCAATGAATTAAAAAAAGAAATTCAAGAGTTAGATTCATTTATATTTTATGCTAGTAAA +GTATGGACTGGTAAACTTACTATAAAAGAAAAGGTTATGAGTTTTATAAGCAATGCTTAT +GGTGCATTTGAATCTAAAGAGTTTAAAATGGATACTCATATAAAAAATAGAGTATTAGAT +GTATTAATAGATTATAAAAATGAATTAGAAAAAGAATTTGAAGATATGTAAAGAAAACAA +TAATTTTAGTTTATGAGGGTAGAGCATTATAACTCATTCTCATATGATAATCAAATAAGG +AGATTGAGTATGAAAGTAAGTTTTACAATAGATGGTAAACCTCAAGGAAAAGGTAGACCT +AGATTAAGTTATGGAAGAATAAAGACACCAGATCAAACAGTAATGTATGAAAACTATATA +AAATTACTTTATAGAAGTAGCATTAAAACATATTTTGAAGGACCTATAAAGTTAATAATA +AAAGCATACTATCCAATAGCTAAAAGTGATAGTAAAAAGAAAAAAGAACAAAAGTTAAAT +GGAGATATAAGGCCATATAACATTAAGCTAGATATAGATAATGTAGTAAAAGTTATATGT +GATGCTCTTAATGAAATAGCTTACAAAGATGATACACAAATAGTTGAATTAGGGACCAGT +AAGTATTTTAGTGATAAACCTAGAGTGGAAGTTACAATAGAAAGTATTTAGAAAGTGGGG +GACTAATATGAGTAAAGACAAAAAAGAATTATTTAAAAAAGTTGAAGGTAGACTTCATAA +CTATAAAAATTTAGAAGTTCAAATAAGAAATTTAGAGTTAGATATTGAAAGAGAAAAGAA +TGATTATAGAGGTTGTGGAGCTATTGGATATGATGAAAAAACAGGAGTTACATATAACAT +ATCAAGAACTGTAGAAAATGAAGTTATAGCTAAAGAAAAAAGAATAGGAAATTTAATGCA +AACTAAATTAGAAAAAGAAATAGAAAAGAAAAAAATAGAAAATGCATTAACAACTTTAGA +TAGTAGAGAGACAGATCTGTTTAATCTACTTTATAACAGTAGAAGTAAAAACAATATGAA +CTATATAAGTATCAAGTTACATATTGATAGAAGTCATTGTTATAGGATGAGAGAAACTAT +AGTTTATAAAGTAATGAGCATTCTTTATCCGGATGTATTAAAAGAATTACCGTTATTAGA +GAATGTATAAAATATAATATTTATTTAAGGAGAGAAAGAAAATGAAATTAATGAGTATAA +AAAATGCTTACAAAATGATAGAAGATATATCTAATATATATGGGTTAGATGTAAATTTGA +CACATGGTGGAACTTACATAATGAAACTTGAAGAATTTAAAAAGAGAGTGGATGATATAG +TTTTAAAAAGAAGATTAGTAACAAATGAAGATGAATATAGTTGCATAACTATCAATGGAG +TTCCGATAATAGATGAATATGAATTATTAGATGCAAATACAATAAATATTCATATGCCTT +GTAAAGTGTTTAATATATCTAAATAAAATAATTTATTTATAATGAGATGAAAATGAGACA +CTTTTGAGACACTTTTGAGATTTTTTTGAGGGATAACGGTGAGATAATAGTAGTATAGAA +ATTTCTATTTCTCCCCCAATACCCCTATATATGAAAATACCAGGTTTCCCCGCCTGGTAT +TTTTATTTTTGTGAAAAGGTGATTTTATGAAAATTTATAAAGATATAGATGAAGTAATAA +AACCTACTGAAGTTCCTAGGGAACTTTGGAAATATGAAAAGGAAATGAAGAAGAAACCTA +AATTTGATAAAGTTAAAATAAATAAAAGAAATTTAAATAAAAAAGAAGGAAAACCACGAA +TTAAGTAGAATTATATACTTGAAAGAGGGGTGATATTATGTCTAATGAAAAAATAACTAT +AGCTAATCAAAGAAACTTAAATGATGTAGCTACAGAATTAACTTTGAAGTATATGGAAAG +CCATTCTTTAAATGTAGAGAAGATTGTAGAAGTATACAAAGCTTTTTATAAGGCGGCTGT +TGAAGCTTGGAATGGCGAATACTAATAATTATAAAGAACTCTAGAATAGGTTCTAGTGTT +GCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTC +AATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_89 +TAATAGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATG +AATATAAAGTGTTGCACTTATATTGACAATCTATCTTATAAAAAATATATTATATATACT +TATTGAGCTAATATATTAGCTAAATTCTTGTATCCTCGTGATAATGTATTAGCTATATTC +TTAGTTTTGATTTTTGAGATTCTGATTTACTCTCTAAATAACTTATATCATCAATATTAT +AAGGTGTATTTTGATAAACACAGTAATTCAGCCAATTTCCAAATACTACATTTGCACTTT +CTCTCCAGGTTACTAATGGATTTGAATTTATATCATCATTATTAAAGTAATGTCTAGGTA +CTTCAATTTCCAGTCCCTTATTTAAATCTCTAAGATATTCATTCTTTAAAGTGTCTCTAT +CGTACTCTAAGTGACCTGTAATAAATATTTGTCTTCTATTTTTATTTGCTACAATAAATA +CTCCAGCTTCTTCAGATTCTGATAATATATCTAGATCCTCTACTTTTTCAATATCTTCTC +TTTTTATTTCTGTATGTCTTGAGTGTGGTGCATAAAATACATCATTTAATCCCCTAGTTA +AATTATCATTTACATAGTTATTCCAGTGTTTATATACCCCGAATAGCTTTTTATCCAAGA +TGTACTTTGGAATATCATAATGGTGATAAAGAGCTGCCTGTGCTCCCCAACAAATATGAA +TCGTAGAAAATACATTAGATTTAGTCCAATCCATAATACCTTTTAGCTCTTCCCAGTATT +CAACCTCTTCAAAATCTAGATGTTCAACTGGAGCACCTGTTATAATTAAACCATCAAATT +TTTGGTCTTTAACATCATCTATACATCTATAAAATTTTTCTAAATGCTCTATTGGAGTAT +GACTTCCTATATAACTTTTAGTTTGAAGTAATGTTATTTCCACTTGAAGCGGTGTATTTG +ATAAATATCTTAAAAGTTGATTTTCAGCTTGGATTTTAATAGGCATAAGATTTAGGATCG +CTATTTTTAATGGTCTGATGTCTTGTGTATTTGCTCTTTCTGTATTCATTACAAATATAT +TTCCATTTGATAGTACATCAAATGCTGGTAATTCTTTATGTATTTTTATAGGCATACCAA +TCCCCCCTTTTATCTCTGTTTTCCCTATTCCACTTTGAAATTAATTATAGCATAATAATA +AGACAATTGAATTAAGTTTAATTTCAATACCTGTGTTTAAATTAACTAAGCATTATTACC +ATCTTACGACATAATTAGCAATGTGAAACTTTTATTTTTATTTTTTAATAAAATTGTTAT +ATTTTTTTTAAATTTTAATATACATATATATAATCTATTTAATTTATAAAAATTAATTTC +ATATGAATTTTATTTTTTTAAGTAGATATCTGTGAGAATATCTTAAAAATATAAGCTTAA +TATCATATACAAAATCTACTATAAGGAGGGTAAAATAAATGAATGATTATATATTAGTTC +AACTTGAATATATAGTTAGAGTCCTGGTTGCTGGTTTTTGTGGAGCTATGATCGGATATG +AAAGAAAAAACAAATTAAAAGAAGCTGGAATTAGAACACATTTTATAGTTGCTCTTACAT +CAGCACTTATAATAATTATTTCTAAATATGGATTTTATGATATCATAGGTACTCCAGGTA +TAGGACTTGATCCTGCCCGTGTTGCTGCACAAGTTGTTAGTGGTGTTGGCTTTTTGGGAG +CAGGTTTAATATTTGTTAGAAATCAATCAATAAGTGGCCTTACTACAGCTGCAGGTATGT +GGGCTACAGCAGGTATAGGTCTTGCGATAGGTTGTGGGTTATACTTACTTGGAATTGTTT +CAAGTATTATTATACTTATTGCTCAATTTTTGCTTCATAGAAGCAGATGGTGGATAAGAC +TTCCTATAGCTGAACAACTGCTTATTAAAATTCGTAATACTGATGATTCTGTAACATATA +TTGAAGAAAAACTAAAAAATGATAGAATTGATATTATAAATATGAAAGTTAATAATCTTG +ATGAATTTTTTCTCGAAGTAACCATCTATGCTAAACTGCCTAAAGGTTATAATAAAACAA +ACTTAATAAAACTATTTAATGATAATCCTCTTATAAAATCCTTAGAAGTATAATAAAAAA +GTAAGCCTTTATAATATATAATGGCTTACTTTTTTATAGCATAAATATTTATCATTTAAA +TAGCTCTATAATTTATCATCAATATCACGAATTTCATTTATATTTTCTATTATCATACTT +ATATGATAGTTATAAACTGGGCTTATGTCTTCTTTTACCTCTATATCACTAGCCAATTCA +TAATATAAATTTTTAGATTTAATATAATTCTCTTCGTTTATATAACACTTATCTTTCATA +TGTCCTAAAACTTGAAGATGCATATATATTTGCTTACATGTATTTATTATTCTATTTATT +TCTTTATCATCAATTTCATCATTCCTATATTCTAGTTCATCTAAAAAGTTTTTATATAAT +CCCTCTAGTTTTGTAATTTCATTTTGTAAAGATGAGATATCTATATCTGCACCCATTTCG +ATTTCTTTCTTCAGTAATTTTATGGATGTATTTTCTATTACTTTAATTTCATTGTGTATT +CTACCTAAGTAGTCAGGTCTATAGATGAGATAATTTACACCTATTCCTATCAAAACACCG +ATGGAAGTATCTATTATCCTGTGTACAGAATAATAAACAGGGTCAGCTGTACCTATACCC +AAATGTATTGCACAATATACTACACAAGCTATTGTTATAGACTTATTTATTTTTATTAAA +TTACAAATATATATAGTTGTAATTATACCTAAACAAGATAATATTGGATTCCCTGGTCCT +ATAAGTGCAAACAAAAATCCTATTAATCCACCCACAAATGTACCTTTCAGCCTATTTAGA +CCTACCGTAAAAGAACCTTTAACCGTAGTCTGCATACATACTACGCAAGCTATTGCTGCA +TAAAATGTTTTATCAACTAAATTAAAATTTAGATATCCCAACAAAACACATAGCATTACC +CCTATGCCAGTTTTTATTGTCCTCATTCCAGGTTTATGTAACTTCAAAGCTCTTCCCCCC +TATCATTTATAACTATAACACAATCTAAATTAGCTTGCTTATTGTATAATATCTTTGATA +ATTAAAAATTCAGTTCTACTGAGTAACTTGTTGGCGAAACATTTCAGGTTTGATGATTTA +GATTATAAAAAAAGCTAGATTTTATGAAGTGCACTCTGTCTATTTAACAGTAAACATATC +ATCACTCTAGCTTTTTTATATTAATATTATTCTTCTGTATTATCGTCTTTATTTATATCT +GAATCTAAATTTTCTTTTTTATTCTTTTTTCTTATCACAACTACTATACCTACAATAACT +GCTATAACTAGCACTATAGCTATTACTATATTTATTATATTTGGAGCTTTCATGGTAGCA +TTTATACTGCCTATGTTTGATAAATTATAATCCCAATTATAAACGTACTTCTCATTCTCT +TCTGTTACACTTGTTGCGTTGCTCTCTTCTAGTTCTATAGGAGTCTTTATATGTATTCCT +ACATTAGCTGAACCACCTACAAATGCTAACATACTTTTTTCTTCAGCAGATAATTCACCT +AACATGGCATCTTTTAAGTTTAAATTCACTTTATATGTATTTGTAAATAATCCTTTTTCT +TCAGTTAAATTTACATATTTATCATAATCAAAATTACTATCTAAGCTACCAGATGCATCT +TCATTAATTTCTGATAAGTCTTCTTTTTTCGTTGTTAATTTATATCCGTATTTACCTTCT +TCTTCTATTATTTCAACTTTTTCATACTCTTTTTCTAAGGCTGCTATTTCTTCCTGAGTT +AGTTTGTTCATCATTTCATCTGGTGCAACCATCTCAATTATCATTCTTCCAGTTCCATCT +TTATCCATATCTAGCGTTATGTCTGCGTCAATACATCCTACTAGCATTAGCATAAACATC +ATCATTATTGAAAGTATAATTCCTTTTTTCATTTTTATATTAGTCCTCCCTCAATTTTTA +AAGCTTAAAAGTAGCTTTAGTATAAGTGTTTTACTTATTTTTCTATGTTTCTATGCCTTA +CTATAATACATCATTTCATTTGTCGTATATTGTAACAATCTGTGTTTTATATTAATATTT +TGTATTTTATAAAAAATGACCATAAATAAGTAACCTTAAAGCAAAAACTGTTCATAAAAA +TGTACTTTAATTTTTATGAACAGTTTTAATTATATTATTAATACTTTCATATATCTTATT +AACTAAATTAAATATGCCTATGAAAAAATATGTTTTATTGAACACTTCAAAGAGCATTAA +ACATTAATGTGCTTAGCCCTTAATATATCTGTACTTAAAATTCTTTTTTAAATATACCAT +GTCAATTAATTGTTTTTTACATTCATAAATTGGATTGTCATAATTATCTATAAAAAAATT +CTTAATCCTATGAGACTCTATAAATCCACACTTTAAATAAAAAGGTATAGTTAAAGGACT +ATCTCCTGTTCCTACATACATAGTGTCACAATCATTTTTAAAGTATTCAAAGATATACTC +AACTAATTTCTTTCCATATCCTTGGCCATAAAACTCTTTATAAATAGCAATATTTTTTAG +TTCATAAGTCCTCTCATCTTCTTTAGTAACTACACAAATTCCTTTTAAACTATCATCATA +TATTGCAAACATAATGCCTTTTTCAAGGTATTTATCAATCATACTTTCTTGTTCATCTGC +TAATAGTAGTAAATCTAAATAGTCTTTTTTATTTTCTTTTATCATTTCTATTTTCATTTT +AAAACTCCCTAATGTAAAATATGTACTGGTATGAAGTAATCTAAATGTCAAATTTCTATT +TCTCTATATTGTACAACAAATGTTAGCTTAATTATATTGAAGCTTAAAATTTAGTAATAT +AATCACGATAACAGATATTATCATGATCATATTATACAGATTAACTGCTGTATAAGTCAG +TTTTAGCTATACAATAAAAGCACCTCATTTCTAAGATGCTTTTATTACTTTATATATCTT +TGTTGTAATTAATTATAATAAAAAAAGACACACGATGTTCTAGTGTTGCATCTAGTTAAT +ATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAA +TGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_90 +TAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAAT +ATAAAGTGTTGCACTTATATTGACAATCTATCATTTATAAACAATATAAAACTACCTATA +TAATATTTTCTATTTTTATATAGGTAGTTTTTCTATTATTTCACAACACTTAAACTTATA +TTTCCATCATATACACTATTTTCATTATTTTCAATATTTCCTTTTACTGCATATAAAGTT +TTCTTACTATTTCTATCTACTATGTATAAATATGATGTTGTAATAGGTCTACTATCCCAA +GACGCTTCTGTATCTTTTTGAGTTTCAATAGATATAAATAACTTATTATCTATGCACCTA +ATATTCTCTATAGTATATGACATACTATTAGTATTTTTAATGCTATCATCAAATTCTAAT +GAGTATGCTATTTCTTTATTAACTATTTTTTTCGTATTTAAGTCAACTTCCATTTCACGT +ATTTCGAATTTTTCGCCTCCAATATAATCGTATATAAAGTAAGCTTTATCATCTATTAAA +TAATATTTGAATATGTTCCATAATCCATCTAATTCTTCCTCTTCATTAGATTCTCCATCT +TTACCTAACTCTATAGTTTCAAACTTTCTAGTTTTTAAGCTAAATGATAATAATTGAGTT +TCTCTTTTAACCTCATATTTATCATTTTTACTATATAATGTATTTACAAAGTATGCCGTA +TCATCTTTTGCAAATGCAGCATTATATCCGATTGCTGACTCTCCATCTTTACTAAGTGAT +TTAGTTAATATATTCTCTGAACTTTCATTTTCTAAATCTAATTTGTATACATATATTCTT +GATTCTTCAATTTGATTTTCATAGGTATTAATATTATTATAATTTTCTATATCTACTCCA +ACAACTATATATAAATTATCTTCATATCTAATAGGAACAGTATTTGTTGATATCCCATTA +TCTCCACTATTTTTAAAATATGTATCCAGCGGTATAGTATACTCTGTAAGTTTTCCTGTT +TCGATATTTTCCTCCATTACTGTCGCTACTATCTCTAATTTTTCATCATTAGAAGTTTCA +TTTGTATAATGTATACCTACACTTACTACTCCAACATAATTATCATACTGATACGTTCCT +ACAATTCCTTGTGAATAATTCAACATATCCTCATTAGTTATTAAATCTTGTGCATCACTA +AATCTATTCGGTGTAGTTACGGCAAAATTATCTTTGCTAATTCCATCTTTACTTATTGTG +GTTTTTGTTGTCTTATATGAATTTTGCACATTTTGGAAAATTATATTTACATCCTCTAAT +GCAGATTTGCTACCTTTTAATTCTTCAATTTTAATTTTTTCTTTATCGTTTATCCACATA +AAAATGCTTAAACCTATCATTGTTATTATTGAACCTGCAAGAATCATTCTTGATAATTTT +AATTTCATATATATTCACCCCCTAAAGATATATCTTTTTATTTAAAAGCTTATATGATAT +TCCCATTGATACTAACGCTGTAATTAGATAACATACGGTTTGATACATTAACAATTGACC +GCTGTGTGATTTATAAGCTATCACATATAAGTTAATCATACAAAAAATAACTATATATCC +TATTCCAAGTAGTATACCTACTTTTCTAAATGACTTTTGAATTATTATTCCTGTAAATAT +AATAATTACCGAAATTATTATACCTATTATATTTATCATAATGAATGAAATACCATCAAA +TTGCATAAATCCTAGTAAACTAAACGATAATCTCCCTTGCAAAATATCTATAATTTGACT +TAATGTTACTGGTGTTAATGAAGTTACTACAAATGCAGATATTATCCAAGATAAAAATTG +CACAATTATTACTCCATATATAAGAAATACAATAGTAATTAATTTTGCTATATACATATC +AAATTTATTATTTGGTAACATAAAAAGTGTGTATGCAGTTTTGCTTTTTCCTACAAAATC +TCTATACCAAATTACAAATGCATAAAGTAAACATATAACAATTGCAACTATAAAGGCCAT +ACACATAATAGTAAATATATCACCCATCACATCTTCCCTTATAATTCTAGCTGATGATGC +TTTTTGTAAAATTTTAATACTCTTATTAGTTCCAAGCCTTGCAGATACTTTAAACACTAC +ATTAATTAACCCTGCTACTACTACACATACATTAAAAGCAATAAATGCAAAAAGCATACT +AAAATATAATTTATATATTCTCTTAAACTCTATATCATATAAAGTTAATATTTTATTCAC +CCCTATATACCTCCCTCATTTTATCTACGATTGACATTCCTTCTTTTTCTCTTGCTTCTT +CAACATTAAATTCACATACTAATTTCCCATTATTTATAAGTATTACATCATCTACAATCA +TTTCTATTTCTGGTATTTCATGAGTTGTAATTACTATACTTTGTTCATCAGTCATATATC +TTACCATCATTTTTATGATTTCTTCTCTTTTAAATATATCAATACCAGAGAATGGCTCAT +CTAGTAAAATATATTTTGATTCTTGAGCAAAACCTAAGATTATTTTTATTCTTGCTCTAT +TTCCTTTTGATAAATCAGATATTTTTTATCATCCGTTATATCAAAGTTCTTAAGCATTTC +ATAAGCTTTTTCATTATTCCAATGTTTATAAAATACGCTCATAAATTCAAATGTTTCTTT +TATATTTAGCTGTGGAAAATGTATATCTATATCTGGAACAAAAGCTAATTTATCATATAT +TTTGTTACTTATAGCTTCTCCATCTATTAATATTTCTCCCTTATCTAACTTTACTAGACC +TGATATAGCCTTTAGTATTGTGGATTTTCCTACTCCGTTTGTTCCTAATATACATGTTAT +TTTTCCTTCATGTATATTAAATGATATATTATCAAGAGCTTTTGTTCTTTTATATCTCTT +TACAACATTTTTTACCTCTATCATAAAGTCCCCCTAGTATCTATCATTTATAATTTTTAT +AATTTCTTCTTTATCTACATTTATAGCTTTCATACTTTCTATAAATAACTCCATAGATTC +ATCAATTAAATTTTGTTTTATATCGTTTATTATATTTGCATCAGTTGTTATTGTACTTTG +ATAATTTCTCGCTGTATTTATAATCCCCATATCCTCCATCTCCTTATATGCTTTTTGAAC +AGTATTTGGATTTACTTTTATACTTACTGCCATTTCTCGTCTTGATGGAATTGCATCCCC +AGGACTTAAATTTCCATTAACCACCTGTTGTTTCATGTATCTAACTATTTGAATATATAC +AGGTTCTCTGTCATTAGGTATAAAATTCATTATTTCACCTCCGTATCACTGTACTATATC +AGTAGTACACTCTATAAGTGTATTATAATCATAATACACTTATAATACAATACTTTTCTT +ATTTTATACTCTATCAAACAATAAAAATGCTCAGCATTATATTTAAATTTACTAACATGC +ACCGTCTATTTTGCTAATGTGAGTAAATTTATATTATTATACTGAGCATAAATTTTATAT +CTTATAGTTTAATTTACTTATTGAATCTCTCCTTCAATATTACCTTGTTGGGTATTTTCA +TTTCGTACATTACTTTGAGGTGCACTTTGCATATTACCTTTGTTTACACCTCTACCACCT +CTAGGCATTCCAATACTTCCTCCTGATGAAATTCCATCTTGAGTGATACTTGTTATACTA +CTTGATACTGTAGTACTTCCAATTTCAGTTCCCTTGCTATACGTTCCTCCTGAGTATAAT +CCATCACTCTGAGTTCCTGTTGAACTTCCTCCAACATAAACTTTATATGTTGAGTTAGAT +TTTATTTCTGGAGAAGATACCACAACAGATTGATAAGTTTTTGATGGTGCAAATGTTAAT +ACATTGTTTCCACTTTCATCTTCAACATGTATTATAGAATTAGCATCCTGCTGTGATACA +CTAATATTTAAAGAGTTTTGACTCGATGAATCACTAGGAGTTTGGACCATTCCTAGACTT +CCTGCTGTGATTAAAGTGCCTCCTGATATATTAAAGTTTCCATCATAATCTAATGCTCCA +TTTCCACCATTAGTTGGCCCATTTACGATAACAACGCCATCAGTCATTTCGATATTACCA +TTTGAATCTATTCCATCTCCATCTGCATCTACTACAATATATCCTCCTTTAATATTTATT +GCCCCATTACTATCAGAAGCAAAATTATTTTGACCTGGTCTACCATTTGTTGAAGAACTA +TCATTTCCTCCAGCTGCATTCATACCATCATCACTTGCTACTACATGTATTTTCCCATCA +TTAATAGTTATAACTTCACTTTCTATACCTTCATATGATTTAGTTACATTTATATTCCCA +CCATTAATTTCTAAAGTAGAATCTGAATGTATTCCATCATCTCCAGAAGACAGATTTATA +GTACCACTATTTATCACTAAACTGTCATTTGAATGAATTGAGTCATCTGATGAGTCTATA +TCAATAGTCCCTCCATCTATAGTTATGTTTACACCTGCTTTAATCCCCTTTGCACTAGTT +GACTCTTCAGATATATCTGTATTTTCTATCGTAGTAGTTTGCTCGTTTGGTCCTTTAGGT +ATCTGATCTGGTCTTCCTCCCCAGTTACCCCATTCTTGATTGTTTTTATCACTACTACTA +TTGGCACTTCCTCCTCCAGAAGAAATTTTTATATCTCCAGTCTTGATTAAAGTATTAGTT +TCACCCTGTATTCCATCTTGACCTGCTGTAATATCTAGCTTTCCACCTTCTATGGATACA +TATCCTTTTGATGTATCTTCAGTGTTGTTGGATTTAATTCCATCTCCACCTGCATTTATA +GTTATGTTTCCTCCAGTCACAACTACAGAGTCCTTACCTCTTAATGCATCTCCAACTGAA +GTAACATTTATATTACCATCTTGTATTACTAAATCATCCTTACTTACAATAGCTCTATCA +TAATTTCCACTTACCTCTAAAGATCCTGTTCCTATGAAAGTTAAATCTTCTTTACTAAAT +ATAGCTGCATTAGGCTCGTCCGTAGTTTCATCTTCAAAAACATACTCTGAACCATTCTAG +TGTTGCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAAC +GCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACCTTAT +AAA +>MGYG000000001_91 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCATTTCTTTTATAAAAATAAGTATATTCAGATAATTTAGATTTGTCAATAAAA +AATATGAAAATTAATGAAAAAGCATTAGGGTCAGAGGCCTTGAAAATATTATAAAAATTA +TTTTTATTAGATTTTATTTTCTCCATAAGTTCTCCATATTTTTAACATATAATGAAAATA +AATAAAGAGAAAGGGTGTGATTTATATGGACAGCGATCCTCTACTGAAAACAAAAAATAA +TAAAGTTAAACAAATAGAGTTCATATACTTCACAAAACTTTTCAAGTTATGATATGAACT +CTATAGTAATGGGATAGGTATTCTTGATGAAGATAGAGAGTTTATATTTGAAAGGTTTTA +TAGAACAGATAAGTCTAGGGAGAAAGAAACTGGAGGCATAGGTATAGGACTTACTATATC +AAAGAGTATAGTAAATGCTCATAATGGAGAAATATTTGTGAATAGTAAACTTAATGAAGG +AACAGAGTTTATTATAAAACTACCCAAATTATAAATAGTAAATATAAATTTACAAATAAT +AATCATAATGATTGTAAGTAGAGATAATTATTATTTGTATAAAGGAGAAATTTATAATGG +GTAAATTAGATGGTAAAGTTGCATTGGTGACTTCTGGTACAAGAGGGATTGGACTTCAAT +CAGTTAAAACTTTAGCTGAAAATGGAGCAATTGTATATATAGGTGCAAGAAGATTAGATG +CAGCTCAAGAGATTTGCGATGAGTTAGAAAAATCAAATTATAAAGCAAAGGCAGTATATT +TTGATGCAACTAAAGAAGAAACTTATAAAACTATGGTCGAAGAAGTTGTTAATGATGCAG +GGAAAATCGATATATTAGTGAATAATTATGGAGGAACAGATGCTAGAAAAGATAGTAACT +TAGTGGATGGAGACCAAGAAACTTTTTTTGAAACGCTAAATAATAATGTAAAAAGTGTAT +ATATACCTTGTAAAATAGCAGTGCCATATATGGAAAAAAATGGAGGAGGTAGTATAGTAA +ATATTTCATCAATAGGGTCTATACTACCTGACTTATCAAGAATAGGGTATTGTGTATCAA +AAGCTGCGGTAAATTCACTTACTGAAAATATTGCAGTTCAATATGCAAGATCTAATATAA +GATGTAACGCTATCTTACCTGGGCTTATAGCAACGGATGCAGCATTACAAAATATGTCTC +AAGAATTTATAGATGTATTTTTAAAACATGTTCCTCTTAAGAGATTTGGACAACCTAAGG +ATATAGCAGAAGCTGTACTTTTTTTAGCTAGTGATGATTCATCATTTATTACAGGAGAGA +TTTTATCTGTTGCAGGTGGATACGGAGAACCATCACCTATGTATGGGGATGATGTTAGTA +AATAACAATAAAGTGAGGCACAATATGGAAAAAGTAGTAACAGTATCTTCTAATACTTTA +AAACAATCCATAAAAGTTAAAGATATTTTAACCAAAAAACTAACTGAAGCTGGATATTAT +GTAAGCAACAAAATAGAAAAAAATACAGAACTATTAATATCTATAGGTGGAGATGGATCT +TTCTTAAAAACTATTCATAGATTTAATTTTGTAGAGGTACCTGTTATAGCTATAAATACA +GGACATTTAGGTTTTTTTGCAGAATTATCGCCTAATCAAATTGATGATTTTATTAACGCT +TATATTAATGATAAGTACTTTATTCAGCAAGTTAGACCGCTAGAAGCTACTATATGCACA +AAAGGTCAATGTATAGATATAACTGCTATAAATGAAATTGTTATAAAAAATATAAAATCA +AGAACAGTACATTTAGATTTAAAGGTAAATGGTATAAAAATAGAAAGTTTTAGTGGAGAT +GGAATGTTAATATCTACTCCAATAGGATCTACTGCATATAACTATTCTGCAGGAGGAAGT +ATTGTTGATCCAGAGCTTAATTTACTTCAATTAACACCGATTGCTCCAATGAATACTAAT +GCATATAGATCATTTACATCAAGTATTATTTTGCCTACAACATCAGTAATAACAATATCT +CCAGAATATGATTTTGAAAATTCAATATTAATAGTAATAGATGGTACACAATATAAGTTT +ACTCATATTGATGAGGTAAGAGTCTTTAAGTCTGATAAAAAGATTCATCTACTAAGACTA +GAGGGATATGAATTTTGGAATAGAGTTTCAGAAAAATTTTTATAATAAACAAATAGAAAA +TGGAAAAGCACCTATCAAAGATAGGTGCTTTTATTTGGGCTAGCGTAATACTTATACTAA +ATATAAGTTCCCACTAATATTTAGTATAATATAAAATAAATTTTATGTAAAGATAAATCT +ATAGACGAACTATAATAAAAATTAAATATTTAAGGAATTAATAATATTATAATTTATATT +TTTTTCATAATAAATTTACATTAAATTCATATACCAGTAGTATCATATAATTAAAGAAAA +GGAAATTACATAAATTAGCAAATACCCTTATTAACATAGATTTAATAGTAGTTCTCCCTC +AAAATTTACTACTATTATAGAATCAGAAGCTGTACAGAATATTTATATATATTTTGTACA +GCTTTTTTGCTATACTTACTAATATGCTTAGAGATTAGAACTTTATATTAAAAAATTCTG +TGATAATATCACAGAATTTATATTCTATTTATTATAAAATATAGATATAAATGAACTATA +AAAAAATCATTGAAAGGGTGTATGAAATGACAAAACCAGCAATATATCATAGCCAAGGTT +ATACTTGTGCAGAATCATTAATAAAATCTTATAATGAAGAACATGACACAGATATTCCAG +TATCAATAGGTAGTGGAATGGGTGTAGGAATGACTGTTGGAAGTTTATGTGGAGCTGTAA +ATGCAGCTATAGTTATAATAGGATATATAAAAGGTAGAGATAGTCAGTTAAGTCAAAATG +AAGCTAGAAAATATTCTAAAGAATTAATGACGAGAATTAGAGAAAAATATAATTCTGAGT +TATGTCTAGATTTAAAAAGAAGTAAAATTGGATGTGATGAGATAATAAATTTCACATATG +ACGCTTTAAATGAAGTGTTAGGCTATTAATATTAATAAAAAAGTATTTCAATATTGTATT +AAGATATTGAGATACTTTTTTTATTATGAAAATTTAAGTAAAAATATATAAACATGGCAA +TAATCATATTATGAAAAAAATAAGAATAGTACAATACTTGATAATAGTTTTAATGGTAGT +TTTTGTTGGATGCAATAAGTCTAGACATGAGGCTATAAAGGAAGCTATAAAGGAAATGAC +ACTGCAAGAAAAAATAGGTCAAATGTTATTAGTTGGATTTAACGGAACTTCTGTAAATGA +TGAGTTAAATAGACTAATTGAAGATGAAAAGGTAGGAGGTTTAATATTATTTAAAGGAAA +TATAGAGACATCTTCACAATTAAAATCCTTAGTAGAAGACATTGATAAATTAAATGCAAA +TATTCCATTATTTATATCTATTGATGAAGAAGGTGGCAGAGTTAGTAGACTTCCAGATGA +TACAAATAAATTTCCAAGCGCTTCTGAAATTGGGTCCAAAGATGATGAAGGATACGCTTA +TGAGAATGGAATAAAAATGGGGAAGTTACTAAGTAGTTATGGTATCAATATGGATTTTGC +ACCTGTACTAGATATTTATAGCAATACTAAAAATACAGTGATAGGAGATAGAGCTTTTGG +AAATAATGAAGAAATTGTATCAACTATGGGAATAGCAATGATGAAAGGATTACAGGATGA +AAATATAATAGCTTGCGTAAAACACTTCCCAGGACATGGAGATACTGAGGTAGATTCACA +TATAGGCTTACCAATAGTATACAAAACCTTAAAAGAACTTGAAAAATTTGAATTTATACC +TTTTAAAAAAGCAATAGAAAGTAATTGTGATGTGGTAATGGTATCACATATTGTTTTAAA +TGAAATTGATAGCAAAAATCCTTCTTCATTATCTAAAACTGTAATAAGTGGTTTGCTTAG +AGAAAATTTAGGATTTGACAAGGTTGTAATAACTGATGATATGAATATGTCAGCTATAAC +GAACACTATAAGTGTTGAGAAAGCGAGCATAGAAAGTATAAAAGCCGGAAGTGATATTAT +TTTAATAGGAGGAGGATTAGAGACAATAACATCTGTTATTAGAGAAATTGAGTCAGCTAT +AAAAAATGGAGATTTAAGTGAAGATAGAATAGATGAAAGTGTTTATAGAATTTTAGAATT +AAAAAGTAAATATTTGCAGCTAAAGTAAGTATTTTAAGATTGATTTAAGGTACGATTGCT +ACTATATTTTAAAACGAAGATTTTATTTTAAGTAAAAATAATTTTGAACTTATTAGTAAA +TAAGAAGTAATTCATAAGCTTAATATATTAGATTAAGCGAAGTTAATAATTATAGTAGGA +GGAATAGACATGAATAAAAGACTTATATCAATCATATCGATATTTTCTTTATGTGTAGCA +ATGACAGGATGTTCAAATAAAAATAATGATTCATCTAGTAATTCTACAGAGAATTCACAA +ATAACAACAACCTCACCAAAGAGTGAATCAATAGGAGAGATAGACATATATATAAAGCTA +TCAGATAATAATACAACAGTAGATGGTGAAGGGGTGACTGCTGAAAATAACACTATTACT +ATTACAAATGCAGGAACTTATAGTATAAGTGGGAGTTTAAGCGATGGGCAAGTAATAATT +AATACTAATAAAGAAGAAAAAACATATATTCTTTTAGATGGTGCTAATATTACATGCTCT +AATAGTGCAGCGATTAATGTTATAAGCTCTAAAAAAACGGTTATTTCTTTAGCAGATGGA +ACAAAAAATTATATAAGAGATGGTTCAGAGTTCTAGTGTTGCATCTAGTTAATATTTGCA +ACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGT +AACGACAAATCCATCCAA +>MGYG000000001_92 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATAAAGAAAAA +CATCTCAATAATAATATTATTAAAGAGATGTTTTATCTATTTACTTTACCTACATTCCAA +TATGTTACCTAAACTTCAATAATAGTTTCATCTATAAATTTAAAATCTAAATCTGTTCTT +TTTAAATCTTCTATAAGTTTTAACATCGCTTTATCTTTCTTTTTAGCTTCTATCATCACA +TCCATATCTCTATTTACTTTAGATTTAACCAGTTTAATAAAATTTGCAAAATTATCTGCA +TCTATATAATCTGCATGTTTCCTATCATTTTCAAATTCTTTTGGAGTTGAAAAATGTAAC +TTAGGTGGAATGCTTTCGTCATTCCAGGTGTTAAATATCTCTTCTAATAAATCACCTATA +TCTTCACCCTCATTTTTACAATTGTGATGATGGATATCTAAAACCATTGGCACTTTAAGA +GCTTTACAAATTTGCAAAACATCTTTTGCCGTAAATACTTTATCATCATTTTCTAGGATT +AATCTTTCTTGTATTCTCCTAGGAAAATTATTAAAATTTCTTATAAACCTCTTTATACTT +TCTTCTTTGCCACCTTGAGAACTACCTATGTGTATAACCATTTTACCCAACTTATAATCC +ATAAGTTCAAATATATCTACACTGTTACTTAGATTAATTAATGTGCTTTGTATTACACTT +TCTCTCGTACTATTTATCACATTAAAATGGTCCGGATGGCTATCAATCCTCATGTTACTT +TTCTTTATAATATTTCCTAAATTTAAAAAATCTTGTCTAAAATACTTTTTATAATCCCAC +ATAACATCTGGATGAGTTGCTAGAGGAATTAAGTTAGAAGTTATTCTATAAAAATGAATA +TTATGATCAATATTATACTTTAATATTTTTTCTAGAGCCTCCAAATTTGAATAAGTAACT +TCTTTTAATTTTTTTAACTTTTCTTCTTCTGAGTTTATTTTAGAATATCTAGAATATGTT +ACTGTACTTGAAGATGTTACTTTATCCAGATTTAATGCAATTGCCACGTATCCTAATCTA +ACTCTCATACTTGTGCTCCTTATCATTATCTTTGCTTTATTTAAAAAAATTGTGTACTTT +TATACCTAAATAAACTACTATTTAGGTAAACTTATTTTAAAAATAGTAAATTAAATTTTA +AGTGTATAATTTGCATATACAAAAGGGGGGGATAATTTATGGAAACTTGTAATAAAATAG +TTAGAAATAATATACCTAATATTTTAGAAGAACTAGGTGAAAAATTCGATATAGAACTGC +TAGATAGTGATAAAGGATTAGAATTTCTTTATCTAAGTCTAATTTCAACAATATATGATA +GCTTTGAAAATAAATCCTTAGATCATATTTCAGAAGCAATAGAGTTACTTATGACAATAG +CTAAAGAGTATGGATATACTGAAAAAAATATTATTGACCAGAGAAATAAAACAAATAAAG +AAAACGGTGATTTTTCTAAAAAAATATTATTAAAAAATAGGTACTAATATAATTTAAATT +TTGATAAATTATATTGATATGGTAATATCATTAAAATTAGATTGCATTATAGTTATAATT +ATAACTATAATGCAATTTTTCTTATCCAATCTATTTATATATATTTTTAGCTTTTGCCGC +TTCTCTACTAGCTCCATAATTATATATTTCTGGATCTCTTTGATAACTTCCATCTTTAAT +TTTTTCTTTAAACTCTTCAGCAGAAGGATTTAAGTTTTTAAAGTAATTATTTTGTGTTGA +GTAAATACTTTTTTTATGTGGATTCTTTATTTCCATAAGAAAACTCCTTTCTTTCTCTTT +ATAAATATTTTCTCTTATAAACGGTTACATATTCATTCTAATTTTTGTATTTATTATTTT +TATAATATTTTGGACTTACTATTGCATATAAAATATATATAGCTCTTTGCTTAAGACTAA +TAACTTTTTATAGTAAAGTAGGAGATAGTAGATTATGAAAATAAAAAGAAAAAAATTAAT +ATTAAATGCTTTATTACTTACAATTAGTACAATGACATTCGGAATAACAAACATGATTTT +TAGAGTATATTTATCTAATAAAATTGGTGCTGAAGGTATGGGGTTGTTTCAATTGATTAT +GAGTATAAATGCAGTTGCATCTACCTTGGCTATATCAGGAATAAGAGTAACCATTACTAG +ATTAGTTGCAGAAGAACTAGGAAAAGGAAACTATGGTAAAATTAGAAAACTAGTACATAA +AGGACTCATTTATTCCTTATTTTTCAGCAGTATTACATTTATAATTCTTTACAATGGAGC +AGAATTTATAAGTAATGTATGGATAAAAGACTCCAGAGCAATAATATCACTCAAAATTCT +CGCTTATAGCATGCCTTTCGTCAGTGCATCTTGCTGCTTCGCTGGATATTTCTATGGAGT +TAGAAACGTAATGAAAAGTGTCACTGCTGATTTAGTAGAAATTTTTACTATGATGATGAT +AATTTACATATTTATAAGCAGATTTTTACCAATAGGCCTTGAATATACTTGCGCTTTAAT +ATCAGTTGGTATGGCTGTTGGTTCTATGTTTTCTGCACTATATTCTTATATTTTATACAT +ATTCGAAAAAAAACAATCTTCTCATAGCTCATCACAAAAAAATAAATGTTCTATATTTGA +CATAGGATCTATTGCTTTCCCAATTGCTTGCAGTGCTTATGTACAAACATCTTTAAGAAC +AGCAGAAGATATACTTATTCCAAACGCACTTAGACAGTATGGTTCTTCATCTTCATATTC +TTTAGCTATATTTGGAATGATAAAAGGTATGGTTATGCCTATACTTAACTTTCCTTCTAT +CTTTTTAGCATCATTTTCTACACTTATTATTCCTGAAATAGCTGAATCAAGTGCCTTGAA +TAAAAATAAAATGGTTAACTATATAATTGCTAAAGTATTTAAATTCACTCTATTAATTGC +TTTATTCGCCACAGGATTATTTATGATTTTTTCTAAAGAATTAGGATTAGCTATATATAA +AAGCGAAGAGGTCGCATTTATGATGAGAATATTAGCACCACTAATTCCTTTAATGTATTT +AGATAGAATAGTTGATGGTAGCTTAAATGCTCTTAACCAACAAATTTATACTTTAAAATA +TAATCTTATGGATATGTCGCTTAGAATATTTATAATTTTAGGTATCATTCCTAAAAAGGG +AATTGAAGGTTTTATCTTAGTCCTTTTCGTAAGTACAATTTTTAATGCTTCTTTAAGTAT +AAATAGACTTTTAAAAGTTACAAAATTAGAATTTGAGATAATTGATTGGGTTATCAAACC +TATTATTTGCGTCACAATTTCTAGCTATATAACTAAATATTTATTCTCATTCTTTAATCT +AGAGTCATTAATATTTTTACAAGTTATAGTTGATTTAATTTTATATTTAATTTGTTTATT +TATTTTTAAATGTATTAGATTAAAAGATATTAGATGGTTTACTGATGCATTCAAAAAAGA +TATTAAGGCCGTCGACTGGCACAGTATTAATATTTATAAAAAACTTTAACTAAAAATAAA +AAAGTTGTTTGAAATGATTTTTATCATATCAAACAACTTTTTTTATTTAATCGTACTTAT +AAAGTTAATTATATCTTTCGCAGCTATGTCTATTTGTTCTTCTCTATTAATTATAGGAGA +ATCATCTCCTTTTTGCTCTCCATAATCTCCAAATTGAGAGTGATTAGCTCCTTCTATTTC +TACATAAGTAGTATCTTCTGGCAATTTTTCTTTTGATTTAATTAATTTTTCGAAATTAAC +TATACCATCCTTGCTTCCCCAAATAGAAAGTACTTCTTTGCCCATATTCTTTAACTCATC +CCCAATAGGATAAGATGATAATAATACCACTCCATCAACAGCAGTATTTTCACTTGCAAA +TTTAGCTGCCATTGTACCACCTAACGAATGTCCACCTACAACCCAATTTTTTATATTGCT +ATACTCATTTATTACCTTTTCTCCTCTATTATAAGAAAGTATTGCTAAGTTCATAGGCAT +CTTTACAATAACAACTTCATAACCTTGCTCAGCTATTTTTCTACATAATGGTGCATATGA +TTCAGGATCTACTTTTGCACCTGGATAAAAAATAAAACCTTTTGTAACTTCTATATTTTT +AGGTGTAAATGATATAAATTTATCTATTTTCACTTCTACTGTATTATCACTAATAAGCGC +TTCTTTTGCTAGTGCTTGAGGTTTATAACTATCATTTGCCCATATAAATAAACCAACGAT +TCCTATCACAATAATTCCAGTAATTATCTTTATCAAGTTATTATTTTTATTTTTCTCTTC +TTTAATAAGTTCTTCATTTTTTAACTCGTCGTAAAGTAAAGGCCTTTCTAGTTCCATTGT +TATACTAAAAGTATCATCTAAATCACGCCCTTTTGACTTTACATCATCTTTCATACGCTA +CCTCCCCAAAATCTAAATACATATTATAGTTTACCATATATGATTTATTTTTTCACCTTA +TAAAATATTTCAAATTTTTTACTTTTTTAATAAATAATTATATCTTTATACAAAAAAGAG +ACTAGTATCCATATTACTATATATAGAACTAATCCCTTTATTTTTATACTATTTTACTTA +ATTAATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAA +AAATAGACCAATAGTGACTAGT +>MGYG000000001_93 +CGACTCCTTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTATAATCCCTATCGGGG +TCGAGATTCAAATATAAATAAGTTAACAAAACGAATCTTTATATAGGGGGAAACATATGA +ATAATGAAGTAAAGAAATTAGAAGCTAATTTGCCTAGAAATTGCTGTGCATTTTGTACCC +ATCTTTCATTTGAAGGACCTAATGAGAACTACACTTACGATATAAAATGTATTATGTTAG +ATAAAGAACCCAAACCGGACGAGTACTGTGAATATTTCGAGCCTGAAAATACTAAACTTA +ATACCTTTGATTTAGATAATTTATACATAAACTTTCTTGAAACATGTCTTAGAGTTAGTT +ATGATGACTATTTATGCTCTATATATTGGAAACTCTTTAAAGAAAAGGTATTAAGTGAAT +ATAATTATAAATGCTCTATTTGCGGTTCAAGTAAAAATGTAAACGTTTATCATCTCAGAA +AAAATTTAGGAAGAGAAACACTAAATGATGTGATGGTAATGTGTGATGAGTGTTTACCTA +GATAAAGAATAAAAATCTCATAACTTCAAATAATAAATAAAGGAAATTTATTATTTAGGA +GGTTTTTATGTCAAATTTAAAATGTGCTGCCAAAAACTGTAGATATAATGTTAATAGAGA +TTGTTACGCTGGTGGAATAAGAGTTGATGGAGAAAATGCTACTACTACTTGCAATACTTG +GTGTGCTTCATTTGAAGCTAAAACACAATCATCAATGGAAAATTCTCTTAATGCAACAGA +TATAGTAAGTACTCAAAATATCGATTGTAAAGCTGTTAAATGTCATTATAATAAGGCACA +GCTATGTAGTGCTAACCTGGTAGAAATTAACGCTTCAAATACAAGTTGCGAAACTTTTAA +ATGCCATTAAAGTTATTATGAAAATTTTAATAGGTGAATGGATAAAAAATATATATCCAT +TCACCTATTTATTTTATATGCTCGCCACAAACTCCTTATATATATGAGCTTCTTCTTCCT +TTTTAAGCACCCTAAGAACTCCAAGAGTAAGTGCTTCTAATTCATTTTCCCCAGGTATTA +TTTCTACTTTACCTATGAAATTTACTCTTTTATTTATCATATTTGTCATAACCTTAGAAT +AAGCAACCCCTCCTGTAAGGATTATTGCATCTATATTACCATCGACTACAGTTGCTAACT +CTCCAATTCCTTTTGAAATTTGATATGCAAATGCCTCATATATTAATTTAGCATCTGAAT +TTCCGTTTTCAATCATTTTTTCAACTTCTCTAGTATCTGTTGTATTTAAATAAGAAAATA +TTCCACCCTTTCCTCTTATTATGGCATTAATATCTTTTTGAGTATATTTCCCAGAAAAAC +ATTCACTTATAACCTTTTTTAAAGGCAAACGTCCTGTTCTATTAGATGAAAAAGGACCTT +CATCGTCTGCAACAATATCTACAATTCTACCTTTTTCATGTAATTGGATGGTTATTCCGC +CACCTAAGTGAGCAACTATTAAATTTAAATCTTTATATTCTTTGTTTATACTATTTGAGT +ATTTTATTGCTGTTGCTCTACAATTTAACGTATGACCTACACAAATTCTATCCATTCCTT +TTAGGCCTGAAATTCTAGATATATCTGTAAATTCATCCACAGATACAGAATCATATATAT +ATGATTCTATATTTACTAACTTGCCTATTTCATAAGCTATAATTGCAGCCAAGTTGGATA +CATGTTCTATCACTGGTCTATTTTTTAATCTATCTATCATATCTTCATTAATCAAATAGG +CGCCTGATTTTACAGGTGGTAGTAATCCCCCTCTTGCTACTATGGCATTAATAGAGTTTA +TATCAATATTATTATCTTTTAGCTCTTTTAAAATTAAATTTTTTCTCATTCCATACTGTT +CATTTATTTCTTTATACTTATTAATTTCTTCAGCTTTATGAGTTATAGATCTAATAAAAA +TAGGAACTTCATTATCATATATAGATATCTTAGTAGATGTGGATCCTGGATTTATAGCCA +ATATTCTATAATGCATATATATCCCCTTCTCTTTTATCAATTAATTTTATTCCCTCATTA +AAGGCTTTTATATTTACATCAATAAACTTTGCTTTTACATTATTTCTTATAATTTCCTCC +CAGTCTATATCTTCTAAGTTCATTATTTTTACTACAGTTCCTAATAATATTACATTCATC +ACCTTTATATTTCCTATTTCACTTGCTTTGTCAAACGCATTTATAACTGTAGCACTTAGA +AGTTTTAATTCTTCATCTATTTCTTTTTCAGGATATATTTCTTTTCCAATTAATACAGTA +AGAGGATTAATTTTATAATTATTGACTATTAAATGACCTTCTGGCTTTAAGAATTTCAAC +CATCTAATAGCTTCCATTTTCTCAAAAGAAATTAATAAATCTGCTTCTCCTTCTTCTATA +ACAGGAGAGTATACCTTTTCACCATATCTAACATGTGTAGAAACTGAACCACCTCTTTGA +CTCATTCCATGTATTTCACTCATTTTTACATCAAATCCAGCTTTTACAAGTCCTGCTGTA +AGCAATTTACTTACAAGTATAGTCCCCTGTCCCCCAACACCAACTAAAAGAACACTCTTT +GTCATCTACATCTCCTCCTTAATTATGGCTTTTTTAGGACATACTTGTGAACAAACTTCA +CAACCTGCGCATTGAGTTTTATCTATAGATACTATCTTTTTCTCATTATTAAAAGATATT +GCTGGGCATCCTACTTTCATACATAACTTGCAACCTATACAGCTATCGCTATTTACCTTA +ACCTTATTTATAAAAGGTTTATCAAATTCTTCAATATCATGTTTTGATAATTTCTTTAGA +ACACACGGCCATCTTGTAATTATTACAGATGGACCATCTTCATTACCTAAAGCCCAATCT +AAAGCTTCATTTACTTCTTTTAAATTATTTGGATTTATAAGCCTTATCTTCTCTACTCCA +CAAGCTTTTACTAATGTAGATATGTCAATTTCTTTAGTCTTATCTCCTTGTAAAGTATAT +CCTGTCCCAGGATTTTCTTGATGCCCTGTCATACCTGTTATTCTATTGTCTAAAATTACG +GTTATAGAATTCCCTTTGTTATATACCGTATTTAAAAGACTTGTTATACCACTATGAAAA +AACGTTGAGTCTCCTATTACGTTTATCAATCTACTTTCATTATTATCTTTCATATTAAAT +ACGGTTTGTGCTCCATGACCAGCACTAATGCTTGCTCCCATACAAATTATAAAATCCATT +GCATTATAAGGGCTAGCAAAACCAAGAGAATAACATCCTATGTCTCCTGATATTACTATA +TTTTTCCTTTTTCCAACTTCATAAAAAAATCCTCTATGCGGGCATCCAGCACATAGACCA +GGAGGTCTAGATGTTACTAAGTTCTCATTAAACTTTATTGTTTCTTTATTTTCATTTAAA +ATATGTTTTCTTATTATATCTGGAGTCAATTCACCATAGGTTGGAAGTACATCTTTTCCG +ATGCACTTTATTTGATTAGCTTTTAGTTGCTCTTCAATTATAGGATCATTTTCTTCAATT +ACATAGATTTTTTCTACTTTATCTGCAAACTCTTTTATTTTCTCTATAGGCATGGGATTT +GTAAAGCCTAATTTCATATAAGATGCTTTATCTTTAAATACTTCTTTAGCAAAGTTCACA +CACATTCCTGATGCTACGATTCCTATTTTAGTATCATTTATTTCATAGAAGTTTAAGTCT +GTAGTATTTGTAAATTCGCTTAATTTCTTCATCCTATTTTCAATTTCTACTCTTCTAATT +CTTCCAAATTCCGGAACTGTAACATTCTTAGGTATATTTCTTATATATTCTTTTATTTCA +GATTCTTCTCTATCAAAACATTCTACAATTCCTTTTGAGTGACATACTCTCGTTGTTACT +CTAACCAATACAGGTGTATCAAATGTTTCACTTATTTCAAATGCTACCTTAATCATATCC +TTAGCTTCTTGACTTGTTGATGGCTCTAATAATGGTATCTTTGCAAACCTAGCATAATTC +CTATTATCTTGTTCATTTTGTGATGAATGCATTCCTGGTTCATCAGCTGTAATTATTACT +GTTCCTCCATTTACTCCTGTATAAGAATAAGTAAATAATGGATCTGCTGCTACATTTAAT +CCAACATGCTTCATAGCAGCTATTGATCTTGCTCCAGCCATTGATGCTCCTATTACAGAT +TCAAGAGCTACTTTTTCATTTACTGCCCATTGAGCTACTATCTCCCCTTTATATTGAGCT +ATATTTTCTAATATTTCTGTACTTGGAGTTCCTGGATAAGCAGATGCAAATTTTACCCCT +GCCTCATATGCACCTCTAGCTATGGCCTCGTTGCCTGTCATTAATTGCTTCATCTTATTA +ATTCCCCCTTAGAAAATTACTATTATTGAAACATTCTTATGACTAATCCTTAAAGTATAA +ATACTTTTTCTTAATACTCTTTCACATATATGATTTTATATGATAAATTATCATATTAAG +TGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAAT +AATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_94 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCTTATATAATTA +ATTTCTAATTATCATTATCAGAGTTATTAAAAGTTTATTTTTTAATTAGTTTTTTATGTA +GCATTTTCATAAATTAAATACTACAATTTACCTAAAAGAGTAAGAATTCGTCAAATAACC +TACCAGAAAAGAAAGCTCTAATCTGAAAGGAGATATTTATGAAAGAACTAATAAATAAAT +TAATAGAAAGCAATAATTTATCTGAAGAGGAATTGATTTATCTAATTGATAACATTGGAT +CTGAAGATAAAAAATATTTATTCGAAAAAGCAAGTGAAATAAGAGATAAACACTATGGAA +ATAAAGTATTTTTGAGAGGATTAATTGAATTTACAAACTACTGTAAGAATGATTGTTATT +ACTGTGGAATTCGTTGTTCAAATAAAAATATAGATCGATATAGATTATCTTTAAATGATA +TACTCGAATGTTGTAAAATAGGATACAAACTTGGATATAGGACCTTTGTACTACAAGGTG +GTGAAGATCCATATTTTACAGATAATAAAATAGTGTCTATTTTAAAAGCTATAAAGGAAA +AATATAATGATTGCGCTATTACTCTTTCATTTGGAGAAAAAACTTATGAATCATATAAAA +AGTTCTATCATGCAGGAGCTGATAGATACTTACTTAGACATGAAAGTGCAAGTGATGATC +ATTATTCTCTACTTCATCCTAAAAATCTAAGTCTAGATAATAGGAAAAATTGTCTTTATG +ACTTAAAAAAGATTGGTTTTCAAGTGGGTGCGGGATTTATGGTTGAGTCCCCTTTCCAAA +CATCTAAGAACTTAGCAAAGGATTTATTATTTTTAAAAGAATTAGAACCTCATATGGTTG +GCATAGGACCTTTTATTCCTCATCATGATACAAAATTTAGAGAAAATAGCGCTGGTAGTT +TAGATAAAACCCTTGTAATGCTGGCACTTACAAGATTATTATTACCAAAAGTATTACTCC +CTGCAACTACAGCTCTTGGAACTATAGACCCCCTAGGAAGAGAGCTTGCTCTAAAAGCTG +GAGCAAATGTAATAATGCCAAACTTATCTCCAACAGAACTTAGAAAAAAATATTCACTTT +ATGACAATAAAGTAGGTACTGGTGACGAGGCTGCAGAATCTAAAAGACTGATTGAAGAAA +AAATAAACAAAGCAGGGTTTATTTTAGATACAAGTAGAGGAGATAGTATTATCTGGAACA +GAAATTAATGTAAATCTAAAATTAAAAAATTTTAAATTTATATATAATAATTTTATATCT +ATTATAAAAGGCTATATTTTTATATTTCATAATATAGCCTTTTATTTGTATTACTTACTA +TCTTTAATTTTACTTTTCTTATTAATCAATAAAATACATATTCCTAAAACAACTGACATA +CCAACTCCAGAACTAGTTATCATATACGAAATCAGTTTTATGGTTTCATAAATATTTGAA +TTTATATCTATTCTCTCCATAGCAAAAGTCAGTATAATTATATATTTTCCTTCTTCCATC +TTCTCCAGCTAAAGTTATATAATCTTGAGCTTGCATTTTTTTTAGCATAGTATATAAAGT +TGCTGGCCCTATAACCATTTCACCATCAGTTAACTCTTCAATATACTTAGTTACACCATA +TCCATGCATTGGTACTAAAAGAGCTAATAAAATATAATATCCTGGCTCAGTAAGCTGTTG +TTCTTCTAGAGAATTATTTCTATTAATGTTAATCACTTCTCATTTATATTTATATCTATA +ACCGATATATCCATTAGTGATATATATGTACATCATTTTTTTAAATTATAATTTTCTTAT +AATAAAAAATGGTTACATAAAAAGTAACCATCTTAATTACACTTACTATACCCACATTGA +AGACAAATTGCACATCCACCTGTTGGAATTACAGTTTTATTTCCACATTCAGGACATACA +AATTCTTCAACTCCATCTTCAATAGTAATTGTAGTTTCATCTTTATTTTTATCTATATCT +CTCTTATCTTTTTTATCAGCCTTATCATTTAAAAGAATTCCACTTCTTTTGCATCCATCT +CTATATATTGTTACGCCTTTTAATTTATGTTTCCATGCAGATACATATATATTATATACA +TCATCTACAGTTGCTTCATAAGGTAGGTTTATCGTAGATGAAATTGATGCATCAATGTAT +TTTTGCCATGCTTCTTGCATTCTTATCCTTTCTTCAGACTTTAATGTCATAGCCGTTTCA +AATATATCTGGCAAGTTATTATCATCTAAGATATCATTAATATCCATATACTCTTTTACT +ATAGGAGTATACACCTTATAAAATACATCTTCATCATGTAGGCTTTCTGTCTTTCTTATA +TAAGATGTATTAAACATTGGCTCTATCCCTCCACTAATTCCTAACATGGTAGAAATTGAA +CCGGTTGGTGGTATCGTTAATATTTGTGAGTTCCTTAAACCATACTCTTTGATTAATTCT +TTTACATCTTCATCTATATTATTAATAAAGAAATCAGACTTAAATATAGCTTCTTTGTTG +TATTTTTCATAGCTACCTAATTCTTTGGCTAAAAGAGCAGATTGTTTTACTGCACTATTT +AACATTATTTTAGCTATTTTTTCGCATAAATCTATAGACTTTTTTGATCCATACCTTATA +TTTAATTTTATAAGCATATCAGCTATTCCCATAACTCCTAAGCCTATTTGTCTATATTGT +CTAACACTTTCTTTTTGCTCTTTTAAAGGATGAAGCTCTAATCCTTCATCTAATACCTCA +TTTAAACCTATAATGCAATCAGCAACAGTATTTTTAAATTTTTGTATATCAAATATTGCA +TTATTTGTAAATGGTTCTACCACAAACTCTTCTAAATTTATAGATCCAAGAAGGCAACTA +CCACCAGGTGGTAATGGCTCTTCAGCACATGGATTTACGCCTGCATATTTAAACTCTTTA +TCCTCACTTAATAAATGGTATCTTTCTATATTATCCCAAAATAGTATTCCAGGCTCTGCA +AAGTCCCAGTTATTAGTTATAAGCTTCATAAATAATTTATAAGCATCAACTTCTTTTTCT +ATAACTTCATTAGTTTCCTCTACTATAAATCTACATACATACTTTTCCTTATTTTCTACA +GATTCCATAAATTTATCATTTATTCTTACTGAAATATTTGCCTTAGTAACTTTATTTAAA +TCTGTTTTTATATCAATGAAATCTTCTATATCAGGGTGATTTATATCCATTGAAATCATT +AATGCACCTCTTCTACCTCTCTGACCAATAAGACCAGTTGTCATTGAATATAAATCCATA +AAACTTACTGCACCAGTCGTAGTCTTAGCTGAATTATGAACTAAAGCACCACTTGGTCTT +AACTTAGATATATCAAAACCTACTCCACCGCCATAACTAAATGTTCTTGCAAGTTTTTTA +GCTGTATTAAATATTGATTCTAGATTATCCTCTGGTGGTTGCAAAACATAACAATTAGAA +TAAGTAACTTTTATTCCTTCCTTAGATAATCCCCTATTAGCTAATATCCTTCCTGCAAAT +AAAAATTTACGCTCCCTTATTAATTTTGCTATTTTAGGATTATTCCCAGACACCCTTTCT +ATCCAATCATCAAAAGATTCATTATTATACTGATATTTATTAGTCCAAATTGATTTTTGT +AATTCATCCATTTGCCATTTTGATTTTCTAATATCAGATTTTTTCTCTCTATACAATATA +TACTTTTTGGCAACATCTTTCCTATTTGATTCCATTAAAAAAAACTCTACATTATCTTGA +ATATCATCTACACATACATCTTTTTCCTGGGAGTATATTATTTTTTCAATTTTATCTGCT +ATTAGTTTTGGTAGTTCTCTATCTTCTCCATTTTTGCTATTAATAGTCGACTTATATACA +GCATTAATTATTTTAACTTTATCAAAAATTTCTTTCGTACCATCTCTTTTAATTATGTAC +TTCATTCTGTTAGCAACTCCAATACGTATAATTATTATTTAATATTTATCATATACCATT +TACCTAATTCTAAGATATTATATTGTATTTCTTTATAAAAAGCATACTATATATAGTATT +TCTTCTTTCATTTTTTATATGATTGAATTTTTTATACTCTAAAAAATAACAACTTCAATT +GATTAAAATTTATTAGTAATATAAAAAGAGGCTAACTTAGTTCTAGTGTTGCATTAATGT +AAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATG +AGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACCTTATAAA +>MGYG000000001_95 +CTCTACCGAACTCACATACTGGAATAGGCATACTATCTATAACTCTTATCTCATTAGAGT +AAGATTGAATAGATAATGAAATATATTCTTTGATTTCTTTAATTACAGCGTGGAGATTTC +GTTTTGTTCTATTAAATCTAGTTCTATCGCCTAATTTTGGAGATAGTCTTGTATACTCTC +TACTCAATAAACTAAAGAATGCTTTTTCTGAATCAATAGTTAAAAGTTCTCCAACTATAC +TTATAGTTATTATCTCACTATCTGAAAGTTTGCTATCCTTAATATTACGTCTGTTTCTAA +TACTTATAGGGATAATATCATTGTATATATCATCAACTATTGTAAAAATTATAGTAAATA +AGTCAGTTAAATTTTTTACTTCTTGGATATAATAATTATTAAGCTCCAACATATAGTAAC +CCTCCTTTAGATTGGTGATGCAATCTTAGGATACTATATTTGTTGGAGTTTTATTATTGT +AAAAATTAACTAGCACAACGAGTTAATTTTTAATATAATATGTCTAAAAATTATTAAGAA +CTATACTAAACTAAATTCTTCATCATTTAATATCTTTTTTACAGTTCTCATTGAGCACAT +TTTTCCACACATAGTGCAACTATCCTCATGGGTTGGCTTAGACTCTTCTCTATATTTTCT +TGCTTTTATAGGATCCATGCTTAAGCTAAACATCTCCTCCCAATCTAAATCTACCCTAGC +TTTACTCATTTTCTTATCCCATTCCCTTGCTCCAACTATATTTTTGGCTATATCACCTGC +ATGGGCAGCAATTTTGGTTGCAATTATACCTTCTCTCATATCATCTAAATTAGGAAGTCT +TAAATGTTCTGCTGGAGTTACATAGCATAAAAAATCAACTCCTTTAGAACTAGCAATTGC +ACCTCCAATAGCACTTGTTATATGATCATATCCTGGAGCTACATCTGTAACTAATGGACC +AAGAACGTAGAATGGTGCTTCATGACATAGTCTTTTTTGAAGTATTACATTAGCTTCAAT +TTCATTTATAGCCATATGACCTGGCCCTTCTATCATAACTTGTACATTTCTATCCCAAGC +TCTTTTAGTTAATTCTCCTAATACTATAAGTTCTTCTATTTGTACATTATCTGTTGAATC +CTCTATACAACCTGGTCTACACGCATCTCCAAGACTTAATGTAACGTCATACTCCTCGCA +AATATCTAATATCTTATCAAAGTTAGTATATAGTGGATTTTCTTTATTATTTAATTCCAT +CCATGCAAAAAGTAAAGAACCGCCTCTTGATACTATGTGAGTTAATCTATCATGATTTTT +AATTTTTTTGCAAATATTTCTTGTAAGTCCACAGTGAACTGTTATAAAATCAACACCGTC +TTTAGCATGTTGCCTAATAACATCTAAAAATTCTTCTTCAGTTATATCTTTTAATTCCTT +ATCTAAATGACCAATAGCATCATACATAGGCACTGTACCTACCATAGCAGTAGATAACCC +TATTAATCTATCTCTAAACTCTTTTGTTTTTCCATAACTACTTAAATCCATTATAGACTC +TATATTCATATCAAGAGCTATTTTTAATTTTTCAATTTCTTTCTCTATATTCATACAATC +TCTTGATATGCCTAAATTTACATTTACCTTTGTTCTTAAATTTTTTCCTATTCCATGTGG +ATCTAGCGATTTATGATTTTTATTTGCTGGTATTACGACTTGACCTATTGCCATTAGATC +TATTAATTGATTAATTTGAATAGATTCCTTTTTTGCAACAATTTTCATTTCATCTGTAAT +TATTCCCTTTTTTGCTGCATCCATTTGAGTTGTATAGTTCATATAAATCCCCCTAAATAA +TTTATTTAACATAGGGAATGCTTTTAAAAAAGCTTTATGTGATTATTTAATTCTAATAAA +AATGTGCTTTCTTAATAAAAAGAAGCACTTGAGTTTGTATAAATATAACTATATATAGAT +AATTATTATTCACATCAAGCTTCCCTTCGCAAGCATTACCTTGATCAGGTAGTTAGAGTT +TTTGAGTAGTACTCTCATCTCAGCTAATCAATTTTAGCTCCCCTAGCCCTACTATTATTT +TATTTAATTTAAGTTTATCATATTATCTACCTAATTATCTATATTTTAAGCATTAACTAA +CTATACAATTTGATAAAATAATCCGTGGTTTATGCAATAAAAGTATAGTTTCCCACGTCC +AACTTGATTAAGTCTAAACTGCATATTCCACTCTGGATATTGCTTTACGATTTGAACTCT +ATCACCCTTCACATGAGCTACAAAAGTAATATAATGTTCTTTTTTCATTTCATGCTCTGT +TGTTATGAAAAATTCATTTTCTATAGATTCCACATTAAGTTTATGGCCCTCTTCTGCTTT +TTTTGCAACTGCTGCTTCCATTTTTTTGCCGCAGCATGATATAGCTGCCTCTGAAGTGGA +AGTTATTAAGTTTCCACATTTGTCACATACATAAAACTTTATATTTTTCATATTTCCTCC +TGATAATTCATTTAAGTTGATTTCGCCAGATAAAATGCCTTCAATACTTACTCCAAATAT +ATTTGATAAGCCTAATAGTAAAGAAACATCAGGACAACCTAATCCTCTCTCCCACTTGCT +TATTGTTTTATCACTTATATTCATTAATTCAGCTACCTGCTTTTGTGTCATATTTTTTTC +TTTTCTTAATTCATATATTAATTTGCCAACTTTCTTGCAATCCATTAGCTTCACCTCTTA +ATACTAATTTAACTTAATATGAGAAATCATTCAATAAACTAATCGTAGAATTTTACAAAT +TTATCTTCTTTTGATAATACACAATCCCTATAATATCTGCTAAAGCCCATCCGATAGGAA +TATCGCACCATATACCACGTTCAGATAGCCATGTTGACGCAAGTATATACGCTAATATTA +CCCTGGTTCCTAATGATACTACTGATAGATACTCAACACCTAGGGATATGACTTCGATCT +CACTCTTATTTATAAATATATACATTATATCTTTTGAAAAAATAAATATGAGACTTGATA +CAATTACACAAAAAATTATTATAATTTTCGTTGAACTTCTGACTCCTTCTTTTACTCTAT +TAATTTTCCCTGCTCCTTTATTCTGAGCTACAAATGTTGAAAAAGCATTACCAAAATCTT +GTACTGGCATATATGCAATAGAATCAACCTTCACGCCTGCCGCAAAAGCTGCCATTACAG +TTGGACCAAATGTATTTACTAAACCTTGAACAATTAGTATTCCAAAGTTCATAATAGACT +ATTGAATTGATGTTAGTACAGAATACTTAACTACATTTTTAAATGTATCTTTATTTATTC +TTATATCTTGTTTTGATATTTTTATAAAATTTATACTTTTATATACATATATAATACTTA +AAATTGCCGATGTGGCTTGAGCAATTATAGTAGCAATCGCCACACCTCTTACTCCCCAGT +TAAATTTCAATACAAACACTATATCTAATACTATATTTATAATTGATGCTACTATTAAGA +AATATAGAGGTCTTTTTGAATCCCCTATAGATCTTAACAAAGCAGTGGCTAAATTATAAA +TAAATGTGAATAGTAGCCCTAATATGATGATTATTAAATATCCTTTTGAATCTTTAATAA +GCCTATTTGGCATGTTGAATAAATCTAGTATCAAATCTATGCATAATAAAGATACAATCA +TTATAAATATTGTAACTCCACCTATAAATATAAATGAAGTAACTATAGTTTCTTTAAAGT +TTTCCATATCTCTTGAGCCATAATATTGTGCAAAGATAATTCCAACTCCAATAGTCAATC +CAATTATTATTGATGTTATAAATACAACAATAGCAAAAGATGACCCTACAGCTGCTAAAG +CATCTGCTCCTACAAATTTTCCAACTACTATACTATCTACCAAGTTATATACCTGTTGAA +ATATATTGCCTAATATCATCGGAAATGCAAATTTTAATATTAATTTGTTTGGATTCCCTT +CAGTCATATCAACCATATACTTCTCCCCCTATAAACCACCTTTAGATTTTAAATAGTATA +TGGTATTCACCCTATTTTCAATAATGTATAACTTTTCTACTTAATAAAAAAAGATAGGTA +TTAACCTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATAT +AATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_96 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAACTATAGACCAC +GAAAAATGTGTAGGATGTGGAAGATGTATAGGATCTTGTAACTTTGATGCAGTTAATGCT +GCAGGAGATGAAGTTAATGATATATTAAATAAGAAAATAGCTGAATATTCATATGCAGTA +TTAGAAGGAAGACCTAATTTTCATATTAGCTTAGTTATAGATGTTTCACCTTATTGTGAC +TGTCATGCAGAAAATGACTTACCTATAATACCGGATGTAGGAATGTTTGCATCTTTTGAC +CCAGTTGCACTAGATATGGCCTGTGTTGATGCCGCTAATAAACAGGGTATTATACATGGA +AGTTGCTTAGAAGAAAGAGAAAAACATACTTGTGATCACTTTATAAATACTCATCCTGAA +ACTAACTGGGAAGTATGTATTGATCATGCTGTAAAATTAGGTCTAGGTAATAAAGAATAT +GAATTAATAGAGGTTTAAAATAAAAGATAGAAATTGTAGGTGAGTTTTAATATATTTACC +TACAATTTTTGAATATGTATAAATTTAATGAATAGAAGTGTAAAAGTTGAAGACGTTAAT +ATAGAAAGTTAGTTAATAAGTAGTGCCAAGAATAATTTTGTTTTTGGCACTATTTATTTT +GATATAAAAACATTAATTCAATATTAGGCTTATATTAGTTGCAAAAGTAAGATTTAATAT +ATAAAATGTATGTATAAATACAAAATATAACAAAAGGTGACTAGAAATAGTTTGATTTAT +TAAACTTGGGGAGGAAATAATATGAAATTCAAAAATATAGTTACAATATTAACGCTTAGC +CTAATTACATCATTAGCTATTGTAGGATGTAATAGTAGCGATACTAAAAATAAAGAGAGT +GAATCACAGGAAGCAGTTGAACTAAATATATCAGCGGCTGCAAGTTTGAAGGAAGCTATG +GCTAAAATAGAAGAAGAATATAAGAAAGTTAATGAAAATGTTACTTTAGTAGTAAACTAT +GGTGCTTCAGGTTCATTGCAACAACAAATAGAACAAGGAGCTCCTTGTGATGTGTTTATA +TCGGCTGGTCAAAAACAAATGAAAGCATTAGATGAAGCTAGTTTATTATTAGAAGGTACA +TATAAAGATTTATTAGAAAATGATTTAGTTCTAATTGCACCTAAAGATAGCGATGTATCT +AATTTAGATGATTTAATTACAAATAAAGTTAAACATATAGCTGTAGGAGAACCAAGCAGT +GTTCCTGCAGGAAAATATGCTGATGAAGTGTTAGTTAATTTAGATTTAAAATATAAAATT +AAAGATAAATTAGTATTTGCAAAAGATGTTAAAGAGGTATTAGCTTGGACTCAATCAGGA +AATGCTGAGGTTGGATTTGTTTATTACAGTGATACAATAAATACAGACAACATAAAAATA +GTTGAAACTACACCATCTACTTCACACTCTGCTATTGTATATCCTATTGCGGTTATTAAG +GAAAGTAAGAAACCAGAAGCTGCTAAAGAATTTGAAGATTTTTTATTAAGTACAGATGGA +CAAGCAATACTTAAAGATTTTGGATATAAAAGTGTAGAGTAGTTAAATTCATTTAGGAGG +CATAAAATTGGATATAAATTGGTCGCCACTATGGATATCTATAAAAACATCGATTCTATC +TACAATAATGACTTTTGTTATAGGAATAATTGTATCCTACTTAATGGCTAACTATAAAGG +AAGATATAAGGGGCTTATTGATGGAATTTTAACTCTTCCATTAGTACTTCCTCCTACTGT +AGTAGGATTTTTTCTTTTATTATTGATAGGTAAGAATGGATATATAGGAAAATTATTACT +AAATTTCGATACAACATTAGTGTTTAGTTGGACTGCAACTGTAATAGCATCTACTACAGT +TGCATTCCCAATGATGTACAGAACTTCAAGAGCTGCTTTTGAGCAGATAGATAACAATAT +AATTTGTGCAGCAAGGACTTTAGGACTTAGTGAATGGAAAATTTTTTATAAAATTGCTAT +TCCTTTAGCATGGCCAGGTATTATTGCAGGAATTGTTTTATCTTTTGCAAGAGCATTAGG +TGAATTTGGTGCAACATTGATGATTGCTGGAAATATACCGGGCAGAACACAAACTATGCC +ACTTGCGATATTTTTTGCAGTGGAAGGTGGAGATATGGAAAAAGCAATGGCATGGGTAAT +GATTATTACATTAATATCAATATCAATGATTTTAATATTAAATTATTGGTCTGAAAAGCA +GCAAAAAATAATTGGTAAAATTAAAAGAAAAGGGGTGTAAGTAATGGCTCTTTATGTAGA +TATTGAAAAAGACTTATCCTCTTTTACATTAAAATCAAAATTTGAACAAGAAAATGGAGT +ATTAGGTTTCCTTGGAGAATCTGGTTCTGGGAAAAGTATGACATTAAGGTGTATTGCAGG +TTTAGAAAATCCTTCAAGAGGTAAAATTATATTAAATAATAGAGTGTTATTTGATTCAGA +AAAAAAGATAAATTTATCAGCTCAAGAAAGAAAGGTTGGTTTTTTATTTCAAAATTACGC +TTTGTTCCCTCATATGACAGTTGTAGAAAATATAGAATTGGGATTAAGTAATCTTCAAAA +AGAAGAAAGAAATAAAATTACTAAGGAATATATAAAAAGATTATGTCTTGAAGGCTTAGA +AAATAGATACCCTTGGCAGCTATCAGGTGGTCAACAGCAAAGGGTAGCATTAGCAAGGGC +ATTAGCTCCTTCACCAGATATATTACTATTAGATGAACCTTTTTCAGCACTTGATTATCA +TCTTAGAGGTAATATGGAAAGAGAATTAATAAATATTTTAAATGATTATCATGGAGATGT +TATCTTCGTTACTCATGATAGGGAAGAAGCATATAGAGTTTGTAAAGATATAGTTGTTTA +TGATAAAGGTATAAGTTTACCAAAAAGAGAAGTACATGATTTATTTAATAATCCACAGTC +TTTGGCTGAAGCGAAAATAACAGGATGTAAAAATATATCAAAAATAGATATCTTGGATAA +GAACACTATACATGCTAAAAACTGGGGGATTAAGATTAAATTAAAAAAAGCCATTGATAG +TAATGCAAAATACATGGGAATTAGAGCTCATCATATTTCTATAGAGGATAATCATAATGA +AGAGTGTTACTATTTAACAGTTAAAAATATAATTGAGAATCCATTTAGCTATAGTGTTTA +TGTAATTAATGAAGATGATAAAACTTTTAATGAAATTCATATAGAAGTTAACAAGGATAT +TAAACCTATTAATATTGGAGATAAAATATTAATTAAATTACATGTTGATAAGTTATTTTT +ATTTTAAGTAATTTAGTATACATATAAAAGGGCAGTCTTAAAATAAATTTAAGATTGTCT +TTTTTTAGTTCTTTTCAATTATTATAATATAGAAATTAATGTTATAAGAGAAATATTAAA +TAGCTATAATTAGTCTGTGTTTTATAAATATTATAGAGTAAAATAGTTATATAAAAGAAT +TAATAAGTAAAATAGGAGGTAAGGATGTTCTTTATAGGTATACTAGGTGTTGATAATAAA +ACTAAAGATATTAAAGACTTAGATAATTTGAATTGTAAAATTTGTGATAGTAATAAAGAT +ATGAAGTTAATAAAGAACTATAGTTATTTTCATATATTTTTTATTCCAATTATTAAATGG +AATGTAAATTATTATATATCATGTAGCAAATGTAACTCTATATTTAAATTGAAAGAAGAG +AAAGGAAAGTTGTTAGAAAGAGGAGACAATATAGAAATTACTTATTGGGATCTTGAAGAA +ATAAGCAACAATCATAATAAAAATATATGTAACAACTGTGGTGCAAAGATTGAAGATAAC +TATACATATTGTCCTTTTTGTGGAGAAAGAAAATATAAATAAACTTTATAAGTCTCTTTT +AATGAAAATTAAAAGAGGCTTTTTTATATACTAAGGTATTATAAAAAATGGTCTTGTGGA +TAAGTTTTGATGTATAATAATGATGTGAGAACAAATGCAGAA +>MGYG000000001_97 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGAGTTATACTCCTCTATTTTTATATTAAAATTTAAGTTTTAGGCTATATTATATTAAA +AATTTATTACATTTACATATTATTCCATGCAAATGTTAAGATTATATAGTACAATAATAA +ATTAAGGGTGATTTAAATAATGGCAAAAATTAGAACAAAATATGTATGTCAAGAATGCGG +ATATGAGACAAGTAAATGGCTTGGAAAATGTCCAGAGTGTACAAAGTGGAATACATTTGT +AGAAGAGATAGAACAAAAAAATTCAAAAAAAGAAGTTTTTATTATAGATAAATCTTCATC +AAGACCAATGAATATAAATTCTATAGAAACAAAGGAAGAAGAAAGGTTTTCTACAGAAAT +AGCAGAATTAGATAGAGTTCTTGGTGGAGGAATTGTAAAAGGTTCATTAGTTCTTGTAGG +AGGGGATCCTGGTATAGGGAAATCAACCCTTTTAATACAAGTATCAAGCAATGTGGCAAA +TGCCGGCAGAAAGGTTTTATACATTTCAGGAGAAGAATCAGAATCTCAAATAAAAATGAG +AGCTAAAAGATTAGGAATTAATTCCGATAATTTATATATATTTGCAGAAAATAACTTAAG +CTTAATAGAAGCTAATCTAGATAGCATAAACCCAGAACTTATAATAGTAGATTCAATTCA +GACTGTATATAGTCCTGAAATAGCATCTGCTCCAGGTACCGTAAGTCAAATTAAAGAAGG +TACATCTAAATTTATGAAAATTTCTAAAAAAATGGGTATATCTACGTTTGTAGTTGGACA +TGTAACAAAAGAAGGTTCTTTAGCAGGTCCTAAGCTATTAGAGCATATGGTTGATACTGT +TATTTACTTTGAAGGAGAAAGATATAATACGTACAGATTAGTTAGAGCTGTAAAGAATAG +ATTTGGGTCAACTAATGAATTAGGTGTATTTGAGATGAGAGATATGGGGTTAGTTGAGCT +GGATAATCCTTCAAAGGTACTTATATCAGAAAAACCAAAAGATGTAGCTGGGTCAGTAAT +AATATCTACTGTTGAAGGTACTAGGCCAATGTTACTTGAGCTTCAAGCCCTAGTATCACC +TACAAGTTTTGGTATAGCTAAGCGAACAGCAACAGGAGTAGACTTTAACAGAGTTGCATT +ACTTTTAGCTGTATTAGAAAAGCGTGTAGGATTACAGATACAAAATCAAGATGTTTACAT +AAATGTAGTAGGTGGAATAAAGATTAATGAACCTTCTATAGACATGGGGATAATAATTGC +AGTAGCATCAAGTTTTAGAAATATACCAGTATCAGAACATGTAGTTGTTACAGGTGAAGT +GGGACTAACTGGAGAAGTAAGGGCTGTTAGTTTTATAGAAAAAAGGATAGCTGAATGTAA +AAAGCTAGGTTTTAAAAAAATAGTTATTCCTAAAAATAACTATGATGCAGTAAAAGATAT +TAAAGGAATAGATATTATTCCAGTAGATAATTTAAGACAGGCTATAAATATAGTGCTAGG +GGGGAATAAGTAAGTAATGGATAATTTCCTAAGCAATAAAGAATTATTACAGGCGTTAAA +AATGATATCTCCAGGAACTCCATTAAGACAGGGATTAGATAATGTATTAAAGGCTAAAAC +AGGAGGGCTTATAGTAATTGCTACAAACGAAGAAATAATGAATGTGGTAGATGGTGGATT +TGCAATAAATGCAGATTACTCACCAGCTTATGTATATGAATTAGCAAAAATGGATGGAGC +AATAGTTATAAGCGGAGATACTAAAAAAATTTTATATGCAAATGCGCAACTTATACCAGA +CTATTCTATTCCTACTTCGGAAACAGGTACTAGACACAGGACTGCAGAAAGAGTAGCTAT +ACAGACAGGAGCTATTGTTATAGCTATATCGCAAAGACGAAACATAATAACCGTATACCA +AGGACAATATAAATATGTAATAGAAGAAATATCAAAGATTTTTACAAAAGCTAATCAAGC +CATACAAACTTTAGAAAAATACAAAGCTGTTTTAGATCAAGCTGTAATAAATCTTAATGC +ATTAGAATTTAAGGATTTAGTTACTATTTATGATGTTGCTTTGGTTATACAAAAAATGGA +GATGGTAATGAGGATTACTAATATAATAGAAAATTATGTGATAGAATTAGGAGTAGAAGG +AAATCTAGTAAGTATGCAGCTAGAAGAATTAATGGGTACAGCTAGAGTTGATCAAAAGTT +AATATTTAAAGATTATAAAAGAGAAGATTTAGGCATAAAAGATTTCAATCAAAAAATGAG +AAGTTTAAGTGATGAGGAATTAATAGATTTAGCTAATATGGCAAGAATATTAGGTTATAG +TGGATTTTCTGAGAGTATGGATATGGCTATAAGGCCTAGGGGATACAGAATACTTAACAA +AATACACAGGCTACCTGCTACTATAATAGAGAATTTAGTTAATTATTTTGATAACTTCCA +ATCAATAGTTAGAGCATCCATAGAAGAGCTTGATGAAGTAGAAGGTATAGGAGAAATAAG +AGCAACTTATATAAAAAATGGACTTATAAAAATGCAACAATTAGTATTATTAGATAGGCA +CATATAAAGTATGTTACAACTTTGTTGTTGATTGTAACGAAAAATATGAATATAATAAAA +ATATTAAATAGATAACTAGGGGGTGAAATTTTGATACGAAAAATAATAAGAGCGTTCATT +GGAATAGCTGGTTTTGTATTAGGATTTACTACATACTTGACGTTAATGAGAGATTATGAA +ATGCTTACATTTGGAAGTGATTTACGTGGATTTATAATCTCAATAGGATTAGGAATAGTT +TTAGCCTTTGTATTCTATAAACTAGAACCATGGGTTGTAAATAAAACAAAAGAATTAGTT +AAAATATTGGATACAGAAATGGCAAAGTATCCTCAAACAGATATATTATTGGGTTCAATA +GGGCTTATAGTAGGATTAGTTATAGCTTATCTAATAAGCGGGCTAATAAGTACAATAGTT +AGAATACCGTTAATAAGTGGAATATTGTCATTGATTACATATATATTTATGGGTTATTTT +GGAATAAGAATATCCCTTAAAAGTAGAGATGATTTATTTAATATAAGTAAATTAAGTAGA +TTATCAACTAGCATAAAAGAAAAAGGAAGTAAAAAAGAAGTTAATAGGGAGATTCCTTCA +AAAATTTTAGATACTAGTGTAATTATTGATGGAAGAATAGCGGATATCTGTAAAACTGGA +TTTATAGAAGGTAAGCTAATAATACCTAAATTTGTTTTAAATGAATTACAGCATATAGCA +GACTCTTCTGATGATCTAAAAAGAGTTAGAGGAAGAAGAGGTCTTGATATATTAAACATA +ATTCAAAAAGAATTAGATATTGAAGTTGAAATAAGTGAAATGGATTTCGATGATATTCCT +GAAGTTGATAGTAAATTATTAAAACTTGCACAAGTTTTAAATGGTAAAGTAGTTACAAAT +GATTATAATTTAAATAAAGTTGCACAGTTCCAAGGTGTAGAAGTTTTAAATATAAATGAG +TTAGCTAATGCTATAAAGCCGGTTGCAATACCAGGTGAAGAAATGGTTGCACAGGTTGTA +AAAGAAGGTAAGGAAGCTAATCAAGGTATAGCATATTTAGATGATGGAACGATGATAGTT +GTAGATGGTGGAAGAAAACATATGGGTGAGACAATAAGAGTACTAGTTACATCTGTATTA +CAAACACCAGCAGGAAGAATGATATTTGGAAAGCCTAAAAACTAATTAGAGTTGTAGGGA +GTATTTTAGAGTTATGATTAGTTAATACTCAGATATTAACTAATCTATTGTGCTAGTTAA +ATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAATAGACCCATAGTGACTAGT +ATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGCTAAAGA +>MGYG000000001_98 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACATTGCTGACAC +TTTTTTATTTTTTCATATTTATATTTTTAACAAAATATTTAAAAATCTTATTTATTACAA +ATATAGTTGTTATTAATAAAATAATAACTAATATTATATTTACTATTGAAAATTGATTCA +TTTCAATCCTCCTAAAATTTTAATCAAATGCATATAATGTAAATGCAGACCCCGCGTTTG +TTTTAACTGTGACATATGCATTTGTATAAGTATACACTACACCAGCCGCACTATATTCTT +TATACTTATTTGAATATAACGGTTGTGTATATTTCCATGCACTCGTTGTGCTATTTCCTA +CACTACCTTTATGTACTAGTCCTATATATGTTCCGCTTGTGCCGACAAGACCATATGCTG +AATTAGATACTTGATTAGATAAACTCTTCGTATGAGAACCTTTCAATACAGCTGAGCTGT +AATCACCTCCAAACTTATGATTCAAAACATTCACAGTAGATTTTACATAACCTTTTAATC +TTACTTTTACCCCATACTTCTCCTTAGTTCTATCAAATGATTTTGTATCAGTTTGTCTAG +CTTCATTATTTTCATTTGCATAATTTACAACGAATTCTGCATCTTTTTCTGAAAATGGCT +CACCTACATCATATGAAGAATTTATTTTTTCAAATCTTTCTACAACTTGTTGAGTATTTA +AATTTTTATTTTCTTCATACATAAAATTATCTAAATATTTAGATTCTAGCATCTGTACTC +TTAATCTAGTATTATCCTGGATATCTATACTAGAAGTTTCAGCGAAAGCTCCTATTACAT +TTAATGAAGTTGCAACTACAACCGTTCCTAAAACTAAGGACATTTTTTTCTTTAAATTCA +TATTTTCTCCTCCTCTTAATAACTGGATGGCATAAGTATTCCACCCTTAACCCCTTAATT +TATCAAACTAAAAAAATTAAAGTTTGACAAATTATAATCTCTAATTCTTAAAAATTATTT +GATTAAATTTTATATTTTTTATATAAATATGTAAATACATAATGCAAAACTAGTCGTTAA +ATGTGCAAAACTGGACATATTTTATTTATAATTTACATATTTCACCATAAAAAATAAGGT +AGTAAGCCTTAGCCTACTACCCTTTAAATATGAAATATATAATTATTGTTTAACACATAA +GTTGCATGGATCTGACTTGCCTCTGTTTATTGCTCCACTTGGTTTTAAACAATACCATGC +TTTTTTTATTGCATATGTAACATTAATATTTTTTATATTAACTCTAAACAGTACTTGCTA +AAATATCCAGTAGCATTAACAAGTCTCTTCGACTTCAAAATCATATTTTATCTTTTGATT +AAAAAATATAACTTTAAAATCAGTATATTCCTCATTACTACTTACATTTATTTTTCCATT +ATTATTTTCTACGATTTCCTTAACTATATGCAAGCCATATCCATGACTTCCATCTTCATT +AGTCTTTGTAGTAAATCCTGTATCAAATATATTTTCTAGTATATCTTGATCTATCTTCGG +TCCATTATTTTTAATACTTATATAAATACTGTTAAATATTTTGTATGTTTTTATAATTAT +TAATCCATGACCTTCTAACGCTGTAATTGCATTACTTAAAATATTTGATACTATTTTATG +TAACTCATATTCACTAATGTCTATTAGACTAGAATCAAACTCCTCATCTACAACTACATG +TATATCTTTTAAATCTAATGACTCAACTACACTAGATATTATAGAACCTCTATTAGTAAT +ATATTTTACACAAGATGATACTTCAGTGTTTCCATTCGTTATATTTTTTAACATTTCTCC +TAATCTATCATATTGTTGCATTATATATAAACCATTGATATATGATATTTGAGAGCCATA +GTCATGCTTTATTTTTTTAAGCTCATTATTTTTAGCAATTAATAAGTTATTCAACCTATT +AATTTCTTCATATTTCTTGTCCATGCTATTCATATAAACTGAAATGCCTATTATAAATAT +AACAATCATTAGTATCAACACATTAGTTAAAGCTATATTAGCCCATCCATTTAACATCAT +AGAAATACTTGCTATAAAATCCATCGATATAATAAGTATAAAAACAATTCCAAGTGATGC +CTTACTTTTAGTAAGGTTATCATATATTACATTCACACTATCTTTACTTTTTATAATAAG +TAACTCTAAAATCATAGCTGGAATATATATTCCTAATAATCTAGATAATTCTACATCATA +AATTATATTGCTTATTATAGGCCAAAATATACTCGTAACTAAAATAGCTACAATCTGTAC +TAATAAATATGATATTGAATAAGCCACTAATGCTTTTTTGTATACATTTATATAGATTAT +ACACATTATTATTAGACTCATTATTGTTATTGAAGTAGAAGTCATATTACTGTTTTTAAA +TATATTTGTAGCTAAAATAGATGTTAAAAATATACTTATACTACTTATAACTAAATTCTT +TTTTCCATCTTTATCATATATATCTTTATTAGTAATCAGAAAATAATATGGCAAGTAAGT +CATTATAAAGACTTGTACAACAGTATTTAATAAATCAATAAAAAAATTCATTACTAACTA +TATTTTTTCTTTATTAACTATCTTTTTTCTTTTAACGATTTAGGCATATCCTCTACACCT +ATTGCTACTACAGATGCTGCTCCACTACCTATTATAAGTATTGACATCATAGCCATTAAA +CTCCCCATTAATTTTTTCATCATTGTACCTCCCCATGTTTTTTGAATTGAACATTAAGCA +AACATTAATTGTTAATGTCCATGTTATTATATTGCTATAAACTCCATATTTAATTATAAA +TATAGAAATCATAGATAAAATTATTGAATTAATTAATGCTATTTTATTATTTTTCTTTAT +TAAACTTGATTTTGTTATAGGCATACATTTATTTACTATAGGGGCTTGATGATATATGCA +GAATATATTTATACTGCTTATCAATATAGTACTTACAAGGTTTAAATTGCTATTTTTTGC +TATTAATATAGTTAAACAGCATAGTGTTGTAGTAGCAATTAAACATCTCTTTTGTGATGT +CTCATGATACCCTCCTGTAAACGGTTTTACACATACCATAGTAAATATAATTAAAACTAC +CTCTTTAAAATATCCAAGCATAGAAAATATAATTATTATAGCTATAATTTTGAACATCTC +ATACATCATAAGTCTCATGACGTACTGTATTTCTTCTGTTGTCTCCTGTGTAAAGTTATT +ATATTTGCATATATCTTCCACAAAACAATCTATTTTTTTTCTTATCATTTGCGATAATTC +TCCATAAAAAAATTAATATATGTATATATTTCTATAATATTGCATTTTTTGTATTTTTTC +AACTAAAAAATTCTATTTTATACAAAATAAAAAATTGTTAGATAAATTATTATTCGTTTT +ATTACGAATTTTAACCCATATCCAATACTATGATTATTTTTATATTTTTCTATATGATAG +ATTGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTC +CTATATCCAAGACA +>MGYG000000001_99 +AGAAACAGAAGATACTACTATAGCTGACTTAGCTGTAGCTGTAAACGCTGGACAAATAAA +AACTGGTGCTCCATCAAGAACTGATAGAGTAGCTAAATACAACCAATTATTAAGAATAGA +AGAAATGGTTGGAGAGCAAGCTAGATACTGTGGAATGAATTCTTTCTATAACTTAAAGAA +ATAAATAATAATTTAATATAGTAATAGAGCCAATAATGAATGCATTATTGGCTTTTTTTA +TATTTCTAAATATAATTTATAGTAAAAATGAACCACTAATAAAGTTGTGATAATAATAAG +TGTAGGGGTGATAATATTGGAGTTAGAAGGTATGTATAAATCTAGCTTTATGAGGTTAGA +TGCTAGGATGTATTTATAAAAAATTAAAATTATTGTAAAATTAACTCCAGAAATCTTTAA +AAATCTTGTAAAAAAATGTATAATAAGAATTGGAATATAAATATTAATTATAATTAAGAA +TACATATTAGTATACAAGTGTATCAGTAAGTATTCGGGAGTATAGGAGAAGCACTATGAT +AAACAACACAAAAAGAACTAAAATAGTATGTACTTTAGGTCCAGCAAGTGAAAAAGAAGA +AACTCTTAGAGCACTTATAGAAAATGGATTAAATGTATGCAGAATGAACTTTTCTCATGG +ATCTCATGAAGAACACAAGGGGAGAATGGATTTAGTTAAAAAAGTAAGAGAAGAATTAGG +ACAACCTACAGCTATACTTTTAGATACTAAAGGTCCAGAAATAAGAACAGGGCAATTTGA +TGTTCCAGAAGTTCTTTTAGAAGAAGGTCAAACTTTCACTATAACAATGAAAGATGTTAT +GGGAAGTAAAGAAATGTGTACAGTAAGTTACAAAGGTTTAGCTGAAGACGTAGAACCAGG +AAATACTATATTAATAGATGATGGTTTAGTAGGTCTTACAGTTAAAGAAGTTAACGGAGA +CGACATAGTTTGTGTAGTTGAAAATTCAGGAATAGTGAAAAATCACAAAGGTGTTAACGT +ACCTGGGGTAAAGGTTAACCTACCTGCAATAACTGAAAAAGATAGAAGTGATATAGAGTT +CGGTATAGAACAAGGGATTGATTTTATAGCGGCATCTTTCGTAAGAAAAGTATCGGATGT +ATTAGCTATAAGAGAAATATTAGAAGAAAACAATGCTACAGATATAAAAATAATATCTAA +GATAGAAAACCAAGAAGGTGTAGATAACTTAGATGAAATAATAGCTGTATCTGACGGTAT +AATGGTTGCAAGAGGTGACTTAGGAGTTGAAATACCAACTGAAGAGATACCTGTTGTTCA +AAAATTAATGATAAAGAAATGTAATGAAGCAGGAAAGCCAGTTATAACAGCTACTCAAAT +GCTTGACTCTATGATGAGAAATCCTAGACCAACAAGAGCTGAAGTAACTGACGTTGCAAA +TGCTATATATGATGGAACAGATGCTATAATGCTTTCAGGAGAAACTGCTGCAGGAAAATA +TCCAGTAGAAGCAGTTAAGACTATGGCTACAATAGCTAAGAGAACTGAAGAAACTATAGA +TTATAACAAAAATTTAAGAAATAAGAGCTTAGTAGCTGCTAATGTAACAGATGCTATAAG +CTACTCAACTTGTACAACTGCTATAGATTTAAATGCAAAAGCTATAGTAAGTGCAACATC +TTCAGGACATACAGCAAGAATGGTTTCTAAATTTAGACCACAATGCCCAATAATAGCTAC +AACAGATAATGAAAGAGTAATGAGACAATTATCATTAACTTGGGGTGTATTACCAGTAGC +ATGTGAAAATGGTAAGAATACAGATGAAGTTATATCTAGTGCAATAGATGCAGGTAAAGA +AAAGAACTATTTAGCTGAAGGTGACTTAGTAGTTATAACTGCTGGAGTACCAGTTGCAAC +AAGTGGAACTACTAACTTAATAAAAGTTGAAACTATATAAATAATTTATAAATTTATTAA +TAGATGCAAACAATAGATAGTAGATTTTTTTATCTACTATCTAATTACATATAAATCTCG +GAGGTAAGGTAAATGTCAGTTATAGAAGCAGTATTAGCTAGAGAAGTATTAGATTCAAGA +GGAAATCCAACTGTAGAAGTTGAGGTTATATTAGAAAGTGGAACTATGGGTAGAGCGATA +GTACCATCAGGAGCATCAACAGGAGCTTTTGAAGCTGTAGAATTAAGAGATGGTGACAAA +GGAAGATATTTAGGAAAAGGTGTAGAAAAAGCTGTTGAAAACGTTAATGAGATAATAGCA +CCAGAGCTAGAAGGTATGGATTGTTTTGATCAGCCAGCAGTAGATGCAGTTATGATAGAA +TTAGATGGAACTCCAAACAAAGGGAAGTTAGGAGCTAATGCTATACTTGGTGTATCTATG +GCTGTAGCAAGAGCTGCTGCTGAAGAATTAGGATTACCTTTATTCCAATACATAGGTGGA +GTAAATGCTAAGCAATTACCAGTACCAATGATGAACATATTAAACGGTGGAGAGCATGCT +GATAACAACGTTGACGTTCAAGAATTCATGATATTACCAGTTGGAGCTAAGAGCTTCAGA +GAAGGTTTAAGAATGGGTGCAGAAGTATTCCATTCATTAAAGAAAGTTCTTGGAGAAAAA +GGACTTGCTTGTGGTGTAGGTGACGAAGGTGGATTCGCTCCAAACTTAGGATCAAACAGA +GAAGCTTTAGAATTAATAGTTGAAGCTATAGAAAAAGCTGGATACAAGCCAGGAGACGAT +ATAAGATTAGGTCTTGACGTTGCTGCTACAGAAATGTACAACAAAGAAACTAAAAAATAT +GTTTTAGCTGGAGAAGGAAAAGAATTAACTGCAGCTGAAATGGTTGATTTATATGAAGAT +TGGGCTAACAACTTCCCAATAGTAACTATAGAAGATGGTTTAGATGAAGAAGATTGGGAT +GGATGGAAGTTATTAACTGATAGATTAGGTAAGAAATTACAATTAGTTGGAGATGACTTA +TTCGTTACTAACACTGAAAGATTAGAAAGAGGAATAGAAGCTGGTGTTGCTAACTCTATA +TTAGTTAAAGTTAACCAAATAGGTACAATAACTGAAACTTTAGATGCTATAGAAATGGCT +AAGAGAGCTGGATACACTGCAGTTATATCTCACAGATCTGGAGAAACAGAAGATACTACT +ATAGCTGACTTAGCTGTAGCTGTAAACGCTGGACAAATAAAAACTGGTGCTCCATCAAGA +ACTGAT +>MGYG000000001_100 +TTTTTAACTGACTACGTCATAACTCCAGCAAATGTAGATGATAGAAATGCAGTATGGGAT +TTATGCTACAAATATAGTTCTATTTCTATTATAGGTGATAAGAGATACGTTAATAAAAGG +CTAACGCCTGAATTAAAAAGTGAAAAGGGCATAAATTTATTGTTTTAAAAAATAGGAAAT +AGTAAAGAAAGCTATCCAAAAGAAATAAGACAACTTATATTTAAGGTAAGAAGAAGGATA +GAAACTAGCTTTTCTCAATTAACAGAACAATTAAACTTAAATAAGGTTAAGAGTAAATCT +ATGCTAGGATTTATAACTAGAACTTCAATAAAAGTTTTAGCTCATAACATTTCTTTTCTT +ATAAATAAATTAATGGGTAAAAATGACTCTTTAGCTAAAATAAAAGAACTAGTATTTGGA +TAAAATTTACAAATACTAGCCACTATGGGTCTATTTTTTTGCAAAAAATATTTTACTTTA +TTTGGAAATTAAATTTAACTAGCACAATAGATTAAAGTAGTATATTTATAGGAGCTTTAT +GGAGATTATCTTATTAAAAGAGAAGTATATGAAATACATTCTTATATACATTAGTAGCTG +TATATATTAAAAAATATATTATAATAAAAAAGATATAATGCTTTTTTAGCGACGTTATAC +TATGCTGTAAGTATAAAGAGGATTATTTATGAGTATATTAAGAGATAAATGCAATAATTT +TATAGATGGAAAGAAACGTAGGTATTTAATTTTACCTATATATTTTTTTTATATAGTTAT +TTTTGTCTTAGTACTAGGGGTATTTACAGATAATCTTTGGGATAAATTAATTAAATGGTC +TCGTAATAAAAGTAACTAATTAAGAAAATAAATATATATAATAATTGATATAAAAAATAT +ATATGAGTCATAAATAAGGTTTTCTAAGTGATTAAAATGAAATTTGTCAAATTTTTATGA +TATAATTATTAATCATAATAAAATGGAGACTGAATTTATGGCTACTTATATATATTCATT +TGCTTTTGAGGTATTGAAAAGGTATTTCCAAATTATACCTGTAATTTTTATATTTTCTCC +TACATCATCCTTTATCTCTTTTTAAATCTATGAATTTTCCTAAAGATTTTAATTCATCCA +AATTTTTAATATCAATCCATCTCATATACAGACTCCTTAATATAAATTTCAATTACATTA +TATTCTTATATTGCTTATCCCATGATATTTTTCGAGAGAGTAATATATAAGCAAATGTTA +AGATAATATGAAAAAAGGATGTCACATCTTTTGACATCCTCTGTATATGAAGTACATTGT +AATAATATTTAAATTTTTATATTCTTTACAATAGAAGTATGTGTTTTTCTCATAAATCTA +TTTATAAAAACACATACTATCAATAAAATTGGGAATATACTAGCAGCAATAATTCCAATT +TTAATATTATCATTGAACATGCTTGAAACTTTACCTACAACAGTTGGTCCAATAGAACAT +CCTACATCTCCTGCAAGTGCTAAAAAAGCAAACATTGCAGTCGAGCCACTCTTTATTTTT +GAAGCAGATATACTAAATGTTCCTGGCCAAAGTATACCAACTGATAGGCCGCATAAGCTA +CATCCGATAAGACTTAATATTGGCCAAGGAGATAGTGAGATAATAAGATAGCTTAAAAGA +CAAAGAGCACCACTATATATCATAGATTTTTCAAGATCTACTTTTTCACCAAATTTGCTA +TAGACAATTCTAGATATTCCCATCATTACAGCGAAAAGCATTGGTCCAGTTAAATCACCT +ATAGATTTACTAACACCAAGACCTTTTTCGGCAAATGTTGAGGCCCATTGGCTAATAGAT +TGCTCACTTGCTCCAGCACATATCATTAACATTACCATAATCCAAAATATTTTTTGAGAT +AAAAGCTCTTTTATTGTTAATCCATTTTTATTTTCTTCAATTAAGTTCATTATAGGAACC +TTCATAAAGAAAATTGTATTAGCTATTGGTATTATAGCCCAAATTATAGTAAGGATTTTC +CAATTTGAAATTCCGAATAATGTAAAAAATATGGTTGATAATAACACTACACCCACATGC +CCCCAACAGTAGAATGAGTGTAAAAGACTCATAGCAGTTTTTTTGTTATCTGTAGGACAT +GCTTCTACAATTGGACTTATAAGTACTTCAATCAAACCACCCCCAATAGCATAAATCATA +ACTGAAAGTAATAGTCCTATAAAAGGATCATTAAAAATTTCTGGCAATATAGTTAATGAT +AGAAGACCTATGGCTGAACAAACATGAGCAATAATAACTGAAGTTCTATAACCGATTTTA +TCAATAAATCCTGCGGATAAAAAATCAATAACCAATTGAAATCCAAAATTGAAAGTAACT +AAAAAAGTAATCTTTGAAATTGGAATATTATAAGAAGACTGAAATGTTAAAAATAATAAA +GGTATAAAGTTATTTATTATTGCTTGTACGATATAGCCAGTAAAAGATGCATACATAGTA +TGCTTGTAATTTAATTTCATGATAACCCCCATATGTATTTTCATATTTTAGTATAATATT +AGATATGTTTACCCCAAGTAGTATTATATATTACTATATGGTAGTTGTGAAATACTATAT +AATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAA +TAGACCCATAGTGACTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGA +TAAAGAATCATTTTTCCCTATTAATTTATTTATAAGATAGATTGTCAATATAAGTGCAAC +ACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAGACACTTGCG +AGGTCTA +>MGYG000000001_101 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGCATCTTGCTCCTATTTTTTATTTATATTAAATTATTGATTAATTAATTCTTCTAACT +TTTTTGAATCATCCATTTCATAATGTTTTTTTAAATCTTCACTAGCTTTTAAGATACGTT +TTTCAATATTTTCCATATAAATATCACTATATAAAAATTGTTCTACAGAAATGGATGTAT +CATCTTCATTTGGCATCCCATCCTCTCTAGGCTTTTCTAAAGTAAAATCTATGGCATAGA +AAGATATATTTTCTTTATCTAAAATATCCTTTATATTAAGTAATATTTCACTAGCTTTTT +TTATACTTACCTCTTCATCTTGTGTGTAAAATACAATATGACCTGATTTTTTTCCTATTG +AATTAATATCATAATCCTTATCAAGTTCTAATTTTTCTACATCTAATCCATAATCAGGAT +AAAAATATTCATCCTCTTCATTTAAACTCTTATCTCTAATTTCACCAAAGTAAATATCAC +TTTTATACGGAAAATTTTTACTCTCAAAAACTGATTTTATTTTAGTATTATAACTAGAAT +CTATCCTATGTAAAGTATTATATTTACTAACTACATCGTATTCATAAGAATCATATATTA +ATTTTCCAAAAGGAGATATTGTAAGTGAGAAGTTAGTATCTTTACTAACTGGAGATTTCA +CTTGAACATAATAGTCTCCTGATTTAAAACTATAATAAGCATTTGATATTTCTAATTCCA +TATTAGAATATTTTTTTTCTATGTATTTTCTTGATGTATTATTAGCCATCATCTTAGATA +TAGGGTTACCTAAAAATCCATTAGCGAAGTAAAGTATCCCTATTATTAATAAAAAGGCAA +TTGATCCTGATAATATTTTAATAGATTTCTTCATATTATTTGTTCTCCTTTTTAAATGCT +ATATAAAGCAAAAATGCAATTAACATACCAATAGCACATAGTCCACTATATAAAATAGTC +CATAGCAAGGGTGCCAATAGTGATGATAGTAATTGTGATTTATCAAAAATTCCATCAATC +ATATATTTAATAAAATGATATAAATATGTAAATGCAAATATACTTAATAAGACAATGTAA +GATTTTTTTCTAAGAGCGAAATAAGCTAAAGCTCCAATAACAGGCATAATCAGAATATTA +TAAAACATTCCTTCACTTTCTGAAAGTCCTAACCCTATTACTGATCCCAAAACAACAAGT +ATGAGCGCTATAAGCATTAGTTGACTTTTAATCTTAGAAATGACTTTTTCATCATTCATA +TTTTGATTTACTTCAATATTTTCATCAAATAACACTTTGCACTTATTACACTCATCAATA +TGTTTTTTTACCAAATTATAACTATCTTCACTTGCAACATTATCTTTAACTAAAGGAATT +AAATCTTTACAAATATCACATGAGATTTTATTCATATACTATCTCCTCCTTTATTAAGAT +TTCTTTTATCTTCTTTTTAGCACGATAATCTATTACTCTCGCAGAGCTTTCTGATATATT +ATGCTTTTTTCCTATTTCAAAATAGGAGTACCCCTTTATCCTCATAAGAATAATATCTTC +TGTTCTAGGCGGTTCACTTTTAAGTAAATTAATTATTTTATTATAAAGTTCTTTTTTTAT +AAGAACATCATCTAAATCTGATTCACTTAAAATATAATTATAAGCTAAGTCATCTATGGA +TATATTAAATTTTTCTTTACGTAAATACTCATACCACTTATTTCTTGCAATAGAGAAAAG +CCACGTTTTAATACTCGATTCTCCCTTAAATTTATGCAATGACTTTAAAGCCCCTAAAAA +AGTTTCAGACACTAAATCTTCTGAAAGAGAGGTATCATGTGTTAAGCTTACAAGATATTT +AAATACATCTTGTTTATATTCTTCGTATATTTTTTTTAGTAACATAAATCTCCTTTCATA +ATATTAGTGATTTAAAAATCTATTTTGTTACAACTTTTTTTGAAATTATTTCTAATTTAA +ATTTATCATAATAGATAGCAGATTGAAATAAGCTATGAAACTAATTATATTTGTTATAAA +TTATAGAAATATCATTTTATAAAAATTAAGGACTGTAACTAAATTTGATTTTCATAAATC +TAGTACAGTCCTTAACAATATTTGTTTCTTATTTATTTCAACTTATCTTTTTAAATCTTC +CTCCTTTGTTAAAAATATTTCTTCATATCCATCGATTTTTCTATCTAATCTATCTAAAGT +CTCTTGCATTTCTCTAATTCTATCAGCTAGCTGATTTCTTTGTTCTATAAGAAGTTCTTT +TCTAGCTTTAACGGTAGAACTTCCTTCTTGAAATAAATTTACATATTCTGTTAGTATCTC +TATAGATAAGCCAGCACCTCTCATTCATTTTATAAATTCAACCCATCTACAGTCCTCTTC +TGTAAAATCTCTAATACCACTTTTATTTCTATTTACACGTGGAATCAATCCTATTCTTTC +GTAATATCTTATTGTATCAGCATTAAGTTCATATCTTTTACTTACTTCCGTTATTGTCAT +TAAATTCATCTCCCTTTGCTGAATAGTCATAAAGCTAAATATCTTATTTCACATTTAATG +ATTACTTATATTTTTATTTCATTAGATAAATTATCATATTAAGTGCAACATCTAAAAATA +TGTAAAAAAATAGTTCATAAGTTTATGTTCATGTTACAGTAATAATAACCACAAAACT +>MGYG000000001_102 +GTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATAT +TTTTAGATGTTGCACTTAATATGATAATTTATCAAACAATAAAAAAGTTAAGCAAAATCA +AATTCACTTAACTTAATTTATTTCTATATCAATAAATATCTTCTTTAAATTATTTTTTAT +TCTATAGACATTATTGCATTAATTGCATTAAATACACTTGGGAATCCTATATATGGTAAG +CATTGAATTAATCCTTCATATATAGTTTCTTTTGAATTACCTAACTTTATATTAGCAATG +GTATGAGGTATAATTTGATTTGTAGAATTAAGAGTAGTTAAAACACATAAAATTAACAAC +TCCCTTGTTTTTATATCTATAGCTTTTCTAGTATAAAAATCTCCAAAACAAAACTCTGTT +AAAAATCTTGGCAAGGCTTTACTCACTTCATCTGGTAAACTTGAATATTTATCCTTTATC +TCACCTCCATAAATTGGATATTGGATCCCAAAACCTTTTTCGTATCTTTCACTATCTTCT +ATTTCGCATTGATTTTCTAAAGGTAATAGTATAAAAAAGACCAAAAGATACTATAATTAT +CAATACACTATTATAACAAACCAAATTTCCTACCCTTGACTGAAAGTCATTTTTAAATTT +TTCAATTTATATTTCCTCCACCTCTGAAAAATCAAATATCTCTTCTATGGTAGTTCCAAA +GTATTTAGCAATCTTATACGCTAAAACCAAAGATGCATTATACTTTTCAACCTCTATAGA +AGTTATTGTTTGCCTTGTAACTCCTACATATAAAGCTAGTTCTTCTTGCAAAATTTCCCC +AAATAATAGCAGACTTTATTGAAGTCTGCCACTTAGTATACAAAGAATTTGTACTTTTTA +ATTCTATTATATCTTACAGGTGAAATTATAACTTTCTTTTCATTAGATCATCGAATAAAG +TTAGTCATTTCTCTATTTTCTAACTCTGGTTTATTAACATTATTGTTTTTACCAAGTTCT +ATACATTTAATTAACCAAGCCATATTTCTACCTAAGACTCTCATTGTTTGCATTCCTTCT +AAGTCTTGTCTTACTTCTTCTGGACTATGACCGTGTACCATATTCCAGTATTGTGAACTC +ACAACTGGCATATTTGAAATTGTTAAATACTTAGTTAATTGATCTAAAGTAGCTGTTGTA +CCAGCACGTCTTGCACTACATATAACTGAGGCTGGTTTAAATTGCATATATCTTCCCCCG +CTATAAAACACTCTATCTAAAAACGATGTTATTGCACCTGATGCAGCAGCATAATGTACA +GGAGAACCAAATATAAATCCATCAGCAGTTTTTGCTTTTTCTACAAATTCATTAACTATA +TCTTTCATAAAACATTCTCCAGTTTTTCTACAGACGCCACACCCTATACATCCACCTATT +GGTTTATTTCCTACTTGAAATATTTCAGTTTCTATTCCACTTTCTTCTAAAGTTTTTGCT +ACTTCTTCTAGTGCAGTATAAGTACATCCTTTTTTATGTGGACTTCCATTAACTAATAAA +ACTTTCATAACTTTTCTCCCTTATTTGATTAAAATTTATCTTGTAAATCAATAGATTTCA +AGATTATCGGCCATTAACTTATAATGCTTAAATCTACTCTTAATAAAAATATATATTGAC +TTTAATTACAGTATATTACTTAATTTTTAATTTTAGAAGTACGCACTTTTTAGTAAGTAT +TATAAATAACTTCATAGTAAGTAAAAAAATCTTCCCAGTTTTTTAGGAAGGCTTTTTTAT +TTAAAATCCAATAAGTTCGTCACTACTCGCATACCCTTTATTTAAAGCATCTTCTCTAAG +ATAAGCATATAGTTCTGCATTTGTACCTTGTACATATGGATTAACATAGAAGATTCCAAG +TATACCAAATGTTATTGCTGATAAAATTTCCCATCCTATGAAAGATAAATCTAATACAAA +TGTATCCCACTTATTACCGTTCATCATTAGTTTACTTATCTCAAAAGCTCTTTGTCTACT +TACTTTCGGATTCTCACTTAAGATATATGGTATCATTCTATACTCATAAGATTTTATTAT +TCCTGGTATAACCAGTAATAATGACCATAAAAATTGGAATAATCCTTTCATAAACATAGT +TATTATTGTATCTTTAAGTTTACCACTCTTATAAATAAATATTAAACTATCTAAAGTTTT +TTCATTTTCTCTTATTCCCATAAAGAAATTATTCTTACCTATTTCTAGTGGGTAGACAAT +TAATAATTTAATAATAAATGCTAGAATAGCAAAAACTATTGCAATTCCTGTAAACATAAA +GAAGAAACCATCAGAAAAAAATGACTCTGTACCTTCAAATATATTACTAATAAATCCTTC +ATCGTAGTATTCATCATCAAAATACTCATCACCGTAATTTTCTTCATAACTATAATTATT +ATTTATAGTTGAATTATAAGTGTTATTACCCACACTACTATTTATACCTCCACCTAATAA +TAAAGTTATAAAACAAACTAAAACAGATTTCCAATAAAACCTTTTAAAATTTATTTTACC +TCTTTCTTTTAATTCACTTCTTATCCACATATAAACTCCCTCCTGCTTATTTGTTAAGTA +ATATTATATTATAAATTTGACTTTCATAATATTACAGTATTATAAATATTATGTATAAAT +TCCAATTTATTATTTAATTAACTCGTTGTGCTAGTTAATTTTTACAATAATAAAACTCCA +ACAAATATAGTATCCTAAGATTGCATCACCAATCTAAAGGAG +>MGYG000000001_103 +CCCGAGCGGCCAAAGGGGGCAGACTGTAAATCTGTTAGCATTGCTTTCGGTGGTTCGAAT +CCACCATCCTCCACCAACAATAAAGTACTAAGCGCGGATGTGGCGGAATTGGCAGACGCA +CCAGACTTAGGATCTGGCGCCTACGGCGTGGGGGTTCGACTCCCTTCATCCGCACCACTT +TATTACCTAAGCGGGAATAGTTCAGTGGTAGAGCGCAACCTTGCCAAGGTTGAAGTCGCG +AGTTCGAATCTCGTTTCCCGCTCCACTAACAATTTACTATAATGTGGGTGCATAGCTCAG +CTGGATAGAGCAACGCCCTTCTAAGGCGTGTGTCCGGGGTTCGAATCCCTGTGCGCTCAC +CACTTTATAGGGGATTCGCCAAGTCGGTAAGGCATAGCACTTTGACTGCTACATGCGTAG +GTTCGAGTCCTGCATCCCCTGCCAAGTAAATTATATATATTAAATACGGAGAGGTGTCCG +AGTGGTTTAAGGAGCTGGTCTTGAAAACCAGTGATGCTTAACGGCACCGTGGGTTCGAAT +CCCACCCTCTCCGCCAAATGCCCAGATAGCTCAGTCGGTAGAGCAGGGGACTGAAAATCC +CCGTGTCGGTGGTTCGATTCCGCCTCTGGGCACCATAAATGTGGCGGTATAGCTTAGTTG +GCTAGAGCGTTCGGTTCATACCCGAAAGGTCACAGGTTCGACTCCTGTTACCGCTACCAA +TTTAATTTAATGGACCATTAGCTCAGTTGGTTAGAGCGCCCGGCTCATAACCGGTAGGTC +TGGGGTTCGAGTCCCTGATGGTCCACCACTTAAACTTCGAGGTGTAGCGCAGTTTGGTAG +CGCACTTGGTTTGGGACCATGGGGCCGGGGGTTCGAGTCCCTTCACCTCGACCATTAAAA +TATGGTGGGTATAGCTCAGTTGGTTAGAGCGCCAGATTGTGGCTCTGGAGGTCGTGAGTT +CGACTCTCATTATCCACCCCATATATTTGTGATCCATTAGCTCAGTCGGTAGAGCACCTG +ACTTTTAATCAGGGTGTCCCGCGTTCGAGTCGCGGATGGATCACCATTTTATATATAAAT +AAGGCGACATAGCCAAGTGGTAAGGCAGTGGACTGCAACTCCTTGATCTCCAGTTCGAAT +CTGGATGTCGCCTCCAATAAAAATGCGCCTATAGCTCAACTGGATAGAGTGTCTGACTAC +GAATCAGAAGGTTAGGGGTTCGAGTCCCTTTGGGCGCACCATATTTCTTCTGGGATTATA +GCTCAGCTGGGAGAGCACCTGCCTTACAAGCAGGGGGTCACAGGTTCGAGCCCTGTTAAT +CCCACCAGTAACCTCTAGTGATTTCACTAGAGGTTTTTTTATACTTACAATAATATATAC +CTAAATCTAAATAACTTGTAAAAATGTATACGAAATCTACAAAATGTCAAGATTCTATAA +TACAAGTTACTAAGGAGGTTATATTATGTCTAGAAAAGATAGATTAAAAAATTCTAGTGT +TGAGAGTGAAAAAATAATTAAAGAAATAAAACAAGCTCAAAATGATATAAAAAATGCGGA +AAATTTTTTTCAGAATGTTACGGATATAGAGTTAATAGATGTAGCAATATATGAATTAGA +GGCAAAGAAATCTAAGTATCAATATTTGATAAAGATAGCCAAAGAAAAAGGAATTAAAAG +GTCTATAAAAGAGTCTTTAATAGAATCAATGGCTAAATAATATTAAGGAGATGAGGATTT +GTACGTAATATTTGGGACTGAAATAGTTGATAGTGAAGAAATAAAAGAAATAATAAGAGA +AAATAGCGATTTTATAGTAGAAAAGGATATGTCTAAAGCTACAAAGAGAGAAGATATTGT +AGCATATCAATTAAGTATATCTATAGATACTTTAAAACAATACGTAGAAGAAGATTTTGA +ATTAGATCAAGTAGAAGATGAAGAATTATTTGATGAACTTATGACTATGGCTGATGAAAC +AGCTATGGAATTAGAAGAAGTTATGCCACCAGAGAGTATAGTTAATGCAAGAGCTTATAA +ATGGGATAACTCTGATGAGGCAATTAAAGTTATTATTGCTATTTGTAATGAGGAAGTAGG +AGAATTAAAACTTTCGGATGTTACTAAAAGATTATTATCTCAAATAGATTAATATCTTTT +ATTTTAATATCAAAGTAGCAAGGGCTATTTTAATATTTTTATTAAATTTAATTTAAGTAG +AAATAAAATATATTGGAATATATTAAATAGAAATAAATTAAGATTTATAGTTTGTTTCTA +TTTAATATAATTTATATTAATTTTTATGTATAAAAAGTTAAATTAAAGATAAAATAAATA +AGTATTCAATTATGATATGTAAACTAAAATATAGATTAATTTATGAAGTAAAAGGTTGAA +AAATCAATATTTGTAATAAAAAAATGGAAAATAAAAAAAATATTAAAAAACTATTGACCA +ATGATTATAAAAATGATATATTATTACTTGTCCAAGAGATACGGACAAAATAAGAACTGA +AAAAAGTCTTGATTAAGAAAGAAAAACTTGGTAAGATAAGTAAGTCAAGAAAATGAACTT +TGAAAATTAAACAGTAGGTTAATTTATATAAATAATTCTTATTAAAGGATTATTCGAAAC +AACCAAACAAAGCCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTT +GATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATT +>MGYG000000001_104 +AATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAA +CTCTCAAATAAAAGTTGATGGGCTCAGATACTGTTATATATCTGGCTTTGCTTGGTTGTT +TCGAATAATTCTTTAATAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAG +TTCTTAATTAAATATAGTTTAAGTTGGTAGCGGTAACAGGAGTCGAACCTGTGACCTTTC +GGGTATGAACCGAACGCTCTAGCCAACTAAGCTATACCGCCATATTCATTATGGTGCCCA +GAGGCGGAATCGAACCACCGACACGGGGATTTTCAGTCCCCTGCTCTACCGACTGAGCTA +TCTGGGCAAATTTGGTGGGCCTAGCTGGACTCGAACCAGCGACCTCACGCTTATCAGGCG +TGCGCTCTAACCACCTGAGCTATAGGCCCTTATTCATGGTCGAGGTGAAGGGACTCGAAC +CCCCGGCCCCATGGTCCCAAACCAAGTGCGCTACCAAACTGCGCTACACCTCGACTTTAT +ATAAATTATATCTAATCCAATAAACTTCTTGGCAGGGGTGGAGGGACTCGAACCCCCGGC +GCACGGTTTTGGAGACCGACGCTCTACCAACTGAGCTACACCCCTATGTTATTTTAATAT +TAAAGTGGTGGACCATCAGGGACTCGAACCCCAGACCTACCGGTTATGAGCCGGGCGCTC +TAACCAACTGAGCTAATGGTCCACATTCATGGTCGAGGTGGAGGGACTCGAACCCCCGGC +CCCATGGTCCCAAACCAAGTGCGCTACCAAACTGCGCTACACCTCGACTTTATATTGGCG +GAGAAGGAGGGATTCGAACCCTCGCACCGGTTTACCCAGCCTAATCCCTTAGCAGGGGAT +CCTCTTGAGCCACTTGAGTACTTCTCCAATATTTGGCGGAGAGGGTGGGATTCGAACCCA +CGGTGCCGTTAAGCATCACTGGTTTTCAAGACCAGCTCCTTAAACCACTCGGACACCTCT +CCGTAAATGGTGATCCATCCGCGACTCGAACGCGGGACACCCTGATTAAAAGTCAGGTGC +TCTACCGACTGAGCTAATGGATCATCTTTAAATTTTCATTTGGCAGGGGATGCAGGACTC +GAACCTACGCATGTAGCAGTCAAAGTGCTATGCCTTACCGACTTGGCGAATCCCCTATAA +AGTGGTGAGCGCACAGGGATTCGAACCCCGGACACACGCCTTAGAAGGGCGTTGCTCTAT +CCAGCTGAGCTATGCACCCACAATATAGTTTGATTAAATGGAGCGGGTGAAGGGGATCGA +ACCCTCACAGCCGGCTTGGAAGGCCGGAACTCTACCATTGAGCTACACCCGCATATTTAA +TTTAAGTGGTGGAGGATGGTGGATTCGAACCACCGAAAGCAATGCTAACAGATTTACAGT +CTGCCCCCTTTGGCCGCTCGGGAAATCCTCCGTATTTATATGGAGCTGGTGATAGGAATC +GAACCTACAACCTGCTGATTACAAGTCAGCTGCTCTACCGTTGAGCCACACCAGCATATT +GGCGGGAATAACAGGACTCGAACCTGTGACCCAATGATTAACAGTCATTTGCTCTACCAA +CTGAGCCATATTCCCATATTATTGGCGGGAGTAACAGGACTCGAACCTGTGACCCAATGA +TTAACAGTCATTTGCTCTACCAACTGAGCCATACTCCCATATTTTATTGGCGACCTGGAA +GGGACTCGAACCCTCGACCTCCAGCGTGACAGGCTGGCATTCTAACCAACTGAACTACCA +GGCCGTAAATGGTGGGACTAACAGGGCTCGAACCTGTGACCCCCTGCTTGTAAGGCAGGT +GCTCTCCCAGCTGAGCTATAGTCCCATAAGTTTAATCTGGAGCGGGTGAAGGGGATCGAA +CCCTCACAGCCGGCTTGGAAGGCCGGAACTCTACCATTGAGCTACACCCGCGTATTTAAT +TGGTGACCCATAGGGGAATCGAACCCCTGTTACCGCCGTGAAAGGGCGGTGTCTTGACCG +CTTGACCAATGGGCCATGTACGTGGCTACGTCTTACTCTCCCGGGAGGTTGCCCTCCGAG +TACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGTGTATCCTCTT +TGCTATAATAACCACATTTGTTTTTTCAACACTTCCGTGTCGGACAAGTATTATATTAAC +ATTTTTATTTTTAAATGTCAACACTTTTTCTTAACTTTTTTTAGAAAGTTTTTTCTTAAA +AAGTTAAGTTAATACTCTAAAAACTGCATATCATTTATGAAATTCACTTCGTTCATGGCG +CCAACGTCTTTTCGCTCCGCTCATATCCCGTTGCTTAAATCATCATTTAAATTTGGTCAA +GTCCTCGACCTATTAGTATCGGTAAGCTACATACAT +>MGYG000000001_105 +CAGTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATACTTCTGGGGCT +ATAATAGGAAGTATTATATATTTTTTAATTAATAATTTGATATGTAAGATAAAATAAGAG +ATGTAATATAAAGCTAAAAATATGAAGTTTTGATATAGCTATTTGAGGTGAGCAAATTAT +TCAATAAGTTTTATATTGTAAGAAAGTTTGTAGTTGTTATGTAGTACTAAGTAAAAAATC +CATACAATAGAAGATATTAGATGGATTTTTAGTATTAAAAAAGTGATGATTTTTAGATTA +AAATATAAACACTGAGAATCATCACTTATTTTTATATGATAGATTGTCAATATAAGTGCA +ACATTTTATGTTTATGTTGCAGCGAAGACCTCTGCAGGTGTTTTATATCCAAGACACTTG +CGAGGTCTATTATTTATTATATTTACTACAACATCAAGCTCATTTTGAGTTATAGTAGAA +AAATCAAATCTTTTAGGATAAAACTTTCTTAATAATCCGTTAGTGTTCTCATTAGTACCT +CTTTGCCAAGAAGAATAAGGATCTGCGAAATAAACATCTATATTTAATCTATTCTCAATT +TCATTATAATTAGCAAATTCTTTACCCCTATCGACTGTAAATGTTTTAATTAATTTGTTT +GAAATATGTTCAAATGCTTTGAAACAATGTAAGTTAAATGTTGTTGATTTTCTATTATCC +ATAACTTGAGCGATTAAGTATCTGCTTTTTCTTTCTACAAAAGTTGAAGGGCAGGCTTTT +GACTTTCCTCTACTAGATACAACAGTATCTAATTCCCAATGTCCTATACTTTCTCTTTTC +CTAATGTCTTTTGGTCTATTTTTTATACTTTTACCTATATTAAATTTACCTCTTGTTTCT +TTTGGTTTTAAGGATTTTCCTTTTCTTCTTAATTTATTTATATTGCCTTTTACAATAATA +TTTTTGTATATCCATCTATAGATTGTTTTGAATCCAATCTTCATAGATTTATCATCTTTA +GATTCTAGGCGTAGCCTACCGGCTATTTGTTCAGGTGACCAAGTTTTGTTTAGACCATTT +TCTATATACTCAATTAATTTATAGTTAGATGATTTTCCCTTTGCGCCGCAGTTCATTCTG +TTATTTAGATAAATTTCATTTGCTATATGAGCTAAATATTTTCCATTAACAGAGTTTCTT +CTGATCTCTCTTGAAATTGTAGAAGCATTTCTATTAAGATGTTTTGCTATTTTTCTTATA +CTCCATCCTAAGCCTAAGAAATTAGCTATACAACATCTTTCATTTATGGTAATATGTTTG +TAGTTCATAATTTTATGTCCTTTCATGTAAAGTGATTTTGTAGTTATTATTACTGTAACA +TGAACATAAACTTATGAGCTATTTTTTTATCCATTTTTAAGTGTTGCACTTAATATGATA +ATTCATCATATAAATAAAGAAATAAGTATAGATGATGAAGATTTTAAAGCTTTAATTAAT +ATTGAACAATTAAGAGTATCTCCGATTTCAGTAAAATTAAGCTACACAAGCAAAATTGGT +GAGGGATATAGCTTTGAAAATAGAGATATAAAAATTGAGTTATTAGATCAAAATGGAGAA +AGTATCAATGTTGGTGGATCTGGTAGGTATAATGAAGATGAAACTTATATGGAAAATATA +TTTGAAGGAAATCTAGAAGATAATCAAAAGCTAAAGAGTATAAAGATTTTACCTTATCAA +TATTATATGGAGAAAAATTCTGATAATCCTAAATATCACCATAAAATAGACTATGAAGAT +AAGGCTATAATAATTGATTTAGATTAAGATAAATAGAATTTAAAGTTGGAGGGAACAAAT +GAGTGAAGTAAAAATTACTAAGAATAACAATAGTATTAATAAGATAAATATTTTTAAATG +TATTGGGAATTTAATTTTTTTAGTTTATATAGTAGCTGTATTATCAATAACAAATGTATT +ATATATAAAACCTAGCGATTTTACATATATGCATACTGCACCTAATTTAGTTCCACTTGT +AAATACAATAAGTGACTTTATGGGTAATCCACAAAGTGTACTAAGACAAGTTGTATTAAA +TATTATATTCTTTATGCCATTTGGATTTTTATTTACTATGCTATATTTGAAAAAGGATAA +AAAACTTTTAAAAGTATTTGTTATAGCATTAGTGTTTTCAACATGTATAGAGACTACTCA +GTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATACTTCTGGGGCTAT +AATAGGAAGTATTATATATTTT +>MGYG000000001_106 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCTAACTAAATATTTATTAATTCTAATCTTAAATCATTTAATATTGTCTTTGTT +GCTCTTAATCTTATTTGCTGTCTATTTCCATTAAATACGTATCTCTTTACTATTATCTTT +CCATTTATACAAATCCCAAAATATACCAAACCAACTGGTTTTTCTTCACTTCCACCTTCT +GGTCCTGCTATTCCTGTTGTTGATAGCCCTATATTGGTATTATGCCTTTTAGCTATACCT +TCTGCCATTTCTCTAGCTGTTTCCTCACTAACTGCTCCAAACTTATCTAGAGTTTCTTTT +TTCACACCTAAAGATTTCATCTTAGCTTCATTGGAATAAGTTACACAACCTTCCATAAAA +ACAGATGAAATTCCTGGATAATTTATAAGGTGAGATGATACCATTCCTCCTGTACATGAT +TCTGCTACACTTATAGTTAAATTTTTATTAACTAAAATCTCAGCAACAGTATCTTCTAAT +GAAATATCACCCTCTGAATATATGTAACTTCCTACTCTATCTTGAATTTTATGTACAACT +GGATTTATTAAATTAATAGCTTCTTCTTTACTAGTAGCTTTTGCTGTAATTCTTAAAGTT +ACTTCCGTGTCCTTTGCATATGGAGCTACAGTTGGATTTGATTGTTCTTTTATTATATCT +ATTATCTCTTCTTCTAAAGAAGATTCACCAATTCCATAGAATCTAAGAGTTTTAGAAACC +AAAATTTCATTTGTTAAATTTTTTAAATATGGCTTAACATTTTCTTCGAACATTGGCTTC +ATTTCTCTTGGTGGGCCTGGTAATACTATTATTGTTTTTTTTCCTTTTCTTAAAATTGCT +CCTGGTGCTGTACCATTGTTATTTTCAAGTATTATTGCATCCTTCGGAAAGTATGCTTGT +TTCTTGTTATTCTCAGTTGGTACTCTTCCTAATTTATTAAAATATATTTCTATCTTATTC +CATGATTTTTCATCAAGTACTAATTCTTGATTAAAAAACTTAGCTGCAGTTTCTTTCGTT +AAATCATCTTTAGTTGGACCAAGTCCTCCTGTAGTTATTACCATATCACTTCTATTTAAA +CTTTCTTCAAAATACTTTAATAATCTTTCCTCATTATCTCCCACAGTTCCTTGATAATAC +ACCTCGACTCCTAAATCAGCTAATTCTTTTGCCAAGTATTGCGAGTTTGTATTTACTATA +TCTCCTAAAAGAATTTCTGTTCCTACAGTTATAATTTCTGCTCTCATTGTCATTCACCCC +TTCAATAATAATGTTTACCATATACATAATTTTGATGTATTTTTATATCTAAATATCTTT +ATATAAAACAAAAGGGCATATTTCGAATATATTTAGTTTATCTCAGAAGAAAGATAGAAA +ATATAAATTTTCTACCAGCTCCTCTAAATAAACTAACCTATCCGAAACAGCCCATTTTCA +TTGGAGGCGACACCCAGATTCGAACTGGGGATCAAAGAGTTGCAGTCCACTGCCTTACCA +CTTGGCTATGTCGCCTTATTGATTACAAGTAAATTATATATATCTTTGGTAATTTGTGCA +ACATAATTAATAAATATACTTAAAAATTTTATTTATAATCTCAACCACTCCACTCATAAA +CTTATAAAGTAGTGGTACTTTCAGTTCAAATATTAATTCAATATAATTAACTATATGAAA +AAACATAGAAAATAAAATCGTCAATTTAATTTGAAGATTTAATAAATAGGTTTTGTTAAT +TAGATATGATGAGAATTATTCTCGAATTGATAAATAAACCGATAGGTTAAATTAAGTTTC +ATATTTTTAAAAATTTGCATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAGG +>MGYG000000001_107 +ACCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGAGTTTTATTATT +GTAAAAATTAACTAGCACAACGAGTTAATTTACTATCAGTAAAATCTTTTATATATGCGC +TAGCATCTGAACTCGGCGTCTAGGCTTCATGTAAACTTATATTAGTTTCAACTTTACCTA +AATTCTTTGTATTTACTATAGATGAATCTAATAAGTCCATATTTATATCAGCTTCGAATA +TATCAAACTTTGGTACTGTTTCTTATAAAGTTTCTTGTGTTACTTCTTTAGCCATAACTA +TTACCCCAGCTTTATTCCCTATGGCATTATTTTTAAGTATTGGGTACATTGATACAAAGT +CTAACCCTTTATCGGTAGTTAAGATTCCATTCTTTGCTTTTATATTTCTAACACTGTCTA +AAATATCATTTTTTAATATGGTATTTCGTATATTATCATTAAGATTATAATTATTTAAAT +ATTTTTCATCGTAAAAAGACTCAAATAAAATCTTACCATTATTATCTAATATCATTATTG +CATTTAATTCTAAATTTCTCATATTTATAGTATCAAAGTTTTCTTTTTCAAACTCTTTAG +TATACTCTTGATCTTTATTCTGTTCTTTCAAATTTATATATTCATAAGTTCTATTCCAAT +TAGAATAGTCTTTACATGTTTTTTATATATTCTAGCTCTTTATCTAAAGTATTAACTATT +CGGTATATATCCTGATTAACCTTATTTTTTTCTAACTTAACAATATTTTCAGTAATCATT +CGTTTTGAAAAAACTATTACAATAAAAATCACTGCCATAATTTGGATAATAAAATAAAGA +AACATTTTATTATTTAAGCTTAATTTATTTAAAAAGGTTCTCTTATTATCTTTTGCGTTC +TTTTTTTGAAATAATTATTAGAAGTCATGCTAACCACCGTTCAAATTTTATTTTATCCAT +TATACATTTTACCATATTTTTACATATTGCATCATCTTTATTTTGTCACACTAATATTTT +TATTTATGACATATTTATGTAACAATTTTTAATTTATTTCTATATTATACAATATATGAA +TTTATATAAAATAAGGAGGAATGTTATGCAATTGGATCCTAGATTTGAATTTAGCAGTAA +AAAAGTAGTAACTAATATACTACCTCCTATGATGCCAAATAATCCTATTTGTAATAGAAA +ATATACTATTTATTATTCGCCAGTAACTTGTGAATACTTTTTAACTGTAGCCAATGATTT +TTTCAACGATGATATAAATCCTTTACTTAAAAATGAAGTTCATGGACTATGGGATATTCT +AGGAAATGGAATTTGTCGACTTAAAATATATGTAAATCTTGGCGGCGGTAATAATCTACT +CGTAATGGCTAGATACGCTTTATATAAACGATTATTACCAAATTATATCCGCACTATAAT +TCACGGCGATAGATGCTTTTTTAGAGAAAATAAATGCCTACTAAATTCCTTGGTTACAGT +CAGATTTATATCAGACTGTGACACCATGAATATTGTAGAACCATATGGAACACTTAGAAA +CTTCAGATAAACAAAAATTTATCTTCTACTAAACAGTGTGTTAGTGAAGTATTTCAATTT +TAGTTATCTAGATTATATATTATTCATAGTCTAGATAATTTATAATCCCTTAGTAAATAA +AAAGAGTATCAAAAATCATTTGATACTTTTTTTATTTGATAGATTGTCAATATAAGTGCA +ACACTTTATATTCATGTTGCACCAAATACCTCTGCAGGTGTCCTATATCCAAGACACTTG +CGAGGTCTATTATTTATTATGGTAACAATATTATCAAGTTCTTTCT +>MGYG000000001_108 +TGCTCTTGTATACCCTACCGAGAAATATCCCATGTTTTCATCAGTCCACAATCCACTAGC +AAATACAGGGTTGTTACCTCCTGTAGTATTATATCCGAACATTATTGCTCCACTAGATTC +TAGTCTTGCTCCAGACATATTTACACCATCTTTATAACACTTAAATACACCATTTAAAGT +TAAAACTCCATTTGAACCAACCCTAAATATATCTTTATTGTTATCCGTTCTTGTAATAGC +GAATCCATTCGCTGACATAGATGTCTTTGATTTAGCATTAGAAGATATAACTGTTATCCC +ATCTTTGTCTATAGTAGTTATACCGTCATAAACTTCGTTTGGGTTAGGTGTGAATCCATT +TACAACTTCTCCTTCTTCAAACATAACCTCTGATATGTAAACTGACCTTGTAGTATCTCT +ACAATAAAATTTGACTGCTATAGATTGGAATGTTTTACCACTCGGTCTATCTATTGTCAT +ACTAGCTTTAATCCATTTATTAAATGTTGTATGATTATATGAAGGATATGCTTTAGTACC +ATCTGTGTAGGTTACAGTACATTGACAATGGTAATATGGGTTAGTTGTTCCATTTGTACC +GTCTGAAACATAATACCAATAACTTACAGTGTAATGGTCTACTCCACCTTTTATATTACT +TACAGTTTGGTAAAAATGTTTTGTAATTCCTATAACACCACTTGCAACCATTGCTCTTTT +GTTTGGGCATGAATACCCACTATTTTCAACTATTTTAAATCCAGAATTATACCAATGAGT +GGTTCCATTTTTAAAGTCGCCATTATATAAAAGATTATATCCACCACTTTCTTGAAACTT +TAATTCAAAAGCATTAACAGTCTGTTGTACTTGTGATGAAGTCTGATAACCTTTACTCGT +TACTATCCCATTTACATCACTAGTAGTAGTGTAATGATTACCTATAGTAGTTGTTAAACT +ATCTTTAGTAAGTTTAGATTCTGCTGTACTAACTCTAGTTGTAAGTGTTGATATACTAGA +TTTATTAGCATTAGCTGTAGTTTGTGCATTATTCGCAGTAGTTTTTGCACTATCTGCAGT +GGATTTAGCACTATTCGCTGTATTAGTAGTTTTTGTTAATGTCGATTCGGCACTAGACAC +TCTACTAGTAATACTAGATAAATTTGTTTCTATAGATGCTACATTGCTTTTTACAGTTGT +TATCTCTGTTGTATGGGCATCTAGTTGCCCTTGTGTATCTTCAGGAGCAGGTGTCCAATC +TGTAGGCTTATTTCCCTCTTCAAATTTTAAATTAAACAATTCTACTATATCGCTACTTCC +GCTAGACCTTATTGTAGAGACATGAAAAATCCATATACTATTACCTGGATAAGATTGAGT +AATTACAAATCTCCCTGTTGCATTATCGTAATCGTTTCTTATTAATCCACTTCCATAGGT +GCTTGCAAGACCATTAAAATATCTTTCACTTGGAATTTTCCCATTAACCTTAATTGTTCC +AGATATAGTGTAAATACTTTTTTTCGGAGTAAAATTAGTAACACTTAGAGTAAAAATGTC +CCCTGTGTGACTTGATTTCCATGTAGATTTAATATAACCCACACTCCTGTCTGTAATAGT +GTTATAAGGTGTATAAGTACTAACTTTATCCGTAATAATGTAATTTCTCACACCTATTTG +CACATTATTAATAGCAGTTGTAATATCTGTTTGCTCTACTTTAAGTGCTATTTGACCTTT +TAGTTGCTCTATACTACTTCCTTGCGTACTAACTGTAGAATTTAAACCACTTATT +>MGYG000000001_109 +CCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGAGTTTTATTATTG +TAAAGATTAACTAGCACAACGAGTTAATTAATATAATAAAATTCTAGCATATTTTCTTTG +ATAATAAATTTATTTATTTTATTTTTGTAATATATTTTTCTATAAAAATTTCATCTGACT +CTTATGCTGTTAAAATTAATTTGAAATAATCTTTAGATTTTTTTTGAAAAATAATTTTAT +TTACTATATAATAAAATAAATTACATAATATGTCATCTGGAGGATTTATGACAAAAGAAA +CCCATATAAAAGGAGGATATATATTCGCTTTATTAGCTCTTCCTTTTATTTATAATGATT +ATTTATTAGAGTATAATTTTTTCTATCGAATCATACTTTTACTTATATATGTTTACTTCT +CTTACTTTGGGTCTTTACTTCCTGATATAGATATGAGAGGCTCATACATTAGTAAAAGAT +TTCCCACTATTCATAAAAAAATAGGTAAAAAATTGCGACATAGAAGTTTTACCCATAGCT +TAATATTTATATGTATTTTGTCATTTTTAGGAGAATTACTTTTACAATATAGTGATAGTA +ACATTGTATTTTTGTGTCTAGTAAGTGGTCTTATTATAGGCAATATCTCGCATATTTGCC +TTGACTTACTCACAAAAGAAGGGGTAGAGCTATTATATCCAATTAATATTAATTTCTCTT +TACTATCAATAAAAACTAGCTCAAAACTAGAAAAGAGTATTTGTAAACTTCTTAACTTTA +TTATTATATTTCTTCTAGGATATAGATTCTACTTATTTGTTTGATATCTGTATACTAAAA +TAATAAATTGATTAAATAAAAAATGGGTCATAGTTTTCTATAACCCATTTTTATTTAAAC +TCCCTATTAATTTCTAGTAATTCTTCTTCACTATGTTCGAAACTTGAATTAATTTTATTC +CCTATCAACCATGCCAATAATACTATTAGTGCAAATACTATTATTTTTGTAGGACTTGTA +ATAAATCCTCTAATATCGCTACCTATATAACTTACAACTACAAACATTATAAACTTACCA +CTTAACATTGCTGTTGCAAAATGCTTAAATTCAGATTTACATAAAGCAGAAGATATTGTA +ACTAAACATGCTGGCATAAAAGGACAAGCATATGCTATAAATAATAATTTAAATCCTTTA +CTACTAATTTTTTCTACTATTTTTTTTGTTTTTCCATTCCTATATTTATTAATAAATTTA +TTATCACTAAATTTACTTACTATTAAAAATAATACTAGTGTTCCAAGCCCTGAACCTATC +CAAGATATTATAAGCCCAATACCAAGACCGAATACAGCTGCATTTATTGTTACGATTGCA +ACTAATGGTAATACAGGCAAGAAACTTTCAATAAATGTACTAAATAATCCTACTATCATT +GTAAGAAACCAATAATCTTGTGCTAAGTTAAATAATCCCTGAATATGCTCCATTAATTCT +CTCCCTTTCTTAATTGCTTTATAAATCAAGTATACATTATTTATATTAAATGTATCTTAC +TTTTTTCTTACAAATTTGTAACGCTTTTATTAAAATATATAAAAGTAATCTTCAATTCTT +GAATCTTATTTCTATTAGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAA +AAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACAT +GAAAGG +>MGYG000000001_110 +CCCGTCCGCCGCTCTTCTCCGAAGAGAATCGCTCGACTTGCATGTGTTAGGCACGCCGCC +AGCGTTCATCCTGAGCCAGGATCAAACTCTCAAATAAAATTTGATGGGCTCAGATACTGT +TATATATATATCTGGCTTTGTTTGGTTGTTTCGAATAATCCTTTAATAAGAATTATTTAT +ATAAATTAACCTACTGTTTAATTTTCAAAGTTCATTTTCTCGACTTACTTATCTTACCAG +GTTGTTACCCCTTAGTCAAGACTTTCTTTCATTTTATTTTCGTCCGTGTCTCTCGGACAA +GTAATACTTTACCACCTTAGTTAATATTGGTCAACACCTTTTTTGAAAGTTTTTTAATTT +TCTTTTTTCTAACCATTCTATAATTCTATTCAATCTATTGGTATAGCTAGGTTTATGCAC +TTTATAATTTATTTATAAAATAATAAATAAATTGTTTAATATTATTGAATACAATTAAAA +ATATACTCTTCTAATGTCCAAACTATCTAATAAATACTTGCTAAGTATATAAAAGACTGA +AATATAGTTATAATTGTAGTTAATTTTTCTTAATTTTACAACCATTTAGATTCTACTTGA +TATATTTATTTTTTTCCTCTCTTAATTCTTCTAAATTTAAAGTAATCAAATTTTTTATTA +AATTTCTTCTTATAGATATATCATCAACTTCTTCTATAATTTTTCTCCTAGCCTCTCCCA +AGAGATTTATATACTCTTCATAACTATCATCATATTGATCTTCTAATTCTTTTTTGATTT +TTCTAGATAAAGATGGACTCTTACCACCAGTAGATACACTAATAAGCAAGTCCCCTCTTT +TTATATATGAAGGAACTGTATAATTAGATAACTCTATACTGTCCACCACATTCACTAATT +TATTATTTAAATTGCAGTATTTACCTATAGCTTTATTTACATCTTTATTATTTGTAGCTG +CAACAACAATAAAACTATCTTTTATATATTCTTCTTTATAAATATCTTCTATTAGTTCTA +CCTTGTTACTTAACTCTTGAAACTCTTTTATAAACTTTGGAGCTATGACTTTTACTTTCT +TGTTAAAATCTAAAAAGTTTTTACATTTTCTATAAGCAACTTCACCGCCTCCAATTATAA +CTACTTCAAATTTATCTAATTCTAAGTTTATGGAATAAAACATGCTAACATTCTCCCCTA +ATTAAAATTTATCAGTATATATTTTATATATACAATATAGTATGTGTTATGTAAAGATGA +ATAACATTAAGCTTTCCCCGCATCATAAAAATAAGGCTCTATAATCTCTATCTTCTACTC +TTAGTAATTATAAAAAGAGCGCCTTTATATTTCTAGTGTTGCATTAATGTAAAATTTAAT +ACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAA +TTTTTTCCATTTTATTTTTAGACGCACTTACCTTATAAAACCAAAATTATTCCATAAATA +TCCATTTATATTATTTTCTAATTCAAGATAAAAATACTGATAGCAAATCGATTCGTTTCG +TAATGTATATCCTAATAATTCTAGTAATTTTTAAAATTGAATACTTATTATTTATTTCCT +CTTGGATTAATCTAATTAATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAA +TGTTTTTTGCAAAAAAATAGACCCATAGTGACTAGT +>MGYG000000001_111 +ATGCCAATTTTGATATGTCCTAATTGTGATGCAGATTTTTACTACAAAGATGGTGATAAC +AAATAAGAGTGGCATTAGCCACTCAAGGTCCCCTTTAGGGGATTTTTTTATGATATAAAG +TTAAAAATAACAAAAATACTTGCATTATCAATTTGATAATGATATTATTATAAAGTCCAG +TTATCAAATTGATAATACGATGAGATTTATAAATACTATATATATTAAGTGCAATTTACA +AGAATTCTATAATTAATAAATATAATGATATGATTGGATTTAAAAAATTAATAAAAAATT +ACAAAATAATTTAAATCATATATTGACTAAAGTATGTTAATAATATATCATAGTTTGTGT +AGGAAGATTAATCCAATTTTGCTAAAGTTATAGTAAAAAAAGAGAATTATGTAAAAGTAC +ATCTTAAAGGGAGGAATAATCAATGGGAGGAAGTTCATTTTTACCAGAATTTCTTATGAT +AACTGATATAAAAACTGTTATTTTTATATCAATACTTATAGGAACATTTTTTATAGTTAA +TATTTTTGAGAAAAAGAAAATTAAGTTTTCTACTAGAACAATTTATGCAACAATAATAGG +TCTTATATTAGGTGTTATAATACAAATAGTTGCAGGTCTACCAGAAGATCCAAGTAAAGT +AACTTGGTTACAAGAAGTAAGTAAATGGTATAGTTTATTTGGTTCAGGATTTATGGATTT +ATTAAAAATGTTAGTTGTGCCTTTAGTATTTACATCAATACTAAGAGTAATAATTAATAT +GGGTGAAGGAGAAGACTTAGGTAAATTAACTTTTAGATCTTTAGGAATGTTACTTGCGAC +TACTGCATTAGCTGCAACAGTAGGTATAGTAGTTGGAAATGTAATGCAATTAGGTGTAGG +AGAAACAACTACTGTAGAACTATCAACTGAGATGAGAGAGATAACTCCGCTTGTTGATAC +AATAAGAGGATTATTACCATCGAATCCAGTTGCATCAATGGCTGATGGAAATATAGTTGC +AATCATAATATTTGCTGCATTCTTAGGATTAGCAGTAAAAAGACAAAGAAAGAAATATGC +TGATGTTATTAAACCTTTTGAAAATTTAGTAGAAGCATTTTATAAAATAATAATAAGTGT +TGCTATGACTGTAATTAAATTTATGCCATATGCAGTTGTAGCAATGCTTGCAAATACAAT +AACAGCTCGTGGAATTGCATCTATGATATCTGTATTTAAATTTGTAGCAGCACTTTATAT +AGCAGTTGCTATATTATTTGTAATTCATTTAATCATAATATCTTTAAATGGATTAAACCC +GATAACTTATGCAAAAAATGCAGTAGAACCTTTATTACTTGGTTTTACATCTAGATCAAG +TTTAGGTACACTTCCTGTAACTATAGAAACGCTAAAAGAGAAGCAAGGTGTAGATGAAAG +CGTAGCTAGCTTTACAGCAAGTTTAGGAGCTAACATGGGTATGAATGGATGTGCTGGTAT +ATATCCTGCTTTAATGGCAGTAACTGTAGCTAATATGGCTGGAGTTGAAATGAATGCTAG +TTTCTATGCTATGTTATTTATTGTTATAACAATAAGTTCTCTTGGAATAGCTGGCCTTCC +TGGTACAGCAACAATGGCTGTTTCAGTAGTTTTATCAGGTGTTGGCT +>MGYG000000001_112 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAGCCTTTATATGC +ACTCTTTTATACAAGTTGTTCTATATTTTCTCCGCTAACTATTAAAATATCTCCTTCTTC +TATAATAGTAGCTCCTTTAGGTATTATTATATCTCCTTTACGTTTAATCATTACAATTAG +TATGTCATCTGGAATATCTGCATTTACAATACTTTTATTTATCCATTTACTGTTCTTACT +TACATTTACCTCTAGTAACTTACTACTCATGTCTCCAGAATAATCATTAAATGTTTTTAG +TACATAAGCATTATCATCTACTAATTTTAGCTTTCTTGCTATATTAGGTAATAGTGTTCC +TTGAATCGCCACCGAGAATAATGCTACGAAAAATACAATATGAAATATATCATTTTCTAT +ATGCACTCCATAAGTTACTGCATATATTGCAAAAACTATGGATGCTGCTCCTCTTAATCC +AACCCAAGAAATAAATAATTTTTCTTTATTTGAAAATTTAAATGGATGTAAAATTATAAA +TGTAGCTAAAGGTCTAGCAACAACTATCATAAAAATTGATATTGGTATTGAAATACCGGC +TATACTAAAGAACTTCGAAGGGAAAGATAAAAGACCTAATATGAAAAATAAAGCAATTTG +CATAATCCATGAAATTCCATCAAAGAACTGATATAAAGTCTTTTTATATGGTATTTTACT +ATTCCCTATAATTATACCTGCCATATAAACACTTAAGTATCCATTGCCTCCCAACCACTC +ACTTAGAGAATATGATAATATAGCTATAGCTGTAATAAAAATTGGATAAAATCCTTTTAT +TTCAAAATTAACTTTTTTTACAGAATATACAGCTATTTTAGCCAGTATGGTACCTATCAA +TATTCCAAATACGATTTGGTTCACTAACATCGGCGCCACACTAGATAATCCTCCATTATT +CATCAAAGTCAATATTGCAAGCGTAAGCATATAAGCAGTAGTGTCATTGCTTCCACTTTC +AACTTCTAGTAAAGATGCTAGAGAACCTTCTAAATTTAACTTTTGTGAACGTAGTATAGC +AAAAACAGATGCTGCATCTGTAGATGCAACTATCGAACCTATAAGTAATCCTTCTAATAA +AGTTGTTCCTAAAATTAAACTGGAAAATAAACCTGTTAGAGCTGCTGTTATTAGCACACC +GAGAGTTGACATTAATATTGAAGGAGTGGCTGATGGTTTTGCCATTTCCCAATTAGTTCC +GAAACCACCGTAAAACATTATCATTACTAAAGCTATTGAGCATAACTCTTTAGTTAGCTC +ATAATCCGAAAAATAAATTCCAACAATTCCATCTGATCCAAATAACATTCCTAGTATAAT +AAATATCAAAAGTATTGGGACTCCAAATTTATATAACACTTTGCTTGAAGTTATTGAGAT +TAATAATACTAAACCACTTATAATCATTAATTTCACCATAGGCTACATTCCCCCCTTATT +TATTTATATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATA +CCTCTGCAGGTGTCTTATATCCAAGACACTTGC +>MGYG000000001_113 +TAAATGTTTTAATTAAATTAGTTGGAATATCTTTAAAAGCAGTAAAGCAATGGAAGTTGA +ATGTTGAAGATTTCCTATTTTCCATAACTTGAGCTATTAAAAATCTACTTTTCCTCTCGA +CAAAAGTTGAAAGGCAAGCTTTTGATTTTCCTCTGCTAGATACAACAGTATCTAGTTCCC +AATGTCCTATAGTTTCTCTTTTTCGAACTTCTTTTGGTCTATCTTTAATACTTTTGCCTA +TATTAAATTTACCTCTAGTTTCTTTAGGCTTTAGTGATTTTCCTTTTCTTCTTAATCTAT +TCACGTTTCCTTTTGCAATAATTTTTTGATATAGCCATCTATATATTGTTTTAAAACCTA +TTTTCATAGATTTATCATCTTGGTAATCTAGGCGTAGCCTACCGGCTATTTGCTCTGGTG +ACCAAGTTTTCTCTAATCCATCTTCTATATATTTAATTAATGTAGGGTTACTTGATTTTC +CTTTTGCTCCGCAATTTTTTCTATTTTTAGCGTAATTTTCACATGCAATATGTGCTATAT +ACTTACCATTAGTAGAATTTCTCTTAACTTATCTTGAAATAGTAGATACATTTCGATTTA +AATGTTTTGCAATTTTTCTTAGACTCAATCCTAAACTTAGGAAATTTGCTATGCAGCATC +TTTCATTTGTGGTAATATGTTTGTAGTTCATAAATTTATGTCCTTTCATGTAAAGTAGTT +TTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTT +TAGATGTTGCACTTAATATGATAATTTATCATATAAAAACAAAATAATTACTTGGAGTGG +TTATAAGCTACCGTTTTGTGATAGTTCAGTACTATCCATCTCTTACAATTCACCTCATGT +AAGTTTGGGTTGATAAGTTTAAGGAGTTTTAAATCCCTCTTATATAAATATACCATTCCA +AAATATTTTATAATCATATGATTTTAAATTACTTTAAATCAAAAATTTTCATTATTGAAA +AAATCACGATTTCTATAGACATAAAATAAAAAGGCTTAGAAAGCGACCTCGTAGAATCGA +TTCTAAGCCTTTTTTTATTGCCATTATATTTATATATGTATTATATAAATGTCATCTCAC +CGTCATTATTTATTTCTATTTTTTTATTTACAACTAACTCTCCATTATCTTTTAGGAAGT +ATAATTTATTCCCTAACTGTAATAATCCAGTTTCCATAGCTCCATTACTTCTTAAGTAAT +ACCACTTATTATTTTCCTTAAGCCATCCTGTAACCATTGCTCCGCTTGAATCTAAGAAAT +ACCATTTATCATTATCTTTAATCCATCCAGTTTTCATATAGCACCATTGGTCAAAGAAGT +ACCATTTATCATTAATTTTTCTCCATCCAGTAACAGCATAACCGTTGTTGTCTAAATAAA +ACCATGAGCTATTTATCTTCTTCCATCCATAGCACCACTTACTATTTTCTTTATATGCCC +AACCTACATTGTCCTTAATCCATCCTTCTTGTTCTTTAGGTATAGACTTATTTGCTATAC +CTTCTGC +>MGYG000000001_114 +AGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATA +TAAAGTGTTGCACTTATATTGACAATCTATCCAATAAAAAAACTATCCTAATTTATTAGG +ATAGTTTTATATAAGGTAATTTTTATTTTCCGAATTGAGCTTCGAATTCTTCTTTAGTAG +AAGGTACTTTTATTTCTCCACTCTTTATTTTTTCAGCTACTTCATTAACATATTTTAATA +CTTCTGGATCTACATTCTTATCACTTGTTGGAGCTAAACCAACACCACCTGTAGTTAAAG +TGTTTACTATAACTTGACCACCTTTGTAGTCCCCATCTAACATGCTCTTACATAAGTTGA +ACATTGCAACATCTATATTTTTCATAGCAGATGTTAACATATTATTTGGAGCTAAATTGT +ACTGATCTGAGTCAACACCTATAGCTTTTTTATTATTTTCTTTAGCAGCTTCTATAGCTC +CTGTTCCAGTTGCTCCAGCAGCTGTGAATATTATATCTACACCATCTTTATGCATTTGAT +TTGCTATTGATTTACCTTTAGCAGCGTCACCAAAACTGTTCGCATATTGAGAAGTTACCT +TAGCATCTGGATTAGCAGTTAATACACCAGCTTTATATCCATATTCAAATTTAGCTAAAA +CATCACTTTCTATACCACCTATAAATGCAACTTTTCCAGTTTCAGTCATTCTACCAGCTA +CTAATCCAGTTAAAAATCCTGATACATTATCTTCAAAAGTTAATGAGTTAACGTTATCTC +CCTCTACAACAGAATCTATTATAGCAAATTGCTTTTCTGGGTAGTCTTTAGAAGCTTTCT +TTATAGCATCCTCTAATTTATATCCAACACCAACAATTAAATCATACTCATCATCTACAA +ATGTTTCAACATTTGGTACATAATCTGCATCTTGCTCAGATTCTAAGTACTTAACTTCTA +CTTTATCTCCATACTCAGCTTTTAAATCTTGAAGACCTTTCCAAGCAGATTGGTTGAATG +ATTCATCGTTTACCCCACCAGTATCTGTTATCATCCCTATTTTGTATACTTTATTTTCTG +ATCCTTGAGCAGAATCATCTGAGCTTGAACCACATCCTACTAGTAAACCAGCAGTCATAA +CTGTAGTTAAACCTAATGCTAATAACTTTTTAAGTTTCATAAATTCCCTCCTAAATTACT +CTACATATATAACAATTATCTTTATTTTACACTATTTTCTTTTTTTTAGCTATACTTTTT +CTGCAGAATTTTCTTTTTTTTTGTAAGAATGTGTTGCATTTAATAGTTAAAATTCTTATT +AGGGTATGTTTTATATTTATTTATGCATACTAATATGAATTTTTAATTAGATTTTTAATC +ATCATTAATATAAATAATAGTTTATATTTTCTTTTTAAATGATAGATTGTCAATATAAGT +GCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTTATATCCAAGACAC +TTGCGAGGTCTAT +>MGYG000000001_115 +GCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACAATTAGGACATA +TCAAAATTGGCATGCCTTCGGCTTTATGGTACTCTATTGTTCCATCTTCATAATTCAATT +TCTTAATAATCTCCTAATTCATCTACACATATTTCTGGAACTTCTTCTTCGTATTTACAT +ACTAAACAATGATAGTTGTACATCTTGTCCGGTTCTCTTCCATTTATCAGGTAATAAAAC +TCTTCTTCTGGAGTCATTTTCCTTTCCCTCCCTATAGCAATAGTCTTTTATATGATACAA +CAAACCATACCTTTCATGCCATACCCTATATAATTCCATTTCAGAGTTACACTTTTTACA +GCTAAGAGGATTTTCTCCAAAAAACTCTATCATTCTTTGTTTCCAACTTTTCTTTATAGT +ATTTTCTTTCTTAGATTTCAATAGTTCATTTATATTCCTTTGCCTCATAAATCTATATAA +GTGGATTATTTCTTGACTCCTCTTACTACTTCTTCTAGAGTATAATCCATATCTTCTTAC +TGTTTTAAACCCCTTCTTATGTATCTGCTGTGTTATTTTTCCTATAAATTCAAGTACTGG +CATTGATAATTCAATACGTTTATTATCTTCATCTTTATACCAAAATACTACCGTTTCTCC +ATCATAAGATTTAATTCTATATTCAGCGACAGCTGCTCTTCCTAAATACCTACCTATATA +TTTAATTGCTTGGCTAGTATCTTTCAATGACCTACGGGCATTTACATAAAATCCATTCGG +ATATTTTTTATACATTTTATTTACTAATCTTTTCATATCTACATCTTTTCTATAATCTTT +CATTATATCTAATACAACTTTCTGCCAAGACTTTCTAAGATACTCAAATGGAATATAGCC +TATACTTGTCCACCAATTAGTATTTTTATTTACCCCACCTTCTGTTATTAATGTGTGTAC +ATGTGGATTCCATTTAATATCTTTGCCAAAAGTATGTACTACAGCAATTATTCCTACTTC +ATATTTATTTTTACCTTTAGAATAATAATATCTAATTACTTCATTAACTCCATCTTGTAA +TTTCTTTATTAATTCTCTATTTGAGTAGAAATAATTTCTCAATTCATCTGGTATTGTAAA +TACCACATGTCTATGTGATACTTTCAACATTTTTTCATATTGTTTTTCTGCCCATTTCAG +TGCATATAATCTACCACACTTATTACAAAACTTACCTTTACACATAAACCCTATTTTACG +GCTATCGCCACATTTTAAACATATATATTCTCTAAATCCTTTACTTATATCTCCACAATT +TAATGATTTAATAACTACATTATCTACATGAGTTCTCATTTCCTTCGGAACTCTATGCCA +CATTCTTTTTTT +>MGYG000000001_116 +GGAAGTGCAGTAATGTATGTAGCTTACCGATACTAATAGGTCGAGGACTTGACCAAATTT +AAATGATGATTTAAGCAACGGGATATGAGCGGAGCAAAAAGACGTTGGCGCCATGAACGA +AGTGAATTTCATAAATGATATGCAGTTTTTAGAGTATTAACTTCATATATGCGGGTGTAG +CTCAATGGTAGAGTTCCGGCCTTCCAAGCCGGCTGTGAGGGTTCGATCCCCTTCACCCGC +TCCAAATAAGATTATGTGGTTATTATAGCAAAGAGGATACACCTGTTCCCATTCCGAACA +CAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGA +CATAGCCACGTAATCTTTTTTTATGAGAAAGATTATAAATTTAAACGACAAAGACTAAAA +ACATAAAAGTAAACCATCCATATTTAGGTGGTTTATTTTTATGCAAAAAAATACTTATAA +AGCTGGAAATTGAGTATTAAACAAGAAAGGTAAAGAGCTGATATTAGGTATATATTAATA +GAATGTATTATTATTTTTAAATAGTAACGTCAAAAGTGGAAATCTTAAGAGGAAAAATGG +AGTTGACTCAGACACCTAGTAGATTTAGATTAAAATAAAAGTATATGATAAATGTGAAAT +AAATTATGTATAAAAGAGAGAAGTTAGAGTTTTTAAGCAAAAATCCATAAGAAATTGTTA +TATTTATTATACTTATTATGGTATTTAAACTAAGATTAATTTTATGACAAATAAAGTAAT +TCAAAAATAAATTAAAAAAAATTATGTGAATAAGTAAGTTAATAATGTGGATAAAAAAAA +CAAAATATACTTATTGCAAGTGGATAAGGTTGTTAACACTGTTGATAACATTTCTACAAA +TTATTTATTTAAAATTAAATATAAAAAAATATTTAAAAAACTATTGACCAATATTTATTA +TGGTGGTAGAGTATTACTTGTCCGAGAGATACGGACGAAAAATAAATCCAAAAAAAGTCT +TGACTAAGGGGTAACAACCTGGTAAGATAAGTAAGTCGAGAAAATGAACTTTGAAAATTA +AACAGTAGGTTAATTTATATAACTAATTCTTTATTAAGAATTATTCGAAACAACCAAACA +AAGCCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTTGATCCTGGC +TCAGGATGAACGCTGGCGGCGTGCCTAAC +>MGYG000000001_117 +CGTTAAGTGCCGAAGTGGCGGAACTGGCAGACGCACAGGACTTAAAATCCTGCGGGACTT +ACCTCTCGTACCGGTTCGATTCCGGTCTTCGGCACCACATATAATATCGCGGGGTGGAGC +AGTTGGCAGCTCGTCGGGCTCATAACCCGAAGGTCGCAGGTTCAAGTCCTGCCTCCGCAA +CCATTAAAATGGCCCATTGGTCAAGCGGTCAAGACACCGCCCTTTCACGGCGGTAACAGG +GGTTCGATTCCCCTATGGGTCACCAATTAAATACGCGGGTGTAGCTCAATGGTAGAGTTC +CGGCCTTCCAAGCCGGCTGTGAGGGTTCGATCCCCTTCACCCGCTCCAGATTAAACTTAT +GGGACTATAGCTCAGCTGGGAGAGCACCTGCCTTACAAGCAGGGGGTCACAGGTTCGAGC +CCTGTTAGTCCCACCATTTGCGGCCTGGTAGTTCAGCTGGTTAGAATGCCAGCCTGTCAC +GCTGGAGGTCGAGGGTTCGAGTCCCTTCCAGGTCGCCAAACTTAACATGGGAATATGGCT +CAGTTGGTAGAGCAAATGACTGTTAATCATTGGGTCACAGGTTCGAGTCCTGTTATTCCC +GCCAATATGCTGGTGTGGCTCAACGGTAGAGCAGCTGACTTGTAATCAGCAGGTTGTAGG +TTCGATTCCTATCACCAGCTCCATATAAATACGGAGGATTTCCCGAGCGGCCAAAGGGGG +CAGACTGTAAATCTGTTAGCATTGCTTTCGGTGGTTCGAATCCACCATCCTCCACCAACT +AAATAAAGTATTAAGCGCGGATGTGGCGGAATTGGCAGACGCACCAGACTTAGGATCTGG +CGCCTACGGCGTGGGGGTTCGACTCCCTTCATCCGCACCAACTTTATTAACTATAATGTG +GGTGCATAGCTCAGCTGGATAGAGCAACGCCCTTCTAAGGCGTGTGTCCGGGGTTCGAAT +CCCTGTGCGCTCACCAC +>MGYG000000001_118 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATAATAAAATA +AAACCTGATAAAATACCAACTGGTATAAAGATTGAAATATGTAGTAATATCCCTGTAGGT +CGTGGTCTTGGTAGCAGTGCAACTTGTATAGTTGCTGGTGTTGTTGCTGCAAATATATTG +TCTGAATCTAATTTAGATAAAAAAGAGATACTAAAAATAGCAACAGAAATAGAAGGTCAT +CCTGATAATATAGCCCCAGCTTTATTTGGTAATATGATAATATCAATTTATGAAGATAAT +GAAGTTTACTTTGATATTGTCGACATACCAGATGAACTTAGTTTTTGTGCTATTATACCC +GACTTTGAATTATCTACTTCTTTAGCACGTAGCGTATTACCTAAAGAAATACCTCATAAA +GATGGTGTTTATAATATAGGCAGGGTATCCTTACTTATATCATCATTAATGAATAAAAAT +TTTGAACTTATAAAAATAGCTTGCCAAGACAAATTACATCAAATTTATAGATTTCCTTTA +ATAGAAAATTATAATGATATAGTAAGTAAATTATATGATTTAGAAAGCTTATGCGTCTTT +TTAAGCGGTGCTGGACCCACTATCATGTCTATTATCAAAGATGATGATTATGCGTTCGTA +GATAGTATGAAATCATTTCTACTCGAACTTAATAATAATTATGAAATAAAAAAACTTAAA +TGTGATAAGCACGGTACAAAAATAAATAAAGTATAAAATATATTCTAGTGTTGCATCTAG +TTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGG +TTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_119 +CATGCGATAAAAATATGTTATCTCGTATTAGCGTACCTTTCGGTACGTTATCCGTGTGTA +TAGGGCAGGTTACCCACGCGTTACTCACCCGTCCGCCGCTCACTTCCGAAGAAGTTCGCT +CGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAACTCTCAA +ATAAAAGTTGTCCATCGCTCAGCTAATCATTATCTGAATATCTGGCTTGGTTGTTTGTGT +TTAATTCTTAAATAAGAATAAATTTTATAAATTAACCTACTGTTTAATTTTCAAAGTTCT +TAAAGTGGTGGACCATCAGGGACTCGAACCCCAGACCTACCGGTTATGAGCCGGGCGCTC +TAACCAACTGAGCTAATGGTCCACTTTATTTTGGTGCCGAAGACCGGAATCGAACCGGTA +CGAGAGGTAAGTCCCGCAGGATTTTAAGTCCTGTGCGTCTGCCAGTTCCGCCACTTCGGC +ACTTAACGNGGCTACGTCTTACTCTCCCAGGAGGTTGCCCTCCAAGTACCATCAGCGCTA +AAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGTGTATCCTCTTTGCTATAGTAACCA +CATTAAATTGCTTTGTTTTTCAAGACAAGTATTATATTAACATCTTTATTATTCAATGTC +AACATATTTTTAAATCTTTTTTGTAAAAAATTCATCTTAGAGTTAATACTCTAAAAACTG +CATATCATTTATGAAATTCACTTCGTTCATGGCGCTAACGTCTTTTCGCTCCGCTCATAT +CCAGTTGCTTAAATCATCATTTAAATTTGGTCAAGTCCTCGACCTATTAGTATCGGTAAG +CTACATACATTACTGCACTTCCACCTCCGACCTATCAACCAGG +>MGYG000000001_120 +CGCTATCGGTCACTAGGTAGTATTTAGGCTTGGAGGATGGTCCCTCCTGCTTCCCACAGG +GTTTCACGTGTCCCGTGGTACTCTGGATCACATCTAAAGTCTTCTCGTTTCAGCTACAGG +GCTATTACCTTTTATAGCGGAGCTTTCCAACTCTCTTCACTTACGATACCTCTTCGTTAA +TGATATGTCCGCAACCCCAACGAAGTAAACTTCATTGGTTTGGCCTGTTCCGCGTTCGCT +CGCCGCTACTTACGGAATCGATTTTTCTTTCTCTTCCTCCAGGTACTTAGATGTTTCAGT +TCCCCGGGTTCCCCTCGCTAAGCTATGTATTCACTTAACGATACTTAGACATTACTCTAA +GTGAGTTTCCTCATTCGGAAATCTTCGGATCAAAGTTTACGTGCAACTCCCCGAAGCTTA +TCGCAGCTTATCACGTCCTTCATCGGCTCCTAGTGCCAAGGCATCCGCCCTGCACCCTTA +ATAACTTGACCAGTTATTAAAAGTTATCGCCAAAGTCTTTATATTCATATACATTCACAT +AAATCCCTTTTCTTAAAGTTGATTTTAAAGACTTATCTGTCTATATATAATTAAATGATG +TCATATCACTAAATGTTATGCAGTTTTCAAAGTACTAAAATGCTATTGCATATCGCCAAC +GTCTAAACATTCACATACGTTTATGTTCATCCCGTTGCTCAAAATACAGTTGCATTGGGC +TACGCCCTCTATTGTTGAGTTTTCATTTAATGAACCCTCAAAATTAAACAGTAGGCAATT +CTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTC +ACCCC +>MGYG000000001_121 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCAATTTATGTACATATATTAATCTATACAAATACTATTTTATAGTAAAAATAT +AAAAAACGAAATATGTTGTAATAAATTTAGTTTTTTTTACCAATAATAAAGGTAGATTAA +TTAATGGAGGTAATTACATATGACTTTAAATTGCAATGCACATAATTGTGCTTATAATAA +CTCAGGTACATGTTATGCAGGTAGTATAAAAGTAATAGGATCTGAAGCAAATAGTACATC +AGGTACTAAATGCTCTACTTTTACACCTGAAGATAATAATAATCTTACAAATATTAATAG +TAATTATTTTACTACTTCTAGTGACATCAACTGTAAAGCTAAAAAATGTAATTATAATAT +TAACTCTACTTGTACTGCTCCTAGCGTGCTAATAAACATGAACAACGCTACTTGTGAGAC +TTTTATTTCTTAATAATATAAACAAATAATAAACCTCTATCATATTACGTATGTATAGAG +GTTTATTATTTATATATGATAATATAGTTAATGTAGTATGTAATAATTTAATATATAAAG +ATATTTTAATAAAATAAATTCAATAAAAAAATCCCCTAAAGGGGACCTTGAGTGGCTAAT +GCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACAATTAGGACATA +TCAAAATTGGCAT +>MGYG000000001_122 +CATTCTTTAGTTTATTAAGTAGAGAGTATACAAGACTATTTCCAAAATTAGGCGATAGAA +CTAGATTTAATAGAACAAAACGAAATCTCCACGCTGTAACTAAAGAAATCAGAGAATATA +TTTCATTATCTATTCAATCTTACTCTAATGAGATAATAATTATAGATAGTATGCCTATTC +CAGTATGTGAGTTCGGTAGAGCACATTTTAGTAAATGCTTTAAAGGCGAAGCCTCTTATG +GTAGATGCCCTTCAAAGAAACAAATATATTTTGGATTTAAGTTCCATGCACTTACTACAG +TAGATGGGTTTTTAACTGACTACGTCATAACTCCAGCAAATGTAGATGATAGAAATGCAG +TATGGGATTTATGCTACAAATATAGTTCTATTTATATTATAGGTGATAAGGGATACGTTA +ATAAAAGGCTAACGCCTGAATTAAAAGGAGAAAAGGGCATAAATTTATTGTTTTTAAAAA +GAGGAAATAGTAAAGAAAACTATCCAAAAGAAATAAGACAACTTATATTTAAGGTAAGAA +GAAGGATAGAAACTAGCTTTTCTCAATTAACAGAACAATTAAACTTAAATAAGGTTAAGA +GTAAATCTATGCTAGGATTTATAACTAGAACTTCAATAAAAGTTTTAGCTCATAACATTT +CTTTTCTTATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGT +TCATAAGTTTATGTTCATGTTACAGTAATAATAACCACA +>MGYG000000001_123 +CCTTCTTCTTACCTTAAATATAAGTTGTCTTATTTCTTTTGGATAGTTTTCTTTACTATT +TCCTCTTTTTAAAAACAATAAATTTATGCCCTTTTCACCTTTTAATTCAGGCGTTAGCCT +TTTATTAATGTATCCCTTATCACATATAATAGAAATAGAACTATATTTATAGCATAAATC +CCATACTGCATTTCTATCATCTACATTTGCTGGAGTTATGACGTAGTCAGTTAAAAAAAC +ATCTACTGTAGTAAGTGCATGAAACTTAAATCTAAAATATATTTGTTTCTTTGAAGGGCA +TCTACCATAAGAGGCTTCGCCTTTAAAGCATTTACTAAAATGTGCTCTACCGAACTCACA +TACTGGAATAGGCATACTATCTATAACTCTTATCTCATTAGAGTAAGATTGAATAGATAA +TGAAATATATTCTCTGATTTCTTTAATTACAGCGTGGAGATTTCGTTTTGTTCTATTAAA +TCTAGTTCTATCGCCTAATTTTGGAAATAGTCTTGTATACTCTCTACT +>MGYG000000001_124 +AAGTACTAACAGTACATTTAAGTACTAATGGTGGAGATGAGGAGGATCGAACTCCTGACC +CCTTGCGTGCAAGGCAAGTGCTCTCCCAGCTGAGCTACACCCCCATATCAAGGTTATTTT +AGATATTTTCCATAATAAAAGACTGTATACTTATCTAATTGTTTTATCCATTTGGATGTT +TGATACAATCAAATTATAATCAGCCTCTTTATGGTTATAAAAACCCTCAAAATTAAACAG +TAGGCAATTCTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGT +TACGACTTCACCCCAGTTATTGGTTTCACCTTCGACACTCGCTTCCCAAAAGGGTTAGCT +AAGTGGCTTCGGGCGCCCCCAACTCCCGTGGTGTGACGGGCGGTGTGTACAAGACCCGGG +AACGCATTCACCGCAGCATTCTGATCTGCGATTACTAGTAACTCCAGCTTCATGTAGGCG +AGTTTCAGCCTACAATCCGAACT +>MGYG000000001_125 +AAGCCGACTTCAAGATAAGATTTCCCACCGTAAGGGTAAGACCCCAGGAAGACTACCTGG +TTGATAGGTCGGAGGTGGAAGTGCAGTAATGTATGTAGCTTACCGATACTAATAGGTCGA +GGACTTGACCAAAATAAACCTAAAGGTTTATATCGCTAACCAAATTATCATTGAAATTTC +AATATGTAAGATTTCGGTTGCTAAAATTTTAAATGATTAAAACACAAATGATATGCAGTT +TTTAGAGTATTAACTCTAAGATTAATTTTTTACAAAAAGATTTAAAAATGTATTGACATT +GAACAATAAAGGTGTTAATATAATACTTGTCTTGAAAAACAAAGCAATTTAATGTGGTTA +CTATAGCAAAGAGGATACACCTGTTCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGC +TGATGGTACTTGGAGGGCAACCTCCTGGGAGAGTAAGACGTAGCC +>MGYG000000001_126 +CCTCCTTTCTAAGGAGAATTGCCTACTGTTTAATTTTGAGGGTTCATTAAATGAAAACTC +AACAATAGAGGGCGTAGCCCAATGCAACTGCATTTTGAGCAACGGGATGAACATGAACGT +ATGTGAATGTTTAGACGTTGGCGACATGCGATAGCATTTTAGTACTTTGAAAACTGCATA +ACATTTAGTGGTATGACATCATTTAATTATATATAGACAGACAAGTCTTTAAAATCAACT +TTAAGCAAATGGATTTATGTGAATGAATATGAACATAAAGACTTTCGCGATAACTTTTAA +TAACTGGTCAAGTTATTAAGGGTGCAGGGCGGATGCCTTGGCACTAGGAGCCGATGAAGG +ACGTGATAAGCTGCGATAAGCTTCGGGG +>MGYG000000001_127 +GGTGCCGAAGACCGGAATCGAACCGGTACGAGAGGTAAGTCCCGCAGGATTTTAAGTCCT +GTGCGTCTGCCAGTTCCGCCACTTCGGCACATATAATGTTCATAAAGAACCTTTTTTATT +TAGTGGAGGCGACATCCAGATTCGAACTGGAGATCAAGGAGTTGCAGTCCACTGCCTTAC +CACTTGGCTATGTCGCCTTATAAATGGTGATCCATCCGCGACTCGAACGCGGGACACCCT +GATTAAAAGTCAGGTGCTCTACCGACTGAGCTAATGGATCACAATATATGGGGTGGATAA +TGAGAGTCGAACTCACGACCTCCAGAGCCACAATCTGGCGCTCTAACCAACTGAGCTATA +CCCACCATA +>MGYG000000001_128 +AACAGATATACATTATTTAGAAGAGCCTACAGGAGAAACTGTTATATTAGAAAATAGGGT +AGAGCGAAATATGCACATAACTACGAAAGATATGTATGACTTTGTAAAGGATGAATTAAA +ATTAGCTAGTTATAGATATAATATTAATTTAGAGAAAGGCAACACTTCTGTAGATTATGG +GTTTATTGCACAAGATATTTTATATACAAAAGTTGGTTCTGAAATAGTACAATTAGCAGA +TGAGAATAACTTAAATAGCGAACTTTCTTATAATCAAGGAAATTATATTTCTGTTATAGC +AGGAGCATTACAACAAGAGATAAGAAAAAGAGATAAAGAAATTAAAGAA +>MGYG000000001_129 +CTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAA +GTGTTGCACTTATATTGACAATCTATCTTATAAATAAATCTCAGCTTATTAAATTAGTAA +ATTGTATCAGTACAATATATATTGTTTTATATAATATTATTACATATAATTAAATTATTA +ATTCGCTTATAATATGGAGGGATTTTATGAATAATCAAACTAAAAAAGTTGTTTTAAATT +TCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAA +AAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.fna.fai b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.fna.fai new file mode 100644 index 000000000..1c0625c33 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.fna.fai @@ -0,0 +1,129 @@ +MGYG000000001_1 209499 17 60 61 +MGYG000000001_2 163217 213025 60 61 +MGYG000000001_3 104897 378980 60 61 +MGYG000000001_4 95242 485643 60 61 +MGYG000000001_5 94703 582490 60 61 +MGYG000000001_6 83665 678789 60 61 +MGYG000000001_7 75540 763866 60 61 +MGYG000000001_8 66751 840682 60 61 +MGYG000000001_9 66614 908563 60 61 +MGYG000000001_10 65374 976306 60 61 +MGYG000000001_11 63713 1042788 60 61 +MGYG000000001_12 62294 1107581 60 61 +MGYG000000001_13 59881 1170932 60 61 +MGYG000000001_14 58872 1231830 60 61 +MGYG000000001_15 57848 1291702 60 61 +MGYG000000001_16 56785 1350533 60 61 +MGYG000000001_17 55834 1408283 60 61 +MGYG000000001_18 52579 1465066 60 61 +MGYG000000001_19 52040 1518540 60 61 +MGYG000000001_20 50682 1571466 60 61 +MGYG000000001_21 47870 1623011 60 61 +MGYG000000001_22 47258 1671697 60 61 +MGYG000000001_23 46920 1719761 60 61 +MGYG000000001_24 46059 1767481 60 61 +MGYG000000001_25 45359 1814326 60 61 +MGYG000000001_26 44640 1860459 60 61 +MGYG000000001_27 44285 1905861 60 61 +MGYG000000001_28 42411 1950903 60 61 +MGYG000000001_29 41865 1994039 60 61 +MGYG000000001_30 39844 2036620 60 61 +MGYG000000001_31 39395 2077147 60 61 +MGYG000000001_32 38701 2117217 60 61 +MGYG000000001_33 37337 2156582 60 61 +MGYG000000001_34 36728 2194560 60 61 +MGYG000000001_35 35991 2231919 60 61 +MGYG000000001_36 35087 2268528 60 61 +MGYG000000001_37 33031 2304218 60 61 +MGYG000000001_38 32678 2337818 60 61 +MGYG000000001_39 31678 2371059 60 61 +MGYG000000001_40 31644 2403283 60 61 +MGYG000000001_41 31251 2435473 60 61 +MGYG000000001_42 27417 2467263 60 61 +MGYG000000001_43 25549 2495155 60 61 +MGYG000000001_44 25448 2521148 60 61 +MGYG000000001_45 24758 2547039 60 61 +MGYG000000001_46 23871 2572228 60 61 +MGYG000000001_47 23463 2596515 60 61 +MGYG000000001_48 21838 2620388 60 61 +MGYG000000001_49 21546 2642608 60 61 +MGYG000000001_50 21397 2664532 60 61 +MGYG000000001_51 20797 2686304 60 61 +MGYG000000001_52 20737 2707466 60 61 +MGYG000000001_53 20710 2728567 60 61 +MGYG000000001_54 19900 2749641 60 61 +MGYG000000001_55 18805 2769891 60 61 +MGYG000000001_56 18293 2789028 60 61 +MGYG000000001_57 17824 2807644 60 61 +MGYG000000001_58 17816 2825784 60 61 +MGYG000000001_59 17580 2843915 60 61 +MGYG000000001_60 17378 2861806 60 61 +MGYG000000001_61 16530 2879492 60 61 +MGYG000000001_62 16018 2896316 60 61 +MGYG000000001_63 15986 2912619 60 61 +MGYG000000001_64 15032 2928890 60 61 +MGYG000000001_65 14636 2944191 60 61 +MGYG000000001_66 14611 2959089 60 61 +MGYG000000001_67 13977 2973962 60 61 +MGYG000000001_68 13448 2988190 60 61 +MGYG000000001_69 13039 3001881 60 61 +MGYG000000001_70 12992 3015156 60 61 +MGYG000000001_71 12571 3028383 60 61 +MGYG000000001_72 12072 3041182 60 61 +MGYG000000001_73 10171 3053474 60 61 +MGYG000000001_74 9961 3063833 60 61 +MGYG000000001_75 9673 3073979 60 61 +MGYG000000001_76 9547 3083832 60 61 +MGYG000000001_77 9057 3093557 60 61 +MGYG000000001_78 8909 3102783 60 61 +MGYG000000001_79 8629 3111859 60 61 +MGYG000000001_80 8148 3120650 60 61 +MGYG000000001_81 7905 3128952 60 61 +MGYG000000001_82 7133 3137007 60 61 +MGYG000000001_83 7084 3144277 60 61 +MGYG000000001_84 7065 3151498 60 61 +MGYG000000001_85 6961 3158699 60 61 +MGYG000000001_86 6528 3165795 60 61 +MGYG000000001_87 6365 3172450 60 61 +MGYG000000001_88 5392 3178940 60 61 +MGYG000000001_89 5245 3184440 60 61 +MGYG000000001_90 5223 3189791 60 61 +MGYG000000001_91 5118 3195120 60 61 +MGYG000000001_92 4822 3200342 60 61 +MGYG000000001_93 4650 3205263 60 61 +MGYG000000001_94 4429 3210009 60 61 +MGYG000000001_95 4254 3214530 60 61 +MGYG000000001_96 4122 3218873 60 61 +MGYG000000001_97 4067 3223082 60 61 +MGYG000000001_98 3674 3227235 60 61 +MGYG000000001_99 3246 3230989 60 61 +MGYG000000001_100 2887 3234309 60 61 +MGYG000000001_101 2818 3237264 60 61 +MGYG000000001_102 2802 3240148 60 61 +MGYG000000001_103 2757 3243016 60 61 +MGYG000000001_104 2436 3245838 60 61 +MGYG000000001_105 2302 3248334 60 61 +MGYG000000001_106 1976 3250694 60 61 +MGYG000000001_107 1846 3252722 60 61 +MGYG000000001_108 1795 3254618 60 61 +MGYG000000001_109 1746 3256462 60 61 +MGYG000000001_110 1716 3258257 60 61 +MGYG000000001_111 1667 3260021 60 61 +MGYG000000001_112 1653 3261735 60 61 +MGYG000000001_113 1567 3263435 60 61 +MGYG000000001_114 1513 3265048 60 61 +MGYG000000001_115 1392 3266606 60 61 +MGYG000000001_116 1229 3268041 60 61 +MGYG000000001_117 977 3269310 60 61 +MGYG000000001_118 930 3270323 60 61 +MGYG000000001_119 883 3271288 60 61 +MGYG000000001_120 845 3272205 60 61 +MGYG000000001_121 793 3273084 60 61 +MGYG000000001_122 759 3273910 60 61 +MGYG000000001_123 528 3274701 60 61 +MGYG000000001_124 503 3275257 60 61 +MGYG000000001_125 465 3275788 60 61 +MGYG000000001_126 388 3276280 60 61 +MGYG000000001_127 369 3276694 60 61 +MGYG000000001_128 349 3277089 60 61 +MGYG000000001_129 347 3277463 60 61 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.gff b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.gff new file mode 100644 index 000000000..7e8f1b3e3 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001.gff @@ -0,0 +1,57261 @@ +##gff-version 3 +##sequence-region MGYG000000001_1 1 209499 +##sequence-region MGYG000000001_2 1 163217 +##sequence-region MGYG000000001_3 1 104897 +##sequence-region MGYG000000001_4 1 95242 +##sequence-region MGYG000000001_5 1 94703 +##sequence-region MGYG000000001_6 1 83665 +##sequence-region MGYG000000001_7 1 75540 +##sequence-region MGYG000000001_8 1 66751 +##sequence-region MGYG000000001_9 1 66614 +##sequence-region MGYG000000001_10 1 65374 +##sequence-region MGYG000000001_11 1 63713 +##sequence-region MGYG000000001_12 1 62294 +##sequence-region MGYG000000001_13 1 59881 +##sequence-region MGYG000000001_14 1 58872 +##sequence-region MGYG000000001_15 1 57848 +##sequence-region MGYG000000001_16 1 56785 +##sequence-region MGYG000000001_17 1 55834 +##sequence-region MGYG000000001_18 1 52579 +##sequence-region MGYG000000001_19 1 52040 +##sequence-region MGYG000000001_20 1 50682 +##sequence-region MGYG000000001_21 1 47870 +##sequence-region MGYG000000001_22 1 47258 +##sequence-region MGYG000000001_23 1 46920 +##sequence-region MGYG000000001_24 1 46059 +##sequence-region MGYG000000001_25 1 45359 +##sequence-region MGYG000000001_26 1 44640 +##sequence-region MGYG000000001_27 1 44285 +##sequence-region MGYG000000001_28 1 42411 +##sequence-region MGYG000000001_29 1 41865 +##sequence-region MGYG000000001_30 1 39844 +##sequence-region MGYG000000001_31 1 39395 +##sequence-region MGYG000000001_32 1 38701 +##sequence-region MGYG000000001_33 1 37337 +##sequence-region MGYG000000001_34 1 36728 +##sequence-region MGYG000000001_35 1 35991 +##sequence-region MGYG000000001_36 1 35087 +##sequence-region MGYG000000001_37 1 33031 +##sequence-region MGYG000000001_38 1 32678 +##sequence-region MGYG000000001_39 1 31678 +##sequence-region MGYG000000001_40 1 31644 +##sequence-region MGYG000000001_41 1 31251 +##sequence-region MGYG000000001_42 1 27417 +##sequence-region MGYG000000001_43 1 25549 +##sequence-region MGYG000000001_44 1 25448 +##sequence-region MGYG000000001_45 1 24758 +##sequence-region MGYG000000001_46 1 23871 +##sequence-region MGYG000000001_47 1 23463 +##sequence-region MGYG000000001_48 1 21838 +##sequence-region MGYG000000001_49 1 21546 +##sequence-region MGYG000000001_50 1 21397 +##sequence-region MGYG000000001_51 1 20797 +##sequence-region MGYG000000001_52 1 20737 +##sequence-region MGYG000000001_53 1 20710 +##sequence-region MGYG000000001_54 1 19900 +##sequence-region MGYG000000001_55 1 18805 +##sequence-region MGYG000000001_56 1 18293 +##sequence-region MGYG000000001_57 1 17824 +##sequence-region MGYG000000001_58 1 17816 +##sequence-region MGYG000000001_59 1 17580 +##sequence-region MGYG000000001_60 1 17378 +##sequence-region MGYG000000001_61 1 16530 +##sequence-region MGYG000000001_62 1 16018 +##sequence-region MGYG000000001_63 1 15986 +##sequence-region MGYG000000001_64 1 15032 +##sequence-region MGYG000000001_65 1 14636 +##sequence-region MGYG000000001_66 1 14611 +##sequence-region MGYG000000001_67 1 13977 +##sequence-region MGYG000000001_68 1 13448 +##sequence-region MGYG000000001_69 1 13039 +##sequence-region MGYG000000001_70 1 12992 +##sequence-region MGYG000000001_71 1 12571 +##sequence-region MGYG000000001_72 1 12072 +##sequence-region MGYG000000001_73 1 10171 +##sequence-region MGYG000000001_74 1 9961 +##sequence-region MGYG000000001_75 1 9673 +##sequence-region MGYG000000001_76 1 9547 +##sequence-region MGYG000000001_77 1 9057 +##sequence-region MGYG000000001_78 1 8909 +##sequence-region MGYG000000001_79 1 8629 +##sequence-region MGYG000000001_80 1 8148 +##sequence-region MGYG000000001_81 1 7905 +##sequence-region MGYG000000001_82 1 7133 +##sequence-region MGYG000000001_83 1 7084 +##sequence-region MGYG000000001_84 1 7065 +##sequence-region MGYG000000001_85 1 6961 +##sequence-region MGYG000000001_86 1 6528 +##sequence-region MGYG000000001_87 1 6365 +##sequence-region MGYG000000001_88 1 5392 +##sequence-region MGYG000000001_89 1 5245 +##sequence-region MGYG000000001_90 1 5223 +##sequence-region MGYG000000001_91 1 5118 +##sequence-region MGYG000000001_92 1 4822 +##sequence-region MGYG000000001_93 1 4650 +##sequence-region MGYG000000001_94 1 4429 +##sequence-region MGYG000000001_95 1 4254 +##sequence-region MGYG000000001_96 1 4122 +##sequence-region MGYG000000001_97 1 4067 +##sequence-region MGYG000000001_98 1 3674 +##sequence-region MGYG000000001_99 1 3246 +##sequence-region MGYG000000001_100 1 2887 +##sequence-region MGYG000000001_101 1 2818 +##sequence-region MGYG000000001_102 1 2802 +##sequence-region MGYG000000001_103 1 2757 +##sequence-region MGYG000000001_104 1 2436 +##sequence-region MGYG000000001_105 1 2302 +##sequence-region MGYG000000001_106 1 1976 +##sequence-region MGYG000000001_107 1 1846 +##sequence-region MGYG000000001_108 1 1795 +##sequence-region MGYG000000001_109 1 1746 +##sequence-region MGYG000000001_110 1 1716 +##sequence-region MGYG000000001_111 1 1667 +##sequence-region MGYG000000001_112 1 1653 +##sequence-region MGYG000000001_113 1 1567 +##sequence-region MGYG000000001_114 1 1513 +##sequence-region MGYG000000001_115 1 1392 +##sequence-region MGYG000000001_116 1 1229 +##sequence-region MGYG000000001_117 1 977 +##sequence-region MGYG000000001_118 1 930 +##sequence-region MGYG000000001_119 1 883 +##sequence-region MGYG000000001_120 1 845 +##sequence-region MGYG000000001_121 1 793 +##sequence-region MGYG000000001_122 1 759 +##sequence-region MGYG000000001_123 1 528 +##sequence-region MGYG000000001_124 1 503 +##sequence-region MGYG000000001_125 1 465 +##sequence-region MGYG000000001_126 1 388 +##sequence-region MGYG000000001_127 1 369 +##sequence-region MGYG000000001_128 1 349 +##sequence-region MGYG000000001_129 1 347 +MGYG000000001_1 INFERNAL:1.1.2 ncRNA 145184 145535 . + . ID=MGYG000000001_1_ncRNA1;inference=Rfam:14.6;locus_tag=MGYG000000001_1_ncRNA1;product=transfer-messenger RNA;rfam=RF00023 +MGYG000000001_1 INFERNAL:1.1.2 ncRNA 209109 209349 . + . ID=MGYG000000001_1_ncRNA2;inference=Rfam:14.6;locus_tag=MGYG000000001_1_ncRNA2;product=cspA thermoregulator;rfam=RF01766 +MGYG000000001_1 INFERNAL:1.1.2 ncRNA 163083 163163 . + . ID=MGYG000000001_1_ncRNA3;inference=Rfam:14.6;locus_tag=MGYG000000001_1_ncRNA3;product=Cyclic di-GMP-I riboswitch;rfam=RF01051 +MGYG000000001_1 INFERNAL:1.1.2 ncRNA 101925 102087 . - . ID=MGYG000000001_1_ncRNA4;inference=Rfam:14.6;locus_tag=MGYG000000001_1_ncRNA4;product=Lysine riboswitch;rfam=RF00168 +MGYG000000001_1 Prodigal:2.6 CDS 188 1672 . - 0 ID=MGYG000000001_00001;eC_number=2.7.8.-;Name=clsA_1;db_xref=COG:COG1502;gene=clsA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P71040;locus_tag=MGYG000000001_00001;product=Major cardiolipin synthase ClsA;eggNOG=1476973.JMMB01000007_gene3171;COG=I;KEGG=ko:K06131;Pfam=PF13091,PF13396;InterPro=IPR001736,IPR027379,IPR025202,IPR022924,IPR030874 +MGYG000000001_1 Prodigal:2.6 CDS 1820 2689 . - 0 ID=MGYG000000001_00002;Name=focA_1;db_xref=COG:COG2116;gene=focA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AC25;locus_tag=MGYG000000001_00002;product=putative formate transporter 1;eggNOG=1476973.JMMB01000007_gene3170;COG=P;KEGG=ko:K21993;Pfam=PF01226;InterPro=IPR024002,IPR000292,IPR023271 +MGYG000000001_1 Prodigal:2.6 CDS 2964 3764 . + 0 ID=MGYG000000001_00003;Name=focA_2;db_xref=COG:COG2116;gene=focA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AC25;locus_tag=MGYG000000001_00003;product=putative formate transporter 1;eggNOG=1301100.HG529378_gene4086;COG=P;KEGG=ko:K21993;Pfam=PF01226;InterPro=IPR024002,IPR000292,IPR023271 +MGYG000000001_1 Prodigal:2.6 CDS 4094 5008 . + 0 ID=MGYG000000001_00004;eC_number=1.3.1.98;Name=murB;db_xref=COG:COG0812;gene=murB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P61431;locus_tag=MGYG000000001_00004;product=UDP-N-acetylenolpyruvoylglucosamine reductase;eggNOG=1301100.HG529378_gene4087;COG=M;KEGG=ko:K00075;Pfam=PF02873,PF01565;InterPro=IPR036318,IPR036635,IPR011601,IPR003170,IPR006094,IPR016166,IPR016167,IPR016169 +MGYG000000001_1 Prodigal:2.6 CDS 5012 5725 . + 0 ID=MGYG000000001_00005;Name=polX;db_xref=COG:COG1387;gene=polX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94544;locus_tag=MGYG000000001_00005;product=DNA polymerase/3'-5' exonuclease PolX;eggNOG=1476973.JMMB01000007_gene3167;COG=E;KEGG=ko:K04477;Pfam=PF02811;InterPro=IPR016195,IPR004013,IPR003141 +MGYG000000001_1 Prodigal:2.6 CDS 5740 6597 . + 0 ID=MGYG000000001_00006;Name=yvcJ;db_xref=COG:COG1660;gene=yvcJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06973;locus_tag=MGYG000000001_00006;product=Nucleotide-binding protein YvcJ;eggNOG=1476973.JMMB01000007_gene3166;COG=S;KEGG=ko:K06958;Pfam=PF03668;InterPro=IPR027417,IPR005337 +MGYG000000001_1 Prodigal:2.6 CDS 6611 7720 . + 0 ID=MGYG000000001_00007;db_xref=COG:COG0391;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9K706;locus_tag=MGYG000000001_00007;product=Gluconeogenesis factor;eggNOG=1301100.HG529378_gene4090;COG=S;KEGG=-;Pfam=PF01933;InterPro=IPR010119,IPR038136,IPR002882 +MGYG000000001_1 Prodigal:2.6 CDS 7786 8214 . + 0 ID=MGYG000000001_00008;eC_number=3.6.1.61;Name=ndx1_1;db_xref=COG:COG0494;gene=ndx1_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q75UV1;locus_tag=MGYG000000001_00008;product=Diadenosine hexaphosphate hydrolase;eggNOG=1476973.JMMB01000007_gene3164;COG=F;KEGG=-;Pfam=PF00293;InterPro=IPR020476,IPR015797,IPR000086,IPR020084 +MGYG000000001_1 Prodigal:2.6 CDS 8239 9192 . + 0 ID=MGYG000000001_00009;Name=whiA;db_xref=COG:COG1481;gene=whiA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WF45;locus_tag=MGYG000000001_00009;product=Putative sporulation transcription regulator WhiA;eggNOG=1301100.HG529378_gene4092;COG=K;KEGG=ko:K09762;Pfam=PF14527,PF10298,PF02650;InterPro=IPR003802,IPR023054,IPR018478,IPR004042,IPR027434,IPR036388,IPR039518 +MGYG000000001_1 Prodigal:2.6 CDS 9275 12790 . + 0 ID=MGYG000000001_00010;eC_number=2.7.7.7;Name=dnaE;db_xref=COG:COG0587;gene=dnaE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9XDH5;locus_tag=MGYG000000001_00010;product=DNA polymerase III subunit alpha;eggNOG=1476973.JMMB01000007_gene3162;COG=L;KEGG=ko:K02337,ko:K14162;Pfam=PF17657,PF07733,PF02811,PF14579,PF01336;InterPro=IPR016195,IPR004365,IPR003141,IPR029460,IPR041931,IPR040982,IPR004013,IPR011708,IPR004805 +MGYG000000001_1 Prodigal:2.6 CDS 12968 13927 . + 0 ID=MGYG000000001_00011;eC_number=2.7.1.11;Name=pfkA;gene=pfkA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00512;locus_tag=MGYG000000001_00011;product=ATP-dependent 6-phosphofructokinase;eggNOG=1476973.JMMB01000007_gene3161;COG=F;KEGG=ko:K00850;Pfam=PF00365;InterPro=IPR012003,IPR035966,IPR012828,IPR022953,IPR000023,IPR015912 +MGYG000000001_1 Prodigal:2.6 CDS 13947 15707 . + 0 ID=MGYG000000001_00012;eC_number=2.7.1.40;Name=pyk_1;gene=pyk_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q02499;locus_tag=MGYG000000001_00012;product=Pyruvate kinase;eggNOG=1301100.HG529379_gene3988;COG=G;KEGG=ko:K00873;Pfam=PF00224,PF02887,PF00391;InterPro=IPR040442,IPR036918,IPR015806,IPR036637,IPR015795,IPR011037,IPR015793,IPR018209,IPR001697,IPR015813,IPR008279 +MGYG000000001_1 Prodigal:2.6 CDS 15910 17475 . + 0 ID=MGYG000000001_00013;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00013;product=hypothetical protein;eggNOG=1301100.HG529379_gene3989;COG=S;KEGG=ko:K03308;Pfam=PF00209;InterPro=IPR037272,IPR000175 +MGYG000000001_1 Prodigal:2.6 CDS 17489 17584 . + 0 ID=MGYG000000001_00014;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00014;product=hypothetical protein +MGYG000000001_1 Prodigal:2.6 CDS 17709 18407 . + 0 ID=MGYG000000001_00015;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00015;product=hypothetical protein;eggNOG=1301100.HG529379_gene3991;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 18485 19846 . + 0 ID=MGYG000000001_00016;eC_number=2.1.1.189;Name=rlmCD;db_xref=COG:COG2265;gene=rlmCD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31503;locus_tag=MGYG000000001_00016;product=23S rRNA (uracil-C(5))-methyltransferase RlmCD;eggNOG=1301100.HG529379_gene3992;COG=J;KEGG=ko:K03215;Pfam=PF01938,PF05958;InterPro=IPR029063,IPR002792,IPR010280,IPR030391,IPR012340,IPR030390 +MGYG000000001_1 Prodigal:2.6 CDS 20067 21128 . + 0 ID=MGYG000000001_00017;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00017;product=hypothetical protein;eggNOG=272563.CD630_33190;COG=I;KEGG=ko:K07027;Pfam=PF03706;InterPro=IPR022791 +MGYG000000001_1 Prodigal:2.6 CDS 21424 21840 . + 0 ID=MGYG000000001_00018;eC_number=1.17.1.9;Name=fdhF_1;db_xref=COG:COG0243;gene=fdhF_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07658;locus_tag=MGYG000000001_00018;product=Formate dehydrogenase H;eggNOG=445973.CLOBAR_00272;COG=C;KEGG=ko:K22015;Pfam=PF00384,PF04879;InterPro=IPR006656,IPR006963 +MGYG000000001_1 Prodigal:2.6 CDS 21889 23568 . + 0 ID=MGYG000000001_00019;eC_number=1.17.1.9;Name=fdhF_2;db_xref=COG:COG0243;gene=fdhF_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07658;locus_tag=MGYG000000001_00019;product=Formate dehydrogenase H;eggNOG=445973.CLOBAR_00271;COG=C;KEGG=ko:K00123,ko:K05299,ko:K22015;Pfam=PF00384,PF01568;InterPro=IPR041925,IPR006656,IPR006655,IPR006657,IPR006478,IPR009010 +MGYG000000001_1 Prodigal:2.6 CDS 23599 24372 . + 0 ID=MGYG000000001_00020;Name=fdhD;db_xref=COG:COG1526;gene=fdhD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O87816;locus_tag=MGYG000000001_00020;product=Sulfur carrier protein FdhD;eggNOG=1151292.QEW_3967;COG=C;KEGG=ko:K02379;Pfam=PF02634;InterPro=IPR003786,IPR016193 +MGYG000000001_1 Prodigal:2.6 CDS 24411 24962 . + 0 ID=MGYG000000001_00021;eC_number=1.-.-.-;Name=hyfA_1;db_xref=COG:COG1142;gene=hyfA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23481;locus_tag=MGYG000000001_00021;product=Hydrogenase-4 component A;eggNOG=272563.CD630_33150;COG=C;KEGG=ko:K05796;Pfam=PF12800,PF13237;InterPro=IPR017900,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 24984 26360 . + 0 ID=MGYG000000001_00022;eC_number=1.12.1.3;Name=hndD_1;db_xref=COG:COG3383;gene=hndD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46508;locus_tag=MGYG000000001_00022;product=NADP-reducing hydrogenase subunit HndD;eggNOG=272563.CD630_33140;COG=C;KEGG=ko:K00533;Pfam=PF13237,PF02256,PF02906;InterPro=IPR013352,IPR009016,IPR004108,IPR003149,IPR017896,IPR017900,IPR036991 +MGYG000000001_1 Prodigal:2.6 CDS 26361 26879 . + 0 ID=MGYG000000001_00023;eC_number=1.-.-.-;Name=hyfA_2;db_xref=COG:COG1142;gene=hyfA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23481;locus_tag=MGYG000000001_00023;product=Hydrogenase-4 component A;eggNOG=1301100.HG529344_gene3177;COG=C;KEGG=ko:K05796;Pfam=PF13247;InterPro=IPR017900,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 26953 27375 . + 0 ID=MGYG000000001_00024;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00024;product=hypothetical protein;eggNOG=272563.CD630_33110;COG=S;KEGG=-;Pfam=PF12646;InterPro=IPR016621 +MGYG000000001_1 Prodigal:2.6 CDS 27653 29647 . + 0 ID=MGYG000000001_00025;eC_number=6.5.1.2;Name=ligA;db_xref=COG:COG0272;gene=ligA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q837V6;locus_tag=MGYG000000001_00025;product=DNA ligase;eggNOG=431943.CKL_3482;COG=L;KEGG=ko:K01972;Pfam=PF00533,PF12826,PF03120,PF03119,PF01653;InterPro=IPR033136,IPR001357,IPR004150,IPR012340,IPR001679,IPR010994,IPR041663,IPR036420,IPR013839,IPR013840,IPR004149 +MGYG000000001_1 Prodigal:2.6 CDS 29921 31270 . + 0 ID=MGYG000000001_00026;eC_number=2.7.7.56;Name=rph;gene=rph;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00564;locus_tag=MGYG000000001_00026;product=Ribonuclease PH;eggNOG=1476973.JMMB01000007_gene3154;COG=F;KEGG=ko:K00989,ko:K02428;Pfam=PF03725,PF01725,PF01138;InterPro=IPR002381,IPR020568,IPR018336,IPR020922,IPR027408,IPR001247,IPR029001,IPR002637,IPR015847,IPR036345 +MGYG000000001_1 Prodigal:2.6 CDS 31270 31740 . + 0 ID=MGYG000000001_00027;eC_number=3.1.4.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75349;locus_tag=MGYG000000001_00027;product=Putative metallophosphoesterase MG207;eggNOG=1391646.AVSU01000057_gene1222;COG=S;KEGG=ko:K07095;Pfam=PF12850;InterPro=IPR041802,IPR024654,IPR029052,IPR000979 +MGYG000000001_1 Prodigal:2.6 CDS 31881 33167 . + 0 ID=MGYG000000001_00028;eC_number=5.2.1.8;Name=tig;db_xref=COG:COG0544;gene=tig;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80698;locus_tag=MGYG000000001_00028;product=Trigger factor;eggNOG=1301100.HG529379_gene3998;COG=D;KEGG=ko:K03545;Pfam=PF05698,PF00254,PF05697;InterPro=IPR001179,IPR027304,IPR008881,IPR005215,IPR008880,IPR036611,IPR037041 +MGYG000000001_1 Prodigal:2.6 CDS 33252 33842 . + 0 ID=MGYG000000001_00029;eC_number=3.4.21.92;Name=clpP_1;db_xref=COG:COG0740;gene=clpP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80244;locus_tag=MGYG000000001_00029;product=ATP-dependent Clp protease proteolytic subunit;eggNOG=1301100.HG529379_gene3999;COG=O;KEGG=ko:K01358;Pfam=PF00574;InterPro=IPR033135,IPR023562,IPR018215,IPR001907,IPR029045 +MGYG000000001_1 Prodigal:2.6 CDS 33862 35109 . + 0 ID=MGYG000000001_00030;Name=clpX;db_xref=COG:COG1219;gene=clpX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50866;locus_tag=MGYG000000001_00030;product=ATP-dependent Clp protease ATP-binding subunit ClpX;eggNOG=445973.CLOBAR_00303;COG=O;KEGG=ko:K03544;Pfam=PF06689,PF07724,PF10431;InterPro=IPR004487,IPR003593,IPR038366,IPR019489,IPR010603,IPR027417,IPR003959 +MGYG000000001_1 Prodigal:2.6 CDS 35459 37807 . + 0 ID=MGYG000000001_00031;eC_number=3.4.21.53;Name=lon1;db_xref=COG:COG0466;gene=lon1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37945;locus_tag=MGYG000000001_00031;product=Lon protease 1;eggNOG=1476973.JMMB01000007_gene3146;COG=O;KEGG=ko:K01338;Pfam=PF00004,PF02190,PF05362;InterPro=IPR027065,IPR015947,IPR003593,IPR020568,IPR003111,IPR008268,IPR008269,IPR027543,IPR027417,IPR003959,IPR014721,IPR004815 +MGYG000000001_1 Prodigal:2.6 CDS 37807 38418 . + 0 ID=MGYG000000001_00032;Name=engB;db_xref=COG:COG0218;gene=engB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38424;locus_tag=MGYG000000001_00032;product=putative GTP-binding protein EngB;eggNOG=1476973.JMMB01000007_gene3145;COG=D;KEGG=ko:K03978;Pfam=PF01926;InterPro=IPR030393,IPR019987,IPR027417,IPR006073 +MGYG000000001_1 Prodigal:2.6 CDS 38731 40074 . + 0 ID=MGYG000000001_00033;Name=steT_1;db_xref=COG:COG0531;gene=steT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34739;locus_tag=MGYG000000001_00033;product=Serine/threonine exchanger SteT;eggNOG=1301100.HG529381_gene4004;COG=E;KEGG=ko:K03294;Pfam=PF13520;InterPro=IPR002293 +MGYG000000001_1 Prodigal:2.6 CDS 40207 41283 . + 0 ID=MGYG000000001_00034;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00034;product=hypothetical protein;eggNOG=1301100.HG529381_gene4005;COG=H;KEGG=-;InterPro=IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 41491 42171 . + 0 ID=MGYG000000001_00035;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00035;product=hypothetical protein;eggNOG=1151292.QEW_3946;COG=S;KEGG=-;Pfam=PF05949;InterPro=IPR010273 +MGYG000000001_1 Prodigal:2.6 CDS 42244 43545 . + 0 ID=MGYG000000001_00036;Name=hxcR;db_xref=COG:COG2804;gene=hxcR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9I5N9;locus_tag=MGYG000000001_00036;product=putative type II secretion system protein HxcR;eggNOG=1151292.QEW_3945;COG=NU;KEGG=ko:K02454,ko:K02652;Pfam=PF00437;InterPro=IPR003593,IPR001482,IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 43559 44746 . + 0 ID=MGYG000000001_00037;Name=epsF_1;db_xref=COG:COG1459;gene=epsF_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45780;locus_tag=MGYG000000001_00037;product=Type II secretion system protein F;eggNOG=1476973.JMMB01000007_gene3141;COG=U;KEGG=ko:K02653;Pfam=PF00482;InterPro=IPR001992,IPR018076,IPR003004,IPR042094 +MGYG000000001_1 Prodigal:2.6 CDS 44775 45155 . + 0 ID=MGYG000000001_00038;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00038;product=hypothetical protein;eggNOG=500633.CLOHIR_00715;COG=NU;KEGG=ko:K02650;Pfam=PF07963;InterPro=IPR012902 +MGYG000000001_1 Prodigal:2.6 CDS 45247 46074 . + 0 ID=MGYG000000001_00039;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00039;product=hypothetical protein;eggNOG=272563.CD630_32930;COG=NU;KEGG=ko:K02662 +MGYG000000001_1 Prodigal:2.6 CDS 46096 46530 . + 0 ID=MGYG000000001_00040;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00040;product=hypothetical protein;eggNOG=1151292.QEW_3941;COG=-;KEGG=ko:K02663 +MGYG000000001_1 Prodigal:2.6 CDS 46533 46994 . + 0 ID=MGYG000000001_00041;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00041;product=hypothetical protein;eggNOG=272563.CD630_32910;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 47251 48282 . + 0 ID=MGYG000000001_00042;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00042;product=hypothetical protein;eggNOG=1301100.HG529382_gene4015;COG=S;KEGG=-;Pfam=PF02810,PF05225;InterPro=IPR004027,IPR007889 +MGYG000000001_1 Prodigal:2.6 CDS 48521 48898 . + 0 ID=MGYG000000001_00043;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00043;product=hypothetical protein;eggNOG=1301100.HG529382_gene4016;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 48904 49224 . + 0 ID=MGYG000000001_00044;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00044;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3134;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 49394 50986 . + 0 ID=MGYG000000001_00045;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00045;product=hypothetical protein;eggNOG=1301100.HG529382_gene4017;COG=S;KEGG=ko:K07137;InterPro=IPR036188,IPR028348 +MGYG000000001_1 Prodigal:2.6 CDS 51166 52794 . + 0 ID=MGYG000000001_00046;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00046;product=hypothetical protein;eggNOG=1391646.AVSU01000057_gene1242;COG=P;KEGG=ko:K03324;Pfam=PF02690,PF01895;InterPro=IPR038078,IPR003841,IPR004633,IPR026022 +MGYG000000001_1 Prodigal:2.6 CDS 53039 54391 . + 0 ID=MGYG000000001_00047;eC_number=5.3.1.9;Name=pgi;db_xref=COG:COG0166;gene=pgi;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81K75;locus_tag=MGYG000000001_00047;product=Glucose-6-phosphate isomerase;eggNOG=1301100.HG529382_gene4019;COG=G;KEGG=ko:K01810;Pfam=PF00342;InterPro=IPR018189,IPR035482,IPR001672,IPR035476 +MGYG000000001_1 Prodigal:2.6 CDS 54566 55648 . + 0 ID=MGYG000000001_00048;eC_number=3.4.21.107;Name=htrB;db_xref=COG:COG0265;gene=htrB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9R9I1;locus_tag=MGYG000000001_00048;product=Serine protease Do-like HtrB;eggNOG=1151292.QEW_3933;COG=M;KEGG=ko:K04771;Pfam=PF13180,PF13365;InterPro=IPR036034,IPR001940,IPR009003,IPR001478 +MGYG000000001_1 Prodigal:2.6 CDS 55713 57662 . - 0 ID=MGYG000000001_00049;Name=feoB_1;db_xref=COG:COG0370;gene=feoB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8GNS3;locus_tag=MGYG000000001_00049;product=Fe(2+) transporter FeoB;eggNOG=272563.CD630_32740;COG=P;KEGG=ko:K04759;Pfam=PF07670,PF02421,PF07664,PF12669;InterPro=IPR005225,IPR003373,IPR030389,IPR027417,IPR011640,IPR006073,IPR011642 +MGYG000000001_1 Prodigal:2.6 CDS 57678 57899 . - 0 ID=MGYG000000001_00050;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00050;product=hypothetical protein;eggNOG=1301100.HG529382_gene4022;COG=P;KEGG=ko:K04758;Pfam=PF04023;InterPro=IPR038157,IPR007167,IPR008988 +MGYG000000001_1 Prodigal:2.6 CDS 58106 58612 . + 0 ID=MGYG000000001_00051;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00051;product=hypothetical protein;eggNOG=1151292.QEW_3920;COG=S;KEGG=ko:K00805;Pfam=PF07456;InterPro=IPR010898,IPR014535 +MGYG000000001_1 Prodigal:2.6 CDS 58677 58838 . + 0 ID=MGYG000000001_00052;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00052;product=hypothetical protein;eggNOG=1151292.QEW_3919;COG=S;KEGG=-;Pfam=PF09388;InterPro=IPR018540,IPR037208 +MGYG000000001_1 Prodigal:2.6 CDS 58970 59812 . + 0 ID=MGYG000000001_00053;Name=yfkC;db_xref=COG:COG0668;gene=yfkC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O35043;locus_tag=MGYG000000001_00053;product=putative MscS family protein YfkC;eggNOG=1476973.JMMB01000007_gene3126;COG=M;KEGG=ko:K22044;Pfam=PF00924;InterPro=IPR023408,IPR011066,IPR011014,IPR006685,IPR010920 +MGYG000000001_1 Prodigal:2.6 CDS 60067 60510 . + 0 ID=MGYG000000001_00054;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00054;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3125;COG=S;KEGG=ko:K07507;Pfam=PF02308;InterPro=IPR003416 +MGYG000000001_1 Prodigal:2.6 CDS 60535 62319 . + 0 ID=MGYG000000001_00055;eC_number=3.4.24.-;Name=pepF1_1;gene=pepF1_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54124;locus_tag=MGYG000000001_00055;product=Oligoendopeptidase F%2C plasmid;eggNOG=1301100.HG529382_gene4027;COG=E;KEGG=ko:K08602;Pfam=PF08439,PF01432;InterPro=IPR013647,IPR004438,IPR042088,IPR001567 +MGYG000000001_1 Prodigal:2.6 CDS 62403 62942 . + 0 ID=MGYG000000001_00056;Name=srpC_1;db_xref=COG:COG2059;gene=srpC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55027;locus_tag=MGYG000000001_00056;product=putative chromate transport protein;eggNOG=1499683.CCFF01000014_gene4072;COG=P;KEGG=ko:K07240;Pfam=PF02417;InterPro=IPR003370 +MGYG000000001_1 Prodigal:2.6 CDS 62942 63505 . + 0 ID=MGYG000000001_00057;Name=srpC_2;db_xref=COG:COG2059;gene=srpC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55027;locus_tag=MGYG000000001_00057;product=putative chromate transport protein;eggNOG=1301100.HG529251_gene6267;COG=P;KEGG=ko:K07240;Pfam=PF02417;InterPro=IPR003370 +MGYG000000001_1 Prodigal:2.6 CDS 63638 64474 . + 0 ID=MGYG000000001_00058;Name=pstS1;db_xref=COG:COG0226;gene=pstS1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97Q31;locus_tag=MGYG000000001_00058;product=Phosphate-binding protein PstS 1;eggNOG=272563.CD630_32680;COG=P;KEGG=ko:K02040;Pfam=PF12849;InterPro=IPR011862,IPR024370 +MGYG000000001_1 Prodigal:2.6 CDS 64708 65625 . + 0 ID=MGYG000000001_00059;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00059;product=hypothetical protein;eggNOG=1301100.HG529382_gene4029;COG=P;KEGG=ko:K02037;Pfam=PF00528;InterPro=IPR000515,IPR035906,IPR011864 +MGYG000000001_1 Prodigal:2.6 CDS 65627 66451 . + 0 ID=MGYG000000001_00060;Name=pstA;db_xref=COG:COG0581;gene=pstA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07654;locus_tag=MGYG000000001_00060;product=Phosphate transport system permease protein PstA;eggNOG=1301100.HG529382_gene4030;COG=P;KEGG=ko:K02038;Pfam=PF00528;InterPro=IPR000515,IPR035906,IPR005672 +MGYG000000001_1 Prodigal:2.6 CDS 66521 67285 . + 0 ID=MGYG000000001_00061;eC_number=3.6.3.27;Name=pstB3;db_xref=COG:COG1117;gene=pstB3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A2V9;locus_tag=MGYG000000001_00061;product=Phosphate import ATP-binding protein PstB 3;eggNOG=1301100.HG529382_gene4031;COG=P;KEGG=ko:K02036;Pfam=PF00005;InterPro=IPR005670,IPR003593,IPR003439,IPR015850,IPR027417,IPR017871 +MGYG000000001_1 Prodigal:2.6 CDS 67322 67975 . + 0 ID=MGYG000000001_00062;Name=phoU;db_xref=COG:COG0704;gene=phoU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67053;locus_tag=MGYG000000001_00062;product=Phosphate-specific transport system accessory protein PhoU;eggNOG=1301100.HG529382_gene4032;COG=P;KEGG=ko:K02039;Pfam=PF01895;InterPro=IPR038078,IPR028366,IPR026022 +MGYG000000001_1 Prodigal:2.6 CDS 68282 69685 . + 0 ID=MGYG000000001_00063;eC_number=1.4.1.4;Name=gdh;db_xref=COG:COG0334;gene=gdh;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P31026;locus_tag=MGYG000000001_00063;product=NADP-specific glutamate dehydrogenase;eggNOG=1301100.HG529382_gene4033;COG=E;KEGG=ko:K00261,ko:K00262;Pfam=PF00208,PF02812;InterPro=IPR033922,IPR006097,IPR014362,IPR006096,IPR033524,IPR006095,IPR036291 +MGYG000000001_1 Prodigal:2.6 CDS 69889 70434 . + 0 ID=MGYG000000001_00064;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00064;product=hypothetical protein;eggNOG=1499683.CCFF01000016_gene1010;COG=S;KEGG=ko:K06952 +MGYG000000001_1 Prodigal:2.6 CDS 70619 71488 . + 0 ID=MGYG000000001_00065;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00065;product=hypothetical protein;eggNOG=1408823.AXUS01000016_gene999;COG=S;KEGG=-;Pfam=PF06081;InterPro=IPR010343 +MGYG000000001_1 Prodigal:2.6 CDS 71557 72945 . + 0 ID=MGYG000000001_00066;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00066;product=hypothetical protein;eggNOG=272563.CD630_32580;COG=C;KEGG=-;Pfam=PF02906;InterPro=IPR004108,IPR009016,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 72981 73772 . + 0 ID=MGYG000000001_00067;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00067;product=hypothetical protein;eggNOG=1301100.HG529383_gene4097;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_1 Prodigal:2.6 CDS 74196 76859 . + 0 ID=MGYG000000001_00068;eC_number=6.1.1.9;Name=valS;db_xref=COG:COG0525;gene=valS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05873;locus_tag=MGYG000000001_00068;product=Valine--tRNA ligase;eggNOG=1301100.HG529383_gene4098;COG=J;KEGG=ko:K01873;Pfam=PF08264,PF00639,PF00133;InterPro=IPR002300,IPR009008,IPR014729,IPR001412,IPR000297,IPR002303,IPR013155,IPR033705,IPR009080 +MGYG000000001_1 Prodigal:2.6 CDS 77031 77198 . - 0 ID=MGYG000000001_00069;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00069;product=hypothetical protein;InterPro=IPR010985,IPR013321 +MGYG000000001_1 Prodigal:2.6 CDS 77580 78125 . + 0 ID=MGYG000000001_00070;eC_number=2.7.7.77;Name=mobA_1;db_xref=COG:COG0746;gene=mobA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67413;locus_tag=MGYG000000001_00070;product=putative molybdenum cofactor guanylyltransferase;eggNOG=999411.HMPREF1092_00586;COG=H;KEGG=ko:K03752,ko:K13818;Pfam=PF12804;InterPro=IPR029044,IPR013482,IPR025877 +MGYG000000001_1 Prodigal:2.6 CDS 78298 79611 . + 0 ID=MGYG000000001_00071;eC_number=6.3.2.17;Name=fpgS;gene=fpgS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15925;locus_tag=MGYG000000001_00071;product=Folylpolyglutamate synthase;eggNOG=1476973.JMMB01000007_gene3103;COG=H;KEGG=ko:K11754;Pfam=PF08245,PF02875;InterPro=IPR036615,IPR004101,IPR001645,IPR018109,IPR036565,IPR013221 +MGYG000000001_1 Prodigal:2.6 CDS 79825 80541 . + 0 ID=MGYG000000001_00072;eC_number=2.8.1.1;Name=glpE;gene=glpE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01009;locus_tag=MGYG000000001_00072;product=Thiosulfate sulfurtransferase GlpE;eggNOG=1408823.AXUS01000007_gene3043;COG=P;KEGG=ko:K03972;Pfam=PF00581;InterPro=IPR001763,IPR036873 +MGYG000000001_1 Prodigal:2.6 CDS 80611 81333 . + 0 ID=MGYG000000001_00073;Name=ydjZ_1;db_xref=COG:COG0398;gene=ydjZ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76221;locus_tag=MGYG000000001_00073;product=TVP38/TMEM64 family inner membrane protein YdjZ;eggNOG=1301100.HG529399_gene6829;COG=S;KEGG=-;Pfam=PF09335;InterPro=IPR015414,IPR032816 +MGYG000000001_1 Prodigal:2.6 CDS 81404 82540 . + 0 ID=MGYG000000001_00074;eC_number=1.-.-.-;Name=fadF;db_xref=COG:COG0247;gene=fadF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45866;locus_tag=MGYG000000001_00074;product=putative iron-sulfur-binding oxidoreductase FadF;eggNOG=1301100.HG529399_gene6830;COG=C;KEGG=-;Pfam=PF02754,PF13183;InterPro=IPR004017,IPR009051,IPR017900,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 82555 83223 . + 0 ID=MGYG000000001_00075;Name=ydjZ_2;db_xref=COG:COG0398;gene=ydjZ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76221;locus_tag=MGYG000000001_00075;product=TVP38/TMEM64 family inner membrane protein YdjZ;eggNOG=1292035.H476_0884;COG=S;KEGG=-;Pfam=PF09335;InterPro=IPR015414,IPR032816 +MGYG000000001_1 Prodigal:2.6 CDS 83238 83822 . + 0 ID=MGYG000000001_00076;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00076;product=hypothetical protein;eggNOG=1301100.HG529399_gene6832;COG=I;KEGG=-;Pfam=PF01066;InterPro=IPR000462 +MGYG000000001_1 Prodigal:2.6 CDS 83833 85050 . + 0 ID=MGYG000000001_00077;Name=ynjB;db_xref=COG:COG4134;gene=ynjB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76223;locus_tag=MGYG000000001_00077;product=Protein YnjB;eggNOG=1301100.HG529399_gene6833;COG=S;KEGG=ko:K02055;Pfam=PF13416;InterPro=IPR006059,IPR027020 +MGYG000000001_1 Prodigal:2.6 CDS 85043 85903 . + 0 ID=MGYG000000001_00078;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00078;product=hypothetical protein;eggNOG=1301100.HG529399_gene6834;COG=P;KEGG=ko:K02054;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_1 Prodigal:2.6 CDS 85912 86712 . + 0 ID=MGYG000000001_00079;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00079;product=hypothetical protein;eggNOG=1292035.H476_3419;COG=E;KEGG=ko:K02053;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_1 Prodigal:2.6 CDS 86747 87790 . + 0 ID=MGYG000000001_00080;eC_number=3.6.3.33;Name=btuD_1;gene=btuD_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_00080;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=1292035.H476_3418;COG=E;KEGG=ko:K02010,ko:K02052;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR008995,IPR027417,IPR017871 +MGYG000000001_1 Prodigal:2.6 CDS 87857 88105 . - 0 ID=MGYG000000001_00081;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00081;product=hypothetical protein;eggNOG=1301100.HG529384_gene4103;COG=S;KEGG=-;Pfam=PF12637;InterPro=IPR023806,IPR024434 +MGYG000000001_1 Prodigal:2.6 CDS 88242 89108 . + 0 ID=MGYG000000001_00082;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00082;product=hypothetical protein;eggNOG=1151292.QEW_3898;COG=S;KEGG=-;InterPro=IPR015943,IPR011048 +MGYG000000001_1 Prodigal:2.6 CDS 89111 89647 . - 0 ID=MGYG000000001_00083;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00083;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3100;COG=K;KEGG=-;Pfam=PF14277;InterPro=IPR025374,IPR036388,IPR036390 +MGYG000000001_1 Prodigal:2.6 CDS 89808 90014 . - 0 ID=MGYG000000001_00084;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22066;locus_tag=MGYG000000001_00084;product=Small%2C acid-soluble spore protein beta;eggNOG=1151292.QEW_3896;COG=S;KEGG=ko:K06418,ko:K06419,ko:K06420,ko:K06421;Pfam=PF00269;InterPro=IPR038300,IPR018126,IPR001448 +MGYG000000001_1 Prodigal:2.6 CDS 90125 90295 . - 0 ID=MGYG000000001_00085;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00085;product=hypothetical protein +MGYG000000001_1 Prodigal:2.6 CDS 90427 91191 . + 0 ID=MGYG000000001_00086;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00086;product=hypothetical protein;eggNOG=272563.CD630_32480;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_1 Prodigal:2.6 CDS 91387 92025 . + 0 ID=MGYG000000001_00087;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00984;locus_tag=MGYG000000001_00087;product=Single-stranded DNA-binding protein;eggNOG=1301100.HG529384_gene4109;COG=L;KEGG=-;Pfam=PF00436;InterPro=IPR011344,IPR012340,IPR000424 +MGYG000000001_1 Prodigal:2.6 CDS 92116 92685 . + 0 ID=MGYG000000001_00088;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00088;product=hypothetical protein;eggNOG=1301100.HG529384_gene4110;COG=Q;KEGG=-;Pfam=PF08241;InterPro=IPR029063,IPR013216 +MGYG000000001_1 Prodigal:2.6 CDS 92768 92905 . + 0 ID=MGYG000000001_00089;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00089;product=hypothetical protein +MGYG000000001_1 Prodigal:2.6 CDS 92911 94683 . + 0 ID=MGYG000000001_00090;Name=norR_1;gene=norR_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01314;locus_tag=MGYG000000001_00090;product=Anaerobic nitric oxide reductase transcription regulator NorR;eggNOG=272563.CD630_32330;COG=K;KEGG=ko:K02688,ko:K06714;Pfam=PF00158,PF02954;InterPro=IPR002078,IPR025944,IPR003593,IPR002197,IPR000014,IPR025943,IPR009057,IPR035965,IPR025662,IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 94901 96205 . + 0 ID=MGYG000000001_00091;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8XAF6;locus_tag=MGYG000000001_00091;note=UPF0597 protein YhaM;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3093;COG=S;KEGG=-;Pfam=PF03313;InterPro=IPR021144,IPR005130 +MGYG000000001_1 Prodigal:2.6 CDS 96275 96814 . + 0 ID=MGYG000000001_00092;eC_number=2.4.2.8;Name=hpt_1;db_xref=COG:COG0634;gene=hpt_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O33799;locus_tag=MGYG000000001_00092;product=Hypoxanthine phosphoribosyltransferase;eggNOG=1476973.JMMB01000007_gene3092;COG=F;KEGG=ko:K00760;Pfam=PF00156;InterPro=IPR000836,IPR029057,IPR005904 +MGYG000000001_1 Prodigal:2.6 CDS 97027 97431 . + 0 ID=MGYG000000001_00093;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00093;product=hypothetical protein;eggNOG=332101.JIBU02000032_gene3052;COG=E;KEGG=ko:K08234;Pfam=PF00903;InterPro=IPR029068,IPR004360,IPR037523 +MGYG000000001_1 Prodigal:2.6 CDS 97561 98163 . + 0 ID=MGYG000000001_00094;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00094;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3084;COG=O;KEGG=-;Pfam=PF14344;InterPro=IPR025510 +MGYG000000001_1 Prodigal:2.6 CDS 98280 98996 . - 0 ID=MGYG000000001_00095;eC_number=2.3.1.89;Name=dapH;db_xref=COG:COG2171;gene=dapH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34981;locus_tag=MGYG000000001_00095;product=2%2C3%2C4%2C5-tetrahydropyridine-2%2C6-dicarboxylate N-acetyltransferase;eggNOG=445973.CLOBAR_00362;COG=E;KEGG=ko:K00674,ko:K05822;Pfam=PF14602,PF08503,PF00132;InterPro=IPR001451,IPR018357,IPR013710,IPR019873,IPR011004 +MGYG000000001_1 Prodigal:2.6 CDS 99027 99770 . - 0 ID=MGYG000000001_00096;eC_number=1.17.1.8;Name=dapB;db_xref=COG:COG0289;gene=dapB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HG24;locus_tag=MGYG000000001_00096;product=4-hydroxy-tetrahydrodipicolinate reductase;eggNOG=1476973.JMMB01000007_gene3074;COG=E;KEGG=ko:K00215;Pfam=PF01113,PF05173;InterPro=IPR023940,IPR022663,IPR022664,IPR000846,IPR036291 +MGYG000000001_1 Prodigal:2.6 CDS 99764 100660 . - 0 ID=MGYG000000001_00097;eC_number=4.3.3.7;Name=dapA;db_xref=COG:COG0329;gene=dapA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67216;locus_tag=MGYG000000001_00097;product=4-hydroxy-tetrahydrodipicolinate synthase;eggNOG=1151292.QEW_3868;COG=E;KEGG=ko:K01714;Pfam=PF00701;InterPro=IPR020624,IPR002220,IPR013785,IPR020625,IPR005263 +MGYG000000001_1 Prodigal:2.6 CDS 100688 101734 . - 0 ID=MGYG000000001_00098;eC_number=1.2.1.11;Name=asd2;db_xref=COG:COG0136;gene=asd2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23247;locus_tag=MGYG000000001_00098;product=Aspartate-semialdehyde dehydrogenase 2;eggNOG=1301100.HG529385_gene5098;COG=E;KEGG=ko:K00133;Pfam=PF01118,PF02774;InterPro=IPR012080,IPR012280,IPR005986,IPR000534,IPR036291 +MGYG000000001_1 Prodigal:2.6 CDS 102292 103485 . + 0 ID=MGYG000000001_00099;eC_number=4.3.1.17;Name=sdaB;db_xref=COG:COG1760;gene=sdaB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30744;locus_tag=MGYG000000001_00099;product=L-serine dehydratase 2;eggNOG=272563.CD630_32220;COG=E;KEGG=ko:K01752;Pfam=PF03313,PF03315;InterPro=IPR005131,IPR005130,IPR029009,IPR004644 +MGYG000000001_1 Prodigal:2.6 CDS 103628 104746 . + 0 ID=MGYG000000001_00100;eC_number=3.5.1.47;db_xref=COG:COG1473;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D5E0A1;locus_tag=MGYG000000001_00100;product=N-acetyldiaminopimelate deacetylase;eggNOG=272563.CD630_32210;COG=E;KEGG=ko:K05823;Pfam=PF07687,PF01546;InterPro=IPR002933,IPR036264,IPR017439,IPR011650 +MGYG000000001_1 Prodigal:2.6 CDS 104820 105089 . + 0 ID=MGYG000000001_00101;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00101;product=hypothetical protein;eggNOG=445973.CLOBAR_00373;COG=S;KEGG=-;Pfam=PF00269;InterPro=IPR038300,IPR018126,IPR001448 +MGYG000000001_1 Prodigal:2.6 CDS 105076 105825 . + 0 ID=MGYG000000001_00102;eC_number=2.1.1.156;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q83WC4;locus_tag=MGYG000000001_00102;product=Glycine/sarcosine N-methyltransferase;eggNOG=1476973.JMMB01000007_gene3069;COG=Q;KEGG=-;Pfam=PF13649;InterPro=IPR029063,IPR041698 +MGYG000000001_1 Prodigal:2.6 CDS 105849 106724 . + 0 ID=MGYG000000001_00103;Name=hslO;gene=hslO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99082;locus_tag=MGYG000000001_00103;product=33 kDa chaperonin;eggNOG=1301100.HG529385_gene5102;COG=O;KEGG=ko:K04083;Pfam=PF01430;InterPro=IPR016153,IPR000397,IPR016154 +MGYG000000001_1 Prodigal:2.6 CDS 106901 108721 . + 0 ID=MGYG000000001_00104;Name=norR_2;gene=norR_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01314;locus_tag=MGYG000000001_00104;product=Anaerobic nitric oxide reductase transcription regulator NorR;eggNOG=1301100.HG529385_gene5103;COG=KT;KEGG=-;Pfam=PF00158;InterPro=IPR002078,IPR029016,IPR025944,IPR003593,IPR009057,IPR025662,IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 108944 110161 . + 0 ID=MGYG000000001_00105;eC_number=4.3.1.15;Name=dpaL;db_xref=COG:COG1171;gene=dpaL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40817;locus_tag=MGYG000000001_00105;product=Diaminopropionate ammonia-lyase;eggNOG=1301100.HG529385_gene5104;COG=E;KEGG=ko:K01751;Pfam=PF00291;InterPro=IPR010081,IPR019871,IPR036052,IPR001926 +MGYG000000001_1 Prodigal:2.6 CDS 110220 111407 . + 0 ID=MGYG000000001_00106;eC_number=3.5.1.-;Name=ylmB;db_xref=COG:COG0624;gene=ylmB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9K9G9;locus_tag=MGYG000000001_00106;product=N-formyl-4-amino-5-aminomethyl-2-methylpyrimidine deformylase;eggNOG=1301100.HG529385_gene5105;COG=E;KEGG=-;Pfam=PF07687,PF01546;InterPro=IPR002933,IPR036264,IPR001261,IPR011650 +MGYG000000001_1 Prodigal:2.6 CDS 111423 113021 . + 0 ID=MGYG000000001_00107;eC_number=3.5.1.81;Name=dan;gene=dan;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P72349;locus_tag=MGYG000000001_00107;product=D-aminoacylase;eggNOG=1151292.QEW_3805;COG=Q;KEGG=ko:K01465,ko:K06015;Pfam=PF07969;InterPro=IPR013108,IPR011059,IPR032466 +MGYG000000001_1 Prodigal:2.6 CDS 113012 114340 . + 0 ID=MGYG000000001_00108;eC_number=3.-.-.-;Name=ssnA;db_xref=COG:COG0402;gene=ssnA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46812;locus_tag=MGYG000000001_00108;product=Putative aminohydrolase SsnA;eggNOG=1151292.QEW_3804;COG=F;KEGG=ko:K12960,ko:K20810;Pfam=PF01979;InterPro=IPR017700,IPR006680,IPR011059,IPR032466 +MGYG000000001_1 Prodigal:2.6 CDS 114363 115706 . + 0 ID=MGYG000000001_00109;Name=uacT;db_xref=COG:COG2233;gene=uacT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46821;locus_tag=MGYG000000001_00109;product=Uric acid transporter UacT;eggNOG=445335.CBN_2876;COG=F;KEGG=ko:K03458;Pfam=PF00860;InterPro=IPR006043,IPR017588,IPR006042 +MGYG000000001_1 Prodigal:2.6 CDS 115745 116833 . + 0 ID=MGYG000000001_00110;eC_number=1.3.1.1;Name=preA;db_xref=COG:COG0167;gene=preA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P25889;locus_tag=MGYG000000001_00110;product=NAD-dependent dihydropyrimidine dehydrogenase subunit PreA;eggNOG=1301100.HG529386_gene5085;COG=C;KEGG=-;Pfam=PF14697,PF01180;InterPro=IPR005720,IPR023359,IPR017896,IPR017900,IPR013785 +MGYG000000001_1 Prodigal:2.6 CDS 116846 118219 . + 0 ID=MGYG000000001_00111;eC_number=3.5.2.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45515;locus_tag=MGYG000000001_00111;product=D-hydantoinase;eggNOG=1301100.HG529386_gene5086;COG=F;KEGG=ko:K01464;Pfam=PF01979;InterPro=IPR032466,IPR006680,IPR011059,IPR011778 +MGYG000000001_1 Prodigal:2.6 CDS 118234 120795 . + 0 ID=MGYG000000001_00112;eC_number=1.2.99.7;Name=mop;gene=mop;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46509;locus_tag=MGYG000000001_00112;product=Aldehyde oxidoreductase;eggNOG=1301100.HG529386_gene5087;COG=C;KEGG=-;Pfam=PF00111,PF01799,PF01315,PF02738;InterPro=IPR036884,IPR017697,IPR036010,IPR002888,IPR037165,IPR008274,IPR036856,IPR006058,IPR001041,IPR000674,IPR012675 +MGYG000000001_1 Prodigal:2.6 CDS 120812 121195 . + 0 ID=MGYG000000001_00113;eC_number=3.5.99.10;Name=yabJ_1;db_xref=COG:COG0251;gene=yabJ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37552;locus_tag=MGYG000000001_00113;product=2-iminobutanoate/2-iminopropanoate deaminase;eggNOG=1301100.HG529386_gene5088;COG=J;KEGG=ko:K09022;Pfam=PF01042;InterPro=IPR019897,IPR035959,IPR006056,IPR006175 +MGYG000000001_1 Prodigal:2.6 CDS 121333 122685 . + 0 ID=MGYG000000001_00114;Name=rpoN;db_xref=COG:COG1508;gene=rpoN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24255;locus_tag=MGYG000000001_00114;product=RNA polymerase sigma-54 factor;eggNOG=1151292.QEW_3799;COG=K;KEGG=ko:K03092;Pfam=PF04963,PF04552,PF00309;InterPro=IPR007046,IPR000394,IPR038709,IPR007634 +MGYG000000001_1 Prodigal:2.6 CDS 122826 123848 . + 0 ID=MGYG000000001_00115;Name=cggR;db_xref=COG:COG2390;gene=cggR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32253;locus_tag=MGYG000000001_00115;product=Central glycolytic genes regulator;eggNOG=1292035.H476_3024;COG=K;KEGG=ko:K05311;Pfam=PF04198;InterPro=IPR037171,IPR036388,IPR007324,IPR036390 +MGYG000000001_1 Prodigal:2.6 CDS 123912 124919 . + 0 ID=MGYG000000001_00116;eC_number=1.2.1.12;Name=gap_1;gene=gap_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q59309;locus_tag=MGYG000000001_00116;product=Glyceraldehyde-3-phosphate dehydrogenase;eggNOG=1391646.AVSU01000037_gene2085;COG=G;KEGG=ko:K00134;Pfam=PF00044,PF02800;InterPro=IPR020828,IPR020831,IPR006424,IPR020829,IPR036291,IPR020830 +MGYG000000001_1 Prodigal:2.6 CDS 125127 126326 . + 0 ID=MGYG000000001_00117;eC_number=2.7.2.3;Name=pgk;db_xref=COG:COG0126;gene=pgk;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81X75;locus_tag=MGYG000000001_00117;product=Phosphoglycerate kinase;eggNOG=1391646.AVSU01000037_gene2084;COG=F;KEGG=ko:K00927,ko:K01803;Pfam=PF00162;InterPro=IPR036043,IPR001576,IPR015824,IPR015911 +MGYG000000001_1 Prodigal:2.6 CDS 126503 127246 . + 0 ID=MGYG000000001_00118;eC_number=5.3.1.1;Name=tpiA;gene=tpiA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8XKU1;locus_tag=MGYG000000001_00118;product=Triosephosphate isomerase;eggNOG=1301100.HG529386_gene5093;COG=G;KEGG=ko:K01803;Pfam=PF00121;InterPro=IPR020861,IPR022896,IPR000652,IPR013785,IPR035990 +MGYG000000001_1 Prodigal:2.6 CDS 127260 128801 . + 0 ID=MGYG000000001_00119;eC_number=5.4.2.12;Name=gpmI;db_xref=COG:COG0696;gene=gpmI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39773;locus_tag=MGYG000000001_00119;product=2%2C3-bisphosphoglycerate-independent phosphoglycerate mutase;eggNOG=272563.CD630_31710;COG=G;KEGG=ko:K15633;Pfam=PF01676,PF06415;InterPro=IPR017850,IPR011258,IPR006124,IPR005995,IPR036646 +MGYG000000001_1 Prodigal:2.6 CDS 128993 130285 . + 0 ID=MGYG000000001_00120;eC_number=4.2.1.11;Name=eno;db_xref=COG:COG0148;gene=eno;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37869;locus_tag=MGYG000000001_00120;product=Enolase;eggNOG=272563.CD630_31700;COG=G;KEGG=ko:K01689;Pfam=PF03952,PF00113;InterPro=IPR020809,IPR020811,IPR000941,IPR020810,IPR036849,IPR029017 +MGYG000000001_1 Prodigal:2.6 CDS 130515 132077 . + 0 ID=MGYG000000001_00121;Name=tyrR;gene=tyrR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9ZIB7;locus_tag=MGYG000000001_00121;product=Transcriptional regulatory protein TyrR;eggNOG=1391646.AVSU01000037_gene2026;COG=K;KEGG=ko:K03721;Pfam=PF00158,PF00989,PF18024;InterPro=IPR002078,IPR025944,IPR003593,IPR002912,IPR000014,IPR025943,IPR030828,IPR009057,IPR013767,IPR035965,IPR025662,IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 132358 133551 . + 0 ID=MGYG000000001_00122;eC_number=4.4.1.11;Name=mgl;db_xref=COG:COG0626;gene=mgl;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7MX71;locus_tag=MGYG000000001_00122;product=L-methionine gamma-lyase;eggNOG=1391646.AVSU01000037_gene2025;COG=E;KEGG=ko:K01739,ko:K01761;Pfam=PF01053;InterPro=IPR015424,IPR015422,IPR015421,IPR000277,IPR006237 +MGYG000000001_1 Prodigal:2.6 CDS 133883 134455 . + 0 ID=MGYG000000001_00123;eC_number=1.2.7.1;Name=porC;db_xref=COG:COG1014;gene=porC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05650;locus_tag=MGYG000000001_00123;product=Pyruvate synthase subunit PorC;eggNOG=1235798.C817_00685;COG=C;KEGG=ko:K00172;Pfam=PF01558;InterPro=IPR019752,IPR002869,IPR011894 +MGYG000000001_1 Prodigal:2.6 CDS 134456 134764 . + 0 ID=MGYG000000001_00124;Name=porD;db_xref=COG:COG1144;gene=porD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56316;locus_tag=MGYG000000001_00124;product=Pyruvate synthase subunit PorD;eggNOG=572544.Ilyop_0105;COG=C;KEGG=ko:K00171;Pfam=PF14697;InterPro=IPR011898,IPR017900,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 134765 135991 . + 0 ID=MGYG000000001_00125;eC_number=1.2.7.1;Name=porA;db_xref=COG:COG0674;gene=porA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05651;locus_tag=MGYG000000001_00125;product=Pyruvate synthase subunit PorA;eggNOG=332101.JIBU02000027_gene2885;COG=C;KEGG=ko:K00169;Pfam=PF17147,PF01855;InterPro=IPR009014,IPR029061,IPR033412,IPR002880 +MGYG000000001_1 Prodigal:2.6 CDS 136004 136942 . + 0 ID=MGYG000000001_00126;eC_number=1.2.7.1;Name=porB;db_xref=COG:COG1013;gene=porB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56317;locus_tag=MGYG000000001_00126;product=Pyruvate synthase subunit PorB;eggNOG=1235799.C818_03712;COG=C;KEGG=ko:K00170;Pfam=PF02775;InterPro=IPR011766,IPR029061 +MGYG000000001_1 Prodigal:2.6 CDS 137140 138459 . + 0 ID=MGYG000000001_00127;Name=mleN_1;db_xref=COG:COG1757;gene=mleN_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54571;locus_tag=MGYG000000001_00127;product=Malate-2H(+)/Na(+)-lactate antiporter;eggNOG=1476973.JMMB01000007_gene1849;COG=C;KEGG=-;Pfam=PF03553;InterPro=IPR018461 +MGYG000000001_1 Prodigal:2.6 CDS 138916 139251 . - 0 ID=MGYG000000001_00128;Name=yxdL_1;db_xref=COG:COG1136;gene=yxdL_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42423;locus_tag=MGYG000000001_00128;product=ABC transporter ATP-binding protein YxdL;eggNOG=1391647.AVSV01000029_gene2085;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 139261 139482 . - 0 ID=MGYG000000001_00129;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00129;product=hypothetical protein;eggNOG=1292035.H476_2467;COG=V;KEGG=ko:K02004 +MGYG000000001_1 Prodigal:2.6 CDS 139680 139907 . + 0 ID=MGYG000000001_00130;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00130;product=hypothetical protein;eggNOG=1292035.H476_3018;COG=U;KEGG=ko:K03075;Pfam=PF03840;InterPro=IPR004692 +MGYG000000001_1 Prodigal:2.6 CDS 140156 141094 . - 0 ID=MGYG000000001_00131;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00131;product=hypothetical protein;eggNOG=445973.CLOBAR_00389;COG=S;KEGG=ko:K07088;Pfam=PF03547;InterPro=IPR004776 +MGYG000000001_1 Prodigal:2.6 CDS 141476 143623 . + 0 ID=MGYG000000001_00132;eC_number=3.1.13.1;Name=rnr;db_xref=COG:COG0557;gene=rnr;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32231;locus_tag=MGYG000000001_00132;product=Ribonuclease R;eggNOG=1476973.JMMB01000007_gene3056;COG=J;KEGG=ko:K12573;Pfam=PF08206,PF00575,PF00773,PF17876;InterPro=IPR040476,IPR004476,IPR013223,IPR012340,IPR022967,IPR003029,IPR011129,IPR011805,IPR001900 +MGYG000000001_1 Prodigal:2.6 CDS 143769 144344 . - 0 ID=MGYG000000001_00133;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00133;product=hypothetical protein;eggNOG=1540257.JQMW01000009_gene2730;COG=S;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 144592 145050 . + 0 ID=MGYG000000001_00134;Name=smpB;db_xref=COG:COG0691;gene=smpB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32230;locus_tag=MGYG000000001_00134;product=SsrA-binding protein;eggNOG=272563.CD630_31570;COG=O;KEGG=ko:K03664;Pfam=PF01668;InterPro=IPR020081,IPR000037,IPR023620 +MGYG000000001_1 Prodigal:2.6 CDS 146230 146712 . + 0 ID=MGYG000000001_00136;Name=crr_1;db_xref=COG:COG2190;gene=crr_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45338;locus_tag=MGYG000000001_00136;product=PTS system glucose-specific EIIA component;eggNOG=272563.CD630_25120;COG=G;KEGG=ko:K02777;Pfam=PF00358;InterPro=IPR011055,IPR001127 +MGYG000000001_1 Prodigal:2.6 CDS 146734 147549 . + 0 ID=MGYG000000001_00137;Name=licT_1;db_xref=COG:COG3711;gene=licT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39805;locus_tag=MGYG000000001_00137;product=Transcription antiterminator LicT;eggNOG=272563.CD630_25110;COG=K;KEGG=ko:K03480,ko:K03488;Pfam=PF03123,PF00874;InterPro=IPR011608,IPR004341,IPR036650,IPR036634 +MGYG000000001_1 Prodigal:2.6 CDS 147669 149219 . + 0 ID=MGYG000000001_00138;Name=malP_1;db_xref=COG:COG1263;gene=malP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54715;locus_tag=MGYG000000001_00138;product=PTS system maltose-specific EIICB component;eggNOG=272563.CD630_25100;COG=G;KEGG=ko:K02749,ko:K02750,ko:K02790,ko:K02791;Pfam=PF00367,PF02378;InterPro=IPR003352,IPR018113,IPR013013,IPR036878,IPR001996 +MGYG000000001_1 Prodigal:2.6 CDS 149285 150637 . + 0 ID=MGYG000000001_00139;eC_number=3.2.1.122;Name=aglB;db_xref=COG:COG1486;gene=aglB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9AGA6;locus_tag=MGYG000000001_00139;product=6-phospho-alpha-glucosidase;eggNOG=272563.CD630_25090;COG=G;KEGG=ko:K01222,ko:K01232;Pfam=PF02056,PF11975;InterPro=IPR022616,IPR036291,IPR015955,IPR001088 +MGYG000000001_1 Prodigal:2.6 CDS 151148 151630 . + 0 ID=MGYG000000001_00140;Name=sigM_1;db_xref=COG:COG1595;gene=sigM_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07582;locus_tag=MGYG000000001_00140;product=ECF RNA polymerase sigma factor SigM;eggNOG=1292035.H476_3594;COG=K;KEGG=ko:K03088;Pfam=PF04542;InterPro=IPR007627,IPR013324,IPR013325,IPR014284,IPR036388,IPR039425 +MGYG000000001_1 Prodigal:2.6 CDS 151627 152238 . + 0 ID=MGYG000000001_00141;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00141;product=hypothetical protein;eggNOG=1120998.AUFC01000001_gene2034;COG=S;KEGG=-;Pfam=PF13490;InterPro=IPR027383 +MGYG000000001_1 Prodigal:2.6 CDS 152868 153068 . + 0 ID=MGYG000000001_00142;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00142;product=hypothetical protein;eggNOG=857293.CAAU_0975;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_1 Prodigal:2.6 CDS 153090 154691 . + 0 ID=MGYG000000001_00143;eC_number=2.7.7.-;Name=dnaG_1;gene=dnaG_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00974;locus_tag=MGYG000000001_00143;product=DNA primase;eggNOG=1301100.HG529388_gene4968;COG=-;KEGG=-;Pfam=PF05272,PF01807;InterPro=IPR007936,IPR002694,IPR036977 +MGYG000000001_1 Prodigal:2.6 CDS 154952 156019 . + 0 ID=MGYG000000001_00144;Name=rhaS_1;gene=rhaS_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01534;locus_tag=MGYG000000001_00144;product=HTH-type transcriptional activator RhaS;eggNOG=1414720.CBYM010000010_gene3180;COG=K;KEGG=-;Pfam=PF12833;InterPro=IPR037923,IPR018060,IPR009057,IPR018062,IPR014710 +MGYG000000001_1 Prodigal:2.6 CDS 156184 158130 . + 0 ID=MGYG000000001_00145;eC_number=1.-.-.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32382;locus_tag=MGYG000000001_00145;product=NADH oxidase;eggNOG=1280689.AUJC01000015_gene5;COG=C;KEGG=-;Pfam=PF00724,PF07992;InterPro=IPR023753,IPR001155,IPR036188,IPR013785 +MGYG000000001_1 Prodigal:2.6 CDS 158744 158878 . - 0 ID=MGYG000000001_00146;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00146;product=hypothetical protein +MGYG000000001_1 Prodigal:2.6 CDS 159485 159721 . + 0 ID=MGYG000000001_00147;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00147;product=hypothetical protein;eggNOG=1121333.JMLH01000022_gene2040;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 159802 160170 . + 0 ID=MGYG000000001_00148;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00148;product=hypothetical protein;eggNOG=180332.JTGN01000001_gene5337;COG=S;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 160319 160990 . + 0 ID=MGYG000000001_00149;Name=hssR;gene=hssR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A6QJK3;locus_tag=MGYG000000001_00149;product=Heme response regulator HssR;eggNOG=411470.RUMGNA_00421;COG=K;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_1 Prodigal:2.6 CDS 160987 162081 . + 0 ID=MGYG000000001_00150;eC_number=2.7.13.3;Name=rcsC_1;gene=rcsC_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_00150;product=Sensor histidine kinase RcsC;eggNOG=478749.BRYFOR_05333;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_1 Prodigal:2.6 CDS 162081 162650 . + 0 ID=MGYG000000001_00151;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00151;product=hypothetical protein;eggNOG=478749.BRYFOR_05334;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 163342 169764 . + 0 ID=MGYG000000001_00152;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00152;product=hypothetical protein;eggNOG=1499684.CCNP01000023_gene3305;COG=G;KEGG=-;Pfam=PF08305,PF00754,PF16403;InterPro=IPR032179,IPR000421,IPR013783,IPR001611,IPR008979,IPR032675,IPR031161,IPR042279,IPR038637,IPR013222 +MGYG000000001_1 Prodigal:2.6 CDS 170148 170654 . + 0 ID=MGYG000000001_00153;eC_number=1.6.5.11;Name=ndhI_1;gene=ndhI_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01351;locus_tag=MGYG000000001_00153;product=NAD(P)H-quinone oxidoreductase subunit I%2C chloroplastic;eggNOG=1151292.QEW_3741;COG=C;KEGG=-;Pfam=PF13237,PF00881;InterPro=IPR017900,IPR029479,IPR000415,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 170673 170924 . + 0 ID=MGYG000000001_00154;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00154;product=hypothetical protein;eggNOG=1151292.QEW_3741;COG=C;KEGG=-;Pfam=PF13237,PF00881;InterPro=IPR017900,IPR029479,IPR000415,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 170940 171305 . + 0 ID=MGYG000000001_00155;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00155;product=hypothetical protein;eggNOG=272563.CD630_31220;COG=K;KEGG=-;Pfam=PF01022;InterPro=IPR036388,IPR011991,IPR001845,IPR036390 +MGYG000000001_1 Prodigal:2.6 CDS 171323 171829 . - 0 ID=MGYG000000001_00156;Name=rsxB_1;gene=rsxB_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00463;locus_tag=MGYG000000001_00156;product=Electron transport complex subunit RsxB;eggNOG=272563.CD630_31210;COG=C;KEGG=-;Pfam=PF13187,PF12724;InterPro=IPR026816,IPR029039,IPR017900,IPR017896 +MGYG000000001_1 Prodigal:2.6 CDS 172601 173560 . + 0 ID=MGYG000000001_00157;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00157;product=hypothetical protein;eggNOG=1499684.CCNP01000018_gene696;COG=S;KEGG=-;Pfam=PF14751;InterPro=IPR029322 +MGYG000000001_1 Prodigal:2.6 CDS 173547 174464 . + 0 ID=MGYG000000001_00158;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00158;product=hypothetical protein;eggNOG=1499684.CCNP01000018_gene697;COG=S;KEGG=-;Pfam=PF12850;InterPro=IPR029052,IPR024654 +MGYG000000001_1 Prodigal:2.6 CDS 174842 175426 . + 0 ID=MGYG000000001_00159;Name=sigW;db_xref=COG:COG1595;gene=sigW;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45585;locus_tag=MGYG000000001_00159;product=ECF RNA polymerase sigma factor SigW;eggNOG=1292035.H476_2587;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_1 Prodigal:2.6 CDS 175389 176237 . + 0 ID=MGYG000000001_00160;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00160;product=hypothetical protein;eggNOG=1292035.H476_2588;COG=-;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 176247 177128 . + 0 ID=MGYG000000001_00161;eC_number=3.6.3.33;Name=btuD_2;gene=btuD_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_00161;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=1391646.AVSU01000040_gene1881;COG=V;KEGG=-;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_1 Prodigal:2.6 CDS 177141 178295 . + 0 ID=MGYG000000001_00162;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00162;product=hypothetical protein;eggNOG=1301100.HG529315_gene458;COG=S;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 178758 179033 . + 0 ID=MGYG000000001_00163;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00163;product=hypothetical protein;eggNOG=1301100.HG529314_gene428;COG=S;KEGG=-;Pfam=PF08765;InterPro=IPR014875,IPR009057 +MGYG000000001_1 Prodigal:2.6 CDS 179150 179869 . + 0 ID=MGYG000000001_00164;eC_number=3.-.-.-;Name=yflN;db_xref=COG:COG0491;gene=yflN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34409;locus_tag=MGYG000000001_00164;product=putative metallo-hydrolase YflN;eggNOG=1476973.JMMB01000007_gene3032;COG=S;KEGG=-;Pfam=PF00753;InterPro=IPR001279,IPR036866 +MGYG000000001_1 Prodigal:2.6 CDS 180165 181409 . - 0 ID=MGYG000000001_00165;Name=rhaR_1;gene=rhaR_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_00165;product=HTH-type transcriptional activator RhaR;eggNOG=585394.RHOM_14700;COG=K;KEGG=-;Pfam=PF12833;InterPro=IPR018060,IPR009057,IPR018062 +MGYG000000001_1 Prodigal:2.6 CDS 181612 183021 . + 0 ID=MGYG000000001_00166;Name=yjmB_1;db_xref=COG:COG2211;gene=yjmB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34961;locus_tag=MGYG000000001_00166;product=putative symporter YjmB;eggNOG=445973.CLOBAR_00351;COG=G;KEGG=ko:K03292;Pfam=PF13347;InterPro=IPR036259,IPR001927,IPR039672 +MGYG000000001_1 Prodigal:2.6 CDS 183065 184834 . + 0 ID=MGYG000000001_00167;eC_number=3.2.1.21;Name=nag3_1;db_xref=COG:COG1472;gene=nag3_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WUL3;locus_tag=MGYG000000001_00167;product=Beta-N-acetylglucosaminidase/beta-glucosidase;eggNOG=205914.HS_1600;COG=G;KEGG=ko:K01207;Pfam=PF00933;InterPro=IPR001764,IPR036962,IPR017853,IPR036881 +MGYG000000001_1 Prodigal:2.6 CDS 184942 186477 . - 0 ID=MGYG000000001_00168;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00168;product=hypothetical protein;eggNOG=1499683.CCFF01000013_gene305;COG=G;KEGG=ko:K05349;Pfam=PF00933,PF01915;InterPro=IPR002772,IPR036962,IPR036881,IPR001764,IPR017853 +MGYG000000001_1 Prodigal:2.6 CDS 186531 186758 . - 0 ID=MGYG000000001_00169;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00169;product=hypothetical protein;eggNOG=1499683.CCFF01000013_gene305;COG=G;KEGG=ko:K05349;Pfam=PF00933,PF01915;InterPro=IPR002772,IPR036962,IPR036881,IPR001764,IPR017853 +MGYG000000001_1 Prodigal:2.6 CDS 186876 187409 . - 0 ID=MGYG000000001_00170;Name=hpf_1;gene=hpf_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A0H3GEZ8;locus_tag=MGYG000000001_00170;product=Ribosome hibernation promotion factor;eggNOG=1301100.HG529415_gene2947;COG=J;KEGG=ko:K05808;Pfam=PF16321,PF02482;InterPro=IPR038416,IPR036567,IPR034694,IPR003489,IPR032528 +MGYG000000001_1 Prodigal:2.6 CDS 187968 193874 . + 0 ID=MGYG000000001_00171;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00171;product=hypothetical protein;eggNOG=1499683.CCFF01000017_gene1404;COG=G;KEGG=-;Pfam=PF13402,PF00404;InterPro=IPR002048,IPR013783,IPR018247,IPR036439,IPR031161,IPR008979,IPR016134,IPR042279,IPR003961,IPR002105,IPR036116 +MGYG000000001_1 Prodigal:2.6 CDS 193931 197005 . + 0 ID=MGYG000000001_00172;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00172;product=hypothetical protein;eggNOG=1437608.BBIA_2420;COG=V;KEGG=-;Pfam=PF16403;InterPro=IPR013783,IPR032179,IPR008964 +MGYG000000001_1 Prodigal:2.6 CDS 197546 198067 . + 0 ID=MGYG000000001_00173;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00173;product=hypothetical protein;eggNOG=545697.HMPREF0216_00897;COG=KT;KEGG=-;Pfam=PF00072;InterPro=IPR001789,IPR011006 +MGYG000000001_1 Prodigal:2.6 CDS 198272 199570 . + 0 ID=MGYG000000001_00174;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00174;product=hypothetical protein;eggNOG=545697.HMPREF0216_00896;COG=T;KEGG=-;Pfam=PF14501;InterPro=IPR016120,IPR036890,IPR032834 +MGYG000000001_1 Prodigal:2.6 CDS 199861 200697 . + 0 ID=MGYG000000001_00175;eC_number=3.1.4.52;Name=dosP_1;db_xref=COG:COG2199;gene=dosP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76129;locus_tag=MGYG000000001_00175;product=Oxygen sensor protein DosP;eggNOG=632245.CLP_3286;COG=T;KEGG=-;Pfam=PF00563;InterPro=IPR001633,IPR035919 +MGYG000000001_1 Prodigal:2.6 CDS 200920 201120 . + 0 ID=MGYG000000001_00176;Name=cspD_1;db_xref=COG:COG1278;gene=cspD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P51777;locus_tag=MGYG000000001_00176;product=Cold shock protein CspD;eggNOG=1151292.QEW_1822;COG=K;KEGG=ko:K03704;Pfam=PF00313;InterPro=IPR002059,IPR019844,IPR012340,IPR012156,IPR011129 +MGYG000000001_1 Prodigal:2.6 CDS 201351 201875 . + 0 ID=MGYG000000001_00177;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00177;product=hypothetical protein;eggNOG=1292035.H476_2391;COG=K;KEGG=ko:K07736;Pfam=PF02559;InterPro=IPR036101,IPR003711 +MGYG000000001_1 Prodigal:2.6 CDS 201940 202866 . - 0 ID=MGYG000000001_00178;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00178;product=hypothetical protein;eggNOG=1301100.HG529327_gene4552;COG=S;KEGG=ko:K07052;Pfam=PF02517;InterPro=IPR003675 +MGYG000000001_1 Prodigal:2.6 CDS 203469 204605 . + 0 ID=MGYG000000001_00179;eC_number=2.7.13.3;Name=rcsC_2;gene=rcsC_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_00179;product=Sensor histidine kinase RcsC;eggNOG=1499684.CCNP01000025_gene3681;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR035965,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_1 Prodigal:2.6 CDS 204690 205274 . - 0 ID=MGYG000000001_00180;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00180;product=hypothetical protein;eggNOG=445973.CLOBAR_00221;COG=S;KEGG=-;Pfam=PF07796;InterPro=IPR012437 +MGYG000000001_1 Prodigal:2.6 CDS 205869 205970 . - 0 ID=MGYG000000001_00181;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00181;product=hypothetical protein;eggNOG=1301100.HG529429_gene1921;COG=E;KEGG=- +MGYG000000001_1 Prodigal:2.6 CDS 206828 208012 . + 0 ID=MGYG000000001_00182;eC_number=3.-.-.-;Name=yxeP_1;db_xref=COG:COG1473;gene=yxeP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54955;locus_tag=MGYG000000001_00182;product=putative hydrolase YxeP;eggNOG=1216932.CM240_1745;COG=E;KEGG=-;Pfam=PF07687,PF01546;InterPro=IPR011650,IPR036264,IPR017439,IPR002933 +MGYG000000001_1 Prodigal:2.6 CDS 208056 208706 . + 0 ID=MGYG000000001_00183;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00183;product=hypothetical protein;eggNOG=545697.HMPREF0216_02455;COG=K;KEGG=-;Pfam=PF08279;InterPro=IPR001034,IPR013196,IPR036388,IPR036390 +MGYG000000001_1 Prodigal:2.6 CDS 209143 209277 . + 0 ID=MGYG000000001_00184;Name=cspD_2;db_xref=COG:COG1278;gene=cspD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P51777;locus_tag=MGYG000000001_00184;product=Cold shock protein CspD;eggNOG=1391646.AVSU01000099_gene348;COG=K;KEGG=ko:K03704;Pfam=PF00313;InterPro=IPR002059,IPR019844,IPR012340,IPR012156,IPR011129 +MGYG000000001_2 Prodigal:2.6 CDS 324 743 . - 0 ID=MGYG000000001_00185;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00185;product=hypothetical protein;eggNOG=1292035.H476_1739;COG=S;KEGG=-;Pfam=PF12653;InterPro=IPR024210 +MGYG000000001_2 Prodigal:2.6 CDS 755 1639 . - 0 ID=MGYG000000001_00186;eC_number=2.4.2.-;Name=mtgA;gene=mtgA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00766;locus_tag=MGYG000000001_00186;product=Monofunctional biosynthetic peptidoglycan transglycosylase;eggNOG=1301100.HG529363_gene2166;COG=M;KEGG=ko:K05366;Pfam=PF00912;InterPro=IPR001264,IPR023346,IPR036950 +MGYG000000001_2 Prodigal:2.6 CDS 1840 2010 . + 0 ID=MGYG000000001_00187;db_xref=COG:COG1145;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80168;locus_tag=MGYG000000001_00187;product=Ferredoxin;eggNOG=1391646.AVSU01000128_gene2426;COG=C;KEGG=-;Pfam=PF12838;InterPro=IPR000813,IPR017900,IPR017896 +MGYG000000001_2 Prodigal:2.6 CDS 2060 2524 . - 0 ID=MGYG000000001_00188;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00188;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2628;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 2809 3834 . - 0 ID=MGYG000000001_00189;eC_number=2.7.11.1;Name=pknD_1;gene=pknD_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01957;locus_tag=MGYG000000001_00189;product=Serine/threonine-protein kinase PknD;eggNOG=1476973.JMMB01000007_gene2629;COG=KLT;KEGG=-;Pfam=PF00069;InterPro=IPR000719,IPR008271,IPR011009 +MGYG000000001_2 Prodigal:2.6 CDS 3825 4124 . - 0 ID=MGYG000000001_00190;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00190;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2630;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 4322 5995 . - 0 ID=MGYG000000001_00191;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00191;product=hypothetical protein;eggNOG=1301100.HG529354_gene4334;COG=O;KEGG=-;Pfam=PF00082;InterPro=IPR034045,IPR036852,IPR023827,IPR000209,IPR015500 +MGYG000000001_2 Prodigal:2.6 CDS 6005 9292 . - 0 ID=MGYG000000001_00192;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00192;product=hypothetical protein;eggNOG=272563.CD630_22470;COG=O;KEGG=-;Pfam=PF18425,PF00082;InterPro=IPR041365,IPR036852,IPR034045,IPR023828,IPR000209,IPR015500 +MGYG000000001_2 Prodigal:2.6 CDS 9498 10004 . - 0 ID=MGYG000000001_00193;eC_number=2.7.7.7;Name=polC_1;db_xref=COG:COG2176;gene=polC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P13267;locus_tag=MGYG000000001_00193;product=DNA polymerase III PolC-type;eggNOG=1476973.JMMB01000007_gene2631;COG=L;KEGG=ko:K02342;Pfam=PF00929;InterPro=IPR006054,IPR036397,IPR012337,IPR013520 +MGYG000000001_2 Prodigal:2.6 CDS 10080 11198 . - 0 ID=MGYG000000001_00194;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00194;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2632;COG=D;KEGG=ko:K21471;Pfam=PF01551;InterPro=IPR011055,IPR016047 +MGYG000000001_2 Prodigal:2.6 CDS 11224 12120 . - 0 ID=MGYG000000001_00195;Name=ftsX;db_xref=COG:COG2177;gene=ftsX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34876;locus_tag=MGYG000000001_00195;product=Cell division protein FtsX;eggNOG=1301100.HG529364_gene2865;COG=D;KEGG=ko:K09811;Pfam=PF18075,PF02687;InterPro=IPR004513,IPR040690,IPR003838 +MGYG000000001_2 Prodigal:2.6 CDS 12104 12790 . - 0 ID=MGYG000000001_00196;Name=ftsE;db_xref=COG:COG2884;gene=ftsE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34814;locus_tag=MGYG000000001_00196;product=Cell division ATP-binding protein FtsE;eggNOG=1301100.HG529364_gene2866;COG=D;KEGG=ko:K09812;Pfam=PF00005;InterPro=IPR005286,IPR003593,IPR003439,IPR027417,IPR017871 +MGYG000000001_2 Prodigal:2.6 CDS 13005 13961 . - 0 ID=MGYG000000001_00197;eC_number=3.4.21.-;Name=isp;db_xref=COG:COG1404;gene=isp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P11018;locus_tag=MGYG000000001_00197;product=Major intracellular serine protease;eggNOG=1301100.HG529364_gene2869;COG=O;KEGG=ko:K01342,ko:K13275,ko:K13277;Pfam=PF00082;InterPro=IPR036852,IPR023828,IPR023827,IPR034202,IPR000209,IPR015500,IPR022398 +MGYG000000001_2 Prodigal:2.6 CDS 13992 15221 . - 0 ID=MGYG000000001_00198;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00198;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2636;COG=S;KEGG=-;Pfam=PF02493;InterPro=IPR003409 +MGYG000000001_2 Prodigal:2.6 CDS 15356 16360 . - 0 ID=MGYG000000001_00199;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00199;product=hypothetical protein;eggNOG=1301100.HG529364_gene2871;COG=L;KEGG=-;Pfam=PF00929;InterPro=IPR036397,IPR012337,IPR013520 +MGYG000000001_2 Prodigal:2.6 CDS 16465 17325 . - 0 ID=MGYG000000001_00200;eC_number=2.8.1.-;Name=ttcA_1;db_xref=COG:COG0037;gene=ttcA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZP88;locus_tag=MGYG000000001_00200;product=tRNA-cytidine(32) 2-sulfurtransferase;eggNOG=1292035.H476_1753;COG=H;KEGG=-;Pfam=PF01171;InterPro=IPR035107,IPR014729,IPR011063 +MGYG000000001_2 Prodigal:2.6 CDS 17550 17759 . + 0 ID=MGYG000000001_00201;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00201;product=hypothetical protein;eggNOG=445973.CLOBAR_02690;COG=S;KEGG=-;Pfam=PF11007;InterPro=IPR020256 +MGYG000000001_2 Prodigal:2.6 CDS 17759 18028 . + 0 ID=MGYG000000001_00202;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00202;product=hypothetical protein;eggNOG=272563.CD630_24000;COG=S;KEGG=ko:K06333;Pfam=PF12652;InterPro=IPR016571,IPR024207 +MGYG000000001_2 Prodigal:2.6 CDS 18051 18623 . + 0 ID=MGYG000000001_00203;eC_number=1.11.1.6;Name=ydbD_1;db_xref=COG:COG3546;gene=ydbD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80878;locus_tag=MGYG000000001_00203;product=putative manganese catalase;eggNOG=445973.CLOBAR_02692;COG=P;KEGG=ko:K06334;Pfam=PF05067;InterPro=IPR039377,IPR012347,IPR009078,IPR007760 +MGYG000000001_2 Prodigal:2.6 CDS 18688 19095 . - 0 ID=MGYG000000001_00204;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00204;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2643;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 19294 20427 . - 0 ID=MGYG000000001_00205;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00205;product=hypothetical protein;eggNOG=1301100.HG529365_gene1368;COG=M;KEGG=ko:K11060,ko:K21471;Pfam=PF08239,PF00877;InterPro=IPR036028,IPR000064,IPR003646,IPR038765 +MGYG000000001_2 Prodigal:2.6 CDS 20728 21366 . + 0 ID=MGYG000000001_00206;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00206;product=hypothetical protein;eggNOG=1301100.HG529365_gene1370;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 21428 23632 . + 0 ID=MGYG000000001_00207;eC_number=5.99.1.2;Name=topB_1;db_xref=COG:COG0550;gene=topB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P14294;locus_tag=MGYG000000001_00207;product=DNA topoisomerase 3;eggNOG=1476973.JMMB01000007_gene2645;COG=L;KEGG=ko:K03169;Pfam=PF01131,PF01751;InterPro=IPR000380,IPR013826,IPR023406,IPR003601,IPR013497,IPR023405,IPR006171,IPR034144,IPR013824,IPR003602,IPR013825 +MGYG000000001_2 Prodigal:2.6 CDS 23711 23962 . - 0 ID=MGYG000000001_00208;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00208;product=hypothetical protein;eggNOG=1301100.HG529365_gene1372;COG=L;KEGG=-;Pfam=PF12773;InterPro=IPR025874 +MGYG000000001_2 Prodigal:2.6 CDS 24132 25088 . - 0 ID=MGYG000000001_00209;eC_number=2.7.9.1;Name=ppdK_1;db_xref=COG:COG0574;gene=ppdK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22983;locus_tag=MGYG000000001_00209;product=Pyruvate%2C phosphate dikinase;eggNOG=1151292.QEW_2956;COG=G;KEGG=ko:K01006;Pfam=PF02896;InterPro=IPR010121,IPR040442,IPR023151,IPR015813,IPR000121 +MGYG000000001_2 Prodigal:2.6 CDS 25054 26247 . - 0 ID=MGYG000000001_00210;eC_number=2.7.9.1;Name=ppdK_2;db_xref=COG:COG0574;gene=ppdK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22983;locus_tag=MGYG000000001_00210;product=Pyruvate%2C phosphate dikinase;eggNOG=1292035.H476_1775;COG=G;KEGG=ko:K01006;Pfam=PF00391,PF01326,PF02896;InterPro=IPR010121,IPR040442,IPR002192,IPR036637,IPR015813,IPR013815,IPR000121,IPR008279 +MGYG000000001_2 Prodigal:2.6 CDS 26289 26759 . - 0 ID=MGYG000000001_00211;eC_number=2.7.9.1;Name=ppdK_3;db_xref=COG:COG0574;gene=ppdK_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22983;locus_tag=MGYG000000001_00211;product=Pyruvate%2C phosphate dikinase;eggNOG=1476973.JMMB01000007_gene2647;COG=G;KEGG=ko:K01006;Pfam=PF01326;InterPro=IPR010121,IPR013815,IPR002192 +MGYG000000001_2 Prodigal:2.6 CDS 26805 27641 . - 0 ID=MGYG000000001_00212;eC_number=2.7.11.32;Name=yqfL;db_xref=COG:COG1806;gene=yqfL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54470;locus_tag=MGYG000000001_00212;product=Putative pyruvate%2C phosphate dikinase regulatory protein;eggNOG=1476973.JMMB01000007_gene2648;COG=S;KEGG=ko:K09773;Pfam=PF03618;InterPro=IPR005177,IPR026565 +MGYG000000001_2 Prodigal:2.6 CDS 27655 28290 . - 0 ID=MGYG000000001_00213;Name=ccpN;db_xref=COG:COG0517;gene=ccpN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34994;locus_tag=MGYG000000001_00213;product=Transcriptional repressor CcpN;eggNOG=1301100.HG529365_gene1375;COG=T;KEGG=-;Pfam=PF00571,PF08279;InterPro=IPR013196,IPR016842,IPR000644,IPR036390,IPR036388 +MGYG000000001_2 Prodigal:2.6 CDS 28654 30720 . - 0 ID=MGYG000000001_00214;eC_number=6.1.1.14;Name=glyS;db_xref=COG:COG0751;gene=glyS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00961;locus_tag=MGYG000000001_00214;product=Glycine--tRNA ligase beta subunit;eggNOG=1301100.HG529365_gene1376;COG=J;KEGG=ko:K01879;Pfam=PF02092,PF05746;InterPro=IPR006194,IPR015944,IPR008909 +MGYG000000001_2 Prodigal:2.6 CDS 30720 31598 . - 0 ID=MGYG000000001_00215;eC_number=6.1.1.14;Name=glyQ;db_xref=COG:COG0752;gene=glyQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67081;locus_tag=MGYG000000001_00215;product=Glycine--tRNA ligase alpha subunit;eggNOG=1301100.HG529365_gene1377;COG=J;KEGG=ko:K01878;Pfam=PF02091;InterPro=IPR006194,IPR002310 +MGYG000000001_2 Prodigal:2.6 CDS 31757 32347 . - 0 ID=MGYG000000001_00216;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00216;product=hypothetical protein;eggNOG=1151292.QEW_2988;COG=K;KEGG=-;Pfam=PF14242;InterPro=IPR009060,IPR025642 +MGYG000000001_2 Prodigal:2.6 CDS 32337 33113 . - 0 ID=MGYG000000001_00217;Name=recO;db_xref=COG:COG1381;gene=recO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42095;locus_tag=MGYG000000001_00217;product=DNA repair protein RecO;eggNOG=1476973.JMMB01000007_gene2653;COG=L;KEGG=ko:K03584;Pfam=PF11967,PF02565;InterPro=IPR003717,IPR037278,IPR012340,IPR022572,IPR042242 +MGYG000000001_2 Prodigal:2.6 CDS 33079 33234 . - 0 ID=MGYG000000001_00218;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00218;product=hypothetical protein;eggNOG=1301100.HG529365_gene1380;COG=-;KEGG=-;Pfam=PF14006;InterPro=IPR025617 +MGYG000000001_2 Prodigal:2.6 CDS 33316 34695 . - 0 ID=MGYG000000001_00219;db_xref=COG:COG2239;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5SMG8;locus_tag=MGYG000000001_00219;product=Magnesium transporter MgtE;eggNOG=1476973.JMMB01000007_gene2654;COG=P;KEGG=ko:K06213;Pfam=PF01769,PF03448,PF00571;InterPro=IPR006668,IPR038076,IPR036739,IPR006667,IPR038048,IPR000644,IPR006669 +MGYG000000001_2 Prodigal:2.6 CDS 34707 35597 . - 0 ID=MGYG000000001_00220;Name=era;db_xref=COG:COG1159;gene=era;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42182;locus_tag=MGYG000000001_00220;product=GTPase Era;eggNOG=1301100.HG529365_gene1382;COG=S;KEGG=ko:K03595;Pfam=PF07650,PF01926;InterPro=IPR005225,IPR030388,IPR015946,IPR009019,IPR027417,IPR005662,IPR006073,IPR004044 +MGYG000000001_2 Prodigal:2.6 CDS 35629 36036 . - 0 ID=MGYG000000001_00221;eC_number=3.5.4.5;Name=cdd_1;db_xref=COG:COG0295;gene=cdd_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19079;locus_tag=MGYG000000001_00221;product=Cytidine deaminase;eggNOG=1476973.JMMB01000007_gene2656;COG=F;KEGG=ko:K01489;Pfam=PF00383;InterPro=IPR016192,IPR002125,IPR006262,IPR016193 +MGYG000000001_2 Prodigal:2.6 CDS 36270 36992 . - 0 ID=MGYG000000001_00222;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00222;product=hypothetical protein;eggNOG=1301100.HG529365_gene1383;COG=IM;KEGG=ko:K00887,ko:K00901;Pfam=PF01569,PF01219;InterPro=IPR000326,IPR036938,IPR000829,IPR036945 +MGYG000000001_2 Prodigal:2.6 CDS 36997 37458 . - 0 ID=MGYG000000001_00223;eC_number=3.1.-.-;Name=ybeY;db_xref=COG:COG0319;gene=ybeY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67367;locus_tag=MGYG000000001_00223;product=Endoribonuclease YbeY;eggNOG=1151292.QEW_2995;COG=S;KEGG=ko:K01489,ko:K07042;Pfam=PF02130;InterPro=IPR023091,IPR002036 +MGYG000000001_2 Prodigal:2.6 CDS 37482 38486 . - 0 ID=MGYG000000001_00224;db_xref=COG:COG1702;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WIA3;locus_tag=MGYG000000001_00224;product=PhoH-like protein;eggNOG=1151292.QEW_2996;COG=T;KEGG=ko:K06217;Pfam=PF02562;InterPro=IPR003714,IPR027417 +MGYG000000001_2 Prodigal:2.6 CDS 38511 39815 . - 0 ID=MGYG000000001_00225;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00225;product=hypothetical protein;eggNOG=272563.CD630_24420;COG=S;KEGG=ko:K06438;Pfam=PF06898;InterPro=IPR010690 +MGYG000000001_2 Prodigal:2.6 CDS 39828 40064 . - 0 ID=MGYG000000001_00226;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00226;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2660;COG=S;KEGG=-;Pfam=PF07873;InterPro=IPR022476 +MGYG000000001_2 Prodigal:2.6 CDS 40236 41192 . + 0 ID=MGYG000000001_00227;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00227;product=hypothetical protein;eggNOG=1301100.HG529365_gene1389;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 41260 41757 . - 0 ID=MGYG000000001_00228;Name=crtK-2;db_xref=COG:COG3476;gene=crtK-2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8KBX2;locus_tag=MGYG000000001_00228;product=Tryptophan-rich protein TspO;eggNOG=1301100.HG529365_gene1390;COG=T;KEGG=ko:K05770;Pfam=PF03073;InterPro=IPR038330,IPR004307 +MGYG000000001_2 Prodigal:2.6 CDS 41957 42400 . - 0 ID=MGYG000000001_00229;Name=yqeY;db_xref=COG:COG1610;gene=yqeY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54464;locus_tag=MGYG000000001_00229;product=putative protein YqeY;eggNOG=1476973.JMMB01000007_gene2663;COG=S;KEGG=ko:K09117;Pfam=PF09424;InterPro=IPR023168,IPR019004,IPR003789,IPR042184 +MGYG000000001_2 Prodigal:2.6 CDS 42427 42606 . - 0 ID=MGYG000000001_00230;Name=rpsU;db_xref=COG:COG0828;gene=rpsU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A2RHW9;locus_tag=MGYG000000001_00230;product=30S ribosomal protein S21;eggNOG=1151292.QEW_3002;COG=J;KEGG=ko:K02970;Pfam=PF01165;InterPro=IPR038380,IPR001911 +MGYG000000001_2 Prodigal:2.6 CDS 42767 43117 . - 0 ID=MGYG000000001_00231;eC_number=3.9.1.-;db_xref=COG:COG0537;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44956;locus_tag=MGYG000000001_00231;product=Purine nucleoside phosphoramidase;eggNOG=1301100.HG529365_gene1393;COG=FG;KEGG=ko:K02503;Pfam=PF01230;InterPro=IPR011146,IPR001310,IPR036265 +MGYG000000001_2 Prodigal:2.6 CDS 43164 44474 . - 0 ID=MGYG000000001_00232;eC_number=2.8.4.5;Name=mtaB;db_xref=COG:COG0621;gene=mtaB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54462;locus_tag=MGYG000000001_00232;product=Threonylcarbamoyladenosine tRNA methylthiotransferase MtaB;eggNOG=1292035.H476_1795;COG=J;KEGG=ko:K18707;Pfam=PF04055,PF00919;InterPro=IPR038135,IPR034557,IPR006638,IPR005839,IPR007197,IPR023404,IPR013848,IPR006467,IPR020612,IPR002792 +MGYG000000001_2 Prodigal:2.6 CDS 44476 45228 . - 0 ID=MGYG000000001_00233;eC_number=2.1.1.193;Name=rsmE;db_xref=COG:COG1385;gene=rsmE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54461;locus_tag=MGYG000000001_00233;product=Ribosomal RNA small subunit methyltransferase E;eggNOG=445973.CLOBAR_02728;COG=J;KEGG=ko:K09761;Pfam=PF04452;InterPro=IPR015947,IPR029028,IPR006700,IPR029026 +MGYG000000001_2 Prodigal:2.6 CDS 45237 46178 . - 0 ID=MGYG000000001_00234;eC_number=2.1.1.-;Name=prmA;db_xref=COG:COG2264;gene=prmA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45558;locus_tag=MGYG000000001_00234;product=Ribosomal protein L11 methyltransferase;eggNOG=1151292.QEW_3006;COG=J;KEGG=ko:K02687;Pfam=PF06325;InterPro=IPR029063,IPR004498 +MGYG000000001_2 Prodigal:2.6 CDS 46484 47644 . - 0 ID=MGYG000000001_00235;Name=dnaJ;db_xref=COG:COG0484;gene=dnaJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P08622;locus_tag=MGYG000000001_00235;product=Chaperone protein DnaJ;eggNOG=1151292.QEW_3012;COG=O;KEGG=ko:K03686,ko:K05516;Pfam=PF00226,PF01556,PF00684;InterPro=IPR011031,IPR002939,IPR036410,IPR001623,IPR012724,IPR018253,IPR008971,IPR001305,IPR036869 +MGYG000000001_2 Prodigal:2.6 CDS 47771 49606 . - 0 ID=MGYG000000001_00236;Name=dnaK;db_xref=COG:COG0443;gene=dnaK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17820;locus_tag=MGYG000000001_00236;product=Chaperone protein DnaK;eggNOG=1301100.HG529365_gene1417;COG=O;KEGG=ko:K04043;Pfam=PF00012;InterPro=IPR029048,IPR029047,IPR018181,IPR013126,IPR012725 +MGYG000000001_2 Prodigal:2.6 CDS 49677 50246 . - 0 ID=MGYG000000001_00237;Name=grpE;gene=grpE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01151;locus_tag=MGYG000000001_00237;product=Protein GrpE;eggNOG=1151292.QEW_3014;COG=O;KEGG=ko:K03687;Pfam=PF01025;InterPro=IPR000740,IPR013805,IPR009012 +MGYG000000001_2 Prodigal:2.6 CDS 50266 51288 . - 0 ID=MGYG000000001_00238;Name=hrcA;db_xref=COG:COG1420;gene=hrcA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30727;locus_tag=MGYG000000001_00238;product=Heat-inducible transcription repressor HrcA;eggNOG=445973.CLOBAR_02734;COG=K;KEGG=ko:K03705;Pfam=PF01628;InterPro=IPR029016,IPR021153,IPR002571,IPR036390,IPR036388,IPR023120 +MGYG000000001_2 Prodigal:2.6 CDS 51388 52521 . - 0 ID=MGYG000000001_00239;eC_number=1.3.99.-;Name=hemN;db_xref=COG:COG0635;gene=hemN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54304;locus_tag=MGYG000000001_00239;product=Oxygen-independent coproporphyrinogen-III oxidase-like protein YqeR;eggNOG=1301100.HG529365_gene1420;COG=H;KEGG=-;Pfam=PF04055,PF06969;InterPro=IPR004559,IPR034505,IPR006638,IPR007197,IPR010723,IPR023404 +MGYG000000001_2 Prodigal:2.6 CDS 52727 52936 . - 0 ID=MGYG000000001_00240;Name=steT_2;db_xref=COG:COG0531;gene=steT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34739;locus_tag=MGYG000000001_00240;product=Serine/threonine exchanger SteT;eggNOG=1476973.JMMB01000007_gene2679;COG=E;KEGG=ko:K03294;Pfam=PF13906;InterPro=IPR029485 +MGYG000000001_2 Prodigal:2.6 CDS 53114 53365 . - 0 ID=MGYG000000001_00241;Name=steT_3;db_xref=COG:COG0531;gene=steT_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34739;locus_tag=MGYG000000001_00241;product=Serine/threonine exchanger SteT;eggNOG=1301100.HG529365_gene1421;COG=E;KEGG=ko:K03294;Pfam=PF13520;InterPro=IPR002293 +MGYG000000001_2 Prodigal:2.6 CDS 53412 53672 . - 0 ID=MGYG000000001_00242;Name=steT_4;db_xref=COG:COG0531;gene=steT_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34739;locus_tag=MGYG000000001_00242;product=Serine/threonine exchanger SteT;eggNOG=1499684.CCNP01000018_gene713;COG=E;KEGG=ko:K03294;Pfam=PF13520;InterPro=IPR002293 +MGYG000000001_2 Prodigal:2.6 CDS 53798 54019 . - 0 ID=MGYG000000001_00243;Name=steT_5;db_xref=COG:COG0531;gene=steT_5;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34739;locus_tag=MGYG000000001_00243;product=Serine/threonine exchanger SteT;eggNOG=1301100.HG529365_gene1421;COG=E;KEGG=ko:K03294;Pfam=PF13520;InterPro=IPR002293 +MGYG000000001_2 Prodigal:2.6 CDS 54213 56018 . - 0 ID=MGYG000000001_00244;eC_number=3.6.5.-;Name=lepA;db_xref=COG:COG0481;gene=lepA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FXY7;locus_tag=MGYG000000001_00244;product=Elongation factor 4;eggNOG=272563.CD630_24670;COG=M;KEGG=ko:K03596;Pfam=PF00009,PF03144,PF06421,PF00679;InterPro=IPR035654,IPR000795,IPR005225,IPR004161,IPR013842,IPR000640,IPR038363,IPR009000,IPR027417,IPR035647,IPR031157,IPR006297 +MGYG000000001_2 Prodigal:2.6 CDS 56195 56425 . - 0 ID=MGYG000000001_00245;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00245;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2681;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 56449 57390 . - 0 ID=MGYG000000001_00246;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00246;product=hypothetical protein;eggNOG=1301100.HG529367_gene1337;COG=M;KEGG=ko:K06385;Pfam=PF07454;InterPro=IPR010897 +MGYG000000001_2 Prodigal:2.6 CDS 57403 58359 . - 0 ID=MGYG000000001_00247;eC_number=3.4.24.78;Name=gpr;gene=gpr;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22322;locus_tag=MGYG000000001_00247;product=Germination protease;eggNOG=1301100.HG529367_gene1338;COG=C;KEGG=ko:K06012;Pfam=PF03418;InterPro=IPR023430,IPR005080 +MGYG000000001_2 Prodigal:2.6 CDS 58629 58895 . + 0 ID=MGYG000000001_00248;Name=rpsT;db_xref=COG:COG0268;gene=rpsT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0R102;locus_tag=MGYG000000001_00248;product=30S ribosomal protein S20;eggNOG=1292035.H476_1854;COG=J;KEGG=ko:K02968;Pfam=PF01649;InterPro=IPR036510,IPR002583 +MGYG000000001_2 Prodigal:2.6 CDS 59038 60081 . - 0 ID=MGYG000000001_00249;Name=yqeN;db_xref=COG:COG1466;gene=yqeN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54459;locus_tag=MGYG000000001_00249;product=putative protein YqeN;eggNOG=1301100.HG529367_gene1340;COG=L;KEGG=ko:K02340;Pfam=PF06144;InterPro=IPR005790,IPR027417,IPR008921,IPR010372 +MGYG000000001_2 Prodigal:2.6 CDS 60050 61318 . - 0 ID=MGYG000000001_00250;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00250;product=hypothetical protein;eggNOG=1301100.HG529367_gene1341;COG=S;KEGG=ko:K02238;Pfam=PF03772;InterPro=IPR004477 +MGYG000000001_2 Prodigal:2.6 CDS 61553 62710 . - 0 ID=MGYG000000001_00251;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00251;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2687;COG=S;KEGG=-;Pfam=PF13530,PF17668,PF13527;InterPro=IPR036527,IPR041380,IPR000182,IPR025559,IPR016181 +MGYG000000001_2 Prodigal:2.6 CDS 62714 63667 . - 0 ID=MGYG000000001_00252;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00252;product=hypothetical protein;eggNOG=272563.CD630_24770;COG=S;KEGG=ko:K01163;Pfam=PF09924;InterPro=IPR016732,IPR024320,IPR016181 +MGYG000000001_2 Prodigal:2.6 CDS 63826 64674 . + 0 ID=MGYG000000001_00253;Name=comEC;db_xref=COG:COG0658;gene=comEC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39695;locus_tag=MGYG000000001_00253;product=ComE operon protein 3;eggNOG=1476973.JMMB01000007_gene2689;COG=S;KEGG=ko:K02238;Pfam=PF00753;InterPro=IPR001279,IPR035681,IPR036866 +MGYG000000001_2 Prodigal:2.6 CDS 64792 65496 . - 0 ID=MGYG000000001_00254;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00254;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2690;COG=H;KEGG=ko:K22132;Pfam=PF00899;InterPro=IPR035985,IPR000594 +MGYG000000001_2 Prodigal:2.6 CDS 65584 66336 . + 0 ID=MGYG000000001_00255;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00255;product=hypothetical protein;eggNOG=1301100.HG529367_gene1347;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 66600 67427 . - 0 ID=MGYG000000001_00257;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00257;product=hypothetical protein;eggNOG=1301100.HG529367_gene1348;COG=S;KEGG=-;Pfam=PF06725,PF03990,PF07501;InterPro=IPR036908,IPR010611,IPR007137,IPR011098 +MGYG000000001_2 Prodigal:2.6 CDS 67680 68354 . - 0 ID=MGYG000000001_00258;eC_number=3.2.2.27;Name=ung;db_xref=COG:COG0692;gene=ung;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39615;locus_tag=MGYG000000001_00258;product=Uracil-DNA glycosylase;eggNOG=272563.CD630_24810;COG=L;KEGG=ko:K03648;Pfam=PF03167;InterPro=IPR018085,IPR002043,IPR036895,IPR005122 +MGYG000000001_2 Prodigal:2.6 CDS 68383 68754 . - 0 ID=MGYG000000001_00259;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00259;product=hypothetical protein;eggNOG=272563.CD630_24820;COG=S;KEGG=ko:K00805;Pfam=PF07009;InterPro=IPR038690,IPR024045 +MGYG000000001_2 Prodigal:2.6 CDS 68819 69880 . + 0 ID=MGYG000000001_00260;eC_number=2.7.1.180;Name=apbE;db_xref=COG:COG1477;gene=apbE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O83774;locus_tag=MGYG000000001_00260;product=FAD:protein FMN transferase;eggNOG=272563.CD630_24830;COG=H;KEGG=ko:K03734;Pfam=PF02424;InterPro=IPR024932,IPR003374,IPR042159 +MGYG000000001_2 Prodigal:2.6 CDS 69942 72758 . - 0 ID=MGYG000000001_00261;eC_number=2.7.13.3;Name=rcsC_3;gene=rcsC_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_00261;product=Sensor histidine kinase RcsC;eggNOG=272563.CD630_14920;COG=T;KEGG=-;Pfam=PF00512,PF02518,PF13188;InterPro=IPR036890,IPR003594,IPR000014,IPR035965,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_2 Prodigal:2.6 CDS 72779 75490 . - 0 ID=MGYG000000001_00262;eC_number=2.7.-.-;Name=sasA_1;gene=sasA_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_00262;product=Adaptive-response sensory-kinase SasA;eggNOG=1476973.JMMB01000007_gene2704;COG=T;KEGG=-;Pfam=PF13426,PF00512,PF02518,PF13188;InterPro=IPR036890,IPR003594,IPR000014,IPR035965,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_2 Prodigal:2.6 CDS 75632 77512 . - 0 ID=MGYG000000001_00263;Name=selB;db_xref=COG:COG3276;gene=selB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46455;locus_tag=MGYG000000001_00263;product=Selenocysteine-specific elongation factor;eggNOG=1151292.QEW_3047;COG=J;KEGG=ko:K03833;Pfam=PF09107,PF03144,PF00009,PF09106;InterPro=IPR005225,IPR015191,IPR000795,IPR004161,IPR004535,IPR015190,IPR009000,IPR027417,IPR036390,IPR031157,IPR036388,IPR009001 +MGYG000000001_2 Prodigal:2.6 CDS 77515 78927 . - 0 ID=MGYG000000001_00264;eC_number=2.9.1.1;Name=selA;db_xref=COG:COG1921;gene=selA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67140;locus_tag=MGYG000000001_00264;product=L-seryl-tRNA(Sec) selenium transferase;eggNOG=1476973.JMMB01000007_gene2706;COG=J;KEGG=ko:K01042;Pfam=PF12390,PF03841;InterPro=IPR015424,IPR015421,IPR025862,IPR004534,IPR018319 +MGYG000000001_2 Prodigal:2.6 CDS 78953 79816 . - 0 ID=MGYG000000001_00265;eC_number=2.7.9.3;Name=selD;db_xref=COG:COG0709;gene=selD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67139;locus_tag=MGYG000000001_00265;product=Selenide%2C water dikinase;eggNOG=1301100.HG529367_gene1354;COG=E;KEGG=ko:K01008;Pfam=PF00586,PF02769;InterPro=IPR010918,IPR016188,IPR036676,IPR036921,IPR004536 +MGYG000000001_2 Prodigal:2.6 CDS 80077 80748 . - 0 ID=MGYG000000001_00266;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00266;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2708;COG=L;KEGG=ko:K02237;Pfam=PF10531,PF12836;InterPro=IPR010994,IPR019554,IPR004509,IPR003583 +MGYG000000001_2 Prodigal:2.6 CDS 80825 82114 . + 0 ID=MGYG000000001_00267;eC_number=3.4.16.4;Name=dacF_1;db_xref=COG:COG1686;gene=dacF_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38422;locus_tag=MGYG000000001_00267;product=D-alanyl-D-alanine carboxypeptidase DacF;eggNOG=1301100.HG529367_gene1356;COG=M;KEGG=ko:K07258;Pfam=PF07943,PF00768;InterPro=IPR018044,IPR012338,IPR001967,IPR012907,IPR015956,IPR037167 +MGYG000000001_2 Prodigal:2.6 CDS 82240 82485 . + 0 ID=MGYG000000001_00268;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00268;product=hypothetical protein;eggNOG=1301100.HG529368_gene1327;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 82547 83377 . - 0 ID=MGYG000000001_00269;eC_number=3.1.3.104;Name=ycsE;gene=ycsE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42962;locus_tag=MGYG000000001_00269;product=5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YcsE;eggNOG=1301100.HG529358_gene2053;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214,IPR006379,IPR000150 +MGYG000000001_2 Prodigal:2.6 CDS 83600 84478 . - 0 ID=MGYG000000001_00270;eC_number=4.3.1.17;Name=sdhA;gene=sdhA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33073;locus_tag=MGYG000000001_00270;product=L-serine dehydratase%2C alpha chain;eggNOG=1476973.JMMB01000007_gene2714;COG=E;KEGG=ko:K01752;Pfam=PF03313;InterPro=IPR005130,IPR004642 +MGYG000000001_2 Prodigal:2.6 CDS 84499 85173 . - 0 ID=MGYG000000001_00271;eC_number=4.3.1.17;Name=sdhB;gene=sdhB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33074;locus_tag=MGYG000000001_00271;product=L-serine dehydratase%2C beta chain;eggNOG=1292035.H476_1873;COG=E;KEGG=ko:K01752;Pfam=PF03315;InterPro=IPR005131,IPR002912,IPR029009,IPR004643 +MGYG000000001_2 Prodigal:2.6 CDS 85574 85954 . - 0 ID=MGYG000000001_00272;eC_number=3.5.99.10;Name=yabJ_2;db_xref=COG:COG0251;gene=yabJ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37552;locus_tag=MGYG000000001_00272;product=2-iminobutanoate/2-iminopropanoate deaminase;eggNOG=445973.CLOBAR_02766;COG=J;KEGG=ko:K09022;Pfam=PF01042;InterPro=IPR019897,IPR035959,IPR006056,IPR006175 +MGYG000000001_2 Prodigal:2.6 CDS 86041 87258 . - 0 ID=MGYG000000001_00273;eC_number=4.3.1.19;Name=tdcB_1;db_xref=COG:COG1171;gene=tdcB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q74FW6;locus_tag=MGYG000000001_00273;product=L-threonine ammonia-lyase;eggNOG=1301100.HG529368_gene1335;COG=E;KEGG=ko:K01754;Pfam=PF00291,PF01842;InterPro=IPR002912,IPR036052,IPR005789,IPR001926 +MGYG000000001_2 Prodigal:2.6 CDS 87472 88506 . - 0 ID=MGYG000000001_00274;Name=mglC;db_xref=COG:COG4211;gene=mglC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23200;locus_tag=MGYG000000001_00274;product=Galactoside transport system permease protein MglC;eggNOG=1301100.HG529252_gene6261;COG=G;KEGG=ko:K10541;Pfam=PF02653;InterPro=IPR030158,IPR001851 +MGYG000000001_2 Prodigal:2.6 CDS 88484 90025 . - 0 ID=MGYG000000001_00275;eC_number=3.6.3.17;Name=mglA_1;db_xref=COG:COG1129;gene=mglA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AAG8;locus_tag=MGYG000000001_00275;product=Galactose/methyl galactoside import ATP-binding protein MglA;eggNOG=1301100.HG529252_gene6260;COG=P;KEGG=ko:K10542;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR015862,IPR027417,IPR017871 +MGYG000000001_2 Prodigal:2.6 CDS 90154 91197 . - 0 ID=MGYG000000001_00276;Name=mglB;db_xref=COG:COG1879;gene=mglB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23905;locus_tag=MGYG000000001_00276;product=D-galactose-binding periplasmic protein;eggNOG=1301100.HG529252_gene6259;COG=G;KEGG=ko:K10540;Pfam=PF13407;InterPro=IPR025997,IPR028082 +MGYG000000001_2 Prodigal:2.6 CDS 91484 93904 . - 0 ID=MGYG000000001_00277;eC_number=6.1.1.4;Name=leuS;db_xref=COG:COG0495;gene=leuS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9JXT2;locus_tag=MGYG000000001_00277;product=Leucine--tRNA ligase;eggNOG=1476973.JMMB01000007_gene2718;COG=J;KEGG=ko:K01869;Pfam=PF13603,PF08264,PF09334,PF00133;InterPro=IPR002300,IPR009008,IPR014729,IPR001412,IPR002302,IPR025709,IPR015413,IPR013155,IPR009080 +MGYG000000001_2 Prodigal:2.6 CDS 94253 94603 . - 0 ID=MGYG000000001_00278;Name=rsfS;db_xref=COG:COG0799;gene=rsfS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KD89;locus_tag=MGYG000000001_00278;product=Ribosomal silencing factor RsfS;eggNOG=1301100.HG529369_gene1443;COG=J;KEGG=ko:K09710;Pfam=PF02410;InterPro=IPR004394 +MGYG000000001_2 Prodigal:2.6 CDS 94724 95290 . - 0 ID=MGYG000000001_00279;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00279;product=hypothetical protein;eggNOG=1301100.HG529369_gene1444;COG=H;KEGG=ko:K00969;Pfam=PF01966;InterPro=IPR003607,IPR005249,IPR006674,IPR006675 +MGYG000000001_2 Prodigal:2.6 CDS 95291 95980 . - 0 ID=MGYG000000001_00280;eC_number=2.7.7.18;Name=nadD;db_xref=COG:COG1057;gene=nadD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WJJ5;locus_tag=MGYG000000001_00280;product=putative nicotinate-nucleotide adenylyltransferase;eggNOG=1301100.HG529369_gene1445;COG=H;KEGG=ko:K00969;Pfam=PF01467;InterPro=IPR014729,IPR005248,IPR004821 +MGYG000000001_2 Prodigal:2.6 CDS 96227 96865 . + 0 ID=MGYG000000001_00281;Name=recX;gene=recX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66003;locus_tag=MGYG000000001_00281;product=Regulatory protein RecX;eggNOG=272563.CD630_25250;COG=S;KEGG=ko:K03565;Pfam=PF02631;InterPro=IPR036388,IPR003783 +MGYG000000001_2 Prodigal:2.6 CDS 97044 97613 . - 0 ID=MGYG000000001_00282;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00282;product=hypothetical protein;eggNOG=1292035.H476_2507;COG=S;KEGG=-;Pfam=PF07155;InterPro=IPR009825 +MGYG000000001_2 Prodigal:2.6 CDS 97631 98794 . - 0 ID=MGYG000000001_00283;eC_number=2.6.1.51;db_xref=COG:COG0075;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1C0;locus_tag=MGYG000000001_00283;product=Serine-pyruvate aminotransferase;eggNOG=1301100.HG529369_gene1450;COG=E;KEGG=ko:K00830;Pfam=PF00266;InterPro=IPR000192,IPR015424,IPR015422,IPR015421,IPR020578,IPR024169 +MGYG000000001_2 Prodigal:2.6 CDS 99069 99401 . - 0 ID=MGYG000000001_00284;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00284;product=hypothetical protein +MGYG000000001_2 Prodigal:2.6 CDS 99688 100635 . + 0 ID=MGYG000000001_00285;eC_number=3.1.-.-;Name=rbn;db_xref=COG:COG1234;gene=rbn;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8V0;locus_tag=MGYG000000001_00285;product=Ribonuclease BN;eggNOG=1151292.QEW_3083;COG=S;KEGG=ko:K00784;Pfam=PF12706;InterPro=IPR001279,IPR013471,IPR036866 +MGYG000000001_2 Prodigal:2.6 CDS 100745 102079 . - 0 ID=MGYG000000001_00286;eC_number=1.11.1.1;Name=npr_1;db_xref=COG:COG0446;gene=npr_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37062;locus_tag=MGYG000000001_00286;product=NADH peroxidase;eggNOG=1301100.HG529369_gene1452;COG=C;KEGG=-;Pfam=PF02852,PF07992;InterPro=IPR036188,IPR004099,IPR016156,IPR023753 +MGYG000000001_2 Prodigal:2.6 CDS 102383 102754 . - 0 ID=MGYG000000001_00287;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00287;product=hypothetical protein;eggNOG=1151292.QEW_1542;COG=J;KEGG=ko:K07574;Pfam=PF01985;InterPro=IPR001890,IPR035920 +MGYG000000001_2 Prodigal:2.6 CDS 102776 104056 . - 0 ID=MGYG000000001_00288;eC_number=3.6.5.-;Name=obg;db_xref=COG:COG0536;gene=obg;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P20964;locus_tag=MGYG000000001_00288;product=GTPase Obg;eggNOG=1301100.HG529369_gene1455;COG=S;KEGG=ko:K03979;Pfam=PF09269,PF01018,PF01926;InterPro=IPR036346,IPR006169,IPR035101,IPR031167,IPR006074,IPR015349,IPR027417,IPR006073,IPR036726,IPR014100 +MGYG000000001_2 Prodigal:2.6 CDS 104187 104477 . - 0 ID=MGYG000000001_00289;Name=rpmA;db_xref=COG:COG0211;gene=rpmA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05657;locus_tag=MGYG000000001_00289;product=50S ribosomal protein L27;eggNOG=445973.CLOBAR_01484;COG=J;KEGG=ko:K02899;Pfam=PF01016;InterPro=IPR001684,IPR018261 +MGYG000000001_2 Prodigal:2.6 CDS 104492 104809 . - 0 ID=MGYG000000001_00290;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00290;product=hypothetical protein;eggNOG=272563.CD630_11620;COG=J;KEGG=ko:K07584;Pfam=PF04327;InterPro=IPR036764,IPR007422 +MGYG000000001_2 Prodigal:2.6 CDS 104825 105136 . - 0 ID=MGYG000000001_00291;Name=rplU;db_xref=COG:COG0261;gene=rplU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26908;locus_tag=MGYG000000001_00291;product=50S ribosomal protein L21;eggNOG=1151292.QEW_1538;COG=J;KEGG=ko:K02888;Pfam=PF00829;InterPro=IPR018258,IPR028909,IPR036164,IPR001787 +MGYG000000001_2 Prodigal:2.6 CDS 105254 106699 . - 0 ID=MGYG000000001_00292;eC_number=3.1.26.-;Name=rng;db_xref=COG:COG1530;gene=rng;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9J0;locus_tag=MGYG000000001_00292;product=Ribonuclease G;eggNOG=1476973.JMMB01000007_gene2730;COG=J;KEGG=ko:K08301;Pfam=PF10150;InterPro=IPR004659,IPR019307,IPR012340 +MGYG000000001_2 Prodigal:2.6 CDS 106923 107621 . - 0 ID=MGYG000000001_00293;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00293;product=hypothetical protein;eggNOG=1301100.HG529369_gene1460;COG=S;KEGG=-;Pfam=PF10105;InterPro=IPR018768 +MGYG000000001_2 Prodigal:2.6 CDS 107624 109468 . - 0 ID=MGYG000000001_00294;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00294;product=hypothetical protein;eggNOG=1301100.HG529369_gene1461;COG=C;KEGG=-;Pfam=PF04055;InterPro=IPR007197,IPR023404,IPR006638,IPR023862 +MGYG000000001_2 Prodigal:2.6 CDS 109874 111067 . + 0 ID=MGYG000000001_00295;eC_number=1.6.3.4;Name=fprA1;db_xref=COG:COG0426;gene=fprA1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97K92;locus_tag=MGYG000000001_00295;product=Flavo-diiron protein FprA1;eggNOG=1301100.HG529369_gene1462;COG=C;KEGG=ko:K22405;Pfam=PF00258,PF00753;InterPro=IPR029039,IPR036866,IPR008254,IPR016440,IPR001279 +MGYG000000001_2 Prodigal:2.6 CDS 111445 111858 . - 0 ID=MGYG000000001_00296;eC_number=4.2.3.3;Name=mgsA;db_xref=COG:COG1803;gene=mgsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5SHD6;locus_tag=MGYG000000001_00296;product=Methylglyoxal synthase;eggNOG=1301100.HG529369_gene1463;COG=G;KEGG=ko:K01734;Pfam=PF02142;InterPro=IPR036914,IPR018148,IPR004363,IPR011607 +MGYG000000001_2 Prodigal:2.6 CDS 111883 113001 . - 0 ID=MGYG000000001_00297;eC_number=2.4.1.129;Name=ftsW_1;db_xref=COG:COG0772;gene=ftsW_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07639;locus_tag=MGYG000000001_00297;product=putative peptidoglycan glycosyltransferase FtsW;eggNOG=1301100.HG529369_gene1464;COG=D;KEGG=ko:K05837;Pfam=PF01098;InterPro=IPR011923,IPR001182 +MGYG000000001_2 Prodigal:2.6 CDS 113079 113363 . - 0 ID=MGYG000000001_00298;Name=minE;gene=minE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00262;locus_tag=MGYG000000001_00298;product=Cell division topological specificity factor;eggNOG=1301100.HG529369_gene1465;COG=D;KEGG=ko:K03608;Pfam=PF03776;InterPro=IPR005527,IPR036707 +MGYG000000001_2 Prodigal:2.6 CDS 113381 114178 . - 0 ID=MGYG000000001_00299;Name=minD;db_xref=COG:COG2894;gene=minD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01464;locus_tag=MGYG000000001_00299;product=Septum site-determining protein MinD;eggNOG=1301100.HG529369_gene1466;COG=D;KEGG=ko:K03609;Pfam=PF13614;InterPro=IPR025669,IPR010223,IPR027417 +MGYG000000001_2 Prodigal:2.6 CDS 114205 114885 . - 0 ID=MGYG000000001_00300;Name=minC;db_xref=COG:COG0850;gene=minC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X0D7;locus_tag=MGYG000000001_00300;product=putative septum site-determining protein MinC;eggNOG=1476973.JMMB01000007_gene2738;COG=D;KEGG=ko:K03610;Pfam=PF03775;InterPro=IPR036145,IPR005526,IPR016098,IPR013033 +MGYG000000001_2 Prodigal:2.6 CDS 114945 117962 . - 0 ID=MGYG000000001_00301;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00301;product=hypothetical protein;eggNOG=1301100.HG529369_gene1468;COG=M;KEGG=ko:K05515;Pfam=PF03717,PF00905;InterPro=IPR001460,IPR036138,IPR012338,IPR005311 +MGYG000000001_2 Prodigal:2.6 CDS 117974 118462 . - 0 ID=MGYG000000001_00302;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00302;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2740;COG=M;KEGG=ko:K03571;Pfam=PF04093;InterPro=IPR007227 +MGYG000000001_2 Prodigal:2.6 CDS 118477 119382 . - 0 ID=MGYG000000001_00303;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00303;product=hypothetical protein;eggNOG=1301100.HG529369_gene1470;COG=M;KEGG=ko:K03570;Pfam=PF04085;InterPro=IPR042177,IPR007221,IPR042175 +MGYG000000001_2 Prodigal:2.6 CDS 119391 120467 . - 0 ID=MGYG000000001_00304;Name=mreB_1;db_xref=COG:COG1077;gene=mreB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01465;locus_tag=MGYG000000001_00304;product=Rod shape-determining protein MreB;eggNOG=1476973.JMMB01000007_gene2742;COG=D;KEGG=ko:K03569;Pfam=PF06723 +MGYG000000001_2 Prodigal:2.6 CDS 120494 121201 . - 0 ID=MGYG000000001_00305;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q02170;locus_tag=MGYG000000001_00305;note=UPF0758 protein YsxA;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2743;COG=E;KEGG=ko:K03630;Pfam=PF04002;InterPro=IPR001405,IPR037518,IPR020891,IPR010994,IPR025657 +MGYG000000001_2 Prodigal:2.6 CDS 121198 121782 . - 0 ID=MGYG000000001_00306;Name=maf;db_xref=COG:COG0424;gene=maf;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q02169;locus_tag=MGYG000000001_00306;product=Septum formation protein Maf;eggNOG=1301100.HG529369_gene1473;COG=D;KEGG=ko:K06287;Pfam=PF02545;InterPro=IPR003697,IPR029001 +MGYG000000001_2 Prodigal:2.6 CDS 122102 123073 . - 0 ID=MGYG000000001_00307;Name=rsxB_2;gene=rsxB_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00463;locus_tag=MGYG000000001_00307;product=Electron transport complex subunit RsxB;eggNOG=272563.CD630_11420;COG=C;KEGG=ko:K03616;Pfam=PF00037,PF12838,PF14697,PF04060;InterPro=IPR010207,IPR017896,IPR017900,IPR007202,IPR011005 +MGYG000000001_2 Prodigal:2.6 CDS 123092 123667 . - 0 ID=MGYG000000001_00308;Name=rsxA;db_xref=COG:COG4657;gene=rsxA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A766;locus_tag=MGYG000000001_00308;product=Electron transport complex subunit RsxA;eggNOG=500633.CLOHIR_01956;COG=C;KEGG=ko:K03617;Pfam=PF02508;InterPro=IPR011293,IPR003667 +MGYG000000001_2 Prodigal:2.6 CDS 123685 124278 . - 0 ID=MGYG000000001_00309;Name=rnfE;db_xref=COG:COG4660;gene=rnfE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P97055;locus_tag=MGYG000000001_00309;product=Electron transport complex subunit RnfE;eggNOG=445973.CLOBAR_01502;COG=C;KEGG=ko:K03613;Pfam=PF02508;InterPro=IPR010968,IPR003667 +MGYG000000001_2 Prodigal:2.6 CDS 124296 124862 . - 0 ID=MGYG000000001_00310;Name=rnfG;db_xref=COG:COG4659;gene=rnfG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P97054;locus_tag=MGYG000000001_00310;product=Electron transport complex subunit RnfG;eggNOG=1476973.JMMB01000007_gene2748;COG=C;KEGG=ko:K03612;Pfam=PF04205;InterPro=IPR010209,IPR007329 +MGYG000000001_2 Prodigal:2.6 CDS 124862 125839 . - 0 ID=MGYG000000001_00311;Name=rsxD;db_xref=COG:COG4658;gene=rsxD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76182;locus_tag=MGYG000000001_00311;product=Electron transport complex subunit RsxD;eggNOG=272563.CD630_11380;COG=C;KEGG=ko:K03614;Pfam=PF03116;InterPro=IPR004338,IPR011303 +MGYG000000001_2 Prodigal:2.6 CDS 125855 127192 . - 0 ID=MGYG000000001_00312;Name=rnfC;db_xref=COG:COG4656;gene=rnfC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q52716;locus_tag=MGYG000000001_00312;product=Electron transport complex subunit RnfC;eggNOG=272563.CD630_11370;COG=C;KEGG=ko:K03615;Pfam=PF13375,PF13237,PF10531,PF01512;InterPro=IPR010208,IPR009051,IPR017896,IPR037225,IPR017900,IPR026902,IPR019554,IPR011538 +MGYG000000001_2 Prodigal:2.6 CDS 127337 128293 . - 0 ID=MGYG000000001_00313;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00313;product=hypothetical protein;eggNOG=1151292.QEW_1514;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 128452 128823 . - 0 ID=MGYG000000001_00314;eC_number=4.4.1.5;Name=gloA;db_xref=COG:COG0346;gene=gloA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44638;locus_tag=MGYG000000001_00314;product=Lactoylglutathione lyase;eggNOG=1476973.JMMB01000007_gene2901;COG=E;KEGG=ko:K01759;Pfam=PF00903;InterPro=IPR029068,IPR004360,IPR037523 +MGYG000000001_2 Prodigal:2.6 CDS 128898 129653 . - 0 ID=MGYG000000001_00315;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00315;product=hypothetical protein;eggNOG=1301100.HG529369_gene1483;COG=S;KEGG=-;Pfam=PF03372;InterPro=IPR005135,IPR036691 +MGYG000000001_2 Prodigal:2.6 CDS 129739 130347 . - 0 ID=MGYG000000001_00316;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00316;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2753;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 130633 130794 . + 0 ID=MGYG000000001_00317;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00317;product=hypothetical protein +MGYG000000001_2 Prodigal:2.6 CDS 130798 131232 . - 0 ID=MGYG000000001_00318;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00318;product=hypothetical protein;eggNOG=1301100.HG529303_gene3123;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 131329 132345 . - 0 ID=MGYG000000001_00319;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00319;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene695;COG=T;KEGG=-;Pfam=PF01061;InterPro=IPR013525,IPR000412 +MGYG000000001_2 Prodigal:2.6 CDS 132567 132779 . - 0 ID=MGYG000000001_00320;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00320;product=hypothetical protein;eggNOG=1408823.AXUS01000003_gene592;COG=P;KEGG=-;Pfam=PF00403;InterPro=IPR017969,IPR006121,IPR036163 +MGYG000000001_2 Prodigal:2.6 CDS 132865 134577 . - 0 ID=MGYG000000001_00321;Name=appA_1;gene=appA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42061;locus_tag=MGYG000000001_00321;product=Oligopeptide-binding protein AppA;eggNOG=1301100.HG529369_gene1486;COG=E;KEGG=ko:K02035;Pfam=PF00496;InterPro=IPR030678,IPR000914,IPR039424 +MGYG000000001_2 Prodigal:2.6 CDS 134577 135134 . - 0 ID=MGYG000000001_00322;Name=mltC;gene=mltC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01616;locus_tag=MGYG000000001_00322;product=Membrane-bound lytic murein transglycosylase C;eggNOG=1301100.HG529369_gene1487;COG=M;KEGG=ko:K08309;Pfam=PF01464;InterPro=IPR023346,IPR008258 +MGYG000000001_2 Prodigal:2.6 CDS 135127 135732 . - 0 ID=MGYG000000001_00323;eC_number=2.7.1.24;Name=coaE;db_xref=COG:COG0237;gene=coaE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67792;locus_tag=MGYG000000001_00323;product=Dephospho-CoA kinase;eggNOG=1301100.HG529369_gene1488;COG=H;KEGG=ko:K00859;Pfam=PF01121;InterPro=IPR001977,IPR027417 +MGYG000000001_2 Prodigal:2.6 CDS 135741 138392 . - 0 ID=MGYG000000001_00324;eC_number=2.7.7.7;Name=polA;gene=polA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P52026;locus_tag=MGYG000000001_00324;product=DNA polymerase I;eggNOG=1151292.QEW_1506;COG=L;KEGG=ko:K02335;Pfam=PF02739,PF01367,PF00476,PF01612;InterPro=IPR002298,IPR001098,IPR008918,IPR020045,IPR002421,IPR020046,IPR018320,IPR002562,IPR036279,IPR029060,IPR012337,IPR019760,IPR036397 +MGYG000000001_2 Prodigal:2.6 CDS 139106 139399 . - 0 ID=MGYG000000001_00326;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00326;product=hypothetical protein;eggNOG=768706.Desor_0951;COG=-;KEGG=- +MGYG000000001_2 Prodigal:2.6 CDS 140965 143247 . - 0 ID=MGYG000000001_00327;eC_number=3.2.1.23;Name=lacZ_1;gene=lacZ_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01687;locus_tag=MGYG000000001_00327;product=Beta-galactosidase;eggNOG=641107.CDLVIII_5268;COG=G;KEGG=ko:K01190;Pfam=PF02837,PF02836,PF00703;InterPro=IPR036156,IPR006104,IPR013783,IPR008979,IPR006101,IPR006102,IPR006103,IPR017853 +MGYG000000001_2 Prodigal:2.6 CDS 143326 144729 . - 0 ID=MGYG000000001_00328;Name=xylP;gene=xylP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96792;locus_tag=MGYG000000001_00328;product=Isoprimeverose transporter;eggNOG=658088.HMPREF0987_01509;COG=G;KEGG=-;Pfam=PF13347;InterPro=IPR036259,IPR039672,IPR018043 +MGYG000000001_2 Prodigal:2.6 CDS 144906 145934 . - 0 ID=MGYG000000001_00329;Name=rhaS_2;gene=rhaS_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01534;locus_tag=MGYG000000001_00329;product=HTH-type transcriptional activator RhaS;eggNOG=658655.HMPREF0988_01991;COG=K;KEGG=-;Pfam=PF07883,PF12833;InterPro=IPR013096,IPR018060,IPR009057,IPR020449,IPR011051,IPR014710 +MGYG000000001_2 Prodigal:2.6 CDS 146244 146369 . - 0 ID=MGYG000000001_00330;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00330;product=hypothetical protein;eggNOG=632245.CLP_1778;COG=K;KEGG=ko:K07736;InterPro=IPR036101 +MGYG000000001_2 Prodigal:2.6 CDS 146386 146505 . - 0 ID=MGYG000000001_00331;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00331;product=hypothetical protein +MGYG000000001_2 Prodigal:2.6 CDS 146642 147262 . + 0 ID=MGYG000000001_00332;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00332;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1523;COG=G;KEGG=ko:K03768;Pfam=PF00160;InterPro=IPR029000,IPR024936,IPR020892,IPR002130 +MGYG000000001_2 Prodigal:2.6 CDS 147326 148153 . - 0 ID=MGYG000000001_00333;eC_number=4.1.2.19;Name=rhaD;db_xref=COG:COG0235;gene=rhaD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32169;locus_tag=MGYG000000001_00333;product=Rhamnulose-1-phosphate aldolase;eggNOG=1121115.AXVN01000031_gene345;COG=G;KEGG=ko:K01629;Pfam=PF00596;InterPro=IPR013447,IPR036409,IPR001303 +MGYG000000001_2 Prodigal:2.6 CDS 148275 149618 . - 0 ID=MGYG000000001_00334;Name=fucP;db_xref=COG:COG0738;gene=fucP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P11551;locus_tag=MGYG000000001_00334;product=L-fucose-proton symporter;eggNOG=1292035.H476_2731;COG=G;KEGG=ko:K02429;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR005275 +MGYG000000001_2 Prodigal:2.6 CDS 149656 150360 . - 0 ID=MGYG000000001_00335;eC_number=4.1.2.17;Name=fucA;db_xref=COG:COG0235;gene=fucA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AB87;locus_tag=MGYG000000001_00335;product=L-fuculose phosphate aldolase;eggNOG=1292035.H476_2732;COG=G;KEGG=ko:K01628;Pfam=PF00596;InterPro=IPR036409,IPR001303 +MGYG000000001_2 Prodigal:2.6 CDS 150386 150826 . - 0 ID=MGYG000000001_00336;eC_number=5.1.3.29;Name=fucU;db_xref=COG:COG4154;gene=fucU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AEN8;locus_tag=MGYG000000001_00336;product=L-fucose mutarotase;eggNOG=1235799.C818_01068;COG=G;KEGG=ko:K02431;Pfam=PF05025;InterPro=IPR007721,IPR023750 +MGYG000000001_2 Prodigal:2.6 CDS 150820 152322 . - 0 ID=MGYG000000001_00337;eC_number=2.7.1.5;Name=rhaB;db_xref=COG:COG1070;gene=rhaB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32171;locus_tag=MGYG000000001_00337;product=L-Rhamnulokinase;eggNOG=1292035.H476_2734;COG=G;KEGG=ko:K00848,ko:K00879;Pfam=PF00370,PF02782;InterPro=IPR018484,IPR018485,IPR013449,IPR000577 +MGYG000000001_2 Prodigal:2.6 CDS 152342 154135 . - 0 ID=MGYG000000001_00338;eC_number=5.3.1.25;Name=fucI;db_xref=COG:COG2407;gene=fucI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97N97;locus_tag=MGYG000000001_00338;product=L-fucose isomerase;eggNOG=1415775.U729_291;COG=G;KEGG=ko:K01818;Pfam=PF07882,PF02952,PF07881;InterPro=IPR005763,IPR038391,IPR004216,IPR038393,IPR038392,IPR009015,IPR012889,IPR012888,IPR015888 +MGYG000000001_2 Prodigal:2.6 CDS 154347 155201 . + 0 ID=MGYG000000001_00339;Name=melR;gene=melR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ACH8;locus_tag=MGYG000000001_00339;product=Melibiose operon regulatory protein;eggNOG=1292035.H476_2736;COG=K;KEGG=-;Pfam=PF02311,PF12833;InterPro=IPR003313,IPR037923,IPR018060,IPR009057,IPR020449,IPR018062,IPR014710 +MGYG000000001_2 Prodigal:2.6 CDS 155262 156437 . - 0 ID=MGYG000000001_00340;eC_number=1.1.1.77;Name=fucO;db_xref=COG:COG1454;gene=fucO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9S1;locus_tag=MGYG000000001_00340;product=Lactaldehyde reductase;eggNOG=1415775.U729_293;COG=C;KEGG=ko:K00048;Pfam=PF00465;InterPro=IPR001670,IPR039697,IPR018211,IPR013460 +MGYG000000001_2 Prodigal:2.6 CDS 156597 156899 . - 0 ID=MGYG000000001_00341;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00341;product=hypothetical protein;eggNOG=445973.CLOBAR_01903;COG=-;KEGG=-;InterPro=IPR035903 +MGYG000000001_2 Prodigal:2.6 CDS 156977 159541 . - 0 ID=MGYG000000001_00342;Name=smc_1;gene=smc_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01894;locus_tag=MGYG000000001_00342;product=Chromosome partition protein Smc;eggNOG=445973.CLOBAR_01537;COG=S;KEGG=ko:K01421;InterPro=IPR023908 +MGYG000000001_2 Prodigal:2.6 CDS 159580 161670 . - 0 ID=MGYG000000001_00343;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00343;product=hypothetical protein;eggNOG=1292035.H476_1425;COG=S;KEGG=ko:K07003;Pfam=PF03176;InterPro=IPR004869,IPR000731 +MGYG000000001_2 Prodigal:2.6 CDS 161979 163088 . + 0 ID=MGYG000000001_00344;db_xref=COG:COG3385;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISGme2;locus_tag=MGYG000000001_00344;product=IS4 family transposase ISGme2;eggNOG=1414720.CBYM010000064_gene3464;COG=L;KEGG=ko:K07495;Pfam=PF01609,PF14294;InterPro=IPR025399,IPR012337,IPR002559 +MGYG000000001_3 INFERNAL:1.1.2 ncRNA 85694 85789 . - . ID=MGYG000000001_3_ncRNA5;inference=Rfam:14.6;locus_tag=MGYG000000001_3_ncRNA5;product=Clostridioides difficile sRNA included into helicase gene;rfam=RF03531 +MGYG000000001_3 Prodigal:2.6 CDS 105 734 . - 0 ID=MGYG000000001_00345;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00345;product=hypothetical protein;eggNOG=1292035.H476_1444;COG=KT;KEGG=ko:K07705;Pfam=PF00072,PF04397;InterPro=IPR001789,IPR011006,IPR007492 +MGYG000000001_3 Prodigal:2.6 CDS 902 1864 . - 0 ID=MGYG000000001_00346;eC_number=1.17.4.1;Name=nrdF;db_xref=COG:COG0208;gene=nrdF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50621;locus_tag=MGYG000000001_00346;product=Ribonucleoside-diphosphate reductase subunit beta;eggNOG=1301100.HG529329_gene4518;COG=F;KEGG=ko:K00526;Pfam=PF00268;InterPro=IPR012348,IPR026494,IPR009078,IPR033909,IPR000358 +MGYG000000001_3 Prodigal:2.6 CDS 1892 3994 . - 0 ID=MGYG000000001_00347;eC_number=1.17.4.1;Name=nrdE;db_xref=COG:COG0209;gene=nrdE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q08698;locus_tag=MGYG000000001_00347;product=Ribonucleoside-diphosphate reductase 2 subunit alpha;eggNOG=1301100.HG529329_gene4519;COG=F;KEGG=ko:K00525;Pfam=PF08343,PF02867,PF00317;InterPro=IPR013346,IPR013554,IPR026459,IPR008926,IPR013509,IPR000788,IPR039718 +MGYG000000001_3 Prodigal:2.6 CDS 4482 6266 . - 0 ID=MGYG000000001_00348;eC_number=6.1.1.12;Name=aspS;gene=aspS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67015;locus_tag=MGYG000000001_00348;product=Aspartate--tRNA ligase;eggNOG=1301100.HG529402_gene6747;COG=J;KEGG=ko:K01876;Pfam=PF02938,PF01336,PF00152;InterPro=IPR004365,IPR002312,IPR029351,IPR012340,IPR004115,IPR004364,IPR004524,IPR006195 +MGYG000000001_3 Prodigal:2.6 CDS 6631 7893 . - 0 ID=MGYG000000001_00349;eC_number=6.1.1.21;Name=hisS;gene=hisS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60910;locus_tag=MGYG000000001_00349;product=Histidine--tRNA ligase;eggNOG=1301100.HG529402_gene6748;COG=J;KEGG=ko:K01892;Pfam=PF13393,PF03129;InterPro=IPR041715,IPR004516,IPR015807,IPR004154,IPR006195,IPR033656,IPR036621 +MGYG000000001_3 Prodigal:2.6 CDS 7883 9355 . - 0 ID=MGYG000000001_00350;eC_number=1.3.99.-;Name=hemZ;db_xref=COG:COG0635;gene=hemZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q796V8;locus_tag=MGYG000000001_00350;product=Oxygen-independent coproporphyrinogen-III oxidase-like protein HemZ;eggNOG=1301100.HG529402_gene6749;COG=H;KEGG=-;Pfam=PF04055;InterPro=IPR023995,IPR034505,IPR006638,IPR007197,IPR023404 +MGYG000000001_3 Prodigal:2.6 CDS 9440 10057 . - 0 ID=MGYG000000001_00351;eC_number=3.-.-.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WMW3;locus_tag=MGYG000000001_00351;product=putative protein;eggNOG=445973.CLOBAR_01160;COG=S;KEGG=-;Pfam=PF00753;InterPro=IPR001279,IPR036866 +MGYG000000001_3 Prodigal:2.6 CDS 10070 10519 . - 0 ID=MGYG000000001_00352;eC_number=3.1.1.96;Name=dtd;db_xref=COG:COG1490;gene=dtd;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A023W421;locus_tag=MGYG000000001_00352;product=D-aminoacyl-tRNA deacylase;eggNOG=1476973.JMMB01000007_gene690;COG=J;KEGG=ko:K07560;Pfam=PF02580;InterPro=IPR023509,IPR003732 +MGYG000000001_3 Prodigal:2.6 CDS 10530 12743 . - 0 ID=MGYG000000001_00353;eC_number=2.7.6.5;Name=relA;db_xref=COG:COG0317;gene=relA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O54408;locus_tag=MGYG000000001_00353;product=GTP pyrophosphokinase;eggNOG=1301100.HG529402_gene6753;COG=KT;KEGG=ko:K00951;Pfam=PF02824,PF04607,PF13291,PF13328;InterPro=IPR004811,IPR012676,IPR004095,IPR002912,IPR007685,IPR003607,IPR033655,IPR012675 +MGYG000000001_3 Prodigal:2.6 CDS 12818 13330 . - 0 ID=MGYG000000001_00354;eC_number=2.4.2.7;Name=apt;gene=apt;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P68779;locus_tag=MGYG000000001_00354;product=Adenine phosphoribosyltransferase;eggNOG=1301100.HG529402_gene6754;COG=F;KEGG=ko:K00759;Pfam=PF00156;InterPro=IPR000836,IPR029057,IPR005764 +MGYG000000001_3 Prodigal:2.6 CDS 13344 15824 . - 0 ID=MGYG000000001_00355;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00355;product=hypothetical protein;eggNOG=272563.CD630_27460;COG=L;KEGG=ko:K07462;Pfam=PF17768,PF02272,PF01368;InterPro=IPR001667,IPR004610,IPR038763,IPR041122,IPR003156 +MGYG000000001_3 Prodigal:2.6 CDS 15836 17500 . - 0 ID=MGYG000000001_00356;eC_number=2.7.-.-;Name=ubiB;db_xref=COG:COG0661;gene=ubiB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A6A0;locus_tag=MGYG000000001_00356;product=putative protein kinase UbiB;eggNOG=1301100.HG529402_gene6757;COG=S;KEGG=ko:K03688;Pfam=PF03109;InterPro=IPR000719,IPR004147,IPR011009 +MGYG000000001_3 Prodigal:2.6 CDS 17775 18275 . - 0 ID=MGYG000000001_00357;Name=yrdA;db_xref=COG:COG0663;gene=yrdA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9W9;locus_tag=MGYG000000001_00357;product=Protein YrdA;eggNOG=1301100.HG529402_gene6758;COG=S;KEGG=-;Pfam=PF00132;InterPro=IPR001451,IPR011004 +MGYG000000001_3 Prodigal:2.6 CDS 18281 19654 . - 0 ID=MGYG000000001_00358;Name=pqqE;gene=pqqE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00660;locus_tag=MGYG000000001_00358;product=Coenzyme PQQ synthesis protein E;eggNOG=1301100.HG529402_gene6759;COG=C;KEGG=ko:K06871;Pfam=PF05402,PF13353,PF04055,PF13186;InterPro=IPR007197,IPR024025,IPR008792,IPR013785,IPR023885 +MGYG000000001_3 Prodigal:2.6 CDS 20121 20264 . - 0 ID=MGYG000000001_00359;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00359;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene676;COG=S;KEGG=-;Pfam=PF13165;InterPro=IPR023975 +MGYG000000001_3 Prodigal:2.6 CDS 20330 20692 . - 0 ID=MGYG000000001_00360;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00360;product=hypothetical protein;eggNOG=1301100.HG529402_gene6761;COG=S;KEGG=-;Pfam=PF12670;InterPro=IPR023804 +MGYG000000001_3 Prodigal:2.6 CDS 20751 21029 . - 0 ID=MGYG000000001_00361;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00361;product=hypothetical protein;eggNOG=1301100.HG529402_gene6762;COG=U;KEGG=ko:K03210;Pfam=PF02699;InterPro=IPR003849 +MGYG000000001_3 Prodigal:2.6 CDS 21091 22212 . - 0 ID=MGYG000000001_00362;eC_number=2.4.2.29;Name=tgt;gene=tgt;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66905;locus_tag=MGYG000000001_00362;product=Queuine tRNA-ribosyltransferase;eggNOG=1292035.H476_0470;COG=F;KEGG=ko:K00773;Pfam=PF01702;InterPro=IPR004803,IPR002616,IPR036511 +MGYG000000001_3 Prodigal:2.6 CDS 22265 22816 . - 0 ID=MGYG000000001_00363;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00363;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene671;COG=S;KEGG=- +MGYG000000001_3 Prodigal:2.6 CDS 22826 23851 . - 0 ID=MGYG000000001_00364;eC_number=2.4.99.17;Name=queA;gene=queA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65951;locus_tag=MGYG000000001_00364;product=S-adenosylmethionine:tRNA ribosyltransferase-isomerase;eggNOG=1476973.JMMB01000007_gene670;COG=J;KEGG=ko:K07568;Pfam=PF02547;InterPro=IPR042118,IPR042119,IPR003699,IPR036100 +MGYG000000001_3 Prodigal:2.6 CDS 23924 24940 . - 0 ID=MGYG000000001_00365;eC_number=3.6.4.12;Name=ruvB_1;db_xref=COG:COG2255;gene=ruvB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32055;locus_tag=MGYG000000001_00365;product=Holliday junction ATP-dependent DNA helicase RuvB;eggNOG=1301100.HG529402_gene6766;COG=L;KEGG=ko:K03551;Pfam=PF05496,PF05491,PF17864;InterPro=IPR004605,IPR003593,IPR008824,IPR027417,IPR036390,IPR041445,IPR036388,IPR008823 +MGYG000000001_3 Prodigal:2.6 CDS 25150 25752 . - 0 ID=MGYG000000001_00366;eC_number=3.6.4.12;Name=ruvA;db_xref=COG:COG0632;gene=ruvA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40832;locus_tag=MGYG000000001_00366;product=Holliday junction ATP-dependent DNA helicase RuvA;eggNOG=1476973.JMMB01000007_gene668;COG=L;KEGG=ko:K03550;Pfam=PF01330,PF14520,PF07499;InterPro=IPR011114,IPR013849,IPR012340,IPR010994,IPR003583,IPR036267,IPR000085 +MGYG000000001_3 Prodigal:2.6 CDS 25745 26254 . - 0 ID=MGYG000000001_00367;eC_number=3.1.22.4;Name=ruvC;db_xref=COG:COG0817;gene=ruvC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O25544;locus_tag=MGYG000000001_00367;product=Crossover junction endodeoxyribonuclease RuvC;eggNOG=1292035.H476_0465;COG=L;KEGG=ko:K01159;Pfam=PF02075;InterPro=IPR012337,IPR002176,IPR020563,IPR036397 +MGYG000000001_3 Prodigal:2.6 CDS 26541 27149 . - 0 ID=MGYG000000001_00368;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00368;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene666;COG=-;KEGG=-;Pfam=PF08955;InterPro=IPR015050 +MGYG000000001_3 Prodigal:2.6 CDS 27314 27637 . + 0 ID=MGYG000000001_00369;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00369;product=hypothetical protein;eggNOG=1301100.HG529402_gene6770;COG=-;KEGG=- +MGYG000000001_3 Prodigal:2.6 CDS 27796 28119 . + 0 ID=MGYG000000001_00370;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00370;product=hypothetical protein;eggNOG=445973.CLOBAR_01183;COG=S;KEGG=-;Pfam=PF07561;InterPro=IPR011437 +MGYG000000001_3 Prodigal:2.6 CDS 28205 28654 . - 0 ID=MGYG000000001_00371;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00371;product=hypothetical protein +MGYG000000001_3 Prodigal:2.6 CDS 28838 29488 . + 0 ID=MGYG000000001_00372;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00372;product=hypothetical protein;eggNOG=1280692.AUJL01000013_gene3342;COG=S;KEGG=ko:K07149;InterPro=IPR038750 +MGYG000000001_3 Prodigal:2.6 CDS 29626 30564 . + 0 ID=MGYG000000001_00373;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00373;product=hypothetical protein;eggNOG=1301100.HG529277_gene1672;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_3 Prodigal:2.6 CDS 30637 31317 . - 0 ID=MGYG000000001_00374;eC_number=1.11.1.6;Name=ydbD_2;db_xref=COG:COG3546;gene=ydbD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80878;locus_tag=MGYG000000001_00374;product=putative manganese catalase;eggNOG=1151292.QEW_1982;COG=P;KEGG=ko:K07217;Pfam=PF05067;InterPro=IPR039377,IPR007760,IPR009078,IPR012347 +MGYG000000001_3 Prodigal:2.6 CDS 31483 31914 . - 0 ID=MGYG000000001_00375;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00375;product=hypothetical protein;eggNOG=1243664.CAVL020000048_gene2520;COG=S;KEGG=-;Pfam=PF06094;InterPro=IPR036568,IPR013024,IPR009288,IPR039126 +MGYG000000001_3 Prodigal:2.6 CDS 31914 32555 . - 0 ID=MGYG000000001_00376;eC_number=3.4.19.3;Name=pcp;gene=pcp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XDD4;locus_tag=MGYG000000001_00376;product=Pyrrolidone-carboxylate peptidase;eggNOG=1301100.HG529343_gene2430;COG=O;KEGG=ko:K01304;Pfam=PF01470;InterPro=IPR033694,IPR016125,IPR036440,IPR033693,IPR000816,IPR029762 +MGYG000000001_3 Prodigal:2.6 CDS 32593 33522 . - 0 ID=MGYG000000001_00377;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00377;product=hypothetical protein;eggNOG=536233.CLO_2254;COG=S;KEGG=-;Pfam=PF06166;InterPro=IPR009323 +MGYG000000001_3 Prodigal:2.6 CDS 33524 34213 . - 0 ID=MGYG000000001_00378;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00378;product=hypothetical protein;eggNOG=1415774.U728_222;COG=S;KEGG=-;Pfam=PF06149;InterPro=IPR010374 +MGYG000000001_3 Prodigal:2.6 CDS 34490 35212 . - 0 ID=MGYG000000001_00379;Name=yebC;db_xref=COG:COG0217;gene=yebC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8A0;locus_tag=MGYG000000001_00379;product=putative transcriptional regulatory protein YebC;eggNOG=1301100.HG529403_gene6774;COG=K;KEGG=-;Pfam=PF01709;InterPro=IPR029072,IPR017856,IPR026564,IPR002876 +MGYG000000001_3 Prodigal:2.6 CDS 35352 36122 . - 0 ID=MGYG000000001_00380;eC_number=6.3.1.5;Name=nadE;db_xref=COG:COG0171;gene=nadE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9PPB0;locus_tag=MGYG000000001_00380;product=NH(3)-dependent NAD(+) synthetase;eggNOG=445973.CLOBAR_01212;COG=H;KEGG=ko:K01916;Pfam=PF02540;InterPro=IPR022926,IPR014729,IPR003694,IPR022310 +MGYG000000001_3 Prodigal:2.6 CDS 36291 36668 . + 0 ID=MGYG000000001_00381;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00381;product=hypothetical protein;eggNOG=1301100.HG529403_gene6777;COG=S;KEGG=ko:K07090;Pfam=PF01925;InterPro=IPR002781 +MGYG000000001_3 Prodigal:2.6 CDS 36668 37048 . + 0 ID=MGYG000000001_00382;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00382;product=hypothetical protein;eggNOG=1391646.AVSU01000029_gene2619;COG=S;KEGG=ko:K07090;Pfam=PF01925;InterPro=IPR002781 +MGYG000000001_3 Prodigal:2.6 CDS 37106 37705 . - 0 ID=MGYG000000001_00383;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00383;product=hypothetical protein;eggNOG=1391646.AVSU01000117_gene824;COG=K;KEGG=ko:K15256;Pfam=PF01381;InterPro=IPR011990,IPR001387,IPR010982 +MGYG000000001_3 Prodigal:2.6 CDS 37715 38167 . - 0 ID=MGYG000000001_00384;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00384;product=hypothetical protein;eggNOG=1391646.AVSU01000117_gene824;COG=K;KEGG=ko:K15256;Pfam=PF01381;InterPro=IPR011990,IPR001387,IPR010982 +MGYG000000001_3 Prodigal:2.6 CDS 38350 38994 . - 0 ID=MGYG000000001_00385;Name=yigZ;db_xref=COG:COG1739;gene=yigZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P27862;locus_tag=MGYG000000001_00385;product=IMPACT family member YigZ;eggNOG=1301100.HG529403_gene6780;COG=S;KEGG=-;Pfam=PF09186,PF01205;InterPro=IPR015269,IPR023582,IPR020568,IPR035647,IPR036956,IPR001498,IPR015796 +MGYG000000001_3 Prodigal:2.6 CDS 39094 39543 . - 0 ID=MGYG000000001_00386;eC_number=3.6.1.61;Name=ndx1_2;db_xref=COG:COG0494;gene=ndx1_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q75UV1;locus_tag=MGYG000000001_00386;product=Diadenosine hexaphosphate hydrolase;eggNOG=1476973.JMMB01000007_gene656;COG=F;KEGG=-;Pfam=PF00293;InterPro=IPR015797,IPR000086 +MGYG000000001_3 Prodigal:2.6 CDS 39621 40283 . - 0 ID=MGYG000000001_00387;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00387;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene655;COG=C;KEGG=-;Pfam=PF13646;InterPro=IPR011989,IPR016024 +MGYG000000001_3 Prodigal:2.6 CDS 40292 41575 . - 0 ID=MGYG000000001_00388;Name=hflX;db_xref=COG:COG2262;gene=hflX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P25519;locus_tag=MGYG000000001_00388;product=GTPase HflX;eggNOG=1301100.HG529403_gene6783;COG=S;KEGG=ko:K03665;Pfam=PF01926,PF13167,PF16360;InterPro=IPR005225,IPR042108,IPR032305,IPR030394,IPR025121,IPR027417,IPR006073,IPR016496 +MGYG000000001_3 Prodigal:2.6 CDS 41741 42004 . + 0 ID=MGYG000000001_00389;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00389;product=hypothetical protein;eggNOG=1301100.HG529403_gene6784;COG=S;KEGG=ko:K07162;Pfam=PF04071;InterPro=IPR007212 +MGYG000000001_3 Prodigal:2.6 CDS 42144 42797 . - 0 ID=MGYG000000001_00390;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00390;product=hypothetical protein;eggNOG=1408823.AXUS01000006_gene90;COG=S;KEGG=-;Pfam=PF07314;InterPro=IPR010178 +MGYG000000001_3 Prodigal:2.6 CDS 42788 44476 . - 0 ID=MGYG000000001_00391;Name=mutS_1;gene=mutS_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00096;locus_tag=MGYG000000001_00391;product=DNA mismatch repair protein MutS;eggNOG=1476973.JMMB01000007_gene2905;COG=L;KEGG=-;Pfam=PF00488;InterPro=IPR000432,IPR036187,IPR027417 +MGYG000000001_3 Prodigal:2.6 CDS 44978 45574 . + 0 ID=MGYG000000001_00392;Name=rpsD_1;gene=rpsD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P81288;locus_tag=MGYG000000001_00392;product=30S ribosomal protein S4;eggNOG=1301100.HG529226_gene4779;COG=J;KEGG=ko:K02986;Pfam=PF01479,PF00163;InterPro=IPR001912,IPR022801,IPR002942,IPR036986,IPR005709,IPR018079 +MGYG000000001_3 Prodigal:2.6 CDS 45691 46269 . - 0 ID=MGYG000000001_00393;Name=mntP_1;db_xref=COG:COG1971;gene=mntP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76264;locus_tag=MGYG000000001_00393;product=putative manganese efflux pump MntP;eggNOG=642492.Clole_0409;COG=P;KEGG=-;Pfam=PF02659;InterPro=IPR022929,IPR003810 +MGYG000000001_3 Prodigal:2.6 CDS 46685 48235 . - 0 ID=MGYG000000001_00394;Name=ybiT_1;db_xref=COG:COG0488;gene=ybiT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9U3;locus_tag=MGYG000000001_00394;product=putative ABC transporter ATP-binding protein YbiT;eggNOG=1476973.JMMB01000007_gene651;COG=S;KEGG=ko:K06158;Pfam=PF00005,PF12848;InterPro=IPR003593,IPR003439,IPR027417,IPR032781,IPR017871 +MGYG000000001_3 Prodigal:2.6 CDS 48553 49881 . + 0 ID=MGYG000000001_00395;eC_number=1.6.99.3;Name=nox;db_xref=COG:COG0446;gene=nox;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37061;locus_tag=MGYG000000001_00395;product=NADH oxidase;eggNOG=1301100.HG529297_gene5139;COG=C;KEGG=-;Pfam=PF02852,PF07992;InterPro=IPR036188,IPR004099,IPR023753,IPR016156 +MGYG000000001_3 Prodigal:2.6 CDS 50062 50769 . - 0 ID=MGYG000000001_00396;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00396;product=hypothetical protein;eggNOG=1301100.HG529404_gene308;COG=S;KEGG=ko:K01114;Pfam=PF00882;InterPro=IPR001531,IPR008947,IPR029002 +MGYG000000001_3 Prodigal:2.6 CDS 50785 51651 . - 0 ID=MGYG000000001_00397;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00397;product=hypothetical protein;eggNOG=1301100.HG529404_gene309;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR002508 +MGYG000000001_3 Prodigal:2.6 CDS 51851 52324 . + 0 ID=MGYG000000001_00398;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00398;product=hypothetical protein;eggNOG=1292035.H476_0449;COG=-;KEGG=- +MGYG000000001_3 Prodigal:2.6 CDS 52532 53539 . + 0 ID=MGYG000000001_00399;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00399;product=hypothetical protein;eggNOG=1301100.HG529404_gene311;COG=O;KEGG=ko:K06399;Pfam=PF05580;InterPro=IPR036034,IPR008763 +MGYG000000001_3 Prodigal:2.6 CDS 53644 54315 . - 0 ID=MGYG000000001_00400;Name=yunB;gene=yunB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32131;locus_tag=MGYG000000001_00400;product=Sporulation protein YunB;eggNOG=272563.CD630_07820;COG=S;KEGG=-;Pfam=PF09560;InterPro=IPR014197 +MGYG000000001_3 Prodigal:2.6 CDS 54572 57253 . + 0 ID=MGYG000000001_00401;Name=ponA;db_xref=COG:COG0744;gene=ponA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39793;locus_tag=MGYG000000001_00401;product=Penicillin-binding protein 1A/1B;eggNOG=1301100.HG529404_gene313;COG=M;KEGG=ko:K05366;Pfam=PF00912,PF00905;InterPro=IPR001264,IPR001460,IPR012338,IPR036950,IPR023346 +MGYG000000001_3 Prodigal:2.6 CDS 57299 57661 . - 0 ID=MGYG000000001_00402;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00402;product=hypothetical protein;eggNOG=1301100.HG529405_gene295;COG=S;KEGG=ko:K06407;Pfam=PF03862;InterPro=IPR014204,IPR005562 +MGYG000000001_3 Prodigal:2.6 CDS 57674 58687 . - 0 ID=MGYG000000001_00403;Name=spoVAD;gene=spoVAD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40869;locus_tag=MGYG000000001_00403;product=Stage V sporulation protein AD;eggNOG=1301100.HG529405_gene296;COG=I;KEGG=ko:K06406;Pfam=PF07451;InterPro=IPR016039,IPR010894,IPR038369 +MGYG000000001_3 Prodigal:2.6 CDS 58700 59146 . - 0 ID=MGYG000000001_00404;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00404;product=hypothetical protein;eggNOG=1151292.QEW_1189;COG=S;KEGG=ko:K06405;Pfam=PF03862;InterPro=IPR005562,IPR014203 +MGYG000000001_3 Prodigal:2.6 CDS 59159 59566 . - 0 ID=MGYG000000001_00405;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00405;product=hypothetical protein;eggNOG=1301100.HG529405_gene298;COG=S;KEGG=ko:K06404;Pfam=PF13782;InterPro=IPR020144 +MGYG000000001_3 Prodigal:2.6 CDS 59571 60158 . - 0 ID=MGYG000000001_00406;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00406;product=hypothetical protein;eggNOG=1385512.N784_06295;COG=S;KEGG=ko:K06403;Pfam=PF12164;InterPro=IPR038548,IPR021997 +MGYG000000001_3 Prodigal:2.6 CDS 60300 61064 . - 0 ID=MGYG000000001_00407;Name=sigF;db_xref=COG:COG1191;gene=sigF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07860;locus_tag=MGYG000000001_00407;product=RNA polymerase sigma-F factor;eggNOG=1476973.JMMB01000007_gene639;COG=K;KEGG=ko:K03091;Pfam=PF04542,PF04545,PF04539;InterPro=IPR007627,IPR013324,IPR007630,IPR013325,IPR000943,IPR007624,IPR014284,IPR036388,IPR014322 +MGYG000000001_3 Prodigal:2.6 CDS 61091 61519 . - 0 ID=MGYG000000001_00408;eC_number=2.7.11.1;Name=spoIIAB;gene=spoIIAB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32727;locus_tag=MGYG000000001_00408;product=Anti-sigma F factor;eggNOG=1301100.HG529405_gene301;COG=F;KEGG=ko:K06379;Pfam=PF13581;InterPro=IPR003594,IPR010194,IPR036890 +MGYG000000001_3 Prodigal:2.6 CDS 61533 61868 . - 0 ID=MGYG000000001_00409;Name=spoIIAA;db_xref=COG:COG1366;gene=spoIIAA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P10727;locus_tag=MGYG000000001_00409;product=Anti-sigma F factor antagonist;eggNOG=1476973.JMMB01000007_gene637;COG=T;KEGG=ko:K06378;Pfam=PF01740;InterPro=IPR014237,IPR002645,IPR003658,IPR036513 +MGYG000000001_3 Prodigal:2.6 CDS 62023 64014 . - 0 ID=MGYG000000001_00410;eC_number=1.8.99.-;Name=ynfE;db_xref=COG:COG0243;gene=ynfE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P77374;locus_tag=MGYG000000001_00410;product=Putative dimethyl sulfoxide reductase chain YnfE;eggNOG=1301100.HG529405_gene303;COG=C;KEGG=-;Pfam=PF00384,PF01568,PF04879;InterPro=IPR006656,IPR009010,IPR006657,IPR006963 +MGYG000000001_3 Prodigal:2.6 CDS 64235 65860 . - 0 ID=MGYG000000001_00411;eC_number=3.6.4.13;Name=deaD;gene=deaD;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00964;locus_tag=MGYG000000001_00411;product=ATP-dependent RNA helicase DeaD;eggNOG=1301100.HG529405_gene304;COG=L;KEGG=ko:K05592;Pfam=PF00271,PF03880,PF00270;InterPro=IPR011545,IPR014014,IPR012677,IPR005580,IPR027417,IPR001650,IPR014001,IPR000629 +MGYG000000001_3 Prodigal:2.6 CDS 66034 67002 . - 0 ID=MGYG000000001_00412;Name=yrbG_1;db_xref=COG:COG0530;gene=yrbG_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45394;locus_tag=MGYG000000001_00412;product=Inner membrane protein YrbG;eggNOG=1301100.HG529405_gene305;COG=P;KEGG=ko:K07301;Pfam=PF01699;InterPro=IPR004837,IPR004481 +MGYG000000001_3 Prodigal:2.6 CDS 67360 69597 . + 0 ID=MGYG000000001_00413;eC_number=2.3.1.54;Name=pflB;db_xref=COG:COG1882;gene=pflB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HJF4;locus_tag=MGYG000000001_00413;product=Formate acetyltransferase;eggNOG=445973.CLOBAR_01239;COG=C;KEGG=ko:K00656;Pfam=PF01228,PF02901;InterPro=IPR001150,IPR019777,IPR004184,IPR005949 +MGYG000000001_3 Prodigal:2.6 CDS 70114 70857 . + 0 ID=MGYG000000001_00414;eC_number=1.97.1.4;Name=pflA;db_xref=COG:COG1180;gene=pflA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9N4;locus_tag=MGYG000000001_00414;product=Pyruvate formate-lyase 1-activating enzyme;eggNOG=1476973.JMMB01000007_gene632;COG=C;KEGG=ko:K04069;Pfam=PF04055,PF13353;InterPro=IPR012838,IPR034457,IPR007197,IPR012839,IPR034465,IPR013785,IPR001989 +MGYG000000001_3 Prodigal:2.6 CDS 70879 71493 . - 0 ID=MGYG000000001_00415;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00415;product=hypothetical protein;eggNOG=632245.CLP_1382;COG=S;KEGG=-;Pfam=PF06161;InterPro=IPR010380 +MGYG000000001_3 Prodigal:2.6 CDS 71623 72795 . - 0 ID=MGYG000000001_00416;eC_number=2.8.1.4;Name=thiI;db_xref=COG:COG0301;gene=thiI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81KU0;locus_tag=MGYG000000001_00416;product=putative tRNA sulfurtransferase;eggNOG=1476973.JMMB01000007_gene631;COG=H;KEGG=ko:K03151;Pfam=PF02926,PF02568;InterPro=IPR004114,IPR020536,IPR014729,IPR003720 +MGYG000000001_3 Prodigal:2.6 CDS 72886 74037 . - 0 ID=MGYG000000001_00417;eC_number=2.8.1.7;Name=iscS_1;db_xref=COG:COG1104;gene=iscS_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A6B9;locus_tag=MGYG000000001_00417;product=Cysteine desulfurase IscS;eggNOG=1301100.HG529406_gene294;COG=E;KEGG=ko:K04487;Pfam=PF00266;InterPro=IPR000192,IPR016454,IPR015424,IPR015421,IPR015422,IPR020578 +MGYG000000001_3 Prodigal:2.6 CDS 74799 75794 . + 0 ID=MGYG000000001_00418;eC_number=3.5.1.1;Name=ansA;db_xref=COG:COG0252;gene=ansA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50286;locus_tag=MGYG000000001_00418;product=L-asparaginase;eggNOG=1301100.HG529407_gene226;COG=EJ;KEGG=ko:K01424;Pfam=PF00710,PF17763;InterPro=IPR037152,IPR027474,IPR027473,IPR036152,IPR004550,IPR020827,IPR006034,IPR040919 +MGYG000000001_3 Prodigal:2.6 CDS 75868 76515 . - 0 ID=MGYG000000001_00419;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00419;product=hypothetical protein;eggNOG=1301100.HG529236_gene7297;COG=-;KEGG=- +MGYG000000001_3 Prodigal:2.6 CDS 76546 77841 . - 0 ID=MGYG000000001_00420;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00420;product=hypothetical protein;eggNOG=1301100.HG529236_gene7296;COG=N;KEGG=-;Pfam=PF00722;InterPro=IPR035992,IPR000757,IPR013320 +MGYG000000001_3 Prodigal:2.6 CDS 78001 79326 . - 0 ID=MGYG000000001_00421;eC_number=3.2.1.-;Name=pagL;db_xref=COG:COG1486;gene=pagL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:C7NB67;locus_tag=MGYG000000001_00421;product=6-phospho-alpha-glucosidase;eggNOG=1301100.HG529236_gene7295;COG=G;KEGG=ko:K01222;Pfam=PF02056,PF11975;InterPro=IPR015955,IPR022616,IPR001088,IPR036291 +MGYG000000001_3 Prodigal:2.6 CDS 79328 80764 . - 0 ID=MGYG000000001_00422;Name=nagE;db_xref=COG:COG1263;gene=nagE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P09323;locus_tag=MGYG000000001_00422;product=PTS system N-acetylglucosamine-specific EIICBA component;eggNOG=1301100.HG529236_gene7294;COG=G;KEGG=ko:K02803,ko:K02804;Pfam=PF00367,PF02378;InterPro=IPR003352,IPR018113,IPR013013,IPR001996,IPR036878 +MGYG000000001_3 Prodigal:2.6 CDS 80785 81450 . - 0 ID=MGYG000000001_00423;eC_number=3.5.1.-;db_xref=COG:COG3394;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P59745;locus_tag=MGYG000000001_00423;product=Carbohydrate deacetylase;eggNOG=1301100.HG529236_gene7293;COG=G;KEGG=ko:K03478;Pfam=PF04794;InterPro=IPR011330,IPR006879 +MGYG000000001_3 Prodigal:2.6 CDS 81732 82451 . + 0 ID=MGYG000000001_00424;Name=glvR;db_xref=COG:COG1737;gene=glvR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54717;locus_tag=MGYG000000001_00424;product=HTH-type transcriptional regulator GlvR;eggNOG=1301100.HG529236_gene7292;COG=K;KEGG=-;Pfam=PF01418,PF01380;InterPro=IPR036388,IPR009057,IPR000281,IPR001347 +MGYG000000001_3 Prodigal:2.6 CDS 82605 83330 . - 0 ID=MGYG000000001_00425;eC_number=3.6.3.-;Name=glnQ_1;db_xref=COG:COG1126;gene=glnQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34677;locus_tag=MGYG000000001_00425;product=Glutamine transport ATP-binding protein GlnQ;eggNOG=272563.CD630_07520;COG=E;KEGG=ko:K02028;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR030679,IPR027417,IPR017871 +MGYG000000001_3 Prodigal:2.6 CDS 83355 84029 . - 0 ID=MGYG000000001_00426;Name=artQ_1;db_xref=COG:COG0765;gene=artQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54536;locus_tag=MGYG000000001_00426;product=Arginine transport system permease protein ArtQ;eggNOG=1151292.QEW_1165;COG=E;KEGG=ko:K02029,ko:K02030;Pfam=PF00528;InterPro=IPR000515,IPR035906,IPR010065 +MGYG000000001_3 Prodigal:2.6 CDS 84056 84886 . - 0 ID=MGYG000000001_00427;Name=artP;db_xref=COG:COG0834;gene=artP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54535;locus_tag=MGYG000000001_00427;product=Arginine-binding extracellular protein ArtP;eggNOG=445973.CLOBAR_01250;COG=ET;KEGG=ko:K02030;Pfam=PF00497;InterPro=IPR001638 +MGYG000000001_3 Prodigal:2.6 CDS 85467 87506 . - 0 ID=MGYG000000001_00428;eC_number=3.6.4.12;Name=yjcD;db_xref=COG:COG0210;gene=yjcD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31626;locus_tag=MGYG000000001_00428;product=Putative ATP-dependent DNA helicase YjcD;eggNOG=1301100.HG529407_gene227;COG=L;KEGG=ko:K03657;Pfam=PF00580,PF13361;InterPro=IPR014016,IPR034739,IPR014017,IPR000212,IPR013986,IPR027417 +MGYG000000001_3 Prodigal:2.6 CDS 87611 88525 . + 0 ID=MGYG000000001_00429;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00429;product=hypothetical protein;eggNOG=1391646.AVSU01000056_gene1289;COG=L;KEGG=ko:K07502;Pfam=PF13482;InterPro=IPR038720,IPR012337,IPR036397 +MGYG000000001_3 Prodigal:2.6 CDS 88834 90399 . - 0 ID=MGYG000000001_00430;Name=clcA;db_xref=COG:COG0038;gene=clcA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZRP8;locus_tag=MGYG000000001_00430;product=H(+)/Cl(-) exchange transporter ClcA;eggNOG=1476973.JMMB01000007_gene627;COG=P;KEGG=-;Pfam=PF00654,PF02080;InterPro=IPR001807,IPR036721,IPR006037,IPR014743 +MGYG000000001_3 Prodigal:2.6 CDS 90451 91269 . - 0 ID=MGYG000000001_00431;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00431;product=hypothetical protein;eggNOG=1292035.H476_0722;COG=K;KEGG=-;Pfam=PF13411;InterPro=IPR011256,IPR000551,IPR009061 +MGYG000000001_3 Prodigal:2.6 CDS 91355 92689 . - 0 ID=MGYG000000001_00432;Name=mepA_1;db_xref=COG:COG0534;gene=mepA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2G140;locus_tag=MGYG000000001_00432;product=Multidrug export protein MepA;eggNOG=1499684.CCNP01000018_gene1099;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_3 Prodigal:2.6 CDS 92968 93756 . - 0 ID=MGYG000000001_00434;eC_number=3.1.3.15;Name=hisK_1;db_xref=COG:COG1387;gene=hisK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34411;locus_tag=MGYG000000001_00434;product=Histidinol-phosphatase;eggNOG=272563.CD630_07370;COG=E;KEGG=ko:K04486;Pfam=PF02811;InterPro=IPR016195,IPR004013,IPR010140 +MGYG000000001_3 Prodigal:2.6 CDS 93911 94759 . - 0 ID=MGYG000000001_00435;Name=yusV_1;db_xref=COG:COG1120;gene=yusV_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32188;locus_tag=MGYG000000001_00435;product=putative siderophore transport system ATP-binding protein YusV;eggNOG=1301100.HG529230_gene5358;COG=HP;KEGG=ko:K02013;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_3 Prodigal:2.6 CDS 94759 95841 . - 0 ID=MGYG000000001_00436;Name=hmuU_1;db_xref=COG:COG0609;gene=hmuU_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56992;locus_tag=MGYG000000001_00436;product=Hemin transport system permease protein HmuU;eggNOG=1301100.HG529230_gene5357;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_3 Prodigal:2.6 CDS 95841 96869 . - 0 ID=MGYG000000001_00437;Name=btuF;gene=btuF;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01000;locus_tag=MGYG000000001_00437;product=Vitamin B12-binding protein;eggNOG=1301100.HG529230_gene5356;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR002491 +MGYG000000001_3 Prodigal:2.6 CDS 97028 97984 . + 0 ID=MGYG000000001_00438;db_xref=COG:COG2826;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:IS658;locus_tag=MGYG000000001_00438;product=IS30 family transposase IS658;eggNOG=1414720.CBYM010000087_gene3341;COG=L;KEGG=-;Pfam=PF13936,PF00665;InterPro=IPR001598,IPR001584,IPR012337,IPR025246,IPR036397 +MGYG000000001_3 Prodigal:2.6 CDS 98158 99519 . + 0 ID=MGYG000000001_00439;eC_number=3.8.1.8;Name=atzA;gene=atzA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P72156;locus_tag=MGYG000000001_00439;product=Atrazine chlorohydrolase;eggNOG=1301100.HG529346_gene4301;COG=F;KEGG=ko:K12960;Pfam=PF01979;InterPro=IPR006680,IPR011059,IPR032466 +MGYG000000001_3 Prodigal:2.6 CDS 99620 100267 . - 0 ID=MGYG000000001_00440;eC_number=1.7.1.4;Name=nasD_1;db_xref=COG:COG1251;gene=nasD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42435;locus_tag=MGYG000000001_00440;product=Nitrite reductase [NAD(P)H];eggNOG=1301100.HG529291_gene5182;COG=C;KEGG=-;Pfam=PF03460,PF01077;InterPro=IPR005117,IPR036136,IPR006067 +MGYG000000001_3 Prodigal:2.6 CDS 100318 101109 . - 0 ID=MGYG000000001_00441;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00441;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2916;COG=S;KEGG=ko:K07052;Pfam=PF02517;InterPro=IPR003675 +MGYG000000001_3 Prodigal:2.6 CDS 101252 102103 . - 0 ID=MGYG000000001_00442;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00442;product=hypothetical protein;eggNOG=1301100.HG529316_gene462;COG=S;KEGG=-;Pfam=PF01734;InterPro=IPR037483,IPR016035,IPR002641 +MGYG000000001_3 Prodigal:2.6 CDS 102506 104377 . + 0 ID=MGYG000000001_00443;eC_number=2.7.8.20;Name=mdoB;gene=mdoB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01070;locus_tag=MGYG000000001_00443;product=Phosphoglycerol transferase I;eggNOG=1391647.AVSV01000003_gene1464;COG=M;KEGG=ko:K01002;Pfam=PF00884;InterPro=IPR017850,IPR000917 +MGYG000000001_3 Prodigal:2.6 CDS 104513 104746 . + 0 ID=MGYG000000001_00444;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00444;product=hypothetical protein;eggNOG=1414720.CBYM010000087_gene3341;COG=L;KEGG=-;Pfam=PF13936,PF00665;InterPro=IPR001598,IPR001584,IPR012337,IPR025246,IPR036397 +MGYG000000001_4 INFERNAL:1.1.2 ncRNA 71974 72197 . + . ID=MGYG000000001_4_ncRNA6;inference=Rfam:14.6;locus_tag=MGYG000000001_4_ncRNA6;product=cspA thermoregulator;rfam=RF01766 +MGYG000000001_4 Prodigal:2.6 CDS 121 495 . - 0 ID=MGYG000000001_00445;Name=acp;gene=acp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30145;locus_tag=MGYG000000001_00445;product=Sodium/proton-dependent alanine carrier protein;eggNOG=1391646.AVSU01000133_gene3292;COG=E;KEGG=ko:K03310;Pfam=PF01235;InterPro=IPR001463 +MGYG000000001_4 Prodigal:2.6 CDS 520 1266 . - 0 ID=MGYG000000001_00446;eC_number=3.1.4.46;Name=glpQ;db_xref=COG:COG0584;gene=glpQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37965;locus_tag=MGYG000000001_00446;product=Glycerophosphodiester phosphodiesterase;eggNOG=1301100.HG529369_gene1504;COG=C;KEGG=ko:K01126;Pfam=PF03009;InterPro=IPR030395,IPR017946 +MGYG000000001_4 Prodigal:2.6 CDS 2098 3558 . + 0 ID=MGYG000000001_00447;eC_number=1.1.3.15;Name=lhgO_1;gene=lhgO_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00990;locus_tag=MGYG000000001_00447;product=L-2-hydroxyglutarate oxidase LhgO;eggNOG=1292035.H476_1413;COG=S;KEGG=ko:K00111;Pfam=PF04324,PF01266;InterPro=IPR036188,IPR007419,IPR006076,IPR041854 +MGYG000000001_4 Prodigal:2.6 CDS 3548 4792 . + 0 ID=MGYG000000001_00448;eC_number=1.18.1.2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01685;locus_tag=MGYG000000001_00448;product=Ferredoxin--NADP reductase;eggNOG=1292035.H476_1412;COG=C;KEGG=-;Pfam=PF07992;InterPro=IPR023753,IPR036188 +MGYG000000001_4 Prodigal:2.6 CDS 4795 5175 . + 0 ID=MGYG000000001_00449;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00449;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1531;COG=S;KEGG=-;Pfam=PF07892;InterPro=IPR036593,IPR012460 +MGYG000000001_4 Prodigal:2.6 CDS 5368 5940 . - 0 ID=MGYG000000001_00450;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00450;product=hypothetical protein;eggNOG=1292035.H476_1526;COG=C;KEGG=-;Pfam=PF12801;InterPro=IPR017896 +MGYG000000001_4 Prodigal:2.6 CDS 5943 6152 . - 0 ID=MGYG000000001_00451;eC_number=1.6.5.11;Name=ndhI_2;gene=ndhI_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01351;locus_tag=MGYG000000001_00451;product=NAD(P)H-quinone oxidoreductase subunit I%2C chloroplastic;eggNOG=1476973.JMMB01000007_gene2062;COG=C;KEGG=-;Pfam=PF14697;InterPro=IPR017900,IPR017896 +MGYG000000001_4 Prodigal:2.6 CDS 6291 6443 . + 0 ID=MGYG000000001_00452;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00452;product=hypothetical protein;eggNOG=1301100.HG529356_gene2081;COG=S;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 6463 6588 . + 0 ID=MGYG000000001_00453;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00453;product=hypothetical protein;eggNOG=1301100.HG529356_gene2081;COG=S;KEGG=-;Pfam=PF13031;InterPro=IPR024997 +MGYG000000001_4 Prodigal:2.6 CDS 6783 7166 . + 0 ID=MGYG000000001_00454;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00454;product=hypothetical protein;eggNOG=1301100.HG529244_gene2316;COG=E;KEGG=ko:K01759;Pfam=PF00903;InterPro=IPR029068,IPR004360,IPR037523 +MGYG000000001_4 Prodigal:2.6 CDS 7397 7891 . + 0 ID=MGYG000000001_00455;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00455;product=hypothetical protein;eggNOG=1391646.AVSU01000031_gene2580;COG=S;KEGG=-;Pfam=PF11188;InterPro=IPR021354 +MGYG000000001_4 Prodigal:2.6 CDS 7903 8115 . + 0 ID=MGYG000000001_00456;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00456;product=hypothetical protein;eggNOG=1391646.AVSU01000031_gene2581;COG=K;KEGG=ko:K07727;Pfam=PF13443;InterPro=IPR001387,IPR010982 +MGYG000000001_4 Prodigal:2.6 CDS 8138 8608 . + 0 ID=MGYG000000001_00457;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00457;product=hypothetical protein;eggNOG=1415775.U729_955;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 8640 9155 . + 0 ID=MGYG000000001_00458;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00458;product=hypothetical protein;eggNOG=1174504.AJTN02000105_gene3084;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 9231 9539 . + 0 ID=MGYG000000001_00459;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00459;product=hypothetical protein +MGYG000000001_4 Prodigal:2.6 CDS 9987 12608 . + 0 ID=MGYG000000001_00460;eC_number=3.6.3.8;db_xref=COG:COG0474;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8Y8Q5;locus_tag=MGYG000000001_00460;product=Calcium-transporting ATPase;eggNOG=1301100.HG529395_gene6865;COG=P;KEGG=ko:K01537;Pfam=PF00689,PF00702,PF00122,PF00690;InterPro=IPR004014,IPR023299,IPR018303,IPR023298,IPR036412,IPR023214,IPR006068,IPR008250,IPR001757 +MGYG000000001_4 Prodigal:2.6 CDS 13096 13887 . - 0 ID=MGYG000000001_00461;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00461;product=hypothetical protein;eggNOG=37659.JNLN01000001_gene1095;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 14143 14601 . - 0 ID=MGYG000000001_00462;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00462;product=hypothetical protein;eggNOG=1301100.HG529287_gene7045;COG=S;KEGG=-;Pfam=PF13376,PF08922;InterPro=IPR015018,IPR037079 +MGYG000000001_4 Prodigal:2.6 CDS 14783 15541 . + 0 ID=MGYG000000001_00463;Name=mta;db_xref=COG:COG0789;gene=mta;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P71039;locus_tag=MGYG000000001_00463;product=HTH-type transcriptional activator mta;eggNOG=457396.CSBG_03353;COG=K;KEGG=-;Pfam=PF13411,PF07739;InterPro=IPR036244,IPR000551,IPR012925,IPR009061 +MGYG000000001_4 Prodigal:2.6 CDS 15794 16045 . + 0 ID=MGYG000000001_00464;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00464;product=hypothetical protein;eggNOG=1216932.CM240_3076;COG=S;KEGG=-;Pfam=PF01987;InterPro=IPR016031,IPR036983,IPR002838 +MGYG000000001_4 Prodigal:2.6 CDS 16036 16428 . + 0 ID=MGYG000000001_00465;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XDZ5;locus_tag=MGYG000000001_00465;product=putative protein;eggNOG=1216932.CM240_3076;COG=S;KEGG=-;Pfam=PF01987;InterPro=IPR016031,IPR036983,IPR002838 +MGYG000000001_4 Prodigal:2.6 CDS 16479 17234 . + 0 ID=MGYG000000001_00466;eC_number=3.1.-.-;Name=ycfH_1;db_xref=COG:COG0084;gene=ycfH_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFQ7;locus_tag=MGYG000000001_00466;product=putative metal-dependent hydrolase YcfH;eggNOG=457396.CSBG_02331;COG=L;KEGG=ko:K03424;Pfam=PF01026;InterPro=IPR018228,IPR001130,IPR032466 +MGYG000000001_4 Prodigal:2.6 CDS 17302 17769 . + 0 ID=MGYG000000001_00467;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00467;product=hypothetical protein;eggNOG=1301100.HG529287_gene7039;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 17920 18237 . + 0 ID=MGYG000000001_00468;db_xref=COG:COG0716;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00322;locus_tag=MGYG000000001_00468;product=Flavodoxin;eggNOG=1301100.HG529316_gene478;COG=C;KEGG=-;Pfam=PF00258;InterPro=IPR008254,IPR029039 +MGYG000000001_4 Prodigal:2.6 CDS 18195 18359 . + 0 ID=MGYG000000001_00469;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00469;product=hypothetical protein;eggNOG=1301100.HG529316_gene478;COG=C;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 18663 19439 . + 0 ID=MGYG000000001_00470;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00470;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2517;COG=S;KEGG=-;Pfam=PF02698;InterPro=IPR003848 +MGYG000000001_4 Prodigal:2.6 CDS 19570 20685 . + 0 ID=MGYG000000001_00471;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00471;product=hypothetical protein;eggNOG=1301100.HG529311_gene414;COG=C;KEGG=ko:K18120;Pfam=PF00465;InterPro=IPR001670,IPR039697,IPR018211 +MGYG000000001_4 Prodigal:2.6 CDS 21133 21279 . + 0 ID=MGYG000000001_00472;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00472;product=hypothetical protein;eggNOG=1280692.AUJL01000013_gene3347;COG=J;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 21487 22365 . + 0 ID=MGYG000000001_00473;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00473;product=hypothetical protein +MGYG000000001_4 Prodigal:2.6 CDS 22438 23286 . + 0 ID=MGYG000000001_00474;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00474;product=hypothetical protein;eggNOG=1301100.HG529239_gene7195;COG=S;KEGG=ko:K07052;Pfam=PF02517;InterPro=IPR003675 +MGYG000000001_4 Prodigal:2.6 CDS 23435 23593 . - 0 ID=MGYG000000001_00475;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00475;product=hypothetical protein +MGYG000000001_4 Prodigal:2.6 CDS 23898 24284 . + 0 ID=MGYG000000001_00476;eC_number=3.6.3.33;Name=btuD_3;gene=btuD_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_00476;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=445973.CLOBAR_01909;COG=O;KEGG=ko:K09013;Pfam=PF00005;InterPro=IPR003439,IPR027417 +MGYG000000001_4 Prodigal:2.6 CDS 24275 24847 . + 0 ID=MGYG000000001_00477;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00477;product=hypothetical protein;eggNOG=445973.CLOBAR_01908;COG=O;KEGG=-;Pfam=PF01458;InterPro=IPR037284,IPR000825 +MGYG000000001_4 Prodigal:2.6 CDS 25436 25720 . + 0 ID=MGYG000000001_00478;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00478;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1096;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 25879 27657 . + 0 ID=MGYG000000001_00479;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00479;product=hypothetical protein;eggNOG=272563.CD630_13300;COG=L;KEGG=-;Pfam=PF00580;InterPro=IPR000212,IPR027417,IPR034739 +MGYG000000001_4 Prodigal:2.6 CDS 27767 28579 . - 0 ID=MGYG000000001_00480;eC_number=3.6.1.27;Name=uppP;db_xref=COG:COG1968;gene=uppP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60932;locus_tag=MGYG000000001_00480;product=Undecaprenyl-diphosphatase;eggNOG=1408823.AXUS01000004_gene236;COG=V;KEGG=ko:K06153;Pfam=PF02673;InterPro=IPR003824 +MGYG000000001_4 Prodigal:2.6 CDS 28726 29634 . + 0 ID=MGYG000000001_00481;Name=xerD_1;db_xref=COG:COG4974;gene=xerD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31206;locus_tag=MGYG000000001_00481;product=Tyrosine recombinase XerD;eggNOG=1301100.HG529252_gene6249;COG=L;KEGG=ko:K04763;Pfam=PF00589,PF02899;InterPro=IPR013762,IPR004107,IPR011010,IPR002104,IPR010998 +MGYG000000001_4 Prodigal:2.6 CDS 29944 30342 . + 0 ID=MGYG000000001_00482;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00482;product=hypothetical protein;eggNOG=555079.Toce_0184;COG=S;KEGG=-;Pfam=PF06953;InterPro=IPR036249,IPR010712 +MGYG000000001_4 Prodigal:2.6 CDS 30567 31997 . + 0 ID=MGYG000000001_00483;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00483;product=hypothetical protein;eggNOG=1301100.HG529227_gene5454;COG=S;KEGG=-;Pfam=PF03606;InterPro=IPR018385 +MGYG000000001_4 Prodigal:2.6 CDS 32156 33499 . + 0 ID=MGYG000000001_00484;Name=mepA_2;db_xref=COG:COG0534;gene=mepA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2G140;locus_tag=MGYG000000001_00484;product=Multidrug export protein MepA;eggNOG=1230342.CTM_06731;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_4 Prodigal:2.6 CDS 33717 35159 . + 0 ID=MGYG000000001_00485;eC_number=4.3.2.2;Name=purB;gene=purB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A4Q3;locus_tag=MGYG000000001_00485;product=Adenylosuccinate lyase;eggNOG=1151292.QEW_1719;COG=F;KEGG=ko:K01756;Pfam=PF10397,PF00206;InterPro=IPR022761,IPR020557,IPR024083,IPR019468,IPR004769,IPR000362,IPR008948 +MGYG000000001_4 Prodigal:2.6 CDS 35457 36362 . + 0 ID=MGYG000000001_00486;db_xref=COG:COG0614;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44206;locus_tag=MGYG000000001_00486;product=putative protein;eggNOG=1301100.HG529343_gene2442;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR002491 +MGYG000000001_4 Prodigal:2.6 CDS 36352 37368 . + 0 ID=MGYG000000001_00487;Name=hmuU_2;db_xref=COG:COG0609;gene=hmuU_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56992;locus_tag=MGYG000000001_00487;product=Hemin transport system permease protein HmuU;eggNOG=1301100.HG529343_gene2441;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_4 Prodigal:2.6 CDS 37374 38138 . + 0 ID=MGYG000000001_00488;Name=fepC_1;db_xref=COG:COG1120;gene=fepC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23878;locus_tag=MGYG000000001_00488;product=Ferric enterobactin transport ATP-binding protein FepC;eggNOG=1301100.HG529343_gene2440;COG=HP;KEGG=ko:K02013;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_4 Prodigal:2.6 CDS 38324 39838 . + 0 ID=MGYG000000001_00489;Name=yjeM;gene=yjeM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39282;locus_tag=MGYG000000001_00489;product=Inner membrane transporter YjeM;eggNOG=1301100.HG529252_gene6251;COG=E;KEGG=-;Pfam=PF13520;InterPro=IPR002293 +MGYG000000001_4 Prodigal:2.6 CDS 40032 40484 . + 0 ID=MGYG000000001_00490;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00490;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1101;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_4 Prodigal:2.6 CDS 40669 41904 . - 0 ID=MGYG000000001_00491;eC_number=2.6.1.1;Name=aspC_1;db_xref=COG:COG0436;gene=aspC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X0Y2;locus_tag=MGYG000000001_00491;product=Aspartate aminotransferase;eggNOG=1151292.QEW_1721;COG=E;KEGG=ko:K00812;Pfam=PF00155;InterPro=IPR015424,IPR015421,IPR015422,IPR004839 +MGYG000000001_4 Prodigal:2.6 CDS 42147 43103 . + 0 ID=MGYG000000001_00492;eC_number=2.7.7.12;Name=galT_1;db_xref=COG:COG1085;gene=galT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P09148;locus_tag=MGYG000000001_00492;product=Galactose-1-phosphate uridylyltransferase;eggNOG=272563.CD630_13400;COG=H;KEGG=ko:K00965;Pfam=PF16268;InterPro=IPR032576,IPR036265,IPR001937 +MGYG000000001_4 Prodigal:2.6 CDS 43323 44075 . + 0 ID=MGYG000000001_00493;eC_number=3.1.11.2;Name=exoA;db_xref=COG:COG0708;gene=exoA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37454;locus_tag=MGYG000000001_00493;product=Exodeoxyribonuclease;eggNOG=1292035.H476_0933;COG=L;KEGG=ko:K01142;Pfam=PF03372;InterPro=IPR005135,IPR036691,IPR020847,IPR004808 +MGYG000000001_4 Prodigal:2.6 CDS 44250 44576 . + 0 ID=MGYG000000001_00494;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00494;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1105;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 44668 44976 . - 0 ID=MGYG000000001_00495;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00495;product=hypothetical protein;eggNOG=1151292.QEW_2913;COG=S;KEGG=-;Pfam=PF07561;InterPro=IPR011437 +MGYG000000001_4 Prodigal:2.6 CDS 45272 45973 . + 0 ID=MGYG000000001_00496;eC_number=3.4.-.-;Name=yodJ_1;db_xref=COG:COG1876;gene=yodJ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34866;locus_tag=MGYG000000001_00496;product=Putative carboxypeptidase YodJ;eggNOG=1391646.AVSU01000045_gene1471;COG=M;KEGG=ko:K07260;Pfam=PF02557;InterPro=IPR003709,IPR009045 +MGYG000000001_4 Prodigal:2.6 CDS 46280 46447 . + 0 ID=MGYG000000001_00497;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00497;product=hypothetical protein;eggNOG=1301100.HG529233_gene7369;COG=K;KEGG=ko:K02529,ko:K03484;Pfam=PF00356;InterPro=IPR000843,IPR010982 +MGYG000000001_4 Prodigal:2.6 CDS 46676 46951 . + 0 ID=MGYG000000001_00498;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00498;product=hypothetical protein;eggNOG=1301100.HG529233_gene7369;COG=K;KEGG=ko:K02529,ko:K03484;InterPro=IPR028082 +MGYG000000001_4 Prodigal:2.6 CDS 46938 47174 . + 0 ID=MGYG000000001_00499;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00499;product=hypothetical protein;eggNOG=1301100.HG529233_gene7369;COG=K;KEGG=ko:K02529,ko:K03484;Pfam=PF13377;InterPro=IPR028082 +MGYG000000001_4 Prodigal:2.6 CDS 47514 47639 . + 0 ID=MGYG000000001_00500;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00500;product=hypothetical protein;eggNOG=926692.AZYG01000094_gene1938;COG=G;KEGG=ko:K01193 +MGYG000000001_4 Prodigal:2.6 CDS 48126 48224 . + 0 ID=MGYG000000001_00501;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00501;product=hypothetical protein;eggNOG=1301100.HG529233_gene7371;COG=G;KEGG=ko:K01193 +MGYG000000001_4 Prodigal:2.6 CDS 48217 49074 . + 0 ID=MGYG000000001_00502;eC_number=2.7.1.4;Name=scrK;db_xref=COG:COG0524;gene=scrK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26420;locus_tag=MGYG000000001_00502;product=Fructokinase;eggNOG=1301100.HG529233_gene7372;COG=G;KEGG=ko:K00847;Pfam=PF00294;InterPro=IPR011611,IPR029056,IPR002173,IPR023314 +MGYG000000001_4 Prodigal:2.6 CDS 49098 49610 . + 0 ID=MGYG000000001_00503;Name=crr_2;gene=crr_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60857;locus_tag=MGYG000000001_00503;product=PTS system glucose-specific EIIA component;eggNOG=1301100.HG529233_gene7373;COG=G;KEGG=ko:K02777,ko:K20116,ko:K20117,ko:K20118;Pfam=PF00358;InterPro=IPR011055,IPR001127 +MGYG000000001_4 Prodigal:2.6 CDS 49751 50536 . - 0 ID=MGYG000000001_00504;eC_number=2.7.7.7;Name=polC_2;gene=polC_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00356;locus_tag=MGYG000000001_00504;product=DNA polymerase III PolC-type;eggNOG=1476973.JMMB01000007_gene1106;COG=L;KEGG=-;Pfam=PF00929;InterPro=IPR036397,IPR012337,IPR013520 +MGYG000000001_4 Prodigal:2.6 CDS 50841 52739 . + 0 ID=MGYG000000001_00505;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00505;product=hypothetical protein;eggNOG=272563.CD630_13430;COG=E;KEGG=ko:K01915;Pfam=PF00120;InterPro=IPR014746,IPR008146 +MGYG000000001_4 Prodigal:2.6 CDS 52851 53696 . + 0 ID=MGYG000000001_00506;eC_number=3.4.24.-;Name=mepM;db_xref=COG:COG0739;gene=mepM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFS9;locus_tag=MGYG000000001_00506;product=Murein DD-endopeptidase MepM;eggNOG=1301100.HG529252_gene6262;COG=M;KEGG=ko:K21471;Pfam=PF01551;InterPro=IPR011055,IPR016047 +MGYG000000001_4 Prodigal:2.6 CDS 53932 54624 . + 0 ID=MGYG000000001_00507;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00507;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1110;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 54687 55820 . - 0 ID=MGYG000000001_00508;eC_number=2.4.1.315;Name=ugtP_1;db_xref=COG:COG0707;gene=ugtP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FZP7;locus_tag=MGYG000000001_00508;product=Processive diacylglycerol beta-glucosyltransferase;eggNOG=272563.CD630_13440;COG=M;KEGG=ko:K03429;Pfam=PF06925,PF04101;InterPro=IPR007235,IPR009695 +MGYG000000001_4 Prodigal:2.6 CDS 55966 57285 . + 0 ID=MGYG000000001_00509;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00509;product=hypothetical protein;eggNOG=1301100.HG529252_gene6264;COG=S;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 57342 58373 . + 0 ID=MGYG000000001_00510;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00510;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1113;COG=E;KEGG=-;Pfam=PF05343;InterPro=IPR023367,IPR008007 +MGYG000000001_4 Prodigal:2.6 CDS 58560 58871 . + 0 ID=MGYG000000001_00511;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00511;product=hypothetical protein;eggNOG=1301100.HG529253_gene6303;COG=K;KEGG=ko:K10947;Pfam=PF03551;InterPro=IPR036388,IPR036390,IPR005149 +MGYG000000001_4 Prodigal:2.6 CDS 58887 59639 . + 0 ID=MGYG000000001_00512;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00512;product=hypothetical protein;eggNOG=1301100.HG529253_gene6304;COG=S;KEGG=-;Pfam=PF08006;InterPro=IPR012963 +MGYG000000001_4 Prodigal:2.6 CDS 59632 60654 . + 0 ID=MGYG000000001_00513;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00513;product=hypothetical protein;eggNOG=1301100.HG529253_gene6305;COG=-;KEGG=-;Pfam=PF13349;InterPro=IPR025164 +MGYG000000001_4 Prodigal:2.6 CDS 60747 61256 . + 0 ID=MGYG000000001_00514;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00514;product=hypothetical protein;eggNOG=1301100.HG529253_gene6312;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 61342 61680 . - 0 ID=MGYG000000001_00515;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00515;product=hypothetical protein;eggNOG=1301100.HG529253_gene6313;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 61935 63215 . + 0 ID=MGYG000000001_00516;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00516;product=hypothetical protein;eggNOG=1292035.H476_0917;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 63412 63819 . + 0 ID=MGYG000000001_00517;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00517;product=hypothetical protein;eggNOG=272563.CD630_27880;COG=S;KEGG=-;Pfam=PF04138;InterPro=IPR007267 +MGYG000000001_4 Prodigal:2.6 CDS 63891 64832 . - 0 ID=MGYG000000001_00518;eC_number=2.4.-.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55487;locus_tag=MGYG000000001_00518;product=putative glycosyltransferase;eggNOG=545697.HMPREF0216_00344;COG=M;KEGG=ko:K20534;Pfam=PF00535;InterPro=IPR029044,IPR001173 +MGYG000000001_4 Prodigal:2.6 CDS 64834 66237 . - 0 ID=MGYG000000001_00519;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00519;product=hypothetical protein;eggNOG=1158294.JOMI01000004_gene3400;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 66500 67441 . + 0 ID=MGYG000000001_00520;Name=znuA;db_xref=COG:COG0803;gene=znuA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34966;locus_tag=MGYG000000001_00520;product=High-affinity zinc uptake system binding-protein ZnuA;eggNOG=1211817.CCAT010000085_gene1891;COG=P;KEGG=ko:K09815;Pfam=PF01297;InterPro=IPR006127,IPR006128,IPR006129 +MGYG000000001_4 Prodigal:2.6 CDS 67450 68172 . + 0 ID=MGYG000000001_00521;eC_number=3.6.3.-;Name=znuC;db_xref=COG:COG1121;gene=znuC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34946;locus_tag=MGYG000000001_00521;product=High-affinity zinc uptake system ATP-binding protein ZnuC;eggNOG=1121289.JHVL01000008_gene1290;COG=P;KEGG=ko:K09817;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_4 Prodigal:2.6 CDS 68189 69016 . + 0 ID=MGYG000000001_00522;Name=znuB;db_xref=COG:COG1108;gene=znuB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34610;locus_tag=MGYG000000001_00522;product=High-affinity zinc uptake system membrane protein ZnuB;eggNOG=1121289.JHVL01000008_gene1291;COG=P;KEGG=ko:K09816;Pfam=PF00950;InterPro=IPR001626,IPR037294 +MGYG000000001_4 Prodigal:2.6 CDS 69068 69388 . - 0 ID=MGYG000000001_00523;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00523;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1120;COG=S;KEGG=-;Pfam=PF06133;InterPro=IPR023378,IPR010368 +MGYG000000001_4 Prodigal:2.6 CDS 69613 70431 . - 0 ID=MGYG000000001_00524;eC_number=2.7.1.35;Name=pdxK;gene=pdxK;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01638;locus_tag=MGYG000000001_00524;product=Pyridoxine kinase;eggNOG=1151292.QEW_1735;COG=H;KEGG=ko:K00868;Pfam=PF08543;InterPro=IPR013749,IPR029056,IPR004625 +MGYG000000001_4 Prodigal:2.6 CDS 70637 71809 . + 0 ID=MGYG000000001_00525;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00525;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1122;COG=NU;KEGG=-;Pfam=PF12671;InterPro=IPR024301 +MGYG000000001_4 Prodigal:2.6 CDS 71986 72186 . + 0 ID=MGYG000000001_00526;Name=cspA;db_xref=COG:COG1278;gene=cspA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FYN2;locus_tag=MGYG000000001_00526;product=Cold shock protein CspA;eggNOG=1151292.QEW_1737;COG=K;KEGG=ko:K03704;Pfam=PF00313;InterPro=IPR002059,IPR019844,IPR012340,IPR012156,IPR011129 +MGYG000000001_4 Prodigal:2.6 CDS 72270 73043 . - 0 ID=MGYG000000001_00527;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00527;product=hypothetical protein;eggNOG=1301100.HG529254_gene6293;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 73218 73628 . + 0 ID=MGYG000000001_00528;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00528;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1124;COG=S;KEGG=-;Pfam=PF00571;InterPro=IPR000644 +MGYG000000001_4 Prodigal:2.6 CDS 73697 74452 . - 0 ID=MGYG000000001_00529;eC_number=5.2.1.8;Name=cbf2;db_xref=COG:COG0760;gene=cbf2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0PAS1;locus_tag=MGYG000000001_00529;product=Putative peptidyl-prolyl cis-trans isomerase Cbf2;eggNOG=1301100.HG529254_gene6295;COG=O;KEGG=ko:K03769,ko:K07533;Pfam=PF00639;InterPro=IPR023058,IPR000297,IPR027304 +MGYG000000001_4 Prodigal:2.6 CDS 74558 74974 . - 0 ID=MGYG000000001_00530;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00530;product=hypothetical protein;eggNOG=1151292.QEW_1740;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 75132 75395 . + 0 ID=MGYG000000001_00531;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00531;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1126;COG=S;KEGG=-;Pfam=PF12637;InterPro=IPR023806,IPR024434 +MGYG000000001_4 Prodigal:2.6 CDS 75469 75924 . - 0 ID=MGYG000000001_00532;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00532;product=hypothetical protein;eggNOG=272563.CD630_13770;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 76319 77836 . + 0 ID=MGYG000000001_00533;eC_number=2.7.1.30;Name=glpK_1;db_xref=COG:COG0554;gene=glpK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P18157;locus_tag=MGYG000000001_00533;product=Glycerol kinase;eggNOG=272563.CD630_13820;COG=F;KEGG=ko:K00864;Pfam=PF00370,PF02782;InterPro=IPR018484,IPR005999,IPR018483,IPR018485,IPR000577 +MGYG000000001_4 Prodigal:2.6 CDS 77955 78299 . - 0 ID=MGYG000000001_00534;eC_number=3.5.99.10;Name=yabJ_3;db_xref=COG:COG0251;gene=yabJ_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37552;locus_tag=MGYG000000001_00534;product=2-iminobutanoate/2-iminopropanoate deaminase;eggNOG=1408823.AXUS01000011_gene2113;COG=J;KEGG=-;Pfam=PF01042;InterPro=IPR019897,IPR035959,IPR035709,IPR006175 +MGYG000000001_4 Prodigal:2.6 CDS 78489 79775 . + 0 ID=MGYG000000001_00535;eC_number=1.1.1.18;Name=iolG_1;gene=iolG_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01671;locus_tag=MGYG000000001_00535;product=Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase;eggNOG=272563.CD630_13940;COG=S;KEGG=-;Pfam=PF02894,PF01408;InterPro=IPR004104,IPR036291,IPR000683 +MGYG000000001_4 Prodigal:2.6 CDS 79855 80115 . - 0 ID=MGYG000000001_00536;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00536;product=hypothetical protein;eggNOG=1151292.QEW_1779;COG=S;KEGG=-;Pfam=PF14184;InterPro=IPR025912 +MGYG000000001_4 Prodigal:2.6 CDS 80422 81216 . - 0 ID=MGYG000000001_00537;eC_number=3.4.11.-;Name=dppA;db_xref=COG:COG2362;gene=dppA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26902;locus_tag=MGYG000000001_00537;product=D-aminopeptidase;eggNOG=272563.CD630_13960;COG=E;KEGG=ko:K16203;Pfam=PF04951;InterPro=IPR007035,IPR036177,IPR027476 +MGYG000000001_4 Prodigal:2.6 CDS 81330 82238 . + 0 ID=MGYG000000001_00538;eC_number=3.4.16.-;Name=ykfA;db_xref=COG:COG1619;gene=ykfA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34851;locus_tag=MGYG000000001_00538;product=putative murein peptide carboxypeptidase;eggNOG=1476973.JMMB01000007_gene1131;COG=V;KEGG=ko:K01297;Pfam=PF02016,PF17676;InterPro=IPR029062,IPR003507,IPR040921,IPR027478,IPR027461,IPR040449 +MGYG000000001_4 Prodigal:2.6 CDS 82541 83131 . + 0 ID=MGYG000000001_00539;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00539;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1132;COG=S;KEGG=-;Pfam=PF12983;InterPro=IPR024218 +MGYG000000001_4 Prodigal:2.6 CDS 83212 83856 . - 0 ID=MGYG000000001_00540;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00540;product=hypothetical protein;eggNOG=272563.CD630_14010;COG=Q;KEGG=ko:K08281;Pfam=PF00857;InterPro=IPR000868,IPR036380 +MGYG000000001_4 Prodigal:2.6 CDS 84003 84746 . + 0 ID=MGYG000000001_00541;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00541;product=hypothetical protein;eggNOG=398511.BpOF4_18555;COG=-;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 84792 86171 . - 0 ID=MGYG000000001_00542;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00542;product=hypothetical protein;eggNOG=1292035.H476_1145;COG=S;KEGG=- +MGYG000000001_4 Prodigal:2.6 CDS 86741 87556 . + 0 ID=MGYG000000001_00543;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00543;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1133;COG=-;KEGG=-;InterPro=IPR006597,IPR011990 +MGYG000000001_4 Prodigal:2.6 CDS 87649 88191 . - 0 ID=MGYG000000001_00544;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00544;product=hypothetical protein;eggNOG=1301100.HG529256_gene6192;COG=S;KEGG=-;Pfam=PF10646;InterPro=IPR019606 +MGYG000000001_4 Prodigal:2.6 CDS 88395 90317 . - 0 ID=MGYG000000001_00545;Name=ettA_1;db_xref=COG:COG0488;gene=ettA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9W3;locus_tag=MGYG000000001_00545;product=Energy-dependent translational throttle protein EttA;eggNOG=1151292.QEW_1791;COG=S;KEGG=ko:K15738;Pfam=PF00005,PF16326,PF12848;InterPro=IPR003593,IPR003439,IPR032781,IPR027417,IPR032524,IPR037118,IPR017871 +MGYG000000001_4 Prodigal:2.6 CDS 90357 91055 . - 0 ID=MGYG000000001_00546;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00546;product=hypothetical protein;eggNOG=272563.CD630_14060;COG=M;KEGG=-;Pfam=PF13539;InterPro=IPR039561,IPR009045 +MGYG000000001_4 Prodigal:2.6 CDS 91234 92007 . + 0 ID=MGYG000000001_00547;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00547;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1135;COG=G;KEGG=-;Pfam=PF01261;InterPro=IPR013022,IPR036237 +MGYG000000001_4 Prodigal:2.6 CDS 92094 92513 . - 0 ID=MGYG000000001_00548;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00548;product=hypothetical protein;eggNOG=1499683.CCFF01000015_gene3156;COG=FG;KEGG=-;Pfam=PF01230;InterPro=IPR011146,IPR001310,IPR036265 +MGYG000000001_4 Prodigal:2.6 CDS 92655 94109 . - 0 ID=MGYG000000001_00549;eC_number=2.6.1.9;Name=hisC;gene=hisC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01023;locus_tag=MGYG000000001_00549;product=Histidinol-phosphate aminotransferase;eggNOG=272563.CD630_14070;COG=K;KEGG=ko:K00375;Pfam=PF00392,PF00155;InterPro=IPR015422,IPR015424,IPR015421,IPR036390,IPR004839,IPR036388,IPR000524 +MGYG000000001_4 Prodigal:2.6 CDS 94149 95048 . - 0 ID=MGYG000000001_00550;eC_number=6.3.2.4;Name=ddl_1;db_xref=COG:COG1181;gene=ddl_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81Q29;locus_tag=MGYG000000001_00550;product=D-alanine--D-alanine ligase;eggNOG=272563.CD630_14080;COG=F;KEGG=ko:K01921;Pfam=PF01820,PF07478;InterPro=IPR011095,IPR000291,IPR011761,IPR011127,IPR005905,IPR013815,IPR016185 +MGYG000000001_5 INFERNAL:1.1.2 ncRNA 14678 14901 . - . ID=MGYG000000001_5_ncRNA7;inference=Rfam:14.6;locus_tag=MGYG000000001_5_ncRNA7;product=cspA thermoregulator;rfam=RF01766 +MGYG000000001_5 INFERNAL:1.1.2 ncRNA 77315 77406 . - . ID=MGYG000000001_5_ncRNA8;inference=Rfam:14.6;locus_tag=MGYG000000001_5_ncRNA8;product=Purine riboswitch;rfam=RF00167 +MGYG000000001_5 INFERNAL:1.1.2 ncRNA 5561 5642 . - . ID=MGYG000000001_5_ncRNA9;inference=Rfam:14.6;locus_tag=MGYG000000001_5_ncRNA9;product=TPP riboswitch (THI element);rfam=RF00059 +MGYG000000001_5 Prodigal:2.6 CDS 321 1631 . - 0 ID=MGYG000000001_00551;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00551;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 2331 2564 . - 0 ID=MGYG000000001_00552;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00552;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 2679 2849 . - 0 ID=MGYG000000001_00553;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00553;product=hypothetical protein;eggNOG=1443122.Z958_p0074;COG=S;KEGG=-;InterPro=IPR027417 +MGYG000000001_5 Prodigal:2.6 CDS 3058 3699 . - 0 ID=MGYG000000001_00554;eC_number=2.5.1.3;Name=thiE;db_xref=COG:COG0352;gene=thiE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39594;locus_tag=MGYG000000001_00554;product=Thiamine-phosphate synthase;eggNOG=1476973.JMMB01000007_gene1281;COG=H;KEGG=ko:K00788;Pfam=PF02581;InterPro=IPR036206,IPR034291,IPR022998,IPR013785 +MGYG000000001_5 Prodigal:2.6 CDS 3730 4521 . - 0 ID=MGYG000000001_00555;eC_number=2.7.1.50;Name=thiM;db_xref=COG:COG2145;gene=thiM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39593;locus_tag=MGYG000000001_00555;product=Hydroxyethylthiazole kinase;eggNOG=1151292.QEW_2018;COG=H;KEGG=ko:K00878;Pfam=PF02110;InterPro=IPR029056,IPR000417 +MGYG000000001_5 Prodigal:2.6 CDS 4573 5385 . - 0 ID=MGYG000000001_00556;eC_number=2.7.1.49;Name=thiD;gene=thiD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99124;locus_tag=MGYG000000001_00556;product=Hydroxymethylpyrimidine/phosphomethylpyrimidine kinase;eggNOG=1414720.CBYM010000004_gene180;COG=H;KEGG=ko:K00868,ko:K00941,ko:K14153;Pfam=PF08543;InterPro=IPR013749,IPR029056,IPR004399 +MGYG000000001_5 Prodigal:2.6 CDS 5705 5998 . - 0 ID=MGYG000000001_00557;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00557;product=hypothetical protein;eggNOG=1151292.QEW_2016;COG=L;KEGG=ko:K07461;Pfam=PF01541;InterPro=IPR000305,IPR035901 +MGYG000000001_5 Prodigal:2.6 CDS 6131 6319 . - 0 ID=MGYG000000001_00558;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00203;locus_tag=MGYG000000001_00558;product=Ferredoxin;eggNOG=857293.CAAU_2420;COG=C;KEGG=ko:K05337;Pfam=PF13370;InterPro=IPR001080,IPR017896 +MGYG000000001_5 Prodigal:2.6 CDS 6452 7006 . - 0 ID=MGYG000000001_00559;eC_number=2.3.1.30;Name=cysE;db_xref=COG:COG1045;gene=cysE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06750;locus_tag=MGYG000000001_00559;product=Serine acetyltransferase;eggNOG=445973.CLOBAR_02044;COG=E;KEGG=ko:K00640;Pfam=PF00132;InterPro=IPR001451,IPR018357,IPR011004,IPR042122,IPR005881 +MGYG000000001_5 Prodigal:2.6 CDS 7031 7927 . - 0 ID=MGYG000000001_00560;eC_number=2.5.1.47;Name=cysK;gene=cysK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63871;locus_tag=MGYG000000001_00560;product=Cysteine synthase;eggNOG=1408823.AXUS01000001_gene647;COG=E;KEGG=ko:K01738;Pfam=PF00291;InterPro=IPR036052,IPR005859,IPR005856,IPR001926 +MGYG000000001_5 Prodigal:2.6 CDS 8237 8785 . - 0 ID=MGYG000000001_00561;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00561;product=hypothetical protein;eggNOG=1391646.AVSU01000084_gene586;COG=CH;KEGG=-;Pfam=PF12724;InterPro=IPR008254,IPR029039,IPR026816,IPR001226 +MGYG000000001_5 Prodigal:2.6 CDS 8856 9464 . - 0 ID=MGYG000000001_00562;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00562;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1277;COG=L;KEGG=ko:K01515;Pfam=PF00293;InterPro=IPR020476,IPR015797,IPR000086,IPR020084 +MGYG000000001_5 Prodigal:2.6 CDS 9486 10139 . - 0 ID=MGYG000000001_00563;Name=yedJ;db_xref=COG:COG1418;gene=yedJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46144;locus_tag=MGYG000000001_00563;product=putative protein YedJ;eggNOG=1499684.CCNP01000011_gene187;COG=S;KEGG=ko:K06950;Pfam=PF01966;InterPro=IPR006674,IPR003607 +MGYG000000001_5 Prodigal:2.6 CDS 10184 11176 . - 0 ID=MGYG000000001_00564;Name=uvrC_1;db_xref=COG:COG0322;gene=uvrC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5KWH6;locus_tag=MGYG000000001_00564;product=UvrABC system protein C;eggNOG=1301100.HG529344_gene3212;COG=L;KEGG=ko:K03703;Pfam=PF01541;InterPro=IPR036876,IPR001943,IPR000305,IPR035901 +MGYG000000001_5 Prodigal:2.6 CDS 11199 11927 . - 0 ID=MGYG000000001_00565;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00565;product=hypothetical protein;eggNOG=1301100.HG529344_gene3216;COG=S;KEGG=-;Pfam=PF12787;InterPro=IPR024787 +MGYG000000001_5 Prodigal:2.6 CDS 12032 12217 . - 0 ID=MGYG000000001_00566;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00566;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1866;COG=S;KEGG=-;InterPro=IPR009057 +MGYG000000001_5 Prodigal:2.6 CDS 12495 12965 . - 0 ID=MGYG000000001_00567;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00567;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2447;COG=S;KEGG=-;Pfam=PF13668;InterPro=IPR009078 +MGYG000000001_5 Prodigal:2.6 CDS 13055 13243 . - 0 ID=MGYG000000001_00568;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00568;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 13317 13652 . - 0 ID=MGYG000000001_00569;eC_number=2.3.1.12;Name=dlaT;db_xref=COG:COG0508;gene=dlaT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WIS7;locus_tag=MGYG000000001_00569;product=Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex;eggNOG=1415775.U729_2673;COG=C;KEGG=ko:K00627;Pfam=PF00198;InterPro=IPR001078,IPR023213 +MGYG000000001_5 Prodigal:2.6 CDS 13740 14168 . - 0 ID=MGYG000000001_00570;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00570;product=hypothetical protein;eggNOG=1415775.U729_2673;COG=C;KEGG=ko:K00627;Pfam=PF00198;InterPro=IPR001078,IPR023213 +MGYG000000001_5 Prodigal:2.6 CDS 14684 14884 . - 0 ID=MGYG000000001_00571;Name=cspD_3;db_xref=COG:COG1278;gene=cspD_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P51777;locus_tag=MGYG000000001_00571;product=Cold shock protein CspD;eggNOG=272563.CD630_19902;COG=K;KEGG=ko:K03704;Pfam=PF00313;InterPro=IPR002059,IPR019844,IPR012340,IPR012156,IPR011129 +MGYG000000001_5 Prodigal:2.6 CDS 15639 16244 . - 0 ID=MGYG000000001_00572;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00572;product=hypothetical protein;eggNOG=37659.JNLN01000001_gene546;COG=V;KEGG=-;Pfam=PF04892;InterPro=IPR006976 +MGYG000000001_5 Prodigal:2.6 CDS 16540 16902 . - 0 ID=MGYG000000001_00573;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00573;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 17094 18362 . - 0 ID=MGYG000000001_00574;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00574;product=hypothetical protein;eggNOG=1292035.H476_1358;COG=T;KEGG=ko:K07706;Pfam=PF02518;InterPro=IPR003594,IPR005467,IPR036890,IPR004358 +MGYG000000001_5 Prodigal:2.6 CDS 18369 18491 . - 0 ID=MGYG000000001_00575;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00575;product=hypothetical protein;eggNOG=457396.CSBG_00605;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 18491 18718 . - 0 ID=MGYG000000001_00576;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00576;product=hypothetical protein;eggNOG=1292035.H476_1365;COG=KOT;KEGG=ko:K07813 +MGYG000000001_5 Prodigal:2.6 CDS 18688 18957 . - 0 ID=MGYG000000001_00577;eC_number=3.4.-.-;Name=agrB_1;gene=agrB_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00784;locus_tag=MGYG000000001_00577;product=Accessory gene regulator protein B;eggNOG=1292035.H476_1365;COG=KOT;KEGG=ko:K07813;Pfam=PF04647;InterPro=IPR006741 +MGYG000000001_5 Prodigal:2.6 CDS 19308 19772 . + 0 ID=MGYG000000001_00578;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00578;product=hypothetical protein;eggNOG=1301100.HG529227_gene5499;COG=S;KEGG=-;Pfam=PF14270;InterPro=IPR025648 +MGYG000000001_5 Prodigal:2.6 CDS 20018 21259 . + 0 ID=MGYG000000001_00579;eC_number=2.3.1.-;Name=patA_1;db_xref=COG:COG1696;gene=patA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O25526;locus_tag=MGYG000000001_00579;product=Peptidoglycan O-acetyltransferase;eggNOG=1301100.HG529227_gene5498;COG=M;KEGG=ko:K19294;Pfam=PF03062;InterPro=IPR004299,IPR028362,IPR024194 +MGYG000000001_5 Prodigal:2.6 CDS 21277 22446 . + 0 ID=MGYG000000001_00580;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00580;product=hypothetical protein;eggNOG=1301100.HG529227_gene5497;COG=S;KEGG=-;Pfam=PF14286;InterPro=IPR025945 +MGYG000000001_5 Prodigal:2.6 CDS 22520 23188 . - 0 ID=MGYG000000001_00581;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00581;product=hypothetical protein;eggNOG=1391646.AVSU01000099_gene367;COG=S;KEGG=ko:K06940;Pfam=PF03692;InterPro=IPR005358 +MGYG000000001_5 Prodigal:2.6 CDS 23512 24774 . - 0 ID=MGYG000000001_00582;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00582;product=hypothetical protein;eggNOG=386415.NT01CX_1426;COG=V;KEGG=ko:K19147;Pfam=PF10117;InterPro=IPR019292 +MGYG000000001_5 Prodigal:2.6 CDS 24779 26536 . - 0 ID=MGYG000000001_00583;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00583;product=hypothetical protein;eggNOG=195103.CPF_0992;COG=V;KEGG=ko:K07452;Pfam=PF07728;InterPro=IPR003593,IPR011704,IPR027417 +MGYG000000001_5 Prodigal:2.6 CDS 26685 26885 . - 0 ID=MGYG000000001_00584;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00584;product=hypothetical protein;eggNOG=642492.Clole_0257;COG=L;KEGG=ko:K07448;Pfam=PF04471;InterPro=IPR011335,IPR007560 +MGYG000000001_5 Prodigal:2.6 CDS 27414 27818 . + 0 ID=MGYG000000001_00585;eC_number=3.4.21.88;Name=lexA_1;gene=lexA_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00015;locus_tag=MGYG000000001_00585;product=LexA repressor;eggNOG=1423814.HMPREF0549_0270;COG=K;KEGG=ko:K01356;Pfam=PF01726;InterPro=IPR036388,IPR006199,IPR036390 +MGYG000000001_5 Prodigal:2.6 CDS 27911 28264 . - 0 ID=MGYG000000001_00586;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00586;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2207;COG=J;KEGG=-;Pfam=PF13302;InterPro=IPR000182,IPR016181 +MGYG000000001_5 Prodigal:2.6 CDS 28282 29292 . - 0 ID=MGYG000000001_00587;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00587;product=hypothetical protein;eggNOG=521460.Athe_2502;COG=K;KEGG=-;Pfam=PF13274;InterPro=IPR025272,IPR022452,IPR010982 +MGYG000000001_5 Prodigal:2.6 CDS 29304 29636 . - 0 ID=MGYG000000001_00588;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00588;product=hypothetical protein;eggNOG=1123009.AUID01000014_gene1796;COG=S;KEGG=-;Pfam=PF15723;InterPro=IPR031451 +MGYG000000001_5 Prodigal:2.6 CDS 29856 30392 . - 0 ID=MGYG000000001_00589;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00589;product=hypothetical protein;eggNOG=1567014.A0A0A7RTW7_9VIRU;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 30554 31474 . - 0 ID=MGYG000000001_00590;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00590;product=hypothetical protein;eggNOG=1235279.C772_00854;COG=L;KEGG=-;InterPro=IPR011856 +MGYG000000001_5 Prodigal:2.6 CDS 31532 32710 . - 0 ID=MGYG000000001_00591;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00591;product=hypothetical protein;eggNOG=176280.SE_0044;COG=V;KEGG=ko:K01154;Pfam=PF01420;InterPro=IPR000055 +MGYG000000001_5 Prodigal:2.6 CDS 32726 34270 . - 0 ID=MGYG000000001_00592;eC_number=2.1.1.297;Name=prmC_1;gene=prmC_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_02126;locus_tag=MGYG000000001_00592;product=Release factor glutamine methyltransferase;eggNOG=445335.CBN_2138;COG=V;KEGG=ko:K03427;Pfam=PF02384,PF12161;InterPro=IPR022749,IPR029063,IPR003356,IPR004546,IPR038333,IPR002052 +MGYG000000001_5 Prodigal:2.6 CDS 34291 37053 . - 0 ID=MGYG000000001_00593;eC_number=3.1.21.3;Name=hsdR;gene=hsdR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A801;locus_tag=MGYG000000001_00593;product=Type-1 restriction enzyme R protein;eggNOG=445335.CBN_2139;COG=L;KEGG=ko:K01153;Pfam=PF04313,PF12008,PF18766;InterPro=IPR007409,IPR004473,IPR027417,IPR040980,IPR022625,IPR014001 +MGYG000000001_5 Prodigal:2.6 CDS 37350 37862 . - 0 ID=MGYG000000001_00594;db_xref=COG:COG0748;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44061;locus_tag=MGYG000000001_00594;product=putative protein;eggNOG=1301100.HG529344_gene3170;COG=P;KEGG=ko:K07226;Pfam=PF01243;InterPro=IPR012349,IPR011576,IPR014419 +MGYG000000001_5 Prodigal:2.6 CDS 38512 38640 . - 0 ID=MGYG000000001_00595;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00595;product=hypothetical protein;eggNOG=1292035.H476_0809;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 38721 38891 . - 0 ID=MGYG000000001_00596;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00596;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 39095 39259 . + 0 ID=MGYG000000001_00597;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00597;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 39778 40035 . - 0 ID=MGYG000000001_00598;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00598;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1866;COG=S;KEGG=-;Pfam=PF08765;InterPro=IPR014875,IPR009057 +MGYG000000001_5 Prodigal:2.6 CDS 40159 40434 . + 0 ID=MGYG000000001_00599;eC_number=3.5.1.28;Name=amiC;db_xref=COG:COG0860;gene=amiC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63883;locus_tag=MGYG000000001_00599;product=N-acetylmuramoyl-L-alanine amidase AmiC;eggNOG=1292035.H476_1261;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR002508 +MGYG000000001_5 Prodigal:2.6 CDS 40564 40821 . + 0 ID=MGYG000000001_00600;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00600;product=hypothetical protein;eggNOG=1292035.H476_1261;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR002508 +MGYG000000001_5 Prodigal:2.6 CDS 41051 41299 . - 0 ID=MGYG000000001_00601;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00601;product=hypothetical protein;eggNOG=1410653.JHVC01000026_gene318;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 41345 42178 . - 0 ID=MGYG000000001_00602;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00602;product=hypothetical protein;eggNOG=86416.Clopa_3292;COG=S;KEGG=-;Pfam=PF12784;InterPro=IPR010106 +MGYG000000001_5 Prodigal:2.6 CDS 42338 43762 . - 0 ID=MGYG000000001_00603;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00603;product=hypothetical protein;eggNOG=445973.CLOBAR_00855;COG=V;KEGG=-;Pfam=PF04892;InterPro=IPR006976 +MGYG000000001_5 Prodigal:2.6 CDS 44100 44555 . - 0 ID=MGYG000000001_00604;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00604;product=hypothetical protein;eggNOG=1347087.CBYO010000022_gene3907;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 44741 44959 . + 0 ID=MGYG000000001_00605;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00605;product=hypothetical protein;eggNOG=1301100.HG529329_gene4470;COG=S;KEGG=-;Pfam=PF07872;InterPro=IPR012454 +MGYG000000001_5 Prodigal:2.6 CDS 44996 45226 . + 0 ID=MGYG000000001_00606;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00606;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1873;COG=S;KEGG=-;Pfam=PF11148;InterPro=IPR021321 +MGYG000000001_5 Prodigal:2.6 CDS 45519 46358 . - 0 ID=MGYG000000001_00607;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00607;product=hypothetical protein;eggNOG=658088.HMPREF0987_02461;COG=S;KEGG=-;Pfam=PF02633;InterPro=IPR024087,IPR003785 +MGYG000000001_5 Prodigal:2.6 CDS 46373 47242 . - 0 ID=MGYG000000001_00608;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00608;product=hypothetical protein;eggNOG=658088.HMPREF0987_02460;COG=E;KEGG=-;Pfam=PF04909;InterPro=IPR006680,IPR032465,IPR032466 +MGYG000000001_5 Prodigal:2.6 CDS 47246 48646 . - 0 ID=MGYG000000001_00609;Name=yjmB_2;db_xref=COG:COG2211;gene=yjmB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34961;locus_tag=MGYG000000001_00609;product=putative symporter YjmB;eggNOG=658088.HMPREF0987_02459;COG=G;KEGG=-;Pfam=PF13347;InterPro=IPR036259,IPR001927,IPR039672 +MGYG000000001_5 Prodigal:2.6 CDS 48831 49811 . + 0 ID=MGYG000000001_00610;Name=rhaR_2;gene=rhaR_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_00610;product=HTH-type transcriptional activator RhaR;eggNOG=658088.HMPREF0987_02458;COG=K;KEGG=-;Pfam=PF02311,PF12833;InterPro=IPR003313,IPR037923,IPR018060,IPR009057,IPR014710 +MGYG000000001_5 Prodigal:2.6 CDS 50038 50607 . - 0 ID=MGYG000000001_00611;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00611;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2150;COG=S;KEGG=-;Pfam=PF12870;InterPro=IPR024267 +MGYG000000001_5 Prodigal:2.6 CDS 50630 51451 . - 0 ID=MGYG000000001_00612;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00612;product=hypothetical protein;eggNOG=1151292.QEW_1610;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 51763 52188 . + 0 ID=MGYG000000001_00613;Name=uvrC_2;gene=uvrC_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00203;locus_tag=MGYG000000001_00613;product=UvrABC system protein C;eggNOG=1235790.C805_00055;COG=-;KEGG=-;Pfam=PF01541;InterPro=IPR000305,IPR035901 +MGYG000000001_5 Prodigal:2.6 CDS 52324 53922 . + 0 ID=MGYG000000001_00614;Name=prfC;gene=prfC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q99V72;locus_tag=MGYG000000001_00614;product=Peptide chain release factor 3;eggNOG=1476973.JMMB01000007_gene1890;COG=J;KEGG=ko:K02837;Pfam=PF00009,PF16658;InterPro=IPR032090,IPR005225,IPR000795,IPR038467,IPR009000,IPR027417,IPR035647,IPR031157,IPR004548,IPR041732 +MGYG000000001_5 Prodigal:2.6 CDS 54006 57029 . - 0 ID=MGYG000000001_00615;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00615;product=hypothetical protein;eggNOG=445973.CLOBAR_01924;COG=V;KEGG=ko:K01153;Pfam=PF04313,PF11867,PF00271,PF18766;InterPro=IPR007409,IPR004473,IPR021810,IPR027417,IPR001650,IPR040980,IPR014001 +MGYG000000001_5 Prodigal:2.6 CDS 57141 58613 . - 0 ID=MGYG000000001_00616;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01212;locus_tag=MGYG000000001_00616;product=Deoxyguanosinetriphosphate triphosphohydrolase-like protein;eggNOG=1443125.Z962_05910;COG=F;KEGG=-;Pfam=PF13286,PF01966;InterPro=IPR026875,IPR006261,IPR006674,IPR003607 +MGYG000000001_5 Prodigal:2.6 CDS 58663 59250 . - 0 ID=MGYG000000001_00617;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00617;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 59301 61130 . - 0 ID=MGYG000000001_00618;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00618;product=hypothetical protein;eggNOG=1345695.CLSA_c29310;COG=S;KEGG=-;Pfam=PF07510,PF03235;InterPro=IPR004919,IPR011089 +MGYG000000001_5 Prodigal:2.6 CDS 61235 62440 . - 0 ID=MGYG000000001_00619;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00619;product=hypothetical protein;eggNOG=35841.BT1A1_0436;COG=V;KEGG=ko:K01154;Pfam=PF01420;InterPro=IPR000055 +MGYG000000001_5 Prodigal:2.6 CDS 62430 63923 . - 0 ID=MGYG000000001_00620;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00620;product=hypothetical protein;eggNOG=545697.HMPREF0216_01621;COG=V;KEGG=ko:K03427;Pfam=PF02384,PF12161;InterPro=IPR022749,IPR029063,IPR003356,IPR038333,IPR002052 +MGYG000000001_5 Prodigal:2.6 CDS 64298 65641 . - 0 ID=MGYG000000001_00621;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00621;product=hypothetical protein;eggNOG=742741.HMPREF9475_03130;COG=L;KEGG=-;Pfam=PF13091;InterPro=IPR025202 +MGYG000000001_5 Prodigal:2.6 CDS 65634 67364 . - 0 ID=MGYG000000001_00622;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00622;product=hypothetical protein;eggNOG=1033737.CAEV01000025_gene399;COG=F;KEGG=-;Pfam=PF13289;InterPro=IPR011202,IPR039444 +MGYG000000001_5 Prodigal:2.6 CDS 67478 68206 . - 0 ID=MGYG000000001_00623;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00623;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1880;COG=L;KEGG=-;Pfam=PF01695;InterPro=IPR002611,IPR027417 +MGYG000000001_5 Prodigal:2.6 CDS 68157 69116 . - 0 ID=MGYG000000001_00624;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00624;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1881;COG=L;KEGG=-;Pfam=PF07261;InterPro=IPR006343,IPR034829 +MGYG000000001_5 Prodigal:2.6 CDS 69129 69917 . - 0 ID=MGYG000000001_00625;Name=recT;db_xref=COG:COG3723;gene=recT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33228;locus_tag=MGYG000000001_00625;product=Protein RecT;eggNOG=1292035.H476_1031;COG=L;KEGG=ko:K07455;Pfam=PF03837;InterPro=IPR004590,IPR018330 +MGYG000000001_5 Prodigal:2.6 CDS 70006 70941 . - 0 ID=MGYG000000001_00626;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00626;product=hypothetical protein;eggNOG=1292035.H476_1312;COG=L;KEGG=-;Pfam=PF09588;InterPro=IPR017482,IPR019080,IPR011604,IPR011335 +MGYG000000001_5 Prodigal:2.6 CDS 71015 71821 . - 0 ID=MGYG000000001_00627;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00627;product=hypothetical protein;eggNOG=1292035.H476_1313;COG=K;KEGG=ko:K07741;Pfam=PF02498,PF03374;InterPro=IPR003497,IPR005039 +MGYG000000001_5 Prodigal:2.6 CDS 71823 72059 . - 0 ID=MGYG000000001_00628;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00628;product=hypothetical protein;eggNOG=290402.Cbei_1616;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_5 Prodigal:2.6 CDS 72385 72807 . + 0 ID=MGYG000000001_00629;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00629;product=hypothetical protein;eggNOG=1301100.HG529274_gene1740;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_5 Prodigal:2.6 CDS 72836 73348 . + 0 ID=MGYG000000001_00630;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00630;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1883;COG=E;KEGG=-;Pfam=PF06114;InterPro=IPR010359 +MGYG000000001_5 Prodigal:2.6 CDS 73406 73618 . - 0 ID=MGYG000000001_00631;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00631;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 73746 74249 . + 0 ID=MGYG000000001_00632;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00632;product=hypothetical protein;eggNOG=1499684.CCNP01000023_gene3220;COG=CO;KEGG=-;Pfam=PF14595;InterPro=IPR036249 +MGYG000000001_5 Prodigal:2.6 CDS 74490 75002 . + 0 ID=MGYG000000001_00633;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00633;product=hypothetical protein;eggNOG=536233.CLO_0996;COG=S;KEGG=-;Pfam=PF08020;InterPro=IPR034660,IPR012550 +MGYG000000001_5 Prodigal:2.6 CDS 75886 76176 . + 0 ID=MGYG000000001_00634;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00634;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 76208 77194 . - 0 ID=MGYG000000001_00635;eC_number=3.5.4.4;Name=add;db_xref=COG:COG1816;gene=add;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63907;locus_tag=MGYG000000001_00635;product=Adenosine deaminase;eggNOG=1476973.JMMB01000007_gene1522;COG=F;KEGG=ko:K01488;Pfam=PF00962;InterPro=IPR006330,IPR001365,IPR032466,IPR028893 +MGYG000000001_5 Prodigal:2.6 CDS 77543 77986 . + 0 ID=MGYG000000001_00636;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00636;product=hypothetical protein;eggNOG=1391646.AVSU01000060_gene1092;COG=S;KEGG=-;Pfam=PF12638;InterPro=IPR024438 +MGYG000000001_5 Prodigal:2.6 CDS 78094 79305 . + 0 ID=MGYG000000001_00637;Name=gltS;db_xref=COG:COG0786;gene=gltS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AER8;locus_tag=MGYG000000001_00637;product=Sodium/glutamate symporter;eggNOG=1151292.QEW_2190;COG=P;KEGG=ko:K03312;Pfam=PF03616;InterPro=IPR004445 +MGYG000000001_5 Prodigal:2.6 CDS 79389 79697 . + 0 ID=MGYG000000001_00638;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00638;product=hypothetical protein;eggNOG=1151292.QEW_2913;COG=S;KEGG=-;Pfam=PF07561;InterPro=IPR011437 +MGYG000000001_5 Prodigal:2.6 CDS 79754 80185 . - 0 ID=MGYG000000001_00639;Name=mexR;db_xref=COG:COG1846;gene=mexR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P52003;locus_tag=MGYG000000001_00639;product=Multidrug resistance operon repressor;eggNOG=86416.Clopa_4108;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_5 Prodigal:2.6 CDS 80392 80604 . + 0 ID=MGYG000000001_00640;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00640;product=hypothetical protein;eggNOG=1304284.L21TH_1670;COG=S;KEGG=ko:K06421;InterPro=IPR038300 +MGYG000000001_5 Prodigal:2.6 CDS 80719 81402 . + 0 ID=MGYG000000001_00641;eC_number=3.1.3.5;Name=yjjG;db_xref=COG:COG1011;gene=yjjG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8Y1;locus_tag=MGYG000000001_00641;product=Pyrimidine 5'-nucleotidase YjjG;eggNOG=1301100.HG529345_gene3160;COG=S;KEGG=ko:K01560,ko:K07025;Pfam=PF13419;InterPro=IPR041492,IPR006439,IPR011951,IPR036412,IPR023214,IPR023198 +MGYG000000001_5 Prodigal:2.6 CDS 81582 82169 . - 0 ID=MGYG000000001_00642;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00642;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 82562 83041 . - 0 ID=MGYG000000001_00643;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00643;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 83184 85022 . - 0 ID=MGYG000000001_00644;eC_number=3.2.1.135;Name=nplT;gene=nplT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38940;locus_tag=MGYG000000001_00644;product=Neopullulanase;eggNOG=272563.CD630_21900;COG=G;KEGG=ko:K01208;Pfam=PF02903,PF00128;InterPro=IPR013780,IPR013783,IPR006047,IPR004185,IPR013777,IPR014756,IPR017853 +MGYG000000001_5 Prodigal:2.6 CDS 85230 86042 . + 0 ID=MGYG000000001_00645;Name=apbC;db_xref=COG:COG0489;gene=apbC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZNN5;locus_tag=MGYG000000001_00645;product=Iron-sulfur cluster carrier protein;eggNOG=1391646.AVSU01000038_gene1951;COG=D;KEGG=-;Pfam=PF10609;InterPro=IPR019591,IPR033756,IPR027417,IPR000808 +MGYG000000001_5 Prodigal:2.6 CDS 86105 86299 . - 0 ID=MGYG000000001_00646;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00646;product=hypothetical protein;eggNOG=1292035.H476_1246;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 86320 86733 . - 0 ID=MGYG000000001_00647;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00647;product=hypothetical protein;eggNOG=1301100.HG529346_gene4278;COG=S;KEGG=ko:K09706;Pfam=PF06935;InterPro=IPR009702 +MGYG000000001_5 Prodigal:2.6 CDS 86727 87269 . - 0 ID=MGYG000000001_00648;Name=bioY;db_xref=COG:COG1268;gene=bioY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WZQ6;locus_tag=MGYG000000001_00648;product=Biotin transporter BioY;eggNOG=1301100.HG529346_gene4279;COG=S;KEGG=ko:K03523;Pfam=PF02632;InterPro=IPR003784 +MGYG000000001_5 Prodigal:2.6 CDS 87438 87713 . - 0 ID=MGYG000000001_00649;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00649;product=hypothetical protein;eggNOG=1301100.HG529346_gene4281;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 87930 88085 . + 0 ID=MGYG000000001_00650;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00650;product=hypothetical protein;eggNOG=1151292.QEW_2158;COG=I;KEGG=ko:K00655;Pfam=PF01553;InterPro=IPR002123 +MGYG000000001_5 Prodigal:2.6 CDS 88160 88675 . + 0 ID=MGYG000000001_00651;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00651;product=hypothetical protein;eggNOG=1151292.QEW_2158;COG=I;KEGG=ko:K00655;Pfam=PF01553;InterPro=IPR002123 +MGYG000000001_5 Prodigal:2.6 CDS 88774 89127 . - 0 ID=MGYG000000001_00652;Name=spxA;db_xref=COG:COG1393;gene=spxA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8DU17;locus_tag=MGYG000000001_00652;product=Regulatory protein Spx;eggNOG=1151292.QEW_2227;COG=P;KEGG=ko:K00537;Pfam=PF03960;InterPro=IPR036249,IPR006504,IPR006660 +MGYG000000001_5 Prodigal:2.6 CDS 89195 89464 . - 0 ID=MGYG000000001_00653;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00653;product=hypothetical protein +MGYG000000001_5 Prodigal:2.6 CDS 89596 90900 . - 0 ID=MGYG000000001_00654;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00654;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1696;COG=S;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 91023 92624 . - 0 ID=MGYG000000001_00655;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00655;product=hypothetical protein;eggNOG=1301100.HG529335_gene4419;COG=P;KEGG=ko:K03324;Pfam=PF02690,PF01895;InterPro=IPR038078,IPR003841,IPR004633,IPR026022 +MGYG000000001_5 Prodigal:2.6 CDS 92793 92987 . + 0 ID=MGYG000000001_00656;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00656;product=hypothetical protein;eggNOG=1301100.HG529335_gene4420;COG=-;KEGG=- +MGYG000000001_5 Prodigal:2.6 CDS 93318 94511 . - 0 ID=MGYG000000001_00657;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00657;product=hypothetical protein;eggNOG=1301100.HG529335_gene4422;COG=S;KEGG=- +MGYG000000001_6 INFERNAL:1.1.2 ncRNA 25293 25368 . + . ID=MGYG000000001_6_ncRNA10;inference=Rfam:14.6;locus_tag=MGYG000000001_6_ncRNA10;product=Cyclic di-GMP-II riboswitch;rfam=RF01786 +MGYG000000001_6 INFERNAL:1.1.2 ncRNA 33 136 . + . ID=MGYG000000001_6_ncRNA11;inference=Rfam:14.6;locus_tag=MGYG000000001_6_ncRNA11;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_6 Prodigal:2.6 CDS 237 434 . + 0 ID=MGYG000000001_00659;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00659;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene115;COG=S;KEGG=ko:K09779;Pfam=PF04070;InterPro=IPR007211 +MGYG000000001_6 Prodigal:2.6 CDS 638 2047 . + 0 ID=MGYG000000001_00660;eC_number=4.1.1.19;Name=speA_1;db_xref=COG:COG1982;gene=speA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21885;locus_tag=MGYG000000001_00660;product=Arginine decarboxylase;eggNOG=1301100.HG529432_gene1863;COG=E;KEGG=ko:K01585;Pfam=PF03711,PF01276;InterPro=IPR015424,IPR015421,IPR008286,IPR000310 +MGYG000000001_6 Prodigal:2.6 CDS 2073 2747 . + 0 ID=MGYG000000001_00661;eC_number=2.7.4.9;Name=tmk;gene=tmk;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00165;locus_tag=MGYG000000001_00661;product=Thymidylate kinase;eggNOG=1292035.H476_3244;COG=F;KEGG=ko:K00943;Pfam=PF02223;InterPro=IPR039430,IPR027417 +MGYG000000001_6 Prodigal:2.6 CDS 2765 3700 . + 0 ID=MGYG000000001_00662;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00662;product=hypothetical protein;eggNOG=1301100.HG529432_gene1861;COG=L;KEGG=ko:K02341;Pfam=PF09115,PF13177;InterPro=IPR027417,IPR015199 +MGYG000000001_6 Prodigal:2.6 CDS 3697 4584 . + 0 ID=MGYG000000001_00663;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00663;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene111;COG=S;KEGG=-;Pfam=PF04468;InterPro=IPR007557 +MGYG000000001_6 Prodigal:2.6 CDS 4642 5391 . + 0 ID=MGYG000000001_00664;eC_number=2.1.1.223;Name=yfiC;gene=yfiC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01872;locus_tag=MGYG000000001_00664;product=tRNA1(Val) (adenine(37)-N6)-methyltransferase;eggNOG=1476973.JMMB01000007_gene110;COG=S;KEGG=ko:K15460;Pfam=PF05175;InterPro=IPR029063,IPR007848 +MGYG000000001_6 Prodigal:2.6 CDS 5397 6230 . + 0 ID=MGYG000000001_00665;eC_number=2.1.1.198;Name=rsmI;db_xref=COG:COG0313;gene=rsmI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67087;locus_tag=MGYG000000001_00665;product=Ribosomal RNA small subunit methyltransferase I;eggNOG=1301100.HG529432_gene1858;COG=H;KEGG=ko:K07056;Pfam=PF00590;InterPro=IPR014777,IPR008189,IPR018063,IPR000878,IPR014776,IPR035996 +MGYG000000001_6 Prodigal:2.6 CDS 6256 6957 . + 0 ID=MGYG000000001_00666;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00666;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene108;COG=O;KEGG=ko:K00970;Pfam=PF01966;InterPro=IPR006674 +MGYG000000001_6 Prodigal:2.6 CDS 7012 7443 . - 0 ID=MGYG000000001_00667;Name=lrp;db_xref=COG:COG1522;gene=lrp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ACJ0;locus_tag=MGYG000000001_00667;product=Leucine-responsive regulatory protein;eggNOG=445973.CLOBAR_02500;COG=K;KEGG=ko:K03719;Pfam=PF13412,PF01037;InterPro=IPR019887,IPR019885,IPR000485,IPR011008,IPR036390,IPR019888,IPR036388,IPR011991 +MGYG000000001_6 Prodigal:2.6 CDS 7466 8902 . - 0 ID=MGYG000000001_00668;eC_number=6.3.4.21;Name=pncB;gene=pncB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00570;locus_tag=MGYG000000001_00668;product=Nicotinate phosphoribosyltransferase;eggNOG=1476973.JMMB01000007_gene106;COG=H;KEGG=ko:K00763;Pfam=PF04095,PF17767,PF17956;InterPro=IPR041525,IPR007229,IPR006405,IPR036068,IPR040727,IPR041619,IPR013785 +MGYG000000001_6 Prodigal:2.6 CDS 9054 9611 . + 0 ID=MGYG000000001_00669;Name=spmA;db_xref=COG:COG2715;gene=spmA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P35157;locus_tag=MGYG000000001_00669;product=Spore maturation protein A;eggNOG=272563.CD630_35420;COG=S;KEGG=ko:K06373;Pfam=PF07670;InterPro=IPR011642 +MGYG000000001_6 Prodigal:2.6 CDS 9611 10135 . + 0 ID=MGYG000000001_00670;Name=spmB;gene=spmB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P35158;locus_tag=MGYG000000001_00670;product=Spore maturation protein B;eggNOG=1476973.JMMB01000007_gene104;COG=S;KEGG=ko:K06374 +MGYG000000001_6 Prodigal:2.6 CDS 10678 12627 . + 0 ID=MGYG000000001_00671;eC_number=6.1.1.10;Name=metG;gene=metG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67579;locus_tag=MGYG000000001_00671;product=Methionine--tRNA ligase;eggNOG=1301100.HG529431_gene1848;COG=J;KEGG=ko:K01874;Pfam=PF01588,PF08264,PF09334;InterPro=IPR041872,IPR033911,IPR023457,IPR004495,IPR014729,IPR001412,IPR012340,IPR014758,IPR015413,IPR002547,IPR013155,IPR009080 +MGYG000000001_6 Prodigal:2.6 CDS 12639 13409 . + 0 ID=MGYG000000001_00672;eC_number=3.1.-.-;Name=ycfH_2;db_xref=COG:COG0084;gene=ycfH_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFQ7;locus_tag=MGYG000000001_00672;product=putative metal-dependent hydrolase YcfH;eggNOG=1476973.JMMB01000007_gene102;COG=L;KEGG=ko:K03424;Pfam=PF01026;InterPro=IPR018228,IPR015991,IPR001130,IPR032466 +MGYG000000001_6 Prodigal:2.6 CDS 13609 14151 . + 0 ID=MGYG000000001_00673;eC_number=3.1.26.8;Name=rnmV;db_xref=COG:COG1658;gene=rnmV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37547;locus_tag=MGYG000000001_00673;product=Ribonuclease M5;eggNOG=445973.CLOBAR_02509;COG=J;KEGG=ko:K05985;Pfam=PF13662,PF13331;InterPro=IPR004466,IPR025156,IPR006171,IPR034141 +MGYG000000001_6 Prodigal:2.6 CDS 14251 15120 . + 0 ID=MGYG000000001_00674;eC_number=2.1.1.182;Name=rsmA;gene=rsmA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66662;locus_tag=MGYG000000001_00674;product=Ribosomal RNA small subunit methyltransferase A;eggNOG=1391646.AVSU01000045_gene1482;COG=J;KEGG=ko:K02528;Pfam=PF00398;InterPro=IPR029063,IPR001737,IPR020598,IPR023165,IPR011530,IPR020596 +MGYG000000001_6 Prodigal:2.6 CDS 15186 16400 . + 0 ID=MGYG000000001_00675;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00675;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3262;COG=D;KEGG=- +MGYG000000001_6 Prodigal:2.6 CDS 16483 17598 . + 0 ID=MGYG000000001_00676;eC_number=3.4.11.4;Name=pepT_1;db_xref=COG:COG2195;gene=pepT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29745;locus_tag=MGYG000000001_00676;product=Peptidase T;eggNOG=1301100.HG529431_gene1834;COG=E;KEGG=ko:K01258;Pfam=PF07687,PF01546;InterPro=IPR036264,IPR010162,IPR008007,IPR001261,IPR011650,IPR002933 +MGYG000000001_6 Prodigal:2.6 CDS 17794 18690 . + 0 ID=MGYG000000001_00677;Name=fieF_1;db_xref=COG:COG0053;gene=fieF_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P69380;locus_tag=MGYG000000001_00677;product=Ferrous-iron efflux pump FieF;eggNOG=1301100.HG529431_gene1833;COG=P;KEGG=-;Pfam=PF01545,PF16916;InterPro=IPR002524,IPR036837,IPR027469,IPR027470 +MGYG000000001_6 Prodigal:2.6 CDS 18760 19548 . + 0 ID=MGYG000000001_00678;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00678;product=hypothetical protein;eggNOG=1408823.AXUS01000010_gene1816;COG=-;KEGG=- +MGYG000000001_6 Prodigal:2.6 CDS 19599 20954 . - 0 ID=MGYG000000001_00679;eC_number=6.3.2.8;Name=murC;db_xref=COG:COG0773;gene=murC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9HW02;locus_tag=MGYG000000001_00679;product=UDP-N-acetylmuramate--L-alanine ligase;eggNOG=1301100.HG529431_gene1831;COG=M;KEGG=ko:K01924;Pfam=PF08245,PF02875,PF01225;InterPro=IPR036615,IPR004101,IPR005758,IPR000713,IPR036565,IPR013221 +MGYG000000001_6 Prodigal:2.6 CDS 21176 22066 . + 0 ID=MGYG000000001_00680;Name=purR;db_xref=COG:COG0503;gene=purR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37551;locus_tag=MGYG000000001_00680;product=Pur operon repressor;eggNOG=1301100.HG529431_gene1830;COG=F;KEGG=ko:K09685;Pfam=PF00156,PF09182;InterPro=IPR015265,IPR000836,IPR029057,IPR010078,IPR036390,IPR036388 +MGYG000000001_6 Prodigal:2.6 CDS 22194 22472 . + 0 ID=MGYG000000001_00681;Name=spoVG;gene=spoVG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7B5;locus_tag=MGYG000000001_00681;product=Putative septation protein SpoVG;eggNOG=1292035.H476_3219;COG=D;KEGG=ko:K06412;Pfam=PF04026;InterPro=IPR036751,IPR007170 +MGYG000000001_6 Prodigal:2.6 CDS 22683 24056 . + 0 ID=MGYG000000001_00682;Name=glmU_1;gene=glmU_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7B4;locus_tag=MGYG000000001_00682;product=Bifunctional protein GlmU;eggNOG=1301100.HG529431_gene1828;COG=M;KEGG=ko:K04042;Pfam=PF00483,PF00132;InterPro=IPR001451,IPR029044,IPR011004,IPR005882,IPR005835,IPR038009 +MGYG000000001_6 Prodigal:2.6 CDS 24155 25105 . + 0 ID=MGYG000000001_00683;eC_number=2.7.6.1;Name=prs;db_xref=COG:COG0462;gene=prs;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P14193;locus_tag=MGYG000000001_00683;product=Ribose-phosphate pyrophosphokinase;eggNOG=1476973.JMMB01000007_gene3255;COG=F;KEGG=ko:K00948;Pfam=PF14572,PF00205,PF13793;InterPro=IPR037515,IPR029099,IPR000836,IPR029057,IPR005946,IPR029035,IPR029061,IPR012000,IPR000842 +MGYG000000001_6 Prodigal:2.6 CDS 25483 25902 . + 0 ID=MGYG000000001_00684;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00684;product=hypothetical protein;eggNOG=1301100.HG529431_gene1824;COG=NU;KEGG=ko:K02456;Pfam=PF07963;InterPro=IPR012902 +MGYG000000001_6 Prodigal:2.6 CDS 25995 27677 . + 0 ID=MGYG000000001_00685;Name=epsE;db_xref=COG:COG2804;gene=epsE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37093;locus_tag=MGYG000000001_00685;product=Type II secretion system protein E;eggNOG=1292035.H476_3213;COG=NU;KEGG=ko:K02652;Pfam=PF05157,PF00437;InterPro=IPR042181,IPR001482,IPR003593,IPR037257,IPR007831,IPR027417 +MGYG000000001_6 Prodigal:2.6 CDS 27691 28893 . + 0 ID=MGYG000000001_00686;Name=epsF_2;db_xref=COG:COG1459;gene=epsF_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45780;locus_tag=MGYG000000001_00686;product=Type II secretion system protein F;eggNOG=1301100.HG529431_gene1820;COG=NU;KEGG=ko:K02653;Pfam=PF00482;InterPro=IPR018076,IPR003004,IPR042094 +MGYG000000001_6 Prodigal:2.6 CDS 28908 30467 . + 0 ID=MGYG000000001_00687;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00687;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3250;COG=NU;KEGG=ko:K02662;Pfam=PF05137;InterPro=IPR007813 +MGYG000000001_6 Prodigal:2.6 CDS 30460 31389 . + 0 ID=MGYG000000001_00688;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00688;product=hypothetical protein;eggNOG=1301100.HG529431_gene1818;COG=NU;KEGG=ko:K02664;Pfam=PF04350;InterPro=IPR007445 +MGYG000000001_6 Prodigal:2.6 CDS 31405 32313 . + 0 ID=MGYG000000001_00689;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00689;product=hypothetical protein;eggNOG=1301100.HG529431_gene1814;COG=S;KEGG=ko:K02650;Pfam=PF07963;InterPro=IPR012902 +MGYG000000001_6 Prodigal:2.6 CDS 32340 32819 . + 0 ID=MGYG000000001_00690;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00690;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3247;COG=S;KEGG=-;Pfam=PF07963;InterPro=IPR012902 +MGYG000000001_6 Prodigal:2.6 CDS 32833 34329 . + 0 ID=MGYG000000001_00691;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00691;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3246;COG=-;KEGG=- +MGYG000000001_6 Prodigal:2.6 CDS 34348 35409 . + 0 ID=MGYG000000001_00692;Name=pilT;db_xref=COG:COG2805;gene=pilT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24559;locus_tag=MGYG000000001_00692;product=Twitching mobility protein;eggNOG=1476973.JMMB01000007_gene3245;COG=NU;KEGG=ko:K02669;Pfam=PF00437;InterPro=IPR003593,IPR001482,IPR027417,IPR006321 +MGYG000000001_6 Prodigal:2.6 CDS 35411 36190 . + 0 ID=MGYG000000001_00693;Name=comC;gene=comC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15378;locus_tag=MGYG000000001_00693;product=Type 4 prepilin-like proteins leader peptide-processing enzyme;eggNOG=1476973.JMMB01000007_gene3244;COG=NOU;KEGG=ko:K02654;Pfam=PF01478,PF06750;InterPro=IPR014032,IPR010627,IPR000045 +MGYG000000001_6 Prodigal:2.6 CDS 36311 36949 . + 0 ID=MGYG000000001_00694;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00694;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3243;COG=NOU;KEGG=-;Pfam=PF01478;InterPro=IPR000045 +MGYG000000001_6 Prodigal:2.6 CDS 36963 37523 . + 0 ID=MGYG000000001_00695;eC_number=3.1.1.29;Name=pth;db_xref=COG:COG0193;gene=pth;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q6YP15;locus_tag=MGYG000000001_00695;product=Peptidyl-tRNA hydrolase;eggNOG=1391646.AVSU01000045_gene1494;COG=J;KEGG=ko:K01056;Pfam=PF01195;InterPro=IPR018171,IPR036416,IPR001328 +MGYG000000001_6 Prodigal:2.6 CDS 37540 40926 . + 0 ID=MGYG000000001_00696;eC_number=3.6.4.-;Name=mfd;gene=mfd;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7B2;locus_tag=MGYG000000001_00696;product=Transcription-repair-coupling factor;eggNOG=272563.CD630_35010;COG=L;KEGG=ko:K03723;Pfam=PF00271,PF02559,PF03461,PF00270,PF17757;InterPro=IPR003711,IPR001650,IPR041471,IPR004576,IPR037235,IPR036101,IPR011545,IPR027417,IPR005118,IPR014001 +MGYG000000001_6 Prodigal:2.6 CDS 40954 41958 . + 0 ID=MGYG000000001_00697;eC_number=5.2.1.8;Name=prsA2;db_xref=COG:COG0760;gene=prsA2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81TU1;locus_tag=MGYG000000001_00697;product=Foldase protein PrsA 2;eggNOG=1151292.QEW_4127;COG=M;KEGG=ko:K07533;Pfam=PF13616,PF13624;InterPro=IPR023058,IPR000297,IPR027304 +MGYG000000001_6 Prodigal:2.6 CDS 42095 42634 . + 0 ID=MGYG000000001_00698;Name=spoVT;db_xref=COG:COG2002;gene=spoVT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37554;locus_tag=MGYG000000001_00698;product=Stage V sporulation protein T;eggNOG=1476973.JMMB01000007_gene3239;COG=K;KEGG=ko:K04769;Pfam=PF15714,PF04014;InterPro=IPR007159,IPR037914,IPR029016,IPR039472 +MGYG000000001_6 Prodigal:2.6 CDS 42765 44378 . + 0 ID=MGYG000000001_00699;Name=spoVB_1;db_xref=COG:COG2244;gene=spoVB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q00758;locus_tag=MGYG000000001_00699;product=Stage V sporulation protein B;eggNOG=1301100.HG529431_gene1805;COG=S;KEGG=ko:K06409;Pfam=PF14667,PF01943;InterPro=IPR002797,IPR024923,IPR029303 +MGYG000000001_6 Prodigal:2.6 CDS 44474 45922 . + 0 ID=MGYG000000001_00700;eC_number=3.6.1.31;Name=hisE;gene=hisE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01020;locus_tag=MGYG000000001_00700;product=Phosphoribosyl-ATP pyrophosphatase;eggNOG=1301100.HG529431_gene1804;COG=S;KEGG=ko:K02428,ko:K02499;Pfam=PF00590,PF03819;InterPro=IPR014777,IPR000878,IPR024180,IPR004518,IPR035996,IPR011551 +MGYG000000001_6 Prodigal:2.6 CDS 46007 46285 . + 0 ID=MGYG000000001_00701;Name=hup;gene=hup;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05385;locus_tag=MGYG000000001_00701;product=DNA-binding protein HU;eggNOG=1301100.HG529431_gene1803;COG=L;KEGG=ko:K03530;Pfam=PF00216;InterPro=IPR010992,IPR000119,IPR020816 +MGYG000000001_6 Prodigal:2.6 CDS 46426 46668 . + 0 ID=MGYG000000001_00702;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00702;product=hypothetical protein;eggNOG=272563.CD630_34950;COG=J;KEGG=-;Pfam=PF01479;InterPro=IPR002942,IPR036986,IPR025490 +MGYG000000001_6 Prodigal:2.6 CDS 46731 46985 . + 0 ID=MGYG000000001_00703;Name=yabP;gene=yabP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37558;locus_tag=MGYG000000001_00703;product=Spore protein YabP;eggNOG=1408823.AXUS01000010_gene1839;COG=S;KEGG=-;Pfam=PF07873;InterPro=IPR012504,IPR038705,IPR022476 +MGYG000000001_6 Prodigal:2.6 CDS 46986 47480 . + 0 ID=MGYG000000001_00704;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00704;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3233;COG=S;KEGG=-;Pfam=PF09578;InterPro=IPR019074 +MGYG000000001_6 Prodigal:2.6 CDS 47486 47785 . + 0 ID=MGYG000000001_00705;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00705;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3232;COG=D;KEGG=-;Pfam=PF04977;InterPro=IPR007060 +MGYG000000001_6 Prodigal:2.6 CDS 48047 48967 . + 0 ID=MGYG000000001_00706;eC_number=3.6.1.11;Name=ppx2;gene=ppx2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:L7N5A6;locus_tag=MGYG000000001_00706;product=Exopolyphosphatase 2;eggNOG=1301100.HG529431_gene1798;COG=FP;KEGG=ko:K01524;Pfam=PF02541;InterPro=IPR003695 +MGYG000000001_6 Prodigal:2.6 CDS 49056 51425 . + 0 ID=MGYG000000001_00707;eC_number=3.1.3.16;Name=spoIIE;db_xref=COG:COG2208;gene=spoIIE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37475;locus_tag=MGYG000000001_00707;product=Stage II sporulation protein E;eggNOG=1476973.JMMB01000007_gene3230;COG=KT;KEGG=ko:K06382;Pfam=PF07228;InterPro=IPR036457,IPR001932,IPR014221 +MGYG000000001_6 Prodigal:2.6 CDS 51832 53730 . + 0 ID=MGYG000000001_00708;eC_number=3.4.24.-;Name=pepF1_2;gene=pepF1_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54124;locus_tag=MGYG000000001_00708;product=Oligoendopeptidase F%2C plasmid;eggNOG=1301100.HG529431_gene1796;COG=E;KEGG=ko:K08602;Pfam=PF08439,PF01432;InterPro=IPR013647,IPR004438,IPR001567,IPR042088 +MGYG000000001_6 Prodigal:2.6 CDS 53835 54770 . + 0 ID=MGYG000000001_00709;eC_number=2.7.7.9;Name=gtaB_1;db_xref=COG:COG1210;gene=gtaB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05852;locus_tag=MGYG000000001_00709;product=UTP--glucose-1-phosphate uridylyltransferase;eggNOG=272563.CD630_34880;COG=M;KEGG=ko:K00963;Pfam=PF00483;InterPro=IPR005771,IPR029044,IPR005835 +MGYG000000001_6 Prodigal:2.6 CDS 54803 54916 . + 0 ID=MGYG000000001_00710;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00710;product=hypothetical protein +MGYG000000001_6 Prodigal:2.6 CDS 55231 56232 . + 0 ID=MGYG000000001_00711;eC_number=3.1.3.11;Name=glpX;db_xref=COG:COG1494;gene=glpX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q03224;locus_tag=MGYG000000001_00711;product=Fructose-1%2C6-bisphosphatase class 2;eggNOG=1476973.JMMB01000007_gene3226;COG=G;KEGG=ko:K02446;Pfam=PF03320;InterPro=IPR004464 +MGYG000000001_6 Prodigal:2.6 CDS 56514 58082 . + 0 ID=MGYG000000001_00712;eC_number=3.6.4.-;Name=rho;gene=rho;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01884;locus_tag=MGYG000000001_00712;product=Transcription termination factor Rho;eggNOG=1476973.JMMB01000007_gene3225;COG=K;KEGG=ko:K03628;Pfam=PF00006,PF07497,PF07498;InterPro=IPR011112,IPR003593,IPR000194,IPR036269,IPR004665,IPR012340,IPR011113,IPR027417,IPR041703,IPR011129 +MGYG000000001_6 Prodigal:2.6 CDS 58200 58400 . + 0 ID=MGYG000000001_00713;Name=rpmE;gene=rpmE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q02EW8;locus_tag=MGYG000000001_00713;product=50S ribosomal protein L31;eggNOG=445973.CLOBAR_02539;COG=J;KEGG=ko:K02909;Pfam=PF01197;InterPro=IPR042105,IPR027491,IPR034704,IPR002150 +MGYG000000001_6 Prodigal:2.6 CDS 58464 59039 . + 0 ID=MGYG000000001_00714;eC_number=2.7.1.21;Name=tdk;db_xref=COG:COG1435;gene=tdk;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97F65;locus_tag=MGYG000000001_00714;product=Thymidine kinase;eggNOG=1301100.HG529431_gene1789;COG=F;KEGG=ko:K00857;Pfam=PF00265;InterPro=IPR020633,IPR027417,IPR001267 +MGYG000000001_6 Prodigal:2.6 CDS 59149 60048 . + 0 ID=MGYG000000001_00715;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00715;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3222;COG=S;KEGG=-;Pfam=PF07136;InterPro=IPR010787 +MGYG000000001_6 Prodigal:2.6 CDS 60064 60915 . + 0 ID=MGYG000000001_00716;eC_number=2.1.1.297;Name=prmC_2;db_xref=COG:COG2890;gene=prmC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ACC1;locus_tag=MGYG000000001_00716;product=Release factor glutamine methyltransferase;eggNOG=1476973.JMMB01000007_gene3221;COG=J;KEGG=ko:K02493;Pfam=PF13847,PF17827;InterPro=IPR029063,IPR040758,IPR025714,IPR019874,IPR002052,IPR004556 +MGYG000000001_6 Prodigal:2.6 CDS 60958 62022 . + 0 ID=MGYG000000001_00717;Name=prfA;db_xref=COG:COG0216;gene=prfA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8DU64;locus_tag=MGYG000000001_00717;product=Peptide chain release factor 1;eggNOG=1301100.HG529431_gene1786;COG=J;KEGG=ko:K02835;Pfam=PF03462,PF00472;InterPro=IPR005139,IPR000352,IPR004373 +MGYG000000001_6 Prodigal:2.6 CDS 62120 62800 . + 0 ID=MGYG000000001_00718;Name=zupT_1;gene=zupT_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00548;locus_tag=MGYG000000001_00718;product=Zinc transporter ZupT;eggNOG=1301100.HG529431_gene1785;COG=P;KEGG=ko:K07238;Pfam=PF02535;InterPro=IPR003689 +MGYG000000001_6 Prodigal:2.6 CDS 62784 63869 . + 0 ID=MGYG000000001_00719;eC_number=2.7.7.87;Name=ywlC;db_xref=COG:COG0009;gene=ywlC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39153;locus_tag=MGYG000000001_00719;product=Threonylcarbamoyl-AMP synthase;eggNOG=1301100.HG529431_gene1784;COG=J;KEGG=ko:K07566;Pfam=PF03481,PF01300;InterPro=IPR038385,IPR005145,IPR017945,IPR010923,IPR006070 +MGYG000000001_6 Prodigal:2.6 CDS 64049 64501 . + 0 ID=MGYG000000001_00720;eC_number=5.3.1.6;Name=rpiB;db_xref=COG:COG0698;gene=rpiB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37351;locus_tag=MGYG000000001_00720;product=Ribose-5-phosphate isomerase B;eggNOG=272563.CD630_34800;COG=G;KEGG=ko:K01808;Pfam=PF02502;InterPro=IPR036569,IPR004785,IPR003500 +MGYG000000001_6 Prodigal:2.6 CDS 64515 65144 . + 0 ID=MGYG000000001_00721;eC_number=2.4.2.9;Name=upp;gene=upp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P70881;locus_tag=MGYG000000001_00721;product=Uracil phosphoribosyltransferase;eggNOG=1301100.HG529431_gene1782;COG=F;KEGG=ko:K00761;Pfam=PF14681;InterPro=IPR034332,IPR000836,IPR005765,IPR029057 +MGYG000000001_6 Prodigal:2.6 CDS 65568 65795 . + 0 ID=MGYG000000001_00722;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00722;product=hypothetical protein;eggNOG=1151292.QEW_4101;COG=S;KEGG=-;Pfam=PF09527;InterPro=IPR032820 +MGYG000000001_6 Prodigal:2.6 CDS 65800 66189 . + 0 ID=MGYG000000001_00723;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00723;product=hypothetical protein;eggNOG=1301100.HG529431_gene1780;COG=S;KEGG=-;Pfam=PF03899;InterPro=IPR005598 +MGYG000000001_6 Prodigal:2.6 CDS 66191 66889 . + 0 ID=MGYG000000001_00724;Name=atpB;db_xref=COG:COG0356;gene=atpB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2RFX3;locus_tag=MGYG000000001_00724;product=ATP synthase subunit a;eggNOG=1301100.HG529431_gene1779;COG=C;KEGG=ko:K02108;Pfam=PF00119;InterPro=IPR035908,IPR000568 +MGYG000000001_6 Prodigal:2.6 CDS 66972 67229 . + 0 ID=MGYG000000001_00725;Name=atpE;gene=atpE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0ZS24;locus_tag=MGYG000000001_00725;product=ATP synthase subunit c%2C sodium ion specific;eggNOG=445973.CLOBAR_02551;COG=C;KEGG=ko:K02110;Pfam=PF00137;InterPro=IPR002379,IPR035921,IPR000454,IPR038662,IPR005953 +MGYG000000001_6 Prodigal:2.6 CDS 67343 67840 . + 0 ID=MGYG000000001_00726;Name=atpF;gene=atpF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0ZS23;locus_tag=MGYG000000001_00726;product=ATP synthase subunit b%2C sodium ion specific;eggNOG=272563.CD630_34720;COG=C;KEGG=ko:K02109;Pfam=PF00430;InterPro=IPR002146,IPR005864,IPR028987 +MGYG000000001_6 Prodigal:2.6 CDS 67837 68379 . + 0 ID=MGYG000000001_00727;Name=atpH;gene=atpH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0ZS22;locus_tag=MGYG000000001_00727;product=ATP synthase subunit delta%2C sodium ion specific;eggNOG=445973.CLOBAR_02553;COG=C;KEGG=ko:K02113;Pfam=PF00213;InterPro=IPR026015,IPR000711,IPR020781 +MGYG000000001_6 Prodigal:2.6 CDS 68395 69897 . + 0 ID=MGYG000000001_00728;eC_number=3.6.3.14;Name=atpA;db_xref=COG:COG0056;gene=atpA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5KUJ1;locus_tag=MGYG000000001_00728;product=ATP synthase subunit alpha;eggNOG=272563.CD630_34700;COG=C;KEGG=ko:K02111;Pfam=PF02874,PF00006,PF00306;InterPro=IPR000194,IPR038376,IPR023366,IPR000793,IPR027417,IPR005294,IPR020003,IPR036121,IPR033732,IPR004100 +MGYG000000001_6 Prodigal:2.6 CDS 69923 70789 . + 0 ID=MGYG000000001_00729;Name=atpG;db_xref=COG:COG0224;gene=atpG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50005;locus_tag=MGYG000000001_00729;product=ATP synthase gamma chain%2C sodium ion specific;eggNOG=272563.CD630_34690;COG=C;KEGG=ko:K02115;Pfam=PF00231;InterPro=IPR000131,IPR035968 +MGYG000000001_6 Prodigal:2.6 CDS 70802 72196 . + 0 ID=MGYG000000001_00730;eC_number=3.6.3.14;Name=atpD;db_xref=COG:COG0055;gene=atpD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2RFX9;locus_tag=MGYG000000001_00730;product=ATP synthase subunit beta;eggNOG=272563.CD630_34680;COG=C;KEGG=ko:K02112;Pfam=PF02874,PF00006;InterPro=IPR003593,IPR000194,IPR005722,IPR027417,IPR020003,IPR024034,IPR036121,IPR004100 +MGYG000000001_6 Prodigal:2.6 CDS 72199 72459 . + 0 ID=MGYG000000001_00731;Name=atpC;gene=atpC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29709;locus_tag=MGYG000000001_00731;product=ATP synthase epsilon chain%2C sodium ion specific;eggNOG=1301100.HG529431_gene1772;COG=C;KEGG=ko:K02114;Pfam=PF02823;InterPro=IPR020546,IPR036771,IPR001469 +MGYG000000001_6 Prodigal:2.6 CDS 72641 73021 . + 0 ID=MGYG000000001_00732;eC_number=2.7.8.7;Name=acpS;db_xref=COG:COG0736;gene=acpS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96618;locus_tag=MGYG000000001_00732;product=Holo-[acyl-carrier-protein] synthase;eggNOG=1151292.QEW_4091;COG=I;KEGG=ko:K00997;Pfam=PF01648;InterPro=IPR008278,IPR004568,IPR037143,IPR002582 +MGYG000000001_6 Prodigal:2.6 CDS 73026 73487 . + 0 ID=MGYG000000001_00733;eC_number=1.1.1.205;Name=guaB_1;gene=guaB_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01964;locus_tag=MGYG000000001_00733;product=Inosine-5'-monophosphate dehydrogenase;eggNOG=272563.CD630_34650;COG=S;KEGG=-;Pfam=PF00571;InterPro=IPR000644 +MGYG000000001_6 Prodigal:2.6 CDS 73509 74099 . + 0 ID=MGYG000000001_00734;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00734;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3203;COG=M;KEGG=-;InterPro=IPR029046 +MGYG000000001_6 Prodigal:2.6 CDS 74111 75271 . + 0 ID=MGYG000000001_00735;eC_number=5.1.1.1;Name=alr1_1;db_xref=COG:COG0787;gene=alr1_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8RAK6;locus_tag=MGYG000000001_00735;product=Alanine racemase 1;eggNOG=1301100.HG529431_gene1768;COG=M;KEGG=ko:K01775;Pfam=PF00842,PF01168;InterPro=IPR011079,IPR000821,IPR009006,IPR029066,IPR020622,IPR001608 +MGYG000000001_6 Prodigal:2.6 CDS 75302 75583 . + 0 ID=MGYG000000001_00736;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00736;product=hypothetical protein;eggNOG=1301100.HG529431_gene1767;COG=K;KEGG=ko:K07723;InterPro=IPR013321 +MGYG000000001_6 Prodigal:2.6 CDS 75576 75941 . + 0 ID=MGYG000000001_00737;eC_number=3.1.27.-;Name=ndoA;db_xref=COG:COG2337;gene=ndoA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96622;locus_tag=MGYG000000001_00737;product=Endoribonuclease EndoA;eggNOG=445973.CLOBAR_02562;COG=L;KEGG=ko:K07171;Pfam=PF02452;InterPro=IPR011067,IPR003477 +MGYG000000001_6 Prodigal:2.6 CDS 76149 76976 . + 0 ID=MGYG000000001_00738;eC_number=2.2.1.1;Name=cbbT;gene=cbbT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q60103;locus_tag=MGYG000000001_00738;product=Transketolase 2;eggNOG=1476973.JMMB01000007_gene3199;COG=G;KEGG=ko:K00615;Pfam=PF00456;InterPro=IPR029061,IPR005474 +MGYG000000001_6 Prodigal:2.6 CDS 76969 77898 . + 0 ID=MGYG000000001_00739;eC_number=2.2.1.7;Name=dxs_1;db_xref=COG:COG1154;gene=dxs_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P77488;locus_tag=MGYG000000001_00739;product=1-deoxy-D-xylulose-5-phosphate synthase;eggNOG=1391646.AVSU01000012_gene1808;COG=G;KEGG=ko:K00615;Pfam=PF02780,PF02779;InterPro=IPR033248,IPR009014,IPR029061,IPR005475 +MGYG000000001_6 Prodigal:2.6 CDS 78010 78438 . + 0 ID=MGYG000000001_00740;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00740;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3197;COG=-;KEGG=- +MGYG000000001_6 Prodigal:2.6 CDS 78663 81077 . + 0 ID=MGYG000000001_00741;eC_number=3.4.21.53;Name=lon_1;gene=lon_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01973;locus_tag=MGYG000000001_00741;product=Lon protease;eggNOG=1301100.HG529431_gene1762;COG=O;KEGG=-;Pfam=PF13654,PF05362;InterPro=IPR027065,IPR020568,IPR008269,IPR027417,IPR014721,IPR041699 +MGYG000000001_6 Prodigal:2.6 CDS 81185 81757 . - 0 ID=MGYG000000001_00742;eC_number=6.3.3.2;db_xref=COG:COG0212;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0R3H2;locus_tag=MGYG000000001_00742;product=5-formyltetrahydrofolate cyclo-ligase;eggNOG=445973.CLOBAR_02566;COG=H;KEGG=ko:K01934;Pfam=PF01812;InterPro=IPR002698,IPR037171,IPR024185 +MGYG000000001_6 Prodigal:2.6 CDS 81931 83082 . + 0 ID=MGYG000000001_00743;eC_number=3.4.21.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A5M9;locus_tag=MGYG000000001_00743;product=putative CtpA-like serine protease;eggNOG=1301100.HG529431_gene1760;COG=M;KEGG=ko:K03797;Pfam=PF03572,PF13180;InterPro=IPR036034,IPR005151,IPR001478,IPR029045,IPR004447 +MGYG000000001_6 Prodigal:2.6 CDS 83426 83545 . + 0 ID=MGYG000000001_00744;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00744;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 464 2275 . + 0 ID=MGYG000000001_00745;eC_number=2.7.7.-;Name=dnaG_2;gene=dnaG_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00974;locus_tag=MGYG000000001_00745;product=DNA primase;eggNOG=272563.CD630_14540;COG=L;KEGG=ko:K02316;Pfam=PF01807,PF13155,PF08275,PF10410;InterPro=IPR036977,IPR030846,IPR006295,IPR006171,IPR002694,IPR013264,IPR037068,IPR019475,IPR034151 +MGYG000000001_7 Prodigal:2.6 CDS 2291 3445 . + 0 ID=MGYG000000001_00746;Name=sigA_1;db_xref=COG:COG0568;gene=sigA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A0J0;locus_tag=MGYG000000001_00746;product=RNA polymerase sigma factor SigA;eggNOG=1301100.HG529352_gene4260;COG=K;KEGG=ko:K03086;Pfam=PF04539,PF03979,PF00140,PF04542,PF04545;InterPro=IPR007627,IPR028630,IPR012760,IPR013324,IPR007630,IPR013325,IPR007127,IPR000943,IPR042189,IPR007624,IPR014284,IPR009042,IPR036388 +MGYG000000001_7 Prodigal:2.6 CDS 3515 3703 . - 0 ID=MGYG000000001_00747;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00747;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 3767 4453 . + 0 ID=MGYG000000001_00748;eC_number=2.1.1.217;Name=trmK;db_xref=COG:COG2384;gene=trmK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54471;locus_tag=MGYG000000001_00748;product=tRNA (adenine(22)-N(1))-methyltransferase;eggNOG=1301100.HG529351_gene4259;COG=S;KEGG=ko:K06967;Pfam=PF04816;InterPro=IPR006901,IPR029063 +MGYG000000001_7 Prodigal:2.6 CDS 4481 5578 . + 0 ID=MGYG000000001_00749;db_xref=COG:COG0327;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67272;locus_tag=MGYG000000001_00749;product=GTP cyclohydrolase 1 type 2;eggNOG=1476973.JMMB01000007_gene1181;COG=S;KEGG=-;Pfam=PF01784;InterPro=IPR017221,IPR036069,IPR002678,IPR015867 +MGYG000000001_7 Prodigal:2.6 CDS 5799 7739 . + 0 ID=MGYG000000001_00750;eC_number=2.7.13.3;Name=rcsC_4;gene=rcsC_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_00750;product=Sensor histidine kinase RcsC;eggNOG=1391646.AVSU01000108_gene2265;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_7 Prodigal:2.6 CDS 7914 8972 . - 0 ID=MGYG000000001_00751;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00751;product=hypothetical protein;eggNOG=445973.CLOBAR_01205;COG=H;KEGG=-;Pfam=PF01208;InterPro=IPR000257,IPR038071 +MGYG000000001_7 Prodigal:2.6 CDS 9001 10500 . - 0 ID=MGYG000000001_00752;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00752;product=hypothetical protein;eggNOG=1123075.AUDP01000003_gene459;COG=QT;KEGG=-;Pfam=PF13556;InterPro=IPR042070,IPR025736 +MGYG000000001_7 Prodigal:2.6 CDS 10757 11806 . + 0 ID=MGYG000000001_00753;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00753;product=hypothetical protein;eggNOG=33035.JPJF01000013_gene4625;COG=H;KEGG=-;Pfam=PF01208;InterPro=IPR000257,IPR038071 +MGYG000000001_7 Prodigal:2.6 CDS 11945 13144 . + 0 ID=MGYG000000001_00754;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00754;product=hypothetical protein;eggNOG=931626.Awo_c03060;COG=EGP;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846 +MGYG000000001_7 Prodigal:2.6 CDS 13172 14161 . + 0 ID=MGYG000000001_00755;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00755;product=hypothetical protein;eggNOG=1123075.AUDP01000003_gene555;COG=H;KEGG=-;Pfam=PF01208;InterPro=IPR000257,IPR038071 +MGYG000000001_7 Prodigal:2.6 CDS 14256 15809 . - 0 ID=MGYG000000001_00756;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00756;product=hypothetical protein;eggNOG=33035.JPJF01000037_gene2953;COG=QT;KEGG=-;Pfam=PF13556;InterPro=IPR042070,IPR025736 +MGYG000000001_7 Prodigal:2.6 CDS 16037 16852 . + 0 ID=MGYG000000001_00757;eC_number=2.1.1.258;Name=acsE_1;db_xref=COG:COG1410;gene=acsE_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46389;locus_tag=MGYG000000001_00757;product=5-methyltetrahydrofolate:corrinoid/iron-sulfur protein co-methyltransferase;eggNOG=768710.DesyoDRAFT_3428;COG=E;KEGG=ko:K00548;Pfam=PF00809;InterPro=IPR000489,IPR011005 +MGYG000000001_7 Prodigal:2.6 CDS 16931 17584 . + 0 ID=MGYG000000001_00758;eC_number=2.1.1.13;Name=metH_1;db_xref=COG:COG0646;gene=metH_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P13009;locus_tag=MGYG000000001_00758;product=Methionine synthase;eggNOG=445973.CLOBAR_01207;COG=S;KEGG=-;Pfam=PF02607,PF02310;InterPro=IPR006158,IPR003759,IPR036594,IPR036724 +MGYG000000001_7 Prodigal:2.6 CDS 17736 18275 . + 0 ID=MGYG000000001_00759;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00759;product=hypothetical protein;eggNOG=457412.RSAG_01670;COG=S;KEGG=-;Pfam=PF10050;InterPro=IPR019271 +MGYG000000001_7 Prodigal:2.6 CDS 18310 20118 . + 0 ID=MGYG000000001_00760;eC_number=1.6.5.8;Name=nqrF_1;gene=nqrF_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00430;locus_tag=MGYG000000001_00760;product=Na(+)-translocating NADH-quinone reductase subunit F;eggNOG=536227.CcarbDRAFT_5296;COG=C;KEGG=-;Pfam=PF00111,PF14574,PF17650,PF17651;InterPro=IPR027980,IPR041414,IPR036010,IPR042259,IPR001041,IPR040506,IPR012675 +MGYG000000001_7 Prodigal:2.6 CDS 20369 22276 . + 0 ID=MGYG000000001_00761;eC_number=3.1.-.-;Name=mutS2_1;gene=mutS2_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65496;locus_tag=MGYG000000001_00761;product=Endonuclease MutS2;eggNOG=1292035.H476_2893;COG=L;KEGG=ko:K07456;Pfam=PF00488;InterPro=IPR005747,IPR007696,IPR000432,IPR036187,IPR027417 +MGYG000000001_7 Prodigal:2.6 CDS 22629 22892 . - 0 ID=MGYG000000001_00762;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00762;product=hypothetical protein;eggNOG=1301100.HG529236_gene7282;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 23175 24233 . + 0 ID=MGYG000000001_00763;Name=potD_1;db_xref=COG:COG0687;gene=potD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFK9;locus_tag=MGYG000000001_00763;product=Spermidine/putrescine-binding periplasmic protein;eggNOG=318464.IO99_05585;COG=P;KEGG=ko:K11069;Pfam=PF13416;InterPro=IPR006059,IPR001188 +MGYG000000001_7 Prodigal:2.6 CDS 24420 25301 . + 0 ID=MGYG000000001_00764;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00764;product=hypothetical protein;eggNOG=1294142.CINTURNW_2018;COG=K;KEGG=-;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_7 Prodigal:2.6 CDS 25448 25969 . + 0 ID=MGYG000000001_00765;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00765;product=hypothetical protein;eggNOG=1292035.H476_1454;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_7 Prodigal:2.6 CDS 25979 27160 . + 0 ID=MGYG000000001_00766;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00766;product=hypothetical protein;eggNOG=1243664.CAVL020000026_gene1187;COG=S;KEGG=-;Pfam=PF18705,PF13786;InterPro=IPR040680,IPR025436 +MGYG000000001_7 Prodigal:2.6 CDS 27192 27668 . + 0 ID=MGYG000000001_00767;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00767;product=hypothetical protein;eggNOG=702450.CUW_2637;COG=V;KEGG=-;Pfam=PF04892;InterPro=IPR006976 +MGYG000000001_7 Prodigal:2.6 CDS 27898 29094 . - 0 ID=MGYG000000001_00768;eC_number=2.6.1.1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23034;locus_tag=MGYG000000001_00768;product=Aspartate aminotransferase;eggNOG=1476973.JMMB01000007_gene521;COG=E;KEGG=ko:K00812;Pfam=PF00155;InterPro=IPR004838,IPR015424,IPR015422,IPR015421,IPR004839 +MGYG000000001_7 Prodigal:2.6 CDS 29206 30042 . + 0 ID=MGYG000000001_00769;eC_number=2.8.1.1;Name=sseB_1;db_xref=COG:COG2897;gene=sseB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WHF5;locus_tag=MGYG000000001_00769;product=Putative thiosulfate sulfurtransferase SseB;eggNOG=1476973.JMMB01000007_gene522;COG=P;KEGG=ko:K01011;Pfam=PF00581;InterPro=IPR001763,IPR036873 +MGYG000000001_7 Prodigal:2.6 CDS 30120 30248 . + 0 ID=MGYG000000001_00770;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00770;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 30465 31835 . + 0 ID=MGYG000000001_00771;Name=mepA_3;gene=mepA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_00771;product=Multidrug export protein MepA;eggNOG=1301100.HG529235_gene7305;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_7 Prodigal:2.6 CDS 32163 32333 . + 0 ID=MGYG000000001_00772;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00772;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 32450 33658 . + 0 ID=MGYG000000001_00773;eC_number=4.3.1.19;Name=tdcB_2;gene=tdcB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A5L8;locus_tag=MGYG000000001_00773;product=L-threonine dehydratase catabolic TdcB;eggNOG=1301100.HG529368_gene1335;COG=E;KEGG=ko:K01754;Pfam=PF00291;InterPro=IPR036052,IPR005789,IPR001926 +MGYG000000001_7 Prodigal:2.6 CDS 33980 34465 . + 0 ID=MGYG000000001_00774;Name=melB_1;db_xref=COG:COG2211;gene=melB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P02921;locus_tag=MGYG000000001_00774;product=Melibiose carrier protein;eggNOG=1122216.AUHW01000032_gene1105;COG=G;KEGG=ko:K11104;Pfam=PF13347;InterPro=IPR036259,IPR001927,IPR039672 +MGYG000000001_7 Prodigal:2.6 CDS 34480 35370 . + 0 ID=MGYG000000001_00775;Name=melB_2;db_xref=COG:COG2211;gene=melB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30878;locus_tag=MGYG000000001_00775;product=Melibiose carrier protein;eggNOG=1122216.AUHW01000032_gene1105;COG=G;KEGG=ko:K11104;Pfam=PF13347;InterPro=IPR036259,IPR001927,IPR039672 +MGYG000000001_7 Prodigal:2.6 CDS 35455 36306 . - 0 ID=MGYG000000001_00776;Name=araC;gene=araC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9E0;locus_tag=MGYG000000001_00776;product=Arabinose operon regulatory protein;eggNOG=1345695.CLSA_c08660;COG=K;KEGG=-;Pfam=PF02311,PF12833;InterPro=IPR003313,IPR037923,IPR018060,IPR009057,IPR020449,IPR018062 +MGYG000000001_7 Prodigal:2.6 CDS 36471 38657 . + 0 ID=MGYG000000001_00777;eC_number=3.2.1.22;Name=agaA;gene=agaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9ALJ4;locus_tag=MGYG000000001_00777;product=Alpha-galactosidase AgaA;eggNOG=1345695.CLSA_c08670;COG=G;KEGG=ko:K07407;Pfam=PF02065,PF16874,PF16875;InterPro=IPR031705,IPR013780,IPR038417,IPR000111,IPR013785,IPR031704,IPR002252,IPR017853 +MGYG000000001_7 Prodigal:2.6 CDS 38667 39623 . + 0 ID=MGYG000000001_00778;eC_number=2.7.1.11;Name=pfkB;db_xref=COG:COG0524;gene=pfkB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D9TT10;locus_tag=MGYG000000001_00778;product=ATP-dependent 6-phosphofructokinase;eggNOG=931276.Cspa_c57840;COG=G;KEGG=ko:K00847,ko:K03338;Pfam=PF00294;InterPro=IPR029056,IPR002139,IPR002173,IPR011611 +MGYG000000001_7 Prodigal:2.6 CDS 39643 40272 . + 0 ID=MGYG000000001_00779;eC_number=2.4.1.329;Name=spp_1;db_xref=COG:COG0366;gene=spp_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D9TT09;locus_tag=MGYG000000001_00779;product=Sucrose 6(F)-phosphate phosphorylase;eggNOG=931276.Cspa_c57850;COG=G;KEGG=ko:K00690,ko:K21350;Pfam=PF00128;InterPro=IPR022527,IPR006047,IPR016377,IPR017853 +MGYG000000001_7 Prodigal:2.6 CDS 40436 41113 . + 0 ID=MGYG000000001_00780;eC_number=2.4.1.329;Name=spp_2;db_xref=COG:COG0366;gene=spp_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D9TT09;locus_tag=MGYG000000001_00780;product=Sucrose 6(F)-phosphate phosphorylase;eggNOG=931276.Cspa_c57850;COG=G;KEGG=ko:K00690,ko:K21350;Pfam=PF00128;InterPro=IPR022527,IPR006047,IPR016377,IPR017853 +MGYG000000001_7 Prodigal:2.6 CDS 41256 41444 . + 0 ID=MGYG000000001_00781;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00781;product=hypothetical protein;eggNOG=1321778.HMPREF1982_03641;COG=S;KEGG=-;Pfam=PF14205;InterPro=IPR025957 +MGYG000000001_7 Prodigal:2.6 CDS 41709 42029 . - 0 ID=MGYG000000001_00782;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00782;product=hypothetical protein;eggNOG=536233.CLO_1118;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 42057 42257 . - 0 ID=MGYG000000001_00783;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00783;product=hypothetical protein;eggNOG=1301100.HG529318_gene6144;COG=L;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 42550 42861 . - 0 ID=MGYG000000001_00784;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00784;product=hypothetical protein;eggNOG=913865.DOT_3590;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 43339 43887 . + 0 ID=MGYG000000001_00785;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00785;product=hypothetical protein;eggNOG=1196322.A370_02238;COG=V;KEGG=-;Pfam=PF04892;InterPro=IPR006976 +MGYG000000001_7 Prodigal:2.6 CDS 44108 44272 . + 0 ID=MGYG000000001_00786;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00786;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 44407 44925 . + 0 ID=MGYG000000001_00787;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00787;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 45511 46023 . - 0 ID=MGYG000000001_00788;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00788;product=hypothetical protein;eggNOG=86416.Clopa_2082;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 46092 47045 . - 0 ID=MGYG000000001_00789;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00789;product=hypothetical protein;eggNOG=1405.DJ92_4751;COG=G;KEGG=-;Pfam=PF07995;InterPro=IPR012938,IPR011041,IPR011042 +MGYG000000001_7 Prodigal:2.6 CDS 47133 47504 . - 0 ID=MGYG000000001_00790;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00790;product=hypothetical protein;eggNOG=86416.Clopa_2083;COG=G;KEGG=-;Pfam=PF07995;InterPro=IPR012938,IPR011041,IPR011042 +MGYG000000001_7 Prodigal:2.6 CDS 48863 49597 . + 0 ID=MGYG000000001_00791;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00791;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1988;COG=T;KEGG=-;Pfam=PF12850;InterPro=IPR000979,IPR024654,IPR029052,IPR011152 +MGYG000000001_7 Prodigal:2.6 CDS 49840 50295 . + 0 ID=MGYG000000001_00792;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00792;product=hypothetical protein;eggNOG=1301100.HG529265_gene644;COG=KT;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 50474 51295 . - 0 ID=MGYG000000001_00793;eC_number=1.6.5.11;Name=ndhI_3;gene=ndhI_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01351;locus_tag=MGYG000000001_00793;product=NAD(P)H-quinone oxidoreductase subunit I%2C chloroplastic;eggNOG=1301100.HG529244_gene2331;COG=C;KEGG=-;Pfam=PF13237,PF00881;InterPro=IPR017900,IPR029479,IPR000415,IPR017896 +MGYG000000001_7 Prodigal:2.6 CDS 51441 51782 . + 0 ID=MGYG000000001_00794;Name=hxlR_1;db_xref=COG:COG1733;gene=hxlR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42406;locus_tag=MGYG000000001_00794;product=HTH-type transcriptional activator HxlR;eggNOG=642492.Clole_0169;COG=K;KEGG=-;Pfam=PF01638;InterPro=IPR002577,IPR011991,IPR036388,IPR036390 +MGYG000000001_7 Prodigal:2.6 CDS 52289 53890 . - 0 ID=MGYG000000001_00795;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00795;product=hypothetical protein;eggNOG=545697.HMPREF0216_01420;COG=GM;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 53983 54135 . + 0 ID=MGYG000000001_00796;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00796;product=hypothetical protein;eggNOG=1499968.TCA2_1846;COG=FJ;KEGG=-;InterPro=IPR016193 +MGYG000000001_7 Prodigal:2.6 CDS 54612 54899 . + 0 ID=MGYG000000001_00797;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00797;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 55388 56992 . + 0 ID=MGYG000000001_00798;eC_number=2.7.7.-;Name=dnaG_3;gene=dnaG_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00974;locus_tag=MGYG000000001_00798;product=DNA primase;eggNOG=1301100.HG529388_gene4968;COG=-;KEGG=-;Pfam=PF05272,PF01807;InterPro=IPR007936,IPR002694,IPR036977 +MGYG000000001_7 Prodigal:2.6 CDS 57377 57889 . + 0 ID=MGYG000000001_00799;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00799;product=hypothetical protein;eggNOG=1033737.CAEV01000055_gene3785;COG=S;KEGG=-;Pfam=PF11385;InterPro=IPR021525 +MGYG000000001_7 Prodigal:2.6 CDS 58056 58430 . - 0 ID=MGYG000000001_00800;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00800;product=hypothetical protein;eggNOG=268407.PWYN_28385;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 58901 60640 . - 0 ID=MGYG000000001_00801;Name=ettA_2;db_xref=COG:COG0488;gene=ettA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9W3;locus_tag=MGYG000000001_00801;product=Energy-dependent translational throttle protein EttA;eggNOG=1292035.H476_1305;COG=S;KEGG=ko:K06158;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_7 Prodigal:2.6 CDS 60981 61349 . + 0 ID=MGYG000000001_00802;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00802;product=hypothetical protein;eggNOG=1292035.H476_1828;COG=S;KEGG=-;Pfam=PF04020;InterPro=IPR007165 +MGYG000000001_7 Prodigal:2.6 CDS 61597 61911 . + 0 ID=MGYG000000001_00803;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00803;product=hypothetical protein;eggNOG=1292035.H476_1270;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 62129 62500 . - 0 ID=MGYG000000001_00804;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00804;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 63009 63374 . + 0 ID=MGYG000000001_00805;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00805;product=hypothetical protein;eggNOG=1280689.AUJC01000006_gene2813;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 63872 64084 . + 0 ID=MGYG000000001_00806;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00806;product=hypothetical protein +MGYG000000001_7 Prodigal:2.6 CDS 64349 64495 . - 0 ID=MGYG000000001_00807;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00807;product=hypothetical protein;eggNOG=1301100.HG529329_gene4472;COG=S;KEGG=-;Pfam=PF12841;InterPro=IPR024419 +MGYG000000001_7 Prodigal:2.6 CDS 64507 64734 . - 0 ID=MGYG000000001_00808;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00808;product=hypothetical protein;eggNOG=1292035.H476_1265;COG=S;KEGG=-;Pfam=PF11148;InterPro=IPR021321 +MGYG000000001_7 Prodigal:2.6 CDS 64767 64982 . - 0 ID=MGYG000000001_00809;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00809;product=hypothetical protein;eggNOG=445973.CLOBAR_02332;COG=S;KEGG=-;Pfam=PF07872;InterPro=IPR012454 +MGYG000000001_7 Prodigal:2.6 CDS 65266 65490 . + 0 ID=MGYG000000001_00810;eC_number=3.4.21.88;Name=lexA_2;gene=lexA_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00015;locus_tag=MGYG000000001_00810;product=LexA repressor;eggNOG=632335.Calkr_2090;COG=KT;KEGG=ko:K01356;Pfam=PF01726;InterPro=IPR036388,IPR006199,IPR036390 +MGYG000000001_7 Prodigal:2.6 CDS 65503 65892 . + 0 ID=MGYG000000001_00811;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00811;product=hypothetical protein;eggNOG=1301100.HG529271_gene1702;COG=L;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 66112 66378 . + 0 ID=MGYG000000001_00812;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00812;product=hypothetical protein;eggNOG=1391646.AVSU01000117_gene822;COG=S;KEGG=-;Pfam=PF08765;InterPro=IPR014875,IPR009057 +MGYG000000001_7 Prodigal:2.6 CDS 66546 67181 . + 0 ID=MGYG000000001_00813;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00813;product=hypothetical protein;eggNOG=318464.IO99_07725;COG=-;KEGG=- +MGYG000000001_7 Prodigal:2.6 CDS 67215 67514 . + 0 ID=MGYG000000001_00814;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00814;product=hypothetical protein;eggNOG=1301100.HG529285_gene7052;COG=S;KEGG=-;Pfam=PF07883;InterPro=IPR013096,IPR011051,IPR014710 +MGYG000000001_7 Prodigal:2.6 CDS 67583 68578 . - 0 ID=MGYG000000001_00815;Name=lacR_1;db_xref=COG:COG1609;gene=lacR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WTB0;locus_tag=MGYG000000001_00815;product=HTH-type transcriptional regulator LacR;eggNOG=1274524.BSONL12_19074;COG=K;KEGG=ko:K02529;Pfam=PF00356,PF13377;InterPro=IPR028082,IPR000843,IPR010982 +MGYG000000001_7 Prodigal:2.6 CDS 68892 70160 . + 0 ID=MGYG000000001_00816;Name=cycB;db_xref=COG:COG2182;gene=cycB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07009;locus_tag=MGYG000000001_00816;product=Cyclodextrin-binding protein;eggNOG=35841.BT1A1_0500;COG=G;KEGG=ko:K02027,ko:K15770,ko:K17237;Pfam=PF13416;InterPro=IPR006059 +MGYG000000001_7 Prodigal:2.6 CDS 70223 71533 . + 0 ID=MGYG000000001_00817;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00817;product=hypothetical protein;eggNOG=1158606.I579_00674;COG=U;KEGG=ko:K15771;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_7 Prodigal:2.6 CDS 71535 72419 . + 0 ID=MGYG000000001_00818;Name=malG;db_xref=COG:COG3833;gene=malG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P68183;locus_tag=MGYG000000001_00818;product=Maltose transport system permease protein MalG;eggNOG=1158606.I579_00673;COG=U;KEGG=ko:K15772;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_7 Prodigal:2.6 CDS 72435 74480 . + 0 ID=MGYG000000001_00819;eC_number=3.2.1.23;Name=ganA;db_xref=COG:COG1874;gene=ganA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q65CX4;locus_tag=MGYG000000001_00819;product=Beta-galactosidase GanA;eggNOG=1408424.JHYI01000036_gene2516;COG=G;KEGG=ko:K12308;Pfam=PF02449,PF08532,PF08533;InterPro=IPR029062,IPR013780,IPR013738,IPR013739,IPR013529,IPR003476,IPR017853 +MGYG000000001_7 Prodigal:2.6 CDS 74819 75154 . + 0 ID=MGYG000000001_00820;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00820;product=hypothetical protein;eggNOG=1443122.Z958_12500;COG=S;KEGG=-;Pfam=PF13630;InterPro=IPR025962 +MGYG000000001_8 INFERNAL:1.1.2 ncRNA 25769 25856 . - . ID=MGYG000000001_8_ncRNA12;inference=Rfam:14.6;locus_tag=MGYG000000001_8_ncRNA12;product=TPP riboswitch (THI element);rfam=RF00059 +MGYG000000001_8 Prodigal:2.6 CDS 65 265 . - 0 ID=MGYG000000001_00821;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00821;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3183;COG=S;KEGG=-;Pfam=PF03606;InterPro=IPR018385 +MGYG000000001_8 Prodigal:2.6 CDS 411 1466 . + 0 ID=MGYG000000001_00822;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00822;product=hypothetical protein;eggNOG=445973.CLOBAR_00951;COG=S;KEGG=-;Pfam=PF03060;InterPro=IPR001295,IPR013785,IPR004136 +MGYG000000001_8 Prodigal:2.6 CDS 1785 2240 . - 0 ID=MGYG000000001_00823;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00823;product=hypothetical protein;eggNOG=445973.CLOBAR_00939;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_8 Prodigal:2.6 CDS 2353 3159 . - 0 ID=MGYG000000001_00824;eC_number=6.4.1.2;Name=accA;db_xref=COG:COG0825;gene=accA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ABD5;locus_tag=MGYG000000001_00824;product=Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha;eggNOG=1196322.A370_03516;COG=I;KEGG=ko:K01962;Pfam=PF03255;InterPro=IPR029045,IPR011763,IPR001095 +MGYG000000001_8 Prodigal:2.6 CDS 3149 4018 . - 0 ID=MGYG000000001_00825;eC_number=6.4.1.2;Name=accD;db_xref=COG:COG0777;gene=accD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FXM6;locus_tag=MGYG000000001_00825;product=Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta;eggNOG=445973.CLOBAR_00941;COG=I;KEGG=ko:K01962,ko:K01963;Pfam=PF17848,PF01039;InterPro=IPR041010,IPR011762,IPR034733,IPR029045,IPR000438 +MGYG000000001_8 Prodigal:2.6 CDS 4011 5363 . - 0 ID=MGYG000000001_00826;eC_number=6.3.4.14;Name=accC;db_xref=COG:COG0439;gene=accC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P43873;locus_tag=MGYG000000001_00826;product=Biotin carboxylase;eggNOG=445973.CLOBAR_00942;COG=I;KEGG=ko:K01961;Pfam=PF02785,PF00289,PF02786;InterPro=IPR011764,IPR005482,IPR011761,IPR005481,IPR011054,IPR016185,IPR005479,IPR004549 +MGYG000000001_8 Prodigal:2.6 CDS 5372 5794 . - 0 ID=MGYG000000001_00827;eC_number=4.2.1.59;Name=fabZ;db_xref=COG:COG0764;gene=fabZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9HXY7;locus_tag=MGYG000000001_00827;product=3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ;eggNOG=445973.CLOBAR_00943;COG=I;KEGG=ko:K02372;Pfam=PF07977;InterPro=IPR013114,IPR010084,IPR029069 +MGYG000000001_8 Prodigal:2.6 CDS 5795 6319 . - 0 ID=MGYG000000001_00828;Name=accB;db_xref=COG:COG0511;gene=accB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06881;locus_tag=MGYG000000001_00828;product=Biotin carboxyl carrier protein of acetyl-CoA carboxylase;eggNOG=445973.CLOBAR_00944;COG=I;KEGG=ko:K02160;Pfam=PF00364;InterPro=IPR001882,IPR001249,IPR011053,IPR000089 +MGYG000000001_8 Prodigal:2.6 CDS 6332 7567 . - 0 ID=MGYG000000001_00829;eC_number=2.3.1.179;Name=fabF;db_xref=COG:COG0304;gene=fabF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34340;locus_tag=MGYG000000001_00829;product=3-oxoacyl-[acyl-carrier-protein] synthase 2;eggNOG=445973.CLOBAR_00945;COG=I;KEGG=ko:K09458;Pfam=PF00109,PF02801;InterPro=IPR014030,IPR000794,IPR017568,IPR020841,IPR014031,IPR016039 +MGYG000000001_8 Prodigal:2.6 CDS 7577 8317 . - 0 ID=MGYG000000001_00830;eC_number=1.1.1.100;Name=fabG_1;gene=fabG_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A0H9;locus_tag=MGYG000000001_00830;product=3-oxoacyl-[acyl-carrier-protein] reductase FabG;eggNOG=445973.CLOBAR_00946;COG=IQ;KEGG=ko:K00059;Pfam=PF13561;InterPro=IPR020904,IPR011284,IPR036291,IPR002347 +MGYG000000001_8 Prodigal:2.6 CDS 8353 9303 . - 0 ID=MGYG000000001_00831;eC_number=2.3.1.39;Name=fabD;db_xref=COG:COG0331;gene=fabD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q99UN8;locus_tag=MGYG000000001_00831;product=Malonyl CoA-acyl carrier protein transacylase;eggNOG=445973.CLOBAR_00947;COG=I;KEGG=ko:K00645;Pfam=PF00698;InterPro=IPR001227,IPR016036,IPR014043,IPR024925,IPR020801,IPR016035,IPR004410 +MGYG000000001_8 Prodigal:2.6 CDS 9303 10229 . - 0 ID=MGYG000000001_00832;eC_number=1.13.12.16;db_xref=COG:COG2070;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9I4V0;locus_tag=MGYG000000001_00832;product=Nitronate monooxygenase;eggNOG=445973.CLOBAR_00948;COG=S;KEGG=ko:K02371;Pfam=PF03060;InterPro=IPR017569,IPR013785,IPR004136 +MGYG000000001_8 Prodigal:2.6 CDS 10254 10490 . - 0 ID=MGYG000000001_00833;Name=acpP_1;db_xref=COG:COG0236;gene=acpP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5SL79;locus_tag=MGYG000000001_00833;product=Acyl carrier protein;eggNOG=445973.CLOBAR_00949;COG=IQ;KEGG=-;Pfam=PF00550;InterPro=IPR009081,IPR003231,IPR036736 +MGYG000000001_8 Prodigal:2.6 CDS 10666 11643 . - 0 ID=MGYG000000001_00834;eC_number=2.3.1.180;Name=fabH;db_xref=COG:COG0332;gene=fabH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67185;locus_tag=MGYG000000001_00834;product=3-oxoacyl-[acyl-carrier-protein] synthase 3;eggNOG=445973.CLOBAR_00950;COG=I;KEGG=ko:K00648;Pfam=PF08545,PF08541;InterPro=IPR016039,IPR013747,IPR013751,IPR004655 +MGYG000000001_8 Prodigal:2.6 CDS 12009 16136 . - 0 ID=MGYG000000001_00835;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00835;product=hypothetical protein;eggNOG=1301100.HG529307_gene354;COG=F;KEGG=ko:K01119;Pfam=PF00149,PF02872;InterPro=IPR029052,IPR008334,IPR006146,IPR004843,IPR006179,IPR036907 +MGYG000000001_8 Prodigal:2.6 CDS 16611 18257 . - 0 ID=MGYG000000001_00836;Name=oppA;db_xref=COG:COG4166;gene=oppA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24141;locus_tag=MGYG000000001_00836;product=Oligopeptide-binding protein OppA;eggNOG=1121335.Clst_2409;COG=E;KEGG=ko:K02035,ko:K15580;Pfam=PF00496;InterPro=IPR030678,IPR039424,IPR000914,IPR023765 +MGYG000000001_8 Prodigal:2.6 CDS 18319 19302 . - 0 ID=MGYG000000001_00837;Name=oppF;db_xref=COG:COG4608;gene=oppF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24137;locus_tag=MGYG000000001_00837;product=Oligopeptide transport ATP-binding protein OppF;eggNOG=1120746.CCNL01000009_gene996;COG=E;KEGG=ko:K10823;Pfam=PF00005,PF08352;InterPro=IPR003593,IPR003439,IPR027417,IPR013563,IPR017871 +MGYG000000001_8 Prodigal:2.6 CDS 19299 20312 . - 0 ID=MGYG000000001_00838;Name=oppD_1;db_xref=COG:COG0444;gene=oppD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24136;locus_tag=MGYG000000001_00838;product=Oligopeptide transport ATP-binding protein OppD;eggNOG=1297617.JPJD01000041_gene1840;COG=EP;KEGG=ko:K15583;Pfam=PF00005,PF08352;InterPro=IPR003593,IPR003439,IPR027417,IPR013563,IPR017871 +MGYG000000001_8 Prodigal:2.6 CDS 20325 21335 . - 0 ID=MGYG000000001_00839;Name=oppC_1;db_xref=COG:COG1173;gene=oppC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24139;locus_tag=MGYG000000001_00839;product=Oligopeptide transport system permease protein OppC;eggNOG=1120746.CCNL01000009_gene994;COG=EP;KEGG=ko:K15582;Pfam=PF00528,PF12911;InterPro=IPR000515,IPR025966,IPR035906 +MGYG000000001_8 Prodigal:2.6 CDS 21350 22276 . - 0 ID=MGYG000000001_00840;Name=dppB;db_xref=COG:COG0601;gene=dppB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26903;locus_tag=MGYG000000001_00840;product=Dipeptide transport system permease protein DppB;eggNOG=1297617.JPJD01000041_gene1838;COG=EP;KEGG=ko:K15581;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_8 Prodigal:2.6 CDS 22915 23649 . - 0 ID=MGYG000000001_00841;eC_number=3.6.3.-;Name=cmpD_1;gene=cmpD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55463;locus_tag=MGYG000000001_00841;product=Bicarbonate transport ATP-binding protein CmpD;eggNOG=272563.CD630_19780;COG=P;KEGG=ko:K02049;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_8 Prodigal:2.6 CDS 23618 24628 . - 0 ID=MGYG000000001_00842;Name=thiY;db_xref=COG:COG0715;gene=thiY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9K9G5;locus_tag=MGYG000000001_00842;product=Formylaminopyrimidine-binding protein;eggNOG=272563.CD630_19790;COG=P;KEGG=-;Pfam=PF09084;InterPro=IPR015168,IPR027939 +MGYG000000001_8 Prodigal:2.6 CDS 24639 25403 . - 0 ID=MGYG000000001_00843;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00843;product=hypothetical protein;eggNOG=1301100.HG529333_gene4587;COG=P;KEGG=-;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_8 Prodigal:2.6 CDS 25378 25668 . - 0 ID=MGYG000000001_00844;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00844;product=hypothetical protein;eggNOG=1301100.HG529333_gene4588;COG=S;KEGG=-;Pfam=PF01910;InterPro=IPR029756,IPR002767 +MGYG000000001_8 Prodigal:2.6 CDS 26032 26643 . + 0 ID=MGYG000000001_00845;eC_number=3.6.1.-;Name=nudL;gene=nudL;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01592;locus_tag=MGYG000000001_00845;product=putative Nudix hydrolase NudL;eggNOG=1301100.HG529333_gene4589;COG=L;KEGG=-;Pfam=PF00293;InterPro=IPR015797,IPR000086,IPR020084 +MGYG000000001_8 Prodigal:2.6 CDS 27045 28475 . - 0 ID=MGYG000000001_00846;eC_number=2.8.4.3;Name=miaB_1;db_xref=COG:COG0621;gene=miaB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31778;locus_tag=MGYG000000001_00846;product=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase;eggNOG=1301100.HG529333_gene4592;COG=J;KEGG=ko:K06168;Pfam=PF04055,PF01938,PF00919;InterPro=IPR038135,IPR006638,IPR005839,IPR007197,IPR006463,IPR023404,IPR013848,IPR020612,IPR002792 +MGYG000000001_8 Prodigal:2.6 CDS 28673 29329 . + 0 ID=MGYG000000001_00847;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31533;locus_tag=MGYG000000001_00847;note=UPF0702 transmembrane protein YetF;product=hypothetical protein;eggNOG=1301100.HG529333_gene4593;COG=K;KEGG=-;Pfam=PF04239;InterPro=IPR023090,IPR007353 +MGYG000000001_8 Prodigal:2.6 CDS 29350 29730 . + 0 ID=MGYG000000001_00848;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00848;product=hypothetical protein;eggNOG=272563.CD630_17880;COG=S;KEGG=-;Pfam=PF14276;InterPro=IPR025373 +MGYG000000001_8 Prodigal:2.6 CDS 29862 31082 . - 0 ID=MGYG000000001_00849;eC_number=6.3.4.5;Name=argG;db_xref=COG:COG0137;gene=argG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P59846;locus_tag=MGYG000000001_00849;product=Argininosuccinate synthase;eggNOG=272563.CD630_17850;COG=E;KEGG=ko:K01940;Pfam=PF00764;InterPro=IPR001518,IPR024074,IPR018223,IPR014729,IPR023434 +MGYG000000001_8 Prodigal:2.6 CDS 31530 32267 . - 0 ID=MGYG000000001_00850;eC_number=5.4.99.12;Name=truA_1;db_xref=COG:COG0101;gene=truA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07649;locus_tag=MGYG000000001_00850;product=tRNA pseudouridine synthase A;eggNOG=1301100.HG529333_gene4596;COG=J;KEGG=ko:K06173;Pfam=PF01416;InterPro=IPR020097,IPR020095,IPR001406,IPR020103 +MGYG000000001_8 Prodigal:2.6 CDS 32298 33728 . - 0 ID=MGYG000000001_00851;eC_number=2.7.13.3;Name=rcsC_5;gene=rcsC_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_00851;product=Sensor histidine kinase RcsC;eggNOG=1301100.HG529333_gene4597;COG=T;KEGG=-;Pfam=PF00512,PF00672,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358,IPR003660 +MGYG000000001_8 Prodigal:2.6 CDS 33731 34429 . - 0 ID=MGYG000000001_00852;Name=walR_1;db_xref=COG:COG0745;gene=walR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37478;locus_tag=MGYG000000001_00852;product=Transcriptional regulatory protein WalR;eggNOG=1476973.JMMB01000007_gene1710;COG=KT;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_8 Prodigal:2.6 CDS 34447 35841 . - 0 ID=MGYG000000001_00853;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00853;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1709;COG=-;KEGG=- +MGYG000000001_8 Prodigal:2.6 CDS 35852 36475 . - 0 ID=MGYG000000001_00854;eC_number=3.1.3.-;Name=cca_1;gene=cca_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01261;locus_tag=MGYG000000001_00854;product=Multifunctional CCA protein;eggNOG=1301100.HG529333_gene4601;COG=O;KEGG=-;Pfam=PF01966;InterPro=IPR006675,IPR006674,IPR003607 +MGYG000000001_8 Prodigal:2.6 CDS 36649 37434 . - 0 ID=MGYG000000001_00855;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00855;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1707;COG=-;KEGG=- +MGYG000000001_8 Prodigal:2.6 CDS 37510 38658 . - 0 ID=MGYG000000001_00856;Name=rlmL_1;db_xref=COG:COG0116;gene=rlmL_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75864;locus_tag=MGYG000000001_00856;product=Ribosomal RNA large subunit methyltransferase K/L;eggNOG=445973.CLOBAR_01693;COG=L;KEGG=ko:K07444;Pfam=PF02926,PF01170;InterPro=IPR029063,IPR004114,IPR002052,IPR000241 +MGYG000000001_8 Prodigal:2.6 CDS 38676 39476 . - 0 ID=MGYG000000001_00857;eC_number=2.8.1.-;Name=larE;db_xref=COG:COG1606;gene=larE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:F9UST4;locus_tag=MGYG000000001_00857;product=Pyridinium-3%2C5-biscarboxylic acid mononucleotide sulfurtransferase;eggNOG=1476973.JMMB01000007_gene1705;COG=S;KEGG=ko:K06864;Pfam=PF02540;InterPro=IPR005232,IPR014729,IPR022310 +MGYG000000001_8 Prodigal:2.6 CDS 39686 39919 . + 0 ID=MGYG000000001_00858;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00858;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1704;COG=-;KEGG=- +MGYG000000001_8 Prodigal:2.6 CDS 40012 40662 . - 0 ID=MGYG000000001_00859;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00859;product=hypothetical protein;eggNOG=1292035.H476_2175;COG=S;KEGG=-;Pfam=PF13346;InterPro=IPR025699 +MGYG000000001_8 Prodigal:2.6 CDS 40665 41519 . - 0 ID=MGYG000000001_00860;eC_number=3.6.3.33;Name=btuD_4;gene=btuD_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_00860;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=1476973.JMMB01000007_gene2048;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_8 Prodigal:2.6 CDS 41521 41907 . - 0 ID=MGYG000000001_00861;Name=ytrA_1;db_xref=COG:COG1725;gene=ytrA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34712;locus_tag=MGYG000000001_00861;product=HTH-type transcriptional repressor YtrA;eggNOG=1476973.JMMB01000007_gene2049;COG=K;KEGG=ko:K07979;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_8 Prodigal:2.6 CDS 42139 42762 . - 0 ID=MGYG000000001_00862;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00862;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1308;COG=-;KEGG=- +MGYG000000001_8 Prodigal:2.6 CDS 42764 43438 . - 0 ID=MGYG000000001_00863;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00863;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1307;COG=-;KEGG=- +MGYG000000001_8 Prodigal:2.6 CDS 43547 44218 . - 0 ID=MGYG000000001_00864;Name=pspA_1;db_xref=COG:COG1842;gene=pspA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFM6;locus_tag=MGYG000000001_00864;product=Phage shock protein A;eggNOG=1301100.HG529282_gene6974;COG=KT;KEGG=ko:K03969;Pfam=PF04012;InterPro=IPR007157 +MGYG000000001_8 Prodigal:2.6 CDS 44421 44942 . + 0 ID=MGYG000000001_00865;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00865;product=hypothetical protein;eggNOG=1301100.HG529282_gene6973;COG=J;KEGG=-;Pfam=PF13563;InterPro=IPR009097 +MGYG000000001_8 Prodigal:2.6 CDS 45115 47454 . - 0 ID=MGYG000000001_00866;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00866;product=hypothetical protein;eggNOG=1216932.CM240_1021;COG=L;KEGG=ko:K07464,ko:K10844;Pfam=PF13307,PF06733;InterPro=IPR010614,IPR042493,IPR014013,IPR006554,IPR027417,IPR001650,IPR006555,IPR014001 +MGYG000000001_8 Prodigal:2.6 CDS 47456 47926 . - 0 ID=MGYG000000001_00867;eC_number=2.1.1.63;Name=ogt;db_xref=COG:COG0350;gene=ogt;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P11742;locus_tag=MGYG000000001_00867;product=Methylated-DNA--protein-cysteine methyltransferase%2C constitutive;eggNOG=1151292.QEW_2499;COG=L;KEGG=ko:K00567;Pfam=PF02870,PF01035;InterPro=IPR014048,IPR001497,IPR036217,IPR023546,IPR036631,IPR008332,IPR036388 +MGYG000000001_8 Prodigal:2.6 CDS 48047 49684 . - 0 ID=MGYG000000001_00868;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00868;product=hypothetical protein;eggNOG=1391646.AVSU01000144_gene3307;COG=P;KEGG=ko:K03324;Pfam=PF02690,PF01895;InterPro=IPR004633,IPR003841,IPR038078,IPR026022 +MGYG000000001_8 Prodigal:2.6 CDS 49906 50526 . - 0 ID=MGYG000000001_00869;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00869;product=hypothetical protein;eggNOG=768706.Desor_0378;COG=S;KEGG=-;Pfam=PF12654;InterPro=IPR024264 +MGYG000000001_8 Prodigal:2.6 CDS 50658 50762 . - 0 ID=MGYG000000001_00870;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00870;product=hypothetical protein +MGYG000000001_8 Prodigal:2.6 CDS 50845 51456 . + 0 ID=MGYG000000001_00871;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00871;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1326;COG=M;KEGG=-;Pfam=PF13679;InterPro=IPR025714,IPR029063 +MGYG000000001_8 Prodigal:2.6 CDS 51556 51756 . - 0 ID=MGYG000000001_00872;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00872;product=hypothetical protein;eggNOG=1301100.HG529280_gene7029;COG=-;KEGG=- +MGYG000000001_8 Prodigal:2.6 CDS 52020 52853 . - 0 ID=MGYG000000001_00873;Name=rhaR_3;gene=rhaR_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_00873;product=HTH-type transcriptional activator RhaR;eggNOG=999411.HMPREF1092_02749;COG=K;KEGG=-;Pfam=PF12833;InterPro=IPR018060,IPR009057,IPR018062 +MGYG000000001_8 Prodigal:2.6 CDS 53028 54392 . + 0 ID=MGYG000000001_00874;Name=yjmB_3;db_xref=COG:COG2211;gene=yjmB_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34961;locus_tag=MGYG000000001_00874;product=putative symporter YjmB;eggNOG=999411.HMPREF1092_02750;COG=G;KEGG=ko:K03292;Pfam=PF13347;InterPro=IPR036259,IPR001927,IPR039672 +MGYG000000001_8 Prodigal:2.6 CDS 54420 55181 . + 0 ID=MGYG000000001_00875;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00875;product=hypothetical protein;eggNOG=999411.HMPREF1092_02751;COG=S;KEGG=ko:K06889;Pfam=PF12146;InterPro=IPR022742,IPR029058 +MGYG000000001_8 Prodigal:2.6 CDS 55220 57142 . + 0 ID=MGYG000000001_00876;eC_number=1.-.-.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32382;locus_tag=MGYG000000001_00876;product=NADH oxidase;eggNOG=999411.HMPREF1092_02752;COG=C;KEGG=-;Pfam=PF00724,PF07992;InterPro=IPR001155,IPR036188,IPR013785,IPR023753 +MGYG000000001_8 Prodigal:2.6 CDS 57217 57600 . - 0 ID=MGYG000000001_00877;eC_number=2.7.1.121;Name=dhaM;db_xref=COG:COG3412;gene=dhaM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9CIV6;locus_tag=MGYG000000001_00877;product=PTS-dependent dihydroxyacetone kinase%2C phosphotransferase subunit DhaM;eggNOG=1294142.CINTURNW_2505;COG=S;KEGG=ko:K05881;Pfam=PF03610;InterPro=IPR039643,IPR036662,IPR012844,IPR004701 +MGYG000000001_8 Prodigal:2.6 CDS 57603 58238 . - 0 ID=MGYG000000001_00878;eC_number=2.7.1.121;Name=dhaL;db_xref=COG:COG2376;gene=dhaL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76014;locus_tag=MGYG000000001_00878;product=PEP-dependent dihydroxyacetone kinase%2C ADP-binding subunit DhaL;eggNOG=929506.CbC4_2420;COG=S;KEGG=ko:K05879;Pfam=PF02734;InterPro=IPR004007,IPR012737,IPR036117 +MGYG000000001_8 Prodigal:2.6 CDS 58268 59266 . - 0 ID=MGYG000000001_00879;eC_number=2.7.1.121;Name=dhaK;db_xref=COG:COG2376;gene=dhaK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9CIV8;locus_tag=MGYG000000001_00879;product=PTS-dependent dihydroxyacetone kinase%2C dihydroxyacetone-binding subunit DhaK;eggNOG=1443125.Z962_09455;COG=G;KEGG=ko:K05878;Pfam=PF02733;InterPro=IPR012736,IPR004006 +MGYG000000001_8 Prodigal:2.6 CDS 59344 59871 . - 0 ID=MGYG000000001_00880;eC_number=4.2.1.2;Name=fumB;db_xref=COG:COG1838;gene=fumB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P14407;locus_tag=MGYG000000001_00880;product=Fumarate hydratase class I%2C anaerobic;eggNOG=1151292.QEW_1386;COG=C;KEGG=ko:K01678;Pfam=PF05683;InterPro=IPR036660,IPR004647 +MGYG000000001_8 Prodigal:2.6 CDS 59885 60727 . - 0 ID=MGYG000000001_00881;eC_number=4.2.1.32;Name=ttdA;db_xref=COG:COG1951;gene=ttdA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05847;locus_tag=MGYG000000001_00881;product=L(+)-tartrate dehydratase subunit alpha;eggNOG=1151292.QEW_1385;COG=C;KEGG=ko:K01677;Pfam=PF05681;InterPro=IPR004646 +MGYG000000001_8 Prodigal:2.6 CDS 60747 61940 . - 0 ID=MGYG000000001_00882;eC_number=1.1.1.38;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P16468;locus_tag=MGYG000000001_00882;product=NAD-dependent malic enzyme;eggNOG=1499683.CCFF01000014_gene3805;COG=C;KEGG=ko:K00027;Pfam=PF03949,PF00390;InterPro=IPR001891,IPR012301,IPR015884,IPR012302,IPR037062,IPR036291 +MGYG000000001_8 Prodigal:2.6 CDS 62482 64305 . + 0 ID=MGYG000000001_00883;Name=typA;db_xref=COG:COG1217;gene=typA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44910;locus_tag=MGYG000000001_00883;product=GTP-binding protein TypA/BipA;eggNOG=1292035.H476_0818;COG=T;KEGG=ko:K06207;Pfam=PF03144,PF00009,PF00679;InterPro=IPR005225,IPR000795,IPR042116,IPR004161,IPR000640,IPR009000,IPR027417,IPR035647,IPR031157,IPR035651,IPR006298 +MGYG000000001_8 Prodigal:2.6 CDS 64510 64608 . - 0 ID=MGYG000000001_00884;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00884;product=hypothetical protein +MGYG000000001_8 Prodigal:2.6 CDS 64972 66453 . + 0 ID=MGYG000000001_00885;eC_number=4.2.3.1;Name=thrC;db_xref=COG:COG0498;gene=thrC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23669;locus_tag=MGYG000000001_00885;product=Threonine synthase;eggNOG=272563.CD630_21180;COG=E;KEGG=ko:K01733;Pfam=PF00291,PF14821;InterPro=IPR004450,IPR029144,IPR036052,IPR001926,IPR037158 +MGYG000000001_9 INFERNAL:1.1.2 ncRNA 66093 66613 . + . ID=MGYG000000001_9_ncRNA13;inference=Rfam:14.6;locus_tag=MGYG000000001_9_ncRNA13;product=Bacterial small subunit ribosomal RNA;rfam=RF00177 +MGYG000000001_9 INFERNAL:1.1.2 ncRNA 31154 31219 . - . ID=MGYG000000001_9_ncRNA14;inference=Rfam:14.6;locus_tag=MGYG000000001_9_ncRNA14;product=tRNA;rfam=RF00005 +MGYG000000001_9 INFERNAL:1.1.2 ncRNA 31242 31306 . - . ID=MGYG000000001_9_ncRNA15;inference=Rfam:14.6;locus_tag=MGYG000000001_9_ncRNA15;product=tRNA;rfam=RF00005 +MGYG000000001_9 Prodigal:2.6 CDS 132 2516 . - 0 ID=MGYG000000001_00886;eC_number=2.1.1.13;Name=metH_2;db_xref=COG:COG0646;gene=metH_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O33259;locus_tag=MGYG000000001_00886;product=Methionine synthase;eggNOG=1151292.QEW_4243;COG=E;KEGG=ko:K00548;Pfam=PF02607,PF00809,PF02310,PF02574;InterPro=IPR006158,IPR036724,IPR036594,IPR003726,IPR000489,IPR003759,IPR011005,IPR036589,IPR017215 +MGYG000000001_9 Prodigal:2.6 CDS 2506 3201 . - 0 ID=MGYG000000001_00887;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00887;product=hypothetical protein;eggNOG=272563.CD630_35970;COG=E;KEGG=ko:K00548;Pfam=PF02965;InterPro=IPR004223,IPR037010,IPR017342 +MGYG000000001_9 Prodigal:2.6 CDS 3204 3659 . - 0 ID=MGYG000000001_00888;eC_number=4.4.1.21;Name=luxS;db_xref=COG:COG1854;gene=luxS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RRU8;locus_tag=MGYG000000001_00888;product=S-ribosylhomocysteine lyase;eggNOG=1151292.QEW_4245;COG=T;KEGG=ko:K07173;Pfam=PF02664;InterPro=IPR011249,IPR037005,IPR003815 +MGYG000000001_9 Prodigal:2.6 CDS 3847 4974 . - 0 ID=MGYG000000001_00889;eC_number=2.7.13.3;Name=rcsC_6;gene=rcsC_6;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_00889;product=Sensor histidine kinase RcsC;eggNOG=1301100.HG529415_gene2955;COG=T;KEGG=-;Pfam=PF00512,PF00672,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358,IPR003660 +MGYG000000001_9 Prodigal:2.6 CDS 4964 5650 . - 0 ID=MGYG000000001_00890;Name=srrA;db_xref=COG:COG0745;gene=srrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HFT0;locus_tag=MGYG000000001_00890;product=Transcriptional regulatory protein SrrA;eggNOG=272563.CD630_36000;COG=K;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_9 Prodigal:2.6 CDS 5786 6436 . - 0 ID=MGYG000000001_00891;eC_number=3.4.-.-;Name=yodJ_2;db_xref=COG:COG1876;gene=yodJ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34866;locus_tag=MGYG000000001_00891;product=Putative carboxypeptidase YodJ;eggNOG=1301100.HG529415_gene2957;COG=M;KEGG=ko:K07260;Pfam=PF02557;InterPro=IPR003709,IPR009045 +MGYG000000001_9 Prodigal:2.6 CDS 6558 7277 . + 0 ID=MGYG000000001_00892;eC_number=2.8.1.-;Name=ttcA_2;db_xref=COG:COG0037;gene=ttcA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9JZJ6;locus_tag=MGYG000000001_00892;product=tRNA-cytidine(32) 2-sulfurtransferase;eggNOG=1301100.HG529415_gene2958;COG=H;KEGG=-;Pfam=PF01171;InterPro=IPR035107,IPR014729,IPR011063 +MGYG000000001_9 Prodigal:2.6 CDS 7457 7837 . - 0 ID=MGYG000000001_00893;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00893;product=hypothetical protein;eggNOG=1301100.HG529356_gene2063;COG=S;KEGG=-;Pfam=PF04343;InterPro=IPR014519,IPR007438 +MGYG000000001_9 Prodigal:2.6 CDS 7982 8629 . - 0 ID=MGYG000000001_00894;eC_number=3.1.3.5;db_xref=COG:COG0546;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9I767;locus_tag=MGYG000000001_00894;product=5'-nucleotidase;eggNOG=272563.CD630_36050;COG=S;KEGG=ko:K01091;Pfam=PF13419;InterPro=IPR036412,IPR041492,IPR023214,IPR023198 +MGYG000000001_9 Prodigal:2.6 CDS 8771 8959 . - 0 ID=MGYG000000001_00895;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00203;locus_tag=MGYG000000001_00895;product=Ferredoxin;eggNOG=1391646.AVSU01000099_gene343;COG=C;KEGG=ko:K05337;Pfam=PF13370;InterPro=IPR001080,IPR017900,IPR017896 +MGYG000000001_9 Prodigal:2.6 CDS 9060 9722 . - 0 ID=MGYG000000001_00896;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00896;product=hypothetical protein;eggNOG=445973.CLOBAR_00192;COG=S;KEGG=-;Pfam=PF02588;InterPro=IPR003740 +MGYG000000001_9 Prodigal:2.6 CDS 9947 10990 . + 0 ID=MGYG000000001_00897;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q75XW3;locus_tag=MGYG000000001_00897;product=Ca(2+)/H(+) antiporter;eggNOG=702450.CUW_1375;COG=P;KEGG=ko:K07300;Pfam=PF01699;InterPro=IPR004837,IPR004798,IPR004713 +MGYG000000001_9 Prodigal:2.6 CDS 11054 11398 . - 0 ID=MGYG000000001_00898;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00898;product=hypothetical protein;eggNOG=1292035.H476_3298;COG=P;KEGG=ko:K06193;Pfam=PF08274,PF03831;InterPro=IPR013988,IPR004624,IPR013987 +MGYG000000001_9 Prodigal:2.6 CDS 11733 12173 . - 0 ID=MGYG000000001_00899;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00899;product=hypothetical protein;eggNOG=1151292.QEW_4269;COG=S;KEGG=-;Pfam=PF12788;InterPro=IPR024307 +MGYG000000001_9 Prodigal:2.6 CDS 12333 13760 . - 0 ID=MGYG000000001_00900;Name=nhaP2_1;db_xref=COG:COG3263;gene=nhaP2_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q87KV8;locus_tag=MGYG000000001_00900;product=K(+)/H(+) antiporter NhaP2;eggNOG=1280692.AUJL01000002_gene2750;COG=P;KEGG=ko:K11105;Pfam=PF00999,PF02080;InterPro=IPR006153,IPR030151,IPR006037,IPR036721,IPR038770 +MGYG000000001_9 Prodigal:2.6 CDS 14350 14712 . - 0 ID=MGYG000000001_00901;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00901;product=hypothetical protein;eggNOG=1499684.CCNP01000010_gene69;COG=-;KEGG=- +MGYG000000001_9 Prodigal:2.6 CDS 14750 15382 . - 0 ID=MGYG000000001_00902;db_xref=COG:COG1136;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQK1;locus_tag=MGYG000000001_00902;product=putative ABC transporter ATP-binding protein;eggNOG=1414720.CBYM010000010_gene3184;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_9 Prodigal:2.6 CDS 15394 16752 . - 0 ID=MGYG000000001_00903;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00903;product=hypothetical protein;eggNOG=545697.HMPREF0216_01130;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR003838 +MGYG000000001_9 Prodigal:2.6 CDS 16900 18387 . - 0 ID=MGYG000000001_00904;eC_number=2.7.-.-;Name=sasA_2;gene=sasA_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_00904;product=Adaptive-response sensory-kinase SasA;eggNOG=1414720.CBYM010000010_gene3182;COG=T;KEGG=-;Pfam=PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR003660 +MGYG000000001_9 Prodigal:2.6 CDS 18387 19052 . - 0 ID=MGYG000000001_00905;Name=cseB;db_xref=COG:COG0745;gene=cseB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9ZEP4;locus_tag=MGYG000000001_00905;product=Transcriptional regulatory protein CseB;eggNOG=1414720.CBYM010000010_gene3181;COG=KT;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_9 Prodigal:2.6 CDS 19384 20865 . - 0 ID=MGYG000000001_00906;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00906;product=hypothetical protein;eggNOG=1292035.H476_2889;COG=-;KEGG=-;InterPro=IPR015943,IPR036278 +MGYG000000001_9 Prodigal:2.6 CDS 21632 22780 . - 0 ID=MGYG000000001_00907;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60108;locus_tag=MGYG000000001_00907;product=TelA-like protein;eggNOG=1301100.HG529418_gene3006;COG=P;KEGG=-;Pfam=PF05816;InterPro=IPR008863 +MGYG000000001_9 Prodigal:2.6 CDS 22807 23949 . - 0 ID=MGYG000000001_00908;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00908;product=hypothetical protein;eggNOG=1292035.H476_1272;COG=S;KEGG=-;Pfam=PF10112;InterPro=IPR018770 +MGYG000000001_9 Prodigal:2.6 CDS 24185 24664 . - 0 ID=MGYG000000001_00909;eC_number=2.1.1.177;Name=rlmH;db_xref=COG:COG1576;gene=rlmH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45601;locus_tag=MGYG000000001_00909;product=Ribosomal RNA large subunit methyltransferase H;eggNOG=445973.CLOBAR_00039;COG=J;KEGG=ko:K00783;Pfam=PF02590;InterPro=IPR029028,IPR029026,IPR003742 +MGYG000000001_9 Prodigal:2.6 CDS 24720 25514 . - 0 ID=MGYG000000001_00910;eC_number=3.-.-.-;Name=yycJ;db_xref=COG:COG1235;gene=yycJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:C0SP91;locus_tag=MGYG000000001_00910;product=Putative metallo-hydrolase YycJ;eggNOG=1476973.JMMB01000007_gene244;COG=S;KEGG=-;Pfam=PF12706;InterPro=IPR001279,IPR036866 +MGYG000000001_9 Prodigal:2.6 CDS 25602 27068 . - 0 ID=MGYG000000001_00911;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00911;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene243;COG=E;KEGG=-;Pfam=PF01433;InterPro=IPR014782 +MGYG000000001_9 Prodigal:2.6 CDS 27164 28219 . + 0 ID=MGYG000000001_00912;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00912;product=hypothetical protein;eggNOG=1301100.HG529418_gene3015;COG=L;KEGG=-;Pfam=PF07261;InterPro=IPR006343,IPR017019,IPR034829 +MGYG000000001_9 Prodigal:2.6 CDS 28228 29217 . + 0 ID=MGYG000000001_00913;Name=dnaA_1;gene=dnaA_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00377;locus_tag=MGYG000000001_00913;product=Chromosomal replication initiator protein DnaA;eggNOG=1301100.HG529418_gene3016;COG=L;KEGG=ko:K02315;Pfam=PF01695;InterPro=IPR003593,IPR002611,IPR027417 +MGYG000000001_9 Prodigal:2.6 CDS 29254 30285 . - 0 ID=MGYG000000001_00914;eC_number=4.1.2.48;Name=ltaE;gene=ltaE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O50584;locus_tag=MGYG000000001_00914;product=Low specificity L-threonine aldolase;eggNOG=1301100.HG529330_gene4607;COG=E;KEGG=ko:K01620;Pfam=PF01212;InterPro=IPR015424,IPR015422,IPR015421,IPR001597 +MGYG000000001_9 Prodigal:2.6 CDS 30445 31029 . + 0 ID=MGYG000000001_00915;eC_number=3.4.21.92;Name=clpP_2;db_xref=COG:COG0740;gene=clpP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80244;locus_tag=MGYG000000001_00915;product=ATP-dependent Clp protease proteolytic subunit;eggNOG=1211817.CCAT010000085_gene1931;COG=OU;KEGG=-;Pfam=PF00574;InterPro=IPR001907,IPR029045,IPR033135,IPR023562 +MGYG000000001_9 Prodigal:2.6 CDS 31835 33124 . - 0 ID=MGYG000000001_00921;eC_number=6.3.4.4;Name=purA;db_xref=COG:COG0104;gene=purA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65887;locus_tag=MGYG000000001_00921;product=Adenylosuccinate synthetase;eggNOG=1301100.HG529418_gene3017;COG=F;KEGG=ko:K01939;Pfam=PF00709;InterPro=IPR033128,IPR018220,IPR001114,IPR027417,IPR042111,IPR042109,IPR042110 +MGYG000000001_9 Prodigal:2.6 CDS 33559 34887 . - 0 ID=MGYG000000001_00922;eC_number=3.6.4.12;Name=dnaC;db_xref=COG:COG0305;gene=dnaC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37469;locus_tag=MGYG000000001_00922;product=Replicative DNA helicase;eggNOG=1476973.JMMB01000007_gene238;COG=L;KEGG=ko:K02314;Pfam=PF03796,PF00772;InterPro=IPR007694,IPR007692,IPR036185,IPR007693,IPR027417,IPR016136 +MGYG000000001_9 Prodigal:2.6 CDS 34911 35360 . - 0 ID=MGYG000000001_00923;Name=rplI;gene=rplI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P02417;locus_tag=MGYG000000001_00923;product=50S ribosomal protein L9;eggNOG=1476973.JMMB01000007_gene237;COG=J;KEGG=ko:K02939;Pfam=PF03948,PF01281;InterPro=IPR036935,IPR036791,IPR020594,IPR009027,IPR020070,IPR020069,IPR000244 +MGYG000000001_9 Prodigal:2.6 CDS 35361 37355 . - 0 ID=MGYG000000001_00924;eC_number=3.1.4.-;Name=gdpP;db_xref=COG:COG3887;gene=gdpP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37484;locus_tag=MGYG000000001_00924;product=Cyclic-di-AMP phosphodiesterase GdpP;eggNOG=1301100.HG529418_gene3021;COG=T;KEGG=-;Pfam=PF02272,PF01368;InterPro=IPR001667,IPR038763,IPR000160,IPR003156,IPR014528 +MGYG000000001_9 Prodigal:2.6 CDS 37366 38322 . - 0 ID=MGYG000000001_00925;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00925;product=hypothetical protein;eggNOG=1301100.HG529418_gene3022;COG=S;KEGG=ko:K16785,ko:K16786,ko:K16787;Pfam=PF09991;InterPro=IPR018710 +MGYG000000001_9 Prodigal:2.6 CDS 38329 38649 . - 0 ID=MGYG000000001_00926;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00926;product=hypothetical protein;eggNOG=1151292.QEW_4323;COG=S;KEGG=-;Pfam=PF12643;InterPro=IPR025984 +MGYG000000001_9 Prodigal:2.6 CDS 38764 38991 . - 0 ID=MGYG000000001_00927;Name=rpsR;gene=rpsR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P10806;locus_tag=MGYG000000001_00927;product=30S ribosomal protein S18;eggNOG=1301100.HG529418_gene3024;COG=J;KEGG=ko:K02963;Pfam=PF01084;InterPro=IPR001648,IPR036870,IPR018275 +MGYG000000001_9 Prodigal:2.6 CDS 39010 39459 . - 0 ID=MGYG000000001_00928;Name=ssb_1;db_xref=COG:COG0629;gene=ssb_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66854;locus_tag=MGYG000000001_00928;product=Single-stranded DNA-binding protein;eggNOG=1391646.AVSU01000021_gene3267;COG=L;KEGG=ko:K03111;Pfam=PF00436;InterPro=IPR011344,IPR012340,IPR000424 +MGYG000000001_9 Prodigal:2.6 CDS 39497 39775 . - 0 ID=MGYG000000001_00929;Name=rpsF;db_xref=COG:COG0360;gene=rpsF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21468;locus_tag=MGYG000000001_00929;product=30S ribosomal protein S6;eggNOG=1476973.JMMB01000007_gene231;COG=J;KEGG=ko:K02990;Pfam=PF01250;InterPro=IPR014717,IPR035980,IPR020814,IPR000529 +MGYG000000001_9 Prodigal:2.6 CDS 40244 40444 . - 0 ID=MGYG000000001_00930;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00930;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene230;COG=E;KEGG=ko:K05825;InterPro=IPR015422 +MGYG000000001_9 Prodigal:2.6 CDS 40533 40718 . - 0 ID=MGYG000000001_00931;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00931;product=hypothetical protein;eggNOG=1408823.AXUS01000017_gene1105;COG=S;KEGG=-;Pfam=PF06107;InterPro=IPR009296 +MGYG000000001_9 Prodigal:2.6 CDS 40732 40995 . - 0 ID=MGYG000000001_00932;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00932;product=hypothetical protein;eggNOG=1301100.HG529418_gene3029;COG=H;KEGG=ko:K01012,ko:K02016;Pfam=PF11823;InterPro=IPR021778 +MGYG000000001_9 Prodigal:2.6 CDS 41101 41691 . - 0 ID=MGYG000000001_00933;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00933;product=hypothetical protein;eggNOG=1301100.HG529418_gene3030;COG=O;KEGG=ko:K04085;Pfam=PF02635,PF01206;InterPro=IPR001455,IPR036868,IPR027396,IPR019870,IPR003787 +MGYG000000001_9 Prodigal:2.6 CDS 41787 42806 . - 0 ID=MGYG000000001_00934;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00934;product=hypothetical protein +MGYG000000001_9 Prodigal:2.6 CDS 42877 44169 . - 0 ID=MGYG000000001_00935;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00935;product=hypothetical protein;eggNOG=1301100.HG529418_gene3031;COG=K;KEGG=-;Pfam=PF13181,PF14938,PF12844,PF13424;InterPro=IPR013026,IPR001387,IPR010982,IPR011990,IPR019734 +MGYG000000001_9 Prodigal:2.6 CDS 44330 45472 . - 0 ID=MGYG000000001_00936;eC_number=2.8.1.7;Name=csd_1;gene=csd_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55793;locus_tag=MGYG000000001_00936;product=putative cysteine desulfurase;eggNOG=1476973.JMMB01000007_gene225;COG=E;KEGG=-;Pfam=PF00266;InterPro=IPR000192,IPR016454,IPR015424,IPR015421,IPR015422,IPR010969 +MGYG000000001_9 Prodigal:2.6 CDS 45495 46367 . - 0 ID=MGYG000000001_00937;Name=spo0J;db_xref=COG:COG1475;gene=spo0J;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26497;locus_tag=MGYG000000001_00937;product=Stage 0 sporulation protein J;eggNOG=1301100.HG529418_gene3033;COG=K;KEGG=ko:K03497;Pfam=PF17762,PF02195;InterPro=IPR004437,IPR003115,IPR036086,IPR041468 +MGYG000000001_9 Prodigal:2.6 CDS 46369 47142 . - 0 ID=MGYG000000001_00938;eC_number=3.6.-.-;Name=soj;db_xref=COG:COG1192;gene=soj;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37522;locus_tag=MGYG000000001_00938;product=Sporulation initiation inhibitor protein Soj;eggNOG=1301100.HG529418_gene3034;COG=D;KEGG=ko:K03496;Pfam=PF13614;InterPro=IPR025669,IPR027417 +MGYG000000001_9 Prodigal:2.6 CDS 47196 47981 . - 0 ID=MGYG000000001_00939;Name=noc;db_xref=COG:COG1475;gene=noc;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37524;locus_tag=MGYG000000001_00939;product=Nucleoid occlusion protein;eggNOG=272563.CD630_36730;COG=K;KEGG=ko:K03497;Pfam=PF17762,PF02195;InterPro=IPR003115,IPR023705,IPR004437,IPR036086,IPR041468 +MGYG000000001_9 Prodigal:2.6 CDS 48167 48886 . - 0 ID=MGYG000000001_00940;eC_number=2.1.1.-;Name=rsmG;db_xref=COG:COG0357;gene=rsmG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P25813;locus_tag=MGYG000000001_00940;product=Ribosomal RNA small subunit methyltransferase G;eggNOG=1301100.HG529418_gene3036;COG=J;KEGG=ko:K03501;Pfam=PF02527;InterPro=IPR003682,IPR029063 +MGYG000000001_9 Prodigal:2.6 CDS 48879 50774 . - 0 ID=MGYG000000001_00941;Name=mnmG;gene=mnmG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64230;locus_tag=MGYG000000001_00941;product=tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG;eggNOG=1301100.HG529418_gene3037;COG=D;KEGG=ko:K03495;Pfam=PF13932,PF01134;InterPro=IPR002218,IPR036188,IPR020595,IPR026904,IPR004416 +MGYG000000001_9 Prodigal:2.6 CDS 50893 52272 . - 0 ID=MGYG000000001_00942;eC_number=3.6.-.-;Name=mnmE;db_xref=COG:COG0486;gene=mnmE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8YN91;locus_tag=MGYG000000001_00942;product=tRNA modification GTPase MnmE;eggNOG=1301100.HG529418_gene3038;COG=J;KEGG=ko:K03650;Pfam=PF12631,PF10396,PF01926;InterPro=IPR027368,IPR025867,IPR005225,IPR031168,IPR004520,IPR027266,IPR027417,IPR006073,IPR018948 +MGYG000000001_9 Prodigal:2.6 CDS 52391 53035 . - 0 ID=MGYG000000001_00943;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00943;product=hypothetical protein;eggNOG=1301100.HG529418_gene3039;COG=S;KEGG=ko:K06346;Pfam=PF01424,PF13083,PF14804;InterPro=IPR036867,IPR034079,IPR038008,IPR001374,IPR032782,IPR038247,IPR039247,IPR015946 +MGYG000000001_9 Prodigal:2.6 CDS 53007 53711 . - 0 ID=MGYG000000001_00944;Name=misCA;db_xref=COG:COG0706;gene=misCA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01625;locus_tag=MGYG000000001_00944;product=Membrane protein insertase MisCA;eggNOG=1151292.QEW_4341;COG=U;KEGG=ko:K03217;Pfam=PF02096;InterPro=IPR028055,IPR001708 +MGYG000000001_9 Prodigal:2.6 CDS 53737 53988 . - 0 ID=MGYG000000001_00945;Name=yidD;db_xref=COG:COG0759;gene=yidD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8C8;locus_tag=MGYG000000001_00945;product=Putative membrane protein insertion efficiency factor;eggNOG=445973.CLOBAR_00014;COG=S;KEGG=ko:K08998;Pfam=PF01809;InterPro=IPR002696 +MGYG000000001_9 Prodigal:2.6 CDS 54025 54369 . - 0 ID=MGYG000000001_00946;eC_number=3.1.26.5;Name=rnpA;db_xref=COG:COG0594;gene=rnpA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FUQ1;locus_tag=MGYG000000001_00946;product=Ribonuclease P protein component;eggNOG=1476973.JMMB01000007_gene215;COG=J;KEGG=ko:K03536;Pfam=PF00825;InterPro=IPR020568,IPR020539,IPR000100,IPR014721 +MGYG000000001_9 Prodigal:2.6 CDS 54445 54579 . - 0 ID=MGYG000000001_00947;Name=rpmH;db_xref=COG:COG0230;gene=rpmH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RSH2;locus_tag=MGYG000000001_00947;product=50S ribosomal protein L34;eggNOG=1151292.QEW_4344;COG=J;KEGG=ko:K02914;Pfam=PF00468;InterPro=IPR020939,IPR000271 +MGYG000000001_9 Prodigal:2.6 CDS 55219 56541 . + 0 ID=MGYG000000001_00948;Name=dnaA_2;db_xref=COG:COG0593;gene=dnaA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05648;locus_tag=MGYG000000001_00948;product=Chromosomal replication initiator protein DnaA;eggNOG=1301100.HG529418_gene3043;COG=L;KEGG=ko:K02313;Pfam=PF08299,PF00308,PF11638;InterPro=IPR010921,IPR013159,IPR003593,IPR013317,IPR001957,IPR018312,IPR038454,IPR024633,IPR027417,IPR020591 +MGYG000000001_9 Prodigal:2.6 CDS 56784 57890 . + 0 ID=MGYG000000001_00949;Name=dnaN;gene=dnaN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99103;locus_tag=MGYG000000001_00949;product=Beta sliding clamp;eggNOG=1301100.HG529418_gene3044;COG=L;KEGG=ko:K02338;Pfam=PF02768,PF02767,PF00712;InterPro=IPR022637,IPR022634,IPR001001,IPR022635 +MGYG000000001_9 Prodigal:2.6 CDS 58026 58232 . + 0 ID=MGYG000000001_00950;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00950;product=hypothetical protein;eggNOG=1391646.AVSU01000021_gene3245;COG=S;KEGG=ko:K14761;Pfam=PF13275;InterPro=IPR002942,IPR036986,IPR014330 +MGYG000000001_9 Prodigal:2.6 CDS 58248 59363 . + 0 ID=MGYG000000001_00951;Name=recF;db_xref=COG:COG1195;gene=recF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RVE0;locus_tag=MGYG000000001_00951;product=DNA replication and repair protein RecF;eggNOG=1301100.HG529418_gene3046;COG=L;KEGG=ko:K03629;Pfam=PF02463;InterPro=IPR001238,IPR018078,IPR042174,IPR003395,IPR027417 +MGYG000000001_9 Prodigal:2.6 CDS 59364 61265 . + 0 ID=MGYG000000001_00952;eC_number=5.99.1.3;Name=gyrB;db_xref=COG:COG0187;gene=gyrB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q839Z1;locus_tag=MGYG000000001_00952;product=DNA gyrase subunit B;eggNOG=1301100.HG529418_gene3047;COG=L;KEGG=ko:K02470;Pfam=PF00986,PF01751,PF02518,PF00204;InterPro=IPR036890,IPR013760,IPR001241,IPR003594,IPR020568,IPR002288,IPR006171,IPR000565,IPR011557,IPR034160,IPR018522,IPR014721,IPR013759,IPR013506 +MGYG000000001_9 Prodigal:2.6 CDS 61283 63712 . + 0 ID=MGYG000000001_00953;eC_number=5.99.1.3;Name=gyrA;db_xref=COG:COG0188;gene=gyrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05653;locus_tag=MGYG000000001_00953;product=DNA gyrase subunit A;eggNOG=272563.CD630_00060;COG=L;KEGG=ko:K02469;Pfam=PF03989,PF00521;InterPro=IPR035516,IPR005743,IPR013760,IPR002205,IPR013758,IPR013757,IPR006691 +MGYG000000001_9 Prodigal:2.6 CDS 63790 64071 . + 0 ID=MGYG000000001_00954;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00954;product=hypothetical protein;eggNOG=1292035.H476_0005;COG=D;KEGG=-;Pfam=PF12732;InterPro=IPR024623 +MGYG000000001_9 Prodigal:2.6 CDS 64071 64328 . + 0 ID=MGYG000000001_00955;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00955;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene206;COG=-;KEGG=- +MGYG000000001_9 Prodigal:2.6 CDS 64347 64664 . + 0 ID=MGYG000000001_00956;Name=rsbV;gene=rsbV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66838;locus_tag=MGYG000000001_00956;product=Anti-sigma-B factor antagonist;eggNOG=1301100.HG529418_gene3051;COG=T;KEGG=ko:K04749;Pfam=PF01740;InterPro=IPR002645,IPR003658,IPR036513 +MGYG000000001_9 Prodigal:2.6 CDS 64668 65075 . + 0 ID=MGYG000000001_00957;eC_number=2.7.11.1;Name=rsbW;db_xref=COG:COG2172;gene=rsbW;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17904;locus_tag=MGYG000000001_00957;product=Serine-protein kinase RsbW;eggNOG=1301100.HG529418_gene3052;COG=T;KEGG=ko:K04757;Pfam=PF13581;InterPro=IPR003594,IPR036890 +MGYG000000001_9 Prodigal:2.6 CDS 65075 65848 . + 0 ID=MGYG000000001_00958;Name=sigB;db_xref=COG:COG1191;gene=sigB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P06574;locus_tag=MGYG000000001_00958;product=RNA polymerase sigma-B factor;eggNOG=1301100.HG529418_gene3053;COG=K;KEGG=ko:K03090,ko:K03091;Pfam=PF04542,PF04545,PF04539;InterPro=IPR007627,IPR013324,IPR007630,IPR013325,IPR007624,IPR014284,IPR014322 +MGYG000000001_10 INFERNAL:1.1.2 ncRNA 10960 11053 . + . ID=MGYG000000001_10_ncRNA16;inference=Rfam:14.6;locus_tag=MGYG000000001_10_ncRNA16;product=Purine riboswitch;rfam=RF00167 +MGYG000000001_10 INFERNAL:1.1.2 ncRNA 27759 27834 . - . ID=MGYG000000001_10_ncRNA17;inference=Rfam:14.6;locus_tag=MGYG000000001_10_ncRNA17;product=Glycine riboswitch;rfam=RF00504 +MGYG000000001_10 Prodigal:2.6 CDS 104 949 . + 0 ID=MGYG000000001_00960;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISCbo1;locus_tag=MGYG000000001_00960;product=IS6 family transposase ISCbo1;eggNOG=929506.CbC4_1605;COG=L;KEGG=-;Pfam=PF13610;InterPro=IPR001584,IPR032874,IPR012337,IPR036397 +MGYG000000001_10 Prodigal:2.6 CDS 1268 2464 . + 0 ID=MGYG000000001_00961;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00961;product=hypothetical protein;eggNOG=1301100.HG529362_gene2103;COG=S;KEGG=-;Pfam=PF07885,PF13576,PF00805;InterPro=IPR001646,IPR013099 +MGYG000000001_10 Prodigal:2.6 CDS 2632 3021 . + 0 ID=MGYG000000001_00962;Name=ybaN;db_xref=COG:COG2832;gene=ybaN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AAR5;locus_tag=MGYG000000001_00962;product=Inner membrane protein YbaN;eggNOG=1216932.CM240_0253;COG=S;KEGG=ko:K09790;Pfam=PF04304;InterPro=IPR007401 +MGYG000000001_10 Prodigal:2.6 CDS 3042 4805 . + 0 ID=MGYG000000001_00963;db_xref=COG:COG1132;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYC4;locus_tag=MGYG000000001_00963;product=putative ABC transporter ATP-binding protein;eggNOG=1301100.HG529236_gene7264;COG=V;KEGG=ko:K06147,ko:K06148,ko:K16013;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871 +MGYG000000001_10 Prodigal:2.6 CDS 4798 6480 . + 0 ID=MGYG000000001_00964;db_xref=COG:COG1132;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q57538;locus_tag=MGYG000000001_00964;product=putative ABC transporter ATP-binding protein;eggNOG=1301100.HG529236_gene7265;COG=V;KEGG=ko:K06148;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871 +MGYG000000001_10 Prodigal:2.6 CDS 6491 6790 . + 0 ID=MGYG000000001_00965;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00965;product=hypothetical protein;eggNOG=1301100.HG529236_gene7266;COG=S;KEGG=-;Pfam=PF11756;InterPro=IPR020483 +MGYG000000001_10 Prodigal:2.6 CDS 6914 7729 . - 0 ID=MGYG000000001_00966;eC_number=3.1.3.23;Name=yidA_1;db_xref=COG:COG0561;gene=yidA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8Y5;locus_tag=MGYG000000001_00966;product=Sugar phosphatase YidA;eggNOG=272563.CD630_23590;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214,IPR006379,IPR000150 +MGYG000000001_10 Prodigal:2.6 CDS 7863 9557 . + 0 ID=MGYG000000001_00967;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00967;product=hypothetical protein;eggNOG=1301100.HG529362_gene2097;COG=E;KEGG=-;Pfam=PF01432;InterPro=IPR011976,IPR001567 +MGYG000000001_10 Prodigal:2.6 CDS 9594 10538 . + 0 ID=MGYG000000001_00968;eC_number=1.8.1.9;Name=trxB_1;gene=trxB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50971;locus_tag=MGYG000000001_00968;product=Thioredoxin reductase;eggNOG=1301100.HG529362_gene2095;COG=C;KEGG=ko:K00384;Pfam=PF07992;InterPro=IPR023753,IPR005982,IPR036188 +MGYG000000001_10 Prodigal:2.6 CDS 10562 10879 . + 0 ID=MGYG000000001_00969;Name=trxA_1;db_xref=COG:COG0526;gene=trxA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P81109;locus_tag=MGYG000000001_00969;product=Thioredoxin;eggNOG=1408823.AXUS01000003_gene410;COG=O;KEGG=ko:K03671;Pfam=PF00085;InterPro=IPR036249,IPR013766,IPR017937,IPR005746 +MGYG000000001_10 Prodigal:2.6 CDS 11247 11819 . + 0 ID=MGYG000000001_00970;eC_number=2.4.2.22;Name=xpt;gene=xpt;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7I5;locus_tag=MGYG000000001_00970;product=Xanthine phosphoribosyltransferase;eggNOG=1476973.JMMB01000007_gene2601;COG=F;KEGG=ko:K03816;Pfam=PF00156;InterPro=IPR000836,IPR029057,IPR010079 +MGYG000000001_10 Prodigal:2.6 CDS 12073 12723 . + 0 ID=MGYG000000001_00971;eC_number=2.2.1.2;Name=tal;db_xref=COG:COG0176;gene=tal;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYD1;locus_tag=MGYG000000001_00971;product=Transaldolase;eggNOG=1301100.HG529361_gene2119;COG=G;KEGG=ko:K00616;Pfam=PF00923;InterPro=IPR033919,IPR004731,IPR001585,IPR013785,IPR022999,IPR018225 +MGYG000000001_10 Prodigal:2.6 CDS 12779 14077 . - 0 ID=MGYG000000001_00972;Name=gltP_1;db_xref=COG:COG1301;gene=gltP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21345;locus_tag=MGYG000000001_00972;product=Proton/glutamate-aspartate symporter;eggNOG=1301100.HG529361_gene2117;COG=C;KEGG=-;Pfam=PF00375;InterPro=IPR001991,IPR033380,IPR036458 +MGYG000000001_10 Prodigal:2.6 CDS 14557 15159 . + 0 ID=MGYG000000001_00973;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00973;product=hypothetical protein;eggNOG=1391646.AVSU01000043_gene1417;COG=-;KEGG=- +MGYG000000001_10 Prodigal:2.6 CDS 15377 16075 . + 0 ID=MGYG000000001_00974;Name=walR_2;db_xref=COG:COG0745;gene=walR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2G2U6;locus_tag=MGYG000000001_00974;product=Transcriptional regulatory protein WalR;eggNOG=445973.CLOBAR_02648;COG=K;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_10 Prodigal:2.6 CDS 16062 16256 . + 0 ID=MGYG000000001_00975;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00975;product=hypothetical protein +MGYG000000001_10 Prodigal:2.6 CDS 16279 18243 . + 0 ID=MGYG000000001_00976;eC_number=2.7.-.-;Name=sasA_3;gene=sasA_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_00976;product=Adaptive-response sensory-kinase SasA;eggNOG=1301100.HG529358_gene2049;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR003660 +MGYG000000001_10 Prodigal:2.6 CDS 18305 19039 . - 0 ID=MGYG000000001_00977;Name=rhaR_4;gene=rhaR_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_00977;product=HTH-type transcriptional activator RhaR;eggNOG=445973.CLOBAR_00650;COG=K;KEGG=-;Pfam=PF12833;InterPro=IPR018062,IPR018060,IPR009057,IPR020449 +MGYG000000001_10 Prodigal:2.6 CDS 19221 21251 . + 0 ID=MGYG000000001_00978;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00978;product=hypothetical protein;eggNOG=195103.CPF_0210;COG=M;KEGG=-;Pfam=PF05031,PF00746;InterPro=IPR037250,IPR006635,IPR019931,IPR019948 +MGYG000000001_10 Prodigal:2.6 CDS 21260 21904 . + 0 ID=MGYG000000001_00979;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00979;product=hypothetical protein;eggNOG=1414720.CBYM010000028_gene2313;COG=S;KEGG=-;Pfam=PF05031;InterPro=IPR037250,IPR006635 +MGYG000000001_10 Prodigal:2.6 CDS 21905 22447 . + 0 ID=MGYG000000001_00980;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00980;product=hypothetical protein;eggNOG=1280689.AUJC01000008_gene2989;COG=M;KEGG=ko:K07284;Pfam=PF04203;InterPro=IPR023365,IPR042000,IPR005754 +MGYG000000001_10 Prodigal:2.6 CDS 22461 23360 . + 0 ID=MGYG000000001_00981;Name=isdE;db_xref=COG:COG0614;gene=isdE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FZE6;locus_tag=MGYG000000001_00981;product=High-affinity heme uptake system protein IsdE;eggNOG=445973.CLOBAR_01783;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR019957,IPR002491 +MGYG000000001_10 Prodigal:2.6 CDS 23382 24371 . + 0 ID=MGYG000000001_00982;Name=isdF;gene=isdF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8NX64;locus_tag=MGYG000000001_00982;product=putative heme-iron transport system permease protein IsdF;eggNOG=1499683.CCFF01000017_gene1661;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_10 Prodigal:2.6 CDS 24371 25150 . + 0 ID=MGYG000000001_00983;Name=fepC_2;db_xref=COG:COG1120;gene=fepC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23878;locus_tag=MGYG000000001_00983;product=Ferric enterobactin transport ATP-binding protein FepC;eggNOG=195103.CPF_0215;COG=HP;KEGG=ko:K02013;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_10 Prodigal:2.6 CDS 25286 26032 . + 0 ID=MGYG000000001_00984;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00984;product=hypothetical protein;eggNOG=445973.CLOBAR_00648;COG=S;KEGG=-;Pfam=PF14358;InterPro=IPR025517 +MGYG000000001_10 Prodigal:2.6 CDS 26116 27486 . - 0 ID=MGYG000000001_00985;Name=alsT_1;db_xref=COG:COG1115;gene=alsT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45068;locus_tag=MGYG000000001_00985;product=Amino-acid carrier protein AlsT;eggNOG=1301100.HG529333_gene4590;COG=E;KEGG=ko:K03310;Pfam=PF01235;InterPro=IPR001463 +MGYG000000001_10 Prodigal:2.6 CDS 28179 28988 . + 0 ID=MGYG000000001_00986;eC_number=2.7.2.11;Name=proB;db_xref=COG:COG0263;gene=proB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39820;locus_tag=MGYG000000001_00986;product=Glutamate 5-kinase 1;eggNOG=536233.CLO_3744;COG=E;KEGG=ko:K00931;Pfam=PF00696;InterPro=IPR036393,IPR001057,IPR019797,IPR011529,IPR005715,IPR041739,IPR001048 +MGYG000000001_10 Prodigal:2.6 CDS 29010 30254 . + 0 ID=MGYG000000001_00987;eC_number=1.2.1.41;Name=proA;db_xref=COG:COG0014;gene=proA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYC9;locus_tag=MGYG000000001_00987;product=Gamma-glutamyl phosphate reductase;eggNOG=290402.Cbei_0025;COG=E;KEGG=ko:K00147;Pfam=PF00171;InterPro=IPR016161,IPR016162,IPR020593,IPR015590,IPR016163,IPR000965,IPR012134 +MGYG000000001_10 Prodigal:2.6 CDS 30336 30926 . - 0 ID=MGYG000000001_00988;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00988;product=hypothetical protein;eggNOG=1151292.QEW_3689;COG=T;KEGG=ko:K16923;Pfam=PF12822;InterPro=IPR024529 +MGYG000000001_10 Prodigal:2.6 CDS 31190 33310 . + 0 ID=MGYG000000001_00989;eC_number=5.99.1.2;Name=topB_2;db_xref=COG:COG0550;gene=topB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P14294;locus_tag=MGYG000000001_00989;product=DNA topoisomerase 3;eggNOG=1476973.JMMB01000007_gene2504;COG=L;KEGG=ko:K03169;Pfam=PF01131,PF01751;InterPro=IPR000380,IPR005738,IPR013826,IPR023406,IPR003601,IPR013497,IPR023405,IPR034144,IPR006171,IPR013824,IPR003602,IPR013825 +MGYG000000001_10 Prodigal:2.6 CDS 34136 35662 . + 0 ID=MGYG000000001_00990;eC_number=1.10.9.1;Name=petC;gene=petC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01335;locus_tag=MGYG000000001_00990;product=Cytochrome b6-f complex iron-sulfur subunit;eggNOG=1301100.HG529356_gene2061;COG=CE;KEGG=-;Pfam=PF01266,PF00355;InterPro=IPR017941,IPR036188,IPR006076,IPR036922,IPR038010,IPR005805 +MGYG000000001_10 Prodigal:2.6 CDS 35713 36291 . + 0 ID=MGYG000000001_00991;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00991;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2488;COG=-;KEGG=- +MGYG000000001_10 Prodigal:2.6 CDS 36375 37634 . - 0 ID=MGYG000000001_00992;eC_number=1.4.1.13;Name=gltD_1;db_xref=COG:COG0493;gene=gltD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:E1V8I0;locus_tag=MGYG000000001_00992;product=Glutamate synthase [NADPH] small chain;eggNOG=1301100.HG529356_gene2060;COG=C;KEGG=ko:K00266;Pfam=PF14691,PF07992;InterPro=IPR023753,IPR036188,IPR009051,IPR028261 +MGYG000000001_10 Prodigal:2.6 CDS 37841 38653 . + 0 ID=MGYG000000001_00993;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00993;product=hypothetical protein;eggNOG=1301100.HG529356_gene2058;COG=-;KEGG=- +MGYG000000001_10 Prodigal:2.6 CDS 38752 39876 . + 0 ID=MGYG000000001_00994;eC_number=5.2.1.8;Name=surA;gene=surA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01183;locus_tag=MGYG000000001_00994;product=Chaperone SurA;eggNOG=1476973.JMMB01000007_gene2485;COG=O;KEGG=ko:K03769;Pfam=PF13616,PF13624;InterPro=IPR023058,IPR000297,IPR027304 +MGYG000000001_10 Prodigal:2.6 CDS 40117 40461 . + 0 ID=MGYG000000001_00995;db_xref=COG:COG0662;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X113;locus_tag=MGYG000000001_00995;product=Oxalate-binding protein;eggNOG=272563.CD630_22590;COG=G;KEGG=-;Pfam=PF07883;InterPro=IPR013096,IPR011051,IPR014710 +MGYG000000001_10 Prodigal:2.6 CDS 40734 42290 . - 0 ID=MGYG000000001_00996;eC_number=1.8.7.1;Name=sir_1;db_xref=COG:COG0155;gene=sir_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WJ03;locus_tag=MGYG000000001_00996;product=Sulfite reductase [ferredoxin];eggNOG=1301100.HG529355_gene2085;COG=C;KEGG=ko:K00366,ko:K00392;Pfam=PF03460,PF01077;InterPro=IPR005117,IPR036136,IPR006067 +MGYG000000001_10 Prodigal:2.6 CDS 42706 44256 . + 0 ID=MGYG000000001_00997;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00997;product=hypothetical protein;eggNOG=1151292.QEW_2791;COG=-;KEGG=-;InterPro=IPR013783,IPR008964 +MGYG000000001_10 Prodigal:2.6 CDS 44449 44655 . + 0 ID=MGYG000000001_00998;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_00998;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2483;COG=-;KEGG=- +MGYG000000001_10 Prodigal:2.6 CDS 44806 46110 . + 0 ID=MGYG000000001_00999;eC_number=5.4.3.9;Name=eam;db_xref=COG:COG1509;gene=eam;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q185C5;locus_tag=MGYG000000001_00999;product=Glutamate 2%2C3-aminomutase;eggNOG=1476973.JMMB01000007_gene2482;COG=E;KEGG=ko:K19814;Pfam=PF04055,PF13394,PF12544;InterPro=IPR030801,IPR007197,IPR003739,IPR025895,IPR013785 +MGYG000000001_10 Prodigal:2.6 CDS 46180 47481 . - 0 ID=MGYG000000001_01000;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01000;product=hypothetical protein;eggNOG=1301100.HG529429_gene1923;COG=P;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846 +MGYG000000001_10 Prodigal:2.6 CDS 47796 49289 . + 0 ID=MGYG000000001_01001;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01001;product=hypothetical protein;eggNOG=1301100.HG529429_gene1922;COG=-;KEGG=-;InterPro=IPR001387,IPR010982 +MGYG000000001_10 Prodigal:2.6 CDS 49501 51135 . + 0 ID=MGYG000000001_01002;eC_number=3.5.1.91;Name=nfdA_1;gene=nfdA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q68AP4;locus_tag=MGYG000000001_01002;product=N-substituted formamide deformylase;eggNOG=1301100.HG529429_gene1920;COG=S;KEGG=-;Pfam=PF07969;InterPro=IPR013108,IPR033932,IPR011059,IPR032466 +MGYG000000001_10 Prodigal:2.6 CDS 51305 52399 . - 0 ID=MGYG000000001_01003;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A1W5X0D5;locus_tag=MGYG000000001_01003;product=Sodium-lithium/proton antiporter;eggNOG=1476973.JMMB01000007_gene2480;COG=S;KEGG=-;Pfam=PF01594;InterPro=IPR002549 +MGYG000000001_10 Prodigal:2.6 CDS 52579 52836 . + 0 ID=MGYG000000001_01004;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01004;product=hypothetical protein;eggNOG=1301100.HG529354_gene4333;COG=S;KEGG=-;Pfam=PF12655;InterPro=IPR024209 +MGYG000000001_10 Prodigal:2.6 CDS 52882 53283 . - 0 ID=MGYG000000001_01005;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01005;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2474;COG=-;KEGG=-;InterPro=IPR018392 +MGYG000000001_10 Prodigal:2.6 CDS 53439 53756 . + 0 ID=MGYG000000001_01006;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01006;product=hypothetical protein;eggNOG=1345697.M493_02320;COG=L;KEGG=ko:K07483;Pfam=PF13518;InterPro=IPR009057 +MGYG000000001_10 Prodigal:2.6 CDS 53753 54301 . + 0 ID=MGYG000000001_01007;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01007;product=hypothetical protein;eggNOG=1042163.BRLA_c008050;COG=L;KEGG=-;Pfam=PF13276;InterPro=IPR025948 +MGYG000000001_10 Prodigal:2.6 CDS 54375 54857 . + 0 ID=MGYG000000001_01008;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:IS1296;locus_tag=MGYG000000001_01008;product=IS3 family transposase IS1296;eggNOG=929506.CbC4_0580;COG=L;KEGG=-;Pfam=PF00665;InterPro=IPR001584,IPR012337,IPR036397 +MGYG000000001_10 Prodigal:2.6 CDS 54968 58375 . - 0 ID=MGYG000000001_01009;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01009;product=hypothetical protein;eggNOG=195103.CPF_0746;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR003838 +MGYG000000001_10 Prodigal:2.6 CDS 58385 59086 . - 0 ID=MGYG000000001_01010;eC_number=3.6.3.-;Name=yknY_1;db_xref=COG:COG1136;gene=yknY_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31711;locus_tag=MGYG000000001_01010;product=putative ABC transporter ATP-binding protein YknY;eggNOG=1294142.CINTURNW_0683;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_10 Prodigal:2.6 CDS 59310 59876 . + 0 ID=MGYG000000001_01011;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01011;product=hypothetical protein;eggNOG=1294142.CINTURNW_0682;COG=K;KEGG=-;Pfam=PF14278;InterPro=IPR039532,IPR001647,IPR009057 +MGYG000000001_10 Prodigal:2.6 CDS 59987 60097 . - 0 ID=MGYG000000001_01012;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01012;product=hypothetical protein +MGYG000000001_10 Prodigal:2.6 CDS 60186 60371 . - 0 ID=MGYG000000001_01013;eC_number=3.4.22.40;Name=pepC;db_xref=COG:COG3579;gene=pepC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q04723;locus_tag=MGYG000000001_01013;product=Aminopeptidase C;eggNOG=1423775.BAMN01000004_gene1502;COG=E;KEGG=ko:K01372;Pfam=PF03051;InterPro=IPR038765,IPR004134 +MGYG000000001_10 Prodigal:2.6 CDS 60777 61565 . + 0 ID=MGYG000000001_01014;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01014;product=hypothetical protein;eggNOG=526218.Sterm_3762;COG=C;KEGG=-;Pfam=PF13187;InterPro=IPR029039,IPR017900,IPR017896 +MGYG000000001_10 Prodigal:2.6 CDS 61681 63273 . - 0 ID=MGYG000000001_01015;eC_number=3.5.1.91;Name=nfdA_2;gene=nfdA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q68AP4;locus_tag=MGYG000000001_01015;product=N-substituted formamide deformylase;eggNOG=445973.CLOBAR_02406;COG=S;KEGG=-;Pfam=PF07969;InterPro=IPR013108,IPR033932,IPR011059,IPR032466 +MGYG000000001_10 Prodigal:2.6 CDS 64333 64449 . - 0 ID=MGYG000000001_01016;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01016;product=hypothetical protein;eggNOG=269797.Mbar_A0776;COG=S;KEGG=- +MGYG000000001_10 Prodigal:2.6 CDS 65060 65194 . - 0 ID=MGYG000000001_01017;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01017;product=hypothetical protein +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 18819 19015 . + . ID=MGYG000000001_11_ncRNA18;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA18;product=raiA RNA;rfam=RF03072 +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 27530 27643 . + . ID=MGYG000000001_11_ncRNA19;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA19;product=FMN riboswitch (RFN element);rfam=RF00050 +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 5744 5913 . + . ID=MGYG000000001_11_ncRNA20;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA20;product=glmS glucosamine-6-phosphate activated ribozyme;rfam=RF00234 +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 14218 14320 . + . ID=MGYG000000001_11_ncRNA21;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA21;product=SAM riboswitch (S box leader);rfam=RF00162 +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 225 323 . + . ID=MGYG000000001_11_ncRNA22;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA22;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 772 838 . + . ID=MGYG000000001_11_ncRNA23;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA23;product=tRNA;rfam=RF00005 +MGYG000000001_11 INFERNAL:1.1.2 ncRNA 691 755 . + . ID=MGYG000000001_11_ncRNA24;inference=Rfam:14.6;locus_tag=MGYG000000001_11_ncRNA24;product=tRNA;rfam=RF00005 +MGYG000000001_11 Prodigal:2.6 CDS 1093 1929 . + 0 ID=MGYG000000001_01026;eC_number=2.7.7.85;Name=cdaA;db_xref=COG:COG1624;gene=cdaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45589;locus_tag=MGYG000000001_01026;product=Cyclic di-AMP synthase CdaA;eggNOG=1151292.QEW_0129;COG=S;KEGG=ko:K18672;Pfam=PF02457;InterPro=IPR014046,IPR003390,IPR036888,IPR034701 +MGYG000000001_11 Prodigal:2.6 CDS 1926 3095 . + 0 ID=MGYG000000001_01027;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01027;product=hypothetical protein;eggNOG=272563.CD630_01110;COG=S;KEGG=-;Pfam=PF07949;InterPro=IPR012505 +MGYG000000001_11 Prodigal:2.6 CDS 3363 3752 . + 0 ID=MGYG000000001_01028;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01028;product=hypothetical protein;eggNOG=1414720.CBYM010000087_gene3341;COG=L;KEGG=-;Pfam=PF13936;InterPro=IPR025246 +MGYG000000001_11 Prodigal:2.6 CDS 3771 4028 . + 0 ID=MGYG000000001_01029;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01029;product=hypothetical protein;eggNOG=1414720.CBYM010000087_gene3341;COG=L;KEGG=- +MGYG000000001_11 Prodigal:2.6 CDS 4281 5627 . + 0 ID=MGYG000000001_01030;eC_number=5.4.2.10;Name=glmM;gene=glmM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99087;locus_tag=MGYG000000001_01030;product=Phosphoglucosamine mutase;eggNOG=1301100.HG529419_gene3063;COG=G;KEGG=ko:K03431;Pfam=PF02878,PF02879,PF02880,PF00408;InterPro=IPR016055,IPR005844,IPR005841,IPR016066,IPR005846,IPR005843,IPR006352,IPR005845,IPR036900 +MGYG000000001_11 Prodigal:2.6 CDS 5971 7800 . + 0 ID=MGYG000000001_01031;eC_number=2.6.1.16;Name=glmS_1;db_xref=COG:COG0449;gene=glmS_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WN49;locus_tag=MGYG000000001_01031;product=Glutamine--fructose-6-phosphate aminotransferase [isomerizing];eggNOG=1476973.JMMB01000007_gene385;COG=M;KEGG=ko:K00820;Pfam=PF01380,PF13522;InterPro=IPR001347,IPR035466,IPR017932,IPR035490,IPR005855,IPR029055 +MGYG000000001_11 Prodigal:2.6 CDS 8023 8760 . + 0 ID=MGYG000000001_01032;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01032;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene387;COG=S;KEGG=-;Pfam=PF08680;InterPro=IPR014794,IPR036209 +MGYG000000001_11 Prodigal:2.6 CDS 8779 10032 . + 0 ID=MGYG000000001_01033;eC_number=2.5.1.7;Name=murAA_1;db_xref=COG:COG0766;gene=murAA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P70965;locus_tag=MGYG000000001_01033;product=UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1;eggNOG=1301100.HG529419_gene3066;COG=M;KEGG=ko:K00790;Pfam=PF00275;InterPro=IPR005750,IPR001986,IPR036968,IPR013792 +MGYG000000001_11 Prodigal:2.6 CDS 10112 11161 . + 0 ID=MGYG000000001_01034;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01034;product=hypothetical protein;eggNOG=1301100.HG529419_gene3067;COG=D;KEGG=ko:K06381;Pfam=PF08486;InterPro=IPR014225,IPR013486,IPR013693 +MGYG000000001_11 Prodigal:2.6 CDS 11245 11889 . + 0 ID=MGYG000000001_01035;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01035;product=hypothetical protein;eggNOG=1151292.QEW_0145;COG=M;KEGG=-;Pfam=PF01551;InterPro=IPR011055,IPR016047 +MGYG000000001_11 Prodigal:2.6 CDS 11987 12253 . + 0 ID=MGYG000000001_01036;Name=spoIIID;gene=spoIIID;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15281;locus_tag=MGYG000000001_01036;product=Stage III sporulation protein D;eggNOG=1476973.JMMB01000007_gene391;COG=K;KEGG=ko:K06283;Pfam=PF12116;InterPro=IPR014208,IPR018356 +MGYG000000001_11 Prodigal:2.6 CDS 12352 13371 . + 0 ID=MGYG000000001_01037;Name=mreB_2;db_xref=COG:COG1077;gene=mreB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01465;locus_tag=MGYG000000001_01037;product=Rod shape-determining protein MreB;eggNOG=1476973.JMMB01000007_gene392;COG=D;KEGG=ko:K03569;Pfam=PF06723 +MGYG000000001_11 Prodigal:2.6 CDS 13436 13945 . - 0 ID=MGYG000000001_01038;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01038;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene394;COG=S;KEGG=-;Pfam=PF06866;InterPro=IPR023430,IPR009665 +MGYG000000001_11 Prodigal:2.6 CDS 14473 15666 . + 0 ID=MGYG000000001_01039;eC_number=2.5.1.6;Name=metK_1;gene=metK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66767;locus_tag=MGYG000000001_01039;product=S-adenosylmethionine synthase;eggNOG=445973.CLOBAR_00743;COG=H;KEGG=ko:K00789;Pfam=PF00438,PF02772,PF02773;InterPro=IPR002133,IPR022636,IPR022630,IPR022631,IPR022629,IPR022628 +MGYG000000001_11 Prodigal:2.6 CDS 15790 18012 . + 0 ID=MGYG000000001_01040;eC_number=3.6.4.12;Name=recD2;db_xref=COG:COG0507;gene=recD2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RT63;locus_tag=MGYG000000001_01040;product=ATP-dependent RecD-like DNA helicase;eggNOG=1476973.JMMB01000007_gene396;COG=L;KEGG=ko:K03581;Pfam=PF14520,PF13604,PF13538,PF14490,PF18335;InterPro=IPR027785,IPR029493,IPR003593,IPR006345,IPR010994,IPR003583,IPR027417,IPR041451 +MGYG000000001_11 Prodigal:2.6 CDS 18014 18775 . + 0 ID=MGYG000000001_01041;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01041;product=hypothetical protein;eggNOG=1301100.HG529420_gene2930;COG=S;KEGG=ko:K02242;Pfam=PF00156;InterPro=IPR000836,IPR029057 +MGYG000000001_11 Prodigal:2.6 CDS 19450 19998 . + 0 ID=MGYG000000001_01042;Name=hpf_2;db_xref=COG:COG1544;gene=hpf_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A2RIX0;locus_tag=MGYG000000001_01042;product=Ribosome hibernation promotion factor;eggNOG=1476973.JMMB01000007_gene400;COG=J;KEGG=ko:K05808;Pfam=PF16321,PF02482;InterPro=IPR038416,IPR036567,IPR034694,IPR003489,IPR032528 +MGYG000000001_11 Prodigal:2.6 CDS 20163 22886 . + 0 ID=MGYG000000001_01043;Name=secA;gene=secA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A4G7;locus_tag=MGYG000000001_01043;product=Protein translocase subunit SecA;eggNOG=1301100.HG529421_gene7069;COG=U;KEGG=ko:K03070;Pfam=PF07517,PF02810,PF01043,PF07516;InterPro=IPR000185,IPR020937,IPR036670,IPR011115,IPR011116,IPR036266,IPR011130,IPR014018,IPR004027,IPR027417 +MGYG000000001_11 Prodigal:2.6 CDS 22831 22923 . + 0 ID=MGYG000000001_01044;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01044;product=hypothetical protein +MGYG000000001_11 Prodigal:2.6 CDS 23022 24011 . + 0 ID=MGYG000000001_01045;Name=prfB;gene=prfB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A6R4;locus_tag=MGYG000000001_01045;product=Peptide chain release factor 2;eggNOG=1151292.QEW_0168;COG=J;KEGG=ko:K02836;Pfam=PF03462,PF00472;InterPro=IPR004374,IPR005139,IPR000352 +MGYG000000001_11 Prodigal:2.6 CDS 24100 26241 . + 0 ID=MGYG000000001_01046;Name=yhgF;db_xref=COG:COG2183;gene=yhgF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46837;locus_tag=MGYG000000001_01046;product=Protein YhgF;eggNOG=272563.CD630_01450;COG=K;KEGG=ko:K06959;Pfam=PF00575,PF17674,PF09371,PF12836,PF16921;InterPro=IPR023319,IPR006641,IPR018974,IPR012340,IPR010994,IPR022967,IPR003029,IPR041692,IPR012337,IPR032639,IPR037027,IPR023323 +MGYG000000001_11 Prodigal:2.6 CDS 26264 27424 . + 0 ID=MGYG000000001_01047;eC_number=3.5.2.7;Name=hutI_1;gene=hutI_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00372;locus_tag=MGYG000000001_01047;product=Imidazolonepropionase;eggNOG=1476973.JMMB01000007_gene404;COG=Q;KEGG=-;Pfam=PF01979;InterPro=IPR006680,IPR011059,IPR032466 +MGYG000000001_11 Prodigal:2.6 CDS 27813 28415 . + 0 ID=MGYG000000001_01048;Name=ribU;gene=ribU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:E5QVT2;locus_tag=MGYG000000001_01048;product=Riboflavin transporter RibU;eggNOG=1151292.QEW_0171;COG=S;KEGG=-;Pfam=PF12822;InterPro=IPR024529,IPR025720 +MGYG000000001_11 Prodigal:2.6 CDS 28593 29045 . + 0 ID=MGYG000000001_01049;Name=tsaE;db_xref=COG:COG0802;gene=tsaE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05515;locus_tag=MGYG000000001_01049;product=tRNA threonylcarbamoyladenosine biosynthesis protein TsaE;eggNOG=1301100.HG529422_gene4231;COG=S;KEGG=ko:K06925;Pfam=PF02367;InterPro=IPR027417,IPR003442 +MGYG000000001_11 Prodigal:2.6 CDS 29045 29761 . + 0 ID=MGYG000000001_01050;Name=tsaB;db_xref=COG:COG1214;gene=tsaB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05516;locus_tag=MGYG000000001_01050;product=tRNA threonylcarbamoyladenosine biosynthesis protein TsaB;eggNOG=1476973.JMMB01000007_gene407;COG=O;KEGG=ko:K14742;Pfam=PF00814;InterPro=IPR000905,IPR022496 +MGYG000000001_11 Prodigal:2.6 CDS 29751 30206 . + 0 ID=MGYG000000001_01051;eC_number=2.3.1.128;Name=rimI;db_xref=COG:COG0456;gene=rimI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A944;locus_tag=MGYG000000001_01051;product=Ribosomal-protein-alanine acetyltransferase;eggNOG=1301100.HG529422_gene4233;COG=K;KEGG=ko:K03789;Pfam=PF13673;InterPro=IPR000182,IPR006464,IPR016181 +MGYG000000001_11 Prodigal:2.6 CDS 30209 31225 . + 0 ID=MGYG000000001_01052;eC_number=2.3.1.234;Name=tsaD_1;db_xref=COG:COG0533;gene=tsaD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05518;locus_tag=MGYG000000001_01052;product=tRNA N6-adenosine threonylcarbamoyltransferase;eggNOG=1301100.HG529422_gene4234;COG=J;KEGG=ko:K01409;Pfam=PF00814;InterPro=IPR017861,IPR022450,IPR017860,IPR000905 +MGYG000000001_11 Prodigal:2.6 CDS 31392 32768 . - 0 ID=MGYG000000001_01053;Name=yeeO_1;db_xref=COG:COG0534;gene=yeeO_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76352;locus_tag=MGYG000000001_01053;product=putative FMN/FAD exporter YeeO;eggNOG=1301100.HG529422_gene4235;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_11 Prodigal:2.6 CDS 32856 34775 . - 0 ID=MGYG000000001_01054;Name=yheS;db_xref=COG:COG0488;gene=yheS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63389;locus_tag=MGYG000000001_01054;product=putative ABC transporter ATP-binding protein YheS;eggNOG=272563.CD630_01700;COG=S;KEGG=ko:K06158;Pfam=PF00005,PF12848,PF16326;InterPro=IPR037118,IPR003593,IPR003439,IPR027417,IPR032524,IPR032781,IPR017871 +MGYG000000001_11 Prodigal:2.6 CDS 34913 35542 . + 0 ID=MGYG000000001_01055;Name=rex;db_xref=COG:COG2344;gene=rex;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WX14;locus_tag=MGYG000000001_01055;product=Redox-sensing transcriptional repressor Rex;eggNOG=1476973.JMMB01000007_gene417;COG=K;KEGG=ko:K01926;Pfam=PF02629,PF06971;InterPro=IPR009718,IPR036291,IPR036390,IPR022876,IPR036388,IPR003781 +MGYG000000001_11 Prodigal:2.6 CDS 35820 35993 . - 0 ID=MGYG000000001_01056;Name=fdxA;gene=fdxA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00198;locus_tag=MGYG000000001_01056;product=4Fe-4S ferredoxin FdxA;eggNOG=642492.Clole_2862;COG=C;KEGG=-;Pfam=PF12838;InterPro=IPR000813,IPR017900,IPR017896 +MGYG000000001_11 Prodigal:2.6 CDS 36341 38242 . + 0 ID=MGYG000000001_01057;eC_number=1.2.7.4;Name=cooS1_1;db_xref=COG:COG1151;gene=cooS1_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P59934;locus_tag=MGYG000000001_01057;product=Carbon monoxide dehydrogenase 1;eggNOG=272563.CD630_01740;COG=C;KEGG=ko:K00198;Pfam=PF03063;InterPro=IPR010047,IPR011254,IPR004137,IPR016099,IPR016101 +MGYG000000001_11 Prodigal:2.6 CDS 38235 38690 . + 0 ID=MGYG000000001_01058;Name=cooF;db_xref=COG:COG1142;gene=cooF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P31894;locus_tag=MGYG000000001_01058;product=Iron-sulfur protein;eggNOG=1476973.JMMB01000007_gene422;COG=C;KEGG=ko:K00196,ko:K07307,ko:K08358;Pfam=PF13247;InterPro=IPR017900,IPR017896 +MGYG000000001_11 Prodigal:2.6 CDS 38680 39975 . + 0 ID=MGYG000000001_01059;eC_number=1.2.1.58;Name=padH;gene=padH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8L3B0;locus_tag=MGYG000000001_01059;product=NADH-dependent phenylglyoxylate dehydrogenase subunit epsilon;eggNOG=1301100.HG529422_gene4241;COG=C;KEGG=-;Pfam=PF18267,PF07992;InterPro=IPR023753,IPR036188,IPR041575 +MGYG000000001_11 Prodigal:2.6 CDS 40200 40409 . + 0 ID=MGYG000000001_01060;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01060;product=hypothetical protein;eggNOG=1301100.HG529422_gene4243;COG=E;KEGG=ko:K00260,ko:K00261;Pfam=PF00208;InterPro=IPR006096,IPR036291 +MGYG000000001_11 Prodigal:2.6 CDS 40768 41835 . + 0 ID=MGYG000000001_01061;eC_number=3.4.14.13;Name=ykfC;gene=ykfC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q736M3;locus_tag=MGYG000000001_01061;product=Gamma-D-glutamyl-L-lysine dipeptidyl-peptidase;eggNOG=1301100.HG529423_gene1974;COG=M;KEGG=ko:K20742,ko:K21471;Pfam=PF00877,PF08239;InterPro=IPR036028,IPR000064,IPR003646,IPR038765 +MGYG000000001_11 Prodigal:2.6 CDS 42008 42931 . + 0 ID=MGYG000000001_01062;eC_number=2.1.3.2;Name=pyrB;db_xref=COG:COG0540;gene=pyrB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A786;locus_tag=MGYG000000001_01062;product=Aspartate carbamoyltransferase catalytic subunit;eggNOG=1151292.QEW_0210;COG=F;KEGG=ko:K00609;Pfam=PF02729,PF00185;InterPro=IPR006130,IPR002082,IPR006131,IPR036901,IPR006132 +MGYG000000001_11 Prodigal:2.6 CDS 42924 44093 . + 0 ID=MGYG000000001_01063;eC_number=3.5.2.3;Name=pyrC;db_xref=COG:COG0044;gene=pyrC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O66990;locus_tag=MGYG000000001_01063;product=Dihydroorotase;eggNOG=1292035.H476_0097;COG=F;KEGG=ko:K01465;Pfam=PF01979;InterPro=IPR004722,IPR006680,IPR011059,IPR032466,IPR002195 +MGYG000000001_11 Prodigal:2.6 CDS 44093 44779 . + 0 ID=MGYG000000001_01064;Name=pyrK_1;db_xref=COG:COG0543;gene=pyrK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P25983;locus_tag=MGYG000000001_01064;product=Dihydroorotate dehydrogenase B (NAD(+))%2C electron transfer subunit;eggNOG=1476973.JMMB01000007_gene429;COG=C;KEGG=ko:K02823;Pfam=PF10418;InterPro=IPR017938,IPR012165,IPR023455,IPR037117,IPR019480,IPR017927,IPR039261 +MGYG000000001_11 Prodigal:2.6 CDS 44755 45681 . + 0 ID=MGYG000000001_01065;eC_number=1.3.1.14;Name=pyrD;db_xref=COG:COG0167;gene=pyrD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A4J560;locus_tag=MGYG000000001_01065;product=Dihydroorotate dehydrogenase B (NAD(+))%2C catalytic subunit;eggNOG=1301100.HG529423_gene1977;COG=F;KEGG=ko:K17828;Pfam=PF01180;InterPro=IPR005720,IPR033888,IPR001295,IPR013785,IPR012135,IPR024920 +MGYG000000001_11 Prodigal:2.6 CDS 45728 46312 . + 0 ID=MGYG000000001_01066;eC_number=2.4.2.10;Name=pyrE;db_xref=COG:COG0461;gene=pyrE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P56162;locus_tag=MGYG000000001_01066;product=Orotate phosphoribosyltransferase;eggNOG=1301100.HG529423_gene1978;COG=F;KEGG=ko:K00762;Pfam=PF00156;InterPro=IPR006273,IPR000836,IPR029057,IPR023031 +MGYG000000001_11 Prodigal:2.6 CDS 46487 47377 . - 0 ID=MGYG000000001_01067;Name=cysL_1;db_xref=COG:COG0583;gene=cysL_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39647;locus_tag=MGYG000000001_01067;product=HTH-type transcriptional regulator CysL;eggNOG=1301100.HG529423_gene1979;COG=K;KEGG=ko:K21900;Pfam=PF03466,PF00126;InterPro=IPR000847,IPR036388,IPR036390,IPR005119 +MGYG000000001_11 Prodigal:2.6 CDS 47600 48628 . + 0 ID=MGYG000000001_01068;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P62723;locus_tag=MGYG000000001_01068;note=UPF0324 inner membrane protein YeiH;product=hypothetical protein;eggNOG=1301100.HG529423_gene1980;COG=S;KEGG=-;Pfam=PF03601;InterPro=IPR018383 +MGYG000000001_11 Prodigal:2.6 CDS 48766 49182 . + 0 ID=MGYG000000001_01069;eC_number=3.5.4.5;Name=cdd_2;db_xref=COG:COG0295;gene=cdd_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19079;locus_tag=MGYG000000001_01069;product=Cytidine deaminase;eggNOG=1301100.HG529314_gene441;COG=F;KEGG=ko:K01489;Pfam=PF00383;InterPro=IPR002125,IPR006262,IPR016193 +MGYG000000001_11 Prodigal:2.6 CDS 49205 49858 . - 0 ID=MGYG000000001_01070;eC_number=2.7.1.74;Name=dck;db_xref=COG:COG1428;gene=dck;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37529;locus_tag=MGYG000000001_01070;product=Deoxyadenosine/deoxycytidine kinase;eggNOG=1301100.HG529424_gene1982;COG=F;KEGG=ko:K15519;Pfam=PF01712;InterPro=IPR031314,IPR027417,IPR002624 +MGYG000000001_11 Prodigal:2.6 CDS 49860 50513 . - 0 ID=MGYG000000001_01071;eC_number=2.7.1.113;Name=dgk;db_xref=COG:COG1428;gene=dgk;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37530;locus_tag=MGYG000000001_01071;product=Deoxyguanosine kinase;eggNOG=1301100.HG529424_gene1983;COG=F;KEGG=ko:K15518;Pfam=PF01712;InterPro=IPR031314,IPR027417,IPR002624 +MGYG000000001_11 Prodigal:2.6 CDS 50694 51569 . + 0 ID=MGYG000000001_01072;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01072;product=hypothetical protein;eggNOG=1301100.HG529424_gene1984;COG=L;KEGG=ko:K03660;Pfam=PF00730,PF07934;InterPro=IPR011257,IPR003265,IPR012904 +MGYG000000001_11 Prodigal:2.6 CDS 51587 53077 . + 0 ID=MGYG000000001_01073;eC_number=2.7.8.-;Name=clsA_2;db_xref=COG:COG1502;gene=clsA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P71040;locus_tag=MGYG000000001_01073;product=Major cardiolipin synthase ClsA;eggNOG=1301100.HG529424_gene1985;COG=I;KEGG=ko:K06131;Pfam=PF13091,PF13396;InterPro=IPR027379,IPR001736,IPR025202,IPR022924,IPR030874 +MGYG000000001_11 Prodigal:2.6 CDS 53268 53552 . + 0 ID=MGYG000000001_01074;Name=groS;db_xref=COG:COG0234;gene=groS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P48223;locus_tag=MGYG000000001_01074;product=10 kDa chaperonin;eggNOG=1151292.QEW_0219;COG=O;KEGG=ko:K04078;Pfam=PF00166;InterPro=IPR020818,IPR018369,IPR011032,IPR037124 +MGYG000000001_11 Prodigal:2.6 CDS 53571 55193 . + 0 ID=MGYG000000001_01075;Name=groL;db_xref=COG:COG0459;gene=groL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P48212;locus_tag=MGYG000000001_01075;product=60 kDa chaperonin;eggNOG=1301100.HG529424_gene1987;COG=O;KEGG=ko:K04077;Pfam=PF00118;InterPro=IPR001844,IPR027409,IPR027410,IPR027413,IPR002423 +MGYG000000001_11 Prodigal:2.6 CDS 55668 57749 . + 0 ID=MGYG000000001_01076;eC_number=1.1.1.18;Name=iolG_2;gene=iolG_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01671;locus_tag=MGYG000000001_01076;product=Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase;eggNOG=994573.T472_0201490;COG=S;KEGG=-;Pfam=PF02894,PF01261,PF01408;InterPro=IPR013022,IPR004104,IPR036237,IPR000683,IPR036291 +MGYG000000001_11 Prodigal:2.6 CDS 57775 58776 . + 0 ID=MGYG000000001_01077;eC_number=1.1.1.18;Name=iolG_3;gene=iolG_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01671;locus_tag=MGYG000000001_01077;product=Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase;eggNOG=1536775.H70737_15720;COG=S;KEGG=-;Pfam=PF02894,PF01408;InterPro=IPR004104,IPR036291,IPR000683 +MGYG000000001_11 Prodigal:2.6 CDS 58778 59635 . + 0 ID=MGYG000000001_01078;eC_number=4.2.1.44;Name=iolE;gene=iolE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01672;locus_tag=MGYG000000001_01078;product=Inosose dehydratase;eggNOG=1117379.BABA_25751;COG=G;KEGG=-;Pfam=PF01261;InterPro=IPR013022,IPR036237 +MGYG000000001_11 Prodigal:2.6 CDS 59948 61441 . + 0 ID=MGYG000000001_01079;Name=uidB;db_xref=COG:COG2211;gene=uidB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0CE44;locus_tag=MGYG000000001_01079;product=Glucuronide carrier protein;eggNOG=1499683.CCFF01000017_gene2875;COG=G;KEGG=-;Pfam=PF13347;InterPro=IPR036259,IPR039672 +MGYG000000001_11 Prodigal:2.6 CDS 61828 63267 . + 0 ID=MGYG000000001_01080;Name=yagG;db_xref=COG:COG2211;gene=yagG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75683;locus_tag=MGYG000000001_01080;product=Putative glycoside/cation symporter YagG;eggNOG=935837.JAEK01000012_gene365;COG=G;KEGG=-;Pfam=PF13347;InterPro=IPR036259,IPR039672,IPR018043 +MGYG000000001_11 Prodigal:2.6 CDS 63383 63601 . + 0 ID=MGYG000000001_01081;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01081;product=hypothetical protein +MGYG000000001_12 INFERNAL:1.1.2 ncRNA 37360 37527 . - . ID=MGYG000000001_12_ncRNA25;inference=Rfam:14.6;locus_tag=MGYG000000001_12_ncRNA25;product=Lysine riboswitch;rfam=RF00168 +MGYG000000001_12 Prodigal:2.6 CDS 1864 2250 . - 0 ID=MGYG000000001_01082;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01082;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene3897;COG=-;KEGG=-;Pfam=PF07761;InterPro=IPR011675 +MGYG000000001_12 Prodigal:2.6 CDS 2253 2507 . - 0 ID=MGYG000000001_01083;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01083;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene3898;COG=-;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 2586 2816 . + 0 ID=MGYG000000001_01084;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01084;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 2794 2907 . - 0 ID=MGYG000000001_01085;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01085;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 2958 3650 . - 0 ID=MGYG000000001_01086;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01086;product=hypothetical protein;eggNOG=457396.CSBG_01058;COG=S;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 3644 6451 . - 0 ID=MGYG000000001_01087;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01087;product=hypothetical protein;eggNOG=1444310.JANV01000097_gene2165;COG=D;KEGG=-;InterPro=IPR011989,IPR016024 +MGYG000000001_12 Prodigal:2.6 CDS 6466 6762 . - 0 ID=MGYG000000001_01088;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01088;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 6731 7036 . - 0 ID=MGYG000000001_01089;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01089;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 7114 7587 . - 0 ID=MGYG000000001_01090;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01090;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 7588 7998 . - 0 ID=MGYG000000001_01091;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01091;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 7988 8431 . - 0 ID=MGYG000000001_01092;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01092;product=hypothetical protein;eggNOG=997346.HMPREF9374_1114;COG=S;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 8421 8729 . - 0 ID=MGYG000000001_01093;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01093;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 8726 9058 . - 0 ID=MGYG000000001_01094;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01094;product=hypothetical protein;eggNOG=1540257.JQMW01000009_gene3373;COG=S;KEGG=-;Pfam=PF05135;InterPro=IPR021146 +MGYG000000001_12 Prodigal:2.6 CDS 9058 10155 . - 0 ID=MGYG000000001_01095;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01095;product=hypothetical protein;eggNOG=1487921.DP68_08885;COG=N;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 10168 10920 . - 0 ID=MGYG000000001_01096;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01096;product=hypothetical protein;eggNOG=666686.B1NLA3E_01210;COG=L;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 10922 11350 . - 0 ID=MGYG000000001_01097;Name=yqbD;gene=yqbD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45920;locus_tag=MGYG000000001_01097;product=putative protein YqbD;eggNOG=1052684.PPM_2646;COG=L;KEGG=-;Pfam=PF14550;InterPro=IPR027924 +MGYG000000001_12 Prodigal:2.6 CDS 11352 12191 . - 0 ID=MGYG000000001_01098;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01098;product=hypothetical protein;eggNOG=997346.HMPREF9374_1122;COG=S;KEGG=-;Pfam=PF04233;InterPro=IPR006528 +MGYG000000001_12 Prodigal:2.6 CDS 12184 13722 . - 0 ID=MGYG000000001_01099;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01099;product=hypothetical protein;eggNOG=666686.B1NLA3E_01195;COG=S;KEGG=-;Pfam=PF04860;InterPro=IPR006944,IPR016753,IPR006430 +MGYG000000001_12 Prodigal:2.6 CDS 13722 14999 . - 0 ID=MGYG000000001_01100;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01100;product=hypothetical protein;eggNOG=1582149.A0A0A8WHN3_9CAUD;COG=S;KEGG=-;Pfam=PF17288,PF04466;InterPro=IPR035413,IPR035412,IPR006437 +MGYG000000001_12 Prodigal:2.6 CDS 14992 15435 . - 0 ID=MGYG000000001_01101;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01101;product=hypothetical protein;eggNOG=1408823.AXUS01000024_gene2711;COG=L;KEGG=ko:K07474;Pfam=PF03592;InterPro=IPR005335,IPR038713 +MGYG000000001_12 Prodigal:2.6 CDS 15462 15617 . - 0 ID=MGYG000000001_01102;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01102;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 15801 15953 . - 0 ID=MGYG000000001_01103;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01103;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 15983 16465 . - 0 ID=MGYG000000001_01104;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01104;product=hypothetical protein;eggNOG=1292035.H476_1023;COG=K;KEGG=-;InterPro=IPR006523 +MGYG000000001_12 Prodigal:2.6 CDS 16558 16896 . - 0 ID=MGYG000000001_01105;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01105;product=hypothetical protein;eggNOG=1582149.A0A0A8WEP5_9CAUD;COG=S;KEGG=-;Pfam=PF06356;InterPro=IPR009414 +MGYG000000001_12 Prodigal:2.6 CDS 16982 17200 . - 0 ID=MGYG000000001_01106;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01106;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 17234 17473 . - 0 ID=MGYG000000001_01107;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01107;product=hypothetical protein;eggNOG=1280689.AUJC01000011_gene1503;COG=-;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 17488 17904 . - 0 ID=MGYG000000001_01108;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01108;product=hypothetical protein;eggNOG=457405.FSDG_01550;COG=S;KEGG=-;Pfam=PF09643;InterPro=IPR019096,IPR023385 +MGYG000000001_12 Prodigal:2.6 CDS 17917 18105 . - 0 ID=MGYG000000001_01109;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01109;product=hypothetical protein;eggNOG=1280692.AUJL01000009_gene2996;COG=-;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 18120 18497 . - 0 ID=MGYG000000001_01110;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01110;product=hypothetical protein;eggNOG=1499683.CCFF01000017_gene2588;COG=S;KEGG=-;Pfam=PF09643;InterPro=IPR023385,IPR019096,IPR010024 +MGYG000000001_12 Prodigal:2.6 CDS 18510 18761 . - 0 ID=MGYG000000001_01111;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01111;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 18771 18905 . - 0 ID=MGYG000000001_01112;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01112;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 18930 19253 . - 0 ID=MGYG000000001_01113;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01113;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 19266 19433 . - 0 ID=MGYG000000001_01114;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01114;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 19450 19674 . - 0 ID=MGYG000000001_01115;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01115;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 19700 20146 . - 0 ID=MGYG000000001_01116;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01116;product=hypothetical protein;eggNOG=552525.B5LPN9_9CAUD;COG=S;KEGG=-;Pfam=PF09643;InterPro=IPR010024,IPR019096,IPR023385 +MGYG000000001_12 Prodigal:2.6 CDS 20159 20293 . - 0 ID=MGYG000000001_01117;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01117;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 20551 21051 . - 0 ID=MGYG000000001_01118;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01118;product=hypothetical protein;Pfam=PF08761;InterPro=IPR014871 +MGYG000000001_12 Prodigal:2.6 CDS 21048 21167 . - 0 ID=MGYG000000001_01119;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01119;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 21133 21273 . - 0 ID=MGYG000000001_01120;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01120;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 21277 21894 . - 0 ID=MGYG000000001_01121;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01121;product=hypothetical protein;Pfam=PF07453;InterPro=IPR003647,IPR010896 +MGYG000000001_12 Prodigal:2.6 CDS 21936 22067 . - 0 ID=MGYG000000001_01122;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01122;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 22069 22719 . - 0 ID=MGYG000000001_01123;Name=dnaA_3;gene=dnaA_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00377;locus_tag=MGYG000000001_01123;product=Chromosomal replication initiator protein DnaA;eggNOG=1301100.HG529272_gene1705;COG=L;KEGG=-;Pfam=PF01695;InterPro=IPR003593,IPR020591,IPR027417,IPR002611 +MGYG000000001_12 Prodigal:2.6 CDS 22739 23599 . - 0 ID=MGYG000000001_01124;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01124;product=hypothetical protein;eggNOG=1139219.I569_01402;COG=L;KEGG=-;Pfam=PF07261;InterPro=IPR006343,IPR034829 +MGYG000000001_12 Prodigal:2.6 CDS 23700 24581 . - 0 ID=MGYG000000001_01125;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01125;product=hypothetical protein;eggNOG=1408823.AXUS01000025_gene2661;COG=L;KEGG=-;Pfam=PF03837;InterPro=IPR010183,IPR018330 +MGYG000000001_12 Prodigal:2.6 CDS 24574 24840 . - 0 ID=MGYG000000001_01126;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01126;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 24925 25161 . - 0 ID=MGYG000000001_01127;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01127;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 25162 25269 . - 0 ID=MGYG000000001_01128;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01128;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 25283 25591 . - 0 ID=MGYG000000001_01129;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01129;product=hypothetical protein +MGYG000000001_12 Prodigal:2.6 CDS 25601 26392 . - 0 ID=MGYG000000001_01130;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01130;product=hypothetical protein;eggNOG=1158607.UAU_01003;COG=K;KEGG=ko:K07741;Pfam=PF08346,PF03374;InterPro=IPR005039,IPR013557 +MGYG000000001_12 Prodigal:2.6 CDS 26479 26670 . - 0 ID=MGYG000000001_01131;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01131;product=hypothetical protein;eggNOG=1048834.TC41_2516;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_12 Prodigal:2.6 CDS 26832 27212 . + 0 ID=MGYG000000001_01132;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01132;product=hypothetical protein;eggNOG=931276.Cspa_c09950;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_12 Prodigal:2.6 CDS 27274 28788 . + 0 ID=MGYG000000001_01133;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01133;product=hypothetical protein;eggNOG=536233.CLO_1399;COG=D;KEGG=-;Pfam=PF13455;InterPro=IPR018306 +MGYG000000001_12 Prodigal:2.6 CDS 28922 29437 . + 0 ID=MGYG000000001_01134;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01134;product=hypothetical protein;eggNOG=1151292.QEW_1741;COG=E;KEGG=-;Pfam=PF06114;InterPro=IPR010359 +MGYG000000001_12 Prodigal:2.6 CDS 29451 30587 . + 0 ID=MGYG000000001_01135;Name=xerC_1;gene=xerC_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01808;locus_tag=MGYG000000001_01135;product=Tyrosine recombinase XerC;eggNOG=1151292.QEW_3300;COG=L;KEGG=ko:K14059;Pfam=PF00589,PF14659,PF14657;InterPro=IPR013762,IPR004107,IPR011010,IPR002104,IPR028259,IPR010998 +MGYG000000001_12 Prodigal:2.6 CDS 31157 32194 . + 0 ID=MGYG000000001_01136;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01136;product=hypothetical protein;eggNOG=445973.CLOBAR_01832;COG=S;KEGG=-;Pfam=PF13303;InterPro=IPR003352 +MGYG000000001_12 Prodigal:2.6 CDS 32487 33680 . - 0 ID=MGYG000000001_01138;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01138;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1213;COG=S;KEGG=-;Pfam=PF13576;InterPro=IPR001646 +MGYG000000001_12 Prodigal:2.6 CDS 33810 34349 . - 0 ID=MGYG000000001_01139;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01139;product=hypothetical protein;eggNOG=445973.CLOBAR_01794;COG=C;KEGG=-;Pfam=PF03553;InterPro=IPR018461 +MGYG000000001_12 Prodigal:2.6 CDS 34412 34927 . - 0 ID=MGYG000000001_01140;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01140;product=hypothetical protein;eggNOG=545697.HMPREF0216_01107;COG=C;KEGG=-;Pfam=PF03553;InterPro=IPR018461 +MGYG000000001_12 Prodigal:2.6 CDS 35018 35296 . - 0 ID=MGYG000000001_01141;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01141;product=hypothetical protein;eggNOG=1301100.HG529348_gene4322;COG=C;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 35488 37212 . - 0 ID=MGYG000000001_01142;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01142;product=hypothetical protein;eggNOG=1301100.HG529348_gene4322;COG=C;KEGG=-;Pfam=PF03553;InterPro=IPR018461 +MGYG000000001_12 Prodigal:2.6 CDS 37754 38761 . + 0 ID=MGYG000000001_01143;eC_number=6.3.1.20;Name=lplJ_1;db_xref=COG:COG0095;gene=lplJ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07608;locus_tag=MGYG000000001_01143;product=Lipoate-protein ligase LplJ;eggNOG=1151292.QEW_2071;COG=H;KEGG=ko:K03800;Pfam=PF03099,PF10437;InterPro=IPR004143,IPR019491,IPR004562 +MGYG000000001_12 Prodigal:2.6 CDS 38858 39844 . + 0 ID=MGYG000000001_01144;eC_number=6.3.1.20;Name=lplJ_2;db_xref=COG:COG0095;gene=lplJ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07608;locus_tag=MGYG000000001_01144;product=Lipoate-protein ligase LplJ;eggNOG=1151292.QEW_2071;COG=H;KEGG=ko:K03800;Pfam=PF03099,PF10437;InterPro=IPR004143,IPR019491,IPR004562 +MGYG000000001_12 Prodigal:2.6 CDS 40120 41763 . + 0 ID=MGYG000000001_01145;eC_number=2.6.1.1;Name=asD;gene=asD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q53IZ1;locus_tag=MGYG000000001_01145;product=Bifunctional aspartate aminotransferase and L-aspartate beta-decarboxylase;eggNOG=1476973.JMMB01000007_gene1211;COG=E;KEGG=ko:K09758;Pfam=PF00155;InterPro=IPR004838,IPR022518,IPR015424,IPR015422,IPR015421,IPR004839 +MGYG000000001_12 Prodigal:2.6 CDS 41887 42906 . - 0 ID=MGYG000000001_01146;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01146;product=hypothetical protein;eggNOG=861299.J421_5893;COG=S;KEGG=-;Pfam=PF01636;InterPro=IPR002575,IPR011009 +MGYG000000001_12 Prodigal:2.6 CDS 43046 43594 . - 0 ID=MGYG000000001_01147;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01147;product=hypothetical protein;eggNOG=1297617.JPJD01000007_gene34;COG=CQ;KEGG=-;Pfam=PF00936;InterPro=IPR000249,IPR011238,IPR037233 +MGYG000000001_12 Prodigal:2.6 CDS 43621 44547 . - 0 ID=MGYG000000001_01148;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01148;product=hypothetical protein;eggNOG=1121334.KB911069_gene1666;COG=-;KEGG=- +MGYG000000001_12 Prodigal:2.6 CDS 44549 45880 . - 0 ID=MGYG000000001_01149;Name=rsxC;gene=rsxC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00461;locus_tag=MGYG000000001_01149;product=Electron transport complex subunit RsxC;eggNOG=411469.EUBHAL_00513;COG=C;KEGG=-;Pfam=PF13375,PF13534,PF10531,PF01512;InterPro=IPR011053,IPR017054,IPR010208,IPR009051,IPR017896,IPR037225,IPR017900,IPR026902,IPR019554,IPR011538 +MGYG000000001_12 Prodigal:2.6 CDS 45894 47300 . - 0 ID=MGYG000000001_01150;eC_number=1.2.1.76;Name=sucD;db_xref=COG:COG1012;gene=sucD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38947;locus_tag=MGYG000000001_01150;product=Succinate-semialdehyde dehydrogenase (acetylating);eggNOG=397288.C806_00280;COG=C;KEGG=ko:K13922;Pfam=PF00171;InterPro=IPR016161,IPR016162,IPR012408,IPR015590,IPR016163 +MGYG000000001_12 Prodigal:2.6 CDS 47318 48286 . - 0 ID=MGYG000000001_01151;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01151;product=hypothetical protein;eggNOG=742738.HMPREF9460_01160;COG=S;KEGG=-;Pfam=PF01923,PF03928;InterPro=IPR016030,IPR038084,IPR036451,IPR005624,IPR029499 +MGYG000000001_12 Prodigal:2.6 CDS 48300 48569 . - 0 ID=MGYG000000001_01152;Name=ccmL;gene=ccmL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P72759;locus_tag=MGYG000000001_01152;product=Carbon dioxide concentrating mechanism protein CcmL;eggNOG=742738.HMPREF9460_01159;COG=CQ;KEGG=ko:K04028;Pfam=PF03319;InterPro=IPR004992,IPR036677 +MGYG000000001_12 Prodigal:2.6 CDS 48582 49442 . - 0 ID=MGYG000000001_01153;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01153;product=hypothetical protein;eggNOG=411469.EUBHAL_00517;COG=H;KEGG=-;Pfam=PF02441;InterPro=IPR003382,IPR036551 +MGYG000000001_12 Prodigal:2.6 CDS 49454 50275 . - 0 ID=MGYG000000001_01154;Name=ftsA;gene=ftsA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_02033;locus_tag=MGYG000000001_01154;product=Cell division protein FtsA;eggNOG=411469.EUBHAL_00518;COG=E;KEGG=ko:K04024;Pfam=PF00012;InterPro=IPR003494,IPR013366,IPR013126 +MGYG000000001_12 Prodigal:2.6 CDS 50300 50938 . - 0 ID=MGYG000000001_01155;eC_number=2.3.1.222;Name=pduL_1;db_xref=COG:COG4869;gene=pduL_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9XDN5;locus_tag=MGYG000000001_01155;product=Phosphate propanoyltransferase;eggNOG=1294142.CINTURNW_0724;COG=Q;KEGG=ko:K15024;Pfam=PF06130;InterPro=IPR008300 +MGYG000000001_12 Prodigal:2.6 CDS 50970 51248 . - 0 ID=MGYG000000001_01156;Name=pduA_1;db_xref=COG:COG4577;gene=pduA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1C7;locus_tag=MGYG000000001_01156;product=Propanediol utilization protein PduA;eggNOG=397288.C806_00286;COG=CQ;KEGG=-;Pfam=PF00936;InterPro=IPR000249,IPR020808,IPR037233 +MGYG000000001_12 Prodigal:2.6 CDS 51266 51976 . - 0 ID=MGYG000000001_01157;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01157;product=hypothetical protein;eggNOG=484770.UFO1_1120;COG=CQ;KEGG=-;Pfam=PF00936;InterPro=IPR000249,IPR037233 +MGYG000000001_12 Prodigal:2.6 CDS 52009 52368 . - 0 ID=MGYG000000001_01158;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01158;product=hypothetical protein;eggNOG=903814.ELI_4079;COG=S;KEGG=-;Pfam=PF02288;InterPro=IPR003208,IPR010254,IPR009192 +MGYG000000001_12 Prodigal:2.6 CDS 52370 54187 . - 0 ID=MGYG000000001_01159;Name=ddrA;gene=ddrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O68195;locus_tag=MGYG000000001_01159;product=Diol dehydratase-reactivating factor alpha subunit;eggNOG=411469.EUBHAL_00521;COG=D;KEGG=-;Pfam=PF18427,PF08841;InterPro=IPR009191,IPR040916,IPR030994,IPR028975 +MGYG000000001_12 Prodigal:2.6 CDS 54210 54713 . - 0 ID=MGYG000000001_01160;eC_number=4.2.1.28;Name=pduE;db_xref=COG:COG4910;gene=pduE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31042;locus_tag=MGYG000000001_01160;product=Propanediol dehydratase small subunit;eggNOG=1235790.C805_03549;COG=Q;KEGG=ko:K06122,ko:K13920;Pfam=PF02287;InterPro=IPR003207,IPR036091 +MGYG000000001_12 Prodigal:2.6 CDS 54729 55394 . - 0 ID=MGYG000000001_01161;eC_number=4.2.1.28;Name=pduD;gene=pduD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31041;locus_tag=MGYG000000001_01161;product=Propanediol dehydratase medium subunit;eggNOG=411469.EUBHAL_00523;COG=Q;KEGG=ko:K06121,ko:K13919;Pfam=PF02288;InterPro=IPR025541,IPR003208,IPR010254 +MGYG000000001_12 Prodigal:2.6 CDS 55412 57073 . - 0 ID=MGYG000000001_01162;eC_number=4.2.1.28;Name=pduC;db_xref=COG:COG4909;gene=pduC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37450;locus_tag=MGYG000000001_01162;product=Propanediol dehydratase large subunit;eggNOG=754252.PFREUD_09020;COG=Q;KEGG=ko:K01699;Pfam=PF02286;InterPro=IPR036999,IPR003206,IPR016176 +MGYG000000001_12 Prodigal:2.6 CDS 57103 57921 . - 0 ID=MGYG000000001_01163;Name=pduB;db_xref=COG:COG4816;gene=pduB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37449;locus_tag=MGYG000000001_01163;product=Propanediol utilization protein PduB;eggNOG=272942.RCAP_rcc02208;COG=E;KEGG=-;Pfam=PF00936;InterPro=IPR000249,IPR009193,IPR030984,IPR037233 +MGYG000000001_12 Prodigal:2.6 CDS 57949 58227 . - 0 ID=MGYG000000001_01164;Name=pduA_2;db_xref=COG:COG4577;gene=pduA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1C7;locus_tag=MGYG000000001_01164;product=Propanediol utilization protein PduA;eggNOG=1235790.C805_03545;COG=CQ;KEGG=-;Pfam=PF00936;InterPro=IPR000249,IPR020808,IPR037233 +MGYG000000001_12 Prodigal:2.6 CDS 58631 59773 . + 0 ID=MGYG000000001_01165;eC_number=1.1.1.244;Name=mdh;gene=mdh;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P31005;locus_tag=MGYG000000001_01165;product=NAD-dependent methanol dehydrogenase;eggNOG=903814.ELI_4403;COG=C;KEGG=-;Pfam=PF00465;InterPro=IPR001670,IPR039697,IPR018211 +MGYG000000001_12 Prodigal:2.6 CDS 59839 60894 . - 0 ID=MGYG000000001_01166;Name=rhaR_5;gene=rhaR_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_01166;product=HTH-type transcriptional activator RhaR;eggNOG=411469.EUBHAL_00528;COG=K;KEGG=ko:K07720;Pfam=PF00072,PF12833;InterPro=IPR018060,IPR009057,IPR020449,IPR001789,IPR011006 +MGYG000000001_12 Prodigal:2.6 CDS 60887 62128 . - 0 ID=MGYG000000001_01167;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01167;product=hypothetical protein;eggNOG=931626.Awo_c25930;COG=T;KEGG=-;Pfam=PF10114,PF06580,PF02518;InterPro=IPR010559,IPR003594,IPR036890,IPR018771 +MGYG000000001_13 Prodigal:2.6 CDS 214 426 . + 0 ID=MGYG000000001_01168;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01168;product=hypothetical protein;eggNOG=445973.CLOBAR_02835;COG=P;KEGG=ko:K04758;Pfam=PF04023;InterPro=IPR038157,IPR007167,IPR008988 +MGYG000000001_13 Prodigal:2.6 CDS 439 657 . + 0 ID=MGYG000000001_01169;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01169;product=hypothetical protein;eggNOG=445973.CLOBAR_02834;COG=P;KEGG=ko:K04758;Pfam=PF04023;InterPro=IPR038157,IPR007167,IPR008988 +MGYG000000001_13 Prodigal:2.6 CDS 669 2774 . + 0 ID=MGYG000000001_01170;Name=feoB_2;db_xref=COG:COG0370;gene=feoB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33650;locus_tag=MGYG000000001_01170;product=Fe(2+) transporter FeoB;eggNOG=445973.CLOBAR_02833;COG=P;KEGG=ko:K04759;Pfam=PF07670,PF02421,PF07664,PF17910;InterPro=IPR005225,IPR003373,IPR030389,IPR011640,IPR027417,IPR006073,IPR041069,IPR011642 +MGYG000000001_13 Prodigal:2.6 CDS 2802 2954 . + 0 ID=MGYG000000001_01171;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01171;product=hypothetical protein;eggNOG=1151292.QEW_1887;COG=S;KEGG=-;Pfam=PF12669 +MGYG000000001_13 Prodigal:2.6 CDS 3142 5127 . + 0 ID=MGYG000000001_01172;eC_number=3.1.3.11;Name=fbp;db_xref=COG:COG3855;gene=fbp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45597;locus_tag=MGYG000000001_01172;product=Fructose-1%2C6-bisphosphatase class 3;eggNOG=1301100.HG529229_gene5388;COG=G;KEGG=ko:K04041;Pfam=PF06874;InterPro=IPR009164 +MGYG000000001_13 Prodigal:2.6 CDS 5357 6211 . + 0 ID=MGYG000000001_01173;Name=licT_2;db_xref=COG:COG3711;gene=licT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39805;locus_tag=MGYG000000001_01173;product=Transcription antiterminator LicT;eggNOG=1301100.HG529229_gene5390;COG=K;KEGG=ko:K03488;Pfam=PF03123,PF00874;InterPro=IPR011608,IPR004341,IPR036650,IPR036634 +MGYG000000001_13 Prodigal:2.6 CDS 6536 8572 . + 0 ID=MGYG000000001_01174;eC_number=2.7.1.199;Name=ptsG;db_xref=COG:COG1263;gene=ptsG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P20166;locus_tag=MGYG000000001_01174;product=PTS system glucose-specific EIICBA component;eggNOG=1301100.HG529229_gene5391;COG=G;KEGG=ko:K20116,ko:K20117,ko:K20118;Pfam=PF00367,PF00358,PF02378;InterPro=IPR003352,IPR001127,IPR018113,IPR013013,IPR036878,IPR011299,IPR011055,IPR001996 +MGYG000000001_13 Prodigal:2.6 CDS 8680 10188 . - 0 ID=MGYG000000001_01175;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01175;product=hypothetical protein;eggNOG=545697.HMPREF0216_01420;COG=GM;KEGG=- +MGYG000000001_13 Prodigal:2.6 CDS 10416 11630 . + 0 ID=MGYG000000001_01176;eC_number=6.3.1.12;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:H8L902;locus_tag=MGYG000000001_01176;product=D-aspartate ligase;eggNOG=1301100.HG529229_gene5392;COG=S;KEGG=ko:K17810;InterPro=IPR011761 +MGYG000000001_13 Prodigal:2.6 CDS 11646 12353 . + 0 ID=MGYG000000001_01177;eC_number=5.1.1.13;db_xref=COG:COG1794;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29079;locus_tag=MGYG000000001_01177;product=Aspartate racemase;eggNOG=1476973.JMMB01000007_gene825;COG=M;KEGG=ko:K01779;Pfam=PF01177;InterPro=IPR015942,IPR018187,IPR001920,IPR004380 +MGYG000000001_13 Prodigal:2.6 CDS 12511 14001 . + 0 ID=MGYG000000001_01178;eC_number=6.3.2.13;Name=murE_1;db_xref=COG:COG0769;gene=murE_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q819Q0;locus_tag=MGYG000000001_01178;product=UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2%2C6-diaminopimelate ligase;eggNOG=1301100.HG529229_gene5394;COG=M;KEGG=ko:K01928;Pfam=PF08245,PF02875,PF01225;InterPro=IPR036615,IPR004101,IPR035911,IPR000713,IPR036565,IPR005761,IPR013221 +MGYG000000001_13 Prodigal:2.6 CDS 14068 14904 . + 0 ID=MGYG000000001_01179;eC_number=2.8.1.1;Name=sseB_2;db_xref=COG:COG2897;gene=sseB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WHF5;locus_tag=MGYG000000001_01179;product=Putative thiosulfate sulfurtransferase SseB;eggNOG=1301100.HG529229_gene5395;COG=P;KEGG=ko:K01011;Pfam=PF00581;InterPro=IPR001763,IPR036873 +MGYG000000001_13 Prodigal:2.6 CDS 14966 16624 . + 0 ID=MGYG000000001_01180;eC_number=2.7.13.3;Name=ypdA;db_xref=COG:COG3275;gene=ypdA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AA93;locus_tag=MGYG000000001_01180;product=Sensor histidine kinase YpdA;eggNOG=1301100.HG529229_gene5396;COG=T;KEGG=ko:K02478,ko:K07704;Pfam=PF07694,PF06580;InterPro=IPR010559,IPR011620,IPR036890 +MGYG000000001_13 Prodigal:2.6 CDS 16635 17360 . + 0 ID=MGYG000000001_01181;Name=ypdB_1;db_xref=COG:COG3279;gene=ypdB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AE39;locus_tag=MGYG000000001_01181;product=Transcriptional regulatory protein YpdB;eggNOG=1301100.HG529229_gene5397;COG=KT;KEGG=ko:K02477,ko:K07705;Pfam=PF00072,PF04397;InterPro=IPR001789,IPR011006,IPR007492 +MGYG000000001_13 Prodigal:2.6 CDS 17483 18922 . + 0 ID=MGYG000000001_01182;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01182;product=hypothetical protein;eggNOG=1301100.HG529229_gene5398;COG=T;KEGG=-;Pfam=PF02554,PF13722;InterPro=IPR025299,IPR003706 +MGYG000000001_13 Prodigal:2.6 CDS 19034 20131 . - 0 ID=MGYG000000001_01183;Name=ychF;db_xref=COG:COG0012;gene=ychF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37518;locus_tag=MGYG000000001_01183;product=Ribosome-binding ATPase YchF;eggNOG=1391646.AVSU01000092_gene409;COG=J;KEGG=ko:K06942;Pfam=PF06071,PF01926;InterPro=IPR023192,IPR012676,IPR031167,IPR013029,IPR041706,IPR027417,IPR006073,IPR004396,IPR012675 +MGYG000000001_13 Prodigal:2.6 CDS 20417 21535 . + 0 ID=MGYG000000001_01184;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01184;product=hypothetical protein;eggNOG=1301100.HG529229_gene5401;COG=-;KEGG=- +MGYG000000001_13 Prodigal:2.6 CDS 21537 22799 . + 0 ID=MGYG000000001_01185;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01185;product=hypothetical protein;eggNOG=1301100.HG529229_gene5402;COG=S;KEGG=-;Pfam=PF05193;InterPro=IPR011249,IPR007863 +MGYG000000001_13 Prodigal:2.6 CDS 22811 24097 . + 0 ID=MGYG000000001_01186;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01186;product=hypothetical protein;eggNOG=1301100.HG529229_gene5403;COG=S;KEGG=-;Pfam=PF00675,PF05193;InterPro=IPR011249,IPR007863,IPR011765 +MGYG000000001_13 Prodigal:2.6 CDS 24144 25214 . - 0 ID=MGYG000000001_01187;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01187;product=hypothetical protein;eggNOG=1301100.HG529235_gene7313;COG=V;KEGG=ko:K01992;Pfam=PF12698 +MGYG000000001_13 Prodigal:2.6 CDS 25215 26303 . - 0 ID=MGYG000000001_01188;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01188;product=hypothetical protein;eggNOG=1301100.HG529235_gene7314;COG=V;KEGG=ko:K01992;Pfam=PF12698 +MGYG000000001_13 Prodigal:2.6 CDS 26313 27248 . - 0 ID=MGYG000000001_01189;eC_number=3.6.3.-;Name=drrA;gene=drrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32010;locus_tag=MGYG000000001_01189;product=Daunorubicin/doxorubicin resistance ATP-binding protein DrrA;eggNOG=272563.CD630_12680;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_13 Prodigal:2.6 CDS 27335 27979 . - 0 ID=MGYG000000001_01190;Name=liaR;db_xref=COG:COG2197;gene=liaR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32197;locus_tag=MGYG000000001_01190;product=Transcriptional regulatory protein LiaR;eggNOG=1301100.HG529235_gene7318;COG=K;KEGG=-;Pfam=PF00072,PF00196;InterPro=IPR001789,IPR011006,IPR016032,IPR000792 +MGYG000000001_13 Prodigal:2.6 CDS 27972 29129 . - 0 ID=MGYG000000001_01191;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01191;product=hypothetical protein;eggNOG=272563.CD630_12700;COG=T;KEGG=-;Pfam=PF07730;InterPro=IPR011712,IPR036890 +MGYG000000001_13 Prodigal:2.6 CDS 29346 30125 . + 0 ID=MGYG000000001_01192;eC_number=3.1.3.48;Name=ywqE;db_xref=COG:COG4464;gene=ywqE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96717;locus_tag=MGYG000000001_01192;product=Tyrosine-protein phosphatase YwqE;eggNOG=1292035.H476_2104;COG=GM;KEGG=ko:K01104;InterPro=IPR016195,IPR016667 +MGYG000000001_13 Prodigal:2.6 CDS 30137 30886 . + 0 ID=MGYG000000001_01193;eC_number=2.4.99.-;Name=lgt;db_xref=COG:COG0682;gene=lgt;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34752;locus_tag=MGYG000000001_01193;product=Prolipoprotein diacylglyceryl transferase;eggNOG=1301100.HG529229_gene5406;COG=M;KEGG=ko:K13292;Pfam=PF01790;InterPro=IPR001640 +MGYG000000001_13 Prodigal:2.6 CDS 30905 31840 . + 0 ID=MGYG000000001_01194;eC_number=2.1.1.199;Name=rsmH;gene=rsmH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60392;locus_tag=MGYG000000001_01194;product=Ribosomal RNA small subunit methyltransferase H;eggNOG=272563.CD630_26580;COG=J;KEGG=ko:K03438;Pfam=PF01795;InterPro=IPR029063,IPR023397,IPR002903 +MGYG000000001_13 Prodigal:2.6 CDS 31967 33967 . + 0 ID=MGYG000000001_01195;Name=norR_3;gene=norR_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01314;locus_tag=MGYG000000001_01195;product=Anaerobic nitric oxide reductase transcription regulator NorR;eggNOG=1301100.HG529229_gene5408;COG=KT;KEGG=-;Pfam=PF00158;InterPro=IPR002078,IPR025944,IPR003593,IPR000014,IPR025943,IPR025662,IPR035965,IPR027417,IPR036388 +MGYG000000001_13 Prodigal:2.6 CDS 34176 35609 . + 0 ID=MGYG000000001_01196;Name=mleN_2;db_xref=COG:COG1757;gene=mleN_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54571;locus_tag=MGYG000000001_01196;product=Malate-2H(+)/Na(+)-lactate antiporter;eggNOG=1301100.HG529229_gene5409;COG=C;KEGG=ko:K03315;Pfam=PF03553;InterPro=IPR018461,IPR004770 +MGYG000000001_13 Prodigal:2.6 CDS 35615 36763 . + 0 ID=MGYG000000001_01197;eC_number=3.4.19.-;Name=iadA;gene=iadA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39377;locus_tag=MGYG000000001_01197;product=Isoaspartyl dipeptidase;eggNOG=1301100.HG529229_gene5410;COG=F;KEGG=ko:K01305;Pfam=PF01979;InterPro=IPR010229,IPR006680,IPR011059,IPR032466 +MGYG000000001_13 Prodigal:2.6 CDS 36990 37346 . + 0 ID=MGYG000000001_01198;Name=ftsL;gene=ftsL;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00910;locus_tag=MGYG000000001_01198;product=Cell division protein FtsL;eggNOG=272563.CD630_26570;COG=-;KEGG=- +MGYG000000001_13 Prodigal:2.6 CDS 37395 39338 . + 0 ID=MGYG000000001_01199;Name=spoVD_1;db_xref=COG:COG0768;gene=spoVD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q03524;locus_tag=MGYG000000001_01199;product=Stage V sporulation protein D;eggNOG=1301100.HG529229_gene5412;COG=M;KEGG=ko:K03587,ko:K08384;Pfam=PF03717,PF03793,PF00905;InterPro=IPR011927,IPR005311,IPR001460,IPR012338,IPR005543,IPR036138 +MGYG000000001_13 Prodigal:2.6 CDS 39515 40888 . + 0 ID=MGYG000000001_01200;eC_number=6.3.2.10;Name=murF;db_xref=COG:COG0770;gene=murF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P11880;locus_tag=MGYG000000001_01200;product=UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase;eggNOG=1301100.HG529229_gene5413;COG=M;KEGG=ko:K01929;Pfam=PF08245,PF02875,PF01225;InterPro=IPR036615,IPR004101,IPR005863,IPR035911,IPR000713,IPR036565,IPR013221 +MGYG000000001_13 Prodigal:2.6 CDS 40929 41891 . + 0 ID=MGYG000000001_01201;eC_number=2.7.8.13;Name=mraY;db_xref=COG:COG0472;gene=mraY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FZ93;locus_tag=MGYG000000001_01201;product=Phospho-N-acetylmuramoyl-pentapeptide-transferase;eggNOG=1301100.HG529229_gene5414;COG=M;KEGG=ko:K01000;Pfam=PF10555,PF00953;InterPro=IPR018480,IPR003524,IPR000715 +MGYG000000001_13 Prodigal:2.6 CDS 41909 43270 . + 0 ID=MGYG000000001_01202;eC_number=6.3.2.9;Name=murD;db_xref=COG:COG0771;gene=murD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97RU8;locus_tag=MGYG000000001_01202;product=UDP-N-acetylmuramoylalanine--D-glutamate ligase;eggNOG=1476973.JMMB01000007_gene859;COG=M;KEGG=ko:K01925;Pfam=PF08245,PF02875;InterPro=IPR036615,IPR004101,IPR036565,IPR005762,IPR013221 +MGYG000000001_13 Prodigal:2.6 CDS 43314 44444 . + 0 ID=MGYG000000001_01203;eC_number=2.4.1.129;Name=ftsW_2;db_xref=COG:COG0772;gene=ftsW_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ABG4;locus_tag=MGYG000000001_01203;product=putative peptidoglycan glycosyltransferase FtsW;eggNOG=1301100.HG529229_gene5416;COG=D;KEGG=ko:K03588;Pfam=PF01098;InterPro=IPR013437,IPR013438,IPR001182 +MGYG000000001_13 Prodigal:2.6 CDS 44459 45694 . + 0 ID=MGYG000000001_01204;eC_number=2.4.1.227;Name=murG;db_xref=COG:COG0707;gene=murG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9HW01;locus_tag=MGYG000000001_01204;product=UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase;eggNOG=1476973.JMMB01000007_gene861;COG=M;KEGG=ko:K02563;Pfam=PF03033,PF04101;InterPro=IPR007235,IPR004276,IPR006009 +MGYG000000001_13 Prodigal:2.6 CDS 45768 47021 . + 0 ID=MGYG000000001_01205;eC_number=2.5.1.7;Name=murAA_2;db_xref=COG:COG0766;gene=murAA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P70965;locus_tag=MGYG000000001_01205;product=UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1;eggNOG=1301100.HG529229_gene5418;COG=M;KEGG=ko:K00790;Pfam=PF00275;InterPro=IPR005750,IPR001986,IPR036968,IPR013792 +MGYG000000001_13 Prodigal:2.6 CDS 47198 47938 . + 0 ID=MGYG000000001_01206;Name=divIB;gene=divIB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00912;locus_tag=MGYG000000001_01206;product=Cell division protein DivIB;eggNOG=1151292.QEW_3195;COG=D;KEGG=ko:K03589;Pfam=PF08478;InterPro=IPR034746,IPR013685 +MGYG000000001_13 Prodigal:2.6 CDS 47965 48678 . + 0 ID=MGYG000000001_01207;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01207;product=hypothetical protein;eggNOG=1151292.QEW_3194;COG=S;KEGG=-;Pfam=PF05949;InterPro=IPR010273,IPR008954 +MGYG000000001_13 Prodigal:2.6 CDS 48668 49375 . + 0 ID=MGYG000000001_01208;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01208;product=hypothetical protein;eggNOG=1301100.HG529229_gene5421;COG=S;KEGG=-;Pfam=PF05949;InterPro=IPR010273 +MGYG000000001_13 Prodigal:2.6 CDS 49436 49789 . + 0 ID=MGYG000000001_01209;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01209;product=hypothetical protein;eggNOG=1301100.HG529229_gene5422;COG=S;KEGG=-;Pfam=PF06947;InterPro=IPR009709 +MGYG000000001_13 Prodigal:2.6 CDS 49895 51040 . + 0 ID=MGYG000000001_01210;Name=ftsZ;db_xref=COG:COG0206;gene=ftsZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17865;locus_tag=MGYG000000001_01210;product=Cell division protein FtsZ;eggNOG=1476973.JMMB01000007_gene867;COG=D;KEGG=ko:K03531;Pfam=PF00091,PF12327;InterPro=IPR018316,IPR036525,IPR003008,IPR037103,IPR008280,IPR024757,IPR020805,IPR000158 +MGYG000000001_13 Prodigal:2.6 CDS 51424 52260 . + 0 ID=MGYG000000001_01211;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01211;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene868;COG=M;KEGG=ko:K06383;Pfam=PF03419;InterPro=IPR005081 +MGYG000000001_13 Prodigal:2.6 CDS 52298 53032 . + 0 ID=MGYG000000001_01212;Name=sigE;gene=sigE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P62179;locus_tag=MGYG000000001_01212;product=RNA polymerase sigma-35 factor;eggNOG=1301100.HG529229_gene5425;COG=K;KEGG=ko:K03091;Pfam=PF04542,PF04545;InterPro=IPR014200,IPR007627,IPR013324,IPR007630,IPR013325,IPR000943,IPR014284,IPR036388 +MGYG000000001_13 Prodigal:2.6 CDS 53122 53895 . + 0 ID=MGYG000000001_01213;Name=sigG;db_xref=COG:COG1191;gene=sigG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19940;locus_tag=MGYG000000001_01213;product=RNA polymerase sigma-G factor;eggNOG=272563.CD630_26420;COG=K;KEGG=ko:K03091;Pfam=PF04539,PF04545,PF04542;InterPro=IPR007627,IPR013324,IPR014212,IPR007630,IPR013325,IPR000943,IPR007624,IPR014284,IPR014322 +MGYG000000001_13 Prodigal:2.6 CDS 54100 54369 . + 0 ID=MGYG000000001_01214;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01214;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene875;COG=S;KEGG=-;Pfam=PF05239;InterPro=IPR011033,IPR014238,IPR027275 +MGYG000000001_13 Prodigal:2.6 CDS 54405 54863 . + 0 ID=MGYG000000001_01215;Name=nrdR;db_xref=COG:COG1327;gene=nrdR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67318;locus_tag=MGYG000000001_01215;product=Transcriptional repressor NrdR;eggNOG=1301100.HG529229_gene5432;COG=K;KEGG=ko:K07738;Pfam=PF03477;InterPro=IPR003796,IPR005144 +MGYG000000001_13 Prodigal:2.6 CDS 54866 55576 . + 0 ID=MGYG000000001_01216;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01216;product=hypothetical protein;eggNOG=1301100.HG529229_gene5433;COG=S;KEGG=ko:K05810;Pfam=PF02578;InterPro=IPR038371,IPR011324,IPR003730 +MGYG000000001_13 Prodigal:2.6 CDS 55594 56277 . + 0 ID=MGYG000000001_01217;Name=walR_3;db_xref=COG:COG0745;gene=walR_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37478;locus_tag=MGYG000000001_01217;product=Transcriptional regulatory protein WalR;eggNOG=1151292.QEW_3183;COG=K;KEGG=ko:K02483,ko:K07658,ko:K07668;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_13 Prodigal:2.6 CDS 56303 57580 . + 0 ID=MGYG000000001_01218;eC_number=2.7.13.3;Name=phoR_1;db_xref=COG:COG0642;gene=phoR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23545;locus_tag=MGYG000000001_01218;product=Alkaline phosphatase synthesis sensor protein PhoR;eggNOG=1151292.QEW_3182;COG=T;KEGG=ko:K07636;Pfam=PF00512,PF00672,PF02518;InterPro=IPR036890,IPR003594,IPR000014,IPR005467,IPR036097,IPR003661,IPR004358,IPR003660 +MGYG000000001_13 Prodigal:2.6 CDS 57664 58605 . + 0 ID=MGYG000000001_01219;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01219;product=hypothetical protein;eggNOG=1301100.HG529230_gene5338;COG=S;KEGG=ko:K05739;Pfam=PF14045;InterPro=IPR025918 +MGYG000000001_13 Prodigal:2.6 CDS 58617 59549 . + 0 ID=MGYG000000001_01220;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01220;product=hypothetical protein;eggNOG=1301100.HG529230_gene5339;COG=S;KEGG=ko:K05739;Pfam=PF14045;InterPro=IPR025918 +MGYG000000001_13 Prodigal:2.6 CDS 59552 59752 . + 0 ID=MGYG000000001_01221;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01221;product=hypothetical protein;eggNOG=272563.CD630_26340;COG=-;KEGG=- +MGYG000000001_14 Prodigal:2.6 CDS 149 2065 . - 0 ID=MGYG000000001_01222;Name=apu;gene=apu;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P16950;locus_tag=MGYG000000001_01222;product=Amylopullulanase;eggNOG=1476973.JMMB01000007_gene2875;COG=G;KEGG=ko:K00705;Pfam=PF00128;InterPro=IPR006047,IPR013780,IPR017853 +MGYG000000001_14 Prodigal:2.6 CDS 2043 4490 . - 0 ID=MGYG000000001_01223;eC_number=2.4.1.1;Name=glgP;db_xref=COG:COG0058;gene=glgP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39123;locus_tag=MGYG000000001_01223;product=Glycogen phosphorylase;eggNOG=1301100.HG529430_gene1953;COG=G;KEGG=ko:K00688;Pfam=PF00343;InterPro=IPR011833,IPR000811,IPR035090 +MGYG000000001_14 Prodigal:2.6 CDS 4503 5945 . - 0 ID=MGYG000000001_01224;eC_number=2.4.1.21;Name=glgA;db_xref=COG:COG0297;gene=glgA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39125;locus_tag=MGYG000000001_01224;product=Glycogen synthase;eggNOG=1476973.JMMB01000007_gene2877;COG=G;KEGG=ko:K00703;Pfam=PF00534,PF08323;InterPro=IPR011835,IPR001296,IPR013534 +MGYG000000001_14 Prodigal:2.6 CDS 5958 7088 . - 0 ID=MGYG000000001_01225;Name=glgD;db_xref=COG:COG0448;gene=glgD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39124;locus_tag=MGYG000000001_01225;product=Glycogen biosynthesis protein GlgD;eggNOG=1151292.QEW_1309;COG=G;KEGG=ko:K00975;Pfam=PF00483;InterPro=IPR029044,IPR011832,IPR005835,IPR011004 +MGYG000000001_14 Prodigal:2.6 CDS 7091 8245 . - 0 ID=MGYG000000001_01226;eC_number=2.7.7.27;Name=glgC;db_xref=COG:COG0448;gene=glgC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39122;locus_tag=MGYG000000001_01226;product=Glucose-1-phosphate adenylyltransferase;eggNOG=1476973.JMMB01000007_gene2879;COG=H;KEGG=ko:K00975;Pfam=PF00483;InterPro=IPR029044,IPR011004,IPR005836,IPR023049,IPR005835,IPR011831 +MGYG000000001_14 Prodigal:2.6 CDS 8379 10355 . - 0 ID=MGYG000000001_01227;eC_number=2.4.1.18;Name=glgB;gene=glgB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30537;locus_tag=MGYG000000001_01227;product=1%2C4-alpha-glucan branching enzyme GlgB;eggNOG=1476973.JMMB01000007_gene2880;COG=G;KEGG=ko:K00700;Pfam=PF00128,PF02922,PF02806;InterPro=IPR013780,IPR004193,IPR013783,IPR006047,IPR037439,IPR006048,IPR006407,IPR014756,IPR017853 +MGYG000000001_14 Prodigal:2.6 CDS 10660 11652 . - 0 ID=MGYG000000001_01228;db_xref=COG:COG0330;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WPR9;locus_tag=MGYG000000001_01228;product=putative protein;eggNOG=1151292.QEW_1307;COG=O;KEGG=-;Pfam=PF01145;InterPro=IPR018080,IPR036013,IPR001972,IPR001107 +MGYG000000001_14 Prodigal:2.6 CDS 11682 12107 . - 0 ID=MGYG000000001_01229;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01229;product=hypothetical protein;eggNOG=272563.CD630_08800;COG=OU;KEGG=-;Pfam=PF01957;InterPro=IPR002810 +MGYG000000001_14 Prodigal:2.6 CDS 12224 13543 . + 0 ID=MGYG000000001_01230;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01230;product=hypothetical protein;eggNOG=658659.HMPREF0983_00082;COG=M;KEGG=-;InterPro=IPR013783,IPR001611,IPR032675 +MGYG000000001_14 Prodigal:2.6 CDS 13887 15548 . - 0 ID=MGYG000000001_01231;eC_number=3.2.1.10;Name=malL_1;db_xref=COG:COG0366;gene=malL_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29094;locus_tag=MGYG000000001_01231;product=Oligo-1%2C6-glucosidase;eggNOG=1292035.H476_1175;COG=G;KEGG=ko:K01176,ko:K01187;Pfam=PF00128;InterPro=IPR006047,IPR013780,IPR006046,IPR017853 +MGYG000000001_14 Prodigal:2.6 CDS 15578 17905 . - 0 ID=MGYG000000001_01232;eC_number=2.4.1.8;Name=malP_2;gene=malP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:E6ENP7;locus_tag=MGYG000000001_01232;product=Maltose phosphorylase;eggNOG=1301100.HG529262_gene707;COG=G;KEGG=ko:K00691;Pfam=PF03636,PF03632,PF03633;InterPro=IPR005194,IPR005196,IPR037018,IPR005195,IPR011013,IPR008928,IPR012341,IPR017045 +MGYG000000001_14 Prodigal:2.6 CDS 17945 18625 . - 0 ID=MGYG000000001_01233;eC_number=5.4.2.6;Name=yvdM;db_xref=COG:COG0637;gene=yvdM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06995;locus_tag=MGYG000000001_01233;product=Beta-phosphoglucomutase;eggNOG=1476973.JMMB01000007_gene2400;COG=S;KEGG=ko:K01838;Pfam=PF13419;InterPro=IPR041492,IPR006439,IPR010972,IPR036412,IPR023214,IPR023198,IPR010976 +MGYG000000001_14 Prodigal:2.6 CDS 18686 19687 . - 0 ID=MGYG000000001_01234;Name=malR;db_xref=COG:COG1609;gene=malR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A4T1;locus_tag=MGYG000000001_01234;product=HTH-type transcriptional regulator MalR;eggNOG=1301100.HG529262_gene705;COG=K;KEGG=ko:K02529;Pfam=PF00356,PF13377;InterPro=IPR028082,IPR000843,IPR010982 +MGYG000000001_14 Prodigal:2.6 CDS 19726 20544 . - 0 ID=MGYG000000001_01235;Name=araQ_1;db_xref=COG:COG0395;gene=araQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94530;locus_tag=MGYG000000001_01235;product=L-arabinose transport system permease protein AraQ;eggNOG=1476973.JMMB01000007_gene2403;COG=P;KEGG=ko:K10119;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_14 Prodigal:2.6 CDS 20544 21479 . - 0 ID=MGYG000000001_01236;Name=araP;db_xref=COG:COG1175;gene=araP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94529;locus_tag=MGYG000000001_01236;product=L-arabinose transport system permease protein AraP;eggNOG=1301100.HG529262_gene703;COG=P;KEGG=ko:K10118;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_14 Prodigal:2.6 CDS 21628 22941 . - 0 ID=MGYG000000001_01237;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01237;product=hypothetical protein;eggNOG=1301100.HG529262_gene702;COG=G;KEGG=ko:K10117;Pfam=PF13416;InterPro=IPR006059,IPR006061 +MGYG000000001_14 Prodigal:2.6 CDS 23179 24036 . - 0 ID=MGYG000000001_01238;eC_number=3.2.1.-;db_xref=COG:COG2110;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67343;locus_tag=MGYG000000001_01238;product=Protein-ADP-ribose hydrolase;eggNOG=1151292.QEW_1288;COG=S;KEGG=-;Pfam=PF01661;InterPro=IPR002589 +MGYG000000001_14 Prodigal:2.6 CDS 24273 24494 . - 0 ID=MGYG000000001_01239;Name=nfuA;gene=nfuA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01637;locus_tag=MGYG000000001_01239;product=Fe/S biogenesis protein NfuA;eggNOG=445973.CLOBAR_02460;COG=O;KEGG=-;Pfam=PF01106;InterPro=IPR001075,IPR034904 +MGYG000000001_14 Prodigal:2.6 CDS 24592 25425 . - 0 ID=MGYG000000001_01240;eC_number=1.3.1.43;Name=tyrC;gene=tyrC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q04983;locus_tag=MGYG000000001_01240;product=Cyclohexadienyl dehydrogenase;eggNOG=1280689.AUJC01000001_gene2472;COG=E;KEGG=ko:K04517;Pfam=PF02153;InterPro=IPR003099,IPR008927,IPR036291 +MGYG000000001_14 Prodigal:2.6 CDS 25422 26435 . - 0 ID=MGYG000000001_01241;eC_number=2.5.1.54;Name=aroF_1;db_xref=COG:COG2876;gene=aroF_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYH8;locus_tag=MGYG000000001_01241;product=Phospho-2-dehydro-3-deoxyheptonate aldolase;eggNOG=1280689.AUJC01000001_gene2473;COG=E;KEGG=ko:K03856;Pfam=PF00793,PF18152;InterPro=IPR041071,IPR006268,IPR013785,IPR006218 +MGYG000000001_14 Prodigal:2.6 CDS 26464 27594 . - 0 ID=MGYG000000001_01242;Name=pheA;db_xref=COG:COG0077;gene=pheA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9J8;locus_tag=MGYG000000001_01242;product=P-protein;eggNOG=445973.CLOBAR_00885;COG=E;KEGG=ko:K04518,ko:K14170;Pfam=PF00800,PF01817;InterPro=IPR018528,IPR001086,IPR002912,IPR036979,IPR036263,IPR008242,IPR002701,IPR011279 +MGYG000000001_14 Prodigal:2.6 CDS 28448 28648 . - 0 ID=MGYG000000001_01243;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01243;product=hypothetical protein +MGYG000000001_14 Prodigal:2.6 CDS 28756 29430 . - 0 ID=MGYG000000001_01244;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01244;product=hypothetical protein;eggNOG=1151292.QEW_1256;COG=S;KEGG=ko:K07052;Pfam=PF02517;InterPro=IPR003675 +MGYG000000001_14 Prodigal:2.6 CDS 29827 30138 . - 0 ID=MGYG000000001_01245;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01245;product=hypothetical protein;eggNOG=1151292.QEW_1255;COG=-;KEGG=-;InterPro=IPR010921 +MGYG000000001_14 Prodigal:2.6 CDS 30435 31052 . + 0 ID=MGYG000000001_01246;Name=mntP_2;gene=mntP_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01521;locus_tag=MGYG000000001_01246;product=manganese efflux pump MntP;eggNOG=1128398.Curi_c21500;COG=P;KEGG=-;Pfam=PF02659;InterPro=IPR014205,IPR003810 +MGYG000000001_14 Prodigal:2.6 CDS 31086 31712 . - 0 ID=MGYG000000001_01247;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01247;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1680;COG=S;KEGG=-;Pfam=PF02588;InterPro=IPR003740 +MGYG000000001_14 Prodigal:2.6 CDS 32121 33224 . + 0 ID=MGYG000000001_01248;eC_number=3.6.4.13;Name=cshE;db_xref=COG:COG0513;gene=cshE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81DF9;locus_tag=MGYG000000001_01248;product=DEAD-box ATP-dependent RNA helicase CshE;eggNOG=1487921.DP68_16590;COG=L;KEGG=ko:K05592;Pfam=PF00271,PF00270;InterPro=IPR011545,IPR014014,IPR027417,IPR001650,IPR014001 +MGYG000000001_14 Prodigal:2.6 CDS 33317 33658 . - 0 ID=MGYG000000001_01249;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01249;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2900;COG=G;KEGG=-;InterPro=IPR036095 +MGYG000000001_14 Prodigal:2.6 CDS 33730 34788 . - 0 ID=MGYG000000001_01250;Name=capA;gene=capA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19579;locus_tag=MGYG000000001_01250;product=Capsule biosynthesis protein CapA;eggNOG=1408823.AXUS01000002_gene950;COG=M;KEGG=ko:K07282;Pfam=PF09587;InterPro=IPR029052,IPR019079 +MGYG000000001_14 Prodigal:2.6 CDS 34977 35876 . - 0 ID=MGYG000000001_01251;Name=rbsB;db_xref=COG:COG1879;gene=rbsB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44737;locus_tag=MGYG000000001_01251;product=Ribose import binding protein RbsB;eggNOG=1292035.H476_2491;COG=G;KEGG=ko:K10439;Pfam=PF13407;InterPro=IPR025997,IPR028082 +MGYG000000001_14 Prodigal:2.6 CDS 35892 36869 . - 0 ID=MGYG000000001_01252;Name=rbsC;db_xref=COG:COG1172;gene=rbsC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AGI1;locus_tag=MGYG000000001_01252;product=Ribose import permease protein RbsC;eggNOG=1301100.HG529275_gene1623;COG=G;KEGG=ko:K10440;Pfam=PF02653;InterPro=IPR001851 +MGYG000000001_14 Prodigal:2.6 CDS 36872 38362 . - 0 ID=MGYG000000001_01253;eC_number=3.6.3.17;Name=rbsA;db_xref=COG:COG1129;gene=rbsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04983;locus_tag=MGYG000000001_01253;product=Ribose import ATP-binding protein RbsA;eggNOG=1301100.HG529275_gene1622;COG=P;KEGG=ko:K10441,ko:K10542;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR015861,IPR027417,IPR017871 +MGYG000000001_14 Prodigal:2.6 CDS 38363 38758 . - 0 ID=MGYG000000001_01254;eC_number=5.4.99.62;Name=rbsD;db_xref=COG:COG1869;gene=rbsD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZKW0;locus_tag=MGYG000000001_01254;product=D-ribose pyranase;eggNOG=1301100.HG529275_gene1621;COG=G;KEGG=ko:K06726;Pfam=PF05025;InterPro=IPR023064,IPR007721,IPR023750 +MGYG000000001_14 Prodigal:2.6 CDS 38764 39672 . - 0 ID=MGYG000000001_01255;eC_number=2.7.1.15;Name=rbsK_1;db_xref=COG:COG0524;gene=rbsK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9J6;locus_tag=MGYG000000001_01255;product=Ribokinase;eggNOG=1301100.HG529275_gene1620;COG=H;KEGG=ko:K00852;Pfam=PF00294;InterPro=IPR011611,IPR002139,IPR011877,IPR002173,IPR017583,IPR029056 +MGYG000000001_14 Prodigal:2.6 CDS 39942 40223 . - 0 ID=MGYG000000001_01256;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01256;product=hypothetical protein +MGYG000000001_14 Prodigal:2.6 CDS 40370 40834 . + 0 ID=MGYG000000001_01257;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01257;product=hypothetical protein;eggNOG=935836.JAEL01000033_gene4064;COG=T;KEGG=-;Pfam=PF13529,PF08239;InterPro=IPR039564,IPR003646 +MGYG000000001_14 Prodigal:2.6 CDS 40944 41366 . + 0 ID=MGYG000000001_01258;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01258;product=hypothetical protein;eggNOG=935836.JAEL01000033_gene4064;COG=T;KEGG=-;Pfam=PF13529,PF08239;InterPro=IPR039564,IPR003646 +MGYG000000001_14 Prodigal:2.6 CDS 41412 42047 . - 0 ID=MGYG000000001_01259;eC_number=3.1.3.18;Name=gph;gene=gph;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00495;locus_tag=MGYG000000001_01259;product=Phosphoglycolate phosphatase;eggNOG=545697.HMPREF0216_02278;COG=S;KEGG=ko:K01091;Pfam=PF13419;InterPro=IPR041492,IPR006439,IPR036412,IPR023214,IPR023198 +MGYG000000001_14 Prodigal:2.6 CDS 42105 42545 . - 0 ID=MGYG000000001_01260;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8D3;locus_tag=MGYG000000001_01260;note=UPF0178 protein YaiI;product=hypothetical protein;eggNOG=1301100.HG529398_gene6809;COG=S;KEGG=ko:K09768;Pfam=PF02639;InterPro=IPR003791 +MGYG000000001_14 Prodigal:2.6 CDS 42683 43384 . - 0 ID=MGYG000000001_01261;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01261;product=hypothetical protein;eggNOG=411461.DORFOR_01259;COG=S;KEGG=-;InterPro=IPR038750 +MGYG000000001_14 Prodigal:2.6 CDS 43531 44844 . - 0 ID=MGYG000000001_01262;Name=dctM_1;db_xref=COG:COG1593;gene=dctM_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07838;locus_tag=MGYG000000001_01262;product=C4-dicarboxylate TRAP transporter large permease protein DctM;eggNOG=1301100.HG529388_gene4983;COG=G;KEGG=-;Pfam=PF06808;InterPro=IPR010656,IPR004681 +MGYG000000001_14 Prodigal:2.6 CDS 44867 45376 . - 0 ID=MGYG000000001_01263;Name=siaQ_1;db_xref=COG:COG3090;gene=siaQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KR65;locus_tag=MGYG000000001_01263;product=Sialic acid TRAP transporter small permease protein SiaQ;eggNOG=1301100.HG529388_gene4982;COG=G;KEGG=-;Pfam=PF04290;InterPro=IPR007387 +MGYG000000001_14 Prodigal:2.6 CDS 45415 46461 . - 0 ID=MGYG000000001_01264;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01264;product=hypothetical protein;eggNOG=1292035.H476_2688;COG=G;KEGG=-;Pfam=PF03480;InterPro=IPR004682,IPR018389,IPR038404 +MGYG000000001_14 Prodigal:2.6 CDS 46650 48074 . - 0 ID=MGYG000000001_01265;eC_number=5.3.1.12;Name=uxaC_1;db_xref=COG:COG1904;gene=uxaC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8G3;locus_tag=MGYG000000001_01265;product=Uronate isomerase;eggNOG=573061.Clocel_2249;COG=G;KEGG=ko:K01812;Pfam=PF02614;InterPro=IPR003766,IPR032466 +MGYG000000001_14 Prodigal:2.6 CDS 48093 49580 . - 0 ID=MGYG000000001_01266;eC_number=4.2.1.7;Name=uxaA;db_xref=COG:COG2721;gene=uxaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42604;locus_tag=MGYG000000001_01266;product=Altronate dehydratase;eggNOG=573061.Clocel_2250;COG=G;KEGG=ko:K01685;Pfam=PF08666,PF04295;InterPro=IPR007392,IPR013974 +MGYG000000001_14 Prodigal:2.6 CDS 49564 51057 . - 0 ID=MGYG000000001_01267;eC_number=1.1.1.58;Name=uxaB;db_xref=COG:COG0246;gene=uxaB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34354;locus_tag=MGYG000000001_01267;product=Altronate oxidoreductase;eggNOG=573061.Clocel_2251;COG=G;KEGG=ko:K00041;Pfam=PF01232,PF08125;InterPro=IPR008927,IPR013118,IPR013328,IPR013131,IPR036291 +MGYG000000001_14 Prodigal:2.6 CDS 51090 52121 . - 0 ID=MGYG000000001_01268;eC_number=2.7.1.45;Name=kdgK_1;gene=kdgK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q53W83;locus_tag=MGYG000000001_01268;product=2-dehydro-3-deoxygluconokinase;eggNOG=1292035.H476_2691;COG=G;KEGG=ko:K00874;Pfam=PF00294;InterPro=IPR011611,IPR029056 +MGYG000000001_14 Prodigal:2.6 CDS 52102 52713 . - 0 ID=MGYG000000001_01269;Name=kdgA_1;db_xref=COG:COG0800;gene=kdgA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50846;locus_tag=MGYG000000001_01269;product=KHG/KDPG aldolase;eggNOG=1301100.HG529388_gene4977;COG=G;KEGG=ko:K01625;Pfam=PF01081;InterPro=IPR013785,IPR000887 +MGYG000000001_14 Prodigal:2.6 CDS 53085 53771 . - 0 ID=MGYG000000001_01270;Name=rspR_1;db_xref=COG:COG1802;gene=rspR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ACM2;locus_tag=MGYG000000001_01270;product=HTH-type transcriptional repressor RspR;eggNOG=573061.Clocel_2253;COG=K;KEGG=-;Pfam=PF00392,PF07729;InterPro=IPR011711,IPR008920,IPR036390,IPR036388,IPR000524 +MGYG000000001_14 Prodigal:2.6 CDS 54006 55862 . - 0 ID=MGYG000000001_01271;db_xref=COG:COG1132;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYC4;locus_tag=MGYG000000001_01271;product=putative ABC transporter ATP-binding protein;eggNOG=1280689.AUJC01000011_gene1577;COG=V;KEGG=ko:K06147;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871,IPR039421 +MGYG000000001_14 Prodigal:2.6 CDS 55855 58110 . - 0 ID=MGYG000000001_01272;eC_number=3.6.3.33;Name=btuD_5;gene=btuD_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_01272;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=1151292.QEW_2745;COG=V;KEGG=ko:K06147;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871,IPR039421 +MGYG000000001_14 Prodigal:2.6 CDS 58129 58602 . - 0 ID=MGYG000000001_01273;Name=slyA_1;gene=slyA_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01819;locus_tag=MGYG000000001_01273;product=Transcriptional regulator SlyA;eggNOG=1286171.EAL2_808p04920;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR023187,IPR036388,IPR036390 +MGYG000000001_15 Prodigal:2.6 CDS 259 1287 . + 0 ID=MGYG000000001_01274;eC_number=3.4.21.116;Name=spoIVB_1;db_xref=COG:COG0750;gene=spoIVB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17896;locus_tag=MGYG000000001_01274;product=SpoIVB peptidase;eggNOG=272563.CD630_12130;COG=M;KEGG=ko:K06399;Pfam=PF05580,PF13180;InterPro=IPR036034,IPR008763,IPR001478 +MGYG000000001_15 Prodigal:2.6 CDS 1419 2231 . + 0 ID=MGYG000000001_01275;Name=spo0A;db_xref=COG:COG0784;gene=spo0A;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P06534;locus_tag=MGYG000000001_01275;product=Stage 0 sporulation protein A;eggNOG=1301100.HG529233_gene7395;COG=KT;KEGG=ko:K07699;Pfam=PF00072,PF08769;InterPro=IPR001789,IPR016032,IPR012052,IPR011006,IPR036388,IPR014879 +MGYG000000001_15 Prodigal:2.6 CDS 2382 3635 . + 0 ID=MGYG000000001_01276;eC_number=2.7.7.72;Name=cca_2;gene=cca_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01263;locus_tag=MGYG000000001_01276;product=CCA-adding enzyme;eggNOG=1476973.JMMB01000007_gene977;COG=H;KEGG=ko:K00970,ko:K00974;Pfam=PF12627,PF01743,PF13735;InterPro=IPR002646,IPR032828,IPR032810 +MGYG000000001_15 Prodigal:2.6 CDS 3824 4945 . + 0 ID=MGYG000000001_01277;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01277;product=hypothetical protein;eggNOG=1292035.H476_1993;COG=S;KEGG=-;Pfam=PF12555;InterPro=IPR022215,IPR036759 +MGYG000000001_15 Prodigal:2.6 CDS 4962 5831 . + 0 ID=MGYG000000001_01278;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01278;product=hypothetical protein;eggNOG=1151292.QEW_1594;COG=S;KEGG=-;Pfam=PF11382;InterPro=IPR021522 +MGYG000000001_15 Prodigal:2.6 CDS 5846 6538 . + 0 ID=MGYG000000001_01279;eC_number=2.4.2.53;Name=arnC;gene=arnC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01164;locus_tag=MGYG000000001_01279;product=Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase;eggNOG=1476973.JMMB01000007_gene980;COG=M;KEGG=-;Pfam=PF00535;InterPro=IPR029044,IPR001173 +MGYG000000001_15 Prodigal:2.6 CDS 6545 7369 . + 0 ID=MGYG000000001_01280;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01280;product=hypothetical protein;eggNOG=272563.CD630_12180;COG=M;KEGG=- +MGYG000000001_15 Prodigal:2.6 CDS 7375 8466 . + 0 ID=MGYG000000001_01281;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01281;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene982;COG=S;KEGG=-;Pfam=PF12982;InterPro=IPR024479 +MGYG000000001_15 Prodigal:2.6 CDS 8444 8971 . + 0 ID=MGYG000000001_01282;eC_number=3.6.1.13;Name=nudF;db_xref=COG:COG0494;gene=nudF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54570;locus_tag=MGYG000000001_01282;product=ADP-ribose pyrophosphatase;eggNOG=1391646.AVSU01000032_gene2296;COG=L;KEGG=ko:K01515;Pfam=PF00293;InterPro=IPR020476,IPR015797,IPR000086,IPR020084 +MGYG000000001_15 Prodigal:2.6 CDS 9033 9647 . + 0 ID=MGYG000000001_01283;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01283;product=hypothetical protein;eggNOG=1301100.HG529233_gene7405;COG=-;KEGG=ko:K06384 +MGYG000000001_15 Prodigal:2.6 CDS 9659 10534 . + 0 ID=MGYG000000001_01284;Name=xerD_2;gene=xerD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A0P0;locus_tag=MGYG000000001_01284;product=Tyrosine recombinase XerD;eggNOG=1301100.HG529233_gene7406;COG=L;KEGG=ko:K04763;Pfam=PF00589,PF02899;InterPro=IPR013762,IPR004107,IPR011010,IPR002104,IPR010998 +MGYG000000001_15 Prodigal:2.6 CDS 10557 11729 . + 0 ID=MGYG000000001_01285;eC_number=5.4.2.7;Name=deoB;db_xref=COG:COG1015;gene=deoB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q818Z9;locus_tag=MGYG000000001_01285;product=Phosphopentomutase;eggNOG=1476973.JMMB01000007_gene986;COG=G;KEGG=ko:K01839;Pfam=PF01676;InterPro=IPR017850,IPR006124,IPR010045,IPR024052 +MGYG000000001_15 Prodigal:2.6 CDS 11747 12568 . + 0 ID=MGYG000000001_01286;eC_number=2.4.2.1;Name=punA;db_xref=COG:COG0005;gene=punA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46354;locus_tag=MGYG000000001_01286;product=Purine nucleoside phosphorylase 1;eggNOG=1301100.HG529233_gene7408;COG=F;KEGG=ko:K03783;Pfam=PF01048;InterPro=IPR000845,IPR011268,IPR011270,IPR035994 +MGYG000000001_15 Prodigal:2.6 CDS 12647 13972 . + 0 ID=MGYG000000001_01287;eC_number=2.4.2.2;Name=pdp;gene=pdp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P77836;locus_tag=MGYG000000001_01287;product=Pyrimidine-nucleoside phosphorylase;eggNOG=1301100.HG529233_gene7409;COG=F;KEGG=ko:K00756,ko:K00758;Pfam=PF02885,PF07831,PF00591;InterPro=IPR000053,IPR018090,IPR036320,IPR000312,IPR017459,IPR017872,IPR036566,IPR035902,IPR013102 +MGYG000000001_15 Prodigal:2.6 CDS 14229 15302 . + 0 ID=MGYG000000001_01288;eC_number=4.2.2.-;Name=mltG;gene=mltG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A0H2ZLQ1;locus_tag=MGYG000000001_01288;product=Endolytic murein transglycosylase;eggNOG=272563.CD630_12260;COG=S;KEGG=ko:K07082;Pfam=PF02618;InterPro=IPR003770 +MGYG000000001_15 Prodigal:2.6 CDS 15395 16057 . + 0 ID=MGYG000000001_01289;eC_number=2.1.1.196;Name=cbiT_1;db_xref=COG:COG2242;gene=cbiT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05632;locus_tag=MGYG000000001_01289;product=Cobalt-precorrin-6B C(15)-methyltransferase (decarboxylating);eggNOG=1151292.QEW_1605;COG=S;KEGG=-;Pfam=PF01596;InterPro=IPR029063,IPR002935 +MGYG000000001_15 Prodigal:2.6 CDS 16059 17009 . + 0 ID=MGYG000000001_01290;eC_number=3.4.-.-;Name=ydcP;db_xref=COG:COG0826;gene=ydcP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76104;locus_tag=MGYG000000001_01290;product=putative protease YdcP;eggNOG=272563.CD630_12280;COG=O;KEGG=ko:K08303;Pfam=PF01136;InterPro=IPR001539,IPR011060 +MGYG000000001_15 Prodigal:2.6 CDS 17096 17731 . + 0 ID=MGYG000000001_01291;eC_number=2.7.1.48;Name=udk_1;gene=udk_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67411;locus_tag=MGYG000000001_01291;product=Uridine kinase;eggNOG=1301100.HG529233_gene7413;COG=F;KEGG=ko:K00876;Pfam=PF00485;InterPro=IPR000764,IPR006083,IPR026008,IPR027417 +MGYG000000001_15 Prodigal:2.6 CDS 17793 19469 . + 0 ID=MGYG000000001_01292;Name=spoVD_2;db_xref=COG:COG0768;gene=spoVD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q03524;locus_tag=MGYG000000001_01292;product=Stage V sporulation protein D;eggNOG=1151292.QEW_1607;COG=M;KEGG=ko:K05515;Pfam=PF00905;InterPro=IPR001460,IPR036138,IPR012338 +MGYG000000001_15 Prodigal:2.6 CDS 19536 20186 . + 0 ID=MGYG000000001_01293;Name=sigK;gene=sigK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P62181;locus_tag=MGYG000000001_01293;product=RNA polymerase sigma-28 factor;eggNOG=1391646.AVSU01000032_gene2285;COG=K;KEGG=ko:K03091;Pfam=PF04542,PF04545;InterPro=IPR007627,IPR014209,IPR013324,IPR007630,IPR013325,IPR000943,IPR014284,IPR036388 +MGYG000000001_15 Prodigal:2.6 CDS 20416 22824 . + 0 ID=MGYG000000001_01294;eC_number=2.7.13.3;Name=rcsC_7;gene=rcsC_7;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_01294;product=Sensor histidine kinase RcsC;eggNOG=1301100.HG529233_gene7417;COG=T;KEGG=-;Pfam=PF13188,PF02518;InterPro=IPR036890,IPR003594,IPR000014,IPR035965,IPR005467,IPR036097,IPR004358 +MGYG000000001_15 Prodigal:2.6 CDS 22858 25329 . + 0 ID=MGYG000000001_01295;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01295;product=hypothetical protein;eggNOG=1301100.HG529233_gene7418;COG=T;KEGG=-;Pfam=PF13188,PF00512;InterPro=IPR036890,IPR000014,IPR035965,IPR005467,IPR036097,IPR003661 +MGYG000000001_15 Prodigal:2.6 CDS 25391 26245 . + 0 ID=MGYG000000001_01296;eC_number=1.1.1.25;Name=aroE;db_xref=COG:COG0169;gene=aroE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8Y9N5;locus_tag=MGYG000000001_01296;product=Shikimate dehydrogenase (NADP(+));eggNOG=1301100.HG529233_gene7419;COG=E;KEGG=ko:K00014;Pfam=PF01488,PF18317,PF08501;InterPro=IPR011342,IPR006151,IPR022893,IPR013708,IPR036291,IPR041121 +MGYG000000001_15 Prodigal:2.6 CDS 26342 26644 . + 0 ID=MGYG000000001_01297;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01297;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene999;COG=-;KEGG=- +MGYG000000001_15 Prodigal:2.6 CDS 26628 27323 . + 0 ID=MGYG000000001_01298;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01298;product=hypothetical protein;eggNOG=1301100.HG529233_gene7421;COG=-;KEGG=- +MGYG000000001_15 Prodigal:2.6 CDS 27357 27764 . + 0 ID=MGYG000000001_01299;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01299;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1001;COG=NU;KEGG=- +MGYG000000001_15 Prodigal:2.6 CDS 27754 28311 . + 0 ID=MGYG000000001_01300;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01300;product=hypothetical protein;eggNOG=1301100.HG529233_gene7423;COG=-;KEGG=- +MGYG000000001_15 Prodigal:2.6 CDS 28308 28814 . + 0 ID=MGYG000000001_01301;eC_number=2.7.1.71;Name=aroK;db_xref=COG:COG0703;gene=aroK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A6D7;locus_tag=MGYG000000001_01301;product=Shikimate kinase 1;eggNOG=445973.CLOBAR_02230;COG=T;KEGG=-;Pfam=PF01202;InterPro=IPR023000,IPR000623,IPR031322,IPR027417,IPR036097,IPR003661 +MGYG000000001_15 Prodigal:2.6 CDS 28870 29298 . + 0 ID=MGYG000000001_01302;eC_number=4.2.1.10;Name=yqhS;db_xref=COG:COG0757;gene=yqhS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54517;locus_tag=MGYG000000001_01302;product=3-dehydroquinate dehydratase;eggNOG=1301100.HG529233_gene7425;COG=E;KEGG=ko:K03786;Pfam=PF01220;InterPro=IPR036441,IPR001874,IPR018509 +MGYG000000001_15 Prodigal:2.6 CDS 29511 30068 . + 0 ID=MGYG000000001_01303;Name=efp;db_xref=COG:COG0231;gene=efp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A3DDQ3;locus_tag=MGYG000000001_01303;product=Elongation factor P;eggNOG=445973.CLOBAR_02215;COG=J;KEGG=ko:K02356;Pfam=PF09285,PF01132,PF08207;InterPro=IPR014722,IPR015365,IPR008991,IPR013185,IPR011768,IPR001059,IPR012340,IPR020599,IPR013852 +MGYG000000001_15 Prodigal:2.6 CDS 30153 30593 . + 0 ID=MGYG000000001_01304;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01304;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1007;COG=S;KEGG=- +MGYG000000001_15 Prodigal:2.6 CDS 30744 31445 . + 0 ID=MGYG000000001_01305;eC_number=3.1.26.3;Name=rnc;db_xref=COG:COG0571;gene=rnc;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P51833;locus_tag=MGYG000000001_01305;product=Ribonuclease 3;eggNOG=1301100.HG529233_gene7428;COG=J;KEGG=ko:K03685;Pfam=PF00035,PF14622;InterPro=IPR014720,IPR036389,IPR011907,IPR000999 +MGYG000000001_15 Prodigal:2.6 CDS 31575 32645 . + 0 ID=MGYG000000001_01306;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01306;product=hypothetical protein;eggNOG=1301100.HG529233_gene7429;COG=BK;KEGG=-;Pfam=PF04055,PF16199;InterPro=IPR006638,IPR007197,IPR023404,IPR039661,IPR032432 +MGYG000000001_15 Prodigal:2.6 CDS 32669 36223 . + 0 ID=MGYG000000001_01307;Name=smc_2;db_xref=COG:COG1196;gene=smc_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P51834;locus_tag=MGYG000000001_01307;product=Chromosome partition protein Smc;eggNOG=1476973.JMMB01000007_gene1010;COG=D;KEGG=ko:K03529;Pfam=PF02463,PF06470;InterPro=IPR003395,IPR010935,IPR024704,IPR036277,IPR027417,IPR011890 +MGYG000000001_15 Prodigal:2.6 CDS 36375 37781 . + 0 ID=MGYG000000001_01308;Name=ftsY;gene=ftsY;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00920;locus_tag=MGYG000000001_01308;product=Signal recognition particle receptor FtsY;eggNOG=1301100.HG529233_gene7432;COG=U;KEGG=ko:K03110;Pfam=PF02881,PF00448;InterPro=IPR003593,IPR042101,IPR000897,IPR027417,IPR036225,IPR004390,IPR013822 +MGYG000000001_15 Prodigal:2.6 CDS 37879 38247 . + 0 ID=MGYG000000001_01309;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01309;product=hypothetical protein;eggNOG=1301100.HG529233_gene7433;COG=S;KEGG=ko:K09787;Pfam=PF04297;InterPro=IPR007394,IPR036388,IPR013324 +MGYG000000001_15 Prodigal:2.6 CDS 38244 39596 . + 0 ID=MGYG000000001_01310;Name=ffh;db_xref=COG:COG0541;gene=ffh;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37105;locus_tag=MGYG000000001_01310;product=Signal recognition particle protein;eggNOG=272563.CD630_12520;COG=U;KEGG=ko:K03106;Pfam=PF02881,PF00448,PF02978;InterPro=IPR003593,IPR004780,IPR042101,IPR022941,IPR036891,IPR004125,IPR000897,IPR027417,IPR013822 +MGYG000000001_15 Prodigal:2.6 CDS 39632 39904 . + 0 ID=MGYG000000001_01311;Name=rpsP;db_xref=COG:COG0228;gene=rpsP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21474;locus_tag=MGYG000000001_01311;product=30S ribosomal protein S16;eggNOG=1301100.HG529233_gene7435;COG=J;KEGG=ko:K02959;Pfam=PF00886;InterPro=IPR023803,IPR000307 +MGYG000000001_15 Prodigal:2.6 CDS 39945 40172 . + 0 ID=MGYG000000001_01312;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WFM7;locus_tag=MGYG000000001_01312;note=UPF0109 protein Rv2908c;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1015;COG=S;KEGG=ko:K06960;Pfam=PF13083;InterPro=IPR020627,IPR015946,IPR009019 +MGYG000000001_15 Prodigal:2.6 CDS 40250 40762 . + 0 ID=MGYG000000001_01313;Name=rimM;gene=rimM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66656;locus_tag=MGYG000000001_01313;product=Ribosome maturation factor RimM;eggNOG=1301100.HG529233_gene7437;COG=J;KEGG=ko:K02860;Pfam=PF05239,PF01782;InterPro=IPR011033,IPR011961,IPR002676,IPR009000,IPR036976,IPR027275 +MGYG000000001_15 Prodigal:2.6 CDS 40771 41466 . + 0 ID=MGYG000000001_01314;eC_number=2.1.1.228;Name=trmD;gene=trmD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q6GHJ5;locus_tag=MGYG000000001_01314;product=tRNA (guanine-N(1)-)-methyltransferase;eggNOG=1292035.H476_0539;COG=J;KEGG=ko:K00554;Pfam=PF01746;InterPro=IPR023148,IPR016009,IPR002649,IPR029028,IPR029026 +MGYG000000001_15 Prodigal:2.6 CDS 41560 41904 . + 0 ID=MGYG000000001_01315;Name=rplS;db_xref=COG:COG0335;gene=rplS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31742;locus_tag=MGYG000000001_01315;product=50S ribosomal protein L19;eggNOG=1292035.H476_0540;COG=J;KEGG=ko:K02884;Pfam=PF01245;InterPro=IPR038657,IPR001857,IPR008991,IPR018257 +MGYG000000001_15 Prodigal:2.6 CDS 42154 43065 . + 0 ID=MGYG000000001_01316;Name=rbgA;db_xref=COG:COG1161;gene=rbgA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31743;locus_tag=MGYG000000001_01316;product=Ribosome biogenesis GTPase A;eggNOG=1301100.HG529234_gene7338;COG=S;KEGG=ko:K14540;Pfam=PF01926;InterPro=IPR019991,IPR023179,IPR027417,IPR006073,IPR030378 +MGYG000000001_15 Prodigal:2.6 CDS 43297 44562 . + 0 ID=MGYG000000001_01317;Name=brnQ_1;db_xref=COG:COG1114;gene=brnQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AD99;locus_tag=MGYG000000001_01317;product=Branched-chain amino acid transport system 2 carrier protein;eggNOG=1476973.JMMB01000007_gene1025;COG=E;KEGG=ko:K03311;Pfam=PF05525;InterPro=IPR004685 +MGYG000000001_15 Prodigal:2.6 CDS 44942 45709 . + 0 ID=MGYG000000001_01318;eC_number=3.1.26.4;Name=rnhB;db_xref=COG:COG0164;gene=rnhB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31744;locus_tag=MGYG000000001_01318;product=Ribonuclease HII;eggNOG=272563.CD630_12620;COG=L;KEGG=ko:K03470;Pfam=PF01351;InterPro=IPR022898,IPR012337,IPR024567,IPR001352,IPR036397 +MGYG000000001_15 Prodigal:2.6 CDS 45771 46787 . + 0 ID=MGYG000000001_01319;eC_number=1.1.3.46;Name=hmo;gene=hmo;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O52792;locus_tag=MGYG000000001_01319;product=4-hydroxymandelate oxidase;eggNOG=1301100.HG529235_gene7312;COG=C;KEGG=-;Pfam=PF01070;InterPro=IPR037396,IPR012133,IPR000262,IPR013785 +MGYG000000001_15 Prodigal:2.6 CDS 46895 48154 . - 0 ID=MGYG000000001_01320;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01320;product=hypothetical protein;eggNOG=1301100.HG529235_gene7321;COG=M;KEGG=ko:K07282;Pfam=PF09587;InterPro=IPR029052,IPR019079 +MGYG000000001_15 Prodigal:2.6 CDS 48299 48643 . + 0 ID=MGYG000000001_01321;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01321;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1028;COG=L;KEGG=ko:K07460;Pfam=PF02021;InterPro=IPR003509,IPR011856,IPR011335 +MGYG000000001_15 Prodigal:2.6 CDS 48657 50192 . + 0 ID=MGYG000000001_01322;Name=comM;db_xref=COG:COG0606;gene=comM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45049;locus_tag=MGYG000000001_01322;product=Competence protein ComM;eggNOG=1476973.JMMB01000007_gene1029;COG=O;KEGG=ko:K07391;Pfam=PF13541,PF13335,PF01078;InterPro=IPR004482,IPR014721,IPR003593,IPR020568,IPR025158,IPR027417,IPR000523 +MGYG000000001_15 Prodigal:2.6 CDS 50202 51302 . + 0 ID=MGYG000000001_01323;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01323;product=hypothetical protein;eggNOG=272563.CD630_12730;COG=LU;KEGG=ko:K04096;Pfam=PF02481;InterPro=IPR003488,IPR010994 +MGYG000000001_15 Prodigal:2.6 CDS 51335 53395 . + 0 ID=MGYG000000001_01324;eC_number=5.99.1.2;Name=topA;gene=topA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A5Y5;locus_tag=MGYG000000001_01324;product=DNA topoisomerase 1;eggNOG=272563.CD630_12740;COG=L;KEGG=ko:K03168;Pfam=PF01131,PF01751,PF01396;InterPro=IPR028612,IPR000380,IPR013498,IPR005733,IPR013826,IPR023406,IPR003601,IPR013497,IPR023405,IPR006171,IPR003602,IPR013824,IPR034149,IPR013825 +MGYG000000001_15 Prodigal:2.6 CDS 53592 54377 . + 0 ID=MGYG000000001_01325;Name=codY;db_xref=COG:COG4465;gene=codY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q819X8;locus_tag=MGYG000000001_01325;product=GTP-sensing transcriptional pleiotropic repressor CodY;eggNOG=1476973.JMMB01000007_gene1032;COG=K;KEGG=ko:K03706;Pfam=PF08222,PF06018;InterPro=IPR029016,IPR010312,IPR014154,IPR036390,IPR013198,IPR036388 +MGYG000000001_15 Prodigal:2.6 CDS 54501 55775 . + 0 ID=MGYG000000001_01326;db_xref=COG:COG2256;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQN1;locus_tag=MGYG000000001_01326;product=putative AAA domain-containing protein;eggNOG=1476973.JMMB01000007_gene1033;COG=L;KEGG=ko:K07478;Pfam=PF16193,PF00004,PF12002;InterPro=IPR032423,IPR003593,IPR021886,IPR008921,IPR027417,IPR003959 +MGYG000000001_15 Prodigal:2.6 CDS 55851 56624 . + 0 ID=MGYG000000001_01327;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01327;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1034;COG=S;KEGG=ko:K06976;Pfam=PF12746;InterPro=IPR000182,IPR016181,IPR027365 +MGYG000000001_15 Prodigal:2.6 CDS 56746 57678 . + 0 ID=MGYG000000001_01328;eC_number=2.7.1.2;Name=glcK_1;db_xref=COG:COG1940;gene=glcK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54495;locus_tag=MGYG000000001_01328;product=Glucokinase;eggNOG=1301100.HG529235_gene7331;COG=GK;KEGG=ko:K00845;Pfam=PF00480;InterPro=IPR000600 +MGYG000000001_16 Prodigal:2.6 CDS 526 837 . - 0 ID=MGYG000000001_01329;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01329;product=hypothetical protein;eggNOG=1301100.HG529407_gene230;COG=-;KEGG=- +MGYG000000001_16 Prodigal:2.6 CDS 853 1269 . - 0 ID=MGYG000000001_01330;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01330;product=hypothetical protein;eggNOG=445973.CLOBAR_01259;COG=S;KEGG=-;Pfam=PF12953;InterPro=IPR024208 +MGYG000000001_16 Prodigal:2.6 CDS 1326 1514 . - 0 ID=MGYG000000001_01331;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01331;product=hypothetical protein;eggNOG=1292035.H476_0425;COG=S;KEGG=-;Pfam=PF10133;InterPro=IPR019300 +MGYG000000001_16 Prodigal:2.6 CDS 1679 2620 . - 0 ID=MGYG000000001_01332;eC_number=2.8.1.6;Name=bioB_1;gene=bioB_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01694;locus_tag=MGYG000000001_01332;product=Biotin synthase;eggNOG=272563.CD630_07320;COG=S;KEGG=ko:K01012;Pfam=PF04055;InterPro=IPR007197,IPR013785,IPR006638 +MGYG000000001_16 Prodigal:2.6 CDS 2617 3495 . - 0 ID=MGYG000000001_01333;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01333;product=hypothetical protein;eggNOG=272563.CD630_07310;COG=S;KEGG=ko:K09711;InterPro=IPR007197,IPR013785,IPR006638 +MGYG000000001_16 Prodigal:2.6 CDS 3488 5416 . - 0 ID=MGYG000000001_01334;eC_number=1.6.5.8;Name=nqrF_2;gene=nqrF_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00430;locus_tag=MGYG000000001_01334;product=Na(+)-translocating NADH-quinone reductase subunit F;eggNOG=1151292.QEW_1142;COG=C;KEGG=-;Pfam=PF00111,PF14574,PF17650,PF17651;InterPro=IPR027980,IPR041414,IPR036010,IPR042259,IPR001041,IPR040506,IPR012675 +MGYG000000001_16 Prodigal:2.6 CDS 5589 5963 . - 0 ID=MGYG000000001_01335;Name=gcvH;gene=gcvH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64214;locus_tag=MGYG000000001_01335;product=Glycine cleavage system H protein;eggNOG=1476973.JMMB01000007_gene616;COG=E;KEGG=ko:K02437;Pfam=PF01597;InterPro=IPR002930,IPR017453,IPR011053,IPR000089,IPR033753 +MGYG000000001_16 Prodigal:2.6 CDS 5988 8117 . - 0 ID=MGYG000000001_01336;eC_number=2.3.1.169;db_xref=COG:COG1152;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P27988;locus_tag=MGYG000000001_01336;product=Carbon monoxide dehydrogenase/acetyl-CoA synthase subunit alpha;eggNOG=1151292.QEW_1140;COG=C;KEGG=ko:K14138;Pfam=PF18537,PF03598;InterPro=IPR038571,IPR041350,IPR011254,IPR016099,IPR004461 +MGYG000000001_16 Prodigal:2.6 CDS 8184 8996 . - 0 ID=MGYG000000001_01337;eC_number=2.1.1.258;Name=acsE_2;db_xref=COG:COG1410;gene=acsE_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46389;locus_tag=MGYG000000001_01337;product=5-methyltetrahydrofolate:corrinoid/iron-sulfur protein co-methyltransferase;eggNOG=1301100.HG529407_gene240;COG=E;KEGG=ko:K15023;Pfam=PF00809;InterPro=IPR000489,IPR011005 +MGYG000000001_16 Prodigal:2.6 CDS 9055 10431 . - 0 ID=MGYG000000001_01338;Name=acsC;db_xref=COG:COG1456;gene=acsC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q07340;locus_tag=MGYG000000001_01338;product=Corrinoid/iron-sulfur protein large subunit;eggNOG=1301100.HG529407_gene241;COG=C;KEGG=ko:K00197;Pfam=PF03599,PF04060;InterPro=IPR016041,IPR007202,IPR011005 +MGYG000000001_16 Prodigal:2.6 CDS 10462 11406 . - 0 ID=MGYG000000001_01339;Name=acsD;db_xref=COG:COG2069;gene=acsD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q07341;locus_tag=MGYG000000001_01339;product=Corrinoid/iron-sulfur protein small subunit;eggNOG=1151292.QEW_1137;COG=C;KEGG=ko:K00194;Pfam=PF03599;InterPro=IPR016041,IPR011005 +MGYG000000001_16 Prodigal:2.6 CDS 11426 12196 . - 0 ID=MGYG000000001_01340;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01340;product=hypothetical protein;eggNOG=272563.CD630_07240;COG=D;KEGG=ko:K07321;Pfam=PF01656;InterPro=IPR027417,IPR014433,IPR002586 +MGYG000000001_16 Prodigal:2.6 CDS 12270 13667 . - 0 ID=MGYG000000001_01341;eC_number=1.8.1.4;db_xref=COG:COG1249;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P18925;locus_tag=MGYG000000001_01341;product=Dihydrolipoyl dehydrogenase;eggNOG=1301100.HG529407_gene244;COG=C;KEGG=ko:K00382;Pfam=PF02852,PF07992;InterPro=IPR023753,IPR001100,IPR036188,IPR004099,IPR006258,IPR012999,IPR016156 +MGYG000000001_16 Prodigal:2.6 CDS 13694 14575 . - 0 ID=MGYG000000001_01342;Name=yitJ;db_xref=COG:COG0646;gene=yitJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06745;locus_tag=MGYG000000001_01342;product=Bifunctional homocysteine S-methyltransferase/5%2C10-methylenetetrahydrofolate reductase;eggNOG=445973.CLOBAR_01269;COG=E;KEGG=ko:K00297;Pfam=PF02219;InterPro=IPR029041,IPR003171 +MGYG000000001_16 Prodigal:2.6 CDS 14610 15290 . - 0 ID=MGYG000000001_01343;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01343;product=hypothetical protein;eggNOG=1301100.HG529407_gene246;COG=C;KEGG=-;Pfam=PF12225;InterPro=IPR022026 +MGYG000000001_16 Prodigal:2.6 CDS 15317 16192 . - 0 ID=MGYG000000001_01344;Name=folD_1;gene=folD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A697;locus_tag=MGYG000000001_01344;product=Bifunctional protein FolD protein;eggNOG=445973.CLOBAR_01271;COG=F;KEGG=ko:K01491;Pfam=PF00763,PF02882;InterPro=IPR020631,IPR000489,IPR020630,IPR000672,IPR036291 +MGYG000000001_16 Prodigal:2.6 CDS 16224 16856 . - 0 ID=MGYG000000001_01345;eC_number=3.5.4.9;Name=fchA;db_xref=COG:COG3404;gene=fchA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q49135;locus_tag=MGYG000000001_01345;product=Methenyltetrahydrofolate cyclohydrolase;eggNOG=1301100.HG529407_gene248;COG=E;KEGG=-;Pfam=PF04961;InterPro=IPR007044,IPR036178 +MGYG000000001_16 Prodigal:2.6 CDS 16944 18620 . - 0 ID=MGYG000000001_01346;eC_number=6.3.4.3;Name=fhs_1;db_xref=COG:COG2759;gene=fhs_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2RM91;locus_tag=MGYG000000001_01346;product=Formate--tetrahydrofolate ligase;eggNOG=1476973.JMMB01000007_gene605;COG=H;KEGG=ko:K01938;Pfam=PF01268;InterPro=IPR020628,IPR000559,IPR027417 +MGYG000000001_16 Prodigal:2.6 CDS 18724 19512 . - 0 ID=MGYG000000001_01347;eC_number=1.3.7.7;Name=bchL;gene=bchL;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00355;locus_tag=MGYG000000001_01347;product=Light-independent protochlorophyllide reductase iron-sulfur ATP-binding protein;eggNOG=1301100.HG529407_gene250;COG=D;KEGG=ko:K07321;Pfam=PF01656;InterPro=IPR027417,IPR014433,IPR002586 +MGYG000000001_16 Prodigal:2.6 CDS 19741 21657 . - 0 ID=MGYG000000001_01348;eC_number=1.2.7.4;Name=cooS1_2;db_xref=COG:COG1151;gene=cooS1_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P59934;locus_tag=MGYG000000001_01348;product=Carbon monoxide dehydrogenase 1;eggNOG=1301100.HG529407_gene251;COG=C;KEGG=ko:K00198;Pfam=PF03063;InterPro=IPR010047,IPR011254,IPR004137,IPR016099,IPR016101 +MGYG000000001_16 Prodigal:2.6 CDS 22020 22928 . - 0 ID=MGYG000000001_01349;eC_number=2.3.1.8;Name=pta;db_xref=COG:COG0280;gene=pta;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X0L4;locus_tag=MGYG000000001_01349;product=Phosphate acetyltransferase;eggNOG=1408823.AXUS01000006_gene37;COG=C;KEGG=ko:K00634;Pfam=PF01515;InterPro=IPR002505,IPR012147 +MGYG000000001_16 Prodigal:2.6 CDS 23241 24383 . - 0 ID=MGYG000000001_01350;Name=ycf3;gene=ycf3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00439;locus_tag=MGYG000000001_01350;product=Photosystem I assembly protein Ycf3;eggNOG=1301100.HG529407_gene253;COG=S;KEGG=-;Pfam=PF07719,PF13181,PF13374;InterPro=IPR013026,IPR013105,IPR011990,IPR019734 +MGYG000000001_16 Prodigal:2.6 CDS 24393 26147 . - 0 ID=MGYG000000001_01351;eC_number=2.8.4.3;Name=miaB_2;gene=miaB_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01864;locus_tag=MGYG000000001_01351;product=tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase;eggNOG=1301100.HG529407_gene254;COG=C;KEGG=ko:K04034;Pfam=PF04055,PF13311,PF02310;InterPro=IPR006158,IPR036724,IPR006638,IPR007197,IPR025288,IPR034466,IPR023404 +MGYG000000001_16 Prodigal:2.6 CDS 26307 26507 . + 0 ID=MGYG000000001_01352;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01352;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene599;COG=-;KEGG=- +MGYG000000001_16 Prodigal:2.6 CDS 26510 27433 . - 0 ID=MGYG000000001_01353;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01353;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene598;COG=O;KEGG=- +MGYG000000001_16 Prodigal:2.6 CDS 27633 29333 . - 0 ID=MGYG000000001_01354;eC_number=6.1.1.19;Name=argS;db_xref=COG:COG0018;gene=argS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q54869;locus_tag=MGYG000000001_01354;product=Arginine--tRNA ligase;eggNOG=445973.CLOBAR_01281;COG=J;KEGG=ko:K01887;Pfam=PF03485,PF00750,PF05746;InterPro=IPR001278,IPR008909,IPR005148,IPR014729,IPR001412,IPR035684,IPR036695,IPR009080 +MGYG000000001_16 Prodigal:2.6 CDS 29409 29852 . - 0 ID=MGYG000000001_01355;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01355;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene596;COG=S;KEGG=-;Pfam=PF04463;InterPro=IPR007553 +MGYG000000001_16 Prodigal:2.6 CDS 29874 32252 . - 0 ID=MGYG000000001_01356;eC_number=3.1.-.-;Name=mutS2_2;gene=mutS2_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65496;locus_tag=MGYG000000001_01356;product=Endonuclease MutS2;eggNOG=1301100.HG529407_gene259;COG=L;KEGG=ko:K07456;Pfam=PF00488,PF01713;InterPro=IPR036063,IPR005747,IPR002625,IPR007696,IPR000432,IPR036187,IPR027417 +MGYG000000001_16 Prodigal:2.6 CDS 32431 33876 . + 0 ID=MGYG000000001_01357;eC_number=3.4.13.18;Name=pepD;db_xref=COG:COG2195;gene=pepD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15288;locus_tag=MGYG000000001_01357;product=Cytosol non-specific dipeptidase;eggNOG=1301100.HG529407_gene260;COG=E;KEGG=ko:K01270;Pfam=PF07687,PF01546;InterPro=IPR002933,IPR011650,IPR001160 +MGYG000000001_16 Prodigal:2.6 CDS 33931 34311 . - 0 ID=MGYG000000001_01358;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01358;product=hypothetical protein;eggNOG=1292035.H476_0522;COG=-;KEGG=- +MGYG000000001_16 Prodigal:2.6 CDS 34331 36742 . - 0 ID=MGYG000000001_01359;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01359;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene585;COG=O;KEGG=ko:K08303;Pfam=PF01136,PF12392;InterPro=IPR001539,IPR020988,IPR011060 +MGYG000000001_16 Prodigal:2.6 CDS 36879 37508 . - 0 ID=MGYG000000001_01360;Name=zapA;gene=zapA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_02013;locus_tag=MGYG000000001_01360;product=Cell division protein ZapA;eggNOG=1301100.HG529407_gene271;COG=D;KEGG=ko:K09888;Pfam=PF05164;InterPro=IPR007838,IPR036192 +MGYG000000001_16 Prodigal:2.6 CDS 37533 39923 . - 0 ID=MGYG000000001_01361;eC_number=6.1.1.20;Name=pheT;db_xref=COG:COG0072;gene=pheT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q4L5E4;locus_tag=MGYG000000001_01361;product=Phenylalanine--tRNA ligase beta subunit;eggNOG=1151292.QEW_1109;COG=J;KEGG=ko:K01890;Pfam=PF03484,PF03483,PF17759,PF03147,PF01588;InterPro=IPR033714,IPR005121,IPR036690,IPR012340,IPR004532,IPR005146,IPR005147,IPR002547,IPR020825,IPR009061,IPR041616 +MGYG000000001_16 Prodigal:2.6 CDS 39940 40959 . - 0 ID=MGYG000000001_01362;eC_number=6.1.1.20;Name=pheS;db_xref=COG:COG0016;gene=pheS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q4L5E3;locus_tag=MGYG000000001_01362;product=Phenylalanine--tRNA ligase alpha subunit;eggNOG=1301100.HG529407_gene273;COG=J;KEGG=ko:K01889;Pfam=PF01409,PF02912;InterPro=IPR004529,IPR010978,IPR022911,IPR004188,IPR006195,IPR002319 +MGYG000000001_16 Prodigal:2.6 CDS 41361 42158 . - 0 ID=MGYG000000001_01363;eC_number=2.1.1.208;Name=aviRb;gene=aviRb;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9F5K6;locus_tag=MGYG000000001_01363;product=23S rRNA (uridine(2479)-2'-O)-methyltransferase;eggNOG=1301100.HG529407_gene274;COG=J;KEGG=ko:K03437;Pfam=PF08032,PF00588;InterPro=IPR029064,IPR013123,IPR029026,IPR029028,IPR001537 +MGYG000000001_16 Prodigal:2.6 CDS 42161 42832 . - 0 ID=MGYG000000001_01364;Name=ktrA;db_xref=COG:COG0569;gene=ktrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32080;locus_tag=MGYG000000001_01364;product=Ktr system potassium uptake protein A;eggNOG=1476973.JMMB01000007_gene580;COG=P;KEGG=ko:K03499;Pfam=PF02254,PF02080;InterPro=IPR036721,IPR003148,IPR036291,IPR006037 +MGYG000000001_16 Prodigal:2.6 CDS 42859 44235 . - 0 ID=MGYG000000001_01365;Name=ntpJ;gene=ntpJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P43440;locus_tag=MGYG000000001_01365;product=Potassium/sodium uptake protein NtpJ;eggNOG=1476973.JMMB01000007_gene579;COG=P;KEGG=ko:K03498;Pfam=PF02386;InterPro=IPR003445,IPR004772 +MGYG000000001_16 Prodigal:2.6 CDS 44509 44865 . - 0 ID=MGYG000000001_01366;Name=rplT;db_xref=COG:COG0292;gene=rplT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P55873;locus_tag=MGYG000000001_01366;product=50S ribosomal protein L20;eggNOG=1476973.JMMB01000007_gene578;COG=J;KEGG=ko:K02887;Pfam=PF00453;InterPro=IPR005813,IPR035566 +MGYG000000001_16 Prodigal:2.6 CDS 44925 45119 . - 0 ID=MGYG000000001_01367;Name=rpmI;db_xref=COG:COG0291;gene=rpmI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P55874;locus_tag=MGYG000000001_01367;product=50S ribosomal protein L35;eggNOG=1476973.JMMB01000007_gene577;COG=J;KEGG=ko:K02916;Pfam=PF01632;InterPro=IPR021137,IPR018265,IPR037229,IPR001706 +MGYG000000001_16 Prodigal:2.6 CDS 45147 45638 . - 0 ID=MGYG000000001_01368;Name=infC;gene=infC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P03000;locus_tag=MGYG000000001_01368;product=Translation initiation factor IF-3;eggNOG=1476973.JMMB01000007_gene576;COG=J;KEGG=ko:K02520;Pfam=PF05198,PF00707;InterPro=IPR019815,IPR036787,IPR036788,IPR019814,IPR001288,IPR019813 +MGYG000000001_16 Prodigal:2.6 CDS 46088 47491 . + 0 ID=MGYG000000001_01369;eC_number=3.4.24.-;Name=ftsH4_1;gene=ftsH4_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P73437;locus_tag=MGYG000000001_01369;product=ATP-dependent zinc metalloprotease FtsH 4;eggNOG=1476973.JMMB01000007_gene575;COG=O;KEGG=ko:K03798;Pfam=PF01434,PF00004,PF17862;InterPro=IPR005936,IPR003593,IPR041569,IPR037219,IPR000642,IPR027417,IPR003959,IPR003960 +MGYG000000001_16 Prodigal:2.6 CDS 47670 49589 . - 0 ID=MGYG000000001_01370;eC_number=6.1.1.3;Name=thrZ;db_xref=COG:COG0441;gene=thrZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P18256;locus_tag=MGYG000000001_01370;product=Threonine--tRNA ligase 2;eggNOG=1301100.HG529407_gene281;COG=J;KEGG=ko:K01868;Pfam=PF02824,PF00587,PF07973,PF03129;InterPro=IPR012676,IPR004095,IPR036621,IPR018163,IPR012947,IPR004154,IPR006195,IPR002314,IPR002320,IPR033728,IPR012675 +MGYG000000001_16 Prodigal:2.6 CDS 49929 50531 . - 0 ID=MGYG000000001_01371;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01371;product=hypothetical protein;eggNOG=1301100.HG529407_gene282;COG=S;KEGG=-;Pfam=PF04286;InterPro=IPR007383 +MGYG000000001_16 Prodigal:2.6 CDS 50650 51450 . - 0 ID=MGYG000000001_01372;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01372;product=hypothetical protein;eggNOG=1301100.HG529407_gene283;COG=S;KEGG=-;Pfam=PF00512,PF08812;InterPro=IPR014199,IPR036097,IPR003661 +MGYG000000001_16 Prodigal:2.6 CDS 51593 52528 . - 0 ID=MGYG000000001_01373;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01373;product=hypothetical protein;eggNOG=1301100.HG529407_gene284;COG=S;KEGG=ko:K02057;Pfam=PF02653;InterPro=IPR001851 +MGYG000000001_16 Prodigal:2.6 CDS 52528 53619 . - 0 ID=MGYG000000001_01374;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01374;product=hypothetical protein;eggNOG=1301100.HG529407_gene285;COG=S;KEGG=ko:K02057;Pfam=PF02653;InterPro=IPR001851 +MGYG000000001_16 Prodigal:2.6 CDS 53609 55180 . - 0 ID=MGYG000000001_01375;eC_number=3.6.3.17;Name=mglA_2;db_xref=COG:COG1129;gene=mglA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23924;locus_tag=MGYG000000001_01375;product=Galactose/methyl galactoside import ATP-binding protein MglA;eggNOG=1301100.HG529407_gene286;COG=S;KEGG=ko:K02056;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_16 Prodigal:2.6 CDS 55510 56559 . - 0 ID=MGYG000000001_01376;Name=tmpC_1;db_xref=COG:COG1744;gene=tmpC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_01376;product=Membrane lipoprotein TmpC;eggNOG=1476973.JMMB01000007_gene568;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_17 Prodigal:2.6 CDS 146 670 . - 0 ID=MGYG000000001_01377;eC_number=2.4.2.8;Name=hpt_2;db_xref=COG:COG0634;gene=hpt_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9M2;locus_tag=MGYG000000001_01377;product=Hypoxanthine phosphoribosyltransferase;eggNOG=272563.CD630_26910;COG=F;KEGG=ko:K00760;Pfam=PF00156;InterPro=IPR000836,IPR029057,IPR005904 +MGYG000000001_17 Prodigal:2.6 CDS 924 2000 . + 0 ID=MGYG000000001_01378;eC_number=4.1.1.81;Name=cobD_1;db_xref=COG:COG0079;gene=cobD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P97084;locus_tag=MGYG000000001_01378;product=Threonine-phosphate decarboxylase;eggNOG=1151292.QEW_3237;COG=E;KEGG=ko:K04720;Pfam=PF00155;InterPro=IPR015424,IPR015422,IPR015421,IPR004839 +MGYG000000001_17 Prodigal:2.6 CDS 2081 2467 . - 0 ID=MGYG000000001_01379;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01379;product=hypothetical protein;eggNOG=1301100.HG529227_gene5514;COG=S;KEGG=-;Pfam=PF06803;InterPro=IPR010652 +MGYG000000001_17 Prodigal:2.6 CDS 2579 3892 . - 0 ID=MGYG000000001_01380;Name=brnQ_2;db_xref=COG:COG1114;gene=brnQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AD99;locus_tag=MGYG000000001_01380;product=Branched-chain amino acid transport system 2 carrier protein;eggNOG=445973.CLOBAR_01893;COG=E;KEGG=ko:K03311;Pfam=PF05525;InterPro=IPR004685 +MGYG000000001_17 Prodigal:2.6 CDS 4133 5740 . + 0 ID=MGYG000000001_01381;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01381;product=hypothetical protein;eggNOG=509191.AEDB02000028_gene2847;COG=S;KEGG=-;Pfam=PF17210;InterPro=IPR013783,IPR026588,IPR033764 +MGYG000000001_17 Prodigal:2.6 CDS 5762 6178 . + 0 ID=MGYG000000001_01382;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01382;product=hypothetical protein;eggNOG=195103.CPF_2131;COG=C;KEGG=ko:K01126;Pfam=PF03009;InterPro=IPR030395,IPR017946 +MGYG000000001_17 Prodigal:2.6 CDS 6266 6826 . + 0 ID=MGYG000000001_01383;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01383;product=hypothetical protein;eggNOG=1391646.AVSU01000027_gene2383;COG=S;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 6998 7957 . - 0 ID=MGYG000000001_01384;eC_number=1.8.1.-;Name=asrC_1;db_xref=COG:COG2221;gene=asrC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1Y2;locus_tag=MGYG000000001_01384;product=Anaerobic sulfite reductase subunit C;eggNOG=1301100.HG529253_gene6311;COG=C;KEGG=-;Pfam=PF03460,PF00037,PF01077;InterPro=IPR005117,IPR017896,IPR036136,IPR006067 +MGYG000000001_17 Prodigal:2.6 CDS 7959 9587 . - 0 ID=MGYG000000001_01385;eC_number=1.11.1.1;Name=npr_2;db_xref=COG:COG0446;gene=npr_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37062;locus_tag=MGYG000000001_01385;product=NADH peroxidase;eggNOG=1301100.HG529253_gene6310;COG=C;KEGG=-;Pfam=PF07992,PF02852,PF00581;InterPro=IPR023753,IPR036188,IPR001763,IPR004099,IPR036873,IPR016156 +MGYG000000001_17 Prodigal:2.6 CDS 9750 10634 . + 0 ID=MGYG000000001_01386;Name=cysL_2;db_xref=COG:COG0583;gene=cysL_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39647;locus_tag=MGYG000000001_01386;product=HTH-type transcriptional regulator CysL;eggNOG=1301100.HG529253_gene6306;COG=K;KEGG=-;Pfam=PF03466,PF00126;InterPro=IPR005119,IPR036388,IPR036390,IPR000847 +MGYG000000001_17 Prodigal:2.6 CDS 10751 11227 . + 0 ID=MGYG000000001_01387;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01387;product=hypothetical protein +MGYG000000001_17 Prodigal:2.6 CDS 11325 11834 . - 0 ID=MGYG000000001_01388;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01388;product=hypothetical protein;eggNOG=1301100.HG529265_gene644;COG=KT;KEGG=-;Pfam=PF16107;InterPro=IPR032250 +MGYG000000001_17 Prodigal:2.6 CDS 11867 13837 . - 0 ID=MGYG000000001_01389;eC_number=2.7.13.3;Name=rcsC_8;gene=rcsC_8;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_01389;product=Sensor histidine kinase RcsC;eggNOG=1301100.HG529275_gene1631;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_17 Prodigal:2.6 CDS 13952 15772 . - 0 ID=MGYG000000001_01390;db_xref=COG:COG1132;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYC4;locus_tag=MGYG000000001_01390;product=putative ABC transporter ATP-binding protein;eggNOG=702450.CUW_1164;COG=V;KEGG=ko:K06147;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871,IPR039421 +MGYG000000001_17 Prodigal:2.6 CDS 15765 17495 . - 0 ID=MGYG000000001_01391;db_xref=COG:COG1132;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQJ1;locus_tag=MGYG000000001_01391;product=putative ABC transporter ATP-binding protein;eggNOG=545697.HMPREF0216_00145;COG=V;KEGG=ko:K06147;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871,IPR039421 +MGYG000000001_17 Prodigal:2.6 CDS 17536 18000 . - 0 ID=MGYG000000001_01392;Name=slyA_2;gene=slyA_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01819;locus_tag=MGYG000000001_01392;product=Transcriptional regulator SlyA;eggNOG=702450.CUW_1162;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR023187,IPR036388,IPR036390 +MGYG000000001_17 Prodigal:2.6 CDS 18277 18471 . + 0 ID=MGYG000000001_01393;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01393;product=hypothetical protein;eggNOG=1391646.AVSU01000087_gene512;COG=-;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 18455 19360 . + 0 ID=MGYG000000001_01394;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01394;product=hypothetical protein;eggNOG=1262449.CP6013_3332;COG=S;KEGG=ko:K11621;Pfam=PF13349;InterPro=IPR025164 +MGYG000000001_17 Prodigal:2.6 CDS 19426 19533 . + 0 ID=MGYG000000001_01395;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01395;product=hypothetical protein;eggNOG=1301100.HG529299_gene5192;COG=S;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 19615 19746 . + 0 ID=MGYG000000001_01396;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01396;product=hypothetical protein;eggNOG=1292035.H476_2611;COG=-;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 19762 20079 . + 0 ID=MGYG000000001_01397;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01397;product=hypothetical protein;eggNOG=1151292.QEW_2373;COG=S;KEGG=ko:K13628;InterPro=IPR035903 +MGYG000000001_17 Prodigal:2.6 CDS 20211 21200 . - 0 ID=MGYG000000001_01398;Name=tmpC_2;db_xref=COG:COG1744;gene=tmpC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_01398;product=Membrane lipoprotein TmpC;eggNOG=1301100.HG529262_gene696;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_17 Prodigal:2.6 CDS 21325 22008 . + 0 ID=MGYG000000001_01399;Name=yeiL;db_xref=COG:COG0664;gene=yeiL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9E9;locus_tag=MGYG000000001_01399;product=Regulatory protein YeiL;eggNOG=445973.CLOBAR_01665;COG=T;KEGG=-;Pfam=PF00027,PF13545;InterPro=IPR018490,IPR012318,IPR000595,IPR036390,IPR014710,IPR036388 +MGYG000000001_17 Prodigal:2.6 CDS 22077 23789 . - 0 ID=MGYG000000001_01400;eC_number=2.7.3.9;Name=ptsI;db_xref=COG:COG1080;gene=ptsI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P08838;locus_tag=MGYG000000001_01400;product=Phosphoenolpyruvate-protein phosphotransferase;eggNOG=1301100.HG529227_gene5511;COG=G;KEGG=ko:K01007,ko:K08483;Pfam=PF00391,PF05524,PF02896;InterPro=IPR008731,IPR040442,IPR036637,IPR006318,IPR018274,IPR024692,IPR015813,IPR036618,IPR000121,IPR008279 +MGYG000000001_17 Prodigal:2.6 CDS 24029 24289 . - 0 ID=MGYG000000001_01401;Name=ptsH;db_xref=COG:COG1925;gene=ptsH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P08877;locus_tag=MGYG000000001_01401;product=Phosphocarrier protein HPr;eggNOG=1301100.HG529227_gene5510;COG=G;KEGG=ko:K02784,ko:K11189;Pfam=PF00381;InterPro=IPR002114,IPR000032,IPR035895 +MGYG000000001_17 Prodigal:2.6 CDS 24359 25576 . - 0 ID=MGYG000000001_01402;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01402;product=hypothetical protein;eggNOG=1301100.HG529227_gene5509;COG=S;KEGG=ko:K07001;Pfam=PF01734;InterPro=IPR016035,IPR002641 +MGYG000000001_17 Prodigal:2.6 CDS 25736 26080 . - 0 ID=MGYG000000001_01403;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01403;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene784;COG=-;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 26151 27923 . - 0 ID=MGYG000000001_01404;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01404;product=hypothetical protein;eggNOG=1151292.QEW_3373;COG=V;KEGG=ko:K07317;Pfam=PF12950,PF07669;InterPro=IPR011639,IPR029063,IPR025931,IPR002052 +MGYG000000001_17 Prodigal:2.6 CDS 27981 28892 . - 0 ID=MGYG000000001_01405;eC_number=3.1.1.-;Name=cotR;db_xref=COG:COG3621;gene=cotR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06996;locus_tag=MGYG000000001_01405;product=Putative sporulation hydrolase CotR;eggNOG=272563.CD630_21670;COG=S;KEGG=-;Pfam=PF01734;InterPro=IPR016035,IPR002641 +MGYG000000001_17 Prodigal:2.6 CDS 29047 29901 . - 0 ID=MGYG000000001_01406;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01406;product=hypothetical protein;eggNOG=272563.CD630_27610;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR002508 +MGYG000000001_17 Prodigal:2.6 CDS 30142 30624 . + 0 ID=MGYG000000001_01407;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01407;product=hypothetical protein;eggNOG=272563.CD630_27630;COG=S;KEGG=-;Pfam=PF14270;InterPro=IPR025648 +MGYG000000001_17 Prodigal:2.6 CDS 31232 31753 . - 0 ID=MGYG000000001_01408;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01408;product=hypothetical protein;eggNOG=1301100.HG529227_gene5494;COG=S;KEGG=-;Pfam=PF12671;InterPro=IPR024301 +MGYG000000001_17 Prodigal:2.6 CDS 31792 32436 . - 0 ID=MGYG000000001_01409;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01409;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene778;COG=-;KEGG=-;Pfam=PF13739,PF11738;InterPro=IPR037126,IPR021729,IPR025303 +MGYG000000001_17 Prodigal:2.6 CDS 32730 33707 . + 0 ID=MGYG000000001_01410;eC_number=2.7.8.-;Name=tagT;db_xref=COG:COG1316;gene=tagT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WY78;locus_tag=MGYG000000001_01410;product=Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagT;eggNOG=1301100.HG529227_gene5492;COG=K;KEGG=-;Pfam=PF03816;InterPro=IPR004474 +MGYG000000001_17 Prodigal:2.6 CDS 33929 35314 . - 0 ID=MGYG000000001_01411;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01411;product=hypothetical protein;eggNOG=1301100.HG529227_gene5490;COG=MT;KEGG=-;Pfam=PF00877,PF08239,PF01473;InterPro=IPR038765,IPR003646,IPR036028,IPR000064,IPR018337 +MGYG000000001_17 Prodigal:2.6 CDS 37170 37286 . - 0 ID=MGYG000000001_01412;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01412;product=hypothetical protein +MGYG000000001_17 Prodigal:2.6 CDS 37693 38400 . - 0 ID=MGYG000000001_01413;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01413;product=hypothetical protein;eggNOG=1292035.H476_3346;COG=M;KEGG=-;Pfam=PF12804;InterPro=IPR029044,IPR025877,IPR017189 +MGYG000000001_17 Prodigal:2.6 CDS 38419 39369 . - 0 ID=MGYG000000001_01414;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01414;product=hypothetical protein;eggNOG=1219626.HMPREF1639_02480;COG=EG;KEGG=-;Pfam=PF00892;InterPro=IPR000620 +MGYG000000001_17 Prodigal:2.6 CDS 39377 41239 . - 0 ID=MGYG000000001_01415;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01415;product=hypothetical protein;eggNOG=1499689.CCNN01000007_gene2608;COG=M;KEGG=-;Pfam=PF13412,PF12804,PF01633;InterPro=IPR011009,IPR029044,IPR017190,IPR036390,IPR025877,IPR036388 +MGYG000000001_17 Prodigal:2.6 CDS 41459 41857 . + 0 ID=MGYG000000001_01416;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISClte1;locus_tag=MGYG000000001_01416;product=IS3 family transposase ISClte1;eggNOG=592027.CLG_B0692;COG=L;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 41923 42768 . + 0 ID=MGYG000000001_01417;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISCb4;locus_tag=MGYG000000001_01417;product=IS3 family transposase ISCb4;eggNOG=290402.Cbei_3679;COG=L;KEGG=-;Pfam=PF00665;InterPro=IPR001584,IPR012337,IPR036397 +MGYG000000001_17 Prodigal:2.6 CDS 42840 44390 . - 0 ID=MGYG000000001_01418;Name=murJ_1;db_xref=COG:COG0728;gene=murJ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:B7IE18;locus_tag=MGYG000000001_01418;product=Lipid II flippase MurJ;eggNOG=1476973.JMMB01000007_gene733;COG=S;KEGG=ko:K03980;Pfam=PF03023;InterPro=IPR004268 +MGYG000000001_17 Prodigal:2.6 CDS 44409 45203 . - 0 ID=MGYG000000001_01419;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01419;product=hypothetical protein;eggNOG=1280692.AUJL01000001_gene314;COG=M;KEGG=ko:K07271;Pfam=PF04991;InterPro=IPR007074 +MGYG000000001_17 Prodigal:2.6 CDS 45220 46416 . - 0 ID=MGYG000000001_01420;eC_number=2.7.8.12;Name=tagF;db_xref=COG:COG1887;gene=tagF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P13485;locus_tag=MGYG000000001_01420;product=Teichoic acid poly(glycerol phosphate) polymerase;eggNOG=596315.HMPREF0634_0347;COG=M;KEGG=-;Pfam=PF04464;InterPro=IPR007554 +MGYG000000001_17 Prodigal:2.6 CDS 46448 47248 . - 0 ID=MGYG000000001_01421;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01421;product=hypothetical protein;eggNOG=1035196.HMPREF9998_00417;COG=M;KEGG=-;Pfam=PF00535;InterPro=IPR029044,IPR001173 +MGYG000000001_17 Prodigal:2.6 CDS 47277 48044 . - 0 ID=MGYG000000001_01422;eC_number=2.4.-.-;Name=tuaG;db_xref=COG:COG0463;gene=tuaG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32268;locus_tag=MGYG000000001_01422;product=Putative teichuronic acid biosynthesis glycosyltransferase TuaG;eggNOG=1035196.HMPREF9998_00418;COG=M;KEGG=-;Pfam=PF00535;InterPro=IPR029044,IPR001173 +MGYG000000001_17 Prodigal:2.6 CDS 48238 49563 . - 0 ID=MGYG000000001_01423;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01423;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene720;COG=-;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 49564 50493 . - 0 ID=MGYG000000001_01424;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01424;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene719;COG=M;KEGG=-;Pfam=PF00535;InterPro=IPR029044,IPR001173 +MGYG000000001_17 Prodigal:2.6 CDS 50522 51799 . - 0 ID=MGYG000000001_01425;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01425;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene720;COG=-;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 51827 52243 . - 0 ID=MGYG000000001_01426;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01426;product=hypothetical protein;eggNOG=1408823.AXUS01000014_gene1346;COG=S;KEGG=-;Pfam=PF04138;InterPro=IPR007267 +MGYG000000001_17 Prodigal:2.6 CDS 52256 52732 . - 0 ID=MGYG000000001_01427;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01427;product=hypothetical protein +MGYG000000001_17 Prodigal:2.6 CDS 52765 53946 . - 0 ID=MGYG000000001_01428;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01428;product=hypothetical protein;eggNOG=1035196.HMPREF9998_00415;COG=-;KEGG=- +MGYG000000001_17 Prodigal:2.6 CDS 54098 55549 . - 0 ID=MGYG000000001_01429;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01429;product=hypothetical protein;eggNOG=1497679.EP56_07690;COG=M;KEGG=ko:K01448;Pfam=PF01520,PF01473;InterPro=IPR018337,IPR002508 +MGYG000000001_18 Prodigal:2.6 CDS 291 428 . - 0 ID=MGYG000000001_01430;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01430;product=hypothetical protein;eggNOG=272563.CD630_29521;COG=P;KEGG=ko:K02010 +MGYG000000001_18 Prodigal:2.6 CDS 811 2133 . - 0 ID=MGYG000000001_01431;eC_number=2.8.1.7;Name=csd_2;gene=csd_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99177;locus_tag=MGYG000000001_01431;product=putative cysteine desulfurase;eggNOG=1301100.HG529238_gene7228;COG=E;KEGG=-;Pfam=PF00266;InterPro=IPR000192,IPR015424,IPR015422,IPR015421,IPR020578 +MGYG000000001_18 Prodigal:2.6 CDS 2200 2790 . - 0 ID=MGYG000000001_01432;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01432;product=hypothetical protein;eggNOG=1301100.HG529242_gene2279;COG=-;KEGG=- +MGYG000000001_18 Prodigal:2.6 CDS 2805 3764 . - 0 ID=MGYG000000001_01433;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01433;product=hypothetical protein;eggNOG=1301100.HG529242_gene2279;COG=-;KEGG=- +MGYG000000001_18 Prodigal:2.6 CDS 4392 6125 . + 0 ID=MGYG000000001_01434;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01434;product=hypothetical protein;eggNOG=545697.HMPREF0216_02330;COG=O;KEGG=-;Pfam=PF16656,PF00149;InterPro=IPR015914,IPR008965,IPR029052,IPR004843,IPR036439,IPR008963 +MGYG000000001_18 Prodigal:2.6 CDS 6815 7966 . + 0 ID=MGYG000000001_01435;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01435;product=hypothetical protein;eggNOG=545697.HMPREF0216_02328;COG=S;KEGG=-;Pfam=PF07907;InterPro=IPR012507 +MGYG000000001_18 Prodigal:2.6 CDS 8008 8673 . + 0 ID=MGYG000000001_01436;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01436;product=hypothetical protein;eggNOG=545697.HMPREF0216_02329;COG=-;KEGG=-;InterPro=IPR008965 +MGYG000000001_18 Prodigal:2.6 CDS 8993 9421 . - 0 ID=MGYG000000001_01437;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01437;product=hypothetical protein;eggNOG=1408823.AXUS01000012_gene330;COG=-;KEGG=- +MGYG000000001_18 Prodigal:2.6 CDS 10217 11500 . - 0 ID=MGYG000000001_01438;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01438;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1060;COG=J;KEGG=-;Pfam=PF01134;InterPro=IPR036188,IPR039650 +MGYG000000001_18 Prodigal:2.6 CDS 11527 12480 . - 0 ID=MGYG000000001_01439;Name=pyrK_2;gene=pyrK_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01211;locus_tag=MGYG000000001_01439;product=Dihydroorotate dehydrogenase B (NAD(+))%2C electron transfer subunit;eggNOG=1301100.HG529236_gene7274;COG=C;KEGG=-;InterPro=IPR017938,IPR006058,IPR036010,IPR012675 +MGYG000000001_18 Prodigal:2.6 CDS 12684 13334 . + 0 ID=MGYG000000001_01440;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01440;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1058;COG=S;KEGG=-;Pfam=PF09529;InterPro=IPR011737 +MGYG000000001_18 Prodigal:2.6 CDS 13429 14469 . - 0 ID=MGYG000000001_01441;eC_number=5.1.3.3;Name=mro;db_xref=COG:COG2017;gene=mro;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05149;locus_tag=MGYG000000001_01441;product=Aldose 1-epimerase;eggNOG=1391646.AVSU01000040_gene1848;COG=G;KEGG=ko:K01785;Pfam=PF01263;InterPro=IPR018052,IPR011013,IPR015443,IPR008183,IPR014718 +MGYG000000001_18 Prodigal:2.6 CDS 14479 16011 . - 0 ID=MGYG000000001_01442;eC_number=2.7.7.12;Name=galT_2;gene=galT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:E8MF11;locus_tag=MGYG000000001_01442;product=Galactose-1-phosphate uridylyltransferase;eggNOG=999411.HMPREF1092_02827;COG=G;KEGG=ko:K00965;Pfam=PF02744,PF01087;InterPro=IPR005849,IPR023425,IPR000766,IPR005850 +MGYG000000001_18 Prodigal:2.6 CDS 16150 17136 . - 0 ID=MGYG000000001_01443;eC_number=5.1.3.2;Name=galE;db_xref=COG:COG1087;gene=galE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WTB1;locus_tag=MGYG000000001_01443;product=UDP-glucose 4-epimerase;eggNOG=1304284.L21TH_1008;COG=M;KEGG=ko:K01784;Pfam=PF01370;InterPro=IPR005886,IPR001509,IPR036291 +MGYG000000001_18 Prodigal:2.6 CDS 17210 18373 . - 0 ID=MGYG000000001_01444;eC_number=2.7.1.6;Name=galK;db_xref=COG:COG0153;gene=galK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9R7D7;locus_tag=MGYG000000001_01444;product=Galactokinase;eggNOG=1292035.H476_2483;COG=G;KEGG=ko:K00849;Pfam=PF08544,PF00288,PF10509;InterPro=IPR036554,IPR006206,IPR000705,IPR020568,IPR019539,IPR022963,IPR019741,IPR006204,IPR013750,IPR006203,IPR014721 +MGYG000000001_18 Prodigal:2.6 CDS 18716 19705 . + 0 ID=MGYG000000001_01445;eC_number=3.5.1.24;Name=cbh_1;gene=cbh_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54965;locus_tag=MGYG000000001_01445;product=Choloylglycine hydrolase;eggNOG=1391646.AVSU01000102_gene615;COG=M;KEGG=ko:K01442;Pfam=PF02275;InterPro=IPR029132,IPR029055 +MGYG000000001_18 Prodigal:2.6 CDS 19880 20869 . + 0 ID=MGYG000000001_01446;eC_number=3.5.1.24;Name=cbh_2;gene=cbh_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54965;locus_tag=MGYG000000001_01446;product=Choloylglycine hydrolase;eggNOG=1391646.AVSU01000102_gene615;COG=M;KEGG=ko:K01442;Pfam=PF02275;InterPro=IPR029132,IPR029055 +MGYG000000001_18 Prodigal:2.6 CDS 20958 21107 . - 0 ID=MGYG000000001_01447;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01447;product=hypothetical protein;eggNOG=1301100.HG529261_gene684;COG=P;KEGG=ko:K02598;InterPro=IPR023271 +MGYG000000001_18 Prodigal:2.6 CDS 21137 21547 . - 0 ID=MGYG000000001_01448;Name=nirC;db_xref=COG:COG2116;gene=nirC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AC26;locus_tag=MGYG000000001_01448;product=Nitrite transporter NirC;eggNOG=1301100.HG529261_gene684;COG=P;KEGG=ko:K02598;Pfam=PF01226;InterPro=IPR024002,IPR000292,IPR023271 +MGYG000000001_18 Prodigal:2.6 CDS 21607 21720 . - 0 ID=MGYG000000001_01449;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01449;product=hypothetical protein;eggNOG=1151292.QEW_2760;COG=P;KEGG=ko:K02598 +MGYG000000001_18 Prodigal:2.6 CDS 21742 22182 . - 0 ID=MGYG000000001_01450;eC_number=1.8.1.-;Name=asrC_2;db_xref=COG:COG2221;gene=asrC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1Y2;locus_tag=MGYG000000001_01450;product=Anaerobic sulfite reductase subunit C;eggNOG=1391646.AVSU01000007_gene150;COG=C;KEGG=ko:K00385;Pfam=PF01077;InterPro=IPR006067,IPR017900,IPR017896 +MGYG000000001_18 Prodigal:2.6 CDS 22231 22656 . - 0 ID=MGYG000000001_01451;eC_number=3.1.1.5;Name=pldB;db_xref=COG:COG2267;gene=pldB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07000;locus_tag=MGYG000000001_01451;product=Lysophospholipase L2;eggNOG=1476973.JMMB01000007_gene1569;COG=I;KEGG=ko:K01048;Pfam=PF12146;InterPro=IPR022742,IPR029058 +MGYG000000001_18 Prodigal:2.6 CDS 22688 23725 . - 0 ID=MGYG000000001_01452;Name=lacR_2;db_xref=COG:COG1609;gene=lacR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WTB0;locus_tag=MGYG000000001_01452;product=HTH-type transcriptional regulator LacR;eggNOG=999411.HMPREF1092_02829;COG=K;KEGG=ko:K02529;Pfam=PF00356,PF13377;InterPro=IPR028082,IPR000843,IPR010982 +MGYG000000001_18 Prodigal:2.6 CDS 24057 24509 . - 0 ID=MGYG000000001_01453;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01453;product=hypothetical protein;eggNOG=1151292.QEW_1678;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_18 Prodigal:2.6 CDS 24675 25100 . - 0 ID=MGYG000000001_01454;Name=ytfJ;db_xref=COG:COG3874;gene=ytfJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34806;locus_tag=MGYG000000001_01454;product=putative spore protein YtfJ;eggNOG=1151292.QEW_1677;COG=S;KEGG=-;Pfam=PF09579;InterPro=IPR014229 +MGYG000000001_18 Prodigal:2.6 CDS 25054 25680 . - 0 ID=MGYG000000001_01455;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01455;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1055;COG=-;KEGG=- +MGYG000000001_18 Prodigal:2.6 CDS 25830 26378 . - 0 ID=MGYG000000001_01456;Name=scpB;db_xref=COG:COG1386;gene=scpB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P35155;locus_tag=MGYG000000001_01456;product=Segregation and condensation protein B;eggNOG=1151292.QEW_1675;COG=D;KEGG=ko:K06024;Pfam=PF04079;InterPro=IPR005234,IPR036388,IPR036390 +MGYG000000001_18 Prodigal:2.6 CDS 26383 27105 . - 0 ID=MGYG000000001_01457;Name=scpA;db_xref=COG:COG1354;gene=scpA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97NX5;locus_tag=MGYG000000001_01457;product=Segregation and condensation protein A;eggNOG=1301100.HG529236_gene7260;COG=D;KEGG=ko:K05896;Pfam=PF02616;InterPro=IPR003768 +MGYG000000001_18 Prodigal:2.6 CDS 27134 27724 . - 0 ID=MGYG000000001_01458;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01458;product=hypothetical protein;eggNOG=1301100.HG529236_gene7259;COG=S;KEGG=- +MGYG000000001_18 Prodigal:2.6 CDS 27995 29200 . - 0 ID=MGYG000000001_01459;Name=sstT_1;db_xref=COG:COG3633;gene=sstT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AGE4;locus_tag=MGYG000000001_01459;product=Serine/threonine transporter SstT;eggNOG=1301100.HG529228_gene5366;COG=C;KEGG=-;Pfam=PF00375;InterPro=IPR001991,IPR036458 +MGYG000000001_18 Prodigal:2.6 CDS 29493 30644 . - 0 ID=MGYG000000001_01460;eC_number=3.4.16.4;Name=dacF_2;db_xref=COG:COG1686;gene=dacF_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38422;locus_tag=MGYG000000001_01460;product=D-alanyl-D-alanine carboxypeptidase DacF;eggNOG=1301100.HG529236_gene7258;COG=M;KEGG=ko:K07258;Pfam=PF07943,PF00768;InterPro=IPR018044,IPR012338,IPR001967,IPR012907,IPR015956,IPR037167 +MGYG000000001_18 Prodigal:2.6 CDS 30698 30925 . - 0 ID=MGYG000000001_01461;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01461;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1050;COG=-;KEGG=ko:K03537 +MGYG000000001_18 Prodigal:2.6 CDS 31028 31315 . - 0 ID=MGYG000000001_01462;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01462;product=hypothetical protein;eggNOG=1301100.HG529236_gene7254;COG=S;KEGG=ko:K09764;Pfam=PF04456;InterPro=IPR036746,IPR007546 +MGYG000000001_18 Prodigal:2.6 CDS 31337 31672 . - 0 ID=MGYG000000001_01463;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01463;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1049;COG=S;KEGG=-;Pfam=PF06133;InterPro=IPR023378,IPR010368 +MGYG000000001_18 Prodigal:2.6 CDS 31816 33492 . - 0 ID=MGYG000000001_01464;eC_number=3.1.-.-;Name=rnjA_1;db_xref=COG:COG0595;gene=rnjA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45493;locus_tag=MGYG000000001_01464;product=Ribonuclease J1;eggNOG=272563.CD630_12890;COG=J;KEGG=ko:K12574;Pfam=PF17770,PF00753,PF07521;InterPro=IPR030854,IPR001587,IPR036866,IPR041636,IPR011108,IPR004613,IPR042173,IPR001279 +MGYG000000001_18 Prodigal:2.6 CDS 33711 34448 . + 0 ID=MGYG000000001_01465;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01465;product=hypothetical protein;eggNOG=272563.CD630_12880;COG=S;KEGG=ko:K07038;Pfam=PF04307;InterPro=IPR007404 +MGYG000000001_18 Prodigal:2.6 CDS 34453 34908 . - 0 ID=MGYG000000001_01466;Name=fur;db_xref=COG:COG0735;gene=fur;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54574;locus_tag=MGYG000000001_01466;product=Ferric uptake regulation protein;eggNOG=1151292.QEW_1665;COG=P;KEGG=ko:K03711;Pfam=PF01475;InterPro=IPR036388,IPR002481,IPR036390 +MGYG000000001_18 Prodigal:2.6 CDS 35216 35491 . - 0 ID=MGYG000000001_01467;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01467;product=hypothetical protein;eggNOG=272563.CD630_12860;COG=S;KEGG=-;Pfam=PF06949;InterPro=IPR009711 +MGYG000000001_18 Prodigal:2.6 CDS 35567 35989 . - 0 ID=MGYG000000001_01468;eC_number=3.1.-.-;Name=yrrK;db_xref=COG:COG0816;gene=yrrK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34634;locus_tag=MGYG000000001_01468;product=Putative pre-16S rRNA nuclease;eggNOG=272563.CD630_12850;COG=J;KEGG=ko:K07447;Pfam=PF03652;InterPro=IPR006641,IPR005227,IPR037027,IPR012337 +MGYG000000001_18 Prodigal:2.6 CDS 36198 38363 . - 0 ID=MGYG000000001_01469;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01469;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1042;COG=P;KEGG=- +MGYG000000001_18 Prodigal:2.6 CDS 38373 38630 . - 0 ID=MGYG000000001_01470;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q836B3;locus_tag=MGYG000000001_01470;note=UPF0297 protein EF_1202;product=hypothetical protein;eggNOG=1151292.QEW_1661;COG=S;KEGG=-;Pfam=PF06135;InterPro=IPR009309 +MGYG000000001_18 Prodigal:2.6 CDS 38654 41293 . - 0 ID=MGYG000000001_01471;eC_number=6.1.1.7;Name=alaS_1;db_xref=COG:COG0013;gene=alaS_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00957;locus_tag=MGYG000000001_01471;product=Alanine--tRNA ligase;eggNOG=1301100.HG529236_gene7244;COG=J;KEGG=ko:K01872;Pfam=PF01411,PF07973,PF02272;InterPro=IPR018164,IPR023033,IPR018162,IPR009000,IPR018163,IPR012947,IPR003156,IPR018165,IPR002318 +MGYG000000001_18 Prodigal:2.6 CDS 41744 42835 . - 0 ID=MGYG000000001_01472;eC_number=2.8.1.13;Name=mnmA;gene=mnmA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q99TM8;locus_tag=MGYG000000001_01472;product=tRNA-specific 2-thiouridylase MnmA;eggNOG=272563.CD630_12810;COG=J;KEGG=ko:K00566;Pfam=PF03054;InterPro=IPR023382,IPR014729,IPR004506 +MGYG000000001_18 Prodigal:2.6 CDS 43019 43129 . - 0 ID=MGYG000000001_01473;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01473;product=hypothetical protein;eggNOG=1292035.H476_2695;COG=K;KEGG=-;Pfam=PF00392,PF07729;InterPro=IPR011711,IPR008920,IPR036390,IPR036388,IPR000524 +MGYG000000001_18 Prodigal:2.6 CDS 43184 43393 . - 0 ID=MGYG000000001_01474;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01474;product=hypothetical protein;eggNOG=1292035.H476_2695;COG=K;KEGG=-;Pfam=PF00392,PF07729;InterPro=IPR011711,IPR008920,IPR036390,IPR036388,IPR000524 +MGYG000000001_18 Prodigal:2.6 CDS 43505 45895 . - 0 ID=MGYG000000001_01475;eC_number=3.2.1.177;Name=xylQ;gene=xylQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96793;locus_tag=MGYG000000001_01475;product=Alpha-xylosidase XylQ;eggNOG=1034347.CAHJ01000084_gene1304;COG=G;KEGG=ko:K01187;Pfam=PF16338,PF17137,PF01055,PF13802;InterPro=IPR013780,IPR000322,IPR011013,IPR032513,IPR025887,IPR033403,IPR017853 +MGYG000000001_18 Prodigal:2.6 CDS 45955 47262 . - 0 ID=MGYG000000001_01476;Name=dctM_2;db_xref=COG:COG1593;gene=dctM_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07838;locus_tag=MGYG000000001_01476;product=C4-dicarboxylate TRAP transporter large permease protein DctM;eggNOG=1292035.H476_2686;COG=G;KEGG=-;Pfam=PF06808;InterPro=IPR010656,IPR004681 +MGYG000000001_18 Prodigal:2.6 CDS 47287 47775 . - 0 ID=MGYG000000001_01477;Name=siaQ_2;db_xref=COG:COG3090;gene=siaQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KR65;locus_tag=MGYG000000001_01477;product=Sialic acid TRAP transporter small permease protein SiaQ;eggNOG=1301100.HG529388_gene4982;COG=G;KEGG=-;Pfam=PF04290;InterPro=IPR007387 +MGYG000000001_18 Prodigal:2.6 CDS 47790 48788 . - 0 ID=MGYG000000001_01478;db_xref=COG:COG1638;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q128M1;locus_tag=MGYG000000001_01478;product=Solute-binding protein;eggNOG=1292035.H476_2688;COG=G;KEGG=-;Pfam=PF03480;InterPro=IPR004682,IPR018389,IPR038404 +MGYG000000001_18 Prodigal:2.6 CDS 49147 50022 . - 0 ID=MGYG000000001_01479;Name=rhaR_6;gene=rhaR_6;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P09378;locus_tag=MGYG000000001_01479;product=HTH-type transcriptional activator RhaR;eggNOG=1203606.HMPREF1526_02993;COG=K;KEGG=-;Pfam=PF07883,PF12833;InterPro=IPR037923,IPR013096,IPR018060,IPR009057,IPR014710 +MGYG000000001_18 Prodigal:2.6 CDS 50155 50607 . - 0 ID=MGYG000000001_01480;Name=iscU;db_xref=COG:COG0822;gene=iscU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31270;locus_tag=MGYG000000001_01480;product=Iron-sulfur cluster assembly scaffold protein IscU;eggNOG=1301100.HG529236_gene7242;COG=C;KEGG=ko:K04488;Pfam=PF01592;InterPro=IPR017787,IPR002871 +MGYG000000001_18 Prodigal:2.6 CDS 50638 51837 . - 0 ID=MGYG000000001_01481;eC_number=2.8.1.7;Name=iscS_2;gene=iscS_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O54055;locus_tag=MGYG000000001_01481;product=Cysteine desulfurase IscS;eggNOG=1301100.HG529236_gene7241;COG=E;KEGG=ko:K04487;Pfam=PF00266;InterPro=IPR000192,IPR017772,IPR016454,IPR015424,IPR015421,IPR015422,IPR010240,IPR020578 +MGYG000000001_18 Prodigal:2.6 CDS 51852 52307 . - 0 ID=MGYG000000001_01482;Name=cymR;gene=cymR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34527;locus_tag=MGYG000000001_01482;product=HTH-type transcriptional regulator CymR;eggNOG=1476973.JMMB01000007_gene1036;COG=K;KEGG=-;Pfam=PF02082;InterPro=IPR000944,IPR030489,IPR036388,IPR036390 +MGYG000000001_19 INFERNAL:1.1.2 ncRNA 47561 47612 . + . ID=MGYG000000001_19_ncRNA26;inference=Rfam:14.6;locus_tag=MGYG000000001_19_ncRNA26;product=Fluoride riboswitch;rfam=RF01734 +MGYG000000001_19 Prodigal:2.6 CDS 315 623 . + 0 ID=MGYG000000001_01483;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01483;product=hypothetical protein;eggNOG=290402.Cbei_1635;COG=L;KEGG=-;Pfam=PF10668;InterPro=IPR018925 +MGYG000000001_19 Prodigal:2.6 CDS 605 1039 . + 0 ID=MGYG000000001_01484;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01484;product=hypothetical protein;eggNOG=33035.JPJF01000107_gene435;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 1032 2369 . + 0 ID=MGYG000000001_01485;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01485;product=hypothetical protein;eggNOG=642492.Clole_2765;COG=S;KEGG=-;Pfam=PF03237;InterPro=IPR004921,IPR006437 +MGYG000000001_19 Prodigal:2.6 CDS 2381 3811 . + 0 ID=MGYG000000001_01486;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01486;product=hypothetical protein;eggNOG=1121342.AUCO01000012_gene1700;COG=S;KEGG=-;Pfam=PF05133;InterPro=IPR021145 +MGYG000000001_19 Prodigal:2.6 CDS 3811 4746 . + 0 ID=MGYG000000001_01487;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01487;product=hypothetical protein;eggNOG=1582149.A0A0A8WEF5_9CAUD;COG=S;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 4784 5086 . + 0 ID=MGYG000000001_01488;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01488;product=hypothetical protein;eggNOG=1415774.U728_1667;COG=S;KEGG=-;Pfam=PF14359;InterPro=IPR025518 +MGYG000000001_19 Prodigal:2.6 CDS 5192 5797 . + 0 ID=MGYG000000001_01489;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01489;product=hypothetical protein;eggNOG=1121342.AUCO01000012_gene1696;COG=S;KEGG=-;Pfam=PF06810;InterPro=IPR009636 +MGYG000000001_19 Prodigal:2.6 CDS 5797 5919 . + 0 ID=MGYG000000001_01490;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01490;product=hypothetical protein;eggNOG=268407.PWYN_15680;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 5937 6107 . + 0 ID=MGYG000000001_01491;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01491;product=hypothetical protein;eggNOG=268407.PWYN_15680;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 6126 7184 . + 0 ID=MGYG000000001_01492;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01492;product=hypothetical protein;eggNOG=1347368.HG964404_gene4993;COG=S;KEGG=-;Pfam=PF03864;InterPro=IPR005564 +MGYG000000001_19 Prodigal:2.6 CDS 7382 7633 . + 0 ID=MGYG000000001_01493;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01493;product=hypothetical protein;eggNOG=1121342.AUCO01000012_gene1692;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 7630 7989 . + 0 ID=MGYG000000001_01494;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01494;product=hypothetical protein;eggNOG=1443122.Z958_05855;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 7991 8335 . + 0 ID=MGYG000000001_01495;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01495;product=hypothetical protein;eggNOG=1443122.Z958_05860;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 8344 8688 . + 0 ID=MGYG000000001_01496;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01496;product=hypothetical protein;eggNOG=1196322.A370_04060;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 8697 9293 . + 0 ID=MGYG000000001_01497;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01497;product=hypothetical protein;eggNOG=871584.D9ZNE2_9CAUD;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 9363 9794 . + 0 ID=MGYG000000001_01498;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01498;product=hypothetical protein;eggNOG=536233.CLO_0548;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 9997 12930 . + 0 ID=MGYG000000001_01499;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01499;product=hypothetical protein;eggNOG=171693.BN988_01595;COG=D;KEGG=-;Pfam=PF10145;InterPro=IPR016024,IPR010090 +MGYG000000001_19 Prodigal:2.6 CDS 12932 13606 . + 0 ID=MGYG000000001_01500;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01500;product=hypothetical protein;eggNOG=457396.CSBG_01058;COG=S;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 13655 13909 . + 0 ID=MGYG000000001_01501;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01501;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene3898;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 13912 14298 . + 0 ID=MGYG000000001_01502;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01502;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene3897;COG=-;KEGG=-;Pfam=PF07761;InterPro=IPR011675 +MGYG000000001_19 Prodigal:2.6 CDS 14317 19116 . + 0 ID=MGYG000000001_01503;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01503;product=hypothetical protein;eggNOG=411459.RUMOBE_00923;COG=-;KEGG=-;Pfam=PF13884,PF06605;InterPro=IPR008979,IPR030392,IPR007119,IPR010572 +MGYG000000001_19 Prodigal:2.6 CDS 19159 19587 . + 0 ID=MGYG000000001_01504;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01504;product=hypothetical protein;eggNOG=411470.RUMGNA_02086;COG=S;KEGG=-;Pfam=PF05105;InterPro=IPR006480 +MGYG000000001_19 Prodigal:2.6 CDS 19589 20542 . + 0 ID=MGYG000000001_01505;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01505;product=hypothetical protein;eggNOG=1151292.QEW_2326;COG=M;KEGG=ko:K01448;Pfam=PF01520,PF01473;InterPro=IPR018337,IPR002508 +MGYG000000001_19 Prodigal:2.6 CDS 20877 21341 . + 0 ID=MGYG000000001_01506;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01506;product=hypothetical protein +MGYG000000001_19 Prodigal:2.6 CDS 21650 23434 . + 0 ID=MGYG000000001_01507;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01507;product=hypothetical protein;eggNOG=1295642.H839_08419;COG=S;KEGG=-;Pfam=PF00753,PF01473;InterPro=IPR001279,IPR035681,IPR036866,IPR018337 +MGYG000000001_19 Prodigal:2.6 CDS 23645 23833 . - 0 ID=MGYG000000001_01508;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01508;product=hypothetical protein +MGYG000000001_19 Prodigal:2.6 CDS 23965 24147 . + 0 ID=MGYG000000001_01509;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01509;product=hypothetical protein +MGYG000000001_19 Prodigal:2.6 CDS 24405 24833 . + 0 ID=MGYG000000001_01510;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01510;product=hypothetical protein +MGYG000000001_19 Prodigal:2.6 CDS 24846 25094 . + 0 ID=MGYG000000001_01511;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01511;product=hypothetical protein;eggNOG=545697.HMPREF0216_02884;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 25084 27447 . + 0 ID=MGYG000000001_01512;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01512;product=hypothetical protein;eggNOG=1443125.Z962_p0079;COG=S;KEGG=-;InterPro=IPR027417 +MGYG000000001_19 Prodigal:2.6 CDS 27955 28176 . - 0 ID=MGYG000000001_01513;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01513;product=hypothetical protein;eggNOG=1301100.HG529265_gene645;COG=S;KEGG=-;Pfam=PF02229;InterPro=IPR003173,IPR017154 +MGYG000000001_19 Prodigal:2.6 CDS 28232 28660 . - 0 ID=MGYG000000001_01514;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01514;product=hypothetical protein;eggNOG=1301100.HG529347_gene4311;COG=S;KEGG=ko:K08978;Pfam=PF00892;InterPro=IPR000620 +MGYG000000001_19 Prodigal:2.6 CDS 28995 30419 . + 0 ID=MGYG000000001_01515;Name=alsT_2;db_xref=COG:COG1115;gene=alsT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45068;locus_tag=MGYG000000001_01515;product=Amino-acid carrier protein AlsT;eggNOG=1301100.HG529347_gene4308;COG=E;KEGG=ko:K03310;Pfam=PF01235;InterPro=IPR001463 +MGYG000000001_19 Prodigal:2.6 CDS 30462 30869 . - 0 ID=MGYG000000001_01516;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01516;product=hypothetical protein;eggNOG=1151292.QEW_2131;COG=S;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 31152 33620 . + 0 ID=MGYG000000001_01517;eC_number=3.6.4.13;Name=dbpA_1;gene=dbpA_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00965;locus_tag=MGYG000000001_01517;product=ATP-dependent RNA helicase DbpA;eggNOG=1301100.HG529346_gene4305;COG=L;KEGG=ko:K03654;Pfam=PF00271,PF16124,PF09382,PF00270,PF00570,PF14493;InterPro=IPR032284,IPR018982,IPR011545,IPR006293,IPR010997,IPR002121,IPR027417,IPR004589,IPR029491,IPR001650,IPR036390,IPR036388,IPR014001 +MGYG000000001_19 Prodigal:2.6 CDS 34374 35747 . + 0 ID=MGYG000000001_01518;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01518;product=hypothetical protein;eggNOG=272563.CD630_17080;COG=S;KEGG=-;Pfam=PF04607;InterPro=IPR007685 +MGYG000000001_19 Prodigal:2.6 CDS 36049 36867 . + 0 ID=MGYG000000001_01519;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01519;product=hypothetical protein;eggNOG=1301100.HG529346_gene4286;COG=S;KEGG=ko:K07402;InterPro=IPR017695 +MGYG000000001_19 Prodigal:2.6 CDS 36879 37694 . + 0 ID=MGYG000000001_01520;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01520;product=hypothetical protein;eggNOG=1292035.H476_2637;COG=O;KEGG=ko:K07402;Pfam=PF02625,PF13478;InterPro=IPR027051,IPR003777 +MGYG000000001_19 Prodigal:2.6 CDS 37772 38278 . + 0 ID=MGYG000000001_01521;eC_number=2.7.7.75;Name=mog;db_xref=COG:COG0521;gene=mog;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9ZL45;locus_tag=MGYG000000001_01521;product=Molybdopterin adenylyltransferase;eggNOG=1301100.HG529346_gene4285;COG=H;KEGG=-;Pfam=PF00994;InterPro=IPR036425,IPR001453,IPR008284 +MGYG000000001_19 Prodigal:2.6 CDS 38298 39257 . + 0 ID=MGYG000000001_01522;eC_number=4.1.99.22;Name=moaA;db_xref=COG:COG2896;gene=moaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30745;locus_tag=MGYG000000001_01522;product=GTP 3'%2C8-cyclase;eggNOG=1301100.HG529346_gene4284;COG=H;KEGG=ko:K03639;Pfam=PF04055,PF13353,PF06463;InterPro=IPR006638,IPR007197,IPR013785,IPR010505,IPR013483,IPR000385 +MGYG000000001_19 Prodigal:2.6 CDS 39260 39727 . + 0 ID=MGYG000000001_01523;eC_number=4.6.1.17;Name=moaC;db_xref=COG:COG0315;gene=moaC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5L3F4;locus_tag=MGYG000000001_01523;product=Cyclic pyranopterin monophosphate synthase;eggNOG=1408823.AXUS01000001_gene713;COG=H;KEGG=ko:K03637;Pfam=PF01967;InterPro=IPR002820,IPR036522,IPR023045 +MGYG000000001_19 Prodigal:2.6 CDS 39748 40179 . + 0 ID=MGYG000000001_01524;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01524;product=hypothetical protein;eggNOG=272563.CD630_17150;COG=H;KEGG=-;Pfam=PF03473;InterPro=IPR011037,IPR005302 +MGYG000000001_19 Prodigal:2.6 CDS 40362 41657 . - 0 ID=MGYG000000001_01525;Name=pbuG_1;db_xref=COG:COG2252;gene=pbuG_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34987;locus_tag=MGYG000000001_01525;product=Guanine/hypoxanthine permease PbuG;eggNOG=1301100.HG529277_gene1671;COG=S;KEGG=ko:K06901;Pfam=PF00860;InterPro=IPR006043 +MGYG000000001_19 Prodigal:2.6 CDS 41829 43925 . + 0 ID=MGYG000000001_01526;eC_number=3.6.4.-;Name=rapA_1;gene=rapA_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01821;locus_tag=MGYG000000001_01526;product=RNA polymerase-associated protein RapA;eggNOG=1301100.HG529393_gene4925;COG=L;KEGG=ko:K08282;Pfam=PF00271,PF08455,PF00176;InterPro=IPR000330,IPR001650,IPR038718,IPR027417,IPR007527,IPR013663,IPR014001 +MGYG000000001_19 Prodigal:2.6 CDS 43972 44643 . + 0 ID=MGYG000000001_01527;eC_number=3.1.3.-;db_xref=COG:COG0637;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X0Y1;locus_tag=MGYG000000001_01527;product=Phosphorylated carbohydrates phosphatase;eggNOG=1321778.HMPREF1982_04469;COG=G;KEGG=-;Pfam=PF13419;InterPro=IPR041492,IPR006439,IPR036412,IPR023214,IPR023198 +MGYG000000001_19 Prodigal:2.6 CDS 44857 45687 . + 0 ID=MGYG000000001_01528;eC_number=2.1.1.45;Name=thyA;db_xref=COG:COG0207;gene=thyA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67049;locus_tag=MGYG000000001_01528;product=Thymidylate synthase;eggNOG=1499684.CCNP01000010_gene39;COG=F;KEGG=ko:K00560;Pfam=PF00303;InterPro=IPR023451,IPR036926,IPR000398 +MGYG000000001_19 Prodigal:2.6 CDS 45725 46213 . + 0 ID=MGYG000000001_01529;eC_number=1.5.1.3;Name=folA;db_xref=COG:COG0262;gene=folA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04174;locus_tag=MGYG000000001_01529;product=Dihydrofolate reductase;eggNOG=457396.CSBG_03377;COG=H;KEGG=ko:K00287;Pfam=PF00186;InterPro=IPR024072,IPR001796,IPR012259 +MGYG000000001_19 Prodigal:2.6 CDS 46561 47517 . + 0 ID=MGYG000000001_01530;eC_number=4.2.99.20;Name=menH;gene=menH;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01660;locus_tag=MGYG000000001_01530;product=2-succinyl-6-hydroxy-2%2C4-cyclohexadiene-1-carboxylate synthase;eggNOG=545697.HMPREF0216_01993;COG=S;KEGG=ko:K06889;Pfam=PF12146;InterPro=IPR029058,IPR022742 +MGYG000000001_19 Prodigal:2.6 CDS 47661 48890 . + 0 ID=MGYG000000001_01531;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01531;product=hypothetical protein;eggNOG=702450.CUW_2070;COG=P;KEGG=-;Pfam=PF00999;InterPro=IPR006153,IPR038770 +MGYG000000001_19 Prodigal:2.6 CDS 49044 49688 . + 0 ID=MGYG000000001_01532;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01532;product=hypothetical protein;eggNOG=1408823.AXUS01000021_gene2466;COG=S;KEGG=-;Pfam=PF13599,PF00805;InterPro=IPR001646 +MGYG000000001_19 Prodigal:2.6 CDS 49826 50290 . + 0 ID=MGYG000000001_01533;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01533;product=hypothetical protein;eggNOG=536233.CLO_0032;COG=-;KEGG=- +MGYG000000001_19 Prodigal:2.6 CDS 50308 50748 . + 0 ID=MGYG000000001_01534;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01534;product=hypothetical protein;eggNOG=1211817.CCAT010000043_gene3641;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR023187,IPR036388,IPR036390 +MGYG000000001_19 Prodigal:2.6 CDS 50741 51136 . + 0 ID=MGYG000000001_01535;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01535;product=hypothetical protein;eggNOG=1301100.HG529415_gene2969;COG=-;KEGG=-;InterPro=IPR023813 +MGYG000000001_19 Prodigal:2.6 CDS 51245 51403 . + 0 ID=MGYG000000001_01536;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01536;product=hypothetical protein +MGYG000000001_19 Prodigal:2.6 CDS 51436 51903 . - 0 ID=MGYG000000001_01537;Name=hmpT;db_xref=COG:COG4720;gene=hmpT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A2RIH3;locus_tag=MGYG000000001_01537;product=Thiamine precursor transporter HmpT;eggNOG=1476973.JMMB01000007_gene1608;COG=S;KEGG=-;Pfam=PF07155;InterPro=IPR009825 +MGYG000000001_20 INFERNAL:1.1.2 ncRNA 5132 5228 . + . ID=MGYG000000001_20_ncRNA27;inference=Rfam:14.6;locus_tag=MGYG000000001_20_ncRNA27;product=Purine riboswitch;rfam=RF00167 +MGYG000000001_20 Prodigal:2.6 CDS 139 1101 . + 0 ID=MGYG000000001_01538;Name=rhaR_7;gene=rhaR_7;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_01538;product=HTH-type transcriptional activator RhaR;eggNOG=1499683.CCFF01000013_gene260;COG=K;KEGG=ko:K07720;Pfam=PF12833;InterPro=IPR009057,IPR018060,IPR020449,IPR018062 +MGYG000000001_20 Prodigal:2.6 CDS 1516 2982 . + 0 ID=MGYG000000001_01539;Name=melB_3;db_xref=COG:COG2211;gene=melB_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P02921;locus_tag=MGYG000000001_01539;product=Melibiose carrier protein;eggNOG=519441.Smon_1309;COG=G;KEGG=-;Pfam=PF13347;InterPro=IPR036259,IPR039672 +MGYG000000001_20 Prodigal:2.6 CDS 3143 3886 . + 0 ID=MGYG000000001_01540;eC_number=3.-.-.-;Name=larB;db_xref=COG:COG1691;gene=larB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:F9UST0;locus_tag=MGYG000000001_01540;product=Pyridinium-3%2C5-biscarboxylic acid mononucleotide synthase;eggNOG=1476973.JMMB01000007_gene443;COG=S;KEGG=ko:K06898;Pfam=PF00731;InterPro=IPR000031,IPR035893,IPR039476 +MGYG000000001_20 Prodigal:2.6 CDS 3905 4639 . + 0 ID=MGYG000000001_01541;Name=larC_1;gene=larC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:F9UST1;locus_tag=MGYG000000001_01541;product=Pyridinium-3%2C5-bisthiocarboxylic acid mononucleotide nickel insertion protein;eggNOG=1301100.HG529424_gene1989;COG=S;KEGG=ko:K09121;Pfam=PF01969;InterPro=IPR002822 +MGYG000000001_20 Prodigal:2.6 CDS 4669 5088 . + 0 ID=MGYG000000001_01542;Name=larC_2;gene=larC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:F9UST1;locus_tag=MGYG000000001_01542;product=Pyridinium-3%2C5-bisthiocarboxylic acid mononucleotide nickel insertion protein;eggNOG=1301100.HG529424_gene1990;COG=S;KEGG=ko:K09121;Pfam=PF01969;InterPro=IPR002822 +MGYG000000001_20 Prodigal:2.6 CDS 5444 6907 . + 0 ID=MGYG000000001_01543;eC_number=1.1.1.205;Name=guaB_2;db_xref=COG:COG0516;gene=guaB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21879;locus_tag=MGYG000000001_01543;product=Inosine-5'-monophosphate dehydrogenase;eggNOG=1301100.HG529424_gene1991;COG=F;KEGG=ko:K00088;Pfam=PF00478,PF00571;InterPro=IPR001093,IPR015875,IPR013785,IPR000644,IPR005990 +MGYG000000001_20 Prodigal:2.6 CDS 6912 8447 . + 0 ID=MGYG000000001_01544;eC_number=6.3.5.2;Name=guaA;gene=guaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99105;locus_tag=MGYG000000001_01544;product=GMP synthase [glutamine-hydrolyzing];eggNOG=1391646.AVSU01000015_gene3021;COG=F;KEGG=ko:K01951;Pfam=PF00958,PF00117,PF02540;InterPro=IPR029062,IPR025777,IPR014729,IPR004739,IPR001674,IPR017926,IPR022955,IPR022310 +MGYG000000001_20 Prodigal:2.6 CDS 8568 9590 . + 0 ID=MGYG000000001_01545;Name=tmpC_3;db_xref=COG:COG1744;gene=tmpC_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_01545;product=Membrane lipoprotein TmpC;eggNOG=1476973.JMMB01000007_gene450;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_20 Prodigal:2.6 CDS 9806 11143 . + 0 ID=MGYG000000001_01546;Name=pbuG_2;db_xref=COG:COG2252;gene=pbuG_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34987;locus_tag=MGYG000000001_01546;product=Guanine/hypoxanthine permease PbuG;eggNOG=1301100.HG529425_gene1994;COG=S;KEGG=ko:K06901;Pfam=PF00860;InterPro=IPR026033,IPR006043 +MGYG000000001_20 Prodigal:2.6 CDS 11352 13031 . - 0 ID=MGYG000000001_01547;eC_number=6.3.4.3;Name=fhs_2;db_xref=COG:COG2759;gene=fhs_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2RM91;locus_tag=MGYG000000001_01547;product=Formate--tetrahydrofolate ligase;eggNOG=1301100.HG529407_gene249;COG=F;KEGG=ko:K01938;Pfam=PF01268;InterPro=IPR020628,IPR000559,IPR027417 +MGYG000000001_20 Prodigal:2.6 CDS 13228 13329 . + 0 ID=MGYG000000001_01548;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01548;product=hypothetical protein +MGYG000000001_20 Prodigal:2.6 CDS 13326 13898 . + 0 ID=MGYG000000001_01549;eC_number=5.4.99.18;Name=purE;db_xref=COG:COG0041;gene=purE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYS7;locus_tag=MGYG000000001_01549;product=N5-carboxyaminoimidazole ribonucleotide mutase;eggNOG=1151292.QEW_0243;COG=F;KEGG=ko:K01588;Pfam=PF00731;InterPro=IPR000031,IPR033747,IPR035893,IPR024694 +MGYG000000001_20 Prodigal:2.6 CDS 13903 14601 . + 0 ID=MGYG000000001_01550;eC_number=6.3.2.6;Name=purC;db_xref=COG:COG0152;gene=purC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0TTB4;locus_tag=MGYG000000001_01550;product=Phosphoribosylaminoimidazole-succinocarboxamide synthase;eggNOG=1301100.HG529426_gene1997;COG=F;KEGG=ko:K01923;Pfam=PF01259;InterPro=IPR033934,IPR001636,IPR028923,IPR018236 +MGYG000000001_20 Prodigal:2.6 CDS 14614 15984 . + 0 ID=MGYG000000001_01551;eC_number=2.4.2.14;Name=purF;db_xref=COG:COG0034;gene=purF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00497;locus_tag=MGYG000000001_01551;product=Amidophosphoribosyltransferase;eggNOG=1301100.HG529426_gene1998;COG=F;KEGG=ko:K00764;Pfam=PF13537,PF00156;InterPro=IPR000836,IPR029057,IPR017932,IPR035584,IPR005854,IPR029055 +MGYG000000001_20 Prodigal:2.6 CDS 15978 17006 . + 0 ID=MGYG000000001_01552;eC_number=6.3.3.1;Name=purM;db_xref=COG:COG0150;gene=purM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5L3D0;locus_tag=MGYG000000001_01552;product=Phosphoribosylformylglycinamidine cyclo-ligase;eggNOG=1476973.JMMB01000007_gene456;COG=F;KEGG=ko:K01933;Pfam=PF00586,PF02769;InterPro=IPR016188,IPR010918,IPR036676,IPR004733,IPR036921 +MGYG000000001_20 Prodigal:2.6 CDS 17000 17593 . + 0 ID=MGYG000000001_01553;eC_number=2.1.2.2;Name=purN;db_xref=COG:COG0299;gene=purN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P08179;locus_tag=MGYG000000001_01553;product=Phosphoribosylglycinamide formyltransferase;eggNOG=1301100.HG529426_gene2000;COG=F;KEGG=ko:K11175;Pfam=PF00551;InterPro=IPR004607,IPR036477,IPR002376 +MGYG000000001_20 Prodigal:2.6 CDS 17586 19118 . + 0 ID=MGYG000000001_01554;Name=purH;gene=purH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67544;locus_tag=MGYG000000001_01554;product=Bifunctional purine biosynthesis protein PurH;eggNOG=1301100.HG529426_gene2001;COG=F;KEGG=ko:K00602;Pfam=PF01808,PF02142;InterPro=IPR002695,IPR036914,IPR011607,IPR016193,IPR024051 +MGYG000000001_20 Prodigal:2.6 CDS 19130 20380 . + 0 ID=MGYG000000001_01555;eC_number=6.3.4.13;Name=purD;db_xref=COG:COG0151;gene=purD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O66949;locus_tag=MGYG000000001_01555;product=Phosphoribosylamine--glycine ligase;eggNOG=272563.CD630_02240;COG=F;KEGG=ko:K01945;Pfam=PF02844,PF02843,PF01071;InterPro=IPR011761,IPR020559,IPR020562,IPR020561,IPR011054,IPR016185,IPR013815,IPR000115,IPR020560,IPR037123 +MGYG000000001_20 Prodigal:2.6 CDS 20409 24281 . + 0 ID=MGYG000000001_01556;eC_number=6.3.5.3;Name=purL;db_xref=COG:COG0046;gene=purL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15254;locus_tag=MGYG000000001_01556;product=Phosphoribosylformylglycinamidine synthase;eggNOG=272563.CD630_02250;COG=F;KEGG=ko:K01952;Pfam=PF13507,PF02769,PF18072;InterPro=IPR010918,IPR029062,IPR041609,IPR036676,IPR010141,IPR036921,IPR017926 +MGYG000000001_20 Prodigal:2.6 CDS 24430 24864 . + 0 ID=MGYG000000001_01557;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01557;product=hypothetical protein;eggNOG=903814.ELI_4153;COG=O;KEGG=ko:K13993;Pfam=PF00011;InterPro=IPR031107,IPR008978,IPR002068 +MGYG000000001_20 Prodigal:2.6 CDS 25041 26912 . + 0 ID=MGYG000000001_01558;Name=htpG;gene=htpG;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00505;locus_tag=MGYG000000001_01558;product=Chaperone protein HtpG;eggNOG=272563.CD630_02730;COG=O;KEGG=ko:K04079;Pfam=PF00183,PF13589;InterPro=IPR037196,IPR036890,IPR020568,IPR020575,IPR001404 +MGYG000000001_20 Prodigal:2.6 CDS 26996 28306 . - 0 ID=MGYG000000001_01559;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01559;product=hypothetical protein;eggNOG=702450.CUW_1672;COG=P;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846 +MGYG000000001_20 Prodigal:2.6 CDS 28728 30080 . + 0 ID=MGYG000000001_01560;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01560;product=hypothetical protein;eggNOG=445973.CLOBAR_00609;COG=E;KEGG=-;InterPro=IPR001463 +MGYG000000001_20 Prodigal:2.6 CDS 30130 31440 . - 0 ID=MGYG000000001_01561;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01561;product=hypothetical protein;eggNOG=702450.CUW_1672;COG=P;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846 +MGYG000000001_20 Prodigal:2.6 CDS 31817 33325 . + 0 ID=MGYG000000001_01562;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01562;product=hypothetical protein;eggNOG=1301100.HG529429_gene1922;COG=-;KEGG=-;InterPro=IPR001387 +MGYG000000001_20 Prodigal:2.6 CDS 33692 35026 . + 0 ID=MGYG000000001_01563;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01563;product=hypothetical protein;eggNOG=1301100.HG529429_gene1921;COG=E;KEGG=-;InterPro=IPR001463 +MGYG000000001_20 Prodigal:2.6 CDS 35772 36035 . + 0 ID=MGYG000000001_01564;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01564;product=hypothetical protein;eggNOG=1301100.HG529426_gene2010;COG=-;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 36160 36798 . + 0 ID=MGYG000000001_01565;eC_number=6.3.2.34;Name=fbiB;gene=fbiB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01259;locus_tag=MGYG000000001_01565;product=Coenzyme F420:L-glutamate ligase;eggNOG=1391646.AVSU01000147_gene3317;COG=C;KEGG=-;Pfam=PF00881;InterPro=IPR029479,IPR000415 +MGYG000000001_20 Prodigal:2.6 CDS 36842 38128 . - 0 ID=MGYG000000001_01566;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01566;product=hypothetical protein;eggNOG=272563.CD630_33120;COG=P;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846 +MGYG000000001_20 Prodigal:2.6 CDS 38408 39940 . + 0 ID=MGYG000000001_01567;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01567;product=hypothetical protein;eggNOG=1301100.HG529429_gene1922;COG=-;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 40042 40566 . + 0 ID=MGYG000000001_01568;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01568;product=hypothetical protein;eggNOG=1391646.AVSU01000015_gene2991;COG=S;KEGG=ko:K07095;Pfam=PF12850;InterPro=IPR000979,IPR029052,IPR024654 +MGYG000000001_20 Prodigal:2.6 CDS 40614 41450 . + 0 ID=MGYG000000001_01569;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01569;product=hypothetical protein;eggNOG=1301100.HG529426_gene2019;COG=S;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 41443 41883 . + 0 ID=MGYG000000001_01570;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01570;product=hypothetical protein;eggNOG=272563.CD630_03070;COG=O;KEGG=-;InterPro=IPR011990 +MGYG000000001_20 Prodigal:2.6 CDS 41893 42387 . + 0 ID=MGYG000000001_01571;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01571;product=hypothetical protein;eggNOG=1301100.HG529426_gene2021;COG=S;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 42439 43209 . - 0 ID=MGYG000000001_01572;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01572;product=hypothetical protein;eggNOG=1301100.HG529427_gene1865;COG=-;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 43270 43998 . - 0 ID=MGYG000000001_01573;eC_number=3.1.3.3;Name=serB1;db_xref=COG:COG0560;gene=serB1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WGJ3;locus_tag=MGYG000000001_01573;product=Phosphoserine phosphatase SerB1;eggNOG=1301100.HG529427_gene1866;COG=E;KEGG=-;Pfam=PF12710;InterPro=IPR006385,IPR036412,IPR023214 +MGYG000000001_20 Prodigal:2.6 CDS 44180 45262 . + 0 ID=MGYG000000001_01574;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01574;product=hypothetical protein;eggNOG=1301100.HG529427_gene1867;COG=-;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 45405 45995 . - 0 ID=MGYG000000001_01575;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01575;product=hypothetical protein;eggNOG=1301100.HG529427_gene1868;COG=-;KEGG=- +MGYG000000001_20 Prodigal:2.6 CDS 46270 46641 . + 0 ID=MGYG000000001_01576;Name=ziaR;gene=ziaR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55940;locus_tag=MGYG000000001_01576;product=Transcriptional repressor SmtB;eggNOG=1301100.HG529427_gene1869;COG=K;KEGG=ko:K21903;Pfam=PF01022;InterPro=IPR001845,IPR036390,IPR018334,IPR036388,IPR011991 +MGYG000000001_20 Prodigal:2.6 CDS 46652 49336 . + 0 ID=MGYG000000001_01577;eC_number=3.6.3.12;Name=kdpB;gene=kdpB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00285;locus_tag=MGYG000000001_01577;product=Potassium-transporting ATPase ATP-binding subunit;eggNOG=1151292.QEW_0491;COG=P;KEGG=ko:K01534;Pfam=PF00702,PF00403,PF00122;InterPro=IPR006121,IPR023299,IPR036163,IPR018303,IPR023298,IPR036412,IPR023214,IPR008250,IPR027256,IPR001757 +MGYG000000001_20 Prodigal:2.6 CDS 49413 50060 . - 0 ID=MGYG000000001_01578;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67153;locus_tag=MGYG000000001_01578;note=UPF0073 inner membrane protein YqfA;product=hypothetical protein;eggNOG=445973.CLOBAR_00564;COG=S;KEGG=ko:K11068;Pfam=PF03006;InterPro=IPR004254,IPR005744 +MGYG000000001_21 Prodigal:2.6 CDS 233 955 . - 0 ID=MGYG000000001_01579;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01579;product=hypothetical protein;eggNOG=1151292.QEW_1910;COG=-;KEGG=- +MGYG000000001_21 Prodigal:2.6 CDS 948 1832 . - 0 ID=MGYG000000001_01580;Name=ytrB_1;db_xref=COG:COG1131;gene=ytrB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34641;locus_tag=MGYG000000001_01580;product=ABC transporter ATP-binding protein YtrB;eggNOG=272563.CD630_15040;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_21 Prodigal:2.6 CDS 1837 2202 . - 0 ID=MGYG000000001_01581;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01581;product=hypothetical protein;eggNOG=445973.CLOBAR_01627;COG=K;KEGG=-;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_21 Prodigal:2.6 CDS 2524 3204 . + 0 ID=MGYG000000001_01582;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01582;product=hypothetical protein;eggNOG=1301100.HG529285_gene7057;COG=K;KEGG=ko:K01420;Pfam=PF13545;InterPro=IPR018490,IPR012318,IPR000595,IPR036390,IPR014710,IPR036388 +MGYG000000001_21 Prodigal:2.6 CDS 3408 3578 . - 0 ID=MGYG000000001_01583;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01583;product=hypothetical protein;eggNOG=1211817.CCAT010000053_gene2076;COG=-;KEGG=- +MGYG000000001_21 Prodigal:2.6 CDS 3741 4709 . - 0 ID=MGYG000000001_01584;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01584;product=hypothetical protein;eggNOG=1391646.AVSU01000132_gene2691;COG=-;KEGG=- +MGYG000000001_21 Prodigal:2.6 CDS 4890 6452 . - 0 ID=MGYG000000001_01585;eC_number=3.1.-.-;Name=rny;db_xref=COG:COG1418;gene=rny;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31774;locus_tag=MGYG000000001_01585;product=Ribonuclease Y;eggNOG=1476973.JMMB01000007_gene1093;COG=S;KEGG=ko:K18682;Pfam=PF00013,PF12072,PF01966;InterPro=IPR006675,IPR022711,IPR004087,IPR003607,IPR004088,IPR017705,IPR036612,IPR006674 +MGYG000000001_21 Prodigal:2.6 CDS 6662 7717 . - 0 ID=MGYG000000001_01586;Name=recA;db_xref=COG:COG0468;gene=recA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P16971;locus_tag=MGYG000000001_01586;product=Protein RecA;eggNOG=1476973.JMMB01000007_gene1092;COG=L;KEGG=ko:K03553;Pfam=PF00154;InterPro=IPR023400,IPR020587,IPR003593,IPR020588,IPR013765,IPR020584,IPR027417 +MGYG000000001_21 Prodigal:2.6 CDS 8081 9262 . - 0 ID=MGYG000000001_01587;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01587;product=hypothetical protein;eggNOG=1211814.CAPG01000062_gene2972;COG=S;KEGG=-;Pfam=PF13791;InterPro=IPR025672 +MGYG000000001_21 Prodigal:2.6 CDS 9265 9750 . - 0 ID=MGYG000000001_01588;Name=sigM_2;db_xref=COG:COG1595;gene=sigM_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07582;locus_tag=MGYG000000001_01588;product=ECF RNA polymerase sigma factor SigM;eggNOG=1211814.CAPG01000062_gene2973;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_21 Prodigal:2.6 CDS 9919 10311 . + 0 ID=MGYG000000001_01589;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01589;product=hypothetical protein;eggNOG=163908.KB235896_gene3079;COG=E;KEGG=ko:K08234;Pfam=PF00903;InterPro=IPR037478,IPR029068,IPR004360,IPR037523 +MGYG000000001_21 Prodigal:2.6 CDS 10388 10930 . - 0 ID=MGYG000000001_01590;eC_number=2.7.8.5;Name=pgsA;gene=pgsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63756;locus_tag=MGYG000000001_01590;product=CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase;eggNOG=1292035.H476_1638;COG=I;KEGG=ko:K00995,ko:K08744;Pfam=PF01066;InterPro=IPR000462,IPR004570 +MGYG000000001_21 Prodigal:2.6 CDS 10917 12251 . - 0 ID=MGYG000000001_01591;eC_number=2.8.4.4;Name=rimO;db_xref=COG:COG0621;gene=rimO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X2H6;locus_tag=MGYG000000001_01591;product=Ribosomal protein S12 methylthiotransferase RimO;eggNOG=1301100.HG529252_gene6241;COG=J;KEGG=ko:K14441;Pfam=PF04055,PF00919,PF18693;InterPro=IPR038135,IPR006638,IPR005839,IPR007197,IPR005840,IPR023404,IPR013848,IPR041582,IPR020612,IPR002792 +MGYG000000001_21 Prodigal:2.6 CDS 12245 13303 . - 0 ID=MGYG000000001_01592;eC_number=2.9.1.-;Name=selU;db_xref=COG:COG2603;gene=selU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33667;locus_tag=MGYG000000001_01592;product=tRNA 2-selenouridine synthase;eggNOG=1301100.HG529252_gene6240;COG=S;KEGG=ko:K06917;Pfam=PF00581;InterPro=IPR001763,IPR027417,IPR036873,IPR017582 +MGYG000000001_21 Prodigal:2.6 CDS 13307 15712 . - 0 ID=MGYG000000001_01593;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01593;product=hypothetical protein;eggNOG=1301100.HG529252_gene6239;COG=D;KEGG=ko:K03466;Pfam=PF13491,PF09397,PF17854,PF01580;InterPro=IPR002543,IPR003593,IPR018541,IPR041027,IPR027417,IPR036390,IPR025199,IPR036388 +MGYG000000001_21 Prodigal:2.6 CDS 15997 16833 . - 0 ID=MGYG000000001_01594;Name=tepA;db_xref=COG:COG0740;gene=tepA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q99171;locus_tag=MGYG000000001_01594;product=Translocation-enhancing protein TepA;eggNOG=1301100.HG529252_gene6238;COG=OU;KEGG=ko:K01358;Pfam=PF00574;InterPro=IPR001907,IPR029045,IPR023562 +MGYG000000001_21 Prodigal:2.6 CDS 16920 18263 . - 0 ID=MGYG000000001_01595;Name=yeeO_2;db_xref=COG:COG0534;gene=yeeO_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76352;locus_tag=MGYG000000001_01595;product=putative FMN/FAD exporter YeeO;eggNOG=1499683.CCFF01000016_gene1008;COG=V;KEGG=ko:K03327;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_21 Prodigal:2.6 CDS 18433 19200 . - 0 ID=MGYG000000001_01596;Name=fecE;db_xref=COG:COG1120;gene=fecE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15031;locus_tag=MGYG000000001_01596;product=Fe(3+) dicitrate transport ATP-binding protein FecE;eggNOG=1211817.CCAT010000073_gene1004;COG=HP;KEGG=ko:K02013;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_21 Prodigal:2.6 CDS 19200 20291 . - 0 ID=MGYG000000001_01597;Name=hmuU_3;db_xref=COG:COG0609;gene=hmuU_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56992;locus_tag=MGYG000000001_01597;product=Hemin transport system permease protein HmuU;eggNOG=1301100.HG529430_gene1966;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_21 Prodigal:2.6 CDS 20301 21320 . - 0 ID=MGYG000000001_01598;Name=yclQ_1;db_xref=COG:COG4607;gene=yclQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94421;locus_tag=MGYG000000001_01598;product=putative ABC transporter solute-binding protein YclQ;eggNOG=1301100.HG529430_gene1967;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR002491 +MGYG000000001_21 Prodigal:2.6 CDS 21583 22794 . - 0 ID=MGYG000000001_01599;eC_number=2.7.2.4;Name=lysC_1;gene=lysC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q59229;locus_tag=MGYG000000001_01599;product=Aspartokinase;eggNOG=445973.CLOBAR_02152;COG=E;KEGG=ko:K00928;Pfam=PF00696,PF13840;InterPro=IPR036393,IPR005260,IPR027795,IPR001341,IPR018042,IPR001048 +MGYG000000001_21 Prodigal:2.6 CDS 22815 23060 . - 0 ID=MGYG000000001_01600;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01600;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1085;COG=S;KEGG=-;Pfam=PF05239;InterPro=IPR011033,IPR014238,IPR027275 +MGYG000000001_21 Prodigal:2.6 CDS 23087 24328 . - 0 ID=MGYG000000001_01601;eC_number=3.4.24.-;db_xref=COG:COG0612;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WHT5;locus_tag=MGYG000000001_01601;product=putative zinc protease;eggNOG=1151292.QEW_1700;COG=S;KEGG=-;Pfam=PF00675,PF05193;InterPro=IPR011249,IPR001431,IPR007863,IPR011765 +MGYG000000001_21 Prodigal:2.6 CDS 24592 25335 . - 0 ID=MGYG000000001_01602;eC_number=3.5.1.-;Name=pdaA_1;db_xref=COG:COG0726;gene=pdaA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34928;locus_tag=MGYG000000001_01602;product=Peptidoglycan-N-acetylmuramic acid deacetylase PdaA;eggNOG=1476973.JMMB01000007_gene1083;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_21 Prodigal:2.6 CDS 25516 27630 . - 0 ID=MGYG000000001_01603;eC_number=2.7.7.8;Name=pnp;db_xref=COG:COG1185;gene=pnp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50849;locus_tag=MGYG000000001_01603;product=Polyribonucleotide nucleotidyltransferase;eggNOG=1292035.H476_1648;COG=J;KEGG=ko:K00962;Pfam=PF03726,PF00013,PF00575,PF03725,PF01138;InterPro=IPR012162,IPR020568,IPR004087,IPR012340,IPR027408,IPR022967,IPR036456,IPR003029,IPR004088,IPR001247,IPR015847,IPR036612,IPR036345,IPR015848 +MGYG000000001_21 Prodigal:2.6 CDS 27828 28667 . - 0 ID=MGYG000000001_01604;Name=degV;db_xref=COG:COG1307;gene=degV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32436;locus_tag=MGYG000000001_01604;product=Protein DegV;eggNOG=1301100.HG529251_gene6283;COG=S;KEGG=-;Pfam=PF02645;InterPro=IPR003797 +MGYG000000001_21 Prodigal:2.6 CDS 29025 29279 . - 0 ID=MGYG000000001_01605;Name=rpsO;db_xref=COG:COG0184;gene=rpsO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21473;locus_tag=MGYG000000001_01605;product=30S ribosomal protein S15;eggNOG=445973.CLOBAR_02158;COG=J;KEGG=ko:K02956;Pfam=PF00312;InterPro=IPR009068,IPR005290,IPR000589 +MGYG000000001_21 Prodigal:2.6 CDS 29389 30315 . - 0 ID=MGYG000000001_01606;Name=ribF;db_xref=COG:COG0196;gene=ribF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AG40;locus_tag=MGYG000000001_01606;product=Riboflavin biosynthesis protein RibF;eggNOG=1301100.HG529251_gene6279;COG=H;KEGG=ko:K11753;Pfam=PF01687,PF06574;InterPro=IPR015865,IPR014729,IPR023468,IPR015864,IPR023465,IPR002606 +MGYG000000001_21 Prodigal:2.6 CDS 30343 31248 . - 0 ID=MGYG000000001_01607;eC_number=5.4.99.25;Name=truB;gene=truB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65855;locus_tag=MGYG000000001_01607;product=tRNA pseudouridine synthase B;eggNOG=1151292.QEW_1693;COG=J;KEGG=ko:K03177;Pfam=PF16198,PF09157,PF01509;InterPro=IPR014780,IPR002501,IPR032819,IPR020103,IPR015240 +MGYG000000001_21 Prodigal:2.6 CDS 31259 32242 . - 0 ID=MGYG000000001_01608;eC_number=3.1.-.-;Name=nrnA;db_xref=COG:COG0618;gene=nrnA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5SM25;locus_tag=MGYG000000001_01608;product=Bifunctional oligoribonuclease and PAP phosphatase NrnA;eggNOG=1301100.HG529251_gene6277;COG=S;KEGG=ko:K06881;Pfam=PF02272,PF01368;InterPro=IPR001667,IPR003156,IPR038763 +MGYG000000001_21 Prodigal:2.6 CDS 32232 32618 . - 0 ID=MGYG000000001_01609;Name=rbfA;db_xref=COG:COG0858;gene=rbfA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A7G2;locus_tag=MGYG000000001_01609;product=30S ribosome-binding factor;eggNOG=1301100.HG529251_gene6276;COG=J;KEGG=ko:K02834;Pfam=PF02033;InterPro=IPR015946,IPR023799,IPR020053,IPR000238 +MGYG000000001_21 Prodigal:2.6 CDS 32637 34583 . - 0 ID=MGYG000000001_01610;Name=infB;gene=infB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04766;locus_tag=MGYG000000001_01610;product=Translation initiation factor IF-2;eggNOG=1476973.JMMB01000007_gene1074;COG=J;KEGG=ko:K02519;Pfam=PF04760,PF00009,PF11987;InterPro=IPR005225,IPR000795,IPR015760,IPR006847,IPR009000,IPR027417,IPR036925,IPR000178,IPR023115 +MGYG000000001_21 Prodigal:2.6 CDS 34607 34915 . - 0 ID=MGYG000000001_01611;Name=rplGA;db_xref=COG:COG1358;gene=rplGA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32729;locus_tag=MGYG000000001_01611;product=putative ribosomal protein YlxQ;eggNOG=1476973.JMMB01000007_gene1073;COG=J;KEGG=-;Pfam=PF01248;InterPro=IPR029064,IPR039109,IPR039107,IPR004038 +MGYG000000001_21 Prodigal:2.6 CDS 34905 35180 . - 0 ID=MGYG000000001_01612;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01612;product=hypothetical protein;eggNOG=445973.CLOBAR_02165;COG=K;KEGG=ko:K07742;Pfam=PF04296;InterPro=IPR037465,IPR035931,IPR007393 +MGYG000000001_21 Prodigal:2.6 CDS 35195 36241 . - 0 ID=MGYG000000001_01613;Name=nusA;db_xref=COG:COG0195;gene=nusA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32727;locus_tag=MGYG000000001_01613;product=Transcription termination/antitermination protein NusA;eggNOG=1301100.HG529251_gene6272;COG=K;KEGG=ko:K02600;Pfam=PF08529,PF00575,PF13184;InterPro=IPR010213,IPR013735,IPR030842,IPR036555,IPR009019,IPR012340,IPR022967,IPR003029,IPR015946,IPR025249 +MGYG000000001_21 Prodigal:2.6 CDS 36268 36729 . - 0 ID=MGYG000000001_01614;Name=rimP;db_xref=COG:COG0779;gene=rimP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97S61;locus_tag=MGYG000000001_01614;product=Ribosome maturation factor RimP;eggNOG=1301100.HG529251_gene6271;COG=S;KEGG=ko:K09748;Pfam=PF17384,PF02576;InterPro=IPR028998,IPR035956,IPR036847,IPR028989,IPR003728 +MGYG000000001_21 Prodigal:2.6 CDS 36929 38353 . - 0 ID=MGYG000000001_01615;Name=emrY;gene=emrY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P52600;locus_tag=MGYG000000001_01615;product=putative multidrug resistance protein EmrY;eggNOG=1301100.HG529243_gene2302;COG=U;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR004638,IPR020846,IPR036259 +MGYG000000001_21 Prodigal:2.6 CDS 38616 42911 . - 0 ID=MGYG000000001_01616;eC_number=2.7.7.7;Name=polC_3;db_xref=COG:COG2176;gene=polC_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P13267;locus_tag=MGYG000000001_01616;product=DNA polymerase III PolC-type;eggNOG=1301100.HG529244_gene2345;COG=L;KEGG=ko:K02342,ko:K03763;Pfam=PF17657,PF07733,PF02811,PF14579,PF11490,PF14480,PF00929;InterPro=IPR006308,IPR028112,IPR013520,IPR024754,IPR003141,IPR029460,IPR012337,IPR006054,IPR004013,IPR011708,IPR040982,IPR036397 +MGYG000000001_21 Prodigal:2.6 CDS 43141 43812 . + 0 ID=MGYG000000001_01617;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01617;product=hypothetical protein;eggNOG=1301100.HG529244_gene2344;COG=-;KEGG=- +MGYG000000001_21 Prodigal:2.6 CDS 43965 46361 . - 0 ID=MGYG000000001_01618;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01618;product=hypothetical protein;eggNOG=1301100.HG529244_gene2342;COG=GT;KEGG=-;Pfam=PF01832,PF08239;InterPro=IPR003646,IPR002901 +MGYG000000001_21 Prodigal:2.6 CDS 46471 46917 . - 0 ID=MGYG000000001_01619;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01619;product=hypothetical protein;eggNOG=1301100.HG529244_gene2341;COG=-;KEGG=- +MGYG000000001_21 Prodigal:2.6 CDS 47119 47766 . + 0 ID=MGYG000000001_01620;eC_number=3.5.1.-;Name=cobB;db_xref=COG:COG0846;gene=cobB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66815;locus_tag=MGYG000000001_01620;product=NAD-dependent protein deacetylase;eggNOG=445973.CLOBAR_02171;COG=K;KEGG=ko:K12410;Pfam=PF02146;InterPro=IPR028628,IPR029035,IPR026590,IPR003000,IPR026591 +MGYG000000001_22 Prodigal:2.6 CDS 214 507 . + 0 ID=MGYG000000001_01621;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01621;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3183;COG=S;KEGG=-;Pfam=PF03606;InterPro=IPR018385 +MGYG000000001_22 Prodigal:2.6 CDS 632 1438 . + 0 ID=MGYG000000001_01622;eC_number=3.1.3.104;Name=ybjI_1;db_xref=COG:COG0561;gene=ybjI_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75809;locus_tag=MGYG000000001_01622;product=5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI;eggNOG=1476973.JMMB01000007_gene1590;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214,IPR006379,IPR000150 +MGYG000000001_22 Prodigal:2.6 CDS 1574 1987 . + 0 ID=MGYG000000001_01623;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01623;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1576;COG=-;KEGG=- +MGYG000000001_22 Prodigal:2.6 CDS 2008 2289 . + 0 ID=MGYG000000001_01624;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01624;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1576;COG=-;KEGG=- +MGYG000000001_22 Prodigal:2.6 CDS 2483 5335 . + 0 ID=MGYG000000001_01625;Name=mutS_2;db_xref=COG:COG0249;gene=mutS_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1Y0;locus_tag=MGYG000000001_01625;product=DNA mismatch repair protein MutS;eggNOG=1476973.JMMB01000007_gene1975;COG=L;KEGG=ko:K03555;Pfam=PF05188,PF00488,PF05190,PF01624,PF05192;InterPro=IPR017261,IPR007695,IPR036678,IPR007860,IPR016151,IPR007696,IPR000432,IPR036187,IPR005748,IPR027417,IPR007861 +MGYG000000001_22 Prodigal:2.6 CDS 5353 7497 . + 0 ID=MGYG000000001_01626;Name=mutL;gene=mutL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65492;locus_tag=MGYG000000001_01626;product=DNA mismatch repair protein MutL;eggNOG=1301100.HG529331_gene4629;COG=L;KEGG=ko:K03572;Pfam=PF08676,PF01119,PF13589;InterPro=IPR020667,IPR036890,IPR020568,IPR013507,IPR002099,IPR042121,IPR038973,IPR042120,IPR014721,IPR014790,IPR037198,IPR014762 +MGYG000000001_22 Prodigal:2.6 CDS 7513 8454 . + 0 ID=MGYG000000001_01627;eC_number=2.5.1.75;Name=miaA;db_xref=COG:COG0324;gene=miaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KAC3;locus_tag=MGYG000000001_01627;product=tRNA dimethylallyltransferase;eggNOG=1292035.H476_0658;COG=F;KEGG=ko:K00791;Pfam=PF01715;InterPro=IPR018022,IPR027417,IPR039657 +MGYG000000001_22 Prodigal:2.6 CDS 8542 8796 . + 0 ID=MGYG000000001_01628;Name=hfq;db_xref=COG:COG1923;gene=hfq;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYZ6;locus_tag=MGYG000000001_01628;product=RNA-binding protein Hfq;eggNOG=445973.CLOBAR_01718;COG=J;KEGG=ko:K03666;Pfam=PF17209;InterPro=IPR010920,IPR005001 +MGYG000000001_22 Prodigal:2.6 CDS 8892 10277 . - 0 ID=MGYG000000001_01629;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01629;product=hypothetical protein;eggNOG=195103.CPF_0768;COG=EG;KEGG=-;Pfam=PF02447;InterPro=IPR003474 +MGYG000000001_22 Prodigal:2.6 CDS 10477 11757 . + 0 ID=MGYG000000001_01630;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01630;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1968;COG=P;KEGG=-;Pfam=PF06838;InterPro=IPR009651,IPR015424,IPR015421 +MGYG000000001_22 Prodigal:2.6 CDS 12376 12768 . + 0 ID=MGYG000000001_01631;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01631;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1524;COG=-;KEGG=- +MGYG000000001_22 Prodigal:2.6 CDS 13142 14299 . + 0 ID=MGYG000000001_01632;eC_number=2.3.3.13;Name=leuA;gene=leuA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q71Y35;locus_tag=MGYG000000001_01632;product=2-isopropylmalate synthase;eggNOG=500633.CLOHIR_01876;COG=E;KEGG=ko:K02594;Pfam=PF00682;InterPro=IPR013477,IPR000891,IPR013785,IPR002034 +MGYG000000001_22 Prodigal:2.6 CDS 14331 16274 . + 0 ID=MGYG000000001_01633;eC_number=4.2.1.33;Name=leuC;gene=leuC;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01027;locus_tag=MGYG000000001_01633;product=3-isopropylmalate dehydratase large subunit;eggNOG=272563.CD630_08330;COG=C;KEGG=ko:K01681;Pfam=PF00694,PF00330;InterPro=IPR015931,IPR036008,IPR015928,IPR000573,IPR018136,IPR006250,IPR001030 +MGYG000000001_22 Prodigal:2.6 CDS 16291 17304 . + 0 ID=MGYG000000001_01634;eC_number=1.1.1.42;Name=icd;db_xref=COG:COG0473;gene=icd;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33197;locus_tag=MGYG000000001_01634;product=Isocitrate dehydrogenase [NADP];eggNOG=1408823.AXUS01000028_gene1507;COG=C;KEGG=ko:K00030;Pfam=PF00180;InterPro=IPR024084,IPR019818 +MGYG000000001_22 Prodigal:2.6 CDS 17355 18053 . + 0 ID=MGYG000000001_01635;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01635;product=hypothetical protein;eggNOG=445973.CLOBAR_02438;COG=S;KEGG=-;Pfam=PF13483;InterPro=IPR036866 +MGYG000000001_22 Prodigal:2.6 CDS 18308 18697 . - 0 ID=MGYG000000001_01636;Name=ydhY;db_xref=COG:COG0437;gene=ydhY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AAL6;locus_tag=MGYG000000001_01636;product=putative ferredoxin-like protein YdhY;eggNOG=536227.CcarbDRAFT_1398;COG=C;KEGG=-;Pfam=PF13187,PF00037;InterPro=IPR017900,IPR017896 +MGYG000000001_22 Prodigal:2.6 CDS 18964 20316 . + 0 ID=MGYG000000001_01637;Name=trkA_1;db_xref=COG:COG0569;gene=trkA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AGI8;locus_tag=MGYG000000001_01637;product=Trk system potassium uptake protein TrkA;eggNOG=445973.CLOBAR_00915;COG=P;KEGG=ko:K03499;Pfam=PF02254,PF02080;InterPro=IPR006037,IPR036721,IPR003148,IPR006036,IPR036291 +MGYG000000001_22 Prodigal:2.6 CDS 20329 21768 . + 0 ID=MGYG000000001_01638;Name=trkG_1;db_xref=COG:COG0168;gene=trkG_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23849;locus_tag=MGYG000000001_01638;product=Trk system potassium uptake protein TrkG;eggNOG=445973.CLOBAR_00914;COG=P;KEGG=ko:K03498;Pfam=PF02386;InterPro=IPR003445,IPR004772 +MGYG000000001_22 Prodigal:2.6 CDS 22211 22999 . + 0 ID=MGYG000000001_01639;Name=glnH;db_xref=COG:COG0834;gene=glnH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AEQ3;locus_tag=MGYG000000001_01639;product=Glutamine-binding periplasmic protein;eggNOG=1408823.AXUS01000013_gene1222;COG=ET;KEGG=ko:K02030;Pfam=PF00497;InterPro=IPR001638 +MGYG000000001_22 Prodigal:2.6 CDS 23026 23637 . + 0 ID=MGYG000000001_01640;Name=artQ_2;db_xref=COG:COG0765;gene=artQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54536;locus_tag=MGYG000000001_01640;product=Arginine transport system permease protein ArtQ;eggNOG=1408823.AXUS01000013_gene1223;COG=P;KEGG=ko:K02029;Pfam=PF00528;InterPro=IPR000515,IPR035906,IPR010065 +MGYG000000001_22 Prodigal:2.6 CDS 23656 24318 . + 0 ID=MGYG000000001_01641;Name=glnQ_2;gene=glnQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P27675;locus_tag=MGYG000000001_01641;product=Glutamine transport ATP-binding protein GlnQ;eggNOG=272563.CD630_17760;COG=E;KEGG=ko:K02028;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR030679,IPR027417 +MGYG000000001_22 Prodigal:2.6 CDS 24388 24918 . + 0 ID=MGYG000000001_01642;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01642;product=hypothetical protein;eggNOG=1391646.AVSU01000040_gene1833;COG=-;KEGG=- +MGYG000000001_22 Prodigal:2.6 CDS 24982 25656 . - 0 ID=MGYG000000001_01643;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01643;product=hypothetical protein;eggNOG=1292035.H476_2592;COG=S;KEGG=-;Pfam=PF07947;InterPro=IPR012506 +MGYG000000001_22 Prodigal:2.6 CDS 25960 26412 . - 0 ID=MGYG000000001_01644;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01644;product=hypothetical protein;eggNOG=138119.DSY2526;COG=S;KEGG=-;Pfam=PF16111;InterPro=IPR032256 +MGYG000000001_22 Prodigal:2.6 CDS 26579 27298 . + 0 ID=MGYG000000001_01645;eC_number=2.4.2.1;Name=deoD_1;db_xref=COG:COG0813;gene=deoD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81T09;locus_tag=MGYG000000001_01645;product=Purine nucleoside phosphorylase DeoD-type;eggNOG=1301100.HG529301_gene3134;COG=F;KEGG=ko:K03784;Pfam=PF01048;InterPro=IPR000845,IPR018016,IPR004402,IPR035994 +MGYG000000001_22 Prodigal:2.6 CDS 27344 27979 . - 0 ID=MGYG000000001_01646;eC_number=3.4.21.88;Name=lexA_3;db_xref=COG:COG1974;gene=lexA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P31080;locus_tag=MGYG000000001_01646;product=LexA repressor;eggNOG=1301100.HG529301_gene3133;COG=K;KEGG=ko:K01356;Pfam=PF00717,PF01726;InterPro=IPR006200,IPR006199,IPR036286,IPR015927,IPR006197,IPR036390,IPR039418,IPR036388 +MGYG000000001_22 Prodigal:2.6 CDS 28136 29311 . - 0 ID=MGYG000000001_01647;Name=xerC_2;gene=xerC_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01808;locus_tag=MGYG000000001_01647;product=Tyrosine recombinase XerC;eggNOG=1151292.QEW_2361;COG=L;KEGG=ko:K03733;Pfam=PF00589;InterPro=IPR011010,IPR010998,IPR002104,IPR013762 +MGYG000000001_22 Prodigal:2.6 CDS 30723 30914 . - 0 ID=MGYG000000001_01648;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01648;product=hypothetical protein;eggNOG=1292035.H476_2621;COG=S;KEGG=-;Pfam=PF08141;InterPro=IPR012610 +MGYG000000001_22 Prodigal:2.6 CDS 31076 31336 . - 0 ID=MGYG000000001_01649;Name=spoVS;db_xref=COG:COG2359;gene=spoVS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45693;locus_tag=MGYG000000001_01649;product=Stage V sporulation protein S;eggNOG=445973.CLOBAR_01875;COG=S;KEGG=ko:K06416;Pfam=PF04232;InterPro=IPR036882,IPR007347 +MGYG000000001_22 Prodigal:2.6 CDS 31431 32066 . - 0 ID=MGYG000000001_01650;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01650;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1812;COG=-;KEGG=- +MGYG000000001_22 Prodigal:2.6 CDS 32277 32552 . + 0 ID=MGYG000000001_01651;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01651;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1810;COG=-;KEGG=- +MGYG000000001_22 Prodigal:2.6 CDS 32704 33348 . - 0 ID=MGYG000000001_01652;eC_number=2.1.1.33;Name=trmB;db_xref=COG:COG0220;gene=trmB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67506;locus_tag=MGYG000000001_01652;product=tRNA (guanine-N(7)-)-methyltransferase;eggNOG=272563.CD630_19420;COG=J;KEGG=ko:K03439;Pfam=PF02390;InterPro=IPR003358,IPR029063 +MGYG000000001_22 Prodigal:2.6 CDS 33423 33746 . - 0 ID=MGYG000000001_01653;Name=erpA;gene=erpA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01380;locus_tag=MGYG000000001_01653;product=Iron-sulfur cluster insertion protein ErpA;eggNOG=1301100.HG529299_gene5191;COG=S;KEGG=ko:K13628;Pfam=PF01521;InterPro=IPR035903,IPR000361 +MGYG000000001_22 Prodigal:2.6 CDS 33884 34948 . - 0 ID=MGYG000000001_01654;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01654;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1805;COG=S;KEGG=-;Pfam=PF12799;InterPro=IPR003591,IPR025875,IPR013783,IPR001611,IPR032675 +MGYG000000001_22 Prodigal:2.6 CDS 34962 35540 . - 0 ID=MGYG000000001_01655;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01655;product=hypothetical protein;eggNOG=1301100.HG529298_gene5188;COG=J;KEGG=-;Pfam=PF13302;InterPro=IPR000182,IPR016181 +MGYG000000001_22 Prodigal:2.6 CDS 35809 36924 . + 0 ID=MGYG000000001_01656;Name=xerC_3;gene=xerC_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01808;locus_tag=MGYG000000001_01656;product=Tyrosine recombinase XerC;eggNOG=1301100.HG529298_gene5187;COG=L;KEGG=ko:K14059;Pfam=PF00589,PF14659,PF14657;InterPro=IPR013762,IPR004107,IPR011010,IPR002104,IPR028259,IPR010998 +MGYG000000001_22 Prodigal:2.6 CDS 37218 38174 . - 0 ID=MGYG000000001_01657;Name=corA_1;db_xref=COG:COG0598;gene=corA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WZ31;locus_tag=MGYG000000001_01657;product=Cobalt/magnesium transport protein CorA;eggNOG=1151292.QEW_2290;COG=P;KEGG=ko:K03284;Pfam=PF01544;InterPro=IPR002523 +MGYG000000001_22 Prodigal:2.6 CDS 38325 39164 . - 0 ID=MGYG000000001_01658;eC_number=1.17.7.4;Name=ispH;db_xref=COG:COG0761;gene=ispH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67625;locus_tag=MGYG000000001_01658;product=4-hydroxy-3-methylbut-2-enyl diphosphate reductase;eggNOG=272563.CD630_18180;COG=IM;KEGG=ko:K02945,ko:K03527;Pfam=PF02401;InterPro=IPR003451 +MGYG000000001_22 Prodigal:2.6 CDS 39176 39772 . - 0 ID=MGYG000000001_01659;eC_number=2.3.1.-;Name=plsC;db_xref=COG:COG0204;gene=plsC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07584;locus_tag=MGYG000000001_01659;product=1-acyl-sn-glycerol-3-phosphate acyltransferase;eggNOG=1301100.HG529294_gene5152;COG=I;KEGG=ko:K00655;Pfam=PF01553;InterPro=IPR004552,IPR002123 +MGYG000000001_22 Prodigal:2.6 CDS 39790 40440 . - 0 ID=MGYG000000001_01660;eC_number=2.7.4.25;Name=cmk;db_xref=COG:COG0283;gene=cmk;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38493;locus_tag=MGYG000000001_01660;product=Cytidylate kinase;eggNOG=272563.CD630_18160;COG=F;KEGG=ko:K00945;Pfam=PF02224;InterPro=IPR003136,IPR027417,IPR011994 +MGYG000000001_22 Prodigal:2.6 CDS 40467 40832 . - 0 ID=MGYG000000001_01661;eC_number=5.4.99.5;Name=aroH;db_xref=COG:COG4401;gene=aroH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19080;locus_tag=MGYG000000001_01661;product=Chorismate mutase AroH;eggNOG=1301100.HG529294_gene5150;COG=E;KEGG=ko:K06208;Pfam=PF07736;InterPro=IPR008243,IPR035959 +MGYG000000001_22 Prodigal:2.6 CDS 40842 42053 . - 0 ID=MGYG000000001_01662;db_xref=COG:COG2081;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44941;locus_tag=MGYG000000001_01662;product=putative protein;eggNOG=1301100.HG529294_gene5149;COG=S;KEGG=ko:K07007;Pfam=PF03486;InterPro=IPR036188,IPR004792,IPR023166 +MGYG000000001_22 Prodigal:2.6 CDS 42065 42706 . - 0 ID=MGYG000000001_01663;eC_number=3.1.3.3;Name=pspA_2;db_xref=COG:COG0406;gene=pspA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D3DFG8;locus_tag=MGYG000000001_01663;product=Phosphoserine phosphatase 1;eggNOG=1301100.HG529294_gene5148;COG=G;KEGG=ko:K02226,ko:K22305;Pfam=PF00300;InterPro=IPR029033,IPR013078,IPR001345 +MGYG000000001_22 Prodigal:2.6 CDS 42956 43807 . + 0 ID=MGYG000000001_01664;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01664;product=hypothetical protein;eggNOG=272563.CD630_18010;COG=S;KEGG=-;Pfam=PF02588,PF10035;InterPro=IPR019264,IPR003740,IPR015867 +MGYG000000001_22 Prodigal:2.6 CDS 43961 46558 . - 0 ID=MGYG000000001_01665;Name=clpB;gene=clpB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:G2K265;locus_tag=MGYG000000001_01665;product=Chaperone protein ClpB;eggNOG=1151292.QEW_2502;COG=O;KEGG=ko:K03695,ko:K03696;Pfam=PF17871,PF00004,PF07724,PF02861,PF10431;InterPro=IPR028299,IPR018368,IPR003593,IPR036628,IPR019489,IPR027417,IPR003959,IPR004176,IPR001270,IPR017730,IPR041546 +MGYG000000001_23 INFERNAL:1.1.2 ncRNA 40425 40514 . - . ID=MGYG000000001_23_ncRNA28;inference=Rfam:14.6;locus_tag=MGYG000000001_23_ncRNA28;product=NiCo riboswitch;rfam=RF02683 +MGYG000000001_23 Prodigal:2.6 CDS 118 1236 . + 0 ID=MGYG000000001_01666;eC_number=1.8.98.-;db_xref=COG:COG0641;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0TTH1;locus_tag=MGYG000000001_01666;product=Anaerobic sulfatase-maturating enzyme;eggNOG=1301100.HG529314_gene440;COG=C;KEGG=ko:K06871;Pfam=PF04055,PF13353,PF13186;InterPro=IPR007197,IPR013785,IPR034485,IPR023885 +MGYG000000001_23 Prodigal:2.6 CDS 1314 2024 . - 0 ID=MGYG000000001_01667;eC_number=3.5.1.28;Name=lytC;db_xref=COG:COG0860;gene=lytC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q02114;locus_tag=MGYG000000001_01667;product=N-acetylmuramoyl-L-alanine amidase LytC;eggNOG=1391646.AVSU01000037_gene2044;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR002508 +MGYG000000001_23 Prodigal:2.6 CDS 2164 2727 . - 0 ID=MGYG000000001_01668;Name=chrA;gene=chrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P14285;locus_tag=MGYG000000001_01668;product=Chromate transport protein;eggNOG=1499684.CCNP01000023_gene3155;COG=P;KEGG=ko:K07240;Pfam=PF02417;InterPro=IPR003370 +MGYG000000001_23 Prodigal:2.6 CDS 2727 3302 . - 0 ID=MGYG000000001_01669;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01669;product=hypothetical protein;eggNOG=1499684.CCNP01000023_gene3154;COG=P;KEGG=ko:K07240;Pfam=PF02417;InterPro=IPR003370 +MGYG000000001_23 Prodigal:2.6 CDS 3498 5660 . - 0 ID=MGYG000000001_01670;eC_number=2.4.1.211;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A9KQ75;locus_tag=MGYG000000001_01670;product=1%2C3-beta-galactosyl-N-acetylhexosamine phosphorylase;eggNOG=1301100.HG529327_gene4554;COG=S;KEGG=ko:K15533;Pfam=PF17386,PF09508,PF17385;InterPro=IPR029062,IPR013780,IPR035363,IPR013783,IPR035356,IPR012711,IPR035080 +MGYG000000001_23 Prodigal:2.6 CDS 6074 7444 . - 0 ID=MGYG000000001_01671;Name=msmE;db_xref=COG:COG1653;gene=msmE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q00749;locus_tag=MGYG000000001_01671;product=Multiple sugar-binding protein;eggNOG=1301100.HG529327_gene4555;COG=G;KEGG=ko:K10200;Pfam=PF13416;InterPro=IPR022387,IPR006059 +MGYG000000001_23 Prodigal:2.6 CDS 7562 8761 . - 0 ID=MGYG000000001_01672;Name=rhaR_8;gene=rhaR_8;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_01672;product=HTH-type transcriptional activator RhaR;eggNOG=1301100.HG529327_gene4556;COG=T;KEGG=ko:K07720;Pfam=PF00072,PF12833;InterPro=IPR018060,IPR009057,IPR020449,IPR001789,IPR018062,IPR011006 +MGYG000000001_23 Prodigal:2.6 CDS 8766 10544 . - 0 ID=MGYG000000001_01673;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01673;product=hypothetical protein;eggNOG=1301100.HG529327_gene4557;COG=T;KEGG=ko:K07718;Pfam=PF06580,PF02743,PF00672,PF02518;InterPro=IPR036890,IPR003594,IPR010559,IPR033479,IPR003660 +MGYG000000001_23 Prodigal:2.6 CDS 10678 11733 . - 0 ID=MGYG000000001_01674;eC_number=1.17.7.3;Name=ispG;db_xref=COG:COG0821;gene=ispG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81LV7;locus_tag=MGYG000000001_01674;product=4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin);eggNOG=1301100.HG529275_gene1644;COG=I;KEGG=ko:K03526;Pfam=PF04551;InterPro=IPR016425,IPR004588,IPR011005 +MGYG000000001_23 Prodigal:2.6 CDS 11767 12771 . - 0 ID=MGYG000000001_01675;eC_number=3.4.24.-;Name=rasP;db_xref=COG:COG0750;gene=rasP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31754;locus_tag=MGYG000000001_01675;product=Regulator of sigma-W protease RasP;eggNOG=1301100.HG529275_gene1643;COG=M;KEGG=ko:K11749;Pfam=PF02163,PF17820;InterPro=IPR041489,IPR008915,IPR036034,IPR004387,IPR001478 +MGYG000000001_23 Prodigal:2.6 CDS 12784 13935 . - 0 ID=MGYG000000001_01676;eC_number=1.1.1.267;Name=dxr;db_xref=COG:COG0743;gene=dxr;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RCT1;locus_tag=MGYG000000001_01676;product=1-deoxy-D-xylulose 5-phosphate reductoisomerase;eggNOG=1292035.H476_0869;COG=I;KEGG=ko:K00099;Pfam=PF08436,PF02670,PF13288;InterPro=IPR003821,IPR013644,IPR036169,IPR026877,IPR036291,IPR013512 +MGYG000000001_23 Prodigal:2.6 CDS 14084 14863 . - 0 ID=MGYG000000001_01677;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01677;product=hypothetical protein;eggNOG=1151292.QEW_2648;COG=S;KEGG=ko:K00981;Pfam=PF01148;InterPro=IPR000374 +MGYG000000001_23 Prodigal:2.6 CDS 14877 15611 . - 0 ID=MGYG000000001_01678;eC_number=2.5.1.-;Name=uppS_1;db_xref=COG:COG0020;gene=uppS_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97SR4;locus_tag=MGYG000000001_01678;product=Isoprenyl transferase;eggNOG=1151292.QEW_2649;COG=H;KEGG=ko:K00806;Pfam=PF01255;InterPro=IPR001441,IPR036424,IPR018520 +MGYG000000001_23 Prodigal:2.6 CDS 15639 15842 . - 0 ID=MGYG000000001_01679;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01679;product=hypothetical protein;eggNOG=445973.CLOBAR_01554;COG=-;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 15846 16400 . - 0 ID=MGYG000000001_01680;Name=frr;gene=frr;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99130;locus_tag=MGYG000000001_01680;product=Ribosome-recycling factor;eggNOG=1391646.AVSU01000025_gene2438;COG=J;KEGG=ko:K02838;Pfam=PF01765;InterPro=IPR036191,IPR002661,IPR023584 +MGYG000000001_23 Prodigal:2.6 CDS 16432 17136 . - 0 ID=MGYG000000001_01681;eC_number=2.7.4.22;Name=pyrH;db_xref=COG:COG0528;gene=pyrH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FZ22;locus_tag=MGYG000000001_01681;product=Uridylate kinase;eggNOG=272563.CD630_21380;COG=F;KEGG=ko:K09903;Pfam=PF00696;InterPro=IPR036393,IPR011817,IPR015963,IPR001048 +MGYG000000001_23 Prodigal:2.6 CDS 17233 18141 . - 0 ID=MGYG000000001_01682;Name=tsf;db_xref=COG:COG0264;gene=tsf;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80700;locus_tag=MGYG000000001_01682;product=Elongation factor Ts;eggNOG=1301100.HG529275_gene1636;COG=J;KEGG=ko:K02357;Pfam=PF00889;InterPro=IPR036402,IPR009060,IPR001816,IPR018101,IPR014039 +MGYG000000001_23 Prodigal:2.6 CDS 18203 18925 . - 0 ID=MGYG000000001_01683;Name=rpsB;db_xref=COG:COG0052;gene=rpsB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21464;locus_tag=MGYG000000001_01683;product=30S ribosomal protein S2;eggNOG=1292035.H476_0876;COG=J;KEGG=ko:K02967;Pfam=PF00318;InterPro=IPR023591,IPR005706,IPR001865,IPR018130 +MGYG000000001_23 Prodigal:2.6 CDS 19139 20320 . - 0 ID=MGYG000000001_01684;eC_number=3.4.16.4;Name=dacF_3;db_xref=COG:COG1686;gene=dacF_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P38422;locus_tag=MGYG000000001_01684;product=D-alanyl-D-alanine carboxypeptidase DacF;eggNOG=1301100.HG529275_gene1634;COG=M;KEGG=ko:K07258;Pfam=PF07943,PF00768;InterPro=IPR018044,IPR012338,IPR001967,IPR012907,IPR015956,IPR037167 +MGYG000000001_23 Prodigal:2.6 CDS 20403 21461 . - 0 ID=MGYG000000001_01685;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01685;product=hypothetical protein;eggNOG=1151292.QEW_2656;COG=S;KEGG=-;Pfam=PF07885;InterPro=IPR013099 +MGYG000000001_23 Prodigal:2.6 CDS 21654 21875 . - 0 ID=MGYG000000001_01686;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01686;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1982;COG=M;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 21823 22212 . - 0 ID=MGYG000000001_01687;Name=kdpA;db_xref=COG:COG2060;gene=kdpA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P03959;locus_tag=MGYG000000001_01687;product=Potassium-transporting ATPase potassium-binding subunit;eggNOG=1292035.H476_1462;COG=P;KEGG=ko:K01546;Pfam=PF03814;InterPro=IPR004623 +MGYG000000001_23 Prodigal:2.6 CDS 22652 23764 . - 0 ID=MGYG000000001_01688;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A1W5X0D5;locus_tag=MGYG000000001_01688;product=Sodium-lithium/proton antiporter;eggNOG=1391646.AVSU01000016_gene3151;COG=S;KEGG=-;Pfam=PF01594;InterPro=IPR002549 +MGYG000000001_23 Prodigal:2.6 CDS 23807 25117 . - 0 ID=MGYG000000001_01689;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WFP1;locus_tag=MGYG000000001_01689;note=UPF0053 protein Rv2366c;product=hypothetical protein;eggNOG=1292035.H476_1213;COG=M;KEGG=ko:K03699;Pfam=PF01595,PF03471,PF00571;InterPro=IPR036318,IPR005170,IPR000644,IPR002550,IPR016169 +MGYG000000001_23 Prodigal:2.6 CDS 25368 26531 . - 0 ID=MGYG000000001_01690;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01690;product=hypothetical protein;eggNOG=1211817.CCAT010000066_gene728;COG=S;KEGG=-;Pfam=PF01594;InterPro=IPR002549 +MGYG000000001_23 Prodigal:2.6 CDS 26558 27511 . - 0 ID=MGYG000000001_01691;eC_number=2.7.11.1;Name=prkC_1;gene=prkC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A6QGC0;locus_tag=MGYG000000001_01691;product=Serine/threonine-protein kinase PrkC;eggNOG=1301100.HG529275_gene1614;COG=KLT;KEGG=ko:K12132;Pfam=PF00069;InterPro=IPR000719,IPR011009 +MGYG000000001_23 Prodigal:2.6 CDS 27805 29061 . - 0 ID=MGYG000000001_01692;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01692;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1339;COG=V;KEGG=ko:K18346;Pfam=PF12229,PF04294;InterPro=IPR007391,IPR022029 +MGYG000000001_23 Prodigal:2.6 CDS 29183 29815 . - 0 ID=MGYG000000001_01693;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01693;product=hypothetical protein;eggNOG=272563.CD630_21500;COG=L;KEGG=-;Pfam=PF03372;InterPro=IPR005135,IPR036691 +MGYG000000001_23 Prodigal:2.6 CDS 29910 30071 . - 0 ID=MGYG000000001_01694;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01694;product=hypothetical protein;eggNOG=1301100.HG529275_gene1611;COG=-;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 30330 31550 . + 0 ID=MGYG000000001_01695;Name=der_1;gene=der_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00195;locus_tag=MGYG000000001_01695;product=GTPase Der;eggNOG=272563.CD630_21540;COG=S;KEGG=-;Pfam=PF18128,PF01926,PF18133;InterPro=IPR005225,IPR023873,IPR027417,IPR006073,IPR041606,IPR040644 +MGYG000000001_23 Prodigal:2.6 CDS 31789 32379 . + 0 ID=MGYG000000001_01696;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01696;product=hypothetical protein;eggNOG=445973.CLOBAR_02573;COG=-;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 32402 33310 . - 0 ID=MGYG000000001_01697;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01697;product=hypothetical protein;eggNOG=1122173.AXVL01000004_gene807;COG=D;KEGG=ko:K03531;InterPro=IPR036525 +MGYG000000001_23 Prodigal:2.6 CDS 33341 33472 . - 0 ID=MGYG000000001_01698;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01698;product=hypothetical protein +MGYG000000001_23 Prodigal:2.6 CDS 33708 33836 . - 0 ID=MGYG000000001_01699;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01699;product=hypothetical protein +MGYG000000001_23 Prodigal:2.6 CDS 33865 34665 . - 0 ID=MGYG000000001_01700;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01700;product=hypothetical protein;eggNOG=1301100.HG529358_gene2042;COG=NT;KEGG=-;Pfam=PF06541;InterPro=IPR010540 +MGYG000000001_23 Prodigal:2.6 CDS 34883 35107 . - 0 ID=MGYG000000001_01701;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01701;product=hypothetical protein;eggNOG=445973.CLOBAR_02574;COG=-;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 35464 35994 . - 0 ID=MGYG000000001_01702;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01702;product=hypothetical protein;eggNOG=1284708.HMPREF1634_06030;COG=-;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 36205 37050 . - 0 ID=MGYG000000001_01703;db_xref=COG:COG1307;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1H9;locus_tag=MGYG000000001_01703;product=Fatty acid-binding protein;eggNOG=1391646.AVSU01000038_gene1956;COG=S;KEGG=-;Pfam=PF02645;InterPro=IPR003797 +MGYG000000001_23 Prodigal:2.6 CDS 37087 37935 . - 0 ID=MGYG000000001_01704;db_xref=COG:COG1307;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1H9;locus_tag=MGYG000000001_01704;product=Fatty acid-binding protein;eggNOG=1408823.AXUS01000002_gene793;COG=S;KEGG=-;Pfam=PF02645;InterPro=IPR003797 +MGYG000000001_23 Prodigal:2.6 CDS 38191 38388 . - 0 ID=MGYG000000001_01705;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01705;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2159;COG=-;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 38581 38697 . - 0 ID=MGYG000000001_01706;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01706;product=hypothetical protein;eggNOG=1278306.KB906914_gene1062;COG=G;KEGG=ko:K02566 +MGYG000000001_23 Prodigal:2.6 CDS 38947 39270 . + 0 ID=MGYG000000001_01707;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01707;product=hypothetical protein;eggNOG=1195236.CTER_2420;COG=K;KEGG=-;Pfam=PF00455;InterPro=IPR037171,IPR014036 +MGYG000000001_23 Prodigal:2.6 CDS 39351 40256 . - 0 ID=MGYG000000001_01708;db_xref=COG:COG0053;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WGF5;locus_tag=MGYG000000001_01708;product=putative cation efflux system protein;eggNOG=1232453.BAIF02000060_gene1669;COG=P;KEGG=-;Pfam=PF01545,PF16916;InterPro=IPR002524,IPR036837,IPR027469,IPR027470 +MGYG000000001_23 Prodigal:2.6 CDS 40626 41108 . - 0 ID=MGYG000000001_01709;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01709;product=hypothetical protein;eggNOG=1292035.H476_1231;COG=S;KEGG=-;InterPro=IPR038595,IPR007612,IPR025659 +MGYG000000001_23 Prodigal:2.6 CDS 41244 42638 . + 0 ID=MGYG000000001_01710;Name=yeeO_3;db_xref=COG:COG0534;gene=yeeO_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76352;locus_tag=MGYG000000001_01710;product=putative FMN/FAD exporter YeeO;eggNOG=386415.NT01CX_2346;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_23 Prodigal:2.6 CDS 42731 42901 . - 0 ID=MGYG000000001_01711;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01711;product=hypothetical protein;eggNOG=332101.JIBU02000023_gene5036;COG=T;KEGG=- +MGYG000000001_23 Prodigal:2.6 CDS 43251 44888 . - 0 ID=MGYG000000001_01712;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01712;product=hypothetical protein;eggNOG=1499683.CCFF01000013_gene316;COG=S;KEGG=-;Pfam=PF04389;InterPro=IPR007484 +MGYG000000001_23 Prodigal:2.6 CDS 45197 45388 . - 0 ID=MGYG000000001_01713;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01713;product=hypothetical protein;eggNOG=545697.HMPREF0216_02515;COG=S;KEGG=-;Pfam=PF04324;InterPro=IPR007419,IPR041854 +MGYG000000001_23 Prodigal:2.6 CDS 45460 46497 . - 0 ID=MGYG000000001_01714;eC_number=2.6.1.42;Name=ilvE;db_xref=COG:COG0115;gene=ilvE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0R066;locus_tag=MGYG000000001_01714;product=Branched-chain-amino-acid aminotransferase;eggNOG=332101.JIBU02000008_gene488;COG=E;KEGG=ko:K00826,ko:K02619;Pfam=PF01063;InterPro=IPR036038,IPR018300,IPR001544,IPR033939,IPR005786 +MGYG000000001_24 Prodigal:2.6 CDS 155 469 . - 0 ID=MGYG000000001_01715;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01715;product=hypothetical protein;eggNOG=1414720.CBYM010000071_gene3375;COG=L;KEGG=- +MGYG000000001_24 Prodigal:2.6 CDS 677 1477 . - 0 ID=MGYG000000001_01716;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01716;product=hypothetical protein;eggNOG=445973.CLOBAR_01576;COG=-;KEGG=- +MGYG000000001_24 Prodigal:2.6 CDS 1478 1645 . - 0 ID=MGYG000000001_01717;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01717;product=hypothetical protein;eggNOG=445973.CLOBAR_01575;COG=L;KEGG=-;InterPro=IPR011010,IPR013762 +MGYG000000001_24 Prodigal:2.6 CDS 1703 3313 . - 0 ID=MGYG000000001_01718;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01718;product=hypothetical protein;eggNOG=445973.CLOBAR_01575;COG=L;KEGG=-;InterPro=IPR011010,IPR013762 +MGYG000000001_24 Prodigal:2.6 CDS 3441 4631 . - 0 ID=MGYG000000001_01719;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01719;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2066;COG=L;KEGG=-;InterPro=IPR023211,IPR012337,IPR036397 +MGYG000000001_24 Prodigal:2.6 CDS 4858 5007 . - 0 ID=MGYG000000001_01720;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01720;product=hypothetical protein;eggNOG=1391646.AVSU01000040_gene1894;COG=S;KEGG=- +MGYG000000001_24 Prodigal:2.6 CDS 5266 6402 . - 0 ID=MGYG000000001_01722;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01722;product=hypothetical protein;eggNOG=641107.CDLVIII_3730;COG=S;KEGG=-;Pfam=PF14424;InterPro=IPR032721 +MGYG000000001_24 Prodigal:2.6 CDS 6640 6900 . - 0 ID=MGYG000000001_01723;eC_number=3.1.-.-;Name=yhaM;gene=yhaM;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01427;locus_tag=MGYG000000001_01723;product=3'-5' exoribonuclease YhaM;eggNOG=1476973.JMMB01000007_gene1836;COG=S;KEGG=ko:K03698;Pfam=PF01966;InterPro=IPR006674,IPR003607 +MGYG000000001_24 Prodigal:2.6 CDS 6973 7536 . - 0 ID=MGYG000000001_01724;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01724;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1836;COG=S;KEGG=ko:K03698;Pfam=PF01966;InterPro=IPR006674,IPR003607 +MGYG000000001_24 Prodigal:2.6 CDS 7773 8384 . + 0 ID=MGYG000000001_01725;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01725;product=hypothetical protein;eggNOG=1123252.ATZF01000004_gene2122;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_24 Prodigal:2.6 CDS 8616 9524 . - 0 ID=MGYG000000001_01726;eC_number=1.-.-.-;Name=ydaD;gene=ydaD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80873;locus_tag=MGYG000000001_01726;product=General stress protein 39;eggNOG=1301100.HG529388_gene4970;COG=IQ;KEGG=-;Pfam=PF13561;InterPro=IPR020904,IPR036291,IPR002347 +MGYG000000001_24 Prodigal:2.6 CDS 9785 10954 . - 0 ID=MGYG000000001_01727;eC_number=5.1.3.24;Name=nanM;gene=nanM;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01195;locus_tag=MGYG000000001_01727;product=N-acetylneuraminate epimerase;eggNOG=1301100.HG529234_gene7337;COG=S;KEGG=-;Pfam=PF01344;InterPro=IPR006652,IPR015915,IPR019937 +MGYG000000001_24 Prodigal:2.6 CDS 12163 13296 . - 0 ID=MGYG000000001_01728;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01728;product=hypothetical protein;eggNOG=1391646.AVSU01000038_gene1962;COG=S;KEGG=ko:K02238;Pfam=PF00753;InterPro=IPR001279,IPR035681,IPR036866 +MGYG000000001_24 Prodigal:2.6 CDS 13460 13915 . - 0 ID=MGYG000000001_01729;eC_number=1.11.1.15;Name=bcp;db_xref=COG:COG1225;gene=bcp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q83CY8;locus_tag=MGYG000000001_01729;product=Putative peroxiredoxin bcp;eggNOG=1292035.H476_2982;COG=O;KEGG=ko:K03564;Pfam=PF00578;InterPro=IPR036249,IPR013766,IPR024706,IPR000866 +MGYG000000001_24 Prodigal:2.6 CDS 14862 15407 . - 0 ID=MGYG000000001_01730;eC_number=1.11.1.1;Name=rbr3A_1;db_xref=COG:COG1592;gene=rbr3A_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97D82;locus_tag=MGYG000000001_01730;product=Reverse rubrerythrin-1;eggNOG=1151292.QEW_1880;COG=C;KEGG=-;Pfam=PF02915;InterPro=IPR012347,IPR009078,IPR003251,IPR009040,IPR024934 +MGYG000000001_24 Prodigal:2.6 CDS 15858 16958 . + 0 ID=MGYG000000001_01731;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01731;product=hypothetical protein;eggNOG=1301100.HG529316_gene468;COG=G;KEGG=-;Pfam=PF07995;InterPro=IPR012938,IPR011041,IPR011042 +MGYG000000001_24 Prodigal:2.6 CDS 17078 18187 . + 0 ID=MGYG000000001_01732;eC_number=3.6.3.-;Name=sugC_1;db_xref=COG:COG3839;gene=sugC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQI3;locus_tag=MGYG000000001_01732;product=Trehalose import ATP-binding protein SugC;eggNOG=1301100.HG529349_gene4329;COG=P;KEGG=ko:K10112;Pfam=PF00005,PF17912;InterPro=IPR003593,IPR003439,IPR040582,IPR008995,IPR027417,IPR017871 +MGYG000000001_24 Prodigal:2.6 CDS 18354 19145 . + 0 ID=MGYG000000001_01733;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01733;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1640;COG=-;KEGG=- +MGYG000000001_24 Prodigal:2.6 CDS 19436 20203 . + 0 ID=MGYG000000001_01734;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01734;product=hypothetical protein;eggNOG=1151292.QEW_3008;COG=QT;KEGG=-;Pfam=PF13556;InterPro=IPR042070,IPR025736 +MGYG000000001_24 Prodigal:2.6 CDS 20308 20859 . - 0 ID=MGYG000000001_01735;eC_number=1.11.1.1;Name=rbr3B_1;db_xref=COG:COG1592;gene=rbr3B_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97D83;locus_tag=MGYG000000001_01735;product=Reverse rubrerythrin-2;eggNOG=1301100.HG529349_gene4331;COG=C;KEGG=-;Pfam=PF02915;InterPro=IPR012347,IPR009078,IPR003251,IPR009040,IPR024934 +MGYG000000001_24 Prodigal:2.6 CDS 21089 21667 . + 0 ID=MGYG000000001_01736;Name=mntP_3;db_xref=COG:COG1971;gene=mntP_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76264;locus_tag=MGYG000000001_01736;product=putative manganese efflux pump MntP;eggNOG=1476973.JMMB01000007_gene1185;COG=P;KEGG=-;Pfam=PF02659;InterPro=IPR022929,IPR003810 +MGYG000000001_24 Prodigal:2.6 CDS 21753 21860 . - 0 ID=MGYG000000001_01737;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01737;product=hypothetical protein +MGYG000000001_24 Prodigal:2.6 CDS 22284 22745 . - 0 ID=MGYG000000001_01738;Name=tabA_1;db_xref=COG:COG2731;gene=tabA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AF96;locus_tag=MGYG000000001_01738;product=Toxin-antitoxin biofilm protein TabA;eggNOG=1301100.HG529261_gene689;COG=G;KEGG=-;Pfam=PF04074;InterPro=IPR037012,IPR004375 +MGYG000000001_24 Prodigal:2.6 CDS 22825 26031 . - 0 ID=MGYG000000001_01739;eC_number=2.7.-.-;Name=sasA_4;gene=sasA_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_01739;product=Adaptive-response sensory-kinase SasA;eggNOG=445973.CLOBAR_01290;COG=T;KEGG=-;Pfam=PF00512,PF07495,PF02518,PF07494;InterPro=IPR011123,IPR011110,IPR036890,IPR003594,IPR013783,IPR015943,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_24 Prodigal:2.6 CDS 26185 28599 . - 0 ID=MGYG000000001_01740;eC_number=2.7.13.3;Name=rcsC_9;gene=rcsC_9;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_01740;product=Sensor histidine kinase RcsC;eggNOG=1301100.HG529395_gene6871;COG=T;KEGG=-;Pfam=PF00512,PF02518,PF08447,PF08448,PF00989;InterPro=IPR029016,IPR036890,IPR013655,IPR003594,IPR000700,IPR000014,IPR013767,IPR035965,IPR005467,IPR036097,IPR003661,IPR004358,IPR013656 +MGYG000000001_24 Prodigal:2.6 CDS 28943 31399 . - 0 ID=MGYG000000001_01741;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01741;product=hypothetical protein;eggNOG=1541959.KQ51_01720;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR038766,IPR003838 +MGYG000000001_24 Prodigal:2.6 CDS 31390 32091 . - 0 ID=MGYG000000001_01742;db_xref=COG:COG1136;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQK1;locus_tag=MGYG000000001_01742;product=putative ABC transporter ATP-binding protein;eggNOG=1541959.KQ51_01721;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_24 Prodigal:2.6 CDS 32458 34605 . + 0 ID=MGYG000000001_01743;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01743;product=hypothetical protein;eggNOG=1301100.HG529350_gene4245;COG=S;KEGG=ko:K01421;Pfam=PF12698,PF12051;InterPro=IPR022703,IPR017501,IPR017500 +MGYG000000001_24 Prodigal:2.6 CDS 34771 35091 . + 0 ID=MGYG000000001_01744;eC_number=2.1.1.163;Name=ubiE_1;gene=ubiE_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01813;locus_tag=MGYG000000001_01744;product=Ubiquinone/menaquinone biosynthesis C-methyltransferase UbiE;eggNOG=1151292.QEW_0885;COG=Q;KEGG=ko:K03183;Pfam=PF13847;InterPro=IPR025714,IPR029063 +MGYG000000001_24 Prodigal:2.6 CDS 35123 35347 . + 0 ID=MGYG000000001_01745;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01745;product=hypothetical protein;eggNOG=1391646.AVSU01000107_gene659;COG=S;KEGG=ko:K16788 +MGYG000000001_24 Prodigal:2.6 CDS 35479 38106 . - 0 ID=MGYG000000001_01746;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01746;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene833;COG=MV;KEGG=ko:K02004;Pfam=PF02687,PF12704;InterPro=IPR025857,IPR003838 +MGYG000000001_24 Prodigal:2.6 CDS 38107 38784 . - 0 ID=MGYG000000001_01747;db_xref=COG:COG1136;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQK1;locus_tag=MGYG000000001_01747;product=putative ABC transporter ATP-binding protein;eggNOG=1292035.H476_2782;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_24 Prodigal:2.6 CDS 38870 40114 . - 0 ID=MGYG000000001_01748;eC_number=2.7.-.-;Name=sasA_5;gene=sasA_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_01748;product=Adaptive-response sensory-kinase SasA;eggNOG=1292035.H476_2783;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_24 Prodigal:2.6 CDS 40098 40799 . - 0 ID=MGYG000000001_01749;Name=regX3_1;db_xref=COG:COG0745;gene=regX3_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WGL9;locus_tag=MGYG000000001_01749;product=Sensory transduction protein regX3;eggNOG=1292035.H476_2784;COG=K;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_24 Prodigal:2.6 CDS 41135 41581 . - 0 ID=MGYG000000001_01750;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01750;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1183;COG=-;KEGG=- +MGYG000000001_24 Prodigal:2.6 CDS 41712 43667 . - 0 ID=MGYG000000001_01751;eC_number=2.7.-.-;Name=sasA_6;gene=sasA_6;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_01751;product=Adaptive-response sensory-kinase SasA;eggNOG=445973.CLOBAR_01748;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR000014,IPR035965,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_24 Prodigal:2.6 CDS 43867 44256 . + 0 ID=MGYG000000001_01752;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01752;product=hypothetical protein;eggNOG=272563.CD630_14620;COG=K;KEGG=ko:K07979;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_24 Prodigal:2.6 CDS 44249 45355 . + 0 ID=MGYG000000001_01753;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01753;product=hypothetical protein;eggNOG=1301100.HG529351_gene4253;COG=S;KEGG=- +MGYG000000001_24 Prodigal:2.6 CDS 45371 45919 . + 0 ID=MGYG000000001_01754;Name=puuR_1;gene=puuR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9U6;locus_tag=MGYG000000001_01754;product=HTH-type transcriptional regulator PuuR;eggNOG=1476973.JMMB01000007_gene1241;COG=K;KEGG=-;Pfam=PF07883,PF01381;InterPro=IPR001387,IPR013096,IPR010982,IPR011051,IPR014710 +MGYG000000001_25 INFERNAL:1.1.2 ncRNA 12243 12346 . + . ID=MGYG000000001_25_ncRNA29;inference=Rfam:14.6;locus_tag=MGYG000000001_25_ncRNA29;product=SAM riboswitch (S box leader);rfam=RF00162 +MGYG000000001_25 Prodigal:2.6 CDS 464 1468 . + 0 ID=MGYG000000001_01755;eC_number=6.3.1.1;Name=asnA;db_xref=COG:COG2502;gene=asnA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00963;locus_tag=MGYG000000001_01755;product=Aspartate--ammonia ligase;eggNOG=445973.CLOBAR_00503;COG=E;KEGG=ko:K01914;Pfam=PF03590;InterPro=IPR006195,IPR004618 +MGYG000000001_25 Prodigal:2.6 CDS 1663 2160 . + 0 ID=MGYG000000001_01756;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01756;product=hypothetical protein;eggNOG=575593.HMPREF0491_02208;COG=KT;KEGG=-;Pfam=PF04970;InterPro=IPR007053 +MGYG000000001_25 Prodigal:2.6 CDS 2260 3618 . + 0 ID=MGYG000000001_01757;Name=mepA_4;gene=mepA_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_01757;product=Multidrug export protein MepA;eggNOG=537013.CLOSTMETH_03862;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_25 Prodigal:2.6 CDS 3726 4241 . - 0 ID=MGYG000000001_01758;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01758;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene312;COG=M;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 4572 7739 . + 0 ID=MGYG000000001_01759;eC_number=3.6.4.-;Name=rapA_2;gene=rapA_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01821;locus_tag=MGYG000000001_01759;product=RNA polymerase-associated protein RapA;eggNOG=1301100.HG529268_gene602;COG=L;KEGG=ko:K08282;Pfam=PF00271,PF08455,PF00176;InterPro=IPR000330,IPR027417,IPR038718,IPR001650,IPR013663,IPR007527,IPR014001 +MGYG000000001_25 Prodigal:2.6 CDS 7855 9261 . - 0 ID=MGYG000000001_01760;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01760;product=hypothetical protein;Pfam=PF18573,PF01391;InterPro=IPR008160,IPR041415 +MGYG000000001_25 Prodigal:2.6 CDS 9632 9868 . + 0 ID=MGYG000000001_01761;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01761;product=hypothetical protein;eggNOG=1301100.HG529344_gene3205;COG=T;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 9909 10178 . + 0 ID=MGYG000000001_01762;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01762;product=hypothetical protein;eggNOG=1301100.HG529344_gene3205;COG=T;KEGG=-;InterPro=IPR036890 +MGYG000000001_25 Prodigal:2.6 CDS 10479 10691 . - 0 ID=MGYG000000001_01763;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01763;product=hypothetical protein;eggNOG=1301100.HG529290_gene5177;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 10828 11424 . + 0 ID=MGYG000000001_01764;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01764;product=hypothetical protein +MGYG000000001_25 Prodigal:2.6 CDS 11479 12126 . + 0 ID=MGYG000000001_01765;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01765;product=hypothetical protein;eggNOG=1151292.QEW_1893;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 12476 13465 . + 0 ID=MGYG000000001_01766;eC_number=3.6.3.33;Name=btuD_6;gene=btuD_6;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_01766;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=272563.CD630_14890;COG=P;KEGG=ko:K02071;Pfam=PF00005,PF09383;InterPro=IPR003593,IPR003439,IPR017908,IPR041701,IPR027417,IPR026253,IPR017871,IPR018449 +MGYG000000001_25 Prodigal:2.6 CDS 13452 14114 . + 0 ID=MGYG000000001_01767;Name=metP_1;db_xref=COG:COG2011;gene=metP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32168;locus_tag=MGYG000000001_01767;product=Methionine import system permease protein MetP;eggNOG=272563.CD630_14900;COG=P;KEGG=ko:K02072;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_25 Prodigal:2.6 CDS 14149 14979 . + 0 ID=MGYG000000001_01768;Name=metQ_1;db_xref=COG:COG1464;gene=metQ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32167;locus_tag=MGYG000000001_01768;product=Methionine-binding lipoprotein MetQ;eggNOG=1408823.AXUS01000001_gene602;COG=M;KEGG=ko:K02073;Pfam=PF03180;InterPro=IPR004872 +MGYG000000001_25 Prodigal:2.6 CDS 15137 15790 . + 0 ID=MGYG000000001_01769;eC_number=3.2.2.-;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00527;locus_tag=MGYG000000001_01769;product=Putative 3-methyladenine DNA glycosylase;eggNOG=1476973.JMMB01000007_gene1438;COG=L;KEGG=ko:K03652;Pfam=PF02245;InterPro=IPR003180,IPR011034,IPR036995 +MGYG000000001_25 Prodigal:2.6 CDS 16363 17169 . + 0 ID=MGYG000000001_01770;eC_number=1.5.1.2;Name=proC;db_xref=COG:COG0345;gene=proC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9L8;locus_tag=MGYG000000001_01770;product=Pyrroline-5-carboxylate reductase;eggNOG=1292035.H476_0672;COG=E;KEGG=ko:K00286;Pfam=PF03807,PF14748;InterPro=IPR008927,IPR028939,IPR000304,IPR029036,IPR036291 +MGYG000000001_25 Prodigal:2.6 CDS 17182 17967 . + 0 ID=MGYG000000001_01771;Name=ecsA_1;db_xref=COG:COG1131;gene=ecsA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P55339;locus_tag=MGYG000000001_01771;product=ABC-type transporter ATP-binding protein EcsA;eggNOG=1301100.HG529344_gene3176;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_25 Prodigal:2.6 CDS 17971 19614 . + 0 ID=MGYG000000001_01772;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01772;product=hypothetical protein;eggNOG=1301100.HG529344_gene3174;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 19787 20314 . + 0 ID=MGYG000000001_01773;Name=sigV_1;db_xref=COG:COG1595;gene=sigV_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05404;locus_tag=MGYG000000001_01773;product=RNA polymerase sigma factor SigV;eggNOG=1301100.HG529344_gene3211;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_25 Prodigal:2.6 CDS 20307 21143 . + 0 ID=MGYG000000001_01774;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01774;product=hypothetical protein;eggNOG=1301100.HG529344_gene3210;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 21172 23181 . + 0 ID=MGYG000000001_01775;Name=pbp;db_xref=COG:COG0768;gene=pbp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07944;locus_tag=MGYG000000001_01775;product=Beta-lactam-inducible penicillin-binding protein;eggNOG=1301100.HG529344_gene3209;COG=M;KEGG=ko:K05515,ko:K21467;Pfam=PF03717,PF05223,PF00905;InterPro=IPR005311,IPR032710,IPR001460,IPR012338,IPR007887,IPR036138 +MGYG000000001_25 Prodigal:2.6 CDS 23339 24166 . + 0 ID=MGYG000000001_01776;eC_number=3.5.1.-;Name=pdaC_1;db_xref=COG:COG0726;gene=pdaC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34798;locus_tag=MGYG000000001_01776;product=Peptidoglycan-N-acetylmuramic acid deacetylase PdaC;eggNOG=1476973.JMMB01000007_gene1932;COG=S;KEGG=-;Pfam=PF13739,PF11738;InterPro=IPR037126,IPR021729,IPR025303 +MGYG000000001_25 Prodigal:2.6 CDS 24255 25541 . - 0 ID=MGYG000000001_01777;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01777;product=hypothetical protein;eggNOG=1391646.AVSU01000094_gene313;COG=S;KEGG=-;Pfam=PF06207;InterPro=IPR009343 +MGYG000000001_25 Prodigal:2.6 CDS 25839 26480 . - 0 ID=MGYG000000001_01778;eC_number=2.5.1.31;Name=uppS_2;db_xref=COG:COG0020;gene=uppS_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60473;locus_tag=MGYG000000001_01778;product=Ditrans%2Cpolycis-undecaprenyl-diphosphate synthase ((2E%2C6E)-farnesyl-diphosphate specific);eggNOG=457396.CSBG_00792;COG=I;KEGG=ko:K00806;Pfam=PF01255;InterPro=IPR001441,IPR036424 +MGYG000000001_25 Prodigal:2.6 CDS 26719 26913 . + 0 ID=MGYG000000001_01779;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01779;product=hypothetical protein;eggNOG=1345695.CLSA_c33770;COG=S;KEGG=-;InterPro=IPR029058 +MGYG000000001_25 Prodigal:2.6 CDS 27023 27412 . + 0 ID=MGYG000000001_01780;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01780;product=hypothetical protein;eggNOG=1345695.CLSA_c33770;COG=S;KEGG=-;Pfam=PF00756;InterPro=IPR000801,IPR029058 +MGYG000000001_25 Prodigal:2.6 CDS 27458 28195 . + 0 ID=MGYG000000001_01781;eC_number=2.1.1.222;Name=ubiG;gene=ubiG;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00472;locus_tag=MGYG000000001_01781;product=Ubiquinone biosynthesis O-methyltransferase;eggNOG=1292035.H476_1807;COG=Q;KEGG=-;Pfam=PF08241;InterPro=IPR029063,IPR013216 +MGYG000000001_25 Prodigal:2.6 CDS 28253 29053 . + 0 ID=MGYG000000001_01782;Name=zupT_2;db_xref=COG:COG0428;gene=zupT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8H3;locus_tag=MGYG000000001_01782;product=Zinc transporter ZupT;eggNOG=1301100.HG529288_gene6960;COG=P;KEGG=ko:K07238;Pfam=PF02535;InterPro=IPR003689,IPR023498 +MGYG000000001_25 Prodigal:2.6 CDS 29197 29316 . + 0 ID=MGYG000000001_01783;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01783;product=hypothetical protein +MGYG000000001_25 Prodigal:2.6 CDS 29480 30109 . + 0 ID=MGYG000000001_01784;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01784;product=hypothetical protein;eggNOG=1301100.HG529285_gene7050;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 30151 30639 . + 0 ID=MGYG000000001_01785;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01785;product=hypothetical protein;eggNOG=999411.HMPREF1092_02785;COG=K;KEGG=-;Pfam=PF13508;InterPro=IPR000182,IPR016181 +MGYG000000001_25 Prodigal:2.6 CDS 30704 31654 . - 0 ID=MGYG000000001_01786;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01786;product=hypothetical protein;eggNOG=1499689.CCNN01000007_gene2005;COG=K;KEGG=-;Pfam=PF08279,PF13280;InterPro=IPR026881,IPR013196,IPR036390,IPR001034,IPR036388 +MGYG000000001_25 Prodigal:2.6 CDS 31810 32334 . + 0 ID=MGYG000000001_01787;Name=yyaP;db_xref=COG:COG0262;gene=yyaP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37508;locus_tag=MGYG000000001_01787;product=putative protein YyaP;eggNOG=1499689.CCNN01000007_gene2004;COG=H;KEGG=-;Pfam=PF01872;InterPro=IPR024072,IPR002734 +MGYG000000001_25 Prodigal:2.6 CDS 32410 33039 . + 0 ID=MGYG000000001_01788;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01788;product=hypothetical protein;eggNOG=1499683.CCFF01000016_gene1119;COG=M;KEGG=-;Pfam=PF00877;InterPro=IPR038765,IPR000064 +MGYG000000001_25 Prodigal:2.6 CDS 33182 35947 . + 0 ID=MGYG000000001_01789;eC_number=3.6.3.8;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q73E41;locus_tag=MGYG000000001_01789;product=Calcium-transporting ATPase 1;eggNOG=1292035.H476_2642;COG=P;KEGG=ko:K01537;Pfam=PF08282,PF00690,PF00689,PF13246,PF00122;InterPro=IPR004014,IPR006408,IPR023299,IPR018303,IPR023298,IPR036412,IPR023214,IPR008250,IPR001757,IPR006068 +MGYG000000001_25 Prodigal:2.6 CDS 36140 36385 . + 0 ID=MGYG000000001_01790;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01790;product=hypothetical protein +MGYG000000001_25 Prodigal:2.6 CDS 36397 36870 . + 0 ID=MGYG000000001_01791;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01791;product=hypothetical protein;eggNOG=1121447.JONL01000012_gene3403;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 37235 38593 . + 0 ID=MGYG000000001_01793;Name=norM_1;db_xref=COG:COG0534;gene=norM_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O82855;locus_tag=MGYG000000001_01793;product=Multidrug resistance protein NorM;eggNOG=1292035.H476_0715;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_25 Prodigal:2.6 CDS 38734 39459 . - 0 ID=MGYG000000001_01794;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01794;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2145;COG=S;KEGG=-;Pfam=PF09529;InterPro=IPR011737 +MGYG000000001_25 Prodigal:2.6 CDS 39758 41002 . + 0 ID=MGYG000000001_01795;Name=sstT_2;db_xref=COG:COG3633;gene=sstT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AGE4;locus_tag=MGYG000000001_01795;product=Serine/threonine transporter SstT;eggNOG=1301100.HG529236_gene7284;COG=E;KEGG=ko:K07862;Pfam=PF00375;InterPro=IPR001991,IPR036458,IPR023025 +MGYG000000001_25 Prodigal:2.6 CDS 41209 41589 . + 0 ID=MGYG000000001_01796;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01796;product=hypothetical protein;eggNOG=1301100.HG529244_gene2316;COG=E;KEGG=ko:K01759;Pfam=PF00903;InterPro=IPR029068,IPR004360,IPR037523 +MGYG000000001_25 Prodigal:2.6 CDS 41712 43130 . - 0 ID=MGYG000000001_01797;Name=ribZ;gene=ribZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q180E3;locus_tag=MGYG000000001_01797;product=Riboflavin transporter RibZ;eggNOG=1415775.U729_437;COG=P;KEGG=-;Pfam=PF07690;InterPro=IPR020846,IPR001411,IPR011701,IPR036259,IPR004638 +MGYG000000001_25 Prodigal:2.6 CDS 43294 44115 . + 0 ID=MGYG000000001_01798;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01798;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2147;COG=-;KEGG=- +MGYG000000001_25 Prodigal:2.6 CDS 44223 45176 . + 0 ID=MGYG000000001_01799;eC_number=3.1.1.23;db_xref=COG:COG2267;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0QNZ7;locus_tag=MGYG000000001_01799;product=Monoacylglycerol lipase;eggNOG=1301100.HG529336_gene3397;COG=I;KEGG=-;Pfam=PF12146;InterPro=IPR029058,IPR022742 +MGYG000000001_26 Prodigal:2.6 CDS 336 596 . - 0 ID=MGYG000000001_01800;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01800;product=hypothetical protein;eggNOG=545697.HMPREF0216_02885;COG=S;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 589 840 . - 0 ID=MGYG000000001_01801;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01801;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 853 1263 . - 0 ID=MGYG000000001_01802;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01802;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 1582 1749 . - 0 ID=MGYG000000001_01803;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01803;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 1991 2299 . + 0 ID=MGYG000000001_01804;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01804;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 2377 2547 . + 0 ID=MGYG000000001_01805;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01805;product=hypothetical protein;eggNOG=1151292.QEW_0754;COG=-;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 2613 2822 . + 0 ID=MGYG000000001_01806;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01806;product=hypothetical protein;eggNOG=632245.CLP_1672;COG=-;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 2921 3172 . + 0 ID=MGYG000000001_01807;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01807;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 3305 4078 . - 0 ID=MGYG000000001_01808;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01808;product=hypothetical protein;eggNOG=272563.CD630_06640;COG=S;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 4245 8774 . - 0 ID=MGYG000000001_01809;Name=smc_3;gene=smc_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01894;locus_tag=MGYG000000001_01809;product=Chromosome partition protein Smc;eggNOG=1476973.JMMB01000007_gene1771;COG=S;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 8973 9314 . - 0 ID=MGYG000000001_01810;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01810;product=hypothetical protein;eggNOG=1151292.QEW_0349;COG=-;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 9329 9865 . - 0 ID=MGYG000000001_01811;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01811;product=hypothetical protein;eggNOG=1151292.QEW_0348;COG=-;KEGG=-;InterPro=IPR006490 +MGYG000000001_26 Prodigal:2.6 CDS 9957 10523 . - 0 ID=MGYG000000001_01812;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01812;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1768;COG=S;KEGG=-;InterPro=IPR006490 +MGYG000000001_26 Prodigal:2.6 CDS 10577 10921 . - 0 ID=MGYG000000001_01813;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01813;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 10934 11308 . - 0 ID=MGYG000000001_01814;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01814;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1766;COG=S;KEGG=-;Pfam=PF04883;InterPro=IPR010064 +MGYG000000001_26 Prodigal:2.6 CDS 11310 11627 . - 0 ID=MGYG000000001_01815;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01815;product=hypothetical protein;Pfam=PF05521;InterPro=IPR008767,IPR038666 +MGYG000000001_26 Prodigal:2.6 CDS 11638 12033 . - 0 ID=MGYG000000001_01816;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01816;product=hypothetical protein;eggNOG=1414720.CBYM010000001_gene700;COG=S;KEGG=-;Pfam=PF05135;InterPro=IPR021146 +MGYG000000001_26 Prodigal:2.6 CDS 12056 12322 . - 0 ID=MGYG000000001_01817;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01817;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 12363 12524 . - 0 ID=MGYG000000001_01818;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01818;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 12536 13627 . - 0 ID=MGYG000000001_01819;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01819;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1761;COG=G;KEGG=-;Pfam=PF05065;InterPro=IPR024455 +MGYG000000001_26 Prodigal:2.6 CDS 13683 14396 . - 0 ID=MGYG000000001_01820;eC_number=3.4.21.92;Name=clpP_3;gene=clpP_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00444;locus_tag=MGYG000000001_01820;product=ATP-dependent Clp protease proteolytic subunit;eggNOG=1286171.EAL2_c11050;COG=OU;KEGG=ko:K01358;Pfam=PF00574;InterPro=IPR001907,IPR029045,IPR023562 +MGYG000000001_26 Prodigal:2.6 CDS 14408 15643 . - 0 ID=MGYG000000001_01821;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01821;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1759;COG=S;KEGG=-;Pfam=PF04860;InterPro=IPR006944,IPR006427 +MGYG000000001_26 Prodigal:2.6 CDS 15656 17356 . - 0 ID=MGYG000000001_01822;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01822;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1758;COG=S;KEGG=-;Pfam=PF03354;InterPro=IPR005021 +MGYG000000001_26 Prodigal:2.6 CDS 17356 17799 . - 0 ID=MGYG000000001_01823;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01823;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 17900 18265 . - 0 ID=MGYG000000001_01824;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01824;product=hypothetical protein;eggNOG=796940.HMPREF9628_00152;COG=V;KEGG=ko:K07451;Pfam=PF01844;InterPro=IPR003615,IPR002711 +MGYG000000001_26 Prodigal:2.6 CDS 18332 18640 . - 0 ID=MGYG000000001_01825;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01825;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 18667 19143 . - 0 ID=MGYG000000001_01826;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01826;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 19147 19419 . - 0 ID=MGYG000000001_01827;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01827;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 19550 19660 . + 0 ID=MGYG000000001_01828;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01828;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 19663 21285 . - 0 ID=MGYG000000001_01829;eC_number=3.6.4.13;Name=dbpA_2;gene=dbpA_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00965;locus_tag=MGYG000000001_01829;product=ATP-dependent RNA helicase DbpA;eggNOG=536233.CLO_2532;COG=L;KEGG=-;Pfam=PF00271,PF04851;InterPro=IPR001650,IPR027417,IPR006935,IPR014001 +MGYG000000001_26 Prodigal:2.6 CDS 21579 23132 . - 0 ID=MGYG000000001_01830;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01830;product=hypothetical protein;Pfam=PF04851;InterPro=IPR027417,IPR006935,IPR014001 +MGYG000000001_26 Prodigal:2.6 CDS 23165 23332 . - 0 ID=MGYG000000001_01831;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01831;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 23436 26444 . - 0 ID=MGYG000000001_01832;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01832;product=hypothetical protein;eggNOG=536233.CLO_2537;COG=-;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 26472 26738 . - 0 ID=MGYG000000001_01833;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01833;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 28398 29117 . - 0 ID=MGYG000000001_01834;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01834;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 29340 30437 . + 0 ID=MGYG000000001_01835;Name=xerC_4;gene=xerC_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01808;locus_tag=MGYG000000001_01835;product=Tyrosine recombinase XerC;eggNOG=1499683.CCFF01000014_gene3949;COG=L;KEGG=-;Pfam=PF00589,PF14659,PF14657;InterPro=IPR013762,IPR004107,IPR011010,IPR002104,IPR028259,IPR010998 +MGYG000000001_26 Prodigal:2.6 CDS 30848 31876 . - 0 ID=MGYG000000001_01836;eC_number=1.2.1.12;Name=gap_2;gene=gap_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00362;locus_tag=MGYG000000001_01836;product=Glyceraldehyde-3-phosphate dehydrogenase;eggNOG=1301100.HG529335_gene4423;COG=G;KEGG=ko:K00134;Pfam=PF00044,PF02800;InterPro=IPR020828,IPR020831,IPR006424,IPR020829,IPR036291,IPR020830 +MGYG000000001_26 Prodigal:2.6 CDS 32290 33060 . + 0 ID=MGYG000000001_01837;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8I3;locus_tag=MGYG000000001_01837;note=UPF0246 protein YaaA;product=hypothetical protein;eggNOG=1301100.HG529336_gene3390;COG=S;KEGG=ko:K09861;Pfam=PF03883;InterPro=IPR005583 +MGYG000000001_26 Prodigal:2.6 CDS 33118 34323 . - 0 ID=MGYG000000001_01838;eC_number=1.1.1.3;Name=hom_1;db_xref=COG:COG0460;gene=hom_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19582;locus_tag=MGYG000000001_01838;product=Homoserine dehydrogenase;eggNOG=1151292.QEW_1998;COG=E;KEGG=ko:K00003;Pfam=PF00742,PF03447;InterPro=IPR016204,IPR036291,IPR005106,IPR001342,IPR019811 +MGYG000000001_26 Prodigal:2.6 CDS 34806 35672 . - 0 ID=MGYG000000001_01839;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01839;product=hypothetical protein;eggNOG=1301100.HG529336_gene3392;COG=S;KEGG=ko:K07058;Pfam=PF03631;InterPro=IPR017039 +MGYG000000001_26 Prodigal:2.6 CDS 35894 37606 . - 0 ID=MGYG000000001_01840;eC_number=5.4.2.2;Name=pgcA;gene=pgcA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P18159;locus_tag=MGYG000000001_01840;product=Phosphoglucomutase;eggNOG=1151292.QEW_1990;COG=G;KEGG=ko:K01835,ko:K01840;Pfam=PF02878,PF02879,PF02880,PF00408;InterPro=IPR016055,IPR005844,IPR005841,IPR016066,IPR005843,IPR005846,IPR005845,IPR036900 +MGYG000000001_26 Prodigal:2.6 CDS 37701 38552 . - 0 ID=MGYG000000001_01841;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01841;product=hypothetical protein;eggNOG=1301100.HG529336_gene3395;COG=S;KEGG=-;Pfam=PF06725,PF03990,PF07501;InterPro=IPR036908,IPR010611,IPR007137,IPR011098 +MGYG000000001_26 Prodigal:2.6 CDS 38931 39209 . - 0 ID=MGYG000000001_01842;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01842;product=hypothetical protein;eggNOG=1301100.HG529336_gene3396;COG=U;KEGG=ko:K06956;Pfam=PF00375;InterPro=IPR001991,IPR036458 +MGYG000000001_26 Prodigal:2.6 CDS 39370 40512 . + 0 ID=MGYG000000001_01843;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01843;product=hypothetical protein;eggNOG=457412.RSAG_04733;COG=L;KEGG=- +MGYG000000001_26 Prodigal:2.6 CDS 40740 41531 . - 0 ID=MGYG000000001_01844;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01844;product=hypothetical protein;eggNOG=585394.RHOM_13280;COG=S;KEGG=-;Pfam=PF12640;InterPro=IPR024131 +MGYG000000001_26 Prodigal:2.6 CDS 42135 42302 . - 0 ID=MGYG000000001_01845;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01845;product=hypothetical protein +MGYG000000001_26 Prodigal:2.6 CDS 42456 44555 . - 0 ID=MGYG000000001_01846;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01846;product=hypothetical protein;eggNOG=1443122.Z958_p0074;COG=S;KEGG=-;InterPro=IPR027417 +MGYG000000001_27 Prodigal:2.6 CDS 164 1924 . - 0 ID=MGYG000000001_01847;eC_number=3.2.1.21;Name=nag3_2;db_xref=COG:COG1472;gene=nag3_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WUL3;locus_tag=MGYG000000001_01847;product=Beta-N-acetylglucosaminidase/beta-glucosidase;eggNOG=445973.CLOBAR_00354;COG=G;KEGG=-;Pfam=PF00933;InterPro=IPR036881,IPR001764,IPR036962,IPR017853 +MGYG000000001_27 Prodigal:2.6 CDS 2263 2538 . - 0 ID=MGYG000000001_01848;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01848;product=hypothetical protein;eggNOG=1301100.HG529415_gene2955;COG=T;KEGG=-;Pfam=PF02518;InterPro=IPR003594,IPR036890 +MGYG000000001_27 Prodigal:2.6 CDS 2759 2929 . - 0 ID=MGYG000000001_01849;eC_number=6.3.2.4;Name=ddl_2;gene=ddl_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00047;locus_tag=MGYG000000001_01849;product=D-alanine--D-alanine ligase;eggNOG=642492.Clole_1511;COG=F;KEGG=ko:K01921,ko:K18856;Pfam=PF01820,PF07478;InterPro=IPR011095,IPR000291,IPR011761,IPR011127,IPR005905,IPR013815,IPR016185 +MGYG000000001_27 Prodigal:2.6 CDS 3062 4426 . - 0 ID=MGYG000000001_01850;Name=mepA_5;gene=mepA_5;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_01850;product=Multidrug export protein MepA;eggNOG=1292035.H476_1822;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_27 Prodigal:2.6 CDS 4643 6052 . - 0 ID=MGYG000000001_01851;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01851;product=hypothetical protein;eggNOG=1301100.HG529270_gene551;COG=S;KEGG=-;Pfam=PF13203,PF09967;InterPro=IPR018698,IPR025154,IPR036465 +MGYG000000001_27 Prodigal:2.6 CDS 6056 7186 . - 0 ID=MGYG000000001_01852;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01852;product=hypothetical protein;eggNOG=1301100.HG529270_gene550;COG=S;KEGG=-;Pfam=PF00004;InterPro=IPR003593,IPR027417,IPR003959 +MGYG000000001_27 Prodigal:2.6 CDS 7198 8013 . - 0 ID=MGYG000000001_01853;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01853;product=hypothetical protein;eggNOG=1414720.CBYM010000022_gene2234;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 8179 8670 . - 0 ID=MGYG000000001_01854;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01854;product=hypothetical protein;eggNOG=1345695.CLSA_c34510;COG=K;KEGG=-;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_27 Prodigal:2.6 CDS 9052 9333 . + 0 ID=MGYG000000001_01855;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01855;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2252;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 9523 9873 . + 0 ID=MGYG000000001_01856;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01856;product=hypothetical protein;eggNOG=1292035.H476_1349;COG=S;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 9964 11343 . - 0 ID=MGYG000000001_01857;Name=mepA_6;db_xref=COG:COG0534;gene=mepA_6;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2G140;locus_tag=MGYG000000001_01857;product=Multidrug export protein MepA;eggNOG=1292035.H476_2998;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_27 Prodigal:2.6 CDS 11423 11860 . - 0 ID=MGYG000000001_01858;Name=slyA_3;gene=slyA_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01819;locus_tag=MGYG000000001_01858;product=Transcriptional regulator SlyA;eggNOG=1292035.H476_2999;COG=K;KEGG=-;Pfam=PF12802;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_27 Prodigal:2.6 CDS 12436 13071 . - 0 ID=MGYG000000001_01859;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01859;product=hypothetical protein;eggNOG=1391646.AVSU01000030_gene2526;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 13146 14144 . - 0 ID=MGYG000000001_01860;eC_number=2.7.-.-;Name=sasA_7;gene=sasA_7;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_01860;product=Adaptive-response sensory-kinase SasA;eggNOG=1216932.CM240_0404;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_27 Prodigal:2.6 CDS 14222 14638 . - 0 ID=MGYG000000001_01861;Name=sphR;db_xref=COG:COG0745;gene=sphR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39663;locus_tag=MGYG000000001_01861;product=Alkaline phosphatase synthesis transcriptional regulatory protein SphR;eggNOG=1211817.CCAT010000085_gene1938;COG=KT;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_27 Prodigal:2.6 CDS 14723 14902 . - 0 ID=MGYG000000001_01862;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01862;product=hypothetical protein;eggNOG=1211817.CCAT010000085_gene1938;COG=KT;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_27 Prodigal:2.6 CDS 14967 17480 . - 0 ID=MGYG000000001_01863;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01863;product=hypothetical protein;eggNOG=1216932.CM240_0402;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR023298,IPR003838 +MGYG000000001_27 Prodigal:2.6 CDS 17480 18157 . - 0 ID=MGYG000000001_01864;db_xref=COG:COG1136;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQK1;locus_tag=MGYG000000001_01864;product=putative ABC transporter ATP-binding protein;eggNOG=1211817.CCAT010000085_gene1940;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_27 Prodigal:2.6 CDS 18911 19561 . - 0 ID=MGYG000000001_01865;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01865;product=hypothetical protein;eggNOG=1292035.H476_2776;COG=T;KEGG=-;Pfam=PF13426,PF08448;InterPro=IPR013656,IPR000014,IPR035965 +MGYG000000001_27 Prodigal:2.6 CDS 19640 19879 . - 0 ID=MGYG000000001_01866;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01866;product=hypothetical protein;eggNOG=1301100.HG529270_gene520;COG=T;KEGG=-;Pfam=PF13426;InterPro=IPR000014,IPR035965 +MGYG000000001_27 Prodigal:2.6 CDS 20135 22546 . - 0 ID=MGYG000000001_01867;eC_number=3.2.1.18;Name=nanA_1;db_xref=COG:COG4409;gene=nanA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P62575;locus_tag=MGYG000000001_01867;product=Sialidase A;eggNOG=1301100.HG529285_gene7056;COG=G;KEGG=ko:K01186;Pfam=PF02973,PF13088;InterPro=IPR011040,IPR013320,IPR004124,IPR026856,IPR036278 +MGYG000000001_27 Prodigal:2.6 CDS 22874 23212 . + 0 ID=MGYG000000001_01868;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01868;product=hypothetical protein;eggNOG=1391647.AVSV01000011_gene1113;COG=S;KEGG=-;Pfam=PF07784;InterPro=IPR012427 +MGYG000000001_27 Prodigal:2.6 CDS 23565 23741 . - 0 ID=MGYG000000001_01869;eC_number=3.2.1.122;Name=malH;db_xref=COG:COG1486;gene=malH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06901;locus_tag=MGYG000000001_01869;product=Maltose-6'-phosphate glucosidase;eggNOG=657322.FPR_08860;COG=G;KEGG=ko:K01222,ko:K01232;Pfam=PF11975;InterPro=IPR022616,IPR015955,IPR001088 +MGYG000000001_27 Prodigal:2.6 CDS 23786 24304 . - 0 ID=MGYG000000001_01870;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01870;product=hypothetical protein;eggNOG=1235797.C816_02349;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 24337 24834 . - 0 ID=MGYG000000001_01871;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01871;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1793;COG=K;KEGG=-;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_27 Prodigal:2.6 CDS 24866 25762 . - 0 ID=MGYG000000001_01872;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01872;product=hypothetical protein;eggNOG=1391646.AVSU01000037_gene2027;COG=L;KEGG=-;Pfam=PF04055;InterPro=IPR007197,IPR006638,IPR040086 +MGYG000000001_27 Prodigal:2.6 CDS 25982 26344 . + 0 ID=MGYG000000001_01873;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01873;product=hypothetical protein;eggNOG=1408823.AXUS01000046_gene2913;COG=S;KEGG=-;Pfam=PF12676;InterPro=IPR024257 +MGYG000000001_27 Prodigal:2.6 CDS 26349 26555 . + 0 ID=MGYG000000001_01874;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01874;product=hypothetical protein;eggNOG=1301100.HG529318_gene6108;COG=K;KEGG=ko:K07729;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_27 Prodigal:2.6 CDS 26736 28832 . - 0 ID=MGYG000000001_01875;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01875;product=hypothetical protein;eggNOG=1449063.JMLS01000004_gene2460;COG=P;KEGG=-;InterPro=IPR002035,IPR036465 +MGYG000000001_27 Prodigal:2.6 CDS 28838 29560 . - 0 ID=MGYG000000001_01876;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01876;product=hypothetical protein;eggNOG=1122915.AUGY01000001_gene7117;COG=S;KEGG=-;Pfam=PF07728;InterPro=IPR011704,IPR027417 +MGYG000000001_27 Prodigal:2.6 CDS 29588 30484 . - 0 ID=MGYG000000001_01877;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01877;product=hypothetical protein;eggNOG=1122915.AUGY01000001_gene7117;COG=S;KEGG=-;Pfam=PF07728;InterPro=IPR011704,IPR027417 +MGYG000000001_27 Prodigal:2.6 CDS 30507 30953 . - 0 ID=MGYG000000001_01878;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01878;product=hypothetical protein;eggNOG=717605.Theco_0424;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 31104 31307 . - 0 ID=MGYG000000001_01879;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01879;product=hypothetical protein;eggNOG=1292035.H476_2673;COG=S;KEGG=-;InterPro=IPR035901 +MGYG000000001_27 Prodigal:2.6 CDS 31576 32238 . + 0 ID=MGYG000000001_01880;eC_number=2.3.1.28;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00487;locus_tag=MGYG000000001_01880;product=Chloramphenicol acetyltransferase;eggNOG=1304866.K413DRAFT_4511;COG=V;KEGG=ko:K19271;Pfam=PF00302;InterPro=IPR023213,IPR001707 +MGYG000000001_27 Prodigal:2.6 CDS 32439 32768 . - 0 ID=MGYG000000001_01881;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01881;product=hypothetical protein;eggNOG=573061.Clocel_0398;COG=K;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 33234 34373 . - 0 ID=MGYG000000001_01882;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01882;product=hypothetical protein;eggNOG=1128398.Curi_c21220;COG=S;KEGG=-;Pfam=PF13786;InterPro=IPR025436 +MGYG000000001_27 Prodigal:2.6 CDS 34378 34908 . - 0 ID=MGYG000000001_01883;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01883;product=hypothetical protein;eggNOG=1301100.HG529270_gene542;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_27 Prodigal:2.6 CDS 35553 36068 . + 0 ID=MGYG000000001_01884;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01884;product=hypothetical protein;eggNOG=1232449.BAHV02000018_gene1702;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 36297 36677 . - 0 ID=MGYG000000001_01885;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01885;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1388;COG=S;KEGG=-;Pfam=PF07561;InterPro=IPR011437 +MGYG000000001_27 Prodigal:2.6 CDS 36813 37115 . - 0 ID=MGYG000000001_01886;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01886;product=hypothetical protein;eggNOG=1211817.CCAT010000043_gene3569;COG=-;KEGG=- +MGYG000000001_27 Prodigal:2.6 CDS 37271 37366 . - 0 ID=MGYG000000001_01887;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01887;product=hypothetical protein;eggNOG=748727.CLJU_c24890;COG=P;KEGG=-;InterPro=IPR036163 +MGYG000000001_27 Prodigal:2.6 CDS 37928 39301 . - 0 ID=MGYG000000001_01888;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01888;product=hypothetical protein;eggNOG=1301100.HG529270_gene538;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR038766,IPR003838 +MGYG000000001_27 Prodigal:2.6 CDS 39675 40103 . - 0 ID=MGYG000000001_01889;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01889;product=hypothetical protein;eggNOG=1301100.HG529270_gene537;COG=V;KEGG=ko:K02004 +MGYG000000001_27 Prodigal:2.6 CDS 40163 40429 . - 0 ID=MGYG000000001_01890;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01890;product=hypothetical protein;eggNOG=1301100.HG529270_gene536;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_27 Prodigal:2.6 CDS 40369 40860 . - 0 ID=MGYG000000001_01891;eC_number=3.6.3.-;Name=lolD;db_xref=COG:COG1136;gene=lolD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75957;locus_tag=MGYG000000001_01891;product=Lipoprotein-releasing system ATP-binding protein LolD;eggNOG=1301100.HG529270_gene536;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003439,IPR017871,IPR027417 +MGYG000000001_27 Prodigal:2.6 CDS 40945 42288 . - 0 ID=MGYG000000001_01892;eC_number=2.7.13.3;Name=arlS;db_xref=COG:COG0642;gene=arlS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KJN3;locus_tag=MGYG000000001_01892;product=Signal transduction histidine-protein kinase ArlS;eggNOG=1391646.AVSU01000050_gene1692;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_27 Prodigal:2.6 CDS 42308 42481 . - 0 ID=MGYG000000001_01893;Name=arlR_1;db_xref=COG:COG0745;gene=arlR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KJN4;locus_tag=MGYG000000001_01893;product=Response regulator ArlR;eggNOG=1391646.AVSU01000050_gene1693;COG=T;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_27 Prodigal:2.6 CDS 42485 42970 . - 0 ID=MGYG000000001_01894;Name=arlR_2;db_xref=COG:COG0745;gene=arlR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KJN4;locus_tag=MGYG000000001_01894;product=Response regulator ArlR;eggNOG=1391646.AVSU01000050_gene1693;COG=T;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_27 Prodigal:2.6 CDS 43004 43405 . - 0 ID=MGYG000000001_01895;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01895;product=hypothetical protein;eggNOG=1391646.AVSU01000050_gene1694;COG=S;KEGG=-;Pfam=PF03413;InterPro=IPR025711 +MGYG000000001_27 Prodigal:2.6 CDS 43445 44056 . - 0 ID=MGYG000000001_01896;Name=dedA;db_xref=COG:COG0586;gene=dedA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ABP6;locus_tag=MGYG000000001_01896;product=Protein DedA;eggNOG=1301100.HG529284_gene7067;COG=S;KEGG=-;Pfam=PF09335;InterPro=IPR032816 +MGYG000000001_28 Prodigal:2.6 CDS 542 808 . + 0 ID=MGYG000000001_01897;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01897;product=hypothetical protein;eggNOG=1499683.CCFF01000017_gene2875;COG=G;KEGG=-;Pfam=PF13347 +MGYG000000001_28 Prodigal:2.6 CDS 982 1311 . - 0 ID=MGYG000000001_01898;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01898;product=hypothetical protein;eggNOG=318464.IO99_07110;COG=-;KEGG=- +MGYG000000001_28 Prodigal:2.6 CDS 1318 1674 . - 0 ID=MGYG000000001_01899;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01899;product=hypothetical protein;eggNOG=318464.IO99_07105;COG=S;KEGG=-;Pfam=PF05402;InterPro=IPR008792 +MGYG000000001_28 Prodigal:2.6 CDS 1778 3709 . - 0 ID=MGYG000000001_01900;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01900;product=hypothetical protein;eggNOG=903814.ELI_1760;COG=S;KEGG=-;Pfam=PF03169;InterPro=IPR004813,IPR004814 +MGYG000000001_28 Prodigal:2.6 CDS 4122 4808 . + 0 ID=MGYG000000001_01901;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01901;product=hypothetical protein;eggNOG=1196322.A370_00829;COG=S;KEGG=ko:K07149;InterPro=IPR038750 +MGYG000000001_28 Prodigal:2.6 CDS 5293 6186 . + 0 ID=MGYG000000001_01902;Name=panS_1;db_xref=COG:COG0385;gene=panS_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZKL0;locus_tag=MGYG000000001_01902;product=Pantothenate precursors transporter PanS;eggNOG=445973.CLOBAR_01592;COG=S;KEGG=ko:K03453;Pfam=PF01758;InterPro=IPR004710,IPR038770,IPR002657 +MGYG000000001_28 Prodigal:2.6 CDS 6407 7576 . + 0 ID=MGYG000000001_01903;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01903;product=hypothetical protein;eggNOG=445973.CLOBAR_00421;COG=QT;KEGG=-;Pfam=PF17853,PF07905,PF13556;InterPro=IPR012914,IPR042070,IPR025736,IPR041522 +MGYG000000001_28 Prodigal:2.6 CDS 7716 8996 . + 0 ID=MGYG000000001_01904;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01904;product=hypothetical protein;eggNOG=445973.CLOBAR_00422;COG=P;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846 +MGYG000000001_28 Prodigal:2.6 CDS 9269 9553 . + 0 ID=MGYG000000001_01905;Name=pduA_3;db_xref=COG:COG4577;gene=pduA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1C7;locus_tag=MGYG000000001_01905;product=Propanediol utilization protein PduA;eggNOG=1476973.JMMB01000007_gene1604;COG=CQ;KEGG=-;Pfam=PF00936;InterPro=IPR000249,IPR037233 +MGYG000000001_28 Prodigal:2.6 CDS 9735 10664 . + 0 ID=MGYG000000001_01906;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01906;product=hypothetical protein;eggNOG=1301100.HG529341_gene2415;COG=EG;KEGG=-;Pfam=PF00892;InterPro=IPR000620 +MGYG000000001_28 Prodigal:2.6 CDS 10786 11025 . + 0 ID=MGYG000000001_01907;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01907;product=hypothetical protein +MGYG000000001_28 Prodigal:2.6 CDS 11156 12298 . + 0 ID=MGYG000000001_01908;eC_number=2.8.1.7;Name=csd_3;gene=csd_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99177;locus_tag=MGYG000000001_01908;product=putative cysteine desulfurase;eggNOG=445973.CLOBAR_01618;COG=E;KEGG=-;Pfam=PF00266;InterPro=IPR000192,IPR016454,IPR015424,IPR015421,IPR015422,IPR010969,IPR020578 +MGYG000000001_28 Prodigal:2.6 CDS 12312 12845 . + 0 ID=MGYG000000001_01909;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01909;product=hypothetical protein;eggNOG=445973.CLOBAR_01619;COG=C;KEGG=-;Pfam=PF04060;InterPro=IPR007202 +MGYG000000001_28 Prodigal:2.6 CDS 13020 13568 . + 0 ID=MGYG000000001_01910;eC_number=1.11.1.1;Name=rbr3A_2;db_xref=COG:COG1592;gene=rbr3A_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97D82;locus_tag=MGYG000000001_01910;product=Reverse rubrerythrin-1;eggNOG=1151292.QEW_1880;COG=C;KEGG=-;Pfam=PF02915;InterPro=IPR012347,IPR009078,IPR003251,IPR009040,IPR024934 +MGYG000000001_28 Prodigal:2.6 CDS 13635 14900 . - 0 ID=MGYG000000001_01911;eC_number=3.6.3.-;Name=macB;gene=macB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2EHL8;locus_tag=MGYG000000001_01911;product=Macrolide export ATP-binding/permease protein MacB;eggNOG=272563.CD630_15270;COG=V;KEGG=ko:K02004;Pfam=PF02687,PF12704;InterPro=IPR025857,IPR003838 +MGYG000000001_28 Prodigal:2.6 CDS 14891 15586 . - 0 ID=MGYG000000001_01912;eC_number=3.6.3.-;Name=yknY_2;db_xref=COG:COG1136;gene=yknY_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31711;locus_tag=MGYG000000001_01912;product=putative ABC transporter ATP-binding protein YknY;eggNOG=1301100.HG529339_gene2410;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_28 Prodigal:2.6 CDS 15579 16637 . - 0 ID=MGYG000000001_01913;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01913;product=hypothetical protein;eggNOG=1301100.HG529339_gene2409;COG=M;KEGG=ko:K02005 +MGYG000000001_28 Prodigal:2.6 CDS 16762 17355 . - 0 ID=MGYG000000001_01914;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01914;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1478;COG=-;KEGG=-;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_28 Prodigal:2.6 CDS 17697 17882 . - 0 ID=MGYG000000001_01915;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01915;product=hypothetical protein;eggNOG=318464.IO99_07245;COG=-;KEGG=- +MGYG000000001_28 Prodigal:2.6 CDS 18158 19384 . + 0 ID=MGYG000000001_01916;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01916;product=hypothetical protein;eggNOG=1301100.HG529337_gene3367;COG=V;KEGG=ko:K18346;Pfam=PF12229,PF04294;InterPro=IPR007391,IPR022029 +MGYG000000001_28 Prodigal:2.6 CDS 19647 20192 . + 0 ID=MGYG000000001_01917;eC_number=1.11.1.1;Name=rbr3B_2;db_xref=COG:COG1592;gene=rbr3B_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97D83;locus_tag=MGYG000000001_01917;product=Reverse rubrerythrin-2;eggNOG=1151292.QEW_1880;COG=C;KEGG=-;Pfam=PF02915;InterPro=IPR012347,IPR009078,IPR003251,IPR009040,IPR024934 +MGYG000000001_28 Prodigal:2.6 CDS 20540 21445 . + 0 ID=MGYG000000001_01918;db_xref=COG:COG0543;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1X4;locus_tag=MGYG000000001_01918;product=Dihydroorotate dehydrogenase B (NAD(+))%2C electron transfer subunit;eggNOG=1151292.QEW_1950;COG=C;KEGG=ko:K00528,ko:K16951;Pfam=PF00175,PF10418;InterPro=IPR017938,IPR012165,IPR019480,IPR001433,IPR017927,IPR039261 +MGYG000000001_28 Prodigal:2.6 CDS 21447 22859 . + 0 ID=MGYG000000001_01919;eC_number=1.4.1.13;Name=gltD_2;db_xref=COG:COG0493;gene=gltD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P09832;locus_tag=MGYG000000001_01919;product=Glutamate synthase [NADPH] small chain;eggNOG=632245.CLP_4392;COG=C;KEGG=ko:K00123,ko:K00266;Pfam=PF07992,PF14691;InterPro=IPR023753,IPR006004,IPR028261,IPR036188,IPR009051,IPR017896 +MGYG000000001_28 Prodigal:2.6 CDS 23020 23322 . + 0 ID=MGYG000000001_01920;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01920;product=hypothetical protein;eggNOG=1211817.CCAT010000048_gene2581;COG=S;KEGG=- +MGYG000000001_28 Prodigal:2.6 CDS 23471 24877 . + 0 ID=MGYG000000001_01921;Name=mepA_7;gene=mepA_7;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_01921;product=Multidrug export protein MepA;eggNOG=1301100.HG529336_gene3405;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_28 Prodigal:2.6 CDS 24989 25639 . + 0 ID=MGYG000000001_01922;eC_number=1.7.-.-;Name=azoR2;db_xref=COG:COG1182;gene=azoR2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32224;locus_tag=MGYG000000001_01922;product=FMN-dependent NADH-azoreductase 2;eggNOG=545697.HMPREF0216_00081;COG=C;KEGG=ko:K01118;Pfam=PF02525;InterPro=IPR023048,IPR029039,IPR003680 +MGYG000000001_28 Prodigal:2.6 CDS 26152 26949 . + 0 ID=MGYG000000001_01923;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01923;product=hypothetical protein;eggNOG=1301100.HG529336_gene3402;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_28 Prodigal:2.6 CDS 26978 27937 . + 0 ID=MGYG000000001_01924;eC_number=5.2.1.8;Name=prsA;db_xref=COG:COG0760;gene=prsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24327;locus_tag=MGYG000000001_01924;product=Foldase protein PrsA;eggNOG=272563.CD630_15570;COG=M;KEGG=-;Pfam=PF13616,PF13624;InterPro=IPR023058,IPR000297,IPR027304 +MGYG000000001_28 Prodigal:2.6 CDS 28055 29461 . + 0 ID=MGYG000000001_01925;Name=norM_2;db_xref=COG:COG0534;gene=norM_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O82855;locus_tag=MGYG000000001_01925;product=Multidrug resistance protein NorM;eggNOG=1151292.QEW_3565;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_28 Prodigal:2.6 CDS 29576 30133 . - 0 ID=MGYG000000001_01926;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01926;product=hypothetical protein;eggNOG=1280692.AUJL01000004_gene659;COG=F;KEGG=-;Pfam=PF00293;InterPro=IPR015797,IPR000086 +MGYG000000001_28 Prodigal:2.6 CDS 30305 31480 . + 0 ID=MGYG000000001_01927;Name=fieF_2;gene=fieF_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01425;locus_tag=MGYG000000001_01927;product=Ferrous-iron efflux pump FieF;eggNOG=1151292.QEW_3457;COG=P;KEGG=-;Pfam=PF01545,PF16916;InterPro=IPR027470,IPR036837,IPR027469,IPR002524 +MGYG000000001_28 Prodigal:2.6 CDS 31610 32746 . + 0 ID=MGYG000000001_01928;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01928;product=hypothetical protein;eggNOG=1280689.AUJC01000003_gene1085;COG=H;KEGG=-;Pfam=PF02558,PF02317;InterPro=IPR008927,IPR013332,IPR013328,IPR003421,IPR036291 +MGYG000000001_28 Prodigal:2.6 CDS 32885 33193 . + 0 ID=MGYG000000001_01929;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01929;product=hypothetical protein;eggNOG=1301100.HG529336_gene3400;COG=S;KEGG=-;Pfam=PF06196;InterPro=IPR010398 +MGYG000000001_28 Prodigal:2.6 CDS 33193 34698 . + 0 ID=MGYG000000001_01930;Name=panF;db_xref=COG:COG4145;gene=panF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P16256;locus_tag=MGYG000000001_01930;product=Sodium/pantothenate symporter;eggNOG=1391646.AVSU01000087_gene520;COG=H;KEGG=ko:K11928,ko:K14392;Pfam=PF00474;InterPro=IPR001734,IPR011849,IPR038377 +MGYG000000001_28 Prodigal:2.6 CDS 34955 35704 . + 0 ID=MGYG000000001_01931;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01931;product=hypothetical protein;eggNOG=272563.CD630_15620;COG=S;KEGG=ko:K07043;Pfam=PF01863;InterPro=IPR002725 +MGYG000000001_28 Prodigal:2.6 CDS 35785 36243 . + 0 ID=MGYG000000001_01932;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01932;product=hypothetical protein;eggNOG=1391646.AVSU01000010_gene93;COG=-;KEGG=- +MGYG000000001_28 Prodigal:2.6 CDS 36650 36877 . + 0 ID=MGYG000000001_01933;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01933;product=hypothetical protein;eggNOG=272563.CD630_15640;COG=S;KEGG=-;Pfam=PF13710 +MGYG000000001_28 Prodigal:2.6 CDS 37032 38681 . + 0 ID=MGYG000000001_01934;eC_number=4.2.1.9;Name=ilvD;db_xref=COG:COG0129;gene=ilvD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P51785;locus_tag=MGYG000000001_01934;product=Dihydroxy-acid dehydratase;eggNOG=997350.HMPREF9129_1262;COG=EG;KEGG=ko:K01687;Pfam=PF00920;InterPro=IPR037237,IPR000581,IPR020558,IPR004404,IPR042096 +MGYG000000001_28 Prodigal:2.6 CDS 38711 40384 . + 0 ID=MGYG000000001_01935;eC_number=2.2.1.6;Name=ilvB;db_xref=COG:COG0028;gene=ilvB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37251;locus_tag=MGYG000000001_01935;product=Acetolactate synthase large subunit;eggNOG=272563.CD630_15660;COG=EH;KEGG=ko:K01652;Pfam=PF02776,PF02775,PF00205;InterPro=IPR012846,IPR012001,IPR029035,IPR011766,IPR039368,IPR029061,IPR012000 +MGYG000000001_28 Prodigal:2.6 CDS 40424 41443 . + 0 ID=MGYG000000001_01936;eC_number=1.1.1.382;Name=ilvC;gene=ilvC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:K4LVZ1;locus_tag=MGYG000000001_01936;product=Ketol-acid reductoisomerase (NAD(+));eggNOG=1151292.QEW_1980;COG=H;KEGG=ko:K00053;Pfam=PF07991,PF01450;InterPro=IPR008927,IPR013023,IPR000506,IPR014359,IPR013116,IPR036291 +MGYG000000001_28 Prodigal:2.6 CDS 41620 42306 . + 0 ID=MGYG000000001_01937;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01937;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene4063;COG=C;KEGG=ko:K07138;Pfam=PF04015,PF14697;InterPro=IPR017896,IPR007160 +MGYG000000001_29 Prodigal:2.6 CDS 268 1122 . - 0 ID=MGYG000000001_01938;eC_number=4.1.2.40;Name=kbaY;db_xref=COG:COG0191;gene=kbaY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KIP8;locus_tag=MGYG000000001_01938;product=D-tagatose-1%2C6-bisphosphate aldolase subunit KbaY;eggNOG=272563.CD630_30740;COG=H;KEGG=ko:K01624,ko:K08302;Pfam=PF01116;InterPro=IPR013785,IPR000771 +MGYG000000001_29 Prodigal:2.6 CDS 1170 2354 . - 0 ID=MGYG000000001_01939;eC_number=3.5.99.-;Name=agaS;db_xref=COG:COG2222;gene=agaS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42907;locus_tag=MGYG000000001_01939;product=Putative D-galactosamine-6-phosphate deaminase AgaS;eggNOG=272563.CD630_34490;COG=M;KEGG=ko:K00820,ko:K02082;Pfam=PF01380;InterPro=IPR001347,IPR035464,IPR035466 +MGYG000000001_29 Prodigal:2.6 CDS 2475 3200 . - 0 ID=MGYG000000001_01940;Name=yvoA_1;db_xref=COG:COG2188;gene=yvoA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34817;locus_tag=MGYG000000001_01940;product=HTH-type transcriptional repressor YvoA;eggNOG=1151292.QEW_4078;COG=K;KEGG=ko:K03710;Pfam=PF00392,PF07702;InterPro=IPR000524,IPR036390,IPR011663,IPR036388,IPR028978 +MGYG000000001_29 Prodigal:2.6 CDS 3404 4342 . - 0 ID=MGYG000000001_01941;eC_number=2.7.1.144;Name=lacC_1;db_xref=COG:COG1105;gene=lacC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q833W9;locus_tag=MGYG000000001_01941;product=Tagatose-6-phosphate kinase;eggNOG=272563.CD630_34510;COG=H;KEGG=ko:K00882,ko:K00917;Pfam=PF00294;InterPro=IPR011611,IPR002173,IPR017583,IPR029056,IPR022463 +MGYG000000001_29 Prodigal:2.6 CDS 4555 5517 . + 0 ID=MGYG000000001_01942;Name=yrbG_2;db_xref=COG:COG0530;gene=yrbG_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45394;locus_tag=MGYG000000001_01942;product=Inner membrane protein YrbG;eggNOG=1414720.CBYM010000014_gene2727;COG=P;KEGG=ko:K07301;Pfam=PF01699;InterPro=IPR004837,IPR004481 +MGYG000000001_29 Prodigal:2.6 CDS 5771 6004 . - 0 ID=MGYG000000001_01943;eC_number=2.7.13.3;Name=phoR_2;db_xref=COG:COG0642;gene=phoR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23545;locus_tag=MGYG000000001_01943;product=Alkaline phosphatase synthesis sensor protein PhoR;eggNOG=1301100.HG529395_gene6871;COG=T;KEGG=-;Pfam=PF02518;InterPro=IPR003594,IPR005467,IPR036890,IPR004358 +MGYG000000001_29 Prodigal:2.6 CDS 6078 7592 . - 0 ID=MGYG000000001_01944;Name=yfkN;db_xref=COG:COG0737;gene=yfkN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34313;locus_tag=MGYG000000001_01944;product=Trifunctional nucleotide phosphoesterase protein YfkN;eggNOG=1415775.U729_2172;COG=F;KEGG=ko:K01119;Pfam=PF00149,PF02872;InterPro=IPR029052,IPR008334,IPR006146,IPR004843,IPR006179,IPR036907 +MGYG000000001_29 Prodigal:2.6 CDS 7691 8944 . - 0 ID=MGYG000000001_01945;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01945;product=hypothetical protein;eggNOG=457396.CSBG_02277;COG=G;KEGG=ko:K02027;Pfam=PF13416;InterPro=IPR006059 +MGYG000000001_29 Prodigal:2.6 CDS 8959 10254 . - 0 ID=MGYG000000001_01946;eC_number=3.1.-.-;Name=rnj;gene=rnj;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01491;locus_tag=MGYG000000001_01946;product=Ribonuclease J;eggNOG=457396.CSBG_02278;COG=S;KEGG=-;Pfam=PF12706;InterPro=IPR042173,IPR001279,IPR036866 +MGYG000000001_29 Prodigal:2.6 CDS 10238 11056 . - 0 ID=MGYG000000001_01947;Name=araQ_2;db_xref=COG:COG0395;gene=araQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94530;locus_tag=MGYG000000001_01947;product=L-arabinose transport system permease protein AraQ;eggNOG=1211817.CCAT010000047_gene2538;COG=P;KEGG=ko:K02026,ko:K05815;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_29 Prodigal:2.6 CDS 11065 11946 . - 0 ID=MGYG000000001_01948;Name=lacF;gene=lacF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29823;locus_tag=MGYG000000001_01948;product=Lactose transport system permease protein LacF;eggNOG=1280689.AUJC01000006_gene2765;COG=G;KEGG=ko:K02025;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_29 Prodigal:2.6 CDS 11946 13016 . - 0 ID=MGYG000000001_01949;eC_number=3.6.3.-;Name=sugC_2;db_xref=COG:COG3839;gene=sugC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQI3;locus_tag=MGYG000000001_01949;product=Trehalose import ATP-binding protein SugC;eggNOG=457396.CSBG_02281;COG=P;KEGG=ko:K10112,ko:K17240;Pfam=PF00005;InterPro=IPR008995,IPR003593,IPR003439,IPR027417 +MGYG000000001_29 Prodigal:2.6 CDS 13248 13757 . - 0 ID=MGYG000000001_01950;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01950;product=hypothetical protein;eggNOG=1292035.H476_2411;COG=P;KEGG=ko:K04565;Pfam=PF00080;InterPro=IPR036423,IPR018152,IPR001424,IPR024134 +MGYG000000001_29 Prodigal:2.6 CDS 13935 17147 . - 0 ID=MGYG000000001_01951;eC_number=2.7.-.-;Name=sasA_8;gene=sasA_8;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_01951;product=Adaptive-response sensory-kinase SasA;eggNOG=1301100.HG529395_gene6870;COG=T;KEGG=-;Pfam=PF02518,PF00512,PF07495,PF07494;InterPro=IPR011123,IPR011110,IPR036890,IPR003594,IPR013783,IPR015943,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_29 Prodigal:2.6 CDS 17277 19256 . - 0 ID=MGYG000000001_01952;eC_number=2.7.13.3;Name=rcsC_10;gene=rcsC_10;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_01952;product=Sensor histidine kinase RcsC;eggNOG=1476973.JMMB01000007_gene2943;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_29 Prodigal:2.6 CDS 19411 20049 . - 0 ID=MGYG000000001_01953;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01953;product=hypothetical protein;eggNOG=397290.C810_02304;COG=E;KEGG=-;Pfam=PF13472;InterPro=IPR036514,IPR013830 +MGYG000000001_29 Prodigal:2.6 CDS 20058 20972 . - 0 ID=MGYG000000001_01954;eC_number=4.1.3.3;Name=nanA_2;db_xref=COG:COG0329;gene=nanA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A6L4;locus_tag=MGYG000000001_01954;product=N-acetylneuraminate lyase;eggNOG=658086.HMPREF0994_06444;COG=EM;KEGG=ko:K01639;Pfam=PF00701;InterPro=IPR002220,IPR005264,IPR013785,IPR020624 +MGYG000000001_29 Prodigal:2.6 CDS 20975 21886 . - 0 ID=MGYG000000001_01955;eC_number=2.7.1.2;Name=glcK_2;db_xref=COG:COG1940;gene=glcK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54495;locus_tag=MGYG000000001_01955;product=Glucokinase;eggNOG=632245.CLP_0172;COG=G;KEGG=ko:K00845;Pfam=PF00480;InterPro=IPR000600 +MGYG000000001_29 Prodigal:2.6 CDS 21886 22590 . - 0 ID=MGYG000000001_01956;eC_number=5.1.3.9;Name=nanE;db_xref=COG:COG3010;gene=nanE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65522;locus_tag=MGYG000000001_01956;product=Putative N-acetylmannosamine-6-phosphate 2-epimerase;eggNOG=457396.CSBG_00410;COG=G;KEGG=ko:K01788;Pfam=PF04131;InterPro=IPR011060,IPR013785,IPR007260 +MGYG000000001_29 Prodigal:2.6 CDS 22568 23605 . - 0 ID=MGYG000000001_01957;eC_number=3.6.3.33;Name=btuD_7;gene=btuD_7;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_01957;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=742733.HMPREF9469_05576;COG=P;KEGG=-;Pfam=PF00005,PF08352;InterPro=IPR003593,IPR003439,IPR027417,IPR013563,IPR017871 +MGYG000000001_29 Prodigal:2.6 CDS 23598 24605 . - 0 ID=MGYG000000001_01958;Name=oppD_2;db_xref=COG:COG0444;gene=oppD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24136;locus_tag=MGYG000000001_01958;product=Oligopeptide transport ATP-binding protein OppD;eggNOG=742733.HMPREF9469_05577;COG=P;KEGG=ko:K02031;Pfam=PF00005,PF08352;InterPro=IPR003593,IPR003439,IPR027417,IPR013563,IPR017871 +MGYG000000001_29 Prodigal:2.6 CDS 24615 25538 . - 0 ID=MGYG000000001_01959;Name=oppC_2;db_xref=COG:COG1173;gene=oppC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24139;locus_tag=MGYG000000001_01959;product=Oligopeptide transport system permease protein OppC;eggNOG=457396.CSBG_02077;COG=EP;KEGG=ko:K02034;Pfam=PF00528,PF12911;InterPro=IPR000515,IPR025966,IPR035906 +MGYG000000001_29 Prodigal:2.6 CDS 25549 26511 . - 0 ID=MGYG000000001_01960;Name=gsiC_1;db_xref=COG:COG0601;gene=gsiC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75798;locus_tag=MGYG000000001_01960;product=Glutathione transport system permease protein GsiC;eggNOG=742733.HMPREF9469_05579;COG=P;KEGG=ko:K02033;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_29 Prodigal:2.6 CDS 26625 28292 . - 0 ID=MGYG000000001_01961;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01961;product=hypothetical protein;eggNOG=742733.HMPREF9469_05580;COG=E;KEGG=ko:K02035;Pfam=PF00496;InterPro=IPR030678,IPR000914,IPR039424 +MGYG000000001_29 Prodigal:2.6 CDS 28349 29173 . - 0 ID=MGYG000000001_01962;Name=rpiR;db_xref=COG:COG1737;gene=rpiR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ACS7;locus_tag=MGYG000000001_01962;product=HTH-type transcriptional regulator RpiR;eggNOG=903814.ELI_4525;COG=K;KEGG=-;Pfam=PF01418,PF01380;InterPro=IPR001347,IPR009057,IPR035472,IPR000281,IPR036388 +MGYG000000001_29 Prodigal:2.6 CDS 29891 30694 . - 0 ID=MGYG000000001_01963;Name=metQ_2;db_xref=COG:COG1464;gene=metQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28635;locus_tag=MGYG000000001_01963;product=D-methionine-binding lipoprotein MetQ;eggNOG=536232.CLM_1245;COG=P;KEGG=ko:K02073;Pfam=PF03180;InterPro=IPR004872 +MGYG000000001_29 Prodigal:2.6 CDS 30721 31380 . - 0 ID=MGYG000000001_01964;Name=metP_2;db_xref=COG:COG2011;gene=metP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32168;locus_tag=MGYG000000001_01964;product=Methionine import system permease protein MetP;eggNOG=445973.CLOBAR_00997;COG=P;KEGG=ko:K02072;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_29 Prodigal:2.6 CDS 31405 32361 . - 0 ID=MGYG000000001_01965;eC_number=3.6.3.-;Name=metN;db_xref=COG:COG1135;gene=metN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q87RS1;locus_tag=MGYG000000001_01965;product=Methionine import ATP-binding protein MetN;eggNOG=929506.CbC4_1935;COG=P;KEGG=ko:K02071;Pfam=PF00005,PF09383;InterPro=IPR003593,IPR003439,IPR017908,IPR041701,IPR027417,IPR026253,IPR017871,IPR018449 +MGYG000000001_29 Prodigal:2.6 CDS 32911 33591 . + 0 ID=MGYG000000001_01966;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01966;product=hypothetical protein;eggNOG=272563.CD630_10220;COG=S;KEGG=ko:K07149;InterPro=IPR038750 +MGYG000000001_29 Prodigal:2.6 CDS 33730 34740 . - 0 ID=MGYG000000001_01967;eC_number=3.5.-.-;Name=frlB;db_xref=COG:COG2222;gene=frlB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32157;locus_tag=MGYG000000001_01967;product=Fructosamine deglycase FrlB;eggNOG=469618.FVAG_00081;COG=M;KEGG=ko:K19510;Pfam=PF01380;InterPro=IPR024713,IPR001347,IPR035488 +MGYG000000001_29 Prodigal:2.6 CDS 34760 35830 . - 0 ID=MGYG000000001_01968;eC_number=2.6.1.16;Name=glmS_2;db_xref=COG:COG0449;gene=glmS_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WN49;locus_tag=MGYG000000001_01968;product=Glutamine--fructose-6-phosphate aminotransferase [isomerizing];eggNOG=1499680.CCFE01000011_gene626;COG=M;KEGG=ko:K19504;Pfam=PF01380;InterPro=IPR035466,IPR001347,IPR035490 +MGYG000000001_29 Prodigal:2.6 CDS 35840 36691 . - 0 ID=MGYG000000001_01969;Name=manZ_1;db_xref=COG:COG3716;gene=manZ_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P69805;locus_tag=MGYG000000001_01969;product=PTS system mannose-specific EIID component;eggNOG=552396.HMPREF0863_02134;COG=G;KEGG=-;Pfam=PF03613;InterPro=IPR004704 +MGYG000000001_29 Prodigal:2.6 CDS 36675 37445 . - 0 ID=MGYG000000001_01970;Name=agaC_1;db_xref=COG:COG3715;gene=agaC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42910;locus_tag=MGYG000000001_01970;product=N-acetylgalactosamine permease IIC component 1;eggNOG=552396.HMPREF0863_02135;COG=G;KEGG=-;Pfam=PF03609;InterPro=IPR004700 +MGYG000000001_29 Prodigal:2.6 CDS 37468 37941 . - 0 ID=MGYG000000001_01971;eC_number=2.7.1.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XCC7;locus_tag=MGYG000000001_01971;product=putative phosphotransferase enzyme IIB component;eggNOG=552396.HMPREF0863_02136;COG=G;KEGG=ko:K19507;Pfam=PF03830;InterPro=IPR036667,IPR004720 +MGYG000000001_29 Prodigal:2.6 CDS 37966 38382 . - 0 ID=MGYG000000001_01972;Name=levD;db_xref=COG:COG2893;gene=levD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26379;locus_tag=MGYG000000001_01972;product=PTS system fructose-specific EIIA component;eggNOG=1196322.A370_00812;COG=G;KEGG=ko:K19506;Pfam=PF03610;InterPro=IPR036662,IPR033887,IPR004701 +MGYG000000001_29 Prodigal:2.6 CDS 38466 41243 . - 0 ID=MGYG000000001_01973;Name=dgaR;gene=dgaR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D0ZLR9;locus_tag=MGYG000000001_01973;product=Transcriptional regulatory protein DagR;eggNOG=290402.Cbei_0954;COG=K;KEGG=ko:K19505;Pfam=PF03610,PF00158,PF00874;InterPro=IPR002078,IPR036662,IPR003593,IPR025943,IPR011608,IPR027417,IPR036390,IPR004701,IPR036634 +MGYG000000001_29 Prodigal:2.6 CDS 41551 41814 . - 0 ID=MGYG000000001_01974;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01974;product=hypothetical protein;eggNOG=203119.Cthe_0220;COG=L;KEGG=-;Pfam=PF13612;InterPro=IPR025668 +MGYG000000001_30 Prodigal:2.6 CDS 289 1248 . + 0 ID=MGYG000000001_01975;eC_number=2.7.1.83;Name=psuK_1;db_xref=COG:COG0524;gene=psuK_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30235;locus_tag=MGYG000000001_01975;product=Pseudouridine kinase;eggNOG=445973.CLOBAR_01703;COG=G;KEGG=ko:K00852,ko:K16328;Pfam=PF00294;InterPro=IPR011611,IPR029056,IPR002173 +MGYG000000001_30 Prodigal:2.6 CDS 1438 2667 . - 0 ID=MGYG000000001_01976;eC_number=3.4.11.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24828;locus_tag=MGYG000000001_01976;product=Aminopeptidase 2;eggNOG=1301100.HG529414_gene2946;COG=E;KEGG=ko:K19689;Pfam=PF02073;InterPro=IPR035097,IPR000787 +MGYG000000001_30 Prodigal:2.6 CDS 2982 3788 . + 0 ID=MGYG000000001_01977;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01977;product=hypothetical protein;eggNOG=1301100.HG529414_gene2945;COG=C;KEGG=-;Pfam=PF14512;InterPro=IPR029478,IPR000415 +MGYG000000001_30 Prodigal:2.6 CDS 4180 4896 . + 0 ID=MGYG000000001_01978;eC_number=4.1.1.23;Name=pyrF;db_xref=COG:COG0284;gene=pyrF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KQT7;locus_tag=MGYG000000001_01978;product=Orotidine 5'-phosphate decarboxylase;eggNOG=1391646.AVSU01000035_gene2150;COG=F;KEGG=ko:K01591;Pfam=PF00215;InterPro=IPR014732,IPR018089,IPR013785,IPR011060,IPR001754 +MGYG000000001_30 Prodigal:2.6 CDS 4909 5955 . + 0 ID=MGYG000000001_01979;eC_number=6.3.5.5;Name=carA;db_xref=COG:COG0505;gene=carA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q726J4;locus_tag=MGYG000000001_01979;product=Carbamoyl-phosphate synthase small chain;eggNOG=1301100.HG529414_gene2943;COG=F;KEGG=ko:K01956;Pfam=PF00215,PF00117,PF00988;InterPro=IPR014732,IPR029062,IPR006274,IPR001754,IPR013785,IPR002474,IPR011060,IPR017926,IPR035686,IPR036480 +MGYG000000001_30 Prodigal:2.6 CDS 5994 9200 . + 0 ID=MGYG000000001_01980;eC_number=6.3.5.5;Name=carB;gene=carB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63740;locus_tag=MGYG000000001_01980;product=Carbamoyl-phosphate synthase large chain;eggNOG=1292035.H476_3277;COG=F;KEGG=ko:K01955;Pfam=PF02786,PF02787,PF02142;InterPro=IPR036914,IPR011607,IPR011761,IPR036897,IPR005483,IPR006275,IPR016185,IPR033937,IPR005479,IPR005480 +MGYG000000001_30 Prodigal:2.6 CDS 9478 10053 . + 0 ID=MGYG000000001_01981;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01981;product=hypothetical protein;eggNOG=1391646.AVSU01000035_gene2146;COG=-;KEGG=- +MGYG000000001_30 Prodigal:2.6 CDS 10111 10821 . + 0 ID=MGYG000000001_01982;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01982;product=hypothetical protein;eggNOG=1391646.AVSU01000035_gene2145;COG=-;KEGG=- +MGYG000000001_30 Prodigal:2.6 CDS 10814 12199 . + 0 ID=MGYG000000001_01983;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01983;product=hypothetical protein;eggNOG=1391646.AVSU01000035_gene2144;COG=-;KEGG=-;Pfam=PF12389;InterPro=IPR022121 +MGYG000000001_30 Prodigal:2.6 CDS 12253 12750 . + 0 ID=MGYG000000001_01984;eC_number=3.4.21.89;Name=sipW_1;db_xref=COG:COG0681;gene=sipW_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54506;locus_tag=MGYG000000001_01984;product=Signal peptidase I W;eggNOG=1301100.HG529413_gene2938;COG=U;KEGG=ko:K13280;Pfam=PF00717;InterPro=IPR001733,IPR015927,IPR036286 +MGYG000000001_30 Prodigal:2.6 CDS 12765 13325 . + 0 ID=MGYG000000001_01985;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01985;product=hypothetical protein;eggNOG=1391646.AVSU01000035_gene2142;COG=M;KEGG=ko:K07284;Pfam=PF04203;InterPro=IPR023365,IPR042000,IPR005754 +MGYG000000001_30 Prodigal:2.6 CDS 13373 13558 . - 0 ID=MGYG000000001_01986;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01986;product=hypothetical protein;eggNOG=1301100.HG529398_gene6808;COG=-;KEGG=- +MGYG000000001_30 Prodigal:2.6 CDS 13693 14421 . - 0 ID=MGYG000000001_01987;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01987;product=hypothetical protein;eggNOG=1151292.QEW_4218;COG=S;KEGG=-;Pfam=PF13739,PF11738;InterPro=IPR037126,IPR021729,IPR025303 +MGYG000000001_30 Prodigal:2.6 CDS 14617 15489 . + 0 ID=MGYG000000001_01988;eC_number=2.1.1.264;Name=rlmL_2;gene=rlmL_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01858;locus_tag=MGYG000000001_01988;product=Ribosomal RNA large subunit methyltransferase K/L;eggNOG=1391646.AVSU01000035_gene2138;COG=J;KEGG=ko:K06969;Pfam=PF10672;InterPro=IPR019614,IPR029063,IPR013780 +MGYG000000001_30 Prodigal:2.6 CDS 15489 16163 . + 0 ID=MGYG000000001_01989;eC_number=5.4.99.24;Name=rluC;db_xref=COG:COG0564;gene=rluC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AA39;locus_tag=MGYG000000001_01989;product=Ribosomal large subunit pseudouridine synthase C;eggNOG=1476973.JMMB01000007_gene350;COG=J;KEGG=ko:K06180;Pfam=PF00849;InterPro=IPR006145,IPR020103 +MGYG000000001_30 Prodigal:2.6 CDS 16345 16479 . - 0 ID=MGYG000000001_01990;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01990;product=hypothetical protein +MGYG000000001_30 Prodigal:2.6 CDS 16694 17401 . + 0 ID=MGYG000000001_01991;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01991;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene351;COG=S;KEGG=-;Pfam=PF12640;InterPro=IPR024131 +MGYG000000001_30 Prodigal:2.6 CDS 17487 17984 . + 0 ID=MGYG000000001_01992;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01992;product=hypothetical protein;eggNOG=272563.CD630_35710;COG=S;KEGG=-;Pfam=PF02810;InterPro=IPR004027 +MGYG000000001_30 Prodigal:2.6 CDS 18074 18895 . - 0 ID=MGYG000000001_01993;eC_number=4.2.1.70;Name=psuG;db_xref=COG:COG2313;gene=psuG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33025;locus_tag=MGYG000000001_01993;product=Pseudouridine-5'-phosphate glycosidase;eggNOG=1301100.HG529412_gene318;COG=Q;KEGG=ko:K16329;Pfam=PF04227;InterPro=IPR007342,IPR022830 +MGYG000000001_30 Prodigal:2.6 CDS 18889 19983 . - 0 ID=MGYG000000001_01994;eC_number=2.7.1.83;Name=psuK_2;db_xref=COG:COG0524;gene=psuK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30235;locus_tag=MGYG000000001_01994;product=Pseudouridine kinase;eggNOG=1301100.HG529412_gene317;COG=G;KEGG=ko:K00852,ko:K16328;Pfam=PF13412,PF00294;InterPro=IPR011611,IPR002173,IPR036390,IPR029056,IPR036388 +MGYG000000001_30 Prodigal:2.6 CDS 20157 21017 . + 0 ID=MGYG000000001_01995;eC_number=3.4.-.-;Name=yabG;gene=yabG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37548;locus_tag=MGYG000000001_01995;product=Sporulation-specific protease YabG;eggNOG=1301100.HG529412_gene316;COG=S;KEGG=ko:K06436;Pfam=PF05582;InterPro=IPR008764 +MGYG000000001_30 Prodigal:2.6 CDS 21162 21428 . + 0 ID=MGYG000000001_01996;Name=veg;db_xref=COG:COG4466;gene=veg;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37466;locus_tag=MGYG000000001_01996;product=Protein Veg;eggNOG=1151292.QEW_4202;COG=S;KEGG=-;Pfam=PF06257;InterPro=IPR009366 +MGYG000000001_30 Prodigal:2.6 CDS 21524 23074 . + 0 ID=MGYG000000001_01997;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_01997;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene358;COG=M;KEGG=-;Pfam=PF12673,PF01476;InterPro=IPR018392,IPR024300,IPR036779 +MGYG000000001_30 Prodigal:2.6 CDS 23185 24066 . + 0 ID=MGYG000000001_01998;eC_number=2.7.1.148;Name=ispE;db_xref=COG:COG1947;gene=ispE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WKG7;locus_tag=MGYG000000001_01998;product=4-diphosphocytidyl-2-C-methyl-D-erythritol kinase;eggNOG=1476973.JMMB01000007_gene359;COG=F;KEGG=ko:K00919;Pfam=PF08544,PF00288;InterPro=IPR036554,IPR020568,IPR006204,IPR013750,IPR004424,IPR014721 +MGYG000000001_30 Prodigal:2.6 CDS 24059 24739 . + 0 ID=MGYG000000001_01999;Name=gntR;gene=gntR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8GAL4;locus_tag=MGYG000000001_01999;product=putative D-xylose utilization operon transcriptional repressor;eggNOG=1301100.HG529411_gene341;COG=K;KEGG=-;Pfam=PF00392,PF07729;InterPro=IPR011711,IPR000485,IPR008920,IPR036390,IPR036388,IPR000524 +MGYG000000001_30 Prodigal:2.6 CDS 24891 25547 . + 0 ID=MGYG000000001_02000;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02000;product=hypothetical protein;eggNOG=1408823.AXUS01000014_gene1283;COG=S;KEGG=ko:K06387;Pfam=PF09551;InterPro=IPR014202 +MGYG000000001_30 Prodigal:2.6 CDS 25578 26090 . + 0 ID=MGYG000000001_02001;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02001;product=hypothetical protein;eggNOG=1301100.HG529411_gene339;COG=M;KEGG=ko:K01449;Pfam=PF07486;InterPro=IPR042047,IPR011105 +MGYG000000001_30 Prodigal:2.6 CDS 26228 27295 . + 0 ID=MGYG000000001_02002;eC_number=6.3.2.4;Name=ddl_3;db_xref=COG:COG1181;gene=ddl_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HEB7;locus_tag=MGYG000000001_02002;product=D-alanine--D-alanine ligase;eggNOG=1301100.HG529411_gene338;COG=F;KEGG=ko:K01921;Pfam=PF01820,PF07478;InterPro=IPR011095,IPR000291,IPR011761,IPR011127,IPR005905,IPR013815,IPR016185 +MGYG000000001_30 Prodigal:2.6 CDS 27309 28118 . + 0 ID=MGYG000000001_02003;eC_number=5.1.1.3;Name=murI;db_xref=COG:COG0796;gene=murI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63640;locus_tag=MGYG000000001_02003;product=Glutamate racemase;eggNOG=1476973.JMMB01000007_gene364;COG=M;KEGG=ko:K01776;Pfam=PF01177;InterPro=IPR018187,IPR015942,IPR033134,IPR001920,IPR004391 +MGYG000000001_30 Prodigal:2.6 CDS 28188 28598 . + 0 ID=MGYG000000001_02004;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02004;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene365;COG=S;KEGG=-;Pfam=PF09148;InterPro=IPR015231,IPR012674 +MGYG000000001_30 Prodigal:2.6 CDS 28786 30171 . + 0 ID=MGYG000000001_02005;eC_number=6.3.4.19;Name=tilS;db_xref=COG:COG0037;gene=tilS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5L3T3;locus_tag=MGYG000000001_02005;product=tRNA(Ile)-lysidine synthase;eggNOG=272563.CD630_35600;COG=J;KEGG=ko:K04075;Pfam=PF03483,PF01171;InterPro=IPR012796,IPR014729,IPR005146,IPR011063,IPR020825,IPR012094,IPR012795 +MGYG000000001_30 Prodigal:2.6 CDS 30204 32174 . + 0 ID=MGYG000000001_02006;eC_number=3.4.24.-;Name=ftsH;db_xref=COG:COG0465;gene=ftsH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37476;locus_tag=MGYG000000001_02006;product=ATP-dependent zinc metalloprotease FtsH;eggNOG=1301100.HG529411_gene334;COG=O;KEGG=ko:K03798;Pfam=PF01434,PF00004,PF17862;InterPro=IPR005936,IPR003593,IPR041569,IPR037219,IPR000642,IPR027417,IPR003959,IPR003960 +MGYG000000001_30 Prodigal:2.6 CDS 32287 33264 . + 0 ID=MGYG000000001_02007;eC_number=6.3.4.15;Name=birA;db_xref=COG:COG0340;gene=birA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0CI75;locus_tag=MGYG000000001_02007;product=Bifunctional ligase/repressor BirA;eggNOG=1301100.HG529411_gene333;COG=HK;KEGG=ko:K03524;Pfam=PF03099,PF08279;InterPro=IPR013196,IPR008988,IPR030855,IPR036390,IPR004143,IPR036388,IPR011991,IPR004408 +MGYG000000001_30 Prodigal:2.6 CDS 33251 34222 . + 0 ID=MGYG000000001_02008;eC_number=3.4.11.-;db_xref=COG:COG3191;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WM23;locus_tag=MGYG000000001_02008;product=putative aminopeptidase;eggNOG=1301100.HG529411_gene332;COG=EQ;KEGG=-;Pfam=PF03576;InterPro=IPR016117,IPR005321 +MGYG000000001_30 Prodigal:2.6 CDS 34383 34985 . + 0 ID=MGYG000000001_02009;Name=panT;db_xref=COG:COG4684;gene=panT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A2RIQ0;locus_tag=MGYG000000001_02009;product=Pantothenic acid transporter PanT;eggNOG=1391646.AVSU01000035_gene2115;COG=S;KEGG=-;Pfam=PF12822;InterPro=IPR024529 +MGYG000000001_30 Prodigal:2.6 CDS 35003 35773 . + 0 ID=MGYG000000001_02010;eC_number=2.7.1.33;Name=coaX;db_xref=COG:COG1521;gene=coaX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81VX4;locus_tag=MGYG000000001_02010;product=Type III pantothenate kinase;eggNOG=1301100.HG529411_gene330;COG=F;KEGG=ko:K03525;Pfam=PF03309;InterPro=IPR004619 +MGYG000000001_30 Prodigal:2.6 CDS 36020 36994 . + 0 ID=MGYG000000001_02011;eC_number=1.3.1.-;Name=dus;db_xref=COG:COG0042;gene=dus;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WNS7;locus_tag=MGYG000000001_02011;product=putative tRNA-dihydrouridine synthase;eggNOG=1476973.JMMB01000007_gene371;COG=H;KEGG=ko:K05540;Pfam=PF01207;InterPro=IPR004652,IPR018517,IPR024036,IPR013785,IPR035587,IPR001269 +MGYG000000001_30 Prodigal:2.6 CDS 37086 37565 . + 0 ID=MGYG000000001_02012;Name=greA;db_xref=COG:COG0782;gene=greA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80240;locus_tag=MGYG000000001_02012;product=Transcription elongation factor GreA;eggNOG=1301100.HG529411_gene328;COG=K;KEGG=ko:K03624;Pfam=PF03449,PF01272;InterPro=IPR023459,IPR036805,IPR022691,IPR006359,IPR036953,IPR028624,IPR001437,IPR018151 +MGYG000000001_30 Prodigal:2.6 CDS 37581 39095 . + 0 ID=MGYG000000001_02013;eC_number=6.1.1.6;Name=lysS;gene=lysS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RHV9;locus_tag=MGYG000000001_02013;product=Lysine--tRNA ligase;eggNOG=1391646.AVSU01000035_gene2111;COG=J;KEGG=ko:K04567;Pfam=PF01336,PF00152;InterPro=IPR018149,IPR004365,IPR002313,IPR034762,IPR012340,IPR004364,IPR006195 +MGYG000000001_30 Prodigal:2.6 CDS 39332 39517 . + 0 ID=MGYG000000001_02014;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02014;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene374;COG=-;KEGG=- +MGYG000000001_31 INFERNAL:1.1.2 ncRNA 33953 36852 . - . ID=MGYG000000001_31_ncRNA30;inference=Rfam:14.6;locus_tag=MGYG000000001_31_ncRNA30;product=Bacterial large subunit ribosomal RNA;rfam=RF02541 +MGYG000000001_31 INFERNAL:1.1.2 ncRNA 37152 38651 . - . ID=MGYG000000001_31_ncRNA31;inference=Rfam:14.6;locus_tag=MGYG000000001_31_ncRNA31;product=Bacterial small subunit ribosomal RNA;rfam=RF00177 +MGYG000000001_31 INFERNAL:1.1.2 ncRNA 33701 33802 . - . ID=MGYG000000001_31_ncRNA32;inference=Rfam:14.6;locus_tag=MGYG000000001_31_ncRNA32;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_31 INFERNAL:1.1.2 ncRNA 33823 33889 . - . ID=MGYG000000001_31_ncRNA33;inference=Rfam:14.6;locus_tag=MGYG000000001_31_ncRNA33;product=tRNA;rfam=RF00005 +MGYG000000001_31 Prodigal:2.6 CDS 174 392 . - 0 ID=MGYG000000001_02015;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02015;product=hypothetical protein;eggNOG=1301100.HG529375_gene4037;COG=-;KEGG=- +MGYG000000001_31 Prodigal:2.6 CDS 511 1515 . - 0 ID=MGYG000000001_02016;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02016;product=hypothetical protein;eggNOG=1301100.HG529375_gene4038;COG=S;KEGG=-;Pfam=PF04245;InterPro=IPR007358 +MGYG000000001_31 Prodigal:2.6 CDS 1534 2436 . - 0 ID=MGYG000000001_02017;eC_number=5.4.99.23;Name=rluD_1;db_xref=COG:COG0564;gene=rluD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33643;locus_tag=MGYG000000001_02017;product=Ribosomal large subunit pseudouridine synthase D;eggNOG=1301100.HG529375_gene4039;COG=J;KEGG=ko:K06177,ko:K06180;Pfam=PF00849;InterPro=IPR006145,IPR006225,IPR020103,IPR002942,IPR006224 +MGYG000000001_31 Prodigal:2.6 CDS 2631 3791 . - 0 ID=MGYG000000001_02018;Name=tetA;gene=tetA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P02981;locus_tag=MGYG000000001_02018;product=Tetracycline resistance protein%2C class C;eggNOG=1415774.U728_363;COG=EGP;KEGG=ko:K08151,ko:K08153;Pfam=PF07690;InterPro=IPR011701,IPR036259,IPR020846,IPR001958 +MGYG000000001_31 Prodigal:2.6 CDS 3994 4437 . - 0 ID=MGYG000000001_02019;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02019;product=hypothetical protein;eggNOG=1301100.HG529417_gene2992;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_31 Prodigal:2.6 CDS 4840 4965 . - 0 ID=MGYG000000001_02020;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02020;product=hypothetical protein +MGYG000000001_31 Prodigal:2.6 CDS 4987 5283 . - 0 ID=MGYG000000001_02021;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02021;product=hypothetical protein;eggNOG=913865.DOT_3590;COG=-;KEGG=- +MGYG000000001_31 Prodigal:2.6 CDS 5323 6585 . - 0 ID=MGYG000000001_02022;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02022;product=hypothetical protein;eggNOG=272563.CD630_10510;COG=S;KEGG=-;Pfam=PF13346;InterPro=IPR025699 +MGYG000000001_31 Prodigal:2.6 CDS 6587 7165 . - 0 ID=MGYG000000001_02023;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02023;product=hypothetical protein +MGYG000000001_31 Prodigal:2.6 CDS 7158 7793 . - 0 ID=MGYG000000001_02024;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02024;product=hypothetical protein;eggNOG=272563.CD630_10510;COG=S;KEGG=-;Pfam=PF13346;InterPro=IPR025699 +MGYG000000001_31 Prodigal:2.6 CDS 7814 8668 . - 0 ID=MGYG000000001_02025;eC_number=3.6.3.33;Name=btuD_8;gene=btuD_8;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_02025;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=1151292.QEW_1445;COG=V;KEGG=-;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_31 Prodigal:2.6 CDS 8673 9044 . - 0 ID=MGYG000000001_02026;Name=ytrA_2;db_xref=COG:COG1725;gene=ytrA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34712;locus_tag=MGYG000000001_02026;product=HTH-type transcriptional repressor YtrA;eggNOG=457396.CSBG_00616;COG=K;KEGG=ko:K07979;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_31 Prodigal:2.6 CDS 9205 10005 . + 0 ID=MGYG000000001_02027;eC_number=2.7.1.23;Name=nadK1_1;db_xref=COG:COG0061;gene=nadK1_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8Y8D7;locus_tag=MGYG000000001_02027;product=NAD kinase 1;eggNOG=1301100.HG529375_gene4040;COG=H;KEGG=ko:K00858;Pfam=PF01513;InterPro=IPR016064,IPR017437,IPR017438,IPR002504 +MGYG000000001_31 Prodigal:2.6 CDS 10026 10589 . + 0 ID=MGYG000000001_02028;eC_number=3.1.4.-;Name=yfcE;db_xref=COG:COG0622;gene=yfcE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67095;locus_tag=MGYG000000001_02028;product=Phosphodiesterase YfcE;eggNOG=1476973.JMMB01000007_gene2808;COG=S;KEGG=ko:K07095;Pfam=PF12850;InterPro=IPR000979,IPR029052,IPR041802,IPR024654 +MGYG000000001_31 Prodigal:2.6 CDS 10658 11881 . - 0 ID=MGYG000000001_02029;eC_number=3.4.11.4;Name=pepT_2;db_xref=COG:COG2195;gene=pepT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81WU4;locus_tag=MGYG000000001_02029;product=Peptidase T;eggNOG=1301100.HG529375_gene4042;COG=E;KEGG=ko:K01258;Pfam=PF07687,PF01546;InterPro=IPR036264,IPR010161,IPR001261,IPR011650,IPR002933 +MGYG000000001_31 Prodigal:2.6 CDS 11946 12998 . - 0 ID=MGYG000000001_02030;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A1W5X0D5;locus_tag=MGYG000000001_02030;product=Sodium-lithium/proton antiporter;eggNOG=1151292.QEW_1440;COG=D;KEGG=-;Pfam=PF01594;InterPro=IPR014227,IPR002549 +MGYG000000001_31 Prodigal:2.6 CDS 13080 14336 . - 0 ID=MGYG000000001_02031;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q57017;locus_tag=MGYG000000001_02031;note=UPF0053 protein HI_0107;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2810;COG=S;KEGG=ko:K03699;Pfam=PF01595,PF03471,PF00571;InterPro=IPR036318,IPR000644,IPR005170,IPR002550,IPR016169 +MGYG000000001_31 Prodigal:2.6 CDS 14624 15298 . + 0 ID=MGYG000000001_02032;eC_number=1.7.1.4;Name=nasD_2;db_xref=COG:COG1251;gene=nasD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42435;locus_tag=MGYG000000001_02032;product=Nitrite reductase [NAD(P)H];eggNOG=1301100.HG529375_gene4044;COG=C;KEGG=-;Pfam=PF03460,PF01077;InterPro=IPR006067,IPR006066,IPR005117,IPR017220,IPR036136 +MGYG000000001_31 Prodigal:2.6 CDS 15663 19193 . - 0 ID=MGYG000000001_02033;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02033;product=hypothetical protein;eggNOG=272563.CD630_10430;COG=L;KEGG=ko:K03546;Pfam=PF13558,PF13476;InterPro=IPR038729,IPR027417 +MGYG000000001_31 Prodigal:2.6 CDS 19180 20394 . - 0 ID=MGYG000000001_02034;Name=sbcD;db_xref=COG:COG0420;gene=sbcD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FYT4;locus_tag=MGYG000000001_02034;product=Nuclease SbcCD subunit D;eggNOG=272563.CD630_10420;COG=L;KEGG=ko:K03547;Pfam=PF00149;InterPro=IPR004843,IPR029052,IPR004593,IPR041796 +MGYG000000001_31 Prodigal:2.6 CDS 20420 24439 . - 0 ID=MGYG000000001_02035;eC_number=3.6.4.12;Name=addA;gene=addA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01451;locus_tag=MGYG000000001_02035;product=ATP-dependent helicase/nuclease subunit A;eggNOG=1301100.HG529377_gene4064;COG=L;KEGG=ko:K16898;Pfam=PF12705,PF13361,PF00580;InterPro=IPR014016,IPR034739,IPR014152,IPR011335,IPR014017,IPR000212,IPR027417,IPR011604,IPR038726 +MGYG000000001_31 Prodigal:2.6 CDS 24439 27894 . - 0 ID=MGYG000000001_02036;eC_number=3.1.-.-;Name=addB;db_xref=COG:COG3857;gene=addB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23477;locus_tag=MGYG000000001_02036;product=ATP-dependent helicase/deoxyribonuclease subunit B;eggNOG=1151292.QEW_1435;COG=L;KEGG=ko:K16899;Pfam=PF12705,PF04257;InterPro=IPR014016,IPR011335,IPR014017,IPR000212,IPR027417,IPR038726,IPR014140 +MGYG000000001_31 Prodigal:2.6 CDS 27909 28631 . - 0 ID=MGYG000000001_02037;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02037;product=hypothetical protein;eggNOG=1151292.QEW_1434;COG=L;KEGG=-;Pfam=PF12705;InterPro=IPR038726,IPR020392 +MGYG000000001_31 Prodigal:2.6 CDS 28637 30844 . - 0 ID=MGYG000000001_02038;eC_number=3.6.4.12;Name=pcrA_1;gene=pcrA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64319;locus_tag=MGYG000000001_02038;product=ATP-dependent DNA helicase PcrA;eggNOG=1476973.JMMB01000007_gene2828;COG=L;KEGG=ko:K03657;Pfam=PF00580,PF13361;InterPro=IPR014016,IPR034739,IPR014017,IPR000212,IPR013986,IPR027417 +MGYG000000001_31 Prodigal:2.6 CDS 30837 32747 . - 0 ID=MGYG000000001_02039;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02039;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2829;COG=L;KEGG=- +MGYG000000001_31 Prodigal:2.6 CDS 32924 33106 . - 0 ID=MGYG000000001_02040;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02040;product=hypothetical protein +MGYG000000001_31 Prodigal:2.6 CDS 33154 33600 . - 0 ID=MGYG000000001_02041;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02041;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2830;COG=-;KEGG=- +MGYG000000001_31 Prodigal:2.6 CDS 39042 39233 . + 0 ID=MGYG000000001_02046;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02046;product=hypothetical protein;eggNOG=272563.CD630_34391;COG=-;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 264 542 . + 0 ID=MGYG000000001_02047;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02047;product=hypothetical protein;InterPro=IPR036388,IPR036390 +MGYG000000001_32 Prodigal:2.6 CDS 982 2658 . + 0 ID=MGYG000000001_02048;eC_number=1.7.99.1;Name=hcp_1;db_xref=COG:COG1151;gene=hcp_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01770;locus_tag=MGYG000000001_02048;product=Hydroxylamine reductase;eggNOG=1414720.CBYM010000012_gene2588;COG=C;KEGG=ko:K05601;Pfam=PF03063;InterPro=IPR010048,IPR011254,IPR016100,IPR016099,IPR004137 +MGYG000000001_32 Prodigal:2.6 CDS 2678 2965 . + 0 ID=MGYG000000001_02049;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02049;product=hypothetical protein;eggNOG=1292035.H476_1382;COG=S;KEGG=-;Pfam=PF07883;InterPro=IPR013096,IPR011051,IPR014710 +MGYG000000001_32 Prodigal:2.6 CDS 3099 3293 . + 0 ID=MGYG000000001_02050;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02050;product=hypothetical protein;eggNOG=1292035.H476_1382;COG=S;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 3321 3509 . + 0 ID=MGYG000000001_02051;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02051;product=hypothetical protein;eggNOG=1391646.AVSU01000160_gene186;COG=C;KEGG=ko:K05337;Pfam=PF13370;InterPro=IPR001080,IPR017900,IPR017896 +MGYG000000001_32 Prodigal:2.6 CDS 3973 6723 . - 0 ID=MGYG000000001_02052;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02052;product=hypothetical protein;eggNOG=445973.CLOBAR_01574;COG=-;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 6767 8083 . - 0 ID=MGYG000000001_02053;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02053;product=hypothetical protein;eggNOG=445973.CLOBAR_01573;COG=L;KEGG=-;InterPro=IPR011010,IPR013762 +MGYG000000001_32 Prodigal:2.6 CDS 8273 8473 . + 0 ID=MGYG000000001_02054;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02054;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2066;COG=L;KEGG=-;InterPro=IPR023211,IPR012337,IPR036397 +MGYG000000001_32 Prodigal:2.6 CDS 8558 9475 . - 0 ID=MGYG000000001_02055;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02055;product=hypothetical protein;eggNOG=1301100.HG529358_gene2030;COG=S;KEGG=-;Pfam=PF11155;InterPro=IPR021328 +MGYG000000001_32 Prodigal:2.6 CDS 9596 10519 . - 0 ID=MGYG000000001_02056;eC_number=3.6.3.-;Name=msbA;db_xref=COG:COG1132;gene=msbA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60752;locus_tag=MGYG000000001_02056;product=Lipid A export ATP-binding/permease protein MsbA;eggNOG=1301100.HG529274_gene1744;COG=V;KEGG=ko:K06148;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871 +MGYG000000001_32 Prodigal:2.6 CDS 10673 10933 . + 0 ID=MGYG000000001_02057;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02057;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 10930 11298 . - 0 ID=MGYG000000001_02058;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02058;product=hypothetical protein;eggNOG=1301100.HG529274_gene1744;COG=V;KEGG=ko:K06148;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871 +MGYG000000001_32 Prodigal:2.6 CDS 11579 12664 . + 0 ID=MGYG000000001_02059;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02059;product=hypothetical protein;eggNOG=1292035.H476_0156;COG=S;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 12818 13072 . + 0 ID=MGYG000000001_02060;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02060;product=hypothetical protein;eggNOG=1216932.CM240_3316;COG=M;KEGG=ko:K01185,ko:K07273;Pfam=PF01183;InterPro=IPR002053,IPR018077,IPR017853 +MGYG000000001_32 Prodigal:2.6 CDS 13205 13477 . + 0 ID=MGYG000000001_02061;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02061;product=hypothetical protein;eggNOG=1216932.CM240_3316;COG=M;KEGG=ko:K01185,ko:K07273;Pfam=PF01183;InterPro=IPR002053,IPR018077,IPR017853 +MGYG000000001_32 Prodigal:2.6 CDS 13507 13806 . - 0 ID=MGYG000000001_02062;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02062;product=hypothetical protein;eggNOG=1301100.HG529237_gene7236;COG=C;KEGG=ko:K00362,ko:K02192;Pfam=PF04324;InterPro=IPR007419,IPR041854 +MGYG000000001_32 Prodigal:2.6 CDS 14015 14281 . + 0 ID=MGYG000000001_02063;Name=crh;db_xref=COG:COG1925;gene=crh;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06976;locus_tag=MGYG000000001_02063;product=HPr-like protein Crh;eggNOG=1476973.JMMB01000007_gene2109;COG=G;KEGG=-;Pfam=PF00381;InterPro=IPR000032,IPR035895 +MGYG000000001_32 Prodigal:2.6 CDS 14689 15225 . + 0 ID=MGYG000000001_02064;Name=codB;db_xref=COG:COG1457;gene=codB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AA82;locus_tag=MGYG000000001_02064;product=Cytosine permease;eggNOG=1301100.HG529262_gene697;COG=F;KEGG=ko:K10974;Pfam=PF02133;InterPro=IPR001248,IPR038271,IPR030191 +MGYG000000001_32 Prodigal:2.6 CDS 15970 16542 . + 0 ID=MGYG000000001_02065;eC_number=3.5.4.1;Name=codA;db_xref=COG:COG0402;gene=codA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P25524;locus_tag=MGYG000000001_02065;product=Cytosine deaminase;eggNOG=1301100.HG529262_gene698;COG=F;KEGG=ko:K01485;Pfam=PF07969;InterPro=IPR013108,IPR011059,IPR032466 +MGYG000000001_32 Prodigal:2.6 CDS 16672 17061 . + 0 ID=MGYG000000001_02066;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02066;product=hypothetical protein;eggNOG=509191.AEDB02000034_gene2323;COG=-;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 17193 17312 . + 0 ID=MGYG000000001_02067;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02067;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 17625 18356 . - 0 ID=MGYG000000001_02068;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02068;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 18525 19346 . + 0 ID=MGYG000000001_02069;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02069;product=hypothetical protein;eggNOG=1408823.AXUS01000011_gene2085;COG=-;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 19434 20111 . + 0 ID=MGYG000000001_02070;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02070;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 20142 20960 . + 0 ID=MGYG000000001_02071;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02071;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 20984 21721 . + 0 ID=MGYG000000001_02072;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02072;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 21736 22305 . + 0 ID=MGYG000000001_02073;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02073;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 22457 23620 . + 0 ID=MGYG000000001_02074;eC_number=3.-.-.-;Name=yxeP_2;db_xref=COG:COG1473;gene=yxeP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54955;locus_tag=MGYG000000001_02074;product=putative hydrolase YxeP;eggNOG=272563.CD630_10860;COG=E;KEGG=ko:K01436;Pfam=PF07687,PF01546;InterPro=IPR011650,IPR036264,IPR017439,IPR002933 +MGYG000000001_32 Prodigal:2.6 CDS 23849 25270 . + 0 ID=MGYG000000001_02075;eC_number=1.1.3.15;Name=lhgO_2;gene=lhgO_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00990;locus_tag=MGYG000000001_02075;product=L-2-hydroxyglutarate oxidase LhgO;eggNOG=1391646.AVSU01000150_gene2718;COG=S;KEGG=ko:K00111;Pfam=PF04324,PF01266;InterPro=IPR036188,IPR007419,IPR006076,IPR041854 +MGYG000000001_32 Prodigal:2.6 CDS 25273 26172 . + 0 ID=MGYG000000001_02076;eC_number=1.18.1.2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01685;locus_tag=MGYG000000001_02076;product=Ferredoxin--NADP reductase;eggNOG=1292035.H476_2918;COG=C;KEGG=-;Pfam=PF07992;InterPro=IPR036188,IPR023753 +MGYG000000001_32 Prodigal:2.6 CDS 26355 26792 . + 0 ID=MGYG000000001_02077;Name=slyA_4;gene=slyA_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01819;locus_tag=MGYG000000001_02077;product=Transcriptional regulator SlyA;eggNOG=1476973.JMMB01000007_gene3012;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR023187,IPR036388,IPR036390 +MGYG000000001_32 Prodigal:2.6 CDS 26804 28186 . + 0 ID=MGYG000000001_02078;Name=mepA_8;gene=mepA_8;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_02078;product=Multidrug export protein MepA;eggNOG=1292035.H476_1822;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_32 Prodigal:2.6 CDS 28362 28523 . + 0 ID=MGYG000000001_02079;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02079;product=hypothetical protein;eggNOG=1292035.H476_0641;COG=-;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 28657 29469 . + 0 ID=MGYG000000001_02080;Name=natA;db_xref=COG:COG4555;gene=natA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46903;locus_tag=MGYG000000001_02080;product=ABC transporter ATP-binding protein NatA;eggNOG=1391646.AVSU01000150_gene2716;COG=CP;KEGG=ko:K09697;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_32 Prodigal:2.6 CDS 29471 31492 . + 0 ID=MGYG000000001_02081;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02081;product=hypothetical protein;eggNOG=1301100.HG529236_gene7281;COG=CP;KEGG=ko:K09696;Pfam=PF02517,PF12679;InterPro=IPR003675,IPR032688 +MGYG000000001_32 Prodigal:2.6 CDS 31603 32037 . + 0 ID=MGYG000000001_02082;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02082;product=hypothetical protein +MGYG000000001_32 Prodigal:2.6 CDS 32242 32607 . + 0 ID=MGYG000000001_02083;Name=ytrA_3;db_xref=COG:COG1725;gene=ytrA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34712;locus_tag=MGYG000000001_02083;product=HTH-type transcriptional repressor YtrA;eggNOG=1301100.HG529265_gene650;COG=K;KEGG=-;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_32 Prodigal:2.6 CDS 32610 33308 . + 0 ID=MGYG000000001_02084;Name=ytrB_2;db_xref=COG:COG1131;gene=ytrB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34641;locus_tag=MGYG000000001_02084;product=ABC transporter ATP-binding protein YtrB;eggNOG=1408823.AXUS01000015_gene1453;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_32 Prodigal:2.6 CDS 33302 34120 . + 0 ID=MGYG000000001_02085;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02085;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2894;COG=V;KEGG=- +MGYG000000001_32 Prodigal:2.6 CDS 34265 35539 . + 0 ID=MGYG000000001_02086;eC_number=2.8.1.7;Name=sufS;db_xref=COG:COG0520;gene=sufS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32164;locus_tag=MGYG000000001_02086;product=Cysteine desulfurase SufS;eggNOG=1301100.HG529238_gene7228;COG=E;KEGG=-;Pfam=PF00266;InterPro=IPR000192,IPR015422,IPR015424,IPR015421,IPR020578 +MGYG000000001_32 Prodigal:2.6 CDS 35727 36443 . + 0 ID=MGYG000000001_02087;Name=ypdB_2;db_xref=COG:COG3279;gene=ypdB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AE39;locus_tag=MGYG000000001_02087;product=Transcriptional regulatory protein YpdB;eggNOG=1301100.HG529407_gene266;COG=KT;KEGG=ko:K02477;Pfam=PF00072,PF04397;InterPro=IPR001789,IPR011006,IPR007492 +MGYG000000001_32 Prodigal:2.6 CDS 36533 37753 . + 0 ID=MGYG000000001_02088;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02088;product=hypothetical protein;eggNOG=1292035.H476_2912;COG=T;KEGG=-;Pfam=PF14501;InterPro=IPR036890,IPR032834 +MGYG000000001_32 Prodigal:2.6 CDS 37774 38565 . + 0 ID=MGYG000000001_02089;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02089;product=hypothetical protein;eggNOG=1301100.HG529407_gene264;COG=S;KEGG=-;Pfam=PF10086;InterPro=IPR011397 +MGYG000000001_33 Prodigal:2.6 CDS 434 1921 . + 0 ID=MGYG000000001_02090;eC_number=4.1.1.19;Name=speA_2;db_xref=COG:COG1982;gene=speA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21885;locus_tag=MGYG000000001_02090;product=Arginine decarboxylase;eggNOG=1391646.AVSU01000074_gene2784;COG=E;KEGG=ko:K01585;Pfam=PF03711,PF01276;InterPro=IPR036633,IPR008286,IPR015424,IPR015421,IPR000310 +MGYG000000001_33 Prodigal:2.6 CDS 1957 2370 . + 0 ID=MGYG000000001_02091;eC_number=4.1.1.50;Name=speH;db_xref=COG:COG1586;gene=speH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WZC3;locus_tag=MGYG000000001_02091;product=S-adenosylmethionine decarboxylase proenzyme;eggNOG=1292035.H476_1610;COG=E;KEGG=ko:K01611;Pfam=PF02675;InterPro=IPR016067,IPR017716,IPR003826 +MGYG000000001_33 Prodigal:2.6 CDS 2569 3420 . + 0 ID=MGYG000000001_02092;eC_number=2.5.1.16;Name=speE;db_xref=COG:COG0421;gene=speE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WZC2;locus_tag=MGYG000000001_02092;product=Polyamine aminopropyltransferase;eggNOG=1301100.HG529357_gene2056;COG=E;KEGG=ko:K00797;Pfam=PF17284,PF01564;InterPro=IPR030374,IPR029063,IPR001045,IPR037163,IPR035246,IPR030373 +MGYG000000001_33 Prodigal:2.6 CDS 3410 4291 . + 0 ID=MGYG000000001_02093;eC_number=3.5.3.11;Name=speB;db_xref=COG:COG0010;gene=speB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P70999;locus_tag=MGYG000000001_02093;product=Agmatinase;eggNOG=1301100.HG529357_gene2055;COG=E;KEGG=ko:K01480;Pfam=PF00491;InterPro=IPR020855,IPR023696,IPR006035,IPR005925 +MGYG000000001_33 Prodigal:2.6 CDS 4310 5512 . + 0 ID=MGYG000000001_02094;eC_number=2.5.1.6;Name=metK_2;gene=metK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66767;locus_tag=MGYG000000001_02094;product=S-adenosylmethionine synthase;eggNOG=445973.CLOBAR_00743;COG=H;KEGG=ko:K00789;Pfam=PF00438,PF02772,PF02773;InterPro=IPR002133,IPR022636,IPR022630,IPR022631,IPR022629,IPR022628 +MGYG000000001_33 Prodigal:2.6 CDS 5765 6874 . + 0 ID=MGYG000000001_02095;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02095;product=hypothetical protein;eggNOG=1117108.PAALTS15_10879;COG=P;KEGG=ko:K02055;Pfam=PF13343 +MGYG000000001_33 Prodigal:2.6 CDS 6927 7670 . + 0 ID=MGYG000000001_02096;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02096;product=hypothetical protein;eggNOG=1120973.AQXL01000124_gene2345;COG=S;KEGG=-;Pfam=PF01663;InterPro=IPR017850,IPR002591 +MGYG000000001_33 Prodigal:2.6 CDS 7683 8531 . + 0 ID=MGYG000000001_02097;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02097;product=hypothetical protein;eggNOG=1340434.AXVA01000008_gene3652;COG=P;KEGG=ko:K02054;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_33 Prodigal:2.6 CDS 8531 9394 . + 0 ID=MGYG000000001_02098;Name=phnV;db_xref=COG:COG1177;gene=phnV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96065;locus_tag=MGYG000000001_02098;product=Putative 2-aminoethylphosphonate transport system permease protein PhnV;eggNOG=891968.Anamo_1084;COG=P;KEGG=ko:K02053,ko:K02054;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_33 Prodigal:2.6 CDS 9396 10439 . + 0 ID=MGYG000000001_02099;eC_number=3.6.3.31;Name=potA_1;db_xref=COG:COG3842;gene=potA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P69874;locus_tag=MGYG000000001_02099;product=Spermidine/putrescine import ATP-binding protein PotA;eggNOG=469616.FMAG_01419;COG=P;KEGG=-;Pfam=PF00005,PF08402;InterPro=IPR003593,IPR003439,IPR008995,IPR013611,IPR027417,IPR017871 +MGYG000000001_33 Prodigal:2.6 CDS 10459 11235 . + 0 ID=MGYG000000001_02100;eC_number=3.1.3.15;Name=hisK_2;db_xref=COG:COG1387;gene=hisK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34411;locus_tag=MGYG000000001_02100;product=Histidinol-phosphatase;eggNOG=1292035.H476_2385;COG=E;KEGG=ko:K04486;Pfam=PF02811;InterPro=IPR016195,IPR004013,IPR010140 +MGYG000000001_33 Prodigal:2.6 CDS 11301 11657 . + 0 ID=MGYG000000001_02101;Name=arsD;gene=arsD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46003;locus_tag=MGYG000000001_02101;product=Arsenical resistance operon trans-acting repressor ArsD;eggNOG=641107.CDLVIII_2019;COG=S;KEGG=-;Pfam=PF06953;InterPro=IPR036249,IPR010712 +MGYG000000001_33 Prodigal:2.6 CDS 11804 13213 . + 0 ID=MGYG000000001_02102;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02102;product=hypothetical protein;eggNOG=1196322.A370_05908;COG=S;KEGG=ko:K06990,ko:K09141;Pfam=PF02900,PF01871;InterPro=IPR004183,IPR002733,IPR027485,IPR036071,IPR027623,IPR023473 +MGYG000000001_33 Prodigal:2.6 CDS 13215 14201 . + 0 ID=MGYG000000001_02103;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02103;product=hypothetical protein;eggNOG=641107.CDLVIII_2149;COG=C;KEGG=ko:K04069;Pfam=PF04055,PF13353;InterPro=IPR034457,IPR007197,IPR016431,IPR013785,IPR027596 +MGYG000000001_33 Prodigal:2.6 CDS 14297 14914 . + 0 ID=MGYG000000001_02104;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02104;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2050;COG=O;KEGG=-;Pfam=PF14344;InterPro=IPR025510 +MGYG000000001_33 Prodigal:2.6 CDS 14942 15448 . + 0 ID=MGYG000000001_02105;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02105;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene658;COG=-;KEGG=- +MGYG000000001_33 Prodigal:2.6 CDS 15632 16459 . + 0 ID=MGYG000000001_02106;eC_number=1.1.1.-;Name=yvgN;db_xref=COG:COG0656;gene=yvgN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32210;locus_tag=MGYG000000001_02106;product=Glyoxal reductase;eggNOG=1499684.CCNP01000023_gene3233;COG=K;KEGG=-;Pfam=PF00248;InterPro=IPR023210,IPR018170,IPR020471,IPR036812 +MGYG000000001_33 Prodigal:2.6 CDS 16550 16825 . - 0 ID=MGYG000000001_02107;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02107;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1841;COG=-;KEGG=- +MGYG000000001_33 Prodigal:2.6 CDS 17113 17613 . + 0 ID=MGYG000000001_02108;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02108;product=hypothetical protein +MGYG000000001_33 Prodigal:2.6 CDS 17628 18131 . + 0 ID=MGYG000000001_02109;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02109;product=hypothetical protein;eggNOG=1443122.Z958_01245;COG=K;KEGG=-;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_33 Prodigal:2.6 CDS 18213 19547 . + 0 ID=MGYG000000001_02110;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02110;product=hypothetical protein;eggNOG=445973.CLOBAR_02753;COG=M;KEGG=ko:K01185,ko:K07273;Pfam=PF01183,PF01476;InterPro=IPR018392,IPR002053,IPR018077,IPR036779,IPR017853 +MGYG000000001_33 Prodigal:2.6 CDS 19663 19911 . + 0 ID=MGYG000000001_02111;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02111;product=hypothetical protein;eggNOG=1280689.AUJC01000003_gene1028;COG=S;KEGG=- +MGYG000000001_33 Prodigal:2.6 CDS 20178 21839 . + 0 ID=MGYG000000001_02112;eC_number=1.7.99.1;Name=hcp_2;db_xref=COG:COG1151;gene=hcp_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01770;locus_tag=MGYG000000001_02112;product=Hydroxylamine reductase;eggNOG=1301100.HG529430_gene1929;COG=C;KEGG=ko:K05601;Pfam=PF03063;InterPro=IPR010048,IPR011254,IPR016100,IPR016099,IPR004137 +MGYG000000001_33 Prodigal:2.6 CDS 21863 22411 . + 0 ID=MGYG000000001_02113;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02113;product=hypothetical protein;eggNOG=1414720.CBYM010000012_gene2587;COG=S;KEGG=-;Pfam=PF01814;InterPro=IPR012312 +MGYG000000001_33 Prodigal:2.6 CDS 22424 22609 . + 0 ID=MGYG000000001_02114;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02114;product=hypothetical protein;eggNOG=1414720.CBYM010000012_gene2586;COG=D;KEGG=-;Pfam=PF08984;InterPro=IPR015077,IPR023883,IPR038062 +MGYG000000001_33 Prodigal:2.6 CDS 22806 24263 . + 0 ID=MGYG000000001_02115;eC_number=3.6.4.13;Name=dbpA_3;db_xref=COG:COG0513;gene=dbpA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42305;locus_tag=MGYG000000001_02115;product=ATP-dependent RNA helicase DbpA;eggNOG=1476973.JMMB01000007_gene2387;COG=JKL;KEGG=ko:K05592;Pfam=PF00271,PF03880,PF00270;InterPro=IPR011545,IPR014014,IPR012677,IPR005580,IPR027417,IPR001650,IPR000629,IPR014001 +MGYG000000001_33 Prodigal:2.6 CDS 24282 25145 . + 0 ID=MGYG000000001_02116;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02116;product=hypothetical protein;eggNOG=1292035.H476_0745;COG=S;KEGG=-;Pfam=PF04607;InterPro=IPR007685 +MGYG000000001_33 Prodigal:2.6 CDS 25123 25716 . + 0 ID=MGYG000000001_02117;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02117;product=hypothetical protein;eggNOG=1301100.HG529344_gene3211;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_33 Prodigal:2.6 CDS 25710 26495 . + 0 ID=MGYG000000001_02118;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02118;product=hypothetical protein;eggNOG=1301100.HG529344_gene3210;COG=-;KEGG=-;InterPro=IPR018247 +MGYG000000001_33 Prodigal:2.6 CDS 26815 27738 . + 0 ID=MGYG000000001_02119;eC_number=2.7.1.15;Name=rbsK_2;db_xref=COG:COG0524;gene=rbsK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9J6;locus_tag=MGYG000000001_02119;product=Ribokinase;eggNOG=1301100.HG529275_gene1606;COG=G;KEGG=-;Pfam=PF00294;InterPro=IPR011611,IPR029056,IPR002173,IPR002139 +MGYG000000001_33 Prodigal:2.6 CDS 27855 28499 . + 0 ID=MGYG000000001_02120;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02120;product=hypothetical protein;eggNOG=1391646.AVSU01000015_gene3016;COG=-;KEGG=- +MGYG000000001_33 Prodigal:2.6 CDS 28759 29955 . + 0 ID=MGYG000000001_02121;eC_number=6.1.1.7;Name=alaS_2;db_xref=COG:COG0013;gene=alaS_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67323;locus_tag=MGYG000000001_02121;product=Alanine--tRNA ligase;eggNOG=272563.CD630_21630;COG=J;KEGG=ko:K01872;Pfam=PF07973,PF02272;InterPro=IPR003156,IPR018163,IPR009000,IPR012947 +MGYG000000001_33 Prodigal:2.6 CDS 29975 30289 . + 0 ID=MGYG000000001_02122;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02122;product=hypothetical protein +MGYG000000001_33 Prodigal:2.6 CDS 30454 31608 . + 0 ID=MGYG000000001_02123;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02123;product=hypothetical protein;eggNOG=1301100.HG529407_gene268;COG=K;KEGG=-;Pfam=PF12844;InterPro=IPR001387,IPR010982 +MGYG000000001_33 Prodigal:2.6 CDS 31775 31951 . + 0 ID=MGYG000000001_02124;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02124;product=hypothetical protein;eggNOG=1301100.HG529391_gene5032;COG=S;KEGG=-;Pfam=PF04256;InterPro=IPR007368 +MGYG000000001_33 Prodigal:2.6 CDS 32066 32491 . + 0 ID=MGYG000000001_02125;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02125;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2216;COG=S;KEGG=-;Pfam=PF18481;InterPro=IPR041652 +MGYG000000001_33 Prodigal:2.6 CDS 32523 33257 . + 0 ID=MGYG000000001_02126;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02126;product=hypothetical protein;eggNOG=1301100.HG529282_gene6978;COG=-;KEGG=-;InterPro=IPR036895 +MGYG000000001_33 Prodigal:2.6 CDS 34474 36441 . + 0 ID=MGYG000000001_02127;eC_number=1.6.5.11;Name=ndhI_4;gene=ndhI_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01351;locus_tag=MGYG000000001_02127;product=NAD(P)H-quinone oxidoreductase subunit I%2C chloroplastic;eggNOG=445973.CLOBAR_00407;COG=C;KEGG=-;Pfam=PF12838,PF10531,PF02256,PF02906;InterPro=IPR013352,IPR009016,IPR004108,IPR003149,IPR017896,IPR037207,IPR017900,IPR019554,IPR036991 +MGYG000000001_33 Prodigal:2.6 CDS 36505 37185 . - 0 ID=MGYG000000001_02128;eC_number=3.1.3.-;Name=mupP;db_xref=COG:COG0546;gene=mupP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9HZ62;locus_tag=MGYG000000001_02128;product=N-acetylmuramic acid 6-phosphate phosphatase;eggNOG=641107.CDLVIII_1438;COG=C;KEGG=ko:K01091;Pfam=PF13419;InterPro=IPR041492,IPR006439,IPR036412,IPR023214,IPR023198 +MGYG000000001_34 Prodigal:2.6 CDS 258 641 . + 0 ID=MGYG000000001_02129;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02129;product=hypothetical protein;eggNOG=1301100.HG529232_gene7448;COG=-;KEGG=- +MGYG000000001_34 Prodigal:2.6 CDS 652 1149 . + 0 ID=MGYG000000001_02130;Name=dksA;gene=dksA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00926;locus_tag=MGYG000000001_02130;product=RNA polymerase-binding transcription factor DksA;eggNOG=1408823.AXUS01000018_gene3144;COG=T;KEGG=-;Pfam=PF01258;InterPro=IPR037187,IPR000962,IPR020458 +MGYG000000001_34 Prodigal:2.6 CDS 1178 1957 . + 0 ID=MGYG000000001_02131;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02131;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene906;COG=G;KEGG=ko:K22278;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_34 Prodigal:2.6 CDS 2022 2474 . + 0 ID=MGYG000000001_02132;eC_number=3.4.23.36;Name=lspA;db_xref=COG:COG0597;gene=lspA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00804;locus_tag=MGYG000000001_02132;product=Lipoprotein signal peptidase;eggNOG=1476973.JMMB01000007_gene907;COG=MU;KEGG=ko:K03101;Pfam=PF01252;InterPro=IPR001872 +MGYG000000001_34 Prodigal:2.6 CDS 2474 3385 . + 0 ID=MGYG000000001_02133;eC_number=5.4.99.23;Name=rluD_2;db_xref=COG:COG0564;gene=rluD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33643;locus_tag=MGYG000000001_02133;product=Ribosomal large subunit pseudouridine synthase D;eggNOG=1301100.HG529232_gene7452;COG=J;KEGG=ko:K06180;Pfam=PF01479,PF00849;InterPro=IPR006145,IPR006225,IPR020103,IPR002942,IPR036986,IPR006224 +MGYG000000001_34 Prodigal:2.6 CDS 3639 4172 . + 0 ID=MGYG000000001_02134;Name=pyrR;db_xref=COG:COG2065;gene=pyrR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39765;locus_tag=MGYG000000001_02134;product=Bifunctional protein PyrR;eggNOG=1476973.JMMB01000007_gene909;COG=F;KEGG=ko:K02825;Pfam=PF00156;InterPro=IPR000836,IPR029057,IPR023050 +MGYG000000001_34 Prodigal:2.6 CDS 4276 5520 . + 0 ID=MGYG000000001_02135;Name=uraA;db_xref=COG:COG2233;gene=uraA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AGM7;locus_tag=MGYG000000001_02135;product=Uracil permease;eggNOG=1301100.HG529232_gene7454;COG=F;KEGG=ko:K02824;Pfam=PF00860;InterPro=IPR006043,IPR029935,IPR006042 +MGYG000000001_34 Prodigal:2.6 CDS 5575 5850 . - 0 ID=MGYG000000001_02136;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02136;product=hypothetical protein;eggNOG=1415775.U729_631;COG=S;KEGG=-;Pfam=PF06961;InterPro=IPR010718,IPR012156 +MGYG000000001_34 Prodigal:2.6 CDS 6102 6446 . - 0 ID=MGYG000000001_02137;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02137;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2870;COG=-;KEGG=- +MGYG000000001_34 Prodigal:2.6 CDS 6711 7079 . + 0 ID=MGYG000000001_02138;Name=blaI;db_xref=COG:COG3682;gene=blaI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P06555;locus_tag=MGYG000000001_02138;product=Penicillinase repressor;eggNOG=1301100.HG529329_gene4504;COG=K;KEGG=ko:K02171;Pfam=PF03965;InterPro=IPR036388,IPR005650,IPR036390 +MGYG000000001_34 Prodigal:2.6 CDS 7097 7597 . + 0 ID=MGYG000000001_02139;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02139;product=hypothetical protein;eggNOG=555088.DealDRAFT_2896;COG=KT;KEGG=ko:K02172;Pfam=PF05569,PF16107;InterPro=IPR032250,IPR008756 +MGYG000000001_34 Prodigal:2.6 CDS 7642 9360 . + 0 ID=MGYG000000001_02140;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02140;product=hypothetical protein;eggNOG=555088.DealDRAFT_2896;COG=KT;KEGG=ko:K02172;Pfam=PF05569,PF16107;InterPro=IPR032250,IPR008756 +MGYG000000001_34 Prodigal:2.6 CDS 9417 11198 . - 0 ID=MGYG000000001_02141;Name=yloA;db_xref=COG:COG1293;gene=yloA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34693;locus_tag=MGYG000000001_02141;product=putative protein YloA;eggNOG=1301100.HG529232_gene7458;COG=K;KEGG=-;Pfam=PF18297,PF05670,PF05833;InterPro=IPR010979,IPR008532 +MGYG000000001_34 Prodigal:2.6 CDS 11450 12280 . + 0 ID=MGYG000000001_02142;eC_number=5.1.1.7;Name=dapF;db_xref=COG:COG0253;gene=dapF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81XR2;locus_tag=MGYG000000001_02142;product=Diaminopimelate epimerase;eggNOG=445973.CLOBAR_01453;COG=E;KEGG=ko:K01778;Pfam=PF01678;InterPro=IPR018510,IPR001653 +MGYG000000001_34 Prodigal:2.6 CDS 12282 13163 . + 0 ID=MGYG000000001_02143;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44726;locus_tag=MGYG000000001_02143;note=UPF0701 protein HI_0467;product=hypothetical protein;eggNOG=1301100.HG529232_gene7460;COG=S;KEGG=-;Pfam=PF08340,PF03755;InterPro=IPR013527,IPR005229,IPR013551 +MGYG000000001_34 Prodigal:2.6 CDS 13195 13812 . + 0 ID=MGYG000000001_02144;eC_number=2.7.4.8;Name=gmk;db_xref=COG:COG0194;gene=gmk;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HGM3;locus_tag=MGYG000000001_02144;product=Guanylate kinase;eggNOG=1476973.JMMB01000007_gene914;COG=F;KEGG=ko:K00942;Pfam=PF00625;InterPro=IPR008144,IPR020590,IPR017665,IPR027417,IPR008145 +MGYG000000001_34 Prodigal:2.6 CDS 13814 14083 . + 0 ID=MGYG000000001_02145;eC_number=2.7.7.6;Name=rpoZ;gene=rpoZ;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00366;locus_tag=MGYG000000001_02145;product=DNA-directed RNA polymerase subunit omega;eggNOG=1301100.HG529232_gene7462;COG=K;KEGG=ko:K03060;Pfam=PF01192;InterPro=IPR003716,IPR006110,IPR012293,IPR036161 +MGYG000000001_34 Prodigal:2.6 CDS 14087 15280 . + 0 ID=MGYG000000001_02146;Name=coaBC;db_xref=COG:COG0452;gene=coaBC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ABQ0;locus_tag=MGYG000000001_02146;product=Coenzyme A biosynthesis bifunctional protein CoaBC;eggNOG=1301100.HG529232_gene7463;COG=H;KEGG=ko:K01598,ko:K13038;Pfam=PF02441,PF04127;InterPro=IPR003382,IPR035929,IPR036551,IPR005252,IPR007085 +MGYG000000001_34 Prodigal:2.6 CDS 15406 17895 . + 0 ID=MGYG000000001_02147;eC_number=3.6.4.-;Name=priA;gene=priA;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00983;locus_tag=MGYG000000001_02147;product=primosomal protein N';eggNOG=1301100.HG529232_gene7464;COG=L;KEGG=ko:K04066;Pfam=PF00271,PF04851,PF17764,PF18074,PF18319;InterPro=IPR041236,IPR041222,IPR042115,IPR006935,IPR027417,IPR005259,IPR001650,IPR040498,IPR014001 +MGYG000000001_34 Prodigal:2.6 CDS 17916 18356 . + 0 ID=MGYG000000001_02148;eC_number=3.5.1.88;Name=def1;gene=def1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0A0H3KB98;locus_tag=MGYG000000001_02148;product=Peptide deformylase 1;eggNOG=1476973.JMMB01000007_gene918;COG=J;KEGG=ko:K01462;Pfam=PF01327;InterPro=IPR023635,IPR036821 +MGYG000000001_34 Prodigal:2.6 CDS 18372 19301 . + 0 ID=MGYG000000001_02149;eC_number=2.1.2.9;Name=fmt;db_xref=COG:COG0223;gene=fmt;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81WH2;locus_tag=MGYG000000001_02149;product=Methionyl-tRNA formyltransferase;eggNOG=1301100.HG529232_gene7466;COG=J;KEGG=ko:K00604;Pfam=PF02911,PF00551;InterPro=IPR041711,IPR005793,IPR036477,IPR037022,IPR001555,IPR011034,IPR005794,IPR002376 +MGYG000000001_34 Prodigal:2.6 CDS 19310 20041 . + 0 ID=MGYG000000001_02150;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02150;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene920;COG=S;KEGG=ko:K09729;Pfam=PF01976;InterPro=IPR002829 +MGYG000000001_34 Prodigal:2.6 CDS 20067 20774 . + 0 ID=MGYG000000001_02151;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02151;product=hypothetical protein;eggNOG=1301100.HG529232_gene7468;COG=S;KEGG=ko:K06973;Pfam=PF04298;InterPro=IPR007395 +MGYG000000001_34 Prodigal:2.6 CDS 20818 22278 . + 0 ID=MGYG000000001_02152;eC_number=2.1.1.176;Name=rsmB;db_xref=COG:COG0144;gene=rsmB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P36929;locus_tag=MGYG000000001_02152;product=Ribosomal RNA small subunit methyltransferase B;eggNOG=1301100.HG529232_gene7469;COG=J;KEGG=ko:K03500;Pfam=PF01029,PF17125,PF01189;InterPro=IPR029063,IPR011023,IPR004573,IPR001678,IPR023267,IPR035926,IPR031341,IPR006027 +MGYG000000001_34 Prodigal:2.6 CDS 22287 23318 . + 0 ID=MGYG000000001_02153;eC_number=2.1.1.192;Name=rlmN;gene=rlmN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A6QGB8;locus_tag=MGYG000000001_02153;product=putative dual-specificity RNA methyltransferase RlmN;eggNOG=1476973.JMMB01000007_gene923;COG=J;KEGG=ko:K06941;Pfam=PF04055,PF13394;InterPro=IPR006638,IPR007197,IPR004383,IPR040072,IPR013785,IPR027492 +MGYG000000001_34 Prodigal:2.6 CDS 23336 24088 . + 0 ID=MGYG000000001_02154;eC_number=3.1.3.16;Name=prpC;db_xref=COG:COG0631;gene=prpC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34779;locus_tag=MGYG000000001_02154;product=Protein phosphatase PrpC;eggNOG=1476973.JMMB01000007_gene924;COG=T;KEGG=ko:K20074;Pfam=PF13672;InterPro=IPR015655,IPR036457,IPR001932 +MGYG000000001_34 Prodigal:2.6 CDS 24101 25954 . + 0 ID=MGYG000000001_02155;eC_number=2.7.11.1;Name=prkC_2;db_xref=COG:COG0515;gene=prkC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34507;locus_tag=MGYG000000001_02155;product=Serine/threonine-protein kinase PrkC;eggNOG=1301100.HG529232_gene7472;COG=KLT;KEGG=ko:K12132;Pfam=PF03793,PF00069;InterPro=IPR017441,IPR000719,IPR008271,IPR011009,IPR005543 +MGYG000000001_34 Prodigal:2.6 CDS 26225 27115 . + 0 ID=MGYG000000001_02156;eC_number=3.6.1.-;Name=rsgA;db_xref=COG:COG1162;gene=rsgA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34530;locus_tag=MGYG000000001_02156;product=Small ribosomal subunit biogenesis GTPase RsgA;eggNOG=1301100.HG529233_gene7343;COG=S;KEGG=ko:K06949;Pfam=PF16745,PF03193;InterPro=IPR031944,IPR010914,IPR012340,IPR027417,IPR030378,IPR004881 +MGYG000000001_34 Prodigal:2.6 CDS 27118 27774 . + 0 ID=MGYG000000001_02157;eC_number=5.1.3.1;Name=rpe;gene=rpe;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P74061;locus_tag=MGYG000000001_02157;product=Ribulose-phosphate 3-epimerase;eggNOG=1301100.HG529233_gene7344;COG=G;KEGG=ko:K01783;Pfam=PF00834;InterPro=IPR000056,IPR026019,IPR013785,IPR011060 +MGYG000000001_34 Prodigal:2.6 CDS 27783 28430 . + 0 ID=MGYG000000001_02158;eC_number=2.7.6.2;Name=thiN;db_xref=COG:COG1564;gene=thiN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34664;locus_tag=MGYG000000001_02158;product=Thiamine pyrophosphokinase;eggNOG=1476973.JMMB01000007_gene928;COG=H;KEGG=ko:K00949;Pfam=PF04263,PF04265;InterPro=IPR007371,IPR007373,IPR006282,IPR036759,IPR036371 +MGYG000000001_34 Prodigal:2.6 CDS 28583 28732 . + 0 ID=MGYG000000001_02159;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02159;product=hypothetical protein;eggNOG=1301100.HG529233_gene7347;COG=-;KEGG=- +MGYG000000001_34 Prodigal:2.6 CDS 28986 29174 . - 0 ID=MGYG000000001_02160;Name=rpmB;db_xref=COG:COG0227;gene=rpmB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37807;locus_tag=MGYG000000001_02160;product=50S ribosomal protein L28;eggNOG=1151292.QEW_3105;COG=J;KEGG=ko:K02902;Pfam=PF00830;InterPro=IPR037147,IPR034704,IPR001383,IPR026569 +MGYG000000001_34 Prodigal:2.6 CDS 29543 29893 . + 0 ID=MGYG000000001_02161;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XA14;locus_tag=MGYG000000001_02161;product=putative protein;eggNOG=1301100.HG529233_gene7349;COG=S;KEGG=-;Pfam=PF03780;InterPro=IPR005531 +MGYG000000001_34 Prodigal:2.6 CDS 29909 31534 . + 0 ID=MGYG000000001_02162;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A5Z4;locus_tag=MGYG000000001_02162;product=putative protein;eggNOG=1301100.HG529233_gene7350;COG=S;KEGG=ko:K07030;Pfam=PF13684,PF02734;InterPro=IPR004007,IPR019986,IPR033470,IPR036117 +MGYG000000001_34 Prodigal:2.6 CDS 31600 33669 . + 0 ID=MGYG000000001_02163;eC_number=3.6.4.12;Name=recG;gene=recG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64325;locus_tag=MGYG000000001_02163;product=ATP-dependent DNA helicase RecG;eggNOG=1301100.HG529233_gene7351;COG=L;KEGG=ko:K03655;Pfam=PF00271,PF00270,PF17191;InterPro=IPR033454,IPR004609,IPR012340,IPR011545,IPR027417,IPR001650,IPR014001 +MGYG000000001_34 Prodigal:2.6 CDS 33710 34273 . + 0 ID=MGYG000000001_02164;eC_number=2.1.1.171;Name=rsmD;db_xref=COG:COG0742;gene=rsmD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44869;locus_tag=MGYG000000001_02164;product=Ribosomal RNA small subunit methyltransferase D;eggNOG=272563.CD630_25590;COG=L;KEGG=ko:K08316;Pfam=PF03602;InterPro=IPR029063,IPR004398,IPR002052 +MGYG000000001_34 Prodigal:2.6 CDS 34266 34763 . + 0 ID=MGYG000000001_02165;eC_number=2.7.7.3;Name=coaD;db_xref=COG:COG0669;gene=coaD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5SJS9;locus_tag=MGYG000000001_02165;product=Phosphopantetheine adenylyltransferase;eggNOG=1476973.JMMB01000007_gene936;COG=H;KEGG=ko:K00954;Pfam=PF01467;InterPro=IPR001980,IPR014729,IPR004821 +MGYG000000001_34 Prodigal:2.6 CDS 34767 35282 . + 0 ID=MGYG000000001_02166;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02166;product=hypothetical protein;eggNOG=1151292.QEW_3099;COG=L;KEGG=- +MGYG000000001_34 Prodigal:2.6 CDS 35410 36609 . - 0 ID=MGYG000000001_02167;Name=ylbJ;db_xref=COG:COG3314;gene=ylbJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34765;locus_tag=MGYG000000001_02167;product=Sporulation integral membrane protein YlbJ;eggNOG=1301100.HG529233_gene7356;COG=S;KEGG=-;InterPro=IPR014226 +MGYG000000001_35 INFERNAL:1.1.2 ncRNA 29806 29974 . - . ID=MGYG000000001_35_ncRNA34;inference=Rfam:14.6;locus_tag=MGYG000000001_35_ncRNA34;product=Cobalamin riboswitch;rfam=RF00174 +MGYG000000001_35 INFERNAL:1.1.2 ncRNA 35918 35991 . - . ID=MGYG000000001_35_ncRNA35;inference=Rfam:14.6;locus_tag=MGYG000000001_35_ncRNA35;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_35 Prodigal:2.6 CDS 241 1629 . - 0 ID=MGYG000000001_02168;Name=mepA_9;db_xref=COG:COG0534;gene=mepA_9;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2G140;locus_tag=MGYG000000001_02168;product=Multidrug export protein MepA;eggNOG=632245.CLP_0840;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_35 Prodigal:2.6 CDS 1622 2095 . - 0 ID=MGYG000000001_02169;eC_number=2.3.1.57;Name=bltD;db_xref=COG:COG0454;gene=bltD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39909;locus_tag=MGYG000000001_02169;product=Spermine/spermidine acetyltransferase;eggNOG=1391646.AVSU01000044_gene1456;COG=K;KEGG=ko:K00657;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_35 Prodigal:2.6 CDS 2187 3002 . - 0 ID=MGYG000000001_02170;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02170;product=hypothetical protein;eggNOG=1280689.AUJC01000001_gene2212;COG=KT;KEGG=-;Pfam=PF13411;InterPro=IPR000551,IPR009061 +MGYG000000001_35 Prodigal:2.6 CDS 3045 3878 . - 0 ID=MGYG000000001_02171;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02171;product=hypothetical protein;eggNOG=272563.CD630_31580;COG=S;KEGG=-;Pfam=PF01987;InterPro=IPR016031,IPR036983,IPR002838 +MGYG000000001_35 Prodigal:2.6 CDS 4214 4429 . - 0 ID=MGYG000000001_02172;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02172;product=hypothetical protein;eggNOG=1301100.HG529244_gene2363;COG=S;KEGG=-;InterPro=IPR017850 +MGYG000000001_35 Prodigal:2.6 CDS 4807 5793 . + 0 ID=MGYG000000001_02173;eC_number=5.1.1.1;Name=alr1_2;db_xref=COG:COG0787;gene=alr1_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8RAK6;locus_tag=MGYG000000001_02173;product=Alanine racemase 1;eggNOG=445973.CLOBAR_01869;COG=M;KEGG=ko:K01775;Pfam=PF00842,PF01168;InterPro=IPR000821,IPR011079,IPR009006,IPR029066,IPR020622,IPR001608 +MGYG000000001_35 Prodigal:2.6 CDS 5929 7161 . - 0 ID=MGYG000000001_02174;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02174;product=hypothetical protein;eggNOG=1499684.CCNP01000023_gene3137;COG=P;KEGG=-;Pfam=PF00999;InterPro=IPR006153,IPR038770 +MGYG000000001_35 Prodigal:2.6 CDS 7177 7785 . - 0 ID=MGYG000000001_02175;Name=betI_1;gene=betI_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00768;locus_tag=MGYG000000001_02175;product=HTH-type transcriptional regulator BetI;eggNOG=1499684.CCNP01000023_gene3138;COG=K;KEGG=-;Pfam=PF00440;InterPro=IPR036271,IPR001647,IPR009057 +MGYG000000001_35 Prodigal:2.6 CDS 8116 8586 . - 0 ID=MGYG000000001_02176;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02176;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1777;COG=T;KEGG=-;Pfam=PF03734;InterPro=IPR005490,IPR038063 +MGYG000000001_35 Prodigal:2.6 CDS 8857 10239 . - 0 ID=MGYG000000001_02177;Name=mepA_10;gene=mepA_10;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_02177;product=Multidrug export protein MepA;eggNOG=1476973.JMMB01000007_gene3011;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_35 Prodigal:2.6 CDS 10251 10676 . - 0 ID=MGYG000000001_02178;Name=slyA_5;gene=slyA_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01819;locus_tag=MGYG000000001_02178;product=Transcriptional regulator SlyA;eggNOG=1476973.JMMB01000007_gene3012;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR011991,IPR036390 +MGYG000000001_35 Prodigal:2.6 CDS 10932 12152 . - 0 ID=MGYG000000001_02179;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02179;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1791;COG=S;KEGG=-;Pfam=PF11449;InterPro=IPR021552 +MGYG000000001_35 Prodigal:2.6 CDS 12527 13498 . - 0 ID=MGYG000000001_02180;eC_number=4.2.1.24;Name=hemB;gene=hemB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64334;locus_tag=MGYG000000001_02180;product=Delta-aminolevulinic acid dehydratase;eggNOG=702450.CUW_0654;COG=H;KEGG=-;Pfam=PF00490;InterPro=IPR001731,IPR030656,IPR013785 +MGYG000000001_35 Prodigal:2.6 CDS 13527 15032 . - 0 ID=MGYG000000001_02181;eC_number=4.99.1.4;Name=cysG;gene=cysG;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01646;locus_tag=MGYG000000001_02181;product=Siroheme synthase;eggNOG=1301100.HG529436_gene6544;COG=H;KEGG=ko:K02302,ko:K02303,ko:K13542;Pfam=PF02602,PF00590;InterPro=IPR014777,IPR006366,IPR036108,IPR000878,IPR014776,IPR003043,IPR035996,IPR003754,IPR012409 +MGYG000000001_35 Prodigal:2.6 CDS 15022 15927 . - 0 ID=MGYG000000001_02182;eC_number=2.5.1.61;Name=hemC;gene=hemC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64341;locus_tag=MGYG000000001_02182;product=Porphobilinogen deaminase;eggNOG=1301100.HG529436_gene6545;COG=H;KEGG=ko:K01749;Pfam=PF03900,PF01379;InterPro=IPR022417,IPR022419,IPR022418,IPR036803,IPR000860 +MGYG000000001_35 Prodigal:2.6 CDS 15954 16688 . - 0 ID=MGYG000000001_02183;eC_number=2.1.1.151;Name=cbiL;db_xref=COG:COG2243;gene=cbiL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05593;locus_tag=MGYG000000001_02183;product=Cobalt-precorrin-2 C(20)-methyltransferase;eggNOG=1301100.HG529436_gene6546;COG=H;KEGG=ko:K03394;Pfam=PF00590;InterPro=IPR014777,IPR006364,IPR000878,IPR003043,IPR014776,IPR035996,IPR012382 +MGYG000000001_35 Prodigal:2.6 CDS 16709 17509 . - 0 ID=MGYG000000001_02184;eC_number=4.99.1.3;Name=cbiK;db_xref=COG:COG4822;gene=cbiK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05592;locus_tag=MGYG000000001_02184;product=Sirohydrochlorin cobaltochelatase;eggNOG=1301100.HG529436_gene6547;COG=H;KEGG=ko:K02190;Pfam=PF06180;InterPro=IPR010388 +MGYG000000001_35 Prodigal:2.6 CDS 17523 18278 . - 0 ID=MGYG000000001_02185;eC_number=1.3.1.106;Name=cbiJ;db_xref=COG:COG2099;gene=cbiJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O87691;locus_tag=MGYG000000001_02185;product=Cobalt-precorrin-6A reductase;eggNOG=1476973.JMMB01000007_gene514;COG=H;KEGG=ko:K05895;Pfam=PF02571;InterPro=IPR003723 +MGYG000000001_35 Prodigal:2.6 CDS 18291 19016 . - 0 ID=MGYG000000001_02186;eC_number=2.1.1.-;Name=cbiH;db_xref=COG:COG1010;gene=cbiH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05590;locus_tag=MGYG000000001_02186;product=putative cobalt-factor III C(17)-methyltransferase;eggNOG=1476973.JMMB01000007_gene513;COG=H;KEGG=ko:K05934,ko:K21479;Pfam=PF00590;InterPro=IPR014777,IPR000878,IPR014776,IPR035996,IPR006363 +MGYG000000001_35 Prodigal:2.6 CDS 19013 20155 . - 0 ID=MGYG000000001_02187;eC_number=3.7.1.12;Name=cbiG;db_xref=COG:COG2073;gene=cbiG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O87697;locus_tag=MGYG000000001_02187;product=Cobalt-precorrin-5A hydrolase;eggNOG=1301100.HG529436_gene6550;COG=H;KEGG=ko:K02189;Pfam=PF01890,PF11760;InterPro=IPR036518,IPR021744,IPR038029,IPR002750 +MGYG000000001_35 Prodigal:2.6 CDS 20139 20894 . - 0 ID=MGYG000000001_02188;eC_number=2.1.1.271;Name=cbiF;db_xref=COG:COG2875;gene=cbiF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A2G9;locus_tag=MGYG000000001_02188;product=Cobalt-precorrin-4 C(11)-methyltransferase;eggNOG=445973.CLOBAR_01413;COG=H;KEGG=ko:K05936;Pfam=PF00590;InterPro=IPR014777,IPR000878,IPR003043,IPR014776,IPR035996,IPR006362 +MGYG000000001_35 Prodigal:2.6 CDS 20896 21456 . - 0 ID=MGYG000000001_02189;eC_number=2.1.1.196;Name=cbiT_2;db_xref=COG:COG2242;gene=cbiT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05632;locus_tag=MGYG000000001_02189;product=Cobalt-precorrin-6B C(15)-methyltransferase (decarboxylating);eggNOG=1476973.JMMB01000007_gene510;COG=H;KEGG=ko:K00595,ko:K02191;Pfam=PF05175;InterPro=IPR029063,IPR007848,IPR014008 +MGYG000000001_35 Prodigal:2.6 CDS 21446 22054 . - 0 ID=MGYG000000001_02190;eC_number=2.1.1.289;Name=cbiE;db_xref=COG:COG2241;gene=cbiE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A2H1;locus_tag=MGYG000000001_02190;product=Cobalt-precorrin-7 C(5)-methyltransferase;eggNOG=1301100.HG529436_gene6553;COG=H;KEGG=ko:K00595,ko:K03399;Pfam=PF00590;InterPro=IPR014777,IPR000878,IPR035996,IPR012818 +MGYG000000001_35 Prodigal:2.6 CDS 22051 23199 . - 0 ID=MGYG000000001_02191;eC_number=2.1.1.195;Name=cbiD;db_xref=COG:COG1903;gene=cbiD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O87693;locus_tag=MGYG000000001_02191;product=Cobalt-precorrin-5B C(1)-methyltransferase;eggNOG=1301100.HG529436_gene6554;COG=H;KEGG=ko:K02188;Pfam=PF01888;InterPro=IPR036074,IPR002748 +MGYG000000001_35 Prodigal:2.6 CDS 23209 23841 . - 0 ID=MGYG000000001_02192;eC_number=5.4.99.60;Name=cbiC;db_xref=COG:COG2082;gene=cbiC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05601;locus_tag=MGYG000000001_02192;product=Cobalt-precorrin-8 methylmutase;eggNOG=1151292.QEW_4052;COG=H;KEGG=ko:K06042;Pfam=PF02570;InterPro=IPR036588,IPR003722 +MGYG000000001_35 Prodigal:2.6 CDS 23817 24716 . - 0 ID=MGYG000000001_02193;eC_number=2.7.1.177;Name=pduX;db_xref=COG:COG4542;gene=pduX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9XDM4;locus_tag=MGYG000000001_02193;product=L-threonine kinase;eggNOG=1301100.HG529436_gene6556;COG=Q;KEGG=ko:K16651;Pfam=PF00288;InterPro=IPR006204,IPR020568,IPR012363,IPR014721 +MGYG000000001_35 Prodigal:2.6 CDS 24718 25788 . - 0 ID=MGYG000000001_02194;eC_number=4.1.1.81;Name=cobD_2;db_xref=COG:COG0079;gene=cobD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P97084;locus_tag=MGYG000000001_02194;product=Threonine-phosphate decarboxylase;eggNOG=1476973.JMMB01000007_gene505;COG=E;KEGG=ko:K04720;Pfam=PF00155;InterPro=IPR015422,IPR015424,IPR015421,IPR004839 +MGYG000000001_35 Prodigal:2.6 CDS 25794 26744 . - 0 ID=MGYG000000001_02195;Name=cobD_3;db_xref=COG:COG1270;gene=cobD_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WP93;locus_tag=MGYG000000001_02195;product=Cobalamin biosynthesis protein CobD;eggNOG=1301100.HG529436_gene6558;COG=H;KEGG=ko:K02227;Pfam=PF03186;InterPro=IPR004485 +MGYG000000001_35 Prodigal:2.6 CDS 26746 28110 . - 0 ID=MGYG000000001_02196;eC_number=6.3.5.11;Name=cbiA;db_xref=COG:COG1797;gene=cbiA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29946;locus_tag=MGYG000000001_02196;product=Cobyrinate a%2Cc-diamide synthase;eggNOG=445973.CLOBAR_01421;COG=H;KEGG=ko:K02224;Pfam=PF01656,PF07685;InterPro=IPR029062,IPR002586,IPR011698,IPR017929,IPR004484,IPR027417 +MGYG000000001_35 Prodigal:2.6 CDS 28138 29655 . - 0 ID=MGYG000000001_02197;Name=cobQ;db_xref=COG:COG1492;gene=cobQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WP95;locus_tag=MGYG000000001_02197;product=Cobyric acid synthase;eggNOG=272563.CD630_34350;COG=H;KEGG=ko:K02232;Pfam=PF01656,PF07685;InterPro=IPR029062,IPR002586,IPR011698,IPR017929,IPR027417,IPR004459,IPR033949 +MGYG000000001_35 Prodigal:2.6 CDS 29981 30589 . - 0 ID=MGYG000000001_02198;eC_number=3.1.3.3;Name=pspA_3;db_xref=COG:COG0406;gene=pspA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D3DFG8;locus_tag=MGYG000000001_02198;product=Phosphoserine phosphatase 1;eggNOG=1476973.JMMB01000007_gene501;COG=G;KEGG=ko:K02226;Pfam=PF00300;InterPro=IPR029033,IPR013078 +MGYG000000001_35 Prodigal:2.6 CDS 30609 31382 . - 0 ID=MGYG000000001_02199;eC_number=2.7.8.26;Name=cobS;db_xref=COG:COG0368;gene=cobS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05602;locus_tag=MGYG000000001_02199;product=Adenosylcobinamide-GDP ribazoletransferase;eggNOG=1476973.JMMB01000007_gene500;COG=H;KEGG=ko:K02233;Pfam=PF02654;InterPro=IPR003805 +MGYG000000001_35 Prodigal:2.6 CDS 31385 31945 . - 0 ID=MGYG000000001_02200;eC_number=2.7.1.156;Name=cobU;db_xref=COG:COG2087;gene=cobU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05599;locus_tag=MGYG000000001_02200;product=Bifunctional adenosylcobalamin biosynthesis protein CobU;eggNOG=1476973.JMMB01000007_gene499;COG=H;KEGG=ko:K02231;Pfam=PF02283;InterPro=IPR003203,IPR027417 +MGYG000000001_35 Prodigal:2.6 CDS 31967 33034 . - 0 ID=MGYG000000001_02201;eC_number=2.4.2.21;Name=cobT;db_xref=COG:COG2038;gene=cobT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A1JTP8;locus_tag=MGYG000000001_02201;product=Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase;eggNOG=1476973.JMMB01000007_gene498;COG=F;KEGG=ko:K00768;Pfam=PF02277;InterPro=IPR003200,IPR036087,IPR023195,IPR017846 +MGYG000000001_35 Prodigal:2.6 CDS 33260 34555 . - 0 ID=MGYG000000001_02202;eC_number=5.4.3.8;Name=hemL;db_xref=COG:COG0001;gene=hemL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P30949;locus_tag=MGYG000000001_02202;product=Glutamate-1-semialdehyde 2%2C1-aminomutase;eggNOG=702450.CUW_0650;COG=H;KEGG=-;Pfam=PF00202;InterPro=IPR015424,IPR015422,IPR015421,IPR005814,IPR004639 +MGYG000000001_35 Prodigal:2.6 CDS 34574 35809 . - 0 ID=MGYG000000001_02203;eC_number=1.2.1.70;Name=hemA;db_xref=COG:COG0373;gene=hemA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P16618;locus_tag=MGYG000000001_02203;product=Glutamyl-tRNA reductase;eggNOG=1301100.HG529436_gene6566;COG=H;KEGG=ko:K02492;Pfam=PF05201,PF01488,PF00745;InterPro=IPR018214,IPR036343,IPR015895,IPR036453,IPR015896,IPR000343,IPR006151,IPR036291 +MGYG000000001_36 Prodigal:2.6 CDS 394 1089 . + 0 ID=MGYG000000001_02205;Name=rspR_2;db_xref=COG:COG1802;gene=rspR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ACM2;locus_tag=MGYG000000001_02205;product=HTH-type transcriptional repressor RspR;eggNOG=457396.CSBG_00325;COG=K;KEGG=-;Pfam=PF00392,PF07729;InterPro=IPR011711,IPR008920,IPR036390,IPR036388,IPR000524 +MGYG000000001_36 Prodigal:2.6 CDS 1239 2090 . + 0 ID=MGYG000000001_02206;eC_number=1.-.-.-;db_xref=COG:COG1028;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44481;locus_tag=MGYG000000001_02206;product=putative oxidoreductase;eggNOG=545697.HMPREF0216_01221;COG=IQ;KEGG=-;Pfam=PF00106;InterPro=IPR002347,IPR036291,IPR020904 +MGYG000000001_36 Prodigal:2.6 CDS 2111 2722 . + 0 ID=MGYG000000001_02207;Name=kdgA_2;db_xref=COG:COG0800;gene=kdgA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50846;locus_tag=MGYG000000001_02207;product=KHG/KDPG aldolase;eggNOG=1301100.HG529388_gene4977;COG=G;KEGG=ko:K01625;Pfam=PF01081;InterPro=IPR013785,IPR000887 +MGYG000000001_36 Prodigal:2.6 CDS 2715 3740 . + 0 ID=MGYG000000001_02208;eC_number=2.7.1.45;Name=kdgK_2;gene=kdgK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q53W83;locus_tag=MGYG000000001_02208;product=2-dehydro-3-deoxygluconokinase;eggNOG=457396.CSBG_00319;COG=G;KEGG=ko:K00874;Pfam=PF00294;InterPro=IPR011611,IPR029056 +MGYG000000001_36 Prodigal:2.6 CDS 3756 4802 . + 0 ID=MGYG000000001_02209;eC_number=4.2.1.8;Name=uxuA;db_xref=COG:COG1312;gene=uxuA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A4VVI4;locus_tag=MGYG000000001_02209;product=Mannonate dehydratase;eggNOG=1292035.H476_2690;COG=H;KEGG=ko:K01686;Pfam=PF03786;InterPro=IPR036237,IPR004628 +MGYG000000001_36 Prodigal:2.6 CDS 4896 6296 . + 0 ID=MGYG000000001_02210;eC_number=5.3.1.12;Name=uxaC_2;db_xref=COG:COG1904;gene=uxaC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8G3;locus_tag=MGYG000000001_02210;product=Uronate isomerase;eggNOG=573061.Clocel_2249;COG=G;KEGG=ko:K01812;Pfam=PF02614;InterPro=IPR003766,IPR032466 +MGYG000000001_36 Prodigal:2.6 CDS 6552 7961 . + 0 ID=MGYG000000001_02211;Name=yjmB_4;db_xref=COG:COG2211;gene=yjmB_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34961;locus_tag=MGYG000000001_02211;product=putative symporter YjmB;eggNOG=1499683.CCFF01000013_gene261;COG=G;KEGG=ko:K03292;Pfam=PF13347;InterPro=IPR036259,IPR001927,IPR039672 +MGYG000000001_36 Prodigal:2.6 CDS 8165 8392 . - 0 ID=MGYG000000001_02212;Name=acpP_2;db_xref=COG:COG0236;gene=acpP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O67611;locus_tag=MGYG000000001_02212;product=Acyl carrier protein;eggNOG=1151292.QEW_1457;COG=IQ;KEGG=ko:K02078;Pfam=PF00550;InterPro=IPR009081,IPR003231,IPR036736 +MGYG000000001_36 Prodigal:2.6 CDS 8536 8967 . + 0 ID=MGYG000000001_02213;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02213;product=hypothetical protein;eggNOG=1301100.HG529375_gene4035;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 9013 9219 . + 0 ID=MGYG000000001_02214;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02214;product=hypothetical protein +MGYG000000001_36 Prodigal:2.6 CDS 9403 9606 . + 0 ID=MGYG000000001_02215;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02215;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2800;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 9834 10058 . + 0 ID=MGYG000000001_02216;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02216;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2799;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 10298 10474 . + 0 ID=MGYG000000001_02217;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02217;product=hypothetical protein;eggNOG=1301100.HG529374_gene1516;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 10591 10782 . + 0 ID=MGYG000000001_02218;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02218;product=hypothetical protein;eggNOG=445973.CLOBAR_00801;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 11018 12031 . + 0 ID=MGYG000000001_02219;Name=ccpA;db_xref=COG:COG1609;gene=ccpA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46828;locus_tag=MGYG000000001_02219;product=Catabolite control protein A;eggNOG=1301100.HG529374_gene1515;COG=K;KEGG=ko:K02529;Pfam=PF00356,PF13377;InterPro=IPR028082,IPR000843,IPR010982 +MGYG000000001_36 Prodigal:2.6 CDS 12274 12363 . + 0 ID=MGYG000000001_02220;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02220;product=hypothetical protein;eggNOG=1499683.CCFF01000016_gene939;COG=E;KEGG=ko:K01745 +MGYG000000001_36 Prodigal:2.6 CDS 12765 13028 . + 0 ID=MGYG000000001_02221;eC_number=3.5.2.7;Name=hutI_2;gene=hutI_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00372;locus_tag=MGYG000000001_02221;product=Imidazolonepropionase;eggNOG=1476973.JMMB01000007_gene2791;COG=Q;KEGG=ko:K01468;InterPro=IPR005920,IPR011059 +MGYG000000001_36 Prodigal:2.6 CDS 13040 13135 . + 0 ID=MGYG000000001_02222;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02222;product=hypothetical protein +MGYG000000001_36 Prodigal:2.6 CDS 13153 13308 . + 0 ID=MGYG000000001_02223;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02223;product=hypothetical protein;eggNOG=1301100.HG529374_gene1506;COG=E;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 13431 13850 . - 0 ID=MGYG000000001_02224;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02224;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2789;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 14064 14924 . + 0 ID=MGYG000000001_02225;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02225;product=hypothetical protein;eggNOG=1151292.QEW_1464;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 15291 16304 . - 0 ID=MGYG000000001_02226;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02226;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2787;COG=-;KEGG=-;InterPro=IPR036278 +MGYG000000001_36 Prodigal:2.6 CDS 16489 17697 . + 0 ID=MGYG000000001_02227;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02227;product=hypothetical protein;eggNOG=272563.CD630_10670;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 17774 18430 . - 0 ID=MGYG000000001_02228;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02228;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2784;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 18427 19764 . - 0 ID=MGYG000000001_02229;Name=spoVB_2;db_xref=COG:COG2244;gene=spoVB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q00758;locus_tag=MGYG000000001_02229;product=Stage V sporulation protein B;eggNOG=1151292.QEW_1466;COG=S;KEGG=ko:K06409;Pfam=PF14667,PF01943;InterPro=IPR002797,IPR024923,IPR029303 +MGYG000000001_36 Prodigal:2.6 CDS 19934 21349 . + 0 ID=MGYG000000001_02230;eC_number=2.6.1.39;Name=lysN;db_xref=COG:COG1167;gene=lysN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q72LL6;locus_tag=MGYG000000001_02230;product=2-aminoadipate transaminase;eggNOG=272563.CD630_10700;COG=K;KEGG=-;Pfam=PF00392,PF00155;InterPro=IPR015424,IPR015422,IPR015421,IPR036390,IPR004839,IPR036388,IPR000524 +MGYG000000001_36 Prodigal:2.6 CDS 21374 21583 . + 0 ID=MGYG000000001_02231;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31818;locus_tag=MGYG000000001_02231;note=UPF0291 protein YnzC;product=hypothetical protein;eggNOG=1301100.HG529370_gene1436;COG=S;KEGG=-;Pfam=PF05979;InterPro=IPR009242 +MGYG000000001_36 Prodigal:2.6 CDS 21623 23014 . + 0 ID=MGYG000000001_02232;eC_number=3.4.11.-;Name=apeA;db_xref=COG:COG1362;gene=apeA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97K30;locus_tag=MGYG000000001_02232;product=putative M18 family aminopeptidase 1;eggNOG=1301100.HG529370_gene1435;COG=E;KEGG=-;Pfam=PF02127;InterPro=IPR001948,IPR023358 +MGYG000000001_36 Prodigal:2.6 CDS 23068 23973 . - 0 ID=MGYG000000001_02233;Name=cysL_3;db_xref=COG:COG0583;gene=cysL_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39647;locus_tag=MGYG000000001_02233;product=HTH-type transcriptional regulator CysL;eggNOG=1476973.JMMB01000007_gene2777;COG=K;KEGG=-;Pfam=PF03466,PF00126;InterPro=IPR000847,IPR036388,IPR036390,IPR005119 +MGYG000000001_36 Prodigal:2.6 CDS 24175 24912 . + 0 ID=MGYG000000001_02234;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02234;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2776;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 24999 26183 . + 0 ID=MGYG000000001_02235;eC_number=2.10.1.1;Name=moeA;gene=moeA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99139;locus_tag=MGYG000000001_02235;product=Molybdopterin molybdenumtransferase;eggNOG=272563.CD630_10810;COG=H;KEGG=ko:K03750;Pfam=PF03453,PF00994;InterPro=IPR001453,IPR005110,IPR036425,IPR036135,IPR038987,IPR036688 +MGYG000000001_36 Prodigal:2.6 CDS 26212 26742 . + 0 ID=MGYG000000001_02236;Name=mobB;db_xref=COG:COG1763;gene=mobB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32125;locus_tag=MGYG000000001_02236;product=Molybdopterin-guanine dinucleotide biosynthesis adapter protein;eggNOG=1151292.QEW_1480;COG=H;KEGG=ko:K03753,ko:K13818;Pfam=PF03205;InterPro=IPR004435,IPR027417 +MGYG000000001_36 Prodigal:2.6 CDS 26951 27997 . + 0 ID=MGYG000000001_02237;Name=fatD;gene=fatD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37738;locus_tag=MGYG000000001_02237;product=Ferric-anguibactin transport system permease protein FatD;eggNOG=1151292.QEW_2064;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_36 Prodigal:2.6 CDS 27987 28991 . + 0 ID=MGYG000000001_02238;Name=fatC;gene=fatC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37737;locus_tag=MGYG000000001_02238;product=Ferric-anguibactin transport system permease protein FatC;eggNOG=1301100.HG529370_gene1431;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_36 Prodigal:2.6 CDS 28992 29747 . + 0 ID=MGYG000000001_02239;Name=yusV_2;db_xref=COG:COG1120;gene=yusV_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32188;locus_tag=MGYG000000001_02239;product=putative siderophore transport system ATP-binding protein YusV;eggNOG=1301100.HG529370_gene1430;COG=P;KEGG=ko:K02013;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_36 Prodigal:2.6 CDS 29880 30824 . + 0 ID=MGYG000000001_02240;Name=yclQ_2;db_xref=COG:COG4607;gene=yclQ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94421;locus_tag=MGYG000000001_02240;product=putative ABC transporter solute-binding protein YclQ;eggNOG=1301100.HG529370_gene1429;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR033870,IPR002491 +MGYG000000001_36 Prodigal:2.6 CDS 31034 32731 . + 0 ID=MGYG000000001_02241;eC_number=3.6.3.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A4T3;locus_tag=MGYG000000001_02241;product=Putative multidrug export ATP-binding/permease protein;eggNOG=1301100.HG529370_gene1428;COG=V;KEGG=ko:K06147;Pfam=PF00005,PF00664;InterPro=IPR011527,IPR003593,IPR003439,IPR027417,IPR036640,IPR017871,IPR039421 +MGYG000000001_36 Prodigal:2.6 CDS 32911 33093 . + 0 ID=MGYG000000001_02242;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02242;product=hypothetical protein;eggNOG=1301100.HG529370_gene1427;COG=-;KEGG=- +MGYG000000001_36 Prodigal:2.6 CDS 33242 33928 . + 0 ID=MGYG000000001_02243;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02243;product=hypothetical protein;eggNOG=445973.CLOBAR_00780;COG=K;KEGG=-;Pfam=PF00440;InterPro=IPR001647,IPR009057,IPR023772 +MGYG000000001_36 Prodigal:2.6 CDS 34019 34894 . + 0 ID=MGYG000000001_02244;Name=ypbG;db_xref=COG:COG1408;gene=ypbG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50733;locus_tag=MGYG000000001_02244;product=putative protein YpbG;eggNOG=1301100.HG529369_gene1505;COG=S;KEGG=ko:K07098;Pfam=PF00149;InterPro=IPR004843,IPR029052 +MGYG000000001_37 INFERNAL:1.1.2 ncRNA 32787 32852 . - . ID=MGYG000000001_37_ncRNA36;inference=Rfam:14.6;locus_tag=MGYG000000001_37_ncRNA36;product=tRNA;rfam=RF00005 +MGYG000000001_37 Prodigal:2.6 CDS 158 1039 . - 0 ID=MGYG000000001_02245;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02245;product=hypothetical protein;eggNOG=1391647.AVSV01000028_gene343;COG=S;KEGG=ko:K08974;Pfam=PF04018;InterPro=IPR007163 +MGYG000000001_37 Prodigal:2.6 CDS 1205 2131 . - 0 ID=MGYG000000001_02246;eC_number=2.7.7.9;Name=gtaB_2;db_xref=COG:COG1210;gene=gtaB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05852;locus_tag=MGYG000000001_02246;product=UTP--glucose-1-phosphate uridylyltransferase;eggNOG=1476973.JMMB01000007_gene734;COG=M;KEGG=ko:K00963;Pfam=PF00483;InterPro=IPR005771,IPR005835,IPR029044 +MGYG000000001_37 Prodigal:2.6 CDS 2818 3075 . - 0 ID=MGYG000000001_02247;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02247;product=hypothetical protein;eggNOG=1391646.AVSU01000117_gene822;COG=S;KEGG=-;Pfam=PF08765;InterPro=IPR014875,IPR009057 +MGYG000000001_37 Prodigal:2.6 CDS 3108 3830 . - 0 ID=MGYG000000001_02248;Name=dnaA_4;gene=dnaA_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00377;locus_tag=MGYG000000001_02248;product=Chromosomal replication initiator protein DnaA;eggNOG=1476973.JMMB01000007_gene1880;COG=L;KEGG=-;Pfam=PF01695;InterPro=IPR002611,IPR027417 +MGYG000000001_37 Prodigal:2.6 CDS 3778 4029 . - 0 ID=MGYG000000001_02249;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02249;product=hypothetical protein;eggNOG=1301100.HG529271_gene1703;COG=L;KEGG=- +MGYG000000001_37 Prodigal:2.6 CDS 4348 4734 . - 0 ID=MGYG000000001_02250;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02250;product=hypothetical protein;eggNOG=1301100.HG529271_gene1702;COG=L;KEGG=- +MGYG000000001_37 Prodigal:2.6 CDS 4736 5164 . - 0 ID=MGYG000000001_02251;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02251;product=hypothetical protein;eggNOG=1301100.HG529271_gene1701;COG=K;KEGG=ko:K07741;Pfam=PF03374;InterPro=IPR005039 +MGYG000000001_37 Prodigal:2.6 CDS 5327 5842 . - 0 ID=MGYG000000001_02252;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02252;product=hypothetical protein +MGYG000000001_37 Prodigal:2.6 CDS 5906 6049 . - 0 ID=MGYG000000001_02253;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02253;product=hypothetical protein +MGYG000000001_37 Prodigal:2.6 CDS 6040 6507 . - 0 ID=MGYG000000001_02254;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02254;product=hypothetical protein +MGYG000000001_37 Prodigal:2.6 CDS 6680 7846 . - 0 ID=MGYG000000001_02255;eC_number=1.1.1.22;Name=ugd;db_xref=COG:COG1004;gene=ugd;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76373;locus_tag=MGYG000000001_02255;product=UDP-glucose 6-dehydrogenase;eggNOG=1414720.CBYM010000064_gene3460;COG=M;KEGG=ko:K00012;Pfam=PF03721,PF00984,PF03720;InterPro=IPR008927,IPR001732,IPR036220,IPR014026,IPR017476,IPR028357,IPR014027,IPR036291 +MGYG000000001_37 Prodigal:2.6 CDS 7881 8930 . - 0 ID=MGYG000000001_02256;eC_number=5.1.3.7;Name=wbgU;gene=wbgU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7BJX9;locus_tag=MGYG000000001_02256;product=UDP-N-acetylglucosamine 4-epimerase;eggNOG=1301100.HG529277_gene1660;COG=M;KEGG=ko:K08679;Pfam=PF16363;InterPro=IPR016040,IPR036291 +MGYG000000001_37 Prodigal:2.6 CDS 8984 10513 . - 0 ID=MGYG000000001_02257;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02257;product=hypothetical protein;eggNOG=702450.CUW_1594;COG=S;KEGG=- +MGYG000000001_37 Prodigal:2.6 CDS 10506 11573 . - 0 ID=MGYG000000001_02258;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02258;product=hypothetical protein;eggNOG=189425.PGRAT_25970;COG=I;KEGG=-;Pfam=PF01757;InterPro=IPR002656 +MGYG000000001_37 Prodigal:2.6 CDS 11578 12936 . - 0 ID=MGYG000000001_02259;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02259;product=hypothetical protein;eggNOG=555088.DealDRAFT_1615;COG=-;KEGG=- +MGYG000000001_37 Prodigal:2.6 CDS 12996 14168 . - 0 ID=MGYG000000001_02260;eC_number=2.4.1.291;Name=pglJ;db_xref=COG:COG0438;gene=pglJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0P9C7;locus_tag=MGYG000000001_02260;product=N-acetylgalactosamine-N%2CN'-diacetylbacillosaminyl-diphospho-undecaprenol 4-alpha-N-acetylgalactosaminyltransferase;eggNOG=883110.HMPREF9260_00318;COG=M;KEGG=ko:K00712;Pfam=PF00534,PF13439;InterPro=IPR001296,IPR028098 +MGYG000000001_37 Prodigal:2.6 CDS 14189 15265 . - 0 ID=MGYG000000001_02261;eC_number=2.4.1.292;Name=pglH;db_xref=COG:COG0438;gene=pglH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0P9C5;locus_tag=MGYG000000001_02261;product=GalNAc-alpha-(1->4)-GalNAc-alpha-(1->3)-diNAcBac-PP-undecaprenol alpha-1%2C4-N-acetyl-D-galactosaminyltransferase;eggNOG=457424.BFAG_00146;COG=M;KEGG=-;Pfam=PF00534;InterPro=IPR001296 +MGYG000000001_37 Prodigal:2.6 CDS 15291 15854 . - 0 ID=MGYG000000001_02262;eC_number=2.3.1.157;Name=glmU_2;gene=glmU_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01631;locus_tag=MGYG000000001_02262;product=Bifunctional protein GlmU;eggNOG=873448.STRPO_0215;COG=M;KEGG=ko:K00661;Pfam=PF00132;InterPro=IPR001451,IPR011004 +MGYG000000001_37 Prodigal:2.6 CDS 15838 16962 . - 0 ID=MGYG000000001_02263;eC_number=2.4.1.290;Name=pglA;gene=pglA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0P9C9;locus_tag=MGYG000000001_02263;product=N%2CN'-diacetylbacillosaminyl-diphospho-undecaprenol alpha-1%2C3-N-acetylgalactosaminyltransferase;eggNOG=555088.DealDRAFT_1621;COG=M;KEGG=ko:K00712,ko:K13004;Pfam=PF00534,PF13477;InterPro=IPR001296,IPR028098 +MGYG000000001_37 Prodigal:2.6 CDS 17006 17545 . - 0 ID=MGYG000000001_02264;eC_number=2.3.1.203;Name=pglD;db_xref=COG:COG0110;gene=pglD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0P9D1;locus_tag=MGYG000000001_02264;product=UDP-N-acetylbacillosamine N-acetyltransferase;eggNOG=445974.CLORAM_00238;COG=M;KEGG=-;Pfam=PF17836,PF00132;InterPro=IPR001451,IPR020019,IPR011004,IPR041561 +MGYG000000001_37 Prodigal:2.6 CDS 17560 18135 . - 0 ID=MGYG000000001_02265;eC_number=2.-.-.-;Name=epsL;db_xref=COG:COG2148;gene=epsL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P71062;locus_tag=MGYG000000001_02265;product=putative sugar transferase EpsL;eggNOG=1391647.AVSV01000032_gene2673;COG=M;KEGG=ko:K13012;Pfam=PF02397;InterPro=IPR003362 +MGYG000000001_37 Prodigal:2.6 CDS 18139 20037 . - 0 ID=MGYG000000001_02266;eC_number=4.2.1.135;Name=pglF;db_xref=COG:COG1086;gene=pglF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0P9D4;locus_tag=MGYG000000001_02266;product=UDP-N-acetyl-alpha-D-glucosamine C6 dehydratase;eggNOG=1292035.H476_0612;COG=GM;KEGG=-;Pfam=PF13727,PF02719;InterPro=IPR003869,IPR036291 +MGYG000000001_37 Prodigal:2.6 CDS 20067 20777 . - 0 ID=MGYG000000001_02267;eC_number=2.7.10.2;Name=ywqD;db_xref=COG:COG0489;gene=ywqD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96716;locus_tag=MGYG000000001_02267;product=Tyrosine-protein kinase YwqD;eggNOG=1391646.AVSU01000050_gene1689;COG=D;KEGG=-;Pfam=PF10609;InterPro=IPR033756,IPR027417,IPR005702 +MGYG000000001_37 Prodigal:2.6 CDS 20793 21467 . - 0 ID=MGYG000000001_02268;Name=ywqC;db_xref=COG:COG3944;gene=ywqC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96715;locus_tag=MGYG000000001_02268;product=putative capsular polysaccharide biosynthesis protein YwqC;eggNOG=1301100.HG529275_gene1645;COG=M;KEGG=-;Pfam=PF13807,PF02706;InterPro=IPR032807,IPR003856 +MGYG000000001_37 Prodigal:2.6 CDS 21906 22598 . + 0 ID=MGYG000000001_02269;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02269;product=hypothetical protein;eggNOG=702450.CUW_1030;COG=S;KEGG=-;Pfam=PF04203;InterPro=IPR023365,IPR005754,IPR009835 +MGYG000000001_37 Prodigal:2.6 CDS 22798 23733 . - 0 ID=MGYG000000001_02270;Name=lytR;gene=lytR;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01140;locus_tag=MGYG000000001_02270;product=Transcriptional regulator LytR;eggNOG=1301100.HG529225_gene4210;COG=K;KEGG=-;Pfam=PF03816;InterPro=IPR004474 +MGYG000000001_37 Prodigal:2.6 CDS 23807 24361 . - 0 ID=MGYG000000001_02271;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02271;product=hypothetical protein;eggNOG=1292035.H476_0626;COG=S;KEGG=-;Pfam=PF04892;InterPro=IPR006976,IPR016747 +MGYG000000001_37 Prodigal:2.6 CDS 24630 25172 . + 0 ID=MGYG000000001_02272;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02272;product=hypothetical protein +MGYG000000001_37 Prodigal:2.6 CDS 25270 25389 . - 0 ID=MGYG000000001_02273;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02273;product=hypothetical protein +MGYG000000001_37 Prodigal:2.6 CDS 25499 27070 . - 0 ID=MGYG000000001_02274;eC_number=2.7.11.1;Name=pknD_2;gene=pknD_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01957;locus_tag=MGYG000000001_02274;product=Serine/threonine-protein kinase PknD;eggNOG=796940.HMPREF9628_00817;COG=KLT;KEGG=ko:K12132;Pfam=PF00069;InterPro=IPR000719,IPR011009 +MGYG000000001_37 Prodigal:2.6 CDS 27185 28045 . - 0 ID=MGYG000000001_02275;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02275;product=hypothetical protein;eggNOG=1391646.AVSU01000067_gene742;COG=S;KEGG=-;Pfam=PF02588,PF10035;InterPro=IPR019264,IPR003740,IPR015867 +MGYG000000001_37 Prodigal:2.6 CDS 28346 29191 . + 0 ID=MGYG000000001_02276;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02276;product=hypothetical protein;eggNOG=1301100.HG529409_gene176;COG=S;KEGG=-;Pfam=PF11299;InterPro=IPR021450 +MGYG000000001_37 Prodigal:2.6 CDS 29210 29680 . + 0 ID=MGYG000000001_02277;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02277;product=hypothetical protein;eggNOG=1301100.HG529409_gene177;COG=S;KEGG=- +MGYG000000001_37 Prodigal:2.6 CDS 29822 31135 . + 0 ID=MGYG000000001_02278;eC_number=3.5.1.47;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01692;locus_tag=MGYG000000001_02278;product=N-acetyldiaminopimelate deacetylase;eggNOG=1301100.HG529409_gene178;COG=S;KEGG=-;Pfam=PF07687;InterPro=IPR011650,IPR036264,IPR017439,IPR017144 +MGYG000000001_37 Prodigal:2.6 CDS 31386 32669 . - 0 ID=MGYG000000001_02279;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02279;product=hypothetical protein;eggNOG=1301100.HG529409_gene179;COG=G;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 157 291 . - 0 ID=MGYG000000001_02281;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02281;product=hypothetical protein;eggNOG=1301100.HG529306_gene3150;COG=-;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 553 924 . - 0 ID=MGYG000000001_02282;eC_number=1.1.1.3;Name=hom_2;db_xref=COG:COG0460;gene=hom_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19582;locus_tag=MGYG000000001_02282;product=Homoserine dehydrogenase;eggNOG=1304875.JAFZ01000002_gene304;COG=E;KEGG=ko:K00003;Pfam=PF00742;InterPro=IPR001342 +MGYG000000001_38 Prodigal:2.6 CDS 1104 1202 . - 0 ID=MGYG000000001_02283;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02283;product=hypothetical protein;eggNOG=445973.CLOBAR_01969;COG=E;KEGG=ko:K00003 +MGYG000000001_38 Prodigal:2.6 CDS 1449 2651 . + 0 ID=MGYG000000001_02284;eC_number=2.6.1.1;Name=aspC_2;db_xref=COG:COG0436;gene=aspC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56232;locus_tag=MGYG000000001_02284;product=Aspartate aminotransferase;eggNOG=1151292.QEW_3452;COG=E;KEGG=ko:K11358;Pfam=PF00155;InterPro=IPR004838,IPR015424,IPR015421,IPR015422,IPR004839 +MGYG000000001_38 Prodigal:2.6 CDS 2736 3227 . - 0 ID=MGYG000000001_02285;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02285;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2036;COG=-;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 3295 4455 . - 0 ID=MGYG000000001_02286;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02286;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1474;COG=KT;KEGG=-;Pfam=PF07228;InterPro=IPR036457,IPR001932,IPR039248 +MGYG000000001_38 Prodigal:2.6 CDS 4455 6182 . - 0 ID=MGYG000000001_02287;Name=rsxB_3;gene=rsxB_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00463;locus_tag=MGYG000000001_02287;product=Electron transport complex subunit RsxB;eggNOG=1301100.HG529395_gene6868;COG=C;KEGG=-;Pfam=PF00037,PF04060,PF02906;InterPro=IPR009016,IPR004108,IPR000014,IPR017896,IPR035965,IPR017900,IPR007202 +MGYG000000001_38 Prodigal:2.6 CDS 6232 6477 . - 0 ID=MGYG000000001_02288;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1D7;locus_tag=MGYG000000001_02288;product=Protein;eggNOG=1301100.HG529395_gene6867;COG=C;KEGG=-;InterPro=IPR036249 +MGYG000000001_38 Prodigal:2.6 CDS 6690 7502 . - 0 ID=MGYG000000001_02289;eC_number=3.1.1.2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22862;locus_tag=MGYG000000001_02289;product=Arylesterase;eggNOG=1476973.JMMB01000007_gene2095;COG=I;KEGG=ko:K01055;Pfam=PF00561,PF08386;InterPro=IPR000639,IPR029058,IPR000073,IPR013595 +MGYG000000001_38 Prodigal:2.6 CDS 7647 7856 . - 0 ID=MGYG000000001_02290;Name=cspB_1;gene=cspB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42016;locus_tag=MGYG000000001_02290;product=Cold shock protein CspB;eggNOG=1476973.JMMB01000007_gene1329;COG=K;KEGG=ko:K03704;Pfam=PF00313;InterPro=IPR002059,IPR019844,IPR012340,IPR012156,IPR011129 +MGYG000000001_38 Prodigal:2.6 CDS 8296 9213 . - 0 ID=MGYG000000001_02291;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02291;product=hypothetical protein;eggNOG=642492.Clole_0341;COG=S;KEGG=ko:K02057;Pfam=PF02653;InterPro=IPR001851 +MGYG000000001_38 Prodigal:2.6 CDS 9213 10301 . - 0 ID=MGYG000000001_02292;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02292;product=hypothetical protein;eggNOG=642492.Clole_0340;COG=S;KEGG=ko:K02057;Pfam=PF02653;InterPro=IPR001851 +MGYG000000001_38 Prodigal:2.6 CDS 10294 11847 . - 0 ID=MGYG000000001_02293;eC_number=3.6.3.17;Name=mglA_3;db_xref=COG:COG1129;gene=mglA_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AAG8;locus_tag=MGYG000000001_02293;product=Galactose/methyl galactoside import ATP-binding protein MglA;eggNOG=642492.Clole_0339;COG=S;KEGG=ko:K02056;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_38 Prodigal:2.6 CDS 11874 12986 . - 0 ID=MGYG000000001_02294;db_xref=COG:COG1744;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56328;locus_tag=MGYG000000001_02294;product=Membrane lipoprotein TpN38(b);eggNOG=642492.Clole_0338;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_38 Prodigal:2.6 CDS 12990 14297 . - 0 ID=MGYG000000001_02295;eC_number=3.5.1.47;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01692;locus_tag=MGYG000000001_02295;product=N-acetyldiaminopimelate deacetylase;eggNOG=642492.Clole_0337;COG=S;KEGG=-;Pfam=PF07687,PF01546;InterPro=IPR036264,IPR017144,IPR011650,IPR017439,IPR002933 +MGYG000000001_38 Prodigal:2.6 CDS 14749 15909 . - 0 ID=MGYG000000001_02296;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02296;product=hypothetical protein;eggNOG=1294142.CINTURNW_4076;COG=S;KEGG=-;Pfam=PF16822;InterPro=IPR031811 +MGYG000000001_38 Prodigal:2.6 CDS 15989 17410 . - 0 ID=MGYG000000001_02297;eC_number=2.3.1.-;Name=patA_2;db_xref=COG:COG1696;gene=patA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O25526;locus_tag=MGYG000000001_02297;product=Peptidoglycan O-acetyltransferase;eggNOG=272563.CD630_25430;COG=M;KEGG=ko:K19294;Pfam=PF03062;InterPro=IPR004299,IPR028362,IPR024194 +MGYG000000001_38 Prodigal:2.6 CDS 17410 18036 . - 0 ID=MGYG000000001_02298;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02298;product=hypothetical protein;eggNOG=272563.CD630_25440;COG=-;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 18076 18327 . - 0 ID=MGYG000000001_02299;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02299;product=hypothetical protein;eggNOG=272562.CA_C1561;COG=M;KEGG=ko:K00694;Pfam=PF07238;InterPro=IPR009875 +MGYG000000001_38 Prodigal:2.6 CDS 18423 18758 . + 0 ID=MGYG000000001_02300;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02300;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene279;COG=-;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 19055 20761 . - 0 ID=MGYG000000001_02301;Name=ybiT_2;db_xref=COG:COG0488;gene=ybiT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9U3;locus_tag=MGYG000000001_02301;product=putative ABC transporter ATP-binding protein YbiT;eggNOG=1301100.HG529308_gene361;COG=S;KEGG=-;Pfam=PF00005,PF12848;InterPro=IPR003593,IPR032781,IPR003439,IPR027417 +MGYG000000001_38 Prodigal:2.6 CDS 20853 21176 . - 0 ID=MGYG000000001_02302;eC_number=2.7.13.3;Name=fixL;gene=fixL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23222;locus_tag=MGYG000000001_02302;product=Sensor protein FixL;eggNOG=702450.CUW_0004;COG=T;KEGG=-;Pfam=PF02518;InterPro=IPR004358,IPR003594,IPR005467,IPR036890 +MGYG000000001_38 Prodigal:2.6 CDS 21393 21764 . - 0 ID=MGYG000000001_02303;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02303;product=hypothetical protein;eggNOG=397288.C806_04369;COG=S;KEGG=ko:K01421 +MGYG000000001_38 Prodigal:2.6 CDS 21733 21999 . - 0 ID=MGYG000000001_02304;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02304;product=hypothetical protein;eggNOG=545697.HMPREF0216_00058;COG=S;KEGG=ko:K01421 +MGYG000000001_38 Prodigal:2.6 CDS 22129 22281 . - 0 ID=MGYG000000001_02305;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02305;product=hypothetical protein;eggNOG=545697.HMPREF0216_00058;COG=S;KEGG=ko:K01421 +MGYG000000001_38 Prodigal:2.6 CDS 22278 23588 . - 0 ID=MGYG000000001_02306;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02306;product=hypothetical protein;eggNOG=702450.CUW_0001;COG=S;KEGG=-;Pfam=PF03176;InterPro=IPR004869 +MGYG000000001_38 Prodigal:2.6 CDS 23775 24353 . - 0 ID=MGYG000000001_02307;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02307;product=hypothetical protein;eggNOG=1450694.BTS2_0135;COG=S;KEGG=ko:K07003 +MGYG000000001_38 Prodigal:2.6 CDS 24527 25546 . - 0 ID=MGYG000000001_02308;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02308;product=hypothetical protein;eggNOG=1301100.HG529308_gene362;COG=H;KEGG=-;Pfam=PF00994;InterPro=IPR036425,IPR001453,IPR038987 +MGYG000000001_38 Prodigal:2.6 CDS 25551 26117 . - 0 ID=MGYG000000001_02309;eC_number=2.7.7.77;Name=mobA_2;gene=mobA_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00316;locus_tag=MGYG000000001_02309;product=Molybdenum cofactor guanylyltransferase;eggNOG=1301100.HG529308_gene363;COG=S;KEGG=ko:K07141;Pfam=PF12804;InterPro=IPR017696,IPR029044,IPR025877 +MGYG000000001_38 Prodigal:2.6 CDS 26135 26851 . - 0 ID=MGYG000000001_02310;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02310;product=hypothetical protein;eggNOG=1151292.QEW_2573;COG=D;KEGG=-;InterPro=IPR017587 +MGYG000000001_38 Prodigal:2.6 CDS 26958 27683 . - 0 ID=MGYG000000001_02311;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02311;product=hypothetical protein;eggNOG=272563.CD630_20950;COG=D;KEGG=-;InterPro=IPR036525 +MGYG000000001_38 Prodigal:2.6 CDS 27731 28231 . - 0 ID=MGYG000000001_02312;Name=queT;db_xref=COG:COG4708;gene=queT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A2RM05;locus_tag=MGYG000000001_02312;product=Queuosine precursor transporter QueT;eggNOG=1476973.JMMB01000007_gene1669;COG=S;KEGG=-;Pfam=PF06177;InterPro=IPR010387 +MGYG000000001_38 Prodigal:2.6 CDS 28514 28885 . + 0 ID=MGYG000000001_02313;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02313;product=hypothetical protein;eggNOG=1292035.H476_1142;COG=-;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 29002 29931 . - 0 ID=MGYG000000001_02314;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02314;product=hypothetical protein;eggNOG=1292035.H476_2517;COG=S;KEGG=-;Pfam=PF04015;InterPro=IPR007160 +MGYG000000001_38 Prodigal:2.6 CDS 30051 31253 . + 0 ID=MGYG000000001_02315;Name=nhaA;db_xref=COG:COG3004;gene=nhaA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q56725;locus_tag=MGYG000000001_02315;product=Na(+)/H(+) antiporter NhaA;eggNOG=1476973.JMMB01000007_gene1824;COG=P;KEGG=ko:K03313;Pfam=PF06965;InterPro=IPR004670,IPR023171 +MGYG000000001_38 Prodigal:2.6 CDS 31630 32007 . - 0 ID=MGYG000000001_02316;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02316;product=hypothetical protein;eggNOG=941824.TCEL_00457;COG=-;KEGG=- +MGYG000000001_38 Prodigal:2.6 CDS 32033 32257 . - 0 ID=MGYG000000001_02317;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02317;product=hypothetical protein;eggNOG=1540257.JQMW01000013_gene1302;COG=-;KEGG=- +MGYG000000001_39 INFERNAL:1.1.2 ncRNA 9029 9204 . + . ID=MGYG000000001_39_ncRNA37;inference=Rfam:14.6;locus_tag=MGYG000000001_39_ncRNA37;product=Cobalamin riboswitch;rfam=RF00174 +MGYG000000001_39 Prodigal:2.6 CDS 322 1197 . + 0 ID=MGYG000000001_02318;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02318;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2871;COG=-;KEGG=- +MGYG000000001_39 Prodigal:2.6 CDS 1217 2419 . + 0 ID=MGYG000000001_02319;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02319;product=hypothetical protein;eggNOG=1260356.D920_01908;COG=-;KEGG=- +MGYG000000001_39 Prodigal:2.6 CDS 2522 3025 . - 0 ID=MGYG000000001_02320;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02320;product=hypothetical protein;eggNOG=1391646.AVSU01000042_gene1401;COG=S;KEGG=-;Pfam=PF07875;InterPro=IPR009078,IPR012347,IPR012851 +MGYG000000001_39 Prodigal:2.6 CDS 3150 4811 . + 0 ID=MGYG000000001_02321;eC_number=3.1.-.-;Name=rnjA_2;db_xref=COG:COG0595;gene=rnjA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45493;locus_tag=MGYG000000001_02321;product=Ribonuclease J1;eggNOG=1301100.HG529430_gene1940;COG=S;KEGG=ko:K12574;Pfam=PF07521,PF17770,PF00753;InterPro=IPR030854,IPR036866,IPR041636,IPR011108,IPR004613,IPR042173,IPR001279 +MGYG000000001_39 Prodigal:2.6 CDS 4900 5091 . + 0 ID=MGYG000000001_02322;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02322;product=hypothetical protein;eggNOG=1391646.AVSU01000002_gene21;COG=-;KEGG=- +MGYG000000001_39 Prodigal:2.6 CDS 5218 5688 . + 0 ID=MGYG000000001_02323;Name=tabA_2;db_xref=COG:COG2731;gene=tabA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AF96;locus_tag=MGYG000000001_02323;product=Toxin-antitoxin biofilm protein TabA;eggNOG=545243.BAEV01000014_gene1817;COG=G;KEGG=-;Pfam=PF04074;InterPro=IPR037012,IPR004375 +MGYG000000001_39 Prodigal:2.6 CDS 5982 7490 . + 0 ID=MGYG000000001_02324;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q6NEC9;locus_tag=MGYG000000001_02324;note=UPF0371 protein DIP2346;product=hypothetical protein;eggNOG=1301100.HG529430_gene1934;COG=S;KEGG=-;Pfam=PF08903;InterPro=IPR014999 +MGYG000000001_39 Prodigal:2.6 CDS 7828 8922 . + 0 ID=MGYG000000001_02325;eC_number=2.7.7.7;Name=dinB;db_xref=COG:COG0389;gene=dinB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q47155;locus_tag=MGYG000000001_02325;product=DNA polymerase IV;eggNOG=1476973.JMMB01000007_gene2862;COG=L;KEGG=ko:K02346,ko:K03502;Pfam=PF11798,PF00817,PF11799;InterPro=IPR024728,IPR017961,IPR001126,IPR036775,IPR022880 +MGYG000000001_39 Prodigal:2.6 CDS 9498 9605 . + 0 ID=MGYG000000001_02326;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02326;product=hypothetical protein;eggNOG=1301100.HG529304_gene3085;COG=E;KEGG=ko:K01953 +MGYG000000001_39 Prodigal:2.6 CDS 10104 10367 . + 0 ID=MGYG000000001_02327;eC_number=6.3.5.4;Name=asnO;db_xref=COG:COG0367;gene=asnO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05272;locus_tag=MGYG000000001_02327;product=Asparagine synthetase [glutamine-hydrolyzing] 3;eggNOG=86416.Clopa_4638;COG=E;KEGG=ko:K01953 +MGYG000000001_39 Prodigal:2.6 CDS 10420 11064 . - 0 ID=MGYG000000001_02328;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02328;product=hypothetical protein;eggNOG=1301100.HG529430_gene1930;COG=K;KEGG=-;Pfam=PF00027,PF13545;InterPro=IPR018490,IPR012318,IPR000595,IPR036390 +MGYG000000001_39 Prodigal:2.6 CDS 11285 12217 . + 0 ID=MGYG000000001_02329;eC_number=2.5.1.72;Name=nadA;db_xref=COG:COG0379;gene=nadA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1X7;locus_tag=MGYG000000001_02329;product=Quinolinate synthase A;eggNOG=1151292.QEW_2910;COG=H;KEGG=ko:K03517;Pfam=PF02445;InterPro=IPR003473,IPR036094 +MGYG000000001_39 Prodigal:2.6 CDS 12201 13505 . + 0 ID=MGYG000000001_02330;eC_number=1.4.3.16;Name=nadB;db_xref=COG:COG0029;gene=nadB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZMX9;locus_tag=MGYG000000001_02330;product=L-aspartate oxidase;eggNOG=272563.CD630_23710;COG=H;KEGG=ko:K00278;Pfam=PF00890;InterPro=IPR036188,IPR003953,IPR005288,IPR027477 +MGYG000000001_39 Prodigal:2.6 CDS 13486 14322 . + 0 ID=MGYG000000001_02331;eC_number=2.4.2.19;Name=nadC;db_xref=COG:COG0157;gene=nadC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39666;locus_tag=MGYG000000001_02331;product=putative nicotinate-nucleotide pyrophosphorylase [carboxylating];eggNOG=272563.CD630_23700;COG=H;KEGG=ko:K00767;Pfam=PF02749,PF01729;InterPro=IPR037128,IPR004393,IPR022412,IPR036068,IPR013785,IPR027277,IPR002638 +MGYG000000001_39 Prodigal:2.6 CDS 14487 15881 . + 0 ID=MGYG000000001_02332;Name=mepA_11;gene=mepA_11;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_02332;product=Multidrug export protein MepA;eggNOG=1476973.JMMB01000007_gene2857;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_39 Prodigal:2.6 CDS 16226 16798 . + 0 ID=MGYG000000001_02333;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02333;product=hypothetical protein +MGYG000000001_39 Prodigal:2.6 CDS 16953 17186 . + 0 ID=MGYG000000001_02334;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02334;product=hypothetical protein;eggNOG=536233.CLO_2195;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_39 Prodigal:2.6 CDS 17280 18299 . + 0 ID=MGYG000000001_02335;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02335;product=hypothetical protein;eggNOG=1415774.U728_271;COG=V;KEGG=-;Pfam=PF01554,PF14667;InterPro=IPR036259,IPR029303,IPR002528 +MGYG000000001_39 Prodigal:2.6 CDS 18577 19272 . + 0 ID=MGYG000000001_02336;Name=sfsA;db_xref=COG:COG1489;gene=sfsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A823;locus_tag=MGYG000000001_02336;product=Sugar fermentation stimulation protein A;eggNOG=1301100.HG529430_gene1928;COG=S;KEGG=ko:K06206;Pfam=PF03749,PF17746;InterPro=IPR041465,IPR005224,IPR040452 +MGYG000000001_39 Prodigal:2.6 CDS 19507 20772 . + 0 ID=MGYG000000001_02337;Name=rpsA;db_xref=COG:COG0539;gene=rpsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0QYY6;locus_tag=MGYG000000001_02337;product=30S ribosomal protein S1;eggNOG=1476973.JMMB01000007_gene2856;COG=J;KEGG=ko:K02945,ko:K03527;Pfam=PF00575;InterPro=IPR022967,IPR003029,IPR012340 +MGYG000000001_39 Prodigal:2.6 CDS 20964 21698 . + 0 ID=MGYG000000001_02338;eC_number=3.1.3.-;Name=ycdX;db_xref=COG:COG1387;gene=ycdX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75914;locus_tag=MGYG000000001_02338;product=putative phosphatase YcdX;eggNOG=1476973.JMMB01000007_gene2855;COG=E;KEGG=ko:K04477;Pfam=PF02811;InterPro=IPR016195,IPR004013,IPR003141 +MGYG000000001_39 Prodigal:2.6 CDS 21777 22589 . - 0 ID=MGYG000000001_02339;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02339;product=hypothetical protein;eggNOG=445973.CLOBAR_01078;COG=S;KEGG=ko:K07052;Pfam=PF02517;InterPro=IPR003675 +MGYG000000001_39 Prodigal:2.6 CDS 22715 23218 . + 0 ID=MGYG000000001_02340;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02340;product=hypothetical protein;eggNOG=1301100.HG529430_gene1925;COG=Q;KEGG=-;Pfam=PF03061;InterPro=IPR006683,IPR029069 +MGYG000000001_39 Prodigal:2.6 CDS 23331 23735 . + 0 ID=MGYG000000001_02341;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02341;product=hypothetical protein;eggNOG=272563.CD630_09960;COG=S;KEGG=-;Pfam=PF06245;InterPro=IPR008323 +MGYG000000001_39 Prodigal:2.6 CDS 23984 25324 . + 0 ID=MGYG000000001_02342;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02342;product=hypothetical protein;eggNOG=1301100.HG529429_gene1919;COG=E;KEGG=-;InterPro=IPR001463 +MGYG000000001_39 Prodigal:2.6 CDS 25549 27558 . + 0 ID=MGYG000000001_02343;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02343;product=hypothetical protein;eggNOG=1301100.HG529429_gene1918;COG=C;KEGG=-;Pfam=PF04055,PF11842,PF08497;InterPro=IPR006638,IPR007197,IPR024560,IPR022946,IPR023404,IPR013704 +MGYG000000001_39 Prodigal:2.6 CDS 27825 28376 . + 0 ID=MGYG000000001_02344;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97SA4;locus_tag=MGYG000000001_02344;note=UPF0397 protein SP_0482;product=hypothetical protein;eggNOG=1301100.HG529429_gene1916;COG=S;KEGG=ko:K16924;Pfam=PF07155;InterPro=IPR009825,IPR022914 +MGYG000000001_39 Prodigal:2.6 CDS 28396 30096 . + 0 ID=MGYG000000001_02345;eC_number=3.6.3.-;Name=ykoD;db_xref=COG:COG1122;gene=ykoD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34362;locus_tag=MGYG000000001_02345;product=Putative HMP/thiamine import ATP-binding protein YkoD;eggNOG=545697.HMPREF0216_00620;COG=P;KEGG=ko:K16786,ko:K16787;Pfam=PF00005,PF12558;InterPro=IPR022216,IPR003593,IPR003439,IPR027417,IPR017871 +MGYG000000001_39 Prodigal:2.6 CDS 30099 30929 . + 0 ID=MGYG000000001_02346;Name=ecfT_1;db_xref=COG:COG0619;gene=ecfT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q03PY7;locus_tag=MGYG000000001_02346;product=Energy-coupling factor transporter transmembrane protein EcfT;eggNOG=1301100.HG529429_gene1913;COG=P;KEGG=ko:K16785;Pfam=PF02361;InterPro=IPR003339 +MGYG000000001_39 Prodigal:2.6 CDS 31146 31346 . + 0 ID=MGYG000000001_02347;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02347;product=hypothetical protein +MGYG000000001_40 Prodigal:2.6 CDS 173 1954 . - 0 ID=MGYG000000001_02348;eC_number=3.2.1.21;Name=nag3_3;db_xref=COG:COG1472;gene=nag3_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WUL3;locus_tag=MGYG000000001_02348;product=Beta-N-acetylglucosaminidase/beta-glucosidase;eggNOG=457396.CSBG_00331;COG=G;KEGG=-;Pfam=PF00933;InterPro=IPR036881,IPR001764,IPR036962,IPR017853 +MGYG000000001_40 Prodigal:2.6 CDS 2102 3301 . + 0 ID=MGYG000000001_02349;Name=rhaS_3;gene=rhaS_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01534;locus_tag=MGYG000000001_02349;product=HTH-type transcriptional activator RhaS;eggNOG=658088.HMPREF0987_00365;COG=K;KEGG=-;Pfam=PF12833;InterPro=IPR020449,IPR018060,IPR009057,IPR018062 +MGYG000000001_40 Prodigal:2.6 CDS 3400 4332 . - 0 ID=MGYG000000001_02350;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02350;product=hypothetical protein;eggNOG=1301100.HG529274_gene1747;COG=D;KEGG=- +MGYG000000001_40 Prodigal:2.6 CDS 4813 7077 . - 0 ID=MGYG000000001_02351;eC_number=1.17.1.4;Name=xdhA;db_xref=COG:COG1529;gene=xdhA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46799;locus_tag=MGYG000000001_02351;product=Putative xanthine dehydrogenase molybdenum-binding subunit XdhA;eggNOG=1301100.HG529308_gene397;COG=C;KEGG=-;Pfam=PF01315,PF02738;InterPro=IPR036856,IPR000674,IPR008274,IPR037165 +MGYG000000001_40 Prodigal:2.6 CDS 7079 7528 . - 0 ID=MGYG000000001_02352;eC_number=1.3.7.9;Name=hcrC;gene=hcrC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O33818;locus_tag=MGYG000000001_02352;product=4-hydroxybenzoyl-CoA reductase subunit gamma;eggNOG=1301100.HG529308_gene398;COG=C;KEGG=ko:K03518;Pfam=PF00111,PF01799;InterPro=IPR036884,IPR036010,IPR002888,IPR001041,IPR012675 +MGYG000000001_40 Prodigal:2.6 CDS 7528 8316 . - 0 ID=MGYG000000001_02353;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02353;product=hypothetical protein;eggNOG=272563.CD630_21010;COG=C;KEGG=-;Pfam=PF00941,PF03450;InterPro=IPR036318,IPR016166,IPR002346,IPR005107,IPR016169,IPR036683 +MGYG000000001_40 Prodigal:2.6 CDS 8505 9764 . - 0 ID=MGYG000000001_02354;Name=nhaP2_2;db_xref=COG:COG3263;gene=nhaP2_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A5F4U3;locus_tag=MGYG000000001_02354;product=K(+)/H(+) antiporter NhaP2;eggNOG=1476973.JMMB01000007_gene1995;COG=P;KEGG=-;Pfam=PF00999;InterPro=IPR006153,IPR038770 +MGYG000000001_40 Prodigal:2.6 CDS 9937 11262 . - 0 ID=MGYG000000001_02355;Name=xanQ;db_xref=COG:COG2233;gene=xanQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67444;locus_tag=MGYG000000001_02355;product=Xanthine permease XanQ;eggNOG=180332.JTGN01000014_gene761;COG=F;KEGG=ko:K03458;Pfam=PF00860;InterPro=IPR006042,IPR017588,IPR006043 +MGYG000000001_40 Prodigal:2.6 CDS 11495 11662 . - 0 ID=MGYG000000001_02356;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02356;product=hypothetical protein +MGYG000000001_40 Prodigal:2.6 CDS 11691 11867 . - 0 ID=MGYG000000001_02357;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02357;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2044;COG=-;KEGG=- +MGYG000000001_40 Prodigal:2.6 CDS 12083 13678 . - 0 ID=MGYG000000001_02358;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02358;product=hypothetical protein;eggNOG=1301100.HG529329_gene4432;COG=S;KEGG=ko:K01992;Pfam=PF16949;InterPro=IPR031599 +MGYG000000001_40 Prodigal:2.6 CDS 13671 14384 . - 0 ID=MGYG000000001_02359;Name=ecsA_2;db_xref=COG:COG1131;gene=ecsA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P55339;locus_tag=MGYG000000001_02359;product=ABC-type transporter ATP-binding protein EcsA;eggNOG=1151292.QEW_2612;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_40 Prodigal:2.6 CDS 14684 15631 . - 0 ID=MGYG000000001_02360;eC_number=1.1.1.27;Name=ldh1;db_xref=COG:COG0039;gene=ldh1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81EP4;locus_tag=MGYG000000001_02360;product=L-lactate dehydrogenase 1;eggNOG=1301100.HG529285_gene7049;COG=C;KEGG=ko:K00016;Pfam=PF02866,PF00056;InterPro=IPR001236,IPR015955,IPR018177,IPR022383,IPR011304,IPR001557,IPR036291 +MGYG000000001_40 Prodigal:2.6 CDS 15906 17054 . + 0 ID=MGYG000000001_02361;eC_number=3.6.4.13;Name=cshC;db_xref=COG:COG0513;gene=cshC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81E85;locus_tag=MGYG000000001_02361;product=DEAD-box ATP-dependent RNA helicase CshC;eggNOG=1301100.HG529285_gene7048;COG=L;KEGG=-;Pfam=PF00271,PF00270;InterPro=IPR011545,IPR014014,IPR027417,IPR001650,IPR014001 +MGYG000000001_40 Prodigal:2.6 CDS 17255 18484 . + 0 ID=MGYG000000001_02362;eC_number=2.6.1.83;Name=dapL;db_xref=COG:COG0436;gene=dapL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0LEA5;locus_tag=MGYG000000001_02362;product=LL-diaminopimelate aminotransferase;eggNOG=1476973.JMMB01000007_gene1319;COG=E;KEGG=ko:K10206;Pfam=PF00155;InterPro=IPR004838,IPR015424,IPR015422,IPR015421,IPR004839 +MGYG000000001_40 Prodigal:2.6 CDS 18718 19587 . - 0 ID=MGYG000000001_02363;eC_number=3.4.11.18;Name=map_1;db_xref=COG:COG0024;gene=map_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9ZCD3;locus_tag=MGYG000000001_02363;product=Methionine aminopeptidase;eggNOG=1391646.AVSU01000010_gene92;COG=E;KEGG=ko:K01265;Pfam=PF00557,PF02810;InterPro=IPR000994,IPR036005,IPR001714,IPR004027,IPR002467 +MGYG000000001_40 Prodigal:2.6 CDS 19693 20931 . - 0 ID=MGYG000000001_02364;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02364;product=hypothetical protein;eggNOG=1301100.HG529303_gene3122;COG=O;KEGG=ko:K08303;Pfam=PF01136,PF16325;InterPro=IPR001539,IPR032525 +MGYG000000001_40 Prodigal:2.6 CDS 21217 21453 . - 0 ID=MGYG000000001_02365;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02365;product=hypothetical protein;eggNOG=272563.CD630_21120;COG=-;KEGG=- +MGYG000000001_40 Prodigal:2.6 CDS 21576 22055 . + 0 ID=MGYG000000001_02366;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02366;product=hypothetical protein;eggNOG=1415775.U729_2295;COG=S;KEGG=- +MGYG000000001_40 Prodigal:2.6 CDS 22052 22582 . + 0 ID=MGYG000000001_02367;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02367;product=hypothetical protein;eggNOG=318464.IO99_03215;COG=S;KEGG=-;Pfam=PF03773;InterPro=IPR005524 +MGYG000000001_40 Prodigal:2.6 CDS 22795 24066 . - 0 ID=MGYG000000001_02368;eC_number=2.7.13.3;Name=rcsC_11;gene=rcsC_11;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_02368;product=Sensor histidine kinase RcsC;eggNOG=1476973.JMMB01000007_gene1312;COG=T;KEGG=ko:K18345;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_40 Prodigal:2.6 CDS 24047 24721 . - 0 ID=MGYG000000001_02369;Name=regX3_2;db_xref=COG:COG0745;gene=regX3_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WGL9;locus_tag=MGYG000000001_02369;product=Sensory transduction protein regX3;eggNOG=500633.CLOHIR_00510;COG=KT;KEGG=ko:K18344;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_40 Prodigal:2.6 CDS 24861 27350 . - 0 ID=MGYG000000001_02370;eC_number=3.6.3.54;Name=copA;db_xref=COG:COG2217;gene=copA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FV64;locus_tag=MGYG000000001_02370;product=Copper-exporting P-type ATPase;eggNOG=1301100.HG529282_gene6984;COG=P;KEGG=ko:K01533,ko:K17686;Pfam=PF00702,PF00403,PF00122;InterPro=IPR006122,IPR006121,IPR023299,IPR036163,IPR018303,IPR023298,IPR036412,IPR023214,IPR008250,IPR027256,IPR001757 +MGYG000000001_40 Prodigal:2.6 CDS 27625 27762 . - 0 ID=MGYG000000001_02371;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02371;product=hypothetical protein +MGYG000000001_40 Prodigal:2.6 CDS 27926 28423 . - 0 ID=MGYG000000001_02372;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02372;product=hypothetical protein;eggNOG=318464.IO99_15795;COG=FG;KEGG=-;Pfam=PF14091;InterPro=IPR025365 +MGYG000000001_40 Prodigal:2.6 CDS 28515 31442 . - 0 ID=MGYG000000001_02373;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02373;product=hypothetical protein;eggNOG=318464.IO99_14875;COG=S;KEGG=ko:K06972;Pfam=PF08367,PF00675,PF05193;InterPro=IPR011249,IPR007863,IPR013578,IPR011765 +MGYG000000001_41 Prodigal:2.6 CDS 154 1584 . + 0 ID=MGYG000000001_02374;Name=nhaP_1;gene=nhaP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0ZAH6;locus_tag=MGYG000000001_02374;product=K(+)/H(+) antiporter NhaP;eggNOG=1476973.JMMB01000007_gene1243;COG=P;KEGG=-;Pfam=PF00999;InterPro=IPR006153,IPR038770 +MGYG000000001_41 Prodigal:2.6 CDS 1946 2278 . + 0 ID=MGYG000000001_02375;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02375;product=hypothetical protein +MGYG000000001_41 Prodigal:2.6 CDS 2494 3393 . + 0 ID=MGYG000000001_02376;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02376;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1276;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_41 Prodigal:2.6 CDS 3598 4059 . + 0 ID=MGYG000000001_02377;Name=sapB_1;db_xref=COG:COG1285;gene=sapB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45514;locus_tag=MGYG000000001_02377;product=Protein SapB;eggNOG=1301100.HG529273_gene1720;COG=S;KEGG=-;Pfam=PF02308;InterPro=IPR003416 +MGYG000000001_41 Prodigal:2.6 CDS 4448 4546 . + 0 ID=MGYG000000001_02378;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02378;product=hypothetical protein;eggNOG=457396.CSBG_01616;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214,IPR006379,IPR000150 +MGYG000000001_41 Prodigal:2.6 CDS 4595 4792 . + 0 ID=MGYG000000001_02379;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02379;product=hypothetical protein;eggNOG=1499684.CCNP01000018_gene660;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214 +MGYG000000001_41 Prodigal:2.6 CDS 4808 5125 . + 0 ID=MGYG000000001_02380;eC_number=3.1.3.23;Name=yidA_2;db_xref=COG:COG0561;gene=yidA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8Y5;locus_tag=MGYG000000001_02380;product=Sugar phosphatase YidA;eggNOG=1499684.CCNP01000018_gene660;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214 +MGYG000000001_41 Prodigal:2.6 CDS 5312 5815 . - 0 ID=MGYG000000001_02381;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02381;product=hypothetical protein;eggNOG=1301100.HG529316_gene481;COG=M;KEGG=-;Pfam=PF03572;InterPro=IPR029045,IPR005151 +MGYG000000001_41 Prodigal:2.6 CDS 5969 6163 . - 0 ID=MGYG000000001_02382;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02382;product=hypothetical protein;eggNOG=1301100.HG529316_gene481;COG=M;KEGG=-;Pfam=PF03572;InterPro=IPR029045,IPR005151 +MGYG000000001_41 Prodigal:2.6 CDS 6596 6754 . + 0 ID=MGYG000000001_02383;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02383;product=hypothetical protein;eggNOG=642492.Clole_0393;COG=I;KEGG=ko:K01118;Pfam=PF02525;InterPro=IPR029039,IPR003680 +MGYG000000001_41 Prodigal:2.6 CDS 6999 8405 . + 0 ID=MGYG000000001_02384;Name=bglF;db_xref=COG:COG1263;gene=bglF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P08722;locus_tag=MGYG000000001_02384;product=PTS system beta-glucoside-specific EIIBCA component;eggNOG=1499689.CCNN01000014_gene3214;COG=G;KEGG=ko:K02755,ko:K02756,ko:K02757;Pfam=PF00367,PF02378;InterPro=IPR003352,IPR018113,IPR013013,IPR036878,IPR001996 +MGYG000000001_41 Prodigal:2.6 CDS 8433 9839 . + 0 ID=MGYG000000001_02385;eC_number=3.2.1.86;Name=bglC;db_xref=COG:COG2723;gene=bglC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42403;locus_tag=MGYG000000001_02385;product=Aryl-phospho-beta-D-glucosidase BglC;eggNOG=1449050.JNLE01000003_gene3692;COG=G;KEGG=ko:K01223;Pfam=PF00232;InterPro=IPR033132,IPR017853,IPR001360,IPR018120 +MGYG000000001_41 Prodigal:2.6 CDS 10180 10404 . - 0 ID=MGYG000000001_02386;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02386;product=hypothetical protein;eggNOG=1292035.H476_2530;COG=-;KEGG=- +MGYG000000001_41 Prodigal:2.6 CDS 10845 11063 . + 0 ID=MGYG000000001_02387;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02387;product=hypothetical protein;eggNOG=445335.CBN_0985;COG=-;KEGG=- +MGYG000000001_41 Prodigal:2.6 CDS 11110 11511 . + 0 ID=MGYG000000001_02388;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02388;product=hypothetical protein;eggNOG=545243.BAEV01000006_gene1338;COG=F;KEGG=-;Pfam=PF00383;InterPro=IPR016192,IPR002125,IPR016193 +MGYG000000001_41 Prodigal:2.6 CDS 11904 12464 . + 0 ID=MGYG000000001_02389;Name=sigV_2;db_xref=COG:COG1595;gene=sigV_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05404;locus_tag=MGYG000000001_02389;product=RNA polymerase sigma factor SigV;eggNOG=1476973.JMMB01000003_gene68;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_41 Prodigal:2.6 CDS 12465 13511 . + 0 ID=MGYG000000001_02390;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02390;product=hypothetical protein;eggNOG=1476973.JMMB01000003_gene69;COG=S;KEGG=-;Pfam=PF18705;InterPro=IPR040680 +MGYG000000001_41 Prodigal:2.6 CDS 13599 14738 . - 0 ID=MGYG000000001_02391;eC_number=3.-.-.-;Name=yxeP_3;db_xref=COG:COG1473;gene=yxeP_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54955;locus_tag=MGYG000000001_02391;product=putative hydrolase YxeP;eggNOG=445973.CLOBAR_02410;COG=E;KEGG=ko:K01436;Pfam=PF07687,PF01546;InterPro=IPR036264,IPR011650,IPR017439,IPR002933 +MGYG000000001_41 Prodigal:2.6 CDS 14877 16448 . - 0 ID=MGYG000000001_02392;Name=abgT_1;db_xref=COG:COG2978;gene=abgT_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46133;locus_tag=MGYG000000001_02392;product=p-aminobenzoyl-glutamate transport protein;eggNOG=1151292.QEW_3471;COG=H;KEGG=ko:K12942;Pfam=PF03806;InterPro=IPR004697 +MGYG000000001_41 Prodigal:2.6 CDS 16492 17673 . - 0 ID=MGYG000000001_02393;eC_number=3.5.1.47;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01692;locus_tag=MGYG000000001_02393;product=N-acetyldiaminopimelate deacetylase;eggNOG=1121289.JHVL01000081_gene1206;COG=E;KEGG=ko:K01436;Pfam=PF07687,PF01546;InterPro=IPR011650,IPR036264,IPR017439,IPR002933 +MGYG000000001_41 Prodigal:2.6 CDS 17952 18641 . + 0 ID=MGYG000000001_02394;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02394;product=hypothetical protein;eggNOG=1301100.HG529318_gene6125;COG=T;KEGG=-;Pfam=PF00072,PF04397;InterPro=IPR001789,IPR011006,IPR007492 +MGYG000000001_41 Prodigal:2.6 CDS 18622 19971 . + 0 ID=MGYG000000001_02395;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02395;product=hypothetical protein;eggNOG=1301100.HG529318_gene6124;COG=T;KEGG=ko:K07706;Pfam=PF14501;InterPro=IPR036890,IPR032834 +MGYG000000001_41 Prodigal:2.6 CDS 20123 20887 . + 0 ID=MGYG000000001_02396;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02396;product=hypothetical protein;eggNOG=1301100.HG529318_gene6123;COG=-;KEGG=- +MGYG000000001_41 Prodigal:2.6 CDS 20896 22407 . + 0 ID=MGYG000000001_02397;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02397;product=hypothetical protein;eggNOG=1301100.HG529318_gene6122;COG=-;KEGG=- +MGYG000000001_41 Prodigal:2.6 CDS 22428 23099 . + 0 ID=MGYG000000001_02398;eC_number=3.6.3.-;Name=yxlF_1;db_xref=COG:COG1131;gene=yxlF_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94374;locus_tag=MGYG000000001_02398;product=putative ABC transporter ATP-binding protein YxlF;eggNOG=1301100.HG529318_gene6120;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_41 Prodigal:2.6 CDS 23258 23515 . + 0 ID=MGYG000000001_02399;Name=sdpR;db_xref=COG:COG0640;gene=sdpR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32242;locus_tag=MGYG000000001_02399;product=Transcriptional repressor SdpR;eggNOG=1391646.AVSU01000019_gene1324;COG=K;KEGG=-;Pfam=PF01022;InterPro=IPR036388,IPR011991,IPR001845,IPR036390 +MGYG000000001_41 Prodigal:2.6 CDS 23529 24125 . + 0 ID=MGYG000000001_02400;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02400;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2260;COG=S;KEGG=-;Pfam=PF13630;InterPro=IPR025962 +MGYG000000001_41 Prodigal:2.6 CDS 24324 24662 . + 0 ID=MGYG000000001_02401;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02401;product=hypothetical protein;eggNOG=1414720.CBYM010000020_gene2479;COG=S;KEGG=-;InterPro=IPR023811 +MGYG000000001_41 Prodigal:2.6 CDS 24751 25602 . + 0 ID=MGYG000000001_02402;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02402;product=hypothetical protein;eggNOG=768704.Desmer_3397;COG=S;KEGG=-;Pfam=PF05857;InterPro=IPR008875 +MGYG000000001_41 Prodigal:2.6 CDS 25758 26279 . + 0 ID=MGYG000000001_02403;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02403;product=hypothetical protein;eggNOG=994573.T472_0201050;COG=S;KEGG=- +MGYG000000001_41 Prodigal:2.6 CDS 26295 26675 . + 0 ID=MGYG000000001_02404;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02404;product=hypothetical protein;eggNOG=265729.GS18_0209865;COG=S;KEGG=-;Pfam=PF14478;InterPro=IPR027954 +MGYG000000001_41 Prodigal:2.6 CDS 26852 27910 . + 0 ID=MGYG000000001_02405;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02405;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1726;COG=-;KEGG=- +MGYG000000001_41 Prodigal:2.6 CDS 27999 28145 . - 0 ID=MGYG000000001_02406;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02406;product=hypothetical protein;eggNOG=1301100.HG529329_gene4472;COG=S;KEGG=-;Pfam=PF12841;InterPro=IPR024419 +MGYG000000001_41 Prodigal:2.6 CDS 28157 28384 . - 0 ID=MGYG000000001_02407;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02407;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1873;COG=S;KEGG=-;Pfam=PF11148;InterPro=IPR021321 +MGYG000000001_41 Prodigal:2.6 CDS 28511 28675 . - 0 ID=MGYG000000001_02408;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02408;product=hypothetical protein;eggNOG=1301100.HG529227_gene5464;COG=S;KEGG=-;Pfam=PF07872;InterPro=IPR012454 +MGYG000000001_41 Prodigal:2.6 CDS 28941 29552 . + 0 ID=MGYG000000001_02409;eC_number=1.6.5.11;Name=ndhI_5;gene=ndhI_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01351;locus_tag=MGYG000000001_02409;product=NAD(P)H-quinone oxidoreductase subunit I%2C chloroplastic;eggNOG=1410674.JNKU01000002_gene2309;COG=C;KEGG=-;Pfam=PF01243,PF00037;InterPro=IPR012349,IPR011576,IPR017900,IPR017896 +MGYG000000001_41 Prodigal:2.6 CDS 29555 31096 . + 0 ID=MGYG000000001_02410;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02410;product=hypothetical protein;eggNOG=1232446.BAIE02000047_gene375;COG=P;KEGG=ko:K05845,ko:K05846;Pfam=PF00528,PF04069;InterPro=IPR000515,IPR035906,IPR007210 +MGYG000000001_42 Prodigal:2.6 CDS 270 977 . + 0 ID=MGYG000000001_02411;Name=lutR;db_xref=COG:COG2186;gene=lutR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07007;locus_tag=MGYG000000001_02411;product=HTH-type transcriptional regulator LutR;eggNOG=1476973.JMMB01000007_gene939;COG=K;KEGG=ko:K05799;Pfam=PF00392,PF07729;InterPro=IPR011711,IPR008920,IPR036390,IPR036388,IPR000524 +MGYG000000001_42 Prodigal:2.6 CDS 1106 2674 . + 0 ID=MGYG000000001_02412;Name=glcA;db_xref=COG:COG1620;gene=glcA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46839;locus_tag=MGYG000000001_02412;product=Glycolate permease GlcA;eggNOG=1476973.JMMB01000007_gene940;COG=C;KEGG=ko:K03303;Pfam=PF02652;InterPro=IPR003804 +MGYG000000001_42 Prodigal:2.6 CDS 2698 4020 . + 0 ID=MGYG000000001_02413;eC_number=5.1.2.1;Name=larA_1;db_xref=COG:COG3875;gene=larA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:F9USS9;locus_tag=MGYG000000001_02413;product=Lactate racemase;eggNOG=1476973.JMMB01000007_gene941;COG=S;KEGG=ko:K22373;Pfam=PF09861;InterPro=IPR018657 +MGYG000000001_42 Prodigal:2.6 CDS 4041 4829 . + 0 ID=MGYG000000001_02414;eC_number=1.3.1.108;Name=carD;db_xref=COG:COG2086;gene=carD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:H6LGM7;locus_tag=MGYG000000001_02414;product=Caffeyl-CoA reductase-Etf complex subunit CarD;eggNOG=1301100.HG529244_gene2326;COG=C;KEGG=ko:K03521;Pfam=PF01012;InterPro=IPR014730,IPR014729,IPR033948,IPR012255 +MGYG000000001_42 Prodigal:2.6 CDS 4843 6057 . + 0 ID=MGYG000000001_02415;eC_number=1.3.1.108;Name=carE;db_xref=COG:COG2025;gene=carE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:H6LGM8;locus_tag=MGYG000000001_02415;product=Caffeyl-CoA reductase-Etf complex subunit CarE;eggNOG=1476973.JMMB01000007_gene943;COG=C;KEGG=ko:K03522;Pfam=PF00766,PF01012;InterPro=IPR014731,IPR033947,IPR001308,IPR029035,IPR014729,IPR017896,IPR014730 +MGYG000000001_42 Prodigal:2.6 CDS 6070 7461 . + 0 ID=MGYG000000001_02416;eC_number=1.-.-.-;db_xref=COG:COG0277;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WIT1;locus_tag=MGYG000000001_02416;product=putative FAD-linked oxidoreductase;eggNOG=1476973.JMMB01000007_gene944;COG=C;KEGG=ko:K00104;Pfam=PF01565,PF02913;InterPro=IPR036318,IPR004113,IPR016164,IPR016166,IPR006094,IPR016171,IPR016167,IPR016169 +MGYG000000001_42 Prodigal:2.6 CDS 7582 8850 . - 0 ID=MGYG000000001_02417;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97P99;locus_tag=MGYG000000001_02417;note=UPF0348 protein SP_1742;product=hypothetical protein;eggNOG=1301100.HG529233_gene7357;COG=S;KEGG=-;Pfam=PF05636;InterPro=IPR008513,IPR014729 +MGYG000000001_42 Prodigal:2.6 CDS 9257 10453 . + 0 ID=MGYG000000001_02418;eC_number=2.7.2.1;Name=ackA;db_xref=COG:COG0282;gene=ackA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYB1;locus_tag=MGYG000000001_02418;product=Acetate kinase;eggNOG=1391646.AVSU01000032_gene2333;COG=F;KEGG=ko:K00925;Pfam=PF00871;InterPro=IPR004372,IPR023865,IPR000890 +MGYG000000001_42 Prodigal:2.6 CDS 10613 11140 . + 0 ID=MGYG000000001_02419;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02419;product=hypothetical protein;eggNOG=1301100.HG529233_gene7359;COG=S;KEGG=ko:K07040;Pfam=PF02620;InterPro=IPR003772 +MGYG000000001_42 Prodigal:2.6 CDS 11154 11330 . + 0 ID=MGYG000000001_02420;Name=rpmF;db_xref=COG:COG0333;gene=rpmF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P49228;locus_tag=MGYG000000001_02420;product=50S ribosomal protein L32;eggNOG=1292035.H476_2023;COG=J;KEGG=ko:K02911;Pfam=PF01783;InterPro=IPR002677,IPR011332 +MGYG000000001_42 Prodigal:2.6 CDS 11493 11750 . + 0 ID=MGYG000000001_02421;eC_number=2.3.1.-;Name=plsX_1;db_xref=COG:COG0416;gene=plsX_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q82ZE8;locus_tag=MGYG000000001_02421;product=Phosphate acyltransferase;eggNOG=1476973.JMMB01000007_gene950;COG=I;KEGG=ko:K03621;Pfam=PF02504;InterPro=IPR012281,IPR003664 +MGYG000000001_42 Prodigal:2.6 CDS 11735 12502 . + 0 ID=MGYG000000001_02422;eC_number=2.3.1.-;Name=plsX_2;gene=plsX_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P65739;locus_tag=MGYG000000001_02422;product=Phosphate acyltransferase;eggNOG=1301100.HG529233_gene7362;COG=I;KEGG=ko:K03621;Pfam=PF02504;InterPro=IPR012281,IPR003664 +MGYG000000001_42 Prodigal:2.6 CDS 12638 13606 . + 0 ID=MGYG000000001_02423;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02423;product=hypothetical protein;eggNOG=272563.CD630_11920;COG=S;KEGG=ko:K06390;InterPro=IPR014217,IPR027417 +MGYG000000001_42 Prodigal:2.6 CDS 13596 14117 . + 0 ID=MGYG000000001_02424;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02424;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene958;COG=S;KEGG=ko:K06391;Pfam=PF09548;InterPro=IPR014198 +MGYG000000001_42 Prodigal:2.6 CDS 14128 14325 . + 0 ID=MGYG000000001_02425;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02425;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene959;COG=S;KEGG=ko:K06392;Pfam=PF06686;InterPro=IPR009570,IPR025664 +MGYG000000001_42 Prodigal:2.6 CDS 14341 14727 . + 0 ID=MGYG000000001_02426;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02426;product=hypothetical protein;eggNOG=1151292.QEW_1573;COG=S;KEGG=ko:K06393;Pfam=PF06686;InterPro=IPR014211,IPR025664 +MGYG000000001_42 Prodigal:2.6 CDS 14742 15923 . + 0 ID=MGYG000000001_02427;Name=spoIIIAE;gene=spoIIIAE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P49782;locus_tag=MGYG000000001_02427;product=Stage III sporulation protein AE;eggNOG=1476973.JMMB01000007_gene961;COG=S;KEGG=ko:K06394;Pfam=PF09546;InterPro=IPR014194 +MGYG000000001_42 Prodigal:2.6 CDS 15936 16508 . + 0 ID=MGYG000000001_02428;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02428;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene962;COG=S;KEGG=ko:K06395;Pfam=PF09581;InterPro=IPR014245 +MGYG000000001_42 Prodigal:2.6 CDS 16523 17083 . + 0 ID=MGYG000000001_02429;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02429;product=hypothetical protein;eggNOG=1151292.QEW_1576;COG=S;KEGG=ko:K06396 +MGYG000000001_42 Prodigal:2.6 CDS 17108 17761 . + 0 ID=MGYG000000001_02430;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02430;product=hypothetical protein;eggNOG=1301100.HG529233_gene7381;COG=S;KEGG=ko:K06397;Pfam=PF12685;InterPro=IPR024232,IPR038503 +MGYG000000001_42 Prodigal:2.6 CDS 17931 18335 . + 0 ID=MGYG000000001_02431;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02431;product=hypothetical protein;eggNOG=1301100.HG529233_gene7382;COG=S;KEGG=-;Pfam=PF03780;InterPro=IPR005531 +MGYG000000001_42 Prodigal:2.6 CDS 18411 18926 . + 0 ID=MGYG000000001_02432;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02432;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene966;COG=K;KEGG=ko:K03625;Pfam=PF01029;InterPro=IPR035926,IPR006027,IPR011605 +MGYG000000001_42 Prodigal:2.6 CDS 18907 19872 . + 0 ID=MGYG000000001_02433;eC_number=2.3.1.234;Name=tsaD_2;db_xref=COG:COG0533;gene=tsaD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05852;locus_tag=MGYG000000001_02433;product=tRNA N6-adenosine threonylcarbamoyltransferase;eggNOG=1301100.HG529233_gene7384;COG=O;KEGG=ko:K01409;Pfam=PF00814;InterPro=IPR000905,IPR017861 +MGYG000000001_42 Prodigal:2.6 CDS 19910 21115 . + 0 ID=MGYG000000001_02434;eC_number=3.1.11.6;Name=xseA;db_xref=COG:COG1570;gene=xseA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04994;locus_tag=MGYG000000001_02434;product=Exodeoxyribonuclease 7 large subunit;eggNOG=1301100.HG529233_gene7385;COG=L;KEGG=ko:K03601;Pfam=PF13742,PF02601;InterPro=IPR025824,IPR003753,IPR020579 +MGYG000000001_42 Prodigal:2.6 CDS 21118 21333 . + 0 ID=MGYG000000001_02435;eC_number=3.1.11.6;Name=xseB;gene=xseB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00337;locus_tag=MGYG000000001_02435;product=Exodeoxyribonuclease 7 small subunit;eggNOG=1476973.JMMB01000007_gene969;COG=L;KEGG=ko:K03602;Pfam=PF02609;InterPro=IPR003761,IPR037004 +MGYG000000001_42 Prodigal:2.6 CDS 21336 22223 . + 0 ID=MGYG000000001_02436;eC_number=2.5.1.10;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q08291;locus_tag=MGYG000000001_02436;product=Farnesyl diphosphate synthase;eggNOG=1301100.HG529233_gene7387;COG=H;KEGG=ko:K13789;Pfam=PF00348;InterPro=IPR000092,IPR033749,IPR008949 +MGYG000000001_42 Prodigal:2.6 CDS 22233 22670 . + 0 ID=MGYG000000001_02437;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02437;product=hypothetical protein;eggNOG=1301100.HG529233_gene7388;COG=S;KEGG=ko:K09775;Pfam=PF02681;InterPro=IPR003832 +MGYG000000001_42 Prodigal:2.6 CDS 22897 24753 . + 0 ID=MGYG000000001_02438;eC_number=2.2.1.7;Name=dxs_2;db_xref=COG:COG1154;gene=dxs_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P77488;locus_tag=MGYG000000001_02438;product=1-deoxy-D-xylulose-5-phosphate synthase;eggNOG=1476973.JMMB01000007_gene972;COG=H;KEGG=ko:K01662;Pfam=PF02780,PF02779,PF13292;InterPro=IPR033248,IPR009014,IPR005477,IPR020826,IPR005475,IPR029061,IPR005474 +MGYG000000001_42 Prodigal:2.6 CDS 24770 25582 . + 0 ID=MGYG000000001_02439;eC_number=2.1.1.226;Name=tlyA;gene=tlyA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WJ62;locus_tag=MGYG000000001_02439;product=16S/23S rRNA (cytidine-2'-O)-methyltransferase TlyA;eggNOG=272563.CD630_12080;COG=J;KEGG=ko:K06442;Pfam=PF01479,PF01728;InterPro=IPR029063,IPR002942,IPR036986,IPR002877,IPR004538 +MGYG000000001_42 Prodigal:2.6 CDS 25618 27294 . + 0 ID=MGYG000000001_02440;Name=recN;db_xref=COG:COG0497;gene=recN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P05824;locus_tag=MGYG000000001_02440;product=DNA repair protein RecN;eggNOG=272563.CD630_12090;COG=L;KEGG=ko:K03631;Pfam=PF13175;InterPro=IPR041685,IPR027417,IPR004604 +MGYG000000001_43 INFERNAL:1.1.2 ncRNA 13327 13448 . + . ID=MGYG000000001_43_ncRNA38;inference=Rfam:14.6;locus_tag=MGYG000000001_43_ncRNA38;product=Ribosomal protein L10 leader;rfam=RF00557 +MGYG000000001_43 Prodigal:2.6 CDS 244 924 . + 0 ID=MGYG000000001_02441;eC_number=2.7.7.60;Name=ispD;db_xref=COG:COG1211;gene=ispD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06755;locus_tag=MGYG000000001_02441;product=2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase;eggNOG=272563.CD630_00470;COG=I;KEGG=ko:K00991;Pfam=PF01128;InterPro=IPR029044,IPR034683,IPR018294,IPR001228 +MGYG000000001_43 Prodigal:2.6 CDS 964 1443 . + 0 ID=MGYG000000001_02442;eC_number=4.6.1.12;Name=ispF;db_xref=COG:COG0245;gene=ispF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06756;locus_tag=MGYG000000001_02442;product=2-C-methyl-D-erythritol 2%2C4-cyclodiphosphate synthase;eggNOG=1301100.HG529433_gene6513;COG=I;KEGG=ko:K01770,ko:K12506;Pfam=PF02542;InterPro=IPR003526,IPR020555,IPR036571 +MGYG000000001_43 Prodigal:2.6 CDS 1786 3501 . + 0 ID=MGYG000000001_02443;eC_number=6.1.1.15;Name=proS;gene=proS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A5Y3;locus_tag=MGYG000000001_02443;product=Proline--tRNA ligase;eggNOG=1301100.HG529433_gene6514;COG=J;KEGG=ko:K01881;Pfam=PF00587,PF04073,PF03129;InterPro=IPR023717,IPR033730,IPR004500,IPR002316,IPR036754,IPR007214,IPR004154,IPR006195,IPR002314,IPR036621 +MGYG000000001_43 Prodigal:2.6 CDS 3721 5202 . + 0 ID=MGYG000000001_02444;eC_number=6.1.1.17;Name=gltX;gene=gltX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99170;locus_tag=MGYG000000001_02444;product=Glutamate--tRNA ligase;eggNOG=1476973.JMMB01000007_gene178;COG=J;KEGG=ko:K01885,ko:K09698;Pfam=PF00749;InterPro=IPR004527,IPR033910,IPR020751,IPR014729,IPR020058,IPR000924,IPR008925 +MGYG000000001_43 Prodigal:2.6 CDS 5404 5556 . + 0 ID=MGYG000000001_02445;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02445;product=hypothetical protein;eggNOG=1301100.HG529433_gene6516;COG=-;KEGG=- +MGYG000000001_43 Prodigal:2.6 CDS 5694 7091 . + 0 ID=MGYG000000001_02446;eC_number=6.1.1.16;Name=cysS;db_xref=COG:COG0215;gene=cysS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06752;locus_tag=MGYG000000001_02446;product=Cysteine--tRNA ligase;eggNOG=1151292.QEW_0056;COG=J;KEGG=ko:K01883;Pfam=PF01406,PF09190;InterPro=IPR032678,IPR024909,IPR014729,IPR015273,IPR015803,IPR009080 +MGYG000000001_43 Prodigal:2.6 CDS 7094 7492 . + 0 ID=MGYG000000001_02447;eC_number=3.1.26.-;Name=mrnC;db_xref=COG:COG1939;gene=mrnC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81J58;locus_tag=MGYG000000001_02447;product=Mini-ribonuclease 3;eggNOG=1301100.HG529433_gene6518;COG=J;KEGG=ko:K11145;Pfam=PF00636;InterPro=IPR008226,IPR036389,IPR000999 +MGYG000000001_43 Prodigal:2.6 CDS 7634 8368 . + 0 ID=MGYG000000001_02448;eC_number=2.1.1.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A794;locus_tag=MGYG000000001_02448;product=Putative TrmH family tRNA/rRNA methyltransferase;eggNOG=1301100.HG529433_gene6520;COG=J;KEGG=ko:K03218;Pfam=PF08032,PF00588;InterPro=IPR029064,IPR013123,IPR029026,IPR004441,IPR029028,IPR001537 +MGYG000000001_43 Prodigal:2.6 CDS 8373 8900 . + 0 ID=MGYG000000001_02449;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02449;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene172;COG=S;KEGG=ko:K06962;Pfam=PF05991;InterPro=IPR010298 +MGYG000000001_43 Prodigal:2.6 CDS 8964 9611 . + 0 ID=MGYG000000001_02450;Name=sigH;db_xref=COG:COG1595;gene=sigH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17869;locus_tag=MGYG000000001_02450;product=RNA polymerase sigma-H factor;eggNOG=272563.CD630_00570;COG=K;KEGG=ko:K03091;Pfam=PF04542,PF00196;InterPro=IPR007627,IPR013324,IPR016371,IPR014218,IPR000792,IPR013325,IPR000943,IPR014284 +MGYG000000001_43 Prodigal:2.6 CDS 9681 10874 . + 0 ID=MGYG000000001_02451;Name=tuf;db_xref=COG:COG0050;gene=tuf;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q01698;locus_tag=MGYG000000001_02451;product=Elongation factor Tu;eggNOG=272563.CD630_00580;COG=J;KEGG=ko:K02358;Pfam=PF03143,PF03144,PF00009;InterPro=IPR005225,IPR000795,IPR004160,IPR004161,IPR041709,IPR033720,IPR009000,IPR027417,IPR004541,IPR031157,IPR009001 +MGYG000000001_43 Prodigal:2.6 CDS 11080 11229 . + 0 ID=MGYG000000001_02452;Name=rpmG1;db_xref=COG:COG0267;gene=rpmG1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FYU6;locus_tag=MGYG000000001_02452;product=50S ribosomal protein L33 1;eggNOG=1219626.HMPREF1639_01255;COG=J;KEGG=ko:K02913;Pfam=PF00471;InterPro=IPR001705,IPR038584,IPR018264,IPR011332 +MGYG000000001_43 Prodigal:2.6 CDS 11256 11480 . + 0 ID=MGYG000000001_02453;Name=secE;gene=secE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00422;locus_tag=MGYG000000001_02453;product=Protein translocase subunit SecE;eggNOG=1301100.HG529434_gene6524;COG=U;KEGG=ko:K03073;Pfam=PF00584;InterPro=IPR038379,IPR005807,IPR001901 +MGYG000000001_43 Prodigal:2.6 CDS 11499 12041 . + 0 ID=MGYG000000001_02454;Name=nusG;gene=nusG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A096;locus_tag=MGYG000000001_02454;product=Transcription termination/antitermination protein NusG;eggNOG=1292035.H476_0178;COG=K;KEGG=ko:K02601;Pfam=PF02357,PF00467;InterPro=IPR014722,IPR008991,IPR005824,IPR006645,IPR036735,IPR001062 +MGYG000000001_43 Prodigal:2.6 CDS 12079 12504 . + 0 ID=MGYG000000001_02455;Name=rplK;db_xref=COG:COG0080;gene=rplK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06796;locus_tag=MGYG000000001_02455;product=50S ribosomal protein L11;eggNOG=1151292.QEW_0069;COG=J;KEGG=ko:K02867;Pfam=PF00298,PF03946;InterPro=IPR006519,IPR020784,IPR036769,IPR020783,IPR036796,IPR000911 +MGYG000000001_43 Prodigal:2.6 CDS 12575 13273 . + 0 ID=MGYG000000001_02456;Name=rplA;gene=rplA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q99W68;locus_tag=MGYG000000001_02456;product=50S ribosomal protein L1;eggNOG=1301100.HG529434_gene6527;COG=J;KEGG=ko:K02863;Pfam=PF00687;InterPro=IPR023673,IPR016095,IPR023674,IPR002143,IPR005878,IPR028364 +MGYG000000001_43 Prodigal:2.6 CDS 13501 14004 . + 0 ID=MGYG000000001_02457;Name=rplJ;db_xref=COG:COG0244;gene=rplJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42923;locus_tag=MGYG000000001_02457;product=50S ribosomal protein L10;eggNOG=1301100.HG529434_gene6528;COG=J;KEGG=ko:K02864;Pfam=PF00466;InterPro=IPR022973,IPR001790,IPR002363 +MGYG000000001_43 Prodigal:2.6 CDS 14092 14454 . + 0 ID=MGYG000000001_02458;Name=rplL;gene=rplL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P02395;locus_tag=MGYG000000001_02458;product=50S ribosomal protein L7/L12;eggNOG=1292035.H476_0182;COG=J;KEGG=ko:K02935;Pfam=PF16320,PF00542;InterPro=IPR036235,IPR000206,IPR013823,IPR014719,IPR008932 +MGYG000000001_43 Prodigal:2.6 CDS 14721 18428 . + 0 ID=MGYG000000001_02459;eC_number=2.7.7.6;Name=rpoB;db_xref=COG:COG0085;gene=rpoB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37870;locus_tag=MGYG000000001_02459;product=DNA-directed RNA polymerase subunit beta;eggNOG=1301100.HG529434_gene6530;COG=K;KEGG=ko:K03043;Pfam=PF04563,PF00562,PF04560,PF10385,PF04565,PF04561;InterPro=IPR007645,IPR007120,IPR037034,IPR014724,IPR007642,IPR007121,IPR015712,IPR007644,IPR007641,IPR010243,IPR019462,IPR037033 +MGYG000000001_43 Prodigal:2.6 CDS 18471 21959 . + 0 ID=MGYG000000001_02460;eC_number=2.7.7.6;Name=rpoC;db_xref=COG:COG0086;gene=rpoC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37871;locus_tag=MGYG000000001_02460;product=DNA-directed RNA polymerase subunit beta';eggNOG=1476973.JMMB01000007_gene161;COG=K;KEGG=ko:K03046;Pfam=PF05000,PF04998,PF04983,PF04997,PF00623;InterPro=IPR000722,IPR038120,IPR012754,IPR042102,IPR007083,IPR007081,IPR007080,IPR007066,IPR006592 +MGYG000000001_43 Prodigal:2.6 CDS 22242 22664 . + 0 ID=MGYG000000001_02461;Name=rpsL;db_xref=COG:COG0048;gene=rpsL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21472;locus_tag=MGYG000000001_02461;product=30S ribosomal protein S12;eggNOG=1292035.H476_0185;COG=J;KEGG=ko:K02950;Pfam=PF00164;InterPro=IPR005679,IPR006032,IPR012340 +MGYG000000001_43 Prodigal:2.6 CDS 22787 23257 . + 0 ID=MGYG000000001_02462;Name=rpsG;db_xref=COG:COG0049;gene=rpsG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21469;locus_tag=MGYG000000001_02462;product=30S ribosomal protein S7;eggNOG=1292035.H476_0186;COG=J;KEGG=ko:K02992;Pfam=PF00177;InterPro=IPR036823,IPR000235,IPR020606,IPR023798,IPR005717 +MGYG000000001_43 Prodigal:2.6 CDS 23313 25379 . + 0 ID=MGYG000000001_02463;Name=fusA_1;db_xref=COG:COG0480;gene=fusA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80868;locus_tag=MGYG000000001_02463;product=Elongation factor G;eggNOG=1292035.H476_0187;COG=J;KEGG=ko:K02355;Pfam=PF14492,PF00009,PF03764,PF03144,PF00679;InterPro=IPR014721,IPR005225,IPR000795,IPR005517,IPR009022,IPR004161,IPR020568,IPR000640,IPR004540,IPR035649,IPR009000,IPR041095,IPR027417,IPR035647,IPR031157 +MGYG000000001_44 INFERNAL:1.1.2 ncRNA 14568 14684 . + . ID=MGYG000000001_44_ncRNA39;inference=Rfam:14.6;locus_tag=MGYG000000001_44_ncRNA39;product=FMN riboswitch (RFN element);rfam=RF00050 +MGYG000000001_44 Prodigal:2.6 CDS 236 1396 . + 0 ID=MGYG000000001_02464;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02464;product=hypothetical protein;eggNOG=1301100.HG529395_gene6858;COG=J;KEGG=-;Pfam=PF13679;InterPro=IPR025714,IPR029063 +MGYG000000001_44 Prodigal:2.6 CDS 1502 2692 . - 0 ID=MGYG000000001_02465;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02465;product=hypothetical protein;eggNOG=1301100.HG529244_gene2334;COG=C;KEGG=-;Pfam=PF00375;InterPro=IPR001991,IPR036458 +MGYG000000001_44 Prodigal:2.6 CDS 3028 3510 . + 0 ID=MGYG000000001_02466;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02466;product=hypothetical protein;eggNOG=445973.CLOBAR_01990;COG=F;KEGG=ko:K01493;Pfam=PF00383;InterPro=IPR015517,IPR035105,IPR002125,IPR016193,IPR016473,IPR016192 +MGYG000000001_44 Prodigal:2.6 CDS 3650 7294 . + 0 ID=MGYG000000001_02467;Name=mdtB;gene=mdtB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01423;locus_tag=MGYG000000001_02467;product=Multidrug resistance protein MdtB;eggNOG=1280692.AUJL01000018_gene985;COG=V;KEGG=ko:K03296;Pfam=PF00873;InterPro=IPR001036,IPR027463 +MGYG000000001_44 Prodigal:2.6 CDS 7294 7902 . + 0 ID=MGYG000000001_02468;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02468;product=hypothetical protein;eggNOG=1292035.H476_1220;COG=K;KEGG=-;Pfam=PF00440;InterPro=IPR001647,IPR009057 +MGYG000000001_44 Prodigal:2.6 CDS 8087 8623 . + 0 ID=MGYG000000001_02469;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02469;product=hypothetical protein +MGYG000000001_44 Prodigal:2.6 CDS 8640 9092 . - 0 ID=MGYG000000001_02470;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02470;product=hypothetical protein;eggNOG=1301100.HG529346_gene4302;COG=S;KEGG=-;Pfam=PF12821;InterPro=IPR024528 +MGYG000000001_44 Prodigal:2.6 CDS 9094 9855 . - 0 ID=MGYG000000001_02471;Name=yjjP_1;db_xref=COG:COG2966;gene=yjjP_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ADD5;locus_tag=MGYG000000001_02471;product=Inner membrane protein YjjP;eggNOG=1301100.HG529346_gene4303;COG=S;KEGG=-;Pfam=PF06738;InterPro=IPR010619 +MGYG000000001_44 Prodigal:2.6 CDS 10042 11223 . + 0 ID=MGYG000000001_02472;Name=rhaS_4;gene=rhaS_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01534;locus_tag=MGYG000000001_02472;product=HTH-type transcriptional activator RhaS;eggNOG=1499683.CCFF01000013_gene260;COG=K;KEGG=ko:K07720;Pfam=PF12833,PF10114;InterPro=IPR018060,IPR009057,IPR020449,IPR018771,IPR018062 +MGYG000000001_44 Prodigal:2.6 CDS 11289 13586 . - 0 ID=MGYG000000001_02473;eC_number=3.2.1.23;Name=lacZ_2;gene=lacZ_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01687;locus_tag=MGYG000000001_02473;product=Beta-galactosidase;eggNOG=1347369.CCAD010000071_gene3607;COG=G;KEGG=ko:K01190;Pfam=PF02837,PF02836,PF16355,PF00703;InterPro=IPR036156,IPR006104,IPR013783,IPR032311,IPR008979,IPR006101,IPR006102,IPR006103,IPR017853 +MGYG000000001_44 Prodigal:2.6 CDS 13786 14403 . - 0 ID=MGYG000000001_02474;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02474;product=hypothetical protein;eggNOG=642492.Clole_4149;COG=-;KEGG=-;Pfam=PF18475;InterPro=IPR041494 +MGYG000000001_44 Prodigal:2.6 CDS 14866 15978 . + 0 ID=MGYG000000001_02475;Name=ribD;db_xref=COG:COG0117;gene=ribD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17618;locus_tag=MGYG000000001_02475;product=Riboflavin biosynthesis protein RibD;eggNOG=1151292.QEW_2136;COG=H;KEGG=ko:K11752;Pfam=PF00383,PF01872;InterPro=IPR024072,IPR011549,IPR002125,IPR002734,IPR016193,IPR016192,IPR004794 +MGYG000000001_44 Prodigal:2.6 CDS 16014 16673 . + 0 ID=MGYG000000001_02476;eC_number=2.5.1.9;Name=ribE;db_xref=COG:COG0307;gene=ribE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P16440;locus_tag=MGYG000000001_02476;product=Riboflavin synthase;eggNOG=445973.CLOBAR_00908;COG=H;KEGG=ko:K00793;Pfam=PF00677;InterPro=IPR017938,IPR001783,IPR026017,IPR023366 +MGYG000000001_44 Prodigal:2.6 CDS 16698 17891 . + 0 ID=MGYG000000001_02477;Name=ribBA;db_xref=COG:COG0108;gene=ribBA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A5U2B7;locus_tag=MGYG000000001_02477;product=Riboflavin biosynthesis protein RibBA;eggNOG=1151292.QEW_2134;COG=H;KEGG=ko:K14652;Pfam=PF00926,PF00925;InterPro=IPR032677,IPR016299,IPR000926,IPR036144,IPR017945,IPR000422 +MGYG000000001_44 Prodigal:2.6 CDS 17930 18391 . + 0 ID=MGYG000000001_02478;eC_number=2.5.1.78;Name=ribH;gene=ribH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99141;locus_tag=MGYG000000001_02478;product=6%2C7-dimethyl-8-ribityllumazine synthase;eggNOG=272563.CD630_16970;COG=H;KEGG=ko:K00794;Pfam=PF00885;InterPro=IPR002180,IPR036467,IPR034964 +MGYG000000001_44 Prodigal:2.6 CDS 18467 18892 . - 0 ID=MGYG000000001_02479;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02479;product=hypothetical protein;eggNOG=1195236.CTER_3710;COG=S;KEGG=-;Pfam=PF06541;InterPro=IPR010540 +MGYG000000001_44 Prodigal:2.6 CDS 19132 19860 . + 0 ID=MGYG000000001_02480;Name=cbiM;db_xref=COG:COG0310;gene=cbiM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05594;locus_tag=MGYG000000001_02480;product=Cobalt transport protein CbiM;eggNOG=1476973.JMMB01000007_gene1546;COG=P;KEGG=ko:K02007;Pfam=PF01891;InterPro=IPR018024,IPR002751 +MGYG000000001_44 Prodigal:2.6 CDS 19844 20146 . + 0 ID=MGYG000000001_02481;Name=cbiN;db_xref=COG:COG1930;gene=cbiN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05595;locus_tag=MGYG000000001_02481;product=Cobalt transport protein CbiN;eggNOG=1301100.HG529410_gene163;COG=P;KEGG=ko:K02009;Pfam=PF02553;InterPro=IPR003705 +MGYG000000001_44 Prodigal:2.6 CDS 20261 20950 . + 0 ID=MGYG000000001_02482;Name=walR_4;db_xref=COG:COG0745;gene=walR_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37478;locus_tag=MGYG000000001_02482;product=Transcriptional regulatory protein WalR;eggNOG=1476973.JMMB01000007_gene1548;COG=T;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_44 Prodigal:2.6 CDS 20950 22383 . + 0 ID=MGYG000000001_02483;eC_number=2.7.-.-;Name=sasA_9;gene=sasA_9;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_02483;product=Adaptive-response sensory-kinase SasA;eggNOG=1476973.JMMB01000007_gene1549;COG=T;KEGG=ko:K07651;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358,IPR003660 +MGYG000000001_44 Prodigal:2.6 CDS 22596 22847 . + 0 ID=MGYG000000001_02484;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02484;product=hypothetical protein;eggNOG=931276.Cspa_c46700;COG=K;KEGG=-;InterPro=IPR027271,IPR023860 +MGYG000000001_44 Prodigal:2.6 CDS 22969 24420 . + 0 ID=MGYG000000001_02485;eC_number=2.8.1.6;Name=bioB_2;gene=bioB_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01694;locus_tag=MGYG000000001_02485;product=Biotin synthase;eggNOG=445973.CLOBAR_00953;COG=C;KEGG=ko:K03150;Pfam=PF06968,PF04055;InterPro=IPR024007,IPR034428,IPR007197,IPR013785,IPR010722 +MGYG000000001_44 Prodigal:2.6 CDS 24458 24844 . - 0 ID=MGYG000000001_02486;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02486;product=hypothetical protein;eggNOG=1301100.HG529263_gene671;COG=-;KEGG=- +MGYG000000001_44 Prodigal:2.6 CDS 25071 25421 . - 0 ID=MGYG000000001_02487;db_xref=COG:COG2826;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISSau1;locus_tag=MGYG000000001_02487;product=IS30 family transposase ISSau1;eggNOG=1414720.CBYM010000087_gene3341;COG=L;KEGG=-;Pfam=PF13936,PF00665;InterPro=IPR001598,IPR001584,IPR012337,IPR025246,IPR036397 +MGYG000000001_45 INFERNAL:1.1.2 ncRNA 1945 2043 . - . ID=MGYG000000001_45_ncRNA40;inference=Rfam:14.6;locus_tag=MGYG000000001_45_ncRNA40;product=SAM riboswitch (S box leader);rfam=RF00162 +MGYG000000001_45 Prodigal:2.6 CDS 546 1862 . - 0 ID=MGYG000000001_02488;Name=mleN_3;db_xref=COG:COG1757;gene=mleN_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54571;locus_tag=MGYG000000001_02488;product=Malate-2H(+)/Na(+)-lactate antiporter;eggNOG=1301100.HG529362_gene2106;COG=C;KEGG=-;Pfam=PF03553;InterPro=IPR018461 +MGYG000000001_45 Prodigal:2.6 CDS 2204 3172 . - 0 ID=MGYG000000001_02489;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02489;product=hypothetical protein;eggNOG=1151292.QEW_1428;COG=NU;KEGG=-;Pfam=PF01832;InterPro=IPR002901 +MGYG000000001_45 Prodigal:2.6 CDS 3361 3729 . + 0 ID=MGYG000000001_02490;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02490;product=hypothetical protein +MGYG000000001_45 Prodigal:2.6 CDS 3780 4835 . - 0 ID=MGYG000000001_02491;Name=potD_2;db_xref=COG:COG0687;gene=potD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFK9;locus_tag=MGYG000000001_02491;product=Spermidine/putrescine-binding periplasmic protein;eggNOG=445973.CLOBAR_01037;COG=P;KEGG=ko:K11069;Pfam=PF13416;InterPro=IPR006059,IPR001188 +MGYG000000001_45 Prodigal:2.6 CDS 4862 5608 . - 0 ID=MGYG000000001_02492;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02492;product=hypothetical protein;eggNOG=1280689.AUJC01000003_gene1256;COG=P;KEGG=ko:K11070;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_45 Prodigal:2.6 CDS 5641 6483 . - 0 ID=MGYG000000001_02493;Name=potB;db_xref=COG:COG1176;gene=potB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFK4;locus_tag=MGYG000000001_02493;product=Spermidine/putrescine transport system permease protein PotB;eggNOG=445973.CLOBAR_01039;COG=P;KEGG=ko:K11071;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_45 Prodigal:2.6 CDS 6483 7529 . - 0 ID=MGYG000000001_02494;eC_number=3.6.3.31;Name=potA_2;gene=potA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A679;locus_tag=MGYG000000001_02494;product=Spermidine/putrescine import ATP-binding protein PotA;eggNOG=1301100.HG529429_gene1883;COG=P;KEGG=ko:K11072;Pfam=PF00005,PF08402;InterPro=IPR005893,IPR003593,IPR003439,IPR008995,IPR013611,IPR027417,IPR017871,IPR017879 +MGYG000000001_45 Prodigal:2.6 CDS 7548 8087 . - 0 ID=MGYG000000001_02495;Name=puuR_2;gene=puuR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9U6;locus_tag=MGYG000000001_02495;product=HTH-type transcriptional regulator PuuR;eggNOG=272563.CD630_10230;COG=K;KEGG=-;Pfam=PF12844,PF07883;InterPro=IPR001387,IPR013096,IPR010982,IPR011051,IPR014710 +MGYG000000001_45 Prodigal:2.6 CDS 8554 9303 . - 0 ID=MGYG000000001_02496;eC_number=3.5.99.6;Name=nagB;db_xref=COG:COG0363;gene=nagB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O35000;locus_tag=MGYG000000001_02496;product=Glucosamine-6-phosphate deaminase 1;eggNOG=1301100.HG529429_gene1896;COG=G;KEGG=ko:K02564;Pfam=PF01182;InterPro=IPR006148,IPR037171,IPR004547 +MGYG000000001_45 Prodigal:2.6 CDS 9340 10074 . - 0 ID=MGYG000000001_02497;Name=yvoA_2;db_xref=COG:COG2188;gene=yvoA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34817;locus_tag=MGYG000000001_02497;product=HTH-type transcriptional repressor YvoA;eggNOG=1151292.QEW_1393;COG=K;KEGG=ko:K03710;Pfam=PF00392,PF07702;InterPro=IPR028978,IPR036390,IPR011663,IPR036388,IPR000524 +MGYG000000001_45 Prodigal:2.6 CDS 10263 11102 . + 0 ID=MGYG000000001_02498;Name=cvfB;gene=cvfB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A5Q1;locus_tag=MGYG000000001_02498;product=Conserved virulence factor B;eggNOG=1301100.HG529429_gene1899;COG=S;KEGG=ko:K00243;Pfam=PF13509,PF17783;InterPro=IPR014464,IPR040764,IPR012340,IPR022967,IPR003029,IPR039566,IPR036388 +MGYG000000001_45 Prodigal:2.6 CDS 11487 12305 . + 0 ID=MGYG000000001_02499;eC_number=3.1.1.23;db_xref=COG:COG2267;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0QNZ7;locus_tag=MGYG000000001_02499;product=Monoacylglycerol lipase;eggNOG=1499683.CCFF01000014_gene3622;COG=I;KEGG=-;Pfam=PF12146;InterPro=IPR022742,IPR029058 +MGYG000000001_45 Prodigal:2.6 CDS 12316 12798 . - 0 ID=MGYG000000001_02500;eC_number=4.2.-.-;Name=ybaK;db_xref=COG:COG2606;gene=ybaK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AAR3;locus_tag=MGYG000000001_02500;product=Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK;eggNOG=272563.CD630_10020;COG=S;KEGG=ko:K03976;Pfam=PF04073;InterPro=IPR004369,IPR007214,IPR036754 +MGYG000000001_45 Prodigal:2.6 CDS 13001 14791 . - 0 ID=MGYG000000001_02501;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02501;product=hypothetical protein;eggNOG=1301100.HG529429_gene1908;COG=E;KEGG=ko:K01262;Pfam=PF01321,PF00557,PF16188,PF16189;InterPro=IPR000994,IPR036005,IPR032416,IPR000587,IPR029149,IPR033740 +MGYG000000001_45 Prodigal:2.6 CDS 15013 15690 . - 0 ID=MGYG000000001_02502;eC_number=3.6.3.-;Name=cmpD_2;gene=cmpD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q55463;locus_tag=MGYG000000001_02502;product=Bicarbonate transport ATP-binding protein CmpD;eggNOG=272563.CD630_10010;COG=P;KEGG=ko:K02049;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_45 Prodigal:2.6 CDS 15678 16454 . - 0 ID=MGYG000000001_02503;Name=ssuC_1;db_xref=COG:COG0600;gene=ssuC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40401;locus_tag=MGYG000000001_02503;product=Putative aliphatic sulfonates transport permease protein SsuC;eggNOG=272563.CD630_10000;COG=P;KEGG=ko:K02050;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_45 Prodigal:2.6 CDS 16426 17409 . - 0 ID=MGYG000000001_02504;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02504;product=hypothetical protein;eggNOG=1301100.HG529429_gene1912;COG=P;KEGG=ko:K02051;Pfam=PF09084;InterPro=IPR015168,IPR027024 +MGYG000000001_45 Prodigal:2.6 CDS 17619 18827 . - 0 ID=MGYG000000001_02505;Name=nupX;db_xref=COG:COG1972;gene=nupX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33021;locus_tag=MGYG000000001_02505;product=Putative nucleoside permease NupX;eggNOG=1476973.JMMB01000007_gene1582;COG=F;KEGG=ko:K03317;Pfam=PF07662,PF01773;InterPro=IPR008276,IPR002668,IPR011657 +MGYG000000001_45 Prodigal:2.6 CDS 19023 19514 . - 0 ID=MGYG000000001_02506;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02506;product=hypothetical protein;eggNOG=1321778.HMPREF1982_01845;COG=-;KEGG=- +MGYG000000001_45 Prodigal:2.6 CDS 19633 21243 . - 0 ID=MGYG000000001_02507;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02507;product=hypothetical protein;eggNOG=290402.Cbei_4165;COG=T;KEGG=-;Pfam=PF00990,PF08448,PF01966;InterPro=IPR037522,IPR029787,IPR000700,IPR000014,IPR003607,IPR000160,IPR035965,IPR013656,IPR006674 +MGYG000000001_45 Prodigal:2.6 CDS 21716 22576 . - 0 ID=MGYG000000001_02508;Name=folD_2;db_xref=COG:COG0190;gene=folD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0PA35;locus_tag=MGYG000000001_02508;product=Bifunctional protein FolD protein;eggNOG=1276246.SCULI_v1c01870;COG=F;KEGG=ko:K01491;Pfam=PF00763,PF02882;InterPro=IPR000672,IPR020631,IPR036291,IPR020630 +MGYG000000001_45 Prodigal:2.6 CDS 23175 24530 . + 0 ID=MGYG000000001_02509;Name=steT_6;db_xref=COG:COG0531;gene=steT_6;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34739;locus_tag=MGYG000000001_02509;product=Serine/threonine exchanger SteT;eggNOG=1301100.HG529285_gene7058;COG=E;KEGG=ko:K03294;Pfam=PF13520;InterPro=IPR002293 +MGYG000000001_45 Prodigal:2.6 CDS 24626 24748 . - 0 ID=MGYG000000001_02510;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02510;product=hypothetical protein;eggNOG=203119.Cthe_0220;COG=L;KEGG=-;Pfam=PF13612;InterPro=IPR025668 +MGYG000000001_46 Prodigal:2.6 CDS 259 1587 . + 0 ID=MGYG000000001_02511;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02511;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene883;COG=C;KEGG=-;Pfam=PF04459,PF17820;InterPro=IPR041489,IPR006638,IPR036034,IPR013785,IPR001478,IPR007549 +MGYG000000001_46 Prodigal:2.6 CDS 1602 2927 . + 0 ID=MGYG000000001_02512;Name=der_2;db_xref=COG:COG1160;gene=der_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50743;locus_tag=MGYG000000001_02512;product=GTPase Der;eggNOG=1301100.HG529230_gene5342;COG=S;KEGG=ko:K03977;Pfam=PF14714,PF01926;InterPro=IPR005225,IPR032859,IPR016484,IPR027417,IPR031166,IPR015946,IPR006073 +MGYG000000001_46 Prodigal:2.6 CDS 2949 3557 . + 0 ID=MGYG000000001_02513;eC_number=2.3.1.-;Name=plsY;db_xref=COG:COG0344;gene=plsY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O66905;locus_tag=MGYG000000001_02513;product=Glycerol-3-phosphate acyltransferase;eggNOG=1301100.HG529230_gene5343;COG=I;KEGG=ko:K08591;Pfam=PF02660;InterPro=IPR003811 +MGYG000000001_46 Prodigal:2.6 CDS 3585 4607 . + 0 ID=MGYG000000001_02514;eC_number=1.1.1.94;Name=gpsA;gene=gpsA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64191;locus_tag=MGYG000000001_02514;product=Glycerol-3-phosphate dehydrogenase [NAD(P)+];eggNOG=1301100.HG529230_gene5344;COG=I;KEGG=ko:K00057;Pfam=PF07479,PF01210;InterPro=IPR008927,IPR006109,IPR013328,IPR011128,IPR006168,IPR036291 +MGYG000000001_46 Prodigal:2.6 CDS 4801 6273 . + 0 ID=MGYG000000001_02515;eC_number=3.6.1.3;Name=spoIVA;gene=spoIVA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q182W3;locus_tag=MGYG000000001_02515;product=Stage IV sporulation protein A;eggNOG=1301100.HG529230_gene5345;COG=S;KEGG=ko:K06398;Pfam=PF09547;InterPro=IPR027417,IPR014201 +MGYG000000001_46 Prodigal:2.6 CDS 6458 6727 . + 0 ID=MGYG000000001_02516;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P67382;locus_tag=MGYG000000001_02516;note=UPF0237 protein SP_0238;product=hypothetical protein;eggNOG=1294142.CINTURNW_3053;COG=T;KEGG=ko:K07166;Pfam=PF13740;InterPro=IPR002912,IPR022986 +MGYG000000001_46 Prodigal:2.6 CDS 6739 8094 . + 0 ID=MGYG000000001_02517;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97ST4;locus_tag=MGYG000000001_02517;note=UPF0210 protein SP_0239;product=hypothetical protein;eggNOG=457396.CSBG_02482;COG=S;KEGG=ko:K09157;Pfam=PF05167;InterPro=IPR007841 +MGYG000000001_46 Prodigal:2.6 CDS 8261 9487 . + 0 ID=MGYG000000001_02518;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02518;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene890;COG=M;KEGG=-;Pfam=PF12700;InterPro=IPR032681 +MGYG000000001_46 Prodigal:2.6 CDS 9496 10191 . + 0 ID=MGYG000000001_02519;db_xref=COG:COG0325;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44506;locus_tag=MGYG000000001_02519;product=Pyridoxal phosphate homeostasis protein;eggNOG=1301100.HG529230_gene5347;COG=S;KEGG=ko:K06997;Pfam=PF01168;InterPro=IPR029066,IPR001608,IPR011078 +MGYG000000001_46 Prodigal:2.6 CDS 10227 10703 . + 0 ID=MGYG000000001_02520;Name=sepF;gene=sepF;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01197;locus_tag=MGYG000000001_02520;product=Cell division protein SepF;eggNOG=1408823.AXUS01000018_gene3133;COG=D;KEGG=ko:K09772;Pfam=PF04472;InterPro=IPR038594,IPR023052,IPR007561 +MGYG000000001_46 Prodigal:2.6 CDS 10726 10986 . + 0 ID=MGYG000000001_02521;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02521;product=hypothetical protein;eggNOG=445973.CLOBAR_02776;COG=S;KEGG=ko:K02221;Pfam=PF02325;InterPro=IPR003425 +MGYG000000001_46 Prodigal:2.6 CDS 10988 11773 . + 0 ID=MGYG000000001_02522;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02522;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene894;COG=S;KEGG=-;Pfam=PF17774;InterPro=IPR002942,IPR036986,IPR012677,IPR040591 +MGYG000000001_46 Prodigal:2.6 CDS 11784 12326 . + 0 ID=MGYG000000001_02523;Name=gpsB;gene=gpsB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_02011;locus_tag=MGYG000000001_02523;product=Cell cycle protein GpsB;eggNOG=1301100.HG529230_gene5351;COG=D;KEGG=ko:K04074;Pfam=PF05103;InterPro=IPR007793,IPR019933 +MGYG000000001_46 Prodigal:2.6 CDS 12766 15873 . + 0 ID=MGYG000000001_02524;Name=mupB;gene=mupB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:BARRGD:A7J11_02773;locus_tag=MGYG000000001_02524;product=mupirocin-resistant isoleucine--tRNA ligase MupB;eggNOG=1292035.H476_2065;COG=J;KEGG=ko:K01870;Pfam=PF08264,PF00133;InterPro=IPR033709,IPR002300,IPR023586,IPR009008,IPR014729,IPR002301,IPR013155,IPR009080 +MGYG000000001_46 Prodigal:2.6 CDS 16046 16438 . + 0 ID=MGYG000000001_02525;Name=ytrA_4;db_xref=COG:COG1725;gene=ytrA_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34712;locus_tag=MGYG000000001_02525;product=HTH-type transcriptional repressor YtrA;eggNOG=1536770.R50345_10265;COG=K;KEGG=-;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_46 Prodigal:2.6 CDS 16454 17854 . + 0 ID=MGYG000000001_02526;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02526;product=hypothetical protein;eggNOG=445973.CLOBAR_01046;COG=S;KEGG=-;Pfam=PF10882;InterPro=IPR027783 +MGYG000000001_46 Prodigal:2.6 CDS 17996 18556 . - 0 ID=MGYG000000001_02527;Name=betI_2;gene=betI_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00768;locus_tag=MGYG000000001_02527;product=HTH-type transcriptional regulator BetI;eggNOG=1301100.HG529230_gene5359;COG=K;KEGG=-;Pfam=PF00440;InterPro=IPR036271,IPR001647,IPR009057 +MGYG000000001_46 Prodigal:2.6 CDS 18797 19636 . + 0 ID=MGYG000000001_02528;db_xref=COG:COG1307;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97QT7;locus_tag=MGYG000000001_02528;product=DegV domain-containing protein;eggNOG=272563.CD630_26140;COG=S;KEGG=-;Pfam=PF02645;InterPro=IPR003797 +MGYG000000001_46 Prodigal:2.6 CDS 19826 21184 . + 0 ID=MGYG000000001_02529;eC_number=2.8.1.1;Name=ynjE;db_xref=COG:COG2897;gene=ynjE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P78067;locus_tag=MGYG000000001_02529;product=Thiosulfate sulfurtransferase YnjE;eggNOG=1301100.HG529231_gene5361;COG=P;KEGG=ko:K21028;Pfam=PF00581;InterPro=IPR001763,IPR036873 +MGYG000000001_46 Prodigal:2.6 CDS 21196 21651 . + 0 ID=MGYG000000001_02530;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02530;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2448;COG=-;KEGG=- +MGYG000000001_46 Prodigal:2.6 CDS 22021 22719 . + 0 ID=MGYG000000001_02531;eC_number=3.2.2.9;Name=mtnN;db_xref=COG:COG0775;gene=mtnN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5E2X3;locus_tag=MGYG000000001_02531;product=5'-methylthioadenosine/S-adenosylhomocysteine nucleosidase;eggNOG=1301100.HG529232_gene7445;COG=E;KEGG=ko:K01243;Pfam=PF01048;InterPro=IPR000845,IPR010049,IPR035994 +MGYG000000001_46 Prodigal:2.6 CDS 22734 23738 . + 0 ID=MGYG000000001_02532;eC_number=6.1.1.2;Name=trpS;db_xref=COG:COG0180;gene=trpS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00954;locus_tag=MGYG000000001_02532;product=Tryptophan--tRNA ligase;eggNOG=1476973.JMMB01000007_gene901;COG=J;KEGG=ko:K01867;Pfam=PF00579;InterPro=IPR001412,IPR014729,IPR002306,IPR024109,IPR002305 +MGYG000000001_47 INFERNAL:1.1.2 ncRNA 8276 8612 . - . ID=MGYG000000001_47_ncRNA41;inference=Rfam:14.6;locus_tag=MGYG000000001_47_ncRNA41;product=Bacterial RNase P class A;rfam=RF00010 +MGYG000000001_47 Prodigal:2.6 CDS 108 770 . - 0 ID=MGYG000000001_02533;eC_number=2.7.8.40;Name=wecA;gene=wecA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:B3FN88;locus_tag=MGYG000000001_02533;product=UDP-N-acetylgalactosamine-undecaprenyl-phosphate N-acetylgalactosaminephosphotransferase;eggNOG=1292035.H476_2161;COG=M;KEGG=-;Pfam=PF02397;InterPro=IPR003362 +MGYG000000001_47 Prodigal:2.6 CDS 1027 2673 . - 0 ID=MGYG000000001_02534;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02534;product=hypothetical protein;eggNOG=272563.CD630_27130;COG=M;KEGG=-;Pfam=PF03734,PF01473;InterPro=IPR005490,IPR038063,IPR018337 +MGYG000000001_47 Prodigal:2.6 CDS 3019 3261 . - 0 ID=MGYG000000001_02535;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02535;product=hypothetical protein;eggNOG=1301100.HG529227_gene5442;COG=S;KEGG=- +MGYG000000001_47 Prodigal:2.6 CDS 3428 4444 . - 0 ID=MGYG000000001_02536;eC_number=5.1.3.2;Name=lnpD;gene=lnpD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:E8MF10;locus_tag=MGYG000000001_02536;product=UDP-glucose 4-epimerase;eggNOG=1292035.H476_2164;COG=M;KEGG=ko:K01784;Pfam=PF16363;InterPro=IPR005886,IPR016040,IPR036291 +MGYG000000001_47 Prodigal:2.6 CDS 4474 5340 . - 0 ID=MGYG000000001_02537;eC_number=2.7.7.9;Name=gtaB_3;db_xref=COG:COG1210;gene=gtaB_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05852;locus_tag=MGYG000000001_02537;product=UTP--glucose-1-phosphate uridylyltransferase;eggNOG=1301100.HG529226_gene4775;COG=M;KEGG=ko:K00963;Pfam=PF00483;InterPro=IPR005771,IPR005835,IPR029044 +MGYG000000001_47 Prodigal:2.6 CDS 5571 6356 . + 0 ID=MGYG000000001_02538;eC_number=1.1.1.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50200;locus_tag=MGYG000000001_02538;product=NADP-dependent 7-alpha-hydroxysteroid dehydrogenase;eggNOG=1499683.CCFF01000014_gene4026;COG=IQ;KEGG=-;Pfam=PF13561;InterPro=IPR020904,IPR036291,IPR002347 +MGYG000000001_47 Prodigal:2.6 CDS 6575 7012 . - 0 ID=MGYG000000001_02539;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02539;product=hypothetical protein;eggNOG=1151292.QEW_1365;COG=S;KEGG=-;Pfam=PF06695;InterPro=IPR009577 +MGYG000000001_47 Prodigal:2.6 CDS 7175 8050 . - 0 ID=MGYG000000001_02540;eC_number=2.7.7.9;Name=gtaB_4;db_xref=COG:COG1210;gene=gtaB_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05852;locus_tag=MGYG000000001_02540;product=UTP--glucose-1-phosphate uridylyltransferase;eggNOG=1301100.HG529226_gene4775;COG=M;KEGG=ko:K00963;Pfam=PF00483;InterPro=IPR005771,IPR005835,IPR029044 +MGYG000000001_47 Prodigal:2.6 CDS 8736 9335 . - 0 ID=MGYG000000001_02541;Name=vraR;db_xref=COG:COG2197;gene=vraR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A2Q1;locus_tag=MGYG000000001_02541;product=Response regulator protein VraR;eggNOG=1391646.AVSU01000114_gene864;COG=KT;KEGG=-;Pfam=PF00196;InterPro=IPR000792,IPR011006,IPR016032 +MGYG000000001_47 Prodigal:2.6 CDS 9948 10856 . - 0 ID=MGYG000000001_02542;Name=msrR;db_xref=COG:COG1316;gene=msrR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7BHL7;locus_tag=MGYG000000001_02542;product=Regulatory protein MsrR;eggNOG=1391646.AVSU01000050_gene1691;COG=K;KEGG=-;Pfam=PF03816;InterPro=IPR004474 +MGYG000000001_47 Prodigal:2.6 CDS 11082 11840 . - 0 ID=MGYG000000001_02543;eC_number=3.5.1.28;Name=cwlC_1;db_xref=COG:COG0860;gene=cwlC_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06320;locus_tag=MGYG000000001_02543;product=Sporulation-specific N-acetylmuramoyl-L-alanine amidase;eggNOG=1301100.HG529263_gene674;COG=M;KEGG=ko:K01448;Pfam=PF01520,PF05036;InterPro=IPR007730,IPR036680,IPR002508 +MGYG000000001_47 Prodigal:2.6 CDS 12098 12646 . - 0 ID=MGYG000000001_02544;Name=lemA;db_xref=COG:COG1704;gene=lemA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A8AVK0;locus_tag=MGYG000000001_02544;product=Protein LemA;eggNOG=650150.ERH_0111;COG=S;KEGG=ko:K03744;Pfam=PF04011;InterPro=IPR023353,IPR007156 +MGYG000000001_47 Prodigal:2.6 CDS 12674 15088 . - 0 ID=MGYG000000001_02545;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02545;product=hypothetical protein;eggNOG=1280689.AUJC01000006_gene2723;COG=S;KEGG=-;Pfam=PF09972;InterPro=IPR018702 +MGYG000000001_47 Prodigal:2.6 CDS 15535 16275 . - 0 ID=MGYG000000001_02546;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02546;product=hypothetical protein;eggNOG=1280692.AUJL01000041_gene2353;COG=S;KEGG=-;InterPro=IPR024008 +MGYG000000001_47 Prodigal:2.6 CDS 16332 18428 . - 0 ID=MGYG000000001_02547;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02547;product=hypothetical protein;eggNOG=1280692.AUJL01000041_gene2355;COG=S;KEGG=-;Pfam=PF13519;InterPro=IPR002035,IPR036465 +MGYG000000001_47 Prodigal:2.6 CDS 18460 19119 . - 0 ID=MGYG000000001_02548;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02548;product=hypothetical protein;eggNOG=1391646.AVSU01000050_gene1696;COG=-;KEGG=- +MGYG000000001_47 Prodigal:2.6 CDS 19163 19912 . - 0 ID=MGYG000000001_02549;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02549;product=hypothetical protein;eggNOG=195103.CPF_0494;COG=S;KEGG=-;InterPro=IPR024008 +MGYG000000001_47 Prodigal:2.6 CDS 19980 20627 . - 0 ID=MGYG000000001_02550;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02550;product=hypothetical protein;eggNOG=1391646.AVSU01000050_gene1699;COG=-;KEGG=- +MGYG000000001_47 Prodigal:2.6 CDS 20677 21201 . - 0 ID=MGYG000000001_02551;eC_number=3.4.21.89;Name=sipW_2;db_xref=COG:COG0681;gene=sipW_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54506;locus_tag=MGYG000000001_02551;product=Signal peptidase I W;eggNOG=1280692.AUJL01000041_gene2351;COG=U;KEGG=ko:K13280;Pfam=PF00717;InterPro=IPR001733,IPR015927,IPR036286 +MGYG000000001_47 Prodigal:2.6 CDS 21489 22214 . - 0 ID=MGYG000000001_02552;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02552;product=hypothetical protein +MGYG000000001_47 Prodigal:2.6 CDS 22639 22854 . + 0 ID=MGYG000000001_02553;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02553;product=hypothetical protein;eggNOG=445973.CLOBAR_02332;COG=S;KEGG=-;Pfam=PF07872;InterPro=IPR012454 +MGYG000000001_47 Prodigal:2.6 CDS 22927 23154 . + 0 ID=MGYG000000001_02554;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02554;product=hypothetical protein;eggNOG=1292035.H476_1265;COG=S;KEGG=-;Pfam=PF11148;InterPro=IPR021321 +MGYG000000001_48 Prodigal:2.6 CDS 336 1061 . - 0 ID=MGYG000000001_02555;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02555;product=hypothetical protein;eggNOG=1151292.QEW_0113;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR014234,IPR002508 +MGYG000000001_48 Prodigal:2.6 CDS 1137 1529 . - 0 ID=MGYG000000001_02556;Name=rpsI;db_xref=COG:COG0103;gene=rpsI;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21470;locus_tag=MGYG000000001_02556;product=30S ribosomal protein S9;eggNOG=1151292.QEW_0112;COG=J;KEGG=ko:K02996;Pfam=PF00380;InterPro=IPR000754,IPR020568,IPR020574,IPR023035,IPR014721 +MGYG000000001_48 Prodigal:2.6 CDS 1558 1989 . - 0 ID=MGYG000000001_02557;Name=rplM;db_xref=COG:COG0102;gene=rplM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AA10;locus_tag=MGYG000000001_02557;product=50S ribosomal protein L13;eggNOG=1301100.HG529435_gene6503;COG=J;KEGG=ko:K02871;Pfam=PF00572;InterPro=IPR036899,IPR005823,IPR005822 +MGYG000000001_48 Prodigal:2.6 CDS 2107 2838 . - 0 ID=MGYG000000001_02558;eC_number=5.4.99.12;Name=truA_2;db_xref=COG:COG0101;gene=truA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P07649;locus_tag=MGYG000000001_02558;product=tRNA pseudouridine synthase A;eggNOG=1301100.HG529435_gene6502;COG=J;KEGG=ko:K06173;Pfam=PF01416;InterPro=IPR020095,IPR020097,IPR001406,IPR020103 +MGYG000000001_48 Prodigal:2.6 CDS 2850 3650 . - 0 ID=MGYG000000001_02559;Name=ecfT_2;db_xref=COG:COG0619;gene=ecfT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P70972;locus_tag=MGYG000000001_02559;product=Energy-coupling factor transporter transmembrane protein EcfT;eggNOG=1301100.HG529435_gene6501;COG=P;KEGG=ko:K16785;Pfam=PF02361;InterPro=IPR024919,IPR003339 +MGYG000000001_48 Prodigal:2.6 CDS 3644 4510 . - 0 ID=MGYG000000001_02560;eC_number=3.6.3.-;Name=ecfA2;db_xref=COG:COG1122;gene=ecfA2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8R7Y5;locus_tag=MGYG000000001_02560;product=Energy-coupling factor transporter ATP-binding protein EcfA2;eggNOG=1151292.QEW_0108;COG=P;KEGG=ko:K16786,ko:K16787;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR030946,IPR015856,IPR027417,IPR017871 +MGYG000000001_48 Prodigal:2.6 CDS 4498 5331 . - 0 ID=MGYG000000001_02561;eC_number=3.6.3.-;Name=ecfA1;gene=ecfA1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q035B2;locus_tag=MGYG000000001_02561;product=Energy-coupling factor transporter ATP-binding protein EcfA1;eggNOG=1391646.AVSU01000076_gene2855;COG=P;KEGG=ko:K16786,ko:K16787;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR030947,IPR015856,IPR027417,IPR017871 +MGYG000000001_48 Prodigal:2.6 CDS 5516 5857 . - 0 ID=MGYG000000001_02562;Name=rplQ;db_xref=COG:COG0203;gene=rplQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P20277;locus_tag=MGYG000000001_02562;product=50S ribosomal protein L17;eggNOG=445973.CLOBAR_00122;COG=J;KEGG=ko:K02879;Pfam=PF01196;InterPro=IPR036373,IPR000456 +MGYG000000001_48 Prodigal:2.6 CDS 5878 6825 . - 0 ID=MGYG000000001_02563;eC_number=2.7.7.6;Name=rpoA;db_xref=COG:COG0202;gene=rpoA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P20429;locus_tag=MGYG000000001_02563;product=DNA-directed RNA polymerase subunit alpha;eggNOG=1151292.QEW_0105;COG=K;KEGG=ko:K03040;Pfam=PF03118,PF01193,PF01000;InterPro=IPR011262,IPR011263,IPR036603,IPR036643,IPR011773,IPR011260 +MGYG000000001_48 Prodigal:2.6 CDS 6901 7527 . - 0 ID=MGYG000000001_02564;Name=rpsD_2;db_xref=COG:COG0522;gene=rpsD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P62664;locus_tag=MGYG000000001_02564;product=30S ribosomal protein S4;eggNOG=272563.CD630_00970;COG=J;KEGG=ko:K02986;Pfam=PF01479,PF00163;InterPro=IPR001912,IPR022801,IPR002942,IPR036986,IPR005709,IPR018079 +MGYG000000001_48 Prodigal:2.6 CDS 7561 7959 . - 0 ID=MGYG000000001_02565;Name=rpsK;db_xref=COG:COG0100;gene=rpsK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FW31;locus_tag=MGYG000000001_02565;product=30S ribosomal protein S11;eggNOG=1035196.HMPREF9998_00690;COG=J;KEGG=ko:K02948;Pfam=PF00411;InterPro=IPR019981,IPR001971,IPR018102,IPR036967 +MGYG000000001_48 Prodigal:2.6 CDS 7984 8355 . - 0 ID=MGYG000000001_02566;Name=rpsM;db_xref=COG:COG0099;gene=rpsM;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P62655;locus_tag=MGYG000000001_02566;product=30S ribosomal protein S13;eggNOG=272563.CD630_00950;COG=J;KEGG=ko:K02952;Pfam=PF00416;InterPro=IPR019980,IPR027437,IPR001892,IPR018269,IPR010979 +MGYG000000001_48 Prodigal:2.6 CDS 8473 8586 . - 0 ID=MGYG000000001_02567;Name=rpmJ;db_xref=COG:COG0257;gene=rpmJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FW29;locus_tag=MGYG000000001_02567;product=50S ribosomal protein L36;eggNOG=340099.Teth39_0398;COG=J;KEGG=ko:K02919;Pfam=PF00444;InterPro=IPR035977,IPR000473 +MGYG000000001_48 Prodigal:2.6 CDS 8622 8840 . - 0 ID=MGYG000000001_02568;Name=infA;db_xref=COG:COG0361;gene=infA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FW28;locus_tag=MGYG000000001_02568;product=Translation initiation factor IF-1;eggNOG=500633.CLOHIR_01600;COG=J;KEGG=ko:K02518;Pfam=PF01176;InterPro=IPR022967,IPR012340,IPR004368,IPR006196 +MGYG000000001_48 Prodigal:2.6 CDS 8864 9145 . - 0 ID=MGYG000000001_02569;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02569;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene132;COG=J;KEGG=-;InterPro=IPR014722,IPR008991 +MGYG000000001_48 Prodigal:2.6 CDS 9166 9912 . - 0 ID=MGYG000000001_02570;eC_number=3.4.11.18;Name=map_2;db_xref=COG:COG0024;gene=map_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19994;locus_tag=MGYG000000001_02570;product=Methionine aminopeptidase 1;eggNOG=1301100.HG529435_gene6491;COG=E;KEGG=ko:K01265;Pfam=PF00557;InterPro=IPR000994,IPR002467,IPR036005,IPR001714 +MGYG000000001_48 Prodigal:2.6 CDS 9912 10562 . - 0 ID=MGYG000000001_02571;eC_number=2.7.4.3;Name=adk;gene=adk;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P27142;locus_tag=MGYG000000001_02571;product=Adenylate kinase;eggNOG=1151292.QEW_0097;COG=F;KEGG=ko:K00939;Pfam=PF05191,PF00406;InterPro=IPR007862,IPR033690,IPR000850,IPR027417,IPR006259 +MGYG000000001_48 Prodigal:2.6 CDS 10575 11849 . - 0 ID=MGYG000000001_02572;Name=secY;db_xref=COG:COG0201;gene=secY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WGN3;locus_tag=MGYG000000001_02572;product=Protein translocase subunit SecY;eggNOG=445973.CLOBAR_00114;COG=U;KEGG=ko:K03076;Pfam=PF00344;InterPro=IPR030659,IPR023201,IPR002208,IPR026593 +MGYG000000001_48 Prodigal:2.6 CDS 11894 12337 . - 0 ID=MGYG000000001_02573;Name=rplO;gene=rplO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04452;locus_tag=MGYG000000001_02573;product=50S ribosomal protein L15;eggNOG=445973.CLOBAR_00113;COG=J;KEGG=ko:K02876;Pfam=PF00828;InterPro=IPR036227,IPR001196,IPR021131,IPR005749,IPR030878 +MGYG000000001_48 Prodigal:2.6 CDS 12370 12555 . - 0 ID=MGYG000000001_02574;Name=rpmD;db_xref=COG:COG1841;gene=rpmD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0QSG7;locus_tag=MGYG000000001_02574;product=50S ribosomal protein L30;eggNOG=1151292.QEW_0094;COG=J;KEGG=ko:K02907;Pfam=PF00327;InterPro=IPR036919,IPR005996,IPR016082 +MGYG000000001_48 Prodigal:2.6 CDS 12570 13079 . - 0 ID=MGYG000000001_02575;Name=rpsE;db_xref=COG:COG0098;gene=rpsE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21467;locus_tag=MGYG000000001_02575;product=30S ribosomal protein S5;eggNOG=1151292.QEW_0093;COG=J;KEGG=ko:K02988;Pfam=PF00333,PF03719;InterPro=IPR013810,IPR020568,IPR005324,IPR000851,IPR018192,IPR005712,IPR014721 +MGYG000000001_48 Prodigal:2.6 CDS 13109 13477 . - 0 ID=MGYG000000001_02576;Name=rplR;db_xref=COG:COG0256;gene=rplR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46899;locus_tag=MGYG000000001_02576;product=50S ribosomal protein L18;eggNOG=272563.CD630_00870;COG=J;KEGG=ko:K02881;Pfam=PF00861;InterPro=IPR004389,IPR005484 +MGYG000000001_48 Prodigal:2.6 CDS 13513 14055 . - 0 ID=MGYG000000001_02577;Name=rplF;gene=rplF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P02391;locus_tag=MGYG000000001_02577;product=50S ribosomal protein L6;eggNOG=1301100.HG529435_gene6484;COG=J;KEGG=ko:K02933;Pfam=PF00347;InterPro=IPR002358,IPR019906,IPR000702,IPR020040,IPR036789 +MGYG000000001_48 Prodigal:2.6 CDS 14086 14484 . - 0 ID=MGYG000000001_02578;Name=rpsH;db_xref=COG:COG0096;gene=rpsH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FW20;locus_tag=MGYG000000001_02578;product=30S ribosomal protein S8;eggNOG=1292035.H476_0222;COG=J;KEGG=ko:K02994;Pfam=PF00410;InterPro=IPR000630,IPR035987 +MGYG000000001_48 Prodigal:2.6 CDS 14518 14703 . - 0 ID=MGYG000000001_02579;Name=rpsZ;db_xref=COG:COG0199;gene=rpsZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FW19;locus_tag=MGYG000000001_02579;product=30S ribosomal protein S14 type Z;eggNOG=445973.CLOBAR_00107;COG=J;KEGG=ko:K02954;Pfam=PF00253;InterPro=IPR023053,IPR018271,IPR001209 +MGYG000000001_48 Prodigal:2.6 CDS 14751 15293 . - 0 ID=MGYG000000001_02580;Name=rplE;gene=rplE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P08895;locus_tag=MGYG000000001_02580;product=50S ribosomal protein L5;eggNOG=445973.CLOBAR_00106;COG=J;KEGG=ko:K02931;Pfam=PF00281,PF00673;InterPro=IPR031309,IPR002132,IPR020929,IPR022803,IPR020930,IPR031310 +MGYG000000001_48 Prodigal:2.6 CDS 15319 15627 . - 0 ID=MGYG000000001_02581;Name=rplX;db_xref=COG:COG0198;gene=rplX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0CI78;locus_tag=MGYG000000001_02581;product=50S ribosomal protein L24;eggNOG=1292035.H476_0219;COG=J;KEGG=ko:K02895;Pfam=PF00467,PF17136;InterPro=IPR014722,IPR008991,IPR005824,IPR005825,IPR041988,IPR003256 +MGYG000000001_48 Prodigal:2.6 CDS 15647 16015 . - 0 ID=MGYG000000001_02582;Name=rplN;gene=rplN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04450;locus_tag=MGYG000000001_02582;product=50S ribosomal protein L14;eggNOG=272563.CD630_00820;COG=J;KEGG=ko:K02874;Pfam=PF00238;InterPro=IPR019972,IPR036853,IPR005745,IPR000218 +MGYG000000001_48 Prodigal:2.6 CDS 16042 16296 . - 0 ID=MGYG000000001_02583;Name=rpsQ;gene=rpsQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23828;locus_tag=MGYG000000001_02583;product=30S ribosomal protein S17;eggNOG=1151292.QEW_0085;COG=J;KEGG=ko:K02961;Pfam=PF00366;InterPro=IPR019979,IPR019984,IPR012340,IPR000266 +MGYG000000001_48 Prodigal:2.6 CDS 16318 16521 . - 0 ID=MGYG000000001_02584;Name=rpmC;gene=rpmC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04457;locus_tag=MGYG000000001_02584;product=50S ribosomal protein L29;eggNOG=1151292.QEW_0084;COG=J;KEGG=ko:K02904;Pfam=PF00831;InterPro=IPR018254,IPR001854,IPR036049 +MGYG000000001_48 Prodigal:2.6 CDS 16523 16954 . - 0 ID=MGYG000000001_02585;Name=rplP;db_xref=COG:COG0197;gene=rplP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P14577;locus_tag=MGYG000000001_02585;product=50S ribosomal protein L16;eggNOG=1151292.QEW_0083;COG=J;KEGG=ko:K02878;Pfam=PF00252;InterPro=IPR016180,IPR000114,IPR036920,IPR020798 +MGYG000000001_48 Prodigal:2.6 CDS 16988 17803 . - 0 ID=MGYG000000001_02586;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02586;product=hypothetical protein;eggNOG=1391646.AVSU01000076_gene2830;COG=J;KEGG=ko:K02982;Pfam=PF00189,PF07650;InterPro=IPR036419,IPR018280,IPR004087,IPR009019,IPR001351,IPR005704,IPR015946,IPR004044 +MGYG000000001_48 Prodigal:2.6 CDS 17826 18161 . - 0 ID=MGYG000000001_02587;Name=rplV;db_xref=COG:COG0091;gene=rplV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42060;locus_tag=MGYG000000001_02587;product=50S ribosomal protein L22;eggNOG=1151292.QEW_4363;COG=J;KEGG=ko:K02890;Pfam=PF00237;InterPro=IPR036394,IPR005727,IPR001063,IPR018260 +MGYG000000001_48 Prodigal:2.6 CDS 18197 18478 . - 0 ID=MGYG000000001_02588;Name=rpsS;gene=rpsS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P12731;locus_tag=MGYG000000001_02588;product=30S ribosomal protein S19;eggNOG=500633.CLOHIR_01581;COG=J;KEGG=ko:K02965;Pfam=PF00203;InterPro=IPR020934,IPR023575,IPR005732,IPR002222 +MGYG000000001_48 Prodigal:2.6 CDS 18518 19348 . - 0 ID=MGYG000000001_02589;Name=rplB;gene=rplB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04257;locus_tag=MGYG000000001_02589;product=50S ribosomal protein L2;eggNOG=445973.CLOBAR_00097;COG=J;KEGG=ko:K02886;Pfam=PF00181,PF03947;InterPro=IPR014722,IPR002171,IPR008991,IPR014726,IPR022671,IPR022666,IPR005880,IPR022669,IPR012340 +MGYG000000001_48 Prodigal:2.6 CDS 19379 19669 . - 0 ID=MGYG000000001_02590;Name=rplW;db_xref=COG:COG0089;gene=rplW;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42924;locus_tag=MGYG000000001_02590;product=50S ribosomal protein L23;eggNOG=1301100.HG529435_gene6471;COG=J;KEGG=ko:K02892;Pfam=PF00276;InterPro=IPR013025,IPR012677,IPR001014,IPR012678 +MGYG000000001_48 Prodigal:2.6 CDS 19669 20292 . - 0 ID=MGYG000000001_02591;Name=rplD;gene=rplD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28601;locus_tag=MGYG000000001_02591;product=50S ribosomal protein L4;eggNOG=1476973.JMMB01000007_gene154;COG=J;KEGG=ko:K02926;Pfam=PF00573;InterPro=IPR002136,IPR013005,IPR023574 +MGYG000000001_48 Prodigal:2.6 CDS 20321 20950 . - 0 ID=MGYG000000001_02592;Name=rplC;db_xref=COG:COG0087;gene=rplC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42920;locus_tag=MGYG000000001_02592;product=50S ribosomal protein L3;eggNOG=445973.CLOBAR_00094;COG=J;KEGG=ko:K02906;Pfam=PF00297;InterPro=IPR019926,IPR019927,IPR000597,IPR009000 +MGYG000000001_48 Prodigal:2.6 CDS 21045 21353 . - 0 ID=MGYG000000001_02593;Name=rpsJ;db_xref=COG:COG0051;gene=rpsJ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21471;locus_tag=MGYG000000001_02593;product=30S ribosomal protein S10;eggNOG=1035196.HMPREF9998_00662;COG=J;KEGG=ko:K02946;Pfam=PF00338;InterPro=IPR018268,IPR036838,IPR001848,IPR027486 +MGYG000000001_49 INFERNAL:1.1.2 ncRNA 1 129 . + . ID=MGYG000000001_49_ncRNA42;inference=Rfam:14.6;locus_tag=MGYG000000001_49_ncRNA42;product=Bacterial large subunit ribosomal RNA;rfam=RF02541 +MGYG000000001_49 INFERNAL:1.1.2 ncRNA 354 455 . + . ID=MGYG000000001_49_ncRNA43;inference=Rfam:14.6;locus_tag=MGYG000000001_49_ncRNA43;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_49 INFERNAL:1.1.2 ncRNA 267 333 . + . ID=MGYG000000001_49_ncRNA44;inference=Rfam:14.6;locus_tag=MGYG000000001_49_ncRNA44;product=tRNA;rfam=RF00005 +MGYG000000001_49 Prodigal:2.6 CDS 674 955 . + 0 ID=MGYG000000001_02596;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02596;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3186;COG=-;KEGG=- +MGYG000000001_49 Prodigal:2.6 CDS 1261 1689 . + 0 ID=MGYG000000001_02597;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02597;product=hypothetical protein;eggNOG=1292035.H476_2126;COG=G;KEGG=ko:K02744;Pfam=PF03610;InterPro=IPR036662,IPR033887,IPR004701 +MGYG000000001_49 Prodigal:2.6 CDS 2004 2480 . + 0 ID=MGYG000000001_02598;eC_number=2.7.1.202;Name=levE;db_xref=COG:COG3444;gene=levE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26380;locus_tag=MGYG000000001_02598;product=PTS system fructose-specific EIIB component;eggNOG=1391646.AVSU01000092_gene429;COG=G;KEGG=ko:K02745;Pfam=PF03830;InterPro=IPR018455,IPR036667,IPR004720 +MGYG000000001_49 Prodigal:2.6 CDS 2492 3262 . + 0 ID=MGYG000000001_02599;Name=agaC_2;db_xref=COG:COG3715;gene=agaC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42910;locus_tag=MGYG000000001_02599;product=N-acetylgalactosamine permease IIC component 1;eggNOG=702450.CUW_1413;COG=G;KEGG=ko:K02746;Pfam=PF03609;InterPro=IPR004700 +MGYG000000001_49 Prodigal:2.6 CDS 3252 4076 . + 0 ID=MGYG000000001_02600;Name=manZ_2;db_xref=COG:COG3716;gene=manZ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P69805;locus_tag=MGYG000000001_02600;product=PTS system mannose-specific EIID component;eggNOG=702450.CUW_1414;COG=G;KEGG=ko:K02747;Pfam=PF03613;InterPro=IPR004704 +MGYG000000001_49 Prodigal:2.6 CDS 4211 5311 . - 0 ID=MGYG000000001_02601;eC_number=3.5.1.25;Name=nagA;db_xref=COG:COG1820;gene=nagA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34450;locus_tag=MGYG000000001_02601;product=N-acetylglucosamine-6-phosphate deacetylase;eggNOG=318464.IO99_03450;COG=G;KEGG=ko:K01443;Pfam=PF01979;InterPro=IPR003764,IPR006680,IPR011059,IPR032466 +MGYG000000001_49 Prodigal:2.6 CDS 5334 5645 . - 0 ID=MGYG000000001_02602;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02602;product=hypothetical protein +MGYG000000001_49 Prodigal:2.6 CDS 6006 6710 . + 0 ID=MGYG000000001_02603;Name=walR_5;db_xref=COG:COG0745;gene=walR_5;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37478;locus_tag=MGYG000000001_02603;product=Transcriptional regulatory protein WalR;eggNOG=1476973.JMMB01000007_gene2368;COG=KT;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_49 Prodigal:2.6 CDS 6697 8856 . + 0 ID=MGYG000000001_02604;eC_number=2.7.-.-;Name=sasA_10;gene=sasA_10;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_02604;product=Adaptive-response sensory-kinase SasA;eggNOG=1476973.JMMB01000007_gene2367;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661 +MGYG000000001_49 Prodigal:2.6 CDS 9056 11026 . + 0 ID=MGYG000000001_02605;Name=uvrB_1;db_xref=COG:COG0556;gene=uvrB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37954;locus_tag=MGYG000000001_02605;product=UvrABC system protein B;eggNOG=1301100.HG529378_gene4072;COG=L;KEGG=ko:K03702;Pfam=PF00271,PF04851,PF02151,PF17757,PF12344;InterPro=IPR024759,IPR041471,IPR001943,IPR004807,IPR006935,IPR027417,IPR001650,IPR036876,IPR014001 +MGYG000000001_49 Prodigal:2.6 CDS 11026 13860 . + 0 ID=MGYG000000001_02606;Name=uvrA;gene=uvrA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63383;locus_tag=MGYG000000001_02606;product=UvrABC system protein A;eggNOG=1292035.H476_3123;COG=L;KEGG=ko:K03701;Pfam=PF00005,PF17760,PF17755;InterPro=IPR003439,IPR041552,IPR027417,IPR004602,IPR017871,IPR041102 +MGYG000000001_49 Prodigal:2.6 CDS 14004 15815 . + 0 ID=MGYG000000001_02607;Name=uvrC_3;db_xref=COG:COG0322;gene=uvrC_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5KWH6;locus_tag=MGYG000000001_02607;product=UvrABC system protein C;eggNOG=1301100.HG529378_gene4079;COG=L;KEGG=ko:K03703;Pfam=PF02151,PF08459,PF01541,PF12826;InterPro=IPR004791,IPR001943,IPR035901,IPR001162,IPR038476,IPR003583,IPR010994,IPR041663,IPR036876,IPR000305 +MGYG000000001_49 Prodigal:2.6 CDS 15825 16754 . + 0 ID=MGYG000000001_02608;eC_number=2.7.11.-;Name=hprK;db_xref=COG:COG1493;gene=hprK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34483;locus_tag=MGYG000000001_02608;product=HPr kinase/phosphorylase;eggNOG=1301100.HG529378_gene4080;COG=F;KEGG=ko:K06023;Pfam=PF02603,PF07475;InterPro=IPR011126,IPR028979,IPR003755,IPR011104 +MGYG000000001_49 Prodigal:2.6 CDS 16879 18669 . - 0 ID=MGYG000000001_02609;eC_number=1.12.1.3;Name=hndD_2;db_xref=COG:COG3383;gene=hndD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46508;locus_tag=MGYG000000001_02609;product=NADP-reducing hydrogenase subunit HndD;eggNOG=445973.CLOBAR_00252;COG=C;KEGG=ko:K00336,ko:K18332;Pfam=PF13510,PF10588,PF00037,PF02906,PF02256;InterPro=IPR036010,IPR013352,IPR009016,IPR004108,IPR003149,IPR019574,IPR017896,IPR017900,IPR001041,IPR036991 +MGYG000000001_49 Prodigal:2.6 CDS 18690 20570 . - 0 ID=MGYG000000001_02610;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02610;product=hypothetical protein;eggNOG=1301100.HG529378_gene4082;COG=C;KEGG=ko:K00335,ko:K18331;Pfam=PF00037,PF01257,PF10531,PF10589,PF01512;InterPro=IPR019575,IPR001949,IPR017896,IPR037225,IPR036249,IPR037207,IPR019554,IPR011538 +MGYG000000001_49 Prodigal:2.6 CDS 20584 21081 . - 0 ID=MGYG000000001_02611;eC_number=1.12.1.3;Name=hndA_1;db_xref=COG:COG1905;gene=hndA_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46505;locus_tag=MGYG000000001_02611;product=NADP-reducing hydrogenase subunit HndA;eggNOG=1301100.HG529378_gene4083;COG=C;KEGG=ko:K00334,ko:K18330;Pfam=PF01257;InterPro=IPR036249,IPR002023,IPR028431,IPR042128,IPR041921 +MGYG000000001_50 INFERNAL:1.1.2 ncRNA 1814 1979 . - . ID=MGYG000000001_50_ncRNA45;inference=Rfam:14.6;locus_tag=MGYG000000001_50_ncRNA45;product=Lysine riboswitch;rfam=RF00168 +MGYG000000001_50 Prodigal:2.6 CDS 247 1695 . - 0 ID=MGYG000000001_02612;Name=mleN_4;db_xref=COG:COG1757;gene=mleN_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54571;locus_tag=MGYG000000001_02612;product=Malate-2H(+)/Na(+)-lactate antiporter;eggNOG=1301100.HG529258_gene6213;COG=C;KEGG=ko:K03315;Pfam=PF03553;InterPro=IPR018461,IPR004770 +MGYG000000001_50 Prodigal:2.6 CDS 2168 2767 . + 0 ID=MGYG000000001_02613;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02613;product=hypothetical protein;eggNOG=1151292.QEW_1836;COG=L;KEGG=ko:K03469,ko:K06993;Pfam=PF01693,PF00075;InterPro=IPR037056,IPR009027,IPR011320,IPR012337,IPR002156,IPR036397 +MGYG000000001_50 Prodigal:2.6 CDS 2831 4582 . - 0 ID=MGYG000000001_02614;eC_number=1.11.1.15;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00401;locus_tag=MGYG000000001_02614;product=Peroxiredoxin;eggNOG=1301100.HG529258_gene6215;COG=O;KEGG=ko:K03386;Pfam=PF10417,PF00704,PF00578;InterPro=IPR019479,IPR013766,IPR000866,IPR001223,IPR036249,IPR001579,IPR011583,IPR029070,IPR022915,IPR017853 +MGYG000000001_50 Prodigal:2.6 CDS 4824 5078 . + 0 ID=MGYG000000001_02615;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02615;product=hypothetical protein;eggNOG=272563.CD630_14340;COG=-;KEGG=- +MGYG000000001_50 Prodigal:2.6 CDS 5272 6048 . + 0 ID=MGYG000000001_02616;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02616;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1155;COG=T;KEGG=-;Pfam=PF13672;InterPro=IPR036457 +MGYG000000001_50 Prodigal:2.6 CDS 6250 7641 . + 0 ID=MGYG000000001_02617;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02617;product=hypothetical protein;eggNOG=1301100.HG529258_gene6219;COG=-;KEGG=- +MGYG000000001_50 Prodigal:2.6 CDS 7778 9301 . + 0 ID=MGYG000000001_02618;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02618;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1157;COG=V;KEGG=ko:K18346;Pfam=PF12229,PF04294,PF07501;InterPro=IPR007391,IPR022029,IPR011098 +MGYG000000001_50 Prodigal:2.6 CDS 9350 9940 . + 0 ID=MGYG000000001_02619;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02619;product=hypothetical protein;eggNOG=1151292.QEW_1841;COG=T;KEGG=-;Pfam=PF02954;InterPro=IPR002197,IPR009057 +MGYG000000001_50 Prodigal:2.6 CDS 10100 11485 . + 0 ID=MGYG000000001_02620;eC_number=1.2.1.3;Name=alkH;gene=alkH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P12693;locus_tag=MGYG000000001_02620;product=Aldehyde dehydrogenase;eggNOG=1301100.HG529259_gene6179;COG=C;KEGG=ko:K00128,ko:K22445;Pfam=PF00171;InterPro=IPR016161,IPR016162,IPR015590,IPR016163,IPR012394,IPR029510 +MGYG000000001_50 Prodigal:2.6 CDS 11575 13002 . + 0 ID=MGYG000000001_02621;Name=bamD;gene=bamD;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00922;locus_tag=MGYG000000001_02621;product=Outer membrane protein assembly factor BamD;eggNOG=272563.CD630_14380;COG=S;KEGG=-;Pfam=PF13181,PF13424;InterPro=IPR013026,IPR011990,IPR019734 +MGYG000000001_50 Prodigal:2.6 CDS 13172 14128 . + 0 ID=MGYG000000001_02622;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02622;product=hypothetical protein;eggNOG=1301100.HG529259_gene6182;COG=E;KEGG=ko:K01273;Pfam=PF01244;InterPro=IPR008257,IPR032466 +MGYG000000001_50 Prodigal:2.6 CDS 14228 15190 . + 0 ID=MGYG000000001_02623;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02623;product=hypothetical protein;eggNOG=1301100.HG529259_gene6183;COG=S;KEGG=-;Pfam=PF14903;InterPro=IPR032774 +MGYG000000001_50 Prodigal:2.6 CDS 15369 15740 . + 0 ID=MGYG000000001_02624;Name=lrgA;db_xref=COG:COG1380;gene=lrgA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P72358;locus_tag=MGYG000000001_02624;product=Antiholin-like protein LrgA;eggNOG=1476973.JMMB01000007_gene1161;COG=S;KEGG=ko:K06518;Pfam=PF03788;InterPro=IPR005538 +MGYG000000001_50 Prodigal:2.6 CDS 15733 16422 . + 0 ID=MGYG000000001_02625;Name=yohK;db_xref=COG:COG1346;gene=yohK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AD19;locus_tag=MGYG000000001_02625;product=Inner membrane protein YohK;eggNOG=1301100.HG529259_gene6185;COG=M;KEGG=-;Pfam=PF04172;InterPro=IPR007300 +MGYG000000001_50 Prodigal:2.6 CDS 16755 17621 . + 0 ID=MGYG000000001_02626;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02626;product=hypothetical protein;eggNOG=1301100.HG529259_gene6186;COG=S;KEGG=-;Pfam=PF02588,PF10035;InterPro=IPR019264,IPR003740,IPR015867 +MGYG000000001_50 Prodigal:2.6 CDS 17961 18773 . + 0 ID=MGYG000000001_02627;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02627;product=hypothetical protein;eggNOG=272563.CD630_14420;COG=S;KEGG=-;Pfam=PF02493;InterPro=IPR003409 +MGYG000000001_50 Prodigal:2.6 CDS 18923 19921 . + 0 ID=MGYG000000001_02628;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02628;product=hypothetical protein;eggNOG=1301100.HG529353_gene4274;COG=J;KEGG=-;Pfam=PF00188,PF14504;InterPro=IPR029410,IPR035940,IPR014044 +MGYG000000001_50 Prodigal:2.6 CDS 19951 20643 . + 0 ID=MGYG000000001_02629;eC_number=3.5.1.-;Name=pdaC_2;db_xref=COG:COG0726;gene=pdaC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34798;locus_tag=MGYG000000001_02629;product=Peptidoglycan-N-acetylmuramic acid deacetylase PdaC;eggNOG=1301100.HG529353_gene4273;COG=G;KEGG=ko:K22278;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_50 Prodigal:2.6 CDS 20965 21288 . + 0 ID=MGYG000000001_02630;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02630;product=hypothetical protein;eggNOG=1301100.HG529352_gene4272;COG=-;KEGG=- +MGYG000000001_51 Prodigal:2.6 CDS 108 977 . + 0 ID=MGYG000000001_02631;Name=lacX;gene=lacX;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23496;locus_tag=MGYG000000001_02631;product=Protein LacX%2C plasmid;eggNOG=1301100.HG529307_gene355;COG=G;KEGG=-;Pfam=PF01263;InterPro=IPR037481,IPR008183,IPR011013,IPR014718 +MGYG000000001_51 Prodigal:2.6 CDS 1042 1362 . - 0 ID=MGYG000000001_02632;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02632;product=hypothetical protein;eggNOG=1499683.CCFF01000013_gene349;COG=C;KEGG=-;Pfam=PF04324;InterPro=IPR007419,IPR041854 +MGYG000000001_51 Prodigal:2.6 CDS 1491 2717 . - 0 ID=MGYG000000001_02633;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01212;locus_tag=MGYG000000001_02633;product=Deoxyguanosinetriphosphate triphosphohydrolase-like protein;eggNOG=748727.CLJU_c04120;COG=F;KEGG=ko:K01129;Pfam=PF01966;InterPro=IPR006674,IPR006261,IPR003607 +MGYG000000001_51 Prodigal:2.6 CDS 2835 3587 . - 0 ID=MGYG000000001_02634;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02634;product=hypothetical protein;eggNOG=1292035.H476_0382;COG=-;KEGG=- +MGYG000000001_51 Prodigal:2.6 CDS 3737 4267 . + 0 ID=MGYG000000001_02635;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02635;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2351;COG=-;KEGG=- +MGYG000000001_51 Prodigal:2.6 CDS 4410 4994 . + 0 ID=MGYG000000001_02636;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02636;product=hypothetical protein;eggNOG=1301100.HG529416_gene2977;COG=D;KEGG=-;Pfam=PF08239,PF06725;InterPro=IPR010611,IPR036908,IPR003646 +MGYG000000001_51 Prodigal:2.6 CDS 5064 5615 . - 0 ID=MGYG000000001_02637;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02637;product=hypothetical protein +MGYG000000001_51 Prodigal:2.6 CDS 5727 5975 . - 0 ID=MGYG000000001_02638;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02638;product=hypothetical protein;eggNOG=1292035.H476_1595;COG=S;KEGG=-;Pfam=PF00269;InterPro=IPR038300,IPR001448 +MGYG000000001_51 Prodigal:2.6 CDS 6152 6379 . + 0 ID=MGYG000000001_02639;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02639;product=hypothetical protein;eggNOG=1391646.AVSU01000165_gene849;COG=S;KEGG=-;Pfam=PF10688;InterPro=IPR019629 +MGYG000000001_51 Prodigal:2.6 CDS 6460 6723 . + 0 ID=MGYG000000001_02640;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02640;product=hypothetical protein;eggNOG=1391647.AVSV01000036_gene884;COG=S;KEGG=-;Pfam=PF16079;InterPro=IPR032111 +MGYG000000001_51 Prodigal:2.6 CDS 6871 7422 . + 0 ID=MGYG000000001_02641;Name=ygcP;db_xref=COG:COG1954;gene=ygcP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46906;locus_tag=MGYG000000001_02641;product=putative protein YgcP;eggNOG=1301100.HG529304_gene3090;COG=K;KEGG=ko:K02443;Pfam=PF04309;InterPro=IPR006699,IPR035928 +MGYG000000001_51 Prodigal:2.6 CDS 7742 9268 . + 0 ID=MGYG000000001_02642;eC_number=2.7.1.30;Name=glpK_2;db_xref=COG:COG0554;gene=glpK_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A6F3;locus_tag=MGYG000000001_02642;product=Glycerol kinase;eggNOG=1476973.JMMB01000007_gene1527;COG=F;KEGG=ko:K00864;Pfam=PF00370,PF02782;InterPro=IPR018484,IPR005999,IPR018483,IPR018485,IPR000577 +MGYG000000001_51 Prodigal:2.6 CDS 9476 10936 . + 0 ID=MGYG000000001_02643;eC_number=1.1.3.15;Name=lhgO_3;gene=lhgO_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00990;locus_tag=MGYG000000001_02643;product=L-2-hydroxyglutarate oxidase LhgO;eggNOG=1292035.H476_1413;COG=S;KEGG=ko:K00111;Pfam=PF04324,PF01266;InterPro=IPR036188,IPR007419,IPR006076,IPR041854 +MGYG000000001_51 Prodigal:2.6 CDS 10926 12170 . + 0 ID=MGYG000000001_02644;eC_number=1.18.1.2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01685;locus_tag=MGYG000000001_02644;product=Ferredoxin--NADP reductase;eggNOG=1292035.H476_1412;COG=C;KEGG=-;Pfam=PF07992;InterPro=IPR036188,IPR023753 +MGYG000000001_51 Prodigal:2.6 CDS 12172 12528 . + 0 ID=MGYG000000001_02645;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02645;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1531;COG=S;KEGG=-;Pfam=PF07892;InterPro=IPR036593,IPR012460 +MGYG000000001_51 Prodigal:2.6 CDS 12703 17031 . + 0 ID=MGYG000000001_02646;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02646;product=hypothetical protein;eggNOG=1151292.QEW_2217;COG=I;KEGG=-;Pfam=PF06050,PF09989,PF01869;InterPro=IPR008275,IPR002731,IPR018709,IPR010327 +MGYG000000001_51 Prodigal:2.6 CDS 17505 18719 . - 0 ID=MGYG000000001_02647;Name=gerN;db_xref=COG:COG0475;gene=gerN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KI10;locus_tag=MGYG000000001_02647;product=Na(+)/H(+)-K(+) antiporter GerN;eggNOG=537013.CLOSTMETH_00100;COG=P;KEGG=-;Pfam=PF00999;InterPro=IPR006153,IPR038770 +MGYG000000001_51 Prodigal:2.6 CDS 19003 19740 . + 0 ID=MGYG000000001_02648;eC_number=1.1.1.100;Name=fabG_2;gene=fabG_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A0H9;locus_tag=MGYG000000001_02648;product=3-oxoacyl-[acyl-carrier-protein] reductase FabG;eggNOG=1391646.AVSU01000136_gene3324;COG=IQ;KEGG=ko:K00059;Pfam=PF13561;InterPro=IPR020904,IPR036291,IPR002347 +MGYG000000001_51 Prodigal:2.6 CDS 19784 20197 . + 0 ID=MGYG000000001_02649;eC_number=3.5.1.88;Name=def;db_xref=COG:COG0242;gene=def;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96113;locus_tag=MGYG000000001_02649;product=Peptide deformylase;eggNOG=632245.CLP_0699;COG=J;KEGG=ko:K01462;Pfam=PF01327;InterPro=IPR023635,IPR036821 +MGYG000000001_51 Prodigal:2.6 CDS 20249 20446 . - 0 ID=MGYG000000001_02650;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02650;product=hypothetical protein +MGYG000000001_52 Prodigal:2.6 CDS 513 992 . + 0 ID=MGYG000000001_02651;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02651;product=hypothetical protein;eggNOG=1408311.JNJM01000003_gene2963;COG=-;KEGG=- +MGYG000000001_52 Prodigal:2.6 CDS 1139 1300 . + 0 ID=MGYG000000001_02652;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02652;product=hypothetical protein +MGYG000000001_52 Prodigal:2.6 CDS 1543 1977 . + 0 ID=MGYG000000001_02653;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02653;product=hypothetical protein +MGYG000000001_52 Prodigal:2.6 CDS 1989 2201 . + 0 ID=MGYG000000001_02654;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02654;product=hypothetical protein +MGYG000000001_52 Prodigal:2.6 CDS 2198 4474 . + 0 ID=MGYG000000001_02655;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02655;product=hypothetical protein;eggNOG=545697.HMPREF0216_02885;COG=S;KEGG=-;InterPro=IPR027417 +MGYG000000001_52 Prodigal:2.6 CDS 4999 5967 . + 0 ID=MGYG000000001_02656;eC_number=3.2.2.8;Name=rihB;db_xref=COG:COG1957;gene=rihB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33022;locus_tag=MGYG000000001_02656;product=Pyrimidine-specific ribonucleoside hydrolase RihB;eggNOG=1476973.JMMB01000007_gene2452;COG=F;KEGG=ko:K01239,ko:K12700;Pfam=PF01156;InterPro=IPR036452,IPR023186,IPR001910 +MGYG000000001_52 Prodigal:2.6 CDS 5969 6532 . + 0 ID=MGYG000000001_02657;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02657;product=hypothetical protein;eggNOG=1151292.QEW_2117;COG=T;KEGG=ko:K16923;Pfam=PF12822;InterPro=IPR024529 +MGYG000000001_52 Prodigal:2.6 CDS 6548 7237 . + 0 ID=MGYG000000001_02658;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02658;product=hypothetical protein;eggNOG=1301100.HG529356_gene2064;COG=S;KEGG=-;InterPro=IPR006638 +MGYG000000001_52 Prodigal:2.6 CDS 7515 8150 . + 0 ID=MGYG000000001_02659;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02659;product=hypothetical protein;eggNOG=1301100.HG529348_gene4318;COG=-;KEGG=- +MGYG000000001_52 Prodigal:2.6 CDS 8214 9020 . + 0 ID=MGYG000000001_02660;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02660;product=hypothetical protein;eggNOG=1301100.HG529348_gene4317;COG=-;KEGG=- +MGYG000000001_52 Prodigal:2.6 CDS 9100 9279 . + 0 ID=MGYG000000001_02661;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02661;product=hypothetical protein;eggNOG=1301100.HG529348_gene4316;COG=-;KEGG=- +MGYG000000001_52 Prodigal:2.6 CDS 9412 10083 . + 0 ID=MGYG000000001_02662;Name=mprA;db_xref=COG:COG0745;gene=mprA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0R3I8;locus_tag=MGYG000000001_02662;product=Response regulator MprA;eggNOG=1301100.HG529348_gene4315;COG=T;KEGG=-;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_52 Prodigal:2.6 CDS 10073 11302 . + 0 ID=MGYG000000001_02663;eC_number=2.7.-.-;Name=sasA_11;gene=sasA_11;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_02663;product=Adaptive-response sensory-kinase SasA;eggNOG=1151292.QEW_2123;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_52 Prodigal:2.6 CDS 11440 11757 . + 0 ID=MGYG000000001_02664;Name=trxA_2;db_xref=COG:COG0526;gene=trxA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2FZD2;locus_tag=MGYG000000001_02664;product=Thioredoxin;eggNOG=1301100.HG529348_gene4313;COG=O;KEGG=ko:K03671;Pfam=PF00085;InterPro=IPR036249,IPR017937,IPR013766,IPR005746 +MGYG000000001_52 Prodigal:2.6 CDS 11776 12684 . + 0 ID=MGYG000000001_02665;eC_number=1.8.1.9;Name=trxB_2;gene=trxB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P99101;locus_tag=MGYG000000001_02665;product=Thioredoxin reductase;eggNOG=1301100.HG529348_gene4312;COG=C;KEGG=ko:K00384;Pfam=PF07992;InterPro=IPR036188,IPR023753 +MGYG000000001_52 Prodigal:2.6 CDS 12850 13221 . + 0 ID=MGYG000000001_02666;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02666;product=hypothetical protein;eggNOG=272563.CD630_16920;COG=K;KEGG=-;Pfam=PF01022;InterPro=IPR036388,IPR001845,IPR011991,IPR036390 +MGYG000000001_52 Prodigal:2.6 CDS 13223 13594 . + 0 ID=MGYG000000001_02667;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02667;product=hypothetical protein;eggNOG=1391646.AVSU01000060_gene1099;COG=S;KEGG=-;Pfam=PF02579;InterPro=IPR003731,IPR036105,IPR033913 +MGYG000000001_52 Prodigal:2.6 CDS 13748 14869 . - 0 ID=MGYG000000001_02668;Name=xerC_5;gene=xerC_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01808;locus_tag=MGYG000000001_02668;product=Tyrosine recombinase XerC;eggNOG=272563.CD630_09040;COG=L;KEGG=ko:K14059;Pfam=PF00589,PF14659,PF14657;InterPro=IPR013762,IPR004107,IPR011010,IPR002104,IPR028259,IPR010998 +MGYG000000001_52 Prodigal:2.6 CDS 14897 15568 . - 0 ID=MGYG000000001_02669;eC_number=3.4.21.88;Name=lexA_4;gene=lexA_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00015;locus_tag=MGYG000000001_02669;product=LexA repressor;eggNOG=926561.KB900623_gene728;COG=K;KEGG=-;Pfam=PF12844,PF00717;InterPro=IPR001387,IPR036286,IPR010982,IPR039418,IPR006197,IPR015927 +MGYG000000001_52 Prodigal:2.6 CDS 15745 15948 . + 0 ID=MGYG000000001_02670;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02670;product=hypothetical protein;eggNOG=663952.SDD27957_00030;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_52 Prodigal:2.6 CDS 16026 16772 . + 0 ID=MGYG000000001_02671;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02671;product=hypothetical protein;eggNOG=1292035.H476_1035;COG=L;KEGG=-;Pfam=PF10552,PF09669;InterPro=IPR018878,IPR014054 +MGYG000000001_52 Prodigal:2.6 CDS 16788 16901 . + 0 ID=MGYG000000001_02672;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02672;product=hypothetical protein;eggNOG=1499683.CCFF01000006_gene34;COG=-;KEGG=- +MGYG000000001_52 Prodigal:2.6 CDS 17080 17265 . + 0 ID=MGYG000000001_02673;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02673;product=hypothetical protein;eggNOG=397290.C810_03774;COG=S;KEGG=-;Pfam=PF12728;InterPro=IPR041657 +MGYG000000001_52 Prodigal:2.6 CDS 17388 17624 . + 0 ID=MGYG000000001_02674;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02674;product=hypothetical protein +MGYG000000001_52 Prodigal:2.6 CDS 17711 18211 . + 0 ID=MGYG000000001_02675;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02675;product=hypothetical protein;eggNOG=1582156.A0A0A8WFY3_9CAUD;COG=S;KEGG=-;Pfam=PF05565;InterPro=IPR008840 +MGYG000000001_52 Prodigal:2.6 CDS 18221 18709 . + 0 ID=MGYG000000001_02676;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02676;product=hypothetical protein;eggNOG=748727.CLJU_c22370;COG=-;KEGG=-;Pfam=PF00847;InterPro=IPR016177,IPR001471 +MGYG000000001_52 Prodigal:2.6 CDS 18702 19574 . + 0 ID=MGYG000000001_02677;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02677;product=hypothetical protein;eggNOG=272563.CD630_09170;COG=L;KEGG=-;Pfam=PF03837;InterPro=IPR010183,IPR018330 +MGYG000000001_53 INFERNAL:1.1.2 ncRNA 329 409 . - . ID=MGYG000000001_53_ncRNA46;inference=Rfam:14.6;locus_tag=MGYG000000001_53_ncRNA46;product=Cyclic di-GMP-I riboswitch;rfam=RF01051 +MGYG000000001_53 Prodigal:2.6 CDS 65 166 . - 0 ID=MGYG000000001_02678;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02678;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene794;COG=L;KEGG=-;Pfam=PF04986,PF14319;InterPro=IPR026889,IPR007069 +MGYG000000001_53 Prodigal:2.6 CDS 651 1385 . + 0 ID=MGYG000000001_02679;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02679;product=hypothetical protein;eggNOG=445973.CLOBAR_00425;COG=S;KEGG=-;Pfam=PF05857;InterPro=IPR008875 +MGYG000000001_53 Prodigal:2.6 CDS 1419 2045 . - 0 ID=MGYG000000001_02680;db_xref=COG:COG1136;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQK1;locus_tag=MGYG000000001_02680;product=putative ABC transporter ATP-binding protein;eggNOG=445973.CLOBAR_00424;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_53 Prodigal:2.6 CDS 2057 3412 . - 0 ID=MGYG000000001_02681;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02681;product=hypothetical protein;eggNOG=445973.CLOBAR_00423;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR003838 +MGYG000000001_53 Prodigal:2.6 CDS 3874 4644 . - 0 ID=MGYG000000001_02682;Name=yusV_3;db_xref=COG:COG1120;gene=yusV_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32188;locus_tag=MGYG000000001_02682;product=putative siderophore transport system ATP-binding protein YusV;eggNOG=445973.CLOBAR_00412;COG=HP;KEGG=-;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_53 Prodigal:2.6 CDS 4661 5635 . - 0 ID=MGYG000000001_02683;Name=fecD;db_xref=COG:COG0609;gene=fecD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P15029;locus_tag=MGYG000000001_02683;product=Fe(3+) dicitrate transport system permease protein FecD;eggNOG=445973.CLOBAR_00411;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_53 Prodigal:2.6 CDS 5625 6638 . - 0 ID=MGYG000000001_02684;Name=yfiZ;db_xref=COG:COG0609;gene=yfiZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31568;locus_tag=MGYG000000001_02684;product=putative siderophore transport system permease protein YfiZ;eggNOG=445973.CLOBAR_00410;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR001734,IPR037294 +MGYG000000001_53 Prodigal:2.6 CDS 6670 7392 . - 0 ID=MGYG000000001_02685;Name=yfmC;db_xref=COG:COG4594;gene=yfmC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34348;locus_tag=MGYG000000001_02685;product=Fe(3+)-citrate-binding protein YfmC;eggNOG=445973.CLOBAR_00409;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR002491 +MGYG000000001_53 Prodigal:2.6 CDS 7813 8280 . - 0 ID=MGYG000000001_02686;Name=vhb;gene=vhb;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P04252;locus_tag=MGYG000000001_02686;product=Bacterial hemoglobin;eggNOG=445973.CLOBAR_00413;COG=C;KEGG=ko:K05916;Pfam=PF00042;InterPro=IPR023950,IPR000971,IPR012292,IPR009050 +MGYG000000001_53 Prodigal:2.6 CDS 8835 9296 . - 0 ID=MGYG000000001_02687;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02687;product=hypothetical protein;eggNOG=1042156.CXIVA_08090;COG=I;KEGG=ko:K19302 +MGYG000000001_53 Prodigal:2.6 CDS 9785 10003 . + 0 ID=MGYG000000001_02688;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02688;product=hypothetical protein;eggNOG=1408823.AXUS01000003_gene449;COG=S;KEGG=-;Pfam=PF11007;InterPro=IPR020256 +MGYG000000001_53 Prodigal:2.6 CDS 10006 10269 . + 0 ID=MGYG000000001_02689;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02689;product=hypothetical protein;eggNOG=272563.CD630_05970;COG=S;KEGG=ko:K06333;Pfam=PF12652;InterPro=IPR016571,IPR024207 +MGYG000000001_53 Prodigal:2.6 CDS 10328 10900 . + 0 ID=MGYG000000001_02690;eC_number=1.11.1.6;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P60355;locus_tag=MGYG000000001_02690;product=Manganese catalase;eggNOG=1151292.QEW_0876;COG=P;KEGG=ko:K06334;Pfam=PF05067;InterPro=IPR039377,IPR012347,IPR007760,IPR009078 +MGYG000000001_53 Prodigal:2.6 CDS 11127 12629 . + 0 ID=MGYG000000001_02691;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISCpe5;locus_tag=MGYG000000001_02691;product=IS1182 family transposase ISCpe5;eggNOG=871963.Desdi_0653;COG=L;KEGG=-;Pfam=PF13751,PF05598;InterPro=IPR025668,IPR008490 +MGYG000000001_53 Prodigal:2.6 CDS 12991 14355 . - 0 ID=MGYG000000001_02692;eC_number=2.7.-.-;Name=sasA_12;gene=sasA_12;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_02692;product=Adaptive-response sensory-kinase SasA;eggNOG=1120998.AUFC01000009_gene2052;COG=T;KEGG=ko:K20487;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR008358,IPR005467,IPR036097,IPR003661 +MGYG000000001_53 Prodigal:2.6 CDS 14346 15011 . - 0 ID=MGYG000000001_02693;Name=walR_6;db_xref=COG:COG0745;gene=walR_6;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37478;locus_tag=MGYG000000001_02693;product=Transcriptional regulatory protein WalR;eggNOG=1449050.JNLE01000003_gene1293;COG=T;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_53 Prodigal:2.6 CDS 15026 15772 . - 0 ID=MGYG000000001_02694;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02694;product=hypothetical protein;eggNOG=1120998.AUFC01000009_gene2054;COG=S;KEGG=ko:K20492;InterPro=IPR022294 +MGYG000000001_53 Prodigal:2.6 CDS 15775 16497 . - 0 ID=MGYG000000001_02695;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02695;product=hypothetical protein;eggNOG=1120998.AUFC01000009_gene2055;COG=S;KEGG=ko:K20491;InterPro=IPR021205 +MGYG000000001_53 Prodigal:2.6 CDS 16490 17194 . - 0 ID=MGYG000000001_02696;eC_number=3.6.3.-;Name=yxlF_2;db_xref=COG:COG1131;gene=yxlF_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94374;locus_tag=MGYG000000001_02696;product=putative ABC transporter ATP-binding protein YxlF;eggNOG=290402.Cbei_3325;COG=V;KEGG=ko:K01990,ko:K20459,ko:K20490;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR022501,IPR027417 +MGYG000000001_53 Prodigal:2.6 CDS 17379 17822 . - 0 ID=MGYG000000001_02697;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02697;product=hypothetical protein;eggNOG=411463.EUBVEN_00390;COG=S;KEGG=ko:K08981;Pfam=PF03703;InterPro=IPR005182 +MGYG000000001_53 Prodigal:2.6 CDS 17800 18828 . - 0 ID=MGYG000000001_02698;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02698;product=hypothetical protein;eggNOG=411470.RUMGNA_03459;COG=S;KEGG=ko:K08981;Pfam=PF03703;InterPro=IPR005182 +MGYG000000001_53 Prodigal:2.6 CDS 19015 19374 . - 0 ID=MGYG000000001_02699;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02699;product=hypothetical protein;eggNOG=411468.CLOSCI_00332;COG=S;KEGG=-;Pfam=PF03703;InterPro=IPR005182 +MGYG000000001_53 Prodigal:2.6 CDS 19535 19861 . + 0 ID=MGYG000000001_02700;Name=yybR;db_xref=COG:COG1733;gene=yybR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37486;locus_tag=MGYG000000001_02700;product=putative HTH-type transcriptional regulator YybR;eggNOG=1123075.AUDP01000031_gene2127;COG=K;KEGG=-;Pfam=PF01638;InterPro=IPR002577,IPR011991,IPR036388,IPR036390 +MGYG000000001_53 Prodigal:2.6 CDS 19909 20643 . - 0 ID=MGYG000000001_02701;Name=opuCA;db_xref=COG:COG1125;gene=opuCA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34992;locus_tag=MGYG000000001_02701;product=Glycine betaine/carnitine/choline transport ATP-binding protein OpuCA;eggNOG=1232446.BAIE02000047_gene374;COG=E;KEGG=ko:K05847;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_54 Prodigal:2.6 CDS 372 1745 . + 0 ID=MGYG000000001_02702;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02702;product=hypothetical protein;eggNOG=1301100.HG529408_gene224;COG=S;KEGG=-;Pfam=PF13739,PF11738;InterPro=IPR037126,IPR021729,IPR025303 +MGYG000000001_54 Prodigal:2.6 CDS 1863 3137 . - 0 ID=MGYG000000001_02703;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02703;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene551;COG=M;KEGG=-;Pfam=PF01471;InterPro=IPR002477,IPR036365,IPR036366 +MGYG000000001_54 Prodigal:2.6 CDS 3259 3975 . + 0 ID=MGYG000000001_02704;eC_number=3.4.-.-;Name=prsW;db_xref=COG:COG2339;gene=prsW;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50738;locus_tag=MGYG000000001_02704;product=Protease PrsW;eggNOG=1476973.JMMB01000007_gene552;COG=S;KEGG=-;Pfam=PF13367;InterPro=IPR023596,IPR026898 +MGYG000000001_54 Prodigal:2.6 CDS 4126 4926 . + 0 ID=MGYG000000001_02705;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02705;product=hypothetical protein;eggNOG=1391646.AVSU01000001_gene247;COG=C;KEGG=- +MGYG000000001_54 Prodigal:2.6 CDS 4971 5492 . + 0 ID=MGYG000000001_02706;eC_number=3.4.21.89;Name=spsB_1;db_xref=COG:COG0681;gene=spsB_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HHB9;locus_tag=MGYG000000001_02706;product=Signal peptidase IB;eggNOG=1476973.JMMB01000007_gene554;COG=U;KEGG=ko:K03100;Pfam=PF00717;InterPro=IPR036286,IPR019756,IPR000223,IPR015927 +MGYG000000001_54 Prodigal:2.6 CDS 5534 6067 . + 0 ID=MGYG000000001_02707;eC_number=3.4.21.89;Name=spsB_2;db_xref=COG:COG0681;gene=spsB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5HHB9;locus_tag=MGYG000000001_02707;product=Signal peptidase IB;eggNOG=1301100.HG529408_gene220;COG=U;KEGG=ko:K03100;Pfam=PF00717;InterPro=IPR019757,IPR019756,IPR036286,IPR000223,IPR015927,IPR019758 +MGYG000000001_54 Prodigal:2.6 CDS 6076 6825 . + 0 ID=MGYG000000001_02708;eC_number=3.1.21.2;Name=nfo_1;gene=nfo_1;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00152;locus_tag=MGYG000000001_02708;product=endonuclease 4;eggNOG=1151292.QEW_0816;COG=L;KEGG=-;Pfam=PF01261;InterPro=IPR013022,IPR036237 +MGYG000000001_54 Prodigal:2.6 CDS 6880 8547 . + 0 ID=MGYG000000001_02709;eC_number=2.7.1.48;Name=udk_2;gene=udk_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00551;locus_tag=MGYG000000001_02709;product=Uridine kinase;eggNOG=1476973.JMMB01000007_gene556;COG=FJ;KEGG=ko:K00876;Pfam=PF00485;InterPro=IPR006083,IPR018163,IPR027417 +MGYG000000001_54 Prodigal:2.6 CDS 8747 9664 . + 0 ID=MGYG000000001_02710;eC_number=3.5.1.2;Name=glsA2;db_xref=COG:COG2066;gene=glsA2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07637;locus_tag=MGYG000000001_02710;product=Glutaminase 2;eggNOG=1301100.HG529408_gene217;COG=E;KEGG=ko:K01425;Pfam=PF04960;InterPro=IPR015868,IPR012338 +MGYG000000001_54 Prodigal:2.6 CDS 9745 10317 . + 0 ID=MGYG000000001_02711;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02711;product=hypothetical protein;eggNOG=1301100.HG529408_gene216;COG=K;KEGG=-;Pfam=PF12840;InterPro=IPR001845,IPR036388,IPR011991,IPR036390 +MGYG000000001_54 Prodigal:2.6 CDS 10404 11240 . + 0 ID=MGYG000000001_02712;eC_number=3.1.21.2;Name=nfo_2;db_xref=COG:COG0648;gene=nfo_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5KX27;locus_tag=MGYG000000001_02712;product=putative endonuclease 4;eggNOG=1476973.JMMB01000007_gene559;COG=L;KEGG=ko:K01151;Pfam=PF01261;InterPro=IPR018246,IPR001719,IPR036237,IPR013022 +MGYG000000001_54 Prodigal:2.6 CDS 11289 12284 . + 0 ID=MGYG000000001_02713;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02713;product=hypothetical protein;eggNOG=1301100.HG529408_gene213;COG=S;KEGG=ko:K07079;Pfam=PF13534,PF00248;InterPro=IPR023210,IPR009051,IPR017896,IPR017900,IPR036812 +MGYG000000001_54 Prodigal:2.6 CDS 12355 12762 . - 0 ID=MGYG000000001_02714;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02714;product=hypothetical protein;eggNOG=1391646.AVSU01000001_gene255;COG=L;KEGG=-;Pfam=PF05866;InterPro=IPR008822,IPR036614 +MGYG000000001_54 Prodigal:2.6 CDS 12826 13725 . + 0 ID=MGYG000000001_02715;eC_number=1.17.99.6;Name=queG;db_xref=COG:COG1600;gene=queG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P97030;locus_tag=MGYG000000001_02715;product=Epoxyqueuosine reductase;eggNOG=1301100.HG529408_gene211;COG=C;KEGG=ko:K18979;Pfam=PF08331,PF13484;InterPro=IPR004453,IPR017900,IPR013542,IPR017896 +MGYG000000001_54 Prodigal:2.6 CDS 13845 16079 . + 0 ID=MGYG000000001_02716;eC_number=3.4.21.53;Name=lon_2;gene=lon_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01973;locus_tag=MGYG000000001_02716;product=Lon protease;eggNOG=1476973.JMMB01000007_gene563;COG=O;KEGG=ko:K04076;Pfam=PF13654,PF05362;InterPro=IPR027065,IPR020568,IPR008269,IPR027417,IPR014721,IPR041699 +MGYG000000001_54 Prodigal:2.6 CDS 16223 16849 . + 0 ID=MGYG000000001_02717;eC_number=4.2.99.18;Name=nth;db_xref=COG:COG0177;gene=nth;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WQ11;locus_tag=MGYG000000001_02717;product=Endonuclease III;eggNOG=1301100.HG529407_gene291;COG=L;KEGG=ko:K10773;Pfam=PF00730,PF00633,PF10576;InterPro=IPR004036,IPR023170,IPR003265,IPR005759,IPR000445,IPR003651,IPR011257 +MGYG000000001_54 Prodigal:2.6 CDS 16846 18246 . + 0 ID=MGYG000000001_02718;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02718;product=hypothetical protein;eggNOG=1301100.HG529407_gene290;COG=V;KEGG=ko:K18346;Pfam=PF12229,PF04294,PF07501;InterPro=IPR007391,IPR022029,IPR011098 +MGYG000000001_54 Prodigal:2.6 CDS 18380 18850 . + 0 ID=MGYG000000001_02719;eC_number=2.1.1.207;Name=trmL;db_xref=COG:COG0219;gene=trmL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44868;locus_tag=MGYG000000001_02719;product=tRNA (cytidine(34)-2'-O)-methyltransferase;eggNOG=1301100.HG529407_gene289;COG=J;KEGG=ko:K03216;Pfam=PF00588;InterPro=IPR001537,IPR016914,IPR029028,IPR029026 +MGYG000000001_54 Prodigal:2.6 CDS 18896 19741 . + 0 ID=MGYG000000001_02720;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8NWR0;locus_tag=MGYG000000001_02720;product=DegV domain-containing protein;eggNOG=1476973.JMMB01000007_gene567;COG=S;KEGG=-;Pfam=PF02645;InterPro=IPR003797 +MGYG000000001_55 Prodigal:2.6 CDS 122 442 . - 0 ID=MGYG000000001_02721;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02721;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1188;COG=S;KEGG=-;Pfam=PF01987;InterPro=IPR036983,IPR016031,IPR002838 +MGYG000000001_55 Prodigal:2.6 CDS 456 620 . - 0 ID=MGYG000000001_02722;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02722;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1188;COG=S;KEGG=-;InterPro=IPR016031,IPR036983 +MGYG000000001_55 Prodigal:2.6 CDS 875 1135 . - 0 ID=MGYG000000001_02723;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02723;product=hypothetical protein;eggNOG=1292035.H476_1491;COG=S;KEGG=- +MGYG000000001_55 Prodigal:2.6 CDS 1217 2164 . - 0 ID=MGYG000000001_02724;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02724;product=hypothetical protein;eggNOG=931276.Cspa_c15240;COG=CH;KEGG=-;Pfam=PF01243,PF12724;InterPro=IPR026816,IPR029039,IPR011576,IPR012349 +MGYG000000001_55 Prodigal:2.6 CDS 2280 3038 . - 0 ID=MGYG000000001_02725;eC_number=3.1.3.5;Name=surE;db_xref=COG:COG0496;gene=surE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96112;locus_tag=MGYG000000001_02725;product=5'-nucleotidase SurE;eggNOG=1301100.HG529267_gene582;COG=S;KEGG=ko:K03787;Pfam=PF01975;InterPro=IPR036523,IPR030048,IPR002828 +MGYG000000001_55 Prodigal:2.6 CDS 4095 4277 . + 0 ID=MGYG000000001_02726;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02726;product=hypothetical protein +MGYG000000001_55 Prodigal:2.6 CDS 4316 4831 . - 0 ID=MGYG000000001_02727;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02727;product=hypothetical protein +MGYG000000001_55 Prodigal:2.6 CDS 5007 6218 . - 0 ID=MGYG000000001_02728;eC_number=2.7.-.-;Name=sasA_13;gene=sasA_13;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_02728;product=Adaptive-response sensory-kinase SasA;eggNOG=1476973.JMMB01000007_gene1827;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_55 Prodigal:2.6 CDS 6545 8557 . - 0 ID=MGYG000000001_02729;Name=tetO;gene=tetO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P10952;locus_tag=MGYG000000001_02729;product=Tetracycline resistance protein TetO;eggNOG=1476973.JMMB01000007_gene1521;COG=J;KEGG=-;Pfam=PF00009,PF14492,PF03764,PF00679;InterPro=IPR014721,IPR005225,IPR000795,IPR005517,IPR020568,IPR000640,IPR035650,IPR009000,IPR041095,IPR027417,IPR035647,IPR031157 +MGYG000000001_55 Prodigal:2.6 CDS 9270 10226 . - 0 ID=MGYG000000001_02730;eC_number=1.17.1.9;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33160;locus_tag=MGYG000000001_02730;product=Formate dehydrogenase;eggNOG=641107.CDLVIII_0851;COG=EH;KEGG=ko:K12972;Pfam=PF02826;InterPro=IPR036291,IPR006140 +MGYG000000001_55 Prodigal:2.6 CDS 10416 12374 . - 0 ID=MGYG000000001_02731;eC_number=2.7.13.3;Name=rcsC_12;gene=rcsC_12;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_02731;product=Sensor histidine kinase RcsC;eggNOG=545697.HMPREF0216_01030;COG=T;KEGG=-;Pfam=PF00512,PF02518,PF04392;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358,IPR007487 +MGYG000000001_55 Prodigal:2.6 CDS 12588 13565 . - 0 ID=MGYG000000001_02732;Name=panS_2;db_xref=COG:COG0385;gene=panS_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8ZKL0;locus_tag=MGYG000000001_02732;product=Pantothenate precursors transporter PanS;eggNOG=1122217.KB899593_gene1345;COG=S;KEGG=-;Pfam=PF01758;InterPro=IPR004710,IPR038770,IPR002657 +MGYG000000001_55 Prodigal:2.6 CDS 13788 14636 . - 0 ID=MGYG000000001_02733;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02733;product=hypothetical protein;eggNOG=1399115.U719_01060;COG=L;KEGG=ko:K01174;Pfam=PF00565;InterPro=IPR016071,IPR002071,IPR035437 +MGYG000000001_55 Prodigal:2.6 CDS 15093 15425 . - 0 ID=MGYG000000001_02734;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02734;product=hypothetical protein +MGYG000000001_55 Prodigal:2.6 CDS 15441 15578 . - 0 ID=MGYG000000001_02735;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02735;product=hypothetical protein +MGYG000000001_55 Prodigal:2.6 CDS 15620 16099 . - 0 ID=MGYG000000001_02736;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02736;product=hypothetical protein;eggNOG=4537.OPUNC10G06840.1;COG=G;KEGG=-;InterPro=IPR008999 +MGYG000000001_55 Prodigal:2.6 CDS 16192 17118 . - 0 ID=MGYG000000001_02737;Name=msrAB;db_xref=COG:COG0225;gene=msrAB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45213;locus_tag=MGYG000000001_02737;product=Peptide methionine sulfoxide reductase MsrA/MsrB;eggNOG=1476973.JMMB01000007_gene2182;COG=O;KEGG=ko:K07304,ko:K12267;Pfam=PF01641,PF01625;InterPro=IPR036509,IPR002569,IPR002579,IPR011057,IPR028427 +MGYG000000001_55 Prodigal:2.6 CDS 17323 18135 . + 0 ID=MGYG000000001_02738;eC_number=3.5.1.-;Name=nit1;gene=nit1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0DP66;locus_tag=MGYG000000001_02738;product=Deaminated glutathione amidase;eggNOG=1499683.CCFF01000014_gene3612;COG=S;KEGG=ko:K11206;Pfam=PF00795;InterPro=IPR036526,IPR003010,IPR001110 +MGYG000000001_55 Prodigal:2.6 CDS 18186 18371 . - 0 ID=MGYG000000001_02739;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02739;product=hypothetical protein;eggNOG=445973.CLOBAR_02035;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 97 648 . + 0 ID=MGYG000000001_02740;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02740;product=hypothetical protein;eggNOG=316055.RPE_2474;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 651 812 . + 0 ID=MGYG000000001_02741;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02741;product=hypothetical protein +MGYG000000001_56 Prodigal:2.6 CDS 885 1145 . + 0 ID=MGYG000000001_02742;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02742;product=hypothetical protein;eggNOG=1476973.JMMB01000005_gene3468;COG=S;KEGG=-;Pfam=PF08765;InterPro=IPR014875,IPR009057 +MGYG000000001_56 Prodigal:2.6 CDS 1429 1662 . - 0 ID=MGYG000000001_02743;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02743;product=hypothetical protein;eggNOG=1476973.JMMB01000001_gene3354;COG=S;KEGG=-;Pfam=PF11148;InterPro=IPR021321 +MGYG000000001_56 Prodigal:2.6 CDS 1685 1924 . - 0 ID=MGYG000000001_02744;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02744;product=hypothetical protein;eggNOG=1476973.JMMB01000001_gene3353;COG=S;KEGG=-;Pfam=PF07872;InterPro=IPR012454 +MGYG000000001_56 Prodigal:2.6 CDS 3285 3668 . + 0 ID=MGYG000000001_02745;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02745;product=hypothetical protein;eggNOG=1391646.AVSU01000140_gene180;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 4051 4239 . - 0 ID=MGYG000000001_02746;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02746;product=hypothetical protein;eggNOG=1410653.JHVC01000027_gene1074;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 4263 5132 . - 0 ID=MGYG000000001_02747;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02747;product=hypothetical protein;eggNOG=272563.CD630_07390;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 5390 6049 . + 0 ID=MGYG000000001_02748;eC_number=3.5.1.28;Name=cwlC_2;db_xref=COG:COG0860;gene=cwlC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06320;locus_tag=MGYG000000001_02748;product=Sporulation-specific N-acetylmuramoyl-L-alanine amidase;eggNOG=1476973.JMMB01000005_gene3500;COG=M;KEGG=ko:K01448;Pfam=PF01520;InterPro=IPR002508 +MGYG000000001_56 Prodigal:2.6 CDS 6115 8370 . + 0 ID=MGYG000000001_02749;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02749;product=hypothetical protein;eggNOG=1502770.JQMG01000001_gene612;COG=P;KEGG=-;InterPro=IPR003593,IPR027417 +MGYG000000001_56 Prodigal:2.6 CDS 8433 9104 . - 0 ID=MGYG000000001_02750;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02750;product=hypothetical protein;eggNOG=1476973.JMMB01000001_gene3344;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 9287 10042 . - 0 ID=MGYG000000001_02751;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02751;product=hypothetical protein;eggNOG=1476973.JMMB01000005_gene3479;COG=L;KEGG=-;Pfam=PF00239,PF07508;InterPro=IPR036162,IPR011109,IPR038109,IPR006119 +MGYG000000001_56 Prodigal:2.6 CDS 10057 10764 . - 0 ID=MGYG000000001_02752;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02752;product=hypothetical protein;eggNOG=1476973.JMMB01000005_gene3480;COG=S;KEGG=-;Pfam=PF02661;InterPro=IPR036597,IPR003812,IPR040198 +MGYG000000001_56 Prodigal:2.6 CDS 11057 11491 . - 0 ID=MGYG000000001_02753;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02753;product=hypothetical protein;eggNOG=431943.CKL_4045;COG=-;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 11606 11965 . - 0 ID=MGYG000000001_02754;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02754;product=hypothetical protein +MGYG000000001_56 Prodigal:2.6 CDS 12318 12452 . + 0 ID=MGYG000000001_02755;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02755;product=hypothetical protein +MGYG000000001_56 Prodigal:2.6 CDS 12664 13374 . + 0 ID=MGYG000000001_02756;Name=ypdB_3;db_xref=COG:COG3279;gene=ypdB_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AE39;locus_tag=MGYG000000001_02756;product=Transcriptional regulatory protein YpdB;eggNOG=1476973.JMMB01000005_gene3443;COG=KT;KEGG=-;Pfam=PF00072,PF04397;InterPro=IPR001789,IPR011006,IPR007492 +MGYG000000001_56 Prodigal:2.6 CDS 13368 14684 . + 0 ID=MGYG000000001_02757;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02757;product=hypothetical protein;eggNOG=1476973.JMMB01000005_gene3444;COG=T;KEGG=-;Pfam=PF14501;InterPro=IPR036890,IPR032834 +MGYG000000001_56 Prodigal:2.6 CDS 14696 14842 . + 0 ID=MGYG000000001_02758;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02758;product=hypothetical protein;InterPro=IPR009229 +MGYG000000001_56 Prodigal:2.6 CDS 14895 15476 . + 0 ID=MGYG000000001_02759;eC_number=3.4.-.-;Name=agrB_2;gene=agrB_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00784;locus_tag=MGYG000000001_02759;product=Accessory gene regulator protein B;eggNOG=1476973.JMMB01000005_gene3446;COG=KOT;KEGG=ko:K07813;Pfam=PF04647;InterPro=IPR006741 +MGYG000000001_56 Prodigal:2.6 CDS 15873 17114 . + 0 ID=MGYG000000001_02760;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02760;product=hypothetical protein;eggNOG=1476973.JMMB01000001_gene3360;COG=O;KEGG=- +MGYG000000001_56 Prodigal:2.6 CDS 17178 18026 . + 0 ID=MGYG000000001_02761;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02761;product=hypothetical protein;eggNOG=742733.HMPREF9469_05546;COG=E;KEGG=-;InterPro=IPR009003 +MGYG000000001_57 Prodigal:2.6 CDS 143 907 . - 0 ID=MGYG000000001_02762;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02762;product=hypothetical protein +MGYG000000001_57 Prodigal:2.6 CDS 1005 1784 . - 0 ID=MGYG000000001_02763;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02763;product=hypothetical protein;eggNOG=931626.Awo_c17960;COG=-;KEGG=- +MGYG000000001_57 Prodigal:2.6 CDS 2020 2832 . - 0 ID=MGYG000000001_02764;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02764;product=hypothetical protein;eggNOG=1415775.U729_2143;COG=C;KEGG=-;Pfam=PF14512;InterPro=IPR029478,IPR000415 +MGYG000000001_57 Prodigal:2.6 CDS 2911 3276 . - 0 ID=MGYG000000001_02765;Name=hit;db_xref=COG:COG0537;gene=hit;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07513;locus_tag=MGYG000000001_02765;product=Protein hit;eggNOG=1391646.AVSU01000016_gene3180;COG=FG;KEGG=ko:K19710;Pfam=PF01230;InterPro=IPR019808,IPR011146,IPR001310,IPR036265 +MGYG000000001_57 Prodigal:2.6 CDS 3423 5975 . - 0 ID=MGYG000000001_02766;Name=uvrB_2;gene=uvrB_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00204;locus_tag=MGYG000000001_02766;product=UvrABC system protein B;eggNOG=1301100.HG529274_gene1742;COG=L;KEGG=-;Pfam=PF13091,PF00271,PF04851;InterPro=IPR001736,IPR006935,IPR025202,IPR027417,IPR001650,IPR014001 +MGYG000000001_57 Prodigal:2.6 CDS 6075 6383 . + 0 ID=MGYG000000001_02767;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02767;product=hypothetical protein;eggNOG=1391646.AVSU01000016_gene3182;COG=S;KEGG=-;InterPro=IPR038735 +MGYG000000001_57 Prodigal:2.6 CDS 6518 7582 . - 0 ID=MGYG000000001_02768;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02768;product=hypothetical protein;eggNOG=272563.CD630_04380;COG=M;KEGG=- +MGYG000000001_57 Prodigal:2.6 CDS 7782 8108 . - 0 ID=MGYG000000001_02769;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02769;product=hypothetical protein;eggNOG=1292035.H476_1504;COG=-;KEGG=- +MGYG000000001_57 Prodigal:2.6 CDS 8270 8986 . - 0 ID=MGYG000000001_02770;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02770;product=hypothetical protein;eggNOG=290402.Cbei_2824;COG=L;KEGG=-;Pfam=PF08378;InterPro=IPR011528,IPR011335 +MGYG000000001_57 Prodigal:2.6 CDS 9217 9975 . - 0 ID=MGYG000000001_02771;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02771;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2418;COG=C;KEGG=ko:K19285;Pfam=PF00881;InterPro=IPR029479,IPR000415,IPR016446 +MGYG000000001_57 Prodigal:2.6 CDS 10095 11237 . - 0 ID=MGYG000000001_02772;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02772;product=hypothetical protein;eggNOG=272563.CD630_15250;COG=C;KEGG=-;Pfam=PF04015,PF13237;InterPro=IPR007160,IPR017900,IPR017896 +MGYG000000001_57 Prodigal:2.6 CDS 11632 11886 . + 0 ID=MGYG000000001_02773;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02773;product=hypothetical protein;eggNOG=572544.Ilyop_0916;COG=C;KEGG=ko:K00048 +MGYG000000001_57 Prodigal:2.6 CDS 11978 12499 . + 0 ID=MGYG000000001_02774;eC_number=2.5.1.17;Name=yvqK;db_xref=COG:COG2096;gene=yvqK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34899;locus_tag=MGYG000000001_02774;product=Cob(I)yrinic acid a%2Cc-diamide adenosyltransferase;eggNOG=1301100.HG529287_gene7033;COG=S;KEGG=ko:K00798;Pfam=PF01923;InterPro=IPR016030,IPR036451,IPR029499 +MGYG000000001_57 Prodigal:2.6 CDS 12781 13167 . - 0 ID=MGYG000000001_02775;eC_number=1.15.1.2;Name=dfx;db_xref=COG:COG2033;gene=dfx;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97GB9;locus_tag=MGYG000000001_02775;product=Desulfoferrodoxin;eggNOG=272563.CD630_08270;COG=C;KEGG=ko:K05919;Pfam=PF01880,PF06397;InterPro=IPR002742,IPR004462,IPR036073 +MGYG000000001_57 Prodigal:2.6 CDS 13224 14375 . - 0 ID=MGYG000000001_02776;eC_number=2.6.1.1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23034;locus_tag=MGYG000000001_02776;product=Aspartate aminotransferase;eggNOG=350688.Clos_2304;COG=E;KEGG=ko:K00812,ko:K10907;Pfam=PF00155;InterPro=IPR004838,IPR015424,IPR015422,IPR015421,IPR004839 +MGYG000000001_57 Prodigal:2.6 CDS 14413 14859 . - 0 ID=MGYG000000001_02777;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02777;product=hypothetical protein;eggNOG=1246484.D479_00075;COG=S;KEGG=- +MGYG000000001_57 Prodigal:2.6 CDS 15359 15898 . - 0 ID=MGYG000000001_02778;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02778;product=hypothetical protein;eggNOG=545697.HMPREF0216_01950;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_57 Prodigal:2.6 CDS 16073 16651 . - 0 ID=MGYG000000001_02779;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02779;product=hypothetical protein;eggNOG=545697.HMPREF0216_01949;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_57 Prodigal:2.6 CDS 16974 17102 . - 0 ID=MGYG000000001_02780;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02780;product=hypothetical protein;eggNOG=545697.HMPREF0216_01951;COG=K;KEGG=- +MGYG000000001_58 INFERNAL:1.1.2 ncRNA 2984 3145 . + . ID=MGYG000000001_58_ncRNA47;inference=Rfam:14.6;locus_tag=MGYG000000001_58_ncRNA47;product=Cobalamin riboswitch;rfam=RF00174 +MGYG000000001_58 INFERNAL:1.1.2 ncRNA 1 74 . + . ID=MGYG000000001_58_ncRNA48;inference=Rfam:14.6;locus_tag=MGYG000000001_58_ncRNA48;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_58 Prodigal:2.6 CDS 289 609 . + 0 ID=MGYG000000001_02782;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02782;product=hypothetical protein;eggNOG=1151292.QEW_0497;COG=S;KEGG=-;Pfam=PF07728;InterPro=IPR011704,IPR027417 +MGYG000000001_58 Prodigal:2.6 CDS 677 1093 . + 0 ID=MGYG000000001_02783;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02783;product=hypothetical protein;eggNOG=1151292.QEW_0497;COG=S;KEGG=-;Pfam=PF07728;InterPro=IPR011704,IPR027417 +MGYG000000001_58 Prodigal:2.6 CDS 1114 2889 . + 0 ID=MGYG000000001_02784;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02784;product=hypothetical protein;eggNOG=1151292.QEW_0498;COG=P;KEGG=-;InterPro=IPR036465,IPR002035 +MGYG000000001_58 Prodigal:2.6 CDS 3277 3966 . + 0 ID=MGYG000000001_02785;Name=cbiQ;db_xref=COG:COG0619;gene=cbiQ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05598;locus_tag=MGYG000000001_02785;product=Cobalt transport protein CbiQ;eggNOG=1476973.JMMB01000007_gene523;COG=P;KEGG=ko:K02008;Pfam=PF02361;InterPro=IPR012809,IPR003339 +MGYG000000001_58 Prodigal:2.6 CDS 3968 4786 . + 0 ID=MGYG000000001_02786;eC_number=3.6.3.-;Name=cbiO;db_xref=COG:COG1122;gene=cbiO;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q05596;locus_tag=MGYG000000001_02786;product=Cobalt import ATP-binding protein CbiO;eggNOG=1476973.JMMB01000007_gene524;COG=P;KEGG=ko:K02006;Pfam=PF00005;InterPro=IPR003593,IPR005876,IPR003439,IPR027417,IPR017871 +MGYG000000001_58 Prodigal:2.6 CDS 4963 5982 . + 0 ID=MGYG000000001_02787;Name=tmpC_4;db_xref=COG:COG1744;gene=tmpC_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_02787;product=Membrane lipoprotein TmpC;eggNOG=1292035.H476_1857;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_58 Prodigal:2.6 CDS 6223 7860 . + 0 ID=MGYG000000001_02788;Name=appA_2;gene=appA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42061;locus_tag=MGYG000000001_02788;product=Oligopeptide-binding protein AppA;eggNOG=1391646.AVSU01000133_gene3285;COG=E;KEGG=ko:K02035;Pfam=PF00496;InterPro=IPR030678,IPR039424,IPR000914,IPR023765 +MGYG000000001_58 Prodigal:2.6 CDS 7938 8930 . + 0 ID=MGYG000000001_02789;Name=gsiC_2;db_xref=COG:COG0601;gene=gsiC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75798;locus_tag=MGYG000000001_02789;product=Glutathione transport system permease protein GsiC;eggNOG=1391646.AVSU01000133_gene3284;COG=P;KEGG=ko:K02033;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_58 Prodigal:2.6 CDS 8930 9799 . + 0 ID=MGYG000000001_02790;Name=dppC;db_xref=COG:COG1173;gene=dppC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P26904;locus_tag=MGYG000000001_02790;product=Dipeptide transport system permease protein DppC;eggNOG=1391646.AVSU01000133_gene3283;COG=P;KEGG=ko:K02034;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_58 Prodigal:2.6 CDS 9809 10744 . + 0 ID=MGYG000000001_02791;Name=oppD_3;db_xref=COG:COG0444;gene=oppD_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76027;locus_tag=MGYG000000001_02791;product=Oligopeptide transport ATP-binding protein OppD;eggNOG=1391646.AVSU01000133_gene3282;COG=P;KEGG=ko:K02031;Pfam=PF00005,PF08352;InterPro=IPR003593,IPR003439,IPR027417,IPR013563,IPR017871 +MGYG000000001_58 Prodigal:2.6 CDS 10734 11585 . + 0 ID=MGYG000000001_02792;eC_number=3.6.3.33;Name=btuD_9;gene=btuD_9;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01005;locus_tag=MGYG000000001_02792;product=Vitamin B12 import ATP-binding protein BtuD;eggNOG=445973.CLOBAR_01597;COG=EP;KEGG=ko:K02032;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_58 Prodigal:2.6 CDS 11810 14038 . + 0 ID=MGYG000000001_02793;eC_number=3.6.4.12;Name=pcrA_2;db_xref=COG:COG0210;gene=pcrA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34580;locus_tag=MGYG000000001_02793;product=ATP-dependent DNA helicase PcrA;eggNOG=1301100.HG529410_gene159;COG=L;KEGG=ko:K03657;Pfam=PF12073,PF13361,PF00580;InterPro=IPR014016,IPR034739,IPR021938,IPR014017,IPR000212,IPR013986,IPR027417 +MGYG000000001_58 Prodigal:2.6 CDS 14054 15352 . + 0 ID=MGYG000000001_02794;eC_number=3.4.11.-;Name=apeB;db_xref=COG:COG1362;gene=apeB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9HYZ3;locus_tag=MGYG000000001_02794;product=putative M18 family aminopeptidase 2;eggNOG=1476973.JMMB01000007_gene526;COG=E;KEGG=ko:K01267;Pfam=PF02127;InterPro=IPR001948,IPR023358 +MGYG000000001_58 Prodigal:2.6 CDS 15368 16120 . + 0 ID=MGYG000000001_02795;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02795;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene527;COG=S;KEGG=-;Pfam=PF01734;InterPro=IPR016035,IPR002641 +MGYG000000001_58 Prodigal:2.6 CDS 16250 16855 . + 0 ID=MGYG000000001_02796;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02796;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene528;COG=H;KEGG=-;Pfam=PF13521;InterPro=IPR038727,IPR027417 +MGYG000000001_58 Prodigal:2.6 CDS 17049 17573 . + 0 ID=MGYG000000001_02797;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XAQ1;locus_tag=MGYG000000001_02797;product=Putative bifunctional phosphatase/peptidyl-prolyl cis-trans isomerase;eggNOG=1301100.HG529410_gene153;COG=O;KEGG=ko:K03768;Pfam=PF00160;InterPro=IPR029000,IPR024936,IPR002130,IPR020892 +MGYG000000001_58 Prodigal:2.6 CDS 17666 17788 . - 0 ID=MGYG000000001_02798;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02798;product=hypothetical protein;eggNOG=203119.Cthe_0220;COG=L;KEGG=-;Pfam=PF13612;InterPro=IPR025668 +MGYG000000001_59 INFERNAL:1.1.2 ncRNA 9942 10107 . + . ID=MGYG000000001_59_ncRNA49;inference=Rfam:14.6;locus_tag=MGYG000000001_59_ncRNA49;product=Lysine riboswitch;rfam=RF00168 +MGYG000000001_59 Prodigal:2.6 CDS 211 1476 . + 0 ID=MGYG000000001_02799;Name=rsxB_4;gene=rsxB_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00463;locus_tag=MGYG000000001_02799;product=Electron transport complex subunit RsxB;eggNOG=272563.CD630_14680;COG=C;KEGG=-;Pfam=PF14697;InterPro=IPR017900,IPR017896 +MGYG000000001_59 Prodigal:2.6 CDS 1550 2191 . + 0 ID=MGYG000000001_02800;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02800;product=hypothetical protein;eggNOG=1301100.HG529306_gene3149;COG=C;KEGG=-;Pfam=PF02589;InterPro=IPR003741,IPR037171,IPR009501 +MGYG000000001_59 Prodigal:2.6 CDS 2211 3098 . + 0 ID=MGYG000000001_02801;eC_number=2.7.1.107;Name=dagK;db_xref=COG:COG1597;gene=dagK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31502;locus_tag=MGYG000000001_02801;product=Diacylglycerol kinase;eggNOG=1301100.HG529306_gene3148;COG=I;KEGG=ko:K07029;Pfam=PF00781;InterPro=IPR005218,IPR016064,IPR017438,IPR001206 +MGYG000000001_59 Prodigal:2.6 CDS 3144 4808 . - 0 ID=MGYG000000001_02802;eC_number=6.1.1.18;Name=glnS;db_xref=COG:COG0008;gene=glnS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9I2U8;locus_tag=MGYG000000001_02802;product=Glutamine--tRNA ligase;eggNOG=1301100.HG529306_gene3147;COG=J;KEGG=ko:K01886;Pfam=PF03950,PF00749;InterPro=IPR020061,IPR004514,IPR020059,IPR014729,IPR001412,IPR020058,IPR020056,IPR011035,IPR000924,IPR022861 +MGYG000000001_59 Prodigal:2.6 CDS 5220 5792 . + 0 ID=MGYG000000001_02803;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02803;product=hypothetical protein;eggNOG=1301100.HG529306_gene3146;COG=-;KEGG=- +MGYG000000001_59 Prodigal:2.6 CDS 5818 6387 . + 0 ID=MGYG000000001_02804;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02804;product=hypothetical protein;eggNOG=1292035.H476_2234;COG=S;KEGG=-;Pfam=PF09335;InterPro=IPR015414,IPR032816 +MGYG000000001_59 Prodigal:2.6 CDS 6482 7045 . + 0 ID=MGYG000000001_02805;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02805;product=hypothetical protein;eggNOG=1301100.HG529306_gene3143;COG=S;KEGG=- +MGYG000000001_59 Prodigal:2.6 CDS 7143 8858 . + 0 ID=MGYG000000001_02806;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02806;product=hypothetical protein;eggNOG=1301100.HG529306_gene3139;COG=S;KEGG=- +MGYG000000001_59 Prodigal:2.6 CDS 9158 9766 . + 0 ID=MGYG000000001_02807;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02807;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1511;COG=-;KEGG=- +MGYG000000001_59 Prodigal:2.6 CDS 10187 10846 . + 0 ID=MGYG000000001_02808;eC_number=2.7.2.4;Name=lysC_2;gene=lysC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q59229;locus_tag=MGYG000000001_02808;product=Aspartokinase;eggNOG=1151292.QEW_2557;COG=E;KEGG=ko:K00928;Pfam=PF00696;InterPro=IPR036393,IPR005260,IPR002912,IPR041740,IPR001341,IPR018042,IPR001048 +MGYG000000001_59 Prodigal:2.6 CDS 10922 11383 . + 0 ID=MGYG000000001_02809;eC_number=2.7.2.4;Name=lysC_3;db_xref=COG:COG0527;gene=lysC_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A4VJB4;locus_tag=MGYG000000001_02809;product=Aspartate kinase Ask_LysC;eggNOG=1151292.QEW_2557;COG=E;KEGG=ko:K00928;Pfam=PF00696;InterPro=IPR036393,IPR005260,IPR002912,IPR041740,IPR001341,IPR018042,IPR001048 +MGYG000000001_59 Prodigal:2.6 CDS 11400 12695 . + 0 ID=MGYG000000001_02810;eC_number=4.1.1.20;Name=lysA;db_xref=COG:COG0019;gene=lysA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WIU7;locus_tag=MGYG000000001_02810;product=Diaminopimelate decarboxylase;eggNOG=1151292.QEW_2556;COG=E;KEGG=ko:K01586;Pfam=PF00278,PF02784;InterPro=IPR002986,IPR029066,IPR009006,IPR022643,IPR022644,IPR000183 +MGYG000000001_59 Prodigal:2.6 CDS 12961 13578 . + 0 ID=MGYG000000001_02811;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02811;product=hypothetical protein;eggNOG=1301100.HG529305_gene3153;COG=-;KEGG=- +MGYG000000001_59 Prodigal:2.6 CDS 13699 14793 . - 0 ID=MGYG000000001_02812;Name=yhhT;db_xref=COG:COG0628;gene=yhhT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AGM0;locus_tag=MGYG000000001_02812;product=Putative transport protein YhhT;eggNOG=1301100.HG529304_gene3103;COG=S;KEGG=-;Pfam=PF01594;InterPro=IPR002549 +MGYG000000001_59 Prodigal:2.6 CDS 14992 15708 . + 0 ID=MGYG000000001_02813;eC_number=5.4.99.22;Name=rluB;db_xref=COG:COG1187;gene=rluB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P35159;locus_tag=MGYG000000001_02813;product=Ribosomal large subunit pseudouridine synthase B;eggNOG=1301100.HG529304_gene3101;COG=J;KEGG=ko:K06178,ko:K06183;Pfam=PF01479,PF00849;InterPro=IPR042092,IPR006145,IPR036986,IPR000748,IPR020103,IPR002942,IPR018496 +MGYG000000001_59 Prodigal:2.6 CDS 15720 16301 . + 0 ID=MGYG000000001_02814;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02814;product=hypothetical protein;eggNOG=1301100.HG529304_gene3100;COG=J;KEGG=-;Pfam=PF06962;InterPro=IPR010719,IPR029063 +MGYG000000001_59 Prodigal:2.6 CDS 16433 17314 . + 0 ID=MGYG000000001_02815;Name=murR;gene=murR;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_02108;locus_tag=MGYG000000001_02815;product=HTH-type transcriptional regulator MurR;eggNOG=272563.CD630_20480;COG=K;KEGG=-;Pfam=PF01418,PF01380;InterPro=IPR001347,IPR009057,IPR035472,IPR000281,IPR036388 +MGYG000000001_60 Prodigal:2.6 CDS 206 1666 . - 0 ID=MGYG000000001_02816;Name=trkG_2;db_xref=COG:COG0168;gene=trkG_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23849;locus_tag=MGYG000000001_02816;product=Trk system potassium uptake protein TrkG;eggNOG=1301100.HG529409_gene180;COG=P;KEGG=ko:K03498;Pfam=PF02386;InterPro=IPR003445 +MGYG000000001_60 Prodigal:2.6 CDS 1671 2333 . - 0 ID=MGYG000000001_02817;Name=trkA_2;db_xref=COG:COG0569;gene=trkA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WFZ3;locus_tag=MGYG000000001_02817;product=Trk system potassium uptake protein TrkA;eggNOG=1301100.HG529409_gene181;COG=P;KEGG=ko:K03499;Pfam=PF02254,PF02080;InterPro=IPR006037,IPR036721,IPR003148,IPR006036,IPR036291 +MGYG000000001_60 Prodigal:2.6 CDS 2338 2799 . - 0 ID=MGYG000000001_02818;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02818;product=hypothetical protein;eggNOG=1301100.HG529409_gene182;COG=P;KEGG=ko:K03499;Pfam=PF02254;InterPro=IPR003148,IPR036291 +MGYG000000001_60 Prodigal:2.6 CDS 2951 3652 . - 0 ID=MGYG000000001_02819;Name=kdpE;db_xref=COG:COG0745;gene=kdpE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21866;locus_tag=MGYG000000001_02819;product=KDP operon transcriptional regulatory protein KdpE;eggNOG=1301100.HG529409_gene183;COG=KT;KEGG=ko:K07667;Pfam=PF00486,PF00072;InterPro=IPR001789,IPR001867,IPR039420,IPR011006,IPR036388 +MGYG000000001_60 Prodigal:2.6 CDS 3656 5239 . - 0 ID=MGYG000000001_02820;eC_number=2.7.13.3;Name=kdpD;db_xref=COG:COG2205;gene=kdpD;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21865;locus_tag=MGYG000000001_02820;product=Sensor protein KdpD;eggNOG=1151292.QEW_0772;COG=T;KEGG=ko:K07646;Pfam=PF00512,PF02518,PF13493;InterPro=IPR025201,IPR029016,IPR036890,IPR003594,IPR038318,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_60 Prodigal:2.6 CDS 5383 5772 . - 0 ID=MGYG000000001_02821;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02821;product=hypothetical protein;eggNOG=1301100.HG529409_gene185;COG=S;KEGG=-;Pfam=PF07719;InterPro=IPR013105,IPR011990,IPR019734 +MGYG000000001_60 Prodigal:2.6 CDS 5878 6516 . - 0 ID=MGYG000000001_02822;eC_number=6.1.1.2;Name=trpS2;db_xref=COG:COG0180;gene=trpS2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RVD6;locus_tag=MGYG000000001_02822;product=Tryptophan--tRNA ligase 2;eggNOG=1414720.CBYM010000014_gene2762;COG=J;KEGG=ko:K01867;Pfam=PF00579;InterPro=IPR001412,IPR002305,IPR014729,IPR002306 +MGYG000000001_60 Prodigal:2.6 CDS 6596 7393 . - 0 ID=MGYG000000001_02823;eC_number=3.1.3.104;Name=ybjI_2;db_xref=COG:COG0561;gene=ybjI_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P75809;locus_tag=MGYG000000001_02823;product=5-amino-6-(5-phospho-D-ribitylamino)uracil phosphatase YbjI;eggNOG=445973.CLOBAR_01336;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214,IPR006379,IPR000150 +MGYG000000001_60 Prodigal:2.6 CDS 7539 8897 . - 0 ID=MGYG000000001_02824;eC_number=2.1.1.-;db_xref=COG:COG2265;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97R12;locus_tag=MGYG000000001_02824;product=putative RNA methyltransferase;eggNOG=1301100.HG529409_gene193;COG=J;KEGG=ko:K03215;Pfam=PF05958;InterPro=IPR029063,IPR010280,IPR030390 +MGYG000000001_60 Prodigal:2.6 CDS 8932 9654 . - 0 ID=MGYG000000001_02825;eC_number=5.4.99.19;Name=rsuA;db_xref=COG:COG1187;gene=rsuA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AA43;locus_tag=MGYG000000001_02825;product=Ribosomal small subunit pseudouridine synthase A;eggNOG=1301100.HG529409_gene194;COG=J;KEGG=ko:K06183;Pfam=PF01479,PF00849;InterPro=IPR042092,IPR018496,IPR006145,IPR020103,IPR000748,IPR002942,IPR036986 +MGYG000000001_60 Prodigal:2.6 CDS 9851 10714 . + 0 ID=MGYG000000001_02826;eC_number=4.1.2.13;Name=fba;gene=fba;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XA12;locus_tag=MGYG000000001_02826;product=Fructose-bisphosphate aldolase;eggNOG=1301100.HG529409_gene196;COG=G;KEGG=ko:K01624;Pfam=PF01116;InterPro=IPR011289,IPR013785,IPR000771 +MGYG000000001_60 Prodigal:2.6 CDS 10817 11302 . - 0 ID=MGYG000000001_02827;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02827;product=hypothetical protein;eggNOG=1151292.QEW_0525;COG=-;KEGG=- +MGYG000000001_60 Prodigal:2.6 CDS 11327 11887 . - 0 ID=MGYG000000001_02828;eC_number=3.1.3.-;db_xref=COG:COG5663;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97DU2;locus_tag=MGYG000000001_02828;product=Nucleotidase;eggNOG=1476973.JMMB01000007_gene544;COG=S;KEGG=ko:K05967;Pfam=PF06941;InterPro=IPR023214,IPR009206,IPR010708,IPR036412 +MGYG000000001_60 Prodigal:2.6 CDS 12031 12879 . - 0 ID=MGYG000000001_02829;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02829;product=hypothetical protein;eggNOG=272563.CD630_03470;COG=-;KEGG=- +MGYG000000001_60 Prodigal:2.6 CDS 12966 13658 . - 0 ID=MGYG000000001_02830;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02830;product=hypothetical protein;eggNOG=1151292.QEW_0521;COG=S;KEGG=ko:K07099;Pfam=PF00149;InterPro=IPR004843,IPR014578 +MGYG000000001_60 Prodigal:2.6 CDS 13778 14578 . - 0 ID=MGYG000000001_02831;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02831;product=hypothetical protein;eggNOG=1301100.HG529409_gene201;COG=T;KEGG=ko:K07816;Pfam=PF04607;InterPro=IPR007685 +MGYG000000001_60 Prodigal:2.6 CDS 14615 15541 . - 0 ID=MGYG000000001_02832;eC_number=3.1.2.6;Name=gloB;gene=gloB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01374;locus_tag=MGYG000000001_02832;product=Hydroxyacylglutathione hydrolase;eggNOG=1476973.JMMB01000007_gene540;COG=S;KEGG=-;Pfam=PF00753;InterPro=IPR001279,IPR036866 +MGYG000000001_60 Prodigal:2.6 CDS 15553 16284 . - 0 ID=MGYG000000001_02833;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02833;product=hypothetical protein;eggNOG=1301100.HG529409_gene203;COG=S;KEGG=-;Pfam=PF03692;InterPro=IPR005358 +MGYG000000001_60 Prodigal:2.6 CDS 16371 16622 . + 0 ID=MGYG000000001_02834;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02834;product=hypothetical protein;eggNOG=445973.CLOBAR_01372;COG=-;KEGG=- +MGYG000000001_60 Prodigal:2.6 CDS 16895 17230 . + 0 ID=MGYG000000001_02835;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02835;product=hypothetical protein;eggNOG=1301100.HG529409_gene205;COG=-;KEGG=- +MGYG000000001_61 Prodigal:2.6 CDS 160 3714 . - 0 ID=MGYG000000001_02836;eC_number=1.2.7.1;Name=por;db_xref=COG:COG0674;gene=por;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P94692;locus_tag=MGYG000000001_02836;product=Pyruvate synthase;eggNOG=1292035.H476_2110;COG=C;KEGG=ko:K03737;Pfam=PF01855,PF13484,PF10371,PF01558,PF02775,PF17147;InterPro=IPR019456,IPR009014,IPR019752,IPR011895,IPR017896,IPR011766,IPR033412,IPR017900,IPR037112,IPR029061,IPR002869,IPR002880 +MGYG000000001_61 Prodigal:2.6 CDS 4008 4682 . - 0 ID=MGYG000000001_02837;eC_number=4.1.2.4;Name=deoC;db_xref=COG:COG0274;gene=deoC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39121;locus_tag=MGYG000000001_02837;product=Deoxyribose-phosphate aldolase;eggNOG=1476973.JMMB01000007_gene817;COG=F;KEGG=ko:K01619;Pfam=PF01791;InterPro=IPR011343,IPR002915,IPR028581,IPR013785 +MGYG000000001_61 Prodigal:2.6 CDS 4995 5366 . + 0 ID=MGYG000000001_02838;Name=hxlR_2;db_xref=COG:COG1733;gene=hxlR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42406;locus_tag=MGYG000000001_02838;product=HTH-type transcriptional activator HxlR;eggNOG=1301100.HG529228_gene5384;COG=K;KEGG=-;Pfam=PF01638;InterPro=IPR002577,IPR011991,IPR036388,IPR036390 +MGYG000000001_61 Prodigal:2.6 CDS 5438 6004 . - 0 ID=MGYG000000001_02839;eC_number=2.3.1.222;Name=pduL_2;db_xref=COG:COG4869;gene=pduL_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9XDN5;locus_tag=MGYG000000001_02839;product=Phosphate propanoyltransferase;eggNOG=1476973.JMMB01000007_gene815;COG=Q;KEGG=ko:K15024;Pfam=PF06130;InterPro=IPR008300 +MGYG000000001_61 Prodigal:2.6 CDS 6086 7345 . - 0 ID=MGYG000000001_02840;eC_number=2.5.1.19;Name=aroA1;db_xref=COG:COG0128;gene=aroA1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KCA6;locus_tag=MGYG000000001_02840;product=3-phosphoshikimate 1-carboxyvinyltransferase 1;eggNOG=445973.CLOBAR_02842;COG=E;KEGG=ko:K00800;Pfam=PF00275;InterPro=IPR001986,IPR013792,IPR023193,IPR006264,IPR036968 +MGYG000000001_61 Prodigal:2.6 CDS 7338 8396 . - 0 ID=MGYG000000001_02841;eC_number=4.2.3.4;Name=aroB;db_xref=COG:COG0337;gene=aroB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KNV2;locus_tag=MGYG000000001_02841;product=3-dehydroquinate synthase;eggNOG=1301100.HG529228_gene5380;COG=E;KEGG=ko:K01735,ko:K13829;Pfam=PF01761;InterPro=IPR030960,IPR016037,IPR030963 +MGYG000000001_61 Prodigal:2.6 CDS 8384 9553 . - 0 ID=MGYG000000001_02842;eC_number=4.2.3.5;Name=aroC;db_xref=COG:COG0082;gene=aroC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q59803;locus_tag=MGYG000000001_02842;product=Chorismate synthase;eggNOG=1476973.JMMB01000007_gene812;COG=E;KEGG=ko:K01736;Pfam=PF01264;InterPro=IPR020541,IPR035904,IPR000453 +MGYG000000001_61 Prodigal:2.6 CDS 9696 10289 . - 0 ID=MGYG000000001_02843;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02843;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene811;COG=S;KEGG=-;Pfam=PF03358;InterPro=IPR029039,IPR005025 +MGYG000000001_61 Prodigal:2.6 CDS 10301 12070 . - 0 ID=MGYG000000001_02844;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02844;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene810;COG=T;KEGG=ko:K07315;Pfam=PF07228;InterPro=IPR029016,IPR001932,IPR036457 +MGYG000000001_61 Prodigal:2.6 CDS 12100 12579 . - 0 ID=MGYG000000001_02845;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02845;product=hypothetical protein;eggNOG=1151292.QEW_3230;COG=-;KEGG=- +MGYG000000001_61 Prodigal:2.6 CDS 12705 13178 . + 0 ID=MGYG000000001_02846;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02846;product=hypothetical protein;eggNOG=1301100.HG529228_gene5375;COG=-;KEGG=- +MGYG000000001_61 Prodigal:2.6 CDS 13361 13531 . - 0 ID=MGYG000000001_02847;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02847;product=hypothetical protein;eggNOG=1391646.AVSU01000092_gene422;COG=-;KEGG=- +MGYG000000001_61 Prodigal:2.6 CDS 13685 13906 . - 0 ID=MGYG000000001_02848;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22065;locus_tag=MGYG000000001_02848;product=Small%2C acid-soluble spore protein alpha;eggNOG=1151292.QEW_3233;COG=S;KEGG=-;Pfam=PF00269;InterPro=IPR038300,IPR018126,IPR001448 +MGYG000000001_61 Prodigal:2.6 CDS 13997 15223 . - 0 ID=MGYG000000001_02849;db_xref=COG:COG2081;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44941;locus_tag=MGYG000000001_02849;product=putative protein;eggNOG=1301100.HG529228_gene5372;COG=S;KEGG=ko:K07007;Pfam=PF03486;InterPro=IPR036188,IPR028348,IPR004792,IPR023166 +MGYG000000001_61 Prodigal:2.6 CDS 15246 16181 . - 0 ID=MGYG000000001_02850;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02850;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene804;COG=I;KEGG=ko:K19302;Pfam=PF01569;InterPro=IPR036938,IPR000326 +MGYG000000001_62 Prodigal:2.6 CDS 436 1371 . + 0 ID=MGYG000000001_02851;Name=corA_2;db_xref=COG:COG0598;gene=corA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WZ31;locus_tag=MGYG000000001_02851;product=Cobalt/magnesium transport protein CorA;eggNOG=1301100.HG529280_gene7015;COG=P;KEGG=ko:K03284;Pfam=PF01544;InterPro=IPR002523 +MGYG000000001_62 Prodigal:2.6 CDS 1641 2654 . + 0 ID=MGYG000000001_02852;Name=yrbG_3;db_xref=COG:COG0530;gene=yrbG_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45394;locus_tag=MGYG000000001_02852;product=Inner membrane protein YrbG;eggNOG=1301100.HG529279_gene1545;COG=P;KEGG=ko:K07301;Pfam=PF01699;InterPro=IPR004837,IPR004481 +MGYG000000001_62 Prodigal:2.6 CDS 2708 4570 . - 0 ID=MGYG000000001_02853;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02853;product=hypothetical protein;eggNOG=1301100.HG529278_gene1543;COG=KLT;KEGG=ko:K07126;Pfam=PF13181,PF08238,PF13176,PF13374;InterPro=IPR013026,IPR006597,IPR011990,IPR019734 +MGYG000000001_62 Prodigal:2.6 CDS 4965 5693 . - 0 ID=MGYG000000001_02854;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02854;product=hypothetical protein +MGYG000000001_62 Prodigal:2.6 CDS 5972 6133 . + 0 ID=MGYG000000001_02855;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02855;product=hypothetical protein +MGYG000000001_62 Prodigal:2.6 CDS 6230 6739 . - 0 ID=MGYG000000001_02856;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02856;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene683;COG=T;KEGG=-;Pfam=PF01966;InterPro=IPR006674,IPR006675 +MGYG000000001_62 Prodigal:2.6 CDS 6832 8379 . - 0 ID=MGYG000000001_02857;Name=murJ_2;db_xref=COG:COG0728;gene=murJ_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37169;locus_tag=MGYG000000001_02857;product=putative lipid II flippase MurJ;eggNOG=1476973.JMMB01000007_gene682;COG=S;KEGG=ko:K03980;Pfam=PF03023;InterPro=IPR004268 +MGYG000000001_62 Prodigal:2.6 CDS 8385 8579 . - 0 ID=MGYG000000001_02858;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02858;product=hypothetical protein +MGYG000000001_62 Prodigal:2.6 CDS 8889 9716 . + 0 ID=MGYG000000001_02859;db_xref=COG:COG1307;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1H9;locus_tag=MGYG000000001_02859;product=Fatty acid-binding protein;eggNOG=1301100.HG529346_gene4304;COG=S;KEGG=-;Pfam=PF02645;InterPro=IPR003797 +MGYG000000001_62 Prodigal:2.6 CDS 9853 10200 . + 0 ID=MGYG000000001_02860;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02860;product=hypothetical protein;eggNOG=1301100.HG529264_gene679;COG=G;KEGG=-;Pfam=PF07883;InterPro=IPR013096,IPR011051,IPR014710 +MGYG000000001_62 Prodigal:2.6 CDS 10291 11001 . - 0 ID=MGYG000000001_02861;eC_number=2.1.1.163;Name=ubiE_2;gene=ubiE_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01813;locus_tag=MGYG000000001_02861;product=Ubiquinone/menaquinone biosynthesis C-methyltransferase UbiE;eggNOG=1196031.ALEG01000014_gene5741;COG=Q;KEGG=-;Pfam=PF08241;InterPro=IPR029063,IPR013216 +MGYG000000001_62 Prodigal:2.6 CDS 11035 11322 . - 0 ID=MGYG000000001_02862;eC_number=2.4.1.129;Name=ftsW_3;db_xref=COG:COG0772;gene=ftsW_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07639;locus_tag=MGYG000000001_02862;product=putative peptidoglycan glycosyltransferase FtsW;eggNOG=1301100.HG529398_gene6814;COG=D;KEGG=ko:K05837;Pfam=PF01098;InterPro=IPR011923,IPR001182 +MGYG000000001_62 Prodigal:2.6 CDS 11782 12114 . - 0 ID=MGYG000000001_02863;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02863;product=hypothetical protein +MGYG000000001_62 Prodigal:2.6 CDS 12196 12375 . - 0 ID=MGYG000000001_02864;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02864;product=hypothetical protein +MGYG000000001_62 Prodigal:2.6 CDS 12615 12848 . - 0 ID=MGYG000000001_02865;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02865;product=hypothetical protein;eggNOG=1301100.HG529278_gene1539;COG=-;KEGG=- +MGYG000000001_62 Prodigal:2.6 CDS 12988 14109 . + 0 ID=MGYG000000001_02866;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02866;product=hypothetical protein;eggNOG=1301100.HG529278_gene1538;COG=S;KEGG=-;Pfam=PF12725;InterPro=IPR024294 +MGYG000000001_62 Prodigal:2.6 CDS 14163 14954 . - 0 ID=MGYG000000001_02867;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02867;product=hypothetical protein;eggNOG=634498.mru_1668;COG=O;KEGG=- +MGYG000000001_62 Prodigal:2.6 CDS 15140 15877 . + 0 ID=MGYG000000001_02868;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02868;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1282;COG=K;KEGG=ko:K01179;Pfam=PF01391;InterPro=IPR008160 +MGYG000000001_63 Prodigal:2.6 CDS 672 1151 . + 0 ID=MGYG000000001_02869;eC_number=1.12.1.3;Name=hndA_2;db_xref=COG:COG1905;gene=hndA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46505;locus_tag=MGYG000000001_02869;product=NADP-reducing hydrogenase subunit HndA;eggNOG=1301100.HG529378_gene4083;COG=C;KEGG=ko:K00334,ko:K18330;Pfam=PF01257;InterPro=IPR036249,IPR042128,IPR002023,IPR041921 +MGYG000000001_63 Prodigal:2.6 CDS 1276 1518 . - 0 ID=MGYG000000001_02870;eC_number=3.4.21.89;Name=sipW_3;db_xref=COG:COG0681;gene=sipW_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54506;locus_tag=MGYG000000001_02870;product=Signal peptidase I W;eggNOG=1391646.AVSU01000035_gene2143;COG=U;KEGG=ko:K13280;Pfam=PF00717;InterPro=IPR001733,IPR015927,IPR036286 +MGYG000000001_63 Prodigal:2.6 CDS 1982 2305 . - 0 ID=MGYG000000001_02871;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02871;product=hypothetical protein;eggNOG=1216362.B437_01585;COG=V;KEGG=- +MGYG000000001_63 Prodigal:2.6 CDS 2316 3050 . - 0 ID=MGYG000000001_02872;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02872;product=hypothetical protein;eggNOG=469606.FSCG_00387;COG=M;KEGG=ko:K03640,ko:K12216;Pfam=PF00691;InterPro=IPR006665,IPR036737 +MGYG000000001_63 Prodigal:2.6 CDS 3054 4535 . - 0 ID=MGYG000000001_02873;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02873;product=hypothetical protein;eggNOG=1123228.AUIH01000006_gene2244;COG=L;KEGG=-;Pfam=PF01618;InterPro=IPR002898 +MGYG000000001_63 Prodigal:2.6 CDS 4875 6224 . + 0 ID=MGYG000000001_02874;Name=gltP_2;db_xref=COG:COG1301;gene=gltP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21345;locus_tag=MGYG000000001_02874;product=Proton/glutamate-aspartate symporter;eggNOG=1499684.CCNP01000026_gene3786;COG=C;KEGG=-;Pfam=PF00375;InterPro=IPR001991,IPR036458 +MGYG000000001_63 Prodigal:2.6 CDS 6357 6458 . - 0 ID=MGYG000000001_02875;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02875;product=hypothetical protein +MGYG000000001_63 Prodigal:2.6 CDS 6801 7262 . + 0 ID=MGYG000000001_02876;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02876;product=hypothetical protein +MGYG000000001_63 Prodigal:2.6 CDS 7377 7637 . + 0 ID=MGYG000000001_02877;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02877;product=hypothetical protein +MGYG000000001_63 Prodigal:2.6 CDS 7930 8121 . + 0 ID=MGYG000000001_02878;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02878;product=hypothetical protein;eggNOG=1391646.AVSU01000055_gene1126;COG=-;KEGG=- +MGYG000000001_63 Prodigal:2.6 CDS 8140 9822 . + 0 ID=MGYG000000001_02879;Name=mdtD;gene=mdtD;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01577;locus_tag=MGYG000000001_02879;product=Putative multidrug resistance protein MdtD;eggNOG=1391646.AVSU01000027_gene2392;COG=EGP;KEGG=-;Pfam=PF07690;InterPro=IPR020846,IPR001411,IPR005829,IPR011701,IPR036259 +MGYG000000001_63 Prodigal:2.6 CDS 9882 11081 . - 0 ID=MGYG000000001_02880;Name=rhaR_9;gene=rhaR_9;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_02880;product=HTH-type transcriptional activator RhaR;eggNOG=445973.CLOBAR_00042;COG=K;KEGG=-;Pfam=PF12833;InterPro=IPR018062,IPR018060,IPR009057,IPR020449 +MGYG000000001_63 Prodigal:2.6 CDS 11239 12975 . + 0 ID=MGYG000000001_02881;eC_number=3.2.1.21;Name=nag3_4;db_xref=COG:COG1472;gene=nag3_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7WUL3;locus_tag=MGYG000000001_02881;product=Beta-N-acetylglucosaminidase/beta-glucosidase;eggNOG=445973.CLOBAR_00140;COG=G;KEGG=-;Pfam=PF00933;InterPro=IPR001764,IPR036962,IPR017853,IPR036881 +MGYG000000001_63 Prodigal:2.6 CDS 13148 13741 . - 0 ID=MGYG000000001_02882;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02882;product=hypothetical protein;eggNOG=318464.IO99_11930;COG=J;KEGG=ko:K03768,ko:K03790;Pfam=PF13302;InterPro=IPR000182,IPR016181 +MGYG000000001_63 Prodigal:2.6 CDS 14454 14750 . - 0 ID=MGYG000000001_02883;eC_number=3.1.4.52;Name=dosP_2;db_xref=COG:COG2199;gene=dosP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76129;locus_tag=MGYG000000001_02883;product=Oxygen sensor protein DosP;eggNOG=387093.SUN_0557;COG=T;KEGG=-;Pfam=PF00563;InterPro=IPR001633,IPR035919 +MGYG000000001_63 Prodigal:2.6 CDS 14926 15600 . - 0 ID=MGYG000000001_02884;db_xref=COG:COG2200;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9I310;locus_tag=MGYG000000001_02884;product=putative signaling protein;eggNOG=1218173.BALCAV_0211460;COG=T;KEGG=-;Pfam=PF00563,PF00990;InterPro=IPR001633,IPR000160,IPR035919,IPR029787 +MGYG000000001_64 Prodigal:2.6 CDS 385 1272 . + 0 ID=MGYG000000001_02885;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02885;product=hypothetical protein;eggNOG=1151292.QEW_3333;COG=G;KEGG=ko:K01567;Pfam=PF01522;InterPro=IPR011330,IPR014235,IPR002509 +MGYG000000001_64 Prodigal:2.6 CDS 1392 1514 . + 0 ID=MGYG000000001_02886;Name=rbr;db_xref=COG:COG1592;gene=rbr;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9AGG3;locus_tag=MGYG000000001_02886;product=Rubrerythrin;eggNOG=469616.FMAG_00620;COG=C;KEGG=-;InterPro=IPR012347,IPR009078 +MGYG000000001_64 Prodigal:2.6 CDS 1819 3192 . - 0 ID=MGYG000000001_02887;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02887;product=hypothetical protein;eggNOG=445973.CLOBAR_00832;COG=S;KEGG=- +MGYG000000001_64 Prodigal:2.6 CDS 3455 4243 . + 0 ID=MGYG000000001_02888;Name=yjjP_2;db_xref=COG:COG2966;gene=yjjP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ADD5;locus_tag=MGYG000000001_02888;product=Inner membrane protein YjjP;eggNOG=1151292.QEW_3341;COG=S;KEGG=-;Pfam=PF06738;InterPro=IPR010619 +MGYG000000001_64 Prodigal:2.6 CDS 4243 4755 . + 0 ID=MGYG000000001_02889;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02889;product=hypothetical protein;eggNOG=1408823.AXUS01000008_gene2362;COG=S;KEGG=-;Pfam=PF12821;InterPro=IPR024528 +MGYG000000001_64 Prodigal:2.6 CDS 4836 5279 . - 0 ID=MGYG000000001_02890;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02890;product=hypothetical protein +MGYG000000001_64 Prodigal:2.6 CDS 5503 5943 . - 0 ID=MGYG000000001_02891;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02891;product=hypothetical protein;eggNOG=1151292.QEW_3343;COG=T;KEGG=ko:K03803;Pfam=PF04246;InterPro=IPR026268,IPR007359 +MGYG000000001_64 Prodigal:2.6 CDS 5955 6245 . - 0 ID=MGYG000000001_02892;Name=csoR;db_xref=COG:COG1937;gene=csoR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32222;locus_tag=MGYG000000001_02892;product=Copper-sensing transcriptional repressor CsoR;eggNOG=1151292.QEW_3344;COG=S;KEGG=ko:K21600;Pfam=PF02583;InterPro=IPR038390,IPR003735 +MGYG000000001_64 Prodigal:2.6 CDS 6358 7590 . - 0 ID=MGYG000000001_02893;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02893;product=hypothetical protein;eggNOG=1499684.CCNP01000023_gene3201;COG=T;KEGG=-;Pfam=PF00563,PF00497;InterPro=IPR001638,IPR001633,IPR035919 +MGYG000000001_64 Prodigal:2.6 CDS 7747 8124 . - 0 ID=MGYG000000001_02894;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02894;product=hypothetical protein;eggNOG=445973.CLOBAR_01156;COG=S;KEGG=-;Pfam=PF10087;InterPro=IPR016772 +MGYG000000001_64 Prodigal:2.6 CDS 8173 9885 . - 0 ID=MGYG000000001_02895;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02895;product=hypothetical protein;eggNOG=1301100.HG529229_gene5430;COG=T;KEGG=-;Pfam=PF00990,PF01966;InterPro=IPR037522,IPR029787,IPR003607,IPR000160,IPR006674 +MGYG000000001_64 Prodigal:2.6 CDS 9966 10085 . - 0 ID=MGYG000000001_02896;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02896;product=hypothetical protein;InterPro=IPR009229 +MGYG000000001_64 Prodigal:2.6 CDS 10143 10796 . - 0 ID=MGYG000000001_02897;eC_number=3.4.-.-;Name=agrB_3;gene=agrB_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00784;locus_tag=MGYG000000001_02897;product=Accessory gene regulator protein B;eggNOG=1476973.JMMB01000007_gene872;COG=KOT;KEGG=ko:K07813;Pfam=PF04647;InterPro=IPR006741 +MGYG000000001_64 Prodigal:2.6 CDS 10809 11273 . - 0 ID=MGYG000000001_02898;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02898;product=hypothetical protein;eggNOG=1301100.HG529229_gene5427;COG=-;KEGG=- +MGYG000000001_64 Prodigal:2.6 CDS 11509 13059 . - 0 ID=MGYG000000001_02899;eC_number=1.8.7.1;Name=sir_2;db_xref=COG:COG0155;gene=sir_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WJ03;locus_tag=MGYG000000001_02899;product=Sulfite reductase [ferredoxin];eggNOG=1292035.H476_2364;COG=C;KEGG=ko:K00366,ko:K00392;Pfam=PF03460,PF01077;InterPro=IPR005117,IPR036136,IPR006067 +MGYG000000001_64 Prodigal:2.6 CDS 13187 13834 . - 0 ID=MGYG000000001_02900;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02900;product=hypothetical protein;eggNOG=1122217.KB899573_gene2152;COG=Q;KEGG=-;Pfam=PF08241;InterPro=IPR029063,IPR013216 +MGYG000000001_64 Prodigal:2.6 CDS 14124 14717 . - 0 ID=MGYG000000001_02901;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02901;product=hypothetical protein +MGYG000000001_65 Prodigal:2.6 CDS 126 662 . - 0 ID=MGYG000000001_02902;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02902;product=hypothetical protein +MGYG000000001_65 Prodigal:2.6 CDS 955 1194 . + 0 ID=MGYG000000001_02903;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02903;product=hypothetical protein +MGYG000000001_65 Prodigal:2.6 CDS 1233 2306 . - 0 ID=MGYG000000001_02904;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02904;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1460;COG=M;KEGG=-;Pfam=PF00535;InterPro=IPR013026,IPR029044,IPR001173,IPR011990,IPR019734 +MGYG000000001_65 Prodigal:2.6 CDS 2380 4068 . - 0 ID=MGYG000000001_02905;Name=der_3;gene=der_3;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00195;locus_tag=MGYG000000001_02905;product=GTPase Der;eggNOG=1301100.HG529343_gene2433;COG=T;KEGG=-;Pfam=PF01926;InterPro=IPR005225,IPR027417,IPR006073 +MGYG000000001_65 Prodigal:2.6 CDS 4073 5827 . - 0 ID=MGYG000000001_02906;Name=der_4;gene=der_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00195;locus_tag=MGYG000000001_02906;product=GTPase Der;eggNOG=1476973.JMMB01000007_gene1454;COG=S;KEGG=-;Pfam=PF00350;InterPro=IPR022812,IPR027417 +MGYG000000001_65 Prodigal:2.6 CDS 6097 6981 . - 0 ID=MGYG000000001_02907;Name=sigA_2;db_xref=COG:COG0568;gene=sigA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A0J0;locus_tag=MGYG000000001_02907;product=RNA polymerase sigma factor SigA;eggNOG=1301100.HG529343_gene2444;COG=K;KEGG=ko:K03086;Pfam=PF04539,PF04545,PF04542,PF00140;InterPro=IPR007627,IPR013324,IPR007630,IPR013325,IPR000943,IPR007624,IPR014284,IPR009042,IPR036388 +MGYG000000001_65 Prodigal:2.6 CDS 7512 8093 . - 0 ID=MGYG000000001_02908;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02908;product=hypothetical protein;eggNOG=1301100.HG529343_gene2446;COG=S;KEGG=ko:K03775;Pfam=PF13588;InterPro=IPR029464 +MGYG000000001_65 Prodigal:2.6 CDS 8743 9579 . + 0 ID=MGYG000000001_02909;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02909;product=hypothetical protein;eggNOG=1301100.HG529343_gene2447;COG=M;KEGG=-;Pfam=PF00188;InterPro=IPR035940,IPR014258,IPR014044 +MGYG000000001_65 Prodigal:2.6 CDS 9726 12254 . - 0 ID=MGYG000000001_02910;eC_number=2.3.2.3;Name=mprF;gene=mprF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:C0H3X7;locus_tag=MGYG000000001_02910;product=Phosphatidylglycerol lysyltransferase;eggNOG=1476973.JMMB01000007_gene2507;COG=S;KEGG=ko:K14205;Pfam=PF09924,PF03706;InterPro=IPR024320,IPR016181,IPR022791 +MGYG000000001_65 Prodigal:2.6 CDS 12531 13238 . - 0 ID=MGYG000000001_02911;eC_number=2.4.2.1;Name=deoD_2;db_xref=COG:COG0813;gene=deoD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q81T09;locus_tag=MGYG000000001_02911;product=Purine nucleoside phosphorylase DeoD-type;eggNOG=1301100.HG529346_gene4299;COG=F;KEGG=ko:K03784;Pfam=PF01048;InterPro=IPR000845,IPR018016,IPR004402,IPR035994 +MGYG000000001_65 Prodigal:2.6 CDS 13286 14308 . - 0 ID=MGYG000000001_02912;Name=tmpC_5;db_xref=COG:COG1744;gene=tmpC_5;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_02912;product=Membrane lipoprotein TmpC;eggNOG=1301100.HG529346_gene4300;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_66 Prodigal:2.6 CDS 288 2069 . + 0 ID=MGYG000000001_02913;Name=licR_1;db_xref=COG:COG1762;gene=licR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46321;locus_tag=MGYG000000001_02913;product=putative licABCH operon regulator;eggNOG=272563.CD630_22710;COG=G;KEGG=ko:K03491;Pfam=PF08279,PF05043,PF00874,PF00359,PF02302;InterPro=IPR002178,IPR013196,IPR016152,IPR013011,IPR007737,IPR003501,IPR011608,IPR036095,IPR036634,IPR036388 +MGYG000000001_66 Prodigal:2.6 CDS 2192 3109 . + 0 ID=MGYG000000001_02914;eC_number=2.7.1.144;Name=lacC_2;db_xref=COG:COG1105;gene=lacC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q833W9;locus_tag=MGYG000000001_02914;product=Tagatose-6-phosphate kinase;eggNOG=1151292.QEW_2805;COG=H;KEGG=ko:K00882;Pfam=PF00294;InterPro=IPR011611,IPR002173,IPR017583,IPR029056,IPR022463 +MGYG000000001_66 Prodigal:2.6 CDS 3123 5057 . + 0 ID=MGYG000000001_02915;Name=fruA;db_xref=COG:COG1299;gene=fruA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P71012;locus_tag=MGYG000000001_02915;product=PTS system fructose-specific EIIABC component;eggNOG=1151292.QEW_2804;COG=G;KEGG=ko:K02768,ko:K02769,ko:K02770;Pfam=PF02302,PF00359,PF02378;InterPro=IPR003352,IPR002178,IPR003353,IPR016152,IPR013011,IPR013014,IPR003501,IPR036095,IPR006327,IPR004715 +MGYG000000001_66 Prodigal:2.6 CDS 5204 6292 . + 0 ID=MGYG000000001_02916;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02916;product=hypothetical protein;eggNOG=272563.CD630_19710;COG=K;KEGG=-;Pfam=PF13289;InterPro=IPR029035,IPR026590,IPR039444 +MGYG000000001_66 Prodigal:2.6 CDS 6372 6746 . + 0 ID=MGYG000000001_02917;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02917;product=hypothetical protein;eggNOG=272563.CD630_19700;COG=S;KEGG=-;Pfam=PF04199;InterPro=IPR037175,IPR007325 +MGYG000000001_66 Prodigal:2.6 CDS 6728 7441 . + 0 ID=MGYG000000001_02918;Name=ydfK;db_xref=COG:COG1811;gene=ydfK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P96689;locus_tag=MGYG000000001_02918;product=putative membrane protein YdfK;eggNOG=1301100.HG529329_gene4496;COG=S;KEGG=ko:K07150;Pfam=PF04474;InterPro=IPR007563 +MGYG000000001_66 Prodigal:2.6 CDS 7562 8446 . + 0 ID=MGYG000000001_02919;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02919;product=hypothetical protein;eggNOG=1151292.QEW_2396;COG=-;KEGG=- +MGYG000000001_66 Prodigal:2.6 CDS 8496 8744 . - 0 ID=MGYG000000001_02920;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02920;product=hypothetical protein +MGYG000000001_66 Prodigal:2.6 CDS 8963 10234 . + 0 ID=MGYG000000001_02921;eC_number=1.3.1.1;Name=preT;db_xref=COG:COG0493;gene=preT;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76440;locus_tag=MGYG000000001_02921;product=NAD-dependent dihydropyrimidine dehydrogenase subunit PreT;eggNOG=445973.CLOBAR_01730;COG=E;KEGG=ko:K17722;Pfam=PF14691,PF07992;InterPro=IPR023753,IPR009051,IPR036188,IPR028261 +MGYG000000001_66 Prodigal:2.6 CDS 10379 11422 . - 0 ID=MGYG000000001_02922;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02922;product=hypothetical protein;eggNOG=1301100.HG529329_gene4489;COG=P;KEGG=ko:K02051;Pfam=PF13379 +MGYG000000001_66 Prodigal:2.6 CDS 11584 11865 . + 0 ID=MGYG000000001_02923;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02923;product=hypothetical protein +MGYG000000001_66 Prodigal:2.6 CDS 11899 12060 . + 0 ID=MGYG000000001_02924;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02924;product=hypothetical protein +MGYG000000001_66 Prodigal:2.6 CDS 12219 12776 . + 0 ID=MGYG000000001_02925;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02925;product=hypothetical protein;eggNOG=445973.CLOBAR_01734;COG=T;KEGG=-;Pfam=PF06161;InterPro=IPR010380 +MGYG000000001_66 Prodigal:2.6 CDS 12819 13625 . - 0 ID=MGYG000000001_02926;Name=ssuC_2;db_xref=COG:COG0600;gene=ssuC_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40401;locus_tag=MGYG000000001_02926;product=Putative aliphatic sulfonates transport permease protein SsuC;eggNOG=1151292.QEW_2329;COG=P;KEGG=ko:K02050;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_66 Prodigal:2.6 CDS 13615 14364 . - 0 ID=MGYG000000001_02927;eC_number=3.6.3.-;Name=ssuB;db_xref=COG:COG1116;gene=ssuB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8NR42;locus_tag=MGYG000000001_02927;product=Aliphatic sulfonates import ATP-binding protein SsuB;eggNOG=1476973.JMMB01000007_gene1892;COG=P;KEGG=ko:K02049;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_67 Prodigal:2.6 CDS 108 500 . + 0 ID=MGYG000000001_02928;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02928;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene590;COG=S;KEGG=-;Pfam=PF13026;InterPro=IPR024981 +MGYG000000001_67 Prodigal:2.6 CDS 572 1006 . - 0 ID=MGYG000000001_02929;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02929;product=hypothetical protein;eggNOG=1301100.HG529304_gene3081;COG=-;KEGG=- +MGYG000000001_67 Prodigal:2.6 CDS 1259 1669 . + 0 ID=MGYG000000001_02930;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02930;product=hypothetical protein;eggNOG=445973.CLOBAR_01779;COG=-;KEGG=- +MGYG000000001_67 Prodigal:2.6 CDS 1800 3641 . - 0 ID=MGYG000000001_02931;eC_number=3.4.24.-;Name=ftsH4_2;gene=ftsH4_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P73437;locus_tag=MGYG000000001_02931;product=ATP-dependent zinc metalloprotease FtsH 4;eggNOG=272563.CD630_18280;COG=O;KEGG=ko:K03798;Pfam=PF06480,PF01434,PF00004,PF17862;InterPro=IPR005936,IPR003593,IPR041569,IPR011546,IPR037219,IPR000642,IPR027417,IPR003959,IPR003960 +MGYG000000001_67 Prodigal:2.6 CDS 4088 5452 . + 0 ID=MGYG000000001_02932;Name=mepA_12;gene=mepA_12;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_02932;product=Multidrug export protein MepA;eggNOG=903814.ELI_0476;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_67 Prodigal:2.6 CDS 5538 6074 . - 0 ID=MGYG000000001_02933;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02933;product=hypothetical protein;eggNOG=748727.CLJU_c27100;COG=CH;KEGG=-;Pfam=PF12724;InterPro=IPR026816,IPR029039,IPR008254,IPR001226 +MGYG000000001_67 Prodigal:2.6 CDS 6261 7481 . + 0 ID=MGYG000000001_02934;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02934;product=hypothetical protein;eggNOG=1280692.AUJL01000016_gene1111;COG=S;KEGG=ko:K07001;Pfam=PF01734;InterPro=IPR016035,IPR002641 +MGYG000000001_67 Prodigal:2.6 CDS 7553 8437 . - 0 ID=MGYG000000001_02935;Name=rhaR_10;gene=rhaR_10;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01533;locus_tag=MGYG000000001_02935;product=HTH-type transcriptional activator RhaR;eggNOG=1414720.CBYM010000026_gene2393;COG=K;KEGG=-;Pfam=PF07883,PF12833;InterPro=IPR037923,IPR013096,IPR018060,IPR009057,IPR018062,IPR014710 +MGYG000000001_67 Prodigal:2.6 CDS 8628 10253 . + 0 ID=MGYG000000001_02936;eC_number=3.2.1.10;Name=malL_2;db_xref=COG:COG0366;gene=malL_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29094;locus_tag=MGYG000000001_02936;product=Oligo-1%2C6-glucosidase;eggNOG=1414720.CBYM010000012_gene2572;COG=G;KEGG=ko:K01176,ko:K01182,ko:K01215;Pfam=PF16657,PF00128;InterPro=IPR006047,IPR013780,IPR032091,IPR017853 +MGYG000000001_67 Prodigal:2.6 CDS 10537 11613 . + 0 ID=MGYG000000001_02937;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02937;product=hypothetical protein;eggNOG=1301100.HG529356_gene2082;COG=M;KEGG=-;Pfam=PF00535;InterPro=IPR013026,IPR011990,IPR001173,IPR029044 +MGYG000000001_67 Prodigal:2.6 CDS 11649 12497 . + 0 ID=MGYG000000001_02938;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02938;product=hypothetical protein;eggNOG=1151292.QEW_3629;COG=T;KEGG=-;Pfam=PF03734,PF08239;InterPro=IPR036028,IPR005490,IPR038063,IPR003646 +MGYG000000001_67 Prodigal:2.6 CDS 12610 13281 . + 0 ID=MGYG000000001_02939;Name=graR;db_xref=COG:COG0745;gene=graR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2G0E0;locus_tag=MGYG000000001_02939;product=Response regulator protein GraR;eggNOG=1292035.H476_2462;COG=KT;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_67 Prodigal:2.6 CDS 13278 13907 . + 0 ID=MGYG000000001_02940;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02940;product=hypothetical protein;eggNOG=1487921.DP68_07465;COG=T;KEGG=-;Pfam=PF02518;InterPro=IPR003594,IPR005467,IPR036890,IPR004358 +MGYG000000001_68 Prodigal:2.6 CDS 327 2237 . + 0 ID=MGYG000000001_02941;Name=licR_2;db_xref=COG:COG1762;gene=licR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46321;locus_tag=MGYG000000001_02941;product=putative licABCH operon regulator;eggNOG=1151292.QEW_4071;COG=GKT;KEGG=ko:K03491;Pfam=PF05043,PF00359,PF00874,PF08279;InterPro=IPR002178,IPR013196,IPR016152,IPR013011,IPR036095,IPR007737,IPR011608,IPR036634,IPR036388 +MGYG000000001_68 Prodigal:2.6 CDS 2241 3284 . + 0 ID=MGYG000000001_02942;eC_number=3.4.11.-;Name=ypdE;db_xref=COG:COG1363;gene=ypdE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P77585;locus_tag=MGYG000000001_02942;product=Aminopeptidase YpdE;eggNOG=272563.CD630_34460;COG=E;KEGG=-;Pfam=PF05343;InterPro=IPR023367,IPR008007 +MGYG000000001_68 Prodigal:2.6 CDS 3299 3613 . + 0 ID=MGYG000000001_02943;Name=chbA;db_xref=COG:COG1447;gene=chbA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P69791;locus_tag=MGYG000000001_02943;product=PTS system N%2CN'-diacetylchitobiose-specific EIIA component;eggNOG=272563.CD630_34450;COG=G;KEGG=ko:K02759;Pfam=PF02255;InterPro=IPR036542,IPR003188 +MGYG000000001_68 Prodigal:2.6 CDS 3669 4010 . + 0 ID=MGYG000000001_02944;eC_number=2.7.1.-;Name=licB;db_xref=COG:COG1440;gene=licB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46318;locus_tag=MGYG000000001_02944;product=Lichenan-specific phosphotransferase enzyme IIB component;eggNOG=457396.CSBG_02357;COG=G;KEGG=ko:K02760;Pfam=PF02302;InterPro=IPR036095,IPR003501,IPR013012 +MGYG000000001_68 Prodigal:2.6 CDS 4047 5372 . + 0 ID=MGYG000000001_02945;Name=gmuC;db_xref=COG:COG1455;gene=gmuC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05507;locus_tag=MGYG000000001_02945;product=PTS system oligo-beta-mannoside-specific EIIC component;eggNOG=272563.CD630_34430;COG=G;KEGG=ko:K02761;Pfam=PF02378;InterPro=IPR004501,IPR004796,IPR003352 +MGYG000000001_68 Prodigal:2.6 CDS 5382 6452 . + 0 ID=MGYG000000001_02946;eC_number=3.4.11.-;Name=ypdF;db_xref=COG:COG0006;gene=ypdF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P76524;locus_tag=MGYG000000001_02946;product=Aminopeptidase YpdF;eggNOG=272563.CD630_34420;COG=E;KEGG=ko:K01262,ko:K01271;Pfam=PF01321,PF00557;InterPro=IPR000994,IPR029149,IPR036005,IPR000587 +MGYG000000001_68 Prodigal:2.6 CDS 6455 7672 . + 0 ID=MGYG000000001_02947;eC_number=4.4.1.8;Name=patB;db_xref=COG:COG1168;gene=patB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q08432;locus_tag=MGYG000000001_02947;product=Cystathionine beta-lyase PatB;eggNOG=1151292.QEW_4065;COG=E;KEGG=ko:K14155;Pfam=PF00155;InterPro=IPR027619,IPR015424,IPR015422,IPR015421,IPR004839 +MGYG000000001_68 Prodigal:2.6 CDS 7911 8855 . + 0 ID=MGYG000000001_02948;Name=yfiY;db_xref=COG:COG0614;gene=yfiY;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31567;locus_tag=MGYG000000001_02948;product=putative siderophore-binding lipoprotein YfiY;eggNOG=536233.CLO_1650;COG=P;KEGG=ko:K02016;Pfam=PF01497;InterPro=IPR002491 +MGYG000000001_68 Prodigal:2.6 CDS 9013 10026 . + 0 ID=MGYG000000001_02949;Name=feuB;db_xref=COG:COG0609;gene=feuB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40410;locus_tag=MGYG000000001_02949;product=Iron-uptake system permease protein FeuB;eggNOG=1415774.U728_951;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_68 Prodigal:2.6 CDS 10030 11043 . + 0 ID=MGYG000000001_02950;Name=feuC;db_xref=COG:COG0609;gene=feuC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40411;locus_tag=MGYG000000001_02950;product=Iron-uptake system permease protein FeuC;eggNOG=195103.CPF_0809;COG=P;KEGG=ko:K02015;Pfam=PF01032;InterPro=IPR000522,IPR037294 +MGYG000000001_68 Prodigal:2.6 CDS 11097 11882 . + 0 ID=MGYG000000001_02951;Name=yusV_4;db_xref=COG:COG1120;gene=yusV_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32188;locus_tag=MGYG000000001_02951;product=putative siderophore transport system ATP-binding protein YusV;eggNOG=1415774.U728_949;COG=HP;KEGG=ko:K02013;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_68 Prodigal:2.6 CDS 11892 13247 . + 0 ID=MGYG000000001_02952;Name=mepA_13;gene=mepA_13;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_02952;product=Multidrug export protein MepA;eggNOG=1292035.H476_2426;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_69 Prodigal:2.6 CDS 149 448 . + 0 ID=MGYG000000001_02953;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02953;product=hypothetical protein +MGYG000000001_69 Prodigal:2.6 CDS 815 1390 . + 0 ID=MGYG000000001_02954;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02954;product=hypothetical protein;eggNOG=1301100.HG529241_gene7174;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR001387,IPR010982 +MGYG000000001_69 Prodigal:2.6 CDS 1927 2274 . + 0 ID=MGYG000000001_02955;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02955;product=hypothetical protein;eggNOG=1292035.H476_1600;COG=K;KEGG=-;Pfam=PF03551;InterPro=IPR036388,IPR036390,IPR005149 +MGYG000000001_69 Prodigal:2.6 CDS 2258 3049 . + 0 ID=MGYG000000001_02956;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02956;product=hypothetical protein;eggNOG=445973.CLOBAR_00684;COG=-;KEGG=- +MGYG000000001_69 Prodigal:2.6 CDS 3379 3519 . + 0 ID=MGYG000000001_02957;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02957;product=hypothetical protein +MGYG000000001_69 Prodigal:2.6 CDS 3664 3864 . + 0 ID=MGYG000000001_02958;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02958;product=hypothetical protein +MGYG000000001_69 Prodigal:2.6 CDS 4123 5055 . + 0 ID=MGYG000000001_02959;eC_number=3.4.19.11;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q03415;locus_tag=MGYG000000001_02959;product=Gamma-D-glutamyl-L-diamino acid endopeptidase 1;eggNOG=1132442.KB889752_gene2993;COG=E;KEGG=ko:K01308;Pfam=PF00246;InterPro=IPR000834,IPR034274 +MGYG000000001_69 Prodigal:2.6 CDS 5584 7122 . + 0 ID=MGYG000000001_02960;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02960;product=hypothetical protein;eggNOG=1410668.JNKC01000004_gene257;COG=C;KEGG=-;Pfam=PF03553;InterPro=IPR018461 +MGYG000000001_69 Prodigal:2.6 CDS 7137 8453 . + 0 ID=MGYG000000001_02961;eC_number=4.3.2.1;Name=argH;db_xref=COG:COG0165;gene=argH;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P11447;locus_tag=MGYG000000001_02961;product=Argininosuccinate lyase;eggNOG=1476973.JMMB01000007_gene1714;COG=E;KEGG=ko:K01755;Pfam=PF14698,PF00206;InterPro=IPR022761,IPR020557,IPR024083,IPR029419,IPR000362,IPR008948,IPR009049 +MGYG000000001_69 Prodigal:2.6 CDS 8683 8955 . - 0 ID=MGYG000000001_02962;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02962;product=hypothetical protein +MGYG000000001_69 Prodigal:2.6 CDS 9343 9852 . + 0 ID=MGYG000000001_02963;eC_number=3.2.1.89;Name=ganB;db_xref=COG:COG3867;gene=ganB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q65CX5;locus_tag=MGYG000000001_02963;product=Arabinogalactan endo-beta-1%2C4-galactanase;eggNOG=35841.BT1A1_0504;COG=G;KEGG=ko:K01224;Pfam=PF07745;InterPro=IPR011683,IPR017853 +MGYG000000001_69 Prodigal:2.6 CDS 10469 11035 . + 0 ID=MGYG000000001_02964;Name=trpP;gene=trpP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07515;locus_tag=MGYG000000001_02964;product=putative tryptophan transport protein;eggNOG=1301100.HG529351_gene4255;COG=S;KEGG=-;Pfam=PF17099;InterPro=IPR031360 +MGYG000000001_69 Prodigal:2.6 CDS 11502 12755 . - 0 ID=MGYG000000001_02965;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02965;product=hypothetical protein;eggNOG=1301100.HG529243_gene2312;COG=EG;KEGG=ko:K03299;Pfam=PF02447;InterPro=IPR003474 +MGYG000000001_70 Prodigal:2.6 CDS 154 699 . - 0 ID=MGYG000000001_02966;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02966;product=hypothetical protein +MGYG000000001_70 Prodigal:2.6 CDS 897 1469 . + 0 ID=MGYG000000001_02967;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02967;product=hypothetical protein;eggNOG=1211817.CCAT010000026_gene2311;COG=-;KEGG=- +MGYG000000001_70 Prodigal:2.6 CDS 1863 2747 . + 0 ID=MGYG000000001_02968;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02968;product=hypothetical protein +MGYG000000001_70 Prodigal:2.6 CDS 2857 3399 . + 0 ID=MGYG000000001_02969;Name=xerC_6;gene=xerC_6;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01808;locus_tag=MGYG000000001_02969;product=Tyrosine recombinase XerC;eggNOG=457570.Nther_2955;COG=L;KEGG=-;Pfam=PF00589;InterPro=IPR011010,IPR002104,IPR013762 +MGYG000000001_70 Prodigal:2.6 CDS 4114 4854 . + 0 ID=MGYG000000001_02970;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02970;product=hypothetical protein;eggNOG=857293.CAAU_1566;COG=-;KEGG=- +MGYG000000001_70 Prodigal:2.6 CDS 4870 5007 . + 0 ID=MGYG000000001_02971;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02971;product=hypothetical protein +MGYG000000001_70 Prodigal:2.6 CDS 5280 5420 . + 0 ID=MGYG000000001_02972;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02972;product=hypothetical protein;eggNOG=1128398.Curi_c17480;COG=-;KEGG=- +MGYG000000001_70 Prodigal:2.6 CDS 5851 7116 . - 0 ID=MGYG000000001_02973;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02973;product=hypothetical protein;eggNOG=537013.CLOSTMETH_02867;COG=M;KEGG=-;Pfam=PF13641;InterPro=IPR029044 +MGYG000000001_70 Prodigal:2.6 CDS 7443 8051 . + 0 ID=MGYG000000001_02974;eC_number=3.1.22.-;Name=pinR;db_xref=COG:COG1961;gene=pinR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0ADI0;locus_tag=MGYG000000001_02974;product=Serine recombinase PinR;eggNOG=1211817.CCAT010000083_gene1704;COG=L;KEGG=-;Pfam=PF00239,PF18010;InterPro=IPR009057,IPR036162,IPR006119,IPR006118,IPR040652 +MGYG000000001_70 Prodigal:2.6 CDS 8374 8739 . + 0 ID=MGYG000000001_02975;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02975;product=hypothetical protein +MGYG000000001_70 Prodigal:2.6 CDS 8739 11288 . + 0 ID=MGYG000000001_02976;eC_number=2.7.7.-;Name=dnaG_4;gene=dnaG_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00974;locus_tag=MGYG000000001_02976;product=DNA primase;eggNOG=1151292.QEW_4562;COG=L;KEGG=-;Pfam=PF04851,PF01807;InterPro=IPR036977,IPR002694,IPR006935,IPR027417,IPR014001 +MGYG000000001_70 Prodigal:2.6 CDS 11688 12374 . + 0 ID=MGYG000000001_02977;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02977;product=hypothetical protein;eggNOG=985665.HPL003_27175;COG=-;KEGG=- +MGYG000000001_70 Prodigal:2.6 CDS 12376 12600 . + 0 ID=MGYG000000001_02978;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02978;product=hypothetical protein;eggNOG=1301100.HG529272_gene1712;COG=-;KEGG=- +MGYG000000001_70 Prodigal:2.6 CDS 12634 12978 . + 0 ID=MGYG000000001_02979;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02979;product=hypothetical protein;eggNOG=1292035.H476_3607;COG=L;KEGG=- +MGYG000000001_71 Prodigal:2.6 CDS 110 895 . + 0 ID=MGYG000000001_02980;eC_number=3.1.3.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q5XD45;locus_tag=MGYG000000001_02980;product=Putative phosphatase;eggNOG=1292035.H476_1123;COG=S;KEGG=-;Pfam=PF08282;InterPro=IPR036412,IPR023214,IPR006379,IPR000150 +MGYG000000001_71 Prodigal:2.6 CDS 904 1491 . - 0 ID=MGYG000000001_02981;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02981;product=hypothetical protein;eggNOG=1301100.HG529256_gene6196;COG=S;KEGG=-;Pfam=PF00882;InterPro=IPR029002 +MGYG000000001_71 Prodigal:2.6 CDS 1741 2307 . + 0 ID=MGYG000000001_02982;eC_number=3.1.2.-;Name=yajL;db_xref=COG:COG0693;gene=yajL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q46948;locus_tag=MGYG000000001_02982;product=Protein/nucleic acid deglycase 3;eggNOG=445973.CLOBAR_02082;COG=S;KEGG=ko:K03152;Pfam=PF01965;InterPro=IPR002818,IPR029062,IPR006287 +MGYG000000001_71 Prodigal:2.6 CDS 2372 2599 . + 0 ID=MGYG000000001_02983;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02983;product=hypothetical protein;eggNOG=1151292.QEW_1799;COG=EG;KEGG=- +MGYG000000001_71 Prodigal:2.6 CDS 2760 3701 . - 0 ID=MGYG000000001_02984;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02984;product=hypothetical protein;eggNOG=272563.CD630_14140;COG=S;KEGG=ko:K07139;Pfam=PF04055,PF16199;InterPro=IPR006638,IPR007197,IPR005911,IPR023404,IPR039661,IPR032432 +MGYG000000001_71 Prodigal:2.6 CDS 3898 5457 . + 0 ID=MGYG000000001_02985;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02985;product=hypothetical protein;eggNOG=1301100.HG529256_gene6198;COG=V;KEGG=ko:K18346;Pfam=PF12229,PF04294;InterPro=IPR007391,IPR022029,IPR000253 +MGYG000000001_71 Prodigal:2.6 CDS 5502 6044 . - 0 ID=MGYG000000001_02986;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02986;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1141;COG=-;KEGG=- +MGYG000000001_71 Prodigal:2.6 CDS 6188 6616 . + 0 ID=MGYG000000001_02987;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02987;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1142;COG=S;KEGG=ko:K09936;Pfam=PF04657;InterPro=IPR006750 +MGYG000000001_71 Prodigal:2.6 CDS 6748 7398 . + 0 ID=MGYG000000001_02988;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02988;product=hypothetical protein;eggNOG=1301100.HG529256_gene6201;COG=S;KEGG=-;Pfam=PF01902;InterPro=IPR002761,IPR014729,IPR030662 +MGYG000000001_71 Prodigal:2.6 CDS 7475 7624 . - 0 ID=MGYG000000001_02989;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02989;product=hypothetical protein;eggNOG=536233.CLO_1773;COG=-;KEGG=- +MGYG000000001_71 Prodigal:2.6 CDS 7887 8705 . + 0 ID=MGYG000000001_02990;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02990;product=hypothetical protein;eggNOG=1301100.HG529256_gene6204;COG=KT;KEGG=-;Pfam=PF13411,PF06445;InterPro=IPR029442,IPR011256,IPR010499,IPR000551,IPR009061 +MGYG000000001_71 Prodigal:2.6 CDS 8819 9604 . + 0 ID=MGYG000000001_02991;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02991;product=hypothetical protein;eggNOG=272563.CD630_14290;COG=S;KEGG=-;Pfam=PF12746;InterPro=IPR000182,IPR016181,IPR027365 +MGYG000000001_71 Prodigal:2.6 CDS 9621 9887 . + 0 ID=MGYG000000001_02992;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02992;product=hypothetical protein +MGYG000000001_71 Prodigal:2.6 CDS 10029 11003 . + 0 ID=MGYG000000001_02993;eC_number=3.4.21.116;Name=spoIVB_2;db_xref=COG:COG0750;gene=spoIVB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P17896;locus_tag=MGYG000000001_02993;product=SpoIVB peptidase;eggNOG=1301100.HG529256_gene6205;COG=O;KEGG=ko:K06399;Pfam=PF05580,PF13180;InterPro=IPR036034,IPR008763,IPR009003,IPR001478 +MGYG000000001_71 Prodigal:2.6 CDS 11015 12457 . - 0 ID=MGYG000000001_02994;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02994;product=hypothetical protein;eggNOG=1301100.HG529256_gene6206;COG=E;KEGG=-;InterPro=IPR016195 +MGYG000000001_72 Prodigal:2.6 CDS 79 1083 . - 0 ID=MGYG000000001_02995;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02995;product=hypothetical protein;eggNOG=272563.CD630_30420;COG=S;KEGG=-;Pfam=PF11728,PF06081;InterPro=IPR021062,IPR010343,IPR038323 +MGYG000000001_72 Prodigal:2.6 CDS 1144 2343 . - 0 ID=MGYG000000001_02996;eC_number=2.7.-.-;Name=sasA_14;gene=sasA_14;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_02996;product=Adaptive-response sensory-kinase SasA;eggNOG=1211817.CCAT010000048_gene2585;COG=T;KEGG=-;Pfam=PF00512,PF02518;InterPro=IPR036890,IPR003594,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_72 Prodigal:2.6 CDS 2346 3017 . - 0 ID=MGYG000000001_02997;Name=arlR_3;db_xref=COG:COG0745;gene=arlR_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9KJN4;locus_tag=MGYG000000001_02997;product=Response regulator ArlR;eggNOG=1211817.CCAT010000048_gene2586;COG=T;KEGG=-;Pfam=PF00072,PF00486;InterPro=IPR001789,IPR001867,IPR016032,IPR039420,IPR011006,IPR036388 +MGYG000000001_72 Prodigal:2.6 CDS 3251 3940 . - 0 ID=MGYG000000001_02998;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02998;product=hypothetical protein;eggNOG=457396.CSBG_00835;COG=S;KEGG=-;Pfam=PF16316;InterPro=IPR032531 +MGYG000000001_72 Prodigal:2.6 CDS 3934 4683 . - 0 ID=MGYG000000001_02999;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_02999;product=hypothetical protein;eggNOG=573061.Clocel_1147;COG=P;KEGG=-;Pfam=PF09359;InterPro=IPR033469,IPR018966 +MGYG000000001_72 Prodigal:2.6 CDS 4885 5517 . - 0 ID=MGYG000000001_03000;eC_number=1.14.14.18;Name=pbsA1;gene=pbsA1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P72849;locus_tag=MGYG000000001_03000;product=Heme oxygenase 1;eggNOG=545697.HMPREF0216_02451;COG=P;KEGG=ko:K21480;Pfam=PF01126;InterPro=IPR016084,IPR002051,IPR016053 +MGYG000000001_72 Prodigal:2.6 CDS 5620 6216 . - 0 ID=MGYG000000001_03001;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03001;product=hypothetical protein;eggNOG=1301100.HG529329_gene4499;COG=S;KEGG=-;Pfam=PF12672;InterPro=IPR024523 +MGYG000000001_72 Prodigal:2.6 CDS 6691 8820 . + 0 ID=MGYG000000001_03002;eC_number=1.1.98.6;Name=nrdD_1;db_xref=COG:COG1328;gene=nrdD_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28903;locus_tag=MGYG000000001_03002;product=Anaerobic ribonucleoside-triphosphate reductase;eggNOG=445973.CLOBAR_00583;COG=F;KEGG=ko:K21636;Pfam=PF13597,PF03477;InterPro=IPR012833,IPR005144 +MGYG000000001_72 Prodigal:2.6 CDS 8838 9341 . + 0 ID=MGYG000000001_03003;eC_number=1.97.1.-;Name=nrdG;db_xref=COG:COG0602;gene=nrdG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9N8;locus_tag=MGYG000000001_03003;product=Anaerobic ribonucleoside-triphosphate reductase-activating protein;eggNOG=1292035.H476_3551;COG=O;KEGG=ko:K04068;Pfam=PF13353;InterPro=IPR034457,IPR013785,IPR012837 +MGYG000000001_72 Prodigal:2.6 CDS 9376 9834 . + 0 ID=MGYG000000001_03004;eC_number=3.6.1.23;Name=dut;gene=dut;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q2YRG4;locus_tag=MGYG000000001_03004;product=Deoxyuridine 5'-triphosphate nucleotidohydrolase;eggNOG=1476973.JMMB01000007_gene2012;COG=F;KEGG=-;Pfam=PF00692;InterPro=IPR008181,IPR036157,IPR033704,IPR029054 +MGYG000000001_72 Prodigal:2.6 CDS 10094 10933 . + 0 ID=MGYG000000001_03005;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03005;product=hypothetical protein;eggNOG=1347086.CCBA010000009_gene1354;COG=S;KEGG=-;Pfam=PF13419;InterPro=IPR036412,IPR041492,IPR023214,IPR023198 +MGYG000000001_72 Prodigal:2.6 CDS 11136 12002 . + 0 ID=MGYG000000001_03006;Name=ribN;gene=ribN;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A6WUW2;locus_tag=MGYG000000001_03006;product=Riboflavin transporter;eggNOG=272563.CD630_13930;COG=EG;KEGG=-;Pfam=PF00892;InterPro=IPR000620 +MGYG000000001_73 Prodigal:2.6 CDS 202 1188 . - 0 ID=MGYG000000001_03007;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03007;product=hypothetical protein;eggNOG=1286171.EAL2_808p04460;COG=M;KEGG=- +MGYG000000001_73 Prodigal:2.6 CDS 1313 1816 . + 0 ID=MGYG000000001_03008;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03008;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1147;COG=-;KEGG=- +MGYG000000001_73 Prodigal:2.6 CDS 1873 2706 . - 0 ID=MGYG000000001_03009;eC_number=3.5.1.-;Name=pdaA_2;db_xref=COG:COG0726;gene=pdaA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34928;locus_tag=MGYG000000001_03009;product=Peptidoglycan-N-acetylmuramic acid deacetylase PdaA;eggNOG=1301100.HG529257_gene6221;COG=G;KEGG=ko:K01567;Pfam=PF01522;InterPro=IPR011330,IPR014235,IPR002509 +MGYG000000001_73 Prodigal:2.6 CDS 2913 6026 . + 0 ID=MGYG000000001_03010;eC_number=2.7.7.7;Name=polC_4;gene=polC_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00356;locus_tag=MGYG000000001_03010;product=DNA polymerase III PolC-type;eggNOG=1476973.JMMB01000007_gene1149;COG=KL;KEGG=ko:K03722;Pfam=PF13307,PF00929;InterPro=IPR013520,IPR014013,IPR027417,IPR012337,IPR001650,IPR014001,IPR006555,IPR036397 +MGYG000000001_73 Prodigal:2.6 CDS 6382 7983 . + 0 ID=MGYG000000001_03011;Name=abgT_2;db_xref=COG:COG2978;gene=abgT_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P46133;locus_tag=MGYG000000001_03011;product=p-aminobenzoyl-glutamate transport protein;eggNOG=1301100.HG529258_gene6211;COG=H;KEGG=ko:K12942;Pfam=PF03806;InterPro=IPR004697 +MGYG000000001_73 Prodigal:2.6 CDS 8157 8999 . - 0 ID=MGYG000000001_03012;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03012;product=hypothetical protein +MGYG000000001_73 Prodigal:2.6 CDS 9165 10085 . + 0 ID=MGYG000000001_03013;Name=yrbG_4;db_xref=COG:COG0530;gene=yrbG_4;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45394;locus_tag=MGYG000000001_03013;product=Inner membrane protein YrbG;eggNOG=1301100.HG529258_gene6212;COG=P;KEGG=ko:K07301;Pfam=PF01699;InterPro=IPR004837,IPR004481 +MGYG000000001_74 Prodigal:2.6 CDS 210 386 . + 0 ID=MGYG000000001_03014;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03014;product=hypothetical protein;eggNOG=1301100.HG529268_gene629;COG=S;KEGG=-;Pfam=PF02588,PF10035;InterPro=IPR019264,IPR003740,IPR015867 +MGYG000000001_74 Prodigal:2.6 CDS 446 1081 . + 0 ID=MGYG000000001_03015;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03015;product=hypothetical protein;eggNOG=1301100.HG529268_gene629;COG=S;KEGG=-;Pfam=PF02588,PF10035;InterPro=IPR019264,IPR003740,IPR015867 +MGYG000000001_74 Prodigal:2.6 CDS 1140 1400 . - 0 ID=MGYG000000001_03016;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AFT8;locus_tag=MGYG000000001_03016;note=UPF0153 protein YeiW;product=hypothetical protein;eggNOG=1117318.PRUB_14651;COG=S;KEGG=ko:K06940;Pfam=PF03692;InterPro=IPR005358 +MGYG000000001_74 Prodigal:2.6 CDS 1492 1860 . - 0 ID=MGYG000000001_03017;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03017;product=hypothetical protein;eggNOG=1301100.HG529239_gene7211;COG=S;KEGG=-;Pfam=PF04280;InterPro=IPR007379,IPR032710 +MGYG000000001_74 Prodigal:2.6 CDS 1876 2247 . - 0 ID=MGYG000000001_03018;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03018;product=hypothetical protein;eggNOG=1301100.HG529239_gene7211;COG=S;KEGG=-;Pfam=PF04280;InterPro=IPR007379,IPR032710 +MGYG000000001_74 Prodigal:2.6 CDS 2314 2916 . - 0 ID=MGYG000000001_03019;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03019;product=hypothetical protein;eggNOG=1292035.H476_2465;COG=S;KEGG=- +MGYG000000001_74 Prodigal:2.6 CDS 3039 3431 . - 0 ID=MGYG000000001_03020;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03020;product=hypothetical protein;eggNOG=1292035.H476_2465;COG=S;KEGG=- +MGYG000000001_74 Prodigal:2.6 CDS 3977 4456 . - 0 ID=MGYG000000001_03021;eC_number=1.11.1.22;Name=gpx1;gene=gpx1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P74250;locus_tag=MGYG000000001_03021;product=Hydroperoxy fatty acid reductase gpx1;eggNOG=1301100.HG529244_gene2322;COG=O;KEGG=ko:K00432;Pfam=PF00255;InterPro=IPR000889,IPR036249,IPR029759,IPR029760 +MGYG000000001_74 Prodigal:2.6 CDS 4575 5006 . - 0 ID=MGYG000000001_03022;Name=ohrR;gene=ohrR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34777;locus_tag=MGYG000000001_03022;product=Organic hydroperoxide resistance transcriptional regulator;eggNOG=1301100.HG529244_gene2321;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_74 Prodigal:2.6 CDS 5348 6364 . - 0 ID=MGYG000000001_03023;Name=tmpC_6;db_xref=COG:COG1744;gene=tmpC_6;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_03023;product=Membrane lipoprotein TmpC;eggNOG=1301100.HG529430_gene1941;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_74 Prodigal:2.6 CDS 7029 8186 . + 0 ID=MGYG000000001_03024;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03024;product=hypothetical protein;eggNOG=1499683.CCFF01000016_gene787;COG=S;KEGG=-;Pfam=PF05684;InterPro=IPR008537 +MGYG000000001_74 Prodigal:2.6 CDS 8457 8645 . - 0 ID=MGYG000000001_03025;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03025;product=hypothetical protein;eggNOG=1391646.AVSU01000037_gene2030;COG=S;KEGG=- +MGYG000000001_74 Prodigal:2.6 CDS 8857 9039 . - 0 ID=MGYG000000001_03026;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03026;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3018;COG=T;KEGG=-;Pfam=PF03734,PF08239;InterPro=IPR005490,IPR038063,IPR003646 +MGYG000000001_74 Prodigal:2.6 CDS 9008 9700 . - 0 ID=MGYG000000001_03027;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03027;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene3018;COG=T;KEGG=-;Pfam=PF03734,PF08239;InterPro=IPR036028,IPR005490,IPR038063,IPR003646 +MGYG000000001_75 Prodigal:2.6 CDS 348 782 . + 0 ID=MGYG000000001_03028;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03028;product=hypothetical protein;eggNOG=1211817.CCAT010000047_gene2548;COG=K;KEGG=-;Pfam=PF01047;InterPro=IPR000835,IPR036388,IPR036390 +MGYG000000001_75 Prodigal:2.6 CDS 797 1879 . + 0 ID=MGYG000000001_03029;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03029;product=hypothetical protein;eggNOG=1414720.CBYM010000022_gene2224;COG=S;KEGG=-;Pfam=PF13515 +MGYG000000001_75 Prodigal:2.6 CDS 2187 3539 . + 0 ID=MGYG000000001_03030;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03030;product=hypothetical protein;eggNOG=1301100.HG529262_gene721;COG=M;KEGG=ko:K11060,ko:K21471;Pfam=PF00877,PF08239;InterPro=IPR010916,IPR038765,IPR003646,IPR036028,IPR000064 +MGYG000000001_75 Prodigal:2.6 CDS 3582 4232 . - 0 ID=MGYG000000001_03031;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03031;product=hypothetical protein;eggNOG=1301100.HG529270_gene541;COG=S;KEGG=-;Pfam=PF02698;InterPro=IPR003848,IPR014729 +MGYG000000001_75 Prodigal:2.6 CDS 4246 4644 . - 0 ID=MGYG000000001_03032;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03032;product=hypothetical protein;eggNOG=1301100.HG529358_gene2046;COG=S;KEGG=ko:K02492,ko:K07130;InterPro=IPR037175 +MGYG000000001_75 Prodigal:2.6 CDS 4804 4929 . + 0 ID=MGYG000000001_03033;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03033;product=hypothetical protein;eggNOG=536233.CLO_3390;COG=K;KEGG=ko:K02466;Pfam=PF06923;InterPro=IPR009693 +MGYG000000001_75 Prodigal:2.6 CDS 4932 5444 . + 0 ID=MGYG000000001_03034;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03034;product=hypothetical protein +MGYG000000001_75 Prodigal:2.6 CDS 5473 6606 . + 0 ID=MGYG000000001_03035;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03035;product=hypothetical protein;eggNOG=1301100.HG529241_gene7180;COG=S;KEGG=-;Pfam=PF01594;InterPro=IPR002549 +MGYG000000001_75 Prodigal:2.6 CDS 6654 6956 . + 0 ID=MGYG000000001_03036;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03036;product=hypothetical protein;eggNOG=1391646.AVSU01000030_gene2561;COG=T;KEGG=-;InterPro=IPR015943,IPR036890 +MGYG000000001_75 Prodigal:2.6 CDS 7056 7262 . - 0 ID=MGYG000000001_03037;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03037;product=hypothetical protein;eggNOG=768710.DesyoDRAFT_3551;COG=S;KEGG=- +MGYG000000001_75 Prodigal:2.6 CDS 7394 7606 . + 0 ID=MGYG000000001_03038;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03038;product=hypothetical protein +MGYG000000001_75 Prodigal:2.6 CDS 7773 8225 . + 0 ID=MGYG000000001_03039;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03039;product=hypothetical protein;eggNOG=563192.HMPREF0179_02843;COG=S;KEGG=-;Pfam=PF03358;InterPro=IPR029039,IPR005025 +MGYG000000001_75 Prodigal:2.6 CDS 8435 9562 . + 0 ID=MGYG000000001_03040;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03040;product=hypothetical protein;eggNOG=545697.HMPREF0216_02680;COG=C;KEGG=ko:K07079;Pfam=PF13534,PF00248;InterPro=IPR023210,IPR009051,IPR017896,IPR017900,IPR020471,IPR036812 +MGYG000000001_76 Prodigal:2.6 CDS 139 564 . - 0 ID=MGYG000000001_03041;Name=ssb_2;db_xref=COG:COG0629;gene=ssb_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P66854;locus_tag=MGYG000000001_03041;product=Single-stranded DNA-binding protein;eggNOG=1476973.JMMB01000007_gene2874;COG=L;KEGG=ko:K03111;Pfam=PF00436;InterPro=IPR011344,IPR012340,IPR000424 +MGYG000000001_76 Prodigal:2.6 CDS 874 2145 . + 0 ID=MGYG000000001_03042;Name=gltP_3;db_xref=COG:COG1301;gene=gltP_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P21345;locus_tag=MGYG000000001_03042;product=Proton/glutamate-aspartate symporter;eggNOG=1476973.JMMB01000007_gene2873;COG=C;KEGG=-;Pfam=PF00375;InterPro=IPR001991,IPR033380,IPR036458 +MGYG000000001_76 Prodigal:2.6 CDS 2270 3112 . + 0 ID=MGYG000000001_03043;Name=bmrR;db_xref=COG:COG0789;gene=bmrR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39075;locus_tag=MGYG000000001_03043;product=Multidrug-efflux transporter 1 regulator;eggNOG=1301100.HG529430_gene1949;COG=K;KEGG=-;Pfam=PF13411;InterPro=IPR011256,IPR000551,IPR009061 +MGYG000000001_76 Prodigal:2.6 CDS 3179 4486 . + 0 ID=MGYG000000001_03044;Name=mepA_14;gene=mepA_14;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q7A7N0;locus_tag=MGYG000000001_03044;product=Multidrug export protein MepA;eggNOG=1301100.HG529430_gene1948;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_76 Prodigal:2.6 CDS 4647 5720 . + 0 ID=MGYG000000001_03045;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03045;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2872;COG=S;KEGG=-;InterPro=IPR038728 +MGYG000000001_76 Prodigal:2.6 CDS 5766 6011 . + 0 ID=MGYG000000001_03046;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03046;product=hypothetical protein;eggNOG=293826.Amet_3891;COG=S;KEGG=-;Pfam=PF09861;InterPro=IPR018657 +MGYG000000001_76 Prodigal:2.6 CDS 5987 6181 . + 0 ID=MGYG000000001_03047;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03047;product=hypothetical protein;eggNOG=1408422.JHYF01000004_gene1650;COG=S;KEGG=-;Pfam=PF09861;InterPro=IPR018657 +MGYG000000001_76 Prodigal:2.6 CDS 6366 7652 . + 0 ID=MGYG000000001_03048;eC_number=5.1.2.1;Name=larA_2;db_xref=COG:COG3875;gene=larA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D9TQ02;locus_tag=MGYG000000001_03048;product=Lactate racemase;eggNOG=1408422.JHYF01000004_gene1650;COG=S;KEGG=-;Pfam=PF09861;InterPro=IPR018657 +MGYG000000001_76 Prodigal:2.6 CDS 7728 8150 . - 0 ID=MGYG000000001_03049;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03049;product=hypothetical protein;eggNOG=484770.UFO1_4184;COG=S;KEGG=-;Pfam=PF04138;InterPro=IPR007267 +MGYG000000001_76 Prodigal:2.6 CDS 8476 8931 . + 0 ID=MGYG000000001_03050;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03050;product=hypothetical protein;eggNOG=445973.CLOBAR_02473;COG=S;KEGG=-;Pfam=PF02001;InterPro=IPR002852 +MGYG000000001_76 Prodigal:2.6 CDS 9037 9246 . + 0 ID=MGYG000000001_03051;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03051;product=hypothetical protein +MGYG000000001_77 INFERNAL:1.1.2 ncRNA 8922 9025 . - . ID=MGYG000000001_77_ncRNA50;inference=Rfam:14.6;locus_tag=MGYG000000001_77_ncRNA50;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_77 Prodigal:2.6 CDS 133 2589 . - 0 ID=MGYG000000001_03052;Name=clpC;db_xref=COG:COG0542;gene=clpC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37571;locus_tag=MGYG000000001_03052;product=Negative regulator of genetic competence ClpC/MecB;eggNOG=272563.CD630_00260;COG=O;KEGG=ko:K03695,ko:K03696;Pfam=PF17871,PF00004,PF07724,PF02861,PF10431;InterPro=IPR028299,IPR018368,IPR003593,IPR036628,IPR001943,IPR019489,IPR001270,IPR003959,IPR004176,IPR027417,IPR041546 +MGYG000000001_77 Prodigal:2.6 CDS 2771 4699 . - 0 ID=MGYG000000001_03053;Name=fusA_2;db_xref=COG:COG0480;gene=fusA_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80868;locus_tag=MGYG000000001_03053;product=Elongation factor G;eggNOG=1301100.HG529433_gene6507;COG=J;KEGG=ko:K02355;Pfam=PF14492,PF00009,PF03764,PF03144,PF00679;InterPro=IPR014721,IPR005225,IPR005517,IPR000795,IPR009022,IPR004161,IPR020568,IPR000640,IPR035649,IPR009000,IPR027417,IPR041095,IPR035647 +MGYG000000001_77 Prodigal:2.6 CDS 5124 8555 . - 0 ID=MGYG000000001_03054;eC_number=4.1.3.39;Name=mhpE;gene=mhpE;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01656;locus_tag=MGYG000000001_03054;product=4-hydroxy-2-oxovalerate aldolase;eggNOG=1301100.HG529433_gene6506;COG=C;KEGG=ko:K01958;Pfam=PF02786,PF00364,PF00289,PF02785,PF02436,PF00682;InterPro=IPR011764,IPR000891,IPR005930,IPR011053,IPR005482,IPR011761,IPR005481,IPR011054,IPR000089,IPR003379,IPR013785,IPR016185,IPR005479 +MGYG000000001_78 INFERNAL:1.1.2 ncRNA 3381 3642 . + . ID=MGYG000000001_78_ncRNA51;inference=Rfam:14.6;locus_tag=MGYG000000001_78_ncRNA51;product=Bacterial large signal recognition particle RNA;rfam=RF01854 +MGYG000000001_78 INFERNAL:1.1.2 ncRNA 33 136 . + . ID=MGYG000000001_78_ncRNA52;inference=Rfam:14.6;locus_tag=MGYG000000001_78_ncRNA52;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_78 Prodigal:2.6 CDS 361 876 . + 0 ID=MGYG000000001_03057;Name=niaR;db_xref=COG:COG1827;gene=niaR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X1T8;locus_tag=MGYG000000001_03057;product=putative transcription repressor NiaR;eggNOG=272563.CD630_00120;COG=S;KEGG=ko:K07105;Pfam=PF02829,PF08279;InterPro=IPR013196,IPR026043,IPR035922,IPR036390,IPR004173,IPR036388 +MGYG000000001_78 Prodigal:2.6 CDS 1385 2656 . + 0 ID=MGYG000000001_03058;eC_number=6.1.1.11;Name=serS;db_xref=COG:COG0172;gene=serS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O66647;locus_tag=MGYG000000001_03058;product=Serine--tRNA ligase;eggNOG=1301100.HG529437_gene6535;COG=J;KEGG=ko:K01875;Pfam=PF00587,PF02403;InterPro=IPR042103,IPR033729,IPR010978,IPR015866,IPR002317,IPR006195,IPR002314 +MGYG000000001_78 Prodigal:2.6 CDS 2803 3255 . + 0 ID=MGYG000000001_03059;eC_number=3.5.4.33;Name=tadA;db_xref=COG:COG0590;gene=tadA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q99W51;locus_tag=MGYG000000001_03059;product=tRNA-specific adenosine deaminase;eggNOG=1151292.QEW_0006;COG=FJ;KEGG=ko:K11991;Pfam=PF14437;InterPro=IPR016192,IPR028883,IPR002125,IPR016193 +MGYG000000001_78 Prodigal:2.6 CDS 3766 5385 . + 0 ID=MGYG000000001_03061;eC_number=3.6.4.12;Name=ruvB_2;gene=ruvB_2;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00016;locus_tag=MGYG000000001_03061;product=Holliday junction ATP-dependent DNA helicase RuvB;eggNOG=1301100.HG529437_gene6537;COG=L;KEGG=ko:K02343;Pfam=PF12169,PF13177;InterPro=IPR003593,IPR022754,IPR008921,IPR027417,IPR012763 +MGYG000000001_78 Prodigal:2.6 CDS 5452 5793 . + 0 ID=MGYG000000001_03062;db_xref=COG:COG0718;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A3DHB8;locus_tag=MGYG000000001_03062;product=Nucleoid-associated protein;eggNOG=1476973.JMMB01000007_gene194;COG=S;KEGG=ko:K09747;Pfam=PF02575;InterPro=IPR036894,IPR004401 +MGYG000000001_78 Prodigal:2.6 CDS 5806 6405 . + 0 ID=MGYG000000001_03063;Name=recR;db_xref=COG:COG0353;gene=recR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8RDI4;locus_tag=MGYG000000001_03063;product=Recombination protein RecR;eggNOG=272563.CD630_00180;COG=L;KEGG=ko:K06187;Pfam=PF13662,PF02132;InterPro=IPR000093,IPR006171,IPR023628,IPR034137,IPR023627 +MGYG000000001_78 Prodigal:2.6 CDS 6548 6769 . + 0 ID=MGYG000000001_03064;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03064;product=hypothetical protein;eggNOG=272563.CD630_00181;COG=-;KEGG=- +MGYG000000001_78 Prodigal:2.6 CDS 6857 8071 . - 0 ID=MGYG000000001_03065;eC_number=2.4.1.315;Name=ugtP_2;db_xref=COG:COG0707;gene=ugtP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54166;locus_tag=MGYG000000001_03065;product=Processive diacylglycerol beta-glucosyltransferase;eggNOG=272563.CD630_00190;COG=M;KEGG=ko:K03429;Pfam=PF06925,PF04101;InterPro=IPR007235,IPR009695 +MGYG000000001_78 Prodigal:2.6 CDS 8247 8474 . + 0 ID=MGYG000000001_03066;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03066;product=hypothetical protein;eggNOG=1301100.HG529438_gene6541;COG=O;KEGG=-;Pfam=PF00462;InterPro=IPR036249,IPR002109 +MGYG000000001_79 Prodigal:2.6 CDS 528 2645 . - 0 ID=MGYG000000001_03067;Name=feoB_3;db_xref=COG:COG0370;gene=feoB_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P33650;locus_tag=MGYG000000001_03067;product=Fe(2+) transporter FeoB;eggNOG=1151292.QEW_1928;COG=P;KEGG=ko:K04759;Pfam=PF07670,PF02421,PF07664,PF17910;InterPro=IPR003373,IPR030389,IPR011640,IPR027417,IPR041069,IPR011642 +MGYG000000001_79 Prodigal:2.6 CDS 2680 2907 . - 0 ID=MGYG000000001_03068;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03068;product=hypothetical protein;eggNOG=1151292.QEW_1929;COG=P;KEGG=ko:K04758;Pfam=PF04023;InterPro=IPR038157,IPR007167,IPR008988 +MGYG000000001_79 Prodigal:2.6 CDS 3060 3518 . + 0 ID=MGYG000000001_03069;Name=mntR;db_xref=COG:COG1321;gene=mntR;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54512;locus_tag=MGYG000000001_03069;product=Transcriptional regulator MntR;eggNOG=1301100.HG529343_gene2425;COG=K;KEGG=ko:K03709;Pfam=PF01325,PF02742;InterPro=IPR036421,IPR001367,IPR022687,IPR022689,IPR036390,IPR036388 +MGYG000000001_79 Prodigal:2.6 CDS 3662 5122 . + 0 ID=MGYG000000001_03070;eC_number=6.3.2.13;Name=murE_2;db_xref=COG:COG0769;gene=murE_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q819Q0;locus_tag=MGYG000000001_03070;product=UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2%2C6-diaminopimelate ligase;eggNOG=1151292.QEW_3210;COG=M;KEGG=ko:K01928;Pfam=PF08245,PF02875,PF01225;InterPro=IPR036615,IPR004101,IPR035911,IPR000713,IPR036565,IPR005761,IPR013221 +MGYG000000001_79 Prodigal:2.6 CDS 5258 5698 . - 0 ID=MGYG000000001_03071;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WFQ5;locus_tag=MGYG000000001_03071;note=UPF0039 protein Rv2851c;product=hypothetical protein;eggNOG=1391646.AVSU01000134_gene3300;COG=K;KEGG=ko:K02348;Pfam=PF13673;InterPro=IPR039143,IPR000182,IPR016181 +MGYG000000001_79 Prodigal:2.6 CDS 5876 6844 . + 0 ID=MGYG000000001_03072;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03072;product=hypothetical protein;eggNOG=1301100.HG529342_gene2459;COG=-;KEGG=-;Pfam=PF09991;InterPro=IPR018710 +MGYG000000001_79 Prodigal:2.6 CDS 7278 8483 . + 0 ID=MGYG000000001_03073;eC_number=6.1.1.1;Name=tyrS;db_xref=COG:COG0162;gene=tyrS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P41256;locus_tag=MGYG000000001_03073;product=Tyrosine--tRNA ligase;eggNOG=1476973.JMMB01000007_gene1464;COG=J;KEGG=ko:K01866;Pfam=PF01479,PF00579;InterPro=IPR024108,IPR024088,IPR014729,IPR001412,IPR002307,IPR002942,IPR036986,IPR002305 +MGYG000000001_80 Prodigal:2.6 CDS 107 631 . - 0 ID=MGYG000000001_03074;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03074;product=hypothetical protein;eggNOG=272563.CD630_22420;COG=S;KEGG=-;Pfam=PF12773;InterPro=IPR025874 +MGYG000000001_80 Prodigal:2.6 CDS 652 2022 . - 0 ID=MGYG000000001_03075;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03075;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2468;COG=-;KEGG=- +MGYG000000001_80 Prodigal:2.6 CDS 2148 2450 . - 0 ID=MGYG000000001_03076;eC_number=2.8.1.-;db_xref=COG:COG0607;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:D3RPB9;locus_tag=MGYG000000001_03076;product=Sulfurtransferase;eggNOG=1301100.HG529259_gene6189;COG=P;KEGG=-;Pfam=PF00581;InterPro=IPR001763,IPR036873 +MGYG000000001_80 Prodigal:2.6 CDS 2575 3975 . - 0 ID=MGYG000000001_03077;eC_number=6.1.1.22;Name=asnS;db_xref=COG:COG0017;gene=asnS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A8M0;locus_tag=MGYG000000001_03077;product=Asparagine--tRNA ligase;eggNOG=1292035.H476_1148;COG=J;KEGG=ko:K01893;Pfam=PF01336,PF00152;InterPro=IPR004365,IPR002312,IPR012340,IPR004364,IPR006195,IPR004522 +MGYG000000001_80 Prodigal:2.6 CDS 4501 7707 . + 0 ID=MGYG000000001_03078;eC_number=2.7.-.-;Name=sasA_15;gene=sasA_15;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_01837;locus_tag=MGYG000000001_03078;product=Adaptive-response sensory-kinase SasA;eggNOG=536233.CLO_1208;COG=T;KEGG=-;Pfam=PF00512,PF07495,PF02518,PF07494;InterPro=IPR011123,IPR011110,IPR036890,IPR003594,IPR013783,IPR015943,IPR005467,IPR036097,IPR003661,IPR004358 +MGYG000000001_80 Prodigal:2.6 CDS 7759 8121 . - 0 ID=MGYG000000001_03079;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:IS1296;locus_tag=MGYG000000001_03079;product=IS3 family transposase IS1296;eggNOG=929506.CbC4_0580;COG=L;KEGG=-;Pfam=PF00665;InterPro=IPR001584,IPR012337,IPR036397 +MGYG000000001_81 INFERNAL:1.1.2 ncRNA 6406 6721 . - . ID=MGYG000000001_81_ncRNA53;inference=Rfam:14.6;locus_tag=MGYG000000001_81_ncRNA53;product=cspA thermoregulator;rfam=RF01766 +MGYG000000001_81 Prodigal:2.6 CDS 46 492 . + 0 ID=MGYG000000001_03080;eC_number=2.7.13.3;Name=rcsC_13;gene=rcsC_13;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00979;locus_tag=MGYG000000001_03080;product=Sensor histidine kinase RcsC;eggNOG=1487921.DP68_07465;COG=T;KEGG=-;Pfam=PF02518;InterPro=IPR003594,IPR005467,IPR036890,IPR004358 +MGYG000000001_81 Prodigal:2.6 CDS 699 1463 . + 0 ID=MGYG000000001_03081;Name=yxdL_2;db_xref=COG:COG1136;gene=yxdL_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P42423;locus_tag=MGYG000000001_03081;product=ABC transporter ATP-binding protein YxdL;eggNOG=1292035.H476_2471;COG=V;KEGG=ko:K02003;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR027417 +MGYG000000001_81 Prodigal:2.6 CDS 1453 3465 . + 0 ID=MGYG000000001_03082;Name=bceB;db_xref=COG:COG0577;gene=bceB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34741;locus_tag=MGYG000000001_03082;product=Bacitracin export permease protein BceB;eggNOG=1280692.AUJL01000016_gene1087;COG=V;KEGG=ko:K02004;Pfam=PF02687;InterPro=IPR003838,IPR027022 +MGYG000000001_81 Prodigal:2.6 CDS 3864 4400 . + 0 ID=MGYG000000001_03083;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03083;product=hypothetical protein;eggNOG=1408422.JHYF01000015_gene332;COG=CH;KEGG=-;Pfam=PF12724;InterPro=IPR026816,IPR029039,IPR008254,IPR001226 +MGYG000000001_81 Prodigal:2.6 CDS 4517 4864 . + 0 ID=MGYG000000001_03084;Name=pduU;db_xref=COG:COG4810;gene=pduU;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A1D2;locus_tag=MGYG000000001_03084;product=Propanediol utilization protein PduU;eggNOG=195103.CPF_0886;COG=E;KEGG=ko:K04031;Pfam=PF00936;InterPro=IPR000249,IPR009307,IPR037233 +MGYG000000001_81 Prodigal:2.6 CDS 4869 5300 . + 0 ID=MGYG000000001_03085;Name=pduV;db_xref=COG:COG4917;gene=pduV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9XDM6;locus_tag=MGYG000000001_03085;product=Propanediol utilization protein PduV;eggNOG=1476973.JMMB01000007_gene1647;COG=E;KEGG=ko:K04029;Pfam=PF10662;InterPro=IPR012381,IPR027417 +MGYG000000001_81 Prodigal:2.6 CDS 5327 5674 . + 0 ID=MGYG000000001_03086;Name=eutS;db_xref=COG:COG4810;gene=eutS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P63746;locus_tag=MGYG000000001_03086;product=Ethanolamine utilization protein EutS;eggNOG=195103.CPF_0886;COG=E;KEGG=ko:K04031;Pfam=PF00936;InterPro=IPR000249,IPR009307,IPR037233 +MGYG000000001_81 Prodigal:2.6 CDS 5780 6217 . - 0 ID=MGYG000000001_03087;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03087;product=hypothetical protein +MGYG000000001_81 Prodigal:2.6 CDS 6419 6616 . - 0 ID=MGYG000000001_03088;Name=cspB_2;db_xref=COG:COG1278;gene=cspB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P32081;locus_tag=MGYG000000001_03088;product=Cold shock protein CspB;eggNOG=1391646.AVSU01000099_gene348;COG=K;KEGG=ko:K03704;Pfam=PF00313;InterPro=IPR002059,IPR019844,IPR012340,IPR012156,IPR011129 +MGYG000000001_81 Prodigal:2.6 CDS 6872 7768 . + 0 ID=MGYG000000001_03089;Name=mscS;db_xref=COG:COG0668;gene=mscS;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0C0S1;locus_tag=MGYG000000001_03089;product=Small-conductance mechanosensitive channel;eggNOG=1476973.JMMB01000007_gene1194;COG=M;KEGG=ko:K03442;Pfam=PF00924;InterPro=IPR023408,IPR011066,IPR011014,IPR006685,IPR010920 +MGYG000000001_82 INFERNAL:1.1.2 ncRNA 6858 6961 . - . ID=MGYG000000001_82_ncRNA54;inference=Rfam:14.6;locus_tag=MGYG000000001_82_ncRNA54;product=SAM riboswitch (S box leader);rfam=RF00162 +MGYG000000001_82 Prodigal:2.6 CDS 179 1066 . - 0 ID=MGYG000000001_03090;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03090;product=hypothetical protein;eggNOG=632245.CLP_0816;COG=G;KEGG=-;Pfam=PF01522;InterPro=IPR011330,IPR002509 +MGYG000000001_82 Prodigal:2.6 CDS 1154 2017 . - 0 ID=MGYG000000001_03091;Name=rsiV;gene=rsiV;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05403;locus_tag=MGYG000000001_03091;product=Anti-sigma-V factor RsiV;eggNOG=1292035.H476_1480;COG=S;KEGG=-;Pfam=PF13739,PF11738;InterPro=IPR037126,IPR021729,IPR025303 +MGYG000000001_82 Prodigal:2.6 CDS 2032 2529 . - 0 ID=MGYG000000001_03092;Name=sigV_3;db_xref=COG:COG1595;gene=sigV_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O05404;locus_tag=MGYG000000001_03092;product=RNA polymerase sigma factor SigV;eggNOG=500633.CLOHIR_01376;COG=K;KEGG=ko:K03088;Pfam=PF04542,PF08281;InterPro=IPR007627,IPR013324,IPR013325,IPR013249,IPR014284,IPR036388,IPR039425 +MGYG000000001_82 Prodigal:2.6 CDS 2714 3832 . - 0 ID=MGYG000000001_03093;eC_number=2.7.7.7;Name=polC_5;gene=polC_5;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00356;locus_tag=MGYG000000001_03093;product=DNA polymerase III PolC-type;eggNOG=1301100.HG529326_gene4541;COG=L;KEGG=ko:K02342;Pfam=PF00533,PF00929;InterPro=IPR013520,IPR001357,IPR036420,IPR012337,IPR036397 +MGYG000000001_82 Prodigal:2.6 CDS 3946 5418 . + 0 ID=MGYG000000001_03094;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03094;product=hypothetical protein;eggNOG=1301100.HG529270_gene569;COG=S;KEGG=-;Pfam=PF02696;InterPro=IPR003846 +MGYG000000001_82 Prodigal:2.6 CDS 5468 6781 . - 0 ID=MGYG000000001_03095;eC_number=4.4.1.11;Name=megL;db_xref=COG:COG0626;gene=megL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q73KL7;locus_tag=MGYG000000001_03095;product=L-methionine gamma-lyase;eggNOG=203119.Cthe_1842;COG=E;KEGG=ko:K01740;Pfam=PF01053;InterPro=IPR015424,IPR015421,IPR015422,IPR006235,IPR000277 +MGYG000000001_83 Prodigal:2.6 CDS 493 1077 . + 0 ID=MGYG000000001_03096;eC_number=2.6.1.85;Name=pabA;db_xref=COG:COG0512;gene=pabA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P00903;locus_tag=MGYG000000001_03096;product=Aminodeoxychorismate synthase component 2;eggNOG=1301100.HG529352_gene4270;COG=EH;KEGG=ko:K01658,ko:K01664;Pfam=PF00117;InterPro=IPR029062,IPR017926,IPR006221 +MGYG000000001_83 Prodigal:2.6 CDS 1079 2428 . + 0 ID=MGYG000000001_03097;eC_number=2.6.1.85;Name=pabB;db_xref=COG:COG0147;gene=pabB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28820;locus_tag=MGYG000000001_03097;product=Aminodeoxychorismate synthase component 1;eggNOG=1476973.JMMB01000007_gene1169;COG=EH;KEGG=ko:K01657,ko:K01665,ko:K03342,ko:K13950;Pfam=PF00425,PF04715;InterPro=IPR005802,IPR006805,IPR019999,IPR015890,IPR005801 +MGYG000000001_83 Prodigal:2.6 CDS 2418 3155 . + 0 ID=MGYG000000001_03098;eC_number=4.1.3.38;Name=pabC;db_xref=COG:COG0115;gene=pabC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28305;locus_tag=MGYG000000001_03098;product=Aminodeoxychorismate lyase;eggNOG=1301100.HG529352_gene4268;COG=EH;KEGG=ko:K02619;Pfam=PF01063;InterPro=IPR036038,IPR018300,IPR001544 +MGYG000000001_83 Prodigal:2.6 CDS 3183 3884 . + 0 ID=MGYG000000001_03099;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03099;product=hypothetical protein;eggNOG=1301100.HG529352_gene4267;COG=-;KEGG=- +MGYG000000001_83 Prodigal:2.6 CDS 3902 4474 . + 0 ID=MGYG000000001_03100;eC_number=3.5.4.16;Name=folE;db_xref=COG:COG0302;gene=folE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P19465;locus_tag=MGYG000000001_03100;product=GTP cyclohydrolase 1;eggNOG=1301100.HG529352_gene4266;COG=F;KEGG=ko:K01495;Pfam=PF01227;InterPro=IPR020602,IPR018234,IPR001474 +MGYG000000001_83 Prodigal:2.6 CDS 4504 5295 . + 0 ID=MGYG000000001_03101;eC_number=2.5.1.15;Name=folP;db_xref=COG:COG0294;gene=folP;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P64141;locus_tag=MGYG000000001_03101;product=Dihydropteroate synthase;eggNOG=500633.CLOHIR_00226;COG=H;KEGG=ko:K00796;Pfam=PF00809;InterPro=IPR006390,IPR000489,IPR011005 +MGYG000000001_83 Prodigal:2.6 CDS 5307 5672 . + 0 ID=MGYG000000001_03102;eC_number=4.1.2.25;Name=folB;db_xref=COG:COG1539;gene=folB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P56740;locus_tag=MGYG000000001_03102;product=Dihydroneopterin aldolase;eggNOG=1292035.H476_1085;COG=H;KEGG=ko:K01633;Pfam=PF02152;InterPro=IPR006156,IPR006157 +MGYG000000001_83 Prodigal:2.6 CDS 5665 6171 . + 0 ID=MGYG000000001_03103;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03103;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1175;COG=H;KEGG=ko:K00950,ko:K13940;Pfam=PF01288;InterPro=IPR035907,IPR000550 +MGYG000000001_83 Prodigal:2.6 CDS 6152 6961 . + 0 ID=MGYG000000001_03104;eC_number=2.5.1.54;Name=aroF_2;db_xref=COG:COG2876;gene=aroF_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9WYH8;locus_tag=MGYG000000001_03104;product=Phospho-2-dehydro-3-deoxyheptonate aldolase;eggNOG=272563.CD630_14530;COG=E;KEGG=ko:K01626,ko:K03856,ko:K13853;Pfam=PF00793;InterPro=IPR006218,IPR013785,IPR006268 +MGYG000000001_84 INFERNAL:1.1.2 ncRNA 238 339 . + . ID=MGYG000000001_84_ncRNA55;inference=Rfam:14.6;locus_tag=MGYG000000001_84_ncRNA55;product=5S ribosomal RNA;rfam=RF00001 +MGYG000000001_84 Prodigal:2.6 CDS 668 1798 . + 0 ID=MGYG000000001_03106;eC_number=3.4.11.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P24828;locus_tag=MGYG000000001_03106;product=Aminopeptidase 2;eggNOG=1301100.HG529398_gene6807;COG=E;KEGG=ko:K19689;Pfam=PF02073;InterPro=IPR035097,IPR000787 +MGYG000000001_84 Prodigal:2.6 CDS 1884 3089 . - 0 ID=MGYG000000001_03107;eC_number=2.6.1.1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P23034;locus_tag=MGYG000000001_03107;product=Aspartate aminotransferase;eggNOG=445973.CLOBAR_00515;COG=E;KEGG=ko:K00812,ko:K10907;Pfam=PF00155;InterPro=IPR015424,IPR015421,IPR015422,IPR004839 +MGYG000000001_84 Prodigal:2.6 CDS 3444 5792 . + 0 ID=MGYG000000001_03108;eC_number=1.1.98.6;Name=nrdD_2;db_xref=COG:COG1328;gene=nrdD_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28903;locus_tag=MGYG000000001_03108;product=Anaerobic ribonucleoside-triphosphate reductase;eggNOG=1476973.JMMB01000007_gene117;COG=F;KEGG=ko:K21636;Pfam=PF13597,PF03477;InterPro=IPR012833,IPR005144 +MGYG000000001_84 Prodigal:2.6 CDS 5812 6351 . + 0 ID=MGYG000000001_03109;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03109;product=hypothetical protein;eggNOG=1301100.HG529440_gene4796;COG=O;KEGG=ko:K04068;Pfam=PF04055,PF13353;InterPro=IPR007197,IPR013785,IPR012837,IPR034457 +MGYG000000001_85 Prodigal:2.6 CDS 174 2084 . - 0 ID=MGYG000000001_03110;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03110;product=hypothetical protein;eggNOG=1415774.U728_2349;COG=S;KEGG=-;Pfam=PF13515 +MGYG000000001_85 Prodigal:2.6 CDS 2271 3245 . - 0 ID=MGYG000000001_03111;eC_number=2.7.1.-;Name=murK;db_xref=COG:COG2971;gene=murK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97ML3;locus_tag=MGYG000000001_03111;product=N-acetylmuramic acid/N-acetylglucosamine kinase;eggNOG=1301100.HG529314_gene436;COG=G;KEGG=-;Pfam=PF01869;InterPro=IPR002731,IPR039758 +MGYG000000001_85 Prodigal:2.6 CDS 3429 4787 . - 0 ID=MGYG000000001_03112;eC_number=3.1.6.1;db_xref=COG:COG3119;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0TUK6;locus_tag=MGYG000000001_03112;product=Arylsulfatase;eggNOG=1301100.HG529314_gene432;COG=P;KEGG=-;Pfam=PF00884;InterPro=IPR017850,IPR024607,IPR000917 +MGYG000000001_85 Prodigal:2.6 CDS 4793 5647 . - 0 ID=MGYG000000001_03113;Name=sugB;db_xref=COG:COG0395;gene=sugB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WG01;locus_tag=MGYG000000001_03113;product=Trehalose transport system permease protein SugB;eggNOG=1301100.HG529314_gene433;COG=P;KEGG=ko:K10202;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_85 Prodigal:2.6 CDS 5662 6630 . - 0 ID=MGYG000000001_03114;Name=ugpA;db_xref=COG:COG1175;gene=ugpA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P10905;locus_tag=MGYG000000001_03114;product=sn-glycerol-3-phosphate transport system permease protein UgpA;eggNOG=1301100.HG529314_gene434;COG=P;KEGG=ko:K10201;Pfam=PF00528;InterPro=IPR000515,IPR035906 +MGYG000000001_86 Prodigal:2.6 CDS 157 2811 . - 0 ID=MGYG000000001_03115;Name=adhE;db_xref=COG:COG1012;gene=adhE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A9Q7;locus_tag=MGYG000000001_03115;product=Aldehyde-alcohol dehydrogenase;eggNOG=1292035.H476_0336;COG=C;KEGG=ko:K04072;Pfam=PF00465,PF00171;InterPro=IPR016161,IPR016162,IPR015590,IPR039697,IPR016163,IPR034789,IPR001670,IPR018211,IPR012079 +MGYG000000001_86 Prodigal:2.6 CDS 3189 3851 . - 0 ID=MGYG000000001_03116;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03116;product=hypothetical protein;eggNOG=1301100.HG529262_gene717;COG=S;KEGG=-;Pfam=PF03483;InterPro=IPR005146,IPR020825 +MGYG000000001_86 Prodigal:2.6 CDS 3856 4455 . - 0 ID=MGYG000000001_03117;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03117;product=hypothetical protein;eggNOG=1301100.HG529409_gene207;COG=S;KEGG=-;Pfam=PF14014;InterPro=IPR025324 +MGYG000000001_86 Prodigal:2.6 CDS 4571 6166 . + 0 ID=MGYG000000001_03118;eC_number=3.6.1.1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8XIQ9;locus_tag=MGYG000000001_03118;product=Cobalt-dependent inorganic pyrophosphatase;eggNOG=1476973.JMMB01000007_gene534;COG=C;KEGG=ko:K15986;Pfam=PF00571,PF02833,PF07085,PF01368;InterPro=IPR001667,IPR038763,IPR010766,IPR028979,IPR000644,IPR038222,IPR004097 +MGYG000000001_87 Prodigal:2.6 CDS 432 1121 . + 0 ID=MGYG000000001_03121;Name=crp;db_xref=COG:COG0664;gene=crp;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0A2T7;locus_tag=MGYG000000001_03121;product=cAMP-activated global transcriptional regulator CRP;eggNOG=1232452.BAIB02000004_gene513;COG=T;KEGG=-;Pfam=PF00027,PF13545;InterPro=IPR018490,IPR012318,IPR000595,IPR036390,IPR014710,IPR036388 +MGYG000000001_87 Prodigal:2.6 CDS 1161 2654 . + 0 ID=MGYG000000001_03122;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44744;locus_tag=MGYG000000001_03122;product=putative protein;eggNOG=195103.CPF_0640;COG=F;KEGG=-;Pfam=PF11230;InterPro=IPR016905 +MGYG000000001_87 Prodigal:2.6 CDS 2657 3454 . + 0 ID=MGYG000000001_03123;eC_number=1.97.1.-;Name=yjjW;db_xref=COG:COG1180;gene=yjjW;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P39409;locus_tag=MGYG000000001_03123;product=Putative glycyl-radical enzyme activating enzyme YjjW;eggNOG=195103.CPF_0641;COG=O;KEGG=ko:K04069;Pfam=PF04055,PF13353;InterPro=IPR034457,IPR007197,IPR012839,IPR017896,IPR013785,IPR017900,IPR001989,IPR023912 +MGYG000000001_87 Prodigal:2.6 CDS 3596 4243 . + 0 ID=MGYG000000001_03124;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03124;product=hypothetical protein;eggNOG=1301100.HG529256_gene6203;COG=S;KEGG=-;Pfam=PF02588;InterPro=IPR003740 +MGYG000000001_87 Prodigal:2.6 CDS 4327 4548 . + 0 ID=MGYG000000001_03125;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P22066;locus_tag=MGYG000000001_03125;product=Small%2C acid-soluble spore protein beta;eggNOG=1301100.HG529311_gene415;COG=S;KEGG=-;Pfam=PF00269;InterPro=IPR038300,IPR018126,IPR001448 +MGYG000000001_87 Prodigal:2.6 CDS 4614 5960 . - 0 ID=MGYG000000001_03126;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03126;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene4048;COG=S;KEGG=ko:K03308;Pfam=PF00209;InterPro=IPR037272,IPR000175 +MGYG000000001_88 Prodigal:2.6 CDS 153 308 . + 0 ID=MGYG000000001_03127;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03127;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 283 453 . + 0 ID=MGYG000000001_03128;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03128;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 471 1001 . + 0 ID=MGYG000000001_03129;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03129;product=hypothetical protein;eggNOG=1120985.AUMI01000018_gene2903;COG=K;KEGG=ko:K03086;InterPro=IPR013325,IPR036388 +MGYG000000001_88 Prodigal:2.6 CDS 1016 1471 . + 0 ID=MGYG000000001_03130;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03130;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 1555 1986 . + 0 ID=MGYG000000001_03131;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00984;locus_tag=MGYG000000001_03131;product=Single-stranded DNA-binding protein;eggNOG=272563.CD630_29410;COG=L;KEGG=ko:K03111;Pfam=PF00436;InterPro=IPR011344,IPR012340,IPR000424 +MGYG000000001_88 Prodigal:2.6 CDS 2003 2140 . + 0 ID=MGYG000000001_03132;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03132;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 2183 2563 . + 0 ID=MGYG000000001_03133;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03133;product=hypothetical protein;eggNOG=198094.BA_0453;COG=-;KEGG=- +MGYG000000001_88 Prodigal:2.6 CDS 2608 2799 . + 0 ID=MGYG000000001_03134;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03134;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 2812 3135 . + 0 ID=MGYG000000001_03135;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03135;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 3157 3411 . + 0 ID=MGYG000000001_03136;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03136;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 3490 3891 . + 0 ID=MGYG000000001_03137;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03137;product=hypothetical protein;eggNOG=1292035.H476_1025;COG=L;KEGG=-;Pfam=PF05866;InterPro=IPR008822,IPR036614 +MGYG000000001_88 Prodigal:2.6 CDS 3908 4390 . + 0 ID=MGYG000000001_03138;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03138;product=hypothetical protein;eggNOG=1292035.H476_1023;COG=K;KEGG=-;InterPro=IPR006523 +MGYG000000001_88 Prodigal:2.6 CDS 4422 4706 . + 0 ID=MGYG000000001_03139;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03139;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 4887 5048 . + 0 ID=MGYG000000001_03140;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03140;product=hypothetical protein +MGYG000000001_88 Prodigal:2.6 CDS 5078 5245 . + 0 ID=MGYG000000001_03141;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03141;product=hypothetical protein +MGYG000000001_89 Prodigal:2.6 CDS 173 1135 . - 0 ID=MGYG000000001_03142;eC_number=2.3.1.31;Name=metAA1;db_xref=COG:COG1897;gene=metAA1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:E3H7X6;locus_tag=MGYG000000001_03142;product=Homoserine O-acetyltransferase 1;eggNOG=1345695.CLSA_c31870;COG=E;KEGG=ko:K00651;Pfam=PF04204;InterPro=IPR005697,IPR029062,IPR033752 +MGYG000000001_89 Prodigal:2.6 CDS 1479 2153 . + 0 ID=MGYG000000001_03143;Name=sapB_2;db_xref=COG:COG1285;gene=sapB_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q45514;locus_tag=MGYG000000001_03143;product=Protein SapB;eggNOG=1151292.QEW_1827;COG=E;KEGG=ko:K07507;Pfam=PF02308;InterPro=IPR003416 +MGYG000000001_89 Prodigal:2.6 CDS 2226 3107 . - 0 ID=MGYG000000001_03144;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03144;product=hypothetical protein;eggNOG=1292035.H476_1521;COG=S;KEGG=-;Pfam=PF06081;InterPro=IPR010343 +MGYG000000001_89 Prodigal:2.6 CDS 3327 4052 . - 0 ID=MGYG000000001_03145;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03145;product=hypothetical protein;eggNOG=445973.CLOBAR_02436;COG=-;KEGG=- +MGYG000000001_89 Prodigal:2.6 CDS 4393 4857 . - 0 ID=MGYG000000001_03146;eC_number=2.3.1.-;Name=yvbK;gene=yvbK;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O32248;locus_tag=MGYG000000001_03146;product=putative N-acetyltransferase YvbK;eggNOG=1476973.JMMB01000007_gene2210;COG=K;KEGG=-;Pfam=PF00583;InterPro=IPR000182,IPR016181 +MGYG000000001_90 Prodigal:2.6 CDS 156 1448 . - 0 ID=MGYG000000001_03147;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03147;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2031;COG=-;KEGG=- +MGYG000000001_90 Prodigal:2.6 CDS 1462 2280 . - 0 ID=MGYG000000001_03148;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03148;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2032;COG=-;KEGG=- +MGYG000000001_90 Prodigal:2.6 CDS 2273 2470 . - 0 ID=MGYG000000001_03149;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03149;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2033;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_90 Prodigal:2.6 CDS 2566 2964 . - 0 ID=MGYG000000001_03150;eC_number=3.6.3.25;Name=skfE;db_xref=COG:COG1131;gene=skfE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O31427;locus_tag=MGYG000000001_03150;product=SkfA peptide export ATP-binding protein SkfE;eggNOG=1476973.JMMB01000007_gene2033;COG=V;KEGG=ko:K01990;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_90 Prodigal:2.6 CDS 2974 3330 . - 0 ID=MGYG000000001_03151;Name=ytrA_5;db_xref=COG:COG1725;gene=ytrA_5;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O34712;locus_tag=MGYG000000001_03151;product=HTH-type transcriptional repressor YtrA;eggNOG=1292035.H476_0893;COG=K;KEGG=-;Pfam=PF00392;InterPro=IPR036388,IPR036390,IPR000524 +MGYG000000001_90 Prodigal:2.6 CDS 3558 4880 . - 0 ID=MGYG000000001_03152;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03152;product=hypothetical protein;eggNOG=1487921.DP68_14995;COG=S;KEGG=-;Pfam=PF14262;InterPro=IPR025584 +MGYG000000001_91 Prodigal:2.6 CDS 114 266 . - 0 ID=MGYG000000001_03153;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03153;product=hypothetical protein +MGYG000000001_91 Prodigal:2.6 CDS 717 1505 . + 0 ID=MGYG000000001_03154;eC_number=1.1.1.-;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P50200;locus_tag=MGYG000000001_03154;product=NADP-dependent 7-alpha-hydroxysteroid dehydrogenase;eggNOG=1151292.QEW_0073;COG=IQ;KEGG=-;Pfam=PF13561;InterPro=IPR002347,IPR036291,IPR020904 +MGYG000000001_91 Prodigal:2.6 CDS 1525 2325 . + 0 ID=MGYG000000001_03155;eC_number=2.7.1.23;Name=nadK1_2;db_xref=COG:COG0061;gene=nadK1_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8Y8D7;locus_tag=MGYG000000001_03155;product=NAD kinase 1;eggNOG=1301100.HG529375_gene4040;COG=H;KEGG=ko:K00858;Pfam=PF01513;InterPro=IPR016064,IPR017437,IPR017438,IPR002504 +MGYG000000001_91 Prodigal:2.6 CDS 2847 3209 . + 0 ID=MGYG000000001_03156;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03156;product=hypothetical protein;eggNOG=1415775.U729_1771;COG=S;KEGG=-;Pfam=PF09719;InterPro=IPR036280,IPR010181 +MGYG000000001_91 Prodigal:2.6 CDS 3311 4408 . + 0 ID=MGYG000000001_03157;eC_number=3.2.1.52;Name=nagZ;db_xref=COG:COG1472;gene=nagZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P40406;locus_tag=MGYG000000001_03157;product=Beta-hexosaminidase;eggNOG=1391646.AVSU01000049_gene1616;COG=G;KEGG=ko:K01207;Pfam=PF00933;InterPro=IPR001764,IPR036962,IPR017853 +MGYG000000001_91 Prodigal:2.6 CDS 4570 5016 . + 0 ID=MGYG000000001_03158;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A3DHD2;locus_tag=MGYG000000001_03158;product=Carbohydrate-binding domain-containing protein;eggNOG=1487921.DP68_14995;COG=S;KEGG=-;Pfam=PF14262;InterPro=IPR025584 +MGYG000000001_92 Prodigal:2.6 CDS 189 1148 . - 0 ID=MGYG000000001_03159;eC_number=3.-.-.-;Name=uvsE;db_xref=COG:COG4294;gene=uvsE;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9RTE6;locus_tag=MGYG000000001_03159;product=UV DNA damage endonuclease;eggNOG=1476973.JMMB01000007_gene2413;COG=L;KEGG=ko:K13281;Pfam=PF03851;InterPro=IPR036237,IPR004601 +MGYG000000001_92 Prodigal:2.6 CDS 1299 1607 . + 0 ID=MGYG000000001_03160;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03160;product=hypothetical protein;eggNOG=1301100.HG529274_gene1741;COG=S;KEGG=- +MGYG000000001_92 Prodigal:2.6 CDS 1711 1896 . - 0 ID=MGYG000000001_03161;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03161;product=hypothetical protein +MGYG000000001_92 Prodigal:2.6 CDS 2075 3649 . + 0 ID=MGYG000000001_03162;Name=spoVB_3;db_xref=COG:COG2244;gene=spoVB_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q00758;locus_tag=MGYG000000001_03162;product=Stage V sporulation protein B;eggNOG=1301100.HG529262_gene700;COG=S;KEGG=ko:K06409;Pfam=PF14667,PF01943;InterPro=IPR002797,IPR024923,IPR029303 +MGYG000000001_92 Prodigal:2.6 CDS 3703 4554 . - 0 ID=MGYG000000001_03163;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03163;product=hypothetical protein;eggNOG=1301100.HG529262_gene699;COG=P;KEGG=-;Pfam=PF12695;InterPro=IPR029059,IPR029058 +MGYG000000001_93 Prodigal:2.6 CDS 117 545 . + 0 ID=MGYG000000001_03164;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03164;product=hypothetical protein;eggNOG=272563.CD630_23740;COG=-;KEGG=- +MGYG000000001_93 Prodigal:2.6 CDS 608 910 . + 0 ID=MGYG000000001_03165;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03165;product=hypothetical protein;eggNOG=272563.CD630_23750;COG=S;KEGG=-;Pfam=PF07561;InterPro=IPR011437 +MGYG000000001_93 Prodigal:2.6 CDS 974 2056 . - 0 ID=MGYG000000001_03166;eC_number=2.7.2.7;Name=buk2;db_xref=COG:COG3426;gene=buk2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q97II1;locus_tag=MGYG000000001_03166;product=Butyrate kinase 2;eggNOG=1301100.HG529362_gene2107;COG=C;KEGG=ko:K00929;Pfam=PF00871;InterPro=IPR011245,IPR023865,IPR000890 +MGYG000000001_93 Prodigal:2.6 CDS 2046 2645 . - 0 ID=MGYG000000001_03167;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03167;product=hypothetical protein;eggNOG=1301100.HG529362_gene2108;COG=C;KEGG=ko:K00180;Pfam=PF01558;InterPro=IPR019752,IPR002869 +MGYG000000001_93 Prodigal:2.6 CDS 2646 4433 . - 0 ID=MGYG000000001_03168;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03168;product=hypothetical protein;eggNOG=272563.CD630_23810;COG=C;KEGG=ko:K00179;Pfam=PF13237,PF02775,PF01855;InterPro=IPR009014,IPR029061,IPR017896,IPR011766,IPR017900,IPR017721,IPR002880 +MGYG000000001_94 Prodigal:2.6 CDS 279 1328 . + 0 ID=MGYG000000001_03169;eC_number=1.8.-.-;db_xref=COG:COG0502;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q9X0Z6;locus_tag=MGYG000000001_03169;product=[FeFe] hydrogenase maturase subunit HydE;eggNOG=445973.CLOBAR_00596;COG=H;KEGG=ko:K01012;Pfam=PF04055;InterPro=IPR006638,IPR034422,IPR007197,IPR013785,IPR024021,IPR010722 +MGYG000000001_94 Prodigal:2.6 CDS 1546 1836 . - 0 ID=MGYG000000001_03170;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03170;product=hypothetical protein;eggNOG=1444309.JAQG01000062_gene56;COG=K;KEGG=-;Pfam=PF03551;InterPro=IPR036388,IPR005149,IPR036390 +MGYG000000001_94 Prodigal:2.6 CDS 1953 4085 . - 0 ID=MGYG000000001_03171;eC_number=1.17.4.1;Name=nrdZ;gene=nrdZ;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P9WH76;locus_tag=MGYG000000001_03171;product=Vitamin B12-dependent ribonucleoside-diphosphate reductase;eggNOG=1301100.HG529344_gene3207;COG=F;KEGG=ko:K00525;Pfam=PF03477,PF02867;InterPro=IPR013344,IPR000788,IPR005144 +MGYG000000001_95 Prodigal:2.6 CDS 541 1842 . - 0 ID=MGYG000000001_03172;eC_number=4.1.99.-;Name=bzaF;db_xref=COG:COG0422;gene=bzaF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q1JZW3;locus_tag=MGYG000000001_03172;product=5-hydroxybenzimidazole synthase;eggNOG=1301100.HG529346_gene4296;COG=H;KEGG=ko:K03147;Pfam=PF01964;InterPro=IPR002817,IPR037509,IPR038521 +MGYG000000001_95 Prodigal:2.6 CDS 2161 2745 . - 0 ID=MGYG000000001_03173;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03173;product=hypothetical protein;eggNOG=1391646.AVSU01000085_gene552;COG=K;KEGG=-;Pfam=PF01381;InterPro=IPR036073,IPR001387,IPR010982 +MGYG000000001_95 Prodigal:2.6 CDS 2813 3292 . - 0 ID=MGYG000000001_03174;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03174;product=hypothetical protein;eggNOG=1499684.CCNP01000023_gene3152;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_95 Prodigal:2.6 CDS 3299 4036 . - 0 ID=MGYG000000001_03175;Name=dinF;db_xref=COG:COG0534;gene=dinF;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P28303;locus_tag=MGYG000000001_03175;product=DNA damage-inducible protein F;eggNOG=1211817.CCAT010000063_gene4131;COG=V;KEGG=-;Pfam=PF01554;InterPro=IPR002528 +MGYG000000001_96 Prodigal:2.6 CDS 343 558 . + 0 ID=MGYG000000001_03176;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03176;product=hypothetical protein;eggNOG=1499683.CCFF01000014_gene4063;COG=C;KEGG=ko:K07138;Pfam=PF04015,PF14697;InterPro=IPR017896,IPR007160 +MGYG000000001_96 Prodigal:2.6 CDS 862 1662 . + 0 ID=MGYG000000001_03177;Name=modA;db_xref=COG:COG0725;gene=modA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P45323;locus_tag=MGYG000000001_03177;product=Molybdate-binding protein ModA;eggNOG=1151292.QEW_1292;COG=P;KEGG=ko:K02020;Pfam=PF13531;InterPro=IPR005950,IPR041879 +MGYG000000001_96 Prodigal:2.6 CDS 1688 2380 . + 0 ID=MGYG000000001_03178;Name=modB;db_xref=COG:COG4149;gene=modB;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P0AF01;locus_tag=MGYG000000001_03178;product=Molybdenum transport system permease protein ModB;eggNOG=272563.CD630_08700;COG=P;KEGG=ko:K02018;Pfam=PF00528;InterPro=IPR000515,IPR011867,IPR035906 +MGYG000000001_96 Prodigal:2.6 CDS 2384 3427 . + 0 ID=MGYG000000001_03179;eC_number=3.6.3.30;Name=fbpC2;db_xref=COG:COG3842;gene=fbpC2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P44513;locus_tag=MGYG000000001_03179;product=Fe(3+) ions import ATP-binding protein FbpC 2;eggNOG=272563.CD630_08710;COG=P;KEGG=ko:K02017;Pfam=PF00005;InterPro=IPR003593,IPR003439,IPR017871,IPR027417 +MGYG000000001_96 Prodigal:2.6 CDS 3625 4002 . + 0 ID=MGYG000000001_03180;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03180;product=hypothetical protein;eggNOG=1211817.CCAT010000062_gene3973;COG=S;KEGG=-;Pfam=PF17032;InterPro=IPR031493 +MGYG000000001_97 Prodigal:2.6 CDS 260 1633 . + 0 ID=MGYG000000001_03181;eC_number=3.6.4.-;Name=radA;db_xref=COG:COG1066;gene=radA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P37572;locus_tag=MGYG000000001_03181;product=DNA repair protein RadA;eggNOG=1301100.HG529433_gene6509;COG=O;KEGG=ko:K04485;Pfam=PF18073,PF13481,PF05362;InterPro=IPR003593,IPR020588,IPR020568,IPR004504,IPR041166,IPR008269,IPR027417,IPR014721 +MGYG000000001_97 Prodigal:2.6 CDS 1637 2707 . + 0 ID=MGYG000000001_03182;eC_number=2.7.7.85;Name=disA;gene=disA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:A0R8F5;locus_tag=MGYG000000001_03182;product=DNA integrity scanning protein DisA;eggNOG=1301100.HG529433_gene6510;COG=L;KEGG=ko:K07067;Pfam=PF10635,PF02457;InterPro=IPR038331,IPR036888,IPR010994,IPR003390,IPR018906,IPR023763 +MGYG000000001_97 Prodigal:2.6 CDS 2791 3885 . + 0 ID=MGYG000000001_03183;eC_number=3.1.-.-;Name=yacL;db_xref=COG:COG4956;gene=yacL;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q06754;locus_tag=MGYG000000001_03183;product=putative PIN and TRAM-domain containing protein YacL;eggNOG=1151292.QEW_0032;COG=S;KEGG=-;Pfam=PF01850;InterPro=IPR029060,IPR002716,IPR002792 +MGYG000000001_98 Prodigal:2.6 CDS 125 241 . - 0 ID=MGYG000000001_03184;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03184;product=hypothetical protein +MGYG000000001_98 Prodigal:2.6 CDS 260 961 . - 0 ID=MGYG000000001_03185;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03185;product=hypothetical protein +MGYG000000001_98 Prodigal:2.6 CDS 1396 2691 . - 0 ID=MGYG000000001_03186;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03186;product=hypothetical protein;eggNOG=1292035.H476_1358;COG=T;KEGG=ko:K07706;Pfam=PF02518;InterPro=IPR003594,IPR005467,IPR036890,IPR004358 +MGYG000000001_98 Prodigal:2.6 CDS 2718 2840 . - 0 ID=MGYG000000001_03187;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03187;product=hypothetical protein;eggNOG=457396.CSBG_00605;COG=-;KEGG=- +MGYG000000001_98 Prodigal:2.6 CDS 2785 3408 . - 0 ID=MGYG000000001_03188;eC_number=3.4.-.-;Name=agrB_4;gene=agrB_4;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00784;locus_tag=MGYG000000001_03188;product=Accessory gene regulator protein B;eggNOG=1292035.H476_1365;COG=KOT;KEGG=ko:K07813;Pfam=PF04647;InterPro=IPR006741 +MGYG000000001_99 Prodigal:2.6 CDS 536 1960 . + 0 ID=MGYG000000001_03189;eC_number=2.7.1.40;Name=pyk_2;db_xref=COG:COG0469;gene=pyk_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P80885;locus_tag=MGYG000000001_03189;product=Pyruvate kinase;eggNOG=1476973.JMMB01000007_gene3160;COG=G;KEGG=ko:K00873;Pfam=PF00224,PF02887;InterPro=IPR036918,IPR015806,IPR040442,IPR018209,IPR015793,IPR015795,IPR011037,IPR001697,IPR015813 +MGYG000000001_99 Prodigal:2.6 CDS 2538 3137 . - 0 ID=MGYG000000001_03190;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03190;product=hypothetical protein;eggNOG=65071.PYU1_T007069;COG=-;KEGG=- +MGYG000000001_100 Prodigal:2.6 CDS 301 423 . + 0 ID=MGYG000000001_03191;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03191;product=hypothetical protein;eggNOG=203119.Cthe_0220;COG=L;KEGG=-;Pfam=PF13612;InterPro=IPR025668 +MGYG000000001_100 Prodigal:2.6 CDS 689 859 . + 0 ID=MGYG000000001_03192;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03192;product=hypothetical protein +MGYG000000001_100 Prodigal:2.6 CDS 1329 2540 . - 0 ID=MGYG000000001_03193;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03193;product=hypothetical protein;eggNOG=642492.Clole_0585;COG=G;KEGG=-;Pfam=PF07690;InterPro=IPR011701,IPR036259 +MGYG000000001_101 Prodigal:2.6 CDS 155 994 . - 0 ID=MGYG000000001_03194;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03194;product=hypothetical protein;eggNOG=500633.CLOHIR_00123;COG=-;KEGG=- +MGYG000000001_101 Prodigal:2.6 CDS 996 1535 . - 0 ID=MGYG000000001_03195;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03195;product=hypothetical protein;eggNOG=756499.Desde_1949;COG=-;KEGG=- +MGYG000000001_101 Prodigal:2.6 CDS 1528 2025 . - 0 ID=MGYG000000001_03196;Name=sigM_3;db_xref=COG:COG1595;gene=sigM_3;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O07582;locus_tag=MGYG000000001_03196;product=ECF RNA polymerase sigma factor SigM;eggNOG=768706.Desor_2339;COG=K;KEGG=ko:K03088;Pfam=PF04542;InterPro=IPR007627,IPR013324,IPR013325,IPR014284,IPR036388,IPR039425 +MGYG000000001_101 Prodigal:2.6 CDS 2263 2484 . - 0 ID=MGYG000000001_03197;Name=adhR_1;db_xref=COG:COG0789;gene=adhR_1;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06008;locus_tag=MGYG000000001_03197;product=HTH-type transcriptional regulator AdhR;eggNOG=1499684.CCNP01000018_gene1972;COG=K;KEGG=-;Pfam=PF09278;InterPro=IPR009061,IPR015358 +MGYG000000001_101 Prodigal:2.6 CDS 2485 2640 . - 0 ID=MGYG000000001_03198;Name=adhR_2;db_xref=COG:COG0789;gene=adhR_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:O06008;locus_tag=MGYG000000001_03198;product=HTH-type transcriptional regulator AdhR;eggNOG=1196322.A370_00298;COG=K;KEGG=-;Pfam=PF13411;InterPro=IPR000551,IPR009061 +MGYG000000001_102 Prodigal:2.6 CDS 177 584 . - 0 ID=MGYG000000001_03199;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03199;product=hypothetical protein;eggNOG=1349822.NSB1T_10920;COG=S;KEGG=ko:K01607;Pfam=PF02627;InterPro=IPR003779,IPR029032 +MGYG000000001_102 Prodigal:2.6 CDS 948 1568 . - 0 ID=MGYG000000001_03200;eC_number=1.3.99.24;Name=sgcG;gene=sgcG;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q8GMH2;locus_tag=MGYG000000001_03200;product=2-amino-4-deoxychorismate dehydrogenase;eggNOG=195103.CPF_0909;COG=S;KEGG=-;Pfam=PF03358;InterPro=IPR029039,IPR005025 +MGYG000000001_102 Prodigal:2.6 CDS 1801 2610 . - 0 ID=MGYG000000001_03201;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03201;product=hypothetical protein;eggNOG=1235792.C808_00042;COG=S;KEGG=-;Pfam=PF06161;InterPro=IPR010380 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 908 974 . + . ID=MGYG000000001_103_ncRNA56;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA56;product=tRNA;rfam=RF00005 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 644 714 . + . ID=MGYG000000001_103_ncRNA57;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA57;product=tRNA;rfam=RF00005 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 193 259 . + . ID=MGYG000000001_103_ncRNA58;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA58;product=tRNA;rfam=RF00005 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 1168 1235 . + . ID=MGYG000000001_103_ncRNA59;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA59;product=tRNA;rfam=RF00005 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 736 802 . + . ID=MGYG000000001_103_ncRNA60;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA60;product=tRNA;rfam=RF00005 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 563 630 . + . ID=MGYG000000001_103_ncRNA61;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA61;product=tRNA;rfam=RF00005 +MGYG000000001_103 INFERNAL:1.1.2 ncRNA 469 552 . + . ID=MGYG000000001_103_ncRNA62;inference=Rfam:14.6;locus_tag=MGYG000000001_103_ncRNA62;product=tRNA;rfam=RF00005 +MGYG000000001_103 Prodigal:2.6 CDS 1466 1720 . + 0 ID=MGYG000000001_03216;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03216;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene189;COG=S;KEGG=-;Pfam=PF10704;InterPro=IPR019644 +MGYG000000001_103 Prodigal:2.6 CDS 1739 2152 . + 0 ID=MGYG000000001_03217;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03217;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene188;COG=-;KEGG=- +MGYG000000001_105 Prodigal:2.6 CDS 372 1328 . - 0 ID=MGYG000000001_03240;db_xref=COG:COG2826;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:IS658;locus_tag=MGYG000000001_03240;product=IS30 family transposase IS658;eggNOG=1414720.CBYM010000087_gene3341;COG=L;KEGG=-;Pfam=PF13936,PF00665;InterPro=IPR001598,IPR001584,IPR012337,IPR025246,IPR036397 +MGYG000000001_105 Prodigal:2.6 CDS 1435 1827 . + 0 ID=MGYG000000001_03241;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03241;product=hypothetical protein;eggNOG=1243664.CAVL020000026_gene1187;COG=S;KEGG=-;Pfam=PF18705,PF13786;InterPro=IPR040680,IPR025436 +MGYG000000001_106 Prodigal:2.6 CDS 132 1373 . - 0 ID=MGYG000000001_03242;Name=cinA;db_xref=COG:COG1058;gene=cinA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P54184;locus_tag=MGYG000000001_03242;product=Putative competence-damage inducible protein;eggNOG=1476973.JMMB01000007_gene1136;COG=S;KEGG=ko:K03742,ko:K03743;Pfam=PF18146,PF02464,PF00994;InterPro=IPR036653,IPR001453,IPR036425,IPR041424,IPR008135,IPR008136 +MGYG000000001_107 Prodigal:2.6 CDS 263 631 . - 0 ID=MGYG000000001_03244;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03244;product=hypothetical protein;Pfam=PF05228;InterPro=IPR007892 +MGYG000000001_107 Prodigal:2.6 CDS 1106 1570 . + 0 ID=MGYG000000001_03245;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03245;product=hypothetical protein;eggNOG=195103.CPF_2911;COG=S;KEGG=-;Pfam=PF12638;InterPro=IPR024438 +MGYG000000001_109 Prodigal:2.6 CDS 288 824 . + 0 ID=MGYG000000001_03246;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03246;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene1196;COG=S;KEGG=ko:K07038;Pfam=PF04307;InterPro=IPR007404 +MGYG000000001_109 Prodigal:2.6 CDS 891 1493 . - 0 ID=MGYG000000001_03247;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03247;product=hypothetical protein;eggNOG=1301100.HG529349_gene4327;COG=S;KEGG=-;Pfam=PF09335;InterPro=IPR015414,IPR032816 +MGYG000000001_110 INFERNAL:1.1.2 ncRNA 1 95 . - . ID=MGYG000000001_110_ncRNA75;inference=Rfam:14.6;locus_tag=MGYG000000001_110_ncRNA75;product=Bacterial small subunit ribosomal RNA;rfam=RF00177 +MGYG000000001_110 Prodigal:2.6 CDS 593 1183 . - 0 ID=MGYG000000001_03248;eC_number=1.3.1.76;Name=sirC;db_xref=COG:COG1648;gene=sirC;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P61818;locus_tag=MGYG000000001_03248;product=Precorrin-2 dehydrogenase;eggNOG=1301100.HG529436_gene6542;COG=H;KEGG=ko:K02304;Pfam=PF14824,PF13241;InterPro=IPR028281,IPR028161,IPR042518,IPR006367,IPR036291 +MGYG000000001_111 Prodigal:2.6 CDS 583 1026 . - 0 ID=MGYG000000001_03249;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03249;product=hypothetical protein +MGYG000000001_112 Prodigal:2.6 CDS 127 1539 . - 0 ID=MGYG000000001_03250;Name=nhaP_2;gene=nhaP_2;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:Q0ZAH6;locus_tag=MGYG000000001_03250;product=K(+)/H(+) antiporter NhaP;eggNOG=1216932.CM240_0413;COG=P;KEGG=ko:K11105;Pfam=PF00999,PF02080;InterPro=IPR006153,IPR030151,IPR006037,IPR036721,IPR038770 +MGYG000000001_113 Prodigal:2.6 CDS 1121 1357 . - 0 ID=MGYG000000001_03251;eC_number=3.5.1.28;Name=lytA;gene=lytA;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P06653;locus_tag=MGYG000000001_03251;product=Autolysin;eggNOG=1151292.QEW_2326;COG=M;KEGG=ko:K01448;Pfam=PF01520,PF01473;InterPro=IPR018337,IPR002508 +MGYG000000001_114 Prodigal:2.6 CDS 143 1180 . - 0 ID=MGYG000000001_03252;Name=tmpC_7;db_xref=COG:COG1744;gene=tmpC_7;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:UniProtKB:P29724;locus_tag=MGYG000000001_03252;product=Membrane lipoprotein TmpC;eggNOG=1476973.JMMB01000007_gene568;COG=S;KEGG=ko:K07335;Pfam=PF02608;InterPro=IPR028082,IPR003760 +MGYG000000001_115 Prodigal:2.6 CDS 175 1359 . - 0 ID=MGYG000000001_03253;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03253;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene794;COG=L;KEGG=-;Pfam=PF04986,PF14319;InterPro=IPR026889,IPR007069 +MGYG000000001_118 Prodigal:2.6 CDS 97 816 . + 0 ID=MGYG000000001_03267;eC_number=2.7.1.39;Name=thrB;gene=thrB;inference=ab initio prediction:Prodigal:2.6,protein motif:HAMAP:MF_00384;locus_tag=MGYG000000001_03267;product=Homoserine kinase;eggNOG=1151292.QEW_2628;COG=E;KEGG=ko:K00872;Pfam=PF08544,PF00288;InterPro=IPR036554,IPR020568,IPR006204,IPR013750,IPR006203,IPR000870,IPR014721 +MGYG000000001_121 Prodigal:2.6 CDS 260 553 . + 0 ID=MGYG000000001_03271;inference=ab initio prediction:Prodigal:2.6;locus_tag=MGYG000000001_03271;product=hypothetical protein;eggNOG=1476973.JMMB01000007_gene2618;COG=S;KEGG=-;Pfam=PF07561;InterPro=IPR011437 +MGYG000000001_122 Prodigal:2.6 CDS 171 701 . + 0 ID=MGYG000000001_03272;inference=ab initio prediction:Prodigal:2.6,similar to AA sequence:ISfinder:ISClce1;locus_tag=MGYG000000001_03272;product=IS982 family transposase ISClce1;eggNOG=203119.Cthe_0220;COG=L;KEGG=-;Pfam=PF13612;InterPro=IPR025668 +##FASTA +>MGYG000000001_1 +CATAACATTTCTTTTCTTATAAATAAATTAATGGGTAAAAATGACTCTTTAGCTAAAATA +AAAGAACTAGTATTTGGATAAAATTTACAAATACTAGTCACTATGGGTCTATTTTTTTGC +AAAAAATATTTTACTTTATTTGGAAATTAAATTTAACTAGCACAATAGATTAATATATAT +AATTTTTTTATAACAGAGGAGATAGTAGTCTAGAAATAGCTTCTTTTATTTTGATAGATC +TAGCTCTAGAGTTGTACATTTCAATAGTCATTGATTTAGAGTTAGTAATATCTTTTTCAA +ATATTAGTCTTTGTTTTTTAGAAACATCTTCAGAATAGATAAAAGCATTTACTTCAAAAT +TAAGTTCAAAACTTCTAATATCCATATTGGCAGTTCCTATAGAACAAATAGAATCATCGA +TAACTATAGTTTTCGCATGTAAGAAAGCATCATCGCCATAAGTATAAATTTTAGCACCAA +ATTTTAATAATTCTCCTGCATAAGAACAAGATGCCCAGTATACAAATGGATGGTCTGGCT +TAGATGGTATCATGATTCTTACATCAACACCAGACAAACATGCTATTTTTAATGAATCAA +TTAGAGTTCTATCTAAAATAAGGTACGGGCTTTGTATATATATATATTTTCTAGCTTTTT +GTATCATCTTAATATAGCCATATTTAATTTCATCTAATTCAGTTATATCCGGTCCACTAG +AAACAATTTGAATTCCAACATTGCTAGATGAATCATTGTAGTATATGTTAGATGTTTGGT +AGTCATTAAAGTACTTAGCTAAGTCAAGATTTTCTTTAGTTGTGTATCTCCAATCTAAAA +TAAATCTTGTATTAAGATCAATAACAGACCCACCTGTAAGTCTTAAATGAGTGTCTCGCC +ATTCTCCAAACTTAGGATCCTTTCCTAAATATTCATCACCTACATTATTTCCTCCGACAA +ATGCTACATTACCGTCAATTACAACAATTTTACGGTGATTTCTATAATTTAAATTGAAAT +TGACTATTTTAAGTAGAGAAGGGAAGAATGCTCCAGTTTTTACACCATTCTTTTTTAATT +TTATTAAAGTTTTATCTGAAAGTAGTCTACTACCAACTGAATCATATAAAAGTCTAACTT +CAACTCCACTTTTAGCTTTTTCAATAAGAATATCGATTATTTGATTTCCAATATTATCAT +CTTTGAAAATATAAAATTGTATATTTATATAACTTTTAGCATTTTTTAACTCAAATAAAA +GGGAATCAAAGAAATCTTTAGAACGATCATAAATATTAACACTATTATTATTAGTGTAAT +GAGCACTATTTGAATTAGTAAGAGCATCTATCATATCTATATTATTTTTTAAATTTTCAT +CATGCATAGATGAATACTTTAATATATCTTTTGTTTTAGATATGTTTTCTTTTATAATTT +CATCTTCTTGCTCTTTTATTTTAAACATATTATCTTTTGCTACACCTCGGCCAACTAACA +TATATAATATAAATCCTCCGGCAGGAAGAATAGTCAGAACTGCAGTCCATGCAACTATTG +TTTCTATACTTCTTTTTTCTTTAAATATAAGAATTAGAATAACAATGAAGTTGATTATAT +ATATAGATGTAGCGATAATTTCATAAGCCGAGTACTCTAAAAATGATAACAATGAAGCAC +CTCCTATATTTTGTGATTTATTCTATTATATAAAATAAATCAATAATAAAAAAGGACAAA +TATAAATCATAATAGTAGTATAAACAAAAAGAGACTGAACTATTTTTACTAGAACAATCT +CTTCTTGATTTATTTATAATTAAGCAGCTATATTTTCTGTAGCTTTGTTTTTATCTTCTT +TTACGAATAAGAAATAATATACACCAGCAACAAATATTGCACCACCTAATATGTTACCTA +TAGTAACAGGTATTAAGTTATTCATAAACATGCTAGGTATATTTAATTTTGCAGCTTCTT +CTGCAGTTTTGTGAGCAGCTTCTAAGTATAAAGGATTAGATTTAGCAAATAATCCAGCGA +AGAAATAAGCCATATTTGCAACGCAGTGTTCAAATCCTGTACATACGAATAAGAATACGC +CGAAGAAACCAGTTAAAACTTTTCCAGTTACATCTTTAGCACCATAAGTCATCCAAACTG +TAGCACATACTATCCAGTTACATAATATACCTGAAGCTATTGCAGCAGTCCAGCTGAATC +CAAGTTTACCAATAGCATTCTTAACTACAACACCACCGTATAAACCGTTACTCCAATCAA +ATACACCAGATAAGCTTACTAGCCAAGCTACTAATATTCCACCAAGTAAGTTACCAGTCC +ATACTAAAGCCCAGTTTTTGAAAGCTTGTCCCCAAGTAACTCTTTTCTTTAAAGCAGCTA +AAGTTATAAGTATGTTACCTGTAAATAAATCCGCACCAGCTATTAAAACAAATATAAGTC +CAGCTGGGAACATAAGTCCTGCTAATGCTTTACCTAATCCGTAAGTAGCAGGGTTTGCTA +ATAAGTTGTAAGCTGCACCTACTGAACCTAAAGCACCAAAAGCTATATAAGCTCCCGCAA +GGAATGCAGATGCTAAAACTTTTTTAGTAGGTGTAGTTGCTTTTTTTACACCAGCTTCTA +TAGTATATTGAGCTATTTCAGCTGGAGCTAACATCATTTTTTGAGACATTAATAATTCCT +CCTAAAATTTTTATTTTAAAAATTATAAATTTCGAAATAAAGTGTCATTATGGACACAGC +ATTTAATATTATACAATAAAAAAAAAACTTTGTATACATTAAACAATGTATTATTATTGT +TTTAATTTGGAAAGTCAATAAATATATAATAAAAGTAGATTAAAAATATTGTATACATGA +GTATAGCTCTAATATATAGCAAAAAGGAATGATATAATAGATTTGTAGTAAAAAATACCA +AAGCTAATAAAGGGGGGAATTTTATGGACAAAAAATTCTTAACACCCGGGGAAATAGCTA +AAGCGACTATAAATGCAGGTATCAAAAAGGCAAATCTTTCAATGAAGTCATGTATTATTC +TAGGAATTCTAGCAGGTTTTTTCATAGGTTTAGGTGGTTTAGCAAATATAATAATTAGTC +AATCAATAGGAGCATTTGACGCAGGTTTGGCAAAGTTTTTAGGGGCAATGGTGTTCCCTG +TTGGACTTATGCTAGTTGTGATTTGTGGGGCAGAACTTTTTACAGGTAATAATCTAATGT +CATTAGCAGTTATGGATAAGAAGATAACTATAGGCAAAATGTTTAGAAATTGGGGCTTAG +TATGGTGTGCTAATTTTATTGGATCATTAGCTTTAGTATTTCTTATATATTACTCAAATA +GTTTAAGTGGAGATGCAGCTGCTAAGGCGATAGCTATAGGAGAGGCTAAAGTAAGTCTTC +CTTTTATGGATGCTTTTTTAAGAGGTATACTTTGTAATATAGTTGTTGTATTAGCAGTAT +GGTTTGCTACAGCAGCCCAAGATATTATATCTAAGATATTTTCATGTTGGTTTCCAATTA +TGTTATTCGTATTATGTGGATTTGAGCATAGTGTTGCGAATATGTTCTTTATACCAATGG +GAATGATATTAGGTGGAAATATAGAAATGCAAAATCTTATAGTAAGTATATTAGTTGTAA +CTGTAGGTAATATCGTAGGAGGGGCATTAATAGTTCCATTTATGTATTATCATTGCTATA +TTAAAGATGATAATAATAAGTCAGTAAGTAATGCAACAAAATAAAACTGACACTTATAGA +GAATAAGCATATCTTAAAATAGAAATTATTTTGGGATATGCCTTTTTTACGTATAACGCA +TCTATAATATATAAAACTTAGTTGATAACTTATATATTTTAGTAATAGCAATGGATTTTA +AAATGTAAAAAAAGACTATTTAGTCAACGTATGAAGTAGTTGACGACATGAGTGAAGCGG +ATTTTTTATTATTTTTACTTCTTTAATATATATTGTTATTTTTTTTTTAATACATTATTA +TATTAAATATATAAAATTAATATAGTTAAATATAGAAATGATGAATAAATAGTATAAACT +AGGAGGAAATATAATGAATAAGCAATATATATACGAAAGTTTATTAAATATAATAGATAA +AAATAATATAAAAATTGATGAACCTATGAAAAAACATATATCTTTTAGAGTAGGTGGACC +TGCAGATATATTAGTTAAACCAAATACAGAGGAAGAATTAAGTGCATTAGTTAAATTAAT +TAAAAAGGAAAACATTCCTTACTTAATAATAGGTAATGGTTCAAATCTTTTAGTAAAAGA +TGGTGGAATTAGAGGGGTTGTTATAGAACTATCAGATAACTTTAATAACTTCGAAATACA +TGGGAACTTAATTAACGTACAATCCGGAGCACTACTTTCTATAGTAGGAAAGGCTGCTTT +GAGAGAAGAATTAAAAGGATTTGAGTTTGCTTCGGGAATCCCTGGAACTCTAGGTGGAGC +ATTAGCTATGAATGCAGGTGCTTATGGTGGGGAGATGAAGCATATAGTTAAATCTGTTAG +ACTTATGGATATGGATGGAAACATACATGAGCTTACTAATGAAGGAATGGAATTTGATTA +TAGAAAAAGCATCTTATCAAGAGAGAACTATATAGTTTTATCTGCTGTAATAGAGTTAGA +AAAAGGTAATTATGATGAAATAAAAGAAAAAATGGCTGATTTTACTCAAAGAAGAGTTAC +AAAGCAACCGTTAAGTTTACCAAGTGCAGGGAGTACATTTAAGAGACCACCAGGACATTT +TGCAGGTAAATTAATTGAAGATAGTGGATTAAGAGGTCTTACTTTAAGAGGAGCACAAGT +ATCTGAAAAACACTGTGGATTTGTTGTTAACTTAGGAAATGCAACAGCTAAGGATCTTTT +AGATTTAATGTATGTTGTTAAGAGTACAGTAAATGCAAAATATGGCGTAATGTTAGAGGA +AGAAGTCAAAATACTTGGAGAGGATTAATAAATGCAAATATTGGCAGATTATCATACTCA +CACAATCTATAGTCATGGAAAAGGTACTATAGAAGAGAATGTTAAAGTGGCTATATCAAA +AGGAATTAAAACTATAGGTATATCAGATCATGGATATAAGCATATGACTTATGGAGTAAA +AGTAAGAGATATAGCTAAGATGAGAGAAGAAATTGACAAACTAAATGAAAAGTATAGTGA +AATAAATATTCTTCTAGGAATGGAATGCAATATATTAGATGAAAAAGGAAATATTGACCT +TAATGATAAATTTAAATCATATCTGGACTATGTTATGGCAGGATATCATTTTGGATCCAC +ACCCAATAATCTAAGAGGACTAATCAATCATTGTGATAACTATATAATTAGAAGTGAAAG +AGCTAAGGAACAGAATACAAATGCTATTATCAATGCTATGAGAAATAATGATATATTTAT +TATTACTCATCCTGGAGATAAGGGAGATGTTTATATAGAGGAAATTGCAAAGGTAGCAAA +ACAAACAGACACTAGATTAGAAGTTAATAGTAGTCATGGATTTTTAAATGTTGAGCAATT +AAAGGCTATAAAACATTTAGAGAATAAATTGATTATAGGTTCAGATGCACACATACCAAA +TAATGTAGGTAATTTTAAATTAGCGATAGATACTATAAGAAAATCAGGCATAGATACAAA +ACTAGTCGAAAATATAAGACTGTAAGAGGGGGAGTTAGGATGAAATTTGTAATTGTTACA +GGTCTTTCTGGATCTGGAAAAAGTGAGGCCATGAGGGCATTAGAAGATATGGGATTTTAT +TGTGTAGATAACTTACCTCCTGCACTAATAACTAAATTTGCAGAATTATGCTATCAGCCT +AATTCAAGTATTGATAAGGTCGCATTAGGTATAGATATAAGAGGAAGAAAATTTTTTGAG +GCTCTTCATGAAAGTTTAAACTATTTACGCAATGCAAATTATAAGTATGAAATGATGTAT +TTAGATTGTTCTGACAATGTTTTACTAAGAAGATACAAGATGACTAGAAGAAACCACCCT +CTAGCTAATAATACTCAAATTCCGGAAGGCATAAAAATGGAAAGAAAAATAATGGAGCCA +TTGAAGGAAATTTCTGACTGTATAATAGATACATCTAATATGAAGCCGAAGGATTTAAAA +GAAGAAATATCAAAGATATATTCTGATGGAGAAAATAATCAAAATCTAACTATATCTGTT +GTTTCTTTTGGTTTTAAGCATGGAATTCCAGCAGATTGTGATTTAGTATTTGATGTTAGA +TTTTTACCTAATCCTTATTATATAGAAGATTTGAGACCTAAAACGGGTGATGATAAAGAA +GTTAGAGAATATGTAATGAACTCTAAGATTAGTGAAGAGTTTTATGAGAAACTATTAGAT +ATGGTTAACTTCTTAGTGCCTCAATATATTGAAGAAGGAAAGCATCACTTAGTTATAGGA +ATAGGATGCACAGGTGGAAGACATAGATCTGTTACTATATCTAACATGATATATGATGAC +TTATCAAGTAAAGGATATAGAGTAGTTAAAAAACATAGAGATTCTATGTTGAGATAACTT +GGAGGACTTTATGAAAACCATATTTATTATAATTGGTATTTTAGGCTGGATAGCCTTATT +TATATCTCTTTACTTATACAAGAAATCAAATAAAAATAGGAATAAAATCTTAGATTTAAA +AATTGTTGAAAAAGAAGGCCCAAAAGTAGTTGTTATTGGAGGAGGAACAGGCCAATCTAT +ATTTTTGAGAGGGTTAAAGCACTATACTCAAAATATTACAGCTATAGTTACCGTTGCTGA +TGACGGTGGCGGATCAGGTGTTTTAAGAGAAGATTTAGGGATGTTACCTCCAGGAGATAT +AAGGAACTGTTTACTAGCTCTTGCAAATATAGAACCTACTATGAATGAAGTTATGCAGTA +TAGGTTTACCGATGGAAACCTAAAGGGTCAAAGTTTTGGAAATTTATTTATTGCAGCTAT +GAATGGCCTTTATGGTAATTTTGAAACTGCAGTCTATAAAATGAGTGAAGTATTTGCTAT +AACAGGTCGTGTTCTTCCTGTTACATTAGAAAATGTAAATTTAATAGCGAAGCTAAAAAA +TGGAAATATAATAAAAGGTGAGTCTAGGATACCTGAAGAAGTTAAGTCTCAAAAATCTAA +TATTGAAAAAATAACTCTAGACCCTATAGATGTTACACCTTTGGAAGAGGTAATTACATC +CATATATAATGCAGACATAATTGTTATAGGGCCAGGGAGCTTATACACAAGTATAATACC +TAATTTATTAGTAAGAGGAGTAGTTAAAGCTATAAAAAAATCTAATGTACCCAAAGTATA +TATATCAAATATCATGACACAACCAGGAGAGACAGGAAATTACAATGTATTAGATCACGT +TAATGCTATAAATAAGCATACTAATAAAGAATTAATAGATTATGTAATTGTTAATAATGA +AGTATTGCCTGAAGATGTTTTTGATAAATATAGAAAAGATGGAGCAGAACAAGTTTTACT +AGATGAACCTCAAAACAAAATGTTAGATGATATGGGTATAAAAATTATAGAAGATAATTT +AGTTGAAGTTAAAAAGAATTATATTAGGCATGATGCAAAACATATAGCTAATATAATTGT +TAACTTGGCACTAAGTCATAATTATGACAATGATAAGTAAAAAAGGATTTTAAAGATTTG +TGTAGAAATCCTTATTATTATGTTAGTTTTAAGGAGTGAACATCTATGAGAGAAGAGGTT +AGTGCCGGTGGAGTAGTATTGTTTGGAAATGCCGTTCTTTTACTGAGGAAGTTTAATGGA +GATTGGGTTTTACCTAAAGGAAAAGTAGAAGAAGGGGAAAATAAGCAAGAAGCAGCACTA +AGAGAAGTTTTAGAGGAAACAGGCGTTAAAGCAGATATATTAAAATATTTGGGAGAAATA +CATTATACGTTTAAGGAAAATTGGGATGAGAATAGAGCAGTTCACAAAACAGTTTTTTGG +TATTTAATGAAAGCTAGAAGCATGGATACTATACCACAAAAAGAAGAAGGATTTATTGAT +GCTAAATTCATTCATCTAGATCGGGTTGTTGACTTAGCTAGATACGATGATGAAAAAGAA +ATAATTAAAGTAGCTTTACAGGAAATAAAAAAAAGGCTTAAGAATAATAGCTAGTCTATA +AGATTATGGGTGAAGAATATGTCATTTTCAGCTGAAACAAAAAATGAATTAGCTAGGATA +ATGCCTGAGGATAGAGAGTGTAGCTTAAGTGAATTATCAGCTATAATAAAATTGTCAGGA +AGTATACAAATCGCGGGCTATAAGAAATTAAATATAAAAGTAATAACAGAGTTAAACTCT +ATAGCAAGAAAGGTATTTAAATTATTAAAGCAAAATTTTGATATAAATACAACTATAAGT +GTAAATAAGAATCAAATGCTGAAGAGAAATAATAGTTATGTTCTTGTTGTTAAAAGTGAA +ATGGGAGCAGAAAAATTATTAAGAGACTTAAGAATCTTACCTTCAGAAGAGGCGTTCTAT +CCTTTAAATGAAGTGCCAAAAGAGCTTTTAAAAAATGATGAATGTATTAGAGCATTCTTA +AGAGGTGCATTTTTAGGGGGAGGATCTATTAGTGATCCAGAGAAAAATTACCATATGGAG +TTTGTGACTAATAATGAAGATTTTGCAAATTCATTAAAGGACCTTATAAATTCCTTAGGT +TTTAACTCAAAAATAGTATCAAGAAAAAATAATTATGTGGTATATCTTAAAGAAAGTGAG +CAAATATCTGACTTATTAAGTATAATAGGAGCTCATAATGCTCTTTTAAGCTTACAAAAT +ACTAAAATAGTAAAAGAAATGAGAAATAATGTAAACCGAATAGTTAATTGTGAAACAGCC +AATTTATCTAAAACTGTAAATGCAGCAGTAAGACAAGTAGAGAACATTAGATTTATACAG +GAAACTATAGGAATCAGTAGTTTACCAGAAAATCTACAAGAAATAGCGAGAATTAGGGAG +GAATATGAGGATATGACATTAAAGGAATTAGGGGAAATGTTAAATCCACCTATAGGTAAA +TCTGGAGTAAATCATAGACTTAGAAAGATAGAAGAAATAGCAAATAAATTAAGAGAAAAT +ACTTATAAGTAAGGGGTTATATTTTATATAGCCTCTTTTTGTTTTAATACATGAATTTAT +GGTAAAATTAAATCTATAAGCAGGAGGTGATATAATGAGCAATAAATTTGTTCATCTTCA +TGTTCACACAGAGTATAGTTTACTTGATGGATTTTCAAGATTAAAGAAGCTTATAAATAG +ATGTAAGGAACTTAATATGGATTCAATTGCTATAACTGATCATGGTTGCATGTTTGGAGT +TATAGATTTTTATAAGGAAGCTAAAAAATCAGGTATAAAGCCAATAGTAGGTTGTGAGGT +TTATACAGCAGCTCGTAGCTTAAATGATAAAGATCCAAATTATGATAAGTCTCAAGGACA +TTTAATTTTATTAGCTGAAAATATGACTGGATACAATAATCTAATAAAGATGGTATCTAA +GTCTTATGTGGAAGGATTCTACTATAAACCAAGAGTAGACATGGAGGAGCTTAGACAACA +CAGTGAAGGAATAATAGCATTATCAGCATGTTTAGCAGGAGATGTTTCTCAAGCTCTTAT +GGATAGAAATTATGATAAAGCTAAAAAACTTACACTTGAATATAGAGATATATTTGGTGA +AGATAATTATTTTTTAGAGATACAAGATCATAATTTACCAGAACAAAAAGAAGTAAATGC +TGGAATAATAAAATTGTCAAAAGAATTGAATATACCATTAGTAGCAACTAATGATATTCA +CTATGTAAATAAAGAAGATTCGAAAATACATGATGTTCTTATGTGTATCCAAATGGGTAA +AACAGTAAATGACCCTAATAGAATGAGATTTGGTAGCGATGAGTTTTATTTAAAGTCAAG +AGAAGAAATGGAAGAACTTTTTCCATATGCTATTGATGCATTAGATAATACTGTAAAAAT +AGCAGAAAGATGTAATATAGAATTTGACTTTGATACAATACATCTTCCTAATTATGATGT +ACCAGAAGGGTATACAACAGATAGTTATCTAAGAGAATTATGTTTCAATGGACTAAAAGA +AAGATACGATAATCCAAGTGAAGAAGTAATAGAAAGACTAAATTATGAGTTAAATGTTAT +TGAAAAAATGGGATATGTAGAGTATTTCTTAATAACATGGGATTTTATAAACTACGCAAA +AGAAAATAAAATAATGGTAGGTCCAGGTCGTGGTAGTGCAGCTGGTTCTATTGTTGCATA +TACACTGAAAATAACAGATATAGACCCAATTAAGTATTCTTTACTTTTTGAGAGATTTCT +TAACCCAGAGCGTGTATCTATGCCTGATATAGATATAGACTTCTGTTATGAAAGAAGAGA +AGAAGTTATTGATTATGTAAAAAGAAAATATGGTGAAGATCATGTTGCACAAATAATTAC +ATTTGGAACAATGGGAGCAAAAGCTGCTATTAGAGATGTTGGTAGGGTATTAGATATCCC +TTACAATAAGGTTGATAAAATAGCAAAAGAAATACCTTTTGCTTTAGGAATGACTATAGA +TAAAGCATTAGATACGAATCCTAACTTAAGAGAATTATATGAAAATGACTCAGAAACCAG +AGAAATTATTGATGTGTCTAAACAAATCGAAGGTATGTTAAGACATGCTTCAACTCATGC +AGCAGGTGTTGTTATATCTAAAAACCCTGTTGACGAATATGTACCGTTGTATAAGCATCA +GGATGCAATAACTACACAATTTACAATGACAACATTAGAAGAATTAGGTCTATTAAAGAT +GGATTTCCTTGGTTTAAGAACACTTACAGTTATAAGGGATGCTTTAGACTTAATTGAAAA +AAACTATGGAAGAAAGATTGATTTCTCGAAAATGGATTATGATGATCCTAAGGTGTATGA +GCTTTTATCATCAGGTAATACTTTAGGAGTATTCCAATTAGAAAGTGCTGGTATGAGAAG +TTTCATGAAACAGCTGAAACCAGATAACTTTGAAGATATAGTTGCTGGAATTTCTTTATA +TAGACCAGGTCCAATGGACTCTATACCAACATATATAGAGAATAAAAATAATCCAGATAA +AGTAACTTATATACATGAATCATTAAGACCAATAATGGAAGTTACCTATGGTTGTTTAGT +TTATCAGGAGCAAGTAATGCAGGTTGTTAGGGAATTAGGTGGATATAGTTATGGACGTAG +TGACTTAGTTAGAAGAGCCATGGGTAAAAAGAAAATGGACGTTATGGAAGAAGAAAGGCA +ATACTTTATCTATGGTAAAAAAGATGATGAAGGAAATACTGAAATTACAGGATGTATAGC +TAATGGAATTCCAGAAGATATAGCAAACCAAATATTTGATGATATGATAGACTTCGCAAA +GTATGCATTCAATAAATCACATGCAGCTGCATATGGTGTCTTATCATATGAAACGGCATA +CTTAAAGGCTCATTATCCAGTAGAATTTATGGCAGCTTTAATAACTAGTATTATGGGTAA +TACAGATAAAGTTGTTGAATATATTAGAGAATGTAATGCATTAGGAATAGAAGTTTTAAA +ACCAGACATAAATAAAAGTTTTTCTAAATTCTCAGTTGAAGGAAGCAATATAAGATTTGG +ATTAGCAGCTGTAAAAAATGTAGGTGTTAATATAATTAATAATATTATAAATGAAAGAGA +GCTTAATGGTACTTTTGCAGATTTTGTAGACTTAGTAAAAAGGCTTGATTCAAAAGATAC +TAATAAAAGAGTATTAGAAAGCTTAATTAAATGCGGAGCATTTGATGACATAAGTCACAA +TAGAGCAAGCTTAATGGCAGGATATGAGCAGTTATTAGATAGTATTTCTATGGATAGAAA +GAAAAATGTGCAAGGTCAAATATCATTATTTGATGCATTTGGTGGAAGTGATGAAACAGA +GCAGTTCCAAGAAATATATACAATGCCGAAATTAAAGGAGTACGAAGAAAGAGAAAGATT +GAGTTTAGAAAAGGAAGTTTTAGGGATGTATGTAAGTGGTCATCCTTTATCTCAATATAA +AAATAATTTAGAAAGAAATACTTCTATTGACAATGGAAAATTAAACTCATTAAAAGAAGA +TGAAGAAGCGTATATCAGCTTAGACGAAAAAGAAGTTATAATGGGTGGTATGGTCGTTAA +CAAGACTATTAAAACAACTAGAAGAAATGATATTATGGCATTTTTGGAGTTAGAAGATTT +GTATGGAGCTATAGAAGTTATAGTATTTCCTCAACTTTTACAAAAATATAATAGTATACT +TAATGAAGATAACATTATATATGTAAAAGGTAGGTTAAGCATAAAAGAGGGAGAGAATGC +AAAAATTATAGCTAATGATTTTAAAGAAATAAATGATGAACGCAATTTCAGAAATGGTGG +AAATAGCGAGGCTAAAAAAGAATCAAAAACAGGATTATATTTAAAAGTTAATAGCTTTAG +TAATAATAACTTAATAGAGGAAATAAAATTAGTATTAGCGGAATGTCAAGGTAAGGAAGC +AGTATACCTATATGCAGAAGATACAAGACAACTATATAAATGGAATGGGATTTATGTAGA +TATAAATGATAAGACCATTTATAGGTTAGAAAGTTTACTACCAAAGGACAATATAAAGAT +AAAAAGCTAAGAAGTAAAAAATAAAAAAATAAATACTTACGAATAGTATAAAAAATGTTT +TGAGATATGATATAATATCAAAAAATGGATATTTTTAGAGATTTTTAATTTTTTTACCTG +TAATGGGATGAAAAAATGATCTAGGGACATGAAAGGTCCCTGCAATTTAGAAATCGGGAG +GAATACTATGAAAACTATAGGGATTTTAACAAGTGGAGGAGATGCTCCAGGAATGAACGC +AGCTATAAGAGCTGTAGTAAGATCAGCTATATATTATGGGTGCAAGGTGTATGGTATTAA +CAGAGGATACAAAGGTTTATTAGAAGAAGATTTAGTTGAAATGAACTTATCTTCTGTTGG +TGATATTATACATAGAGGGGGTACTATATTAAAGTCTTCTAGATGTGAAGAATTTAAAAC +TGAAGAAGGTAGATTAAAAGGCGTTAAGGTTCTTAAAAAGTATAAAATTGATTGCTTAGT +TGTAATAGGTGGAGATGGATCTTTCAATGGAGCTCAAAAGTTAAGTGAATTAGGATTCCC +AGCAATTGGAATACCTGGAACTATTGACAATGATTTAGCTTATACAGATTATACTATTGG +ATTTGATACTGCTATGAATACGGTAGCAGATGCTATAAGTAAAATAAGGGATACATCTTC +ATCTCATGAAAGAGTTAATATTGTTGAAGTTATGGGAAGACATTGTGGTGATTTAGCTTT +ATATTCAGGTCTTGCTGGTGGAGCAGAAACTATAATAGTTCCAGAAGTTGACTTCAAAAT +TGAAGATATATGTAATAGATTAAAAACTACTCAAAAAAGAGGTAAAAGACATAGCATAAT +AGTTTTAGCCGAAGGAGTAGGTAATGCAAATGATTTAGGCAAAGAAATAATAAAAGTAAC +AGGTGCAGATTTAAGAGTAACAGTTCTAGGTCATGTACAAAGAGGAGGATGTCCATCAGT +ATTTGATAGAATTCTTGCAAGTAGAATGGGAGTAAGAGCCGTGGAATTACTATTAGATGG +AAAATCAGCTAAAGTCGTAGGAGTAAAAGATAATAAAATAATCGATATGGATATAAATGA +AGCACTTTCTATGACTAGATCTTTTGATAAAGAAACTTATGAAATGGCAAAAATACTATC +TATATAATAATAGGAGGAATATATATATGCTTAAAAATGTAAAAAGGACTAAAATAGTTT +GTACTCTAGGGCCAGCTTCAGATAGTGAAGAAGTTTTAACAAAGCTTGTTGAGAATGGGT +TAAATGTTTGTAGATTTAACTTCTCTCACGGTTCACATGAAGAACATAAAAGAAGATTAG +ATACAGCTAAAAAAGTTAGGGAAAAATTAAATAAGCCTGTAGCATTATTACTAGATACTA +AAGGACCAGAAATAAGAACTGGGCAATTTGCAGATCCAGAAGTATTCTTAGAAGAAGGTA +GCCAATTCACTATAACAATGAAAGATGTTGTAGGAACAAAAGAAATGTGTACAGTAAGCT +ACAAAGATCTTGCTAATGATGTTAAATCAGGAGATGTAATATTAATAGATGATGGTTTAG +TAGGACTTAGAGTACAAGAAGTAAATGGAGATGACATAGTTTGCTTAGTTGAAAACTCAG +GTATAGTTAAAAACCATAAAGGAGTAAATGTTCCTGGAGTTAAAATAAACCTACCAGCAA +TAACTCCTAAAGATATAAGTGATATAGAATTTGGGATAAGCCAAGGAATAGACTTTATAG +CTGCATCTTTCGTAAGAAAAGCGTCAGATGTGTTAGCGATAAGAGAAATATTAGAAAATA +ATAATGCTACAGATATACAAATAATATCTAAGATAGAAAATCAAGAAGGTGTAGATAACC +TAGAGGAAATATTAAAAGTGTCTGACGGTATAATGGTAGCAAGAGGTGACTTAGGTGTTG +AAATACCAACAGAAGAAATGCCTATAGTTCAAAAAATGATGATAAAAAAATGCAAGGAAC +TAGCAAAACCTGTTATAACTGCTACTCAAATGCTTGATTCTATGATAAGAAACCCAAGAC +CAACAAGGGCAGAAGTAACAGATGTTGCAAATGCAATATACGATGGAACAGATGCAATAA +TGTTATCTGGAGAAACTGCTGCAGGAAAATATCCAGTAGAAGCAGTAAAAACAATGGCTA +CAATAGCTAAGAGAACTGAAGAAACTTTAGAATATGCTAGATTACTAAAAGAAAATTCTT +CTAATAATGAAACAGTTACAGATGCTATAAGCTATGCAACTTGTTCAACTGCAGTTGCAT +TAAATGCATCAGCAATTGTAACAGCAACGTCTTCAGGATATACTGCAAGAATGGTATCTA +AATTTAGACCACAATCTCCAATAGTGGCTGCAACTGCAGATGAAAAAGTTATGAGACAAT +TAAACCTTAACTGGGGGGTTTATCCAGTAAAATCTGAATTAGCATCAAATACTGATGAGG +TTATAGAAAATTCTATAGAGTCAGCTAAAAAAGCTAATTATGTAAATGATGGAGAATTAG +TTGTAGTAACGGCTGGAGTTCCAGTTGGTGTAAGTGGTACAACTAACCTAATTAAAGTTC +ATGTAATGAGCGAAGAAATAGTTCAAGGTATTGGTGTAGGTGATAAAACTGTAGAAGGTA +AAGTTCGTATAGTTAAGTCAGGAGAAGAGTGTGAGAACTTCAATGAAGGAGATATATTAG +TAACTACTATGACTGATATAGAAATGAATCCTTATATAGAGAAGGCTGCTGCTATAGTTA +CAGAAGATGGAGGAATGACATCTCACGCAGCTATAGTTGGATTAAACTTAAATAAAGCCG +TAGTAGTATCGGCTTCAAACATACTAAACTCAGTTAAAGATGGAGAAGTTATAACTGTAG +ATTCTTCTAGAGGTGCTATATATAGAGGATCAACAAGAGTTTTATAAAAAATTATGAATT +GTCAGAAAATGATTGAACATTATGGAAAATAATGTTATTATATATTTAAGTTATTTATGC +CACTAGGTTGCTAGTAAACTTAGTGGCTATTTTATAATTTAAAATTGACAGAAAATTTCA +AAAAATTAAAAAATACATACTGTATAAAATCTACATTTTTATTATATTAACAAAAAGGAG +GGAGATATAATGACTGAAAGTAGAGAGAACTGGGGTTCAAAAATTGGTCTTATATTAGCA +ATGGCAGGAAATGCTGTTGGTCTAGGGAACTTCTGGAGATTCCCTTATGTAGCAGCGTCT +AATGGTGGAGGCGCATTTATGATACCATACTTTTTTGCACTAATAGTTATAGGTATACCT +GTAATGTTAATAGAATGGAGTATAGGTCGTTATGGAGGAAAACATGGACATGGGACATTA +GGTCCAATGATGTATTTACAAGCAAAACAAGCCATGTCACCTAAGAAAGCAATTATAATA +GGTTCTTTATGTGGAATGATAGCATTTGCAGTAACAATATTAGTTAACTCTTATTATAAC +CATATAATAGGTTGGTCATTAGGATTTGCAATACATTCATTACTTGGTACATATAAATCA +GATCCAGGTGCATTCTTTAGTGCATATGTGCAAGATCCAAAGATGTTAGTATTTTGGGTA +ATATCATTAGGAATATTAACAACTGCAGTAATGAAGGGTATACAAGATGGTATAGAATCT +TGGGCGAAGATAATGATGCCTGTGCTTTATGTGTTTGGTATTATATTAGGAATAAGAGCT +TTAACGCTAGGTTCACCAATTAACCCGGACTGGAGTTCTTTAAAAGGTTTAAACTTCATT +TGGAATCCAGATTTTAGCCAATTATCTTGGAGTTCAGCAATAGCTGCAGCAGGTCAAATA +TTTTTCACATTATCTTTAGGAATGGGTATTATACAAAACTATGCTTCATACCTAAAGCCA +GATGAAGACATAATAACTGCATCAGTAGCTACAGTATCATTAAATGAATTTGCAGAGGTT +ATATTAGGCGGTACTGCTGTTATACCTATAGCGTATGCATTTTTAGGACCAGAGGGTATC +AAAGGGAGTATAGGTTTAGCATTTATGGCCTTACCAAATGTATTTAGTACTATGACTGGT +GGAGGAATTTTTGGAGCTCTATGGTTCTTATTATTATTCTTTGCTGGTATAACATCAGCT +ATAGCAATGTACAACTATTTAGTTGCATTACTAGAAGAAGATGCCGGAATAGATAGAAAA +AAAGGAGCTTGTATCGTTTTTATAGGTTACTTAATAGTAGGGGCACCGATAGCTTTAGAA +TCAGTACTAACTAAAAGTGCAAATCTAATGTACTTTACAGAAGTTGATAACTGGATAGGT +AACTATCTGTTAATAGTTCTAGGTTTAATAGAAATAGTAGTTATTGGATGGTGTGTAAAA +GATAGTGCACTTGAAGAAATGAATAAAGGTGGATTATGGAAGATTCCAAAGTGGTTCTTT +AGATTATTCCATCAATTCTTAACTCCAATAACGATAATAACTTTCTTAGTATTCTTTACA +AAAGATTATTGGATACAAGGTAACTTTAAATTAGTACCATCATATGTTGCGTCAACACCA +GAGTTTATTCCTTGGGTTAATTTAGGAAGAGCAGTGGTACTTATAGTTCTTGTTGTAGGA +TTTATTCAATCTTATAAATCAATTAAAAGTAAATATACTAAAGAAATAGAAAATAATAAG +GCGACGAACTTATAAGGAGAGGATATATATGACTAGTTCAGCATGGTTATTTTTGGGATG +CATATGGTTCACGATATTTATAACTATAGCAATATCGATGAGGAAAATAATAAAAAATCA +ATAGAATAATTTAAAGGGTATGTTATAAGAGGTGTATTAAAAACGGGATAAGTAAATCCT +TTTGATACATACTCTGATAATATACTCCTTTTTAATATTAAGAAAGGTACAACTATGGGG +GTGTTTTTTTGAAGACAAATTTAATTCTAAGTACAATAAGTCAATTAATAGAAGAGTTGA +ATAAGATAAAAATAATAAAAGAGAATAAACTAAAAAAATATAATAAAGAATTACATAATA +TAAGATCGGAGTATGGAAAAATAGAGATAGAAGGGAATTTTAAAAAACAATATAATCAAT +TAAATTCAAAAGGTATAGAGCTGTTACGAGAGTTAAGAAACAATAAAAAACTAGATAAAA +ATAAGGTAGTGCATGATATAGAATTATACATAAGGTATCTAAATATATCTTTATATGATT +TTCAAGAAAGGACAGTATATTTAAGAAAGTACATAACAAGTTTCTTATTTTCATCAATAT +TATTCTTAGCTTTATCACCACAGTTTTATGGATTTATACTTCCAGTATTATTCTTTTTAC +CGATATACTTAGGTTTAAAAGGAGTAAAACAAAGATCTATGACTGGATTTTACATGACAA +TGAGTGTAGTACCTGTAGCGTTTATGACGGCTACAACATGGATTAGATATGGAATCAGTG +TAAGTAAGGATTATACTCAAGCAGTAACATCAATAGTAGAAAGTGGAGTTTCTCAAAATC +TAGCGCAAAATTTGGTATGGATAGGACCTTTACTTGGAGTTTTATTGTTATTATTTTCAA +TAGCACAGCTATACAGAGGAATTAAAAGTAAAGATTTATTTATTTAAGGGCTTTATAAGC +CCTTGTTTTTTTGGTAAAATAAATTCTTGTAGTTTCTTAAAAAATATGTACGGAGGATTA +ACCTATGTTGTCAAAAAATAAAGAGTATGTAGTAGATATAGTTGATATAGGTCAGGGCGG +AGTTGGAATAGGTAAATACGATGGTTTTACAGTATTTGTAGATGGAGGACTAATAAACGA +CAGGATTAAAGTAAGAATTAACAAATCTAAGAAAAATTACGCAGTTGGAGATATAGTTGA +AATAATAGAAGAGTCCCCATTTAGAGTAAAGAGAAAATGTAGTGATAATCTAAAAGATTG +TGGAGGGTGCCAAATTCAAGAATTAGACTATCAAAAACAACTTGATATAAAAACAAATGA +AGTAAAACAAGTTATAAGTAGAATCGGAAAATTAGAGGATGTAGTAATTCATGACACTTT +AGGAATGGAAGAGCCAGTAAGATATAGAAATAAGGCTCAATTTCCAATTCAAAAGGTTAA +TAATAATCTGTTAATAGGTTTTTATAAAAAGAAAAGTCATGACATAATACCTACGGATAA +ATGTATAATACAACATGAAATAAATGATAAAATCATGAAAATAATTAAAACTTATATAAA +TGCATATAAGGTTAGTGTATATGATGAAAAAACTCATACAGGAGTTTTGAGACATTTAGT +AACAAAGGTAGGATTTACAACGAATGAAGTTATGGTAGTTTTAGTTGCTAATGGTAAGAA +ATTACCTTATTTAAAAGAGTTAGCATCTGTATTAGAAGAAAATGTACCAGGGTTCAAAAC +TTTAGTTGTAAATGTTAATAGAGAAAAAACTAATGTTATATTAGGTAGGGAAAATATAGT +TGTTTATGGAGACGGAAAAATAAATGATTATATAGGAGAATTAGTATTTGAAATATCTCC +ATTGTCATTCTTCCAAGTAAACCCTGTTCAAACTGAAGTTTTATATAACAAGGCTTTAGA +ATATGCAGATTTAAAGGAGAATGATACTGTATTTGATATATACTGTGGAATAGGAACGAT +ATCTTTATTCTTAGCTCAAAAAGCTAAAAAAGTATATGGAATAGAGATAGTTGAAGATGC +TATTAAAGATGCAAAAATAAATGCTAATTTAAATAATTTAGATAATGTTGAATTCTATGT +AGGAAAAGCTGAAGAAGTTGTTCCTAAGATGTATAAGGAAGGTAAGACAGCTAATGTTGT +TGTTGTTGACCCTCCAAGAAAGGGATGCGATGAGAAGGTTCTCGATACTATAGTTTCTAT +GAAACCAGATAGAGTTGTATATGTTTCTTGTAACCCATCTACTTTAGCTAGAGATTTAGC +ATATTTAGATGAAAGAGGATACAAGTGTTTAGAGGTACAACCAGTAGATATGTTCCCTCA +TACAATGCATGTTGAAAGTGTTGCTAAACTTGAAAAAATTAAATAATTTTTAAAAATAGA +CCGATATATATGTACGAAATATTAGTATATATATATCGGTTTTTAATTTGATACATATAA +TATTAAAATAGATAAAGTATGGATGAAGTTAAATTATATATAATATAACGAAATTGTAAG +AAAATTTGTAAGATAAATTTAAGATTTATATTGTATACTAAGAATATAAGAAGGATATTA +ATGAGATAAAAGGTTAGGGGATTAAAATGAAAAATAATATAAATAAAAATTTATTACAAT +ATGGATTTCTAATTTTATTAATAGGCATTACTACTAGCATAGTATTTAAAACATTAGATA +TAAGTTTATTATCCAATGTTTTAAGTATGGTAGATGAAAAGTATTTAGCAATCGGGGGGG +TAGCTATATTAGTGAATATAGCGTTAGAAGGTTTAGTGCTAAGAATATTAATAGATGGAA +TACACAAGGTAAATGTAAGGCTTAGAGGGTTGAAGTTAGCTACTGTAGGATTTTATTATA +ATCTGGTTACTCCTTTTGCTTCAGGAAGTCAGCCAATGCAAATATATATTTTAACTAAAT +ACAAAATGCCTTTAAGTAAAGCTGGAGCAATTATAACTAATAAGTCGATACTTTACCAAC +TTGTAGTTACTATGTACTGTTCAATATTAATAATATTTAACTTTAAATTAATAAGAACAC +AAATGAGTGCAGTGATTCCTCTTGTTGTACTAGGAATAGCTATGAATTTATTCACAGCGT +TAATGGCGATTTTAATAATACTTAACCCAAGTAAAGTTAAATACTATACTAGGTTATTTA +TAAAATTTATTTGTAGATTTAAGTTATTTAAATCTTTAGAAAATAAGTTTGACAATGCTG +AGAGTTTTATAGATGATTATAGTCAATCTATACAATTTTTTATGAAAAATAAAAAATTAA +TGATATCAACAGTTCTTATAACTGTAGTACAAATAAGTTTTTACTTTAGTATTTCATTCT +GGATATACAAAGCATTTAATTTACAAGGTCACACATATTTAAATATATTGACACTACAAG +TGCTTTTATATATGGCAATATCTCCAATACCAACACCAGGGAATGTTGGGGCTAATGAGT +TAGCATTCTTTACAATATTTAAAGGTGTATTCCCAACATATTTAATGGGATATGCGGTAT +TCTTATATGGAGGATTCATGTATTATCTAATATTAATTGGAAGTGGAATATTTACAATAA +TTACTCACCATAGGATAAAAGCAAATTGTTCACCAAAACAAAATTTAGCGTCAAGTAGAC +ATATATAATATGGAAAAATCTTCTTTAATGTAATATATATACATTAGAGAAGATTTTTAT +TTTTAATAAAATCAGTTGAATTTCTAAATAGTACAAGGATTTACAAATAAATTATGGAAT +TAAAAATACATCTAATCATTTAAATGCAAATCTAGAATTAAATCAAAAATAAATTATTCA +ATCTTAAAATTTCAGTTTATGTAATCATATATGAATAAATTAATAGATACATAGTATTTA +TTTAGTATAGGCAATTATCAATAATTATACAATAATAAAATACTTTTTAGGGGGGATAGG +TGTATGGAGAAAAAAGTATTAACCGTATGTCCTTATTGTGGTGCAGGATGCCAGATGTAT +CTTGTAGTAAAAGACAATAAGATAGTAAGATCAGAACCTGCAGAAGGAAGAACTAATGAA +GGTAATTTATGTTTAAAAGGACATTATGGTTGGGATTTCTTAAATGATCCTAAGATTTTA +ACACCAAGATTAAAAAAACCGCTGATAAGAAAAAATGGGCTATTAGAAGAGGTTGAGTGG +AAAGAAGCAATAACATATACAGCATCTAAATTAAATGAGATAAAAGAAAAATATGGACCA +GATGCTATTATGGGAACTGGATCAGCAAGAGGTCCAGGAAATGAAGCAAATTATATAATG +CAAAAGTTTATGAGAGCCACAGTTGGTACTAATAACGTAGACCACTGTGCCCGCGTTTGA +CATGCACCATCAGTAGCCGGTCTGGCTTACTCATTAGGTAGTGGAGCAATGTCTAACTCT +ATACCAGAAATAGAAGATGCAAACTTACTATTTATATTTGGATATAATGGGGCAGATTCT +CATCCAATAGTTGCAAGAAGAATAGTTAGAGCAAAAGAAAAAGGTGCAAAAATAATTACT +ATAGATCCTAGGGTTACAGAGACAGCGAGAATATCTGATATGCATTTAGCTCTAAAAGGT +GGAACTAATATGATTTTAGTTAATGCCTTTGGTAATGTTTTAATTGAAGAAAAATTATAT +GATAAGAAGTTCGTAGAAGAACATACACAAGGATTTGAAGAGTACAAGGAAGTAGTTAAA +GAATATACCCCTGAGTATGCAGCGAAATATACAGGTATACCAGCAGATGTTATAAGAAAA +GCAATGAGAGAATATGCAAACGCTAAGGACTCTATGATTCTTTATGGAATGGGCGTTTGT +CAGTTTGGTCAAGCGGTTGATGTAGTTAAGGGATTAGCATCTCTAGCATTATTAACAGGA +AACTTTGGAAGACCAAATGTAGGAATAGGACCAGTTCGTGGTCAAAATAACGTTCAAGGT +GCTTGCGATATGGGAGCTCTTCCTAATGTTTATCCAGGTTATCAAAGTGTTACAAATCAA +GAAGTAAGAGAAAAATTTGAAAAAGCCTGGGGAGTTAAGCTTTCTGATCATAATGGATAT +AGTTTAACTGAAGTTCCAAGGTTGGTCTTAGAAGAAAAGAAACTTAAAGCGTACTATATA +TTTGGTGAAGATCCAGTACAAAGTGATCCGGATGCTTCAGAAGTAAGAGAAACTTTAGAT +GAATTAGAATTTGTGGTAGTTCAAGATATATTTATGAATAAAACAGCTCTTCACGCAGAT +GTAATACTACCTGCAACTTCATGGGGAGAGCATGAAGGTGTTTATACATGTGCAGATAGA +GGATTCCAGATAATGAGAAAGGCTGTTGAGCCAAATGGAGATGTAAAAACTGATTGGCAG +ATAATTAGTGAAATATCAACAGCCATGGGATATCCTATGAGTTACAATAATACAAAAGAA +ATTTGGGATGAAATGAGAAGCTTAACTCCAAGTTTTGCTGGAGCAACATATGAAAAGATA +GAAAAGCAAGGATGGGTACAATGGCCTTGTAAGAGTGAATCTGAAGATGATATGGGAACT +ATGTATCTTCATAAAGATGGTAAGTTTTCAACTCCAAATGGAAAAGGTAACTTATTTGCA +ACTCATTGGAGACCTCCAATGGAGTTAGAATATGAAGAGTATCCATTTAGTTTATGTACA +GTTAGGGAGGTAGGTCATTATTCAGTAAGAACTATGACTGGAAACTGTAGAGCACTAGCT +AAGCTTGAAGATGAACCGGGATATCTTCAAATAAGCGAATTGGATGCAGAAAAACTTGGA +ATACAAAATTATGAACTAATCAGAGTTAGTTCCAGAAGAGGTAGTGTGTTAACAAGAGCT +TTAGTTACAGATAGAGTAAAGCCAGGTGCTACTTATATGACATATCAATGGTGGGTAGGG +GCTTGTAATGAACTTACTATAGCAAATCTAGATCCAATATCAAAAACACCGGAGTATAAA +TATTGCGCCGTTAAGGTTGAAAAAATAGAAAATCAAGAATGGGCAGAGCAGCAATTAAAA +CAAGAATATGAAGAAATAAAATATAAAATGTTATCTAAAAATATTTAAAATTAAAAATAA +AGAAGGGAATATTCTGATATGGAAACAGTAGATATGAACGATGATATATATGGAAATACC +TTTGAAGTTCCAATAATAAAGTTAGATGAGTTTAGTTACAACTGTACTGAGGATAATGTA +ATAGCAGAATATCCCTTTACCCTTGTTTGGAATGGAAAAAATATAAATACATTTTTATGT +ACCCCATTTAAACTAGAAGAATTAGTTATAGGTTTTTTATTGAGCAATGGTTATATTAGA +AAAATTGAAGATATTATAAGTTTAGAAATTGATAAAAAAAATAGAATGTCTAATGTAAAT +GTAAAATATATAGATGATATCAATGATATGGAAGGTTTTATTTTAAATGAATTAAATAAC +TTAAAATATAGTTACATAGAAAGTGATACAAGTATATATGTAGACACTATATATGAAATT +ATGAAAGTTAATTTAAACTATTCAAGATTATTTAAAGAAACTGGAGGTGCTCATAGCGTT +GCCATTTTTGAAAATAACAAAGAAATTGTTGTTTGTGAAGATGTGGCAAGACATAATGCT +ATGGATAAAGCTATTGGTCATTGTATATTAAAGAGTATACCTTTAGATAATAAGGCCATC +GTTGTGAGTGGGAGGATATCCTTTGATATGCTTTCAAAAGTTGCGAGGGCTAAAATTCCT +ATAGTTATATCAAAATCAGCACCAACAAATCTATCAATAGAATTAGCTAAGAAGTTAAAT +ATAACTCTAATCGGGTTTGTAAGAGGAAAAAGAATGAATATATATACACATTCACATAGA +ATTAAAGTTTAAGTTAATTATAATAATGAAAAGAAGAAAGGTGGGGGAATATGAAGAATA +AACTAGGTTCATTTGTAATAGCGGACTCGAGTAAATGTACGGGATGTCGAGCATGTGAAA +TTGCTTGTTTTACAAACCATAATAAAGAAAATAATGTTGGATACACTGTTGGAACAGTAG +AAGTTCCTGTAATTCCGAGGTTATATTTAGTAAAGGACGATAATGTCTGTATGCCAATAC +AGTGCAGACATTGTGAAGATGCACCGTGCTTAAATATATGTCCGGTAAATGCTATATCAA +GAGAAGATAGTACTATGATTGTTGATAATGATAAATGTATAGGATGTAAAACTTGTTTGC +TAGCATGCCCATTTGGAGCCATAGATTTACTTCCACAATATAAAGATGGAAAAGAAGTTG +AACAAAGAGTGATAGATGAGAGTAATAAGATAGCATATAAATGTGATTTATGTAAAAATG +ATGAAAAGATAGCTTGTATTGATGCTTGTCCTAATAAAGCTTTAAAGTTAATTACACCTA +TGGAAGATAAGAGAAATAAAAATAAAAAAGCTGCACTTGGTCTATTGATGGCTAATAAAT +AAATATGAAAGTGGGAGTAAACCATGATAATAAGTATAGATAAAGATTTATGTACGGGAT +GTCAAGAGTGTATAAAGGTATGTCCAGCATATGCCATAGAAGGGGAAGCGGGAAAACCCC +ACGAAATCAAATCAGATAAATGTGTAATGTGCGGACAGTGTGTGCAAGTTTGTAAATCAT +ATGCATCAATAATTGATAAAGGATTTAAATTTGTAGAAGAAAAAAGAAAAGAAAGAAATT +TACCAGATACAATAAAAGAACCTGTATTTGCTGCATATAACGTATGTGAAATAGAAAGAG +TTAAAACTGCATTAAAAGATAAAAGTAAGTTTACTATGGTTCAGTGTGCTCCTGCAGTTA +GGGTAGCAATAGGGGAAGAATTTGGTCTTGAATTAGGAACTTTAACACCAGGTAAAATGG +CAGCGGCCTTAAAGGCACTTAATTTTGATAGAGTCTATGATACAAATTTTTCAGCTGATT +TGACAATTATGGAAGAAGGAACTGAGTTGATAAAGAGAATTACAGAGGGTGGAACATTAC +CTATGTTTACTTCCTGTTGTCCAGCATGGGTTAAATTTATGGAAAATAACTATCCTGAGT +TAACTGATCATTTATCTTCTTGCAAGTCTCCTCAACAAATGGGAGGAGCAGTATTTAAGA +CTTATGGAGCTCAAATAAATAACATAGATGCATCTGCTATTTATAGTGTAGCTATAATGC +CTTGTACTTGTAAAAAGTATGAGTGTGATAGACCAGAGATGGATTCAAGTGGATATAGAG +ATGTAGATGCAGTTCTAACTACAAGAGAGCTAGCTTATTTAATAAAAGATATGGGTATAG +ATTTTAATAATTTAAATGAAGAAAAATTTGAATCACCTCTTGGTACTTATACTGGTGCAG +GAACAATATTCGGTGTAACAGGTGGAGTCATGGAAGCAGCTCTAAGAACCGGATATGAAC +TTATAACGAAAGAAAACATACCAAGTATAGATATAACAGATGTAAGAGGTAATGAAGGTT +TTAGAACTTCTACTATAAAAATAGGCGATTTGAATTTAAGAGTCGGAGTAGTAACTGGTC +TTAAAAATGTTGTACCAGTATTAGAGGACCTAAAGTCTAAAAAGTTAGATTTAGATTTTA +TAGAAGTTATGACATGTCCAGTTGGATGTGTTAGTGGTGGAGGTCAACCAAAGTTATTAT +TAGAAGAATATAGAGATATTGCATATAAAAATAGAATTAAATCGACTTATACACATGATA +AAAGTTTACCATTGAGAAAATCTCATGAAAATCCGGAGATAGAAAAAATTTATAAGGACT +TTTTAATAGAACCATTAGGAAGTGTATCTCATCATTTGTTACACACAGAGTATTCTGTTG +GGAAGGAAGTGGCTAAATAAATGAATTGTTTTGTTATAGCTAATCCAGATAAATGTATAG +GATGTAGAACATGTATGATAGCTTGTGTAGTTGCTCATAATGGTGAAGAGTTATTTTATA +AAAATCATAGTGATATAAACTTTAATCCAAAATTAGAGGTTATCAAGACAGAGACTGTTA +GTGCACCAATTCAATGTAAACACTGTGAAGACGCACCATGTGCAAAGGCATGTCCTAATG +ATGCTATTGAAAGATTGGATAATTCGATACTAGTAAATCAATCTAAATGTATAGGGTGTA +AGACTTGTATGATAGCCTGTCCATTTGGAGCTATAGATATATCTCCTTTAGGTGAAATTC +CTGATGATAAATTATTGTTTAAAGAATATATGGTAGCAAATAAATGTGATTTATGTAGAG +GCGTAGAAGATGGTCCTGCCTGTGTTAAAGTCTGTCCTACGAAAGCTTTTAAAATAGTCA +AAGAAGATGATATAGACTTTTCAATAAAGAATAAGAGGAAGTTAGCTGCCTCAAAATAGA +ATTAAGAACTAGGTTTTAAAAGTCTATTATTGTGGTAATATCTAAGGTATATAGATATAA +GGAGTGATAGATATGACATTTACTAAGATAAATGATATTAATAATGATAATATACACAAT +AGAGCATGTGTTATGGTAATTAACTTTAACAAAAAAGAAGGGGCTTTAATAAAAAATATT +TGCGGTTTTATTGGAGTTAGAGATTGTATTTTTTTAGATAAAAGTAATGGAAATACAATA +ATTAAAGATGTACTAGAAAATAATATATCTTTAGACTGTGAAGATGGTATTTCTAATAAA +GCTGTAGTGTTTAATCATATACCGAATGTAAAAATAAATTCATTCTTAGAGAGTTTAAAA +AAGATGAGAATAAATAGACCACTTACAGCTATGGTAACTGATACGAATTTAGATTGGACA +TTAAATAATTTATTATATAATTTAGTTGAAGAGCGAAAAGCCTTATCTTCAGGTAAGGAG +TTCAGTCATAAATAAAAAAATTGTATAAATATAAAGTTATATATAGGTTTAAAGTATATA +AAATTGTATAAAATAATGTTAACTAAATACATATATTATAACATTTAAGTATATATGTGT +TTAGTTAACATAGAAAAAGTCCTCTAAATTTTATAGAGGACTTTTTAATATAAATTATTA +GAAATGCTAAGTTTAATGTTATACTAAAAAATGTAAAATTTAATTAGAAAATTTGAAAAG +AATACATAATACTAATGATAAATAATGTAGACTTAGCTAGGAGGATATTATTATGGACGT +TAAAGCTAGAATAGAAAAGTTACGAAAAGAAATAGAATATCATAATAATAAATATTATAA +TGAAGATTCACCTGAAATATCAGATTATGAATATGATAAATTGACAGTTGAATTAAGAAA +ATTAGAAGCAGAACACCCGGAATTCAATATGGCAGATTCGCCTACTAAAAAGGTAGGAGG +AACAGTAAAAAGAGAGTTAAGAAAAGTAGAACATGATGTACCTGTAATAAGTTTACAGGA +TGTTTTTGGAAAAGGAGAAGTTTATGAATATGTAAATAAGATGATAGTAGAACTAAATAA +ACCTAAATTTGTTGTAGAAAAGAAGATAGATGGTCTTTCAGTTGTACTAAGATATCATAA +TGGGGAACTTACAGAAGGTATAACAAGAGGAGATGGTGTTATTGGTGAGTCAGTATATGA +AAACTTACTAGAAATAAAGAATATACCAAAGACAATACCATCTAAGTTGCCATACTTAGA +AGTACGTGGAGAAGTATACATATCAAATGAAGCTTTCGAAGAGGCTAATAAAAAGCAAGA +ATCAATGGGAGGAAAGAAATATCAAAATCCTAGAAATCTTGCTGCAGGAACATTAAGACA +ATTAGACCCATCGATAGTTAGAGATAGAAATCTTGATATATTTGTATTTAACCTTGAAAT +ATCAGAAGGTAAGGAATTTACTTCACACTCAGAAACATTGGAGTGGCTAAAAGAGCAAGG +ATTTAAAGTAAGCCCAGATTTTACTGTATGTGAAACCGCAGATGAAGTATGGGATTATAT +ATCTGAAGTAGGAAATAAAAGATGGAATTTAGAATATGCAATCGATGGGGCTGTTGTAAA +GGTAAATAATCTAGAGGATAGAAAAAAACTTGGAATGACAAGTAAAGTACCAAGATGGGC +AGTTGCATATAAGTATCCACCGGAACAAAAAGAAACTATAGTAAAAGACATAATAATACA +AGTAGGTCGTACTGGCAGGCTGACTCCACTAGCTATTTTAGAGCCTGTTAGATTAGCTGG +TACTACAGTATCTAAAGCAACTCTACATAATCAAGATGTAATAAATGAAAAAGATGTAAG +AATAGGTGATACTGTAATTGTTCAAAAAGCAGGAGATATAATTCCTGAGGTTATAAAGAG +CATTCCAGAAAAAAGACCAGTTGATTCTAAGCCATATGTTATACCAAATATATGTCCTAT +ATGCGGAGAAGCTACTGTTAGAGATGAAAATGGGGCAGATACTAGATGTATAAATTTAGA +GTGTGATGCTCAAGCAACTAGAAGTATATCTTACTTTGTTTCAAAAGATGCAATGAATAT +AGTTGGATTTGGTAAAAGTAAGGTGGAAGCTCTTATGGCTGAAGGATATATTAAAGATAT +AGGTGATATATATCAATTAGAACATTATAAAGATGAAATATTAGAGAAGAATGTTATTGG +TAGAGAAAAGTCTGTAAATAATCTTCTTAATGCGATAGAAGATTCAAAAAATAATAATAT +AGATAAATTAATCACAGGCCTTGGAATAAAGAATGTAGGTAAGCAATCTGCAAAAGTATT +AGCTGAAAATTTTGCTGATATGGATGAAGTAGCAAATGCAAATTATGACCAACTAATAAA +CTTGCCTGATTTTGGAGATACAATGGTAAATGATATAATAAAATACTTTAGAAGTGAAAA +ATATCATACTATAATATCAAAATTAAAAGAATATGGTGTAAATGTAGTATCGAAATCATC +TGAAATAAAGTCGGATGATAATAGATTTGAAGGAATGACATTTGTAATAACAGGTACACT +ACCTACAATGAAAAGAGATGAGGCATCATCATTAATTCAGTCATTTGGAGGAAAAGTTTC +AGGAAGTGTTTCTAAAAAAACAAGTTATGTTTTAGCTGGAGAAGAAGCTGGAAGTAAGTT +AACTAAGGCTGAAACGTTGGGAATAAGAATAATAGATGAAGAAGAATTTAAGAGTATGAT +AAAATAATAGGTAATATTACAGAACGTATGAATTTGATTTTGATAATGTTCTAAATTGTA +TAATACTTACAAATTTAGAAAATAATAATTGCATAAGAATATATAATTTACAATCTTAAA +AACAAAGTCAATTCATGGATTTTATTATGTGTAGTAAATTAATGCAAAGAGTGATAGAAT +TATTAAATAAAGTGTTAAAATTCTCAGCTAGAATCTTAGACAGAAACTGTACTGTCTTTT +AGAAATAAGACTAAAAAGATAGATTTAAGAGAGGTAAAAAATGACTAGAATTGATAATAG +AAAATATGATCAAATAAGAGACGTAAAGATAACTAGAAACTATACTAGATATGCAGAAGG +ATCTGTACTTATAGAAATGGGAGAAACTAAGGTTATATGTACTGCTTCAGTTGAAGATAA +GGTACCGCCATTTTTAAGAAATACAGGTACAGGATGGATAAATGCTGAGTATTCTATGTT +ACCTAGATCTACTCAACAAAGAAAAATAAGGGATGCTTCTAGAGGAAAGATAGATGGAAG +AACTCAAGAAATACAAAGATTAATAGGAAGAGCAATAAGATCGGTTATAGATTTAGATAA +AATAGGTGAAAGAACAATTTGGATAGATTGTGATGTAATACAAGCTGATGGGGGTACTAG +AACTGCTTCAATAACTGGGGCCTTTGTAGCTGTAGTAGACGCAATTTATAAATTATATAA +ATCAAAGTCAATAAAGCATATGCCAATAAGAAATTTTGTATCTGCCATAAGTGTAGGTAT +AGTTGATCATAAACATATGATAGATTTATGTTACGAAGAAGATTCAACAGCACAAGTAGA +TATGAATATAATAATGACTAATACAGGAGAGTTTGTAGAAATTCAAGGTACTGGAGAAGA +AAGACCATTTTCTAGAAAAGATTTAAATTCTTTATTAGAATTAGGTGAAAAAGGGAATAA +AGAATTAATAAAGAAACAAAGAGAAGTTCTTGGAGAAATAGCTGATGAAATATTAGGTAT +GGAGTATGGAGATGACGTGGTAATAGCTACTAATAATGCTCATAAATTAGAAGAAATGGG +AGCTATATTAGAGGACTTTGATTATAATATACATTCTTTAAAAGATGTAGACTTAGATGG +AATTGAAATAATAGAAGATGGAAAAACATTTGAGCACAATGCACTTATAAAGGCAAGAGT +GATAGCTAAGAAAACTAATATGATAGCAATATCTGATGATTCGGGTCTAGAAGTAGATGC +GATAGGTAAAAAACCTGGGGTATACTCAGCAAGATTTGCAGGTGAAAATGCTACTGATGC +AGAAAATAGAGAAAAGTTATTAAGAATGATGAAGAGCGTTCCTGCTAGCCAAAGAAGTGC +AAGATTTGTATCTGCAGTAGCAGTTGTATTTCCTGATGGGAAAGAGTTTGTAGTAAGAGG +AACTTGTGAAGGTAATATAGCATTTGAAGAAAAAGGAAGTAATGGTTTTGGATACGATAA +CTTGTTTATAGTTAATAAATATAATAAGACATTTGCTGAAATGCCATCATCAATAAAAAA +TGCTATAAGTCATAGGGCTAATGCTTTAGAGAAAATGAAGAAGGAGTTTTCAAAAAGGGT +AGTGAGATAATGAGGATAGGTATAGTTAGTGATACTCATAGAATGGAAAATTTCATGAAT +AAAGCAATACCGCATTTAAAAGAATGTGATTTAATAATACATGCAGGGGATAATTTTTCG +GATTCGAAGTATATACATAAAATGACAAATACAGACATTATAGCTGTAAAAGGTAACTGT +GATTTTGAAGATGTAGAAGATGAAATAGCTTTTGAAGTAGAAGGAAAAACTATTTTTGTA +TGTCATGGTGATAAATATGGGATTAACTATGGCTTAATAGAAATAGAGGAAAAAGCTAAA +TCTGTATGTGCAGACATAGTTATTTTTGGCCATACTCATATCCCTTTGTGTATTGAAAGG +GATGGAATTTTATATTTGAATCCAGGTAGCATATCACTCCCTAGAGGGGGATCTTCAAGA +AGATTTGTTATTATGGATATACAGGAGAATATAATTAATTTAGAAGAAGTAATACTATAA +TTTAGAAATGAGTCTTCATACTAAATGGAAGGCTTGTAAATACTTGTAAATAAAAAAACT +TATGTGATATAATTAAAGAGTTAAACAATAAGTATAATTTAATTACAAATCATTACATAC +ATTTTAGGAGGATAAAGTTAATGAAAGCAGAATTAATAAAAAAAGAAGGCAATAAAGTAA +CTTTTAATTTAACTGTAGATAACGATAAATTTGAATCAGCAGTTACTAAAGCTTACAATA +AAAATAAAGGTAAATTCAACATACAAGGATTTAGAAAAGGGAAAGCTCCAAGAAAAATAA +TAGAAGCTCAATATGGGAAAGAAGTATTCTACAATGATGCTATAGATATAGTATTACCAG +AGGTTTATCCACAAGCTATAGACCAATTAAATATAGATCCAATAGATAGACCATCATTAG +ATGTTCAAGAAATAAGCAAAGACAATGGGTTAGTTATGGTTGTAGAAGTTGAGGTTAAGC +CAGAGTTTGAATTAGGTGATTACAAAGGAATAGAAATATCTAAAGTTGATAATACTGTAA +GTGAAGAGGAAGTAGAATTAAGACTTCAAGAAATGGTTAATAAAAATGCTAGATTAGTTA +GCGTTGAAGGTAAAGCTATAGAAAGTGGAGATACTGCTGTTATAGATTTCGAAGGATTTG +ACAATGGTGTTGCTTTCGAAGGTGGAAAAGGTGAAAATCATAACTTAGTTATAGGTTCAA +ACTCTTTCATACCAGGATTTGAAGATCAATTAGTAGGTAAAAAAGCTGGAGAAGAAGTTG +AAGTTAATGTTACTTTCCCAGAACAATATCATGCTGAAAACTTAGCTGGAAAGCCAGTTG +TATTCAATGTAAAGATAAATGATGTAAAAGTTAAAGAATTACCAGCTTTAGACGATGAGT +TTGCTAAAGATACAACTGAATTTGAAACTTTAGCTGAATTAAGAGCTGACGTTAGAGCAA +AGGCAGAAGAAGAAACTAAAAACAGGGCAGAAGCTGAAATGAGAAACTCTATAGTAGAAA +AGGTAGCTGAAAATACAGAAGTTGAAGTACCAAATGCTATGGTAGAGCATCAAATAGATA +ACATGATAATGGAACTTAACTATCAATTACAATACCAAGGATTAAATTTACAGCAATTAT +TAGAAATGACTGGTAGAAGTATAGAAGAGTTAAGAAATGAAAGAAGAGCTGATGCTGAAA +GATTAGTTAAGTCATCATTAGTATTAGAAGCTATAGCTAAAGCTGAAGGTATAGATGCTA +CTGAAGAAGAATTAACTGCAGAATTAGAAAAAATGGCTTCTATGTACAATATGGAAGTTG +AAAAATTAAAAGCTTCTTTAAGAGACGCTGACTTAGAAGATATAAAAGGTCAATTAAAGA +TAAGAAAGACTATAGATTTCTTAGTTGAAAATGCAAATATAGCTTAATTTTATAGCTTAA +TTTTTTACAGTAGCCGTTAGGCTACTGTAAATTATATATAGAATATAGAAGAGATAGAGG +GGGTATAATATATGGCATTAGTACCTACAGTCGTAGAACAGACAGGAAGAGGAGAAAGAG +CCTATGATATATATTCTAGATTATTAAAAGATAGAATAATATTTTTAGGAGATGAAGTAA +ATGATGCTACAGCAGGGCTTGTAGTTGCTCAGCTGTTATTTTTAGAAGCTGAAGACCCAG +ATAAAGATATACATTTATATATAAATTCACCAGGCGGAAGTGTAACAGCAGGTATGGCTA +TTTATGATACTATGCAATACATAAAGCCAGATGTAAGTACAATATGTATAGGATTAGCAG +CTTCAATGGGTGCATTCTTATTAAACGCAGGAGCTGAAGGCAAGAGATTTGCTTTACCAA +ATAGTGAGATAATGATACATCAACCTTTAGGTGGGGCAAAAGGTCAAGCAACTGATATAG +AGATTCATGCTAAATGGATACTAAAAATCAAAGATAAATTAAACAAAATACTTGCTGAAA +GAACAGGTCAGCCATTAGAAAAAGTTCAAATGGATACTGAACGTGATAACTTTATGAGTG +CAGATGAAGCTAAAGAATATGGTCTAATTGATGAAGTGATTACAAAAGCAAAAAGACCGT +AGATGAAAAGAGGTGCTTAATATGTCTAAATACGAAGATAAAAGACAGTTAAAATGTTCA +TTCTGTGGCAAGAGCCAAGATCAAGTAAGAAGATTAATCGCAGGTCCAAATGTATATATT +TGTGATGAATGTGTTGAACTTTGTGATGAGATTATTCAAGAAGAAATAGAAGAAACTATT +GATGAAGATACAACATCTCTACCAAAGCCAAAAGAAATGATGGAAATATTAAATGATTAT +GTAATAGGTCAAGAAAGAGCTAAAAAGGCTTTATCAGTGGCTGTTTACAATCATTATAAA +AGAATATATAGCAAAAAGGCTACTAGCAAAGATGTAGAAATACAAAAGAGTAATATACTT +TTACTAGGTCCAACTGGTTCAGGTAAAACTTTATTAGCTCAGACTTTAGCTAAAACTTTA +AATGTGCCATTTGCAATGGCTGATGCTACATCATTAACAGAAGCAGGATATGTTGGAGAA +GATGTTGAAAATATACTTTTAAAACTTATTCAAGCAGCTGATTTTGATATAGAAAAAGCT +GAAAGAGGTATTATATATATAGATGAGATAGATAAGATAGCTAGAAAATCTGAAAATCCA +TCTATAACTAGAGATGTTAGTGGTGAAGGTGTCCAACAGGCACTTTTAAAAATATTAGAA +GGAACTGTTGCTAATGTTCCACCACAAGGTGGAAGAAAACATCCACATCAAGAATTCTTA +AAAATAGATACTACAAATGTACTATTTATATTAGGTGGAGCATTTGATGGTATTGAAAAA +ATAATTCAAAGACGTGGAACAGAAAAAACTCTAGGATTTGGAGCTAAGATTGAAAGTAAG +AAAGAAGTAGACTTAGGTAAAGTATACTCTAAGGTTCTTCCAGAAGATTTATTAAAGTTT +GGTATAATACCAGAATTTATAGGAAGAATACCAGTTGTAGCAACGCTTGATTTATTAGAT +GAAGATGCTTTAATGAGTATATTACAAAAGCCTAAGAATGCACTTGTAAAACAATATAAG +AAATTACTAGAATTAGATGATGTTGAACTAGAATTCGAAGATGATGCTCTTCGTGCTATA +GCTAAAAAAGCTATAGAAAGAAATACAGGAGCAAGGGGTCTAAGAAGTATAGTTGAAAGT +GTTATGATGGAAAGCATGTATGAAGTTCCATCTAGAACTGACATTAAAAAAGTATTAGTA +ACTAAAGAATCAGTAGAAGGAAAATCAAATCCTATTATGATACCTAAAGATCAAGAAGAA +AGTGCATAATTAGTAAGAAGGAGCTTTTAAAGCTCCTTTTTGAATTGAAAAGATTATATG +CAGAAATATCTAACTAAAAGATTCGCAAACAAGTTGCTCAAAATGATTTTTTAATTTAAA +ATAAATAATGTTTTAAATTAAAGCTTTTAGGTAAAATAATATAGTATATTAATGTGTTAT +AATTAAATAAGGAGATATTTAATTAATATTCATACAAATAGTATTAATATTATATTATTA +CATAATAATAAAATAAAGTTAAAATATTCATTAGCAAAAGTATTAATATTGAAAATTCGG +TTTTGTAAATATATAATATAAAAAGCAACAAAATACAGCACTTTAAGGAGTGATAATAGT +GGAAGAGAATTATACTAAGATAGATCGTGAATTACCGTTAATTCCTCTTAGAGGATTAGC +AATCTTTCCATATATGATATTAAATTTTGATGTGGGTAGAGAAATATCTTTAAAAGCATT +AGACGAGGCAATGTTAGGAGATGAGTTAGTATTCTTAACATCTCAGAAAGAAGCTGAGAC +AGATGAACCTACAGAAGACGATTTTTATCATGTTGGGACTATATGTAAAGTAAAGCAAAT +GATAAAGTTACCTGGGGATACAGTTCGTGTATTAGTCGAAGGTATATCAAGAGGTAGAGT +AAAGGAGATAGATCAAGAATCAGGATTCTTTAAAGCTACCATAGAAGAAATTGTTTATGA +TCATGAAAATGCAGAAAATGATAAAGAAGTAGAAGCACTTGTAAGAAATGTATTTGATGC +ATTTGAAGAGTACATAAATATTGGAAATAGAGTATCACCAGAAATACTAATATCTTTATC +TGAAACAGAAAATGTAGATAGATTTATAGATACAGTAGCTTCAAATGTATATTTAAAAAC +AAATCAAAAACAAGATGTATTAGAAGAATTTGATATTAAGAAAAGATTAGAACTAGTATA +TACAATATTACTAGAAGAGATAGACATATTAAAAATTGAGAAGAAAATAACTCTAAGAGT +AAAAAAACAGATGAACAAAGTTCAAAAAGAGTATTATCTTAAAGAACAACTAAGAGCTAT +ACAAAAGGAATTAGGCGAAGAAGAAGATATAAATTCTGAAGCTGATGAATATAGAGAAAA +ATTAAAGAAAATAAAAGCTCCAAAGGAGACAAAAGAAAAAATAGCTAAAGAAATAGATAA +GTTCTCAAAAATATCTCCAATGTCTCCAGACTTATCTGTAAGTAGAGGATATTTAGATAC +AGTGTTCTCTTTACCTTGGAATAAAGAAACTAGAGACAAGTTAGATATAGTTAAGGCTAA +GGAAATATTAGATAAAGATCACTATGGTCTGGAAAAAGTTAAAGAAAGAATATTAGAGTA +CTTAGCGATAAGAAAATTGTCCAAGTCAATGAAGGGGCCTATAATCTGCTTAGTAGGACC +TCCAGGTGTAGGGAAAACTTCTATAGCAAAATCTATATCAGAAGCATTAGGTAGAAATTT +TGTAAGGATATCTTTAGGTGGAGTTAGAGATGAAGCTGAAATAAGAGGTCATAGAAGAAC +TTACGTTGGATCTATACCAGGTAGAATAATAAATGGATTAAAAGAAGCTCAAACTAAAAA +TCCAGTATTCTTATTAGATGAAATAGACAAAATGGCATCTGACTATAAAGGTGATCCTGC +ATCAGCTATGTTAGAAGTGTTAGATCCAGAACAAAATAAAACTTTTGTAGATCACTATTT +AGAAATACCTTTTGACTTATCAAAAATATTATTTGTAACTACTGCAAATAGTTTAAGTAC +AATACCAGGACCTTTATTAGATAGAATGGAAATAATAGAAGTATCTGGATATATAGAAGA +AGAAAAGTTAAAAATAGCAGAAAGATATTTACTTCCAAAACAAATAAAAGAACATGCTTT +AAAAGAAGATTTTGTAAAAATGGACGAATCTACAATAAGAGATGTGATAAATTATTATAC +AAGAGAAGCTGGAGTTAGAACTCTAGAAAGAACTTTAGGAAAAGTATGCAGAAAAGTAGC +TAAAAAATATGTTGAAAATCCAGAATTAGAAGTTATAGAAGTAAATCAAAATAATCTAGA +AGATTATTTAGGAAAAGATAAATATAGATATGACCTTGCAGGTACTAAGCCAGAAGTGGG +ACTAGTTACAGGGTTAGCATGGACTTCAGTAGGAGGAGTTACACTTACAGTTGAAGTTAA +TGTTCTTCCAGGTAAAGGACAAGTTGTTCTTACTGGTAAATTAGGTGATGTGATGAAAGA +ATCTGCACAAGCAGCTATATCTTATATTAGATCTATAGCAGATAAATTTGATATAGATCC +AGATTTTTACCAAAAGAAAGATATACATATCCACTTGCCAGAAGGTGCAACTCCAAAAGA +TGGACCATCAGCTGGTATAACTATGGCACTTGCAGTAATATCTGCTTTAACTAAGATACC +AGTTAGAAATGATGTTGCAATGACGGGTGAAATAACTCTTAGAGGTAGAGTTTTAGCTGT +AGGTGGGGTAAGAGAAAAATTATTAGCTGCCCATAGAGCTGGTATTAAAAAGGTATTATT +ACCTAAAGAGTGTGAAGCTGATTTAGATGAAATACCTGAAAATATAAAAGAACAGATGGA +ATTTGTTCTTGTTGAAAACATGGACCAAGTATTAGATGAGGCATTAGTAAGGAATGGTGA +CAAATAATGAAAATTAGAAGCTCAGAAATGGTTGTGAGTGCAGTAAATAGAAATCAATAT +CCAGCTGAAGGAATACCAGAGATAGCATTAGTAGGAAGATCAAATGTAGGTAAATCTTCT +ACCATAAACACTTTATTAAATAGAAGAAACTTTGCTAGAACAAGCCAGACTCCAGGTAAG +ACTAGAACTATAAACTTCTTCCTTATAAACAATGAATTTTACTTTGTAGACCTTCCAGGG +TATGGATATGCTAAGATTGCAAAATCAGAAAAAGAAAAATGGGGCACAATAATGGAAAGA +TATTTACAAGATAGAGAAGAGCTTTGTGCGATATTTTTACTTGTAGATATTAGACATGAA +CCTACTAATGATGATGTAATGATGTATGAATGGATAAAGCACTTTGGATATAACTGTGTA +GTAATAGCAACAAAAGCAGACAAGATATCTAGAGGACAATATCAAAAACATATGAGTATA +ATACGAAAAAAATTACAGTTGGATAAGGATGAAAAAATAATACCTATATCTTCACTAAAG +AAAACTGGTGTAGAAGATGTATGGAATGAAATTGTAAATCAATATAATCAAGCTGGTTAT +GAAATAACAATTGATTGATTATATAATGTTATAATTTTAGAGGTTAAGACTAGACTGAAT +TCTAGTTTTAACCTTTTTTATATGCTTAAAATATTTCCTTGATCGTAACTCAAGCGAAGC +AAATTTTTTTCTATTGTTTGTAATATTTTAATATTGAATATCAAAAACACACTATGAAGC +TTTGAAAATAAAAATATTTAAATTGAAAATGTCAGAAAATTAAAATAAAATGTATATAAT +CTGTTTAACTTTTGTTATATATGTGGTAAAATGTCTAAACATAGAAATAATTTTAGTAAA +TAATATAAATTTATAAATAAGGAGAAGGATATGAGCAATAATAATCAAACATTAAGAAAA +ACTATTGGACTTAGTGCTGCTCTTTCTACTGTAGTTGGAATATTAATAGGATCGGGAGTA +TTTTTTAAACCACAGGCTATATATACAGCTACTAATGGAGGACCAGGATTAGGTATATTA +GCATGGGTAATTGGTGGAATCATGACAATCGCTGCAGGTTTAACTGCATCTGAAATATCA +GCAAGTGTAACTAAACCAGGTGGAATGATGGTATATATGGAAGAAATCTATGGAGAAAAA +ATAGGATTTTTAACTGGTTGGGTACAAGGTATGTTATTCATACCTGCAATAGCGGGAGCA +TTAGGAATAATATTTGCTCAAGAGGCCGCTTCTTTACTAGGAATGCAAAATAAAACTTTT +GTAATAGTTATAGCTATATCAGTAATAGTATTTTTAGCATTACTTAACTCATTAGGAGCG +AAGTTTGGTGGAGGAATACAAACAGCATCAACTATATGCAAGTTAGTTCCATTAGCGGTT +ATTATAATATTTGGCTTTATGAGGGGTGATTCTACATCTGAAATTATGACTCCCATGGTA +GGGGAAGGAATAAGCATGGTATCAGCTATATCTCAAGTTCTTTTAGCTACTTTATTTGCA +TATGATGGATGGATATTTGTTGGTGCATTAGCAGGAGAAATGAAAAATCCATCGAAGCAT +TTACCGATAGCTATAGTTGGTGGGATATCTGTTGTCATGGCAGTATACTTATTAATAAAT +GTAGCTTATCTATTCGTAGTACCAGCATCAGAGCTTGCTATGTCGAATGCACCAGCTACT +TTAGTTGCAAATAAGTTATTTGGAAGTATGGGAGCTAAAGTCATAAGTGTAGGAATATTA +ATATCAGTATTTGGTACTTTAAATGGATTTATATTAACAGGAGGAAGAGTACCTTATACA +ATGGCTTGTGAAGGTAAAATACCTTTTTCAAATGTATTTTCAAGATTAAATAATAATGGA +GTTCCTATAAATGGAACTTGGTTAGTTGTTGGATTATCTGTGTTATATTCTTTAACAGGA +CAATTTAACTTACTATCTGACTTAGCTATGTTTACAATATGGATATTCTATACAATGTTA +TTTATAGGAGTTGTGAAGCTTAGAAAAACTAGACCAGATATGGATAGACCATACAAGGTA +CCTTTATATCCGATAATCCCTATAGTAGCTACACTAGGAGGTATATTCATTGTAATAAGT +ACTATTATGAGTCAAACGAAAAATGCTTTACTAGGAATAATAATAACTTTAGTAGGTTTA +CCTGTATATTCACTTACAGTTAAGAATAAAAAAGATCAAGATAAAACAGCTTAAATAAAA +TAGAAATAGATACCCTCTATGTTTCAGAAAAGATATATTTTATATGTGTTTGTTAATTCT +TATATAGTAACAAAACATGTATAAAAATAATATCTTAAAGTAATAGAAATCTTAGGGGGT +ATTTATATGTCAGGAAAAGTTAGAAAAATATTTCCGGGAGGAAATACATCAAATGGTTCA +AAACCATTATTTGAGTATGTAATACCTGAAAATGTAAATAGAATTTTTTGTTTAAAAGGT +GGTCCAGGTGTAGGTAAATCATCAATGATGAAAAAGATAGCAAAAGAATTTATAGAAAAT +AACTATGATGTTGAACTACATCATTGTCCATCAGATCCAAGTTCACTAGATGCAATTGTC +ATAAAAAAACTAGGTGTTGTTTTTTTAGATGGAACTGCACCACATATTGTGGATCCTAAA +AATCCAGGGGCTATCGATGAAATAATAAATTTAGGTGAATATTGGAATGAAGAGGAGTTA +GAAAAAAATAAAAAAGAAATAATAGAGTGTAATAAAGAAATAAGTAGTTACTTTAGTAGA +TGTTATAAGTTCTTAAAGTCTGCAGAGTCTATATATTATGATATAGAAGAAAAATATAAA +GATTGTATGGATTTTGGAAAGGTAAATAAACTTACCGAAAATTTTATAGAAAATATTTTT +AAAGATATAGAAAATAAAGGAGAATATAAAAGACCAAGACATTTATTTGGAACAGCTATA +ACACCAATTGGCCATATAGATTATGCGGATAGTCTTTTAAGTGAAGCTGATAGAGTGTAT +TATTTGAATGGAGAAATTGGCTGTGGAAGGACTACTTTTTTAAGAAAAGTATACGAGAAA +GCAGTAGAAAAAGGAATGAAGGTTGAAGTCTATCATTATCCATTAATACCGGATAAGATA +GAAACTATATTGATAAATGATTTAAAAATAGGTATAACTACAAGCAATATATATAAGGAC +AAAGAAGCTATTGACCTAACTGAATTTTTAGATAAAGATAAATTATTAAAGTATGAAGAT +GACATAGATTTTGATAAGCATATATTTGATGAATTAATAAATTATGCTATATCTAATTTA +AAGAGGGCTAAATCTAAACATGATATAGTTGAGTCATACTATGTGCCTAATATGTATTTT +GATGAAATAAATAAGTTAAAAGACGAGTTAATACAAAAAATTTTAAAATACAAAAATGAA +TAAATATATAAAATAAGTACTATGTAAAAATAAGTGGTTTATTAATTGTTTTTTACAAAG +TGCTTATTTTTATTATTTGAAAATAGAAGAAAAGATTAATGGATATTTTAATGAGGTTAA +AATAAAATAGAATGTATAAGATATAAAATATAATAATTGAAATAAAATTTATTTTTAATA +TAAAAAATAATTTATAGGGAGTTAGGTTGTATGAAAAAAAAATATGTGTTGATAATACTA +GCGAGTATTGTTTTAGGCGTACTAATTGGAAGTATGATAAAGGACTTAGAATCAATGGAA +GGATTATATACAAGTAAGGATGATATAGCTAAAAAAGAAATAAAAATGACGAATAAGTCT +ATAAAGAAACTCCAAAATGAAAAGAAAGATTTAGATAAAGAGATAAATATTTTAAGAGAA +AAATACACTGACATAGATGAGATTAAAAAGATGGATGATATGAAAGAAGTATTATCTTAT +ACTGACATAAAAGGAAAAGGGATAACCATAATAATAGATGCATTAAATGAAGACATAGGG +AATATTGCAAATACAGTAGACTATAATAAAATACTTATAAATTTAGTTAATGAATTAAAA +ATTAATGGTGGTAAATTTATAAGTATAAATGGACAAAGAATAAACCAATATTCAGCAATT +ATTCTGGCGGGAAGTCATATAAATGTAAATTCTATTCCTATAGCACAACCTTATGAAATT +AAAGTCATAGGGGATATCGACGAGTTGTCTTCATATGTAAATGAAGGAAACAATTATATA +GATAATATAATATTAAATTATCCTATGAAAGTAGAGTATAAAGTTGAAGAAAGTATAAAT +ATGCCTAAAATTGAAATACCGAATAAGTTAAGATATATAAGGGAGGGGTAATATATAAGT +CAAGGAGATGGAATATTAAACATTATTCCTGAAAAATTAGCTAGAAAATATAATTTATTT +CCCATGAAAATTGAGGATGATAAATTAGTAGTAGGAATAGAAAATGATGATATTCATGCT +ATGCAAGATTTAAGGTTGGCTACAGGAATGAATGTTGAATTAAAAAAGATAGATGCTGAT +TTAATTAAAATTAAAATGGATGAATGTTATAAAAATCATATAAAATCTGATGAAGAATAC +GCAAAAAAATTATTTAATGATATACTATCGAATGCAGTAAAGGTGAATGCTAGTGATATA +CATATAGAACCTTTCAATGATTTCTTTGTAGTCAGAACAAGAGTTGACGGTGAATTAAGA +GAAGTTTATAGATTTTTAATCGATTTATATCCTGCATTGGCAACTATTATTAAATTAATG +GCTCACATGGATATAACGGAAAAAAGATTACCTCAAGATGGAAGAGTAGATATAGATGTT +GAAGGTAATTTAGTAGATATTAGAGTTTCGACTATACCAACAATATATAGGGAAAAAATC +GTTTTAAGGATCTTAGATAGAAATTCATTTTTAAAGACAAAATCCGACTTAGGATTTTCA +GAGGGTGCAATAGAAAAAATAGATAATATAATTAATAAAAAATCTGGAATTTTATTAGTT +ACTGGGCCTACTGGAAGTGGAAAAACTACTACTGTATATTCCATTTTAAATGAACTACAA +AACATTAGTAAAAATATTATGACGATAGAAGATCCGGTTGAATATAAAATGGACGGAATA +AATCAAATACAGGTAAATTCTAAAATTGGACTAACATTTGAAGAGGGGTTACGTGCTATT +TTGAGACAGGATCCTGATATTATAATAATAGGTGAAATTAGAGATGTAGAAACAGCTAGA +ATAGCTATTAGAGCGGCAATAACTGGACATCTAGTAATAAGTACAATGCATACTAATGAT +TCTATATCATCGATTGCAAGATTAATAGATATGCAGATTCCTAGATATCTAATAAATGCC +TCCATTATAGGTGTTATATCTCAAAGGTTAGTTAAAAAACTTTGCACATATTGTAGCCAT +GATATTATAATAACTGATGATTGTAATAATAAAATTAATACAAAAGTAGCAATTGGATGT +GATAAGTGTAACGAAGGATACTTGGGAAGAACAGCTATATATGAAATTTTAGAATTTAAT +GATGAAGTAAGATCAGCAGTAAGTGAAATGAAAGACTCTGAAGAAATAAAAAATATAGCA +ATAAAAAATGGAATGATAACATTTGAAGATACTTATAAAAAATTATTAGAGGAAAAAGTA +ATAACAATAGAAGAATATTTGATTTCAAATTGTACTCAGATATAAGGAGATATACTCAGT +GAATACATATAAATGTATATTTTATAATGAAGATAACGAGAGGAAGATTCTTAAAGTAAA +CTTAGAATCAGAAGAAGATGTAATTAACTATGCTACTAAAAATAAATTTAAAATTGCATC +TATAAAAAATATTAAGCCATTCTCGTTTAAAAGTACGAAAATAAACTATAAGGAACTTAG +AATCTTATGCAATGAAATGGAGATATTACTTGAATCTGGATGTGAAATTACAAAATTATT +TGAAATGGTTAAACTTAATTTTAATAAAAAGGTAGTTAATGTATTGGAAGAAGTATCTAG +TAATATTCAAAAAGGAAATTCTATCAGTAAATCATTTAAGAAAACAAATAAGTTCTCTTT +ATTTTTCGTTAGCATGGTTAAGGCAGGAGAAATAAGTGGAAATTTAGATATGGTCATGAA +TCGTTTATATGATTATTATGATAAGGAATATAAGTTAAAGTCTAAATTGATATCAATATT +AACCTATCCAATTTTTTTATTGATTTTAGCTATGGCGGCAGCTTTGTTTATGTTCATTTC +TATAATTCCAAACTTTCAAATTATATTTATTAATAATGGAGTGGAACCACCCTCATTTAC +AAGATTTTTAATAAGTATGTCTATATTTATTAGAAATTATTATATGTATATAATATCAAT +TAGTTTATCAATTTCGATAATGATATTATATAAAATAAAAACGAGCAGTAAAGTTAAAGT +TTATATAGAAAAAATTCAATTAAAAATACCATTCATAAAAAATATAACTCAATTAGTAAT +CACAACTAAATTTTCTAGAGCATTCTATATACTAATTAAAAGTGGTATAGAAATAACAGA +AGCTATAGAAATATCATCTCAAGTCATAGATAATGACACTTTATATAATGAAATTTCAAA +CTGTAAAAAACATATTAAAAATGGAAATACCATAAGTCAATCTCTAAGCCTAGTTGAAAA +TTTTCCTAGTTTGTTTATAACAATGATAACAATAGGTGAAGAAAGTGGAAGTTTAGATAA +AACTTTAAGTTCAATAACTAAATTTTATGAGCAAGAATTAGAAAATAAAATAGAACAGGG +TATGAAAATTATAGAGCCTGTAATAATTATTATGGTAGCAGCGGTTATAGGAGTTTTAAT +CATAGGAATGTTACTGCCTATGTTTGATACAATTTCAACAATATAAATTTATAAAAATAG +GAGGAAATAGAAATATGTATTTTAAGAGATTTAAAATGAAAAAAAGAAAAGGATTTACTT +TAGTAGAAATGGTGATAGTTGTAGTTATATTAGGGATATTATCTAGCATGGCCTTAATGA +AATACAATAATGTACAAGAAAATGCAAAAAAGAAAGCAGACTATGCAACTGCATCAACTA +TTGCAACAGCAACAATCGTGGCAATGAACGATGGACAAATTAGTGGAGATCAAGTAAAGG +TAAGTGAATTAGTAAGTAAGGGATACTTACAATCAGATGTAAAGTGCAATTCGACAGGAA +AAGGTTTTGATATAACTATAAATGGTGATAGTGTTAGTATATCATCAAATAATGAACCTT +ATTATCCTAAACCTGAAGAATCGAGTGCACAATAATAAATTAATATTAAGGAGTGGTATT +ATTAAAAGAATTATAAATATAGAAATAAATAAATCCTATGCAAGGATAGTTTTTCTAAGG +CAGAGTATGAAAAATATTTATATAGATGATGAAATACATCAAGATATAAGTCTAAATATT +AGTAGTAAAATTATAGGAACTACAAATCAGTATTATATAAATGATATTGAAAAAGAAAGA +TATGTAGAAAATGTAACTAAAATAATAGAATCTAAAATAAGAAAAACAAAAAAGTTAACA +TCAAAATATAAATCAATATTTTATAATATACAAACAGAAGATGTAATTATAAGGATGATT +GATAACATAAATATTAGTAATAAATCAGATATACTAGGCTTAATAAAATTTAACATAAAT +CAGTATATGCATATAAATATTGATGACTATGTAATTGAATATAAAATAATAAATCAAATA +AATAAAATAGCAAAGATACAAGTAATACTATTTCCAAAATACTTAATAGACCTATGTAAA +AGCATATCAAAAAATCTTAGAATAAAATCACAAATAATAAATGTAAACTATGATATTTTA +CAAAAATTAATAGAACTAAATATAATAACTAATTTACAATCAAATTTATTATTTATAGAA +AATAGAAGCAAAGAGATAATATTTAATAAAGTTATAGATAAAAAAATATGTGAATCATAT +GTATTATCTAAAGGTGAGCAATGCATAAATTATATAAATAACTTAGATCATAACATAGAT +CAGATTTACTACTATGGCCTTGAAGATAAAATGATAAATAATGAAATTGATTCTTTTTCT +TCATTGAATATATCACCTTTAACTCTAGAAAATAATAAAAAATCTATAATAATATCTGAG +AAACTAAGTCAAGATTTTAAGCAATATATAAATACTATAGGTATGATTATATAGCTAAAT +AAAAGAGGGTATTTTATGAAAAAGTATAAAACGATAGATTTTATTAAGCTATATACTCCG +AATAGAAAAAATGTCAAGATAGTATATATTCTTGTGGCTTTGATTATGGTAATTGGAGTT +TATAAAGTTAATATGAATCAAAAGAGAAATACGAAGATTTATAATGAAGAAACAGTTTTA +GATGAAAATATTGATATTACTGAGAGTGATGAAGAAAGTATATATATAAATTTTGATAAT +ATAAAAGTAGCTTTTAATTTAATAGGAGAAGAAAATATAAATCGGATATTAGTAGACAAC +TCTGGTATAGAAATTGAGGGTGAATGTAATAATTTAGATATATTAGAACAATTAAGAAAT +AAGTCAAACTCTAGTTATTTTTCTATAAATAGTCTATTAAAACAAGATAATAAATATATT +TTCAATTTAAAATATAATACAGGAGAATAAAATTGAAAAGAAAATTCAGTAATAGAGAAA +AATTCTTAGGATTAATTCTTTTAAGTTTAATTTTTATTTGTACAATACAATTAATAGATA +CAAATAAAGAAAATGAAGAACAAGGCAGTTTAGAAGTGAAAGAAAAAATAAAAATAGATA +AAGTAAATTTTTCTAATAATGAAAAAGATATAATTCTACAAATTGAAAATGAAATAAAAA +ATATAGTAACCATAAACTATATAAATAAAGACTCATATACAGATGAATATAACAACCAAG +ACACAAATATAGAACTACATATAAGTGGCAAAATTAATGATATACTCAAAATTGAAGGAT +CATTAAAGAATATAGGTTTAGAAAAAAGTGTTAAAAAAATAGAAATTGTAAAAAATACAA +AAAATATTAAAGAAGAAAATAGGGATAAAATAAATGATTATGTAGACTGTATTATGAAGA +TTAAAGTCGCATGATAAATAAGCTTGGATTATTAGGGAGTAATATAATAACTTATAGCAT +AAGATAGCATAAATAGTATTATGATAAATAGTAAATATTGAAGGGATATAAACGAAAAGA +GCAGAAGATTATATTAAAGTACAATATAATTCCAAAACTTAACAAATAGTATATATTGCA +AAATATAAAAGAATTGTAGAATGATTTGAAAAATAATGATATAATATTTAATTGTACTTT +AATTTAGAAATAAAAGGAGTGAAAGTCACCTTGTTAGGTAGAAATGATTTATGTCCATGC +GGAAGTGGTAAAAAATATAAAAAATGTTGTTTAAATAAAGATATTGCATCAGAGAGATCA +AGCAGAAAGATTGGGCTTTCACAAAAGCAATATTACGAGCTATACGCTAAATTACACGAA +TTCTCTAGAAATGAGAAATTCAAGTCTGAATTTGAAAGAGCAAAAGAGACATTCTTCATA +ATGGAAGATGAAGAAATAAATGCTAAATTTGAAAGATTCTTTAATACGTACTTTATACAA +GATCATATAATGGAAAATAAAAAGGTTATGACTGTAGAGTTCTTCGAAGAAAACAAAGAT +AACTTAGATATAGCAGAAAGAGATATACTAAGAAGCTTATTCGAATCATATGTAAGTGTT +TATGAAGTAAAAGAGATAAAAGATGAAAAGGTAATATTAAAAGATTGTCTAAATGATAAA +GAAATTTGTACGGAAGATATAAATCTTTTAAAGGACTTTAAAGTTGGAAGCCCTATGATA +GCAAGAGTTGTTACTGTAGGAGACACAAATATATTAATAGATATAACAATAAGTATATCT +GAAGCAATAAAAGATATAATTGTAAGCGATATAAAAACTTTATTCAGTCAATATGAAGAC +ATTTATAAAGACATGAAGACATTCTTAATACATCATACTCACATACTATATAAGTATATA +CAACAATTATTAGAGCCAAGTATAGCAGAGTACTTAAAAGCTCAAAGAGAAGAAAAAGCA +ACTAAGGCTCAAGCTGTAGAAGTTTCTGAAGATGATTGTAAAGTAATAACTATGTTAAAA +CAAAATATAGAAGAGGAATTCTTACAAGATGGTATAAACTTCTGGAATGAGTATAAAAAA +GCTCAAGGCGAAGTAAAAGGTGCTGAGAATGGATGGGCAGCTGGTGTAGAATATTATGTT +AAGAAAGAAGCTGGACAAACAATAACTCAAGCTCAAATAGCTAAGAAGTATGAAATAAGC +CCAAGTACATTAGGAAAGAGATATAAAGATCTTAAGGCGTAATAATATTTTAATTTAGAC +TTGTAAATAATAATTTATATATAATAAAATTAGAGGAATTATATTAATATAGTTCCTCTA +ATTTTGTTTTTAAGTGAATTTTATACAAAAGTTTATCTAAAAAATTAGAGGGTATATAAA +ATTATATATAAATTTAGATTTAAATTATAAAAAAAAGGTTTTAATATATAGAAATAATGT +ATAAAATAGAATTATATAATATACAGAAAGAGGTATAAATATGAATCTTAGTTTAGGAAA +TGCAATAGCAGTGTCAACAAATTTTATAAAATCTAATCCAGCGGTACCTGTGTACAATGG +AGAGCAAACTCCAGAAAATTTATATGCAGTTATCTACCATATAGAAATAGGATACAATCA +AGGTGCTTCTCAAGAATTAAAACAATACATAATAATAGATTATAAAGAGTTTGATTTATC +AATAGATTCAAAAAATCAATTAATAGAAGTTGCGAAAGAATATTGTGCAGCAAAAAATAT +AGAGGAAGACAATAATTTAGAAATAGCTCTTTTAGATAACGAAGAAGCAGAAAACTTCCT +AGAAAAAGTATTTAACAACATGAAAGTTATAAGAGGTCTTATAACTAAAAAGGACTAGAT +AATATGAATTTAGTAGGAATTGAAGAAATAACTCCATATAAAGATTCATTTGAATTTAAG +CTTTTTAAGTATGATGATAAAATAGAGTTAGGGAATGATAACTCATTTATATGCGATTTA +AAAGTAATAATAGAGAGAATAGATGAAATTTATAGAGATAAATTTGAACAAAGTTTTAAA +GTTATAGCTTTAATAAAGAATTTAACTATAGAAGAGATACCTATAGATGATATAAAAGAG +TTCATATTAGATGAAGTTTGGATAGAAAATCTAGAAAAAGATAATATAGATGTAATGTTT +ATAAAAGGGGCTGCCTCAAAATAAATGATTTGATGTATTCTTGTTTTGGGCTTATATATA +AATTAAAGAAGCATTTGTATTCGCAGATGATAAATAATTTTATATATAAGTCTTTTGCTA +GTATACATAGTGAATTAATTTTGAGACATTCCCTTTTATGCTGTTGAGTAAAAAAATATA +AAGAGGTGAAAATATGTTAAGAGTATCGAATATAAAAATAAGTATAGATGAGGATCCATC +TATAATAGAAAAACTTGTACTTAAAAAATTAAAAATTAAATCAAGCGATTTAGTTAAGTA +TTATATTTATAAAGAATCTATAGATGCTAGAAAAGGAAAGATAAGCTTTGTTTATACTGT +AGACGTACAAGTAAAAAATGAAGATAAAGTATTAAATAAACATGTAAAAGATGTAGTAAA +GATAAAAGAATTAAAATATGAAGGTGTAGAATCAGGAACAGAAAAACTAGATAAAATACC +TGTGATTATAGGGAGTGGGCCAGCAGGATTATTTGCCGGATTAGTATTAGCTCAAAGGGG +ATATAAACCTTTATTACTAGAAAGAGGTTTAGATGTAGATAAAAGAAGTGAAGATATAGA +TTTATTCTGGAAAGAAAGAAAGTTTAAGAATAATTCGAATGTACAATTTGGAGAAGGTGG +AGCAGGAACTTTCTCTGATGGTAAGTTAACAACAAGAATAAAAGATATTAGATGCAGAAA +AGTATTAGAGGAGCTTGTAAACTTTGGTTCTCCTGAAGAAATATTATACTCTCATAAACC +TCATGTTGGTACTGATATATTAAAAGGAGTAGTTAAAAATATACGTAATGAAATAATTAG +GCTTGGCGGAGAAGTAAGATTTGATTCAAAAGTTACTGACATATGTAGAGTTGATAATGG +TATAGAATCTATAACTATAAATGACAATGAAGTTATAGAAACGAATATAGTTATTTTAGC +TATAGGACATAGTGCTAGAGATACTTATGAAATGTTACATGAAAGAGGCGTTCATATAAT +TCAAAAACCTTTTGCAATAGGTGCAAGAATAGAACACCCTCAAGAATTAATAAATAAATC +TCAGTATAAAGATTTTCATAATCATCCAAGATTAGGCGCTGCAGATTATAGATTAATAGA +GCATACTTCAAATGGAAGAACAGCGTATACTTTCTGCATGTGTCCAGGAGGTAGTGTTAT +AGCATCAGCTTCAAATGAAGGACAGGTTGTAACTAATGGTATGAGTGAGCATGCTAGAGA +TAAGGATAATGCAAATAGTGCATTTTTAGTAAATGTAGTTCCAGGTGATTTTGGAAGTGA +TCATCCATTAGCAGGTATGTATTTCCAAGAAAAATATGAAAGGTTAGCATATGAATTAGG +TGGTCAAAATTACAATGCTCCAGTTCAGTTAGTCGGAGATTTTTTAAATGACAGGATATC +TACTAAAATAGGAAGTGTTAAGCCTTCATATGAACCAGGATATACTTTCGTGGATCTAAG +AGAATGCTTGCCACAATTTGTAACGGAAACAATGAAGGAAGCATTATCTGGTTTTGATAG +AAAAATAAAAGGGTTTGCAATGGATGATGCAGTTTTAACTGGTGTAGAAACAAGGTCTTC +AGCACCTATAAGAATAGTTAGGGATGAGGAAACATTAGAGTCTACAAATACTAGAAATTT +ATATCCATGTGGAGAAGGTGCAGGTTATGCAGGAGGAATAGTTACTGCTGCTGTAGATGG +AATTAAATGTGCTGAAAAAATAATCGGTAAATATTCAAATAGGTAAAAAATTAAGGAAAA +TTATATACAGGAATAATAAAATATTTAACAAAATTTAAACATAAACTTAATATAGATTTA +ATATTTAACATATATTTAACACTAATGTCCTGTTCTATTTGATAAAATACAATAGGACAT +TAGTTTTTAGACAATTATAATTATCCTTAAGGAGGAAACAAAAAAGTGGAGATAGCAATA +AGTCTTATGGGTGGTCTAGGGCTATTCCTATATGGAATGAACCTTATGGGAGAAGCACTA +GAAAAATCAGCAGGAACTAGACTGAAGAAGATCATTGAGCTACTTACAAGTAATATCATA +ATGGGTGTTTTAGTAGGAGCTTTAGTTACAGCAGTTATACAAAGTTCTAGTGCGACAACA +GTTATGGTAGTTGGTTTTGTAAATGCAGGTATAATGACATTGCCTCAAGCTGCAGGAGTT +ATAATGGGTGCTAATATTGGTACAACAATAACTGCTCAGTTAGTATCTTTTGATTTAAAT +GGCCTTGCACCGATAGCATTAGGAATAGGTATAATTCTTTACTTATTTAGTAGTAAACAA +AAGGTAAAACATATAGCTGAAATACTAATAGGTTTTGGTATATTATTTACAGGTATGGAT +TTTATGAAAGAAGCAGTACAACCTTTAGCAGAGTATAAAGGATTTACGGACTTATTATTA +ACATTTGGTACATATCCATTACTAGGCCTTTTATTAGGATTTGGTATAACAGCGATAGTT +CAAAGTTCAAGTGCATCAATGGGTATGTTAGTTGCATTAGCATCACAAGGTTTAATACCT +TTATCTTCAGCACTACCAATATTATATGGACAAAATATAGGTACTTGTGTGACATCCTTA +ATATCAAGTATAGGTACTAATAAGAATGCAAGAAGAGCTGCCATGATACATTTAATATTT +AATGTATTAGGAACAATAGTATTCTTAATATTCTTAAATAAGCCAATAGTCAAAATGGTA +ACAGCAGCGGATCCAGGAAATATTGCAAGACAAATAGCTAATACACATACGTTATTTAAC +ATAATATCAGTTATATTACTGATACCATTAAATAAATTTATAATAAAACTAGCAGTTACA +TTAGTTCCAGATAAGTCTAGCGACGTGGAAGATGATGAAGTTAAAATAGTTAAATATATA +GATGAAAGAATGATAGAAACACCTTCGATTGCATTAGCTAATACAGTAAAAGAAGCTCTA +AGAATGGGTGAGAAATCTAAAGAATCACTAAACTTAGCTATGGAATCAATTTTAAATGAT +AATAAAGGTAATATAGATAAATCTTTAAAAATAGAAAATGAAATTAATATATTACAAAAA +ACAATTTTAAATTATTTATTAAAATTATCAAAGGCACCTTTAAACGAAGAGTCAAGAGAA +GTTGTTGATGCTTTATTTAACACAGTTAACGACGTTGAAAGAATAGGTGATCATGCTGAA +AATATAGCAGAATTATCAGAGGCAGCAATAAACTATGAAGTTGAATTCTCTATTCAAGGT +AAGGATGAATTAAACGATATGTATAATAAAGTTATTTCAACATATACATATGCATTAGAG +TCAATGAGGGCTAATGATGTTGATTTAGCTTGTAAAGTTATCAAAATGGAAGAACAAGTA +GATATAATGGAAAAGTCATGTAGACTTAATCATATGAGAAGATTAAATGAAAATTTATGT +AGCATAGATAGTGGAGTAATTTACCTAGATATAATAACTAACCTAGAAAGAATTTCTGAT +CATGCAGTAAATATTGCACAACAGGTAATAGCTCAACAAGTAGGACATAATTAATAAAAT +TTTAATTGATTCAAAATCAGAATGAAATAAGCCATGAGTACACATAGTATTGTATTTTTA +CTATGCACTCTAGGTTTATTTCATTTTTATTATTAAAAGGAAGAGAAATATTCATTATCG +ATAAAAAATATATATAATAAGTATTAAAAGTAACCTTTTAGTTGGATTTTTTTAGTAAAA +ATCGGTATAGAGTTATGATATAATTTTGATAGACTATTTTAAAGAAAGAGGTAAGTTTAT +GGGAAAAGTAAAGTTTGACTATAGTAAAGCACTGAATTTCTTCAATGAAGAGGAAATTAT +GTCTATGCAACCATATGTTGATGTAGCGCATAAGATGGTTCATGAAAAAACTGGATTAGG +AAATGATTTTTTAGGTTGGGTAGAATTACCTAATGATTATGATAAAGAAGAGTTTGGAAG +AATAAAAGACGCTGCTGAGAAAATAAAATCGGATTCAGATGTATTATTAGTAATTGGTAT +AGGTGGTTCTTATTTAGGGGCAAGAGCTGCTATAGAAATGTGTAGCCATTCTTTTAGAAA +TAATTTATGCAAAGAAGATAGAAAAGCACCGGAAATATATTTCGTAGGACAAAATATAAG +TTCTACATATATGATGGATTTATTAGATGTTATAAAAGATAAAGATGTATCAATAAATGT +TATATCAAAGTCAGGTACTACTACTGAACCTGCAATAGCATTTAGAATATTTAAAGACTT +CTTAGAAAAGAAATATGGAAAAGAAGAAGCTAGTAAAAGAATATATGCAACTACAGATTC +TAAAAAAGGTGCTCTTAAGCAATTAGCAGATGAAGAAGGCTATGAAACATTTGTTATACC +AGATGATGTTGGTGGAAGATTCTCTGTTTTAACACCAGTAGGATTATTACCGATAGCGGC +AGCTGGATTAGACATAGATTCAATGATCAAAGGTGCACAAGAAGCTTGTGAAGATTTCAG +AAGTACAGATTTAAAAGAAAATCAAAGTTATCAATATGCTGTAGTAAGAAATATTTTACA +TAGAAAAGGAAAAGATATAGAACTATTAGTAAATTATGAACCACAATTACATTATGTAAG +TGAGTGGTGGAAGCAGTTATATGGTGAAAGTGAAGGTAAAGATAACAAAGGTATATTCCC +TGCATCTGTAGATTTTTCAACTGATTTACATTCTATGGGTCAATATATACAAGAAGGAAA +GAGAATATTATTTGAAACAGTTATAACTGTTGAAAATGCAGAGAGAAATGTTACTATAGA +AAATGAAGCTATAGACTTAGATGGATTAAATTATCTAGCAGGAAAGACTGTAGATTTTGT +AAATGAAAAAGCATTCCAAGGAACTTTATTAGCTCATACAGATGGACAAGTTCCGAACTT +ATTATTAAGTATGGAAAGATTGGATGAGAATAACTTTGGATATCTTGTTTATTTCTTTGA +AAAAGCTTGTGCAATAAGTGGGTATTTATTAGGTGTAAATCCTTTTAATCAGCCAGGGGT +TGAAGCATACAAAAGAAATATGTTTGCTTTATTAGGAAAACCAGGATTTGAAAAAGAAAG +AGAAGAATTGGAAAAAAGACTTAATAATTAAGGTTTAATTAAGATTGAAATTATATAATG +AAATCATCATAAGATAGAAGTAACTTCTTATGATGGTTTCTTTTTTATTTGATATATAAT +TTTTGTATTAAAAATAAGAAAGTGCAAACAATAAAAAATAGAATATTTCTAAAGTTAATA +ATTAAAAATATGGAGGAGGGATATTATGTCGCGTAAAAGAGGCATAGGATTAGTAGTAAT +TGTAGCTATAATTAGTTCAGTTTTAAGTTCTTTATTAACAGTAGCTGTGGTAAAAAATAA +TATATTAAGTGGAACAGGGACAACAAATTCAAGCTCTGAAATAGTAGTAAATGATAATGG +CAAAAGTCAAAATATATATCATGCAGTAACGGAGAAAGCAATGCCTTCAGTAGTTGGGAT +AACTACTACGACAATAAGTACAAATAATAGATTTGCAATACCAACACAATCAGAAGGGGT +TGGTACAGGTGTTGTAGTAGATGCTAATGGATATATATTAACTAACTCACATGTTGTATC +AGATGGAAAAGCTAATAAGGTTAATGTATTATTTAATGATGGTACAACGACAGAAGGTCA +AGTTTATTGGTATGATGCTCAGTTAGATTTAGCTATAGTAAAAGTGGAAAAAACAGGTTT +AACTCCTGCTGAATTTGGAGATAGTGACAATGTTAGAACTGGAGATATATCCATAGCAAT +AGGTAACCCACTTGGTTTAGATTTACAAAGAAGTGTTACTCAAGGTATTATAAGTGGATT +AGATAGAACAATAGAAACAGAACAAGGTACTATGACAGGTCTTCTTCAAACTGATGCTAG +TATAAACTCTGGTAACAGTGGAGGTCCTTTATTAAATCAAAATGGTCAAGTAATAGGAGT +AAATACAGCGAAGGCTTCTCAAGGAGAAGGATTAGGATTTGCAATTCCTATAAATACAGC +AAAACCTATAGTTGAATCTATAATAAAAACAGGAAAATTTGAAAAAGTAACTTTAGGTAT +AAAAGGTATAGATGCATCAACATATGAAGCTGCAACAAATCAAAAATTAGGTACTGATAA +TGGTGTATATGTGGCAGAAATTTTAGATAATACTGCAGCAAAATCAGCAGGAATAAAGGT +TGGAGATATAATAGTTAAAGTAGGAGATAATAGCTTAACAGGTATGTCAGACTTAACAAA +AGCTTTATATACTTACTCAAAAGGAGATACAACAAAAGTTGTTGTATACAGAGATGGAAA +AGAAGTAACTTTAGATGTTAAATTTTAAATATAAAATAAAGAAAGGTGAAATTGATAATT +CAATTTCACCTTTCTTTATTTTATATTTTTATTTAAACTGTTTCTTTTACAGAATGTTCT +TTTATTTTTGTATTTTCTATTGAGTTGCAAGTAGAACTTGAAGGACAATTAGAGCAAGAA +CTGCAACCACTAGATTTTTTTCTTAACATTTTATATAGTATAAACGCAGCTAATAATACT +ATTACAGCACCTATTAATAACTCTACTACAGATCCATTTGAACCACCTACAAATTTATTT +CCTATAATGCTTACTATAAAAGCAGCAACCCAAGCTAATGCAAACTGATATATTAAAGAT +ATCATCATCATTTTATTTCCATATTCTTTTCTCATAGTTGCAAGAGCTGCTATACAAGGT +GTATAAAGAGCAGAGAATATTAAGAATGAATAAGCACTAACTCCTGTGAATATTGTAGGT +AAAACTGTTTGTAAGTCACCGAAAAGTACTATCAGTGTATTAACAACTATTTCTTTAGCA +CCTAACCCTGTAAGTATAGAAACTGAAATTCTCCAGTCTTTAAATCCTAAAGGTACAAAT +ATAGGAGCTAGTATTTTACCTATTGAAGCTAAGAAACTATCGTCTATATTTTCAGTAAAT +CCAGAGAAGTTAAATGATGAAAGTGCCCATATAACAACAGACATAGCAAACATTATAGTA +ACAACTCTTATTAAAAATCCTTTTGATTTATTCCAAGTATTTTTCATTAATCCACTTATA +GTAGGAACTTTGTACTCAGGAAGCTCTAATATAAATGGTTCAACTTGTGTCTTATAAACT +GTTTTATTTAAAACTAAAGCAACTAATATAGCTACTAATATACCTATTAAGTATAAAGAA +GTCGTAACTAAAGCTTCATTATCTGGGAAAAATATAGATACAAATAAAGCATATATTGGA +AGTTTTGCACCACAAGTCATAAGAGGTGCTATTAAAGCTGTTATTTTTCTATCTTTTTCG +CTTTCTAGTGTTCTGGTTGCCATTATGGCAGGAGAAGAACATCCAAGACCCATTACCATT +GGTATGAAGGCTTTACCTGATAAACCAACCTTACTCATTATTTTATCCATTAAGAATGCT +GTTCTAGACATATATCCACTATCCTCAAATATAGATATTCCTAAGAATAAAGTAAATATC +AGAGGGAAGAATGGTAATGTTCCACTTATTCCTCCTAAAATACCATCTATTATAAGAGAC +CTAAACCATTCGCTTGAGTTAGCCAATAAATTATCCATTGGAGCCATTACATAAGCTTCT +ATAAGTCCTCCTAGTCCTTCTTGAAGAGGTCCACCTACCCAATCAAATGTAAATTTGAAT +AAAAGGAATAGTAAACCTAAAAATACAGGATATGCTAATATAGGGTTTAAGACTATATCA +TCTATTCTATCACTTATACTTTTCTTTTGCTCCATACTTGATTTACTACATTTAGAAAGT +ATATTTTCTAGTTTTTTATAAGTTTCAACTTCACTTCCAAAGTTATTATTATAAATAACT +TTTTTGCCTATTGTATTTTTTATTGTGCTTTCTATAGAATCAAGATTATTTTTCTTTTTT +GCAACTGTAGGAATTACAGTTATATTAAGTTCTTTACTAAGTTTTTCTGTGTCTATATTT +ATACCTCTAGATTTTGCCACATCCATCATATTTAATAAAACTATTATAGGTTTATTAAAT +TGCATAAGCTGAGTCGTTAAATATAAGTTTCTAGTTAAGTTAGCTGCATCAACTACATTA +ACTATTATATCTACATCATCATTTTCTAAATATGATTTGGCTACTTTTTCTTCATTAGAG +AAAGTATCCATTGCATATATACCAGGTAAATCAACTACTTTTATGTCTTTACCTAAAAAT +CCCTCTTTCTTTTCAATAGTAACCCCAGGCCAGTTACCAACATATTGATTCGAACCAGTA +AGTGAGTTAAATATAGTGGTTTTACCGACGTTTGGATTACCAAGTAGTGCTACATTAATC +ATAAGTGATCACCTCTCCTATTTTAGTGAAATGTTTTTTGCATCAGATTTTCTAAGTGCA +AAGTCAAATCCTCTAAATCTTATTATTATTGGGTCACCAAATGGTGCAACCTTTTTTACT +TCTATTTCCGTATTATCTATACAACCTAAAGCAAGTAGTCTTTTAACTAACTTGTCGTTA +CCGTTAATTTTATCAATTAGGCCTTTTTGACCAATTTTTAAATCATAAACAGTCATCATT +TATACCTCCTAATGAAATTCATTATCATTAAAATTGTACCAGTTGAGGTTAGAAAAGTCA +AGAAATGTAGATAACGCATATATATAATTAAAATTATATATATAAATTATCTTTTTGTTA +ATTAAAAGAGTTTTTTAGTATTTTTTGAATTATAATTAAAGTATAAGTTAAAAAGATAAG +AAAATAATATTTGGGGATGAAAGATATGAAAACAAAAAGACTTACATTTTTAAGTCTAAT +GATAGGATATAGTTTAATATTATATATAGTAGAGACATATATTCCAAATCCGTTGATAAT +ATTATTCCCAGGAGCTAAGTTAGGATTAACTAATATTATAACTTTAATTTCTTTAATATT +ATTAGGGGGAAAAGATACGTTTATAATAGTTACAATTAGAGTTATACTATCATCTATATT +TTCAGGACCATTATCTTATTTATTATTTAGCATAGGGGGTGCTTATTTAAGTTTAGTATT +GATGTATATTATTTCTAAGATTGATGGTTTTTCATTAATAGGAGTAAGTATAATAGGTGC +GATCGGTCATAATATAGGACAGTTAATAGTAGCTAGTATAATAGTTGAAAATGCCTTGAC +AATAGGGTACCTTCCGTTTATGCTAACAGCATCTTTAGTTACAGGATTTTTTGTAGGGAT +GGTAACAAAATACTGCATACCATTAACTGGTAAATTATGTAAAATACATTGACAGAGAAT +ATCAAAATTTGATAAAATACACATAAAAATATAAATTAAAAATAGTGGTGATTAATATGG +CGAATAGCGAATTGGAAACACTAAAAACTGAAATAGAAGAATTAAGGCAAGAGATAAATA +CTTATATACAATATCCAGAGATATTTAAAGAAGAATTAATTGAAGCAAGTCAAAAAATAG +ATGTTTTAATTAACAAGTATATATTTTTGAGTAAATAGTCCCACGAAAGTGGGTTTTTTT +ATATCTAAAATTAGAAATATTATTGTTATCATGTTAAGTATAATTAAAAATAAATAGCAA +ATATTAAATAATTAAGATAGGATTTTATTTAACATAAAGGATGATGAATATGTTTGTGAC +TAAGATTATAAATACTATTATTATAGTTATAATTTCATATACACTACTTAAGCTTATACA +CTTCCTTTTGCGTCGATTGTTTGAATTTACAAGATTTGATGTAAGGTATGAAAATACCTT +ATATAGTGTTTTATCATCTGTATCTTATTATATTGTGTTTGTTATATGTATTATTCTAAT +TTTAAGAGAGTTTGGTATTGTAGATGCAACTAAGTTTGGATCATTAGTAACAGGAGCTAG +TATAGTTGGGTTAATAGCAGGTTTTGCATCTCAAAGTATTTTAAAAGATATATTTAATGG +TTTTTTTATATTATTTGAAAAACAAATTCAAGTAGGAGATTTCGTTATTATTAATGAAGA +ATTTAGAGGTACTGTAGAAGAAATTGGGATAAGAAGTACTAGTATAAGGGATTGGGATTT +AAGAAGAATAACACTACCAAATGGAAATATAACTAGCATAAAAAATTATAGTAAAAATAA +AATGAGAGCAGTTATCCATGTTAAAGTATCATATGAAGAAGATCCAATGAAGGTAATATC +AGCATTAGAGGAAGTATGTCAGATAATGAATGAGGAGTATAAAGAATATCTATATGATTC +TAATGAGATGTCTAGATCATTTAAGGTATATGGTATAACAGATATAGAAAAAAGTTCAAT +AGGAGTTCAATATACAATAACTGGAATAGTGAAATCATACAAATATTTTTCTGCACTTAA +AGAAGCTAAGCTTCAAATTTTATTAGTATTTAAGAAGAATAATATTAAAATAGCTTATCC +GAAACATATAAATATTATAAGTTATGAAAATCAAGATCAAGATATAGATTAATTATAATA +TACAGATCTACTAAATATCGGGGGGAGATTCTTATAGGCTTAAGTGAAATTATAATAAAG +TTATTATTAGCATTATTTATTGGTGGGTTAACAGGTTTAGAAAGAGAAAAATCACATCAA +TTTGCAGGATTTAGAACGCATATACTAGTATCTGTAGGTTCTTGTATTACATCTATAACA +GCATTAAGCTTATTTAATGAATACCATGATTATGCGAATATAGACCCTGGAAGATTGCCA +GCACAGGTGTTATCAGGAATAGGATTTTTAGGTGCAGGTGCTATTTTAAAAACCTCTAAT +GGAATCAAGGGATTAACAACAGCAGCAGGAATATGGGCTACTGCGTGTATTGGAATAACA +ATAGGGTATGGCCAGTATATACTTGGAGTGTCTGCATGGATTTTCGTAATGTCCACATTA +TATATTTTAAAAAGAATAGATAAAATTTTTTTTAAAAAAAAGGAAACTATACTTAGTATA +ACCATAAATAATATTGAGGCATTACCAGATGTTTATAATCAACTAGCAAAGACTCAAATT +ATTATAAAAAATATAGACATGGAATCAGGTGGCAATAATATCTGGAATATAAGGTTTTTC +ATCGTATATGATAGAAGATTAATGTTAAGTGAGTTTACTAATGAATTAAAGCAAATTAAT +CATGTAATGTTTATAGATTTTTTATATTAAAAATTATTTGAAGGAGAGATAAATATGGTT +AAGGATAGAAACTCTATAGATTCTATATATAAATGGAATATAGATGAAATGTATAGCAGT +AAAGAATCTTTAGAAAAGGATGTAAAAAAAGTAGAGGATTTAATAAGAAAAGTAAAAGAG +TATAGAGGTAAGTTAGCTACTAATAAAGATGATTTATATCAAGCGCTTAAAATATCTGAA +GATGCATCAAGAATAGTACAAAATTTATATGTATATACTCATATGAAGCAACATGAAGAT +ACAAGAATAAATGAAAATCAAGCTATGGCAACTAAAATAGAAATGCTTTCAACAGAACTA +TCAATGGCAACATCATATATGGTACCAGAGATAATATCTATAGATGAAGAAAAGTTAAAT +GAATATTTAAGCGCGAGTGAATTGAGTTTTTATAAAAAATATATAGATGATATTTTAAGA +GAAAAGCCACATACATTAAGTGAAAAAGAAGAAGAAATATTAGCAGCAGCATCAGATATA +TCAGGTGTAGCTGAAAATGTATATGATATGTTATCTTTTGCAGATTTAGAATTTCCTGAG +ATAGAAGATGAAGATGGAAATAAAGTAAAATTAACTCATTCTAATTTTTCTGTATTTTTA +AAAAGTAAAAATCAAAGCGTAAGAAAATCTGCTTTTGAAGCTTTATACTCTGTATATGAT +AAATATAAAAATACATTTGCATCGACTCTTTATGGTGGAATAAAATCAGAAATATTTTAT +GCAAAAATGAGAAAGCATAAATCTGCATTAGAAGGTTCACTATTTAATGATGATGTAAGT +GTGGATGTTTATAATAATCTTATATTAGCAATAGATGAAAACTTAGATTCACTTAATAAA +TATGTAGATCTTAAGAAAAAGTTTCTTGGATTAGAAACAATACATATGTACGATTTATAC +GTACCATTAACAGAAAAATTTGATATGAAGATTCCTTATGAAAAGGCTCAAGATATAATA +CTAAATGCTTTAAAGCCATTAGGAGAAGAATATTTAGATATAATAAGGAAGGCATTTAAA +GAGGGTTGGATAGATGTTTATGAAAATGAAGGAAAACAAGGAGGGGCATACTCTTGGGGT +AGTTATGACTCACATCCTTATATCCTTATGAACTATCATGATGATTTAAATTCATTGTTT +ACATTAATACATGAATTAGGTCACTCAGTTCATAGTTATTATTCTAGAACTAGCCAAGAG +TATTTATACTCAAGCTATAAAATATTCGTAGCAGAGGTAGCATCTACTTTAAATGAATTA +TTATTAATAAATTACTTATTAGAGAATTCACAATCAAAAGAAGAAACAATTTATTTATTA +AATTACTATTTAGAACAATTTAGAACTACTGTGTATAGACAAACAATGTTTGCAGAATTT +GAAAAACTTACGCATGAAAGAGTAGAAAATAAAGATCCATTAACAGCAAAAGAGTTTACA +GATATATATTATAATTTAAACGAAAAATACTATGGAAAATCTTGTGATGTAGATAAGCAG +ATTGGATTAGAGTGGGCTAGAATACCACATTTCTATTCAAACTTCTATGTATATAAATAT +GCGACAGGATTCTCTGCTGCGAGTGCGTTAAGTCAACAGATATTAACTGAAGGAGAGGCC +GCAGTCCAAAGATATATAGGATTTTTAAAAAGTGGAGGTTCAGACTATCCACTTAATCAA +TTAAGAGCTGCCGGCGTAGATATGGAAAAGAAAGAATCTGTAGATCAAGCATTAAGTGTA +TTTAGTGACTTAGTTGATAAATTAGAAGAAGAATTATAAAGATATAGGGCTGTATCAATA +TTGTATTAATGTTGATATATGCCCTGTTTTATATTTTATAAATAAAGAAAGGGATAAATT +TTATGAGTGAACTATTTGATTTGTTTAAAACCTTTTGTAGAATAGGTGGATTAACCTTTG +GAGGGGGGTATGCTATGCTTCCTATGTTGGAAAAAGAAGTAGTAGAAAATAGAAAGTGGG +CTACAAGTGAGGAGTTATTAGACTATTATGCAGTTGGGCAAACAACACCAGGAATCATAG +CGGTGAATACGGCCACATTTATAGGATATAAAGTTAAGGGGATCATGGGAGCATTATTTG +CAACTATGGGAGTTGTGTTTCCTTCTCTTGTAATAATTATGATTATAGCAACATCCTTAC +AAAGCTTTTCTAAATATGAAGTTGTACAAAATGCATTTTCTGGAATTAGAGTAGTGGTAG +CAGTACTTATACTTAATGCGATTATAAAACTATGGAAAAATTCTGTTATTGATAAAGTAG +GAATAGTTATTTTTGCCTTAACATTCATATGTGGAGCACTATTAAAAATTTCATCTATTT +ATATAGTTATTTCAGCAGCTATATTAGGACTAATAATTACGTATAGGAGAAATAAAGAAT +AATGATTTATTTACAATTATTTTATGAATTTTTTAAAACAGGACTATTTGCAATAGGGGG +AGGATTAGCAACACTACCTTTCTTATATGATATTGCAAGGAATTACCCTTGGTTTAGTGA +ATCAACACTTGCGGATATGTTAGCTATATCTCAATCAACACCAGGTCCTATAGGCATAAA +TATGGCAACTTATGCAGGATTTAATGCAGGTGGAGTAATAGGGTCTATTGTGGCAACTAC +AGCATTAGTAATGCCTTCTTTTATAATAATTATTATAATTGCTCATTTCTTAAATAAATT +TAGAGAAAGTAAGCAAGTTGAAGCTGTATTCTATAGTATAAGACCTGCAGTCACAGGTCT +TATAGCAGTAGCATGGTTTGAAGTAATGAATATATCTATTTTAACTTTAAGTAAATTTAT +GGATACAAAGAATATAGTTAATATATTAGATTATAAAGCTCTAATTTTGTTTATATCAGT +ATTCTTTATGTCTAGAAATTGGAAGAGACATCCTGTTATATTCTTATTAATAGGAGCAGT +TGCGGGAATTTTATTCAAATTATAGTATATTTACATAGTCTTAACAATATTTACTTCTAT +TTAACTAATTCATAATATTTAGTTAACAAAAGATTTGTATTATTGAAATGTAAAGAAAAG +CCAATAATACAAATTATAATATATCGGGGGTAATGAAATGTTTAAGAAAAAAGTATTAGC +ATTATTATCAAGTACAATATTAGTTGCAGGACTAGCTGTAGGATGTGGATCTAATTCAGG +AGTTGATGCTAAAAGTGATAAAGAAACAAAAGTAACAGTATCAGGATCTACTTCAGTAGG +ATCACCAATGGAAAAATTAGCAGAAGCTTTTGAAGGTAAAAATTCAGGTGTTAAAGTTGA +AGTTCAGCAATTAGGTTCTTCAGCAGGAATAAAAAATGCTATAGAAGGTGTATCTGAAAT +AGGAATGTCTTCAAGAGATTTAAAAGATGAAGAGAAAAGCTCGGGATTAAAAGAAACTAT +AATAGCAACTGATGGTATAGCTGTCATAACTAATAAAGCAAATAAGGTTACTGATTTAAC +TTTAGATCAAGTAAAAGATATATATACAGGAAAGATAACAAACTGGAAAGAAGTCGGTGG +AGAAGATGCTCCGATAGTAGTTGTTTCAAGAGAAGATGGTTCAGGAACTAGAGATGGATT +CCAAGAAAAAGTAGGATTTGAATCAGAGGAGTTAATAAAAGATGCTCAAATAAGTGATGG +TTCAGGAAACATAAAATCTACTGTTGAGGGGAATGTAAATGCAATAGGTTACATATCTTT +TGGGTATGTTGATGAAGCTGTGAATGCTGTAAAAGTTGATGGAGTAGAAATAAACCATGA +AACTGTTGCAAACAATGAATATGTAATAGCAAGACCATTTATATTAGTAAATAAAGATGG +TATATCTGATAATGCACAAGCTTTAATTGACTTTATATTAAGCGATGAAGGACAAAGTAT +ATTAGAAGAAAAAGGGTTCATAAGAGTAAAATAATATAGATTTCCACTAAATTAAAAAAG +GGCTATTTTAAGAAGTGCTGATTCTTAAAATAGCTCTTTTTATGTAATGTAAAATGCATG +TTAAAACTATGTAATATTTTTACCTTTAATTAACCTGGATATAATTTAGATTTAACTTTT +CTACTATATTATTAAATTAAAGAAAAACATTTTGAATATAAACATAAGAAACTTATTTTA +AATAGTGAAAAAGTGGGAGGTTGTTTTATGTCAGTTGAATCTCAAGCTGTAGGCATAAAG +AAAAAATACAAAAATAGAAATAATAAAGGTAAATATATAGCGGAAAGTGTAGCAAAGAAT +ATATTTTTTATGAGTGCATTAGTTGCAGTAGTGAGTTTATTACTAATAATAGGATTTGTA +TTTTATAAAGGGTTAACACCATTCATATCCAAAGGATATTCATTTACAGCTTTTTTAACA +GGAGTTGATTGGTTACCTTCATCAGATAAATTTGGAATATTACCAATGATCGTAGCTTCA +TTAATAGCTACAGTAGGATCATTAATTATAGGAGTACCAGTAGGAATTTTAACTGCAGTA +TTTATAGCGGAAATAGCTCCTAAAAAAGTGGCTAAACTAATGTCACCAGCGGTAGAACTT +TTAGCAGGTATACCATCAGTATTATATGGTATATTTGGTTTAGCATTTATAGTTCCAGCT +ATACAAAATATATTTAATCTACCTAAAGGGCAGAGTTTATTAGCAGTAATAATAGTTTTA +TCAATAATGATGTTACCAACAATAATATCTGTATCAGAAACGGCAATAAGAGCAGTACCT +AGAGCGTACAAAGAAGGTTCATTAGCATTAGGTGCTTCAAAAATAGAAACAATATTTAAA +GTTGTTTTACCAGCTGCAAAGTCAGGAATACTAGCAGCAGTAGTATTAGGAATCGGTAGA +GCATTAGGTGAAACAATGGCAGTAATATTAGTAGCAGGTAATTCACCTATGATACCAAGT +TCTTTAATGGATAGTATAAGACCACTTACAACAAATATAGCTCTTGAAATGGGATATGCA +TTTGGAACTCATCAAGAAATGCTATTTGCAACAGGAGTAGTATTATTCTCATTCATATTA +ATTTTAAATCTAATATTAAATAAATTATCTAAGGAGGTAGATTAAGATGAGAAAATTTAA +AGAAAACATACTAAAGTTTTTAATCTATCTATCAGCAATATTTACGGTAGGAACACTAGC +AATAATAGTAGGATATATATTTGCAAAGGGAATTGGTAAGCTTAATTTACATTTTTTAAT +AAGTGATTATTCATCTTCGGGAGATGGTGGTATATTACCGATGATTGTTAGTACGGTATA +TATGGTTGGAGTATCTATAGCAATAGCAACACCAATAGGAATATTAGCAGCAATATATAT +GCAAGAATATGCAAAACAAGGTAAATTAGTAAAAGCAATAAGATTTGCAACAGAAAGTTT +AGCAGGAATACCATCTATAATATATGGGTTATTCGGAGGTATTTTCTTTGTTACAGTATT +AAAGTTAAGTTTCTCTATTTTATCAGGAGCACTAACAGTTGCAATAATAATATTACCTTT +AATAATAAGAACTACAGAAGAAGCTTTAAAAACTGTACCAAAATCATATAGAGAGGCATC +ATTAGCTCTTGGATCAACAAAGTTCCAAACTCTTTATAAAGTAGTGCTTCCAAGTGCAGT +ACCAGGAATATTATCAGGAATAATACTATCAGTAGGTCGTGTTATTGGAGAATCAGCAGC +AATATTTTTAACAGCGGGAACTGTTGCACAAATGCCTTCAGGTATATTTGACAGTGCGAG +AACATTAACTGTACATGCTTATCTTTTAACTAAAGAATCTGGAGATATTCAAACAGCTGC +AGCTTTAGGTATAGTATTGATATTTATAGTATTAACTTTAAATACAATAGCAAAAGTAAT +AGCAAAGAAATTAAATAAAGCAAACTACTAAAATTTATATAAATTCAATATGAACTCATT +AAAAGTGATAATTTAAATAATATGTCTAAGAGGTGAAGATATGAGTATAATCGATTCAAC +AAAATTAAATGTAAAAGATTTAGAACTATTTTATGGAGACAATAAAGCATTAAAAGGTAT +AAATATGAATATAAAGTCTAATAGAGTAACAGCTCTTATAGGACCTTCTGGATGTGGAAA +ATCAACATTCTTAAGAACGCTAAATAGAATGAATGATTTAATAGATAATGTAACAATAAA +AGGTTTAGTAGAAGTAGATGGCGAAGATATATATAAATCTGATGATGTTATAAAACTAAG +AACTAAGGTAGGAATGGTATTTCAAAAACCAAATCCATTTCCTATGAGTATATATGATAA +CGTAGCTTATGGCCCTAGAACACATGGGATAAAAGATAAAAAAGAGCTAGATAAAATCGT +AGAAGAAAGTTTAAAAGGAGCTGCAATTTGGGATGAAGTTAAGGACAGGCTTAAGTCTTC +AGCTCTTGGATTATCAGGTGGGCAACAACAACGTATATGTATAGCAAGAGCTATAGCCAT +GAAACCTGAAGTTATACTTATGGATGAGCCAACATCCGCATTAGACCCAATATCTACATT +AAAGGTAGAAGAGCTTATTGAAAATTTAAAAAAACAATATACAATTATAATTGTAACTCA +TAATATGCAACAAGCTGCTCGTATTTCTGATGACACAGGATTTTTCCTAAATGGAGAATT +AGTAGAGTTTAATGAAACAAAGACTATCTTTACTAATCCATTTGATAAACGTACAGAGGA +CTATATCACTGGAAGATTCGGATAAAAGTAAGGGGTTAAAAATTTATAAAGGAGAACGGG +TATGATTGTAACAAAATTAGAATTTAATATAAACACTCTTAAGGAGTATGCAGTTAGAAT +GGTTGAAAAATGTGAAGAGGCTGTTTCTCTATCTGTTAATAGTTTAGTAGATCAGGATTT +AGATTGTGCGAAAAAGGTTATAAAACTTGATGAAGATATAGATACACTAAGAGAATATAT +AAGAGACAGAAGCATAGAATTAATGGTACTAAAGCAACCAATGGCTAGAGACTTAAGGGA +AATATATGCTTTAAGCAATATAGCTATAGAGTTAGAGCGAATAGGGGACTATGCTGAAAA +TATAGCTGAAGAAACATTAGCTATAGGTAATGAAGAGCATATAATAAATTTGGATGAAAT +CTTAAAAATGTCTAATGTATGCTTAAGCATGCTTAGCGATATTAAAAAATCTCTAATTGA +GTGTGATGAAAAGTTAGCTTATGATATCGCTACGAGAGATGATGTCATAGATAAAGCATA +TGAAGAATCAAGAAAAAAATATATAAGTAAAATGTGCGAAAGCTCTAATCATGTAGATCA +AGGTACTAGATTTTTATTTGTAGGAAGATATCTTGAAAGAATTGGAGATCATATAACAAA +CATATGTGAAAAAATTATATATGTTGCAAATGGAAAAATGATAGAAATTCAGTAAGTGTG +ATGATGAAAGCTCAGACTGAAATATAAAAATACCAGATAAGCAGCTGGGAAAATGCTGCA +AATGTCTGGTATTTTTATATTTAGCCCTATGCTTTTTTATTATCACACCTACTAAATTGT +TCTAGGCTAATGATAAAAAATTAAAAATTTAAGTGAAAATAAGAAATAGAGTAAAGTAAA +AAAATATTTTACAGAAAATTAAAAAAATTATTAAGGAATTAGGTATTAAGTATTGGAAAA +TCTTTATCTAAAGTATACAATATAAAAGAGTTAGAAAATAAAACAATTAGGGGTGTAGGG +AATGAGTATACAATTAAAAAAAAATTTAGAACAAACAGTAGAAAAGTCAATAGATGAAAT +TACTGCTACTCAGTGCATAAATAATATAATAAGTGATGTTAAACATAGAAATAAAGGTGA +TGAAGAATTTCACCAAGCTGTTGAAGAGGTTTTACATTCTTTAGAGCCAGTACTAGTTAA +ACATCCAGAATATATAAAAGAGAGCGTGTTAGAAAGGCTAGTAGAGCCAGAAAGACAAAT +AATATTCAGAGTTCCTTGGATTGATGATAAAGGTGATGTTCAAGTAAATAGAGGATTTAG +AGTACAATTTAATAGTTCAATTGGACCATATAAAGGAGGACTTAGATTCCATCCATCAGT +TAATTCAAGTATAGTTAAATTTTTAGGATTTGAGCAAATCTTTAAAAATTCATTAACAGG +GCTACCTATAGGAGGAGGAAAAGGGGGATCAGATTTTGATCCTAAGGGGAAATCTGATAG +AGAAATAATGAGATTCTGTCAAAGTTTTATGTCAGAATTATATAGACATATAGGTCCAGA +TGTAGATGTACCAGCTGGCGATATAGGTGTTGGAGGAAGAGAAATAGGATTTTTATTTGG +GCAATATAAGAAACTAAGAAATGCTAATGAACCAGGAGTATTAACTGGTAAAGGGTTACA +TTATGGTGGTTCATTAGTAAGAACAGAAGCTACTGGATATGGTCTTATATATTTTGTTAA +TGAGATGCTAAAGGCACATGGTCATAATTTAGGTGGAAAAAGAGTTGTTATATCAGGATC +TGGAAATGTTGCAATATATGCAGCTCAGAAAGCTCAACAATTAGGTGCACATGTAATTTC +TATGTGTGATTCGAATGGATACATAGTTGATGAGGATGGAATAGATCTAAGTTTAGTTAA +AGAAATAAAAGAATTGGAAAGAAAAAGAATTAAAGAATATGCACAGAGAAAACCTAGTGC +TAAATATTTTGAGGGGCAAAAAGGAATTTGGTCATTAAAGTGTGATATTGCTTTACCTTG +TGCAACTCAAAATGATATAAGTATAGAAGAAGCTAAGTTATTAGTTGAAAATGGTGTGAT +TGCAGTTGGGGAAGGTGCAAATATGCCTTGTACTAACGAAGCTTTAAGTTACTTATTACA +AAATAATATACTAGTTGCTCCAGCAAAGGCTGCTAATGCTGGTGGGGTTGCTACTTCAGC +ATTAGAGATGTCACAAAATAGTATGAGGCTTTCTTGGTCATTTGAAGAAGTAGATGAAAA +ATTAAAAAATATAATGGTAAATATATTTAATGCTTCTAAGGAAGCTGCAAAAGAGTATGG +TTCAGAAGGTAATTATGTTGTTGGTGCTAATATAGCAGGGTTCTTAAAAGTGGCAGATGC +AATGATGAGCCAAGGGATAATATAGTAGTTATGTTTGATTTACAATAACAATAGATTATG +TTAGAATATAGTCGCATAAAACATATATAAATTCATAGAATGATTGAATGGTTCTACCAA +CTGCCGTATCAGTTGATTATATGTTTTCCTTATTGGAATAACTGTATCAATTTTGGTATG +CCAGTTGGTATTTATATGCAAAAATATAAATTCATAGGAGAAATAAATATGGCAGATTAT +ATGAAGACATTTTCAAAAGTAAATTTTTCACCATTGCTTCCGAATAAAGATAATATTTTA +ATTGATGATATTGCTCATGCACTATCGCTTATGTGCAGAGCAAATGGGCATTTTCCAGAA +TTTTATTCAGTTGCACAACATAGTATTTTCTGTTGTGAGGAAGCGATACAAAGGGGATAT +AGTAATAAGATTGCATTAGCATGTTTGTTACATGATGCTAGTGAAGCATATATTGCAGAT +ATAACTAGGCCAGTAAAGAAATATTTAAATAAGTATCTAGAAATAGAGATGTCATTACAA +AATGAGATTTATGAAAAGTATCTTAAAGCTAAATTAACTTATGAAGAACAAAAAATGATA +GATTCAGTTGATAACACTCTACTATATCATGAATTTATTCATTATACAGGAATAGAATTA +GAGGTAGAAAAAAGTGACCTGCTAAGCAAGCCGATTTTTAAATTTGAGGAGTTTGCCTCA +GTAGAAAGTAGATATAAAGAACTATTTTATAAATTAACAAACATTGATAATTAGAAATTT +TACTAATAAAAGCATGTAGAATGGTTACGTGCTTTTATTTTTTTATGAGAAATCTTACTA +AAAAATAGCGTAGAATAAAATGGAATATTGCTTAGTGACTACCATATTTTTTTTTTATAG +ATTATACTATATAGGTGAAAAATATAAATAACCATAGTTATATCAGGAGGTTTTATCATT +GAAGTTTAAGTTGGGCATGAGGAATATCAAAAGTGGTATAGCAGTTATGCTTTGCTGTAT +TTTAGGACAATACGTTATTGAAAATTTATTCTTTGCCGTTGTAGCGTGTGCAATATCAGT +GCAAGGTACAGTGAAGGGATCTGTAAAAGCAGGCTTAGGTAGAGTAAAAGGAACTATGTT +AGGTGGTTTGATTGGATATTTAACAGTTCTTATTAAGCCAGGAGATCCTATTTTATGTGG +TCTAGGTGTAATGGCAGTTATATATGGATGTACTGCTTTAAAGAGTCCGGGACTTGTAGT +ATCTTTAGTAACATTTTCAGCTATACACTTAGGCAATATAGGAACCATAGATCCAGCATA +TTATGCAATACATAGAGTTATAGATACATCAATGGGAGTAGTTTTTGGAGTAGCAGTAAA +CTGTTTATTTGCAAGACCAGATTATTTTGAGAATACAATGAATGAATTTATAAAGATGGA +AAAGCTATCAAAAGAGTTTATAAAATTAAGGATAATAAACAATGAACATTTTGATATAGA +AAAGTATGGTTTAGCATTTAATAAACTAGAAAGTGTATATTCAAAATTTCTAGACGAATT +AGATTTTACTAAAAATAATGTAAATACGGATCAACTAGAAGAATCAATCGGAGTATGTGA +GCAAATATATTTTCATATGAAGTCGATAGAGCTATTAGAAAAAAAATTATATCTTAATAA +GAAAAACTATAAAATACTTAAGAAATTCTATAAGGGTGAAGACTTTGATTGGGAGATAGA +CGATACCAAAAGTCCAGTCTTTAATTTTCACTTAGAAAAAATAATACAAAAGATAGATCA +ATTAAACTCTTTAAATAATTTCAAATAACAACTCATAAATAAAATGCAGTACCTCTACAA +ATATTAGATATATAAGTCAATTAAAGGAGGTACTGTATGAAACCTATCTGTTTAGAAACT +CAAATTTTAAATAAATATAAGACAAAAATTTTTAGAGAATTAATAAAATTAGTATGGAAT +GAAAATTTAGATAATATAGATGATATCCCCAAAAATATACTGGAAAATGTAAAAAAGGAA +AGTATTCAAGACGTAGATGAGAATACTATCATAAATTTGATAAGAGTAATTTTAGGCCTT +AATCCATTAGAAAGCAATGGGGATACTAGATTAAAAGATATGATTTATGAATCAATGAAT +TTAGATAAAGTAGATATGCCAATAATTTCCATTATAGATGATGCATGTAAGTATTGTGAT +AATACTAAATATGAATGTTTAATTAAGAACAAGCATATAAATTGTAATAAACAAAGTACA +TGCAGTGCTTGTGGGGAATGTATTTCTAAATGTAAGCTAGGAGCCATATCAGATAAAATT +GAATTTATTCCAATTATAAATATATTAAAAAATAAGAAAAATCCAGTATACGTTATTTTA +GCACCTGCATTTACTGGACAATTTGGTGAAGATGTTAGTTCGGGAATATTAAGAGGGGCA +CTTAAGAGCATAGGTTTTAAAGATATGATAGAAGTAGCGCTAGCAGCTGATATTCTTACA +GTAATAGAAGCGTATCATTACTATGACCATATACAAAATAATAATAAGGATTATTTTATA +ACTAGCTGTTGTTGTCCTGTATGGGTAAGCTTAATAAAAAGTAAATTCCCTGAAATTGCA +AGTAATATATCTTCTTCTGTATCACCTATGATTGCATGTGGAAGAATAATTAAAAGTTTA +AATCCGGCTGCGAAAGTTGTGTTTATAGGTCCTTGCATTGCGAAAAAGAAGGAAGCTATA +TCTGAAGGCTTAAAAGGAGCAGTAGATTTCGTGCTTACATTCCAAGAATTAGATGAAATA +TTTAAAGCTCTGGATGTAGATTTATTACATATAAAGGAAGACAATAGGTTAGAGTCCTCT +TACTGTGGGAGAATATATGCAAAATCAGGAGGTGTTAGTAAATCAATAGAAGTGGCTTTA +AAAGAAATTGATGAATACATAAAGTTTAATCCTATATCATTTCAAGGGTCTAAAGAGTGT +ATTAAAGGACTTGAAAAATTAATTAATAAAGAAATTGATGCAACTTTTATAGAAGGGATG +GGTTGCAAAGGTGGATGTATCGGGGGTCCTAAAAAATTAATATCATTAGAAAAAGGCATT +AAATATATGGACAAACATTTACAAGAATCAGAATTAAAAACTCCATTTGATAACTTAAAC +GTTGCACAATTTCTATTAGAAATAGGTATAAAGAAAATAGAGGATTTAGGGGACAAGAAT +CAGGATAAAATACAACAAATTTTTAAGAGGAATATAGAAAAGTAATTAAAATTAATCTTT +ATTAAGAGGAGATTATGATAATGGGGGAAAAGAAAAAAATATTAAAAATATTAATAGGTG +TATTTTTAACATCAATTATAGTATGTATAGGATGGTCTTATAATCAAAGTAGCAAGACAG +CAAAGAAAAATATTACTATTGATAAAAATATAAGCGATGTTATAGAGAATACTTCTAATG +AAATAAGTAAAGAATCAGAAAAAACACCGGGAAAAATAGCATATATAACAATAGATGATG +GTCCTTCAAAATATACAAGTCAAATATTAGACATATTAGATAGTAATAATGTAAAAGGAA +CATTTTTTATGTTAAATAATAATATGATATTACACAAAGAAGAAATTAATAGAATGATAA +AAGAAGGTCATGGTGTTGGATTTCATGGGGTAAGTCATGATATAAAGGAATTGTATAAAA +CAGAAACATCTTCATTAGAAGAATTTGAAACTTGTAATGAAACATTATATGAAATAAGCG +GAAAAACTTCGAAATTAATAAGACTACCATATGGAAGTAAGCCATATACACCACAAGAAA +ATTATGATAGCTTGATTAAAAATGATTACTTGATATGGGACTGGACACTAGATACTCAAG +ATTGGAAGTCATCAACAGACCAAATTGTAAGTAATGTACTATATTACGGAAGAGAAAGAG +AAGAAATAGTAATATTGATGCACGAAAAAGAACAAACTGTAAAAGCATTAAATGATACTA +TAAAAATTTTAAAAGAAAGGGGATATACAATACTTCCTATAACAGAGAATATATCTCCAA +AAAATTTCTGGCTAGGTAATACGAATAGCTAAAATAACTTATATTATTATTAATAATTGA +CAATAATAAAGAAAATTAGATATAATTAATAAATAAAACAATATTGAAAATGCAATGATG +AAGAGGAGTATGTAAATACTACTAACAGAGAAGAAGGCTCATAGGCTGCAAGGTCTTCTA +AGTATAGATTTACAGAAGGTAGCTTTGGAGTTTCTAAGTTGAACTAATAGTAGGCTTAGA +CGGTGAAAATCGTTAAATTTTATTGAGAGCCAAAATGAGCAAAGTGAATTTTAATCAAGG +ATATTACTAGTGAATATGAAGTAGTATCGTTGGTTTTATGAGTAGAGCTAATTTTGGAAT +TAAGGTGGTAACGCGAGCTTTTCGTCCTTAGTATAGGATGAAAGGCTCTTTTTTAATTTA +AAAAGATTAAGACTAATTAAGTAGGAGGAAATATCATGGAAAATACTAATTTATCAAAAA +CGTATAATCCTAAAGACTTTGAATCAAGATTATATTCAGAGTGGGTAGAAAAAGGATACT +TTAAATCTAGCCCAAATCCAAATAAAAAGCCATTTACAATAATGCTTCCACCGCCTAACA +TAACTGGGCAATTACATATGGGACATGCTCTTGACCATACATTACAAGACATACTTATAA +GATGGAAGCGTATGGACGGATATGAAGCTTTATGGCAACCTGGAACTGACCATGCTTCTA +TAGCGACAGAAGTTAAGGTTGTTGAAAGAATCAGAGAGCAAGAAGGAAAAACTAAGTATG +AATTAGGAAGAGAAGAGTTCCTAAACAGAGCTATGGACTGGAGAAATGAATTTGGTAGAA +AAATAGTAGACCAAATGAAACAATTAGGAGACTCTTGTGACTGGGATAGAGAAAGATTTA +CAATGGATGAAGGTTGTAACGAAGCTGTTACTGAGTTCTTTGTAAAGCTTTATGAAAAAG +GTCAAATATACAGAGGAAACAGAATAATAAACTGGTGTCCAGATTGTAAAACAACTTTAT +CTGATGCAGAAGTTGAACATGAAGAGCACGAAGGTAAGTTCTATCACATAAAATATCCTA +TAGCAGGTAGTGATGAATTTTTAGAAATAGCTACAACTAGACCAGAAACAATGCTAGGAG +ATACTGGTATAGCTGTAAATCCAGAAGATGAAAGATATAAGCATTTAGTAGGTAAGCATG +CAATACTTCCATTATTAGGAAGAGAACTTATAATAGTTGCTGATGATTATGTTGATTTAG +AGTTTGGTACTGGTGCAGTTAAGATGACTCCGGCTCATGACCCTAATGACTATGAAGTTG +GTCAAAGACATAACTTAGAGCAAATAAACGTAATGAACGAAGATGGAACAATGAACAAAT +TAGCTGGTAAGTACGAAGGCATGGATAGATATGAGTGTAGAAAACAACTTATAGCTGACT +TAGATGAAGCTGGATACTTAATTGCTATAAAAGACCATAAACACAATGTAGGTTCTTGTT +ATAGATGTCATACAGTAATAGAACCAAGATTATCAGATCAATGGTTCGTTAAGATGGATG +AACTTGCAAAACCTGCAATAGACATACTTAAGAAACAAGAGTTAAAATTCGTTCCAGATA +AATTTGATAAAACTTACTTACAATGGTTAGAAAACATAAGAGATTGGTGTATATCTAGAC +AGTTATGGTGGGGTCATCAAATACCTGCTTACTACTGCCAAGATTGTGGTGAAGTAGTAG +TTGCTAAATCTATGCCAGATGCTTGTAAGTGTGGATGCACTAACTTAAAGCAAGATGAAG +ATGTACTAGACACATGGTTTAGTTCAGCATTATGGCCTTTCTCAACATTAGGGTGGCCAA +ACAATACAGAAGAATTAAACTATTATTATCCAACAAGTGTACTTGTAACTGGATATGATA +TAATATTCTTCTGGGTAGTAAGAATGGCATTTGCAGGAATGTTCTGTATGAATGAAAAAC +CATTTGAGCATGTATTAATACATGGTTTAGTAAGAGACTCTCAAGGTAGAAAAATGAGTA +AGTCTTTAGGAAATGGTATAGATCCATTAGAAGTAATCGACCAATATGGTGCTGATGCTC +TAAGATTCATGTTAGCAACAGGAAATTCCCCAGGAAATGATATGAGATTCTACATGGAAA +GAGTAGAAGCTGCAAGAAACTTTGCAAATAAATTATGGAATGCGTCAAGATTTGTATTCA +TGAATATAGATACAGAAATAATGGAAGGTGTAACTAGAGAATCTGTTGAAGCTAACTTAA +CTTTAGCTGATAAATGGATAATATCAAGAGCAAATAATGTTGTTAAAGAAGTTTCTGACA +ACATGGATAAGTTTGATTTAGGTATAGCGGCTCAAAAGATATATGACTTCGCTTGGTCAG +AATACTGTGACTGGTATATAGAAATAGTTAAACCAAGATTATATAGTGAAGATAAAGAAG +CTAAACAAACTGCTTTATACACATTAACTTACGTATTAGAAAAAATATTAAAATTATTAC +ACCCATATATGCCATTTATAACAGAAGAGATATATACTCATCTTCCAACTGTAGAAGGAA +GTATAGTTATAGCTCAGTGGCCTCATTACACTGAAGCTGATAATATGGCTAAAGAAGAAG +ATATGATGAACTTAACAATGGATGGAATAAGAAATATAAGAAACGTAAGATCAGAAATGA +ACGTTCCACCATCAAAGAAAGCTAAAGTTATAATAGTTCCAACTGAAGAAAAGAAAGAAG +CAATGGAAGCTGGTAAGGATTACTTCGTAACATTATCATCTGCATCTGAAGTTGAAATAG +TAGCTGATGAAACTAATATACCTGAAGACGCTGTAAGTGTTGTTATAGATGGTGTTAAGA +TATTCATACCACTTGATGAGTTAGTTGATTTTGCAAAAGAAATCGAAAGATTAAGTAAAG +AAAAAGCTAAGTTAGAAAGTGAGATTAAGAGAGTTAACGGAAAACTTTCTAATGAAGGAT +TCGTTGCTAAAGCTCCAGAGGCATTAATAAATGCTGAAAAAGCTAAAAAAGAAAAATTCG +AAGAAATGATTAAGTCTGTAGTAGAAAGACTTGAAAATCTTGAATTAAAAATGAAATAGA +TAATATCCTAGGGTGATGTAACTCGATAGCTCGGGAGTGTATAAAAATAGTCAGTACATG +TAGCTGAAAAAATGCTGCAAATGTACTGACTATTTTTTTATACACTCCCTTTACTAGTAA +ATTACAATTACCTAGGTCATTTATTGGGGGAGTGTGAGAGAGAATAGTCATTACTCTATA +ATATTGTCAGAATCAGCAAATTCATTTTCAACATAGTTGTTTAGGATGTGTATTATTAGG +TTGTCTACTGTCATATGATTTTCTGTAGCTAAAATATCTAATTGGATTTTTAAGTCTTTA +GGTAATTTAGCGCTTATATTATTATTTTCATTAGTCATAGAAAGTCACCTCTTTAAATTT +ATTATATCCAAGATAGTCATAATTAATATTAAAGATGTCTTTGAGAAAATAGTAAAACAT +TTTTTTGAATTTGTAAAACTATTTTCTATTTTTGTGTGAATATATAATAGTGGAAAATAA +ATTTTAAGATTTTAAAGTTATATAAAAAGAGGCGATAATGGTGATTATTCATGAAATTTT +GTTATAATGAGAAATTATAATGACTTAATAATGGAAGATTAATAGCAATGTTACTAGTAT +GTATATCTGTTAATATAAAGAAAAGGTATGAAATAATTTATGTTAAGGGGTGAAGAGTTA +TAGAAAGTTTATTAAAGAAATCAAGTGCAGTAATATTAGTTGGTGGAAAATCGAGTAGGA +TGGGGTATAAAGATAAGTATAATCTAAAGATAGGGCAAAAAAGGTTTATTGATTACATAA +TAGAAGAGCTAAGTTGTTTTGATTATATTGCAATATCTGCAAATAAAAATCAAGACTTAG +CAAGTTTAAAGTATAAAGTAATTATAGATGAAATCGACGAAGTAGGTCCTATTGGTGGAA +TATATACTGCAATGAATAATATTAATAGTGAAATACTATTTTTATGTACCTGTGATGTTC +CAAATATAAGTAGAGAAATAGTATATAAGCTATATAATAATTTTGATTTTAGATATGATT +GCTTAATACCAAGAATAAGAGGAAGAATACATCCATTACTAGGGATATATCAAACAAAAA +TAAAAAATATAGTAAAAGAAAATATCAAAAACTCAGATTATAAAGTAAGAAACTTACTGA +ATAGAGTTAATACAAAATATATAGATTTTGATGAAAAATATGATGAAATATTTAGCAACA +TCAACACTATAGAAGAATATGAAGAATATTGTAAACATAAATGTGTTAAAAAAATATTAC +TGTGAGAGAAAAACTCTAGTAATATTTTTTCTGTATATGAAGAGTTATAATTTGTATTAA +AATATACTATAATTAACTTAGAAATTACAAGATTTTATAAATTAAAAGCAACAAGTTTTA +GCAAATAGATAAATGATTTATTTATTTAAAACTTAACTATCACGAGGGGGAGAAGGAATG +AACTATCAAGAATCATTAAAATATATAGCAGATACACATAAATTTGGAATTAGATTAGGT +TTAGACAGTACAGGAAAATTATTAGAACTTTTAGGTAATCCTCAGGAAAACTTAAAAGTA +GTTCATGTGGCAGGAACAAATGGAAAAGGGTCAGTTTGCTCATTTGTAGCAAATATATTA +AAAGAAGAAGGATATAAAGTAGGATTATATACATCTCCATACTTAGAGACTTTTACAGAA +AGAATAAGAGTAAATGGAGAAAATATACCAGAAGAAGATGTAGCAAGAATAATAACTATA +ATAAAAGATAAGATAGAAATAATGGTTAGCGAAGGTTATTCTGCTCCTACAGAATTTGAA +ATAGTAACGGCTATGGCGTTTTACTATTATAATGAACAAAAAATGGATTATGTAGTATTA +GAAGTTGGATTAGGTGGAAGATTTGATTCAACAAATGTTATAAAAAATCCATTAGTAAGT +GTATTAGTATCTATAAGTTTAGATCATATAGGAGTACTTGGAGATACAATAGGAAAAATA +GCTTATGAGAAAGCTGGAATCATAAAAGACAATGGAGCTGCAATAGTATATAAGCAAGTT +AAAGAAGCTGAAGATGTTATAAAAGAAGTTTGTAATGAAAAAAATGCAAATTATATAGAA +GTAAACTTTAATGATGTAGAGGTTAAGAAATCTGATATTTACTCACAAGTATATGATTGT +ATAGTTATGGGTGAAAAATTTGATAACTTAGAAATAAAATTAATAGGTGATCATCAAATA +AATAACTCAATAGTAGCATTAAACGTAATTAAATACTTAAGAGATAATAAAAATGTTGAA +GTTAGTAACGAATCTATAGAGAAGGGTCTTTTAAATACTAAATGGCCAGGTAGAATAGAA +AAAATAAAAGAAAATCCAATGTTTATCATAGATGGGGCTCATAATGAAGATGGAGCAAAA +TCTTTGGCTAAGGCTTTAGAAAAAAACTTCCCAAATAAAAAATTAACTATGTTAATTGGA +ATGTTAGCAGATAAGGATATAGATAGCGTTTTAGAAATATTAATGCCTAGATTTAATAAG +GTAATAACAACAACTCCAGCCAATGATAGAGCTATAAGTTGTGAAGAATTAAAAAATAAA +ATATCTAAGTATGTTGAAGATGTAACAGCAGTTGAAAATATTGAAGAGGCAGTTAAATAT +ACTTTAGATAATGCAAATGAAGATGATATAATAATTAGTGCAGGCTCTTTATATATGATA +GGAACGGTTAGAACATTAGTAAATGAAAAAGAATTAGTTATACAAAAATAAATTAAGGTC +TATCTAAAATATGAGGCTACCTTAGAGTAAAATTTACTTTAAAGGTAGCCTTATATTTTA +AATAAACTAATTATAGACGAAATCTATAGCTATACAGGCATATATTGTATATTTCTATAT +AACTTTACTTAAAAAAGGTATTTGATATAATTTAACATGGTTTAATAGGATAGTATGTAA +ATAAAAATAAACGGAGGAGTAATAATGAAATTAAACAAAAGACTAAAAGTTTTAGCGATA +GGTATGTTATTCGTATTAACATTAAGTAATATTGTTGGATGCTCATCTAACAATGGAGAA +TCAGGTTATGGTGATATAGATTCAACTAAAACATTAAAGTTAGTTGAAGAAAATGAAAAG +ACATTAGTTATAGATGTCAGAGGTACAGATGCATATGCAGAAGGACATTTAGCTAACGCT +ATAAATATACCATTTGATGAGTTTGAAGATAAAGTAGCTGACTTAGAGGGATATAAAGAT +CAAACTATAATATTAATATGCAATACAGGAAATAAAAGTGGTAAAGCAGCTAAAATGCTA +GTAGAGAAAGGTTTTACTAATGTTTATAACGCAGAAGACGGAATGGATGAATTTGACTAT +AAAACAGTTAAATACAATAATATAACAGGTAGTGAATTTGAAAAATTAGTAGAAGAGAAT +AAAGATGCAGTTATATTAGATGTAAGGGATACTAAAGATTATGATAAGGGACATGTGGAA +AATTCTATAAATATACCAATAGATGAAGTTGAATCAAGAATTAATGAGCTTAAAGACTAT +CAAGATAAAGAAATACTAATCTATTGTTCAGTAGGAAGAAGAAGTGCTCAAGCAGCAGAA +ATTTTAGAAAATAGTGGATATAAAGATGTTTCTAATTCAGTAGATGGAGTAAAAGAATAT +GAATTTAAACTAGTTAAATAAGCTAAATAAAAAAGGGGCTATATAAACTTAATATTTTTA +TATATCTCCTTTATTTTATAATAGAGAGGATTGATTAATATCAGTAAAATAAAAGAAAAT +AAAAGAAAAAATTTAAATAAAACATTTTGGATTACTTTAGGAATTTTAGTAGTACTAACT +TTAACTTATTTATTTATTCCTCAAGTAAATAGTGTAATAAATAAAATGACTTCTTATTTA +GTAGCTCTTGATATGGAAGGTCTAAAAGAATATATTCTATCATTTGGGGTATGGGCCCCT +ATAATATCATTCTTGCTTATGATACTTCAATCAATAGCAGCACCGTTACCAGCTTTTGTT +ATAACCTTTGCAAATGCAGCATTATTCGGATGGGTAAAAGGAGCGATACTATCATGGTCA +AGTGCTATGACAGGAGCAGCATTATGCTTTTATATAGCTAAATTTTTAGGTAGAAGTACT +GTAGAAAATATTACAAGTAAATTTGCACTTGATAGCGTAGATGATTTTTTTGAAAAATAC +GGTAAACATACTATTTTAATAGCGAGATTATTGCCATTTATGTCTTTTGACTTAATAAGT +TATGCGGCAGGTTTAACATCTATGAGTTTTATATCATTCTTTATAGCTACAGGTATAGGC +CAATTACCAGCAACTATAGTTTACTCATATGTTGGTGAAATGCTAACAGGTGGAGCTAAG +TTAATGATGACAGGATTGCTTACATTATTTGCCCTTAGCATACTTATATATGTAATAAAA +ATTGTGTGGAACGAAAAAAATAATAAGAAGTAGATTTTTAAAGGGATGCTTATAAATATT +AACATTTTAAGATATTACATTTATAAAGTGGCGGTGATTACTTATGAATAATACAAATCT +TAATAACAAAACCATAGAAATAGTGAGTGAAAAATACAATGCCTGTGTAAATTGTAAGTT +ATGCTTTGAAGCATGTCCTATGATGAAAGAGTATAGTTCTTCTCCAAAAGAATTAATGGG +TGAGATAATTGAACATAAAAGTGTAGATAAAAATATTCCATATTCTTGTATGTTATGCAG +TGTTTGCAAATCAAAATGTCCGAAAGATATAGATTTAAAAGAAATGTTTTATAATTTACG +AAAAGATGTAATGAATAGTGATTCTAAAAATTTAAAGGGTTTAGGATACAATACAATAAA +GTTCCATCAAATAAATAGCTTTTCACCAATATTTTCAAGGAGTTATATAAATAATAATAC +TAAGAAAATATTCTTACCTGGATGTAGTCTTTCAAGTTATAGTCCGGAGATAGTTATGAA +AACTTATGATTATTTGAAGTCTCACATAGAGAATATTTCATTAGTAATAGAGTGTTGTGG +AAAGCCTACACTAGCTATGGGGGATGAGAAGAAATTTAAAAGTTATTACTCTAAATTAGA +TAATATATTCAGAGAAAATGAAATAGAAGAGGTAATCGTAGCTTGTCCTAATTGTTTCGA +CACAATAAGAAATGGCAGCAAAGATGTTAAGGTAACTTCATTATGGTCAGTAATTAATGA +GTTCAAAATACCTAATGAATTAATAAATAACTATGTTAATATAGAAAAGGAATTTTCTCT +TCATGATCCTTGTCCAATAAGATATGAGGGTAAAATACATGATGATGTAAGAACTATTTT +AAAGGACTTAGGTGTTAAGGTAGTTGAGTTTGATAAAAATAGAGAAAAAAGCGAGTGCTG +CGGAGCAGGCGCTATGGTTAGGGTGACTAATCCTGATATTTCAATAAAGCAGACAAAAAA +AAGAGCCAGTGAGGCTAAAAGTGATACTGTAGTATCTTATTGTCAATCTTGTTGTGAATC +TATGATGTCTGTTGGAAAAAATTCATTACATATATTAGATTTTATATTTAATGAGGATGT +AATAAATAAGAAGAAATTTGCTCAAAATAAGACTTCTGTAATACATAAATGGAAAATGAG +ATACAAGACTGTTCAAAAAGGAAAAATTAATAAATTTTAATGGAGATATTTATTGTGAAA +AAAGATAATCAAAGAATGTTAAAGATAGCTTTAGGTATTTTATTTTTATCTATTGTACTA +GTAGTTATTTATAAAATATATAGTTTAAAGCTGAGCGTAGAAGATATTAAAAATTATGTA +ATAGGATTTGGAAAGATTGGACCATTAGTATATATTATTATGTTTTCATTAGTACCGCTT +ACTTTATTTCCAGACTCAGTTCTGGCAATAGCGGGAGGCCTTATATTTGGATTATTTAAA +GGATATATATATACAACAATAGGTGCATTAATTGGAGGAACTATATCTTTTTATATATCT +AGATATTGGGGAAGAGAAATTGTAAAAAAACTTACTAAAGAAAAATTAGATAAAGTAGAA +GCAATGATTAATAATAGAGGGTTTATGATAATTCTTGTATTAAGGTTAATTCCATTATTT +CCATTTGATGTAATAAGCTATGGAGCAGGACTTACATCAGTTAAATATAAGGATTTCTTA +TTAGCAACATTATTTGGAACTATACCAGGAATACTAGTATTTACTAACTTAGGAGCTCAA +GCTGTTAATGTTGGAAGCAATAATTTTTATATATCTATAGCCTTATTAATTCTTTTATTT +GTAGCATCTATATTCTTAAAAAATAAGTTTATATCAAAAGAAATTAAAAACGACATAAAT +TAAAATAGGAGGAAATAATGCTAGATACACATGCAAGAAAATATGTTAATCCAATTATTG +AATTTGGAGCAAAATTATTTTTAAATTTAAAACTAAAACCTAATCAGGTCACAATAATAG +CTCTTCTAGTAGGAATATCTACTTCGATATTATTATATTTTGATATGAAAGTAGTTGCAG +TTATGGCCTTATGGTTTTCGGGATATTTAGATGCAGTAGATGGAGCAATGGCAAGGGGAA +GTAATTCTACATCGTCCTTTGGAACTTTGTTAGATATAGTTTCAGATAGAATAGTTGAAG +TAGGGATGATAATTGTATTTGGAATAAAATTTGTAGATGTTAGATTTAATTTATTAATAC +TTGCTATATCTATATTAATGTCGATGACTATATTTTTAACAGTTGGGGCATGTACAGAGA +AAAAAGGAATGAAGTCATTTTACTATCAAGCAGGAGTTGCAGAGAGAAGTGAAGGGTTTA +TATTATTTTCACTAATGATTTTATTACCAGAGTATTTAGGAATAATAACAAATATATTTT +CAATATTAGTTTTATTTACAGCAGGACAAAGATTTTTTGAAGCTAAAAAAATACTAGACT +AGGAGCGGTACTATGAAGAAGAAACTATTAAGTATATTATGTATAATGTTATCAATATCG +GTTGTTTTAGTAGGTTGTTCTAAAAAGGCAGAAACATCCAATAATGCAACTGTATTAGAA +AGTAATTATGATGAAATTTTAGAAAAAGCAAAAGGAACCACTGTAAACTTTTATGGTTAT +GGTGGTAATGAAGTAATGAATAAGTGGTTTGATACATATGTAGTAGATCAAATGAAAGAA +AAATATGATATAACAGTTAAAAGAGTTGGTATGAATATAGATGAAATATTAAATCAATTA +TTATCAGATAAACAAGCTAATAATGATAAAGGTTCTATAGATATAGTTTGGATAAATGGA +GAAAACTTTAAAACTACAAAAGATAGTAACTTATTATTAGGTTCATTTGTAGGAAAACTT +CCAAACTTTAATAATTATGTAGATACTACATCTGAAGATGTAGCTATAGACTTTGGTACA +GCAGTTGATGGATTAGAAGCTCCTTGGGGTAAAGCTCAATTTACTGTTGCAGTTAATTCA +GATAAAGTATTACAAACAATAAATGATACAAAATCTCTAAAAGAAGCAATAATTGCTAAT +CCAGGTAAGTTTACGTATCCAGCATTACCTGATTTTACTGGTAGTGCATTTGTAAGAAAT +GTAATATACGATATAGTAGGTTATGAAAATATAGCAAGCTTACCAGAGGATAAAGAAGAA +GTAAAAAAAGCTATACAGCCAGCAATGGATTATTTAAATGAGATAAAACCATATCTATGG +AATGAAGGAAAAACATATCCATCAACAACATCTCAATTAGACAATATGTATTCAGATAAT +GAAGTTTATTTTACAATGACTTATTCTCCAAATTCATTACAAGGAAGAATGGAAAGTGGA +GAACTTAGTAAGGCTACAGAAATAATAGAGTTTAAAAACGGAAATATAAGCAATACTCAT +TTCTTAACTGTGCCATTTAACTCACAGAATCAAGCAGGAGCAATGGTACTAATAGATTTT +TTAATGAGTATAGATGCTCAATCATCAAAAACTTTCACTGAAAATTGGGGAGATACTACA +GTTTTAGATATGGATAAAGTGCCAGCTGAAGATCACTCAAAGTTTAGTGAAGATAGTATA +ACAATAAAAAATTCAGTACCAGAATTGAGTGCAGGTATGGTTCCTATAATTGAAGAAATA +TGGACTGAAGAGGTGCTGGAGAGTGAATAAGAACTTAAAGCCATACTTACTAATTGCTCC +TGTAGCTATTTTACTAGGAGCAGTTATGGTAGTAGGGATAAGTAATTGTATAGTGCAAAG +CTTAGGTTATTTTCCACAGATAGGTATGAAAAATTTGACTTTAGATTATTATAAAGAGAT +TTTAGGAGAGACAACTTTCTTAAAGTCTCTTCTCTTTAGCATGAAAACTTCATTAATATC +TGCATCAATATCAGTGTTTATAGGTGTAGTATTAGCGTACTTACTTTCTCAAAGTAAATA +TTCAAAATTGAGGATATCTATATTAAATTTACCTGTAATAATTCCACATATAATAGTAGT +CATATTAACTATATTTATATTCTCACAAACGGGAATTATATCTAGGATATTTTATAAACT +AGGTATAATAAATGATTCATCGGATTTTATAAATCTAATTTTAGATAAAAAAGGAATTGG +TATAATACTAGTATATCTATGGAAAGGAATACCTTATGTTGCACTTACAACCTATAATAT +ACTTAGAAATGTAAGTGAAAAATTAGAGGTAGTAGCTTTAAACTTAGGTGCAAGTAAGCT +TCAAAGTTTTATATATGTAATTTTACCATTGGCAATGCCGTCAGTAATATCATCTTTTAT +TATATTGTTTTCATTTGCATTTGGTTCGTATGAAGTTCCATTTTTAATTGGACCAAGTAC +ACCAAAGGCATTATCGGTATATGCATATGTTAATTATATAAGTTCAGACTTGAGTAATAG +ATCTTTGGCGATGGTTATAAATACAATATTATCTGTAATAAGCTTTGTTCTGTTAATAAT +ATATAATAAAATATTTAGCAAAATGTATAAGTATAAATTATAGGTGAAAATATGAAAAAA +AATATAAGTAAATTAATTTTAGATATAAGCTTGATATCAATTATAATTCCTATATTTATA +TTGGGAATATGGTGTTGTACAAAGAGCTGGTCTTATCCAGAATTACTTCCGCAAAATTAT +TCAAGCATAGGATTTGAATATATATTTAATGTTTCAAATTTAAAAATATTGATAAATAGT +ATATTAATATCGTTAATTATTGTATTTATGACTATTATAATTAGTATACCTGCATCAAAG +GCTATAGCGTTGTATGAATTTAAAGGTAAAAAAATATTTGAACTATTAATACTATCTCCT +ATAATAATTCCGATGGTATCTGTGGCAATGGGTATACATATTACATTTATAAAACTTGGG +CTAGCTAATAGCTTATTAGGTGTAATAATAATAAACATAGTTCCATGTATACCATATGCT +GTAAGGATAATAGGTGACGTATATAAGTTGGTAGGAAATAAATTAGAGATACAAGCAGAA +TTACTAGGAGCAAATAAATTTAATGTATTTAGATATGTAACTTTACCTTTAATACTCCCA +GGAGTAATTGGAGCAAGTAGTATGTGTTTTATAATTTCTTTTAGTCAGTATTTTTTAACC +ATGCTTATAGGAGGAGGACGTATAGTAACTTATCCTATGATAATGTTCCCATATATCCAA +AGTGGAGATAGAAATATTGCAGCATTATACAGTATGGTATTTTTAGTAGTAAGCATAATA +GTATTAATATTAATAGAAAAAAGAATAAAAAAATACTATATAGGTAATGAAGAAATTTCA +TACCTAATATAGGTAAAAGTTATAGATAAAGTTTAAGGAGATAAACATGTCGCATGTTAA +ATTAATAAATTTGACTAAACATTTTGATAAAGTAGAGGTGCTAAAAAATATAAATCTAGA +TATAAAAGAAGGAGAAATAGTATCTTTATTAGGTCCATCAGGGTGTGGTAAAAGTACAAC +TTTGAAAATAATAGCAGGAATACTAGAGTTAGATGATGGAGACATATTATTTGATGAAAA +AAGTGTAAAAAACATACCTACAGGAAAAAGAGATGCATCAATAGTGTTTCAAGAATATCT +GTTATTTCCACATATGAATGTATTTGAAAATATAGAGTTTGGTCTAAAAATGAAAAAGGT +AAATAAAAAAGATAGAAAAGAAAAAGTAGAAGAGTTAATAGATTTAGTAAAACTAAGAGG +ATATGAAGATAAATATCCATCAGAATTATCTGGTGGTCAACAGCAAAGGGTTGCAATAGC +AAGAACTTTAGCTATAAATCCAAAAGTTCTGCTCTTAGATGAACCATTTTCTAACTTAGA +TATAAATTTAAGAAATGAAATGAGAGAATTTGTACTGAGCCTACAAAAAAAATTACAAAT +AACAACAATCTTAGTAACACATGATAAAGAAGAAGCTCTAATGATGAGTGACAAGATAGC +TGTAATGCTAAATGGAGAGATAAAACAGTATGATGAACCAAAAAAACTTTATGAAAAACC +AAAAACAAAATGTGTTGCAAATATATTTGGAGAGCGTAATTATATAAGAGGTAAAATAAA +AGATAATAAATTTATAAATGATTTTATAGATTTAGATTTAAGTTATTGTGAATCATTAAT +AGAAGAAACAAATAATGTAGAATTGATGATTCCAAAAGAAAGTATAAAGTTAAATTCATT +AGAAACAAAAAAAGGAATCAAGGGAAGAATAATAAAACGTAAGTATGCAGGTGAACAAAC +TTACTACCATATAGATATAAATGGATTAGAGCTAAAATCATCTGTTAAAAATAGCAATTT +TAATGAAGGTGATATGATAAGAATCGAGATACAAACAGATAAAGTAATTCCATTTAAATT +GAATGATTAAAATATGTTTCTTTATAAAATAAAAATGGTGTTCAGTATTTAGATACAGAA +CACCATTTTTATGTGATTATTTAAGAGCTTCTCTAAGAGCTTTAGATAATTGATCAGGAC +AAGACGTAGTTTTACCACCACATGGTATATTTTCAAGTCTTTCTGCTATATCATTAGCAT +CCCCACCTATTACTAATTGTTTTATACCAATTAGGTTACCAGGACATCCGCCAATAAAAT +CAACATCGATAATTTTGTTATTATCGTCTAATTCAAAAAACATTTCTCTACAGCATACGC +CACTTGGTTTAAAAGAAAATCTCATAATTATGTCTCCTTCATATATATAGTTCAAAATAA +TAATAACAATATAAGGAATATAAAGCAATGAATAATACTGTAAAAGTAATAATATATTAT +TATATAGTATATAGATTATAGGATATGGGAGGGGGGATTTTTTGAAGGTATATATATCTA +ATTATCTATCAAAGAGCATAAGTATAATAGATTATGATACCCTTGAACAAGAAGTTGAAA +TAAATCTAGATGAAAGTATATATCCACATCACTTTTGTATTGATAAACAAAAAAATTTAA +TTTATATACCCAGTTCAAGTGATGGAATAATTTACATTTTAGATTTAAAAGAAAATAAGA +TTTTAGACACAGTATCAGCTGGAGGAAATTTAAGTCAAATAGTTTTATGCAACGAAGAGT +TATATATTGCAAATGAAGACTCAGATAGTATTTATATTTTGGATAGAGAGACTTTGACTC +CTGTTGGGGTTATCAATTTAGGCTATACACCACATGGATTAGACTTTGATAAAGGGGCAA +ATAAACTTTATGTATCTTGTATAAATTCAATAGTATGTGTAGATGTTGAAAAAAAGCAAA +TTATTAATAAGCTTGATATTGATTTTAAAGCCTGGCATATTAGAATTAATAAGGAAAATG +AAGATATATATATATCCACATTGGATGGTAATGTAGTAATAATAGATTTAAAAAATATGC +AAATAAGGGATGTTTTAAAAGAGTTTTTGTTGCCACTTGAAATTAGGTTTAATTATAAAA +ATAAAAAAGTATATATCGCTGATTTAGGATATAAAAATATAAAAATATTAGAAAGTGCTA +CAGGCAAATATGTAGGTAAGATAAAAGTAGATGGTATACCACAAGGACTAGAGGTTTCTG +AGGATGGGAATTTTTTATTCGTATCTGATACTCAAAATAATTCGATTAAGGTTTATAGTT +GTATAACGAATCAACTAATAAAAGAAATTAAAGTTGGAAAAGAGCCTACAACCATAGTGT +GTATGTAGGCTTAGTGATTGTTGCGTATTAGTAAATCTATAACTTCTGCATACATATCAG +ATGCATTATTCTTCCAATTATTACAAATAAGTTGAGCTTGCTTTTCAGAAGAAACATTTA +AATTTAAATCTATTAAATTACATTGATTTTCTATTACCCTTAAATTGACTATAAACTCAT +TATCACTTTGTTTTACAAAGCTAGACTTAACTTGAGTATCAGCTAATAAATTTTCTTTAT +TAGTAAGTATATACTCGTCAACTTTTTTAGTAGAATTTTCTGGTATTCTAGATAAAAAAT +ATTCTAAAGTTTCAACCCCTTTTTGTGTAAGAGCGTAATATTCCCTATCAGAGTCTTTGT +ATGTAATTAAAAACTTAGATTCCATAAGTTGAGATAAAAGTTGTTGTAATGAGAAGTAAT +TCATCATTTCTGTTTCTAAAACAACTTGTGTTATTTGAGAATTAGTTAAATCCATATTAA +TTTTATCTAATATATATAAAATTAATAGCTTATGATAAGCTAACTCTTCAGATGAGTTTT +CAAACATAATATCATCCTCCGTAAAACTATTTCTATATATTATATTAAACCAAATTATAT +AAAAATAAAAGTAGAATTTATTTATTATTTAAATTAATATAAATAAAAGAAAAGGCTACC +GAATAATTGGTAGCCTTACTTTACCTAGGTATAAAATTTACTATTAACTATTTGCCTGCC +ATTTGTTGTTCAGCCATTTCAACTAATTTTTTAGTCATGTATCCACCTACGTAACCGTTT +TGTCTAGCAGTTAAGTTACCTTTGTCTATGTTTTCGTAGTTAGATAAACCTATTTCGTTA +GCTATTTCTAACTTCATTTGATTTAAAGCTGCCTTAGCTTCAGGAACGACTGTTCTGTTA +TTAGTATTTGCCATAGTAAATTTCCTCCTTAGATGTCATTTACAACACATTTGTTTGTGT +TGTTACTATTAATGTAACCAGATTATAAATTTATATTCTGAGAAAATTAGGAAACCTGAA +AAATTTAGTTGAAAGTTTTATGATTCATTTTTATTTTCTTGTTTTTGCTTATTCCCTCAT +ATATGTTATGAGCTTCTCTGTTTGTATTAGAAATATTACGTCCAAGAGTGTGTACAGTTG +ATTTTAAACTATCTTTTGACTGAATATTTTTTAATGAATTTTTTATATCTGCCATTATTG +CACCACCTTTCATTTTATTCTTAACTTTAAATTGCCCAAATAAGAAATTTATCTTTGTAG +TAATTTTTTGAAATAAAAAAAAATAAATTTTAAGTATAGAGACTCTCTATAAGAAGGAGG +TGTAATATGAATTCAAGAGGCAAAAGAGCTAAGGCGTTTATTTTAAGTATAACTTTTTTT +GCAACAGCATTATTATTGGTATTTGCCTTAGTTTATGGGATAAAGTACATATGCTCGATA +AATGATAATGCAGACATGCCTATATATAGGGTTGATACCGATGAGAAAAAAATAGCAATT +ACTTTTGATGTAGCTTGGGGAACTGAAAATATAAATAAGATAGCAGAAATATTAGATAAA +CATAATATTAAGGCTACATTCTTTTTAGTTGGAAGTTGGGTAGATGACAATAAAGAATTA +GTTAAGATGCTCAAAGAAAAAGGACATGAATTTGGAAATCATTCAAATACTCATCCGAAT +ATGAAAGAGCTATCAGATGAAGATATAATGAATGAAATCGAAATAACATCAGAAAAAATT +TCAAACATAACGGGTGAAAATGTTAAACTGTTTAGACCTCCATTTGGAGAAGTAAATGAG +GACGTAATGGATGTATGTGAAGCCTTGGACTATACTGCCGTGAAATGGGATGTAGACTCA +CAAGATTGGAAGAATCTTGGACCAGTACATATAATTGAAAGAGTTTCTAAAAGTGTTCAA +CCTGGATCTATAGTATTATTTCATGCTAATTCAAGTAATGTAGAAGAATATCTAGATACA +ATAATTACTCAATTAGAAAGTAAAGGATATAGCATGGTAAAGGTATCTGACTTAATTTAT +AAAGAAAGCTATACTATAAACTCTTCTGGAGTACAAAAAATTAAAGATTAAAAATTTATG +TCTAAGAATAATTTTCTAATCTTTTAAGTTGATAAAAGAAAATTATTCTTAGACATACTA +CTACGCTATTTTAATTTTTAAAAGGAAATGTAAATGTGTAATAAATTTCTGATTTAATAA +ATATATTTATTATATAGATTGAGATAAAATAAATGAATTAACAATTGTATGTGGGGGGAT +AAAAATATGATCGATGTTAAGGATGACACTAATGTAGTATACCTAAGAGGAGAGTTGGAT +GAAAATATGGAATTTAGTCATGAAATTTTTGGAGAAAAGTTTTTTAATGCAAAAATAAAA +ATAAACCGATTAAGTGAGTCTTATGACATACTTCCATTAACTGTATCAGAAAGATTATTA +CAAGATATTGATATTAAAAGTAACAATAAGGTTAATGTAATTGGACAGCTTAGATCTTAT +AATAAAAATATAGATAATAGAAATAGATTAGTACTAACTGTATTTGTAAGAGAAATAAAA +CAGGTAGAAGATGAAAATAAAGACCCAAATAGTATATTCTTAGATGGATATATATGCAAA +GAACCAATATACAGAAAGACACCACTAGGAAGAGAGATAACAGATTTATTAGTAGCTATA +AACAGACCTTACAATAAATCTGATTATATACCATCAATTGTTTGGGGACGTAATGCTAAA +TTTGCAAAGACTTTAAAAGTTGGTGATAGAATACAAATGTGGGGTAGAGTACAAAGTAGA +GAATACGAGAAAAAGGTAGAAAATGGAGAGGCTATAAAGAAAGTAGCTTATGAAGTATCT +ATATCAAAAATTAAAAAATTATCTGAAAATAACAGCCAATCTTAAATACTTATATTTAGC +TATTGAATAGTTGCTCATGATTTATTATAATCTATTTTATGATAAATTTTAGAGGAAGAT +AAGAGGGGGAGCACTGTGAAAAGCGTATTATATCATGACTATGAGCCAAATGCAGACTTA +ATTGAAGAATCTGATGATGTAACGTGTTTTTTGGATACCATTAAATATGATATAGGAGAC +AAAATACTACTTGTTGGAGACATAGGCAACTTAGGTAAAAGGCTTAGGATGCTTGGAGTT +AATGTTACTATATTAGAGCATAGCAACTATCAAGATGTATGTCCATCTTTAATAAACAAT +GAAAATTGTACTGTTGTAAGAGGTGCATTAGAATATATGCCTTTTAACGATAGCTTTTTT +GATAAAGTAATAGTATTAGATCATTTTAACCATACGAGCAATTGTAAAAAAGCTTCAAAT +GAAATACGTAGAGTTCTAAAGAGTAAGGGAGAACTTATACTAGAAGACCGTAATTTAAAA +AATTTAAAGGTGAAACTAAAATATCTTAAGCATAGACTTTTTGGAGAGCATGTACATTAT +AATTATCCACAAGAAATACTTAATATATTTGCAAAATTAAACTTTGAAGGTGCCCTTAAA +GAAATAGAGAACGAAAGATACATTTATATAGGAAAAAGAAAATAAATGAATTAAAATATA +ATTGTAGATAAAAAATATTTAAAGACTAGGTTATCCTGGTCTTTTATTATAGGAGAGAAT +AATAGGTATGAATATTAACTTCACATTAATAGTAATAGTAATGTTATTTGTAATACTTAT +GTCAATTCAATTAACCCTAAATAAAATATATGTAATATTAAGAGAAATAAGAGAATTGAT +GAAGCTAAAGAAAAATAAGGAATGATAATTATGAATAGTTTGGAGTATATAAAAGAGGAT +ATTCAAAACATAGCAGAGGCGATACTCTCTGTTCTTAACATTGATGTTACTATAGTAGAT +GAAAATTTAACTAGAATTGCAGGTACAGGTAGATACCTAGGAAAAATAGGAGAAAGACTA +GATGGATATTCGGCATTCAAAAAATCTTTAGAAGAGCAAATATCTATAATTATTGATGAT +CCATATGCAAGTAATATATGTAAAGAATGTGATCATAGAACTTTTTGTAAGGAATATGCA +GAGGTTTGTTGTCCGATTACATTAGATGGACACTCCTATGGAGTTATAGGATTGATAGCA +TTTACAGAAGGTCAAAAGGAAATAATAAGAGAGAATAGAGATGGACTTTTAAATTTCTTA +GGAAAGATGGCAGATTTAATTTCAAATAAATTAAAAGCTCAAATTAATACTGAGGAATTA +GAGTTAGAAAAGAAAAAGCTTGAAACTCTTATAGATAGCATGGATAGGGCCATAGTATCT +GTAGATATAAATGGGAAGATAGATAAGTATAATTCTAAGTTCAAAGAAATATTCAATTTA +AATGATAGCGAAGTAGAAGATAAAAGTGTAGTCCAAGTTTTAAATTTTATAAATGAACCA +TTAAATAAAGATTTTAAAAGATATAAATCAGGTATGTTCTTTTACAGAAAAAATGGATAT +GAGTTAAAAGGGATTTATAATATTAATAAAATAACAGTTAAAGATAAGTTAAAAGGGTAT +GTAATTGATTTTATAGATAAAAGAGAAGCTATAAAAAACTATAATAGGATTAATAAAGAT +TATAAAATAGTATTAGATAATATTATAGGAGAAAGCAATATAATCAAAACTATTAAAAAT +GAATCATTTATAGCATCTAAGTCGAGTTCTACAGTTCTAATAACAGGTGAGAGCGGTACA +GGAAAAGAATTATTTGCAAGAGCAATTCATAATCATAGTGATAGAGTAGATAATCCTTTT +ATAGCTGTAAACTGTGCAGCCATACCAGATAATCTTTTAGAAAGTGAATTATTTGGATAT +GAAGAAGGTGCCTTTACAGGAGCTAAAAAAGGTGGAAAATTAGGAAAGTTTGAGTTAGCT +CATAAAGGAACAATTTTTTTAGATGAAATTGGTGATATGAGTTTACACCTACAAGCGAAA +TTGCTTAGAGTTTTACAAGAAAGAGAACTTGATAAAATAGGTGGCAAATCAAATATCTCA +ATTGATGTAAGGATTATATCAGCTACGAATAAAGATCTAGAAGATATGGTTTCTAAAGGT +ATTTTTAGAGAAGATTTATATTATAGATTAAATGTTATACCGATACATTTACCAAGTTTA +AAAGATAGAAGAGAGGATATTCCGCTATTGATAGATTACACTATAAAGGAATACTCAAAT +AAACTTGGAAAAAATGTAGATCGTGTAGATAAAGATGCCTTGAAGGTCATGATGGAATAT +AGATGGCCAGGTAATATAAGAGAGCTTCAAAATATCATAGAATATAGTATCAATATGTCA +TCCTCTTCAGTAATAACTTTAGATTCTATTCCTCAAAAAATAAAATGTACAAGTATTAAT +GAAGTAAGGGAAGATAATAGAGAAATAAGAACTTTAGAGGACTTAGAAAAGCAAGAAATT +ATAAGGGCTTTAGATAAATTTAAAGATTTTAAAAAAGATAAAGAATTAGTAGCTAAGGCG +TTAGGTATATCGAGAGCTACTTTATATAGAAAGCTAGAAAAGTATAATATAGTCTCAAAA +TGAAACTAAATCTCATTTTGAGACTATATTTTATTATATTGAGATTTTATATAATAAAAA +GATAATACCTACAAAAAAATTAATTAAAGATATATATGTAAACCTAAGTAAAAAACTAAT +AAATAAAAAAATATATTTCAAAATAAAACTTGGCATAAAAATTGCTTAATTATAAAATAG +AATTAAATATATAAAATTAATTTTTTTGGAGGTTAATATTATGAGAGATATAAGAAATAA +TTTAATAAATATATTAATAGAAGAAGTTAAACCAGCATTAGGATGTACAGAGCCAGTTGC +AGTAGCATTAGCTTGTGCAAAAGCAAAGGAATTATTAGGGGAAGATGTAGTTTCTAATAA +AATATTATTAAGTCCAAATGTTTATAAAAATGGTATGTGTGTAGGAATACCAGGAACTGA +AAGATTAGGATTAAAGATAGCTGCAGCTATGGGGATACTAGGTGGTCATTCAGAAAATGG +TCTTCAAGTACTAGAAACTTTAGATGAAAATCAAGTTAAAGATGCTGAAAATTATATGGA +TAATAGTCCTATAGATATATCACCACTAGATACAAATGAAAAGGTTTATATAGAAGTTAC +ACTAAAAGGTGAAAATCATACTTCAAAGGTAGCTATAAGAACTAAACATGATAATTTTGT +TTATTTAGAAAAAGATGGTGAAATATTATTAAATAACGAAGAAGTAAATACTACTACTCA +AACAACAGTTAAAGAAGAAAATATAATGGATAGTATAACTATAAAAGAATTGGTTGAAAA +TATTGAAAAGCTTAATTTTGAAGATATTAAATTTTTATTAGACGGTATATCTATGAATGA +AGAGATAGCTGAGTATGGACTAAACCAAAAAGTAGGGATAGGAGTAGGCTATGGAATGAA +AAAATCTATGGAAGAAGGTCTTCTAGGAGATGACTTAATGAATCAAGCTATGATGATAAC +TGCAGCTGCGTCAGATGCTAGAATGGCTGGAATAAAAATGCCAGTAATGAGCTCTAATGG +TAGTGGTAATCATGGATTAACAGCAATACTTCCAATAGTAGCTTATAATAGAAAGTTCCC +TCAAAGCGAAGAGAGATTAGCTAAGGCTTTAGCAATATCTCATTTAATTACAGCTTATGT +TAAAAACTTTACAGGAAGGCTATCAGCAGTTTGTGGCTGTGGTGTAGCGGCATCGACTGG +AGCAACAGCAGGTATATCTTGGCTAATGAGTGGAGATATAAGACAAATCGAAGGTGCTAT +AGAAAATATGGTAGCAAATTTAAGTGGAATGATTTGTGATGGAGCAAAAGCTGGTTGTGC +TCTAAAGCTAGCATCAGCAGCATCAGCAGCAGTTCAAAGTGCGATAATAGCTAAACAAGA +ATGCTACGTACCACCGATGAATGGAATAGTTGGATCTAAGGTAGAGCAAAGTATACAAAA +CTTAGGTAAAATAAGTGATAAAGGAATGTCAGTAACTGATAAAGTAATAATAAATGTAAT +GGATGAGATGAACAAAATAAACTAAATCCTCCTTGCAAAACAAGTCAATCTCTTATAAAA +TGGATTTATCATCATTATAAGTGGAGGTTACATTATGGATATAGAAACTAAAAAATGGGA +AGTTCTATGCTCTAAGGAACAAATAGATGAGAGATTAAAAGAGTTAGGTTCTCAAATATC +AGAAGATTATAAGGATAAAAACTTATTAGTAGTATCATTACTTAAAGGAAGTTTTATATT +CTGTGCGGACTTAGTTAGACAAATAAATGTTCCAGTTAGAATAGAATTTATGACAACTGC +TAGTTATGGTCATGGAGAAGAAAGTAGCGGAACTGTTAATGTAGTATCGGATGTAAAAGC +AGACTTAGAAGGATACGATGTATTAGTTGTAGACGATATAACTGATAGTGCTCTTACAAT +GGACTTTGTTATGAAGCATTTAAGTTCTAAAAATCCAGCAAGTATAAAATCTTGTGTATT +ATTAGATAAACCAAGTAGAAGAAAGGTTGATTTAGTACCTGATTACTGTGGATTTACTAT +AGAAGATAAATTTGTTGTTGGATATGGATTAAACTTCGGTGATTACTATAGAAATGTACC +ATATGTATTCAATGTAACAAACGAAGATAGATAGAGTTAACATAAAAAGAGGGTATTTCT +GATGCGTTTGCTGGAGCTCGGGCGTGAATATAAATTTGCTTCAATGCAGCTGAAAAGATG +CTGCATTGAAGCAAATTTATATCTCACACATTTCGCTCTAGCTTACACATATTGTGAAAT +AGCCTCTTTTTGATATAAAAGAAAAATAAAAAATTTAATGAATAAATTTATACGGAGGTA +TGTTTAATGAGTAAGAGAGTTATGCATCATGTTTGTATTCAGACTGAGAAGTATGAGGAG +TCACTTAGGTTCTATAGGGATATTTTGGAATTTAATGTTGTTAAGGAGACTAAGGGATTT +CACGGTAGGGATTATAATACTTGGTTAAAGCTTGATGACTTTATGATAGAGCTTCAGACT +CCTAAAAAGGGTGATACTTTGAATAAGTGGAGTTCTTTGAATGAAGGTATAGTTCATATG +TGTTTTTTAGTGAATGATATTGAGGAGGAATATAATCGAATAATAAGCCTTGGATATAAT +AATTTTAAAGTTAAAAATGGAGAGATTATTTATAATGTAGAAGGAGGAAAGTTATTCAAA +GTAAAGGCTCCAGAAGGAACGGAAGTGGAGATTAGAGATACAAATATATAATAAGAAAAA +TGGCTTCTAATTAAATTAACTGGATTTAATATTTAGTTGATATGTTAGAGGTTTTTTTGT +ATCAAAAAACTTTAAATATAAATATTATGGTAGTAGTAGATTAAATAGGGGGGTAAAAAA +ATGAGACAATGGAATAAAGAATATTCGCTTGTTAGATTTCTTCACGCAGTTCCAGAGGGA +GAAGAAGTAGATATATATATAAATAATGTACCTTTTTATAAAGGATTAGAGTTTACAGAA +TTTAGTCCATATGTATATGTACCACAAGGAAACTATACAGTTACTATATACTTAGAAGAT +ACTCAGGAAAATCCAATAGTAAATGAAAAAATTGATGTGAATGTAAATGAATTAGTCACA +ATTGCTATAACAGGAGAAAGTGAAGATATAAAATTACTATCGATAGTAGAAGAGACTGAA +GTAGTAAGTGGAAGCAATGCTAAGGTTAGAGTGGTTCATCTATCTCCAAATGCACCTGCA +GTAAATATAGTTGCAGATAATCAAGAGTTATTTGCAAATGTAAAATATAGAGATGTGACA +CCATATATAGCAATTCCAGCTAAAGAGTACACCGTAAATGTGGAAGAAGCAAGAACAAAT +AGAATAATTCGTCAAAATCAGGTGACAATAAACCCAGGAAGAATATATACATTTTATGCA +GTAGGAAACATACCAAATGCTCAAATATTACAATCATTAGATGGAGCAACTTTCATGAAT +TAAATAAAATTTTAAACATCTATAAAGTATTAAAATCTAGATTTAAGATAAAGAAAAGCC +TAGGTAATTATTGTGGAAATAAACAACTACTACCTAGGCTTTAAATTAGTTCTTGACTAT +TAATCTAAATTTCTTAAATCTTGAAGTGTTTTTGTTTTATTTGCAGTTTTCTCATCTTTC +TTTTTAACTACTCTTGCAGGAGAACCAGCAACAACAGTATTAGGTTCAACGTCCTTAGTA +ACTACAGAACCAGCAGCAACAACTGATCCTTTACCAACTTTTACGCCTTCTAGAATAACT +GAATTAGCACCAATCATAACATCATCTTCTATTATAACTGGAGTCGCAGAAGGTGGTTCT +AATACACCAGCAATTACAGAACATGCTCCAAGGTGAACATTTTTACCTATTATACCTCTA +GCTCCAATTACGGCATTCATGTCTACCATAGAGTTATCTCCAACAACGGCACCTATATTA +ATTACAGCGCCCATCATTATTACAGAATTTTTTCCTAGAGTAACCATATCTCTTATAATA +GCACCAGGTTCTATTCGAGCTTCCTCATGTAAAAAGTTGTATAAAGGAATAGCAGAATTT +CTTCGATCAAACTCTATATGAATATCTTCAATGTGGCCTTTTCTAGGCTCAAGTTCACTC +ATAATCACGTTGTAATCGCCAATTAGAGTATAAGAACCATTAGAACCGAAAACCTTGAAT +TTTTCATTCTTTTTAAAGCTTAATAGCTTTCCACAAACATATACCTTAACAGGCGTTTGT +TTTTCAGATTCCTTTATAAATTTTGCAATTTCATAAGCATCGTTTAAATTTATCATAAGT +TAAATCCCCCCTTAATAATGTCTTAATTAAAACATATTATCCATGTTATAGTATCCAGCC +TCTTGAACTACTATAAATTTAGCAGCAGCTATAGAACCTTTTGCAAAAATATCTTTAGAT +TGAGCCGTATGTTTTATCTCAACAATTTCATCATGACCTGCAAAGATAACATCATGCTCA +CCAACAATTGTGCCACCTCTAATAGCATGAATTCCAATTTCATTTTCTTTCCTTTTGGAT +TCACGGCCGTATCTTCCATAATTATTTTCTAGTGAAGGTAAAACTTCTTTTATGGCATTA +GCAATCATTACAGCAGTTCCACTTGGAGCATCTACTTTTTTATTATGGTGTTTTTCAATC +ACTTCAATATCAAAATTACTTAAAACATTAGCAGCTTCTTTTACTAATCTAAGTAAAACA +TTCACTCCTAGAGACATATTGTAAGAGTGGAAGATAGGTATAATTTTTGATGCCTCATGA +ATTTTACCTAATTCTTCATCGTTATATCCAGTAGTAGCAATTACTAATGGAGTTTTAGTT +TTTATAGTATAACTTAAAACATCATCTAAAGTAGAGTGGTGAGAAAAATCTATTACTACA +TCAGATTTTTCATTTATTTCACTCATAGTAGAGTATGTTTTAAAGTTTAAATCCTCTGTA +TTTTGTGGACTTACTCCACATAATAGTTCTAAGTCAGATTCTTCATTAATGCACCTTGCC +AAGACTCTACCCATTTTACCACTACAACCGTTTATTATAACTTTTAGCATGTTTCCTCCT +GTACATTTAGACCCCAATTTATTAATTCTTTTTTTAAGATTTCAACATTTTTACTATCCA +TTTCTGCAAGAGGAAGTCTTAATCCACCAACATTAAATCCTAATAGGTTAGCAGCAGTTT +TTACTGGAACAGGATTTACTTCGATGAATAAAGCATCTATTAAAGGCTTCATACCAAGTT +GTAAATCTCTAGATCCTTTTAAATCACCGTCAAAAAACTTATAAACTAAGTCATGTGTTT +CTTGAGGGCATACATTAGCAAGAACTGATATTACCCCGCTACCACCAAGAGATAATAAAG +GAAGTATACTATCATCGTTACCGGAATAGATAGCGAAATCATCTGGAACTAATCTAGCAA +TTTCAGCAACTTGAGCTAAATCTCCGCTTGCTTCTTTTATAGCGACTATGTTATCTATTT +TAGCAAGTTCAGCAACTAAAGCAGGGGACATATTTACACAAGTTCTACCTGGAACGTTGT +ACATTATTATTGGCGTTTTAACACTTGCAGCAATAGCTTCAAAATGTTTCTTTATACCAG +ACTTATTACCTTTATTATAATAAGGAGTTATAACAAGTAATCCATCTACTCCAAATTTCT +CAGCTTCTTGACTCATGTATATAGAATGTTGAGTATCATTACCACCAGTACCTGCTATAA +CAGGTATTCTTTTATTAACTTTATCTATTACATATTTAATAACAGCAAGATGCTCAGCAT +CATCAAGAGTACTTGCTTCACCAGTAGTTCCACAAGCAACAATTGCATCTGTATTATTTT +CAATATGATATTCTACTAATTCGCCTAATTTTTCAAAATCTACTTCATTATTTTCATTAA +ATGGAGTTATTAAAGCAACTGCAGATCCTTTAAATATCATAAAATTTATCCCCCTTAATA +TAAAAAATTATACTAGATCATATTTTATTAATAGTTCAGCTATTTGTACGGCATTAGTTG +CGGCACCTTTTCTAACGTTATCAGCAACACACCAGAAATTTACTCCGTTATCTATACTAA +AATCTCTTCTTATCCTTCCAACAAAAACTTCATCATGACCATTAGAGTCAAGAGTTGTAG +GGTATTCTAATTTCTCGGTATTATCAATAACTACAATGCCATCAGAATTTTTTAATTCTT +CAACCACATCATTAAGTTCAAATGGATTTTTAAGTTCAACGTTAATAGATTCACTATGGC +AGTTTTTAACTGGAACCCTAACAGTAGTAGCAGTAACCTTTATATCATAGTCATTAAATA +TTTTCATAGTTTCATTAACCATTTTCATTTCTTCTTTTGTGTAACCATTGTCAGTAAATA +CATCTATATGTGGAAGACAGTTATAAGCTATCTGATAAGGATAGAATTTATTAGCCTCTC +CATTTATACCATTTTCTAAGTCTTTTACTCCTTTAACACCAGAGCCTGAGACGGCTTGGT +ATGTAGAATATACAATTCTTTTTAGTTTATATTTTTCATGAAGAGGTTTTAAAGGAACTA +CAGCTTGAATAGTAGAGCAATTTGGATTAGCAATTATGCCGTTATGCTCTTTAACCGCTT +CTGGATTAACCTCAGGAACTACTAATGGAACTTTAGGATCCATTCTCCAATAGCTCGAAT +TATCTACAACTAAAACCCCCTTAGAAGCTGCAATAGGAGCAAATTTTTCACTTATAGCTC +CACCGGCTGAAAATAATGCAATTTGAATATCTCTATCAAAAGAGTTTTCTGTTAATTCTT +CAACTACATAATCTTTTCCTGCAAATTTGACTACTTTTCCAGCTGATTTAGCAGATGAAA +ATAAATAAAGATTGTTTATCGGAAATTTTCTTTCTTCTAATACTTTTAAAAACGTTCTAC +CTACCATACCAGTAGCACCTACTATGGCAACATTTACTTTTTTCATTTTAATCACCCCAA +TTAATATATATTTACTAAAACTTAATTTAAACACAAAAATAAATTTGTTTTATAAAAACT +ATATAAAAATTCGCTTCGCTCATGTCGCCAACGATTGCGTCCGTTGCTCAAGTTTAGTAG +TTGGGATTACAAATTATACACAAACCATATAATTTATAATCCCTTAGTATATAAAAAACG +TACAAAGGAATACTTTGTACGTTAGTAAATACATCAAAGTAAACCTTGTAGCCCAACACT +TAATATACAAGTGACAGTATTACATATATTTTATGTAATCCCAGAAAATACCTCTGCCAA +GGCATATCTTCGGCTATAATTCCTTTTTCTAATTATCAACACTTGCCAGCTACAATTAGA +TACTAATAATTACAGCACCTCTACTATAGGTTAAGAGACTATTAAATTTAGTATTATTCT +AATAGATTAAACGGGAAAAAGCAATAAAAATTTAGAAAATTCAAAATTTATCAATAAAAT +ACAAAATACTACAATTCTAAAAATTTTTATTATAAATCTATCTAATAATATTACAAAAAG +TTATAATTATGGTGAAGGAAAATGTTATTTATCACAAAAGGGGGAAGTACTATGGATACT +TTAAAGGAGTTGTTTAAAATTGGTTGTGGACCTTCAAGTTCACATACTATGGGACCTCAA +AGAGCAGCAAAAAAATTTAAAGAGAAAAATTCAAATGCAAATAGTTATAAGGTTAGATTA +TATGGTAGTTTAGCAGCAACAGGGGAAGGGCACTTAACAGATTATATAATCAAAAAGACT +TTAGAACCAAAAGAAGTTGAAATAATTTGGGAACCAGAAACAATAAAAGAATTTCATCCA +AATGGGGCTACATTTATAGCATTAGATGAAAATAAAAATGTGATTGATGAATATACAGTA +TTTTCTGTGGGTGGTGGAACGATAAAAGAAGAAAATGAAGAGACATTCGAAGAAGGACAA +ACTTATCCACTTACTACAATGGATGAAATAATGAAATGGTGTAAAGAAAATAATAAAACA +TTACTAGATTATGTATTAGAGCATGAAGATGAAGATATATTAGATTACATAGAAAGTATC +AAAAAAGCCATGAGAAAGTCTATAAATGAAGGACTAGAAGCTACAGATTTGATACCAGGA +AAATTATTATTAAAAAGAAGAGCCAAGGATTTTTATAATAAGTATTTAGAAAGTGATAAG +TTCACAACCATGTTATTTTCTTATGCACTAGCTGTATCAGAACAAAATGCATCAGGTAAC +ATAATCGTAACAGCACCAACTTGTGGGTCGGCAGGTGTTATACCAGGGGTACTTTTAAGT +TTACAGGATCATAGCGGATATAGTGAAAAGCAAATAAATGAAGCTTTATTAGTAGGTGGA +TTAATAGGAAATATAATCAAACATAATGCATCTATTTCAGGTGCAGAAGTTGGATGTCAA +GGAGAGGTAGGAGCAGCATGTTCAATGGCAGCAGCAGCTATTACATATCTTAAAGGTGGA +ACAACTGAGCAAATAGAATATGCCGCAGAAATAGCATTAGAGCATCATTTAGGAATGACT +TGTGATCCTGTTTATGGATATGTCCAAATTCCTTGCATAGAAAGAAATGCAATAGGAGCA +GAGAGAGCTTTAGATTCTGCTAACTATGCACTACTAACTGATGGAACTCATTTTATATCC +TTAGACCAAGTCATTCAAACTATGAAAGAAACTGGAATAGATATGATGGATAAATACAAA +GAAACAGCTAAAGGTGGATTAGCAAAGCATTTCTTTTCTTGCTAGTATTAATTATTAATA +TACATAACGATATTTGTATTTATTAACAATAGAATTTAAGATATAATATATTTTGAATAT +TTTGCAAATTAAAAAAGTATATTAGATTTCATACTGAAATAATTTATTTACTTAGGGGGA +AATGGAGATGAGAGATATAGAATATTTATTTGATCAGCTTAAAAAGCATAGATGTGAACT +ACATAATATAGGTGAAGTTGGTAGAAAAGAGTATAAAACTTCTCAGTATATAAGAAATTA +TCTAGATAAATTATGGGTAGATTACAAAGTTTATTTGGATACAGGAACAGTTGGAATTAT +AAAAGGGAACAATCCTAAGAAAACGATAGCATTTAGAGCAGATATAGATGCTTTAAGTAC +AGATAAAGGTGTTGAACATTTATGTGGTCATGATGGTCATATGAGTATACTATTAGGTCT +GATAGAGTACTTAAATAATAATAAAGACTTATTAAATGATAATATTGTATTTATATTTCA +ACCAGCAGAAGAGGCACCTGGAGGAGCTGAAGAATTAGTTAAATTAGGTGTTTTAAAAGA +TTATAATGTAGATGAAATATACGGACTTCATATATATCCAGAGATACCTGAAGGATATGT +AGGTGTTAGGGATGGATATTTTCTAGCACAAGCAGGAGAAGTTGATATAGACATAGTCGC +AAAAAGTGCTCATGGTGCTATGCCTCAAAATGGAATTGATGCTATAGTAATAGCATCTAA +TATTATAAATAGTTTACAAACTATAGTATCTAGAAATATAAGCCCTATAGATAACGCAGT +AGTAACTATAGGGAAAATGACTTCAGGTACTGTAAGAAATATAATTGCAGAAAATGCAAG +ACTAGAAGGTACAATAAGGACATTTAATCCAAAAACTTATGAGCTGATGAAAAAAAGAAT +AAAAGAAATTATTTTAGGATATGAGAAAGTTTATGATTGTAAAATAAATCTAGAGATAAG +AGATTTTTATCCATCTGTAAATAATGATAAAAGACTATATGATGAATTTTTAAATATAGC +AGACAGTGATAAGATTATCAGATTAGATCCGCTAATGGTATCGGAAGATTTTTCTTACTA +TCAAAAAGAAGTTCCAGGATTATTCTTTATGCTTGGTTCCAGAAATGAAGAAAAAGGATA +TATAAATGGTCTTCATAATGCAAAATTTAATTTTGACGAAAATATATTTTTAAATGCTTT +AGACATATATATAAAATTATTGAAATATAAAAATTCAATAGATTAGAAAATTAACCCCTT +TATTTTTTGTATAAATTTTACGCAGATGATAAAAATACAGAAAAGAAGGGGTGTTTTTTA +TGGATAATAATAAATTAACAAAAGAACTGATAGAAAAGTGTGAAAAAACTAAAAAAGGAG +CTACTAAAAAGCAAAAACCATTGACAAATGATGATATAATGAAATATGAGATAGCATCAG +AACTAGGCTTAATAGATAAGGTTAGTGAAAGAGGATGGGCTGGTTTGACGGCAAAAGAAG +CAGGTAGAATTGGCGGAATGCTTACATCACGAAAAAAGAAAATGAAGAAGATGATGGAGG +ACAAAAATAAAGAGGATGAATCAGTATAAAGATTTTGCATTTGTTTATGATGAACTTATG +AATGAAGTTGATTATGACGGATGGGTTGACTATATAGAGAATATAATAAAGAATGAAGGG +GCACAGGTTAAAAATATATTAGAATTGGCTTGTGGTACAGGTAATTTAACTATACCTCTT +ACTAAGAAAAATTATGATATAGCTGGAATAGATATATCAGAAGAGATGCTTAGTGTAGCT +AGAGAAAAAGGTGAAGAAGAAGGGGTAGAGTTAGTATTACTTCAACAAGATATAGCAGAA +TTAGATTTTGATATTCCAAATCTGGATTGTATATTATGTGCTTGTGATGGATTCAATTAC +ATAACATATGATGAAGATTTAGAAAATGTATTTGCTAAATCACATGAACTTCTAAAAAAA +GATGGATTATTCATATTTGATATAAGTTCATACTATAAATTATCGACTATATTAGGTAAC +AATATGTATGGTGAAAATAGAGAAGATATAGCTTATATGTGGCAAAATTATTTTGATGAA +GAAGATAATTTAGTTGAGATGGAATTAGCATTCTTTATAAGAGATGAAGAAGATGAGAGA +TTTGATAGATTTGAAGAAACTCACTTACAAAGAGCTTATAAAGAGGAAGAAATAATAAGC +TTACTTAAAAAGGTAGGATTTAATAAAATTAAGACATATGGAGATTTTACTTTTGAAAGT +CCTAAAAATGACAGCGAAAGAATATTCTTTGTATGTAAAAAATAATTAGGATTTATCGGA +GGAATACAATGAAAGACTATGTAATAAGAGCAACAGCAGGAGATGGACAAATAAGAGCTT +TTGTAGCTACTACTAGAAATTTAGTTGAGGAAGCTAGAAGTTTACATGAAACAACTAAGG +TTGCAACAGCAGCATTAGGAAGAACATTAACAGCTACATCTATGATGGGGTTAATGATGA +AAAATGAAAATGATAAGGTCACAGTTATAATAAAAGGTGGCGGACCAATAGGAACTATAT +TAGTTACATCTGATTCTAAAGGAAATGTTAAAGGATATGTGACAAATCCAAATGTAGAAG +TAGAAAATTATCCAAATGGAAAATTAAACGTAGCAGGAGCTGTAGGAACACAAGGTCATG +TTAAGGTTATAAAAGATATAGGACTTAGAGAACCATACAATGGTTCATACCCGCTAGTTA +GTGGAGAAATTGCAGAAGACTTTACGCATTACTTTGCATTGTCAGAGCAAACTCCATCAG +TAGTATCGTTAGGAGTTCTTACAAGAGCAGATGAAGTTGAACATGCAGGTGGATTTATAG +TTCAATTAATGCCAGATGCCGAAGAAGAAAATATAGCTAAGTTAGAACAAAATATAGTAA +GACTATCTTCTATAACAAATATGTTAAAAGAAGGAAATACTCCAGAAGATATATTAAACA +TAGTATTAGAGGGATTAAATCCTAAAATACTAGATAGATGTGAAGTTAAGTTTGAATGTG +AATGTTCAAAAGAAAAAGTTAAAAATGCTTTAGTAGCTATAGGAAAAACTGCTTTAGCTG +AAATAATAGAAGAAGATAAAAAAGCAGAAATAGGGTGCCAATTCTGTAACAGAAAATATA +ACTATACAGAAGAAGAGCTTATAGAAGTATTAGAAAATATGTAAATACATGTAATAAATT +AGAAATCAAAAAATAATAGGTTTATCTCAAAATAACGATAATAACAGTAGGAGTATTATT +AATTTTGTTTTGGGGTAGACCTAATTTTATATATTACTTAATATAATAAATAAGAGAATA +ATTTTACCATATAATTCATAGTGTCGCAGGGGGATAGATTATGGAGAGTAAGTTAAAGCC +ATTTCAAAATTATTTAGATAAACATACAAATATTATATCTAGTGTGTTGAATATAGATAT +AGAAATAGTAGATGATAAATTAATTAGGCTTAATGGTAGTGGAATATATAAAAACAAGAT +AAATGAGAGCGTTATCACTGAAGGGAATATATATAGTCAAGTTCTTGAAACAGGAAGAGA +ATTAGTTGTATTAGATATGCAGAATAATGATATTTGTAGAGATTGTGGTAATTATGAAAA +CTGTTTAAATAAAGTTATTATAGCTGTGCCAATAAAATATAAAAATCAAACATTAGGGGT +TATAGGAGCAATAAGTACAGATCCACAAAGAAAGAAAGATATAACTGAAAAAATAGATTC +ATACCTTCCATTTATAGAGAATATTTGTGATTTAATATCTATGAAAATAGATGAGTCTGA +AATAAATAAAAATAATGATAAAAAAATTAAATTATTTCATGAAATAATAAATAATTTAGA +AAAGGGTGTAGTTATATTAGATGTGCAAAATAAAATATCGTATGTTAATAATATAGCTCA +AATTTCATTAAACTTAAGAAATAGTTCGATAGGAGAAGAATTAAATATAGTTAATTATGA +AAAGTCTACTAATAATAAAGATGTAATTAATATAGATATAAATAATCATATTTACACTAT +GGCTGCAAAAATATTACCTGTATATCCTTATATAAAAGAATATGATAAGATTATTATTTT +TGATAAAGTAATCGATGAAAAAAATGATAGTGAAAACTTTATTGATACTGGATGGGGTGT +ATACAAGAGTGATTCTATAATAGGAAATTCTGATGCCATGTGTAAGGTAAAGGATAGAAT +AAAAAAATTGGCAAGGTCTAACTCTACAGTTTTAATTACAGGTGAGAGTGGTACAGGAAA +AGAACTTATAGCAAGAGCAATACATGCAGAAGGTAATAGAAGTCAAAAGCCTTTTATAGC +TATAAATTGCGCAGCGATACCAGAAAATCTACTTGAGAGTGAGCTTTTTGGATATGTAAA +AGGTGCATTTAGTGGAGCAAGTAACAGTGGAAAAATAGGAAAATTTGAATTAGCGAATGA +AGGGGTTATATTTTTAGATGAAATAGGAGATTTATCATTTCACTTACAAGCTAAATTACT +AAGAGTTCTACAAGAACGAAAATTTGCAAGGATAGGCTCTAATAAACTTATAGACTTAAA +TATTAAGGTTATTTCTGCAACTAATAAAGATCTTTTAAAGTTAGTCAATGAAGGAAAGTA +TAGAGAAGATTTGTACTATAGGTTAAATGTAATTCCAATAAATCTTCCACCTCTAAGAGA +AAGAAAGGAAGATATTAATGAAATAATGGAATCCTTTATAAATAAATATTCAATAGAACT +TGGAATCTTAGATGTGAAGATTGAAGAAAAAGTTATGAAAATGTTGAATAATTATAATTG +GCCGGGAAATATTAGAGAATTAGAAAATGCAGTAGAGTATATGATGAATTTAGTAGGAGA +AGATGGAATAATAGTTGAAGATATGCTTCCTATAGATATATTAAATTATTACAATAAAAA +AAATTATACAATAACTTCATATAGAAGAGAAGGCTACATAAGTAATCAAAATAATACTTA +TAATATAGAAGAATTTATAAGTAATGAAAAAAAGGATATACTTTCTCTTAAGGATTTAGA +ATTACTATATATTAATAAGGTATTAGATAGATTTGGAAGAGATACGAAAAGTAAAAAGGA +AATAGCTAAGAGACTAGGAATTGGCCTAGCCACTTTATACAGAAAGCTTTATGAAAAATA +AAATAAGAAATTCTCAAAAATAATTCTCAGATTGGGAAAATTTCCTAATATGAGAATTAT +TTTTTTGTTTTTTAAAAACAAAAGCTTAATATTAAATCACAGAAGTAATAGCAGATGTGT +AATTACAAGGAATACAATTTATTTATTCTAAAAAATCAATTTTGGCACAGTAATTGCTTT +ATAAAATAGTATAATTTATAAAAAATTCAAAAGGAGAAATAATATGGATCAAATAAAATG +GAAATTAAATACACTGCCAAAAGCAGATGATAATGAAAAACAAAAGGGGATAGAGTTTTT +AAGAGATAAAGAAATATCAAAAGTGAAAGGATTCCATGAAAGTATTCCTCAGTATGAAAG +AACTCCATTAGTTAAATTAGAGAATCTAGCTAAAATGTTAGGTGTAAAAGGTGTTTACTT +AAAAGATGAATCATATAGATTTGGATTAAATGCATTTAAAGTTCTTGGAGGATCTTTTGC +AATGGCTAAATATATGGCTGATAAATTAGGAAAAGATATATCTGAACTTCCATATGAAAA +ATTAATATCTGATGAAGTAAGAAATGAATTAGGGGATATAACATTCTTTACTGCAACAGA +TGGTAACCATGGTAGAGGGGTAGCATGGACTGCAAATAAATTAAAGCAAAAATCTGTAGT +GTATATGCCAAAGGGATCATCACTAATAAGATTAAATAATATAAAAGCTGAAGGTGCCAA +AGCTAGTATAACTGAGTTAAACTATGATGATGCTGTAAGACTTGCAACTGAAGATGCAGC +AAAAGTAGGAGGACTTGTAGTTCAAGATACAGCTTGGGAAGGTTATGAAGATATTCCAGC +ATGGATAATGCAAGGATATGGAACTATGGCCAAAGAAGCTGTGGAGCAATTATCTGAATA +TGGAGTAGAAAGACCTACTCATGTATTTATTCAAGCAGGTGTTGGTTCTTTAGCTGGAGC +TGTTCAAGGGTATATGGCAGCTAAATTTGAAGAGTGTCCAATAACAGTAGTAGTTGAAGC +AGATAAAGCTGATTGCTTCTATAAATCTGCAGAGGCAGGAGATGGAAAGCCAAGATTTGT +AGGTGGAGATATGCAAACTATAATGGCTGGTCTTGCTTGTGGAGAACCAAATACAATTGG +GTTTGAAATATTAAAGAATTACTCTGAAGCTTTTATATCTGCACCAGATTGGGTTTCTGC +AAAAGGTATGAGGATATTAGGAAATCCATTAGTAGGAGATGAAAAAGTAATTTCGGGAGA +ATCTGGAGCAGTTACTACAGGTACATTAGTATCTATAATGCAAGATGAAAGTTTAGCTGA +GTTAAGAAAAGCATTAAAATTAGATGAAAATTCAAAAGTATTATTAATAAGTACAGAAGG +AGATACAGATCCAGATAAATATAGAAGCATAGTTTGGGATGGAGAATGTCCAAGTGTATA +AGTTGATTTTTATAAAATAATTTTAGATTATAAATAAAAAATTTTAGGGGGATCCATAAA +TGTTAAATGAAATAAGAAAACAAGAATTAATAGAGTTATGCCAAGACTTAGTAAGAAACT +CAAGCTATTCAGGTAAAGAAGAAAATGTAGTAAAGGCTATAGAAAAGAATTTTGAAAAAT +TAGGTTTTGATAGCTGGTTTAGAGATGAGTACGGAAATATAATAGGATGCATAAAAGGAA +ATAAACCAGGTAAGAAGATTTTATTTGATGGACATATAGATACAGTTCCAGTTCCAGATG +AAAGTAAATGGAGCGTACCACCTTTTGAAGGATTAATAAAAGATGGAAAAATATACGGAA +GAGGAACTTCTGATATGAAAGGTCAGCTAAGTGCAATGATGGCTGCTGTTTCATACTTTG +CAAAAGATATAAACAAAGATTTTGAAGGAGAACTTTATGTAGCAGGTGTTGTACATGAAG +AGTTATTTGAAGGAATAGCTTCTAGAAAAATTAGTGAGGCTGTAAAACCTGATTATGTTG +TAATAGGAGAATCTTCAGAATTAAATTTAAAAATAGGTCAAAGAGGTAGAGGAGAAATAG +TAGTAGAAACTTTCGGAAAGCCTGCTCATTCAGCTAATCCTCATAAGGGAATAAATGCAG +TTTATAAAATGAGTAAGATAATAGAGAAAATACAAGAGTTAGTACCACCAACTCATCCAG +TATTAGGAGAAGGTATATTAGTTTTAACAGATATAAAATCATCTCCATATCCAGGAGCAT +CAGTAGTACCTGATTATTGTAAAGCAACTTTTGATAGAAGGTTATTAGTTGGGGAAACAA +AGGAAGATGTTATAGCACCGATACAAGAATTAATAGATGAAATGATGAAAGAAGATAAAG +AATTAAGCGCAAAAGTATCTTACGCTATAGGTAAAGAAATGTGTTATACAGGAAATGTAA +TAGAAGGAGAGAGATTCTTCCCAGGTTGGTTATACGATGAAAATGATGAGTTTGTTCAAG +CTGCATATAAAGGTTTAAAAAATGCAGGAATAAATCCAGAAATAACTCAGTACTCGTTCT +GTACAAATGGTAGCCACTATGCAGGTGAAGCGGGAATAAAAACTATAGGTTTTGGACCTT +CTAGAGAAAATTTAGCTCATACAATAGATGAGTATATAGAAATAGATCAATTAGCAATAG +GCTCTAAAGGATATTATGAAATACTAAAATCAGTTTATAAAAAATAATTGGGAGATGGTT +TTTTGAGAACTTTAATAAAACGTGGACTTATAGTTAATGGAAATAAAACTAAAGCATTCA +AAGGAGATTTATTAATTGAAGATGATAGAATAACTAAAATATCATCAGAAGTAAATGAAG +ATGTAGATAGAATAATAGATGCAAGAGATAGAGTAGTTTGTCCAGGTTTCATCGATACTC +ATAGCCATTCAGATTTAGTGATTCTAGTTAATCCATATAATGAAGTTAAAATTAGACAGG +GAATAACAACGGAAGTATTGGGGCAGGATGGAATTTCTATGGCCCCACTTCCAATGGATT +ATATATCTCCTTGGAGAAAGAATCTAGCAGGTTTAGATGGTGAGAGTGATGATATTGACT +GGGAGTATGAAACTACAGATAATTATCTATCTATGATGGAGGATAATGGAGTAGGACTAA +ATGAAACTTACTTAGTTCCTCATGGAAATATCAGAATGGAAGCAATGGGACTTGAAGATA +GACCAGCAACTAAAGAAGAAATTCAAAAAATGTGCGAAATAACAGAAAGAGAGTTAAAGG +CAGGAGCAATAGGTTTATCTACAGGACTTATATATATACCATGTGCTTATTCATTGACTG +AAGAAATGATAGAGATATGCAAGGTAGTAGCTAAGTATGATGGTGTATTTGTAGTACATC +AAAGAAGTGAAGCAGATACTATAATAAGTTCTATGGAAGAAATAATAGAAATAGGTAAAA +AATCAGGTGTAAAGGTTCACTTTTCACATTTTAAAGTATGTGGAAAAGATAACTGGAAGT +ATATACCTAAAGTTATTGAATTATTAGAAAAAGCAAAATCAGAAGGTATAAAGGTTTCTT +TTGACCAATACCCATACGCAGCAGGAAGCACAATGCTTGGAGTTGTTTTACCTCCATGGG +CTCACTCTGGTGGAACAGATAAGTTATTAGAAAGATTACAAGATGAAGAGCAAAGGCAAA +AAATGAAAGATGATATAGCAAATGGAATTGAAGGTTGGGACAATTTTATACAGTTTGCAG +GTATAGATCAAATTTTTGTAACTAGTGTTAAAAATGAAAAGAATAAGTTTGCAATAGGGA +AAAGTTTATTAGAGTTAGGTGAAATAAGAGGAATCGATCCATTAGATGCTACATTTGATT +TGTTATTAGAAGAAGAAAATGCAGTCGGAATGGTAGATTTCTATGGATTAGAAGAACATA +TTATAGGGTTTATGAAAAGAGAAGAACAAAATGTATGTACAGATGGACTTTTAGCAGGTA +AGCCCCATCCAAGAGCATATGGTTCTTTCCCTAAGATATTAGGTAGATATGTAAGAGAAT +TAGGTGTATTAGAGCTTGAAGAAGCTGTTAGTAAAATGACTAAAAAGGCAGCAACTAGTT +TTGGAATAAAAGATCGAGGAGAGTTAAAAGAGGGATATTATGCAGACATAGTCATATTTG +ATAAAGATACTGTAAGTGGATGTGACGATTTTATAAATTCTATGCAATATCCAACAGGTA +TAGATTATGTAATTATAAATGGAAACTGCGTAATAGAAGAAGGAAATTATAAACATATTA +AAGCAGGTAAAGTTTTAAGGGGGAATAATCTATGCTATTAGTTGGAAATGGTAGATTAGT +AACTCACGATAGCTTAAATCCTTTTATGGAAGATGGATGCGTAGTTATTAATAAAAATAT +AATAGAAGATTTAGGTACAACATCAGAAATGAAAGCTAAGTATTCTGATTATGAGTACTT +AGATGCTCAAAGGAAGGTTATAATGCCAGGACTTATAAATTCACATATGCACATATATAG +TTCATTTGCTAGAGGGATGGCAGTACCAGGTAAACCATCAGAAAACTTTATGGAGATATT +AGAAAATCTATGGTGGACGCTTGACAAGAAACTAACATTAGAGGATACAAAGTACAGTGC +TTATGCAACTTATATTGAATGTATTAAAAATGGTGTAACAACAGTATTTGATCATCATGC +AAGCCCAAATGCAATAGAAGGAAGTTTATTTACTATAAATGATGTGGCTAGAGAACTTGG +GATTAGGACTTGTCTTTGCTATGAAGTATCTGATAGAGATGGAAAAATTATAGCTAATCA +GGGTATCGAGGAAAACGTTAGATTTATAAAATATGCGATGAAAGATAATAGCGATATGTT +TAAAGGTATGTTTGGACTTCATGCAGCATTTACCCTATCAGATGAAACTTTGGATAAGTG +TGCTAAGGAAATGGCAGGATTAGATACTGGCTACCATGTTCATACGGCAGAAGGCATAGA +TGACTTAAAATATAACCTAAAGAAATATGGAAAAAGAGTAGTTGAAAGATTACATGATTT +TGATGTACTAGGGAACAAAACAATAGCAGTTCACTGTATACATGTAAATTCTGCAGAAAT +GAATTTACTTAAAGATACTAATACTTTTGTAGTTCACAATCCAGAATCAAATATGGGAAA +TGCAGTTGGATGTTCTCCAGTAATAGAATTATTAGATAGAGGGATTACTGTTGGGTTAGG +TACTGATGGATATACAAGTGATATGTTTGAATCTTTAAAAGTTGCAAATATAATACACAA +ACATCATTTATGTGACCCTAGATTTGGATTTATGGAAAGCCAAAAGATGTTAATAGAGAA +TAATCAAAAAATCGCTAAAGCTTACTTTAAAAATGATTTAGGGATAATAAGAAAAGGTGC +ATATGCAGATATAATAATTGCTGATTATATACCTCATACTCCGATGAATGAAAATACATT +AGGTGGACATATGATATTTGGTTTAAGTGGAAGATGTGTAGATACAACCATTATTAATGG +GAAAGTTGTCATGAAGGATAAGGTATTAGTAAATATTGATGAAAGTGAAATACTTTCAAA +ATCAAGAGAAGTATCTAAAGAATTATGGAATAGAATTTAACTGTTGATTGGAGATAAGTG +AAATGAGTGAGGGCCAAGTTAGAAATGTTAGTAAGGCAAGTGACTCAGAGAATATTTTAA +CTAGTTCGAAGGCATTTATTTATGGGGTACAACATGTATTTGGTATGTGTGCAGGGATAT +TAGCAGTACCCATAATGATAGGAAATGAAGCTAAGGTTACAAGTACTGAGATGATGATAC +TTATAAGTGCGACACTTTTTGTATCTGGAATAGCAACATTAATTCAAAGTATTGGATTTA +AAGAATTTATAGGAGTAAGAATGCCTCTTATGCTAGGGGCAAGCGCAAATCCTACTTCTA +CTATGCTTGTTATAGTTGCATCTACTTCAATTGGAGAAGGTAAAGCACTTAGTATAATAT +TTACCTCAACGATAATTGCAGGTTTATTCTGTTTTTTTATCGCACCGTTTTTTAGCAAGC +TACTAAGATTTTTCCCTAAAATAGTTACAGGAACAATAATTACTTTAATGGGAATATATT +TAATTCCTATAGCAGTTAGATGGTGTGCAGGAGGTGTTACGACTGCTCCTGATTATAGAA +GTATGGAAAATATAATTCTTTCATTTATTGTTTTACTAATAATAGTAGCTCTAAATAAAT +GGGGTGGGAAAACATTAGGTAGTATGGCAATACTTATTGGGATAATACTTGGAACTATTA +TATCAATAATTATTGGTAAATTTGATTTTACAATGGTCAATTCAGCAGGGATATTATCTA +TTCCAAAGCCATTCTTCTTTGGAGCACCTGTTTTTGATATACCGGCGATTGTATCTATGA +TAGTTGTAATGTTCATTATGATGATTGCTTCAACTGGAAACACTGTTGCAATTCACGATA +TATTTGGAGAAGATGTCACTGAAAAGAAGGTTACAAAAGCATTAAGAGCAGATGGATTAT +CTTGTATGATAGCAGGAATATTTAATACATTCCCTCAAGCACCTTGCGCTCAGAACTTAG +GTATAGCAAGTATGATAGGTATAAAGGGAACAAAAATAACTATAATGGCAGGGATAATAT +TGCTTGTTCTAGGTATTATACCAAAATTTGCAGCTATAATAGCATCAATACCGTACCCAG +TTTTAGGTGGGGCAGGTCTCGTAATGTTTGGGATGATAATATCAGCAGGGATTAATAGTA +TAAAACAAGTAGAATTTAATGGAACTAAAAATGGTTTTATATTTTGTGTAAGTATAGCAG +TAGCTATGATTCCTATAGCAGTTCCAGATTTTTATGTGAATTTTCCACAAGGAGTTATTC +AAACAATTTTAAGTAGTGGGATAACAAGCGGTAGTATATGTGCAATAGTATTAAATCTGA +TTTTTAACTATAAAGATGTGAAATAAGATAAAGCATTAAATAAATAATTTAGGGGGATGC +AAAAATGGCAAATTTAAAAGTTAATATATATGGAATGGAATTCAGTAACCCGGTAATGAC +AGCAGCAGGACCAGGAGCAAAAGATGGAGATTTATGTATAGAAGCAGTAAAAGGTGGAGC +TGGAGGATTATGTACAAAAACTATATCTGTACTTCCTGCAGATGTACCTAGACCATGTAT +GGGACTTACAAATAGTGGATTTTTAAATACTGAATTATGGTCAGAATTACCAAAGGAGCA +ATGGATAAAAGAAGAATATCAAAAAGCTAAAAGTGCTGGAGTTCCAGTAATAGTAAGTAT +GGGTTACACAGCAGATGATATAGAAAAGGTTGCACCACTTGTAAAGCCTTATGCTGATGC +AGTTGAATTATCAACTCACTATGTTGGAACAGATGTAGCTCCAATAGTAAATGCTTTAAA +AGCTGCCAAATCTGCTTTAGATTGTCCAGTATTTATGAAAATGAGTCCACATACAGATAT +TCAAACAATAGCTAAGGCTGTCGAAGAAGCAGGTGCAGATGGTCTTGTAATGATAAACTC +ATTTGGACCATGCATGGCTATAGATGTAAATACAGGATACCCAATAATGGGAAGTAAAAC +AGGATACGGATGGTTATCAGGAGCTCCAATAAGACCATTAGCAATAAGATGTATATATGA +AGCTTCTCAAGTTGTAAATATTCCAATAATAGGAGTTGGAGGTGTTACTTGTGGAAGAGA +TGTTGCAGAAATGATGATGGCAGGAGCAAGCGCAGTTCAAGTCTGTACAGAAGCAATACT +TAGAGGTCCAGGAGTATACGGAAAAATAGCTAAGGAATTAAATGAGTTTTTAGACGAACA +TGGATATTCAGATGTAAATGAGATAAAAGGATTAGCTCATAAGAAAGTTAATGACAGGGA +ATTTAGAACTCACACTGTAGTGCCAGAAGTAGACCAAGATAAGTGTATAAAATGTAAGAA +GTGCAAGGCAAGTTGTGTTTATGAGGCTATAGAGGTCGGTGAAACTTTAGAAATAGATAA +AGATAAGTGTTTTGGGTGTGGATTATGCGTAACAAGATGTCCAAAAGGCGCATTAACAAT +AAGCTATAAATAAGGTGGAGATTATATGAGTCTAATATTAAAGGGTGGAAAAATAGTAAG +TGATAAGATAACTTATTTTTCAGATATAAAAGTAGATGGTGGAAAAATTGTTGAAATAGG +AGGGAATATAGAATCTAAGGATTGTGAGATTGTTGATGTAAGTGGATCTTACATAATTCC +TGGAGGAATAGATACTCATACCCATTTTGATTTAGATACAGGAACAACTATAACAGCAGA +TGATTTTATATCAGGTACAAAAGCGGCTATAGCAGGAGGAACAACTACTATATTAGACTT +TGCAACTCAAAGTAAAGGTAAGTCATTAAATGCAGGTTTAGAAGAGTGGCATCATAAGGC +ACGTAATAAAGCTTACTGTGATTATGGATTCCATATGGCAATCACAGACTGGAGTGATTC +AGTCTGTGATGAGATGGACGAGATGATAAAACAAGGAGTGTCTTCATTTAAGTTATATAT +GGCTTATAAAGGTACACTTCAAGTTGATGATAGCATTATTTACAAGGCTCTAGAAAAATC +AAAAAATATAGGAGCAATAATAGGGTTTCATTGTGAAAATGGAGATCTTGTTTGTGAACT +TGTGGATAAGAATTTAAAAGAAAATCATATATCTCCACAGTATCATGCAACTTCAAGACC +CCCAATGCTAGAAGCAGAAGCAACATCAAGACTTATGAAAATAGCAGAGCTTACAAAATC +AAAAGTTTGTGTAGTCCATTTAAGTTGTAAAGAGTCATTAGACGAAGTCCTTAAGGCTAA +AGAAAGAGGAGTAGATGTAGTAGTTGAAACTTGTCCACAATATTTACTTTTAAATGAAGA +TAAATATATGTTAGGAGGATTCGAAGGAGCTAAATATGTGATGTCACCTCCACTTAGAAA +TGTAAAAAACAATGATATATTGTGGAAAGCTTTAGCACAAAACCAAATAGATACAATAGG +AACAGATCACTGTTCATTTAATTATAAAAAACAAAAAGAGCTTGGAATAGATGATTTTAG +CAAAATACCAAATGGAGCACCTGGGGTAGAACACAGAGTAGGACTTTTATATACATACGG +AGTATCCACAAATAAAATTTCTATTAACAGAATGGTAGAACTTTTATCTACTAATCCAGC +TAAAATATATGGACTTTATCCACAAAAAGGAACTATAGAGGTCGGAAGTGATGCAGATTT +AGTAGTGTTAAATCCTAATAAAACTAAGGTAATAAAGGCAGAGAATCAAGTTCAAAATGT +AGATTATACACCTTATGAAAATTATAGACTAAATTGTGAAATAGAAAGAGTTTATTTAAG +AGGAAAAGAAGTTAGCAGAAATGGAAAGATTATTGATAATTTTCCAACAGGAAAATATTT +GAAGAGGTCATCTAATTAAGGGGGATAACTTATATGTTTGAATTTATATTGAATAATGAG +AAAGTTATTGCTGCAGAAAACAAGAAGCTCTTACAATTTCTTAGAGAAGATATGAATATA +ACATCTGTAAAGAATGGATGCTCAGAAGGTGCATGTGGAACTTGTATGGTTATTGTCGAT +GGGCAAGCTAAAAAAGCTTGCGTTCTTACAACTCAAAAACTAGTTGGAAAGAATGTAATA +ACTATAGAAGGTATGAGCGAAAGAGAGAGAGATGTATATGCCTATGCCTTTTCTAGTCAG +GGGGCAGTACAGTGTGGTTTCTGTATACCAGGTATGGTAATAAGTGCAAAAGCTTTATTA +GATATTAATAATAATCCAACAGAAAGCGAAATAAAGAAAGCTCTAAAGGGTAACATATGC +AGATGTACAGGATATGTAAAAATTATTAAAGCTATAGAACTAGCAGCTAAAATATTTAGA +GAAGATATAGATGTACCTAAAGTTGCTTGTAAGGGATTGATAGGAGAAAATCTTCCAAGA +ATAGATGCAATAGCTAAAGCACTTGGAATGGCCGAATATGTAGATGATATAAGAATAGAT +GGAATGATTTATGGTTCAGCAGTAAGAACAAAGTATCCTAGAGCTCTTGTAAAAAAAATA +GATATAGAAGATGCTAAGGCATATCCTGGTGTAGTAGCAGTACTGACAGCTAAAGACATA +CCAGGAACTATAAAGGTTGGTCATTTAAAAAAGGACTGGGATACTTTGATACCAGAAGGA +GAAATAACTAGATATCTAGGAGACGCAATAGTATTAGTTGCAGCTGAAACTAAGGAGGCC +CTTGAAGAAGCTAAAAAACTTGTAAAAATAGATTATGAAGAATTAACTCCTATTACGTGT +CCAGAAGAAGCATTAAAGGAAGATGCTCCTAAAATACATGAAACAGGAAATGTTTTAGTA +AATGAGCATCTAGTTAGGGGTAATGCAGATGAAAAGATAAAGAATTCTAAGTATGTTGTT +ACTAGGAAATATTCTACACCATTTACAGAGCATGCTTTTTTAGAGCCAGAATGCGCAGTA +GCAGGCCCACATGGTGAGGATGGAATAATAATATACTCATCTGATCAAGGAGTATTTGCA +ACTCAACACGAATGTGCAGATATGTTAGGACTACCTCATGAAAAAGTAAGAGTAATAAAT +AAAATGGTAGGTGGAGGATTTGGTGGAAAAGAAGATATGAGTGTTCAACATCATGCAGCT +CTTTTGGCCTATCATACAAAGAAATTTGTAAAAGTACTTCTTACAAGAAAAGAAAGTATA +ATAATACATCCTAAAAGACATGCAGTGGAGCTAGAGTTAACTACGGCCTGTGATGAAGAT +GGATATTTAACAGGTATGAAAGCTAAAATTATTTCTGATACAGGAGCCTATGCATCTCTT +GGAGGACCAGTACTTCAGAGATTATGTACTCATGCAGCTGGTCCATATAATTATCAAGAT +ATAGATATTGATGGGACTGCAGTTTATACTAATAACCCTCCAGGAGGAGCATTTAGAGGA +TTTGGAGTTACTCAAAGTTGTTTTGCAACAGAATGTAATATAAATCTTTTAGCTGAAATG +GTAGGAATATCTCCTTGGGAGATTAGATATAAAAATGTAGTAAGACCAGGTCAAGTTTTA +CCAAATGGCCAAATTGCAGATGAAGGGACTGCTATAGTAGAAACTTTAGAAGCAGTTAAA +GAAGAATATGAAAAACATCCTTATGCAGGAATAGCATGTGCTATGAAGAATAGTGGTGTT +GGGGTTGGAATACCAGATGTAGGTAGATGTAAGCTAGTAGTGATAGATGGAAAAATTCAT +ATAAGAACTAGTGCATCTTGTATAGGTCAAGGTATGGGTACTGTTGCAACTCAAATGGTA +TGTGAGACAGCAAAAGTTAGTCCGGAGATTATAGTACATGATGCTCCAGATACACTTTTA +ACACCTGATTCAGGGAATACTACAGCATCAAGACAAACAGTGTTCACAGGAGAGGCTACA +AAGGTAGCTTCTAAAAAATTAAAAGAAGCACTAGATTCGGGTAAAACTTTATTAGATTTA +GAAGGTGAAGAGTTCTATGGAGAGTATGCTAGTATAACTGATAAAATGGGTTCTGATAAA +AAGAATCCAATAAGTCACGTAGCTTATGGTTATGCAACTCATGTGGCTATATTAAATGAA +GAAGGTAAATTGGAAAAACTTATAGCTGCTCATGATGTAGGTAGAGCTGTAAATCCAATT +AGCTTAGAAGGTCAAATTGAAGGCGGAGTTGTAATGTCTATAGGTTATGCATTAACTGAG +GACTATCCATTGGAAAACTGTGTTCCTAAAGCTAAATATGGAACATTAGGATTATTTAAA +TCTACAGATATACCAGAAGTAAAAGCTATAGTTGTAGAAAAGAATAAATCTGAGTTAGCT +TATGGAGCTAAAGGGGTGGGAGAAATAACATCAATACCAACAGCGCCAGCTATACAAAAT +GCATATTATGTATATGATAAGGAGTTTAGAACTAAACTTCCATTGATAAATACACCATAT +AGTAAGAAAAAATAGATTAGGGGGGAATAATATGAGTAAAATAGTAATTGATACAAAAAA +TGCACCAGGGGCAATAGGACCATATTCACAAGGAATGATAGTCGGTAATTTAGTATATAC +TTCTGGTCAGCTTCCAATAGATATGGCAACAGGAGAATTAGTTCAAGACGTTAAATTAGC +TACAAAAGCTTCATTAGATAATGTTAAAGCTATATTAGAAGAAGCTGGGACATCAATGGA +TAAGATATTTAAGACTACTGTATTTGTAAAGGATTTAAATGACTTTAATGCAGTAAATGA +AGTTTATGCAACTTACTTTAAGTCAAATCCACCAGCTAGATCTTGTGTTCAAGTTGCGAA +ATTACCAAAAGATGCAGTAGTAGAAATAGAAGCAATAGCAGTTTTAGAAAAGTAATCAAC +TAAATTCCATAATCTTTTAGAACCCATAATTTTTAAAATCCTATACTATAGTATAAATTA +AATGTTAATATATACTATAGTATAGGGTTTATTATTTATGAAATAAAATTAAATGTTTAT +AGGGGGTTCAATATGAATTTTAATAATGGAATAGAACTAACACAATCTCAGAAGTTAATA +ATGACGTCACAACTAAGACAATCCCTAAAAATATTAAATATGAATAAGGTAGAGTTAGAG +AGTGAAATTGTAAAAGAAGTTGAGAGTAACCCTTTATTAGAAGCTGAGAAAAGTAGTGAA +ATAAATTGGGAGCAGTATATAAACGACATGGAGAATACAAGAAAACACAATAGTTATGAA +AACGTATTCAATAATGAGAATGAAGTTGATTTAGAAAATCTTATTAAAAGTGATTCTAAT +ATATATGATGATTTAAAATTTCAAGTAAGTTTATATAAACTAGATAATTCAGAAAGAATG +ATATGTGATTATATAATAGATAGCCTAGACGAAGATGGTTATTTGAAAGTTAGTGATTAT +GAAATAATGGAGTCCTTAAATATAGATGAAGATATATTTGAGAAATGTCTTATTAAAGTT +CAGAATTTAGAACCAAGTGGTGTGGCTGCAAGAAGCCTAGAGGAATGTTTAATAATACAA +ATTAATAATTTTGGAATAGTTGATGAAATATTAGAAAGTATAATAAGGCATGACTTAAAA +TTAATCGCAAGTAATAAATATAAAGATATCTGTAAAAAGTACAAAATAACTTTACAAGAA +TGTAAAAGATTTTCTGATTTAATAAAGGATTTAAATCCAAAACCATGTGAAGGTTATTTT +AGCTCTAATAAGGAATCTATTTATGTACAACCAGATGTAATAGTAGAAAAAATAGAAAAT +GAGTTTATTGCATATCTTAATGAAAAAGATTCCTATAAGCTAAAAATAAATAATTTTTAT +AAAGAAGTTCTAAAAAATTCTCAGGCAGATAAAGACGCTAAGGATTTTATAAAAGAAAGG +CTAAATTCTGCATTAAGCTTAATGAAAAATATAGATAGTAGAAAGAGTACGATTTTAAGA +ATTGCTGAATCTATAGTCAAAAATCAAGAAGAGTTTTTGAATAGGGGAATTAAGTACATA +AAACCAATGACTATGAAAGATTTAGCAGAAGAATTAAATTGTCATGAGTCAACAATTAGT +AGAGGTGTAAATGGCAAATATATGCTAACACCATTTGGAACGTATGAATTTAAATATTTC +TTCAATAGTTCTATAGAAACTGATAATAATGAGGTTATATCTAGCGTCAGCATAAAAAAC +ATGATAAGGGATAAAATAAAGGCAGAAAAAAAGGATAAGCCTCTTAGTGACGATAAAATT +GCTAAATTACTAAAAGAGCAAGGTATAAATGTAGCTCGAAGAACTGTAGCAAAATACAGG +GAAGAACTTGGCATACTGTCTTCGAGTAAAAGGAAAAAATGTTGAATTGGAAAAATATAA +AAAAATATCCTAAAAACTATTGAAATATATAAAGATATGATTTAAAATTAAATTATCTTG +TGGGACTTAAATTGAGTGTAGGGACAATTAACGTCCCGGGTAAAATTATAACAAGGAGTT +ATAACATGAAAGACCTAATTAAATTTCAGAAAAAATTGATTCCCCAAGTTGTTGAGCTTA +TGGAAAGAAGATATTCGATTTTAAGACAAATATCTTTAAGCGAGCCAGTAGGAAGGAGAA +CCTTATCAAACATATTAGATATAAGTGAAAGAATTATAAGATCAGAAACTGAGTTTTTAA +AAGAACAAGGTCTTATAAATGTTGCAGGTTCAGGTATGACAATAAGTCTAGAAGGAGAAG +AACTACTAGATGACCTTAAGGATACTATGAATTATGTAACGGGACTTTCAAAACTACAAG +ATAAGGTAAAAGAAAAACTAGGTGTAAAGAAAGTATTACTAGTGCCTGGAAGTTTTGATA +AAAATGAAAGTATTTTATATGATATAGCAAAATGTGGGGCAGATTATTTTCTTCAAGTTC +TAAAACCAGAAGATGTAGTTTCTATAACTGGAGGAAGTACAATGCTTGAGTTTTCAAAAG +CTCTTAAAGCAGATAAAAAATACAATAATGTTACTGTAGTACCAGCTAGAGGTAGTATGG +GTAAAATTGTAGAGACTCAAACAAGCAATATAGTTTCTATTATAAGTAAGAAACTTAGCT +CACATTATAAATTACTTAATATACCAGATGAATTAAGTGAAGAAGCAAAAAATAGTTTAA +TCCAAGAACCAGAAATTAAAAGTACATTAGAACATATCGAGAAAACTGATATATTAGTAT +TTGGGATTGGAAGAGCTGATGAGATGGCAAAAAGAAGAAAGCTATCTGATAATAAAGTTA +AAGAAATAATATCAAAGGGAGCAGTGTGTGAAGCATTTGGATATTATTTCAACAAAGATG +GAGAAATAGTATATAAGTTAAATACAGTAGGTATAGACTTAAACACTGTTAATAATGTTA +GGGAAACAATTGCCGTATTTGGAGGCACAACAAAAGTAGAAGCTTGCATAGCAATTTCAA +AGGTAGATAAGAATATAGTTCTTGTTACTGATGAGGAAAGTGCTTGTAAAATTCTAGAAT +CAATTTAGTTAACCACTAGCTAGGCTAGTAAAAATATATTATAAATATACATACACTTAG +GAGGTAGCACGATGGTTAAAGTAGCTATAAATGGATTTGGGAGAATAGGAAGACTTGCAT +TAAGAAAATTAATGGAACAAACTGACAAGTTTGAAGTTGTTGCAATAAACGACTTAACAG +ATGCTAAAACTTTAGCACATTTATTTAAATATGATACTGCTCAAGGTAGATTCAACGGTG +AAATAGAAGTTAAAGACGGAGCTTTCGTAGTTAACGGACAAGAAATAAAAGTAACTGCTG +AAAGAAATCCTGCAGACTTACCATGGAAAGAATTAAATGTTGATATAGTATTAGAGTGTA +CTGGATTCTTTACTTCTCAAGAAAAGGCTGGACTTCACTTAGAAGCTGGAGCTAAGAAAG +TTGTTATATCTGCGCCAGCAACAGGGGATGTAAAAACTGTAGTTTACAACGTAAACAACG +ATGTATTAGATGGAACTGAAACTGTAATATCAGGTGCTTCTTGTACTACTAACTGTTTAG +CACCAATGGCTAAAACATTAAACGATGCTTTCGGATTACAAAAAGGATTCATGACTACTA +TACATGCATACACAAATGACCAAAATACTTTAGATGGTCCTCATGCAAAAGGTGACTTAA +GAAGAGCTAGAGCTGCTGCTTCTAACATAGTACCAAACACTACAGGAGCTGCAAAAGCTA +TAGGTTTAGTTATACCTGAATTAAAAGGTAAATTAGACGGAGCTGCTCAAAGAGTTCCAG +TTGTAACTGGTTCAATAACTGAGTTAGTTTGTACTTTAGATAAGAACGTAACTGTAGAAG +AAATAAACGCTGCTATGAAAGCTGCTTCAAATGAATCATTCGGATACACTGAAGAGCCAT +TAGTTTCTTCTGATATAATAGGAATAAGCTACGGATCATTATTCGATGCAACTCAAACAA +AAGTTATGGAAGTAAACGGAGAACAATTAGTTAAAGTTGTTTCTTGGTATGACAATGAAA +TGTCTTACACTTCTCAATTAATAAGAACTTTAGGATACTTCGCTAATTTAGCTAAGTAGT +TTTAGACTAGTCCGGGTTTGTAGTTTTATACTACGGGCTCCGGACTTTTTTAAGCAATTG +GAAAAAGTCATTGAGTCTATAAAAAAATTCGTGTACATAGCAACTCAATAAAAATGAATT +TTTACCTAAGAAGTATGAATTAATTATATAGAATATACATAGGGAAGATATATTATAAAA +TCTCGGTTTTGAAAGGAGAATTCAACATGTCAATGCTTAACAAAAAAAGTATAGAAGATA +TAAATGTGAACGGAAAAAGAGTATTAGTAAGATGTGACTTCAACGTACCTTTAAAGGATG +GAGTTATAACTGATGAAAATAGATTAAATGGTGCATTACCAACTATAAAGTACCTAATAG +AACAAGGAGCTAAAGTTATATTATGCTCTCACTTAGGTAAGCCAAAAGGGGAAGCTAAGC +CAGAATTATCTTTAGCACCAGTTGCAAAAAGATTATCTGAAATGCTAGGTCAAGAAGTAG +TATTTGCTGCTGACGAAAACGTAGTAGGAGAAAATGCAAAGGCTGCTGTAGCTAAAATGC +AAAATGGTGATGTAGTATTATTAGAAAATACTAGATATAGAAAAGAAGAAACTAAAAATG +AAGAAAACTACTCTAAAGAATTAGCTTCTTTAGCAGAAATATTTGTAAATGATGCATTCG +GTACTGCTCATAGAGCTCACTGTTCAACAGTAGGTGCGGGAGAATTCTTACAAGAAAGAG +CTTGTGGATACTTAATTCAAAAAGAATTAAAGTTCTTAGGAGAAGCTGTAGCTAATCCTG +TAAGACCTTTCACTGCTATACTAGGTGGGGCAAAAGTTTCTGATAAGATAGCTGTTATAA +ATCAATTATTAGATAAAGTTGATAACTTAATAATAGGTGGAGGAATGGCTTATACATTCT +TAAAAGCTCAAGGATATGAAATAGGAACTTCTTTAGTAGAAGAAGATAAAGTAGAATATG +CTAAAGAAATGATGGAAAAAGCAGCTGCTAAAGGTGTTAAATTATTATTACCAATAGACA +ACGCTGTTGCTGATAAATTTGCTGATGTTACTCCAGTTATAACTGAAGAGGCTAACATAC +CAGCAGGACATATGGGATTAGATATAGGACCAAAAACTATAGAAGAATATGTAAATACAG +TAAATGCTTCTAAGACAATAGTATGGAATGGACCAATGGGAGTTTTCGAATTTGCTAACT +TTGCAGAAGGTACACTAGCAGTAGCTAAAGCTATGGCTGCGTTAACTGATGCAACTACAG +TAATAGGTGGAGGAGATTCTGCTGCTGCTGTTAATCAATTAGGATTCGGAGATAAAATGA +CTCACGTTTCTACTGGTGGAGGAGCATCATTAGAATTCTTAGAAGGAAAAGAATTACCAG +GTATAGTAGCTTTAGATAATAAATAATAAATTGCAATTACCAATAGAGTATTTATTATAC +TCGATTTTGACACTATAGATATGTTACCACAGAAGTTTTATTTTAATAAAACTACCTTAA +ATTTTGTTATAATTAAGCTTAGGAAAATTTATCCTAAGGTAAATTTTCCTAATGACTTGA +TTAAAGTGTGGAGGAATTGAAAATGAGAAAACCTATAATAGCTGGAAACTGGAAAATGAA +TAAGACTATAGCAGAAGCTTTAGCTTTTGTTGAAAATGTTAAAGAAAGAGTAAACAATGA +AAATGTAGATGTAGTAATATGTGCACCGTTCATAGCTTTAAAAGATTTAAAAGAGGCAAC +AAAAGGAACAGACATAAAAATTGGAGCTCAAAATATGCATTTTGAAGAAAGTGGAGCTTT +TACAGGTGAAGTTGCACCTGAAATGTTAAAAGAAATAGGAATTGACTACGTGGTTATAGG +ACACTCTGAGAGAAGAGAATATTTCAATGAAACAAATGAAACAGTAAACAAAAAGGTAGT +AAAAGCTTTAGAACATGGCATACATCCAATACTTTGCTGTGGAGAAACTCTAGAACAAAG +AGAAGCTGGAGAGACTAAAGCTCATTGTAAAATACAAATTGAAGAGGGATTAAAAAATGT +AGCTAAAGAAGATATATCTAAGGTTGTCATAGCTTATGAACCAATATGGGCTATAGGAAC +TGGAAAAACTGCAACTGCTGAAGATGCTAATGATGTTATATCTTACATAAGAGAAGTAGT +AGCAGGATTATATGGAGAGTTAGCTCAAGATGTTAGAATACAATATGGTGGAAGTGTTAA +GCCATCAAATGTTGCTGAAATAATGGCACAAAGTGATATAGATGGAGCTTTAGTTGGTGG +AGCTAGTTTAGCTGCTGACGACTATGTAAAGCTTGTAAATTTCTAAGGAGTGAAATAATA +TGAAAAAACCAGTTGCTTTAATCATAATGGATGGTTATGGATATACTAGTGAAACTAAAG +GGAATGCTGTAGCTGCGGCTAACACTCCTAACTTAGATAGAATATCTAAAGAATATCCAA +GCACATTAATAAATGCGAGTGGTCTAGATGTTGGATTACCAAATGGACAAATGGGTAACT +CAGAAGTTGGACACACAAACATAGGTGCAGGACGAATAGTATATCAAGACTTAACTAGAA +TAACAAAAGCAATAGAAGATGGTGAATTCTTCAATAATGAAGTATTATGCCAAGCTATGG +AAAATGCTAAAGATAAAGCACTTCACATAATGGGATTATTATCTGATGGTGGAGTACATT +CACATATAGACCACCTAAAAGCTTTAGTAAAAATGGCTAAAGAAAAAGGTGTAGAAAAAG +TATATGTTCATGCATTTACAGACGGTAGAGATACTGATCCACAAAGTGCAATTACATATG +TAAAAGAAGCTGAAGAAGTTATGGCTGAAGTAGGTGTAGGGGAATTTGCTTCTGTAAGTG +GTAGATACTACGCAATGGACAGAGATAAGAGATGGGAAAGAGTTCAACTTGCATATGATG +CAATGGTAGAAGGAAAAGGTGAAACTGCTACTTCTGCTACTGAAGCTATTCAAAATTCTT +ATGATGAAGGTAAAAATGATGAATTCGTTTTACCAACAGTTATAGTTAAGGATAAAAATC +CTGTTGGAACTATAAAAGAAGGAGATTCTGTAGTATTCTTCAACTTTAGACCAGACAGAG +CTAGACAAATAACTAGAGCACTAGTTTGTGATGAATTTGTAGGATTTGAAAGACCTTGCA +TGAAGACTTTCTTTGTATGCTTAACTGAATATGATATAACTATCAAAAATGTTCATATAG +CATTTGGACCTCAATCATTAAGCAATACTTTAGGTGAGTACCTAGCTAAGAATGGAAAAG +TTCAATTAAGAGCTGCCGAAACAGAAAAGTATGCTCACGTTACTTTCTTCTTCAATGGTG +GAGTTGAAGAACCAAACCAAGGTGAAGAAAGATTATTAATACCATCTCCAAAGGTTGCAA +CTTATGACTTACAACCAGAAATGTCTGCTGGTGAGTTATTAGAAAAGGTTGTAGCTAAAA +TAGATGAAGATAAATTTGACTTTATAGTTGTTAACTTTGCAAATCCTGATATGGTTGGGC +ATACAGGAAATGTAGAAGCTGCTATAAAAGCAGTAGAAACAGTTGATAGCTGTGTAGGCA +AATTAGTCGATAAAATAATAGAAAAAGGTGGAAGCGCAATTATAACAGCTGACCACGGAA +ATGCAGAATTAATGGAAGATGTTGAGTCTGGAAAAACAATAACAGCTCATTCTACTAATC +CAGTACCATTTATAGTTGCAGGTGAAGAATTTAAAACATCTACATTACTAGAAGGTGGAA +GATTATCTGATATAGCACCAACTGTATTAGATATGATGCATTTAGAACAACCAGAAGAAA +TGACTGGTCATTCATTAATAAAAAATAATTATTTAAATTAAATAGTTATTAATATATAAA +TAAATAAGGTTTACAAAATATACAATATATTATATAAATCACCCAAATACAAAACTAGAA +ATAAAATTTATCCATCAAATAATATATATTCTAAAATGTAAAAAGGGGAAAGGGTATTAT +ATTGTATAAGAGGTTAACTATTATATTATAAAATCTGAAGGGAGATATAAATATGTCAGT +TATAGAATCAGTATACGCAAGAGAAGTATTAGACTCAAGAGGTAACCCAACTGTAGAAGT +TGAGGTAGCATTAGAAAGTGGAGCAATAGGTAGAGCTATAGTTCCATCTGGAGCATCTAC +AGGAGCTTTTGAAGCTGTTGAATTAAGAGATGGTGACAAAGGAAGATACTTAGGAAAAGG +TGTAGAAAAGGCTGTTGCTAACGTTAATGAAATAATAGCTCCAGAATTAGAAGGAATGGA +ATCTACAGATCAACCTGCAATAGATGCAGTTATGATAGAATTAGATGGAACTCACAATAA +AGGTAAATTAGGGGCTAATGCTATATTAGGTGTATCTATGGCTGTTGCTAGAGCATCTGC +TGAAGAATTAGGATTACCTTTATTCCAATACATAGGTGGAGTAAATGCTAAGCAATTACC +AGTACCAATGATGAACATATTAAACGGTGGAGAGCATGCTGATAACAACGTTGACGTTCA +AGAATTCATGATATTACCAGTTGGAGCTAAGAGCTTCAGAGAAGGTTTAAGAATGGGTGC +AGAAGTATTCCATTCATTAAAGAAAGTTCTTGGAGAAAAAGGACTTGCTTGTGGTGTAGG +TGACGAAGGTGGATTCGCTCCAAACTTAGGATCAAACAGAGAAGCTTTAGAATTAATAGT +TGAAGCTATAGAAAAAGCTGGATACAAGCCAGGAGACGATATAAGATTAGGTCTTGACGT +TGCTGCTACAGAAATGTACAACAAAGAAACTAAAAAATATGTTTTAGCTGGAGAAGGAAA +AGAATTAACTGCAGCTGAAATGGTTGATTTATATGAAGATTGGGCTAACAACTTCCCAAT +AGTAACTATAGAAGATGGTTTAGATGAAGAAGATTGGGATGGATGGAAAGTATTAACTGA +AAGACTAGGAAATAAAATACAATTAGTTGGGGATGATTTATTCGTAACTAATACAGAAAG +ATTAGAAAGAGGAATAGAAGCCGGTGTTGCTAACTCTATATTAGTTAAAGTTAACCAAAT +AGGTACAATAACTGAGACTTTAGATGCTATAGAAATGGCTAAAAGAGCTGGATACACTGC +AGTTATATCTCACAGATCTGGAGAAACAGAAGATACTACTATAGCTGACTTAGCTGTAGC +TGTAAACGCTGGACAAATAAAAACTGGTGCTCCATCAAGAACTGACAGAGTAGCTAAATA +CAACCAATTATTAAGAATAGAAGAAATGGTTGGAGAACAAGCTAGATACTGTGGATTAAA +CTCATTCTATAACTTAAAGAAGTAATTTTATAAAAGAATTACTTTAATATAAAAAAAATA +TTCAGTCCGTTGAGCTAAAAAATGCTCAATGGACTGTTTTTTTATTAGTAATTATTATTT +AAAGGAGTGAAAAAAGTAGTAGTTTATACAAATGAATTACTACTTTTTTATGTTGGATAA +ATGAAATATAATGAAAGTGTAATATACTAAACCTCAGGATAAATTCTTGGTGTAAAAATA +GGGGAGACATTTTTATGATTAGATTTGAGATAAGTACTAGAGATAGGCTGGGCATAACTA +CTGAAATACTATGCAAGATTTATAATAGAGATATAGATTTAGTATCTATGGAGGTTTTTA +CAGAGAAGGTTTGTATTAAGATTAATGATATAGATTATGCCACTAAAAAAAATCTTAGAG +AAGAAATAAGTAGTATTGATGATGTTATCTTTATAAAAGAAATAGAGCTTTTAAGTCATG +AAAAGAATGAGCAGAAGTTATTAGCTGTAATTGATTCTGTAGATGAAGGAATAATCTCCA +TTGATAAAAATTTTGAAATTAATATATTTAATAATTATTGTGAAGAGCTGTTTAATTACA +AAAAAGAAGAGGTTATAGGTAGAGATATAAGAGATATTATTGGTGAAGATGATATCATTG +TAGGCTTAATTAAATATGGGCATGAGTATGATAATATTAAGTCTAGCATAAAACATAATG +ATATAAAAAGTAGCTATATAACTACCGGTAGAAGAATAACTAATGATAATGATGAAACGA +TTGGGGCTGTAGTTTCAATAAAAGATGTAAATAAAGCTAGAGAGCTTGTTAATATAATTA +ATAAAAATAATGATGGACCTTTCAAAAATATAATAGGAAATAGTAAAAGTATTGAAAAGG +TAAAACATATGACATTAGCTATATCAAAAAGTAACTCAACTGTTCTACTAAGAGGAGATA +GTGGTACTGGTAAGGAACTATTTGCAAATGCTATACATGATTTAAGTGATAGAAGAGATA +AACGTTTCGTTGCTATTAACTGTGCAGCCTTACCTGATAGCTTACTAGAAAGTGAATTAT +TTGGATATGAGAAGGGAAGTTTTACAGGTGCTATGCAAAGTGGAAAGGAAGGGCTTTTTA +AAGAAGCAAATGAAGGAACTATTTTTTTAGATGAAATAGGAGAGTTATCGATGCTTCTGC +AAGCGAAACTTCTAAGGGTACTACAAGAAGGAAAGATAAGAAAGATTGGTAGTAGTAAAG +AAGAGGAAGTTGATGTAAGAGTTATTGCAGCAACTCATAAAAATCTTGAAAAGATGATAA +AAGATGGAGAGTTTAGAGAAGATTTATATTATAGACTAAATGTTATTCCAATAAAAATTC +CGAGTTTGAAAGAGCGATTAGATGATATACCTGTATTAGTTCATTTTTTTATAAATAAAC +TTAACAAGAAGCTTAGAACTAATATAAAAGGATTTAAAAAAGGTTTCTTAGATAAATTAA +TGAATTATGATTGGCCTGGGAATGTAAGAGAGTTACAAAATGTAGTAGAAAGAGCTATGA +ATTTATGTAGTGGTGATGTATTAACTAGCCAGGATATTATGATTGATTGTATATATAGGA +ATGAAGATATTATAGATAATTTTATTGAAGAAGAGCAGAAATTTAAATCTTTAAAAGAAG +AGATGGAGAAATATGAGAAAGAGATAATTATGAGAGTATATAATGGTAATAAAAGTTATA +GAGAAAGTGCTAAAATACTTGGAATTTCACATACTGCAGTAATGAATAAAATTAAAAAAT +ATAATATAAAAGAATAGTGTAAAGAATTATTTACAAATGCAAAGAAATGTTTACGAAGTT +TGTGGATTATGTAAAGAATTATTTACAACATATGAAATTTATTTGAATTAACCTTAAAAT +ATCTCGGGAAATCGTTTTTAATGAAAGGTGGTTATTTCAATATATTTATAAATAAAAAAA +TAAAAAATGATTTTTTTTACTTTAATCAAAAAGTTGGCATGGGAGTTGCTCTTAAAATAT +AGCGTAAATAAAAATAATTATAAATTATATTAAGATAAATTATAGGGGGAACTTAAAATG +GAAAACTTAAAAAATAAAAAATTCGCAACTCAAGCTATACACGGGGGACATAAAAAGGAT +CCAGTTTCAGGAGCATTAACTACACCTATATTCCAAACGTCAACTTTCGTATTCGATAGT +GCAGAACAAGGAGGAAGAAGATTTGCACTTGAAGAAGACGGTTTTATATATTCAAGATTA +GGAAATCCAACAAATATGCAATTAGAAGAAAAAATAGCACTACTTGAAAAAGGAGAAGCT +TGTTTATCAACTGCTTCAGGAATGGGAGCTATAACTTCAGCATTATGGACTGCATTAAAG +GCAGGAGACCATATAGTAGCAAGTAAAACTTTATACGGATGTACTTATGCATTATTAAAT +CACGGAATAAGCAGATATGGGGTTGAAGTTACTTTTGTTGATGCTGCTAACTTAGATGAA +GTAAGAGCAGCTATGAAAGAAAATACTAAAGTTGTTTACTTAGAAACTCCAGCAAATCCA +GACCTAAAGTTAGTAGATATAGAAGCAGTAGCTAAGATAGGTCATGAAGTAGAAGGATGT +ATGGTTATTGTCGATAATACTTTCTGTACTCCATATATACAAAGACCATTGGAATTAGGG +GCAGACGTTGTTGTTCATTCTGCTACTAAATACTTAAACGGACATGGAGATGTTATAGCT +GGATTCGTTGTTGGTAAAAAAGAATTCATAGATCAAGTAAGATTATTTGGTGTTAAGGAT +ATGACTGGCGCTGTTCTTTCTCCATTTGATGCTTACTTAATAATGAGAGGTATGAAAACT +TTACAAATAAGAATGGATAGACATACTAAGAATGCTATGGAAGTTGCTAAATTCTTAGAA +TCTCATGAAAATGTAGAGTTAGTTAATTACCCAGGATTAGAAAGTTTCCCACAATATGAG +TTAGCTCAAAAGCAAATGGATATGCCAGGTGGAATGATTGCATTTGAAGTTAAGGGTGGA +CTTGAAGCTGGTAAGAAATTATTAAACTCTTTAGAATTATGTACACTTGCAGTTAGTTTA +GGTGATTGTGAAACATTAATCCAACATCCTGCATCAATGACTCACTCTCCATATACTCCA +GAAGAAAGAGCAGAAGCTGGAATATCTGAAGGATTAATAAGAATATCTGTAGGACTTGAA +GATGCAGAAGATATAATAGCTGACTTAAAGCAAGGTCTAGATAGATTATAGAAATCCATA +CCTAAGTGGTGATATTTATATATTAAATAAAATTTTAATTAATAATCCATTATGAAAAAA +CAAATAACTTATTATGAAATTAATATATCCACTATGATAAGGAAATTATCATAGTGGATA +TATTAAGATTTCCATAATCAGATAAAAGTAATTGTCTGATAATTGAAGTCTTAAATATGG +TTCTATTAAATAATATTAATATCTCAAAATTTGATAATATTAGAACCTTGAAAGCGTTAT +TTTACTTTTATTGACAGAAGTCATTTTGCAGTGTTACCATAAAAATAAGCATTAAAGCTA +TTATATTTAAGGGGGTATTATGGTGAATAATACAATAGAGATTAGATGGCATGGAAGGGG +AGGCCAAGGTGCAAAGACAGCTGCATTACTATTAGCAGACGTTGCATTTAGTACAGGAAA +GTATGTACAAGGTTTCCCAGAATATGGTCCAGAAAGAATGGGGGCACCAATAACTGCTTA +TAACAGAATAAGTGATTCAGAAATAAGAGTACACTCAAATATATATGAGCCACAATTTGT +AGTAGTTGTTGATGAAACTTTATTAGAAGCAGTAGATGTAACTAAGGGACTAAAAAAAGA +TGGAGCAATTATAGTAAATACATCTAAGCCAAAAGAGGAAATCACAAAACACCTTAAAGG +ATATGAAGGTAAATTATTCACAGTGGACGCAAGAGGAATATCAGAACGAACTTTAGGAAA +AAATTTTCCGAATTCACCAATGCTTGCATCGATAGTAAAAGTAGCAGACATTATGCCTTT +AGACATATTTTTAGAAGAAATGAAAACTTCTTTCCAACACAAATTTGCATCTAAACCAGA +GGTTATAGGTGGAAATATGGAAGCTTTAAAATTGGCACTAGAGGAGGTAGAATAGATGGA +TAAGAAAATAAGTGAAATCATTACTGAAAATATATCTTGGAAAGATATAACACCAGCAGG +GAACGTATATGCTGGAGGAACTTCAGAAGAATTTAATACAGGAGAATGGAGAGTAGATAA +GCCTATATTTATAGAAGATAAATGTAAGCAATGTCTGTTATGTGTTCCTGTATGTCCAGA +TAGTTCTATTCCTGTAGAAAACAAGAAAAGAGCAGATTTCGATTTTATGCACTGTAAAGG +ATGCGGAATATGTGCAAAAGTATGTCCTTTCGATGCTATAGAAATGGTAAAGGAGGAAGT +TTAGATGTCTACTACAGCAGTAATGGAAAATGAAAGAGCAGTATCTCCTGCAGGAATAAG +AGAGCGATTGTCAGGAAATGAAGCAGTAGCAATAGCTATAAAGCAAATACATCCAGATGT +ATTTCCAGCATTTCCTATAACTCCTTCAACAGAAATACCACAATATTTTTCATCATACGT +AGCTAATGGAGAGGTTCAAACTGAATTTGTTCCAGTAGAAAGTGAACATAGTGCAATGAG +TGCAGCTATTGGTGCTCAATCAGCAGGCGCTAGAACTATGACAGCTACATCATCTTGTGG +TTTAGCGCTTATGTGGGAAGAATTATACATAGCAGCATCTAACAGACTTCCAATAACATT +AGCTTTAGTAAATAGAGCTTTATCAGGTCCAATAAATATAAACTGTGATCACTCTGATAG +TATGGGAGCAAGAGATGCAGGATGGATACAAATCTATTCTGAAAATAATCAAGAAGCTTA +TGATAACTTTATACAAGCTGTGAGAATAGGGGAACATAAAGATGTACAATTACCAGTAAT +GGTTTGCCAAGATGGATTTATAACAAGCCATGCTGTTGAAAATATAAACTTAATAGAAGA +TTCTTTAGTAAAAGATTTTGTAGGAGAATACACTCCAGAAAATTACTTATTAAATGCGAA +AAGACCAATGTCTACTGGTGCTTATGATGTAACATCTTATTACATGGAACATAAGAGACA +ACAGGCTCAGGCAATGAAAAATGCGAAGAGAGTAGCTTTAGAAGTTGCAAAAGATTTTGA +AAAAATATCAGGAAGAAGCTACGGATTATTTGAAGAGTATAAATTAGATGATGCAGACTA +TGCAATAGTTATAATAAACTCTGCAGCAGGAACTGCAAAGGATGCAATAGATAAGATGAG +AGCTGAAGGAAAGAAAGTTGGATTGTTAAAAATTAGACTATTTAGACCTTTCCCAGCTGA +AGAGATAAGAGAAGCGTTAAAAAATGTAAAAGTTTTAGCTGTAATGGATAGAAGTGAAGG +CTTCAATGCTTATGGGGGACCGCTAGGGGCGGAAGTAAAAGGAGCGCTTTATTGTTTAGA +AAAGGGGCCTAAAGTTGTAAATTATATTTATGGATTAGGTGGTAGAGATGTTAGAGTTGA +GAACGTGGAAGAAGTATTTAACGAACTTGAAAAAATAGATAATAGTGGAGAACTAGGAGA +AGAGTATCGTTATTTATCAGTAAGAGATTAGGGGGGTGTGAAGATGAGTTATAATTTTAA +GGATGTAATGAATAAACCAGAAAGATTAGCTGGTGGACATAGAATGTGTGCGGGATGTGG +AGGAACTATTGCTGTAAGAAACGTACTACGTGGATTAAAAGAAGAAGATCATGCAGTAAT +AGGAAGTGCAACAGGATGTTTAGAAGTTTCTACTTTTATGTATCCTTATACAGCATGGAA +GGATTCTTTTATACATAATGCTTTTGAAAATGCAGCAGCTACAATAAGTGGAGTAGAAGC +TGCTTATAAAGCAATGAAGAGAAAAGGTAAAATAGATGATAGTTATAAACTTATAGCATT +TGGTGGAGATGGTGGAACTTATGACATAGGATTCCAATCATTATCAGGCGCTATGGAAAG +AAATCACGACATGGTATATGTATGCTATGATAATGGTGCTTACATGAATACAGGTATCCA +ACGCTCATCTGCAACACCAATGTATGCAGATACTACAACAACTCCAGTTGGAAGTAAATC +ATCTGGAAAACCACAAAATAGAAAAGATTTAGCATCTATAATAGCATCGCATGATGTTCC +ATATGTAGCTCAAACAACATTTATAAAAAACTTTAAAGATTTACATACTAAATCTGAAAA +AGCTATATATACAGAAGGTGCAGCATTCTTAAATGTAATGGCACCGTGCCCAAGAGGATG +GAGATATCCAGCAGAAGATATGATGAAAATATGTGAGTTAGCAGTAGAAACTTGCTACTG +GCCACTATTTGAAGTCATAGATGGGAAATGGATATTAAATTATAAACCAAAGAAAAAACT +TCCAATTGAAGAGTTCTTAAAACCACAAGGTAGATTTAAGCACTTATTCAAAAAAGGGAA +TGAACATTTAATAGAAGAATTCCAAGCTGAAGTAGATAGAAGATGGAATGAACTATTAGC +TAGATGTGGAGAAGAAATATAATTTAACCTATCATTAAACATTATCATGAATGCTAGCCA +AGAATATTTTAACAGAACTAAAAGATTATAATATTGACAACAGTTTCATCAAGATAGAAG +TTTAGGTAATGCACTAAGCATTATCTAGACCTATTTTGATGAGGAAATTCAATCAATAAT +ATATAAATATTATAAAAAATTATTAAGGGGAGAAGAAATATGAATAAAAATGTTTCAAAA +GGAAATCCATTGGCATTATTACCTATTGTTGTATTTTTAGTTTTATTTGTTGGAAGTGGA +ATTATAACAGGAGATTTTTATCAAATGCCAGTTTTAGTTGCATTTATGATAGCATCTGGG +GTTGCATTATTATTTAATAAAAATGAAAAGTTTGACACTAAGATGGATATATTCTGTAAG +GGTGCAGGAGACCCTAATATAGTTCTTATGTTAGTAATATTCTTATTAGCTGGAGCATTC +GGAAGTGTTGCAAAGGCTATGGGTGGAGTTGACTCAACTGTAAACTTAAGTTTATCTGTA +TTACCTCCAAATCTTTTAGTAGCAGGATTATTTATAATAGGAAGTTTCATCTCTATATCA +ATGGGAACATCAGTAGGAACAATAGCAGCTCTTGCTCCAATAGGACTTGGAATAGCTGAA +AAGACTGGAATTCCAGTAGCATTAGTAACAGGAGCTATAGTTGGTGGAGCTATGTTTGGT +GATAATCTATCTATGATATCTGATACTACAATAGCAGCGTGTAGAACTCAAGGTTGTGAT +TTAAAAGATAAGTTCAAGGTGAATTTTTTAATCGTTTTACCGGCTGCTATACTTACTGTA +ATATTACTTGCCGTAATGACAAGTGGATATAAAGGGTCTATGGGGCAAACGTATTCTTAT +GAATTTATTAAAGTTGTTCCTTATATAGCTGTTTTAGTAGGAGCTCTATGTGGAGTTAAT +GTTTTTGTTTTGCTTGGTGGAGGAATATTATTTGCTGGGGTTGTAGGAATGGCTACAGGT +TCTCTTGATTTATCGGCGTTAATTCAAGCTATATCTGGTGGAATGGCTGGAATGCAAGAA +TTATGTATACTAGTTTTAATAGTTGGTGGAGTTGTTGGTTTAATGAAACATAATGAAGGA +ATAGATTTTTTACTTCACTTTATAACTAGTAGAATAAATAGCAAAAAAGGTGCAGAGTTT +GGAATAGCTGCATTAGTAAGCGTTGTAGATCTGTGTACTGCAAATAATACTATAGCAATA +GTAACTGCAGGACCTCTTGCTAAAGATATAGCAGAGCAATATGACATAGATCCAAGAAAA +ACTGCAAGTATACTTGATATATTTTCAGCTTGTTGGCAAGGTATGATACCTTATGGGGCA +CAACTTGTTACAGCAGCAGGAATAGTTGGAGTATCTGCTGTTGAAATAATAAAATACTTA +CACTACCCAATGTTAATGTTAGTATGTGGTATAGGTTCAATAATCTTTGGAATACCAAAG +CTAAAAAAGACTAAAGAAGATACAAGTAAAGTATCATAATAAAAATGAAAAATCACTAGC +TTAGTAGTAATTTACAGAGTTAGTGATTTTTTATAATGCTAACTGCTAAAATTGAGCAAC +GGACGCAGTCGTTGGCGACATGAGCGAAGCGAATTTTTGTTAGCAGACTTGCGTTTGAAG +CAATTGTTTATTTTTAACCAGATAAGTTACATCAGATTTTTTCTCAATTTCGTTATTGTG +AGTTACTAGTATAACAGTTTTATTATGTGCTCTTACTAATTTTTCAAAGATTGATATTAT +CTCATTTGAAGTACTTTCATCTAAGTTTCCAGTAGCCTAATCAGCTAAGATTAAGTTTGA +TTCAGTAGCTAATGCTCTTGCAATGGCTACTCTTTGTTGTTGACCACCACTTAGAGTTAA +TACCTTTTGTTTTCCTTGTTCTTCAGTTAAGCCAACTTGTTTAAGTATTTCTATGGCCTT +TTCCTTTTTATTAGGTCATTTTGTATCTTTAATTTCCATAGCACAAATAATATTATCTAA +AGCACTCATATATGTTAGTAGATTATAGCTTTGGAATATTATAGATATACACTTATTTCT +ATAATTAGAAAGACCTATGCTATTTATATTCTTATTATCAAATAAGATTGAGCCAGAATT +AGCTTTATCAAGTCCAGCGACTAATGACAAAAATGTTGTCTTACCAGAACCAGATGGTCC +TATAATTGTATAAAATTTACTTTGTTCGAATTTAGCATTGAACTTATCTAAGATAACAGT +ATTGTTATTGTAAGAATAAGTTATATTTTTAAATTCTAATATTGTATTCATATAATCCTC +CTAACTATGTTTACTTAAGATATTTTTAGGGTTAACTCTAATCACCGTAACTGCTGGAGT +GCAAGTTGCTATTAATGAGATAGCAGTTCCTAATGTTGCCATTTTGAAGAAGTCGCTACT +TGAAACAGAAACATCAAGTTCGTCTATCACATCTACATCAGGTCTAGGCTTTGAGAACAT +TCCACTAAATCCTTTGTTTGAACCTCTATCTCCACCAGGCATCTCTGTAGCATTTACTTC +ATTACTATTATAAGAAGATGAAATTATGGAAATAATATTAATATGAAAAGATTTAGAAGA +GTGATTGTCAAAATGCTTATGAAACATAGTTATTGGATGTGAATGCTTGTATTAACAAGT +CTATTATGATAGACTAAAAATGAATGAATTTTTTATCAGAAATGATAGGAGGATAACATA +TGTTAGGCAACGTTTTAATGGGATTACAAGTTGTATTAGGGATTATATTAATACTTGCTA +TAATGCCTCAAGATAGTAAAAGTGCTGTTCCTACACAATTTGGTGGGGAAGGAAGCCAAA +GCTACTTCAAGCCAAAAGGTAAGGAAGCTTTCCTTGGTAGAGTTACAAAGATAGCAGCAG +TATTATTCTTTTTAAATGCATTAGCATTAGCTGTTATAAATAAATAATAATAAGTAAATG +GCCATTATTTAATATTATTTATAAATGACATTTTAAAAATTAAATTTAATTTTTAAAAAG +GAGTTACTTTAGGTGTGGTTGAATACGGGCGCGCGGGTTTATATATAATTTGCCTTCCAT +GCAGCAAAATACGCTGCAAATGTCAGTGCAAATTATATATAAACCCTATACGCTAGGGTA +TTCAACCACACCACTTAAAGTAACTCCTTTTGTATTGTGGGAAAGAGATGAAATATTAGA +TTAATGATAGTTGTTTTAGGGTTAGTATCCATAGGAATACTGTTGGGATGCAGAATAAGC +ATGTAAACACTATTGATTGTTCTGCTAAGATGCTGTCTCCATCCATTTGTTTTGACATTT +GGAAGGTTGAGACTGCTACGGGTGCTGCAAATATTAGTAGTATTGTTAGTAATTCGATAC +CTCTAAACCCTAGCTTTATTGCGATTGGTATAAATATAAGAGGTACGAAGATTAGTTTAT +TGAAAACTATTATTATTGTGTGATTTAAATATTCTTTTATGTGACTAAATGAGAATGATC +CACCTAGTAGTATTAATGATAGTGGGGTAGCTATTTTGGCTATGTCACTTACTGATTTTT +CTATAAATGTTGGTAGAGTAATGTTAAGAGTAACAAATAAAATACCTATAGCTGATGCTA +TAATTAGTGGATTTGTGATTATTCCTTTAAGAATTTTTTTTAAGTTTATTTCTCCGTCTC +TAAACAATTCTAAAGAAATTACTGATAAAAGATTAAATAGTGGAACTATGACAGCAATTA +GTAATGCTGTTGTACCAATATTTCCTTCACCATATATTGAAGTGGCTATAGGCATTCCAA +ATATAACAAAGTTACTTCTAAATATACCTTGAATCATGACCCCTCGTTTTTTATTATCTT +TTTCTATTTTAGGAATAAGGAAACATAGAACTACAAATAAGATAACTATTGAGCTAACTG +AAAAGGTGATTAGGTTGATATTAAAAGAACTTTTTACATCACTTTGATAAATATTAAAAA +ATAGTAGTATTGGTAAAAAAAACTTAAAACAAACACTGTTCATAACATTTAAGGTCTGTT +TGTCTAAAAGTTTTATATACTTTAAATAATATCCTAAAGACATAATAATAAATAATGGTG +TAACTACGTTAAAAGATAAAATAAAATTCTCCATATTTTAAGCCTCCCAATTTTGAATGT +TCATACATTTCAGTTTAGATAAAAAAACTTTAAAAATCAATATATATTATGGCAAAATAT +GTAATAAAATAAGAGAGTATAGTCATTAGATTTTATTTTATCTAAAACTGTGCTAGAATA +ACAAGGTATTCCAAATATTAGAAATATACAATAAAATAAAAAACTTAATATACTAAATAC +ATTAAAAATTGATAATAATAAAGTATATATAGACAAACAGGGAAATTACAATTTCCTTAA +AATAAAAAAGAAATTTATAGTGAATAGTTATAATGTTTTAGAAAATACATCGTATATATT +TACTAATAAGAATTTTATAAATTTAATAATATAAAAAGAAATATAGGAGGCAATCATGGT +ACCAGGACTTAAAGAACGTTTATTAGGACTAATAAATGACTCGGCATATAGCCCTCTAAA +GAAAGAGGAACTTGCTGTTATATTTGATATACATCCAGCAGAAATGCCAATGTTTTATAA +TTTTTTAGATGAATTAGAAGAAGACGGATATATAGGAAGGACAAAAAAAGGAAAGATAAT +GTCATTAAATCAAATGGGATTATTTGTAGGTAAATTTGTATCTCATAGAAAAGGGTTTGG +ATTTGTTGAGTCTGATGAAGAATATACTCAAGATTTATTCATACCAGCTGATAATGTAAA +TACAGCTATGCACAATGACAGAGTTATAGCAGAAATAGTAACTCCTGCCACTGATGATAG +AAGAGCAGAAGGTAAGATAATAAAGGTAGTAAAAAGAGAAGTTACAGAAGTAGTTGGATT +ATTCCAACCAAGTAAGAACTTTGGATTCGTAGTTCCAGATAATAAAAAGTTCAATCAAGA +TATATATATACCTAAGAAATTCTTCTCAGGTGCAAAGGAAAATGACAAGGTTGTAGTTGA +AATAACAGTATGGCCATCAGAAGATAGAAAGCCAGAAGGTAAAATAATAGAAGTATTAGG +TCAAAAAGGTGAAAGAGGAGTAGAAATAGATTCTATAGTTAAATCTCATGGTTTACCAGA +AGAATTCCCTAAGAAAGTATTAGATGAAGCTGAGTTTGTTGCAGTACCTATTCCTGAAGA +AGAAATTCAAAGAAGATTTGATATAAGAGATCTTAAGACTTTCACTATAGATGGAGAAGA +TGCAAAAGACTTAGATGATGCTGTTTCTATAGAAAAACTATCTAATGGAAACTTCAAGTT +AGGGGTTCATATAGCTGACGTTACTCATTATGTAAGAGAAAAAAGTAAGTTAGATAAAGA +AGCTTTAAAAAGAGCAACTTCTGTTTACTTAGTAGATAAGGTAATACCAATGTTACCTAA +GACACTTTCTAATGGAATGTGTTCATTAAATCCATTTGAAGATAAGCTTACTTTATCAAT +ATTTATGGAAATAAATGATAAGGGTGAAGTTGTAAAACATGATATATATGAGAGTGTAAT +AAATTCAAAAGCTAGAATGACTTACACAGAAGTATCAGATATATTAGAAAAAGATGACCC +ATTATTAAAGAAAACTTTCTCTCATATGGTAGATGAATTTAAGATGTCAGAAGAATTAGC +TAGAATTCTTATGAAGAGAAGAGAAAGAAGGGGATCAATAGACTTTGATTTCCCAGAAGC +AAAAATCATCTTAAATAAAGATGGAGAAGTTGTTGATATCAAACATTATGAAAGAAGAAT +ATCTAACAGAATAATAGAAGAGTTCATGCTTATAAGTAATGAAACTATAGCAGAGCACTA +CTTCTGGTTAGGATTACCTTTTGTTTATAGAGTCCATGAAACTCCATCAGCTGAAAAGAT +GGAACAATTAAGCAAGTTCGTAGCTACATTTGGATATACAATAAAAGGTGACTTAGAAGA +TGTTCATCCAAAGGCTTTACAAGCAATAGTTGAAAACATAAAAGGTAAAAGAGAAGAAGA +AGCAATAAGTACAATATTACTTCGTTCATTAAAACAAGCAAGATATGAACCAACTTGTTT +AGGTCACTTTGGTCTTGCGGCTAAATACTATTGTCACTTTACTTCTCCAATAAGAAGATA +TCCAGATTTACAAATACACAGAATTATAAAAGAACAATTAAATAATAAGATAAATCAAAA +AAGACAAGATCAGTTAAGTAATATAGTTGAATATGCATCTACTCAATCTTCTGAAAGAGA +AAGAGCGGCAGAACTTGCTGAAAGAGATGTCCATGATTACTATAAAGCTTGTTATATGGC +TGATAAAGTAGGTCAAGAATTTGAAGGAACTATATCAAGTGTAACTAACTTTGGCATGTT +CGTTGAGTTAGAGAATACTATAGAAGGTCTTGTTAGACTTGCTAATATGGCAGATGATTA +TTATATTTATGATGATATGACTTATACTATAATTGGTGAGAGAACTAAGAAGACATTTAG +AATAGGTGACCCTGTTAGAATTAGGGTTGATAGAGTAAATGTAGATTTTAGAGAGATTGA +TTTTGAATTATTAGAAAAAATAGAAGAAGATACTGCTGAGTAAGGTAGTTAAAGGGTGCG +TGATATGGAGTTTTGACTCATGCAAAGCAAAGTGCGCTTTGCAAATGAGTGGAAAACATC +CATATTCACACAACACCATCCATGAAAAATATACTTAGTGTTAGTTGGATGCTTAAAATT +TTAGAAAATTATAGTTCTGATATACTTTGTATAAGGTTAATGCTGGATGCAAGTTGGATT +ATATTTGGTAAAAAGCTATATGCATCATCTTGAAATATTTTTAAGTTTGGTGGATTATAA +GTGAATCTAAATAATATTACTATTGTAAATATTAGTACTATTAGTGATAGTATACTTAAT +ATAGGGGATACTTGGGGTGCTAATAATACTTTTTCTATAATTTTCAGTGGTATTATTATT +GATATTGCATATATAGCTAAATCTATTGGTAACACTGCTTTTTTTGTGAATGATACATAT +AATAAAAATAAGAGCATTATTATAGCTATTGGAAGAACTGCAGCTATAGCTAGTGATGGC +AGCAAGTTATTTATATCATTTCGGCAAATTAAGTATATTATTAGTGTTATTAATAAAAGT +GGATATACTGATAGTTTTACATGTTCCCAAGCACTTTCATTTATAGCAGAGAAATACCCT +AATATGTGATTTTGATCTAAAAAGTCATATAAGTAGTGGAGTAGGACTCCTAATATGATA +CTAAATATAATACCTATAATTATATGTTTTCTTAGTGATTTCAAAATATCATCTCCTTAA +TTACTTTTATGATAGTATTCCAAGTAAACAATATTTAGATACAATTTTTTTTAGACATAC +TATATTCAATAAAAAATAAATAAGAATTAAAGTGCATATTTATTACGTTTAAAATTAATA +ATAAGCTTATAATGAATTTTAGTATTCTTGACTATAAAGCATAAATATGGTATATTTTTA +CTTATAATATATATTTTTAATTAATGAAATTTTTTAGTAAAGAAGGTGAACTTGTTGTCA +GGTAAAAAAGTATTAGCTACAAATAGAAAAGCAAGACATGAGTATTTTATAGAAGAAACT +TATGAATGCGGTATAGAACTTAAAGGGACAGAAGTAAAGTCAATTAGACAAGGTAAGATA +AATCTAACTGATGGATTTGCATCTGTTGATAATAGTGAAGTATTTTTAAAACAAGTTCAT +ATAAGTCCTTACGAACAAGGAAATAGATTTAATGTTGATCCACTTAGAGTAAGAAAATTA +TTACTTCACAAAAGTGAAATAAGAAAACTTATAGGGGCAACAACTATAAAAGGATATTCT +TTAATACCATTAAGTGTTTACTTAGTAAGAGGCAAAGTTAAAGTAGAATTAGCTTTAGCT +AAAGGTAAGAAGTTATACGATAAGCGTCAAGATTTAGCTAAGAAAGATGCTCAAAGACGT +ATAGAAAGAGAAATGTCAGGAAGATACTAAAAAATCCATTAACTAACATTGATTTTTGAA +GCTAAAAATATTATATTATAAATACATCAGAAATAAGACAACTGAATAAAGAAATGATGA +AGTTTGCGAAAATAGTATAGTCTCAAAGACTTTAAACTACCACGGGGGCGTAAAGGTTTC +GACGTGGGTTTGGAACTTGGGGCTGCGTGTCGTGTTACTCTGGGTCACGTAAAAACTGGG +GAATTAAAAATAAACGCAAACGATAATTACGCTTTAGCAGCTTAATGACTGCTCGTCCCG +CCTAAGCCCTCCTGCCGGCTAGGCCTGGACGTCATCTATGCAGGGTACTACTTTTGGGGT +GTCTCGACCAAAAGCGGACTAACTGGGACTGGCCAATCACATAGCCTGCCGCTTGGCGAT +GTGAAAGGCGAGATACTAAGTAAAGTTGGCTACACACGTAGATGCAACGAGGAAAAGACT +TACGGACAGGGGTTCGACTCCCCTCGTCTCCACCATTGAAATCCACGAAAAATATTAGCG +ATTTGCTAATATTTTTTTATTTGCCAAAAACAAATTTAATAAGTATAATTGTGAGCTTAA +CACATGATACATCCATTAAAACATGTTTTTTTCAATTACAAGAAACAAATGGTGTGAATA +ACTAATAAAAGAAAAGCCTGTAATATCTATTGAGGATTTAATTAATAATAATGAAAACCA +AAATAAAAAATAAATTATAAAATGATTATATCAAAGATTAAAAATCAACTAATAATAGAA +GCTCTTAGTTTAGTTGTTATGGGTATACTTAAAAGAAATAACATTTATTATAGAATAAAC +TCTGCTTACAATGATAAGGTAAAAAAGTTTTCGAAAGTAAGGATTTTCCGTATAAAAGTG +ATATATTATTTGGATAAATATCTATGAAGGAAAAAGATCAGAAAAGATAGTTTTTTATGC +ACAGGATAAAGAAATATCTATTAAAAAAGCCAGTGAAATATTGCTAGATATTAAGAATAT +ATTAAATAAAGAGTTATATAATAAAATAGAAAATAAGTATTGTAATATATTGGAAATCGT +TATATAATGTTTTTATAGAGTTAACGTGTAACTATTAAATTAGGCATGAGTTCTTAGATA +ATTTTATTCTGAGGATTCGTGCCTTTTTTATTTAAAAGGGAATCCTTATACTAAATAGGG +GGCAATTCAATGTTAAACTTTTTCAAAAAAAATAAAAGTTATAAATTAGAAGCTACAGTG +AGCGGTAATAGTATAAATATTGAGAAAGTAAATGATTCTATGTTCTCAAAAAAATTAATG +GGGGATGGAATAGCAATTATTCCAAACAATGATATTGCTTTAGCACCTTGTGATGGTAAA +ATAACTGTACTTCCAGAGTCAAAACATGCTTTTGGTATGGTTACAGATGAAGGCGTTGAA +ATATTAGTTCATATAGGAATTGATACCGTTAATTTAAAAGGTGATGGATTTAGAACAGCA +GTATCTCAAGGAGATGTTGTTAAAAAGGGAGACCCAATAATTTATTTTGATAGAGAAAAA +ATAGCTTCTCAAGGAGTAGATACTACAACGATGATGATTGTATTAAATCATACAGAATTC +TCAAAAGTAAATTGCATAACGGAGAATGAAGTTGTTGCTGGGCAAGACACTGTTATTGAA +ATTATGAAATAGTAGGGAAGGAAGTAATTTAATATGATAGCAGTAAAAATCTTTAACAAT +AATGCATTATCAACAGTGACTGATGATGGAAAAGATGCAATCATACTAGGGCTTGGTATA +GGTTTTAATAAACGCCCAGGTGATCAAGTTAATGAGGATAAAATAGAAAAAATATATTAT +GTTCAAGATGATATGCAAACTAAATTCTTAGAACTATTAAATAACGTAAGTCCAGAAGTT +ATGGATGCATCAAATGAAATCATAAGACTTATTCCAAATAATGATGGGAAGTTTAATAAT +AAAGGTATATTATCTCTAATAGAACATATTAGTTTTGCAATAGAAAGAACAAAAAATAAT +GTATTTTTACCTAATTTAATGCTATCGGATATAAAAGTGATGTATTCAAAAGAGTTTGAA +TTAGGAATGAATGCTTTAAGTATTATAAATAAGCGATGTCAGACTAATTTACCCGAAGAT +GAAGCGGGTTACATAGCTCTACATTTTGTGAATATGCAATCAAATGATAATCTAGCATAT +GATACCTTAAAATTTGTAAAAGGTAGTATGGATCTAGTTAAAGAATGCTATGGCCTAGAA +TTAGATGAATTAAGTTTAAGTACAATACGTTTTATGACTCATCTTAAGTTTCTTGCACAA +AGAATTTTTAAGAAAGAAACCTATGAAGATGAGAAAATGGTTGAAATGTATGTGTATTTA +CTTACAAAGCATCCAAAAAATGTAGAATACCTAGAAAAGCTAAATGAATACATTGAAAAA +GAGTTTAAATATAAATTAGATAAACCTGAAATGATTTATATATTATTACATTTAACAAAA +ATTTTATAAATATAAAATGGATTGTGACTGGTAATGCAGGCAAGACCCAGAAAAGTAGCA +TAGTAGATATGCATTTTTGGGTCTTTTTTATTTAAATAAAACTATATAATCTAGGAGGAG +GTATAAAAGTGAAAGAAAAACTACTTGGAGGATTAGAAACATTTGCAAAAGCAATGGTTC +AACCGTTAATGTATCTATCAAGTGCAGGTATATTAATGGTAATAGGGGTATTACTCACAA +ATGATATACTAACAGGTGTAATTCCATTTTTGAAGTGGGAACCAATACAAATATTTGGGG +ATTTAATTTATAACTGCGTGATGGCTATTATTAACAATCTTTCAGTTATATTTGCAATAG +GAATTCCAGCTGCATTAGCGAAGAAAGAAAAGCATAAAGCAGCATTAATAGGATTTATGA +GTTACTTTATATATCTTACAACTTCAAACACTATATTGACTGCCTTAGAGCAGTTAGCTG +AGCCAAGTAAAATGCTTGGATTAATAGGAACTGGTCAAGCGACTATTTTAGGTATACAAG +TTGTAGATACAAGTGTATTTGGTGGTATTATTTTAGGTTGTATAACAGGATATATATTTA +ACCGTACAAGTCAAAAGACATTTAAAGGCGCTTTACAAATATATTCTGGAGCAAACTTCA +GTTTTATATGTATGTTCTTTGTAGCTATTTTATTTGGTGTAGCTATGAATTATGTATGGC +CATTAGCTCAACAAGGAATTGCATCTCTTGCAAATGTTATCAAAAATACTGGTACATTTG +GTTTATTCTTATATGGTTTCCTAGAAAGAATATTAGTTCCAACTGGACTACATCACTTAA +TATATACACCATTCCAATTCTCTGATTTAGGTGGAGTACTTCAAGTAGGTTCAGAAACTG +TAGCAGGAGCTTATGCAATAGTAATGACAGAAATGAATATGCCAATAGAGCGTTTCTCAG +AGAGTATATATTATATGGCAACTGGATTTACAAAGATGTTTGGGTATATAGGTATAGGAG +CAGCATTTATTCATACAGCACATAAGCATAACAAGAAAAAAGTTAGAGCAGCAATTATTC +CATTAATAGTTACAGCAGCATTAGCGTCTGTAACAGAGCCTCTAGATTTTATGTTTGTAT +TCTGTGCACCATTATTATTTGTTGTACATTCAGTTATATCAGGACTTTTCATAGCATTAC +TAAAAATATTTGATGTTACTGCATTCTGTGGAGGTAACTTATTAGTATCAATAATAATGA +ATACTACAGTAGGAGCAGCAAAAACAAATTGGCCAGTGATGATGATATTAGGAATAGTAC +AAATTCTTGTATACTTCATAGTATTTAGTTTCTTAATTAAGAAATTCAACTTCAAAACGC +CAGGGCGTGAAGATGAGGAAATTGCTACAGATAAAGAGCAATCAAATAAAATTAATTCAG +ATACAAATATAGAAAATATAATCAATGGATTAGGTGGAAAAGAAAATATAAATACAGTAG +AAAATTGTATTACTAGATTACGTGTTAATGTAAAAGACGAAAGCTTAATAAATGAAGATA +CAATAAACTTAACACCAAATAGTGGTATTGTAAGAAAAGGGAAAAATATACAAATAATCT +TTGGACTTCATGTACCAGATGTAAGGCGTTCAGTAGCAGATTACCTAGAAGCATATTAAA +TAAAAATATTGATAGATTAAATAAAAATTATTAAGGGATAGATATAGTAGAGGAGGAATA +TATTATGATTATTACTGTTGTTGGTGGAGGAAGTACATTTACTCCTGGGATTGTTAAATC +AATTGCGCAAAGAGCAAAAGAGTTGGATTTAGATGAGATTCGTTTATTTGACATTGATAA +AGAAAGACAAGATAAAGTAGCTGTGGTTGTTGAGTGGATATTAAGAGAAGATGTTAAGAC +AGATGTTAAGTTAACTGTAACAAATGATGTTAAAGAAGCTTACACTGATGCTACATTTGT +ATTTGCACAAATGCGTGTTGGTAAATATGAAATGCGTGAACAAGATGAAAAAATACCACT +AAAGCATGGCTGTGTAGGTCAAGAAACTTGTGGTTGCGGAGGTATGGCATACGGACTTCG +TACAATAAACCCAATGATAGACCTTATAGATGATGTAGAAAAATACGCTAAGAAAGATCA +CTGGATATTAAACTACTCTAACCCGGCAGCTATAGTTTCAGAAGCTTGCCGTAAGTTAAG +ACCAAATGCAAGAATAATAAATATATGTGATATGCCAATAGCTATAATAGATATAATAGC +TGAATCATTAGGTATAAAAGATGTTAACAATATAGTTTATGACTACTTTGGATTAAATCA +CTTTGGGTGGTTTACATCTATAGAGTACAAAGGTAGGGATATAATGGCGGAAATAAAAGA +ATACATAAAGAAACATGAAATATTACTGCCTGAATCTTATATAGAAAGAATAAAGAAAGC +TCAAAGTGTAGGAAATCGTCATGCTGTAAGTAGCTGGAATCACGTTTGGAAATCAGTTTA +CACAATGCTAGAAAGTTTCCCAGATTACTTACCTAATACTTATTTAACATATTACCTTTT +AGCTAAGGAAACAGTAGAGAAATCAAATATAGACCGTACTCGTGCAAATGAAGTTATGGA +AAGTCGTGAAAAAGACTTATTTGAAGGCGTAGAGCACTACTTAAAAACAGGTGAAATATC +ACAAAAGGCATTCTATGCAGGGTCACACGGAGATTGGATAAGTGATTTAGCAGTTGCGAT +AAAAAATGATACAAAGGCTCGTTTCTTAGTTATAACTGAAAATCGCGGAACTATACCAAA +TATGCCATATGATGCAATGGTAGAAGTACCAGCATACATAGGAAAGAATGGTCCAGAAGT +TATAGCTAGAGGTCCAATACCTCTATTCCAACAAGGATTAATGATGCAACAAGTTAATAG +TGAAAAACTAATAGTAGAAGCGTGTGTAGAAAATAGTTACGAAAAGGCACTACAAGCATT +TACTTTAAATAAAACTGTTCCAAGTATGAGGGTTGCTAAAGCTATATTAGATGATATGAT +AGAAGCTAATAAAGGATACTGGCCAGAATTAAGATAGTAAAATATCTTTAGTAATAAAGA +CTTTGTCCTTGTATGACCCTCGGATAAAAATTGTGTAGGAATGTATAAATTTAAATCGTG +GGTATTATTGCTGAGAGTCGTCTCCACCATTGAAATCTACGAAAAAGGTATTGATTATTA +AGTCAATACTTTTTTTATTACAAGAAAACTATAATACTTTGAAATCTGTGGAAAACTTGT +GTATTAAAATCATATCAATATATTCAGGAAAGTAAAAAGTGACAAAAATGTCGTAAGCAT +AGATTATATTATTAGTGGATGTCACCATAAAAATAAGTTCGCAATTGTTATATAATGTGT +ATAAACTATATAAAGTTTAATAAATAACTGTATTTTAGCTTTAAAAGATTTGAATTGCTA +AGATATAGTTATTTTTATATTATACTTATCAAAATGAAACTAGCATAACAAATCTTTATT +ATAAAAATTAATATTTTATGTAACGAAATAGATTTTTTTAGGATATATATTCGAAGGAGG +TGATGGTGTGCATGAAATGGACGGTATATATAAAGAACATGCACAGATGGTTTTTAGGTA +TTTAATGAGCCTTTGTAAAGAAGAACAACTAGCAGATGAACTTACACAAGAAACATTTTA +TCGTGCAATAAAATCCTCAAATAGATATGATGGAACTTGTAAAATATCTACTTGGTTATG +TCAAATTGCAAAACACGTTTGGTATCAAGAGCTTGATAAGAGAGCTAGAAAGGGAACTTT +TGAATTAAATGATGAAACACCATCTACAAATACTGGTGTGGAAGAGGCTATCTGTTTAAA +AGAAAATAAAATGGAGTTTATGAAACAAATTTATAAGCTAGACCAAACTTCAAAAGAAGT +AGTATTACTTAGAATAACAGGTGCATTTTCATTTAAAGAAATTGGTGAAATACTTAATAA +AAATGAAAATTGGGCAAGAGTTACATATTATAGAGTTAAACAAAAAATAGTGAAGGGAGG +AACTATATGAAGTGTGAAATTATAAAGGACCTTTTACCAAGTTATGTTGACGAACTAACA +AGTACTGAAAGTAATATAGAAATTGAAAAGCATTTAGAGTCTTGTATTTCATGTAAAGAA +GAATTGAATAAAATGAAAGAAGATATAAGCATAGAAGAAATAAAATTGAATAAAAAAGAT +ATTAAACCATTGAAGAAATTAAATAAAAAAGTTCTAAAATATGTTATTATAACTATTTTG +GCTGAAATAACTTTAGTAGGTTCATATTTTCATTTCTTTGGATTTGATTGGAAAGTAAAT +TCAAATGATTTATATGTTGCATATTACTTAAAAGATGACATTATATATTTTGACTTTGAA +TTAATGAATGGTAGAGTACTTAATGCATGGACTGATGTTGAAGAGCCTTATACAATATCA +TTTACAGAGTGTTTTGGAAGTGTTTTAGATGATAAAGGTGTGCATCCGAATGAGTTTTCT +TATAGAATACACTACAGAAATGAAAAGGGGAAAATTATATTTAAAGATGGTGATACTTTA +AAGTTAAAGTTCAAAGATAAGGTAGAAGAAATTAACTTGAATAAAATTGTAGAAGAGCTT +AAAATAAATAAACATTAATTAGTAGAATGAGAACTTGAAAGTAGGAGTACATTAAGACGA +TATTGTTTTTGCTTCGGTAATAGACTTGATGAACAATATTAATATATTGCGAACAATTTA +TATCAAACTGAATAAATAACCATACCTTATAATTCAAATTATTGAAAATACTAAGGTATT +ATAAAAATTGAAATTGTGGATAAGTAGTGTATAAAAAATAGTATGAATATTATGACAAAA +ACAAACAATAACGATAAAAGAAATATTAAGAGATAACTATGATAGATTTAAAAAAGAAAT +GTGGTATTGAGTTTCAAAGGACATGAGGAGTCATATAGATGATACAGTTAGAAAAGCCTT +AAGTTGTGGTGATATTAGTAAAGGATTTAGAGAATACATGTGTTTTAAATGTGGCGTTAG +CCACTCAAGGTCCCCTTTAGGGGATTTTTTTTATTACATAAATTCCTATCATAGATTATA +ACCACATACAAAAATACTTTGATACTATATACTCATCAAACGAAATCAAACAAAAAATAG +AATACGAAACCAAAAAATTATAAAACACTTTATTAAAATACTTTAATACAAGGTGAAAAA +ATTTTCTGATAACATCTATCTAATATAACAAAACAGGAGGAAATAAAATGAATTACAAAA +TAAACATACCACTAATAGAAACTAAAATGCTACAAAAAGGCTACTCACTAACAAAACTAG +CATCAATAGCAAACACTTCGACATCAACCGTAGCAAGAGTAATAAACAAACAAGGAACAC +CAAGACCACAAACCATATACAAAATAGCTCAAGCACTAGAACTAGAAACATCAGAAATAC +TACTATAAACATAATCACAGGGGGTAAACATGTATAAACAATATATTGAAGAGATAAATA +ATCTAAAAAATTTAGAAACAATAATAAACTACTACTATCCAAATCAACTAAAGAAAAACA +AAATGAACTGCCCATTTCACAAAGAAAGCACACCAAGTTTCTACATAAAAGACAAAGAAA +ATGTAGCATTTTATCATTGCTTTGGATGCGGTGAAGGTGGAGGAATAATAAACTTTATAC +AAAAAGTAGAAAGCATACCATTTAGACAAGCTCTAAAAAAAGCATATGAAATACTAGAAA +TACCAATAAATTTACCTAGCCTAAATAAAGCATCTAATCATAAAGTAAATAAAAATAATG +CAGTTCAATTTTATAATAATCAAGCAATCAAAGCCATAAAAGAAGGAGATATAGACAAAG +CTTTTGAACTAACATGTAAAAGTGATGAAGAGAAAAATAAAAATTACTTTATAGATTATC +CATACTTAGATGAAAAAAACGCGCCACTAAAAATATGGGAAAATATGAATGAAATCTTAA +AAGCAAACAACATAACAGTAGCCTATAATGAAATTACCAAAGATGTAGAAATAGAAGGAC +TAGACTCAACTAATTTAGATAATCAACTAGTAGATATACACTCGCTATGTATTAAATATG +GATTTAAACTACCGTTTGCTACTATAGATAAATTTGTAAATCGTATAGGAGAATTAAATC +CTAAAAATCCTGTAATAGACTATCTAAGAGAATGCTATATGGAGTTTGATGGAAACTATA +AATATATACAAAAACTATGTGATGCTATTATCACATCAGAAGACTTTAATCCTAAGTTAA +AGAAAATACTTATCATTAAATGGTTACTAAATACAGCTATGATACCTTTTAATGAAGGAA +ATTCAAACATAGAAGGAATACTTACACTACAAGGTAGGCAAGGTCTTGGAAAGACTAGGT +TAATAAAAAAGCTTGTACCAATGTATGTAAAGACAGGTCTAGAATTAGATCCTAGTGATA +AAGATAAGGTTTACCAATGTATTAAATACTGGGTAGCTGAATTAGGTGAACTAGATGCTA +CTTTTAAACGTGATTTAGCAAAACTTAAAGCATTTATTACAGAGCAAAATGATGAATTTA +GACGACCTTATGCTATTAAGCCTGTTATCTATCCAAGAAAAACTTCTTTTTATGCAACTG +TTAATAATGATGATTTTCTAAAGGATGAAACAGGAAATAGGAGGTACTGGATAATTCCTG +TTAAAGAAATAGATTTTAATATAATTGATAATTTAGATATAGATAATCTATGGGGAGAGG +TAATGCATATAAAGGAAGAAAATAAAGTCAAACATTATTTAGAAGCAGAGGAACTAGATT +TACTAAACAATAGTAATGAAGAATTTAAAATATATAACTCAATTGAAATTTCTATAGATA +GGGAATTTAACTGGGATATTGATAGATCTCATTGGCAGTTCAAACCTAGTATGGAAATAG +CAAGTAGATTAAATGTAAATTCTACAAAAGGAATAAAAACTTGCTTGCTAAGTAGAGGAG +CTCAATATACAAAAAGGGGAACTAAAAGAGGATATGTAACACCACCATATAAGGTACCTA +TTAATTTTTAATGTACTATTTGATGATTTAGAGTTCTATAAATTGTCTAGAGTTACAAAT +TTTATGCAGCACAAAGACATTAAAATTAAAAAATGGACAGCTGATGGGAACTCTAAAGTG +AATTCTGCTAAAATTTTCATCATTCACTCATGATTAAGAATAAAAACTTGTTTATTTTTG +TGAAAACATCTATTATTAGTAATATAATTTCAATTTATATATCTAAAGAAAAAACATATT +AAATCTACAGCTACGATAAATGGAGGTTTTTATGCAAAATATGAGATATTATTATGATTT +TTCAGGTCAAAAATTTGGATATCCTTTAAGCCTAAGCATCAATAGCTTTAGCCGACAAGT +ATTTTCCCGTCATAGTAGCCTAGAAATAACTTACGTTTTAAAGGGAGAATATGAGGCTAT +TACAGAAAACTTCTCTCATACAATTAAAGAACATGAACTAGTAATCATTGCTCCAAATGA +TATTCATATAATTCGCCAAAATTCTAGAGATGAAAATGTGATTTTAACCATACATATTGA +TTTTTCGCTATTTCCATCAGCAATGATAGGAGAAATAAAGCATTCCTACGAATCAATTGT +TTGCACTGATAATAATAATGTTAAATTATTGAAAAAATTAAAGATTCAAATAGGTAAACT +AGTTGAAGTTCTATTACGTGGAAACAATAATTTATTTGAGTTAAATACAATAATGATGGA +AATTGTTTATATAACTTCTAATAACATGCAGTATCCTATTGAACGTTTGCCTCTTCAGTC +TACTCATAGAGAAAATTATATTAAAGCTATTCAGTATATAGATAGTCATTATAAAGAGGA +TATACGTTTAAGTGATATAGCAAATACACTTATGTTTAGTGTTTCTTATACTTCCAAACT +ATTTAAAAAGTATACAGGTATTCCATTTGTAAAATATGTTGCTCTAGTAAGAGTACGTGA +ATCCATAGAATCTCTATTAGAAGGGAAAAAATCCATTGAGCAGATTGCTGCTGATTGTGG +GATGCCAAATTCTAAAGCATATACAACAGCTTTCAAGGAACTATATGGAATTGCCCCTAG +CCACTATCGAAAAAAGTTTGTTAATAATATTAAATTTAATGAAGATAAAAGAGAACAATT +AATGTGTTTAGATTATAACCAAAGGGAACTTCTTCAACACCTATTAGAAGAATCAGAAAA +CATACTTTATGAAAATGACGGTATAAAAATTAAAGAAAAAGAAGGACGTATTCTTTGTTC +AATTCAAACATCTAAAAATGTAAAAAGTACTATAACTAACTGTAATGATGAAATCATTAT +AGATATTGTTAAAGCTTAAAATTCACCTTTTAACTTTCTATTATAAGTCATTTTTTCTCT +AATCTTACCTCATTTCGTCTTTAATCTTCAAATATGAAGACATATTTTAACCTTTAATAT +CAAGCTAGAACAAGGAAACTAATTGAAAAATATGATAACATCAAAGAAAAAGGAGATGAG +GATATGAAAAAATATAGTCATTTATTTTCACCTATTAAAATTGGTGAAACCATAGTTAAA +AATCGTATTTTTATGCCACCAATATCTACAAACCTAGCAGATAAAGGTTATGTAACAGAT +GCTTTAGTTGAGCATTACGCTGCAAGAGCCAAAGGTGGTGTTGGTCTTATTGTAACTGAA +GTAACTACTGTTGAACCTGTTTATACATATTTACCTGGAGATATGTCCATAAGTGATGAT +TCTTATATTCCTGGTTGGAAAAAGTTGACGGATGCTGTGCATAAGTATGGTGCAAAAATA +CTTCCACAATTATTCCATCCTGCTTACATGGCCTTCCCTATTCCAGGAACACCTCGTTTA +ATTGCACCATCAAATGTGGGACCTTCGTATGCAAAGGAAGCGCCAAGACCAGTAACTATA +CCAGAGTTAAAAGTTATTATCAAGCAGTTTGGTGAAGCAGCATTAAGAATTAAAATCGCT +GGAGGAGATGGTGTTGAAATTCATGCTGCCCATGCTCACGGTTTATTAGGAGGTTTTTTA +TCTCCAATATATAATAAAAGAACTGATGAATATGGCGGTGATATCAATGGACGTTTGAAA +TTAACACTAGAAGTTATTGAAGAAGTTCGTAAAACATGTGGAAAAGATTTTATTATTGAT +GTAAGAATTTCTGGTGATGAATATTGTGATGGAGGTTTAAATCTTAACGATGGAATATAC +ATTGCTAAGCAGTTAGAGAAATCTGGAGCTGATATGATTCATGTATCTGGAGGAACTACT +ATCATGCGTGGTAGCTCAATACCTGCACCTGGTACAAAGCAAGGTTATCATGCTAAGTTA +TCAGAAGAAATCAAAAAACATACGTCAATCCCAATAGCTACTGTTGGACGAATTACAGAG +CCTTGGATTGCTGATGAATTAATTGCCAATGGCAAGTCAGATATCTGCATGATTGGAAGA +GCTAATTTGTGCGATCCTGAATTTGCTAATAAAGCAGAAAAAGGGTTGGATAAGGATATA +CGTCCATGTATTGGATGTCTTCGCTGCCTAAATGGTATTATGTTTGGAAATCGTATAGCT +TGTACAATAAATCCATCTCTTGAAATTGAAAATGAAGATACTCTTAAGTTATCTGATACA +AAGAAAAAAATTCTTGTTATTGGTGGGGGACCTGCTGGTATGGAAGCGGCCTATGTTGCA +AAGAAAAGGGGACATCATGTAGTCCTTTGCGATAAAAATGAAGAACTAGGCGGACTTATG +CGTATAGCTTCTGTACCAATTTCTAAGCAAGATCTTTCAAAGGTTACACAATACATGGTT +AGAAAACTAGAAGAAAGTGGAGTTGAAATTCGTTTAAACTGTAATGTTAATAAAGAATTA +TTACAAAATGAATTTGCTGATTATGAAGTGATTGTAAGTAACGGTGCTTGTCCTATTGTT +ATCCAACCATTTACAGCCTTTAAACACTGGGCAACTGCCGATGATATTCTAGCTGGCAAA +GAATTTCCTGGACGTAAAATTGTTATTATTGGAGGTGGTTCTGTAGGCTGTGAAACTGCA +GATTATTTGGCACCTCTAGTTTATGACCGTTTTCCTAGAGATAGAAAAGTCACTGTAATT +GAAATGGCAAAAGAAGTTATGGGAACAGAAACCGGCCCAGGTAGAAGTTTACTTGTACAG +CGTATGATGAAAAAAGGTATAGAGTTAATCTGCAATGCCAAGGTTGAAAATGTAGAAGAA +GATAAAATTTATTATAGCAAAGACGGTGAAATATACTGTATTGATGATTGTGATACACTT +ATCTTCGCAGTGGGTTACAAAACTGACACTAGACTAGTCGATACCTTAAAGGAACTTCAA +ATGCCTTATCATATTATAGGAGATGCAAACAATGTTGGAACAATAAAAGATGCTATTAAT +GCAGGATATGATATTGCTAAAAAATTGTAATTTTCATATTTATTCTAATATCATGTCGAA +TCAACCATTTTACAAGGTTATTATCCATAATTTACGATTAGGTATCTTTTAAAACTTTAT +TAATCTATTATCTCCTTTTATTATATAGGCTGTTTATTCTAAATAAATATAATTTACCTT +ATCTTATATAGTAAATAACAAATAGATACAATCGATTTTTATTCAGAAAAACATAAGTAG +TAATAAGATAGTAATCAATATTTGGAAAGATGAAGACTTAGAATTTTTTTAACATCAAGC +TATATCTATATTATTCTAGAAATTTACCAGAACGTAAGAAGTTTATAGCAGATTTAATTA +AAGAGATATTTATAGAGACTACGTTGAAATAATATTTAGAGTAGTCTTTTCTTTTAATAA +GTATAATAAAGTAACTTATAATAAAGAAATTAATTTTATTAAGTAAAAATATTATATATG +GCAATAATTACAATATCAAAATATTATAGAAGAAAGTTTTGTAAATGAAATTTGAAAAGA +GCCCAAAAGGCTCTTTATTTTTTATGAAATAATGAATTACAAATTATCTGACTCATGTAT +GATTTATAAATCACAACTAATTTAATCTATTTTTCAATTTTAGTTACCATAAATGCCTGT +TATGGTAAAAGCCAACTTCATATGACTTTTTACAATAGTCTAGATAAAATTGAACACCAT +CATTTAAAAATCTAGCAACACTCATAAATATATTTTTTACTAATCTTTTAAAATTCATAT +ACCCTACCTCTTTCTTAAATAAATTGATAAAACCATTGTATTTTTTAAATATTTATATTT +TGATTGTATTTTGTTTATATTTTATTAAATTCGATTTTTCTAATGATTTTTCAACCTATG +TGATGTTTGCGATTTGGCAGATGGCTGTATAGCAGCAGACAAGGGACGTAAAGGTGAATG +TTATATCCTTGCAAATGAATAAGTGGCTTTAAAAGAAATATGCACAATGTTAAATAAAGA +TTTGGGATGTAAATTAATACGTGTTTATCTTTCGCTTTGAATCGTAAAACTTTTAGCGAA +AATAATGGAAAAGCAAGCTGCCAAAAAAGGAACGAAACCGTTGATGACAACATTCTCTGT +ATACAATTTTGAGAGAAATAATAATTTTGATTGCTCTAAAGCTAGAAAAGAGCTTGGTTA +TAAGACACGTTACTATGAAGAAACATTGCATGATGAAGTAATTTGGTTGAAGAAGGAGGG +AAAAATCGTATAAGGTTAAAAATTTACGAATTAATATTTTGTAAACAAAAGTCAAACATT +ACTTAAATAATGGAATGATACTATTATGTCATTAAATGAAGCAAATTTAAGGAGGTTAAC +AAATATGGCAAAATCAAAATTAGTAAAAGTAAATGAAAAAATTGCAGAAGGCGTAGTTGG +TAGATACAAAAAAATTGAAAATGGTGTAGTTGGCGGATTCAATAAAATTGCGGACAAATT +CGTAGATAACTATCTGACAAAAGAAGGTGAGTCTATAGAAGAAGCAAAAGAAAGACTTGC +AAAAGAACAGAAGGCGAGAGAAGAGGCGAGTATATCAGAAAGAGAAAAGCATTCATTGTA +GCAAGGTGAAGCTGTAGAAGAAATCGAATTAGATGTATAAAATGAAGCTATGTAAGCAAT +AAGAAAGGAAGGTATTGAATAGTGAAAAAAAGTATATTTGTATCAATGATTTCAGGAACT +ATCGGTGGGATTTTATTTTCACTTGGTATGTGTATGGCATTGATTCCAGAATGGAATTCG +TTTAAGCCGGGAGTTATTATGGGAGTAGCTGGAATGATTGTATTACTCATCATGATAGTT +GTTTGGAGAAAAATGGAGAATAAACCACCGGTTAAGCCTTCAGGAAAAACAATTGGAGCC +GTATTGATTAGTATCATAGGTTCTTTACTGCTAGGAGTTGGAATGTGTCTCACAATGGTA +TGGAGTCATATGGTAATTGGTATTATAATAGGAATTGTGGGAATCGTTACACTTCTTTGT +CTGATTCCATTTATTAAGGGATTAAAATAATTTAAAGTAAAGATATGCAGCATAAGAAAA +TATGCTGCACATTTTTTGTAAAATATTTCACTATCTCAGTAGGCAGAATGTATTTTCCAG +GATTTACAATATATGTTGCATAGATATATAATCTTTTCATAGAGAAGGGGGAAGCAAAAT +GATAAATATATTAGTAGTAGAAGATGATATTAAATTAAATCAGATTGTATGTACCTATTT +GAATGATAATGGATTTCATACAAAAGGGTGTCTGAATGCAAAAGATGCATATAGTGAAAT +GTATAACAACCTTTATGAATTGATTATTTCAGATATTATGATGCCTGAGATTGATGGATT +TGAGTTTGCAGAAACAGTGAGACAGGTAAACAAGAGAATTCCGATTTTATTCATGTCGGC +GAAAGATGATTTGCCGTCTAAGAAAAAAGGATTCAAAATTGGAATTGATGATTATATGGT +GAAACCAGTAGAATTGGATGAACTGTTACTGCGTGTAAGGGCATTGCTTCGCAGAGCAAA +CATCGAAATGGAACGGAAACTGATTGTTGGTAATCTGGAGCTGGATGCGGACGGAATGAG +TGCAGAAATTGAAGGAGAGGAAGTAAACCTTACTACAAGGGAATTTAATATTATTTATAA +GATGCTTTCTTATCCAAAAAAAACATTTTCTAGGGCTCAGCTTATGGATGAGTTCTGGGG +TGTGAACAGTGATACCAGCTTGCGGGCAGTAGATGTCTATGTGACGAAGCTTCGAGATAA +GTTATCGGACTGTGATGGTTTTAAAATTGTAACAGTGAGGGGACTTGGATACAAGGTGGT +GTTATTATGAGAAAACACGATGGATCTGTAAGGGTAAAGAAAAGCCGCTTTCCACCACAT +CTTTTTGTTGCATATCTCATAGTTCTTTTGCTGATGTGTGGTGCACATACAGGTCTTATC +ATACTTTCAAATAGGGAAGGTTGGAGTAAGATAACTCAGGTAATTGTACCCGTGGTATAT +TGGGTAGCTGTTGCTATAGGACTTACTTTGTTTACAAGAAAAAAGATTATGACTACTTAT +GAAGAGCCAATGCAGAACTTGGCAGAGGCTACCAAAATGGTAGCAAATGGTGATTTTTCA +GTGTATGTTCCAACACTGAATACTTCCGATAAATTGGATTATCTGGATGTTATGATTTTG +GATTTTAATAAAATGGTAGAAGAACTAGGAAGTATTGAGACATTAAAAACGGATTTCGTG +TCTAATGTATCCCATGAAATGAAGACACCGATTGCAATTATTAAAAATTATGCAGAATTG +ATTAAGATGGATCAAATTACAGATGAACAAAGAAAAGAATATGCACAGTCTATTATAGAT +TCCTCTGTAAGATTATCCAATTTAATCAGCAATATTTTGAAATTGAATAAGTTGGAAAAT +CAGAAAATTACTCCAGAAATGGAAGCCTATGATGTATGCAGACAGTTATGTGAGTGCGCA +ATTTTGTTTGAAGATGCATGGGAAGAAAAGGAAATTGAGTTAGTAATAGATATGGAAGAT +GTAGCAATGGTAAAGGCTTATGAAAGTCTATTGGAACTGGTTTGGAATAATCTGCTATCC +AATGCTATTAAGTTCACGGAACCCGGCGGAACCATTGCTATCAGACAGGAATCAAAGGAT +AAGGAAATTCATGTATCTGTTTCGGATACAGGATGTGGCATGAGCAGCGAAAGCATAAAA +TATATATTTGATAAATTTTATCAAGGAGATACATCCCGTTCAAAAGAAGGAAATGGTCTT +GGACTTGCTATGGTAAAGCGGGTAATAGAGCTCTTGGATGGAGAGATTCAGGTTTCAAGT +GAGGAAGGAAAAGGAAGTACCTTTACCATTACATTACCTTCAGCAGAGATTGTTAATAAT +GTGAGTGGAGGAAGGCAATAATGGATGAAATAGAAAAAAAGCAGAAAGAATTCGTAGGGT +ATGAATACAAAGAAGTGATTGCCGATATTAGTAAAGCTTCATTTATTTTTGACGGATATG +AATACTTCGGATGGGAACTAGACAAAAAACTGAATGGAAATATCTATGGAAATCCAGTGG +AAAATATCCGTTCACCATATCAGAAGAAAATCGTAATACGGTTGAAACGAAACCGAAAGA +TTCTCAATAAAATGGAACTTACCAGACTTCAGAGGAATTTTGAAGCATGTATAAATGAAA +TCGAAGAATTAGAAAAATCAAAAACTTCTACGGCAACCGTGTATGCACTTGTTATAGGGA +TTTTGGGAACGGCATTTATGGCAGGTTCAGTTTTTGCTGTAACAGCACAGTCACCAAATA +TTATTTTGTGTATTTTGCTTGCAATACCAGGTTTCATTGGCTGGATAACTCCATATTTTG +TGTATAAAGAAATGGTAAAAAGGCAAACAGGTAAAGTAACACAACTTATAGAAGAAAAAT +ATGATGAGATTTATAAAATATGTGAAAGGGGAAATAAATTGCTGCATTAATAATGATTAT +AAAAAATTCTGTCTGTATATAAAGTATAGACAGCATTTTCGAAATCTATTAAGTTATTTG +TTAGCGTAGCTAGTAAAGAGTATACATTATAGAAATTTAATAAAGGGTATGAGTGGCAAG +TAAAAGTATATTCAAGACGTGCAGGTAGTGGATATCCTTAATGTTATAAGCACTCGAGAA +AAAGTAGTTGTAATGGTGATTAATAATTTTATTATAACAATAAAGAATATTAGTGTATGG +TAACAGGGACTTAGTTCTTGAAAAAACAGGGCTGAAAGTAAAGGACTATACAGAAGAATA +TCAGTTATTATTTAGTGATAATGCCTTAATAAAAGATCAATTGCTTTATTAAGGTATTAT +AGGTTAAGAAAATAGGAAAAAATTGACATAAGATATATAATATGATAGAATTTTCTTGAA +AATTTAATAGGCAAACCTATGGAAATGTAGGGACGCAAAGCTATAGGGACTAAGGTTTTA +AAACTATGTCAGCCAGTTGCCAAAGAGTACATTATACTTTTTGTTTAAAGCTTTATAGTT +AATATTATTGCATATATTTGTATGAAAAATATTAAATTATTAAAGTATATTTTAAGTTGC +TCTTTTTGAGCAACTTTTTTATTGCAATTTAAAATATGCAAATTTAATGTGCTTCTGAGG +GAGATTAATCAGGAGGGAAAAATGAAAAAGAAACTAGCATCAATAGTGGCTATATCTATA +ATAGCTACGAATACTATGCCTGCAATGAATGTTTTTGCAGATGAGATTATAAGAAACAAA +GCAACAAGCATAGAAAAAGAAGTAAGCAAAAATATGACGGTGGAGACTTTCAAAATAAAG +AATTATGAAAACTTCACTAGGTACAATGAAGATTATAGAGTAAATATAAAATCTATAAGC +AACAATGGCGGTAAGTACAATCAAAGTATTATAACTAACGCTATAGATGGTAAATTAGAA +ACTCACTGGGAAACAGGAAGAGAAAATGAAGAAGACTTTAAAAATGAGGTAGAATTTGAA +TTTGAAAACGTTGAAAAAATAAACAGATTAGCTTATGCTACTAGACAAGATAGTGCAAGA +CCTAAAGGTTATCCTAAGGTTGCAAAAATATTAGTAGCAGATTCTGATGAATCAGAATAT +AAGTTAGTAGGTGAAGTTGCAAGTGATAAAGTAACTGGAGATATGGTTGAATTTAAATTC +GATACAGTAGAAGCTAAGAAAGTTAAGTTCATATTCTCTGATGTTCATAATGGTTGGGCA +AGTGCTTCTGAGTTTTGGTTCTATAAAGAAGATAAAACTTTAGATAAGATGGAAAGTCTT +TTTACGGACGATAACATGAATGAAATTAGCCCTGAGTTTGCTGATTTAGAAGCGCTTAAT +GCTTTAGAAAAAGAGGCTAAGGATCATCCATTTTATACAAACTTCAAAGAAGATATAGAT +AATGCTATAACTATATTAGAAGAAGAAGAATTAGAAAGTACTTTAGCAAAAGTATCTAAA +TTAACTGGATATGGTACAGAATATCAAGATGCTTACAACGAAAAATTTATGATACCAACA +AATAAAATAACTAAAGTAGAAGCTAATGGTGGAATATATCCAGGTACTAAATATGAATAT +ATGTTTGATGGTGACCCTAATACACATTGGGAAACTAACAAAGCTAACAGCTCAGATTTC +ACAAATGAAATAACTTTAACTTTAGATGAAGCACAAACTATAGATAGATTAGCTTATAAA +GCTAGAAGTTTAAATAATAAAGGATTCCCTACTAAGTTTGAAATATATGTTTCAGAAACT +TCTAAAGGACAAACTTTCCAGAAAATAGCATATGGACAAGCTAATGTAACAAGTGATATG +GTTGAATTCAAGTTCACTCCTACAAAAGCTAAAAGAGTTAAATTAGTATTCAATGAGTGT +AATATGAATAGAGCATTCGCTTCTGAAATGAGATTATATAAGCACGATGAATTAAGTGAA +AAGTATAATACATTATTTACAAATGATAAGAAAAATGAAATAAGTAGTGAGTTTAATTCT +ATAGATAAATTAGAGAAGTTTTCTAAAGAATTAGAACAACATCCTTTATATAATTTATAT +AAAGAAGGTATAAATGATGCTAGATTAATATTAGAAAATAAGAAAGTTACATATATTGAC +GCAAAAGTATCTAAATTTAAAAGCTTTGATTCACCTGAATTAGTAGAGTATGATAAAGCT +TATAAAATAGATAATAAGCATATAGTAAACATAACTACTAATGGAAGTCACTATTCTAAT +GAAGTAATAGCAAGAGCAATAGATGGTGACGTTACAACTGCTTGGCATTCAAATAAAACA +AACAGCGAAAACCACACTAACGAAGTTATAATGACGTTAGATAAATTAGAAACTATAGAT +AAGGTAGTATATACTTCGCCTAGAGCCAGAGGGTTCGCAGAAGAATTTGACATATATGTA +TCAAAAACTCTAGAAGGTGATACTTTCGAAAAGGTTACAAGTGGTAGAGCAAGCAGAACA +AATGATTCAGTTTCTATAAAGTTTAATCCAACAGAAGCTAGAAGAGTTAAATTTGTATAT +ACTAAAGCTTATGAAAATTTTGCATTAGCTTATGAGTTTGGTTTATATAAACAAGATTCA +ACTATAGATAAAATGGATAACTTATTCACTGATGAAAATATGAATACTGTAAGTGAAGAA +TTTGCTAATATGGAAGCTTTAAATAAATTAGAAGATGAAGTTAAAGAACATCCATTTTAT +TCTGACTTTAAAGAAGATATAGAAAATGCTAAGGCTTTGGTTGAACAAGGGCAAGTTGAA +GCAACTGTAAGTAAAACTAAAAAGTTTAACCATTATAACAACCAAGAATACATGGAGCAA +TATGCTATAAATAGAGATAATATAAAGAAAATATCTAACAACGCTGGACAATGGTCTACT +ATGAAAATAGATAATGCAATAGATGGCAAGTTAGATACATATTGGGAAACTAATACATCT +AATACAGAAAGTTTCAAAAATGAAGTTACTGTAGAGTTCATAAATCCGGTAACTATAGAT +AGATTAGCTTATGGGGCTAGAGAATCTGATAGAAAAGGTTTCTTACAAGAATTTGAAATT +TATGTGTCTGCTACAACTAAAGGAGATAACTTTAAATTAGTATCTACTGCAAAAGCAGAT +AAAACTACTGGTTTAGTTGAGGCGAAGTTTGAGCCAACTAAGTTCCAAAGATTAAAAATA +AAAGTAACTAAAGGCGATCAAAACTGGGCCACTTTAAATGAGTTAGTATTCTTAAAACAA +GACTCTATAGCAAATCAAGTGGAAAGTATGTTTACTAATGATTTAATGAATGAATTAACA +GATGATTACAACACAATACAAGAAATAGAAGCTTTAGAGCAAGAAGTTAAGAAACACCCT +CTTGAAAGAGAATTAATGGAATATATAGAAAGAGCCAAGTATATAATTAGCAATCCTGAA +CAAGCGAATAATTATATATACGAATTAGAATCTAGAGGAGACTCTATAAAAGAATCTCAA +AAGAGACAAATGTGGAATTTCCAGGATTGGCAACCGACAGGGTTAGCAGTTAAGTCAGGA +CAACAAATAACTGTTTACGTAGATGCAGAACCAGGAACACCATTACCTCGATTAGTGTAC +AAGCAAATGGACTCTCAACATAACGGAAACCACAACATAGCTTTAACTAATGGGAAGAAC +GTAATAACAATACCTGAAACTAATCCTGACCAATTAAGACCTGGAACACCTCAATCAGGT +GTATTATATACAACAAATCCTTATACTCCTGAGGAGCAAATAAGAGAACCTAAGGTAAAA +ATAGAAGGTGCATTTGAGTATCCATGTTTCGTGTTAGGTGAAGACACAGACGAAGAGATA +TTTAAAGACTTAGAAGAATATACAGAAAAATTAAAGAAGGATAAGCAACTTCCTGATGTA +TTTGAGATATTTAGTGAAAAGAACTTAATAAATGTTAGGGCTACTTATGCGCTAGATTGG +TACAGTAAGAATGACATAACACCAAGTGAAAATGCAAAGAAAATTGATGCTATTTTAAAA +GAATCTATGGATTTCTGGGGATTTGATAACTCTAGTGAAGTAAACTCAGATTATAACTAT +AGATATATGACTATATTAAAATGGTTAGACAACGGTGGATTCATGAATGCTGCAAATGGT +ATAACAGGTTATAACCAAGCTGAACAAGGTGCAGTATTAAACTACGGAACAGGTTGGGGA +TTAATGCATGAGCTTGGACACAATATGGATACGAACAGTATGAGTATAGTTGAAGTTACA +AACAACATGTTACCTTTACACTTTGAAATGATAGAAGGTAAGGAAAGTAGATTCGTACAA +CAAAATCAATACCAAAAGAACATATTCCCTAAAGTAACTAAGGAAGATTATTCTCAAAAC +AAATGGTATCCTGATAATGATTATAGTAACTTACAGCATATAGCACCGTTATGGCAATTA +CAGTTATATGATGAAACATTCTGGCCTAGATTACAACAAGAGTTTAGAGAGAACAAGTTA +GGTGGAGGAGATTGGGATAACAAGCATGAAGCATGGGCAATCGCTGCATCTAATGTACTT +GAAATGGATTTAACAGAACACTTCGCTAGACATGGATTTAGAGTGTCAGAAGAGACTAAA +AATCATATGAAACAATATCCTGCTCCAACTCAAAAATTATGGTATTTAAATGATAACAAG +TATTTAAAAGATGGTGAAGCTTTTAACGGTAACTTAAACGTAAAAGTGAGCCCTAAGATA +AATAAAGATAATATAACTTTAACTATGGATATAGATAAAGAAAATGATAAAAGTCTTTTA +GGATACGAAATATACAGAGATGGAAAATTAATAGGTTTCACAGACAAGGGAACTTACGTA +GACCAAGAAGTTGATTTAAGCGATAACCACATTTATGAAGTAGTGCCTTTTAGTAACGAT +TTAAACACTGCTAAGAAGATAAGTGTAAACTCTCAGCAACCTGTTATAGAAACTACTGGA +GGAGTAACAGTAAAATTAAATGAAGAGTTTAATCCTTTAGATTATGTTAAATCTACTGAT +TACCAAGGTAACCCTATAGAAAATATAGAAGTGAAACATAACGTTGATAACACTAAACAA +GGTAAGTATACAGTAACTTATAAAGTTAAAGACAACAATAATTTATTTGCAGATGAAACT +TTAGAAGTTGAGGTAGTAAGTGATTACACATTCTTATCAGACTTTGAGTGGACAAGTGCT +ACTAGTGGATATCAAAATGCTAGACGTAACGAAAGTATAAAAGGTAGACATTTAGGTGAA +CCTAAGACATTTGATAAAGGCTTAGCTACACATGCAAATGGAGTTATAACTTATAACTTA +GGAGAACACGACTACGATTATTTAGAAATGAGGGTCGGTGTAGATATGAGTATACCTGAA +CAAGGTAATTCAAGTATAACTTTCAAATTAACTGGAGATGGTAAAACTTTAGCAACTACA +TCTGTTATGAAACATGCAGATAATTTAAAATATATTAAGGTTCCCGTAAAAGATGTAGAT +GAAATAAAAATAGAAGTTAACAATGGTGGTAACGGAATTACATCTGACCATGGTATAATA +GTTGAACCTAAGTTAGCTACTAACAACGGTAAACCAACATTAAAAGTAGATAAATCTATA +TCAGTAAAAGTTGGTGAAGAGTTGGAAGACGTAATCGGTAAGATTGAAGCTTACGATGCA +GAAGATGGAGATTTAACTAAAGCCGTTCAGATAAGCGGACAAGATAAAGTTAATACTAAC +AGAGTTGGGACATACCCAATAACATATACAGTTACTGATAAGAGTGGAAATACGGCTACT +GCTACAAGAAATATAAAAGTAGTTAATATGCAAGATTTCACTTACTTAAGTGATTATGAC +TGGAAATCTCAATCTAATAACTATACACAACCTAAAAAGGATGTAGCTATAAATGGTGGA +AATTTAACACTTACAGGTGAAAATAACGAAGCAGTTGAGTATGAAAAAGGTTTAGGCATG +CACTCAACAAGTACAGTTATATACGATTTAACTGATAAAAATGCAGATATATTTAGTACT +TATATAGGCGTAGATAGAGCAATGTATCATTCTGTAGGCCAAGTACAGTTCGAAATATAT +GTTGATGGTAAGCTATCTTATGATAGTGGAATAATGAAAGCTAAAGATAAACAAAAATAC +GTAGAATTAAATTTAGCAGATGCTAAAGAATTAAAATTAGTCGTTAAAGATGGTGGTAAC +GGAAATGGTTCTGACCATGCAACTTTTGGTGATACTAAATTACACTTTGTAAATGAATCA +AGAATAGACAAAACTGAATTAACTAATTTAGTGAACGAGGCTAAAAAGTTAAATGAAGAT +GACTATACAGAAGAATCTTTTAATGCAATGCAAATACTTTTAGATAAAGCAGAGCAAGTT +TTAGAAGATAGCAATGCTAGTCAAGATACTATAGATAGTGTAACTGCAGAGCTACAAGAA +TCAGTTAAATCATTAACGGTAATAAACTTAGATGAGGTTGTAAATATACCAGATAAATAT +CTAGCTAGATCTTTATCTAGTGTTCTAGGTAAGTCAGAAGGATTTACTATTGGTGATATG +AGAAGTTTAACTGAATTAAGCTTAAGTGGTGTTACTGACTTAGAAGGATTACAATATGCG +AAGAATTTAGAAGTATTAAATATAGAATATAATGAGATAAGTGATTTATCACCACTTAAA +AATCTTAAAAATTTAACGGATTTAAGAGCTAATCCTCAAATAATAACAGCAGGATCAATA +GCTAAAAAAGATAATAGAGTAACAATAAATTATGATATTTTAAATAGAAAAGGTGAAAAA +TTATCACCAAAAAGTGTGACAATAAGAAATAATCAAACATTAGAAGATACTACTTTAGAT +TTAGATGAGTGTGTAGATGAAAATGGAGTAATATCTTTTGATACTACAAATCTTGATTCA +GTTGTATATAGTGTGTATTTAGAATATGAAGATACTAATGACAACTATTTATCACAAGTA +TTGTTTATGTTTAGTAATAAATAATTAAATTTAAAGTGAGAATTTTTAATATTATTGAAA +CAAAGAATATATAGGGCCTAAAAGAGTTTTGTATATTTACACATAGGATCGTATCCACCA +TTGAAATTCACGAAATGTATTATCATAAATTTATGATAATACATTTTTTTATATCTAAAA +ATAACATAATGAGAAGTTAATATGATAGAAAGGTATATAGATTATAAATTTTTAAACTAT +TGAAAATAAATACAGAACTACCTTACGTTTATAGATAGAAATGTGGCAGAATGCACGAAG +AGATTTGTTAAAAATTTAATGGTAATCAAATTCTTTACCAATGAATATAAAAAATATCCT +CATGTTATAATAGTTTAAACTAATGAACGGAAGGTAGATGAATTTATATGAAATACCAAC +ATAAAATTGAAGTTAATAAAGATCTTTGTATTGGATGTGAACTTTGTAAAAATGATTGTC +CAGTAAATAATATAATTATAGAAAATAAAAAATCAGTAATTAAAAATCAAGATTGTTTAA +TGTGTGGGCACTGCGTAGCAATATGTCCAAAAGAAGCTATTACACTGACAGGATTTGATG +AACCACCAATAGAACTTACAAATAAGCCAATCTTAGACCAAGATGAATTACTAATGGCAA +TTAAATCTAGAAGAAGTATTCGTAAATTTAAAGATAAAGAAGTATCTTCGGAAATTGTAA +ATCAAATTATTGAGGCAGGTAGATATACTCCTAGTGCTAAAAATTCACAAGATGTATCAT +ATATTGTTTTAGACAACAAAAAAGGAATGTATGAAGAGGTGGCAGTGAAGTTTTTTAGAA +AAATAAAACCTATTGCAAATATTGCTGTTAAACACTCAAAGGAACTTTCGATTGATGATA +ATTTTTTCTTCTAGAATGCTCCTATTGCAATAATGATAGCTACAAAAGATAAGATTAGTG +GTTCACTTGCAGCATCAAATATGGCACTGATAGCAGAATCTTATGGACTCGGAGTTTTAT +TTAGTGGATATTTTTCAGACGTAGCAAATAATTTGACAAAGTTAAAAAAGCTTTTAAGTT +TAAAACACAGAGATCATGTTATTACAACGCTAGTGATTGGATATCCAGATGTTAAATATA +GACGTACTGCACAAAAAGAGACAGCAAATGTTAGATACTTATAAGCTATGGAGTATTTTA +TGGAAATAGAATGTAAAGAAAGAATAGAAGAAATAACGTCTAAATTTAAAGAATGCCGTA +AAGCTATTTCTGCTATGGGTGATGAAACTAGACAGCTGATTTTAATTACGTTACTAGAGA +GTGACTTTAATGGAATACGAGTGGGGGAAATCACAGAAAAAACACATCTTTCTCGTCCTG +CTGTATCTCATCATCTTAAAATATTGAAAGAAGCAGAAATTGTTAATGTACGTAGAGAAG +GAACGAAGAACTATTATTATTTTGATTCAAAGAAATCACAATGGAAATCACTAACAGAAC +TAATAAATCTTATATTTGTTGGAATACAACATATTGGTGAAAATGATGTAATAAAAGGTG +AGTAAACCAATAAAAGAAGGTATTATTTTAAATAATACCTTCTTTTATTTTGAGTATTAT +TTTTATACTCAATAGCCTCAGTAGGGCAACCACAAATACATGCCATACAATGAGTACAGT +TATTTTTCCAAACTGGTTTTTGATTTTTTAAATTAATATTATTTAGAGGACATAGTGTTA +CACACTCTCCACAGCCAATGCATTTATTAGTATAATGAAATCCCTTTGCATGGACAAATA +TTTTATAAAAAGCTGTATTTGTTATACCACTTTTAAGTGTACCACTTAAGCCACTAGGGT +TAATAATTTCAAATTCATTTTCAGATTTTATATCAGAAATAATTTTATTTATTTGTTTAT +CTGATTCTTTAATGATTTGTGTTGATGTTTCTTTATCTGGTACAGAAAATAAAGCGATAT +AATTCTCTGGTATTTTAATTTCTGCTATACCTTTTAGTTGCCATTCTTTATATTTACATA +ACTTTTGAATATATTTTATGGCTTTTCCTGTATCACCTCCACAAGTCATTATAAAATATA +CTTTGTTACTTCCTGAAAATCTTGTTTTTTTATAAAATCAGTAACGACTATTGGCAATCT +CCATGCATAAGTAGGGCATACGAATATGAATGGTTTATCTGTTGATATTAATTCATCTGT +TTTTTCTTCTTTTATAAGTTGATTTAATGATATTAGTTGATCATTTAATTCTTGTGCAAT +TTTGCGAGCTACATATCAGCTATTACCAGTACCGCTAAAATATAAAATCATAATTATATC +TCCCTAACTATTTTTTTATTTTAACCTTTAATATTTTTGATCTAATAAAGTGATTTATCG +ATATATTGTATTCAATAAATATAAAACTTACTAGTTAAAAAAATTATATCATATTAATAT +TTTTTATATTTATTGGTAAAGAATTTGATTACCATTAAATTTTAAGGTCTATTTATGGTG +ATTTAAATAATGTACTTGAAAATATAGACTTTATTAATCTAAAAGATATAATAATTTACA +ATGACAACTATAGCTTATTTTTCTATAAAGATAACATGATAAAAGTAAAATAATAAAAAT +ACTACAAAATGGAATCAAGAGACTAGTAACGATATTAGGTGCATATTGAGGAGGTAAACC +TAGTTTAGTTATGAATACCATAAGAGAAGCATTGGGTAAAGACTTGATTGATTTTTATGG +TGTTGTATGGATTTTTTATTATAAAAAATTGAAAATGTAACAAAAAATGACATATTGGAA +TATAATAATATGAAACATATGGTATATGGAGGTTGAGTATATGGATATAAAGTGGATTAT +AGTTATAATTATAATTATACTTGCCCTATTCTTATATAGATGGATAATACAAAGAAAACA +AGCTATTAATAATGTCCTACAAAGAAGTGATGAAGAAAAAATTAAAGATATTAATAATGT +ACTAGAGTTATATAGTTTTGTATATGATGAAACTAATGATATTATATGTTCAAGTATGTA +TCCTTGGCAAAGAGAGGTAGGGTATTGTAGATTTTATGATGAAGCAGCACCTGCCTTAAA +TATGATTATTGATAGTGAGCCTATTTATTTTGAATATGATAATAGAAGATGGCTTATTGA +ATTTTGGAAAGGTCAGTATGGAATGACTACTGGTGGCGAAATTGGTATATATGTAACTGA +TATGGATGATATTAATATACCAGGTATTTTTTCAGGTCCTTTTTTCAAAGCCGTATCAGA +TAAAGAACTCTTAAATATGGATTTTAAGCTTAAAATATGTGAAAAAAAATTGTTTCAAAG +AAAAGATTATCATTGGTGGCTAACAGGCTTTGATGTAGGTGTATTTTCTAATCCTCGTAA +GTTATCAATGGAAATTAGGATAATTTTTCCGAATATAATTATGAAACATGCATTTCTTAG +TGGATTAAAAAGAGCAGGTTATAAAGAAGATGAAATTAAAATAATTAAGAATACAATTTA +TTTTGATTTTAATAAACCCAAGTCAGATCAACCACGTAATCGTTACAAATTGATAATACC +TTTTATCCAATTGATGAATAAAACCTACTGCAAGATATATAATTTAATTACTAAAGATTT +TACACGTACAATAGATAAAATTGATTTTTTACGATTATACTATCCTAATTTGTTTATGTT +AATTGTAGGTAAAAATAGAATGAAAAAATTACAAAAATCTTATAAAGTAATTTCATTTTA +TATAAATAGAAATGAGATGAGAAGTAATGAGCACTTATAAACGCTTATCCAAAGTCTATG +AAAATTCTAAGGTTATTCCTTATGATTATTCTTCAAAATTTGTCATAATGAGTGATTGCC +ATAGGGGTAGTGGAAATTCAGGAGATAATTTTCTAAAAAATCAATATATATTTTTCGCGG +CACTTAATGATTACTACAAAAAAGGATTTACTTATATTGAATTAGGTGATGGAGATGAAC +TTTGGGAAAATAGATCTATGGAACAGATTATTGAAGTACACAGTAGTACATTTGAACTAT +TATCTAAATTTTATGAGTCAGACAGAATGTATATGATTTATGGTAATCATGATATGCAAA +AAAGTGATACAGAATTTTTAGAGTGTCATTACAAAGGACACTATTGTGGAATAAGAAAAA +AGTTTTTTTCATTATTTAATTATATAAAAGCATATGAAGGAATAATTCTAGAAAATGAAG +ATAATAATCAACATAGAATCTTTCTCCTACATGGTCATCAAGGAGATTTGATTAATGATA +GACTGTGGAAATTAGGTAAATTTTTAGTTCGTTATATCTGGAGACCACTAGAGATATGGG +GATTTAACGATCCTACAAGAGCAGCTAAAAATTATAGAAAGAAAAATAGCATAGAACAAC +AATTGATAACATGGTCAAAAGAGAATAACATAATGTTAATTACAGGTCATACTCATAGAT +CTAGTTTTGCTAACTTAGATGAACCAATGTATTTTAATTCAGGAAGTTGCATACATCCAA +CAGCAATTACAGCTATAGAGATTGAATATGGTCGTATTAGCTTAGTGAAATGGAGTATTA +TGACAAGAGAAGATAATAGTATATATGTAGGAAAAGAGGTTTTAAAAGGACCGGTAAAAT +TAGAAGATTACTTTTTAAAAAATATAAAAATAGAAAACTTTTAAGTAGTTAAAAGCTGAT +TTCTATATTGATAAGAGATTGATTTTTTAGTTAATACTTTAATTACTGGACAATATAACC +TACTATAGATATTACAATATAGATTTTCATATAAAATACATTGAAATAGATGACATGATG +CTATAAAGGTTAGTTGTTGATAAAATTTTAAATAAATTAGGTCGTATAAAAATGATTAAT +CATAAGTATAATACCTATAATTCGTATCTAGCATTTAAATTTACGAAAACCACATTGATG +TAATAATCAATGTGGTTTTTTACGTATAACATTATTTTTGATAAAATAATTAAAATATGC +TATAAAAAATAAAACCTTTTATAAATACAAATCGTTATATAAGTGAAAGGGTGATGATAA +TTTGGCACAGACAGATGAAAAATTAATTAAAGAAATACTAAAAGGGAACGAAAGTGCAAT +GGAAATACTAGTAAAAAGACATTACGAGCTTGTACATAGTTACATATATAGAGCTACGAA +TGATCACAATATAGCCTATGATATAACACAAGAAGTATTTATAAAAATGATGAAAAATAT +AGATAAATATAATTTGGGAAATGGTAAGTTCAGAAATTGGATATTAAAAATAGCTGTAAA +CGCAACAAAGGATTATTTTAAAAGTAATACGTATAAGCAAAGAAGTGAAATTTGTGATAT +AGAAAATCATCAAATAGGAGATAAATCAAATGTTATTGATATAATTTCTAAAAAAGAAGA +ATCAATAAAAATTAAAGAAGCTATAAAAAAATTACCAAATCGTCAAAGAGAAGCCATACT +TCTAAAGTACTACAATGATTTAAAAATAAAAGAGATAAGTAACATAACAGGAGATAATGA +AAATACTATAAAATCGAGACTATTCAATGGAATTAAAAATCTTAAAAAATTACTTGGAGG +TGATATATTTGAAGAAAAATATGAGTATTCACAGTCTAAGATGTGAAAATATAGAAGATG +AAAAATTTGAAGAACTACTAGAATTAGATTTAATAGATATAGATGAATTTTTAGATAGTT +ACGTTGTTAATAACGTTGATGAGGTAAAAATTGATTCAACAATAGATACATTAAAAACAT +ATATGCCAAAACCAGAAGTACAAGTTATCAAGGAGAAAAGTGGAACTTTAGATAAAATAA +AAGAAAATATAAACCTAGTAAAATTTCAATTTAGTTTAATGAATAAAGCATATTTTATAG +CATCACTATTATTAATACTTGTAGGAACTATAACTACAATAAAGTTAAATTTAAGTACAT +ATTTTAGTGCATCTATAATTGCACCAATACCAATATTACTTGGAATGTTTGACATAATTA +AAGGTAGAGAGGAAAATGTATGGGAGTTAGAGCTTAGTTATAAATACTCTTTAAGAGAAA +TTGTTTTATCAAGGTTAATAATTATAAATACAGTTTCTATAGTAATGAGCATTGCTATGA +GTATTATATTAAATAATACATACTCACAAATCAATCTATTAAAAATGATTAGTATATGGT +TAATTCCAGTATTTATAATAGGGGCAATATCTTTAATTATTACTTCATTATACAGAAGTA +TAAATAGCATTACTTTATGTACATCAATCTGGATATTAGGCGCAATGAGTATTAGTATAT +ATGAAAACATAGCTGATATAACTAATATTAATACATTTATAGTTTTAATTGTATCTATAA +TATTTGCATTAGGATCGATGAAATTATTTTACAAGAAAAGTATAAATATTATAGATTATA +TAACGTTTGATTTCTAGGGGGATTTTATGGAAATTATTATAAAAAATATAAGAAAAGAAT +TTAAAGATAAACTAGCAGTAGATAATTTTAATGCAACTTTAAATAGTGGAATATATGGAC +TACTGGGGACAAATGGAGCGGGTAAAACAACACTTATGAGAATACTTGCAGATGTATCAA +ACCCAAGTAGTGGAGATATTTTAGTAAACGGAGAAAGTAAAAGTAAGCTAGGAGATAAGT +ACAGAGATTTAATAGGATATGTACCTCAAAATATAGGATTTTATAAAAATTTTACAGCAG +AAAAATTTTTATATTATGTGGCAGCACTAAAAGGTATAGATAAGAAAATTGAGAAAAGTA +AAGTAGATGAACTTTTAAAATTTGTTAATTTAGAAAAAGATAGAAAAAGAAAAATAGGTA +AATTTTCAGGTGGTATGAAACAAAGGTTAGGTATTGCTCAAGCTTTATTAAATGATCCTA +AGATACTCATATTGGATGAGCCTACAGCAGGTCTTGATCCAAATGAAAGAATAAGGTTTA +AAAATTTAATCTCACAATTATCGAAGGATAAAATAGTAATATTATCAACTCATATAGTTT +CAGATATAGAGTTTATAGCAAACGAAATACTTGTTATGAAAGAAGGTAAACTAGTTGAAA +AATCCTCATTAGAAGATATTCTAGATATTGTGAGGGGAAAGGTATATACATTAAGTGTTA +ATGAAGGAGATTTAGAAAATGTTCAAAATAAATTTAAAATATCTAGTATGATGAGAACAA +ATAATGGAATCTGTGCAAGAGTAGTAGGAGATAATAAACCTGATATAAAAGAATTTAAAT +ACATAGAAGAAGAACCAAATTTAGAAGATGTATTTTTGTATTATTTTAATGAAAGTGTTA +GAGTATAGGGGGATTTTGAGATGATAGATTTGATAAAATTTGAGTTATATAAAATATTTT +CTAAAAAGTCAGTACGCATAGTTTTATTGCTAACTGTGCTATTTAGTGCTTTTAATGCAT +TTGGGGAAAGTATAAATATGAAATCTAAAGGCCTAAATAGTATGAATGATGTGTATAGCG +TTATGAAAGAACATGAAGGTAAGGTAATTATACAAGAAGGAATACTTAAAGCAGAAAATA +CAATAGAAAAACTAAAGGAAAAAGAAAAAAGAGGCGAAAAGCTAACTAAAGAAGAGATAG +TTTATAGATATTATTTATATGAGGTAATGATAACTGATCCAGTCTATATGGTAAATAATG +AATACTATACAATAGATGAAATAAAAGATGAGATAAGTACGTTAGAAAACAATAATAAAA +CCGATACATATGAATATAAAAATCTTAATTTTGTATACGAAAAAGTAAAAAATATAGAAG +AATCAAAGTATTATTTTAAATCTGGCTGGATATCAACTACTGACTTTAACGTTATAGCAA +CATTGATAACTACACTAATAGTAGTAGGATTAGCTACAATTTTTAGTGATGAATACCAAA +ATAATAGTGCTCAAATAATGTTAAGTTGTAAACGTGGAAAGAATAAGTTGGTTTTATCTA +AGATATTAACTGGACTAATATATACAGTTATAATGTTTACTATAGTAAATGGTACATATA +TGCTTGGAGCTTTAAAATTTGATTTTACAGGATGGGACAAGCCTTTAGAGTTATTTAAAT +ACTATAGAAATACTCCTTTTGATATGAGGGTGATTGATTTTTATATTACAGGATTAGGTG +TTAGCTTTATAGGTGCGATGTTATTTTCATTAGTAACAATGTTAGTATCTTTATTAGTAA +GAAATAACATGATATCACTATTACTAAGTTTAGGTATGTACTATGTTCCAACATTTGTAT +CTGGTTTTATTCCCATAGATTCTATGGCTAGAGTTCTTAGAGAAATTAATTTAGCAGAGG +CGGTTAGGATAGAAGGTATGTTTATAAATCCTAGTACGTATAATATTTTGGGAAATCCAA +CTCTGTATTCAACTGTATTAATAAGCTTAGTGGTTATATCTATACCGGTTGTAATATACT +TAATAAGATATTTTGGAAAAAGACAAGCTATATAATTAGTTAGTGAAATAGATAAATTCA +TTGTAAAATTCAAGCTAAGCTTTAATTTATTACTATTTTTTATATAAGTAAATTCTAAAA +TTATGATATATGTGTATACTAATGATTACTATATAAAAATGTCTGATATTAAGTTAAAAA +TTATTGGATAGACAATATAATAACTAATGCATGATTTAGACTATGGATTTTAAAAGTTAT +GTATCGTCTACACCATTGAAATTCACGAAAACCATATTAATGAAATAGTTAATATGGTTT +TTATTTTATGATAATATAATTAAATAAAGGAAGTGTATAAATGTTAAATAAATCAAAAAT +GGTTATAGAATTAGGCTCCAAGCAAAGACTGTAAAACATTATAATAAAGTGTTGTTTGGA +GCCGTAATTAAATATGTTTTATACAGTCTTTGCAACGACTATTTATAGAATTATCAAGTA +GTATAGGAGCAAAGAGTATGAGATATAAAAAAGCACAAGATATATTACCAAAGCATATAA +TCGAGATACTTCAAGAGTATGTAGATGGAGAATATTTATATATACCAATTAAGAATAATA +CTAAGAAATCTTGGGGAGAGAAAAGTGGATTAAAAAAAGAGTTAAGTGAAAGAAACAAAG +AAATTTTTAATAAATATCAAAATGGAATGAAAATTAAAGAGCTGACAAGTCAATACTATT +TAACTGAAAGTAGCATAAGAAGAATAATAAGAGAACAAAAAATTAAAGAATAATTGCTTT +ATTTATAATCAAGAATAATACAGAATAGTTTATGAACATATTTCTTTAAATGTCTAGTGA +TATAATTATAATCTATGGATAAGAGGTTATTAATCATGGAGGTAGTAATATGAATAAATT +AAATGTATTAGAAATAAACTTTGAATTCAATGGAATGGTAGATACAATATATCCTGTTAT +ATTGAGAGATGATAAAGAAATGATTTTAATTGATTGTGGTTATCCTAATTTTTTAGCATT +AATAGAAGATTGCGCAAGTAAAAATAATATAGATTTAAGTAATCTAACGAAGCTAATTAT +AACTCATCATGATTTTGATCATATGGGATCAGCAGCTGATTTAAAGGCAAAATATCCAAA +TATCAAAATATTAGCATCATCAAAAGATGAAAAATATATTAATGGAAAAGAAAAGTCTTT +AAGACTTCAACAAGCAGAGTCAATATATGAGAGTTTGCCAGAAGAACAAAAAGAATGGGC +GCTTAATTTCCATAAAATACTAGGGTCAATAGAGAATGTTGATATAGATAGAGCATTAAA +TGATGGAGATATATTTGATTGGTGTGGCGGTATAGAGACAATAGAAACACCGGGACATAT +GCCAGGACATATATCAATTTATATTAAGGAAAGTAGAACATTGATAGCTGGAGATGCTTT +AGTTATTGAGGATGGTAAATTATGTATAGCAAATCCACAATATACCTTAGATATGAAAGA +AGCTAAAAAAACTATAAACAAGTTACTAAATTATGAGATTGATAGGATTATATGTTACCA +TGGAGGAATATATCAATCAGATATAAAAAAATCATTAGAAAATATATAAATCTATTTTTA +CTAAGACAAGGAATATCATTTATTCCATTTTTAATTAAGGAATTTAAAATCTACAATAAC +GGTCTAGAAGTTATAGGTTAATTATATTAATAACAAATATTAATTAGTACAAATTAAAGA +TAGGAGAACGTGGAATAAAAGTATAGAGTTTTCTATCTGAAAATATAATATGTTATAAAT +CAAAAAAATTTAAATATGAGTTAAGATAGACAATTAAAAACTATAGCTAATACTATCATA +ATTATGAATAATTACGTTAAAATAAATCTAAAAAAGATGCTAGCTTAACTGTTAGCATCT +TTTTTAGATTTATGCATATCAGCTCTATATTTAGTAGGTGACATATTAGTAAAACTTTTA +AATAACTTTGAAAACCAACTCAAATCATCAATACCAACCAAATGGGAAATTTCTTGGATA +GTTAGATCAGTATAAGTAAGCATTCTGATTGACTCTTCAATTCGCCTTTTTTGGATATAC +TTTGTAATAGTACTACCCGTTTCCTTCTTAAATTGGCTAGATAAAAATGAAGCATTTTTT +TCAATTGCACTTGATATAGTCGCTAAAGATAAGCTACTTTGCAAATTAAAGTTAATATAT +TCTATAGCAGCACGTACTGTATATGAGTATTCTTGCAGGTTATAATTTGAAACTAAAATG +CTATACATTTTTAACATCTTATAAGGCATTTTTATTAACCGAATTCTATTTGATTCAGTT +TCTATTTCTAATTGATTTTTAAGAGATAGTTGCCTTACTTGTGCTGGAGATATAGGCTCT +TTTAGTAGCTCTGATTCAAATTGTGTATTTAAAATATATAAATTATTTTTTATTTTTTCT +ACTGACTTATCTTTTAATATACCTGTTAATTCAAGGTAATCATTTAATCTTTGAGTAGCA +TCTTTTCCAAATCGGATATATTTAAATATATCTTCGAGGCAAGATTTATATTTTTTATGG +TATTCTATATAGAAATTTGAATCATCATCATAATTATAATTAGCTAATTTTGGTTTATCT +TTAGAAAAATCTACATAGTACAAATTAGAAGGATCATAATTTGAGATAAATGTTCCTAAA +AGTGTATTTAAAGTTAAAATCACCTTCATAGAATCTGCAATAGGAAGTGAATTATAATAC +ACCGAAAAAGTTTTCCTAAGGGTTTCAGGTAAATGATTTTTCTTTAATAAGTTAATTATA +TATTCATCATTAGGTTCAATTTCTAAGAATGGACCAATAACTAATATATCATTTGATATT +TCTCTTGGAAAAGAAAATACTATTGTTGTAAATTCCATAGCACTTTGTACTATACATAAA +GCTCCTTTCTTCATTTGAGAAAGATCATCTAAATTATAATTATTCTCATAGTTATAATCT +GGCCAAATTATTCTTCTAAATTCAATATCAAGATAATTAGTAAAATCAAAAACATCATGT +ATTTTAGTGACACTAATATTAAATGAACTATCTAAAACAGAAGTAATTAAGTTGTAAATA +TCATTGTAAGTAAAATTTGTTTTAAGCATCTTTCACCATCCGTAAAAAAATAAATTTTTA +ACAAAATACCCAAAAATTAGACAAATGTATGTGAATTTTATTATAACATAACTTTAGAAT +ACTAGTATATAATCAATTAGAAATAAGAAAACAATAAATTATTACAATATGAACTGATAA +CGTTTTTTTAGGTGGAGTAATAATAATTTCATATTTAGGGGAGGACAAAAAATGAATTTA +AGTGAAGCAAAAAATTTGAATTATTCAAAAAAGCAAGATAAGCCATTTGGAATAAAAGAT +AAATTAGGGTATCTTTTTGGCGACTTTGGTAATGACTTTATGTTTATTTTCGCAAATATG +TACTTTATGATATTCTACACAAAAGTACTAGGTGTAAGCGCTGCAATGGTAGGTACATGT +TTCTTAGTAGCTAGATGTATAGATGCTTTTACAGATATAGCTATAGGTCGTATCATAGAT +AAAAGTAAGCCAACAAAACATGGTAAATTCCGTTCATGGATAATGAGAGTAGCAGGTCCA +GTTGCACTTATGAATTTCTTAATGTATCAACATAGTCTAGCAAACGCTTCTATGACAATT +AAAATTGGGGTAATGTTTGCTACATATATATTATGGGGCTCAATATTCTATACGGCAATA +AACATTCCATACGGATCTATGTCATCTGTCATGACAGGAGATACAAAAGAAAGAGCGTCT +CTTTCTACATGGAGAACTCTTGGAGCATCATTTGCTGGGATAATAATAGGGGCTTTGACA +CCTCAATTAATATATAGTGCAGATGCTGCTGGAAATCAAATTATAGATCCACAAAGATTT +ACAGTAGTTGTAGGAGTATTCTCTATAGCGGCATTTATTTGCTATATGTTATGTTTTATA +TTAACAACTGAACGTATTAAGCCAGAAATTAAAGAAAATCAACAATCTCTTTCTTTAATA +GATACATTTAAATCATTGACAACAAATAAAGCTATGATTTCTATGGTAGTAGTATCAATA +GTATTAATATTTAGTACGCTTATGGGGCAAACAGTAAATACTTACCTTTGTATTGATTAC +TTTAATAATGTAAATGCATTATCTACATTAAGTATAATATCACTACCTATTTATTTAGTG +GTAGGGGCATTAGCTGCTAAGTTAGCAGATAAGTTTGGTAAGAAAGAAGTGTCTATGATA +GGTTTAATGATAGCTGGTGGAATATTCTTAGTTGCATATTTTATGCATATAAAAAATGCT +TATACATTTATAGCTATATACGCGGCAGCAACACTAGGAACATGTATATTTAGTATGCTA +TCATGGGCATTTATCACAGATATAATAGACTACAATGAATTAAAAACTGGAGAAAGAAAT +GATGCAACTATATACGGAGTATATTCTTTCACTAGAAAATTAGGACAAGCAGTAGCAGGT +GCTGTTACAGGATATGCGTTGACATTAATAGGATATGATTCACTAGCAGCTACTCAAGTT +GAAAGTGTAAAGACTGGAATCTATGCATTGAGTACATTATTCCCTGCAGCTTGCTATATA +CTTGCAGGATTATTACTTATGATTACTTATCCTTTAACTAAAAAGGTAGTTCAAGAAAAT +GTAGCTAAATTACGTGGATAATAACACTTTAAAATAAAAATAAAATAAAGTCAGGGAGAA +TAAAATGGTAAACTTAAAAGCAAAACCGTATTATTTAGATGAAGAAGGTATATCGTGGGT +TGAAGAAACTCTTGAATCTATGACTATAGAAGAAAAAATAGGACAACTATTTATAAATAT +GGGATCTTCGACAGAAGAAGAATATTTAAAAAACTCATTAGAAAAATATAAATTTGGAGC +AGTTAGATATAATCCAGGACCAGCTGACAAAGTATTAGAGCAAAATAGAATATTACAAGA +AAATTCAAAAATACCTCTATTAATAGCTGCTAATGCTGAAAGCGGTGGTAATGGAGCGTT +CATGGGTGGTACAGAAATAGCAACGCCTATAAAAATAGGTGCAACAAGAAATGTTGAATA +TGCTTATGAAATGGGGCGTGTATCAGGTATAGAATGCGCTGCTATAGGAGCTAATTGGAC +TTTCGCTCCTGTTACAGATATAATGCTTAACTGGAGAAATCCTGTTATACAAACTCGTAC +ATTTGGTGATGATGCTAGTAGAGTTTTAGAAATGAGTAAAGCATATATGAAAGGTTTCAT +GGAAAGTAATGGAATATGTGCTATGAAACACTTCCCAGGAGATGGAGTTGATGAAAGGGA +TCAACATTTATCAAACAGTAGTAACTCGTTATCTTGTGAAGAGTGGGATAATACTTTTGG +AAAAGTATACAGTGGAATGATAGACGCAGGTATACATTCTATAATGGTAGGTCACATAAT +GTTACCTTCTTACGAAAGAAAATATAATAAAGATTTAGCTGAAGGTGGAGAAATAATGCC +AGCTACAGTAAGTAAGGCTATTATAACTGATTTATTAAAAGGTCAATTAGAATTTAATGG +ATTAGTTGTGACTGATGCATCACATATGGCTGGATTAACATCTAGAATGAAACGTAGTGA +TATGTTACCAGCATCAATAGCAGCAGGTTGTGATTTATTCTTATTCTTCAATGATCCAGA +TGAAGATTTTGGATATATGATGGATGGATATAAAAATGGAATAATAACTGATGAAAGATT +AAATGATGCTATAAGAAGAATACTTGGAACAAAAGCATATTTAGGTCTTCATAAAAAAGA +TAAAAAAGATATAGTTCCACCAAAAGAAGGTTTAAGTGTTATAGGTAGTGAAGAATTTAA +AAACATAGCTAAGGAAATATCTGATGAAGCTATTACATTAGTTAAGAATGTTGATAAGTC +AATACTTCCTATATCAGTTGAGAAAAATAAAAGAATATTACTTATAGAGCAAGAAATATC +TAATCCAGTAATGGCATTGTTTGTAGGTGCTGGAAATAAAAAGACATTTACAGAATACTT +CAAAGAAAAATTAGAAGCAGAAGGATTTGAAGTAGATATTTATGAATCACCAATAGATAA +AGTTAAGAGAGTAAGCAAAGAAGAAGCTGGAAAAATAATGATGAATGCTTATTCAGCTAA +AGCTCCTATAACTGACTTAACAGATAAATATGATTTAGTTATACAATTAGCAAGTATATA +CAATGCAGCTGGAACAACTCAAAGAATAGAGTGGAAAATGAGTAAAGGGACTCCAGATAT +ACCTTGGTATGTACATGAACTACCTACTATATTTGTTTCTTTATGTTCACCATTCCACTT +AGCAGATGTACCACAAGTTAAAACTTATATAAATTGCTATGATAAAAATGAGCATACATT +AGATGCATTAGTAGAAAAATTACTAGGACGTTCTGAATTTAAAGGAGTAGATCCTGTTGA +TTCATTCTGTGGATTAGAAGATACGCGTTGGTAATACTTAAAAATATGTAAGTAATTAGG +AAGATTATGAGAAATAAATAATATAAAAAGGAGAAGTCTTATTAAATGATTAAAAATCAT +TTTGAGACTTCTCTTTTTTACTTAGTATTTTTTATATTTTGCTACTCTGCTATCATTTAT +AACTCCATTAAAATCAAGACCATATGCAAACTCATATACATTTCCTAATTCATCCTTGTA +ACACTTCATATCATGAGGAACATCTTCACACTGATTTTCTACAGTTTTCATATTAGCAGG +CATATTAAATGGTAATAATCCACTTGGATTTATATTTCCACTAATTATATCCATTATAGC +TTGTGTTTGAGCTCCAAAGTCTGTAATTATTGCATTTACAAATTGCTCAAATTCTTCTAC +TATAGTTGGATTTGTCATATTTAAAGATACTATTATAGGTTTTTGACCTATAGCTTTTCT +AGTTTCTAATATTATATTTAAGTCAGATTCATTACTAGCAAAGTTAGTTTTTCCTAAGTA +AGATCTATTAGTTGAGGACTCTAACGGGTCTCCTCCAGCAATACTTATTTTTCTTGAATT +TACTGCAGTATATGGTCTATACTGTAAGCTTATTGGTAAGTATCCATCTTCTTTTGTATA +TCCAACAGTTTTTGGAGATTCTATAAATACTATCGAGAAATCAGCTTCTTTTGGATCCTC +TACAACATCAAAATATTTTTCAACTATAGATTTATTAGCAGGATCAATTTCTCTAGCAGG +TATCACATTACCAAACCAGTCTTTACTTTCTTTTATTCTTCTTTTGGGAATATACACTTT +TTTTATTCCTTTTATTGGAAGTATATTGTTTTTATTTTTTAGCATAACTAATGACTTTAA +TTGCGCATCATACCCAGCTTGCATAAACTCAGGATTACCAACTAATTCTTGAGATTTATC +TGCATCTAAATATGGATTTTCGAATAATCCTGTTCTGAATATATTAAGTAGTAATCTTAC +TGCTGACTTTTCAAATCTTTCACGCATAAATTTTTCTCCGTGCTCTTTAACACCCATATA +ATATGCATTAAGAACAGGTTGAACCTCATTATTTCCACCAAACTGGTCAACACCAGCCAT +AAGAGCTTTGTAATGTCTTTCATCTACAGAAAGATTTTCAACACCCCAGCACTTTCCTGA +TATGAATGCATCAATTACATGATTATCTTTAGTAATACTCCAGTCTGTGCATACAACTCC +ATCGTATTCATATTTATCTCTTAATAAATCACTTATTATATATTTGTTATATGAGTTACC +CACATTTTCACCATTTTTCTTATCTTGATTATAAGATATAGTATAGTAAGGCATTACAGC +AGAAGCTTTTTTAGTTTTTCCTTTTAATTTAAAAGCACCTTCTGTAAAAGGTATTAAATG +TTCATCAAAGTTATCTCCTGGATACACAGCAAACTTACCATAAGCATAGTGAGCATCTCT +ACCACTTTCATCACTACCTCCACCTGGCCAGTGTTTAACCATTGCATTTACGCTATTATA +TCCCCAACCATCATTTATTTCAGAATCATCATATGAAGTTTGGAAACCATCACAATAAGC +TTCTCCTAAATCTTTTGATAAAATTGGGTCTTCTCCAAGAGTTCCATTAAATCTCATCCA +CCTTGGTTCTGTTGCTATATCTACCTGTGGTGATAAAGCTGTAGATATTCCTAAAGCTCT +ATACTCATTTTAGATGCTAAGTCTTTAGCTCTTTCTTCTACAGGTAATCTCCAGTCTTCA +TATTTTTCTAATTGCCCACTTTTACTTAGGTTTTTAAAAGCATACCCATCTTCTTCTATA +ATTTTAATTCCTGAGTCTGGTGAGTAGGCGATATTTTGCCCACCTTCATTTAATATAATG +TTGTATCCTTGTTTTTTAATCACTTTCCACTTTTTCAAAGTTATAAATCCCCCTTTTCTC +TTTAACTTACAGTATTTATAGTTATTTTTGATTAATAATATTAAATAAAAAAGAGACACA +TGCGTGAGTATCTCTTTTTATTTAACATTATTCAACTAAACATGTTCTATTAATCCATAC +CCATCATGTCTTTTATATACAATATTTATTTCTTCTGTATTTGAATCTCTAAATACAAAA +AAGTTATGGCTTAATAAATCCATTTGAATTATAGCATCCTCAGGTGTCATAGGTTTATTT +ATATTAAATTTCTTAACTTTTTTAATTTTATTATCATGATCATTATTAGAAGGTATATAG +TCTTCTACATTATCAAATCTAATACTAGCATTAGATTTATTTCTTTTAGATAGCTGAGTC +TTTAATTTTCTTATTTGACTATAAAGCTTATCGTAAACAATATCTATAGAAGAGTATAAA +TCATCTTTAGAATCTTCAGCTCTAAGGATTGTACCACCTTTAGTAAATATAGTTACTTCT +ATTTTCTGGCTTTTCTTTTTTACATCTAATTTTACATTTATATCAGTATCTTGATTTATG +TATCGTTCTAACTTGCTAAACTTATTTTCTATCTTTGATTTAATAGAATCTGTTAATTCT +ATTTGTTTTGAAGTTATAGTTATATTCATAATATTACCTCCAATAAATTTAGTTTGTTAT +GTAGTTATAATTTTATTTATGACATAATTATACTTGGAAAATGTTTTCTAGAAAAGACTA +TTTTTTTACAAAATTTTCTGATATTATATTGATTATACGGTGTTTTGTAAATATATAATT +AATTTTGATGGTAGGGGTAGTTTATCTAAATGTAGATACTACTTTTATGTATATGAAAGG +TTATCATATAAAAAATATTTAATTAATGTTAATTCTTTATTTATACAAATTAGTAGAAAA +CTATAGAATAAATATAAAAATATAGTTGAAGACTAAGGCTATTAAATCAAAGAGAATTAT +AATTTAGATAAAATAAAAATTTAAAATATATAAAGTAAAAGAGATGTCAGAGAATTCTGA +TATCTCTTTTACTTTATATAAAGATTACTAAAAAAATATAAAAAACTACAAATGACGACT +AAATATTACATTTAATGGGTATATATGGTAAAATATGGTGTAAAATTTAGGTTCAGAACA +CAATCAGAAGTTAAATAGATTATAAATTAACAAAGGAGGATGAGGATATGAAGAAAAAAA +TATCAAGTGCATTAGCTGCAAGTTTGATTGTAGGTCAAATGCAAGGAGTTACATTTGCAG +AGAATTTAGCTGATAATCATGACGCTGATATCAATAAGGAAAGCATATCACAAGAGACAG +ATGCATTTAATGCTGATAAAGATCTGACGGAAGAGCTAAAAGAAGAAGTGTCGGTAGAAA +GTTTAGAAGAAGATACCATAGAAAATTCAATTACTGATGGAAGTAATTATAATCCAAAAG +GGAAATTAGAGTTGGATTTAAATTTCGCTCTGCCTATAAAACATACAACAGCTGATAAGA +CAAATATATCAGTAACGATAAAGTCTAAAAGTGGAGAAATTGAAACTGTTAGACTTGGAT +CTGACCAAAAGAAAAATACTACAGAATCAGGATTATTATCAACTATTGAAGCTTTAAGTA +GTAAAAGAGAAGCTTTAAAACCTGGTGAGAATGATTTGTCATTTTATCATTTAACATTTG +AAAATTTAGAGTTAGGAATATATTCAATTGAAATAGCTGGAGATGGATATAAAACTACTA +CGATAGATAACATAGATGTAAGTGATTATTCTAAGAGAGTTTTAGTAGGAACAAGTGATA +ATACAATTATTATAGATGATAAAGGAACAGATGAAGAATCTGATGATGACAAAGAATATT +ATCCTGGAGTATTTTTAGCAGGGAATATTGATGCTGATGGCTTAGTAACTCATACAGATT +ACGAAGCATTAAAAAATCAAATAAAGAGTATGGCATCTTCAGCTGTGAAGTCAAGTAATA +AGAAATTTGATTTAAATAGAGATGGAAAAATTGATATAACTGACTTAACATATATTCATA +AAAATATTGATAGCGAAGTTAAGGATGCTGAAGCAATAGACACAGATGCGATTATAAATC +CTGAAGCTGTAGATATAGAATTGCCGGAAACAACAAAATTAGATGAAGGTGTAGATATAA +AGGATGTACTAAAAGATAATGGATCTACTGTTGCGCTAAAAACTGCATCAGAGGCACCTG +TAAGTGAGGAAAATCCTTTATCAATGACATTAAATTTAGCTGGAAAAGGTAGACAAGTTA +AGACTACAGAGCAAATAGTTATAAAGGCACCAAGTGAAAATGCTCCAACTGCTGGTAGCA +TAGTTATACCAGGGGCTGGAGAGTTTAAATTTAATGAAAGTAATGTAAGAAGTTTAAATG +ATGATTCTAAAGAAGAAATAGTTATAGACTTAAAAAAGCAAGTTGCAGTAAGTGAGATAA +CTATAAATGTTACTGGAAGTAGAAGTAATAAAAACTTAGCTGAGATAAGTAAAGTTGAGT +TTTTAAATAATGTTTATAAAGAGATACCAAAACCTAAAATGAATATACCAGTTATAAATA +ACTTCACAAGCTCAACGGCTGTTGGAAATGAAGCAATGACATTAGGATGGGATCATCAAA +CTAATGTAACTGGATATGAATTAAAGGTTCAAGAAGTAGATGAAAAAGGAAATGTAAAAT +CTACAAGTACATATAAAACAAGTGAAAATACACTAAAAATAGAAAAAGTAAATGGATATT +CAACATATAGAGTTAGCATACAATCACTTTCAGGAGACTGGAAGAGTGGATATAAGGATG +AGCAAGACAATTATAATGCAGATTCAGTTGGAGCTACTAACTTAGAAACTAACTCAAATG +ATAAAGATGGAGTACCTGATAACGTAGACGTTAACTATCAACCACAAGCATGGAACTCGA +ATACTGGTATATTAGAGAAAAATGCTAACGGAGAAGGTGGAAACAAGTTTGGAGCTGACT +CTATAGTAGAACTTCAAGTTATACCAGAAACTGCTCCAGAAGGACCAGAAGGTATAACAA +TTGAAGGAGAATACAAAGCACTTAAAATTAGTTGGAAGAGTCATAAAAAAGCTAAAGACT +ATGACTTATATTATAGAAAAGTTGGATCAGGAGCATGGATAAAGGCAAATGACCCTAATG +ATCCTAAGTATGTAGACTCAGATGAAAGTAATAATATACCAGATGGTGTTGCAGATTTAA +AGCCAGAAGAAAAGAAAGACAAGGATGAGCTGATAAGAAGTACAAGCTATACTATAACAG +GACTAGAGGATCAATCTACTTATGAAATAAAAATGACAGCTACTAACCATCATGGTACAG +GTGGATTATCACAAACTTATATAGGACGTACAGCTAAGATGACACCGCCAGCTACAACTA +ATTATAAACTTATAAATACTCCTAATGGTGTAAATGAAATAACACAAAATATAGTAAGTG +TAGAATATCCAAAAGGAACTGCAACTGATGAAGATGCTGTTGTAGATAATGATTATACTA +CTGTATGGGAGTATAACGATTGGGATATTGGGGGAAATGGACCTATTATAACATTTAACA +AAGAATATACAATAAAAGAATTAAATGTAATAAGAAGATTGGATAAACATGAAGTTACTT +ATCAAACATCAGTACAGTATTTTAATGATACTACAGGAAAGTGGGAAACTGTAGGATCAA +GAGGAAGAGAAACTAATAATGGAAAAGTTGTAAATATAACATTAGATGAGCCTATTACAA +CTAAGAAAATTAGATTAGCTGTATCAGTTTATCCACAGTATGGAAGATATATGAGTATAT +CTGAAATCAAGTTCTATGAGTATGATAGCTTACAAGATGATGTAGATAGTTTATTTAAAG +ATGATCTTAGATTAGAATTAAATGATGATGTTACTCAGGAAAAGATAGATGATCTTGTAA +AAAGAGCTAATACTATAGACCCAATAAACATGGAGTATCATCCAAGTCAGACTCAAATAT +TATCTGACTTACAAAGGGCACAAGATTTATTAGATGATGTTAAGTTAAGTGATAAGATAA +TAAATCTTGATTCTGAAATAAGAAATACTCAAAATACAATTGGTCAATCTAATAATTATC +AAGCTTTAGGTGTAGCTGTAAGACCAGGTGATAAAGTTAATATATATATAGGATCAGAAA +ATAAAAATACTAAGTTTAATCTTGCAATAACTCAGCACTATGCTGAAAGTGGAACAGCTG +TACAAACTTATAGCCAACAGTTAAGTGTAGGTAAAAATGAAATAACTATACCAGAATCAG +CATTTAAGATGGATTATGAAAAAGGAGGAAACTTATATCTAAGCTTTGCTAGCAACTATA +ATGATAACCAAAAAGTACAAGTTCGTGTAAGTGGTGGAACTGACATACCTCACTTAAATA +TAAATAATCTGAATGTAAATGATGTTACAATTGATGCAGATAAAGAAGCTGAAATAAAAG +AAACTATAAGAACTTATATAAGAGAATTAAAGACTTATGTAAACACTTTACCAGATAGAT +ATCCAAAGAATGGAGATAAGGTAAATAATATATACACATATGATCCAGAGACTTCTATTT +TAAATAGTACAGAAATAGAAGGAGATAGAATAACACTTTCTCTTGCTGCAGATCAAGTAC +TTAAGGGTATAACAGAAGGATTATCTACTGAAGAAGATCAAGTAAATAGAGTATATGAAA +CATTACTTGCTTGGGAACAGTTAATGAAGGTATCTTATGTGCAACAAGGATTAATTGAAT +CACCAATTGATTTTGATGGAGACGGTAAGATAACTAATAATCCTTTAGATAAACTTAACG +GAAAGAGTGAGAAACAATTCTTTAATGAGAATAGAGCACCTAAAAACCGTATAAACATTA +AGTATCAAAGAATGTTTACAGGAGCATTCATGTATGCAGGAAGTCATCATGTAGGTATAG +GGTATGGCTCAGTAGCAGGTATGATGAAAGGTGTGCCATTTAAGTTCGATAATAATGGAA +ACTTAGTAAATAAGGATGATGGAGCATTATTTGGATGGGGTATCAACCATGAAATAGGAC +ACGTTCATGACGTTCAAGGTTTAACTTATGCAGAGGTTACTAATAATATATTAGCTCTTA +TGACCCAGACATTTGATGATGAGGATGCATCAAGATTAGAAGGAGCATATGATCAAGTAT +ATGATAAGGTAACATCAGGAAGTGTAGGCCTTGCAAGTTCAGGTCTTGTTAGGCTAGGAA +TGTTCTGGCAATTACATTTAGCTTATGATGAAGATAATACATATAAAATGATGGATATAA +ATACTGACAATGATATAGATAATGATACTTTCTATGCTAAGTTATACAGAGTTACTAGAG +AGAAAGGCATAGCTCCAAATGAATCTGGTCATGACAAGACAGCTCAAACATTTATAATGA +GATCGTCAGATGCAGTAGGAAAAGATTTAAGAGAATTCTTTGAAAAGTGGGGAATAGTTG +CTAGTCCTAATACTAATAAGTACTTAGATAGTAAAAATTATCCAAAGGAGGATAAGGCAA +TCTACTACTTAAATGATAATGCTAGAAGAAAGAAACTTGATGCTAAGAATAATAATAATC +CAAGTTCTTTAGTTATGGCAAATGATACTAAGGTAAATGCATCATTTGGAACTGATAAAA +ACGGAAATAAAATAACTGAAAAGACTTATTTAAACCAAAAAGAAGTACCATTAGAATTAA +GTGTAAATAAAGATTCAGATAAGATTCTTGGATATGAAATTATAAGAAAAGAAGCTACTT +CAAATGGAGTTAAGGAAGTTGTATCTGGGTTTGTTGAAAGAAATGCTGAGGGTGAAATAA +CTACTTATACAGATGTTATAGATGCAGTAAATAATAGAACATTCGGATACAAAGTTAGAG +CATATGACTATGATTTAAATGTAACGGAAGTAACAGAAATAGGAACTGTAAAAGTAAGTC +ATGATGGAAGTATAGTTAAATCTGATTGGAAGTTTGATACTAACACAAGAAGTGTAGAAG +ATGTTGCTGATGAAAATACAGGACATGGACACGTTGAAAATGGATCAATTAATAAGATAA +AAGATAATGATAAATCTACAGTATACAATGCATCAAAAGCTACAAATAATAGCGGACAAA +CAGTAGGTGGAGATCCATATGTAACAGTTGAAATGGATAGAAGTAAGCCTGTAGTTGGAC +TTAAGTATACTCCAGGAACTACAGCTAAGAAGAAGTTCTCATTAAAGAACTTATTTAGCA +AAAACAAAGATATTACTTATTCTCCAATAAGTAAATATGAAGTTCTTGTAAGTGGAGATG +GAACCAATTGGACAAAAGCTCACTCAGGAACATTCGATACTACTAAAGAGAACACAATTT +ACTTCAATGAAAAAGGAAATAGTGATAATAATCAATTATGGTCATATGATGCTAAGTACG +TTAAGTTAGTAGCTAAAGGTGCTTCAACAATATCTATAGCAGAACTTGATATACTAGGAC +CACAAGGTGATAATATAGAAATTGGTGTAGATAAAAACGATCAAGTTTACAAAAATGGAG +TAGGTAGATTAAAGTCAGACTACACATATGCTGAAGGTAAGGTTATACCAGCAGGATCTA +TAATAGTAACTGGAGAGTATAAAGGAGACCCAGCATTTAATGTGCCTTTAGTATTAAATG +AAGATGACGAAAACTTTGCATTAAAAGCACAAGCGATTTTATTAGCTAATTTACCAGATG +ATTCGGAGCTAGGTGAAGTTGCAGAGGGGAATTGGTTATACTGGATAACTCCAGATCAAC +AAAATGAAAATGGTAATGTAAAAGGAAAGCAAATTAAAGCTGAGTTATATAGATATAACA +AGTTAGATGAACAAGGAAGACCAGTTAGACAAAGACTAGTAAGTGATACTTTCTTAGTAG +ATTTACCAGAAGATTTAAATAATTTACCACAAATAGATTTAACTAATAGTAAATCAAGAG +CATTAAAATCTTCTTATGATAAAGTTATAGAAATAAATAATGAAACAATAAAAAAGGCTT +CGGAAAATAGATAATAAAAAGGGGCTATCTCTTTTGAGGTAGTCCTTAATAAACAGAAAG +GGATGAGCTAATGAGAAAATTAAAACCATCAGTAAAAGCTGCAATAGCGTCAACATTGGT +ATTAACATCAACAGCGGCTATTGCTTACGCAGTTCCTAAACTGACGAATGAAAAAGCTAC +TAGCACAGAAAATCAATTAAAGCTAGATGTTGAAAGAGTTGATAGTGATACAGTAAAGGT +AGCGATAGATAATATACAAGATATACCTAAGGCTATTCAATTTAGTATAAAACTAGATGG +AGCAAAGCTAAAGGACGGAGAAAATAGTATAAATGATCTAGTTAAAAAAGAAGTTGAAAC +AAGGTTAAAAAATAATGAATATGCGATTACAAGTAATAGTATACTAACAGATTATACTTA +TAATGAGTCTAAAAATACTATAGATGTTTTGATAACTTCTGAGAATTCATTGCCTAAGAC +TGAAAATAAGTTAGAAGTATTTGAGCTAGATATTAAGGGATTATCAGATAGCACTCAATC +ATATAAAGTAGTTCCAAATAATGAAAAAGAATATAAATATGTAAGTAATACAAATAAAGA +ATACAATGATTTAGGTGTAACACATGAGAATAAAGATATAACTATAAATACAGCACCAAG +AATAACTTCAGAAGAAAGATATATAAATATAGTTGAAGGTGAAAAACTTGAGTTAACATT +TGAAATATTAAAAGAAAAAATAGGCTTAGAGATGCAACATGAAGATGGTGTTGAAAATGT +AACTCTAGAAGTTAAAAAGGATAATAAAGTAATAACTGAATTTACTGAAAATACACCAGG +TATATATGAATTAGAAATTGCAGCAGTTAAGGATAATACTATAAAATCAGAGCCTTTGAA +AGTTCAAGTGAATGTAGCTTTAGATAACGTAACTGAGCCTCCAACTATTACTATGAATGA +AGAAGAGTTAACTGATATTACTATAGCTGGAGGAAGTATATTCAAACCACTTGATGGCGT +TAAAGCAGTAGATAAAAAAGGAAGAAATGTTGAGGTTGATGTTAAAGTAGACAAGGATCT +TGATTTAGACCCAGAAGAAAATATTACATATACATTAACTTATACAGCTACAGACATTTA +TAACAATACAGCTAAAAAAGAAATAGCATTAACAGTAATAGCGAATAAGGCCCCAGTTAT +ATTAGGGGTTAAAGATCATACTATATCTGTTGGAGATAAATTTGATCCAATGGATGGAGT +AACTGTAACTGATGAAGATAAGAATATAGAATTAAAGGTTGATAGTAACGTAAATACAAA +TATTTCTGGAGAATACAAGGTTTCATATAGTGCAACAGATAGTAAAGGTAAGACTAGTAG +ATCTCAAAGTAAAGTAACTGTAAATCCAAAGTCTAGTGAGATAAATAAAGCTCCAGTTAT +AACAGCAGAGGATAAAACTATAACAGTAGGGGATAATTTTGATCCTAAAGTTGGAGTAAT +CGCAAAAGATGCTGAGGATGGAGATATAACATCTAAGATAGTGATTTTAGAAGATAATGT +AGATGTTAATAAAGAAGGAAAGTATACAGTTAAGTATAGCGTTACAGATAGTAAAGGTGC +AACTACAACAAAGACAATAACTGTAACTGTGAATCCGAAAATTGGTGTAATAAATAAAGT +GCCAGTTATAACAGCGGAGGATAAAACTATAAAGTTAGGAGATAATTTTGATCCTAAAGT +TGGAGTAAGTGCAGAAGATGTTGAAGATGGAGATATAACATCTAAGATAGAAGTTGTAGA +AAATAATATAGATGTTAATAAAGAAGGAAATTATACAGTTAAGTATAGAGTTACAGATAG +TAAAGGTGCAACTACAATAAAGACAGTAACTATAACTGTTAAGAAGTATATTGTATTAGC +TGAAAGTATAACTATAGATAACAAATCTAATAATAAAATGTATATAGATAATACAAAAAC +TATAACTGCATCTGTTAATAAAGAAGCTGATATAAAGGATATAAAATGGACAATAAGTGA +TGAAAATATAGCAACTTTAAAAGTTATAGGTAATGAAGCTCAAATATTTGCAAAGACTGA +GGGTAAAGTAACTATAACAGCATCAACAATAGATGGAAGTGAAAAGTCTGATAGTATAAC +TATGGATATAGTGAACTTTAAAAATGATAGTGAAATACCATCATATATAAAAGATGTAAT +AGATACTGAAGTTTTACTTCCTGTGGTTGGAAAAGATCCATCTACAATAGAGTTTGAAGT +TAAAGATATAACAGTAGATAAATTAGATTTATTTTTAGAAAATCTAGAAAGTTTATCTCC +AGAGTTAGAATCAGTTAGAGAAGAAAATGATTTTAATATATATAAAATAAAATTAACAAG +AAAAGCTAGGTTATTTAGAGCTGGAAAGGAAACTTATATAGAAATAAAAGTAAGTAATAA +ACTTGCTAATGCTACTGATATAAATGATAGATTAAGTAAACTACAAAATCAAAAACCAGT +TATAATAGTTCCATCAAATCAAACTATAACTGTAGGAGATAGTTTTGATCCAATGAATGG +AGTAACTGCATATGATAAAGATGGAGTGGATATAACATCAAGTATAAAAGTAGAAGGAGA +TGTCGATACATCAAAGGCTGGAGAATATAAAATAGTATATACAGTAAAAGATGCTCAAGG +AAGGACATCTTCATTAACAGTTATCATAACAGTTAATGAGAAACCTGAAAATCCAGAGCA +ACCAGATACTCCAGAACAACCTGAAATAGAAAATAATGTACCTGTAATAAAGGTAACAAG +TTCAATAGATACTATAACAGTAGGAGATAAATTTGATCCATTATATGGAGTAACTGCATA +TGATGAGGAAGATGGTGATTTAACAAAATCTATAAAGGTATCAGGAAGTGTAGATACATC +AAAAGTTGGAGAGTATAAATTAACTTATACAGTAGAAGATAAAGATGGAAATGTTTCTGC +TTTTACAAGAATAATAGTTGTAAAAGAAAAAGTTATATCTACAAATGAAAATAATAATCC +TAAAACTGGAGATAGTTCTATATTAGGTTACGTTAGTATATTTACTATAGCAGCAGGTGG +ACTATTTATAAAAAGGAAAAACTAAAAATAAGTTAGAAAAGTAAATATAAAATAGAATTA +AATATATATCATAATAATAAAAGAGATATTGAATTAAATGACAATATCTCTTTTATTATT +ACTTAGAGGATTATTTTTAGAGATATTCTTAAGAACTTATTCAGTCTTATGATCTATTGT +AATTACTTAAAGTTAGAATCATTTATTATATGATCAATAGCATATTTTCAATGAAATTGT +ATTTTTAGTAATTTATGAGCTTTTAATCAAACAAAATCAAGCAAATTTTTAATAAAATAT +TAATATTTTGTAATATAATTATATATATTATTTAAAGTTTTGTGAAAAAGTTCTAAATTT +GACTATTTTAAATGATATTATTTTAATATTTTAAATTTTATTAAAGATGAAAGTATAAAT +TGAGTTATTGAATAAATATATATAGATTTTACAAAAATTCAAACTTACTGAATTGTAAGT +CATAATGAAGTTCTTGATATTATAAACTAGTAAAATATAAAATAGTAATTAAATATTATC +TAAAATATAGGGGGGAATTATATCAATGAAGATAGCAGTATGTGAGGATCAGGTTGCACA +AAGTGATTTGCTTAATATTCAAATTAAGAATTGGGCTAAAGAAAAAGATATTAATATATC +AATTGATAATTTTGCAACTGCAGAATCATTTTTATTTCAATGGTCAGATTACAATAAGTA +TGATGTCATATTTTTAGATATAAAGATGGCTAAGATGTCAGGAATAGAATTATCTAATAT +AATTAGAGAAAAGAATAAAGACGTTGAAATTGTGTTTGTAACAGGTTTTTTTAAATATGC +ACTACATGGATATAGAGTTGGTGCATTACAATATCTAATAAAACCTATAAAAATATCGGA +CTTATATTTATGTTTAAATAAGGTACAAGATAGAATAAATGATAAGAGTGAAGTATCTAC +ACTAATTATAGAGACACCAAAAAAAATTATTAAATTAAACGATAATGAAATACATTATTG +TATAATGTTTTCTCCTTATATAGATATTCATACAAGTTCTGGGAAAATAACACTAAGAAA +AAAATAAGTGAAATAGAAGAACTTCTACCGAGTGAATATTTTGTGAGATGTCATAGGTCT +TACATAGTAAATGTAAAGTATATTAAATCAATACTAAAAAATCATGTATTATTAGAAGAT +GGAGTTGAAATACCTATAAGTAGAGGCAAGTATAAAGAAATAAATGATGCTTTTATCAAT +TATATTTGTGAATAAGGAGTAAGTGAAATTTATGACTAATTTATATGTAATTGAAAAAAT +TAACGACCTTATAGGCGCATTTATGTTAATTTATTTCTTTAATAAATCTATGCAACCTAA +AAATAAAAAATATAATAAAGTATATAGTATAGTTATGATTATATTTTATGCTTCAATATC +ATCAACGAAGATGAATGCTATGATTTATGAAGTAAAAAATAATCAAATAATTATATTTAT +TTTTGCTTACCATGTTTTGGTATTAGTGTATCCTCTTATTTTTATAAGAGGAAAGATGTC +GGAAAAATTTTTTTGGTCAGTATTTTATATTGCTATGATGTCAGTAGGTTATTTTGCCGT +CTATACGTTATTATCAGTATTATTCAATATAACAATAGCTGAAATGATGGCTTCTATTGA +TTATAAAATGTATATAGCAATGATATTAAACAAATTGATTCAATGTGTGCTTGTATTTAC +ATTTATAAACAATATAAATTTTATAAAATATATAGAAGATAAAATATTGTATGTTCGAGG +CATTATTTTAATTTGTGACCATATAATATTATTTATAATATCAAGGCACTTAATTGTAAG +TCAATCTGCAACAACTATAGAGACTATAATTATTGTATTTAGTTTGTGCATTATAGAAAT +ATTATCAGTATATACGTTAAAGATACTATATAAAGAGACAGAGGCAAAATTTATACTAAA +AATGAACCTAAAGCGCAAAATATATGATGAAGAAATTATTGATATGTATAAAGAAATGAT +AGGTTGGAAACATGATTTTAGAAATCATATAAATATGATTTTAGGGTTATTAGAAGTAGG +AACTAAGGAAGATGCTATTAAATATATATATGAAATAAATTCTAGTATTAATAAGTTAGA +TGAAAATATATATACAAATAATATAGCAGTAAACTCTATACTATCAAGCAAAATGAAAGT +TGCAAAAGAAAAGGGCATAAAAATAAACTTAGATTTAAAAATAACTTCAGAAATAAAAAT +ATCTAATGTAGATATATGTATTATTTTAGGAAACCTGTTAGATAATTCCATTGAAGCATG +TGACCTTATTAATAAATATAAATTTATTGATTTAAAAATAGTTTCAGAAAATAGTAGATT +AATAATTAAGATAGAGAATAATACTAATGGATATGTAAATAAAGCAAATGGTAAATTTCT +AACCACAAAGTGTAGTCCTATGAATGGAATCGGTCTAACGCAAGTTGATAGTGTAGTAAA +AAAATATAATGGATATATTAATAGAAAACATAAAAATAACATATTCACGACATATGTGAT +GATACAATAATAAGATTAAATAAAATATATAAAAGGATACTGTCTAAAATCAGTATCCTT +TTATATATTTTATTTATATATGGTTATATAAAAGGATATTGATTAATATAAAGACAATTT +AATTACAAAAAATTCTATTTAACGACAAATTAAAATCAAATTAAATTAAATCAAATATAA +TATTTTGTATAAGGTAGGGTTTAAGAAAAGATATATTTAAACATAAGATAATATGATATC +AATTAGATATAAGTTGAATTGAAAATAGTGGTATAAAGAGGGAGGGTACATATAAATATT +ATGAATTCTATAAATATTAAAGATAAATATTATCAAGAAGAAAAATGTGGAATAAGTAAG +CTTTATGAAGAAGTAAAAAAAGGGATAGAACTAAATGAATTTAGATTTGTCTATCAACCT +AAATTTAATATAAGGACGAATAATATTTTTGGAGTTGAAATTTTAATAAGATGGCATAAA +TCAAATGGGGAAATTGTACAACCAAATGAGTTTATTAGTAGATTAGAGGAAGAAAAATTA +ATTTACTTGATAGATTATTATGCTATAGAAGAGTGTATGATTAAAATAAGTGAATGGTCT +GTAAATAATAGTATTAATATAGTACCTATTGCTGTGAATTTATCAAAGAATACATTCATG +AGGGAAGATTTTTTAGAAAGATTAAATTGTTTAATAGAAAAATATAAAATAAGTTTAAAA +CATTTAGAATTTGAAATAACAGAAAGAGAGGCATTAGAGTTTAATATAGAAGATATAAAT +CGAAGAATTGAAGAAATAAAAATGCTAGGGATAAAAATATCTGTAGATGATTTTGGTTCA +GGGAATTCAAACATATCTTTTTCTCTTGATGTAGACTTAGATATTATAAAAATAGATAAA +TCTATGATTGATAGAATAGGAAAGAATAAAAAGATAGAGTATATACTAGCAGCCATAATG +AATTTAGCAAGGGATAATAACATTGAATTAATAGCAGAAGGAATAGAAACGGAAGAACAA +AATAAATTTTTAATAGATAATGGGTATAGTTTTGGACAGGGATATTATTTTTCAAAACCA +ATAGAATTAAGTGAGCTTGAGGAAAAATATTTAGTTAAATGTATTTGTAAAAATTAATAA +ATAAAAGTAATAAAAGGATAGAAATAAATTATATATTTTGGCAGCATTCAGGTGATTCAG +AAATGGTTATGATAAAAATGAGTATACATTAGATGCATCAGTAAATTAAGTAGTGAAATA +ATAAAGGTATCTATTTGTTTAAGTATGTGTTATAATTAATATTGTAGAGATACAAAATGA +ATGAAAAGCCTTTATATAGGCTTTGATAGGAGAAGTTATATGAATAACGGAATAGTAAAA +TGGTTTAACAGTGAAAAAGGTTTTGGATTTATATCAGTAGAAGGTGGAGATGATGTTTTC +GCACATTATTCAGCAATACAAACTACTGGATACAAGACATTAGAAGAAGGTCAAAAGGTA +AGCTTTAATATAGTTAAAGGTGCTAGAGGTCCTCAAGCAGAAAACATAACTATATTATAA +TATATATATTGTTTCGGAAAGATCCTTAAAAGGGTCTTTATATATATATATATATAGATT +TTTGTTATAAATGTATTTAACATGGAAAATAGTTAAAAGCTGAAGGATACCTTGCTAACA +AACAGATTATTCCTAGCAAAGTGAGGATTGCAACTTTAGGAATTTAAGTCAATCAATCTT +AGTAAATTTCTATTTTTCAAATAATAAAATGAAGATAGGAGATGTGGAATATGTACAAAA +TTGGAGAATCTGTTGTTTATGGCAGTGAAGGTGTATGTGAAGTAGAGAATATAAAGAAGC +TTAATATTTCTGAATTTAATAAAAATAAGACTTACTATATATTAAAGCCAATGCATGAAA +ATGGAAAGGTGTTTGTTCCTGTAGATATTAATGTATTTATAAGATCAGTTTTAAAATACG +AGGAAATTCAGACATTAATTGAGGTTATTCCTACAATAGAAAAAAGTGAATGCGATATAA +AAGGTGTAAAAGTATTACAAGATCATTATAAAAAATTATTAAAACATTATGAGTGTATAG +ATTTACTGACTGAGCTAGTAAGCCTTAATGAGAAAAAGAATGATTTAATAAAAAATAAAA +AAAAGCTGAATCAAATAGATGATAGATTTATGAAAATAGCTAAAGGATTACTTGAAGATG +AATTTTCAATTGTTTTAGGAATACCTAAAGAAGATGTAGAGGCATATATTATAGATAAAT +TAAATAAACAAAAATATGGAAAGTACAATATTTGATAAAGAATAACATAAAAAAGTACAT +TGATAATTTCATCAATGTACTTTTTTATATACTAAGGGATTATAAATTATTAGAACTTGT +ATTAAAATAGTCTTTTTTATCTAAATAGATCAAAATGCCAATAGAAATAAGCAATACAAC +AGTAGATGCAATACCAGCCTCGGGGCCAAAAATTCCACCAGAAATGAAATCATTTCCAAC +TAAATTTAAATCCATTAAACTTGAAACCTCAACATTAATTCCGCTAACTTCAAATCCGAA +TAAGTTACCTTGAGCAAAGTTCCAAGCACTGTGCATACCACAAACAGCCCATAAGTCATT +AGTTTTTATGACATAAAGTCCATAGAAAACACCTATTAATATAATGTTTATTACAGCAAT +AAAACTTACATTAGGATTAGTCAAATGCAATAAACCAAATAAAGTAGATGATATAAATAA +TCCTATACCTATATTATATCTAGCTCCTAAAACATTCATTAACCATCCTCTAGTTACAAT +TTCTTCAGTGCCACCTTGAATAATCCAGCCTACTAAAATTATTAAAACTCCAATTAATGC +AGATATACCAATTGGTTGGGTTGGATTACTTTCAACGCTTACAAATCCGAATATAAATAA +GATTAAAACTACCACGCACATCATACCAAGACCAATAACAAATCCTAAAAAATATTTCTT +AAACCAGTTATTTTTACTAAATCCAATAGAAGAAAAGTTTCTTTTCTCTATAAATTTTAC +TCTGATAAATACTAATAAAGAAATAAAAGCAAAAGATACTAAAGTTATTAGTAAAAGTAA +TAAATCTGTATTGGTTCTAAATACACTAAAGTTATTTAATATAATGTATAAAGGTGTTAT +TCCAATAGCTCCTATAAGTGAACCAGCATTCATAAATAATAATGCAAGTATAATAGCCCA +AATAAAATTCGGGAGTTTCTTACTTTTTTTCGCTTCATTTACAAGACTTTCTTTTTCAAT +AAACATGTAAATTCCCCCATTATTATAAATTATTGATAAGTTAATTGTAGTTGTCTTCAT +ATATAAAATCTAGCTAAATCTAAATGAACAAGCTTAGATTTAGTAGGAAAATTATAATAA +TTAAATAATTATTTACAAAATATGTAAAAATATTTTATATAAAAATATTTTTTTAATATA +TACAATGATAAATTAATATGTTATTTTATATAAGTATTCGGCGAGAAATTACAATATTTG +ATAAAATCAATGGAAAATGACTTAACTAAATGACATTTAAAATAAAAAATCCATATAAAG +ATAATTTTTAAAATCAAGCCACACATGTTCAAAGCTTAAAATCACTACTATTTCTACAGA +AATGTATAAAACTAAACTCAAATTAAAAAGGACTGCTTCTTATACAGTCCTTTTTAATTC +TAAAATACATTTTCATATCTTATCTAATTATAATTTATATTAAATTTTTTATTATATTTA +ATAAAGTCCGATTAGGAATATTTTAAATAATCTATTGGATTTAAGGACACTATTTTACAA +GAATATGTAAAGTAATAAATATATATCTATGAGTATATAGATATAACTGTTAGTAAGGGA +GTGTAAGTATGACAGATTATGATTTTAAATATAGTGTATTAAAATTAATTTTTGATGAAA +TAGAGGAATGTATTGTATATGAAGATAGACACGGATATAAGATATATTGTAATGAAAGTT +ATATTAAACATTTTGAATGTGGCATTCAACTCACAGAAGAAGACAAAGAGCAAGATATTT +TAAAAAGAAAAGAAGTAATTGAAAGTAACGAAGAAGTTGAATATATAAAGAAAATAATTA +GATCTAATGGAGATATTAAATATTATAAGGTCACTAAAATTCCTATAACTAATGGTTTAG +AAAATGTAGTTGGTGTTTTAAGTATAATAAAAGATAAATCGCATAAGTATGAACTTGAAA +GACTTAGAGATAGATTTTTTTCAAATATAAAACATGAATTTAGAACACCGCTAAACATGA +TATTTAGTTCAATACAGCTATTAGACTATAAATGTAAAATATGTAAGATTGGTAATTGTA +AAGATTGTTTTATAAATAATCTTCAACTTATAAATATAAATAGTTTAAGGATATTAAAAT +TATCTAATAATTTTATAGATTTAACAAATATCCAAGCAGGTTGTATGGATCTTAATTTTA +GAAACCATGATATTGTTAGTTTTGTAGAATCAATATGTGATAATATAAATAATTATAAAA +AATTTAATGGAATAAGTTTAATATTTGATACAAGTGTAGAAGAACATATACTTAGATTTG +ATACAGACAAGATTGAGAGGGTAATACTTAACTTAATATCTAATGCTATAAAGTTTAATA +TACCTCAAGGATATGTATACGTAAGTTTAATAGTAGAAGAGAAGTATATTAACATATCTA +TTAAAGATACTGGTATTGGCATTAATGAAAATAAGATAGACTCTATATTTGAAAGTTTTT +CTGATGTTGAAAACAGATTAACGAAGGTATCAGAAGGTAGCGGAGTTGGTTTAGCTTTGA +GTAAGGCTTTAGTAGAAATGCACGATGGGAAGATTAGTGTAAATAGTAAACTTGGAAATG +GTAGTGAGTTTATAATCAGCTTACCAAATATAATAAATGAGCGTGAAGAAGTAGATATAT +CTTATTATAAGGTAGATCGAAATAGTTTGGAAAAAATAAAGATGGAGTTATCTGATATAT +ATTAGTAACAATATAAGAAAAAGAGTTGTGATATAACTATCACAACTCTATAGAACTTTA +ATTATTGCAATTTAAATTCAAATATAAGCTTATAGAGCTTTCTTTATAGCATTGACAATT +TTATTTTTAAAATTATTAATATCCACATCTTCTACTTCTATAGGTACTTGAATCTTTTCA +AATAAATCAAAAATCATATCATCAGTAATATTGAAGACCTTGGCATCACCAATTATAATA +TTTTCATATTGTCCATATTGCTGTCTAATATCATATATATCAACAGCATTTATAAAATTA +TTTAATTCATCAAATTTAAGAACCCACCCAGAAGTTATGTATAAATTCTTCTCATCTATA +ATGCTTTTTTTATTTTTAATTATTAATTCTATACAATTTGCATCATCAAAAGTAATAACA +TTATCATAATCCTTTAGAAAATCATGGAATTTATAATGACACTTGTTTCCATATAATAAT +ATAATTTTATTATCTTTAATTTTATCTAAGTTAGTAACTATTTCTGATTTTAATTTATCT +AAATTTGAATGTAATCCGAATGGTAGATACTTCACATTGATATATTCATTAAAAATATTC +TCTTCTTTTATTTCCTTTAATACTTTATTTAATTCTGGTTCAAATACACCACATGATAAT +ATGAATATGCTCATATAAATAATACCCCCTTTTTAACAATAAATATAGTTGTCTAATTAT +ATTATATATCACGAATAATATAATATAGTTATGATTATTGTATAAAAATTATTTACTTAG +ACTTAACTCTAAGGTATACACTCAACATCCAGTTGTAGTAAGCGTGCCAAGCAATAAGGT +AATATCTACTTAGAATAGTGACTACTAACATAGATAAGGATATTACAAAAAGTATATAAC +TATAAGTAGTATCCTTATTTTTAAATAATTTATTCATATAATAGTAAGCTCCTAGGCCAG +TTTCAGCAGCTAATATGATTTTTGCATTCCTAAAACAAAATTTAAAACCATACCAGATAC +TCCATTGACTAAATTTAGCATATCTTCGAATATATTACCAACATAAGTTGGAATATAATG +AGATGTCAGTTACCGAGTTTATACCACTAAATTGGAATCCACTATACCAAAATGCAGATA +AGGTAACAAAGTAAATTGTAGATATAAATCCTAAATTAGGTGATATTAGCTCTCCTATGT +ATTATTAAGGTGTTTTATTCATTATTTTTGAATTTAAAACTTCAGCAGTATGATACAGGA +ACCATTATTCAGGAACCTATTAAAGCCAATATTGCTATAGCTTCTACATTTACTTCTCCA +GATGTTGAATACTTAGATAAAACACCAATAACACCTATTATAGAATCCATTACAATCATA +GCTCCTAAAGATATTGATGCTGGACCTATTATATTTTTTATGTTTAACTTACTTTCTTCA +GTAGTTTGCTTTTTTTATTAGGAATAAAGTTCTTATAGATGTAAAAGCATATACTAATAA +GATAAAAGGTAAACATATTGGCCATACAAAATCTGAGATTGATGAACGATATTTTCTAAT +TGTAGTAAAAAAGAAAAAATAAAAAATTAAACAATATAGACCTTATATGTCCACATTGTT +TATTATTATCTAAAATATAGCTTATAGGAACATGGATAGGAAATATAAAAATTATGAAAT +ATAGTCATTATTTTAACCTATAAGGCGTAATTCCTCTTCCTCACCATAGGAGGTGGAGGA +TGTAAGCCTACCGTTAGGTTATTTTTTACTTATATTTATTTTATAAATTTGGTATACTAA +TAATACGTTTAGAACTTTCAAAACTGAATATATGAGGTTGTTGCTAGAAAAGGTTAGCAA +CGTAAAATATTCAACCAATCGCCAACTGTATGTGGAGCGAAAAACAAGCAATGAAGCATA +CAGACTTGTTTCTACTCACAATCGAAAATGTCGGTGGGTTCTGCTAGGAACGAAAACTAG +TATATATTAGTGTTGATACACAAACCGAAGGGACTTCGGGGTTAGCTTGGGTAAACTTGT +ACCAGTAGGTATATTGACCAAGAAGCCACCACTTCAAACGTTACCGTAGGTAGTTAAGTG +GATGGTAGTTCACGTAGGATTATTATAAGGCTGTAAATTTTAAAAAATTAAAAATAAGCT +TATTAATTGAATTAATATATTAGATATGCAAAAAATAAACTAAATCTAGAAGAAATGAGG +TAGAGTTATGAACAATTTTATGGAACAAGCTAAGTCAATAAAAGATGAGATTATATCTTA +TAGAAGACATATTCATAGTAATCCAGAGGTTGGAGCTGAATTACCTAAAACAAAAGCTTA +TGTAATGGACAAGTTAAGAGAATTTGGATATGATCCTAAGGAAATATGTGAAAGTGGTAT +AGTTGCAACAATAGAAGGTAATAAACCAGGAAAAACTTTTTTATTAAGAGCAGATATGGA +TGCATTACCAATGGCTGAAGCTACTGCATGTGAATTTAAATCAACTAATGGAGCTATGCA +TTCATGTGGTCATGATATGCATACAGCAATGCTTTTAGGAGCAGCTAAGCTATTAAAACA +AAATCAGGATCAAATAGAAGGTACTATTAAATTAGTATTTCAACCAGATGAAGAAGGATT +TACAGGTGCTAAGAAAATGATAAAAGCAGGTGTACTTGAAAATCCTAAAGTTGATGCAGC +TATGGCAATGCATGTACACTCTGGAACACCTTCAAATGTAATACTATGTGGACTTGGAAC +TAGTATAGCAGGATGTAATAGATTTAGAATTGTTGTAAAGGGAGTTGGATGTCATGGAGC +TATGCCAGAACTTGGAGTTGACCCAATAAATATAGCTGCTCACATATACTTATCTTTACA +AGAAATAATAAGTAGAGAAATATCAGCTACTCAGTCTGCTGTTGTGACAATAGGTAAATT +TGCAGGAGGAGATGCACCAAACATAATACCAGGAGAGGTTGTTATGGAAGGAACCATAAG +AAGTCTAGACAAAAAAGTAGGAGAATTAATATTTAATAGAATGAATGACATAGTTACATC +TACTGCTAAAATGTTTAGAGGAGAAGCTGAGTTAATAGAGTTATCTTCAGTGCCTCCGTT +AACAAATGATAATAATTTAGCTCATGAAGTTACTGATTATATGAAGGATTTAGTAGGAGA +ACAATCAGTTGTATTATTTGAATCTGGAGGAATGGGTTCAGAAGATTTCGCTTCTTATTC +ATATGAAGTACCAAGCGTATACGTTATGTTAGGAGCAGGTACAAAACAGGAAAACCCTTT +ATTTGGAGAACCAATGCACAATGAAATGGTAGTGTTTAATGAAGATATATTACCAACAGG +AGCAGCCATGCATGCATATAGTGCTATAATGTGGTTAAAAAATAATAAGTAAAACTATAA +ATTTATTATAGTTAGTATCTTGGAAGGAAGTATTAATGAGATTATTAGATATTTTATTTT +ATCTATTAAGAAGTAGTTCTAAAGTTACAATCAAGGATTTAGCTAAGATTTTCAATGTAT +CTACGAAAACTATACAAAGAGATTTAGACAAATTATCGATACTAGGAATACCTATAATCA +CATATAGAGGTGTAAATGGAGGAGTAGAGATTGATAAAAACTATGTATTAGCAAGACACG +TACTTAGATATAGTGATTATGAATCTCTAATATTTGCATTGTATATAGGTGAAAATATAA +GTGAAAATATAAGGGAATCTTATTTAATTGATAAATTTAAATCTGTAGATAATGAAAGAT +GCTCGAAAATTTTAGAAAATCTTAAAGAACGATTTATAGTTGATTTATATGAAAATAAGT +TTGATATAAGAAATAAAGTATGCAAAGAGATTGATAAATCTCTAGATAATAAATCCTTTA +TAGAATTGGAAATAAATAGTGAAAAAATTGAAGTATATCCTATTTCTTATGTTTTAAGAA +GTGAAGGCTTATGTTTATATTGTCGTAAAGAAGAGTATATAATGATTTTAGTTGATAAAA +TATCTAAAGCAGTTGTTAATAACAAAAGCTATGATGGAACCATAATCAGTTATGATGAAA +ATAAAAAGAATATAAAGTTTATTTAATAATATCAGTTATTAAAATCTATGAAAAGCACAT +CGACTATTTATTGATGTGCTTTTAAACCTGAGTAAGAGGTGTAGTCGTTGGCGACGTGAG +CAAAGCGAATTTTTTATTTACATATCCAAATGAATTAGCAGAAATACTTAATGATTTTAC +CATAAACATCAACTATAAAACTTCAGTTTATAGAATAATTAATATACTAAGAACTAAGGG +CATCAATATTTGTAATGCTCCTATTAGTGTTCAAAAAAATATAAGTATATTACGACACTA +TCGAAACAAATTACTAAATATTAAACCGAACAAAAATAAATAAAAAAATAAAAATGTATA +GAAAACTATATATTATTTTTTATATGTGCTATAATAATATTTGTAGAGATACACAAATAA +ATTAAGAGAAACCTAGAAATAGGTTCATGGGAGTATTTTTTTATGAATAATGGAATAGTA +AAATGGTTTAACAATGAAAAAGGATTTGGTTTTATATCAGTAGAAGGTGGAGATGATGTA +TTCGTACATTTTTCAGCAATACAAACTGATGGGTTTAAATCATTAGAAGAAGGTTAAAGA +GTAAACTTTAATATAGTTAAAGGTGCTAGAGGTCCTCAAGCAGAAAACGTAACTATATTA +TAATATATATATGTTCGTGAAAAAGACACATCGTGTGTTCTAGTGTTGCATTAATGTAAA +ATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGG +GTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_2 +CAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGT +TGCACTTATATTGACAATCTATCATATATAAAAAATGATATATATTTAGTTATATTTATA +GTGAATAAACCCTTTGCTATTTTTATTTTATTTATACTTATATCTATGATTTTTTACATA +TAAAAATTCTATTTACTCATATAATCATTATATCGCTATAAAATCTTTAAAAATCAGTCA +CTATATTTTTAATTTAATAAAAATATCCTAGAAAGTATGAATTAATATAACTCATCATAC +TTTTCTAGGATATATAACTAACCTTATACTATACAGTTTTCTATTTGTACTATATAATCT +CCACAACTCTTACAAATTATAATACTTACAATATAGCTATCATCAACTTTTTTCGCCTTA +GATAATTTATTAAAAGATAAACCTTCATACTCTTTACTTATATCACTAATTACATATTCT +TGATTTTTACTAAATATATAGAAGTGATATTCTAAAAAAGGAAAGAACTTTGCTTTTTCC +TTTACACCTGATAAACATTCTGGACAAGCTTCTTGATAGTATTCTAAATCAAAATCAATA +TTATCACCGCTATCTAAAAGATTTATAATATCAGATAAATTAATACCTTTAACTGGCTTC +TCTTCATCATTTATTAAACCACTACAATTAGTATCATTTAATAAATACTCTTTTTCATCA +TAATTAAATTTATACTCGCTCATGTTACACCTCTTTATTCTATTTCTGATTTAAAAGGTA +CTTTATCATAAAGTGCCTCTTTATACTCATCTTCTGTAATATAACCTAATTGATGCATTT +TGTACAATATAGTTTCCTGTCTTTTTTTAGCTTCACTATGATCTGAATATTTAGCAGGAT +TATTAGTTATTCCTACAAGCATTGCGCTCTGAGCTAAGGTTAAATCACTTACATCCTTTC +CAAAATATGTTCTAGAAGCTTTTGCTACACCATAAGATGATTTACCAAAGTATACATTAT +TTAGATATACACCTAAAATTTCGTCTTTAGACATTATTTTATCAATCTTGATAGCATTAT +ACATATCTCTTATTTTTCTTTTTATATTTTTATCATCATTAGTTAATAAATTCTTTGAAA +TTTGCATTTCTATAGTACTTCCACCTTGGGTAGTATCTGAGAATATATTATGGACAACTG +ATCTAACAAGTGATTTATAGTCAACTCCATTATGATTATAGAATCTTTGATCTTCTATAG +CTACTAAAGCATTTTTTAAATCATTAGGAATCTTATCTGTACTAACCACCTGACTACTTA +TATAATTATCTTCTATAAGCTGTCTAGTTACTTTTGGAGCCCCTCTTAAGGCTGATATAA +CCACAACAGATCCTATCGCCGAACAAATTACCAAAGCTACAAGAAAAATTACCGACATAG +TTTTTATAAGTTTATTTCTTTTCATTTTATCATTTTTTCTTGATCTTCGACTTCTTTTTT +TAACTTCTTCACTCTTTATATTATTAATATTTTTATTTCTTTCAATACTATTATTACTTG +ACATAGGCCTTGATACAGAATCATTTGAACTGACTTTTCTTCGTCTTATTTTATTTGTAT +TTTCATTATAATAATTCATTTTTACCTCCTTATTTCTAAATTTATTATACATCCCTTATA +ATAATAAATCAAAGAACAAAATTGTAAGATTCATTATACTAATTGTATGTAGTAATTTGA +AAAATAAGCTAATTTTTGTTATAATTTTAAAATTTGATGTGATATTTGTAAGATTTTAGT +GTATAATGTATAAGAAGTTTATATAAGGAGGTAACCGTTATGGCATATCAAATAAATGAT +GCTTGTATAAGCTGTGGTGCTTGTGAAGCTGAATGTCCTATGAGCTGTATATCAGCTGGA +GATGATAAATACGTTATAGATGCAGACGTATGTATAGAATGTGGTGCTTGTAACAGCGTT +TGTCCTGTAGACGCTCCACAACCAGAATAATAAAAAAACTGTTCCTTTAATTGATTCATA +TCAATTAGGAACAGTTTTTTTATTTGTATTCTTTACATAAATCTTCTGAAGTAACTAAGT +TTATTTTTATATTTTCATCTTTATTGTATAGGGCAATACCTATTTTAATATCTATATTTT +CTCCACTGTTTAAAGTTCCTATAAATCCCTTAATGTTATCATTCGAAGTCTTTACAAAAT +ACTTTGTAGATTTATCCCCTTGATATGGATAAATATCTATATTAGCTAACTCAATATCAT +ACTTCCCTTTATTTTCCACTTTCATAGTTAATATAGCATAATAACTATATTTTTCTTCTA +TATCTATAGAATCTTCAAACTTATGAACATCTGCTAACTCAACATCTATGTCTTCATTAT +TTATATTATTAATAATAATATCTTTTTCATTATTGTTATTACATTCATTCATAGAAGTAG +AAACATTTGACATGTTAATTGTAGAAAAAATAATTAATAAACTAATAAAAATTTTTTTAT +ACATAAATTCCTCCTAAATCATTTTTATTAGTTTATCCATACTGTAATTTTTTATTTAAA +TTTATTAAAATTTTCCAATTAGCAAATAAAAATAATATTTTTTTATTATTTTAAAATTTT +TTTAAACTTTTTTCGACATTTCTATTGCATTATTTGTCGAATTTTGTTATTATTAATTCA +AGGTTATTCCCCTAATAACCGATTATTTTACTCCCCAAATAAAATATATTCCCTAATAAA +CCCCTTTTTATAATATATTTTACCCCTTTATAACCCTACTTGATCGGATTAGAGTAGGGT +TATTTTTTTGTCCATATTAATTATTTTTCTTATCAATCTATATCCTTGAGCTTTCGAATC +TAAAGATCTTATTTCATTATATTCAGTATTTATATTATGCCTAATATTCCAATAACCTAA +TTCTTTGTAAAGTAATATCTTTTTTTCATCAGATGACCATGAATATTCTTCTTTATTTAT +TTTTGTGTAGTACCAATCTAAATTCTCATTTACAGCTGATAGATCATTCATTATTTCCAA +CACATTATCATATCTTTCATTTTGATTTACTTTTAAACACTTTTCTATAATTTGTATCAT +ACTTTTAGGAATATGTGGCAAATATTTTTTTCTTACTGGAAATTTACCGTTTGCACTGGC +AATCTTCAGGCTATTTAAGTCTTTATGTCTTTTTACTTGCTTGTTATATTCTTCATTTCC +ATTACACATTCTATATAAAGTTGTTCCTATTTGGTAAACATCAATTTTCCTATTTACAGT +AGAATTCAAACATTGCTCTGGTGCTATATGCTTATAATAGACATTTTTAAGCTTTGCATT +TCCATTTTCATCTAAATAAAGTGCTGAACCAAAATCTGTTAATACTGCCCTATTTTCATC +ATTTATAAGTATATTATTAGGCTTTATGTCACAGTGCACCAAGTTATTGTTATGAATATA +GTACACAGCTTGTAAAAAGTCTAAAGAATATCTTATTATTTCTCTTAAAGTTAAATTTCT +GCCTTGAAGTAAGTTATATAGCGATCCATTTTCGAAATAAGGCATAACTATATAAATATA +TTCATCATCATAAGATGCATGTTTTATTGAAATTATATTAGGATGTTCTAATCTGCATAT +TTTTTTAGATTCATCAAAATATCTATCGTACTCTTTTAAGTTCTTTTTATCTATTTGCTT +TAATATAAATTTAGAACCTAATTGAGTATCTTCAACTATATATAACGCAGAATTTACTCC +CTCTGAATTTATTTTTTCTAATATTTTCAGATTAATTTTTGTACTTATTTGCATAACTCT +ACCCCACAACTTGAAAATAATTCTTCAATTATACCTTCAACTTTCACCGCTTCAATTATT +TCTATACCTATATCACCTTCTATATTCATGTACGCTTTTCTTACACCATATTCTTTAACT +AATACACTAATCATTTTCCTTATATAACTTAATCTTTCTCCTACACTAAAAGATTTAGGT +ATAACAATTTCGTCTTTTAATATATATTTTGTTTTTTGATTTATTATTTTATATATCCCA +AATTCTATTTTGTTAATAAAAATATTTATATTCATTAATCCCATAAAAATTCCCCCTAGG +AAAAACTAGTTTATTGTTATATAATATGAATTTTCACTTGGGAAAAATGATAAAAATGTA +AAAAATATATACTAATAATAAAAGAAATGATTAACTCTAATAGAGTTTACCATTTCTTTT +TAAATATAAGATAAAAACTTATATGTGAAATAAATGTATCTAAAGTTTATCTTATTCCAA +TTTAAAGATTATCTGCTATAGCCATCATCGTACTTTGTAAATTTAAAATACCATATCCTT +GAGATGAATTTGGATAAGTATATATATTATTTTTAGTTGCTCCACGCATTAAGTAAGTTT +TTAATACCTTTGTAAATAAAGCTCTTCTTGAATAGTCACCTTGTTGTGCCAGGTATTCCA +TTATAATAGCTAAAACTCCACATACTAATGATGAACTAACACCTGTACCTGTCGAAGTAG +TATAGCTTTGATTTATAAACGGTGAAATTATATCTACACCTGGCGCTACTATATCAGGCT +TTGTAAAACGACCTTTGACTGGCCCTTTTGATGATCCTATCCACATGCTATTAGTTTTAT +CATTATATGCACCTATTGTTATTACATTTTCTGTTGAAGCATATAAAGTAATTGTTGAGT +AAGAATTTGGGTCTAAGAATCTTGTATTAACAGGTATAAGATTTTGATTAGGTAAATAAA +TATCGTACTCTCCTGAAGTTATAATCTCAGGAAATAATCTAAGTGTCCATATACCAGGTT +TTATGTCATCTATTCTTATTGTCAATTCTTGATTTCCTGAAAGCAACCATGGATAAATAA +GCCTCATTTCATAAGATGCATTTTCTAAGTTGAACCTCCCACTATATATACTATCATCTG +GTGCATACATTATTTTATAACTAATTTCTCCAGAAGGAGATATAACTAATGCCCCTACTC +TCCCTGGTCCATTTGGAGATATAGTTATTTCTAATGATTTTTGTTCTGATACTTCTAAGA +TAATATCCTGTGGAGTTTCATCATCTTGAAAAAAGCCTTCATAATGAATATCTGTGTTCC +CCTCATTTCCAGCTCCACCTACTACTACAACTCCCGTACTATTTAAATAAGTAAATGTAT +CTAATAAATTTGTTAATAAGAATGACACAGACCTTTCAGCAACAGTTAAATTTATTACTG +TCAATTTATTTTCTCTTTGAGATATGTCAATTACATATTTTATTGCAGCTAAAAAATCTG +TATTTATATAATTTATCCTTCCTTCTTGATAAACTCCTTCATGCTGTCTTAATTTAACAA +CAACTAGTTCACTATTAATTGCTACACCCCTATATAATGGATTCAATCTCCCATTACCAG +AAGATATACCTGCTGCTATAGTGCCTGTTCCTATATTATCTACACTTAAACTAGAGTCTC +CATTTGAAATAGCTTCATTTATTTCTTCTCTTGTAAATTCACTTCCAAATATCATTCCTT +CTGGTGGTGAATTTCTATCACTTTCTTGATCCCAAAGTGATATTATCTTACTAGTATTAT +CATTTTTTATAAAATCTGGATGTAAGTAATCTATTCCAGAATCTATAATAGCAATTAGTA +CACCCTGACCACTAGCATTTATATATGGGTTATTATCTATATAATCTGTACCAGCAGCAA +CTGTTACACTTTCACCTTGAAATACATTATTAGTTATATTTATTAAAGAACTCATAGGTT +TAGATATTTGCCACCAAGATACTTCTGTTATTGTATTTAATACATTATCATTAAAATTTT +GATCTACATATATAACTGCAAGTACCTCGTTAAGTATCATATATCTATTTATTCCATTTT +CATTTAATGCTGATAATATATTACCTTGATAGATTATGGTATATGATTTTTCCATACTCC +CCTCCTATCTAAACTGATCAAAAATATTTCTTATATTTAAAATTCCATATCCATAATTAT +TATTTGGATATTGTATATTATTTTCTCTTACCGCTCCCGCTCTAAAATATGTTCGCGCTT +TTTGAACAAAAGCCTTATTTGGATAATTATTCTCAACTATGACGTACTGATAAAATAAAG +CCACACATCCCGATGTATATGCTGCTGATGCTGCTGTTCCTGTAATAGTTGCATATCCTC +CTCCTGGATATGGAGCTATTATATTAACCCCTGGAGCTACTATATCAGGCTTTAAAATCC +CATTTATTGTTGGTCCTCTAGATGAACTTTGCCATAAACTACCATTTATAGAATTGTATG +CACCTACTACTATTTGATCTTCATATTGAGCTGGATATGTTACTGTACTATTGGGGTTTG +GATTTCTAAATTTTGTTCCTGAATTTAAGAATTCTCTATTTGGCAAATATGCATTATAAA +CTCCATTTGTAATATATACTCCTGTCAATCTTATTTTCCATATACCTCTTTTTACGTTAT +ATAAATTTATAATTGCTTGTTGCTGCCCAGAATAAGTTGTAGGATATATATATGTTATAC +CGTATCTCGTTCCTTCTAAGTCAAATACGCCACCTACCTGACTATATTCAGATATATCGA +CCTCTTTACTTTCCTCTCCTGTTGGTGAAATTATTGATACAAGTGCAGTATCCGGCCTAT +TTATCCATACATCAATTATTAATTCTTGCTCTTCATTCTCTATTTCTAGTTCAATATCTT +GTATATCCCCATTAAATGAAATTATACCACTTGTATGTGTTTGAGTATTTCCTTCATTGC +CTGCTCCGGTTACCAGACATAATCCTCTTGAAAAAAAAGCTTCTGTAGTTAAAGTTCTAC +TTGATACTCCTGCAAGACTTGTAGATCCTAAACCAATATTAACAACTAAAGGAAGATTTT +CTTCAAATGCTTTTTTGTAAGCATATGAATATGCTACATTAGCCATAGCACTATTATAAT +ATCCATTAATTGTTTCCATCTTAATTACTATTAAATCACTATCTTCAGCAACACCAGCAT +ATTCCCTATTTACATTTCCACGTCCTGCACAAATTCCAGCTATCATAGTTCCATTTCCAA +TTTCATCAGTAGATAAACTATTATCATTATTAGCTATAGCTTCATTTATTTGATCTCTTG +TATACTCTGTTCCTATATAGTAACCTTCAGGTGGATTTCCTTCTTTAGTTTGATCCCATA +AATACAGTATTTTTGAAGTTCCATCTTCATAAATAAAATCTGGATGTAAATAGTCTATAC +CGCTACTGATTATTGCTATTGCAACGCCTCTGCCTGTTAATGATATATTGGGATTATTTT +TAAAAAAATTCACACCAATTTCTTCATTTGCATTTACACCTCCTGTAGTACCTTGAGTAA +TCTCACCAAGCAGACTATATCTAATATTAGGATCTATTCTAAGTATAGATGGTAATCCAA +ATATCTGTGGAAGTAAATTAAAATTAGATTCTGTCACAAATAAAATTCCATAATTATCAC +TTAATTTTAAAAACTCATAGTCTGGTACAATTTCTGATAGTTGAGACTCAAATTCGGGTT +CATGAAGTAAGTTGATACCGGGCCTAAAAATCCCGTGCTGTTGACGCATCATTTTTATTT +TAGGCTTTAAATTATTTTCTTTTCTTTTCCTACATCTTCTCTTTCTATACTGATACTCTA +AGTTACTATTCATGTCAGCTAATTCATTTAATTCAAGTGTTGATAAATTTAAAAATCCAT +ATCCTCTTAATCCATTTGGGTATGTCAAATTTTGGTTTCTCCTTGCAGATTTTAAAAGAA +GAGCTTTTAACTTAGCTGAGTATAAAAACAAATCATTCCTATTAACTATTCCCCATTGAT +GAAATAGTGAACATACACCAGTTACATGAGGTGTTGCCATACTAGTTCCAGTTAATGCTC +CTGTATTTCCACCTGGAAGATATGATAATATATCTTCTCCAGGAGCTAATATATCTGGTT +TAAATACACATTCTTCGAAGTCTCCCTCCCCTGAAAATACAGAAACTATATCCGTTCTAG +AATTATAACTCCCTACAGTTATTACTCTCGATGCAGTTCCCGGAACTGTAACTGTAAGTT +CTGTTGTAGGCTCTAGAAACCTAGTCTCTGGGCTTAGACCTTCCGAAGTAGGTAAATATA +TATTTATATTACCATCAACTATGTTTATAGGTTGAAATACAATTTTCCATATTCCAGGAG +TTATAGCACTACTTGTAGTTAACTGAAATGTTACCCTTCTTGATAATGAGTATGGTGCAA +CCGGATAAAAGTATCCTTTTATTCTTGTGCTTCCTATAGAATTTCTTACTTCTCCTGAAG +TTAATGATATATATTGAGTTTGCTGATTTGATGGGTTTACTAAAAAAACATTAAAGTTAT +CTGCAAAATTAGGCCAAATATTTATATTCAATATTGTTTCATTTTCTCCTATTACAAACT +CAACTTCTTCTTGTATATTTGTTAGTTTAATATGCTTATGTCCACCCTTATTCCTATTAT +TTCCTGCTGCTACTACTATATTATTCTTCCAATACAAACACATATCATCTATATATTCTT +CAAATAAAGATAATCCTCTATGAGACCCTTCATTACTTCCATAACTTATGTTTATAGATA +CAGGCATATTTAGTTCTAATGATCTGTCTAGTATAAATTTTATAGCCCTCATAAATTCTG +TACTCCTAGAGAAAGTATCTGTAGTTCTTGTACCTACCCTAACCACTATCATACTTGCTT +CATTTGCAATAGATGCGCAAGTACCTGCAACATGGGTACCATGAATACTCGTAGGTGATA +TAGGGACATTCCCTTGATTATTAATGGCATTATTTATATCTTCATTTGTATACAAAGTTC +CTTCATGAAATCCTTCTGGAGGATTCCCTGGTATAGATTGGTCCCAATAATATAAGATTT +TTGAATTGCCATTTGAGTCTTTAAATACAGGCAGAGTATAATCTATTCCTGAATCTATAA +TACCAAGTATTGTTCCTTTACCAGTTAAGTTGCTTCTATTTTTAAAATTAGTAATTCCTG +TGCTAGAGAAACTTTGAGTATCTTGTGTTTGAAGTATAAATGGTTTTTCTACATATTCAA +TTTGTGGATATTGTAATAGTCTATCTATAGGCTCTGGTGTAGAAGAAGTTATTATTGCAT +AGTTTGAATTTAGTATCTCTACATTAACACCAAGTTCTTCTTCAAGCTGCATTATATCTC +CGCTATATTTTACAATAACTTCATACTCATCTATAATAATCACCTCCTGATAGCTTTTAT +GTATAAAGCTTCTATTAATATATATTTTTTTCATTGTATAATATTCTATAAGCACTGAAT +TATTCTTAAAATTAACTTATTTTACAATAAAAAAGAGCTTTCTCAAAATGATTAATTAAC +CATTTTGAGAAAACTCTTTAAATTTCATTTCTTATCTTTAGAAATAACTTTGCAGTTGCA +AGCGTATCACTATCCGCTCTATGAGCATTTTTATTTTCTATATTATAATATGCACATGCC +GTTTCTAGTTTTTTATTTTTACCTTTATAGGATTTATTTTTCTTTAATAACTCCAGTGTG +CAAATATGATTTTCTATTGGATCTAAGTTTAACTCTTTTAAGTAATAATTTAAAAACTTT +AAATCAAACTTAGCATTGTGAGCTATTATAGTTCTATCTCCAATGTATTTCCTAAATCTA +GGTAATACATCTTCTATATAATCTTCATTCTCAACCATTTCATTACTTATATTAGTTATA +TCTGTTATAAAAGTTGGTATACTCTTTTTAGGCTTAACAAATCTTGAGTAGTTCTTTACT +ATTTCATCATTAATAATTTCTGTTATTCCTATTTCTATAATTTCACAACCTTTATAAGGA +TCTAATCCTGTAGTTTCTAAATCTACAACTACATATTCTTCCATATGATTTCTCCTTAAT +TTTAAAATAAATATATTTTTATATTATATTTATTTTTGAATTTAATCAACAACTAATTAT +TAGAAGTAATTTAAAGGGTTAGTATGTTGTCCATTTACTCTCACTTCAAAATGTAGATGT +GGACCTGTAGATCTTCCTGTTGAACCCACTTTCGCAATAACTTGTCCCTTTTTAACTTTT +TGACCTACAGAAACATTTAAAGAACTATTATGAGCATATAAAGTTACTACTCCATTACCA +TGATTTATCATAACTGTATTACCATAACTACCTTGAACTCCAGAATAGATTACAGTACCA +TCATCAAATGAAGTTACTGGTGTTCCCTTTGGTGCAGGTATATCTAATCCTGTATGGAAT +TTCTTAGTTCCTAAAATCGGATGAATTCTCCATCCATAACTTGAGCTATTTCCACTATAT +CCTGGAACTGGCCATGATCCATCAGTAATTACTGCACTAGATGAACTTCCACCAGATGAG +CTACTTTGACTATTTGAAGTAGCTTCTTCCTTTGCTCTAGCAGCCTCTTCTTTTGCTATA +ATATCTGCAATTTTTGATTCTAAATCTTCTTCTTCTTTTGTTAACTCAGCTTTTAAATTT +TCAATTTCTTCTTTATCTGCTTCCAATTTACTGTTGTCTGATTCTAATGAAACTTTTAAA +TTTTCTTGTTCTTTTGTTTTATCTTCTAAAGACTTTTTCTTTTCTTCTACAATTGCCTTA +TTTTCTTCTAACTCTTTTAATAAATCTCTATCTTGTTCTATTACTTCCTTAACCATATAT +AAATTATTAAAGAAATCTGATAAAGAAGTACTACTTAATATAACTTTTATATATCCCATA +GAGTAATTATTATCGATAACTTTTAATCTTTGTCCTAATGCTTCTTCATTATCTTTTATT +TTATTTAATAAGTCTTGTATTTCTTTTTTTGCTTCTTCAGTTTCTGAATTTAGCTTTGCT +ATTTTCTCTTCTGTAGATTTTATATTTGATTCTATCTCTTTTATTTGAGAATCTAATTTT +TTTATTTTTTCACCTAATTCTTCTTGTTCTTCTCTGTTTTTAGATAATTTGCTGTTTAAA +TTAGATTTTGATTCTTCAGCATACACAGCACTTGTAGTTGTTGCACTAGCATTAACTAAA +ATCGAACTAACGGCTATTAATGAAACTATTTTCTTCACTCAATCTTCCCCCAAATTCTAT +ATTTTAAACTTTTAAGTGTTTTCTAACTGACATTATACTTCCTAAAACACCTATCATAAC +TCCTGTAATAAATAAAACTAATATTAAAGATATTGATATACTAGTAAGTGGAACAACAAC +ACTTCCCATCATATTAGATAAAGCTCCATTTATTTTTTCAACTATGTATCCATATGTACC +TGTACATATACCTACAGATAAAACAGCACCTACTAATCCTATAATAAAACCTTCTACTAT +AAATGGCCCTACTACAAAACTATTACTTGCTCCTACATACTTTATTATCTCAATCTCTTC +TTTTTTGCTGAATACTCTACTCTTTATCGTATTTGATATTATTACTAAGCAAATTAGAAG +TAACCCTAATATTAATATTCCACCAAACTTTTTAATCATATTAGATAGATTTAAAAAGTT +CTGTATTATGTCTTGATGATATTTAACTTCAACTACATTATCAACTTTTTGAAGTTCTTC +AACTATATTATTCATATTTTCTGAATTAACAAGAGTTACTGTATAACTATCATCTAAAGG +ATTTTTAATTCCTTCTAATAGATGACCATCTTCACCCCAGTTTTCTTTCATCGATTCAAA +AGATTGTTCTTTTGACTTATATTCGATAGTTTTTATTCCTTCTATTTTTTCTAAAGCTTC +TTTAACTTGATTTCTTTGGCTTTCATCTAGGTTTTCCGAAACAATAACTTTAATTTCATT +TATTTGATCTTTAGTTACTTCAATAAATTGATTTATATTTATAACAATAGTCAGTATTAA +ACCTAATATTATTAATGCTGCTGTCACAGATATCGTTGATATAAGACTCATAGTTTTATT +TTTTCTTATACCATTTATTCCTTGCTTTAAGTTGTAAAGAAAATTAGACAATAACTTCAT +ACTGATCCCTCTTCGTATCTTTTATTATTTTTCCGGCATCTATAGCTACAATTCTTTTGT +TATATTGTTTTAATATTTCCATATCATGTGTAGCCATGACAATAGTGACACCTTCTTCAT +TTATACTTTCTAACAAGTCTACAATTTTTTTAGAATTTTCTACATCTAGATTACCTGTAC +ACTCATCCGCAATTATTACTGAAGGCTTATTAACTATCGCTCTAGCTATACCAACCCTCT +GACATTCTCCCCCTGATAATTCATCGGGATATTTATTGCATTTATGATATATACCTACTT +TTTGTAATACTTCCATTACCCTAGTTTTTATATTTTTAGGATTTTCTCCTATTACTCTCA +TTGCAAGTTCAACATTTTCATAAACAGTTTTATCTTTTAATAATTTAAAATCTTGAAAAA +CTATTCCTATATTTCTCCTGTATGTATGTAATTTACTAACCTTAATGTTAGTTATATCAT +TTCCTAACACAGATACACTTCCTTTTGAAGCTTTCTCTTCTCTTGTTATCAATTTAAGTA +ACGTAGATTTCCCTGCACCTGAACGTCCAACTAAAAATACAAACTCTCCTTTGTCAATTT +TTAAGTTTATATTTTTTAATGTTTTATTTCCATCAGGATACATTTTATCTACACAAGTAA +ACTTAATCATCCTATCACTCCATTTTTTCCTATTTTATAATCCAATTTTTTCTTTTCTAT +ATAATTATAACATTTTTTGTAACTTTATTGTAACCTTCTTATATATATTATCTAAAAATT +CGACTTTAGTCAAACTTTAATAACTTTTTTATCTCAAAATATATTTATTTTACATAAAAA +TGGACTTATCTAAAATAAATATATTTTGAGATAAGTCCATTTTTTTAATATTTTATTTTT +TTTATCGTCTTTTCCTCTTTTAAATAAATAAGTCCATTTCCCTGAACTGCTCTTGAATAA +TTTAAAGTTTTTGTATGTTTAATTAATTGAGCGTATAGTTCTTCTTCTGTTAAATCTCTT +TGAAATTCTTCTTTTGACCAATTTTTTAGAAGCGCTAAACTTCCACTTACATAAGGAGTA +GCCATACTAGTTCCACTTAAACTAGCATAACTGTTATTTGGATATGTTGATAGTATCTCT +ACACCGGGAGCTACTACATCTATAACAAGATTTGCATTACTAAAATATGCTGGATTTCCT +CTTTTATCCACTGCACCTACAGATATAACATCCACATATGCAGCTGGATATGAATATTGG +AAATCGTCTGCATTTCCATCGCCTTCATTTCCTGCTGCACAAACAACCAATATATTTTTA +TTTACAGCTTCTTTTACAGCTCTTTCTAATTTTTCATTATTAGCTGACATTCCTAGTGAC +ATTGATATTATATCTACTTTTTTTTCTACAGCGTAATTAATTGCATTAATTACCCAACTA +AGCTTTCCTGTACCACTTCTATTTATAGCCTTCAAAACATATATGTTTGCTTTCGGTGCA +ACTCCTACTATACCATTCTCTCCATTTGCTGCAATAATTCCAGTTACATGCGTTCCATGT +CCAACTCTATCTACTACAATATTTTGGTTTTTATTATCTTCATCAGTAAAGTTTCTTACC +CCTACTATATTATCTTTTAAATTTATATGTTCTATATCACAACCAGAATCTATGATTGCT +ATATTTATACCCTCTCCTTTTTGTGATGTATTCCAAAAACTTTTTGCCTGTATCATGTTA +ATTCCATATGGTGAACTTAAAGTAGTAGCTCTAATTTCTTCATTCTGTATATACGGTATT +AGTCTTACATTTAAATCTACTTCCTTGTCTTTATTTTTCATAATACCACTCCAAAAATTT +TATATTCTAATTTAATTATATATATTTGAAGTATTTATTGTGATTTGATTATTTATTTCT +TTTAATAGATAGTCATGAATATTTCCAATTACATCTATTTCTTTCTCTTTACTAATATCT +ATATTATATAAATACATATCATCTGAATCTTTACACTTATAAATTCCCTCTTTTATAATA +CTATTGTCTATACACACTTCTAAAAAAGAGCCTGATGTAAAATAATAAGTCCCTATTTTA +TCCTTATTACCTTCAGTCCATTCTCCTATATATTTATATAATCTACAGCTATAGGTTCCT +ATTCCATGGCATTTACCATTCTTAAAATCTCCTTCATATACACTTTCATCTAAATATATA +TACTTACCTACACCATTAAATAAATCATCTTTAAACTCTCCATAGTAAACTTCTCCATTT +CTAAACTTAAGCTTGCCATTCCCCTTCTTAAGTCCGTATTTAAAATCGCCCTCATATATA +TCTCCATTTTCATTAGTATAGCACCCATATCCATGATATACATTATTCTTAAAGTCTCCT +ATATATACACTTCCATTACTATATTTATAAGTTCCTTTTCCGTTAAATTTATTGTTTTCA +AAACTTCCCTCATATATATCTCCATCTATACTTATAAATTTTCCATTTCCACTTTGATTA +TCATTTTTCCACATTCCAGAATACTTACTGCCATCTCTATAATATAAATTACCTCTACCA +TTTCTTTTTCCATTTAAAAAATAACCTTTGTACATATCTTTATTAGCATAAGTGTATGTT +CCAACCCCATCCATATTTCCACTTTTAAAATCTCCCATATACACAGAACCATCTATAAAT +ATATATTTTCCAACTCCATTCTTTAAATCATTTTTCCATAGTCCTTCGTACTTTTCTCTG +TTTGAATAAATACAAATACCAAATCCATTTCTCTTATCATCTATAAACTCACCTTTGTAT +ATGTCACCATTATCATATTTTAAAACTTCTTCTCTACCATTTTTATACCTTACTTCATTC +TCTTCATGGGATTTTATAGAATTCTTTTTAAATGTTTTTTCTATGTTACTTATATTCTTG +GTAGACTTCTTACCTAAATGTCTACTTCTCGTATAATTATACTTTCTTTTATCATGTTTT +TTATTTACAATATATTTTAAAAATAAAAACATAATATAAACTGAGGATAAACATGAAAAT +ACTGATAGTACAGTGAAAATATATTTTGTAATATTGCTCACAGTAGAACATCCTCCTTTA +TTAAATTCTAATAGTTATTTATATTTATAAATTTTATTCTTTATACGATAATTTTATTAA +TAGGATCATAAAACATAAAAAGTGATTTCTGCAAATACAGAAATCACAATCTTCATTATC +TATAAACTATATCATTAATATTTTCAAATTTTAAGTCCTCATCAAATAAATCAATTATAG +TCTTTATTTCACTTTTATATTCATCTTTTGTAATCTTATAAAGCATTAAATCTTCTAATA +AATCTTCCATATCTATACATGGATTTTCTAGTATATAAAAATATCCATCTTTTATATTAA +TTAGTTTCTCTATAGCTACTATTTTTTTGCTAATATCTCTTAATATATCTATATTATTTA +TATCTATATCCTCTAAAGATATAATATATTTCCTTACTACTTTTATTATTTCTAAAGATA +TAAAGTTTATATCATAGTTATCTTTATTTTTATAAAGACTCTTCTTATATTGCTCAAATT +TTTCATCTAATTTTTCATCTATATTATTAAAAGGAGGCTTTATTATATCTTGTATTATTA +ATAAGTTTCTTATACTTTCATTATCGTCAAGTACTGTATCTAGTAAAAACAAATTGTAAG +CATCATCTAATGGATCATGTACTTCTCCACTAAATTCTATATTAGCTATATTTAGTAGAT +TTTTTAAGGATATATAATTCATGCACCTAATCCCACACTCCAAATATTTATCTTTTATAT +CTACAAATAAACTTCTTATATTATTTAAAAACCTTGGATGCTTATTTTTTTGTGAACTTA +TTTTATCAATATTACTAAAACATACTAAGTCTAGATTTCCAAATGTATATATCCCCTCTA +TTTCAGAAAAAGACCCTAACCAACCTTTAAAATTTCTCATTACATCCTCATATGTAGGTG +CCCTAAATAAATCTTCTGATGTTATTTTAGTCAAATCTTCAATATGTGGATATACTTCCT +TTATAATTATAGGCTTTATTAATGATTTAAACTTTTCTATTTCACCCGTACGATCATCAT +ATTTTACTGCACCAATAGCTATTATATCCGCATTTAACATTGCCTTCTTACCCTTACTAT +TTGGCATGTTCATTTCAAAGTCTATATATATTTTTTTCAATATAAACTCCCCTCTCTAAA +TGTGTCTATATATATTCTATCATTTTATTACAAAATAAAAAACCGTTGACTATACAATAT +TAGCCAACGGTTTTTTGTTAATAACTACTCGTACTTTTCTAAAAATGAATGCTTAATTCC +ATCTTGTTGCCAGCCTAAAACAGAATCTATATTTACATTTTGAGCTGCTTTAAATATAGA +TTTTTCCACATCCTTAAAGTTTTCACCTAAGTGCTTTATAAGGTCCTTTATTTCATATCT +CTTATTTCCAGTTTTCTTAGCTGCTACCATACAAGCACAGTTTAGCGGCCAAATACCACT +ATTTTGAATAAATCTTATTATATGTTCTTCTCTTATATAGTAAAGAGGTCTTATTATTTG +TATTCCATCAAAGTTTGTAGAATCTAACTTTGGCAACATTGTTTTAAAGTTACCTGCACA +TAATAAGTTCAACATTGTAGTTTCAATAACATCATCATAATGATGTCCTAAAGCAAGCTT +ATTACATCCTAACTCTTCAGCTTTAGAATATAATGCTCCTCTTCTCATTCTTGCACACAT +ATAACAAGGATAATCCTTTGCTATTTCATCTGCAATTTCAAATATTCTTGAATCAAATAA +ATGTATTGGTATATTTAAATATTCGCAGTTATCTATAAGTAATTGTCTTATATCTTTGTG +GTATCCTGGATCCATCGCTATGAATTCAACTTCAAAATTTACTTGACCATGTCTTTTTAA +TTCTTGGAACATCTTTGCCATAAGAAGACTATCTTTTCCTCCTGAGATTGCAACACCTAT +CTTGTCACCCTCTTCTACTAAGTTATAATCTCTTATTGCTTTTATGAATTTCGACCATAA +ATGCTTTCTATATTTCTTTATTATACTTCTTTCTATATCTTTTAATGGTTGTCTTTCATC +AAAAGGTACTATTATTTCACAACCTTTTCCTGCTAAATCACTCATTACATCACCTCATTC +TTATGTGAACATGGAATTTATTTTATCATAAATTATATTAAGAATTCAAGATGTAGCTTA +AGTTATCATAATGTAAAATTTAACTTTTTCTATCTACTCTAGATTATTTTATATTTACAT +ATCTTTTATGTGTAACCATTTTATTTTTAAAAAATATAATATTAGTACATAGCCTGGCTA +TAGAAATTGACAAGGAGGTTTTTTCATCAATGGAAAAAAACGATAGAGGTGTTGTACAGA +ACTGTGGTTGTGAATTAGCTAGACCCTATGTAAATGATCAAGTTCTTACAAAAATGTATA +ATCTTTCAACTGCATTACAAAATGGAACTATATTTCCTGAACTGTTCTTATTAGACTCTA +ACATGTATAATGCAGACTTATATAAAAATCCTAAAAACAGAGTTAGGGGGAAAAGATAAT +GAAACAATGTAATAATAGAAGTGAACTACTAAGAAAAGTTCAAGAAACTGGTTTCGCATG +TGTAGATATGAATTTATATTTGGATAATCATCCAGAAGATAAAAATGCTATAAATGTTTA +TAATTCATTAGTTAACCAATTTGCTCAAGCTAGATGCGCTTATGAAAGTAAATATGGTCC +ATTAACTAATTTCGGATATGCACCAAGCCAATATCCTTGGCAATGGATTTGCCAACCTTG +GCCATGGGACAGAGAATTTAATGCATAATTATTAGGGAGGAAAGGAATTTATGTGGATAT +ATCAAAAAACTTTAGAATTTCCAGTTAACTTAAGATGTAAAGATTTGAACATGGCTAAGT +ATATAGTTGCTCAATTAGGTGGACCAAACGGTGAATTAGGTGCTGCTATTAGATATTTAC +AACAAAGATATACTATGCCTACAGGAAAATCTCGTGCTCTTTTGACTGATATAGGAACAG +AAGAGCTTGCTCATGTTGAGATAATCTCTACTATGTTATATCAATTAACAGAAAGTGCTA +CACCTGAAGAATTAAAGGCTGCAGGACTTGGTGCCCATTATGCAGTTTGGGGACATGGAG +TTGCTCCAACCGATCCAAATGGTATACCTTGGACAGCTGCATATATAAATGTACTTGGCG +ATGCTGTTACTGATTTACACGAAGATATGGCAGCTGAACAAAAAGCTTTAGCAACTTATT +ATCAACTTATAAATTTAACAGATAATGTAGATATAATAAATGTGCTTCGTTTTTTAGGTG +AAAGGGAAATAGTTCACTATCAAAGATTTGGAGAAGCTTTGATGGATGTTTATGATTTTA +CAGAGTGTAAAAAAGTATTTTAGTTTTATAAAAATATTATAGAATTAATAAAAGGCTCTT +CTATAGTTAAATAGAATGAGCCTTTTATTATACGTTCGATAGCACTCTAATTTTTATATC +CTCATTTAATCCTAAAAATGATGTTATTCCATCAACGTCAGCTATTGAAAAATATTGCAT +ATAATCACTTAAAATTTTAACAGGCGCATATTCATTTCTATCTTTAAAATAATAACATAG +ATTTTGCATGTACTCCAAATAACACTTATTAATTTTAAGTTCGACATAAGGCAAATCTGT +TTCAGTTCTAGAATTATAAAATAGTTCTTTTAATCTCATGTAGGCACACTCTGAGTCTTT +ACTTAAGTATAGATTGCTCAATCTTTCATCCAATGCTTTTTCTATATAAAAAAGAGCTGT +TCTGTTTATAAGTAATTCTACATAAAAATTTTTTCGACTATATTTAAATTGATAAAAATC +AGTTATAACAGTCATTTTATCGCTCCTTATATATTTATTTAACATTCTCAATCCTATACT +ATATATTATTTTCAATCTGCCCTATTATTTATACATAATAAATTTTAAAATATTTATATA +AAAATAAAAATAGAGCCATTACAGACTCTATCTTAACATTTTTTATTATTCTCTTACATG +ATTCTATCATTTATTTAATTACATAAAAATACTCTATAACACTCTTCTTGCGTTTACAAA +AGCTCCTTTGTAATAACTGCTATTAAAGTCAGATATTACTACCTCACCTTTGCTTGAAGA +TGCATGTATAAACTTTCCATCTCCCATATAGATACCAACATGGCTTACATCTCCATTATT +TGATCCATTTGTATCAAAAAATACTAAATCACCTTTTTTTACATTACTTCTACTTACTGC +AGTTCCAAACTTACTTTGATCTTTTGATACTCTAGGTAAAGTTACTCCAGCAGTTTGTTT +GAATACATAATAAGTATATCCTGAACAGTCAAAAGTACTAGGACCTTCTGCACCCCAAGA +ATATTTTTTTCCTAATAAGGTTTTTGCAAAACTTATTACTTTATCAGCTTTTGAACTTGA +TGTTGATGAGTTACTTCCATTTGAGTTGCTTGATTTATTTGCTAAATATGAGCTAGATAC +ATAACCTACTTTTCCATTGTAACTTACCTTTGACCATCCATTCGATTCTGAAATAACACC +AACTTCAGTTCCATAGCTAAGTGTTGCTATCTTTGAATAATTTGTCCCTGGACCAGTTCT +AAAGTTTAGTCCACTCGCATTTACTATTTTATTATATTTAACATCTTCAGTTGTATTACT +TGACCCATTGTTTGATGACTCGCTTTTATTAGCTAAATAATTACTAGAAACATATCCAGT +TTTTCCACCATAATTAATTTTTGACCATCCATTTGACTCTGATATTACTGAAACTTCAGT +ACCTTTTTTTATACTTCCTATTATTGAGTATTTAGTTCCTGCTCCACTTCTAAAATTAAG +ACTTGTTGCTGTAACTACCTTTTTAGTTGTTGATGTTTGATTAGAACCACTATATGTACC +TACATAATCTCCATGAGCGTAACCAGTTTTACCATTATATTTTATCTTAACCCAATCTCC +ACTAGTTCCTATATATTCAACCTTATCGCCTTTATTTAATTTTCCCATGGAAGAATAACT +TGTACTTGGTCCAGTTCTAAAGTTAACTGAATTTGCAATTATAGTTCTATACTCAACTCC +ATCTGCATTAGATATAGAGCTACATAATGGTATAGCTATAGATGTTGCTATAACCCCAGA +TATTACATATTTTTTATTAATATTCATAATTGTTGATTATAGTTATATAAACTATAATCT +TAATCAACTCCTCTCCCTATAAATAAGTATATCTAATACTTAAAAGGTTTGCTTTCTTTT +TTTGCATTTTTTTATAAATTAAAGCTTTTTTCTTAATAACATTATTACAAATTTGTAACA +TAATGTCTATAAAAAACATTAGTTTCCAGTATTTTCTACGTATAATCCCAATTTAATTTA +ATAAGTACATTTAGAAGGAATAAGGTTACTTTCCATAGAATATAATGCAATGATTCAAAT +AACTTTGTATTTGTAAGGGGGATTTTTATGAATAATATTTATAATAATGTAAGTTTATTA +CCTACACCTTGGATGAAAAAAAAATTAGAAACTCTTTATGACAAAAAACTTAATGGAAAT +CTATTTTTAATATACAATGAATTAAAATCTGAAAATGAAATTAGTTGCAATCATTTAATC +AAACTGCTAGATGATAATAATATCATTATAGATAGCACTCATCCTATATATTTTTACTTT +CCTCTAGAAGTTGATAATTTAATTAAGACTTTAATACTGACAATTAAATACTTATTCCCA +AAAGATGCATATATAATACTCGGCGGATTTATTGAAAATTATCCTAATCTAAATGAATCA +GACTGTATTTATAATTTATACAATACTTATCCCGAGTTAAAAAATACTGTTGATTTTTCC +TATCTTATTGATAAGTCTAAAGAATTTGAAATATTTACATCTTTATCTGACACACACAGA +ATCCATATAGATCCAACTTCTTCATGTACAGTATCTGGTCCAACATTAGAATATAATTTA +AGTAAATTTAGCAATGTTACTCATGTTTCTTTTGTTAAACTGCTTTCTGAGGAATCCTCC +GACTTTTTTAACTATTATATAAAAGGATTAACAAATAAAAACAATAATTTTAATTTTAAT +TTCTAGACTGCCTTGCAGTCTTTTCTTTTTATATGATAATATAAATAGTATTTGAAAGGA +GGTTTATATGAAGCTTATACTTGCAGAAAAACCATCTGTTGCTAAAACTATAGCTACCTT +TTTAGGCGCAAAAACTAGACATGATGGGTATTTTGAAGGAAATAATTATATAGTTACTTA +TGCCGTAGGTCACTTAGTATCTTTATACGATATGAAGGATTATGATAAAGATAGATATTC +AGGTTCTTGGAAAATGGATAATTTTCCATTCATACCTAGTGATAAATTCAAATTTAAAGT +AGATAGTTCAAAGAAAAAACAATTTGATACGGTAAAAAAACTTTTACATAGAGATGATAT +TGAATATGTAATAAATGCTACAGATAACGATAGGGAAGGTGAATTAATTTCATTCTTAAT +ATTTTTATTAGCAAAAAATAAAAAACCCGTTAAAAGGATCTTGGTGAATGAATGGACTCC +AGAGGATATAACTAGAGGTCTTAATAATCTAAAAGATAATTCAGACATGTTAAATTTACA +AGCAGCAGGATATACTAGACTCCTTACAGATTGGCTAATAGGAATTAACTTCACTTCTAT +TGCTACCCTAAAATATGGAAATGGTAAATTACTTAATATAGGGCGTGTAATTCTTCCAAC +GGTAAAATTAGTTTATGATAGAGATATGGAGATTGCTAACTTCATTCCTAAAAGTTACTT +TGAAATAGAAGGTAATTTTAAAAGTCCTAATGGTAATTATAAAGGTAAATATATAAAAGG +TAAGGAAAGTAAATTTGATACTATAGAAGATGCTAACAAAATTATTGATAGTATTACTTC +TAATAAAGGAATAATAATAGATAAAAAAGTTACTACATCTAAAGAATATGCTCCTAAGCT +ATTCAGTTTAACATCTCTTCAGGGATTTATAACTTCTAAGTATTCAAATTTCACTTCAGA +TAAGGTTTTAAGTGTATGTCAATCACTTTATGAAGGAAAAGGTAAGGGTGGATATATTAC +TTATCCTAGAACAGATTCTATTTACTTAGAGGAAAGTCTAGTTACAAAAGTATCTCAAAC +ATTAGATAAAATAAAAGTAGGACTTCCTTATGAAAACAAGATTTCATTTACTAAAAGTAA +AAGAATATTTGATTCCTCTAAAGTTGATAGCCATAGTGCCATTATACCTACATATATAAT +ACCTAGTAACCTTACTTCTGATGAGCAAATTGTTTATAATGCTATAAAGGATAGGTTTAT +CGCAAACTTTATGCCTCCGGCAGAATATGAGAATACAGAGATTAAAACTGAAGTAGATAA +ACATATATTCTTAACTAAAGGTAAGGTCTTAAAGGTTAAAGGATATTTAGAAGTATATAA +TAAGGAAGAAAAAGATGATTTGCTTCCTATAGTTAATGAACTAGAAACTGTAGATGTTTT +AGATATAAAAGCTTTAACTAAACAAACTACTCCTCCTAAACCATATACAGAGGATACTTT +ACTTAAAGCTATGAAAAATTGTGGTAAAAATGTATCAGAAGAAGATACCGCAGTTCTATC +TGGCTATTCAATAGGTACTTCTGCAACTCGTGCTGATGTATTAAAAAAAATCAGTCAAGT +TGGGTACGTTAAGAAAAAAGGAAAATCCTATTCTATAACAGATTTAGGTAAAAACTTAGT +TGAAATCTTCCCTGTAAAAGACTTATTCGATGTAGACTACACAGGAAAACTAGAAAAAAG +TTTAAGTGATATCCAAAAGGGACAGTTCACTAGAAAAGAATATTTAACAAATATAATGAA +CTTTATATATCAGAATGTAAACTTAATAAAAAGAGATAGTAATAAAAATATCAGCACAGA +AGTATATACTTATAATGCTAAAACAAAAAAATATGTTAAAGAATCGTCTCAAGTAAAAAA +AGCTAGCTCATCTGTAAATAAATCACAGGTGAAGTCAGATAAAAGTGATTCTTTAGGTAA +ATGTCCTGTATGTCAAAATGATGTAATCGAATCAGATAAAGGATACTTATGTATAAATTA +TAATAATTGTAAATTTGGAATTTGGAAAAATGATAAATACTTAGAGTATTATAAGAAAAA +ACCAAACAAAACCATGGTCAAAAGTATACTAAAAAATGGGCAAGCAAAAGTTAAATCTCT +AACATCAAAACAAGGTAAAAAATTCGATGCTTTGCTTAAATATAATAAAAAAGATAATGG +ATACTGGGGATGGACTATAGAATTAGAATCTGATACCTCTACTTCAAAATAAATTTAATA +ACTATAAATAAAGGTGTGATAATTAAATCTTCACACCTTTATTTATAATCTATCAATTAT +AATTAAAATACTACTCTTTATCATCATACAAAACTTCATCTATTTTATTTCTAGCCAATC +TCATTAATTCATTTAATTTATATCCTTTTAATTTGCATCCACATTTTGGGCAGTATTCTA +ACTTTTTAGAAACTAAAGCCCTACAATTTGGCTCTGGACATCTTATTTTTGAATTAACTT +CTGATACATTAAGGCCACATCTAGGGCAAATTGTGCCAGGTCTTGATGATACCTCTTTTC +CACATCTAGGACATTTAACCATTATCTATCCCCCCATAAAATTCTCTTTTTTTAATTCAT +AATAAATTTCGAATATACTCATAAAAAATACTCCTTTATTAATCTATGCAAGTAAAACTT +AATAAGTTTCAGCTAGAATTTAATAAAGGAGACATTTCTATTAAATCTGTATTAATTTTT +ATCTACCATTACTATCTCATATTTTTTATAAACGCTTGGGCTGCAGTTAATCTTGCGATA +GGCACTCTAAATGGCGAACATGATACATAATCAAGACCCATTTTATAGCAAAACTCTACT +GATGATGGTTCTCCACCATGTTCTCCACATATACCTAACTTGATAATAGGATTAACTTCT +TTACTTAGCTTAGTTGCCATCTTAATTAATTTTCCTACACCCTTTTGATCTAACACTTGG +AAAGGATCTTTATCTAATATACCTTTATCCATGTACTGACCTAAAAACTTACCTGCATCA +TCTCTTGAATATCCAAAAGTCATTTGAGTTAGGTCATTAGTACCAAAACTAAAGAAATCA +GCTTCCTTAGCTATTTCATCTGCAGTTAAACAAGCTCTAGGTATTTCTATCATAGTACCT +ACTGTATAATCTATTTTTAAACCCTCTTCTTTTATAGTATTTTCTACAGTTTTTATGACT +AACTCTCTTATATTCTTAAGTTCCTTTACTTCTCCTACTAAAGGAATCATAATTTCAGGT +GACACTTTAACACCCTCTTTAGTAACCTTTATTGCAGCTTCTATTATAGCCTTAGCTTGC +ATTTGATATATTTCAGGATAAGTAATAGCAACTCTACATCCCCTATGACCTAGCATTGGA +TTAAATTCTTCTAAATCTAAAATTCGTTTCTTAATATCATTTGTTTCTATGTTCATACTT +TTTGCAAGTTCTTCTATTGTTTCATCATCACTTGGCAAAAATTCATGTAATGGTGGATCT +AACAATCTTATATTTACAGGTCTTCCTTCCATTACTTCAAAGATTTTCACAAAATCATCT +ATTTGCATAGGTAATAACTTTTCTAAGGATATCAATCTTTGTTCTTCTGTATTAGATAAA +ATCATTTCTCTTACAGCTGGTATCCTATCCTCTTCAAAAAAACATATGCTCAGTTCTACA +TAAACCAATTCCTTCAGCTCCAAACTTAACGGCAGTTGCTGCATCCCTAGGATTATCGGC +ATTTGTTCTAACATTCATGCTTCTATATTCATCTACCCAATTCATTAATTCTTGGAAGTT +TCCACTTAGCTCTGTGCTAGTTTTATCAATTTCACCTAAATAAACGAAACCTGTAGAACC +ATCTATAGATATATACTCTCCTTCTTTTATTACTACATCATTGATAGTTCTAATCTCTTT +ATTATATTCATCAACTTTTATTTCACTGCATCCAGCAACACAACACTTACCCATACCTCT +AGCTACAACTGCTTCATGAGAAGTCATTCCACCTCTAGCTGTTAATACTCCTTGAGATAA +AACCATACCTTCAATGTCCTCAGGAGATGTTTCTAGTCTTACTAATATAACTTCTTCACC +TTTTTTAGCAACCTCTACAGCTTCCTCTGCATTAAAATACACTTTACCACAAGCTGCACC +CGGTGATGCTGGTAATCCCTTCGCTATTATATTAGCTTCTTTTAAAGATTTTTCCTCAAA +AGTCGGATGTAACAGTTGATCCAATTGATTTGGCTCTATTCTCATAATAGCTTCTTTTTT +ATCTATAATATCATCAGCAACTAAGTCTACAGCTATATTTATGGCTGCTTTTGCTGTTCT +TTTTCCATTTCTAGTTTGTAATATATAAAGTTTTTCTTTTTCTATTGTAAATTCAATATC +TTGCATATCCTTATAATGATTTTCAAGTATATTTGTTATTTCTATAAACTTATCATGCAC +TTCTGGCATTATATCTTTAAGAGTTGATATATCTTCCGGTGTTCTTATACCCGCAACAAC +ATCTTCTCCTTGAGCGTTCATTAAAAACTCTCCAAATAATTTATTCTCTCCTGTTGAAGG +ATTTCTGGTAAATGCCACTCCTGTACCACTAGTTTGTCCCATATTTCCAAATACTATAGA +CTGTATATTTACTGCTGTTCCTAGGTTATTTGGTATATCATTTAACTTTCTATAAATTAT +TGCACGGGGATTATTCCAAGATTTAAATACTGCTTCAATCGCAAGCATTAATTGATTTTT +AGGATCTTGTGGAAATTCTGATTTAACTTCTCTTTTATATATTATTTTAAATTGTTCTAC +TAGATTTTTTAAATCCTCTACTGTCAATTCTGTATCGAACTTATATCCATTTTCTTCTTT +TATTCTGTCTAATACACTTTCAAATTTATATTTTGAACGCCCATAGCTACATCTGAAAAC +ATTTGGATAAACCTTCTATAGCTATCATAAGCGAACCTTTCATTTTCTGTGTTATTAGCT +AATGCCACTACACTTACATCATTTAGCCCTAAATTTAATATAGTATCCATCATTACTGGC +ATTGAAAATACTGATCCAGATCGAACAGATATTAGTAATGGCTCTGTTTCATCTCCAAGT +TTCTTTTCTAAACTCTTTTCAAGTATTTGAAGATGTAATTCAATTTCTTCTATAATACCT +TTGCTTATTGACTCGTTATTTTCATAATAATCATTACAAGCTTCTGTCGTTATTGTAAAA +CCCGGAGGTACAGGAAGACCTATTTTAGTCATTTCTGCTAAATTAGCACCTTTCCCTCCA +AGCAATGACTTCATTTCCTTATTTCCTTCATCAAAACTATAAATATATTTAGTATTCATT +AAATATCCCCCATTTACATTTTAGTTTTATAACTATAAATTCAACTATCTATCTTTAATT +TTTACTGTATTTATTCCATTTTCTTTCATTAAATCTAATATTATTCCTGCTGTTTCTTCT +ATAGCCTTATTTGATACATCTATAACAGGACAACCTAGTCTTTTCATAACAGAATCAGAA +TAGTCTAATTCTTGTAATATTCTTCCAAGATTAGCATAATTTGCATTACTAGATAAACCT +AATGCCTTTAATCTTTCTTGTCTTATTTTATTTAACTTTTCTGGCGTATTTGTAAGTCCT +ATTATCTTCTTAGGATTTATATCATTTAATTCTTTTGGTAAAGGTATTTCTGGAACTAGC +GGAACATTAGCAACTTTTATATTTTTATTTGCTAAGTACATGCTAAGTGGTGTCTTAGAT +GTTCTTGATATTCCAACTAATACTATATCTGATTTTAAAACTCCCCTCGGATCTTTTCCA +TCGTCATATTTTACTGCAAACTCAATTGCCTCTACCCTCTTAAAGTACGTTTCATCTAAT +TTTCTTATAATACCAGGTTCCCTTCTAGGCTTTCTATCAGTCTTTTTAGCTATTTCACTT +AATATAGGTGACATTAAATCAATATTGCTTAAACCTTCATTTTGACAATACTCTTTAGTT +AAAGTTGATAGAGATTCATCTACTAAAGTATATATAATTATAGCGTCCTCATTTTTTCCG +CTATTTAATATTTCCATTAAAAACTTCTTATCCACCACATAAGGAAATCTCCTTATCTCA +TAATTATCATTTATCATGAATTGAGATATAGCTGCTTTAGCAACTTGCTGAGCTGTTTCA +CCTACAGAATCTGATATTACATATATAATTAAATTTTCCATATATTCCCCCTCCTTAATT +GTCCAGCATCTCTAAAAATAGTTTAGTTATATTAGTCTTAGAGATTCTTCCAACTATTTT +TAACTTACTTTCATCATCACTTGCTTCAACTACTGGCAATGAATCTACTTCATGTTCGAT +TATTTTCTTTACTACTAATAGTATTTCTTCATCTTTGCTAGCAGTTATAACATTTGGAGT +TCTAGTCATTATCATTCCTATAGGAATTCTATTTATATCAGATCCTCCTATAGTTGCTTT +TAATAAATCCTTACGAGAAACTACACCACATAAGTTTTCGTTGTCATCAGTTATAAATAT +ACTTCCTACATCAGATAAAAACATATCAACTATTACCTCATATATGCTTATATCTTGCTT +TACTATTACAGGCATGCTCATTATATCTTCTGCCTTTTTATCTTTTATACTATTACCAAC +TAAATTTAAGTCACTAACTCCAGAATAAAAATACCCAACTTTAGGTCTTGCATCTAAGAT +GCCTGTCATAGTTAATATTGCTAAATCTGATCTTAGTGTAGCACGTGTAACATTTAAACT +TGCAGCAATACTTTCACTAGTTATAGGCTCATTTTCTTTAACAATATCTATTATCTTTAA +CTGTCTTTGATTAAGTTTAATAACACTCACCTTCCTTCTTATTGCGATATACTTTTTCTC +GATAATTCATTATATAGTATATTATATATCTATATATGTTATCCTACAAATCTTTTTTAT +CACATTTTAAGTACACTTATTATTATATATTAGTTAATATCCAATATACCTATGGGGGAT +AGTTAATAAGTACTACTTCTTTAATTTATAGTTCTATTATATTTTAACATTATAATACAT +GATTTTACAAATTGAGTTGCTTTTAAATCTTATTTTTAAAACAAATAAGGGATAAAATCT +ATAAATATATAACAAAGTAAAGTTACTTCATTATATACCCTTTGATTTCACCCCTTAATT +TAGTATCTATTATAGATAGTATATTTATTCTTCTTATTTGTAAACTATTTTAGATAAATC +ACATATACTTAACATAGTATCATAAATTTGCTTTAATAAAGCTAATCTATTTTCTTTTAT +AGATTCATCCTTATCCATTACCATAACATTGTCAAACATATTATCAACTAATGGTCTTAA +TGATGCAAATGCATCTAAAGCTTCGCTATATTTTTTATCTTTTAATAACTCTTCAACTTT +TACTTTTATTTCTTTGAATCCATGATATAACTTAATTTCAGCTTCTTCTTTTAATAAGTC +TTCTTTAACATCAGATAAAGTAGCCTTTTGAGCTAAAGTTGAAACTCTATTAAATGCTGT +TAGCATCTCAACTAAGCCTTCAGTTGATAACCAATTATTAAGTTCAACAGCTCTAGTATG +CATATCAGATATGTCATTTATTTCAGAACTTAATACAGCTTCTATTACATCATATCTTAT +TCCTAAATCTCTAAATAAATTCTTAATTCTTTCTTTGAAGAATTCCATTATTTGAGTAGA +AACTTCTTCCTTATTAAACTCTAAGTTGTTATAGTTATTTAAAGCATGATTAACTAAATC +TTTTAAATTTACATCTAGTTTTTTATCCATTAATATACTTAATACACCTAATGCTTGACG +TCTTAATGCATATGGATCTTGAGATCCAGTAGGCTGAATTCCTATAGCAAAGAAACCAGC +TATTGAGTCTAACTTATCTGCTATAGATAAAGCTATACCAGCTTTAGTTTCAGGAAGTAT +ATCTCCTGCAAACCTTGGTAAATAATGCTCAAATATAGCTTCACTTACTACTTCATTTTC +TCCACCAACTTTGGCATATTCTCTCCCCATTATACCTTGAAGCTCTGTAAATTCAAATAC +CATACCAGTAACTAAGTCTGCTTTACATAACTTAGCTGCTCTTATAACGTCTTCTTTAAT +ATAATTTAAATTTAAAGATTCTAATATATCTGAACTTAATTTTTCTATTCTTAAAGTCTT +ATCATATACTGTTCCTAGTTTAGCTTGGAACACAACTGTTTTTAACTTTTCTATGTAACT +TTCTAAGTTTTTCTTTGTATCTTCTTTATAGAAGAATAAAGCATCTTCAAGTCTAGCAAC +TAAAACTTTTTCATTACCAGCTTTAACAACATCTATCTTATAATCATTCCCATTTCTTAC +AGCTATAAAGTTCGGTAGTAACTTACCATCTTTAACAACAGGGAAGTATCTTTGATGTTC +TTTCATAGGAGTTGTAACAACTTCTTTTGGAAGATTTGCATAAGCGCTATCAAATTCTCC +ATAGAATGCAGTCGGATATTCTACTAAATGAGTTACTTCTTCTAATAAGTCATCATCAAA +CTCAACTTCACCACCTAAAGAGTTAGCAACTTCTATACATTGATTCTTAATAAGTTCTTT +TCTCTTATTTTGATCTAGTATTACATAGTTTTTCTCTAACTTTTCATAGTAATCTTCTAA +TGAATTTACTGTAAATTCTTTTTCTCCTAAGAATCTATGTCCCTTTGTAACATTAGATGA +AACTATACCTTCTAAGTTGACTTCTAGTACTTCATCATTTAATAAAGTAACCATCCATCT +TATTGGTCTAGCAAATCTCATGTTTTTTCCACCCCAACGCATAGCTTTTGGGAAAGTTAC +AGCTTTGACAGCCTCTGGTAATATAGTTTTTAAAACTTCGCTAGTTTCTATACCTTCTTG +CTTTATAGTACCAAAGATATACTCGTCTTTTCCTACTTGCTTAAAGTATACATCTTCTTC +TTTTAAACCTTTACTTTTTATAAATCCTAAAGCTGGCTTTGTAAAGTTTCCATCTGCATC +TACTGCTATTTTTTTAGAAGGACCCTTTACTTCTTCTTCTAGATTACTTTGTCTATCACT +TATTCCTTTTACAACAAAAGTTAATCTCCTTGGAGTACCATAAGTTTCTATATCATCAAA +AACTATTCTATTATCATTAAATAATTTAGTTAAGTTGTTTTTTATTTGTTCTAAAGTACT +GCTAACAAATCTTGATGGTAATTCTTCCACCCCTACTTCAAATAAAAGATAATTATTCAT +TATTTGTCACCTTCCTTTATAAGAGGATATCCCATTTCTTCTCTTTGTTTAACATATAAA +GAAGAAACTGCTCTAGCCATATTTCTAACTCTTCCTATAAATGACGCTCTTTGACTAACT +CCTATTGCACCTCTTGCATCTAATGTATTAAATGTATGAGAGCATTTTAATACATAGTCA +TATGAAGGAACTACTAGTCCTCTTTCTATAAGTTTTAAAGCTTCTTTTTCATATGTATCA +AATAAATTAAATAACATATCTGCATCACATTCCTCAAATGCATATACAGAATTTTCATAT +TCAGCTTGCTTGAATACATCTCCATATGTTATATGGTCATTCCACTTTAAGTCATATACA +CTATCTACTTCTTGTATATACATAGCAAGTCTTTCTAGTCCATATGTAATTTCTCCAGTT +TCAAGTTCACATTCTATACCACCAACTTGTTGGAAGTATGTGAACTGAGTTATTTCCATT +CCATCTAGCCAAACTTCCCATCCAAGTCCCCAAGCACCAACTGTAGTTGATTCCCAGTTA +TCTTCAACAAATCTTATATCGTGTTCTAAAGGATTTATTCCTATAGCTTCTAAACTTCCT +AAATATAATTCTTGTATATTATCTGGAGATGGTTTTAATATAACTTGGAATTGGTGATGT +TGATATAGTCTGTTTGGATTCTCTCCGTATCTACCATCTGCTGGTCTTCTAGATGGTTCT +ACATAACATACTTTCCAAGGTTCTGGTCCTAATGATCTTAAAAGAGTGTTAGGATTCATA +GTACCTGCTCCTTTTTCAACATCGTAAGGTTGCATCATGATACATCCTTGTTTTGACCAG +TAATTTTGTAACGCCAGTATCATCTCTTGAAAATTCATAAGAATACCTCCTATTAATTTA +AATTTCTATTTAATAAACACTGTAGTTTAATAATAACAACAAAGCCTTTCGTCTACACGA +AAGGCTCATTAAGAGTTCTTTTATAACTTTTAGAATATCAAATCATTCAAAATTTGTCAA +TATAGATAGATAATATCTAGTTTTCTTCTTTATTTTCATTATTTTGATTTTCTGTTTCTT +TTATAAGTTCATCAGTTATATCTTTATTATCTTTTGTCTTTTCAGAAACGACATCCTTCA +TATCTTTCGCAGCATTAGTTATCATATCTTTTAATATATTTAATTTTTCTTCAGTTAATT +CTCCTAAGTCCACTGTTGTTCCATCATCTTCATTTTGGACTTTTATATTGAATTTACCAA +TTACAGCGGCAGAAAGTCCTACCAATGTAACTAGTGGTCCTAATGCTAAGCCTACTACTC +CTACAGTCAAGGGTATATTCATTATAATCTTACCATTTTTTTCAACTATAACTCTTATAA +CACTACTTTTTCTAAGAAGTTCTTTTAATTGAGATTTTATTTCGTCTCCATCTTTCCCAA +ATACATCTTCAACTGTCTTTTTTACTTTACTAGTAGTATTACCACCTTTTTTAGATTCTA +ATAGTATAATTGCCTCTACAACATCTCCATCACATTCCTGTAAAGCTTCTTTTGCTTCTG +AATAAGTAGCATTAGGTATTCTTTGGTATACAGCATCAATGCTTTCTATTGTTATTTTAT +TGCTCACCCTTATCAACTCCATTATTATTTTCTAGTTCATGTAATAAGTGTAGCGATTTG +AAATTAATATCGTCAACATATATCATTAGGTATTGTTTTAAAATTCGTTGTAGTTCATAA +GTTATATATTTTGATACCTTAGCTTTGCTACACCTTAATATATCATTACTTAATATATAT +TCCATAAGCTTAATAGTTGTTATATCAATTTTCATATTTTCTTCAAAAGTTCCACTACAC +ACTTTACATAAGATACCACCTTCATATACATTAAACACATATTCATTTGAATTTTTTTCT +CCACAGTTACTACATCTATTTACAATCGGCTTGAAACCTATATAATCTAAGAATTTCAGC +TCAAATGCCCTTGTTATAAACTTTTTATCTACATTATCTTGAGTATATAAATATAATGTT +TGAGCAAGTAATACAAATAATCTATTATTTGTCTGATTTTCTAATGTGGATGATTCTACT +AATTTTGTAATGTATGTAGCATATGAAAATGCCTCTAAATCATATGATAAATCATAAAAG +CTTTTAATTACATCACTCTGGCTTATTCTATACATGTTTCCTTGTTTTTTTAATGTGTAA +TTAGAATAAGAAAAAAGCTGCGCTGAAGAAAGCAATGCACTTTTATTTTTTTTCGCTCCC +TTTGCCATTGCAGCTATCTTACCTAATTTTCTTGTAAATATAGTTAATATTACGTCATTT +TCTTCATACCTTACGGCTTTAAGAACTATCCCCTGGGTGTTCAAGATTATCATTGTTATT +ATCTATCTCCCTTGAATTGTTATTTTCTTTATCCATGTTTTTAAAATCGCTCAAGTATAG +AAATGCTTCTATACTTCCAGTCTTTTTAAAAATATTCCAACATAAATTGTTCATTTTTAA +AAACCCCCTTCTTACGATTATAATTATATTTTTAGTAAGAAGAGGGTAAATAATACATAA +AGTTATTAAAAGTCGTTATACAATTTTTGACAATACAAAAGAAGTTATTACGAAATACAC +AGTTACTCCTGTAATATCAAGGATTGTAGATATTAATGGTGCTGAAATTATAGATGGGTC +AACATCTAGTCTCTTTAACAAGACAGGCATAAATGCCCCTATCATGGCTCCTACTATCAT +ATTTATAAATAATGATAATGAAACTACCAAAACAACTCCTATATCTTTTATAAATATAAA +AGCTGCTATTGCTATTATTACACTACATAATATCCCTGTAATAAATCCCACTACACCTTC +CTTTAAAACATTTTTGTAATCTAAATCTTTGTTATATAAGGTCATTACAGTTAATGCTGA +TGATTGAGTCCCTATATTCCCCCCCATACCTATTACAACAGGTATGAAAAATATTAATGG +TGCATAAGTTGGATTCATTATAATATCTAAATTAGAAATTATAGCTGTTGATATTAATCC +ACCTAGTAATGTTATAATCAGCCAAGTAATTCTTGCCCTAACAGAAGAAAAAATTTGTTC +CTTTGGTGTAGGATTTATTTTTTCTATTAACTCTACTTCATGCTCAGAAGACCCTGCAAA +TTTATACATATCTTCTGTTGCTTCTTCTTCCATAACATCTATAATATCATCTACAGTTAT +AATTCCCTTTAATCTCTTTTGTCTATCAATAACTGGAATAGCTACCAGATTATACTTTGA +AACTAGTCTTACTGCTTCCTCCCTATCTTCATCTACATATACTGATATTATGTTTTCACT +CATTAAATCTGCTACTATATTAGAATCTCTAGCTGTAATTAATTCTCTTAAGGATATTAC +ACCAACTAATCGTTCTTGGTTATCTACTACATAAATATAATATATTGTCTCAGCCTCTTT +AGCATTTTCTCTCATATGCTCTATAGCATCTTTAGCCGTCATATCTTTATTTACTTCTAT +ATAACCTGTTGTCATAATACCACCAGCAGACTCTTCTTCATAAATTAACAGCTCTTTTAC +ATCATCAGCATCTTCTTGACTTAAGAGTTCCATGACACCTTCTCTTTCATCTTCTTCTAA +CTGACTTAATATATCCGCCATATCATCTAGTGACATTAATTCTAATATATTTTTACGATG +TTCTATGTCTATTTTACTTAGTATAGTTTTAAAAAATTCTACATCACACTCTTCTAATAT +AGAAGCTGACATATCTATTGGAAGAACTTCAAATAACTTTACTTTCATATCTTCCTCTAA +GTATTCCATTATATCAAATATGTCTATTATGTGGTACTCTTCAAGTAATTCCCTTAATTC +CAATATTTTATTGTTATCAATTAAAGATTTTACCTCACTCAGCAAATCTTTGGAAATATC +CTGTTTCCTATCCATGTAATCCACCCTTATTTATCAGTATATCCAAAATTACTTACGTAA +TTTTGTAAATTTCTCCAATTTTCTTTAACTTTAACCCATAATTGAAGATTTATTTGAGAC +CCTAAAAGTAACTCTATATCTTCTCTTGCAGATTTACCTATTCCCTTTAATTTTCTACCA +TTCTTACCTATTATTATACCCTTATGCGAATCTCTCTCACAATATATTACTGCAGAAATA +TCAACTATTTGCTTATCATTTCTAGATTTCATTTTTTCTATTTCTACTGCAACACCATGA +GGGATTTCATCATGAACATAGTGAAGAACTTTTTCTCTTATTAACTCAGATACTAGTACT +CTTTCTGGCTGATCTGTAATCATATAATCTGGGAAATATTTTGGTCCTTCTTGTAAGTAT +TTTTGAACAACTTTTATTAATTCTTTTATATTTCTTCCTTTTAATGCAGATATTGGTACT +ATTTCTTTAAATACTCCTTCTACATGATACATTTTCATCAATTCAAATAAATCACTTTCA +TCTAATTGATCTATCTTGTTTAAAACTAAGACAACAGGTGCCTTAATACCTCTTAGATCT +TCTATTATCTTTCTATCTCCAGGTCCTATTTTTTTAGATTCATCTACTACATATAAAACT +ACATCTACATTTTTAAATGCATCTGTAGCTGATTTTACCATAAACTCACCTAATTTATTT +TTTGGCTTATGTATACCTGGTGTATCTAAGAATACCATTTGACAATTTTCATCTGTATAT +ACAGCCTGAATTGTATTTCTTGTAGTTTGAGGCTTATCACTCATAATAGCAATTTTTTCT +CCTACTACATTATTCATAAGAGTAGATTTTCCTACATTAGGTCTTCCTACTATACTAACA +AATCCTGATTTAAACATTTATACGTCTCCTATCTTTTGTATACAATTATTATATTTCTTT +AAAATCACTTCCTGAGAAATAAAAAGGTATTAATTCTTTAATTTTACCTTCATATATTTC +TCCTTCTGAATATCCTGTGATTATTCTTATTTCCGGTCCAAATTCAATAATTACTTGTCT +GCATATTCCACATGGGTAAGTAGGCTCATTTTTTTCTGAATTACTAGATGCTATCGCTAT +AGCTTCAAATTCTCTGTCACCTTCTGATATAGCTTTAAATATAGCTGTTCTTTCTGCACA +ATTAGTTGCACCTATTGAAGCACACTCTACATTACATCCTGTATATACTTTACCGCTTTT +AGTTAACAGAGCTGCACCTACTTTAAATTCTGAGTAAGGTACGTACGCATTCTTTCTAAC +TTCTTCTGCTAATTTCAGTAAATCTTTATTATTCACCTTATTTACCTCCTACGTATGTAT +CCTTTATGCATATTCTTATTTTATTGAAATTAATCTTATTTTGATACCTACAGATTTCTA +TTATAAAATACAAATAATAAATATTCTTATTTTCTTTATTATTAACATTTTTATTTAGTA +CCTTACATTATAACATAAAAAAGAAGTCATGCAGACTTCTTTTTTGTATTAGTCTACTTG +ATATCGTATAAAACTATTCAAGTAAATTTTTAATAGAAATTAACTATTTTTATTTGGAAA +ACTAGCATTCCAATTAATATTCCAAGTAATGCACCTGCTACAGTTTCCCAAAATGTATGT +ATCTTTCCTTCTATTCTACTTTGAGCAACAAGAACTGCCATTATATATGCAAGTGTTGCT +ACTACAGGTCTTTCTATTATCATTGTAATTGCAGTTGCCATAGCAAAAGCCAAAGCCGCA +TGACCACTTGGCATACCACCCTTTAGAGGAGTACCTGTAGATGTTAATGCCTTTACTACT +ACTACAGATATCAAAACCAAAGCTATACAAATTAAGGTCACATGAGGTTCTGATTTCCTT +ATGGTGAAAATTAAAGACTTAGATATATCATTTATTTGATCAAGAAATAATATATATCCA +ACAACTACAGAGTTAAGTGCTGCTATTACAACAGCACCAGCTGCAACATCTTTCGCTATT +TTAGCCAAAACATGATATTCATCTGTAATCATATCTATTGTCTTTTCTACAGCTGTATTA +AACATTTCTGTTATTATAACTAAGCTTATAGAAAATAATAATATCAGCATTTCTACCTTG +TTTAATTCAAAGAACAAGCTTCCTGTTAGCACTATTGCAGCTAAGCAATAATGTATCTTC +ATATTTCTTTCAAATTTAAAAGTATATATTATCCCTTCAATAGCTGCATTAAATGCTTTA +ATTATACCTTGTCGAGTTTTTTTAATTTTCATAAAACTACTCCCTTGTTATGCTTAACTT +GTTTAATATATATTCTTCTTTTTCTCTCATTTCTTTAGTATTTTCTTCTGTGTCATGATC +ATATCCTAAAAGATGGAACATACTATGACATACTAAAAAGCATACTTCTCTTTCAAAACT +ATGATTATAATCAATACTTTGTTCAAAAGCCCTTTCTAAAGAAATCACTATATCCCCTAA +TGACTTTTCTTCTAATTCAATTTCAAACTCGTCATCACTTAGCATTGGGAATGATAAGAC +ATCTGTTGCTCTATCTATACCTCTATACATTTTATTTAATTCGTGTATTTCTTTATTGTC +TACAAATGATAAACTTACATCATAATCATCATCGTAACCTTCATAATCTAGACATTCTAA +AATGATATCTTTTATTTTTTCTATTAATTCTTCACTTATTTTAAGTTTATTCTGTCTATC +ATCTATTATAAGTTCCATACTTACACCTACTTCTTCCTTTGTTATTTGTTCTTATTATTA +AGTCTCTCTTTTACTTTACTTCTTCTAAACTCTTCTTCTTTATCAAATTTATCATATGCT +CTTATTATCCTCTGTACTAATTCATGTCTTACAACATCTCTATCACTTAAGGTAATACTT +CCTATTCCTGGAATATCTTTTAAAATTCTCGTTGCTTGAACTAAGCCACTTTTTTTCTTA +TCAGGTAAATCTGTTTGAGTTATATCTCCTGTCACTACGGCCTTAGAACCAAATCCAAGT +CTAGTTAAAAACATCTTCATTTGTTCTGGAGTTGTATTCTGAGCTTCATCCAATATTATA +AATGCATTATCTAAAGTTCTTCCTCTCATGAATGCAAGGGGCGCCACTTCTATAGTTCCT +CTTTCTAAATATTTATTAAATTTATCTGGTCCTATCATATCAAACAAAGCATCATATAAA +GGTCTTAAATATGGATCTACTTTATCCTTTAAATCTCCAGGTAAAAATCCTAAACTTTCT +CCAGCTTCTACAGCAGGTCTAGTAAGGATTATTCTACTAACTTCATCCTTTTTAAAAGCC +TTAACTGCCATAGCTACCGCAAGATATGTTTTACCAGTACCTGCTGGTCCTATACCAAAA +GTAATATCATTATTTTGAATAAGTTTTATATATTCTTTTTGGCCTAATGTTTTAGGTTGA +ATCGATTTTCCTTTTTGTGTTATTACAATAGTTCCTTCTAGTTCCTTTATTTTTTCTTCA +CTGCCTTCTAATAGAAGGGATAATGAATACGATATATTTTGTTTGTCTAAAGTTTTTCCA +TTTGCTACTGCTTGATGCAATTCGTTCATAAGCTTAAGTGCAGAGTCAACATTTTCTTCT +TCACCCATTAAAACGATATTTCCTTCTCTTAATATAACATCTATACTTAAAGCATCTTCA +ATCAATTTAACATTTTCATCAAAATTTCCAAATAACTCTCTTTCAAACTTCTCTTCAGCT +ACTATAAATTTCTTTTGTATTATCAACTGATTTCTTCCTCCTTGGGTATATTAGTTTTCA +TTATTAGAATCTTCATTATTTGTATCTTCATTATCCTTATTATCTTCTTCAAATTCATTT +CTTATATCATTTATTAACCTTTTGCTAGGATTTGAAGGAACTGATTCTCCTGATTCCTCA +TTCTTTTTATTTTGCTCTTTGATTATCTGTTCCGCCTCTGATTTACTAAGAGGATAAACT +TCTGCGATATTTTCGCTAGTATGCACTGTTACTAAATATTCTAGCATATTTTTATTAACT +GTATATTCATGTTTTACATCTACATACTTAGCAGAAGCAGGTATTATGTACTCTAACTCT +TTTAAAGCTTGTTTTTTCAATTCTTCTTTTAATTGTTTTTCATTTTTTTCTATTTTAACA +TTATTAACCTCATAAAAAGTACTAACATCTATTTTTAAAGGAAAAGTATAATTTCCAATA +GTTAATTTTAACGTTTTATTTTCTATTGTATAGTCCTTATATTTTATATTTCTCCTTATG +TTGAATTTTTTATCATAGAAACTTATGGTATATACATTTTTACTTTTCCCAGTTTTCTCT +TGTTTAGTATCTACATAGCTTGAACTTTTTTTAACCTCATAAAATGTAGTTGCCCAAACT +TCTGGTAATGCTTTTGAATTTGCTCCACTCACAAGCAAAGCTCCTTTTTCTACTATATCT +CCCTCAGAAACTACAGAATTCCCACTTCTTGGTATTACTTTCTCTATTATACCATTTTTT +TCTGAAATTATATTACAATAATTTGATTGTTCCTTAGAAGATAATGTTTCAGCTTTTTTT +GTTATCGTTACAAAAACATTCGTACCCTTTACATTTACAGATATATACGCTATTTCATCA +AAGGTTACCATAATATGATCTCTGATTTTTTTTCTGTCTATATTCTTCTTATATATACCA +GGCTTAAGACCAAGTTTGTATAATTCCTTTCTTACTTCTTCTTGCTTTATTCCTTCTGGG +GAATCTATATATATATCTGTAACAAATTGAGATGTGCCCATTAAAATCATGAGCGATACA +ATCGCACAAATCCACATTCCTTTATATTTATAAATTCTTTTAATAATAAAAGGAATTCCT +GTCTTTTGTTTTACTTTAATTTGAAAATTACTTCCTCTATAAGCTTTTTTAAACTTTTTC +ATATCTTCTCTATCTACAGAAAATTGTATCTTAGTTTCACTTATTCTAGTTACATTATAA +ACATTAATATTATTCCTTATAAGATAGTTTAAAAACCTCTCCGTTCCTATTCCTTCTACA +GTTACAACATAGTATCCCCTTATATAACTTATCAATCGTATCTCCCCCTAATCAATATAC +TCCACACCGTAGATAATTCCTTTTATCCCTATTTCACCATCCGTAATATATTTTAATAAA +AGTTTATCTCCAGATATTTTTATAGTTTTTACTTTAGTCTTTATTTTTATTAAATTGGTA +TCATAAGTAACTATAGATAAATAATTTTCTATACTAACAAATTTATTCCCAACAATTGTT +ACGGTAGGCTGAGTTACTTGTAAATCAGATGATATATCAATCATTTGCATACCTCCTTAA +TATATTCTATGATGATAACTTGCTTAAATTGCTTTTTGATAGCTAAAATAATCTAATTAT +TAGTGAATACTTAAATTTACTTTGTAAACATATATTTATATTTAGAATAAACTATATATA +TATGCCTTTAATCTTTTGTGGAAAGGAGCGAATTTATGATAAAAATAATATCTAGCATAG +TTCATAAATGCATATTCTGTAACTTCTTAATAGATGAACTTATGAAGTCTAAAGATTTAC +CACATAAAAATTTATTCATGAATATAAAAAATGAAAATATTAGGAACATTAGAACCCTGT +GTTATTTATATGAATATTTATACAAAGATGTGCTAATACTAGATAATGTAAATACTATTG +AATTATGCAAAAATCTAGATGAAAATCTTAATAACTTATTTAAAATACTATTTGAAATTA +TTTCTGATTTAAAAATATTAAATTCTAAATTAAATAGCCCATACTTTAATCAATTTATAA +ATGGTTTACTTTTTAGTTATTTTAACTTTACTTCTTGTTTAAACTGCTTTTTCCCAACTA +AACAATTTAAAGAAAGTAAACTTGAAAAATTTAGCTTTTCTAAAAAAAGAATTGAAAATA +ATAATGTACATCCAGATAATGACTCTTCAGATACTCTTAGAAAAACTTGTATCGAATCTA +TTGACTTTTTCTTCGATTATCCTTTAAGTTCCCAAAATATAAAAGAAGAAAATTACGAAG +TATTCTTTGAAAATAATCCAAACAATAAATTCTATCAATTTTTTTTCGATTGTGATGATC +GATTAATAAAAGTAAGAATTTCAGATAAAGATACATCTGTTTTCTATATGTATCAAGTAT +TAAAAGATTCTATAGAAACGTCTCCATCTATGACAAATGAAGATGCCAAATTTTATTCAG +ATTCTTATTTAAATGAAAAACTAGGAAATGAATTTAATGATTTAATATTTGATAAAGACT +ATTTAAATATATACTCTTATATGAATATTCCAGAATCTTATAAGTTTAAATATAATTTCA +AAGATAATACAGGCAAGGTAAACCTAAAAAAAGGAATATATATAACAATTGATGCTATAT +ATATATATATCCAAGAGTTATATTTATTTTAGCATTCTTATAATTTAAAATACTGAGAGA +ATTTTCTCTCAGTATTTTTGTTATGTAATGAGATAATTTTTATTTATTAATTATCCATAT +AAAATAATTTAAAAATAAAGCATATAATAGCCATACAATATACGGTATATTTATATATGA +AGAAAATTTATTAATCTTACTGAATTTATAAACCATCACACTAACTATTATTATTAAAAT +AATAATAACTACTAATCCTGTAAATCTTAAGTCTAATCCAAAAAATAATATACTCCATAT +AAAATTCAAAAATAGCTGTAACCAGTAATAAAACATAGCATCTCTAACCTTATATAAGTC +ATATCCTTTTTTCATAATTTTATATGCTGATATTCCCATTAATGTATATAAAATTACCCA +TACTATTGGAAAAATAAAACTTGGTGGTGCAAACCCTGGTTTTATAAGCTGTGAATAATA +TGTATTTGCATCTATCCCTGCAAGTAAATTAGCTATTGTCGAACTACAATAACCTACTAA +TATGGGTATTAATATACTTATAAGAAAATTTCTTATTTCCTTTATTGATATAATCAAAAT +CTTCCCACCTCTTCTAACATATTTTACTTAATAAATATGTCCAAGGCCCCCTTTTTATGA +TTAAATTTATATATTCTATATAACATATAAAGAATTCTTTTTTCTAAAAAGACATGTCTA +TAAAGCGATTTATGAACCAACGACTTAGCAATTTTTTAATACGTAAAAAAGCCTAGAATA +TCTCTAGGCTTTTAATCTATTGTAAGTTATTTTTAACTAACTCATTTATAAGTTTTCCGT +CAGCTCTACCTTTTGTTTTAGGTTTTATAGCTGCCATAATTTTTCCCATATCTTTCATAG +AAGTAGCTCCCACTTCAGATATAGTAGCTTTTACAATTTCATTTAATTCTTCTTCGCTTA +ACTGTTGAGGTAGGTACTCTTTTAAAACTTCGATTTCAGCTTCTGTTTCACTTACTAAAT +CATCTCTATTAGCTTTTTCGAATTCAACCAAAGAATCTCTACGCTGCTTTAATTGTTTTG +CAATTAAATCGATGATTGCATCATCTTCAAGTTCAACTCTATTGTCTACTTCGTATTGCT +TAATAGAAGCTCTTATTAAAGTTACTACAGATTTCTTTACTGTATCTTTGTTCTTCATTG +AAGACTTCAGATCTTCTTGTAACTTTTCTTTAAGGGACATTCCCTTCACCTCTTTATTCT +TTTCTACTATTTCTTAGCGTTTTTTCTTCTTGCAGCTTCAGCTTTTTTCTTACGTCTAAC +GCTTGGCTTATCATAGTGCTCTCTTTTTCTAACTTCAGACATGATGCCAGACATAGCACA +TTGGCGTTTAAATCTTCTTAAAGCACTGTCTAATGTTTCATTTTCTCTTACTCTTACTTC +TGACATTTCTTTTTCCCTCCCTCCGATAGCGCGAATTATGCTGGGACTGTAACTACGATT +ATAATCTGCATAATATGCATTACAACCTCACACTTTGTTTATTATAAACTAAAAACTTAC +TTTTATCAAGTATTTTTCGTAAAGAAGAACACATTTTTTAATCAAATTACTTATTTTCAG +CTTCATATAAAGGTAATTTTTTTCCAGCTAATACATGATAATGAAGGTGTTTTACTTCTT +GCCCACCATCGTTACCACAGTTATTAATTATTCTAAATCCAGCTTTATCGAAACCTTTCT +CACTAGCTATTTTATTTATAACATTGTGAATGTGTGATACAATTTCCATTTCATTTTCAT +TTATATCAATTATACTTTCATAATGTTTTTTTGGAACAACTAGTATATGATAAGGTGCCA +CTGGATTTATATCATTAAATGCAATTACTTTTTCATCTTCATAAACTTTTTGTGATGGTA +TTTCACCTTCTATAATTTTACAAAATATACAACTCACTGTTTTCACACCTCCTATTCTAT +CTAAAAAGTAATATTTCTACATTTTATACTAAAATTCCTTCAACATATTCATCTTTTACA +TCTGTTATTTTGACTTTTAGTATATTTCCTTGTATATCTTTATCACTTTCAACAACTACT +CTTATATAGTTAGGAGTTAAACCTTCATATTTATTGTCTACTATATTTTGTTCAAATAAA +ACATCCATCTCACTATCTATAAACTTACTTGCAAACTTATTAAAGTTAGTTTTGCTTAAA +GATATAAGTTGATCGCTTCTAAATTGCTTAATTTGAGGATCTATCTGATTTTCCATAGTA +GCTGCAGGAGTTCCTTTTCTAGGTGAATACTTAAACACATGCATTTGTGAAAGTTCTATG +TCCCTTAAGAAATCATATGTTTTGTTGAACTCATCATTAGTTTCCCCAGGAAAACCTACT +ATTACATCAGTAGTTATTGCTACATTAGGTATTTTTTCTCTTAATTTCTTAACTATAGTT +TTATACTCTTCTGTAGTATATCTTCTATTCATTCTTTTTAATGTCTCATCACATCCACTT +TGTAAAGATAAATGATAGTGAGGACATACTTTTTCCATTTTTAAAACTTCATTTACAAAT +TCATCTGTAAATAGAATTGGTTCTACTGAACTTGTTCTTATTCTTTCAATTCCATCAATT +TCATTAATTCTTTTTATTACATCTAAAAGTTTCATATTACTTTCTTTTAAATCTTTTCCA +TAAGATGCAACATGAATTCCTGTTAAAACTACTTCTTTATAGCCATTATCAGCTAAAGTT +TGTGCTTCATTAACTATACTTTCAATATCTCTACTTCTTACTTTTCCACCTCTTGCATAA +GGAATTATACAATAAGTACAGAATCTGTCACATCCATCTTGTATTTTCATAAATGCTCTA +GTTCTTCCGTTTGATTGGCTTACTTCTATTTCTTCAAAAGCTCTTACCTTCATAATATCA +TCAACTGTACTAGCTTTTTTATTTCCTTCAACTTCTTGAAGTTTTTTTATTTCTTCAACT +ATTGTTCTTCTTTCATTAGTGCCCATTACTAAATTTACTTCATCTATTTCAAGTATTTCC +TCAGGTGATACTTGCGAATAACATCCAACAACTGCTATTATGGCATCTGGATTTTTCTTT +TTCATTCTTCTTATATATTGACGTGATTTTCTATCACTCATATGAGTTACTGTACATGTA +TTAATAACATATACATCTGCAAACTCTTCACTACCTACTTGCTCATATCCATCTTTTTTG +AACATTTCAAGCATAGCTTCTGTTTCGTATTGATTTACTTTACAACCTAATGTGTAAAAA +GCTACTTTTTTCACTTTATTCATCTCCTCCTAAGTCACTTAGTTCATATAAAACTATAGA +CGATGCAACAACTGACGCTGTCTCTGTTCTTAGTATTCTAGGACCAAGAGAAACTACATG +AGATCCGATTTCTTGAACACTTTCAATTTCATCTTTTGTAATTCCACCTTCTGGGCCTAC +AAATATTCCTATACTATTTATATTTGCATTTTTTATAGCTTTTTTTATTGATACAGTTCT +TTCATTTTCATAAGGACATATATTCATGTCGTTATTTTTCATATCTTCTAAGGCTTCTTT +AAAGCTTAAAACACCTCTTAACTTTGGAATTATACCTCTTTTACTTTGCTTTGCAGCTTC +ATAAATTATTCTTTCCCAACGTTCGATTTTTTTATCTTCCTTTTTTTCATCAACCTTAGC +AACACTTCTTTTTGTTTGAACCAATATTATTTCATCTACACCAACTTCTGTAAGTTTTTG +CAGTATCATTTCCATTTTAGGTCCTTTTGGGAGACCTTGATATAATCTAATTCTTACATC +AGCCTCTCTTTTTATATCTACTTTATCAAGTATATTTAGTTCAACTATATCTTTGTTTAT +ATTAGTAATTTCACATATATACTCTGTATTGTCTTTGTCACATACTTCTATTTCTTCACC +AATTTTACATCTAAGTACCTTTGAAATATGTTTTACATCTTCACCTTCAATAATACAAGT +ATTATTCTCTAAATTAACATTTTTCTTTTCAACAAAAAATCTATCCATGATTACACCTAC +TTAAGCTTAGCAACTATTGCATTCCACTCACCTAATGTTTTTACTTCTATTATTTCAAAT +CCATTTTCTATTAAACTTTCTTTAACTTCATTGACTTTAGCATGTATTATTCCTGATGAT +ATAAATACAGCATCTTCTTTCATACAACTATGAACATCTCTTGCTAATATTTTTATAATA +TCAGCTATAATATTAGCAACTACAATATCTGCTTTGTCACTTACTACATCTATTAAGTTT +CCATGAAGAACTTGCACAGAATCTTGTACATGATTGTGGGCAACATTTTCTGCAGCTACT +TTTACAGCTACTTCATCTAAGTCAACAGCTATAACATCTTTAGCTCCTAATTTTGCTGCT +GCTATTGCAAGTATACCACTTCCGCATCCTATATCGAATACCTTAGAATCTTCAGTTACA +TATTTTTCTAACTCTCTCATACACATTGTAGTAGTTTCATGAGTTCCAGTTCCAAATGCC +ATTCCTGGGTCTAGTTCTATTACTAAATCACCATCTTGAACTTCATAATCTTCCCAAGTA +GGCTTTACAACTAATTTTTCACCTATTTTAGTAGGCTTGTAGTATTTTTTCCACTCATTA +GCCCAATCTTCCTCATTAACTTGTCCTAAAGATACACTACCTTCACCTATATCTATACCA +AATCCAGTTAAAGCTGAAACTTTTTGTTTTATAGTTTCAGCTAATTCCATAACATTTCTT +TCTTCTGATATGTATGTTTTTATTAAAACACCATCACTATTTCTCTTATTGAAAACTTCT +TCTTCAATATAATCCCAATCTAGCTCATTTTTCTTTTGGAAGAAAAAGTCCTTAGGATCT +TCAATCATAACCCCGCCCGTTCTAAGGTCATCTAGTATATTAGTTATAGCTTCAACAGCT +TCCGTAGTAGTTTTTATAGTCACTTCAATCCATTTCATATGTACGTCCATCCTTTACTAT +TTATTTTCCTCTTTTTCCGTAAATTTTATTATATCATAATTATTATTATCTTTTATAACA +TTCTTTTATACTATTTCACATATTCTTTACTAATTTTTATATTTATAATCTATTTTTATT +CCCATAAATAAAAAAATCTGTATCAAAGCGATTTGATTAACTAAAGGCAAATACATAAAT +ATAAATCAACTGAAATTTGCAGTATATTCTAGACTGCATAGAAGTTATTTTATATATATA +TATATCGCTCCCCGTTAAACAAATCACCCTTTGATACAGCTTCTTATTTCTTCTTAAACA +TATCTTCTATTTTTTGTCCGAATGTCCTCTTCTTTTCATGAACTTCATCTCCAGACTCTT +TAGCTAACTCTCTTAATAATTCTTTTTGTCTATCAGTTAAATGTTTAGGTGTTTCAACTA +CTACCTTAACATATTGATCTCCTCTTGAATTACCTCTAAGTTTTTGTATACCCTTTTCTC +TTAGTCTAAACACTGTTCCAGTTTGAGTTCCAGCAGGTACATTATATGATACCTTTCCAT +CTAATGTAGGCACTTCTATTTCTCCACCTAAAGCAACCTGACTGAATGATACTGGCATTT +CTAAGTATACATCATATCCTTCTCTTGTGAATAATGAATGTTTCTTAATATTTACAACTA +TATAAAGGTCTCCTCTTGGGCCACCTTTCGATCCAATTTCACCTTGACCAGAAAGCTTAA +TCATTTGACCATCATCTATACCAGCAGGTATATCTACTTCGATAGTTTTAACTTTTCTAG +TACTTCCTGTCCCATGACATTTATTACATGGTGATTCTATAATTTCTCCCTCTCCATGGC +ATTCGCTACATGTTCTAGAGCTTGCTATGTTACCAAAAGGAGTTCTTTGAACAGTTCTAA +CTTCTCCACTACCATTACATGTTGGACAAGTTTTCTTAGATGTACCTGGTTTTGCACCAG +ATCCATGACATTCATTACACTCTTCACTTCTATTTATCTTTATTGAAACTTTCTTACCAA +AAGCAGCTTCTTCAAAATCTATAGTTACATTTTGTCTTATATCAGCTCCACGTTCAGGAC +CTCTTCTTCTTTGACGGCTTGAGCCTCCAAATCCACCTCCGAACATATCTCCAAATATAT +CTCCGAATATGTCTTCGAATCCTCCAGCTCCCCCTGAGAAGCCTCCAAATCCTTGACCAC +CAAATCCGCCTTGTCCATTTACACCTTCATGACCAAATTGATCGTAAGTTCTTCTTTTAT +TTTCATCTGATAGAACTTCGTAAGCTTCATTTATTTCTTTAAACTTTTCTTCTGCTTCTT +TATTATCAGGGTTTCTATCTGGATGATATTGCATTGCTAATTTTCTATAAGCTTTTTTTA +TTTCTTTCTCATCAGCACTCTTACCTACACCCAGTACCTCATAGTAGTCTCTTTTAGTAC +TCAAGTTTGTCACCACCTTTATCTTACAAAATAATAGCTTGTAGAATATTAAAACTACAA +GCTATTATTCTTTATATTTAACAGATTTAACATTCTATTTTATTATATAAAATTACTCTG +TTTTTGTAACCTATTTTTCGTCATTTACTTCTGTAAAGTCAGCATCTACAACATTATCAT +CTTGTGGCTCTTCTTGAGCTCCACCTTGAGCTTGTTGTTCTTGAGCTGCAGCTTGATACA +TTTGTTCAGATATTTTTTGGAATCTGTTCATTACTTCATCCATAGCTTTTCTTATTTCTT +CAGCTGTAGCATCTTCTCTATCTTTTACAGCTTTTAAATCAGCTATTGCAGCTTCAACGT +TAGCTTTATCATCTGCACTTATTTTATCAGCAACTTCACCTAAAGTTTTTTCAGTTTGAT +ATATAGTTGACTCAGCTTGATTTAATGCTTCTATTTTATCTTTCTTTTGCTTATCAGCTT +CAGCATTCATTTCAGCTTCTTTTACTTTTCTTTCTATTTCTTCTTCACTTAAGTTAGTTC +CAGAAGTTATAGTTACTTTTTGTTCTTTTCCAGTTCCTAAATCTTTAGCAGTAACGTGAA +CTATACCATTAGCATCTATATCAAAAGTAACTTCTATTTGAGGTATTCCTCTTTGTGCTG +GTGGTATATCAGTTAATTGGAATCTACCTAAAGTAGTATTGTCGTAAGCCATACTTCTTT +CACCTTGAAGAACATGTATATCAACAGCAGTTTGGTTATCTTGAGCAGTTGAGAATACTT +GAGACTTCTTAGTTGGTATAGTTGTATTTCTTTCTATTATTTTAGTAAATACATTACCTA +AAGTTTCTATACCTAATGATAATGGAGTTACGTCTAATAATAATAAGTCGTTAACTTCAC +CAGTTAAAACACCTGCTTGTATAGCCGCTCCAGCAGCAACACATTCATCTGGATTTATAC +CTTTGTGAGGTTCTTTTCCTATGAACTTTTTAACAGCTTCTTGAACAGCTGGTATTCTTG +TAGATCCACCTACTAATAATACATCATCTATATCAGATGTAGATAATCCTGCATCTTGTA +AAGCTCTCTTAGTTGGTTCCATAGTTTTTTCAACTAAATGAGCAGTTAATTCATCAAATT +TAGCTCTAGTTAAATCTATATTTAAGTGTTTTGGTCCTTCAGCAGTAGCTGTTATGAATG +GTAAGTTTATATTTGAGCTCATTGTTGAAGATAATTCTTTTTTAGCTTTTTCAGCAGCTT +CTTTTAATCTTTGAAGAGCCATTTTATCATTTCTTAAATCTACACCTTCAGCTTTTTTGA +ACTCATCAGCTAAATAATCTATTATAACTTGGTCAAAGTCATCTCCACCTAATCTGTTGT +TACCAGCAGTAGCTAAAACTTCGAAAGTACCATCTCCTATTTCAAGTATAGATACGTCGA +AAGTACCTCCACCTAAGTCAAATACTAATATTTTCTTTTCTTGATCTAATTTATCCATTC +CATAAGCAAGAGCTGCAGCAGTTGGTTCATTTATTATTCTCTTAACATCAAGACCTGCTA +TTCTACCAGCATCTTTAGTTGCTTGTCTTTGAGCATCTGTAAAGTAAGCTGGAACTGTTA +TAACAGCTTCAGTTACAGATTGACCTAAATAACTTTCAGCGTCTGCTTTTAATTTTTGTA +GTATTATAGCTGATATTTCTTGTGGAGTATATCCTTTACCATCTATATCAACTTTGTAAT +CTGTTCCCATATGAGTTTTTATTGATATTACAGTTTTATCTGCATTTGTAACTGCTTGTC +TTTTAGCAGGTTCACCTACTATTCTTTCTCCATCCTTAGTGAAAGCTACTACTGATGGAG +TAGTTCTCATACCTTCTGTATTTGCTATTATTTGTGGTTCTCCACCTTCTAAAACAGCAA +CACAAGAGTTAGTTGTTCCTAAATCTATTCCTATTACTTTTCCCATGATTCATGTCCTCC +TTGAGTAATTTATTATCATTTTATTATTTTAAATTTTATTTTTAGTTAATTTATTATTAG +CAAGAAACTTTAACCATTGTTGGTCTTATTACTTTAGTTCCTAGCTTATATCCTTTTTGA +AGTACCATTATTACTTTATTAGCTTCAACTCCATCTACACTTTCTTGCATAACTGCTAAA +TGTAGGTTCGGATCAAAGTCAGCATTTTCAGCTTCAATCTCTTCTACGCCAAATTTACTT +AAAGTATCTTTAAGTTGTTTTTGAACAAGACTTATACCTTCGTATAATTTATCTTCTTTG +TTATCACAAGCCTCTACTGCTCTTTCCATACTATCAATAACTGGTATTAACTCAGTTATT +ATTTTTTCATTTGCAAATACTCCAATTGTTTCTTTTTCTTGATTAGTTCTTCTTATATAA +TTTGAGTATTCTGCTTGTAGTCTTTGATACTTATCTTTTTCTTGTGCTAATTCTTCTTTC +ATTTTTTCTTCCTCTAACCTCAAGTTTATGTCTACAACATTATCATCTTGGTTAGTTTCA +GTTGATTCTTCAGCATTTACTTCTTGAGATTCTATCTCTTCGTTAACTGAAGTATCCTTT +TCATCTTGATGAATATTTTTTTCCAAGATACTGCACCCCTCAATTTTATTTTTTATTATT +AATCAGTAAGTTTATATAACTTATTATAGAATATATTCTAGAATAGTCCATTCTAGTAGG +TCCTATAAAACTTATACGTCCTACTGAGTTTTCATCTACCTTGTATGTTGCTGTAACTAC +ACTATATTCTTGAGCAGCCTTTACATCATTATCACTACCAATAATTATATTAGCATTTTC +CTTTAATATTCCCTTAGATTTAGTCATCTTAGTTATATTTTCTTTTTCTTCTATCATATT +AAAGAACGATCTAGCTTTTAATACATCATTAAATTCTGGATAGCTAAATATATTAGTTGC +TCCACTTAAAGACATTGATAACTCTTCATTTGATAAGTTTGAGTTTAGAGCATTTACAAG +TTGATCTATTAAATTAGAACATTCTCCTATTTCATGCTTTATAAAAGCTACAAACTTATT +ATCTAAATGAGTTATAGTTTTACCACCAAGCTTTTTAGTTAGATTGTCAGATATGATATT +TAGCTTAGCTTGTTCTAAGTAAATCTTAGTAGGGATAGTTTCTTTTTTAATATCACCTTT +ATCAGTAACAACTATTAGCAAGATATTATTTTCATTCATACTCACTAGCTGTATATGCTT +TATAGTACTGTAGTTTACTAAATTTTTAGCAATACCTACAGTTGTATAATTAGTCAGCTC +TGATAGTAACTTTGAAGTTTCATGAATAAGACTTTGAATATGATTAATATTATTTTGAAC +ACATTTTTCAATCATGATCTTATCTGACTCATTCAATTCACTAGTTGCCATAAGTGCATC +TACATACAACTTATAACCTTTTTCTGTTGGTACCCTACCAGCAGATGTGTGAGGTTGGAT +TAAATATCCTAGTTCTTCTAGATCAGCCATTTCATTTCTTATAGTCGCTGCACTTACGCC +TAGATTATATTTCTTAGATATAGTTCTAGATCCTACAGCTTCTGCTGTATCTATGTAGTC +TTTAATTATAGCTTTAAGGATATTGAGTTTCCTTTCATTTAATTCCATCTTGCACCTCCC +TGCTGTTAGCACTCATTCTATTCGAGTGCTAAAAAGATTATATTTATTTTATATCACTAT +AAATTTATTTTGTCAACACTTTTACTATTAATTCATAAATTCTATAAAAACTGTATTTGA +TATTTCTCTTCCTTTTTGTGTTAATGCCATGTTTCCTTCACTTAATTGAATTAAATTCTT +CTCACTTAAATCTTTTATTTGCTTATGATACTTTTCTAAAAAATCTATATTAAATTGTTT +TTTAAAATCATCAAAACTTATTCCTTCATTCATTCTAAGTCCCATAAATATCTTTTCTTC +TATTTTATCTTCGGTATTAAGAATTTCTTTGCTCTCTATTGGTCTTTCATTTTTCAGCAA +TGATTTATGATATTCATTTAAATCACATAAGTTTCCATATCGAGTATTCTTTATATATCC +CGATGCCCCTGGACCAAGGCCAATATAATGTCCACATTTCCAGTAAAGTTTATTATGCTC +ACATTCAAAACCATTCTTTGAATAATTAGAAATTTCATATTGCTTATATCCTTTAGACTT +TAAATAGTTTATTGTATACTCATACATATCAATATCTGTATCCTCATCCATAAGTCTAAA +TTCTTTTCTTTCATACATATTATAAAGCTCTGTACCTTCTTCTAATATTAAAGAGTATGC +TGATATATGAGTTGGATTTAAATCTGTTATTTTTTCTAAACTTTCTTTCCAGTCATCAAA +ACTTTGATTCGGAAGGCTGTACATCAGATCAACATTAATATTATCAAATCCAATCTTTAA +AGCTTCTTTATAATTTTTCTCAAACTCTTCATAAGTATGTATTCTACCTATATATTCTAA +GTGATTATTTTGGGTAGCTTGCAGACCTATACTTAATCTATTAATACCTGCATCTTTCAT +ATCTTGTAATTTTTCTAATTTCAATGTTCCTGGATTGCATTCAATAGTAATTTCCGCATC +CTTTTTTATATTAAAGTTATCATTTATGCACTTAAATATGTATTTAATTTCATCTCCACT +TAATATACTTGGAGTCCCTCCTCCTAAAAAGATACTCGTTATTTCTTCATTTTCATCTAT +TTCACTTTTATATAATTCCATTTCTTTTTTTAAGTCTTCTAAATATGTATTTTTTGAAAT +TCTATCTACTTTAAAGGAGTTAAAATCACAGTAGTTGCATTTTTTCACGCAAAAAGGAAC +GTGTATATATAACCCAAACATTAGTTCACCTACTTTCATCTTTATTAATTTTTTAATATT +ATTATAAAGTTTACTTTACTCTATAATTTACCATATTTTTCGCAATCTTATCTCCCTCAA +TTTAAAAAAGACCAAATTATAAGTATAAAAGTATTATATACAAAACTTATAGTTTAGCCT +TTTATTTATTTTTACCCAAATAGGTTAATTCTAATATCAATTTAATTTAGTTATCATTCT +TTTTAGACATGTAGTTATATACAGGTAAACCTATTAGAGTTATTATTATATCTCCTAAGG +CTATTAAAGTCGCAGTTAGTAATTGATTAACTATAACAAATAATCCACCAATTATCGCTA +TCAATGGAATAACAGGATATAATGGTACCTTATATGGTCTATCTAAATTTGGGCTATCTT +TTCTAAGTTTTATCACACCTATAAATGTAAGTATATAAAATACCTATACCATAAATACAG +TTAAGTCAGTTAATAAGTTAAATTGTCCAGATAAAGCATATATGCATGCAAGTATGGCTA +CTAACCATGTTGCATTTATAGGTGATCCTCCTGAATTAACCTTTGATAAAGCGTCACTAC +CAGGAATAATCTTTTACTTAGATAATGTATAAGGAATTCTTGGCTCTGTTAAAAGATATC +CATTTAAAGTTACAGATACTGATATTAGCATTCCTATAGTTATTGTTTTACCTCCAATAT +CTCCAAACAATCTAGTAGCAACTAATGTGGCCGGAGATGTTACTAAAGCTAATTCTGAAG +CACTTGCTACTCTTAAGTAAGCTAATTTTATAATTATATATACTGCCATTACAGTGGATA +ATCCTCCGACTATTGCTGTTGGCACAAATCTTTACCTGGATTTTTCATTTCACCTGCTAT +TGCTCCAACATTTATCCATCATATGCGAATAGCGTTGCAATTAACACATTACATAATGCT +GTACTTGTACTAATTCCTGTTCCTACCATAGGTGTAAAAGGACTAACTTCACTTCTTCCT +TTTACAAATCCAAATATTATTATTAAAATTAATGGTACCAATTTACCAATAGTCGCTATA +TTTTGTATAGTACCTCCAAAAGATGAACCAATATTATTTAAAGCAGCTAGTAGTATTATT +ACACCTAATGCTATTATAAAAACTATTGTCATATTAGTGGCTGTATAGCCAAGAAGTTCT +GCACATTGCTGCACAAAAATTACAGCTAGTACAGCTGAAGTACCTGGGAAAATAATACAA +TTTGCATCCGACCTGTTAAAAATCCTAATTTTTTACCCTATATTTCCTCTATATATACCA +TCATACCACCAGTTCTAGTTATAGCTGCTGATACTTCTGCAGCTGTAAGTCCAGCCATAA +TGGTTATAAATCCACCTAAAATCCAAGCTATTATTCCTAATCCAGAAGCACCATTCGTTG +TTGCATAGATAGCTTGTGGTTTAAAGAAAACACCAGAACCAATTACTAAGTCTATAACTG +TAGATAGTGCAGTTCCCAAACCTAGAGTTTTCTTAAATTCATTACCATAAGTTGCCTCAT +TACCAAATTTAATAAAAATTATATATTTTTACATATTTAGTATTACCAGCTTTACCTTAA +TTATTAAACTTAATAATTTAAACTTATATACTAAAAAAGATGTATAAAATTCAAAGAATC +CTATACATCTTTTTATTTATAATTATTTATAATTAATCATCTAACTTTAGTACAGACATG +AATGCCTTTTGTGGAACTTCTACAGATCCTATTTGTCTCATACGTTTCTTACCTTCTTTT +TGCTTTTCAAGAAGTTTCTTCTTACGAGAAATATCTCCTCCGTAACATTTAGCAAGAACG +TCTTTTCTAAGAGCACTTATAGTTTCTCTAGCGACTACTTTATTTCCAACTGCAGCTTGT +ATTGGAACAGCAAATTGATGTCTTGGTATTTCATTTTTTAACTTTTCACACATAGCTTTA +CCTCTAGGATACGCTCTACTTTCGTGAACAATGAAACTAAGTGCATCTACCTGTTCTTTA +TTTATTAATATATCAAGCTTAACAAGATTAGAAGGTACATATCCTTTTATTTCATAGTCT +AATGAACCATATCCTCTTGTTCTTGATTTTAATGCATCAAAGAAATCATAAATTACTTCA +TTTAGTGGAAGATCGTAATGAAGCATAACTCTCTTTTCATCTATATACTCCATATTTAAC +ATGTTTCCACGTCTTTCTTGACATAATTCCATAACAACACCTACATAGTCTTTAGGAACA +ATTATATCACCTTTAGCTATAGGTTCTTCTATCATTTTTATTTCAGACACCTCAGGTAAG +TTCGCAGGGTTTTGAACCATTACGATTTCACCATCAGTTTTAGTAACCCTGTATATAACA +GAAGGCGCAGTTGTAACTAGGTTAAGATCAAATTCTCTTTCTAATCTTTCTTGGATTATT +TCTAAGTGAAGTAAACCTAAGAACCCACATCTAAAACCAAATCCTAAAGCAGCAGACGTC +TCAGATTCAAACTCAAGAGCTGCATCATTTACTTGCATTTTTTCAAGAGCATCTCTAACA +TTTTCATATTTCTCACCTTCACCTGGATATATCCCACAGTAAACCATAGGAGTAGCTTTT +TTGTATCCTGGTAATGGCTCTTCAGTAGGGTTATTTGCGTCAGTTATAGTATCCCCTACG +TGACAACTTCTTATATCTTTTATACTTGCAGCAATATAACCAACATCTCCTGCTGCTAAT +TCATCAAGTTCTCTCTGACCAGGAGCCATAACACCAACTTCTGTTACTTCAAAAGTTTTG +TTAGTGTTCATCATTTTTATTGTCATACCTTTTTTTACAGTACCTTCATAAACCCTAACA +TAAGCTACAACACCTTTGTATGCATCATAGTATGAATCAAATATCAATGCTTTTAAAGGT +GCTTCTTTATCACCTTGAGGAGCTGGTATATTTTTAACTATAGCTTCTAATACATCTTCT +ATATTTAAACCACTTTTTGCAGAAATTAATGGAGCCTCGCTAGCATCAAGACCAATTATA +TCCTCTATTTCTGCTTTTATTTCATCTGGTCTAGCACTTGGTAAGTCTATTTTGTTTATT +ACCGGTAATATTTCTAAATCTTGATCTAATGCTAAATAAACATTAGCTAAAGTTTGAGCT +TCGACACCTTGTGCTGCATCTACTACTAATAGAGCACCTTCACAAGCAGCCAAACTTCTT +GATACCTCATAGTTAAAGTCTACGTGACCTGGAGTATCTATAAGATTTAAGAAATACTCA +TTTCCATCCTTAGCTTTATAAACTAACCTTATATTTTGCAGCTTTATAGTGATTCCTCTT +TCTCTTTCAAGATCCATGTTATCTAATAACTGATCCTTCATTTCTCTATCACTAACAAGA +CCTGTTTTTTGTATTAATCTATCAGCTAAGGTAGACTTCCCGTGATCTATATGTGCTATT +ATACTAAAATTTCTAGTTCTACTTTGTTTGTTGTCCACCTTTATTCCTCCTTATTATTAA +TATCATAGCTTTTATTTTATAATATATCCGCATTTATGTAAATAAAAGTTATCTTATATT +TTCTTAATATAAAATAAAATTTTATATTAAAATAAGACTTAGTATTGTTCTAAGTCTTAT +TTTGTTATTTATTTATATTTTTTGCAATATATACTCATCTAAAACTTTCAATCTTACCTT +GTATATATGGTTGTAACTCTTTTAATGATTTTATAGTCTTTTCTATATAAGTTTCATTTC +CTAGCATAATATTAGCATTAGTATCAATAATTATTAGGCATATACTACAAGTTATAGACA +TTATTAGTATAAATATTATCCTATAAATAAATCTTCTTTTTCTTTTTTTATTTTTTCTTT +CTATATTTTTTTCTAGACGACTCATTCTAAACTCCTAAATAGTTATATCTATTTAAAATA +TGAATCTAGTATATCTGCTATATACTTCGTACTAGCACTAGCTTCTTCTACACTTACTGC +GTTACTTCCAACTTCAATTAATATACCATTTTTTGCCATATATTGATTATATCTACCGTA +ACTTTTCTTAACTACAGGTTTAGCTATTCCAGGGTATTTTTCATTAGCTAAATTTGTAAG +ATCTGTTGCTATTTTCATAACTTCATCTACATTCTGGTTTTTCATGCCTACTACAAAACA +AATTTTAGCTACCTTTTCTCCATTTATAGTTGTTGTATAATTTTTATTTGTTTCTTCTGT +TACATTTGTTGATGCATCTCTATGTAAGTCTATAGCAATATCTACACTATTATAAGTAGA +CAGCATTGATTTTACTGTTTTTAAACTATTAGAGTATGAGTTATTATATGATGGATTATC +ATGTATCGTTGTATTATGTACTACTCCCCATCCTTTATTAGTTAATTGTGTTGTAAGTAA +ATTCCCTATTTTTATTACTGAATTCTCCGGGTCATTTGAGTGATAATTTCCAGTAGGTGA +ATTAGAGTATGTCTCACAACTATGTGTATGGTATATCAATAATCTTGGATTTGCACTTGT +CACTCTAACATTGTCCTTGTATTCAGTTAAAAGTGATGCTTCACTTTCATTTTTTTCTTT +GCTTTCGCTACTATTATCATTTGAATTTAAAGTAGGTATATTTTCTTCACCTATGTGTAC +CTTTATATAATCATCATCATTATCATTTTTTTCATCATCATTATTTTTTGTACTCGCTGA +CTCTTTTTCTTCATTTGTATTAGTTTCTGGGTAAGAAGAATTTATTAGATATCTAAAAAA +ATCTTCTTTATCCATAGCAAATGATGTTGTAGGCAAGATACAAATTAACACACAGGCTAA +TAATTTTGCCTTAATGCGTTTTTTTCCCATTGTTTTTCCTCCTTATTTGGTTATCCTTCC +TGGATGCAATGCTCTATTCAACCCTTCACTTATTATTATTGATAAGTTCTCTATGGTTTC +ATCTATGTCTTTAGGTGTAACGATTAAATTTTTATCGTATGGATCTAGTGAATCTTTTAT +TAATTGATACTTTTCTCCTTCTTTTAGTTTTTTCAACATATTATAGAAGTTCTCTGATTC +CTTTGATTCACTCATTAAGTTGTCAATAGCCATATCTAAAACATCACTAGTTAAAGTTGC +TGCATCTACTACAGTAGGTACCCCTATTGCTATAACATCTACACCTAAATATTCCTTATT +TAAAGCCTTTCTTTTATTTCCAACTCCACCACCTGGGGATATTCCAGCTGTTGAAATTTG +TATGGTTGCATTTACTCTTTCCATCTTTCTTGATGCTAGGGCATCTATAGCAACTACTCT +ATCCGGCTTAATAGTATCTACAATTGCCTTTACAGTTTCACTGGTTTCTATTCCTGTAAT +TCCCATAACACCTGGGCTAAGTGCAGCTACTTCTGTAAAATCATCATCATAATCTTTATT +ATAATTTTTAAATATATGTCTAGTTACTAAAGTTTTAGATACACTTCTTGGACCTAATGC +ATCAGAAGTTATATTCCAGTTTCCTAATCCAATAATTAAAGTTTTTTTAGTTTTGTCAGT +TCCAAAAACATCCACTAATTCATCTTTTAAATACTTTATCATCTCTTCTCTTGATTCATC +GTCATCAAATTTCATCAAGTTACTTTCCAATGTTATATAGGTTCCTATTCCTTTATTCAT +TATCATTGAGCCTTGCTCATCTATAACTTCCACTTTCGTTACAATACAATTATCTAATTC +CTTATTTTCAACCTTTACTCCAGGTAATTCACTAGTATCTTGCTCCTCAGCATACATTTC +TTTAGCTTCCAACGCTAAGTCTGTTCTTATATTAATCATCTTAACCTCCCGTATTAATTG +AATGATATTTATAAGTGTTAACAAATTTTAGTATTCTATAACAAAAATTATAATTTTGTA +AATATTGAATAATTAAATTATATATTGTAAATTATTTTTATATAGGTTATAATCTTAAAA +GTCAAAAATAACAGATATTATTAAAATAAGATTATGAATAAATTATCCTTGATTTTCAGA +TTTATTTCTGTTAATATATAATATGTTGACGACGAATATAATAAAAATGTACGAGGGGGT +GAACTCACATGGCAAACATAAAATCAGCTAAGAAAAGAATAAAAGTTATCGAGAAGAAAA +CTGCTTTAAACAGAGCTAGAAAATCTCAATTAAAAACTGCTATAAGAAGATTCGAAGAAG +CTGTAGTAGCAGGAAATAAAGAAGAAGCTACTCAAAGATTCCAATATGCTCAAAAGAGAA +TATCTCAAGTTGCATCTAAAGGAACTATACACAAGAACGCTGCAGCTAGAAAAATAGCTA +AATTAGCTCAAAAATTAAACGGAATGAACGCTTAATTCTCTGTTTATAATCTTTATAGAT +ATAACCCTTGATTTCTTATCAAGGGTTTTTTACATCATTTTAATTCGCTTAACTAATAAA +ATTCTTTTTTATATAAAAAGTACCTTAGATTAAAATTCTAATCTAAGGTACTTTTTATTA +GCTAACTTTTCTTTGACAATATTTACTAACCAATATTTCTACAGCTAGTGTATCTTTAAT +TAATCCATTCTTTATTTTATAATCACTTTCTAAAATATAATTCAACATATCTATTATTAT +CTCATCTGAGAAGTTAGAAGCTTGTTTTAAAGCCTTCCCTACTACAAATGAATGTAATTT +TAGCTTTTCTGAAATAACTTTACTTGTATATCCTTCAGACTGAAATTGTCTAACTTGCAT +AACGACTCTAAACTGCTTCGCAATCATAGCAAATATACCAAGTACAGATTCACCTTCTTG +AACCATATCATTTAATATTCTAATAGCATTTGAAGAATTTTTTTCACCTATATAGTCAAT +TAATTTGAATATATCATTTTCTACCTTTTTTTGAGATAATTTATCTATAACCTCATTAGT +TACCTGGTTTCCCTTACCTACAAATGAGCTTATTTTATTTATTTCATTATCTAAATCAGA +TAAAGTTTTTTCACTACTTTTATCCCTATACCCTTCAGAATCTATAAAGTACATAATTTG +AGAATTTTCTATTCTAACTTCTCTAGCTTCAAATTTCTTTTTTACCCATTTAAATAAATC +CATATCAGATAACTTATCACAATTGCAAACTATTCCATTTTTACTTATCTTTTTTACTAT +ATTTTTTCTTTTATCTATATCTCCATAAACAACAAAAACTAAAATTGTACTTTCGGGTAT +ATTATCTAAATGATCTATTAGATATTTTTCATCACTATCAGTAAAATTTTTCTTCTTTCC +TTTTAATAATTCAAAGTCTTTTATTATAACTATTTTCTTATCATCCATGAAAGGAAGCGT +CTCTATAGAGCTTATAACTTGATCTAATATAATTTCCTTTCCATCTATAATATCTAAGTT +AAAATCTAACATACTTTCGTTCAAACTATTTTTAAAAGCATTTATAGAATTTTCAATAAG +ATAATATTCTCTCCCATAAAAAAGGTACATATTTTTGAAATCTCTATTATTAACACTTTT +TATAATATCCTTGTAATTCATTTTCTTGCTCCTTCATAATCTTTAGTTCGTTATAAATCA +TATACGAAAACAGTATTATGTAGTATATAATAACACAATACAATTTTGGATTATCTATTT +CAATATAAGCAAAATTAAATGTGCTTATCTTACTTAATAAATAATATATTATATCTATAA +TATATTTATTAAAACAAGCTATTAACTTTGCTACCCATAGGTTTATTCTAAATATAATTA +TACTTGCAACACTTAAATATATTATAACTCCCATAAAAGGAACAATTATCATGTTACTTA +CTATTGTGAGTAATGGCACTCCTTTAAAATTATAATATACCAATGGTATCGTTAATATAT +TTGCAGATATAGTTAATGATACTAAACTAATCTTAAATATCTCATTTATATAACCATAGA +AGTATATTATAGACAATGTAGCAAGAAAACTCAATTGAAAACTTATATTATATATAATAT +AGGGATTATTTATTATAAAAAATATTCCTATTAAGGATAAAGTTGATATACCATCTCTCT +TTCTTTCTAAAAATACAGATAAGTATAGTACAATCATAAAAAATATTGAACGGACAATAG +ATGGAGATGAGCCTACCATTAAAGAATATAAAATCATCAACATAGATAAAATTACTAGCT +TATAATATCTATTTATTCCCCCCATGATAAAAGCTATCATTCCACATAATAATCCAGTAT +GAAGTCCAGATATAGCTATAATATGGCTAGTTCCTGTTCTAGTAAATATCTCTTTTTCTT +CTTCACTTAAATATTCCTTTTTACCTAAAATTATAGAATTTATAAAATCTGATTTCTCCT +TATATAAATATCTAAATGTATCCTTTATATATTCTTTTATATTGCCTATAAATAAATATA +TATTACTATTATTTATTATTTCATATTTATCTATATATATTAGACCTTCATATCCTACAC +TTCTTATATACCTTCCGTAATCAAAATTTTCAAACTTCATGTTATCTAATGATTTATATT +TACCATTTACTTTTACAACTTTACCAATATCTAAATCTTTATTTTTGCTATAGTCATTTA +CTAAAAAATTACCTATCTTATATTGATCATATCTCTCTTTTTCAATTTTATCTTTTACAA +CCCCTTTAACTATCACTATTTCATTTTCACTAAATTTATCATCTATTGTTTTATTTTTTG +TATAAATAAACGATATAGACAATAAAATTATATACATTATGAGCAATGGTCTTCTCATTT +ATCCTCCTAATGTTTTTATTTTTTATTATCATCACCTTGAATTTTTTTAAACCGCTTTTA +CCATATTCATTTGACAGCAGTTTAAATATTTTTTAACTACTTAAAAATAGTAATTCGCTT +GAGCAACATGTTTGTAAAACACTTCAAGTTTAGTAGTTTAGATTATAAATTATCCACAAA +TTATATAATTTATAATCCCTTAATATACAAAAAAAGTGCCTTATAGCACCTTTTATATGT +ATTCATTTATATAATTATCTTTTTTAGGAAATACTGTATTTAAAAAATCTTTTACTTTTT +TATTCTCATCTAAATTATTTAAAATAAATGCTTCTGAGGCATCTATATATGAAAATGCTA +ATTGCGATATAATATTAATGTTAAACTCTACTTCATATTCAAAATTACCTTTTTCTATAT +TCAACTTTTTATCTTTTAACATTATTCTAAAAACTCCATTATTCTCTTCAATAAAATCAT +CTATAATAGATATATTTATAGTTTCTTCTAAGTTGCTTTCAATATCCAAACCTTTTAAGT +ATTTTTCTAAATTTATAATCCTTCCCATCATAAAAGGTTTTATTTTTATTGTAGAGTTTT +TAGGATTATCTAAAATAAATCTTATTTTATCATTTATAGGCGTTGAAATTGTTACAGATT +TACATTGAGTATTATGATTATATATAAACTTTAACATAGACTTTAATGAGTCTATATTTT +TGTAAAATAATTCTCTTACAAACATATTATCATCATTCAAGAAATATATTATATACCCAT +CTATTTCTCTGTCTTGATGAATGTATATATGACCATCTTCACTTTTTACTTCTTCGAATA +AGTTTTCATAATATGATTTATCTCTTTTTATATTTCCATTTACATCATCTAAAAATGAAT +TATGTATATCTACAAAGTAATCTAAATCCCTCAAAGTAGCTTTTTTCATTATCCCCTTTG +ATCTAAAGGATTTTAAACTTTCTATATCAATATTATACTCAATTTGATCATAACAATGCT +CATACCCATATTTTCTATATAACCGATAATCTATAGGCATTAAAATTGATATCAATTGAC +CTTTTTTGTATAACTCTTCTAAAGTAAATTCCATTATATTTTTCATATAACCCTTACCTC +TTACCTGAGGCAAAGTTGATACGCCTACTACATAAGATGTATCATAATATTTATCATTCA +AATTAATCTTATATTGATTTAGCTGTAAAGATGAAACAATCTCACCATCTTCATCAACTA +CAACCGTATTGTACCTATCATATCTATTTTTAAAATAGTAATCAGTAAATTTAGGACTAT +CATTAAAACAATAGTCCCAAATTTCTCTTATACTATCTTTTTCATCTTCTTTAGCATATC +TTATTTTCATAATTTATGCCTCCTTAACAGTATACTTTTCAACAAATCGAATTGGATGGT +AAGAAAGTTTTGCTTTTCTAAGCCCAGGTATACCTAAATCTTCTTCTCTATTTACAAATT +CAACCTGACTAAATTCATTTACTAAGAACTGTTGATTTATAAAAGGATACAATCCTCTTA +TGTCTGGATTTGCTTTTTCTATATGAATTAGTGCCATATTAGGATTTAAAAGTTCTCCAA +TAGTAAAGGCTTCTAATTTATTATCTATAAATATTCCACCTACTTTTATACCATCTTTTA +AAATATCATAATGGCTAAATATTTTTTTTATACCTATCAGCTCTTCATCCATACTATCAT +CATATTCATTATTTTCTTCTTTATTATTAGCCCATTTCTTCACTAATTCTAAGCAAGAAT +TAAAATCTTCTTTGTTTAACAATCTATATTCAAATCTACCTTCATACTCTTTTAAAAAGT +AATTTATATGATTTCTTTTCTTTTGATTTTTTCTACCACCTAAAGTTCTCATACTTTCCG +CATCATATACATAATCAAATAAATCTCTTTCTTCTATATATTCGAATTTATCTTTATAAT +TTTCTTTTAGATAATCCACTATTTCCTGAGTTACACCTCTAAAATATAATTTTTTATTTA +CATTTTTAAAGTAATCAAATACAAAATCTATTACTTCGGGAAGTTTTTCCTTCTTAGCAA +GTGGTAATATTGAGAATGTATCACCTTCGTATTCACCTACAAGAACAGCAAATCCATCTC +CTATATAATAGCCTGTTTTATAAAGATGTTGCCACATATATAAAGTTGCAAAACAATATT +CACATGCTTCATAATTGACCATGTCAAAATAAGTCTGTAATTTTTCTTTTGCACTTATAT +CTATGTCTTTAAAGACTATATTCTCTTCTCTTTCCTTAACACACATATCTATATTTCTTA +ATAACATAAAATCCTCCTAGCTTTAATGCCCTCATTAAAGTCTATATTAAATAACCTATT +TTTTGTTTTTATCGTATTAACTTATACTTATTTGTTTAAAATAAAAATTGATAAACTTTT +ACATGTTTATATTACCCATATTATATTTTTATAAACATGTAAAGAATGGTGGTGGTATTC +ATATCCAAATTTTATAAATTTTTACTAATAATTATTATAATAACACTTTTATCTGCTTGT +GACAAAAAAGAAATTTTATCTATACATATCATCGATGTTGGTCAAGGTGATAGTATACTG +ATAAATACTCCCTCTAATAAAAAAATTTTAATCGATGGAGGAAATGAAGATAGCGAACAT +ATAATTAGAAACTATTTAAGAAAAGAAAAAATAAAGACCTTGGATATAGTTATAGCAACA +CATCCTGATTCTGACCATATAGGTAGTTTAGATTATGTTGTAAATAAATTCGATGTAAAA +AATATTTATATGCCAGATCAAAATACCGATAGCTCTTCTTACAAAAACCTTATTAAAGCT +TGTAAAGATAAAAACCTAAATATTAATTATTTATTTAAAGGTGATATCTTGAATGTAGAT +GAATATATCGATTTAGTAGTTTTAAGTCCATCATATATTCAACAAGATAATAATTTAAAC +TCAATAGTATTCAACTTAAACTACAAGAATAAATCATTTTTGTTTACAGGAGATTGTGAA +GAGACAAATGAAATTGATATTATAAATTCTTTTGATTTAAATGATGTTGATTTTTTAAAA +GTTGCTCATCACGGTAGTAGTTCCTCTTCTACAGCAGAATTTATAAAGAAAAGCAGCCCA +GATGTAGCCGTGATATCTTGTGGGTATAAGAATCAATATGGACATCCCCATCAATCTACA +CTAGATACATTAGAAGAAAATAATGTACTAACATATAGAACTGACATTAATGGAGATATG +ATATTCTACAGTGATGGATCAACAATTACTACAAAACATAAATATAAAGAATAACCTATT +GGGACTATAAAATTTAAACAATAATCAAGAATGGCTTAATTACAAATTATTTTTATATAT +GCAAATATTGCATACATAGAATAGTTTTATAATTAAGCCTAAATCAAAAAATTATTTAAT +TAAATCATTTATAACTACAGATGCTATAATTAATCCACCTACAGATGGTACAAATGATAT +ACTTCCTGGAGTCACTTTCTTACCGTTCATTATTTTATGCTTTAATTCAATAGGTTGTTC +TGTAGAATAAACTACCTTTAGCTTTTTTATTCTTCTATCTTTTAGCTCTTTTCTTATAAC +CTTTGCTAATGGACAAGTATGGGTTTTATGTATATCTGTAACCTCTATTTTAGTAGGGTC +TAGTTTATTCCCCATTCCCATAGAGCTTATAATATTAAATCCTTTTTCTTTACAAGTTTC +TATTAACTTTATTTTAGATGTTACCATATCTATTGCATCAACTACATAATCATATTCTTC +ACAAAGAATCTCCTCACTAGTTTCTGCATTATATAAATTTTTTACAGCTCTTAGATTTAT +ATCTGGGTTTATATCTAAAATTCTATCTCTCATAACTTCAACTTTACTTTTTCCTACGGT +AGAATGAAGCGCTGGTAACTGTCTATTTATATTGGTTACATCTACTTCATCAAAATCAAC +TATTGTTAAATTTCCAACTCCTGCTCTTGCTATTGCTTCAGCTGCAAAGCTACCAACTCC +ACCTACTCCGAAAACTATAACCTTCGAATTTTTTAATTTTTCAATTCCATCTTCACCAAT +AATAAGTGAAGTTCTCATTGTAAAGTTCTTTTCCATATTATGACTACTCCTCTGTCTATT +TATTTTTTATTAACAGAATATATTTTTCAATTAAATCCAAAACTATAAAAAAGGAGGGTT +AATTTGAAAAATTTAATGATTCTGTTATTAATGTCATTTTTCATAGCAATAGGTATTCAA +GTACCTAATAAGTATAATTTCGATAAATATGTATCGATGGCCTATGATAATATTGTTAAT +TACAATAATGATAATTATACTTTAATAGTTAAGATTTTAAAAGATGCAAATAAAGATACA +CTTATACCTTATGCTAATTTAATAAACTTAGAAACTATTAAATGTATACCCAATAATACT +TCAAATAAAATTGCTTATATCTTATCTTTGCCACAACAGTTCTCATTTATAGCAATTTAT +GATACTATCGACAATAGCAATTACACTTTTCAAGGTATTATTGATAATCTATCTAGTATT +AAAAATTTTTATTTTTATAAAGATTTTATTGTAGTAGAACAATCTGATTCTAATCCATCA +ACAAATTTCACTCAAAGAGAATTTTTAGAAATTTTCTTTAATAAGAATAATACTTATATA +CCTGTATTTAACAAAAATATCTATATGGAAAAAATAACAAAGGACACAAGCCCTAATAAT +AATGAAGTCACAAAAGAAATCGAAATCTCCTCAATAGATTATCTAGAAGGAGATTTGCCT +AGAGTACTTTGTATCAACACGATAACATCATACAGAGGTATATATGTAAATTTGACAAAT +TCTTATGAGTTTATAGAAGATAAAAAAACTACGCAAAAAGAAATTTATGAATGGCATCCA +GATATGGAGTGTTTTTCTATAAAAAAAGAACTCTAAATAGAGTTCTTTTTTATTATTGGC +GGGAATGCGTGGGAATCGAACCCACCCAAGAAGTTCCTAACTCCTCATACTAGTTTTGAA +GACTAGAGGGAACACCAGCACCCATCCACCCCCATATTATTTATTATAAAATTAATAATA +TCATCTTTTCTTATTTTTATCAATAAATTCATATTTTATTAATTTTTCTTTTATTTTCTC +CAAAATAAAATGCCCAAATATAATTATCATTTGAGCATTCCATTTTTCTATAATATAATT +TAATTTACAATATATATATCTATAGTTTTTCTTCCCCAATTATATACAGAAGATTCATCA +TTCATAAATATATCAATTTTATTTCCTTTTATAGCACCTCCACAATCCTCTGCTATAAAT +GTCTTGTTAAATTGAGGTATATAAACCTTAGTTCCATAAGGTATAACCTTTGGATCAACA +GCTATAGTTCCCCATTTTGGCTTTTTACCAGTAGAGGTTATTGAATCTCCAGTATAAGCT +GTTGCTACTACTGACATATGCTTACCTTTACTATTAACATTTGAAGAAATTTTTCTTGAA +CTCTCCCCTCTTGATGATGCCACTTTTACTTCTTCAACCTTTGTTCCTTTTTTTACTATT +TTATTAATTGGTTTTTCAGAAACTACTTCTTCTACAAATATTTTTTCTACTTGCTTTCCG +TTATGATAAGTAATTTTGTAGACCAATTGATTTTCTCCAGCCTTACCTTCTTCTTCTACC +TTAGTTTGTCCCTTTAATAAATCTTTATCCTCTACAACATTAACCTCAAAAGGAACACTC +TTGCTTTCTTTTATAACTTCTTCTGTAACGTTTATTACCTCTATTTCCATACCGTCATTT +AATTTTTCATCTAAGTTTTTAGTTACTATATCATTATTGTCATATTTAACACATTCCGCC +ACTAAAAGATCTTGAACATCATACTTAAATGTAGATATTTGTTTTTCTTCTCCATTAACA +ATTAATGTTACTTCTTTATTTAACTTTGAATATCCACCTAATATAGTTATTGATATCATA +CTGGTCAGTAATGCAATTTTTATCATCTTATTCTTTTTCAAATTCATAATTTTCTCCTCC +TAAAAGTTTATTCTTATATTAAGATCATCTATCTTATACTTATTGACTGAATTTTTATAT +TTTCGCTTCTTATTCATGTCTTCGATAAACAAATTGTAACCATTTTGATACTTTTTGTCA +ACTTGACAAAAAAAATAAAATGTGCTTAATTAGTTTTTTCAACAATTTAAGCACATTTTA +TCTTTGTAACTTTTTTGTTACTTTTTATGAAATTTTGATACTATTTTATATAAATATTTT +TATATATTTGGTATTTGCCAATCTATAGGTGTCTTACCTAGCTTAATTAAGATTTCATTT +ATTTTTGAAAAATGCTTACATCCAAAAAATCCTCTACTAGCTGATAATGGACTTGGATGT +GGAGCTTCTAAAATAAAATGTCTATTTCCATCAATAAATTCTTTCTTTTTTCTAGCGTTT +GCTCCCCAAAGAACAAATATTACTGGATCTTGTCTTTTATTAAGTATCTTAATTATCTCA +TCAGTAAAAATTTCCCATCCTTTATTCTTATGGGAATTAGCTTCATGAGCTCTAACTGTT +AAAGCTGTATTTAATAATAATACACCTTGATTTGCCCAAGGTATAAGATAACCATTATTA +GGTATATAGCATCCTATATCATCCCTTAGCTCTTTATATATATTTAATAGTGACGGCGGG +ATTTTCACCGTTAGTTGGACAGAAAAAGCTAACCCATGAGCTTGCCCCTCTCCATGGTAT +GGATCTTGACCTAAAATTAAAACTTTAGTATCTTTGTAAGAGGTTTGTCTTAAAGCTTCG +AATATATTATCCTTATTTGGGAAAATTAAATTCGTTTTATATTCATTTATAAGAAATTCT +TTCAATCTAACATAATATTCTTTTTCAAATTCTTTTTCTAATAAATAATCCCAATCATTG +TTTAGTCTTATCATATTTACACCTACTTACCTTAAATTCTTTTTATTCAGATATTACATC +TTCTTTATTGTCTGCATTTTCTATTTTTTTTACTTTTATTACAACCTTATTAGGCATACA +TACAATTCTTTCGCTTACTTTACTTATAAAGCCTGTATTTACACAAACATTATCCTCACA +AGAAGCATCTACTATTTCAGCCCCACCATCATGTATTTTTATGTGGTTATATCCAGAACC +TATCTCTATCATCAAATCTTCTTCGGCATTAATTGATACAGTTTTGTATATTTCATTGTT +AACGTATATTTCTATAGCCTCTGAATGTTCTTTATCAATATTATTATTTACTATAAAAAG +AACTATAATCAAAAATATAATACTAATGACTAATAAAATATCTTTTTTCTTCATTTCTAC +CCCTCCTGGAAGATTATGCTATAATTAAATATAACATAAATTATCGGAGGAATTACATAT +GAAAAGAAAAAAAACTCTTCTTATATCTACTACTATAGTCCTTGTTATAACCTTTTTACT +ATACATTTTTTTTAATACAAAAAATAAGTATAGCAAAGAATATTACTATCTAGGGACAAT +CAATGAAATAACCATTTTAGGAATGAGTAAATTAAAGAGCGAAAAACTTCTCAATTACTG +CGATGATATTTTGAGAGATATAGAAAACAAAATGAGTGATACTATACCAGGTAGCGATGT +ATCTAAAATTAACAATAACGCTGGAAGTAATTTCGTTAATGTATCTGATGATACTTTCTT +TGTTATAAAGGAAGCAATTAAGTATTCAAATCTATCAGATGGCAATTTTGATATTACAAT +AGGACCAGTCTCTGATTTATGGGGAATTGGAACTAAAAATTCAAATGTACCATCGACAAA +AGAAATCCAAAGCATATTAAATCTAGTAGATTATAAAAATATTATTTTAGATGAATCAAA +TAAATCTATTAAATTAAAAAAAAGTAATATGAGAATAGATTTAGGAGCTATAGCTAAAGG +ATATGCTGCCGATATTATAGTCGATTACTTAAAATCAAATAATGTAAAAAGCGCTATAAT +TAATCTAGGTGGAAATATATATACTTTAGGAAGTAAAAATAACAAAGAACCTTTCACTGT +GGGTATACAAGATCCTACTCTACCTAGAGGAAATTCCATTGGAAATATTAAAACTACCAA +TAAATCAGTTGTTACTTCTGGAATTTATGAAAGATATATTCAAAAAGAAAATAAAATTTA +TCACCATATTTTAAATCCATCTTCAGGATATCCATTTGAAAATGAACTAAGTAGCGTGAC +AATTATATCAAATAAATCTATAATATGCGATGCCTTGTCAACTTCTGTATTTGGACTAGG +ATTAGATAAAGGTTTAGATCTTATTGAAAGCTTAGATAATACCGATGCCATTTTAATAAC +AAAAAATAAAGAGATATATTTAACTTCAAATATAGAAAATCAATTTAATCTTACTGATAA +TTCTTTTAAAATAATAAAAGAAGATGCTATATTAAAATAAATAGAACTAAAAAATACTAG +GATAAAATATAGTTCATATTTTATCCTAGTATTTTTCAGTCTTATCTTACTTTAGCATCT +TTATATACATCTGCCATTTCTACAGTCAATCGTTCTATGTTAGACATACTTTCATAATTC +TCTATGTAATTATGTTCTCCTTCTAATACATTAACATCTATAGTTATAGTAAACTTAGTT +CCTACATTAAGTTCACTTTCAACACTAATAGTGCCACCAATTAAGTTAACCATTGACTTT +ACCATAGAAAGTCCAATACCACTTCCGTATACATTACCAATAAATCCTTTGTTTACATCA +TTAAATCTATCAAATATATGATCTAATTTATCTTCTGGTATTCCTATTCCAGTATCTTCT +ATTATTATATTTATCTTGCCATTCTCATATATAAGATTTACATATATACTACCACCCTCA +CTAGTAAACTTTATTGCATTTGATAAAATATTAAGTATAATTCTTTCTATTGAATTAACA +TCTACAGACATAATTAAATCTTCTACATTTGTATCAAATATAAGACTAATTCCATTATTA +TCAGCATAATTTGCAAATGACATAACTATGTCTTCTATAAGAACAATGATATTTTTATTT +TCTAATCTTAATTGATAAAAACCAGATTCCATTTTAGTAAAATCAATCAAATCATTTATT +ATCTTTATTAATCTATAACTATTTTGTATAGTTAAATCTACATGTTTTTTAATAATTCCA +TGCTCATCAGATATCTTATTTTTATTATATAAATTTCCTATTAGCTGAGCACTTGTAAAT +ATAAGATTCAAAGGTGTCTTTAATTCATGAGACATATTTATAAAGAACTGCATTTTTATA +AGGTCTCTCTTTTCTCTTTCTATAATCTGTTTCTTTAACGACTCTAGCTTTATAATATCC +TTCATATCTTTTATTATGGTAAGTTTAAACGTTTTTCTATTAATCTTAAAAGGTATACTA +GCTACCTGAGTATCTATAACCTCATCATTTTTATCTAAATATTTTATCCTGTAATAATCA +CTAGTTTCACCAGATTTAACTTTATTGAATGTATATTTAGCTTTATTAACATAATCAGGA +TGAATCTTCATAAAATCTGACCTACAAACTCCAAGTTCTTCTTTTAATTCCGATTTTAAA +CCAAATATATCTTTAAATTTTTTATTTATATAAACATATTTATTAGTTTCTATATCTTCT +AAATATATTCCTTCTGGAACTCTATCTAATAAAGCTTTATACATATCTTCACTTCTTTTG +ATTACTTCTCTATTATTCATATAATAAGTAATATCATTATAGCTTATTATAGTATACTTT +TTATCACCTTCATAATAAATTGTAGTTTTTGATTCTAGCCAGATTATATTTCCTTCTCTA +TCTATTCTTCTATATCTAAGTAAGCCATTGTTGTAAAGTTCATAATTATTTCGTGCATTT +GCATTTATACTACTAGCTAGTTGATATAAATCTAAATCCTCTTCATATATTTTGAATTTA +GAAAAAATTTCTTCATATGACTCACTGAATAGAACTATATCATTACTTTCATCCAAAATA +ATTATCGGGCTCTTTATATTAGTTATTAGATCTTCATATTCTTGTTTTAATTCTATTAAG +TTATTTAACATCTTTTTTTCATTAGATATATCTAATAAAATACACACTATTTCATCCGAA +GTTTCATATTTAGAAAACATACATTTATAACACTCTTTTGTAGTTGTTATTACTTCGCAC +TCTATTGAGTCTGCTCCAACACCTAACACGTCTAAATAGCCTATAAATTCATCATAATTA +ATTATCGTATTTTCAAGAGCTAATTGAATATCATCATATTTTTCGTATAAACAAATCTTC +TTTAATGTATCATTGAAATATTTTATATTTTTATTTTTATCAAATACTATCCATCCATTC +GGTGTAAATGGCAATAATCTATATAGGAAATCTTCCTTATACTCCATTTCTTTTGTCATT +TTACCTTGTACTTTAATATCCCTTTGTAGCACATTGCTTACTTGTTGCTGCTTTAATAAA +TGTTCTTCCATAACGTTATTAATTTTTATTTTTTTTATATAAGGATTCATTAAATTAGAT +TCAACTATTATTTTATATATATAATAAGTTTCTAAAATACTTATAGCTTCAAGAAATGCA +TGAACAAAGTTTGCATATATTTCTTCTTTAACTATATAGAATAATCCTATAAAATATAAC +ATTTTTAATAATATAACCCTATTTATTAACTTGAGCTCTTTCTTTTCTAAGTAAGATTCT +TTCTTCTTAATGTAAGCTAAACTTCTCTTTATAGTCATCATCAATAAAATCATATTTACC +GATAATATAAGTTCAAATCCATTAAATTTCATTTGATTAAAGTTTACTATATTTATATTA +TGCTTTATACTAAAGTACATTACTAGAATGAAAATACAATATACAAAATAAACTAATATT +GGATGTTCTTTAGATTTAGATTTAGATTTACGTTTTATTGTTTTTTTATAAAAACTATCA +ATAATAAAAAAAATAGTTGCTGATTCTAAAATATTTTTTATTAATATCAACTCTGATAAA +TATCTGATATTTGAAAATAACAGTATACTACAAATATACATTACATTAGATAAAATATAT +ACAATACCTATTAAATTCACATAATCGAATCTAAAACGACCTATACCTAATGTAAATGTT +ATTATCAATATACTCAATGTTAATCTTAATATAATTGCTGATACCGAGTATAACTGTCTA +TTTGTATAACTTAGATAAATAAGTAGAATAAAAATTACTATATTAAAGATATTTAACAGA +ATAGACGATTTTTTTCCTACCTTGTTCGATCTATTCATACCTACTCTCCCAATCTGCCCT +AATAATATATATCTGAAAACTCTATATTTATTTTTTCTTCAATATCGTATATTGATTTAT +TTTTTTGAGTTTCTATATTCTTAAATTCTGATTTATTTAAAGTTATTATAAATTCAGTTT +CCTTATTTTCTTCACTTCTTACATTTATCTTCCCATTGTGAAGTTCTACTAATTTTTTAA +CTAAAGATAAGCCGATACCACTTCCTTCTGTATTTCTCGAAAGAGTTTTATCAACTTGAG +AAAATTCATCAAATATTATATCTAGTTTATCTTGTGGTATTCCTACACCTGTATTTTTGA +CACTTATTACAACACTCTTATCGTTGTCATATATATTCACACATATCTTACCATTATTAG +GAGTAAATTTGATACAGTTTGATAGTAGATTAAGCATAATTCTTTCGATTTCAGCTTTAT +CTATAAACATATTTATTTCCTCTGATTCTGTATCAAATATTAAACTTATATTCTTCTTTA +TCGCATATTTTTCTATCTTCATAAATAAGTCTTCAATCAACACTACAATATTTCTTTTAG +ACAAGTTTAACTTATAATATCCAGATTCTAATTTAGTTAAATCTATAATATTATTTATTA +ATCTTTGAAGCCTATAAGAATTATTCTTAACTAAAGCTATATGATTATTTACATTTTCAT +TATAATCATTAATTTTTTTATTCTTATTAAATGATTCCAATAATTGATTAGAGCTGAATA +TTACATTTAAAGGAGTTTTTAACTCGTGGGACATATTTGTAAAAAATTCAGTTTTTATCT +TATCTATTTCTAATTTTTCAGATAGTTCTTTTTCGACTAATTCAGTTGTTTTTTTATCAG +TTAAATCTTTAATTATCAACATAACATACTTACTATCGCTACCCATTGAAAATGGTAGTG +CATTTACTTCCACATCTATACATTCTTTATTCTTTGATATAACTTGTTTATTTAATAAAA +TTATATACTGGTTATTATTAATAACTTTCTTTAATTTTTTTAAGAAAGATACTTCTTCAT +CTGTACTTAATTTAATTATATCTCTTATACTGCAATTATTAAATCCTTCGCCTTCGTCTA +CATTTATAATATTTAGTAAAGACTTATTTAAATATTTTATATTTAAATTTCTATCTAATA +AACAAATACCATCAGGAAGTATATCAATAAGCTTTGAATAAGATTCTTCTGACTCCCTCA +GTCTTTTTTGAGCTAACTTTCTTTCAGTTATATCTCTTATTACAATGCTTTTCTTATTTT +TATTATATGTTGAGTAAATCATATCTACATACATTTCCCTGCCATTAATAATATAAACTT +CTTCTTTTTTTTCTTTATTTTCTTCAATAAATAAGTCAATTTGTGATAAGTCACCGTCAA +ACATATTTATGCATGCATTATTTGCGTACAGTATATTACCATCTTCTAATAGAATAATCC +CATCCGTAATACTTTCTAGAAAATTTTCATAACATAAATTCGTAGATACAATTTCCTGCT +CAAACGTTATTTCTTTTGTTTTATCTACAAAAATACATAAACAACACTCACTTTGTCCAT +TTATCTTAAAAGGAGTAAGAATAACTTGATAATACTTAGAGTCCTCACTTTCCATAGTGA +GTCTTATTTCTTGATTATTTTTAATCACAGAATCTACGCTTATTAAAATATCATTATACT +TTTTAAATTTAAACTCTAACATTTGAGATATATTACAATTTTCATATATACTAAATTGCG +TTATAAAAGATTTATTTTTGTATATTATATCTTTATTATCAGAGAAAATAATAGTTGGAT +TCATTGCGCTATTTATGGTAGTTTTTAATTTATCATTTTTCATTCTAAGAGAATCTTTAA +GCATTTGAGTTATCCTAACTTCTTGCATTAATCCTTCATTATTATAGTTTATAATATTAT +CTTTTTCTTGTAATTGTTTGCCAATATTATTTAATTCTTTATAATGCTTTTTTATATTTG +TATACACGATATATCTATATAAATAATAAATAGATACGTTTGCAATAAACCCACTAAAAA +AATAAGCGTTGCTGATATCGTCTAATATAAGTAACATTAACATAATAACTCTTGCAAAAA +TAAATAAAAAAATAATTCTAGCCATGAAATATCTCTCAATACTATGTTTATCCATTTTTT +TTATCTTTATAAATACCATGCTACATACTATCAAAGTCATAATTGTTATACTATTTTCTA +AAGTGATGCCTAAACTTATATTCTCTATGCTTAACTCAAATATACATGTTATTACAATAG +AGCATAATAAAGATATCACTGATATCTTTCCAAATGTAAATAATATAAAATCCTTTTTTA +TAGTATCCATCCTTGTACATAGACTAGAATAAATCCCTAAAAGTTGAAGTATCTCTATAG +ACATGTAAAAAGACATACTCACAGAATCAAAAATAAAATAATCAGTTCCTAATTTAGTTA +AAATAAATCCAGTTTCTAAACTCCCCGTTACAATAAAAATAAGCCCTAAAAAAATTGTAG +CTCTATTCGGATTAACTTTTATAGTTTCTATTATAATAATTCCTATTGCTGTTAATAAAG +CTGCATACAAACTATGTATGAACATCATATACTGCACCTTATCCTTTACAACTATAAATA +AAGATATAAATGTTATAAAGATAATAAGGCTAACCTTTTCACCCTTTTCATTATTTGTAT +TTATATACATACCTTTTTATAAATCCCCCTAAATTTAATACTATCTCTATTATACTATAC +ATTTCGCTTAAGTTTTATTTTTTATACTAAAAAATGTCAAATATATACATATTACCATGT +ATAATTTGACATTTTTATGGATTTTATTCAGTTAAAACATTATTCTTTTATCTTCTATTC +TTTTAGTTATTCTATTTCTATCAAAATGTTCTAAAATAATCAAACAATTTTTCCTACTCG +AATTTATTAAATTTCTATACTCAGCTAATGTTATACCTTTATTCTCTTTTATATACTTAA +GTAAAGTATGTTTTGCTATTTCATAATTTTCCTTATCCATAATATGACTATCACTTAATA +ATTCTATCTCATAACCAATCATAGATTCTAGTACTTCTTTATAATTGTAATTAATACAAA +CTTCCTCCACAGTTAATATTGAAGCTAATCCTGCTTTTCTAAGCTGTTTTTGGATATCTA +GTTTTATAGCTTTTTGTTTGTCATTTAAAACAACATTAAAATCATATGATGATACTAATT +TATTAACTATCTTTATCTTTTTTTCGCTTTCCATCTTTAGAATAACTACATCTAGGTCTC +TAGTTTTTAACTTAGTACCTATTTTACTTCTCAGCTCTTCTTTTGACATTCCTTTTTTCA +ATCTATTTTTCTTATGATAATGATTCAATAAGTCCAATATATCATCTTTTAAACTTTCAT +ATGCCTTAACATGAATATAATAATTGTTAAGTTTAATCACTCTATTATTTTCTATTAATA +TTCTAATATTTTCTTCTATTACATTTTCATTCAATCCAGTATAAGACATTAATGTTTGTA +TAGTCGAGTATTCTTCTTTATTTTGTTTTAAATACTCTTCTATAATATCCTTTGGTTCTC +CTAATTCTTTTAACTTTAGACTATCAATAACTTTAGAGTCAAATTTTTTATGTTTTTTTA +CAGAAGTATCAATTATTACTCCTCCACCAATAGTTTCCATAGGTGAATAAGTCCTAATTA +CAAACTTATCTCCCTTTTTGACCACTATTCCTTCTTCTAATCTTAATTGTACATAAGCAC +TTTCATTCTTTTTTATATAATCTTTGTCTAAAGGAACTGCCCTACATAAAGTTTCTTTAG +TTCCATGGTATAATTTCAGCCTATCCCAATGTTTCAATTCTCTACTTGTATGCTTGACTA +ACGATATTTTTACATCTAACATTTTAGATTCTTCTAAAGAATTTATATCAGCTAAGACAT +CTCCTCTCTCTATTTCTTCAACCTTTACATTAGAAATATTTATAGCTGTTCTTTGACCTG +CATAAGCCACTTCTACATTTTCACCATGTACTTGTATTCCTCTAATTTTAGCTTTTATGC +CTTTAGGATATATTAATAACTCATCATTAATTTTAATTTTACCTTCTAATAATGTTCCCG +TGATAATTGTACCAAATCCTTTTACTGAAAATACTCTATCTATATTAAGTCTCGATGGAG +AATCTTCATTTTTACTTTCAATAGCATTACTAATATCATCTATTTTATTTATAAGTTTAT +CTATGCCATAACCAGAAATAGAATCAACTTCTATTATATCTACATTATCAAGAAAAGTTC +CTTCAAGTCTTTCTCTTATATCCTCTTTTACTAATTCCTTAAAGTCTTCATCTACCTTTT +GACACTTTGTAAGAACTATTATTCCATTTTTTATATCTAAAAAATTTAATATATCTAAAT +GCTCAATAGTTTGAGGCATAACACCTTCATCACATGCTACTACTAATAATACGATATCTA +TACCAGATGAACCCGCTAACATGTTTTTTATAAATTTTTCATGACCTGGAACATCTACGA +TTCCTGCTCTTTTATTACTTGGTAGATCGAAATATGTAAATCCCAAGTTTATAGAAATAC +CCCTTTGCTTTTCTTCCTTTAAAGTATCAGTATCCCTACCTGTAAGTGCTTTTATAAGAC +TAGTTTTACCATGATCTATATGTCCAGCTGTTCCTATTATTATATTTTTCATGTTTAGCC +CCCTATTAAAATGTTTAATTCTCTTGCTATTATTTCAAACTCATCTTCAAATATAGTTCT +AACGTCTAGTATATATTTATTTTCATAAATTCTTCCTATTATATTAGAATTACTTAATCT +TAACTTTCTTTCTAAAGATGATACACTCATTTTATTCGGGATTATCGAAATCACAAAAGT +TTTTAATTTTTCAATAGGCATAGATCCTCCTCCAACTTGTGAAAAATTATCCTCTATACT +TATTTGGGCATCTAAATTCAGGCCATTTAACAAATTAAATAACTTATTTACCTTCTTGTG +TAGCTCTTCAATTGTGTAAGTCAGCATTCTCAATGTAGGTATATCTCTTATAGCCTTATG +CTCATCTAAATATATTCTTAGAGTTGCTTCAAGTGCACATATTGTAATTTTGTCAACTCT +TAATGCTCTCGTAAGTTGATTTTTTTTCATTTTCTGTATGTACTCTTTTTTTCCTACTAT +AATACCTGCTTGTGGACCACCTAACATTTTATCCCCGCTAAATGTAACTATATCAGCACC +CTTATTTATAGAATCTAATACTGTAGGCTCATAAGATAATCCATATTTTGATAAATCTAT +AAATACTCCACTACCTAAATCTTCTATAAGAGGTATATTATATTTTTTGCTTAGCAATGA +TAAATTATCTATTTCTACATTTTCTGTAAATCCTAAAATCTTATAATTACTAGTATGTAC +TTTCATTAATACCTTAGTATTTTCTGATATAACTTCTTCATAGTCACTTATATGAGTTTT +ATTAGTTGCTCCAACCTCTACTAATTTCGCTCCACTTAAAGACATAATACTCGGTATCCT +GAAGGATCCTCCAACCTCTACCAATTCACCCCTTGATACTATAGCTTCGCCATCCTTTGC +TAAAGTATTTAAAGCAAGAAGGACTGCAGCTGCATTATTATTTACAACTAAAACATCTTC +TGCTCCTGTTAATCTTTTTATCATATCTACTAAGTGCACATATCTAGAACCTCTTTCACC +TGTATCAATATTGTATTCAAGGTTTGAATATCTAGATGCAATTCCCCATACTTCATCCTT +TATACTTTCACTTAATAAAGATCTTCCTAAATTAGTATGTAAAATAACACCGGTTCCATT +TATAACTTTTTTTAGAGATAAAGAATAATTTATTTTTATTTTAATTATGGAATCTCTAAT +AATATCTTCAAATCTTATCTTTATTTCTTTGTCATTATTATCTAAGTTTATAATTAGTTT +TCTTTTTTCATCTATAGCCTGTCTTACAGACTCTAATACTAAGGTTCTCGGATATTCCTC +TAATACGTTCTTTATTTTCTCATTTCCTAATACTTCATCTACTGAGGGCAACATAGCAAA +TAATTTTTTCTTATCCAAAATAATCACTCTTTCTCATATTCAGTTAGATACCTTATCTTA +CAGTAATATATTTTTCATCCTTTGACTTTACATATCCTATTATTTTCGCTTCTATAGAAC +CATTTAATTTCATATCTTTTACTAGTTCCTCTGCATATTCTGCTTTTACAGATACTAATA +GTCCTCCTGATGTTTGAGGATCATATAGAATGTCTCTTACAGCAATATCTACATCTTGCA +TATCAACATCTTTTTCAATATATTGTTTGTTTCTATACATTCCTGCAGGTATAATTCCCA +TTTTAGCCATATCTACAGCTTCATCTAATATAGGAACATCTTCTGAATTTATATGTATAC +TAACTTCTGATGCTTTTGCCATCTCTAATGCATGACCTAATAGTCCAAACCCCGTTATAT +CTGTTACTGAGTTTACCTGTATTTTGTCAAAACTCATTGCAGCATATTTATTTAAATGAG +TCATAACTTCAATCACTTTATTTTCTGTTTCTTTTCTTATTAAATCAGCTTTCATAGCTG +TATTTAATATACCTACACCTAAAGGCTTTGTAAGTATTAATACATCTCCTACCTTAGAAG +TTGCATTTGATAGTATTTTATTAGGATGCGCTATACCAGAAACAGAAAGTCCATACTTAG +GTTCCTTATCATCCACAGTATGCCCTCCTACTAAAAGTGCACCACTTTCTCTTACTTTAT +CAAATCCACCTTTCATGATCTCAGCTAAAACATCCATATCATGACACGCAGGGAAACAAA +CAATGTTCATTGCAACTATAGGAGTTCCACCCATAGCGTATACATCCGATAGTGAATTCG +CCGCTGCAATTTGTCCAAATATATATGGATCATCTATCATTGGTGTAAAAAAGTCTAATG +TTTGTATTAATGCCATTTCATCATTTAATTTATATACTGCAGCATCATCAGCTGTATCTA +GTCCTACTAATAAATTTCCCTTACTATTATCATTTTTAGGAAGTTGACTTAAAACCGAAG +CCAGAACCTCTGGCCCTATTTTAGCTGCTCATCCTCCTGAAGTTGTCATTTCTGTAAGTC +TCTTATATTTTTCCATAAAAAGACCTCCTTTCCTTCTCGTCCATAAATATAATAACATAT +TTTTTGTATATTATTATATACATCTATATTATAGTATCAATTTATACTTATTAATTCCTT +CAAATCTTCATATTTTTTATCCCCTATTCCATTTACATTTTTAATTTCTTCTATAGATTT +AAAGTTTCCATTTTCATCTCTATATCTCACAATCTTATTTGCAGTAGCTTCTCCGACACC +TGGTAAATCTTCTAATTCTTTTATTGTTGCTAAATTTATATTAATCTTATTACTCTCACT +TTTACTATTAGCCTCTACGGTATTATTTATTAATAAACTATCATTTGAAATTTCTTCTCC +TATTTTAGGTATTATATAATGCTCCTCATCTTTTATTTTTAAAGCCATATTTACCCTATT +TAAATCAGCATCTTCCGTAACACCACCCAAGAGCTCTATCGCATCAGCTAGTCTTTTGCT +ATTTTCCAAGGTTACCACACCTGGATTATTAACTTGACCACTTATGTATACTGTTATCAT +TTCTGAATTTATTTCATCATCTAGAGTATCTTTTTTTATATTATTTACTTCCTCATAATT +ATCATGTGCATCTTCACTATTAGCTAATATACTTTCTTTATTATTTACCTCTTCTTTACT +TACTACATAAATATCATCTTTAAAATAAAGCTTATCCTTAATAATTATTGTTGTTACACA +AATAAAAGTAATTATTAAAAAGATTATACTTTTTTTATTTTTTTCCACTTTATTCACTCC +TTTTTTTTATTATTAACTAAAATATGATATACTAAAATATAAGTTTAAAATTTGGAGGTT +ATAGATGAAAAAATTTCTATCTTTATTGGTAACATATATTATAATTTTCTCTACATTTTT +AAACTCAGCAAACGCATCATACGCTAGCAGTGATGAACCTTCTATCCCTGCAGAAGCAGC +AGTTCTTATGGACTATGAAACTGGAAAGGTTTTATTTAATAAAAACGGAGATAAAAAAGT +TTATCCAGCATCAACAACAAAGGCTTGGACAGCTTACCTAGTTTTAAAATATAAACCTAA +TTTAAACGAAAAAATACAAATTACTAAAGATCCTAATGTAGAAGGATCGAGCATGTATTT +AAAAGTCGGAGAATCTTTTACAGTAAAAGAATTACTTGAAGGATTATTAGTTCATTCTTC +TAATGATGCAGCTGTAGTTTTAGCAGAGTATGTAAGTGGTTCTATTAAAGAATTCGCTAA +TTTAATGAACGAGGAAGCAAAATCTATAGGTGCTAAAAACACTCATTTTACTAATCCTCA +TGGTTTACCAGACAAAGAACATATTACAACTGCAAACGATATGGCACTTATGGCTAGAGA +GGCTATGAGTAATAATGTCTTTAGAGATATTGTTAAAACTAAATCAATCTCTTTTCCTGC +AACTGAAGCATATCCTTATGAAAGGTATTTTGTAAATACAAATAAGTTTTTAACTTCAAA +TGAAAAAATAAATTATAACGGAAAAGATATAGATATAAAATATGATATAGTTGACGGAAT +AAAAACTGGTTATACTGATGATGCAGGCAGATGTCTTTTATCTAGCGCTGTAAAAAATGG +AAGAAGGCTTATTTCTGCAGTATTCAAATCTACTGGAAATGACCTATACTTAGCTTCTAG +AACTTTACTAGATTATGGTTTTAATAACTATCATAATGAAACAATAGTAGCAAAGGACAA +ATATACTGGAAATGAAAGAGTTTTATTATCTAAACAAAAAGAACTTATATATGAACCTGA +ATTTACTTATAAGGTTTTATTAAAAAACGGAACTCCAACAAGTTCTTATAGCGTAAAAAC +TAAGTTAGACAAGATACACCTTCCTATAAAAAAAGGTGATAAAGTCGGTACTTTAGAAGT +TTATAATTCAAACAAACTTGAAACTAAAATAAACTTAGTTGCTACAAATGACCTTAATAG +TATCTTTGGTCCTTTAGTAGAGAATAAAATAATCTCTATGGTAATTAAGGTTTCTTTAAT +TACAATTGTATCTATTTTCATAATACTTCTTTATATAAAGAGAAAAAATAAAAAGAAATA +TAAGAAAAATATTTTCAAAGGTAAAAGAAGATAAAAAAAAGACTTTCTCATTAATATTGA +GATAAGCCTTTTTATATTTTTGTATCATATGTTACAGAATTTTATTTTTTTATATTGTAT +AATAGTATTTATAACTAAATTAATTTAGGAGGAATACATATGAGTTGTGGATGTAGCAAT +ATAAATAAAAATGATGGAAAAAATGTAGTTGATTTAATAAGAAGCAAAGGTAAAGAAAAT +TTTCCTTTAAGAAATTCTTATGGCATAGAATGTGTCAATTGTAAGGAAACTTTTACCATG +AAGACACATGTTGATAAGTGCCCTACTTGTAATATGGTTTATGGGGTTACTCCATGTAGT +TCTCACGACAAAAATAATATAAAAATAGCTGATATAAACTATTAAGCCTCAAATATAATC +CCCCCAAATGTAAGTACATTAATACTATCATTTAGGGGGTATTATTTTAATCATTTAAAG +CTTTTAAGCATGTTAACTCATACAATGCCTTTGCCACTCCATCCTCACTATTTGTTGAAG +TAATGTAATCTGCCTTTGATTTTACAAACTCATCTGCATTCCCCATAGCAACTCCTATAC +CTGCAAATTCTAGCATGCTAATATCATTATAATTATCTCCAAAAGCTATAATCTCATCTT +TATCTATATCTAAATATTCAGCTAATATCTTAACTGCACTGCCCTTATCAGACCCAGTAG +CCATAATTTCTATATTATTAAACCAAGATTTAGTTATTTCTAATCCTTCTATTTTATTCA +ACTCTTTTGTAATCTCATCTAAAATAGATAAGTTCTCATCTTCAATTACTATTACCTTTA +GTATCTCTTTACTTATTATATGTTCAGTAAGGTCAGATAGCAAAACTAAATCTACTCCAC +TGCTCATTAGTTTTTTTACCTTAACAAGATTTTTATTATCTTTATCTATCTTTTTGCACA +TTAGTAAATCTTCTGAATAGTATTGATAATACACCTTATATTCTTCTAGAACCTTCAGTA +TTTTTAGTGATTTCTCCTTATCTATATGATTTGAATATATTATTTCATTTGTAATAGAAT +CTTTTATCAATGCACCATTACATGCTATTATCGGCGTTGTAGAATCTAAAAATCTAATAT +GTGATTTAGCTGAACTATACATTCTTCCCGTAGCTACAGTAACATTAATACCTTTATCTA +ACGCTTCTTTTAATACCTTTTTATTTTCCTCAGTAACTTCATGGTCACTCCCCAATAATG +TTCCATCCATATCAGTAACAATTAATTTATAATCCATATCCAACTCCATACTCTAAATTT +ATATTATTCCCTCTTACTCTTTACCTTTATAAATTATATCATATTTTTAATTTATATAGT +AATTAGACATCATAAAGCTTATTTTAATTTATATCTATTATACAGTTTAATTATATAAAA +AATATAAAAAGGTTAACTTGATATCTATTTTGTTAAAGATATCAAGCTAACCTTTTATTT +TAATATATGTTTATATTTATTATCCAAATATTTTATCACTTAAAGCACATCCAGTACAAG +TTGCAGCAACTCCACCTAAAGCAGTTTCTCTTAACTCTGGTGGTAAATTTTTACCAACTT +TGTACATAGCTTCTACAGTTTCATCAAATGGTATTATATTTAATATTCCAGCTAAGCATA +ATTCAGCAGATATTAAAGCATTTGCAACACCTATAGCATTTCTTCCTTGACAAGGAGCTT +CAACAAGTCCAGCTATTGGGTCACATACAAGTCCCATTACATTTTGTAAACAGTGAGATG +CAGCATGTATAGCTTGTTCTGGAGTTCCACCCATCATTTCAACTACACCAGCAGCAGCCA +TTGCAGCAGCAGCTCCAGTTTCAGCTTGACATCCACCTTCTGCACCAGCAACTGTTGCAT +TTCTAGTTATTATTGCACCTATTGCAGAAGCTGCAAATAATGCGTCTAACATTTGCTCAT +CAGTCATGTCATATTCTTTTCCTATAGTAACTACAGCACCTGGAAGTATTCCACAAGAGC +CTGCTGTTGGAGCTGCAACTATAAGTCCCATAGAAGCATTGACTTCCATAGTTCCCATTG +CAGCAACTAACGCTTTATTCATTAATGGACCACAAACTGATTTACTATTATTTCTAAATA +TAGTTAATTTTTTAGCTTCTCCACCTATAAGACCACCAACTGATTTTATATCTTCTTCAA +CAGCTTTTTCAGTTGCCGACTTCATTATATTTAAACTATGTTGCATTTTTGATCTTATTT +CTTCTTTAGATAATCCAGAAAGCTCAACTTCTCTTTCTAAACATACTTCATGTATTGACA +TGTTGTATTCGTTACACATTTCTAATAATTCTTTTCCGCTTTTGAAATTATATTTCATTG +TCTCTCTCTCCTTACTGTCTAGAATTTATCTAAAACTACAGCTTTAGCTACAACTTCAAA +TTTGCTTATTTGATCTAATATTTCTTTTTCTAATGGTTCTTCTGTCTCTATAGTTACAAA +TGTATACTCAGATCCTGCTATTCTGTTAGTAGACATTGTAGATATATTTTTATTATTATG +AGCAAGAAGTCCTGTTACAAAAGATACAGCACCTGTTATATCTTTTATCTCTAATATTAC +AGCTGGCTTAGAACCATTGAAATCTAAAGTTAAGCCATCCATTTCTGTAAGTTTTATATT +ACCTCCACCGATAGAAGCACCTTTTACTATACTTATAGTTCCATCTTCTAAAATCATTTC +CATCTTAACAGTATTAGGATGTTCATTTTCTCCTAAATCAGTTTTTATAAATTCAAACTT +AACACCCATTTCTCTTGCTATGTCAAAAGAGTTTCTTATTCTAGCATCTTCTGGATCAAA +TCCTAATATTCCTCCAACTAATGCTTTGTCAGTTCCATGACCTTTGTATGTTTCTGCAAA +TGAACCATGTAGATAGAATTTTACTTCTTTTACAGGTTTTCCTGCTATTTTAGAAGCAGT +TTTCCCAAGTCTTGCAGCTCCTGCAGTATGGGAACTAGATGGACCTATCATATTTGGTCC +TACAACGTCAAATACACTATAATCTTTAGCCATTGATTTACCTCTCTCTTCTTAAATGTC +AAATTAGGTTAACTGTGAAACCATTTTCTTAAATAGAAACATTATTAATCTGATTTTAAC +TTTCAAAATATTAATAACTTTATAAGTCATAAAATTTTATTTAATAATATTAACTATATA +TTTTAATATTAATTTATATTAATATTATTTATTTAAAAAAAACATATATACTTTTTTTCA +AGTTTTTTTATTATTATATTTATATTATATATAAAATCTTATTTTTATGGAATATCTTTT +TTCTTATTTTCTTATTTTATAACTATTTTTTTGTATATAGATACTATTTTTACTTTTTAT +AAATAATATTTTAATCTAAAGTAAAAACGACCAGCTATTACTGGTCATTTTATATGTCAG +TTGAATTTTATAATTATAATACAGCTATAACTTCTATTTCAACTTTAACGTCTTTTGGTA +ATCTAGCAACTTCTACACAAGCTCTAGCAGGTTTGTTTTCACCAAAGAATTCAGCGTAAA +CTTCATTTATTTGAGCAAACTCATTCATATCTTTTATGAATACTGTAGACTTTACTACAT +CTGAGAAATCTGCTCCAGCTTCTTTTAATATAGCTTGTACATTTTTTAAAGATTGAGTTG +CTTGAGCTTTAACATCTCCTTCAACTATTTCCATAGTTTCTGGTACAAATGGAACTTGTC +CAGATACAAATAATAAATTTCCAGCTTTTATTGCTTGAGAGTATGGTCCTATAGCTGCTG +GAGCATTGTCAGTATGAATTACTTGATGTTTCATTTTTCATTCCTCCTAAAAATTATATA +TGTTATACAACATTTGCTTCTATATTATACTATATCTTAAATAATCTTGTTATACATATT +TTATAAATCTTTTATTTCAAATCCGGCAGCTTCTATATCAGATTTTATTTTTTGTATATG +TTCATTGTCAAATGTTTCTAATACAAACTCTGCATTTTGCTTTCCTATATAAGCTCCTGA +TGATAATCTAGATTGATTTGCATTTAATATATTTGCATTATTTTCGCTTATTATTTTAGT +TAACTCAGAGAATCCACCTGGCTTATCAATCATAGTTACGCTAAATGAATATCTTCTTCC +TTCTTTAGCAAGGCCACTTCCTATTATTCTATATAAATTGTTAACATCTACATTTCCACC +AGATATTATACATACAACGTTTTCATTTTCCTTTGGAGCATATTTACCGCTTAATAATGC +AGCAGTTGTTACAGCTCCTGAACCTTCAGCTACAACCTTTAAATTTTCCATTAAATAAAC +TATACCTTGAGCTATTTCTTCTTCTTCTACTAAAACTACTTCATCTACTAATTCTTTTAT +TATTTCAAAAGTCATATCTCCAGGAGTTTTAACAGCTATACCGTCTGCTATTGTAGTAGA +TTTAAATGCACTACTAACTTGTCCATTTTTCATAGATTCATGCATAGAAGGTATATTTGC +AGTTTGTACACCTATAACTTTAACATTTGGATTTAATGCTTTTGCCGCTACTGCAACACC +AGCAATTAATCCTCCACCACCAATTGGGCATAAGATTGTATCTACTTTATCATTTAATTG +TTCAAATATTTCTAATCCTATAGTTCCTTGTCCTGCTATAACATGCTTATCATTGAATGG +ATGTAAGAATGTTGCTCCTGTTTCTTTTTGTATTTCAACAGCTTTTGCATAAGCATCATC +ATATACTAAACCATTTAAAACCACTTCTGCTCCATAACCTTTTGTCGCAGAAACCTTTAA +TAATGGTGCTGTTGCTGGCATTACTATTGTAGATTTTATTCCACTCATTTTTGCTCCTAA +AGCAACACCTTGAGCATGGTTACCTGCACTCGACGCTATGACACCGTTTGCCTTTTCTTT +ATCAGTTAAATTAGCAATTTTATTGCAAGCCCCTCTTACTTTAAAAGACCCTGTTCTTTG +CAGATTTTCACATTTATAAAAAACGTTTGCCTTAGTCTTATTACTAAGACTAGCACACTC +TAACATATCAGTTTTCTTTACTATATCTTTTATAGTTTCTTTTGCTTCTTTTATATCTTG +TAATGTAACTTGTAACATAATATTACCCCCTACAATTTTATTGAATTTTATCGACATTTT +TTAACATTTTTTCCTGTTATTTTTTCTACAAACTAATTATATTATTAACTATTCGGATTC +GTCAACATTTTTTTGAAATTGTTTTCTTATTAAACAATAAAAGACTACTCAACACTTGTT +AAGTAGCCTTTTTCAAGCAAACTAAAATAAATTTTATATTTGAATTTTAATTTATTTTTT +CTTCATATATTTTCTTGTATCAAGAGCAACAGCTGCAATTATAATAATACCTTTTATTAT +AAATTGTAGATATGTACTAACTCCAATAAATGAAAGTCCGTAGTTTAAAACTTGGAATAT +TAAAACCCCTGTTATTATACCACCTATACTACCTACCCCTCCAGCAAATGATACTCCTCC +AACAACGCATGCTGCAATGGCATCCATCTCATACATAAATCCTGTATTGTTAGTAGCACT +ACCTACTCTAGCTGCTTCTAAAGATCCTGCTAATCCATACAAAAGACCTGCCATAACATA +TATTATTATTAAATTCCTAGCAACATTAACACCGGATACTTCTGCAGCTTCTGGGTTTCC +TCCTATAGCAAACATATTTTTACCAAGCTTAGTTTTATTCCATATAAACCACATTATAAT +ACAAGCTATAGCCGCATAAATTATTAAATATGGTAATCTAAAATCACCTATTTGTATACC +ACCTACTGCAAGCTGTTTAAACCCTTTATCTAAACCAGCTATAGGCTGAGCTCCATATGG +AGGTCTATCAAAATATAAACTAGTTATACCATATGCCAAAAGCATTGTACCCATAGTAGC +TATAAACGGTGGTGTTTTTAATTTTGCAACTGCAAAACCATTTATCGCACCCATAAATCC +GCATATAATCATTGCTAACAATATTGGAATAACTACAGGCAATTGTTGTAAGTCTGGATA +CATACGATAAGCATAATCAGTTGCTTGTAATAATGATGCAGATATTACTGCTGCCAGACC +AATTATACGGCCAGCAGAAAGGTCTGTACCTTGAGTTACTATTATTCCACCAACACCTAA +TGCAATAATCATACGAGTAGAACACTGTGCTAATATATTTGTTAAATTTTTTATAGAAAG +AAAACTAGGCTCTATAGCAATTATTCCTATAAGCAAAAATACTAATACTATTTGTATTGC +GTTGTTTGCTGCCCATTCTTTAAAGTTAAAACTTGATTTTTCATTAACTAGTGACTTTGT +ATTCATGGCTATCCCCCTCTATAAACTTCGCTGATAATTTCATTATCTCTTCTTGCGTAG +TATTTTTTGAATCAACTATTCCAGCAACTTTACCGTTGCTCATAACTAATATTCTATCTG +TTACTCCTATAAGCTCTGGCATTTCCGAAGAAATCATTATAATTCCTTTTTCCTTACTTG +CCAAATCATTTATAAGCTGATATATTTCATATTTAGCACCTACATCTATACCTCTTGTAG +GCTCATCTAACATAAGTATTTCTGGATTAGTCAATAACCATCTTCCTATTATTACCTTTT +GTTGATTTCCTCCTGATAAACTACCTATATTAGTTTTTTCAGAAGGTGTTTTTACATTCA +TAGAATCTATAACCCATTTTGTATCTTTTGACATTTTCTTATCAGATAAGAAACATCCAT +TAACCTTATATGCTTCTATATTCGAAATAACTGAATTGAAATTTATACTTAGCTGTGGGA +ATATACCTGTACTTCGTCTTTCTTCTGTAACTAAGGCAAATCCATTTTCCATAGCACTTC +TAGGGTGTTTATTTTCTACTTCTTTTCCGTGAAGTTTAATTGTCCCCTTATCAATTTTCC +TCATTCCAAATAGGGCTTCTACAATCTCTGTTCTCTTTGAACCAACTAATCCTGCAATTC +CAAGAATTTCTCCTTTTCTTAGTTTAAAACTAACATCTTTTAGCCCAAATTTTTTATTTT +CTGTTAATCCTTCTACTTCTAGTATGACTTTTCCCGGGTGATTTCGTTTTGGTGGGAATC +TATTTGACATGTCTCTACCAACCATCATGCTTATGATTATATCTGTAGTTAATTCTGATG +CATGTTTTGTACCTATTAGCTGACCATCTCTCATTACTGTAACTTCATCAGATATTTTAA +GTATTTCTTCCATTTTATGTGATATGTATATAATTGCAACATTATCTTTTTTCAATTTTT +CTATAATTCTAAATAGATGTTCAACTTCTTTTTCAGTAAGTGAAGATGTTGGTTCATCCA +TCACTATAACCTTAGAACTATAAGAAACAGCTTTTGCTATTTCTATCATTTGCATTTGTG +ATACAGATAAGTTTCCAACTTTTTCTCTAGGGTCTACATCTATATCTAAATCCTTAAAAA +TTTTAATAGTATCATTGTACATTTTATTTTCATCTATAAATAACCCTTTTTTAGGATATC +TTCCAAGCCATATATTATCTAATATGTTTCTTTGTCTAACTTGATTTAATTCTTGATGCA +CCATCGATACTCCATTATCAAGTGCTTGCCTAGTATTTTGAAATTCTATTTCATTTCCTT +CTAAAAATATCTTTCCTGAATTCTTTTTATAAATACCAAATAGGCATTTCATCAATGTAG +ACTTACCAGCCCCATTTTCCCCCATAAGCGCATGTACAGTTCCTGGTCTAACATTTAGAC +TTACTTTATCTAAAGCTTTTACACCTGGAAATTCTTTAGTTATATCCATCATTTGTAGTA +TAAATTCGTTATTTACTTTCTCCAAAAGTTGATCCCCCCCTTTAGACGTTCTTCAATTTA +TCATCTTAATTTAATACCTAAGAAACAACAATTTAAATCCATGTTGTTCCTTAGGTATAA +ATAAACCTGTATTCTAAATAGTTTATGTATTTATTACTTAGCTTGATCTAGGTTGTCTTT +AGTAATCCCTACATATGGAACACGAACAGCTTTGTTATCATCTAACTTCCAGTCAGTTCC +TTCAACAGGATCTTTTCCATTAGCTAAGTTTAAGCATAAATCTATAACAGCCTTAGCTTG +ATTTGGTGCATCATTTAATACTGTTCCAACTACTTTACCTTCTTCAATAAGAGTTACTAT +TTCTGGTATTGCATCAACACCTACAACTGGCATAAATTTATCTCCTGATAAGTATCCTTC +TTTTTCAAGAGAAGCTATTGCTCCAGAAGCCATTCCGTCATTATTACAAATTACAAATTC +AATTTTATCTCCAAATTTAGCTAACCATGCATCCATTTTTTCAGTTGCTTTAGCAGCATC +CCACATACCTGTATCTATAGCTAATTCTTCTGTTTCTATTCCTTTTTCATTTATAGTTTT +AACAGACCATTCAGTTCTAGCTTCTGCGTCTGGATGTCCTGGTTCACCTTTTATTAAAAC +ATATTGCATTTTTCCATCGCCATTTTTATCCCATTTATCTTTATTAGCTTCCCATTCTTT +CGCTATAACTTCACCTTGCATAACTCCAGATTCTTTAGATATAGTCCCAACATAGTAAGC +TTTATCATAGCTATTTAAAGCGTCAGCATCTGGTTCTTTATTAAAGAATACTACTGGTAA +TTCAGCAGCTTCTGCTTTTTCTATCACTGAACTTGCAGCTTTGGGGTCAACTAAGTTTAT +TGCTAAAACTTTAGCTCCCTTCGCTATCATAGTATCAATTTGATCTAATTGTTTTGCTTG +GTCATTTTGAGAGTCATCTACTGTTAATTCTGCTACATCTTTAGCATTTGCTTCTAATTC +TCTACGTACTGAAGATATAAAGTTATCATCAGCCTTATAAACTGTAGCTCCTATTTTTGG +TAATTCTCCATTCCCTCCTGAAGATGAATCATCTCCTGAATTACTAGAGCTACAACCTAC +CATTGAAAATAACATTGTTGCCGATAATCCTAATGCTAAAATCCCTTTCTTATTCATATA +AATCCCCCTCTAAATAATGAATTAAACACAGGAAAGTGTTTTCCATATAATTATAGAGAC +TTTTCCCTATATTTTCAATAAAATTAATAACTTTCTGATATTTTATATTACTATAATATT +TTAGTATATATATTCCCTCACGATATTCAAATAACCCCATATTTCAGTATCCAAAACTCC +ATTTTCGTGTATAAATAATCCATATTAAAATAAAAATAATCCATATTAAAATAAAAAAAT +ACTACCTAAAATAATTTTTAGGCAGTATTTCTTATTATAGATATTATTTAACAACTATGT +TAACTAATTTTTTAGGAACTGCAACCACTTTTACTATAGTTTTTCCTTCTACTAAAGCTT +TTATCTTTTCATCAGCCATAGCTAATTCTTGCATTTCATCTCTTGAAACATTAGCTCCAA +CTGTTAATTTTCCTCTTACCTTACCATTAACTTGAACTACAACTTCAACTTCATCTTTAA +CTAATGCAGTTTCATCATATTTTGGCCAACTTATATCAAATACGCTACCTTCTTTACCTA +TCATAGTCCATAATTCTTCACCTATATGAGGAGTGAATGGCGCAAGTATAGTTACTATAG +TTTCTATACCTTCTTTTATAATAGCATTATTTCTGTTATCTAATTCTTTGTACTTGTACA +TTTCGTTTATTAATTCCATTAAAGCAGATATAGCTGTGTTGAATCCAAACTTTTCACTTA +AATCTTCTGTAACTTTCTTAAGTGTTGCATGTATTGTATATCTCATAGCTTTATCTTCTT +TAGTTAATTCACCCATATTAGTATCACTCTTAGCAACTTCTGATAATTCATCAACTAATC +TATAAACTCTGTTTAAGAATCTATAACATCCTTCAACACCTTGCTCAGACCAATCTAGAT +CTCTTTCTGGTGGTGCTGCGAATAATACGAATAATCTTGCAGTATCTGCACCAAACTCTT +CTATTATTTCAAGAGGCGAAACTACGTTTCCTTTTGACTTACTCATTTTGCTACCTTCTT +TAAGAACCATACCTTGAGTTAATAAGTTTTTAAATGGCTCTTTAAAATCAACAAGTCCCA +TATCGTTGAATGCTTTTACAAAGAATCTTGAGTAAAGTAAGTGCATTATAGCATGCTCTA +CCCCACCTATATATTGGTCGACTGGCATCCACTTATTTACTACTTCTGAATCAAATATAT +TTTCAGTATTCTTAGGATCTATGTATCTTAAGAAGTACCAAGAAGAATCAACAAATGTAT +CCATTGTATCAACTTCTCTTCTAGCTTCTTTTCCACAACATGGACAAGCAGTTGTCATAA +ACTCTTTTGAAGTAGTAAGTGGAGATTCACCTTTTCCAGTAAATTCAACATCAGTTGGTA +ATAATACTGGTAGGTTTTCTTTTTTCTCTGGAACTACACCACAAGTATCACAGTAAACAA +CTGGTATTGGACATCCCCAATATCTTTGTCTAGAAAGTAACCAGTCTCTTAATCTGTAGT +TAACTGTTTTCTTTCCTCTGTTCATTTCTTCTATCTTCTCTATTATTTTATCAAATGCTT +CAGATGCATCCATTCCATTGAAATCACCTGAATTTATCATTTTATTATCTTCATCTATTA +CAGGTATTATTTCTAAGTCATATTTTTGGGCAAATTCTCCATCTCTTTCATCATGCGCTG +GAACTGCCATTATAGCACCTGTACCATAGTCAGCTAGTACGTAGTTTGCTATCCATATTG +GAGCTTTTTCTCCAGTTAATGGATTTACTACGTATTTACCTATAAACATACCTTCTTTTT +CTACATCTGTAGAAGTTCTTTCTATTTCAGTCATAGTGTGCATTTTTGCAACAAATGCAT +CGACATCAGTTTTATACTCTGTGCCAGCAACTAATTCTTTAACTAAATCATGCTCTGGAG +CAAGAACCATATATGTAACACCATAAATAGTATCTGGTCTAGTTGTGAATACAGTCATAG +ATTTATCAGTTCCATCTATGTCAAATACTATTTCAGCACCTGTACTTTTTCCTATCCAGT +TCTTTTGCATTAACTTAACTTTTTCTGGCCATCCATCTAAAGTATCTAAATCCTGAAGTA +ATTCTTCAGCGTATTGAGTAGTTTTGAAGTACCATTGTTCTAAGTCCTTCTTTACAACTA +CAGAATCACATCTTTCACATTGTCCTTGAACAACTTGCTCATTTGCAAGAACTGTTTCAC +AAGATGGACACCAGTTAACAAAAGATTTTTTCTTATACGCTAGTCCATGTTCTAAGAACT +TTAAGAATATTTCTTGAGTAAACTTATAGTATTCTGGAGTAGAAGTTGCAACTTCTCTAT +CCCAGTCGTAACTAAGACCTAATAATTTTAATTGGCCTTTCATATCTTCTATATTTTCCA +TAGTCCATTTATGTGGATGTATTCCATGCTTTATAGCTGCATTTTCAGCTGGAAGACCAA +ATGAGTCCCATCCCATTGGATGTAAAACATTGTACCCTTCCATTTTCTTAAATCTAGCAA +CAACGTCACCTATAGAATAATTTCTAACGTGACCCATATGTATTTTCCCTGATGGATATG +GGAACATTTCTAAAGTGTAATAATTTGGCTTAGAAGTATCAAGTGTATCAGTTTTATATT +GATCATTTTCAGCCCAAGTTTTTTGCCATTTCGACTCAACGTTTTTATGATTGTAAACGC +TCATTACTCTTCCTCCTTATATCTTTTATTATTAATTAGTCTATAAAAGTTATTTTATCC +ATATTTCGATAAATTTAACTTCTTAAACAATAAAAAAATCCTCAGCCTCTAAACAAAAAT +TGTTTAGGGACGAGGATTATATCTTCGCGGTACCACCCTAATTAGTCTAAAAATAGACTC +TCTTAGATAGTTTTTATGCCAACTACGGCCAAATAGTTATATTCTAGCAAGTTCAAAGGT +CAAATTTACTAGTTCACAGCAACCACTAGCTCTCTGATAAAATCTTTACTTTTACTACTC +TAGCCTATTCGATAAATTTATTTACTATTTATAATTACCTATATTAGCATTATTATGCTA +AAGTGTCAACATCTACATATGGAGCATCTTTCCATAACTTTTCTAAGTTGTAGAATCCTC +TTTGTTCTTCATTGAATATGTGAACTATTACATCACCATAATCAAGAAGTACCCAAGTTT +GAGTTTCGTACCCTTCTTTTCCTCTTGGCTCTATTCCTAGCTTTGTTAATTCATCTTCTA +CGTTATCAGCTATAGCTTTAACTTGTCTTTGAGAACCAGCTGTAGCTATAACAAAGTAAT +CACATAAACTTGAAACTGCACCAATATTTATTATAGATATATCTTGACCAATTTTATCGT +CTATTGCATCATATATTACTTTTGTCATTTCATTTACTGTCATATTTATTCCTCACTTTC +CTAAATTTAAGCATGTTTTATTATTATACCATAAATAGTCTACACTAACTATTTTATTTT +TTATATGATTATTATCTGTTATTGTTCCATATAATATATAAAATTATAAATTTCTCATAA +TATAATTTCTTGCACTTACTGTCCTAGGATGTATTAATTGTTTGTTCTCAATTACAAACT +TTATAGTATTATCAAAAGAAATTAGCAATGCTTCATCTAATTTCCCACTATAACTTAAAT +TTCTTAATAAATCTACATTTGGGAAGTTTCTACTTTCCTCTATCAAATCTGCCATATAAA +TTATTTTTTCTAATAAACTCATATTTTCTTTTCCTGTTGTATGATATCTTATTGCATCTA +TTATTTCTACATCATTTATTTTAAATTCATATTCTGCTATGTACGATCCTATAAGGCTAT +GTGAAAGTGCTAAGTTATTCATTTCATATTCATCTAAGTTTATATTATATTTATTTACAT +AGTAATCAACTTGATCATTGTTTAAGTATTTAGCGCAATCATGAACTAATCCAGCAATAT +ATGCCTTTTCTTTATTATAACCATATATATCACATAATTTAACTGCACAATCTGCTACAT +TTAAAGAATGTTGCATTCTTCTTTCTGGCAACATTTCTACTAATTTTTCATTAATCTCTG +TTAATGTCATTTATTCCACTCCTATTTTATATAACTTCTTATCGTGTATATATTTTTCTA +CATTTTCAGGAAGTAAATACCTTACAGATTTCCTAGCTTTTAATTGTTGTCTTATATATG +TAGATGATATATCCAATGATGGAACATATACACTTATAATATTAGCATTATATTTGTCTT +TAAGTTTTTCTATTTTTTCTTGAGCTTCTAATAAACTTATCCCCGGTCTCGTTGCAGCTA +TAAAGTTAGCCAACTTAAAATTCTCTTCTACTTCCTTCCACGTTTCAATGTCACATATTG +CATCTGCACCTGTTATAAAATATATTTCGCAGTTGCTATAGGATTCTTTTAAAGATCTTA +AAGTATCTACAGTATAAGTTCTTGTTTCACTTTTTATCTCTGTATCCAAAACTAAAAAAT +CGTCGTTATTCTCAGTTGATACTAAAACCATATTATATCTGTCATACTTATTAGTCACAT +TAAGTAATTTATGAGGAGGATTTCCTGTAGGTATAAAAATTATTTTATCTAGTTGGTATT +TGTCTCTAATAAATTCTGCTGTAGCTAAATGAGCATAATGTATTGGATCAAAAGTCCCTC +CCATTATACCTATTCTCATTTTAGAATTATCTTTTTTAAATTGCTCTAGTTTAAGAGTAT +TTATATTTTTTGCATTTTTAACTAGATCATCAACCCTCATATTTTGTCTCCTTTTTATAA +ATATATTATTATTGTATCATTATTTCAATTTTATAAGGTAATAAATTGCACATTTTAGTA +TATAATCATATCTATAAGGTACTTATATTTTTTAGTTCAATTTTTATATTAACTATTTGA +TATCTTACCTTAAATTTCCTAAAATACAAGACGTAAAATACGTATAATTAATATTTTAAT +AATGTAAACTTATTAATTATAATAGTACACCAAAGGAGTTTTATACATGGCTATAATTAC +TAAAATAGAACAACAAAAAAAGAACGAGGATAGAGTTAACATTTATGTTAATGATGAGTT +TTTTACAGCAATCTTTAAAGAATTAGTTTTTACTTTTAACCTAAAAAAAGGTGACGAGAT +TGATGAAAAATACTTAAAGTCAATACTAAGTGATGAAATGTATCTTAAAGCTAAAAATAA +GGCTTTAAATATATTATCTAAAGCAGATCAAGCAGAGAAAAAAATTAGAGAAAAGTTATC +TACTGATTTCGAAGAAGATACTATAAATAGAGTAATCGAATTTTTGAAAAAAAATAATTT +TATAAACGATAATCTACTAGCCCAAAAAATAGTAAATACTAATCTTAATTTAAATAAATG +TGGTAAAAATAGAATTAAACAAAACCTTTATAATAAAGGTTTAGATGAATCTGCTATTAA +CGAAGCGATGTCAGATATAGATAGTGATGCTGAATTCGATAATGCTATGTATTTAGCAAA +AAAAAGATATGAACGTGTTAAGAATGAAGACAAGAGAAAAGTTTATCAAAAACTATCACA +ACATTTAGCATATAAAGGTTTTAATTATGATATTATAAAAAGAGTATTAAATAAGCTATT +AAACTACGATGAGTACGATATATAATTTACTTTAACTTTGGAGGTTATTCTATGAAATTG +ATAATAGGTATCTTTAGCTTTTTACTAGGATTATATAATCTAAAACAATTATATAAACTT +GATAACTAAATAAAAAGGGAATGTATTAAAAATAAATTAGCTTAATACATTCCCTTTTAT +ACTTTATTATATTACTTCTACTCTTAGTTAATATATCTTTTTAGTACTTTAGCTATCGGA +ACTCCTATTATAAGTCCTATTACTATCTGAGTAACATTTCCTGGTATAGATAATAATGCT +TTTGCATGATTACCATATAATATCATCTCAGTTATATAATAGCCAAATATCATCCAGAAA +CCTGATATAGTTATTCCCACGATATTAGTTATTACATCATTTCCTTTTTTATTATTTGAC +CATGCTATACTTCCTATTATATATCCCATAACTCCTCTTACTACAAAAGTAAATGGTGCC +CATATTGCCCATTCTGATAATAAGTCAAACAATCCCATTCCAAAAGCTCCTGCTACTGCT +CCTTTTTTCTTTCCAAATACTATTGCAGATATAAATAACATTGTGTTGCCTAGATGTACA +AGACCACCAGTTGATGCTAATGGCAATCTTATGTTAATAAATCTAGTAGCAATAAATACC +AAAGCAATTAATAATCCACTTTCAGCTAAATCCCTTGCTGTAACCTTATTCTTTTTACCT +TCTAGCCTTTTTTCTATAACTTCATTCGACTGTATAACATCTACTTCTTTCATAACAATC +CCCCTAATAACTACTTCATTATTACTTTAACCTCATCATAATGTTTATTGAATAAATCTA +CTAATCTATCTTTGCATTCAAACCCTAATATTCTTAGGGCTTCGTCTATAAAATTTAAGA +CAGGAATTATTTTTTCAAGTTTTGCATTTTCACCCATATGACCTATTCTTATTACCTTAT +CTGAATATTCGCCTAAAGATGTAGCTAAAACTAACTTATAATGCTTTAATAAGTAATCTG +TTAAATTCTTAGCTCCAATATAGTCTGGAATTTCTACTACTGTAACTGTATTAGAGTATC +CTTTTTCTAAATATAATTCTAATCCATATTCCCTTATGGCCTTTCTAGTTGCGTTAGCTA +TCTTTTCATGCCTATTCAGTACATTCTCTATTCCTTCTTCTAATATGTTATCAATTGCTT +TATCTAACCCCATAATATCGCTAATAGGCATGGTGTATGGAAACCATTTATTATCGTAGT +AATTCTCCCATATTCTTAGATTACAATAAAATCCCGCAACTGGAGTTTTTCTTTCTTTCA +TAGCACGTTTAGCATCTTTACTTATACTTACTATAGTAAGACCTGCTGGTGCAGATATAG +CCTTTTGAGACCCACCTAAAGCAATATCTACTTTCCACTCATCAACCTTTAATTCTTCTC +CAACCATAGCTGCAACTGAATCTACAACTGTTAATATTCCATATTTTTTAAGTAGAGGAC +AAAGCTTACTTAAATCATTTAAAACACCTGTAGGCGTATCACAGTGTACTAATGTTGCGT +ATTTAAAATTATTGTCTTCTTCTAAAAAAGCTTCTAAGTCTTCTTCATTAATGTCTTTTG +TATATTCTTTTGAAAAATATACAACTTCACCACCATACATTTTTATAAAGTCATCAAATC +CTCTTCCAAAAATACCATTATCAATTACAAGAACTCTATCACCTTTTTCAGTAAGAGATG +CACATGCCGCTTCTAATCCTAAAATGCCTTCTCCACTTAATATATAGACATCATTCTTAG +TTTTTATTATTTTCCCTATTTTTTCACAAGTATTTTTATAAAATTCGCAAAATTCCAAAT +CTATATCTGGATTAGTTGTCGCTACAGCTCTTGCTAATCTTACATTTTCTCTAACTTCTG +TCGGTCCTGGCGTATAGACTAATTTGTTATTCATATCTGGTCTTCCTCCCTTTTCTTTTA +TATAAAATATTATATATTATTATTTATTGTATAGGACAATTTCTTGAATATTTTATAATT +GTATTGGTACATTTATAATACATATATCAAAGAAGATTAATTAGTTTACTAAAGTTCTCT +TTTATTTTTTAGAACTTATGATTCGTAATATATCATAAATTTACACATTCATGTTTTCCA +TGTTCTTTATATTTAAACATAAATCTTCTCAACAAAAAAAGAGTTAATCCATACAGATCT +AACTCTTTTCAATCAAATACAAAAACTGCATATAATATTATATGATATATACATAAACAA +ATATATATTACATTTGAGATAAATATAATTAATCTCGTTATTTTAGATATATTATCATCC +ATTTTGTCTATTAACACAATTATTAAAATAGTTGGTAAAATAACTTTAATTATTAAAAAT +AATACTGGACTTAAATTATATACCATACTCAAAAACTTATTTAATTCTATATAAAATCCG +TATCTAAGTCCAATAAATGTAGCCATACCATCAAATGCATTTAAAAATACAATTGATACC +ATTCCATAATAACTTCTATTTTTCTTCAGTATTTCTTCCATAAAATACCCCTATATAATT +AATTACATTACTTATAGTTAATTGTATAACGTTTTAACTTTAAGCCAATTAATCGATAGT +GTAATTTTACTACTCATTATTTCTTACTCTATCTACTAATAATAAGTTACTAATATTTAT +AGTTATTAAGTAAAATAAATATTCTAATAAAATATTTATTTATATGATTTTATTTTTAAC +TTTTATAGCATAATATATCTTATAACTAATGCTACACTATTTATAATTAATTTTTAAATT +TAATACGTAAAATATAAGGAGAAAATTATGATAGATTTAATTTTACTAGGATGTGGAGGC +AACATGCCTATGCCTAATCGTTTCTTATCTTCTCTTTTTATAAATTATCAAGGAAGAAAA +ATTCTTATTGATTGCGGCGAAGGGACCCAAGTTTCCATGAAAATGAAAAATTGTGGTTTT +AAAAATATAGATTTGATATGTATAACTCACTTACATGGTGATCATACTATAGGCCTTATT +GGATTATTATCTACAATTGGTAATAGCACTAGAACAGAAGATTTAACAATTGTAGGACCT +GTCGGCATAATAGAAACTATGAAAGCTATTAGGGTATTAGTTGAATATCTACCATATAAA +GTGAATGTTATTGAAAACCCTGAAGGTAGCTTTACTCTACTTAATAATTATTTAAAAGAT +TTAGAGATATCAACTTTAAATTTAGAACATTCCACAGAGTGTTTAGGATATAGTTTTTAC +TTCAAAAGAAAAGCTAAGTTCAATGTAGAAAAAGCAACTAAAAATAAAGTTCCTAAAATA +TTATGGCAAAAACTACAAAATAGCAGAGATATAGAATTTGAAGGTAATGTATATACTCCA +AATATGGTTTTAGGAGATGATAGAAAAGGCATAAAGATAAGCCTTATAACAGATACTAGA +CCTATATTCTCTATTCCCAAATTTATAGAAAATAGTGATTTATTTGTTTGTGAAGCTATG +TATGGTGATGATTTAGATATATCTAAGGCCGTAAAAAATAAACATATGACCTTTAGAGAA +GCTGCTAATTTAGCTCGTATTGGAAATGTAAAACAGTTACTTCTAACTCACTTTAGTCCC +TCTTTAGAAGAACCTTATTTTTATAAGGAAAATGCAACTTCAATTTTTGAAAACACTATT +ATTGGAGAAGATAGACTTGAGTTGCATTTAAATTTTGACGACCATGATGAAGAAAAAAAT +CATGATAAAGAATAATCCACTATAAAATAATTACATAATAAATTAACAAGGGCTATCTCA +AAATAGAGATATGCCCTTGTTTAACAAATATATCTAATATAGTTGTTAACTCTATATTAT +TTAATTATTTACTAACATTTCCTGCAACATTAAGCACATCCCAAGTTCTTGCAAATGGTG +GTGCATAACATAAATCTAGCATTCCTAATTGATTTGTTGTCATTTTTGAGAATATAGCTG +CTGCTATAACATTTGCTCTTTGAACTGAGTCTTTAAATCCTGCTACTTGACCTCCTAGAA +TTACCTTTGTCTCCGCATCATATACAAGTTTTACATATATCTTATCTCTACCTGGATAAT +AATTAGTTTGATTAAAATCACTTATAAATTTAGCTTTATACTTTAAACCTAAGCTCTTAG +CTTTTCCTTCTGTTAATCCTGTAGCTGCTGCTTCCATATTCATAACTTTTATACAACTAG +AACCTAATGAACCTTGGAATGCGTTATTAGATCCTGCTAAGTTTTCTCCAACTATTCTAC +CTAATTTATTAGCACCAGTTGCTAAAGGAACATACATATCTTCATTAGTTACTATGTTCT +TTATAGTTGCACAATCCCCAGCTGAATATATATCTTCGACAGATGTTCTTCCATATTCAT +CAACTATTATAGCTCCATTACCTAACATCTCTATATTCGTGTCTTTTAAGAATGACGTAT +TAGGTCTTACACCTGTAGCTATTATAACTAAGTCAGCTTCTATTTCACCTTTATTAGTTA +TTACCTTTTCTACTTTTGTTTTTCCTACAAATTCAGCTGCTAATTCCTCTAAACGTAAGT +TTACTCCATGAGCTTTCATTTCATCTTCTAACACATCCGTTATCTCTTTGTCAAACACTT +GGTTTAATACTCTATCAGTCGATTGTATAACAGTTACTTCTTTGCCTAATTTTTTGGCAG +CTTCTACAGCTTCTAAACCTATAAATCCAGCACCTATTATAACAACCTTATTTATTTCCT +TTTTACTTAATAATTCTTTTACCTTTATACCATCTTCCATGGTTTTTAAAGTTGATACAT +TTTCAAGTTTAACATTTTTTATTGGAGGTATTATACTACTCGCTCCTGTTGCTATCATTA +ACTTATCATAAGAATCTTCAAAAGTTTCGCCAGTCTTAATATCTTTAACCGTTAATTTTT +TAGCATCTGTATCCACAGCTACAACTTCTTTAAATATATTTAAATCTATACCAGTTTCTC +TAAACTTTTCTGGACTTCTTGCTATCATATTATTCGCATCATCAAAAAATCCACCTACAA +AGTAAGGTAATCCACATGCACCAAATGATACTACATCAGTTTTTTCATATACTACAACCT +CATATTCAGGTTTCATTCTTTTTAATTTTGCTGCTGCAGACATACCAGCTGCAACTGCAC +CTACTATAACAACTCTCATCTTACGTCCTCCTTAATTGTTTTATCTATATCTATAAGTTA +CTTTATTAATTTAATATATCTAGTTATTATATTAACATTTTTATACATAAAAATCCATTT +TATATATTTTGTTTTTATCCTTTATACCCCCAAATTTAAACTTAAAATCTCTATTATTAA +TATTTATATAAACTTAAACAATACATCATATTACTACTTTAATTTTTTAATTTATCCATA +CTTAGCTATATAAAAAAGGATATAGGATAAATAGTTGCTTACTATTATCCTATATCCTTT +ATATTCTGTAAATATCCTTTTACTATCTTCTAGCAGCTCTTTTCGTTATTTTACCTTTTT +TAGTTACAGTGTTATCCTTTACTTTAGCCTTAGCTTGTTCTTGCCCTGGGAAAAGTATCT +TTGGATTATCATTATTTCTTCTATATAAAGTAAATTTAGAACCTATAGCTTGAACAAATT +CTGCTCTTAAAGCTTCACATATAGCATTTGCAGCTTCCTTTGAATCAAGTCCTGCAGTTT +CAAGAATGGTAACTTTTACTATTTCTCTACTTGTTAACATACTATCTAATTGCTCTAAAA +AGCTTTCTGTTACACCATCTTTACCTATTTGAGTTATAGGCTTTAAAGTGTTAGCTATCG +ATCTTAAATAAGCTCTTTGCTTTCCTTTTAACATATTGTCACCTCTTTATTTATCCTAGT +TGTAGAATTCAAATTCAATTTCATAAATCTTAACTGTATCTCCATCTTCAATACCCATTT +CTCTAAGCTTATCAAATACACCTTCAGATTCCATAGCTTTTTGGAAGTACTGAATAGATT +CCATATCTTCAAAGTTAACAGAGTACATGATTCTTCTTAAAGATTTACCTTTAACAACAT +ATATTCCGTCTTCTATTTCAACAGTTAATCCTTCATCTTCATTAGACTCATCTAATTCTG +GTCTGTACATTTCTTCTTCTGTTACTAGTTCTACATCTTCAACTTCTTTTAGTAATTGAG +ATACATAAGCTATAACATCATCTATTCCTTGACGAGTAGCTGCAGACATTTTAAATACTT +TATATCCTCTACCCTCAAGTTCTTCTTTAAATTCTTCATATACACTTTCATCTTCTAAAA +TATCCATCTTATTAGCAACAACTACTTGTGGCCTATGAGAAAGCCTTTCATTATATAATG +CTAACTCACCATTTATCTTATCAAAATCTTCTAAAGCATTTCTACCTTCGTGTCCAGTTA +TGTCAACGATATGTATCAGTACTTTAGTTCTTTCTACGTGTCTTAAGAAGTCATGTCCAA +GACCAACTCCTTCTGCAGCACCTTCTATAAGACCTGGTATATCAGCTAATACAAAACTAT +CACCAAATTTAGTTTGAACCACACCTAAATTCGGAGTTAATGTTGTAAAGTGATAGTTAG +CTATCTTTGGTTTTGCTTTAGTAACAACTGATAAGAACGTAGATTTCCCAACATTAGGGA +ATCCTAATAATCCTACATCAGCTATCATTTTAAGCTCTAATACTACCCATCTTTCTTCTC +CGTCCGTACCAGATTTTGCAAAAGCTGGAGCTTGTCTTACTGCATTGGCAAAGTGCTGAT +TTCCTTTTCCGCCTCTACCACCTTTTACAACTACAGCTCTATCGCCTTCTTCTTTTAAGT +CAGCTATTATAAGACCTGTAGCCTCATCTCTTATTATTGTACCAGGTGGAACTTTAAGAA +CTAAATCGTCTCCATTTTTACCTGCTTTTTTCTTTTTACTTCCATCTCCACCAGATTCAG +CAACGTACTTTCTTTGATATTTAAAGTCCATTAAAGTTCTAAGACCTAAATCAACCTCAA +ATATTATACTAGCACCTCTTCCGCCGTCTCCTCCGTCTGGTCCACCAGCTGGAACATATT +TTTCTTTTCTAAATGCAACCGATCCATTTCCACCATTTCCGGCTTTAACAAAAATTCTTG +CTTTATCTATGAACAAATTAATCACCTACTTGATTAAGACTTTTTATTTATTTTCTCCAA +AGTACTCTCATTATATCTATGTGTTTTGAAGAAATCATCTATTTACAACAAAAAGGAGTG +TAAGAACACTCCTTTTCTCATATATATTATTCAGCAATAGATACTGGATATACGCTTACT +TTTTTTCTTTTCTTGTCTTTTCTTTCGAACTTAACAGTACCATCTATTAATGCAAATAAA +GTGTCATCGCCACCTATACCTACATTAGTACCTGGATGTATCTTAGTTCCTCTTTGTCTT +ACTATTATACTACCAGCAGTAACTACTTGTCCGTCATATCTCTTAACACCTAATCTCTTA +GCTATAGAATCTCTACCGTTTTTAGAAGACCCTACCCCTTTCTTAGATGCAAGTAATTGT +AAGTTCATGTTTAACATATTGGAGTCACCCCCTACTTTTTTAAGATTTTTATATTTTTTG +GGTATTCCCGTTTAATTTCTTGAATAGCCAATTGAAAATGATTTAATAGTAGTTGAGATT +TATCTAAAAATGTATCTTTAACAATACACTCTATATGACCTTCTTTAGCTTCTATTTTTT +CAAATTCAACTTTTTGTAATTTGTTTAAAGAATTTATAACTGCAACTGCATTAGATGTAA +CTGCAGAACAAACTATATCATAACCTATTTCGGCATAATCAGCATGTCCCTTTAAACAAA +AACCTTGAAGTAAGAAATCGTCATTATAATAATAATTAACTTTTATCATTACTCAACCTA +TTTACTAAGCGTTTATTTTTTCTATAACTATCTTAGTGTATGGTTGACGATGTCCTTGCT +TTCTTCTGTAGTCTTTCTTAGCTTTGTACTTGAAAACTACAACTTTCTTAGCTTTACCTT +GTTCAACAACTTTTGCTTGAACAGAAGCACCTTCAACAACTGGAGAACCAACAACTAACT +CTCCGTCTTTAGTGCAAGCTAAAACTTCGTCTAAAGTTACAACATCACCAGCGTTAGCTT +CTAACTTTTCAACGAATAATACATCACCTTCAGCAACTTTATATTGCTTTCCACCTGTTT +TTACTATAGCGTACATTAAATACACCTCCTCGGTCCAAAACTCGCCATCAAGGTAATTTC +CGAAGAAATTTTACAACCTTTTCTGTGCGGCATTACAGTTATTAATAATACTATGTTTTT +TTGCTTTTGTCAACTAAGTATTATAAATAATATTTATTTTTTCGTAACTTATACAGTCAC +TACCTGTCGGCTCTATAATAATATCATATTTTTGGCTTATTGTGTTCAAAATATTTTTCC +ATTTTTGATTTATTTCTTTATAAACTTCCTTATTTAATTCTACAGTTACCTTTTTATAAG +ATGTATGCTCACTTATTCTCATAATTTCTTTTTCTATATCATCTACAATAAAATTTACTG +ATTTTACATATGAATTTTCTTTACATATCGGACAATTTCCTAGGTAATAGCTATCGACAG +AGTTTTTATCTCTTCTTCTTGCAACTTCAACCAAACCAAGCCTAGTCATACCCAGTACTT +CAGACTTTCGTTTATCTTTCTTTAGCTCTATATCTAAAGTTTTTAATAACTCTTCTTTAT +ATTGTTTTTTATGCATATCTATAAAATCAATTATTATTATTCCTCCGATATCTCTTAACC +TTAATTGCCTTGCAATTTCACTAGCAGCCTCTAAATTAGTTTTATATATAGTTTCTTCTA +ATTTTATACTTCCAGTAAATTTACCTGTGTTTACATCTATAATAGTCATTGCTTCAGTTT +TTTCTATTATTAAATAACCTCCACTTTTTAACCATACCTTTTTATTTAAAGATTTTTCTA +TTTGACTTTGAACTTTATATAAATCAAATACATCTTTATTTTTTTCTAATACTAATTTAT +TTATGTATTCTTTATTTACATTCTTTAATATTAATTTTAATTCGTCATACTTATCTTCAT +TATTGATAATTATTTGATCTACATATTCATTTACATTATCTTTTATATATTTTGATGCAA +AATCTAGTTCTTTATGTAAAAGCTTGGGCCCTATACCTAACTTAAATTCCTTACAAATAA +CCTCATATTTAGCTTTAAGCTCTTCTAAGTCCTTTTTAAGTTCTTCTAAAGTACATCCCT +GAGCTTCTGTTCTTACTATCAATCCCAAATTTTCCTTATTTATAGCATTTATTATTTTCT +TCAATCTAAATCTTTCTTTTTCTTCTGTTATCTTATTAGACATAGTTGCTCTATCATTAG +ATGGTATATAAACTAAATACCTTCCTGCTAAACTAATTTCTAAATTAAGCTTGGGTCCCT +TAGTTCCAATTCCCTCTTTATTTATTTGCACCATTATGTCTTGTCCAGCTTTGATATCTT +TATTTTTTCCCAGTGGTAAGTATGCAAGCTTTTCTAGGCCTATATCTACAAACCCAGCTT +CAATTCCCGGCTTTATATTTTTTACTACACCTCTATATATATTAGATACTATTTTTTCAT +TTGTATTATCTTCTATAAGTAATTCCACTAATTTATCATCTTCTACTATTGCTGTTTTTT +GAGATAGTACTAGCGATTCTATAACTATTTTTTTCATCTTTTGATTCCTTTCATATAATG +CTACATGCTCTATATTCATATTTTAGTATAAACTAATTTAATATTTTTTTATATAAAATA +TATAAAGATGTATTAACAAAAAACTCTCTCCACTCATGTCACTAACAACTGCGTCCGTTG +ATTAAGTTTAGTAGTTAGGATTATATATTATCCACAAACCAGATAATTTATAATCTCTTA +GTATAAAAAATGAGTGTACTATTAATAAACTAGTACACTCATTTTTTATTCATATATTTG +GATTACATAGGAGAAACTAACTCTCCATCTTGAACTATATATAAATCTCTTCTTAATATA +TCTACATCTAACGGATCCATATCTATATCTAACATTTCTAATATTTTAGGTATAAATATA +TTTGTATTTAAATTAGCGTTTGATCCTGTTGCTATAGTCCCTATAAGAGTAAGGTTATTT +TCATCTAAACTTAGTAGATCAAAGAATTTTATCATAGGTCTTATATTAGACTCTACAATC +TTTCCTTTTTTATTCTTCTTAGTTATCATTATTTCTTCTTTATTCATAAAATCAGCTATT +CTTGACTTTAAAAATTCCTTACTTAAATGATTTTCAAGTTCTATGTTGAATAAATATTCT +CCATACTCTATTGTAGAAGCTAGCGAAGGAGTACCTGGTTCTATTTCTTCAGCTTTTATA +AATTCTATACCTTCTGGAAGTTCTTTATTTAATCGCATTAAGAACTCTTCTACAGATATT +TCTTCTTCTATTTCTATATCAACATACTCTCCATAACTTTCAGTTCCTAATGCTAATGCA +TTTCCGTAACTCATCTTAGGGTGAGGATTATAACCTTGAGAATAAGATAATTCTACATCA +GCCCTTCTAAAAGCTCTTTGTAAAAGTTTTTGTAAATCAAGGTGTGATATGTATATCATA +TCTCCTTCTTTTTTAAATTTAACTCTTATTATTTTACTCATAATTAACATAACCCCCTTG +TAATGTCATTTGCATTTATTCCACATCCATGACATTGATGTCTGCAGTCTGGAGATACTT +TATCTTCTCTTGCTTTTTCATTTTCTCTTATTAAGAATTTCTTAGTAACCCCTACATCTA +TGTGATCCCAAGGGAATACTTCTTCATAATTTCTTTCTCTGTTAGCATAGAATGCTATAT +CAAGTCCATTCTTTTCCATAGCTTCTTTCCATGTATCTAAGTTGAAATACTCAGACCATC +CGTCAAACTTAGCTCCAGCTTTGAATGCATCTAATATAACTTTACCTATTCTTCTATCTC +CTCTAGCCACAACAGCTTCCATTAAGCTAGTTTTTGAGTCATGGTAGTTATATTTTATAT +CTTTATTTTTTAATTTTTTAACTAAGTGTCTTTGCTTTTCTATAACTTCTTCAGTTAAGT +CTTGTCCATGCCATTGGAATGGAGTAAATGGTTTTGGTACAAATGTTGATGTACTTACAG +TTACAGAGAAACTTCTTCTTAACTTTCCTCCATTAACATCTCTATAAGTATCTATAACAT +CATATGCAAGATTAGATATACCATCTAAATCATCATAAGTTTCAGTTGGAAGACCTATCA +TAAAGTATAATTTTACACTGTTCCATCCCATTTCAAATGCTTTTCTTGTAGCATTTTTTA +AATCTTCTTCGCTTACACCTTTATTAATAACATCTCTTAATCTTTGAGTTCCTGCTTCTG +GTGCAAATGTAAGTCCTGATTTTCTTACTTGTTGTATTTTTTCTGCTATTTCCATAGAGA +AGTTATCAAGTCTTAACGATGGTAAAGATATCCCTACATTTTGAGGAGTATACTCATCAA +CTAAAAAGTCTGTTAACTCTCTTAATTGGCTATAGTCACTTGTACTTAATGATGATAATG +ATATTTCATCATATCCTGTATTTTTTACAAGCTTATCTACTATTTCTTTTAGCCTATCAA +CACTTTTTTCTCTTATCGGTCTGTATATCATACCAGCCTGACAGAATCTACATCCTCTTG +TACATCCTCTGAATAATTCTAAAACAACTCTATTGTGTACAGTATCTATATAAGGAACTA +TAAGCTTATCTGGATAATCTACAGTCTCTACATCTTTTATTATTCTCTTTTTAACCTTAT +CCGGAACACCTTCTCTATTAGGTTTTACTTCTTTAACTGTTCCATCTTCATTGTATGTAA +CATCATAAAAACTTGGTATATAAACCCCTTCTATTTGAGCCACTTTTAATAAGAAGTCTT +CTCTAGTAGTCTTATTTTTCTTCCATTCTTTATAAGCACTTATTACTTCTAAGTTAACTT +CTTCACCTTCACCTAGTATTACTATATCTACAAAATCAGCTAGAGGCTCTACGTTATATG +CACAAGGCCCTCCTACTAATATAAATGGATCATCTAATTCTCTTTCTTCTCTAAGTAAAG +GTATATTAGCCAAGTCAAGTATATTTAATATATTTGTATAAGAAAGTTCATATTGTAATG +TAAATGTTACGAAATCAAAATTAGTTATAGGCTCTCTTGATTCTAATGCGAACATTGGTA +TATTTTTCTCTCTCATTATATTTTCCATATCAACAGCTGGAGAATATACTCTTTCACAAA +ATACATCTTTATCTTTATTTATTACATGATAAAGAATATGACTTCCTAAGTGACTCATCC +CAACCTCATATAAATCAGGGAAGCAATGAGCATATCTTACTAAATTTTTGTTACTTGTAT +CTTTATGTATAGAATTTACTTCATTTCCAAGATATCTTGCAGGTTTTTCAACCTTTTTTA +AAATTCTTCTTAAATCTACTTTACTCATTTATTATTGAAACCTCCAATAAATTTATTGTT +TTATATAAAAAGCATAATTTTTATTATACACCATAATATATACATAATGTATCAAAATTT +TATTTTTCCATATTTAAACTATTCTAAATATAGTTGTCTTATTTCCTATTTATGAAATAT +TTACAGTTATTTTGATGAATTATTAATTGAGTATAAATCAATACTTTATAATAGATTATA +ATTTAAATTATTATTCTAAAATTTTATTTCTTAAAGATCTTAATTAATATGTGACTTTAT +GTCATTAATAGAATTAAAAGCTTGACTATTGTTAAGAGAATCAATAATATTTATATATCT +GTTTATATTATTGATATATGGGTATAAAATATACATATATATATAATTAGTTAATTTATT +AGGAGGTTGTGTAATGAGTAAAGTATTTGAAGTAAAAGAAGATATCTACTTTACAGGAGT +TGTAGACAAGGATTTAAAGGTATTCGACATAATAATGGAAACTGAATTTGGTACAACTTA +TAATTCATATTTGTTAAAAGATGAAAAAACAGTTCTATTTGATACGGTTAAACCAAATTT +TAAAGATGAATTTATAAACAATATTTCAGAAGTAATTGATATAAAAGATATAGATTACGT +GGTTATTCACCATACTGAACCAGATCATGCTGGTAGTTTAAAATATATTTTAGATATAAA +CCCTGACATAGAAGTATATTGTACAAAGGCTGCAAAGCTATACTTAGATGAACAAATAAA +TAAACCATTTAAGTGTCATGTAATAAAAGATGGTGAAACTTTAAATATAGGTAAAAGAAC +ACTAAGATTCATAACTGCACCTTTCTTACATTGGGCAGATACTATGTTTACTTATGTAGA +AGAGGAAAAAACATTATTCACTTGCGATGCATTTGGATGTCATTTTGCAAATGTAGATGC +TGACTGCGTAGATAGTGAAGATTATTTAAAATCAGCTAAACACTACTTTGATTGCATAGT +TAAGCCATTCTCTAAGCATGTTTTAAATGCTGTAAATAAAGTTGTAGATTTAGGTATAGA +GTTTGATACGATATTAACATCTCATGGACCTATGTTGACTAAAGACCCAATGGCAGCTGT +TAAAAGATATGTAGAATGGTCAACAGAAACAGTTGAACATACTAATCAAAATCAAATTGC +AATTTTCTACTTATCTGCATATACAAATACTTTATGCATGGCCAAAAAAATAGAAGAATC +ATTATTATCAGAAGGTGCTAAAGTTAAACTATATGACTTAGAAACTTTAAGCTTACAAGA +AATGCATGATGCTGTAGTAATGTCTAAAGTAATATTACTAGGTTCAACAACAATAAACAA +AACAATGGTTAAACCAATGTGGGACTTATTCTCAGTAATTGACCCAATGGCAAACCAAGG +TAAAATAGCTGGTGTATTTGGTTCTTACGGATGGAGCGGTGAAGGTATATCAATGGCAGA +AAACAACTTAAAAGCGATGATGTTCAAGATGCCAGTACCAGCACTTAAAAAGAAATTCTT +CCCATCTGAAGATACATTCCAAGAATGTATAGAATTCGGTAAAGAATTTGCAAAATTAGT +TAAATAATATATATAACAAGATATATAAAACTCTAAGATTTATTTTCTTATTTAAAATAA +TAATACAATTTTAGACACTAAATAAAGTGATACTATTAAAATATTTTATTAGTATCACTT +TATTTAATATAATCGCTTCCATTTCTATAATCTTAATTACATTAAAACATAAAATTTAAC +TCTTAAACTTTATTAGTAATTTTTAAGCTAATATTTACTAATCATATATTAAGCGTAATA +TTATTCCAATTTTCTTTAGTAAATAAAATAAGAGCTACCCATAATGATAACTAAATAATA +GTCATTAAAATAAGTAACTCTTACATTTATTCTTTTTTACTCTACTAAATACCATTCTAG +TATTTAGAAAAGTAGTTCTAATCCTTAAACTCTTTGGCTAGTAGTTTTTCTAACTTCTCT +CCAAGATAATTCACCTCTGTCTAGAGCTTTTATAAATATCTCAGCTGATGCTAAATTTGT +AGCTACAGGAACATGATAAACATCACATAATCTAACTAAAGCTTGTATATCTGGTTCATG +AGCTTGAGATGTAAGAGGATCTCTTAAAAAGATCACTAAATCTATATCTTGACTAACAAT +TAAAGAACCAATTTGCTGATCGCCTCCAAGTGGACCAGATGCTAATCTAGTAATCTTAAG +TTCTGTCTCATCCATTATTCTCTTACCTGTTGTTCCAGTTGCATATAAGCCATATTTTTC +TAATATTCTTTCATATGCTATACAAAACCCTATCATCATATTTTTCATTTCATCATGTGC +TACTAATGCTATATTCATATATTCCCCTTCTCCTTTATAATGCTAAAAATTTATTTTTTT +CTTTCTCATACACACATTTAAAACTAATCCTAAGTTAGCTAATGAGGTTAATAATGAACT +ACCTCCATAACTTATAAATGGCAATGTTACTCCCGTGACAGGAATAAGTGCTACTGTCAT +ACCTATATTTTGGATAATCTGGTATGCAAACATGCTCATTACTCCTACAACAATTAATGT +TCCATAAAAATCTTTAGCCTCTCTAGCTATAACTAACATTCTTAGTAAGAATACAATATA +TAAGGCTATGACTAAAGTCATTCCCCATACACCTAGCTCTTCTCCTATAACAGCAAATAT +AAAATCACTATCTTGAACTGGTAAAAAATCATTTTGGCTTTGACTTCCGTTATATAACCC +TTTTCCACCAAAACCACCTGATCCTATGGCAATCATAGATTGTATAACCTGATAGTTTCC +TTCATAACTTGGGTCATCAGGATGAAGAAAGGCTTCTATTCTTAATTTTTGATGTGACGC +CATCATCATATACATAATTGGTAATGAGACTAATGCTATTATAATAGCTCTTTTTATTAA +TTTTATATCTAAACCTGCTGTAAATAACATCCCTGCTATTATACAACAGAAAACTATAGC +AGTTCCTAAATCTGGTTGAGCAAATAATAAACCTATAAAAGGAAATGCATAAATAACTAA +AGGTATTATCTCTTTCAAGTTATTTAATTTTCCTTTTTTAGACTCAACTATCTTAGCATA +ACTAAGTATAAATGTAAGTTTAACTAATTCTGATGTTTGAAAATCTAGGGGACCTATTTT +TAGCCACGATACGGCTCCACCTCTATTTTGCCCTAATCCTGGTACTAGCACAACTGCCAA +AAGTAATAAACTAACTAAATAAAGTCCCTTGTAATATTTACCTAAAAAATTATAATCTAA +ACAAAGAATTCCAATTATCATAATCATGCCTAGTATAAATGCTAATCCTTGTTTATATAA +CTGGCTATAGTCACCTGTTTCATTTACGTGTGTCGCACTACTCAATACAACAATTCCAAA +GCAAAATATAGCTAATACGGTAATTATCAATTTCCAGTCTAATTCTTTAATTAATTTAAG +TGTATTCTTGTATGTAAGCAATTTATCACCGTCTTTCCACTCTTTCGCATATAACCAAAT +AAGGGGAATATATCATATGATACCCCCCCTTATTTAAATTACATCATTCTTTCTTTTATA +TTCTTTAAAGGTATATTTGCTACCAGTGCAGATACTGGCATGTCATCATCTTCCCCTCTT +GATTTAGACATTTTTATTTCTAGACCATTTTCTTCTATCTCTGCATAATTTGCTATAACC +TTTAGAATATCATCTTTTATCAAATCTAAAAGTTGAGGAGAACAATCCACCCTATCATGT +ACCAAAACTAATTTTAATCTTTCCTTGGCAACAGATTTACTAGATTTAGACTCATTAGAG +AAAACTTTAAATATATCTAACATGGATGATTCCTCCCTTCTTATTTAGCCATACCAAGCA +TTTTTTTAATTTTACTAAAAAGCGTATTATCACTTTCTACTTCTATTAAAGGGATATCTT +CACCTAATATTCTTTTAGCTATATTTTTATAAGCTTGTCCTGCAAGAGATTTTGAATCAA +GTATTGCTGGTTCACCTTTATTAGTAGATACTATTATACTTTCATCATCTGGAACTAAAC +CTAATAGATCTATAGCAAGTATCTCTAATATATCTTGCTTGTCCATCATATCTCCACGTC +TAACCATATCTTGTCTAATTCTATTAATTACTAATCTTATATCTTTTATTTCATTAGCTT +CTAATAATCCTATTATTCTATCTGCATCTCTTACTGCAGATACTTCTGGATTCGTAACTA +CTATAGCTCTAGTAGCTCCTGCAACAGCATTTTTAAATCCTTGTTCTATACCTGCTGGGC +AGTCTATTAATATAAAATCAAAAGACTCTTTTAACTTTTCACATAAATCTTCCATTTGTT +CTACGGATACTGCATTTTTATCTCTTGTTTGTGCAGCTGGCAATAGATATAGATTATCAA +ATCTTTTATCTTTTATTAAAGCTTGTTTAAGTCTACACGTTCCTTCTACAACATCTACTA +TGTCATAAACTATTCTATTTTCAAGACCCATAACTACATCTAAATTTCTAAGTCCGATAT +CTGCATCAACTATAACAGTCTTTTTATTTTCTAAACTTAGAGCAGTTCCTAAGTTTGCTG +CAGTAGTAGTTTTTCCAACTCCACCTTTGCCTGATGTTATAACTATAACTTCACTCATAA +TACTACCCCCTATGGATTTCTTTCTTATTTTATTGTTTTGGATAAGTAACTTTCTATTAC +TATCCTGCCTTTACTTACAAAGGCTATTTCTGGGCTAATTTCTTTCTTATCTTCAAAGCT +ATCATCATCTGGTGCTTCTGCAATGTTACCCGCAATTTGAAGCACTTTCGGATTTAAGGA +GTTTGCAACTACATAAGCATTTTCATTTTCCATAGCACCTGCATGTATAAATCCAGTTAC +ACTTCCCATGACAATAACATTACCTCCTGCAACTACTCTAGCTCCAGAACTTATATCCCC +CATGACAACTGTATTTCCTTTTGAATTAATTTGAGAACCTGGTTTCATATCCTTCATTAC +GACAACATCTCCGTCAAATTCTATATTTTCACCAGATCTTAGATTGCTTACATATTTAGT +TTGAAAATTACTGCACTTTAATTCTTCATCTTCTTCTATAAACTCAATATCAAACCTAGA +TGTAATATCATGCTTTAACTCTAACATTTGAATATCACTTAAGTAGTCACAGTTAATAGC +ACATATTTTAGCCCCGTTAAAAAAACCTACCGAGGTCTCTAATCTATCTATTACACCATT +TCTTATCTCATCAAAAGGTACAACCTTCTTAATATTTAAAATTATCCCTCTTTTATTTCC +TTTGAATTCAACTAATTCTTTAGGAGTAAAATTTCTCAAAGACATAACAACCTCCAGAGT +GATATCATGTTATTTATATTCTTCACAAACCGTCTTTAATCCTTCTAATTTTTGATTTGT +GAACCAAAATTTATATTTTTTTCTTCATTTGTAGTATTTTCATCTTCATCTGTGTTCTTA +TCAGTCGTTTTCTCTGTGTCTTTATTGAATCCCATATAAGCTCCAATTACTTCTCTTACA +GGTAATAACGCATATGAACTCTCATTACCCTGAGGTATCATAGCTACAACAGCTATTTCT +GGATCATCTGCCGGAGCAAAAGCAACAGTCCATGCAAAGGCATCATAATCAGATTTAAAT +TTATCTATTACAGTATCAGTAGCCTTAGGATTTAACTGCTGTATAGCTTTTCTTAAATAA +GATGCCATTAGTTTATCATTATCATAATCTAATTTTACACTTACACCTTCAGCTAATTCA +TCTTCTAATGACTTTCTTTCTTTTTCATCTAATTTATTATCTTTCAACTGCTCTTTAATT +TCATTTTCTCTTTCTTTTGACAATTCTTTTTCTCTTTCTTTTATCAGTTCCTCTGAAAGA +GCTATAGCTTCATCTTTTGATACACCATAAGTTCCCATATGATCAATTAAATATTGATAC +TCATCAGAAGTAGGTATTTTACCACTTTTTTCAGCTGTACCAGTTTTAGCTGCAACAGAT +ACTGGCAATGTTCCAAAAACAGATTTAGCACTACTTAAAGTAGCCATTTGTTTCATACCT +TGTACTAGATCTTTTAGGTTATCACTATTTTTAAAATCTATTTTTTCTGATTTGTTAGTA +TCTTCAACAACTGTTTTATAATCACTAGATATAGTTTTTTTAACTACAGATAATTCAACT +AAATTACCACCATTAGCTATAGCTGCTACATATCTAGCCATCTGGGCTGGAGTATATGCA +TTTTCACCTTGTCCTATCGAAAGGTTGAATGTATCAGCAGTACCCCATTTAGCAAACTTA +AGATAGTTGAAAACTATATTATCAGCAAAACCTTCAGCTAAATCTTCTTTAACTTTTAAC +TTAATTAATCTGTTTATAACTTCTACTCTACCTGGTGTATTTTCCTCAGCAGCCCATCCT +ACAATTTCATCAATCCTAGCTTCAAATTCTTTCGGATTTTTCTCTTTTGTTATATCAGTA +AAGGCTTCACCCATATTTTTTTCTAAATATGATCTTAATAAAGTTTGTGTTGATTTAAGC +TTTTGTTCTGTTGTTGGAACATGCCCTGGTATTTCCTCTATTTCATCAACTAAACCTGTA +GCTTCATCTAATCCAAATAATTTAGCGTACTCTAAAATTTTATCTGGTCCCATATTTATA +CCTAAATCTGAACCAGTACCTAAGTACTTACCTGTACCTATTGTGTAGAAGTATATATTA +CAAGATTCTTGTATAGCTTTATATAAATTTGTAATGCCATGATTACGCTTAGATTTATGC +CATATATAATCTGCAAACTTTCTTTCTCCATATTTTATCATACCTGGATCATTTATAGCA +TAGTTAGGATTTAACCCATTTTCTAAAGCAGCCATACCTGTTATCATTTTAAATGTAGAA +CCAGGTTGGAATACACCTTGAGTAACTAAATTTAACAATTTACTTGGGGATAATGAATCA +TTTTTGTTTTCAGGCTCAAGGTCAGCATATTCAGAATAAGATATACTACCTTTTGTAAAT +AAGTTAGGGTCATATGATGGATAACTAACTGAAGCTAATACATCTCCAGTGTTAACATCT +ATTGCAATCAGTGCACCTGATTTTGCATTTGGTGCAGTACCACCACCACTTTTATCTCCA +TACTGACTCTTAAATGTACCACCAGTTCTAGCATACTCTATAGTTCTCTTTAAAGAGTCT +TCTGCAACTTCTTGTAAATTTTTATCTAAACTTAGATAAACTGTATCTCCTGATTTTGGC +TCTGATACTTCAATTTCCTTTGTTATTTTACCAACAGCATCAACTTGTACCTTTTTGTAT +CCATCTGTACCACGCAATTTACTTTCATAGTTTTTTTCTATCCCTGCTAATCCTACTAAA +TCACTTTTTAAGTATCCTTTTTCTAAATACTCTGATTCTTTAGTAGAAGGAATTTTTCCT +ATATGACCTAAAATATGTCCTGCAAGTGTTCCATTAGGATAATATCTAACAGGTTCATTT +GCTATAGATACACCAGGCAGCTCCATAAGATTTTCTTCAATTTGAGATATAGTCGATTCA +CTTATATCTTGAGCAATTGTCACCGGATTATATCTAGAATAACCTTGTGATTTCAATAAA +TCTCTAACTACAAGTACCTTCCTAGCATCCGCATCACTCATACCTTCATTTAATGGCATG +CTAGTTTTTGTTTTACCAGTTTTAGCACTATAATAATCTTTTATCTTATCAAAAGCATCT +TTAGCACTAATATCCTTTTCATTTATTTTATATGATGCTAGCCAATCTATTTTATTTTTT +TCTTGAGTAAATACCCATTTGCTAACAAGAATTGGAGGGTATTCTCCATTCTTATTTAAT +TTAGCTTGTAACTTTGATGCTTCTAGTCTCTTATCTTCTTGTGATAAAACACCTTCCTCA +ATCAACTTATCTACTAAATAATAAAAACTTTCTTTTGCATTTAAATTTTGTGGAATTCCT +TCGGAATCTTTATATTCAGCTATATCCTTATCGTACGTATAATAATATTTCCCATTTTCA +ATATATATAGGAAATTCATCCTTATATTCTTCTTTGTTTTTTTCTAAAAGATTAATTAAT +TTTAAGGATATCTCATTAGCCATACTATTTTTATTTGAGTCGGTCTTACTTATACCATCT +GCTGAAACTTGAACAGTAAACTGGTTTTTTGTTGTAGCCAAAATCTTCCCATTTTTATCC +CTTATATCTCCTCGTGGAGCTTTTATAGGCAGCTCTTTGTATGTTTTGTTTTCAGCTAAT +TCAGTATAATGTTCATATTTAAATACAGTCATATATAGTATTTTAACTAAGATAACTGCA +AATACTACTAATAACATATTTCTAATAATAATAAATCTATCATTTACTTTTTTTTCGTCC +ATTCAATCACCAACTACTCTTCTTTAAGCTTTAATATATTCTTCTTAAATAATTTATATA +TTATTAAGCTTAATATACTATTTATTATCGGTATAATTACTATTCCCTTTAATACCATCG +TTAATATCCCATAGCTATTGTATACTAATGTAGTAGCTGTTATATTTACCATAGAATCAA +ATATACTAGTAATTAGCACTAAGGTTCCGATTGTAATGTAACTCTCTTTATATATCTTTT +CTCTTAGAGTGCTAATTCCATAACTTACTGCAAATAAAACTAAGGAATTTATCCCAAAAA +TTCCACCCACAGTTATGTCTTTTATAAGTCCAATTACAGCACCTATTATCCCCGCTTCAA +GTTCATCCAAATATAAAGAGATTATGGTACAGTACACCAATACTAAACTAAAACTAACAC +CATATATATCTATATAATTTGTTATACTACTTTCAACTGTAACAAGCAGTATACCTATAA +GACAAAGTAAAAATCTTTTCATATTATCTATCCCCTTTATCCTATGTCATTATTTTCCCT +TGGTTCTATAACGATAACATCATCAATATTTTTAAAATCTGCATATGGTTTTATAACTAC +GTATTTTAAAGATTTGTTCTTATCATCAATTACTTTATCTACCTTCCCAATCAATATCCC +TTCTGGGTATAATCCTAATCCAGAAGTAACTAAAGTATCCCCTGGTAAAACATCATATGA +TGAATCAAACATATACCCTTGTAAGTATCCGTTTTCTTTATATTTTTCTTTACCACTAAT +ATCTGTATCTTGTGTAATTACACCTTTATAATCTGAATTTTTTAGTAGCTTAAAGCTTAC +TGATGATTTAGTATCAAGTATAGAAATTGCCTTACTATAGTTTTTAGAAACTTCATATAC +TATACCGACTAAGCCACTTCCATTCATCACTAAACTATCTTTTTTAACTCCAGCATCACT +ACCAGCACCAATCACGAAACTAGTGTACCAATTTCCATCATTCTTACTAACAACGCTAGC +AGATATCATATTTGCTTTATAATCTTCAGGAATAAAATTTAGTGCTTTCTTTAAATTTTG +TATTGATTGACTTTCACTTATTTTGTTGTTTAATTCTACTATCTCTTGTTTTAAACTTTC +ATTTTCTTTTTCTAAATCTTCTAATTTATTAGCGTTCTTTTTATAATTTAAAATCTCACT +AAAATTACCTTTTAAAAACATAAATCCCTTGTTAAAACTGCTTTCAATCGAAGCTACACC +CTCTTGTATTAAACCTAAATTAATCGGATTATTTCCAGAATATTTACCAATTGATATTCC +CACAATTCCAATTAAAGTGATAGCAACTGTCGTCGTTGCTATCACTTTTACATTAATCTT +TTTTTTGTCCTTTTTATCATTATTAAATTTCAAGATAATCACCAACTTTATTATCTTCTA +TTATTCATCATTAATACTTTTTCAAATATCTCTTGATCTTCTACTGATTTACCAGTTCCT +AGTGCAACACAATCAAGAGGACCTTCAGCTATTGTTACTGGCATTCCAGTTTCTTGCTTT +ATTAACTTATCTAATCCTCTAAGTAATGCTCCACCTCCAGTTAACATTATTCCATTTTCC +ATTATATCTGATGCTAATTCTGGTGGAGTTTTTTCTAAAGTTGATTTTATTGCATCTACT +ATTGAACTTATTGGTTCTTTTAATGCTTCTCTAACTTCTGTTGAAGATATTTCTACTGTT +TTTGGTAAACCTGATATTAAATCTCTACCTCTTATTTGCATATTACTTTCTTGGTCTTCT +TTAAAAGTTGATCCTATGCTTATTTTTATATCTTCCGCAGTTCTTTCACCTATCATTAAG +TTGTATTCTTTTTTAACGTATCCAACTATAGCTTCATCAAACTTGTTACCACCGATTCTT +ACTGATTCAGCTGATACTATACCACCTAAAGATATTACTGCTATTTCTGAAGTACCACCA +CCGATATCAACAACCATGTTTCCTTCTGGCTCTTCTACTTTAAGACCTGCTCCTATTGCA +GCAGCCATTGGTTCTTCTATAAGATAAGCATCTTTCGCTCCTGCTTGTCTTGCTGCTTCT +TCTATTGCTCTTTTTTCAACATCTGTAACACCAAATGGTACACATATTGCTATTCTTGGA +CTTACAACACCTTTTTTAGCTGCAGCTTTTTGTATAAAGTAGCTTAACATTGATTGAGTA +ACATCAAAATCAGCTATAACTCCATCTTTCATTGGTCTTATAGCTACTATATTTCCTGGT +GTTCTACCTATCATTCTCTTAGCTTCTTCACCAACTGCTAAAACTTCCTTACTATCATCT +CTTATAGCAACAACTGAAGGTTCTCTTACTACTATACCTTGCCCTTTTATATAAACTAAA +GTATTTGCTGTACCTAAATCGATTCCCATATCTTTAGTCATTTTACCGAATCCAAATAAA +GATCCAAATCCTTTTTTCTCTCTTTTTTCTTTTTTCTCTTTAGCCATATTAATGCTCCTT +CCACTATATCAAATCAAATTATCATATTTTCCTTAAAACTAAAATACAAACCATCGCCTA +TTATAATATGGTCGATTACTTCAATTCCTATTAACTCACCACATTTTATAAGTCTATCAG +TTATATTCTTGTCTTCATTAGAAGGTTCCACACTTCCAGATGGATGATTATGTATTAAAA +TCATTTTATTGCTACTTCGCCTTATAGCCTCTTTAAAGACTTCTCTCGGATGAACCAATG +ATGAATTCAAAGTTCCAACAGATACATCTATATCTGTAATTATTTCATTTTTTGTATTTA +AAAGAACTACCTTAAAAACTTCATTTTGTTTATACCTTAAGCCTTCCATATAATACTTAT +AGATATCCCATGGATTTTTAACTTTGTACTTATTTGGCCTATAACTTGAAATTCTAAGTC +CAAGTTCTAATGCTGCCTTTATCTGTGTAGCCTTAGATAGTCCTATTCCTTCTATCTTGC +ACAATTCTTCTATACTCATATCTTGTAGATATCTTATACCTTGTGAATCTTTATTGATTA +TATCATTTGCTAATTCAATTGCATTTCTTTTTTTTGTGCCTGTTCTTAATAAGATAGCTA +ATAACTCTGCATTAGATAAATTTTTTGCTCCACTTAGAAGCATTTTCTCTCTAGGTCTTT +CCTCTAATGCCATATCTTTTACTTTTCTAGAAAAATCAAAAGACTTGCTCAGATAAATCA +TCCTCCATAAAAAAGATTTACATTAAAATGCTCTTTTAGTAGGTCACTTATTTTTGATAT +TGGCAATCCAACTATATTGAAGTAGTCTCCAGATATACTTTTAACTAACAATCCTCCATA +TCCTTGAATTCCATAAGCTCCTGCTTTGTCTAAGGATTCCTTAGTGTTTATGTAATCTCT +TATAGTCTCCTCTGATAAATCCTTAAAAGTTACCTCACTAACCACATAGTCTATCACTTT +TTTATCTAAACTTAAATTTATCAAACTAATCCCCGTAATAACTTGATGCTTTTTATTAGA +CAGTAACTTTATCATCCTGTATGCATCTTCTTCGTCTTTAGGCTTACCTAGTATAGTATC +ATCTAAAACTACAATAGTATCTGCTCCAATAACTAAATCATTTTTATTTTTACTTGCTAT +ATCCATACATTTTTCAAAAGCTAGTCTCATAGCTACTTCTTTCGGAGGCTCATTTTCTAA +TATAACCTCTTCTATATTACTTTTGACTATTGTAAAATCCACCTTTACATTCTCCAAAAT +TTCTCTTCTTCTTGGAGATGCTGATGCTAAGATTATATTCATTCATCCACCTCTTCTTGT +ACTTAGAAATTGTACTTATCTAGTTTATCATTATATTGTAAAAAATTCAACGTTATTGTC +GAACCTTTTAGTTACATAATTGTTATATTTACATGTTTTGGGGTATAAAAATAAAGCTTA +GATAAAATGAAAATTTGCACTTGTGTAAACCTTGTAGATTATATAATATTACTTACTTCC +CATTAGCCTTATAATTTATATTTATGTAAAATAAATTTTAATAAATTTCATTTTTTAATT +TGTTAAAAATTACTATAAAAAAATAAAGGTATGAAAGCTTCACACCTTTATTCTATCCAT +ATTATACAGTTTTAATAGCATCTTTAGGACATTTTTGCATACATAAGTGACAACCAACAC +ATTTTTTCTCGTCAACCATATGAACTGCTTTTCTTTCGCCTGATATAGCATCAAACTTAC +ATTGCTTTTTACAAAGTGTACATCCAACGCATTTCTCTTCATCTATTTTTACTTTTCTTC +TATCACTTATATCACCTGCTATAACTTTAGTTGGACATTTTTGTACACATACCTTACATT +GAATACATTTATCAAAATTAATTTTAGCTATTTTATTTTCAAATACTATAGCATCTACTG +GACATGCTTTTGCACACATTCCACATCCTATACACCCAGCACTACATTTTTCTTTTACTT +CCTTACCAAACTCCATGCTATTACATTCAACAACAACTTCTTGTTTTTCCGGCTTCTTTA +TTATTATAGATTTAGGGCAGATTTCTATACATTTACCACACATTACACATTTCTCTTCAT +CTATAACAGCTATTCCATTTTGTATGGTTATAGCTCCAAACTTACATGCATCTTTGCATG +TTCCTAAACCTAAACATCCAAATTTACAAGCTTTGGATCCTGAATTTAAAGCTGCTGCTG +CTCTACAGTCAGATATTCCTTCATATTCATATTTATCTTTAGCACTTTCACATGTTCCTT +TACAAATAACTTTTGCTACTATTTTTTCACCTTCTGAAGCACTTACCCCCATTATTTCTC +CAACTTTAGATGCTACAGCCGCCCCACCTACAGGACATCCATTTACAGGAGATTTTCCTT +CAACTATTGCATTTGCAAGTCCTCCACACCCAGGGAATCCACATCCACCACAGTTTGCAC +CTGGAAGAACTTCAATTATTTTCTCTACTCTTTCATCTATCTCAACTGCGAATTTCTTAG +AGGCATAAGCAAGAACTGCTCCAAAAATTAACCCCATAGCTCCTAAAAGAATTATCGATT +TCACTATTTCCACTTAATCTCACCCCCTAAATTATAGCTTTATAAGTCCTGTGAATCCTA +AGAAAGCTATTGACATAAGTCCTGCTGCTATTAGAGTTATAGGAAATCCTCTAAATGCCT +CTGGTATATCAGCAATTTCTAACCTTTCTCTTATTCCAGCAAATAAAACTATAGCTAATG +TAAATCCTACTCCTGCTCCGAACCCGTTTACTATTGTCTCTATTAAATTATATCCTTTAT +CAACGTTAACTATAGCTATACCAAGTACTGCACAGTTTGTAGTTATAAGAGGTAAGAAAA +CGCCTAACGCTTGATATAAAGATGGACTCATCTTTTGTATTACCATTTCAACAAACTGAA +CAATTGACGCAATTACTAAGATAAAAGCTATCGTCTGTAAAAATTCAAGTTCTGTTTTTT +CTAATAGAATTTGAATAAAGTATGTAATTATCGATGCTAAAGTTAAAACAAAAGTAACTG +CAGCACCCATACCTACTGCTGTATCGACCTTTTTAGACACCCCTAAGAATGGGCATATTC +CTAAGAATTGTGATGTTATAACGTTGTTAACAAGTACTATACTTAAAAATAAAAGAATTA +AATTCATACTATTTCACCCCCATACTATGCCTTTTTACTTCTTATTTTATTAAATCCAGC +CATTAAAAACCCTAGTGTTAAAAACGCTCCTGGAGGTAATATGAATAATAATGCTGGTTG +ATATGCTACTCCGAATAAACTTATTCCAAATAAACTTCCCGCTCCAAACAACTCTCTAAC +TGCACCTAGAATTGTAAGTGCTAAAGTAAACCCAAGTCCCATTGCTACACCATCTACTGC +TGATGCAATAGCACCATTTTTTGATGCAAAACTTTCTGCACGAGCTAGTATTAAACAGTT +AACAACGATTAATGGAATGTATAATCCAAGAGCTTGATCAAGAGCTGGAACATATGCCTT +TAATAATAGTCCTACTATTGTAACAAATGTAGCTATTACTACTATAAATGATGGTATTCT +TATTTTATCTGGTATAATTTTTCTCATTAAAGAAATAACAATATTCGAACATATTAAAAC +TACTGCAGTTGAAAGTCCCATACCCAGTCCATTTATAGCCGAACTCGTAACGGCAAGTGT +TGGACACATACCTATAACTTGCACAAAGGTTGGGTTTTCATCTATGATACCATTTTTAAA +TATCTTTGCTGAGTTCATATTTTATATTCTCCCCCCTACTTACTTAAAGAACTATTAAAT +AACTCTATTGCAACATTTACACCATCTGTAACTGCACTAGACGTAATAGTTGCTCCTGAT +ATTGCAGATATCTCATTTTCCCCAGATGAACTTCCTTTTATTAAAATAAGCTCTGATACT +GGTTTACCTGCAAATTGATCTTTGAAACTAGAATCTGAAGCCTTTGCACCAAGGCCTGGT +GTTTCAGACATATTGCCTATATTAATACCGCTAACAGTTCCATCCTTTGATATACCAACT +ATAAGTTCAATAGCTCCACCATAACCTTTGGGAAGAACCTTTACTGTATATCCAACAGTT +TCAGAGCCATTTTTGCCTTCATAAACTTCTGAAACAATTCCATCAATATTCTCATATTCA +CTATCTGAAACTTGAGTAAATTCATTTGCATCTGGAAGTACGATTTGTCTAGATTCGTTA +TTAGCTTGGACATTTCGCTCTGCTATAACTGGTGCTGTAACTTGATTAGTTACTCCTAAT +AATAAGGCTGCAACAGCACATATAGCAAATAAATTAAGTCCTAATTTCACTATACTATTC +ATTACTTAGACACCTCCCCAAATACTCTGTTTGACACATACTTGTCTATAAGAGGTGTAG +CTACGTTGGCTAGTAGAATTGAATATGATACACCTTCTGGATACCCACCGTATAATCTTA +TTACAGATGTTATAATACCTGCTAATAATGCATAAATAATTTGACCTTTTTTAGTCATAG +GTGAAGTTGTATAATCAGTTAGCATAAAGAAACCACCTAGCATAAGACCTCCTGCAAATA +GTTCGTATAATGCAAAATCAAAGCTAAAGCCACCTAATATAAAAGTTAATATGAAAACTG +TACCTATGTAAAATGCAGGTATTGTATAATCTATTATCCCTTTATAAATTAAATAAACTC +CTCCTAGTACAATTAAAATAGCACTAGTTTCACCTATACATCCACCTATATTACCTACAA +TCATATCAGTCATATTTATACCATTAGCTGTTAAATCAGTTACTCCTCCAGCTCCAACTT +TTAGAAAACTTAGTGGCGTTGCTGTAGTAACTGCATCTAGGTTTGAACCAATCCAATTTA +CGCCTGGATTAGTCCACGCTGTCATTGCAACTGGAAAAGATGCAAGTAAGAAAGCTCTAG +CTCCAAGTGCTGGATTTATAAAATTATTCCCGATCCCACCAAATACCATTTTTATAACTA +TTATTGCAAAAGCTCCACCTGCTAAGCACATCCACCAAGGAAGAGATGCAGGTACGTTGA +AAGCCAATAATAACCCTGTTACTACTGCCGAAAAATCTCCTATTGTACTTCCTCCTTTGG +TAATTTTTTGATATAAAAATTCAGAACCTACTGTCCCTAATATACAGAAAAACATAACAC +TTATGGCATTTAATCTAAAGAAATATACCCCTGCTAATGCTGCTGGTATAAGCGCAATTA +TAACTTGCTTCATTATATAAGAAGTGTCTTCATTACTTCTCACGTGAGGAGAAGATGATA +CTATCAATTTCTTTTCCACAATATTTCCCCCTATCTATTTGTTTGCAGCCTGCTTTTTCT +TCATAGCTATAATTTCTTTTTTAGCATTTCTCATAGACTGAAGTAATGGTCTTCTTGCAG +GACATATAAATGAACAAGAACCGCATTCTATACAATCTAGGGCTCTATGCTCTTGAGCCA +TTTCAAAATCATTTTTTAATGAATATGCACTAATGTATAAAGGTTGTAAAAATGCAGGGC +AAACATTTGTACATCTTCCACATCTCAAACAGTTTTGAGGTTTAGGTAAGCGAGATTCCT +CTTCACTTAAACAAAGTATTCCTGAAGAACCTTTATTAGTTGCGATTTCATCAGTATATT +GAGCTATTCCCATCATAGGCCCACCCATTATAAGTTTTCCTAGCTTCTTATCATCTCTAT +ATCCTCCACATTGTTCTATTATTTCAGATACTAGAGTACCTACTTTAATTACTAAGTTTT +TAGGCTCTTTTATACAGCTACCTGTTACTGTAGTTATTCTTTCTACTAAAGGCATACCTG +TTTTTATAGTTTTTGCAATTTGAGCTGCTGTACCTACATTATCCACAACTGCTCCTGCTG +CAGCTGGTAATCCACCTGAAGGTACCTCTCTTTTTGTACAGGCATATATAAGTTGTTTTT +CTGCACCTTGTGGGTATTTAACCTCTAGTCCAACTACTTCAATTTGACTATAATCTTTAG +CTGCATTAGTAACTGCTTCTATTGCATCCGGTTTATTTACTTCAATTCCTATGAATCCTT +TTTTTACATTTAAAACTTTCATTAATACTCTTAGTCCAAAAACTACATCGTCTGGATTTT +CCACCATTAGTCTGTGATCTGCTGTAAGATATGGTTCACATTCAGCTCCATTTAAAATAA +CTGAATCAATTTTAGCATCTGGTGGTGGTGATATTTTGACATGATTTGGGAATGTAGCTC +CCCCCATACCAACTATTCCTGCTTCTTTTATAATTTCTACTATTTCTTCTTTTGTTAAAT +CGTCTAAATTCCCTTTTGGTTTTACACTTTCATGTAACTCTTCTTTAAAATCATTTTCTA +CAACAACGCATAGTGATGTACCACCTGGAACTTCATGTGGCTCTATAGCTCTAACTGTCC +CTGAAACAGATGAATGAACATTACAAGATACATATCCTTGTTGCTCCCCTATTTTTTGAC +CAAGCTTCACTCGATCTCCAACCTCAACAATAGCCTTTGCTGGCGCCCCAATGTGTTGTT +GAAGAGGTATGTATACAACTTTAGGTTTTTCTGCATTTTGAAGAGCCTTTGATTTAGTAT +ACTCTTTGTTATATGGAGGATGTATTCCTCCCTTAAAAGTTAAGAGTTTCATTGATATTA +CCCCCTCATTGAAAATAAGTATTTCCTATAGTATAAGTATACTATAGGTATTGTAAAATC +TTAACAATTGTTATTATTTTGTCTGACTTTTAAACTTCAAATTTAGACAAAATAATAAGG +TTGTAATTTACAACCTTTAGCTTGTTTTTATTGAATTTATAAATGTATAGTATTCTTGAA +TTGAAGATAACAGTAGACTTTTACTTAAATATGAGTTATCTTCATTTGCATTTTTAGAAG +ATTGATTAATATTATCTTTTACATTTTTAGCATATTTAATAAGATTTTCTTTAAATATAT +TCATCTCTGTATAATCTATTTTTTCTGCATTTTCTTGTATTTTTTCAACAATATCTAATC +TTTTTGTTAAAATATTATTATACTCTTTTAAATCCACATCACCTTTTGAACCTTCCCAAA +ACTCTGCCTCTTCCTTATAACTTGCCATTAGGCTATTTAAACTTGAAGATATACCTTCTA +TGTATGAATATTTACTTGTATATTCTAAAGATAAAACTGGAACCGATAACTCTGATATGA +ATGCATCATTAAATACCTTTCTAACATCATCTAAATTTTCTCTAGTTACTTTTTCATTAA +AAGAAGAATAAGTTTGTACCTTTTTTACCCCATCAACTTCCACCACAGAATACGGAATTT +TACTAGATGTTAACTTTTCCTCTACACTTTTTAAATCTTGTCCCTCTCCTATAGAAGCTA +CCTGAATTGTATATAAAGTTACACCGTCTATAGTTGCAACTTGAACATTTGAGTTTTCCT +CTGTAGAACTTGTCTCTTTATCATTTTTAACTTTCTCTATCTCATCAGATATATCACTGT +ATTCGTACTCTTCTTTCCCTTCATTTTCTGCTGATTTAAATATATTTGGAAAGGATATTT +CCTTAAACCTACTACCGATAGTTTCTACTATATTAAATTTATTAAATATTTTTCCACTTA +AGATTTCGCTATTTTTTAATTTTGTGTATCCATAGACCCCAATTAAAGATAAACAAAAAA +TCAAAGTGATTACTCTTATATGGTTAATCTTACGTCTTTTATTAAAACCTTTGTATCTTC +TTTTATTATTCATTAGTTTCCCTCCTAATAATATTATTAATAATATATATTTAAGGCTGT +CCTCATTTATAACCATAAAAAAATTTAATTATTACAAAATAATAGGGCGTATATCATATA +AACATTATGATACACGCCCTCGTTTATAGCACTTCATCTATATTTTTTAGATTAGTGTTG +TGCTGGTAGTATTTCTATCCAATAGTTATCTGGATCTGCTATAAAGTATATACCCATTTC +CTTATTTTCGTAGCATATACATCCTAGCTCTTTATGTAAGTTATATGCAGCATCAAAGTC +ATCTACTCTTAATGCTAAATGGAACTCATTGTCTCCTAAATTGTATGGTCTATCCCAATC +TCTTAACCACGTTAATTCTAATGTATGATTACTAGAACCATCTCCTAAGTATACTAATAT +GAAACTTCCATCTTCAGCAACTTTACGTCTAACTTCTTTTAATCCTAGTGATTTTTCATA +GAATTCTAAACTTTTTTCTAAATTAACTACATTGAAATTATTGTGACAAAAAGTAAATTT +CATGCTTAGCCCTCCTAAATTATAATAATATTATTTCTCTTAATTTTATATGTATTATAT +TTATTTTGCAACTTATTTTATATCTTTAATCTAGCTATTATAGGATAGTGATCAGACATA +TTTTTAAATAGAACATTATAATCTATTACCTCTATATTTGAAGAAACTAATATATAATCT +ATTCTATACAATCCTGATGCAAAGGTTAAAACATTAGATTTATCAGTTTCCTCTGCTACA +TCTTTTAAGTTTGTGCCTTCTAAAGATATTTCACCTTCATTAAAGTCACCTACTACTATA +TACGGTTCTGGTTCTAAGGATTTTGCAAACTCTAAAACTTCTTTAATTTGAATTTCCCTC +TCTTCCTTTTTTACTCCCAAATGTACATTTATAATATTTAATTTTTTTCCATCTACATTA +ACTACTGTATGTAATAATCCTCTTTGCTCAGCATCACTACTTAGATATATATGTTTCTCT +GATTTTATAGGGTATTTCGAGTATGTTACTAAACCATAATTTGTTCCTAGGTTTACTACA +TTAGCTCCAAAATGTGAGTACATTTTAAGCTCTTCCTTCAAACTACTCACTTGAAAACCT +ACCTTTGCAGATTCATTAACTTCTTGCAAACATATTATATCTGCATCAGACATCCTAAGA +AAATCTATTATATCAAATAAAGTTGGAAACATATCTTTATTTAATCCACTATGTATATTG +TAGCTAATTATCTTAATTTCTTTTGACTTAGGAAAAAATTTTATTTCTAAAATAGATGTT +ATAATTATAAAGCAAAGTATAATAAATGTTATGACTAGCTTTTTTAAATTCATGTTAACC +ATCCCCTCATTTATTATCTTTTATAGTATATGCAAATATAAAAATTAAAGACGCATACTT +TGCGCCTTTAATTTCTTATTATTTACTTTTTTTACCCAACTTATCTTTTATAATATAATT +TATAACTTTTTTCCTTATATCCTCTGCCCCCTCTTCATCTGTAACATCTAAGTCTAAAAG +TTTTGCTATAGATTTCATATCCTCTCTAGTTTTTGATCTATAACTTTCTACTAACTCTGT +TTTTATTCTTTCAGGTTCTATAATAAACTCGTCTTCTCCTCTTTTATATAATACATACTT +TCTGGCATACACATTTCTATTTGAGTATATGTGCTTAGATACTCTTTTTATTATTTGTTT +ATATGAATTTTTCAAATTAACATCTAAACCTAGATATTTCGCAAATCTCACCAACTCATT +TTTAGATTTAAACAAAGCTTCTTTTTTAATGACTTTTGCAACACCTGACATGTTTTCTTG +ATAAGTAGCCTGTTTTATTATTTTTGAATATGTTGAACTTAAACTTCTTTCTTTACCTAT +TTTTTTTATATTATTATCAATAACTTTATCAACATTTCCCTCAAAGTATTTTTGTGCTCC +TTTTTTAGACACATGATTCTCAAGTTCTTTGTGGGCCATATCAAGTATCAAATCTCTTAA +ATCTTCTTTATAATCTCTAGATTCCATGATACCCCCCCTTAATTACTTTTATTATATTCA +TTTTTTTTCAAAATGTGAGTTCCTTTAATATGTAATTTTCATAATATATTTATATATATT +AAAATCATGTTTTAATGATTTTTATGTATATAAATGTTGGGTATGGATATACTATTAATG +TAAAATCAAACATACTCAATCTCCCCCATTTTAGACTTCTATTATTTTCCCCCAATAGAA +GTCTTTTTTATTGCTTTTAACTCTTTTTTAATATAATATATAAGCTATCTTATTTATTGT +GGAGGAATTCTTATGGAAGATGTAACTATATCTATAGATGAAATGATTGATTTTATTCAT +AAAAAATCTGGATGTTCTATACCTAAAGATACTATAGAGCTAATCCTTGAATTACAAGAA +GAATTCTTAGATTCTAAGGGATTAATAGAAATAGAAGAAGATGAGATTTATTAGGTCTCA +TCTTTTATTCATGCTATCTTGCTGGATTTTTTTTATATACTCTAAATCTTTAATAAAGCT +CTTTGATTGAGCATTATTTACATAAAGTAAACAAGATATGTCATCTGTTTTTTCACTTAT +TCTAGTAGCAATTCTCATGTGATCTTCTAACTCTTTTGTTTCAAATTTGTAAATCAAATC +TAAGTGAGCATTCTCACCATTTATAGTTATCTTATTTTGTTCTAAATCTATAACTACATC +CACATCTCTTTTAGTATCACTCATTGATATATTTCCAAATTTAGTATATTTAAATGAATG +TCCCTTATAGTCAAATCTATTATTTTCTTTTATTTGATTTAATATGTAATTTCCATCTTC +TATATTTTCTAGAAAATCTTCCTCTTCATAAAAATAGTACTTAGAAAAATAATTCACTTT +ATATTTACTCAATTTATCCACCTACTTTAACCTTAGACTTTATAGTTATTCTTTCATTGG +AATTATTGTTTTATTCAAGAAAAGTCATTGGAAATTCCAGTGACTTTATCAAACTAATTT +ATTTTTTCTATTATGTTCTAAAGCTAAGTATAGCATAATCAATACCAAAGATATTGAGGT +AGCACCAATTAAATCTAAACCTATACTAATATAACTGCCTTCCATTAATATCTTTTTATA +AGCAGCGTTTATCCAAGTAAGTGGAAAAATTAATGAGAAATTCTGGACCATTTCAGGCAT +AAATTCTGTTGGCACAAATCCTCCACTTAGTAAACACATTGGTGTTACTATAAGAGTAAG +CAGAGTATAGTACATTGTTGAATTACTAGAAATAGTTAATACAACCAGAGCAATTGCAAT +ACCTACAAATGATAATACAAATGATAATGGTACCATCCATCCTAAACTTATATCAAAGTT +TTGATTAAATAAATAAAAGCTCCCTAGTAAAGTTATACTTTGAAATACAATTAATATAAT +CCCTGCTAATATATGATCTATTTTATCATGCAATTTTTGAGATATTACATTTCTTTCTTC +AATCTTTATAGATTCTAGATTTTGGTAGTTGATTTTATTATCAATTCTCCTTATTTCCTC +TAAGCCAAAGTTTTTTTCTTTTAAATCAAAATTATATTTTTCTAATTTAAAAACTTTTTG +TTGATAATTTATAATTTCATATGTAGAAATATAAAATACTAATCCTAAAAAGATATTCGT +ATAATCTAAATTCACTTTTATGGAAATAAATATATACATAAAAATAACAAGCGCAGTGTT +AAGCTTATTATAATTTCTAACTTCTATATATTCAATTATCATATATATTGCTAGTATAAA +AGAAGGTGGATAAATATATGAAACTAATAATATATAAATAATATTTAATAGTAAAATTTT +TTCTTCTTTATATTTTATACTATAGAATATATAAAGTGATAAACTTACGGATATTAAAGT +TATAATTATAGGATAACTTACCTTATTAAAATAATGTTGATTATCCATTCCATATAAAAA +TACATTTATTGCTAGAATAATATTTATAATTATCTTAAATATCATTTTATTTCCTCCATA +TTAAATTCATTAAACTATAATTAATATAACACAAACTAATTGAAGATTTATATGTATTTC +ATTTAAACTTGAAAATAAGTATGCACTTAAGCTTAACGTAATTAGAAAAAATTATGAATT +GCTATACTAAAAAATACTTAAATAAAAAAGCTATGATGTATAACTAGCAACTCAGTTATA +TATCATAGCTTTTTACTTAAGTAATATTATTCTATTCCTTTTAATTCGTAACCTAAATCT +TCAATCACAGCTCTTAAAGCCTCTTCTGTTACACTATCTTGCATATCAACTACAGCGTAT +TTTCCTTCTAAACTCACTTCTAAAACCTCAACACCTTGTATATCTTCAGTAAGTGCAGTT +TTTAAATGATTTACACAATGTCCACAAGACATTCCTTCTACTAATAATTTTTTCTTCATC +AGTTTCACCTCCAATTATACCCTATATGGGTATAATATCATAAATACCCATATTATAAAA +TATAATTTCATAAAACTATTAAAATTATTTATTTTTTAAAGTGAAATTAGATATTCCTTC +ATATACATCAAAATCATTAGGCTCACTTTTGCCTTCTAATCTTCTGTTTGTAACTATATA +CTCATTTCTTATTACTAAACTAATAAATGCAGCTTTATCTCTAAGATGAGTTTGTATTCC +CGAATAAATCTCAGATATTTGAGAATCTGAAGTTGCTGATGCTAAAGAATTCATATAATT +GATTAATTTTTCATCAGAATATCCACTTGCTTGAATTATAGATCTTGCATCTGGAACACT +AGACAACTCCCATCCTACAAATGCTAAGTCATAATCTTTTTGACTAATTGCTGTTGTCAT +TTCCTTTTCTGTAAGTCCTACTACTGTACTTTTTATTCCTATTGCATCTAAATTTTCACT +AACTATATTAGCTGCTTTTATTCTTTCTTCATTATCTTTATTTGCTATAATTTTTAAATC +AACTTTTGATATTAACTCTTTTCTCTCTTTTTCAGTCAATTCTTTATTTCCAGTTGATTC +ATCATTAGCTTGAGAGTTTATATCATTATCTGTTTTGTTATCTGAATTATTTTTACTACT +ATTAATATCCGATGAATTATTAGAGTTTTCCATTTCATATTTGTTATCTTCATTTGTAGA +TTCACTCTTATTATTAAATGGATTTATTTTTTGCAGATAAGATTCTGACTTTTCCTTATC +ATAAGATAAAGCCTGCATCTCACTATCGTAATATTTAGATTTTGTATTTAAAGGGAAATT +AACTATCTTACCGTTTCCGATATACCCTTCTTCTAAAATTAATTTTCTATCTATCGCATG +AGTAATAGCTTTTCTAAAGTTTTCATCTTTTAAGTATTCATTATCATAGTTAAATATAAT +AGATTCGTAATTTCTTCCTTCATAATTAGTAATATTAAACTCATCTTCATAAAATTTACT +TAAATCACCTAAAGAAACTCTACCTATATCACTTTCTAAGGCTATAATCATAGATACTTG +ATCTTCTTCACTAGGCACAATCCCAACTTTAATATCTCTCATAGTTTCTGGAAGTTCGCT +ATAATATTCTTTATTTACAACTAAAGTCATCCCAGCTCTATCTTTCATATTCTCTATCTT +ATATGGTCCATTTCCTATTAGGTTATTACCATTAGTTAAAATTTCGTCTGACGATTTTCC +ACTTAATATATTTTGTGAAACTATAGGAAATATTAATGTATCTTTAGAAAATGCATACTG +TTCTTTAAAATTTATAGTAAATTCTTTACTATTTGCTATTCTTACAGATGATATATTATT +TGTAAATATATTATATGGACTATCTGAGTTTTTTTGAATTAACTCTATTGTAAACTTAAC +ATCACTCGAAGTTACCGACTTTCCATCATGCCATTTAGCATCTTTTAACGTAATATTTAT +ACTTTTCCCATCTGATCCTATTGAATATTTTTCAACTAATTGTGGAACTGTATTATAATT +TTGATCTATCGTAAATAAACCGTCATATACTAAATTCATTATGTATGCCACAGACTTATC +ATTATTCAATACAGGATTGATAGTAGTTGGCTTTACCATAGTTAAATTTATGTATTCTGA +GTTTATACCGCTCTTATTATTTTCTTTGCTAGAAGTAGTATTTTCTTGATGTAAACTACA +ACCAGCTAAAATCATAGACAATGCTAAAACTATAGCTAGAAGTTTTTTTTTCTTCATTAG +TTTTTACCTTCCTCATTATATAACATATTGTAATTTTCGTAGTTATTTCTTACTTTTACT +ACATAATTTGAAGTCTCTGGAAAAGGTATATTATGTAGTTTTTTACCATCTTTACTATAA +TCATTGTTTCCAAGCCACTGGTTTACATTCCCTGATCCACCATTATAAGCGGCTATAACT +AAATCCATATCTCCGAACTGTTTATACAACTTATTTAGATACCAGCATCCTATTTTTATA +TTAATTTCAGGATCAAAAATATCTATATTTTCTTTTAAATCTAATTCTTCAATTGCCCAA +TTCTTTGTAATATCACTAATTTGCATTAATCCCTTTGCACCTTTACGAGATATTGCATCT +TTTTTAAATTTACTTTCCACTTTTATAACACTATAAACTAAGTTTTCCTCTAGATTGTAT +TCCTTAGAGTATTTTTCTACATAGACAGAGTATTTTTTAGGATATATTAATTTTTTAATC +CCCTTACTTTCTATAGATGCGGTTACAAGTATGGATATTATAATCGATATAAAAATTAAT +ACTTTCTTATTCACACCAATTCTCCTTTACATAGTCTACAAATTCATAGGCTCTTTTTTT +AAGTTCTTCATAAGTTCCAGAGTTATCTATTATATAATCTCCATAACTTATTTTATCTTC +TTGACTAAGTTGAGAATTAATTCTGCTTAAAGCTTCTTCTTTGCTACAAGCATCTCTTTT +CATTACTCGTTCTATTTGTACATCCTTAGCACAGTATACTACTAAAAGTTTATCTAATAA +ATCTAGATAGCCTCCTTCTACTAATAAGGCTGCATCTATTATAACTATTTCTTTTTCTTC +TCTTCTTGCCAACTCAACCTTAGCTAAAATTTGTTCCTTGATTTTCGGATGAGTTAAACT +GTTTAGCTGAACAAGCTTTGCATCATTATTAAAAACAATATTACCTAATGCTTTTCTATT +TAAGCTCCCATCAGCATTTTTTATACTATCTCCAAAAAACTCAAAAACTTGCTTCAATAA +AATTTCATCTTCAAATATATTTCTAGATATAATATCTGCATCTATTATATCTATATTATA +ATCTTCTCTAAAAATATTGGATAGGCTGCTTTTCCCACAGCCTATATTGCCAGTTAGTCC +TAATACTAACATCCAATCACCTACTTTGTTTCATACCAAGAGTATCCCACATTAAGGTCT +ACATCTAAATAAACATCCATGCTAAATGCATTTTCCATTTCTTCTCTTACTATTTTCTCA +ACTATTTCTAATTCATCATCAGTAGCTTCTACTATAAGCTCATCGTGTACTTGAAGTATT +AGCTTTGATTTTAAATTACTTTCTTCTAATTTTTTATATACATTTACCATTGCTATTTTT +ATGATATCTGCAGCACTCCCTTGAATTGGCGCATTCATAGCAGCTCTTTTACCTGCATTT +CTTAACATAAAGTTGCTAGATTTCAACTCTGGTATGTATCTTCTTCTATTTAATAAAGTT +GTTATATATCCATTTACAGTAGCATCTTCTATTGTTGTATCCATGAATTCTTTTATTTTA +CTATATTTTTCAAAATAACTATTTATATATTCTTTTGCTTGTTTTACAGGTATATTTAAA +TCTTCAGATAATCCAAAATCACTCTTTCCATAAACTATACCAAAGTTTATAGACTTAGCT +TCACTTCTTTGTCTAGGTGTTACATCATTTATATCTACATCAAATATTTGAGATGCAGTC +TTAGCATGTATATCTTCACCATGTTTGAATGCATCTATCATATTCTCATCACCACTCATA +TTAGCAAGCACTCTAAGTTCCACTTGAGAATAATCGGCATCTACTAATTTATGATTTTTA +CCTGCTATAAATACTTTTCTAATCTTTCTTCCCATCTCCATCTTCACTGGTATATTTTGA +AGATTTGGCTCAGTTGAAGAAATTCTTCCTGTAGTAGTTATCGTTTGATTAAATGATGAA +TGTATTCTATTACTTATAGGATTCATTATTCCTAAAAGACCTTCTACATAAGTAGAGTTT +AATTTTACTATTTGTCTATACTCTGTAATCTTATCTATTATCTCATGTTTATCTCTTAAT +TTATCAAGTACTTCTGCATTAGTTGAATATCCTGTTTTTGTCTTTTTAATTACTGGTAAT +TCTAATTTTTCGAATAGAATTACACCTAATTGCTTAGGAGAATTTATGTTGAATGATTCC +CCTGCCATTTCATAGATCTCAGCTTCTAACTTACTTATAATCTCTTTGAATTCTGTACCT +AATTCATTAAGCATTTCTCTATCTACTTCTATGCCTACAAATTCCATTTCTCCTAAAACT +TCAACTAATGGCATTTCAACTTCATAGAATAAGCTGTCCATATCACTTTCATTTAAGCTC +TTTTCCATCTTTTCTGAAGAAAGTTTAACTACGTTTACTATTTGTGCTATGTACTTTGAT +AACTCTTCTATATCTAAATCTTCAAACTTCTTAGCCTTCGCACCTTTTCCTAATAAATCT +TCTTTAGATTTTATTTTTCTAGTTAAGTATTTCATTGCTATAGCACTACATTCATAAGAA +GTAGAAGATGCTGAGTCTATTAAATACTCTGCTATTGTTATATCAAAATACATATTTTCA +AGTTTTATATCATAAGGTCTTAATGCTATATAATCATCTTTTAGATTATAGCCAAACTTT +TTAATTTCAGTACTTACTAAAACATCTTTGAATAATGATAGTTGTCCTTCATTTAAGTAG +TATATGTTTTCTCCATCAACACTTATGAACATATATAATATATTTTTTTCAAGTATATTT +CCTACTTTTGTAACTGTTTTAACTATTAGTTCCTTTTTTTCTTTTATTTCATTTATTAAT +TCTTCTGCATTATCAAGTGGCTTTATATTTAGTTCTAAAGCTACTTCCTCAGTTGGTTCA +CTTGCACCATCTAAGTCTATAAGTCTTGATATTAGGCTTGTAAATCCAAATCTTTTAAAT +TCTTCTATCACAGCATCCTTATCATAATCACCGTACTCTAATTCTTCTAAACTTACTTCA +ATTGGAACATCTCTGATAATAGTAGCTAATCTCTTACTCATTATAGCTAATTCTTTATTT +TCTTCTATCTTCTTTTTTACGCTTCCTTTTAATTCATCAGTATGTTCGACTAGATTCTCT +ATACTTGAAAATTCTTTTATTAACTTTATTCCAGTCTTTTCACCAATTCCTGGAACACCT +GGTATGTTATCTGATTTATCTCCCATAAGACCTTTTAAATCTATAAATTGAGTTGGCGTC +ATTTCGTATTTTTCCATAACAGAATCAAAGTTATATTCTTCAACTTCTCCAACACCTTTT +TTAGTTATTAAAGTAGTTGTTTTATTTGATGCAAGTTGAATAGCATCTTTATCTCCTGTT +ACTATAAATACTTTGTAATCATTTTCTTCACCTAACTTTGAAACTGTTCCTATTATATCG +TCAGCTTCATATCCATCTAGTTCTAATCTATGTATATTAAATTTATCTAGAAGTTCTTTT +AATGGCTCAAATTGCTCTCTAAGCTCATCTGGCATTTTCTTTCTTCCTGCCTTGTACTCT +TTGAACTCTAAATGTCTAAATGTTGGTGCTTTTCTATCAAAAGCTACACTTATGTGAGTA +GGCTGGTATGTATCTATTATCTTAAATAACATTGTTGTAAATCCGTAAATTGCATTTGTT +TTTAGACCATCTTTACTAGTCATTTCAGGCAATGCATAAAAAGCTCTATTTATTATTGAG +TTTCCATCTATTATAATTAATCTTTTATCCAAGGTTATCACTCCTAAAGTTCTATGTATT +TTAGCTTTTATATATAGTTATTATATACCATTATGCTATTATTTAATAATACCATAAGAT +TTAATGTATATTAAGATTAAATATGTTGCAAACGTTCTATTTTATTGATATAATTAATAA +TATAAATTTTAAATATTCTCTGAATATGCCGGATTGGTGGAATGGCAGACGCGACGGACT +CAAAATCCGTTTCTAGCAATAGAGTATGGGTTCAAGTCCCATATCCGGCACCAATTTTAA +TATTAATATGCTATAATGATTAAAAACACTTATACTTAGAATAAGTGTTTTTTATTTTTA +TAAAAATCCCCTGGTAATCCCCCAATGGTAAATAAAAAACAAATTTACCTATATACTTTA +TAATATATTAGATTTCTACTATGATTATTTTTAAATGAAAAAATATAAGAATTAATAGGA +ATTTGTTAAACACTATTAACTCTTATATCCTTCATTCTATATTTAATCTATATATATTTC +TTATTCATAATGTATTTAAATTTTCTGTAACCTATTTATTATGTGTATTTCTGTACCATA +TCTCCAGAATACAGTTCCTTTTAATACTATTTAGTCTTTTACTATTTAACAATTTTTTGA +GGTTTAGATATATTTATATACAATACTATATTCTATTATTTTAATTTTTATTATTATACC +CGATTTACAAAGCTCCATCTTCTAATTATTCATCAGATTCAGACCTATCTTTTATAAATT +TTATATCATTTTCTATATTATATTTGTAAAAATCTATGTAACTTGATTCAGAGTCTCTTC +CCTTTGCATATAAAGGTACAAGATACTCTTTTATAGCATTATCTACCTCATCCTTCTTTG +TTCTAAGGTACTCTATATGTTCTTTATTACATATTAGACTATCTTTTAAGTAATATGAAA +TTAATATCTGATTACTTCCTAAAATTACTTTATCCGCATTTTCCTCTAATATATCTCTAT +ACCCAATATTATATATCACAAAGTAATAGTACAGTTGCTCTTCATTATAAGGTTTTGATA +TAACTTCTTTGAAATTTTTCCTTAAAATAACTTAAACTTTTCTCCCATAAACTCATCAAA +TCTAAGTAATTTATTAATAGAATATAACATGACCTCGGGAACAAATCTGAATATATAACA +TAATTGATGATAGTCACTTGTCGTAAGTATATAATTTTCAAAATCGAGATCATAAAAATA +TTTAGATTTAAAGAATGATATTAAGAAAACTCTTCTGGTTTTATCATCATCTAATTTAGT +TATTTAATTTTGTTTTTATATTCACACATGATTATGTTAATTAAACTTATATCAACCATT +TTGCTCTAATACTTCAATATATTTTTACTATACGTACTGTGCGATATACACTACGTATAA +TCTTTCGAATACTTTATATTTTTATTTATGCGGATGTATTTATAATAATCACTACTTTTT +GTATACTTTTTATATACCCAATATATACTTTTAACCTACTTATATTTTTCTAGTCCTTCT +TTTATAAACTGGCTTATTATATCTTGTATCTTATATTTATTATTAGCATTACAAAACTCT +ACAAATTCTTTTTGTATTGGCTCATAAATTTTAAAAGTTCGTGATATAACATTCCCCTCA +AAATCATCTATTACTAATTTATTTTTTCTTGCCTTGATTCACATTTATACCAACAATATA +CTTCATCTAATTTTTCATTCATTCTATCTATTTTTTCTTTTAAATATTGAATTTATTTAT +TATCCATGATATTTCTCCTTATTTAGTTTGATTTATATTTCTAATTCTAAATTTCTATTT +CAAACCCTACTTACATAATTTTTATTAGATTTATTTATAATTATTTTATCGGATTGTAAT +ATAAATTACGCCGATCAATTGCTTTAATAAAAGAAGATATAAAACTAAAAATAATTTTAT +ATCTTCTTTTATTAAAGCAATTTCCATATTAAATTTTTTAATATTTATATATAAAAAATA +TCCCTAATAATCCGCAATGATTAAATTTAAAGACAAATTTCTCTCTATTTTAGATGAAAA +TATATAGTTATAGTTCAGTTTAAAGAATAATATATAAATTATAAAAAGAAAGATAATATT +ATATCTAATAAATTTTTTACTACTTTACTTAATGATCAAATAAATATTTTTAAAAATTCA +TTTTGTGAAACATCAATATCTATATTTTATGACGAAAACCTAAAACAACTTATTCATCCT +GAATAATACGGAATATATAGAGAAAATACAGTATATTATCCAGATTTAATATTATATATG +GATAATTAAATTACTTTTAATTATTTTGAAATTTAATAGAATTCCATTTGTAGAATTAAA +ATAAAACACATTGATAAAATATCAATGTGTTTTATTTATTTTGAATACTGAAGAAAGTTA +ATTCAAACACAATTACTAAAATTAAAACATGTGTAAATTTCTAACTAACTTTCTATATCA +TTATATTTAATAAATTCATTTAATAATAAAAATAACCTATCTTTAATATCCCATACTATT +ACATTTATAGATTTATAACTTTATCTATTTTTTTATAACATTTAATTCTTTATTAATAAC +TAACACAAGTTCTTTTGGTATCTTAAAGAAAGAAATTTTAGACATAGATTCTATACTCAT +AGTATTCATCATTGATTCAAACCTTGGACTTCCAGTAATATGAGAAAAATACTTATTAAA +TATTGCTTTAGCTTCTTCATTTTCGTATAAATCTGCTATAGTATCTACAGTTGAATAATA +GCCTTCTTTTAATTTAATTTCATCTGCATTTGATAAATCAAATTTTTCAAACCAGTTTAT +AACATGATCCGAATTTTGTTTGTTTACAAATATATAGCTATTATCCATGTCATTAGTATG +ATTTAATATCATTTCATCAGTATACTCATAACCAAGTTCATCATATCCTTTTACTAAAAT +TATATTGCTTCCTAATTTTAATTCAATATTTTCAAATTTAGTCATAGGTAATTTTCGTTC +TGCTTCCTCTACTAAATTTCCATTCACATATAATGATAATTTTGTAACATTGGATAATAC +TACTATATCATTTAATTTTTTATGTCTATTTACAAATCTACTTCCAGCTAATTTAACAAA +AGATTCTTGTGACCAATATGCCTTATAAAGATAAAACGCATCCTTCTTAATTTTCCTATC +AATTGTTACTAATCCTTTTTGATTTTTTCCTTTTTTACCGCCTTCATCACGGTTACTACT +TCCAAAATCAAATAAGTTCCAAACATATCCACCTAAAACAAATCCTCTTTCTTCAAAAGC +TCTTAAAGCATTATCACTAAATAATAATTGATATTCTTCTGTATAATCCTTTACCTTTGG +TTCATATGAATGATATTCATAGTTTGTATCTACACCATATTCAGTAACCATTAATGGTAT +GTTAGGATTAGTCTTATGAAAATTATCTAAACGTCTTTGTAAATCTTCTATTTCATTGTA +GTACCAACCATAATATAAATTATACCCAACTAAATCAGTTAATTTATTCAAATAACTGTC +ATCTGCAACGTTATGTATATTGGCTTGTGCTGTATAACGAGTATCATCTAATGTCTTAGC +ATATTCTTCTAACTCTTTTACCATCTCATACACTCTTTCACTTTCAGAGCCTATAGTAAT +TTCATTTTGTACTCCCCAACAGTATATTGAACTGTGATTATAACATTGTTTAATCAAATA +TTTCATTTGATCTTTTGCATTTTGATTCGTAGGACATTTTAGTGCAGGTACACTTATAAA +AGGTATCTCTGCCCAAGTTAGTAAACCTTCTCTATCACATAATGTATAGAAATAATCATC +ATGTTGATAATGAGATAAACGAATAGAATTTGCACCTATTTCTTTTATAATAGACATGTC +TAATTCCATTTGTTCTTTACTTATTGCATTACCTACTTCAGCAAAATCTTGATGACGTGC +AACTCCGTTTAGTTTAATATGTTTTCCATTTAAAAACACCCCTTTTTCTGGACTTATTTC +TATTGTTCTAAATCCATATTCTATACATCTTTCATCTATAATAGAGCCATCAACTTTTAT +TTGAACTACCACCTCATATAAATAAGGGTCTTCAACTCCTTGCCATAAATGTGGTTTTTC +TATTTCAATTGATTCTTTAAACTCTGTTTTATCGTCTATTTTTAATTCTATTGTTTTTTC +TTGTACACATATCCCATCTCTGTCTTTTACACTAAATACAACTTGTGCATTAGATATTAT +TTTATTGCTACAAATAGCACCACTTATTTCTAATCTATATGTTTCATCTTCTAATTTAAC +TTGTTTTAGATAAATACCATCTCTTCCACCATCTAATATATCAAAATGAACACCTTTACT +TATAAGTAGTGATACATCCCTATATATTCCTCCATAAAAAGAAAAATCAGCCATAATTGG +ATAGACATATTTCTGTTGTGAATTATCTACCATAATTGAAATAAGGTTTTCACCCGATAT +AATATAAGGCTTCATATCTATACGATACATTGAATAAGGACAATCATTAACATGAGCTAA +TTTTCCATTTATATATACTTCACTTACTAAAGATGCTGCTCCTATTTCTAAGAATATGTT +ATCTTCCATAAGGTCATCTGTTATATCAAATACTTTTTGATAAAAACACTTTCCCTTAAA +CATTTCACTTCCATTTTGTCCATCATGTGAATTATAACAATGAGGAAGTGTAATGCTCTC +TGCATCCTTTATTTTTTCTAATTTATATTCTTCTCCATATTCTTTTTTGAATAACCATTT +ATCGTTCCATAAAATTCTATTTAACATCTAAAAACCTTTCTTTTTGTGTATTGAAAACTA +CATTAATTTCTTTTTGTGTATTGAAAACTACATTAATTATGAATTTTAAACATTTACTTT +CTGTACATCTTCTAAATTTTCTGTTTTGTACATTCCATCAAAGTCATCTTTTGATATATT +ATAATTTCTAAGTGCTATAATACTTGCTAAATCACCTAATAATGGAGCTCCCAGATACAT +TCCTATTGTTACCCAGTAAAGTAATGTTGTAGGCTCTGCTCCAGATGTATAACCTGCTAA +TCCCATTAATATACCTACTATAGATGAACCAAATGCACTTATTAATTTATCTACAAAAGA +GAATGTTGCTCCTATCAGCCCTGGAACAAACTTTCCTGTTCTGTATTTATGATAATCTAT +TATCTCTGCAATCATTGGATCTGTATTTTGAGAAGAAAATCTTCTAAATAATAAATTTAA +AGACATTAATACTATAAATACAGCAGTTAAATTACTACCAAATGGTCTTAGTAAAATTAA +TACAAGAGCTATCATAAAGTTTGCAATTGATCCCATTAAAAACGCATTCCTACATCCAAA +ACGTACTGCTATAGATCCAGCTACAAAAGCCCCTACTAAAGATATTGGTGTAGAAAAACC +ACTCACTATTGGTTGCAAATCTAAATTTTTAACAGCGTACATATAAAAATACATCATCGA +TCCACTAGATATTGTCATTGCAATTTTATCTGTAGATGCAGCAAGTATAAGCATTCTTAA +TGGTTTATTTAGTGTTAAAATCTCTTTATATTCCTTTAAAGTTGCTTTTTCTTTTTTCTT +AATTCCCATGTTCTTATAAAACTCTGGTTTATCTGTTTTTGAAATAGCTATCATTCCACC +TATTAATAAAAATAAATGAAGAGATACTGCACCAATTATAATAGCTATCCATCCTTGTCT +AGATTGCATACCCCCAAATTTACCTAATAATGGTACAACACCTGATAACATTATAAATTG +AAGCATTGTACTATAACATCCTCCTGCAATTCCAGAGATAGGTCTAAATTTTGGATTACT +TGTAACAATCGATAATGCACATTTATTTACAGTTGTCATACAAGTATATCCAATTACCCA +AATACTATAGCAAGCTAAAATCCAGATTAATCTATATCGTTGTGGTATACTAAAAGATCC +TATATATATAGCTGATGAACTAACTAACATAATAGCTGAACCTAACAATAGAAAAGGTCT +AAATTTACCAAACTTTGTTTCTGTTCTATCTATTATGCTACCAATTATAGGATCTGTTAT +TCCATCAAATGCTCTCATAGCTGTCATCATAAATCCAACTACAACAGGATTTAAATTTAA +TGCTTCTGTACAAAATACCATAAAAAATGACATGAATAAAAAGTTATATACATTTGATGA +TGCTGATCCTAAAGGAAACATTATAACTCTTAGTATATCTTTTTTTGAACTACTTTTTTG +ATTTTCCATAAAATCTCTCCTTTTATTTTGATTATTTTTTAACCATCTTTAGATTAACCT +AATATAGAAATATTTTTTATAAATAAAATAAATATAAAACTGTCCATTTTTAAGATTATA +TTGTAGTTTTACTTTTTCAAAATAAAAGACCTATAATTTATTCATTATAGGTCACTGTAT +ATTATTTAAACTTCAATAAAATTTTCCACTATCGTGTTTTGTTTTCTATATTCAAAAGGA +GTAACATTATATTTATTTTTAAATTGACGGTAAAAATAAGACTCATTTAGGTAGCCAACA +TCCTCCATTATATCGCTTATTTTTTTATCAGTTGTCCTTAACATTCTACCTGCTTCAATC +ATTCTAATATCTATCAATAAATCTTTAAAATTTTTTCCAAATTCTTTTTTCACTAAATTA +CTCAAATAATTCGGATGAAAGTGAAAATGTTCTGCTACCTTTAAAAGACTGGTATCTTTA +TATTCATTTTGTAAATATTCCATTATATCTGCTTTTATTTTAGAATATTTTTTCTTTATT +TTTATTTCTGAAGGTTTATTAAATACTCTTGATAGTTCAGTAAATAATAGCAATAAACAC +CCATTAATTTTACTTTCACAACGTATACTATCAGAATAGTACTCACAAATTAAATTGATT +AGTATACTTTCTAAAAAACTATTTTTTTCAATTTTATGAATCATATATTTTTTTATTTTA +TTATCAGAATAAAAACTATTAATAATAAAATTAGAAATATAGTTGTCATCTGACAATAAA +TGCATAAATACAGAGTCAAATACCCTAGAAGTTAAAAGTATATTTATTACTAAATCGTTT +TCACTTAAAGCTCTATTAGAATGTTTAACATTCTTATCCATAATACAAATATCATTTTTT +TTCATGAGTATAATTTTACCATCTATCTCCATATACATTTCCCCTTCAAGTATATAAATG +ATTTCTATGTATTCATGCCGATGTTCTGGTATATCTAAATTACAATGTTTTTTTCTTATT +TTAAATTTGCTTTTTCTTAATTTTTCATTCGGGTATGATGTATAATTTCCATCATCATCA +AACTTTAAAATCAATCTCTCACTATCAAAAATTTTGTATCTGCCACTTTCATGTGCATTA +ATGAAATCTTCTTGATTTTTATCATAGTTATTTTCAAAAAAATCTTTTAGCTCTTCATAA +TTTTTTATAATCAATTTTCCATCCTCTATACTCTCCCAAAATATTACAACTTAATTTATA +AGCTATATCCATGTCTCATTATATTTAATTTAAACATAAATTGTCAAACTTTAAGGATTA +TGCATAAATAATTAAAATATTAATTATTTGTATAAATTTACAGATTGTTTTATATTTCTA +ATTCTACATTTCTATTTCAAATCCTACTTACATAATTTCTATTAGATTTATTTATAATTC +TTTTAGTGGATTGTAATATAAATTAAGATGATCAATTTCATAAATACATTTATACCTACA +GATCTAAATCTCTTTCCACCTTGTTAAACAGTTTTAAGAATATAATATACTTTATCAATA +TTTATTCTTGATATACTTGGTACTCCTATATCTTCTACTTTACATACTCCATTGCTCCCA +TATATAATAAGTTCTCCTATTTCATACATATAAAAATACCGCCTCTTATAATTTAATAAT +ATCTTCTATTATAAGGTTATCATATTTTTCACATCGAATGTAAGCATGATTTTTTAACGA +ATTTATATAATTTAATTTATTTGCCTCAACTTTCAATTCCCACATCCATATCTACCTTAA +TTTAAATATTAACTTTATATATTATTAATATAAAGTAATTAAATTTTTGTATATATTAAA +ATTATACTGAATTGTTTATAATATAATAAGTAAATAAACTAAAACTAAGGATGGTAATAG +AATGTCAAAAAAAGGATTTTTAGCAAGTATACTTGCTGGTGCACTAGCTTTAGTAGGATG +CTCTTCAAACAATAACAATGTAGATGAAGTTAGAACACCACCTAAAGAACTCCCTGTAGC +AACAATAGAATTTAAGGACTTTGGTAGTGTTGATATTGAGCTTTATCCTCATATAGCGCC +AAATACTGTAAATAACTTTATCTCACTAGCAAATAGTGGATTCTACGATGGTCTTACTTT +CCATAGAATTATAAAAGACTTTATGATTCAAGGTGGAGACCCTGATGGAACAGGAATGGG +TGGTCCTGGATATAGCATTAAAGGAGAGTTTACTAATAATAAGTTTGAAAATGATTTAGC +TCATACTGAAGGTGTAATTTCTATGGCTAGAAGTCAAAGTAAGAATAGTGCTGGCAGTCA +ATTCTTTATAGTAACTAAGGATGCGCCTCATTTAGATGGTCAGTATGCTTCTTTTGGAAA +AGTAATAAATGGAATGGATATTATCCATGAAATAGAAAATGTTGAAACAGATGGAAATGA +TAAACCTATTAAAAATGTTATAATTGAATCTGTAAAGGTTGATACTAAAGGCATAGATTA +TAAAGAACCAGATAAAATGTAATTATTTTCTTGATAAAAAAAGAAGCTACAACCATATCT +TTTATGAATATAGTTGTGGCTTCTTTTATTTTTCATAAAGAAACTCTTGTGAAAGTTTTA +CATTAAAATCTTTTGCTAATTCTTTAAAGTTATTTGGTGTAATAGTCTGTAGCTTATTCC +TTCTTATAGATAGTACTTTAACCAAAATTTCAGCAGATTTTTCTACAGTATCAGCTAGAC +CAAAAGTTAAATCAAAATCCTCTCCGGAACAAAAAATTCCATGATGAGACCAAATAGCAA +CATCATACTTTTCCATTAATTCCGAAGTAGCTATAGCAATTTTTTCGCCCCCTGGAACCA +TCCAACCAACTATCCCTATACCATCTGGAAATACTACTGGACACTCTGTTGCTATTTCCC +AAAGTTCTCTTGTAAATACCTTACTATCTAATGGTAACACAAATGTTAGTGCAATAATAT +TTGTAGTATGACAGTGATATATAACTCTATGTTTACCGTTAGTAACCCTTTTTTTAACTG +AATGATTTAAAAGATGTGATGGAAGCTCACTTGTTGGTCTACCTCCATCAGTTAGTCCCC +ACACTACACGATACTCTTCTCCAGTACCATCAATTTGAATTATTGTAATATTCTCCTCTG +GATTAATTATTACATTTCTAAAGTACTTACCACTGCCTGTTACTAAAAAAAATTCATTAG +CTAGATTGGGTACTTTAGCTCCAATTTTTTCAAACTCATTAGTAAAATTTAAACTATCCT +TTATTAATTCTACTTCATCTGATTTTAATCTATATGATAGATTTCCACCATTTCGCTCAT +GCCATCCTTGTAAAAATCCGTCATTACACATACGAATAAATCCATCTACAAAATTCATTT +CTAATATATCCATTAATGCCCCACCTTTTGCTAAATAATTTTTAATTATAACCTTTAATA +ATTAAAAAGCATCTTATCTAATTATTACTTAATAAGATGCTTAAGATTAAATCTATAATA +TTATATCCCTATATTTAAGCAGATTTCTTAGTTCTGAAACAAATTGAGTATAAAAGTACT +ACTGCAAAGCAAATTGCGGGAACTAAAAACGATGAACGAATAGCAGCTTCTGCTCCAGTA +AACATTGGTACAATGCTAGATAATTTACCATTATCTATAAGACTTCCCATATATGGTGTT +ATAACTGCCCCACCAAGTATTGCCATTATAAGTCCTGCTGCTCCTACTTTTACTTCTTCT +CCTAAGTCCTTAAGCGCTATACCATAGATTGTTGGGAACATTAACGACATACATGCTGAT +ATTGCAACTAAGCACCAAACAGATTGATTTGTTGGTAAGTATATTGTTCCTAAACTAAAT +GTGATTCCTCCTGTAGCAAATATTGCCATCATTATTGCTGGATCTATATATTTCATAAGA +GCTGTACATATCCAACGGCATACTATGAATGAAACCATTGCTATAAGGTAATATTGAGCT +GCTGCAGCTTCATTTAACCCAAGAGTTGTCATTACATATTGTATAGTCCAAGTCCATACA +GCTATTTGAAGCCCTACATAGAAGAATTGAGCAACTACTCCAAAAGCATAACGAGGTATT +TTTACAAGCTTCTTAATTGATTCTAGTATATTAAGAGCTCCTGATTCATCTTTTTCAGAA +TCCTTACTCTTCTTAAAGAAGCACCAAATAATAATTGCAATTGCTACTAATCCAACATAT +GGAACACATACCCATAACAATTCATTGCTACGTATAGCACTTAATGACTCTGGACTCATC +GCTATACGTTCTTCATATGTTGCTGGATTTAAGTTACTTAATATTAAATATTTAGCAAGT +ATAATACCTGTTAAAGATCCTATTGGGTTAAAAGCTTGAGCTAGATTAAGACGACGTACA +CTAGTAGATTCATCGCCTAATGAAATTACATATGGATTACAAGTTGTTTCTAATATAGAA +AGGCCTCCTGCTAATACAAATACTGATACTAAGAATAGATTAAAGTTTTGTAACATTGCA +GCTGGAATATATCCCATAGCTCCTACTATATATAATCCTAGTCCAACTAATACACCATGT +CTGTATGAATATTTTTTTATTAAAATTGCTGCTGGTAAAGCAAGTACAGCATATGATCCA +TAGAATGCAACTTGAGTTAAAGAAGCATCTGCTGCTTCTAACATAAATATCCTTCCAAAT +GCAGGTACTAGATTGTCAGTCATATTATTTAACAGACCCCAAAGAATAAAGCATGATATA +AGCATTACAAAATGAACTATATATTGTTTCGGCACGATTGGAGTTTTATCACTGTTTTTT +GTTCCACTTCTTGCAGCACTTTTTATATTCTCTCCCATATTAAGTATATCCCCCTTATTT +ATAGATACTAAAAATTTATTTTTCTTTTCTATAACGTTTAAAACCTGGATGTCTTCCTGT +TACTCCATAACCTTCTCTCATTCCTATTAATCTATCTATATTATTTCTAGAAATTTCTTT +CTCCCCACCTAATAAATGTGCTGTTAAGCTTATTTTAGCATATAATTCTAAAGTTTCCAT +TCTGTAGTAAGCTGTTATTAAATCTGATCCAACAGTCAATGCACCATGATTTTCTAATAA +TAAAACATCATGTTCTTGTAAATATGGTGCTATAGCATCTGGAACCTCATATGTAGATGG +TGTTCCATATGGTGTTACTGGTATAGATCCAATTGCTATTACAGTTTCTATCATTGTATA +TCTATCTAAATCAAGATGAGCTACTGCAAACCCTGTTGCTGTAGGTGGATGTGCATGAAC +TACAGCTCCTACATCTTCCCTTTCTTTATAACATCTTAAGTGCATCTTTATTTCTGAAGA +AGGTTTTGCTCCCTCTGGCCCATCTAATACATTCCCATTAGCATCTATATGAACTAATTT +TTCCGGTGTTATAAAGCTTTTACTTATTCCCGTTGGTGTTGCTAAAAAAGTTCCATCGTC +TAGTTTTACACTTACATTTCCATCATTAGCTGCTACCCATCCTAATTGCCACATCTTATG +ACATACATCACATATTTGTGCTCTTACTTCCATATATTCTAAAGTTTTAGTACATTCCAT +AAATTTCCCTCCGATAATAAAATCACTAGTCTACTACTACACCTTTTTGTAATATAACAT +TTGCATATAATGCTTTTTCTCCAGTCGCTATTATTGCATATGCTTTTTTTGACTCTTCAT +AAAAAGCAAATCTTTCTATATTACCTACAGCTTCATCACCACGATTATCATATTTACTTA +CTATTTCTTTATAAGTATCCCATATTGGTGTTTCCACTGTATCTCCTGGTACAACTTCCA +TAAGATTGACTGGTTTTTCTATATAAGTATCTAGTGGAAATACCTCCAATATGGCTTCTA +ACAATTCTGGTATACCGTGTCCATCACAACGAATTACTATACAATCTTTCCCCATACTTT +CTGCTGGGAAGTTTCCATCTGATAAAACAATTCGATCACTATGCCCCATTTCACATAATA +CTTTTAATAACTCTGGAGACAAGATTTGTGGTATCCCTTTTAACATGATACTACCTCCTT +AGCCTTAATAATTTTATTAAATCTTTCATATGCTCTTTCCCAAAGCATTGTATCTTTTGG +TGAATATCTATCTATTTCCTGAGAATTATTTATAATTTTACGAGCATCTTTTAAATCTTT +TATTTCACCTGTCGCCATTAGCTGCACTGCTATATTACCTAACACAGTAGCTTCAACCGG +CCCTGCTGACACATATGTTCTGCATGCATTTGCAGTCATTTGGCAAAGCAATTTACTTTG +TATTCCTCCGCCAACCATATATATTGTTGAATAAGTCTTACTTGTACAATCTTCTATTTC +TTCTAAAGCAGTTCTATATTTTAATGCTAAACTTTCATTAATACATCTTACTATTTCAGC +TTCACTTCTTGGCACTGGTTGATTAGTTTTTGCACAGTATTCTCTTATCCTATCAGGTAC +ATTACCTGCTGGTGTAAATACAGGATCATCAGGGTCTATAAACGATCTAAAAGGTTCTGC +ATCTTTAGCCATATCCTCTAACTGTGAAAAACTAAATTCTTTTCCTTCTCTTGCCCACTG +TCTCTTACTTTCTTGAACTAACCATAATCCAATTATATTCTTTAAGAACGATGCCTTATT +TTCACAAGCACCTTCATTAGTTATATTATAGTTATATGATTTTTCATTTATTATTGGATT +ATTAAGCTCTGTTCCAAGTAATGACCATGTTCCACAACTTAAAAATACAAAATCATTTTC +TTGTGTTGGTACTGAAACTAAAGCACTTTGAGTATCATGTCCAGCTACTGCTATAACATC +ACACATATCTATTTTCAACTCTTCACTTATATCTTCAGATATCTTTCCAATTATAGTTCC +ACTTGGTACTATTTCCGTAAATATATTTTTAGGTATATCAAGAGAATCTATCACTCTTTC +AGACCAAACTCTATTTTTAGCATCAAATAATTGAGTAGTTGATGCTATTGAATTTTCTGT +TAATTTTTTTCCTGTTAACATGTAATTAAATAGGTCTGGCATTAGAAGCATCACATCTGC +TTTTTCAAGCAGATGTGATCTTTTTTCTTTTAGTGATAGTAATTGAAAGGCAGTGTTTAT +CTCCATAAACTGATTTCCAGTTATCTGATAAAACTCATTTTTAGATATTTTTTCAAAGCT +TTTTTCTAACATTCCAGCGGTTCTTCCATCTCTATAATGTATTGGGTTCTCTATTAGTTG +ACCATATTCATCTAATAATGCAAAGTCTACTCCCCAAGTATCAATTCCGATGCTGTCTAT +TTTCCCATAAACTTTAGACTTAATTAAACTTTGTTTTATTTCAAAGAATAATCTAAGTAC +ATCCCAGTACATTGTTCCACCAACAATTACAGGATCATTAGAAAATCTATGCACTTCTTC +TATATGAATTCTTTCTCCATCAAAACTTCCAAGCATTGCCCTTCCGCTAGAAGCTCCAAA +GTCAAAAGCTAAAACTTTTTTATCTAAATTTTTCTTTTCCATACTATCCACCTTCTATTG +ATTACTTATACATTGGTCCATAAACATTACATGCTCTATAATCTTGACCTTCTTTATCCA +TTCCAAATGCATTCCATGCAGCTGGTCTGAATATATTTTCTTCATCTATGTTATGCATAC +TTACTGGTATTCTTAATATAGAACATAAAGTTAATATATCTGCACCTATATGTCCGTAAC +TTATTGCACCATGGTTAGCTCCCCAATTGTTCATTACATCGTAAGCTGATTTAAATGCAC +CTTTTCCTGTAAGTCTTGGTGCGAACCAAGTACAAGGCCAAGTATAATCTGTTCTCTTCC +ATAATTTATCAGATACTTCATCTGGTAATTTTACAGTATATCCTTCTACTAATTGAACTA +CTGGACCTAATCCTTTTACAAGATTTAAACGCATCATAGTTACAGGCATTTCTGCTTCTG +TTAAGAATCTAGAAGAATATCCACCACCTCTGAAATATCCATTATCAGCTGGATTCCAAG +TAGTTGATTTTAGTATTGCTTCTTGATCTTCTTCAGTTATATCATACCAAGCTTTCATTA +CTCCATTTCCATTTTCATCTTTAGCTTGACCACAAGCATCTAAACAAGACGCTCCTGAGT +TTATTAAATGTATAAATCCATCAGATTCTTTAGCTACACCTTCTAATTCATATCCTGTTG +CTTTCTTAACTGCATCTGGACTCCAGTAAGTACGAACATCTGAGAATATTTGTGGAGTAT +TAGTTAATAATTTTCCAAATAACATACTTATACCGTTTAATACATCGTTTTCAGTAGCTA +ATATGTATGGTTCTCTAGGTCCATCCCAGTCAAATGAAGTATTAAGTAATGCTTCTGGGA +AATCACAGTTTGGATAGAAATCTGTCCATTGTCTTTGACCTTGGAAACCTGCAGCTATTG +CATTATGTCCTAATCTTTCTTCTTCACAACCCTCTGGTAAATTTTCATTTCCGTTCATTA +AGTCTTTTATTATACACATCATTTTAACAACAAATTCCCAATCTGCATCTTTTTCTTCTC +TAGTTTTTTGAATATCTTCACGGTTTTTGTCAAATCCTTCTATACATTTTTCCTTAGTCC +ATTTTAAAGCTCTTTCAAATTCAGCTTTATCATATATTCCCTCACTCATTCTTCTTATTA +CTTCTACTTCATCAACTGATTCTACTCTCATTCCTAAGTATTCTTCTATAAATGCAGGAT +CTATTATAGAACCACCTATACCCATACATATAGAACCTATTTGTAAATAAGATTTCCCTC +TCATAGAAGCCGCTGCTACTGATGCTCTACCAAATCTTAATAATTTTTCTTTAACATCTT +CTGGTATTTCAGTTGCATCTGCATCTTGAACATCGTGTCCATATATACCAAATGCAGGAA +GACCTTTTTGTGCATGAGTTGCTAAAACTGATGCTAAATAAACAGCCCCTGGTCTTTCAG +TTCCATTAAATCCCCATACCCCTTTTATAGTCATTGGATCCATATCCATTGTTTCTGAAC +CATAACACCAACAAGGAGTTACTGTAAGAGTTATATCTACACCTTCTTTTTTAAATTTAT +CTTGGCAAGCTGCTGATTCTGCAACTCTACTTATTGTAGTATCTGCTATAACAACCTTTA +CAGGCTCACCATTTGAATATTTTAAGTTTTCTTCAAATAATTTAGCTGCTGACTTTGCCA +TATTCATAGTTTGTTCTTCTAAAGAACCACGTACATCTAATACTCCTCTTCTACCATCTA +TAGTTGGTCTGATTCCTATTACTGGATATTCTCCTATTAATCTACTCTTTGCCATTTTTA +TTCCCCCTTAATATCTTTATATTTCATTTAATTTTTTCCTTGAATATTTTTATTCTATAT +ATGACAATAAATTTATAAAGAATTGCCATTTCTTAACCTTTCTAAGTTAATTATATAAGT +ATCGGAAATCGTTTACTCGGTTTATAATGGTAATAAAATATAATAATATTCACTTTTTTA +TATTTTTTAAATTGGAGGAAATTGTTATGAAATTTTTTGAATACAAAGAAGATAAGCAAC +ATGGTACTTTTGATTTTCCTATAGAATTTTATCATGTTACACCAGAACATCCACGATATA +ATATGCCATATCACTGGCATACTGAATACGAAATAATCCGAATTTTAGAAGGTGAATTTT +CATTAATAATAGATGATAAAAAAATTTTAGCTCATAAAGGAGATATTATCTTCATACAAG +ATGGCTTTTTTCATGGTGGTACACCTAATAACTGCATATATGAATGTATTGTATTTGATA +TGAAGCTATTACTTAAAGAAAATCATATTTGTACAAAACAAATTCAAGATATTACCAATC +ATAAAAAGGTAATTAAACATAAACTTCCTAATAATATTAATGATCTTAAGATTTGTTGTA +ATAATTTATTTGAATCTATGAAATCTAAAAATATTGGACATGAATTTGTAACTCAAGGTT +CTCTATATCATTTACTAGGGATTATATTATCAAATGAATTATATGAAAATAGAAAAAGGA +TTACTAAAAAGAGCCAAGAAAGACTTTTGCAATTTAAAAATGTTATTTCATTAATCGAAA +GTGAGTATTCTAATACTCTTTCTCTTGATGACTTGGCAAAAGCTTGTTGCATGACTCCAA +AGTACTTTTGCCGTTTTTTCTTTGAGATGACTAATAAGACACCAATTGAATACCTAAATT +ATTATAGAATAGAAAGCGCATGTGAACAGCTTTTGACTACCGACTCTCCTATAACTGAAA +TAGCTTTAAATTGTGGATTTAATGATGTAAGTTATTTTATCAAAACCTTTAAAAAACATA +AAGGAATTACCCCTAAGCAATACTTAAAAGCTTCACTATAAAATTTACCATAAAAAAAGA +AAGCGTAATTCAAATAAATATATTTGAACTACGCTTTTGTTTTATCCATTAACAGATATA +TTTTTTACCAATACTAAAGACTTATATAATTCTACTATATCTTCTACTGATGTTTCTTTT +GGATTACCTGGTCTACATGCATCTGCATATGCAGATTCTGCTAAAAATTGAATATCTTCA +ACTTTAACTATTTCGCTTAAATCTGATGGTATACCTACATCACTAGAAAGCTTCTTCACT +GCATCAACTGCAGCTTTTCTATATTCTTCAACACTCATATTTTCTACACCTTCAACCCCC +ATAGCCGCTGCTATATGCTTGTATTTATCACCCGTAGCTTCTGCATTGTATTCCATAACA +GTTGGAAGTATTATTGCATTTGCTACACCATGAGGAGTATCATATAATGCACCTAAAGGA +TGAGCCATAGAATGAACAATACCAAGACCTACATTAGAGAATCCCATTCCAGCAATGTAT +TGACCTAAAGCCATTCCTTCTCTACCTTCTTTAGTGTTCTCAACAGCTCCTCTTAAACTT +TTAGAAATTAATTCAATAGCTTTTATGTGGAACATATCTGTCATTTCCCAAGCTGCTCCT +GTTATAAAACCTTCTATTGCATGAGTTAAAGCATCCATACCTGTTGCCGCAGTAAGCCCT +TTTGGCATACTTGACATCATATCCGGATCTACTATTGCTACAACTGGTATATCATGTGTA +TCTACACATACAAACTTTCTATTCTTTTCAACATCCGTTATAACATAATTTATAGTTACT +TCTGCTGCAGTCCCTGCAGTTGTTGGTACAGCTATTATTGGTACACATTTATTTTTAGTA +GGAGCTACTCCCTCTAAACTTCTAACATCTTCAAACTCTGGATTGTTTATTATTATTCCA +ACTGCTTTTGCTGTGTCCATAGAAGAACCTCCACCAATTGCAATTATATAATCCGCACCA +GAAGCTTTATATGCTGATACCCCTAATTGAACATTTTCAATTGTTGGGTTTGGTTTTATA +TTAGAATAAACTTCATATTCAAGGCCTGCTTCATCTAATATAGCAGTAACTTTTCCTGTT +ACTCCAAATTTAATTAAATCTGGATCAGAACATAGAAACGCTTTCCTTAATCCTCTACCT +TTTACCTCTGTTACTATTTCCTTTATTGCTCCTGAACCATGATAAGAAGTTTCATTTAAC +ACTATTCTATTCGCCATATTTAATTCCCCTTTTGTTTATAAATTATTTTTATACTTTAAT +TCTACTTTCTTAAATTCACTATTGCTATTAATATAATGGCATAAAATATGACTATATTCA +CTTTTTTTAAATTTACTATATTTATCATATAAAAAAGCAGGTCTAAAACCTGCCTTTTAA +TAATAGAAACAAAAATCTGCTTCTACACTAAATTGATTACGACTTAAAAGTCCTCCATAA +GATATTGTTATATAGTTCATTTGTGAATCTAATGCTTTATTTATAGCTATTTTATATCCA +TCAACGTCATATAAGTTATCATTTTCATTATAATCGTCTAATTCTAAATCTATCTTTGCA +TCACTTGTCATAGTTATACATCTAGTAAGTATTCTTATACATTTCTTTTCACTATTTTCT +AATAATTTATCTAATTCTCTCTTAGCTTCAGTCGTTATAAGTATGTTCATTTCTTCCATA +TTGACATGTCTCTCCTTAAACTGTAATTTATATTTTATATTTTACCCTATAACATTTATC +TATAACAATATTAATCTTATTTAAATATACTTTTAACCCAATTCATAAATCCACCGCCGT +CTTTTTCTTCTGTAGTTACTTCTTCTTTTTGATTTTCTGAATCAGATGTTTCATCAGAAG +AACTACCATCCACCTTCATAATGAATTTTACACTACCTTCCATATCTTCAGTTATTCCAC +CATAATTATCATAATCCTTAGACACTTCAATTATTTTATCAGTAGCTTCTAATATACCAT +CCATCTCACTTAATTTTTCATTTCCTAAATCATATAATTTATCTAAGCCTTCTGTTTTTA +ATTTTTTAGTACCTGTATATAGTTCTTTAACCCCACTATTTAAATCTTCTGTACCTTTTA +AGATTTTAGTTGAATTAGTACTAAGTTCTGCTGTTCCTTTTTTTAGCTTTGTTGATCCTT +GAGCTAGTTGATTTACGCCTGTATTTAATTGCTTTGTACCATCTAATAATGACCCACTTC +CGTTATATATGGTATCTGTTGCGCTTTTTAATTTAGTAGCATTTTCACTAAGCTGAGATG +CTCCTCCTTTTAACTCGCTACTTCCTTTTGATAATTCACTTGTTCCTTTATCTACTTTAT +TTACCCCTTCTAATAAATAGCTGCTTCCAGTATATATAGTATCTGTTGCACTTTTTAATT +TAGTAGCATTCTCGTTAAGCTGAGATGTACCTTTCTTTAACTCACTACTTCCTTTTGATA +GTTCACTTACTCCTGCATCTAGCTTATTTACACCTTGTGACAATGCAGTGCTTCCACTAT +AAATAGTATCTGTTGCATTTTTTATTTTACTAGCCTTTGCATCTAGATCACTTCCTGCCC +TTGAAATCTTAGCTAAACTATCATAAAAAGAACTTGAGCCTGAACTAAGACTACTAAGTC +CACTATTTAATGTTGATGCTCCTTTATATGCATCATTAACCTTTGAACTTAATGTATTTA +AACCTTGTTGTTGAGCTGATGATATTCCTTTCAATTCTTTGCTTATCCCTAATAATTGAT +TCTTTAAATTTTCATCTTCAATGCTTTCTGCAACACTTGCAATGTTATCAGCTAGACCTG +ATGTATTTTTAGCAGATGCTATTAAATCATTTATTCCTCCACTACCTTGACTTAATCCAT +TTACCAAGTCTTTAGATCCACTATATGCTGAGTTTATTCCACTATTTATTTCTGAATATT +TATTATATAATTGCGATACATTGCCAACATATGTAGATACACCTTGTGATAACTTACCTT +GTGATGAGCTTAATTCTGATAATCCATTATTTAAATCACTTGCTCCCTTAGTTAACTCTG +GCGTAGAACTACTCAATTGATTCACACCTGTATTTAATTTTTCAGCTCCACTATCTATAC +TTTTTACTCCTTGTGAAAATTGACCTTGTGAAGTACTTAGTTGAGATAACCCATTATTCA +AGTCACTTGCACCTTTACTAAGTGCTGGTGTAGAGCTACTTAATTGACTTATACCTTTAT +CTAACTTACTAGCTCCACTATCCAAACTTTTTGCTCCTTGAGAAAACTGACCTTGAGCTA +TACTTAATTGAGATAATCCACTATTTAGATCTTTTGCACCTTTAGTTAATGCAGGTGTTG +AATTATTTAACTTACTCACACCACTATTTAGATTACTAGCCCCATCATCTAAACTTTTCA +CACCTGAATTAAATAACTTGTAGTTTTGATTTAATTCAGAAGTTCCTTCAGATAACTTCT +CTGCTCCAGCTAATAAGTCTTCTCCACCTTTTTGTAAATCTCCTAGGGAATCTTTTAAAT +CACTAACAGAGCTAGTTTCATCCAACTTATCAAGGTCAAATGTATTAGGAGAAACTACGG +CTAGTATACTAGGCATTTCAAAATTTGTTGCTTCAGCTTCAATAACTAACTTATCTTCTA +ATCCTATAACTTCATTTAAATCATTATTTAATTTTAATGAATTTTTAAGCCCCGGTACAG +AAACAAAAGTTATAGAGCAACTTTTTCCTTCATCTAATATAGTACCACTACTCGCATTTA +TATCCTTAAAATTATCTCTAGGCATAAGTACTTCAACTGCTGTTAAAAACGGTACATATA +TCGTTCTATTTTCTCCGTTAATTTCAACACTTCTTGCTTCATTATTTTTTAAGGATATTG +TTATTTTTAATTTACCAGATTTATTTTTAATTTCACTTGGTTCAACTGTTTTTCCATTTA +GTTCATACTTTATCTTTAAATCCACAGGCAAACTTTTATTACTTTCCCCACTATAATATA +AATCATCCTCATCTATGTCCCAGGTAATATCACTACCATTTATTTGAGGAGTTTCATTTC +CTTTTAAATTTTTTATATTTTTAAGTTCACTAATATCCTTGATTTCACCTAATTTAGAAT +TACCTTTTATCCATGTAGATACTATATTTTCTTTTATATTTCCATTTTCATCTAAAATAG +AATATACTGTTTCGTCTTTTTTTATATCACTATTATCTGCAAATATTAAGGTTCCGTTAC +TAGCAACTATTGCTGCTGTTATTAGTGTTGCTGATTTCATTTTAATATTTTTACTATTCA +TTTTTAATCCCCCTAAAATTCTCTAATCTTAAAAATTATTTATCCTTCAACCTCAACTAC +ATCTTTATTATCTATAAATCCCTTACTAGTTTTTAAAATTATTTTTTCACATATTAAAAG +TATCGCTGGTAGTATGAATAATATCATAAGCATACTAATTATAGCTCCTCTAGACATTAG +ACTACACAACGAACCTATCATTTCTAGCTTAGACACTACACCAACTCCTATTGTTGATGC +AAAGAATGTTAATGCACTTGTAACTATTGATCTACCACAGCTTTTTATTGAAATCTCCAT +AGCTTTAAATTTATCATTACCTTTATTTAATTCTTCTTTAAATCTTGAAGTAAGAAGAAT +TGCATAGTCTACAGTAGCCCCTAATTGAATAGTTCCTAAGACTATAGATGCGATAAATGG +CTCTACTGTACCTGTGTAATAAGGTATACCTAAATTTGCAAATATTGCTGTTTCTATACT +TAATACAAGTATTACTGGTAAAGAAATTGATTTAAAAATAATTGCTATTATAATAAATAT +AGCAATTATAGACACTGAACTTACTTTTTTAAAGTCAGTATCAGCTATCTTTATTAGATC +TTCCGTAAGAGGAGCTTCTCCACCCACCAAAGCATTTTTATCATATTTATGAACAATTTT +ATTCATTTCATCAATTTGTATTGAACATTCTGGTGATGCAGCTTTATATTCTGAATTAAC +CATTATTTGCTCATAACCACTTGATTTTAATTGATTCAAAATATCCGCTGGTAAAAAATC +TTGATTTATACCAGGACCTAAATATTTCTCTATTGCTAAAACTGAGTTTACACCATCAAT +TTTTTCAAGTTCCTTTATCATTTCATCTTTTTTGTAAGGTTCTAAGCTTTCATCAACTAA +AATAATATCTGTACTATTCATGTTATAATCATTTTTTAATTTATTAGTTGCTACTATAGA +AGGTAAGTTATCTGGTAAGCTTTCGTCTAAATTATAATAAACCTCTGCTTTCATATTCCC +TATAAAAGCCGGTATAAATATAATTACGAATACTACTGCAAATTTTTTATAATATCTAAT +TGTAAATTTTGATACTTTTTCAAAGGTCGGTAATATACTTTTATGTTTATATTTATGAAT +TGATTTATCGAATGTAAGTATAAATGCAGGTAGAATAGTTATAGTACATATAACACCTAT +TAATACACCCTTCGCCATAACTAAACCTATATCTTTTCCTAAGGTTAAATCCATTACACA +AAGTGCTAAAAATCCTGCGATTGTCGTTATAGAGCTCCCAAATACTGAAGTTGTTGTATT +TACAATAGCCTCTGCCATTGCATCTATTTTATTGTCCTTTACTTTTAATTCCTCATCATA +TCTGTGTAGCAAGAAAATTGAATAGTCCATTGTTACACCAAGTTGTAATATTGCTGTTAA +GGCCTTTGTTATATATGAAATTTCTCCAAATATTATATTTGTACCAAAGTTATATATTAT +TGCTAATGATATACTTGCTATAAATATAAATGGTGTTGTATAAGATTCCAAAGTTAATGA +TAATACTATTATTGTTAATACTCCTGCTATCAATACATATAGCGGAGTTTCTCCATCTGC +TACATCCTTTGTATCTTTCACTATTCCTGCCATACCGCTTAAAAAAGCTTCTTTGCCTGC +TATTGCTCTTATTTCATCAATAGCATTCATTGTTTGCAAACTAGCTGTCCCATCTTTTAA +CTTTAATACCATCATTGTAGAATTATCTCCACTGTATAAAAAATCAACCATATCTTTTGG +CAAAATTTCTTTAGGAACAGATAGATCCATAAAATCATCTATCCATAGTACATCCTGTAC +TCCCTCTACCTTTACTACTTTTTCCTTTAACTTAGCTACATCCTTATCTTCCATATTTTC +CACTATTAACATTGCTAAAGAACCACAATCAAAATCTTCCTTTAATATTTTTTCTGCTTT +AATTGTTGAACTATCATCTGGTAAATAGCTTAATATATCATAGTTAATATCTGTTTTTAT +AAATCCCCACACTGATGGAATTAATAAAAATATTGCTATGAATAATATTAATTTCCTATG +GCCAGCTATTTGTTTTGCTAACCTATTCATATGTATCCCCCCATTTATTAGGCATGCCTA +AGTAATTTATAAATACATTGTAGGGCACGCCTAAATCCTTGTCAATTATATTTTCTAAAA +TTTAACTATACAAAAATTTCTAAGTATATAATAGTTTTTTCACTTAAAATGATTAAATGC +GATAAAAATCAAATAAAAAATGACCCAATAACAGGTTCTAGTGTTGCATCTAGTTAATAT +TTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATG +GAAGTAACGACAAATCCATCCAAAGGAGGTTATTCATTATGAAAACTTTTAAATCTACTG +CTAATAATAATACTTTTATCAAACAATTGTTAGATGTAATTAATTCCAATACAATGCGTA +GCATCATTAATAAATATTCAGGTAATTACAGAAGTCAATCTTTTGACACATACTCTCATT +TTTTTACAATGATGTATCTTCAATTGAATGAATCTAAGACCTTAAGATGTTGTATAACTG +AACTTGAAAATGATATTGATATAGATTGCAATGTATATATTCCTAGTTTATCTCAATTAT +CTAGAAAAAACTCAACTCGAGATTACAGAATATTTGAAGATATTTTTTATTATGTTTTAA +GAAAATTAAAAAAGAGACTTGGAGTAAAACAATTTAACTCTCAGTTTAAGCAAATTAAAG +CTTTTGATTCTACAATAATAGATATTGCTACTAAGTTAGCTCCTGATTTATACTATGATA +AAAATATATCTGCAATCAAAATGAGTACTTTATTTAATTTGACGGAGGCTACGCCTGAGA +AAGTAAATATAGTTAAAGGTACTGTTAATGATAGAAAATGTATTGATGGATTTATTGAAA +ATAGCAACTATCTATACTTATTTGATAGGGGATACTATAACTATAGTTGGTATGATGATT +TAAGTAGACAAAATATTAGTTTCATAACTAGACAAGTTTCAAACGCTTGTGTAGAGGAAA +TTAAATCTTATAGAACTGGACTAAATGATGTCTATGATTATGATATTATTCTTGGAAGTG +ATTATAGTAAAAATAAAACAGAATTTGTATATAGAGAAATTTTAACATTTGACAAAGATG +GAAAAGAAGTTCGTTTTTTGACAAATATATTTGATTTACCTGTGTCAAAAATTTTAGAAC +TTTATAAAATGAGATGGCAAATAGAACTTTTCTTTAAATGGATAAAACAAAATTTAAGAA +TTAAGCACTGGATTGGACATAATGAAAATGCAATAAAAATACAGTTATATACAGCTCTAA +TAGCTTTTGTTTTAATTAGATTAATCCAAGAGGAAATAAATAATAAGTATTCAATTTTAA +AAATTACTAGAATTATTAGGATATACATTACGAAACGAATCGATTTGCTATCAGTATTTT +TATCTTGAATTAGAAAATAATATAAATGGATATTTATGGAATAATTTTGGTTTTATAAGG +TAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGC +TCTAAAATCATGAGGGT +>MGYG000000001_3 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCTATAAATAATA +TTTTTATTTAATGATTCAACCATTCTTAAGTTGACGATATAACTAGTATGACATCTGTAG +AATCCTTTCCCTTCTAAAATCATTTCCATATTCTTCATAGACATCTTTACTCTATAAGAT +TTATCTTCTTCATGAATAATTAAATCTCTTCTGTCTGTTTCTATATATATTACTGATTCT +AAATTAATTTTAATCAAAGTATTTTTAGTGTGTAGCATTATGTAATTATTATTTTTACTC +AAAAAGTTATCAATACATTCACTTAAATGTTTTTCTATAATCTCATAAGATATAGGTTTC +ATTAAGTATCGATATGCTCTTACCTCATACCCTTCATGAACATAACAATTAGAAGAGGTA +ACAAACAATATTTCCACTTTACTATCAAATTCCCTTATTTTTCTTGATGCATCCATTCCT +GTCATATCATTCATTAATATATCTAAAAATAAAATATCTAGTTTTTCTGGATAATTTGAA +ACTAAATCTTCTCCAGATGAAAATTCATATATTTTAAATAATATTCCCCTTTTATCTAAG +TATGTCTTCACAAATTCAATAAGTATACTTCGTTGTAATAAAATATCATCGCAAATCCCA +ATATGTAACTCCATAAAATCTCCTTTGCTATATAATCCTATATAAAATATATTCGTATAT +ATAATTTACATTATTTCACATGATATATTCAATATATTACTTTATATTATTAATTTAATT +TCTTATTATCTAAAAATAAGGTATGCCTAAAATAATTATATTCTAAACATACCCTATTTT +ACTAATTAAATATAAAGTCACTATCTTCTAGTTCTTCATAGACTCCTTTTTGATATCCAT +TCCCCTTAGTCGAAAAGAAATCATGTGTTTTAGTTTCAACGCTTAATCCATTTAAAACAA +TAGGATTAACAGGTTCTACTTCATAAAATTTATCAAATCCTAGGTTCTCTAGAGCTTGAT +TTGCATTATATTTTAAAAAGTTGATTACTTCTTCTTCTAATTTACTTTCTTTATAAATTA +ATCTTGTGTAATTTATTTCATTTTCCATAAGGTCATTTAAAATCACATATAATCTTTGAG +TTAACACTAGCTTATCTGCATTTGAAAATTCATTAAATATCTCTTGGGCTAGTAATCCAA +TATATTTTCCATGTAAAGACTCATCTCTTAAAATTAAAGATATAATCTCTCCACTTGCTA +CCATCTTACCTTGTCCTGCTAAATATAAAGGATAGAAAAAACCGCTATAAAATAAAAAGC +TTTCAAGAAATACACTGGTAACCATTGATAAATATAGACTTTTTTTATCATTGGTATTTT +CATATTGTTTTAGTATAAGCTCTGCTTTTCTTTGTAACGTTGGCTCTGTTTCAATCCATG +TAAAAAGTTCTTCTATTTCAACTTTTGAAAGTAATGTTGTAAATATTGATGAGTAGCTTT +TCGCATGAATTTCCTCCATAGTTCCCATAAAAGATAATACAGCTTTTCTCTGTAAGTTAT +CAGTCAAACTCATCATAGATGGAATACCGTTATTACCTTGTTTTGTATCTAATAAAGTCA +ATCCCGCTAAAACTCTTTTATATAACTTTTTTTGATTTTCATCTAATTCAGACCAACATT +TTAAATCTTTTGATATAGATATTTCTTCAGGTAACCAAAATTGCTTAACATTTTGATTCC +AAAAAGTCTGTGTAAAATCATCATCTTCTACATTCCAGTTTACTGCTTTGTGTACAAATG +TCATAACTCTCATCCCTTCTCAATTAAATTCTTATACTGAACATGATATACATTCATTGT +CTATTTCTCTTATCATTTTAGTTCTTGTGTAGTATAAACTTTTTAGTCCTTTTTTGTATG +CATAAATATAGTACCTAGCTATATCCCTAGTTGTCTTATCATCTGTTACGAATAGTGTAG +TTGATATTCCTTGATCAACATGTTTTTGCACAGTTGCTACCATATCAATAACTTTAAACA +TATCTATTCTATATGCAGATTGATACCATAATAGATTTTCATTAGTTAAAAATGGCATTG +GGTATATAGTTGTTGAATCTCCATAAGTCCTAATTTCAATAGGCTCTGTAATTGGCATTA +TACTCGAAGTTGAATTCTGAACATAACTTATGCTTTGAGTTGGCGCAATGGCCATTAAAT +ATGCATTATATAGACCTTTTTCTTTAACTTCATCTAATAAACTTGCCCAATCATACTTTG +TAGGAATATAAATTCCCTCAAATAGTTTTTTTACTTTCTCACTCTTAGGTAAAAATTCTT +CTTCATAATATTTACCTAAAACATCACTATTTCTTCCTTTTGCATATTCTGATTTTTCAA +ATCCCTCGAAGGTTTTACCTTTTTCTATACTTAAATTCATAGATGATTTTATTGCATAAT +ATCTAACTAATGCGAAAAATACATTAGCAAAATCTATTGCATCTTCTGACGTATAAAGAA +TATTTTCTTTCATAAGGTATCCATGTAAGTTCATGGCTCCTAAGCCCACTGCATGAGATG +CATTATTACCATTAGCCACAGTTGGAACTTCTTTAATATTTGTTTTATCTGAAACTATAC +TTAAACTTCTTATAGCAACATCTACTACATTTTCTATATCTTTATTTTTCATAATGTTAG +CAATATTTAAAGACCCTAAATTACAACTTATATCTTGTCCCCAATTATTATTACCTCCAT +ACCCTTGTATATCTGATGGAGTCTGATATTGGAATATTTCACAACATAAATTAGACATTT +TTATAATACCCTTGTCCTTTAGAACATGATCTTTATTTGCAGTATCAATAAACATTACAT +AAGGATAACCACTTTCTTGTTGAGTTTGTGCTATTCTAGTTAGGTATTGTCTTGGATTTA +TTTCTTTCTTCTTTATATCTTCATCACTAGCTAATTTATCATACCATTCGTTCATATTTA +TATCATCAAGATGAAGACCATACTTTTTATAAATTGAATTAGGATAAAATGCATAAGCTA +CTTCATTCTTCTCGGCTAATTCCATAAACTTATCAGGTATAATTGCTCCTACTGATAAAT +TAGTAAGCCTTATTTTTTCATCTGCATTTATCTTCTTAGTATCCATTAAAAGTTCAAAAT +CTGGATGAAGTACATTTAAATATACAGCTCCTGCACCTTGTCTAGCACCCATTTGATTAA +AGTAACTAAATGATTGTTCTAACATCTTAGCAACTCCAACAACTCCACCAGCTGCTCCTT +CTATATCTTTTATAGACTCTCCACTAGCTCTTAATCTACTTAAATTTAATGCAACTCCCC +CACCAATTTTAGATAGGTGATTAGCTGAAGCAACTGCATAAGAAATTCCCTCACAACTAT +CTTCAACGGAAATTAAAAAGCAACTTACCATCTCACCTGCTCTAGCTCTTCCAGCATTTA +AAAATGTTGGTGTTGCAGGTTGAAATTCTTGTTTTATTAACTTATCAGCAATTTTCTTGG +CAAAGTTTTCGTCACCATTAGCAAGTGCTAAAGATACAATCAGTATCTTATCCTCATAAC +TTTCTAGTATAGATTTTCCATCATTACTTTTCAAAGCATAATTTTCAAAGAATTTACTAG +CACTCATATAAGATTCAAACTTAAAATCTTGACTTTTTATAAATTCGTAAAGTTTTTCTA +TATAGATAGTGCTGTACTGTTTTATTACTTTTTCTGAATAATAATTATTTTTTACTAAGT +AGTCTATTTTTTCTTTAATTGTACTAAATTCCTTCATTCTTACCTTAACAGAATATTCAA +GGTATGCTTCTAGAGCTTCTTTGTCTTTATCTAATTGATATTTTCCATCTTTATCTCTAA +CAATAACCTGATTATTAAGTTCTATCCAATTCATGTCTATGTATCCCACCTTTATTTAAT +TGATTATAGTCAAAATCCACTTAAAACTTATTAAAATCATTTTTTATTACTCCAAATTAT +TACCCCAAAATAAAAGAAAAAATCTCATTTTACACACAAAAAAAAGCCCCTAATTTTATA +GCGACTTGTATCCATTGCAAACACTAATTTGTTAATAAAAAAACTTTTTAATTTTTTATA +AAAAATGATATATTACGCAATATATTGTTGTTTATTTCTTCTTAAATACTATATATAGTA +TTTTTTTCTATTCACCACACTTAATAATTATCAGTTAACAGCATTAAATCCCAATTCCAA +AACTCAAAAAAGTGCCTTAATAAAAGTTAATCAGATACGCCGAGCGAAGGTGTGCGAATA +TAATTTTACTGAGATTTGCAGCATCTTTTCAGCTGCATTGAAGTAAAATTATATTGCACA +CCAAGCCCTCGTATCCAGAACTTTTATCTAAGCACTTTTTCCTACTCTTCTATATTAACT +TCTATATTTAATTCCTCTAGTTGAGCTGTATCAGCAACAGCTGGAGCATTTGTCATTGGA +CAAACAGCACTTTGATTCTTAGGGAATGCTATAACATCTTTAATGTTAGTAGTTCCTGTA +AGTATCATTGTAAGTCTATCAAGACCGAAAGCTATACCTGCATGAGGAGGAGTTCCGTAC +TTGAATGCATCTAATAAGAATCCAAACTTCTCTTGAGACTCTTCTTCATCCATTCCAAGT +GCAGCGAACATTTTCTTTTGAACATCAGAATTGAATATTCTAACACTTCCTCCACCTACT +TCGTAACCATTGATTACTATATCGTAAGCTTTAGCTCTTAAAGATGCTTTATCATCTCCA +TCAAGTTTATCTATATCTTCATCCATTGGTGATGTAAATGGATGGTGTTTAGCTATAAAT +CTTCCTGTTTCTTCATCTTCTTCAAATAATGGGAATTCAGTTACCCATAACATTTTATAA +ACGCTATTATCTAATAAGTCTAATCTTCTAGCAACTTCTAGTCTAACTTGACCTAGAGCA +TCAAATACTACTGTGTCTTTATCAGCTACAAATAGTAATAAGTCTCCTTCTTTAGCATTC +ATTCTATCTAATATTTTTGTTAATTCTTCTTCTGAGAAGAACTTAGCTATTGGAGAAGTA +ACCTCTCTATTAGCTCCAACTTTCATCCAAGCAAGACCTTTAGCCTTATAAGTTTTAGCA +TGATCTTCTAATTTACCTATTTGTTTTTTAGTAAATTCTTCAGCTTTGCCTTCAACATTT +ATACCTCTAACACTAAAACCTTCTTTTGTAGCATTAGCAAATACACCAAATCCACAATTT +TTTACTATATCAGATATATTAGTTAATTCATATCCAAATCTAGTATCTGGCTTATCAGAA +CCGTATCTTTCCATAGCCTCTGCATAAGTCATAACTGGAAGTGGTAATTGAACATCTACA +TCTAGTATTTCTTTAAATACTAATTGTACCATCTTTTCCATTATAGCCATAACATCTTCT +TGTTCAACAAATGACATTTCACAGTCTATTTGAGTGAACTCAGGTTGTCTGTCAGCTCTT +AAGTCTTCATCTCTGAAACACTTAACTATTTGGAAGTATCTATCCATTCCACTTACCATT +AATAATTGTTTAAATAATTGTGGAGATTGTGGTAATGCATAGAATTTACCAGGATTAACT +CTACTTGGTACTAAGTAATCTCTAGCGCCTTCTGGAGTTGGTTTTATTAAGAAAGGAGTT +TCTATTTCAAAGAAGTTATTTGAACTTAAGTAGTTTCTTACTATGTTAGCTATTCTACTT +CTTGTCATTAACTTTTGTTGCATAGATGGCTTTCTTAAATCTAAGTATCTATATTTTAAT +TTTAATTCTTCTGAAACATTATCATCATCTTTTATATAGATTGGAGGAGTTTCTGATTTA +TTTAATACTTTTAAACTTGTTGCAACTATTTCTATATCACCAGTTGGTAAGTTAGGGTTC +TTAGAAGATCTTTCACTTACTTTACCAGTTACTGCTATTACATATTCAGAGCCTAGTTTT +TCTGCTTTTGCGAATGCTTCAGCATTTACATCCGTATCGAATATTATTTGGCATAATCCA +CTTCTGTCTCTTAGGTCTACGAATACTAATCCACCTAAGTTTCTTTTCTTTTGTACCCAT +CCCATAAGTACAACTTCTTCATCTATATTTGTAGCTCTTAAATCACCACAATAGTGAGTT +CTCTTTAATCCGTTTAAAGTCTCCACTTATAGTCCTCCTTTAATTGTTAATATAAGAAGT +CTTGAAAATAAATTGCAGTTTAAGGCTTAGGGTGCGAGTCACAACTTGACCCATGCAAGG +CAAAATACGCCTTGCAAATGGGCACTACGTTTGTGACTTTCAGACCCTTCACCTGGGTAA +TTAATTTATTAAATCAAAACCTATATTATAATTTTTTATGTGTATGATGTATTTTTTATA +ATACTTATTGTTTGTTATGTTATATTTTTTTGTTATAGTTGTTATTTGTTATCTGTTTAC +TTTATTTAGTATAAGGTTTATTCTTAATAAATTCAATATTTCATTGAATTTATTACCTTC +GTATCCTAATACTTTATTTTTTGCTGTAGATTATAATCTATTTTTTAACTCTCCTACTAA +CTCACTTAATTTAACAGTAATTTGCTCTGATGTTTGCATATTTTTAAGTGTTGCACTGTC +ATTTGCTAGTTCATCTTCACCTATTACTATTGTGAATTTAGCATTTATTTTATCTGAGTA +TTTAAATTGTGCTTTTACACTTCTATCTAAGTGGTCACTGTCAGCACTTATATGGTTGTA +TCTTAAGTCCTTTAATAACTTGAAGCTCTTAGTTTTAGCTTCATCACCTATTGTTACTAT +GTATATGTCTGTTGATTGTGGATTTTCTATTTCTATGTTGTTGTTTTCCATAGTTAATAA +TAATCTTTCAGCTCCTAAAGCGAATCCTATACCACTTGTACCTTTTGGTCCACCTAATTG +CTCAACTAGTCCGTCATATCTTCCTCCACCACAAACTGTACTTTGAGAACCTATATCATT +AGATATTATTTCAAAAGCAGTTTTCTTGTAGTAGTCAAGTCCTCTAACTATTGTTTTATC +AACTATAAAGTTAACATCCATTTCTTTTAAATACTTTTGTAATTTTTCAAAGTGATCTTT +ACAATCATCACATATATGATCAATCATGAAAGGTACGTCTTGTAAATTTTCTTGGCAATT +TGGGTTCTTACAATCTATAACTCTCATAGGGTTTTTATCTTTTCTTTCTAAGCAAGTACT +ACATAATACATCTGACTTTGCATCTAAGTAAGACTTTAGTAATTCATTGTATTTTGCTCT +ACAAGTTGGACATCCAACAGAATTTATACTTACTGCTAAATCTTTAAGTCCAACTTCATT +GAAGAATTGTACAGCTAAAGCTATAACTTCTGCATCTAAAGATGGATTATCACTTCCTAC +TGCTTCAACACCAAATTGGTGGAATTGTCTTTGTCTTCCAGCTTGTGGTCTTTCATATCT +GAAGCAAGGTATTATGTAAAACATCTTAGTCGGTTGAGCATCTGAATATAATTTGTTTTC +TATAAATGCCCTTATTACACCAGCAGTTCCTTCTGGCTTTAAAGTTATATCTCTTCCACC +CTTATCTTCAAATGAATACATTTCTTTTTGAACTACGTCAGTAGTATCTCCAACACTTCT +TTTAAATAATTCTGTATGTTCGAATATAGGAGTTCTCATTTCCTCATATCCGTATAATCC +ACATATTTCTCTAAATTTATTTTCTACATAATTCCACTTGTATGACTCTTTTGGAGTTAT +GTCTTTTGTTCCTCTAGGTGCTTTAGTTAGCATTCTTTAGGACCTCCTCTTTCTTTCTAT +CAATCATTTCTTCTACTCTATCAATATATTGTTCAACGTTCTTCACGTTTTCTACTCTTT +CAATTCTGTCCTCGTCAACATATACAAACTTAGATATAGAACCAGCCCCTAGTGCATAGT +TACTTTGTTTCTCCTCCATTATTTGCATGTTGTAGATACATTCGTATCCTTCTTTAGCAT +AACCTATATTTTCTAAGTTACCAAGCATCTGCTTTTGACGGTACATATAGTATGGATTAA +GGTTCATTTCTTTTGCATATTCCATTGATAAATCAATCATCTTAACCATTTCTTCATATT +GAGTAAGTACATACTCGTCCATTTTTTCTTTTAACTTAGATGCTCTTTTTATTGCTAAAG +TATGAACAGTTAAACTTTCTGGAGATAGCTTTTTAATCTCCTCTAAAGTATTTCTTACCA +TCTCAACATTTTCACCTTCAAGACCTAGGATTAAGTCCATATTTATGTTATCAAATCCTA +TTTCTCTTGCTAAGTTGAAAGCTTCTTTTATCTCTTCAACACTATGACCACGTCCTATTT +TGTCTAAAGTTTCTTGGTTCATAGTTTGAGGATTTATACTTATTCTAGTAACATTATTTT +TCTTTAAACATTCTAGTATTTCTCTATTTATAGTATCCGGTCTACCAGCTTCTACTGTAA +ATTCTTTTATCTTACTTAAATCTAATTCTTTAAATAAAGCCTTTATTAAGATGTCCATTT +CCTCTGAATCTAAAGTAGTAGGTGTTCCACCACCAATATATAAAGTCTCTATTTCTTTAT +TAGTTTCTTTAAGTAATTTTGCTAATCCTTTAATTTCAATAATTAACTTATCAATATAAT +CTTTCTTTAAATGTCCAAATTGTTTTAAAGGATTTGCAGGGAATGAACAGTAATAGCATC +TTGTTGGACAAAACGGAATACTTACATATAAAGAAATCTTATTTTTATCTATAGGATAAA +TAAATTTTCTTTCCCTTTTTGCAATATTTAAAGCCAGATCTATTTTTTCATCACTAATTA +AATAATTAGTTTTTAAATTTTCTCTAATATCTTCATCACTTAAGTTTTTATCAAGAAGAG +TGTGAACTATCTTAACAGGTCTTATACCTGTAAGTATTCCCCAAGGAACGTAAGAATTAA +ACTTCTTCATTAAAACATTATACATACTTCTTTTTATTGTTTCCTTAGTAACCTTCTTAA +TCTCTTGTTCTGATAAACCTGCTATACTTCTATGATCAAGAGAGTCATAAATAGCCTGAT +AGTTTTCAAGATATACAGTTTTAGAAAATACTTTATCATTATAGTAAACAACACTATTTT +CTAAAGTCATACCAACATCTTTATTATCAACGAATTTAAACTGAGTAGTAAATAATTTAA +TTAGCTCAGCAACCTCGTATTTAAAATCATGACCTTTTAAAATCACATTTAACATAATAT +CTGCTCCTTATCTACGCCTCTCCCAAAACTTATAACTCTTATATCTAATTTCCGTAAGCC +AAGCTCACCTAAATGGAAACTAGTTCATATATGGATTAGTAATTTTTTCTATTTCGATAG +TTGATGTAGGACCATGACCTGGATATATTTTTATGTTTCCGTTTTGGTTAGATAATTTAT +TAAGTGACTTGTTCATTTGTTTGAAGTCTCCGCCGTAAAAGTCTGTTCTTCCTATACTTC +CAGCAAATAAAGTATCTCCTGTAAACATATGATCTCCAACTTTTATACACATTCCACCTG +GTGTATGTCCTGGTGTATGAATAAATGTAAGTCTAAGTTCTCCCAATTCTAATCTATCTT +TATCTTTAACATATATATCCGCATCAAATTCTTGAGGTCCACACGGGAATCTAACGCTTA +GATTTTTCTTTCTGTCTATTAAAAGCTCTTTTTCATTCTCATGAGCTACTATTTTTGCAT +TTGTTTCAGCTTTTAGCTTCTTTACGTTTGCAATATGGTCTGCATGACCATGAGTTAAAA +TTATATACTCAACAGTAAAATTTCTGTTTTTTACTGCTGATAATATATCTATAAGACTTG +CTCCTGGGTCTATTATTACACATTTATTATTTTTTTCGTCACCTAATAAATATGTATTTT +CACCCATAAATCTATCTTCTATTGTTTCAATTATCATTTTATTTTCTCCCTAAAACGATC +TACTTGAATCTAATAATATAGTTACTGGTCCATCATTAGTTAAGTCAACCATCATGTGAG +CTCCAAATTGTCCAGTTCCAACCTTTATTCCTTCTGCTTTCACTCTTTCTATGAATTCTT +CATATAAAGGAGTTGCATGTTCTGGTCTAGCTGCTGTAGAGAAGCTTGGTCTTCTACCTT +TTCTACAATCACCATATAAAGTAAATTGAGAGACTACTAAAAGTTCTCCTCCTATATCTT +TTAAAGATAAGTTCATTTTTTCATTTTCATCTTCGAAAATTCTTAAGTTTAAAGTTTTAT +CTATAATATAATCTACATCTTTAGATGTATCTTCATGAGTTACCCCTAATAAAACAAGTA +ATCCTTTATTTATTTCTCCTGTAACTTGACCATCTACAGTTACCTTAGAAGAAGATACTC +TTTGTACTACAGCTCTCATTTTATTCCTCCTAATTCTTTACTCTATATATTTCTTCGACA +CCTGGAATAGCTTTTATTTTTCTCATTAATTCTTTTAGTTCATTTATATTATTAACTTCG +ATTAATAGATTTATATTAACAACCTCTTCTTTTCCTTTTCTAGCATTTATCCCGTTTAAT +CCAACTTTATCTACAGCTACCATATGAGTTATATCATTTATTATACCTTTTCTATCCGCT +GCTTTAATTTGGATTTCACCTTCAAATTTACCTATTTCAGAATTAGCCCAATCTACACTT +ATTAATCTATTTTTGAATAATTCACCTTCTTGTTGTGCATTTACACAATCTGCTCTATGA +ATTGCTACCCCTCTTCCTTTAGTTATATAACCTATAATTTCATCACCTGGAAGTGGGTTA +CAACATTTAGCAAATCTAATTAATATATTATCTAAACCTTCAACTATAACTCCTTGGCAG +TTGTTTTTCTTTCTCTTTTTCTTGTATTCAGCATCACTTAAGCTATGCTTTTCAAACTCT +TCTTCTTTTAGCTTAGCATTATCTTTTTGTTGCTTCTTAATTTCTTTTATATAATAATCT +CTAACCTTAGGAACAACTTGAGATACCATTATTCCACCATACCCAATAGTAGCAACTAAA +TCCTCTACACTTGGTTGGTTAAGCTTTTTAGCAATTTGAAGCATATATTTTTCAATGGAT +GAGTCTTTTAAAGGTAATACATATTTTTTAAATTCCCTTTCTAAAAGTTCATAACCTCTC +TCAATATTTTCTTCTCTTCTTTCCTTCTTAAACCACTGTCTTATTCTACTTTTTGCATTT +GGAGTCTTAACAATATTTAACCAATCTCTACTTGGTCCGTTAGAATTTGAAGAAGTTAAT +ATTTCTACTATATTACCATTTTGAAGCTTATAATCTATCGGAACTATCTTACCATCTATT +TTTGCACCTACACATTTGTTACCTACATTTGTATGTACTCTGTATGCAAAATCTATAGGT +GTAGCCCCTGCAGGCATCTCTACTACATCACCTTTTGGAGTAAATACATAAACTTGGCTA +TTGAATACATCTTCTTTTAAAGCATCTAAGAATTCATGTGGGTCTTTTAAATCTTTTTCC +CACTCCATCATTTGTCTTAACCATTGAAGCTTTTCTTGTACTGTATCTTCTTTTACGTTA +GTTTTACCTTCTTTGTATTTCCAGTGAGCAGCGATACCGCATTCTGCTATTGTATGCATC +TCTACAGTTCTAATTTGAATTTCAACAGGCTCTCCATTTGGACCTATTACTGTTGTATGA +AGAGATTGATACATATTAGGCTTTGGCATTGCTATATAATCTTTAAAACGACCAGGCATT +GGTTTCCATAATGTATGAACAAGTCCAAGCACAGCATAACAATCTTTTACTGTATCAACT +ATTATTCTTACAGCAGTTAAATCAAATATTTCTTCAAAGCTTTTATGCTTATCTTTCATT +TTTCTATAAATACTATAAAAATGCTTAGGTCTACCATATACATCACAATGTATATTTACT +TCAGCTATTTTTTTGCTTAGTAATTCAACTATTTGTTCTATATAAGCCTCTCTTTGACTT +CTCTTTATAGCGACTTTATCAACTAAATCATAGTATCCTTCTTGATCAGTATATCTTAAA +GCTAAGTCTTCTAATTCTAACTTAATTTTAGATATACCTAATCTATTAGCTATGCCGCCA +TAGATTTCTAATGTTTCTTTAGCTTTTGATTTTGCTTTTTCAGGAGACATATATTTCAAT +GTTCTCATGTTATGAAGTCTATCAGCTAATTTTATAAGAATTACTCTTATATCTTTTGCC +ATAGCAAGAAACATTTTTCTTAAGTTCTCTGCTTGTGTTTCTTCTTTTGATTGGTATTTT +ATTTGCCCTAGTTTTGTAACTCCATCAACTAAATCTGCAACTTCTTTACCAAATTCTTTT +TCTATATCTTCATAAGTATATTCAGTATCTTCTACTACATCATGTAAAAGTCCTGCTGTT +ATTGTTTCTATATCTAATTCCATTGAAGCCAAAATATGCGCTACTGCTATTGGATGTATA +AAGTAAGGTTCCCCAGATTTTCTAAATTGCCCTTCATGAGCTTTTTTCCCAAAGTAATAA +GCTTTTTCCACTAACTCCACATTTGCATTTGGAGCGTATTCTTTTATTTGTTCAACTAAT +TCTTGTAGCTGTTTATCATGCATAATACCACCTATTTTAAGTATGAAATTTAATATATAT +GAAAATAGTTGGTTATGTACCAACTATTGTAAAAGTCTTAGTATTTTATTAGAGAATTTA +TATGATATTGAGATAATATATCTCTACCATTTAATTCTTCTAATTCTATTAAAAACTGCA +TTGATACTACTTCTCCACCTAACTTTTCTATAAGTTTAGCTGCAGCTCCCATAGTTCCTC +CTGTAGCTAATAAGTCGTCAACTATTGCTACTCTTTGACCTGGTTTTATAGCATCTTTAT +GTATTTCTAAAGTATCTTTTCCATATTCTAAACCATAGTCATAACTTTCAACTTCTGAAG +GTAATTTTCCTGGTTTTCTAACTGGAACGAATCCTATACCTAAACCATAAGCAACTGGTG +TTCCCATTAAAAATCCTCTTGCTTCTGGTCCAACTATTACATCTACATTTTTATCTTTTA +AATCTTCTATTATAGCATCTATAGAGTATTTAAATGCCTTACCATCTTGTAATAATGTTG +TTATATCTTTGAAACTTATTCCTGGGATTGGAAAATCATTAATTTCTCTTACGACTTTTT +TTAAATCCATTTTTGAATACCTCCTAATAGCTCTTTGCATATTCTTGTCTTAAATCTTTT +AGATTTTGAAGTATAATACTCTCATCTAGATTTAATTTTTTATTTGGCTTTTCTAATAAG +TTTATAGATATTCTATTTTGGTTGTAATCTAAATTAAAATCTAATAGTGATAATTCTTTG +AATACATTTAATATTGCAAATAATTTTATAGGCATAATATTAAATATTTTTTTTATGTCT +AGCATATCAAATTCAAAAGTTTTATTTACTAGAGCTAATTTATATACTACTATAAACTCT +TCTCTCTCTGGAATGATGTTATTAATTGTATTCTTTAAATATAATTGGTCCATTTCATTA +TAATATTTAATTATATTGCAATGTGAGTTAGTATTTTCACTCAGATACGAATATTCTCTG +CTATTATATAAATAATCATAAAGAATAATATTATTATATCTTTTTACGTCTATTTTATCA +ATATTTGGTGAAAATATAAGTTGTAGTTTAGCTGAATTTACAGTATTTTCTCGATAATTG +ACATCAAAATCATCTTCTAAAAGTGAAATATCCGATATCGCCCTATAAAAACCATTTACT +GTATTCGCTATTACTAATGTATTTTCAACTAGATAGTCAAATATATTAAGTTCTTTGCTA +CCCTCTATTATATGTTGCCCATTTACATTTGTGCTTATTAAGTTTTCATCACCAGAACTA +ATAGTATACAAGTTATCTTCATTATTTGGAACTATTTTTGAAAATAATTTTAAAGAAAGT +TTATCCTTCATAGCATTTTTAGGGTGAGCTAGCCTCATATCTTTAAGTAAAAACTGAACA +GTTCTATTTCCCATATAATTATTTTCATCCAATTGGAATAATATATCTACCTTATCTCCA +GGATTAAAGTTTTCTTTTAAGTGTGCCATATTAAAACCAATACATTCGTAGGTATTTTCA +TTATAAACATTAAGCTTTAAATGTTGTTTATTCTTACCTAAAGTAAATATATCATCTAAA +ACTAAATTTCTCATTATAAACCTTGGGCTTGGATTACTAAGACCAAAAGGTTCTAATTTA +TGTAATTCATCTACTAAATCTAAACTAACTTTATCTTCAGATAATTCGAATTCAACATTA +ATGTTCTCAATCATGTCTTCTGAAGTTAAGTTATAATCTGCAATTTTATTAACTTCATCT +CTAAGTGTATCTACTTTATCTGCATCTAGTCCAAGTCCTGCTGCCTGATCATGTCCACCG +AACTTATTTAATAAATCCTTACATTTCATAAGTGCATCAAATATACTAAATCCTTTTATA +GATCTAGCTGAACCTGTGGCTTCTCCATCTTCTATTGTAAGAAGTATTGTTGGCTTATAA +TATTTTTCTGTAAGCTTTGAAGCAACTATACCTATAATACCATGTTGCCATCCTTCATTT +GCTATTACCAATACCTTGTCGCTTTCGTACCTTTCATTAGACTTTATTATTTCCTCAGCC +TCATGGTACATTTTCGCTTCTATCATTTGTCTTTCGTTATTTTTTTCCTCTAGCATTCTT +GCTATTTCATGGGCTTCATGTTCATCTTTAGTTGTAAAAAGCTGAACTCCTAAGTATGAA +TACCCTAATCTTCCAGAGGCATTAATTCTAGGACCTATAGCAAATCCTATATGTGATGAA +CCTATTTTTTCAGTATCTACTCCACATATTTTAATAAGCTCTCTTAATCCTAAATTTTTC +CCTTCTTTCATTAGTTTTAAACCATTTTTAACTATTATTCTATTCTCATCTACTAAGGGA +ACAATATCACAAATTGTAGCTAAGGTAGCTATTTCTAAATAATTATACATAGTAGTTTTA +AATACATCTTCAGGTGTTAAGGCTTGTATTAATTTGAATGCAACTCCACATCCACAAAGC +ATATCAAATGGATAATTACAATCTTCTTGTTTTGGATTTACTACTGCATATGCATTTGGT +ATTTCACTTTGACACTCGTGATGGTCTGTTATTATTACATCCATCCCTAGTTCGTTCGCT +AATTCAACTTCCTTAACCGAAGTTATACCACAGTCTACGCTTATTATTAATTTGCAATCT +TGTTCATGAATTTTTCTTATAGCTTCTTCATTAATTCCATATCCTTCTTCTAACCTATTC +GGTATGTAATAACTTACTGGATAATCAATTGACTCAAAGTACAAACAAAGAATAGAAGTT +GAAGATACTCCATCTACATCATAATCACCATATATAAATATGCTTTCATTATTATTTATA +GCTTTTTTTATTCTCTCTACAGCTTTATCCATATCTTTCATTAAAAATGGATCTCTTAAA +TAATCTAGTGATGGATTCATAAATATTTCTGAATCTCTTTCATCTTTTATTCCTCTATTT +TTTAAAATCTGACTAATTTCCGGAGAAATTTTTATTTTATCACTTAACTCGTCTTTCTCT +ACTTCCCCTTTATGTTTTAGGGTCCATTTTTTGTTGAAAATCAAATTACTCACCTCTACT +TCCGTTTATATTTAGTTTTAAATATAGTTATTACCAGTACAATACCCACTAAAAATGAAA +CTGAAAAACCAGCTATTGCAAGGTATCTTATCCATATATTTTGCTCTATATTAGGCGATG +CAATTATTAAAGATGAACCTACTACCAAAGATGCTAAAACTAAGCTTAAAGATATATTAG +TAGTAAGGTCACTTAATTGCTCCTCTAATTTTGGTACTTTTATATCGTCTATGTGAATTT +TAATATTATTTTTTTCTATATTTTTAAGAATGACCCTTAATTGTTTTGGGATATTCTTTA +AATCAAAATAGATTTCCTCTGCTGAGTTCCTTGATCTCTCAAATATATATTTTGAATTAA +ATCTATTACTATAGTAATACTTTATAAACTCCTGCCCTATAGAATATACCGTAAAGTTTG +GATTTAACTCCCTAGCTGTTCCTTCTAGAGTTATTATTGTTTTCGCTAATGTTGTAAGCT +CCGTTGGCATTGTAATGTTATACTTCCTAAAAAATCTAAATATTTCATTAAATATATTAG +TTAAGCTTATTTTTTCTAATGGAATATCATAGTAATAATGAAGTAAATATAATAAATCCA +ATCTAAGAGAATCTTTATCTATAGATGAATTTGTTATTCCCATTTCTTCCAATAAATATA +TGATCTTATCAGCATTTTTTTCTACAGCCGCTAATACCATTCTATTTAACGTGCTAAATG +TCTTTTTATCAACAATTCCTACCATACCAAAGTCAATATACGATATACAATTACTATTTA +ATACAAAAATATTTCCCGGGTGAGGATCAGCATGGAAAAATCCATATTCAAAAATTTGCT +TAAATAGTGATTTTACTCCAATTTCGCTTATTTTCTCAGTATCCCATTCGAATGACTTTA +TTTTACTTATATCACTTAGCTTTACACCTATAATTCTTTCCATTACTAAAACTCTCTTAG +TAGTGTATTCGCTATAAATTTTAGGTATATATACATCTTCACTATCTTTAAATATCTCAT +AAAACTTTATTGCATTTATAGCTTCAAAATTGTAATCTAATTCTCTTAATAATTGAATTT +TAAATTCTTCTAATATATTTTCAAAATTTGTTTCATTATCTTTTAGAATATCACTTAATA +TACTTGCACCACTTTGAAGTATCTCTAAGTCAGACTTTATAGTTTGTTCTATGTTTGGTC +TTTGTATTTTTACAATTACATCTTCCCCAGAATTAAGTTTGGCTTCATAAACTTGTCCAA +TAGATGCAGCTGCAATAGGTATATTGTTAAATTCCTTAAAAATATCATCTATTTCTAATC +CCGTTTCAGTATTAAAAATCTCTCTAGCTATTTCTGTACTAAATTCCTCTACATTGTCCC +TAAGCTTACTTAACTCATCAATTACATCCTGATCAAATATATCACTTCTGGTACTTAATA +TTTGACCTAGTTTTACATATGTAGGACCTAACTCTTCAAAAGCCTTTCTTATCCTTTCCC +CTGTAGGCATATATTTTAATTCTTCGTTTGGCCTTGTTATAGGAATTTTATAAGCAACTT +GTTCTATATTTAACTTTTCCACTGCAAAACTAAATCCATATTTTATAAGTATATGTAATA +TCTCTCTATATCGTTTAATATTCTTATAGCTTATCTTCACAACTACCACTCCTAAAGTTA +CCCGTACTATTTAACATTATGTACCTCTATACAATATTTATATAATACAATTTCCACTTT +TACAATTTATTTATTCCATAAATCCAATAAATTTAAAAAGGGCATGTTCTTAAATCCATT +AGATAATATCCCGGAGCAAGGGAGAAATAGTAATTTTATAGCCATTTGCAGCATCTTTTA +GATGCATGGATAGAAAATTACTATTCTTCCAGCCTCGATCTTATCTAACCTGTATTTAAG +ACAGCCCCTTAAATTTATTTATGATTGTTCGCACTTTCTATATAATCTAATGCAGATTTT +TTAATGCTTTCTTTTTCTGCATCTGAAAGTTCTCTAATTACCTTAGCAGGAGATCCCATA +GCAAGTACTCCAGAAGGAATTTTTTTACCTGGAGGAACTAAACTTCCAGCTCCTAATAAG +GTAAATTCTCCAATCTCTGCACCATCTAAAACTATCGATCCCATCCCTATTAAAGTATTA +TCTCCAATTTTACATCCATGTATTAAGGCTTTATGTCCTACAGTTACATTTTTTCCGATT +TCAGTAGGAACATCCCATCCTGTGTGTACAACAGATCCATCTTGGATATTTGTATTTTCT +CCAATGGTTATAGGTTGTTCATCACCTCTAATAACCACGTTGTACCATATGCTAGCGTTC +TTCTCTATAACTACTTCTCCTATTATGTCAGCACTTTGTGCTACAAATACAGATTCGTCT +ATCTTAGGTTCAATTCCTTTAAACCCTTTTATCATAGATTTTACTTCCCTTCTAACATTT +TTTTGGCTTGTATCATTATTGAACATTCAGTACGTTTCTTTTGCATTTCACATCCAAGCT +CGTATGGTTTCATAACATCACCATTAAAGTTCATTGCATTCGCATGACATCCACCTGAAC +AGTAGAATTTGTTCCAACACTTTTTACATTCTTCCTTACTGTAAACGTGAGCATTTCTAA +ACTTATTAGTTATATCTAATGGAAGAACCACTTCTTCATCCATTATGTTAGCTAATTTGT +ACTCATCATTTCCAACAAATTGATGACAAGGATATATATCTCCTTCTGGAGTTATTGCTA +AGTATTCATTACCTGCACCACATCCAGTTATTCTTTTTATTACGCAAGGACCTTGATTTA +AATCTACTATAAAGTGGAAGAATTTAAAGTCATCACCTTCTACTTGCATATCTGCATATT +TAACAGCTAGTTTTTCATATTCTTCAAATACTTTTGGTAAATCTTCTTCTCTCAAAGCAT +ATGGATTAGATTCATCATCAACAACTGGCTCTATAGAAGTTAATTTAAATCCTTGTTCTG +CAAAATACATAACATCTTCAGCAAAATCTAAATTCTCTCTTGTAAATGTTCCTCTTATAT +AATAATACTTGTCTTTTGGTCTTTCATCTACAAGCTTTTTAAACTTAGGTAAGATAACAT +CATGACTTCCTTTATCATTTAAAGTAGGTCTCATATTATCATTTACACTTTTTCTACCGT +CTAAACTTAAAACTGCATTATGCATATTTTCGTTTATGTATTTTATTTTTTCATCATCTA +GTAATATACCATTTGTAGTTATTGTAAATCTTATATTTTTACCATGTTCCTTCTCTACAC +TTCTTCCGTACTCAACTAATTGTTTAACTACATCAAAGTTCATTAAAGGCTCTCCACCGA +AGAAATCTATTTCAAGGTTTCTTCTATTTCCAGAGTTTGCTATTAAATAATCTATTGCCT +TTTTACCAACTTCAAAGCTCATTAATTCCTTAGTTCCACCGAAATCTCCTTGTGCAGCAA +AGCAGTATTTACATTTTAAGTTACAATCATGAGCAACATGTAAACACATTGCCTTAACAA +CTTTTTTTCTGTCTACAAAGCTAGGGTGAGTACTATATACTTCTTCAGTGTATAAAAGAC +CTTCTTCTTCTAAGTTAGCTATTTCATCACAAGCTTCTAATACTTGCTCAGCACTATACT +CATCCTTTAAAGTTTCAACTATTTCTTCCTTAGACTTTTCCTTATAAAAATCTAAAACTC +TGTAAGCAACATCATCTAATACATGAACTGCTCCACCATTTACATCAAGAACTATATTGT +ATCCGTTCATTGAAAACTTATGTATCATACTCATTACAAAAACTCCTCCTATAAAAATTC +GCTTTCGCTTTTCCAATTTATATGTAAATATTGTCCATACTCAATTGTCAAAACTCGCTT +AATCTATAAAATCAACATATTTTGCCTATACCGGTACTAAACACCAATATTTATTATATA +TCTTATGTAAAATCTAGGCAATAACATTCCCTTATTACCCATATTTTAGAAGTTATAACA +AAATACCATTCTCTCTTATATTTACTACACGGGCTATCTATTAAAAAAGGAAGTCACCAC +AAATGATAAAAACCACCCGAGATAACTCCCTTCCTTATCTTCTCATCTTATCCTAAAGTT +AAAATTATTTAACATAAGGCACCTAACGGTGAAGATGTGAAATGTAAATTTCAATCTCAT +TTGCAATCTGGTTTTTAGCTTGCATGAGTTGAAATTTACATTCACAACTTCACCGTGGCC +TACCGTCTAATAATTATTAACTATCTTTCGCACTCTTGGTTAGCTACTGTACAAGAAGTT +TTACAAGCTGATTGACAAGATGTTTGACATTCTCCACATCCACCTTTAGCAGCACTGTTT +TTTAAAGTAGCTTGAGATAAAGTTTTTACATGTTTCTTTTCCATCTTAAATTACCTCCTA +TTTTATAAATCTTTATTGATTATATCATAATTTATACCTTTTGTGGTATTTATTTGAAGT +TAACTCCTAATACACCACCTATGCCTCCAGCTAAAGTTGTTAAGAATATTTTATATAGCA +TGTCAGCCTCAAAAGTAAATTTTTCCTGAGCTAAGTAAACTATTACTATAAGACACACTA +TGTACAATAGACCAACTATCAATCCATATATAAGGCCCTTTTCCTTTATATGCTTTGATG +CATAAAATCCGCCAAAAGCAGCAGATGCAGTAGTTATAATCGAAGTAACCATAGCAATAG +TGTTTCCGGATACAGATGTAAAAGTTAATACTAAATTATATATTAATAATATTGCTAAAG +TTAATATGTAAGAGTACCCTAGCCCTTTTAAAACATGATTAGTTTTTTCCATAAAAAAAC +CTCCCCTCGAAAAATATATATTCAAGGGAAGGTTTAAAAATTACTAATTATTAAGCTTGT +TCTGTTTTTGATTCAACAGTTCCTATAGCCCATTTTTCAAATGGAACTTTAGTTCTGTTT +GGTCCTATTTCTAATACAACAGAATCTTCTTCAACTTTAGCTACATTAGCTATTATACCA +CCTATAGTAGTTACTTTATCACCAACATTTAGGTTATTTCTCATTTCCTTTAAAGCATTT +TCTTTCTTCTTTTGAGGTCTTATAAATAAGAAATAGAATACAGCGAATATTGCTGCATAC +ATTAATATCACAGTTATCCATTGTTGCATGTTACTTCATCTCCTTTATATTAAATTTTTA +AAATATAATAAACATTATATATTAAAATTATTATATTTCATAGCCATATTTTTGGAAAAA +TTCGGCTCTGAAGTCTAGCAATCTATCTTCTCTTATTGCCTGTCTTACTTGCTCCATTAA +TTTTAATAGGAAGTGTAAGTTATGTGTAGTTATAAGTCTAGATGCTAATATTTCATTAGC +TTTAACTAAATGTCTTATATAAGCTCTAGTGTAGTTTTTACAGCAGTAACAATCACACTC +TGGATCAAGTGGAGTAAAGTCTCTAGCATATTTAGCATTTCTTACTACAACCTTACCTTG +GCTAGTCATAGCTGTACCATTTCTAGCTATACGAGTAGGAAGTACACAGTCAAACATATC +TACTCCTCTTATTACACCTTCAACTAAATCATCAGGTGAACCAACACCCATTAAATATCT +TGGCTTATCAACTGGCATTAATGGAGTAGTGTATTCTAATACTTCGTACATTAAATGTTT +AGGTTCTCCAACACTAAGTCCACCTATAGCATATCCTGGTAAATCTATAGCTAATATTTC +CTTAGCAGATTGCTCTCTTAAATCTTTATACATACCACCTTGTATTATTCCAAATAATGC +TTGATTTTCTGTATTTTTATGAGCTTCTTTACATCTGTGTAGCCATCTAGTAGTTCTTTC +TAAAGATTTCTTTACGTAATCTCTATCAGCTGGATATGGTGCACATTCATCAAATGCCAT +CATTATATCTGAACCTAAAGCATTTTGTATTTCCATAGCTTTCTCTGGACTTATAAAGTG +CTTTGATCCATCTATATGAGATCTAAAGTGAACTCCTTCTTCAGTTATTTTTCTAAGTGG +CCCTAAGCTGAATACTTGGAACCCACCACTATCTGTAAGAATTGGCTTATCCCAGTTCAT +AAATTTGTGAAGACCACCAGCTTCCTTTACTAGCTCGTGACCTGGTCTCATATATAAGTG +GTAAGTATTACTTAGTATTATTTGAGATCCTATTTCTTTTAATTCTTCTGGTGTCATAGA +TTTTACTGTTGCTTGAGTTCCAACAGGCATAAATATTGGTGTTTCTATTACACCGTGTGG +AGTATGAAGTCTACCAAGTCTTGCTCCACTTTGCTTACAAGTTTTTATAAGTTCGTATCT +TATTGCGCTCATTCTGTCTCTCCTTAATATTTAGTCTTTATATAAAATATAAGAAGAAAG +AATCCTATAATTTTTCTATATTTTCTAAATCCAAACCTTCTTTAAATTTAGATTCATCAT +TTTTTTGTTTAGCAAGTCTTTCTCTACAAGCTTCACAATCTTTACAGTCTTCTCCTTCTT +CACAATCTTCATAATGTATGCTGGTGACGTTCATCGTACTGTTATCATTTGTTAATAGGT +ACTTTCTAATAGCAAATAGTCCCGCTATTGATATTATCCCTAAAAGTAAATCTCCCATCC +CAGCTGTCTTTGGAAGTAAAAGTAACTTTCTAGCTATTGCATATAAAAGCACTTCTAATA +AAGCACCTGGTAAATGAAGAGATAGCATTACTACTAGCTCAACCCCTATAACTAAAAGTA +ATATCTGTCCTAATAGACTATTTAACTGTGTATACTCTACAGGATTTTGAAAATCTACTA +TATATGCATCCCATATCATTCTCAACACATCTATAGTTCCTAAAAATACTGCAAGTAATA +CAACCATAGCCAAAATAGATTCAAATACATATGCTATTCTTAATGACAAGTTGCTCTTAT +CTATATTATTTTTCATTTTTTCCCCCTATTTTATAATCATGGCATCTCCAAAACTGAAAA +ATCTATACTTTTCTTCTACTGCAATTTTGTATGCATTTAGTACATTTTCTTGTCCTGCTA +ATGCACTAACTAACATTATTAATGTAGATTCTGGTAAATGGAAGTTAGTTATTAGCTTAT +CAACTACCTTAAACTTATAACCTGGATATATGAATATACTTGTCCATCCACTACCTTCTT +GCACTCTATTATCATCAGTAGCAACTGATTCTACAGTTCTTGAACTAGTTGTTCCTACAC +AAATAACATTATTACCATTTTCTTTAGCCTTATTAATTTTATCAGCTGCTTCTTTTGTTA +CAACATAGTATTCAGAGTGCATTTCATGTGCTAATACATCATCCACCTTTACAGGTCTAA +ATGTTCCTAATCCTACGTGTAAAGTAACAAAGGCTATATCTACACCCTTATCTTTAATCT +GCTGTAATAATTCTTCAGTAAAATGAAGACCTGCAGTTGGTGCTGCTGCTGAACCATTGT +GTTTAGAGTACACAGTTTGATATCTTTCTCTTTCCTCTAATCTTTCAGTTATATATGGTG +GAAGTGGCATATTTCCTAATTCATCTAAAACCTCTTCAAAAATACCTTCATAATGGAATT +TTATGATTCTAGAACCTTCTGGTCCCATACCAACTACTTCACCTATTAATTTGCCTTCTC +CAAAAGAAAACTTAGTTCCAATTTTAGCTCTCTTTCCTGGCTTAACTAAAGATTCCCACG +TGTCATCTTCATGTCTTTTTAATAATAGAAACTCTATCTTTCCTCCAGTATCTACCTTTT +CACCTATTAATCTAGCTGGTATAACTCTAGTATCATTTAAAACTAAACAATCACCTGGAT +TTAAATAGTCTATTACATTCTTAAATATTTTATGCTCAATATTTCCAGTTTCCTTATCTA +ATACCATTAACTTAGAACTAGATCTATCAAGTATAGGAACTTGAGCTATTAGCTCCTCTG +GTAAGTCGAAGTAAAAATCACTTGTCTTCAATGTTAAACTTCCTTTCAAAAAAATTATAC +TATTTATAATAATATCAAAATTTCAAGTTTTTTTCTATTAAAATTACTTTTTTGGCATTT +CTATATTTAAATGTTCATAAGCTAAAGGCATTGCTATTCTACCTCTAGGACCTCTATTTA +TAAATCCTAATTGAAGTAAGTAAGGCTCATATACATCTTCTATTGTATTTCTATCTTCAC +CAATAGACGCTGCTAAAGTATCAAGACCTACAGGTCCACCTCTAAATTTTTCAATTATAG +TTCTAAGAAGTTTTTCATCAACATAATCAAGACCTAAGCTATCAACACCTAAAAGTTCTA +ATGCCTTATGAGCCACTTCATCAGTTATATTTCCATCTGCCCTAACTTGAGCATAATCTC +TTACTCTTTTTAATAATCTATTGGCAATTCTTGGTGTTCCCCTAGAACGTCTAGCTATTT +CTGTAGCTCCACCAATCTGTATCTCTGCACCTAAAATAGCTGCTGATCTAATAACAATCT +GTGCCAACTCATCTACTGTGTAGTAATCAAGCTTACATATAACTCCAAATCTATCTCTCA +ATGGATTCGTAAGCATCCCCGCTCTAGTTGTAGCTCCTATTAATGTAAATTTAGGTAAGT +CAAGTCTAATACTTCTTGCAGAAGGTCCTTTACCTATAATTATATCCAAACAATAATCTT +CCATAGCAGGATATAAAACCTCTTCTACACTTCTATTGATACGATGTATCTCATCTATAA +ATAATACATCATTTTCATTTAGATTTGTAAGTATTGCAGCTAAGTCTCCAGCTCTTTCTA +TAGCAGGCCCAGAAGTAATCCTTAAATTAACCCCCATCTCATTAGCAATGATACTCGATA +AAGTTGTTTTACCTAGTCCTGGCGGTCCATATAAAAGAACATGGTCTAAAGGTTCATTTC +TACTTTTTGCTGCCTCTATAAATATAGAAAGCTGCTCTTTTGCTTTTTCTTGACCTAAGT +AATCTGATAGTGATTTTGGTCTTAAACTATTTTCTATATCAACATCTTCGTGCTGCATTG +TCGATGTAATTATCCTGTCTTCATCTTCAAAATCAAACATTGTTTTCCCCTTTCTTTGGA +TTTGCCTGTGGAAATGGCATATCTCAAATAAATTTTGAGGTCCCCTTACTACAAATTCTT +AAACCAAGTATACACTTTGTTTTCGTTTTTTAGTTTTAGGGCTATTGTTATTGGCTCTAG +GCCTATGGTTTTGACCTCATTTTTTTGTTTAAGTATATATTAATAATTCTATTTAAATTT +CTTAATTTATTATCTTAAGCTTTGACTCATTAAATATGATAAAGATTTCTTTATTATATC +TTCTGTATTTAAACCTGTTTTTTTACATTTGTCTACTGCTTCTTTCGCTTCTGCTGTTGA +GTATCCTAGTGCTATAAGTGCATCTACTGCTTCATCTTGTGATACTGCCACTGGTGATTG +TGATAATAGCGTTGGTTCAAATTCAATGTTTTGCTTATCTATTTTATCTTTTAGCTCTAG +TATTATTCTTTCTGCAGTTTTCTTTCCTACTCCTGGAGCTTTTGACATTTTAGCTATATC +TTCACTTACAATGTAAGCTCCTAATTGCCTTGGAGATGCAAAAGATAATATCCCTAAACC +TACCTTTGGTCCTATTTTTGATACAGATGTTAATAATTCAAACATCTCTAGCTCTTCTTT +AGTTGAGAATCCACACAAACTCATATCATCTTCTCTTACAATTAGCTTTGTATATATTTT +AGCCATATTTCCTAATTGTAAATCTTTTAATGTGTTTGATGATACATTTATTCTATATCC +AATATTATTGTTATCTATTACTATATGATCTAAATAAAGTTCTTCTATTGTTCCTTTTAT +ATAACTATACATATTGTCCCCCTATGTTCTTTAATGTTTTTTCTAATCTGTTTGCATGAG +CATGGCATATAGCAACAGCTAAGGCATCAGCTACGTCATCTGGCTTAGGAACTTCTTTTA +AATTTAAAAATGAAGTTACCATTTGCTGAACCTGAGCTTTTTGTGCTCTTCCATATCCAA +CCACACCTTGTTTTACTTGCAGTGGTGTATACTCATATACTGGTTTCCCATTATGAGCAC +ATGCAAGCATAGTAACTCCTCTTGCTTGAGCTACTGTTATTGCTGTTTTTACATTTTTAT +TGAAGAATAGTTCTTCTATTCCAACCTCATCTATATCGTACTTCTTTATAAGAAGATTAA +TTCCTTTATAAACAAGCTCTAATCTTTTTAATGTTTCCATTCCAGCAGGTGTTGTTACTG +CACCGTAATCTATAACCCTAAATTTATTATTTTTATATTCTATTATTCCATAACCTACTA +TTGCTATTCCTGGATCTATCCCTAATATTATCATTATAAAATAGACTCCTCCTAATCTTA +TTAATTATAAAACTGATGTTCTTATTTATTATAACATAACTTAGATTTTATAACTAATTA +CTTAGATAATTCATGCTCCAATTCTTTTTTATATACAAAATAAGAGATTCTCTTAAAAGA +AGTTTATTAATCTTAAAAGAAAGTGCAAAATCTAAACTCACATACATTTACGAATTATAT +ATACGTATGTCGATGAATTTAAATTTTGCACTTTCTGAATTAGATATCATAAATTTTATC +TCTTTAAGAAATCTCTTATTTTAACTATCCATATCCTCTAATTTTAAATATGCTTCATCT +TGTGAATCTACTGTAATACCTTGTTGAAGTTCATCTTGTACAATCATTGGTAAAGAGTCA +ACTTCTATTTCAGTTTCTTCTACTAATGTTTTCTTACCTTCACTATCATATTTATAAATT +CCTACATACCCACTATTACTTTCAACTGAATATTTATTAGCTTTACTTAAATCTACCGTA +GAGTCCTCTACTTCAGTTAAAATTATTTCATATTTATTTATACTTTGTACTTCTCTATTT +GGGTATTTGTCTTTAAAATAAGCAATTATTTCTTCTTCAGATTTATCTAATAGTTCTTTT +GGAACAGTTCCGATCATTACTGGAGATGATTTTGAGTCACTTTCATCATTATAAGTCTTA +TGTAACCATATTTCACAATTTTCATTTAGGCCAAAAGCCTCAGTTGCTTTAGTTTCGCCA +TCAGATACTTTGGTTTGTGTCGCATTATTAGTTTTTGCATCAGTATTTCTTGATTTTATC +CCTATATAAATTCCACTACTTAATACCAATACACAAACTAACACTAAAGCTGGTATTTTC +CAAGGAAATGATTTTTTTTCTTCAAACATTTTATTAACCTCCTTCTTATTACATAATTTT +ATCCACTTCATATGTTTCTATACATTTATGGAAAAATTAGTAATATCATATACATATATA +TTTGTCTCATTTAAATATAAATATACATATTATAAGGTATCATTAAATGTTTATTTATTA +GGGAGGTGTTTTTTTGGATTCACCATATATGAAATTAATATGCGATAAAATGGATTTTAT +TGAATTTAAACAAAATATACTACTTCTAAAACAGCCTCAACATAGAGCATCTATTTTTTA +TGATCTTAAATTAGATGATTTTATAAGAATAAGGAATTTCACAGAAAGTTTTTCTAGCAG +AGTCTTAAATAATGAAAAGTTAACTATTTTAGATTATGAAAAAGAATTATTTAAAGTTTG +GTCTCCTATAAAAGCTTATCCATCATCTTCAACATTAGTGGCAAAAGCCCTTATGAAAGA +TGATGCCTTTAATTTATTATTTCAATCTAATAATTAACTTTTTTATTTCTTATAAAAGTT +TTTATAGCTTCCTATTATTTTGTCTTAGTACAACTAATTCAAAATATAGGAATGCTATTT +TACTTTAAGTGATATAATTTTTGATTAAATTGGAAATACTTCTTAATGATCAATATATTA +TTAGGAGGTAATAGAATGGCAAGAATTGGATGCAATGTAATTAACTGTTCACACAATGAC +AGTGGAATATGCTATGCAAATAAAATTTCAGTAAACGGAAAGAAAGCTCGTACTAGTAAT +CATACTTGCTGCAGCTCATTTTTAGATGAATCTACATATAGTACATTAACTAATAACACA +AATAATGATGGGCCTTGCAACATAATAGGTTGCAATGTAAAAACTTGCACTTATAATGCA +GGTAACATATGTGCTTTGAATGATATAGGCATAACTTCAAACGTTGGTAGAGCAAATCTT +TATTCTGAAACTTACTGCTCTAGTTTTAAATGTAAATAAAACTTATAGCATAAATAATTT +TTACAAAGAAAAAGTGCTTATTTAATAAATAAGCACTTTTTCTAATTATATATTTAATTA +TTATTTACAGCATATATGTATTATTAGTGACCTTATACTTAATTTCTCTTCTATCTTCAT +TATCAATAAATTTATATACCTGTACCAATAAATCTTTGTATCCCATATTATAAAGAACTT +CTTCTTTTTCTTCTCTATTCTTAATATTAAGTATTACATATTCTGGAGTAATTTCTTTTA +CTTTTAATATATTAGTATAATCATCTTTCTTACTACCTTCATACTTAACATGTATTTTAT +ACAACTTATTGCATTCACTACATTTTACATAATAAGTTGTATCTTCAAATATAAATGTGT +TCGAACTTTCATATTCTTCATCTCTCTTTAATCTTGTTTTAATCATATCTTCATGAATTA +TATTAAAATTCTTTTTACATTTACATATTCCATCTTCTTTTTTCAAATCGAATTTTAACC +AACCTGGTAAATCATCATCAATACAAATAAACATCCCTTATCCCCCCTATTTTCATATCA +CTATAATTGTATAGCATAAAATATGTAGAAACAATATATTGAAGCACTACTTTTGTATAT +AACAAATAAGCACATGCTTATTTATTTAAACTATTGATTATTTCATTAAGCCATGATATT +ATGAATTTCATAAATTTAGATTTTAGGAGGTATAATAATGACTGCTTTTTTAAATAAAAG +AAAAGACATCGTAAAAGTTTTATTTTACATAATTGGTCTTTCTATTATGGGCCTTGGTAT +AGCATTAAATGCTATTTCTAACTTTGGTGCAGGACCTTGGGATGCTGTAAATATAGGTGT +AAGTTACCATCTGAAGTTATCAGTTGGAATTTGTATGAATATTGTAGCTATTCTAAACTT +AATTATAGGTGGAATTCTAAATAAAGAATTTCCCAAAATAACACCTATAATAACATCTTT +AGTTCTAGGTCTTTTTGTAGACTTAGGGTTTATCGTTTTTAATGGAATAAGCGCAAATAC +TTCTATAATACAATTTATATTATTTATGATTTCATTACCGATTATAAGCTTAGGTATTTC +TATATACTTAGTTTCTGAATTACCTAATACTCCATTAGATTATTTTATGCTTGCAATAAA +GTCTAAGTTTAATTTATCTTTAATGGCAGGTAAAATTGTATCTGAATCTAGTGGACTTAT +AATTGCTTTATTACTTGGCGGCCCTGTAGGTCTTGGGAGTATAATAATAATCTTTACAAT +AGGACCAATGATGCAATTTTTACACACTTATAGTAAAAATATTTTTAATAAGTTAGTTAA +TACAGATTTTGATTTAGCTAATAATTAAATAATATATTCTAATTAAATCTACCCCTTTAC +TCCTAGTTACAAAACTGTAAGTATTTACACAATAGACCATTTGATATACACAGTATATAA +TATAAGTATAAGGATTCGACAAATTAATATACGAGGGGGAACATTATGAAGAATAATAAT +ATTTTTAGTCCGAAAAAGAAAAAATCTAGTGGATCTAAAAAAGCTTTAACAGTTCTAATG +GCTTGTGTAATTGTATTTGGTGGCGTAAAAGTAGTTTCTGCAACTACTCAATTTTTCAAA +GAACAGCAAGCAATAAAATTAGAAGAGAAGCGTAAAGAAGAAGAGGCTAAAGCCTTGGCT +GAAAAAAAACGTAAAGAAGAAGAAGAAAAGAAGAAATATATGGTCGGAGTAAGAAACGAT +GCAAAAAAATATTCATATGATGCTGTTAAGGTCGCAGAAAAATTAGCTTCATTTGACTAC +TCTAATAACGGCGAAAAAATTGTATTCTTAACTTTTGATGATGGTACTTCTACAACTGTA +ACACCTGAGGTTTTAAGAATATTAAAAGAAAATGATGTTAAAGCTACTTTCTTCGTAACA +GGAGAAAATATTGAAAGAGGCGGAGAAAAAGCAAAAGACTTATTAAAAGAAGAATTAAAT +AATGGACATGCTATTGCTAATCACTCTTGGTCTCATGACTATAGAAAGTTATACCCAAAT +AGAACATTAGACTTAGATGCATTTTTAGCTGATTTTAAAAAGACTGATGATTTATTAAAA +GATACTCTTGGTAAATACTTCTCAACAAGAGTAATTAGATGTCCAGGTGGTCATATGTCT +TGGAGAGGTATGGACGCTTTAGATTCTTATTTAGAAGAAAATAACATGGCTTCAATCGAC +TGGAATGCATTAAATAAAGATGCTGAAGGTAGAAAGAAAAATGCTGATCAACTAGCTGAG +GAAGCTATAAAAACATCTGAAGGTAAGGAAATGGTAGTTTTATTAATGCACGATACTTAC +GGAAAAGAAGAAACTGCCAAAGCTTTACCTAAAATAATAAAATATTATAAAGATAATGGA +TATGAATTTAAAACATTAGCTTAGATTATATAAATAAAAGTACCTTAGAATTATAATAAT +GCTCTGAGGTACTTTTTATTTTCATAGCTTATAGATTTATTTTTTTATAGGGTCTTCAAA +TGATGGAGGTATTATATTGATTTTTCCGTCATGATTATTAGGTCCAGGTGAAGATAAGTC +AAAGTATAACTTAGAGTCTTCTGTAACTCCAAAATCTTTATTTGATCCAGTATCTTTTAC +TTTATTTAGTGCATCTCTAAATAAAGCATTGTGTGCCTCTTCTCTATTAAGTAAGAAATC +TATAGTTTCTCTAACATGTTTATCTTCAATTTGTCTATATAAATATTCATAAACAACTTT +TGCTCTTTGTTCTGATGCTATATTTGATAGTAAGTCTGCAACTAAATCTCCTGTTACACT +TACATAGTCAGCTGTCCAAGGTACACCTGATGAGTTTTTTAAATCTGGTGCTAACCCAGA +TAAAACTTGTGCTTCTAGTTCGCCTACATCAATTGCTTTGTAATCTACATCATGTCCATT +TAAAAGATTTATAGTTTGAGCTACCATTTCCATATGACTTAATTCTTCTGCTGCTATATC +TAAAAATAAATCTTTTATTTCAGGATCTTTAACTCTAAAACTTTGTGATAAGTATTGCAT +AGCTGCTTTAAGTTCTCCATTTGCTCCTCCAAGTTGTTCTTGCATTAGGACTGCATATTG +AGGATTTGGCTTTTCAACACTTACTTTATGAAATAAATTCTTATCATGTTTAAACAAAAT +ATGTACCTCCTTAAATAATTTAGTAATATTATTTCGTTATGAACATCAATTTATTCGCTC +TTTACTTCAAAACTTTATATTTAACTCATATGTATACTCTGCTTTATTGTACTTTATAAA +TAAAGAAGCTACTCTAATTACTAGAGTAGCTTTCTTTTTAATTTACTTTGTAAGCATATA +TTTTTTCCAATCACCATTTGAAATATATATTGATTTACTATCAAACTCTTTATCTTTATC +TTTGTTATAGAAATACACAAAACACTTTTCTTTTGTATTAGTTGTAATGTCTTCTACATC +TAAAATCACCTTATGATATTCATTGTCAGGATTATTTTCACTTATAAACCCTTCCATTTC +ATCCATAGCTTTTACAGTTTCTTCATAATCATCTTCATTTATGACCATTATTTCACCTAA +TATTGTATCATTACCATGAGTTATTGCTGGATACCCCTTATAAGGCATATGATGTAATTT +CATATTTTCAAGCTTAGCTTCTTTTTTATTAGATACTTTACCTTCTAAATATTTATTATA +GTTGAAGAATCCTTCTCTTAAACTTCCATAAACAAAAATATTAATATTTCTCATTAGCAA +ATTTCTCCACCTATAGTTTTTATATCTTCGTTGTATAAAGTACAGGCTTCTATTGCAAGC +TCTAATCCCCTAACTATTTCATTTAAAGACATATATGGTGTATTTTTCTTATCCATAACT +TGAGAAGTCATATAAGGTATATGTATAAAACCACCTTTTATGTTAGGATACTTTTTATCT +ATCATATATAATATCCCGTACATTACATGATTACATACAAACGTACCTGCTGTATTAGAT +AAAGTTGCTGGTATATTGTTATCATTCATGTGCTTTATCATTGCTTTTACTGGTAAATTC +GTAAAATATGCAGCTTGACCATCTTCTTGTATTATTTCATCTGTTGGTTGATTTCCTTCA +TTATCTTTTATTCTAAAATCATCTATATTTATAGCAACTCTTTCTGGAGTTATATCAAAT +CTACCTCCAGCTTGTCCTACAGATATTACTATATCTGGATTATGAGTTTTTATAGCATCC +TCAATTGCTTTAACTGATTTAGTTTGAACTGTAGGTATAGTTATCTTTATAACTTCAGCT +CCATTTATATTATTACTTACCATCTTTACAGCCTCTTCAGCTGGATTTACTGGTTCTCCT +CCAAATGGGTCAAATCCTGTTAATAAAATCTTCATCGTCTTTCCTCCTATAAAGAATTAC +CTATATTTATAATTAAAATCCTAAAGTGTACATAAGAATTATATGTACTACTAATAAAAT +TAAAGCTAAAGGAGCTTGTGCTTTTATTACTGCATTTTTATCTTTAAGTTCTAATAAGGC +TGCTGGTAATACGTTAAAGTTTGCAGCCATTGGCGTTAAAAATGTTCCACAGTATCCAGC +TGTTAATGCAAGCATTGAACATACTACTGGATCTCCACCTTGAGCAAAGACAAATGGTAT +ACCAACACCAACAGTTATAACAGAAAATGCCGCAAATGCATTACCCATAATTGCTGTAAA +TAATGCCATACCTACACAGTATGCTATAACGCCTATTAATATATTTCCTTGTGGTATAAC +ACCTGATATTATAGATGATATTTTATCTCCTACACCAGCTACAGTAAATAATACTCCTAA +AGATGCTAGTAATTGAGGAAGTATTGTGAATGATCCCATGGCTTGGTACATTCTGTTACT +ATCTTCAAGAAATTCTATCGGCTTAGCTTTAGTTATTACAAAAGTTATTACCAATGATAC +AGTTGAAGATATACCTATTGCTACTGTTCCAGAAAGTTCAGTAAATTGAGCTATAAGCAT +AGCTACTATAGCTATAAGTAATGAAGGTATAAATATTTTCAAACCTAATTTTTCTGCTTT +TAAGTTCGCAAATGTTTCATCTAATTGTTTTAATGTTCCTACATTTATTTGCTTAGTTGC +TGATAATACTGCTATAACAACTACTAATATACCTACTATTGTATTTGGTATTAGTTTTCC +AAATATAAATGTTACCGACAATATTCCCCAGAATATTGCTGTTCCTATTCTAGTTTTGTG +ATTTTTATCTTTTAATGTGAATACCATTGTTATTCCCATGTATAATCCTAATATTATGTA +AAATAGCTCTAATAAACTGTTTGAAAGTTGTGCCATATCCATATTACTTTGCACCTCCTA +CATTGCTATTTCTAGAAGCATATTTCTTATTTAACTTTTTATCAAATAATATATTTTGTA +TTACCCATATAATAAGCGATATAATAGCTACAGGTATAGCAGCCTTATTAAGCTGAAGTG +GATCAACTATTATTCCTTGAGATTCTAACGTTGATACTATCAACAATATCCCTGCATTAG +CTAAGAATAAATTTTGAGCACAGAAGTTACCTATATTATCAGATGCTGCTGCCTGAGCTC +TTATTTTATCTAAATCTTTTTCATCTAATTCTCCATATTTCGCAACAGCTGCACCTTCAG +CCATTGGACTTACAAGAGGTCTAACAAATTGCGGATGTCCTCCAAGAGTAACCCCCATAG +CTATTGTAGCTTCTCTTATAAATGTGTATCCACTTAAAAGGATACCTGTTGATAAACCGT +TCGCCTTCTTAATAATCATTATTGCTTTAGCCTTTAATCCATATCTTTCACATAAACCTA +TTATTGGTATAGTAAGCATGAATAAGCAAGTTGTTCTATTAGTTATAAACGCTTCTCCTA +AAGTATTAAGTATCTCTACAATACTCATGTCTGCTACTAGTCCTGTTGCAACACCAGCTG +TCACTACAACTGCTATTGTATCCAGCTTTAAAGCAAATCCTGCGATTATAATTAAGATTC +CTACTAATTCCATGATGTCACCTTCTCCTCTAAAATTTTATATAGTTAGTTATCTTAGTA +TTAATTATATAACGATTTTCTTTCAAAGTAAACATTTTCCGACAAATTGTTTGAAAATAT +AGAATTAATTTAATATACTGATTTGTATTTTTAATCAGCAAAACACCTCCAACTAATCAA +TATAGATTTAATCTATACATCATAGTCAGAGGTGTTTTTATTTATCTTAACATATAAATA +TATTCAATTATAAAATCTTCAAATTATTGATATAACTTAATTTTAAAAACTATTCAGCTA +TTTCCCAGTTATGATATACATTTTGAACATCGTCATCATCTTCTAACATATCAACTAATT +TGTTCATGTTCTTTAATTGAGTTTCATCAGTTAATTCAGTAGTAGTTTGAGGTATTAGCT +TAACTTGTGCAGATATGAATTCATATCCTTTAGCTGCTAATTCATCTCTAACTGCTGCAA +AATCTTCTGGCGCAGTTACTACTTCATATCCGTCTTCTTCAGCTATAAAATCTTCTGCTC +CAGCTTCTAAAGCTATTTCCATTAACTCATCTTCAGTAACATCATCATTAGCTTCTATTA +ATATTTGTCCTTTATTATCAAACATGAATGATACACAACCACTAGTTCCTAAGTTACCTC +CATTTTTATCGAAGTAATATCTTACATTACCAGCTGTTCTATTTTTGTTATCAGTTAATG +TTTCAACTATAACTGCAACTCCTCCTGGTCCGTATCCTTCATAAACTATAGTTTCAAAGT +TTTCATTAGCTCCACCGCCTGCACCTTTTGCTATAGCTCTTTCTAAGTTATCATTTGGCA +TATTATCAGCCTTAGCTTTTTCTATAGCAGTTTTTAATGCTGCATTGTATTCTGGATCTG +GTCCACCTTCTTTAGCTGCAACAGCTATTGCTCTAGCATGTTTAGTAAATATTTTCGCTC +TTTTAGCGTCTTGCTTACCTTTTCTGTTGATTATATTTCCTATACGTCCCATAATTCCAC +TCCTTAATACGTATAATAGTGTTTTATTAATTCACGAGTATAAGTATTTCATATACCCAT +ATATTTATAAATTTAATAAATTAAAATTTAATTTACTAATAAATTTTAGCACAAATAGTT +CTTTTAGTAAATTAGAACTTAGGTGGTGCTGGTGCCACTGCTCTTTTATGAGCACTTATT +CTATGTAATCTTTCTATTATTTCTCTATCTTTTTGAGGCACTACTTCTAATCTACCTTCT +ACTACTGCATCTATCATATTATATGTAGTTCCCATTTCATTTTCATCAGTTTGTCCTTCC +CATAAACCTGCTGATGGTGCTCTATTTATTACATCTTCATGTACTCCAAGTACTTTAGCC +CATTCATAAACTTCTGCTTTAGTTATATTTGCAATTGGAAGTAAATCCACTCCACCATCT +CCATACTTTGTGAAGTATCCTGTATAAACTTCAGCTGCATTATCTGTTCCTACTACTAAG +TAATTTAAATTGTTTGCTACAGTATAAAGTGTACTCATTCTAACTCTTGCTCTTAAATTT +GCATCCGATATTTGTTTATTATTTTCATTGTATATTTCTTTATTTTGTAATTGATTGAAT +ACTTTATTTAATATTTCCTCTTGTTGCTTTGTTAAGTCTAGTTCTATATGTTTTATTCCA +CACCCATTTATAACTTTTAAAGCATCTTCCTTATCCTTTGGATTGCTATTTATCTCCATT +ATTACCCCTACTGAATTTTCTGGAAAAGCTCTTTTTATAAGGTTACAAACTACTGCAGAA +TCTATTCCTCCAGAAACTCCAACTACTAGCCCTTTACAATTAGCTTCCTTTACTTTTTCT +CTAAGCCACTCAACAGTTTTTTCTATTTTTATTTCTATATCTGTTTTTAAACTTGCTTGC +ATATTATTTTTTTCCTCCCTAGAATTTATATAAATTCATTATATCATATAATTTTTATTC +TTTTGGTATTATGTGGCAGTGTAAACTATTATATTTATATACTTTATATTAAGTTTTCCT +TATATATAAATATAATTCAATAATTCTGTGCAAAATACAAATTAAAGAAGGTGATAATTA +TAAAAAATAAGCATTTTGACTTTAATATAAAAAATACTATAATCGGTATATTCACAGGAT +TTGTAAATGGTATTTTTGGTTCAGGAGGAGGAACTCTTTTAGTACCTATTTTAAATAATA +TTCTAGATGTTGAAGAACATAAATCTCATGCAACAGCTCTTGCTATAATAATATTTTTAT +CTTCTGCAAGTTCTGTTATTTATATTTCAAAAGGTACTTATGACATAACATTAACTATAC +AGGCTGCCATTGGAAGTATTATCGGTGGTATTATTGGCGCAAAATTATTATGCAAAGTTA +CGGGTAGATTCCTTAGAATTTCATTTGGAGTAATTATGATAATTGCTGCTTTAAGGATGG +TGTTTTAATGTTAATCGCAATAATAGGATTCTTTGCTGGAATAATAGGTGGAATGGGTAT +GGGGGGCGGTACAATTTTAATCCCTGCCTTAGTACTATTTGCGTCTATTGACCCTAAGAT +AGCACAAAGCGTTAATTTACTTTCATCTATACCAATGACTATCTTTGCACTTCTTATACA +TATAAAAAATAAAAAAGTTGTATTTAAATTAGTTCTACCAATCGCTTTATTTGGCGTTAT +AGGAGCAATCTTTGGCTCTTTTGTGGCTAATTATCTTTCTTCTGATTTATTAAGAAAAAT +TTTTGGAGGATTCTTATTACTAGTTGGTGCATACGAAGTTAGAAAAGGTATCAAAGAACC +TAAAGGAAATTGTAAGAAGAAAAAATAATATAAAGGTATACATGATTTAAAATCTCATCT +TCTATCATGTATACCTTTACTTATCCTAAATCATACTTTCTAATTTAAGAATTATATCTT +TATATCTCTTATCATTCTTTATAAAGTCATATCTATCTTCACTAATTACTCTCTTTAAAT +TAGCTACAACATATGACTTTGAATGTACTCCTTCAAATAATTCAATTCCATCAAATAATA +AATGTCCCTCAAGGTTGTGATTATGATTTACGCTATCTATTATTTTTTCTATATGTTCTA +ACGTTTTTTCTATATTTTTTTCTTTTGAGTATACTTCTGAAGACATTAGACTTGTACCAA +TTGCATATATATCTTCTAAATTAAAAATTCTTAATAACTCACTTTGAATGTTTAATATTT +CCTTAGCATTTGAAATATTATTATCCTTCATAGATAAGCTTACATAACTATCCAAAGACA +TTTTTATATTACTTATTCTCTTATACGTTAAGTTTCTTAAGATTTTTTTTGCCTCATCAT +ACTTTCCTTGATTAATATATAATCCAACTAACATGTCATCTCTATCAGCTGTAACTTTTG +GCAAGCTTAGTAAAATTTCTTCTGCCTTGTCATATTCTTCATTCATAGTATATAAAGAGC +TTAATGTATATTTTGATTTTTCCATTATTTCCCGTTATTTACTATTCATTGACTGTTCCA +ATAATTCTATAGCTTTATTAAGTATTATCTGTGCCTCTTCATCACTAGATGCACTAGCTA +AAGACATCATATAAAGAGATCCTATTCTAAATTTCAAGAATAAATTATTTGGATATTGTC +TTATATACTCTTCACAAGTCTTCATAGCATTTTCTACGCTATCTGTTTCAAACAATTTTG +CACACTCTAGATTTATTCTCATAACTTCTTCATTAGAAATTTCCATCTCATAGTTTAAAA +GATTATCTATACTAGTATTAAAAAATCTAGCTATTGAAGGTAATATAGTAATATCCGGAT +ATGAATTTTTACTCTCCCATTTTGATACTGCTGCTACAGATACACCTACCGCATTAGCTA +AACTCTCTTGTGTTATTCCTTTTTCTTTTCTTAATTTATATATAACTTTACCAATAGATA +ATTCCATAATTGCCTCCTATTTAACTTCATTTTATTTTATAAGACCTTATATATTGATTA +TATATTCATTTAAATATAGTCACAATGGAACCTTAGTTAAGCATTAGTTTACTTTTATTA +ACTCATAGTTAACTAAAAAATAAGCAGTCTCTTTTAATAAAGAGCACTGCTTATTTATAT +TCATCAATATTATAAAATAATCTCTCCATTTTGTTCCGATAAATAAAACTCATCTCCCAA +TACTATTCCTGCTGTAGCGCTAGTTATATCTATCATTCTAGAAGTTAAAGCTTCAACCTC +TTCAAGCTTACTATAAACTATTATCTCAACGTTATCTTCATATATAGTATCTTTTATAAA +ATATCCTAAATTCATAATTTCATTTTGAACTTTACCTAGTTGATTATAATCTATCTTTAT +CTTTACTTCCTTATACATTACCTTTTCAATTATCTTAGCAGCTTCAAGTCCTACTTTAGC +ACCCTTTGTATATGCTCTAACTAATCCGCCAGCACCTAATTTTATTCCGCCAAAATATCT +AGTAACAACAACTACTACATCTCTTAAATCTTCTTTTTTTATAACCTCTAAAGTCGGTAT +TCCAGCAGTACCTTGCGGTTCTCCATCATCACTATATCTTTGAATATTCATAGTTGGACC +AACGGTATAAGCCCATACATTATGAGTTGCATCCTTATGTTTTTTCTTTATTTCATTTAC +GAATTCAACAGCTTCTTCTTCAGTTTTTATAGGTTTAGCATAACCAATAAAAGTTGATTT +TTCTATTATAATTTCGTCACTACCAAAATCATGTAAAGTCTTATAACTACTCATTAATTC +CTCCTATATCTTTTGCTTTAATTTCACTTCGCCTATGCTCATCTATTGCTTAAAAAAGAA +AGGGCATTAACCCTTTCTTTTTTTAAGTTACATTTATTTATAGTTTACGGCAACATTACT +TCCATCACAACTATTTTTCTTAATTTCTTTATACTTTTTATATGATATTTCAACTAATGA +CTTTTCCTTATTATGAGTTAACAATTCAAGAGCTTCTTTTACTTTATAGAATCCTCCATC +TTTGAAATCACCCTTTATTATGTATTCTGTATTTTGAGCCTCCATAACATACCAAGATAT +GGCATTGCAAACTTGCTGTTGTCTGCTTCTTGAGAAGAATTCATACATAGTATCTCCTGC +AACCTGTAATGTAGTAGCGTTTATTCCTGTTTCTTCTTTTACTCTGTGGATTGCGCTCTC +TTGAGCTAATTCACCATCATGAATTTTTCCTTTTGGTAATGTCCATTCATCTCTATCATT +TTTTAATAAAAGTACCTTATTAGCATAAAATACAACTCCACCAGCACAGCGTCTTACTAT +CATATTAAACCCTCCTAGTTATTTTAACTATTTTTTGGTTCTCATCTATCGATACACTTT +AATGGATACATAACTTTGTGCTAATCACCTTTTTCTAACGTATCAATAGCTTCATCATAA +GCTCTCAACACATAGTCTTTTTCAAATTGCTTTTTATTCTTTAATTGTCTTAGCATCTTT +AAACTTGTTTCATTTCCTATTTTTGAAAGTGCCTTTGCACAGTATTGCCTAGTCTGTGCG +TTGGTGTCGTATAAACCTCTTTGTAAAACTTCTCTACTTTTTGGTGATTCAATTTTTCGA +AGTGCTGAATATGTTATCCTTCTTACATCAGAATGTCTATGGCTTGTTAATGGATGTAAT +AATTTTAAAAATCTATCATCCTTAAGCTCACCTGTTGCCCAAATAAGAATCATTAAATCT +TCAGCATTTCTTTCAATTAGTATTCTCTTATAAAGTCTTCTCTTAAAGTCAACCATCCTT +TCTTCATGTAAACTTTCCATAAAAGCAATTCTTTTTTCTTTATTTAATTCTAGAAATTTA +TCTAAAATATCTTTAGATGATTCTAATTCATCTTTAAGCATTGCTTTTATTTCTAATTTA +GCTCTTATCAGATGGTCATTTACCTCTGTTGTTGAAATATTTCTAATCTTGCTAATTTGA +GATACTGTTTTGGATTCTTTGTAAAGAAGATATGTTATAAAATAATCTTCCAATTGGTCT +ATATTATCCCAACTTATATTCATATTATTACCTACTTCTCTAATATATACTCTTTATATA +TATTATAATCTTCTTCTTCTAAATTTACATCAAGTGTTATTCCAATTTCCCCATATTCAA +AGTTTTCTACATTATATTTATCTTTAATTTTACTGAAAATATGTCCTTTATCATAAGGTA +ATAGAAGAGTCACAGGGTAAGTATTCTTCATTAATGCATCTTCTATCATATACAATAATT +TTTCCATATTTATTCCTTTTTTAGCAGAAATATAAATTACATCATCTGTATTCTTAGGAT +AAATATCTAATTCTAATCTATCAATTTTGTTGTAAACAAGTATCGTGTGCTTATCATCAG +CCCCTAGTTCCTTAAGTACAGATTCCGTAGTTTTCTTCTGTAACTCATAACTACTATTAG +TAGCATCAATTACATGTAAAATTAAGTCTGCATATTGAACTTCTTCTAAGGTAGCCTTGA +AAGCTTCTACTAAATCATGGGGAAGTTTGCTAACAAATCCAACAGTATCTACAACTAAAA +ACTCTTTTTTATTTGGTAGTAATGCTTTTCTTAAAGTTACATCTAAGGTTGCAAATAGCA +TATCTTTTGCCATAACTTCTTTCTCTACATCATAATCTTTATGTGTCTTTATTAATTCGT +TCAGCAAAGTAGATTTTCCTGCATTTGTATACCCAACAAGTGCAACTATCGGTATATTTG +ATTTTAAACGTTGTACTCTTTGAGTTTCTCTGTTCTTTTTAACTTCTCTAAGTTCTCTTC +TTATATCTGCTGCTTTATTTAAAATATGTCTTTTATCTACTTCTAGTTTTTGCTCTCCCG +GTCCTCTTGTTCCTATACCGGCACCAGTTCTACTCATTTCTCCACCCATACCATAAAGTC +TAGGTAATCTATATTTTAACTGAGCAAGCTCAACTTGAAGTTTTCCTTCTTTACTTAAGG +CCCTTTGTGCAAATATATCTAGTATTAAAGTAGTTCTATCTATAACCTTAATCCCCACTA +TCTCCTCTATATTTCTTATATGTGCTCCTGATAGTTCATCGTTAAAAATTACCATAGAGG +CATCTAATGATTCACAATAAGCTTTAAGTTCCTCAACCTTACCTTTACCTATATAATATG +CTGCATCTCTTGATTGCCTATTTTGAGTTATACTTCCTACAACTTCTGCTCCTGCAGCCT +TTGTTAACTCTTTTAATTCTTCCATTGATTCGTTTATATCTATATCATCTATTCTTCTTG +ATGTGGACGTTATATTAAGTCCAACAAGTAAAGCTCTTTCTTTTTTTTCTTGCATCTGAA +CACCTCTTTAATCTGTGATTGTGAATTAAATTCCTTATTATTATACCATTGATGTAAATT +TTTACTATATTATTATAAAACTTTAGTATAATTATATTGCGGATAATTTCAATAAATTAT +GTATCTTATATTATAGACATTTAAAACCTGGAGGTATACTATGAGTGAAAATTATAAATT +CTTTAATCATAAAAAATGTGAGTATTTTCCATGTCATAAAACGAATAAACCTGAAGAGTT +TAACTGCCTATTTTGTTACTGCCCTTTATATGCTTTAGGAGAAGATTGCGGTGGTAACTT +TAAATATAATGAAAATGGATTTAAAGATTGTAGTAAATGCCTTCTTCCTCATAATCCTAG +AAATTTTGATTATATTATGAGCAGATATAAAGACATTATGAAGATTGCTTCAAAAAAAGA +TTAATTAAATCTTTTTCAAATTATATTTATTATTAGAAATCTATATTATTTTAAAAGTTT +TTTAATCAATTATTAATTTATTTTTATATTGATTTATTATATTCAATTTATTAACATAGT +ATGTTCTTATTAAGTATGTATACTTATCTTTTATTATTGTAACGCTTGTATATAATATGT +AAAATAACACTACTTAGTAATATTAACATTACTATAAATAATCCTGCATGAAAAAAGAAT +TCTTGAGGAAGTATATTTATTACTGGATCTTTTGAAGGATCAAAGATCCAGTAGTCATTA +TCAAACATTAACTCATGAAATGCAACAAATGTCTTATCAAAATTTATTAACATTGGTATT +GATACTAAAATTGGTAGTATTATTACTAATTTTGATGTTATATTTAAGAATTCTATATTA +TTATTTTTCAAATTAGCAATTATTCCTATTATAGTTATTATTAAAGATACTATCAGTAGC +TTGATTACATTTTGTATAATCTCTTTTACTTCTTCAAAATGTACTTTTCCTTCTGGAGAT +GATTTTATCGTTGGTAGATCAAATTCTCCTGAAATCTTATTTAAGTTATAGTCTATCATA +TAATCGTAATTAATCTTTATCTCTTCTTTTGTTAAATTATTTTGTTCTGATATATTTAAG +TAGTTTATATCAAAATAGTATAATTGCTTAAATCCAACGGTTATCATTGTACTTGAACCT +ATTATTAATAAACTAAAAAAAATACAAAAAATTAAATTCATTGTTTTTTTCATCTTTTTC +CCTACCTTTATTGCCATTTTCCTGTACAAACGAATTTTTCTGCCCTTTCTTGTGCTCTTT +TCACTATATTGTCACTATACCCCATAAAGCTTAGTAACTTTATAGCATTTCTACTCTCAG +CCCTACCTTTATAAAGTTTGTAATCAAACCTAATATCATTATCTGTAATATTTTCCTCAA +AGTGATAATTATTAAATCTATTTTCTAGTAAGTAGGTTAATTCTATATCATGTGTAGCTG +CAAAGCAGATACAATTATCTTCACTAAGAGTTTTTAAAACCTCGCTAGATGATGCTATAC +GTTCAACAGTATTTGTTCCTCGTAGTATTTCATCTACAAAACATAAAGATGGAATTCTAT +CGTCTACATTATCTAAAATCCGTTTTAATGATTTGATTTCTACTATATAATAACTTTCAT +TACTTAATACACTATCTTTTAAAGCCATTGATGTATATATCTTAAAGTAAGATGATAAAT +ATTCTTTAGCACAACAAGTATATATACTTTGTGCTAGAATAGCATTTATAGCAATAGTTT +TTATAAAAGTCGACTTACCCGAAGCATTAGACCCTGTTATTAAAGCACTCTTATCAAAAC +TCCCAGAATTAGCTACTGGATTCTTAATTAAAGGATGATACATCTCTTTAAACATTAAAT +GTTTCTCACCTTTATTTATACTTTCATTCAAAACTGGCTTAGTAAAATAATCTAAACTAT +CTCTAAAAGATGCTACAGCAATTAAGGCATCTATACTGCCTACAAATTCATATATATTAA +TTAAATAATCTTTATTTTCTATAATAATTTTCTTAATTTTTTCATATGTAATTAATTCTG +ATAAGAAAAGCATATTTGTATATTCACTTAAAATATTTATCTCCGATATTAGTGAATTTG +GATCACTACCTATACTTTTTCGTCTTATTTTTTTAACTCTCTTTAAATCCTCACTTATAT +CATCTAAATTCTCGTTTATTACATTTATATTTAGTGATTTTATTTTCCTCGCAATATTTA +TAACTTTTATTAGATATGTAAATCCTTCTGTGCTATAATTTTTTCTTCTTTCATTTAAAC +TTATGTATATGTTCAGACAAGCAAATCCTATCATAGGTAATACAAAAAATTTGTTAAAAA +ATACTAATATCAAATTTATAATGGGTAATTTTGATAATATTTTATATTTTAATAATTTAT +TTTTTCCATTAAAATCTTCATTAAATAAGCAGTTAGATGTATAGGCTTCTTTGCTATATC +CTAATTTCCCTAAAATATACTGTAATTTAAATCTATCACTTTCATTTTCTTTAAAATAAG +ATATTATCCTATCTCTATTTTTCAAATTATCATCATATAAACTACGTCTTAACATATCAT +ATAGTTTTTCTTGTCCAACTGTACTTTGAGTATTATTAATTTTTTTAAATACTTCGTCCA +TATTAAGATCATTCCAAGTTATGTCATCTACAATATTTGAGTTATCTATAATCTTAGCAT +TACACTTATTTTCATAATAACTAGATACTCTATTCATTTTTATATCAACTTCGTCAATAT +CTATTTGTTGAGCATAACCTTCAATTATTTTTTTCTTTAAATTTTTTAATCTAACCATAT +TACTATATGAAGAAATTAAAAATCCAACTAAAAATACACATCCTATCCCAATTAATATTT +CTATTATCTCTTTCATTTTATTCCCCTTTTACTAATATTAATTTAATTGTAATACATTTT +TATACATATTTTTACTTTTTTATGATTATTTATATTATAAAAATTGATAATGAATTTCAT +TTGCATTTTATTTTTATATATGCTATATTATATTTAGGCTTAAAATTATTACCAAGGGAT +TGGGATTAATAATATACAATCTAATACTGCTTTATTAAGTACTTAGTAATTAATACTTTT +TATAAAATATTCTCTGTCATATTTATTGTAACGTATCCGATTACACATTTATTAATACTA +AAATATTTTAAAGCGTATTTACATTGTTCATATAGCCATGAATTTCTTTACACTAATTAT +ATGTGTAAATTACACTAACTTCTTCTAAAAGACCACGAATGCACGCGTGGTCTTTTTTTG +ATAATGAATTTCATTTGCATTGATTTTTCTTATATGTTATAATTATATTGGCTTAAAAAT +TATCGCGGCAATTTTAATTTTTAAGGAGAAGATAATTATGGCAAAAATGATGGGACCTAG +ATTTAAACAATGTAGGAGATTAGGATTAAACGTATGTGGTCATCCAAAAGCAATGGACAG +AGCTACAAAAGGAACTTCAAGAGCTGACAAAAAGTTATCACCTTATGGAACTCAGTTACT +TGAAAAGCAAAGATTAAAAGCTTACTATGGTGTTTTAGAAAAACAATTTTCTAATTACGT +AAAAAAAGCGACAAAATCTAAAGAATCTACAGGTACAGCATTAATCCAAATGTTAGAGTG +TAGATTAGATAACTTAGTTTACAGATTAGGACTAGCTAGTTCTATAAGACAAGCTCGTCA +AATGGTAGTTCATGGTCACATATTAGTAGATGGAAAAAAAGTAGATATACCTTCTTATGG +AGTTTCTGTAGGACAAGTTATATCACTTAGAGAAAAATCTCGTAACAATATACTGTTTAA +AGAAAGTTTCTTAAGTAATGCCCTTAGCCAATTTGCATACTTAAGTAAAGATGTAGATTC +ATTCTCAGGTACTTTAACGAAAATACCTGAAAGAAATGAAGTTCCAATTGAAATAAATGA +TATTTTAGTTGTTGAATACTACTCTAAACTATAAAAGCGTTTTAATAGTATGACATTATA +AAAGCCATAAGAGTGATAGTTTCATATTTATCACAACTTATGGCTCTTATAATATATTTA +CAATATGACAACTACATTGATATAAGAATATTACCCTATAATTCCTAAATGCTCTAGTAA +AATTTTCACACCCATAAATATAAGTATTATTCCACCTACAAACTCTGCTTTAGATTTATA +TTTTATACCAAATACATTACCTATTTTAACTCCAATAATTGATAAAACAAATGTAATTAT +TCCTATAAAAGATACAGCCGGAACTATATCAACCTGTAAAAATGCCAATGTAATTCCTAC +TGCTAGGGCATCTATACTAGTTGCAATAGCTAATACACTCATATTTTTAAAACTTAACAT +TTCATTTTCATCTTGTTTTTCATCTTCATCGTCTTCTTTACTAAGTGCTTCTTGTATCAT +TTTAATACCTAAAAAGCTTAAAAGTATAAATGCTATCCAATGATCAACACTCATTATATA +ATCTTTAAATTGTAATCCTAAAAAATATCCTATTAAAGGCATCCCAGCCTGAAATCCTCC +AAAATAAAGACCTACAATTCCTGCTTTATTAATACTAACTTCTCTCATAGATAGCCCCTT +GCATACAGCTACAGCAAAGGCATCCATTGATAAACCTACAGCTAAAATAAATAATTCCAA +TAAACTCATTACTATATCTCCTTCTTCAATATTTAATTTATAATTCCTTAATATATAAAA +AAGACCTATCTACAGATATAGTATTCCCATATCTGCAGATAAGTCTCATTATTCAAAATA +AAGCCAGATGGATAATTCCACCAGTATGTTGACCTTACTACACACTAAAAAGTGTGCCAA +CTACTCCCTCATCTATCTGTAATATATTAACTTAAAATATAATTATATGTCAATAAACAA +AAAAAGTTTCATACAAATAAATTTTATTTCATTCTACAAAAGAATGATTTTACTACTTCG +TATCCAGCAAAGTCTGGCGAAGGGAATATAAAATATTACAATTTATAAATCTATTTGCAA +GACGCATTTTGTCTTGCATGGATTATAAACGTAAAATTTTATATTCCCGAAGCCTCACCA +TATCCTAAACTATCTTAGTAGTAAAATCTTCAATATTCCAAACATCATCTACTATATCCA +TGTAGAATTCAGGTTCATGCGATACTAATACCACAGTCCCTTTAAATTCTTTTATAGCTT +TCTTTAATTCATCTTTAGCTTCAACATCTAAGTGATTTGTAGGCTCATCTAGCACTAGTA +AGTTTATGTCTTTTAACATTATCTTACATAGTCTAACTTTAGCAGCTTCTCCCCCACTTA +ATACTCTAACTTGACTCGTTATATGTTCATTTGATAATCCACACTTAGAAAGTGCTTGTC +TAACCTCAAAGTTTGTAAGTCCTGGGAATTCTGCCCAAACATCATCCATTGGAGTATTGT +AGTTATCCTTAGAACTCTCTTGCTCAAAGTATCCTACTTCTAAATAATCTCCTAATTCAA +CTTCTCCATCAAAAGGCTTTATTATTCCAAGTAAAGTCTTTAATAAAGTAGACTTACCTA +TACCGTTCATACCTTTTAATGCAACTTTTTTATTTCTTTCTAATTCAAAGTTAAGAGGCT +TAGTTAATGGCTCATTATATCCTAATACTAAATCTTTAGTCTTAAATATATATCTACTAG +CCGCTCTAGCTTCTCTAAATTGGAATGTAGGCTTTATCTTCTCTTTTGGTCTTTCTAAGA +TTTCCATCTTATCAAGTATTTTTTGTCTACTGTTCGCCATTCCACGAGTAGCAACTCTTG +CTTTATTTCTAGCAACGAAATCTTCAAGTTTCTTTCTTTCTTCAACTTGTCTTTCGTATG +CACTCTCTTCTTGACGTTTCTTTATTTCATTTAATCTAACAAATTCATCGTAATTACCTT +TATATCTATTTAATTCACCATTTTCTAAGTGGTAAATTACATTACATGTATCATTTATAA +ATGGTATATCATGAGATACAAGTATAAAACTATTTTCATATTCTTGTAAGTATCTAGTTA +ACCATACTATATGTTCTTCATCTAAGTAGTTAGTAGGCTCATCTAGTATTAATATTGTAG +GATTCTCAAGTAATAACTTAGTTAAAAGTACTTTTGTTCTTTGACCTCCACTAAGATCAG +TTACATCTCTATCTAATCCTATATCTCCAAGACCTAACCCATTGGCAACTTCCTGGATTT +TAGCATCTATCATATAGAAACCACTATTTTCAAGTATTGTTTGTATTTCTGCAGTATCTT +CTAGAAGCTTAGTCATTAACTCTTCATCAGCTTCTCCCATTTTATCGTACATACCTATCA +TTTCTTGCTCTAAATCAAACATAGGTTTAAAAGCATCTCTTAATATATCTCTTATAGAAT +TTCCTTTTGCAAGTACTGAATGTTGGTCTAAGTATCCGACTGTTGCTCTTGAAGACCACT +TTATATTACCCGCATCAGGCATTAATTTCTTTGTTATTATATTTAAAAAGCTTGATTTTC +CTTCTCCATTTGCCCCAACTAAAGCAATATGTTCACCTTTCTTTAATCTGAAAGAAACAT +TCTCTAGTATAGTTCTAGCTCCGAAACCATGACTTACGTTCTCTACTACTAGCATTGTCC +ACCTCTTCATTAATCGTTATTTTTCATAAATTCATTCTATACTATAATATATTCTTTTTT +TACTTAAATCAAGTGTATGAAATACCCATAGAAAAATTTATCATTATTTTAAAATATTTC +TTAATTTAAGGTTGTTCTATTATTATCAATTAATGAATATACAATTGTAGTATTAAGAAA +AATAAAATAATAAAACTTTATAAAGATTGTTTTAAATTTAACATAGTTGGTATAAATATA +ATGTTATTTTTTTATCAATAAGATCATTCATATGTTACTATAAATATTAAATTTTAATGG +AGGTAAATTTACATGAAAATTGTTGTTGTAGGATGTACACACGCAGGAACCGCTGCTGTT +GTAAATTTAAAAGAGCTTTATCCTGATAGTCAAATAACTATCTACGAAAAAAACGATAAT +ATATCTTTCCTATCTTGTGGAATAGCTTTAAGTGTTAGTGATGTAGTTACAGAACCAGAA +AAACTATTCTATAATTCACCTGAAAATCTAGCTTCACAGGGAATAATAACTAATATGAAG +CATGAGGTTTTAGATATAGATTTTAATAACAAAAAGCTTTCTGTCAAAAATCTAGTCACT +GGAGAAACTGCAGAAGATAACTACGATAAACTAGTGCTAACATTAGGTTCTTGGCCTATA +GTCCCTAAATTTGAAGGTGGAAATTTAGAAAATATAGTTCTTTGCAAAAATTATGATCAT +GCTAAAACTATTATAGAAAAATCTAAAAATGCTAAAAATGTTGTAGTAATAGGTGCCGGA +TATATAGGCGTTGAGCTTGCAGAAGCTTTTGAAATGAAAAGTAAGAATGTTACTCTTATA +GATGCCGAAGATAGAATAATGGCAAAATACCTAGATAAAGATTTTACAGATATAGCTGAA +GCTGAATTCACTAAAAGAGGCGTTAATCTAGTTTTAGGTCAAAAAGTTCAAAAATTTGAG +GGGGATAACAAGGTATCTAAAGTTATAACAGACAAAGGTGAATTCGAAGCCGACTTAGTT +GTTCTGTGTATCGGATTTGCACCTAATACTAATTTAGTAAAAGGAAAATTAGACACCTTA +CCAAATGGAGCAATTATAATAGATGAGTATATGAGAACAAGTGAAAAGGATGTTTTTGCT +GCAGGAGATTGTTGCGTTGTTAGGTTTAATCCTGCAAAAGAAAATAGATATATTCCATTA +GCTACAAATGCAGTCAGAATGGGTACTTTAGTTGCTAAGAATTTAGTTAATCCTACTTTA +AAATACATGGGTACTCAAGGTACTTCTGGAATAAAAATTTACGATTTATGTATCGCTTCA +ACAGGACTTACTGAAGAGGTTGCAAAAAACACTACTAACTTAAATGTGTCATCCGTGACT +GCTACAGATAACTACCGACCTGAATTTATGCCTTCATTTGAGGAAGCTACAGTAAAATTA +GTATATGATAAAGATACTAGAAAGGTAGTTGGAGGGCAAATTATTTCTAAAATGGATTTA +ACTCAATTTATGAATACACTATCAGTTGTCATCCAAAATGAAATGACTATAGAAGAGTTG +GCTATGACAGATTTCTTCTTCCAACCACACTTTAATAAGCCGTGGAGTCTGCTAAATATA +GCTGCACTTAAGGCTTTATAAACTAATTTTTCATATAATCTATTATTTTTCTTTAATATG +CATATATAAAATTCCTGATACACAGCTTCTATGTTGCTGAAAATATCAGGAATTTTATAT +ATCTATTAACTATATATTATTCGATCTTTCTAATGTCTAACTTTTACTTAAATTATTCTA +TTCAAAATTATCGATATATACTTAATTAAAATATAAGTCATCATAAAGCATTAACATGCA +TCCTGCTGTTGTTCTTTGAGATACAGTAATTGCTTTTATCGCCGTTAAATAAAATTTTGT +TGTTAAGTTTGTTATGCCTCTATACATATAGTCTAAATCTAGAGCAAGGTTAGCATTATG +CTCTATATAACTATCTATACTATCTAATAGTATAGGCTTATCCTCTGTTTTAAACCTTTT +CATTTTTTTATAGTTTGATTTCACATATACTTCAAACTGTCTATGGTTATCTAATAATTT +TCCTTTTGCATGTTGAGGTATTGTAAGGTCCTGTATAATATGGCATGCTGCTCCAAAGTA +AAACATTGCCCTTTCATAATTTCCTATACTTAAGTATTTAATACTTCTATTATAATAACT +CTTCGCTACTGTTAATGCATTATCATCATATCCAAATTTACCCTTTTGTAGTTTTGGATT +ATAAAAATGGTGATAGCACTTAAAATCTTGATCTGCCCATACCAATCCTTTATTTACTTG +TGGCATATACATTTTGAAAAATTCATATTCTCCTTCATATCCATTTGCTTTTAATATATT +CAGTGCATTTTCTTGTATAAATATATGAACTTCACAATCTGTTTTTATTATATTTCTTTT +TATTGGAGCCACCATTTTAAAGGTATTTGATAGCGCAGTTGCATACACATTCTCTAAAGC +ATCTCTCATTAATATCACCTAATGTCATTTTGTTTTAAAATATTCTTCTATTCCATCTGC +AATACTTCGCATCAATTTTCTTTGGTAATCTGGATTTGACATCATTTGATCTTCACTATA +ATTACTCATAAATCCCATCTCTACTAAAACTACAGGAACCTTAGACCAGTTAAACCCTGT +TAAATCCCCTCTTTGGAAAATCCCATTTAGTTGTATCCCTGATTCATTCATTTTACCTTT +TATGAATTCTGCGCATTTATTGCTTTCTTCATAAATTGAAGCTGTATATTTTCCACCTTC +TTCTGGAACTAAAATTGATGCTCCTGTTTTTGAAGAATTATCTAAGCTATCAGCATGAAT +TCTAACTACCATATTTGCATTTTTATTATTTGCAAAAATAGCTCTCTCACTATTACTTAT +GTTTACATCATGACCTTCTCTAGTCATAATTACACTATATCCTTTACCTTCTAGTATATG +TTTTAAAACTACAGATGCTTCTAAATTTAATACATATTCTGGTTTTTTAGTGGCTACACC +CACTGTCCCAGAAGATACCCTTGCTTTTTTGTATGGTGAACCGGGTGCTACAGGTTCCAA +ATTAGGATCACCTTTTGTTTGATGTCCTGGATCTATACAAATTAAAATTTTACTATTTTC +ATCTGTAGTATTTCTGCCTTCCTCATTATTACCTTGTGTATTTTTTTTATCTGTACTATC +TTTTTGGCTACCTTTATTTTTTGTGTTATCACTTTCTATATTTCTATCCTTATTTATTCC +ATTACTTATCAATCCTGTTGTTTTATAAAAACTTGTTAGAGGATCTGATGTTCCAATAAG +AATAATTCCCATAGCAATTATTACCATTATTATTAGCCTATATTTTTTCATTGCTCTGCT +CCTTCTACATTTAATTTAAATATTGGTATAATATAAATTTTATTATCCCCATTAGTTTCA +TTTTTTATTTTTAATAATACCTATTTATTACCTTATAAATAATATCTATAAAACTTCTAA +ATACATATATATATGCTTCATGTACATATATATTTATATAGCTTTATTTTAGGAGGTGAT +TCTAAACTCTATGCCTAAAAAAATACCTTCAAATTATAACAAACGTTTAAGATATTCTAA +TGAAAATAATACTCCGAATAATAATAGTAACTCTAATACAGATTCATTTAATCCAAGTAA +TACAAGTAATAGTTCGAATGGATCTGTTAATACTTCAAATGATTCTGGTAACACAAGCTC +AAAATTATGTTGTTTTGGGTATGTAGATTACATAATTCTAGCTTCAACTCTAGCAATTGC +ATTAGGCGAAGAATTAGATAACACCGACTTAAGTATTTTATCTACTTTTTTTGCAGTTCT +TTCTGATGAATTAGCTTTAATAACCTCAGTTAACAGTTGTTCTAATAATACGCCAGATGA +AACTTTTGTTGCACCTGTTCCAGATGTTGCAATAACTGGTGATTATAAAAATTTAAATGT +ACATAATAAAAAAAATAGGACTAGAGTAAAAAAAATAATTAAAAAGAAAGTAAAAAAGAA +ATAAAAACACTCTATTAGAAATTTATGTAGTGTTATTATTTCTTTTTTTTAATAAATATT +GATATTTCTATACTTTTAAATTATGCTTTGTTTTTTTTTGAAAACTACGGTTTTATTGAA +TCTCTTTTCCAAGAATTAAAAAATAATAACTGTACACCATAATATTAAAGCACCGTAAAA +ACATCATAGTACTTCAGAAAGAAGGTGTTTTATGTTATCTAAAAACTTTTATTCAAAAAA +ACAACATTTACTAAACTTAAAGATTAAGTCAAAAATTATAATTTTTTCATGTTTATTATT +TTGTTTATATTTTTTCTCAAATAATTTAATTTATGCAAATAATATTGAAAAAGGAGATGC +AGACTATCTAGTACCAATTGGTAATGTACTGCAAATAGATGCAGAGTTAAAAACTATTAT +CGTCAGAAATGAAATTGAAGATTCTCCATTTCAAGTAGGAGATGCCATATTAAAAGTTGA +AAATAAATCAATAACTAATTACGGTGAGTTTTCTTCTATTTTGTACTCATTACCAAGCGA +TTGCAATGTAAAATTAGAAGTAAATAGAAGTGGAAACATTGTAAATTTAAACTGTAAAAA +AGAAGTTTTAGAGAAAATTAATTTTAACAATTTAATATCTGGATTTGCAACTTTAACTTA +TATTAATCCTGAAAATAATGAATTTGGTGCTGTTGGTCATCCTATTAATGTAGGAAATTC +AAGAAAAATACCTATAAAAAATGGATTAATATCAACTACTACTGATATAAAAGTTCAAAA +ATCTTATAAAGGCAATGTTGGAACTATTAGTGCTAGACGTAATTATAGTATTGGTAACTT +TACTGAAAATACTAACTTTGGTATAAAAGGAAACATAAATAACTTTGATGTTTCTAAATT +AGAAAAATATAAAGTTGCTTCTCTTGATGAAATTCATTTGGGTAAAGCTGAAATAATTTT +ACAAAATCAGTCAAACAAATGTGAAAAATATGATATAGAAATAATTAATATAGAGAAACA +AAAATCTCCAAGCCCAAAAACATTTAAAATTAGAATTACAGATAAGGACCTATTAATTAG +AACAGGTGGTATCGTTCAAGGTATGAGTGGGACTCCAATTGTTCAAGGAGATAAAATAAT +AGGTGCAGTTTCTCATGCAGTAGAAAATGATCCTACATTAGGATATGGAGTTTTTATAGG +CTGGATGATGAATAATTAATATATTGTTGTCTCTTAATTTTAAAGGGATGTTTCAAATAA +AATTTTGAAGCATCCCTTTTTATAAGTATTTAATTATATTATTTTAAACAATTTATTAAT +ATTTTATTTATTTGTTGTGTTATCTAAATTAGGTATTATACTTTGAACTCCTGATTCTGG +TATATTTACATAGCTTTGTGGTACATCACCTACTATTATTGTTTCACATACTGGTATTTG +TGCATTTACCTCTTGAGTTGATGTTGTTAGTGGTATTACTACTCTTACTTTAGTCTTTGC +TTCTATGTATATAATATGTCTTGTTTGGTTTATTCCCGAAGATTCAAATTTAGTTTTAAA +ATCTACCGAAACAGTTCCTATTGGCTCTATTGATACTTTTAATTGAGGCCCATACTTTGC +CAAAATTGGGCTACCTAAAGCTGTTCCTATTGGAATATAAGAGCTTGTAGATTTAACTTT +TTTTAGTTCATCTTGTATTTCTAATGCAACATTGGAAGCCATCTCATTCATCATTACAGT +GTTTGCTTGTATCATTGTTATTTTACCATCAGAATCTAATTGCACATTCATTAGGTCTTT +ATAATTTATTTGCCCCTTTACAACCTCTGCTACGGATTTATTTATAGATTTATTTGCAAG +TTCCAAAGCTTTTGTTTCTGCTAAAACTGTTATTGTCGGCCTTAAGGTTTTATCTATGTA +CAAAAAGCTTCCTATAAATAAAGAAATTATAAATAGTATAGCAAATATTATGGAAGTCTT +TTTAAAGTCACTCAAAATATCACCCCCATAATATTTTATGTATTTATTTTCAATTAATGA +ATATTTAGCAATAACATAAATTTTATAATATTAGCTAAAAATAGTAATATAATTTATAAG +TACATATAAGACTATTTTAATATTTTTTATATTATAATAAATGTAGTATTATATTTGTAC +AGAAAGTTACACTCTATTCATTTTTATCTATATTTTACAAAAGTGTGGATTTATATGTTA +TAATATTGCATTAAGTAAGGAGGTTTAACTTATGAATAATGGCAATAATGAAGACCAAAA +TAAGATAAGAAGAAAAAAGGTTAGTTCCTCTAATAACACTAATAAACCTAACAACTCCTC +TACTGAAAATAACAGTAGAACAAAGTCTAGAAAGAAAAATAATAAAAAGGATAAATTTAG +ATTTTTTAGATTAACAGGAGTATTTATTTTAGCTTTATTGGTAGTTGTTGCTGCTGTAGG +AACTGGGTTGGTATTTTCATCTCTTAAAGATGTTCAACCTGTTACAAAAGCGCTATTAGA +TGAAAAAACTTACCAAACTACAAAAATTTATTATGCTAATGGAGATTTATTATCTAATGC +TCCTAGTGTTAATAAAAAAGAACCAGTTTCTCTTGATAAAATGTCTCCTCATCTAAAAAA +TGCTATCGTAGCTATAGAAGACGAGCGTTTTTATGAGCATAATGGTGTTGACATTGTAGG +TCTTGCTAGATCTGCAGTTAAAACTTTATTAGGAAAGACTCAAGGTGGTAGTACAATCCC +TATGCAGGTTTCAAAAATGTTACTAACATCTTCAGAACAAACTTTACCTCGTAAGGTAAA +AGATATTTATTACGCTTATGAAATGAGTAAAACTTTATCTAAAGAAGAAATATTAGAAGC +ATATTTAAACAATTTTTCCGTAGGTAGAGGACTTATTGGAGCAGAAGCTGGAGCTCAAGG +ATATTTTAGCAAAAAGGCTGAAAAATTAGAACTAGAAGAAGCTGCTTTACTTGCAGGTTC +AACTAAAAATCCATCGGCTTATAGAGCTTACAATGCTGAAAAGTTAGATGGTACTGAAAC +TAAAGAAGATTTAGAAAACAAAATATTATTATATACACATACTGCTGATGATGATTGGGA +TGATTCAACTGATATCGACTTAAATATGCTTCCTAAGCTAAAATCCTGGGGGCTTATTGA +TAATGATACTGCTGACCAAATCAGAGCGGGAACACTTATAATTAGAAAAGCTGTTCTTAA +TCCTAAAGCTAAAGCAAGACAAGAAGTAGTTTTAGGTAAAATGTTAGAACTTGGGTATAT +AACTCAAGAAGAACATGATAAGGCTGTAGCTGCAAAAATAGAAATTAAATTACCTAAAGT +TGAAGACCCTGTTGTTTCTTCAGTTCAAGACCTTATAGAATCTGAAGTTGTAAAAGCTTT +AATGAATCAAGGTCATACTTGGGATGAAGCAGATAATTTATTCCGTAATGGTGGTTTACA +TATACAAACTACTATAGACCCTAATATGCAAGATGTATTAGAGGAAACATATGCAAATAA +CTCTAACTTCCCACAAACTAGAGACAACGGAACTGGAGTAGTTCAGCCTCAATCTGCGAT +GGTTATACTTGATTATAGAACAGGTCAGATTAAAGCGCTTGTTGGTGGTAGACACATAAA +AGGAAGAAAGACTCTAAACAGAGCTACTACTGCTCAACAACCTGGTTCTACTATAAAACC +TTTATCAGTATATACTCCTGCTATAGACACTTTAGAAATTACTCAAGCTGATTCTTTAAG +TGATGCTAGGGGAGGATATGAATTTAATCAAAATGCAAAATGGAATCCAAGTACTACAAC +TGCTGGAAGTGGATACATGTCTTTACGTAAAGCATTAGCTTATTCTTCTAACACAATAGC +TGTAAAAACAGCTGAGATGTTAGGCGATAGTTATGAAGAATGTGTAGATGTTATGCTTGA +CTACTTAAAGAACTTTGGAATTTCAACTTTAAAAGATAGTAAAACTGGTGATATAAATGA +GGGAGATAGACGTTTCCCTGCTTTAACACTTGGTGGTATGACATATGGTGTTTCTCCATT +AGAAATGGCTTCTGCATACGGTACTCTTGCCAACGGAGGAGTTTATATAGAACCTACTAT +ATTTAGTACTATAAAGACTTACGATGGTACTTTACTAGTAAAGGCTAGTCCACAAGAAAA +TAGAGTTGTAAGTTCAGAAGTAGCTTACGTTATAACAGATATGTTAAAAGCTGTTGTAAC +AGAAGGTATCGGTGGAGCTGCTTCTATCGGTGGAAAAATTGATGTTGCCGGTAAAACTGG +TACTACTAATGGTAAGTTAGATGCATGGTTTGTAGGATATACACCATACTATGTTGCATC +TACTTATATAGGTGATGATGCAGGTAGAAAAGACCCTAATACACAAAAAACTATACCTCG +TCAAGGAGTTGTTGGAAGTAGTTCAAGTGCAGCTAAGTTATGGTCTACAGTTATGAAAAA +AGTTCATGCAAATCTAACTGAAGCACACTTTACTCCGCCAGATAATATATACTTTGCTAA +AATTAACTTAATTGATGGTGGAATTTCTTCAACTGGTTCAAATGCAGCCTTTATAAATGG +TACAGCTCCAAGAAGAGTTAGTACTCAACAGGTTGTTAAGCCACCTAAAGAAGAAGAATC +TCAAGAAGAAACTCCAGATAACAATGATACGTCTTCTGATCCACCTGATAATGATAATAG +TAATAGCGACAACAATAACAATAATAACAATAATAACAGCAACAATAATAGTGATAACAA +CAATAGTAATAGTAATAACAATAACAGTAATAACAATAGTAACAACAATAATAATGATGG +TGGAACAACTACTCCACCTGATAATAGTGGCGGCGGAACAACTACTCCACCTGTTGAAGA +ACCAACAGAATAGAAAAAAAGCGATGAACCTAACTAGTTCATCGCTTTTTATTATATATC +AAGGCTTAGCTTTTGGATTAAATATTACAGCCATACTATACCCAAAGAATATAGCTGCTG +CTATACCTCCTGCTGTAGCAATTGTACCTCCTGTAAAAATACCGAGAAATCCATCTTCTC +CTATAGCCTTTATTACTCCTTTCGCTAAAGAGTATCCAAATCCTATTATAGGTACTGTTG +CACCTGAACCTCCAAAGTCAACTAAAGGTTCATATAATCCTATAAAAGTTAATATAACAC +CTGTTGTTACATAAGTTACCATTACATATGGTGTCTGTAGTTTGAAATAATCCATCATTA +TTTGAGCTATTAAACAGATTATACCTCCTACTATAAATACCTTCACATAATCCATTAACA +AAAGAAACACCTCCTATTCATTTACTATTACAACTGCATTTGCTATGCAAGGTATAGTTT +GCTTTTGCAATGTACTATTTGGTGATAACATAGCTCCTGTTGATACTAACATTACTTTAT +TAAATTCTTTTTTCTTTAGCTTGTCATATATATATCCAGAAAATACTGATGCTGAACAAC +CACATCCACTACCACCACAGTGAACATCTTGCCCTTTTAAATCAAATATCTCTAATCCAC +AATCAGTGTAAACCTTAGATATATCTAGATTTTTTTGCTTTAATAGATCTAAAGTTATAG +TTTTACCAACTGTACCTAAATCTCCAGTAGCTATTAAATCAAAACTATTTGGATCATCAT +TTGTATCATTAAAGTAAGCTAGTATTGTATCTATGGCTGCTGGTGCCATTGCTGCACCCA +TATTATTCCCATCCTTTATACCTTTATCTATAATTTTACCTATAGTAACATACTTAACTT +TTGGTCCATCTCCATATTGAGATAGTAATACACAGCCAGCTCCAGTTACTGTCCATTGCG +CTGTCATTGGTTTTTGATTACCCAACTCTAAAGGAAATCTAAATTGTCTTTCAGCTGTAC +AATAATGACTACATGTACCTGCTAGTACATTTTGAGCAAATCCTCCATCTATTAACATAG +CTCCTAAACACATACTTTGAGCCATGGTAGAACAAGCTCCATATACACCTATAAAAGGTA +CATCTAAATCCCTAGCTGCAAATGAAAATGGCCATATTTGATTTATTAAATCTCCACCAA +TAAGGTAGTCTACTTCTTTTAATCCTTTATCTGATTTCTTTATAGCTAATTCAATCGTAT +CTTTCATCATTTTACATTCAGATAATTCCCAAGTTTTTTCACCATCTAAATCATCATCTA +ATATTCTATCAAAATAATCTCTAAGTGGACCTTTACCCTCTTTAGGGCCAACAATAGAAG +CTGTGGATATAATAACCGGCATATGCTGCATTTCTACAGTTCTACTTCCTATTCTTTTGT +TCTTCATTGTCTCACATCCTTATATGAAAATTTTTACTAGATAATAAATAAATCCAAATA +ATATTGATGATCCTACTCCATAAACTAAAACAGGTCCTGCGATTTTAAACATATTTGCAC +CAACACCTAAAACATAACCTTCTCTTTTAAACTCCATTGCTGGAGATACTATTGAATTTG +CAAAACCTGTAATAGGAATTATTGATCCAGCTCCTGCTCTTTTTCCTATTAGGTCATAAA +CACCTAGCCCTGTTAAAAAGGAACCTATAAAAATTAATGTAATAGATGTAGCTGATGATG +CTGCTAACTTATCTAGGTTTATAACCTTCATGAAAAAGTCATTAATACCTTGACCTATCA +TACAAATTATTCCGCCTACTATAAATGCAAGAATATAGTTCTTAACGTATGTAGGCTTTG +GACTTACCTGATCTACATATTTGTTATAATCATCTTTTTTTCCCATATAAATACCTCCTT +AAATTATTGCCCATCCTATAAGTGATCCTATAACCTTACCTATAATTAATGATATAACTA +TATATTTTAAATATATACTTGGTAACTTCAACCTCCTTGATATTACAGGAATATAATATA +TTACCTCTGTAATCCCAGAACTTAAAAACCCTAAAAACACTCCATAGGCTAAGCCCGCTA +TTATAGTTAGTATTTTACCTCCACTAATTCCTATATTATGAAGCGATAATATACTTCCAA +AAAATGTACCTAAAACTAATAAATTTTCATATAAGTTTACAAATTCTTTTGTATTAGTTA +TATGAGATATTCTAGGCACTAAACCTATTAATATTAACACTGCAACTACCCCTGCTCCAA +CTATTATTCCCGATGATACACCATATATTACTAAGAATAACTTCACTTTCTTAATCTTTT +CCCCTCAGTTGATTTTCTATTTCTTTATTTAAAGAAATCATTTTTAATTCCATTGGGCTA +GGTTCATATTTAGTATATGTAGGAATAAATTTATTAAAAAATAAAGCTACCCCTACACCA +ATACCTATAGAATATGGAATTTGAAAATATGGTAAATATCTTTTAGCATCTCTAGTTAAT +ACATCTACCATTTTATACTGAGATGCATACATATTTACATCAGCATGAAAGTTCATTATT +CCCATTACAGATCCCATCAGAACTACTATAGAAACTATAGCTACTCTTATATACTTAGTT +TTATCTTTTTTATAATTTTCAAAAAAGATTACTGTATCATCTGCTTTTAGAAAATTTATT +TTTACCATGGGAAATTCACCATTTATCTTTTCTATTACTTCCCCTAGATGTATCACATCG +TACCTTAAATTATTGTCTTTATAATTACGAAGGATTATATTATTTAGTAAAGATTCTCTA +TTCTTGGGGTAAACAGCATAAATATCTTTTAGATATATATTTTTTATATTTACATTAAAA +GGCTTCACTTTCTTCGGTATTAAGTAAATATCGTCCATAATTAGCTACCTCCCTCTATTT +CTATTATTTGTTATAAAAAAAAAAATAAACCTTATTTTTCTATAGCTATCTATTTAGTAT +TTCACTAAACACAAATAACTATTTAAAGGTTTATTTTGCATTTTATATTTATAATATTTT +TAACTAATATATGACTTTAGCTTAGATAGAACTTTCTTTTCTATCCTAGATACTTGTACC +TGAGATATATTTAATATATCTCCAATTTCACTTTGTGTTTTATCTTCAAAGTATCTTAGT +ACAATTATTTGTCTTTCTCTTTTTTCTAACTTATCTAATACTTGTTTAAGTAATAGATTA +TCAATTACTCTTTCTTCTTCATTTTCTCCTTTTAAGCTAATTTTATCTATCAGACAAATC +GGAGAACCTTCTTCTTCATGAATTACTCCATGAAGATATTCAACAGAGAAATTCGCCTCC +ATTGCCATTACTAAATCTTCTTTTTCTACGTCTAACTCATGTGCTAACTCTTCAATAGAT +GGCTCTCTACCTAGCTTCTTTGTTAATATTTCTGTCTGTGTTTTCGCCTTTATAGCTATT +TGCTTTAAAGACCTTGAAACTTTAACCATACCATCATCTCTAAGATATCTTTTTATCTCT +CCTAAAATCATCGGGACAGCATATGTAGAAAATTTCACATTAAACTTCGGATCAAATTTA +TATATGGACTTAATTAATCCTATCGATCCTAACTGAAATAAATCATCTCTCTCGTAACCT +ATATTTGAAAATTTACTTATTACACTTCTAACTAATCCTAAATTATTTTTTATTAAAATT +TCCTTGGCTTCTTCATCGCCATTTTGAACTTTTTCAATTAGTTCTAATGTTTCTTCATGG +CTTAGCAATTTCTTTTTTTCTTCTTTATTAGCAGTTATCCCCATAATAAAACCTCTATTC +TCTTTGGATTTTATTTAGGTAAGTTTATATTTTTTAGCATAATAACTTTTGTCCCTTTAT +TTTTTATAGAACTTACCTTTACATCATCCATAAAGCTTTCCATAACAGAAAATCCCATTC +CTGATCTCTCTAGCTCTGGTTTTGATGTATATAACGGTTGCATAGCCAAGTCTACATCTT +CTATTCCATGTCCCTCATCTTCAACTATAATTTCTACTTTATTACCTTCTATCTTGCATT +TTAAATATACAAATTTTGATTCATCTTCATCGTAACCATGTATGATAGCATTAGTTACAG +CTTCTGATACTGCTGTTTTTATATCTGCAATCTCGTCTAAAGTTGGATCTAACTTTGCTG +CAAAAGATGCAGCTATAACCCTTGCTAAGCTTTCATTTTCAGATTTGGCAGAAAACCTTA +CTTCCATAATATTACTCATCAACTTTTCCCCCTTACAAAGAACTTAGTGCTTCTTCATAT +GAACTATAAACATTTATTATTTTGTTCATTCCTGATAAATCAAACACCTTTTTTACTCTT +GGATTTATATTTATCACTGATACTGTCCCTTTGTCGCTAGAGATCTTTTTGTATCTACCT +ATAATTACACCTATTCCTGAAGAATCCATAAAGTTAATATTTTTAAAATCAAATATTATA +TTTTTTACTGATTTTGTCATTAATATTTCATCAATTTCTTCTCTTATAGATCTTGATACA +TGATGATCTAACTCTGTCATTTCAAACTTAACTAGTAAGTTTTTATTATTCAAAGAGTAT +CTTACCATTATTATTCCCCCCTAATAAAATTTGCTTTAACTAATGTATTAAACATAGTTG +CTTAAATTAAGTTGACTGGATATTATAATATCCTTACTATTAAAAACTACAACGTGTAAT +CAATTCTATTAAGTCAAAATGTTATCCTTCAATGAAATTTAACTAGTTTTGTTTTATTAT +GTCTACGAAGGTTTCGTTATAAGTTACTTGACCACCTAAATCTGATACATTGCTACTTGT +AATAAAATTGGGATTACCATGTCTTTTCCACCATCCAACATACATTTGGACTATATTATC +CTTAACATTATTGTCTATTACTATTTGTACATTTATTTTACCATTTTCCGATTGAAGACT +TACAATCTCGTTATTGGCTATTTTTCTAATTATTGCCATTTCTTCATTAATATATGCTTT +AGAAATACCTTTTTTATCCATATAATGTTGACTAAATAATGTTTCTCTATGGTGAGTTGT +TATTAATCTAAACTCACCCCCCCTTATTTTTTCAGGTTCAATATAAGTTGGTATAGGTGT +TATACCCAAACTTTTAACTTTACTAGAATATAATTCAAATTTTCTCGATGGAGTTTCAAA +CTTCTTATCTTTCCAAGGAATACTTTTATGTATAGTAATATATTCATTTTTTATTTTGTC +TAAGTTTATAGATTTATCAACAGTCTTCAAAGGTTCAATAACTTTATTTAAATATTCTTT +TTTTGATACCTGTGGATAGTTATTAATTTTCATAACCTTAGCTAACTCCCTAAAGAAATA +GTATTCATCCATTAACTTGTTCATTGGCTCTACTGCTTTTTCATTATAAGTTATATAAGG +ATTGCACATAGAACTATATAATAAATCTTCACTTTCTAGAGTTGCTGAGCATGGTATAAA +CAAATCACATTGACTTGCTGTATCTGTCATAAACATATCAAAACACACTTTAAACTCAAT +CTTATCGAAAGAAGATTCCAACTTATTTAAATTTGGTAACTGATTTAATAAATTACTTTT +TACTATAACAGCCATCTTTAAAACAGCGTTATCCCCATTATTCACTGTACATTTTATAGA +ATTGTCTATAAATTCACTCAACTTATGCACATAAAACTCTCTATTCTGTGCATAAACATA +ACTACAATAAGGATCTGTGTTCAATATAGCAGGGTACACTTTATTAGCATAATTAATACC +ACCTCCAGGGTACCCTATTTGTCCGGTAATTGCTCCTAAAGCATCTATTGCTCTTATTGT +ATTACCACCATTTCTATACTTTTGCATTCCATAGCCTAACCAAATAGAGCTATATTTTTG +GCCATAAAGTTTAGCTAATTCTTTAATCGTATCTAATTCAATACCACACTCTCTAGATAA +ATAATCTAATTCTAAAGTATCTAGATAATTCTTATACTCTTCATATCCAAGCACATAAGA +ATCTATATATTCTTTATCGCAAAGATTCTCTTTTATAATAATCTTAGTCATAGCCATTGC +TAAAGCTCCATCTGTACCAGGATTTATTTGTATATAATAATCAGCAATATTTGCAGTTGA +AGTTTTTATTGGATCTATAACTATAACTTTACATCCATTTAATTTTGCATTTTGTAATAT +CTGCATAGTATGTATAGTTGTATATGCAGGGTTTTTCCCCCATATAAATATATTTTTACT +ATTTTTCATATCCTCTAAAGAGTGACTTCTAACATCTCCAAAGTCATAAGTTTGAGCCTT +AATTCCAGCACTCCAGCAAGGACCTCCTTTTTGTTTGCTTACTCCACCATAAAAATTAAA +AAATATATCTCCTATAGACTTTAATAATCCTCCATTTCCATATTGCTCATAATACATGAT +GGACTGTGAGGAGTACTTATTTTTATAAAAATTAAGCTTTTCTGCCATTATTTCTATTGC +TCTTTCAAAGGTAATCTCTACCCATTCTCCATCTACCTTTAGTAAAGGATTATAAATTCT +ATCTGGATGATTTAATCTATCTAAATGAGATCTCCCCTTATTACAAATAAATCCCTTCGT +AAAAGGATGCTCTTTATCACCTTCAATCTTAATAACCTTATTGTTTTCAACATGAACCTT +TAATCTACATGCATCAAAGCAGTCTAAGGTGCAACCTTGACTAACAGTCTTCACTTTACA +ATCCCTCCTAAGTTGAATATTTTGCTAACCTAAGTATATCTTATCTTTCCCCCATAAAAA +ATAGAATGTTTCAAATTAAGTTTAAGCGCAAAGCGAAGGGCGTCAATATGAAATTGCAAT +AGCATTTGCAGCATTTTTTCAGCTGCATGCTATGTAATTCATATTGACGCCCAAGCGCCC +TGCGAATAAACCTACTTAAAACATCCCTGTTTTATTACTTCTTTCTTCTATTCGCTTTTT +CTATGTTAACTTTATTTCCTTTTATCTTTATATCCTTAACATTTTCTAATACTTTTTTAA +CATTTTGCTTTGGTACTTCAACGAAAGTATATTTATCATATATATCTATAGTTCCTATTA +ATTTACCAGATATTCCAGCTTCACCAGCTATAGCACCTAATATATCTTTAGCCTGAACTC +TTTGGTTTCTACCAACATTTATGAATAGTCTAACCATTCCTTCCTTAGCTCCAGTGTCTG +ATCCTTTACCTTTACGATCTCTTCTATCTCTATTTCTTGATGGTTCTTCTATTATTTCTT +CTTTTTCTTCATCTCCTAGAGCTAATTTAACTAAAGCAGCTGCTACATCTATTACTTCAA +CATCAGACTCATTACAGAATCCTTCTAACCATTGTAATTGCTTAGTTAAGTTACCTTCAT +CCATTATTCCTTTAACTTGCTTGAAGAATGCACTAACTTTCTTTTCTTCAACATCAGCTA +CTGACGGTATACTATGCTTAACTAATTTAGCCTTAGTATATCTTTCTATATCTCTCATCT +TTCTCATTTCTTTTCCAAATACAAAACTGAAAGATACTCCTGTTCTACCAGCACGTCCTG +TTCTACCGATTCTGTGTACATAGTATTCTTCGTCTTGTGGTAAATCATAGTTGAATACAG +CTTCAACATCATCTACATCAATTCCTCTAGCTGCAACGTCAGTAGCAACTAATATATCTA +TAGTACCTTGTCTAAACTTATCCATTACTATATCTCTTTGAGTTTGCTTTAAGTCTCCGT +GTAAAGCATCTGCAAAGTATCCTCTAGCTTGTAATTCACTTACTAATTCATCAGCACCTC +TTTTTGTATTAGTAAACACAACTGATAACTTTGGATTATATACATCTATTAATCTGCATA +ATACTTCTAATTTATTAGCATTTCTTGTCTCTATATAGTATTGAGATATGTTTGGTACAG +TTATTTCTTTTCTTACTATTTTTATATGCTCTGGGTCATTTTGATATTTTCTAGTTAAAT +CTAATATTCCCTTTGGCATAGTAGCTGAGAAAAATGTAGTTTGTCTATTTTCAGGAGTCT +TGTTTAATATCATTTCGATATCTTCTCTGAATCCCATATCTAACATTTCATCAGCTTCAT +CTAATATAAGCATTTTAACATTATCCATTTTTAATGTTTTTCTGTTTATATGGTCAATTA +CACGTCCTGGAGTTCCTATTACTATTTGTACTCCACCTTTTAATGATTTTATTTGTCTAT +CTATTGGTTGTCCACCATAAACTGGTAGTGATTTTATTCCGTGCATATACTTAGATAATT +TCTTTATTTCTTTTGAAACTTGAATTGCAAGTTCTCTAGTAGGACAAAGTACTACTGCTT +GTAAACTCTTATCTTCTGGATTAACAGTTTCTAATACAGGTATACTAAACGCAGCTGTTT +TTCCCGTTCCAGTTTGCGCCTGCCCTATAACATCCTTTCCTGATAGTATTACAGGTATTG +ATTGTGATTGTATTGGTGATGGTTCCTCAAACCCCATATCCGCTATTGCTCTTTTTATAT +CGTCGCTAATTGGTAAATCTTCAAATTTAGTTATATTCATACATTGTATCCTTTCCGTAA +TCAATTAATATTAACCTATCCATTATATATTTATTTCTGGTAATATGCAATTAGTATTTT +TACCTCTTAGTATGTATTATATACAATTTGAGAAACCTTATAATCAAATATGTATTTATA +ATTCTTATACTTTACTATATTATTTAAATAAATTTAAGACATATACATAAAGTATAAAGT +TGTTATGTAAGCTCCATAAAGTAGTAATAACATTAAGCCTTGAAACCTATAAAGTTTATC +CTTTTTAATTGTAGGTAGTATAAGAACAAGAATTAAAGCTATCATAAAAGGGTAATCAAT +ATTTACATTTTGAGATAATATAGGTATGTCGTTAGGTATTGACGATAATGCTATTACAGA +TGTTATATTTAATATGTTTGCACCTAATACATTTCCTACAGATATAGCATGATGTTTCTT +TCTTATTGCCGTTAATGATGATACTAACTCTGGTAAAGATGTTCCTAATGCTATTATTGT +CAAGCTTATAATCCCTTGAGGTATTCCTATAAATTCAGCAAGTTTTGAACCATTATCTAC +CAGCAACCTAGATCCGGCTACCATCATAACTAGCCCCAATAAAAACAAACAGATGATTTT +TAGTAATTCCCCTACTTTAGTATCTGTATTTTTCTTTTCTTGAAGATTTACAGCACTTCT +TTTGCTTACTTTCTCAGATGTAACACTTTTATAATTAGTATACATAAATATAGCTAATAT +AATTAGGAGTACTATAGAATCCTTTTCGTTTACAGTTCCATCTAGGCCGACTATTACTAG +TCCCAAAATTGAAATTAACAACAAAGTAGATTTTGATAAGAACATCTTTCTATCTACTTT +AAATGGACTAATAAAAGCTACTAGACCTAATATTAATCCTGTATTGCATATTATAGACCC +TACTGCATTTCCTAAGCTCATTGTCGTTTGATTATTTATTGATGCGCATAATGATACTGT +TAGTTCTGGAAGAGTTGTAGCAAAACTAACTATTGTAGCCCCCAATACCAACTCTGACAC +ATGAGTTTTTTTCCCTATTTCAACTGTACAATTTATAAATATATCTGCCCCCTTAGTTAT +TAATATAAATCCTATTATAAATAGAATTAATGTAGATATCACAAAATCCCCTCCCCTCCT +ATTTAATAACTATTCATTTTTATCTTATATATGCTAATTTAATCTTGAAATTATCTATAC +TATTTTTATCGATATAATTTTTTCCAAATAATTATAATTTTTTTTCAATTTTCTGTTTTA +AAGTATATATATCGGGTATTTATATGAACACATAACTAAATAATACAGTTGATAAATAAA +CTTATATTTTTATATTAAATTTAAATACAAAATTACTTATAAATTTTGTATACAAAATAC +TATTTTTATGATATTATCTAATTGTTAAAAAAAAATCTAGCTAGATAAAAATTTATATAA +TAAAAACTTATACCTGATTTAAACAAGGAGGATTTCACTATGACTATGAATGCATGGGAA +GGCTTTAAAACTGGTAGATGGACTAAAGAAATAGATGTTAGAGGGTTCATCCAAGATAAC +TACACTCCATATGAGGGAGATGATTCTTTCTTAGCTGGTGCTACTGAAAACACTAAGCAA +TTATGGGCAGATGTAATGGAATTATTTAAAAAGGAAAGAGAAAATGGTGGTACTCTTGAC +GTTGATACTAAAACAGTATCTGCTATAGATGCTTATGCACCTGGATATATAAATAAAGAC +AAGGAAACTGTTGTAGGTTTACAAACTGATGCACCTTTAAAAAGAGCTATAATGCCAGAA +GGTGGTATAAGAATGGTTGAAAGTGCTTGTGAAGCTTACGGATTCAAATGTGATCCAGAA +GTAAGTGAAATATTCACTAAGTACAGAAAAACTCACAACCAAGGTGTATTCGATGCTTAT +ACTTCTGAAATGAGAGCTGCTAGAAGATCTGGTATAATAACAGGACTTCCAGATGCTTAC +GGAAGAGGTAGAATAATAGGTGACTACAGAAGAGTTGCTTTATACGGTGTTGATAGATTA +ATAGAAGACAAAAACGAGCAAAAAAATTCTTTAGAAGTTTCTTGCATGGACGAAAATACT +ATAAGATTAAGAGAAGAAATATCTGATCAAATAAAAGCTTTACAAGCATTAAAGAGAATG +GCAAATTCTTATGGATTTGATATATCAGGACCAGCTACTAACTCAAGAGAAGCTGTACAA +TGGTTATACTTCGCTTACTTAGCAGCTATAAAAGATCAAAACGGTGCTGCTATGTCAATC +GGTAGAACTTCTACTTTCTTAGATATATACTTTGAAAGAGATTTAGCTAACGGAACTATA +ACTGAAGAAGAAGTTCAAGAATTAATGGACCACTTCGTTATGAAATTAAGAATGGTTAAA +TTCTTAAGAACTCCTGATTACAATGAATTATTCTCTGGAGACCCAACTTGGGTAACTGAA +TCAATTGGTGGTATAGGTGTTGATGGTAGACCATTAGTAACTAAGAACTCATTCAGAGTT +TTAAATACTCTTTATACTCTTGGACCATCTCCAGAACCAAACTTAACAGTACTTTGGTCA +ACTAAATTCCCTCAAGGATTCAAAGACTTCTGTTCTAAAGTATCTATAGATACAAGTTCA +GTTCAATACGAAAATGATGACCTAATGAGACCTTACTGGGGAGATGACTATGCTATAGCT +TGTTGTGTATCTGCAATGAGAGTTGGTAAGCAAATGCAATTCTTCGGAGCTAGAGTTAAC +TTAGCTAAGACATTATTATACGCTATAAACGGTGGTGTTGATGAAAAATCAGGTGCTCAA +GTAGGACCAAGATTTGAACCAATAATGGATGAATACTTAGATTACGATAAAGTAATGGAA +AGATTCGAACCATTTACTGATTGGTTAGCAAACTTATATGTAAATACATTAAACGTAATC +CACTACATGCATGATAAGTACTCTTATGAAGCATTAGAAATGGCTTTACATGATAGAGAT +GTATTCAGAACTATGGCTTGTGGTATAGCTGGTTTATCAGTTGCTGCTGACTCATTATCT +GCTATAAAATATGCTAAAGTTAAAACTATAAGAAATGAACAAGGTGTAGCAGTTGACTTC +GAAATAGAAGGAGACTATCCAAAATACGGAAACAACGATGATAGAGTTGATGATATAGCT +ATATACTTAGTTGAATCTATGATGAACAAAATAAGAAAGAACAAAACTTACAGAGATTCT +GTTCATACTCAATCTGTATTAACAATAACTTCAAACGTTGTTTACGGTAAGAAGACTGGT +AATACTCCATGTGGTAGAAGAGCTGGACAACCATTTGCTCCAGGTGCTAACCCAATGCAC +GGAAGAGATAATAGTGGTGCATTAGCTTCATTATCTTCAGTTGCTAAATTACCATACGAA +CATTCTCAAGATGGTATATCTAACACATTCTCTATAGTACCAGGTGCTTTAGGAAAAGAT +ATGAACGAAAGAATAACTAACCTATCAGCAATGATGGACGGATACTTCGGAGATGGAGCT +CATCACTTAAACGTTAACGTATTCGATAGAGCTACATTAGAAGATGCTATGGAACATCCA +GAAGAGTATCCTCAATTAACTATAAGAGTTTCAGGATACGCTGTAAACTTCATAAAATTA +ACAAGAGATCAACAATTAGACGTTATAAACAGAACATTCCACGGAAAAATGGCTTAATTT +ATAACCGATAATAAATAACTATACTAATTATAAAAATAAATATTACAATCATCCAATAAT +ATTTAAACTTACGTCTATAAGAGTGCAGGCTCATCCACCTGCACTCTTTTTTTATCTCTT +TTTATCATATCCCCTATTCTCTCTTTTACATACTAAGAGATTATAACTTATCTGGTTTGT +GATAATTTATCCCTCCCCTTTAAAGTTGAAATGTTTCGCCAATACATTGCTCAAGTAACG +GATGAAGTCGCTGCCGATATTAGCGAAGCAAATTTCTATTTTTAATACTTACTAATTTTT +TAATATTTAATGTTTTAACTACATAACCTTGGGTATTATAGTAATATAATACAATACAAA +TAATTTAAAGATAAGATATAGACTTTGTTTAATAAATATCATATAATTTAGTTGTAAATA +ATTTTGTATACAATATATAATATATATTAACCATAATTATAAAATAAATTCATTTTAATA +TAATTTTTAAAATATACTTATGAGGTGGATAAGATGATAAAAGGAAGAGTTCATTCAATA +GAAACATTTGGTACAGTAGATGGACCAGGAATAAGATTTATACTATTTATGCAAGGATGC +CCATTAAGATGTAAATACTGTCATAACAGAGATACATGGGATACAAAATGCGGTACTGAA +TATACTACAGATCAAATAATAACACAAGCACTTAAATATTCTTCATATATGAGATCATCT +GGTGGTGGTATAACAGCATCTGGAGGAGAAGCAACTCTACAACCAGAATTCTTAGCTGAA +TTATTCGCTAAAGCTAAAAAGAACAAAATCCATACATGCTTAGACACTTCAGGTTTTGTA +AATATAGATACAATAGCTCCAGTTCTAGAAAACACTGATTTAGTTTTACTAGACATAAAG +CATATGGTTGAAGAAAAAGCGAAAGAATTAACTGGTGTGGGAATTGAAAAGACTTTAAAG +TTAGCTAGACACTTAAGTGATAGAAACATACCAGTTTGGATAAGACATGTATTAGTACCA +GGAGTTACTGATGACCAAGAAAACTTAGAAAAATTAGCTGAGTTTGTTAGTACTTTAAAT +AATGTAGAAAGATTTGAAATATTACCATACCACACTATGGGAGTTCATAAGTGGGAGAAT +ATGGGATTAGATTATGAATTAAAAAATGTTGAGGATGGAACTCAAGAAGATATAGATAGA +GCGATAGACATAATGTCTAAATACGAAGTAGAAATATTTAATAAAAGATCAGCATAAGCT +GATCTTTTATTTTTATTACTAAGCTACTTCAGTTTTATTATTTATATCTAAATATAAATT +AGTAAATGTTGCTTCATAGTAAGGTATGACATACAATCCAGCTATTCCGCATGTAATAGT +TGTTAATATCCCCCATAATATAAAGCTTAACATCAACACAAAATAATTCCATTTTTGACC +ACGCATCATTAGTCTACTTTCCTTTAAGCATTTTACAATTCCTATATTAGGATTTTCAGC +TAATATATAATACGCTTGAGAATACATAATAGATAAAATAATACCTGGTATAATCAATAA +AATAAAACCTATACATATAATTATTTCAACTAAAATTGATACTCCTATTACTTTTAAGAA +ATTCTTGTAACCTAAAAATACATCTGAACATTTTCCATCTTTATTTTTAGCTAATTTTAA +AAAGAATATAGACTGCCCTAATCCTAATGGTGCCGTAATTAAAAAAGCAACTATACACAG +TAATGTAGGAGCCCATATACTCTCATCACATCTAACACTTAAAAAACTTAAGCAACCTGT +AATAACTGCAATTATTAATATAACTCCTATGGCAGTCCACCAGTTACCTTTTAATTGTTG +TTTCGCTCTAGTTTTCAATTCTTTTCTTGTCATATAATACACCCCCTTTATATTTTTTAC +ATTAATATAATATGAATTTAAATTTATTTCGGTTACGTAATTAGTACTAAATTTAGGCAT +AAAAAAAGAGCTTTTAATTCTAAAACTAAAAGCTCTTTTTTATTAAAATTCTATATCTTC +TACTTCTATATTATCTATAGCATCTTGTATTAACTTTTCTACATCTAGTTTCTCTTCTGA +CTTCTCTATTCTTTCTAATCTTGGCTTAGTCACAGGTTTCTTTGGTGCGAAAACTGTACA +ACAATCTTCTTCTGGTAATATAGAAGTTTCAAAAGTGCCTATTTTTTGAGCTATATCTAT +TATTTCAGTCTTATCCATAGCTATTAACGGTCTGAATACTGGCATAGTTACAGATGCATT +TGTGCAAGTTAATCCTTGTATTGTTTGAGATGCAACTTGTCCTATACTTTCTCCTGTAAC +TAAAGCATCACATCTTCTGCTTTCTGCTACTGCTTGAGCTATTCTCATCATGAATCTTCT +TGATATTATAGTCATTTCTTCATCGTTACAGTTCATTCCTATAGCTTTTTGTATTTCTAA +TATATTTACTTTGTGAAGTCTAAGTCTTCCACAGTATTTAGATAATATTCTAGCTAAGTC +TCTTACTTTCTCTTGTGATTTTTCACTAGTGAATGGGTATGTGTGGAAGTGTATTGCTTC +TATTTCCATACCTCTCTTAGCAACCATCCACGATGCAACTGGAGAATCTATACCTCCAGA +TAAAAGAGACATTGCTCTACCGTTAGTTCCAAGTGGTAATCCACCGTATCCTGGTATTGT +ATCACTGTATACCATTACGTGATTTTGTCTGTATTCACATATTATCTTAGTTTCTGGATT +TCTTATATCTACACCTATTCTATCATGAACTTTAGATACTAAGAATCCAGCTATATCTAT +ACTCATTTCTTGAGAAGTAAATTTGAAATCTTTATCTCCTCTTTTTGATTCTACTTTGAA +AGTCTTAGCACCCGATTCTATTTTTTCTTCTAGTACTTGAAGTGCTAATTCTTTTAATTT +ATCATAATCTTTTTCTGCCCTTATTGCTGGACAAACTCCTACTATACCAAATACTTTTCT +TACTTCTTCAGCTACTTCTTCGTAGTCATGATCTTCTAAATTAACATATATTCTTCCGTA +TTCTTTATATACATCAAACTTTCCTATTGGTTTTAGCATATTCTTAACGTTTTTTACTAG +TTTGTTTTCAAATAGGTATCTATTCTTTCCTTTAACACCTATTTCCCCGTACTTAACTAT +TAGTATATTGTACAAATTGGTCACCTCTTAGTTATATTTTTAATGTCTTTACCTATTTTT +ATAGGTTTTCATAATTTATAATTAATAATTCAAATTTATTAATAATTATCTTCTTCTTAT +TATCATTCTTAAATCACTTACTGATTCTTTTAGTGTTTTTACAACTTCTACCATTTCATT +TTCTGTATTTAAGTCTGATAAACTAAATCTTATTGCACCCTCTATTTCATTCGCCGTAAG +CCCTATTGCATTTAATACATGGCTTCCTTTTTTCTTAGATGAACATGCAGAACCAGTTGA +TACATATATTCCTTTTTGCTCTAAGTAATGAAGTAATACTTCTCCTCTTATATATTTAAA +TGAAATATTTAATATGTGGCAAACACCATCTTCTGGTGAATTTATTTTTATGTCATCTAT +ATTTTTTACTATTTCTTCTTTTAATAGATTCTTTAATTTCGCAATTTTTTCTATAGTTTG +GTTTAGGTCCTCATTTAGTATTTTCACCGCTTCACCTAATCCATATATACCAGGCACATT +TTCTGTACCTGATCTTACTCCTATTTCTTGACCTCCACCTGTAAGTATAGGCTTTAATCT +GTTATTTTCCTTTATATACATGAATCCTATTCCTTTCGGACCATGTAACTTATGTCCACT +AACACTCATAAAGTCTATATTATATCTTGAAGGCTTGAAGTTTATCTTAGCATATGATTG +CACTGCATCTACATGGAAGTATACTTTATCCTTTAGAGTCTTTAGGTACTTTCCTATTTC +TTCTATCGGCTGTATAGTTCCTATTTCATTATTTACATGCATTATAGTTATTAAACTTGT +ACTTGGCTTTATAGAATTTTTTAATTCTTCTATATTTATTTTACCTTCTTTATCAACTTT +TAAATATGTAACTTCAAATCCATCATCTTCTAAATCCTTTAAAGTATTTAAAACTGATGG +GTGTTCTATTTCAGTTGATATTATATGGTTCTTTCTTTTTTTATATAAATTAGAAACTCC +TCTTATTATAGCGTTATTAGATTCCGTTCCACCTGATGTGAAGTATATTTCTTTATCCTT +TACACCTATTGTTCTTGCGATATCTTGTCTTATTGCTTTTATATTTTTTTCTACTTCTAT +ACCTTTTCTATGTAATGAAGAAGGATTTGCATAATCAGTAGTAAGGGCATAAACCATTTT +ATCTACAACTTCTTGATACGGTTTAGTTGTAGCACTGTTATCTAAATATATTTCCATATA +CTACACCAACTTTCTTTCATTAATAAGTTTTATATTCTTCCTATTTTAGTTTTGACAAAT +TTATAAATTAATTACAAGAATACTATATAAATAAACTTTATCCTAATCTTTGCAATTACT +ATATTTATTCACATCTTTTTATTATACCACTAAAACTTAAGTTTTTTAATATTTTTCTAC +TCTTACTACTTTGTCGAAAACTTTTTTAACTTATTTTTGTAAAACTATTGCTTTTGTTGT +CGAAGATTGTTATTATTAATACATGGTTATCCCCCTGATAACCTTAGTAAAATCTCTATT +CCCAATACCCCTTTTAAATGAATACTTTTATATTCATTTGACACCTACTTCTGATCGGAA +AATGAAGTAGGTATTTTTTTGCATTTTTTACAAATATTTATTATGTATATATTTAACATA +GATTTAATAAAAAAATATATTTTTTTTGAAAAACTATTGATTTTTTTGTCGAAGATTGTT +ATTATTAATACATGGTTATCCCCCTGATAACCTTAATTAAAATCTCTATTCCCAATACCC +CTTTTGAACGGATATACTTTATATCCATTAGTTTAAGGTGATAACGGAAATCAACTTAAA +CAGAAAAAAAGAGCTTCCCCAGCTCTTTTTTTTTATTTATTTTTACAATTAAAGGAACTT +TTTTATTTTTTAAGATGATAGATTAGTTTTATTGTTTTTGTTATAATTTATATTTAGTAG +TAAAAATATTAATTTAGTAAATAAAGAGGTGGAATATTATGACTAATAAGAAGAAAGTTG +CTATAGTTTTCACTGGTGGAACTATATCTATGACAGTTGACGAAAAAGTTGGAGCCGCAA +TACCTACTTTATCTGGGGAACAAATAATGTCTATGGTGACTAATATTGATAAAGTTGCCG +ATGTTGAAGTTTTAAATTTCGATGAAATTCCAGGACCTCATATGACACCTGAAAGAATGA +TGGAATTAAAGCATTATGTAAATAATTTATTAAAAAGAGAAGATATATGCGGTGTTGTAA +TTACACATGGTACTGACAGTTTAGAAGAAACTGCTTATTTCTTAGATTTAACTATAGATA +ATGAAAAACCTGTAATAGTTACAGGCGCTATGAGAAGTAGCTCTGAACTTGGATACGATG +GACCAAGTAACTTATCTGGTGCAGTTTGTACAGCTATCTCAGATAGCGCTCGTGGAAAAG +GAGTTCTTATTGTATTAAACAATGAAGTCATAGCAGCTTCTGAAGCTACAAAAACAGATA +CACTAGCTTTAAATACTTTCCAATCTGTAACAGGAGGACCTTTAGGTGTAATAGATTGTA +ATGAACTTCTTTTATACAAACACATAGCTAAAAGAACAATCATTGATACAGATACTGTAG +AACCTAATGTAGCATTATTTAAAGCAGCAGTAGGAATGGATGAAACTTTTATAAAACTAG +CTGTAGATAATGGATATAAAGGTATTGTAATAGAAGCAATGGGTAGAGGTAATATACCTC +CCAGAATGTATGAAGGTGTAAAATATGCTAGGGAAAATAACATACCAGTAGTAATAGTTT +CAAGATGCCACTCAGGTAGAGTTTTCGATAGTTACGGATACTTAGGCTCAGGAAGAGACT +TAAGGAATCTAGGATGCATCTTTGGAGGAGACCTGCCAGGTCATAAAGCTAGACTAAAGT +TAATCCTTGCACTTGGAAAGACAAATAGTTTAAATGAAATAAAAGATTATTTCGAAGAAG +GAATTTACTACTAATGATAATCCACTTTTCTATTATATTCTTACTCTCTATAGGGTAGAT +TTATTTTATGGAAAAGTGGATTTTGATTTATTCAGCTTTACTCCTTTTCGTTAGAGCTCC +TTTTTCTATATTAACAATTTTCCACTTATTATTTAATTTTTCTAGATAGTATATTCTTTT +CTCTTGATAAACTTCATCTAAATTCATTTGATTTTTATCAAGATAATCTTTATTTGCTTT +TTTAACTATAAACTCTGATTCAACTGTCACCTTGCAAGTAGTCATATCTTCATTAAAGTA +ATTGCGATACCATACTAAATTCTCATGTTTTATAGCCAATTTATTACTTTCATACATTGA +CTGTACTGATTCTTTATAATTTCCTTTTTTTAAAACTTTAATAAAGTTATCACTATATAA +ATTATATTCATTCTCTAAATTTAATTTATTAAAATCTCTATTATCTACAATTAAACAATG +TTTATCTATAATATCTACTATTTGTTCTACATCCTTATTATCATCCTTTAACATTTCTTT +ATCATTACCGTCTTTATCTAATACTGTCCATAAAGTTTGCTTACTCCTTTCTTCTTGCTT +TTTATCTTCATCTTCATAATTTATATCACTATTATTTGAACTACTGCTTGCTATGTTAGT +ATCTGGCTCACTAACACTACATCCAGAAAACATCGAAATCATCATACAAAGTATAACTAC +ATTTAAAATCTTCATAATATATTACCTCTTTTTCGAGCATTAAGTCTATTTAACTTCTAA +ATCCACTGGGATTAACTCCCACTGGCTACTCCAATATTCCTTAGGAACATTTCCATATTG +AACTACACCCATTTGGTCTTCTATGTGGATATATGAATTATTTTTCCATCTATTATTAAA +TCTTAAGTAATTTCCTTCATTTTCTGATTTCCACTGAGCACTATAGTATGTTTTAGGTAC +TTTTCCATGTTCTAAAAATCCACTTTGACTTTCTACATGAAGATAATCTTCTGTTTTTTC +ATTTTTTAATCTAATGTAATCACCAGCTTGTTCTTTTTTCCAAACTCCATTTGTATCAAA +CTCGTTAAGATCTCCATATGATACTTTATCATTATTTTCTTCTATGTATAAGTACTTTCC +TGTTTCTCTATTTTTTATATGGTATGAAGGTATTTCATAACCACCATCTTTTTTCCAAAC +ACGGAAGTAATCTATAGCCCACTGTTTAGGCCAAACATTATTATGCTCTCCTGAACCTGC +ATCTGTGTATATATTTAAAATTGTACCCATTGGATAGTCTGGTGCTTGATTTATTTCTTT +ATATAATTCGTTATCATAATAGAATTTAAGGCTTCCTGGTGACCAGTCAAGTCCATATAT +ATGATATTCAGACGTTGGGTCTCCTGATGGGACTGGCTCTTCAGAAATCATCCAACTTGT +TTGGAAGTTTGGATCATTCCATCCATATGCTGCTATTCTCCAAGTATCTGGCTTACTAAA +AAAAGATTCTATAATATCTATTTCTCCAGTTTCCATTGAGTTAAACCAGTCATCAGTATC +ATTTTGCATACCTACCATCCACCAAGCTTGATGACCGCCTCCACTACAGTCAGCAAACTT +TGCACGTATTTCAAAATATCCATAAGTAGTAGCATACCCTACCCAAGGTTCTCTATCTTG +ATTATCTGTAGTACCACTAAAGTTATGAATCCAGTTTTTATCAAATGACATTATAGCTGA +TGAACGAACTGTTCCATCATGCTCAGGACTCCAAGGCTTTTGGTCTTCAGTTATATACTC +TATTAAAGAACCATCTTCAAACTTATATTGTGCTTTTGCATTTTCTGGATTTTTCGTCCA +GTGAGGTAAATAATAATCTGTCCATTTTGTTTTATCTAACTCTGGTCCATTAAATTCATC +TGAAAAATCTAGCGTATATCCTTCTTTGATCAAAGGATTAGGTGGCTGATCGGCTGCATA +AGTCGATGAAGTAAAAACAGTAGATATAACCATCAATAATGTCATTATAAACCCTGAGAT +CTTTTTTAAGATTTTATACATAGTATAATCCCCCTCTTAAAATAATTTTGTTTACTCCCA +TTTACTACTAACATTTCAAAAGCCCTTACTTTTTAATATTTTTTCATATATATTGTGAAA +CTATATTATAAGCACTCACAACTAATATATTATGAGTGCTTATTTTTATAATTTATTACT +TTATTTTAATGTTGGCCAAAAATCTCTATTAGCTTCCATTAGTTCATCTAATACAGCCTT +ACCTACTCTATAAGAAGGTATTGTTTTATTAAGTAAAATAGCTTCCATTGCAGTATTATA +AGATCCTGTTAAAGCTGTTTCTACTGTTAATTTTTCATATGCCTTTTGCATTTCCATCAT +ACCTTTATGGAATGTTGGTATATTTCCAACTGTAACTGGTTCTGGTCCTGTGGCTCCGAC +ATAACAAGGAACTTCTACGACAGCTTCACTATTAAAATTATTAATTGCTCCATTATTTTT +TATATTTATAATAAACCTTTCTTTAGTATCATGTATTATAGCATTAGTTATATCTACTAT +ATAATTCCCATGAACTCCACCTAATAGTTTAGAATCTTTAGCTGTACCTAATTCTATAAC +CCTTTTGCACTCTTCAAATACTGTAATTTCTCTAGTACTTAATACATATGAACCTCTCGT +AAATTCAATATTATCTGATTCAACCATTTCATCTGCAAAATAGTAATATTGTAAGTAGCA +ATTAGGAAAATACTGAGGATACATCTTAAATGCTTTAATTACATTTTGGAATGTCTTAGT +CCAGTAGTCATCTCCTACAATCTCTTCATTAGTTTGTATTAATCCCTTTAATTCTCCCAA +TTCCACCTTTTCTCTTATTCCTGGTAATAAATCCTTTCCATTCTTATCATAAATATTAGT +CCACCATCCAAAGTGGTTTAGACCAAAATATTTAAAAGTTAAATCTTTATATGGTATATC +TAAGTACTCTGCTAAAGTTTCTTCTATACTTATTGGCATATCACATATACATAAGCACTT +AGCATTAGGGAATTTCTTATATATAGCCTCTGAGATTATAGCTTCTGGATTAGTGTAATT +TAATATCCAAGCATCAGGGCAAACTTCTTGCGCAACTTCTACTATTTTTAAAATCTCAGG +TATAACTCTTAGTGCAAAAGAAAATCCTCCTAAGCCACATGTTTCTTGACCTACAACTCC +GTGTTTTAAGCATATTTTCTCATCAATTTCTCTTTGATTATTAAGACCTGGTCTTATTTG +AACATATAAGAAATTAGCATTTTTAAAAGCCTCTCTTATATCTGTGGTATAAGAGACTTT +AACATCTGAGTTATTATCTCTATAATAGATTCTTGTAAACTCACCTATAAGATAGTTTCT +TTCTTTATTATTATCGTATAATACTATTTCTTCTAATTGCAAATCTTTTGAGCGATTTCT +AAGCACTTCTACTATTCCTGGCGTATGTGTAGATCCTCCACCAACTATTACTATTTTATT +CCCCATATTATTTTCCTCCTTCACTTGCTGATTCACTTAATAGTGCATTAAATTCTTTCA +TTACATGAACTACTTCTGTTCCTACTATAATTTGTATATTGTTTTTATTTACTTTTACTA +CGCCTTTTGCACCTGTTTTCTTTATGTTATCTTCATTTATCAAGCTTATGTCTTTTATTT +CTAAACGCATTCTTGTAACGCAGTTTTCAGCATTAACTATATTTTCAACTCCTCCAACAT +TTTGTAATAATTTCTTTGCCATATATGAATAATTTGAGTGAGATAATTTTAATTCTTTTT +CATCTATACCTTCAGTTATATTTTCACTTCTTCCTGGAGTTTTTATATCCTTTTTAAGAA +TAATTGTCTTAAAAGTGAAGTAATATAAGAAGAAGAATGCTATCCCTACAGGTATTATAT +AAATCACATTATTACCCATATTCCAGTTTAAAGTTAAGTCTATAATATTAAATCCAAATG +CAAAACCAAGTCTTGAATTAAATAAGTATAATATTGCTCCTGCTAAACCTGTAAATACTG +AATGTATAAAATATAAAAGTGGAGATGTAAACATGAATGAAAATTCTATTGGCTCTGTTA +CACCTGCAACTATTGAAGTTAGTGCTCCACTATTTGCTAATCCTTTTACTTCTTCTTTAT +TTTCTGGGCGTGCTGTTTTATACATTGCAGCAGCTACACCAGGTATTCCAAATACCATTA +TTACGTAAAACATTACTAAAAATGATCCTGCACTTGGATCTCCTGCTAAAAATCTTGTCA +TTTCACCTGTTACTACTGTTCCATTTGCTGTTGTATAACTGCCTAATTCATAAAATATAT +AGGCATTAAAAACATGATGTAATCCTGTTGGTATTAAAGCACGGTTTAAAAATCCAAATA +AGAATACTCCAAAAATCCCCATAGATCCTAGACCTATTGCAAAAGCATCTAATCCTGCTT +CTATTGGAGGCCATATAAAACTAAATACTCCTGCTAAAATAAGTGAAAATATTGGACCTA +AAGTTATTGCTAACTTCTCACCTGCAAAGAAAGAAAACATACTAGGAACTTTCCAATTTT +TACTGTAGTTATATATAATAGCAGTACTTACACCTGATACTATACCTCCAAATACTCCCA +TACTAATACTTTCATTTAAGTATGTAAGCGCTTGCCTAAATACCATAACTGAAAGCACTC +CGGCCAAAACTGCAGATGATTTATCTTTGCTTTTTGTATATGCAAGTATACATCCAACAG +CAAATAATAAATCTAAATTTCCAAATATAACATCCGATGCAATTTTTAATATGTCTAAGT +TTAATAAATCTGGTTGCCCAAGTCTGGATAAAAGACCTGCAACAGGCATAGCAACGACTG +GAATCAGCATTGCTTTCCCTAGTTTAGATAATTGATTACTTACTACTCGAAGTGAATTAG +ACAAAATAGTATCCCCCTTTATTTTTATATATTATTATAATTGCAAAGCTCTATATCATA +TTTATTTATAAGCTCTCTCATATACGGATCACATAGTATATCTACTTCTCTTACCCTAGG +TATATTGAAAGATGATCCCTCTAGTAGTGGACTATCTATAAATGCAGGATGACACATTGC +TTCACTTTTTTTAAATTCAATATTTTTAAGTATATTTGATTCTATAATTTCAAAACACTT +TTCTCTAACTGATATATACTTGCTAGACATATCTCTTATAGGTTCATAATTACATAAATC +TAAAAAGTTTATATCATTATCATCTACTGCTTTATTACAGTTTCTAACTGGCAAGTTATA +TTCTTTAGAAAGTGTTTTTACTATTTCAGCGGTCTGATTAAATGTATGTATATGATGATG +TGAATCAATATGGCTTAACTTAATCCCGAGAGAATATAATTTATCTATTTGAGTTTTCCA +CTCATCATAAAGTTCATTTTCATCAATTTTTACATTTTCATTTTCAAAATCACATAAATT +ATAAAAGTTTCCATCATTACGAATTAATGAACTTACTTTTTTACCTAAAATAGGCTTACC +ACATGTTAATGTTAAATGCACTCCTACTGCTAAGGTAGGCATTTGTTTAGATAATTCAAC +TGCATGTTCTGTTCCTGACATATTTGCCATTAATGTTGTTGATGTTAAAACACCCTTTAT +ATGACTTTTAACTATTCCTAAGTTTACAGCATTAGAATATCCAAAATCATCGCCATTAAT +AATTAACCTTTTAATATCATTCTCCCCCTTTGCTTTTATATATTTAAAGTATATATCCTT +TTTTAGTACATTAATATACTTTTAACTACAATTGTAACATATGTATAATAGCGTAACATG +TTTCAATACATAAATGCTTTATGATATAATAATCCCATATACTAAATATTGAATTTAGAA +GGGGGATGTCTATGAGCAAAACATTTCATGTAGGAAGAATCTTTAAAAATCAGAATTTAT +CAGATTCAGAAGTGAAGATACTTGAGTACATATTTACAAACCCAGAAAAGATAAAAAAAG +AGGGTATAAGACAACTTGCAAAATCAAACTTTACTTCTACTGCGTCTATTATTAGGTTAG +CAAAAAAACTTGGGTACAGTGGATACAACGAATTAATTTTTGATATAAAGAGAATGACAT +CGGATACTTTACATAGTAACACCTACAAAGAAAACGATTTCATGTGGAATTCAAAAAAAC +CTCTAACTAATTTTAATGAGTTATCTAAAACATACTTAAATAAGGAAAAATATATTTATC +TATATGGAGAGGGATTTTGTGAATTTGTAACAGGATACATACATAGAAAACTTTTAGTGA +AAAAGTATAATGTTATATTGTTACATGGTCTAGAAATACCTATAGTATATGAACAAGATC +ACAATCCTACCCTAATAGTAATCTCTAAATCTGGCGAAAATTTTGCATGTATTAGAAAAA +TTGAACAGTTAACTAATCTTGGAGGAGATATTCTATCTATAACTTCCAATTCTAATAGTA +GCATTAGTGTTATGTCTGATGTGTCTCTTTCTATACCTGTTCGCTATATAACAGATAGCA +AAAATGAAGAGTTTACAACTTTTTATGGAGATAGTATAAATCTATTAGAAGACTTATTCT +CTAGAGTTTAATATTTTTTAATCTACATATAAAAATACTCCTTCATGGCGTTGATTTTAT +ATTATCATTGCCATAAAGGAATATTAATTTAATCAGCCATAAATTATATTTATACCCTAT +TTATCCTAAAAATTTTCTAGAAAAATCTCTAATATGCCTATATACTAAGCTAATATCTTA +GCTAAAAATTCTTGTGTTCTAGGGTGAGTAGGATTATTAAACACTGCTTCTGGAGTGTCA +TCTTCTACTATCTTGCCACCATCCACAAATATAACTCTATCTGCTACTTCTTTTGCAAAT +CCCATTTCATGAGTTACTATTGCCATAGTCATTCCCTCTTTTGCAAGTTCCTTTATAACG +TCTAGTACCTCTTTTACCATCTCAGGATCTAGGGCTGAAGTTGGTTCATCAAATAACATC +ATATCAGGCTCCATAGCAAGGGCTCTTGCTATAGCTATTCTTTGTTTTTGACCTCCTGAT +AATTGGGCTGGGTATGCATCTTTTTTATCTAAAAGCCCAACTCTATCTAATAAGTATTCA +GCTTTTTTATCTGCCTCTACCTTGCTCATTTTCTTTAATAGAATTGGAGCTAATGTTATA +TTTTCTAATACTGTTTTATGAGGAAATAAGTTAAAATTTTGAAATACCATTCCTATTTTT +TGTCTAATCTCATCTATATTAACCTTTTTATCAGCTATATTAGTACCTTCAAATATTATT +TCGCCTTCAGTAGGTATTTCCAGTAAATTTATACATCTTAGCAAAGTACTTTTGCCTGAA +CCACTGGGTCCAACTATAGCCATTATTTCACCTTTATCCATTTCTAAATCTATTCCTTTT +AATACACGTATATCTCCAAATGATTTATTTAAATTTTTTATCTTAATCATAATATCACTT +TCCCTCTAATTATTTTATGCATTAGCCTTAGCAAGCTTTTTCTCAAATTTTCCTACTAAT +TTAGATAATGTAAATGTTAATACAAAATATATAATAGCTGCTACTATTAAAGGTTCTAAT +GGCTTAAAAGTCTTATTTTTAACTATAGATGCTGTGAACATTATCTCTCTTACACCTATA +ACAGAAATTATTGCTGATTCTTTTACAAGTGTTATAAATTCATTTGCTAAAGATGGTAAT +ATGTTTTTTATAGCCTGAGGTATTATTACATGTCTCATAGTTGATGCATATCCTAATCCT +AAAGATCTACTCGCCTCCATTTGTCCATTATCAACTGACTGTATCCCTGATCTTAAAATT +TCTGCTACATACGCCCCTGAGTTAATTGATAATGCAAAAGCACCTGATATAAAATCGCTA +GATATACCAAATATACTTGGGAAATCTATTCCTATTTGAGGGAATCCAAAATAAATTATA +TATATTTGTACAAATAGAGGTGTCCCTCTTAATATTTCAATATAAGTTGTAGCAATTGCT +CTTAATACTTTAAAAGCAGACAGCTTCATTAAACAAATTAACATACCCATAATACAACCA +AATACTAACGCTACTAATGAAATTATTACTGTTACCGATGTGCCTTCAATAAATAAGCTA +CTGTATTTACTAAAAAAACTAAAATCCATATTATCATCTCCTAAACTATTTATGCCTATT +GTTCATCAGCTAATTTTATAGCTTCTTGCATATATTCATCTACTTTACCTTCATCTTGTA +ATTTTTTTATAACTTTATTTATTAACTCTACTAAAGAATCATTACCGTCAGATTTCTTTA +GGGCTACGGCTCCACTCTCTTCGCAATTTTCGCCTACGTTACTATTTCCTATAGCTACAT +TGTCATAATTTTGAACATTTATAGCTGCTACATTTTTACCTGTTACTATTGTATCTATAT +TTCCATTTTGAAGCTCTAACATTAAATCAGGTATTTTAGTTAAACTCTTGTAGTTTGTAC +TCCCTAATGTATCTACAACAAACCTTTCTTGAGTACTTCCTCTTTGCACTCCAACATTTA +TATTTTTTAAATCTTCATCAGATTTAATTTTATCTTCTTCATCTTTTCTTACTATAACTA +CATTTTTATCCTCATAGTATAATTCTGAAAAATCAGCATTCTTAACTCTCTCTTCATCAG +GAGTCATACAAGCTAATACTATATCTGCTTTATCTGCATTCAATGCTCCTAGTAATCCAT +CAAAATCCATATCCATTACTTCTAATTCAACACCTATTTCATCTGCTATTGCCTTAGCTA +TACTAACATCAAATCCAACTATTGTATCTTTACCATCTACCATTGCATGAAATTCATATG +GCGAATAGTCTGCACTAGTTGCTAAAACTAACTTTCCTGAATCTTTTATTTGTTGTAATT +TATCCCCTACTTCTTCTTTGTCCTTTCCTGATGAACTGCATGCTACCATTCCTAATGATA +AAGTTAATGCTAATCCTAATCCTAATAATTTTTTTATTCCTTTCATAATTCAACCTCCCA +TTAATTTATAAATTTATAATTCCTAACAGTTTTACTTCACTAATATACTCATTAGTTAAC +TAATGAGTATATTAGTGAATATCTGTACAAAAAAAGTCTCTTAGCTTAATAGCTAAGAGA +CGAATTACCGCGTTACCACTCTTTTTGATAAATTATACATATTAAATTTTTTAGCACACG +ATATAGAAAATTAAAATTTTCTACAATAAAAAAGTCTCTTAGTCATAAAGACTAAGAGAC +GAATTATATCCGCGTTACCACTCTTTTTGATAAGTATTACTTATCCTCTCAATCCCTTAA +GGCAGGTATACCAATTATCATACTCTAGTTCTGATAATCTCCTCCAAAGCTCTCTTCACA +CTAAACTTCAATACTAGGCTCACACCATATCCTAGTTCGCTGAAAATCCATTTAAGTTAC +TCTCTTTTTCTCAGGATTTTTTAATTTAAAATTGTTAATACAATTATAGTGTTGTATATA +ATAAGTGTCAATTTTATTTTAATATTTATATGTATTTTTATTTTTTTATGAACTAAAAAT +ATTTTAAGCCATGCTCATTGTCTATATTATACGTGTATTACATTATTTAAAATACATACT +CTATAATTTAAAATTCTAGTTCCATCAGAAAACTTAACCCTTATAGAATCACCATCTTTT +GCAACTATAGTTCCTCCTTTAAACCTTTTATGATATATTGTATCTCCTATAGATATACTA +TCCATTTCTTCTTTAGTAGGAGCCTTTATATCATCTATGAAAGTAGAAACAGACACCTTT +CTTCCATATTTATTTTGAGGCGAACTTATGCATAGATTATCTTCAGCTCTTGTTATTGCC +ACATACATAAGTCTTCTTTCTTCTTCAATCTGCTCATCTTTTTTACTATCATCATCTAAG +TCATAAGATTTTTCATGAGGTATAGTTCCTTCATTTACACCTATTATATATACATTTTTA +AACTCTAATCCCTTAGCACTATGCATTGTTGTAAATATTACACCATCGCCTTGGTCTTTA +TTTTTATTTCCTACTACCTCTGACTTTACTCTATCTATATGATCTAAATATTCTTTTATA +GTCTTGAAGTTTGTTGCAGAACTTTCTAATTCATTTAAAATCTCAATTAGACCATTGGAC +TTAATTTTCCTATTTGAACAATAATCTAGTATATACATATCATATTCTAAGCTTGTTCTA +ATATAAGAAATAGCATTTTGAGGATTTAAAGTTTTTAAATAACTTAAATCTATATCTAGG +TCATTTATAGTTTTTACTTGTTTTGGATGTAGATTACACTTTGTTATTAAAGCGTTAATA +AAGTCTTTTTCATCCTTAATACTATTAATACTATCTCTAGATATGTATCTAAATGGTTTA +TTTATAATCCTTACCCAATCTTTACTTAAACTTGAATCAAGTCCTAACCTCAAATATGCG +AGTATATCTTGAGCTGCCCAGTGATCATATATAGTTACTATAGAGTCCTTAACTACAAAA +GGAATTCTCATATCCATAAAAACATCAACTAATGCTCTTGATTGTATATTCGTTCTATAT +ATAACTGCAAAATCACTATATTCTACAAAATCTTTTTTTATTTCTTCTAAAATTTCTTTA +CCTATAAGTACTGCTTCTTCTTCGGAATCCTTTGGAGCTATATAACTAATATTTCCACCA +TTTCCTTGGCTACATTTAATTACCTTTTCATATCTATTAGAATTCTTTTCAATTAATCTA +TTTGCAACATCTATGATTTCACCCTTAGATCTATAATTTATATCTAGCATAACTTTTTTA +GTTCCTGAAAAGTATTCTTCAAATTCTAATAAAAAGTCTGGTCTCGCCCCTCTAAATCCA +TATATACTCTGATCTTCATCTCCAACTACAAAAATATTATTTTGAGGGTTTGAAATTAAT +TTTAAAACTTCAAATTGCACCTTATTTATATCTTGAAACTCATCTACTAGAATATATCTA +TATACACTCCTTACAGTCTCTAATGCTTTAGAATTATTTTTTAGTAAATAATAAGTTCTA +AGTAACATATCATCAAAATCGATTTTTTTAATTTGATGCTTATGCTCTTCATATAAGTTG +TATGCTTTTATAAATTCATCTTTACTTACTACCTCTGAATTAAAATCTCCTTTATCCATT +AATTCATTTTTCACAAAAGAAATTTCATTGATAAGCTGTCCCACAACTTCATCATCTTCA +CCATTTTCAACATTTAAGCTTTTTAAAATCCCCTTTATAGCTAATCTTTTAGATTTTTCA +TCTAAAATACTATCTAGATTATATTTTTCAAAATGCCTTAGTATTCTAAAGAAAACTGAA +TGAAATGTTCCATATGTAACCTTATTAATTCTAGGATCTTGGCTTAATGAAATTGCCCTA +TTTTTCATTTCCGTAGAAGATGCTTTTGTAAAGCTTATTGCAAGTATGCTTGTTGGCCTT +GTATTATGATTTACAACCATATTTGCAATCCTATAAGTTATAACCCTTGTCTTTCCTGAT +CCAGGTCCTGCTAGAACCATACAAGGACCATCTATATGATTTATTGCATCTTTCTGATTT +TTATTTAATCTATCTATATTTATCATAGTTACCACCTTGAAGTATTATTTAATTACTTTA +TAATATTTATATAATATTTTATAATATTACCAAACTATTATAATATAGAATCTCAAAAAG +GAGAAATTTTATGGAGATTATTACACATATATCTGATGATTTTATAGGTATTCCTGACAA +TCACTTTGTATTTGATATAGAGACAACTGGACTTAGTGCTAAATTCTGTAAAGTTATATT +AATTGGCATTGTTTATAATGAAGGCAATCAAACCATAATAAAGCAATTTTTCGCTTTAAA +TGAAGATGAAGAAAAAGAACTTCTACTAGCTTTTATTAATGAAATTTCTTCATTTAATAA +ACATATAACCTTTAATGGTTTTACATTTGATATTCCCTTTTTAAATTCTAGATTTCAAAA +ACATAATATATATTTTTCTTTAGATAAGGCTGATGATATTGATATCTTAAGATTAGTAAA +ACCATATAAAGAAAAACTATCTCTATTGGATTGTAAACTTAAAACCATAGAAAAATACAT +TGGAATTAACAGAAATGACACTATATCTGGAAAAGAAAGTGTAGAGCTTTACAAAGAGTT +TGCATCTACTCAAGATAAGGATTTAAAAGACAAAATACTTCTTCACAATTATGAAGATAT +TTATTATTTAGCCAAAATATTTAAGATAAAAGATTTATTAGCTGATAAACTAAATCCACT +ATACATTGAATCTAATAATATAAGTCTTAGAATATTGCCTATGTCATATAAATTGAATAA +AACTAATTTAATAATGAAATATAATATTTTTTCAGGTACACTGAGCAATATAAATATCTA +TAAAGATAATTACTCTATAACTTATGGTGAAAGCTCTCTGACTATAAATATTGATATAAA +AAAAGGCATAGATTCGAATAAAAATGAAATACTATTTTATAATTTATCAACTATAATTCC +TTTAAAATTCAACTCGAATTTTTTAGAAGATAATATTTTTAATCTATGTAACTTCTTAAT +GAAGAAAGAGTTAAGTTCATTATAATGACATTAGAATAAACAAAAAAGAAAAATGGGTTG +TCTTAAGAATTTAAAATATCTTATTACAACCCTTATAATTTGATTTAATTCTTACTTTTG +GGGAAAGTAGAATATTGAATAAATATTAAGCTAAAATTTGATGTCGACTATTGATCATAG +AACAAAAAAGCCAGGCGACAAAAGTCTCCTGACTTATATATAGATATTTTCAAATATCTT +TATTTCTATTTCAATATGTAATCTTAACTTAATTGTAGTTTTACTTACTTGGTTTGTCAA +CAAATTTACCAATAAAATATTTTTAAGTTTGTATTAGCTACTTGTTGAAATTATTTCAAT +ACTATCTAATACATTCGAATAAATCTTTTCATCTGTCATTATTGTCAAATAATCTCCTCC +AATTATTTCTATATCACCTCTAGGTATTATCTCCTTATTGCCTCTTAAAATTGAAACTAC +TAAACAATTCTCTGGCCATGATATATCTTTTATATATTTGCCATCAATTTCACTATCCAT +GTGTACCGCTACTTCTAATAATAGTTTTTTACTTTCATTTACTTCACATCTATAAGAAGT +TTTTTCTAAAAGTCTATCTAATAAGCTCTCATAAATAGGTTCAGAATTCAAAATATCTGA +TGTTAATTGTGAAACTACCACCACTACAGCTAATGATAATAAATGATCTAAAGAACCTGT +CATTTCAGATATTAATATTAGAGAAGTTATTGGTGCTTTAACTATAGATGCAAAATGACC +TGCCATAGCCAGTATAATAAAGTTTATAATATATACTTCACTTATTCCTAAGTAGCTCGT +TAATATAAGTCCTGTTAAATTACCAACTAATGCTCCTAATACAAGTAATGGAAAGAATAT +CCCCCCTGGTATACCAGATCCAAAGCAAATAAATGTAAATAAAAATTTGACAACTATAAA +TGTTAATAGCACTGTAATTGTAAAATTTTGCTCTTTCAAAGCCATTATAAGGTCATGTCC +TCCACCCAATAAAATCGGATATACTAATCCTACTATACCTGTAATCACAAAAGGAATTAT +ACATTTTATTTCAGTGCTAAATTTCGATTTTTTAAATATTTCTTGAGTTTTTAATATTCC +AGCATTAAAAATAACACCACTTACTCCTATTATTAAACCTATAATAATAAGAGACCAATA +ATACTTTAATGGTAATTCCTGAATTTTTTCAAAATATAAAGAAGGTGTTGTTCCAAAGAA +TTGTTTCGATACAAAATCTGAGCTAAGAGACGCTATCATTGCTGATAATAAAACTAATGG +TGAAAAATTTCTATGTGCTTCTTCTAATGCAAACATAACGCCCGATATAGGTGCATTAAA +AGCTGCAGATAATCCTGCACTAGCGCCACTTGTTATTAAGTACTTTTCTTCATTATCTAA +ATTTTTTAATTTTTTTGATATCCCTTCACCTACACATGCTCCCATTTGAACAGAAGGACC +TTCTCTACCTACTGATAATCCTGCACATAGACAAATTAGCCCTCCTACAAACTTATAAAA +TAATACCCTTAACCAATTCATTTTTAATTTTCTAGTTAATATCCCCTCTACCTGAGGTAT +ACCACTACCACTTATCATCGGCTCTTTTTTTACACACTTACCAACTAAATAACCTGTAAC +TATAAGTATGGTAAAAATCAATGGTATTAAAGCAAAATTAGTACTACCTTTTTCATAAAA +TTTTAGAAATAGAGGTGATATCTTTGATAAAATTAATCTATGAATCACAATAATTAATCC +TACCATTCCCCCTACTATCAAAGAATCGCCTACCAAACGATATTTTAGATTTTGGACTCT +TTCTAACATGTTAAATACTCTATTCTTACTACTTATCATTTTTTCATCCCCTCAAAATAA +TTTTATACAATATAAATCGCATTGACAATTTTATTTGAGTAATATTTCAATCTTTGCTAG +AGACTTTGCTACACCATCCTTACTTACCCTCGTCATCTCATGAGTTTCATAGAAGTTCCC +AAGTACATCTATATTATTTTTTCTTATATAGTCTTTAACTTCACTATAATACTTTTTAAT +GTCATAGAAATTATCATCATAATAAAAAGTTATATACTTACCCTCTGGCAAAGTTACTAT +TGTATCATCATCGCCTAGTACACCTTCATCCAGCTCTATCATAGTTTTTGTGTGAACTAC +TTCATTATTTTCTATTAAATCTTTATAGGATGTTTCAAATGCAATCTTAGAGTTAAAGCT +ATTATATTCTTTTTCTATATCTATTAATGATTTTCTCAATTGCATTTCAAACTCTTCTGT +ATATCTACTTGTATAGTTATATTTTCTTAACTTCCTTTGTTCATAAAATTTTATAAAAGG +CTTATTAATCCCAATTTCCAATGCTTCTTCTATACTATTTTCAAGATTCTCAATACCATT +CTTTATACTATTAAGCTCGACTATCTTTTTATCTATAATTTCTTTTTGATTTTTTATTAT +ATTTAAAACAGAATCTAATGACGTATAATCATTTATGATCTCTTTTATCTCATCTAAAGA +AAGCCCTATTGCCTTACATTGTTTAATTAAATAAATTGTTATAAAACTCTTAGTTGAATA +ATATCGATATCCTGTTTTTTCATTTATATATTCCGGTTTAAGTATACCAAATCTATCGTA +ATGTCTAAGTGTCTCTATTGAAATATTATGTAATTTTGACATTTCTCCAATTGTAAAATA +TTTCTTCATAATATAAAACCTCTCTTTTAAATATTATAAGATTATATTAATTTTAAAAGG +GGTATGAAACTCTTAGCTTCACTACCCCTCACTTTTATGCTGCCCTTAATTCTTCTTTTC +CATTAGAACTTTTTATAGATTTTAATGTATTTGATTTTATATTAGTAATTAAATTTATTG +CGGTAAATGTTATAGTTTCTGCAAATAATGTTCCTCCCCATACACCGTTTACTCCAAATA +TATTCGATAGTAATATAAGACCTATTGGTAGGAATATTATTGATCTAAATAAACAAATTA +GATTTGAATACTTAGGCATTTCTATTGCTTGATAATAAGTTATTGTATTTAAGTTTAATC +CTACAAAGAAATAACTTATGCTAGCAAATCTTAAACCTGTATATGCCAATTCTAGTATTT +CCTTATCTGATGTAAATATTTGAATTAAATTTCTTCCAAATATATAACATATTGAAACTG +CTATACAAGTAAATAATGTTGATGATACACAAGTTATTTTATAAAAACTTAGCATTTTTT +TATCATCTCTTTTTCCATAATTATAACTTATTAGAGGCTGAGCTCCTAGAGTCAATCCGA +ATAATACCATATATATATTCGTACCAATATAATTTATTATACTGTATGCTGAAACTCCTA +TTTCACCTATATTTTTAGTTATTATTACATTATGAAGTAAAACAATTACTGAAAAACTAG +CTTGAGCAAAAAATGACGGGAATCCTATTTTTAAGAATTCTTTTATACTTTCTATTTGCA +GCTTCACTTTTCCAAAACTTAAATAACCTTTCTTCTTTATAAAGTGAGGTAATAATATAC +TTACTGTTACTATTTGACCAAGACCTGTTGCTATTGCTGCTCCTTTTATTCCAAATCCAA +ACTTAAATATAAACACATAATCTAGTATTATATTAGTTATAGCTCCTGATATTATTGAAA +CCATAGCTAATTTAGGCTTTTGATCATTTCTTACAAAACTATTCAGAACTATACCTATTA +AGTTAGGTATAGAGAACAACGCATAAAATCTAAGGTAATCTACAGCTAGCCCTTGTAAAT +TCTTTGTTGCTCCTAATAATTTTACTATTTGATTTGTAAAAATAACACATATAATACTTA +TAACTATACTTAGTATCAAAAGAAATTTACATACTTGTCTAAATATATTTACAGCCTTAT +CTATTTCTTTTGCTCCAATATTTTTTGATACTAGTGCTCCACCTCCTACTGCCATCATAT +TAGCCATTCCTACTAATATTACTGTAAAAGGTAAAACTATATTAACTGCAGCTAGCGCTG +CATCTCCAACACCTTGACCTACAAATATTCCATCTATAATTGTATATAATGCCGATATAA +ACATAGAAAATGCCGATGGAATAGCATATTTTAAAAATTCATTTATCATAACTATCTCCT +CTCCTATTTTTTCTATTACACATTATAAAGTCTTGTGTTACACAAGAGTCAATAGATATT +TATAAAAAAAAGACTATCGAAATCGATAATCTTTACTGGCGGAGAAGGAGGGATTCGAAC +CCTCGCACCGGTTTACCCAGCCTAATCCCTTAGCAGGGGATCCTCTTGAGCCACTTGAGT +ACTTCTCCTTAATATATTAATATTATATATTATAATTTAAATCAAGTCAATATTAAATTT +ACAATTTAATTCCAAGTTCTATAATTATTATTTATACTCATCTATATCATAATTTGTCAT +ATTCTTTACGCTATGTGCATCTGATCCAAATACTACTGGAATTTTATATTTTTTTACTAA +CTCTAATAAATGTCCACTTATATACGGTTCTTTGCAATATTCTTTTAACAATCCCGATAC +ATTATAATCTAGTTCATATCCTTTTTCTTTTATAAGCATTAACAGTTCTTCTAGTACAAT +ATTATTATCATAGTTATATGGAAAAACTCTATTGAACTTTCTAACTAAATTCAGATGACC +TATTCTCTTAGGCTTATATTCCCCTAAATCTGTTCTTACAGCTTTTTTAAGTGTTTTATA +ATACTTGTAATATACATCACTTACTCCACCCATCAAGTTAGATATATTTTCAAACTCTTC +TTTACTATAATCTATAACATAATATTCTCCATTAAAATTTAATATATGAACAGATAATAT +AGAATCGTCAAAATACATTCCATACTTATCTAAAAGCCTCCTTGTTTCCTCTTCATATCC +TTCCAAGTAATCTACTTCTACGCCTAAATTTATTTTTATTTTATCATTATATTTATATTT +AAGATTTCTCACTTCTTCCATATATTTATGTAGTTGATTTACACTCATGGCACTATCATT +CTCTGGAGATGGGTCTTTAAAGTTTTCTGGTAATGGTAAATGTTCTGTAAAAGTTATTTC +ATCTAAACCTATTTCTATAGCCCTCTTTACATAGTCTTCTAAAGCATCCTTACTGCCATG +TGGACAATAAGGTGAGTGTATATGACCGTCTTTCATAAAATATCCCCCCTCTATAAAATT +CCTTATCTAAAGTATACTATATGACTACCTATCGTGTCCTTATACTAAAAAATAATAGAA +CTTATCAAAATAATATTGAGAATATCCTAATAACTAGGTTGATTTCAATAATTTTGTAAG +TTCTATCCTTTTAAGCATGTATATGATGACTGTGTACTCCATTAAATCCATCTTCATGAA +TATGATCTACACCTATACCATTAACATGCTCGTGGGTATGCATAAATGATACCTGTAATT +TGTTATTTACTGGGTTAACTCCTACATATGCATTTACTCCAAATACATTTTTAAGCATTT +CTGATGTTATAACCTCTTCAACAGTTCCAAAGTTTATTATTTTTCCTGCTTTCATAACTA +TCAAATAATCACAGTACATAGATGCTATATTCATATCATGTATAGCTGATAATGTAGTTA +TATTAAGACTTCTAACTAAATCCATAAGTTGTATTTGATAACCTATATCTAAATGATTAG +TAGGTTCATCTAATATTAAAAAATCTGTATTTTGAACTAAGGCTCTAGCTATTAATGTTC +TCTGCTTTTCTCCCCCCGATAAGTTTGAAAAGCTTCTATCACTATAACCATCTAATCCTA +CTTTTTTTAACATATCTCTAACCATCTGCAAATCTTTTTTAGAATAATCTTCAAACATAC +TCTTATATGGATATCGTCCCATTTTAACTATTTGTTCTACAGTAAAATCAAATTGCGAAT +TACTTTCCTGTGCTAAAACTGCTATTTCTTTTGCACAATCTTTATCCTTCATCTTTGATA +ATTCTTTGTTATCTAAAAGTATATTTCCGCTTGATGGCTTATACAGTCTGTATATATTTT +TAAGTAATGTAGACTTACCCGAACCATTAGGTCCTATAATACCTATAAACGCCCCCTTTG +GGACATCAAAAGAAATATCATTTAATATCTCTTTTTTATCTATGCTAAATTTTAAGTTTT +TAACTTGTACCTTAAGCATTAATCATTTCCTCCAAAAGAGTAATTTTTTGTAGAAATAAG +ATATAAGAAGAATGGTCCACCAACCAATGATGTTATTATTCCTATAGGTATTTCTATTGG +AGGGAATAGCCCTCTTGCTGCAACATCGGATAATATTAAAAATATTGCTCCTACTAAACT +TGATAGAATAATAAGCTTTTTATGATCACTTCCAGCTATTGTTCTACATATATGAGGTAC +TACAAGCCCAATAAAACCTATGGCTCCAGTTATTGCAACTAAAGTTGATGTAAGTAATGT +TGCTAATAATATTATTATTGATTTTACCAGTTTTACATTTATGCCTAATATAACGGCACT +ATCATCTCCTAAAAGTAACACATCTAATGATTTAGACATTAAAAAAGCTACTACTATAAC +TACTACTAATACTATAAATGGCAATAATAGCACATCCCATTTTGCACCACCTAAGCTACC +TATTGTCCAAAATAGTGCATTCTTTGCTTGATTTGAATTTTTTGCTGAATATATTAATAA +GTTTGTAAGTGCTCCAAATATAGTTGATATTGCCATGCCAGAAAGAACTAACCTTGTCGT +AGACGTTGTTTTCCCCATTTGAGTACCTATGGCAAAAACTAAAATCCCTGACAATAGAGA +TCCTACAAATGCTCCACCTGTTATACTAGTTATCCCAAGTGTTGAAATTCCTCCTAAAAC +TATAACCGCAACTGCTCCACAAGATGCTCCTGATGAAATTCCTAATATGTATGGTTCTGC +TATTGGATTTTTCGTTACACACTGCATAAGTACACCACAAATAGCAAGACCCGCTCCACA +AATAGCGCCTAGTATAACCCTTGGCAATCTTATTTCCCATATTATATTTTCAAACATAGT +ATTCCAAGTTACATCAAACATTACACCATTTGATAACTTATTAAGCAGTACCTTGTACAC +CACTCCAGGTTCTATGTAAGTGCTACCAACTGCTATAGCAACTATTATAGCTAATACTAA +AAAAAAGCTAAGCCCTATAGTCCAAAATAAGAAACCTCTCTTTTTAGAGAAATTTACTTT +ATTTTCCATACTTATATCCATTATTTATTTTCTCCATAGAAATATCCATACATTTTTTCT +ATAACTTTAGAATTTCTAACTCCTGGAGATAAGTCAGCTAATCCCACAACATATATCCTA +TCATTTTTTATGGCATCTACATCTTTAAGGGCTGGATGACTCTTTAAGAAGTCTATTTTA +TCTTGTACTGGAGAACCTGCAAGGTAATCAGTTACCACTATTACCTCTGGATTTTCAGCT +ACAACACTTTCCCATGTAGCATTTATGTATGGTTGTTTTTCTTCACCAAATATATTATCT +CCGCCTGCTAACTCTATTAAGTTGTTTGCTAGACCTGATCCAACGGCCATAGCTTTATCT +TCTCCTGAATCATATACCATTACTTTTACTCTATCTTCATCTTTGATATTTCCAACTTTA +TCAGTTACAGCTTTTATATCACTTTTCATTTTTTCTACAACTTCTTTAGCTTTATCTTCT +ACCCCAAATATTTTACCTAATAACTCAAAATCTTCATATACAGTTTCTACTGTTGCATCC +GGAGAATAAGATTTAGCTAAGAATGGAGTTATATCTTTTTCTATAAGCTCATCTGGAGCT +CCTGTAGTTTGTTCATTTATAGACATATCCCATCCACTTACAAAGTCAGCACCTGTAGCT +ATAAAAGCTTCTTTAGATATATTGTGTCCTTCTCCAATTTCAAGTTCTGGTATTTTTTTA +TAAGCTTCTTCAAATTCAGGAAGTATTGGATTATCTAAAAGAGCTGTTCCAACCATTTTA +TCCCCTAAATCTAATGCTAACAACATCTCTGTCATAAATTGAGACAATGTTACTGCTTTT +TGTCTTGGAGTTTCAACCTTTACATCATAATCTTTTGCTCCATCTGAATAAACAAACTCT +ACAGTTTTAAAATTACTTGCTTCTACTGATGAATTAGGAGTTTCACTTCCACTTTCTTTA +GAATTATTAGCGCAACCCACTGCAGATAAAGATATACCTACTATACTTAAAACTGCTAAA +AATCTTCTTAAACTTTTGCTTTTTACCATTTTTATTTTCTCCCTCTATATACTTATATAT +TTTTAAATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTC +ACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGGACA +TAAATTTATGAACTACAAACATATTACCACAAATGAAAGATGCTGCATAGCAAATTTCCT +AAGTTTAGGATTGAGTCTAAGAAAAATTGCAAAACATTTAAATCGAAATGTATCTACTAT +TTCAAGAGAAGTTAAGAGAAATTCTACTAATGGTAAATATCTAGCACATATTGCATGTGA +AAATTACGCTAAAAATAGAAAAAATTGCGGAGCAAAAGGAAAATCAAGTAACCCTACATT +AATTAAATATATAGAAGATGGATTAGAGAAAACTTGGTCACCAGAGCAAATAGCCGGTAG +GCTACGCCTAGATTACCAGGATGATAAATCTATGAAAATCGGTTTTAAAACAATATATAG +ATGGCTATATCAAAAAATTATTGCAAAAGGAAATGTGAATAGATTAAGAAGAAAAGGAAA +ATCACTAAATCCTAAAGAGACTAGAGGTAAATTTAATATAGGCAAAAGTATTAAAGATAG +ACCAAAAGAAGTTCGAAAAAGAGAAACTATAGGACATTGGGAACTAGATACTGTTGTATC +TAGCAGAGGAAAATCAAAAGCTTGCCTTTCAACTTTTGTCGAGAGGAAAAGTAGATTTTT +AATAGCTCAAGTTATGGAAAATAGGAAATCTTCAACATTCAACTTCCATTGCTTTACTGC +TTTTAAAGATATTCCAACTAATTTAATTAAAACATTTACAGTTGATAGAGGTAAAGAGTT +TGCAGGGTATGTAGATATTGAAAATACACTAAATATAGATGTCTACTTTGCAGATGCGTA +TGCTTCTTGGCAAAGGGGGACAAATGAAAATACAAATGGATTATTAAGAGAGTTTTACCC +TAAAAAGTTTGATTTTTCTTCTATAAATCAGAAAGAACTTGATAATATTGTTACCATAAT +AAATAATAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAAC +ATGAATATAAAGTGTTGCACTTATATTGACAATCTATCATAAAAAATTAATATATTCTAA +AAAAATTCGTATATATTCGTACTTTTAAAACACCCTATATACTTTTCATTCATTTTTATT +GATTCATCAACTTTTTTTCTGTATAATACATATAAAATACATTCGAGGTGATAATTTATG +ACACAATTATTTATAAAAAATGCTTACTTAATAACTATGAACAACAATAGAGATGTATAT +AAAAGCGGTAATATTTTGATAGAAGATAATATTATAAAAGCTGTAGGTCATTTTGATGAA +AGTATAGTAAATGAAAATGCTGAAACTTATGATGCTAATGGCAAAATACTTATGCCAGGT +CTTGTTAATACTCATGTCCATTTATCTCAACAATTAGGACGTGGAATTTCTGATGATGTA +GACTTATTAACATGGCTTAGAAATAGAATTTGGCCTTATGAAAGTAGTTTTAATTATGAA +GATTCATTAATTTCTTCAACTGCTTGTTGTGTAGAATTAATACGTTCTGGAGTAACTACT +TTCTTAGAATCAGGTGGTCAATATGTCGATGCAATGGTAGAAGCTGTCGATAAAACAGGA +CTTAGAGCTTGTCTTGCAAAATCAGTTATGGATCAAGGAGAAGGTCTTCCAAAAGCTTGG +CAAAAAACAACTGAGGAAGAGTTAACTACTCAAATAGATTTATTTAATAAATTTAATAAT +ACTTCAAATGAAAGAATTAAGATATGGTTTGGTTTAAGAACTATATTCAATAACTCTGAT +GAGTTAATAGTAAAAACAAAAGAATTAGCTGATAAGTACAACACTGGTATACATATGCAT +ATTGCTGAAATCGCAGATGAAGTAGACTTTGCAAAACTTCGTAATGGATTACCAACTGTT +GAGCATTTAAATAGCTTAGGCGTTTTAGGCCCTAATCTACTAGCAGTACATACTGTTTGG +CTTACTAATAGAGAACTTGACTTATTTAGATTAAACAACGTTAAAGTTTCTCATAATCCA +GCTGCTGCTATGAAAGTTGTTTTAGGGTTTGCATCTATTCCAGAAATGCTTGATAAAGGT +ATTCCTGTATCAATAGGTACTGACGGTGCTCCTTCTAACAATAGAATGGATATGATGAGA +GATATGTATTTAACATCTTTAATTCATAAAGGAAGGACATTAAACCCTACAGTTGTTAAT +GCTGAAAAGATTTTAGAAATGGTAACTATAAATGGAGCTAAATGTGCTTTACTTGATGAT +GTAATAGGTAGCTTAGAGGTTGGAAAGAAAGCTGATATGATTATTCTAAATCCAAATACT +ATACATTCATTACCAATGCATAATCCAATAGGAAATATAGTTTATTCTATGAGTAGTGAA +AATGTTGAATCTACTATTTGTGATGGTAAATGGCTAATGAAAGAAAAAGAAATTTTAGTT +TTAGATGAAAATGAATTATTAATAAAAGTAAAAGAACAGGCTAATAAAATAAGAGAAAAA +GCAAATATTAATTTAACTTCTAATTTTAATATAATATAGTTGTATTTACCAATATCATAT +ATAATATTATAATCTAAATACAACTTAAAATAACTAAGGGTCTAGTTTACATAAACTGTA +TACTAGGCCCTTAGTTATTTTATATATATTTAATTAATATTTCTATGCTTACCCTATCAA +TAAAGCTAGTAAATCTCTCACCTTCTATAGCATTTTCTTTATAAAATTTAAGTACTTTAT +TAATAATATACATAACTTGATTTTCATTTAAATTTTCAGCTAATATATTATATTTTCTAG +GATTTAATCCTCCTTTTCCACCTACTACAATAAATAATTTCTCATCAGCATTTGATAATA +CTCCTATATCTTTAGAATATGCATTTATACATGCATTTTTGCAACCAGCTACAGCAATTT +TAACTTTACCTGGTAGTTCCATACCATGAAATTTTTTAGTGATCTTCATACCTAATCCTA +TTATTGGATATTTTGACCTTCTACAAAAATTCGCTGAACACACCTCAACATTAATTACTG +AGCATATATTCTTTATTGCTGGTTCCATATCTAGCTCTTCCCAAATATTATCTATATCTT +CTTCTTTTAAATTTCCTATGGCTATTTTTTGAGCTGAAGTTACTCTTAAAGATGCATTAT +ATTTTTTCGCTACTTCACCTATTTTTATAAGTTTTTCAGGTGTTATATAACCACCAGGTA +TTTGCGGTGTAATTACATATTTATCTTTTCCATCTATATTTTTTTGTAATTTAGCATACT +TAGACATATTTATCTCCTTACTTTCATTATTATCAATACATTATGAAATATCCTCTACTA +CCATTTAATAACTTTATTAAAGCTATATTTAAGCTTATTCTTTTTTCTTTGATCTCTTAT +AATTATAGTCCATAAAATAACACCCATTATTATATTCAGAGGGTTACATAGTAGAGATAC +TTTAGATACTTCTACACCAATTAATGATGATGCCATAAGGATAAAATTCCATATGACATG +AAAAATTACAACTGGCCATATATTATTTAGCTTGATAGCTAAAGCAACAAATGAAAATCC +TAATAAACTTGAATATATAACATTTATAATAGCTTCAATTAATGATTTCCCCATAAATAT +AGTTGTAATATGTGCAATTGAAAATCCTATACTACTAATAATCATTGCTCCTATTATAGA +CTTATCTGATTTAAAAGAATTTAATATCATTCCTCTAAATATTACTTCTTCAGAAAAACC +TGCTAGTGAAGTTCCTACTAAAGTAATTATAATTGTTAACCATGTTTCATAACTAAATGA +ACCCAAATTTTCATAAATGCTTTGCACTAGCTTAAATCCCATAGGTATTAATATAAGTAC +ATAGGGTAAAAACCAAATTAAACTTTTAAAATTAAGTTTCCCAAACCCCACATCTTTCCA +CCCGTAATATTTTTTTATAATATAAAATATATAAGCAGATGATACCAATTGAATTATTGA +ACGACTAACTAATTCACCTGAATTATTTTCCATACTACTAAAAAAGTTATTATTTATGCT +TACTCCAATTATCATGATTAGTAAGTATATTATTATAGATACTATTGCTCTTTTCTTATT +ATCCAACATACACCCTCCAATTCTATAATGACTATGTATAATTCACTATATTTTACCATA +AAAAAAGAGCAGTTAAAATGCTCTCATCTAAATAACTATACTATCTAACTCTATAGTTTA +TTTTTAATTTCCGTGGAAATATTTTCCCAAATTAATTTTCATCCATAAATTCTAAAATAC +TACCATAAGCTTCTTTTGCGTCATTGTATCCATCCTCATATAATTTATTGAGCTTAGACA +CACTTTTTTCAATTTGACTTATTTTTACTGGTTTTTTCGGCCTAATTACAAAAGCATCTC +CAGATTTGGCTAATTTGCTTACTAAGTCTAAACTTTCATTGTAATTAATATATCTATTTT +CTATAGCTTGTACAAGCTTAGGGTATTTTCTATATTTTCTTTTTACTGCATGCATAAATT +TAAGATTGCTTTTTCTATATGTTTCATCTCTTGTTAATATAACTATATTTTTCTTACACC +CGTTATTTATAGCGTATTCTATAGGTATAGAATCAGCAACTCCTCCATCTAAAAGTTTAT +AACCATCAACTTCTACTATATTTGCAAACATAGGTATAGATGAAGACGCCTGTAAATAAA +TAATTTCTTTTTCTAAATCTTTTAACTCAAAATATTCAGCTTTACCAGTTTCACAATTAG +TTGCTACTGCAATAAACTTTGCTTTTGATTTTTTAAAAGTATCATGATCATAAATATTTA +ATTCATTAGGTATTTTGTTGAATAAAAAATCCATTCCAAATATGGATCCTGTTTTTATAA +AATTTCTAAAGCTTAAATAATTCTTATTCTTCAAATAATCTATATTTACATGATATGCTC +TTTTATATTGCTTTGATAAATAAGAAGCTCCATTGCAACTACCCGCAGAAACACCTACTA +CTAAGTCTACTTCTATATCTTTTTCTATAAAAAAATCTAGAACACCAGCTGTATAGATGC +CTCTCATACCTCCACCTTCTAATATTAGACCTATCTTTCCCATATAACACCTTTCTATAT +ATATCACGTTTAGATTTTTATATAATACATATGTTTATTTAAAATTAACTTTTAATTTCT +TTAAACCCTGTTTTTCAAAATAAATAATAAAATATATTTTTTCCATATTTATCACTTATA +AAATAACTCTTTTAATTCATTATAATATATTTTTTTAATTGAAAGTAAATTATTTAACTA +AAAAATCAATACTTATATCATTTTTGTTACAGTTTTGAAATTTTTATCATTTTTCTACAA +AATATGATATTATATTCCTATATTTATACATTTTATATTAATTAAATAAGTATATATAAA +TTGCTTATGCTTAATATTCAAATTGTTTAAATATGTATTATTTTTATTAAACATAGTGTT +AACTTGCATGTTAGAGGGAGGATTTATGCAAATAATAACTTATTTAATCACGGGTATTAT +ATTAGCTCTAGCAAATCATTTTTTATTTGAAAAAAATAAAAAAACTTTAGCTATTGTAAA +TGACCTATTATTTTTTATCGTACCATTTAATATAGTATCATTAAGCTTACTAAAATATCT +TTTCAGCAAGCCTAATATACTTGAAAGTTCTATATACACATCTGTATTTAGTCTTATATA +TATTGGTTTCACATTAATTTGTGGTGCAATATTTTTATTTACAAAATCAATATTAAACTC +AAAAGTTATTTTAAGTTCGAAAATTAATTTTTCAAAGTCTACAGATGAATCAACTAAAAA +AAGTTTATTAATAAAAGTTATATCTATTTTATTCTTTATAATCGGAGTCACTTTTATCTT +CTTTTCAAATTGGTTTATTGATTATTTTGGAATAATCACACCTGAACAATTTTTATTCAA +CTTAAAATCACCACTTAAAGGTACAAGTACTGATATGTTTAAAGAAATTTTTATGACACC +AGTATTTGCTATTATAGCTAGTACTACTGTATTTTTAATCTTTATGAATTTTTCTTATGA +TATATCTTTGACTAAAGATAGTATAAAAAAGAAAATATTATCAAAAAGAATCTTAAGTAA +AGTATCATTTATATTAGCATTTGTATGCCTTGTAATTGGTGTACCATACGGTTCTCATAA +ACTTAATTTATCAAAGGTAGTTAAAGCATATTATTCTAATTCAAATTATTTTGATGAAAA +TTATGTTGATCCACGTGATGTAAAAATGTCATTTCCATCTAAAAAAAGAAATTTAATTCA +TATTTACCTAGAATCTATTGAAAATACATATCTTTCTGAGGAATTAGGTGGATATATGAA +TTATAACCTAATGCCTGAGTTAACTGAATTATCTAAAGAAGGTATTTCATTCTCAAATAA +TGATAAATTTGGAGGTCCATATCAAACATACGGATCATCATGGTCAGTTGCAGGTATGGT +AAATATGAGTGCAGGTATTCCACTAAAAATACCTATAGGTGCTAACTCTTATGGTAAATC +TGGTAGCTTCTTACCTGGAACTATTACTATAGGTGATATACTAGAAGCCCAAGGATATAA +TCAAACTATAATGTTTGGAGCCGATTCTGATAGTGGAGGATTAACAACATTCTTCAATAC +ACACGGTAGTTTCAATATTTTTGATTACAAAGCAGCAAAAGAAAAAGGCTTAATTCCTAA +AGATTATAATGTATGGTGGGGATTTGAAGATGACAAATTATACGAATATGCTAAAGATGA +GTTAACTCGTCTACACAAGGAAGGTAAACCATTTAACTTCACTATGGAGACAGCTGATAC +ACACTTCCCTGATGGATATTTATCTGAAAATGTAGAAAATAAATACCCTGAACAATATTC +AAACGTCATCGCTTATTCAACAAAAGAAGCAGTTAAGTTTATAAGATGGATTCAAGAACA +GCCGTTTTATGAAAATACTACAATCGTAGTGACAGGTGACCATTTAAGTATGGATAAAAA +TTATTTCAAGGAATTTGATCCTTCATATCATAGAACTATATTTAACTTAATACTTAATGC +ACCGATAACAACTGATAATGTTAAAAATAGAGAATTTGCGCCATTTGATATGTTCCCAAC +TATTTTAGCTAGTATGGATGTACAATTTGAAGGAGATAAGTTAGGATTAGGTACTAACCT +TTTCTCAGATAAAAAAACCTTAATCGAAGAAGAAGGATTAGAATCTCTTCAAGATGGCTT +AGAACGTAATAGTAATTACTTTAATGATAAATTTATATCAGAAAAAAGAAATAGCATTTT +TGAAAACACATTAGTAACTTATAGAAAAAATAATTAAAAATAATTTTTAATATGATAAAT +TATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCATAAGTTTATGTTCA +TGTTACAGTAATAATAACCACAAAACTACTTTACATGAAAGGACATAAATTTATGAACTA +CAAACATATTACCACAAATGAAAGATGCTGCATAGCAAATTTCCTAAGTTTAGGATTGAG +TCTAAGAAAAATTGCAAAACATTTAAATCGAAATGTATCTACTATTTCAAGAGAAGTTAA +GAGAAATTCTACTAATGGTAAATATCTAGCACATATTGCATGTGAAAATTACGCTAAAAA +TAGAAAAATTGCGGAGCAAAAGGAAAATCAAATAACCCTACATTAATTAAATATATAGAA +GATGGATTAGAGAAAACTTGGTCACCAGAGCAAATAGCCGGTAGGCTACGCCTAGATTAC +CAAGATGATAAATCTATGAAAATCGGTTTTAAAACAATATATAGATGGCTATATCAAAAA +ATTATTGCAAAAGGAAA +>MGYG000000001_4 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCAATTAAATAAA +TTAACTTAATTTTTTAGATTTCTTACTTCTTTCTTTATGTCTTTTTTCCCAGAAATCTGC +ATTTTGAATACCTAAAGCTTTAGGATCAAATACTAAATCTTCTCTAGTAATACCAGCTTT +TCTCTGTGTTTCATAATTTTTAAGACAAGCCAGAGCAGGTTTTGTCATAAAGAATAAAGC +AATAATATTTATCCAAGCAGTTATTCCAACAACTATATCTCCCATTGTCCATGCAAGCAC +TGCTTTTTTTATGCATCCAAAGTATACAGTGGATATCATAGCAACAAATGATTTACTAAA +TCTAGGTATAAAAGAATCTATAGCTAATTGCGTAAATGATGCATCATACTTAACACCTGG +TAATAATAATCCCATTGCTATTAAAGTAGCAAACTAAGATTAAATCTGATGTTTTTCTTC +ATCTAAGATTTCTAACATTAATTCTGGATAATCACTAAATACGGCATCTACACCGCAGTT +AATCATTTTTCTCATTTGTGAAGGTGAATTAATTGTATAAACATAAACCTTTAAATTATT +TTTATGAGCTAAGTTTACCATTTCTTTAGTCACTAACTCTTTACTTATGTTTATACTATA +CACATTCAATTTTTTAGCATGGTCAACAACATTTTTTTCGGGTGCATAATCTTTTTCATA +TTCATAAAGAGCACCGTATTTGTAATCAGAATCAATATTCTTAAATATATTTAAACATTT +GTGATTAAAGCTAGAAATAAGAACATTATTTCTCAGATTATATTTGTCGACTAAATTAAG +TACATCTTGTTCTAAATCATAATGAATCTGATCTGTTTTGGCTTCTATGTTTAAAGTAAT +GTTTTTATCTTTAATAAGCTCAAAAACATCCTCTAAAGTAGGAACTTTGCATAAATCATT +GTCAATAAATTCAAATTTTCTACATTTTAAGTTTTGTAACTCTTCTAAAGTATAGTCTTT +AACTAGACCTTTTCCTTTAAAAGTACGTTGTACATCTTCATCATGTATAACGATTAGTTT +ACCATCTTTACTTTTGTGAACATCAAGCTCAATACCGTCAATAGGTAAGGTAAGTGCTTT +TTCAAAAGATAAGATAGTATTTTCTGGGTAATCTCCACTTGCGCCCCTATGTGCAAATAC +TTTCATACAACACCTCTTATTTTAGTTTAGTTTTATAACAGAGACTTACAAAAAAATAAG +AGAGGCAATATAAATAAAGACTATATTTAAGATAGTCTTTATTTAAAAGCTCTCCCTTTA +TCTCCGCTATACATATAAAATTCAACATATTTAGTATAAAATAAGAAATTTTTTCTGTCA +ATGGCGTATGAAATAATTTTACTCAGAATTTACATTAAGTATAAAAAGCATCAATAGGAG +GAATTCATGGGAGAAAGAGAAATTTTTTTAGATTACTACTAGCATTAATTGCTGGAGGAG +TAACAGGTATAGAAAGAGAATGATTAAATAAGTTTGCAGGATTTAGAACACATATATTAG +TATCTTTAGGGGCTTGTATATCATCAATTATTTCTTTATAATTATTTTTGCAATATAATG +GGGTCGCAAATTTAGATCCAGCAAAGTTATAGGCACAAGTATTATCAAGTATAGGTTTTT +TAGGAACAGGTACGATTCTCAAGACATCTAGTGGAGTCAAGAGGTTAACTACTGCAGCTA +GTATATGGTCAACTGTATGTATAGGTATTACAATTGGTTATGGATATTATTTTCTCGCTA +TTGTTTCATCTATAAAATCTATTTGATAAGATTATTAGAATATAAATAAAAATATTATTG +ACAATTATAGAAGTTATTAAGTATAATTTAAGGGAAAACGTTTAAAAACAAAATCTTAAA +ATAATAAATATTTAGGCTAAGAGTAAAGAGAGCCTCCTATATAATAAGCATTTTTATGCA +TATAGGGGGCTCTCTATATTTTTTTCCAAAATTAAGATAAATGTTGGAGGTAAAATTATG +TATGATATAGCAATAATAGGGGCAGGCATAACTGGAAGTTCAATTGCAAGAGAATTATCT +AAATACAAGTTAAATACTGTAGTACTTGAAAAAGGTGTTGAAGTATGCCAAGGGACAACG +AAGGCAAATAGTGCTATAGTACATGGGGGATTTGATGCAAAGATTGGAAGTTTAAAAGCA +AAGCTAAATGTCAGAGGTAATGAATTATATCCAAGTTTATGCGAGGATTTAAGTGTAGAG +TTTAAGCAAATTGGCTCTTTAGTACTTGCATTTGATGAGGATGAAAAAAGACATATAGAA +GACCTTTATAATAGAGGAGTAAAGAATCATGTAAATGGTCTTAGGTTATTAGATCATGAA +GAAGTAATGAATATAGAACCAAATGTAAATAAAAACGTAGTAGGAGCATTACTTTGTGAA +AGTGCTGGAATAGTATGTCCATTTAATTTAAATGTGGCTTTAATGGAAAATGCAATAAAC +AATGGAGTAGAGTTAAAGCTTCAATCTGAAGTTTTAGATATAAGGAAAGATAATGAACAC +TTTAATATAGAATTAGTAAATAACAGTAATATAAAAGCAAAGTATGTAATTAATGCTGCT +GGAGTATACGCTGATAAAATAAATAACATGATAGGTGGAAATGAGTACTATATAACTGCA +AGAAAAGGAGAGTACAAAATACTTGATAAGTCTGAAGGGAAAATAGCAAATCATGTATTA +TTCCAATGTCCAACTACAAAAGGAAAGGGAGTACTTGTTACACAAACAGTACATGGTAAT +TTATTAGTTGGACCTAATGCTAATGAAGTTGAAGATAAAGATGATAAGAGTACAAGTAAA +GATGGAATAAATGAAATAGTAGAAGCATCTAGAAAAACAATAGAAAATATAAACTACAGA +AAGACCATAACATCATTTGCAGGTCTTAGAGCAACAGCTTCTACAGGAGATTTTTGTATA +TTTGCTTCAAAAGTGGCTAAAAACTTTATAAATGCAGGTGGAATAGAATCTCCAGGATTA +GCATCTGCACCAGCAATAGCAGAGTATGTAATAGAAATACTTAAAGAAGAAGGTTTAGAG +TTAGAAGAAAATAAAAACTTTAACCCAATAAGAAAGAAACATAAGCCATTTTCACATATG +ACAACAGAAGAAAGAAATGAACTTATAAAAAGTGATGAAAGGTATAAGAAAATAATCTGT +AGATGTGAAAGTGTAACAGAAGGTGAGATAGTAGATGCAATAAATAGACCTTGTGGTGCA +AGGACTGTTGATGGAGTAAAAAGAAGAGTTAGACCAGGAATGGGAATATGCCAAGGTGGT +TTCTGTGGACCAAGAGTAATTGAAATAATAGCTAGAGAATTAAATATTCCTGTAGAAGAA +GTGATAAAGGATTACGAAAATTCGGAAGTAGTATTAGGGAAAGTAAAAGAATTAAGGGGT +GAGTTAGTTGAAATATAATGTTGTAGTTATTGGTGGAGGACCTGCTGGTCTAGGTGCAGC +GGTTGAAGCGAAAAGAAATGGTGCAGGAAATGTTCTTATAATAGAAAGAGATAGAGAACT +TGGAGGAATACTTAACCAATGTATACATAACGGATTTGGGCTTCATGAATTTAAGGAAGA +ACTAACAGGTCCTGAATATGCAGGTAAATTTATAGAGATGGTTAAAGAAGAAAATATAGA +TTATATGTTAAATACTATGGTTTTAAATATAAATGAAGATAAAAGTATTGAAGCTCTTGG +AGAAGAGGGGCTTATAAATATTCAGGCAGATGCAATAGTTTTAGCTATGGGATGTAGAGA +GAGAACAAGAGGCGCCATAGATATACCAGGTTACAGACCAGCTGGAGTATACACAGCAGG +TGCAGCACAAAGACTAAGTAACATGGATGGATACATGGTAGGTAAAGAAATAGTTATTTA +TGGTTCTGGAGATATAGGTTTAATAATGGCTAGACGTATGACTTTAGAAGGAGCTAAAGT +AAAGGCTGTAGTAGAAATAAATCCTCACTCAAGTGGCCTTACTAGAAATATAGTACAATG +CTTAGATGACTTTGGAATACCATTAAAACTAAGTACTTCTATAAGTTATATACATGGGAA +GAACAGAGTAAGTGGAGTAACTCTTAGTAAGTTAGATGAAAATAGAAACCCTATAAAAGG +TGAAGACGAATTTATAGAATGTGATACAGTTTTATTATCAGTAGGTCTAATACCTGAAAA +TGAACTTAGTGTTGATGCTGGTGTTAACTTAGATATGAGAACTAGTGGACCAATAGTGAA +TAACTCTATGCTAACTAATATAGATGGGGTATTTGCTTGTGGTAATGTTGTTCATGTTCA +TGATTTAGTTGACTTTGTTACTAAAGAAAGTAGAATAGCTGGTAAAAATGCAGCGAAGTA +CTGCTTAAATAAGTTAGAAAATAATGAAACTATAAATACAGTTGCAGGAGAAGGGATAGG +ATATATAGTACCTCAAAATGTTGATAGAAATAGCAATGAAGACATTAACTTATTTATGAG +AGTAAGAAATATTTATAAAAATAAAAAGCTAGTAGTAAGAAGCAATGATAAAGTTGTTTT +AGAAAAGAAAAGATTACACATGATACCATCAGAGATGGAAAGTATTAATATAAAAACTGA +TATATTGAAAAATATTACAGGTAATATAACCGTAAGTGTTGAGGAGGCTTAAAGATGAGC +GCAGTAGATACTTTAATTAAAACAAAGCTAACTTGTATAGTTTGTCCTATGGGATGCCAT +TTAAATGTAGAACAATCAGAAGAAGGATTCAAAGTAGAAGGAAATACTTGTAAAAGGGGA +GAAAAGTACGCTGTACAAGAACTTACTAATCCTACAAGAGTTATAACTACGACTGTAAAG +CTTGAAAACTCATACTTACAGCTACTACCAGTTAAAACAGAAGACCCTATTCCAAAGGGA +ATGATATTTGATATTATGGAAGCGTTAGATAAGGTCAGAGTTAATGCTCCAGTTAAAGTG +GGGGATGTAATAGTAGAAAATATTTTAGATACAGGTGTTAATGTAATAAGTGCAAAAACT +ATGGATGTAATGTAGTGTATGGGCGTATTTTAGAATAATTGTTTATTTGGTGAATGGGGT +GAGGTGTGAGTATAAAGTTTCTTCCATGCAGTTGAGAAGATGCTGCAAATATCATCAACT +TTATATTTCACACTTTCACCCTAGTAATTTGTAAGTGTTTATTCTAAGATACGTTTTATT +TTTTGTGTGTATAATTAGAAAATATGATTAATTTTTAGATTTTGATATTAGTTGTGTCAT +TGTTCCCATTGGACAATAGATGCACCATGATCTTGGTTTGTATAAAATCATTGTGATTAT +TCCAAGTAGTGTAGATGTAACCATCATACTATAAAAACCAAATGCAAATTGAGCGATCCA +AGGACTAGTCATAGATGTATTTACCCAGTTCCATGGAAGTTTGAATGTCCAAAATAATGT +TATTACTTCCTTTACATTTGAAGCCCCACTGAATACTAAATAAGTATTGAATAACATAAC +TATAAACATTGTCATAAAAAAGGTTAAAAATCCATACCTAAAGTGTTTGCTTACCAAAAA +CCTAGGCATATCCTTATGTCTAGATAGTTTCAAATTATCACCTAGGATATTAAGTAGCTG +ACCTCTTCCGCAATAGGAGTGACAATATTTTTTACCACCATTAGATGCAGATATTATCAA +TGGAACTAAGAAACATATAAGCCCTAGCCAAGCAAATAAGATATTAAACAATCCTAAAGT +TAAATATAAAATACTCAAAATCCATAGATGATTTTTAAAATTCGTTTTATTCTTTTTCAT +ATCTAATCATTTACCTCCATTTGCTTAATTTCTATAATTGATGCTGGACATGCTTTAGCG +CATTTTCCACATCCAACACATTTTTTAGTGTCTATTTCAGCAACGATATCTTTATTTATT +TTTATTATTTGTAAAGGACATACCTTTAAACAAGTACCACATGCAACACATAATCTTGTG +TCAATAAAAGCTTTTCTTTTTAATATTGCCATGATATAACCTCCGAAATTTATATGATTT +ATGTTTAAAGGATATTATATTTAGAGGCATTATTCAGTGATATTGTCACATAATGAATTG +ATTATAAATATTGGAAATTAGAAGAAGATATTTATACAGGAGGTGTTTATATGGAAATAA +AGAATGATGGCATGATTGGTAATTTACTTAAAGATATTAATGAGGTAATTCCTAAGCCTG +ATGATTCAGCTCTTAAAATTTGTAAGTTAATTAAACGTTCTGGAGATGTCGTTGGATATG +AATTGTCTAATTCTAAAAATTAGCAAATATTAAGGTATAAAGATGGCTAAGAACGGTAAA +ATTGTGGGAGTTACTGTAGCTACAAATAAAGGAAACGAGTATTTAAGAAGTTTGACTGAT +GATAGTGAGGGTAATAACCTAAGTAATCTTCCATCAATAACAGATTAGTTAAAATCTATA +AGATTTAATTGACTATAGTATTAGTCTGGTTAATAAATGTAGACTAAGGGTATCTATAGC +TAGTATAATATTATCTAGATTAATAATAGATTCTAATTCTTTATTATGATGTCGAATTTT +TACAATACAAGAAGATAATATGTGAGTATAATAGGTATAGATTATTTTTAGGAGGAAAAA +ATATGATAAATAAAATAGGTAAAATAACTATATATGTAAATAACCAGGAGGAAGCTAGAA +AGTTTTGGACTGAAAAGTTAAATTTCGTGGTTAAGTTTGAACAACAAATGGGTCCTAATA +TGACATGGTTAGAAGTTGGACCAAGTGAAAATGAGTTTACTACTTTTGTTTTATATGATA +AGAAAATGATGCAGGCTCAAAACCCTTCTGCAAATGTAGGGCATCCATCTATATTATTAA +GTACAGAAAATATAGAATCTGCTTATAATGAGATGAAAGATAATGGTGTTAAAGTTGGTG +AATTAATGACAATGCCTTATGGAAAGATGTTCTCATTTAAGGACCAAGATGGAAATGACT +ATTTACTTAGAGAAGATAAATTTTAATAATAATTTTTAATAAAAATAACCTATTAGCGTA +GGTTATTTTTTATTTACATTTATTTATTTTGAAATATTACTGTTTTGAAAATCATAACTT +TAGCATTAGCATTGTATAAAATTATTTATTGTTTTACGATAAAAAAATATTGTTTTTTAA +TATTAAATTATTGACAAAGAATAAGAATGAGTTTAATATTAGAAACATACTAAGATAATA +AAGTGAGGTAATAAAGATGAAAATAACTACAAATAGAAGTTCAAAGATTTTAAACAATAT +AGTGCTGGTGGGTATAGTTCTAACATTACTATTACTTATAGGAACTCCATTAGTATTAAC +TGCATTTTTTAAAACTCAATCATTAATAGAAGATTCAAATATAGTTAGCATAATTACAGT +TGCAATATATATTTGTGCAATACCATATGTGTATGCATTGGTTTTATTAAAGAAATTATG +TGAATTAGTAGCAAATAAAAATCCTTTTTCACCAAGAGTACCAGTTATTTCAAAAAAGAT +AGCTATGTGTGCATTTAGCGAAGTAATATTATTCAATGGTGTAACAATATTTTTATGTTA +CTTCTATGATATGTATTTATATGCTTTAACTATATTCTCATGTATTATAGTTTCATTTGT +TTCAATAGCAATAGGTTTTATGAGTCTAGTTTCTTCAAAGCTATTTGAGATGGCAATAGA +GATTAAAGATGAAAATGATAAAACAATATAAAGGAGGTAGTTATGGCAATTATAGTAAAT +TTAGGTGTAATGATGGCGAAGAGAAAAATGAGTGCGACAGAGTTATCTCAAAAACTTGGA +ATAACTTTAGCAAACCTATCAATATTAAAAAACAATAAGGCTAAAGCTGTTAGATTTACT +ACTTTAAACGAAATATGTAAAGCTCTAGATTGTCAGCCAGGTGATATTTTAGAGTATGTA +GAAGATGAAGAGTAAAACAAGATAAATAGGGGGAAAAATGGTTGGAATAGGAAATAGATT +TAAAATTTTATCACTAGGGATAATAATACTTTGTACAAAATTATTTGGTTGTGAGGATGT +TTTTTTTAATAATTGTATAGATATTATTAAAGAGAATTGGGATATACAAATATCAGCACC +TACAGAAGAGATATTTCATGAAAGTAGCTCTATTAGTTTTCACGGCGATGGAGAAAGGTA +CCATGTATTTGAATATGAGAATGAAGAAGATATAATAAATTCATCGATACAGTGGATTGA +TTATAGAGATAATTCAATTAACGCTAAAGTTCAAGATATAATATATGATTTAGAAACATA +TTATGATGTAAAAATTCCTGAGGAATTTAGACCTAATATAAAAGATAAATATAAGTTTTA +TACTATAAGTAAAGATGATAACTCGAATCTATATCTAGTATATATACCAGGAACTAGTCG +AATTTTTGTAGCAGAAGATATATTTTAATAAGTAAAGAAAAATTAAAGAAAGATTTATAA +TGAAGAAAAAGATTATTGCTTCAATTTTAATAATGAGTACAGTGTTATTAGGAAGTTTTT +ATTTTAAAGCAAACTTTTCTAGAAGTTATCATCATACTTTCGCTAAATCGACAGACTTGG +GTAAAGAAAATATTGAAGGAATATATTTAAATGATGAGATTGACAGCGGAAAAATAGTTT +CTAAATATGGAAAAATATCAGATTTTAGTCATGATAATGTTCTATATAATTACTACTTTT +TAAGAGAAGGCATTGAAGTGGCAACGAATAAAGATGAAAATAAAATAATAAGATTTATTG +TTAATGATAAAAACTTAAAGACTGAAAAAGGAATAAAAGTTGGAGATAAAAAGGATAAAA +TAATTGAACTGTATGGAGATAATTATTATAGTCGTTTAGAACAAGGAACTAATATTATTG +GATATGTAGATAAAGAAAAAGATTATTCAATAGAGTTTTGGATTGGAGAAGAAGGTATTA +TTTTTTATAGATTTGATTACACACTTATGATGTGAATAGTATAAATTTAGTAAATAAGCA +TTTAACATTTTATTTATAAATTCTTATTTATATAAGTGGAGAGGTAAAATATGATTAAAA +TAGATAGTAAATTAGTACAAAGGTTAATATGTATCTTTCAAACTACTTATATTTTATTAT +TCTTAACTAATGTAAGTGACATTATTACTAACTTTAATATTTATACTGGGTTTGCATTAT +GTGTATCAATTAATATGGTTACTGTAATTTTAAATATGTTCCATATCATAAAATTGCCTA +AAGATAAAATAGGTATAAAACTTTTATTAATATTTATAACTTTGTTACAAATATTATTTA +CAGTATTTATTTACTTACTTCCAGAGGCAGGAATAGATCCTCGAATTAAGTTGTGGTAGC +GCATATTATATACAATTAACATATATGAGACAGAATAAAGAATGAATCATTCTATGAGGT +GGATATATATCATGAGTAAATGCAGGATTAGGTCATCACATCAGAATATATTATTATGAA +GATATTAATATATTTATTATGAAAAGAGCTGATAAAGAATCTGAAATCTACGATGGTAGC +TATTATAGATATGTTAAATAAATGTAAAATATCAGAAAATTAGTTGCATAAAATAAGCCA +TCTGTATATAATAAGAATAAATAAAAGAATTCCCTTGAAGGGGAGTAGCTTTCACATTAA +ATGTGATAATCAATCGTCAGATCGGAGTAAAATCCCGGTTGATTAGCGAGTACATAAACT +TGTTAGCAAGACCTTCAGAGTAGATTACAATTTCTACTTTGGCGGTCTTTTTTTATTTGT +AAAAATTAAGTTTTGGAGGGATATATATGTTTTACAAAACAACAAGTGAGGAAGTAATAA +GACATCTAAATAGTAAGATGGAAGGATTGGCTCAAGAAGATGCTAAAAAAAGATTATCTG +AAAATGGGTATAATGAACTAGAAGAAAAATCAAAAACTCCAACATGGAAACTCTTTATAG +AAAGTTTTAAAGATCCTTTAGTTATAATACTTTTAGTAGCTGCTTTAGTTCAAGTATTTT +TAGGCGAAGTAGTCGAGTCAGTTATAATATTCTCTGTATTAATATTAAACTCTATATTAG +GAGTTGTTCAAACTAAGAAAGCAGAAGGTTCTTTAGCAAGTTTAAAACAGCTATCAGTGC +CGAATGCAAAAGTAATAAGGGATGATGTAAAAATAACAATACCATCGAGAGAGCTAGTGC +CAGGAGATATAGTAATTCTTGAAGCTGGAGATTATGTACCTGCTGATGGTAGAATCATTG +AAGCTCAAACCTTTAAAGTAGTAGAAGGAATGTTAACTGGTGAATCAGAGCCAGTACTAA +AGCATGAAAATTCAATAGATGAAGAATGCGCATTAGGTGATCAAAAGAATATGGTATTTA +GCGGTTCTATGGTTGTTTATGGTAGAGCAATGTATGTAGTGACTGGATGTGGTATGAATA +CGGAAGTTGGTAAAATAGCAAATTTACTAGATACAGCTGAAAGTAAAGAAACACCACTTC +AAAAAAAGCTAGATGAATTTGGTAAAAAACTTGGAATAGGTATAGTTGGATTATCAGCTT +TAATATTTGGAGTTCAAGTTTACAGAGGCGGAAATATAGTAGATTCATTTATGTTTGCCA +TAGCGATAGCAGTTGCGGCAATACCAGAGGCTTTATCATCAATAGTGACAATTGTTTTAG +CAATGGGAACAAATACTATGGCTAAAAAACAAGCTGTAATAAGAAAATTACCAGCTGTTG +AGACTTTAGGTTCAACAAGCGTTATATGTACTGATAAAACTGGAACACTTACTCAAAATA +AAATGACTGTAGTAGACTCTTATATGTATGGAGTTAAAAAACTTGCTTTAGCAGATAATA +CACGAGGTCAAGAAATTGCATTAACTGATATAGAGTCAGGTCAAGAGTTTACACTAACAC +TAGCAGCTACACTTTGTAATGATTCAGATATTACAAGTGAAGGTGTAGAAATAGGAGACC +CGACAGAGGTAGCACTTATAAATTATGCAAGTAAAAATAACATAAATTATAAAAATCTAA +GAGAAAAATATAGCAGACTTAATGAACTACCATTCGATAGTGATAGAAAGCTTATGTCTA +CTGTAAATAAGGTTAATGACGATATATTAATGTTTACAAAAGGTGCGCCAGATATTGTAT +TTAGTAGATGTAAATATGCCCTAAATGATGGGGAATTAGTACCAATAAGTGAAGAAATAA +TTAATGAGTACAAAAATGCAAATGAAGGATTTTCTAAGAAAGCACTTAGAGTACTTGCTT +TTGCTACTAAGAAAGTAAATGATGAAAACTTTGTTCCAAAAATAGAAGATGAGGATGAAT +TAACTTTAATAGGTTTAATTGCAATGATAGATCCTCCAAGAGAAGAGGTATATGATGCAC +TAAGAGAAGCTAAAGAATCCGGGATAAAAACTGTAATGATAACTGGGGATCATAAAACTA +CTGCAGCAGCAATAGCAAAAGATATAGGTATTATGGTTGATGGTGATTTAGCACTGACAG +GTCAGGAATTAGATGCTCTAAGTGAAGAAGAGCTAGATAAAAACTTAGAGAATATATCTG +TATATGCAAGAGTTTCTCCAGAGAATAAAATAAGAATAGTAAAGGCATGGCAAAGAAAAG +GGAAAATAACTGCTATGACAGGTGATGGAGTTAATGATGCTCCAGCATTAAAACAAGCTG +ATATAGGAATTGGTATGGGGAGTGGTACAGAGGTTGCAAAAGATGCATCAGCTATGGTAC +TTCTTGATGACAATTTCTCTACAATAGTAAATGCAGTTGAAATAGGTAGAACAGTTTATA +GTAACATTAAGAAGTCAATAACTTATTTATTCTCAGGAAACTTAGGAGGAATAATAGCAA +TACTATTTGCAGTAATGGCAGATTGGAGTAATCCATTTACAACATTACAATTATTATTCA +TAAACCTAGTAACAGATTCATTACCAGCAATAGCGCTTGGTCTTGAAAAGCCTGAAAAAG +GTGTAATGAAAAATCCTCCAAGAAATCCAAGTGAAAGTATATTAGCAGGTGGAACTTTAA +CAAGTGTATTAAAGAGAGGTACTATAATAGGTGTAGTTACAATACTTGCTCAGTATATAG +GTATTCAGGAGTCTCCAGAGTTAGGTACAGCAATGGCATTTTCTACACTTACTTTATCAA +GAATAATTCAAACATTTGCTTCAAGATCTAATACTGAAACTATATTTAAATTAGGATTTA +CAAGCAACAAGTATGCTTTAGGTGCAGTAATAATTTGCTTAGGTATGTTTGGATTAACAT +TAGTTCCATTTATGAGAGATATATTTGCTATACCAGCATCTTATAGATTAAGTAGCTTTG +TAACTTGTTTTGGATTGGCAATTTGTGCAATGCTAGCTATGGAAGTTAGTAAATTAATTA +AAAGATAATTAATAAAAAATAATATTTAAAATATTAAAAAAGTCATGATTGATTTAAAAT +ACAAAGTAAGTCATATATAAAAGATTGTAAGGATTAGGGCTATCTTAAAATAAATTTTAT +ATTTTAAGATAGCCCTTTTACTATTTTTATTATAAAAATAAAAATTTGAAACTTTTGAGT +TAGATAAAACGTCTATATATATGAGAGGTAAATAGGGACAATGAAATTACTAAGTTTAGT +AGAAGGAGACTATATAGTTAGTTATTATGAAATAAAATGAGATGGGGGAAAATAAAGAAT +TGAAGAAGTTTACAATTTTTATAGAAATAATATCTTGGATGGGACTTTTAGTTACAGTAT +ATGGAATTATTAAAATGTTTTAGATTATTTACAATATAAATGTACCTACTATATGATATA +TTTTGTAGAAATAGACTTGTGAGAAATAAAGAATGACCTTTTATTAAGGTCATTCTTTAT +TTTATAATCCGCATATTAGGTATTACTTTTATAAATTAATGTCTTTTCATTACTATTAAC +ATTGACCAAATAGATTTCTAGATTGTTAAAGTCAAGGTCTCCATCTTTATAAATCATAGG +AACATAGAATGAATTACTTTCAGCAATAGGATTTATAAAAAAGATATCTTCAAAGCTATT +TGACTTTATTTTTACAATATAATCATCTTGAATAAAGTATTTATTTTCAGTAGTAAAGTT +AAGTAAGCTATAATTATCTTTTATAAGTAAACTTTTAACATCTATATTTATGTTATCAAT +ATTTACTATATTATTAAGAACATGATATCCAGACTTAGTATTTGTAGATTTTTTTATCTT +AGATTTATTATCTGGATAAAGCTTCTTTTGTTTTTTTGTGTCTTTAACTTTTACTTCATA +AGTTAAATCAAACGAATAACCTTTTGTAATATCAAGAAAATTAATCGTTAGAATTTCTTT +TTTGTAGTCAGAAATAAATGATTCTTTTATTATATAATTGCCTAAAGAGTTATAGCTAGA +ATTATTTGAAGATAAAAGAGTATCTAAAGTAACTGTCTCTTCTGGAATTGGTGATTTATC +TAATGTCTCAACCGTATATTTAGTTAATATGTAATTTTCGTATAGTGTGGATTCAAGTAT +ATTTACACTATAATTTTCAACTTCTATAGTATTAGATAGAGAAGTTAAAGTTGAGGCAGA +AATAATTTTTTCCTCTATAATGTTATATCCTATAAGAAAAATACTTATAATTGCAAAAGT +TAATAAAATTATATTTCTTTTTTTCATTTTACCTCCTTAGATTACATTTTATATAAGCAT +ATTCTAAGTAACTATTTTTCTAAAAGTTCCATTTTCGTATGAATTGTAATTTATATTTAA +TGTATTTTTTATTATGGATGCTTAATTTAATTACCTATAAATATATTATATATTATAATA +ATAGAAAATTTACCATAAACATGTTTACATTTTATTACAAATAAACTTCAAAAAATGAAA +AAAATAGGGAAAAATGATTTAACCCTATTTTTTTCATAAATGCTATAATTTTATATGTTC +TTCTAACTTTTTAAGAGCTTCTTCAATTCTTTTTTCTCTTGTCTTAGCTTTCTTTGCACT +AGAGATACATTGGTAATACTTTCTTTTTCCTGAATAAGATAAAGAATTATAGAAGTCTAA +TGCAGTTACATTATCTTCAAGTCTAGTTTTGAAGTCATTTGGAAGTTCGACTTCTCTTAC +TTCATTATCTTTTTCTACTTGTACAAAAATAGTATCGCCAGCTTCTTTACCTATATTTTT +TCTTACCTCTTTAGTAACTCCAATCATATAACATGGAAGTCTCATTTTTACAATAGATCC +TCTATAATCATATCCATCGAACTTTACTTTTACCTCAACTCTTTTAGAACCAAACTCTTT +TTCTACATCGAATGGAATTTCTATATATGTAGCATCTTTTCCTTCGTGCTTTTTTAATAT +AGTTTCAAATTTATATGTCATATTAATTTCCTCCATGAAAACTATAGCTATATTATATAT +TTTTAAATTTATAATATATTATAACCTAGTATAAAATGTAAAACCTATGTTTTTTAATTA +ATGAGAAATAATAAAATTAAATTTTTCTATTGACATTAACGTTGCGTAAGCCTTTATTAT +AAAATTGTCAGGAGGTTAATATATGGAATATACAATTAAGAATTTAGCACAACTGGCAGG +TGTTAGTGTGAGGACACTAAGATACTATGATGAAATTGGACTGTTAAAGCCTTGTAGAGT +TAATTTATCTGGTTATCGTATTTATGGTGAAAAAGAAGTAGATTTATTGCAGCAAATTTT +ATTTTATAAATCAATAGATATGAAGCTAGAAGAAATTTCCCAGGTAATTTATCAGCCTGA +TTTTAATATTTGCCAGGCTCTTGAAGAACATTATAAAGAACTGATTTCTAAAAAAAATCA +GATAGAGCAATTAATTTTAACAGTTGAAAAAACATTAGCTTATAAAAAAGGAGAGATAAA +AATGTCAAACAATGAAAAATTTGAAGGATTTAAAAAAGAGAAAATAGCTGAAAATGAAGC +AAAATATGGTAAAGAGATAAGAGCAAAATATGGTAAAGAAACTGTAGAAAAGTCAAATGA +AAAGTTTCTAAACTTAAGTGAAGAAGACTTCAATAATATGCAAACAATTGAAAATGAAAT +GTTTAAATTATTAAGTGAAGTAATAAAAACGAAAGATTTAGATTCAGATGATGCTAAAAA +AGTATATGAAAAACATAGAGAGTGGTTAAGTTTTTCATGGCCAAAGTATACTGCACAAGC +GCATATAGGTTTAGCTATGATGTATGTAGCTGATGAGAGATTTGCAAAATATTATAATGA +TAGAGCTGGAGAGGAAGCTACTCAAGTATTACATGATTGCATAGTCAAATATGCTAAATA +AATAATTGGAAACGTATTGAATTATTGAATTTGAAATCACATGCGATTATTAAAGGTTAA +TTTATAAACAAAATAAAAGTTGATGGAAGTTAAGATATCCAGGAACTTTTATTTTAATAG +AGGTACTATTTATATTTTTATTGAGATTGCTAGATTTAAAAGTTTACAACATTGTAATTT +AAAGGTTTTTTCGTTGATACAGCCAAATGAAACTGATATTATAAATTTATTACTTAACAA +TAAGGGGGATATTATGAGTCTAAACGAAGAAAAATTTGAATTATTGTGTCAAGGAGATAG +TAGATTATTGAAGATAAATGCAATTAGAGGAGAACTTTTTAGAGTAGAGGCAGGGTCAAT +GGTAGCAATGACTCCAACATTTGAACATAAAGTTAAAGCAGGAAGTATAGGAAAGATGTT +TGGTAGAGTAATGTCAGGAGAGTCTGCATTACTTCAAGAATATAGAGCTACATCTGATGG +AGAGATATTACTAAGGTGGAACTAGATGGAAGTAAGCAGTATAGAATAAGTAATGGTAAT +TTTTTAGCCTGTACTGAAGGAATTACTTTAGAAGCTAAGGCAAAGGTTAAAGGAATTTTT +GGCAGTGGAGAAGGTATATTTGGCTTAAGAACTGTAGGAGCAGGGACTTTATTTGTAAAT +TCTTGTGGTTCCATACATAAAATTAATCTTAATATAGGTGAAGAGTATATTGTAGATTCA +AGTCATTTAGTTTTATGGGAAAATGAAATGGAATTTTCTACAGAATTAGCTGGTGGAGGA +TTAGCATCATCGTTTTTAAGTGGTGAAGAATTTGTCGCTAGATTTAGGGGACCAGGTCAA +ATTTGGATTCAAACTAGAAAGCCTATAGTAGTAGCTTCTAATGGTTAAATTATATAATTA +AACGGTGTTCTTATCATGATTACCGAGGAGCAAACTTTATGAATATATTACAATCAATGT +ATATAGATGCACATTCCCATTTAGATTTTTATGATGAAAATGTAGAAAAAGCTATAGTAG +ATATTAATAATAACCATATATTAACATTGGCTATGAGCATGGATATAGAAAGTTATAATA +AAAATAAAGTATATGCAAAAAAAAGTAGATATATAAAACCATGTTTTGGGATACATCCAT +GGAAGGCTCATGAATTTAAATATAGCTTAACTACTTTAATACCGTATATAGAAGAAAGTG +AAATAATAGGTGAAATAGGACTTGATTTTGTATGGTCTGAAGGTAGTCATACATATACAA +AACAAAGAGAAATATTTTACTTTATATTAGAAGAGAGTGTAAAGCGAAATAAAGTTATAA +ATTTGCATACCAAAGGAGCGGAATATGAAATATATAATGCTCTTAAAAAGTACAATTATA +GCAAAGCTATTATACATTGGTATAGTGGTGATTTAGAAACTTTGGATAAGTATATAAATC +TTGGGTGCTATTTTACTATAAGTGTAGATTTAGGATATAGTGATATAGCAAATAAGATAT +TAGATAGAATCCCAATAGAAAGGCTATTAGTTGAAACTGATGGACCAGAAGCTTTAGAAT +GGGTGAATGGAGAATATGGTTATCCATCTGTTATAAAAGATGTAGTCAAAAAAGTAAGTG +ATTACAGGAATTTAAGCTTACGAGAATTAAATAAAGTGATAGAAGATAATTATAATAGGA +TAATGAGTTTGTAAAATTTAAGATATACTTTATATAGATTATATTGGTATAATATTTACT +ATAGTTTAGTGGAGGTAAATGATGAAATTAAGTGAATTAGTAAACTATGCAGAAAACAAT +GCAGATAAAATTATAGTAAATGCTATTATAAAAGATGATAGTGAAACATTAAATAAATTT +GTTATTAATATTATTGGAGATTTATTAAATGGAGTAAACTTAGATAATGAGTATAGAAAA +CAGGCTATAAATAATCTTAATAATTATGATGAAAAAGAATTAGGAAATTTAGGTACATAT +ATTTGCTTAATACCTTATGTTCAGTCTGTTTTAAGTAATCAAAAGAATTGGGAGTCTAAA +GCTACTTCATTTATAGAGAATTTAATAAGTTATATTATTGGTCTAATAAGAAAGGATGAG +TTTCTTAATAATCTATTAGAAATGAGATGTATATTAAAAATATCAGATAATTTCTACAAT +GGTTTAGTAAATCATTTTGCTTCATACAAAGAATACATAACTAAATCTGCAATAGAAAAA +ATAAAGTAGAAGATGAGGGCAATCCTCATCTTTTTTAGTTGTAAATAAATTATATAAATA +TAATTATAAAAGATGAAGAAAATGATAATTAATATCACTTATAAAAGTGAATTTGAGTGC +TATGATTATATTAAATTAATATTAAGGGGGAAATGATTTATGAATAATAAAATAAACATA +ATATATTGGAGTGTTACAGGAAATACAGAACTTATGGCTCAATCAATTTATGAAGGAAGT +TCAAAAAATGAAAATGTTAGATTAATCTCTGTTGATAAAGCAAATATAGATGATGTAAAA +GAAGCTGATATATTATTCTTAGGTTGTCCATCTATGGGAAATGAAGTATTAGAAGAAACT +GAAATGGAACCTTTTATGAAAAGCATATCAAATAACATAAAAGACAAAAAGATAGTATTA +TTCGGATCTTACGGATGGGAGATGGAGAATGGATGCAAGATTGGGAAGAGAGAATAAGAA +AATATGGAGGAGAACTAGTTGAAGATAGTATTATCTCTAATGAAACACAATCATCAGAAG +AGATTGCACATCTTTCAAGTTTAGGAGAAAAGTACTCTTGTGCGTTACAAAATAACTAAA +AAAATAAAGTTTATTATTTAAAATAAATATTATTATATCTACTCTTTATTTTTTTATAAT +TTCTTTAAAAGAATAATATTTTTATGGTAGTATAAAAGTAATAAATAGTTAAAAAATTAA +TATGTCTAAACTAAAAATGTAAGGCTTATTGTGAGAGATATCAAACAAATGAGTTATGAA +AAATATGAAAGTTAAAGGATTAAAAGAAAAGTTAGTTATAAAAATAGATGGTGATATTTA +ACTACGATTTTTAGCAAAAGAAATTATAACTTTTAAAATACAGATTATAATAGGGAGTAA +TAATGATGAAGAAAAACATATATGGTCTTATAATATCCATACTTAGTAGTATTGGAATTT +TATCAATTAATGGAGTTAATTTTTCAGCCTTATTTATAATAATTACTATATGGATAGTAT +ACATATATATTATTTTAAGGAAAGTTGAGAAAATAACTACAAGCAAAATAGTAAAAATAA +TATCTAAAACATACAAAAGCTTAGTAGTTATATTATTTATATCTTTGATACTTATAGAAG +GTATGATTGTAATAAATATGAATCAATTAAAAGAAGTTAAAGATATAGAAAAATTGAATA +ACGTGATAGTATTAGGTGCTGGACTTGATGGATATAATGTAGGTAAAACATTGAAATCTA +GATTGGACAAAGCTATAGAGTATTATAAATTAAATGAAGATGCAAATATAATAGTATCTG +GTGGTCAGGAAGAAGATGAGTTGATATCTGAAGCTGAAGCGATGTATAGATATTTAATAG +AAAATGGTGTAGAGAAAGAAAAGATCATTAAAGAGGATAAAGCAACAACTACATTAGAAA +ATATAATATATAGTAAAGAAGTATTAAAAAATTTAAATCATGAAGGTGAAAAAGTACTTA +TAGTAACAAATGAATTTCATATAACAAGAGCAATGATTATAGCAAATCTTTTAGGGGTAA +AAAATGAAGGATTATCATCAGAAACCCCATTAAAGATTAGAGTAAATTACCTAATAAGAG +AATATCCAACTATGGTTATTGATATCGTAAGAGCTGGTTACTATTCAGTATTCCAATAAA +GTAAAAACTTTCATTTAGGAATGGGAATAAATAACTAGCGAACAAAAGTTATTAACATAG +ATGACATTTTGCATGACGTAGAAATTTAAAGTATAATAATATAAAGTATGACCAAGGAGT +GTATTGACAGTGAATTTATTTATAGAAAAAACTAATATAAAAAAATTTAATAATACAAAA +GAATTTGTAGAAGAGTTTCAAATTGGAGAAGATGACTTTATCTTGATTAGTAAAAGTCTT +TACGAAAAATATTTTAAACAACTAAACTTAAAAGCAACTGTAATATATAAAAATAAATAT +GGTAATGGTGAACCAACAGATACAATGATGGATAACTTACTAGAGGACTTTAACAATAGC +AACTGTACTAGAATTATTGCAATTGGTGGTGGAACTGTAATCGATATGGCTAAAATTCTT +GTATTAAAAAATGGAAAATGTACAGAAGATATTTTTTATAAAAGAGTGCCTTTAGAAAAA +GTAAGACCTTTAATTGCAATACCAACAACTTGTGGAACAGGTTCTGAAGTATCAAACATA +AGTGTTACAGAAATGACAAAACTTAATACTAAAATGGGATTAGCAATAGATGAGTTATAT +CCAGATTATGCGGTACTTATACCTGAGTTGTTAACAGATTTACCATATAAATTCTTCGCA +GCAAGTGCTATAGATGCACTTATTCATGCAATTGAATCTTATATGTCACCAAAAGCAACT +ATATATACTGAGTTATATAGTAAAGAAGCAATGAATATGATTCTAGAAGGTTTCCAAAAG +ATTGTGAAGGAAGGTCATGATGCAAGGTTATCTATGCTTGATCAATTTCTTAATGCAAGT +AATTTGGCTGGAATAGCATTTAATAATGCTGGAAATGGAGCAGTACATGCTATGTCTTCT +CCTTTAAGTGGAAAGTATCATGTGTCTCATGGAGAAGCAAATTATCAATTTTTTACAGCT +GTATTTAAAGAATATACAGAAAAAAATCCGACTGGAAAAATTAATGCTTTAAATAAATAT +TTAAGTACAATATTAGACTGTGATATAAATGAGGTTTATATTAAACTTGAAGAACTATTA +GATAAAATTATGGTTCGAAAAAATCTTAAGGAATACGGGATGAAAGAGGAAGATATAGAA +GTCTTTGCAGAGAGTGTAATTAAAAATCAGCAAAGGTTACTTAGCCAAGCTTATATAGAA +TTTACAAAAGAAGAACTTGCAAATATTTATAGAGGATTATTTTAATGTAGATTTAAATAT +TAGGACTAATAAAAAAATTTTTATAATTATAAAATGATTTTAAGATGATGGAACAATTTA +TTCCATCATCTTTTTACATATAAAAAGATATTCAATAGTATATTAAATATCTTAATGAAA +TTGATAAAATTTGAATAAGCTTGGAGTAATTATATAATTTATGGTAGGATAAATATTAAG +AAGCAATAAATAACTATATGAGGTTATATCATAAACATAATTAAAGTAGAGACAGGAGAA +ATGTTGTATGAATATTAAATTAAGGAATTTGCAATTATCATATAACGAATATTTCTTGTC +TTGGATAAAAGATGAATAAGTAATAAGATACTCTTTGTTAATATTTCAAAAAAATGAAAA +GTAACGATGAAATATCACAATGGTTTGATAAGATATTAGTAGATAAATCATCTTTTAATA +AGGCTACTGTAGATGGTTCTAATGATAAATTGGTTGATAGCTCAAATTAATGAAATAAAT +TTATCAAGAGAGTGCTTTATATTTATAGGTGATAAAATCTATCATGGAAAATGTGTTGTT +ACATGGGTAACAAAAGAAATAACTAAACTAGGTTTTTAAGAATTAGGAATTAATAGGATA +ATTCTTACATCATCTGAAAAAACATCGGAGCAGTTAAGTCTTATACAAAATCAAATTATA +AAATAGAAGGTATTATTAGACAAGCATTTCATAGAAATATAAAATTCCATAATAATAATG +GGAATTTTAAGAGAAGAGTGGATAAATTTATAATTAATATATTAATAGAATAAAAGGAGG +AATACTATGAAGGTATTTTTAGGGGTAGCATTTATGGGATTAATGCTGATAGCAACTGGG +AAGATAAATTTAAATAGTGAAAAAAAAGATAAAGCAGTTTTAAAAAATAAAGAACTAAAT +TTGTGGTTAGGTTATATAGAATCTAGAATATTTGCAGATAATGATATGTTATTTGGTAAA +ATATTTCTTGCTTCTGGTATAGTTGGGATGATATGTTATGATACATTAGGATTATTTATG +GTGCTTGTGATTTGTATAACAGCTCTACTCTTCTTTGGAGTGAGCATGGCAAACTTTTAC +AAATATTATAAAGGTAAAGAGTATAAGTTTAAAGGCAGTAGCAAAAGTATAAATACTATA +ATATTAGTTGCCACTATAGTAGTAAGTACTATAGGAGTAATAACGCCTTTAAAATTAGGA +AAAGGAAGTATAGTATTTTCTCAAATAGATTCTAATGAAGAAAATGGGCGAACATTTACT +TATGAGATTAAAGGTTTACCTGAGATGAAGGAATATGAGTTAGGTTTTAATGTAAAACAT +TATGAATTAGATAAATTTGAGAAGCCTAAATATCAAGAAAATATAGGAACTTCTAAGGTG +TATTATAATGAAAGAATGGAAAATCCAAAGGTTACATTTAGTATTGATGAGCATGACAAC +TGTACTATATTTGTAACGAGTTTTGATAAGAATTTAAATAAAATTGAAGATAAATATGAA +TATAAGTTTAGAAGAGTTGATAATGAAACTAGTGACATGATAGCAGGAGAGTTTAGTGTA +CCAGTTGATTCAAATGGCAATATAATTGGAGAGGATAACGGAATGAACCTTTATTCATCA +GAAAATAATAATGAAACCTCAGGAATTCGCATAACAATTAAATAGTAAATATCAAATACT +ATATTGAGTGTTAGCAGATAATAAGATAACAATAAGTATTTATATGGGGAGTAGTATATG +GGAAGATTAAGATCAATATATATAAATGAAATTGAAGTTAAAGAGATATCTATTTTTAAA +GCACTTTTAATTATGGTTATATTTACAGTAATACCGGTCATAGCAAATTTAATATCTACA +GTAATATTACTTCTTATAGATGAAGATATGTCTTTGGGTAGTATTATGATAGTAGGAACA +ATTGTAGTTATTGTATTTATGATACTGACGATAATGATAGTGGCAAGGCTATTTACTAAT +AAAAATAATATTATAAATAACAACATTGAATTTAAGATTATTAAGAAAGATTTCATATGT +GTATTTTTTATTATAATAGGATATATCTTAATAAGAGATGCTTTATTATTTGAAACTTTG +TCAGCTTTTGAAGGTCCAATAACAGAAGAAGATATAAATTTTTTAATAGAAAATTCAACG +GATATAGAAGCTGGGATAGTTATGATATTATTACAGCTCCAAGCTCTTATACAAGCGCCT +ATATTTGAGGAACTCCTTTTTAGGGGGATAATTCTTAATGGTTTATTAAATAGATACAAA +GGAAATCAAAAGAAAGCAATATTATATTCGGCTATAATATTTGGTGTTGTTCATTTTAAT +ATACCTCAGGGGATAAATGCTTTTATGATTGGTATTATATTAGGGGGAATATACTATTAT +ACAGGATCTATGAAATTAGCTATTTTTGCCCATTTTATAAATAATTTATTTGTATTTATT +CCCGTTCCAAGTAATATTATAATTAAAATTGCTTATGTAGCTTTAGGAATATTCCTAATA +ATAAAATCGATAAAGAATATAAGTATTAATACAAAAAATACTTTGAAAATAGAAAAAGAA +ATATAGGATTGTAGTATGGAAATTTAATAAGTTAATGTAAAAAAGATAGCTAAGTAGCTA +TCTTTTTTTATTGTAAGTATTAATATAAACTATCGTAATATCCGATGACTTTATATACTG +TGAAATTATGAAATATAGGTATATGCTTCGAAGTTTATATTTCTATATAGAGCTTTGTAT +ATTTATTATTATGACAATAAAACTTAATTATATTAACTATACTATCAATTGTATATTTGA +GAAATGGAGCTGATGATGTTGATATAATTGATAAAATTAAAGCTACTAAAAATTCATATA +ACGATAGTGTCATATAATTCACCACCTTAATCTTATTTATATAATATATGAATTTATATG +ATAGTATAGAAAAAGATTTTGCAATAATTAGGATAAATTTAGGAATCATAAATTTTATAT +AAAGGATGTGCTATAAATCGAGTGTATTTTTGCAATTATAAGTACTTTAAAAATTAAAAT +ATTACTGTCAAAAATAAGGTTAAAGACTATAATTAATATTAAATACATGACTATTTTAAA +TACAGAAAAGAGGAGTTAACATACTTGAACTTAAAAACTTATCTTTTAAGGTTGAGAATG +GAGAAGGAAGAATGGAAATGGTTGATGATATCAATTCTTCTATGGCTAATGGAGAGATCT +TAGTAATTACAGGTTCAAATGGAGGAGGTAAATCAACGCTTGTTAAGTTAATAAAGGGAA +TAGAGAAACTAATAAGTGGACAAATACTATTTGATGGAGTAGATATTACAGATATGAGCA +TTACCGAACGTGCAAAATTGGGAATCGGTTATGCATTTCAGCAACCACCTAGATTTAAAG +GGGTAACTGTAAAGAAACTTTTGAATTTAGCAGCAGGAAGAAACGTAGATGAAGAAATAT +GCTGTAAGTATCTTTCATCAGTTGGATTATGTGCAAAAGAATATATGAATCGTGAGATAG +ATTCAATGATTTTGAGATATGAGCAAATTCAGATGTGCTTATAATTGCAGGATGCGGTAT +TCACAATGATGGACATGGAAAAATTCAACATGATGGTATTCACTATTTTCATATATGTAA +AGATGCTAGAGTTAAATATATCGAGAAACACTATGGAGAAGGTAGTGGAGATGGCGAAAG +AGTTCTTAATCCAACAACTGTTGTAAGTATGGAAGAAAATTCTTATTGTGAAATGGAAAT +GATTCCAATTGAAGGAGTAAATTCAACTATTAGAGAAACAACAGTATACCTTGCAAAAGG +AGCAAAACTTGTAGTTATAGAAAAACTCATGACTCATGATAATCAAATAGCTAATTCAAA +TATGATAGTATATTTAAATGGAGAAGATTCAACAGTTCAAGTTATATCTCGTTCTGTTGC +AAAAAATAATTCAGAGCAAGTTTTCCAGCCCATTGTAGTTGGTAATAATAGATGTAATGC +TCATGTCCAATGTGACTCTATAATAATGGACAATGAAAAAGTAAGATATGTTCCAGAGAT +AGCTGCTAATCACACCAATGCTCAGATGGTTCACGAAGCTGCAATAGCTAGAATAAATAA +TGAATAGTTAATAAAATTACAGACTTTTGGTATGGAGGAAGAAGAAGCTGAAGGTGTTAT +AGTTTAAGCATTCTTAAATTAAAAAAATGTAATAGAATAAGTTATGAATAATAAAATAAC +CTAACTACTATAAAATAGTTGGGTTATTTTATTGTAGATATTTTTATAAAACTTATTTTC +TAATAATAGGCAATTATATTTTGTTAAAAATTAATTATAATAACATGGGCATCTTCAAGT +CAAAAATAGGATTAGCTTCAGGTTCATCTCTACTATTACCTTGAGCTGTATTCTTAGATG +CTTCAGAACAATTGCGATCAGCTATAAATTATTTTAAACATGACAATATATTTGGAGCAA +CTGCATTTGGAAGTTACTCATAAATTTGCTGGATATTCAGAATTATTAATATTGATTGTA +TCTTTTTATGGATCTGCGGCATCAGTGTTAAACAATCATTTTAATAGAATATTTTACCAG +TAGGAAAACCATTTGGAATATTAAATAAATATATAGTTCATTAATATGTAAATATCATAT +TAGCTATATAAAATGGCAATAATAATATAAAACGAAGAGAAGGGATGACTTTTGTATGTT +AAATAAATTAGCTAAAAATCAATATGTAAAATTAGTAAAAGAAAATGGCAAAAAGAAAGA +AGTTGAATATGGAATAGTATTAAATGAAAATGGAGATCAATACGATATAATGAGTGTTGG +TTTCGAAAATAAAGATGGACATTTTTTAGAATATCCACCAAATGTAGAAAATTTAGTTCA +AACTTATACTACTCATGAAGGAACTATGTTTGATGAAGTAAAAGAAAATGAGGTAAGAAG +AGCTATGAATGTTTGGGTAGAGAAAAATTATAAGCTTTAAATGCAATGGGGGAGTAGACT +TACTCTCCTTTTGTTTTATAAAATATGATTTTTAACAATAAACTTCATAAAAAGACTAAA +CCCAATTTTATCAATAAGCAATATAGCAAAATATAAATTAAAATGATATAATTATTATAA +AATAAAGGGGGAATAAATGTGAGCAAATACGTAAATATTAACTCTCAATTAGATGCACTA +AAGTTGAAAGAGATAGAACAAAACTTTTATTACAACATAAAAGATAATATTAATATAGTG +CCCAAAGTTACTCCTTTTAAAGGGATTAATACAGATTTGCTTTATATTAAAGATAATAAA +ATCTTATTTATAAAGTTTATGGATACTACAGAGGATTTATTTTTTATTTTAGAAGAAGAA +TTACTTGAAGTAATGAATGAAGAATATGAATCTATGAAATTAAAAATGACTCAACGTAAT +AAAGATATAAGTTTTAACTATGTTTTTATTATGCCTTATGTAGAAATTGAAGATACTTAC +GGTTTTGATGATTTCGTAAATAATAATATTATAGATAGAAATAAATTAGAAGAAATAAAA +TTAGATAGTAATTTAATTGATACATATTTAAAAGAAGCAAATAATGAGATTGACTTAAAT +CTATTACTATTGGATATATGTCCAGAGTACTATATACTGAATAATAGACTTCATTTGAAT +GATAAATTTAAGAAAATTTCTTTTTATAATGATGAGTATAAATACACTGCAACTATGCTG +GAAAATAGTCAAATAGAAAACGCTATTTCAATAAACTATGGTAATACGTTGTTTAAAGGT +GGCTCTGGAAGTGGAAAAACTTCCATTATGATTTCAAGGGCTATCAAATTAGCTAGGGTA +TATCCACACCATAGGTTTTTAATTTTTACTTATACAAAGCAACTTAGAAATGAGTTAAGA +GAGCATTTAGATATACTTTATAAAGATAATACTAATTTAGAGGTTCATACATTTAGTTCT +TTTATTTTTAAATTAGCTAAAAAATATAATTTAGTAATAGATTATAATATGTTAAAAAAT +GATTATGAAAAGACTTTTAGTAATCTTATAAAACAAGCTAAAAATATTATAAAAACTAAA +AGTATGTTTAAAGGAATTTTTATTGATGAGGCAGAAAGCTTTTCAGCTAATGAAGTAGAT +TTTATTAGAGAATTTTTATATAAATCAAAATACATATTTAATGTATTTTACTGTGAAAGT +TTAAATATTTCTAATCACTTAAATATATTTAAACAAGCTTTTGAAAATATTGAATTTAAT +GAATACGTTGTTCTAGATAAAAACTATAGACAGTCAAAAGAATTAATTAATTTCACAAAT +AAATTTATTAAAAATTCTAATGAATATATAAATACTTTAAGACCAAGCTTAAATAAAGAA +ATTTTCACAACTACTAAGCCAATTCTAAATGATGGTAAAGTAGTAGATATAGTTAAAGTA +AGTGATTTAGACGAGCAGCTGAGTGCAATACTTTGGGAAATTGAATACTTTACAACTAAA +AAAGGTCTGAACTATTCGGATATAGCAATAGTGTATCCATATAATAAGAAGAAACTAAAA +AGTGGAAAGACAATTTATTTTCAATATTTAATAAGAAAAGCTTTAGAAGAAAGAGAAATT +CCTTATATATATGCAGAGGATACACTTACTAATCTAAGTTCTAGAAATGGAGTTACAATA +TCAAATATTTACTCTATTAAAAATTTAGAATATAAAGCTTTAGTCTTCTGTGAACTAGAA +ATGTTATATAATCAGACAATAAATGATAAAGAACAAGACTATCAAATAAATGATTTCGTT +GGAGACTTAAATAAAATATACTTAGCAATAAATAGATCAACCGAGTACCTAAGTATAATA +ACTACACTAAATGAAGAGGGGAGTGATTTAATAAGATTGTTAATGGATTCAAAATAATAT +AAATAGTAATAATTTAAAATTTGCATTGAAGCATAAAAAATAGAAACTTATTTAGGGATT +AATGCATATTGCAGCCTAAATTAAGTTTCTATTTTTACTGAATATATTATTTCATGAAAT +AGAAATATCCTAAAACTATTATACCAAGAACAATTCTGTAGTAACCGAACACTTTAAAGT +CATGTTTTTTGATATAGTCTAATAAGAACTTAATTGCAAATACAGAAACAATAAATGCAA +CTAAAGAACCAGTAGCTAATAATAACCATTCAAATCCACTAAATGCAAATCCAACTTTTA +AAAGTTTTAGTGCACTAGCACCAAGCATAGTAGGAACTGCTAAGAAGAATGAAAATTCAG +TAGCTACATATCTTGAAGTACCAAGTAAAACGGCACCGATTATAGTAGAACCTGACCTAG +ATGTACCAGGTATAAGAGCTAAGCATTGGAATAAACCAATACCAAGAGCTAGTTTATATG +TAAGTTGGCTAAAATCAGATACCTTAGGTTTTTTATTTCTGTTTTCTAGCATTATCATTA +TAACCCCATAAACTATAAGTGCAGTAGCAACTGTAGTTGAATTGAAGAATAATTCATCTA +TCTTATCTTCAAATAAAACACCTATTAAACCAGATGGGATTATTGCGATTATTACCTTTA +CCCATAAGCTTAATGTATCATTTTTTTGAACCGTAGTTTTTGAGGGATCAAAGGGGTTTA +ATTTTTTTAAGAATATCATAAGTACAGCAAGGATTGAACCGAACTGGATTACAACAAAGA +AAGTACTCCTAAATGCTTGCGATTGATTTAATTGAAGAAATTCATCAACTAATATCATAT +GACCTGTACTACTTACTGGTAACCATTCAGTTATACCTTGGACAATACCTAAAATAATGA +CTTTTAACATTTCAATCATATTTTATTACCTCCAAATAAAAAATACATAATTTACACTTT +AATTTGTAAAAACACTAAATAAAAGTATATCAACAATAAGAAATATATTCAAGTCAAAAG +AAAAAATGTTATATTTATATTAATAGATAATAATAAGGAGGCTCTATGGAAAATACTACA +ATTTTAACAGATAAAGAATTTGAGATATTTAATCAGTTTTCACAAAAGCTTAATCCAAAT +ACAAAACATGATTATTTATCAAAAATAGTATTAATGAAGGCATTTTTAGAAGAGAAAGAT +TTATTAGAAGTAACAAAGTATGAGTGTAACGAATTTATAGATTATGTAAAGGATAAATAT +GCAAAATCAACATGTGAGAAGATTTATAGTTATTTACATAGTTTTTATAACTTCATGAAT +AAAAAAAAATATATTGAAATAAATCCATTTACATATGTAAAAAAACCAGAAGTTAGTAGG +ATAAAAACTAAGGATGATGTCTTAAGTGTTCAAGAAATAAATAAACTTGTTGAAATCCTT +CCTAAGTTAAACATAAGAGATAGAGTAATAATGATATTCTTGGCAACTACAGGATGTTTA +TTAAATGAACTTGTAAATTTAAAATGGAAAGACATTATTATGGATGAAAAAAATAATACT +TATGTAAGGTTAGGAAAGAACAAGAAAGAAAGAGTAGTAAAGCTACATCCATATTGCTTT +AAATTAATAGAAGACTATAGGGACTACTCGGGTCTTTCAGAGGTAATACTTCCAACTAAT +GACTTTGTATTTACAACTCAAAAAAGCAATTCTATAACAGATAGAAATGTCAGACTAATT +GTAAAGAAAGCCTTAGATTATGCAGGATTATCTCAGTATTCTGCTAAAGATTTTAGACAT +TCTTTTGCAGCAATAAGCCTAAGACTTGGAGCAGATGAAGAAGATATTAAGAAGCAACTA +GGGTGGAGTGATAAGTATTATGCTATTAGATATAAATATGTATTAAATTTTGTAGATAGT +GAAAGTGTTGATTATATTATGAATAATGATCATTTAAGTATTAATAATAAATAAATTACT +CATATCAGTTAGTGAATATTATTAGTAGTAGAGACAATAAATTAATTATGATATACATTG +AGCGAAAGCCTAAATATGGTCCTATTAAATATTACAGGACAGATTTAGGCTTTTTGTTTT +CGGAATAAATAGGAAAAAATGGTTAGAAAACAAAATAGCAGGGTATTAAAAGAATATCAC +AATAAATTAAACTTTAGTAGAAAAAAAGTTGAGTTGAAGAGTGGGTTTATAAAAAGGATA +TTTAAAAAATAGAGATATATGAAGGTTAAAGCAGTTTTAAAATAAAATTCAGGAGGGGTA +AATATGAAAATAGAGATATATGAAAAAAATATGTATGGTGTAAAAGGTTTGGTTAATTCA +ATAATGGATGAAGAGTCTTTAAGAATTGGGGATGACTTAAAACAACTTAAAAATGAATTT +AAAGAATTAGAAATAGCAAGATATGAAATGGTTGTAAAGCCAAGATATATAAGTTCACTA +GTAAATATAAGTGAAAATGATAAGGAATATAAGTCAAGAAACAAGTCAATAGATCAACTG +ATGAAAATAAATATGAAAGATGTAGGTCTAATAAGCAATGAAAATTTACCAATAGTTTTA +ATAAATGGTGAAATTATCAAATTAGGAAAATATCCTAATATTAATGAGCTTAGAAAAAGT +ATTGAATTAGAAAAAATAATATCAATTGTATATAATAACTAATAATATTAGTATTTAAGT +TGATAATATTGATAAAATAAAAATAGGGCAAATCTCGGTTATGAGGTTGCCCATTTTTAT +TTATAATCTTAGATTATATTTAGGGAATAGGCCTATAGGACATCTTTTTTATCTAGTTTT +GTCGAAAAGTACCATTTAAAATATACTTAATTTATGGTATAAATAGTTAATAAGTTTAAT +TTAAGAAAAAAGATAAGGAGAATAATATGCAATATAAATTAGAAAATAACGCGAATAGTA +AAACTCAAAAAAAGAAAAAGTTCAAACTACCAACAGCATATACGATATTATTTTCTATAA +TAGTTATAATTGCGGTTATTAGTAAGTTTATACCAGGGGTTAAGGCTGCAACAGTAGCAG +ACGTTGTAATGTCTCCTATGAATGGACTAAAGGATGCAATAGATATATGTTTATATGTCC +TTTTAATGGGAGGATTTTTAAATGTTGTTACAAAAACTGGAGCACTTGATGCAGGTATAG +GTTCAATAGTAAAGAAGCTTAATGGTAAAGAACTTTTACTAATACCTATATTGATGTTTG +TATTTTCATTAGGTGGAACAAGTTACGGAATGGCAGAAGAAACTTTAGCTTTTTATGCTT +TAGTTACTGCTACTATGATGGCTGCAGGATTTGATGCTCTTACGGCAGTTGCCACTATAT +TACTTGGAGCTGGTGTTGGGGTTTTAGGTTCGACTGTAAATCCATTTTTAGTGGCAACAA +GTATAGATTCATTAAAGGGAGTAGGGGTTGAAGTAAATCAAGCAACAGTTATGGGAATAG +GTGTTGCTTTATGGTTAACAGCTCTATTAATATCTATATATTTTGTTATGAAATACGCAA +AAAAAGTAAAAGAAGATAATAATAATTCTTTATTATCAAAAGAAGAATTACAAAACTCTA +AAGAAGCTTTCTTAGATGGAAAAGAAGAAACTTTAGAGTTTACTACTAAGAGAAAGATCG +TTATGTGTTTATTTGGACTATCATTTGTAGTTATGATATTAGGTGTTATACCTTGGGAAA +GGTTCGGTATAACTATGTTTGAACACACAGATTTTTTAACAGGAATTTCTCTTGGTAATT +GGTGGTTCTCAGAATTAGCAATGTGGTTTGTATTAATGTCTATAATAATAGGTATTGTTT +ACGGATTTAAGGAAAAAGAAATAGTTTCTTATATAATAGAAGGTGCAGCGGAAATGGTAG +GTGTAGCACTTATAATAGGTATATCAAGAGGTGTATCAGTTATAATGTCTAGTACAGGTT +TAGATGCTTATGTATTACAAAATGCATCAACTGCTTTAAGTGGAATGTCACCAATATTAT +TTACTAATGTTACATTCTTGATTTATATTGGTTTATCATTCTTAATACCTTCAACATCAG +GATTAGCAAGTGTATCTATACCTATATTTGGTGCATTAGCACATACTTTAGGATTCTCAC +CAGAACTAGTAATATCTATACTTGGTGCAGGATGCGGACTAGTAAACTTAATAACACCTA +CATCAGGTGTAGTTATGGGCGGACTTGCAATATCAAAAGTAGAATATGGAACATGGATTA +AATTTACTACAAAGGTAATTGTATGTATATTTATATCATCTGCTGTAATATTATCAGTAG +GTATGATGTTACTTTAAGATAAAATAAATAGGCTATTGTAATATAAGGACTTTTTAAGTT +TAATATTACAATAGCCTTTTATAGTTAGAAAAAAGATATTTTTATATTGACACTCCACCT +AGAGGAGGCTTTATTCTAATATATAGTAGAAATAATAAGAAAGGAGTGGAAATTTATGAG +TCAAGAAAATATATTAGGAACAGAAAAGATATCAAAACTGTTTGTCAAGTATTCGTTGCC +AGCAATAGTTGCTATGGTTATAAACGGAGTACAAACTATTATAGATGGAATATTTTTAGG +TAACTTTGTAGGTCCAAATGCAATGGCAAGTGTAAACTTAGTACAACCATTCAATCAGCT +AATAATAGGAACGAGTATGATAATAAGTATTGGTTGTATAAGTTTTATAGGAAGAACCTT +AGGAGAAGGTAAAAAAAAGGAAGCACAAAATATTTTTAAGACATCACTAATAGTTATGTT +TTTAGTATCATTAATAATAACTTTTGTAGGAATAATATTTAATAAAAATATAGCAATGAT +ACTAGGCGCAAATGAAGTATTATTAGAAAGTGTATCAATATATATAAAAACATTAGCTAT +ATTCTCTATACCTATGTCATTAATGTTTTTATTTGGATTCGTTGATAGGGTAATAGAAAA +ACCAGAGCTTTATTTAAAGGGTAGTATAATAAGTGTAATGACAAATATAATACTAAACTA +TATACTTATAAAAAAACTACAACTGGGTATAAGAGGAGCAGCTATCGCTACCGGAATGTC +TTTTTCGATGGCACTTATAATAACAATATTACCTTTATTAAATAAAAATTCGGTAATAAA +TATATTTAAAGGAAAATTTGATAAGTCTACAATATGGCCGGTTGTCTATAATGGTTCATC +AGAAGGAGTCACAGCTATTGCTATAGCTACAACTGCTTTTGTATTTAATATGGCATTTAT +GCAGATTGCAAGAGAAATAGGTATTGCAGCATTTACAAGTATAAGTTATATATCTCAATT +TGGAACACTAATAATGTTTGGAATATCAGATGGGATCGGACCAATAATAAGTTATAATTA +TGGATATCAAAAACATGATAGGGTAGATGATGTATTAAAAATATCTTATAAAGTGACTTT +ATTAGTTGGTATAACTTTATTTGCAATATTATTTTTATTTGGAAGAAGTTTAGTAGGAAT +ATTTGCAGGTAGCAATAAAGATGTATTAGAAATGGCTGTTAATGGATCTAAGCTATATGC +TTTTGCATTCTTTTTTAATGGTTTTAATATAGTATATTCAGGATATTTCACAGCTATAGG +AAAGGCAAAGGAATCTATAATCATATCTGCTTGTAGAGGAATAGTTTTTATAATAATAGG +AATATTAGTTTTGCCGACAATTGTAAATTTAAAAGGAGTCTGGCTTACAGTTCCTTTTGC +TGAGCTAATGACATTTATAATTGGAATTAGACTAATGAATAAAAATAGTTTTGTAAAAGA +TAGTAAAGTAGCAGCTTAAAGTTATGGTTTATAAAAAAGTATTCGAAGATAATAAATTTA +GATATATAAGTAAATAATAAAGTAATGAATATATGGTAAAAAAGATGAGCTAATTATAGG +TCATCTTTTTTATTATACATTATAGATGAACTAAAACTAAAAAAAAGTTGTTATCGTTCG +GATTATCTTGTATAATTAGAATGTAAAAAAAAGACTTAAGGACGGTGCTAATAATTATGA +TAGATAACAAATATACTACATATACAAATCCATTAACAGACAGATATTGTAGCAAGGATA +TGAGTTATATATTTTCTCCACAATTTAAATTCTCAACATGGAGAAAGTTATGGGTTGCTC +TTGCAGAAGGTGAGCATGAATTAGGGATAAATATAACAGAAGAGCAATTAGAAGAATTAA +GAGCAAACGTAGATAATATAAATTTTGAAGAAGCGAGAAAGATAGAAAAAGAAGTAAGAC +ATGACGTAATGAGTCACGTTAAAGCATATGGAATGCAATGCGAGAAAGCTAAAGGAATAA +TACATTTAGGTGCAACATCAGCTTATGTAGGAGATAATACAGATGTAATTCAGATGACAG +AAGCTTTAAAACTAATAAGAATTAAGCTTGTAAATTTAATAAATAACTTAAAAGAATTTT +CATTAAAATATAAAGATATGCCTGCACTTGGATTTACTCACTTCCAAGCAGCACAACTTA +CAACAGTAGGTAAAAGAGCTACTTTATGGGCACAAGATTTATTAATAGATTTAGAAGATT +TAAACTTCAGAATAGAAAACATGAAGCTTAGAGGTGTAAAAGGAACTACAGGTACACAAG +CTAGTTTCTTAAGTTTATTTGAAGGTGATCATGAGAAGGTTAAAGAGTTAGATAAACTTA +TTTGCAAGAAGATGGGATACCAAGCTTCATATGCAGTAAGTGGACAAACTTACACTAGAA +AATTAGACTATCAAGTGATAAGCATATTAAGTGGAATAGCTCAAAGTATGCACAAAATGA +CTAATGACATAAGACTTTTACAAAGCTTAAAAGAGTTAGAAGAGCCATTTGAAAAAAATC +AAATAGGTTCATCAGCAATGGCTTATAAGAGAAATCCAATGAGAAGCGAAAGAATAGCTT +CATTATCAAAATATATAATAAGTGAAAGTTTAAGTCCAGCTTTAGTAGAAGCTACTCAAT +GGTTAGAAAGAACTTTAGATGATTCTGCAAATAAAAGATTAGCAATACCACAAGCATTTA +TGGCTGCAGATGCAATACTTGAAATAGGAATAAATGTAACTGATGGATTAGTTGTTTATG +AAAATATGATATCTAAGCGTATAAATGAAGAACTTCCTTTTATGGCTACAGAAAATATAC +TTATGGAAGCTGTAAAAAGAGGTGGAGATAGACAGGAACTACATGAAGTAATAAGAGAAT +TATCTATGAAAGCAGCTTATAGAGTTAAGCACGAAGGAAAAGATAACAATCTTATAGAGC +TTATAATAGAAAGCGATGCATTTAATATGGATAAAGAAGAAATACTATCTATAATGGATC +CCAAAAACTTCGTAGGAAGAGCTCCAGAGCAAGTTGTAGACTTTGTTAATGAATTTTTAG +ATCCTGCTATAGAACCATTTAAAGATAGTATAGGAATAGATGTAGATCTACACGTATAAA +ATAATATTTAATAAAAAGATGCCTAGAAAAATAGGCATCTTTTTTATTCTTAAAGACACA +ACGATGTTGTGGCGGTTTTTATATTAAATGTATAATTATATAAATACAGTAAGTATGAAA +TTTTATAATAAAAAACAAAATGTACCTATTATGACACAGAAATGACACAATAAAGACACA +ATTAGCACTAATTTAGTTCATATAATGTAATTAGATAAAAATGTAGTATAAAACATAGCA +AAATATGTATTAAAGTTCTGACTAAACATAGTAAGAATGAAAATAGGAGGTATCAAATGA +AGAAATTATTAATATTATTAACTACTTTATCGATGTTCATTTTATCTGGATGCAGTAATG +AAAGTGATAGAACTGTAACGGATAGAGAGGGATCTAAGGTAAATATACCAACAAAGATAG +AAAAAATAATATCAACTGCACCATCTAATACAGAGGTTATAATGGAGCTTGGATTAGGTA +ATAAATTAGTAGCAATAGACAAATATTCTACTGATATACAAGGGGTAAATCAAGAAATAC +CTCAAATAGACTTCTCAAACCCAGATGCAGAAACAATAATCGGGTTAGAGCCAGATATAG +TTATAGCATCTGGACATAATAAAACAGGTTCAGCAGAAGATCCATTTAAGGCAATCAGTG +AAGCTGGAATACCAGTAGTTTACATACCAAGTAGTGAGAGTATAGAAGGTATATATGAAG +ATATTAACTTTATTGCTGACGTAGTAAATGAAAAAGAAAAAGGGCAAAAAATAATAGATG +ATATGAAATCTAAAGTAAATGAAATAAAAGCGATAGGTGATAAAATAGAAGAAGAAAAAA +CTGTGTATTTTGAAATATCACCTGCTCCATATCTTTATAGTTTCGGGAATTCTACTTTCT +TGAATGAAATGATAGAAATAATAGGTGCTAAAAATATATTTGCAGGAGAAGAAGGATGGT +TATCTCCAACAGAGGAATCTGTAATAAATGCAAATCCAGATGTAATAATAACTAATGCAT +CGTACCTTGAAAATCCAACTGAAGAAATAAAATCTCGTGAGGCATGGGATAATATAACTG +CAATAAAAGAAAATGCAGTATATTTAGTAGATAAAAATGCATCTTCTCGTCCATCTCAAA +ATGCAATAAAAGCTTTAACTGAAATGGCTAAAGCTATATACCCAGAGCATTATGGACAAT +AAAAAAAAGGCAGCATTAAGTATTTTACTAGCATTAATAATTATTGGTATTGGAACTTCC +GCAGGGAGTTCCAATATTAATTTAATCGAAACTATATCAATACTAGTAAATAAAATATTT +TTTATCCCTCTTAAAGAGGGAATAGACCCCAAAAATATAGGCATTGTTTGGAAGTTAAGA +TTACCTAGAGTGTTGCTTGCATTTTTAGTTGGAGGATGCTTAGCAACTAGTGGGGCGATA +GTACAGTCTGTATTGAAAAATCAGCTTGCATCACCTTATACATTAGGAGTGTCTTCTGGT +GCATCGTTAGGTGCGGGCTTAATAATTATAAGTGATATTGTTATTCCTATAGTTGGGAGT +TTTACGCTTCCTTTAGTTGGATTTTTATTTGGATTAGGAACAGTGTATATTGTAATAACT +TTTTCTGCTAAAATAGATAGAACTATGTCTAACAATACAATTATATTATCGGGAATGGTA +TTTTCATTATTTGTAAATGCATTGCTTACGACATTGACAGCATTATTTTCAGAGGATATG +AAAAGTATAGCTCTTTGGCAGATGGGTAGTTTCGCTATGAAAGGTTGGACCTATGTTAAG +CTAATTATTCCATTTGCAATAATAGGAGTGATTGGAGTCATGAGATTTACTAGAGAAATG +GACATAATAACCTTTGGAGAAGAACAAGCAAAAGCAGTAGGCGTTGAAACTTCAAGGGTA +AAAACAAAGCTTTTTGTTTATGCGGCAGTGCTTACAGGTGGTGCAATATCGTTAAGCGGA +ACTATTGGATTTATAGATTTAATTGCGCCGCATGCAGTAAGAAAAGTATTTGGTTCAAAG +CATAAATATGTTATACCAATGTCATTTATTTTTGGAGGTTGTTTAATGGTTATATCTGAT +TTAATAGCTAGAACTATAATTGTACCTTCAGAACTTCCAGTAGGGGCTGTAACCGCGTTA +ATAGGAGCACCATTCTTTGCATATGTATATTTTAGAAAGAAAAGGTGATATATATGTTAG +AAATAAAAAATCTTTCTAGTGGCTATGATGGAGTAGATATAATAAAGAATATAAGTTTAA +GTATAAGAAGTGGTGAAAATTTATTTGTAATAGGGCCTAATGGCTGTGGTAAAAGTACGC +TATTAAAAACTATAGCAAATATTATTGAATACAAAGGTAGCATAAAGATCGATGATAAGG +AAATTTCATCTCTAAATAGAAAAGAATTAGCTAAGAAAGTTGGCTTAATGAGCCAAGTTT +CAGAAATATATTTTCCATATACAGTATATGAAACAGTGTCACTAGGAAGGTATCCATATT +CAAAAGGAATTTTTGATACTTTATCTAAAGAGGATAAAAATATTATTTTAGAAAATATAT +CAAAGGTGGGATTGACGGAATTTAAGGATAAGATGATAACTGAGTTGTCAGGTGGTCAAG +TACAAAGAGTTTTTCTAGCAAAATTATTTGCCCAAAATCCAGATATAATACTTTTAGATG +AACCTACTAATCATCTTGATCTTAAATATCAAATTGAATTGTTAGAGTATGTAAGCCATT +GGGCTAAATCAAAGAATAAGATTGTAATAGGAGTATTACATGATTTAAACTTAGTTCACC +ATTTTGCTGATTCTGTGATAATGTTACAAAATGGAGAAATAATTTCTAGTGGAAATCCTA +AGAATGTACTAAATGGAGAAAAACTAAAAGAAGTTTATGATATTGATATAAAAAGTTTTA +TGGTAAATGTATTAAATAAATGGGAAGACGTTATTTAGTAGATTGTAAAGATTTCGTATA +ATTATTATCTAAATAGTTTGAAGCTATATAATTTATAAGTGTAAAGATATGGATATTTAG +AATAAAACACTTTAAAAGTGATTAGAATATTAAAATTAAAAAATATGAATCAAAAGGTTA +TTTCCTGCAAATAGTAAGCCTATAAAACTAAGGAGGGAGACTAATGTCAGGAAATAACAG +TAATACTAAGAAATTAACATTACTATCGTTAATCTTAATGATATTTACTTCAGTTTTTGG +ATTTGCTAATATACCAAGAGCATTTTATTTAATGGGATATGCAGCAATACCATGGTATCT +ATTAAGTGCAATTTTGTTTTTTATTCCTTATGCGTTTATGATGGCGGAGTATGGAGCTTC +ATATCAAAATGAAACTGGTGGAATATATTCATGGATGGAAAAATCAGTAGGTGCGAAGTA +TGCTTTTATAACTACTTTTATGTGGTATGCATCTTATATTGTTTGGATGGTAAATGTATC +TTCTTCTATATGGATACCTTTATCTAATGCTATATTTGGATATGATAAAACCGCAGAATG +GTCAATATTAGGATTAAACTCAACGCAAAGTTTAGGGATACTAGCTGTAATTTGGATTAT +AATTGTAACATATATATCAACAAAAGGAGTAGAGCAAATTACTAAGATAACATCAGTTGG +TGGTTCTGCTATAGCCTTACTAAATATAGTTTTATTAATAGGAGGAATAACTGTATTAGC +TTTAAATAAAGGAAGTCTTGCACAGCCAATAAAAGATATGGCTAAAAGCTTTACGAATTC +ACCAAATCCAGCATACCAAACAACCATAAGTATATTTTCCTTTTTAACTTTTGCAATTTT +TGCTTATGGTGGACTTGAAGCTTTAGGTGGTCTTGTTGATCAAACTGAAAATGCTGAAAA +GACTTTTCCAAAAGGTTTAAGTATAGCTGCTATAGTTATAGCAGTTGGATATTCTATAGG +AATATTTGCTTGTGGATTATTTACAAATTGGAATACAGTTTTATCGATAGAAGGTGTTCA +TATGGGCAATGTGGCGTATATTTTAATGCAAAATTTAGGTTTTGAACTAGGTATAGCATT +TGGTATATCACCACAAAATGCACTAACAGTAGGATTATGGGTGGCAAGATTTACAGGATT +ATCAATGTTTCTTGCATTAAGTGGAGCTTTCTTTACATTAACATATTCTCCTTTAAAAAC +TTTAATACAAGGTTCACCAAAGGAAGTATGGCCAGGTAATCTTGCTAAAATTGATGATGG +AATTCCTTTAACAGCTATGAAAGTACAAGCAATTATAGTTATTGTATTAATATTACTTAT +TTCATTTGGTGGAAAAGGTGCTGCAGAGTTTTTCTCGCTTTTAGTAGCAATGACTAATGT +AGCAATGACTATACCATATGTATTTTTAGCGGCAGCATTCCCTGCATTCAAGAAAAAACA +ATTAAAAGGACAAGTTTCACAACCTTTTGTAGTTTATAAAACGTATACAGTTTCATTAGT +AGCTACTATTATCGTAAGCTCGGTTGTTACTTTTGCAAATATATTTTCAATAATAGAACC +AGCTTTATCTGGGCAAACAATAGATACAGTAATGATGATAGGAGGACCGTTGATTTTCTC +ATTAATAGCATTTTTACTTTATAATAGTTATGAAAAAACTATAAATATAGATAAATAAAT +ATCAAAAATAGCGTAAAATAAAGAACTTATTAGAATTGAATTTTTATGAGTTCTTTATTT +TTGTGTAAAAATGTACAATATAAACGAACATTAGGAATAATTTCCTCAAAAACTATTGTA +TTTTAAATAATTTTAATGTAAACTATTAAATGTTAAAAAGTTAATAAACTAAACATCTGG +GGTGATATATTATGAAAGGTATAGTATCAAACACAATAGGATTTATCTCGAAAACGTTTC +CGGCGCTTTATTCTAGTTTTTATTTAGACTATTTAAAGCAATATTCTAGTGCTTATGATG +TAAATAAAACGCAGCTTAGAGCATTAGTTTTTGTTAGCAACAATGGTCCAATAAGTATGA +CAGATTTATGCGCTAAGTTAAACATCGAAAAGGGGAGCTTAACAAGTATGGTAGACGATT +TAACTGACAAGGGATATGTTGTTAGAGAAAAGGATACTGCTGATAGAAGGAAATATTTAA +TAACTATAACTGAAAGTGGTAGCAATGTTGCTGCTGACTTCATGGGGAAATTAAGTAACA +GTCTTGAGGAAAAGCTTTTTAAGTTGAGTGAAGAAGAACAAGATAAGTATATGGAAGCAA +TAGGAACATTACAAGCAATTCTAAATAAAGAAGAATTAAGCTAAAAATTAAAAAGTGAAA +TTTAGCAATTAAAGAGCTGAAGTATAAATATAATTTTGATTTAATATTGTTAAGAAAATA +CTTAGAATATGAATAACTTTATGTTTATACTTTTCGCTCCTTAATTACCAAAACTTAAAT +ATTTTAGGGATTCTTTTTTATTTGTAGTATATATACCTTTTTATTTTATTAACTTAGTGG +TAATTCATCATTTTTGTAGTTAAAACTTTTTATTTTTAATGATAGGTATTCTTTTAATCC +TTCTTTTAAAAGTTTAGCTGCTGTTGTCAGATCTTTTTCATTTAGTATGTAGGCAAGTCG +AATTTCGTTTTTACCTAGTTTTTCTGATGAATAGAATCCTTGGGCTGGGCATATCATGAC +GGTTTCTTTGTTTTTATTAAATTCTTTTAGCATCCAAATAGCAAAGTCTTCTGCATCGTC +AACAGGCAATTTAGCTAATATATAAAATGCTCCAGACGGTTTTTCGCATACTACTCCATC +GACTTTCATTAATTCGTAATATAATACATTTCTTCTTTTTTCATATTCTTCTATTATTTC +TTTAAAGTAGGATATTGGAGTTTCATATAATTTTGCTGCTCCAACTTGGTCCAAAGTTGA +AACACATAATCTACCTTGACATAATTTTAATATTTGATCAATTAATCCTTTATTTTTAGA +AGCAATCGATCCAATCCTAGCTCCGCATGCACTGTATCTTTTAGATATGCTATCAATTAT +TATAACTCTATCTTCTATTTCTGGAATATTTCCAAAGCTAGTATACTCTTGATTATCATA +TACAAACTCCCTATATACTTCATCCGATATTATCCATAAGTTATATTCTAAAGCAATTTC +GGACAACATTCTTATTTCATTGTATGAATAGACTGTGCCAGTTGGATTACTAGGATTAGA +AATCATTATTGCTTTAGTTTTAGGATTTATTTTAGAGATTATATCTTCCTTACTTGGAAG +ATGAAATCCATTCTCTGCTTTAGTTGTTATAGGATTTATTTTAACGTTTACAGATTGACC +AAATCCGAAATAGTTAGTGTAAAATGGCTCGGGAACTAGCACATTATCATCAGGGTCACA +CACAGCCATTAAAGCAAATAATAAGGCTTCGCTACCACCGTTAGTTACTAATAACTCATC +TTTACTAAACTTCATTTTATAAGAACTGTAATATTTTTGCATGGAATTGATCAAATCTTC +CGTCCCATTAGATGGACAATACTCTAATACTTTCTTATCAAAATTTTTAACTGCCCTAAA +AAATTCTTCAGGTGTTTTTATATCCGGCTGTCCTATGTTTAAATGATATACTTTAATCCC +TCTTTTTTTTGCTGACTCTTCAAAAGGTGCAAGTTTCCTTATAGGAGATGACTGAATAGA +GTTTACCCTTTGTGAATACTTCATTGTAAATCCCCCTTTAATTAAATAAATTTATACTTA +AGACTAATAGTATCAGAAATAACTAGGGAAATCATTAGAAAGTAGTTATATACTATATAT +AGTTATAAGTGAGGAATTTATAACATTCATCATAAACTACTATGTATATATAAATATTTC +AATGAAAATCAATTATGATATTTATGATAGAATAAAAATCACTTATAATAAAGTAATAAG +CTATTATAATCTAAGAGGTGTTAATTATGAGAGAACTAAGGAGAGATCCTATTACTAATG +ATATAGTTGTGCTTGCAAAAAATAGATCGAAGAGGCCTATGGATAAAGTTAGATTTCAAT +GTGATAAAGAGGTAAAAGAAGAGTATAAAGAAGACTGCCCATTTTGTAGAGGAAATGAAA +AACATACGGAGAGTCCTACTTTTGAAATTAAAGGTAAAGATGGATGGTTAGTTAGATCTG +TATATAATAAATATCCAATAGTGGATTCTTTATCGGAAGAAATTTATGGGGAACATGAGG +TTATGATTGATACTAATAGACATGATGGAAGTTTTTATAATATGAGTGAGAATGAATTCT +TGTATTTACTAAAAATGTATAAACATAGGTATGAGCATATGTCAAAAAATGAAAAAGTAA +AATATATTAGTATTTTTAAAAACTTTTTAAGAGGAGCTGGAGCATCACTACTTCATCCTC +ATTCACAAATAATTTCTTTATCTATAGTTCCTCCAGAAATTGAAAATGAAATTAACATTT +CTGAAAAATATTATAATAAATATAAAAAATCATTATATGAAGCTATTATAGAAGATGAGG +TAAAGTATGGGCATAGAATTATACATAATCATAGAGATTACTTAGTAATAGTTCCGGAAA +TTACAAAGTATGGAGGTGAAATTAGAGTTTTATTCAAAAGTAATAAAAGGTTTGAAGAAC +TAAAAGAAAGAGATTTAGAAGAATTAGCTAAGATATTTAGAAATTTATTTAAAAAAATTT +ATAATGTACAAGGTTATAATCCATTTAATATATGCATACATACTCATCCCTTAAATACTC +CTAAGAGTAAAAATTCTCATTTTCATACTCACATACATATAATACCTAGAAAATACAGTT +TTGGAGGATTTGAGCTCGGAACAGATGTATATGTATCATCTATAAATGCTGATAAGTTAG +CTAAAAGATTAAGATTTGATTAAAATAAACGAAACCTAGAGTGTATAATACTGTTACGTT +ATAGGTTTTTATTATATTATAGGTATTTATTGAAATTGAAAAAAGAATTGATTATAAGCT +TAATAATGAGGGTATTTTAAATAATATAAAGTAAAAATAAAAGCTATTTTACATAAATTT +ATATTATTTAGAATTCATTATGATAAAATAAAAAAACATGCAGAAAAACTTAGGAGGTAC +AAATGAAATTTATATCTTGGAATGTTAACGGACTTAGAGCTTGTGTAACCAAAGGATTTT +TAGACTTTTTTAAAGAAGTCGATGCGGATATTTTCTGTTTACAAGAAACTAAACTTCAAG +AAGGTCAAATAGATTTAGAATTAGAAGGATACCATCAATATTGGAATTATGCTCAAAAAA +AGGGATATTCAGGTACTGCAATATTTACAAAAATAGAGCCTATAAGTTCAACTTACGGTA +TTGGAATTGAAGAACATGATAATGAGGGGAGAGTTATAACTTTAGAATTTGAAGATTTTT +ATTTTGTAACAGTTTACACTCCAAACTCTCAAAGTGAATTAAAGAGATTAGAGTATAGAA +TGAAATGGGAAGATGATTTTAGAGAATACTTATTAAAGTTAGATAGTAAAAAGCCTGTTA +TAATGTGTGGTGACTTAAATGTTGCACATAAGGAAATAGATTTAAAAAATTCAAAAACTA +ATAGAAAAAATGCTGGATTTACTGATGAAGAAAGAGGTAAATTTACTGATTTCTTAGCTT +CTGGTTTCATTGATACTTACAGATTCTTTAATCCAGATAAAACAGATATTTATTCTTGGT +GGTCATATAGATTTAAGGCTAGGGAAAAGAATGCAGGTTGGAGAATTGACTACTTCTGTG +CATCTAAAAAAATAGAGGATAGATTAATTAGTGCTGATATACATACGGAAATACTGGGAT +CAGATCACTGTCCAGTAGAGCTAGTTATAAAATAACTAAGAATTATAATGATATAAATTC +AAAGAAGGATTCCTTAAAAAGGAGTCTTTTTTTGTATTATTAATATATTAGATAATTATA +TTAATATGTAATAAATATAAATTTATAATCATAAAATTTATTGAGACCAAACTATGTAAA +TAATTATATATTTTTAGGAGGATAGATAAATGAATTTATTAGACTTAAAAAGTAAATTGG +AAAAAGGTAAGCTTTTAGAGGGAGAAGTAGTATACATAAAAGAAGATAATATTATATCTG +GAATAGATTCTGTATATAAAAATCAAGAAGATAAAAGTATTGTTTTGTTAAAATCAAAGG +AAGAAACTATAAAGGTAGATAATCTTTTAGGAATATTAAATGAAATATATGCTACTGTTG +GAGATATAGAAGTTTTTATTTCTGAAAACTCTACAAATAGAAGTTGCACTAAGAATATAG +AATCAGTGGAATTTGCACAGTATGAACTTGTGAAAATGATTTTTATAAATATATAAAATT +ATATGTTTAGTAAAGAAACTATTTTTAAATAAATATTATATTTAAAGATAGTTTCTTTTT +ATCTAATAAATACTTACTATAGATATATTATTTACAGCAGAATGTTTCACAGCTGGCATT +ACCAGAATTTATTTTTACACTTGGTGCAGTACAACTTTCATTTTCGTTATATTTGCAGTT +GCCAGCTTTACAATCTATATTTGATGTTTTTACACAATCACATTCATCTGCAGAATTTGT +GAATCCACAAGTACTTTGATCTCTAAATGTAGAACAACAAGTATTTGAAGTTGTAGTAGC +TTGTCTTCCATCGACCTTTATACTTCCAGAATAACACTCACCTGAAGTATTGTATACACA +GTTTGTAGCTGAACAACCTAAATTAGTATTAGCCATAAAATACCTCCTAAACATAATATA +CAATTAGTATGTGAAAGAAAAAGAAACTTATTCATGTAAAGATTGTAGCTTAGCATAAAA +GATATATTTTATAAAACTATATCATTATATTTACTAATATGTTAAAATTAGCTAGTACTA +ACAAATGAGATAAATAAAATAATAAAAAGTCTTTAAAAGATTTTCAATATATTTTAAATA +TGTGATATATAAATTATAATAAAAAAGACCTTATGGTCTTTTTTTAGGTATAAAGTGACA +ACTTAACATAACAACTTAATTGGGGGAAAATATGAAGAAAAGAATTATAGTTTTAGCTAT +TTCGAGTTTATTTATTATTGGATCAGCATTTATTGTAACTAAAAAAGATAATATTAAAGC +ACAGAACAATACTTCTAATATGAGCAAAAATAATTACAAAAATGATGGTAATCTTTCTGC +TAGTAAAGAATACATAGAAGGAGTACAACCATTGTATATAGATGGTATAGTAGTAGTGAA +TAAAAAATATGGACTACCACAAGATTATAGAGCACCAGAAGAGTTAGAAAAAGATGCAAT +AGATGCTGCTAAAAGAATGATGAAATCTGCCGAAGAAGATGGAGTAGTAATAAAAATAAG +AAGTGGATATAGATCTTACAGTATTCAGTCTACTTTATATAATAATTATGTTAGACGAGA +TGGAAAAGAAGCAGCTGATAAATATTCAGCAGTGCCGGGTTACAGTGAACATCAAACTGG +TTTAGCATTTGATTTTACAACAAGCGATACGATAACATCTATAGGAGATTGGTTCACAGA +TACAATACAAGCTAAATGGTTATATGAAAATGCCTATAAGTACGGCTTTATTATTAGATA +TCCAGAGGGGAAAGAAGATATTACTGGATACCAATACGAGTCTTGGCATTATAGATATAT +AGGTGAAGAACATAGCATACATTTCGCAATGAATAATTTAACATTAGAAGAATATTTAGG +TTTAGATAAATAATGAGAAACTATTAAAAGGAACTATCAAGAGCTTTTTGATAGTTTTTT +TGAGTTATTAGCTTATTTATTGCTTCTTTAGTTAAAATTAATTTTAAAATATCTTTATTA +ATAGAATAAAAATTCCATTTTCCTTTAGGAATTTTAATAATTAAATAAGCAGAAAGAAGC +AATTTTAAATGATACGATAGTTTTGATTGAGTTAAATTAAAGATTTCGGTAAGTTCATAG +ACACATATACTTTCTGTTTGGTAAACTATTTATGTTATAATAAATAAAGGTAATAAGAAG +CAATTATGAAGTGGTATTTATGAATATTATTGATATAGCTAAGCTTGCAGGAGTATCTAA +ATCAACTGTATCTATATATTTAAACGAGCTTATGCAAGCGAGTAAAGTAGAAAAAATACA +AGATGTAATTGATAAAACAAGTTTTGTTCCATCTAATCATGGTAAAAGTTTACACACAAA +AAACTAATCTAATTAGGTACAATACTTCCAAAGATAAGCCCAGAAACAATTAGTAAAATT +GTAGATGGGATAAGTCAGGAAATTTCAAAAGAAAATTATAATATTATTCTTAGTAATACT +GATCTAAGTATAGAAAAAAATAGAATATTTAAAAATATTTAGAAATAAAAATGTTGATGG +TGTAATTTTTGTAGCTACTATAATAACTGATAAACACTTAGAAATAATTAAACAAATGAA +AGTACCTATTGTTATTGTAGGACAAAAGGTAGAAGGGTATCCTTTTGTATATCATAGTGA +TTATGAAGCTGACTATGAAATGACAAACTTTTTAATAAGCAATAATCATAAAAATATAGC +ATATATAGGTACTAATGCTGAAGATATATCTGGAGGTATTAATAGGAAAAAAGGGTTTAT +TAGATGTTTGCAAGATAAGAATTTAAAATTTAATAAAAATTTAATAAAAGATGCTAACTT +TTCACAAAAAGGTGGATATGAGAGAAAATAATATAAAAATACCAGAGGATATAAGTTTAT +GTGCTATAGGTGATTCTAAGTTTTCTAGCCTAATAAATCCAAAACTTACAACTATTCAAT +ATTACTACAAAGAAAGTGGAATAAAAAGTAGTCGTATATTAATTGATATTTTAAGAGGCA +ATTGTAATAAGGAAGATTTGAAATCTATAAAATTAGGATATAACTTTTCAACAAGAGAAA +GTGTAAAAGTATAATAAAAAATATATACCATTATTGAAAAGGTTTGCAGGATCGAGTATA +TAATATATAATTTAATTATAGAACCATGTTAAATAATTTAGTTTTTATTTGTAGACTTTC +ATATTTTAATAACTTAAAATGAAAAATTATTTGAATTTAATGTAGTTCATATATAGAATT +ATTATTATTTAACGGGTCTTTTTAATTATATAAGCAGTAAGTTAGTATTCAGGTTATTAA +AATTATATTTTTAATATATAATGGGGGAATGCCTAGACTTAATAAAATTAAAAGACATAG +AAATACAAAAGTTAAATATATTCTTTCAATATCATAACAAGGTATAAAAGAAGATGATTA +TAGATATAACAATATATCAAAGTGGATATTTCTTAGGGTATATGGATTTTAAAAAGGGAG +AATTTATATTTGACGAATTTATAGAACTTGGAAGAGATTTTGATTTTTATACACTTTAAA +GTTTTGTTGATAAAAAAGAAGGACTATACTGATAAGATGGATGGGGATTCCAGATATTGA +AAAAGATTACTATGTAAATCCTACGTACAAAAGTGGGTGGATGCATTGACTATACCTAGA +TAGTTAATACTTGCAAATAATAAATTACATTAACTACCAATAAGGGAAATTGAAAACTGA +GAAAGAATAAATTAACTAATTATTTAAAAAATATTATAGAATATGATGAGTTAAAAGGTT +GTATTTATGGACTAGAAATAAAGTTTTATTGTGAAGTAGATAATTTTGAATTAAGTTTAA +AGCCAGACTGTATTATTAATTATTGTAAAGAATCTAAAGTATTAAGATTAAATCTTGGGA +AAAGTGGGTATGGAAGATATGAAAGAGCTACAAAAATTGAAAAGTTAGAAGATCTACTAA +TATTTGTAGATACATCAAGTATAGAAGTATTTGTAAACTATGGAGAAGAGGTATTTACAA +GTTGTATGTACTGTGCTGACTTTGATGATAAGATAAGTATGAAAGGGAATTTAGATGATG +TAAAAATAAATTTATATGAGCTAGGAGAATATAAATATGTATAAGGTAATCACAATTGGG +GAAGCATTAATAGATTTTATTCCAAATAAAAAAGGATGTATGTTAAAAGACGTTATAGGA +TTTGAAAGAGTTGCAGGAGGAGCACCAGCTAATGTTGCAGCATCAGTTGCTAAACTATCG +GGCAATGCTTATTTTATTTCTCAATTAGGAGAAGATGCTTTTGGAGACCACATCATTGAT +GTATTAAGAGATGCTAATGTCAATACAGATTATATAATGAGAACTAATAAAGCAAATACA +GGATTAGCATTTGTTTCATTAAAAGAAGATGGAAATAGAGATTTTTCTTTTTATAGGAAT +CCGAGTGCAGATTTATTACTTGAAGATAATATGCTTGAAGAAAATTGGTTTGAAAATTGT +GGAATATTACACTTTTGTTCTGTAGATCTAGTTGAATCACCAATGAAGTATACACAAAAA +AAAGCTATTGAGTATGCAAGTAAAAATAAATCAATAATAAGTTTTGATCCAAATGTTAGA +TTACCACTATGGAAACATGAAAATGATGCTTTAAAAAGTTTATTCAAGGGCAATGTAAAA +GTAGTAATTTATACAAAAGGTGAAGATGGAGCAATATTTATAACAAAGAATAAAGAGTTT +ATAGAAAGTAAAGGTTTAAGAGTAAATGCCGTAGATACTACGGGAGCTGGAGATTCTTTT +ATAGGATCATTTTTATATCAATTAAGTCAAAAAAATATAACAATAGAAGACTTAGATAAT +CTAGATTATAATTTAGTAAAAGAAATGCTAGATTTTAGTAATAGATATGCTGCAGATACA +ACAACTAAAAAGGGTGCAATCGCAGCAATGTGTACAATAGATGAAATAAAATAATATATT +ATATAGGAGAGAAAATTATGGGATTATTCGATTTTTTTAAAAAGAAAAAAGAAACAGTAG +AAGAAAGTAATAAAGTAGAGTTAAAAGGAATAGTATGTCCAACAAATGGAGAAATTTTAG +AGTTATCAGAAGTACCAGATGAAGTGTTCTCTCAAAAAATGATGGGAGATGGTTTTGCTG +TAAAGAGTGATGATGGTATATTTGTATCACCAGTAAGTGGAACAGTAGAGATGATATTCG +ATACAAAACATGCAATAGGATTAAGAAGTAATGATAATATAGAGATACTAGTACATATGG +GCATAGATACTGTAAATTTAAATGGCAAAGGTTTTGATGTATTTGTGAATGTTGGAGATA +AAGTTAAAGCAGGAGATAGATTAGCTAAGATGAATGTTGAATATGTAAAAGAAAATGCTA +AGTCTGATATAACGCCAGTTATATTTACATCGCTAGAAGATGGAAAATCTGTAAAATTAT +TTACAGGTCAAGCAAAAGTAAAAGAAGAAAATAGAATAGAATTAGTTTAATTTTAACTTA +AACATATAGCGTAAAATATTAAATTCTTTTATAACAGATACTACAATACTGTAAATTTTA +GAGGTTTAATATTTTACGCTTTTCTTTATATAAATTATATAAGAAGTAGAAAAACATACA +AAACTTTTCTTTATCTTTTTTTATAATTTATTTTATTATCTTTTGTTTCTATTACAAATT +GATTAGTTTTGCCCATTTTATAGGCTAAATCAATTATTTTTTTTTCTTCTTTTGTTAATT +GGCGTTCTAGTATTTTCTCGAATTCTTTAAATAATTTCTCATAATCAATTTCTTTTTTTA +TTTTACGCTTTGATTGTGCAGGCTTCACTGGTGTATAAATATATACATCAGGAACAATAT +CTGGACTATTTATTTTTATAAAAACTTGTGCTGTGTAATAAGCATCATTTAATGCATCAT +GATAGGATTTATTTTGCTCTACACCTAGTATTGAAATTGCATTTTGAAGTCCAATACTTT +TACCAGTAGGATTTTTAAAATACTTAGAAGCATATTCTTGAATGTTAATATAAGATTTGG +GTAAAGTTTTTGATGGTAGATTATAATAATTTACATTTCTATATAATTCCTTCAAGTCAC +TTGTTCCCCATACGCATAATACAGACTTTTTTGAGGATATAAACTTTTTAAATTCTTTAT +AAACTTGAGTAAAGTTTGAGGCATCTTTAACATCACTTTTAGTAATACCTGTCATCTTTT +GTATAAAAGGATGAATATCCTTATATATTTCAGGTTTTACATATGCATTAAAAGTATCTA +TCATATTAAAGTTAGAATCTAATTTAATTGCTCCAATTTGAATAATTTCAAAAGGGCATC +GTTCATTAGATACAGTTTTATTAAGAGTTTTATCAAATCCCTGATTAAACTCTAAATCAA +AGACTATATATTCCATGTTTTTCTCTCCTAAAATTTCTTGGAATTTTTTATTATAAAATT +CTTTATATAATTTTTAAATTAAGACTATTACAATAAAAAGTTTCTTATAATTAGTATACC +CTATATTGATAAAAAGTTAAAATATTACTGTAAAAAGAATATAATTTATTATGAAAAAGT +TTGTTTTACACTATAAGGAAATAAAAGAATATTAAATATTGCGAACTTTCAAATCATAAG +ATATAATAATATAAAGATTAAAACGAATAAAAATGATATAATACAAAAAATATAGGGGTT +TAACATCGTAAGGAGGAGCTATGAGTAATTTATTGCATGTCATTGAAAAAGAAAGATATA +ATGCAAATGAGTTAAAATCATTATTAGGAGAACATAAACACATAAAATTCGTTTCGTTAG +TAGGTGTAGACTTAGGTGGAAATGCAACTGATGAAAAAATACCAATGGAATTATTTTTAG +ATGATATAGAAAGTTTTTTATCTTCAGCAGTTCAAACTGATGGTTCAAGTGTTGAACTTT +ATGAAATAGCCACATTGAATAACGCAAAGGTCGATTTAATGCCAGATGAAAGTAGTCGAT +GGTATATAGACTATAATTTAGAACACATAGATGCAGAAACTAATTTGCCAATAGGCACAT +TAAAAATACCGGCATTTTTAATACATGATAATAAAAAGGTATGTTCTAGAGGGGTACTTC +AAAAAGCAGAGAGTTACTTTAAGAAATCTTTACTAGAAGTATTTGAACAATATCCACATA +TGATAAATAATATAGGAATAAATAATATAAATGAAATAGATGATATACTATTAACTTCAG +CAACAGAATTAGAGTTTTGGGTAAATACTCCGGAAGATAAAGCCGATTTAGAGAAGTTAT +TTGTATCTCAAAGTTTAAAAGAGCAATATTGGAAGAGAACTCATGGTCTAATAAGAACTT +GTTTAGAAAAAACATTAATAACTCTTCAAGCTAAAGGTATATGTCCTGAAATGGCCCATA +AAGAGGTTGGTGGTATACAAAGTACTATAAGTATAGAAGGTAAAACTAATCATGCAATGG +AGCAATTAGAAGTATCTTGGAAGTTCTCATCTCCTCTTCAAGCTGCAGATAATGAATTAG +TAGTAAGAGAAGTAATTGAAGATATATTTACAACTAATGGTCTAGAAGTTACATTTAAAG +CTAAACCGATACATGGAGTTGCAGGTAGTGGAAAGCATACACATGTAGGTGTAAGTGCAA +AATTAAAAGATGGAAGTATAAAGAACTTATTTGCACCAAGGGATATGAAAGATGATTACT +TAAGTGAAATTGGGTATGGTGCTTTAATGGGATTACTTAATAACTATGAAGTATTAAATC +CATTTGTAACATCTACAAATGATGCGTTTAACAGATTAGTACCAGGATTCGAAGCACCAG +TTTGTATAGTTACTTCACTAGGTCATACTTATGAAACTCCTTCAAGAAATAGATCAGTGC +TTGTTGGATTAGTAAGAGATGCAAAAAATCCAAAAACATTAAGATTTGAATTAAGATCTC +CAAATCCATTATCGAATGCTTACTTAGTTATAGCTGGGTGCTATCAAACTATGTTACATG +GAATAAAAGCAGTAGCAGAAAGTAAGCTTTCTACAAAAGGACTAGAAAAAGAACTTTCTA +AGGATGTAGGAGAAGATAGTTTCTACTTGAATAAAAATAGAGCATATAGAGATGAAAATG +ATGTATTTGAGCACTATACATTAGAAGAAAGAAATAAAAGATTCTCAGCACCACCAGCTA +CTGTTTATGAAAATGTAAGAAGCTTAGATATTGAGAAAGATAAATTAGAAGCGTTGAAAC +AAGGAGGAGTATTTAATGATAAAATTATAAACTCTTTCAAAGTTGGTTCAATAGATAAGT +GGAAGAAAGAATTAGGAAATAGAATAATACAAGACTATTCAGATAGAATAAGAAGCTATG +TAAAATTACATACAAAAGAAAATATGGATGCATTAGATGAAGTTAATTGGAATGCAATTT +CGGATATTAAGTTTAATGTAATGAAGGATACACTGACTAGGAGTTCAATATTTACTCAAA +TAAGAGATGCAATAGAAAGTGATGATTACCAAATAGCTTCAAATTTACAATTAGAGTTAG +AAAGAAATATGGAAGATGTAGAAAAACTATATATGCAATATAAAAAGAATATATATTAAT +AAGAAAAAGAGATTTCTCAATTATGAGGAATCTCTTTATTTTTGATAAAATTGTATAAAT +ATTTTAAGATTAGTCAATATTAATTTGTAGCTGTAAAAGGAGGATAAAAAATGAATAAAG +ATTTAAATAAAGTGGTATTAAGATTAACTATATCACTTGCATTATTAATTTCCTTAAACT +TATATAATACTTCTTGTGCATTTGGGGAAGTAGGTAAGTTAGATCTGCTAATACAAAATC +AAGAGAAGCAAGAGGAATTAAAAGAGAAAATAAATGAATTAGATAATATATTAGAAAGTA +AAAATAACCAATTGAAAATTGAAAATGACCAATATGTATCATCAGAAGATAAAAAAGAAT +TAGAAGTAGTAACTGTTAGTTTTGTTCCTCAAGAGTATGAAACTAGCGAAAAAGATGAAA +TAAGTTCGGAGATTCTCGCTTTAGAAGAAAATAAAAATATACTAGATAAAGAATTGCAAG +ATGCAATAATAGAAGGTGTTCAATTAGAAAAAACAATTGAAGAAGAGGTTAAATCAAAAT +TAAAATCAGAAGATATTGAATTTATAACTGGAATATGGCCACTAAATGATTATAAAAATA +TAAGTTCTGGATATGGATATAGAATACATCCAATAACAAATGTAAAAAGTTTTCATAAGG +GAATAGATATTCCTGCTCCACAGGATACTGATGTATTAGCTACTGATGATGGAATAGTTA +GTTTTTCTGGTTATCAAAATGGATATGGAAATGTTGTTAAGATAAAACATTTTGATGGGA +AGACTACTGTATATGCACATAATAACTCAAATGTAGTTAAAGAAGGAGATATAGTAAAGC +AAGGAGATATTATTTCTAAAGTCGGAACAACTGGTAATTCCACTGGAAATCATGTTCACT +TTGAAATAATAGTAAATGGAAAAAATATTAATCCTATAGAGGGTGTAATAAAATAAAAGT +TTAAAATAAGGCATAAAATAACTTTAATGTTATCTTATGCCTTATTTTTAGTTGAAATGA +GAGATATAATTAAAAAAAGTACTATGTAAATGAAATTTTTAATAGTGTAAATCATATAGA +TAAATATAAGAAGTGTTTATAGAGGGATTAGAAATATGAAATAGAACTTTTATTCTTAAG +ATAAAATTTATATAGTGTTTATAATATATATAAAATTAAGGTTAGGGGGAAGTGGTTAAA +ATAAAGCGTAAAATATTAATGGATTCAATTATTTATATTGTATCGCCAATAATATTATAC +AGACTAAGTAGCTTAGGCATTTCCAATTCCTATGTATTCTATTTAATATTAGGCGGTATT +TGTTATACTCTTTATACTAAATATAAGCAAAATAGGACTAGTATATCGGGCTTAGGTATT +ATGACATTACTGACGTTGTATATTTACTTTTCAAGGAATCAAAAAAATAGTTTTGATTTA +TATCTTTATATAACTTATTTAATAGGAATAAGTTTTTCTATTATATTAATACTTAATTTA +TTTGATAGAAATATTTGCAGCCAGATATATATGGATATATTAAATACAAAATTTAATAGC +GGTATATCAATAAATAACCTTATAAGAAAAAGAAAGTTAGAGAATGAATTTAGTTTTCTT +ACAACACTAATAACTTTGCATCTATTAATTTCTATAATGATAAGATTTTATGGAATTTCA +TACTATGGATCAAGTAGATATATGGAAGCTTATAGTTTAGAGATACTAAATCTTGTAATA +TTTACGGGAATAGAGTTATATATTATATATAAAATTATTGCAAAGACAATGGAGGATAAA +GCTTTTTCAAATAAAAAAAGTGATAAAAATATTAATGATGGAAGAGTTATAGATTTAAGT +CAATATAAACGTGTAAATAAATAGACATATATTAGAGTGTATAGTTATTAAATATAAGGG +GATTGATACCCCTTATATTTAATGCTTTATTCAGAAATAGAAGTATTTAGTAATTCATGT +ACATAGTCATATATTTTTTTAGGATGTATAGTTTTCTTAAATTCAGATATGTTGTCTAAC +ATGAATTTAATTAAGGAATTAAATTTACTTGAAACAATAGATTCAAATATTTCTTTAAGA +TCTTCATCGTCATTATAGATGATACCGATGCCTTTATCTACAATAAATTTAGCATTTTCT +ATTTCTTGCCCGACCTTTGGTAATTTAACTATTATAGGCGTTTGTGAGTGTATGGCTTCA +AATAATGTGGCACCGCCAGGTTTGGTAAGCATTAAGTCATACTCTTTTATTAAATCTTGC +ATATTATTTACAAATCCTAGAACCTTTATATTTAGTAAAGGTTTTTTTTCAGTTAAATTA +TCATAAAGTTTTTTGTTTTTACCCGTTACTATTGTAACCTCTAAAATATCTTTATATATT +CCTACAAAGTTATCAATCCAGTGCATAAAGTTTTCATCAAAGTCAAATAATCCACGTCCC +CCACCTAGAAGTAGAAGCCTATATTTTCCTTGGATATAATTTTTTTCTTCTATATGGAAA +TTTTTATTAATTGGTACCCCTGTAACTTTTATAGAATTAGGAGATATACCTTTATGAACT +AATCTATTTTTTATTTCGGTACTTGGTACAAAATACATATCAGTATTAGGATAAATCCAT +TCTAAGCTATCTACAACATCAGTTATGACAGTTACACAAGGTATTGGCTTATGAGTATGC +TTTAAATTAAAATTATATACACAAGAAGCCGCAAGTGGGAATGTAGATATAATTAAATCA +GGCTGAACATCTAAGATATACTCAGATAATTTAGGTGTATATATTAGATGAGAGATATCA +TATATAGGATTAAATGATTTCTTCAAATAATAGTAATAGTTATATAGTTCAGGCATGTAT +TTTGTATTATTTTCATACATCTTTACCATTGGTTTATTTATTCTAGGAACACTTGCACTT +ATAAAATTTTGTATTACTATATTGTAACTATCATCATTTTCATTTATGTAATCTTTAATA +GCATTTGCAGCACTTATATGTCCAGCACCAAACTGGGCTGTTAAAATTAAAATTGTTTTT +TTACTTTTTTCTGTATCCAAAATATCACCTCTAGAAAAACTGTATAGTATTTATAGCATT +TACAGTATTATACATTATGATATCTAGTATAATCAATGCTATAAAATTTATTATTAAAGA +AGGATATATATAGTTTAGGTTGAAAAATTATACAGAGGTGAGGATATGGAGGGAATAAAT +AATAAGAAAAATTATGAAGAAAACAGTGATAGCGACTCTATATACATACTAAAGATGATA +ATTTACTCTGTAATAGGCATAGGGACTTTTTTTATACCTATAAATATAAATAATCAGAAT +CAAACTATTTTATATCATATAGTTGATAAAATTCAATTAAGCTATAATAATTTTTTACAA +ATATGTATAGTTGTATTTATTTCTTTAGGAAGTCTAAAGTTATTTATTGATAAAGAAAGA +AGTAAAACATTTTTATTTTTTAGATTTTTAAGTGTTTTAATAATACTTAATATATTTTAT +GGGAAAAATTATATATTTTTCAAAAATGATAATACTATTTTAATTATAAAGGAAATAATT +TTAAATCTAGTTACTGTTCTGCCAATAAGTTCTATATTTATGCCATTCCTGCTTGAATAT +GGATTATTAGATATTTTAGAATCTTATTTTCATCCAATTACAAAAAAACTATTCAAAGTA +AGTGGGAAGACTGTGATTAATATACTGATATTTATTTTTACAGATTGTTTTTGCGGATAC +TATATGGCAAATATATTGTATTCTAAGGGGAAACTTAGGTTAAATGAATTATATATGTTA +TTATTAAATTTTTCTATAATGTCCTTTCCTATGATTAAATATATATGTAATGAGTTAAAC +CTAAATAGTGGTATTTTTATTTTTATAAATTTGCTAATACTAATAACTAGCAATATGATT +TTGTGTAGAGTATATCCAATGAGTAAAATTAAAAAGTCATATTCTGTAAAGACTAACTAT +AAAGAAAGTATACATAGAAAAGACAAGTTAAAGAAGGGTATAAATAAGCATTTACAGAGT +AGAGATAATAAAAAAGTATTTGTACATATCCTGGATAATCTAGAGTATGCTATAAATTTA +ATTATGAATTTAATACCAAATATTGTATTAATTTTTTTCTTTGGAGACTTACTATTCAAT +AATGAATATATAGTAGATCTTTTGAGTAAATTATTTTATCCTATAATTAATTTGCTAAAA +CTTTCTGATGTATCTTTAATTAGTAAGTCAATTATTGGTGGATTTTATAATGAAATAGTA +ACTATAGATTTAATAAATAAAAGTGTAGAATACAATATTAAATTTATAATAGGAATATTA +TTAGTTTTAAAATGCACATCTCTGACTACTAATATAGCTTATATAAGTAGCTCATCAATA +GAAATAGATAAAAAATGTTTTATTATAATATTCTTAGAAAGAATATTACTTATATTACTT +CTATATTCAATAATATATTATTTTTATATAGGTTACATAATGTAGAATTATTGAATATAA +TACTTTAGGGGAAGGGAAAACTTGTAATTTAAGGAGGTTCTATGAATTATAACTTATTGT +ATAAATATATTAAGGAACTTTTAAGTATTCCAAGCCCCACAGGATATACAGAAGAAGTTG +AAAAGTATATAGTAAATTTTCTTAAATCTCGAAATATTAACTATAAAATTGCAAATAAAG +GCAGTGTAATAGCTACTATAGAAGGAAAAGATAAAATGAATGTTACTACATTTTCAACTC +ATGTAGATACTTTAGGAGCTATGATTAAAGAAATAAAAGGAAATGGAAGGTTATCAGTAA +GCCTAATTGGTGATTATGTAATTAGCTCTGTAGAAGGTGAATGCTGTACAATACACACTA +AAAATAATAAAAAATATGAAGGAACTTTGCAAAATATTAAACCATCTATTCATGTATATG +CTGAGGAGGCAAAACAAATAGAGAGATCCTTAGAAAATTATGAAATAGTAATAGATGAAG +AGGTATTTTGTAAAGAAGATATAAATAATTTAGGTATAGATGTAGGAGATATAGTATCAT +TTGATACAAGGACAAAAATAACTAGTTCAGGATTTATCAAATCAAGATACTTAGATGATA +AAGCAGCTGTAGGTGTAATGTTATATGTTATAGATTATATAATATTAAATGAAATAAGCT +TAAATCACACTATAAACTTCTTATTTACTAATTATGAAGAAGTAGGACATGGTGCATCTG +CATTTATACCTAAGGATACAATTAATTTTATTGCTATAGATTTAGGGTGCCTCGGAGAAA +AACAAAACTCAACGGAGTATGATGTCAGTATATGTACAAAAGATTCTAACGGGCCATATG +ATTACAAACTTATTAATCACTTTATTGATTTATGTAAAGAAAATAGTATCAACTATAAAT +TAGATATATATGATAATTATGGATCAGATGCTATAGCAGCTATAAAATCAGGATTAGATG +CAAAGTTTGCTTTATTTGGACCTGGAATATATGCTTCTCATGGTTATGAGAGAACTCATA +TAAAGTCTTTAGAAGAAACTATAAAATTGATTTTAAAGTATGTTACAAACTAAATATATA +AAGTATACTTGATCGGATTAAAAAACGAATTCTTTGGTGATGATAAACATCACAAAGAGT +TTGTTTTTTTATTTGTATCAAAACACAGTATTGTGTAACGCACAATACTGTGTTAATATA +TGTGTATAAAATACTATTGTGTAATACAAAATACTGTGTAAAAAGAAGGGAGGAATTAAA +TGAATACCCAATTTCGAAAAGGCGTTTTAGAAATATGCGTTCTAGCGTTGATATCTAAAA +AAGATATGTATGGATATGAAATAGTTCAAAATATTTCTAAGGTTATAGATGTTAACGAGG +GAACTATATATCCAATACTGAGAAGGCTTACAAAGGATGAATACTTTGAAACTTATATAT +TAGAATCTAATGAAGGTCCGGCAAGAAAGTACTATAAAATAACTGCAGAGGGAATTAAAA +ATTTAAATAAGCTGGTAAGGGAATGGAAAGATTTTGTAGGTGCAGTTAACATTATTTTAA +ATGAATACTAGAAGGAGGTAACTATCTTGAATAAAAGTGAATTTTTAGAGATATTAAAAG +ATTATCTTGGAAAAGATTTTTCAGAATATGAAGTTAATGATATATTAAGAGATTATGAAG +AATATTTTGTGGATGGAATAATAGAAGGAAAGAGTGATATGGAAATAATATCAGCTCTGG +GTTCTCCGAAATCAATAGCAAAAGATTTAGTGTCTCAAATGAAGGAAAAGGATGAAAATA +AACAATTTAAAAATAGTAAATTTACTGATAATATTAGTGATAAATATGAACAGTCAAAAA +TAAAAGCAAGAGATATATTTAGAAAAGGAAAGAACTATGTGAGTGAAAAGCTTACACCTA +ATTTATATAGTGAAAGTTCTAGGTTATCCACAAAACTTATAAAGATAATATTAAAAATAT +TATCACTAGTACTTTTAATGCCAGCATTTATGTTTATTGTTGTAATGATACCAATAGGAA +TATCGTTAATTATGTCTTTAGTAGCTTTTATAGTGGCTATACCTTTAGTAGTTAATTTTG +TTTGGTCTGTACCAGAAATAACTGCAGTTGTTATATTTGCATCTATATTATTTATAGGAT +GTGAAATAATTGCATGGCAGATTTTTATATTCTTTATAAGATTATTTATTAAGTTAAGTA +AAAGATATATGAATTGGATAAAAACAAGGAATATTTATATAAATGCTAGTGAGAAAAAAG +ATAGATTAGAAAAGGATAGCTATGAAGAAGATGGAAAAGGAGATGATGATTATGAATAAG +AAACTTTCCATATTTGCAATAATCTTAATAATAATTGGATTAGTGGGAACTATTTGGTCA +GGTATTAATACAATGCCTTACTTCATGAGTGAAATATCAAAAGCAGAACAAGAAGCTATG +AAAGAAGAAACAGTATATAATGAAGATCTTCTTGATGCTAAGAAGGTTACTATTTATACA +GCACATAGTAATGTGACAATAAAAAGAAATAATGAGAATAAAGTAAGAGTAAATAGAATA +GGTAATCTAGATTACGCAAGATATGATGTTAATAACAATAAAAGTATATTAACAATAAAA +GAAATTGAAACTAATAAAAACTATTATATTAAGCAGCTAGATTTCAAGAAGTTATTTAAC +GATGTAATTGAATCATTAGTTTCAATACAAAATGAAGGTATTATAGTTTACTTACCAAAT +AATGTAGATTTAGAAGTAATTACAGTCAGTGGTAATTTAAAAGTAGAAGGTGATATTGAA +TCAAAAAAAATAGTGTTTAAAACATCTGGTGGAAGAATATCTTTACCTAAAGAAGTAAAA +AATATCGAAAATTTACAAATATTAAGTTCGAGTAGCATATATTTAGATGTAGTGGAGCTT +TTAGGAGTTCGAGATGTAAATGTTGAATGTAACGATTTAACTATATACTCTAATGAAAAT +TATATGTTTATAGATAATATTGAAAATTATATACCATTAAATTTAGATATAAGCCAATAT +AATAGTGAGAATTATGGTTCTAGTGTGCATGTACAAAGTAATATACCTGTTTCAAAAAAT +CTTAATATAAAAGGGAATGATAACTCTGTGTATTTACAAATTCCTATAGAAAAATATAAG +ATGAATTTTGATGTGAGCGTATCTGAAAATATATATTTAAATAATAATATATTTACTGAA +AATGCTATAGTGGGCAATGTAAAGCAGATAAAAGGAGTCCTAAATAAAGACTTAGAAGAT +TTAGATGAACAGTATAATGTAAATGTAAAATCAGCTAATCTTGAAATAAACTAAACTGTA +TTTTCAATTTATTTATATTGTAAAAAAATAGAAAAAAATAAGTCCCTATGATATAATAGA +AAAAAACATAGTAATGAGGGATGCTTATGAATAAATTAACCGCAGCAATATTTTTAAGCA +CAACTATTTTATTTAATGCAGCATGTGCAAATGTTAATAATGTAGAAAGCGCTAGATCTT +TAGAAAATGTAGATGTGTCTAAGACAAGTGAAGTTACCGATGATAGCTTAGAAACTATAA +CTATTCAGACAGATTCAAAGGATCCATCTAAAGTAATAGAAATAGAATTAGATGTAAACA +GTAGTGCAAAAGAAAAGATAAACAGAATACTAGATAATATATCAGAAGAATGTTTTAATG +GTTTACCAATTGAGGCAACTATTGTTAATAATAATGTGGTAGAGATAGAGTTAACTGAAT +ATAATGATGAAAAAAAGAGCGTTTCTTGGCAGAATGATTATTTAAATAAATATACCAAGA +AAAACACTATTAATCTTATAGTAAAAAATATAATAGAAGATAAATTTAAATCTGAAGTTT +CTTCTATTAAAGATGTAAGAATATATCATAATGATAAATTAGTTACATTAGATTAAAAGG +GCTATAATCAAAATATAGTTTGCATAATATTAAATTTAAAATTAGGTATTATGCAAAGTT +ATTTTGAAATAAGCCCTTTTTTTATTTCATATAATTATTTAAGATTATTTCATCGTCTTC +ATTATTATCAAACTCATCATCTAAATGTACGCTTTCGTTTACCATATATGTTGCGATAGA +TAAAATACCTATACCAGCAAATAATTTTAGCTGTTGCTTTCCTATATATTTAATGGCAGG +GAATAAAACTTTTCTTGCTTTTGAACTAAATAAAGTAGTTGCAGATATTACTGCTCCAGA +AGCGATTAGTGCGCTTAAAGCTGGGTAATCTTTTATAAAGTTTGAAGCACAATTACAACT +AGATTCACTATAATATCTATGAAAATCATTTTTCATATCATCTAATTCATTAGAAGTCAT +ATAATCACTCCAGTATTATAAATTTAGAAAATCCTTGTTTATAGATTATCCAATAAAGAT +AAAATTATAATTAATAAAATATGTTAAAAGTATAGAGTTAAAATTTCAAAGCAAAAAATA +CTATAATCTACCATACATTACATAATAGATAAATAATTAGTAACCAGTTTAAATTGCTAT +CATATAATTATAGTAAAGAACATAAGTCATGCTTATGAAACTTAAAATATACAGCAAAGG +GGTTTTGACATATTATGAGAAAGAAAAAGAAACAATCTTATTCATGCGCTCCTCAGTATG +ATGCTTGCAATCCATGTGAAGAAAAAATAAATACATGTAAACCAGTTAAACAAACAAAAA +TTGCTAATACATGTACATGCAACACAAATAATACATGTAATACCTGTAAAAAACCAGTAA +AAAAATATGTAGACGATTTATGTGGTGATTATGAAATAACATGCGTAGATAAATGTGTAA +ATTTAGCGAAGAAGGCAGAAGAATTATTTACTAAAGCATGTGAATGTGACGCTCAGGCGG +TAGAAACTTATAATCAAGCTAAAGAGTGTGAAAAGTCTGCGAAATTATTAGAACAAAAAG +CTAATAATTTATTACAAAATGCATGCTGTACTGAAAAAGAAGCTAAAGCAGCAGAGTGTA +AAGCTAAGCAATTACTAGAAAAAGCTGAGGAACTTTCTGCCAAAGCTAAATGTTTATATC +AAGAGGGGAAACAAATACAAAAAGAAGCAGAAGCTAACTGTGAAAGTGCAAAATGTTTAT +TTGAAAAAGCACAATGCTTAAATGAAAAAGCTAAAGAATTATATGCTCAAGCGATGAAAT +GTGATGAAAAAGCATTAGAATGTTATCAAAGTGCAGGAGAAAAAATGAAAGAGTATGAAA +TGAAGTCTAAGAAATGTGAAGATATGATTTCTAAATGTGGAACTGCATTAGATAAATGTT +CAAATAAGGTTACTTGTAAAAAAGAAATACCTTGTGAATATGTAAAACCTACAGATATGT +GTAATGCTACAAATATGTGTAACACTACAAAACCAAGCAGTACTTGTAAATATGAAGAGT +ACGATTATTCATGCAACCCTCCAAAGAAAAAATCTTGCGGATGTAATAAACCAGTTTCTA +AAAATCCATGCAAAATGAATACTTGCAATCAAGACTATGAAAATAAAATAGATTCATGCT +ATTCAGATAATAAGTATCAGATGAACCCTTGCTATGAAATGGATAACTATAAAATGAATC +CTTGTAAGAAATCTGTTAAATCTGAAGATATAGTATATATTGAAGACTGTGATCTTTGTA +AAGGTAATTTATGTTCAACTTATGTAAGTCCTATGTATGATATGACACCTATGCAATGTA +CAGGAGGAATGTCAAGTAAATATCCATCTTTAGATAAACCATATATGAATGCTTATATGG +ATCAATATCAAGATATAAATGATATGTGGATGAATTATTATATGTATATGCAAAATATGT +ATATGCAAAACATGATGCCTTTTGATGAAATGTAATAATTTAAAGTTAGGGGAAGAGCCT +ATTTATGAGGCTCTTTTTTACATATTAAATATTTTATAAAAATTGAATATATTAATAAAA +ATTAAAACAAACTAAATTAATATTAAATTTTACTATTATATAATTATGTGGTATATTAAA +TAATAGATTTTATATAGAGAACAAAAGATATATTAGGTGGTGATTAATAAAGTGGATATA +AAAAAGCATAAAGAAAGTATACTTTATTTAATATTTGGTGGATTAACTTTTCTTGTAAAT +ATGATTACATATGTACTTTTTACTAGAGTAGTTAAAGCTGATGTTTTAGTTTCAAATTGT +ATTGCATGGATTGTAGCAGTTTTATTTGCTTATATTACAAATAAATTTTTTGTTTTTGAA +AGTAAAGAAACTGATTTTAAATATATATTAAAAGAATTTAGAGCATTTGTTGGTTGTAGA +CTATTTTCTGGAGTTGTTGAATTAGGGATAATATTTGTGATGGCAACTTTAATGGGAATA +AATGACTTATTTGTAAAGATAGTAACTAATATAGTTGTCATTGTTTTAAACTTTATATTT +AGTAAATTAATTATATTTAAAAAAGAGATACAAGTATAAATAATAGAGATATTTTTAATT +GCGATCAAATATAAATAAAAAAGATGTCCAAGCTAAGGACATCTTTTTTTCTATTCTATA +GATCCTGAATACTCTTCAACAAAGTATAATGGTCTACCTTTTACTTCTATGAAAATTCTT +CCTAAGTATTCACCTATAATACCTAATGATATTAGTTGAACGGCGCTCAAGAATAATAAT +ATGCAAACTATACTTGCATATCCTGGGACATCTATCCCAAAAATTAAAGTTTTAGAGAAT +ACAAAAATCATGTACAAGAAAGAAGCAATACCGCTTATTATCCCCATTATTGTAGAAATT +CTAAGTGGAAGTATAGTAAAGGAAACTATCCCCTCAATTGCTAAGTCCATTAACTTAAAA +TAATTCCATTTAGTTTGTCCAGCAACTCTTGAATCTCTATCGAATTCTATTTCCTTTTTC +TTAAAGCCTATTAAACTAAACATTCCCTTAGTATATCTTTGTCTCTCAGGGAAAGATTTT +AAAGCCTCTATAGCCCTTCTGCTTAACAGTCTAAAGTCTCCTGTATCTTTTTGAATAGGT +ACATCGGATACACTTTGTAAAACTCTATAGAAGGTTTTAGATGTGAACTTTTTGAACCAA +GTTTCACCATCTCTACTTCTTCTTTTAGCATATACATCATCGTATCCTTCTTCATATAAT +TTAATCATATCAACTATTAATTCAGGAGGATCTTGTAAGTCAGCATCTATTATAGCAACA +GCTTCTCCTGTAACATAGTCAAAGGCAGCTCCCATAGCAACTTCTTTACCAAAGTTTCTA +GATAAGTTTACATAACAAACCCTTTTATCTGCCTTACGTAGTGCTTTAACTATCTCTAAA +GAGCTATCTTTACTACCATCATTTACAAATAGAAATTCTAAATCATAGTTTTCTATTTTT +TCTCCTAGAGCAACTAATCTACTATATAAATGTGGAAGAGATTCTTCTTCATTATACATT +GGTATTATAATAGACAATATTTTATTTTTCATATTAATCAACTCCAACTATCGAATTTAC +GCCATAGTACTTAGCCATCCATTTATTAAGCCAAGATTCTTTATCGTCACTAACATACCT +ACTACCTCTAAATGCATTATATTCACTTTGAGCTTTTGGTATATTTTTAATTTCTATATC +TAAGTTACCACTTTCTTTTTCAGTGTTTATCGTAGAAATCTGAGTATTTATACTATTATA +AGTTTTAACAATATCTTTATAAGCGATACTGTAGCTATCTGCAAATTTAATTGTAAATCC +TATTAAGCATGCTACTAAAATAATATTTAATGATTTAGAATTAATAGATATATTTGAATA +AATATTTCCTATTGCAACTATAATAAATACTATAGGTCCAAACCAAGTTCTAGCAGGTAT +TTGAGGAGATACAATTAAAACAATTATTCCTGCAAGTGCAGAGAATATATACATAAAAGA +TATTGTAAGTGACTTACTTATTAATTGTGTATTATTATTAGTTATTAAGAAGAATGCTAA +AACTACTAATAAAAGGATAGTAAGTCCAAACATAAGTGTAAATGAAGTACCAAATACGTT +TCCTATATTTTTAATTATATTTATTGTTTTATTAACTAAATATTCTTTTCTAGCGTTATT +ACCAGGAGCAAGAACTAAAAGTCCAAAGCCGATACAACTAGATACAAATCCAGAAAATGC +CCAATTAGGTATTTTTACGTTTTTCAATTTATAGTAAGCTATAAACAACATAGTTAGTAA +TATCATAGCTCCACCAGTATTTTCGTTTGTCCAACCTGCTAATATACCTATAATAATCAT +AAGAATGAAATTTAAAGTATTATCTTTAAAAGAGTGTTCATTTTCAAGATATTTTCTATA +TGGCAGTAAGAATAATAATATAATTATAGTACACCATAAATAGTTACCTGCACCTGATAC +CCATAGTACAGTTAATCCAAATTGAGGTATGAAGAACCATAATGAGAATATTATACCTAT +TAATAACGGTATATTTATTTTTTTTGAAACATTTGAATGCAAATAAACAAGTACAGCTAG +TCCAACAAAAGCAATTGAGTTAATAATATTAAAGAATTGCTTATCAAACATTAAGAAGAA +TTGAACTAAGGTATGTGCAGTAATTCTTCCGCCCCACATAAAGTAGTGGTTATACATAGA +TTTAATTATATCACTGAAACTTGAGAGTCTTTGAACGCCATCATTAGGCATAAAAGATTC +ATACATAAAATTATATCGAAAATCATCTGAAGTAAAATGAGTATTCTTATTAAGAATATA +CATCATTCCAAATGTTAACAATAAAATAATGGAGAAACAAATTACATTACTAATAGAGTT +AGTTTCAGTATTATTTATATTACTTTTAAAATTTAACGAATTGTTATTTCTTTTCAAAAC +TATTCCTCCTATTTTGAACTATAAAATATTTTAATCGACATTTTATATTATACATAATTG +GAAGTACTTTTTAAAGCTAGTTAATTACAAAATTATAACTATGTTAAATGTGATTAGAAT +ATCCTTTAATTAATAAGACAAGTACAGAAGAGAATTATTAACATGATTATTTAAAAATGC +TAATAATATAAAATTATAGGGGGATAGTTATGAGTAAATTTAATTTATATTAACTTTAAA +TATTTATAGGAGGTAAATTATGAAGAAAATATATATGGCTGTATTAGCTATAATAATGAG +CTTAGGGTTGATATCATGTTCTAATAATATTAAGAAAGAAGAAGTTAATAAGTATAATGA +TAAAATTAAGGTATATGCAACTATTTTTCCAGTATATGATTTTGCTAAAAATATAGGTAA +AGATAAAATTGAATTAAATTATATTGTACCACCATCTTCGGAACCACATGATTATGAGAT +AAGTGCAAAAACTATAAAAGACATACAAAATGCAGATTTACTTATAAAAAATGGTTTAGG +AATAGATGGATTTTCTGACAATATAAAGTCAGAATCAGATAAATTAAATATTTTAGTAGC +AAGTGAAGGTATTGAAAAAATTACATATAAAGAAGAAGGTCATGATGAAGATCAAATTGA +AGAAGAACATGAACATGGAAAGTATGATCCTCATGTATGGCTAGATATTAATAATGCTAT +AAAAGAATGTGAAAATATAAAAAATGAATTTATAAAAATAGATAGCAAAAATAAAGGATA +TTACGAAGAAAATTATAATAATTATGTAAAGGAATTAAAAGATTTACAAGAAGAGTACAA +TGCAAATTTAAAAGATATAAAAAATAAAACTATATTAGTTTCTCATGATGCTTATGGATA +CTTATGTAAGGAGTATGGTATTAATCAAATATCAATAACAGGTATAAATCCAAATCAAGA +GCCTTCTATGAGTAAAATAGCAGAGCTTACAAATTATGCAAAAGATAATAATATTAAATA +TATATTGTTTGATGGATTAGTTAATCCAAAGGTTTCTCAGACAATAGCTAATGAAGCAAA +AATAGATACAGAAATTTTATATTCCTTAGATGGTATAACTAAAGATGATTTTAATAATAA +TGAAGATTATATATCATTGATGGAAAGAAATTTAGAAACCCTTAAAATAGTATTAAGGTA +GGTATAAAAATGGTGGATGTAATTAAGTTTAGAGATGTTAGTTTTGGATATGAAGATAAG +TGTATATTAGAAAATGTTAATTTTAATATCTATCAAGGCGATTACATAGGAATTGTAGGA +CCTAACGGCTCTGGAAAGACTACATTATTAAAGCTCATAATTAATGAGATAAACCCAACA +AAAGGTAAGATAAAGATTTTAGATAAAGAAATTACAAACTTCAATAACTGGGAAAAAGTT +GGATATGTAAATCAAAAATCAAATTCATTTTCAACTTCTTTTCCTGCAACAGTAACTGAA +GTTGTAGCTATGGACTTAGCACCTAAGATAGGATTGTTTAAGAAGATAAAGAAAAAACAC +TTAGAAGAGGTTTGGAATGTTTTAAAATTAGTAGGAATATACGATCTTAAAGATAAGCTA +ATAGGAAGTTTATCTGGAGGTCAACAGCAAAAAGTTTTTATATGTAGGGCTCTTATGAGA +AATCCTAAAATACTGATTTTAGATGAACCAACGGTAGGTATAGACATAAATGGTCAAAAA +GAATTTTATCATCTTTTAAAGAAGTTAAATGAAAGTTTAAACCTTACTATAGTAATAGTT +TCCCATGATTTATTTATAGTTAAGGAAGAAGTAAAGAAATTAGCAGTAATAAAAAATAAA +AACATTAAGGTAATAGATAATATAGACGATGAATTAACAAAAAGCACATTACTAGACCTT +TTTGATATGTAAAAGGGAGGTAGTAAAATTGGAGATATTTCAATATGATTTTATGGTAAG +GGCATTAATTGCGGCTTCTATAGTAGGATTAATATGTCCTTTAATGGGTATGTTTATAGT +TTTAAGAAAGTTATCCTTAATTGGTGATAGTTTATCACATATAGCATTATCAGGAATAGC +AGCATCAACTATTTTTAATGGAAATCCTATAATAGGATCATTAATAGCATCAAGTTTAGC +AGCTATTATAATAGATAGGTTGAGAAGTAGTCTTAAAGAGTATGCAGATTTATCTATTGC +AATAATAATGGCTCTAGGAGTAGGTATATCAGGAATACTTATGAGTGCATCAAATGTGAA +CTTTGATTTATTTTCTTTTATGTATGGGAGCATAGCAACTGTAACAAAAGAAGATATTAC +TATAATAATGATAACTGCAATAATAGTTCTGTTATTTATAAACTTATTCTTTAAAGAACT +AGTATATATCACATTTGATGAAGAAAGTGCAAAACTATCAAATATTCCAGTGAAAATGAT +AAATATTATTTTTATGATATTAGTTGCAGCAAGTATCACAATGACTCTTAGAATTGTTGG +GGTTTTATTAGTATCGTCATTAATTGCAATACCTGTAGCAACAAGCTTAAGAGTGGCCAA +GAGTTTTAGACAATCAATATTTTACTCCATACTATTTGGAGAAATATCAATACTTAGTGG +TGTTATTCTATCTTTTTATATGGATGTAGCACCAGGGGCTATAATAGTTATAGTAAGTAT +TTTACAATTAATTCTGGTAAGCTTATATAAATCAAGGATATATAAAATAAAAGTTGGAAA +AGTAATAAATAATTGAGAGAAAGTAATAGCGGCCTCAAACAAATTTTAGAGTTTGAGACC +GATATTATTATTTTATAAGTTCTTTTTCTATTGTTTTATATAGATTTTCCATCATATTAT +TAAATTCTTGAGTGGCTTTCATATAATTAGATACTAGCGGAAGATTAAAAAATGTATCAT +ATTCTTTATTTAGGCTTTTAATTTTATAAGAAGCATCATCTATACTATATCTTGAGTAAA +TACTATTCTTTTTATTAATGTAAGAATCAAATTGTTTTTTTAAAGACCTATTTTTTTCAA +TATCAACCTTACACTTATTCATGTACTTAAATTCATTAGTATTTTTTATATAACTGGCAA +ATTCTTTTGCTTTTTGATTAATATCCATTATATATCCCCCCTTAATTATTTCAGTATATT +ATATTGTATAAAATAATGAGAATATATAGACTAAATATTTTATTTTAAAATGAGTACGAA +AAGTGTAGCAAAAATAAGGTTTGTATAATAATATATAATGTATCAAAAAAGACGAGATAA +AATTTGACAGCGTGGAAATAAAGGGGGATGTCTCAAACCTATTTTGAGACTCCCTCTTTT +TTTAATGATTATCTAAAGAGATATTAAATCACCTAAGAACATTTCAAACATTACACCATC +GTTTCTATTAGTATTAAACTTAGACGTATAATTTATAGTCTTATATATAAATTTAGTGGC +AGTTTCAACTGCAAAATTTAAATCATAATTATTTGTTAAAAGTCCGCAGATAATAGACGT +AAAGATATCTCCTGTTCCACTATAAGAACGATTATTATATTTTACAGATGTAAAATAAGC +TTCATCAGTAGACTTATTGTAAGCTAGGTTAAGTATATTATCGCCTTCGACTATACCTGT +AATGACAACATTTAAAGGACCTAGATCTGATAAGTCTTTTGCTATATTAATAAGTTCATC +TCTAGAGTAATTTTGATGGTACTCTTTGTTTGTTAAAATACATGCTTCTGTTAAATTAGG +AGTTATCAAAGTAGAATGTTTTACTAAATCTTTTATCTTATAGCACATTTCCTCTGTAAA +GGTAGAATATAAAGAGCCGTTATCTCCCATAACTGGATCTACTACAACTAGTGAAGTATT +AGTCTCTTTTATGAAATCAGACACAATTTCAATTTGTTTAATTGATCCTAAGAAACCACT +ATATATGCAATCTACACCAATACCGAGTCTCTTCCAAACGTTTTTGTATTTATCCATTTC +ATTTGTAAAATCTAAGAATGTAAATTCTGGATAGTCAGTTTGACTAGAAAGTATAGCAGT +AGGAAAAGGGCAACATTGGACTTTTAAAGCTGAAAGTATAGGTATTGCTACAGTAAGAGA +GCATCTACCAACCCCTGATAAATCATTTATTGCTGCAACTTTTTTTAGCATAATACTCCT +CCATAATGTTAAGTTTATAAATATATATTACTACTAAAATATACAAAAAAATATACTCTA +CTTAAAAAAAATAGAAATAATACAATGTACCAATACAATTAAACAATAAATAAAATTATT +TGATAACTTATTGGACATAATAAGAGAAATGAATTTGATAACAAAATGGTGTACTATTCG +TTGGGAGGTGCTTTGTTTGAAATTACTCAAAAATAAAAATGAGTACATCAAAAAAATAGT +GATATGTTTATGTTTGACAATATCATTAGGAGGAAGTGTATTTATAACTAAAGGAAGGTA +TGATGACAATAAAAACATAAAAGAGGAAGTATTAGAAGCTAGTAAAATTGATACTGACAG +CAATACAGACGAAACAAATAATCAATATAAATTATTACTAGAGCATCTATTTGATTATAG +GAATAAGGCTATATTAGACCAAAATGAGGAAATATTAAAAGAGCTTTATGATACTAATAA +AAAATTTGGTCTTTGGGCGTATGAGCACGAAGTAAAAAAGATGAAGTATATAAAGAGCTG +GTCAGATAAACAAGGTGTAGATTTCAAAGATATTAAAACTAAAGTAATTGTCAAAAAAAT +AAAAGAAAAAGAAGAGGATTTATATGGAATTATATGTACTGTCTCCACAGAATATAAATA +TTCATATGAAAATCAGAAGGATGTAATAAATACATTTAGGATAGGTACATATCATTATTT +GAATGTAGTAATAAGAGATAATCAATATGTGATAGTTAAAGAATGGTATACTGATCCTTT +TGAAGATTCTCTAAACTTAGAAAATATTAATTCTAATGAAATAAGAAACTATATAGAAAA +TCATGAGAAAGCAGAAATTCAGTTAACTAAGGAGCAAGAAAAAGCTATAAATTATGCTCA +CCAGTATTGTGGAGCAGCAGCAGACGAAGAGTTCGGTCTTAAATTTAATAATAAGTATAA +AGACTTTAATCCTGATGGTGGAGACTGTGCTAATTTTGCATCTCAAATACTATTTGAAAG +TGGACGATTTAAGAAGAATGCAACTTGGAACTATTGTAATGGAGATGGAACTAAGGCATG +GGTTAATGCTCAAGGATTTAAGAACTATATGTTGAATAGTGGAAGAGGAAGCTTGATAGC +TAAGGGATCATATAATGATGTGTATAAAGAAGCATATAATTTAAGACCAGGAGATTTTGT +AGGTTATGAAAAAGGTGGTAGAATTACCCATGTTTCTACTGTAACTGGACAGGATTCAAA +AGGATATCCTTTAGTTACTTGTCATAATACAGATAGACTATTGGTACCTTGGGATTTAGG +ATGGAGTAATAAGGCTATAAGATTCCATCTAATAAAAGTTAATTACTAAAAATGTTTTCC +TAAAACTCGTTATTTGCTGGAACATGCATAAACACTGGGTTTTAGCTGTTTTTATAGAAA +TGTATAAAACTAATAAAATTTGACAAAACTGATTATATATGGTAAAGTGATAACAAAGCT +AAAGTTTAGCTGAATAATTGTGTTTTTTTTAGGAGGATTTATTAAATGAAAACTGGTGTA +GTTAAATGGTTTAACAACGAAAAAGGATTTGGGTTTATATCTGTAGAAGGTGAAGGAGAT +GTTTTCGTACATTTCTCAGCTATACAAGGTGATGGATACAAGTCTTTAGAAGAAGGACAA +AGCGTTCAATTTGACGTAGTTGAAGGTGCAAAAGGTCCTCAAGCTTCTAATGTAGTTAGA +TTATAATTAAAAGTTCATATATATTAGTTTTATTAGTTATAAATCTAGTAGTATGTGAAA +AGCCGCTTATTGCGGCTTTTTTTATTTTATTATCTCTTAACTAAACCAACATTTTCAATA +AAATTAAAGCCTTTTTCATTTATTAAACATTCATATAAATCTTCAGATGTATATTTACAA +AATTGATTTAGACATTCTTCTAAGTCATCTTCTAACTTATCGAACTCACTATATATATCA +AATTCTGCAGAGTATTTTTGCATATTGCTTCTTAATTCATCTATATCTACTAAGAGTTCA +ACCCATGAAGAATCTAATTTATTATCTAATATCATAGATTTAACATTAGAAAGTAGTTCA +GATTTATCTGAAATAGGTATTATAATTTCTTTTTCTTTATTTAATTTATTTATAAAAGAA +GTAATATCATCAGCCATAATTAATAAATTTCTTTTTACAAAGCTGTAAAAATTCTCTTTG +CTAAATTTACTATGTATATCTTCTATGAACATTTTTTCTGTATTAGATTGCCATAACTTT +AAGGCAAACTTATTAGAACTTTCACTTTTTATAGGATTACCTAAATAATCAAATAATCTA +GGATAAGAGTGATTAAAATGTTTTGATATTTCGACTCTATAGAAGTAACCTGCATCACCT +GTTGGCATTAGGCTTATTATAAAATCATCTAAATCACTACCTAGATATACATGTGTAGAT +GTAAATATGTTAATAATATTACTTAGATTAGTATCATCTATTTTAGATATATTATTTTTA +GCAGCTATATTGTATATTTTATTTTTATATATTTCATTAAGTATGTTTTCTAATTCAGTA +TTATAGTTGTAGCTATATTTCATATTGATCCTCCTTCAATGAACATAGTAAATTTATACC +CAGAAAAAAATTTTTAAAATAAAAATTTAAATAAAAGCTTAAATATGATAGAATTAATAT +GTAAAAGAAATAAAATATATGTTTTTATGAACAAATATGTATAAATCCTTACATTAAGTA +TTGGGAGGTGTAGTGTGATGAACATATTATTTTTTTTAACACCAAAAAGTGAAGTTGCAT +ACATATATGAAGACTACACTATGAGGCAAACATTAGAAAAAATGGAGTACCACAGATACT +CTTCAATTCCTATAATTAATAAAGAAGGGAAGTATGTAGGTACATTAACTGAAGGTGATT +TGCTGTGGACATTAAAAAATGATTTTTCATTAGATTTAAAGTCAGTAGAAGATGTGCCTA +TCATGAATGTTAAAAGACGTAAAGACAATGCACCAGTGTCTGTAGAGGCAAATATAGAAG +ATTTAATTTCAAAATCTATGAATCAAAACTTTGTACCAGTAATAGATGACGAAGAGACTT +TTATAGGCATAATAAAAAGAAGAGACATAATTGATTATTGCTACAATAAGATGAGTAGTG +AAGTATAAGATAATAATTAAAAAATTAGATAATATATAAAGCCTAGTAAAATTACTAGGC +TTTATATATTTATATATTAGCTATTAAATTTAACTATGTTGTTGTATTTTGATTTTAAAT +CATTGTATTTGTTAGTGTAAGCTTCACTTTGTTTTTGGTAAGTTAGAGCTTTTTCTATTT +CATTTCTAACCTCTGCATATTCAGATTGTCCACCCTCTTGTCTATCTTCTAACTTGATTA +AGTGGTATCCAAATTGAGTTTTAACAGGTCCTGTTATTGAACCTTTATCCATAGTAAATA +CAGCTTCATCAAACTCAGGAACCATTTGTCCTCTTTCGAATGTTCCTAAATCTCCACCAG +CATCTTTAGATGGGCAAGAAGAATGTTCAGTTGCAGCAGCTTCAAAAGTAACCTCACCAG +CATTTATTTTATTTAATATATCATTTGCATTTTCTTCAGTGTCTACTAATATATGCTTAG +CAGAAGCTGTATCTGGTTTAATAAATCTAGCTTTATTAGCTTCGAAGAAAGCTTCTTTTT +CTTCTTCTGTTAAAGTAACGCTAGTTAATACTTTGTTCATAGCATATTGCTTTAACATAT +TTTCTTTTACTCTTTCTAATTCAGCTTTGAATTCTTCATCTTGATCTAAGTTATTTTCTT +TAGCTTCTATATATAGTAATTCTTGGTTAACTAAATCTTCTAATATTTGTTTTTTCCCTT +GTTCAGAGTTGAAGTGAGAAGCTTGATAAGGATCTAATCCACCTAGTATACCTTCAACGT +CTAAGTTAGTTATTTCTTTTTCTCCAACTGTAGCTAAAACTTTTTTTTCCATATTAATTA +ACTCCTTTATTTGTATTCATTATTAATATTAGCCTTTAATATAAATAATATCAAAAAAAT +TTCAATATGTCTAATCTTTCCAGTATAAGCAAGCATATTAATACCAAATTGCAATAACCA +TTAATAATAGTGATGATATTATACCAACAACGCCTTCTTCATTTTTAAATCTAAAAACCA +TTCTGCATGAAAAGTAAAAATATATTAGTATGAAGATAAATTTTAAATATAAAAGAGTAA +GATTAGTTGGAGATAATAAAAAAGTTGATAGTGTAAGTATGTATGAACATATAGTATTTA +ATCTATAATGTAAGTTTATATTCCTTAATTTTTTCATACTCATAAAATAAAAAATTAATA +AAGTTATATAAATTATTCCAACAGAAGTATACGAATAAAATAAAATAGATTCTAAAGTAT +AGTTTTGTATAAATATAATTTTATAAAAAATACTTGGCCAAAAGAATAATGTTAAAAATC +TAAAGTAATACTCGAAGAAAACTTCTTTATTCAACTTTCCACATCCCTTCTAAAATAATA +ATAATTATCTATAAATAAATTAAAGCATATATATATATTAAATACTAGGATTATATTTTA +GTATAAGTAATTTTATAGATATATTATTAATAAAATATTTTTAACCTAATTTATTAAATA +GGGGGGATTTTATGTACAGATATTATACAAAAGGAGTTTGCGCTAAATCTATTTTAATGG +ATATTGAAGATGGAGTAATAAAGGATGTAGTATTTGAAGGTGGTTGTGCAGGTAATTTAA +TTGCATTAAAGTACTTTGTTGAAGGGAAAAAAATAGATGAAATAATAGATCATCTAGAAA +ATATACCTTGTATGAATAGAGGAACATCTTGTCCAGATCAACTTGCCAATGCTCTTAAAA +TATATAAAGAATATGTAGTAAAAAAAGAAGTGTAGTTACATATTATAAAAGAGAATGTCT +TTATTGACATTCTCTTTTATAATATTAGTATGTTAAATTAATAAAAGATTATTGCTTATT +AACTAATATAGCTATTTTTTCGTCTGGGTTGTAGCTTATTTGAACTAGTTGATTTTTTCT +AACATGCTCTAAATCTTCTCCACCATGAGCTATGTGTAATTTTACAGGTAATTTACCTTG +CTTGATTATTGCTATGTATTCTTTTTTACCTTTTTTCTCTAAACTAATTAAGTTACCTAC +ATATGGTTTAAAGTTTTGATATTTATCCCCAGCTTTTTTTATGTAGAAATAAGTTGCTAC +AGCTATTGCTATGTTTACTCCAAATATAATCCATCCGTTAATTTTGCTAATAGAACCAAT +TATAATTACAGCGAACATTATTATTAAAGGTAAAATAGCTTTCTTCATTAATAATTTCCC +CATAATTTCATTAGCTTTTTTCTCAGGACCACTCATAGTTTTTGATCTAGCAAATGATTC +TGCAAATTTGTCTTTTAAGCCCATATTAATCCTCCTAATTTCAATAAATATTTAGTTATA +ATAACGTTTTTTACGATTGAAACTAAAAATTTACTTTAACATTATTATTATGTTCAATCT +TTACATTTAAATTTACAATAAGCAAATGAAAATATATCTAATATTTTAACATAAAAAATT +AGAAATGAAAATAAATGTAAGTGAAAACTTTATAAATATAAATTAAAATGTTAAATTTAT +TATACAAGATAGCTAAAAAATGAAAATTTTAATAATATTTAGATAAATATATTTAAATTA +TAAATATAAGTTTATTTACAATGATAATTTAGTTAGGTATCACTATAACTAATTTTATTT +TATGGTAAAATAAAGTATAAATAATTAAATAAGCAAGATCTCGTTTAAGGAGGACAATAT +GGAAAAGAAATATATAATGGCACTAGATCAAGGAACAACAAGTTCTAGAGCTATATTATT +TAATAATAAAGGTGAAATATTAGAGATGGCTCAAAAAGAATTCACTCAGATATACCCTAA +AGCAGGTTGGGTAGAGCATAATCCTATGGAAATATGGGGAAGTCAAAGTGGAGTTATGAG +AGAGGTAATAGAAACAGCAGGAATAACTCCAGATGAGATAGCAGGAATAGGAATAACAAA +CCAAAGAGAAACTACGATAGTATGGGATAAAAATACAGGAAAGCCAATATACAATGCTAT +AGTTTGGCAGTGTAGAAGAACTTCAGATATATGTCATGATTTAAAAGAAAAGGGACTGGA +AAAAATCATAAAAGATAAAACAGGTCTTTTAATCGATGCTTATTTCTCAGCTACTAAGGT +AAAGTGGATACTTGATAATGTAGAAGGTGCTAGAGAAAAAGCAGAGAAAGGTGATTTATT +ATTTGGAACAGTAGATACTTGGCTTATATGGAAACTAACTCATGGAAAAGTTCATGTAAC +TGATTATTCAAATGCATCACGAACTATGATGTACAATATAAAAGAATTAAAATGGGACGA +AGAAATATTGAAGGAATTAAACATACCACTTAGTATGCTACCTGAAGTAAAGCCTTCTAG +CTATGTTTATGGACATACAGATGAACAAATGTTAGCAGGAGCCCAAATTCCAATATCAGG +ATGTGCAGGGGATCAACAGTCAGCGTTATTTGGTCAAACTTGTTTTGAAGAAGGTAGTGT +TAAAAATACTTATGGAACAGGATGTTTCTTACTTATGAATACAGGTGAGAAAATAGTTGA +ATCAAAAAATGGACTTATAACAACCATAGCATGGGGAATAGATAACAAAATACAATATGC +TTTAGAAGGAAGTATATTTATGGGAGGAGCGTCAATTCAATGGCTTAGAGATGAACTTAG +AATGATTAAAACTGCAAAAGACAGTGAAACCTATGCTAATAAAGTAGAAGATACTAATGG +AGTATATGTAGTACCTGCTTTTACAGGATTAGGAGCACCTTACTGGGATATGTATGCTAG +GGGAACAATAGTAGGTCTTACAAGAGGTTCTAAAAAAGAACATATGATAAGAGCAACTTT +AGAATCTATAGCATATCAAACTAAGGATGTAATAACTGTAATGGAGCAAGACTCGGATAT +AAAAGTAAAAGATTTAAGAGTTGATGGAGGAGCAAGTAGCAACAATTTCTTAATGCAATT +CCAATCTGATATATTAGATGTAAACATAGATAGACCAGAGATAATAGAAACTACAGCGTT +AGGAGCAGCGTACTTAGCTGGATTAGCAGTAGGATTTTATAAAAATAAAAATGAAATAAC +ATCAAAGTGGAAAGTACAAAAAGAATTTACTCCTAACATGGATGAAAATAAAAGAATAAA +ATTATATAAAGGTTGGAAAAGAGCTGTTTCAAGAGCAATTCAATGGGAACTTGAAGATAT +AGAAGATCAAGATTAATTAAAAATCTCTACCTTAAATACTAAATATGTAAAAATTTATGG +ATAAAAAAAGGAATTTAAGTAAGTAGTAGCAAAGCTATGATAACGAAAATTCCTTTTTTA +TATATTAATTTTTACTACTTAGTAGCAGCAACTACTGATATTTCAACTAATAAGCACTCT +CTAGCCATTTTAGCTTCAACACAAGCTCTTGCTGGCTCATGTCCATCTTCAGTCCAGTTA +TCCCAAACTGAATTCATATCAGCAAAATCATCCATAGTTTTTAAGTATATAGTAGCAGAT +AATATATGATTCTTATCTGAATTATATTTTTCTAATAAAGTTTCTATTTTACTTAATACA +CCAGCAGTTTGTTCTTTTACATCACCTTCAGCGTGAACTTGACCTGATAAGTAAAGTGTG +TTGTTATGTACTACTACAGAACTCATTCTACCGTTGTTTTCATATCTTTTGATTTCCATA +AAATTTGCCTCCTAAAATATTATCTTTAATTGTGCAATTAAAATTATAATACAAAATAAT +ATAATAATCTAGGCTAAGAAAAATAAAAAAATCAGATGATGTAGCTGATATCAAAAATAT +ACTATAATAAATTTGTAAGGATAAATAATATAATTTTAAATGTTATATTAGAGAGAAGGG +GAATGAAGATGGATAAAGTAAAAGTTGCAGTAATAGGTGCAGGAGTTAGGGGAACTTATG +CATATGCTCCATATATTTTAGAGAAATCCGATTTATGTGAAATAGTAGCAGTAGCTGAAA +CCAAAAAAGGAAGAAGAGATTTATTTTCTCAGATATATAATTTAAAAGAAGAATTCGTAT +TTGAAAGTGCTGAAAAATTTTTTGAATATGAAAAGATAGCAGATGCAGTAATAATAACTA +CTAATGATGATAGACACTATAATTATGCAAAATCAGCTTTAGAAAAAGGATATCATGTTC +TTTTGGAAAAGCCGATGGCAAATAGTTTAGATGGATTAGTTCATTTAGAAGAGTTATCAG +AAAAATATAATGATAAGGTTTTGATGATTTGTTATGTACTTAGATATACACAATTTTTTA +ATAAATTAAAAGAAATAATAGATAGTAAAGAATTAGGTGAATTAGTTAGCATACAACATA +ATGAAAATATCGGGTATTGGCATTTTGCTCATAGCTATGTAAGAGGAAATTGGAGAAATA +GTAGTGATACTAGCCCTATTATTTTGACAGAAGGTTGCCATGATATGGATATACTTTTAT +ACCTTACAGGTAGTAAATGCAGAAAAATCGCATCTTTTGGGAAGTTAAAGCATTTTAATA +GTGATAGTTTTAAATTAACTATGAGTGAAAATTGTTATCGTTGTAGTGAAGAAGAAGATT +GTCCTTATTCATGTAAAAAAATATATTTAGAAAATACTAGGCTATTAAATAATGCAGTAC +ATATAAATCCAACAAAAGAAAACTTAGATAATATCTTAAAAGAAGGACCTTATGGAAGAT +GCGTCTATAGATGTGATAATAATGTAATAGACAATATGGTAAATATTATAGAGTTTGAAA +ATGATGTTACAGCTACTTTTAACCTATCTGCATTTACTAAAGAATGTAACAGAACGATTA +AGCTAATGTTTACTAATGGAGAAGTAGGTGGAAGCTTTAAGGATAATGAAATTAGAATAA +AAAAATTTGGACAAGAAGAAGAAATATTAATAAATACTTATAGCAATAATTTAAGTCATA +ATGAAGGTAATATAAATTTAATAAAAAGCTTTATAAAATTAGTATCAGAAGATAATATTA +ATCAGGATAAAAATAATATAAAAGAAGCAATAGAAAGTCATGTGATGGCATTTGCAGCTG +AATATTCAAGAGTGAGTGAAGAGGTTGTATATATAGATGAATTCTTTGAAAATGCAATAA +AAATAACTAATGAAATTGAAAGTACACTGTTTTAATTATATGTAAATAAGTTAAAAGGAA +GTGTTTTAAAATAATGTTTATTATAAAGCATTACATTAAGACACTTCCTTTTAATTATTC +ATCAGTATCTTTTGGATTTTTAGAATCACTATTTTTTCCAAAATCAAAAAAGTCTACACA +CTGAGAAAGTGCATATGACAAAATTGCGAATAGTATTTCTGTATGAGAAGGAATACTTAT +AGAGGTCATAAATTTATCTATAATATCCATAGTTATAAAAGTTAATAATATATCGAGTAA +AGCCTCAAGGATTTTATATATAGGATAAGGTAATTTATTTACATATCTAAATACATCTAA +CAAAGACGTACACAAAAAATCTATAGGACTTCCTATTAAGAAATATATTGCAAAAAATAA +TATAACAGCACCAACTGAATTGTATTCAAATCCTAAAAAGGATAAGAAACCAATACCTAC +AAAGGTAAAGATTAAAAAAGATATTCCGAAAAATACAACAAAAAATAAAATTAAAGAAAC +TATCTCAAAAAAAGGAATTTTATCTTTTCTATTTATCTTAATCCCTCCTTAAACTAACTA +TATTCTATAATAGTTTACTATAAAAAGAAGAGAAAATTGCATAAAAATAGTAAAAATTTA +AAATATTTTATTGAATAGATTTTATATGAAAAGTAACATTCTTAAAACCTCGTAGTAATC +ATCAGTTTCAAATACCAATGTTTGAGAATCAATAACTTTCATGTTAGGATAAAAGGAAGC +TCTAAAGGATTTATAATGTTCTTTAAATCTAATTTCTACCTTGAAAGATTGAGGTAATTT +TATTAAATGGCGAGATAAATCACCAGATAAAGCTGATTTAACACCTAGCCTTATGTTTTT +TACAGCAAGAGTTGGATGAATTGATATTGAAGCATTTCCAATTCCTTTTGAAACTGGAAC +TGTAACAATGTTAGGATTTAATTTTTTTGCATGTTCACAAAGCATTTCATCCCCACTTAA +GAAAGGAACAGGAACATTATAATAAGCACTAGTATAAGCATTTATAGTGAATTCAGAGGC +AATATCATCGTTTATTTTTATATAATCAAATTGAGTATCCAAGGTATGAGACAAAGGATT +GCCATTAAATGTAGCGGGGCTATGATAACCTATAAATAAAGATGCATCAAAGCTTTTATC +AATACCACCCATCATAACATGAGGGTCTTTGGTCCAACCTCTAAGTATTTCTACATTTTC +AGGTAGATTCATAGGATTTATGTTTCGAGCACTGTCATGTGCATCTTTAATTAAAATATC +ACTTTTTTTAAGGTCATTTACACCTAAACAAGCAGCATTGACTTCTTTAGTCATTTGATC +CTTATTATAAGTAGAAAGATTATTTTCAAGTTGTGTTTCATCCCAATGGACAATTCCACA +AGTACCTTCAATATCCGCACTTATATATATTTTCATAAATATCCTCCTAATTTAATAATC +GATATTATTGTAGTAATATCACCTTAATTTTAAGTATAGAATATTTATGACCAAATATAA +ACTAATAATATTAAATGGGAGGAGTTAATATGAACAGGCCTAAAGGATTAAAACAAGGAG +ATACTATAGGTATAATAGCTCCTGCAGGTGATTTAAGAGAGTATACTATTGAAGGAATAA +AAAGTTCTATAGAGAGTTATGGTTATAAAGTAAAAATAGGTAGAAGTTGTTATTTGAATT +ACAGAGGTTATCTAGCGGGTGAAGATGAAATAAGAGTATCAGATTTAGAAAATATGTTTT +TAGATGATAGGGTAAATGCAATAATGTGTTTAAGGGGGGGATATGGATGTAGTAGAATTT +TAGATATGATAGATTATGATATTATAAAAACACATCCTAAGATATTCATAGGATTTTCAG +ATATAACTGTTTTGCATATAGCTTTCAATCAAAAATGCAATTTAATAACATATCATGGTA +TAATGGCCAATAAAGCAAGTTTATGGGATGAATTTTCATATTATTCATTGTTAGAAGCAT +TAAATTTTAAAGGAGAATATTGGGCAACTAATCCAAATGATATACCAATATATACATTGT +ATGAAGGGAATGCTACAGGCAAAATCGTAGGAGGGAACTTATCTATGATAACTTCTACGT +TGGGAACAGAATATGAAATAGATACTAAGGATAAAATATTATTTATAGAAGAAGTTGGAG +AATATATATATAGGATAGACAGATTATTAAAGCATTTAGAGTTAGCGAATAAATTTGAAG +ATTGTAAAGGAATTATATTTGGTGATTTTGCAGATTGCAGGAAAAGTACATCAAAGGATT +GTGATCTTATTGAATTACTAAGAGAAATTGCTAATAAATATAAAAAGCCTACAGTATATA +ATCTTAAGTCAGGTCATTGTACACCGATGGTAACAATTCCTTTAGGAGTACAATGTACTA +TTAAGTCAGGTCAATCTATAATTAAATTTAATAACTAAAGTAAATGTATATCATGTATTT +TAAGTAGGCATAAATATATATATAATATATTTATGCCCAGAGATAAGGTATTGTAAAGTT +TTATATAAAAGATTAAAATACCGCTATGGAGTAACAAAAAACAATAATATTGCAAATACT +AGTAATAATCTAAAAGACATTTGGCTCCTCCTATAATATGTTCTTATAGAAATATATTTG +ATTATAAATAATTTTATGTTAAAAAGGTATGAATATATATTTATTTGTCGTAAATATGAT +ATAATCTTATACAAGTAAAACTTTGCTAGGAGGAATAGATATGTCTGATGATAGAATAAT +TGATTTTAATGAATTAAAGAATAAAGTTAAAGATACTGATGTAGATAAATTTGAACAGTA +CATTTATAACTTATATTTTTCTGTTATGGATGGAAGTATGAGTATGTCTGAATTTTCAAG +AAAAATATTTGATTATATGAATGATAATAATATATCTCAAGAGAAGTTTATGAATATACA +AAAGAAATTTATGGAAAGGTATGGAATGGACTCTCAAGAGGTAGAAAAGCAATTAAAGAA +CTTTGGAATTGATCCTTCAACTATAAATATGGGAAACTTAGACCCTAGTAATATGAATGA +AGGTCAATTAAATAATATAAGAAAAGCTGCTGGATTCTATGAAAGATATGGAGCAAAAAT +ACAACCTAAAAGCTGTATTTCTGCAACTATAAAAAATGATGTTAATGATATTACTGTAAT +GATAGATCAAGATAAGGTTATGCTTTACAGTAATAAAAAAATAAATTTAGTTGATGCAGA +ATTAAATGAATTCTTACTATCTTATAAAAATATGTTCAATAATAAAATAAGAGTAGTTTT +ATGTGAAAATTGTACAGAATACGATTATTAAAAATAAAAATATTGAATACGAATATAATA +TATACAGTAAAAAAATGGTGAGCTTATCTAGCTCACCATTTTTTATTATACTTACTCATC +TATTGAAAAACTTTTTATAACATTTATTCCATTTTGTATCATACTGTTTAAGAATACGAT +ATTAGATAAATCTGCACAATGAACATTAGGAATATCATATGTATCAACTAAGTTCATTGG +AACTATTACATTTTTATTTATATTGTTCTGTATAAAATATGTTTTTAGAGTGACTGCAAA +CTGGTAAATACAAATATCTGTACAGTCTCCTATTACTATGATGTTATCTACATCATCAAA +GTTCATATTTCCTAATGCAAAGAATCCATTAGTAGAATTTTTAGGTAAAACTTTAAGATT +TTCAATAGTTTTTAGTTCATCTACAATATCACTTTCAGCATCACCTTCTAAACAATGAGG +AGGATAGCTTAAAAACTCTATAGAATCTTTAGGGTGACAATCTGTAAAGGCAATAATTCT +ATGTAATTTAGGTGATAATTTTTTTGAAAATTCAGTGATAGGATTGATAAGTGATTCTAT +TCTTGGTGAATATAAGGCACCACCTTTTGCAAATCCATTATTTATATCTACTATAAATAA +ATCTGTTTTGTTAAGCTGAAGATTAGATATATTTTCTACTGGTAAATTATCTAAATTATT +TTTTAAAGCTTCTAATTCATTTAATAAGTTATTCATAAAAACCCCCTGCGTACAATTATA +TTTATATATATAATACATTAAAGTAAATACTAGTGTAAAGACAGAAGAAGAGTTTATTTT +TATAGAAAAGATATAGTAGTGTGATATAATAACAATTAAGTTTACGACAGGGGGAAATAC +AAATGAAAAAATACATACGTATAGGCATTATTGCAGTAGCTCTAGTAATAGTTGGGTACA +TATTATTTACTATATCTAATATAAAAAATAAATTAGAAGATATACAATATTCTACTAACA +ACATACAATCAGAGTTAGTATACTCAATAGAAGATATTAACAATAATATTCGTAATACAT +TGTATGAAGAATTAGGTAAAACATATATTACAAAGGATGTTAAATTTACTTATGAAAAAA +GTATAACAGATGGATATGAGTTAACAGCTAGAGTAGAGCTTAGTCAAATTAAAGATGATT +CTAAAGTAATATTTATGTATAAAGATATAAATACTAATGAATGGATTGAAGTTGAATTAG +AAAAAATCAATGAATTATCTTATGCTGGGAAAATAAATATATTTAATAATAAAGACTATG +AGTATAAAGTAGTGACTAAGGGTTCTTTATCAGAAAGTGGAGATATAGAAACTCTAGATA +AATACAGTTTTATTCCTTATCCACCTGAGATAGGAATAGGATGGAGTGATGAATATATAA +ATATAAATGTATATGAATTTAAATATAGAGAAGAAGATACATATGATGAAGAAGGTAATT +CAAATGAATATGGAAAAAGTATATATTATGATGCAGAGATACCTAAAACTTATTATGGTA +AGAATATAAATATTAAAATAACATATAAAAATGGATTGATAGATGTAATTAATATAACAG +ATAAAGTTATAAATGAGGTAAATTAATAATAAAACGGTTAGTTTTGATATTTTCAAAACT +AACCGTTTCATTTATTTAAATATAAGCTTTGCAATTATAGTTATTATTGGTAGTGCTATT +ACAGTTCTTATTAAGAAGAGTATAAATAAATCTTTTAACTTAAGAGGTATATCAGACTTT +AATATAACAGCACCAGTTTCAGTTAAGTAAATTAATTGAGTTATAGATAAAACACCTATT +ATAAACTGCGTAACTTGACTTATATCAGATCCAGAAACCATAATTGATGGTAAGAACATA +TCTGTAAATCCAACTAATACAGCTGGTGCTGCAGCTTGAGCATCAGGTATTTGAAGTAGA +TTAAGTACAAATACAACAGGTATAGAAATTACATTAAAGAAAGGAGTAAACTCAGCAACT +ATTAAAGCTAAAGTTCCCCAAGCCATTACTAAAGGTAAAAGCCCTAAGTACATATCTATA +ACAGTTTTACATCCATTGATTAATATATTTTTTACTGTAGGAGCAGTTTCAGCTCTTTTA +ATAGCTTTATCTAATCCGAATTTAAAAGTATTAACACCTTTTGGAACTATATCTTCTTTT +AAATGCTCAACATTATTGTAAGTTTTATTAGTAAATCCTTTTAAAGGATATATACGAGGC +ATTATTAATGCACAAGCTAATGATGCAATACAAACTGTAGCATAAAAAGGAACAAATAAA +GGCATAAAACCAAGTTGATCAGCTATTACAGTTGAGAATGGTAATGATACTAATGAGAAA +CAAACTGAAATAATAGCAGCTTCTTTAGCAGTATAAAAACCTTGTTTATATTGAGTATTA +GTTATCATAATTCCTAAAGTACCATCTCCTAACCAAGAGGAAACTGCATCTATTGCAGAA +CGACCAGGAACTTTGAATAATTTATACATGAAATTAGATATCATACTACCAAATAAGTCC +ATAAGACCAAAATCCACTATTAATGGTAATAAAAATCCTGATACTAAGAATATAGCAAGT +AAGCTTGGTAAAAGGCCTATCATTGTACCACCAGTAACACCTGATTTTATAAATTCAGGT +CCAACATTAAATAATGTCATAACTATAAATATTGCACCTAAAATTCTACATAATAACCAA +AATGGTGAAACATTTAATAAATCTCTTAAAAATTCATTTTTTATATTTATAAATTTGCTA +AGTATAGATAAAACTGCAGATGTAACAATAACAACTAGTGCTATATTTTCTAAATGACCA +GAAGCCACTATTTTTATAAGTTCAGCTAGAAATCCAATACCGATATTGAAACTAGATAAA +CCATCTAAAGGTATAAGATTTCCATATGGCACTGGTATAACAAATAAAAATAATCCTAAT +AATGAAGGTATTAAAAATTTAAATATATTATTGTTTTTTGATTCAAAACTATTGTGAGTT +GCTTTTTCCATAATAATCATATCCTCCTAAAATAAAATATTAATAATTAATTTTTGATTT +ATATTTTGCAAAATAAAATTCAAATAAAAAAGTCCCTTGGTTTTAAAAACCAAGAGACGA +AATTTCCGCGTTACCACTCTCGTTGATAAAATTATATAAAAATACAATTTTATCCACTCA +ATCTCTTAAGGCGAGATAACCTATTATCATACTAGTATTTCAAATAATATTCTCCAAAGC +TCTCTTCAATTAAACTTCAATGCTAAGCTTCCACCGTCCTTAGCTCTCTATAAAATTCAT +TTAACTTACTCTCTTTTTCTCAGAATTTATAAATATTAACTTGTTAGATATAAATATAAA +TTAATTAATATAAAAAGTCAACAATTTATTTAAAAAAGAATTTATATTTTAAATTTTATG +ATAAATTAAAAATAATAATATAATTAATGCATTTAGCACCTTTGAGTATAAAACTAACTT +CTTTATAAAGTAGTATTAATATTCATAATCCTAGTAACATAAATAACTAAAAAAAATAAA +ATATAGTATATGTTTATAGTTTAAAAGTGGGGGCGAAGGTATGGCCATAAATGAAATATT +TAGAGAAATGTTTAAGGAGCAAAAAAGAAAAAATGAATTAGAACATCAAAAAGAAATATT +AAGAAAGACATTAGAGGAGCAGGGGTCTATGATAAATGACTACGACAGGGCTATTGAACT +TTTAGAAATAGAAGAATACAAAGAGGCGATACCGATACTAACTAGATGTGCAGATAAGAA +TAATGCAGGTGCCCAATATGAATTAGGTAAAATATTAAAAGAAGGTCTAGGAACAGAAGT +TAATAAGGAATTGGCGAAAAAATATTTAATTAACTCATATAAAAATGGCTTTAAAAAATC +AGGAGCCTTACTAAGAGAAATGAGGCATGAAGATATTGGTAAACAAGATAAAATAGTTGA +TACAGAATATGAGACCGTTCAAAGTGATTTAGGATATATAATTGATATGCCAAAGAATTG +GATTAGACTTGAATCTAAGAATAAAAATTGTTTTGATACAGTTGCAATAGATACAGTAGA +TGGAGACGTGATTTTCAATATTAAAATGCAAGTATTCTTAATAGAAATCCCAGAAAATAT +GTCTTTCTGTGTAGACTTAGATAGGGTGGCAAATAATATGGGATGTATAGAATCAGTTGT +ATTTAATAATGGGCACTGTGATGGAAGGTTAATTTGTGGAGAAGGTTTGGATGGTACTTG +TAACTACTTATTTATAAGTAAGGGAATAAGAGGAGTATATGATGTTAGGGTAATTGTAGA +TAAATACTTAGACTCAAGTTATGAAAAAATAATAGATCATATTATTTATAGTTTTGATAT +AATTGAGAAATTGTAATCTTAAATAAAAAATAGAAATGGTCTTAAGTTATATCTTGAATA +TATTAAGGCCATTTCTATTTTTTTATTATTCGACATATAAATTGTATTTTACTCTAAAGA +ATCCTTAGTGAAGTATTCATCTTTTTCAATTAATATATGTCCACTTTCATATTCTTCATC +TTCAACTAATATCTTGAATTTATCTAAGTCAAAGTTTTCTATGTAAGTTTTAGCAATAGA +ATTAAGCATCATAGATTCAAATCCAGCACCTAAATTAAAATTATAAAATTCTTTAGATAA +ATTAAGAACACCTATTGTCTTATTATCTTGACTTTCATATGTAGTGAAATCTTTTATAGT +AGCATCAGAAACAACTATATCTTCACTTTTTAATTCATCAAATATAGTATTTGCAGTGAT +TTCTTTTAATTTTACCTCTTTATTAACAATGGAATCACTTTCAAAATCGGATACATAAAT +AGTAGCAGTTACATTTGAATCTTCATCAGTATTGTTAGAATCATTAGTAGAACTTATTTC +TCCTTTTGAGTTATTGTTGTCCTTATTTTCATCAGAAGAAGTACTAGAACATCCAGAAAC +TAATAATATACAAGAAAAAAGCATTATAAAAAAATATATAGATTTTTTCAAATAAACACC +TCCTTAATTAATCTATTTGCTTTGATTAAAAGATAATAGACTAGTATCAGAGTATGATTT +ATTATATAAATATATGACTAAAATTTAAACCTAGTTTATTATAGACTGTATAAGCATAAA +AATTTTATAATGATTTAGTATATAAAAAAGTCTATCTAAAATTATATAATTTCAGATAGA +CTTAATTTAATTATTTAATTTTTCGAGTTTGCAATTTCTTCAGCTAGGTTATTTAAATAT +TCCCATCTTTCGTATTTGTATTCTAGTTCTTTTTCAAGATTTGCTTTTTCATCTAATATT +TCTTGTAACTTAGTAAAGTTAGTAGCAAATTTTGATGTGCTTTCTTCAAGTTCAGCAATT +TTATTTTCAAGCTTTTCAATATCAGCATCTATAGTATCAAATTCTCTTTGTTCGTTATAA +GAAAACTTAAGCTTTTTATCATTTTTAGGTTTTTCTTTTTTAACTTCTTTATGTTCAACT +TCTTTTTTCTTAGTTTTTTGTGCTTCTTCAAATTCTATGCCTTGAATTTCTTTGTAAATT +AAATAATCACTGTAATTACCTGTAAATATGTGGATATTACCATTACCTTCATAAGCAAAT +ATTTTATTACAAATTCTATCTAAGAAATATCTATCATGAGATACAGATATTACAACACCT +TTAAATTCATCAAGGTAATCTTCTAGTCTATTCAGAGTTTCTATGTCTAAATCATTTGTA +GGCTCATCTAGTAAAAGAACATTTGGCGCTAGCATTAAAGTTCTAAGTAAATGAAGTCTA +CGTCTTTCTCCACCAGACAGTTTTCCTATAAGAGTGTATTGCATCGTTGAGTTAAATAAA +AATCTCTCACACATTTGAGATGCAGATATTTTAGTTCCATCAGCCGTTTCTATATAATCA +CCAGCTTCTTTAACATAATCAATAGCCCTCATATTTAAATCCATATGAGCATCATCTTGT +GTAAAGCATCCTATTTTAACAGTTTCACCTATTTCAATTTCTCCACTGTCAGGAGTTAAT +TCTCCGTTTAAGATTTTTATAAGAGTAGACTTACCTTGGCCATTTTTACCAATTATACCG +ATTCTATCATGGCGAGCAAGAGTATACTCTAAGTTATTTATTACAGTTTTATCTCCGAAT +GTCTTAGAGATATTGTGAATTTCTATTATTTTATTACCAAGCCTAGAAGAACCAACAGAT +ATATCCATCTTTTCATCTGGAGTAATAACTTCTCTGTTAGTTAGTTCATCAAATCTTTGA +AGTCTAGCTTTTTGTTTTGTAGTACGAGCCTTTGCACCTCGTCTTACCCAAGCAAGTTCT +GTTCTAATTAAGTTTTGGCGTTTTTCCTCCATACTAGACTCTATAGCCATTCTTTCCATT +TTCTTTTCTAGGAAAAGAGAGTAGTTACCATCGTAGCTAAATAATCTACCTTTATCTAAT +TCTATTATTCTATTAGTAACACGATCTAAGAAATATCTATCGTGAGTTATCATAAGTAGT +GAAAATTTAGAAGCATTTAAATATTCTTCTAACCAGTCAATAGTATCGTTATCTAAGTGG +TTGGTAGGCTCATCAAGTATTAATAACTCACAAGGAGTTATAAGAGCAGAGGCAAGAGAG +ACTCTTTTTCTTTGACCACCTGATAATTCTTTTATTTTTTGAGTATAATCATTTATTCCA +AGTTTAGTAAGAACAGCTTTAGCTTCACTTTCTAAATCCCAAAGATTAAGTGCATCTATT +TTTTCTTGTAAAGATAATAATTTTTTATTTAAATTTTCATCAAAAGAAGTATTTATTTTT +TCTAAAACTTCTTCGTATTCACCAAGTAATTTCATTTCAGCAGAAGTCCCTTTAAATACT +TGCTCAAGGACTGTAGCTTCTTCATCATATTCTGGATTTTGAGGTAAATACTCAACCCTA +ACTTTGTTAGCCTTAGTTATAGTACCAGCTTCAGCTTCTTCAGCGCCAGCGATTATTTTT +AAAAGTGTAGATTTACCAGTACCATTAACACCGATTAAACCTATTTTTTCACCTTCATTA +ATACCAAGATATATATCTTTTAATAAAGTTTTTTCAGAATAACTCTTGCTTATATTTTCT +AATGTCATTAAGTTCATACACATCACCTTTAGTTAAAATTTTAAGTTTATATTTAGTTAT +TTATTTTTCTCAAAGTGTTGATAATCAGGATTTCTCCAGTTACCACCCCAAGACCATCCT +CTTTTAATAAAAGCATTATAGCATGCATCACCTTTTACAATCATGCCTTTTACTACAGTA +TTTCTATTCACATAATCATAAGCAGTGTCAGGGCTTACCTTATTAGTAGAAGTATTAACA +TGAGGATTGTAAAGTGGATTAATATCAATTGCAACTCCTTTTCCATGATTAGAAATCACA +TCAGTTCCAGAAACTGTTCTGTAACAAAAAGATGATGAATTATTATCTTTCATGGAAAGT +TCATCACTAGCATTATACTCATCAATTAATTTGATTTTTTCAATTGGATATTTTTCCATA +TAAAGTTCTTTAAATATTTCTACAACCTCTTCAGCAACATCTTTATTAACAATCATTTCA +CCTATGTGAGTTTTTTCATCAAATCCATAGTAAGTTAATTTTAGATAAGACAAATCATCA +AAACTTATAGGTTCATTTTTAGGCATGGAAGAGCCTAGCATTTTATCTTTTATATCAGTA +GAAATTTCAGAATACGAAAATATTGGTTCTTTGGGAACTGCTTTTACTATATTACTAGAG +TCAATGATAATATTTTCTTTGTTTTTACATCCAACAAAACCAATAGAACTAATTAATGTA +AGGAAAAAAACTATGTATTTAATTTTATTTGACAAATTAGCCTCCTTATTTATAGATATT +ACTACAAAAATATACTACTATAAAACTAGTAAACATATTTTTAAAATAAAATTTTTTATA +ATACAATATTAATTATAACCTATAATGTAAATTTAATCTAATAGTTAAAAATCTAGATTG +TTTTTTATAAAATAAGCAAATAAGGAGTATAAAATGAATTTTTATATATCGCAATTAGAT +GAAAATAAAAAGATAATTCCTATAATAGAAAAGTATAATGTAGGGCTTGAAATAGTTCAG +TTCTCTAATCCATTTATATTAGATAATAAAGAAAAGCTTATAAAAGAATATAAAAGAGAG +TGGGGTAGTTTATTAGACGAAATAAATATTTCAATACATGGTCCATTTGCAGATTTGTCA +GCAGGAAGTAGGGATATAGAAATAACTAAAATAACTAGTAAAAGATATAATCAAGCTTAT +GAAGTTGCTAAAGAGTTTAATGCGAAAAAGATAGTATATCATAATAGTTATATACCTAGA +CTATATACTTATACTGAATGGCTACAAAATACTGATGTGTTTTGGGATAAGTTTTTTGAA +GATAAAAATGATGAGATAATTTATCATTTAGAAAATGTTTTAGAGTGGGATTATTTTCTT +ATTAAAGAGACTATAGATAGAGTTAATAAGATTAATTTTAATGCTTGTTTGGATTTAGGA +CATACTAATGTTTATTCTAAGTTAAGCATAGAACAGTGGATAGAGGCTTTAGGAAGTAAG +ATAGGTCATTTGCATGTTCATAATAATTATGGTGAAGAAGATAGTCACTTTGGAATAGAA +AAAGGAAATATCGATGTTAAAAAAATCATTGAATTAGTAGAAAAAAATAATAAGAATGTT +AGTATTTCTTTGGAAATCGTGAATGTTAATGAACTTAAAAAATCTTTAGAAGTACTTTGT +GAAGATGGACTTATAAGCAGGAGATAGAGATATATAAGTTATAACTTTAGACATAAATTA +TATTTTATAATAAAGAGCTATCATTTAAATATAAGTGATAGCTCTATTAATTACTATTTT +AAATTTTCTTTAATTTGATTGATTAACTCTTGATATTCATCTTCTGTAAGAGTTATTCTT +TCAGGATTCATTGCAAAAGTAGTACCCCATTCAAATTCATCAGAATATTTTGGAACTAAG +TGAAAATGTAAATGACATCCAGTATCCCCATATGCACCGTAGTTTACTTTATTTGGCTTG +AATGCAGCTTGTAAAGCATTGGATACCTTTGCTATATCTTCAAAATAAGCAGCTCTTTCA +TCAGCGCTTAATACTGTCATATCACCAATATGTTTTTTATGTGCAACAATTACACGCCCT +TTGTGGCTTTGTTCTTTAAATAAGTAAACTTTTGATGTTTCTAATTCACATATTTTAATT +CCAAACTTATCTACTAATTCGCCTTCCATACAATAAGCACAGTTTTTGTCCATAATTTTT +AAGTCCCCTTTACTATTAATATATTTCCAATTATTACTATACCATATATGCAATTTAACT +GCACGAAATTAATATTAATCTGTAGATAATTTACAATAAAATATAAAAAAATCCTAAAAG +TTCGCCGTAAACTTTTAGGATTTTTCAATATCTTTAACACATTGTCCGATAATTTTAATT +CCTTTTTCAATATCATCAAAAGATAATCTAGAAAAGCCTAATCTTAGAGTATCATACCCA +TAATTATTAGTATAAAAAATATCACCAGGCATAAAAATAACGCCTTTTTCATAGCATTTA +TCTAAAAGATTACGACAACTAATATCTTTTAGTTTTATGAAAATATGAAGACCACCATCA +CCAAGAATATATTCATTAGGAATATATTTGTGAGCACATTCATAAGCGAAATTAAACTTA +TCACCATAAAACTTACGAATTTTCTTCATATACTTATCAAAACCGCCATTGTATAAATAA +TCATAAAGAATACCCTGATCTAAAAAAGAAACATGAATTGTCTTACATCTTTTAACACTT +TCTAACTTAGAAATGACATTTTTATCAGCAAGTATCCATCCGATTCTTAAACCAGGAAAT +AAAATTTTTGAAAAGCTACCTATGTAAAGAACACCATTATTTAAATTATCAAGTGATGCA +ATAGGGAAGATGTGGGAACTTGAGTAAAGAAGTTCTTCATTAAATCCATCTTCAATAATA +GCAATGTTATTTTCTTTCATTAGATTATAAAATTTATATCTACTTTCAGGAGACATAACT +ATTCCTGTAGGATTATGATATGAAGGCGTTATATAAGCAAATTTGATTTTATCTTTATAC +TTAGATAATTTTTCTTCTAACATACTAAAATCTAATCCATTTTCATCAATATCTACATTG +ATTATATTTAAATCTAAAGCCTTCATAATTTTTATAGTAGTATTATGTGTAGGGTTTTCA +CAAATAATATAATCTCCAGGAAATGTGAAAGCAGACAGTATGATGTCTAATCCTTCTGTA +AATCCATTCGTTATAATGATATCTTTATTAGAGGTATCCACACCTTTTTTATTCATATAT +TCTAACAAATAATCAATTAATGGTTTATATCCTTGTGCATATCCATAGTTAAGAAGTTTA +TGTCCTTCTAGTGAAATTCTATTTAAAAAAGATTTTTTTAACTCATCTATATCAAACATA +GAACCATCAGGAGATATACTTTTAAAAGATATTAAATCAGATTTCCAAGGAATTTCATTT +TTTATTATATCCATTTTATTTGCAGTTTTTGAATAACTATTTTCAAGATTATTCCAATTT +ACACACCAATTACTTTTAGTGACATCTTTTTTTGAGTTTGCGAAGGTACCTTTTCCAGAA +ACAGAGTATATATATCCATCTGATTTTAGCTCTTCATAAGCTAGAACTACGGAGTTTCTA +CTTACTTTAAGAATTTGACTAAGCTCCCTTGTAGAAGGGAGCTTACTTTTATCAGGTATC +AATCCTTTAGATATCATATCAGCTATATGATTTTTTATTTGCGTATAAATCGGATCATTG +TCATTAATCTTAAGATTTGAGAATAACAACATATCACCTCAATTTTTTAATAATTTAATG +TATGAACTTTACTGTGGTAATGAATACTCAATTATTTTATCCAATAAGTCGCTAAAGTTT +AATCCTTTAGCAGCTGCACTTCTAGGAATTAAACTAGTTTTAGTTAATCCAGGTAGAGTA +TTCAATTCTAAAACGTAAGGAACTCCATCATGTATAATCATATCAATTCTTACATAAGCT +TTGCAATAGAAAATACGCCAACAGATTTCTGAAATTCTATTAATTTCTTTTTGAAGTTTA +TCTTCTAAGTATACAACTTCTTCGATAGCTCCATTATCATTATATTTTGAAGTATAATCA +AAGAAATCGGAATTTGCTTTTATTGATATTGTTGGATAGACTTCACCATTTAATACAAAC +GATGTGTACTCTACTCCAGGTATATATTTTTCAATTATTGCGTACTCATCAACCTCTAAA +ACTTTTTCAACTGCATCTTTTACTTCTTCCTTTGAACGTACACAGAATGTTGCTACACTT +GAACCTCCACTATTAGGTTTTATAAATACTGGATACCCAAAACTATCTATTTTATTATAA +TTTATTTTATCTATAGAGTTTGTAACAATCCATTCAGCAGTAGGTAGATTAGAATGTTTT +AATATTTTCTTGGTAATATTTTTATCCATACAAATTCCACTTGATAAAGGTCCGCATCCT +GAATAAGGAATATTTTTTGCTTCTAATATAGATTGTATACATCCATCCTCTCCGAATTTA +CCATGAAGTGCAATAAAAGCAAAATCAATATCATTTGAAATCTTTGTGAAAACATCTTCT +GTGCTATTTATAACAACTTTACTTACTTCATATTTACTTCTATCAAGATTATTGAAAACT +TCATTACCTGAATTTAAAGAAACTTCTCTTTCGGATGATACACCACCCATAATAACTGCT +ATTTTCATATTTATCACTCCCAATATATTTATTCGTTTTGTTAACTTATTTATATTTGAA +TCTCGACCCCGATAGGGATTACAATAGTTTCACCACAAAACATATTCCCCCTATAGAAAG +GAGTCGAGAAAATTGAAACCTACGGTTAAATGCCCTGAATGTTATAACACAAATTTGTAT +AAGTTTGGTAAGGATAAGAATT +>MGYG000000001_5 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAAGTGATAACTACCTTATTTTTTACTTAACTTATTTCTCCAAATTTTAGATTCTTTGTA +TATATCATCAGAATTAAGTATAGCTGAAACTCTAGCATATCCATCACTATTTATTTCTCT +TAACTTATCTAGTATATACGGTGACAAGGAAAATTATTAAGTATCAATTTCTAGCCTCTT +TATATATCTAAATTTTATTTCTATTCATTAGTGTTTATTGCACTAATTTTTATATTATAA +TCATCAATATTATCTATACCGAAAATGACCTTATATTTTCCATCTTTATTTACTTGCTCA +GTTAAGATTGTATTTTTGTTTTTAGCATTTATTTCTTCTTTAAAAATGATTTTATTATTT +GATTCATCTATTAAAGTTATACTTACAGATTTTCCAGTCTCTTTTTCAGTATTAATTTCT +AAGTTAATCTTTTCATATTTATTAAGCTTCATCGTTACTGATTTTTCCTCTATGCCATAT +AACAACTCACCTACTACTCTAGTTTCATTAGGAATTACAACATAAGCCTTCTCCTCTTTA +TTATACCTTCCCTCTATTATATCAGTTTTATTTTCGTCATATTCATCAGTATAGAACTTT +AACTTCCCATCCCTATATGCAAATTCAAATAATGCTTTATTAACTGGCTTATATGCTTCT +CTTATTTCATCTTGAGATTTATCAAACATTTTATGATTTAAAGTTGAACTTATATTCATA +TCTATATTGAAACCTCTTTCTGTGGTAAGTAAATTTTCATTTGTTGCATCTATTCTAACT +AGATAATTTGTATAATCACTTATTCCTATATTAATATCTAATCCTGCAACAACATTATCA +TCTACTTCTACTTCAATATATGTATCTCCATCTTCAGCTCTAAAATCATATATATAGTAG +TTTTCTCCAAAGAGTTCTTCTTTTCTTTTTTCATATTCTATATCTAATTTTTCTATTATA +TCTTCAATAGTAATATCTTCATTATTCTTCATACTATTTACTATCTCAAAATATAGACCT +ACTACTTCATTTGTATTTTTAGATAAGTTTAATTTAGATACAATTTCTTCAATATATTTT +ACGTTGTCTCCCGATATATTTAATGAACATACATCATTAGATTTATCTATCTTTGTCTTA +ATGTTTTCTTCATCTTTAGTGTATGAGCTACTTACCATCTCTTTATCTGTTTCATTGATT +ATGATTTCTACATTACTATCTTCATCACTAAATGTACTAAATGACATATCAGGCATTTCA +AGTGGTTCCCCAAATCCTCCTTCATACTCTTTTTTTTCTTCTTCTGATAACTCTTTTGAG +TATTCTTGTAACTCATACTCATATTCGAAATTTGCAAGTGCTTTTTTCGCATCTTCTAAA +GATATATCCTCTGTTTGCTCTATTATTGACTGTAAGTAAAAGTCTTCTATATTTGTACTT +ACTTCTACTTTACTACATCCTGTAATCGTAGTAATTGTAGCAATTGTTAAAAATGCTATT +ACTTTTTTCATTTGTCCCCCTACTAGTGTATCTTCGAATTTCCATCTCTATTATATTATA +CATAATATTCAATTTTTTCCAATTGCATTATAGTTTTATTAAAGTGAACTTGTATTAAAC +CAAATCAACAAATATATTCTTAATAGTATTTATACTAATATCAGGATTTTGTTCGTACAG +TTTATTTACATATGCTTATATCGTTGCTGAATCTGTAGATATTACATAATTTATTACAGT +TTCTAGACTTTTCTGTAATTCTTCTTTTAATGGTAATTTTATTTTTTCATATTCAATTTT +CCTACATTAATACATTATTATCCAATATTTTACTAAGTATTTTATTTATATAACAATTAA +ATATAACTTACCATAAAACTAAAATTTTATAGTAAAAGTGTAACCTTTTTGATGTGCTTT +TGAATACACTCTATTGACAAGTGAATTAATAAACGTAGTGTTCTTAAACTTGTTCAAGAT +ATTGATGAATGACCAGTTAATTAGTTAGAGTGACCTGACCATACTCTATGCCTTTTGAAA +TAAAAACTATCTATATTGTTTATGCCAAAATTTTAAAATCAAATTCATTTACTTTAAAAA +TAGGCTATGTTTTAATATAATGTTGATTTTAGAAACTATTTCAATAATAAAAAGTAGGGC +TAATAAATTACTTGCTCCTACTTTTGTTCTCAATATATTAATATTCTAATCTATTTATCC +TTATTTATTGCATCCTTAATTTCATCTAATTTTTTAACTATTATACTTGTACATATAATA +ATAAGTCCAAATATCAATATTAATCCTGTGTAAGTAAATAAATGATAGGATACAGTAAAT +GCATCTCCCCAAAATATAAGTTCACCTATTGGATACATTATGAATTGATTTACTATATAA +AAAATTATCATTCCAATTATACCACGTAGTATAATTTTATCCACTATACTCTCCTCCTTC +TTTTCTTCGTATTATATAACAATTGTGTAACAAATTTTATTATATCATTTTCAACATCAC +TTTAAAACATATCCTAAAAATAAGAAGGCTACCCACTATTAAGCAGGTAGTTTAGCAACA +AATGCACTATAATTAGTTTCTTCATTTTTAATTAAACATAAGGCGCTATATGTCTCTAAG +TCCTGGAATGCTTGTTCATCATATCCATACTTTTCAAATTGTGTATGAAGTTCTCTATAT +GCTTGAATATCTGCTCCTGCTAATAACATATAAGATGCTCCACCAGCTTTGAGTGTCATT +CTATATTTAGAAGATAGTTTAGTAGTATTATCATCATTTATTGCATCTAGTAATACTTGT +AGATGTTTTAAATACTTACGTTAAAACTACAGATAAAATCAAAAAAATACAGCTAATATT +TTAGAAAGCGTGTTATAATAAAACAAAAGACACCCAAAAAAGGTGTCAATTGATAACTTA +ATAATTTTTACTTAACTTATTTCTCCAAATTTTAGATTCTTTGTATATATCATCAGAATT +AAGTATAGCTGAAACTATAGCATATCCATCACTATTTATTTCTCTTAACTTATCTAGCGT +ATTTAAATTAACTCCGCCAATAAGTACCATTGGTAAACCTACTTTTTTAATTAATTTTGC +TTCATCAATAGAAACTATCTTTGCATCAACTTTTGTAGATGTTGAGAACATAGCACCTAC +CCCAATATAGTCTGCTCCATCTTCCTTTGCTTTATAGGCTTCTTCTATATTACTTACTGA +TACACCAAGTATTTTATCCTTTCCTATTAGCTTTCTTACATATTTTGCATCAATATCACT +TTGTCCTACATGAACACCATCTGCTTCACTAAGAATTGCAATGTCAACTCTATCATTTAT +GATAAAGTTAACATTATGCTTCTTTGTGATTTCTCTTAATTTTATTGCTTTTTCTAAAAA +TTCTTTTCCTGATGCTTCTTTCTCTCTTAACTGTACAGTTGTCACTCCACCTAATATGGC +TTTTTCTATACAATCATAAAAATCTCGTTCTTTAAGGATATCTGAATCGGTTACTAAGTA +TAATTTTAAAGACTGTCTTAAATCATCTTCATTTATCATAACAGCTAACTCCTTTATATT +ATCTTTAGATTATTGACTTATAAAATCAACATTTGCATATTTATTAAGAGTAGCTATGTC +CAAAGTATAAATATTATCCATTAATTTTACCTTAAAACTTCCTAAAGATATATTATCTTT +ATCTGCTAACTCTCCACATAAAGACATTGCCAACGTTCCCATTGTAGCTGCTTGTAAATT +ATTATCCGTACAAGCCATAAAGCTTGCTATAAGACTTGCTGTCATACAACCCGTTCCAGT +AATTCCTTTTAATTTTTGTGTACCATTATTAACTTTATATGTACTTTTCCCATCAGTTAT +TATATCTACTTTTCCTGTTGCAACAACAACACTTTCTAATTTTTGTGCAACTCTCTTTAC +TATCTCAGTAGCATCACTTCCATCATCAAAAGAATCTACGCCTTTGCCCTTTACGTCAAA +TCCACCTATAAATTTGATTTCTGAAATATTCCCTTTTACTACATCAAACTTCACTTCATT +TAAAAGCTTATTTGTAAGTTCCATTCTTGCTTTAGTTGCAAAGACTCCTACTGGATCTAA +AATTACAGGCTTATTATATTTATTAGCTGCCTTTCCTGCTTTTATAAATAAGTCTACATA +TTCTGAATTCATAGTGCCTATATTAATAACTACTGAACTAGCTACACTAACAATATCATC +TACTTCTTCATAAGAAAAGCTCATAAGTGGGCTTGCTCCTATTGCTAATGTTATATTTGC +ACAATCATTTATTGTTACATTATTAGTATAATGAGTCACTAAAGGATTTTTTTCTTTTAC +TGTATTTATTAAATTAAACATAATATTCCCCCAAAGTATTTTTAATTAGTAAGTACGCAT +AATTCATACATTTTAAATTTGCTCAATTTTATCTTCAAATTCATAAAAATGATTAACTGG +CCCTACTCCCTTGCCTATATCAAAACTATGTATTATTGCTTCAGTTATGTATTTTTTACT +TAATTTTACAGATTCAAATATGTCATAACCTAGTGCCAAATGTGAGGTTATTGCAGATGA +TAATGTACATCCTGTTCCATGTGTATTTTTTCTATTAACCCTATTCTCTTTATAAATTTC +AAATGTGTCTTTCCCTATAAGCACGTCTATAGCATCACCCTCTAGATGACCACCTTTCAT +TAGTACATATTTGGGTCCTAACTCTAGTATTTTTTCTCCGACTTTTTTCATATCTTCTAA +ATTATTTATTTTTTGTCCACTTATTTCTTCAGCTTCAGGTATATTAGGTGTAACTACGTA +AGCAATTGGAATTAAGTGTTTTATTAAGCTATCTTTTGCTTCTTTTTTTAAAAGAGAGTA +TCCGCTTTTAGATATCATTACTGGATCTAATACAATGAACTTTGGATTGTATTTTTTCAA +AGTATTAACAATCTCTAGTATTATTTCTGGATTTGACACCATACCTATCTTTAATGCTTT +AGGATAAATATCTTCAAATACAGCCTCTATCTGTTTTCTTATAATTTTTTCACTTAAATC +CTCCACATCTAATACCCCCCGTGTGTTTTGAGCAGTTATAGCTGTTATCACACTCATACC +ATAAGTTCCAATAGCACTAAAAGTTTTTAAGTCTGCTTGTATCCCAGCTCCTCCAGATGA +ATCTGAACCTGCAATTGTAAGCGTTGGTACTTTATAATTTCTCATATTTTCTCCTTATAG +ATTATAAATTTACAAGGTAAGAAAGGTACAACCCCTTTTAAAAGAATATGTAAACTAATT +TTTTATGTAGTTTTATATTTTAATGCATAAAAAATGCTATACCCATATAGGTATAGCATT +AGATTACTTTATAAATATAAAATATATATTTTATAAAAGGTTGTGCTTTCCTACGCTGGC +ATTATCCAGATCAGGTATAAGGGTCGGGTTTATCCTCTCAGCCAAATGGCTCCCCTAGCT +AATTCTTGTATTTAAATTTTATAAGTTAATTATAATATAATATTATTTAATGTCAAGTTA +ATATTTAAATTCCTACTCGGTAGTATTCTTTATTTTCTAATTCATCTAATAGCAACTCAG +GGCTTTCTATTATTAAAAGCTTCTTTTTTCTACTTAGCTTTTTAATGTATGATTCTAATT +TCATGGCATTACTTCTTGTATCACTAATAAAATAAACTTCTAATTTGTCAAAACCTTTTG +CTCTTGTATATTTTGAATTTATTCCTTTTTTATGTTCTTCAATTCTTCTTTTTATATCGC +TAGTATAGCCTGTATATAAAGAATTGTCTTTGCATCTAATGATATATGTATAATACATTT +TTCCCCTCTCATCTTAAGTAATATATAAAACTAATATACTATAGTATTTTTTGTAGTACA +ATAACTAATATTTCACATAGAAAAAAGACATAGCTTAAATAGCTATGTCTTTTTTCTATG +TAAGTTGAAATTATTCAACTTCTATAGCATCAACTGGACAGCTTTCTTCTGCTTCTTTTG +CTGAATCTTCTACACCATCTGGAACTGGATCAGCTATAACATGAGATTTTCCATCATCTT +TCATTTCAAAAACTTCTGGGCATACTGATGGACATACTCCACATCCTATACAAGTTTCTT +GATCAACTTTTGCTTTCATAAATAACTCCTCCTTTATATTTAATAATACTTTTAGGTATT +TTGTATGAACTCTCAATTCATATCTGTTTTTATTATTTCCTCAAATAAAAAAAATACCCA +AAAATTTTAGGTATTTTTATTTTCATATTTTTTATATACAATAATCTAAAGTAATTCCAC +TTTCAGATTCCTTTGGTAATATAATTTTAGCAGGTATTCCTACTGCTGTAGCATTACTTG +GTACATCTTGTAATACAACTGCATTAGCTCCAATTTTAACATTGTCTCCTATATTTATAG +GACCTAATACCTTTGCACCAGAGCCTATAACTACATCATCACCTATAGTTGGGTGCCTTT +TCCACTGCTTTTCATTACCAGTAGCTCCAAGTGTTACCCCTTGATAAATTGTAACTCTAT +TTCCTATTATAGTCGCCTCTCCTATCACAACACCCATACCATGATCAATTAAAATACCTT +CACCTATTCTAGCACCTGGATGTATTTCTATTCCTGTAAAAAATCTAGATAGTTGGGATA +TAAGCCTAGCTAAAAAAAAATATTCTTTTCTATATAGAAAATGAGATGTTCTATACATAA +TTAAAGCATGTATAGATGGATATAGCAAAAAAACTTCTAGCTTACTTCTAGCAGCTGGAT +CATTATTAATAATATACTCTATATCTTTTTTTATATGATAAAACACTTATCTCATCCTTT +CATTATTTTCTTAAAAAATACCCATGGACATATACTTATTTATTCCATCTGGGGCAACAG +TAACTATTTTTTTATAATTATATAATTTTGATAGTTCAATAGCTGCAAAAATATTTGCTC +CAGCAGATATTCCTACTAATAAACCTTCCATCTGGCCTAATTGTCTGACCATTTCAAAGG +CATCTTCATCAGATACAGTTATTATTTCATCACAAATTTTTTCATCATAGTTTTTAGGAA +TAAAGTTTGCTCCTATACCTTGTATTTTATGTCCACCTGCTTTTCCTTCACTTATTAAAG +GTGAACTCTTTGGCTCTATACCTATTATTTTTACGTCAGGATTCTTTTCTTTTAAATACT +TTCCAGCACCTGAAAGAGTTCCTCCTGTCCCTATTCCACAAGTAAATATATCTACATCTG +GTAAGTCATTATAAATCTCTACACCTGTATGTTCATAATGACCTCTTTTATTATCTGCGT +TTTCAAATTGACCTAATGATTTATAATTTGAATTTAATTTTAAAAGCTCATTTGCCTTTT +CTACTGCCCCATTCATACCCTTTGAACCTTGAGTTAATATTAGCTCTGCTCCATAAGCCT +TAACTAGTTGTCTTCTTTCTATACTCATAGTTTCTGGCATTATGATGATTACTTTATATC +CTTTCAGTCTACCAATCATTGCCAAGGCTATTCCAGTATTTCCGCTAGTAGCCTCTACTA +ATACATCACCTTTTTTTAAATCATTTCTTCTTATTGCTCCATCTATCATGGCATATACTG +CTCTATCCTTTATACTTCCAGCTGGATTATTTAACTCTAGCTTTACATATACATTAGGGT +ATCCTAATCTGTTTAACCTAATCATAGGTGTATTTCCTATTAAACTTAACACATCTTCAT +ATATCATAATCTATCCCCCCATATATTTACTATCAAAATGATAATCATATTTTCATTATA +TTATTATCATTTTGATAATGCAACAAATTTTAAAATAATATTTTCTTATTTCTTAAATTA +ATTTTATTATATTTATTAAATAATTTTTATTAGCAACATAGTATTTTTTATAATTTATAT +CAACTATATTAATAAAAGATCTCTTTACTTAAGAGATGTGCTGGTGAAACATTTCTAATT +TAGTAATTTGAATTATAAAAAAAGCGTGTAATATATAGTATTCATAATTCTATATATTAC +ACACCTTTTATTTTTGTTATCCTTCAAAACTACTAACAAGTTCTACTATTGGAGTAACTG +ATTTTTTATTTGTAAAATCCATTGGAGAATAAAAATCCCTTAAGAATTCCTTATTCCATC +CTTCTAACTCATTATAGCTTTTATTTTCTAAAGATTTCCTTAAACCCTTCGTCATGACTT +TATCTATAAAAGTTAAGTTTTTATAATCAAAGGCTCCTTTAAGGTAAAATAATCTTATAT +TGCTTAGAAGTTCTTCATTAAAATTATCATCAGCTATTTTTTCTATTGTTTTATCATTGC +ATTTTGATAATCCTACTGTGAAAATTATAATATTTTTATCCTTTATTTTATCATAATTCT +TAGTTATAAAATTTAATCCTTTTATTTTACCTGCATGTAAAGATGATCCATAAATTATAG +TTTCATAATCTTGTAAATCCCTATCTATAACATCTGAAAGCTCGTATAAATCTGCATCTA +ATTTTATTGCTATCCATCCTGCATATTTCTTAGTGCTTCCATACTTAGATTTATAAATTA +CAGCTACCTTATTCTTTGTATCCAAGGTATATCCCTCCTAGTTATTTATATATATTAATA +ATAATTAGGACAAATTTATGGAATATTCCTTTCAATTATTCAAATAACTTTTCTCCAATT +TCTGCGAACATTTGTAGTATTAGGAAGGCTTTTATATCGATTTCTTCATTTTCAGATAAT +ATTCTTCTTGCATCGTCTTGTGATATTAATAGTGGTTCTATATCTTCATCTTCTTCTAAG +AATTCCTTGCTTAACTCACCATTACAAGTACAGTATACAAATGCAACTGACTCATCTGTC +ATTCCAGGAGATAAGTAAATCTTATTTTTGCTTTTTATTTTGTTTATTTTTACTATATCA +AGGCCTGTTTCTTCTTTTAACTCCCTTTGAACTGCCTTTTCCATACCTTCTTTATTGTCT +ACTAGACCTGCTGGTAATTCATATATGTAGTTATTTATTGGCACTCTAAATTGCTTTATT +AGAATAAGCTTCTTATATTCTTTGTGAAATGCAGCTATAACTACTGCATCAATATCCCCT +TCTTTGTCATTTAAGTATATCTCACTTAATTCTTCTTTATTTTTTCTTGATGCAACTGTC +CATGTTCTATCGTCACCTAATTTATTTTTATAACTAACCTCGTAAAGTCCTACAAACTTA +GTTTCTACTAATGGTTTTATATCTTTTATTTTTGTATTTTTCATGCCCTTTCATCCCTTC +TCTATTTATTTGTAATTTTGCTTAAAATTCCACTCAGAATAAAACTCTTCTATGAAGTTT +TCCATATACTTATGCCTTTTTTTAGCTATTTCTTTTGCCGTATTTGTATTCATTAAATCT +TTTAATTTAAAAAGTTTTTCATAAAAATGATTTATAGTGTGATTATCTTTATTTTTAACT +TCATCTAAAGACTTAAAATCTATAGGTTTTATGCTAGGATCGTACATACTTCTATTTTTA +CTTCCACCGTATGCAAAAGCTCTTGCTATTCCTATAGCTCCTAATGCATCTAGTCTATCT +GCATCTTGTACTACCATACCTTCAATAGTATTTTGTGTAGAATCTACAACCCCACCCTTA +TAAGACATAGTTTTTATAATATTTAAAATTCTATTAGAATCTTCTTCACTTACTTCTACA +GATTTAAGAAATTCTTCTGTGACTGTTGTATTGTATACATCAGAAAATTTCCAATCATCA +ATGTCATGTAAAAGAGCTGTCATCTCAACAATAAACATATCTGCACTTTCCTTTTGGGCT +AAGTATTTTGCCATATTACAAACTCTTTCAACATGAAACCAATCATGTCCACTTCCTTCT +TTATACATTTTTTCTTTAACAAAATCTCTAGTTTTTTCAAGTATTAATGCTTTATTCATA +ATGTAAGTATCTCCCAATTTTAGTCTATCTTAATTTTGTAATTTTACAAATCAACATACA +TATAATTAATATCTTTGTTATTTTCTATATAATTATAAATTATATTTATAAAATCAATGC +TCGACTTATCTATTATTTCTTTAGTCTTTTCTTTTTCTTTTAAAATTCTATCTCTTATGT +CTAAAGTAAGCTCTTCTTTAATTTTATCATTAATTTTATTTAAATCTATTATTTTACTAT +ACAAAATTTTACCATATCCAATCAGATATATTTTAACTAAACTTTCATTTAATTTAATCC +AGCCTATTAATAATTTATTATCTACAGCTTTAGTTATTATTTGTTGTTTTCTAAAAAGGC +TATTCATCAAATCCATATTTTTCTTGATTCTTTGAGCTTCTTCAAAATTTAAACATTGAA +TTGCATCGTTCATTTGTTTTGTTAGTATATTTAAAATTTCATCATTTTTTCCATTTAATA +TTTTTATTATATTTTCTAATATATCCTTATATAAATCCTTATTTTCTATGCTTCTGCATG +GACCTATACATTTATTCAAATCATATCTTATACACTTTGTAAACTTTTGACAATTAGGTA +ATTTATATACTTCAATAAATATATTTTTTATTTCCTCTAATTTTCTCTCCATGGTGTATG +GCCCAAAATAAATATAGTCATCATTTTCTATATGATCTACAATGTAAATGCCTTTTTGAG +AATTTATTTTTATATAACAATAATTTTCATATTTTTTCATTAACGTGTTGTACATAGGTT +TTATTTCTTGTATTTTTTCGCACTCTAAAATAAGTGCATCTAACTCTGTATCTGTAGTTG +TTATAGTTATATCTGAAATATTCTTAACCATTCGTTTTATTTTTCTAGAATGATTGTCAG +AATTTACAAAATAACTTTTAATTCTATCTCTTAAACTTTTAGATTTTCCAACATAAATAA +TATTACCTTTATCATCTCTCATCATATATATTCCAGGGCTTTGAGGGAAATCTTTAATTT +TTTCTTTTATGTCCATAGTTACTCCTTTGATGAAAAATTTACAACTTATTTATTTCATTA +TACCTCATTCTGTATGCAAAAATTGCTGTTTCACTAAGCTTTTCTATTAAATTTCCATTT +ACACAAAATCCTACAACTGCACCAATACCAGGCATTAGTTGAAAAAACTTAGCTAAATCT +AAATAATCTCTATATTCTTGTTGGAACTTTTTCCAATCAAAATCATTTATATCACTTGGA +AGTGTATTTGTATATTTACCCCAATTTTCCATTTGCTCAAATACTGTCTTTCTATGTGCT +TTAGATGAAAATGCAATTTCCATTATGTTTAATATATATATTCTTTCTTTGTAATCTCTT +ACGTCGTATCCGTATATGGCTGCAATATCATAAAGTAGCTTTACTTTAATGCCAAGTAAT +AATGGAAAATCTGCTAATCCTATAAGAAATCCACCTGCTCCAGTACCTGCTCCTTCTATC +ATTGCAGTCTTTTTGTATATTTTTGTTTTTTCTTTGATTAAGTTTTCTCTTTCTTCTAAT +GTTAGGTCTGTGTATGGTTTCTTAGTAATGTATTTATATCCAAATAATACTGCTTTTACC +ATACTTTTTATTGCTACTGTCATTATTTCATGGTATTTTTGAGGAAGTAAGTCGTTGAAT +TTACCTTGGGCTTTGTTAGTTCCTCTTTCTATTATTGATGGCTTTTTTCTCATCTTTTTC +TTCCATTTTATTAGTTCTTGTTTTGCATTGCTTTCGTAATTATTCATTTTTTTCTCTCCT +AATATATATTATACATTAAAAAACCTACGTCTAGTTTTTATACGTAGGGTTTTATTGTTT +ATTTTCGTTATTTATTAATAATATTTCTTACTTAAACCTCATTTATTCCAAACTTTCTTG +AGATAGACTTGTAATATGTGTTAAATTTTTTTTTAATTATCTTGTTTCTATAAGTTTTAA +TAAGACTACTTTCATTAGAAATGTATAAGTTACTTCCTCCTGCAAGCTTTACTAAGTCTT +TAAAAGCATCTATACCTATTGTTTCAACTATATCCATAATCCCTTTGGTAGATCTTCTTT +AGTCATTTGTTCTAACATAAAATCCATCCTATCTTAATTAAATTATAACACTTTCATAAA +GCTTATAAATTATTTTAAGTTATTGATTATGTATTTTAATAAAATCTAATTGCTTAACAT +CTTCAATTGATAATAATTAATAACTTAATAATACCAAACTGAACAAAAAAGTGCCCACTA +AAGCAAATATTTTCGTGGACACTTCACATATATAAAAAACCTTCTTTTTATATTTTAAAA +GAAAGTTTCTAATCTTAACGCTTTAAAACTGTTGTATATATATAATTATACAAATTGGCA +TGTCTTAGTTCATCACTTAATATATTAAATACCATATCTCTATAAGCTAAATTGGGCATT +CCCCCCATTATTACTCTATATCTTTTAACTGCATTTAATTCTCCATTTAATGCCATAAGT +ATTCCATCTACAAAACTAGCTGGTGGTACAAATTCTTCTTCTTCTGGATTAGCATCTTTT +CCTGTAAATATTTTATACATTTCCTTAAACACTTTATTGTGAGATATTTCATCATCTCTT +ATAGAAATTATAGTGTCTTTTATTTCCTTAGCCTGTTTTGATGTTATTCCTTCTGTTGGA +ATGTTATTTATTAACCATTCATAAAATAATGCATCGTATTGTTCTCCCTCAACTGATTGT +TCTATAAGGTTTACTGCATTTATAAAACCTTGAGGTGTTGGATAATTATAGTTATAATTA +AACATGTTTGTCCTCCCTTATAATATACGCTCAGTTTATACTATTCGGGTATACAAATTC +TGTTACATGGATTTACATTTTAATATTTTTAACGCTATGAACTAAAATATAGCATCACTT +TATATTCATTATAATCTCTATTAATTAATTTAATTAAGACATGCTTTAAACAGTTTTTAT +TTTTATTAACTTTTATGCCGAATAGATCATCAAAAACTGGTGACGTTTTTATTATCCCTC +TAAATTTTGATTGAGAGTGATGGTCTTTAACTATACCAAGCATACCTTGAGCTTTTCCGA +GGTATTATCTATTGGATTTTTTATTTTGCAATATATTAATATAAGAAACTAATATATTAA +AAATCTTTTATTATACTTGGGTGTTCAAATATGCTATCTAATTTTTTTATAAAAGGTATT +ACTTCTCCAAAATCTAATGCACGATGGTCAAATGCCAAGCATATAGGTAAGATTTTACGA +ATACCTATAGATTTGTCTCCATTTTCATCAATGTATACACCTGGTTTTTCTAAAATCGCA +CCAAAACCAATTACACAGACTTGTGGTGGTATAATGTCTAACATAGCAATAGCACCTTTT +TGCTCCCTATATGTAGATCCAATATTTGATATAGTTATAGTACCGATTTCTAAAGGTATC +TTAGATTTATTTTGACTATTATCTTCAGACATTTGATATTCTCCACTTATTATTCTGTCT +ATAATACTATAGTTTATTTTATCTGAAAATGATTTAGATAGAGACTGTGTATCTATATTT +TAAATTTTTTCACCTAAATCTTTAATATGTTTATTAATTTCATATAGAGACATTTCTTCA +ATATTATTTATACTTATTGTCATCATTTTTCCACTTGGTAAAATCCAAGGCATATTTACA +TTAATATCTTTAATTGTGCGAATTTCACCTTCACCAGTACTTTGATTATATGACAGATGA +GAATTTAGTTTTGGTGCAAATTTTAATCCTTCTGAAAATACTTTTAACATTAATGAATTG +ATAGAAACATTTTTTAAAGAACTATCTTCTATTCTTAATTTTTTAAATTCATCAATAAAA +TCTGTAACATCTGGCTCATACATATAAGATACATGTGGTATAGTCTGCCAAGATTTAGTG +GTCATATATGATATAACTTTTCTTTCAACTGAAAATTTTTCTATATTATTAATTGTTAAT +TTGCTCATAATAAATCTCCTATATTTTATTTTAATATTAATTATTATTTAGTAATTTAAA +ATAAAATATACTTTATTCACCTTATATAACAATTGTGAATCAAACAGTTATAATATAATT +ATAACTGTTTATATATATCAGCATAATTAACCTTGATTTGTTCTTTAAGTTGTTTGTTTT +CTTCTTCAAGTCTTTTAATTTTTCTTTTTAAACTTGCAATAATTGCATCTTTGTTATTAT +CATTCATTTCTCTTTTAACTTGTGATGGAGTAGGAACTTGTGATTGCTGTTGTCTAAGAG +TTTCAATACATTCTCTAATATCTTCATTATCATATAAAGTTTTTTTAGTGACTCCACTTT +TATTTGCAACACTATTAAAATTTATAGCCTTTGTATTGCTTTATCAACCTTTTCTTGTGT +CAGATCCTTTCGTTTGCTATGCAATTCTTTTTTATTATGACTCGAATTATAAATTTAAAC +ATAAAAAAAGACACGCAATGTGTCTTTTTCACGAACATATATATTATAATATAGTTACAT +TTTCTGCTTGAGGGCCTCTAGCACCTTTAACTATATTAAAGTTTACTTTCTGACCTTCCT +CTAGTGATTTGAACCCATCAGCTTGTATAGCTGAAAAATGTACGAATACATCATCTCCTC +CGTCTACTGATATAAATCCAAATCCTTTTTCATTGTTAAACCATTTTACTGTTCCATTAT +TCATAAAAAATACTCCTATAAACCTATCTCTAGATCTCTCTTAATTTATTTGTATGTTAC +TACATATATCATTATATGCATTTAATGTTTATTTGATACTAGTTTTTTCGTAAATTCATG +TAATTTATATATTAATTTCATTAAAAAAGATTATACTTATCTAATAAAATACTTTTAATA +AGTGCTAAGTATTTAATTTTTAATTTCTTAATATAAGTTAATCTAATTTTTTAATAAACT +CTATCTCTTATTCAATATATATGAGTTTATTCCATACTGATTAAAATAATCAACCAATAA +ACTACCATTTATAAGGGATATATTATTATCCGCTGCAAACTTCTCACATTGAGTACTAAA +ATTACTTGTAGATATAAATATCCCCTTCATAGCATCAGAATTTCTAACTACAGACTCAAA +TTCTCTAAGCTTTGGTATATCTATGTTATTCTTATACCTTTGTTTTTGTTCTTTTATTAA +TTCTTTTGTTACTTGTTTTGTGAAGTTGCCTGCTCCTTTTTTGCCATAGTTTATGCTCCT +TGTGCGAGTTATATACTTACATTATTTGCATAAATTTCATTTTTATAAATTAAAAACCCT +ACGTCTGATTTTGATACGTAGAGCTTTATAATTCTTCCTTTTTCAATTTTAGCGCCTTCC +TTTTTAAGATATGTGTCTATTGCTAATTATTAATTAACTCGTTATGCTAGTTAATTTAAT +ATATTTTTATAATTCGCAATATATCAACATTGCTTAACTTAATTTTCTTCAATTAATTGT +GGATATATTTTATCTATCGTACTTTTTATTTTACCTTTATACATAAGTTTAAATATACAC +CATGCTATAACTCCACCTAATGTATTTAATATTAAATCTTCTACGTGAACAGCTCTTATA +CCAGACAGTCCCAGTATATTCATAAATAATTGAATCAACTCTATTGATAATGATATTAAA +AAAGCTATTATCGTAGAGGACTTTAAATTTCTTACTTTTTCACTTATTGCACATATATAC +AGTACGAATGGTATTAATAAGACTAAATTCCCAACTACATTTCTTATTATAGTTCTAAAG +AAAATTCCACCTTTAAAATAGTCTATAAATGGTACGATGCTTATATTACATCTTTCTAGA +AAACTTAATTCCTGTATATGTGGTAACATTCCACCTATGTATATAGGTAAAATAGTTATT +CCTATAAGTAAAAATAAATATATCACAAATAAATTAGTTAAAATTTCATATCCGATATTG +AATTTAACACCTTTTTTTCTTCTGTTTGCTAAAATTATTATTCTTACGATTATCCATATC +GGTAATCCAAGTATTAATAGCCCCTGTAGTTCAAATGAATACATTTCTTACTCCTCCTCA +ACCACTTTTGTGTATTTCCAATATTCAACATACCATAATTACAAATTTATATCAATTATT +TTTATATGTACACTAAAACAGATGTTTTTATGAACACATAAAATAATCACAACATTTGCT +TCGCACTATATAGGAGTTGTAAACTTTGGCTATATTATATATTACATTGAAGAATTTTCA +GTAAAAAAACTATTTGTAAACAGTATTACCTATAATACTTAACTTTAATTTAATTCAATA +ATCTATTTTTATAGTATATCTAATTATAGATATACCTTTTTATTTTATGTTTGATTTAAT +TTCATTTACTTTAGACTCTAAGTCTTCTAAGTATTGATATAATTCATTTAATTGTTTATA +TACTACTGTATTCATCTGATCATTTTCATATACAACTGTAGCATGTCCATTGTTTATGAA +ACTTTTTAACTCATATCCTGAATCTAATACTTTTGGATCATCATTTATTTTTTTAATATA +ATTATCTATACTTTCAAGCTTTTTATTTACTTTCTTTAATAAAGAGGTCTTTATTATATT +AATAACTATATTACCATTTAAATATTCTCCTGATTCAATATATCCTCTAGATTTCTTTAT +ATCTATAAGAATATTTTCACAATAATCATATAAATTCTCCATTATAATTCTCCTATCTTA +AATTTGTTGATACACTAGCTATACCTGCTCCTGCATAAGTTATATTACTAATTGATTTGC +TTTTTTTCAATAATTTTTTCAAAACTGGACATTAAATATGCAAAACTGGACATATTTAAA +ACAGAGCCTTTTATATTAATTCTAGACATGCCTTGCTAAAATATCTAGTAGTATTAATTA +TCTTTTTGATTGAAAAATGTAACTTTAAAATCAGTATATTCCTCATTGCTGCTTACATTT +ACTTTTCCATTATTATTTTCTACGATTTCCTTAACTATATGCAAGCCATATCCATGACTT +CCATCTTCATTAGTCTTTGTAGTGAAGCCTGTATCAAATATACTATCTATTATATTTGGA +TCTATCTTCGGTCCATTATTTTTAATACTTATATAAACACTATTAAATATTTTATATGTT +TTTATAATTATTAATCCATGACCTTCTAACGCTGTAATTGCATTACTTAAAATATTTGAT +ACTATTTTATGTAATTCATACTCACTAATATTTATTAGATTAGAATCAAACTCCTCATCT +ACAACTACATGTATATCTTTTAAATCTAATGACTCAACTACACTAGATATAATAGAACCT +CTATTAGTAATATATTTTACACAAGGTGATACTTCAGTGTTTCCATTTATTATATTTTTT +AACATTTCTCCCAATCTATCATATTGTTGCATTATATATAAACCATTAATATATGATATT +TGAGAACCATAGTCATGCTTTATTTTTTTCAGTTCATTATTTTTAGCAATTAATAAGTTA +TTCAACCTATTAATTTCTTCATATTTCTTGTTCATGCTATTCATATAAACTGAAATGCCT +ATTATAAATATAACAATCATTAGTATCAATACATTAGTTAAAGCTACATTAGCCCATCCA +TTTAATATCATAGAAATACTTGCTATAAAATCCATCGACATAACCAGTATAAAAACAATT +CCAAGTGATGCCTTACTTTTAGTAAGTTTATCATATATTACCTTCACACTATCTTTACTT +TTTATAACAAGTAACTCTAAAATCATAGCTGGAATATATATTCCTAATAATCTAGATAAT +TCTACATCATAGATTATATTACTTATTATAGGCCAAAATATACTCGTAACTAAAATAGCT +ACAATCTGTACTAATAAATATGCTATTGAATAAGCTACTAATGCTTTTTTATATACATTC +ATATAGGTTATACACATTATTATTAGACTCATTATTGTTATTGAAGTAGAAGTCATATTA +CTGTTTTTAAATATATGTGTAGCTAAAACAGATGTTACAAATATACTTATACTACTTATA +ACTAAACTCTTTTTTCCATCTTTATCATCTATATCTTTATTAGTAATCAAAAAATAATAT +GGCAAGTAAGTCATTATAGAAACTTGTATAACAGTATTTAATAAATCAATAAAAAAATTC +ATTATTAACTATCTTTTTCCTTTTAAGGATTTAGGCATATCCTCTACACCTATTGCTACT +ACAGATGCTGCTCCGCTACCTATTATAAGTATTGACATCATAGACATTAAGCTACCCATT +AATTTTTTCATTATTGTACCTCCCCATGTTTTTTTGAATTAAACATTAAACAAACATTAA +TTGTTAATGTCCATGTTATTATATTGCTATAAACTCCATATTTGATTATAAGTATAGAAA +TCATAGGTAAAATTATAGAATTAATTAATGCTATTTTATTATTTTGCTTTATTAAACTTG +GTTTTGTTATAGGCATACACTTGTTTACTATAGGTACTTGATGATATATGCTAAACATCT +CTTTTGTGATGTCTCATGGCCCCCTGTAAACGTTTTTACACGTGACATAGTAAATATAAT +TAAAACTACCTCTTTAAAATATCCAAGCATAGAAAATACAATTATTATAGTTATAATTTT +AACTATCTCATACATCATAACCCTCATGACATACTGTATCTCCTCTGTTTTATCCTGTGT +AAAGTTATTATATTTACATATATCTTCCACAAAATAATCTAATTTTTTTCTCAACATTCG +TGATATTTCCTAATAATCCCCCTATAAAAAGTTTAATCTATGTATATATTACCATATTAT +CTTATTTTTGTGTATTTTTTGCTAAAATTTAATTATATATAAAGTTAAAAATTTAGTATG +TGAATTAAAATATACTATTTTAACTTAAAAAACTTGTATAGTTTTTAATGTGATATAAAT +CAATTACATTTTTTGGAATAATATTATCATTTCAACGAATAATATGTGTATATGAGCATT +TTTATTGCTTTTTACATTTTTTAATGGTAAAGTATTATGTAATGTATTGTAATTATATAT +AATTTTAAAATTACATATAATATAAAATCTTACTAGGAGGTGGACCTATGAAAAAATTGT +TAATTTTATTTTCAGTTTTATTATCAATTGGATTAACTGGATGTACTTCTAAATCTGAGG +TTAAAGATGTTTCTGTTGAAGATATAAAGAAAGCTGTTAATACTGAAACGCTTTTACCTA +TTACACCAGTTTCAGATACTGATGCCAAAGAATTTTATGCTTTTGAAAATGTAAAGGATA +ATATTAAAGAAGGTTTTGTACTGCAAGCTATGATAAATATAAAATTACAAGATGTAATTG +TAGTTAAGACTGATGATGTTGAAAAAGTTAAATCAGCAATTGAAGATTATAAAGAAAATT +CTTTAAGATCATTTGCTGATGGATATGGTGGAGATGAAAATGCTAAGGCCGTTTCTAATT +CTATATTAGGAAATAAAGGTGACTATGTTTATTTTATAGCTACTTCCAATGCAAAGGATA +TTGAAGCAAAAATACTTGAATCAATAAAATAATTATATATGAGAAATTAAATTATTAGTT +TTTCATATACAATAAATTTTAAAAGGCCTTTTTTAAAAGGTCTTTTATTATATGTTGATT +AAAATTGAAAGTTGGTGATATATTGGTTTTTAGTAGTATAACATTCTTATTTTATTTTTT +ACCCTTAGTATTAACTTGTTATTTTTTATCTCCTTATAAATTTAAAAATCTTACTCTTCT +AGTTTTTAGCTTAATTTTTTACTCTTATGGAGAACCTATGTACATATTTATTATGATATT +TTCATGTATTGTTGATTACATACATGCTTTAATAATAGATAAAAATAGGGGAACTTTTAA +GGCTAAACTTGCGTTAATTTCATCTATTTTTATAAACTTAAGTTTACTTGTATTTTTCAA +ATACAGTGATTTTATTATATCTATTTTAAATAACTCTTTAAATACAAATATACCTTTACT +CCAAATAACTCTTCCTATAGGAATTAGTTTTTATACATTTCAGACGATGTCATACACTAT +AGATGTTTATAGAAATGATGCACAAGTTCAGAAAAATATTATTTCTCTAGGAACTTTTGT +TACATTATTTCCTCAGCTTGTAGCAGGTCCAATAGTTAGATACTCTGATATAAGCAAAGA +TTTAAATCATAGAACTCATAATGTAGATAAGGTGTATGAAGGTATCTATAGATTTATAAT +TGGTTTATCTAAAAAAATAATACTTGCTAATAACCTTGGAATTATTTGGATTAGTATAAA +AACTACTCCTTTTAATTCACTTTCAAACTTAACTGCTTGGCTTGGAATTATATGTTTTAC +ACTTCAGATATACTTTGACTTTTCAGGGTACTCTGATATGGCAATAGGCCTTGGTAAAAT +TTTTGGATTTGAGTTTTTAGAGAACTTTAATTTTCCATATATATCAAAATCAATTACTGA +GTTTTGGAGAAGATGGCATATTTCTTTAGGAATTTGGTTTAGAGATTATGTATACATTCC +TCTTGGTGGAAATAGATGTAAGAAATCTAGGTGGTTTTTTAATATCTTCGTTGTTTGGTT +TTTAACTGGAATTTGGCATGGTGCTGACTTTAATTTCATTTTATGGGGACTTTACTTTGG +GTTTATTTTAATTTTAGAAAAACTATTTTTACTTAAAATACTTGATAATACCCCTAAGTT +CTTAAGACATTTATATGTTTTATTTTTAGTAATAATCGGCTTTGTTATATTTGATATTAC +AAACCTTAAAGATATTTTTAATTATTTAAATGCTATGTTTAATATAAGTAATCCTTTTGT +CGATAAGCAATTTTATTATTACTTAGTTCCTAATATATTACTTTTAATGTTTTCTATAAT +AGCTTCAACACCTATTATAAAAAATATATTAGATAAAAATATGTATGTTAGATTTATAGT +TTTAATATTTGGTTTTATTATTTCTTGTTCATTTTTAGTGGATTCTTCATTTAATCCATT +TTTATATTTTAGATTTTAAAGAAAGGGTAATAATTTATGAATAAAAAATTAGCTTTTAAC +AACTTAATGTCAAAAAATTTTAAATCTAATCTTTTAAAATATATTACTATTATATTTTTC +TTAGGATCTATTTTTATAGTTCCTATTATTACTCTATCTTCTCCTGATAAAAAAATAAGT +GAAATTGAAAATAAAATACTAACTCAATTCCCTGAGTTTTCTCTTTCTAGCATAAAAAGT +AAAAGGTTCATGAAAAACTTTGATAATTATACTTCAGATCAATTTCCTTTTAGAACAGAT +TTTATTAAACTGAAAAACATGTACAGTTATACCATTGGAAATCGTGAATTTCGAGATATT +TATATAGGTAAAAATGGTCGTCTTATGGAAAAGTTTATATTTAATAAAGATATTATAGAT +AAAAATATTTTCAAGGTATCAAATATGTCTAGATATCTTCATGATAATTATAATATTAAA +TCTAAATTAATGATAATACCTACATCAATAGCATTTTATGAAGATTTGCTTCCTTCTTGG +TCATATAATGATAGTCAAAAAACTACACTTAATTATATTGAAGAAAATATAAATTCTAAT +TTAGATAAACTTAGTTTTTATACTCCTTATGATGTACTAAGTAAAAATAAAGATAAATAT +ATATACTTTAATACTGATCATCACTGGACACAACTTGGTTCTAAAATAGCTTATGATAAT +ATGTATAATAATTTAGATAATGAATTATATGATGATTATGATAAAGTTGCAGATAATTTT +TATGGAACCTATTATTCAAAAGTAATATTACCTAAAATAAAAGGTGATAGTATATATTCT +TATAAAAATTATAACAACTTTAAAATGACTATGGATTTTAGTGAAACTTTTAATACCCTT +TATGATGAAAGTAAATTAAATGGTAAAAACAAGTATCAATATTTCCTTCACGGTGACCCT +GGGTTTTCAGTTATTGAAGGAAATTCAAGTAAACCTAATGAGATATTAATTTTTAAGGAT +TCTTATGCTCATAGTTTTATACCTTTTTTAACTAATGATTATAGTAGAATTCATGTTGTA +GATCCAAGGTACTACTCTTTAGATATTGATGATTATTTAAATAATAATAAAAATATTAAA +GAAGTACTTTTTATTAATAATTTGCAAACATTTAATTCTGAGGAGATATATAAGAAATTG +AAATAATACAAAGTAATACCCTACATCATAAAAAACGACGTAGGGTATTATTTATCATAT +TCAACTATTCTACTTACTATTAAATAATTCCCAATCTATTTTTTATCTTAGGTAAGATTT +GTGAAAATACAGAATAAAAATTCTCTCCTTCTTTCACCTCAATACAATAACAGTTATCTA +ATATAACTTTATTAATTTCTTCCAATTCTTTTTCATCTCTCACAAACTTCAAACGGAAAG +TTAATGCTTTAATAAATTTATGCCACTCTAAAATAAACTGTTTATTATCATCATAGTTTT +CAATCCCTAGCCATTTATCTACCTTTACATCTTTCAAATCTTTTTTAGGGCAATTCCCTA +CCTGTAAAAAGTACTTAAAATCATCATCTTTATACACTCTTCCAAGAGGAAATAAACGAC +AAATATTTGGACGCTTAGAATGAATTATACATCTACCTTCTTTATTTAAAAAACTACATC +TTTTATTATCATCCTGCATCTTTAAATATGGTAATGAAATTTTGTTATTGTTACGTAATT +CAATCTTACTACCTAGTAATTCATAAAATCCTACACCTAAGTGATTCACCATTTCATATA +CATCAAAAGGTGTAAGAACTACTAGTTCTCCAACATCACAGCAACAATCATTGCATCCAT +CACAGCCACATGTATCTACTTTTACGGTATCTTCAATATCATATAATTTTCCATCTGATA +TTTCTTCTAGTATGTTTATAGATTTCATATATTTCTCATCCTCATTTATTACTTATATTT +TGTTAAATTACTTAATCCTGTAATATTATACTAAAATTTTTCTCATATTTTAATATGTTT +ATATCATAAACTTCCTAGATATAGCCTTATAATCTCCATTAAATTCTTCATTTTTAGAAG +CTTTTTCAGATATATATTTTAATAACCTTACCGCTTCTGGTATGCCTGCACTATTAGCTC +TTCTTATATATTAATATAATCATATCAACTATCTATTTTTATGATTTATTTGTTATCTAT +GTTGTATAGTACTAAATTTAAGTACTAATATATACTTATATAGCATTACTCTTAAGTATT +ATTTTCTACAATACACTTTAGGGTATTTATAGCTTTCTCTTCATCATCAAGACATACAGT +ATACACCCTTATCTTTTTATCTTTATTTTCATCTAAATACCAAGACTCTAAATACTCATA +ACTTTCATTACCTGAACTAGGATATAATAAAATAGCACTTTTAGAATCTTTATACCTAGT +TAAATAAGCATACATCTGATAAAAATCATCTCTTTTCACACCATATCTATTTAAGTTTTT +ATCAATATTTTTCCATTTAGTATCTATAATTAACTCTTCCTTACCATCAACCTCTATAAC +AATATCTGGTTTAAGTGAAAATATATCTCTATCAGTTTTTTCATTTTTCAATAACTTATA +CTTACTATGTTGAGAGTAAACATTATATTTATTTAAATTTAATCTAAGTAAATTAGTTAT +ATATTTTTCATATACATCATTCATCTCAAACAATATGGCAAAGGATTTATCATCGCCTTT +GTTTCCAATAGATGAAAATCCATTTAAAAGCATCTTCGCTAATAATAAACTTGGCTCAAA +TCTAGAATTTAGCCTATTAAACTTATAATCTAATATCTTTTTATTATTCACATCAATATA +TCCAACTTCAGAAAATACCACATTTATATGACTTAATATCTTTAAAGTTTCTGAGCTTTT +TATATTTCTAATAATCTTTTTTATACAAGTATTAAATATCTGATTTAATGTATTATCTAT +AGAGAACTCTTCAAATTTACAAAATACATCACACCTGCATCTAGATATATTTTTAATATG +CTCTTTAACTAGTATACTTCCCTTTAAAGCTTTACTATTTTCTTCTACATTAACATACTC +TAAATACGGTCCTCTCATCAGCTGACTCTGAAGAGTTTTAGAAAATATTAATGCTAATAT +TTCTTCTAAATTCATTTTATATATACTAATCATACCTAAGTCTGAATAATTAAAATTTAT +TATTCCACTTTTATTAAGCATATTAAGCAAAGCTTTTCTGCTACCTTCATAGTCATTTCT +ATTTATATCAATCTTAGGTAATATCTCTATAGAAACAGTTGATAACTTTATAAATCCAAC +ATAGTTTATAAAAAGTACACTATCTCTTGACCATATTATATTAGTCTTATCCAACCTTTG +ACTTTCTATATATCTATTAAGTTCATCAGCTTCTTTGTATGTTATTGATGTAGTTGACTC +TTCTTTTGTAATTTTAAGTTTATCATTACATTCATAAATAGTTATATGTCTCATAGAACT +ATTCCTCATTTGGTAAGTTTGTATTACTATCTAAAGTTTCATCTTTTATTTCTTCATATA +TCCTTATAAAAGCTTTTTTATTAGGTCTTTCTACCACACTGTACTTAACTTGATCTGGAT +ACATAAAACCTTGATTACTTTTAAACAAACTACTTGCTTTAATAATTGATTTATTTAATA +AGTAGTCGCTATTTCCAATCTTCCCACTTCCCCCTAGTATCATATCTATTTTTTCAAAAT +CATCATAGAAATACTCTTGAAGTAATGGAATAACCTTATTTTTCATAATTAATACAAGAT +CTTCAAAACTTAAATTTTCTTTTATAAAATATGCATGTCCTATTTTATGATCTCTATCAA +GTAAAAACTCAATCCTATCATTTATAGTTTTTAATAACTTAGATACATTTATCCCTTCTA +TATCCTTTGAAAGTAATTCTTCATTAGGCATATACTCTATAAAGTCAAATCTTCTTCTAA +GTGCAGTATCTAAAAGTGCAATTGATCTATCTGCTGTATTCATAGTTCCTATTATGTATA +AATTATTTGGTACTCCAAAAGATTCATTAGAGTATGGAAGAGTTACTTTTAATTCATTTT +TTTCTCCTATTCTCTTATCTTCTTCTATAAGCGTTATAAGCTCTCCAAATATTTTAGATA +TATTACCTCTGTTTATTTCATCTATTATAAGTACATAGTTTTTAGCTTTATTTTCTAATG +GATTATACGATATAAGTTCTTTTTGTGATTTGGTAGATGCATTTTCACATAATTGTTTAA +ATATACCATCCTTTGGAGTAAATCCTCCACTACCATCACTTCTTAAACCTTCTACAAAAT +CTTCATATGAATATGATTGGTGGAAGGTACAAAATCCTATTAGTCCGTCCTCTTTTATCT +TATTAAATTCTTTTACTACTTCATCTCTTTTAGTAGGGTCATTTATAATATCTTTATACT +TTTCATAATCTATTATTTCTAAAGCTTTATTACAAACATTATAAGTCTTTCCTGTCCCTG +GAGGACCATATAATATTATATTCTTCGGACTATTATTATTTTTAGTTGTATTTATATCTA +CTTCCTCCCCTTCTTGTACTGCTATTTCATAGTATTTCTTTAGTTTATTTACAGTATCTT +TCATAATGTTTATTACATCATCTGTAGAGTGATTTTTTACATATTCATAATCTATTGTTT +TACCTATTTGGATTTTATTTGCTTTTCTTTCTTTTACTTCTTGTATATATTCTTTTATAC +TTTCTTTACTTAGGTCCTCTAAGCTTATATCTTTATTCCTAGTTCCAAAGTATTCAAAAT +CTTCTTCTGCAACATTAAGATAATCTAAAAATCTATTATGTCTTATGTAATCATCTTTAT +TACTATCTTCCCCTCTAATTTCTAAACTCAATCTAAATCTAATTTTATCATCTTCTTTTT +CTGCAAAAACTGATATACTACTTGATAAATTAGTTTTATCTTTACGTTTTATCTCAGCCC +ACAAGTAGTTTCTTACATATCTATTACTTCCATCTAGCCACTTTGAAGATACTTTTTTCT +TATAATTTTCATCTTCTAAATGCGTACACATATCTTTAAATAAAGATAATGCATTTTGAC +CTTTAGACTTTAAATTTTCTAGCCTTACTTTTTCTATTTTATCAGTTTCATTTGCTGGAT +TTCTATATGGCTTATTTGAATAGTCTTTTAAAAACTCTAGTATTTCTATTAATCTGTCTT +GTTCAAATTGCTTCACATTAATCTCCCCTAATCTTTGTCTATCGTTTATATTGTAATTAT +ATGACAAATTTCATTGTATTTAAATATATTATATAATATCCTACATCATAAAAAACGACG +TAGGGTATTATATTAAAAAGCTAGCCATATCGGCTAGCTTAATACTACTCTTCTATAAAA +TAATCACTATCTATCTTTTTTATCTCATACACAGTTTCTAAAGATACTCCTACATTAAAA +TCAATCATAAGCTTAGATAATTGATTTCCATCTATAAGAACAATCTTTTTATTGTTAATA +TTTTTTGCATATTCTATTGCCTCCTTAGTAAAAGTAGATATCGTTATAAAAATCCCCTTA +GTCACTCCTGGTATATCAAGTGCACCTGAAAACTTTTGTATATATGCTCTTCCAACGGTT +GTATCTTTCCATCTTTTAGCTTGTATGTATATACTATCAGGTCCTAGTCGATCTTCATTT +ATTATTCCGTCAATTCCACCATCACCAGCTTTTTAGTAGATTGTCAGCTTCTTCTCTAGA +TACACCATATCCCATTTTTATAAGTAGGTCTATTACTAATCTTTCAAAAAAATCAAATGA +ATAATTATAAATTTTTTCTAATAATTCACCTGCTAAAGATATTTTTAGTTTTAAAAATGC +ATCTTCTAAACTTTCTTCTGGTGGTTTATCTTCTGCTATATATATATCTTTATTACATGT +AGTATTATTTTTACTTATTTAACTGTCTTAGTTAAATCCTTTTCTATCTTTATCAGTATA +TCATCTTCCATTTAATTATTAATCCCACTTAAAATAAGCTTATCGAACATATGTTTGATT +AATAGATACTTTTATGATACAATCTACCTAATAGCATTTAAAAGGGGAGAATTATGGAAT +ATTCATCAAACAAAGAACTAAAAGATAAACAAATACTAATACTAAATTGTATAGAAAATT +TTACAAAAGAAAATGGCTATCCACCAACAATAAGAGAACTATGTAATCTATCAGGAATTA +AATCAACTTCAACTGTTCATGACAATATTAAAAAGCTAACTAAAGAAGGTTACATCGTAA +ATGACCCCACAAAGCCAAGAACAATTATGCTTACAAATAAATACTCAAAACCAAAAGATA +ATAACTTAGATAATATACTAAAAGACTTTGAATCTAAACGTAAAATTATTCAGAACTATA +TAAACACTACTGAAGATCCTATATTAAAAGAAACTCTACATGAAATATACAATCTTGTAG +ATGAAGTAGTAATAAAAATTAGTACTAATATTTTATAATAAAACTAATACCCCTACGTAA +CGAAACTTTACGTAGGGGTAGCAGCTATCATTCCAGTATAAAGTCCAACTTTGTAGCCTA +ATATGGATAATCAAGAATCTAATAAACAATTTATAGCCTCTGGAACATATCCATTTCCCC +AATATCTGGGATTTAATACGTATCCAATTTCTCTTTGCTCTAAATCATAGAGTTTTTCAT +CTGGCTTCCGATTATGTAATCCTATTCCACCTATAACTTTATTTTCAGACCTTAAAACTA +TTGCATAAGTATCATCATTATCAATAAACATTTTAATTATATCTTTACTTTCCCCTTCAC +TTTTATGAGGTTTCCCCCCAGCATTTGGCCCAACTAAATCACTTTTAGCATATTCATATA +GGTCAGTGCTATCACTTTCTCTCCATTCTCTTAAAATCAATCTTTCACTATTTAATATAT +TCATAACAATTTGACTAGCTTTTAAATTATCTTTAACTCGTTTGAATATTCATACGAAAT +AAGTTCCATATCTTTTGTTTCTATCCATGCTTTTTCATCATGTGATAAATTTGATATCTC +AGTTACGCTTTTAGATTTAAATAATTCTACTACTTTATTTATTATTTCAATCTCTTTATC +TGAAAATATATTTAAATCATAGTTATTCTTACTCTTAATTTTTGTTATTTCCCCATTATA +ATTTTCAGTTACTTCCTTTTCAAACTTATTATCTAAGTTTAAAATTAACTCATAATTTTT +ACCTTCTATTATAGGCCCAAAAGTATATCTAACATATCTAATACCTGTCATAGACTTTAG +ATTATATTTGTAGTTGCAAAAATCTATATACCATAAATATTTATTAAGACTTGTTTTATA +CAGATTATTTACACATGAAGCTAAATATCCAATTATATTTTCTAATCTCTCTAAGTCAAA +CTTTCTAAATCCATTATAAATACTTGGCTTATGAGATAATCTTGATATTATAAAATCTTC +CATAGTTACTGTATTTTCTTCTTCAACTGAAAAATACATTGCACTATATGTTTTTTCACT +TATTCTTCCATTTTTAAATGCATCTTCAACTTTTTCTCTGAAGTAACTTTCATCTTTAAT +TATAAGTCTTAATATATCACTATGGCTTTGGTTTGGTAAGCTACCTCTTTCATATCTATT +TATAGTCATCTTTCCCCAATCAAGTATAGCTACTAACTCTCTTTGAGATATGTTATATCT +TGATCTAAAATCTATTATATCTTGCGGAGATACTATTCCTGTTAATTCTCTATATTTTGA +ATATAATCTTTTTAAATTATCTTCTTCTAAATCAATTATATATAGTTTTTCATTACAAAT +TTCACATACACCAATATTTTGCTCTACATTAACTTCAATGCCTTTATATTCTTTTAACTT +TTCTTTTATTATATTGTAATTTACTTTTTCATTACAATTTTCACAGTAAACTTTATTTTT +TTCTAAACTCATATCTATACCTCCTAAATACAAACTTCATCTTCGTGGAATGATATACAT +ACTAATTCATTAGGTGGGTTATATCTAATTTTTATGTATATAAGTATATTAAAGTCCTTA +TCTAGTTCTAAATTATATTTAAACTTCCAAACATCCCCTTCTAGATTTTTATTATGGTCT +CTCTCTGGACCATCTAGGTAATGTGTACTATGTAAGTCTAGTAGTATATCTGTTATATCA +TCTATATTAAAACCATGCTCTCGCATAAATCTTGCATTCTTATCTCTTGAACCTGCAAAA +TCAACCCCTTTATCACATATATGCTTTTTGATTTTTTCTAGGTATTTATTTATCATAAGA +TCTTTGATAATAAAAACCTCCTTATGCTAATTATTATTGCCATCATTTAGAGGCACTTAT +ACTTATATATTACTATTTTTTATAAAAAAAATAAAGCAATATATAAACAAAAAAGAGAAT +TAGAAATATCTAATTCTCTTTTCTTATAGTACTAAGATATCCACGCTATTAAATTATATC +AATGATAAGTAGTACTATTTAGTCTTATTTTTATCTTATTCTAATACTTCTAAATCAGTA +ATTTGTAAATTAGACTTTAATTTATAAGCTTTGTATTTATCTATATTACTATTCTCATCA +TAATCAAAAGTTATTAGTATACATTCATTAGGCATATATGGTAATGATTGTAAAGTATCA +TATATTTTATTAGATATTTTCTTAGGTATTTTATCAATTTTATTCTCATTAAGATTGCTT +AATACTGCTAATAAATGCTTACTTTTTCCTTGCTTTTTTATAGTTACATATCTAGATTCC +TTCATTATAAAATATAATACTTTACTCTCAGAATTAAATAAAATAATTTGATTCCAACTA +CCATTTTTTATAATTTTTAATAATATTTTCGCATTATTTTTAAATGTTTTATTTAAACTT +GAATATATAAAATCCCATATAACATATGGTTTTCCTATATTAGTAGTTAAGTTATTATCT +TTATATAACTTTATACATTTCTTATATGCTCTTCTTATGCTTTGTGCAATATATACTTTT +TCTTTAGAGGATAACTTGCTAACATTTTTCATAGCGAAGACTTTCCCCCTATACTTTATA +TTATATTTCAATAAATTTTAATTCTTTAATGATATAGTTATTTAAACTTATTATATATAG +ATATAAGTATGCTTAAAAATTATCAACTATACTTTTTTTAGTAATTTTTTATAGAATTTA +AAATATAATATATTTAATTTGCTTCATAAGATATCATAATATATTTTTGAATTTCCTCAA +ACTGTTTTATATCAGTAAATCTTATTTCTAAATTACCAGTACCATAATGACCTATATTAG +TAACATCTCTAGTAAATCCATTTTTAAGCTCAATATCATCAATATTAGCCTTTGTATAAA +TAAGAACAGTATCACTTTTAGGATGAATTTCAATACAAGCAAAGTTCTTAATTCTCTTAA +AACTAAAATAATTCTTTAGCTTTTTTTCATGAACATCATCACCAAGACTTAAAATAAAAT +CTCTAACCATGTAGTATCTATTTTTTAAATTTTCATTAGCATCTTCAAGAAATTCATTAA +CAGTCTTATACTTATTTTGTTGCTTAGAAGTACCTTCTACAACTATATTATGTTTATTAC +TATCATCACTTATAATATTAGTATGAACCATCTCTAAAAGTAGTAGCTCTTCTTTATAAT +TCTTATATTTAATAAGGTCTATATTTCTATTTATCTGCTTTACTGCATGTATATCATATT +TAGTAAAATCATTTGCTATACATATAAGTCTTGGACTTGTCCATTCAATATTCTCATAAA +TTTCTGCTCCCAACTTATTCATTACTAAAAGTTTAAATTCTGCTTTATGGTCAAGTAGCC +AATCTAAATAATATAGCCCTTGATTTATTACATTTTCATTTATTGAGCGTTTGTATTCTA +TAATAACTGGACAATTATTTTCATCTATTCCTAGTGAATCTATTCTTCCATTATGTACTT +TTCCAGTAGAGTATTCTGTTGCTAAGAATTTTACTCCTAAGAATACTTCCATATTATCTT +CGATTATGTTTTGTAGATTCTTTTCTAGTTGCATTGATGTTCCTTCTATTTCTTCTACTT +CCTCTTTTATTTTAAATAGTTTTATATCTCCCATAAATTCTCCTTTTTTAATTATATATA +AAAAGACTAGAGTTAATCTAGCCTTTTTGTTTTATACAAACATTTGTTGTAATAATCCTT +TTTTATATTCATTTAAAGAATCTAATTTTTCTTGCTCTTTTTCAATTTTACCATCAAGCA +TTATTAAAGCATTTGCTATTTTATTCTGTTCGGATATAGATGGTATTTTAACAACAATTG +AATTTAAGCTATCATTATTTAAAGTTATTCCCTTTGCTGCTCTACAACCAAAACTCTCAA +TGTTTACTGTACTTAAATAATAATACATATACTCTGTATTTATATTTTTATATTTCCAAT +AAAAATGACAAATAGCTTCATTAGTCATAATATCTCGATTAACAATTGCTAATCTACCTA +AAGTTAATTTAAAACTCATTATAAGAGTTCCTTTGGCAACTAACTTTTTATTTCCTAATG +CTTCACAAGATATATGCTTTGAAACATCAGATATATATTTTCCTTGCTTCATATCAGCTA +TAGATAACCATGGAATATCTCCAATCCAATTTTTTTCATTTTTTGTATCTGGTGTAAATC +CTTTTTCTAAATTCGCTATATTTTCTATAGTTGTAACTTCCCACTCAGGATAATCTCTTC +CATCATCATACTTAAACCTTAACTCTCTACTAAAAATCTTTTGCATCATACCCTTCTTAT +AATCTTTAAGCATCTTCAATTTTTCACCTTGAAGAGAAATCTTATCATCAATTAAAGAAA +ATAAAGAAGCTATTTTTTCTTGTTCTTCTATGCTAGGTGTAAAGAATGGGAACTCACTCA +TATAGTTCCAGTCTGCTCTTGGCATCTTTGAACCTGATGATATATTTGATATGAAATTAA +ATTTATCAGTTTGTATTATTCTATATATGAAATTATTTGATACTGACTTTCCATTTAAAA +CCCAAATTTCACTTGAACATACTCCTTCAAAATCAGCTAACCAATACTTCTTCAAATATG +GTCTTAATTTTCCAAACAATACTTGACCTTTATTAAACTTATTTTTTATACTCTGTTGTT +CTTTTGAATTAAAGTATCCTAATAATTGACCTGTTTCTTGAGATAGATTTTCTAACTCTA +TACATTTATAGTTTTCTTCACTTTTTAGAGGATTGTATTTACCTTTTGATATTTCTACAA +TATTTCCTAATTCATTTTCTTCCCAATCTCCACTAAACTCTTTAAATCTAAGCTTCGGTG +TCTTACTCATTTCATCCACCTCCCCTTATAATCCAAGCTCTCTTAAATATACTGCTAACT +CTTCATCTAACTTAGCTATCTCTTTATCAATATCAGAAATTCTTTCACTAACAGCAGCTA +AATCTATTGGCTCTTCTTCCTCAAAAGTATCAACATATCTTGGAATATTTAAGTTATAAT +CATTTTCCTTTATCTCATCCATACTAGCTGCATAACTGTACTTATCAATAGTTTCCCTCT +TAACAAAAGTATCAACTATCTTCTCAACATTAGCATCAGTTAAATTATTTTGATTCTTTC +CTTTTTCAAACTCATTAGAAGCATCTATAAATAATACATTATCTTTATTTTCTCTATTTT +TCTTAAACACTAATATAACTGTAGGTATACTTGTTCCATAGAATATATTAGCAGGAAGTC +CTATAACTGCATCTAATACATTTCTTTCTTCTATTAAATACTTTCTTATTACTCCTTCTG +CTGCTCCTCTAAATAAAACTCCATGAGGAAGTACAACTGCCATTGTTCCATTATCATCTA +ATTGATATATCATATGTTGAATAAAAGCAAAATCTGCTTTACTCTTTGGAGCTAATTTTC +CATAAGCACTAAATCTTTCATCATCTAAAAACTTAGCATCAGCACTCCAGTTAGCAGAAT +ATGGAGGATTTGCAACTATTGCTTCAAATTTCATACCTATATGTTGAGGATGCTCTAGTG +TATTATCATTTTTTATATCAAAGTTAGTATAGTTTACATCATGAAGTAACATATTCATAC +GAGCTAAGTTATAAGTTGTTGAAGTAAGCTCTTGCCCGTAGAACTTTCTTACATTTGCTT +CTTTTGCTACACGAAGAAGTAGTGAACCTGAACCACAAGTTGGGTCATATACATTTTTTA +AATTAGTTTTACCAACTGTTACGATTTTTGCAAGTATCTTTGAAACTTGTTGTGGTGTAT +AGAACTCTCCTGCTTTTTTACCTGCATTTGCTGCAAATTGAGATATTAAATACTCATATG +CATCTCCAAGTACATCTATTTCACTATCTTCATGTGCAAAGTCAATTTGTGCAATGTTTG +CCATTACTTTAGCTATAAGTTTTGAGCGACTTTTTACATCTTTTCCTAACTTTGTAGAAC +CTAAGTCCATATCATCAAATAAATGGTCAAAGTCTTCTTGACTGTCATATCCTATTGTAG +ACTCTGTTATATCGTTTATTGCTCCTTGAAGCATTTCTATGTCAAATTTATTTTCTTCTA +TTGCTTGAAGTAATGTAGAAAATAAATACTTTGGCTCTATTAAGTATCCTAATTGCTCTA +CTAATTCTTCTTGTAATCCTTCTTTGTATTCTTCATCTTCCCAAGCTTCACTATAGCTTA +TTTCATCTTCTGATAATAAGTCTTCTACTCTGTTTTCTACTTTTTCGCTAAGATATCTAT +AGAATATTAATCCAAGAATATAATTCTTAAATTCATTGGCTTCCATGTTTCCTCTTAAAT +CATTGGCTATAGCCCATAATCTAGTGTGTAATTCTCTTTGTTGCTCTTGTTGTTTTTCAC +TTACTTGCATTTATTTTCTCCTTTAGTTTATTAAGTAAATTTTCTAACGTGGTCATATAT +AAAGTTTTTAACTTGGTCTACTAATTTTCTTCTAAGTGTAAATTTAGGTTTTAATGTTTC +TTTTATTTCTTCACTTATTTCTTGTCTATTGATTATTCCTGAGTACTCATATTCAGATAC +ATATTCTTTTATAGTGTATCTGTCTAAACCTATTTCATTTGAGAATTTATATACATCTTC +TTCTTTTTTAACTTTTTCAAAATCTTCATAAGCTTCATCTATTGAGTCTTCTTGTCCAAG +TTGTGGTACTACTTTATTTAAAAACTCTTTAAGTAAATCTACTTTTAATCTTAATTCTTC +ATTGTCCGCTCTATCAAGTTCTGTTATTACATTTTTTATATCACGAGCTTTTTTCTCATT +ATCTGATAAATCTATATATCTTATTAAGTTCATAATATAAGTTACATTTACTTTATCAGT +ATGCATAAGCTCTATACCAAAGTCTATATCGGCTAGTATAGAAGTTTTTTCATCTTCTTG +TTTTTTTACACTTTCATATATAGTGAAGTATTTACTTTTGAAATCTTGGTATCCTTGTTC +ACTCATTCCAAGTTTTTCTTCTTCAAATTCAAAGTCTGTAAATGTATTAAGCTTAGTTAG +TACTTTTGTTAAGTCTCTAAATGCTAATATAAATTTCTTTTTATCTTCTTCACTTTGAAG +GCTATCTACATCACCAGGCGTAGGTGCTAGGCTGTATAGTTTTTTTAATTCTGTATGCCA +TAGTGCTAAATAGTACTCATAGCTTTCCATTAATACTACGTCTGTATTATCAGTTTGTGA +GAAAAGACAAATTGCATCATCTGTATTTTTCTTTAAGTTTCTATAGCAAACTATATTCCC +ATAAGGTTTTGTAGATTTTTCTACTCTGTTAGTTCTTGAGTATGCTTGTATTAAATCATG +ATATTTTAGATTTTTATCTACATATAATGTATTTAATGTTTTACTATCAAACCCAGTTAG +AAACATATTTACAACTATAAGTATATCTATTTGAGCTGATTTTACTTTTTTAGATACATC +TGAAAAGTAGCTTGAGAATGTATCTGTGCTGTAGTTTGTATCAAATATTTTGTTGTAGTC +TGTTATCATTCTTTCTAAACTATCTCTAGAATGTTCATCTTTACCTTCGCTATCTTCATT +AGCTCCAAAAGTATATATCCCTGCTATTTTTAAATCATGATTTAATTCTTTAAATTTATC +ATAGTATTTTATAAGCATTGGTATAGATTGTACTGTAAATATTGCTGTATATTCTTTATT +CCTAGTTTTAGCATTATGATTATTTATAATGTGATTAGCTACTAAGTCTATTCGCTCATC +ACTCATAAATACTTCTTCTTTATCTATTGCTTTTACTTTTTCATTATCATTTTCATCAAA +GTCACCATCAAAAGTTTTTATATATTCAACTGAAAATCCTAGTACATTTCCATCACTTAT +AGCATCTTTTATAAGATATGAGTGTAAGCAAGTTTCAAAAAGGTCTGCTGTTACTCTTCC +CTCTTGACTTTTATTTTCAAGGAACCTTGGAGTTCCTGTAAAGCCAAAGTATTGTGCATT +ATTAAAGTGTTTGTTTATTGCTTTATGCATATCTCCAAACTGAGATCTATGACATTCATC +TATTATAAATACAACTCTATCATTTTTGTACTTTTCCATTATTTTAGTGTACTGTTCTGA +CTTTATAGCATTAGCCATTTTTTGTATAGTTGTTACTATTAGTGGTTTACTTATATCATT +TATTTGTTTAACTAATGTAGCTGTTTTATCTGTTGTATCAACACTATCTGGCTCAAATTT +ATTAAATTCTGCTAGTGTTTGTGAATCTAAGTCTTTTCTATCAACTAAGAAAAATACCTT +TTTTATATTTTTCTCTCCTGCTAGTATTTGACTTGCTTTAAATGATGTTAAAGTCTTTCC +ACTACCAGTTGTATGCCATATGTATCCATTGTTGTTAGTTTCAAATGCACGAGCTATAAG +TGCTTCTACCGCATATATTTGGTATGGTCTCATTACCATTAATAATTTGTCACTTTCATT +AGTTATCATATATCTTGATATTACTTTTGCTATAAATGTTTTATCTAAGAAATCCGAAGC +AAATTCTTTTAAATTACTTATTCTTTTATTTTCTTTATCACTCCAGAAGAATGTATGACC +AAATAATATTTCTTTATCACTATTAGCAAAATATTTAGTATCTACTCCATTTGATATTAC +AAATATTTGTAAGTACCTAAATAATCCATCATAAGAGTGCTTTTTATATCTATTTATTTG +GTTAAAAGCTTCTTTTAAGTCTATCCCTCTACGCTTTAGTTCTATTTGAACAAGGGGTAG +CCCATTTATTAGTAGTGTTACATCATATCTGTTTTTGTATTTTCCTACCATTGTTATTTG +GTTTGACACTTGGAATTTGTTTTTGCTCCAGTTTTTTGTGTCTAAAAATTCTATATATAC +TTCGCTACCATCTTCTCTTTCTAGTATGAATTTATCTCTTAGTATCATTGCACTTTTGAA +TACTGTTTTTCCTTCTATGTGCCTCATGATACGTTCAAATTCTTTATCTGTGAATGGTTG +ATTATTTAGTTTACTTTTGTTGTGTTCATATAATTGGTGCCTAAAGTTATTTATTAATCC +TTGTTCATCTATTATGTTAACTCTGTTAAATCCTTGGTTTATAAGTTGATTTATTAGGTT +ATTTTCTAGTTGTGCTTCGCTTTGATATGACACAAAAATCCCCCCATGCTATTTTTTCTT +TATAGATTGATTATACAGTATTTTTTTAATTTAGCATATGTATCATATAATTAAATATCT +ATTTAATTTCTTTACTATAATCTATTCCAACTACCTTATCTTTATTTAATACCTCTTAAT +TTCTATCATTAAAATCATATCTATTAGCCATTACATCTACATTCTTTTCCATCATTTGCA +AATTCAAAAAATCCTAATTTTACTATAGTCATAATAAAAAAGAGCTCAAAGTATTTATAA +CCTCTGACGCTCTTTTCTATATACATTCCTTACTTATGTCCCATCATATCTTTCATCTTA +TCACTTGGCATACCATGTCCCATTTGGTTGCCATTTCCAGTAACTTGAGTATACTCTGCT +TTTCCATCTACAAACTTAATTTCATAAGCCTGACCAAATCCTTTTACAAGTCTTCCAGAC +TTTATCTCAAGTTCAAACATATCAAAGTCCATATTCTTAAACATTGACATCATTTTAGCA +TCATGAACTTCATCAAACTTAGCAAATATTTCATCACTAACAGAATCCATCATATTTGCT +TCACATTTAAATGATACTCTAGTTCTTGCAAATATAGTTTTACATGTACTTTCATCTTCT +ATAACCATTACACTACACTTATGATTATCTCTTAAGTTATAATAGTGATTTGCAGCTTTA +CTTAAATATAGATAAATCTTATTATCTATCATTACAAATGGTGCGTAACTTATTTCTGGA +TTGTTGTCTTTTCCTAATGAACTTATCATTAAACTTTTTTGATTTTTTAGTAAGTTTTCC +ATGTCATCATCCCTCTACTTTTGTAATCAATTATTTTATATAATCCCTAAACACACTATA +AATACGATATATAGTGTATACATATATATTTACCCTATTTAAATTTATATTACTCACTTA +TTATTTTATTAATATTTGTATTTTATAACTTTTTTTATATAGAATAATATCACCAATCCT +TACAATTTTAATATATTATAAACTAAATAAAGTTATAGGATATGATGATAGATAAAAAAT +AAAAAAGGACTATCAGTAAACAATTTATATTGTTACTAGATAGCCCTCTTTTATTTTGTT +AAGTTTTCTGATGTTGGAAAGATTATACTTACTTTTGTACCTTCGTTTATATGTGATTCA +ATATTTATACCAAGTCCTAGCTTGTTGCATAATTTCTTACATAAATACAGACCTATGCCT +GTACTTTTACCGAACTTCCTTCCGTTCTCTCCTGTGAATCCTTTTTCAGATACTCTATCT +ATATCTTTTTCAATTATTCCTACACCATTATCTTGTATAGTAAGTACTACTGAATTATCT +TTATTTACATCAAATATAGCCTTGTTTTTAAATATAAAAATAACTGTACCTTAATGATTT +CAATATTTTAAAATTTTAGATGCAGTTATTAGTTAAATTTACCTATTACAATTATAAAGT +TGTTAATCTCTCATAATATCTAGATCTAAATCTTCTTTCTTTATATTGATTAGCATCTAC +TGATAAACCTGCCATTGTTACTGCTATTCCTAATGTAAAAGGTATTAAACCCTTTTTCAT +GATATAGCACCTCCTTAATGTAAGCTTAATATTATTGTTCTCTTTAAGGAGTTTATTATA +TATGAAATATATTACTATTTTTATTTATTTTCTAAATTACTAATTCTTTTTTCTAATTCA +GAAATTTTATCATTTGTAGATTTATTTTTTCTTACAAGTATTATAATAGGAATTAATATT +AAAATTACTGGAATTAATGATAATATAAGCGTATTAAATACTTGAAAGAAAAGCTCTGTT +GTAATTGACATCCCTAAATCCCCCATTTTCTAATTACTTTATAATATTTAACAATTATAA +AATTTACTTATATTATAACATCTTATTCCACTATACATATTATTTTTTATTTTTAAATTT +TAAAATTATCTTGTCAAGTGCCTACTGTAGAAGCAAATACTGGCGTTGATTAGATGACTA +AAACAGCAATAGGTATATATAGGGGTGTATTTTTATGAAATCTAAAATAGTTTGTTTATT +GACAGTATCAGCTTTATCAATGGGTATGTTATTCACTGGTTGTGATTCAGCTAGTAGTTC +TGATGTACCTAGTACAAGTCAGGAAGAAGCTAAAGAAGCAAAATATGAATTCACAGAAGA +TCCCACTTTAACTGATTAAGGTTATGGAAGCTATTATATTTCAAGTTGATAATAGCACTA +AGATGGCACTATAAAGAATTTATAGTTATAAATTCTCTCCAAACAAAAGGAGTTTAATTT +TATTTGAGATACAAATCAGTTAATATTGAACTTCTTTATTAATCTCTATATAAAAAGGCT +ATAAATAAGAATTTAGAATAAATATTTATAGCCCTTCATATGCTTGATGGATTTATTTAG +ATTTAATTATTAATAATAATATGATAATATTTTGATATTTAAATTATTATTAAACTGTTA +ACTATAAATTTAAACTTTAAATAATTTGTACAATACTTTCAATCACATGAACTATCAACA +TACCACTTATCCTTATACTCCATATAAAATGCCAAATACAACTTCTCTTATACTGAATCT +TCATCTCATAAAACAAATTATAAAAACACCATGCACTCTTTATCATCCTTAGCAATTAAA +AGTATATCTTACCTATCGTAGTACAATCTTTTCTTTTTGCTGTAACGATATCCAATTTCA +ACTTCTCATTTTTATAATATTTCTAACCTGAACTTCACTAATTCCAAACTTCCTAGCAAT +AGTTTTATAATCTCCATTAAACTCTTTTCTAATCATCTTATTCCTATAAGACTTAACGAG +ACTGCTCTCATTAGGAATATATAAATTACTACCACCAGCAAGCCTCACCAAACATTTAAA +AGCATCAAGTCCTATAGTATCAACAATATCCATAACTCCATCAGGTAGATCATCTCTAGT +CATTTCTTCTAACATAAAACTCCCTCCCCCTATCATCTTAAATAAATTGTAGCACTTAAA +CATTTTTTCTAAAATTCTTTAAAATACTTATTTTAAGTAAATTTGATAAACTAACAAAAA +ATATAGGAGGTAAAAACTATGAAATGGTACTTAGACTTTGGACATGGAGGAAAAGACCCA +GGAGCACTAGGTCAAAATAAAACTAAAGAAAGTGATACAGTTCTGAAAATAGGGCTTCAA +GTAAAAAATACCCTAGAAAAATCTAATGAAAAAGTAATAACAACACGTCAAAATGATACC +TACTACTCACTAGACTATAGAAGCTCAAAAGCAAACAAAGAAAACTGCGACTACTTTATA +AGCATTCACATGAACTCATCAACAAACAAAACTGCAAAGGGATGCGAAGTGTGAGTATAT +GATAAAAGCAGCAAACTATACAACCTAGCTAATAAATTATCTACTAATATATCAAGTAAA +ATAAATACACCTAATCGTGGAGTAAAAATATCAAAAGAATTTTCCGTACTTAGAAAAACT +ACAATGCCTGCTCTGCTAATAGAAATAGACTTTATATCAAACAGCACAGTTGAAAACAAC +CTAACATCATCCAGATATATAAAAGACATAGCAGATACAATATCATCTACTCTACTATCA +TTTGTAAATAAATCAATAAGTAATGATGTTGTTTTTTATAGAGTTTGTATAGGAGCTTTC +AATGATAAAAACAACGCTATAAAACTACAAAATGAAGCAATCGCTAAAGGATTCAAAGAC +ACCTATATAGTAGTAAAGTAAAATTTTTATTATAGGCTATGTTAGATATCTTCGTGATAA +ATATGGCATAAAAACAACCACACCTTAGACTTTTCAATACATTGAATTTTAAGATGTGGT +TACTTCTATAACTTACTATAAATTGTTCGTAATATATTAAAATTACGAACTAAAAAATAC +CGCATGTTCTTTTGAATAATACGGTATTTTAATAACTTAATATTTATTTTATCTTTGTAG +TGTTTTAAAATTAATTATTTAATCTACTTAATAAACCGAGATTTATCCATTTTTCAACTT +TATCATCTCCGAGTGCAATAAAACCTGCTGTAACAGCAAGTGCAAGCATTATATCATGTT +CACCAAACGGATTCGTTACAATGGAATATACTAAAAACGCTGTACAAATTAACAATACAG +CCAATATAATAACACGCAAAATTTTTCTATTTTTAGATATCTTTATGACCTCCCCCAAAT +TGTAATTATCATTTAGCAAAAAACTACTAACTCACATAATATTAATATTATGTACTTTTT +ATATTTACATTCTTAATGATTTAATAAAATTAATATCTAATCCAGTTTTATCTGCGATTG +TTTCATCATCTAAAACATCAAGTAAACTTCTAGCAAAATTTATTTTTTCTTCTTGTAATT +TCTCTTGTAATTTCTCTTGTAATTTCTCTTGTGCTTCTTGTTGTACTTTTTCTATTATAT +CGTCCTGCCAATCAAGTCTCTTTGATTCTTCCAATGCCTCTTCTATTACTTTCAATTGAA +CCTCATCTATTTCGCTGATTTGGTAAACCTTTGATACTGCCTTTTTAATTATAGGAGTTT +CCTCTGGTATATCATCTACTTTCTTTGAGTTTGCTAATAGCTTGATCCATAAGTCTTTTA +AACTTTTACCTTTAGACTCTTCGCCTTTTTGAAGTTCTACAAAATAAATAGATAAACTAT +CATCTAGCCTATCTCTGTTCTCTCTGTCATAAATCACATATTCTCTACATATAACCTCAT +CTTTAAATACATTTTTACCCAAGATGTTAATGCATATAGTTTCCTTCAAATCTTTAAATT +TACTCTTTTTTTCAAATCCTCTAGTAAACGCCTTCGCCCAATAAAATTGTGTCCTCTTTT +TTATAGAACTAGTGGAATTCTTCTCCATTTCAACATTTATTTTACGTCCATTTTTATCTA +TAGCAAGTATATCAAATATAATACTTCTTCCATCATCTATTGCCTTTTCTTCTGTATATT +GTAATGACTCAACTTCCAACTCTTTTCCTGTGATAGTACTTATAAAACTGCTTAAAAGCT +CTTTATCTTTAAAGAATTCTTTGAATGCCGCATCATATCTCAAATCTAATAATTCCACTT +ATCCTCACTACCTTTCAATATCTTATGTATACTTAGACACAAGACTTATTTATACTATAA +TTATATCCTAAAGTATTTTTAATTAAAAGATAATCACCTAATTTAGCTAATTACATCTCG +ACTTTATAATAAATAAAAATAATCCTATTATATCTAGTTACTGTGATGTATTATTTCTCA +ATGCAGGTATATATATATGATGATTTACTTCTCCATCAATATTTGCCGTAAAATCATAAA +CAGGTTGATAAAATCCTTTACTATCTAACTCATAAATTAAGTTAGCATATGTAACTTCCA +TATTAGAATTTTTTCCTAGCACATCAAGTAATCTAAATTCACCTCTCAAAATCTTATCAT +ATGCCTCTTTTAAAGATAAAATATCGTACTCCTTATACGGTTTATAAGAAACAATATTAT +TGGTAAAATCAGAAACTATATCATTTTTACTGATTGTACATAGTAACTCCCCATCAAGAT +ATACATCTCCTGATTTAACCATATCTAGTGAAATAGAATAATTCCCTTCTCCATCATCCT +TAAAATCGGCTTCTTTAGGTAATTTAATATCAAATTTACTTAATAAATCTTGTACTTCTT +TATAAGTTAAATTTTCTTTGCCTCCAGCTTCAAATTGACTAAAGTCAGTAAACCAAGTTC +TAAGACCTTTGTAATAGACACATAAACTATAATTTCCATTTTCAGATTTAAATACTATAG +TATCATCATATTCATCATTTTGAGATTCATCTATATTTGTATTTACCTTAGAAAAGATTT +TATTAGCTAAATTTATAGCATCTTCTTTATTTCCAACATATGTTTCATAAACATATGCTT +TTTTTAATTTATTATCAAGATTAAGCTTAGTACTTACATCTACGGTTGACATATCTATAT +TGTAGATACTGCTAATAGATAAATTACCTAATTCTTGTTTATAATAATTTATAAATATCA +CACTAATAGAAATAGTGAGTACTATTAACGGTATCTGATAAGCTATTGTAATTAAAGCCT +TATGTTTTTGACTTACTTTTTTTCGTCTAAGTAAAGATATAAAAATCATTACTATACCAT +ATCCTATAACACATCCTAGGGTATTATTTATAATATCATCAAGTTCAAATATTCCTCGTT +TACTTATAAGCTGTAGTATTTCTATAAATAGTGTTATACCAAAACCTACTAAGTAAGTTA +TATACCAACTTTCACATTTTTTTAAAAGTAATGGCATTATAAATCCAATTGGAACAAACA +TTAATATATTAAGAATTATATTTCTCCATTCTCTTAGAGAAAAATTATTATATGCATATT +TGTACGAACTAAATAAGTGTAGATTTACACTTTCATACCCTGAAATTCTATCTCCAATCG +TTGCCCCAAGTACTATAATCATATAGATTAAAAATATACTCCATAGTCCTACTTTACTTA +AGTTTAATTTCTTAGTACCTTTCATTAGCTTTTTATAAACTAAAAAGTAACCTATTAGGA +ATAAACTAATAATAATAACTGCCCCAAGAATTCCTACTATCATGTATCGTCTTGCAAGTT +GTATTACTGCTGAAATCCTCACTATTTCATATCCCCCTCAAATTTAAATGTTTTGGTGTA +ATTAAATGATAATTAACACCATATATAACCCCTAGTCATATTTTTATTTATATTATTATA +CAATTTATTCCAATTAATAGCAATCTAATGTATAAGTTCATATTATATAACAATTGCGAA +CTTGATTGTATTATATAAGATATTCAATTATTTTCCAATTACAAAATATTTTCATTAATT +TGAAGTAAAGTTCCTTATTTTAGATTAACTCAATAAATCTATTTCTAATAGTGGTTCTAG +TTACATATGTATCTTTAGTAGCTACATTCACTAGCATATCTTTAATTCGGTCACATTTTT +TATTTTTTCAATGATAAAGTACAATCTCCATCATCATTATCAATTTCAAAAATAGATTTA +TCTTTACTTATTTTAGAATTTTCAATAGGTTCAAAGTCAAAATCTGAGCGATTTATTTCT +ATGTATGTAATAATTTTTTTAGAATTTACAAATGCAATTATATTAATTCCATCATTATAT +TCCATATTAAGTTTACTATTATATCTCTTAACACCATCTTTTTTTAATATTTCTTTACTA +TCTGTATACGGTGTAAATAGGTAAATTTCATCCCATTCAAAGTTAGTAACTTTAGAAAAA +TCTATTTCTTTAGAACTCTGAACTACTTTAATTACCTCATTCTTTAATTCAATATCTTCT +TTAACTTTGTGTGAATTATAATACTCCCACCATATATATCCAATTAATATTGTTAAAGCT +AATACCAAAATCATAACTATACTCTTCTTTTTCATATGTCTTATCCCCCTATGAATTAAT +AATTTATAATGGTTTTTAAACCTTTACTCTATTATATACTTAATTCAAACCTTTTTCTAA +AATACTTTAATATAGTCTAAAAAATAAACCTTCTATACTTATATCAAGAAAGTAATAAAT +AAACTACTTTCAAAACAAACTTTATAAGGAGGTAATTTATATGGCTGTTTCAGAAATTAA +AAATCCATCAAGTTTAAAAATAAAACTAAGCTTAGGTTTAGTAGATGGAAAAGCAAAAAC +AAGAAGTAAATCTTACTCTTATTTAAAACATGATGCAAACCTTCAAGATGTATATGATGT +TGGAGAAGCTTTAATGGGACTTCAAAAACATGATGTAACTGACATCATAAAAATAGACAA +CACAACACTTAATGCATAGTCTATTGTTTTTAATTTAAGAAAGGAGGAATTTTAAATGGA +AACTTCTACAAATTTAATAATGACGTTTATAAATCAAGGTAACTCAAAAGTATCTTTATC +TGTACAAGATCCTAGAGAAGATATAACCGAAGCTGAAATAAAAGAAGCTATGGAATTAGT +TGTATCTAAGAATATCTTCGCACCAAATGGATTAGATTTAGTATCTGCAGTAGATGCAAA +AGTTGTTGTTACAGAAACAACTCCATTTGACTTAGTTATCGGATAAAACCATATAACTAA +TAAAGACTATGCTTTAAAACTTATCTTTTAAGCATAGTCTTTTTTCATAAAATTATATTG +AAAGGTTGTGTTTATAATGAATTCTGAAATTCAAACTCTGATAGCTTCTGTTGGCTTTCC +TATAGCCCTTAGCATGTATTTACTTGTTAGGATAGAAGGTAAGCTTCAGGCTCTATCCGA +TAGTATCAATGAATTATCTAAAAATATAATAAGTATGAAATAAGGGGGGTGCTAAGTGCA +ACCTCCTTATTGTTTATTTAAATTCTATTCTGTGTATTTTAAAATCTATTTTTATTAAAA +TTAGATGGTACCCAAGGACATTTCTCTTCTACTTCCTTATTATACTCCTCAAGCTTTCTC +ATTTGCTCTACAACATGAGTTAAGTTCATTCTTTTAACCATTTGCTCAATAAGCTCTGCA +CCTTCATTAGCTAATCTATTTCTAGTTTCTTCATCTGGTACAGCAGTTGTACTCATATGA +TCTCCTTTTTCTTTGAAATAATATCCTATAGAGCCACTTTGATATGCCATTCCAAATATA +TCATCAAACTCTTTACAAGATTGTGGATTTGTATGTTCATATTTTGTTGTAAGTGGAACA +TCATTAAGTCTATTCATAATTTTATAAGCACCAACACTAATAGCATGGAAACTATTCATA +GACTTAAATAAGTCTTGAGCATTTTTCATTACATGCATTGTCATATCCATATATAATATA +GGAACTCCTGTTTCATCCATAAAATCTCTTATCATTGGACTACATGTCATGTGAGCTGGT +CCATGGAAACTTATATAAATTTGACGTTTAAATCCTAATCTTAATAAGTTTCTTGCTATT +GCTCCAAGATAATCTATTCCTTCTCTAACACTTACTTGAACTGTTCCTCTTCCACTTGCA +GTAGCTCCTGCATAAAAATATGGAAGACCAGTTAATACTAAACCATCACAAGCCTCTGCC +ATTTTTACTGCATAAGCTTCACTAATAGTAGTTTCACAATCTAGTGGAAATCCTCCATGA +AGTTCCACTGTTCCAACTGGAACTATAATAATATCATTTCTTGATAGATACTCTTCAACT +TCATCATTAAGCATCTTAGGTAATATTCTTGTACGCATTTTTATCCCCCTACTTATAAGT +TAAATAATTTAACTGCATTTTTATTACAAATATTCTCATAAGTTTCTTTATCTAAAGAAC +CTTCTTCATACTTTTCATCAAGCCACTTTCCAAGTGGAAATTCCATTTCATTATTAACCA +TATCAGTTCCAAATAATAATCTATCATTGTATTTCTTTAAAAAATTTAATCCAAACTCTT +CATCACGCATAATAGCACAACCACCACTATTTGCAGATAAATCACCATATAAGTTAGGAT +ATTTTTCAAATAAATATGGTAGTCTACCTCCTAAAGTAACCTTGCCACTTCCCCATTTCA +TTCTTTCTTCTAAAGAATCACCTGGGTCTTTGCTTATTTCATGCCAAAATGGTTGACTAT +GACCAATAAACTTTAATTTAGGATACTTCTTTAATGCTTCTTCTAACATGAAAAGACCAC +TATCATCTACAATACCATACTGATATCCTTCTTTTGGACTCATATGAAATAAAATAGGTA +AATCTAATTTTTCTGCAGCTTCAAATACTTTTTGTATAAAGGTATCATTTAATTTACGAT +TAATCATAAATTCTCCAATACCAACTGCACCTTGTTCTTTGTATAAACTTAATCTTTCAT +ATATACTATCTTCATTATTATAATCTAAATTACACATCCAAACATATTTATCTTTAAATA +TTTCACATGTTTTTCTACATTCGTCATTATAACCAATTGGCATCATTGAATTATTGCTTT +CTCCAGATGACATTAGAATGCCTTTTTCAATGTTTAATTTATCTAAGTGAGGTATCATAT +TTTCTGCACTTGAAATAAACATCTTATCAGTTTTAGGATATTGATTTAAAGTTAAATGAA +GATGGATATCTATTTTTTTCATATTTTATAAATTCCCCACTTCTTTAATGTTTTTCTCTC +TTTTTTGTTTTAATGCATAATACATCTCTTCTGTTTTACCTTTACTAAGATTGAATATAA +GTCCAATTCCTATTACTTGTAATACACAAGTTATAACTGGAAGTAATGTTACAAGAGTAT +ATATACCATTTACAGCTTCTGCAGTTTGTACTACACCACTTCCTGATACATATCCAATAG +CACCTAATCCAAATGATACAAATGCAGATGCAACAGTTGAACCTATTTTTCTACTAAATG +TATATAAAGAGTACATAGAACCATCACTACGTTCATTAAATTTCCATTCGCTATAATCAA +GACAATCTGTAACTAATGCCCAAATTAACATAGTAAATACAGTCTGACCAATCATAGCTA +TTAAATATAGCGCTGAGTATACATATACATTCTTTATTTCAACTACAAATGGAATAACAC +TAAATACAGTACTAAATAAAATTCCTGCCATTAAAGTTGCCTTTTTACCATACTTTTCAA +CAAGCTTTGGAACAAGTGGGAAACAAACTAAAAGAATTGGTAATGATGCAAAACTAAGTA +AAGTCATTATAGAAGTATTTTGATAATACTCTTTAAATATGTAACTTCTTATTTGACTAG +AACCAGTTATATAAAGCATACTACCAATAGTCGCTATCATAACTCCTATTAATGGTCTAT +TTTTTACAACTGCTTTTAAAACATTTCCATAATTAAACTTCTCATTATTTTCTTTCTTTT +CAACACGAACACGCTCTTCTGTATTTTTTAATAAAATAGAATAACTAATAATACTTAAAA +TACCAAATATAATTCCTAATAATGCAAATCTCTCTGGTATAATATTACTATTTGAATCAA +AGCATATAATAGGTACAAAAGATAAAGCCCCTATACCAACAAGTGTACCACCTATACTTC +TTGCTCTTGATAACTTACTTCTATCAATTGGATCTGTACTAACAACATTTGCCATAGCTC +CAAAAGGCATTGAAGTTCCTGTATAACTCATTCCATATAATACATATACAAATGCTACCC +AAGCATGTAATGCAACTCCAGTAAATGGAACCTTAATGAAACATAATACTCCTGATAATG +CTAGTGGCACCATAAAAATTTTAATCCATGGTTTAAACTTATCTCCTGATTTTCCAATCA +TCCATCTATCTGGAAAAGATCCCATAATTGGGTCATTGATAGCGTCCCATAATCTAGCTG +CTAAGAATAATGTCCCCATCCATGCACTACTAATTCCTAATACATAAGTACAGAATATTA +AAAAGTATGCATCTACAAATAAATTTACAAAACTCCCTGCCATGTCTCCAAATACATAAC +CTATTTCATCCTTTTTTCCAAAAGGACGTACACTTTTGTTTACCATATATATCTTCCCCC +TAAATAATTTAATGATGTTTAGTAAAACGTTTACAAATCTATAATAATCTATTTTATTTG +CAATTTAAATTGCATAATTTACAAAAAACATTGCAAATATTACATAAAGTCGTTACTATT +ATTAGTAATTAGTGATTTAAATTTTATTAATTTAATAGGAGAAATTATATATGAAACTTT +CTGAAATTAAGGAGCTAATGAGATTAAACAAGATAAGTGTTATAAATGATACAGAAATTC +TTAATAAAATAGTAAATCAAAAAAGAACAGATTTTTTAGGCATACTGGCAGACGATGGAA +GCTACATTGGATATAAAGATATAGAAATGAATAGCTCATTTATTGATGCACATGATATGA +TTGATTCTGAAAAAGACACTGTAACTTTACATAATCATGGATTTTATGAAATAATCTTTT +GTAAGTCTGGAAATATTCAATATTTAATAGAAGACAAACGATACAATATTCAAAATGGAA +ATATAATCATTATTCCACCTGGAGCTTCTCATCGTCCACTGCTACGTGAAACATCAAAAG +AAAATTATCATCGTACAGTAATATGGATTAATTCAAATTTCTATAATCAGTGTAGTAAAA +TGCTTAAGTTAACTGAAAAAGTTGAACATGATCCAATGCTAAATGGTCACTATGTTCTTC +AAACATCTGGCACACTTTACTTACAAGTAGAACAAATAATCGAACTTTTACTTCAAGAAA +AAGCTAATCCAAATCCATCTAGCGAATTTTTCTGTTATAGCTTATTTGTTCAGTTATATT +GTTTATTTTATAGAGCTCATTGCTATAAGAATGTATCTTATTCAAAACCTGAAAAAACTA +TATTGCTAGATGAGATACTACACTATATATCAAATAACTTATCACAAAAAATCACTATTA +AATCTATTGCTGAGCACTTTCATATAAGTGAATCTAGTGTTAATCAACTATTTAAAAAGA +ATTTTGATACTAGTGTATATAAATTAATAACACAAAAAAGACTTACAACATCTAAAAAAC +TAATTATGGAGAATGTGCCTTTAAAAGAAATTCCACATCAATGTGGTTTTTCAGATTACT +CTGTATTCTATAAAGCATTTATTAAAGAGTATAAAATATCACCAAAGGAATTTAAAAATT +ATAATATATAAAAAACTGCAGGCAGATTTATATTAAATCTACCTGCAGCTTATACTTTAT +TGATATCTTTTAAGTATATTTTCTTGCTCATTGCCTCACACCTATTCCGCAGTACAACTT +ATTTTAGCTGGTTGACTTATGCGTTGTGAGTACTATTAGTATATAGTATGTTTTTACTAG +TTACTATGTTCATATTAGTTAAACATAGTAACCAATATTTTATTAAGTTCCTATATATTA +TTTTGCTCCAGAATTATCAAGTTCTTGTGCTTTACCAAAAATAAGTCCCATAAAACTTTC +ATCTTCACTATCTATTTTCCACTCTTTATCAACCTTAGATAAAGTTACAGTTCCAGTTCT +AGTTTCAACTTTTCCACTCTTAACTTTTTCAAGGATACTATTACTCATATCTTCATCGCT +CATCTCTACACCGCTAAATGCATTAGCTAAACTCTCCTCTAATAATTCTAAGATAATATT +TGAAAAATTAAGTCCACTTACTTCTACTTCAACAGTTGCCTTATCTTTATCTATATTTTC +AGATAATACTTTTGCATCTATCTTTGAAAGATATAACTTCATAGCTTCATCCATTTTAGG +ATCTACTTCAGTTTCATCATCACTTTCAGTACCAGCATCTGTAGATTCTACACTTTCTAA +AAGATACTCAGTAACTTCAGCATTTTCACCTTTTTTTATTTCCTCAAAATAATTGTTTAC +AACTTCAGTTGGACTCGTTGTTGCACATCCTGTAACTATAAACATTGATAAAACTACCAT +CATCATAATTTTTAATTTGTTCTTCATAATATTCTCCCTCATAATAGAACTATTTGTTTT +CAAACCAATCAGTTGTTACAACTATACTTTCAACACCTTCTTCAAATGGTGAAAGCTTCA +CCTTTTGCTTAGATTTTGCATCAAAGTTTTCTAAGAATATAATGTCATCTCCTATTACTA +TACCATCTTTATCCTTGTATTGAACGTTGTATGATAAGTTTTTAAAATCTATATCAGATG +TATTTTCTACAATAGTACTAAACTCTACATATCCAAATTCATCAGTTTTCTTTTCAAAAG +TCATTTCACTTGCTAATTTATCAGCGAATTCCTGTGACTCATTTTCTTTATTTATAATAG +TTGCTTGTTCTTTAAAATCCTTATATGTTTGTTGATGATCATCTTTTATCTTTACTCCAT +AATCGTCAACCATTGCTATTAGTGCTGGTTTTCTTAATTTATCTGATTCTTCTTGGTGCT +TGTATTGTAAATCATAGTCATTTGTTTTTTGAGCTTCAATTTGCTTTTTAGCTCCTTCTA +TGTAATTATCAGCAATTTCCTTTAAATCTTTATCTTTTATTCCTTCTTTATTTTTTTCTA +ATGCTTCTATTTCATTTTCTAAAATTTTTATAGTATCCTCTGTATACTGCTCCTGTGTAT +AAGATGTATTTGTAGCAAATTTTTTCTCTAACTTATTTTGCTCATCCCATCTTTTGTTTA +TAGCTTTTTCAAAGCTACTTATAAATGCTTCATCAGTGGCTACTTCTTGATTTTGATTAT +TTGAAGTATTATTTGTGCTTGAACAGCCTACTATTCCAACTGATGTCATTGTTAATAGCG +CTAAGACTATAACTTTACTTCTTAGTTTCATAATATTCTCCCTCACAAAAATTTTTTAAG +ATTTTTTATATAATTTAATCACAATTTTAATTATACATATGTTATATGTCGTTTTTTGTA +AAAAGTTGTAGGCTTTTACCAATTTTTTTAGAAAATATGTAAAGTTTTCTTCATTCATAA +TAAAAAAGAATCAGATTTCTCTGACTCTTGTATCTATGCAACATATAATGTATTATTCGT +TCATAGTGCTAAGGCCCTTCTTTGTATTAGCTGCTATCTATTATGAATAATTTACCGTAT +ATCGAAGAAAATAAATCTAAATACTATGTAGGAGTAGTAATTATGGCATATGTATATAGA +TTTTTAGACTACAGAACTAAGGATATTATTTATGTAGGTAAAACTAAGAGACCACTTGAG +ACTAGAATGTATGAGCACTTTTATAAAGGCGGGCATCTTCCTAGTAAGTGCTATAATTCA +GTAGGTAGAATAGAGTATATAACTTGTAAAACTGAAGCTGATGCAATTTTAGTAGAAAAC +TATTTTATTAATAAGTATAAACCAAGGTACAATACACAGGATAAGGTTCAAAGCCCTTTG +ACAGTTAGTATTGATGTTAAAGATAATTGGAAGTTGTTTAAAGTATTGAAAAAAGGGTTT +ACTTTTACTCCGCCTAAGATTCCTAGTGTTGCTGTTTTTTTATTTTGGGGATTTATGACT +TATTTCTTTTTACTAGGAGTTGCTTGGTACATAAAAGGCAGGCATTGAGGCCTGCTTTTT +TTAGTGGAGCTATTTTCATAAGGTTTCTATATTGACAGTTTTGCAATAAAGTTATAATAT +CAATAGGATTATAGTTTTTTTATATTTGGATAATCGTAAAATTAAAATAAAGGATGATAA +AAAATGACAGAACAAAATTTAAGTTTGATTGATGAAGTTAAAAGAAGAAGAACCTTTGCA +ATCATTTCCCATCCCGATGCAGGAAAAACTACATTAACTGAAAAGTTTCTATTATATGGT +GGTGCCATTCGTGAAGCAGGATCAGTTAAATCAAGAAAATCTCAAAAACATGCAGTATCT +GACTGGATGGAAATTGAAAAACAAAGAGGTATCTCTGTTGCATCAAGTGTTCTTCAATTT +GAATATAATAACTTTTGCATAAATATTCTTGACACTCCAGGGCATCAAGATTTCAGTGAG +GACACTTATAGAACTCTTATGGCAGCAGACTGTGCAGTAATGGTTATTGATTCTGCTAAA +GGTGTAGAGGATCAGACAAAGAAATTATTCCAAGTTTGTAAAATGAGAGGAATACCAATT +TTCACTTTTATAAATAAAATGGACCGTCAAGGAAAGGATCCCTTTGAACTACTTGAAGAT +ATTGAAAATGTGCTAGGAATTCGCTCTTGTCCAGTAAACTGGCCAATTGGTTCTGGTAAA +GAGTTCAAAGGTGTGTTTAACCGTCATAAAAATCAAATTGAACTATTTGATGATGGTAAC +CATGGACAATCTATTGCTACATCTACAACTAGAGATATATCTGATGAAAAATTTAATACT +TTATTAGGTGATGCTCTTCATGAAAAACTACTAGAGGATATTGAACTTTTAGATATTGCT +GGAGATAATTTTGATTTAGAGAGAGTATTAAATGGTGAATTGACACCTGTATTCTTTGGA +AGTGCTCTTACTAACTTTGGTGTAGAACCATTTTTAGAAGCGTTCCTAGAAATAACACCA +CCGCCAAATCCTCGTAGCAGTAATTTAGGTGATATTGACCCTAATTCTAATAACTTCTCA +GGATTTATATTTAAGATTCAAGCTAACATGGATAAAAATCATAGAGATAGAATTGCATTC +CTTCGAATTTGCTCTGGTAAATTTGAAAAAGGCATGACAGTAACTCATGTACAAAGAAAT +AAAAAGGTTAAACTTTCACAACCTCAACAGTTTGTAGCACAAGACCGTGTTATTATAGAT +TCAGCTTATCCGGGTGATATTATAGGGATACATGATCCAGGTATATTTAATATTGGTGAT +ACATTAAGTGAAAAGCAATCAAATTTACAATACACTGGTATCCCACAATTTGCTCCTGAG +CATTTTGCAAGAGTTTCTACAAAAAATGCTCTTAAGAGAAAGCAGTTCGTAAAGGGTATT +ACACAGTTATCAGAAGAAGGTGCTATACAGGTATTCAAACAGCCTAATTCTGGTATGGAA +GAACTTATTATAGGTGTAGTTGGAATTCTTCAATTTGAAGTTTTAGAATATCGTCTAAAA +CAAGAATATGGTGTTGAGATTCTAATGAATTCACTACCTTATCGCTATGTACGTTGGATT +GAAAATGATCTTTCCAAATATGGTAGGCTTTCAATGCCAATGGAGACATTATTAGTTGAA +GATAAGAATGACAATTCAGTATTGTTATTCCAAAATGAATGGTCTATTAGACATTTTATT +GAGAGAAACGAAGATTTAGTTTTAAGAGAAACTTCTTTATAAAAATATATATAAGTTTTG +TAAATTAAAAGCTAGTCAATTTAGTTGGCTAGCTTTTAATTTATTTACATGTCGCTCAAG +CAAAGCTACATTCCCGATACACATTGAAGTTTAACTTGCTCCATTACATCTTCTATAGCC +TTTTCACTTTTATTTGGTGGGTAGTCATACTTTTTAAGTAACTTCTTTATATGCATTCTC +ATCTTAGCTTGTGCCTGCTTTCTTTCATGCCATGCTGGACACATATTTTCTTTAACTGTC +TTAGTTAAATCCTTCGCTATCTTTATAAGTATATCATCTTCCATTGAAGCTATAACCTCT +GGGTCTGCTGTCAGTACATCAAAGAAAGCTTTCTCTTCATATGTTAAATCTAATTCATCC +CCTGATTCTATAGCTTTAAGTAATTCATGCTTAAATTCTACTAACGCTTCTAATACTTCA +AATACATCTTTCTCATCATTACGATTATTGTATTTTTCTATTATCTTTTGAAGTTTTTCG +CTAAAAGCTCTACTTACAATTATATTTTTCTGTTTAACTTGCTCAACTTTGTCTTTCATA +GCTCTCATTAGTATATTAGCTGCTATATTCTTTTGTGGTAAGGCTCTTAATTTGCTTATA +TTCTCATCATTTAGTAAGTCAAAAGTCTCCTTAGATCCTGCACTTGTTAAAACTATTACT +TCATCTCCAATTATAGCCTCTTCTAACATTCTTGAGATTCTAGCGTTTACTTCTTTTAAA +TCTGGTGTACCTACTTTTGTAGTTTTCATAATAAAAGATCTTACTGCCATAAAGAATGCG +ATTTCATCCTTAGTTCTTTTTGATAATAAAGCAGTACATATTTTGTATACATCTTTTAGT +TTTTTAGTTTGCTCCATAAATAGATTTTTTCTTACTTCTATAAATTGTACAAACTCTGCA +CCATCTCTTATTAATGTATATCTTACTTTATCACCAAAGAATCCCTCGTAATCAAACTTA +TGAAACTCATTTCTAAGTATTTCTAATATATCTAAAGCTATTATTTTAGCTTCTTCATTT +TCTTGTATCTTATCTTGATCACGATTTGTGTAAGTTTTCAGTGCATCAAATAGTTCTTTT +TTAAGACCTATATAATCAACTACTAATCCTCCACTTTTACCAGGATATACTCTATTTACA +CGAGCTATTGCTTGCATTAAGTTATGAGCTTTCATTGGTTTATCTATATACATAGTATCA +AGAGAAGGCACATCAAAACCTGTAAGCCACATATCTACTACAATAACTATTTTAAACTCA +CTATTTAAATCTCTAAATTCATCTTCACGCTCTTTTTGAGTTTTCTTAGTTCCTATTAGC +TTTGCCATTTCCTCAGAATCTTGATTATTAGTAGTCATAACCATCTTAACTTTATTTACC +CAGTTAGGTCTTTGCTCAAGTAATTCTTGATACATCATATAAGCTGCTTTTCTAGAGTAT +GCAACTATCATCGCCTTACCTTCTACTAGATTTTCTCTATCTTCATAATGCTGTATTATA +TCTTTAACTACTTGCTTTATTCTATCTTCATCACAAATGATTTGCTCCATACGAGACATT +TGCTTTTGACTTTGCTCTACAATATAATCTTCTACACCTTCGTTAACTTGCATATTGTAG +TATTCATTATCTATTAAATTCATTTGATTGCTATCTAACTTTACCTTTGCAAGCCTTGAT +TCATAGTATATTTTAACAGTAGCTCCATCTTCTACTGCTTGTGTCATATCATACACATCT +ATTAAATCACCAAAAACTCCATAAGTTGACTTATCAGTTGTTTCTATTGGAGTACCTGTA +AAAGCTATATACGTTGCATTAGGTAGAGATTCTCTTAGATACTTTGCATACCCATACTTA +ATCTCACCTGTATTTGTGTCTAATTTGCCATCTATATTATATTGAGTACGATGAGCTTCA +TCCACCATCACTACAATATTATCTCTCTCACTTAAAAGTCCTGTTTCTTCCACGAATTTT +TGAATAGTAGAAAATATTACTCCACCAGTTTTTCTACCTTCTAAGATTGCTTTTACATCA +GCTCTACTTTCACACTTTATAGGTTCTTGTCTTAAAAATTCATGAGCTGAACCAAATGTT +TCATATAACTGACCATCTAAATCATTTCTATCTGTAATTACAATTATAGTTGGATTGTTT +AGTTTACTATGCTTAACTAAATTACCTGCTAAGAAAGTCATAGAAAAACTCTTTCCACTC +CCTTGAGTATGCCAAACTACCCCTGCTCTACCGTCATTTTCTACTGCATGAACAACTGAG +TTTATAGCTTTTTTCATACCATAATATTGATGATATTGTGCCATTATCTTACCTTTATTA +GTAAATAGTATAAAGTTTTTTATAATATCTAATAATCTATTTTTATCGAACATACCATAC +AGTAATGTATCTAGATTTTTATAACTTATAGCAAATAAATCATTAATTTCTTCATCACCA +TTTATTTTTTTCCATGCCATAAATCTATCTATTGGAGCAGTTATTGTACCAGCCTTTGTA +TTTACTCCATCACTTATTACTAAAAAGGCATTGTAATAAAATAGTTTTGGTATATGGACT +TCTTTGTAGTTCATCAGTTGCTTATAGGCATCTTCAATGTCTACTTCTTCACGTGAGGTA +CTTTTTAATTCTATACACACTACTGGAATTCCATTTAGATAGACTATTACATCTGGTATT +TTTTTGTTTCCATCTTCAACTATTTCTAGTTGATTTACTACTAAAAATTCATTATTTTCT +ATGTTTTCGTAGTCTACTAGTTTTACTGTATAGTATTCTGTTTCTCCATTTATGAAGTCT +GTTACTTCTACCCCTTCTGTAAGGTATTTGTGAAATAGTTTATTATTTGTAAATACGTCA +TTTGTTTCAAATGTGTTTATTTTTCTTATAGCTTCTTTAATTGAAGTTTGTGGTATACCT +TTATTTATATTTATAAGGCAGTCCTCTAGTTTTTCTAGTAGTAGAACTTCTTTATTTTCT +CTTTTTAAGTTACTTCCATGTATGTATTTGTAGTCTATTTCTTTTAGATATTCTATGACT +ACATTTTCTAGACTTTCTTCTGTAAACATTATTTTCCCCCTAGGTTATGTCTTTATATTA +TGATTATACTTAATTTTGATTAAAAATAAAAGCTAGTCGATTGACTAGCCCTTACCATTA +TTTTGAATTTATATAATTAACTAAATCCCTATTGGAATACAATTATATAATCTCTTATGC +TCTTCTAATGCATATTTGTCAGTCATCCCTGATATGTAATCACATATTATCATCAATAAA +ATTGAATTATAAATATTACAGTTTTCACTACTAATATCATAATGTATTTCAGAAATTATA +TCTCTAATATCACCAATTTTATTCTTATCTTCCATTCCATCAATTAAGTCTTTTGATATA +TTTAATTCAGATTTATTATTTAAAAGACTTTCATATAATTTTTTTATTGTCTTGTCAGGT +AATTGTTGTGGATTGAACACATATGCTTCAAATAATTTCCTTATAACATATTGGCCTGCA +CCATCCATTCTTTGAGCTTCAAATGAATTAAGAATTCTCCTCTTAAGAAATTTTTGAAAT +TTTTCATCTTCGTTCTTAACTTTTTCAGAAAAACTTACTAATTCCTTAATATTTCTTTCT +GAGAATATGTTAGGCTTTTTATTATAAAAATCATTTGAAGAATTAATATCATATTCATTT +TTTAATATTTCTAAATTTTCGTTAGTTTTATTTATTATATCATTTGTTAGAAAATTCACT +ATAAGTTTAGAAAATAAAGCAATACTAGCATATTTGTTATCTTTATTATTTTCTATATCT +TTTAATATTGCTAGATCCTCTTCTTTAAATATACAGTCTTCTTCTCTCACAAACCTTGCT +TTTATTTCATCTAACAAATCTTGTACGTCTAAAATTTTATATTCTATTGCATCTTCTATA +TCGTGATGTCTTTGAGCTATCTCATCAGCAATTCCTACAATTAATGCCTCTATACTCCAA +CTATTACTTTCATCTAGTTGCATATTTATGTCATTATAAAATTCCAAACTATAATTATAG +TTGCTACTACATTCACCCTTAAACTTATTATGCTTCAAACTACAGATAACTTTACCACTA +TCTTTTTTACATTTTTTATATTTAAGTGAACTATGATTTAATATACCCCATAATACATCT +TTTGTTAAATTTAGAGATCTTTCCTCTAATTGGGTAGCAACTCTAACACCTTGCCAATTA +TGTTTAAAGCCCTTCATATCCTCTCTTAAGTTTGTATTAAAGTCAGATATTATATAACAT +CCATTCATAATATGATTTAATGTTCTTTCCCCAACATGTCCAAATGGTGTATGACCTAAA +TCATGTCCTAATGCTATTGCTTCTGTTAAATCTTCATCTAATCCTAATGCTTTTGATATT +GTTCTAGCTATCTGAGATACTTCTAACGAATGTGTCAGTCTTGTTCTTAGATGATCATCT +TTTACTGTTAGAAATACCTGTGTCTTTCCACTTAGTCTTCTGAACGCTCTAGAGTATAGT +ATCCTATCTCTATCTCTTTGATAAGCACTTCTTATTGGATGTTCTTCCTCATATTTAATT +CGTTTAGAGTTATTAAAATCTGCTTTAAAAACTGTTATATCTCTATTCTCCATGATTTTC +TCCCCTCCATGATTTATATATATAAATTCAGTACAGTAAATTTTATAATGTATAATTATT +TACATACTGACTTATGTCAATTCTATCTTCACCTAAACGAACTCTACCATCATAGCAAAC +TCTACCATAGAAATGAGGGTAAATTGCATAATCAACTTCTCCATCTTTCTTTTTCTTTGA +GTTTAATGAAAAATGATTTTTTAGCTCTTCTTTTGTAAATACTATTGCCTTATCAACATC +TTCACTACTTACAAATACAATATAATCAAAGTCAGGATTATCTATATCTTGACTAGATAT +AGTCTGCCAAAGATATGTATTTTCATCATTTTCTTCTTTGTAATTTTTACTTGTTCTTAT +TTTTACTTTTTTTATTCCTTCTGTTGTTGTAAGTGTTATGTTGTTTGCTTTAGTTGATAC +GTTTTCTATTTTTTCCATGTTGTTTTCTATAAATTTTGATAGTATTGCCATTGTTATGTT +TTTTCTATTTAATTTCATATATTCTCCCCGTGATTTTAATATTTCCTTATTTATATTTAT +AAGGTTTTCTTCTAGTCTATCTAGTAGAAGAAAGCCTTTGTTGTCTCTTTTTAATTCTCT +TCCATGTATAATTATATATAAATTAGACAAAAAATAAAAGCTAGTCTATTTAACTAACTT +TTATTTTTATTAAGGTATAATTATCTACATATTTCATCTAATCTTTCTATACTCCAAATT +TCCTTACATAAATCTTTGTATAAATTATTTCTCTCTAAAAGTTCCTTTTTATTAAACTCA +TCATAATACTTAAAGTTAAAATTTTTCTCATTTATAAATCTTAAAAATAGAGGATTATTT +TTATAACAATTAGGATTTAATGTTCTCGCTAGTAAGTTTTCACTGTCATACTTCTTAACT +TTATCTTCATACTTCATATCTTTTAAGCTTCTATTTTTATCCTTAGGAAGTATTAGTAAA +CCGCCAAATTTATTTCTAAAGTGCTTAAACTCTTCTTCTGTTTCAAACTCATTTTGATGA +TTTCCTTGATTATAGTTATTAGACCATATATGCTCTATATCATAACTATTTTTTTGAGAT +CGATTTACATAATTATCAAAACTAGAATTAATACCACTATTACTTTCTAAGTAATATGTC +ATTCTAGAAATAATATGTAACATATATCTAGCTGTAAATTGATTTAGATAAAAATTATCT +ATAGCCTCTAATGTTTGCTCCATATTATCAATCTTACTTTTTAAAATATCCTTTAACTCA +TCTAAGCTTTTTCTTCTTACATCTTTAGTGATATTAAACATAGTATATCTAACAGAAGAA +TAATTAACTGTTTTAAAATTGAATACCCTTCTAGATATATATTGATCTATAAAGCATGAT +ATCAACTTTATTTTTTTATCTATAATTTCCTGACTATCATCTAGGCATATAGATGCTAAT +ATTATTTGATATTGTAAATTAAAATCCCTATCTGCATTATAAAAAACATACTCAAAATCT +GCATTAAATTCACTAGAGTATACTTTTAGTCTCTTATATATATTTGAAAATAACTTAAAC +TCTTTTAATATAAAGTTTTCAAAAGATGAACTATTGGTAAGCCCTATACTTTCCCTATTT +TCTCTTATCCACTTATGAAATGACTGACCTATTATTTCATAATCCTTATCTTCTGCACCT +TTTTTTCCTTCTCTTATAGAGTCTGCATATTGACTTCTTATCCAGTGCTTTATAAAATCA +GCTTCTCCATCTTTTTCTATTTCTTTAAGCTCAAGTATAGTCTCTTGCCATAATTTATTA +GCAATGTTTCTAGTTTCATCATCACTTATTTCTGATAGTAAGTATCCTTTTAACATCTCT +GACGGTGTTAATCTAAGACCTCTATCATTCATAGTGACAAATACAGTATGTGCATCTTGC +TCTGTTGTAGTTGTTATCTTTATTAAAGTTACTTTGTATATTAACCATTCTATAAATAAC +GGCAATATATCACTTTTTAATTCTTGAGGAAATATTTTTTCAATATCCTTATATCTATTA +TATAAATTTATTACACTTTCATTTTTTTCATTCTCTATATCATAAGTTTCATTTTCATAT +AAACCTTCTAAACAAGCTTTTCTCTCTTTTACATCTATACAAAAAGTCTTTTTTCCAAAC +TTTTTAGTAAATATCAAATTTTCAATATTAATTTGATTTGTATTTATATTTTTTTGAAGG +TTGTTTAAATACATTAATAATAATGTAAGTGATGATAATCTTTGCTGACCATCAATTATT +TCATTTTTATCAGTTAATATTATAGGACCTAAGAAATATCCTCCATAATTTTCTACATCA +TCTTGTGTATCTCCATCTTTATAATAATTCATAAATTCATTTACTAGATCATATACAAGT +TCTTGTATTTGTTTTGTTCCCCAGTTATACTCTCTTTGATAGTATTGAACACTGTATCTA +TCATTAAATAAATCGTTTATCTCTATTGGATTACCTGTTATTCTATTCATTATACCCCCT +CATTATACTTATTTTACTTTATATTTAATATTTACATATGATTATTTAAACTTGTAATAT +ATTATACATAATATAAAATTACTTAATAATAAATTTATTTTACTCTTATCTCACCACTCA +TAAGCTTTGTAAGTACGGTATCTCTAATTTCTCTTAACACTTTATTTTCATCTTCATTTT +TAATTCTATATTCATATTTGGATTTTATCATACTATTAAACTTCTCAAGTATATCATCAC +TCGGTATTACACATCTAATAGAATTCAAATTCTTTTGATTTATTTTTGGTTGAACTGCAC +CTGTTACTATATGAGAAACTTTAGTATTCTTTAACAACAAATATAAATATTCATTACTAA +AATTATTTTTCCCTCTTAGTACATGTGCATGATTATTTACCCAAAATTTACCGTATACAT +ATTGAAGTATTGGATAACCTTCACTATCAATAACAGTTCCATCTTCTCCCATTAATATAT +ATACTCCATCAAATATATAATCATCTACATAATCCATCAATGATGCTGCTCCATAATAAG +GATATATATTTTCTCTTTTCTCTCTTTCCATTTTAGATAATGGTATCCTTTTTGAATCAT +GTATTTCACTTATATCAGAAAAATATCCAACTTCCCACTCCTTAGGAATCATCCCAAGTT +CACTTTCAACCATCTCTCCACCACTAGACTTGTAAGGCATACCCTCTTCATTAGGAAACT +CAAAATCAACAAACCATCTCTTAAAAAGAGCCTGTGCCATCTCCTCTAAAGTCTTGTTCA +TCTCATTATTTAACTCAATCTTATCATCTAAAGAAGATAAAATATTAGCTATCTTTTCTT +GTTCTTCTATTGATGGTAATAATATATCTACATTTTCTAATACATCCTTTTGAACTCTCT +GTCTACCAGATGAACCTGTCATAGACTTGATTGCTACATTTCTAAATTCAGGAGATATAG +ATAAATAATATATAAAGTCATTTATTGTTTTTCCTGCTTTTTCTCTCATTACAATAAATT +CAGTTGAACCAAATCCAACTTCATTATCTTCTAATATATCAACTCTTGCAGTTTTTCCAT +TTTCCAAACATGGCGTTATTCTTGCTAGTAGAGTATCTCCATTTCTAAACTTAGTTCCGC +TAGTAAATTCAGTCTCTTCGTATCCACTTATCTTTCTTTTAAAAGTATCTAATTTATCCA +TAGCTACTTTTTTGGATAAGGTTCCCTTTTTTATACTCTCTTTTGGATTAAACTCTATAA +CATCTTTTAAAGTATATTCCTGCCACTCATTACAACTCATATCCAATTCCTCCAAGTTGT +TTTCTAATCTCATACTCAAGCTCCCTAGACTTTCTAAACTGCTCTGCTAAAGCACTAGTC +AATCTATCCATCTTCTTCTCAAAAGGCTCACCATCATCTTCTACTTCCTCAATTCCAACA +TATCTACCAGGAGTAAGAATAAAATCATGTTCCCTTATTTCATCAATACTTGCTACTTTA +CAGAATCCTTGAATATCCTCATAGTTCTCTTCATTTTGCCAAGAAATATAAGTACTAGAA +ATCTTCTTAATATCCTCATCACTTAACTCTCTTAACCTTCTATTTACCATCTCACCCATC +TTACGAGCATCTATAAATAAAGTTTGTCCCTTATGCTTTTTATCTCTATTAAAGAACCAT +ATACAAACAGGAATTCCAGTAGTATAGAATAACTTATCAGGAAGTGCCACTATACAATCA +ACTAAATCATCTTCTAATATTTTTCTTCTTATCTCTCCTTCATTAGAAGTATTAGAAGAA +AGTGAACCATTAGCAAGTACAACACCTGCCTTACCTTTTTGACTTAGTTTATCTAACATA +TGCTCAATCCATCCATAGTTAGCATTTCCAGCTGGTGGTGTTCCCCATTTCCATCTAGCA +TCATCTACAAGTAATGGTTGTCCCCAATCACTTTGGTTAAATGGTGGGTTTGCTAATATG +AAATCAGCTTTTAAGTTCTTATGTAAATCTTCATGGAATGTATCTGCATTTTTACTTCCT +AAATTATTCTCAATTCCTCTAATAGCTAAGTTCATTTTTGCTAATTTCCATGTAGTAGGG +TTTGATTCTTGTCCATATACACTTATATCAAAAGCACTTCCACTGTGTTCTTCTACGAAT +TTAAGTGATTGAACAAACATACCTCCACTTCCACAAGCAGGGTCATATACATATCCTTTG +TATGGCTCTATCATTTCTACCATAAGTGCAACTATTGATTTAGGTGTATAGAATTCTCCT +CCACCTTTTCCTTCGTTAGCTGCAAATTTTCCTAGGAAATACTCATATACTCTTCCTAAT +ATATCTTTTTCTTTTCCTTCTTTTCCACCTACATTTATATTAGTGAATAAGTCTATTATT +TCTCCTAATATTCTTTTGTCTAACTCTGGTCTAGAGTAATTTTTAGGTAGCACTCCTCTT +AGTGAGTCATTTTCTTTTTCTATAGCATCTAGTGCTGTATCTACTACTTGTCCTATTTCT +GCTTGCTTTGAGTGTTTTGCTATGTAGTCCCAACGAGCTATTTCTGGTACCCAGAATACT +CCTTCAGCTAAGTAAGCATCCATATCTTCTGCAAACTCTTCATCTTCCTTAAGTAGTTCA +TTATATTTTTCCATGAATGTATCAGAAACGTATTTTAAGAATATTAATCCTAATACTACG +TGTTTGTATTCTGCTGCATCCATATTATTTCTTAATTTATCGGCACTTGCCCATAATTGT +TCTTCAAATCCTATTGTTGCCATTTTTCCACATCCTTTTTACTTTATATATAAATTATAA +CAAATTATATTAAATTTTATAATAGCTAAAAAATACTCATTTCCCATATACCATATAATT +CAATTTCTTCTCCTACGCACCTCCAAAATCCTACTCCTAACAACCATATGCCTATATCCC +ATATATAAAATATCGACTATCCTGATCATAATCTCATTAGCTGATTGTACAATAAATGAT +CGCTCTTGGCATGTGTTTGCTTATTAGGATTAATGGTAAGCTCCAAACTCTATCTGATAG +TATTAATGGATTGTATAAAAATATAATTAGTTATGAAATAAAAATAAGCATCAGAGTTAT +GCTGTATCTGCACTCTGGTGCCTATTTTTATAAAAATCTATCGCAACCTATAACTAACCA +AATTATATAATGGATTTAACATCTCTACATACTCTACCACTAAATTTGAGATAGAATCTA +GGTTCCTTAATCTTATATCATCTGGCTTAAAAGATTTACTTAATATTGATATTTTGCCTT +CATCATCATAATTATAAAAATCTTTAAATTCCCTTATATCTGAACTATCTATATCAAACT +TTTTATCATCTATATACCATATAAATCCATAGCCCTTCAGATTTTCTAATTCTAGATTTA +ATGCTTCCATAAAATTATTATCAATCATTTTATCTTTCATAAAATATCTGTCTATCGCTC +CATTATGAACTGAATGAAATAAATTAACTGAAAATCCTGATTGAGATATAGAGTATTGTA +TGCATGCATGTTTTTGGAATCCAAACCCTTCTTCTTTACGAACATATTTTTTATGAGCAT +CTTTATTTAAAATTTTTATCTCATCCTCTGTCTTCCCATATCTCACTCCCAACCAGTCAA +CTTGATATTTATTAAATTGATTAGGCTCTATTGATGAGACAATATTTGCATTTCTCGGAT +GATGATTTAAGTTTAAATTTTTAATTATATGATATATGTTATCATTAATATTAAGTAATT +TCTCTCTTACATTACTTCTACTGTTTATTATATTTGAATCTCCTTTTTTTATATTTCTAT +CAAAAAATAGCTCATAATCACTAAAATTAAAATAATAATCATCAATATCATATTTTTCCT +CGTCAAAAGCATCTTTATTTGTTTGTATTTTATATATTTTTCTATGTATTTTATTCTGTA +TATTATTTAATTCCTTAATGTCATTTTCAATTTCTTTATACCAATTTATTATTGATATAT +CTAATTCTTTAGATTTATTATTACAATTCTCAAAAAAGCATTCCAATACTAATTTTTCAT +TTGAACTATTATCTATATCTTTTATAGTGTCAAATTCTAAATTACTTTCTACTCCACCTT +TGGTTAAATTAGACGATCCAAGTACTAATCTACTTTTATCTTTTAATTCAAATAAATATA +CCTTTGGGTGAAATTTTATATCAAACACAATTTTAACCTGTGCTACTGAGTCTAGTTCTT +GTAAAATTTGAACTTGATTTTGATTTGAAAATTCTGGAGAAATATATATTTCTATTTTAT +TTTTCCCTAACCCACTCTTACTTGAAATTTCTTTTATAAGCTCTACTCCATAATATGATA +CATATGCTACTGCGATTTTTATTTTCTTCACATTCTCTAATTCTAAAAAACTTTGCTTTA +ATTTATTTCCACCGTAATAAAACTCCACTATTTTTTCCCCACTTCTTATTATATTATTCA +CATGCAATCTCTAGTTCAGCTACATTACATTGATTATTTTTAGTTTCTAAAAACTTGTTT +TTATATAAAACTTTATCTATGTAACATAACATTCTTCTATGGGTTAAATTATATTTATTA +CTTTTCAATATGTTTAATAATTTGTAAATTTCTTCTTTATTCTTTATAATAAAGTTTTTA +CTTAATTTTGTTATTGCCTTAATTATATCATCTCTATTATCTGATATAAAATCAGCTGAT +TCTATTAAATCTTTTAACCTAAACTGCAGTAAATATAGAATAAAATATCTTCTGAATGTA +TTCTCTGATTGTTTTTTACTATGTTCTGGCATATTAAATGATTTTATATATGATACTAAA +TATTTATTTATATCATTATTTAGTATCTTGCCTGAGTAGTTAAATGTATAACCTTTATCA +ACACCTATATCTTGTGTATATATATTATTTCCTTCTATCCTAGTTTTCACTTTTTCATCC +GAATCTATTTTATCTAGATACTCCATACATTCATCATACCCTATCTCTAGCATAAATCTA +TAAATAGGGTATATTGGCTTTGATTCTTCTGATATTCTCTTTAATATAGATTTTAAATCA +ATATTTTTATACTCATTTCCTATAAATAAATCACATATTTCCTCTTTTGTTATAGCGGAT +AACTTAGTATTATCATTTGATAATGTAAATACAATTTTACTATTAGTAAAGTCTTGTACT +CTACTTATATCACATATATTTACATCTATTAACTTAGGATTATTAACTTGACTCGCAACT +AATTGATAGACATTAGATTTCATATATCTTAAGAACTGTATTGGCAATTTATTGAAATTA +GCTTCATTTAATACTTTATAAAATTCAGCAAAGTTATTAACATAAAATACCTCTACATCT +AAATATCTTCCCTCTTCTAATTCTATTCTTTCTATTTCAGAGTAATCTTTATTCCCACTT +TCGTTCCTTCTGAGAAACCAAATTCTTTCACTTAACTCCTTGGATTTGTTTGGTATCATC +TTAACTATTGTGTCAAATATTCCCTTTATATTTTCGTCACTAAAACTATAACCCATAAAT +ATTATTGGATATTCTAAGAATAGAGTTAATAGCTTTGAATTTAAATATACAGATTTATCT +CTGAAATGATTATAATCATCTTTTGTTATTACAATACTATCAGGATTTTTTATACATCCA +TGTATTTTATATATATCACCAACACCATGAAGCACATTACTCAATAATTGTTCTTGGCCT +ACATAAGTTTGATATCCTTTGAATATATAATCTTCCAATAAGTTATCGTAGTTAGTTGTA +ATGATAGTCGATGGTGTAGTTTTTCTTAGCTCAGATACCTCTTCATTATTTTCTAAAGCT +TCGATATTTTTAGCTATATATAATTCTAATATATCACTTATTTTCTTTCTAAAGTAATAG +CTTTTTTCTTTTCCTTCAACTATTTCATTATCTGATAATATATCATTATAATATTTATCT +TCTAGTAATTTACCTAACTCCTCAAAGTCACATTTACCATTTTTAACATAGCTCTGATAT +TGCCTTTCAAATGATTTATCCCATCCATTCATAACTTCCTTGAGCATATTTTTCCAATCA +GGAGCATTTATATATCTTCTTGAAATTCCTGATCCTATAAAAAATATAGGCGATATAGGT +ATCTCATCTAGCTTAGATCTAATCTTTGTATATATATCACTCATATTTATATCTTCCCCT +TTAAAATTATTTTCAATAAAATTGTACCATATTTTTACAAATTCTACCTAAAATCATTAT +TACTATTATACTATAATACTCAAATTTTAAATATATATTACTTCCCATACACCCTATAAT +TCAACCTCTTACCCCTAATCTCAACACACCTCTCCTTACACATCTCAACTAACCTACTCC +CAACACCCTCATCAATATCCAAAATCCCCTCAACCCCCTTCTCACAACTAACAATAACAG +GTAAACCATTAAAATACCTATGATTAACAATCTCAAACATAACATTAACATCACTACCAG +TAATACTCCCCTTAAACAAGTCATCAACAAGTAGCACCCTACAATTCTTAAACCTATTCA +TCTCCCTATGATAATAAGCCTGATCCATAATATTTTGCTTAATCCTAACAACACTATCCC +TATACCCCATGTACAAAACCCCGACTCCCCTATCCATAAGACAATTAGCAATAGCCAAAG +ACAAGTGGGTCTTACCACACCCAACTTGTCCCATAAACATAATAGAATTACTCCTACTTT +TCTCTATACTCTCAAAATCCCTAACATACCCCCTAGCAACCTTATAAGCTTCCATAACTT +GAACATCATTAAGATAATTAAAATTATCAAATGTCTTATTCCTAAACTCACTACTTATAC +CACTTCTCTTAAGAATCTCCTCAGCTTCACGCAAAGCCCTACACTCACAAGGAATTGCCA +CACCATCATCTATAATAAAAGTCATATCCCTACACTTATCGCACCTATACTCACTATCAC +TCTTTATAACCTTCAAGCTCTCTTTTAAATTCTCTGACTTCTTCATCTGTTGGTTTTCTA +TAAAGTCCTTCATCCTCATTTTCAAAGACTTTGGCATATTTAGATTTTGTATGCTCATTT +TTATATCTTCCATAACTATCTCCCCTATTCTTAAAACCTACTTCATAAGCTTTCAAATCG +CTTAAACTTTTAATGTTATTATCATTCCACTGCTTTAAAATCCCGTTAATATATCCCTTA +TTACACTTACCTTTATCAGTAGCAATTTCTATAGCTCTTTTAAAAAGTTCATACTCAATC +TTCTCACAAACTTCTAATAACCAATCACCAACAATAGGATTTATAAGACCAACATTTTGT +TCATATAAAGTTTTAAACTTTTTTATATCACCTACATACTCACTACCTACATCGTCACAA +GCTTCACTTTGACTATTCAAATTTAATTTACAATCTTTTTCTTTATATTTTTCTTTTTCT +TCTTCTTTTTGTTTTTCTTTTTCTTTTTCCCCATAGTGGTTCTTAAAGCTTGACTCACCT +TCAGTTACGGGTATAGATAGACTATCTATACTATACCCATGCTTATTACATTCATTTAAA +AACAGCTCTACAAGAAAACTACTCTTAATATTACCTATCTCTTTTTCTATACACTTTTTT +ACTTTAGGACTATTAGCCTTATTATGCTTTATCCAATTTTTTAAAAAGACTTCCTTTGTT +TCATCACAGTAAACTATCTTTTTATATCCTTCAAATCTATCAATAAGCTTCTCTACTGTT +TCTCTGTTATATCCAGTTTCCGTTTCTATAATTCTTTTTGGAAGTTCATAAATTCCACTT +TGACTTGTTTTTGAATTTGTCATTAAATAAATGTAAAAATACTTTTCTTCAGGTGTTAAA +TCAAGAACAAACCCATCTTGCCAGTAATCTATATGAATATGCCTATAAACAGCCATGCAA +GTCCCCCCTTAATTTAATTCACTACCTTCAATACTTTCATCTTCCTTATCTACTAGTAAC +ATATCACTATCAATTGACCCCTTTACACTTTCATCAAAAACAATAGCTTTTTGCATTTCA +ATACTAAGTGGTGCATATTTAAGAAGCTTTTTAATTACAGTTTTTTTAGCCATAGAGTCA +AACTCTTTTTCCCATACTCCACCTTCAAAGCTTTTAGAGTATTTCTTCCCATGTTCTAAA +ACTTCATCATAAGTCATAAAAACAAAATTATATCCACTTGGCTCTAGATGATAAACTGCA +TAATACCCAATTACATTTCCTCTATTTCCTTTTAAAAGTGGCTTATGAATTAATTTTTGC +TCTAGTCCATAATCTATATCAAATTCATCATTTTCTCTTACTTCATGTGCATATAATGTC +TTTAGCTTACCACTTCTATTAGCAAGTTCTAAAAGTCCTTTATACCCTATTTGAAACTGT +ACCTTATTTATTCCTTTAACTTCGTATGGTATTAGATATGCAAGGCCTAGTGCAGTGTTT +GGTTCAAGACCAAGTTGTGCACTTTGCATCATAGCTGCAATAAAAGTCCTAGGGTCACAT +TTTTGAAGTTTTGGGTTTGAATTAAATGCAGTTAAAGCTACTTTTTCAAATCTTTCACTA +CTTAAATTAGTAGGAAGTGCTGATGTGATTTCTCCTTTCATTTTTATCATTAGTTGCTTC +ATAGCGTAAGCTTTACTTACAGTTACAGAATTTCCCTTAGTTTCATTAGTTTTTAAAGCT +TTCTTTAAATTACTCATTATATATCTCCCCTTTAATTTTATTGAATTTTCAAACATATTA +ATTTATAATTACACTTTATATAATAATTTCAGACTTACTTGGAATTTAAATTCTAAACAC +TCTTGAAGTTGTAGTTTTCATGTATTTCTCTACTATTTCTGGGTGTTCTTTTTTTAATCT +CTTAGTATCTACAGTATTTCTAACTTGCTTTTTCCAAGTTATTTTTCTATCTCCTAAATA +AGCTACTTCATACTCTTTCATTTGCATCTGCAAATACTGCTCTATTGCTTTTCTCTCACT +ATCTAAATCTTTTAAAAGCTCACGTACATCATCATATCTTTTTAATAAGTCTTCTTTTTC +AAATAATATAACCTCTTCCTCTATGCTATCTTTATATAGTCCTTGAAGAACACTTGAATA +GTCATCACTTCCATCAGGAATTGGCAGTTCTTCTCCTAATATACACTTGTCCCAAAACAT +CTTTTCTAAATTCATTATTTCATTTATAAGTTCTTCATTTCTATCTAACTTATGAATTAC +AAGCTCCTCATTCCCAATAAGAGCTGCTATATAACAATGGGTTGCTCCAGTTACTGCCAT +ATAGTGATAACACTGTACTTGACAGTAAATTGGAACTTCCTTTTGCCATGACTTCTTTGA +ATAGCTATTTGTTACCTTGCATTCTAAAAAAGCTTTTTCCCCTACAACTGCCCTATCTAT +ATTTGCAAGTGCAAATGGATATTTATCATTTTTAAGTATTCCATTTACATTTCTAACTTT +TTTACCAGTTTTTAAGGTAAACTCATTAGCTACAAAATCTTCTAACTTATTACCAAGATC +CATTTTGTAGTTTATCTCTTCATCTATTACTAAATCATTTTTTATACCCATATACACACT +CATTGAACTTTTATAAGGATTAAGACCTAAAACACTAGCAGCATCACTTCCACCTATACC +TTCTCTTCTTTTCTTTAGCCATTTTTCTTTTGACATACTTTTAGTATCACAAATTATATT +AGCATCTAAATACTTTCTCATTTATTACTCCCCTTATCTCATTTGTAATATTTATTATTC +CTATAAAATTATAGACTGCTCTTTACACAACTTTTTAAAAGTCAAACTTATCTATGAAAT +ATAGTTGCCCCTTACCAGTAATAAGTGTTGTAGTGGATATAATTTCTCCATCCATTGTCA +TTACTAAATTTTCCTCAACTTTAAAAAGACCTTGATTTATATACGCTTGCTTTGGTATAT +TTTTTTCTTTTCCATTAGCTATAAAATAGCCATTTTCTCTAAACCACTTAAATAATCTAT +TTCTACCTATTTTTCTATCATCGTTGTTTAAAATTTTAGCAAATTGACCTATAGTTATTG +CATCTGAAGATGCTGCTATACCTTTTCCAAAATCCGTGTATGGTTTATCTATAGCTATAG +ATGCTTCTAATTTTTCTGCTTTTTTAAGAGCTGATACTTTTTCTTCTTTTTCCTCTTTTA +ACTTAGTTGCTAAACGTATTATAAACTCTGGGTCTTCTAATGTTTTACTTATTACATCAT +CACTCATATATGCTCCATGATTTCTTATACTTGGTATTACCTCATCCACTACCCATCTTT +CAAATCTCTTTGCACTTGGTAATTTAGACCTCATAATAAGTCTATACATATTGCCTTCAT +CTATAAATTTTTTATTAACATATTGAACTATGTCACTATTATCACTTCTTTTTCCTGTAA +CTACCCCTACGTCGGAAAAAATTACACCGTCATTCGTGCAATGTCTAATGATTGCATCTC +TAGGATTTGAATATCCAAGTATCATTGCAACTTGAATAGCTTCTATATATTCCTTATTGT +CTTTTATGATTACACTTAGTTCTCCAAATTCACTACTTCTAAAAATTTTTAATGAGTTCA +TCTTACACGCCCCCTTCTTTATTACCTTTTGGTAATTTTATGTGCAAAAATATATCATTA +ACTTCTTCTAAGGTAAGCTCTAAAGTTTCACTTACCTTTACAACTTCTTCTAGAGAAAAT +CTATTTTTTCCATTTTCTTTTAAATTATAACTTTTAGTATTTATGCCTATTTGAGTTGCT +ATTTGTTCCTGAGTAAATCCATTTAAAACTCTTTTTGATTTTAGAAGCCTATGTTCCATT +TTATTTCCCCCTAATAACTATTATGTTTTTCTTATTCTTTATTTTATTACCGCTTTTACA +ATTACATAGTATTACTATTTTTTACCTATGTCAATTACCCTTTTTATAATTAATTTTAAC +TTAGGTAATGATTTTTACAATTTTAATTGCCGTTATGTACAATTTTGTTCCCTTTTTGGT +AATATTATGTTACTATTTAGTTACCAATTTAAGTAAAAAATTTTTTTAATATTTTTCATA +TAGAAAATTACCTTTTTAAACACTATTATTTTCTATTTTAATATATAAAGATAAATCTTA +ATCAAATCAAAGGAGTGTTTTTTATTGGAAACCATAGGATATAGAATTTCTAAAGCTAGA +CGTCATATGAATATTAACCAAAAAGAACTAGCTACAAAAGCAAATATTACAGAAGGAAGT +TTATCTAGATATGAAAATGATATAAGAGAACCAAAGGCAGCTGCTCTAACACAACTTGCT +GAGGCTTTAAATGTATCTACAGACTATCTATTAGGACTTACTGATGATATGGAAGTTCAA +AACAATAGCTTAGCTGACAAATCAAATGAAGAATTTGAGGAAATATATGAAGCAACTAAA +GAAAAGTTTGAATCTGGTAATATAATGTTTGACGGAGAGCCAGCTTCAAAAGAAGCTATA +GACAGTATGCTACAAGCAATGAGAATGGGGATGCTTTTAGCTTTAGAAGAACAAAAGAAA +AAAAGAAACAAAAAGAATAATAGATAAATATACATTATAAAAGGGGCGATTTATATTGTG +CAGAGGTACAAGAATAAGGGAAATAGTTAGGAAATTAAAAACATTTTATAAAAATGAAAC +ACTACTTGATATTATCCATCGTAGGAATATAATCATATGCTATTTAGACGAAAACTGTAT +ATCAAATGGTGCTTATTTAAAAAGTAAAGATACTCAATATATTTTTATAAATACAAAACT +ATGTGATTATGAGGCAAGAATGACCTATGCACATGAACTTGGACATTCAATTCTGCATCC +CAATGTAGATACATTTGTATTGAAAAATACTGATCCTATTTTATTAGCAAAATATGAAAA +TGAAGCTCAAATATTTGCAGCAGAATTTTTACTTGATGATGATATCTTATATAAATATCA +TGGTCAAAGTATATTTGATATAGCAAGAGAAGAATATGTTTCAGTAGAGCTAGTAAAACT +TAAATTAATAAATTTACATAAATCTAATAGCTTAAATAAACTTAATAATTTAGAAGAATC +CAATTTTGATGACTATCATGCAATTTAATAAATAGAGATTTTATAAGTGATGCATTTAAT +CTATTTTAGTAATATTTAATAATTTTTAATTTATTACTTGTATAAAATCAGTATAATAAT +TATCACCATTACTTTGACTTAATGAATGTAATGGTGATATTACATTTAAAATATAATACC +CATCCTCTAGTTCTTCATAATCATCTATATAATAACTTCCTATAAGTTCATTAAATTCTT +GATAGGTTATTTCTTTCTTTTTTAATAAATAGCTTACTCTTTCTAATTCTTCATTCATAC +AACCACATCCTTAAGAGTATTATGTATATTTTTTCTGAAATTTATTAATATTAATAAATT +TTTATAGATAAAGAATTTTATAAATGATACTATAAAAATAGAATTTATATATTAGGAGGT +ATATTATGATTACTATGACTATAGAAGAGCTATTTGAAGTTGGAACTAACTTTGAAGCAT +CTGTTGGAGAAGGCACTAAAAGTGAAAGAGCTAGAATACCTAAAAACTATTCTAGAATAA +ACTTACCAAAAGATTTAGTTTCTACTATAGAAGAATTTGATAAAGAAATTAATTTTTTAG +TTTCAGGTGAGATATGGTGTCCAGATTTTCAGTTAAATATTACTGTTTTAAAAAAGTTCA +CTGAACTTAATCCTAACTTTAATATTTCAGTAATTTCTATGTCTAGAGGTAAAAAGTTCT +TAGCCCCTATCTTAGGTGTTACTGAATTAAAATGGCCTACAGTTGCTGTATTAGACAAAG +ATTTCAATATTTTAGGTACCTTTAATGAGAGACCTAAAACAGTTCGTGCTGTTGAAAACT +TTGATGATATAAAATTAGACTACTACAAAGGTAAGTATCTATTAGATTCTGCTTTAGATT +TCTTAGAAATAATGAATAACGCAAAGTAATAAAAAATAACCTATTTATAGGTTACTCTAA +AAACAAAGCTGTACATAAAATATAATTTTAATTTCATGTACAGCTTTGATTAACTTTAGA +TATAAAAATAGAGCTTTATTTAAATAAATGGCTATGTTAGCTTACTTCGTGATAAATAAT +ATAATTTAGTTCGCAATTGTTATATAATGCGAAGTAACGGTACTTTTGATATCATACAGA +TAAATAGTAATTTTAAAGAGGGGCTAAAGATGGTAGAATATAAGAATAGAGAAGAATTAA +TTTTAGAAATTTCAAAGCGAGCAAAATTATTTATTAACGAGTTTGATTGTATTGATGAAA +AAGATAAAGACAAATTAATGGATGAGGTAGATAGAACTCCAGCTCAAATGATTGCTTATC +AATTGGGATGGATGAATCTTATTCTTGATTGGGAGAATCAAGAAAAAAAAGGACAAAATG +TTATAACACCAGCTCCAAACTATAAATGGAATAACCTAGGTGGATTGTATGAGGATTTTT +ATAAGCAATATGATGGATATAGTCTAAAAGAGTTATGTACTAACTTTGTAAAAACAGAAG +AGAAAATTATTGAATTAATAAATACATATACAGATATTGAATTATTTGAACAAGGAGGAC +GAAAGTGGTCATCATCAACTCCTTCTAACTGGGCAATATGGAAGTGGATTCACATAAATA +CGGTTGCACCATTTAAGTCATTTAGAACAAAAATACGAAAGTGGAAAAAACTTCAACAAT +AATAAGAATAATAAATTTCAATTTGTAGAGTAGATTTTGTGAACAATTTTAATATATTGT +GAATTATTTATATTAAACTAGAAAAATAACTATGCCTTATAATTCAAATTATTAAAAATA +CTAAGGTATGGTTATTTATCTAATTTGGTATAAATTATTCGTAATATATTAATATTGTAA +ATTAAAGCTTGTTTTTCATTATTAATCTATCTATCTATGATTTTTTTTACTGGTTTGTAT +AAAATCAACATAATAATCAAACTCATTATAACTACTGTAAATACTGTGTTATACCTGTAA +GTAGTATGTTGTATTACACTCTGCCCCAAATCTCGTGATATAAGTTCTCCTGTTACCGAA +GGAAACGTAGTAGGTTTAATTATAAAAAAAGATAACCCTCATATAATCCCTGAAATAATA +ATTGAAAGAACTGCATGATACTTGTAATTATAACTCTTCATATTTTCAATCCCCCCTAAT +AATATAGATATTTACTTCTCATTATATAACAATTGCGAACCTTGATTATATTATACATAA +TATTCTATTATTTTCCAATTATAAGTAATCTCCTGAATTAAAGTAAAATTGCTTTTTAAG +TTAATTCTATGAATCTATTTTTAATAGTAGTTATAGTTATATAATAATTAGATATATATT +TACTAGAAACACCATTAAAAGTAGTTATCCATCTTTTGAATACACTATAAAGAGAATTTA +TATGCTGAAGATGATATACACTATCTAACATAGATTTACCTCTAGGAACTTGCTTGCCAT +CTGCTGCACTAGCTTCAAATAATACTTATCCTTATATAAGAGAATAAATTGACCCTAAAA +ATAAACTTTTGACATTAGATATAAATAAAGAAAGTGTAAAATATCATGAGAATATGTAAA +AGCTGTGGAGAAAAATTTACTTTTAAACAAAATATAAAATCTTTATATAAAAGAAAAGGT +GACATATCGTGTGAAAGATGTAAACCAGTCTTTGTTTTAAAAAAACAGAATGCTCTTCTA +TGGATATTAGATTGTATGTATCTCTATCTATTAATTACTATTTCAGATGAAATAGGTAGT +ATAAAAGGTATTATTATAAGTATGATAATCGCATCTGTAGAAGTATTTATCAGTTTAAAT +TTAGATAGTCGTTATAAATTAAAAGAGCCTAGTTAAATCTAGACTCTTTTAACTTTAATA +AATTTAATTATATCAAACTTCTTAACCAAACTTTAGTATCTTCCCCTGCAAATGTTACAT +CAACACTATTTAAGTATATTCTTTTATAATCTTCTTCACTTGTATTGAAGTTTTCCTTAA +TTATATTCAACTCATTAGTAAGGTCTACATTTGAAACAGTTCTATTATCTGTATTTAAAG +TAACACTTAACTCGTCTTTATAAAAATTAAAGAATGGATAATTATTAACCTTATCTATAG +CCTTAGTATGAAGATTACTTGTAGGACACATTTCAAGAGTTACATTTGTACTTTTAACTA +AGTCATAAGCTTCTTTCATATCCTTTATGTTTATTCCATGGCCGATTCTTTCTGCCCCCA +ATAAATTTATTGCATCTATTACATTTTTTCCACTAGCTGCTTCACCTGCATGAATTGTAA +CTCTATATCCTAAATCTCTAGCTAAATCAATTGCTTTTTTATACTTTATAGCAAATCCTT +CTTCTTCTGGTCCACATAAATCAATTGCAACTACACCTTTTCCTATAAATTCTTTCCCCT +CTTTAGCAACTAATTCAGCATCTTCTACACTCATATTTCTCATACATCCAAGTATTAAAT +TTGCTTTTATTTCATACATTTCGCATGCTTCATTCATGCCATCTAAAACGCTTTGTATTA +CTTCTTTTATACTTAATCCTTTTTCCATATGAAGCATTGGTGCAAATCTAATTTCTATAT +ATTTAACATTTTCATTAGCTGCATCTTCTACTAATTCAAATGTTATTCTCTTAATATTTT +CTTTTGTTTGCATAACTTTATTAGGTAAATCAAATTTTTCAAGATATTCATCCAAAGATG +TACAATCTAAAGGAACTTGAACAAGTTTTTTTATATCATTCATATTATAAGATGGTAATT +CTAAGTTTTCTTTCTTTGCGATATCTATTATTGTTTCAACTCTAACACTTCCATCTAAGT +GACAATGTAATTCTATTTTAGGTAACTTTCTCATAATAAACCTCTCCTTTTTATCTGTAT +TTGTATGTACTTCGTTGAATTCTTTGCAGCTACTTAAAAATTTGTATAAAAAAAATTCCT +AACTACAAAGAAAACCTATTGTATAAATAAGTACATAAGTCTTCTTCGTAATCAGAAATT +ATCGGTTTCTGGTAGAGACCCCTAAACCATATCATTAGGGTTATACGATTAATTTTATAT +TTCTATTGATTTTATATTTTTTCTTAATAATTGTCAATATATTTTTAATATTTTTCTAAT +TTATGTAAAGCTATTTATTTTGTAAATTAAATCAATTATTTTTATATAATAATATATAGA +TTAATTTTAGGAGTGTGATATTTTGATTGATTTGTCAGTTAATATTATAAGTCCCGTAAC +ACCTACTTACCCCACTTTGTTTAGAAGATATACTCTAATCCCGGATCCCAATGTTCTATC +TAAAGCTACTCTAATTATTGCTCCAGAATATTCTTTACATGATACAAATCCAGTTTTAAG +AGATGAACTATGTGGACAGTGGGTCTCAGTAGATGATAATCGTTATGTTTTAACTTTATT +TGTTAATGTTGGAAATGATGAGTATGAGGTTGCTAGAAATAGATATAATAACTTCTTAGA +ACTTTTGCCTGATTATGTTGATTCTTTAATTAATGCTGATAAAGAATTTTTCGAAGCTAA +TCCTCATTTGATACCTGCACATGTCAGTATGAGATTCATATCTGGTCATGGTCAATTCAA +CAAAACAGTTTATTTTTGTAAAGTAAAAGATTATTTATTAATTTAGTTGTTGAAAAGATA +CTACATTAAAAATAAATGTGGTATCTTTTTAATATTTCTCATATATCATTAATATACATT +TAGTACAAGTATTATATAAAAGGAGGATATAATTTGTTTAATATAGACCTTAACTCAACA +TATACTTTAATTCTCGCCATCATACTTTTTTTATTTGGAAGTGTATTAAAAAATAATCTT +AAATTTCTAAATAATTTTTGTATTCCTTCTCCAGTGATTGGTGGCTTGTTTTTCTGCATC +TTAGCTTTATGTCTAAACTACTTTGGTGTTTTATCTATTAGCATGGATACAAGTCTTATG +CCTCACTTTATGTCATTCTTCTTTACAGTTATTGGACTTGGAGTTAGTTTATCATTAGTA +AAAAAAGGAGGAAAGCTATTAATTAAATACTGGCTTTTATGTGGATTACTTGCTTACTGT +CAAAATGGCTTAACTGTAATACTTTCAAAAGTTTGTAACATTCATCCATTACTTGGCTTA +ATGTGTGGAACAATTTCAATGGAAGGTGGACATGGATGTGCTGCTGCATTTGGAGCAACT +ATAGAAAATTTAGGTATAAATGATGCTACTAGTGTTGGTATTGCAGCTGCAACATTAGGA +CTTATTTTAGGGGGTATACTAGGAGGACCTATTGCCAAATATTTAATTGAAAAATACAAA +TTAAAACCTTCTAATAAAACTAATACATATTCATCACTTAAAAATTCAACTGTTGGTGTA +ACTAATACATATTCTGGATTAACACCTTATATGTTTTTTGAACAATTTTTATTAGTATTA +CTTTGTATGACATTAGGTGAATTTATAACAAATTTATTTTATAATATTACAAATATTATT +TTACCTAGTGTTGTTGGTTCTATGTTTATTGCTGTTATTTTTAGAAATGTAAATGATAAG +GTAAATATTATAAATATAGATTTAAAGCTTCTGGATTTTTTAAGTGAACTATCTTTAGGA +ATGTTTTTAACTATGGCTTTAATGAGTGTTGATTTATTAAAATTATCTAACTTATTTGGT +CCTATAGTTTTTATAATTATTTGTCAGGTTATATTTATGATTCTGTATGCTACATTAATT +TGCTTTAGGTTGTTAGGTAAAGATTTTGATGCAGCCATTATTATAAGCGGTTTAATTGGT +CATGGGCTGGGTGCAACCCCTAATGCTATTGCAAACATGACATCTGTCTGCCAAAAATAT +GGACACTCTGAAAAAGCTTTCTTGGTAGTTCCTTTAGTTGGTGCATTTTTATTAGATTTA +TTCACCATGCCTAGTATAGTATTTTTTATTAACTTATTAAGCTAATTGAATAACAAAATT +ACTTATTTGAGATTAAATTTTGTCATTTTTAGCATAATATTAATAAACATTAAATTAGGA +GGTTGTTTATGGAAAGTAATTTAAACTGTCAAGCATACAACTGCGCTTATAATAAAAATA +ATTATTGCTATGCTTCTCATATAAAGGTTGAAGGATATGAAGCTGCTATAACTCCTGAAA +CTTACTGTGATAGCTTTAAAAATAAATCATCATTCAGTTTTTCAAATTTTTCAGGTGATA +CAAATTTAACTACCACTCAAAATATCTCTTGTAGCGCTAAAAATTGTACATATAATATTC +ACGGTGCATGTAATGCTAAACATGTAGATATAAACTTTGAAAATGCTACTTGCGAAACTT +TTAGACTTTCACACTAATATTTAAATAGCATGAATTAAAAAATGTAGTATCCATTTTAAT +TCATGCTATTTTTTTATATTGTATCTTTATAAACTCTATTAGAATAAACTCTTTCTATAA +AGCTTATATATAACTCTCTTTCTTCTTCAGTAAAGTCACAAGTTACTGAAGAAAACCAGT +CCTTAAATATAGACTTGATATCATCAACAGTTTCATAACCTTTTTTAGTCAAATGCAAAC +TATAAGACCTACTATTATTTTTATCCTGTCTTTTTTCTACAAGATTAAGATCTACCAATT +TCTTTATAGTTCTTGTAACCATTGCTTTATCAACATTTAATTCAACTGCAATCTCTTGTA +AATTTATACCTTCAATCTTTTTTATTATTATTAAATATCTTAAACTAACTAAAGTAATGT +CATGTTTTTTTAAAACATTCTCTGAGTATTTTCTAAAATCTTTATTTATAATCCATATTT +GCCTACTCAATAGATTTAATTCCAACCGCATTCACCTCTATAATATTATTCAACATCTTA +TTATATATTATTTATTGCATTGAATTCAAATAATATTTTATTATTTATTAAGTTTTATTC +TTTTATGTCATATTTTAAAATTTTATAGTAGCTTTTTTGTTAAATTTATTTATAACTGTA +TAAAGATTTTTTTAATTGATAAAAATAAAAATATAATGAGGAGGTTATTTTATGAACTTT +AATAATGAAAATAATATAATGAATAATAAATCAATTGATTCTAATGCTAGAAAAGCTTTA +GAACAATATAAACTTGAAATATCTAGTGAACTAAACAATTTCTCAAGTGATGAGTTTCCT +TATGTAGGAGGTATCGCTACTAGAAAATTAGTAGAATTAGGTGAGAAAGCACTTATAAAT +GAATATAACAATAAACAAAGTTAGATTATAATGAACATAAAAATAAATTTACGTCTTTCT +TAAATTATTTCTTTTCTAAATAGTGTATATGGTATAATATTCTGTAAATATACATTATTA +GGTAAAGGGAGATATATTATGAAATACGAAGTTCTTTTTTTTGACGCAGATGAAACATTA +TTTGATTTTAAGAAATCTGAAGATTTTGCTTTAGATAAACTGATGAAGTATATTGATACA +GATTTAGATAAAGATTATTGTATAGATATTTATAAAGAAATTAACAGAAATATTTGGAAA +GAATTTGAACAAAATTTAATTTCATCAGATGATTTAAAAATAGAAAGATTTAGACGCTTT +TCAGATAAAATAAATTTATCATGCAATCCAAAGGATTTAAGTGATATGTATACTAGTTAT +TTAGCTGAAGGATCTTTTATTTATGATGAAACTGAAGAATTACTATCATACCTTCATGGA +AAGTATAAAATTGTAATCATTACAAATGGATTAGTTTCTGTTCAAAACAAAAGAATAAAA +GAATCTATTATTAAAGATTATTTTGACGATGTTATTATTTCTGATGAAATAAAAATAGCT +AAGCCTGATTCTAAAATTTTTGATTATGCTTTAAATAGCATAAACCATTCTAATAAGGAT +TCTGTCTTAATGATTGGAGATAGCTTATCTTCTGATATTAAAGGTGGCTTAAATGCAGGA +ATTGATACTTGTTGGTTTAATTCTTCTCAAAAGGAAAACACTTCTGATGTTATTCCAAAG +TATGAAATAAGTAACCTATTAGACTTAAAAAATATATTATAGTTAGGCTCTGTTAGATAA +TTGTGTTATAAAATAGCTAGATATTGGACTATGATATGCTTCCTTCATGATGATAGTTTT +ATTATTTACACTGTCTACTTGACAGGGAGCAGTTCAATTACCTGATATCTAGCTATTTTT +ATATACTTCAATTCACAATATATTAATATTGTTTATCAAGATTATTTGAATTTATTTATA +AAATCTTCATACTTTTCTATATAGAAAAAAACTGATGGAGAATCATGTTTGTAAGTAATA +TCAAAATTTGAAGTAATATCATTTATCTCTTTTATAGAAATAAATTTTTTATCTTGTAAT +TTTTTTAGCTCTAAAGAGTATGTTGTAAGTTCTTTTTTGAATAATTTTAAATATTCTTTT +TCTGATACTTTAAGCTGTTGGTCTTTTGCTATTCTATCTAAAATGGTATTATGTTCTGAT +GCATAAGTATAAAAAGTTATTAATTTATCGTCTATATTTAGACGGTATCCCTCCATAGAA +AGCTCACCTAAAAGTATATCTGATTTACACAATGAAATAATTTTATTAAAATTCTCAATA +TCTTCAACACTACTCTTATCATTTATAGTTAAATTTATTAAATCATCAATCTCATTTATT +GTACCATTTATATACATTTCAGTACTTCTAATCGTAGCTTTTAGTTTGTTTTGCTTATTA +ATTAAAAGTCCTAAATTTTGTAAAATTATAATCGAAATTAGTAGTATTATTATTGATTTT +AATATAATTATTAATTTATTATTTTTCATTTTTACTCCCAATCTATCTTCTTAATATATT +TTAATTCGCATTATATAACAATTGTGAACTCCTTATATTATTATAATTTATCACACAAAT +CTCTAACAGAGCCTATTCTTAAAATAACATTACTATTTTTAATTCAACAAATCTCTTCAT +GTTATATCTAAGTGTTATTCTCTTATAAAAAAAGATATCCCTCCTACAATGCAAGAAATA +ATAATTGAAAAAGCTATATGATGCTTATAATTATAATCCTTCATATTCTCAATATCCCTC +CAAATTAAGTTTATTTATTCCATAATTTTAATTTACTATTAATGTAGCTATCTGTCAATA +AATGGATTTTTTCGTATTATATTAATATCACAAGTAAAGTTAGATATACAATAGTTTGAT +TTTATTGATACATTCTATCTTTTACTTTTTGATAATCTTCCTCTGAATTATATGGGTAAA +TAAACTCTTGTGAATCTGATCTTATATAAAGTTTACTCATATCGTGTGTTACATAAAATG +TAAGGAATTTATCATTTACAATATCCTCTGGATTAAATGATAGCAAAGACTCATATATTC +CATTATCAGTGTAGTTGCCATCTTCATTTGGAAACTCATATAAATCTACAGGGGATAGTG +AGTAGGTTTTATCTCCTATAGTAATATTTCCTTGTAATTCTTCACTAAATTTAAGCCTTT +GCCAAATAAATCTCCCTTTATGTATTTCACCATTTAACTTAATATCAACTTTACTAACTT +TGCTATCATTTTCATAAACTTGCACATCTTTATAATAATGTTCGAAAGATTTAGGGTATA +GAAATAAAATTGTCCCAACCACTACTACAGCTAATATAATTAATTTATATGATTTTTTCA +TTCTTCATCTCCTTTTAAAATATTTAGTTCAAACTTTATGACAATTGCAAAATAATCTAT +AATATAACTTTATTATAACTATTTATCTATATCAGCATAATTAATTTTAATCTGCTCTTC +AATACCTTTATTATCATTTAAAACTATTCTAATACATCATTATCCTTTAATACTAAGAAT +CCATTTGCTTTTAACGATATTTTATCTTCTAACTTTACATTTGCTTTATTAAATAAATCA +TATACTTCTCTATTTTTCAGATACTTTGGTAATTCACATTCTACTTCTTTTGAAGAATTA +TTTATTACAACTGTAACTTTTCCTTTTTTAAATATCAATAGTCCACTATATTTATCTGTT +ATTATCCATTCATTATTTACTATCTTAAAGTCATCATTCTCTTTTCTTATTTGTATAATA +TCTTTTATAAATTCTAATATGTCTTTGTTTTGTTTATTCTCATCCCATACCATACATTCC +CTTTGTCCTTCGCATTTTGGCGTTTGTAGACCTTCCATTCCTACTTCATCCCCATAATAA +ATACATGGGCATCCACCTTGGGTAAACATGAATAAATATGCCAATTTAAGCTTCTCTATA +TTTCCTCCTGCAAAGGTAAGCATTCTCGTTGTATCATGACTTCCTACTAAATTAAATGTT +ACCTCATTTACCTGTCTTGGATAACTGACATTCACATTATTTATTGAGTATTTAAATTCT +TCAGCATTCATTTGACCTATGCAAAAGAAATCTCTTATTGAATTTGTTAAAGGATAGTTC +ATAACAGAATCAAATTGATCACCCATAAGCCAAGGTAAGCTATTATGCCATATCTCACCT +AAAATATAAACATCTTGTTTTTCTTTTTTTACTTCTTCTCTAAATTTTCTCCAAAATCTA +TGGTCAACCTCATTTGATACATCTAATCTCCAGCCATCAATATCAAATTCCCTTACCCAA +TACTTACCTACTTCTATTAGATAATCAACAACCTCTGGATTTTCAGTGTTTAATTTCGGC +ATTTCTGCAACACATCCAAATGTTTCATAAGGTATATTCTTCTTATTCATATATTTTAAA +GGAGTATCAATTCTACTCATATCCTTTATATAAAACCAATCTTTATATTTAGATTCTTCT +TTATTTTTTATAACATCCTGCCATATATTAGAATAATAACCTATATGATTAAAAACAGCG +TCTAGCATTATTTTCATACCACGACTGTGTAATTCTTCTACAAGATTTTTTAAAGTTTGT +TTATCTCCTAAATATGGATCTATCTCCATATAATCAATTGTATCGTATCTATGATTTGTA +TTTCCCTTTGTTATTGGACATAAATAAATCCCTGTAACACCTAAATCCTCTAAGTAATCT +AAGTGGTCTATTATCCCTTGTAAGTCACCACCTGTATAATTATAATGAGTAGGCTTTGAC +CCCCAAGGCTCTACATTTATAGGGTTTATATTAGGATTACCATTAGCAAATCTATCTGGA +AATATCTGATACCAAATAGTATCCTTAACCCATTTTGGTGGCTTTGGTATATCTATTTTA +TTTAAGTATGGATATCCAAAAAAATTCTCAATATTGCTTAACTCTTTATAGTTTTCTTCT +TTAGTTAAGTCAATTATTTTCTTTTCTGTATATAATAACTTTTCATATTCTTTTTCTACT +ACAAAACAATATCTTGATCTGTTATTTTCAGGCTTATACTCTGCAATCCAATAATCAAAT +AATTCAGTTTCAACTTCCTTTTTCATTGGAATATACTTTCCACCACTCCAGTTTTGTCCT +GTAGAATTAAGATTACCTGCAGCAACTATGTCTTCCCACATATATGGATCCCCTATCCTT +AAAGTTGCTTTTTCTAAATCCCCCTTTTTACTTCTTAAACGTATATGTAAAACTTTTTCG +TTATATCCGTATGCATAATTACTTTTAGGTATATGTAATAATGATTCTTTTAAAATACTC +ATTCTTTTCCCCCCATTTAAAACTATATATTATAAATACTAGTTATTTAATTTTTCAATG +TCAATAAAAATCAATTTCAATAGATTTATGTTAATCTTTATTTATTATTGTTTATTTTAA +TATTATATGATTTTATTTAAATATTAAGGGTATTATTGTATTATAATAGTGTAACAAATA +CATAATTATATATTTTCGGAGGTAGTAAAATGTCAAACTGTAATTCTTGTCCTTCAAAAG +GAAATTGCAATACAAATGCTAAAAGTTGTGGTGTAGTAAATCACCCTTATAATAAAATAA +AAAAAGTTATTGGTGTAATGAGTGGTAAAGGTGGAGTTGGTAAGTCAACTGTAACTACAT +TACTTGCAAAAAAATTAAATAGTCTTGGATATAATGTTGGTATATTAGACTCTGATATTA +CTGGACCAAGTATACCTAGACTTATGGGATTAAAAGATGAAAGAGCTATGTCTAATGGTA +ATGATATCTATCCTGTTGCTAATGAGGATAATATAAAAACAATGTCTATAAACTATATGG +TTGATACAGAATCTCAGCCTGTAGTTTGGAAAGGTCCTATGATAACTAATGCTGTTAAAC +AATTTTATAGCAATGTATTATGGGGAGAGTTAGATTATTTATTAATAGATATGCCTCCAG +GTACTGGAGATGTAGCTATGACTGTAATGCAATCTTTACCTATAAATGGCGTTATAATGG +TTTCTGTTCCTCAAGATATGATTTCTATGATAGTAGCAAAAGCTATAAACATGGCAAAAA +TGCTTAATGTTAATGTTTTAGGTGTTATTGAGAATATGAGCTATATTGAGTGTCCTGATT +GTGATAAAAAAATAAAATTATTTGACGGTGAAGAAAGTGATGTATTCTTTAAAGAAAACA +ATATAGATCTTCTAGGCGAACTTCCTATGACTAAGGAAATAATAAATATAACTCATAATG +GAGTTAAAGAAATAAGTGATGATTTAGATACAATACTATCTGGTATAGTAAATAAATTAT +AATTCCCATAATAAAAAAGATAGTTATTTCAATTTTTAATCTTTGAAATAACTATCTTTA +TTTATTAATCTAAATGTTTTAAATAAACCAAATATTCTTCAATATTTCCTTTATTATTTA +CAGTTATTAAATACTCATTATAGTGAGCATTATGTGGCTTCGTAAACTTACATCCAATAA +CACAGTCACTATCTTCTAGTTCTAAAAACTCTGTATCTTTTAAAAATTTTCTATTTATTA +ATTCCATAGCCCTATCCATAATTATCCCCCCCCAGATTATCATATATAGCTCTTACAGTT +AGTTATATTATACCAACTACAGTTCTTACATATATCATCAAAAATATCCTCTGTAATATT +ATTATACACTAATTTCTCAAGCTCAATATATTTATATATTCCTTTCTTAATATTAAAGTA +TTGACTAATCTTTAAATCAAGTAAGGCAACTTTATCTTGAGTAGAACATAAATTTTCTCC +TAATTTACTAGGACATTTCTCACAAATACTATCTGTAGAAAACACTACTTCTACTTCTCT +TAATTCATTTTCTAAACTGCTACTGTTAAGATACTTATTATAAGCACCAATTTCTTTTAT +TATACTCTCCATTCTAATACTAAATTCTTTGCTATATCCCATCCCTTGATATGCTCTCAT +ACATAATATATGATGAGGTCTTATTTTTAACATGATTTCACTCCTATATTGACTCTTTTA +GAAATTGATATTTCAATACTTGTCGCTAAGAATAATTTGATTAAATCTACTACTACAAAT +GGTGCTACACAAGCTAATATACTCTCTTGAATTGTAGACTTAGTAACTACTGAAAACATA +ATAGTCCCCGTTATGTAAACAACACTTAATCCTAAAACCATTGATAGTAAAATATATAAC +TTTGAAGAACTTCGTTCTGATACATATCCTACTACAAATGCCATCAACGGACATCCTAAT +AAAAATCCTCCTGTAGGCCCCATTAATATTCCTAATCCACCACTCATTTGAGCAAATACT +GGTACTCCTATAGCACCTAATAATAGGTATATTATTATAGAAATGAGCCCTTTTTTAGAT +CCTAATATTAATCCTGTTAAAGATACTGCAAATATTTGCATTGTTAATGGTACAGTTGTA +AAAGGTAATGGTATTGATATTTGCGATAATACTGCTGTTATAGAAGCAAATAGACCACAT +ATAATTATATTTTGTGTTTTTAAATTCATTTTAATTTCCCCCTTATTTAGGTTAACCTAA +TTTCTTTACTAGGTTTACATTTATTATATTTAATAAATATATATAGGTCAACTAAATCTT +CTAATAATTCTCAAATAAAAAAGATTGTTTAAATTATCTTAACTTTAAACAATCTTAAAC +ATAATACATTTAATTTTCTAATCTATAATAAACCTAATTTTATCACCATTCTGTCTTTCA +AAGTATGCTATTTCACCAACAATATTATAATCAAATGCATTCATCATAATCTTTAATAAC +TTCTCACTATCTATAATATCTGACTGATCTTTTAAAAAATCTATAGCGTTATTTTTCACT +AACCTTTTAACAAAGTCAATTGGCAACTTCAAGAAAATCTTATCTCCTGTATTGGCTGCT +ATCTTAACTTTTAAAAACCTTTCATTATAACTTACTGAACTATCTCTACTCACTTATTAC +CCTCCTTATAAAATAATAAATCTATTAAATTTAATTATATTTTCATATACTCAAGTAATA +ATATATATATATTATTTACCTTGTCTTATTTATATTCAAAATTTCATAGCTATTATTACA +TATAATTTAAATTATATTATTTTGAAAATAAATATATTTTATGATAAAATTATTTAATGT +ATTATTAAAATTTTAAGGAGATGAAATTATTGTTTAACTACATAAAATTTGCATTATACA +TAATATTAGTATTTTTTCTTGCTATACCTAAGTTAGCAAAATTTGAAATTAATCCTGATA +AGTATTCAGCAAGAGAAAAATTTAGTTTTTTAGAAAAGCATGCAAAAATAGCTCTCTCTA +TGTAAATATAAAACTAAATATTATCGGTAAAGAAAAAATCCCAAAGGAACCAGTTTTATT +TGTTATCAATCATTCTAGTATGTTAGATAGTTTTATTTTAGTATCAAGTGTTGATAGACC +AATTGGTTGCGTTATTGCAGATGTCCCAACGTGGAAAAACATGCCAATAATCAGCCACTG +GACTAAATTAATAAGATGTGTATATATTAATAGGTCTAATACAAGAGAAGGCATTAAAAG +TATAATAGAAGCTTCAGAAAATATATTAGATGGTCATAGTATGGCTATTTTCCCTGAAGG +TGACTTAACATGGATGAAAGATCCAAATGCGTTAGTATCTGATTTTAGAGCAGGCGCATT +AAAAATTGCTTATAAAGCAAAGTGTCCTATAGTTCCTTTAGTAATAAAAAACTCTAAAGA +TACATATGAAGGATACCAGCCAGTTGGTAAAATTACTTCTATGCCTGTTGAGGTAGAATT +TTTAGACCCTATTTATGATCATATAGATAATCCAAAATTAAAATCAACAATATTAAGTGA +ATCTATTAAAAATAATATGATAAAGAAAATAGAAGAATTTAGAAATAGATTTTAAGTATG +AACCTTAATATTTTAAAATTACATTATTAAATTTTACATATAAAAAATGACCTAGTAATT +ATAGGTCATTTTTTTATATATATAATTTAGCTTTTATAATAAGGTATTTTTCCATTCTTC +TTCTTTAAAACCTAATAATACATTTTCATTATCATATAATAAAGGTCTTTTTATAAGCAT +ACCATCACTTGATAAAATTTCTAAAAGCTTGTCCTCAGATTCAGTTTTAACTACATCCTT +AAGCCCTAGTTCTCTATATTTTACACCACTTGTATTAAAAAACTTTTTTAATTCAAGTCC +ACTAGTTTTAAACATTTTTTCTAACTCTTCTTTAGTTGGAGGATTTTCAGTTATTTCAAT +TTCTTCAAAGATAATATTATTTTCATTTAACCATTTTTTTGCTTTTCTTACTGTCGAACA +TTTTGAATATCCATAAAATTTAATCATAAATTAAGGTCCCCTTTATAGTTTTAATATTCA +ATTTCTACCCTTAATTTCAATTTTTAATCAAGTTTTATACTAATTCTCTAATTTTTTCTT +TTCCTTTGGATTTTATAATTATCCCTTGCTTTTCTATTATAGCTATATAGTTTTGCGTAC +TTTTAACTGTATTTTGATAATCATTTATTGTTATATAATCATTTTTTTCTAGGTATTTAA +TTGCATGGTCAAATCTTATTAGCTTCTCTAATCCATCTATATCATTGTTATAATTATTAT +ACGTTACATACTTTTCACTCGAATTACTTATATCCAACAATATTTTAATAGCTAAATCTT +CCATAATTTGTAGTCTCCTTTTAATATAAAAATAAGATTATATCCTTTTAAAATTCTACA +AATTATTTTTATTTCCTTCTTTTTCTTATACTTTTTTGTCGGATTCTATACATATTTTAA +TATATGAACTAAAAGTTATACTTGATTCCAAGGAACTAACTCTACTTCACCATAAGATCT +ATACTTTAATCTATTAGAATACTCTCCTTTATATCCAATAACATAAAGTAATGCAAGTTC +TACATATCTTGTCCCTATTTGTATTATATTCCACATGTCATCAACACTTAAATTAGCTTT +ATGTCCTTTTCTACTTGGATGAACAATTTTATTCCTAAAATAGATAACTAAGTCTATTCC +ATCATCAAATTTACTTTTTATCCAATCATCAAATAAATATAATTCTTTTTGACCATATGG +AATTTTGCATATATCTAAAAGCATTCGAATATTTTTAGATGTTGAATTTTCATCAAACTC +TTGTTCATCTAATAAATTATATAATTCTACTAATACAACGTAAGATAAAGTTTCTAATGC +AATTTGGACAGATATTATATTATTTTCTAATGTTATATTGTTTTGAGATTCTATATACCA +ATCAATAATATGTTTAATTGTTGGCTCATAATATGCATCTTCTAATTTTTTACACATAAG +TGAAATATATTTTTCTATATTATGATAATTTGCTATTGTATCACTCCAAGTAGGAACAAA +CTTAAAAGGAGTTACAATTGCTTCTCTCCATAATCGGTATACATTTTTTTCACCATCATA +TCCATTTGCCAAGCAAATATCAACATATCTACCACACATAAAACTCAATGATGTAGAAAT +TCTATCTAAAATATCCTCTACGTTATTAGTTTTAAAAGTTGTATTATCTTTTTTTAAAAT +TCTTCCAACATGAGTTATTATATTACCTGATTTTATTTTTAACTCTTCATTTAATTCTTT +TCTATAGTCGTACCTTTTATCGATAACTACTTTATAGTCATTTATTTCAAACTCAATTCT +ACCTGCAAATAATTTATTTTCATAATTTATGAGCTTTCCTGGTACCTGATTTAAATTTAT +AATATCAAAATCTACATATTCAACATAAGTATTCTTGGATTTCATATTATTATCATTTAT +ATAACCATCTATATTAGAATTATTAATAGTATTTACAGTTATATACACTGGCTTATACCC +ATAAACTTCAAGTATAGCATTATCATAATCTAAGGCTAGGTCAAAGTCTTCATCTTGGGT +ATGTATAATAGATGCTTCAAAATTAACTGACATGGGTGGTATCATTTTATAATAAATTAT +CCCGTTACATTTGTATTTTTTATCTAAATAAATACAAAATCTGCCTTCATATATAATAAT +ATCTTCATCAATATCATAATTAAAATATTTTGAATATATAGCATCTTTAACTACTTTCAT +TACTAACCCACCTTTACCATTATAATAATCTTATACTATTATAACATATACTTAACAATT +AAAATAGCACAGCTATTTTTAATATATTAGCTGTGCTTATTTTTCTTTTATTTCATAATT +AATCAATTCATAGATCTTTTTGCAATATTAGCGCAATGATCTGAAACTCTTTCTAGATTA +CTTATTAAATCTATGTATAAAATACCAGAATCTATGCTACATTTTTCATTATTCAATCTA +TAAATATGATTTATACGAATTGATTTTTCAATTCGATTTACTTCCTCTTCTCTTTCAAGT +ATCTGCTTAGCTAAAACATGATTTTTTTCATTAATTAATTTTAAAGCTCCCTCATAATTC +TGAATTACCATCTTATACATTTCATTGACTTCAGCAATACCTTCACTAGACAAGTCTAAA +TCATTCTCAATTGCTGTAGTAGCTAATTCTGCGATATTTTCTGAATGATCTCCTATTCTT +TCTATATCATTTACAGTATTAAATAGAACATCTACCGATTCTACTAAATTATCTGGTAAA +GATGTTTTAGATAAATTCAAAAGATAATTTAATATACTTTTTTGTAAAATATTTATTGTT +TCTTCAGTTTCAAATGCTATTTTAGCACTTTTTTCTGATTTGTTAATAAAACCATCCATA +GAACTTGATAAACATTTCTTTGCGATATTTCCCATTCTCAAGATTTCTTTAATTGTATTT +CCTAAAGCTATTGATGGTGTTTCTAACATTCTCTCGTCTAAATACTTTGTAGCTTTATCA +TCATTTTCATCATTATTATCTGGAACTAATTTTATAGCTAATTTTACTATATACTTAGAA +AACGGCAATAGTATAGCAACATTTATTAAATTAAATAGTGTATGTGCATTTGCTATTTGT +CTAGCAGCATCTGTAGGATCTATTTGTGTAACAATATATGTTATAGGTCTATTTAATATT +AATAAAAATAAAATACTTCCTATTACGTTAAATAATAAATGCATTATTGCAGCTCTCTTA +GCATTTCTACTTGCTCCTATACTTGATAACAATGAAGTTACACAAGTACCAATGTTATCT +CCATAAAGTATTGGTAATGCCGAAGATAATGGAATTAAACCTTGTGTCGCTAATGCAATT +AACATCCCCATTGATGCACTTGAACTTTGTACGATTCCTGTTATTGCAAATCCTAATAAT +AATCCTAGTATTGGTCTATGTCCAAAACTTACTAATGCATCTGTAAAACCTTTATATTCT +GCTAATGGTTTTACAGCATCTTTCATAAATTCCATTCCTGTAAATAATATACCAAATCCT +AATAATATTTGAGCAATATTTTTTACACTTGTTTTAGATGAAAAAAGATATAAAATAATA +CCTATTCCTAGAGCTATTGGTGCTAAACCTTCTAAATTAAAACTAACTAATTGAGCAGTT +ACAGTTGTCCCAATATTAGCACCCATAATAACCCCAATAGCTTGATTTAATGTCATAATT +CCCGCATTTACAAATCCAACAACCATTACTGTAGTTGCGCTAGAACTTTGAATAATTGCA +GTAACAACCGTTCCTACTAAAACACCCATTACTACATTACTAGTCAATAGTTCTATTATT +CTCTTTAATCTATCCCCTGCTGAATTCTGCAATCCTTGAGCCATAATATTCATTCCATAC +AAAAATAGGCCCAAGCCTCCTAAAATACTTATTGCAATACTCAAAACTTTTCCTCCTTTT +GTCCAAAATAAACATGAATCTACCTAAATATATGATTATCTATTTTGGTATTAATAATTC +ATAAAATATAATTGCCTTTTATTTTAGAATACTAAACTGAAATTTAGGTTAAATTATTAC +TATATTAAATTAACTTTATATAGGAGGAAAATATGAGTTTAGATAAACATAAAAGAGATG +ATAGTAAAACTAGATATAATAGAAATGATAAAAAAAATCCTAATTTTAAATTAGAACTAG +GTGAAGAACTTAACTTAGAACCAAGATTAAGACCATCAAAAACAGGTTCAGTTAGTCAAA +ATACTGCTAGACCTATAAGTACTCATAAAAAACATCAAGATCATTAATATTAATGGTAAT +ATAATAATATAGCTTATTACAAAAGTCAGTTAATATTTAAAACTGACTTTTTATTATTCA +TTTTTGTTACTTTAAATATCTAATAATCACTTATATAATATCAAGCCCAATTCTCTTTCT +ACTATTAATAAATTGTCTACTTCTCTAACAATTTTTAATGTAACTTTATTTCAACTTATA +TTTTACCTCTATAATTTATTCCATAAAGTTATTTAACTAACCTTCATAAAATTGAAAAAT +TTTTAAACAATACAAATAAAATTAAAAGGCCTGTCTTTGATTTAATATCAAAACAGACCT +TATTTGCTTATTTTATATTAAGATAATAACATATAAATAAAGTGAGCTGACATACCTGCA +CAAATTCCACCTATAGTGTGAGCAATTATAGCTTTACTAGTTAAAGCTCTTGAATTTAAT +GCATCCATCATACCAACATGAGTACTTAAGTAACCACTCCAACACATACCCATAGCTGTA +AATACTGCTATATCATTTGGAGTTATAACACCATCTGTTATAAATTGAGGTACTAATGAC +ATTGCTGCCCCAACAGCTCCAAGGGAAGTAATAGGGAAAGCTATAGCTTCTGGTGATGTA +AATCCAAATAACGGTTCTAAAATAAATCTAAGCTTTTCACCTATAATAGGAAGTAATGCA +ATCCCCTCATAAGCAGCACCTGTATAAACCTGTGCACCAGTATTAGGATCTGTTGATGGG +CCAAACGTAAGTAGCATTACCATAGTACAAACTACTAATACACCTGGAATTATTGCCATA +CCCATCTCCACTCCATTTTTTCCACCTTCTAGCATTGCATCTAGTGCTCTTTGGAATGTA +TTACCTTCTCTAATTTCTCTATATTCAATTGAATCGTTCAAATTATTTTTAGCTTTATTT +TTTCTAGAATCGTAGCCATAGTACTTTTTAGTAAAATGTAACATTATTCTAACACTTATA +ACACTTCCTATAATTGCTCCTATATTACCTATGATTGCAGGCAATACATATTCTTTTCCT +TGAGATATCATAAAAGTTGTCAGTATTAGACCCATTCCAAAAGCAGTTCCTAAATTGCAT +AAAGCAGGAACCTCATGTTTTTTAAAGTATTTAGTAAAACTCTTATCCTTTGCAAAAGAT +ATTATTGCTGGATTATCCGACAAATATGTAGCTACTGCTCCAGCTATACTTGCCCCTGGT +AATCCATATAAGGGTCTCATAAATACCGCGAATATTTTATTTATTAATGATATTACTCCA +AATTCTGATAGTAAAGAACTTAGTGCTCCCGCTAAAACTGACATTGCCATTATTAAAAAC +ACTGTATTTAAAAGCAAGTCATGAGCAGTATTCATTATAACTTTAAACATTATTCCTGCA +CCCATAATACTTGCTGTATATCCAAATCCTATGGCCAAAATACCGATAAAAACAAATGTT +TCTAGGCTAACAGCCTTAACACGTCTTTGAGAAATTTTTTCATCCATTCTTACGACTTTT +TCAGCTTCCATTTTTACCTCCTTTATTTAATTTTCGTTTTGTTAACTTATTTATATTTGA +ATCTCGACCCCGATAGGGATTATAATAGTTTCACCACAAAACATATTCCCCCTATAGAAA +GGAGTCGAGAAAATTGAAACCTACGGTTAAATGCCCTGAATGTTATAACACAAATTTGTA +TAAGTTTGGTAAGGATAAGAATT +>MGYG000000001_6 +AACTTAATATAAGTTAATCGAAAGATTATGTGGTTACTATAGCAAAGAGGATACACCTGT +TTCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTC +CTGGGAGAGTAAGACGTAGCCACGTAATCTTTTTTTATTATATTCTTATATTTATAATGT +TAGGTTTTAAAAACATGTAAATACTATTACAAAATGAAAAAATAGGAGTGATAGACATGT +TGAGAAAGCTAGCAATTATTTTGGTTATAGTAGGAGCACTTAATTGGGGCGGAATAGGAG +CATTTGGAGTAGATTTACTAGGTAATGTATTTGGAGGAACTTATGAAGTTCTAAGCAGGA +TGATGTACTTCACTGTAGGATTAGCTGGAATATATCTAATAATGACTCAAAAACTAGAAA +ACAAAAGTGATTAATGATTAATATGAAGATAAAAGACCGTGACTGTTATTTAGAAACGGT +CTTTTAATTTATCCATGATTATAATAATATAAAGAATATGAAGATGTATAAACTATAATG +ATGATAACCAATATAATAATAAATAAAATAATTTTATAGATAGATAATTTTACAGATAAA +GAAATTTATAATATAAGAAAATATATGAGGAGAATATATGAGCAAGTTAATTATAGAGGA +ACTAAATAATATCGTAGATAATAAATTAATATCTTTTCATGTTCCAGGGCATAAATTAGG +TAAGATTTATGATAAATTAAATTATACAAATACACTTAATAAAATCTACTCTATGGATAC +AACGGAAATCCCAGGAACTGATAATTTACATTCACCAGAAGGTATAATAAAAGAATCTCA +AGAGAGGGCTTCTGAAGTATTTAAGAGTGATGAAACTTATTATTTAATAAATGGTAGCAC +TTGTGGAATACAAGCAGCTATAATGGCATTATGCCCACCCAAAAGCAAAATCATTGCAAA +TAGAGATTGTCACCAATCAGTAATAAATGCATGTATTTTAGGAGATGTAGACCCAGTATA +TATAAATTCAGAAGTTGATAAAAATACAAATATTCTTAAGGGTATTAATATAGATGATGC +AATAAAAGTTATAGATAGTAACTTAGATGCGAAGGCTATAATACTTACATACCCGACATA +CTATGGAATGACATATGATTTAAAGAGGGTATGTGACTATGCTCATAGCAAGGATATTGC +TGTAATTGTTGATGAAGCACACGGTGCACACTTAGGTTTAAGTGAAGAATTGCCTAAAAC +AGCTTTAGAACAAGGAGCAGATATAGTTATACAAAGTACGCATAAAACATTACCTTCATT +CACTCAATCATCTATGATACATATACAAGGAGATAGGGTAAATAAAGAACAATTAGTATC +CATTCTAAAGATTATAGAATCATCAAGTCCGTCATATATGCTAATGGCATCATTAGAAAT +AGCTGTTGATATTTATAATAAGTATGGAACAAAACTTATGAATGAACTATTAAATAACAT +TGATAAACTAAAAAATTCTTTCAAGGAAAATAATGGTATAGGGTTTTATGATACAGATGA +TAAGACGAAGATATTTATATCTACAATTAATATGGGATTAATAGGTTATGAACTAGAAAC +TATACTTAGAGAAGAGTATAATATACAAGTAGAGTTATCCAATTATTATGGATCTTTATT +AATTTGCACTATAGGTAATGACAATGATGATTTCAAAAGTTTAGAAACTGCTTTAAACGA +AATCTTAGAAAAATATAGATCTAATAAAAATATAGAGAAAATAGAGTATCCTAATAATAT +ACCAGTAAAAAAATTAACACCAAGAGAAGCATTTTATAAAGAGAAGAAAAGTGTTAAAAT +ATATGAAAGTGTAGGGAAAATATGTGGAGAATACATAATCCCTTATCCTCCAGGTATCAG +CTTAACATCGCCTGGGGAGATAATAACAAATGAAATAATTGACTACATGTTATTCTGTAA +AGAAAAAGGAATGAATGTAAGTGGATTAAAAGATTCTAATTTAGGACAAATTCAAATTAT +AGAATAGTACAAGATTCTATGGAGGACGGCAAATGAAAGGTAAATTAATAATAATAGAAA +GTGGTTCTGATGCTAGTGGAAAGGCCACTCAAACTAAGAGGTTATTTGAAAGATTATCAG +AGGAAAATAGTAATATAAGAAAAGTAGAATATCCAAACTACGACTCAGAATCTTCTGCAT +TGGTAAAAATGTATTTAAGAGGAGATTTTGGAAAGAATGCTTCTGATGTAGATCCATATA +TATCATCTACATTTTTTGCAGCTGATAGATATGCTTCATTTAAAACGGAATGGGAAGAAT +TCTATAACAACGGTGGAATAGTTATTGCAGATAGATATACAACGTCTAATATGGTACATC +AAGCGTCTAAGATGGATGAAAAAGATAGAGATAAGTACTTAGATTGGTTAGTTGATTATG +AATTTAATTTATATAAAATACCAGAGCCAGACTGTGTTATATTTTTAGATGTTCCTATCG +AGTTTAGTCAAAAGCTAATGGAAAATAGAAAGAACAAGATAACAGGTGAAGATAAGAAAG +ATATACATGAAAGCGATATAGAGTATTTAACAAAATCATATAATAATGCACTATATATAG +CTAACAAGTATAATTGGAAAAAAATAAATTGTGTTAAAGATGGGACTTTAAGAAGTATAG +ATGATATACATGATGAAATCTATAACATAGTTAAACAAAGTATATAACCTATGGAGAGGT +AAATATGTATTTTAATAATATTATAGGTCAAGAGTTTGCAAAGAAGTATATAACAAACTC +CATTAAAAATGATAAGGTTAATCATGCATATATGTTTGAAGGTATTGATGGAATAGGGAA +GAACTTATTTGCAAAAGAATTTGGAAAATTACTTATCAATGTTGATAATGTAGATAATAG +TCCAGATTATATAAATATAGAACCTACAGGAAGTAGCATAAAAATAGCACAAATTAGAGA +ACTACAATCAGATATAATAATAAAACCACATAGTAAATATAAAATATATGTAATTAATCA +TGCAGAAAAGATGACAGTAGAGTCTCAAAATGCATTATTAAAAACGTTAGAAGAACCACC +AGAATATGCTATAATAATTTTGATTACAAACAACAAAGAATCTTTATTACCTACAATAAA +GTCTAGATGTGAAATAATCAAATTTTTACCAATATCTATTATGGAATTAAAAAGGTACTT +AATGGATAGAGGCGTGGAGGAAAAGAGATCAGCACTATTAGCGAATTTTTCTAGAGGAAG +TATAGAAAAAGCTTTAGAACTATCTGAGTCGAGTGATTTTTCAATAATGAGAGATGATAT +ACAAAAATATATTCAAGATATTTTAGATAAGAATATGGTAGAGATTTTAAATATATCAAG +TGATATGGATAAATATAAAGATAAAGTTATTATTGTTCTTGATATGATGATTAATTACTT +CAGAGATATTATGATATGCAAAGATAGAGCGGATAAGGATATGTTAATAAACGGGGATAG +AATTACATTTATACAAAATATGAGTAGTAAAATTACTTATTCGCAAGTATCTAAGATTAT +TGATATAATAGAAGAAGCAAAAAGAAAGATGAGAAGCAATTGTAACTTTAGTGTAAGTAT +ACAAGTTATGGCTTTGAACATATATGAGGTGATAAAATGATAAAAATAGTGGGTGTTAGG +TTTAAAAATGCAGGTAAAATATACTATTTTGATCCTGTAGATTTTGAAATAGAGCAAAAC +ACAGATGTAGTTGTAGAAACGGCAAGAGGTCTAGAATACGGAACAGTAATTGTTGGTCCA +AAGGAAATAGATGAAAATAAATTAGTATCACCATTAAAACCTATTATAAGAATAGCAACT +CCTGAAGATACTAACATATATAAGGAGAATAAAGAAAAAGCTAAAGAAACTTTTGAATTA +TGCCAACAAAAAATAAAAGAGCATGATCTTACTATGTTCTTAATTGATTGTGAATATACT +TTTGATAGAAATAAGTTAATATTCTACTTCACTGCAGAGGGAAGAATCGACTTTAGAGAG +CTTGTAAAAGATTTAGCGGCAATATTTAAAACAAGAATAGAGTTAAGACAAATTGGAGTT +AGAGATGAAGCCAAATCAATTGGAGGTTTAGGTCCATGTGGAAGAAGTTTATGCTGTTCT +TCATGGCTAGGAGATTTCCAACCAGTTTCAATAAAAATGGCTAAAGACCAAAGTCTATCA +CTAAATCCAACAAAGATATCTGGTATATGTGGAAGACTATTCTGTTGTTTAAAATATGAG +CATGACGTATATGTAGAAGCAATAGAAAAAATGCCTAATGTAGGAGACTTAGTTAAAGTA +AGTGGAAATAAAGGTAAGGTAATAGAAGTTAATCCTTTATTAGAACAAGCTAAAGTTGAA +TTCAATGATAAAACTATAAAAACTTGTATGAGAGAAGAAATAAAAGTATTACAAGAAGCT +AAAAAATGTGGGGGTTGTTGCAAAAATAAAGATGAACAACTAGATGCAGAAACATTAAGA +GAGTTAAAGAAATTAGAAGATTAAATTTGTAATATAAAAAAGGGGTAGGATTTTCCTACC +CTTTTAAATAAGGAGATATTTATGGACATAAAATTAAAAGACACAGAAAGAATAGATGAC +TTACAGTTAAAAGGATTAAAGTTAATACAAGATACTAATGGATTTTGTTTTGGAATAGAT +GCAGTTCTTCTAGCAAACTTTGCAAAAGTAAAAAAAGATGCTAACGTTGCAGACTTAGGT +ACTGGTACAGGAATAATACCAATACTTATTGCAGGAAAAAGTAAAGCAAAGAAAATAGTA +GGAGTGGAAATACAAGAAGAAGTATATGAAATGGCCACTCGCTCAGTAAAATTAAATAAT +TTAGAAGATAGAGTAGAAATTGTAAATGCAGATATTAAAACAATAGATAAAGTATTAGAA +GTACATGGATATCATGTAGTTACTTCAAATCCTCCATATATGCATATGGATGGTATAAAA +AATCCTAATGATAAAAAAGCAATATCTAGACATGAGGTAAAATGCAATTTAGAAGATGTT +ATAAGAGCAGCCTCAAGGTTAGTAATGCCTAGAGGTAAGTTCTTCATGATACATAGGCCT +ACAAGACTAGTTGATATTATTGAACTTGGAAGAAAATATAGACTAGAACCGAAAGTAGTA +CAATTTGTACATCCAAGAGCTAATAAAGCTCCAAACTTACTTTTAGTGGAATTTATGAAA +GATGGAAAACCAGAATTAAAAATACTTGATCCACTATATGTTTATGGAGAAGATGGAAAC +TATACAAAAGAAATAAATGATATATATGCAAATGAAGATATAGGAGAATAAGATATATGA +GCGGTAAATTATATATATGTCCAACACCCATAGGAAACTTAGAAGATATAACTTATAGGA +CTTTAAGAGTATTGAATGAAGTTGATTTAATTGCAGCTGAAGATACTAGACATAGTATAA +AACTTTTAAATCATTTTGAAATTTCAAAACCATTAACAAGTTATCATGAACACAACAAAG +ATTCCAAAGGTGGGTATTTAATCAATAAATTACTTGAAGGTGAAAACGTAGCAGTAATAA +GTGATGCAGGGATGCCAGGAATTTCTGATCCAGGTGAAGATATAATAAGGGAAGCTATTG +AAAATAATATAGAAGTAGAAGTTTTACCTGGTGCCACAGCTTTTGTAACAGCTTTAGTAG +GGTCTGGATTAGATACTAGAAAGTTTGCATTTGAAGGTTTTTTAGATAGAGATAAAAAGA +CTAGAAGAGAACAATTAGAGGATGTAAAGGAAGAAAGTAGAACAATGATATTCTACGAAT +CTCCTCATAGATTAAAAGATACGTTAAAAGATATGAGTAAGGTTTTAGGAAATAGAAAAA +TTTCTATAAATAGAGAGCTTACAAAAAAATATCAGGAAATAATAAGAGAAGATATAGATA +AAGCAATAGAAATATTTAATGAAAGAGATATTAAAGGTGAGTTCGTTTTAATAGTAGATG +GTTTTAAGGGTGAAAAAACTCAGAAAAATAACTATGATGATCTTACAGAAAGAGAGTATG +TAATAGAGTTAATTAATAATGGTTTAGATAAGAAAGATGCTATTAAAACAGTTTGTAAAG +AAAGAAAGTTAAAAAAGGATGTAGTATATAAGCAAGTATTAGATTTATAAGATATAAGCA +TTCGGGGTGATACATATGGAATTGAATAAGATTTTAATAAATAGTTTAAAATGCAAAGAT +GCTAGTGAAGAGTTTAAAAAATTAGATAATAATAAAATATTAGAACAATTGATTCCTAAA +ATAAATGAAATGAAGGAAGTTGGAGAATGTAAATATCACGTAGTGAATTGCTTTGATCAT +TCTATAAATGCATTAAAGGAATTTGAAGATATGATAAAGGATGAAAATTTCTTTTCAAAT +CATTTAAAAAATAGAATATGGAACTATTTAAATACTAGCGTAGAACATGGTATAAGTAAA +CTTGATATACTAAAATTAGGAATATTTTTACATGATATTGGTAAGCCTGATGCAAAAACT +ACTGATGAAAATGGTAGAGTTCACTTTAAAGGCCATGAAAAAATAGGTGGAGATATTGTG +ATTGACTTAGGGAGAAGCTTAGGATTAAGTCAAAGTGTAATAGATACTCTATTTAAATAT +GTTAGATATCATATGTTTTTATTAGTTTTTTATAAGAAAAATGATATAAGTCAAGAAAAA +CTATTTGAAATGTTCGATACCTTAGAAGAAGATACAATAGGAGCTATGCTTTTAGGATAT +GCAGATATAGTATCTACTAGAAAATTATTGAATCCTAATGAAGAAGTAGGAGTAATAAAA +ACTTATATGGAATTTATATTGACTAATTATGAATACAGATACAAAAGATTAAAATAAAAA +CAGGTTGCCTTAAAATGAATTATTCATTTTAAGACAACCTGTTTTTATTTATTATAATAT +AGACTTTGATTGTATTGGAGTTGACAATATCACCGAAGTTTTAGTAGAACCTATTGTTTT +TATAGTATCAATTACATTTTCTAATTCATACATATCTTTAACTATGACTTTAAGAAGAGA +ACAGTCATCACCTGTTATATGGTGACACTCAACTATTCTAGGGTCATCTTTAGCAACTTC +TAAAAATTGATCATAAGCTTTTCCACTTGGAAGTGATATATGTATAAATGCTTTTATAAC +TCTGCCTAAAGCATCTGGATTTACTATTGCCTTATATCCTTCAATAACACCTGCTTCTTC +AAGTCTTTTTACTCTTTCAGAAACAGCTGGAGAAGTTAAACCAACTATTTTACCTAAGTC +CTTCATTGAAATTCTACCGTCATCCTGAAGTATTTCTATAATTCTGTAATCAGTAATATC +CATATGTAGCCCCCTTTGATTTATGTTATTGTTTTTGTACAACTTTATCACCTAATAAAT +TAGTTTTTAAATCCCAAAGCTCTTGTGATAAATCAACTTTATAAGTTTTTGGGCAAGTAA +GTCTTCTATATGCATCCCATAAAGTATTTAGTTCATCTTGCACATATTGCTGTATTTCTG +TAATTGGCTTAGATTTAAACTTACATTCTCCGTTTATAAATAAAGGCTTATGAAGTTCTT +TAATCGTGTAATCTTCAAATGTAGTTTCTTTCCAAGTATATGTAGGGTGGAATACAGTAA +GAGGTTGTGAAGTATTTATTTTCTCATCATGAAGCATAATTAAATCGGCTTCAGCTTTAT +TCTCTTTATTGTATATTCTAACAACTTTTTTATATCCTGGGTTATTTATTTTTTCTGGAT +CCTCAGAAATTTTAATTTTTGGAACGATTTTATCACCTTGGTATGAAGCTGCTAACTTAT +ATACACCACCAAGAGATGGTGAATCAGCTGAAGTGATTAATTTTGTTCCAACACCCCAAG +AATTTATAGCACAATTTCCTGATTTTAAAGCAGATATAGTGTACTCATCTAAATCATTAG +ATGCTGTTATACTTAAATTACTAAAACCTGCTTCATCTAGCATTTTCTTAGCTTCAACAG +ATAGATATTCTAAGTCACCTGAATCTATACGGATACCAAGTGGTGTATGGCCATTAGCCT +TTAAGTTCTTAAATACTTTTATAGCATTAGGAACTCCACTATTTAATACATCGTAAGTAT +CAACCAAAAGTAAGCATTTATCAGGATAAACATCAGCATAAGCTTCAAATGATTCTAACT +CTGAGTCAAATTTTTGAATCCAACTATGAGCTTGAGTTCCAACTACTGGAATATCAAACA +TTTTACCAGCTAGTACATTTGCTGTAGCCTTACAGCCCCCTATTACAGCAGCTCTAGCCC +CGTAGATACCTGCATCTGGTCCTTGTGCACGTCTAAGTCCAAATTCAAAAACTGGATCTC +CTTGTGCAGCATAACAAACCTTAGAAGCTTTTGTAGCTATAAGAGATTGGAAATTTACGA +TAGTAAGTAAAGCTGTTTCTATAAGTTGAGCTTGGTACAGAGGTGCTTTAACTGTAATAA +CAGGTTCATTAGGGAACATGATTGTACCCTCTTCAACAGAATATATGTCTCCTGTAAATT +TAAAGTCCCTTAAAAAATCTAAGAATTTATCTGAGAATAAGTTTAAACTTTTTAAGTACT +TTAAATCTTCCTCTGAAAATTGAAGATTATTTATATAATCAACTAATTGCTCAATACCAC +AAACTATTGTATACCCACTTTTACATGCATTTTTCCTAAAGAACATATCAAACACAACTA +CATCTTCATGTATATTTTTCTCAAAATATCCATTCAACATAGTAAGTTGATACAAGTCTG +TAAGAAGTGTCAAATTTCTCATTATTTTTCTCCTTAAATACTAAAAATTATAAAAAAACC +CTATACCTATACTAAAACACAATACACTTCAACTTTCAAGTATAAACTAGTCCTTAACTA +ACATAAAATTATTAAGAGGGGAGGGGATTAAAATAGGAAAGATATGGTTTTATATGATTG +TAATAGGAATATTAGGAAGTGTGTATTTTCAAAATCTAGGAGCGTTAAACAATGCTCTTT +TAAATGAATCTTCTAAAGCAATTGAATTTGCTATAAGTTTAGCTGGAATTATGGCATTTT +GGATGGGAATAATGAACATCGCTAAAGATTCTGGCCTTATAGAAAGAATAGGATATAAGC +TAAGTCCTATAATGAAGAAATTATTTCCTTCCATTCCCAAAGGACATAAGGCTATGTCTT +ATATAGTTATGAATATGGCTTTAAATATACTAGGAGCAGGGAATGGAGCTACAGCATTTG +GATTAAAAGCAATGAATGAGTTACAAACTTTAAATAGAAAGAAAGATACTGCAAGTAATG +ATATGATTATGTTTTTAGTAATAAATATATCGTCTGTGCAGATAATTCCTTTTACTATGC +TTAAAATAAGAGGGGATGCTGGAGCTCAATTTCCAAATGAAATTATAGTTACAACCTTAT +TTGCAACGATAATATCAACCTTTGTAGGAATAGTAACTTGTAAACTTTTTCAAAGGAGGA +ATGATAAATAGTGCTAGATATATTTGCTAACTTGATTATACCTTTAGTTATATTATTTAT +AGTAATATATGGAAAAGTTCATAAAGTAGATATATATGAAAGTTTTGTAAAAGGAGCTAT +AGATGGTTTAAAAACAGCATGGTCTATATTACCGTCCATAATCGCTATATTTTTAGCAAT +AGGTATATTCAAATCAGGAAAAGGGATCGAGATGTTAGAGTTTATATTTTCTCCTATAGC +AAAGCTTATGAGTATTCCAAAGGAATTAATTGGACTGATAATTGTAAAGCCTTTATCAGG +CAGTGGAGCTTTAGGAATGTATAATGAATTAGTGCAGAGAGTAGGTATAGATACTTTAAT +CGAAAAAATGGGTTCTACGATTGTTGGAGCATCAGAAACTATATTTTATACAATGGCAAT +TTACTATGGAAGTTTAAAAATTAAAAATACGAGATATACCTTATTCTGTTCGATGTTAAG +TCATATAGCAGGAGTTATAGCATCAGTATTTATATGTTACTTAATATTTACATAAAATTT +AGTTCAAAGTAATTATCTTAGGTGTAAAAGTGTAGTTGACAATAATACATAATTTTAATA +GAATAAAAATTAATAATATTATTAATAATACATAATTTAATCACATGTATAATGATTGTT +ACATAGGTTAATACTACGAATAAGATTTACTTAATTTATTTTATTTTATAAATATATATT +TATATGCTTAATTAATCTACATATATATTTTTTTTTATAATAAGTTAAGAATTCTTATAA +TTTTTATATCAAAATAAGCTATGAAAAGAAGAGTAAATAATGACTTTTTCAACAGAGAAC +TAGGTTAGGTGAAAGCTAGTGTTAAATGATTTATTGAAGATGGCCTTGGAGCTTCTTATC +TGAAATTTAAGTAGGATAAGACGTTTAGACACGTTATAGTCTACTAAGATATCTATATGT +TTAGAATAAATTTAAACTATAGATAAATTAGGGTGGTACCGCGTATATAATCTCGCCCCT +ATGTAATATTCATAGGAGGCGAGTTTTTTATATCTAAAAAAATAGGAGGAAGTTAAGATG +AGCAAACCAACTTTTTATGTTACAACGCCTATATATTACCCAAGTGGAAATTTACATATA +GGACATACTTATACTACTGTTGCAGCAGATGCAATAGCTAGATTTAAGCGTTTCTCTGGA +TTTGATGTAAAATTCCTTACAGGGACAGATGAACACGGAGAAAAAATACAAAAAACTGCT +AGAGAGAAAGGTATGACAGAAATGGAGTACTTAGATGGAATGATAGCAGGTATAAAAGAT +TTATGGAATACAATGGATATATCTTATGATGATTTCATAAGAACAACTCAAGATAGACAT +AAGGACGTTATACAAAAAATATTCACTAAATTATATGAACAAGGAGATATATACAAAGGT +TCATATGAAGGTAGATACTGTACTCCATGTGAAAGTTTCTGGACGGAATCTCAATTAGTA +GATGGAGATAAGTGTCCAGACTGTGGTAGAGAAACATATTTAGCGAAAGAAGAAGCTTAT +TTCTTTAAGTTATCTAAATATGAAGATAGATTAAAAGAATTATTCCAAAATGATAAATTC +TGTTTCCCAGCAGCAAGAAAGAATGAAATGGTTGCAAACTTCTTAGACAAAGGTTTAGAT +GATTTATGTGTAACTAGAACTACTTTCGACTGGGGTATAAAAGTTCCATTTGATGAGAAA +CACGTAATCTACGTTTGGGTAGATGCATTATGTAACTATATAACTGCATTAGGGTACATG +AGCGAAAATGAGGAAGAGTTCAAAAAATATTGGCCAGCAAATGTTCAAATAGTAGGTAAA +GAAATCGTAAGATTCCATACTATAATATGGCCAGCATTGTTAATGGCCTTAGATTTACCA +GTTCCAGAGCAAGTTTACGGACATGGATGGATATTATTTGCTAATGATAAAATGAGTAAA +TCAAAAGGAAATATAGTTTATCCAGAGCCAATGATAGAAAGATACGGAATAGATGCTCTT +AAGTATTTCTTACTAAGAGAATTTGCTTTTGGTCAAGATGGAAGTTACACTCATAGAAAC +TTCGTAACTAGAATAAACTCAGACCTTGCAAATGACCTAGGGAACTTAGTAAGCAGAACA +GTAGCTATGGTTGAAAAATATAATGGTGGAATAATACCAATGGCAAAAGTAGCAACTGCA +TTTGATGAAGATTTAAAAGCACAAGCTAAATCATCTAGAGAACACTTCGAAGCTGAAATG +GATAAAATGCAATTCCATGAAGCATTAGAAAATGTATGGAAGTTAATAAGAAGAACTAAC +AAATACATTGACGAAACTATGCCATGGGCTTTAGCTAAAGATGAAGCTAAGAAAGATGAA +TTAGATACAGTATTATATAACTTATGCGAATCTATAAGAATAATATCAACTTTAATAAGA +CCTATGATGGAAACAACTGCTAATAAAATATATGATCAATTAGGAATAGCAGGACAAGAA +GAATTAATAAATTGGGAAAGTACAAATACTTTTGGACTTATAGGAGAAAATACTAAAGTA +CACAAGGGTGAAGCTTTATTCCCAAGATTAGACATAGAGAAAGAGGTAGTAGAATTGGAA +CAATTATTCAGTGGAAATGTAGAAGCTAAAGAAGAAGTAAAAGAAGAAACTTTAACTCAT +AAAGAAGAAATAACTATAGACGATTTAGATAAAGTAGAATTAAGAATAGGTAAAATAGTA +AGCTGTGAAAAGCATCCAAAAGCTGACAGATTATTAGTATCTCAAGTTAAATTAGGACCG +GAAACTAGACAAATAGTATCAGGGATAGCTAAATGGTACAAGCCAGAAGAAATGGTTGGA +AAAGAAGTTATAGTAGTATGTAACTTAAAGCCTGTTAAGTTAAGAGGAGTAGAATCTCAA +GGTATGATATTAGCAGCTGGTGATGATGGTGATGATTTATTAATACCAACAACTACTGGT +GCTAAAGACGGATGCGAAGTTAGATAAGGAGAATAATTATGTTATTCGATTCACACGCAC +ATTTAAATGATGAGAGATTTGATGAAGATAGAGAAGAATTAATAGCTTCTCTTAAAGAAA +AGCAGGTTGATTTAGTTGTAAACCCAGGTGCAGATATAAAATCTTCTATAAGTAGTGTAA +ACCTAGCTAATAAATATAATTTTATATATGCAGCTGTTGGAGTTCATCCACATGATGTTG +GAGAATTAGATGATACTGCGATAGATACTTTAAGAAAGTTAGCTACTGAAAATGAAAAGG +TAGTTGCTATAGGAGAGATTGGATTAGATTATTACTATGATAATTCTCCAAGAGAAGTTC +AAAAAGAATGGTTTAAAAAGCAAATAGAACTTGCTAATGAATTAAAATTACCAATAATAA +TACATGATAGAGATGCACATGGTGATACTTTTGAAATAATAAAGAATACTAAGAGTCCAG +AAATAGGATGTGTACTTCATTGTTATAGTGGTAATGTAGAATTAGCAAAAGAATATATAA +AGATGGGATGTTATATTTCTATCCCAGGAACAGTTACTTTCAAAAATAATAAAAAGACTA +GAGAGGTTGCAAAAGAAATTCCTCTAGAGTATTTATTAATAGAAACTGATTCACCTTATA +TGGCTCCAGAACCACATAGAGGGAAGAGAAATGATCCTTCATTAGTAGCTTTTGTAGCTG +ATAAGATAGCTCAAGAAAAAGGAATATCTTATGAAGCAGTTTGTAAAGCGACTAAGGAAA +ATGCAAAAAAATTATTCAATATAAAGTAATCTAAAGTTCAAGATGATTAGATATAATTGA +TCTAATTATCTTGAACTTTTTTATTAAAAAATATATATATAAAATATCAAAAAATTCAAT +TTATAATTACAATAGTTGAAAAATGGATAAATTATATACTAATACAAATATTTATGCTAA +AATTTAATTTATGAATTCAAGCGATTAGATGGAAAAGGTGATTTTATAATGATAAAAGAA +GTTATAGTAGTAGAAGGTAGAGATGATGTTACAGCAGTAAAAAGAGCTCTAGATGCAGAA +CTTATAACTACTGGTGGATTTGGATTTCCTAAAGGAGTTATGGAACGCATAAAAGCCGCT +CAAAAAAGACGTGGAGTAATAATATTTACTGACCCTGATTTTGCTGGGGAAAAAATAAGA +AAGAAAATAGCTGCAGAAGTTCCAGGATGTAAGCATGCTTTTTTACCAAGAGAAGAAGCT +AAGAAAGACGGAGATATAGGTATTGAAAATGCATCTCCAGAAAGTATAATATCTGCTTTA +AATAAAGTTAGAACGGAAAGCGTAGAAAAAAGAAGTGAATTTACTCAAGTTGATTTAATA +AGAAATCAACTTATAGGAAATGAAGATGCTTCTTGCAGAAGAGACGAAATTGGAAAAATA +TTAGGAATTGGATACGGAAATGCAAAGCAATTCTTAAGTAGATTAAACAATTATGGAGTA +AGTAGAGAAGAGTTTCTAAAAGCAGTAGACACAATAAATAATAGTCTATAGATGTCAGAT +TAAAAGTATTATATAAAAATTATTTAAAGAAATAATAAAAAGTAACAATAAATAAAATAA +GAAAAATAGATACATAGAAGGAGATAACATATGGATAGACTTTCATCTCATAGAGCTACC +AAAGAAGTAGTTCAAAAACATAATTTTAAATTTTCAAAGTCATTAGGCCAAAACTTTTTA +ATAGACGATAACGTTATAGATAGAATATTAGCAGGAGCTAGATTATCAGAAGGTGATAGA +ATCATAGAAGTAGGACCAGGAATTGGTACACTTACTCGTGAAATGGGAAAAGTTGCAGAC +AAGGTTGTTGCTGTAGAAATAGATAAAACTTTAATACCAATACTTAAAGAAACATTAGAA +GATTTAAATAATGTAGAAGTAGTTAATCAAGATATATTAAAAGTAGACGTAGAAGAATTA +GTAAAAGAAAAATTAGATGGAGGACCAGTTAAACTTGTAGCTAACCTTCCATATTATATA +ACTACACCAATAGTTATGAAATTTTTAGAAGAAGATATTCCAGTAACTGATATAGTAGTT +ATGGTTCAAAAAGAAGTTGCAGATAGAATGAATGCAGGTCCAGGAACTAAAGACTATGGT +GCGTTATCAGTAGCAGTTCAATACTACTGTGATACAGAAATAGTTGCAAAAGCTCCGAGA +CACATGTTTGTTCCTCAACCAAATGTAGATTCTACAGTTATAGGACTTCATGTAAGAGAA +GAAAGAAAATATCCTGTAGACAGTGAAGATATATTTTTTAAAACAGTTAAAGCATCATTT +GGTCAAAGAAGAAAAACTTTACTTAACTCTTTAGGTGGTTTAGGATTTTTAACTAAAGAC +CAAATAAAAGAAGCTTTAAACGAGGCTAATATAGACGAAAAAAGAAGAGGAGAAACTCTT +AGCATAGAAGAATTTGCAACTCTTGCAAATGCCATAAACTCAAAAGTACCTTCAAAATAG +AAGGTACTTTTTTTTTATAAGCAAACATATACTATCTAGAGAACTTATGTAAAGGGGGGA +AAGAAGTGAGCTCTAAAAGAAAATTTAAGAGAGACTATATAATTTTAGAAGCAAAGGATA +TGAATTTTAGATATAAAGAGCGTATCTTACCTAAGGCTTTTGCAAAGATAGAAGTAAATG +ATGAAAAATCAGTCGTAGCATTATATGTAGAGAATCTTAAATATATGAAGGACGGATATA +GGGTAGTAGCAATAAGAAGTGATTATGAAACTATAGATTTAGGAAAAATCACTTTAAATG +AGCAAGGTAAGGGTGAATTTGTACTAAATTTAGAAGATAAGGATGCAGAAATAAAAGGTA +TTGCTTTATTATATGAAAAAACTGTGCCTTTAATAGGATTCAAGGGAAATAAAATTGAAA +ATTACGAAGAAATATTGTTTATGGGAGATGAAGATGACTATATAGAAACAGATGATGAAG +TTGACGAATATGAAGAGATAGAATATATAGAGGTAGAAGATGACGAAGATGGAGACTACG +AAGAGTATGAAGAAATAGAGTATATTGAGGTTGAAGAGGATGATAACCTAGACGGATATG +GTGATACTGATGATGAATATGAATTTGATGAAAGTGTTGACGGTGATATTGATTATGACA +ACGTAGAAAATAAATATCATGAGTATCAAAATATAAATGATGATAATGGCTTAGAATATA +ATAGAACAAATAGAATCCCCAGACAAAACAAAACAATTAAAGAAAAGGTTAAGCAATACC +GAAGTCCAATTAATAAAGCATATCAAGGTATAAATTACCAAGACGATATAAATGAAACTC +AACAAGAAAGAAATACAAGACCACAAGGAACTTTACTAATGCCTAGACAAATCAAAAAAG +GATTAAAATATTTTAGAGAAGTTAAGCCTTTTGTGGAGGACTATGTAGATAATACTAGAT +GGTGGAAGATAGATATAACACCAGCAACTCTATGTGGCTACACAATGCCTTATTTAGGAT +ATGTTAACAGTTTAAATTATACAATGTATAGTGATGCAATAATGCAATCCTATAAATATA +GACATTATTTGTTCGGTGTTCAGTATGATGAATATAATAAGAGAAAAAATTATATTTATG +CAGTTCCAGGTAAAAAGGATGAACAACCAGATAAAGGTCACACAGGATTTACTACGTATC +AACCTTGTGATAATAGAGGAAATAGCTTAGGTTACTGGCTATGTTATATAGATTCAAGAA +CTAGAAATATTTTAAAATAGTCATTAAATTTAGAATCTATTGATAATAATTCAATAATCC +TCTAAAATAGAATTTAAGACTATATATTTTGGAGGAGAAATTATGACAAATAATAAGAGA +CTTATAGATGAATTCTTAGAATTAGTACAAATAGATAGCCCATCTTCTAAAGAAGGAAAT +GTTGCTAAAGTATTAGTTAAAAAATTAGAGGAAATAGGTTTATCAGTAGAAGTAGATAAT +GCAGGGGAAATACATGGTGGCGAAACAGGGAATGTAATAGCTACATTAAAAGGAAATAGA +GAAGGTAAAAAAATATTATTTAGTTCACATATGGATACAGTTAGTCCTGGAATAGGAATT +AAACCTATAATAGATGAGGAAGCTGGAATCATAAAAAGTGATGGAACTACAGTTTTAGGT +TCAGATGATAAGGCAGGAATAGCTGCAATATTAGAGGGGTTAAGGTATATAAAAGAAAAT +AATATAGAGCATTCAGATATAACAGTAGTATTCTCAATATGGGAAGAAGGCGGATTATTT +GGAGCAAAATCTCTAGATTACTCGAAGTTAGATGTAGATTACGGATTTGTTTTAGATAGT +GGCGGGTCACCAGGAGAAATAATAGTAAAAGCTCCAGGTCAAGATAGAATAGCTGTTAAA +ATTAAAGGTAGACCAGCTCATGCAGGACTTCAACCTGAAGCAGGAATAAGTGCAATAATG +GTAGCATCAAGAGCTATAGAAAATATGAATTTATTAAGAATAGATGAAGAAACTACTGCT +AACATAGGTATAGTTAAAGGTGGAGAAGCTACAAATATAGTAATGCCTGAATTAGAAATA +ATTGCAGAAGCTAGAAGTTTAGACGAAGGAAAATTAGATGCTCAAACAAGTCATATGATA +GAAGCTTTCGAGAAAGCTGCAAAAGAGTTTGGAGCAGAAATAGAAGTAGAAACTTCTAGA +ATGTATTCACCGCTTAATATAGATGAAAATGATGATATAGTAGAATTTACTAAAAAAGCA +TTTGCTAATCTTAACATAGAAGGAAAAACTGCTTCTACAGGTGGGGGAAGTGACACTAAT +GTATTAAATAAAAATGGTGTAAAAGCTGTAAATCTGGGTATAGGAATGAAGAAGGCTCAT +ACTCTAGAAGAATATATTGCAATAGAAGATTTAATTAACTCTGCAAAAACAGTTATTGAA +ATAATTAAAGAAGCATAATACAATAGATAGTATATAAAATTGGGCTATCTTAGAATAGGC +TTAATTAGTATCAGATGGATATTGATTAAGTTAATATTTTAAGATATGCCCATTTTTATG +TTTTTGGAGAGTGAGAATTAATATTGAACGTAAAGAGTATGCAATATCAATAAATAACAT +AGAATTATCAAAGAAATAACTAATGGAGGGATTATGGAAACAAGATATGAAGAATCGAAT +AAGGTAACCAAGCAAGCAATAGCTTGGAATATACTACTGACAATTATAAAGATAGTTGCA +GGAGTACTTGGTAAATCTAGTGCAATGATAGCTGATGGACTACATTCTGCATCTGATATA +ATAAGTTCAGTAGGTGTACTATTAGGAAATTATATATCAGCAACACCAGTAGATAAGGAG +CATAACTATGGCCATGAAAAGGCAGAAACATTGGTATCTTTCTTATTATCTATATTATTA +ATAGTTGTTTCAGGGTCAATTGGCATAAAAGCAGTTAAATCTTTAGGAAATATAGGCGAA +ATTGCAATACCAACAGTATTACCACTAGTAGTTGCAATAATATCAATTTTAATAAAAGAA +TATCAATATAGAATTACTATTAAAATAGCTAAAAAAATAAATTCGCCAGCATTAAAAGCA +GATGCATGGCATCATAGATCGGATGCTCTTTCTTCAGTAGCAGCATTTGTAGGTATAGGA +GGAGCAATGCTAGGCTTTAAAGTTTTTGATCCTATAGCTTCTATTGTTGTAGCAATATTT +GTAGCTAAGGTAGGAATAGAAATTTTAGTAGGCTCAACTAATGAGCTTATGGATGTTTCT +ATAGATTTAGAGCAAGAGGAACAGATTAAGGAAATAGCAAAAAATACGGAGGGTGTAAGA +AACCTAGGTGAAATAAGAAGTAGAAAACATGGAGCTATGGCATATGTAGATTTAGTTATT +TGTGTGGATGGAGATCTTACCGTAAGAGAAGGACATGATATAGCAAACCAGCTAGAAAAG +GACATAATCAGAGAGATGGAATTTGTAAAAGGTATAACTGTTCATGTAGAACCATGTAAT +TATTGCCCCGGAAATACTTGTTTTAAATAATTATATATTAAAAAAAATCGAAAAAAGGTA +TATAATAATTTTATAACTAAGAGATAGCGGGGGTGCAATATGGCTAAGAAAAGAAAAATT +AAGAAGAGTGCAATACTGCCACTTAGTTTGCTTATATTTTTCGCACTGTACTTTCTTTCG +TTTTGGTGGTTTAGTAAAGAACAAGGAAATACCCAAAAAATAGAAGTAAATACGCAAGGG +CAAAAAGAAGATACGAGATCTTTATTAACACAGTTAAGATATAAGAAGAAGATATATCTT +TCAGATGGAACTGTTAGCAACATAAGAGTTGAAGAGGACTATTGGGATGAATTAGATTAC +ATACTAGCAGAGCTGAAGGAAGTGAGAATACCAGAATCTTATAAAGAAACATATAGTGGA +TACTCTGATGATGGAATTAAATTCTCGACAGACTTAAATTACTTAAGGATTTATACTGTA +AATCAAGAGGCATACTATAAAATTCCAGTAGACTCAAAAGAAGAATTTACGAATGTATTA +AATAAAAGTATTTATACATCTTTTGGATTTGTAACTCAGTATAAGAATTGGGAAAGTGTA +AGTATAACTTATGGTGACAAGACTAAAAAGATTCATAAGTGGAAATATGATGATTTATCA +TATAAGATGGCATCAAAAAGAATAGTCGGTAAAGTACAACCAGAGAAAAGTAAAGAGAGA +AGTGAATACAACTTTACAATGTCAATAAAAATAAAAGGACAAGATATAACAGTAGAAACT +ATGGGAGCAGATTATGTAAAAATAACATCTCATAAACTACAGTCATACTATGAAGTGCAT +AATGCTTTATATGAATATATAAAAAATGATATATTTAAGATAAAATAAAAGGCCGGTTAA +AACCGACCTTTTATTTTTATTATTAAAAAATTTATTATTTACTTTTCTTCAACTAATAAA +TCTGCTATTTGGTATACTGTACCAGCACCAGCAGTTATAACTAAATCATTAGGTTTTGCA +TTTTCTCTAATATATTGTGAAATATCTTCAAATTTACTTATATACATAGCATCTACATTA +TTATGATATAGTTTTTCAACTAAATCCTTAGAATGTATATCACCAGGGTCATCTTCTCTA +GCTGCATAAATATCAGTTATTATAACTTTATCAGCAGAATAGAAAGCTTCAGCAAAGCTA +TCTAAAAGAGCTTTAGTTCTAGTATAAGTATGAGGTTGGAATATGCACCATAAGTTGTTC +TTGTTTAGTTTTTTAGCTGCAGCTAATGTAGCTTTTAATTCAGTTGGATGATGTGCATAA +TCATCTATAACTAAAACATCTTTATAATAACCTTTAGTTTCAAATCTTCTTCCAACACCT +TTGTATAAAGTTATGTTTTCTCTTATAGTCTCTAAATTTATTTCAGAAACGTAAGCAGTC +ATTATTGCAGCAGTAGCATTGTAGATATTGTGAAGTCCAGGCACTGATAATTCAAAAGTA +CCTAGGTTTTCCCCTTTGTATTCTAATTCGAACACACCATATCCGTTATCATTAAAGCTT +ATATTCTTTATAATAGTGTCATTGTCTTCGTTTCTACCGTATCTTATGATACTAGCTTTA +ACTTCGTGTAAAATATCAACAGTGTTATTATCATCACCGTTTATGATAAAGAAACCATCT +TTAGGTAGAAGCTTTCCAAATTTATTGAAAGAAGCTTTTATTTCATCTAATCCAGAGAAA +TAGTCAAGATGATCTTCTTCTATATTTAATACTATAGATATTTTAGGATTGAAGTTAAGG +AAACTATCAACATACTCACAAGCTTCTGTTATAAAGTGATCAGAAGATCCTATTTTAACA +TTACCACCTATAACACTTAAGTTACCACCAACTAATATAGTAGGATCTAACTGTGCGTAT +TCAAAAATAGTAGACAGCATAGATGTAGTAGATGTTTTTCCGTGAGTACCAGAAACTGCT +ATAGAGTTTTTATATTCTCTCATCACTTGTCCTAAGAAAGCTGCTCTATCCATAGTAAGT +ATATTTTTTTCTCTTGCAGCCATAAGCTCTTGATTATTAGGATGTATCGCTGCTGTGTAA +ACTACCATATCTATATTGTCAGATATATTTTCCTTGCATTGTCCGACATGTATGTTAGCC +CCTTGGCTTCTTAGCTTATCTAAAAGATAAGACTCATTCATATCAGATCCAGAAACTTTA +TATCCTTTGTTAAGGCATATTTCCGCTAATGCGCTCATGCTTATGCCACCAATTCCAATG +AAGTGTATATTCATAATAAAACCACCTTTCTTCATAATTAAGTTCTACAATATGAACTAT +TTATGTGGTATAATAATACAATGTTCAATATTTTATTAGAAATGTACATATACTATATAT +ATACAATATATTTAAAAATGCTTTAAAACATAACTATAATTATATCATAATAAGTAATGT +TATGCATTACTTAGTTTACATATAAATTAACAAAGACTTTAGGAGGTAAAGCTCAATGAA +ATTTAAGAGAACGGAAAGAATTGGAGCTATAGTAAAAATACTATCTGATAACCCAAATAA +AATATATACATTAAGTTATTTCACAGAAAAATTTAATGCTGCAAAATCAACAATAAGTGA +AGATTTATTAGTTGTAAAAAATGTTTTTGAAAAACTAGAATTAGGGAAAGTTATAACTAT +TTCAGGAGCTGCTGGAGGAGTTAAGTATATACCTAAAACATCTAAATCAGAAAATGAAGA +ATTTTTAATGGATTTATGTAAAAAAATAAGTGATCCATCTAGATTACTTTCAGGAGGATT +TTTATATCTAATAGATTTAATATATGATCCAAGTATAGCATCAAAGATAGGAAAGATATT +TGCGTCAAATATTGACTACTCTGAGGCTGACTATGTTGTAACAATGGAAACAAAGGGGAT +ACCTATGGCTCTTATGACAGCTAAGGCTATGAACTTACCTTTAGTTATAATTAGAAAGGA +TATAAAGGTATCAGAAGGTCCAACTTTAAGTATGACATATGTAAGTGGGAAGTCGAAGGT +TGAGAGTATGAGTTTACCAAGAAAAGCTCTAAAACCAGGAAGTAAAGTTATTTTAATAGA +TGACTTTATGAGAGGTGGAGGAACTATAAAGGGTATGATGAATCTAATGAGTGAATTTGG +GGCAGAAGTAATAGGTTCAGGAGTATTCATATCAACAACTACACCAGAAGATAAAATGGT +ACAAGATTATATATCATTAATACAATTAGATGTGGATGGGGAAAAGATAACTGTAGAGCC +GAATTTAAAAACTTTTAGAGATGAATATAGAAATATAGATCTAGAAAAAAATGAGGAAAT +AGAGGGCTTTGTTGAAGAAGACGAAAGTTTATTTGATGAAGAATAATAAAAAATAAATAT +TTAAAAAAATAAAAAGGAAAATTTAAAAAAATATAGAATTACTATTATTAGTAATAAACA +ATTTATATTAATATAAACTAATTTTGTCGAAATTAAAAGGGGGATATTGAGGTATGAACA +TTACTGACGTAAGAGTGAGAAAAATAACTGATGAAGGGAAAATGAAATGTATAGTTTCAA +TAACTTTTGATAATCTATTTGTTGTACATGACATAAAGGTTATAGAAGGACACAATGGAC +TATTCATAGCTATGCCAAGTAGAAAAGTAGGGGAAGGAAACTTTAGAGATATAGCTCATC +CAATAAATGCTGAGATGAGACAAGTTCTAGAGGAAGCTGTATTAAAAGCTTACCATGAAG +CAGTTGCTCAATTAGAAGTAGCAGCAGAATAGTAAACAAATAACATTATTTAGTATTAAA +TTAGTATGGATGAGCCGAACTATTCGGCTCTTTTTTATTGGAAAAAACACTTTAATGACT +GTACTTTTAATAAGAAAAGTGCTATATTAGTTAGAGAAATGAAGAAATTGTATACAGAAT +ATCAGAATTAAATAATAGAATATAATATATAGAGATTAATTAATAAATAAAGGAGTCAAA +TCATGAACTTTAAAGCAATAATTCTTGCGGCAGGAAAAGGGACTAGAATGAAGTCTAAAT +ATCCTAAAGTAATACACAAAGTATGCGGAAAAGAAATGGTAAATCACGTTATAAATGTTT +CTCAAAAATCAGGAGTAAACGATATTGTAGTAATTTTAGGACACGAAAGTGATGTTGTAA +AAGAAAGACTTCCTAGGGACAGTATGATAGCAATGCAAACAGAGCAATTAGGAACTGGGC +ATGCTGTTAAAATGGCAAAGGAATACATAAATGACGAAGATACAATAGTAGTTTTATGTG +GGGATACTCCATTAATAAAAGAAGATACTTTAAAAAGATTATTTGCATATCATCTAGAAA +ATGAATATCATGCAACAGTTTTAACAACTAAGGTAGATAATCCAACTGGATATGGAAGAA +TAATAAGAGATAATAATGAAGATTTATTAAAGATAGTAGAGCAAAAAGATGCAAATGAAG +AAGAAAAAGCTGTAAAAGAAATAAATTCAGGAATCTATTGTTTCAACGGAAAATCTTTAA +GAGAATCTTTAGACTTAATAGATAATAACAATGCTCAAGGAGAATACTACTTAACAGACA +CTATTTACATAATGAGAGATAGAGGTCAAAAAGTAGGGGCATACAATGGTTCAACAATAG +AAGAACTTATGGGTGTAAACTCTAGGGTAGAATTATCAAAAGCAGAAGAAATAATGAGAA +GAAGAATAAATGAAGCTCATATGGTAAATGGTGTAACTATAATTGATACTAATTCTACAT +ATATAGAATCTGATGTTGAAATAGGAAATGACACTATAATATATCCAGGAGTTATGTTAA +AAGGAAACACTAAAATAGGAAGTAACTGTGTTATAGAAATGAATTCAGCTATAGAAAATT +CAATTATTGGCGATAATACAGAAGTGAAGAATTCAACTATAATAGACAGTGTAGTTGGAG +AAAATACAACAGTGGGACCATATGCGTACTTAAGACCAAAAAGTAACATAGGAAACAATG +TTAAAATAGGAGACTTCGTAGAAGTTAAGAATGCTACAATAGAAGATAATTCAAAAGCCT +CTCATCTATCTTACATAGGAGATGCTCATGTAGGAAAAGATGTTAATATAGGATGCGGTG +TTGTATTTGTTAATTATGATGGTAAAAATAAATTTAAATCTGTAGTAAAAGATGGAGCTT +TTATAGGATCGAACTCTAACCTAGTTGCACCAGTAATAGTAGAGGAAGATGGTTATATAG +CTACAGGTTCGACAATAACAAATGATGTACCTAAAGGTGCTTTAGCAATTGCAAGAGAAA +GACAAGTTGTTAAAGAAGGATGGGTAGAAAAGAAAAGAGTAAGAGACAGCAAATAAAATT +AATCAGGTTATTATTTTTAGAATTAGTCTAAAAATTATAAAATACAAATCACAAAATATA +TATCAAAAGTTTAAAATTTTCGGGAGGATAAGCAATGAATACTAGCGGAAGTGAAATTAA +AATAATTTCAGGAAACTCGTCTAAGGAGTTAGCACAAAAAATAGCTGATTACATAGGTGT +ACCTGTAGCAGATTGTACAGTAGGAAAGTTCAGCGATGGAGAAATATCTGTTAACATGAA +CGAAACAGTTAGAGGATGTGATGTTTTCGTAGTTCAATCAACTAATAGTCCAGTAAATGA +TAACTTAATGGAGTTATTAATATTGATAGATGCACTAAGAAGAGCATCAGCTGGTAGAAT +AACAGCAGTAATACCTTACTACGGATATGCAAGACAAGATAGAAAAGCAAAGTCAAGAGA +TCCTATCACAGCTAAATTAGTTGCAAACTTAATAACAGCAGCAGGAGCGGATAGAGTATT +AACTATGGATTTACATGCAGCTCAAATTCAAGGATACTTTGATATCCCACTAGATCACTT +ACTAGGTGGAAGTATATTAGCTGATTACTTCAACCAAAAAGGTATAGAAGATTTAGTAGT +AGTATCTCCAGATCTTGGAAGTGTTACAAGATCTAGAAAGTTCGCAACTACATTAGACGG +AGAAGTTCCTCTAGCTATAATAGACAAGAGAAGACCTAAAGCTAATGTTTGTGAAGTCAT +GAATATAATAGGTGACGTTAAAGGAAAGAACGTTATATTATTAGATGATATGATAGACAC +AGCTGGAACAATAACTAATGCAGCTAATGCTCTTAAAGAATTTGGAGCTAAAGATATATA +TGCTTGCTGTACTCATGGAGTATTATCAGGACCTGCTATAGAAAGAATAGATAATTCTGC +TATAAGTGAGTTAATAGTATTAGATACTATACAACTTCCTGAAGAAAAGAAAATAGATAA +GATAAAAGTTCTTTCAGTAGCTCCTTTATTTGGAGATGCTATAAAGAAAATATTCTCTAA +TGAATCTATAAGTGTTTTATTCTAATTGTAATATAGTGAATACACTCTGTTTTTAACAGA +GTGTATTTTTTTATTTAAGGTATTGGTACATATTGTAAAAATATAATTTGTGATGAAAAT +ATATACAAAAGTATAATAAAATTTACTTTTTCATTAAAAATATTAGGAAAAAGTTGTATA +TTATAGAAAAAATGTTAATATTTATGTGATATAAAATTGAAACTAAGAAGTATATTCTGT +ATTTGGGCACCTGGGATATACGGAGTTAGTGGTGCAACCGGCTATATTTATTAAATTTAA +CTAATTTATAAATTAGTTAAATTTAGGTATAGCCTTTTTTTATATTGATAGCTCTTACCA +TATTAAGAGTATTATAAAAGAAAATTCCAAGGGGGAAGAACAATGTTCAATAAGAAGAAA +AATAACAAAGGTTTCACATTAGTAGAACTATTAGTAGTAATAGCTATTATGGGCATATTA +GCAGTAGTAGCAGTACCATCATTATTCAAAAATATAAATAAGGCTCATGCAGCAGATGCA +GTATCATATATAAGTGCTTATAGAACCGCTGTAATATCTGAGTATACAACAACAGGTGAT +GTGCCAGAAGAAGAAGATATAGAACCATTAGTAGAGTCTAAACCAGAGAAGGCAATATCA +AGTGTTATAATAAATTCTGAAGGTAAGGATTTAGTAGTTAATTTTACTATGACTAAGAAT +GAAATTGCAGAAGCCGTTAAAAAACAATTAGGTGAAGAAATTTCAAATGTAAGCGGTAAC +GTTGTTACTGTTACTATAATGGCAAAAGATACAACAAATTAATTTGAAATATTTATTTGG +AAAAGGAAGTTATCATTATTTTATGTTGCTTCCTTTTTTGAATAAATATTTATGTTCTAA +TATGAGGTGACAAAATGAATTCAAATAGAATAAGAATCGGTGATAAATTAGTTCAATATG +GATATATAACAGAAGAGCAACTACAAAAAGCTCTAATTCACCAGGGTGGTACAGGCAAAA +GAATAGGAGAAATTCTTATAGAACAAGGGTTAATAACAGCAGAGTTATTAACAAATGCAT +TAACAGAGCTACTAAACATAGATAATATAGATTTAACCCCTTCAAATATAAATCCAGAAG +CAATACAAAAAATACCGCAAAACATATGCAAAAGGTATAATGTATTTCCGTATAAAATAA +AAAATGGCAAATTATACCTAGCAATGGAAGACCCTCAAGACAGAGAGGCAATTAGAGATG +TTAAGCGTATAGCCGGAATGGAAATTGATGTAAAGATAGCAACAATATCAGAGATAAATC +AAGCAATAGAGCAATGGTATTCAAATACAGATTTAGATAAAGTTATAAATGAATATGCAA +AAAATGAGGCTAAAAACACGATAGAAGAAGAAATAACGGGAGATGAAGATGTAAATTCAG +CTCCAGTAGTAAGGTTAGTACATAATATATTAGAAACTGCAGTAAGAAAAAAGGTTAGTG +ACATTCATATAGAGCATGACGGAGATTATATGAGAGTACGTTATAGAATAGATGGGATTC +TCATGGAGCATATGAAAGCTAGCTCAAAAGCATATAAAGCGATTATAAGTAGAATAAAAA +TAATGGCAAACTTAAACATTTCTGAGAAAAGATTACCGCAAGATGGTAGGATATACTTAG +TTGTAGATAATAAATCAGTAGACTTTAGAGTATCAACAATGCCTACTAGTAGATATGAAA +AAGTAGTAATGAGAGTACTAGATAAATCTAACTTTATGGTTAGTAAAGAAAAGCTAGGAT +TTAGTTTAAGTGATATAAAAATATATGATGATTTACTATCAAAGCCATATGGGCTTATTT +TAGTTGTTGGACCTACAGGAAGTGGAAAAACAACAACTTTATATTCAATGCTAAATCAAC +TTAATGATGTAGAAAAAAATATACTTACTATAGAAGACCCTGTTGAATATGAATTACAAG +GTATTAACCAATCTCAAATAAATTATAAAGCAGGACTTGATTTTGCGAGCGCTTTAAGAG +CCTTCCTGAGACAAGACCCAGATATAATAATGGTTGGAGAAATAAGAGACCATGATACAG +CAGAGATAGCAATAAGAGCATCACTTACAGGACACTTAGTACTGAGTACTCTTCATGCAA +ATACGGCAGTAGGTGCAATATCAAGACTTTCAGATATGGGAATGGACAGTTTCCTTATAA +CTTCTTCTTTAGTTGGGGTTGTTGCACAGAGACTAGTAAGAAAAATATGTCCGTTATGCA +AGGCTAGCTATGAAGCTAGCATAGGAGAAAAAAAAGCATTAGGTTATGATATAGATAAAA +ATTTAACCTTATATAAAGGTGAAGGTTGCAATAAATGCAACAATACAGGATATAAAGGAA +GGCTTGGTATATACGAAATGATACAGGCTACAAAACCTATAAAAGATTTAATAGACCAAG +GTGCTAAGGAAGATGAAATAATGAAAAAAGCTAACAAACTTGGGATGATAACAATGCGAC +AAGATGCAGCTAATAAGGCTATAGATGGTCTAACTACTGTGGAAGAAATGATAAGAGTAA +CATTTATTAGTGAGTAGAGGATGATAAGAAATGGTTAAATTTAGTTATACTGCTATTATG +GTAAATGGATCAAAAACAAAGGGAATAATTGAAGCTAACAATTTAGTTGAGGCTAGAAAT +CAGCTAAAATCGAAAAAACTTAGAATAGTGGATATAAAAGAAAAAAATGATAATACATTT +AGTACAAGAAAAAAAGGAAAAAAGTTAAAGCCAGATACAATAAGCCATTTTTGTAGACAG +TTTTCTATAATAATGTCTTCTGGTATAAATAGTTTAGTTGGATTAGAAACGTTAGCTAAA +AGGACAGAAAATAAAGTTTTGGCTAACGAAATGAATAGGATAGTAGAATCGGTTAAAAAA +GGATCCAATATAGCTGATGCTATGTTAGATAAGAAGTCAAAGTTTCCAAGGCTTCTAGGA +GCAATGGTTGCTACAGGAGAAGAAACTGGTACTTTAGAGGATGTCTTAAGTAGTATGGCA +GTGTTTTATGAAAGAGAACATAAAATAAACCAAAAAATTAAAAATGCATCTACTTACCCA +GCGATAGTAGCAGGGCTATCATTTGTGATGCTATTTTTATTTACAAGTTTTATAATCCCT +CAAATGATGGAATCTATAATGGATGTAGGTGGAGAAGTCCCGTTTATTACAAAGTTTGTA +ATGAGTGTAGGACAATTTATGAGTAAGTTTTGGTGGTTAGTACTTATTATGATTATGGGT +GTAAGTTATGTACTACTTCAATACATAAAGACCCCATTGGGAAGAATACAAAAAGATAAA +ATAATAAACAAAATTCCTCTACTTGGAAAGGGAATTAATAGTATAGTATCTATGAGGTTT +TCTAGGGCGTTATATTTATTTATATCTACAGGCTATCCATTGTTGCAAGGGCTAGATCAC +ATAAAAGCAAGTGTAAATAATTCGATAGCAGAAAAAGCAATAATGGGAGCAAAAGAAGGT +ATTATAAAGGGAGAAACGTTAGCAGAAAACTTAGAAAAATATCATTATTTTGATTCGGTT +CTTATACAAATGATAGCTATAGGAGAACAAACAGGACAACTAGAGACGATAAGTAATCAA +ATGGCAGATTTTTATGAGCAAGAATCAGATATATATTTAAGTAGATTAGTGGCTATGATA +GAGCCAATTATGATAATAGGAGTAGGAATTGTAGTAGGCATACTAGTTATATCAGTATTT +TTACCGATGATGAATATGTACGATGCCTTATAGGAGGAAATATACAAATGAAATTATACA +TATCATACTATGGAAATTATGTTTCTATAGTTGAAGGGTCATACAATAGTAAAAAAGAAA +AATACAATATTAAAAAGTATATGGTTTTATCTAGTGAAGAGGTGCCTCTTGATGCAAATG +ATAAATATAGCCTACTTAGAGAAGCTTTAAAATTAGATAGGTGGAAAGCTAAGAATGCGG +TACTTTGCCTAAATACAAGGGATGTACTTATAAAATCAAATAATATATCTAAGGTTAGTC +CTAAAGATTTAGATGGAATAATGAGTCATGAAATATATGAAATGATGTCTTTAAATGATG +ATCAATATACATTTTCATATGAGGTTGTAAAAGAAAGAAATGATGAAGGGAAAGAATCAT +TAGATGTAATTATTGCAGCTGTAATGAATGAAGAATTGTATACAATTTTAGATATATTTA +AGGAGTTTAAGCTTAATTTAGAAGGCATAGATACTATGGCTACTGCTTATAGTAGATTAC +TTAAAAATATTGAGTATGATAATATAATGATGCTAAACATAGGTGAATATGGAAGTATCG +TAAATATATACAAAGAAGATAGTTTATTCATATATGACAATGTACCTGTCAGAATAAATA +AAAGATCAAGCGATGTATTATGTTTAGCTTTAGTGGACGAAATTAAAGGTCTAATGAATT +TCTATTCGTCTAGAAACTATGGTAATAGCATAGATACTGTAGTTATAGTTGGTCAATCAA +GTGAAAATACAGATATAGTAGATAGCTTTAAATATAGCTTTAATAGTGAGATAGTAAGTG +GAATAGAAAACTTATTTGATATAACAGAAGATATACAAGGAGATATACAGATAAATGAAA +TTAGTAAAGTTTGTGATATCTTAGGAAGTATGTGCGTAGTTAAAGATAAAAAAAGTTATT +CTTACATGAATTTACTTCCACTAAAACAAAGAAATAAGCAAAAGAAAACCGATATAGTTA +GGAAATATTTTTTAGCAGCACCAATAGCATTAGGAATAATAGCAGCACCATATTTTGTAT +TTGGAGCTATGAATATGAAGGTATTACATGATACAAACTTAGCTCAAGTTAAATTAGATA +AGATAATGAACGAATACAAGGGGATAGAAAGTATAAATCAAAAAATAAAAACAGCAGAAG +AAGAGTTAGAAATATATAATATGTTAAGCAGTAAGGATGTAAAATGGGGGAATGTGCTAA +ACGAAATAGATAAAAATATTCCTTATAAAGTTGATCTAACTAATATTTCTGTAACTTATG +AGAATCCTGATTTAGAACAAACAAATAGTGAAGAAATAGAAAATGATGTAAATATGGAAA +GTACTGCAGAAACTGAAGTTCCAATATACGATAAAATACCTAATACTATAAATATTGAGG +GGATTGCAAAAGACTCTGTTTATGTAGGTCAATTTGTATATAGTCTTAATAAACTTACAT +ATTTTAAATCTGCAAAACTAATAAGCAGTACAGAAGATAAAGAAAATGGAGGACAGGTAT +TTAATATAGTATTGGACTTGAAAGAAGGTGTAGTTTCTGGTGATTAATGAAAAGTTTGAA +AAGAAAAGTATATTACAAAAAGAATTAAATACAAAAGAGGTTTTATTAGTACTAGGGATA +GTAACTCTTATAGTTATATATGGAGCTGTATTTATATATCCTAGATATGCAGAGTATAAA +GCTTATGCAACTATTTTAGAACAAATAGAAAATCAGATAAGTACTTATAAAGGTCGAATA +AATGAATTACCTCAGTTAGAATCAAAACTAAATAATTTAACGAAAGAAATAGAAGTAAAA +AGCAAAATATTATCTCACAATATGGAAGATGGTATGTTTTTAATTGGCCTTTCAAAATTA +ATGGATGCAGTTAATGTAGATTTAGTTGAATATTATGTAGAAGAATCAAAATCTTATCAT +GCTTTTTATGCGATACCTACAACGATAAAGGTAAGAGGAAATTATAAGAATGTTAGAGAG +GTAATGAATTATTTAGAGCAACAAAATAATATTACTCAAATCTTAGATTATAATATGGAA +ACTTATATAGATGAAGAAGAATCTGATACAGCTAATGTATCAAGTTTAAACTCAAGTGTT +ACTACAAATGACCTATCTTATTCTGATATAGGATGGACCTTAAATAGTAACTTATATCAT +AATAAAGATTGTTCAATATTAGAGGAAGAGGCACAACAATTTGGAGGATCCTTTATACAA +GCAGCTCCACCAAATAACTATAAAGCTTGCTCAGACTGCAAACCTATTTTAAGTACTAAA +ACTTCTCAAGGAAACATAGTTCAAGAAAGTAGTATTGATAATAATGAAGTTCCTAAGGCT +AAAGGAGATATTATAGCGAAATTTAGCTTTATAATGTATTCTTCAGAAAATCCAAAAATA +GAATTAGATAATGACGATTTTACTACTTGGAATCCAGGTAAATGGAATCCATTTACGACA +ACAAGATAGTATGGGGGGATACGATTGAGAAATAAAGGTTTTACTTTAATAGAATTAATT +ATAGCTATAAGTATATTTAGTACTATTTTACTTTTAGGATATAAGGTTATAGATGGTACA +AGTATATCAACTAAAAAACAAAGTGAAATATTTAATGAACAGCAAGTAACTAATTTATTA +AATAAGTACTTTACAAAAGACATAGAAAAAGCTATTTCAATAGAATTTATAAACATAGAT +AAAAGCGGAAATGTAATAATAAGAAACTCAGCAGATGATGAGTATTCTTATGGATATTTA +TTAAAAACTATAGAAAATGTAAATAAAAAAGAAAAAACATACTCTATTAATAGAATAGTA +GGTTCGGAAAATTTAGTATTAGTGTCAAATCATAAATATACTGATACGGATGTAGAGCCG +TTATGTATAAAGAAATATGATAATAACTTGTATAATATAAAACTATTAAGTGGAAAACAT +GATTATGAGTTTAATGTTAGTTCTAGAATTAGCGAAGAAGAAAACACAGATGAAAAAGAA +GACGTCAATGTTTACTATGGAAATGGTATAGATATTGATTATAGAGATGGGGTAGGTATA +AAACTAAATGGACAAGATGACTACATATTTAAATTTACATATGGAAGCAATAATGAACGA +TATACATTAGATAAGTTTGAGATTATATTTGATGGCGCTTATGCTAAGGTATATATTAAT +GGAGTTGAAAAATTTAGAGTTCATAAGATTGGGTATCCATCAAATGTAGTAATAAAATTA +GAACACTATTATTTATATGATAGAGTATATATAAATAGTAGTGTATACAAAGATAAGGAA +TATATTGAATCACCAGAAATGGTGCAAAGAATTGCTGTAGAAAATCTAACAATAAACCAT +GGAGCTAAGAGTGGCTTAAGTATAATATGGTAGATTGAAAATGATAGTAGGTGTTTGTAT +TGAAACATAATAAAACAAATCGAGGTTTTACACTCATTGAAGTGCTAATATCTTTGAGTA +TAGTTACTATTATACTTTTATCACTTTTTTCTTTTTATAATAGTTCTATAAAATTTAATA +AAAAGAATGAAACAGATATCAATTCCTTAAATGTATCTCAGACTGCAATAGAAAGTATGA +GGATTTATAGCAAATTAAATAATAAGTTTGGAATAGATATAGATAATGATGGAGTAGATG +ACTTAGGTTTTGATAATTCAGAATCTAATTGGGTAGACTTAGATTCTGAGTACAAAATCT +ATACGGGAAATCTTGATACTTTAGAAATCGAGAAAGATAATAATAAATACTTAGCGACAA +TAAATAGTGTAAAAAGATATAAGAACAATATGAGTGTATATACGGTAGAATTAGAAACTA +AATCAAAGTATAACAGTACAAAAAAGATAAATTTAATTACTCAAGTTTATGTTAAATGAT +TGGAGATAGTGGATGTACAAAAATAAGTTGAACGATAATAGAGGCGGAGCTCTTATTATT +GTAATAGTTGCAATAGCCATTATAGGTATAACTATAGGTACTGTGTCAATGCAGATAATA +AATCAAGTTAAATCTAATAAAAACTCTTATGATACTATGCAATCAAGATATATGGCTGAG +TCAGGTGTAGAAAACACAATATCAAAAATTGTTAATCAGGTCGAAAATAAGATAAACAAT +ATTAATAATGGCTCTAGAAGTAACTTTAATAATATAAGTAGTAATATAGTTAAATCCTCA +ACTGATAGGTATGGAAAGGCTAAAAATAAATTAATTTTATTATATGAGAATATTAGTCAA +ATAAATGATGGATACCAAAGTAAAAAAGATATAATAGTAAAATTAAATCAGATTATAAAT +AATGACTATTCGTCTATATTACAGTTAAATAATGATATAAATGATATAAAATTATATATT +ATACATGCAATAGCCTCTGAAGATAATAGTATAAAGGGTGAAGATTTAAATATAATTTAT +GAAGCAATAGGGTATTTAAATGATGCAGTATTAACTATATATGAGAGTGAGGATATTCAT +CAAGGTCATACTGCATTAGAAATAAGCTCATCTAGTTATGGAGGAGATAATAGATATGTT +ACTCAAGGTGAAATTGAAACTAAATTTATAAAAGATTATGGGAATGAGGCGTATAGTTTT +ACCGTGGATTCTATACAGAGATATACTGGAGATGTATTAAAGAATACGCCAAGTAAGTTT +GTTATTAAAGAATTTAATGTAGAAGGGTATTATAAATTAAAAGATAAAATAGGAAGGTTA +TCTGATACGAAAATAAGAGAATTAGAAGATGCCTTAATAAATCTAAAGGATACTATAAAT +CATATTCAATGGACCAATAAAAATTCTGTAACTGAATATGAGATAGAATTAAGTCTAAGA +AAAGATAATGCTATTAAAGTTATTGATGAAATATTAATTAAATATACAATGGATATTGTA +GAAAATGAACTATACAAAATTTATATAGAAGAACTGAATAATTTTGAATCTCTCACTCAA +GAAAATTATGTAGTATTAAAAGAAATGATATACAACATGGATAATATAAGAAAAAATTTA +GTTGAACTTAAATGCAAACTAGGATTTATAGCAACTAAACAAGAGGATAATATAAATAAG +CCAGATTCTCCTGATGTAAATCCTCCAGTAAATAAAGAAGTTTATATAGGGTTAGATAAA +TATGAAAATATATTAGGCGAAAATGTTAGCTATACAGTTGAAGCTATTGATGAAAAAAAA +TTAGACTTAATATATGAAAATGGAGATATATCAAATGTAGAGGATTTTAGTTTGGATATA +ATATCAGGAGGTAATAATAATGGATATAATTACAAAGTAAATGCTAAAGTACTTTTTAAA +ACTAGAAAAGAAAACAATCAATTTAAAACTAGTTATAGCATTAAGTCTTACGACAAAATT +AATAATTAGTTATATTAGGAGTAAGGTATGAATATATTTGATTTATTAAAAATAGCAATA +GAATTAGGAGCATCAGATGTACATATTACTGTAGAAAGCGCTCCTATAGCTAGAATAAAA +GGAAAATTTATCAAACTATCAGATAAAATATTAACTAATCAAGATACAAAAAAGATGGTT +CAAGATATTGCAGGAGAGAAAAATTTTATAAGAATAGAGGATCATGGAGAAGTAGATTTT +TCGATAGCTATAGATACAGGTGAAAGAGTTAGGATAAATGTATATAAACAAAAGGGAAAT +TACGCAATAGCGGCAAGAACAATAACAGCACAAATACCAGCATTTGAATCATTAGGTCTT +CCTGAGATATTAAAAACATTTACACAAAAACATAAAGGTTTAGTTCTAGTGACAGGACCG +ACGGGAAGTGGGAAGTCTACTACACTTGCAAGTCTTATTGATATAATAAATGAAAACCAA +CAAAGGCATATAATAACCTTGGAAGATCCAATTGAATATGTACATAAACACAAGACTAGC +TTAGTAAATCAAAGGGAAATAGGACAAGATACAGAAAGCTTTAATTCAGCTCTAAGGGCA +ATACTTCGTCAAGACCCTGATGTAATTCTTATAGGAGAGATGAGAGACCCAGAAACTATA +TCAATAGCATTAACAGCAGCAGAAACTGGTCACTTAGTATTCTCGACTCTACATACGGTA +GGAGCAGCAAAAACTATAGATAGAATAGTAGATATGTTCCCATCAGAGCAGCAACAGCAA +GTAAGAGCTCAGTTATCTACAGTTTGTGAAGGCGTTGTTTCACAGCAATTAATACAAACT +GTAGATGGGAGAAGACGAATTGCAGCGCTTGAGGTTATGATAGCAAATCCTGCAATTAGA +CATTTAATAAGAGAAAATAAAACTTACCAAATACCAAATCAAATTCAAACAGGAAGTAAA +TTTGGTATGCAGTCTATGGATCAAGAACTAGTTAATTTATATAGACAAGGATTAATTTCA +AGAGATAGTGCATTAAGTAGATGTACTGATTATGAGTATACAAGTAGATTAATAGGGGAT +AGATATTAAAATGGAATTTTTATTACAACTTTACATATTTATAGTGGGAACAATTTTCGG +AAGTTTCTTCAACGTATGCATATACAGAATTCCAGAAAATAAGTCAATAGCAAACCCACC +ATCAACATGTACCACGTGTAACACAAGATTAAAACCAATAGACTTAATACCAATATTAAG +TTACCTAATGTCAGGAAAAAAATGTAGATACTGTAAAAAAGAAATATCACCAAGATATGC +AGCAGTAGAATTTCTAACAGGAATACTATTTATATTAGTATATAACGTACACTCAATATT +ATTAGAAACGGTATATTACTTAATATTAGTATCACTATTAGTAATAATAACTTTCATAGA +TATAGACCACTATATAATACCAGACGGTATAATAATATTCGGACTAGTAACAGCTTTAAT +ATTAAATATACTTGGTATAGGTATACCAATAAAAGAAAGTCTTATAGGAGCCATAATATG +CGGAGGAGAAATGTTAATATTAATCCATCTAATAGAACTTGTAGTAAAAAAAGAAGTAAT +GGGTGGAGGAGACATAAAATTATTCGCAATGATAGGTCTTTTCTTAGGTATAAAAGGAGG +AATCCTAACGATTATCTTAAGCGTATACATAGGAGCAATATATGGTGTAGGAACTATACT +ATATAGCAAATTAAATAATAAAGAATATAATTCTATGATACCATATGGACCATTTATTTC +TGTTGGAGCTATAATAGTTTTATTATACGGAAATAATATTTTAAATTGGTATTCGAAATT +ACTTATATAAAAATAAGGCGTCGTACTTTATGGCGTCTTATTTTTTTAATAAGAAGTATA +AAAAGTTATATATTAATTAAAAATCAAGATATATAGCCAAATCCTATTACTAATACATAA +ATTAAATATAATGATTTATACAATAATAACATCTATAATTTTAACTTATTTTACAAATAA +GTATTTAAGTTATGTAAGAAAAGAAGCAAATAAAATTACATATAATATACCTATAATATA +TTTTTTGATAATAACTTTAAGTATATGTATTTATCTGAAATATGGTCTAACAATAGAATC +TATAAGATATATATTCTTAATTCCTTTTTTAGTAGGAATATCAATTATTGATTACCAAAC +TACTTACATATATGATATAACAATAGTTAGTGGTATAATTATTCAAGGTGTAATTTTAAT +AAGCTCAATAAATATAGAAAAAGATTTTAAAAGTCATATAAGTGCTTTATTTGTAGGATT +AATATTTTCATATATTCTAGCTAAATTAACAAAATCTTTAGGAGAAGGAGATATTGGACT +ATTTGCTTTATGTTCCTTTACTTTAGGACATGATTACAGCATATATATGATATTTTTATC +ATTTATGATAGCATTCATATACTGCATTTACATAATTTTTACAAAAAATAAATCAATTAA +GGATAGTATACCATTTGCACCATTTATATCATTAGCAACCATGTTGATAATGTTAACTGA +AAATTACATACTTACAAGTTATTTTGACATAATGTACAATGTGTTATAAAGGAGGAATAA +ATATGTACGTAGTAGTAGGATTAGGTAATCCAGGGAAACAATATGAGAATACAAGACATA +ATGTTGGATTTAATGTTATAGATATTCTAGCGAAGGAATATGGCATAAGCGTATCGAAAA +TAAAACATAAGGCTTTAATAGGAGAAGGTAGAGTTGGAAGTGAAAAAGTTCTTTTAGTTA +AGCCTCAAACATATATGAATTTAAGTGGAGAAACTTTAATAGATATATATAATTATTATA +AGGTTGATATGGAAAACATAATAGTTATATATGATGATATTGACTTAGATGTTGGAAAAA +TTAGAATAAGAAAAAAAGGAAGTGGTGGAACTCATAATGGTATGAGATCTATTATAAAGT +GCTTAGGTGCTAATGATTTTCCAAGAGTAAGAGTCGGGGTTTCTAAACCAAAACCAGGGC +AAGATTTAGCTGATTTTGTTCTTTCTAGATTTAGAAAAGAAGAAAGCGATGATGTAGAAC +TAGGTTTAGAAAAAGCTGCAAAAGCAGTTGATGTAATGATAAGAGACAATATTGATTTAG +CTATGAATAAATACAACGGATAAGGAAAGGGAGATTCATATGAGTGACGTTTTAATATAC +CCTTTGCAAAACTCCAAAGAATATAAAGATGTAATAAATTGCATAAACAGTAACAAAGGC +TCATTATTAATTAATGGCCTTTTGTCAGTGCAAAAACCTCATATAACTTATTCTATTTTT +AATGAGTTATCAAGATCTATGGTATTTGTAGCCAGTAGTGATTTAGAAGCTAAGAAGGCT +TATGAGGATTTAAGTTTTTATATGAAGGATAAAGTAGAATATCTAGGTCATCAAGATATT +CACTTTTATCATTTAGATGCAAAGGATAGGAATGAAGAAGCTAAGAAATTAAGAGTATTA +TTAAGATTAGCGAAAGGTGAAAAACTAGTATTAGTAACTTCTGTAGAATCAATACTTAGA +AAATATATACCAAAAGAAGTGCTATTAAACAATACGTTTACCTATAAGGTAGGAGATACT +TTAAATTTAGAAGAATTGAGTGATAAGCTAGTTTCTTTAGGTTATGAGAGAGTATCTAAA +ATAGAAGGTTTTGGTCAATTTAGCATAAGAGGTGGGATTGTAGATATATTCTCACTAGAA +TACACAAATCCAATTCGTATGGAACTATTTGATGATGAAATAGATTCTATACGTACTTTT +GATGTTTTCTCACAAAAATCTATAGATAAAATAAAGAAATTTTCTATAACTCCTTCTAGG +GAATTTATATATCCAGAAAAGGTTAACAATGCTATAGAAAAATTAAAAAAAGAAACTAGT +AAGCATACTAATGAAGATGTATTTAAAAATATAGAGGACATAGAAAGTAAAACTTACTTT +GAAGGAATAGAAAATTATATAGACTATATCTATCCTGAGGAAAATAAAAGCATATTCAGT +TACTTCAAGAATAATGCAATAATTTTTATAAACGATATTTCTAGGCTAAAAGAAAGATGT +GAAAATTATACAGAGGGGTTTAAGGATAATTATAGATTAAATCTTGAAAGAGGATTAGCC +TTAAAAAAACAAGGTAATTTACTGTATCATTATAGTGATATAGATTTCATAGCAGAAGAT +AAAAAAATTATATTAAATACATTATTACCGAAACCTGTAAATGATTTTAAAGTAAGTAAC +ATAATAAACTTTGAATCAAGAGAAGTGCCTACTTTTAATGCTAAGTTAGATGTATTAGTA +GAAGAATTAAATAGATTAAAATATAATGGTTTCAAAATTATTTTAGCTACAAATACATTA +GAAAGAGCTAAAAAATTAAGTAAAGATTTATTAGATTTAGGGTTAGAAACGACTGTATCT +AGAAAAAGAGATATAGAAATAAAATCTTCTCAAATTGTAATAACTCCAGCACAAATTAGT +AGTGGATTCCAATATAAGTCAATAAAATTTGTAGTAATTACAGATAATGAAATGATAGGA +GTTCATAAGAGGGTTTCAAAAACTAAGAATAAAAAGAAGAAAAAAGGACAAAAAATAGAA +TCATTCTTAGACTTGAATGTAGGGGACTATGTAGTTCATGAAAATAGCGGTATAGGTAGA +TATACAGGAATAGATCAAATAACTGTAAATGGTATTAAAAAAGACTATATGAAGATAATC +TACCAAGGTGGAGATAATTTATATGTACCAATAGACCAAATGGACAAGGTGCAAAAATAT +ATAGGTTCAGATGTTGAAAAAGTTAAATTAAATAAGCTTGGATCAAGTGAGTGGACAAGA +GCTAAGGCTAAGGTTAAAAAAGAAATAGAAGATATGACTAAGGACCTTATAGAGCTTTAT +GCGAAGAGAGAAAAAGTAAAGGGATATAAATACTCTAAAGATACTCCTTGGCAACAAGAA +TTTGAGTCCTTATTCCCACATGAAGAAACAGATGATCAATTAAAGGCTATAAAAGAAACT +AAGAAGGATATGGAATCAGACAAGGTTATGGATAGACTTATCTGTGGTGATGTTGGATAT +GGTAAGACAGAGGTAGCAATAAGAGCTGTATTTAAGGCATGTATGGATCAAAAACAAGTA +GCAGTGCTAGTTCCTACTACAATACTTGCTCAACAGCATTATAATACTTTTAAAGAGAGA +TTTGAGAATTATCCAATAAGGGTAGAAGTTTTAAGTAGATTCAAATCTCCAAAGCAACAA +AAAGAAATTATAAGTGATGCTAAAAAAGGTCTAGTGGATGTCCTAATAGGTACTCATAGA +ATAGTTTCAAAAGATATAAATTTACCGAACTTAGGATTAGTAGTTATAGATGAGGAACAA +AGATTTGGTGTTAAGCATAAAGAATCACTTAAGCAAATCAAGTCAACAGTAGATGTTCTT +ACATTATCAGCTACACCTATTCCGAGAACTCTTCATATGTCTTTAAGTGGAATAAGAGAT +ATGAGTGTTATAGAAGAACCTCCACAAGAGAGACACCCTGTTATAACTTATGTAACAGAA +GCCAAAGAAAGTGTAATACAAGATGAGATTGAAAGAGAACTGGCTAGGGGTGGTCAGGTA +TTCTTTGTATACAATAGAGTAGAACACATAGAAGAGATGGCAAGTAAAATAAAACGATTA +GTAACAGATGCAAATGTAGCGGTAGCTCATGGTAGAATGACTTCTAAAATGCTAGAAGAC +ATAATCTTAGGATTTTTAAATAAGGAATATGACGTTTTAGTTTGTACCACAATTATTGAA +ACAGGTATGGATATATCTAACGCTAATACTATGATTGTATATGATGCAGATAAAATGGGA +CTTGCTCAGCTTTATCAGTTAAGAGGTAGAGTTGGAAGAAGTTCAAGACAAGGTTATGCA +TATCTAATGTATGAAAAAGATAAAGTGTTAAGTGAAATAGCTGAAAAAAGATTAAAAGCT +ATAAGAGAGTTTACAGAATTTGGTTCAGGGTTTAAAATAGCAATGAGGGACCTTGAAATA +AGAGGTGCTGGAAATATATTAGGCTCACAACAACATGGACATATGGCTGTCATAGGATAT +GATTTATATGTAAAAATGCTAAACGATGCCATAAAGAAAGTAAAAGGGGAGCCGATAGTA +GAAGAAATAGATGTAGAAATAGATTTAAGTGTAAACGCATATATTCCAGACACTTATATA +CCAGACGAGTTGACTAAAATAGAGATGTATAAAAAAATTGCATCTATTGAAAATAAGGAG +GATATGCTAGAGGTTGAAGAAGAGCTAGAAGATAGATTCTCAGATCTACCAAAATCTGTA +CAAACTTTATTAAAAATATCTTATATAAAATCTCTATGTAAAATAATGAAGATAGAAAAA +GTCAGACAAGTAAAAGATGAAATATGGTTGCTTCCTTTAACTAAGTATAAGACTAAAGAA +AAGGTTGGTTATAAAATAGTTACAGAGTTAGAGGAACTTTTAGAAAAAATGTGTAGTATG +AAATAACATAAATTTTAGAGAGGGTGTTTGAATTTGAAAAAGCTAGGAGCGTTAGTTATG +TCTGTCATCTTAGGAATAAGCATGGTAGGATGTAGCAGCAAAGTAAACAAAGATGAAAAT +ATAGCTACTGTTAATGGAAGTGGAATAATAGTAGGCAACTATGAAAAGGTATTGGGGTTA +AATAAGCAATCTATGGAAGCGTACTATGGAAATACAATATGGGATCAAGAAATTGAAGAA +GGTGTTAAATATAAAGACAAATTTAAAGAAATGATACTTGATCAAATGATATATACAGAA +GTTATATACGAAGCAGCTAAGAAAGAGAATTTACTTCCAACAGAAGAAGAGGTAAATAAA +TCGATAGAAGAATTTAATACTAGCATAAAAGATAATGATGCTTATAAAAAACAATTAAAA +GAACTAGGAATAGATGATAATTTCTTAAAATATCAGTTTGAAAGAAATTTAGCAAGTGAT +AACTACAAAGAAAAGTTTAATAAAGATAATTCAGTAACTAATGATGAAATGAAAAAATAC +TATGATGAAAATAAAGATGATTTCTACATAGATCAAGTAGAAGCATCACATATCTTAATA +AAAACAATAGATGATGAAGATAAAAAATTAAGTGATGAGAAAAAAGCAGAAGCAAAGAAA +AAAGCAGAAGAAGTACTTGCAAAAGCAAAAGCAGGAGAAAATTTCTCAGAGCTAGCAAAA +GAATATTCACAAGATACAGTATCAGCTAAAAATGGTGGAGATCTTGGATTCTTTAAAAAA +GGAGAAATGGTTAAACCATTTGAAGAAGCTGCTTTTTCAATGAAAGTTGGGGAAATATCT +GATTTAGTAGAAAGTGATTTTGGTTACCATATAATAAAAGTTACTGATAAAGAAGATAGA +CAAAAAACATTTGATGAAGTAAAAGAGACTATAAGAAAAACATTACAAGATGAGAAATGT +GATGCCCAAGTAGAAAAGTTAAAAGAAGAAGCAAAAGTTGAAAAGAATGAAGAGATATTA +GAAAAAGTAAATATATAATTCTATAAATATAATTTTAAGAGGGATGTGTTTAAGTAAATT +AATCAAATAAGCTTATAACACATCCTTTTTTGCATATTTTTCTTTTGATTGGTAAAAATA +AACTTAAAGTTACTAATGGAGGGAAAAAAATATAATGAGAGCTACAGGAATAGTTAGAAG +AATAGATGATCTTGGAAGAGTCGTAATTCCTAAAGAAATAAGAAAAACTTTAAGAATAAG +AGAAGGCGACCCATTAGAAATATTTACAGCAAAAGACGGAGAAGTCATTTTAAAAAAATA +CTCTCCAATAGGAGAATTAACAGAATTCTCTCAAGAGTATGCAGAAACTTTAGGAGAAGT +ACTTGGTTGCGGTATAGTGGTAACAGATTTAGATTCAATAATCGCTGTTTCTAAGGTACC +TAAAAAAGAGTACAAAGAAAAAAGTATCAGTAAAGAATTAGAGCAATTAATAGAAAATAG +AGAAACAAAATCTCTTAAAGATAATAAAATAGTACCTTTATATAAAGATGATTCAGTAGA +ATACTCTGGGCAAATTATAATGCCTATAGTAAGTTCATCTGGAGATTGTATCGGTTCTAT +TACAGTGGTTTCAAAAGAAAATGAAACTCTTCCAGATGGAATAGAAAAAATACTAAAAAT +AGCCTCTAATTTTTTAGGAAAACAAGTACAATAGCTATGGAAAATGACCCTATAATAAGG +GTCTTTTCTATTTAAAAATAAAACTTAAATACTAAAATCTTGAATATACTAATAAATATA +TGATATATTAAAATTTGTTATATAAATAGTATGGAGGTTGTGTTATGGATAATAACAGAA +ACAAAGACTCTTTCCTGAAGGGGGCAATTATACTTGGAGCAGCAGGGATAATTGTTAAAG +TAATGGGTGCATTCTTTAGAATACCTCTTGGAAACTTAATAGGGTCAGAAGGTATGGGAT +ATTACCAAGCGGCTTATCCTGTTTATACCTTATTCCTGACACTAGCAACAGCAGGTTTCC +CAACAGCGTTAGCTAAACTAGTATCAGAAAAAACAGCAATAGGGGACCATAAGGGTGCAA +ACAAAATATTTAAAGTTGCATATATGGTTTTATTAATAACTGGATTAGTATCATTCTGCT +TACTATTCTTTGGAGCAAAATATATAGTAACAGATTTAATGGATAATCCAGGCGCTCACT +ATGCTATGTTAGCAATAGCACCAGCGCTTTTATTTGTACCGGCAATGTCTTCTTATAGAG +GATATTTCCAAGGTAAGAGAGATATGAGTAAGATAGCTGTTTCACAAGTAACGGAGCAGT +TTTTTAGAGTTATATTAGGAATAGGTCTTGCCTATTATTTCATGAAACAAAGTGGTCCAG +AAATGGGTGCTGCAGGAGCCATAGCAGGGGCAACAATAGGTGCTATAGGATCTATTACAT +ATTTAATAATTGCTTATTTAAGAGAAGGTAAGCAACGTAAAGCTGATATAAAAGCAAGTA +AAAGATTTAAAGATGAAAGTATTCCAAGAATACTAAAGAAAATATTGGCAGTAGCAGTGC +CTATAACAATAGGAGCTTCTGTAATGCCTTTAGTAAATATGATGGATAATGTTATAGTTA +TAAAAAGATTAGTAGAAGGTGGATTTACTCATGATCAAGCTGTATCTTTATTCGGACAAT +TGACAGGTATGGCTATGGCGATAGTAAACTTACCATCAGTTATAACTTCTGCTATAGGAA +TGAGTTTAGTTCCTTCTATATCAGAATCCTTTGCTTTAGGTAAGTTAGGAAAAGCAAGAA +AAGAAACTAGAAGTGCAATAAAAGTAACTTTATTAGTTGTTCTACCTTGTGCATTTGGGA +TAGCATCTTTAGCGGGTCCTATTATGCAACTTTTATATCCTAAGGAACCAGCATCTTTAG +GAACTATATTATTTACAATTTCACCTGCGATTATATTCTTAGGGTTAATATTCAGTTTAA +ATGGTATACTTCAAGGTATGGGTAAACCAATGATTCCTGTAATAGCTCTAAGTATAGGTA +TGTTAGGTAAAATAGTAATAAGTTATACATTAACTGTAATACCAGAAATAAACGTTTTAG +GTTCTGGATTAGGAACAGTTACGGCGTATGCCATAGCTTCATTAATTGAGTTGTATTTTG +TAAAAAAATACATGGGTGTAAGATTTGGAAAAAAAGAATTTGTTATAAAACCATTAATAA +CTGTTATAACTATGTTTGTAGCTGTTAAGTTATCTTATGGGCTTGTAAGCAATATATTTG +GAAATTCTTTATCTACAATCATTTCAATAGGTATTGGAGCAATAGTTTACGTATTAGTGT +TATTAGGTATTGGTGGAATTAGAAAAGAAGAAGTTTTAATTATGCCAAAAGGTGAAAAAA +TTTATAAATTATTAAGAAAGCTTAATCTTATGAGATAATCAAAGTATATATATGAAAATA +CATGGAAATAATTAAAATATCTTATTTTTAATTATTTCTAGATTTCATATACAGGTACTA +TAGGAGTGGTGTTATGGGTAAGATAAATATCGTAGGACTTGGTCCGGGAGATGAATCTCT +TATCAGCCAAGGTGCATTAGATATATTAAAATCAAGTTCTAGAATTTATCTAAGAACTGA +AAAGCATCCAACAGTGGATAAGTTAAAAGAGAGTATAAAATATACTAACTTAGATTATTT +TTATGAAAATGAAGATAATTTTGAAAATGTATATAGAGAGATTGCAGAATTTATTATAGA +AAAATCTAATGAAGGTGATTTAGTATATGCAGTTCCAGGCCATCCAAGGGTTGCAGAAAG +AACTGTAAGCCAAATAGAAGAGATTGCAAGAGTAAAAGGTATAGAGGTTGAAGTAATAGC +TTCTATGAGCTTTGTAGACGCAATGTTTAATTATTTAGCTATAGACCCAGCAGATGGATT +TAAATTAGTAGATGCTTTTGAAATAGAAAATTCATATATAGATACAAATACAAGTATGAT +AATAACTCAAGTTTATGATCACTTTATAGCTTCAAATGTAAAGTTAAGATTAATGGAATG +TTATGATTATGATCAAGAAGTATGTATAGTAAATGGCGCAGGTGTCAAAGCTCTAGAGCG +TAAGAAATATGTTCCATTACATGAACTAGATAGACCTGAAAATCTATTTAATTATTTAAC +TAGCGTATACATACCGAGAAGTTCAAAGAAAATGTATAATACAGTACATGATTTAGAAGA +AATAATGTCTCAACTTAGAGGACCTAATGGGTGTGATTGGGATAAGAAACAAGATCATGA +AACTCTAAAAAAATACATCATTGAAGAAGCGTATGAGCTTTGCCAGGCAATAGATAATGA +TGATATTGATGAAATGATAGAGGAACTAGGAGATGTACTTTTACAAGTTGTATTCCACTG +TCAAATAGGGAAAGAAACTGGTTATTTTGATTTGACTGAAGTAATAAATGGTATATGTAA +TAAACTTGTATATAGACATCCGCATGTTTTCAAAAATGTTGATATAGATATGAATAATTT +TGATAAAACATGGGAAGATTTGAAAAAGAAAGAAAAAGGCGAATCTACAGTTACAGAAGG +TTTAACTAGAATTCCAAATCATCTACCAGCACTTATAAAAGCTGAAAAAATACAAAAAAA +GGCAGCCCTTGTAGGATTTGACTGGGATGATATAAATGATGTATATAAAAAAATTGAAGA +AGAATACAAAGAATTACTTGACGAATGTAAAGAAGGAAATATAAAATACATAAAGGAAGA +ACTAGGAGATTTGCTGTTCTCTATTGTAAATTTAGCTAGATTTTTAAAAGTAAACCCTGA +GGAAGCTTTAAATTTGACTAATAACAAATTTATAAAAAGATTCAAGTTTATAGAAGATAA +TGCAATAAATTCTGATAGAAATTTAGAAGATATGACATTAGAAGAAATGGATAAACTTTG +GGAAAAGGCTAAATTTCAATAATTAAAAGAAGGAAAATCACTAAAGATATAGAATAGTAA +AAACAGAAATAATTCTATATGATAAACATTTTAGGAGGTAAATATCGTGAATAAGGCTGA +ATTAGTAACAAAAATGGCAGAAAAAAGTGAATTAACTAAGAAAGAAGCAGAAGCTGCATT +AAACGCATTTATGCAATCTGTTGAAGAAGCTTTAGTAGAAGGTGACAAAGTTCAATTAGT +AGGATTTGGTACTTTCGAAACTAGAGAAAGAGCTGCTAGACAAGGTAGAAACCCAAGAAA +CCCAGAAGAAGTTATAGAAATACCAGCTTCTAAAGCTCCAGTATTCAAAGCTGGAAAATC +TTTAAAAGAAGTTATAAACAAGTAATAAATACATAAATTAATTTTAAGAGCGATCTTGAA +GTTTAAATATTAATTAAATAGAAAATGCCTATAGTTTTATAACTGTAGGCATTTTTTAAA +ATAGATATAATCGTTTCATAAGATTAGAAACAGAGGAGGATAAATATGAGATTAGATAAA +TACTTAAAAGTATCTAGAATTATAAAAAGAAGAACTGTTGCAAAAGAAGCGTGTGACAAA +GGGATTGTAACTATAAATGGAAAGTCTGCTAAGTCTTCATCAGAGGTTAATGTTGGAGAT +ATACTAGAGATTCAATTTGGTGAAAAGAAAATGAAATTCAAGATAAATGAAATTAGAGAG +CATGTATTAAAAAATGATGCTAAAGAAATGTACGATATAATAGAATAAAATTCAATTCCC +TTAAGTATATTTATAGTAGTATGAATTGAAATATTTACTGGGGGGATATTATGGAACATA +ACATAAGCTTAAAAGGAAGAAATAATTTAGTTATTTCCGGAGTTGAGCATATTTACTCTT +TTAATGATAAAAGAGTAGAAATAAAAACTTCTGCAGGCGAAATGGTAATAGAAGGCGAAG +AACTAGATATGGGTAAGCTTAATCTAGAGGAAAATGTAATAAGTATAGACGGTACTATAA +ATTCTATAGTATACGCAAAACCGAAGAAACCACAAGAAAATATTTTTAAAAAGGTATTTA +AGTAGATGTTACCATTCACACAGGAATTAGGAGTCTTCTATTCAACTATTTATGGTGGAA +TTGCAGTAGGTTTACTATTTGATATTTATAGAAGTTTAAGGCGAAACTTTAAAGTAATTA +GATATCTTTCTCTGATTTTTGATGCATTATTCTGGATTATAGTTACCATACTAACATTCA +TAACAATAAATGCTGTAGAGAATTTTAATTTAAGATATTATCATATTATCGCTTTATTTA +TAGGTTTTTTGCTATATTATAGCACCATAAGTAAGTTTATTTTAGCAGGTTTAAATAAGT +TAATTTATTTAATAACAAATTTATTCAAGAAAACAGCATGTTACATAGTCAGTATTTTGA +ACAATTTGTATTACGTTATTATCTATTCAATACACCTATTATTTGATATCATTTTTTATA +TACCTAATATGTTTTTAGCTACTAGAAAATTCATAAAAAGAAAATCTGTAGGTAGATTAA +AGATTAAAAAAAGGGTGTAATATTTATGAAAATACAAAAGAGATTTTTAGGGCAGTTCAT +AGGATTATGTATGTTTTTAGTTTTCATAGTTTTCTCTATGATAGGGGGATTTTTATTTCA +AATAACTAAATATAAAGATTATAGTTCTGAAATATCTGGCCTAAATAAAGAAATTGAAGA +GGCTGATAAAGAAATTGAAGAGCTTAAAGCCATTGAATCAAATCAGAATGAAAATGATTT +AGAGGAAATTGCTAGAATACGTTTAAATATGGTTAAACCTAATGAGATTGTTTATTTTAC +TGAAAAGGAGATTGAGTCTAAGTAGGAAATTTAGGGTTCGGCGCTCGAGGTATAAATTTA +ATTTATACCTCTTCGCTCGGGCAAACTCTAAAATTGCTATACTTTAACTCGATCTTTTTT +TGTGTCATAAATAAAATATATTATTAGATTTAAGGTATGTAGGAAGAATAAAACAATTTA +AATTATGTGGGTTGTTTGGGGTATAATGGATATAATACATTTTGTAAGTGATAAATTGGA +ATATTATATTTTGGACGAGAATATAGTTTAGGAGGTAATAATTTTTATGAGAATGGGTGC +TATTGATATTGGGACTAATTCAATGAGACTTTTGATTTGCGATTATATAGATGGAGAATT +ATTGAATAGAAAGAAGCTTGTTAACACTACGAGGATTGGTAAGGGTGTTGATGAAAATGG +ATTTATTAGAGAAGATGCTATTAGAAGAAATCTTGATGCTTTGAAGGAATTTTATGATTT +GAGCAAAGCTGAAGGTTGTGAAAAGCTTTATTGTATTGGGACATCAGCACTAAGAGATAG +TAAAAATAGTGATGATTTTATAAAAAGAGCTAAATTAGAGGTAGGAATAGATGTTGATGT +TATAAGTGGTAATGATGAGTCTAATTTAGGTTTCTTAGGTGTACTTAAAGGAGCTAATGA +AGATAAAGATATATTAGTTGTAGATATTGGTGGTGGATCTACTGAATTTATTCTTGGAAA +TTTTGAAGGGATAAAATTCGCTAAGAGTGAAAATGTGGGTGCACTAAGGATGACAGAAAA +ATTTTTAACTACTGATATTGTAGATGATTATGAATTTGATATGATGAGTGAGTTTATTGA +AGAAGAGATCAAAAATACAATTGATTATCTAAAGGAAAAAGAAATAAATAAACTTGTTGG +TATTGGTGGGACTATAACGTCGTTATCTGCAATAAATCAAGAGTTAGAAATATATTCAAT +GGAAAAAATACACAATAGTCAAATTAATATAGATGAGATAGAAAAAATTCTACAAAATTT +AAAAAAGATGACATTAAATGATAAGAAATCTTTAAAAGGGCTACAAAGTAAGCGTGCGGA +TATTATAACTGCTGGTGTAAAAATTTTACATATAATAATGAAAAAGTTAGAATTAAGCGA +TATAGTTGTAAGTGAATACGATAATTTGGAAGGCTTAATATGTCAAAAAGCAAAAAAGAT +GTCTTAATATTTTTATTTACAATGACCTTAATATGACAAAAAAGAAAACTCCTCTTTGTT +ACAATCTCTGTATAAACAAATGAGGAGGTTTTTTTATGGATAAAACGATCAATTCTTTAA +AAAGTAAAGATATTAGATTAAATGATGTGAGAATAAGTAAATTCGTTGATGCTAATACAA +TAATATTTATAATAATGGGGTTCTTATTAAGTAGGTCTACACTAATTGATTATATAGCCC +CCTTGGGATTTGCATTTTTTATATGTATATCAAAGTTAGATAGATATAAGTATCCAGTAT +TTGTTTCTACTTTATTAGGTATATTATTATCTGGAAATAACACCGGATCCATATTTAAGT +ATAGTATAGCTCTATGCGCAATTTTAATTTTAAGCAGTCAATTAAAAAAAATACCATCTG +TATTTAAAGTAAGTATGTTAGGTGTGTTTATACTGTCTGCTGTTTCTATTGGACAAGCTT +TAGTAGGTAGTAAATATGTTTATGATTTACTACTAATAGGAATGGAGGCTGTTATATTAT +TTATAGCCATATATATCTTCTCTTATGGAGTGACCCTCATTATTAATAGTAGTAATAGAG +TATCAGTACGGCTTGAAGAGGCCATATCAATAAGTTTATTAATTACATTTAGTATTATGG +GAATAGGAAGTATTAACGTATTTGGAGTATCTATACGCTCAGTTCTATCAACTGTATTAA +TATTAGTTGCTTCTATAGTAGGTGGATCTGCAATGGGAGCTACTAGTGGAGTTGTGGTTG +GAATTGCATTCATTGTAAATAATATAACATCAGCTGTTTACATGGGGGTATATTCTTTTG +CCGGTTTAGTAGGAGGTGCATTTAGTAGATTAAATAAATACTTTTGTATATTAGGATATA +TATTAAGTTGGATAATTATGTACTCTTACACATCTGGTCTTAGCTCAAATATTATGGAGA +TTAGGGATATATTAATTGCTTCTTTAATAGTAATTATTTTACCTAAGTCATTTTTTAATA +GAGTGGAAAGGCTTATAAAAAGTAATATTGATTCAAATGAAATAGTCTATGATTATATAA +ATAGAAGTAAAAATTTAACTAACAATAGACTTATAGACATATATAAAACCTACAGTGAAC +TTGCAAATACTTTTGATAACATAAGAGAAAGAGATAAAATAATAAATGAGAAAGATATAA +CTAATTTAATAGATATGATTCACAATGATGAGTGTACAAGTTGTAGTATGAAGAGAATGT +GTTGGGAAACTAGGTTTAATCATACATATAAATTAATGTATAACTTAATCGAAAATATAG +AGGAGTATGGGGAGGCCACTTCAAGAACTATTCCGGAAGACTTTAGAAAAGAGTGTATGA +AACCAGAAATGATAGTTAAGGTTGCAAACTATTATTATAAACTTTTTGCATTAGATTATG +ATTGGAATAATAAGTTTTCAGAGAGTAGAAAGATAATATCGAATCAAATTAAAAATATAT +CTAAATCTATAGAAGATCTGTCTAAGGATTTAGATAATAATATAAGTATAGATTTAGAAA +AAGAAAGGGGCATTTCAGACGAGTTAGAAAGGAATAATATTAGTATAAAGAGGATAAATT +ATTTAACAAAAGGAAAAGATGATTTCGAAATAACCATAGAAAAAAGAACTTGTAGCAATG +GATGCTTATGTGATAAGAGGCTAATAAGTATAGTGGAAGATTGTTTAGATGAGAAGCTAT +CTGTCCAAAAAATTGGGTGCCATACTTTAGGTTCAAATTGTACAATAAAGCTAACTAAAG +CTCAAGTTTATAAAGCAGTAACTAATGTTGCGTCCATGTCTAGAGATGGATATGTACTTT +CAGGAGATAATTATACTTATATGGAAGTCAGCGATGGAAAATATATAATGGCAATTAGCG +ATGGAATGGGAAAAGGTAAAAAAGCATATGATGAATCTTCTGTCACTATAGATATATTAG +AGAAAATGATTGATGCAAAAATAGATAATGAAATAGTAATTAACACTATAAATAATATGC +TACTTCTTAAATCTTCAGAAGAAATGTTTTCTACTTTGGATTTAGGAATAGTTGATTTAA +AGAAAGGAAGCTTGGAGACTGTAAAAATGGGTTCATGCCCATCTTATATAAAAAGAGAGA +ATGGTGAAGTAGATCTAATTTCATCATCATCACTTCCTGTAGGTATATTGTCTGATATAA +AAATGGATAGACATAATACGAAGTTAGGAAATGGAGATTATGTAATTATGGTTTCTGATG +GAATTATTGATGCAGGTAAGAGTAATAATTTCGGTGATAATTGGTTGATATATTTCTTAC +AGAAGTTAGAGTCTACAAATCCAAAAGAAATTGCTAATAAAATTTTAGATAGAGCTTTAG +AATTACAATTAGGAGAAGTAGATGACGATATGACTGTTTTAGTTACAAAAATGTATTCTC +AATAATAAATTATAATAGATGTTAATAAAATGTGGATAACTTTACAAATATATATAAATG +TTGAAATTACAAGGTTCGACATAATTCTACTAAAATTAAATAGAAATTTTATTTACTAGG +AATTCGAATTTTGAAGATTTATCAACAAAAAAATAATAAAATGTGATGGAATTTGTTGAT +AAATCACAAAAAAATGTTAATAAATTGATAAAAAATATAATTTTAAACAATTATATTTGG +AGATAAATTGCTGGAATACCTAACTTAAGTAAGATTTTATAAACTGTTAATATGTTAATA +AGTATGTGGATAAGTTGTAAGTATGAAATTAACTAAATGGTAAACTTTGAATAATATAAC +TAAAAGAAGCCATCCTAATATTAAGTAGATTTGATGAAAGGATGGATATTTATGGGGATA +AAGTTTGCAAAAATATTTTTAATTTCTTTGCTAATAATTACTTCAAGTATATGTGTAACA +AGTAAAGCTGAAGAATTTAGTGATAGTGTTATTACTTCATCAGCTAATAGTTTAGATGAA +AATGATGATAATCCTAAAGAAGAAAAGAAAATAGATTATACAAAAACAAGCTGGAATCTA +GAATCTTTATTTAAAAGTGATGATCAATGGAAAAAAGAACTAAAGGCATTTAGAAAAGAT +ACAAAGGAACTTAAAAATTATATTGGTAAAGTTACAAAATCAGAAACACATTTAGCTTTT +GCTCTAGACATTAAAGAAGAGTTAGATATAAGACTAAATAAGCTATGTGCATATCCAAAA +TTAAAGCTAGATACTAATAAAAATTCATATAACTATTTAGATATGAATGAAGAAGTTAAA +AAAGCATATAAGGAATATACATCTATATGTTCAAAATTAGAACTTGAAATACTAAAATTA +TCAGATAAAGAATATAATAAATTTATGAGCAATAATAAGATAAAGAAAAAATATGGAATG +TATATGAGTGATATTAGAAGGAATAAAGATCATTACTTGGATGAGGAAAAAGAAAGTTTA +TTAAACAATACTTCTGCTCTTGCAAGCTTACCATCAAATGTATATGATCTTTTTAGAAAT +ATGGATAAAAAATCGAATTTAACACCTGGACAGTATGCTAGTGAAATAGAATGTTTTGAC +AGAGAGAAGAGAAAAACAGCATATAAAAGTGAATTTATTCCATATAATGATAATATAAAT +ACTTTATCAGCTTTATTAGTAGGACAAGTAAAGAAAAATATTTTCTATTCATCATCAAGA +GGATATGATTCATCTTTAAATATGTATTTAGAATCAGATGATATTGATGAAAAGGTGTAT +GATAGCTTAATTGATACTGTGAGTAATAATACTAAGAGTCTACATAAATACATAGATCTA +AGGAAAAAAGTATTAAATGTAGATAAGGTATATTATTATGATATGTTTGTACCTATAGTG +GAACCAGTAGATAGTAACATCACATATGATAAGGCTCAAACTATGGTATATTCAGCAATG +GCTCCTTTGGGAGAAGAGTATGCTGATATAATATATAAAGCGTTTAATGAAAGATGGGTA +GATGTATATTCTAATGAGAATAAAGTAAGTGGTGGGTATTGTTTATCAGTATATGGAAAT +CATCCATATGTATTATTAAATTACAATAATTCATTAGGTGCAGTTTCGACACTATCTCAT +GAATTAGGACATGCTATTTATGAGTACTTAAGTTGTAAAAATCAAAATTACTTTAACTCT +AGTCCTTCAATTTTCACTCATGAAGTAGCATCTACTACAAATGAAGCTTTGCTTTATGAA +GGTTTAATTAAATGTGCACGTGACGATAAAGAAAAAGCCTATTATATATCAGAATACTTA +GATTTAATAAAAAATACATTATATACTCAAACTATGTACGCTGAATTTGAAAAAACTATA +CATGAAATGGTTGAAAGTAATAAGAATGTAAATGCTTTAGTATTAAATGATATATGGGCC +GGATTATTAAAGAAATACTATGGAAATAGCTATGAGCTAGACCAGTTATCTATGGTTGGA +TGGGCAAGAATCCCCCATTTTTATAATAGTTTTTATGTGTATAAGTATGCGACTGGATGT +AGCGCAGGTGTTACCTTTGCTCAGTCGATTTTAAATAATAATGGAGCAGAAAACTATATG +TATTTTCTAAAAAGTGGAAGTTCTGATTACCCAATAAATATATTAAAGAATAGTGGAGTT +AATTTAACTAGCACAAAACCTATTTTAAATACAATTAAAAGGTTTGACGATTTAGTTAAG +GAGCTAGAAAGCATCCTTGAAAAAGAATAAAATTAAATATATTATATTTAGAATATATAA +AAAGGGCATGTCTTAAAATAAATTTGATAGATTCATTTTAAGACGGCCTATTTTAATATG +GAGGCAATTATTATATGCAAAGAAGAATAAAAAAAGCGGTAATACCAGCAGCTGGTTTAG +GAACAAGATTTCTGCCAGCGACAAAAGCTCAACCTAAGGAGATGTTACCAATAGTTGATA +AACCAACGCTGCAATACATAATAGAAGAAGCTGTAGAATCAGGTGTAGAGGAGATTTTAA +TTATAACTGGTAAAAATAAGAAGTCTATAGAGGATCATTTTGACAAATCTGTAGAATTAG +AGCTAGAATTAGAGAAAAAAGGTAAAATTGAATTACTACAAAAGGTTCAAGAAATATCAA +ATATGATCAGTATATACTACATTAGACAGAAAGAACCAAATGGTCTAGGAGATGCGATTC +ATTGTGCAAAAAGCTTTATTGGTAATGAACCCTTTGCAGTAATGCTAGGTGATGATATAG +TAGATAGTGAGACTCCGTGCTTAAAACAACTTATAGATATTTATGATGAATATAGAACTA +CTGTATTGGGGGTCCAAAAAGTTAATGAACAAGATGTCGATAAATATGGTATAATATCAG +CGAAACATATCGAGGATAGAGTATATAAAGTCAGGGATTTAGTAGAAAAGCCAGAAATAG +ATGAAGCTCCATCTAATATTGCAATATTGGGTAGGTATATAATAACTCCAGAAATTTTTA +ATATTTTAGAAAAATTACCTACGGGTAAAGGTGGAGAAGTTCAGCTTACTGATGCATTAA +AAATATTATCTAAAAAAGAAGCTATGTATGCATATGTTTTTAGAGGAAAAAGATATGATG +TAGGAGATAAGCTAGGATTTTTAGAGGCAACTGTAGATTTTGCACTGAAGAAACCTGAAC +TTAGGGATGATTTTATGGAATATCTAAATAAGGTGTGTACAGAAGGTAATATAGAGAGGA +ACAAAAAGATAAATAATCAAGAAGAAAACTCTGAATTTAAAGAAGTATAGATTAAGGTTT +TTAGTTAGAGAGGTGATTAGATATGTCAGCTAAAAAAAATCAAAAAAGAAATAAGATAAT +AGCTATAACTATAGTAATTGCACTTGTATCAACTAGTATAGTTAGTATGTTAAGTATGAT +TGCAGGTGTATTCTAGGGAATGTATAGAATAGCCTTAAATAGGTACCGTCAAGAAATAAA +TGAGAATTGATTAACATTTGTAAGCAAAACATTGTATATGTTAATTAGTTTTATGTTTAT +TATATTGGCGGTATTTTAATTTTATAATTATTTGGGGATATATTTATGTTTAAACCTGAC +ATTATTAAAGTAAATAAAAGAAAAAGTATATTATATATTGCTAATAAATAATAAATGATA +CGACAAAATAAAAGAAAATATGATGTATATTTACTAAAATACGAATATAATGTATAATTT +TTAGTGAAAATAACGAAGGAGTGTCGTATAATGGATAGAAATTTAGCGTTAGAATTAGTA +AGGGTAACAGAGGCTGCAGCTTTAGTATCTTCTAAATTTATGGGTAGAGGAGATAAAAAT +GGAGCAGATGGAGCAGCTGTTGAAGCTATGAGAAGAGCTTTTGAATCTATTAAGATAAAG +GGTGAAGTAGTTATAGGCGAAGGTGAGTTAGATGAAGCTCCTATGCTATATATAGGAGAA +AAGGTTGGTTTACAAACAGATGATTGTAAGGAAGTAGACATAGCTGTAGATCCATTAGAA +GGTACTACACTAATAGCCAAAGGTCTTCCAAATGCTATATCAGTAATAGCTATGGGTGCA +AAAGGTAGTTTATTAAATGCGCCAGATACGTATATGAAAAAAATTATAGTTGGACCTAAA +GCAAAAGGGGCAATAGATTTAAATAAGACTGTAGAAGAAAATATATTGTCTGTAGCAAAA +GCTTTGGGAAAAAAAACTTCTGAAATGACTATAATAACACAAGATAGAGAAAGACATGAT +TACATAGTTAAGGCAGCAAGAAGTTTAGGCGCTAGAATAAAGGTATTTAGTGATGGTGAT +GTTGCCGCAGGAATAGCTACATGTTTTGAAGAAACAGGAATAGATATGCTAATGGGAATT +GGTGGAGGACCAGAAGGCGTAATAACGGCAGCGGCAGTAAAATGTATGGGTGGAGATATG +CAAGGTCAAATATATCCATTAAGCGAACAAGAAATAAAGAGATGTCATGAAATGGGATTC +TCAGATGAAGACATAGAAAAAATATTATTTATAGATGATTTAGCAAAGGGAGAAGATTTA +TTCTTTGCAGCAACAGGAATTACTCAAGGGGATTTATTAAAAGGAGTAGTACCTATAGGT +AATAATAAAGCTACAACTCAATCTGTAGTTATGAGGGGTAAAACTGGAACTATAAGATTT +ATAGATGCTATACATAGTTTAGATAAAAATGATATATTAGTAGATTTAATGAAAAAATAT +AACATGGACTAAAATAGGGTTAGGTATGAATTAGTAGGTTGCGCTTATATATAAGTGTAA +CTCTAAGACTTACCTAACTTATTTCATTTTAGATAAGTAAAAAACATATGAATTATTTTA +CAAAAATTCTTAGAAAAAGGTATTTGGATATTATTTATTGACCATAATATAATAATAATG +ATATTATTAATTTAATTATTTAATAAAACTTTTCTTTTTCACACCTTTAATTCCCGATTG +AATGAATATCAAAATAAAATATATAGTTATACATAGAGGAGGATTTTTTTAACTTGAATA +ATATAACGGTAGAAGAATTAAATAGTAAAACCTTAGCACAATTAAAAGATATAGCTAAAG +AATTAAATATAAAATCAGTTAGTAAATATAAAAAAGGCGAATTAATTGAAATTATCAATG +AAAATACAAGAAAAAGTTCAGCGGAAAGTGTTAAAAAAGACGAGAATAATTCTAATGAAA +AACACAATGATATTAACAATAAATCACAAGAGAATATACAAACATATAATAATAAACAAG +AAATAACTTATGTAAAGCCTTATAATAAATACGAAAATAATAATAGAAATACAGATAGTA +AAAGTCAGAGAATAGACAATAGGCCTCAAAATAATGATTATAGTAATAAATCTCAAGGAA +TAGATAATAGACAACCTAGAAATAATAATAATAAATCTTATTATACTCCAAAGATAGTTG +AAGAATCTAAAATAATTGATGAGTTCAATACTTCTAAAGATGATGAGGTAATGGGCGTAT +TAGAAATACTACCAGATGGTTTTGGGTTTTTAAGAGGTTCAAATTATCTATCTACAGAAG +GGGATGTTTATGTATCTCCATCTCAAATAAGAAGATTTAATATGAAAACAGGAGACAAGG +TTAAAGGCATAACTAGACATCCTAAAACAGGTGAGAAATTTAGAGCGCTTTTATATGTTC +AAAAAATAAATGATGAAAGACCTGAAACTGCAATACAAAGAAAAGCATTTGAAACTTTAA +CTCCTATATACCCGGAAGAAAAGTTAACTTTAGAAAAGAGTCAAGGTGAAATTGCCACAA +GGCTTATAGATTTAATATCTCCTATAGGAAAAGGTCAAAGAGGATTAATAGTAGCACCTC +CTAAGGCAGGTAAAACTATGCTTCTTAAAAATGTAGCAAATAGTATTGCAAAGAATCATC +CCAATGTTGAATTAATAGTTCTTCTTATTGATGAAAGACCTGAAGAAGTTACTGACATGA +AAGAGTCTATTAATGGAGATGTTATATACTCTACTTTCGATCAAGTTTCAAGTCATCATG +TTAAGGTTGCTGAAATGGTTTTAAATAGAGCACAAAGATTAGTAGAGCATGGTAAGGATG +TAGTAATACTTTTAGATAGTATAACTAGACTTGCAAGGGCTTATAACTTAACTATATCTC +CAACAGGAAGGACGCTATCTGGAGGTCTTGATCCAGGCGCATTACATGGACCTAAGAAAT +TCTTTGGTGCAGCTAGAAATATTAGACAAGGTGGTTCATTAACAATACTTGCAACAGCAT +TGGTTGAAACTGGATCAAGAATGGATGACGTAATATTCGAAGAATTCAAAGGTACAGGTA +ATATGGAATTGCATTTAGATAGAAAACTTGCAGAAAAAAGAATTTTCCCAGCAGTAGATA +TATATAAATCAGGAACAAGAAGAGAAGATTTATTACTTTCTGAAGAAGAAAAGACAGCAC +TTTGGAGGTTAAGAAGAGAAATGAGTAATAATTCAGTTATGGAAGTTACTGATAAAGTTA +TAGAATTATTAAAAAGAACAAAGAATAATGAAGAGTTTATTAAATCAATAAAGGCGCTTT +AATCTAAAATAAAAACTCCTTGTACCACTAAAAAACTTATGTTATAATGGTGTAGTTGAT +AATGTAAATGAAAAATTAATAATGATTAATTTTAAAAATAAAGAGAAGAGGTGACAATAA +TGCAAAAGGATATACAACCTAAATACAATGTTATTGAAGTAAGCTGTGCATGTGGAAATA +AATTCCAAGCTGGTTCAACTAACGATGAAATAAAAGTTGAAATATGTTCAGAATGCCATC +CATTCTATACTGGAAAGCAAAAGAATATAGAAAAAGGTGGAAGAATCGACAAGTTCAAGA +AGAGATTCAAAATGGACTAATTTTTATAAAAAATGGAGTTGGGAAGCCAACTCCTATTTT +ATTTAACTAGGGGGTTCCAAATAATGTATAGACCGATTAATCATGGTTATATAGAGGCTG +TAATTGGGCCAATGTACAGTGGTAAAAGCGAAGAGCTAATAAGAAGGCTAAAAAGAGCTA +AGATAGCAAAACAAAACGTTATGGTATTTAAGCCTAAAATAGATGATAGATATAGTAAAG +AAGACGTAGTTTCACATAGCGGAGAAAGTATAGATGCAATTCCTATAAATAAAGCTAATG +AAATTTACGATTATATAGATAATAAAGTTCAAGTTGTTGGAATAGATGAAGTACAGTTTT +TTGATGAAGAAGTTGTGAATGTAGCTGTAGATTTAGCTAACAAAGGAATTAGAGTTATAG +CAGCAGGTCTTGATATGGATTTTAAAGGTGAGCCATTTGGACCAACACCTAAGTTATTAG +CTATAGCAGAATTTGTTGATAAAATACAAGCTGTTTGTTCTGTTTGTGGACAACCTGCTA +CGAGATCTCAGAGATTAATTAATGGAGAACCAGCTAGATATAATGATCCAATAATACAGG +TTGGAGCAGTAGAAAGCTATGAAGCTAGATGCAGAAAATGCCATGTAGTATATAAATAAA +AATAAGCTGATTAAGAATATATCCCTTTAGAGTGAGATAAAGTTTACTTTAAAGGGAATT +TTTATATTATAATAAAATAAAAATATAAATTAGCTAAGAGGTGAGTATATGAGTAAACAA +GCTGTTGGTGGGCAAGCTTTAATTGAAGGCGTAATGATGCAGTCAAAAGAAAAAAGAGCT +ATAGCTGTTAGAAAAGCAGATGGAGAGATTGTAATTAAAAAAAATAAAATAAAAAGTTGG +ATAAATGATAAAAATATAGATAAAATTCCTTTTGTTAGAGGATCATTTATATTAATTGAA +AACATGATTGAGGGTATTAATAGCTTGAATTACTCTTCAGAATTTTTTATGGATGAAGAA +GATGAAGAGGAAGATAAATTTGATATATTGATTAAAAAAATATTTAAGCATAAAGCTAAT +GATGTAGTTTTAGGTATAGCTATGGTTTTTGCTATATTAATTTCCATAGGTATGTTTGTT +TTAACTCCGACCTTCATAGGAGGCTTATTTTCAAAAATTATTTCTAATAAGGTTATTTTA +AACTTAATAGAGGGAATAATTAGGATACTAATACTATTTACTTATATTGTTATAATTTCA +AAAAATAAGGATATAGAAAGAACGTTCCAATACCATGGAGCAGAACATAAAGCTGTATAC +TGTTATGAAAATAATTTAGAACTTACTATTGAAAATGCAAGAAAGTTTACTACATTACAC +CCTAGATGTGGAACAAACTTCTTATTTATAGTCATGTCTACATCTATAATATTATTTTCA +TTCTTTGGATGGCCAAATCCTCTAGCTAGAGTGATAATGAGAATAGTATGTATTCCAGTG +GTTGCTGGTATATCTTATGAAATAATTAGATTTCTTGGGAAATATAACAATAAATTAACT +AAAATTGTTGCATATCCAGGAATGATGTTACAAAAGTTTACTACAAAAGAGCCAGATGAT +TCACAGTTAGAGGTGGCATTAGCTGCATTAAAAGCTGTTGTGAACTAAGAAAAAGGAGCC +GTTATGACAATTAGAGATATAATTATAAAGTACTCACAAGAGTTAGAACATATAAGTGAC +ACGCCAAGACTAGATGTTGAAATATTACTAGAAAAAGCTCTTGGAAATGTAGATAGTCTT +TATATACGTTTAAATTTAAATAAAGAATTAACACAAGAACAAGAAGATTTATTTAATACA +TTTATACAAGATAGATTAAAGGGAAGACCGGTAGCTTATATAGTAGGAAATAGAGAATTT +ATGGGATTAGATTTTTATGTACAAGAAGGAGTTTTAATTCCAAGACCAGATACAGAGCCT +TTAGTAGAAGAGTTAATAGAACTTTGTAGAGGAAAAGAAAATTTAAATATTCTAGATATA +GGAACTGGTTCAGGGGCTATAACTATAAGTTTGGCAAAATACTTGAATACTTCTAAGGTA +AAATCTTTTGACATATCAGATATAGCATTAGAAGTTGGTAAAAAGAACGCAATAAGTAAT +GAAGTTGATGATAGAGTTGAATTTATAAAATCCGATTTATTTAGCTCTATAGAAAATAAA +AGTATACAATTTGATGTTATAGTTTCTAATCCACCTTACATACCTAAAAAGGATATAGAA +ACTTTACATACTCAGGTGAAGGACTATGAGCCATATACAGCTTTAGAAGGTGGGGAAGAT +GGATTAGACTTTTATAGAAGCATAACAGAACAATCAAGAATGTATCTAAAAGAAAATGGA +ATTTTAGCATATGAAGTTGGCCATGATCAAGCTGAGGATGTATCAAAGATAATGAAGGAT +AATGGATATACTAAAATATATACAAAGAAAGACTTACAGGGGATTGATAGAGTTGTTATA +GGCTATAAACTATGATATAATGAAAAATTGATATGCTACAATTAAAGAGGTGAAAGTATG +TTACAGAAATTAGCAGTACTAGAAGATAAATATAAAGAATTAACAGAAAAAATAAGTGAT +CCTGAAGTAATAAGTGATCAAAAAGTTTGGCAAAAATATATGAAAGAGCATGCTGACTTA +GAACCAATTATAATGAAATTCAGAGAATATCAGTCTGTTCTAAACAGTATAAAAGACTCT +AAGGAAATATTACAAGAGGAATCTGATGAGGAATTAAGAGAGTTAGCTAAAATGGAACTA +TCTGAAATGGAAGATCAAGTAGAACCATTAGAAGCTGAATTAAAAATATTATTATTACCT +AAGGACCCTAACGATGAAAAGAACGTTATAGTTGAGGTTAGAGGTGGAGCAGGTGGAGAT +GAAGCAGCTCTATTTGCTGGAGACTTATTCAGAATGTATTCAAGATATGCTGAAAGAAGA +AGATGGAAGATAGAATTATTAAGTGCTAGTGATACTGGTGTTGGTGGATATAAAGAGGTA +TCTTTCTTAATAAAAGGTAAAGGTGCATACTCAAGATTAAAGTATGAATCAGGAGTTCAT +AGAGTTCAAAGAATTCCAGCAACTGAATCTGGAGGAAGAATACATACATCAACTGCAACA +GTTGCGGTATTACCAGAAGTTGAGACTGTAGAAGTAAATATAAACCCAAATGACCTAAGA +ATAGATGTTTTCCGTTCTTCAGGAAATGGTGGTCAAAGTGTTAATACTACTGACTCTGCA +GTAAGAATAACTCACATACCTACAGGAGAAGTAGTATCTTGCCAAGATGGTAAATCACAG +TTAAAGAATAAAGAACAAGCTTTAAAAATACTTGTTGCTAGACTTAATGATAAGGCTATA +GCTGAACAAAATAAAGAAATATCAGCTGAAAGAAAGAGTCAGGTAGGTACAGGTGACAGA +TCTGAGAGAATAAGAACTTATAACTTCCCTCAAGGAAGAGTAAGTGACCATAGAATAAAC +TTAACATTATATAAGTTAGATCAATTCTTAGATGGAGATATCGATGAAATGATAGATGCT +CTTATAACAGTTGATCAAACTGAAAAAATGTCTGCAATATAAATCCCTAATATTTAGGGA +TTTTTCTATAGAAACTTTAGTTATCTTATAGACTTGTGCTGTATATAATTATTATATAAT +GGTACAAGGGGGTTGAGAATTGATACTAAGAATTACTTTAATAGGTTTATTTGCAGGGGT +TATAGGAACCGGTTTTGGGGGAGTAATAGCAGCTCTTTTTAAGAAAAAGGTAGACAGATA +TATAGATTTTTTCATGGGGCTATCAGGTGGAATAATGTTAGCTGTTGTAGTATTTGACTT +AATGAAAGAATCTATGGAGATTATGGGGGTTATGCAGACAGTTATATTTACATTCGTAGG +AGTAATTATAACAATGCTCATAAAGTCAAGCTTAGATATATCTAGTGATATGAAGTCAGG +ATATTTAATTTTTTTGAGTATATTATTACATAATCTGCCGGAAGGACTGGCTATTGGGTC +GTCTTTTATGTCAAAAGAATCTCTAGGGATGACTTTAGCAATAGTTATAGGAATACATAA +TATACCTGAAGGATTAGCAATGGCATTAAGTTTGGTTGGTAGCAAAATGAAAATTGCTAA +GGTAATTTTATTTACAATAATAGCAGGAATACCTATGGGTATAGGAAGTTTTTTAGGTGC +TTATTTTGGGGGGATTTTTTCTTCTCTTATAGGTGTATTTCTTGCTACAGCAGCTGGTAC +AATGATGTACGTTGTCTTAGAAGAAATATTTCCTAAATCAAGAAGTCTATATTGTATAAT +TGGATTTTTAGTAGGTACATTAATTGTATATTGTATCTAAAACTAAAACAAAGGTAGGTA +TACAAATGATGAGAACTATCATAAGTAAAATTGAATCAGAAAACATAGATATAAAAGAAA +TAGAAAAACATGCAAAACTTTTAAAAGAAGGAAATACAGTTATATTTCCAACAGAAACAG +TATATGGATTAGGAGCGAATGCTTTGGATGAAAATGCTGTGAAGAAAATATATGAAGCAA +AGGGAAGACCGAGTGATAATCCTCTTATAGTTCATATTTCAGAGGAAGAAGAGGTATATG +ACTTAGCTAAAAATGTAAGTGAAAAGGCCAAAAAGGTAATGCGAAAATTTTGGCCAGGAC +CTATAACTATAGTTTTAAATAAAAAAGATATAGTTCCTAAAACTACTAGCGGAGGATTAG +ATACAGTAGCTATAAGAATGCCATCACATAAAATTGCACAAGCAGTAATAAAAGAAGCTG +GGGTTCCTATAGCAGCTCCTTCTGCAAATATATCAGGAAGACCATCTCCAACAAAAGAAG +CTCATGTCAAAGAAGAAATGAATGGTAGAGTAAATGGAATAATTTTAGGTGGAGATTGTA +ACTTTGGATTAGAATCTACAGTTTTAGATATGACTGAAGAAGTACCTATGATTCTTAGAC +CAGGTAGTATAACTAAGGAAGAATTGGAAAAGTTAATTGGAGAGGTAAATTTAGACCCAT +CTTTAGAAAAAAAAGAAGATAATAAAAAGGCAAAGGCTCCTGGAATGAAATATACACATT +ATTCTCCTAATGCTGATGTTTACATAGTATCGGGAAATTCCGAAGATGTAGTACAAAAGA +TAAATGATTTAGTTCAAAAAAATGAAAATAATGGATTAAAAACAGGTGTAATGTGCTTAA +ATAAAAATTATGAAAAATACAATGGTCTAGTTATATCTCTTGGGGAAAATTTAGAAGAAG +TAGGTAGCAACTTATTTAGTACTCTTATAGAAATGGATAAAAATAAAATAGACATAATAT +ATTCAGAAGAATTCCCTGTAAGTGGAGTAGGAAGAGCTATAATGAATAGATTACTTAAAT +CAGCTGGATACAAAATAATTAGAGCTTAATTTTGAATATTAAAATTATGTCAAAAATACT +AGTAAAATGTTGCTTAATTTAATATAATATCATAAGAATACTATTAGATAGTGAATATTT +TATATAATAAATTTAATTAAATTCGCTATTTTAATAAAAAATACAAAAATATACATAACT +AAATATAAAATGCGGAGGAAAATTTAATATGAAAATCGGATTAGGATGTGACCATGGAGG +ATATAACCTTAAATCAGAAATAATCAAGCATTTAGAATCTAAGGGGATTGAATGTGTAGA +TTATGGTACAAATAATGATTTAGATTCAGTAGATTACCCAATATACGGGGAATCGGTTGC +CAATGCAGTAGTAAACAAAGATGTAGATTATGGAATCGTTTGTTGTGGTACAGGGATTGG +AATATCTTTAGCTGCAAATAAAGTTCCAGGAATAAGATGTGCTGTAGTATCAGATGTATT +TTCAGCAAAAATGTCGAAAGCTCATAATAATGCAAATATGCTATCTTTAGGAGAGAGAGT +TATAGGAAAAGGACTTGCTTTAGAAATAGTAGATGCATGGATAAATACTGAGTTTGAGGG +AGATAGACACTCTAGAAGAGTTGATATGATAAATAAAATAGAAGAAAAGCATAGTAAATA +GGAGGCAGTATAATATGAGTAAAGTAATAGTAACAGATCATCCATTAATACAACACAAAC +TAACATTAATGAGAGATAAAAATACAGGTTCTAAGGATTTTAGACAACTTTTAACAGAAA +TAACAATGTTAATGGGATATGAAATAACTAGAAATTTACCATTAGAAGATGCAGAAATAG +AAACACCAGTGGTAAATGCTACATGTAAGGTATTACAAGGTAAAAAATTAGGAATAGTTC +CTATATTAAGAGCTGGATTAGGAATGGTAGATGGATTAGTAAACTTAATACCGGCAGCTA +AAATAGGACACGTTGGACTATATAGAGATCCTGAAACTTTACAACCAGTTGAATATTACT +GCAAACTTCCTCAAGATATACATGAAAGAGAAATGTTAATAGTAGATCCGATGCTTGCTA +CTGGTGGATCAGCAGTTGCTGCAATAGATGTATTAAAGAAGAAAGGTGCTACAAATATAA +AGTTAGTTAACTTAGTTGCAGCTCCAGAAGGGATAGAAGAAGTTAAGAAGTATCATCCTG +ATGTAGATATATATGTTGCATCTATAGATGAAAAATTAAATGATCATGGATACATTGTTC +CAGGATTAGGTGATGCAGGAGATAGATTATTCGGTACAAAATAAATGTAAAAATATATAG +GACAGTCTTAAAACTAAATTTTAAGCCTGTCCTTTTATAGTATTTTATAGTTTGGTGTAA +TTTTGTTAAGTAATATCTAAAATTAATTTCTTTTTTTAGGTAGAAAGGTTAAAATTACAA +TAAAAATTTAGAAAATTAAGAAAAGCATATAAAAAGAATTGATTTTTTTCAATAATGTGG +TAAAATAGATTTAACGAAATGTATAGACAAGATTTTTTTTAATTAGTTAATTGACGACAT +CAATTGTAGAAAAATGTCGCAATGATGCTAAAAATATTTCATTAAGAAAATAGAATTGAC +TTTGTCAACAAAACTAAATATATGACTAAAATTATAAACTTATGTCGAATATCGTTGATA +ATGTGTATAAATGTAAATTTAAGATAAAACAAGGAAGGCAAATTTTTATGGGAAAAAAGA +ATGCATATTTAGAAGTAGGGAAAATGCTATCACTAATAAGCCACATAGGCATAACGATGG +TAGTTTCTATATTTTGTACTTTCTTTCTAGGAAGGGGTATAGATAACTTACTTGATACAA +GACCAATTTTTACGCTTATATCATTAGTAATAGGAGTTGGTGGAGCATTCGTATCTGTAT +ATAAAATGGTTATTGGATATACGAAAAGGAAGTGATGAGTTGGATATTAAATTACAACAA +GAAATAGTAAATATAAATAAAGGAGTTTTAATATATGATGTTGTAATAATTATTGGATTA +TTACTAACTTCAACTTTTAGTACATCTATGTTAATGGGATTAGTTTTAGGTACATTAGTA +GCATTGATGAATTTTATACTATTAGCAAAAACAATAGAAAAATCAATAGATATGTCACCT +AATGAAGCTAAACTTTATGCATCAAGTAGATATACCATTAGAATGATTATAGTAGCAGTG +GTACTGTTTATATCAGCAAAGTCAGAACACTTACACTTAATAGGTGTTTTCTTAGGACTG +ATAGGCCCTAAAGTGGTCATATTAGTCAGAAATAATATATTTGATAAACTAAAAAGAAAG +GAGTCATAGAATGAGTTATGCAAGATGGTTACAAATTGGTGGTTTTAAAATAAGTACTAC +AGTTACGACTAGTTGGATTATAATGGCAGCCTTAATTATAGCGTCTTATTTTTTAACTAG +AAATCTGAAAAAAGTTCCAACAAGTAAAGTTCAGATATTCTTAGAATTTGCTGTAACATC +TCTTAAAAACTTAGTAACAACTACTATGGGAGATAAAGCAGTTAAGCAAATGCCAGATAT +GATATATTACATAGGTAGTTTATTTTTATTTTTTGCATGTTCAAATCTAATAGGATTATT +AGGATTTAGATCACCAACAACAGATATAGATACTACATTAGCATGGTCATTAATTACAGT +ATTCTTAATTTACTTCGCTGGAATTAAAGACAAAGGATTGTCTTATTTTAAAGGAATGCT +AGAACCAATACCTTTAATGCTACCGATGAATATAGTTAGTGAAATTGCAAGACCAATATC +ATTAACATTCCGTCCATTTGGTAATATTTTAGGTGGAGCAGTTATAATGTCTCTGGTATA +TCAATTTTTAGGATTTTTATCAACTTTAATACCAGGTGTAACAATACCGTTTGGTCAGTT +ATTAATACCTGTACCATTACATTTATATTTTGATTTATTTGCAGGAGTGCTACAAGCATT +TATATTTGTAATGTTAACGATGGTATTCGTAGGAAGTGCAACAGAATAAAGTTTATATAT +AAATATAAACCAGTAAAGTATATAATTTAGAAATTTAAAATTAAAGGTTAAGAATTTAGG +AGGTATTTATTATGGATTACACAATGGCACAAGCAATAATAGCTGCAGGTTCAGCTGTAG +GAGCAGGATTAGCAGTTATGACAGGTATAGGACCTGGTATAGGGCAAGGTTTCGCTGCAG +GTAAAGGTACAGAAGCAGTAGGAAATCAACCAGAAGCTAAAGGTGATATAATGTCAACAA +TGTTACTTGGATGTGCGGTAGCAGAGTCTACAGGAATATATGGACTAGTTATAGCAATAA +TCCTTTTATTTGCTAATCCATGGTTATAAAAAGAATTTTCTAATAGAAAATTTAGGTTTA +AGAATCATTTTTAATTAGGAGATGGTTTATCCATCTCCTAATTAAAAATTGTGGTTAGTA +GAAAGGAGGAAAATGCATCAGTATGGAAAAATTATTGATAGGAATAACACCAGACCTTGT +ATTTCAAATTATAAATACAATTATACTTTTCTTAGTACTAAAACATATTTTATTCAAGCC +AGTATTAGGAATAATTGAGGCCAGAGAAAATGATATACAAGATAATTTAGCTAAGGGTGA +GTTAGCTAAAAACCAAGGTATAGCATTAAAAAGAGAGTACGAAGAAAAAATAAATCGTGC +AAAAGAGGAAGGTCAAGAAATAATAAAGCAAGCAACTTTAAGAGCAGAGAAAAAGTCTGA +TGAAATAATATCTAATGCAAAAGATGAGGCAACTCATATAAAAGAAAAGGCAACTAAAGA +TATAGAACAAGAAAGACAAAAAGTTATAAATGAGATAAAAGATGATATATCAGATATAGC +TTTACTTGCAGCATCTAAAGTTATTGAAAAGGATATAGATAAAAATAAACATGAAGACTT +AATAAAAGACTTTATAAAAAAGGTGGGCGAATCTAAATGATGAATGTAATAGCAAATAGA +TATGCTGAAGCCTTATTTCAAATAGGGGAGGAAGAAAAATTAACAGATATGCTGTACCAA +GAATTAAGTGAAATTGTTAACTTAATTAAGGTAAATCAAGATTTATTTTCAATTTTAAAA +TCTCCTGTTATATCTAAAAAAGAAAAAATTAGTTTAATTGATAATATATTTGAAGATAAA +ATAAATATCAATATAAAAAATTTTTTAAAAATACTTATAGAGCAAGATAGGATTTCATTT +ATATCAGATATTTCTGATTCATATAAAGAGTTATTAAATGAAAAGAATAATATATTAGAA +GGATTTGTAATAAGTGCAATTCCAATGAAAAAAGAAGAAATAAAAGAGCTTGAAGAAAAG +CTTTCTGAAAAATACAATAAAAACGTTACTTTAGAGAATAAGGTTGATAAATCTATTCTA +GGTGGAGTCTTAGTTAGACTTGGAAATGAAGAAATAGATGGAACAGTTAAAACTCGTTTA +GATAAAATGAAAGAGCAACTATCTCAAGTAATATCTTAGGAGGGCGGTGAACCCATGAAC +TTAAGACCTGAAGAAATAAGTTCTATAATTAAACAACAAATAAAAAATTATGAAAATAAA +ATTGAATTAACTGATACAGGTAGCGTACTAAAAGTTGGAGATGGTATAGCAACTGTATAT +GGATTAGAAAAAGTTATGTCAAGTGAACTTTTAGAGTTCCCTGGTCAAGTATATGGTATG +GCTCTTAACCTTGAAGAAGGTGTAGTTGGGGCGGTTATATTTGGTGATGACTCTAACATA +AAAGAAGGTGACATAGTTAAGAGAACTGGTAAAATAGTTGAGGTTCCAGTTGGTGAAGCT +ATGATAGGTAGAGTTGTAAGTCCGTTAGGATTACCTATAGATGGTAAAGGACCAATAAAT +ACTAACAAAACTAGACCTGTTGAATCTCCAGCACCAGGTATAATGGAAAGAAAATCAGTT +CATGAACCATTACAAACAGGTATAAAAGCTATAGACTCAATGGTACCAATAGGTAGAGGG +CAAAGAGAGCTTGTTATAGGGGATAGACAAACAGGTAAAACTTCTATATTAATAGATACA +ATATTAAATCAAAAAGGTAAAGATGTTATATGTATATATGTTGCAATAGGACAAAAACGT +TCTACTGTAGCTCAATTAGTTTCAACACTTGAAAAAGGTGGAGCTATGGATTATACAATA +GTAGTTTCAGCTACAGCATCTGAATCTGCACCACTTCAATACTTAGCACCTTATGCAGGG +GCTGCTATGGGTGAAGAATTTATGTACAATGGTAAACATGTACTTATAATATACGATGAT +TTAAGTAAGCAAGCTGTTGCATACAGAGAGATGTCATTATTACTTAGAAGACCACCAGGT +CGTGAAGCTTATCCAGGGGATGTATTCTACTTACACTCTAGATTACTTGAAAGAGCAGCT +AAGCTTTCAGATGAATTAGGTGGAGGATCTATGACAGCATTACCAGTTATAGAAACTCAA +GCAGGAGATGTTTCTGCATATATACCAACTAACGTTATATCTATAACAGATGGACAAATA +TACTTACAACCGGAATTATTCTATTCAGGAGTAAGACCAGCTGTTGACCCTGGTATATCT +GTTTCAAGGGTTGGAGGTAGTGCTCAAATAAAAGCAATGAAAAAAGTTGCTGGTACATTA +AGATTAGCATACTCTCAATATAAAGAACTTGCAGCTTTCTCTCAATTTGGATCTGACTTA +GATGAAGATACTAAAAAGCAACTTGCTCAAGGTGAAAGAATAGTTGAAGTTTTAAAACAA +GGAGAGCATGAACCAATAAAGGTTGAGCATCAAGTTATGATAATATTTGCTGTTATAAAT +AACTTCTTAGAAGATATTCCAGTAAATAATATAGCTAGATTTGAAAATGAACTTTATGAA +TTTATTGATAATAATTATTCAGATGTTTCTACTAAAATATTAGCTGGAGAAGATTTCTCT +TCTGATTTAACAAACGCTATAAATCAATTTAAGAAAAAGTTTGTTATTGAAGCTTAATCC +TTTTTAAAAGGAGGTAATTTAATTGGCAGGTGCAGGAAGTAAAGAAATCAAAACTCGTAT +GACCAGCGTTGAAAGTACAAAGCAAATAACTAAGGCGATGCAACTTGTAGCATCATCTAA +GTTAAGAAAAGCTAAGGAGAGAGCTGAAAGCTCAAGACCATACTTTACAACGTTATACAA +TACTATAAATGAAATATCTCAAAGTACTAAGGGTGTAAAAAATGACTTTTTAGTACAAAG +AGAGGTTAAAAATAAATGTTATATAGTTGTTGCCGGAGATCGAGGATTAGCAGGAGGATA +CAACTCAAATGTATTAAAATCTGTAGTTAACCATATGGCAGGTAAACAAGAAAAAATAAT +TTCTATAGGTAAAAAAGCCCATGAATTTTTTGATAAAAGAGGTTATGAAATAGTAAACTC +TATAGAAAATGTTGAGCATTGTAATTATGATAATGCTTTAGAAATATCAAATAATGTAAT +GGATTTATATAAAAAGGGAGAGATTGACGAAGTTTACATTGCGTATACAGAATTTGTATC +CCCTTTAGTACAAAATGTAAAATTAATAAAAGTACTTCCATTAGTTTTTGAGAATAAAAA +TACTGAATCTCAAGAAAATTCTGTGAGAAGAGGACGAGTGCAGTATTTGCCATCAGCAGA +AGCTGTTTTAGGCTATATCATACCTAAATATATCTCTGGAACGATATATGGTGGGGTTAT +AGAATCTTTTGCATCAGAACAAGGTGCTAGAAGAACGGCAATGGAATCGGCAACAGATAA +TGCAGATGAAATGCTATCTGATTTAGAGTTAAAATACAATAGAGCAAGACAATCAGCTGT +AACTCAAGAAATAACAGAGATAGTAGGTGGAGTTGAGGCTCTAAAATAAGGAGGTTAGGA +AATGGCGAATGTAGGTAAGATAGTATCAATCGTAGGGGTTGTACTTGATGTTAAATTTGA +AGATGAGAAAAGCCTACCTAACTTATTAAACGCGTTAGTTATAAAGTTAGGAGATAAAGA +AATAGTTGCGGAAGTTGCACAACATATAGGTGACAATACAGTTAGATGTATTGCCATGAG +TGCTACTGACGGTTTAGTAAGAGGTATGGAAGTTGTTGATACAGGAAAACCTATAAGTGT +TCCTGTTGGTGATGCAACTTTAGGAAGAATATTTAATGTTTTAGGTGAACCAGTTGATAA +TAAGCCGGCACCAAAAGATGCACCTCAACTTCCTATACATAGACAGGCACCAAGTTTTGA +AGAACTTGAAAGTAGTGCAGAAATACTTGAAACAGGTATAAAGGTTGTTGACTTATTATG +TCCATACTTAAAAGGTGGGAAAATAGGTCTATTCGGTGGAGCTGGAGTTGGTAAAACAGT +TCTTATACAAGAGCTTATAAACAATATAGCTAAACAACACGGTGGTATATCTGTATTCGC +AGGTGTTGGAGAAAGAACTAGAGAAGGTAATGACCTTTACCATGAAATGGCGGACTCTGG +AGTTATAAATAAAACAGCTCTAGTATTCGGACAAATGAACGAACCACCAGGAGCGAGAAT +GAGGGTTGCTCTTAGTGGTCTTACAATGGCTGAGCATTTTAGAGATGAGCAAGGTCAAGA +TGTTTTATTATTCGTTGATAATATATTCCGTTTCACACAAGCAGGTTCAGAAGTTTCAGC +ACTTCTTGGACGTATGCCATCAGCAGTTGGATACCAACCAACTCTTGCTACAGAAATGGG +TAACTTACAAGAAAGAATAACATCAACTAAGAAAGGGTCTATAACATCTGTTCAAGCGGT +ATATGTACCAGCGGATGACTTAACTGACCCGGCACCAGCAACAACATTCACACACTTAGA +TGCTAAGACTGTTTTATCAAGACAAATAGCATCACTTGGTATATACCCAGCAGTTGACCC +ATTAGAGTCTACTTCTAGAGTTCTTGACCCAAGTATAGTTGGTAAAGAACATTATGAAGT +TGCAAGGGGAGTACAATCAATACTTCAAAGATATAAAGAACTTCAAGATATAATTGCTAT +ACTTGGTATGGATGAATTATCTGATGAAGATAAGATTATAGTTGCTCGTGCTAGAAAGAT +ACAAAGATTCCTTTCTCAATCTTTCACAGTTGCAGAGCAGTTTACAGGATTACCAGGTAC +TTATGTACCAGTTAAAGAAACTGTAAGAGGTTTCAAAGAAATATTAGAAGGTAAGCATGA +TGATTTACCAGAATCAGCATTCTTATTAGTAGGAACTATAGAAGAAGCTGTTGCAAAGGC +GAAGGAGCGTAGATAACTATGGCAAGTGAATTTTCACTAGAAGTTGTAACTCCTGATAAA +GTTTTTTATAATGATAATGTAGAGATGGTAATAACTAGAACTACAGAAGGTGATAGAGGT +ATTCTTAGAAATCACAGACCATTTGTAGCAGGATTAATCGAAGGTACACTTCGAGTTAAA +AAGAATGGTGACTTTAAAGAAGCAAAAATAGCAGGTGGATTTATTACAGTAGATAAAGAA +AAAGCTGTAATTTTAACAGAATCAGCCGAATGGATATAAAATAAAAAGAACCACACTAGT +ATAAAAACTTATACTATGTGGTTCTTTTTATTTTATACATATAGAAATATAATTGTTTTT +AGAGTTAGTGTTCGGAATTTGTACTTTTTGGTTCAAGTAATTGAATATAATAATGTAATC +GTAATACAATAATATTAGAAGGATGATTTTGGAGGTTATGATGAATATATTAGATATTGG +AGTGGATATAGTTGAGATTGATAGGATTAAGGATGCTATCAATAAGAATGAAAGGTTTTT +ACATAGATTATTTACAGATAATGAAATAAAGTACTTTGAATCTAAGGGATTTAAGACTGA +AACTATTGCAGGTAATTTTGCAGCGAAGGAAGCTATAAGTAAATCTATAGGAATGGGAAT +TAGAGATTTTACTTTTAAAGACATAGAGGTTTTAAGAAATTCTTTGGGGAAACCTATAGT +AAAAACTTATAATAATTTAAGTAAAATATGCATAGAGTATAATGTTCTAGAAATAAAGGT +ATCTATATCTCATAGTGAAAAATATGCTGTGGCAAATGCTATTGCAATAACTAAGGAGTG +ATAATATGAATGAAAAAAAAGCAAAAGATATAATGACAACTGATGTAATTGTAGCTAAAA +AAGGGGATACTATATCTGAAGTGGCTAATGTACTTATATCGGGAAAAATTGGAGGACTAC +CTGTAGTTGATGAAGATAATAAGGTAGTAGGAATTATATCAGAAACAGATATAATAAAGA +AAGAAAAAAAGGCACACTCAACTCCTTTTATAAATGTTCTAGAAGGAATAATATTTTTAG +ATGATATTAATAAGATGGAGAAAGATTTAAAAGAAATTGCAGCATATAAGGTTGAAGATT +TAATGTCGACGAATATAGTAAAAGTGCATGAAGACGATACTTTTGATAACATAGCAAATA +TAATGATAAAAAAATCTGTTAATAGAGTTCCTGTCGTAGACAAAGAAAATAGATTAAAAG +GAATAATTTGCCGATATGATATAATAAGAGCCATGTATAATGAATAAACTTTAAGTAGGA +GGGATCATGTGAGAAACAAGTGGATGACATTATTAATAATAACTATTGGTTTAAGTGTTA +GTTTTGTAGGTTGCCAAACTGGAGAATCCACAAAAGAAGAGGTTTACAAAAAGTTTCAAG +AGCAAGTTTCAAAAATTGAATCCTATACATGTACAGCTGAAATTGAAGTTGTGGGAAATA +AAGGCAAAAGTAGTTATACTTTAAAACACTATTATAAAAAGCCGGATAACTATAAGCTAG +AGGTTATTTCTCCAGAGAATCTTAAAGGAAAAACTATGGAATATAAGGATAATAAAATCA +TAGTCAAAAACCCTGATATTGATGATCTTATTGAGCTACCTAATGAGAGTAAGGATCAAC +AATATTTATTTATAGGAGACTTTATGAAAAATTATCTTAAAAACGAGGCAATTACAATGA +ATTCCTCTGATTCAGAATTGATATTAGAGGCAAGTATACCTGGAGATAGTGAGTACTTTA +ATAAGCAAATCTTATATATAAATAAAGAAAATAAAAATCCTGACAGAATGGAAATACTGG +ATAAAGAAGGTAATATTAGATTTACAGTTAAATATGATAATTTCGAATATAAAAAGTAAG +AGGAAAAAATATGATTAAAGAAACAGTTGCCCCTACTTGGGTGGAGATAAATCTAGATAA +CATAAAGTTTAACTTAGATAATATAAAAAAATTATTAAAGAAAGATACTAAAATTTGTGG +AGTAGTTAAAGCTAATGCATATGGCCATGGTGCAGTACAAATTGCAAAGTTGCTTGAAAG +AGAGAAGGTAGATTATTTAGCAGTTGCTAGGTTAGAAGAAGGTATAGAACTTAGAGAGAA +TAATATAGAAGCTCCTATCTTATGCTTAGGTTATATACCAGATGGGGCTATAAGAAATGC +AATAATAAATAAAATAACGATGACAGTATATTCTTTAGAAATGGCTGAAAAAATAAGTGA +ATTAGCACAACAGATTAATGAAAGTGTAAATATTCATATAAAGATTGATACGGGTATGTC +CAGAATAGGATTTCAGCCAAATGAAGAATCAGTAAAAAATATAGTTTTAATAAGCCAATT +AAAGAATATAAAAATAGAAGGAATGTATACTCATTTTGCAAAAGCAGATGAGGAAGATAA +GCAATATACATACCTTCAGGCAGAAAAGTATAACTATATGTTAAATAGTCTAGAGGAAGA +GGGTATTCAAATTCCTATAAAACATGTTTCTAATAGCGCTGCTATAATGGAGTGTCCTGA +TTTAAACTTTGATATGGTCAGATGTGGAATTATATTGTATGGTCACTATCCATCTGATGA +GGTCATGAAAGATAGAATCGAGTTAAGAACATCTATGAAGCTAAAATCAAGGATTGCTCA +TATAAAAGAAGTAAATTCAGATATAGGTATAAGTTATGGATGGAAGTATAAAACTAATAG +TAAGGAAAAAATTGTAACTATTCCTATTGGTTATGCAGATGGATTTACTAGAATGCAAAA +TAATGCGAAAATATATATAAATAACTATCCTTTTGATGTGGTAGGAAGAATATGTATGGA +CCAATGTATGATAAAAATAGATAAGGATATAGACATAAAAATTGGTGATGAGGTCATAAT +ATTTGGAGAAGGAGATGCAACGGTAGAAAGGATAGCAACTGATTTAGGTACTATAAATTA +TGAAATTTTATGTATGGTTTCAAGGCGAGTTGAACGTATATATATGGAAAGAAATGCAAT +TTTACAAGCAACTAGTTATTTGGTAAAATAAAAGAGATAGTATACTCTGGGAGGCGATTT +TGTGCATAATAAGAGCAAGGAAAAAATTGTGTTTACTTTACCTGACTCTCTTATATCTGA +AGTAGATAATATTGTTCAGATGGAAAATAGTAATAGAGAAGATTTTGCAAAAGCTGCTTT +TCAATTTTATATAACTCAAAAAAAGAAAATAGACTTAAAAGAGTGTATGATTAAGGGTTA +TAAAGAGATGGGTCAAATAAACTTATCATTAGCTGAACTAGGTATGACAAATGAAGTATC +TTCTGATGTTGATTCTGAAGGGAATATCGCTCAAGGTGAGTAATGTTAACTTAGAAGTAA +AAAGAGGAGATTTGTATTATGCTGATTTAAGCCCGGTTGTAGGTTCGGAACAAGGTGGAG +TGAGGCCGGTTCTGATAATACAAAATGATATAGGTAATAAGTACAGTCCAACAGTTATAA +TAGCTGCGATTACATCTCAAATTAACAAAGCTAAATTACCTACTCATATAGAGATAAGTG +CTAATGAATATGGGCTTAATAAGGACTCTGTAATTCTCTTAGAACAAATCAGAACTATTG +ATAAAAAGAGAATAAGAGAAAAGATAGGTTGTCTAGATAGTAATGTGATGTTAAAAGTGG +ATAATGGTCTTCAAATAAGTTTGGGACTATTTAATATTTGAAAATTATTGGTATTATTTT +TAATATCAATAATTTTTTTTATTTGCAGAGGTTAAGTACGAGTTTATGAACATTTATATA +TAAATTTATTTTATTTTAAAAATAGAGTAAAAATTTGGAGAGAAGTGGTATAATAATATG +AGATTGGTATATAAATGTACATTACATAATAATGATTTTTTTACTTTACAAACCAGGGAG +GTAATTACATGAGAGACCATAAAGGATTAAATGAAATTACGTGTAGTATAAGAAAAGACA +TAGTTTCTATGATACACGGAGCAAAGTCAGGACATCCAGGAGGATCACTATCAGCAGTTG +AGATATTAACAGCTCTTTACTTTGATGAGATGAATATTGATCCAACTAATCCTAAGATGG +AAGATAGAGATAGATTTGTTTTATCAAAAGGACATGCTGCTCCAGTTTTATATGCAACGT +TAGCTCAAAAAGGATACTTTGATAAAGAAGAGTTAAAAGGATTAAGAAAAACGGGGAGGA +TGTTACAAGGGCATCCAGATATGAAGGGAACTCCAGGTGTTGAAATGTCAACAGGGTCAT +TAGGACAAGGGTTTTCGGTAGCATGTGGAATGGCTATGGCATCTAAATTAGATAATGCGC +CATGGAGAGTATATGCTTTACTTGGAGATGGAGAGTGTCAAGAAGGAATAGTTTGGGAAG +CTGCAATGAGTGCTGCTCACTATAAATTAGACAATATGACAGCATTTTTAGATTATAATG +GACTTCAAATAGATGGTAATACAGATGATGTAATGAGTTTAGGTTCTATAGTTGATAAAT +TCAAAGCTTTTGGGTGGAATGTTATAGAAATAGATGGACATGATTTTGATCAAATATTTG +CAGCTCTTGACATGGCTAAATCAACTGTAGGTCAACCAACTATGATAGTTGCTAAGACAA +TAAAAGGTAGAGGTGTATCATTTATGGAGAACCAAGCTGGATGGCATGGAAATGCTCCTA +GTGACGAACACTTAAGAATTGCTTTAGAGGAATTAGGAGGTGCTTTCCATGAGTAAAATA +GCTACTAGAGATGCATATGGAAAAACATTGCTAAAATTAGGTGAAACAAATGATAATGTA +GTGGTATTAGATGCAGACTTATCAAAATCTACAAAAACAAATGACTTTTCAAAGGCATTC +CCAAATAGATTTTTTAACATGGGTATAGCTGAGCAAAACTTAATAGGTGCTGCTTGTGGA +TTTGCAACAGCAGGAAAAATTCCTTTTGCAAGTACTTTTGCTATGTTTGCTACAGGAAGA +GCATTTGAAGTTATAAGAAATTCAGTATGCTATCCTAAATTAAATGTTAAAATATGTGCT +ACTCATGCTGGTATAACAGTAGGAGAAGATGGAGCATCTCATGAAAGTATAGAAGATATA +TCTATAATGAGATCAATACCTAATATGACTGTAGTAGTTCCTGCTGATGGAATAGAAACA +GAAAAAGTAATATTAGAAGCAGCAAAATACAACGGACCAATGTATGTGCGTCTTGGAAGA +AGTGCCGTTCCTACACTATTTGGGGAAGATTACAAATTCGAAATAGGAAAAGGTACTGTT +CTTAGAGATGGTAATGACGCTACAATAATAGCTTGTGGTATGATGGTGAATGAAGCTATA +ATTGCGCATGAAGAATTAAAAGCTGAAGGTATAAATGTTAGAGTAATAAATATGTCTACA +ATAAAACCTATAGATAGAGAATTAATTGTTAAAGCGGCTAAAGAAACAAAAGCTATAGTA +ACTGCAGAAGAGCATAGTATAATAGGTGGACTAGGATCTGCTGTAAGTGAAGTAGTATCT +GAAGAATGTCCAGTAATAGTTAAGAAGGTTGGAGTGAAAGATGTATTCGGAGAATCTGGA +ACACCAGCTGAGTTATTAGAAAAGTATGGATTAACGGCAAAACATATAGCTGAATCAGTA +AGAGAAGCTTTAAAATAATAAATTAGAAAGACTTTGCAATAAAGTATATATTGCGAAGTC +TTTTTTTATTTAATGTCATTCTAATAATTAAATCATTTTCATATATTTAAAATAGATGGG +GGTGATTGAGTGAATGTAAAATTCAATATGAAAGGGGTAATACTTGGAGTAGTACTAGTA +TTTTTTATCATAGGAGGATTTCTGTTCTTACCTAAAATGTTTATAGAGGATTCGACACCA +GTAGATTATACTATGATTCAAAGGGATGCTATACCCGAAAAGATATTAAATATTATGGAC +AAATATACAAATGAAGAGAGAGCATTAGCTGTCAAACTAGATAATAAAATATATGTAATA +GTAACTAGAGCAAAGGAAAAAGACCAAGGAATAGAAATAGACAAGATAAGTATTGCTAAA +GAAGAGGACAAGAATACGATGAAAGTTGAGATAACTTATAAAGATAAAAAAGATTCATAT +CCTTTTGTGGTTGCGGAAACAAATTTAACAGAACTTCCAGATAAAATAGAATTAAATTCT +TCTAATGATGCTAAATAAAAATATTTTTACATATAAATATGAAGTCCTAAGGTTACATAA +TAAAAAATGAACATAAATATTATTAAATATTAATCGGTAAGTGATTATATATAGATATAG +TTGCTTACCAATTAATATTTTTTGAATTTTATTTCAAAATAATAATTAAAAAAGTTAAAA +TGCTTATTATTTAATAACAAGTAGGGAAAAATAAATCTCAAATACAAATTTGAGGTGAAC +AAATGCTAAATATAGATAAATATAAAGTAAGTGAAGATAATTTAAAGTTTAAATGTTCGT +TAGATGATTTAGATTTTAAAACAACAGAAGATATAGAGCCCTTAGGAGGAATAATAGGTC +AGGATAGGGCTGTAACTTCTATAGAATTTGGCTTAAAAATGAAACATAAGGGATACAACA +TATATATAGCTGGAGTAAGTGGAATAGGGAGAACCAATTATGCAAAATCTCTTATAAAGA +AAAATATAAAATTTAATGAGAATCTAAAAGATTGGATATATGTTAATAATTTTAGAAATA +ATAATGAGCCAGTAGCCTTATCTTTTAAAGCTGGAGTAGGTAAGGAGTTTAAGAATGATA +TTGATGATATTATAGAAAAATTAAAAGTTGAGATACCAAAAATATTTAATTCTAAAGAAT +ATGAAAATCATAATAGGCTTTTAATGACAGAATTAGAAAATAATATACATAGTATAATTG +ACGAATTAAATGAATTTGCTAAACCTAAGGGATTTAAATTTCAGATTACAGAAAGAGGTT +TATTAAGTGTACCTATAAAAGAAGATGGTCAACTAATGGAAGAACCTGAATTAGGTAATC +TTACACCGTCTGAAATAAGAGAGTTAAGAGAACGAGGATTGAAGTTAAATCAAGAAAGTA +AGGAATATATAGATAAAATAAAATCCTGTGAAGATATATACAAGAATAAAAGCAATGAGT +TAGATAGAAATGTAGGAAGAAGTTTAGTTGGATTTTATGGTCAATATTTATTAACTAAGT +ATGGAGAAGATGAAAAGGTAAATAAATATATAAATGCTTTATGTAATGATATTGTGAATA +ATATTGCTAAGTTTAAAAAAGAGCCGGAAGATGATAAAAAAGATGCAATGGCATTATTGG +GAATTATGCCCAATAAAAGAGATGATAAATTCTTAAATAGATATAGGGTTAACTTATTTA +TAGATAATAGTGAGTGTAAAGAATGTAAGATTATAGTTGAAAGTAATCCTACGTATTACA +ATTTAACAGGTTCTATAGAGTATAAAAATGAGATGGGTTCATTAACAACAAGTTTTATGG +AAATAAAACCTGGAGCAATTCATAAAGCTAATGGTGGATTTTTAATTATTAATGTAAGGG +ATTTGTTATCGAATCCTTTTTCATGGGAGTGCTTAAAAAGGACGTTAAAAACAGAAAAGA +TAAATATAGAATCTTTAAATAAGCAGTATGGATATTTAGTTACATCAACTTTGAAACCGG +AGCCAATAGATTTAGATTTAAAAGTTATTTTAATTGGAGATAGCTACTATTACAATCTGC +TTTATGCTTATGAAGATGATTTTAGAAATTTATTTAAGATAATGGCTGACTTTGATATAG +AAGTAGATAGGAATAAAGATAATATTTACAAAACAGTTCAACTTATTTCGAATAAATGTA +AGGAATCAAATTTAAAACATTTTTATAAATCTGCAGTAGAAAGATTGATAGAGTATAGCA +CTAGAATAAGTGATGACAAAGATAAGCTTAGTGCTAGATTTAATAAAATTGTAGATATAA +TATATGAAGCAGATGCTGTTACAGATGATTATGAACTATATGTAACAAGAAAAGATGTAG +ATAAAGCAATAAAACAAAAGATATACAGAAACAATAAGTATGAAGAAAAATTAAATGAAA +TGTTTGAGAATGGAACATTATTAATCGATCTAGATGGAGAAAAAGTAGGACAAATAAATG +GATTAGCTGTTATGGGAACAGGAGAGTATTCCTTTGGAAAGCCATCAAAAATAACTGCAT +CTACTTATAGAGGAAGAAGAGGAATTATAAATATCGAAAGAGAAATAAAAAAAAGTGGAA +GTATTCATGATAAAGGTGTATTAATTTTAAGTGGTTACTTAGGAAATAGATATGGTAAGG +AAAAGCCACTATCAATATCTACATCTATAACATTTGAACAAAATTATAATGGAATAGATG +GCGATAGTGCATCTAGTACAGAGCTGTATGCAATAATATCTAGTATTGCAGATATACCAA +TAAAGCAATATATAGCGGTCACAGGTTCAGTAAGTCAAAAAGGTGAAATTCAACCAATAG +GAGGAGTTAATGAAAAAATAGAAGGTTTCTTTGATGTTTGCAAGATAAAAGGATTTACAG +GAAAGCAAGGTGTAATGATACCGATACAAAATGTAAGAAACTTAATATTAAAAGATGAAA +TTATAGAAGCTGTTAAAGAGGGAAGTTTTAATATATATGCAATATCAAATATAGATGAAG +GTTTAGAAATTCTTACAGGTAAAAGTAAAGAAGAAATTGATCTTGCTGTAAATGAAGTAT +TGGATAAATATAGGAAACTAGATAAAGAAGATGATGAAGAAAAAAATAAAGATAAGAAGA +AAAATAAAGATAAATAAAGAAGACAATGAGAACATAGATTAAAGGTAGATGAAATAATAA +AGCTGTAGTGACTTAAAGATAATAAAATCTACAGCTTTATTATTTTTAAAAAATTTATTA +AAAATCATTTATTAGGAGTTATAATTTTAGATTCAGTAATGATAAAATCTAATTGAGCAT +CATGAGGATCTTTTGGTACTTCATCAAATATTTGTAAATCAAAAGCAATTCCTATAGTTT +TAGCATCTGGTCTTAAATTTTCTAAAAATCTATCATAAAAACCTCCGCCATACCCCAGTC +GATAACAATCAGTATCATAAGCAACAGCAGGAACTATTACAACATCTAAGTCTTTTATAC +CTATAGCTTGGGAACACTCAGGTTTTGGTTCTCTTATATTATAAGCGCCAATTTTGATCC +CTTCTTTAAGATCTGTGATTTGAGTTGGTATTAATTTTTTTTCTTCTTTTAAAGTTATAG +GAGAAGCGACAATTTTTCTTAAAGATATTAGCTTATTAATTAAATTATCTGTTTGTACTT +CATTATTAAAATCAAAATAAAGCATAATCGTTTTTGCTTTTTTTATACAGTCCATTTGTA +ATAGTTTGTCTGTTATTATAGAAGAATTTTTAGAAATAAATTCTGGGCTTTGATTCTTTC +TTTCAGATATAACCTTTTTTCTAAATTCTTTTTTCATTGAAATCTACCCCTTTATATTAT +GGTATAATATGGATATGCAATTTAGAATTGTATACCTATTATAAATTTTAGTATATGCAT +AAGACTTGGGCAACAGAATTGATAATGGGGTAATAAAAAGAATAGCTAGTCATATAATAT +AAAGTAGATTATTTAAAGGAGATGCATTAAATGATATCTAAAAAAAAGGCCATAATAGGG +TCAATAGTTTTAGTAGCAGTTACGGCTATGCTTACATCAACGTTGCAAATAGCAATTGGT +AATAAGGTTGTAATACCTAGAGACTTATATGAAAGTTATAAGAAATATAATAAGTTAATT +GGACTAGAGCAAATAGTAGAAGGAGACTTTTACAAAGAAGTTTCGGAGGATGATTTAGTA +CAAGGATCTATAAAGGGAATGTTTTCAGGTTTGGGAGACATATATTCTCAGTATTATACT +AAAGAGGAATTTGAATCATTAAAAGAACAAACAAGCGGATCATTTGTAGGAATAGGAGTT +TATATTAGCCCTACATCAGATGATGATTATATAACAATAATCGCACCAATAGAAGGATCT +CCAGCTGAAAAGGGTGGTATAAAAGCAGGGGATAAAATCATAAAAGTAGACGATCAAAAT +GTATATGCAAATGATTCTGACAAAGCAATAAGCATGATAAAAGGAAAAGCTGGTACAGAA +GTTAAACTTACTCTAAAAAGAGGAGAAGAAGAGCTTGATTTAAAGATAAAGAGAGAAGAA +ATAATATCTAAGAGTGTTGATAGTAAAGTTTTAGAAGATGGTATAGGCTATATAAAAATA +ACATCATTTAATGAAAATACATATAAAGAGTTTACAGAAGCACTAAGTAATTTGAAAAAG +CAAAATATAAAAGGATTAGCTTTAGATTTAAGAAATAATCCTGGTGGTTTATTAGATATT +TGTAGTGAAATTGCTGATGACTTAATTGGAGAAGGGACAATTGTATATACTAAGGATAAT +AAAGGTGATAAAGAATACATAAAGTCTGACTCAAATAAATTAGGTCTACCAATAGCAGTT +TTAGTTAATGAAGGCAGTGCATCTGCATCAGAAATACTTACAGCTGCAATAGTAGATAAT +AATGAAGGTATAGCAATAGGAACTACTACTTTTGGGAAAGGTTTAGTTCAAAGTGTTAGA +GAACTAAAAGATGGAACTGGGTATAAATTGACTACAGCACAATACTTCACTCCAAATGAT +AATTACATACATGGAAAGGGTATAGAGCCTAAAATCATAGAAAAAGATGAAAATAAACAA +TTAGATGTGGCTGTTAATTGGATAAAAGAGCAAATTAAATAATATATAATAAAGGATGGC +ACTATTTATACGAATTTAAATTGCTGCCATCTTTTTATAATTAAAAAAGTTTTACTTGAA +TATATTTTCATAAAACTATACATAATCAAAATAAAGGGTATATATATGTTTTCTATTAAA +TAAGGAATTATAAAATAATATATAATACAAAATCTAAATTAAAGTAAAATTATAAAATAA +AATTTAAAATGAATTTTTTATATTATTTTGATAAAGAAATAAAAAAAGGTGGATATTTTT +AACAAAATTTGTATTTAAAATAAAGGTAAAATAGAAAATATATAGAATTAATTAATAAAT +AGTTATGGTAATGGGATGTGAGTTTATGAAAGAGAATATGGAAAAAGTTATTGATTTTGA +AGAATATAAAAATAAAAAGAAGAAAATAGAAGTCGATAGAGTTGAACTTTTGAAGCTTAT +AAAACAAATAGTAATGACAAAATAGAGAGCAAACTGCTTCTAGTGTTGCATCTAGTTAAT +ATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAA +TGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_7 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AACATTTAGCCTCTTTTTTTATTTGAAAAAATTAAAACTATACAGTTTAAAAATAAATTT +TTACGAAATGTAATTATATAGATTAAATTTAAAAAAATAAGGTAAAATTAATAAAACAAA +GTTCTTTTAGAAGTTAAATTATTAGAAATAATATTAGGTATTTAGTGAAAAATACTAATA +CTTATACATTCTGAAAAGATTAGTAAAAAAAATAATAAGAATTTTTAATTTTAAGAAGGA +ATTTAACAAAAAAAGTCGAAATCTGTATAAGAGTATTTGACTTTTTTGCAATATAATGTA +AAATAGTAATGTTAATAAAAAAATTACACCAGAAGGTGATAATATGAATGATATAAAAGA +TATAGTTGAAGAAGTTAAAAATAGATGTGATATTGCTAATGTAATATCAGAATATATGCC +TATAAAACAGTCTGGAAGCAATTATAAGGGCTTATGTCCTTTTCATGGAGAAAAGACACC +ATCATTCCATATAAGCTCGTCTAAACAGATATACAAGTGTTTTGGATGTGGAGAAGGTGG +AGATGTTATCAACTTTGTAATGAAAATGGAAAATTTAGATTTTATTGATGCAGTAAAGTT +ATTAGCAAATAAATGTGGTATTGAAATAAACACCAATATGAATGAAGAAGATAAGCTAAG +AATGGAAAAATCTAAAAAGTACCAGGATATACATCTTGAGGCAGCAAGATTTTATTTCGC +AAACCTACTAAAAGAGAAAAATCCAGGTTACGATTATTTAAGAAAAAGAGGACTAGATGA +TAAAACTATTAAAAAGTTTGGTTTAGGTTACTCACAAAAGTCATGGAATGAGCTCATGAA +TTATTTATTATCTAAAGGATATGACAAACAAGATTTGGTACAGTGTGGTTTAGTAAATCA +TAAGGCTGAAGGTAATAAATATTATGATAGATTTAGAAATAGGGTAATGTTTCCTATATT +TGATTATAGAGGAAATGTAATAGGATTTGGAGGAAGGGTACTAGATGACTCCTTGCCTAA +ATACCTAAATTCGCCAGACTCATTAATATTTAATAAAAGATATAATCTTTATGGATTAAA +CTTTTCAAGAAAGAATATAGTAGATAGAACTATTATTTTAGTCGAAGGATATATGGATTT +AATATCGCTTTTCCAGTATGGCGTAAGAAATGTAGTAGCTACATTAGGGACAGCTCTAAC +AGAACAACAGGGGAATTTAATAAAAAGATATGCAGATACTGCAATTATTTCTTATGATTC +TGATGAAGCAGGTGTTAAAGCTACCTTAAGAGCTATAGAAATTCTTTCTAAGATAGGGAT +TAATGTAAAGGTTATAAATTTAAAGGATTGCAAAGATCCTGATGAGTTTGTAAGAAAATA +TGGACTTGAAGAATATAAAAAAGCAATTGGTGATTCTACTCACTATATAAAATTCAGAAT +TGACCATCTAAGAAAAAGTTTTAATTTAGAAAAAGATGAAGAAAGAGTGAAGTTTGCAAA +AGAAGCATCAAAAATTATAAAAGAACTTAAAAGTCCAGTTGAAGTTGATTACTATACAAA +TTATATAGCAAAGCAAATTAACATAAGCACAGAGTCTATAAAAAAAGAAGTTTATGGTAA +AGACTATAATAAGGTATATAACAAACAAAATAATAAATATGTAACTAAAAAAGTAGAAAA +AGTAATTGAAAAGCCAAAAGCCATTAAAAAAGGTAAAGAGCTTGTTGAAGAAACTCTTAT +AAAATTATTGCTAGAAAATAAAAAAATAAGAGAAATAACCTTATTAAAGGTAGAAGAGTC +AGATTTTTTATTAAATGAGAGTAAAGAAATTTTAAATTACATCATTAAAAATAGAGATTT +GGACAAAATAACTATTGACAAAATTAAAAGTTTAAACATATCCGAAGAATATCTAAAGGA +TTTGGAAATAATATCTTTAGATAGTATAGATATGAATGATATAAAAAGCATAGATGAAAT +AGTAAAAAATCTTAAGAAAAATAATCTTCAAGAACAGATGAATATACTGTTACAAGAGCA +AAAAAATATTGAACTGCAGAAACAAAATAAGGATGACTTGAAAGAGGTAGATGTGAAAGT +TATGGAAATTGCTTTAAAAATTGTTGAAATAAGAAAGATGCTACAAAGCTTATAGAAGGG +AGGTAAGAGCGTGACTGAAAATAATAAAAAAACATCAAAAAAATTCGCAGCAAAGAGTTT +AATAGAAAAAGGTAAAAAGCAAGGCGCACTTACTCTTGCAGAAATAATGGAAGCTTTCTC +AGAAACTGAGTTAGATAAAGACCAAGTTGAAAATCTATATGAAACTTTAGGGAATTTAGG +AATAGAAGTTATAGAAGATAAATCAGAAAAAGTTGAGATAGATTTCACTGTTGCAGAAAG +TTTAAGTTTAGATAATATAGATGAAAATCCTGATGATATAGATAAAGAAGAAACTATTGA +ATTAGAAGCAATTGATTTATCTTTGCCAAAAGGAATAAGTATAGACGATCCAGTTAGAAT +GTATTTAAAGGAAATCGGAAAAATACCTCTACTAAAGCCACATGAAGAAGTTGAGTTAGC +AAAAAGAATGCTTGAAGGCGATGAAATCGCAAAGCAAAGATTAGTTGAAGCGAACTTAAG +ATTAGTTGTAAGTATAGCTAAGAGATATGTAGGAAGAGGAATGCTATTCCTAGATCTTAT +ACAAGAAGGTAACTTAGGTCTTATAAAGGCTGTTGAAAAATTCGATTATGAAAAAGGGTT +TAAGTTCTCTACTTATGCTACATGGTGGATAAGACAAGCTATAACTCGTGCTATAGCTGA +CCAAGCAAGAACTATAAGAATACCAGTTCATATGGTTGAAACAATAAATAAATTAATAAG +AGTATCTAGACAATTACTTCAAGAATTAGGTAGAGATCCAAAACCTGAAGAAATAGCTAA +AGAAATGGAAATGACTGAAGAAAAAGTTAGAGAAATCATGAAGATAGCTCAAGATCCAGT +ATCTCTTGAAACACCAATAGGGGAAGAAGAAGATAGTCATTTAGGAGATTTCATACCAGA +TGATGATGCTCCAGCACCTGCTGAAGCTGCAGCATACTCTTTATTAAAAGAACAAATAGA +AGAAGTTTTAGGTTCATTAAATGAAAGAGAGCAAAAAGTATTAAAACTTAGATTTGGACT +TGAGGATGGAAGAGCAAGAACTCTTGAAGAAGTTGGTAAAGAGTTTGATGTTACTAGAGA +AAGAATAAGACAGATAGAAGCTAAGGCTTTACGTAAATTAAGACATCCAAGTAGATCTAA +GAAACTTAGAGATTACTTAGATTAGAATCCATATATACAAAAAATTCGCCTTACAAGTTT +AAGGCGAATTTTTATATTTAAAGCTAGTGATAAACTAATGAAAATAATTAATTCTCTTAC +CATAATTAATATCTTTTTCTAAGTCTGTCTTAGATTCAGATTTTAATTGGTTTTGGGAGT +TTTGAATTATATTTTGCTCTGTTTCACTAGCCCAAAGCATGGTATTACCTCCCCATTTAT +AGTGAGGTTTATAGTGTGATTTACGTCGATTTTGTCTAGGCAAATTTAACACCTCCCAAT +AATAGTATTCGGAGTTTTATATAAATTTATGAGAGGATGAAAAAAATTGAAATTAACAGA +TAGATTATTAAAAATAGCATCATTAGTTAGTGAAGGAAAAAGAATAGCAGATATAGGTAC +AGACCATGGATATATACCTGTATATTTATTAAATAAAGGTACAGTACCATTTGCAATTCT +TGCAGATGTAAATAAGGGTCCTTTAGAGAATGCACGTAAAGAAGTTAGACATAATAAGTT +AAGTGATAAAACTGATTTAAGGTTAGGTTCTGGAATAAAGGTACTTAACAAAGGTGAAGT +TGATGAAGTTATAATAGCTGGAATGGGTGGAATATTAATTAGTGAATTATTAGAAGCTAA +AAAAGAAGTATCTCATTCTGTTGATAAATTAATACTTCAACCAATGCAAGCTCAAGAAGA +ATTAAGAAAATACTTATTAAATAATGGATATGAAATATTAGATGAAGTATTAGTACAAGA +AGACTTTAGAGTCTATGAAATAATAGTAGCTAAATATACTGGAAAAAATACAGTTGTAGA +AGATGATATATATTATGAAGTAGGAACAAAGCTTATAGAAAATAATGACCTTTTACTTAA +AGAATTTATAGATAAAAAAATCTATAAATACAACTCTGTAATAGAAAAGTTAGAAGGTAA +AAGCGGAGATACTATAGATAAAAAAAGAAATGAAAGTAAGACTAGAATAGAGAAGCTTAA +GAAGTTAATATAATATATAAATTTTTAAGGGGTTGATAAAATGAAATTAAAAAGCCTTAT +AAAGACAATAGAAGCTAAATACCCTACTAACTTAGCTTATGATTGGGATAATGTTGGATT +ATTAGTAGGAGATATTGAAGAAGAAATAAGCAAGGTACTAGTATGCCTTGAAGCTAATGA +AGCAATAGTAGAAGAAGCAATAAACAACAATGTAAATTTAATTGTTACTCATCATCCATT +TATATTTGGCAAGATGAAAAAAATTACTACAAGTGATTTTAAAGGAAAGTTAATACATAA +ACTTATAAAAAATAATATAGCTGTTTATTCAATGCACACTAACTTTGACATAGCTTTTGA +TGGATTAAATGATTATTTTATGGAAGTTATGGGATTTGAGAATTCTAATATATTAGATGT +AACAAATACTGAAACTTTATATAAAATTGTGGTTTATGTTCCTAAAACTCATGAAGATAA +AGTTAGAAAAGCATTAGGTAAATCTGGAGCAGGTCATATAGGTAATTATAGTGACTGTAC +ATTTAATACAGACGGAAAAGGAACGTTTAAACCTTTAGAAGGAACTAATCCATTTATAGG +AGAACTTGATAAACTAGAAGTAGTTGATGAAGTAAAAATAGAAACAATAGTTCCACAAAG +AATTTTAGGTGGAGTAATAAATTCTATGGTAAAAGCTCATCCATATGAAGAAGTTGCATA +TGATTTATATAAGCTTGAGAATAAAGGAAACTCAGTAGGTCTTGGAAGAATAGCATCACT +TAAAGAAAGTATGAGTTTAAAAGAGCTTTCGATGATGATAAAAGAAAAGCTTAATATGGA +TGCTTTAAGAGTTGTAGGAAATTTAGATGCTAACATTAAGAAGGTTGCTGTAGTAACTGG +TTCTGGTGCAGATCTGGCTAAGAAAGCTCAAAGGTCTGGAGCTGATGTGCTTATTACTGG +AGATGTAAAATATCATGACGCACAAGATGCAGTAGATGCTGGTATGTGTATTATTGATTG +CAATCATTTTGAAAGTGAAGATATATTTAAGGATGTTATGAAGAGATTCTTAGATGATAT +TGAAGATATTAGTGTAATAAAAAGTAGTCTTAATATAAATCCGTTTTCTATATTATAGAT +AAAAGAAGAACTTAATTTTTTATAAATGAAATTTCGCTTTATTAATTTAGGGCGAAGTTT +TTTATTTCTCAAAATATAAAATTACATTAATCGAAACTCATATATAAAATTAACTAATAG +AATTATGTATAAAATTAACTTACTTTGTCGAATGTCTAGAAAAAATAAATGTATATGCTA +TAATAGGCATATATTTTTCACATAGAAGGAGCATTAAAATGGGGATCAAAAGTGAGCATA +GCATAATTAAATTGATGCTTATATTATGTTTAGTTTTAATACCAAAAGAAGTATGGTCTG +AGTCTGTAGACAAGAAGGATATACTATATATAAATTCATATAGTCCTAGATTTGAGTTTT +TTGATGAACAGTTAAATGGTATAAAGAGTGTGTTAGGTGATAGTGTAGAGTTACAAGTAG +AGTACTTAGACCAAGGTAATTTTTATGGTGTCAAAAATGAGCTGAATTTTTATAATTTAA +TAAAATATAAAATAAATAATTATAAGACATATGATGCTATATTAATAGGAGATGATCCAG +CATTAAATTTTATAAGAAAACATAAAGAAGAGCTATTTAAAGGAATTCCTATAATTACAT +TTGGTGTAAATAATAAAACTAATATAGAATATATAAAAAATAATGATGATACATATGGTG +TTGAAGAAGGAATATCTCTGAAGAAGAATTTAGATTTGATTAATAAATTATATAAAAATA +AAAATGTAGTAGCTATAAACTTTAAGTCGAGGGAAAATAATATTGATTTAGATAATTTTT +ATAAATTAGAAAGTTATTATCCAGATTTAAATTTTAGCCATATTTCTTATGAAGAGGAAG +ATACAGTTGAAACAATTAAGAAGAAAATAGATAAAATAGATGAAAATAGTATTATTTTAC +TTACTTATATTTATAGTTATTCAAGTATATCATACAATGAGTTATTTGAACTTCAAGATT +ACCTTGATGCAAAAGTGGATTTACCTAAATTTAGTACATTAAAGCATGAATTATATTTTG +ATACAATTGGTGGATATATGACATCACACTATGAACAAGGGAAAATGGGTGCTGAAATTG +CTATGGATATAATAAATGGTAATGAGCCAACGTCTAAGTTAGTAAGCTACGATGAAGTAA +ATAAATATATATTCAATTATGAGCATCTAAAAAAGCATAAGATCAAAGAAAAGTATTTGC +CTAAAAACTCTAAGATAATAAATAAACCAGAGACATTTTGGAGTAAGCACAAACTTGTTA +TAATTCCTGCAGCGATTATAGTTGCTTGTTTAGTAGTTACAATTATAATATTTATAATAA +ATAATAAGAAAAGACGAATGTATTCAGAAGGTATATTTAAAGCTAAGGAAATTGCAGAAA +GTTCAATTAAGGCACAAAATAATTTTATATCAAATATAAGTCATGAATTAAGAACACCAG +TAGCAGTTATAATATCTGTAATTCAGTTATTAGAAAAACAAAATAAAGATAAAGAATTTG +ATTTAACATCAAGTATTAAAATTATTAAGCAAAATTGTTTAAGACTAACAAGACTTACAA +ATAATATAATAGATGTAGCAAAGATGGATTTAGGATTTATAGATATGAGACCTGTGAATA +TAGAAATAGTAAGTTTATTAGAAGATATAGTTTCATCAATAATCCCGTATGCTAAAAGTA +AGAATATTAATGTGATTTTCGATACTGAAATAGAAGAACTTGTTATGTCAGTAGATCCTG +ATAAGATTGAAAGAATGATGTTAAACTTATTATCAAATAGTATAAAGTTTAATAAAAATG +ATGGTTCTATAATAACTATGGTAAAGGTTAATGATAGTTATTTAAATATAGAAGTTATTG +ATACTGGAATAGGTATATCTAAAGAATATATGTCAAAAATTTTTGATAAGTTTACTCAAG +TTGAAGATATTATGATAAGGCAAAATGAGGGAAGCGGAATTGGTTTATCATTAGTTAAAT +ATTTTACTGAGGCTCATGGAGGAACTATTAGTGTAGAATCAGAATTAAATAAAGGAAGTA +GGTTTATTGTAAGAATACCTATGATTAAACAATCTGAATTATCGATGAGCTACTATGAGA +AAAATCAAAATGATGTAGTTGTAGGAGCAGAGGTAGAGTTTTCGGATATATATGCATAAA +GTTATATAATAATCTTAATTAATTATTTACTTGATAAAAATTAAAGTTAATTAAATACAA +AAGAATAAACAATAAGAGGTTTATTTTTAATTGTATATACTAATTTAAAAACAAAAGGAG +TAATAGTTTATATACTAAACTATTACTCCTTTTGTATTATATAAATTTAATACTTATTTG +CTATACATCTCACGACTTAGAGTATAAATTAATTCATCTCCATTAATCTTACGGTTAGGA +TTTAAATCGCTAAACCAAGTTATATATCGTCCAGTTTTTCCTACTGTATTAAGTTTTTCT +TTTATGGCTTCTATCAATTCATCATCTGAAAGTGTAGGCTCAGGCATAAACATGCTTACT +TGACCTAGTTTATCACCATATTGTTCCATCAAGGTAGACTTATCATTACAAGCGTCCTGA +CCTTCCCAAAAATCGAATCCAGCTTCACAGAAGTTTTCAACTTGGTTTGCAACACTACCA +CAAGAGTGGAAGTTTACGTAAAGTCCCATTTTATGAGCTTCATTATTTAATTTTTTGTAA +TGAGGTAGCATAATTTCTTTAAATGTGTCAGGAGAGAAGAATGAACTTCTTTGTGTACCC +ATATCATCATGGAATGTTATTATATCAGCTCCATAAATATCTTTAGCAATTTTGAATAAT +TCCAAATGCCAGTCAACTAATTTATCATAAAAAGCATGAAGTGCTTCTGGTTCCTCTAGT +AAATAGCAGAAAGTATCTTCAAAGCTAGTTAAGTCTGCAGTACGCTCAAATAATCCATTA +ACTATAACAAACATAGTAGCACGATTTGGACTAAGAACATCTTTATAATTATCATCATAG +TCTTTTTGCCAGTCTATTTCATTTAGATCAGGAAAGACTAGTTCATTTTCCCATTCAGTT +ATGTCGCTAAGTCTTCTAGTACCAGGCTTAACCATAGCAGCATTAGTTTGTGGTTCATAT +TCCCACTCAATGCCAAACCAGTCTACACCACCTTTCCATCTAGCTAAGGCATCAGGCATT +ACTAAAGGCTGAATTATATTTATATCATTTGCTATATTTGGAAGCCAAAGAGGTTTTTCT +TTTCTACACATTCTAAGTACATTTTCTTTTGGAGTAATAGGAGTATTAAATTTTCTAGAT +GGAAAACTTGGCATACCATAAATTCCAGGAATTTGAGGATATGTACCTACATCTTTTAAT +TCTTCTTCTTTATTAAATGGATACTTACTCATTATAATTATTCCCCCTAATTAAATATTT +TTATTTAACAACAGAATATGAATTCTGTGTTTTTTCTAAATTAAATTTATCTTTATATTT +ATTTTGATATAGTTTCAAAACCTTAATAGATAATATTATATAATCTCGGGTATATACATC +ATTAATATCGTATTCTAATAAATCTATTATTTTTTTTATTCTATATATCAATGTATTACG +ATGAAGGTACATTTCTTGAGCTGTATTAGTTATAGATCTTTCATTAGTTAGATATGAGTA +TAGGGTATCAATTTTATTACCAGAGGATCTTTCATCAATTTGCCATAAATTAAGAACATC +AGGATGACAGGCATAAAGGATATTTATTGAAAAACTTGATTCAATTATATAATCCATAGC +ATAGTCATAAAAGTTTATTAAACAACTAGATGGATTGTATGATTGAGATGAATTAAAGGC +ATATAATGCTTGATTATAAAATATAGCAAGATTTTTTAAATCTTTTAGAGGTAGACTAAT +ACTTAATTTCATAGATGCTTCAATAGCAATATTTTTTAAAATTTCTATTGCATTTGAATA +AGGTGTTTTTCTTTCATTAAAAATAATTACAATCTTTTTATTTTTTACAAAGGCGTGACT +ATAACTTAAATTACTTTCTATCACCCCACAATACATAGATATCAATGATTTAGGTATTTT +ATCTAAGTTATGAGATAGTATACAAACCCTAAAGTTATCGTTATCCTTCCAATCAATATA +ATCTAATTGAGTTTGTAAATCTTTTAAATCAATTTCTTCGTTATTGATAATAGATAGAAA +TATATTACAAATCGGAGGTGAATCATTATTTAAAGCTAGAGTGCTGATATAAGGTGTAAT +GATTGAAACTAAATAATCTAAAAGTTGAATATCACCATTATTTAGCTGACGGTCTTTTTG +TAATATGTTAATTCGACCACAAAACATGTCATTATTATATAGTGAAGATGAAATGCAAGG +AGTTTCTAACTCTTTATTGATAAAATTAAAATATTGAGCACCTTGTTCATAAAATGTGGA +TGTATAAGTATATGTGCCACGTAAATATCTAATTGCATTAATAGAGCTATAACCACATTT +TTTTAGATGGGACCATTCAGAATCCACATCGTTTTCATCATATTGATTGCTAATAGCTAA +AACTTTGCAATTTGCATCCATGAGTACAATAGGATTGTTAAATGCACACCAACAAAAATC +AATTAGTGATTGAAAATCGAGTTTACTAGCTAAAGTTAATATATTATCAGACCAGTCATT +ATAAAAGTCAAATATTGATTGAACAATTTCAAATCCTTGAGAAATATTAATATCTTTTAT +TCTTATATAATCTCCTTCTCCATTGCATATAACATCGTTTCCAGATTGAAAAATATGAAC +ACAATTAGTAGCATACGCACGTCTAGCACTTTTAAGTATTATTGGAGCATCTTTTTTAAT +ATTTAATTCTAAATCAATTTGATTTAATCGATTAGCTATCATCCACATGCTAAGCTTCAT +ATCTTTATACCAACTTTCATTTATAACTTATATTAATATTTTAAATTGTAATTATAAAAC +TCTTGTTATTTTAAATATAACATATCTATCAAACTAGAGGCAATAAATATGATTAGTTGT +TAAGTACAAAAAGTTGACACTAATTATATTTATTTTTGTATTCTCATACCGTAGAAAATT +TATTTATATAAAATTATCATTTTTATAAGAAGAAAAAATTGAGTGAAATTTATTTGATAT +ATGAAAGGGTGATAAGATGAAAACTAAGAAAAATAAATCAATTTCATCAAGACAACGTCC +TAATTCATTTGGTTATATGATGCAACAAATAAAAGAACCAATCTTAGGAAGACCAATAAG +TCCTAAGGAAAACTTAAGAAGAGTATTTGCAGGAGAAAAACCAATGTGGATGCCGGCATG +GCTGTATGAAGTTGATTATTGTTGGTCAGATGAGGTATTAGAACATCCAAAATATGAGTA +TGATGGATTTGATTGGTTTGGTGTTGAATGGGTATGGGTAGAAGTTGCTGGTGGGATGAT +GGTTAAGCCTGGAACAAGAACCTTAAGTGATATTACAAAATGGAAGGAAGAAGTAATATT +TCCAGATTTAGATTCTATAGATTGGGAGTCTGATGCAGCTATACAAACATCCAGATATGA +TAATGATAGGATGCATGTATTTCATCTTACTGAAGGTATATTCGAGAGATTACATGAACT +TATGCCTTTTGAAGATGCATTGGCAGCTATGATTGAAGATCCAGAATATGTTTTAGAATT +CTTTGAAGCTATGGCGGATTATAAAATAAAATTACTTAGTAAAATATTTAAATATTATGA +GCCTATAGATTTCGTAATATATGGAGATGATTGGGGGACACAACGTGCAGGATTTTTTTC +AAATGAAATGTTTAAAGAAATGATTTATCCATCTGCCAAAAGAGTAATGGACTATATTAA +GAGCCAAGGAAAATTTATTGAACTTCATTCTTGTGGGTTGAATCAACAGTATGTACCTTT +TTTTAAAGAAATGGGCATAGATTTATGGACTCCTCAATCAATTAACGATTCAGATATGCT +AAAAAATAAATATGGGTCTGAAATAAGTTTTTGCTTTGTAGTAGAAGGATTAGATGATCC +AAATATTACAGAAGAAGGAGCTAGACAAATAATTAGAGACTTTGTTGATAAATATGCTAA +AGGAGGTAGAGCTATGGCACAAATTTTTGCACCGCCTGAAGTATTAAAAGTTTGCTTAGA +TGAATTATACAATTATTCCTTAAACTTCTATCTTAAAGAAAATTAATAATTTGTTAGTTA +TGTGATACGAAAAAGTAAGTCTAAATTAATATTTTTTCGTACTTACATACCGTAGAAATT +ACTGTTATAGATAAATATTATTAATTATATAAGAAGAATTATATAAAAAATAGGAGGTAT +AAGCATGAAACAACATAGCCAAGATAAAACAGGCTTTATGGCAACAGCTGCTATTATGTC +AATATTTTTGCTAGCAATGGGTGTAGGTACTATAACGCCAGCAATACAGAATATAGCAGA +AGCTTATCCAAATGTACCTTACACAACAATAATTTATATTTCTACATTGCCAACATTGAC +ATTATTACCAGCATCTCTTATCACTGGTGCTGTAGCAGGTAAAAAGGTTAAATATAAAAC +ATTAGCTTTAATTGGTGTATTATTATTTATAATTTCAGGATGTGCACCAGCATTTATAAA +TAGCACATTTACATTAGTATTAATTTCAAGAGCTGTATTAGGAATAGCCTTAGGTATAAT +AGCTCCTTTAGGAAATGCAATAATATTTGGATTATATGAAGGGCAAAAAAGAGCAAATCT +AGTTGGTATAGGTACTGTTGTAACTAATTTAGGTGGAGTTGTTCTTCAGATGCTAGGAGG +AACATTAGCAGGGATAAACTGGAGTTACTGTTTTTTAGGTCATGCACTTGGAATTATATC +ATTCTTAATAATACTTTTCTTCTTACCAGAGCCTAAGAAGATTGAAGAACCAAGTGTAGA +TATTAAGAGTGGAAAAAAAGAAAAACTTGGTGTTGGAGTATGGGTTATTTGTATATTATT +TGGTGTGATTAACATTTTAAACTATCCTACAATGATGAATATGTCAACATTACTTGTAAA +CAGAGGCCTTGGAGATGCAACTGTGGCTGCAACAGTATTATCATTATTCACAGTTGGTGG +AATGATAGGTGGAGCAATATTTGGTAAGGTATTCCAGATAACTAAAAGATTTGTCATTGC +TGTAGCTTGTACAATAATGGCTATGGGGGTTGGTCTTATAGTCATAGCTAAAAGTACTTT +TGTAATGATGGCAGGAACTACTCTTTTAGGTTTAGGATTCTCAATATGTATGCCTGCAAT +ATTTATGATACTAGGTATGATGACAACGCCATCACAAAATACCTTTGCAATATCATTAGC +AACTGCAATTATGAATTTTGGAGGTTTTGTATCAACATACTGGGTAATGGCTATTCAAGG +TATAACTGGAGATGGAGTATTTATGCCTATTGTACTTGAATTTATAATATTTGCAGTAGC +TGCAGTAATATTCCTTGTAGTTAATCCAATACCAAAGCAAAAAGAAGTTGAAGAAGGGAA +ATAAGTCTTGATTTTAAGGGGGAGTGTATAGATGGATTTGAGAGAAAATGTAATAGAAAC +ATTAAAAAATGGGAATCCTAAAGCTTTTGTAAATGAATGGGAACCATTTAGAATGGTGAT +TGACCCAATATTTCAAAAAGTACTTACAGCAATTCCAGGTAAAACTGTAAAAGACCCATG +GGGAGTAACAATATTTTGGGGAGAAAATGAACCTGGAGCTATGCCAATGATAAATGATGA +AACAAAAGTATGTCCTGATATTACAGAATGGAGAAAATATGTTAAAGCTCCTGATATAGA +AAATTTTGAATATGATTGGAATACAGTAAAAGAAGAAGCAAGAAAAATTCGTGAAGATGG +AAAATATGTAATGGCGTTGATGGCTACAGGGCTTTTTGAACAATGCCATTATCTAATGGG +ATTTGAAGATACATTAGTTAACCTGTTAATGGAACCAGAAGATATGCATGAACTTATTGA +ATATATAGCAGAATATAAACTAATTTATTTAAAATTATTAATAGAAAATCTTAAACCAGA +TGTTATTATGTTCCATGATGATTGGGGAGCAAAAACAAATCTTTTTATGAAACCTGATAC +TTGGAGAGAGTTTTTCAAAGAGCCATATCGTAGAATATATGGATATATGAAGGAACATAA +TATTATTGCAATGCATCATGCAGACAGCTATTGTCAGCCTATAGTCAAGGATATGGTAGA +TATAGGTATTGATATCTGGCAAGGAGTTTTACCAGAAAATGATATTCAACAAATTAAAAA +AGATACAAATTATAAATTAACTTTAATGGGTGGTATAGATGCCTCTGTTGTAGATAAAAA +AGATATAGATGAAGATACAGTAAGAAAAGAAGTTCAACGTGCATGTGAAGCATATTCTGA +AGGAGGAATGTTCATACCATGTTTGACATATGGTGGAGAAGGTAGTATATTCCCAGGTGT +AAATGATATTATTATGGATGAAATTAATAAGCTAAATAAAAAATACTTCCCAATAAAATA +AAATTAAATAATTAATTTTGATAAAGTAAGAGTGAACTTTAATTTAGTTCACTCTTACTT +TAATTTTAATGCTTTATCATTTTATTAAATATCTACTATTCGTAATAATCTATAGTTTTT +AATTTATTTTCTTCAGATTTATCTAAAATATTAAATGAAATACAAAGATAAAGTATGTTC +TGAAAATCATCAAAATTAATATTTATAAGTTCTTTTATTTTTTGTAATCTATATAAAAAA +GTGCTTCGATGAATGAAAAGAAGCTTAGATGATTTTACTGCATTTAAATTATTTTCTAAA +TAAATTTTTAGTGTTTTGTAGTATTCGGTATCATGTTCTTTATCATGATTTTTTAATAGT +AATATTTTTTGTGAACAGATAATATGAGGAGGAAGGTCTTTAGTACAACATTCCATAAGA +TAAGAAAGTGCTACATCTTCAAAGTGGTAAATCCATTGATATGGTTTATATCGTCTTCCA +ATATCTAATGAGATGCAAGCTTGAATGTAGTTATATTTTAACTCTGATAGCCCAACAAAA +CTATTACTAACACCAGCTTTTAAGTAACTATCTCTAAGAAATACAACTAGTTTGCTCATA +ACATCTTTTATATCACCACCAAATTTTGTTAGATTAACAAATACTGCAATATCATCATTA +AAAAATAGTGAACAGGAGTTAGGAATAATTGACTCTATTTGCTTACATATAGAGTTAACA +GTTAGGTTTTGAATATCTAAGATACCTATTTTTATGTTTATACAAAAATAGGTATGATTA +GAAAACCAGTAAAATTCAGCAAGTCTTTGATTGATAAATGTAGGGTTAACTAGGTCTTCT +GATAGTATACTAGATATTATATTGTTTAAAGTGTAGTTAAAGTCAGGTGTAAGGATACTT +ATTTTAGAAATCATAAGATCTATATATTTAGAAAAATATTCTAGAAGTTTTTTATCGCTA +GGATAAAAACTATGAAATTCTTCGCTAACTATTATACGATGAGTAAAACGATTATGGTCA +AATAGGTTTATACACAGCATCATAAGACCAGAAATATGGTCATAATAATAAAATGCACCA +ACAGTATCTCTATGAGAATTAAATTCAGAATCTAATTTAAGTATATTGCTATTTTCATAA +ATTTTATCAGGGTCAGCAATATGCTCTAAATTAGGATCTTCATCAATTATACTTGAGTAA +GAAATTAAAAGGAAGTCTGAGGTACATATTATCATTGGATTATTGAAAATATTAAAGCTA +CAATCTACCATATCTTTTATTGAGTTATTGTCATTTAAAATTTGTTGAAGTTTATTTTCC +CATTCATCATAAGTATCAAAAATTTCTTGTATATAATTAAAAAGTTCAAAAGGACAAGTA +TCTTTAGTAAATTCCAACAATGTGTTTGATGAGTATAATTTGTCTTTATCAATAGGTCCG +ATGCTTAATATTAATGATGATTTTAAATCGATACTTTTTAAGGGGATATAATCACTATAC +ATAATGCATACTTTATTATTTAAAATACAATATTCATCTTTAAAAAATACAGGTCTTTCA +AGTATCAAATTTGTTGAAAGAGAACCAAATTCTTTAAAAATATATTTTTCATGAAGCTTT +CTTGCTATAATTTCTTCACTTATTTTCATAGTTAACCTCCGTTAATACTCCTTACTACAT +ATTGTAGGAAAACCTATTAAGATTATCAATAAGGTTGTAGTATTTATTTAAGTAAGTAAA +GCTGATACAATATTATTAAAGAAAAACATATAATAAAAATTCACAATACATATCATTAAA +ATCAATTCTTAACTTGTCTTAATATAAATATAAAAGTTTCTATATTAATAATAGTTTGTA +AAATGGGGGATTAAAAATGATTATAATAGGAGAAAAGATAAACGGATCAATACCGGCAGT +TGGGAAAGCGATTGCAGAAAGAGATGCAGATTTTATCCGTAATAGAGCTAAAATACAAGC +TGAAGCTAATTCAACATATATTGATGTATGTGCATCTGTAAAAGAAGAAGTTGAAGTTGA +AACATTAAAGTGGATGATTAATTTAGTTCAAGAAGTTACAGATACACCAATTTGCGTAGA +TAGCCCAAGTCCTCATTCTTGTGTAGCAGCTTTACCTTTTTGTAAAAAAACAGGACTAGT +AAACTCAGTTTCTTTAGAAGGAGATAAAATAGATATAATATTTCCAGCTATAGCTAATAC +AGAATGGGAATGTGTAGCTTTACTTTGTGACGATAAAGGAATACCAGATTCAGTAGAAAG +AAGAATGGAAGTATTTGAAGGAATTATGAAAAAAGCAAAAGAGTATAATATAGACCCATC +AAGACTACATATAGATCCACTTGTAGTAACTCTTGCTACAGATGGAGAAGCCTTAACAGT +TTTTGCAGAGTGTTGTAAGCAAATAAAAGCTCAGTACCCAACAATTCATATTACTAGTGG +ACTTAGCAATATATCATTTGGATTACCAGCTAGAAAAAATATAAATCAAGCTTTTATGGT +ATTAGCAATGAATGCAGGAATGGATAGTGCAATAGTTGACCCAACAAATAGAGATATGTT +GGGAATGATATATGCAACAGAAGCTTTATTAGAAGAAGATGAATATTGTTTAGAATATAT +AGGTGCATATAGAGAAGGGCTTATTGGCAAATTACCACAAACAAATGCTTAAGAAAGCTC +ATAATTTTACTATAAATAGTATTTTTTAATAAATTTAGGGTTATTAAAATAAATGGAGGG +GGAAGTAAGTATGTCTAAAATTCAAGAGGTTTCAAATGCTGTACAATCAGGAAAATCAAA +GATAGTTGGAGGATTAGTTCAAGAAGCTTTAAAAGAAGGGTATGACCCAACTGAAATTCT +TAATTTAGGTATGATAGATGCCATGAGTATTGTAGGAGAAAAATTTAAAAATAATGAAAT +ATTCGTTCCAGAAATGCTTATAGCAGCAAGGGCTATGAAAAAAGGAGTAGAGGTTTTAAA +ACCACATCTTGCTGGAGATAATACAGTTTCAGCTGGTAAATTAGTGATAGGAACTGTAGC +TGGAGATTTACATGATATAGGTAAAAATTTAGTTGCAATGATGATGGAAAGTGCAGGTTT +TGAAGTGATAGATCTAGGTGTTGACGTTCCTGCTGAAAACTTTGTTAATGCAGTTAAAAA +TAATTCTGATGTAGATATAGTTTGCGTTTCAGCGTTACTTACAACAACTATGCCAGCAAT +GAAAGATACAGTAAAAGCTCTTACAGATGCTGGGTTTAGAGATAAAATAAAAGTAATGGT +AGGTGGAGCACCTATAAATCAAGAATTTGCAGATGAAATTGGAGCAGATGCATACACTGA +AGATGCAGCATCTGCAGCTCAAGTTGCAAAAGCTTTTGTTAATAAAGCAGCTACTAATAA +TTAAGGCAATCCTATAATTTAATATAAAACCCATTTATATAAGGAGTACTTAGTTTTATT +TTATGGTACTCCTTATATTTATTTTTGAAAAATAGAATAAATATTAATATCATTAAAGAT +ATAATGAAAGCGAATTTAAACCTGGAGGATATATTATGATTGATCTTGAGGTAATTATAA +AAAAAGCTCTTGATATGGGATTCACAGTTGCGTCTAAGCTAGATTGTTATACAATAAATC +TAATGCCAGAAGTAAGAGATATGTGCGCAGCTAATAAATGCAATATGTATAATAAAAATT +GGGCATGTCCACCTGGATGTGGAAGCTTAGAAGAATGTAGGGATAAAATAAAAAACTATA +AAGTAGGAATAATTGTTCAAACAGTAGGTGAATTAGAAGATTCTATGGATTTTGAATCTA +TGCAAGAAATAGAAGAAAGACATAGCAAAATTTTTATGAAGTTCTCTGACGAATTAAAGA +AAGAATATGATAGTGTACTTTCTCTTGGTGCAGGTTGTTGTCAAAAATGTAGTAAGTGTT +CTTATCCAGATGCACCTTGTAGATATCCAGAGAGAGCTGTTTCATCAATGGAAGCATATG +GAATGTTAGTAAGCCAAGTCTGTAGCGATAATAATGTTAAGTATTACTATGGACCAAATA +CGTTAGCATATACAGGTTGCTTTCTTATAGAATAAGTATATAAAGGTACTTATTTAGAAA +GGAGTATCTATGAGTAATAAATATAAATTATGTATTAACTATAAATATAATAAAAGATTG +ATACTAGAAGTTAATAGCGGGGAAAATTTGTTAGAAATACTTAGAAATAATCAAATTCCA +ATAGAAAATAGCTGTAGTGGAAAAGGCAATTGCGGAAAATGTATGGTAAAAGTTATAAAT +AAATCCATACCATATTCTAAACAAGATATAAAACATTTTAGTAAAGAACAAATAGATAAT +GGATTTAGGTTAGCATGTACATTAAAGATTAATGAAGATTTAGAGATAATAGTTCCTTAT +AATAATGAAAACATGAAGGTACTAATAAGTGGTGTTAATGGAATGCTAGATGTAGATCCT +ACTGTTAAGAAACAAATAATCAAACTAGATAAGCCAAGATTAGAGGATCAAAGAAGTGAG +CATAATAGATTAAGTGATGCTTTAAGAATTGATGATTTAAAAATAGACATAAATTATTTG +TGTAAAATAGAAGACATACTAAAAGAAGAAAACTATTATATTAGTGCAACTACATATAAA +AACAAGCTTTTACATTTAGAAGGAAAAAATAAAATAAAAAATAACTACGGATTAGCTATA +GATATAGGTACGACAACCATAGCAATGTATATTTTAAATTTAAATACAGGTGAAGAAATA +GATGTTGTATCTCAGGTTAATAAACAAAGAAATTATGGAGCAGACGTTATTTCTAGAATA +TTTTTTACAATGGAAAATGAAGATGGTTCAAAAATTCTAAGAGATAGTATAATAAATCAA +CTTAATGACATGATAGGAATATTATGTAGTAATAATAATATTAGCTCTAACAATATTTAT +AATGCAGTAATTGCAGGGAATACGACTATGATACATATACTTCTTAAATTACCATGTAAA +AGTATTTCATTGGCTCCATTTATACCAATAAGTACAAAAGAGCTTGAATATGAAGGTAAG +GATCTTGGAATAGATATAAATGGAGTTATAAGTATTATGCCAGGTATTGCAAGTTATGTT +GGAAGTGATATAACTGCTGGAATAATATCATCTAATCTTACGAAAAATGAAAAATATTCA +CTATTATTAGATTTAGGAACTAATGGAGAAATGGCTTTAGGAAATAAGGATGAGGTAATT +ACATGTTCAACTGCAGCAGGTCCAGCCTTTGAAGGTGCAAATATAAAATATGGTATTGGT +GGAGTAAAAGGTGCTATTTGTAAAGTAGATTTGTCAAAAGATAAAGTATATGAGACTATT +GAAAATATCAATCCAATAGGAATATGTGGTTCTGGAGTACTAGATGGAGTTGGGCAATTA +CTAAAGTATAACATTATAGATGAAACTGGAAGAATATATGATATTGATGAGTTGGATGAA +AATATATCTAATGATAGAATAGTAGAAATAGATAATATGAAGCAATTTATATTAGAAAAT +AATAATAATATAATTTCTATTACTCAAAAAGATATTAGAGAAGTTCAACTTGCAAAAGCT +GCTATATGTGCAGGGATTCAAATATTATTAAAAGAACGTAACTTAAATGTAAATGATATA +GAAAATGTATATATTGGTGGTGGATTTGGTAATTTCATGAATGTGGATAGTTGTATTGAG +ATAGGAATGATACCTAAAGAGTTAAAAGATAAAATTACTTCTATTGGAAATTGTGCAGGG +CATGGAGCTAAGATGTACTTACTTTCTAAGAATATTAGAGATGATACAAAACAAATAATT +AATAAGTCAACATATATAGAATTATCAAAAAGACCTGATTTTCAAGAGTACTTTGTTGAC +TGCATTACTTTGGAATAAGTGTAAAAGGGCATGTCTAAAGAAAATATAAGGCATGTCCTT +TTATAATATAATTGAAAGGGATGCCATCACATGATATAATTAGCTATATTAAATAATAAG +GAGTGAATTTTTTGAAAAAATTTAAATATATTGAGTCCGTAGAAAGACTTCTTAATAAAT +AAGGAGTCACTACAAAATAGTAAATCCTTATTTATCGAGAAGTCACCTAAATTAAAGATG +ATTAGACGATATATAAAGGAGAACAATAATGAATATAGAAACATTTGAAAAGTTACAATT +AAAAGAGGTAAAGGAATTAATAAAAAATCACTGTGTAAGTTCGCTAGGAAAAGAACTTAT +AGATAAGATAAACCCAAGTGGTAATTATAAAATAGTAAAAAGAAGATTAGACGAAAATAA +AGAAGCAAAGAAAGTTTTAGAAAATAGTAACCATATACCATTAGAAGGATTATTTAATAT +AAATCCAACTATTGATAAGATTGAAAAAGGTATGATTCTATCACCAAGCGAGCTTATAAA +TGTTGAAGATTTTTTAAGAGGTTGTAGAAAAATAAAATCTTTTATGATAGATAAAGAGTT +TTATTCACCAACACTAAGTTCATATGCACTTAATATAACAGAATGTGTAAATATAGAAGA +AGAAATTAAGTACTGTATAAAAGGTAATAAAGTAGATTCACAAGCTAGTAAAGAGCTTAA +GAAAATTAGAAGAAGTATAGAAATAACAGAAGGAAGAATTAAAGATAGGTTAAATAAATT +TTTAACTTCAAGCACCAACAAAAAATATATTCAAGAAGCTATAATAAGTAAGAGAGATGA +GAGATACGTTATACCTATTAAGGCTTCTTATAAAAATGAAGTAGATGGTGCAGTTTTAGA +TACATCTTCTAAAGGAACTACTGTATTTATAGAGCCAAGCAGTGTTTCTAAATATAGTTT +AGAACTAATTTCGCTAAAATCAGAAGAATCTATAGAAGAATATAAGATATTATCATATTT +AACAGAGCTAATATATAATCAAATACAAAATATAAAGCTAAATATGGAAATAATATCTGA +ATATGATATGGTATTTGCAAAAGCAAAATACAGCCAAGCAACTAATTCTATTACACCAAA +CTTAAATGATCATGGATTTATAAAAATAGTTAATGGAAAGCATCCACTTTTAAAGGGAAA +TGTAGTCCCACTTAACTTTGAAATAGGCAAAGATTATAGAAGTTTAATAATTACTGGGCC +AAATGCAGGTGGAAAAACAGTTACTTTAAAAACTGTTGGTATATTAACACTTATGACACA +ATGTGGTTTTGATATATGTGCAGATGAAGAAAGTAGTATAAGTGTATTTGAAAAAGTGTT +TGTAGATATTGGTGATAACCAAAGTATAGAAAATGCTTTAAGTACATTTTCGTCTCATAT +AAAAAATATAGCTAACATTATGAAAAACTCTAATAATAAGACTTTAGTTTTATTTGATGA +AATAGGTTCTGGAACTGAACCAAATGAAGGAGCTAGTCTTGCTATTGCAATACTTGAAGA +ATTTTATCAAATGGGATGTATAGTAGTAGCATCAACTCATTATGGAGAAATAAAGAAGTT +TGCAACTAATCACCCTCATTTTGAAAATGCAGGTATGATGTTTGATAAAGAAACTTTAGA +GCCTATGTATAAGCTTACAATAGGAAAATCAGAAGATAGTAATGCATTATTTATATCTAA +GAAAATGGGAATAAAAGATAAGGTATTAAGTAGAGCTAAAAGTTATATTAACGAAAAAAA +TTATAACTTTGACTTAGTAAATGAATCTAAAATAGCTATTAAACCTATGGAAAAAGTAGA +AGTGGTTAAAGAAGTACCAAACTTTGATATAGGTGATAAGGTAAAATTACTAGATTATGA +TGACTTCGGAATAGTTTATAAACCTATTGATAAATTTAATAATGTATCAGTATTATACAA +GGATGAGTTTATAGATGTAAATGTAAGAAGAATAACTATTACTTTAAAAGCTAAAGATTT +ATATCCAGATGGATATGATTTAAATACTTTATTTGTAAGTTACGGAGAAAGAAAGTTAGA +AAAAGATATTTCAAGAGGGTCTAAGAAGGCTTTAAAAAAGATTCAAAAAGAAATAAGAAA +CAATAAAAGAAATTAATTTATAATTTATAGAAGGTTATTTGTAATAAAAATTTATTATGA +ATAGCCTTATTATTTTGCTAATAAAAAAGTAGATATAAATCAGAAAATATGGAGTGTTAT +CTTTACCAGGCTTAATAAGATATATTTATTCATATTATTAGAATATAATATATTTATAAT +TAATAAAATTTAACACTACTATTCATATATAGATTGTAAAATCAGTAATGTAATATTTCC +TTGTTGATAATTTGCACATGTATCTATAAAATTACTTACTTTACTTTTATCATGTATGTA +TGCTTCCAAGTTACTTAAAGTCAATGCATAGTAAGATAATGAATTTAATAATATTGAGTA +TCCATTTTTCAGTTCTGCATTAGATTCAGTTGTATATAATGATGATACTTTTTTGTTCGT +TCTCCTAATATAGATTCTGAAAATTTTATATCTTTTTCTAGAGCATTAATATCAAGCTTT +TCATCTCCAATTACTTTCTTTACAATTATATTAATGTTATTATTGACAAGTTCTATGTCT +TTTATGGTTTGTTTGATATCGTTAGTATCTGCAAAAGAGATATTTGTGAAGAATAACAAA +AAGCAGATAAGTGATATAATAGTTTTTTTCATTTTTACCTTCTAAAATATATTATTTAAA +ATTAGTATATTCTTAATATAAAATGCTATTCATTGTCGGATTAATTTATTATAAGATATA +AAGAAATAACATATGAGAAATATTGAATAGACTAAAAAGGAAATATAAATATTTGTATTT +CCTTTTTTTATGCTTAAATAAAGTATATTAGGCAAATATATTTATATATCTTTAAAAAAT +GAAAGTAAAACTTGATTAATATTAATTATCTTAGGGTATTAGAAAAGTTATATTAAAATG +GAAGGAATTATAGCATGAAAAGATTATTTAAATTATTGAATTTATCAATTTGTATAGCAA +TGATAAGTATTTTCTTTGTAGGATGTAATAAAAATAATTACTCTGAAGAAATTAACTTTT +TTAACTATGGAGAAAATATAGACGATGAAACTGTAAAAGAATTTGAGAAAGAATATGGTA +TAAAAGTTAATATTGAAACATTTGATGATATGGAAGCAATGTATCAAAAAGTTAAGGGTG +GCGGTGTAAAGTATGATGTTGTTTTAGTATCAGATGCTTTTATGCCAAGAATGATTAATA +ATAACCTTATACAAGAATTAAACAAAGATAATATACCTAACATATCTCAAATGGATGAAG +AGTACTTAAACTTAGATATAGATCCAGGGAATAAGTATTCAGTTCCTTATATGTTTGGAA +CAGTTGGACTTATCTATAATAAAGATGTAATAGAAGAGAAAGTAGATAGTTGGGATATAC +TATGGAATGAAAAATATAAAAATCAAATTTTTATGTTTGATACATATAGAGATACATTAG +GAGTAGCTTTAAAGAAGCTAGGATATTCTTTAAATTCAACCAATGAAAAAGAAATAAAAG +AAGCTGAAGAATTACTACTAAAGCAAAGAAAATTAGTAGACCCAATATATGGAGTTGATA +ATGGAACTGTAATGATTCCAGCAGGAGAATCAGATATAAATATGATTTGGTCTGGAGAAG +GTTTAAACCTTCAAGATGAATATCCTAATTTAGAGTATGTAGTGCCTAAAGAAGGAGCAA +ACTTCTGGATTGATAGTTTATGTATACCATCTAATGCTACAAATGTAGAAGGTGCAGAAA +AGTTTATCAACTTTGTAAGTGATAAAGAAAGTGCGCTAAGAATAGCTGATGAAATTGGAT +ATACAACTCCAAATAAAGAAGCTAGATTAGAACAACCAGAAGAAGTTAGAAATAATCCTA +ATGCATATATGACTAAGGAAATTATGGATAGATGTGAAATTTATGTGGATTTACCTAAGG +ATGTTAAAAGATTATATGATGATGCATGGGTAAATATAAAATCAAATAATTAATATTTTA +TTTATTATAAAAATATATTGAATGAAAATGTCTTAAGAGATTGGTCTTAAGGCATTTTTT +ATGTATAAAGTAAGAAGACTTTTTATATATAAATTTTCTTATTTGTCTAAGTTTAATATT +AAGAATGATAAAATATTTCTATTGGAAAAATAAACTAATTTTAGAATGGGGGATAAATTA +TGGGGAAAATCAAATTATATAAAAGTTTAAATGAAGAAGAAAAGAAAAGTGTATATGAAT +TTATGAAGTTAGAAACAGATTACATAAATTCTTTTGAGCAAATAAATAAGTTATATGATG +TCAAAATATATGATTATGGGAATGGAGCTTTATTCTACTTTATAGATGATAAGGTGGTAG +CAAATTTATGTCTAGTTCTTGAAGTAGCAGAAGTATTAAAGACAGCATATATCCATAAAA +TCGTTATAAATAAAGAAGTAGAAAATATAAATAAAATCTTAGAAGAACTTATACAGAAAG +CAATTATAATAGCAAAAGACTACAAAGTGAATAAAATTAAATTAGGATTAGATGAAAAGA +CTTTTAGTCACTTAAAAAGATATGGCTTTGACTACGAATATAGGTCAATTGAAATGAAAT +TAGAAGAACCAATAAAAAAATATGAAACACTAAATCTAAAAGAACTAAGTGTTTCTAATA +AAGAAAGATATGTTGAAGTATACAATGAGTCTTTTAGTGATATGTCACATGGTACCTTTA +TTGAAATAGAAGATGTTAATAAGCTTTTAACAAAGGATAAAGATAAAAATAAAGAAATAT +ATTCATTTATTGTATGTGATAATAATACAGAAATAGGATTTATGGAAATTACTATTGAAA +ACAATAAGGGGAAATTTGATATAGGTTTAATGAAAGAGTATAGAGGTAAAGGGTATGGAA +ATAGGTTATTGGAAAGCGCTATACAGTTTTTAGTAGATAAGAAAGTAGATGAAATATCGT +TAATTGTTATAGAGGAAAACAGAGTGGCACATGAAATGTATAAAAAAAGAGGATTCAAGG +AAAGTTTTGTAATTAGTTATTGGTCAAATATTATAGATTAAAAGATCTCTAATAGAGCCT +AATTTTAAAAAGACCTATATTCTTATAGGTCTCTTTTAGTGTAAAATAAAAAGTTTAAAA +TAAATGTTAGAAAATATAAATACAGTACGAATGTTTATGTGTAAGGGCTTTTACAAGGAG +GTACACATTGGAAGATAAGATTATAATCAAATATATAAAAAAGAAAAAAGAAGAAGGTCT +AAGATTGTTAATAGAAGCTTACGGTGATTACATAAATACCATAGTAAAAAATAATCTTAA +GGATTTAAGTTATTATCAAGAAGAATGTATTAATGATATACTTTTATCCATTTGGAATAA +CATAGATAGCTATGATAAAGATAAAAATACTTTGAAAAATTGGATAGGAGTTATATCTAA +ATACAAAACAATTGATTATAAAAGAAAATACTTAAAGTATAACTTAGAGGAAAACATAAA +TGAAGACATTACAATTATAGATAAAAATCTACTAAAAAAAGAAATTGAAGAAGAAATAGA +TGAAATACTTAGTAATTTAAAAGAGCAAGATAAAAATCTTTTTAAGATGTACTACATTGA +AGAATTAGAAATAGAAGATATATCTAAAAAGATGAATATAAAGCCTTTTAATATTTATAG +TAGATTGTCTAGAGGTAAGAAGAAATTAAGAGAATTATATAAAAGATAAGGAGGATATAT +GAAGAATAAATATGATCTTTTCAATGATATGAGTATAAATGATGATTATGAAATACATAA +ACTATCACAAGATGAAAAAAATAAGTTATTTGATAATTTAGTTAAAGATATAAATAAAGA +TAAAAAAGATAATAAAAATACTTATAGAAAGGTGGTTATAGCATCGTTACTTTGTTTATC +CATTTCTACAGCTTTGCTTAGCAATGATAATGTTTTAGCACTGGTTCAAAATATAGGTAA +GCAGATAGAAAGTTTTTTAGGAAAAAAAGAAGATGAGTATAATGGATATAAGGTAGAAGT +TAATCAAAGTTGTGAGGATAAGAGGATTAAGGTTAGTTTATTAGAAGTATTATTAGATGA +TGAAAATTTATTATTAAGCATGAATATAGATACTTCTAATTTTGATGAAAGTAAGTTGAA +AAAAGGTTTATTCTTAACTAATAATTACTACTTACCAGAAGCTACTGTGTATATTGATGG +AAAGAAGTTTGTAGAAACTGGTGGAGCAACGAGATATGAAAGAAAAGAAAATAATAGTCA +AAACTTCTTAACTTCATTAAGCTTGGAAAATATAGATACTAATAATGATGGAAGATCTGA +TATAAATAATTATCATATACTTGATAATTTAGATCCAAATAAAGATTATGATGTTAAAGT +TGTTTTTGATGAAGTTGGTGTTCAAAAATATGGGCTTATTCCAAGGGTTATAAATGATCA +GTTTGAATTTATAAAAGGGAATTGGGAGTTTAATTTCACTGTTAATGGAAAGAAGATTAT +GGGTGAAACTAAGGTTTTTGATATAAATAAAGAAATAAGTATAGATGATGAAGATTTTAA +AGCTTTAATTAATATTGAACAATTAAGAGTATCTCCGATTTCAGTAAAATTAAGCTACAC +AAGCAAAATTGGTGAGGGATATAGCTTTGAAAATAGAGATATAAAAATTGAGTTATTAGA +TCAAAATGGAGAAAGTATCAATGTTGGTGGATCTGGTAGGTATAATGAAGATGAAACTTA +TATGGAAAATATATTTGAAGGAAATCTAGAAGATAATCAAAAGCTAAAGAGTATAAAGAT +TTTACCTTATCAATATTATATGGAGAAAAATTCTGATAATCCTAAATATCACCATAAAAT +AGACTATGAAGATAAGGCTATAATAATTGATTTAGATTAAGATAAATAGAATTTAAAGTT +GGAGGGAACAAATGAGTGAAGTAAAAATTACTAAGAATAACAATAGTATTAATAAGATAA +ATATTTTTAAATGTATTGGGAATTTAATTTTTTTAGTTTATATAGTAGCTGTATTATCAA +TAACGGGTGTATTATATATAAAACCTAGCGATTTTACATATATGCATATGTCACCTAATT +TAGTTCCACTTGTAAATACAATAAGTGACTTTATGGGTAATCCACAAAGTGTACTAAGAC +AAGTTATACTAAATATTATATTTTTTATGCCATTTGGTTTTTTATACACTATGCTATATT +TGAAAAAGGATAAAAAACTTTTAAAAGTACTTGTTATAGCATTAGTGTTTTCAACATGTA +TAGAGACTTTACAGTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATA +CTTCTGGGGCTATAATAGGAAGTATTATATATTTTTTAATTAATAATTTGATATGTAAGA +TAAAATAAGAGATGTAATATAAAGCTAAAAATATGAAGTTTTGATATAGCTATTTGAGGT +GAGCAAATTATTCAATAAGTTTTATATTGTAAGAAAGTTTGTAGTTGTTATATAGTGCGA +AGTAAAAAATCCATACAACATAAGATACTAGATGGATTTTTAGTATTAAAAAAGTGATGA +TTCTTAGATTAAAATATAAATACTAAGAATCATCACTTATTTTTATATATTAAATATTTA +TTTTTTATTTAACTTTAAATAAGTCTCAAGTCCTTCTTTAAGTAAACGTGCAGCTTTTGA +TAAGTCATCAGAATTAAGAACATATGCAAGTCTTATTTCATCAACACCAAGTCCAGGTGT +CATATAAAATCCTTCTGCAGGGCATGGCATTACAGTTTCTCCATCTATATCAAAATCACT +TAAAAGCCATTTAGTAAAATGATCTGCATTTTCAACAGGAAGCTTTGCAACTATATAAAA +AGCACCAGTTGGTTTTTCACATATAACACCAGGAACTTTTATAAGCTCATCATACAATAC +ATCTCTTCTTTTTCTATATTCTTCATTAACATCTTTAAGATAAGAATTATCAGTATTATA +AAGCTCTATTGCTCCTAGTTGCTCTAGCGTTGGAACAGATAATCTTGCTTGGCATAATTT +AAGTATAGCTTTGATATAATCTTTACTTTTAGAAGCAACACAACCTATTCTAGCACCACA +AGCACTATAACGTTTAGAAACGCTATCAACTATTATTACCCTATCTTTAACTTTTTCAAT +ATTTCCTAAACTAGTATACTCACCTTCGTAAATAAACTCTCTATAAACTTCATCTGCTAT +TATCCATAGATTATGCTCTATTGCAATGTCTGCTAGCATATTTATTTCTTCTTTAGTATA +AACAACACCAGTTGGATTACCTGGATTAGAGAATAATATTGCTTTAGTTTTATTATCTAT +TTTAGAAACTATTTCTTCTTTATTTGGTAAATGGAATCCATTTTCTGCAAGAGTAGTTAT +AGGATTTATATTAACACCAACTGACTTTGAGAAATTATAGTAGTTTGAATAAAAAGGCTC +TGGTACTAAGATATTGTCACCATCATCACATATTGTAAGCATTGTAAAAAGTAAAGCCTC +ACTACCACCATTAGTTATAATTATTTCATCATTATCAAATTGAATATTATAGTCTTCATA +ATATTTTTTTATAGATTCTATAAGTTCTGGCAAACCTTCAGATAAAGAATACTCTAAAAT +TTCTCCTTTAAATTCTCTTATAGCTTTATAAAAACCTTTAGGAGTTTTAATATCTGGTTG +TCCTATATTTAGATGGTAAACTTTTTTACCACTTTTTTTAGCTTTAGCTGAAAGTGTTAA +TAGTTCCATAATAGTTGAAGTTGGAACTGACTTTATTCTTTTTGATAAATTCATTATGAT +GTCCTCCTAAATATATAGCGTATTAATTTTAGAATCTCCATATCAAAAGTATAGTATGTT +AAAAAAGGTGAAAAATAATAAAAATACATATTTAGGAGCAAAATTATGAGTAATTTAGTA +AATGTGAAATGGTTAATAGATAATTTAAATAATGAAAAATTAGTTATAGTTGATTGCAGA +TTTAATTTGATGGATAAAGAATATGGTAAAAGAAGTTATGAAGAAGGTCATATAAAGGGT +GCTAAAAGAGTTGATATAGAAAGAGAGTTATCAAGTGTTGTTAAAGTTCACGGCGGAAGA +CATCCAATACCTTCAACTAATGAATTAAAAAATACTTTTGAGAATATTGGAATTAGTGAT +GATTCTATAGTCATATCTTATGATGAAGGTGACTTAGCAGGTGCATCAAGATTATGGTGG +ATTTTAAAATACTTAGGACATGACAAAGTATACGTACTTGATGGAGGATTAGAAGCTTAC +AAAGAAGCAGGTGGAGAAATATCTACTGAAAATACTAAATCAACAAAAGGAAATTTAAAT +ATTAATGTTAAGGAAAATATGAAAGTAGATATGGAGTATGTTAAAGAAAGAATTAATAAC +GAAAAAATTGCACTTGTAGATTCTAGAGAATATCAAAGATACATAGGTGAATTTGAGCCA +GTAGATAAAAAGGCAGGTCATATACCTGGTGCATTAAACTTCTTTTGGATGGATATACTA +AAAAAAGTAGACGGCAAATACTATTTAAAATCATTAAAAGAACTTAAAAAACAATTTTCT +AACTTAAAGAACTACGATGAAGTTATAGTTTATTGTGGTTCTGGTATAACTGCATGTCCT +AATAGTTTAGCGATTAGTGAAGCTGGAATTAACCACAAATTATATGCAGGGAGCTTTAGT +GATTGGATAAGTTACGATGAAAATGAAGTAAATATTAAGTAAACCTTCCTCTAATAGGCG +TTGGCTAGTTCAACGCTTATTTTTGTGCTTTTTAATCTAAATAATGATGAGGTTTTAAAA +TGTCAAAAGAACAAAAATTTCAACTTAGAAATAAAAATATTCTTGAAGTATCTGAAAAAA +TAAATTTCCATCTATTTTGTCCTAAATGCAAAAAAGAAACTATAATCAATGTAAAATTAG +TAAATTAGTATTAAAACTATAAAAAGATTGCATACACAACTAAATCATTATATAATATTC +GATATGCAATTTTTTAAATTATATAAGTTTAGTCAATAATCAAGATGGTATAAACCAAGA +AGAATTATCTAAAAGGTAAGTATATAAAAGTACTCCTGTTAGATCAATAAAAAGCTATAA +AAAGAAAGATATGCATAAATCAGAATACAATACAGGAGGACTTCATGAGCAATAATCAAC +AAGTTTTAGGTACAGAACCTGTAGGAAAATTACTTTTAAAATACTCTCTGCCAGCGATAA +TTGGTATGATGGTAAACGGGCTGTACAATGTGGTAGATAGAATATTTATAGGTAATATGC +CAGGAGTTGGACCACTTGCCATAACTGGTCTAGGTGTTACAATGCCTATAATGACTATAA +TAATGGCATTTGGTATGCTTATCGGTATAGGTACAGCTACTAATATTTCTATAAAATTAG +GACAAGGACAAAAAGAAGAAGCAGAAAAATTTCTAGGTAATTCAATTACATTATCAATAA +TAGTTGGATTAACACTAATGATAGTTGGATTAATATTTGGAAATCAAATACTTCAATTAT +TTGGAGCCAGCGAAGGTAGTTTACAATATGCAAAAGCATATATTAATGTAATATTACTAG +GATGTGTATGTAACCTAATAGGATTTGTTTTTAACAGTACTATTAGAGGTGATGGTAATC +CAAAACTTTCTGCAACAATAATGGTTGTAGGATGTGGGTTAAATATAATCTTAGACGCTT +TATTTATATTTGTATTAAATTTTGGAATAAAAGGTGCTGCATTAGCAACTATTATATCTC +AGTGTGTTACAGCTGTTTGGGGATCAACTTATTACACAAAAGGAAAATCAAATTTAAAAT +TACGTAAATCTAATTTAAAATTAAATAAATCATTAGTATTTACAATAGCTGCAATAGGAT +CAGCTCCATTTGCTATGCAATTAGCAGCAAGTTGTGTTCAAGTAATAAGTAATAACGCAC +TTAGAACTTATGGTGGAGATTTAGCTATAGGTGCTATGGCTACTATAAACTCTATAATAA +TGATGGTAGGAATGCCGATAGTAGGTATAAGTCAAGGAGCTCAGCCTATAATCGGATTCA +ACTATGGATGTAAAAAATATGATAGAGTGGAAGAAACTCTTAAATTAGCTACAATAACTG +CTACTATAGGATTAACTGTAGGTTGGCTTATTGTACAATTATATCCAGAGCCAATAGTAA +GTATGTTTAATAGTGATGCCAAGCTTGTAAGTATATCAGTAGATGGAATAAGAAAATATT +TATCCATGATGCCTTTAATAGGAATCTCTATGATTGGATCGAACTATATTCAATCAATTG +GTAATGCAAAGCAATCAATGTTTTTAAGTTTACTTAGACAGGTAATCTTATTAGTTCCTA +TGATGCTTATTTTACCAAGATTCTTCGGATTAAATGGTGTTTGGTTCTCTCAACCAGTAG +CAGATGTAATTTCTTGCATAGTAACATATATAATAGTTAGAAAAGAAGTTAAATCTCATA +AAATTGAAGATACAGATGCAAAAAATGTAGCTTAATTTATAATTAATAAAAGGTAGTATC +AAATTTTGATACTGCCTTTTATTATTCTATTACACTATTTCAAAAATACCTCATTACCTT +TTCTCATCTTATCAATAATATTCTACACCAAATGTGCAGTTTTTCATATATTCATAACAC +TCCACGCACTCATCAGCATGATGTTCTAGTAAGTTATAATGATCTATCAATGTTTCAGTA +ACTTTCCTTTAAGTTAAAGCTAAGTCTAAGAACTTGTTTACTGAAGTCACATCTATTTTC +AGTCTGAGCGTGATAAAACAATTTTTATAAAATCTTACAAATGATTTGGAAAGGAGGATT +TTATGAACCAGACTGACATTCCTATGGTTGAAGAAGCCTATCAAGCATTTAAACTAGTAT +TAGAAAATCGCTCGAAAAGCCATAGAATAAGACTATACGATCATTTAAGAATACTTAAAA +AGGTAATCAGAAATTTATACTATGTTTGTTTATTGTTTAATATAAATAAATGACATTTTC +TTATTAATATATTAATTAGATTATTGGAAAACATATTATTATGATAAAAACATTATTAAA +AATAAAAAAGGTAAATCTACTTATTATATAAACAGCTAGGAGTGAAAATATGACAAAAGT +TACATTAAAAGACGTTCAAGAAGCTAAAAAAACAATAAAAGGCATAGTTAAAAAAACAGA +TATACTTGAGAGTGTAAAACTAAGTGATATGACAAATGCAAATGTATACTTTAAATGCGA +AAACTTACAAAAAACAGGTTCTTTTAAAGTTAGAGGCGCATGCAATAAAATAGCAAATCT +TACAGATGAAGAAAAGTCAAATGGAGTTATTGCATCTAGTGCAGGTAACCATGCCCAAGG +TGTAGCGTTAGGAGCAAAAATGAATGGAATAGATGCAACAATAGTAATGCCTGCAACAGC +ACCTTTATCAAAAGTAACAGCAACTAAAGGTTATGGAGCAAAAGTTGTACTAGAAGGTGT +AGTGTACGATGATGCTTATGCAAAAGCTGTAGAAATACAAAAAGAAACAGGAGCAACATT +CCTACATCCATTTAATGATAAATATGTTATAGCAGGTCAAGGTACTATTGGTCTTGAAAT +ATTTGAGCAAATGGATCATAATGTTGATACAATATTATGTCCAATTGGTGGTGGAGGACT +TATTGCAGGAGTTGCAGTAGCTGCAAAATCACTTAATCCAAATATAAAAATAGTAGGAGT +ACAAACTGCAAATATTCCTTCAATGCATGAATCTATGAAGCATGGCAAGGTTACAACAGC +TTTTAAATCAACTACAGTTGCAGATGGTATAGCAGTTAAAACTCCTGGAGATATAACTTT +TTATATAATAAAAGAATTAGTTGATGAAGTTGTTTTAGTTGAAGAAGATGAAATAGCAGA +AGGTTTATTATTCTTAATGGAAAATCAAAAAGTTATAGCAGAAGGTTCTGGAGCAGTTAC +TACTGCTGCGTTATTAAGTGAAAAATATAAACCTAAAACAAATGAAAATGTTGTTTGTAT +AATATCTGGTGGTAATATAGATGTTAATACATTAAGTAAAATAATTTTAGCTGGATTAAC +TAAGAGTGGTAGACGTTTTACATTTTATACAAATATCAAAGCTCAACCAGGTGGTCTAGC +AGAATTAAGTAAGATAATAACTGGTCTTGATGGAAATTTAATATCAGTTAACTTATCTGC +AGAAGGAGTAATTGGTAAATTAGATGCGAAGATGGTTATTGAGACATTTAACCATGAACA +TATAGAAAAAATTAAAAATGCCGTAAAAGAAGCTGGTTTTGAAATGGTAGAAGTATAGAA +AGTTATAGGGAGGACTTAGGTTCTCCCTTTTATATTTTGTGCAAATTATGATTGAAGTAA +GAACATTTTTCTATGGTATGTGTATACTTACCTTTGGGCAATTTAGCGTTACACTATAGA +CAATGTTATAGTTTCAAATATATTAAAAATAACTAATATAACATTAATCCATATTTATAT +AACATTTAATTATTCTTTTAATCTAAAAAAATCATTAAAATAAGTGTATAATCATTGATT +ATAGATGAAGATTATATTAAAAATTTAAAGTTAAAGAAAACATTTTCTTGTGTGTTTTAT +AATTTATGGGGGGATTATTATGGATAAAGTTACAGCAAAAGAGAAATATTCCTATGGGAT +TGGCGCCTTTGGAAAAGATATGGTATATGCAGTGGTTGCAACCTACTTAATGATATTTTT +TACTGATGAAGTTGGTATATCTTCTGCCTTCGTAGGTGGATTATTCTTCTTCTCTAGATT +TTGGGATGCAATTAATGATCCAATCATGGGACTAATAGTCGATAATACAAAAACTAAATG +GGGAAAATTTAGACCGTGGATATTAATTGGTACTTTAGTTAATGCAGTTGTGTTAGTTTT +TTTATTCTTAAATCCATCTAATTTCTTAGAAGGAAAAATGGTTTATGTATATTGCTCTAT +CGCATATATACTATGGGGAATGACTTATACAATTATGGATATACCTTACTGGTCTATGAT +ACCTTCTTTCTCAAGTAATCCAGATGAAAGAGATAAAATAGCAGTTATACCAAGAATATT +TGCTACACTTGGGGGGCTACAGTAAATACTTTTGGTTTAATGTTAATAGCATTACTTGGT +GTATCAAGTAAGTCTCAAGGTTACTTCAGATTAGGTGTTGGAATTGCAATAATATTTGTA +ATATCTACTTTAATAACAGTGTTTAATGTAAAGGAAAAAAATGTTGTTGAAAATAATGAA +AAGATAAAATTATCAGAAGTAATAACTATACTTACTAAAAATGACCAATTAGGAGTAATA +ATTATTTCTGTAGTTATTTTCCAAGTTGCACAATTTTTATATAGTGGTTTTCTAGTTTAC +TTCTTTACATATGCAGTAAAAGACTTAAACTTTTATGCTACATTTGTGGCTCTTGGTACA +GTAACTCAAGTATGTGCTCTAGTGTTATTCCCTAAATTATCTCAAATAGTAGATAGAAAA +CATGTTTATACTATAGCTTGCGCCCTAACAGTAGTTGGATTTGCAGGAATGTTTATGTTT +AGTGGTTTTGACAGTAATTTATTACTTTGTATTGCTGGTATATTCTATAACTTAGGTGTT +GGTTTATTAAATGCATCTGTAACAGTTATGATATCTAATGCTGTTGATTATGGAGAGTAT +AAAATAGGAAAAAGAAGTGAAAGTATAATATTCTCTGCTCAAACATTTATAGTTAAATTC +TCTACAGCGTTTAGTGGATTAATAATCGGATTTGGTCTTACTTTAATAAAATATGTTCCA +AATGCTGTGCAAACTGATTCTACAATCATGGGTATGAAACTTATTATGTTCTTATTACCT +GCTATATTAATGGTTATATGTGGAGTTATGTATGCTAAATTCTATAAATTAAATGGAGAT +TATTATTTGAATATAATGGAAGAATTAGAAGTAAGAAGAAGTTCTATATCTAAAAAATCA +TCAGATTCTGATATTAAAGAATTAATTTAATTAAAAAAGTAGCTTTCAATCAAGAAGCTA +CCTTTTTATTTATATTTGTATAAATTACTTAGTTTTATGCATGAACCTTTATTTCTATAA +CAATAGTTCCCTATATAGCTTAGGGCTTACCCCCTTACTCTTCTTAAATATCTTAGAAAA +AGTGAGTTGATCCTCATATCCAACTTGTCTTGCTACATCCCCTATGGATAATTGTAAATT +AGTTAATAAATTACAAGCCTTCTCCATCTTAAGTGAGAGTAAATATTCCTGTGGAGAAAT +ACCTATTTTTTTAGTAAATAAATTTGAAAAATAACTTCTATTTAATCCCACATAATTTGC +AATATCAGTCACTTTTATATTATTAGAATAATTATTATTAATAAAATCAATAGATATATT +TATATATTCATCAACTTGAGTATTAGAATTTTCTTTATCCATGTATTTATTATTTTCTAT +TAGATTCCCTATAAATAAATACAACAATCCATATATTTTTAATCTATTAGAATTATTCAT +AATATTTAGAGATAATATCTCTAGTATATATTTTTTTAATGAACTATCTTTTTCATATTT +GAATATATGATTATTTTCATCTAAATTAGCGTATTTTAAATAAGTTTCAGCTTTTATACC +ATTGAATCCAATCCACATGTAAATCCATGGATCTTTATCATCTGCTTTATAATAAGTCTC +TTCTCCTGGCTTTATTAAAAAACCATCCTTTTTACCTAATTTATATGTCTTATTGTTAAC +TGTAAACTCCCCTTTTCCATCTAATATATAATGAATTATAAAATGATCCCTAGTTTCTGG +ACCAAAACTATAAGATGGATTACAGTTTTCAATACCACTATGACATAAAAATAAATCTAG +AGCTTGACTTTGTTTTGGCTCTAAGTAAGCTACTGATTCAGTTTCTACAAATTTATATTT +ACCCATTTGTCTCCCCTTCTTTGATTTCTATAATAAATATAACATTTATCCATATACTTG +TAACATTTATATATTTTAGCATACCTCATAAAATAGTAAACTATTTTTTATAGAATTTGA +AATAAGAGTTTTATTACTTAATATATAATTCATTTAAATTGGGAGGTTGTATGGGAGTTT +TATTCAATGAAAAAAATAATACATTTTGTTTAAATACAAAGAAAACTAGTTATATACTTA +AAGTTTTAAATAGTAAACATTTAGATCATTTATATTGGGGTAAAAAAATCAGATCTACTA +ACTTAGATTATGTTATAAGAAGAAGAAACTGGGGAAGTTTCTTAGCTAATACAGATAATG +AGGAGAACTTTATGTTAGAAATGACTCCTCAAGAATATCCAGGATATGGAGCTACAGATT +TACGATCTCCTGCTATAGAGTTACAATTTGAAGATGGAACTACAGCTACTGACTTCAGAT +ATGTTTCTCATAAAATTTATGCTGGGAAAAATAAATTAACTGGACTTCCTTCTACTTATG +TGGAAGATGAAAAAGAAGCTACTACTCTAGAAATAGTTTTAAAAGATACTCTAAAATCAG +TAGAAATAATATTAACTTACACTGTATTTGAAGAATTTGATGTAATTACTAGAAATGCTA +AAGTAATTAATACAGGAAATGAAGATATAAAAATTTTAAGAGCTTTAAGTGCTAGTGTTG +ATTTTAATGATGACGACTTTGATATGATTCAATTATCTGGTGCTTGGGCTAGAGAAAGAG +ATTTTATAAGACAACCACTTAGAAGTGGAAGTCAAAGTATTGAAAGTAGAAGGGGTTCTA +GTAGCCACGCTCAAAACCCTTTCATTGCATTAGCTAGAAAAAACACAACGGAAACTAATG +GTGATATCTACGGATTTAGTTTTGTATATAGTGGAAACTTCTTAGCTAATGTGGAAGTTG +ATATGTACAAGAATGCTAGAGCTCAAATAGGTATAAATCCTTTTGACTTTACTTGGCTAT +TAAATTCAGGAGAGTCTTTCCAAACACCAGAAGCTGTATTAGTTTACTCTGGTGAAGGTA +TGACTGGTATGAGCCATATTTACCATAATATATATGGAAAAAGACTTGCTAGAGGTGAAC +ATAGAGACAAAATAAGACCTATTCTTATAAATAACTGGGAAGCAACTTATTTTGATTTCA +ATGAAAATAGTATAAAATCAATTGCCAAAGAAGCTAGCAATCTAGGAATGGAATTATTCG +TATTAGATGATGGATGGTTTGGGAAAAGAAACAATGATGACTGTTCTTTAGGTGATTGGA +TTGTTAATGAGGAAAAAATCAAAGGTGGTTTAGAGAAATTAGCTAAAGAAGTAAATGAAA +TGGGTCTTCAATTTGGGCTATGGTTTGAGCCAGAGATGGTTTGTCCAGTAAGTGATTTAT +ATGAGGCTCATCCAGACTGGTGTATACATATCCCAGGAAGAACTAGATCTGAAGCTAGAA +TGCAACTTATACTTGATTTAAGTAGAGATGATGTTTGTGATTATATAATAAAGGCTGTTT +CTGATGTTTTATCAAGTGCTCCTATTTCTTATGTAAAATGGGATATGAACAGAAATATGA +CTGAAATAGGCTCTGCTAAACTTACTCCTGAGAGACAAAGAGAATTAACACATAGATATA +TGTTAGGTTTATATAGAATTTTAGAAGAGTTAATAACTAAGTTCCCTCATATATTATTTG +AAAGTTGCTCTGGTGGTGGTGGAAGATTTGACCCAGGTATGCTACACTACATGCCACAAA +CATGGACAAGTGATAACACAGATTCCATGGAAAGATTAAAAATCCAATATGGAACATCTT +TAGTATATCCAAATGTTTCAATGGGTTGCCATGTATCTGCAATACCAAACCACCAAGTTC +ATAGAATGACACCTTTAAACACAAGGGGTGTAGTTGCTATGAGTGGTAACTTTGGATATG +AATTAGACATTACTAAATTAAGTAATGAAGAAAAATCAATGATAAAAGAACAAGTAGCTG +TTTACAAAGAAATAAGAGAAACTATACAATTTGGTGATTACTATAGATTAAGTAATCCTT +TTGAAAATAATGATGTGGCTTGGATGTTCATATCTAAGGATAGTAATGAAGTTGTAGTAA +GCTATGTTAGACAAAGGGCTGTGCCAAACCCTAGATTTGAATCACTAAAACTTGTGGGTC +TTGAAGAAGATGCAACTTATGAAATAGTTGGTGAAGATAAAGTATTCTTTGGTGATGAGC +TAATGTACGTAGGACTTAATGTAGAGGAATTAACAGGAGACTACGCTGCTAAGATGTGGG +TTTTAAGAAAAGTATAGGAGGCTATAATGTTTAATTTTAATGAAACTTTAAGTTTTGATA +ATAAAGAATTAGATGTATTCACTATTGGTGAATTATTAGTAGATATGATTTCTGATGACT +ATGATGATAACTTCAATTGTAATCATTATACTAAATACTTTGGAGGCTCTCCTGCTAATA +TATCTATGAATATAAATAAATTAGGCTCAAACTCTGCAATTTGTGCCTGTGTTGGAAATG +ATAGTTTGGGGAATTTCTTAGTAAATTCCCTAAGAGAACGTAATATTGATACAAGATATA +TTTCACAAGTTGATAAATCTACAAGTATGGTTCTTGTTTCAAAGAGTACCTCTACTCCTA +TTCCAATATTTTATAGAAGTGCAGATTTCAACTTAGAATACAATGAGGATATTGATTACG +CTCTAAAGAACTGTAAGATATTTCACTTCTCATGTTGGCCTATTTCTCAAGCTAAATCTA +GAAAAACTATTGAGAAAGTTTTAGAAGAAGCTAGAAAAAACAATATAATTATAGGTTTTG +ATCCTAATTATCACCCTATGATATGGGAAGAGGGACATGACGGTATTGAATATATAAAAA +ATCTAGTTAGCAAAGTTGATATTATTAAACCTTCAGAAGTTGATGCAGAAAGAATTTTCG +GTGAAGATACTCCAGAAAACCAAGTCAAAAAATTTATAAATCTTGGAGCAAAATTAGTAA +TTATGACTTTAGGTAAGGATGGTGCCATTGTTTCAGATGGTACAGAAATATTAAAATTCA +ATACTCTAGCTACTGAAATAGTAGATACAACTGGAGCTGGAGATGCATTCTGGTCTGGTT +TCTATACAGGTATAACTAAATCTTATACACTAAAAGAATCTTTAAACCTTGGATTTGCAA +CTAGTGCATTTAAATTAAAACATGTAGGTGCCATTGCTAACTTACCTAAAATAGAAGAAT +TTGAAAATATTTATAACTTATAACTATTGGAGGAAATTATAGATGACAGTGAAAAATAAA +GTTCAATTAATAACGTATCCAGATTCTCTTGGTGGAGATTTAAAATCTTTAAATAAAGTA +TTAGATACTTACTTCAAAGACACTTTTAAGGGTGGAATACACATCCTACCACCTTTTCCT +TCTTCAGGGGACAGGGGCTTTGCTCCTTTAACTTATGATAAGATAGAGCCTGCTTTTGGA +ACTTGGGAAGGTATAAGAAAGATAGGAGAAAAACATGATATACTTGTGGATATAATGGTA +AATCATATATCTCAAAAATCAGAGTTCTTTCAAGACTTTTTAAAACATGGGAAAAAATCT +AAATATGCTGATTTATTCTTAACTCTAGATAAAATTTGGCCAGATGAAAAACCAGTACAA +GAAGATATTGATAAGATGTTTTTACGTAGAGACTTACCTTATTCTAAATTTACTATTGAA +GAAACTGGTGAAGAAGAAATGGTATGGACTACTTTTGGTAAGCAAGATCCATCTGAGCAA +ATAGATCTAGATATTAACTCTTTAAAAGTTAAAGAATTATTTACAGAGTTCTTTAAAAAT +TTCAGTAAGCAAGGAGTTAAAATAGTCAGACTAGATTGCAGTTGGATATATAATCAAAAA +ACTAGGTACTAGTTGCTTCTTCGTAGAGCCAGAAATCTATGATTTCATAGACTGGATAAC +TGATCTAGCTACTTCTTTAGATATAGAATTATTACCAGAAGTTCACTCTCATTACTCTAC +TCAGTATAAATTATCTAAGCATGGTAACTGGATTTATGACTTTATATTACCTTATATGGT +TTTAGATACTTTAATAAACAAATCTAGCTCAAAGCTATGTGAATATTTAAAAGTTCGTCC +ATCAAAACAATTCACTATGTTAGATTGCCATGATGGTGTACCTGTTAAACCTGACTTAGA +TGATTTAATAACTACTGCTGAGGCTCAAAAGGTAGTAGATGTATGTGTAGAAAGAGGTGC +TAATTTAAGTCTAGTTTATTCTGATGCTCACAAAAGTGAAGACGGATTTGATGTTCACCA +AATAAGATGCTCTTATTATTCTGTCTTAGATTGTAATGATGATGCTTATTTAGCTGCTAG +AGCTATACAGTTCTTTGCTCCTGGTATTCCTCAAGTTTATTATGTAGGATTATTAGCAGG +TAAAAATGATGAAGAAAATGTAAAGGCAACAGGCGAAGGTCGTGAAATAAATAGACACAA +CTTTACAATGGAAGAAATTGAAAGAGAAGTTAACAAAGATGTAGTTCAAAGGTTATTAAA +GTTAATTGATTTTAGAAATGACTATCCAGCCTTTGATGGTGAGTTTATGGTTTATGAGTC +TAATGATAGTGATATTAAGTTAGGTTGGAAAAAAGATAATAAAGAATGTACACTTTACAT +TGATTTAAATACTTATAAGTCTTATATTGAGTATGTAAATGAAAAAGATGAATTAGCTAT +TTTTAATATATAATTAAATAATTTTATTTCCAAAAAATCAGGGACTGAGAGAATGTTTGT +GAAAATACAAATCTTCTTCCAGTCCTTATTTAGATTAAAGTTCCTTATCGTATTTGTTTA +TAAGCTAGGAAAATAAGGTAAAAGGGTGAGAGAAAGTGCGTAAATATGAGTGGATATTAT +GCCAGATATGTGGAAATAAAACAAGGGTTAAAATATGTGATGATACAGTGATTGAAAACT +TACCACTATTTTGTCCAAAGTGTAAGCAGGAAACTATAATTAATGTAAAACAACTTAATA +TTTCAGTTATTAAAGAGCCAAACACTAAGATGCAGAGCCGATAACATGTGAGTAAAATTG +CAGTTGTCGGTTCTTTTTATGTATACAGAGAAAGTATAATACAGGTTTACAATTGCTATA +AATTGAGACTTAGAACCATTCTAAAATATATTGTATAGATATTATCTATTTAAGCTAAAC +TAATTAAAAAATATTTTAGGCTATGTTTTAATAGAGTATTGATATTAGGAACAATTTTAA +TAACAAAAAAGTAGGGGTATACCCATTGAGTGATATACTCCTACTTTTTCGTTCACATTA +TATTAATATTATTCATAACTTGTATTTAAATATTTCATTTTAATCGATATAAACTTTAAT +AAATAGTTTACTACCCAAAATGTAGCAAGATAATAACATACAAAAAGACTTGTGTTTGTC +TTATTATAAATAATTACACTCTCTAATATTAATAAAGTACAATTGAATACACAAAATAAT +AATTGTAAATTATAATAATCATCTTTTAAAACATTTATCTTTTCATTACGTATAGTATAG +ATGATACTTTTCTTTTTGTACGATATTATACTATATACTAAGAAAATCAACGCTATACTG +ATATAAACTATAAACACTACATCTCCCATACTAATTCCTCCTTTGTTTAATTCCCATTAT +ATAACGATTGTGTAATTGTTTTTATTATAGCATTCTTTTAACTCATTATTAAAATCTGTA +TCAAATTTAATATATGATTTATGACTATCTTCTCCTATATGTTCTTTGTAAAGCCTCTCA +AGCTCTTTGTGAGTCATTCTAACTTTACATAAAGGTTCTATTATTAAATTACCTTGTCTA +TCCAACGCTATAGCCACACAAATCTACTACCTAGATATACCTCTCTTTTTAATCTCTTTA +CCTCTTTTACGAGATTTTCTTATTGATAGCCCCATAATCATGCATTTAGCATATTTAAAC +CACTTATCTAACGATTTCTTACTTCTATATGTAGCAGAGTTTGTAAAATCAGTAAAAAGT +CTTTCTACAATCTTTATAGGTATACCTTTGTTTACCGTTATACTTAGCATTTATTGAGAT +ACATTATGAATAGCAATAAGGGCATATGATATGTTCCTATTTTTGTTCGCATTATTTTAA +AGTTCTGATTTAGAAAAATGCAGTAAAAAATAACGAAACTATTATTATCATTGTTATTAT +AATAGTAGATAGTATTTTGCCAATTTTTGAACCAAAGTCATCCTTAAATTTATAACCAAT +AATTAATGAAGGAACAAAAAATAATAGAGAATAAAATATTGTATAATGAATTCCATTGTT +GCCGTTAGACCATGCTTTTAGACCAATATAAGTTAAGATATTATCCCCTATACAAATATT +ATTAAATGTAAACGTAAATAAAAAACCGATAATAAATAGCAATAAGGAAATTGATCCTAT +TCCAATTTTCTTTTTTTTCACATTATTCCCTCCAAATATAAGTGTTTATATAACTTAAAT +TTAATATAATACATTAGTTCGTCTAATACAACAATTGTGTATTTATTGTACCATTTTCAA +CATCGATTTAAAACAGAGCCTATTTTAAATATGTATCTTATTAACTTAATTCCTAAGTAT +CCAAATAGAATCACTTGAAGAAATATATATTATGTACAATAATTGGAATTAAGATTATAA +TTGTATTTATAAAAATTAAATAACTTAAAGAGTAGACAGAGAAAGTATAACACAGGTTCA +CAATTGTTATATAATGCCAATTAAAAATTAAGCCTATTATTATATATACATAAAGGATTA +AATAACACAAAGCCATTGTATATATGTAGCTTGTTTGATATACTACTCATAATGGTTGCA +TAAAAATATGAACTAATTATTATTTCATAAACTGAACATCAGTTAATAATAAAGTGTAAA +ATGAAATATGGAGGTATTATGAACAAACGAGAGAGAATTGAAAAAGCCTTTTTATATGGA +GTTTTCATTTGTTATATACTTTTTTTAATTAAATTATTGTTTTTATCAAGAGTTTCGCTT +TTAGAGTTGTTTAATAGTCAAAGGACTTTAGATAGAACAATAAATATCATTCCTTTTAGT +AGCATAACCGAATATCTATTTAGTAACTCTCCCACTGTAAAAAGATTTGCTTTTGGGAAT +GTGATTGGTAATATAGCCATATTTATTCCTCTTGGTGTATATTTGTCACTATTTAAAAAT +AATAAAAAAATAATAAATAATCTATTACTTATATTTATAGTAAGTTTATTTACGGAAATC +ATTCAGGGACTTTTAGGTATTGGATCATCAGATATTGATGACATAATTTTAAATTGTTTC +GGTGGACTCGTAGGTATTTTAGGATATAAGTGTTTATTATTTATATTACATAATGATAAA +AAAGTACGTTTTACAATAACAATACTATCTGCAATAGGATTACCTATTTTATTATATTTG +TTATTTATTATAAGATTAAGATTTTAAATATTTTCCTGTATATTTATGAGGATACTTTAC +CTAAAAGGAACATATAGTTAATTATGGTCTATATCAAATTTAATACACAATATTAATATA +TTGTGAACTAAAAAAAGCATTATTTTTCAACACTATTCTTAAACATAGGGGTAAATTATA +TAGGGAAGTATATTTAATAATAGTAGATTTCCTTAATTTATAAAATTTAAAGGACATTTA +ATTTAAGATGAAAAAACAACTTATACAATTATTTTTAATATTTATTTGTATTCAATGGTT +AGTAGAAAATGTATGTAAATTTAATATTAATTCTTATATAGGTTCAATTATATGTATGAC +TCTAGCTGTAGGAATACAACGAATTTATTTAACAATAAAACCAGAACACTAACTTTACAA +ATAGCAAAATCTCCCTTTTGATTGAATCGAAGGGGTTTTTATATAATATAATCAATGTTC +GCAATTGTTATATAATACGAATTTATAAATTTTAAAGTATCTATCAAATGTTAGACGGAG +ATAATTATGAGGAAAAACACTAAAATTATAATAATATCATTAATATTATTAACAGCTTTT +ATAGGATTTACGCTAAATAGAAATACTGATAAGGAATTTACTGCTGGACTTATATCATCC +CATTGGTTAAATAAAAATAATAAAAATCCATATGGAATAACTATTGACTTAGAAAGTGGT +TTTTCTAGAGATGAAATTAAGTATCTTGGAAGTATTGCAACGAGGGATAGAAAAAATGAA +TTAAGTGTTACTAAAGCAAAAGATTTAGAAAATCCGAATCATTATATGACTGTATATATA +TCTGAAAAGTCTACTGGAATAACAAAGAAAAAGTTAGATTTTAATTTATGGACATATAAA +GATAAAGGATATATTCAATTTATAAAAGATGAAGATGTTAATAATACTAAACTTGAAAAT +TTAAATGGTATAAGTAAATTAGAGAATGAAGAATATCAATTTTTAACAAAATTGCTTTTA +AAATATCATTCTCCTGACGATATATTTAAAAATAATTTTATATAATAAGTTTGTAGTATT +ACTTAGTTGTTATATAATGCGAAGTAGCGTAAATTGTAAAATGTTATTTAATAATATGAG +TTTATATTTATATTTACAATTTGGGTAAACTTAAAGAACTTATAACTATTGGTAGTTTAT +ATAAAAAAATGGCTAGATATTGATGTATTTTCAATAGTTCTAGCCATTTTTATTTCTTAT +ATATTACACAATTGTGTAACAGAGCCTATTTTAAATATGTATCTTATTAACTTAATTCTT +AAATATATCAACAGAATCACTTGAAGAAATATATATTATGTACAATGATTGTAGTTAAGC +TTATAATTGTATTTATAAAAATTAAACAACTTAAAGAGTAGACAGAGAAAGTATAATATA +GGTTTAGAATTTTTATATAATGCGAAGTAACGATACTTTTGATGTCATATGGATAAATAG +GAATTAGTCTACAATATATCTCTATTAGAGAAGAGCTTGAAAAAGTTAGTAAAGTTTTAG +GTAAATAGGAAATTTGCTGAAAGACTGAGCAGGTAAAAATCGGGATAACTATCCCGATTT +TTTTTACTCCATATAAGTAGTTCACAATAGTTATCTAATTATTTTTATTTTTGTAAGATA +ATTTATAAATTTTTTTATAAAAATATTACAGATGCTTGCGTAAATAAGTGAAAATAAGAA +AAATATTGAAAAAGTTAAAACCGTTGAAAAAGAGCTAGCTAAATCTACAAAGGACGGAAT +ACCGACTATATAAGTTAAAAATGTTATCCCAAGAGATAGTGCTATACTTGAAGATAGTAT +GGAAATTATTATTCCCTTCCTAAAAAGTAATGTTCCTATAACAATGCCTAGTAAACCTGT +GGTGAAAAGTAGAATTATTGATTCTTGAATACTAATCATAGTAAGAATTAATACTGAAGA +AAAAAATACAGCAAGACCAAGAGGAATATTAAAAAAAACAGCTATTGCAATAGGTATAGT +GCTTAATGGACTTAAGAACAGTCCAATAGCTGGTAAAAATATAGGTGCTGATTGGAATAG +AACAGCCAATGTTGTTAATATGCCTCCAACACAAATAAAACTGCTTATATTCATTTTATT +CAATTTTAATGCCTCCTTGTATAATCTAGTTGTGATATTTGATAGAAAGCTTTTTTATAA +TCTAATGGATATTAAGGAACAATTTCAAAAATAGTACCTTTGCTAAAATCAGTTACATTG +GCAGAGGCATAAACCCCTAAATAAAGTCTGGTTTGATTCATATTCGTTCCCAAACAAACA +TAATAAGCTGATTGAGAGCCAAAATTATAATCAGTTTCAATAATACTAAAATCATTTAGT +TTATAATTTTTTGTTGATTTAGTATAAGCTAAAACTCCTCTCACTGGAGGTTTAAATTCT +TCATTTCGGGCGAAATCAGTAAACACAACGCTTCCTGTTAAATCAGGTATTTTGTTTCCC +ATATATGGCTGAACCCCTGTAAGTGCAGAACCATCAAATGTATCTGGTCGTGAATCTTTA +TGAAAATAACAGGCTAGAGGTGAAAGGCGCTGTGCTGAAGTTTTTACTGCTTCATTGTAA +TAAGTAATTGTTATCTCATTCAAAGTTGGACTATCAGAGCAATCTCCTATAAGCGAAGTC +GGTAAAGTACCTTCCCATCCTCGCCAGCCAAAGTTAATAAATTTTTCTTGTTCAGGTTGG +GATTTTAAATAAGATTGAACAAGCTGAGTAACGGGCATTGGTCTATAATTAACGAATGAA +AAAATTGACTCTACTAAATCCTGTCCAACATTTCCCACATATTTTGTATATTGGTTATAA +AACCTTTGAAATGAAATTCCAGGTATATTACGAACTCCTTTGGCCATTACTGTAAGAGTT +TCCTGAATAGATATAGGAAGTTCATTAAAACGTGTGACTACAGGCGGATTATTGATTAAT +GCATTCTTAGTTACATCAATTTCAATTATTTTACCGCAGATTTCCATATTATCCTGACTT +AAGTTAAATGGATCATAACCTGATCCACCATCTCCAGTTGTTAAAACGAGTTTTCCAGTT +TCAGGTGAAAAGTTTAAGCTATTGACACCATTATGATTGGCAAATGGTCTTCTTAGATTA +AGCAATGTTCGCCTTTTTTTAGATTGACCATTAGGTTGTAAAGCCCATTCTTCAACTGTA +TCAATATGATCATATTGAGTATCTCTATCTGTCTATTTTAGATTTAAAGTTTCGGGGTCA +CATGGGTTAGGATCAAAAGGTTTTGAAAGAGCACCAGGACCTTGTGTTCCTGCTACTGAA +TAATGAAGATAAAACAGACCATTATAATAAAATGATGGATGAAAAGCTAGACCGAGCAGT +CCTCGTTCATCATATCCACCATTAGAAGTACCTAGTTCTATTATTCGGGGGCGAATATCT +AAAAAAGTATTTATAGCTCCCTTTGATATATAAAATATTCTACCTACCTGAGTTGCAATA +AATAAACTTTCACTTGAATCACCTGGAATGATAGTTGTTTTCAAAACAGTGGGTAAATCT +ATATTCTTAACAATAGGCTGTAAACTAACTTTAATTTTCCTCATCTAATACATACTCCTT +CTTATTATTTACTATAGATAATCAAGTTCAATTTTTAACATATTTTTAGAACACTTTTGA +TTTTTAAGCAGTGGAATTTAAAAATATTTAATTAAATTATGAAGTTGTTTATCTATATTA +CAATAATATGATTAGAACTATTGTATTAATACAGAATTGTGGCTAAAAAACTATGGCACT +AGGGTTTTAGTGTATAATAGGAATAGTAATTCAAGTCACTTTATGGTTTAACAATTTATG +TAAATAACTGGATATTTTGGATTGTAGAGCAATAAGATATAAAGTAAGACCATGCATTTA +TAGTAAAAAGTCCAAGGATGTACCAAAAATGATACACCCTTGGACTTTTTGGCATAAATA +TAAAAAATTCAAAATACAACTTTATGTGAAGGTATGAAAGTGCATGACTTTTTATTGTAC +AAAGTAATGTGACATATGATTACAGGAAAATAAAAGATTTCAAATTAAGAACACTAGAGT +TTATGTAAATGGTAATAAATGAGTAAAAAGAATGCTATAAGAAAAAATAATTTTATATAA +TAAGTTTGTAGTATTACTTAGTTGTTATATAATGCGAAGTAGCGTAAATTGTAAAATGTT +ATTTAATAATATGAGCTCATATTTATATTTACAATTTGGGTAAACTTAAAGAACTTATAA +CTATTGGTAGTTTATATAAAAAATGGCTAGATATTGATGTATTTTCAATAGTTATAGCCA +TTTTTATTTCTTATATTACACAATTGTGTAACAGAGCCTATTTTAAATATATATCTTATT +AACTTAATTCTTAAATATATCAATAGAATCACTTGAAGAAATATATATTATGTACAATGA +TTGTAGTTAAGCTTATAATTGTGTTTATAAAAATTAAACAACTTAAAGAGTATACAGAGA +AAGTATAATATAGGTTTACAATTTTTATATACTATGAATTAAGAAAAACTATAGATAATA +AGAAACTTGTAGTAAGTACAATTAAGCTAGGAGTAAATGGAGAATGAAAAAATGATAAAA +GAACTTACTTTGTAGTACGTATAGACGATGAAAGTCAAAAACTAGCAGGTTCCGTAGCGA +AGAGCATAGCTTTAAATATTATAAAAAAACGAATAACTATATAACCATAAATATAGAACA +ACTATATCATGACTTAGTTAATAATAATAAATTTTAGAACAATATAAGCTATAGTGTATT +ATAATAGGATTAATCATATAAAGGGAGAGAATTAATAGAAGTGAATGTGATGATGAAAAA +GCTCCAAAACAGAAGGCAATAAATGTAATAATATAGTATAATATTAGAAAAATTAATAAG +ACATAGATAAGGAGTAAATTATATGAGAATAGCAGTTATATCAGATATACACAGCAATAT +TTATGCATTACAATCAGTATTTGATGATATAGATAATAGAAATATAGACTTAGTAGCATG +CACGGGTGATTTGGTAGGATATGGTACTAAGCCTAATGAGGTTATAGATTTAATAAGAGA +AAATAAAGTTATGACTATTATGGGAAATTATGATGATGCTATAGGAAACTATAAAATAGT +GTGTGGATGTGATTATCAAGACCCAAAAGATGCAGAAAAAGCTGGGCTTTCAATGCATTT +TACATCAACAGAAACTACTAAAGAAAATAAAGAATATTTAAGTAATTTACCTAAAGAAGC +AACGTTAAAATTTAATGATAAAACTATAAGGTTAGTTCATGGAAGTACAAGACTTATAAA +TGAATATCTAAAGGAGGACTCAAAAGAAGCAGACGAAGTTATGAGTAATTTAGTTGAAGA +TATTTTAATTTGTGGCCATACACATATACCTTACGCTAAATATTATGGTGACAAGTTACT +TGTAAATGCAGGTAGCGTTGGTAAGCCAAAAACAAATAATCCTAATGCAAATTATGTAGT +TATAGATATAAATAATGATGAAAAATCATCAGATAGGGTTAAAGTAGAAATTATTGAAGT +GATATATGATTTTGAAAAAGCAGCAAGAGAAATAGAAGAAAATAAAATACTTCCCAATGA +TTTTGCAAGACTTATAAGAGAGGGTAGTTCAAAGTAAAAGGATAAAATAATATTATTTTA +TCCTTTAAATATATATATTCTAAATTTAGTTATAGAATTATTATTAAACTATTTATTATA +GATATTTTATTATAATTAGAATTCTTTAGATATCATGCTTTTTACCGCATCATTTTAATG +AAACTATTTTGTAATTGGAAGATAATTGAATATTATATATAATATAATCAAACTTCTCAC +TTGTTATATAATGCAAAATAAAAAATGGGGGAATTTGAAATGAAAAAGAGAAATTTATTA +ATTGTAATTATAGCAATATTGTTTTTAGTCGGGTGCTCATCTAATGGAAGAAATATTAGC +AAGACAGAATCAGGGATTGATGTTCCGATAGTAGAGATTAAAAATGAAGATGATAAAACT +GAAATAGCAAGAGTTGTATTTGAAGAATACTTAAAGCTAACTTATGAAAATTATTTAAAT +GATGAAAATGAAAGAATTAATATTCTTAAAGATTATAAAATTAGAGATATAAGTATATTA +GAAAATTCAAACTCTGAAGGATACCGTATAGAAATAACATATGACTTACAAGCAACTGAT +GGATATGCAACGGTATTTGAAACAGGAAATGGGGAAATAAAAGAGAATAATTGGGTAAAA +GGAAAATATCAAATTGTAGACATAAAAAAAATAGGGGAAGATAAATATACTATTTCAGAA +ATGTATACAGGATAAACCTTCTTAAATATATATCTACTATATATACATACTTATTATTCC +AAATATTAATATATTACGAACAAAATATAGTAAATTAGATAAATAACCACACTTTAGTCT +TAGATATGTTGAAAATACTAAAGTGTGATTATTTTTATCCTCTAATTATCACAAAGTAAG +CATTTATAAAAAATTATTTCCAAGTTATATCTGCTTCTTTTCTAGGAACAGTTCTTGAGT +ATTTTACATCTGGGTAGCCTACAGGCATACAAGTTACAATCTTCTTTCCTTCTTCTATAC +CAAGATAATCTAGAATATTTTTATTATAACTAGCAGCTCTTACAAGGAAACCACTAAAGA +AAGTTCCAAGACCTAAAGCATTAGTCATTAACTCCATGTTAGAAGATGCTAAAGCACCAT +TTACATCAGAATTTGCTGCTACAATTATTACTGCTGTAGCATTGAAAAATAGCATGTCAT +TTTGCTTAGGGTTTTCTTTGAAGGCATCATGCATTTGTAACCACATTTTAGCATATTTTT +GTACTTGCATATTTTCAGGAGTTTTATTTGAAAGTATATATTCTCCTAGATTTTTTAATG +TTTCTATAACCATAGATTTTAATTCATCTATATTTTCTTTTACTACTACATAAGAAACAT +CTTGAAGATTACCACCTGTTTGAGTAAATCTTCCAGCTTCGATTATTTTAGAAATCTTAT +CAATTTCAACATCTTTATTTTTGAAATGTCTTACACTTCGTCTATATTTAATGAAATTAA +GAAGTTTATCAGCATCTAGTTCAAATTCTTCTTTGTTGTAATTTTTTACATCATCCATAT +TATACAAATCTGTAGACACTGCTTCTTTAGGACATATAGCAATGCAATGACCACATTTCA +TACAGGTTTCATTTTTTATATTAGCTTTTTTATCAACGATTTCTATATCTTTGACAAGAC +AATCTTTTACACATAGACCACAGCCTATACATTTTTCTTTATCTACTTTAAACATAAAGA +TAACCCCCATTAATTAGAATTTAATATATAATAAATATTGATGAATATATTTTAAAATAA +CTGTAAACTTACTACAAGTAGAGTTATTTTTAATAGATACTATCTTTAAAGATAGTAACA +AAAGAAAGAGGAGCATTTACATGAGAAATTTACAAAATGAATATTTATATTCAATGGATT +TATGTATGGATTTATTAGGTGGAAAATGGAAGATGAGAATATTATATCATCTTGCTAGTG +GTACTAAAAGATTTGGAGAACTTAGAAACTTACTAGATGGAATAACTGAGTCTACTTTAA +GTAAACAACTTAAAGAACTTGAGAGAGATAAATTAATTATAAGAACTGTTTATCCTGAAA +TTCCTCCTAAGGTGGAATATTCTATAAGCGATTACTCTATGAATCTTCTTCCAGCACTTA +AAAACCTGTGTGCATGGACAAGAAATTATGCTAAAGATATGGATATAGAACTATTAAAAT +AATAATTTAGTAAATGTAGCAAATAAATAGATATGTATTACTATAAATAAAATTAGAAAT +AGATATATTGAATTGGTATAGACTTAATGAGGCTTTAATATAACTTTTTTTTAGTTTGTA +AATTATTCAATAAGCCTTATGATATAAGAAGTTTATAATTGTCATATATTGCAAAAAATC +AGCTTATTGGTTCTCTCAAAAATGGAATATGCCAGTTGAAGCATACCAGGAAAGCATTCG +GGAATGTATTGAACAAAAAACTGGTATATCTCAATGGTATACAGTTTTGGACGATAAAGA +AAATTTTATGAAAAATGTGGTTGAAATTTTTTACTACAGTAAATGATGATGAGGGCAATT +CTATCAGAATGTATATTGCTTCTACATTATAGTAAAATTCAATTTGTAGGTAAATTGTAT +ACTAGATCTGGAAATATATTATGAATTTTCCAAATATGCATATTATATTCCCGGATCTAG +CAAAGTAAACTTAAAAAACTATTTTATATTAGCATTTAAACTTATTAATGTTATTCATAA +TTTCATCCCAATGACATCTTAGATAATCTAGAGGTTCTTCTAACAATTCATATAAATAAT +CGTATATTTCGTAGAGTTTTTCTTCCATACATCTGTCATAGTCATAACATCTACAAATAG +CAAATTCACCTTTACGTTCTTCTTGTCCATATGGTTCACAAGTATATTTTAGAACTTCAC +AGCCTTGGTAAGCATTTGCAGTTCCTAAATATAAATCACCTTCCAAGTCTTCGTAAAGGG +ATATACCAGCAAAACGACCTCTACCACATCTTCTAGCAATACCATTACATGAGATTAACT +TATATTTATATCCATCACAAGATGTATACAAATCAAATCCAAATTGATATCTCATAGCTT +CTATATAATAAATAATATGTTTATAGATGTTTATAATTTTTTCAGTTAGTGAAGTACCAA +GTATTTCTTTTACATTTTCTATATTGGCTAAAATTAATCCTAAAGTAGCTTGAATGTTTA +CTGCATTATCAAAAGTAGTAATATATAGCATTCCTTCGTATTCCTTTATCTGTGATGCAT +AAATATTAAATGGATTATTAAATCCTGAACCAAATTGTTGGGAGTTATTTTCATTTATTC +TACAAGTAGATTTAATAGGATTGGAACCAACTACAATTTTCCAGGTATCACATTTATCTA +TTTTTGCTATGTCACAGCCCATTGGAAAAATCCAAGCTAAAGGTATAGGTTTTGCTAAAC +CTACATATAAGCTATTATTAAAAACACCCATAGATGTAATATGTCTATTGGCTTCATCTC +CAAATCCACTACATCCAACTAAAGTCCAATCATTAACACAAGGTTTCTCTTTATTTGTTC +TCCAAACTTGTGCTCCATAAGGAGTGCTTGTACCAACATATATTCTATTATTGAATTCTA +CCATAGCAGTTATGCCACCTCGAGGATTTTTATTCCTGTCGTAATTTTCATATTGGCATG +AGCGTGTTTCCAATTTCCAAGGATAAAACTCAGGATCTTCACTACTATATAAGTAGGTTT +CTTCATTTTCTCCATACAAATTGTCTACAGTAGCCAAATATATTCTTCCATCTTTTGATA +TCATTGCTCTAGATATATTTCCTTTAATTTTCTGACCTGTTTGGTCATAATCTATTACTG +GTCGCCAATCAACACCACTAACAGTTTTGTATATAACTAAAGAGTTATTTAAACTAGCAG +ATACAGCATAAAGTGCACCATAGCCATTATAAGGTCTGTGACATATCATATAGCTAAATC +CAAGTAAGTCACATGAATCGCTTTCGAATATTTCCGAAATTTTAAAAGCTCTTTGCCATG +GAATATCGTGATATTTTCTATATCTCCATATTTCTCCATAGTTATCTTGATTTGTAGGTT +GAAGTGATAAAGGCATTTTAGTAAATACTCCTGTAGATTTTAATATATTCACTAAAATAT +TTCTTCCAGTTGCAACATAAATATGTTCATTTAAATCACTAATTGCCCAAGCATAGTTAT +TTTGCCTAGCATTTGTTAAATTACACTCATCAAAGCCTTTTGTAAAAGTCAGATTGTCAA +ATCCATACATATATTTACCTCCATTATTAATATCTACAAAAATTTGTAGTGTAATAATAG +TTTATGAAAAATATGTAAATATGTTCTATTGTTTAGCGAAAAATGTCAAGAAAAGGTAGA +AATACACTTTTTGGAGCATTATTAGTAGATGCTGATGGAAATATATTAATGGAACAAGGA +AATGTTGAAATAACAGAGCATAGATGTACAGGTCATGCAGAAGCAGGTATTCTTTTTCCG +ATTAAATTAATGTAATTTATAGTAAATCAATTCATGATGTTTCCAATAGATCAACTTATA +TTTGTGGAAGATGAATTTATTATATCTTATCATTTATTTACTTATATAGGATTAGTTCTA +CTATGTGGACTTATTGTTACATACACAGGCATAATAGTACAAACGTTAGATGAAATTAAA +GAGGTAATTAATAAAAATAAGTAGATTACAATATTAATATATTACGAACTAAAGGAATAG +GACATATGCTCCTATTTTTTATTACAAGGGGATTATAATACTTCAAAATCTGTGGAAAGT +TTGTGTATTAAAGTGATACTGATGTATTTAAAAAAGTAAAAAGTGACAAAAAGGTTATAA +AAATAAGTACCCACGAAAGCATCTGTCTTAGTGTACATTTTCATAACTATTAATTATGTT +ATAATAAAATCGTAAATATTTGTATTCTGAGTATTATAAATATATATTTAAATTAGAAGG +GGGAGTTAGTTATGATATTATGGATTTTGGTTTTTACTGGAATTTTAATATTTGTTTCGG +TAATTTATTTTCTTGTGAAAAATTATAAAGATGGTAAGTATAGCAAAGGATATGGATTAC +TTTCTTATACAGGTTTTGGAATGGTGTTGCTTGGAATAATTTTGTTAATGGAGCCTATAT +TTACAAGTTTACCAGGGAATTTTTCTAATACAGCACCATGGGGCATCGCTATGTGTATTT +CTACAATAGTAGGTAATTTACTGTTAAAACCAACATTTTTAAAAAATAAAAATAATTAGG +TTATAAAAAATACATTTAATAGATTATTAAGCATCTTTAACTTAGATGCTTTTGTTGTGT +TCAATAAAACATATATTATTATAAACAGTTATTTATCATGGATTTTGTTATTTACAGGTA +GGAGTATGTCTATTGGTATACCCCTACTTTTTTGTTATTAAAATTGTTCCTAATATCAAC +ACTATATTAAAACATAGCTTAAAATATAAATTTAAGGTAATAAGTAAAATTCATATCCAG +ATTTTCTAGCTTCATCTATAACATTGCCAAGTACATCAGCATTAGTTTTAGATATAGCAT +ATAACAATAGTATAGAACTGTCATGAAGATGACCTAATATATCATTAATTTCAGGCGTCA +TAAATTTATCGTTAGGGATAAAAAAGTTTATATTCATAAATTTCTATTATGCATTTATAC +AGCATGCAAAAGATTATTGGTAGTATTGATTTATAAAATAAATATTACTAAAAGGGGTTA +TAAAATTATGTATAAAAAATACTTAGAAAACATCAAAAGCATAAGTGATTTACATGCAGT +TATAAATTACTACTATCCAAATCAACTAAAGAATAATAAAATGAACTGTCCATTTCATAA +AGAAAAGAGTCCTAGTTTTTCTATAACTGATAAAGGAAATGGTGCATTTTACAAATGCTT +TGGCTGCCAAGAAGGGGGAAATATAATAAACTTCATACAAAAAGTAGAAAATGTTAATTT +TGTAGAAGCTTTAAAAAAAGCTTACGAAATACTAGGTAGACCAATAGATTTACCTAAACA +AGAAAGAACAAGAGTTAACATTGTGAATAAAGATAACTTAGTTAAATACTATGAAGAAAA +GTCTAAGGAAGCTATAAAAGATGGAGATATAGAAAAAGCATTTGAAATGAGTTGTATGTC +TGATAGGGAAAGAGATAAAAATTATTTTATAAAATATCCAAAACTAGATAATAAAGGTAG +ACCACAAAAAGTATGGGAAAATCTTGAAGTTATTTTAAATAAAAATAAAATTGGCGTTTA +CTATAATGAAATAAGTAAAGAAATAGAAATAGAAGGCTTAAAAATAAATAATTTTGAAAG +CCAGATAATAGATATACACTCTTTATGTATATCTTATGGACTTAATTTAAGCATAGATAA +AATAGGAAAGTTTGTAACTAGAATAGGAATGGAATATCCGATTAATCCAGTAAAAGATTA +TCTAAGAGATTGTTTACTTGATTATGAAGGTGGTCGAAATTACATAAGAAGCTTGTATGA +TGCTTTAATAACTCCAAAAGATTTTAATCCAAAGTTAAAAGAAATCTTAATTACAAAATG +GTTATTAAATACAGCATCTATAGTATTCAATGATGGAACTTCCAATATAGAAGGAGTACT +AACACTGCAAGGGGCACAAGGAATAGGAAAAACAAGACTCATAAGAAAGCTTGTGCCTAT +GTATGTAAAGACAGGTCTAGAACTCGATCCTAGTGATAAGGATAAAATAAATCAATGTAT +AAAATACTGGGTAGTAGAACTTGGAGAGCTAGATTCTACTCTTAAGAAAGATTTAGCTAA +AATAAAAGCATTTTTAACAGAGCAAGTAGATGAGTTTAGAAAGCCATATCATGCATCACC +AATTAGATATCCTAGAATGACATCTTTTTATGCTACTGTTAATAATGAAGAATTTCTAAA +GGATGAAACAGGGAATAGGAGATATTGGGTTATACCTGTTGAAAAAATAGATTTTGATAT +TATAGATAAAATTGATATAGACATGTTGTGGGGCGAGGTTATGTATTTAAAGGATTGTAG +TAAAATGAATACTTACTTAGAAAATTTTGAGTTAGAAATGTTAAATCAAAGTAATAAAGG +ATTTAAGGTTTCAGGATATGTTGATATAGCAGTGGCTAATGATTTAGACTGGTCAGTAGA +TAAGAAAAATTGGACTTGGAAAAGTTCTGATGAAATAGCATATAAATTAAAGATTAATAA +TACGAAAACTTTGAGAAATGCAATGGAGAGCCATGGAGCAATTTATAAAAGAACTAGTAG +TAGAAGAGGATATATTTGTCCACCATATAAGTCTTTATTTGAGATTAATTAGTTATAAAT +AGGTGACATTTGGTGTCATGTGACATAGTTTTTTAGTTGGAGTTAGGTGAAAATTATGAC +ATGATGTCAGGCAGCGCCACGAGATTTTAAGCTGGTGTCAAGTTATGAATATGGCTTATT +TGAATTGATGTAGGGGTTAATGGCATGAGTGACATGATAGTTTAATTGGTGGTGAATTTT +ATATGTTTTTTTAGTAGTTATAAAATAGGTGCCATTTGGCTAAAGTGTCATAATTATATA +TTTATATAAAGATTAACGGATTATAGAAAACTGAAGAACTTGGATAAAACCTATTCAAAT +ATTGTTTAATTCAAATATTTAATGTATATACTACAATTATTAAAATAAAGAAAAAATAAG +AAACTTGGTGATTTTAATGATATACATATATAATTGTTATGGAGGAACCCACTCATCTAT +TCTAGCAGTTGCTTATCACTTAGAAATGCTGGATGAAACTCGAGAACCGACTAAGGATGA +AATATTGAATTTACCCAATTTTAATAAATTAGAACATGGAAATCGTGGAGAACTTTTTTA +TTATGGAAGTTATAAAGATGGAAACGAAGTATATACTATAAGCAGGGGAGGTTCAAAGGT +TTTAATTCCAGGATTATATAACTTAGCTTCTATGCTTCATAAACAAAAGCTATTAAATGA +GAAAATTATATTTTCCAATACGTCACCAACGGTTCCATTACCAATGACCTTTGGTGGGTT +ATTTTCTAGATGGTTAAAAATTGATTTTATAGGAGTCCCCTTGCTTGTAAAGGGAGCAAA +AAAATCATACAAGGATATTATAGAACTTGTAAAACACACAAAGAAGGTAGCAAAAGAAGA +TAAGTCAGAGATTATTATTTTAGATAATAAGGAATTTAAGAAAAAATGATTTTTCATCAG +GGAGCTTTGATAAAGTAAACTTATGTAATTGTATTTATAATTTTGAATCTGTTTTAAACC +AGTGTTGATAATGGAACGTATAAAAGTGGACAAATTAATTTGTCCACTTTACTTATAAAT +CACAATACTTTAAAATTGTGCAATAGAATCAATTTTTACTGAAGCAATTGTTTTTTATTT +GTATCATATTCTCTATGTTCTTTTGAAACTTCATTTAACCATTCATCTATTGCCGCCTTA +GAAAAATATTGCTTTTCATTTACTGTAAAATAGGGAAACATAATTCCTGTAAAACTACCA +GTTTCCTCTAACATACTTTTTTCTGTATTTATTATTCCTTGAACTTCTTCTTCTGTCATT +CCAAGGTAGTTAGCAGCTTCAGATACAGTAAAAACATTACTATCAATAGTATAGTTTTTG +GTTTGTATGTTAGTTGATTTTTGTATTGAATATCCTAAGAAAATTGAACTTAACATTATA +CCCAATGTTAGTATAACTATTGATATTGATAGTGGTTTATTATTTTGCAAAATACCTGCC +CCCTTTTATAATGATCAATATAATATGATTTTTTATTACTTTGATATTCCTATTATACAT +AAATTATGGATTATAATTCCAGTAATTATGTAAATAAAATTAAATTGCTAGAGTGATAGA +AAAATTAGGACTTGAAGCAATAATACTTCATAAACAAGCTAGTTCAGAAAATACAATAAT +TGAAAAAATATATAAATATGGATAGCAGTGAAGCATGACAAATACAGATAGTAAGGGAAA +TGAAGAAACAAGGGTATCAGATAGATGCAAATAATTTATTTTAATCAACAACTACCTCCT +TTGGAGGTGTTACGGAGAACCGTATCACAAGTAACGGAGCGTAGATTGAATAAAATACTG +TTAAGACAAATTGGAATTGTTAAAGTTATAGTTTTATTATATAAATCCTTACAAAAGAAC +CCCTTAAAATTGACAAATCTGTCAACTCTAAGAGGTTTATTTAAAGTGATTTGATTAACT +CTTCTAATTTTTCAGATAAAGTTCTTGCACGTTCAAAATCAGTATCCTTTAAAGCAGAAG +CTATTTCCAGTTCAACTGATTTTTTCTTTTCTTCAATTTGCAGATAATCTTTGTCAAAAT +GATTAGCATAAATCATCTTTCTAAATTTACGCATGCTCATTTTTCTAATTGTCTTATCTT +CAATAAGTAAAACATAATCAGCACAGTTAACTATAAAATGATAATCATGAGAAACCATTA +AAATAGCACCTTTATAATCTGCGATGGCTTTTTCTAGAGCCATTTGAGAATAAATATCTA +AGTGGCTTGTAGGCTCATCCATTAGCAACATATTTGCTTTACTAGCAGAAACCTTCGCCA +ATTGAAGTATATTCTTTTCTCCACCAGATAAAGATTCAATCTTTTGTGTAAGTATATCTG +CATCAAAACCATATCTTGCAACATATCTTCTAACTTCACCATAAGTCTCAAATCCAACAT +CATAGAACTCTTGAAGTATTGTATTAGACTCATTTACTACCTCACTTTGAATTTGAGATA +AATAAGCTAATTTAATGTTTTCATTTATTTTTATAGAGTCATTATTATTTTTAAATATTT +CTTTTAATAAAGTAGTTTTTCCAACACCATTTGTACCAACAATAGCTACTTTATCAGTAG +ATTTTATCTCGAAGTTAACATTTTCTAAAAGAACTTCATCAAATGATATACCAAAGTCAC +AAGCCTTTAAAGCAATAGTTTCTTCAATTTCATTATTTGTCTCTAAATTGATATATGGTT +GTTTAATATCTACAAATGGTGCTTTAATTCTATTGGCTTCTAATCTTTCTTGGATTTTAA +CTCTAGCTTTTAGAGCTCTACCTCTAGAAGCTTCAGAATTATAAGTTGCTTTTTCTCTTA +ATATTTCGATTAAAGCTTCATTTCTTGCAATTTCTTTTTCATCAGCGATAGCCATTTCTT +GTAACTCGATTTTAGTTTGAAGAAGAGAGAAGTTATAATCAACATATCTTCCATCAAATT +CTTGTAGCTCTGTATTCTCAAGGTGGATAATTTTATTAAAGCAATGATTTAATAAATATC +TGTTATGTGTAATAACTAAAATTGTTTTCTTATGAGAATTAATTAAATTTTTAAGAGCGT +TAAGGTTCTCAAAATCTAAGAACACATCTGGCTCATCCATAATCATTAAATCTGGGTTAT +TGAGCATTTCCTTAATAACTTGAATAAGTTTAAATTCTCCACCACTAAGTTCAGATATCA +TTTTATCTTTATGCTTAGTTAAATTTGCAACATATAGTTTCTTACTTATGTTGTTTTTGT +AATTATCACCACCAATTGCATCAAATGCATCTAAAGCTTTTTGGTACTTTTCTAGTAAAG +TATCAATATCATCAGAAGTTCCCATTTCACTACAAATAGATGATATTTCATTTTCTAGCT +TGATAAATTCTTCAGCTATATATTCGAAAACAGTAATTTCCTTTGTTTTGTCTAGTTGTG +AGAACTGGCTTACATACCCAATTTTTAAGTTTGGATCCATTTCTAATTTACCATCAAACA +GGTATCTTTCTGGATCCATTATTATATTTATAAGTGTACTCTTTCCGCTACCACTTGCTC +CTATAAAAGCACAATGTTGACCTTCTTCTAATGTAAATGAAACATTATTATATAGATCTC +TTTGCAAAAATGAGTAGGACAAGTTGTCAATTTTTATCATATAATTACCTCTCTTTATCA +TTTAAAAAAATTTCGCTAAGATATAAAAAGAGCCTATAAAAATAAGCTCTTTAATATATA +ATCAATCTCAATTTTGTAATTGATAGTATATAGTAACGACATTTTTTGATTTACTTTTGA +TAGCATAACATTTTTTAAGACTAATTTCAATTATTTAAAATTGGATTTTTTCGTAGAAAA +TTCAAGATATATTTATATCAATGTTTATGTTTTTTTATATCATAAAGCATAATATTAAAT +ATAGTGGTAACTATAATATAAAAATAATAAATATTTATTATTAAAAGTAATTATACAATT +TTATTAAAGGAGTGTCTTATATGGAGCATGACAATAATGAAAAAAGAGGAAATGATAATA +GTTTATTAAGATGGATAGGAAGATTTATATTAGTTGCAGTTATTCTAATGATAACATCAT +TTGTAACTCCAGGATTTTCAATCAATGGACTATGGTCATTTTTAATAGCTGCGGTTGTAA +TATCTGGATTAGATTATTTAGTAGAATTACTTATGGGAGTTGATGCATCTCCTTTTGGAA +AAGGAATAAAAGGATTTATAATTGCAGCGATAATAATATATTTAGCACAATTTTTAGTTC +CGAATATGGGCGTAACTATTATAGGAGCAATACTAGCGGCGATAGTTATTGGAATTTTAG +ATGCAGTATTTCCTGCTAGAGCTATGTAATTTAAAATATATTTAAAGCGGTTATAGATAG +CCATATTACAATAAAGTAATATGGTTTTTTTATATAGAACCAATATTAAACAATATGGCA +TTTTATAAACTTAGTAAATAAAAAAGACTTATGTGAGCCAGTGGATGCTATATATGAGTA +TAAAAAATTTATTGATACTTTTATAAAGATTTATATAAATAAGAAGTTCCTTTCTTGACA +GAAATGAATATCATATACGGAGAGGAGCTGATAGACATGTATTCAAATAAAGAAAATTAT +AATAGAGAAGAAGGTAACCTTCAAGATAAGTGTAGAAGTTTAATAAGTTATCACGTAATT +TTTACCATGAGAGATGGAAGAATGTTTGATGGTATTATTGAAGATGTTGATAGAGATAAT +GTTACTGTATTGGTTGGGGAAGATATGGTAGAGGGAGAAGGTGAAAGCAATAATAGACAA +TTTGGACCTAGAAGATTTAGAAGATATAGTAGAAGACGTATTCCGCTTGCTAGTTTAATT +GGTCTATCACTATTAGCATATCCTTATATATTCCCACCATTTTTGTTCTAGATTAAATGA +TTGTATTTTATATCGAGCATGTATGATAATAAAATAAGGCTATGTTAGCTATCTTCGTGA +TAAATATGGCATAAAAACAACCACATCTTAGACTTTTCAGTACATTGAATTCTAAGATGT +GGTTACTTCTATAACTTACTATAAATTGTTCGTAATATATTAAAATTGAGATTTTCATTT +TATGTTCTTGAAATGTCTATGTTTATATCTATATTTCCAAATAATTTTTAACTTTATTTA +TAATAACAGACATAAGATAAACAAATGTTAATAAAAATATAAATGATTGAACATTTAAAT +ATATTATATTAATACAGAAACCATACAATGCGATGGATGTTGTAGATATTATTCCCCATA +ATTTATTTTTTAGAAGACCATATATTGATAAGTTATATATATATGCTTTGCACAGTGTTA +CCCCGATAAATGATACGTATGTTTGATAAAAACCTAAGTTTATTAGTATCTCTCCTTCTC +CACTTGTATTTAATAATTCTATCAGTGTTGCCAATATAAATACTATTGCTACTATATAGT +AACCTTTTGGTAATTTATACTCATTTTTTTCAACTGACATTTATTCTTCCCCCTCTTTTT +TGATGCTAAATTTATTTATTTCGTAGTATATAACAATTGCAAACTTGATTATATTATGCA +AAATATTCAATTATTTTTCAATTACAAAATAGTTTCATTAATTTGAAGTAAAGTTCCTTA +TTTTAAGTTAACTCAATGAATCTATTTCTAATAGTGGTTATAGTTACATATGTATCTTTA +GTAGCTACATTCAATAGCATATCTTTAATTCGGTCACCCTTTTTATACTCCTTTATTAGT +AAAATATTAAATATTATTATAAGGTTATATGATTATAATTCCTGTATTTATTGTATTATA +TTTAATAAAAGTTTATAAGTGCATTAATGTTATATAATTAAATTGCACTATTAATCTAGG +TTTATTAATAAAATAATATTTGCATCTTTGAAACGATATAGACTGATACACCGTCTATAT +AAAGTAGAAAAGAAATGACATGAATTAAAAGTCATGTTGATAAATAGGAATTTGAAAAGG +AGTCTTATATGAAAAATTATTCACAAGAAGAACTACAGAATGCATTAAAAATTGTATCTT +CAACTATTAGTAAATGTGAGAAGATACAGCCAAAATTTAAAGAAGGAACGTCGCACTTTT +CACTTTTGAGAAATAGAATTGAAGCATTGAAAATTTCTAAATGTTTAATAGAAAATGACC +CAAGTATACAGGAATATACTGAAGATGATTTGGAAAAGGCATTACCACCTGTGATTTCAA +TTATTAATAAAACTGAAAAAGCTCAAAGTAAGTATGATGAAGGAACTACTCAGTTTAAGC +GATTTTCACCAATGATAGAGGCAATGTATATCGCAAAATCATTAATAACAAATGAAATTA +GTAAAAGAAAGTAAGTCCAGTTTTAGGTGAGATTGGAATTTAACTAATCTACATTTATTT +AGTATATACAGAAAATAGTAAAATTGAAAAAACTCACTTGAAACAGTTACGTAGAACCGT +ATCACAAGTAAGTGATACGGTTTTTTAATAAAAAAGAATTATATATTGATAATAACTAAT +AATTAAGGGATTGAAAAATATACAAAATAATTAGTAGTAAAAGGTGAAATACATTATTAG +GCATTAGTAGTTTCAATAAATATAAATAATAATGACATAAAAGATTATAAATTGAGGAAA +TTTTTAAATATACGTCACTAGGTGAAAGTGTAATAGAGATTGATAGCTCAAGTAAAAGAT +GGGCAGATATTTTATCATAAAGAAATATATTAGTCGCAATTTGTCGAACTATACATATAT +TATGAGTAGGAAGTATTACTTCCAACTATAATATGAAAGGAGTCTTTATATATGGGTAGT +ATAAAATTTAAATGTCGCAATGAGGGCAGATTTGTATTTTGTGAATGCAGTAGATTTATA +TGCTGTGGAAATGGTAGGTTTACATGTTGCGACAGAGACAGATGTTGTGACAGAGATAGA +GACAGAGATAGAGATAGAGACAGAGATAGAGACAGAGATAGAGACAGAGATAGAGACAGA +GACAGAGACAGACATTGTTGTAACTGCTTTAGATGTCGTAGATAGTCATATAAATTGCCT +ATAAATAGATCAATGTAAACTGAAGTGATATTATTCCCCTCTCTTGGTATCATAGGGAAG +TTTGCTATAAATAGATCAATGTAAACTGAAGTGGGGGCTAAACGTTGTAATTACTTAGCT +TCCACTTATTTTATATAGTTATAAAAATATCGTAAATATAAGTATATTCTTTAATATATC +TACGAGCAATATTGAGATATATATGATGTATTTTTATAATAGCAAAATACAAAAAGGATG +GAACAATAAGTCCCACCCTTACTTTCATTTACTTCAAATTAACCAAAACAGAAGATAATT +CATTTATACTATCAGATAACACCTGAAGCTTTCCTTCAATCCTAACCAAAAGGTACATAG +AAAGGGCAATAGGAAAACCAACATTAGCTATAATAGTCAAGAAATCATTATCCATAAAAC +TACCTCCTATAACTTAAGGTCAAATTCAGTAGTATCAGTTTGAACAACCTTAGCCTTTAC +AGCTTCCTTCAAATCAACATTATATGGAGCAAAAATATTTTTCTCTATGATTAAATTCAT +AGCATCTATTATCTCTGATTCTGTCAAATCATCCTTAGGATCATCAATTGTTAAGTTAAT +GGCTTTATCTCCTTGAGATTTAAAAGTCATTATTAATTTTAAAGCAGTTTCCATTTTTAA +TTACCTCCTATAATTTTATATTATTCTTATGATATTGACGTATAGTCTATTTTCACGACG +TCGTATAAATCATGCTTTTGTAATTCACCGATAGCATTTGCAACTGATAGAATATCATCA +GCTGATGAACTTTCTTTTAAATTAGAGAAAGTTTTGCTACCTATAACAGCCTTTCCATTT +GAGCCTAGTCCTTTGTTAAATTGTAGTTTTAGTGAAGACGCATTTTTTATTTCTGTTGCC +ATTGTATCTACCTCCTTTTTATATAAGGCTTTTGCCTTTGATAAAAGAATACTATTTTAT +TTTTGAATGTAGTTGTAATCTATGATAGGAATGTTTGTAGCAATAAATTATTAAGAAAAT +CATCGATAAACAGTAAAAGCAAAGTGATAAAATATTAAAATGAAAAAAATGTAGAAAAAT +GTAAAATGATTATTAGAACATATGTTCGAATAAATTGAGCAAAATTATTGTAATTTATTT +TTAATACTGATATTATTTAATTAAATTGGCAAAGGAGGTACAAATATGAAGAGATTAGAA +AAAGAACTTGTAACAAGAGAAAAGGTTTTGATAGAGATAAAGGGGTATATAGATAAGTTT +GGAATATCTCCAACTGTCAGAGAATTAGCTAATCTAGTAGGGGTAAAATCTCCATCAACA +ATACAAAGGCATTTAGATGGTTTAGTAGAAACAGGAAAAATAGTAAGAGAAAATAATAAG +TCAAGAACAATAAGAATAGAAAAAATATAAATGGGGGTAAATATGGGAATGTTAAAAAAT +TTCTTTAATAAATCAATAAATGAAAATACATATCCATTTGGAACAAAGGAATGTGGGAAA +TTTCTAAAAGAAGTATATAAGGAATCTATAGATGAAACACTTATTTTAAAAGATGATATT +TATGCAACTTTAGAGCAATATGATGAAATTGTTGATAACATATCAAGGTTAGAATTTAAG +AAAACATATATAGAACATTTTTTACAAAATGAAATGAAAGAATATGAGACTGCATTTTGT +AAGGAAAGAAAAATTACTTGGAAAACAATTAATAAGAATAGTTTAGATTCAAAGAAATTA +AAATTAGATAATCCAGATTTGGCTAATAAGTATTTAAAAACTAATAAAGTTAGAGTTTTT +AAAGTTTTTTAATCGGACAAGTAGATAGGGCGAATACCTACCTGTCCATGGCAATAAAAA +ACTTATTTGGGTACAAGATTAATATTTTATCTGCCATTTAGAATATTATAACATAAATTG +GAAAATGATGTTATAAAGAACGTATTATGCAAGGATTTAAATAGAAAATTTTTGATAAAT +ACAATAGATTACTTAGATAATTAAGTCTAATAGTAAGAAAGGGGAGTTATTATGAGAGAT +AGTATGTTAGAAGAAGTAACTATAAAGGATATACCAGAAAGTTTCAGAGATATAGCTGAA +GTTATAGGAATAGATGCATATAAAAAATTAGTTAGATATGTAGGGGGAAGTACGGTATAT +GTACCTGTAGAAGGATGTTTAACTAGAGAAGTTAGAAATAGAGTTCTTAAGGAATCTTTT +AATGGAGATTATAAGAGTGTTGCTAGAAAGTATAACATTAGTGAAGCACATGTCAGAAGA +ATAATTAATCAACAATAATTTAACTTATATAGCGAGGTAATACTTAAAATGATGGATGGA +ATTAATATTTCATCCATTATTTTTTTATTTGTAACCTGTGTTACAGCAAGTTAAATGTAA +TTATTTTATACTGTGGATACAGCAACACAAGAGATAAAATCAACTTAAAAATAGGAGGAA +TTAAAATGAGTTTATTTTTAGGAAAGATACATTATTGGTTATTTAATAAAATTTTATGGT +TTGAAGGATTAGAAAATGAAATAATAAATTTAGCAAATGAACAAGGTTTAGATATAGAAA +AGTTAAGTAATGAAACTAATTTAAAATATGGCGAAAAACTTCCAAACAAAAAACTAGAAG +ATATGATAGATACAAAAAACATACACGGTTGGCTACAAAGTAAAATACATTCTGCAGAAG +GAAGAATGGCTATGTGGACTACTACTATATTAAATAGTGATGAACAATCTATTACAAAAA +TGGAGAAAATATATAGAGAGCAAGGTATAAAAGCAGCAAAAGAAGTAAAATCTAATCAAG +CAATTGAAAATGCAAAAGAAATATACAATAGCATTAATGACTATATACTAGATGGTATGC +CATGCGATAGGGTAAATGAAATTATTACATCTGAAGATAATTGTGTAGAGTACAGAAGAA +GAATATGTGTCCACAAAGATATATGGAATAAAGAAAATGGAGATGTTAATATATTCTATA +AATTAAGAAGCTTATGGATAAAAGCTTTTGTAAATGAAGTGAATAGTGATTTTGAATATA +CTGAAAATAGTGATGGAATTAGTATAATCAAGAGAAAGTAAATATAAAAATACAAATGAC +ATGGAGGTATTACTATGAACGTAATCAATATCAATAAAATAGATACAAACAGAGAATTTT +TAGTAGTTAATGAAAAGTTTAAAACATTATTTTTCAAATTTGAAGAAGGTAAAGGACTAC +CTAATCACTCACATAATGGATTTGCAACAATTCAAGTTTTAGGTGGTATTGTAGATATAG +AATTTGAAAATGGAGAAAAATTTGAGCTTAAAGAGGGGGATTTATTACCATTCGATGCAA +GAATTACGCATAATGTCATAGCTAGAGTTAGTAGTAAAGTGTTAGTTACTATATCACAAC +CACTAGATAAGTAGTAAAATAAATTAAGTGTAGATAAGTTTGTGAAAATACAAGATTATC +TACACTTTTTATATTAGATATATTATAAAACAAAACTTTTTCTTAAAATCAACTCTGAAT +TTAAAAGAACAGTCTTTTTACATTTTCTTTCCTCAATAATTTGTTCAGACAACAATGAAA +TAGAAGTCTTACATAACTCAGGAATATCTATATGGAAAGTACTAAGAGGCGGAGAAACAT +ACTTTGCGATATCAATATTATTTATACTGATAATGCTAACCCTTTGAGGTATAGAAATAT +TATTCTCATTAAGTGCCTGAAGTACACCAATAGCTATTGCATCAGATGCAACAAAGAATG +CAGTTGGTAAATCTTCTTTTAAATCCTCAATAGCTTTTTTTGTTAATTCATATCCATTAT +CAACAGAGAATTTTGTACCTATAAATATATTTTTATCATTAAGTAGATTTAACTTTGACA +TATGGTCTCTAAATGAAATCTCTCTTATATCTTTTTCGTGTGTATTTGTATCGTGATTGA +AATATGTACCACCGATAAAACCAATATTAGTATGGCCACTTTCTACAAAATATTCTATTG +CTTTTTGAGTTATTCTAGGTGTATTAGGTTGTATAGAATCAAATAAATCTGGATTTGGGT +TTGAATCTATAAAAACACCATTTTCAGTAATTTCATGTAGCTTTTTTATTTCTTTATTAG +AAAAACCACCAACAGCAATAAAACCGCTTATATCATTTGGGATGTTATTAATACCATCTT +GCTGTTTAACAACAACTAACTCCATATTCTTATCATTAGCATATTTCTCAAGTTGAAGAC +GCATTTCTTTGAAGTATACATCTTCTAGCTCCTCTGTATCAGTAATCCAAAATAGTAATG +CAATTTTTTCTATAATAGTTTTTATATACTTTCTTTCGTATCCTAGTGAAAGAGCTGTAT +TTAAAATTTTTTTCTTAGTTTTAGGTGAGACTGATAAAGAGTTATCATTATTTAATAATC +TTGAAACTGTAGATGTAGAAAAACCAGATTTTTCAGCAATTTCTTTTATAGTAACCATGA +TAACCTCCGTTAATTTTTTATTTATAACTATATTATAACTTTATTATGTATATTTAGTAA +AGATATTTATAGTGAGTTTTAGTAAATTTATTTACTAAAATAATTGAAAATTAATAGGGT +TTTATATAGAAATACCGAATTATATTATCTAAATAGCTGAAAAGTAGTAAGGATTATATA +GCTATTCTAATGATTGTATATAAAATTTAGTAATTTTATAAAAAAAATTAGTAAATATAT +TTACAAAATATAATTACTTAATATATACTTATATTAGAAAACGATTTCAAATTAACTGGG +GGGAATAAAATATGTTCAAAAGAATTTGTTCATTAATATTATGTGGAGCTTTAGTAGTAG +GTATGACAGGATGTGGACCTACAACAGGTGATGATAACAAAACTTCATCAGGAAGTAAAA +ACAACTCAGAATATGACTTATTAGTTTGGGAAGACCAAAGTAAGTCTAAGGGAATAGAAG +AAGCAGTTAAGAAGTTTGAAGAAGAAAAAGGTGTAAAAATAAAAGTAGTTGAAAAAACTT +ACGCAAATCAAATAGAAGATTTAAGATTAGATGGACCAGCAGGTTCTGGAGCGGATGTAA +TAACTATACCAGGAGATCAAATAGGAACAGCAGTTACATCTGGGCTATTAAAAGAGTTAG +ATGTAGATGAAAAAACAAAAGAAATATATACTGACTCAGCAATGGAGTCTCAAATAGTAG +ATGGAAAGGTTTATGGTCTTCCTAAGGCTGTTGAAACTCAAATACTATACTATAACAAAG +ATATAATATCAGAAGAAGAATTACCTAAAACTACTGATGAGTGGTTAGAGTATTCTAAGT +CTGTAACAAAGGATGGAAAATACGGATTATTAGCATTATGGGATCAAATATACTATGCTC +AAGGAGTTATGAGCGGTTTTGGTGGATACATATTTGGAAAAAATGATGACGGAAGCTTTA +ATGCAAAAGATTTAGGTCTTAATAATGAAGGTGCAGTAAAAGCAGGAGAATATATAGCAG +AGTTTTATAATAGTGGAGTATTCCCTAAAGGAATAATAGGGGAACAAGGTATAAACACTT +TAGATTCATTATTTACTGAAGGTAAAGCAGCTGCTGTAATATCAGGTCCTTGGAATATAG +ATCCTTATAAAGAAGCTGGAATAAACTATGGTGTTAAAGAATTACCTATATTACCAAATG +GAGAACATATGGGTTCATTAATAGGTGTAAAAAGCTACAATGTAAGTTCATATAGTAAAA +ATCCAGAGTTAGCTGAAGAATTAGTTGAATTTTTAGCAAATGAAGAAAATTCAAAAGCTA +GATATGAAATAACTCAAGAAGTTCCAGCAGTAAAAGCATTAGCTGAAGATGAGTCAGTAA +CAAGTAATGAAAGTGCAAAGGCAGTTGCAGATCAATCTCAATATGCTGATTTAACACCTG +GCATAACAGAAATGAACTCTGTATGGGAGCCAATTGATTCAGCACTTCAAACAATAGCTA +CAGGTAAAGCAAAACCTAAGGATGCGTTAGATAATGCTGTTACTACTATTAAAAATACCA +TATCAGCGATCAAAAAATAATAGAGATTAATAAATTATATATTTTATTTTTACTTTTTAA +TAAATAAGGGGGGATATAAGACATGATAGGAGAACATACTAGCCAAGTACAATCTAAGTT +CAATAATATAAAAAAATCTAAGCATGGAAAAAAAGCAATGTTATTGTCTTTAGTACCTGG +ACTAGGTCAGATATATAATAAGCAAATAGTAAAAGGATTAGTTTTCTTAGGCTTCTTCTT +ATCATTTATATTTGTATTTAAAGATTTATTTAATATGGGGTACTGGGGAATTTTTACCTT +AGGTGAACAAGTACCAAGAGATAATTCAATATTCCTTTTAGCTGAAGGTTTAATTGCTAT +TATAGTAACAGCTTTTGGGTTATTATTTTACTATTTAAATTTAAAGGATGCTTATGCAAA +TGGGAAAAGAAGAGATGATGGATTTTCAGTATATTCAGTTAGAGAACAATATCAAATACT +TTTAGAAGAAGGCTATCCATACTTTATAACAAGTCCAGCTTTTATACTTCTAGTATTTTC +TGTAATATTCCCTATATTATTTAGTTTTGCTTTAGTATTTACAAATTATGATTTATACCA +CAGTCCACCAGCTAGCTTAGTTAGCTGGGTAGGGCTTGAAACATTAAAAGATATATTTAC +AGTAGAAATATGGAGAACAACATTCTTTGATGTATTAGGATGGACAGTAGTTTGGACTTT +AGTTGCTTCAACTATTCAAATAGCAATAGGAATATTTTTAGCAGTTGTAGTTCATCAAAA +AGGAATAAGATTTAAGAAGTTTTGGAGAACTATATTAGTATTACCTTGGGCAGTTCCTGG +ATTTGTAACAATACTTATATTTACAGGAATGTTCAATGATACATTTGGAGCTATGAATAA +TGTTATACTGCCTATGCTAGGATTAAGCGAAGTGCCTTGGTTAACAGATGCTAACTTTAC +AAGACTTGCTTTACTTATGGTACAAGGGTGGTTAGGATTCCCTTACATATTTATAGTAAC +AACGGGTGTACTTCAATCAATACCTGAAGAATTATATGAAGCAGCAACAATAGATGGAGC +TACGGCTATACAAAAGTTTAAGAATATAACACTACCATTAGTTTTATATTCGATGGCTCC +AATACTAATAACACAATATACATTCAACTTTAACAACTTTAATATTATATATCTATTTAA +CGCAGGGGGACCAGCTGTACCAAATTCTACAGCAGGCGGAACAGATATATTAGTATCTTG +GATATATAAATTAACAATGCAATCTGGTCAATATGCACTAGCAGCAGCATTAACTCTTTT +ACTGTCTGTATTTGTTATAGGAATAGCTATATGGCAGTTTAGAAGAACAAAATCATTTAA +GGAGGTAGTATAAGATGGATGCTTTAAGTAAAACACCAAAAACAAGTTCAAGACTTAGCT +CAAAGAACAAGAGAAATTTAAATAAAGCGCTAACATATTTACTATTAATTGCAGTATGTG +TAATAATTATCTACCCTCTTTTATGGACAATAGGAGCTAGTTTTAATCCAGGTAACAGTT +TAGTAAGTACAAGTCTTATACCTGAAAATCCTACAACTGAGCATTATACACAGCTATTTG +CAGGAGAAGGTAACTTACATTATAAACAATGGTATTTAAACTCATTAAAAATAAGTATAT +TTACAATGATATTCTCATTAATATCAGTATCATTTACTGCATATGCTTTTTCTAGATTTA +GATTTAAAGGTAAGAAAAATGGTTTAATGTTATTTATGCTTTTACAAATGATACCACAGT +TTTCAGCACTTACAGCAATTTTCGTTTTAGGACAGATGTTAGGTTTAATTAATAGTCATT +GGCTTTTAATACTTATATACGTAGGAGGTCAAATTCCTATGAATGCCTACTTACTAAAAG +GATATATGGATTCAATACCAATGGATTTAGATGAAAGTGCTAGAATAGATGGAGCTAGTA +GAACAAGAATATTCTTCCAAATAATACTACCTCTATCAAGACCAATGTTAGCAGTTGTAG +CAATGAATGGATTTACAGGACCACTTGGTGATTTTGCATTATCATCAGTTATATTAAGAG +AACCAGAAGCGTACACTCTTCCAATAGGTCTATATAAATTAGTTAGTGATAAAATGGGAG +CTAGTTATACAACATTTGCAGCAGGGGCAATATTAATTAGTATACCTATAGTAATAGCAT +TCTTATCATTACAAAAACACTTTGTATCGGGATTAGCAGCAGGTGGAACAAAAGGATAAA +CGGGGGATATAAATATGAATTATACGTATTATAAAGAAAAAAGATTACTACATGGTGGAG +ACTACAATCCAGATCAATGGTTAGATTATCCAGAAATTTTAGAAGACGATATGAGATTAA +TGAAATTGGCTAATGTAAATACAATGTCTGTAGGTATATTCGCATGGAGTGCTCTTGAAC +CAACTGAAGGTAACTATAATTTTGAATGGCTAGATAAAATTATAGATGATGTATATAAAC +AAGGTGGCAGGATTATACTTGCCACTCCAAGTGGAGCAAGACCAGCATGGATGTCTAAAA +AATATCCAGAAGTATTAAGAACTAATGAAAGAAGAGAAAAAATGCATCATGGTGGAAGAC +ATAATCACTGCTTTTCTTCACCAGTATATAGAGAAAAAACACAAGCAATGAATAGAGAAT +TGGCTAAAAGATATGGTAATCATCCAGCACTTATAATGTGGCATATATCAAATGAATTTA +GTGGAGATTGTCATTGTGACTTATGCCAAGAAAACTTTAGAACATGGTTAAAAAATAAAT +ACAAAACTATAGAAAATGTAAATAAAGCATGGTGGGGACCATTCTGGAGTCATTCATATT +CAGATTGGTCAGAAATAGAGTCACCTTCATCTATTGGAGAAGGTGCAGTTCATGGTTTAA +ACTTAGATTGGAAAAGATTCGTAACTGATCAAACTATAGATTTTTATGAAAATGAAATAA +AGCCATTAAGAGAGCTAACACCAGAAATAGCAATAACTACAAACTTTATGACAGATACAA +ATGACTTAATACCATTCCAAAGTCTTAATTATGAGAAGTTTTCAAAGCATGTAGATATAT +TAAGTTGGGACTGCTATCCTGCATGGCATAATGATTGGGAAGAAACTCAAGACTTAGCAG +CAAAAGTAGGATTTATAAACGATTTATATCGCAGCTTAAAGCAACAACCATTCTTAATAA +TGGAATGTACTCCAAGTGGAGTTAACTGGCATAATGTAAATAAAGCAAAAAGACCTAAAA +TGCATAAACTTGCATCTATGCAACTTTTAGCACATGGTTCTGATAGTGTATTATACTTCC +AATGGAGAAAATCTAGAGGTTCCTCTGAAAAATTCCATGGAGCAGTAGTTGACCATGATA +ATTCTTCTGAGAATAGAGTATTTAAAGAAGTATCAGAGGTAGGAAGTGCACTTAATAACT +TACAAGATATAAAAGGAAGTATGAAAGAGTCAAAGGTAGCAATTATATACGATTGGGATA +ATGATTGGGCATTAAAAGATGCACAAGGATTTGGATTAGAATCAAAAAGATATCCTCAAA +CATTACAAGAACACTATAAATACTTCTGGAATAAAAATATATCTGTAGATGTAGTAACTC +CAAGTGCAGACTTATCAAAATACAAATTAGTAGTTGCACCAATGATGTATCTTATGACTG +AAGAAACTATGAAGAACTTCAAATCATATGTAAGTAATGGAGGGAACTTAGTAGGTTCTT +ACCTTAGTGGATTAGTTAATGAAAATGATTTAACTTATCTAGGAGGATGGCACAAAGACC +TTAAAGAGATATATGGAATAAATGTTAAAGAATTAGATACTTTATATCCTAAGGATAAAA +ATAGTATTGAATATAATGATAAAGAATTTGAAGTAAAAGATTACTGTAGCATTATAGATT +TATTAGGAGCAGAAGCTTTAGCTGAGTATAAAGATGATTTTTATAAAGAAACTCCAGCTA +TAACAACAAATGCTTTAGACAATGGTAAAGCTTATTTTATAGGAGCTAGAACCAATCAAG +ATTTCTTAAGTGAATTCTATGATAGTATAGTAAGTGATTTAGACCTTATAGAAACTAATG +ACTTTGAATCCCCACAAGGTGTTTCTATACAAATAAGGGAAAATGAAAATAACAAATACT +ATTTTGTAATGAACTTCACTGAAGAAAATCAAGATGTTATAATAAACAACTTATATGAAG +ACTTACTTACTAATGAGAAAGTTTTAGGTAGTAGAGTACTAAAACCTTATGAAGTATTAG +TATTAAGAAAGTCTAAATAAAATTTGATGAATCCCTTTCTTAGAAGCTGTGTTTAAGTAG +AAATACTTAGATACAGCTGTTTTTTTATTATATAGAAATTTTGATAGCCTAAACTCTGTG +TAGAACTTGTGAATTAAAATTATATCAACTATATATAGGAAAATAAGCAGTGATAAAAAC +TTATAAAAATAAGTGTTCTCGGAAAGATCTGTTTTAGTGAGCAACATTTTAAGTGTACAA +TATTTTCAACCTGTATATCATGCAAAAATGTCTATACTTTAGGTATAGTAGTATCAGTAG +TTGTATAAAATGTATATAATATATTTGTATATGAATATAAAAATATAGGAGGGATTAAAT +GTATTATTTTGAGCATTCATATTATCTGGGGATATTAATTATAATTGTAGGTTTTATTAT +GAGATACGGTACAGGGGAAAGACCTAATTCATTAGGATATAAGACATGGAGTTCTTGTAA +GGATTCTACCAATTGGATTATTGCAAATAAATATGCAGGAAAATTAAGTATAATTTGTGG +GATTATATATACTATAGTTTTCTATTGCATAGATCGATTTTTTACCTTTAAAAATGAGGT +GGGTATATCGTTACTTGTATTTGTTGCGGTATTCGTTATTATTGTAATAGCAACAGAAAT +TTATTTGCACAAAGAAAAGGAAAAATTATTGTAAGCTTAAGAAGTTACATAGAAAGTGAT +TAACCATGATAATTTATATAATACTTTAAATGTGCTTTTAGAGTATTGTTATGTTTTAAT +CTTACTGAATAAATTTATATCTTTTTTTCTTAATTATAATTGCCTCTATAAAAATAAATC +TACATGCTCACAGAATACTTGAAGTAATCAATCTATCATTTGAACTTATTTAATACAATG +TATTTTACTTGAAATTTAAAGAGACCTTTTATAATTGGAAAATAATTGAATATTGTATAT +AATAACAGTACACAATTGTTATAAATTATATATGATAGATTGTCAATATAAGTGCAACAC +TTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAG +>MGYG000000001_8 +AAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTT +GCACTTATATTGACAATCTATCATCATATATGTAAGAGTTTAGTGGATCTTTTTTTACTT +TTTCGACGTATCTAATTGTATATATAATACAAATTACAACACCTGCAAGTAGCATAAATA +TTCTAAGAGGCATACCATTAGTAAAATCAATTCCAGCTGTATTAGAAGCTATTACAGTTG +AAAATGGATTTACTGTAGATACCATGTTCCCAATAGAAGAACCTAAACATATATAGATAT +ATCTTTATTAATTTACTGATAATTTTTTAATTTTATAGTATAATAATACTTATCTTAGTA +AATAGTTAAATATTAGAATTTAAAGTTTCCTTATCAATGGAGGAAATAATATGAAACCAT +TAGTTATTGGAAATTTAGTCGTAAAAGTTCCTGTTATTCAAGGAGGTATGGGTATAGGTA +TATCCCGTTCATCTTTAGCTTCAGCAGTAAGTAACTCGGGTGGTATTGGAGTAATCTCTG +GAGTAAATATAGGATATGATGAATATGATTTTGAAAATAATTCATTAGAAGCTAACTTAA +GAGCTTTAAAAAAGCATATATCTATTGCAAAAGAAAAAACAAGTAATGGTATAATAGGTG +TAAATCTTATGGTTGCAATGAACTTCTATGAGGAACATGTAAAAACAGCTATTAAATCCG +GTTGTGATATTGTTATATCAGGTGCTGGATTACCATTGAAATTACCTAGATTGGTAAAAA +ATAGTAATACTAAAATCGCACCAATAGTATCTTCATCTAAAGGTGCTAATATCTTGCTTA +AAATGTGGGATAAAAAAGATAATACAACAGCTGATCTAATAATTGTAGAAGGTCCAAAAG +CTGGTGGGCATTTAGGATTTAGTAATGATGAATTAGAAAATATAAATTCTATTAATTACG +ATGATGAGTTTATAAAAATACTTCAAATCGCAAAAATTTATGGCGAAAAATATAATAAAG +AAATTCCCGTTATAGCAGCTGGTGGTATATCTTCAAGTTCTGATGTTAAAAGATACATAG +ATATGGGCGCAAGCGGTGTTCAAGTAGGTACTAAATTTGTAACAACTTATGAATGTGATG +CAGATGAAAGCTTTAAGAATGCATATATAAATGCAAAAGAAGAAGACATACAAATAGTAA +AAAGTCCTGTTGGTCTTCCAGGAAGAGCAATAAAAAACAAGTTTATTGAACATATTTCAT +CTTCAAAATCTAAAATAACAAAGTGCTACAATTGCTTAGTTCCGTGTAATCCTAAAAATA +CACCTTATTGTATATCACAAGCATTAATAAATGCTGTAAAAGGAAATCTGGACGATGCAT +TACTATTCTGTGGAGCAGATGCATATAAAATAAATAAAATAAAATCAGTTAAAGAAGTTA +TGGAAGAGTTAACTTGTGAAATATAAATAATTTTAATTCATAAGTTGATAAAAATAAAAA +GTTGCTTTGATATATATCAAAGCAACTTTTTATTTTCACTAATTAGTTTTAGTTTTTTAA +TTTTATTTATTCCTACTAGGTTTTTATGAACTGTTTTATTAAAGTAATTTAAAGCATTTT +TAAAATCTTCAAATCTACTTTCATCAGATGATTCTCCACCCTTTTTATTTTAGATTTAAT +TGAAAATCTTCCTACAACCTCTGATTTCTTATGTCAAATCTATAACTTAAATTTTATAAA +TCACAATTTTGGTATATAATTTTACATAATATAAAAAAAGCCTCCTACTGGAAGCTTTCA +TATTTTTTCTCGAAGAATCTGCTAGCTTTACCTAGGGCTCTAGTTAAAACATCTAAATCT +TCTCCATGGAAGTTTTCAAGAATAGTATCAATCATTTCCTTGTGAAATACACTATGAATA +TCAAAAACATTTTTCCCTTTTTCAGTAAGGCTTACTATTACTACTCTTCTATCTTCTTCT +ATTCTTTTTCTTTCAACATAACCCTTTTTTATAAGTCTATTTATTGCTGTAGTTAAAGTA +CCTACAGTTATTCTTAAATCATGAGCTATCTCACCCATAGTTCTATTACCTTCAGTTCCT +ATAGCATCTATAGTATGAATTTCTGTAATAGACAGGTCAGTAAACTCTGTACTTCTTAAA +GCTTTTTCTTCAATATGTAAGATATCATTAAATAATTGTACCAATAATGTATTTAGTACC +TCTTCAGTTGAATTTTTCATAGTATTAGGTCTCCATATTTTTATTTTAACTGTAATATTA +TAATAAATTTTTCGAATAAATTCAATTGGTACCAAGCTTTAATTTATAGTAAAATGAATT +ATAACCTGAGCTTTAATAGAAATTTCCAATCTCTCTAAACTTATTATACCTATTTTCTAA +TAAATAATTTATGTCTTGATTTATTAATTCTTCAAGATCTTTAGTAATGAATGCTTTTAT +ATTATTAGAAGCCTCTATAGGGTTATTATGTGCTCCACCTTGTGGTTCTTTGATAATATC +ATCTATTATATTAAAGTTCTTTAAATCATCTGCAGTGATTTTCATAGCTAATGCAGCTTC +TTTTGACCTACTTACATCTTTCCATAGTATTGATGCAAATCCTTCTGGTGATAAAATAGA +GTAAACAGAATTCTCCATCATGTATATTTTATCGCCTACTGCTAGTGCTAAAGCACCACC +ACTTCCACCTTCACCAATAATTATTGAAATAATGGGTGTTTTTAAATTACTCATTTCAAA +TAAATTTTTTGCTATTGCCTGACCTTGACCTCTTTCTTCTGCACCTATTCCACAAAATGC +TCCCGGAGTATCTACTAAACATACTATAGGTCTTTTAAATTTTTCAGCTTGTTTCATAAG +TCTAAGAGCTTTTCTATATCCTTCCGGATGAACCATTCCAAAATTTGTTTCTATATTTTC +CTTTGTATTTGTTCCTTTATTAATACCAATTACAGTTATATTAAAATTATCTATCCTAGC +TATACCAGCAATTATTGCTTTATCATCTCTAAATGATCTATCTCCATGGAGTTCTACAAA +ATCATCAAATATATTTTCTATATAATATCTAGCATTAGGTCTGTCTTTATGTCTTGCTAT +ATTTACTTTTTCCCATATTATATTTACATTATTTTGCATATTCCATCACCTCATGTAAGC +TAAGTATCTTTGATAAATATCCTCTTAAGTCTTTTCTTTTTACTATAGAGTCTATTAGGC +CTTTTTCTAATGCAAACTCAGCACTTTGAAAATCTTCTGGTAATTTTTCATTAATAGTAT +TTTCTATAACTCTTCTACCTGCGAATCCAATAATAGAATTAGGTTCACTAATAATAATAT +CTCCTAGCATTGCAAAACTTGCTGTTACTCCTCCAGTTGTTGGATTAGTAATTACACTTA +TATATAAAAGTCCTTCTTTATCATGTTTTGAAATTGCAGCTGATGTTTTTGCCATTTGCA +TTAATGAAAATATTCCTTCTTGCATTCTAGCTCCACCTGATGCTGTAAATATGATTAATG +GTAATTTATTCTCTGTAGCATATTCTATAATTCTAGTTATTTTTTCACCTACTGCAGATC +CCATACTTCCCATCATGAAATTGCTATCCATGATAGCTGTTGCAACTTTATTTGAATTTA +TACTTCCTACTCCTGTTATAACAGCTTCATTTAATTCAGATTTTTCTCTATTTATTTTTA +ACTTATCTTCATATCCATCAAAATCAAGTGGATTTTTAGATATAATGTCTTCAAATAAAT +AAGTAAAGCTATTTTCATCAAATATCTGTTCTACTCTTTCTTTCGAAGAAATTTTAAAAT +GAAAACCACAGTTTATACAAACATTGTGGTTTCTTTGTAAATCTTCTGTATAGATAATAT +TTTTACATTTATTACAGTTTATCCATTTTCCATCTGGTATATTAGGGATAGATTTATTAT +CTAAATATACCCTATTAACTGTAACATACTCTCTTTTTCTAAATAAATTTTTAAGCATTA +TTATTCACCAACTTCTCTTCTATAAATGATGTGTTATAATCTCCATTTATAAAATCCTTA +TGATCTAATATTTCATATTGAAAATCTATATTAGTAGTAACTCCACCTATGGCAAATTCA +GCTAATGCTCTTTTCATTTTTATAATAGCATTTTCTCTATTATCTCCATAGGTAATCAGT +TTCCCAATCATCGAATCATAATACGGTGGTATTTCATATCCACAAAATATTGCACTATCA +ACTCTAACACCCAAACCTGATGGTACATACAGTTCACTTACAACCCCAGGACATGGTCTA +AAATTATTCTTAGGATCTTCAGCATTAATTCTGCATTCAATTGCATGACCAGATATATTT +ATATCTTCTTGGGTAAATTCAAGTTTTATACCTGATGCTATTTTTAACTGCTCTTTCACA +ATATCTATATTTGTAATCATTTCTGTTATAGGATGCTCAACTTGAATTCTTGTGTTCATT +TCCATAAAATAAAACTCACCATTTTTATCTACTAAAAATTCAATTGTCCCTGCATTTTTA +TAGTTTACTGCCGTAGCTGCTCTTATAGCAACTTTACCCATTTCATTTCTTAATTTATCA +TCTAAAAATGATGATGGAGCTTCTTCTAAAACCTTTTGATTATTTCTTTGAAGAGAACAC +TCTCTTTCACCAAGATGAACAATATTTCCAAATTCATCTGCTAATATTTGAAATTCAATA +TGTCTAGGTTTTTCTATATACTTTTCAATATAAACTTTATCTTCACCAAAACAAGATTTT +GATTCTAGTTTAGCGGCCTCATAATTATGTTTAAACTCACTAGGATCTCTTACAATTCTA +ATACCCTTACCACCACCTCCGGAAGCGGCTTTTATCATAACTGGGAATCCTATATTATTT +GCAATTTCTAAAGCATCAGTATAAGAATTTATTTCTCCTTCATACCCTGGAACAACAGGT +ACATTTGCTTTTTTCATTATTTCTCTAGCTCTTGCCTTATCTCCCATTAATTCTATAATT +TCATAACCTGGTCCGATAAATTTTATATTACACTCTTTACACATTTTAGCAAATTTAGGA +TTTTCTGATAAAAAACCAAACCCGGGATGTATACCTTCACATTGTGTTAAAACACAAGCG +CTTAGGATATTGGCCATATTTAAATAACTATCCTTACTAGAAGGCCCTCCAACACAAATA +GCTTCGTCTGCCATTTGTGTATGAAGAGCATATCTATCCGCTTCTGAGTAAATTGCAACA +GTATTTATACCAAGTTCTCTACAAGCTCTAATTATTCTTACTGCAATTTCACCTCTATTT +GCTATAAGTAATTTCTTTAACATAATACCACCTACCCAATAGCGAACATTATTTCACCTT +CGCAAACTATTTGATTATCTACAGTAGCCTTTCCTTTCCCTACTCCAATGCTACCTCTTA +ATTTTATAATCTCTATTTCTAATTCTAATTTATCACCTGGCATTACTTGCTTTTTCCATC +TAACTTTATCTGCCCCAACTAAAAATCCAATTTTGCCTTTAAAGTCTTCCATAGAAAGTA +TGCATATTGCTCCCATTTGAGCTAATGCTTCAAGAATTAATACTCCTGGCATTACTGGAT +ACTCGGGAAAATGACCATTAAAAAAGTTTTCATTTATTGTAACATTTTTATATCCCTTTG +CACTTTTACCTTCTATTACTTCTTCTACTCTATCTATCATTAAGAAAGGATACCTATGTG +GTAATATTTCTTTTATCTCTTTAACAGTTAACATTTATATTCTCCTTACTTTGAATAATG +GTTCACCATATTCTACCATTTCCCCATTTTTACCTAAAACGCTTATTACTTCACAATCAA +ATTCTGCACTTATTTCATTCATAAGTTTCATTGCTTCAACTATACATACAACTTCACCTT +CTGATATTTTTTGTCCTACTTTAACAAATGGATCTGCATCTGGTGATGTTGCTTCATAAT +AAGTACCTACTATTGGAGACTTAATATAATCACAATCAATTTCTATATTATCATCCATAC +TATTATTTGTAGGTGAGTTTATATTAGTTGTATTTATATTATTTAAATTTGAATCTTGTA +ATTCTAATTTATCTAAGCTTTCTGTAACTGCTAATTTATTTAAACTATTAATATCTATAG +CGTCGTTATTTGGATTTATATAGTTTCTTGTTATTGACTTATCCATTTTTATATAATTAT +TTTCATTTTTAATTTCAAAATAAGATAAATCTGAACTATTGATAAGTCCTATTAATTCTT +TAATTTCATTAAAATCCATGATAACCTCCAATTATTCCCACTTTTTAAATAAAAGTGAGG +CATTATGACCACCAAATCCTAAAGAGTTATTAATTGCGTACTTTAATTCAGATTTACGAC +CAGTATTAGGTACATAATCTAAATCTAACTCTTCGTCACTTTCTTTGTAACCTATAGTAG +GCGGAATATATCCTTCCTCTAAAGCTTTAATACATACTATTGATTCTACAGCTCCTGCAG +CTCCTAATAAGTGACCAGTCATAGATTTAGTTGATGATATAGGTATATTTTTAGCACTTT +CTTTAAATACTTTTTTTATTGCTCTAGTTTCAAATAAATCATTGTATGGTGTTGATGTTC +CATGAGCATTAATGTATGAAACTTGACTATAGTCAATATTACCTTCATTTATTGCATCAA +TCATTGCTCTTGAAGCACTTTCTCCTTTAGGATCTGGAGATGTTATATGATACGCATCAC +ATGTAGATCCATAACCTACTATCTCACATAATATATTTGCATTTCTCTTTAAAGCATGAT +CTAAACTTTCCATAACTAATATCCCAGCACCTTCTCCCATTACAAATCCACTTCTTTCTT +TATCGAATGGTATTGATGCTCTATTTGGATTATTATTAGAGTTTAAAGCTCTCATATTTG +CAAATCCTGCTATAGCTATAGGTGTTATAGAAGATTCACATCCTCCAGTAATCATTACAT +CTGCATATCCATGTTTTATGTATCTAAATGCATCCCCTATATTATTTGTTCCTGTTGCGC +AAGCAGTAACTGCAGATGTACATGTAGCTCTTGCTTCATATTTTATTGCTATATTTGCAG +CTGCAGCGTTAATTATTGTCATTGGTATATACATTGGAGATATTCTTTTTGGTCCTCTAT +TGTATAAAGTACTGAATTCATTCTCATGAGTATGAAAACCGCCGATACCTGACCCCACCA +TTACTCCAAACTTACTTTTATCTAACTCATCTATATTAAGGCCTGCATGATTTACAGCTT +CATCACTTGCAATAAGTGCATATTGCGTAAATTTATCAAGGCGCCTGCTTTCTTTTTTAT +CTAAATAATCTTCTATCTTTAAATCTTTAACTTCTCCAGCTATTTTTACATCTAGATTCT +CTGTATCTATTGATTTTATAAAATCAATTCCTAGCTTTCCAGCTTTACTATTTGACCAAA +ATTCATCAACATTATTACCTATAGGAGTTACTGCACCTATACCTGTTATTACTACTCTTC +TACTCATAATTACCTCCTACATTGCCATTCCGCCATCAACATGAATTACTTGGCCTGTTA +TATAATTTGATTTATCACTCCCTAAGAATACTGCTAAATTAGCTATATCTTCAACATTCC +CTAGTCTTTTTAAAGGAACTTGTGATATTATATTTTTCTTTTGATCATCACTTAATACTT +TAGTCATATCAGTATCTATAAAACCTGGTGCTATTGCATTTACATTTATATTTTTACTTC +CTATTTCACGAGCTAAAGATTTTGTCATTCCTATTAAACCCGCTTTAGAAGCTGAGTAAT +TTACTTGACCAGCATTACCTATAACTCCTACAACAGAGGACATATTTATTATTTTGCCTT +CTTTTTGTTTTACCATTATTGGAGAAATTGCTCTTAAGCAATTAAAAGCTCCTTTTAGAT +TTACTTCTATTACGTTATCGAAATCTTCTTCTTTCATTCTAATAATTAATGTATCTTTTG +TTATTCCAGCATTATTAACTAGTATATCTATTTTTCCAAAAGTATTTTTAGCTTCTTTTA +TTAACTTTTCAGCTTCATCAAATTTGCTAATATCTGCTTTGATTATCAAAGTATTAGAAC +CTAATTTATCAAGCTCATTTTTTAATTCTAGAGCTTCTGATTCACTATTTCTATAATTTA +AAACTATATTCGCACCTTCTTTTGCAAATTTTAGTGCTATAGATCTTCCTATTCCTCTAG +ACGCACCAGTTATTATTGCACATTTTCCCTTTAACATTGATTTACCTCCTAATTACTATT +TAGGTATTTATTTTATATACTAGCAACTCTAGACTTTAAACTTTCTACAGTTTCATTTAA +TGATTTTATATCTTCCACATTGTATACAAAAACATCTTTGTTTATTTTTTTTACAAATCC +ACTTAATGTTTTACCTGGACCAACTTCAATAAATGTATCTACACCTTTGTCTATTAAATC +TCTTATACTCTTTTCAAATAAAACAGAAGACATTATTTGTTTTCTTAATAACTCGTATAC +ATCATCATCTTCTTCATATGGCTTACCTTTTACATTTGAATAAGTAACTTTATCAAAGTT +ATTTATATTTACTTTTTTTAATTCATCATAAAATTCATAACTTGCTTTTTCATACATAGA +ACTGTGAAAAGGTCCACTTACTTTAAGCGGTACAAGCATTCCTTTTAATTCTTTTGCTAT +TTTCATACTTGCTTTTATAGCTTTAGGCTCTCCAGAAATAACTACTTGACCTGGACAGTT +ATAATTTGCTCCTTCAACAAGGCCAAATTCATTTGCTCTTTTTATTAATTCTTCTACTTT +ATCATCACTTAATTTTAATACGGCGGCCATTGTTCCTTCGTCTGTACTTACTGCAGAGTC +CATTATTTGTGCTCTTTTTTTAATTAATTTTATTCCATCTTCAAAAGATAATGCTCCTGA +ATGTACTAACGCTCCATATTCCCCTAAAGATAAGCCTAATGAATAATCAGCTTCTACTCC +ATTTATTTCTAAAGCTTTTAAGCACGCTAATGATGTTAATAAAATAGCGGGTTGACTATT +CTTAGTTTTTGTAAGCTCATCTTGCTCACCATTAAATATTAAATCTTTTATTGGCATATT +TAGTATTTCTTGACCTTTATCGAATACCTCTTTACATTCACAAATATTATCATATAATTC +TTTTCCCATGCTTATATATTGTGAACCTTGGCCTGGAAAAAGAAAAGCTGTCTTTTTACT +CATTATATCCTCCTAAGAGTTTCTTCGAACTCATAAACTAGTTCATTTATTATTTCTTTA +CAACTTTGTTTTTCTTTGACAAGACCTGCAATCTGACCTGCCATTACACTTCCATTTTCA +ACATCGCCATCTATGACTGCTTTTCTTAAAGCTCCTTTTCCTAAAGCTTCAATTTCACTA +CTATCTGCATTAGATTTTTCTAGTTTTATATATTCTCTAGTTAATTTATTTCTTAAAACT +CTTACAGGATGTGAAGTTGATGTTCCTGTTATTTCTGAATCAATATCTCTTGCATTAAGT +ACTTTTTCTTTATAATTATCATGAACATTACATTCATCAGACACTAAAAATCTAGTTCCC +ATTTGTACTCCACAAGCTCCTAACATAAATGATGCTGCTATACCTCTTCCATCGCCTATG +CCTCCCGCTGCTATAACAGGAATACTAACTGCATCTACAACTTGTGGCACTAAGCTCATA +GTTGTCAATTGTCCTATATGACCTCCTGCTTCCATCCCTTCTACAATAATAGCATCTGCT +CCGAACTTTTCCATTCGTTTTGCTATTGCTACAGAAGGGACAACAGGTATTACTTTTATA +TTATTTTTCTTCCAATCTTCCATATACTTTCCAGGGCTACCTGCACCAGTTGTAACCACT +GATACTTTTTCTTCACATACCATCTTAGCAATTTCATCTACATTTTTAGCCATTAGCATT +ATATTCACACCAAAAGGTTTATTTGTAAGTGACTTAGCTTTTTTTATTTGAGCTCTAACA +TCCTCTGTTTCACCTACGCCACTTATTATTCCAAGACCTCCTGCTTCACTTACGCCTACT +GCTAAGTCTGCATCTGAAATCCATGCCATTCCGCCCTGTATGATTGGATATTTAATATTA +AGTATATCTGTTATCCTTGAATTTATCATAAATCCTCCTGTAACTTACTCTTATTATGAA +TTTACTTTTTCATTAGTCTTTTCTTCTATGTAATTAACAACATCTTGTATACTCTTCATA +TTTTCTGGTGATTCTATTTCAATTCCAAATTGTTCTTCTATTTCTATCACTAATTGGAAT +GTATCTAAGGAGTCTATTCCTAAAGATTCAAATGTACTTTCTAATTTTATTTCATCTCTT +TCTATTGATAAGTTTTCTTCTATTATTCCTTGTAATTTTTCAAATATCATTTTGCTTTCC +TCCAAATTTTCTTTTATATTTTGTATATTATTTACTTTTCTTGTTATCATGTTTGATTTG +TATTAATATCTAGTTTTAAAATAATTATTTTTAATTTATCTTAGTTTTTTAATCTTAGTA +TCTTAGTTAATTATTAAATTTAAATTCCTTAAATTAATTTATTTTTTATTTTGACCAATT +TATAAGAGTTGCACCATAAGTGAGACCTGCTCCAAATCCAACTAATATAATTTTTTGTCC +TTTTTTCAACATTTTTTTCTCATCCATCTCACATAACGCAATGGGAATTGATGCTGCAGA +TGTATTTCCATATTCATCAATGTTTATGTAAAATTTATCTATAGGAACTTTTAATTTTTT +AGCTGCATAATCAATTATTCTAATATTTGCTTGATGAGGTACTATATAATCAATATCATC +TAAGCTTAAATTATTATCATCTAATATTTTATTTATAGAATTCACAATTGTAGAAGTGGC +AAACTTAAATACTTCATTTCCATTCATTTTTAGCTTCGAATGTCTTATTGTTTTATTTTC +TACAAAAGGACTGTCTATATCATTCCCTTCTATTGTTATACACTGCCATTTATCTCCTTC +TGATTTAGAAAAAGAACTTACAATCCCTTTTTTATCACTTTTAGATATAATCGCAGCTCC +TGCACCATCTCCAAATAATACACAGGTTGATCTATCTTCCCAATCAACTGATTTAGATAA +ATTTTCTGATCCAATAACAAGTGCATGTTTATAGTCATTACAAACCATAAGAGATTTTGC +AACTTCTAAACCATAAATAAACCCTGAACATGCTGCACTTATATCAAAAGCTACTGCATT +TTTTGCACCTATTAAATTTTGTACTATGCAAGCTGTAGATGGAGTAAACATATCTGGTGT +ACATGTAGCTAATACTATTAAGTCTACATCTAATGGTGATAAATTAGCATCTTGTATAGC +TTTAATGCTAGCTTTCGAAGCCATATAAGAAGTATCTTCTCCAGTCGATATGTATCTACT +TTTTATTCCTGTTCTTGAATGTATCCACTCATCATTTGTATCAATAAACTCACTTAATTG +ATCATTGGTGACTCTTTTAGAAGGTATGTAATTTCCGACACCTCCTATTATTACCTCGTT +CATATTTTTACTCCTTGTGTTTTGATAGTATTATATTTTGAATTTCAAAATATATATTCA +AAAAAATTTACTCATTAATTAACATATTGATTATCGTTAATTATCAGTTAATTATTTCGA +TAATCAAAATATATTATATTCAAAGATAAATGTCAACTCTTTTCATCGAAATATTTTTTT +ATTATGATTAATATATTTTTTATTAACTTATTTCTGTCATATAAATCTATCTACTTTTTT +AATGATAAACAGCTTAAATTCAATATTTTTATTATCCTATATATATATTTACGGTAATTA +AAAATAAAATTGCATTGCTTAATATATAAAAAAACTCTCTAAGCTAAATAAACTTAGAGA +GTTTCTTATTATTTTTCTTTTCTTCTTCTATTATTTACAAACACCCCTGCCATAGCAGCT +ACACTCATTCCTACGTAACCTAATATAGTCGCATCTCCTGTTTGAGGATTTGATGGTTTG +TTGCTATTTCCATTATTTCCACCTTGGTTTTCATTGTTACTTCCACCATCTCCGTTATTT +CCGTCTTGGTCTTCATCGTCACTTCCACCATTATCTGGTTTACTATTTTCTAACTCTTCT +TTTATTTCTTCTACTAAATTATTTAGTTCTTCTACAGTTAAATCTTTTACTTCTAATATA +GCTACTAGAGCATTATTTTTAGCTTTTGGTGCGTATATCTTAACTATAGACTTACCACCT +TCTTCTAATACTTCTACAGTATATCCAGAATTTATTGCACTTGTAAGTATATCTTTTACA +TATTCACTCTCAACTTCAACTTTTATAACTCCATTTACCATTGTACCTGCTAATATTCTA +CCTTGTTTAGTATAGCTAACAGTACCTAAAAATTTTATGAAGTTTCCAACAGATTCTTCT +AATGAAGAATACTCATTTAATGTAGGTACATCTCCAAAGCATGGATAATCATCTCCACCT +ACAGCCATAAAGTCATTTGTAGCTACAGTGTATGTTTTATTCATATCTAATTCCTGTCCA +TTAATTGTTAAAGATATTATTCTATCTCCAACTGCTCTACTTGGATCTACAACAAACTTT +ATCCCAGCAACATGAGGGAATCCTCCTAAAGATTCTCCATAAGCTCTAACACCAAATTCA +AGGACTTCTTTTATTTGAGCTCCTGTAAGCTGCTTAGTAACTATAAAGTTACCAAATGGA +AGAACACTTACAACATCACCTTTTGTTATATCTCCTTTAGCTATACTAGCACGGATTCCG +CCTCCATTTGTTATAGCAAGATCTGCATCAGTTTCATTTAACATAGCATCAGTTATTAAA +TTTCCTAAGTTTGTTTCTCCGTATCTTACACTATTTCTATCTCCATCAAGATCTATAGCA +TTAGTTCCTATAACTTCAGATAATACTTCTTCTTGTGCTGAATTTATTTCTTCTATTTTT +TCAGCAACCTTTTCATCAGGAGTTATAGATAAAGCCTCTTCTTTTGTTATAAGACTTGCA +GTAGCATTTACTACTTCATTTTTATCATTTAATTCTAACTCAACTTTACCTACATTTGAT +AAGTATTCACCTGTACTTACTAGTAAAGTATCTTTAACTTTTTCTCCATTTTCAAATGTA +GTATGACTATGTCCATCTACATATACATCTATTCCATCAACAGCGTTTATAACATCATAA +GCCGTAGGCTCACTACTTTCATCAGTTCCTATATGAGATAAGGCTACTATTACGTCTGCA +CCATTATCTTCTAGTTCTTTAACTTGTTCCTTAGCCGCTTCTATTGGATTAGTAAAATCT +ATTCCTTTAACATTGTTAGGATTTGTTTTATAAGCTGTTTCTTCTGTAGCTATACCAAAG +AAACCAACTTTAACAGTTTTTCCATTAACTTGCATTTCTTTTATATTATTAGACTCAAAT +ATAGATTTTCCATCTTTCTTTACGTTTGAAGCTAATAATTTAAGTTTATTCTCGCCACTT +TTTAATGTTACGCTATTTTTGAATAACTCCATTAATCTTCCATAACCATAGTTAAAGTCA +TGATTACCTGGAACCATAAATTCATATCCTGCTTCATTTAATAAATCAACAGCATCTTGA +CCTTTACTTAAAGTAACAAATGGTAAACCATGTATAGTATCTCCTGCATCAACTAATATA +GAGTTTTCTGTATTGTTCTTTATTGCTGCAACTGTATCTATACCTATTACTTTATCATCT +GCTTTTAATCTACCATGTGTATCATTTGTATGTAATATAGTTATCTTATTAGATTCTTCT +TTTTCACCTGATAAATCATAGTAGTATTTGTATAATCTATTACCAGCTGATTCTTTATTT +GTATATATAGAAGGATAGCTTGATAAGTAGTTTACCCCATTTTCATGAGAAGTAAAGTAT +ACTTTAGCATCAGTATCTATAGCTTTAAACTTCCAGTTATTATCAACACTTGGCTCTAAT +TTACCAGCATCTTCTATATATTTCTTTAATACATCTCTACTTTCATCAGTTGTAGTATAT +ACACTTACTTGTCTACCATTCCATGGGAAGCTATCTCCACCAGCTCTATAATTGTTAGTA +GTTATTAAGAACTCTTGATCTAAATCTATAGGTTTTCCATTGTAAGTTAAGTTGTATACT +CTTGAAGAATCTGGATTTATTACTTTTCCAGTTTTATCATACTTAGGTTTTTGAGTTACA +TCTATTTCGTACTCTATTCCATCTATTACATCAAAGTTAAATGTTGGGAAATCCCTATTT +ATTAAATTTTGTTCTTCACTAGAGTTAGGATCTATCGTATTGAACATGTTAGCTGAAAAC +TCTAACCATTCTTTTACATCAGAACCATTCAGCTTTATAACTGCCATAGTATTATCATAT +TTATATAAGTTAGATAAGTCTCTTATAGCAAGTCCTCCAGCTTTTATATCAACATAGTTA +TCAGCACTACTTCCTGCTTTAAATGGAGCTGCTGCTGATAATATTGGAAGATCTGCATAA +GGGGCTAAACTTGGATCATTATTTTCTATAAGTTCTTCAACGTATGCTTTTTGAGCATCA +GAAACTATTTGTATAGATGGATCATCTGCTACAAGTGTAAAGAAACTATTTAAATCTTTT +GTAACTTCTCCTGATTTTTCATTTACATATTTATCAGTAGCTTCATGATATTCCCTAACA +ACATCTTCAGTCTCCGCATCATTAGCTTTATTTGCTACACTTATATTGCTTATTTTAGAA +TTACTATCATTTATTGTGTATTTATCGTTACCGTTTTCATCTTTTGTAACTTCTATTTTA +AGATCTACTACTCCTACTTCTTTACCATTATTTAATGGTTGAACATATTGAGTTATATCT +CCATTTTCTTTTTCTACTTCATATTTAGCACTTCTATGTACATGTCCACCAACAACTACG +TCTACATCTTCTAACATTGATATAGCGTATCCTGCATTTTCAGCACCTGTTGCGTATGTA +GTCTCTTCACCATATCCAGTATGCCCAAGTACTACAACTATATCAGCACCATTTTCTTTC +ATTTCTTTTGCATATTTATCTACACTTTTAACCATATCATCTACAGTTACTTTTCCACCT +AGTATAACTTTATCCCAGTTTAGTATTTGAGTTGGAACAACACCAGTTATACCTATTTTT +AATTCTCTTTCTTTTCCATTTGAGTCTACTACTGTTTCATTTAAGATTTTATATGGATCA +AAAACTAAATCTCCACTTTCAGCATCTTTAAGGTTTGCACAAACCATTCCCATACTTGTA +TTTGCATCTACTATTTGCTTTATATAATCCATTCCATAATTAACTTCGTGATTACCTATA +GTAGTCATATCAAAACCTAATGATTCTAAAGCTTTATACACAGGGTATTTTTCTCCCGGT +GCAACTGGTTGCTTTACTGCATATAAGTTTGCTAATGGTGTACCTTGTATTGTATCTCCA +TTATCGACTAATATTACATTATCAACGTTTTCTTTTTCTGATTTATTTGCTTTTTCTTTT +TCTTCTTTTATAACTGTTGCTGCTTTAACTAAGCCAGAATTTTTTGTTGTTGATCCGGTA +TAGTAATCATAGTTCATTAAATTCGCATGTAAATCACTTATAGCCATTACTTTAAAATCT +ATAGTAGTATTATCACTTTTGTCTTGAATGTTTACTTTTTCTTCGTTATTAGATTTAGTG +TTATTTACTACTTTATTAGATTCTTCACTTTCTTCGTTAGGTTCTACATTTTCATCATTA +GACTCTTCATTAATTTTTTCTAATGCTTCTTTTGCTTCATATTGATCTGCATAGTTTTCC +TCAGACTCATCAGATTGATCTGTTGAGTTTTCTTCAGACAATTCAAGGTTTACTGAATTT +TCAACTTGTTCTGTTTTTTTTAAGTTTTCTAAAGCAAAAACTGGTTGTATATTTTGCCCA +ATTAATGCTGCTGCCATAGCAATTGCTGCTATTTTCTGTCCATTTCTTTTTACCATTATA +AATTCTCCCCAAAATTTTTTATAATTTTAATTTAAACACATAAATATTTTACCAAATATT +ATTCTGTTTTTCTAACTAAATAATTCGTATTTTTTAACTAAGAAAAATTATATCATATTT +AGTGCAATATAGTATACTATTTTCTGCATTTTTTTACATTTTTAGTTACTCATGTATTTC +AATATCAGTTTTTAGATATTATTTAATTTTTTTATTAGATATAAAATAATATTTTTTATA +ATTATGTTATACTATTTAATTTAATATCAAAATACTTCTGACTAAAATCAAGCTTTATAA +TATTATATATATCATTCGTAAAAATCACTTTAATCATATACCCTACAGAATAAAAACATG +CTCATTGTTAAAGTTTATTGAGTATGAAATAATAATCTCCTTATAATAAAAAAGATGATT +CGTAGATTTAATCTACAAATCATCTTTTATAATTTAATTAATATTTTCTATTATTCAGCA +ACTGAAGTATACATAAAGTACTTATATCCAAGTGGTGAAGAATAGAATCCTTCTAACTTA +TCTGAAACTAACATTAAGTCAGTGTAGTAATAAAGTGGTATTAATGGCATTTCTTCACCT +AATATTTTTTCTGCTTCATGCATTTTTGTATATCTTTCTTTATTATCAGTTGATGTTTTT +ATTTCACTTATTAATTTATCATAGTCTGTATTTGACCATTGAGAATCATTATTTCCACCA +TCTGTTACCCACATATCTAAGAATGATATTGGATCATTATAGTCAGCTAACCATCCATGA +CGAGCTACTTGATAATCACCTTTATTTCTTGTATCTATAAATACATTCCAGTCTTGAGAT +GATATAGTTACATTTATACCAAGATTTTCTTTCCACATATTTTGAATAGCTTCCATTATT +GGTTCATGTCCTGGGTTACACATTAATTCTATCGTTGGAAGTCCTTTGCCATTTTCGTAT +CCAGCTTCTTTAAGAAGTTCTTTTGCTTTTTTTATATTTGATTCATAGTCTTTTTCGTCT +GCACTATACCAAGCATCGGCATTACTATGGAATTCAGTACTTCCATCTTCATCAGTTAAA +CCTGTTGATACAAATGTATCTGCAGGTATTTGTCCTCCTTGAGCTACTTTATCAACTATA +TATTGTCTATCTAAAGCTAGAGCAAGTGCTTGTCTAACCTTTACATTATCTAAACCTTTT +TCTTTAACATTTAAACATAAGAAATAAGTTCCTAATTGACTTTTTATTTCTAATCCATTA +TCTTTCATTGCTTCTATTTCATCATTTGGTAAATCATCACCAAATAATATTTCGCCATTC +TTAAATGCTGATAATATTGTGTTATTATCTTCCATAAGCTCAAAATTGATTGTATCTGGT +CCTAATTTTTCTACATCATAGTAATTTTCATTTTTAGTATATACCATTTTAGCTTGATGG +TTCCATTCAGTTAAAACATATGGACCATTACCTATATAAGTTTGTGGATCAGTTGACCAT +GTATCAGGATTAGCATCTACTATATCTTGTCTTACAGGATATGTTGCTGGGAATGCACAT +ATTTCTAAGAAGTATGCAGTAGGTGTTGCTAAAGTTACTTCAACTGTTTTATCATCAAGT +GCTTTTATTCCTAATTCACTTGGATCTTTTTTCCCTTCCATTATTTCATTTGCATTTTCT +ACCATACCTATCATATAGTTGTAATCTGATGCTGTTTCTGGATTTACTAATCTTTGCCAA +GAATATACGAAATCACTTGCTTTTACAGCTTCTCCATCTGACCATTTTGCATCATCACGA +AGTGTAAAAGTATATACCTTTTTATCTTCACTTACTTCATATTTTACTGCTTGACCTTCA +ACTACTTTACTTTCAGAATTTAATTTCATTAAACCTTCGAAAGCATGATTTATTAATGTA +GAACCATCTGAAGCCGTATTCTTCGCCGGATCTATTGATTCAGGCTCTGGTCCTACGCAT +ACGTTAAGCTCGAATCCATCTGCAGAACCTCCTGTTGAATTGCCACCTGAACTACTACAT +CCAGATAGTACTGTTGATAGTGCTAAAGTTGAAGCTAGTATAACTGCAACTTTTTTCTTA +AATTTTAGCATTTTCATACTATTATCCTCCCCCTAATTATTATCTATATAATACCCTTGG +TAATATATACCTTAATTTTTATATTTTATCTAAGTTATGACATGCAACAAAATGTCCGTT +GTCATACTCTTTTAATGTAGGTGCTACTTTACTACATTCACTTGTAGCATACGGACATCT +AGTTCTAAAAGTACATCCACTAGGTGGATTTAATGGACTAGGTATATCCCCCTCTAAGAC +TATACGCTTTCTAGATCTACTCATCTTTGGATCTGCTATTGGTATTGCAGAAAGTAATGT +TTGTGTATATGGGTGCATTGGATTTTTATATAATTCTTTACTTGTTGTTAACTCAACCAA +ATGTCCTAAATACATTACACCTATTCTATTACTTATATGCTTAACAACAGATAAATCATG +TGCAATAAATAGATAAGTAAATCCTCTTTCAGCTTGTAAATCTTCTAACATATTTACAAC +TTGAGCTTGTATAGAAACATCTAAAGCAGAAATAGGCTCATCACAGACAATAAATTCTGG +TTCAACTGCTAATGCTCTTGCAATTCCGATTCTTTGTCTTTGTCCCCCTGAGAACTCATG +AGCAAAACGATTTGCATGCTCTTTATTTAAACCAACAGTTTCAAGCAAATTATATATTTT +TTCTTGTCTTTCTTGTTTATTATTATATAATTTATGAATATCTAGTGGCTCACCAATAAT +ATCACCAATTGTCATTCTTGGGTCTAAAGATGCGTATGGATCTTGAAATATTATTTGCAT +CTTTCTTCTATATGAAAGCATATCTACTTTAGTTATATCTTCACCCTTATATATAATCTT +TCCTTCAGTAGGTTCATGAAGCCTTAATATCGTTCTTCCTAGAGTAGTTTTTCCACATCC +ACTTTCACCAACTAAACCTAAAGTTTCCCCCTTTTTTATATGTAATGAAACATCATCAAC +TGCTTTTACATAATTAGTTTTTAAGAATCCCTCTTTAACTGGGAAGTACTTTTTTAATCC +TACTATCTCAATTAAATTGTCATTTTTCTTTTTATTTATCATAGAGCCTTTACCTCCCTT +TCGAATTCTTCTTTTACTAATAACCAACAACTTGATTCATGGCCTTCACCAACAGAATAA +ACAGGTGGAACTTTTTCCATACATATATTCATACAATAATCACATCTTGGTGCAAAAGCA +CACCCTTTAGGTGGATTTATTAAATCTACTGGATTACCTTCAATAGGTATTAATCGTTCA +TGTTCGTCTGCATTTATCTTAGGTATAGATTTTAAAAGACCTAATGTATATGGATGTTTA +GGATTATAGAATATATCATCAATACTTCCTCTTTCTATGATATTTCCTGCATACATGACT +GCTACTTTATCACATATTTCTGATATAACACCTAAATCATGTGTAATAAAAATTATAGAC +ATATTTATTTTTTCTTTTAGTTCTTTTAATAACTCTATTATTTGAGCTTGTATTGTAACG +TCTAAAGCTGTTGTTGGTTCATCTGCTATTAGCAATTTTGGATTACAAGCAAGTGCCATA +GCAATCATAACACGTTGTCTCATACCTCCAGAAAATTCATGAGGGTATTGCTTTAATCTT +TTTTCAGGTTGGTTAATTCCAACTAATTCAAACAATTCTATTATTCTTTTTTCTCTTTGT +TTCTTATCTAAATTTGTATGTTTTTTTAAACTCTCATCAATTTGACTTCCAACAGTAAAA +ACTGGATTTAAAGATGTCATAGGGTCTTGGAATATCATCCCTACTTCTTTCCCTCTTAAT +TTAAGCATTTCAGCTTCAGATAATTTAGTAATATCTTTATCTTCAAAATTAATACTACCG +TTAAGTATTTTTCCCGGCTCAGGTATGATCCCCATTAAAGCATATGATGATACTGATTTA +CCACTTCCTGATTCACCGACGATCCCCATAGCCTCACCGTATTTTAAATCATATGAAACT +TTGCGAACTGCTTTTACTTCTCCTGCATGTGTAAAGAAAGATACCTCTAAATCATTTACT +TTTAATAATATATAATCCTTACTAACTCCCATAATTTTGTCCCCCTATCTCTTTAATCTT +GGATCAAGTGCATCTCTTAACCCATCCCCAAATAAGTTAAATGCAAGTATAATAATACTT +ATAGCAACTGCTGGGAACATTAATCTATATGGATATGATGATATTCCAGATAATGCATCT +GATGCTAAGGAACCTAAGCTTGCTAGTGGTTTACTTACACCAATTCCTAAGAAACTTAAA +AAGGCTTCTGTAAATATTGCTGAAGGTATTTGTAACATTGTTGTTACAACTAATTGACCA +ACACAGTTTGGAAGTAAGTGCTTATATATTAATCGTTTATTGTTTGCACCTAATGCACGT +GCTGCACTAATGTATTCCATCTCTTTTAATTGTAAAACTTGCCCTCTTACAATCCTTGCC +ATACCGACCCAATATAAAAGTCCATAAACTATAAACATAGCTATAATCCCTGGTCCTAGA +GTCTGAAGAACTCCAAAGGATTTTCCAGAATCAAAGGCTTTTGTTAATGGTTCATGTAGC +ACTATTCTTAGTAATATAATAACTAACATATCAGGTAGTGAATAAATTATCTCAACTATC +CTCATCATTACTGTATCGACCTTACCACCTGCAAGACCAGATATAGCTCCATAAATAGAT +CCTATAACTAAAACTATAGCCGCAGAGCCTATACCAATTAATAATGATATTCTAGCTCCA +ACCATAGTTCTTACTAATAAATCTCTACCTAACTTATCAGTTCCAAATGGATGCTCCATA +CAAGGGAATAAATTTTCATGCCCCCTAATTTGTTGATCATATGTATATGGGCTTAAGAAT +GGTCCTATAAATGCAAAACCTATAATTAATATAATTGTTACTAATGCAACCATAGCAATT +TTATTTTCTTTTAATCTTCTCCATGCATCTTTCCAATAGCTTGTATTTTCCCCCATGGTT +ATTAAACTTTGTTGTACTTCTTTTGTAACTGGTTTGAAGTCATCTGGAGATAAATCAACT +TCACAGTTAAATTTCGTACTATTATCTAAAATCATAAAAGTTGCCCCCCTTATTCATCTA +ACTTAATTCTTGGATCTACCAGTTTATATAAGATGTCACATACTAAGTTCATTAATATAA +TAAATGATGCTAAGAAAACAGTTGTTCCCATTATAAGGTTATAATCTCTTGCATCTATTG +CTTTAATAAAATATCTTCCAAGCCCTGGAATATTAAATACTTTTTCTACAACAAAACCAC +CAGTTAATGTAAATGCTACTAATGGGCCTAAATACGTTATTACAGGTATAAGTGAGTTTT +TTAATGCATGTTTAAATGTAACTATAAATTCTGACATTCCTTTTGCTCTTGCTGTTCTAA +TATAATCATGGCCTAATGAATCTAGCATACTTGATCTCATCAACCTTGTTATGTAACACA +TAGGATAAAATCCTAAAGTAAATACAGGTAATATATAACTAGATGTATCGCTTAAACCAT +AGGTAGGTAATAAATTTAATTCAATTGCAAATATTAACATAGATGCTGTTGCTATTACAA +ATGACGGAACAGCAATACCCAATGTTGAAACAACACGAATTACACTGTCCTCCCATTTCC +CCCTTTTTAAAGCTGACAAACATCCTAGTGGTATTCCTAATAGTAGTGCAAAACCAATAG +CCATTGCACCAATTTTTGCTGATATAGGGAAAGAATCTGCGATTATTTTTGTGACTGGTA +CATTTTTTTGAAGTTTATAACTTACACCTAAATCTCCTTGTAATAATTGTTGTAAGTATA +TTTTATACTGTACTAATACTGGTTTATCTAGTCCATACTTTTCATTTAAAGCTTGTTGTG +CAATTTCATTTGTTTTTTCTGAAGCAAACGGACTTCCTGGTACTAGTTTCATTAAAAAGA +ACGTAATTGTAGCTGCTACAAATATTGTAAATATTGCCATCATAATACGTTTAAGAATAT +ATTTAGCCGTGTCCATACGTAAATCCCCCTTTTACTAATCTCTAATTTAACTTTTTAAAA +CTCTTTTACTCTCCCTAAACCCATACATCATATTTTATATTCAGAATTTTCTAAATTTTT +TAAAATATGATATTTCCATTTGAGTTATTTACATTTTAGTGTACATTGTAGTAAAAGTCA +ATAACCAAAAATTCTTACTTTTATTTAAGTTTTTATATTAAATATACGTAATATCATTAG +AATTATTAGGTATATATCCGTTTAATTGCATATATTTAATTAAGAAATTGTTTTCAAGTT +TATTTGTAAAAGCTGAATATTTTTTCTAAATTTTTTATATAATGCAATTATTATATAATA +TTTTATTAATTCATAGCTTTTCCATTTAATTTTAATTATTAATTAACTCAAATTTTGTCA +CATTTTCTGTAAATATAGCCCTAAATCCAATTTATAGAGCTGAGAATTCATGATCATGAG +ATTTATCAACTTCTTCTCGAACCTTATACATATTATTCTCCATATAAAAAAGGCCACAAA +GGAATATTAAAGATCTAATCTTTGATAATTACCTTTATGGCTTTATGCTTTTATTATTTT +ATTTTAATTAAATAGTAGTACTATAAATATTTAAAAGTCAATAATTATATAAATTTATAA +TAGACTTAATATCTCACTTTTTAATTTAATAACTTGTTCCATTTTTTTATCATTATTATC +AGTCTTGTTAACAACAAACTCTTTTTTTACGCTAGCTGGCTTTTGAGAAATAACATATAT +TCTATTAGATAACATGATTGCCTCATCTATATCATGAGTTATAAGAATAATAGTTGAATT +AACCTTACTTTTTACTTCTAGTAACCACCTTTGCATTGATAGTTTTGTTATAGAGTCTAA +TGCGCCAAAAGGCTCATCTAAAAGCATAATATCATCAGAATTAATATAGGTCCTTAAAAA +GTTTGCCCTTTGCTTCATACCACCTGATAATTCATTTGGATATTTATTTTCATATCCGCT +TAGGCCAAATATTTCAAGATAAGGATTTACCATTCTTCTTGCTTCTTTTTTACTTTTTTT +ATTGAGTATTAATGGTAAAGCTACGTTATCTATTATCGTCTTATATGGTAGTAATAAATC +CTTTTGATACATATAACTTATTTTACCATTAACATTAATATCTCCATTATCAATTTTGGT +TAAATTGCATATCAAATTAAATAGCGTACTTTTTCCACATCCACTTGGACCTAAAATTGA +TACGAATTCTCCTTCATATACATCCATACTTATATTATCTAATATTTTTGTACCATCATA +ACTCTTGCTAACATTATTTATACTTATTTTTTTATTTTTATTCTGGTAAGAATTCATTTG +TATAAGCATCTTTTGCTTCCATATCCTTATCTATTAAATTATATTCTCTTAAAAAGTCTG +TATAATTATTCCATATACTATCTTTCATTTCTCCCCATCTATCAGCATCATCTTTATATT +TTTTTGCTAAATATTCTTGACTCTTAATAGCTAAATCTTCTTCTATTTCAGGAGCATATT +TAACCAGTATTTTAGCAGATTCTGTTGGGTTTTCTATTGCATACTCATATCCTTTTGTTG +TCGCTTTTAAAAATTTCTTTACTAAGTCAGGATTTTGATTAAGAAACTTTTCATTTGATA +TTATAAGTGGTGTATAGTAATCTAATCTTTCATCTAAATCCTTAATTGGCATAAAGTTTA +AATCTACACCTTTTCTTTTAGCTTCAATTCCATCCCATCCTTCAAATATCCAAGCAAAGT +CAATATTTTTACTTGTAGCTGTCAAGAAATCATCTGTTCCCATATCAACTATTTTTAATT +TACTTAAGTCTGCATTATTCTTTTCCATAACAGCTTTAAATATAGCGTCTTCTGATGGAG +AGCCCCATCCACCATAAATTTTTCCCTCAAAATCTTTAACTGTATTAATATTCTTCTCCA +CTGGAGATGCAAATCCAGATGTATTATGCTGTATTATCGTAGCTACAGCTTTTATAGGTA +GTGGGTCTTCACTTGTCTTTGCATAAGTTACTTCCTCTTGATAACTTATGCCAAAATCTG +CCTTTCCTGTTGCAACTAAAGTCGCTGCATCTCCATCAGAAGGTTGTACTATTTCTACAT +CTAATCCTTCATCTTTGTAATATCCATTTTCTAATGCTACATATAATCCAGTATGATTAG +TGTTTGGTGTCCAATCTAAAACCATAGTTACTTTTTCTAACTGATCTTTATTTGATGCAG +ATTCAGTATCTTTAGATGTACATCCTGTTAAACTTCCTAAAGTTAAAGTTCCTATCAGGG +ATAATATCCCCATTTTTTTTAATCTCATAATATCCTCCCTAATTTTTATGTCTTAATACA +ATCTTTTTTATTCCTTGAATTATTCCTACAAATATTAAACTACTAACTACAACAATTAAT +GTAGATGCAAATACTTTATCTAAAGCATATGCACTTTTTGATCTTACCATATAAACTCCA +AGCCCTTGGCTTCCTCCTAGCCACTCAGCAACTGTGGCTGCCATTACAGCATAAGTAGAT +GATATCTTTAGACCAGAAAATAACTTATCCATTGACATTGGAAATTTAAGATGGATAAAT +GTATTTAACTTACCTGCATTCATAGTTTTAAATAAATTTAAATAGTCTTTATCTAGATTT +TCCATACCATCTACAAAATTTATTAATATTGGAAAGAAACAAGTTAATGTTACCATTAAT +ATTTTAGGTAATATCCCAAAACCAAACCAAATAATTAATAAAGGTGCTATTGTTATTGTA +GGGATAGTTTGAGTCACAAGCATTATAGGATAGAAACACTTTTTAAATATAGGTATAAAG +TCCATAAGTATTCCCATAACTAACGCTATAATAATAGATAATATAAAACCTAACAAAGCT +TCATTTAACGTAAACACAGTGTGTAAATATAAATTTTCATAGTCTGTAAAGAATACGCCT +AAAATATCTATAGGTGAAGGTAATATATATTGCGGAATATTAAAGCCTTCAACTACAAAT +TGCCAGATAATTAAAATTATTAAAAAAGTTACTACAGGATATAAGCTATTTTTTATTTTA +TCTATGATTCTTAAGTTTTTCATCTATTGTTATGCCCCCAGATTTTTCGTCAATTCTAGC +AACAGTTATGACTCTTTCACATCCAAGGTTAAAAGGGATTCTATGTATTTTTTTTAATAA +GTCAAATACTTCATCAAACTCCCCTTCTATTGTTGTACTCATTGCTGCCACTTCGTATTT +TAGACCACTTTTGGCTATTTCTTCTATGCAAGCATCCACTACTTTATACATTTCATCTTC +TCCTGCATAAGGCCTTAAAGGCATTACTGCTACATCTGCTATTACCATAATTCTACCTCC +TATTTTTTGCATAATAAAAGTCTTACCTATATAGGTAAGACTATAAATTAACTATAAAAA +TAATTAACTAAATAATTAATAAATACTAATTACTATCTCCCTACGCTGGCATTATCCAAA +CAGGTTAAAGGGTCGAGATCTATATCTCCTCTCAGCCATTAGGCTCCCCTGATATATATT +TTGTAATTTAATTATACTATACTTATTTATTTTTTTCAATTTATTTCTTTTATTTTCAAC +ATTTTATAAGTATATCAATTAAATTTTTTTATTTATCAATTTTTTCTATCTATTAATAGT +ATAATATATATATGTATATATTATTTTGAACACTACAACTTGGAGGACAAAATGTTAAAA +AGTATAAGAAATAAATTTGAAAATTATAAACCTTATATAAATGGATTTGAAAATATGAAA +AGAGCTTCTATATTAGTTCCTATAGTTAAAATAGATGATTCTTACTATATACTATTTGAA +GTAAGATCAAAAAATCTAAGAACTCAACCAAATGAAATATCATTTCCTGGAGGTAAAATC +GAAAATGGTGAAAATCCTGTGGATGCAGCCATTAGAGAAACCTGTGAAGAATTAGGTACC +AGCGAAGATAGCATCGAGATAATATCACAACTTGATTTGCTTATTACTCATATGAACCTA +ATAATACATCCTTATGTAGGTATATTAAATAATATAAATCATTTAGATATAAATAAAGAT +GAGGTTGATCATACATTCTTAGTTCCTATTACTCATTTAATAGAAAATAAACCAACATAT +TATAAAAACAAATTAGAAGTTATACCTGATGATAAATTTCCATATGATATTATACCAAAT +AAAGAAAATTATAAATTCCAAGAAAGTAGTTACCCTGTATTATTTTATGAATATAAAGAT +TACGTTATATGGGGACTTACTGCACGAATTCTTGAAAACTTCTTAAAAGTTCTGACAGAA +TAATTTATTTACAACAAAAATCCCACTATATAATAGTTTTTCTATTACATAGTGGGATTT +TTGAATAGTTGGTTATAGGATTTATATTTAAATTTGAACGGACTTCTCTTCTAATCTTTC +ATATAAGTCTATAAACTCCTCTGATAATTGCTGAAAGTTCATTGCATTCATAATATGATC +TTGAGCGTGTACTAGTATAACACTCATTTCAGTTTTATTTCCCTGTGCTTCATTTTGAAT +CAGTTCAGTCTGATATCTATGAGCTTTTTGTATAGCTTCTTTAGACCCTTTTATTAAACC +TCTTACTTTTTCAATATTTCAAAAAGAAGTATAAATAAACTTAAATATAGTTTATTTATA +CTTCTTATATTAATTAATCATATCTGTTATATAGTCTTTAATATTTATATCTCTTTACCA +ATTAATGAGAAACCAGTTGCAGATGTTATTTCTACATTAATTAATTTTCCAATTAAATCT +TCACTTTTTGCATCAAAATTTACTAACTTATTTTGTCTAGTTCTTCCCATAAATCTATTA +TCATCAGTTTTACTTTTTCCTTCAACTAATACTTCAACTGTTTTGCCTATATAGCTTTGA +TTTATTTCTCCAACTATTTCATTTACCTTACTTAATACTCTATTAAATCTTTCATGCTTA +ACATCTTCAGGTATTTGATTTTCCATTTCTGCAGCTGGAGTTCCTTTTCTCTTAGAATAT +ATAAACGTAAATGCAGAATCGTATCTTACTTTTTCTACTACATCTATAGTATCTAATAAA +TCTTCTTCTGTTTCACCTGGGAATCCTATCATTAAATCTGTTGAAAATGCTATATCTGGA +ACTTCTTTCTTAGCTTTTTCGATTATCTCTAAGTATTGCTCCTTAGTATAGTGCCTATTC +ATAACTTTTAGTAATGAAGAACTTCCGCATTGTACTGGTAAGTGTAAGAATTCACATACC +TTATCACAGTCTCTTATTGCATAAATTACTTCATCAGATATATCTTTTGGATGAGAAGTC +ATAAATCTTATTCTCTCTATTCCTTCTACATTATTTACTTCTCGTAAAAGTTCTGCAAAT +GTCATAGGATTATCTAATGTCTTTCCATAAGAATCAACATTTTGCCCTAATAAAGTAACT +TCTTTTGTTCCGTTTGCAACTAACTCTTTTATTTCATTTAATATATCTTCTGGTGTTCTA +CTTCTCTCTCTACCTCTAGTGTATGGAACTATACAATATGTACAGAAGTTATTGCATCCA +TACATAATATTTACAAAAGCTTTTAACTCAAATTTTCTATTACTCTTAAGACCTTCTACT +ACTTCTCCATCTACATCCCATACATCAACTAATATATTTTCAGATTCTATTGATTTAGTT +AATAACTCTGGGAACTTATATAGATTGTGAGTTCCAAAAACTAAGTCTACGTGCTTGTAT +TTAGATTTTATTTCTTTAACTACATGTGGTTGTTGCATCATACATCCGCATACAGCAATT +TTTAAATCAGGATTTTTTCTTTTAGCTAGTTTTAAATGACCTAAATTCCCAAATACTTTA +AGTTCAGCATTTTCTCTTACTGCACATGTATTATATATTATTAAATCACATTCATCTACC +ATCATGCCTTGCTCATATCCCATGCTGTCTAACATAGCACAAAGCTTTTCTGAGTCATGT +TCATTCATTTGACATCCAAAAGTTTGAATTATATATTTAGGCTTTACTTGATGTATAGCG +TAGTATCTAGAATTTTGTTCTGCTATTGCTTCTATAAATCTATCTTGTTCCTCTATTTTT +TCCATAGGAACTTGTACTTGTTTTCTCTTTGACAAAGTTGATTCCTCCTATCAGTATTTC +TATTTTACTAAACATAGAAATAATTATATCAAATTAAAATAAATTTTAAAAGATATTAGT +TACATAATATACCTATATAATATTTTATAAGTATCTTTTTACTGAATTCTTATTAAAAGA +ATTGGAAACAATATTTAAATAATACCTTTATAGAAATAAAAGGAGAATAAATATGTTAGT +AGTTTTAATTAGAAGTATTATATTATATATTGCGGTATTAATATCCCTAAGGGTTATGGG +AAAAGGTGAAATGGCAGAAATGAATTCCTATGATTTAGTTATAACATTACTAATTGCAGA +TGTAGTTTCTATGCCTATGGAAAATAATAATATCCCTATGATTAATGGAATAGCTAGTTT +AACTGGTTTAGTTTTAATGCAAACAATTATATCTTATCTTTCTTTAAAAAGCAGAAAATT +TAATTCTTTTTTATGCGGTAAACCTTCTATTTTAATTAATAAAGGAAAGATTGATCAAAA +AGAATTAAAAAAAGAAAGAATAAGTATAGATGAACTCTTAGAACAACTTCGAGTTCAAGG +TTTTTTTAATTTGAAAGAAGTACAGTATGCAATCTTAGAAACTGACGGAAATTTAAGTGT +AGTTCCTTCTGGGAGTCACAGTGATTCTCCTTCAGTTACTTTTAAACATCTACCTATTTC +TTTAATCATTGATGGTAGAATAATACATAGAAGTTTAAAATCAATTAATAAAAATGAAGA +TTGGTTATTAGAAATTATAAAATCTAATCAAATTAATAATTTTAAGGATGTACTTATTTG +TATCTTAGATGAATGTGATGAAATATTTATTCAAAAGAAGAAAATTTGACAATATGGGGT +GATTAACTTATGAAGTCTGTAGTTGGTGTAATAGTATGGACTATTTTATTTGTACTATTA +GGTATATATATAAATGATGAAGTCTATGAATTTACAGATAAGTATACATCTAACATAAAC +GTAATTGAACAGCATATAGAAAATGGTAATTGGAGTGAAGCTTCTAAAGAACTTGATTAT +TATTCAAAAGGATATTATAAGGAAAAAGAAATATGGTATAAAATATTAGATCATACTTAT +TTTGATGATATATGTTTATACATTAATATTTTAAATAAATCAATTCTTACAGAAAATAAA +ACCCAATCTTTCATTGAGATAGAAAGAATAAAAATGACCTTTGACAATATTCTTGAAAGC +GGAAAATTTGATATTAATCATATTTTCTAATCTTTTAATTTACTATAATATGGATACTTT +ATCATACAATAAAGTAATTAACTTAAATTAAATAGTAACAAAAATAGCTAAGGGTTTTAA +ATTTACTACTTAGCTATTTTTGTTACTAAATATTTATTTACTTATTCTACTATTTCAGTT +ATTATATTTTTATTTAACTTCATCGCATTTATTTTTAAAGGCAATGTAAATAAATTTATA +AATCCTTCAGCATCCTTATGATCATAAAGTTCGCTGTTTCCAAAAGAAGATATTCCTTGA +TCATAAAGTGGTGAATCTGCAAATATCCCAGCAGGTTTAATATTTCCTTTATAGAGTCTT +AATTTTACACTTCCATTTACATTTTTCTGAGTAGTATCTATAAAAGCATCAATTGCTTCT +CTTAACTTGCTATACCATAGTCCATTATATATAAGCTCTCCATACTTATAGGAAACAACT +TGTTTGTAATGTAATGTTTCTTTGTCTAATGTAGCACTTTCTAATACATTATGTGCTTCA +TATAGAATAGTTCCTCCTGGTGTTTCATATATCCCTCTAGACTTCATTCCTACAAGTCTA +TTTTCTAATATATCAACTACTCCTATTCCATGCTTAGAACCTAATTGGTCTAAAGTATAG +ACTAAACCAACTGGATCAAGCTCTTTTCCATTTACTTTCTTAGGTATACCTTGCTCAAAA +TATATTTCTACATACTCAGCTACATCACATCCATCTTCAGGATCTACTGTCTTTTTGTAA +ATATCTTTACTATGCTCATTTGCTAAGTCTTCAATATTTCCACCCTCAGTTGATACATGC +CATAAATTATCATCTACTGAGTATATTTTTTCTTTAGTTGCTACAACAGGAACATTATGC +TTTGCTGCATAATCTAATGCATCTTCTCTTGATTTTATATCCCATATTCTCCATGGAGCA +ATAACCTTTATTGTTGGGTCTAATGCTGCTATAGTTGCTTCAAATCTCACTTGATCATTT +CCTTTTCCAGTACATCCATGACAAATATACTTTGCACCTTCCATTTGAGCTACTTCAACT +AACTTTTTTGCTATTATTGGTCTAGCTAAAGAAGTCCCTAGTAAATACTTTCCTTCATAC +TTGGCTTCAGCTTTTATTGCTTGGTATATTGTTGTTGTAACGAACTCTTCTCTTAAGTCC +TCTACATACGCTTTAATTGCTCCACTTTTAATTGCTTTTTCATGTATCCCATCCATTTTA +TCATCTTGACCAACATCCCCACAAACTGCAATTACATCTATATCATAATTTTCTTTTAAC +CAAGGAATTATTATTGATGTATCTAATCCTCCTGAATATGCTAATACCACTTTTTCTTTC +ATATTTGTTTCCCCCTGTATATATATTTTTTGTAATAAATTAAAAGCCCCTTAGTCAAAA +TACTAAGAGGCGAAGTTTCGCGGTACCACTCTTATTGATAGTTTACTTATTAAAAATTAA +TATCTTTATATTTAAATATAAAAAACGCCTCTTGGAAAACCAAGAGACGAATTAATATCC +GCGTTACCACTCTAATTAATAAGATAAACTTATCCACTCTTTCTCTTAAGGCGAGACATG +CCGACTATTTTACTATTTTCAAATAATCTTCTCCAAAGCTCTCTTCACTTAAATCTTTTT +ATTAGGCTTCCACCATCCCTAACTCTCTATAAAATCCATCTAAGCTACTTTCTTTTTCAT +AGAATTTAGTATATTTAATTAAGTATATTTTATGAATTAATAATAATTTATCATTAATAA +TATTTCAACTCTATAAATAATTTTATATATTAATATTTAACTTTATATAAAAATAATCCT +TTAGATGGTGCAGTATCTGAGGCTTCTGCCCTATTTTTAACTTCTAACATAGCCTTTATA +TCCTCTGGAGTCTTTTTTCTAAGACCTACATCAACTAACGCTCCTGCAATAATTCTTACC +ATATTATATAAAAATCCATTACCTTCAATATAAATTTCTATTAAATTTTTATTTTCTTGT +ATTTCTATTGAATAGATTTCTCTTACATTGCTTTTCTTTTTCGATTTAGAAGAAGCAAAA +CTTGTAAAGTCATGTTCTCCTATTAAAAATTTACTTCCTTCTCTCATAAGCTCTATATCA +AGTTTCTTTTCAACATGATAAGAATATTTTCTATTAAAAGTATTGTGGAATTTATTATTG +TCTATTCGATATAGATAAACCTTAGATTTTGCATTATATCTAGAATGGAATCTTTCTCCA +ACTTCTTCAATGTTCCTAATAACAATATCTTCAGGTAAATACTCATATAAGTATTTTTGC +ATTTTTTCTATAGAATCAGTACTCTTTGTTTTAAAGTTTACAACTTGTCCATAAGAATGT +ACTCCCATATCAGTTCTACCAGAACCTATTATTTCTATATCTTCATTTGCCATTTTAGAA +AGAACTGCTTCAATCTTACCTTGTATCGTCATATCATTATCTTTAAGCCTTTGGAATCCT +TTATATCGAGATCCATCATATTCTACTGTCATTTTTATATTTCTCATTTTTATCCTCTTT +CTTCAATTTATAAAAAACTAAATAGATTCAAGTATTTTATTTTTTAAAGTAAATGTAATA +GTAGTGCCGACATCTTTTTCACTTTCTATTTTCATTTTACCACCATGAAGTTTCACTATC +TCGTTACTAATAGCAAGTCCTAAACCACTACCTGATTTATTAATATCTTCTTGGAAAAAT +TTATCTAACACTTTTTCTAAATTTTCTTTTTTAATCCCTGAACCAGTATCCTTAACCTTA +ATTGTTGTAAATTCTTCGTCTTGAGATACTATAACATCTATTTCTCCTTCAGGCGGAGTA +AATTTAATTGCATTTTGTATTAAATTAATTAATACTTGTCGTAGTCTATTTTTATCACCT +TGAATTGGGTTTAAATCTGCAACTTCAAATTTTGATAATAATTTTATATTATTTTCAATA +GCTTTTACTTTTAGTTGATTAACAACTCCCTTTGCTAAGGCTTCTACATCTACTATGTCC +ACTTGAAGTCTTATTCTATCCGAAGATAATCTAGAGAAGTCTAACAATTCTTCAACTAAT +TTTATTAATCTTTCAGTCTCATCTTGAATAATTCCAAGACCTAAGTCTAGTTCATCTCTA +GTTATATTTTCATATCCTAAAGTTTCACTCCAACCTTTTATTGAAGTTAAAGGCGTTCTT +AGTTCGTGAGATATAGAAGATATAAACTCTTCTTTTAATCTTCTAGTTTTATCTATTTCA +GTAGCCATATGCTCAAATGTTTGAGCCAGGTCTCCAATTTCATCATTCCTTATTTTCTTG +TTCTTTAATTTAATATTGTAATTTCCATGAGCTAATTCATTAGCAAATTCTTTTAATTCT +CTTAGTGGTTGTATTAATGTTTCTGCAAATCTTAAACTTATAGATATTGTAATTAACAAA +ATAAATACGCCAGCAAGTATAAGTCCAAGTACCAATTTAAAAATAGTTTTATCAATAGCA +TTTAAAGTAACTGTATATCTTACAACACCTTCTATTACGTTATTAACTTTTAATGGTACA +GATATACTCATTAAATGTTCATTTGTATCTGTAATCCTATATGTATATGGTGTTAGATTA +CTTGAATCACGCAGTGCATTATCTACATCTTCATAATCAACTTTTTCATTAGTTCTAAAT +CCATATTGGTCTATGATTAAGTTCTTATCTTTGTCTATTATTTGTACAGCATATTTTGAG +TTAGCTCTCAATTTTTCCTTTTCAATAATATTATTAACCTTATATTCAAAGCTTGAAGAC +TCATTGCCTATAGTTGTATATGTATCTTTTGTATATGCAGCATGATTAGCCAAAGATTGT +TTTACAGAATCATAGTAATAGTTTTGAATATAAAATATAAATAACCCTTCAAATAAGGCA +ATTGTTATGATAATTATTGTAAAATAATATTTAATTATCCTTCTTCTTAACCCTTCGAAA +TGTAACACTACTAGTCTTCCTTTCTAAAACTATATCCATACCCCCATACTGTTTGTATAT +ATTTAGGTTTAGATGGATCATCTTCTATTTTATTTCTTATCCTTCTAATATTTACGTCAA +CAATTTTAAAGTCATATAAATAATTACTTCCCCAAACCTCTTTTAATATTTGATCTCTAC +TTAATGATTGGCTACCATTTGTCATTAAGTATTTTACAATTGAAAATTCTGTCGGAGTAA +GCTCAATCTCTTCATTATTTTTAAATAATTTTCTCTTATCAATATCAAGAACAAATGGGT +GTGATACTATTTCATTTGTTTTAGTTTTATTTTCATCTTTTTTTATTCTTCTAAGCAATG +CTGATACTCTCACTAATAATTCCTTTATACTAAAAGGCTTTACCATATAGTCGTCAGCTC +CAGAAATAAAACCTTCTATCTTATCTTCTTCTTGTGATTTAGCAGTAAGCATTATAACTC +CTACTTGATCAAAGTTTTGTCTTATAAACTTACAAATTTCTATACCACTCATATCTGGTA +ACATGACATCTAAAAGTGCTATTGATATGTCATCTTCTTTAGATAATTTTTCTATAGCTT +CACTTCCTGAACCAGCTTCAATAACTTCATAACCTTCTCTTTTTAGATTTATGCTAACAA +AACTTCTAATTCCTATTTCATCTTCTAATACTAATATTTTTTCCTTCATAAATATCCTCC +CATATATTATTCATATATTAAAGAAAAGTAATCCTTTAATGCTTCTTTTGTAATATCTAA +TCTTTCTAATTCCTCTGTATCGTCAATACTTAGTGAAAAATTATATTTTTCTGTTTCTTT +AAGAAGAATTGATGCTTGATTTACTAAGTTTATATTTTTATTTTCATCAACTATATTTCT +ACTTGATGCCGTTATTGTAAATAAAGATTTTGATTTATTTCCTGTAGCATCATTGTAGCA +GAACTTGAATAAAACATTATCAAGGTTTTGCTCCTGTTCTATATAAATTTTGTTTGCTAA +ATTATTTGGTATAAGGAATTTATAATTATAATCGTAATTATAGTAAATTTGAATAGTAAA +TAATAATCCTGAATTATCATCAGTTTTACCATTCCATCTATACCAACTAATATTCGCAGA +TGACTTTGATGTATAAGTATTTTCATTTAAACTTCCATTTAATATAGGAATATCTATTAC +CTTATCTTTGTTAATATCTTCTATAGGAATATAATAAGATTTCATAAGGTTCTTGTCATC +ATCTTTGAAAGCTTTCTTAATAGATCCATTTTCAAGATAAATCATTTGTGTAAAATAACT +ACTATCTTTGATCATAGGAATATCAAGAACTACACCTCTTGTTGTTGCTCCTTTGACTTG +GCTTGCTAAATTTCCAAATGTTATATATAAATCACTTATATTTTTTACATTCTCAAATTT +AACATAATCTATTAACTTCATTTTATTATCAAAATTAAGTATACTTACATACATTTCACT +ATTTTTATAATCATAGTTTACCATTAGAATATCTAAGATGTGATCATCATTAATATAACC +AATCTTAATCTTCATATCACTTAGATATCCTCTATTTTTAATCCATGTAGGTTCCGAATT +ATATACTTCTTGTACTTCTTCATCTATATACTTATATAAATATAATCTAGTTTTTGTCTT +TTCTTTAATTGCTAACACAATTTCTTTATTTCCATCATTATCTAAATCATAGAAATTAGC +ATACTCAATAGATTCTCCTACTTTTAAAAGATTCACTTTCTCTTCATAAGTCCCATCATA +TTTCTGACTAAAAATCATAAACCCAACTTCATTTTCATTAGTGTTAAGATTTTTCTTTTT +TTCGAAAGCAACTACTTCATTTATATCATCATTGTTTAAATCTACTTTGTTTATTTCTCC +TACATCCTGAGAATTAGAAGGTAATGATAATGATGCAGGCTTAACTAACATCTTATTTAT +ACTATCATATAGTTCTTTATTTTCTTCATTGTAAATTGGCTTTTTATCTATCAAACTTTC +CGGTGATTCACTGCTGGAGACACAACCAGTCATTAAGAGCATAAGCGCCCCTAATAAAGC +AGTGCTTTTAAATAACTTCATTCAGCTCCTCCTAATCTGAAACTTTCTTACAGTAATTCT +TGAAATTTTCTATTCTATCACATTCCTCTTTAATTTTAGACTCATTTAATTCACCTCTTC +CAAGTCTATCACATTTTGATAAAAGTGCAACTTCTTCATAATCGCATTCTTTTAACATAT +TTGATGGATCAAAGAATGGTAAGTTTTTATCAAAAAATAATGGTTGCATATGATATCTTA +CTAATTTACTTACTTTTACTTTAAAATCTTCATCTTTGCCTAATTTATCAAGTATATCAT +AGGCAATTTTTTCTCCTTCAACATCATGATTATATGATGTTAACCTTCCTTTTCTTAACT +TTGTTGTTGTTAATTTACCCATATCATGTAAAAGTGCTGCCCACATAAAAACTTCTTTGT +TTTTAGAATGGTTTTTATTTTTTGCTGCTTCATCAACAACTAAAAGCACATGATTTAAAA +CATTTCCTTCAGGATGATACTTTCTATTCTGATCTATCTCTGATAACTTCTTTATTAAAT +CAAAGGGCTGTTCGTCTAATTTTCCTTCTTTTATTAACCTTATAATTTCTTTTGATGGAA +TCTTAATTTCAAGTAAAATTTCATTAATTTTATAGTAATTGTCTATTGATGTCATATAAT +TCACCCTTTCCTTATATTATCATAAAATTTACTTAATGTATTCTTTTAAATAAAAAATAA +AAGCTTAGCATTTTAACTAAGCTCTTATTTATATTTTAACACTATATAAATCATTTATTT +ATTTTTTTCTTTTATAAATAAAATAAATTTATAAGTATCAATAATTTTCTATTTTTTAGG +GAAATTTTCTTTAGACCAAACTATATTTTCAACTCTTCTATCATCTGTTTTTATTTCTTC +AACTACCTCGATTTCCTGTACTTTATTTAAATTATCATTCTCTACTCCTCTAAAACTCCC +TAAATCATTTTGATCTTCTATATCTTCTAATATTTCTTCGCTTTCTTCTATTACATTCTG +TTTAACTTCTAATGAATCTTCTTTATCGAATTTATCTGATTTTTTTGTTCTTCTTTTATG +ACTGTGATTATTTGAATGTGATTTTTTATGATTCTTTGTATTTTTGTTTTCTGTTCCAGT +ATTATCTACTTTGTTTTCAACTTTATTTTCTATTATGTTATCTACTTCATTGTCTATTGA +TTCATTTTTAGGATGAGTTTTTTTTGTATTTTTAGAATGAGCTTTTTTAGAGTGATTTTC +TTTAGAATCAGTTTGTTTGCTATTAGTTTTTTTGTTTAAAGATGATTTTTTATTTTTAGA +CCCTTTTGTACTTTCTGATACTTCAGTTGTATCATCTTCTTTTTTGATTTTGCTTTTTTT +TGCAGGTTTCTTTTTACCACCTAGGCCTAAATTAAACGGTCTATTTTTCTTTGCCCTAGG +CTTAGCTTCTTCTAAACCAAATTCTTGTTTTTTATCATCTGGTACTAAATCATTTAATAT +TACTTCATTAAAATCTTCTTCGTAATTAGATTTGCTATCTACATTTTTATCTACTTGGTT +AGAGTGTTTTTTTCTACTACTTCTTTTATGATTATTATTTTTCATTCTAAGCAATTAATA +CACCCCCTTGAAATACTCTTTATAACATTTATATTCTTACAAGGGGGAAATTATCTTTAT +TATTTTTAATTAATCATTTTTTCTTGGTGGTCTTGGCCCAGGATATTGATATAAGTTAGT +TTTTAACATCCCATTATATAGCTTTCTTTTTCTTTCAGCATCCTTACCAAATTCTTTTTC +AAAATCTTCAAAAGATGTTATTAAGTAATAAGACCAATTTTTTAATTTTCTAAAAGTGTA +TCCAAGTTCTTTATAAAGCATTTTTACACTATCAGCATCTTCTAACCTTTCTCCATAAGG +TGGATTCGTTATTATGAATCCATATTCTTCCTCACTTTTAAAATCTACTGCATTCGCTAC +ATTAAATTCTATATAATCTTCTACTCCTGCAAGTTCTGCATTTTCACGCGCTATATTTAT +AGCTTCTTCATCTATATCATAACCATATATCTTAAATTGTGTACTTTCATCAATCTTATC +ATAAGCTTCTTTTCTTATATCCCACCATATTTTTTTATCCATAGTTCTCCATTTTTCAGA +GATAAACTCACGGTTAAGACCTGGTGCCATATTTATTCCCATCATAGCTGCTTCTATTAA +TAAAGTACCAGAACCACACATAGGATCTACTAAAGTTCTACCTGGTCTCCATGGAGTAAG +ATACATTATAGCTGCTGCTAAAGTTTCTCTTATTGGAGCTTTATTAGCTTTTTCTCTATA +TCCTCTTTTGTGAAGGGCATCTCCTGTTGTATCTATAGACAACACTACCTTATCTTTGTG +TATAAATACATAAATAGGATATTTTTCTTTATCTTCTTTTAATAATCCGTCTTCTAAATA +GCTTTTCTTTAAACTTTCAACTATAGCTTTTTTTACAATTGATTGTATATGCGGGGTTGA +GTGTAGCTTTGACTTTATTGATGACGCCTTTGCTATTGGAAACTGTGCTCCATAAGGAAT +ATATTTTGCCCAGTTTATTCTTTTTGTTCCTTCAAATAATTCATCGAAACTTTTAGCTTC +GAATTCAGCTATTTTTAAGTGAACTCTTTCGGCACATCTTAGCCACATATTTGCTCTTGC +TATACCATATTCATCAGTCTTATATGTAACTCTTCCATCTTCTGTTTTAATTATTTCAAA +TCCTAAATCTTTTATTTCTCTCGCAAGCATTTTTTCTACCCCGAAGAAACAAGGTGACAT +TAACGTATACGTCTTCATTTTTTCCTCCTAAATGTTTATGTGAGATTAGTACTGCCCATC +TTATAGCCGCCCATATCTAAAGTCACATATTTAAATCCAAATTCTTTAAGTTTATTATTT +GTTTTGTCTAATAAATCATTACTAAAAAACTTATGTATTTCTTCTTTTCCAACTTCAATT +CTAGCAATATCTTCATGAAGTCTTACTCTAAATTGATTAAATCCCAACTCTACTAAGTAT +TCTTCACTTTTTTCTATCATTCTAAGCTTTTCATTTGTAATTTTAGTTCCACAAGGTATT +CTTGTTGCAAGACATGCAAATGCAGGCTTATTAAATGTATTAAGATTCATTTCTTTTGAT +AAAGCTCTTATATCATTTTTTGTAAAACCACATTCCTTAAGTGGACTCACTACATTTAAT +TCTTCAATAGCCTTAAGACCTGGTCTATAATCACCAAGATCATCCAAATTGGTTCCATCT +ACTACATATTTAATATTGTTTTCTTTTGCAATTTCTTTTACTTTAGAAAATACTACCTTT +TTACAGTAATAACATCTCTTAGGACCATTTTCTATAAACTCTTTAACATCAAAATTATCT +ATATCAACTACAATATGATTTGTATTAAATGTTTTAGCATACTCTATAGCTTCTTCAATT +TCTCTCTTTGAATGCATCATTGCATGTAAAGTTACTGCTACTACATTTTCTCCTAAGGTT +TCACTAGCAACCTTCAGTAAAAAATTACTGTCAACGCCTCCAGAATAAGCAACTGCTACA +CTACCTAATTCTCTAAGCATATTTTTTAATTTTACTAATTTTTCACTTAGTTCCATAATA +TCCCCCACTTTCATAGTAAATTTATTATATAAAATATAACTACATAAATCAAACTAATTT +ATTATAAAAGTAAAGTTTTTATATAAAATATGATTATTTGTTTTTATACTAAGCTACTAC +TATACACATAGTATAAGTCACTCTAAAATTTGCTATATTTTAAAATTTATTGTAGTATAT +GATTATTAAAAAGGGGGATTTGACAATGAAAATTGACTACAAAATACCAAATAATTTACT +TAAAAATAATAAAGGAATGAAGTTAATATTTAGAGACGATTCTACTATATTGGATATTTA +CATAGGTAGCAATCCAGTTCTGACTTTAGAATTAGAAAAGAGAGATATAGAAAGTAATAG +CGAGTTTATTTACAATTCAATAATAAACTTAAAAAATATCACTATGTATATTCCAAAAAT +TTATATAAAAGAAAATTAATACATAATAAGTAATATTAAAAGTAAAATATTCAAAGAACA +AAAGTTGAACTATATTATATATAGTTCAACTTTTTTACTCATAATTAATGGTTACAATAC +CTGTTTATTTCTATATATTTTTTGAGAAATAATATATGATATAATCATAACAACTACACT +AACTATTAAAAATATAGTTCCAATTCCAATTTCATTAATTTTAGATAAGAAAATCATAGC +TTCTTTTTCCTCCGCCATTGCACTTATTAATGATGCTGGAGCCATAACTATGGATAATCC +TACAATAGTTATAAATACTCTTCCTTTAACAATACCAAATTTTAATATTGAAGGGATAAG +CACTGAAACTAAAATAATTGATGATGCTATACCTACCGTTAACATTGTCTTAAAATCTAT +TATATCATATGACTTACTTGAAAAAGTTAATACAAGTCTATATGTGACAGTAAATATTAA +TATAGATATAATTGTACTTGTTAGTCCAAAAATGTATCTAGAAGTAATATATTCTTTCTT +TGTAACTGGCAATGATGCAATTAAATAATCTATTCCATAACTTTCTTCATATGCTATAAC +TTGATAAGTCATTTGATATACTATAATTCCAATAAGCATATTTAAAAATATAGGATTGAT +AATAGATCCAACTATAAATAGAATTATTGAGATCAATAATATACTTTTTACTGCATTCAA +ATTTGAATAACTCATTTTTACTAAATTTATAATATTCTTCACTTTTATTCCCCCCTTGTG +TAGAAAGTTAATATATCCTCAAGATTTGGTTTATCATAAACCACCTCTTCACCAAATATT +TCATAAGCTTCTTTTTTATTTCTAGCTAATCCCTCAAAACCAAAGCTATTTTCAGATACA +GATATAAAAACTTCTTTAGTTTCATGATTTAACAAATCTTTTTTACCTCTTACTATACTG +TGTTCTTCTAATATAGAATACTTATCACCTTCTAGTATTATTTTTCCTTTATATATAAAG +ACTAGATAATCACCAACTTTATCTAAGTCTGAGGTTATATGTGTAGAGTAAAACACACTT +GCATTATCAACTTCAATTCTTTCTTGTAATATTTCTAAAAATTCATTTCTCACTAATGGA +TCTAAATTTGCTGTAGGCTCATCCATAATAATTACTTTAGGATGATGAGCAAGTGCAATT +GCAAGTTCAAATTGTTTTTTCTGACCTTTAGATAATTCCTTATATGTTTTATTCTCATCT +AGTTTAAATTTATTGATATATTTTTTGTATAATTCTTCATCCCAAATTTTATAAAATCTA +GATATATTCTTTTTTATTATAGATATCTTAGCATCATGTAAGTATCCACTGTAGTCCCCA +ACGTAGCCTATCTGCTCTTTAATATATAAATCACATTCTTTATATTCTTTTCCTAATATT +TCAATAGTACCATTATCCTTTTTAAGCATATTCATTATTAGCTTTATAGTTGTTGTTTTA +CCTGAACCATTAGGACCTATAAATCCCGTTACATAACCTTCTTTTATATCTAACTCTTTT +ATATTTAAAGAAAAGTCTTCAAAACTTTTGCTAAGATTTTTAATTTTGATTGCACTCATA +TTATACCTCCTCATATAAACTCTTAAATATCTCTAAACCCTCTTCTAATGTCATACCAAC +AGATTTTGCTTGTCTTATAATCTCCTCCAATTTACTTTCTACTTCGTACATTGCCACTTC +TTTCAGTCTTTCTTTATTTTGACTAGCTACAAAACTCCCTTTTCCAGTTACTGTTTCAAG +ATATCCATCTTTTTCTAACTCTTCATATGCTCTTTTAATTGTAATAATACTTACCTTTAG +TTCTTTCGCTAAGGACCTTATAGAAGGTAGTCCATCTCCGGCTTTCAGTTGACCATTTAA +GATTTGTGATTTTATTTGAATTTGTATCTGTTCATATAATGGCACTGATGATGAATTACT +TATATTAATATTAATATTAATATTCAAATTTAATCTCCTTTCTTAAATTGTATATAGGTG +TATACAACTGTATCTATATTATATATACAATTATATACACCTATATACAGTTTTGCAACT +ACAAAAATATTTTTATATGGTTATATATAAAAATAACCTCCATTTACTATTAAAAAACTA +ATAATAAAAGAGAAATTATCTTTTTAATTTAATAAAAAAGTGTATATCAAATATATATTG +ATACACACCTAATTACTTTTAATCTCTTCTATTTCTAATCATATCTATTACTATATATGC +TACTACTACCACCGTAATAATAATTACTATATTAGTAATCCATGAACTAATATGTCCACC +ATATCCAATGGTTCTAAATGGATTAAAGTATCCTCCGAAGAATCCTCCTCCTGAACTTGA +ATCTCCACTATAACTTCCACCACCTGATCCATAGTCCTTATAACTACCAGATCCCTGTGA +ATTATTACTTTCACCTGAACTACTATCATTAGGCTTAGTTGTAAAACTACCCGAATCAGG +TTTTATAGTACTAGAATTACCATTAGAACTGCTTCCACTATTCGGACTAGTAGAAAAGCT +ACCTGAATCAGGCTTTATTGTTGTTGAGTTATTTTTTTTATTGCTACTACCTCCAGAGTT +AAAGCTTCCAGAGCTAGGAAGTCTCTTGCTACTATTTGATTTATAACTTTTGGGTCTTGA +ACTTTTACTGCTAGAACGTGATGATGAACTAATTGTATAAGTTTCTATACTGTTTAGTTC +ATCTGCATAACTAACTACCTCACTTAATGCGAAACTAATTGAAACAAATAATAAGGTAAA +TATAGTTAAGAAACTTATGAGCTTCTTTTTATTATTTCTCATCTTATACCCTTAACCCCA +TTTCTATAAACTTATTATTTATTCGTATTAACTCATATTGTGTATCATCTGTAATAACAG +AATCATATCTTTCTTCTCCTTTAAATTTAGAGTATTTTAAAATATGTTGATTATCATAAT +CTTCGCTATCAATTAAATAAACATACCTTGAATAGTTTCCATCTTTATCTTTTTCTATTA +AATAAGCTTTTACATTGAAAATAATTTCTTTATTACCATTATATAAAGTTACTGTATCGT +TACAACTTGTAAGTAATGAGTCTGTTTTGTTGCAATCAAGTACATATTCTTTTTCTCGGC +AGTTAAAACATTGATCCATAGGACACTTACTTACGCAATTTCTACACTTACATAGACTAC +ATTTATCTAACTTCCCTAAATTTATTATTTTATCTTTACTTAAATAATTATCTATTTTAG +AATTTACATCCATATCTTTATTAAGTAATTTTGCAAATAATCCTTTTTTTGCTTTACTAT +CTCTTTCTAATTTATCTAAAAAACTCATATAGTCTTTTAGAGTTTCCACCTTCGTTATAA +AGCTTCTTTTATTTAATTCATCTTCATCTAACATCTGTTTTAAATCATCAGATGCAAATA +CTAAATCAGTATAAACTTTATTATATTTATTTTTTTCTTCTTCGATCCTTGTGCTCATCT +AAGGCCCCCTCAAAACAACTTATTCTAATTAAAGGTAGACAGTATTTAACCATCTACCTT +CACTTATTATTTTTAATATTCAATATTTATTATATTGTATTGAAATTTATTTTTCCATTT +CTTTTTTAATTCTTTCTAACTCATCACTTACTTTTGAATCAACAGCAGGAGAGCTATTTA +TATATTCATATAACATAGCATCTTCATCTTTAGGCTTTAAATCCTCTAATGCTTTTCCAT +AACTTTCTTTTTGTGAAACTTTCTTTTCTAATTCATCTAGGTTTATTCCATGATCATCGT +TAAGCCCTGCTAAAGTTTCGTTTATTTCATTACTTATTTCAGCAACATCAAGTCTAGTAG +CTAACTCTTGTTTTTTAGATTTCATTTTAGATATTTCTATCTCTAACTCTTGTATTCTAT +TTTTAATTAACTGAATTTTTTCATCTTGCTCTTTTATTCTAGTATCAGTTTGAGATATCT +TCTCTTCTATTTCAATTTTTTGTTTAACAAAACTTTGAGCTTTTTCAGTATCTTCTTTTA +ATATAGCTGCTTTTGTAGCTTCCTCATACTTACTAGCCTTTTCTATTAATTCTACTTTAT +CTTTTCTTATATTATCTACTGTTGCAATAAAATTTGCGCATTGTTTTTTAGCATCTATTA +ATAATTTTTCTTTCTTTCCTATAGACAATTCTAATAGTTCAATTGGATCTTCGTGTTTTT +CTAGTGCCTTATTTGCTTTTGCACTTACTACGTTTTTTAATCTTTTAAAGAAACTCATTG +TAATCTCTCCATTTCATTTTTTAAAATTAACTTCCATAATCTTGTAATATCTATATATTA +CATAAATATATACTATCATAAATAATTTTAATTTAGAATAGTTTAATAGTTACTATTTTG +TTTCTATACCTAATATATACCTTTAAATTTGTATATATTAATATTATATTATTTATATGA +ACTTATAGGAGGTTATACATTTGAGATACGTTATAGTTAGTGTAGTTAAAAATAAAGCTG +GTGACTTTAATAATAATTTAAGAAAAGATATATTTGAAAAATTTAAGGCTAAATCATCAA +AGTTGCCTGCACACTTTACAATTAAGTCCCCTTTTGAATCAGAGGATATAAGTGAATTAG +AAAGCACTTTAAGTAAATTTACAGAGAGTCATTCAAGTGCACCTTATAAAATTAAAGGAT +ATAGTAACTTTGATAATAGAGTAATTTTTATGAAGGTCCTAATGAGCCAAGATGGAAAAA +GAATTCATGACGAGCTTATTGACTCTTTAAATGAAATATCTTATATCAAATTTGATTCTA +AAGATGGTAAGGATAAAATTTTTCATGTAACTATAAGTAGTAAAAAAATACAAAATATAT +TTTCTATAATATGGGACTATGTGAATCAATCTCCTTGTGACTTCGATTGTGTATTTGATA +ATATTTGCATATATAAGTGGGAAAATAATACTTGGGTTTTACATAGTGAATATAATTTAT +AATTCTTAATAGTTAATTAATGTTCTAAATGAATATCTTATTTATTTTTAAGTATTATTA +TTCCTACTAGGAATTATCTTCTTTTTATAAAACTGATAATTAGTTTTTTGCATTCGATTA +TTTTCGATTATTTTCGATTATTGAAGGATAACTAATTATCAGCTTTTTATATTTTTACTT +ACTCCAAAATTTTTTGCATAGTCTTTTAACATCTTCGCTTTTTCTTACTTTTAAATTAGT +ATTATGCCATTCATAAGGAAATAAACTTTTATATCTATTCTGAGAATATCTACTGTCTAA +AATTAGTATAACCCCTCTATCTTCATCTGTTCTTATACATCTTCCTGCAGCTTGAAGAAC +TTTTATCATCCCTGGATAAACATAAGCATAATCAAATCCTTTGTTATCTTTGTCATAATG +TTCTTTAATAACATCTCTGTCTACACCTATCTGTGGCATCCCTACTCCTATTACTATTAC +ACCAATAAGCTTGTCCTTAGTTAAATCTATACCTTCAGAAAAATGCCCTCCAAGTACACA +AAAACCAACATGAGTTTCTATATTATTTTCATCAAACATTGATAAGAAATCTTCCTTATC +TTCCTCACTCATGTTACTTTCTTGTATAGATACATTTATTCTAGGGTGTTTTTCTTTCAT +TTTCTCATATATTAATTCCATATATTTATAAGATGGGAAGAATGCCATATAATTTCCAGT +CTTTCCTTGAGTACAAGCTGATATATAGTCGCATATCTCCTCACTAGTTTCATTTCTTTT +TGAATATGTTGTTGAAATATTATCACCTATCATTATAAGTCTATTATTATTATCAAAAGG +ACTTTTTAGATTAATAACAAAATCTTCTTTTTCTGATCCATACATGGTCATAAAGTATTC +TATTGGTATAAGAGTGGCAGAAAAAATTATTGTTGATTTTGATTTTTTCATCTTTTCTTG +TATGACCTTAGAAGGATTCACACAATACATTTTAATAGTTATTCCAGAAAATCCTTGATA +ATATATAGTAGTGTAATTCTCATCATAAATGTCTTCTATTGAAATATACCTACGACATTC +AAAGTAAAGATCAAGAAGTTCTTTATTATCTTCTGTACTCCTAGATAAATATTCATCAGT +ATATTTTATAAATGATTTTAGAATTTCACTTAGTTTCATTGGCAATTTATTATCTACTAA +ATACGTTTCATTTAATCTATTTAGACTTTCATATTTTTCTTTAAAGGTCTTTTCCACTTC +TTTTATTATCGATGTTAGTGTTTTATCTTTGCTACTCATAAGCTTTCTAATTTGTACAAA +TTTTTCTTGAGTTAGTGTAGCTGAATACATATCTCTTGCTCTATCAACTAAATTGTGAGC +TTCATCAATAAGAAAAGTAAAGTCTGTCTTACTTACTTCAAAGAACCTCTTTAAATATAC +CCTAGGATCAAATACATAGTTGTAGTCACATATTATTACATCACTAAACATTGTTAAATC +CAAAGATAATTCAAATGGACATAAATTATATTCTTCGCTTATTTGATCTATATTGTATCT +ATTATAATCATCATACTTTAATATAATCTCTTTTAAAGATTTATTTATTCTATCGTAATA +TCCTTTAGCATAAGGACAGTAGTCCGGATTACAATTAATTTCATTCATCTTACATATCTT +TTCTTTTGCTGTTATAGTAACTGATTTTATAGATAAATTTTGCTTTCTCATTAAAGTTAT +ACTGTCTTGTGCTACTTCTCTTGTTATTGTTTTTGCTGTTAAATAAAATATTTTCGAAGT +ATGTTCTTCTCCCATAGCTTTAATAGCTGGAAATAATGTAGAAATAGTTTTTCCCGTTCC +TGTCGGTGCTTGTGCAAAGCATTTTTTACTATCCATTATACTTTTATAAACTCTTACTGC +AAATTCTCTTTGTCCTGGCCTATAATTACTATAAGGAAATTTAAGATTTTTAATTGATGA +ATTTCTTTTATTAATCCAATCACTTTCTATGTTTGCCCAACTTTTATACTCATCTAACAA +ATCAAAGAAAAAATCTTCTAGCTCTTTTAATAAATATTTTTTTCTAAATATTCTTGTAGT +CTTACTTTCAATATTATAATAAGTTAATTGTATATCAATATTTTCTAATTCATTTTGTAT +TGAATATATATATCCATAACATATACCTTGAGCCCAATGAAGTGGATTTGTATCTTCATC +TATTAATAATAATTCCTTTGTTGTAGTCTTTATTTCATCTATAATAATATTTCCATTTTC +TATTAATATACCATCTATTCTACCTTCCACAATAAAAGTTAAACCATCATAATCAAACTC +GTGTTTAATAGGTACTTCTGCACTATAGTTGCTACCATATGACTTTTGTACTATTTGGTG +TCCTTTTATTCCTTCAATGGCTTTAACTGATCCTACGTACCTATTATCTATGTCTCCATG +TCTTAAAATAAATTCTACTAAGCTTCTTATAGATATTTTTATTTTCTTTTTCATATTATA +AGTTTTCTTTTTCTAAATTTAGTAAAAATTCTTTTACTTCTAATCCACCTGCATACCCAA +CAAGTTTATTATTGCTGCCTATTACACGGTGACATGGAATAATAATAGGTATAGGATTCG +TATTATTTGCCATTCCAACAGCTCTACATGCTTTCGAATTATTAATACTAATTGCAACTT +CCTTGTATGAACTTGTATGACCATAAGGTATATTTTTAAGGCTATTCCAAACATTTTTTC +TAAACTCTGTTCCGATAAGTTTAAATGGTAAATTAAATTCTTTCCTTTTACCATTTAAAT +ATTGATTTAATTGACTACTTGCTTCTTTTATAACTTCACTTTCAAATATTTCATAATCTT +CTTTTATTATTTTTCCATTCTCAAAATATATTTTAATTATATAACCATCTTCTTCTGCTA +TTCCAATTTTACCAATTTTCGTATCGTAAAAATATAAATATTTCATTCATTAGTTCTCCT +TATATAAAAACTTTACTTAAAATTCTGTTTATCATATTTAACATTATATACAATAACACT +AAAGAATACATAAAAAAAGAGTATCATTACGATACTCTTTTTCTTATTATACACTAACTG +ATTCGTTTACAGATTGGTTTGAAGTTATTACTTGTGTAGCTATATTTACAGAGTGATCAG +ATACTCTTTCTAAATTACTTATTATATCTAAGTATATAACACCTGAGTCTATACTACATA +CACCTTCATTTAATCTATTCATATGACTTCTACGATAAGATGATTCCATAGCGTCAACTT +GTTCTTCCATTTTTATAACCTTACAAGCTAAGTTTACATCAGCTTTTTCTAAAGCTTCTA +ATGCACATGTATAAGTCTCTACAACTTTATTGAACATTTCTATTAATTCATCTTTACCTT +TATCAGACATATTTAAGTCGTTGTTTATCATACTTTCAGCTAATTCAGCTATATTTTCAG +CATGATCACCAACTCTTTCTATATCATTGATAGTATTGAATAATTTATCTATTCCTTCTA +TACAATCATGATTTAAAGATGTTTTAGATAATTTTAATAAATAGTCTAATATTGTTTTTT +GTAATTTATTTATTTTAGCTTCTTCTTCGAAAACATATTTTACTTTTGCTTCAGATTTTT +CTAATAATCCGTTCATAGCATTTTCTAAAGATGCCTTAGCCTTATTACCCATTCTTAAAG +TTTCTTTAGATGTATTTGATAAAGCTATTGATGGAGTTGTTATCATTCTTTCATCAATGA +ATCTAACAACTTTAGTATCTTCTACTTCATCTTCTCCTTCTGGAACTAGTTTCATAGTAA +GTTTTACTATAAGCTTAGAGAATGGAAGTAATAATATTACGTTTATAACATTAAATAATG +TATGTGAATTAGCAATTTGTCTACTTACGTCATTTGGATCTAAATGAGTAACTAACATTG +TTATTGGTTTTGTCAGTAAGAACATAAATACTAACGTTCCTATTATATTAAATACTAAGT +GCATTGTTGCTGCTCTTCTTGCATTTTTACTTGCACCTATACTTGATATTAAAGAAGTTA +CACAAGTACCTATATTTTCACCATAAAGTATTGGTAATGCTGATGATAAAGGTATTAAAC +CTTCTGATGCAAGTGCAAGTAACATACCCATTGAAGCACTTGAACTTTGAACAATTGCTG +TTATACCAAATCCTAATAATATACCAAGTATTGGTTGGCTACCAAATGAAACTAATGCAT +TTGTAAATCCAGAGAACTCTCTTAGCGGTTTAACTGCATCTTTCATAAAGTCCATACCTG +TAAATAATATACCAAATCCTATAAGTATCTCTGCCATATGCTTTGTTTTTGAGTTTTTAG +CAAATAAGTAAAGAACTATACCTATACCTAATGCCATCGGTGCCATTCCGACTAAGTCAA +GTGATACAATTTGAGCTGTTATCGTTGTACCTATATTCGCACCCATTATAACACCTATTG +CTTGAGGTAATGTCATTATTCCTGCATTAACAAATCCTACTACCATAACTGTAGTTGCAG +AACTACTTTGTATTATTGCTGTAACTAATGCACCTACTATAACACCCATTATTACGTTAC +TAGTTAAAAGTTCTATAATTCTCTTTAATTTTGCTCCTGCTGATTTTTGAAGACCGTCTC +CCATAAGGTTCATACCGTATAAGAAAAGACCAAGTCCTCCCATTAAGTTAATTATGATTT +CCACTACTATTTCCTCCTAAAAATCAATTGCTACAATTATTTTTGTATGTATTTTTTATT +TGCTGATTAGTACATTTTTATTTTAACAATAAACTTAACATTTATTGTTAAAATAATGTT +AAGTTATTTAACATTTCGTTAACTTAAAGTTAAACAAATGTTAAATCTATGTTAAAAGAG +AGGAAATCAAGCATTAATCAAGTTATTAATGTTAATTTATTGCATTTATTTTAAATATAT +TGTTAAATTTTTTAGTTGCTTTGTTATAAACATTCCAACTCCTATACTACTTTCTATATG +CATTATTTTTTGTATTGAATTATCAAATAGAACAGTAGCGTTTGCAGAGATTTCATCATC +TCCTTCCCATATTACTACACATATAGGAACTCTTGGAAATATATTAAATATTGCACTAGC +ATCGCCAAATTTATACTCAGTCCCACCTAGACCTAAAGCTAGCATTGAAAATATATCACT +ACTATATCCAAATTCTTTAATTAATGTCTCTATAGAGCTTTTATAAAATGCTGGGTAATA +TAAATCCCCTCCATTTGGGATTTCTTTCAAACTGACCCACTTATTTTCTACCTTTATATC +ATCATCTGAAAAACCTAAATAATTTAGAAGTGTTATAGCTAAAGATATATCCATATCTTC +TAAAGTTTCTATATTATAAATTTTCTCGCTATCGCAGTCCAATATATAATGGTCTCCAAG +TATATCTATTTCAAAGATATTCACATCTTCTCTATATTTTACATCTCTTATTTTTGAAAC +ACGATTGAAGTTTCTATCTTTTAACATTTTCCATCCTTGATTATATGCAATGCGATAATT +ATTCACTTAATCACCTCCTAAAAAAGCTAGTAAATCAAAGTAGATTACTAGCTCTTATAT +AAATATTTTAAACTACTTCATTTCAAAGAAATACATGTACTTTTTAATACTCTATTCAAT +ATAAATTAGTTGTGTTCTTATTTTCCCCATTTTAATTCATATACAAAGTATAATATACTT +ATATTTATATATAGTATCATAATGTTTGTATTCTCACAGTTTTTTTCTAAATTTTCAAAC +ATTTTTTCTCCTTGATTGATTTTATATAAGGAATTAAAATTATATAATAATATAAACTTT +ATTTGAGACTTGAAAGGAAAATATATGAACGATATCAATTATGAAAATTTATTAAATATT +AATACTTTTGGAGAGGAAAACTGGAAAGATAAGTTTAGTCACTATCATCCTTATCAAGCA +ACATCTTATTCAGCCCTTGATACTTTATTTGAAAATTATAGAGTAAATGAAGATGATTAT +ATTGTTGATTTTGGTTGTGGTAAAGGTAGGCTTATCTTTTATATAAATTACTACTTTAAT +GCAAGCTGCTGTGGAGTTGAAATGAATAATGACTTTTATAAAACTTGTTTAGATAATAAA +TCTTCATATTTAATTAAAAATAAGAAACTTAAAAATAAGATTAAATTTGAAAATACCTTT +GCCGAGAATTACAAAATTAGCTTAAATGATAATAAATTTTACTTCTTTAATCCTTTTTCT +CTACAGATTTTTATTAAGGTTATAGACAATATACTAGATTCCTTAGAAGCAAACATGAGA +CCTGTAGAACTAATTTTATACTATCCATCTAGTGATTATATTTATTACTTAGAAAATAAT +ACCCCTTTTGTTATTGAAAGAGAAATAATTTTAGATAATTTATATACTAAAGACAACAAT +GAAAGATTTTTAGTGTATAAGCTTGCTTATTGCTAAAATGTAAAATAGGAGTATCTTACA +ATATATTAACATTGTATGGTACTCCTATTTTTGTGCTTTGATTTATTAAAAATAATACTA +TATTTAATATAATAATTACTTGCTTAACTCTTCGAATAACTCTTCTTGAGATTGCTTTAT +AGTAAGTATTCCATCAACCTTTACAACAGCTTCTTTTTTATAAGCTCTACATTGTCCTAT +ACAGCCTCTTTGAACCTTTTCTTTTCCTACTACTTCTTCTAATTTATCCATATCCACATT +TGAACAATATGGACAAGCTCTAACTAAATTTATCATGTCTAAATCCTCCTAAATAATTGT +TCTTATTCAGTTAATACCCGAAATTTGAATCATTAAACACAATTTAGTATTTTCATCTGC +AGTCATTAAGAACTTTGTACCCCCACATGCACTTGATACGCCTTGTAGGGATATCATTGT +AAAAGTATTCAAATTATATTTTATACTAGTATACCATAATCAACAATATCATTTATATAA +TTAATCTTATATAGGATACTCATACTCTTTCTTAATATAAGATACTTTAAGTAACTAGAT +TATTTATATTTTTTTATTTCATTGTAATATTCTTTTGGTGTAATACCAAATTCCTTTTTG +AAAGCACGGAATAAATTATTATAACTTCCTATTCCACAAATATGTGCAACATCTATTATT +GTATTTCCCTCTTCAATAAGCTTTTTACATAAATCTAATTTAGCTTTTACTATATAACGA +TGTAATGTTATTCCTGTAGCTTTCTTGAATTCTCTCGATATATGAAATTTACTAACATAA +AATTCTCTTTCAAGATCATCAAGAGAAATCTCTTCTGTAATATGGTTGTTAATATATGAA +AATATATCGTCAATTAAAAATGGTTTACTTTTTTTTATTTTTTGTTTTGGTTCAGCGTAA +ATACATGATCTTAGTATTAGAACTAAAACTATTGATAGCATACTTTTTATGTATAAGTTA +TTAGCAAATTCAAAACTATCTTCTTTTAAGTACACAAGCTTTTTTAATATATTTTTTATT +AACATAGTTGTTTCTGTACTTGCATCTATAACTACACACTCAAAAGGTACAGTATTAAAA +CTTTTAACAAGGTCTGTTTCTTCATCAGATAATTTATCTAGTAATTCTGTTGTAACGGAT +AGTTCATAGATTACTAGAAGTTGCTTTGATTTTGACTCTATATCAATAAAATTATTAGGA +CTTATTAAAATAATATTATCAGTGCTACACCTTTGAGATTGATTATTTAAATTTAAATTA +CAATCTCCTGAAAATACAAATAATATTTTATAATATTTATTTGATTTAATTCTTTTAGTT +TTTATATTATTAAATTTAAATTCCCTTACAAAATAATCCTTTTTATCAATCATTAATACC +ACCCTTTTATAGTTTAATAGCTAATATATCAATTTTTGTTAATATTATATCAAGATATGA +ATATAATTTTATTTTACAATATGAGATAATAAAAATACAAATAAATATGACAGTTTTGTT +AAATTTATTTACAATCTATTTTTTATCAATAACAAGGGGGTTAATTTATGCAAAAGTTTT +CAATGAAAGATAAGATTGGTTATACTCTGGGGGATTTAGGATGCTGCTGTACAGAGCAAT +TTAGGGCTATGTTTTTAACAGTATTTTATACATTAGTTCTAAAAGTTAATCCTATTCATG +TCGGTACAATAATGTTAATAACAAAATTTTGGGATGCTATTAATGACCCTATAATTGGTG +CCATTATAGATTCTCGTAAAGCAAAACCTGGTAAAAAATTTATACCTTGGATTCGTACAT +TTTCAATACCATGTGCAATATTAATGTGTATTGGATTTTTAAATGTTTCTAATTTAAATT +ATGGTTTAAAGTTAGCTTATATTTTAATTACTTATGTTCTATATGAAGCTATGTATACTT +GTGTAAATGTTCCATTTGGGTCATTATCAAGTGTTATGACAGATGATACTAATCATCGTA +CAGATTTATCAAGATACAGAAGTTTAGGCGGAACTATTTTTATGACTGTAATAGTTATCG +TTGGACCACTATTTTTATATAAAGATAATGTACCTGTTCCTTCAAACTTTTTACTATTAG +CTATTATTTGCGCTTGTGTAAGCGTTTTCTGCTTACAAATCACATCTATTTGGTGTAAAG +AACGTGTTGAGTTACCTCACGTAGAGAAGGAAAAGTTTAATTACTTTGAAGTATTAAAAA +ATATTTCTAAAAATAAAGCTTTATTAGGAGTTATAATTGCTAGTTTAGTTGGAATGATAT +CAGCTAGTGTTGTTAATGGATTAAATACTTACTTATTTAAAGATTATTTTGGTAATGTAA +AGATCATGGCTGTATCAGGAATGCTAAGTACTGTTTATTCAATAATCACATTTGTTGGTA +CTAAGTTTGTTGCTAATAAATTTGGTAAAAAAGAATGGTGTATATATGGGGCTGGTTTTG +CTGCAATAGTGTATGGAGTTTTATTCTTCTTCCCAATAGATAATCCTATAATGTTTATAA +TAATCAATGGAGTTTGCTATATAGGAGCATCAGGCTTCCAAATACTAATTTGGGCTATGG +TAAATGACTCAATAGATTATCAAGAATTACAAACTGGAACTCGTAATGAAAGTATAATCT +ACTCTACATATTCATTCTTTAGAAAACTTGCTGCTGCTTTAAGTGCGAGTTTAAGTAGTT +TTATACTTGCATTTATAGGATATAATGTACATGCTTCTACTCAAACTGCAGAAGTTGCTT +CAAAGCTTTGGAAATCGTATACAGGAATTTACTCTATAGGATATTTAATAGCAATATTAG +CATTATTCTTTATATATCCTTTAAGTAAGAAAAAAACTCAAGAGATGTTAGAAGAATTAT +CAATCAAAAGAAGAAATATGAAAAATATTTAAAATATATCAAGTAATAGGAGATCAATAA +TGATTAAATTAGTAGAAATAAAAAATCGAAAAAATAAAACATTAAGAGGTGTACTTACTC +TTCCTGATAATATAGAAAATCCTTTTATCGTATTAAATCTACATGGATTTGGAGGAAGTA +TGTCAGGGCATAAATATGCTCATACTCATTTATCAAGAGTACTTGATTCTAACGGATTTG +GATGTGCTAGATTTGACTTTTATGGTTGTGGTGAAAGTGATGGAGAATTTGAAGAAATGA +CTTTTACTGGTCTTATAGAAGATACTATTGATATGTACAATTGGCTAATTGATTCTAAAA +TAACAACTTCTGATAAAATCATACTATCTGGTCATAGTATGGGTGGTTATGTAGCTGCAT +GTACTGCTCCAAAGTTACAACCAATTGCTTTAATTCTTATGTGCCCTGGTGCTGGAATGT +GGTACGGTTGCAAAGAGCGTGCAGATGAACTGAAAAATAAATCAATACAATATGCTAATA +TGGAAGGCTTAAAATTTAATATTGATTTCAATTATGATTTATACAACTATGAACCATTCT +CAAGTGCTATGGGATATGACAAAGATGTTCTAATTATAAGAGGAACTGAAGATAAATTAG +TTGATAATCGTACTTGCCAAGCTTATTTAGATTGTTATAACAGCGATAAAACAACATATA +TAGAAATTGAGGGCGGAGATCATAATTTTGCAAATATAAAAGCTAAAAGTGAATGTGAAA +ATGCAATTATTGATTTTTGCAAATTAATTAATAATAAATAAATATAAAATAATTAAGAAA +AAATTTAGGGGGGATTTATATGAAACTTTTAGAAACAATCAATGTAGGAAATATTACATT +AAAGAATAGAGTTATGTTTCCACCATTAACTACTGGTTATGAGGGTAGAGATGGTAGTAT +AACTAAACAAAGTATTGAATTTTATGAAAGGTTAGCAAAAGGTGGTGTTTCATACATAGT +AATAGGTGATGTTTCTCCGATTAATAGTTTTTCTCCTACACCAAAACTATATGATGATAG +CCAAATTGAAGGTTTTAAAAAATTATGTGACTCAATACATAAACATGGGGCTAAAGTTTC +TGTTCAGATATTTCACCCAGAATATGACTGTGATGCTATAAATAAGATGTTTGCAAGTGG +TGATATGAAAGCTGTAAGAGAAAAATTACATCACGATATGAAGCACTTTGTTAATGAAGT +AAGTGAAGAAGGCTTAAATAATATTATAAGTAAAATGTGTGATTGTGCAATTAGAGCTCA +AAAAGCTGGTGTTGATATTATTCAAATACATGGTGATAGATTAGTTGGTTCATTATGTAG +TACTATATTAAATAAAAGAAATGATAAATTTGGTGGTTCTCTAGAAAATAGAACAAGATT +TGCTATACAACTTGTAAAATCATTAAAAGAAGCAGTTCCTAATATGCCTATTGATTATAA +ATTCTCAGTTGTTACACCACAAAGGGGTAAAGGTGGAATAAACTTAGATGAAGCACCTAC +ATTTGCTAAGTGGTTAGAAGAAGCTGGAGTTGATATGCTTCATGTAGCCCAAGCAAATCA +TACTGGTAATATGGCAGATACGATTCCTCCAATGGGTGTTCAACCATATGGATTCTTTGT +TGATATTGCTGGGCAAATAAAGAAATCAGTAAATATTCCAGTTAGCACAGTTGGTAGAAT +ATTTAATCCTAAAATGGCTGAAAGTATTCTAGAGTCTAATAAATCAGATATAATTGGACT +TGGTAGAATTTTACTTGCAGATCCTGATTGGATTAACAAAGTAAAAGATAACAAATCTGA +AGATATACGTGAATGTATATGTTGTAATAAAGGATGTACTGATAATATACAAGAGCGTAA +GTTCTTAAGCTGTGTGCTAAATGCTGAAAATGGATATGAAGGAACTAGAAAAATAACTGA +AGCTGAAACTAAGAAAAAAGTTATAGTAGTAGGTGGTGGACCTGCAGGACTTGAAGCTGC +ACGTGTAGCAAGTTTAAAAGGTCATAATGTTACTTTATTTGATGAAAATACATCTCTAGG +AGGACAATTAAATTTAGCTTGTATACCTCCTAGAAAAAATGAAATACGTAGAGCTATTAG +ATTTTTAACACATTCAGTAACTTCTCAAAATGTGGAATTAAAGCTTGGAAAAAAAGTAAC +TCAAGAAGATATATTAGCTCTACAACCAGATGCTGTGTTAGTTGCAGTAGGTGCAAGTAA +TGTTATACCAAATATAGATGGATATAATAAACATATGGTATGTGATTCATGGAAAATCTT +AAATGGTGAACAACAAGTATTTGGAAATATTGCTGTTATTGGTGGAGGTATGGTAGGCTG +TGAGGTAGCTGAGTACTTATGTCTTCAAGAAGGAAATAATGTTTCTATAATTGAAATGGA +TGATAGCATAGCTAAGGGTGAAAGCAATACAATACTTCCAACGCTAATGGAAAATTTCAA +TAAAAATAATGTTAAAATCTATACTAATCATAAAGTTAATAAAATAGATAGTGAATATAT +AATTTGTGAAAATGATAATAATGAAATTAAAATACCTTGTGATTACGTAGTTATGGCAGT +TGGTGCTAGACCTAATAATTTTAATGTTGACAAACTATTAGAAAATAATATTAAAGTTGT +TAAAATCGGTGATTGTAAAGATAGAGCCTCTGATATTGAAAATGCAATTAAAACTGCTTA +TGATGCTGCTAACGAAATATAACTTCATATAAATATAAAAGAATCTCCTTATAAATTCAA +GGAGATTCTTTTTCATACAAAATTAACTTATTATATTTACTTTTCTATTTGTAGATCTTT +TATGGATTCCTTAATCTCTTCTAAACTCTTACCCATACTTGAGTCTATAGCAGCAACAAA +AGCTCCTTCTACTAAGCTAACTTTACAGATTTCTACCTTTTTACTAATATACTCATCTAA +CATATCTATAGCTAATTCAGCATTCATAAGTGCACTTCCAATATCAAAGAATAATAAAAC +TCCATCATCACTATAAACTTCTTCAATCGCACTCATAATTTTCATAGGATCTGTACCTAT +TCTGCCATCGTCAGTTCCACCTGCAACACATATCTTAACACCTACAGCCATTTGGCTTAT +AAGATCTTTTAAACCTTCTACAAGTTTATTACTATGAGATACTAACACTATTCCAACCAT +AATTATTCCCCTTTTATGTATTCATATATTGTTTTTAGTATTAAGTAACTAGAAGTTGCA +CCAGCATCTTGATGCCCTATACTTCTATCTCCAAGATAACTTGCTCTTCCTTTAGTGGCC +TTTATTTCTTTTGTTTTCTCTACTCCTTCATATGCTGCTTTTTGTGCATTATCTAGGCAG +TCAATAATAGATAAATCTTTTTCTTTTGATTCAATTAAAGAATTTAAAGCAGGCTCTATT +GAATCTATCATAGTCTTTTCTCCAGCTACAGCCTTTCCTCTCATTTTTATTCCATCAAGT +GAGGATTTTAAAACGTTTATAAAATCATCTAAATCTATTTCACTTTTATTGTTAAGTACA +GGTGCAGCTTTCATAAATGCTGTTCCATATAATGGACCTGAAGCTCCACCAACTGTAGAA +ACTAAAGTCATACCTATCTTTTTAAATGTATTTCCTAAATTTTCACCATTGTCATCAACT +AACTTTTCTTTTACTGCTTCAAAGCCTTTGCTCATATTAAGACCATGATCCCCATCACCT +ATAGCTGCATCTAGTTCTGTTAAATATAATTTATTTTCACTAATTACATCAGCTATTTTA +TTAATTATGCTGATTACCTCAAATCCTTTTATACTCATAAATAATTATTCCCCCTTAAAA +TAAACTACTATAATACCTTAAGTCCTAGTGTATCTGCTTTAGCATCAAGTAGTTCTTTTA +ACTCATCATCAAGTTTTAATATACTTACTGAGTATCCAGCCATTTCAAGAGACGTCATAT +ATTCTCCAACAAATGTGTTATAAATTTTTATTCCTTTATTAGTTAGTATTTCATTAACTG +TTTTATTTGCAATGTAAAGCTCCATAAGAGGTGTTGACCCTAGTCCATTTACCATTACAG +CAACCTCTTCACCTTCAACTATTTCTATATCTGCTAATATTTTATCTAGTAAATGAGTAG +TAATATCATTAGCACTTGATATTTCTTCTTTATGAGTTCCTGGTTCTCCATGTATACCCA +TTCCTATTTCTATTTCATTTTCTTCCAATGTGAAGTTTGGTTTTCCTGCTGCTGGAACTG +TACAAGGGCTTAGTGCCATTCCCATACTTCTAACATTTTTTATTACTTTATTAGCTACTT +CTTTTACTTGATTTAGTGTTGCTCCTTGTGTTGCTTTCGCACCTGCTATTTTATGTACAA +ATACAGTACCTGCAATCCCTCTTCTACCTGCTGTATATAGACTATTTTCAACAGCAACAT +CATCATTTACCACAACATAATCAACTTCTATACCATCCATTTCTGCCATTTCTTTTGCCA +TTTCAAAGTTCATTACATCTCCAGTGTAATTTTTAATCACTAATAATACACCATTTCCAC +CGTTTACTTCTTTTATAGCTTCATATACTTGATCTGGAGTAGGAGATGTAAATACTTCAC +CACAAACTGCAGCATCAAGCATTCCGTATCCAACAAATCCACCATGTGATGGCTCATGTC +CACTACCTCCACCACTTACTAGCCCAACTTTACCTTTTACTGGAGCATCTTTTCTTACTA +AAATATTCCCATTCTCACTTTTTCTTACATAATTAGGATGTGCTAATATCATTCCTTGGA +TCATATCAGATACTACATTACTTGGATCATTGATTATTTTTTTCATTTTAATTAATCCCC +CTAAATAACATTTTCCTTAATAATATTATAGCACTAAATTTTTTACTATATTGTATTTAA +AGCTTAGTTTCTTTCATAAATATTGTTACCATAACTGTCTATTGCAACAATTAACTTTAA +ATCTTCTACTTCAATTTTTCTTATTGCTTCTGCTCCTAAGTAATCATATGCAATAACTTC +ACAAGACTTTATAGAATTAGATATATACGCTCCAGCACCTCCAATAGCAGCTAAATATAC +TGAACCATATTCTTTCATAGCTTCTATAACCTCTTTATCTCTCTTTCCTTTACCTATCAT +TATCTTAAGGCCTTTTTCTAATAGAGGAATTGTTAAGTCATCCATTCTATAACTTGTCGT +TGGTCCTGCTGATCCTATTATTTCTCCTGGTTTTGTAGGTGTAGGTCCTACGTAGTAAAT +ACCTTGATTTTTCACATCAAATGGTAAATCTTTCCCCCCCTTTATATTTTCAATCATTAG +TTTATGAGCTGCATCTCTTGCTGTATATAAAACACCACTTAAACTTATACTATCTCCACA +CTTTAATTTTCTTATTTCTTCAGTTGAGATTGGTGTACTTATTTCTATCATCTTATTCCC +CCTATTATATAACTACTTTTTTATGTCTTGATGCATGACAGTTTATATTTACCACAACTG +GTAATCCCGCTATATGAGTTGGAAAAGTCTCAATATTTACAGCTAAAGCAGTGGTATTTC +CTCCTAGGCCTTGAGGACCTATACCTAAGCTATTTATTTCTTTCAGCAGTTCTATTTCTA +AATCAGCTATATAACTATCTTTATAATTATATTTTCCAACATCTCTTAATAAAGCTTTTT +TAGCGATTTGAGCACATTTATCAACTGTTCCTCCTATCCCTACTCCAACTACAATAGGAG +GGCATGGATTAGGACCTGCTTCTTTAACAGTTTCTATTATAAATTTTTTAATTCCATCAA +CTCCATCTGATGGCTTTAGCATCTTTAACTTACTCATATTCTCACTACCAAATCCTTTTG +GTGCAAATTCTATTACAAGCTTATCTCCTTTAACCATTTCATAATGAATAATTGCAGGGG +TATTATCTTTTGTATTCTTTCTAGTTAGAGGATGAACAACTGATTTTCTTAAATAACCTT +CTTCGTATCCTTTTCTTACACCATCATTAATCGCTTCTTCTATTGTTTTTCCTTCAATTA +TTACCTCTTGCCCTAATTGTACGAAAAATACTGCCATGCCTGTATCTTGGCATATTGGTA +TTGCCTTTTCTTTAGCTATATTTGCATTTTCAATTAATATATTTAATATATCCTTACCTA +CAGGGTTTTGTTCTTTAGGTAAATTACTTTCTATGCAAGTTAGTACATCTTCTCCTAAAT +ATAAGTTAGCTTCTATACATAACCTTTTTACTTCTTTTGTAGTATCATCTGATGATATAG +TCCTCATTAAAATTTCCCCTTTTTATTTATATATAAACCTCATCCTTGCTTAATTTTGAT +ACATTAGTTTCAATAGCAACCTCTGCTACTTTTTTAGCAACACTTTCAGCAACTCTCTTG +TCAAAAGCTCCAGGTATAATATAATCTTCATTTAATGCTTCTTCATTTATTATTGATGCT +ATCGCTATTGCTGCAGCTTTTTTCATTTCCTCTGTTATATCTGTTGCTCTAACATCTAAA +GCACCTCTAAATATTCCTGAAAACACTAATACGTTATTTATTTGATTTGGGAAATCTGAT +CTTCCTGTTGCTACGATTCTAGCTCCACCTTTTTTTGCTTCTTCAGGAGTTATTTCTGGT +ATTGGATTTGCCATTGCAAAAATTATTGGGTCTTTAGCCATTGTTGATACCATTTCACTT +GTTACACATTTAGGTCCTGATACACCTATAAGTACATCCTTATTTTTAATAATATCTTTC +AATGTTCCTACTTCATTGTATTTATTAGTCACTTTAGATATTTCTACTTGAGCTTCATTC +ATCCATACTTCCCCATTTGCTAGTGCTCCTTTTTTATCTACAAGTACTACGTTACCTACT +CCAAATTGTAAAAGCAATTTACAAATTGATATTCCAGCAGAACCTGCACCATTAATTACT +ACATTTATATCTTCCATTTTCTTTTTAACTATTTTCAATGAATTTATTAGTCCCGCAGCA +ACTACTATTGCAGTTCCATGTTGGTCGTCATGAAATACAGGTATATCTAATTCTTCTTTT +AATCTTCTTTCTATTTCAAAACATCTTGGTGCAGATATATCTTCTAAATTTATACCTCCA +AAAGTAGGTGCTAAATATTTTACAGTTTTAACTATTTCACCAACATCTTTAGTGTCTAAA +CAAATAGGAAAAGCATCTATTCCTGCAAATTCTTTAAATAATATTGCCTTGCCTTCCATA +ACTGGCATAGATGCTTCTGGACCAATATCTCCAAGGCCTAATACAGCTGTTCCATCTGAT +ACTACTGCAACTAGGTTTCCTTTTGAAGTATATGTATATACATCTTCTTTATTTTCATAT +ATTTTTCTACAAGGCTCAGCAACACCTGGTGTATATGCTGTGCTTAAATCGTTTCTATTT +TTTACTTCTACTTTTGATATAACCCCTATTTTGCCTTTATTATTTTTGTGCATTTCTAAA +CTTAACTTATTAAAATCCATAGTCTACTCTCCTTTTCCTTGTATAAGTATATATTCCATC +TATTCTTCTATATTATATCAGAATATAGATACTATTTTTAATTAAATTAATTTTTCATTC +GCTAAATATTACGAATATTTTTTATATATACTAATATTAATTTCCTTCACCAATAGAAAT +ATATAGCTAGATAGTTAAGTTAACTACGAATTTTAAATTAATAATATAATCTTTTATAAT +ATTAATAATATTTTTGTATAAATTTTATTTATAATGTTAATAAATATATGTTAGTAAATT +ATTACTATATAAATAATTTCGTTTCCAATTACAAAATTTGATTTTTCACAAAGAAAGAAA +TAAATCTCTTTTAATTATATATTTGGTCATTGTAAAAATTTTTAATAATTATGTTTAATT +CGATACTCTTTAGAGATTTCAGATAATAATAAATAAAACAATGTGAAATATGAATAACAT +CCTCCTTATTTTAATTTACATTTTAAAAAGTGTATGTTATACTAAGTAAGTTATTTTCAC +ATGAAAGGAAGGAAAAATAATATGTCATTAAAACATAAAATCATAAATATCGCGGTTATA +GCCCACGTTGATGCTGGAAAGTCAACATTAGTTGATGCTTTCTTATCTCAATCTGGGGTA +TTCAGAGAAAACGAAGTAGTAAAAGATTGTGTAATGGATAGTAATGACCTTGAAGCAGAA +AGAGGTATAACAATATATTCTAAAAACTGTTCTATAAACTACAAAGATTACAAAATAAAT +ATAGTAGATACACCAGGACATAGTGACTTCTCTTCTGAAGTTGAACGTGTTATCAAAACT +GTTGATACAGTTATATTACTAGTAGATGCTAGTGAAGGGCCAATGCCTCAAACTAGATTC +GTTTTACAAAAATCATTAGAAGCAGGACTTAGACCTATACTTTTCATCAATAAAATAGAT +AAGCAAGATCAAAGAGCTGAAGAAGTTGTTGATGAAGTATTCGACTTATTCGTTGACTTA +AATGCTAATGATGAACAATGTGAGTTCCCAATAATATACGGTATAGCTAAACAAGGTATA +GCTAAGAGAGAATTAGATGATGAAAGTACTGACCTTTCTCCTTTATTCGAAACTATAACT +GAGCATGTTGAAGCTTACCCAGACTTTGACAATGAGCCTTTACAACTTCAAGTATCTGCT +CTTGCATATGATGATTATGTAGGTAGACTTGGTATAGGTAGAGTTTACAAAGGAACTGTT +AAAAATGGTGAACAAGTTTCTATATGTAAAGCTGACGGAAGTGTAGCTAGAGGTAGAATA +ACTAAACTTACAGTATATGAAGGATTAAATCAAATAGAAAAAGCAGAAGCTTATTCTGGT +GATATAGTAGTTGTTGCTGGTATATCTGATATATCTATAGGTGAAACTATATGTAACTTA +GATAATCCATTACCAATGGAAATGATACACATAGAAGAACCTACTCTATCAATGAACTTC +TTAGTAAATGATTCTCCATTCTGTGGTAAGAGTGGTAAGTTCGTTACTACAAGACATATA +AAAGATAGATTAGATAAAGAATTAGAAGTTAACGTTGGACTTAAAGTTGAGCCAATGGAT +ACTACTGATGGATACAGAGTATCTGGACGTGGAGAACTTCACTTATCTATACTTCTTGAA +AATATGAGACGTGAAGGTTACGAAATAGGTGTTTCTAAGCCAGAAGTTTTAATGCATAGA +GAAGATGGTAAATTATTAGAACCAATGGAAAGAGTTATAGTTAACTGTCCAGAAGTTTAC +TCAGGAACTGTTATAAACAAATTAAACCTTAGAAAAGGTCTTATGGAATCTATGTCTATA +GAAGGAGATTATGTAAAAATAGAATTTATAGCTCCTACTCGTGGATTATTAGGTTACAGA +AGTGAATTCATAAATGATACTCGTGGAGAAGGTACTTTAGTTCGTTCATTCGAAAGATAT +GAAGAGCATAAAGGTGAAATACCAGGAAGAAGTAACGGAGTTTTAATAGCTCAAGGACCA +GGAACAACTATGGGATATGCACTTAATGCTTTAAGTGAAAGAGCTCAAATGTTCGTAGAT +CCAGGTGTTGATGTTTATGAAGGTATGATAATTGGTATGAACTCTAGAAAAGATGATATG +GTTGTTAACCCATGTAAAAACAAGAAGTTAACTAACGTTCGTGCTTCTGGTTCAGATGAT +GCTATAAAATTACAACCAGCTAGAATATTCACTCTTGAAGAAGCTTTAGAATTTATAGAT +GATGATGAATTAGTTGAAATAACTCCTGATTCTATAAGATTAAGAAAAAGATTCTTAAAC +GAAAATGAGAGATTAAGATACAATAAATCTAGACAAAATAGATAATATAATAAGGTAATA +ATATTATCTTATTGAGAAAAAAGTACTGACTAAGAAGCATAATGCTTTAATTGTCAGTAC +TTTTTTATTTGAAAAATAATAAAAAACAGTGAACTTTTATTAGTCCACTGTTTATACAAC +TATATAAAATAGTTAGTTTTATTATATTCTATTTTTAAGTTGACTATGTCATCTATTAAA +TAATGTCAATTAGTTAATATCATCTAATAAATTATTTTCAGAAACATATGATAGCAATGT +AAGTCCATACATAACAATCACTAGTACTGCACTAATTAGTAAAATCATTCTTTATTCCTC +CTTTTGTTGTTATTATACCCAATCTATATGAATTAATTGTGAATTTCATTTGAAAAATTA +TATATAAATTAAATATTTAATTAATTTTTACTTTTTTATCTATTCACATTATAATTCATT +TTCTTATTTAATAACAGTTTAAATTTTGTAACTTTTGGAAACATATTTTCATTTATATAA +CTACTTAAAATCATAAAATTATTTTTTTGCTTCTTAATTTATTGACACAGTGTTTTATTT +CTTTTAATATCATATTAAAAGAATTGGATTTTTATATAATGTTCAATTAACTCTCTTCCA +TACTTTAGGTCGAGAGTTTTTTAGTATAAATCGCATTAAGGGGGATGTAATATGTATTAT +TTAAGTACGAGGGGAAATAAGGAAAGAATAACTGCTTCTCAAGCTATTATTAAAGGCTTA +TCTGATGATGGCGGACTTTATGTACCATCTAAATTTCCTGATTTAAGAGACGAATTAAAG +AACTTATGCACATTAGATTATAGTCAACTTGCATTTTATATACTTAGTAAATTTTTAGTA +GATTTTAGTGAAGCTGAATTAAAATCATGTATAAAGTCTGCTTATGATAATAAATTTGAC +TCTACTGAAATAACACCTTTAAAAAAAATTAATAATAACTATTTTTTAGAATTGTATCAT +GGACCAACTTTAGCTTTTAAAGACATAGCCCTTACTCTCTTACCTCATCTTTTAAATACT +TCTATTAAGAAGAATAATATTGATAAGGATATATTGATACTTACTGCTACTTCAGGGGAT +ACAGGCAAAGCTGCTTTAGAAGGCTTTAAAAATATTGACGGTATAAAAATATCAGTCTTT +TTCCCAGAAGATGGAGTTAGTCCAATACAAAAGTTGCAAATGAAAACTCAAGATGGAAAT +AATGTGTTTGTAGCAGGAATTAAAGGTAATTTTGATGATGCACAATCAGCTGTTAAAGAA +ATTTTTTCCGATAATGAGTTTAATGAATTACTAGACAAAAAAGGCTTTACATTATCTTCA +GCCAATTCTATTAATATAGGTAGATTATTACCTCAAATAATATATTATTTTCACTCTTAT +TTTAACTTGGTCAATAATAAAGAAATTAAATTATTTGATAAAGTTAATTTTGTAGTTCCT +ACTGGAAATTTTGGAGATATTTTAGCTGGATACTATGCTAAAGAAATGGGACTACCAGTA +AATAAATTAATTTGTGCGTCTAATGAAAACAATGTTCTTTATGATTTCTTTAAAACTGGT +GAGTATAATAAAAATAGGGATTTAAAGCTTACAACTTCTCCATCTATGGATATATTAATT +TCTAGTAACTTAGAACGTTTATTATTTGAAATTTCTAATAGAGATTCTAACATTATTAAT +AAGCTTATCTATGATTTAAATAACAAAGGGCACTATAAAATATCTAATAACATGAGAGAT +AATCTAGACACTTTTATTGGATATTATGCTACTGATGATAATGTAGCAGAAACTATTAAT +CATGTATTTGAAAAATACAATTATCTTATAGATACTCATACTGCTGTTGCTTATTATTGT +CTAGAGAAATATAAAAACAAAACTCAAAATAGAAGCAAATCAATAATATTAAGTACAGCA +AGTCCATTTAAATTTTCAAAAGATGTATTAAAATCCTTAGGGTATAACTCAGATAATTTA +GATGACTTCGAAATAATAAATAAGTTATCTTCTATAACTAATACTACTATACCTAATCCT +ATTAATGCCCTTAAAACTAAAATTATTCTTCATGAAAACTTATATGAGTCTTTTGAACTA +AAATCAGCAATAAAAAATTATTTAGGAATTTAGGTGATAATTATGTTAGAAATAGTAGTA +CCTGCAACAACTGCAAATGTAGGACCAGGGTTTGATACTCTTGGATTAGCCTTAAATTTA +TATAATAAATTCTATATAACAGAAATCGAAAATGGTCTTGAAATTACTGGCTGTGATGAT +AGTTATAAAAATGAAAATAACTTAATTTATACTTCTATGCAGTATTTTTATAAGATAGAT +TGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTT +ATATCCAAGACACTTGCGAGGTCTATTATTT +>MGYG000000001_9 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAATTTATCCCTTAT +TTTTATTTTATTTATATTTTAAATCTCATTTGAGCTATTTCTATTGCTGATTTTGCATCT +TTTGAGTAGTAGTCCGCTCCTATATTTTTTGCGTACTCTTCTGTAAGTACTGCTCCTCCT +ACAAATACCTTTGCATCAATATTATTATCTCTTAGGGCTTTTATTGTATCTTCCATACTT +TTTACTGTCGTTGTCATAAGTGCACTTAAACCTACAAGCTTTATATCTAGCTCCTTTGAT +TTTTGAATGACTTTTTCAATAGGTACATCTTTACCTAAATCTATAACTTCGTATCCATAA +TTCTCCAACATTATTTTAACTATATTCTTTCCTATATCATGTATATCACCTTTGACTGTT +GCTACTATAATTTTTCCTTTAGATATATTATTTGTATTTTCTTGTAGTAATTTTTCTTTA +ATTACATTTAAAGAAGCTTTAACTGTCTCTGCACATTGAATTAATTGAGGTAAAAATATT +TCTCCAGAGTCATATTTTTTACCAACATTGTCTAAGGATGGTATTAATATTTCATCTAAT +ATAATATTAGCATCATTTTCCTTCAATAATTCTATTGTTTTATCTCTAGCTTCTTCTTTT +AATCCTCTCTCAACAACTTCTTCTAAAGTTAACTCTGTGTTGCCTTTAAGTTTTGTTGAA +TCTTTTGATACATTGCCATACTTATCAATATATTTAATGCATCCTTTATCTACATTATTT +ATTACCTTAAATGCATCTATTGCTTCTACCATACCTTCTTCATTAGGATTTATTATAGCT +AAATCAAGACCTGCACCTAAGGCTAAATTTAGATATGTATTATTAATATGTTTTCTACTT +GGTATACCAAAAGATATATTAGATACACCAAGAATTGTTTTAACTCCTAGCTTTTCTTTA +ACTAATTTAATTGCCTTTATAGTTTCCATTGCCTCTAATTGTTGGGCCGAAACTGTTAAT +GACAAACAATCTATGAATATATCTTCTTTTCTTATTCCATAAGATTGAGCTCTTTTTACT +ATTTTTTTCGCTATTTCAAATCTTCCTTCTGCTGTTTCTGGTATTCCCTTATCATCTAAT +GCTAATCCAACTAAAGCTGAACCATATTTTTTTACTATAGGTAGAATTTTTTCTAATGAA +TCTTCTTTACCATTAACAGAATTAACTATTGTTCTTCCATTATAGTATCTCAATCCTTGT +TCTAATGCCTCAATATTAGAGGAGTCTATTTGCAATGGAGTATCTATAATTCCTTGTATT +TCTCTTATAACTTTTGGCATTACTGTTTTTTCATCTATATCTGGTAATCCTACATTTACA +TTTAAAATTTCTGCACCTGCATTTATTTGTTCTAAAGCTAATTTTATTATGTAGTCAATA +TTTTCATTCTTTAAAGCTTCCTTTAAAGATTTTCTTCCTGTTGGATTTAATCTTTCTCCC +ATTACTGTAGGCTTATCTATTTCTATGAATTTTGAAGGAGAACAAACAACACATTTGTAA +TCTACTTCTGTTTTGTGTAATTCTATATCTTTTATATTATCTGAAATATATTTTATAAAA +TTGGGATTTGTTCCACAGCATCCACCTATTATTCTAGCACCTGAATTTATGAATTCTACT +ACTCCGCTATAGAATTCTTTTTCATCTATATCATAATAAGCTTGTTCATCTATAATATTA +GGTAATCCTGCATTAGCTTGAACTATTACAGGTATTGTTGCCATCTTAGTTATCTTTTTT +ACTATCGGCAAAAGCTGCTTTGGTCCTAGTGAACAATTTACTCCTATAGCATCTACTCCT +AGACCTCCTATAGTTGCTACCATGCTTTCCGGAGTACATCCAGTAAAACTTCTTCCATCT +TCATCAAAGGTCATTGTACAAAATACAGGCAAATTAGTATTTTCTTTTACTGCTAGCACC +GCTGCCTTTGCTTCATAAAGGTCCATCATTGTCTCTATTATAATAATATTTGCACCAGAT +TTTTCTCCTTGAACTGCCTGTCTTTTAAATATTTCATAAGCTCTATCAAAGCTTAAAGTT +CCCATAGGTTCTAGCATCTCACCTATAGGACCTATATCTAAAGCTATATATCTAGGCTTA +GATTTATCAACGTTGTCAATTGCTTTCTTTGCAACAGAAATAGCGTTATCTACTATCTCC +TCTACTGTATATCCTAATTTATCTAATTTTAATTCATTTGCTCCAAATGTATTTGTTGTT +ACTACATTTGCCCCTGCTTCTAAGTACGCTTTATGAATATTTATAAGTATATCAGGGTTA +TTAAATCCAAATATTTCTGGATTTTCACCCATTTGTAATCCATTCTTTTGAAGCATTGTA +CCCATTGCACCATCAAATATTAATATATTATCTTTTATATATTCTTTAATTTCCACAACT +ATTAACCCCTTTTTTGAATTTACATTTACTTTTATTTTTACAAGTTGAACATGATGTCTT +ATCTTGTTCTACCTTTTTATCAGTTATTCCTATTATAGCAATAACTGATTTTCTAGGTAT +CATAATTCCGCTATTAGTAATAGTCAGCCCTATTTCTTTTTGTCCATTTAAAATAGTTAA +TATTTCTGTATTTTTTTCGATTGATAAATCTCCATATCCAGGGCTATATCTAAATGTCAA +ATATTGTCCATTTTTCAATATATTATTTTCTATTTCATTTTGAACTCTATCACAAACTTC +TTCTATTGCGGTTGTTGCACATGAATCTATTATTATTCCTTTAGTTAATTCTGTACAAGA +GTATTTCTTTATATCTTTTTCTATGTTTATTCCCAAAGTGGCTGCCATTAAAATACACTC +ATTACAATCTTTCAATATCTCATATAAATCGTTACTCTCTAATATTAAATTAGTTCCCTC +TAGCTCTATTATCCCTTTATATTTTTGTTTAATAGAATAAACCCTAAAAGTATACCTAGG +GTTTATTCTATCTTTAGTTATATTTCTACATTCTTCTATGATTTCTATGAGATTATTATC +TATATCTTGACCTTTGTATTCTAAATATCTTAAAACTTCTTCTCTATCAATACTTATACT +ATCTACAAAATCTTTTATCATAATTATTCTCCATATATATTTAGAGAGAATCCTTTTTCT +AAAACATCTTTAGTATATTCTTTTGCTCCGAATAAGGATAAATCTTTATAGTTCCCACAT +TCAATAGCTGTAGCTGCCGGTATTTCAGTTGCTTCTAGTATCATTTTTAAAGCTTTTTCT +AGACCTACCTTAATAATTGATGCATCTACATCCCCCCATAATATAAGATAGAAGCCTGTT +CTACATCCCATTGGAGATAAATCTATTATATTGTCTAATGTTTCTCTTAAATAAGTAGCT +AGCAAATGTTCTAACCCATGCATAGCTGCCGTTCCAAATGCTTCTGAATTAGGTTGTAAG +AATCTTAAATCAAACTTACTTACCTTATCCCCTTTAGCTCCATCTAATACACAGCATTTT +CTTATGTAAGGAGCTCTTACTTTTGTATGGTCTAATTTAAAACTTTCTACTTTTTGCATC +TCTATTTCCTCCTCTATTCTCAACTTTTTATTTCCACGGCAATATTATACACCATTTTTA +TATTAACTACTTTTGTATGTAAAAACGCCTAAAGAAATTCCTTAGACGTTCTAATTTTAT +CCTTACAAGAATTATATATGAAATGGTATTTTTTGTAAATATTCAGAATTTACATTCATT +TCAATTTTATTCAGCTAAAGGAAGCTTTACTTCAAATATAGTATTTTCGTCATTACTAGT +TACACTTATTTCTCCACTATGAAGCTCTATAATATTTTTAGTTATAGCAAGACCTAGACC +AGAACCTCCACTATTTTTATTTCTAGATTTTTCAACTCTATAAAATCTATCAAATAGATA +TGGAATATCCAATTGTGATATCGCTTCTCCATAATTTACAATTTGTACTATGGCCTGATC +ATCTTCTTTTTTAGTTATAACATCTATATACTTACCATCTTTTCCATATTTCATAGCATT +ATTTATAAGATTTTCAAAAGCCCTGACCATCTTATGTGTATCTATATTTACAATCAATTT +ATCTTCAGAGAATCTAACTCTTCCTTCTATACCTTCACTTTTAAATTGATAACTATAATG +TTCCATTATTTGACTCAATAACTCTATTAAGTTTATATTATTCATTTCCAAATTAACAGT +GTTATTTTGCATTTTGGTAAGCTCAAATAAATCATTGATAAGCAGGTTTAAATTTTTGCT +TTTTTCATAAGCTATATTTATATAATATCTTAGTTCAACCTCATCCTTATATTTATCATT +CTCTATAAGTCCTAAATATCCTATTATAGATGTTAATGGTGTTCTTAGGTCATGAGATAC +ATTTGTTATCAAGTCCGTTTTAGTTTGTTGAGCTTTTCTTTCTTCTATAGTTATATTTCT +AAGCTGACTAACTATGCTATTTATGTTACCTGCTAATTCTCCTATTTCGTCCTTAGATTC +TATTTCTATTATTTGATTTAACTCTCCCTTAGACATAGCATCTACTTTTTTAGTTATATA +TACTAAATCTCGATTCTTTTTGTATACAAATAATGTGTATATAAATATAACAGTGATTCC +CCAGAAAAATAAGTATATGTAATCTCCAAAGGTATTATTTTTAATATACATAAAGAACAT +TATTATTTTTACAGTAAGATTTCGTGTATATAAATTATTAAGGTAGTAATTATATGCCCA +TGTATATGTAATAAACATTATAGCACTACTAATAAAAATACTTAAAATAAAATACAATAT +AGGCCTAAACATATTTGAAAATATTTCTTTTTTATAATCTTTTCTATCTTTCAATTTTAT +ATCCAACTCCCCATATAGTATGTATTATCTTTTCTCCATCAAGTTTTTTCTCTATTTTCT +CTCTTATTCTACTCATATGTACCATTACAGTGTTATTTGATTGATAGTATCGTTCCTTCC +ATACTTTTTCAAATATCTCTTCTGTACTAAATACACGGCCTCTATTATTTGCTAAAAGAT +ATAGAATTTCAAACTCTCTTGAAGTAAAACTTATCTCTTCTTCATCAATACATACTCTAT +GCTTGTATTTATCAATAGTTAGTGCTCCTATTTTTATTACTTGATTATCATTAGATTGAT +TAAAATAATATGCTCTTCTTAACAAGGCTTTCACTCTAACTACTAATTCTAGTGAATTGA +ATGGTTTTGTCATATAATCATCTGCACCTGTCATTATTCCTTGTATTTTATCCATATCTT +CAGATTTTGCACTAAGCATAAGTATAGGTACATTTTTACTTTCTCTTATACGCTTACATA +CTTCTAGACCATCCATATTGGGCATCATTACGTCTAATACCAATAAGTCTATTTCTTCAT +TATTAAATATATCTAAAGCCTCTTTTCCATCCGATGCTTTTATGACATTATACCCTTCAT +TTTGTAAGTAAATTTCTAGTAATTCTCTTATTTCTTTTTCATCGTCTACAATAAGGATTT +TATTTTTCAACTTCATTCTCCTTTTCTCATACTTAAGCTATTTTTATTTATATAACTAAA +TAGTATTATACACATAGCTTCATAATACTAGACTATTCCATTTTTCTCTATACAAATAAT +ATAATTTTAAAAATTAATCATATTACTAATTTTTATTTTCATCCACGTATTCTTCTAAAG +TTAAATTATTTTCATAAATATACTTTGCTATATCTTCACCCACATATCTTATATGCCATG +GTTCAAATTTTTTTCCAGTTATATCTTCTTTGCCTTTTGGATACCTTAATATAAATCCAA +ATTTATGAGCATTTTCTTTTAACCACTTTGCTTCTTTCGTAACCTCCACAAACCATCTAT +CCTCGTTAGTTAAATCTATACATAATCCAGTTTGATGTTCACTAGTTCCAGGTTTTGCAA +CATATTCGTTAGCTTTTTTTAATCCTTGGGACTTTACTCTATTATAATAAATTTCTTTTT +GACTTTTATAAGATCTATATCCTGATGTACCTAAGTAATTTATTCCTTCTGAACTTGCCA +TTTTAACTAGTTTTTCTAATTGAAGCGCTACATTTTCTTCAAGTTGTTCTTCTTCTTCAC +TTATACTATCTATAAATGGTATATTTACTTTAACTAAATTTTTTGGAACATAGTTTTTAT +CCAATTTATTATAATTGTTCACAACTACTAAATTTGCTATAATATTTGAGTTATTCAATG +TTTCTCCATTAAAATTTGTACTAAAAATTAAAATAATGGATGAAATAATAATAACTACTT +TTATAAATTTTTTCATATCCTCTATAACTCCTTTAAATTTTATAGTTTCATTTTAGGAGA +TAGAGTTTAAGTACTTTTTAAATAAACCTTAAGAATTCTTAAGTTTTTAATTTACATTTA +TACGGAGGAAATTATTTATGCAAAAATTACTTAGTAAAGCACGTCAAGCAATAAATGACT +TTGATATGATACAAGAAAACGATAAAATAGCAGTTGGTCTATCTGGTGGAAAAGATAGTC +TTACATTACTTCACATCTTAAAAAACTATCAAAGATTTTCACCACAAAAATTTGAACTCA +TTGCAATTACCCTAAATCCAGGAGGAGTAGATAATTCTCCACTTCATAAACTATGCAAAG +ATTTAGAAATACCATTTTATGAAGTTCAAACAGATATCAAAGAAATTGTTTTTGATATAA +GAAAGGAAAAAAATCCATGTTCTTTATGTGCAAACTTAAGACGTGGTGCATTAAATGATA +ATGCAAAAAAATTAGGGTGTAACAAAGTGGCTCTTGGACATCACAAAGATGATGCTATAG +AAACATTTTTAATGTCTATGTTATACGAGGGAAGAATAAATTGCTTCTCTCCAAAAACTC +ATATGGATAGACAAGATTTAACTATTATAAGACCAATGATTTATATTGATGAATATATGA +CTAAAAAAGCAGCTAGAGATTTTAACTATCCTATTATAAAAAATCCATGTCCTGCTGATG +GTAAAACAAACAGACAAGATATAAAAGAACTTGTCGCAAAATTAAATAAAGAAATCCCAG +GCTCTAAGAAAAATATTTTTGGTGCTTTAAATAACTCAGATAGATTATTCATTTGGGATA +AAGAAAAAATAAAATAATTCTGGTTAAATAGGCGAGTAAATTTACTCGCCTAAATGTTCT +ATTCTATAACCAATTTCTCTATTTGCCATTTTATATGCTTCATTTATCATCTCTTCCTTA +GAAATTGAATTTCCCATTAAGTTATCAATAGTTATTTGATGTCTATTTTCATAATACTTA +TCTAAGATCTTTTCTTCTATATACTTCTATGGCATCTTATCGGGTCTTGCATAGCACCTA +AAAGAGCTATCCTAAAACCTTTTTTACATCCGTTCTCTAATCTCTTTACTCCATTTTTAA +AATCTTCTTCTTGTATTACTTTTTCAAAATCGGAGTATCCTTCTTTATTATAAGAAATTT +TATTTTCTCTCTTAGCAGCAAATTCTTTAGCCATATAAATATATACAAAACCAGCTTTAA +TTAAAGTATTCTTTATTGTTTCTTTGTTATATTGAATGTTGTACTTGGAATAAGGAGTCC +CCCTAACATCTACAACGCAGTTTATATTATAAAATTTGAGCATATCAATAAGTTTCTCTA +CTGGATAATTAGAATGACCTATTGTAAATATATTCATAATAACTTCTCCTTGTCTATATT +CAGTTTATTTTATTATACTTTGTTATTATGCCTTGTATCATATATTTTTAAGTTTTTTAT +TGCGTAAAATCCAAATAAATTTTATTTTAATATAAAAAATATCTTATAGTTTCATATGAA +ACTATAAGATATTTTTTAATTCTTCCACGTTTTCAATTATATAATTTGGGTTAGCTTCTT +TCAACTCTTCTAAAGAACCATATCCATATAAAACACCTATTGAATCTACTCCTATTTTTT +GTGCTCCAAGTACATCATACTTTCTATCACCTATCATTATAACATCATCCATAGAAGATA +TATTGCAAGTTTCTAAAACATGGTCTATTACTTCATTTTTTTCACTTCTACTTCCATCTA +AATTACTACCGCCTACATATTTAAAATATTGATCTATTTCAAAATGTTTTAATATTCTTT +CTGCAAATACAGTTGGTTTAGAAGTTGCAAGTAATAAGACTTTACCCGATTCATATAAAT +ATTCTAATATCTCTTTTACATTTGGGAATATCTTATTTTCGAATATTCCTGTTTCAGCAA +AGTATTCTCTAAACTTTGTAACAGCTTCCTCAACTTTTTCATCATCGAAATTATAATCAT +CTCTAAAAGAATCGTATAAAGGAGGTCCTATAAATTTTTCTAAGTTAACTAGCTCTTCAT +CAATACCAAAATGTTTTAAAGCATATTGGAAAGATTTCGTTATTCCTTCTTTTGGGTCTG +TAAGTGTTCCATCTAGATCAAATAAAATATATTTATAGTCTTTTCTCATAATTATCTCCC +ACTTTTTTTATTTAATTTTACCACAAATTTGATAAGTTTTATAAAACTCATATAAAAAAG +GACATATATCAAGATAAACTTACTTAATAAATTATTACCAAGTAATCTATTTGACAAATG +TCCTTATTTATTATTCTACAGTTATTGCACTAACTGGGCAGCTATCTTGAGCTTCAGCAG +CTAAATCTTCTAACTCAGCACTTACTTCATCTGATATAGCAACAGCTAATCCATCATCAT +CCATATCAAATATTTCTGGGCATATACCAGTACATGCTCCACAACCTATACAAGTGTCTT +TATCTACGAATGCTTTCATTGTAAAATCCTCCTAAGTTTAATTTATACTCATTGTATATT +TATCCTTAATTTTACTAATTTAAACATTTTTTCTTAATATTAATACAAAATCTAACATTT +TATACAACAGTATTTATATCTTCTGACTCTTCTATTTGCTTAGATTTTTCTTCTTTTTTC +TTTTCTATAATAAGTATGACTTTATCAACTAAAAGACCATTGATAACTACAGCTATTAGT +GAAAATACTCCTTTTCCAAATCCAAAAGTTAATCCGCCACAAACAACCACAAATAAATCT +ACACACAATAGTGAAATACCTATATTAAATTTAGAATATTTATTTAATATTTTAGCTAGT +ATATCAGTTCCACCTGTTGAAGCATTTAATGCAAAAGCGAGTGCTAAGCCACTAGCTATA +ATCATTGTTCCTAGTATAACAGCTAAAAATAAATTTGTTGTTAATGCATAGGAATGAAGT +ACTTTTTCCATAAAATCCATTACAAAAGATAGAGCAAAACTTGCATATATAGTTTTTAAT +CCAAAGTCTCCTCCAACTAATATAAATGATATAACAAATAATATTAAATTTCCTAAAAAA +ATTATTGTTCCAACTGATAAACTTGGAACATAGTGGCTGATTACTAAAGCTAGTCCACTC +AGTCCTCCTCCAGCTATTTCATTTGGAGCATAAAAATATTGAATTCCAAAAGCCACTAAA +ACTACGCCTAATGTTACAAAAACATAGTCTCTTATTGTTAAGATTAAATTATCCTTTGTC +ATTTATGATATTCCTTCCATATTTTATAATAAATTATTTCTTTCAGAGTTTATATTATAC +TACAATATCATACTTAATTACTATTTTTGATTAATGTTTATTATTATAAAGTATTGGTAA +TCTAAAATTAACAGTATTTAAAGATAGCTATTTTTTACTGATTATAATAATTTTTCAACA +TCAAGGTTAACATAAATATAGTTTACTTTAATAAAGGAGGTAGTTTATGAAAATCTTGAA +ATATATGCTTATTTTTATTCCAATAAGCTTTATAGCTAAATTTATGAACGCATCAGGTTC +TATAATGTTCATATTATCATGCTTATCTATAGTTCCATTAGCTGGTCTTATGGGAGAGGG +AACTGAAGAAATATCTTTTTATTCAGGTCCTAAAATAGGTGGTTTTTTAAACGGTACATT +CGGAAATGCAACAGAACTTATAATATCATTTTTTGCCCTTAAGCAAGGTTTATTTGATGT +AGTTAAATCATCAATTGCAGGAGCAGTAATAGGAAATATATTACTAGTAGTTGGAGCAAG +TATGCTAGCCGGTGGATTAAAATATAAAACTCAAAAATTCAATCAAAAAGTTACTGAGGT +TTCTTCAAGCATGCTATTATTTGCGGTACTTGGTTTATCTATACCTGCTTTATTTACACA +TACAGTAGATCCTGCTCTCTTAAATACAAGATACGAGGGTCTAAGTGTTTTTGTTGCAGT +TGTAATGATACTTATTTATGGACTAAGTTTATTCTTTTCTTTTAGTACCCATAAAGATAT +ATATTCCAGCACCAAAGAGGAGGAAGGTCATGCAAAGTGGTCTTTAAATAAATCAATATT +TATACTTGTTATCTCTACAGTTCTAATAGCAATAGAAAGTGAATTTTTAGTTAATGGTAT +AGAACCTATAACTGAAAGCTTAGGGTGGAGCCAATTCTTTGTCGGTATAATTTTAATACC +TATAATAGGTAATGCAGCTGAACATAGTACTGCAGTCGTTATGGCTAGAAAAGATAAAAT +GGATGTAGCTCTTGAAATAGCTATCGGCTCTAGTCTTCAAATAATTTTATTTGTAGCTCC +GATTTTGATATTTTTAAGTTTACTTTTCACCCCTATGAGTATAGTTTTTAATGAATTTGA +ATTAATCGCTCTTATAGCTTCAGTAATTATAGCAAATAGAGTTTCTCATGATGGTGAATC +TAACTGGTTAGAAGGAGTTCAATTACTCGCTGTATATCTTATAATTGCAGCTTCATTTTT +TATTCTATAAAGTTAAACTTTATACGATAAAGGCTTGTCTCAAAATAATTTAAGACAAGC +CTTTCTATATTAATTAAGCTTTTTTAACAACGCTAGATTTTAATTTCATAGCTCCAAAGC +CATCTATTTTACATTCTATATCATGTCCATCTGCCGCATCTGGAACTAAACGTATACTTT +TTACTTTTGTTCCTATTTTTATAGATGATGAACTTCCCTTTACTTTAAGGTCTTTTATTA +CTGTTACAGCATCTCCATCGTTTAGCACGTTTCCATTAACATCTTTTATAACATTTGTTT +CTTCAGCTTCAACAGCTGTTGCACTCCACTCATAAGCACATTCTGGACAAACTAAAAGAC +TTCCATCTTCGTAAGTATATTCTGAATTACATTTTGGACAATTTGGTAAATTAGTCATTA +TATTATTTCCTCCGCTATTTATTATCAAATTTTAAATTATTAATATTATTTTCATATCCC +TATTATAAAACTACATTGGGATTTCCTTATAGTCTTATATAATATCATATTCTTATAATA +TTGACAAACCTTCCTATAACCTTTCCTTTATGTTCCTATTAAACTACACTTTTACTAGAA +AATATTTATTTTCCTAAAGGTATCTATGTAAAAAGACTATGATATTTATTATCATAGTCT +CAGTAAATATAATTATCATCGATAGTAATATTTAACGAAATATACTAATTTATACTTATA +TTAAACAAGCTACTTCCACACTTTACTTAGATTTATACTAATGGAGCTTCAATCTGAGTA +GTGAAAAGGAATTGATGACAATGCCCGTCAGCAACAGTAGTATTTCCACATACTAAGTGA +ACGTGTTTATTAGTACCTGGTATTTTAATTGCTGGACCAGTTGTAACACATATTTTGTGG +AAGTGATCAAGAAAATCTGTTCTATCATTTATCTTATGAACATGATTTTCTCCATCACAT +ATTGTTATAACTTCACCTGTTACTCCTGCAACACGGTGATTATGTCTATCACAGCCTTCT +TCTGCTAATTTAACACTACTTTCATATTCATGAACATGTGTCATTTCCTCTTCTTCATAG +CACTTATAACATTTTTTACATTTGCACTCGTCGTGATCTTTACAATCTTTTTTATATTTA +TAATCATCATAGTCTTTATAATCTTTTTGACACTTATAATTTTGATAACTCATTTTACAT +CTCTCCATATTATATATTAAAGTTCTTATAAAGAACCTCAGTATATAATATGGTTAATTG +TCAAATAAGTTCTTATTTTATATAATTTTGTAATTTATCCGTACTTATTTCATATTTTAC +TTATATGTTATTTATAGTACTATTATCTATTTTTATATTAGACTTTCTATATTATTACCA +CTTAGAACCAACGTATCTCCACCTTTTATTAGAGTAGATCCTTTAGGAACTAATATTTTA +TTATCTCGTTTTATCATAACAATAAGTATTTCTTCTGGTATATTTGCATCCATAATCATT +TTATCTATCCATTGACTATCTTTTGTTATATTAACTTCTAATAAATCAGTATTTATTTCT +CCTGTATAATCTGTAAATGTTCTTAGTACTGAACCTTCATCTTCTGTATCAACTAAATCT +AATAAGCTAGCAACCTTAGGTATAAGTGTTCCTTGTATTGCAACAGAGAATAAAGCTATA +AAGAATATTATATGGAATATATCATTCTCTATATTAACCCCATATGTAACTGCGAATATT +GCGAAAACAACAGATGCCGCTCCTCTAAGTCCAACCCATGATATAAATAGTTTCTCTTTA +ATCGTAAACTTAAATGGACTAAGTATTATGAATGTAGCTAGTGGTCTTGCAATTAATATC +ATAAATAAAGATATAGATACTGCAGTGACTGTAACATGAGGTAATCTCGATGGGAAAGAT +AGAAGACCTAACATAAAGAATAGTGCTATTTGCATAATCCAAGAAACTCCATCAAAGAAA +TGGAACATACTTTTCTTTCTAGGTATTTTGCTATTTCCTATTATTATTCCTGCAATATAC +ACGCTCAAGTATCCATTTCCTCCTAAAAACTCACTAAATGAATACGAAAGTATTGCAACT +GCAGTTACAAATATAGTATAAAATCCTTCTACTTCAAAATTTGAATGTCTAAGTATGTAA +ACGGTACCCTTGGCAAGTAAAAAACCTATTATTAACCCAAATATAATCTGCCTAAGTATT +ATCGGAGCTACTGTGACCAAACTTAATTCTCCTGAACTCTTCAGCATAGTCAGTACTATA +AGAGTCATCATATAAGCAATCGGGTCATTACTTCCACTTTCGACTTCTAAAAGTGATGCT +AATGAACCTTTTAAGTTTAATTTTTGAGCCCTTAGAACAGCAAATACTGATGCAGCATCT +GTAGATGCGACTATTGCTCCTATTAAAAATCCTTCTAATAATGTAGTCTTTATCACTAAG +TGACAGAATAAGCCAGTAAGACCTGCCGTAATTACAACTCCTAATGAAGACATCAATACT +GATGGCACCGCTATAGGTTTAGCCATCTTCCAATTTGTCCCGAAACCTCCATAAAACATA +ATAAATACTAATCCCAGAGAGCATAAGGTACTTGCCAATTCATAGTTATCAAAATAAATT +CCAACTAATCCATCTGACCCAAACAGCATCCCCAGTACAATAAATATAAGAAGCATAGGC +ACACCAAATTTATATAATACTTTAGTTGATGTTATGCAGATAATTAATACTAAACCACTA +ATTATCATTAATTCTGTCATTAAATTCCCCCTTTTATTTTATATATTAATTTTTATTATT +TTAGTCTATAACCTTATAGTTCATATACACTCTTAATTCATTTTATAAATAATTTATAAA +TACTTTTTATTATTCTACATTAGTTGGATAAATATGTCTATTAACTTTACGTTAAAAATA +ACAGGATTATATATATATTTACTCTTATTTTTTGATCAAAACTATATAACTTTCAATATA +TATCAAAACATATGCTGAAATTAAAAACCGCATCACTTATTTATGATACGGTTCTCCGTA +TCGGTGTTAAGTGAGGTTGTAAACTTGCTCATTACTTTTCTCCTTTTCTAATATACTTTT +AAAATTATAATTTAATTACGAGCTACATCCCCATATTATTCTATATAGTAATGTTCAAAT +TCAACATAGTTGCTCCAAAATTTCTTAACCTAAAAGAAGAAGGAGCATCCTTAACTGATA +CTCCTTCTCAAAACTTACTTTATATCCAATTGCTTGTTATCCTTTACCATCTTACCCCAT +TCCCCTAACATCATAATAACTTTCTCAAGTGAATATCAAGAGTTTTCTAAATTAATCCTT +AACAGCTAGTTAATCTTTTAAATATTCTATTAATTCTTCTAATTCATTATCATCTTTATT +TAATTTATCAAAGTCTTCTAAATCACTTTTTATATCTTTTTTTACTTCCTTTTTAACATT +TAATCCACTGATAATATATCCCATAGAAAATGTTGCTATTGAATAAAATGCATATGGTAA +TGATGAATTAATGTAATATGTTATTACCATTAATATACTTTTACTTACCACAATCCTATT +TGATGCTACAAGTGATAATATATATACATGTGAATTATATATAGTTAATAATGTATATAC +TAATATAATTATTGAAATAACATATAATACTTTACTTATTAAATTTATATCTTTAAAATG +TTTTACTTCCATACTTAAGCCACCTCTTATAAAAGCTTATTAATTTTTATTAATTAATCT +GTATTAGTTTTTTATTTTTTAACACAAGTACAACATCCGCTTTTTTAGCTAATTCCTTAC +TATGAGTAACCACTATTACGCATTTTTCATGTTTATGTGCACTTACTTTTAATATTTCTA +TAATTTCATCAGCTGTATCACTATCTAAATTTCCTGTTGGCTCATCTGCTAATATTACTG +GTGAATCTGTAACAAGTGTTCTTGCAATGGCAACACGCTGTTGCTGCCCCCCTGATAATT +GTAATACGTTTCTATTAACTTCATCATCAGTTAATCCTAAATTGTTTAAAATTTTCTTAT +CTGCCTTAGGATTAACTATCTTTAAATTTTCTAAAGGTGTCATATAATCAATTAAATTAT +AATTTTGAAAAATTAATGAAATATTGCTTTTTCTATGATTCTCATACCCTTTTACTTTTA +TATTTTGATTATTATATAATATTTCACCATTTCTAGGTTCATCTAATCCAGCCAGTAATG +ATAATAATGTTGTTTTTCCTGAACCAGAAACCCCTAAAATAGCATAAAATTTTCCTTTTT +CAAATTCCATGCTTATATCATTTAAAACTCTTTTTCCATTTTTATATGAATAATTAACTT +TATTTAATGCTAAAATTGACATTTATCTTCCTCCTAGCTCATTTTGGATAATATTTCTTT +TGGTTTTAATCTAATTATTGATGCTGATGATGCCATTACTGAAAGTATAATAATAACTGT +TCCTATAACATACACATAAATTAATTCTTCAAACTCTACTTTTACATCTATTTCATCTAC +TGTACGAGTTGCTAAAGAACTATTAGCATCATTTCCTAATGAAAGTCCTCCAAATCCATT +TTTAACGTCTTGAACCGCTTGCTTACTTGCTTGTGCAACTATTGTATTTCCTATATTTTG +TGAAATTACCTTGCTTGATAAATATGATCCTCCAAAAGCTAATATACTTATAAGTAATAA +TTCAATTATATATTGAGAAATAATATTAAACTTTGAAACTCCTATTGAAAGTAATATACC +GGTTTCATGAACTCTTCCTTGAATCCAAAATGCTAACACTAATGAAAGTATTATTATTCC +AGCTATTATTGCTCCAATTAAAACCATATTTATAATCTTATCTAAAGAATCAAAAGACTT +AGATAAAGCTAAAAATGTATCTTCACTTTTTACTATTGTATACTTATTCCAATCAGCAGA +AATATCTTTAAATTTTGATGTTACTTTATCTACATCAGTATCTGTATTGAAAGTAGCATT +TGTATATTTTACATTTCCATCTGAATATCCATATAAAGTTTTAATAGTATCTACATCAGT +AATTAAAAGATTTTCTGACATTTCTAATTTATGTCCAACTCTTTCAGTATTTTCACTTTC +AAAAATACCTACGATTTCAAGGTCATAATCATCTTTAGATAAAGTTGATGCATTAAAATC +TACAGCACTCTTTGTTGCTTTTATAGTATCTCCAACTTTTAAATTATTTGCTTCTGCTAG +AGCCTTATGAATTAATACCTTGTTTTTATCAGTAGCAACAATATGTCTACCATCAATAAG +CTTTAATGATTTACTTATAAACTTAATACCATATTCTGAATTTTTATGTGCTTCTACAGA +AAAAAGTTTTTCATATTTATAATCATCATTATATTGAACTACATTTTTTTCAGGTTTTAT +ATAATTTACATTTTCTAAATCTAAACCAACTCCTTGAATTGCTGCATCATAATTCTTAAC +ACCTTCTACCTTTGAGCCCTTATCAATTAAACTTTCTGGAATTGTTCCTTCAAAATTACT +CGCAAGATTAGCTTGTAATTCAAAAGTATTTGCCATATCCTTGTTTGAATCTTGTCTTGC +TATATTTGCTGCCTTTTTAATTGAAATCCCACTTAAAACTGCCGTTGCTATTCCAAATAA +TATAAATAGCATAATAATACTTTTTATTTTTTTTCTTGTTATATATAATATTGATCTCTT +AAATACATTCATATTTATGTCCTCCTTGTTTATTAACTTGAGTACATTCTATTAGCCTAA +TATGAAATATTTATGAAATTAAAAAATTAAATTTATAAAATTCATTAATAATCTTATTAA +TTATATTATTTTTTATAAAAAAATAAGGATATTAACAGTCTAATATCCCTGTGATTCTCT +AACTATTTCATTGTTAAAATTAACTTCAAAACTCATTCCCGTTAATATTGATTTAAAAGA +ATAATCTAAATTATACATTTTTAAAATTTGTTGAACTATGTATAATCCTAACCCATTTCC +CCCACTACTCTTATTTCTATCAAAATCAACTCTATAAAATGCCTCAAAAATATGTGCTAA +ATGTTCATCTGCAATTGGCTTACAATCATTTTCCATAATAAGCTTTTTATCTTTTATATA +TATTCTTATTTCCTTTCCTTCATCAGTATAATTTACTGCATTAGAAATAATATTAGAAAT +TACTTTAGTAAATAATTTTTCATCTACTTTAATATTAAAAGACTCTTTTAAATTAACTTT +AATATTAATTTTCTTTGACTTAGCTATTAATTTATATGGTTCTATGTTCTTTTGAACTAA +ACTACCTAAATCTAATACACTTTCATCTTTTTTATTTATTATATTAAGTTTTGAAGTATC +TAAAATTTCCTGAACCATTTTACTTAATTCACTAACTATATCCTTACATTTTTCTAAATA +TATATAATGATTTTTATATTTTCCTATATCATATAACATATTTTCAATCATTATATTCAT +ACTCATTAGTGGTGTCTTAAGTTCATGTGATGCGCTTCTTAAAAAATCCACCTTTATTTT +TTCAGATTCACTTACATTTTTTATTTCCTCTTCCAATGATACAATTGTATTTAATAAATT +ATCATATAAACTATTTACATTAGCTGCTAATATTCCTATTTCATCTTCAGTTTCTACCTT +ACAAAAGGCTTCTTTATTTAAATTCTCCATTTTTTTTGTAACATCACAAATTTCTTTTAT +TGGAGTTGTAATTTTTCTTGCATATATATATGATGCAATAAGTGCTATAAGCAAGCTTAT +AAAAATAGAATATGGAAGTATTTTTAATATAACATCTCTTGTTTCTGTAAATGATTCTAA +ATCCATTACTATTTTAGCACTTCCATTTACATCATTGCCTTTTTTAAAGTCCCTACTTTT +TATTATTGATAAATTATTTATATTAATATATTGACCGAATCCATCATCACCTATAACTTC +TCTATTTTCATCATTAAAATTTTCTATAATATTTTCACCACTTAAATTAGGAATTATTAA +ATAGTTTTCTGTAACTTCCTCTTCATTAACATATATATCTACTTTATCCAAACCTTGAAA +TACCTTTTTTTCATCTCCTATAGTAAGTAAAACTTGAATATTATATTTTTCAGCAAAATT +CTTTGCTATCTTAAATGATTCCTCATTATCAGATTTACTTACTTGTTCAATTAAAGCTTC +AATAATTTTATCAGCTTCCTTTTGTTTATTATTCACATATACCTTGGGTAATGCTAAATA +AATTAAAACATTTGAAATTAAAATTATTAAACTTATTATCCCCATGGTAAATATATATGT +TTTTGAAAATAACTTTAACTTATTCATCATTGCTCCTCAAATTTATATCCAATTCCCTTA +ACTGTTACTATACAATCTAATAACAACTTTTTTCTTATATTTTTAATATATACATCAATA +ACCCTATCATTTGGTGATTCTTCAATACTCCATAAATTATCTAAGATTTGTGCTCTTGTT +AAAACCTTTCCCTCATACTTTAATAATAACTCTATTAATTTTATTTCCTTAGGTTTTAAA +TCTATATTTTCGCCATTCTTTCTTGCTGAGTATCCTTCAAAATCAATTTCTATGTCTCCA +TAGAACCACTTTTTATTTTCGCTAACTTTTACTCCCCTTCTAAGAAGTGCTTCTATTATT +TTATGTAAAACTATTATTGAAAATGGCTTTGTAATATAATCATCTGCCTTTTCATCAAAA +CTCATAATTTGGGTATAATCATCACTCATTGCTGTTAACATAATTACTGGAACATTGCTT +TCTTGTCTAATTTTATTTAAAACAACAAATCCGTTAGCTTTGGGAAGCATTATATCTAAA +ATTACTAAATCAATTTTACTATTCTTAAATAATTCTATTGCTTGCATTCCATCTTCTGCA +CTTATAACGTTATATCCAACTTCTGATAGATATTCACTTACGCCTTCCCTTATTTCTTTT +TCATCTTCAACAATTAATATATTAATTTTCATTTATATTTTCCTCCATTTTATATAATAT +ATATCAAAATGAATTTATTTTATAAATATATAATAACATAAAGATTCAATTATATTATAA +ATATAAAAGTGCTAATTTCATAAATTAACACTTTTAACATTAAATTACTAATATTATTTA +TATACCAATTCCACATATAATTTATCACTAAAGTTCTATCTATAAAGGCTTACTTAAATG +ACAGTATTATCAACCCTCTCCTTCTCAACTCCCTTTATTCATTAACCTAATTTCAGTAAA +ACCTCACTTATTTATGATACTGTTCATTGTTATTTATACTAAATTATCAAATTCATAGTA +CTTTTAATTATCACTTGTAACCTCTTTTATATATTCCCAAGTTTTACCCTTATCTTCAGA +AATATAAAGTAAACTACTATTTCCGTTATAGTCTCCATCTGCACCTTGCTCTATATTTAA +ATACAATTCTCCATCTTTTTCATATGGAACCTTTGGAAAATCAAATGGATTAAATGAAGT +ACCACTATCTAACTTGACTGATTTATTTTCAAACTCTATCTTATTAAAAGATTTTCCCCC +ATCTTCTGTACGATACAGCTCTCCTATACAACCACCATCTCTAGATGCACCTATAAAACC +TATATTTTCATCAATAAAATATATTCCCGAAGCCTCTCCAACAGCTCCATTAAAAGGATC +CTCATTAAGTACAGACCAATTGTTCCCTGAATCATTACTTTTTTGCAATGAATAGAAAAA +GCTACCTGCTGCCTTATCTTCTACATTTAACTTATATCTAATTCCATCCTTTAAGTAAAA +CTCATCATTATTATTTGAATTTCCAGTTATAAAATCTAACTCCTTCTTATCTTCTTCTAA +TTTATCTTCCTCTTCTGTATTTAGATAACTAAACCAATAAGAATCTGTTAGCAAATTATA +TCTAACAGGAGTTATTTGATCTTCCATACCTGGTATGTATATAGAAACTGTATAACCAAT +TAGCTTAGCACTAGCTAAATCAGTCGGTATTTCCTGTTTATTTTTATTAACTAAAACAAT +TCCTTCTCTATTAGACTCCCAATTTCTTTTTCCTTTGTAAAGTAGCCCAAATTCCATCGC +ATCCCATTTACTAACCGTATCTTTTATAGAAATACAATCAACAGTTTCAAATAAAGGATC +TAACAGTTTACTATTACTATAATCAGCATTTACAGCACCATTTAATACAAGTTTAATATC +TTTTGACTTATCTTTATCATAATATATTAAAAAACTTGTATCTTTTCCATATTTATCTTT +ACCATAGACAAAAGTTTCAAAGTATGTAATAGTCCCATCTTTTTCAAACTTAACACTTAA +ATCATTTGATATGTATAATTTTTTAGGCAATTCAATTTTTTTATTTATATCTTCAAAAAT +CCCACTTACACCATCTTCATAGATATTATCTTTCTCAAACTTAATCTTTCTTTCATTTTT +TACTCTTTCAATAACCCATGCAAGCTTCCCACCATAGTTAGTTGCACTTTTATATATTTT +TATTCCGTAAAATAAAGTTATTATACTGATAATTATAACAGTTATACATACCCATAATTT +TGAATTAGGTAATTTTGATTTATATTCTTTAGACTTGCTTAATCTTATTGTATAAAAAAT +AAACATTGCTATAAAAAACACTAAACAAGCCATTACGATATATAAATTATTATTAGATCT +CCCATACATACACAAAGTAGTTAGTTCATAACAGAAAACCCAATATAAAGCTAATATCAT +AGGGTTACATATAAAGTTCTTAATTATTCTTCTTAAGCTATTCACTAATTTTCCCCCCTA +ATTTATAAATAATAATCTTTTAAAACTAAAATCCATCTAGCTATAATTTAAGCATTCTTA +TATAGATTCTACGAAACTATTGAGTAACTAGTCAATATATACATTAAATAATCCATCAGC +CATGTATACTTTTCAGCTTCAATAATTTCCCATATATGAATAATCGGTGGAAAGTAAATC +AGTTATAAAATAATAAAGGAGTTGTTTCAAAATGTAATATCTTCTATTTATTATGTTTTA +TACTTATAATATTTTTAATTCTTAAAATTCCCCACATACCGGACTCTATATCCTACCTTA +TAATACTTGATCTATATAAGTAACCACTAGGTATTATTGATGTTCCATTTATTAATTCTA +TATCAAATACATTAATTATATTTAAATCACCTTGAGTTGATATAATTCGTGTAAGCGGAT +CATGCCACCTTGCATTGTTATATATCAACTTGACTTATAATACAAATAATTCAAAGATAA +CACCTGGTTCTTTTAATTAATTTATAATATACTAATGTACACAAAATAAGCTAGATTAGG +TATTATTACCTTATCTAGCTCTATCATTTTTACGCTATAAAGTTTCCAATATTTATTTCA +AAGTCATAGTTATAAAAAATCCTAGTTTCATTTATTGTTACTTTATTAAAACCTTTATTT +GTACTTTTGTATTTAGCATTCATCATCTTCGATCTATGTTCATATTAAATAACTATTTTC +TTGACTTATATTTATATAACTTAAATATATACTAATATTTAAAATCTAAAAGCTTATTTT +TTAATTGATTTTCAATATTTCTTAATTCTACTTCAGCTTCCATACGTTTTTGACGTCCTT +CTGTTTGTATATTAAGTATTTCATCAAGAGTTGAAATTAATGACTCATTCGTAGCTCTAA +GTGTTTCAATATCAACAATTCCTCTTTCAGACTCTTTTGCAGTTTCTATAGTTGAAGTTT +TTAATATTTCTGCATTTTTACGTAAAAGTTCATTTGTCATATCTGTTACTTCTCTTTGAA +CTCTTGCAGCATTAGCAGCGTGAGCAACTCCAAGTGCTAAAACCATTTGATTTTTCCAAA +GTGGAATAGTATTTACAATTGTAGATTGTATTTTTTCAGACATTAATGAATCATTATTTT +GAATTAAACGAATTTGAGGAGCCATTTGTAAAGAAATCATTTTAGTTAATTCTAAATCGT +GAATTTTCTTTTCAAATCTATTGCAAAGAGCCACAAAATCATTTAATTCTTGGGCATCCT +GAGGATTCCCACTATTTCTTGCTTTTTCTTGCAATTTAGGAAGTTCTTCCTTTTCCAGTT +TTTGAAGTTTCTTTTTTCCAGCTAAGATATACATACAAAGCTCTTTAAAATATACTTTAT +TTATTTCATACATCTTATCTAGCATAGCAATATCTTTTAAAAGCTGTATTTGATGCATTT +CAAGAACATTACACATTTTGCCAATATTGTTATCTACATTTTCATATTTTATTTTCATTT +GGGAAATCTTGTCCTTACCTTTTTTAAAAAAACCTAAAATTCCTTTTTTCTCTTCGGATT +CTTCAAAGTTCTTTAATTCATGAACTACACTAGATAGTATTTCCCCAATTTCACCTAAAT +CTTTAGTTTTTACATTATTCAATGCTGACTGTGAAAAATCAGAAATTTTCTTTTGAGCAC +CTACCCCATATTGTAAAATAGAGTTTGAATTATTTATCTCTATTTTATCTACAAATTGAT +CAACCATTTTTTTTTCTTCTTCTGTAAGTTGAACTTCATCAATTATTTCTTTTTCTATTT +TTTCTTCTTTTACTTTTACATTAAGAACTTCATCTTGGAATGGTTGAAAAGTTAATTCTG +GTTTTATATCAATAGACTCTTCTTTAAATTCATCACTCATTTTTATGCCTCCCTTTTATT +TAAAACTTAATTTTTAAAATCATCTTCTGTCAATCCCTCTTGTTTAAATAATGTTTTAAG +AACTGAAATATCTGTAGAAATATCTAAAACAACATCTTCAAATAAATCATCTAATAAATT +TTCAAAAGCGTTATTAATAAGATCAATACTCTTTTCAATTTCACTTTTAGCACTTTCTAT +ATTCTCGCCTTGAACTAATTGATTATTTATATCTTTGTATGAATTAATTAATTTTATAGT +AATAGGAAGATAATGATTTATAAATTTATTAACTTCTTGTATCTTTTTAGGATTCTTTTC +AACCTGAATCAGGATTTGGTTTGAAATGTTTCCTAATTTATCTAACTTTATAGCTATTTC +TTCTTTATAAAGATCATTTCTTATATTTTTTATTTGTTCAATATAATTTCTTCCTATTTT +AATTATAGATTCTATTTCTTCTTTTTCCGAATTATATATTTCTTCATTTAATTTTTCATT +ACTGCTCTCTTTAGCCATTTGTTGCTTTTTTAAATTTAAATAGTCACTATAGACTTCATC +ATTTAACATAAAATAAGTTTTCTCTTCATCTATATGCCCTTCTAAGAACATACCTAAGTC +AATCATTTTACTTAGGTCTTTAACAACAAAACTCTCTTTCTCTCTAGCAAATTTTGCCAT +GTCCTTAATTAAGAAATAGTTATTGTCGTCAATAAATCTTACATACTTCTTAAAACGCTT +TACTCTTTTTCTTAAAATTATTCCTCTTAATAATAAACCTAAACTTACTGCAAAGAATAA +AAATGTAACTCCAAAAATAATATTGCTACCTATAATAACAACACCAAATAATATCTTAAA +TATTAGAAATATTAACACTGAAGAACCATAAATTAAACTTCCACTCGCGCCAAATAATAT +ATAAAGTATTCCTGATATACTTCCAGCTGGTCTTTTACTAATATATGTTGATACATCATT +TTTAGCTTTTTTATTTAAATTCATATATTTTTCACTATATCCATTAAACCTTGATTTAAA +TTGATTTAAGGTATCCTCAGCTTTATAGTTAATATCTATTTTCAAATTAGCAAAATCTAT +TGCTTTAAGGGCATTGCTAACTGTAGACATAATTTGATCTTCTAAATTAGAAAAATCCTT +TTTATCCATTATCTTGCCTCCAGATTATTTTTCTTATAATTAACATAAGTCTAGATATAT +ACTATACCGTTATGTTAATATTTTAAGTTTATTATATCCTATAATTTAGCTAATTGTAAC +TTCTAACTTAAAAGGAATACAATAAATATATTTTATAAATACATTATTACTTATGATACA +ATACCTCTGATAATAAAAATAGCCTTAGGTAAGTCATCTCAATACCTGAGGCTATGAACC +TGGCTTATTTGTGATACGGTTCTCCATTGTTTATTCTATAAGCTCTATACACTTGTTCTA +ATAATATCAATCTCATTAATTGATGTGGGAATGTCATCTTAGAAAAAGATAACTTATAAT +CAGCTCGACTTAAAACCTCATCCGACAGACCTAATGACCCTCCTATTATAAAGGTAATAT +GGCTACTTCCTCTAACAGCAAGCTTACTCATAGTATCTGCTAACTCTTCAGAAGATAGAT +TTTTACCGTCAATAGCCAGAGCTATAACATAACTATTAGCTTTTACTTTGCTTAAAATCT +TCTTTCCTTCTTTATCCTTTATCATAAGCATTTCTTTATCACTTAGATTTTCTGGGGCTT +TCTCATCATCTAATTCAATAACATCTAATTTACAATACTTAGATAATCTCTTTTTAAATT +CATCTATTCCTAACTTTAAATATTTTTCTTTAATCTTTCCGACACAAACTATATTTATAT +TCATAAACGTCACCTTATTCTTCAATCTTTATTTTACTTAAACTTTTGACGCTTCTATAC +TAAAGCTTATAAACATCTGAAACTTCATTTCTAGATAGTACGTCTAACTTTATATCTTGT +CCTACAATTATATTATTTTGAGCTAATATTCCCTTAGATGTTTCATATGCTAATTCAGGA +AAATTATTTTCTTTACTCAAATGAGCTAGTAGTATACGTTCCGTTCCTTCTTTTACAAGC +TCTATACAAAACTTACCTGCATCTTCATTAGATAAATGCCCTTCTTCTGACATTACCCTT +CTTTTTAATACATATGGATAACTTCCCATCATCAACATATTTGGGTCATAATTAGACTCT +AATACTACCAATCTAGACTTATATAAATGCTTTCTTATATTATCAGTTATTTGACCTATA +TCTGTAGCTATAGATATCTTATCATTTGTTCCTGCATAAAAGTTGTATCCTACTGCATCT +TCAGAGTCATGTGGTATTGAAAATGGTCTTATAATTAAATCTCCTAATGAGTATGTTTTA +TCATTTTCGAATACTTTCATATTACTGTCTTTTATATCCCCTATTTTATCTTTCATTGAA +CACCATGTTTTTATATTTGCAAAAATAGGTATATCAAACTTTCTCGATATTATTCCTGCT +CCTTTTATGTGATCTGAGTGTTCATGTGTTATAAATATCCCTTTAATCTTATCTATATCA +ACTTCTATATCATTTAGACCTGTAGTTATTCTTTTTCCACTAAGGCCTGCATCAACTAAT +ATATTCGTGTCTTTATATCCTACATAATGACAATTCCCGCTACTTCCACTTCCTATCGAA +CAATATTTTAGCATTATGCCACCTCTTCTTTATAGTCTCATAGATTATATTATACCAAAA +AAATAGAGCATTAAATATTTTTTCAATGCTCTATTTTAAATCTATTTGTATTCACTTATG +ATTTTATCTAAATCTACACCTTTTTCCTTCCACATTTCAACAAACTTAGCTCCATTTACA +TTTTCATACATATATTTACTATAATATTCCTTTAGCGTATTAAAGAATACCTCATCTCCT +ACTTTATTTCTAACTTCATTAAATATTACTGCTCCTTTAGTATAAACATTTAGACTATAT +TCAATCGAGTCTTTGTATTGAGTTGTTGCTTTAAACATATTATGACATAAATAGTTTCTG +CTTTGAACTTCCATTGTCTTTATAAGCTTTTCTCCAACGCCCTTGCCATATTTATTTTCA +AAATAAAGAACAGTTGAGTACTCAGTTAGAGCTTCATCTAGCCAAGGCTCACTGATTTCA +TCATTTCCTATTACAGAATACCACCATTGATGAGCAGTTTCATGGGCTATGATATATTCA +AGTATGAACTTTTTACTATCTTTATATAAAGTACTATCTATCATTACTAAGTTTGGATAC +TCCATCCCACCTATGTAAAAATCACTAGCAACTACGGAGTAAGTATCATATGGATATTCT +CCAAATAAATCGCTAAATATTTTTATTGAATCTTTTGCAACTTCTGTCGTATATTCTGAA +AGGTCTTTGTTTAAATTATATGTACTTATAAGTACTCCCTTATATGAATCTGTTTGTATA +TCAAATTTATCACTTAATATAAACGCAAAATCTCTTACCTTATTCGCTTCTATTTCATAA +AATATTTTTTCATTATCATGTTTTTCACTAATTACTTTACCTGTACAACCAATATCATAT +TTTCGAGGCATTAAAATCTTTACATAAAAATCACTAGTCTCACTATAAAAAGGATCTCCT +ACAGATTCATAGCTTTTTAAATTCCAACCTCTATCATCGTATACACAAGCTATTGGAAAC +CAATTTGTTATATTTACAGTACTATCTCCATATCCAAATCTACCCATACAGTTTGGTATT +TTTACGTTATATTTAAAGTCTATTGACACTTTTTCATCTGGTTTCAATGTTTTTCCTAAG +CTAACTTCTAATATGTCATTTTTATCACCTTTTATACTATATTTTAAAGCTTTAGAATTA +TTTAAAATATTTTTTATGTCTACATACCCTTCGTTAAATCCATTAGGATATGCTTCTGAT +ATTTCACTCTCTTCAAAAGGTGCATATTCTTTTTTAGAAAAAGCATTTGGATATATATGA +AAGTATATCTTGTCTATATCTTTTCCAGTCTTATTTACATATGTTAAATTTTGGTTGCAC +ATCAATCTCTTGCTTTCATCATCAAATATAACATCTATAGTGTATTTATTTCTCTTTCCT +TCATCAATATTAGATGTTTCCTTGACTGTATTTGGTTTAAATAGGTATATCCCACCTCCT +AGTAATATTATTAAAGTTGTTACTATTAGTACTCTTTGTCTTATTTTTCGAGTAAATTTT +ATAATCAAATTATCTCCTCCTATTTACATGAATAATTTGAAAAAATATTTACAAGATAAA +TTTGTAATACCTTTTATGATATAATTTAATCTGAGGTGATAAAATGTTTTATAAGGAAGT +TAATGAAATAGATTTAGGCGAAACTACAATTGCCAATATCTTCATAGATATATTTATGCC +TATGGCAAATGGTTTATACGTAAAAGTTTATCTTTTAGGTTATAGACAGGCATGTGATCC +TAGCGCTAATCCTAAATTTGACAATAACTCAATTGCCAAAAATTTAAATATTCCATTATC +TGATGTAATAGATGCTTGGAAGTTTTGGGAGAAAAAAAGCATAATTAAGATGCATAAAAA +TGACGGAATGAATGACTATGACTACTCTATAGAATTTTTAGACTTAAAGAGATTTTATAT +GGAAAATATGCATATTAATACTACCTCTATAAAATCTAACAGTGATAGTATTGTTTCTGT +AGCTGAAAATCCTAGCATAAGAAAAATGTTTAATTCTATTAATCAAATAATAGGAAGATA +TCTTGATCCTGGTGAAAAAATTAGTATCCTTGACATTATGAATAAATATAATCTTGATCC +TGATATGATCCAATATGCTTATCAGTATGTAAAAGATCGACATGGTTGTGCTAGACCTGT +TAGATATATTGAATCAATTCTTAGAAGTTGGTATGATTCTAATTTATACACACCTCAGGA +TGTTGAAAATAGCTTTGCAGTAAGAAAAGAAAGATATATTTTATATAAGACTATATTCAA +TGAATTAGGTTTTTATAGACAACCTTCTAAAGAAGAAGAACGTATTATGGATGTTTGGAT +AGATAAATATAACATGGATATCGAAGTTATACTCGAAGCTTGTTCTAAATCTAAAAATGT +TTCAAAACCTTCTGTATCTTATATAAATGGAATAATTGAAAAGTGGAAAGATAAGAATGT +CAAAACTTTAGAAGATATAAAGATATTAGATGAAGAACATAAAGCTAAGATTGAAAAGAA +GTCTACACCTAAAAATTCTACTGATAAAGTTCCACAAGTAAAAACTAGATATCATAACAT +AAATCAAACTTTTACAAATTATAGCCCTGATGAACTTGAGAAATTACTTCAAGAAAGTCA +AAAAGGTAAATTTAAGTAGGTGATTAAATGAAAGAGTCAAAATTGAGAGAGATTTTAGTT +TCTTATGAAAGAAAACGTGATAAAGCGGAATCTGATTTAGAAGATAGAAAAAAAGATGTA +TATAATCAAATTCCAGAAATAAAAGATATTGATGATGAAGTGTCTAAATTAGGATTAAAG +TTAGCTAGATTAGTACTTTCAAAACCATCAAACAAGGAAGATATTCTAGCTGAATCTAAA +GAAAAAATGGCTGCTCTTAAGGCTAAAAAGGAATCTTTATTAAAACAATATAAAGTTCCT +GAATGGTATTTAGATCTACAATATAATTGTAATACATGTAAAGACAGAGGATTTTTAAAA +AATGGTCATAAATGTAATTGTTTAAAACAAGAAATTATAAATGATTCTTATAAAATGTCA +AATTTATCAAAAGTGTTAGATAGTCAAAATTTCTCTACTTTAGATACTTCTATCTTTTCA +AAAGAAAAATTACCTGGATCTAACATATCACCATATGAAAATATTTTAGAAATAGTTTCT +ATTTGTGAATTATTTATTATGGACTTTAATAAAGATAATGGTGAAAATTTATTATTTTAT +GGAGATACAGGTCTAGGCAAAACTTTTATGTGCAATTGTATTGCCAAAGAACTTTTAGAT +AGAGGACACCTTGTAATATATCAAACAGCATTTAAAATGTTTGAAATTATAGAAGACTAT +AAGTTTAAAAATGCAGATAGTCATATAAGTAAAGATAACTATGAAAATTTATTTGATTGT +GACCTTTTAATAATAGATGACTTAGGGACAGAACTTACAAACTCATTTACTAATAGTGAA +CTATTCAACATTATAAATACTCGATTATTATCTGGTAAGAAAACAATTATATCTACAAAT +CTATCGCCAATGCAATTAGGAAATGATTATGCCCAAAGAATTTTTTCTAGAATTTTCGAT +AGATTCAAAATGGTTAAATTTATAGGTAGAGATTTAAGATGGGAAAATAGAAAGTAGAAG +GAATACTGTTAAGTATTTTCTTCTACTTTTTATTTATTTATTAGTTAATCCACTTAAAAT +CTTTATAAACTCTAAACAAGGTTCTTTTTTTGTTGCAAAAGATGTTACTAGTCTTATTGC +AGTTTTTTCTCCATTTACTTTTTCCCATATATTAAATCCATAGTTTTTCTCTAATTCTCT +TATAATATTATTATTAAATATTGGGAATATTTGATTAGATGGAGAGTCTACTAAAAATTC +ATATCCAAGCCTACTTATTCCATCCCTTAATATATCAGCCATATCATTTTCATGTTTTCC +TATTTCAAAGAATAAATCATCTTTAAATAATTCTATAAACTGTATTCCAAGCAACCTTCC +CTTAGCAAGCATCGCTCCTTTTTGTTTTAAGTGATATCTAAAATCTTCCTGTAAATCTTT +ATTACATATAACAAGTGCTTCTCCTAAAAGAGCCCCATTCTTAGTTCCCCCGATATAAAA +AGCATCAGTTAATTTACTTATATCTTCTAATGTCAAATCATTTTCTTTGCAAGAAAGTGC +AGATCCTAATCTTGCTCCATCCATAAATAGTAATAACTTATTTTCTCTACAAACTTTGCT +TAACTCTTCTAATTCAGATTTTTTATATACAGTTCCAATTTCAGTAGAGTTAGATATATA +AACAAGCTTTGGTTTTACAACATGCTCATTAGTAAACTTACTCAATACTGATAGTATATC +GTCTCTTCTTAGTTTACCATCCACAACATCAACAGATATCACCTTATGTCCTGTTGCTTC +TATTGAACCTGCTTCATTTACAAATATATGCCCTGTATCTGCTGATATAACACCCTCATG +AGGCCTTAAAAATGCAGATATTGCTATTAAGTTAGTTTGTGTACCTCCAGATATGAAATG +GACATCAATAGACTCATTATTTAGTTTATTTTTTATTAAGTTTTCAGCTTCCTCACAGTA +TGTATCTTTCCCGTAACCTTCACATTGTTCTAAATTTGTTCTCAGCAACGTTTCAAGAAT +TCTAGGATGTGCTCCTTCACTATAATCATTTTTAAAACTATACATAAATATCCCCCCATT +TATTCTTATGTTCTTTGTATAGAACACCTTAAATTTATATTACCATTTTTTGTAATAGTT +ATCTATAAACCCTTCAGCAAACTTTTAAAGTTATGCTATACTTATGGAGTAAAGCATTTA +TAAACAAATAAGGGGGAATAGATAATGTTTATTTTAGAAGAAAAACAAAAAAATGAGAAA +GAAAACTCAAGTATATCTGAAAAATTACTAGAATCTAGATCTATTATAATCTCTGGAGAA +ATAAATCAGGCCTTAGCTGAAAAAGTAGCTACACAACTTCTAATATTACAAGAAATGGGC +GATGAACCTATTAAATTATTTATAAACAGCCAAGGTGGTCATGTTGAAGCAGGGGATACT +ATACATGATATGATCAAATTCATTAAACCAAAAGTTATCGTTATAGGAACTGGTTGGGTT +GCAAGTGCTGGTATAACAATATATCTTGCAGCTGATAAAGAAAATCGATACTCTCTTCCA +AATACAAGATATATGATACATCAACCATTAGGAGGGTGCAGAGGTCAAGCTACCGATATA +CATATCGAAGCTCAAGAAATCGTTCGAGTTCGTAATAGAATTAATACAATTATAAGTAAC +GCAACTAATCAACCTCTAGAAAAAGTAGAGAAAGATACTGATAGAAATTATTGGTTAACA +TCTGAAGAAGCTGCTGATTACGGTATTGTAAATAAAATCATAACTAGCTACAGTGAATTA +ACTAAATAAAAATAATAATAAATTTACATAGTAAAAAAGTGGCGTTAGCCACTTTTTTTA +TAATTTTAAAATTAAGATGTTATTTTAAACATAAAAAAACTCTTAGAAAAATTCTAAGAG +TTTAAATGGAGCTGGTGATAGGAATCGAACCTACAACCTGCTGATTACAAGTCAGCTGCT +CTACCGTTGAGCCACACCAGCAAGGCGTTATTTGGCGACCTGGAAGGGACTCGAACCCTC +GACCTCCAGCGTGACAGGCTGGCATTCTAACCAGCTGAACTACCAGGCCGCATAAATGGT +GGGACTAACAGGGCTCGAACCTGTGACCCCCTGCTTGTAAGGCAGGTGCTCTCCCAGCTG +AGCTATAGTCCCGGGAAATGGTGACCCATAGGGGAATCGAACCCCTGTTACCGCCGTGAA +AGGGCGGTGTCTTGACCGCTTGACCAATGGGCCATAAAATGGTGATCCATCCGCGACTCG +AACGCGGGACACCCTGATTAAAAGTCAGGTGCTCTACCGACTGAGCTAATGGATCATCTT +CTTATGTTTTGCGATTTACTCTTTCGACTTGTTTCGTCATTTCTCTCGCTCACAAATATT +ATTATATATACTTTTATATATTTCGTCAACACTTTTTTAAAACTTTTTTTATTTTTTTAT +TATATTTTTTATAAATCTAGTAATTCCAAGGTTTCCAGCGTACTATTTTTTATATAAAAA +AGTCATTTTTTAAATAAGTTTGCACAATATCCTAAAAAAATTTTAAATAATAATCCTAGA +ATATTGTGCAAATCTTTATAATTTATTCTGATATTTAAGCAAATATATTCTTTCTTATTA +TAGTTTGAGCTCTATTTGGTCCTACAGAAACCATATCAACATTTACTCCAACTAATTCTT +CTATTCTTGCTATATACTTCTTAGCATTTTCAGGAAGGTCTTCAAATTTTTCTACATTAG +TTATATCTTCATGCCATCCATCTAACTCTTCGTATACAGGCTCACATTTAGCTAAATCTT +CTAATGAAGCAGGGAAATCATTTATTATTTTATCTCCCATTTTATATGCTGTACATATAT +TAATTTTGTCAAATCCAGTTAAAACGTCTAAAAGCATAAATGATATACTAGTTAATCCGT +TTACTCTAGCTGCATACTTAACTATAACAGCATCAAACCAACCACATCTTCTTGCTCTTC +CTGTTACAGTTCCAAACTCATGACCTTGAACTCTTATTCTTTCACCAATTTCATTATCTA +ATTCTGTAACAAAAGGACCTTCACCAACTCTTGTAGTATATGCCTTTACTATACCAACTA +CATCTTTTATCATATTAGGACCAACACCAGCTCCTACAGCAAATCCTCCTGATATAGGAT +GAGATGATGTAACGTATGGGTATGTTCCTAAGTCTAAGTCTAATAAAGTACCTTGTGCAC +CTTCAAATAATACTCTTTTTCCTGCTTTTATTGCATCATAAACGATAACAGAAGTATCTG +CTACGTAGTTTCTTATTTTATCTGCATATTCTAGATATTCATTATATATTTCTTCAAAAT +TAAACATAGCTTCTTTTCCATAAACACCCATAACTAGTTTGTTCTTAGCATTTATTTGAG +CTTCTAATTTTTTAGCAAATATATCTTTATCCATTAAGTCACATATTCTTAATCCAGATC +TCTCTGTTTTATCCATGTAACATGGTCCTATACCTTTTTTAGTAGTACCTATTTTATTAT +CTCCTCTAGCTTCTTCTGCTAAAGCATCTAATTCTTTGTGATATGGGAACACTACATGTG +CTCTATCACTTATTTTTATATTACTTGTATCTATATCATTGCTGTTAAGCATCTCTATTT +CTTCTAAAAATCCCTTTGGATCAAATACTATACCATTACCTATTACATTTATAGTATTTG +AATTTAATATTCCTGATGGTATTAAACGTAAAGCGAATTTTTTACCTTCTACAACTAAAG +TATGCCCAGCATTATTTCCACCTTGACCTCTTATTACTACATCAGCTTGAGTAGCAAGGT +AATCTATAACTTTACCTTTTCCTTCATCTCCCCACTGAGATCCTACAACTGCGACTGTTT +TCATGAACTTCACCTCTATTTCATTTTTTCGAACACTATACCTGTATATTCTATCAAACA +TTCGATATATTTTCAAACTTTTTTGATATTCATCATATTTTAATATGTATTTTAATGAAA +TATATATCTATATAAATATGATTCTTCTTATTTTAAAATTTATGCCCTTAATATATTTGT +TTATATTTATTTTTTAGGGATATATATATAACTATAACTCGTATCCTACACATTTTCCCT +ATTAACTAATTTATATTTTTAAACATTAAAAGCAAGCATTTCAGCTTGCTTTTTTACTTA +TCAACACTTATCAACAGACATTCTGTGGACAATGTGGATAATACTTCGTCTAAATTTCAA +TATTTCTAGATAATTCGCGATAAATATCCACATAAATAGATTTTTATAGAAAATTTGTTC +TGTGGATATTTGTTGATATTACATATCTCTAGCCTTATCTGCAAATTTCTGAACTTCACC +TAACCATACTAACTCAACTGACCCAGTTTCACCATGTCTATTTTTAGCAATTAGAACTTC +ACCTATATTCTTACTTTCTGAATCAGGATGATAGTATTCATCTCTATACAAGAACATAAC +TATATCAGCATCCTGTTCTATAGATCCAGATTCTCTTAAATCCGATAACATCGGTCTATG +ATCAGCCCTTTGCTCTGGAGCACGAGATAGCTGAGAAAGAGCAACAACTGGACAATTAAG +TTCTTTTGCTATTATTTTTAAGGATCTTGATATTTTAGCTATTTCTTGTTGTCTACTTTC +ATTATTACCTTCACCTTCCATAAGCTGAAGATAATCTATAAGTATTAAATCTAATCCTTT +TTCTATCTTTAACTTTCTACACTTTGACCTTAATTCTGATATTTTTATACCAGGAGTATC +ATCTATATGTATACTCGCATTAGATAAAACAGCCATAGCATCTATTATTCTTGGCCAGTC +ATTTTCATCTAATGTACCTGTTTTTATCTTCTTTAGTTCAACATGAGATTGAGCTGCTAG +CATACGCTGTACTAGCTGATCTTTAGACATCTCCAAACTAAATACAGCAACAGATGCATC +ACCCTTTAAAGCTGCATTTTGTACTAAATTTAAAGAAAATGCTGTTTTCCCCATGGCAGG +ACGTGCCGCAATTAATATCAAGTCTGTTCTTTGAAGACCATTTATCTTTTTATTTAAATC +CTTAAAACCTGTAGTTATACCAGTTACATCACTTTTATTAGTATATAATTTTTCAATCAT +ATCATAGGCATCTACTAATACCTCATTAATAGATTTAAAATCATCACTAGCTTTTTCTTG +AGATATATCAAAAATTCTTTTTTCTGCTCTTTCTAGTACTTCTTCTACTTTTACAGAATT +CTCATAACCTAAATTTATTATATCATTAGAGGCTTTTATAAGCTGTCTAAGCACCGACTT +TTCCTTTACTATATCTGCATAGTACTTTACATTAGAAGTCGTTGGTACTATTGTAGAAAG +ACTTGTTATATAACTTATTCCTCCAACATCATCTAGATGTCCTTGTTTCTTTAGTTCTTC +TGTCAAAGTGATTAAATCTATTGGTTCATTTTTATTACTTAACTTAAGCATACATTCATA +AATAATTTTATGAGCTTCTTTGTAAAAGTCACTTGGCCTTATAGTTTCACTCACAGTTAT +TATTGCATCTTTGTCTAATAATATAGAACCTAGTATAGATTGTTCTGATTCCACACTATG +GGGAGGTATTCTCGTTACGTCTTCCATTTATATCACCTCGAGTATACTGACTATTGTTTT +TCTCTTACATCTACTCTTATCTTAGTAATAACTTTTTGATGTATTTTTATTTCAACATTT +GTTGAACCTAAAACTCTTATTGGCTCATTTAATAATACTTTTCTCTTATCTACAACTATA +TCATGTTGCTTCTTTAATTGTTCTGCTATATCTTTAGAAGTTATTGATCCGAATAATCTT +CCACCATCTCCAGCTTTAGAATACATTACTATATTCATTTCTTCCATTTTCTTACCTAAT +TCTACTGCAGCCTCATACTCTTTTTGTGCTTTATTTTCTGCTGCTTTATTTTTTTCATTT +AATTCTTTAACAGCTGTATTATCAGCCACTATTGCCATCTTCTTAGGTAGTAAGAAGTTT +CTTGCATATCCATCACTTACTTCTTTCATTTCTCCCTTTTTACCAGTTCCCTTTACGTCT +TTTAATAAAATAACTTTCATTTAATCTTCCTCCTGTAAATATTTCTCTATTATTTCATAT +ACTTTTTTGTAGGCTTCATTCAGGCTCACATCTTCAAGCTGTGCTCCAGCTATATCTATG +TGGCCTCCTCCACCTAATTTTTCCATTAAAACTTGCACATTTATATGGCCAAAAGACCTT +GCACTTATAAATGCAGTCTCATATTTTTTTCCTATTACAAATGATGCTTCTATTCCTTTT +ACGCTTAATAATTCATCTGCTGCTTGTGCAATTACAACATTTATATTTTCTATTTCTCTC +TCTGAATATGCTAAGGCAATTCTGTTATCTATTATTTTTGAATTTTTTATAATATCTGCT +TTTGTTATAAAATCTTGAACATCTGAATTAAACATTTTTTTAACTTCTACTGTGTCAGCT +CCCATTTTTCTTAAATATGAAGCTGCTTCAAATGTCCTAACTCCTGTTTTAAATGCAAAA +TGTTTTGTATCTAAGCTTATACCAGCTAAAAGTCCTTCAGCTGTTATTTTATTTATTTTT +ACATTTTCCTCCATGTATTGAACTAACTCTGTAACCATCTCACAAGTTGAGGATACATAG +ATTTCATGGAATAATAAAACTGAGTCATTTATAAATTCTACACCTCTTCTATGGTGATCT +ATCACTACAATCTTTTTAGTTAAACCTAATAGTTCCTGACATTCTGTATATGATGGTCTA +TGAGTATCAACTACTATAACTAATGTATTTCTATTACAATTTCTTATAGCATCATCTTTG +CTTATAAATATATTTTTATAGTATTCTTGACTTTCTAGTCGTTTTACAAATTCATCAATA +GATTCATTTGATGAATCTAGTACTACATTTGCTGATTTATTACAAGATTTGCATATATCA +TAAATCCCAACTGCAGCTCCCATAGCATCCATATCCGGATATTTATGACCCATTATATAT +ACTTGGTCACTTCCTAAAATAACTTCTCTTAATGCATGACCTATTAATCTTGATTTAACT +TTAGTTGTTTTTTCAACAGCCTTAGATTTACCTCCATAAAATGCAAACTTATCCTTTGTT +TTTATAACAGCTTGATCTCCACCTCTACCTAGTGCTAAATCAAGTGCACCATTAGCAAGT +TTAAAGTTTTCATTTACGGTATCTCCATCAATTCCTATCCCCATACTTATAGTTACAGGT +AATCCATTTCCATGATTAATATCTCTGATTTTATCTAAAATCGCGAATTTACTTTCTTCA +ATTTCATTTAACTCTTTTTTATTCATAATTAGTATAAACTTGTCTTTTGAAGTTCTCTTT +AACGCACCTTTGGTATTGTTTTCTAATGAAGTTAACATTTTTTCTATCTCTAAGTTTATT +AGAGATCTATTTTCTTCACTAGCACTTTTTAAAACTTCATCATATCCATCAACTTGAATT +AGCATAATTACATTTTTTTCTTCATTATATTCTTTTTCAAGTTTTAAATAATCGGTTTTA +TCTAACCAATAAAGCATCATAAGATACTTAGCATTTTTTTCTTGCTCATTTTTTATTACG +TTATAAACCACTGTATACTGTCTATCCTTATATGTTACCTCTGTATACAATTCCTTATTT +TCATTTAATACTTTTCTAAGATTTAAATTCTTTATTATACTATCTATGTTTACACCTAAT +AAATCAGATGAATCCGTCATCTTATAAAATTTATTGTTGTACCAAGATATTCTTCCATCA +AATTCAAGTATACAAAGAGGTATAGGAAGATTCATTATAGCCTTTTTGGTTGTCTCATCT +ATATCTAAAGATAAGTTTTGAATATATTTAGTCCACTCTTTCTTTCTTATATTAGCTATT +CTCCAATTATGAAAGACTATATATATAAAACCAAAGAAAAATAAACAACCTATATATAAG +TTATAGAAAAGTAATAAAGTACTTGTTATACCTATAATTATTATATATATATTTATTTCC +GGCATATTTATTTTAAAACTTGGTTTGCTCCTCATTTCTACCCTCCTAAGTGGATTTATA +GCTTCTCACCTTTCTAAAATCAATTATACTATCTAACATTCCTATAAATGATATTCCCAT +TGTACCAAATAAACCTAAAAGAATACCTGATACTAAAACATTTTTACCAGTTCCTTGTTT +CAACCATTTTCTAGCGTAGTATATGGATACCGCAATTCCTTGTACTATAAACATGAAGTT +AAATACCATTTGTAAATTAAGCATTATTGATTCTGTATATAGGCCAATCTCCATAAATCC +TAGTAATAGAACTATTAAATATAAAACCAAAGATGTTGCTACGGCATTTCCTGGTAAATA +AAAATCTCTAAATGTAGGCTTTGGTAAATTTAATATTTTTGTTCTCTTTAACATAAATAC +CTCTAAGTAGTATGTTATAAATGATGCAAATAGACCTTGTAAGAATAACATAGTTGGAAT +CATGCTCTTTATAAGAATTAAAATATCTTCTACCTTAATATTCTTATATAGGTCTACATT +CAGCTTTTCCATGATACTCATCTGTTCATTAAATCCATCTTTGATTGCCTTGCTAAATTC +ACCAATTAAATCTATATTAAATATAAATTTTGATAACAAGAAAAATACAATTGTACAAAC +TGTAAATGCAATCATTCCACCATATATAGGTTCAAATTTATTACTATTTTCATTATTTAT +ATTATGTCTAGCTATATTACCTATAATTAATCCTGGAACTACATTCATTATGCTTATATT +TATAGCATATATAGGATCTACACAAAACATAATTACCAAAAAGGTAGATATTAATGATAA +AAAAGCATATTTCCTTTCACATAAAGTTCCTATTATTGCAAATGGAACAGGAACTACTAA +TGCTAAAATCGCTAGCATAGGAACATATACTGATATTAAAACTAATATTATACCTAATGT +GACTATCATTGCAGCTTGTGATAGTCCAAATTTTTTATTCAATTAGAATCACTCCTTATT +GTCCATATGTTTTTTTAGGTTAGATAAATCACCGTACCAACTTTCAATGCTATGTTCTTC +TTTTATTCCTATTTTTATCTTTTCTTTGATTTTGTAATCTATATCTTTAAAACTTATTCC +AAGTCTTTTTGCCAAAAGGTATGTAATCATTATAATATTTGCTAAAGTGTCTTGTAGCGC +TTCATCTATCGGTTTTACACCTTTAAATAAAAGATTAAATAAATCACTTACACTCATTAA +TATTTCATTTTTCATCCATTCTATTATCTTTACATTTTTAGTAACTTCAGAACTTTTATC +AAATCTCACTAATTTCCCCCCCTTAATATATAAACATTATACCATAATTTATAATATATT +AAGCAGATAAAATAGATAAACAAAAAACGAGCCCTAAGGCTCGTTTTTTGTTTAGACTAA +ATCTTAGTCTAAAGTGTATGGTAAAAGTGCTATGTTTCTAGCTCTCTTTATTGCAACTGT +TAATTCTCTTTGGTGCTTAGCACAAGTTCCAGAGATTCTTCTTGGTAATATTTTACCTCT +TTCAGTTACGTATTTTTGTAATCTTTGAGTGTTTTTGTAATCTATTCTAGCGTCTTTAGA +AGCACAGAATTGACAAACTCTCTTTTTCTTACGTCTTTTTTTGTTCATCATGTTAGTTCC +CCTCCTTTTCTAAAATGGTATATCATCATCATCTATTGCTTGGAACCCTTGAGGATCTAA +TCCTTGTGGTTCAAAGCTAGGTTCAAAAGTCGGTTCTGAACCTCTAGATTGATCTGGATA +TGGACTATCCATTCTATTTCTATTGCTATCTAAGGCTTGTACATTACGAGCACTTACCTT +AGTAAAAGTTCTATTTTCTCCTGTTTGAGATTTGTATTGGTCAATTCTTATTGAACCTTG +TATAGCAACTAATCTTCCTTTAGAAATATAGTTAGCACAAAATTCAGCAGGCTTTCCCAT +TACCTCTACAGGTATAAAGTCTGTTTCTTTCGTTCCATCTTTTTTAGTATAATCTCTATC +GATGGCAACTGAAAATGTAGCAACTGGTGTTCCTGTTCCTGGAATATATCTAAGTTCAGG +ATCTCTAGTTAATCTACCGACTAATACAACATGGTTCATAAAAACACCATCCTAATTTAT +AATAAGACTTTAGTTATTAAGCAACAACTATCATATGTCTTATTACGTTTTCGTTTATCT +TTAAGTTTCTGTCTAATTCTTTAGGAACATCAACAGCAGCCTTAAAGTTAACTAATACGT +AGTGACCTTCGTTGAACTTAGCTATTGGATAAGCTAATTTCTTAGTTCCCCAAACGTCAA +CGTTAACTACTTCACCAGCAGCAGCAACTACTTCTTTAACCTTGTTTATAACCGCTTCTC +TTACTTCTTCTTCAGCATTTGGTCTAACAACGTAAACTAATTCGTAATTTTTCACTATAA +TTCACCTCCCTTTGGACTTAACGGCTCTGCTTCGCAGAGCAGAGAAATGAGAATAAATTC +TCATACTTGCTTATTTTATCACCATTTAAAAAAATTGTCAATTTGAATTTATGTCTTATT +TTATTATTATTACATATTTTTTCTTTATAATACGTATACTTTCAACTTTTAATGATAATA +ATATTGGTATATAGCCCCCATAACTTAAATATATTTCATCCCAATCTCCCCTAAAAAGGT +GGTCATTAGACCACCTTTTTTTATTTAAACTTTATTTTTTATTTGCATAAATTCTTTTAG +AACAATAGCTAATCTTTTACACCTTCATTAATGAATATTTTGACAGCAAAGTCTAATCCT +TGTTGTGACCCATTAGTAATAAGTATATCGTCCTTATATACATTAGTTTTTAGATTATCA +TTCATCCTTTGAGTTATCTTTTCTTTTAATGGGCCATATCCTTCTATTGTTGAATATCCA +ATGTAAATCCTCCATCTTCTAATACTACAACTGATACCTTCTTCATTTCTTCAATTGGAA +ATAATTCATGTGCTAATAACCTACCTGCAAAAGATATTACCTCGGGTTTTTCAGTAAGTT +TTAATAATTCACGGATTTCAGAGCCTTTTATATTTTTCATTCTATCAGCAAATTCAACTG +GCATGTCCCCCTATAAACTTCTTCCCCTTTTATTTATAAAAGTGCCAGTTGAATTTTAGA +ACTATTTTTACTTTACATTAAAATTTTTTATATTATTTATTTAGAATTTTCTTTATTCTT +TTTTCTAAAGTTGGTCTATCTAGCATTATCAGCCTTGAGCATTGAGCGCACTTTATTTTT +ATATCCATACCTACTCTTGTGATTTCAAACTCTTTACAACCGCAAGCATGTTGCTTTTTT +AATTCTACTATATCCCCTACTTTTAAATCTATTGGCATAAACTTTCTCCTCCTATCCTAT +TTGTTCTACACTTTTTTTACCATCAGATAGTTTTTGTATCTTGAATATTCCTTTATAATC +TACTTCACTGTTTGTTAAAATTTCTTTTACCTTTTCTATATCTTCAAATAAAAATCTAAT +TGATATTCCACAACTAGCAGTTATTTCCCTTGGAGTTGGTAATGTTGTACATTTTATATT +ATTTTCACTTAATATTTTTTCTGTTCTTATTGCATGATGCGTTGAGTTAAATGATACTAT +ATACATTTCATTCATTTTGATGACCTCTCTTTTATGTAATTTATATTGAAATTATATTTT +AATTTAAAAGGCTACATATCTTATTATATGTAGCCTCTGTAATAATTATCTTTATGTCTA +TTATATCGATATAGTTTGTAATGAATTTTTCATTATCTCCACTATTGTATACATATTTGT +AATCGAACCTACTTGCAATTTCTCTTTTAATCCATAATAATCTAAGCAAGTTCCACAAGA +AAGTATTTCTACTCCTGCTTCTTCTAATATTTTTAGATTTTCTACAGTAGCTTCATTTTC +TGTGCTTAGCTTTACACCACCATTAACAAGTATAATATGTTTCGGATAAGGTTTAGATTC +TGTTAATGTATATATAAATCCCTTTATAAGTACTTTTCCTAACTCCTCATTTCCTTCTCC +CATTCTATCTGATGGTATAAATATACACTTATCTTCTAAGGCAATATTTTCATTTTTTTC +TATTATAACATTTTCTCCTTTTTTTATCTCTATAGAAATCAAATCTTTTTCTTCTTTTAT +AACCTTAGCTTCACAGTTTAATGAGTTTGCTAATTTTAATATATTTTCCTTAGCAATTGC +ATTATCTACAGTAGTTATGACTAATCCCGATTCTATTTTATCTAACTCTTTTTTTGTATT +TATAACTGGCATAGGACAGTTTAATCCCCTAGCATCAATTTCTATCTTCATGATTAAAAC +CCTTTCTTTAAAAATTATTTAAATTAATTCTATCATAACTAATATTTTCTTGGTTATAGA +TTCTTTCTATATATTAATAGAAATACTTATAGAATTTTATAAATTTTTATTTTATTTTCA +AATACTACTGCTATAGAATTCTTTCCTATAGCTTCTATACCTTTGATTTCTTCATTAAAG +TTTATTATTTGCTTTTGCCTATCATTATAAATAGTTTTATCGGTATATAATAAGTATGTA +TCTTTTATTCCCTCTAGATTTAAATTTACTTCTTTTGTTTTAATACCTTTGTACTTTTCA +TCTTTAATATATCCCCAGTTTCCTTGAGAATCTTTAATAAAAATATTATTTTCATCATTT +TGCTCTATTAAGCTTACTCCTTCTATCTTTATAGAATTTTTTTCACTCAATTCTTTATCT +AAAATTTTTATATTATCTTCAAATACAATATATATATTTCCATCTATCTTCAAAATATCT +AAAATAATATCATTAAATTCAGTTTCTTGTTTTACATTTCCATTTTCATCATACAAAGCC +AACTTATTTTGAATTTTATTTGTAATACTTATATAAGACATTAAGATATAATTATCCATT +GTTTTTATATTGGTTATTTTTCCATCAACTTCTACTCTATTGTTTACTTCTCCATCATTA +TTTAATATCTTTAATGTTTCTTTATCACTACCCTTAAATATATCTACAAATACATGCTGA +TTTATACTTTCATATAAAAATGTTTCTGGTGAAACTTTTGTGCTAAACACTACTTTCCCG +TTCTCATCCATACTAAATCCTTTATTAGTATTTTTGCTTAAAATATCAATATAACTATTA +CCGTATATCTTTGTATTTTCTGATTGTATTTCTTGAGTGTGTATCTCTTTTCCATCTTCA +TCTATAATCTTAAGTTTATTATCATTCAATAAGCATAATCTATTCTTATATTCTAGGTAC +TGTATTTCCCCTTTAAAATCTATCGTTTCGATTTCTTCTAGGCTATTTATATTTGAGTCT +AAATTATTAAATGTGCTTATCTTACTAGGATTTATAAATATTAATAATATTAGTGCTACT +ATTGCTAATAAGGTTATTTTTTTCATACTTTATCCTCTCCTAACTTTTATACTTAATTCT +ATATAAAAAAAAAGACTCCTTTTTAAAAGAGTCTTTTTAAATTATTTCTAAGTTTTTATA +AACAAATACTCCCTTTTGGTAGTATTCTAATTCTTTTTCTTTTGAAATATTAGAATATAA +TTGTCCTAATTCTATGTATAAGTTAGCCAATAATTTTTGCTCCCCTAGAGTAGAAATTAT +AGATATACATTTAGTTAAATATTCTATTGCCAGTTCTATTTCATTTTCTTTTTTATGGAT +ATCAGCATAAAACTTTAATGACTTATATTCATTAAGTTTATTTTTACTTTTAATAGAAGA +TGCTAAAGTAAGCTTACAGTATTTTCTAGCTAAAGAGTACTCTTCATCATCTATATAAGA +TTGTATCATTTTAAATAGTCCCTCTAACATACATTGATCTTCATCATTTTTCTTTATATC +GTATGCTCTCTGAGAATACTCTAATACTTTTTCTGTATCTCCAATACTTGAGTAAACATC +ACTTATAGTTAAATATATTTTTGCTAATTTATCTTTATCTTCTTCTTTTTCAATTATTTC +TAGCGCTCTTCTAAAGTATTCTTTAGATTCTTCGTATCTCCCCATATCGAATAAACCTTT +TGCCTTTAGAACAATCATTTCAGCTTCTTCTTTTATAGAATTGTTCTTATCTAATTCATT +TATTTTAGCTATATACTCTAAAGACTTTTGAGGCTGATCTAATTTCATATAACAGCTTGC +TATCTTACTATATAAATCCTTGTATATATTAACATCTTCCTCTTTAATGTCATCCAATAT +TTCCTCAGCAAAGCTAAAATGACTTATTGCACCTTTGTAAAATTTCTCTTCGTTATAGAT +TATTCCTATATTTAAATAGCATTTAAATATATTCTTCCTATCATTATTTTTTATAAAGAA +GAATAATGCTTTTTCAAAACTACTAATTGCATTACCATAATCTCCTCTTTTTAAATGAAT +ATTAGCTAATAAAAAATTACATTTTCCATAGTTATCCGTCAAATCATATTCTTTGCATAT +TTCTAAAGCTTTTGTTATTTGTTCATCTGCTTTTTCTAATTCATTACTTTTAACATATAT +TTCACTTTGAAGTATTAAGTTATCAGTTATTTTTTTTGATTGCATCTCTTTTGTTTCTAA +AAGATAGTCTGCACTAACATCCAACCTTTTAGCTAAATAATCTAGTAACTCGTAGCTTGT +ATGGGATTTATCTCGTTCTATATGACTTATCTGAGCTGCAGTAATCCTGTCTCCCGCTAA +TTCTTTTAACGTCATATTTTTTTCTTTTCTCAGTTTTTTTATTTTTTCGCCCAAACTTAA +AATATTCATATTATTCCCCCTTAACCCACTGAATTAATTGGTTTATTATAATATAATTAT +AACTTATGTTTATGTTAAAAACACTATATAAATTTACATTATCTGGTTTTAAGCTGTCAT +TTTTACTAAAAAAATGGAGTGCCTAAAATAATTCAGACACTCCTTGTTATTAATTATTAC +TTGCTATCTCTTTTAAAGCTTCTATAGTTTTATCAATATCTTCTTTAGTGTTAAAATATC +CTAAACTAAATCTTACTACACCTTGTTCTATCGTTCCTAATGTTTTGTGTGCTAATGGAG +AACAATGAATTCCTGATCTTGTAGCTATATCATATTCACTATCTAATAAAAATGTTATTT +CTCCTGAATCCATATTCCCTATATTTAAAGCTATTACGGCTGCTTTTTCTTTAACATCTT +TCGTTCCATAAACTATTATATTAGGAACTTCTTCTAATCTATTTAGCATATATTTGCATA +GTTCTTCTTCACGCTCTCTTATATTTTCAATACCTTCTTCAAATATAAACTTAACTCCTG +CGTTTAAACCCGCAATTCCAGGTGTATTATTAGTTCCCGACTCATATTTATCTGGAACCA +AATCTGGTTGAAATAAATCTTCTGATTTACTTCCTGTTCCACCTTCTTTTAAAATATCTA +CATTTAGACCTTCTCTTATATATAAAATACCAGTTCCCTGTGGACCGAATAAACATTTAT +GTCCTGGTGCTGCTAACATATCTACATTTATTTTTTTTACATCTATATCATAAACACCTG +CTGTTTGAGATGCATCTACTAAGTACAAAATATTATGCTTTTTAGCAATTTCCCCTACTT +TAGCTATATCAACTAATGTTCCACATACATTTGATGCATGAGTAGTTACTATTAACTTTG +TATTTGGTTTTATTGCATTTTCTAGATCTTCATAATCTAAAAAACCATCTTTATCACAAT +TAACTATTGTATTTTCTACGCCATTTTTTTCTAGTGCTTTTATAGGTCTTATTACTGAGT +TATGTTCCATACTCGTCGTTATTATATGGTCTCCCTCAGTTACACTTCCCTTAATAGCTA +GATTTAGTGAATCTGTAGCATTGCTTGTAAATACTATATTCATAGGGTTATCAATATTAA +ATAATTTTGCTAGATTTTCTCTTGTGTCATATATTTCTCTTGCAGCTCTCATAGCTAGTT +TATGACCTGCTCTACCAGGATTAGCACAATAGTTTTTCATACAGTCTAATACTGCATCAT +ATACTGACTCTGGTTTTGGATATGTTGTAGCCGCATTGTCTAAATAAATCATTCTAATTT +CCTTTCTTAAGGACTTACATATCTTCAAGTAGCATAGATACTATGCCATTTAATTCTTCA +TCATTATAGTATTCTATTTCTATTTTTCCTTTTTTCTTACCTTGAGATATATTTACCTTT +GTTCCAAATATATTTCTTAATCTTTCTTCTACATCAACAATAAATATGTCTTTTTCTTTT +TTCGTTGGTATTTTTAAATTTTGCTCTTCACTTATTTTTTTAGCTAAACTTTCAGTTGCC +CTTACTGAAAGTCCATCTTCTACAATTCTTTTTGCCATCTCTAGTTGCTTGTCTTTATCT +GTAATTCTAAGTAAAGCTTTACCATGACCAGCTGTTATTTCTCCATACTCTATCATAGCT +ATAACTTCTTCTCTTAAATTTAATAATCTAATTGTATTAGTTATATGAGGCCTGCTTTTT +CCTACGGCATCTGATATTTCTTCTTGAGTTACATTATGATTATCTATTAAACTTTTATAT +GCTAATGCTTCTTCTATTGGATTTAAGTCTTCTCTTTGTAAATTTTCAATGAGTGCTATT +TCCATTATATCTCTTATTGGTAAATCCTTTATCATTGCTGGAATAGACTCTTTATTCGCA +GCCCTACTGGCTCTATATCTTCTTTCACCAGCTATTATCATATACTTCCCATTTTCATCA +GGTTTTACAACAATAGGTTGTAAAACACCATAAGCCTTAATCGAGTCCGATAATATGTTT +ATTTTTTCTTCATCAAACACTTTTCTTGGTTGATCTTCATTAGGATATACCATACTTATA +TCTAATTCTACAATTTCTTTCTTATCAATGTCTTCCTTTAATTCTGGTATCAATGCACTA +AGTCCTTTCCCTAATCTGTTGCTTCTTTTAGACACTCTCTTTTCCATATTATATTATATC +CTCCTCTAAATCTATAAACTCTTCTGCTAATTCTAAATATGCTACAGTTCCTCTGCATTT +AGTGTCATAATAAATTACTGGCATTCCATGACTTGGTGCTTCTGCTAACCTTACATTTCT +TGGTATAAGTGTCGTATATACACTTCCCTTAAAATATTTTTTTACTTCTTCAACTACTTG +AATGGATAAGTTAGCCCTTCCATCAAACATACTTAATACAACACCTTGAATACTTATATT +TGGATTTAATCTTGATTTTACTAACTTTATAGTTTGCATCAACTGGCTAACACCTTCTAA +TGCATAATATTCACATTGTATTGGTATTAAAACACTGTCTACAGCTGTTAAACAGTTTAT +AGTTAGCATCCCTAAGGATGGTGGACAGTCTATAAATATGTAATCATACTCTTCTTTTAC +TTCTTTTATTGCATTTTTTAATAAATACTCTCTATTTTCTATCTCTGCTATTTCTATTTC +TGCACCTGAAAGATCTGTCGCTGAAGCTACAAGATCTATATTTTCAAATTCAGTAGGTAT +AATAGCCTCTCTTATACTAATATCATCTAGCATTACTTCATATATGGTATCTTCTAATTC +TTGTTTATCTATACCATATCCACTAGTAGTATTTCCTTGTGGATCTAGATCTAGAACTAA +AACTCTTTTCCCCATTTTCCCTAAGCTAGCACTCAGGTTTACATTTGTTGTAGTTTTCCC +AACTCCACCTTTTTGATTAAATACTGCAATTATTTTGCCCATGAGATTTCCCCCTCTAAA +CCTTTTAAAAAAAGATTACTGCTAAGCAGTAATCTTTACTTTTTAGGAATTCTTACAACA +ACTTCCATGTAATCTCCCTTATCTATTTCATTATACTTAGCCTTAATACCTGTATTTAGT +ATCGCATCAAAAGCTTGCTTTATTGTATTTAAGTATATTCTTATTCCCATAGAAGCTTTA +ATGCTTTGTTTCTTCTCTGGTTCTTCTTGAGCTTCTAAGCTTTCAATTATATCCATAATC +AACTTTTCTGTCTTTTTGACAGTAAGTTCATTTTTTATGATTTTATCTAGTACTTCTTTC +ATTAAATCTTCTGTCGGTAACTTCAGAAGTGCTCTTGCATGTCTTTCTGTTAACCCATTT +TCAACTAACTTTATCTTCACGTCTGACGGTAATCTCAAAATTCTAAGCTTATTAGCTATA +GTAGACTGATTTTTCCCCAACTTCTCTGCTAGTTGCTGCTGTGTAAAGCTATGTTCTTTT +ATTAAATTTTCATACCCCATAGCTTCTTCTATAAAGTTTAAATCTTCTCTTTGAAGGTTT +TCTAGTAAAGCTAAAACTGCCGAAGATTCATCAGACATATTATTTATAATAGCTGGTATA +GTCTTAAAGCTTGCAAGCTTAGCTGCTCTAAATCTTCTTTCTCCTGCAATTAACTCATAC +TTATCATCTTTTTGTCTAACAGTTATAGGCTGAAGTATCCCATAAACCTTTATAGAGCTA +CTTAACTCTTCTAGCGCTGTTTGCGAAAATATTTTTCTTGGTTGATATGGATTTGGAACT +ATATTTTCTATAGGTATCTCCATAACTCTTTTATCTTCCATAACATCCCTCTCTCATTAG +ATATAAATATATTTAAATTTCAGTAAATCTTTACATTATTTAATTAATTATTTTGTTAAT +TATACATCTGTGTATAATATTTCTTCATATAAATACTTATTCCTTCTAATTTATAGAATT +TATATAAATTAAATGTATAATTAAGTTCTATAAAGTATCTACTATTCTATTTTATAGGAC +TTTTTGCAGGTTTCCCAGCTTTTCTTGGATACTTTTCTGGAGTATTTTTTATTTTTTTGA +ATACCAATATATTATGCTTTAATTCTTCATTAGGTAACTCAATATCTATCTTTTCAACAA +ATTCTAGTCCTAATATATCCATTGCTATCTTAGATTCTTCTAATTCTAAATTAGCATTTG +GACCCTTTAAGCATACAAAATATCCGCCTACCTTTACAAAAGGTACACAAAATTCCATTA +AAATAGGTAATCCAGCAACTGCTCTAGCTGTGGCTACATCATATTGTTCTCTATAATCTG +AATTTTTACCAAAATCTTCAGCTCTACCATGTATAAATTCTACATCTTTAAGATTCACAG +TATTACTAACTTCTTGAAGGAAGTTTATTCTTTTATTTAAAGAATCTAAAAGAGTTAGTT +TTATATTTTGTAAACATATCTTTAATGGTAAACCAGGGAATCCTGCACCTGTTCCAACAT +CAATTAATGAAATACCATCTTTAATATATCCATTGCTAACAGCAGAAATAGAGTCTAAGA +AGTGCTTTATAAACACTTCTTTTTCTTCTTCTATTCCTGTTAAGTTCATTTTTTGATTCC +AGTCAACTAAGATTTCTCTATATGTTTTTAAATCACTTACCATTTGGTCATTTACTTCTA +TCCCAAAATCCTTTATACCTTGTCTTAATATATCTTCGTTAGTCATTCTTTCCTCCTCTA +TTTCTCTTCATCTGTTCTAAATAAATAAGAAGAACAGAAATATCCGCTGGAGAAACTCCT +GATATACGAGATGCTTGTCCTATTGATATAGGTTTTATATTATCAAGTTTTTGTCTTGCC +TCTATTCTAAGGCCTTCTATTGATGCATAGCTTATGTCTTCTGGAAGCTTTCTATTTTCT +AACTTCTTAAATTGATCTATTTGTTTTAATTGCTTATCTATATATCCTTCATATTTAGTC +ATTATTACGCATTGTTCTTTTACTTCATCAGATACGTCTTCACCCGCACCCTTACCTATT +GCCTCTATTAAGTCATAATTAACTTCTGGACGCTTTAAGAATTCATATAAAGATAAACCT +ACTTTTATTTCTGATGATCCCATTTCCTCTAACTTATGATTAACTTCTTTAGGAGTAACT +CTTTCAGTTTTTAATCTCTCTAATTCTTTTTCTACAGCAGCTTTTTTCTCTAAAAATCTT +TGATATCTATCTTCTGAAACTAATCCAATATCATAACCTCTTTGAGTAAGTCTCATATCT +GCATTATCTTGTCTTAGATATAATCTATATTCTGATCTAGATGTCATCATTCTGTATGGT +TCATTAGTTCCTTTTGTAACTAAGTCATCTATTAAGACACCTATATACGCTTCAGATCTA +TCAAGTACAAAAGGCTCTTTTCCTTGTATCTTCATAACTGCATTTATACCTGCAATAAGA +CCTTGCGCCGCAGCTTCTTCATATCCTGAAGTTCCGTTAAACTGACCTGCACTAAATAAG +TTTTCTACACCTTTTATTTCTAGTGAAATTTTTAATTGAGTTGGATCTATACAATCATAC +TCAATTGCGTATGCCGGCCTCATTATTTTAGCATTTTCAAGACCTGCTACACTTTTATAC +ATTGCAATTTGTACTTCATAAGGTAAACTTGTAGATATACCTTGGATGTACATTTCTTTA +GTATCTAAACCTTCTGGTTCTATAAATATTTGATGAGATTCTTTATCGTTAAATCTTACA +ACTTTGTCTTCTATAGAAGGACAATATCTAGCTCCTGTACTTTCTACTTTTCCACTGTAC +ATTGCTGATCTACCTAGGTTATTCATTATTATGTCATGTGTTTCTAGGTTAGTTCTTGTT +AGGTAACAAGGAATTTGATCTATCTTTAAGTCTTCTGTTAAGAATGAGAATGGTGTAATC +TTCTCATCTCCTTCTTGGATTGACATAACTGAAAAATCAATGCTATCTCTGTGTACCCTA +GCAGGTGTTCCAGTTTTAAATCTTCTCATTTGTAGACCTAATTTAACTAAACTCTCTGTT +AAATTTTTTGCGTATCCTAATCCATTAGGACCTTCCATGAAAGATACTTCTCCCATATAT +ATTTTAGAGTTTAAATAAACACCAGTTGCTAATATAACTGCTTTTGCATAGTATTCACAA +CCTAACTTTGTAATTACTCCTGTAACTACATTATCTTCATGTAGTATATCTATAACTTCA +TCCATTACGACATCTAAATTAGGCTCATTTTCTATAGTCTTTTTCATTTCTGTATGATAT +TTAAATTTATCTGCTTGTGCTCTTAATGAATGAACTGCAGGGCCTTTAGCTGTGTTTAAC +ATTCTACTTTGTATAATTGTTTTATCAGCATTTATTCCCATTTGCCCACCAAGAGCATCT +ATTTCTTTAACTAATTGACCCTTTCCAGTTCCACCTATATTAGGGTTACATGGCATCATA +GCAATTGAGTCTAACGTTAATGTTATCATTAGTGTTTTTTGACCCATTCTTGCAGTTGCT +AAAGCAGCTTCACAACCTGCATGACCTGCTCCAACAACTATTACATCATAATTTCCTGCA +TTAAAGTTTTTCATGCAAATCTCCTCTCTGAAATATTAACGTTTCACAATAAACATTAGA +GTTCTACATAAATATTTATTGAATTTCATTAATATGATAAATTATTAAGTTATATTTTAA +AATTAATTATCCCTATTTTCCTATACAGAAATTAGCGAATATTGTATCTAATAAGTCTTC +TTTTACTGTATCTCCGTTTATATACCCTAAATAATCCCATATGTTTTTAAAATCAACTTC +TATGAAGTCATATGGCATATTTTGATCTATTGCACTTATTGCATCATTTATAGACTCGTA +TGCTTTTAATAAAGCATCTTTATGTCTAGAGTTGGTTATCATTAGGTTAGAAGAATTTTT +TACGCTACCTTTATAAACCATCGCTTCTATCTTATCTTGTAATTCTTCTATTCCCTTATG +TTGTAGTGCCGATATCTTTATTATACTACTACAGTCAACATATTTAGACAATTCATCTAT +ATCAATTTGTTGTGGTAAATCAGTTTTATTTAGTAAAACTATAGTCTTTTTATTTTCTAG +AGTTTCTAGTATTTCTCTATCCTCTTGTGATAAAGGTCTTGACGAATCAAGTACCATTAT +AACTAAATCCGCCGTATTGTAAGATTCTTTAGATCTTTCTACACCTATTTTTTCTACAAT +ATCTTCAGTTTCTCTAATACCTGCCGTATCAACTATCTTAAGAGGTATACCTTTGATATT +TACAAATTCTTCAATTACATCTCTAGTAGTTCCAGCTATATCTGTAACTATAGCTCTATT +CTCACCTAATATAGAGTTTAATAGAGATGATTTTCCAACATTTGGTTTGCCTATTATAAC +TGTTTTTAGTCCATCTCTTAATATTTTCCCACTCTCAGATGTGTCATACAGTTTTTTTAT +CTCACGTTTAATATCTTCTGCATTTTCTCTAAGAGTTTTGTATGTTATTTCTTCTACATC +TTCCTCTGCAAAATCTATAGAAACTTCTAAGTGAGCTAAGACTTCCGTTACTTTGAATCT +TAACTCCCTTATCTTTTTAGATAATGAACCTTCTAATTGGCTTTGTGCTACTTCATGAGC +TTTATCAGTTTTTGCCTTTATTACATCTATTATTGCTTCTGCTTGAGATAAATCTATTCT +TCCGTTTAAAAAGGCTCTTTTTGTAAATTCTCCTGCATCTGCTAATCTTACATCTTTCGA +CAATATTAACTCTAATATTTTCTTTACAGAAATAAATCCACCGTGACAATTTATCTCTAT +AACATCTTCTCCTGTATAAGACTTAGGCCCTTTCATATATGCAACTAATGCTTCATCTAT +TACCTTTTCGCCATCTACTACAGTTCCGTATATTAAAGTCCTTGTGTTATAATCTTTTAT +CAGTTTTCCTGTTACAGATTTGAATATGCTTTCAGCTACCTGTAATGATTTTTCTCCACT +GATTCTTATAATTCCTATTCCACCTTCACCAGGAGCTGTTGCTATTGCTGCTATAGTATC +ATCTATAAACAAGTTTCTCACCTCTTATATAATAAATTTTATCTATATTACTCTAATTGT +TACCTTAATCTTAACATTATATAAAATAAATTACAAAAATAAAACCCCCTATACTATAGG +AGGCTAAATTTTATCTTTTATATTCTATAACTAATCTTCTATATGGATCAGTTCCTTCGC +TGTAAGTAATTACATACTTATCATTTTGAAGTGCTGAGTGTATAATCCTTCTTTCATAAG +GATTCATATAATCTAGTTTTCTAGTTCTCTTTGTTTTCTTAACATCTCTAGCAACTTTAT +TTGCATATTTTACTAAAGATTCTTCTCTTTTTGATCTGTAATTTTCAATATCTACAAGAA +CTCTCATATGTGAATCTTTATTTATTTTGTTAAGAGCTAAACCTGTTAGGAGTTGAATAG +AGTCTAAAGTTTCTCCTCTTCTTCCTATTAAACAAGCCGCTTCTTTTCCTTCAATGCTAA +CCTTTATTAGGCTCTTTTCTTGAACAACATTTACATTTGCATCAAGTTTTGCATTCTTTA +ATATATTCTCTACGAAATTTCTTGCAATATCAATCTCTTCTTCTTTTACTACAGTTATTC +TATAAGTACCTTCTCTTGAACCTATTAAACCTAAAAATCCTTTACTAGGAGTCTCTAGTA +CTTCAACCTCAAGATCTCCTTCAACTACATTTAAATTTTCTTTGTTGAACTTTTCTAATG +CTGAAGCTATAGCCTCTTGCTGTGTTTTACTTTTTAATTCTAGGCTTTTCTTCATTTATT +ACTTCCTCCTTAGAGTTAGCCAGTTTAGCTTTTAAAGGATTCATTACTAAGTAATATTGA +GCTATAGAGAATAAGTTACTTACTGTCCAGTATAATGCAAGACCTGCTGTAAATGTGTAA +CCCCAATAGAATGACATAGCCGCCATAACATAAGTCATAGTCTTCATTGGTCCCTCTGCT +TGATCAGGAGGAGTCATAACTTTTTGCATTACATAAGCACTTACACCTGAAAGTATCCCC +ATTTCGATATTATGTGTTGCTGTTAAACTTTGTAGCCATAAGAATCCAGTATCTGCCAAT +TTGAATGCTGCTTCATTTTGAAATACACCATAAGCTACTGGGTCTCTTAAAACACTGAAT +AAACCTATTATTATTGGCATTTGTATTAATAATGGTAAACACCCTGCTAATGGATTTATT +TTAGCTTCTTGATGTAATTTCATTATCTCTTGTTGTTGTTTTTCTGGCTTATTTTTATAT +TTTTCTTGTATTTCTTGTAATTTTGGCTGTATATCTTGCATAGCCTTAGTTGATTTTGTT +TGCTTAATTGTAAGTGGTAATAATAATACTTTTACAAGTATTGTGAATACTATTATTGAC +CATCCATAATTTTGTACAACATCGTAAATAATTCTTAAAACGTGCCCTAATAAATTACCA +ATTATGTTCAATTCTCTATACCTCCTAGAGTATCTTTTATTTTAGAGGATCATAGCCTCC +TGGATGAAAAGGATGGCATTTCAATATTCGCTTTATCGTAAGATACATACCTTTAAATAA +ACCATACTTTTTAAATGCCTCTATAGAATATTGCGAACAAGTGGGATAAAATCTGCAAGT +AGGTCCCTTTAGAGGGGAGATATACTTTTGATATAATTTTACTAAATAAATACATAATTT +CGATAAGTATATATTTATTTCCTTCATTATAAACATTATTTCATTCATATTGAAAACCTC +CAAGATACAACACCCCTTATGTACCTACATAAACATTTCTGCTTTTTTTACAAGATGCTT +CATAGATTTTTCTATATCTTTATACTCAGCATCTTTTATAGCAACCCTTGCAATAAAAAC +TATGTCATATCCATATTTAACGTTTTCATCTATATTGACTCTATATGCTTCCTTAATCCT +TCTTCTTACCTTATTTCTTATAATCGCTTTTCCTACCTTTTTTGATACTGATATTCCGAT +ACGACTATTTTCTGATTTGTTATTTAGTATATACATTACTAGATATCTATTTGCAAAAGA +CTTGCCGTGTTTATATACTTTTCTAAAATCAGAATCTTTTTTTAAACCTTGTGTTCTATT +AAAGTCCATATTTTATCCTCCATAAACACAGCTTCTACTATTTTTCTACACAAAAAGGCC +ACTTTTAAGCGGCCCTTTTAACTATTAATGAGTTAATCTCTTTCTTCCTTTAGCTCTTCT +TCTTTTTAACACGTTTTTTCCGTTAGAAGTTTTCATTCTTTTTCTGAATCCATGTTCTTT +CTTTCTTTGTCTTTTCTTTGGCTGATAAGTTCTTTTCATTCTATTGCACCGCCTTTCAGA +TTTTTTCCGTTTTATTTTATTAAAATAACAACTTTACCCTCAAAGTAAACATAACACATA +CAATTATAAATGCTTTTATTTTAGTTGTCAACGTGTTTTTGGACTACCCAATACACTTAT +TTTGAATATAAAAAATTCTCTCTATTTTATATAAATGTATATAACCTTTTACTTTCATTT +TTATTATAGCTTAAAATCAGTAGATTTTATACCTGTGTGTATTTTTATCAACAATATGAC +AATACTGTGGATAAATTACTCATATCATATTGAAGTTTGGCATATATTCTGATATTATTA +ATATACTTGTTGATAATGTTTATAAATTTATCAACTATTTTAATTTTATTCACAAACTGT +GGATATAAATGTGTATAACTTATAAATCTTAAGACAATAATTTACTTATTAACTCATTTA +TTATTAAAATATACTATTTATAACTTTATATACATATTGTTTATATCTTTTAGTTTTTTA +AGGTTAAATTTAACTTATTATATATTATCCACATCATTATCCATAACTTTAATTATTCTT +TTTTAATTTATATAGATTTTTTATTTTTGTTAATAACTTTGTGGAAAATGTTAATTATTT +TGTTCGGAGGTTTATATTATGGATATAGTTTCTTTATGGGACAAGACACTACAATTAATA +AAAGGTGAGCTCTCTCGCCCTAGCTTTAATGCTTTTTTTAAGCAAATAGTTCCTTTAAAA +ATTTACTTAAATGACTTGATTCTTCTAGTTCCAAATGAGTTTACTAAAAGTATACTAGAA +GATAGATACCTAACTTTAATAGAAGGTTCAATAAATCAGTTATCTTTAAAAAAGTACAAT +GTAAAATTTGTATTAAGCGAATCAGAGGTTGAAGACTTAGACGAAGAAGAAGACAAACCT +TCTAATATAAAAAAGAATTATCCTAATTTAAATCCTAAGTATACTTTTGATACATTCGTA +ATTGGTAATAGTAACAGATTTGCTCACGCTGCTTGCGTAGCTGTTGCTGAATCTCCTGCA +AAAGCTTACAACCCTTTATTCTTATATGGAGGCGTTGGTTTAGGAAAAACACATTTAATG +CATGCAATTGGGCATCATATATTAAATGAAAAAAAGGATCCAAAAGTCGTTTACGTTTCA +TCTGAAAAATTCACAAATGAACTTATAAACTCTATTAAAAATGATCGAAATGAAGAATTT +AGAAACAAATATAGAAATGTAGACGTACTTTTAATAGATGATATTCAATTCATAGCTGGT +AAAGAAGGTACTCAGGAAGAATTCTTCCATACTTTTAATTCTTTACATGAAGCAAACAAA +CAAATAATAATTTCTAGTGATAGGCCACCTAAAGAAATACCTACATTAGAAGATAGATTA +AGATCTAGATTCGAAATGGGACTTATTACAGATATTCAAGCTCCTGATTTTGAAACTAGA +ATAGCTATACTTAGAAAAAAAGCTCAAATGGAACGTATAGATGTTCCAAATGAAGTAATG +ACTTATATTGCGAAAAATATAAAATCAAATATCAGAGAATTAGAAGGTGCTCTTACAAGA +GTCGTGGCATATTCTTCTCTTACAAATAGACATATATCTTTTGATCTTGCAACAGAAGCA +TTAAAAGATATTATTACTACGTCTAAAACTGAGGAGATTACAGTAAATAGAATAAAAGAA +AAAGTTTCAACTATTTTTAATATAAAAATGGAAGATTTTAATTCTAAAAAAAGAACAAGG +TCAATTGCGTACCCAAGACAAATAGCTATGTATATCTCACGTGAGCTTACAGATTTATCT +TTACCTAAAATAGGAGAAGAATTTGGCGGAAGAGATCATACTACAGTTATTCATGCCCAT +GACAAGATATCAAAGGATATACAAGAAAATGATGATATTAAAGCTAAAATAGATAAAATA +ATGTCTGAATTAAAAGGCTAATCTTATACACATTTGTCTGTTAATATCGGTCTAATAAAA +TGTTGATAATATTTTTGTCTATTTTTTATTAACACTATATTCTACAAAAACTAACAAAGA +TATTAACATTCTGTGCACATGTTAATATCTTTGCGTTTATTATCACATAAGTACTTATTC +ACATTATCAACAACACCTACTACTATTACTACTAATATTTTTATTTATTTTTTTGTATAA +AAAGCAAAAGGAGGTTATCCACAGTGAAAATAATTTGTAATCAAAAACTTTTAGCTCATA +AAATAGGAATAGCTCAAAAAGCTATTAACGGAAAAGCAACTTTAGAATTATTAAAAGGGT +TATTATTAACTGCGAAACATGATCAATTGAAACTTACAGGGTATGATTTAGAAATAGGTA +TTGAAACTTATGCTCAGTCAGAAGTAATAGAAGAAGGGGAAATAGTAGTTAACGCTAGAT +TATTTGGAGATATAATTAGAAAATTACCTGATTCATTTGTTGAAATAGAAACGGATAATG +ACAATAATATTTATATAAACTGTGTTAATTCTAGATTTAAAATAAAAGGTGAAAGTGCTA +AAGAATATCCTAAATTACCTGAAGTAAAAGAAGAGGATTTATATAGCATTCCACAAGACT +TACTTAAAAATATGATAAAGCAAACTGTATTTGCTACATCACAAGATCAAACTAAGCCAA +TATTAATGGGAGAACTTTTAGAAATAGTTGACGGAAATATAAGTTTAGTTGCAATAGATG +GATATAGACTTGCTGTTAGAAGTTGTTCTATAGATAATGCTATGAATAATGCGAAAGTTA +TAATACCTGGAAAAACTTTAACAGATGTAAATAGTTTATTATCGTCAGAAGAAGATGTAA +GATTAGGATTTGATGATAAAAATGCTATTTTTATCATTGAAGATACAAAAATAATAACTA +GACTTTTAGAAGGTGAATTCATAGATTACCAAAAATTACTTCCTAGAGAGCACAATTCTA +AAATAAAATTAAAAACTAGAGACCTTTTAAACAGTATAGAAAGAGCTTCTCTTTTATCTC +AAGCTGAAAAGAATAATCTAATTAAGTTAACGATAAGAGATAACTCAATGGCTATAACTT +CAAATACTGATAAAGGTAATGTTTATGAAGAAGTATCATTAGATTTAGAGGGCGAATATT +TAGATATTGCGTTTAACTCGAGGTATTTCTTAGAAGGATTAAAAAACATAGATAGCGAAG +AAATATTTATAGAGTTCACTACTAATGTTAATCCATGCATAATAAAACCTGCTGATGAAG +TTAAGTATACTTACTTATTACTTCCAGTAAGAATTTCATCTAACATATAGAGACAGACAA +AACCCAACTAGTTTAAAGTTGGGTTTTTTATCACTAAATTATACTAGTTAGTAAATTTAT +GATATAATATATTTTTAGCGTAATATTGGAAGAATAATATAAATAGAAAAATAGGAGGAG +TCAACATGTTAGAAATAACTATAGATACTGAATATATAAAATTAGATCAATTTCTTAAGT +TAGTTGACTTTGCATCAACTGGTGGACACGCAAAATTCTTAATACAAGAAGGTGTTGTTA +AAGTAAATGGTGAAGTTGAAACTAGAAGAGGTAAAAAAATAAGACCTGGAGATATAGTTG +AGGTTGAAGGGCAAAAAATTAAAGTAGTGTAAAAAGGAGCGCCTTTTATGCGACTAAAGA +CTTTACAGTTAGTTAATTTTAGAAATTATGATAATTTACATATAAATTTCAATGAAAAAA +TTAATCTACTTGTTGGAAAAAATGGTCAAGGCAAGACAAATATAGTAGAATCTATTTACA +TGTTGTCCTTTGGTAAATCATTTAGAACCAGTAAAGATAAAGAAATCATAAAATTTGAAA +AAGAAAATTTATATGTAGGAGGTAGCTTTTCTAAATATAATTCAGATTATTTAATAGAGA +TAGCTATTGGTAAAAATAAAAAGGGTGTTAAGGTAAACAAGGTACACATTCAAAAAATGT +ATGAGTTACTTGGTAATTTAAATGTTGTAATCTTTTCACCAGAAGATTTAAAATTAGTAA +AAGAAGGACCTAAAGAACGTAGAGCATTTATAGACAAAGAAATTAGCCAAATTATGCCTA +AGTATTACAGTTATCTTACGAACTATAACAAAATATTATTTCAAAGAAATAAACTTCTAA +AAGGACATGTTGTAGATAAAAACTTGTTAGATGTTTATGATGAAAGCTTAGCAAGGTATG +GAAGTTATATTTATATTCTTAGGAGAGATTTTATAAAAAAAATAGCTAATATTTCTATGA +TAATGCATAAAAAGTTGACTAATGAAATTGAAGATTTAAAAATTAATTATAAAAATCAAA +TAAATATATCTGAAGAGGATACGATAGAAACTGTGTATAATAAGTTTATTGAGAAACTTA +TATCAAGTAGGGAACATGATATAGATACTAGGACTACTAGATATGGTATACATAAGGATG +ATCTAAATATATTTATAAATGATTTAGATGTTAGATTATATGGATCACAAGGTCAGCAAA +GAACTGCTTCTATTTCATTGAAATTATCAGAAATAGAGTTAATAAAAAATGAAGTAGGAG +AATATCCTGTTTTAATTTTAGACGATGTTTTCAGTGAATTAGATGAAACTAGACAGAAGT +TACTTATAGATAACTTAAGTTTAGTACAGATGTTTATTACTACAGCTGAGGTTTCACATA +AAAAAATATTTAATAAAAGCAATACAACTATTTTTAATATAAATCAAGGAAATGTTGTTA +GCATAGAGAATGGAGGGAACTAAATGAAACAAGAATATGGTGCAAGTCAGATACAGGTAC +TAGAAGGATTAGAAGCCGTTAGAAAAAGACCTGGTATGTACATTGGTTCAACTGGTCCAA +GAGGTTTACACCATTTAGTTTATGAAATCGTAGATAACAGTATAGATGAAGCTTTACAAG +GATACTGTTCAAAAATATACGTAGGTATAAACGATGATGGAAGTATAACTGTAAAAGATG +ATGGTAGAGGTATACCAGTAGAGATACATCCTAAAACTGGAAAATCAACACTAGAAACAG +TATTAACAGTTCTTCATGCAGGAGGTAAATTCGGTGGAGGAGGATACAAGGTATCTGGTG +GACTTCATGGAGTTGGGGTTTCTGTAGTTAATGCTTTATCAGAATGGTTAGTTGCTGAAG +TATATAGAGATGGGAAAATATACAAACAAACTTATGCAAAAGGTGTAACTACATCTGCAT +TAGAACCTGTAGGTGAGTCTACTCATACTGGAACTATAATCACATTTATGCCTGATGCAA +CAATATTTGATGAAATAGAATTCAAATATGAAACATTAGAATACAGACTTAGAGAATTAG +CATTCTTAAATAAAGGCATAAAAATAGTATTTGAAGATAAGAGACATGAAAATCCTAAGA +AAAAAGAATTCCACTATACAGGTGGATTAGTTGAGTATGTAAAATACTTAAATAAAAATA +GAACTGGAATTCATGAAGATATAGTTTATATAGATAAAAAAGTTAAAGATTGTGTAGTTG +AGTTGGCTATGCAATATACTGATGGTTATACAGAGAACATATATTCTTTTGCTAATAATA +TAAATACTCACGAAGGTGGAACTCACTTAAGTGGATTTAAAGCTGCACTTACAAAAACTA +TCAATGATTATGCTAGAAGAAATAAATTAATCAAAGATAGTGAACCTAACTTAGTAGGAG +AAGATATAAGAGAAGGTCTTACTGCAGTAGTATCAGTTAAGCTTCCTGAACCTCAATTCG +AAGGACAAACTAAGACTAAGCTTGGAAATACAATTATGAGAAGTATAGTTGACGGTGTAA +CTGTAGAAGAATTAGGTGCATTTTTAGAAGAAAATCCAACTACTGCTAGAATAATAGTAG +ATAAAGGTCTTAGAGCTCAAAGAGCAAGAGAAGCTGCAAAAAGAGCAAGAGAGTTAACTA +GAAGAAAGAGTGTACTAGAAAGTACTTCATTACCTGGGAAATTAGCTGACTGTGCTGAAA +AAGATCCAGCTAAGAGTGAGATATTCTTAGTCGAAGGGGATTCTGCCGGTGGTTCTGCTA +AGCAAGGTAGAGATAGACACACTCAAGCAATATTACCATTAAGAGGTAAAATACTTAACG +TTGAAAAATCTAGATTAGATAAAATATTATCTTCTGATGAAATAAAGAATATGATAACTG +CATATGGATGTGGTGTAGGAAATGATTTTGATTTAGAGAAATTAAGATATCATAAAATAG +TAATCATGACCGATGCCGATGTCGATGGTGCTCACATAAGAACGTTATTATTAACATTCT +TCTTTAGATATATGAGACCTCTTATAGAAGAAGGTTATGTATATATAGCACAACCACCTT +TATATAAAGTTAAAAAACAAAAGAAAGAATACTATGTTTATTCAGATGCTCAACTAAATA +GTTTATTAGATGAGATAGGTAGACAAGGTGTAGAACTTCAAAGATATAAAGGGCTTGGAG +AAATGAACGCAGAACAGTTATGGGATACAACTATGAACCCAGAAACTAGAACTTTATTAC +AAGTATCTATAGATGATGCAGTAGTTGCAGATCAGGTATTCTCAATGTTAATGGGAGACA +AAGTAGCTCCTAGAAAAGAATTCATAGAAGCTAATGCAACTTACGTTAGAAACTTAGATG +TATAAGAAAGGGGAATGTGTAAATGGAAGAAAACAATAACAAAATAATCCCTGTTGAAAT +AGCGGAAGAAATGAAGAACTCTTATATCGACTATGCGATGAGTGTTATAGCTGGTCGTGC +CCTTCCAGATGTAAGAGATGGTTTAAAGCCTGTTCATAGAAGAATATTATATTCTATGAG +TGAATTAAACTTAACACCGGATAAGCCTTATAGAAAGTCTGCTCGTATTGTAGGAGACGT +TCTAGGTAAGTACCATCCACACGGTGATACTGCAGTTTATTTCGCAATGGTTAGAATGGC +TCAAGATTTCTCAACTAGAGGTCTTTTAGTTGATGGTCACGGTAACTTTGGTTCTGTAGA +TGGTGACTCACCAGCGGCAATGCGTTATACAGAAGCAAAGATGAGTAAATTATCTTTAGA +GTTATTAAGAGATATAGATAAAGAAACAGTAGATTTTATACCAAACTTTGATGAATCTTT +AAAGGAACCATCAGTATTACCATCAAGATTCCCTAACCTTTTAGTTAATGGATCAAATGG +TATAGCAGTTGGTATGGCAACATCGGTACCACCTCATAATTTAGGTGAAGTTATAGATGC +AACTATACAATTAATAGATAATCCTGAATGTACGGTTGAAGATTTAATGCAAAATATACA +AGGACCTGATTTTCCAACTTCAGCAATAATAATGGGAAAAGAAAGTATAGCTGATGCATA +CAGAACAGGTAGAGGTAAGGTAAAAGTTAGAGCTAGAGCTTGTATAGAAGAATTAGCTAA +AGGAAGACAACAAATAGTTGTAACAGAAATACCATACCAAGTAAATAAAGCTAAATTAGT +AGAAAGAATAGCCGAATTAGTTAAAGATAAGAAGTTAGAAGGAATATCTGACTTAAGAGA +TGAAAGTAACAGACAAGGTATGAGAATTGTTATAGAACTAAAGAGAGATGCTAATGCTAA +TATAGTATTAAATAATCTTTATAAACATTCTCAAATGGAAGATACTTTTAGTATTATAAT +GCTTGCTCTTGTAAATGGAGTACCTAGAGTATTAAACCTTAAGCAAATATTATACTACTA +CTTAGAACATCAAAAAGATGTTGTGACTAGAAGAACTAAATTCGATTTAAATAAAGCTGA +AGCTAGAGCTCATATATTAGAAGGTTTAAAAATAGCATTAGATAATATAGATGCTGTTAT +AAGCTTAATAAGAGCTTCAAAAACTACTCAAGAAGCTAAGACTGGATTAATAGAGAAGTT +CAACTTAAGTGATGTTCAAGCACAAGCTATCTTAGATATGAGACTTCAAAGACTTACAGG +TTTAGAAAGAGATAAGATAGAAGCTGAATATCAAGAATTACTTAAGAAGATAGAAAGATT +AAGAGCTATACTAGCTGATGAAAAATTACTTCTGAATGTAATTAAAAAAGAAATATTAGA +AATAAAAGAAAAGTATGCTGATGAAAGAAGAACTGAAATAAGACATGCTGAAGGCGAAAT +AGATATGAGAGACCTTATAAGTGATGAAGAGATAACTATAACACTTACTCACTTTGGTTA +CATTAAGAGATTACCATCAGATACTTATAAGAGTCAAAAAAGAGGTGGAAGAGGAGTTGC +TGCTCTTACAACAAGAGAAGAAGACTTCATAAAAGAACTTGTCACTACTACGACTCATAG +TAGATTATTATTCTTCACTAATAGAGGTAGAGTATTTAGACTAGATGCATTTGAAATTCC +AGAAGGTAAGAGACAATCTAAAGGAACTGCTATAGTTAATTTACTTCAATTAGCACCAAA +TGAGAAAATAGCTACATTAATTGCAATAGATGCTAAAGATGAAGATAAATATTTATTATT +AGCTACGAAGAAAGGTATAGTTAAAAAGACTAAGAGAGAAGAGTTTAAAAACATAAATAA +ATCTGGTCTTATAGCTATAGGATTAAGAGCTGATGATGAGTTAATAGATGTTAAACTTAC +AGATGGAAATAAAGACGTTCTTTTAGTTACAAAAGATGGTATGTCTATTAGATTCGATGA +GAATGATATAAGACATATGGGAAGAACTGCTATGGGTGTTAAGGGTATAACATTATCAGA +TGATGATGAAGTTGTATCTATGAATCTTTCTGATGAAGGAACTGATTTACTTGTAGTTAG +TGAAAATGGACTAGGTAAAAGAACAGATATAACTGAATATAGAAGCCAAATAAGAGCTGG +TAAAGGAATAAAAACTTACAACAATAGTGAAAAGACAGGTAAAATTGTTGGAGCAGAAAT +GGTAAATGAAGATGACGAAATTATGATAATAAACTCTGATGGAGTTCTTATTAGATTAAG +AGTATCTGATATATCAATATTCGGTAGAGTAACAAGTGGTGTGAAACTAATGAAAACTGA +TGATGAAGTAAATGTAGTTTCAATTGCTAAAATAAATATAGAGGAAGAATAGGATTTTAT +CCTATTCTTTTTGTATAATTTAGTTATAATTGAGATATGTATATATATAAAGAGAGAGGA +GAAGTATTTATGAGCAGAAAAGGTGGAAAGTATTTATTTCTAGGAGCAATATTAGGATTT +ATTGCAGGTTTATTCTTTGCTCCTAAAAAAGGATCTGAATTAAGAAGAGAAGCAAAAGAA +AAATTTGATGAAGTGAAAGAAAATCCAAAAGATGTTCTACATGAAACATTAGAAGATGTA +AAAGAAAAAATATCATTACTTACAGAAGATTTAGATGAAGATAATATAAAAATTTCAGAA +GATGAAATAATAATAAGTAGAACTTTTGGTGATGAGGGAGAGAGTAAATAATGGATGCAA +TGGGCTGGCAAATAGGTGCTATTTTAATTGGAGTATCAGCTTTAATTGTAGCTATATATA +TAGCCAAATTATTAAATAGTACAACTAAGGTTGTGGAAAGAGCTAATAGATTAATAGATT +ATAATGAAAGAAATATTCAGGAGATAATTGAGAATACAGCATCTATAACAGAAAGTGTAG +ACGAAATTATAGGTGTATTTACTAAGGTAACGAGTGTACTTAAGGTATTTAGGATTTTTA +GAAAATAGATATTAGGAGGTTTTTAGATGTCAATAAACATAAATTCTACATTAGATTCTC +AAAATAAATTTTGGGATATAAATCTAGGAGGAGAGCTAGATGTATCTACATCAGATAAAT +TAAAAGAGTATTTACATAAGCTAGCAGATCAAGAGATGCTAGATATGAAAATCAACCTAG +AAAATTTAGAATATATAGATTCTACTGGATTAGGTGTTATGATAGGTGTTTTAAAGAAAT +TAAAAGTGGGAAATAAAGAAATATACATAATTAATCCTAGAAGTAATGTTAGAAAGATTT +TTAATATAACAGGTCTAGATAAAATATTTAAAGTGGAGGGATAGACTTTGTCTTGTGAAA +GTATAAAAATGGAAATTAGTGCTAATCCAGAGTATGTAGGTATTATAAGATTAACAACTT +CAGGAATAGCTAATAAAATTGGATTTTCTATAGATGACATAGAAGATATGAAAGTAGCAG +TATCAGAAGCTTGCACAAATGCAATTAAACATAGCTCGGATGATAGATTTTATATAACTT +TTAATATATTAGATGATGGACTTAATATAGAAATTAAAGATAATGGAGTAGGTTGTAATA +TAGACTTATTGGGAAAACCTGATTTAGAGAATCCAAAAGAGAATGGATTAGGAATATTTA +TAATACAAACTTTAATGGATGAAGTAAGTATCGAGTCATCAGACAACAAAGGAACAATAA +TAAAAATGACTAAATATTTAGGAGTTGATAATTAATGAAGGACGTAGCTAATGCTACTAA +TTACCTAAATATGGATAATAAGGAACTGTTCAAGATATATAGTAAAAATAAAGATAGAGA +AATAAGAAATATTTTGATTGAGAGACATCTATATTTAGTAAACTTACTAGCGAGAAAGTA +TATTAATAAGGGTGTTGAGTTTGAAGATATCTATCAGGTAGCATCCTTAGCATTAATATA +TGCTATTGATAGATATGATATTGAAAAGGGATTTGAATTTTCTAGTTTTGCAACTCCAAC +AATTGTAGGTGAAATAAAGAAATACTTTAGGGATAAGGTGTGGACATTAAGAGTACCTAG +GAGAGTTCAAGAATTAAGTAAAAAAATTAGCGAAGCAAAATTAGTTTTAGAGCAGGAAAA +TAAAAAGCATCCTAAGGCAAAAGATATAGCTAAGTATTTAGGGTGTACAGAGGAAGATGT +CCTAGAAGCTATGGAAGCTTCATATGGTTATCAGCCTATATCATTAGATGCTACAAGTAA +TGACGATTCAGAAGATAAAGATATTACTCTTATTGATAAAATAGGACAAGAAGAAAGCAA +CTTTAGAGATATAGAACATAATGATTTTATAAGTAAATTTATAGAAACACTAAATGAATT +AGAAACAAAAATATTTAAAGATAGATTCTTTTTAGATAAAACGCAATCGACTATAGCGAA +GGAATTAGATATATCTCAAATGACTGTATCTAGGCTAGAGAGAAAGATTGTAGATAAGCT +TAGAAAAGAATATGAAAAAAATATATAAAAAAGTATTGACCTACTGTTTAATAGATGATA +TATTATTACTTGTCCAAGAGATACGGACGAAATGAGAACTGAAAAAAGTCTTGACTAAGA +AACAAAAACTTGGTAAGATAAGTAAGTCGAAAGTGATGAACTTTGAAAATTAAACAGTAG +GTTAATTTATATAATTAATTCTTATAAAAAGAATTATTCGAAACAACCAAACAAAGCCAG +ATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTTGATCCTGGCTCAGGAT +GAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATTTACTTCGGTAAAGAGCGGC +GGACGGGTGAGTAACGCGTGGGTAACCTGCCCTATACACACGGATAACATACCGAAAGGT +ATGCTAATACGAGATAACATAAGGAATTCGCATGGGTTTCTTATCAAAGTTTTTGCGGTA +TAGGATGGACCCGCGTCTGATTAGCTAGTTGGTAAGGTAACGGCTTACCAAGGCGACGAT +CAGTAGCCGACCTGAGAGGGTGATCGGCCACATTGGAACTGAGACACGGTCCAAACTCCT +ACGGGAGGCAGCAGTGGGGAATATTGCACAATGGGCGAAAGCCTGATGCAGCAACGCCGC +GTGAGTGATGAAGGCCTTCGGGTCGTAAAGCTCTGTCCTTAAGGAAGATAATGACGGTAC +TTGAGGAGGAAGCCCCGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGGGGCTAG +CGTTATCCGGAATT +>MGYG000000001_10 +CAATCAAAAGTACTTATGCAAAAAATGTCGTAGACAATTTACCTTACAATCAAGCAAGAA +GCATTCGCTTGGATATCCTAAATGTCCTGTATGTGGAAAAGGTATGTACCTTCACCATAA +ATACAAGTACCATGTTAGCTTTAAATGTAATAACAAAAAGTGTAATCATACTATTAAACA +ACTTATACCTACAGCTATAGATGATCCATCATCTGAAAAGCTAAATGGTAAAACTGTATT +TTCTGGACATAGATTCAATTTAAATACCATAATTATAGCTATTAACTTATATTACTCACT +TAATGCTACAACAAGAGCTATTTCAACATATTTATCAGATTACATGAGTATTAAAGTATC +TCATGTAACAATTTCTAAGTGGATTAAGAAGTTTGATAAATACTTTAAATCCATAAGCGA +TGAGCTTACTAATGACCTATACTTAGGCGATTCTGATGAATGGCATGCTGATGAAACTGT +TGTAAAAATCAATGGCAAAAAGCACTATCTTTGGGTTTGTATAGATTCTGAAACAAGATT +TGTTACATCTTGGAATCTAAACCAATCTCGTGAAGCAGAGTGTGCATTTTCTCTATTTAA +ACGTTCTAAAACCTTCGGTACTCCTAAATCAATTGTTACGGATGGTTTACCTTCGTATAG +AGAACCAGTTAAAAATACATTCGAAGGCTCTACACATATTGTTGTTAAAGATTTTAGTGA +TGACATATCTAATAATTTAATCGAATCTTTTAACAAGACATTTAAATCTTGGTACAAGAA +AACCAAAGGATTTAAATCATATGAAAGCGCCAATAGTCTTATCAGTAACTTTATTTTTTA +TTACAACTTTATAAAAAATCATTCATCACTTAGTAATTTAACACCTGCTCAAGTTTGTGG +CATTAACTATACTCATCAAGAAAAAGTTAATTGGTTCATCAAATATTAATTGCATTTGTA +GCCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAA +ACTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATT +AACAAAACCTAAAGATTTTTATAATACTTGTCTTAAGATTAAATTTACAATTTATATATT +TATATTAATTGATTTAGAAAACTATTCTAGAAATTTTTGATTCTATAGAAACATAAGTAT +ATGAAAATAAAGGACTCTTATATCCAAAGAAATAATATTATAAAAAAAGTTAAATTAAGG +TGATAAGATGTTATTGGATAATTTTGAGAAAACTAGAGAAAAAATTAACTTGGAGCTAAT +AAAAAGATTAGATACAAATAAATATAATTATTATAATCAGTTGACATTGTTAAAAGAAAA +TAGTTTTAAAGATGAATCTTATATAAGAGATGATATGAAATTCAACATAGAAAATCATAA +AGAAATCACATTTACTTATATAGAAAATAAGAGCATAGGAGTTAATTCGATAGGAAGTGA +TTTAAGAGCTTTATCAATAAATAATATTAAGTTAGAATACAATAACTTTAAACAATGTAT +ATTTAAAAATATAAAATTTAAAAAAAGTTCTTTTTATGGTAGTGAATTTTCACAGTGTAC +ATTTGAAAATGTAGAATTTGATGAATGCGATTTTTATTATGAAGACTCTTCTATGACGGT +GTTTAGTGATAATACATCATTTGAAAATTGTAGATTTAAAAGATGTAATTTAAAAAAAAC +TATATTTAAAAATATTAGCTTAAAGAGTAGTAAATTTATTTTAAGTAACATGATAGATTG +TATTATTAGCTTATCTTACATTGAAAATATCTCTTTAAAAGATTGTGATTGTAGGGCTTT +TAAAACTATTAATACAATTATAGAATTTATAGAATTTGAAGATGACTATTTAACTAAATT +TAATGAAGATACATTTATAGATAAAATGGATGTATATAAAAAGGATAAAAATTTTTATGA +AAAAATTTTTAAGGTTTATAAGAATATAGGGATTACATTTGAAAGAAATACACTCTTAAA +TAATTCGGGGGAATATTATTACTTAGCAAAATGTATGGAGCGTAAGTCTCTGAATGGATT +TGGAAAAATAAAATCTTATATACTTTGGTTATTATGTGGATATGGAGAGAGACCTACTTA +TGCGCTTATAACATCATTAGAAATATTATTATTTTTTACTATATTATATATGTTTACAGG +ATTAGATGTAAATGGAAATATAGTAAAGTATGATATTTTTTTTATTTTAAATCTACCTAT +TAGTAATTTGGCTTCTGACTTTTTTCATTCTCTTTATTTTAGTATAGTAACATTTACAAC +AGTAGGATATGGAGATATTACTCCAATAGGAGCTAGTATAATGCTGTCTGGTTTTGAAAT +GATTTTAGGTGTCACCATGGTTGGGGTATGGACAGCTACATTAGCTAGAAAAATAACTAG +ATAAATTAAGTATATTTAGAAATTAATTCAGTATATATAAAAATATTCTGAAAATATATA +AATATACATATAAAAAAATAAATAAAAAATAAAAAATCCTTGTTGAAAATAGTTATCAAA +TAATATAAAATATTAATGAGTTCATAATATTGAAAAATATGGAGGATTAATATGACTAAT +ATCAAAAAGTTCTTTTATATATTCATAGGATTGATAGCTTTCTTATTAGGAGCAATAGGT +GTTGTATTGCCAGTATTACCTACAACACCTTTTCTACTAGTAGCATCATTTTGTTTTGTA +AGAGGTTCTGAGAAGTTTGATAAATGGTTCAAGAGTACTAGGATTTATAAAAAACATTTA +GAAAACTTTGTTGAATCTAGAGCAATGACTTTAAAGCAAAAAGTGAGCTTAGTGTTATTT +GCAGACTTCATGATGTTAATACCATTTATTATGGTTGACAATATATATATGAGAATGACT +TTAATAGTAGTAGCATTAACAAAGTTGTATTATTTTACATTTAAAGTAAAAACTATAAAA +CCAAACTCAGCAACAAATTAGAAATAAAAAGGAGAGAAATTATGGTAGACAAAAGGTTAT +TATCTATTTGTAAGGAGCCTAAAAAATACATATTCTTAACAGTGTTAACTAACTGGATTT +CAGTAATATGTAATATTGGTATTATACTATTTGTAGGCGGTATAATAAATAAATTATTTA +ACAATGATTTGAGTTTTAATTTAGGAGGATATGTGATTTACTTAGCCTCTTTAATGATAA +TAAGATTCATTTCTAATTATATGTCAGGAGAATTCTCGCATAAATCTTCTGGACAGGTAA +GAAGTATATTAAGGGAAAAAATTTATAAAAAGTTATTAGATTTAGGAGTAGATTATAATG +ATGCGTTATCTACTTCATCAACTGTCCAAATTGCAGTAGATGGTGTTGAGCAATTAGAAA +TTTACTTTGGAAAATTTTTACCTCAGTTATTCTATGGACTTTTAGGACCTCTGACTCTAT +TCGCAGTAATGGCGACAATAAGTTTAAAAGCAGCTTTTGTTTTATTAGTATGTATACCGT +TAATTCCAATATCAATTGCTTCAGTTATGAAGATTGCTAAAAAGTTATTAAGTAAGTATT +GGGGGATATATACCAATCTAGGAGATTCATTCTTAGAAAATCTTCAAGGGTTAACAACTT +TAAAGATATTTGACTTAGATGAAGAAAAGAATGAGGAAATGAATAAAGAAGCAGAAACAT +TTAGAAAAGTAACTATGAAAGTTTTAACAATGCAATTAAGTTCTATTACTATAATGGATT +TAATTGCTTTTGGAGGAGCTGCTTTAGGGATACTAATTGCTGTAAATGAATTATCTTTAG +GGAATATAAGTGTAGGTGGAGCTGTAATAATAATTCTGTTATCTTCAGAATTCTTTATAC +CACTTAGACTTTTAGGTTCTTTCTTCCATGTTGCAACTAATGGTATGGCAGCATCTGAAA +AAATGTTTAAGTTACTAGATACTGAAGTTAAAAAAGAAGCCAAAATAACAAAGGAATGTA +TAAATAAATTAACTGATATATCTATAAAAATTGAAAATGTAGATTTTAGTTATAATAAAG +AAAGACAAATACTTAAGAATGTAAATATAGATGTTGACAATAAATCTATGATTGCTTTAG +TAGGGGAAAGTGGATGTGGTAAAAGTACAATTACTAACTTGCTTTTAAAGCTTAGAAAAG +TAGATAATGGACAAATAACTTTAAATGGAGTGAATATAGATGATATACCATTTGAAGTCT +TAAGAAAGAAAGTTAGTTTTATTAGTCATAATTCCTATATATTTAATACAACTATAGCAG +AAAATTTAAGAATGGGAAAAAAAGATGCAAGTGAAAAAGAGTTATATAAGGCTTTAATAA +GTGCAAACTTATATGACTTTGTAATGGGATTAGAAAATAAATTGGATACTAAGGTAGGAG +AAGGTGGATCATTATTATCTGGAGGGCAAAAGCAAAGATTAGCTTTAGCTAGAATGATAC +TTACAAATCCAGAAGTATACATATTTGATGAAGCTACTTCAAATATCGATGTAGAAAGTG +AAGATAGTATATTAAAAACTATATACAGTTTATCAGAAGAAAAAACTGTAATAGTAATAT +CACATAGACTTGCAAATATAGTTAATGCAGATAAGATATATGTATTAGATAAAGGTAGAA +TTTCAGAAAGTGGAAATCATGAAGAACTTATGAATAATAAATCTACTTACTATAATCTAT +ACACAAAACAAAGTAATTTAGAAGACGTATATGAAGAAGATATGGAGGTGGCTGTAGGTG +AATAATGAACAACAAAGAATATCAGGATTTAAAATAATGCTAAGACTTATAAAAATACTG +AAGCCACTAGCACCTATAATGATGATAACAATAACGTTTGGAGTTTTAGGATTTTTAGCA +GCTACAGCAGTAACTACATTTGGTGCTGTTGCAATAGGAAATATACTTGGTGTTGAAATG +GGGATAGGACTGAGTACAACTATAAAAATAATAATCGGTTGTGCAATATTAAGAGGTGGA +CTAAGAGCGATAGAACAATACTCAGGTCATTATATAGCGTTTAAAATATTGGCTATATTA +AGGGATCAAGTTTTTAAAGCTTTAAGAAAATTATCACCAGCAAAATTAGAAACTAAAGAA +AAGGGTAACTTAATATCTGTTATAACTAGTGATATAGAATTACTAGAGGTGTTTTATGCT +CATACTATAGCACCTATTGCTATAGCAATACTTACATCATCTGTAACTGCAGGAGTGCTT +TATAGTGTAAATCCTTATTTTGGATTAATAGGCATAGGATTTTATTTAATTGTAGGTTTA +GTAATACCAGTAGCATCTTCTAAGTATGCTAACCAAGCTGGTCTTGAATATAGGAATGAA +TTTGGAAATACAAACAGCTTCTTATTAGATTCTTTAAAAGGGATAAAAGAAGTACTATTA +TTTGGTGCAGGAGAAGAAAGAATAAATACTATAAATGAAAATAGTGAAAAATTAAATGAG +AAACTTAAAGTTATAAAGCAGCATGAAGGTATAATAAGAGCTTTTACAGATATAACAATA +ATGATTGCTATACTTGTAACATTATATACGGGTGTGAAATTGTTCGAGGCAGGAACTGTT +AATTTAGGACAAGTTATATTAGCGGTTGTACTTTTAGCAAGTTCATTTGGTCCTACGGTA +GCATTAAGTAATTTATCTAATAACTTAATGCACACATTTGCTTGTGCACAGAGATTATTT +AATATACTAGATGAGGTTCCAGCGGTAGAAGAAGTATATGGAATGGAAGATTTAAAAATG +AACGACATAAATATTGAAAATGTTAGTTTTAAATATAAGGGAAGAAATGAAGATTTACTG +AAAAATATAAACCTTAAAATAAATAAAGGTGATAAGGTAGCTATAATAGGAAAAAGTGGA +TGTGGAAAAAGTACTTTATTAAAGTTAATAATGAGATTTTGGGATGTTGAAAGTGGAGCT +ATTGAAATAGACAGCAAAAATATAAAAAATATACCAACAAAATCATTAAGAAAAGTACAA +TCATTAGTAAGTCAAGAAACATTCTTATTCAATGATACTATAGAAAATAACCTAAAAATA +GGTAAAATAGATGCAAGTGAAGAGGAAATAATATCAGCAGCTAAAAAAGCATCTATACAT +GAGTTTATAACGACTTTACCTAATGGGTATAAAACTAATGTAGGAGAAATTGGATCTAAT +TTATCTTCAGGTGAAAGGCAAAGGCTAGGTATAGCAAGAGCATTTTTACATAATCCAAAG +GTATTAATATTAGATGAACCAACTAGTAACTTAGATACATTGAATGAAGCTGAGATATTA +AAGAGTATTAAGAATGAATCTGAAGATAAAACTATTATAATGGTATCTCATAGAAAATCT +AGTGCTGCTATATGTGATAAAAAGGTATATGTCAAAAATAATAGGCTAGAATTCAATTAA +TGAGGAAGAAATGAGTAGAATAAAAAGAGAAAAAGACACTATAGATTTAATGATAAAGAT +TTATTGTAATAAAAAACATAAATCTAAAAAGAATGAGTTATGTGATGAGTGCAAGGAATT +GCTAGAGTATGCTCATAAAAGGTTAGATTTTTGTAAATTCGGAGAAGAAAAAAAGTTTTG +TAGTAAATGTCCAATACATTGTTATAAAAAAGATATGAAGATAAAAATAAAAGATGTAAT +GAAGTTTTCGGGACCAAGATTGTTATTTTATAGTCCGATTCAAGTCATTAAACATATTAT +AGAAAAATAAAGATAAAAGAAGCTGTCTCATAAATGATAAGTTATGAGACAGCTTCTTTA +GCTTAATCAGATTAAATTTTAAATCATTTAGTTTGAAATACATATAGATGATATTTGATG +TTAGTGAATTTTATTATTTATTAAGTATAAATTTATTTATAACTTCTGCAACACCGTGCT +CATTATTAGTAGAAGTTATAAAATCAGCAATATCTTTTATACTTGAGCGAGCATTACCCA +TAGCAACTCCAAGACCTGCGTATTTAATCATATGTTGGTCATTTTCTTCATCACCAACAG +CTATAGAATTTTCAATAGGAATATTTATATTATTGCATAGAGCTTTTAAAGCAGTTCCTT +TATTAGCATCTTTATTTAAAAATTCTAAGAAGAAAGGAGCGGATCTTACAATAGTATATT +TATCGTAGAATTCCTTAGGTATTTCTTTTATAATTTCTTCTAATTTTTCAGACTCATCTA +CAATCATAATCTTGCAAAACTTAATGCTATCATTTATTTCTTCGATAGGTTTATACTCAA +TAGGTATTTTATTAATTCTAGCTTCTAATTGAGTATATTCACCAGGTATTTCATTTGGAG +TAATTAAATTTGTAGGAGTATTTATATGAATATAAGTGTTGTGCTTTTTATAAATTTCAT +TATATATTAGGTTAAAATCATCTATTCCAAGTTCTAAATTACATAGTACTTTCTCGCTTT +TAACTTCTTGAACAACCGCTCCATTAAAGCAAATTACATAGTCTCCATCATCAGTAAGAT +TTAATTCTTTTAGTAGTGGAGTAACGCCTGGCAGTGGTCTACCTGTAGATAATACTACCT +TTGTACCTTGTTTTTTTGCATCTTGAATTGCAGAAAACACCTCAGGAGTTATTTTTTTAT +CTGTGTTTAACAAAGTTCCGTCTATATCTAAAGCTATTAATTTATACATACTACCTCCCT +AACAATATATTATTGATTTATAAGTTAGATTATATCAGTATATTTGTAATTAGTGTATAG +AAAATACATAGAATATTGTATAATTTAATTATGGAATAATGTACTAAAAAAAGGAGATTA +AGATGAAATTTTCAAATTTTGATTATAAAAGACCGGATTATAAAAGCATAAAAGAAATAT +TTGATTTAAGGGTAAAAGAAATAGAAAAAGCAAGCACATATGAAGAACAAAATCGATCTA +TAGAAAAATTAAATGTAGTTAGGAATAATATTGAAAGTATGTCAACTATATCATCTATAA +GATACAGTATAAATACTGAGGACGAATTCTACGAAAAAGAAAGAGGATATTGGGATGAGT +ATTCTCCTTTATATGAAGAATTAAATTCTTTGTTTTATAAGGCTATAGTAAATTCTAAAT +TTAAAGAAAATATTATTAAAGATTATGGAAGACAATTCTTTAAAATAGTTGAATACTCAT +TAAAGTCATTTTCTAGTGAAATAATAGATGAATTACAAGAAGAAAATAGATTGTGTTCAG +AGTACACTAAATTATTAGCATCTGCAAAAATAGATTTTGAGGGTGAAGAAAGGAATCTTT +CAGGATTAGGTTCTTTTATGCTTTCAGAGGATAGATCTATGAGAGAAAAGGCATCAAAGG +CTTATTATGAATATTTTGAAGCAAATGAAAATAAGTTTGATGATGTATTTGATAAACTAG +TGAAAGTTAGAAGTAAAATAGCTAATAAATTAGGATTTGAAAACTTTGTTGAAGTTGGAT +ATATAAGAATGATGAGAACTGATTATAATTCAAAAATGGTATCTAACTTTAGAAATCAGG +TTCTAAAATATATAGTTCCTTTAGCTGAAAAACTTTACGAAAGACAAGAGAAAAGACTCA +ACTTAAAAGAATTTACTTATATAGATGAGAATTTTGAATTCTTAACAGGGAACGCTACAC +CTAAAGGAACACCAGAGTACATAATAGAAAATGGAAAACAAATGTACTCGGAGCTATCAA +AAGATACTAAAGAGTTTTTTGAATTCATGCTTGAAAATGAACTTATGGACTTAGTAACTA +AAAAAGGAAAAGCTGCAGGAGGGTATTGTACTTATATACCAAATTATAAGTCACCTTTTA +TTTTTTCAAACTTCAATCAAACTTCAGATGATATAGATGTCTTGACGCATGAAGCTGGTC +ATGCATTCCAGTTATATATGTCTAGAGATATAGAAATACCTGAGATAAACTTCCCTACTT +TTGAAAGTTGTGAAATTCACTCTATGAGTATGGAGTTTATTACATGGCCATGGATGAATT +TATTCTTTAAAGAAGATACAGAAAAGTATAAATTTACTCATATGTCGGCAGCTATTAAAT +TTATACCATATGGTGTATTAGTAGATGAATTCCAACATCATATATATGAAAATCCTAATA +TGAGTAAAGATGAGAGAAAATCTACTTGGAGAAAGTTAGAAAAAATATACCTTCCTCATA +AAAATTACGAAGGTTGTGATTTCCTAGAAAAAGGAACATGGTGGTTTAAACAAGGACATA +TATTTAAGAATCCATTTTACTATATAGACTATACTTTAGCGCAAATATGTTCTCTTCAAT +TTTGGAAAAAATTTAGAGAGAATAGCGAAGAAGGATGGAATGATTATTTAAATATCTGTA +AGGTAGGAGGAAGAAAGTCTTTCTTAGAGATAGTTGAAATTGGAAATTTAATATCTCCAT +TTGAAGATGGTTGTATTGAAAGTGTTATAACCTATATAGGTGACTGGTTAGATGGTGTAG +AAGATATAAAACTATAAAAATTAAGGGGAATATATAAATATAGAGGGATGCATATGATAG +ATATATATGATTTAATAATTTTAGGAGGAGGTCCAGCTGGACTTTCTTCTGGAATATATA +GCGCTAGGTCAAAGTTAAAAACGTTAATAATCGAACAGAAAAAAACTGGTGGACAAATAG +TAAATACATATGAAATTGAAAACTATCCAGGTTCTATTGAATATGAAACGGGTATCAGTT +TAATGAAGAGAATGAAAGATCAATGCCAAAGTTTTGGCGCTCAAATAATACAAGATAAAA +TAGTTAGTGTGGATTTAAAGTCAGATATAAAAGTATTAAAAGGCAAGTATAAAGAGTATA +AATGTAAATCCATTATAATAGCGACTGGGTCTTATCCTAAAAGGTTAAATATACCTAAAG +AAGAGGAATTTACAGGCAAAGGAGTATCTTACTGTGCTATTTGCGATGGAGAGCTCTTTA +CAGATTTAGAAGTATTTGTTGTAGGTTCTGGAGAAAGCTCAGTAAAGGAGAGTTTATATT +TGACCAGATATGCAAAAAAAGTAAATATAATATGTAGAAGTAATTATTTAAAATGTTCTA +AAATGGTGGAGGAAAAGATATATAATAATAGCAAAATAAATTTATTTTTTAACAAAGTGG +TAAAGGAAATAAGTGGAGATGAAGTATTAAGCAAAATAGTTTTAGAAGATGTTAATAATG +GTGATGTCTTAGAATTTTATGCAGATAAAGGTGATGATATCATAGGTCTATTTGTATTTA +TAGGACTTAGTCCTCAGACGGATATATTTAAAGATATAATAGAAATGGACTCATATGGGT +ATATAATAACAGATGAAAATATGAAGACTAATATAGAAGGTATTTTCGCTGCAGGGGATT +GTAGGCAAAAGATGTTAAGGCAAATAGTAACCGCAACTAATGATGGTGCAATAGCTGCTG +TTATGGCAGAAAAATATATAAAAGAAAAATTTATTTAATAATTTAGGAGTAGGAGGTTTA +TATGATAACCGTTGATAAGAGTACTTTCGAAGATGAGGTATTAAATAGTAATGAAATAGT +AGTAGTAGAGTTTTGGAGTCAAACATGTGAACCTTGCAAAGAACTTTTACCAACTTTAGA +ATGTTTAGATAAAATATATGGTAGAAAAATAAAGTTTTGTGAAATAGATACAAAAAAGGC +TACAAGGTTAGCTATAAAAGAAAAAGTAGTAGGTCTTCCTGCAATTGTAGTTTATAAAGA +TGGAAAAAAAATAGATGAAGTAATAAAGGAAGACGCTACAAAAGAAAATATAGAAGAAAT +GATAAAAAAATATATTTAATATAAAGAATTACAATTGTTGAAATATGCAAAATTATACGT +TTTTATTGAATTAAATATACTTTTAATATATAATATAAGAAAAATTAAATATACTTCCTG +TATATTTTTGATGATATGGTTCAAATGTTTCTACCAGGCTGCCGTAAATTGCCTGACTAC +AGGAGTTTAAACATATAATTTACTTAGAATATCTATATCTTAGAATATAATAACATGTAA +TATAATCAAGATTAAATAAGTATAGTAAATTTGAAATATAAGCTCCTGTCTAATTATGAC +AGGAGTTTTTTATGTTTTATAAGATTATAAATCGAGGATGTTTATATAAGACTATATGTA +TATAGCTAATATTGGGAGGAAAAGTCATGAAATTATTACAAGAAAAAATATTAAATGAGG +GAAGTGTATCTGGCAATGATATACTAAAAGTAGATAGCTTTTTAAATCATCAATTAGATG +TAGAGTTTTTAAATGAAATAGGAAAAGAATTTAAAAATAGATTTGAAAATAAAAGAATAG +ATAAGATATTAACTATAGAAGCTTCAGGTATAGCAATAGCATCTATAGCAGCACAACATT +TTGGAAATGTACCTGTGGTATTTGCGAAAAAGGTAGAATCTAAAAATTTAGATAAGGATG +TGTATGAAACAAAAGTATATTCTTTTACTAAAGGTAAAGAATATAGCGTAAAAGTTTCGA +AAAAATATTTAAATGCAGGTGAAAATATATTAATATTAGATGATTTTTTAGCTAATGGAA +GGGCTGCTCTTGGTCTTAAAGATATCGTGGAGCAAGCAAATGCTAATTTATCAGGAATTG +GTATAGTAATAGAAAAAGGATTCCAAGAAGGTAGAAGTCTATTAGAAAAAGCTGGTGTGA +ACCTACAGTCTTTAGCTATAATAGATTCTATAGAAAATGGAGAAATAAAATTTAGATAAT +ATATACTGTTTGAGGTTGAATATAAGGTTAATTTATATTTAACCTTTTTATTTTATAAAA +TTATATTTTGTCGATTTATAGTTGATTTATATATGGAAATGTTATACTATAAAAATCTAG +AGTTGTTATTAGATTTCTTATCTTATTTATTTTGTGTAATAAATATAAGAGTTTAAGATA +AAATATAAATAAAACTAATATAAATATAATAAAGTTAATTGTTGTAATTAGTTTTATATA +GGAGGTACATAAATGAGATTTTTTATAGATACAGCTAATGTAGAAGAAATAAGACGAGCT +AATGAATTAGGTGTAATATGTGGTGTAACTACAAATCCATCATTAATAGTTAAAGAAGGA +AGAGATTTTGTTGAGGTTATTAAAGAAATAGCTTCTATAGTTGATGGACCAATAAGTGCA +GAAGTAATCAGCTTAAACCATGAAGGTATGGTAAAGGAAGCTGAAAAGTTATGCCAAATA +CATGAAAATATAGTAATAAAAATACCTATGACAGAAGAAGGTTTAAAAGCTGTAAATATA +TTATCTAAAAAAGGAATAAAAACAAATGTAACACTAATATTCTCAGCAGCGCAAGCATTA +TTAGCAGCTAGAGCGGGAGCTACTTATGTAAGTCCGTTTGTTGGAAGATTAGATGATATA +GGTAAAGATGGTATAGAGCTAATAGCAGAGATAACAGAAATATTTGATGTTAATTCAATA +GAAACTGAAATAATAGTTGCGAGTGTAAGAAATCCAATACACGCTTTACAAGCAGCTAGA +ATAGGTGCTCATATAGCTACAGTACCATATAAAGTTATAAAACAAATGATGCTTCATCCA +TTGACTGATAAAGGAATAGAAACATTTATGAAGGACTGGGAAGGATCTGAATTAAAGTTA +TAAAAAAATAGGGTTAACTATTAATAGTTAACCCTATTTTTCTTATGAGAATCTTATATT +ATAAAACTGAATCAACCTTTAAATCTTTATCTTTAGATTCTTCCAGTTGACATGCATAAT +ATTTTTCTTTATCTAATTCATTTTCACTGTTACTAACTATTAGTGTACAAGTGCAGTCTC +CCATTACGTTTACTGTTGTTCTAGTCATATCTAACAATCTATCAACTCCCATTATTAGTC +CAACACCTTCTATTGGTAGGCCTACGGAACTTAAAACCATAGAAAGTGTTATCATACCAA +CCCCTGGAACTCCTGCAGTACCAATAGATGCAAGAGTTGCAGTCAGTATTATTGTGATAA +GACTTGAAAATCCTAACTCTATTCCGTAAATTTGAGAAATAAATATACAAGCAACACCTT +GCATTATCGCTGTTCCATCCATATTTATCGTAGCCCCTAAAGGTAATGTGAAAGAGGCAA +CTGAGTTATCGACACCCAAATCTTCCATTGTTTCTATAGTTAAAGGAAGAGCTGCATTAC +TAGAAGCTGTAGAAAATGTTACAGCAGCAACATTTGCAAAATTATTGAAGAATGGTTTTA +ATTTAAGGCCAGTTAAAGCTTTTATCATACCAGAGTAAACTAATATAGCTTGAATAAAAA +GAGCTAAAAGTACAGCTACCATATATTTTAATAAAGATGCAAAAGCTTCAAAACCAACAG +TTGAGAATGTTTTTGTTATCAATGCAAACACTCCATATGGAGCAAATGCCATTATAACAG +AGACCATTTTCATACATATTTCATTAGCAGATTCAAAGAATTTTCTAACAGGATCGGCTT +TTTTACCTACCATACTCATTGCTATACCTAATAGTAATGCAAAGAATATTATCTGAAGCA +TTTCGCCATTTGCTAGTGATTGAATAGGATTAGTAGGTATAATACCAAGAATTATCTCAG +TTAGAGATTTACTTTCTCCTATAGTGGTTTCTTGAGTAATTAGATTTGACATATCAAGTC +CAAATCCTGGATTTATTAGCTTACCTATACCAAGAGCTATAGAAATAGCTAATGCAGTAG +TTAATAAATAGAATAACATTGTCTTAATGCCTATTCTACCAAGTTTTTTCACATCTCCCA +TAGATGATGATCCGCACACTAAAGATATAAAAACTAAAGGAACTACTAGCATCTTTATTG +CATTAATAAATCCTGTACCTAATATCTCTATAATTCCCCCTAATAAAATTGTATCTTTTA +AAGTACCGCTAGGCATAGATTTGATTATAAAACCACAAATTATACCAATAAATATACCTA +TGAAAATTTTTGCTGTTAATCCTAATTTTTTTTTCATAAATTTCCCCCTTTATATTATTA +TTAATCAATAATACTATAATTAAATATTAGCATGCGATTAATGAAAAATGCAAGAATTAT +TTTGTTTATTTCATAAATGCAGATTAAATTTGATTTTAAAATATAAATTATCAATTTTAA +CACAGTAATATTAAAGGGTCAGATCGTGTTTTTGTTTTATAATTAGATTATAAAAAATAA +TAAATGAATTATTTTTTTTATCAAAATCAAAATTTCTAAAATTGAATAAAAAGATTGTAA +AAAGTCATAATTAAAATAAAAATACAATTATTATTAATAAAGTTAAATTATTACATGCAT +GTAATTTTGTTACTGATTTGTAATCATAAGTAACAGAGATGTAACTGTTATTTGTTATTG +TATGGTGGTAGTATTATGTTATAGAAATTCCACAGGAATCATATAAAATTTATAACAATT +ATAATCATGAATTATTTTTAGAAGAGGGTGTAGATTATGAAAAAAGGAATCATAGCATTA +TCAATTTTATGTACAGGTTTATTATTATTGGATCCAGTTAAAAATATGAGTTTTGCAAGT +AAGGATGATGATGTAGTTAATAAAGTTAATACAAATATTGTTAATAAAGTAGAAGAAAAT +GAAAAGAATGAAAATAATATAGATGATAAAGAATTACATAATGAAAATAATACAGTTGAT +AAAAATGAAAATATAGCTCAAGAAAATAAAGATAAAGATGAGCAATTTAAAGAAGATAAG +GCAGAAGATATAAACAAAGAGGAAGAAATAAAACCAGAAGTGATAGTTAATGAAAATAAA +GAAGTAAGCAATGAGGAAGAGTCTAAAGAAAATACAGATGAAGAAGAAAAACAAGTTTTA +AGCAAAGAAGAAGCTGAACAATTATTAGTAAATATAAACCCAGAGTTAGAATATTTATAT +CAAGGTGATGAAAATAACTTCTCAGCATTAAAAGAAAGAAATCTTACAGGATACGTATTT +TTACCAAATGTTGATGGAGATATAGGATACTTTATAGATAAAACTAATTCTGATGTATAC +TTCTTCCATCCAAGCGGATATTTAGAGTTAGTGAAATAATAGATTTAGGAATAAGCAAAA +TGCTTATTCCTTTTTTATGTAAGGAATTTGTAAGAATTACATTAATATTTTTTTAAGATT +TATCTATTACAATATTGTTAGAATTAAAAAAAGGAGCGAATATATTGTATAATATAGTTA +ATATAAAGAAGAATTATTGTAGAAATAGAATTTCTTTGAAATATGGATATAAGAAAATAA +AAGGAAAGGTAAAAAAATGAGTAATATATTAATTGTTGATGATGATAAAGAAATAGTGGA +CTCTATAGATATATATTTAAGAAATGAAGGATACAACACGTATAAGGCTTATGATGGAAT +ACAAGCATTAGAAACTATTATGAATGAAGATATTCATTTAATATTGATGGATATAATGAT +GCCTAAATTAGATGGAATAAAGGCTACTATAAAAATAAGAGAAGAAAGAAATATACCTAT +AATTTTAGTATCAGCTAAAAGTGAAGATACAGATAAAATTATCGGATTAAATATAGGGGC +TGACGACTATATAACAAAGCCGTTTAATTTACTAGAACTTGTAGCAAGAGTAAAATCAAA +TTTGAGAAGATATATTAATTTAGGTAATTATAATAATATAAATACAAGTAATGAATTAAT +AAAAAGTGGAGGATTAGAGTTAAATTTATATACTAAAGAAGTAAAAGTAGATGGTGAGAA +TATAAAAGTAACTCCAATAGAATATAAAATATTAGAATTATTACTATCCAATAAAGGAAG +AGTATTCTCTATTGACGAAATATATGAAAGAGTATGGAAAGAAGAAAGCTTCAATGTTGA +AAATACTGTATCGGTTCATGTTAGAAGGATAAGAGAAAAGATTGAAATAAATCCTAGAGA +ACCAAAATATTTAAAAGTTGTATGGGGAGTTGGATATAAAATTGAAAAATTATAGTTGGA +AAATAGTAAAAAATAAAAGTTTAATATTTAATTGTATATTAATTTTATCATTATATATTC +TAATGCAAGTTGTTGGAATATTATTATGTTATGCATTTTTTAGTGAAAGTTTATTAGCAA +TACTTTCTATAATGATTATGGTAAATTTAGTATTATATAAAATATTAGTTTTGTAAAATG +AGAAGAAGAGGTGACTGAATGAAGGGGAATAAAAGAATTAAATTTACCTTCTTAATAATG +TCTATTATATCTTTATCTTTACTGTTGACATCAGTCATCACAGTATATAGAGCTGGATTA +AATAGCATGAGTACAAGTTATATAAATAAAGATCAATGGAATTTTATAGAACCTAATTTT +TATAAAAGTACCAGGTTTGATAAAACAGTTCTACCTATGATACTTACAGGCATTGAAGTT +GATTTATATGGTGAAAAAGATGATTATTATTCAGATTATGGATATTTTGATGTTGAATCA +TTTAAAAATGTAAAATTCATAGCATTTGACAAAATTTCAAAAAAATATGTTACGAATACT +GTTTATAAAAATATAGATGATTTTAAGAAAAATATAAATGGATATGTTGATATAAGCTTT +AATACAGTAGATGGTAAGTATACAAAAAAAGTAGGAAATAAAGAAAATGAAATAAATAAT +CATTATGATAATGTTGTACTTAATATAACTGGTAATATGGAAGTATATATATCAATTCCT +AAGAATTTAGAGAAAGAGGATTCTCTATATGGTGAACAGTATTGGTACAACAGAGATGCT +AAGTTAATTAGATTATTAGAACTTATAGGGTTTATATCATCTATTGTGTTTTTAATTTCA +ACTATTATATATTTATTTATTAAAGTTGAACCAATAGATAAGAACAGTAAGATTCTTAAA +TACTATAGCAAAATTCCTTTAGAGATTATAATATTTTTACTAGGATATTTAATGGTTTTT +ATGATTGATTGGATATCATACCCCTATATTGATTGGTTTGCAATATGCATATTTGTGGTA +TCTGTCTTTACATGGATAAGTTGTATTATATTATTTGGTAAACAAATAAAGTATTTTGAT +AAAAAAATAGATATATTAAAAACTAGTTTTATAATGAGGTTTATACTTAACTTTGTAAAA +AGCATTAAGGATGGTATAAAAGCAAGTAAAAAAATATCACTAATTAGAAAAATATTTATT +ATTGGTATAGGGTGCATAATTATAAATTTATGTTCATTAATATTTGGATATGGTGGTACT +ATCATAATTCCGTGTTTAACAGTATCTATATTTACTGCATATATATTAAAAAAATTAGCA +TATTTAAGTGAAATAATGGATGGAACAGAAAAAATAAAAAATGGAGATTTAGAGTATAAA +ATTCCTATTAAAGATGATGATAATTTTACCGTATTAGCAGAAAATATAAATAATATTGGA +CAAGGCCTTGAGAACTCTATTGAAGATGCTTTAAAAAGTGAACGAATGAAGGCAGAACTT +ATAACAAACGTTTCTCATGATTTGAAAACACCATTAACTTCAATAATAAATTATATAGAA +TTAATAAAAAAGGAAAAGAATATAGAACCAGATTATATAAATGACTATATAAAGGTGCTA +GATTCAAAATCTAAGAGATTGAAAGTATTAATAGAAGATTTATTTGAAGCTAGTAAAGCG +AGTAGCGGAAATTTAGAAATTAATATGGATAAAATAGAGCTAAGGCAATTGCTAAGGCAA +AGTATAGGTGAAATGGAAGAAAAAATACTTGAATCGAACTTAGATATACGATTGAATCTA +CCAGAAGATAAGGTATATATATATGCAGATGGAAGAAGAATGTATAGAGTTCTTGAAAAT +CTCTTATCTAATATAATAAAATACTCTCTAAATAACACAAGAGTGTATATAGATTTAAAT +GTAAATGAGGGCAAAGTAACTTTAATTATGAAAAATATATCTTCTTATGAATTAAATTTT +GATCCAGTAGAGATTATGGAAAGATTTAAACGTGCAGATGAATCTAGAAATACAGAAGGA +AGCGGACTTGGATTAGCTATTGCTAAAGATTTAGTAAACTTACAAGGTGGTAAATTCCAT +ATAGAAATAGATGGAGATTTATTTAAATCAGTTTTAGAATTTGATGAGCTGAATCAAGAT +TAATAATACAAATAAAGGGACTAGGATAGGTTTAAAATAAACATATCTTGGTCCCTTTAT +TTTATTATTTTAAAAGTATAGAAGATCTATATTGAGATGGGGTTTGATTGGTGAATTTTT +TAAATATTATACTGTAATAAGTTTGATTATTAAATCCTACAGAAAAAGCAATTTCAAGTA +GGCTTAAATCAGTTTTAGCTAAAAGTTCTTTGCTTTTTTCTACTCTAAAATTATTTAAAA +AATGGGAAAAAGTATGTCCTGTATATTTTTTAAATAAGCTGCAAAAATAGCATTTGTTTA +TGTCTAATTTTTCGCAAATGGAGTCAATAGAAATTTCATCTTGGTAATGATGATGTATAT +ATCCGATTGCTTTACGAATATAAGGACTCATTATTGTGTTTGGCGCATCTTGACTTTTTA +GTTTATCTTCATAAATATTTATAATTAAATTACATAGATAATTAGAGCATGTAAGTGGTC +TATATGTAATGTCTCTATTTATCAAGTTAGTAACAAGATTAGTTCGGAATGGTCCAATGA +TAAAATAACCGATTTTTTTATTATATTTACATATATCAATTACTTTATAGTTAATATCAT +TTTTTAACTGTATATGAGAATTAATTGACTCATCTTTACAATTTTTTATATTTATTTTAA +TTTCCTCAAGTGGATATATTCTATCAAAAAAGTCTGTATATCCGATCTTGCATAAATCTT +CTAATTCATAATTTATTAATTTAATCGGGACGTTACAACAATCATAAAAATCTTTTATTA +TCGAATATTCAAAGCTCATTTATTACTCCTAAAAGTTTATTTAAATATTTTTAAAAATAT +ATAAATATATTTAAAAATATTTATAAAAATTAATGTATACTTAATATGTAAATGAAAATC +AGTATCATATAATAAATAATACTTTTTATAAAAATAAAAGTCAATAGATAATAATTACAA +ATAATATTTGGAGGAATAAGATGATATTTAGAAATAAAGCATTAAAAACTACGGCAGCTG +CGATAGCGATATTTTCAATGGTAGCAACAGGAAGTATGAGCTATGTTCATGCAGATAACT +CATCATTAAGCAATGGAGTATCAATAGAAAGAACATTAGCTGACAATAAGTACGACATAA +ATTACAAGGTGATATATGTAAATGATGAGGGGGTAGCAGAGCCAGATAATGTAACAGGAG +CAAACCATGCATTAATGACATTAGATGGAACAAATTATCAAATGGAAGTGAAAGATGGCA +AGGCATATGTAACTGTCAAGTTTAATAGTAAGATGCATGGAATGATGAATAATTATAAAT +TCTTAGTAGATGGAAAAGAAGCAAATTATACTCAAAATGGAGCGGCATATACAATAGAAT +TATCATCAATCAATTCAACAATAGATGCTAGTATGTACGTTCCAATGATGGGAAAAGAAG +TTAGATTTTTATTAGCTCCAAATGGAGAATTATCAACTGAAAAAGTTTTAAAGGATGGAA +GTTATCCAGCACCAAATGATGTTAAGTACATAGGAGATGGTAATGCAGAAACTGGAAATA +CTATGGCTAGAAAGGTTTTAGCTGATACGTCAGTAATAAAAGTTAAGGATGGAAAAATAA +ATACTACACTTACATTTAATGAAGAAATGTACAATATGATAGGAAACTTTAAAGTTAAGG +TTGACGGAGAAAATGCTCAAATAACTGAAAATAGAACAGAGAGAACAATAAGCTTTGATA +TGCCAAAAGTAGATTCAAAAATAGAAGTCAGCTTAATGGTTACTATAATGGGAAGAGAAG +TAAGCTTTGCTACAATCCTTAATACAACAAAAGTTGAATATGAAGAAGTAGTTGTACAAG +CACCAGGTGAACAACAACCACCAGTTGATGATAATGACAATGATAATGATAATACTGGAT +CTGGAGATAATACTGGATCTGGAGATAATGCTGGATCTGGAGATAACAACGGATCAAATG +ATAATACTGAATCAGATGGAAGTAACTCAGGAAATACATCTACAGATACTTCAAAACCAA +ATGATTCTACAAATAATCAAAGTGGAACAATAAAAAATGGAACTTATACAGTTAAAAATA +ATGTAGAATACGTAGGTACTGGAAATGCTGAACTTGGAAACTCAATGGCTCGAAAAGTAC +TTGGAGAGTATTCTAAAATAGTAGCTAAAGATGGAAAAATAACTGCTACATTAAACTTTA +CAGAAGATCAATATGATTTCATAGAAAACTTTAGAGTAAAAGTTGATGGAAAAGATGTAA +AGGTAACTGTTAATAAAGTAAATAGAACAATAAGCTTTGAAATGCCATCTATAGATTCAG +AAGTTGTAGTAACTGTAAAAGTAAGCATAATGGGAAGAGATGTTAGCTTTAAGACTATAT +TTGATAAAAGTACATTAGTATTTGGCGATAATACTACAAATAATGGAAGTGGAAGCTCAA +ACAACACAAACAATAGTACTGGAAACTCTACAACTACTGATAGTGAAAGTAATAAAGTAG +AAAGTACTGTTAAAAAAGGTAAGTTATACACGATAAAAAATACAGTTTCACATTCAAGCG +AAACTGGAAAAGAAATGGCTAGAAAATATTTAAATTCTACATCTAAAGTTGAAATAGTTG +ATGGGGAAACTTATGTTACATTAACATTTACAGGTGCAAGTCTTATGCAAAATCATGCAA +TATATGTGAATGGAAGTAAGGTATCTCATACAGTTGTTGCAAAATCAGGTGATAGCATAA +GTTTAAGATTTAAAGTATCTGATTTAAGTGATTCTATAAAAGTTGGTTTATATGTAATAC +CAATGTCTAGAAATATAGAATTTGGAGTAACTTTATTAGAAGACACATTAACATTTGTTA +AAGATTTTGATTTAAATGAAGATGGAACTCTTCCTCAAACTGGATCATTAATAGATTCTA +ATATTGCAATAGGTGCAGGTAGTGCAATGATGGCAGTAGCAGGAATCTTAGGCAGAAGAA +AAAGAAAGTAGGAAACAAAATGAAATCATTTAAAAATAAATTAATGAGTAAAGTAAGTAC +GTTATTCTCTTTAATTTTAATCGGTATTTTATCATTATCTTCAAGCATTGTACATGCAGA +CTCAAAAGATGAAATATCAAGTGGGATATATACTTTAAAAAATGATACTAATTATGAAGA +TGGAAATGAAATAGGAATGTCAATGTCAAGATCTTATACAGATGAAGATATGACACTTGA +AAAGAGAAGCGATAAAATTTATTATACTTTAGGTCTTTCAGGGGCTCAATACATGAATAA +CCATAGAATTCTTGTAAATGACGAAAGTGTAGAGTATGAAAAAGTTGAAGAAAATACTGA +AGAAGGTACTTTAAAACTAAAGTTTGAGGTATCGGATCCAGAAGATAAAATAGTTATCCA +AATGTATGTAGATGCAATGGGAAGAGATGTGGAGTATGAATTAATACCTAAATTAGATAC +GATAGAATTAGTAGAAGCGATTGAAGAAGAACCAAAAGTTGAGGAGAATGTTGAAGAATC +AGATAATACAGATTCTCAAGTGAAAGATACTTCAGAAAAAACATCAAATAATATACCTTT +AATAGGTGGAGTAGTTATTTTAGCCGTAGCAATAATATTATTTATGGTTAAGAAGAAAAA +GTAGATGAAAAGAATATCTAAGATATTATTTACACTGGGTTTAATATTAATATTAGGCTC +AGTGTCTTTAAATATGCACACAAAATATAAACAAAATCAGGCTAAAAATAACTTTAATCA +AAAAATAGAAAATGATGAAGAAATAAAAAATATCAATTTAGGTGATGAAATAGGTTTAAT +AGATATCCCAAGTTTAAATATTAGCACAGTAATTGTAAGTGGTACAGGTAAAGAGCAAAT +AAGATACTATGTAGGACATTTCGAAAATACTCCTATGCCAGGAGAGAATGGAAACTTCTG +TATAGCTGGTCATAGTAGTACTATATATAACAATATATTTAATGATCTTCATAAGATAAA +AATAAATGATGAGATAATAATAACTACATCAAATGGTGAATTTACATATATTGTAAATGA +AAAATTTGAAACAGATCCTACTAATATGGATGTTTTAAATCAAGATAATGATATAAAGGA +ATTAACAATAGTTACTTGTTCAAATCAAGGAAAAGATAGATTGATTGTAAAAGGTAGATT +AAAGTAAAGAGGAGATTAAAATGAAATTCAAAAAGTATTTAATAAGTATTTGTACTTCAG +TAATGATGCTATCAGTAGTTGGTTGCTCTAGTACAAGTATAGATGATAATAATTCTAAAG +GTGATGCAACAAATAAAGAAAGTTATGGAGAGGATTCTGTTGTAGTAGCAACTTCTGTAG +CAGTAGCTCAAATATTAGATGAATTAGGAGTCAAAATAAGTGGAGTTCCGACTACATCAT +ATGACCTTCCAGAAAATGCTAAAGATGCAGTAGAGGTTGGAACACCAATGAATCCAGATT +TAGAAATAATTAAGTCTTTAAATCCAGATGTTGTAGTATCAGTAGATACATTGGGTCAAG +ATTTTATAGATAATTTCACACAAAATGGCATACCGAGTGAATTTGTAAACTTAACTAGTT +ATAATGACTTAAAAGAAACAATTAACACTTTAGGAGAAAAGTTTAATAAGCAAGATAAAG +CAAGTGAAATAATAAATAAATTAGAAACAAAAGAAAGTGAATTAGAATCGAAATTTAATG +ATAGTGAAAAACCTAATGTATTAGTTATATTTGGAGCACCGGGTACAATGATGTTAGGAA +CTGATAAGTGTTATGTAGGAAATTTAGTTAATTTAGCAGGTGGTAAAAATGTACTAGAGA +ATTCAACGTCATCTTTCGTACAAATCAATAAGGAAGAATTACTAAACTTAAATCCAGATA +AAATTGTAGTGATGACACATGCTGACCCAGAAACTACAAAAGCACAAGTTAAGAATACTT +TAGAAACAGATGCAGCATGGAAGAATTTAAGTGCAGTAAAAAATGGAGAAGTACATTATT +TAGAAAATGATTATTTTGGTATGAGTGCGAATTTAAAGGTAATAGAAGCTTTAGATATGA +TGCACGATTTACTTTATTAAATAATATGAGGTTTAGTTGACATGATTATAAATTCTAAAA +ACAAAAAAAATAAAATAATACTTCTATCTTTTATAACTATATTTATGCTATTTTTAATAT +CTATAAATTTAGGTAGTATAAAAGTTGAATTAAAAGAGCTTATAGTTGGTTTATTATCAA +ACACTGATGATCCTAAAATAAGTATAATAAGAGATATAAGAATTCCAAGAGTGTTAGCAG +CAATTATTATAGGTGCTAACTTGGCTGTATCGGGTGTACTTTTACAAGCAATAATAAGAA +ATCCATTAGCGGAACCTTCTATAGTAGGGATATCTTCGGGAGCGTCTTTAATATCAGTAG +TTATATTATTATTTTTTCCTAGCCTAAATAGTATAAGACCTTTATTTGGATTCCTTGGTG +GATTAGTTTCGTGTATTTTAGTATGCGGACTAGCATTTAAAAAAGGATTATCACCAATTA +GAATAGTTTTAGCAGGTGTAGCAGTAAATGCAATGCTTAGTGCTATAACTAATATTACAG +TACAGTTTGGCGCAGGAGCAGTTAGTAGTGTTCAAAGTTGGTTAACTGGTAGCTTAGCAA +ATATAACATGGATAGATATAAAATTATTATTAATATATTCTATCATTGGACATATTGGAG +CATTTTTACTGTATAAATCTTGTGATTTAATAGCATTAGGAGAAAAAAATGCAAAAAGTT +TAGGATTAAACTATGACTTACACATGTCCTTAATATGTGTCGTAGCTGTTTTTCTAAGTG +CAACAGCTACATCAATAGGAGGAGTAATTGCTTTTGTTGGTCTTGTAGTTCCGCATATTT +GTAGAATTATTATGGGGTCAAGTCACAGGTACTTAATACCGTTTAGTATAAGTATGGGTG +GAATTCTTTTATTATTAGCAGATACATTAGGAAGAATGGCATTTAGTCCTTTAGAAATTC +CTGTTGGTATAGTTATGGCTGTAATTGGAGGACCGGTATTTTTATATTTACTTAGAAGGA +GCGAAGTATAGTGATAGTTGGAAAAAATATAGAATTTTCATATGATGGTAATAAAGAGTT +TATAAAAGATTTAAATGTGAATATACAGAAGGGAAAGATAACTACAATACTAGGCCCTAA +TGGAAGTGGAAAATCAACACTTTTGAGTTTATTATGTGGAATTAATAAAATAAAAAGTGG +TGAGATATTTATAGATGATTTAAATATTAGCAATATGAAATATAAAGATATTGCTAAGAA +AGTTGCAACAGTTCATCAACAAAATTCTGTTCCAAATGATATAAGTGTAGAAAATTTAAT +TAGTTATGGAAGATTACCTCATAAGGGATTTTTTGAAAAAGATAGTAAAAATGATGCTGA +AATTATAGATTGGGCTATAAAATGTACAGGATTAGAAGCGTATAAAGATAAGCAAGTTAT +GAGCTTATCAGGTGGGGAGAGACAAAGAGTATTTATATCTATGGCATTAGCTCAAAAGCC +AGAAGTATTGTTTTTAGATGAACCTACAACTTATCTAGATATTTATCATCAAATAGAAAT +TTTAGAACTTGTTAAAAAGCTTAATGAAGAGTATGGTATAACAATAGTTATGGTTCTTCA +TGATATAAATCAGGCTATAAAATATAGCCATAATATTATTATAATGAAAAATGGAAAACT +TATAAAAAGTGGATCAGCTAAAAGTATTATAAATAGAGAATTATTAAAAGAGGTGTATAA +AGTAGATGGTGTAGTTAGTACTTTAGATAAAGAAACATATTTTATACCAACTAGAGTATG +TAATATATAATAAAAGAAAGTAAGGAAACAAAATAATATTTAAAAATATTATAAAAAACC +AAATATATTTAAAGCTTTGAATAAAAGAAGGATGTAAAATGTTAATTGAAAATGAAAACA +AATATCAATTAACGGGAGTTTTATAATGAATAAGAAGAATATAACAAAAATAATTTTAGA +TATAGCAATGGCTGTATTATTCATAACTTTCTTTAAGAAAAATTTAATAAGTATGAAATT +TCATATGATAAGTGGAATAGTATTTGGAATATTTATATTAGTACATATGTTCTTAAATAG +AAAGTGGATAGCTAATATTAGTATGAGATTATTTGATAAAAAAATTAAATTTAGAACGAA +ATTATCATATATCACAAGTTTAATACTATTTATATCAATAATAGCGATATTATTTAGTGG +AGTTTATATAATAAAAGCAAAGACTTATGACAGAGTAATGTTCTGGAAGATGGTTCATTT +TGGCGCATCTTATTTATCAATAGCCCTTATAGGCATACATATAGGTCTTTATTGGAACTG +GGTAATGAATATATTCAAAAAAGCTTTCAAAATTAAGAGTAGTAATGTAACGAAATTAAT +TTCATCATTAATTGTTTTAGTTACACTTGCTTTAGGTTCTTATACAATTTATACTCAAAA +TTATTTTACTAAAACATATGCATGTATTGAGTATGTAGCACAACATATAGTACCGCAAGA +TTTAGAAGGCGGAAGTAGTTATTATGGAGAATCTGAAAAACCATCATTTATAGATGTAGC +AAGTACATATGGGTCTATAATTTCTGTATTTTCTATAGTAACTTATTATAGTGATAAAGC +TCTAAAGAAATCTAAAAAAGCTGATTTTAAAAGTACTAAAATATCAGCTTAGTATATATT +TAAAATTTATTTAATTAATCATAAAAAATAGTACTAAAATAAATTTATTTTAGTACTATT +TTTTCATGAACAAAATTATATTTCTATAACTTTTTTAATATCTTCTTTTTTATCTAAATG +ATTTATATATAATTTAGTTTCAGCTACTACAACTGATGATAAAGCAATTAGAGCAATTAA +ATTTGGTAATGCCATAAGTCCATTAACTATATCAGCTATTATCCAAACAACATCTAACTT +TAAGAATGCTCCAAGTAGAACCATTGTTACAAATATAGCTCTATATCCATTTATACCTTT +CACACCAAATAGGAATTCAAAACATCTTTCTCCATAATAACTCCAACCTAATATGGTAGT +AAATGCAAATAAGCTTAGGCTAAGAGTTAAGAATAAAGGTCCTATTGTCGGGAAGATACT +TGCAAATGCTTCTTGAGTCATAATAGCACCATTTAAATCTGATTGCCATACACCTGATAG +TATTAGCGATAAACCTGTAAGCGTACAAATAACTAAGCTATCTATAAAAGTCCCAGTCAT +AGATATAAGACCTTGCTCTGCTGGCCATTCGGTCTTAGCCGCCGCCGCCGCTATAGGTGC +GCTGCCAAGGCCTGATTCATTTGAAAAGACACCGCGAGCGATACCATTTCTAATTGCCAT +ACTTACAGTTGCACCCAAGAATCCACCGAATGCAGCAGTAGGATTAAACGCACTTTTAAT +TATTAAAACAAAGGCTTGTGGTATTTGTTTAAATGAATTTACTAGTATTAATAAGCAAAT +AAGTATATAAGCTACAGACATAAAAGGAACTACTTTTGTAGAAACTTTAGAGATACTTTG +TAATCCACCAAATACTACTAAAGCAACAAGAATTGCAAGAACAATACCTGTTATTTTTGG +ATCAATACCAAAACTTCCATTTATAGCATCTGTAATCGCATTTACTTGAGTAAATGTCCC +TATTCCTAGTAATGCGACTAATATACCACTAAAAGCGAAAAATACTGCAAGAGGTTTGTA +TTTTTCTCCCATACCATTAAGTATATAGTACATTGGGCCTCCAGATATTTGACCATTTTT +ATCTTTAGTTCTATATTTTATTGCAAGTACACCTTCAGCATACTTTGTTGCCATGCCAAA +GAATGCTGCAAGCCACATCCAAAATAATGATCCTGGTCCACCAGCTTTTATAGCCGTTGC +AACACCGACAATATTACCAGTACCAACCGTAGCAGCAAGAGCTGTACATAAGGCACCGAA +GCTTGAAATGTCTCCGTTACCATTATTTTCGGCAAAGAAAATTAATTTTAATGCCTTAGG +TAATTTTGTTATTTGTAAAAATCCTAACTTGAAAGTAAATAGTATACCAGTACCCACTAA +AAGTATTAGTAAAGGTGGTCCCCAAATAAATGAGTCAATATTGTTTAGTACATCAATTAA +ATTCATAAAAACACTCCTTCTAAATTATTTTTTATGCTTTACAAAATCAATGAAGTTTTA +AATGAATCAATTGACAGGAATTTAGTATAAATAATAATGATTTCGATGCAATAAAAAAAG +CTAAATCTACTTGATTTAGCTCTGGATACGCACGGTAACTATGATTTAAGAAACCTTTGA +TATAAATTAAAATTATAAATAATACCTATAAATACAAAATATAGGATAATAAAATTTATA +ACGATATAATTTATAAATATTAACTTAAATATAGTATAATCCCTGTCCTTTTGCCTGAGA +GATTGAGCATAAGCCTTGCCCCTTCGGCGCCCGCAATGGGTCTCTCCAGAGTTTCCTAAG +CTTTACAGTCATACTTTTACTAAAGTACCTGAGAGTGTTACTCCTTCGGTGTATCTGACG +ATAACTCTTCTATAAAGCTTCAACGGATATTGATTTGTGATAGCACTTATTTATTAGTAA +TCGTATATAATATTTATCATTATGTCAATATAAATTATTAAAAAAATAAAAAAATATAAA +ACATGGAGAATAAATAATATTTAAATAATAAGAAAACTTACTAAATGTATGAAAAATAAA +AAAATTCTTAATATAATATATTTTATATTGATTAGGTAAAACAGGTATAGTAACATATTT +TAATAAGTAATATAAATATATTTTAAGGAGATAAAGTAATGGGCTTTCGAAGTAGATTAA +AACATGCAAAAAGAATAGTTGTAAAAGTTGGAACATCAACTCTTACTTATGACAATGGGA +ATATTAACCTAAATAGAATTGAAAAATTAACAAGAATATTATCAGATGTAGTTAATTCAG +GAAAAGAAGTTACACTTGTAAGTTCTGGAGCTATTGGAGTGGGAGTAAGTAAATTAAATT +TAAAGGAAAAGCCCAAAGATATAAGAGAAAAACAAGCATTATCTGCAGTTGGACAATGTG +AGTTAATGCATATATACAGCAAATTTTTTGGAGAGTATAGCCATACTGTAGGTCAAGTGC +TACTTACAAGAGATGTTATTGAAAATGAAAGAATCAAAAATAATGTTTGTAATACCTTTG +AAATTTTATTAGATAAGAAAATAATCCCTATAGTAAATGAAAATGATACTATATCTATAG +ATGAGATAGAGAATATAGTTAATTTTGGAGATAATGATAACTTATCGGCTATTGTTTCTT +TATTAATAAATGCGGATCTATTAATAATATTATCTGATATAGATGGATTTTATGATAGTG +ATCCAAGAGGCAATGAAAATGCAAAATTACTAGATGAGATAGAAGAAATAACAGAGGAGT +TAGAAGTGTGTGCTGGTGGTGCGGGTACTAACTTAGGTACAGGTGGAATGGCTACTAAGC +TAATAGCTGCTAAAAGAGCTACAAAACAGGGAATAGATATGGTATTAGCAAATGGTAGTA +ATCCAGAGGTAATATTAGATATATTAGAGGGTAAAGAAATAGGTACGTTATTTGTAGGAA +AAAGATAATTATTTAATGGAGGAGAGTATATGAGTGAACTATTATTAATAGGGAAAAATG +CAAAAGAAGCATCTTATGACTTAGGAGTTTTATCTACAAAAGAAAAAGATAATGCATTAT +TACTAATGGCAGAAGAACTTGTTAGATCAAAAAGTGAAATTTTAGATGCGAATAAAGTAG +ATTTAGAAAATGCAAAAGAAAAAGGGATATCAGAAGCTCTATTAGATAGATTGGCATTAA +GTGATGAAAGAATAGAAGAGATGGCAAATGGGCTTAGGGAAATTGTTAAGTTACAAGATC +CAGTAGGAGAAGTTATATCTATGTGGCAAAGACCTAATGGGATACAGATAGGTCAAAAAA +GAGTTCCTATTGGTGTTATAGGTATAATTTATGAATCTAGACCTAATGTAACATGCGATG +CGGCTGGACTTTGCTTAAAAACAGGTAATGCATCAATATTAAGAGGTGGAAGTGATGCTA +TAAACTCAAATAAAGCTATAGTTAAAGCTTTAAATAAAGGTATAGAGAAATCAGGACTTC +CAATTAACTCTGTTCAACTAGTAGAAGATACATCTAGAGACGTTGCAACAGAGATGATGA +GATTAAATGAATTTATTGATGTGTTAATACCAAGAGGTGGAGCTGGACTTATACAATCAG +TAGTCAAGAATGCTACAGTACCAGTTATAGAAACTGGAACTGGAAATTGTCATATATATG +TAGATGAAACTGCTGATTTTGAAATGGCTAAGGATATTGTAATAAACGCAAAAACATCTA +GACCAGGAGTATGTAATGCTGCAGAAAAATTAATAGTGAATGAAAATATAGCAAAAGATT +TTTTACCTATAGTTATAAATGCATTAAGGGAAAGAAATGTATTAGTAAAAGGTGATGAAA +AAGTAGAAGATATTATTAACGATATAGAAAAAGTTAACGATGATGAGTGGGGATTAGAAT +ACTTAGACTACATAATTGCTATAAAATTAGTTAAAAATGTAGATGAGGCAATAAACCACA +TAAATAAATATGGTACTGGACACTCTGAGTGTATAGTTACAGAAAGTTATAAGAACTCTC +AAAAATTCTTACAAAGAGTAGATGCAGCAGCAGTTTATGTAAATGCTTCAACTAGATTTA +CAGATGGTGGAGAATTTGGATTTGGAGCTGAGATAGGTATAAGTACTCAAAAACTTCATG +CGAGAGGACCTATGGGATTAAAGGAGCTTACTACTCTTAAATATATTATTTATGGAAATG +GTCAAATAAGATAATTTAAAAGAATAGCGTGTTAGGGATTATATAGTCCTTAACACGCTT +AATCTAATTGAATATCTAAAGTTGATGTGTGTTATTTAATTATTTTCTAGAAGTTCTAAT +GTTATATCTGATTCGCTAATATTTTCATTAAAAATATATGAATATTTTTGAGATAGTTTT +TTTAATATCAAGGCAACAAATAAGCATGAAAGAATTTTATCAAACATATTACTTACAAGC +CTTGGTATAAACGCACCACTAAAAATTATTTTACTTGATTGAGAAATAATTCTTAATAAT +AAATCAGAACCATTGCTATAAACATTCTCATATAAGTATAAAGAAACAGGTGTACTAATC +AATGGACAAATAATAGCAAGTATAAGTCCTACAACACATGCTTGTTTATAATCAAATCTT +CTTTTCTTAGAAACAAACCCAACTATGAATCCTAATGCAATATTAGCAAATGCATATGAT +ATATTAGTAGGATTAGATATGATTCCTAAAATAATATTTGAACATCCACCAATAAGAGCA +CCAAAGAATGGTCCTAAAACTATTGAACCCAATATAGTTCCAACGGTATCTAAGAATAAT +AGCGGAATATTTAAAGTTTGTACTAATGTACTTAAAATGATATTTACTGCTATACAAATT +GCAAGCATAATAGATTTAATTTTCAAAAAATCACCCCTTTAGGAGTAAGTGTAGATTAAC +AATAATAAGAATAGAAATTGTATTTTTTTATATTAAAACTTATAATCATAGGAATTTTCT +ATAACTATGATTTTTTTGAATAGATATTTATATATATTCAGAGAAATTAGTCTATAAATA +AGAGAAAAATTATTAGTATGTCAAAAAAAATTAGTTACTTTCAAATCTTATGGTAATATT +ATATATAGTAATTAAGATAAATTAAAAGCAGTAGTAGGAAGGAATATTTATGAAGAAAAT +ATTAGTTTTAGCAGAAAAGCCTTCTGTAGGAAGAGATATAGCTAGAGTTTTAGGTTGTAA +AAATGATAAAAATGGATACATAGAAGGATCAAAATATATAGTTACATGGGCATTAGGACA +TTTAGTAACTTTAGCAGACCCAGAAAGTTATGATGACAGATATAAAAGCTGGAATATGGA +GGATTTACCTATACTACCAAAGTATTTGAAAACTGTTGTGATAAAAAAGACTAGTAAGCA +ATTCAATACAGTAAAATCTCAAATAAATAGAGATGATGTGTGTGAAATTGTAATAGCGAC +TGATGCAGGAAGAGAAGGAGAGCTTGTTGCTAGATGGATAATCGACAAGATAAAAACAAA +TAAGCCTTTAAAAAGACTTTGGATTTCATCAGTTACAGATAAGGCTATTAAAGATGGATT +TAATAAGTTAAAGGACGCAAAAGAATATGATAACTTATATTATTCAGCAATAGCTAGATC +AGAAGCTGACTGGATAGTTGGAATAAATGCAACTAGAGCTTTAACTACAAAATACAATGC +ACAGCTTTCTTGTGGTAGAGTACAAACTCCAACTTTAGGAATGATATTAAAAAGAGAGGG +GGAAATACAAAACTTCAAGGCTAAGGATTACTATGGAATAGAGATTATATCAGCAAAAGG +AAATAATAATTTAAAATTTAGATGGAAAGATAGCAAAAATAAAAGTGAATCAACTTTTAA +TGAAGAAAAAATTGATTTTATATTAAACAAAGTAAAAGATAAAGAGTTGAAAATTGTGGA +TGTTAGTGAGAATATAAAGAAAAAATATTCACCACAATTGTATGATTTAACCGAATTACA +AAGAGATGCTAATAGGATATTTGGATACTCAGCGAAAGAAACCTTATCTATAATGCAAAA +ATTATATGAGCACCATAAAGTTCTTACTTACCCGAGAACGGACTCGAGATATTTAACTAG +CGATATTGTAGATACTTTAAAAGATAGAATAAAAGCTGTAAATGTAAGCGATTATACTAG +AACTTGTACAAAACTATTAAAAACTAAAATAATTGCAAATAAATCATTTGTAGATGATTC +TAAGGTAAGTGATCATCATGCAATAATACCAACTGAAGAAAGGGTATTCTTAGGGGATTT +AAGTGAAAAAGAAAGAAGGATATATGATTTAGTTGTGAAGAGATTTTTAAGTGTATTATG +CAATCCTTATGAATATGTTCAGACAACTGCTATAGGTGAAATTGAGGGAGAGTCATTCTA +TCTTAAAGGAAATAAAATAATAAACTTAGGATGGAAAGAAAATTACAAGGATTTAGATGA +TGAATATGAATACGAAAGTTTACCTACTTTAAAGAATGATGATATATTAAGTATAATCAA +AGTAAAAAAGACAAATGGAAAAACTAATCCTCCGTCATACTTAAATGAAGGAACTCTTCT +TACTGCAATGGAGAAAAATAACTTAGGAACTGTTGCAACTAGAGCAGATATAATAGAAAA +GTTATTTAATACATTCTTAATAGAAAAAAAAGGGAAAGATATACATATTACTTCAAAAGG +TAAACAATTATTAGATTTAGCGCCAAGAGATTTAAAAACACCAGAACTTACTGCAACATG +GGAGAATAAGTTAATAGATATATCAAAAGGTAAATTAAATAAGGATACTTTTATAAGAGA +AATTAAAGATTATTCTAAGGAGATAGTTAAAGAAATAAAAAATAGCGAAAATAAATTTAA +ACATGATAATCTAACTAAAAATAAATGTCCAGAATGTGGTAAATACATGCTTGAAGTAAA +TGGTAAAAAAGGAAAGATGTTAGTTTGTGAAGATAGAGAGTGTAACACTAGAAAGACTGT +ATCACAAATAACTAATTCAAGATGCCCGAATTGTCATAAAAAGTTAGAGCTTAAAGGTGA +AGGTGAGGGAAGAATATTTACTTGCAAATGTGGGTATAGAGAAAAATTATCAGCATTTAA +TAAAAGAAAAAAAGAAGAAAAAAATAAAGCCTCTAAAAAAGATATAAATAAATATTTAAA +AAATCAAAATAAAAATCAAGAGAGTTTTAATAATCCATTTGCAGAAGCTCTTTTAAAATT +AAAGAAATAACAGAATAAGTGCTCAAAGCAATAACATCCATTTAAATATATAAGTAAAGG +AGTATAAAATTAATATGTTCAAAATATACTCCTTTATCTTTTTATTTACAGTAAATTTTC +CGCACCATATTCAATACCCGTACTTTCACCAATACCATCATAGATTATATTGTTATCTTT +TAAAATCATATGAACTCTGCCATTAATAGTTTCATTTACTAATGCTACCATCTATAAGAA +GACTGCCTTTTACTGAACCGTTAACTAAACAAACTTGGTTATAGAATTCCATAAAAGAAA +TACAATTATATAATCCCATGCTACCGGGGTTTATCAAATTATCTGGCCACTTCTGAGTAT +TAGTAAATATTAGAATGCCTTTAATAGATCTTGAAGTATTATTAGATTTGTTTATATATT +CAAGATTCAATTCAAGATGATTTAGTGAAAAATATTAGAAGTTATATTTATATAAAAATT +CGTATTATTAAATTTAAACTTACTAACATCAAAATATAAATAATTATATTCTAAATTATA +TCCATCTACAATTGGTATAAAACAATGACTAGATTTAGTTTTTTTATCAAGGTCGATACC +TGATATAAAGGCAAATTTATATTTATTATCCTTATAAACTATTTTAAAATACCATCCTTC +AAAGAATTTATTATCTTTTTTATACCATGATATAAATATGGATTTATTATTGGCTTTATA +AACTATCCTCCAAAATATTATTATCTATAATAATTACTTATTTTGGAGAAAATATACTAC +AAGAGTATATCTAATTAAGTTTGAATAATAAATAAGTAATATAAGGAGTATAGTTATGAA +TGAATCGTATTGGCTTTTGAGCTCAAAATCAAAAAAATATAAAGTATTAGATGAAGATAT +TAGTACAGATTACTTAATAGTAGGAGGAGGGATTGTAGGTCTAACTACTGCATTTTTACT +AGCAAAAGAAAAGTTGAGTGTAACCTTACTAGATGCAGACAGAATTGGATATGGCGCGAC +AGGAAGAAATACAGGTAAAGTTACTACAATGCATAATTCTTATGCGAAAATAGAAAAAAA +ATATGGATTAGAAAAAGCAAAATTATATTATGAAGCAAATAATAAAGCTTTAAAATTCAT +TGAAAATACAATCTATGAGTATAATATAGATTGCGATTTTGAAAAGGTACCAGCGTTTAT +ATATACAACAGATGAAAATTATATAGAGGATTTAAAGTCAGAGTATGATGCATGTTTAAG +AATTGGAATACCATGCAAGTATTATGATGAGTTAGAAGGAGTCCCACTTGATATTAAAGG +AGCTATATCTTTTGAAAATCAAGGTCAATTTAATCCTAAAAAATATATCAATGCTTTAGC +AGAATTATGTGAAAAACTAGGAGTTAAAATATATGAAAATACTCCTGTAGATGATTTGCA +AAAAGAAACAGATTATATAATAAAAACAAGAAATAATAATACAATAAATTCTAAAAATTT +GGTAATAGCATCTCATACTCCTTGGTATGACGGAGGTCTTAAATTATACTTTGGAAAAGA +AGAAGCTAATTGTTCATATTTATTAGCAACGGATTTAAATATAGATTTGCCTAATGGAAT +GTATTTAAGCATAGAGGAACCAGCAAGAACATTTAAAGTATATAATGAAAGTGGTAAAAA +AGTATTAATTATAGGTGGATCTGATCATCAAGTAGGAAAAGGGAACATTGAATCTGATAT +CTATAAAGAAATAGAAAAATTTGCAGAAAGTAATTTTAATTCAAAAAAAATTATAACAAA +GTGGATGACTCAGGATTATATTAGCTTTGATGATATACCTTATATAGGTCATATAAATTC +AAAAGAGAATAATATTTATGTAGCTACAGGATTTTGTAAATGGGGAAATACTAATGGAAC +TGTAGCAGGACTTCTTATAAGAGATTTAATTCTAAATAACTATAGTGAGTATGAGGAATT +ATTCAATCCTACTAGAGGAGGAAGTTATTTATCTACGAGGTTTATGAGTTTTAACTTAGT +TGTTGCGTTAGACTATGTAAAGGGTAAGTTAAATTTAGGTAATGATGATATGCCGACAAG +AAAAGGAGAAGGACGTATTGTAAATATTGATGGTAAAAGGTACGGAGCTTTTAGAAATTA +TGATGGAAATCTACATATTGTAGATATAACTTGTACACATTTAGGTTGTGAATTGAGGTT +TAATAGTGCAGAAAATACTTGGGATTGCCCATGTCACGGTTCAAGGTTTGATTATGATGG +GAATATATTAGATGGTCCTGCGCTTAAGCCCCTTAAAAAATATGGTCATGGAAAAAATGA +AGTAGATCCTAAGCTATTGTAAATCTATATGTTAAAATAAATATATAAGTATAGAGATTA +AAAGGAGTGATTATGAGAAAAAGAGAAAAAAAGAAGTGGATTATAGATTTTATTTATATT +GTATATATGGCATCGATAATTTGGTTTTTAAAAGAAAGAAAATTATTCGAATTTGGGATT +GTAGTTTTTTGTATAGTTAGTACGCTTATATTAGGAATAGTAAATAAAAAAGTTAATAAA +TTACTGGATAACAGTATTTATATTAACTTGGTAATTTTTATTATGGTATCGTCGTTGCTT +GGAAGTTGTTTTAAATTTTATAGCATAAATCATTATGATGACTTTTTGCACTTATACTCT +GGTATTTTGTCTTGTAATGTAGCATACTTGATTATAAGATATTTTAATAATGAAGAAAAT +ATAAAAATGGTTAATAAGGTATTTGTAATGATATTTCTATTTATGTTTACTATGGGTGTA +GCTAGCCTTTGGGAGATAATGGAGTTTTCATTAGATAACATATTAGGAACTCATACTCAA +ATAGGTGGATTAGAAGATACAATGATAGATATGGTAGATGCACTAATTGGAGCAATAATT +TCTATACCATATTTTATAAGAAAAATGAGCGATAAACATTCTAAAGAATAGGTTTTAATA +ATACAAAAGGGTGGCATAGATATTATGCACCCTTTGTTTATGAGAAATTTATTTAAATAT +AATATTATTTTGACTTAAGATGTAAATTCTATTTCTTCGTTTATAGTATCTTGAATATAA +TCATCTATTGATTGAGATATTCTCTTTGCTGCAACAACAGCCTCAATTACTGTACTAGCA +CCATGAGCAACATCTCCGCATGCAAATACTCCTTCTCTAGTTGTTTGACCATATTCGTTA +GTAAATAAAAGTCCGCCTCTTTTTACATCTAGACCTTTATTATTAACAACTATATTATTT +TTAGCTTCTTGGCTTACCGCAATTAAAACAGAATCACATTCATATAACTTTTCACTATTT +TCTACTGTAATAAGAGAGGTAGTTCCATCTTCATTTGTTATTTTTTTAGTATCAGCAAGT +ATTATTCCTACATCTACTATTTCAACAGGAGACTTAAATGTATTAAATAAAACACCTTCT +TGTTTTGCGTCATTAATCTCATGATTAGTAGCTGTCATATCTTCAAAGCCACGTCTATAA +GCTACGTAAACTTCCTTAGAACCATAATATTTAGCACTTCTAGCAGCATCCATTGCCACG +TTACCTGCTCCAATTACAATAACTTTTTCACCCAAATCGTAAAGATGAGGGCTTTTTAAG +TAATTTATAGCATAGTGAGCATGACCGAAAGTCTCTCCTTTTATATTTAATCTTTTAGGA +TTCCAAACTCCTGTACCTATAAATATAGCTTTGTATCCATCTTCAAAAAGCTTATCTAAA +GTTACTACAGGACCAACTAAAGAGTTTATTTTTATTTTTACTCCATACTCTTTTAATCTT +GTGCCTATAAGATTTATAATGTTTTCTGGTAATCTAAAACTTGGTATACCATAAGTTAAA +ACTCCACCTATTTTTTCATTTTTTTCAAAAATAGTAACATCATAACCTTTTTTTGCTAAG +TCAAAAGCAACTGTTATGCCAGCAGGTCCAGATCCTACTATAGCTACTTTCAAGTTATTA +GATTTAGGTTTTGTAATATTCATATTTTTTAAGTACTCAAATGAAATTTCTTTCTCAATG +TTATAAAAATGTACAGGTTCTCCTTTTATACCCCTTATACAGTTACCACTACATTGCGTT +TCATGAGGACATACAATCGCGCAAATAGAAGATAAAGGGTTATTTTCAAAAAGTATTTTT +CCTGCCTCTTGTAAATTATTTTCCTTATAAAGTTTTATTATTTCTGGAATTGGAGTATCA +ATAGGACAATTTTTTTGACACCTAGCATTTTTACATAAAAGACAATTGTTAGCTTCATTT +AAAAGATTTTTCATAATATCACCCCTTGCAATATGTTGTCAATGTCGTTTGATAGTAATT +TATATTATAGCAAAAAAATAAGAAATAGTATAAAAATAATTTAATTTTTACTTTATTTTA +TTTTTTTATAGCTTAGTTTACTAATAATGTATATTTTAGTAAAATCATATATGATATTGT +AATAATTAAAGATAATAAGTAGTATTAGGAGGAATTATAATTGTTTAAAAAAATTTTTAA +TTTAATTAATAAGAAAAAGCATGTAAAAAATACAGAAGTAGGAGAAGAAAACCTAATTAA +GGATGATAATAAAAATAATCAGGAAATAGACAGTATAGAAACAAAAATTGAGGAAGTAAC +TAACTTTGATAATGAAGAGGTATCTATAGAAGAAGAATTGGAGATGTTTTTAAAAGAAAA +TGAAGAATATATAAAGGATATTAAAATACGAAGAGGAAAGAGTATAAGGTCTGTAGACAT +ATATAGTGAAGAGGTTTTAGAATTTAAAACTTATAAGGAGTGTAGTAAAACTCTTAAGGT +TCCATTATCTTATATAAAAGAAAATTTAAAATATGGTCATACAGACTATTTAGGTGGTGC +AATCAATTATTTAAAGCAACAACTTGGAGAATGTATTGAAGATGAAAGTGAGTATTTGAA +TAATAATAAAAGTCCTATTGAATTATTTAATATGCTAAATAATAAAATATTTAAAAGTAA +AATTTCTGAAAATAAAAGAGATGAAATTTTATCAAGTGAAAAAATTGAGCCAATGAAAAT +GCATTATAGATTTGAATGTATAGATACAGAATATGATGATTACTTTAAAAAATACGGGGC +TATAATTAAAAGAGGCGGAAAGAAAAAAATTGAGTTAGTGAATAAAAAGGGTGAGGTAAT +AGAAATTTTTAAATCTCTAGATAGCTGTTCAGATTATTTAAGTAAAAATAGAAATGAAGT +TGTTGATATGTTAAAGTGCGGTCATACAAAAGTTGGTCGATATGAAATAAGGTATAGTCT +TAGAAATATTTAAGTTCATAATAAATTCATAATACCTTCATTTCTTATTCACACACTTCA +AATTAAAATAATGTAGTATAAGTATAGAGTTAATATTTTAGGAGGTATTTTATGTCAGAA +GATAAGATGACTGACAATAACAAAGGCCAAAAAACAATAGATAAAAATGGCGAAGTTATT +GATAATAAAAAGAAGCAACAAGACCGAATTAAGTTAGAAGATAAAAGCTCAATAAAAAAA +ATGAAAAAATTTAAATTAAATAATATAACAAAAATAGTTGCAGTTGCATTAGTTGGAATT +ATATGTTTAGGTGTAGGGTTTAGTTATGGGAAAAGTGTAGGTAGAGAATTACCGGCTACT +GCAAAGAAATATAGTGCAAATAAAGTTTTTGCTACGGTTGGAGATGTATCAATAACAGGT +AAGGAACTTCAATATAGAATGGATCCGTTATTCTATTTACAAGGAAAAAGTAAACTTACA +GGTGAAGAAATCAGTGCTTATGAGTATAGTATGTTAGATTATATGACTACAACTGAGATG +CTATATTTAGAAGCTAAGTCTAATAATATAGAGGTTACGGAAGATGAAATAGATGAAGAG +TACGAAACTACAATGAGCTCAATTACTCAAAGTTTTGGAATGACGGAAGATGAATATTTA +AAAGAATTTGGTTTAACTAAAGATTATATTAAGAAAGATTTAGAAAAAGAATTAATAGCT +GTAAAATATATGGGTGAAGTGACAGATGTAAGTGAAGAAGAGGCAAAAAACTATTATGAC +AAGAATAAGGATGAGTTCTTTGAAGTTAGAGGATCACATATATTAATTAAGACTACAGAT +GATGAAGGTAATGAATTAAGTGATGATGAAAAGGCAAAACGAAAAGAAAAGGCTGAGGAA +ATATTAAAAAAAGCTAAGGCAGGAGAAGATTTTGATACTTTAGCTGAAGAATATTCTGAA +GATACATCAGCTACGAATGGTGGGGACTTAGGATTCTTTAAAAAAGGTGATATGGTGGAA +AGTTTTGAGAATGCAGTTTTCTCTTTAGATAATAATCAAATCTATGATGAAATTGTAGAA +ACTGATTACGGGTATCATATAATTAAGAAAACTGGAGAACAATATGCTTCATTTGAAGAT +GAAAAAGAGGATTTAATAAGTCAATTATCTTATAATAAACAAAATACATTATTAGATGAT +TTAGAAGCAAAATATGAGATAGAAATAAAAGAATAAGTATTTTATAAAAAATAGGATAGT +TATGAATATCATAACTATCCTATTTTTTTAATAAGAAATGAGGAATTATCTGGTTTATGG +ATAAGATATAATATGAATTATTAAACTTAAAACATTTTGTAAAAATGTTGCTCAAGCTAA +GAAAATTTTTGCTATATTTTGAGAGAATAATATGAAAATGGGAAACGTTGTTCATAAGGT +ATGTTACTATATATCTTAAGGAAGGGAGTTGAAATTATGATAAAAAGAAAATGTGATTTA +ATTGTAGAAGATGGAAACTTAAGAAATGGTAAAGGAAATATTAAGAGAGAGCATATTATT +ATGGGGGACGAATTTAAAGGCAAGGGTAAACTATTTGCAAAGATTACTATACCTAAAGGG +AATTCTATAGGTATGCACGACCATACAGAAGATTTTGAGGTATACTATATTTTAAAAGGT +GTAGGACAAGTTTTAGATAATGGGAATTTAGTCGAGGTTAAGGAAGGGGATGTTATTTAT +ACTGCAGATGGAAATAATCATTATTTAGAAAATATTGGTGTTGTTGACTTAGAACTTATA +GCCGTGGTTCTATATGAATAAATAAACGCTCTGGAGTATATCCAGAGCATTATTTTAATA +GATTTACTTAGGTATTGTTAAGACTAATTAGTTAGATAGAGGCTAGACTATTTATTACAT +CAATATAAATAATAATTAAACTAAATTATAGAGTATGTGAAATACACTATAGTGGGTGAT +GTCATATTTATATGGTTATCATGATATAGTAAAATATAGTACTGAATTATACTTAAGTAA +ATCTAGTAGTAGTATTTTAACCCAAATATGATATATTTATTAATAATAAAATTTTATATT +TTATATTTATTAATAATTGAATCTAGATCATCTTTATTCTCGGCAACCCAAGTGTAAAAC +TTCTTATTACTATTATTTACAGAAACAGCAATTTCGAATAATAATTTAGGTAAATCATCT +GCTCTAAAGTCTCCTAAGGAATTTCCTAATCTTGTTTTATTCAGTTGGAAATTACCGTCA +ATAAATAATTCAAATGCATCTGTAGATACACCATCAACTTTTTTTATCTTTCCAGATAAT +CCAATTGCTCCTATTTGGTGAACTCCACAAGAGTTTGTGCAACCAGATATATATATTCTT +GGAATCGCATTTAAAATACTTTCATCTCCATTTTCTTTAAAATAAGATATTATACTATGA +AGCATTTGTTGACTATTTTGAACTCCCATTTGACAAATTGGCACACCTATACAAGAAATA +CTTTTTTCTAAACTTGTATTTCCACTGATGGATTTACTTATTTCAAGTATTTTTTTAGCT +TCATTTCCATCTAAGTTTATAATATACATACCTTCAGTCATAGCTAATCTAATCATTGGA +TTTTTAGCTTTATCTAATTCATATAGCAAAATTTTTAAGTTTTTAAGTGATAAAAGTCCT +CCGATTGGATGAATATAAACGCTATACCTTCCTTGTTGTTTTTGCTTAATTAATCTAGGA +TCTGAGATGTCTATTTCACTACCATATTCAAAGTACTCAATAGGATCTGGATAAAGGTCC +AAGCCACCTTTTTCTTTTTCCTTAGCTACATATTCTTTGAATTTTTCTAAGAATACTTTT +TCTCCTAATCTGCTAACCATGTATCTAACTCTTGCTTTTGCTTTATTTTTATAATCACCT +TCATCCATAAATAATTTAGTTAACCCTTCTACATAGTATAAAACATCAGATGGTTTTACT +AATTCATCAAGTTGAAGAGATACGGCGGGATTCCTTCCTAATCCTCCTCCTACAAATACT +TTAAAGTATTGCTCATTATCTTTTAAAGTTGCAATAAATCCTAAATCTTGTACAGTACAA +TGAGCAGTATCCTCATCACAACTAGAAAAAGAGACTTTCAACTTTCTCGGTAGATGATAA +GTTGTTATTTTACTTAAAAAATAATTATCTGTAGCAATAGAATATGGTGTTACATCAAAT +GCTTCATCTGGATCTACACCAGATAAGGGAGACAATCCTACATTTCTAGGGAAATTACCT +CCTCCTCCTCTAGTGAAAATACTGTTGTGAATTCCTTCCTCCATAATGTCACATATTGAA +CATACATCTAAGCCATGGAACTGTATTGCCTGTCTTGTAGTAAGATGAATATGACTTAGA +TTATGCTTATTTGCCATATGATATATTGTGTGAAGTTGAGAACGAGACATTACACCAGAA +GAAACTCGTAGTCTTATCATAAAAGATTTTTGATCTCTTTGAGCATATACCCCATACCCA +CCTGAAAATCCTTTATATTCCATTTTAGGAACTTCGCCATTAAAGAATTTTAATGAAAAT +TCTTTAAAATTGGGTATTTCTTTTAATAAAGTTTCCCTTAAATTATTCATTTTACACCTC +AACTATACATTTTCTTATGATATATTATTCACTTTAAAAGGTATAAATATAATGTGTATT +TAAATGTAGAGTTAAAATAATTTTAACCAATGACGTGATTAGTTAAGAAGTGTTAACTTA +TATTAAAAGAGTTAAATAGAACAAAGTATTAAGATTTTGTTTTAAGTTTTTATTATATGG +TTTATAATTAAGAAAAGATAATTTTGTAATAAGATGTATATTATAGAACTTTTATAGTAT +TAATATGTAAGAATTTTTTATAAAAAATAAAAAGTTATTTTAATTTGGATAAAGGATAAA +CGCAATTCAATAATGAAATTAATAATATAATTGCAGAATACTTATGAAATATTTAATTTA +TTTCTTAGGGTAACAAATAAAAAATAATCTGAAGGAAGTGAGTATATGAGGATTATAGAC +CAAGTTAAAAATAGAAAGAGCATTATTATATTAATTATTCCTCTGTTAATTGTAGCTCAA +TACTACCTTTTTAAATTTGGAATCCTAAGACCAATGATAAAAGGTGTAGAAATTAAAATC +ATAAATGGATATCATATTCAAGATATAGATAAGTATGTTATAAGATTAGGTGAAGAAGTT +ACGTTATCAAGTGGGGAATATATTAAGATTCCTCAATATGCAAAAGATCCAGAAATAAGT +TTTAAAGTATTAGATAATAACAAGGTATTAAAAATAATTGATAACAATGAGAATGAACAA +AATACTTCTACGCTGATAGGCTTAAAAAAGGGATATTCTTCAATTGCAATTGTCAAGAAC +TCAAGGGTATTAAAAAAAGCTACGGTATTAGTAGTAGATCCACAGGTAGAAAGTTTAGAT +TTAAATGTGGATGGAAATTTGGTGTTTGTTGGAGATAGTGCAGAAATAGGTAGCAATGTT +GAAGTAGATTATAAGCGATTTAAAGATGCCTACAAGGTCACATATGAGAGTTCTAATGAA +GATATACTAAAAATTGAAGGGAATGAAGTAAAAGCTATTGGAGTAGGAAGTGCTACTATA +TATGCAAAATCTGGTGATAAAGTAGATTCTATAAGATATAGGATAAGTGCTAAAGTATCT +AGTATGAAAGTAGATAAATCTATAGAAATAGAGGTTGGTGAAAGTAAAAGCATAGTACCT +AAGATAACTACTAGCCCAAGAGGTTTAAAACATCCAACTATAGAATATCAATTAGTAGAA +TCTAAACTTCCTATAGAAAGAGCTATAAGATTAGACCAGAATGGAGTAATTGTAGGCTTA +AGAGAGGGTGAAGAAAAAGTACTGGTATCTTGTGGTATTGGTTCAAATAAAAAATCGCAA +ATAGTTACAGTAAAAGTTGTAAAGGAATCATTGTTAAAAAAATATATAAAAGATTTAATT +TCAAACTACAAAGTAGTTGATAATAAAATATTAATTACATTAACATGGAGTAGTTTAGAA +GAAATATACAATTATGATGTATATTTAAAGAATAATTTATCAGATGATAAAAGCTATAGT +GTGGTCAAGTCTATAATTATGGATAAGATTGATTTGGACAGTAAAAATAAAATAAAGGCA +AATCTTGAGATAGATTTGGATAATATTAATGAAGTGGACTTTGATATTTATGTGGTAGGC +GTTACTGATAGAGGGAGCACAAATAAAAGTAATGTTGTAAATATCAAACATTCGATAGAA +GATACGGAAAAGGATTCTATCAATTTATCAGCAAATTTAGATAAGGATAATAAAAATATA +CATTTATCATGGAATAGTATAGAGAATGCTAAATATAATATTTATGTAAAAGATATATCA +AAGGGTGATCAGTCATTTGTCTTGTATGCAGAAGGTATTAGTGAAAATAACTATACGTTA +AATCTAGATGGTGAAGATTTAAATTTAGAAGTTTATGTATCCACTGTGGTTGAAGGTAAA +GATGAAATAAAAAGTACTATAAAAGTGTTTAAATAAGTAAAAAAATAAGTATAAAATTTG +ATTTTATATAATAGAGTAAATTTTAAAATAAAATCTAACGCTACGTTATATTTTGTTAGA +TCTTATTTTGGATTTACTCTTTTTTTATTGTAGGGCCATTTTGTAATATGTTGGCTGCAA +TAGTAATAGTATTTTTATAAGAATATTATTATTTAGGAGAGAAGAAAATTGAGAAAAAGA +TATGAGAGAATAAGTTTAATATCTAAAGAATTATCCCAAGAGGCGTATAAAGCTTATGCA +GGTAAAAGGGATTATAAAAGAGCAGTTGAAATTTATGTTTTATTAGCAGAATCAATGTGT +GTGCCAGATGACATCTCAAATTTTGCCAAAAATATGATGGGCAGATTAAGTAAAAAAATT +GATGAAAACACTTAAGATAATAAAATTTATGTAATTGATTAATATTATTTGATATATATT +GGAAAAAATGTTTTCTATATGGTAGAATAAATCAAGGGATAAAAAGTTATTTAACAAAAG +AAAGGGGGAATATCAAGGAAATTTACTATTCCTTGATAAAATACTATGGACAAAAGTACT +AAAATATCTTTAGAAAGAGCTTCACAACTAAAGTCAAGAATAGAAGATTATGTGAATATT +AGAAAAGAAATACCAAAAGGTTTAGAATTAAAAACAGAGATAAATTCAAGAAAAGAACAT +ATCTTAAAAGTTTTAGGTGGAACAGAAGAAAACTGGAATGATTATAAGTGGCAGCTATCG +AATAGAATAACAAATGTAGACACATTATCAAAAATATTAAAATTAACAGAAAGAGAAATA +GAACAAATAAGAGAGGTAGAAGATCAATTTAGATGGGCGATATCTCCTTATTACTTGAGC +CTAATAGATCCAAAAGATATTGCAGATCCAATAAAATTAATGTCTATACCATCTTTTATA +GAACTAGAAGATGAGCAACACGACTTAGATCCGATGGGAGAAGAGTTTACAAATCCAGCA +GGTAGTATTACAAGAAGATATCCAGATAGATTAATAATAAATGTTACTAATGAATGCGCT +ATGTATTGTAGACACTGTCAAAGAAGAAGAAATATAGGTCAACAAGATTGTCATCAATCA +AGATCAGTATTACAAGAATCAATAGATTATGTTAGAGAAAATGAAGAAATAAGAGATGTT +TTAATAACAGGAGGAGATCCGCTAACACTAAGTGATAATATGTTAGAATGGATAGTAAGC +GAATTAAGAAAAATACCTCATGTAGACTATATAAGACTAGGAACAAGAACTTTAGTAACT +ATGCCACAAAGAATAACTGATGAATTTTGTGAGATGATAAAGAAGTATCATCCAATATAT +ATTAATACTCACTTTAATCATCCGATGGAAATAACTGAAGAAACTAAAGCGGCTTGTGAA +AAGTTAGCGAATGCAGGGGTACCACTTGGAAATCAAGCTGTGTTATTAAACGGTGTAAAT +AATGATAAATTTATAATGAGATGTTTAAATCATGAACTATTAAAAATAAGAGTTAAGCCA +TATTATATATTCCATAGTAAACATGTAAAAGGAACAAAACACTTTAATACATCAATTGAT +GATGGAATGGAAATAATGGAATACTTAAGAGGATATACATCTGGCATGGCTATTCCAACA +TATATAATAAATGCACCAAAAGGAAAAGGAAAGACTCCATTACTTCCTCAATACTTAATT +TCTAAGGGAACTGACTATATTATGATTAGAACTTGGGAAGGTGAAGTTATAAAGGTAGAA +GATACTCCAGCAGTAGATATTAAAGCTTTGATCAAAGAGACTGTAGGAGAGGAGATAGTC +CTAAGAGAAATAGCTCAGACAGTGCAATAAAAGTAATAAAAAATGCGGTGAACTAAATTA +TTAGTTCATCGCATTTTTATTTTAAAATATTAAATTTAATTATGCAACTTTATTTGCATT +CTCTAAATTAGATATTCTTTTTTTGTTTAAATTATTCATACCTACAGAGGCAACTATAAG +TGATGAGTAGCATACTCCTATGAATACTAATATAGTTGTCCAAGCTACACTGTATCCAGC +TTTATCAACTAATAATGCGAATACTGATGAACCAGCAGCGAATCCTACAGCAAAGAATAT +TTGAACTACACCAAGTATAGCTCCGAATTCTTTTTTACCGAAGAATGAACCTGCAAGTAA +AGAAGGTCCCATCATGTATGCGAAAACAGATAATCCTTTTAAAACTGCGAATACTTGTGC +AAGTATAGGCATTTGTCCTGCGAATATTAATGCTAAACAAGAAGTAGCAGCTAATACTCC +AGCAACCATAAGTCCTTTAGTTACACCTAATTTGTCGAATATTATTCCACCAAATAAGTT +TCCACCTAAAGAACATAATGCAAATATAGAGCCAACGATACCAACGATCATAGGGTCTAT +TTTTAAGTGTAACTTTAAGTAAGCAGGGTATTGAACTGCTAAAGCAGAAACATACATACC +TAAGAAGAATAATCCTAAAGCGAATATCCAGAAATATTTAACGCTTTTAACTTCATTAAG +AGTGTATCCCCAGTCAACTTCAGTTGAATTTGTATTTTCAGCTTTTGCATTTTCTTCTTT +CTTCTTACCTTTAACTACTTCACTATTATCCTTAGGCATTCTTAAGAATAATAATGTTAT +AGGTATACCTACAACTAATGATAAGATACCAAAGTATAAGTAAGATTGAGATGCTCCATA +GTTCTTTAATGAGAAAGCAGTTAATTGTTGAAGGAATATATTACCTATAGAACCTCCAGC +AAAAGCAAGTCCCATTGCTTTTCCTTTTGATAACTCATCGAACCAACCGTTTATTAAAAG +CGGTACACCTATAGATGATATAGCTGCAGTACCAACTTGAACTACACCAGCTACTATGTA +GAATTGCCATAATTCTTGACACATAGAGAATGCTAAGAATCCTCCACCAGAAAGTATACC +ACCTAATAAGTACATAGTCTTAACATTTACTTTATTAAACATCATACCGATAAATGGTGA +TGCAACTGCTGATACAACAGTACCTAATGTAAATATAAGAGAGAATCCTGCAAGAGTAAA +TCCTTTTTCTTCTACAACATAACTTACAAATTGAGGTTGTATGTTTGAAGCAACACCAAA +TGGTATAGCTTGGATAAGCATACAAGCAACAACTATAAGCCAGCCTGTTGCAAGCTTTTT +GCTTTTGTTTAAAGTGCTCATTATAATTTCTCCTTTTGTATTGTTTTATTATGTCGCTTT +TTGATTAATTATGTAATTTAAGAAAGCTATTAAATGATATCATATAAAAATATGAAAAAG +TATTGAATATATGGATGCAAAATGAATTAATTTGAAAAGTTGAACCGAAAAATTCAATAA +ATTCAATATGAAATTTGTAAAAAATAGTTTATACTTAAAAATATTGAAATAAAGAACCTT +AATAACCTATTAACTTAGAATTAAGGCGATAATAATAAGAAATAATACTATTGAAGTTTA +TAAAAATCAAGTTTGAATGATGGAGGGCAAAATAATTGAAAAGTATTACTTTTGGACAGT +TATTAGATAAATTATTATATCTATCTAATCAAAAGAAGAGTACATTAGCAAAAATATTAG +GATATGACGTTTCTTATATAAGTAAATGGATAAATGGTAAAAATTTGCCGACTCAGAAAA +GTATATCAGACGTTTGTAAAAGAACATCTGAATTTATAGTTAACTCTCTTACCCCTATAT +CAATGAGAGAACTTAAAAGTTATTTTGAAATAGGAGAAGATATAAATACTAATAGCATAT +TATCTCAATATTTAGAAGAGCGTCTTAAAGAGTCATATATATATACTGCTCAAAAAAATA +TACCTAATCTGCATAGTAGAACACATTGGGAAGATAGTTATAATAGTATTATGCATATAA +ATCCTAGACTGAGAAAACAATACTTAGCTAAAGATATGGATTTATATATAAAGAAGGTTA +GTAAATTGGATATGATGATTTCTGCTAATTTATTCAAATTAAATAATAATGATAGAATGG +CGATAGCAGAAATGAAATCAGATTTAGCAGAATTAGGAGAAAAAGTAGAAGTTAGATGCA +GGATTCTATTAGGATTTGAAGGGGAAATTGAAGATATAATCTTTAATACCATATTAACAA +TAAATATGATTACTATGTACCCGAGTATCAATTTTGAAGTATATAATTGTGATGTGGACT +CAAATTCGGTTATGTCGGTAGTAAAAGATCGAATCTTTCATATGGCTATATTTGCAAAGG +ATAAGAGATGCTTACTTACAAATATGTCAAAAGAGAAGAGAGTTGTAGACGAAATGTATT +ACAGTCTAGATGAAATAGTAAAGAATCAAGGAAAACCTATAGTAGAGAGAAAATCTTCAA +TAAACATGATTAAGAATAAAAAGTATATTCAATATATAATGAGCCAAGATTTAAGGTTAT +TAATGGGATCTATAAGTGAACTCTTCATGCCATTTGATTTATTTACGGAAGTTGCTGAAT +CGGTATTTGGCAATGATAAGGAAATCTTAGATGAATTAAGAAAAATCAATATGTTTTTAC +AAAATGTAACTTATACATCTAAACTAAAAGTTTTAATTTATGAATCAGGACTTGAAAGTT +ATATATCATCAGGAAAACTTAACTTTTTCAATATACCAGTTGAGTTAACTTTAGAGCAAA +GGGAGAGACATATAAATCATATTGAAAAAGTAATAACAGAGTCTGAAAATGTCGAGATTA +AATTAATTGATGGAAATTTTGTAGAAGATTTTAAGGATAGGCAAAATCCTTCTTTATATT +TATCAAAAACTTTAACACTACTAAAAATAAATCCTGAAAAAGAAATAAATGACTATGCAA +TAGTAAGAGATAGTGAGTTTAAGCATATTTGTGATAAATTCTTTGATTCTATATGGGAAA +ATGATATTGTAGTTAATGATAAGGAAGACGTATTAGAAAGAATGAAAAAATATTTAGCTT +ATTCAAAAATTATAAATGAAAGCTTTTAGTTAAGCTTTATATGACTTATATGAATTATTC +AAAAAAAAATAGAAAATATTGAAAATATAATTTCAATGGAAAATAACACATTGACTTTTT +ATGTAGAAAATTGTTACTCTTAATACATACTATCAAATTTGGTTTTATAAATAACAACAA +AAATAGTATAACGTATGTATTGTAAATATACTTACTTAACAAAGGATAGGAGAGACTCAA +ATGACTAAAAAACTTTATTTTAATGGACATGTAATAACTGTAGACAAAAATGAGTCTATA +GCAGAAGCGGTATTAGTTGAAAATGGTTTAATAAAGGCTGTAGGAACTAATGAAGAAATA +TTATCATTAAAAGATGAGGAAACAACAGTAGTTGATTTAGAAGGAAAAACTATAATGCCA +GGTTTAATAGACCCACATGGACATGTAGTAGCTACAGCACAAACATTAATGATAGTTACT +TTAGGCGATGTTACTTCAAAAGAAGAATTACTTGATAGATTAAAGAAAGAATTAAAAGAA +AATCCACCACAAGGAGATAAGTGGTTAATAGGATTTGGATACGATAATACTAAGTTTGAA +GATGGATTACATCCAACTAAATTTGATTTAGATACTGTTAGCACAGAAGTACCTATAACA +GTATCTCATGCATCTGGACATTTAGCATGCGTTAACTCTAAAGCTTTAGAATTATATGGT +TATGCTGGAGAAGACTATGTAGTTCCAGAAGGTGGAGTTGTTAGAACTGTATCTGAAGAT +TCAAGAGAGGCAAACGGTGTTTTAGAGGAAAATGCTATACTTGACAGTGAGAAAAAGAAA +GTTGTAATATCTCCAGGTTTCGAAGATGTTTTAAGAGCAGTTGAAAGAGTTCAAAAAGTA +TATGCATCTTTAGGTATAACAACTACTCAAGATGCTTCTGTTGAATTAGCTAACGGATAT +ACTCATATATTAGATACTTGTGCTAATACTGGTAAATTAATTATAGATATAGTTGGATTA +GCAACTCAACCAGTAACAACTCAACTTATGAATGATGAAGGTACTCCAAAGAGAGAATAC +AAAAATCATTATAAATTAGCTGGAGCTAAAACTTGGTTAGATGGTTCGCCACAAGGATTT +ACAGCTTGGTTAAGCAAACCGTATCATGTTGTACCAGAAGGTCAACCTGAAGACTACTGT +GGATACGGAACTCAAACAGATGAAGTTGTAACTCAATACTATGTAGATTGTATAAATAGA +AACTTACAAGTACATACTCATGTAAATGGGGATGAGGCTTCTGCTCAATTCTTAAGATGT +TACAAGAAGGCTTTAGAAATAACAGGAAATAAAAATGACTTAAGACCAGTTATGGTTCAC +TGCCAATGCTTAAGAAAAGAACAATTAGATGAAATAAAAGAAATAGGAGCTATACCAACA +TTCTTTAATGATCACGTTAGATTCTGGGGAGACTTACATCATGATGAAGTATTTGGACCA +GAAAGAGCTCAAAATATATCTCCAATGGGATGGGCTTTAGAAAAAGGAATAAGATTCACT +ATACATCAAGATCCACCAGTTAAATTACCTAATCAAATATTAGGAATACACAATGCTGTT +AATAGAAAAACTGAGAGTGGTAGAGTATTAGGTGAACATCAAAGAATATCAGTTATGGAA +GCAATAAAGGCTGTAACTATAAATGGAGCTTACCAATACTTCGAAGAAGATACAAAAGGT +TCTATAGAAGTTGGTAAATTAGCGGATATGATAATAGTTGATAAAAACCCATTAACTATA +CCATCTGAAGAATTAGAAACTATTCAAGTTCTTGAAACTATAAAAGAAGGAAATACAATT +TATAAAAGAGATTAATTATTCATTAAGCAAAGTAATTAAATATTGTTATATATAAAGGCG +TGTTTTGCAACCTAATAGCGATAAGTTATAGGTTGTAATACTGCCTTTTTTAATTCGAAA +TAACCCAGTTATATTAAACTTTAATATAACTGGGTTATTTTATGAATATATTTATTAAAT +GTAATCAATTAGCATCTATATTTATATCTTTAGATTCCATGAATTCAACTATGTATATTT +TTAAAACACCCATTATAGGAACTGATAAAATCATTCCTGGTATTCCGAAGAATCCTCCAC +CTATAGTTACAGCCAGTATCGTTAAAAATGGGCTAAGTCCAAGTTGACCACCGACTATTT +TAGGTTCTATAACTGCTACTTCTACTTGCTGAACAAGAAGTAAATAAACTAAAGAGTATA +AAGATATACTTGGATTGTAGAATAAGTTGATTATTACAACAGGGGTCATCCCTATAACTG +GACCGAAGTAAGGAATTAAATTCATAAATCCTATTAACGTTCCAAATAATAGGGCGTATT +TAGAACCGATAAAGTAAAGTCCTATTGCGGATAGAACTCCTACTATAGCTGAATCTAATA +TCTTGCCAGAAAAATACTTTCCGATATTAGAATTTAATCTACTACATACATTTATAGTGA +ACTTACCAAATTTTTGACCTAATAATATATATATTGACTTTTTAGAGAAAGATAAGAAAC +TTTCTTTCTCAAGTAATATATAGAAGCAAATAATACATGCTAATCCAAATTGAACCATAA +ATTTACCAATAGAGAAAGTAGTATTAAATATATTGCCGATATATCCTATGAATAAATTAC +CAAATTGAGGCATAGCAGTCATCGCTTTATTAGCAAGATCTTTTATAGTATTTGGATCAA +CGTTTTTTAAGCTTTCTCCTAGTTTTAATAAGAAATCTTGAGTTTGTGAAGCATATGTAG +GTAATTGATTTATTATATCTGCTACGCTACCTACTATTGAAGGAACTGTATAAATTATAA +ATGCTCCTAGTAAAACTATAAAAAATCCATAAGTAATAAATAAAGATCCAATTCTTTTAA +GTTTAAATTTCTTCTCTAATATATTAACGATAGGGTTAAGTATATATGCTAATATAAATG +CAATTACAAATGGGGTAAGTAGTGATAATAACAGACTCACTATATCAAAAAAGTAATTAT +AGTTATCTATAAACTTAATTAAGATATAAGAAATAACTACTGTAAGTATGATATTAAAAT +AAACTTTTTTATCTCTCAAAATAACACATCCTTTTTGTCATATAAATTAAGTTGACATTA +TTATAATTAATAGTAGTATTATACAATAAATTCCTTACTGATACATGTAAATTTGACAAA +AGTTTAGAAAATCTTAAGAATATTGTTAAAAGGAAATATATTATTTATATATTATTAAAA +ATAGTGGAAATTATTATAATGCGAATTGTAATAAAAAAAATGTTAACAATATATATTAAA +AGACAACAAGAGGTGATAATTTTGCTAGAAAACAAAGCTAAAGCATTAAATGGTGAGAAT +AATAGAAGGCTAAATTTAAAATTAGCATTAGACCAAGGTTTAAATGCACCGATATCAGAG +GCTGATCAAGTTGTGCCAGAAAGTAATGTCACAATACCCTCAGAAGAGAATGTTATACAA +GCAAAAGACTGGGTAGATAATGGTAGTCGAACTTGATATTTAATAAAACATGTGGGGGCT +TATCTAAATTTAGATAGCCCTTTATTCTGTAGGAACAAAAATATATTCACCGGATTGTAC +ATTATAATCCTCTGAAACAACATCTGAATTTTCTTTATAAATGATTTTTCTAAAATCATC +TAAATCATTACTAGTTATATTAAAATTATATTTTTTTATTATATCATCGATAGTTTCACC +GGAAGATACAAGATGCTTAGTAAAAGATCTAGTATTCATAATCTTATTATAAGTTTTTTC +GTAAGCAAACTCTGTTAAAGTCGAGATAAAAGGAATATTTTGTTTGGCGTAATTAAATGA +TCTGTCTAAGCAAGTTATATAACTAAAAAATCCATCTCTACAAACTTCTGATATAGATTT +ATCTTTCTCTATATTAGGAGAAATAAATAATAATATTAATAGAAATGATAAAAAATATTT +CAAGTACACCACCTCTTATAATGAATTATTGACTATAAATAGAGTATTAAAACATATGAA +TCAAATAAAAAAAGGCTAATAGATTGCATGAACTGAACCCCTTAAAGTAGGCACAAGCAA +AAAAGACTTGTAAAATGATACTTTAAGGGGTGATTTTTATGCAAAAAAATAATAGAAAAA +ATACGAATTATTCATTTGATATAAAACTTAAAGCTGTAAAAATGTATTTAGTAGAAGGAA +TTGGAAGTCCTACAATTGCAAAGGAACTTGGTTTGAGTTCTAATAAAAGAGTTCTTTTAT +GGGTAAAAAGATATAATGAATTCGGAGAAGATGGATTAAAAGAACGTAGAGGAACTACTC +GAGGATTACAAAAAGGTAGACCCAGAAAGCGAGAGCTTTCACTTAAAGAAGAAAATCAAA +GATTAAAAGCAGAGGTTGAATTTTTAAAAAAGTTATTAATTCTAGAAAGGGAGTGATTCG +TAAATCTAATATTTTTAGAACGATACATCAACTAAAAAATATATATAATATAAATATTCT +ATGTAAAATAGGTAAGGTTTCTAGAAGTGGTTACTATAAATGGCTTCATTCCAATAAAAA +TAACGACCAAGATTTGGATTTAAAATATAAAATATTAGAAATATACACTGATTCAAAGAA +AGTTTATGGTTATAGAAGAATTAAAATAGGATTATTTAGAGCCTACGGCTTAATTGTAAA +TCATAAAAAGATAATTAGACTTATGAAATCTTTAAATATTCACTCTGTAATAAGGAGAAA +AAGATTTAAATACTATGCACCTAAAACTATTGATATTGGTAAAGTTGAGCCTAACTTATT +AAATAGAGAATTTAATTGTAATGCTCCTAATCAAAAATGGGCTACAGACATAACTTATTT +AAAATATGATAATGGTCGTAAAAGAATGTATTTATCTGCTATTGAGGATTTGTATAATAN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATACTATGCACCTA +AAACTATTGATATTGGTAAAGTTGAGCCTAACTTATTAAATAGATAGTTTAATTGTAATG +ATCCTAATCAAAAATTGGCTACAGACATAACTTATTTAAAATATGATAATGGTTGTAAAA +GAATGTATTTATCTGCTATTGAGGATTTGTATAATAAAGAAATTATGGCTTACAAGATTA +GTGATACTCTAGATATGTCATTTGTTGAGCAAACTTTAGGCGAAGCCTTTAAAAAAGTTA +AAACCAGTGAATTTAAAAATTTGATTATACACAGTGATCAAGGATCTCATTATAAATCAA +ATATCTATAAGTCTATACTTAAGAAATCTGGCGTTAGACAAAGTATGTCAAGAAAAGGAA +ATTGTTATGATAATGCATGTATTGAAAATTTTTTCGGACACCTAAAGACTGAATTAATTT +ACCAAAATTCATATAATTCTAAAGAAGAATTAATTAAATCAATAGACGATTATATATATT +GGTATGATAACTGTAGATTTCAAGCTGGATTAAAAAATATGACACCTGCAGAATACAGGT +GCCATATGATTTCATAGATAGTCTTTTATTAAACTGTCTACTTTTTAGGTATCAGTTCAA +TTTGATTTCACCTTTTTATTATTATAGGGCAATTGTAATCTTTCATCCCCTATTATATTC +TAATGTATTATTCATTAGATTTTAATGCATCTATCATATCGACCTTTCTTAATTTCATAT +GCATCATAAGCATAACAATCATTGAAAAGGTCATAGTTATTAAAGCAGAGAATATATAAC +TATTCTTTGATATTTCTAAATAGAACATCATAGTATCAATTTCTGATGTTTTAAGTACAA +ATGAATGTAGTATCTTTCCTAAAAATCCACCTACAAATATACCCAATAATGTTAGTATTA +TATTTTCTCTTAAAATATACATAGTAACTTCATTATCATAGAATCCTAGTACTTTTATAG +TTGATAATTCTCTAATACGCTCTGAAACATTTATATTATTTAAATTATATAAAACTACAA +AAGCAAGACATCCAGAAGATATAATTATAACAAGCATAATCATATCTAAATTTGCACTAG +ACTCTTCACTTGATTTTTTCATATCTGACATTAAAGTAACATTTATCACATTATCGTTTT +CCATAAGCTTTTCAGAAATATTTTCATTATTAGCTTTATCAGTATCAAAATTTAAAAATT +GAGAATTATATTCTAGTTCTTTTCCGAATATTTCTTTATAATATTCTGGAGACATATAAA +TAAAGTGCATGAAGTAATTCTCACATATGTTGTCAATTACGATATCATAAGTATTGTTAT +CTTCATCCTTCATAGTTACCTTATCCCCTACTGAAACTCCTAAATGATTAGCTAATTGTT +CATTTATAATAACACCATTATCTGATATATTATATACTTCTCCAGTTTTTCTATCATTTA +AAAGAATATAGTCATTTAACTTATTCGTATTTTCTACTACATACATAGTAGCAGTTTGCT +TATTCATATTTTCTTTGCTAAATGTTACTGATTCTTGATGAATATTTAAATTACTTTCAT +ATCCATCTATCTCATTTAAGATTTTGATATATTCTTTATTATCTGAGTTAGATTCTCCAT +CAAAGATTACCATAGAATCATACTTCCATATCTTATTAAATTGCATTTCTAAAGCACCAT +TATTTGAATCTTTAAGTCCAAATCCTGTGACAAGAAGTGCCATACATCCAGCAATACCAA +ATACGGTCATAACCATACGTTGTTTATATCTAAAAATATTTCTAAAAGTAACTTTTTGAT +TAAAGTTTAATCTTTTCCATGTAAATGTAATTCTTTCTAGTAATATTTTTTTACCTAGCT +TAGGAGCTTTTGTTCTCATAAGATTTGCTGGATTACTTTTTAATTCCACTCTTAAAACAA +ATAATGATGCTCCAACTGTACATAATAAAGATAGTGCTATAGATTGGATAATAAATTCTG +AATAATAATATATATTTAATTTAGGTAAACTGTATAAACTACCATAAGCTTCACTAATTA +TATTTGGAAGAATATTACACCCTATTAATATCCCTATAACACTTCCTAAAATACTAGCAA +TGGAAGCGTATACTACAAACTTTTTAGATATTTCAAATTCATTATATCCTAGAGCCTTTA +AAATACCTATCTCTCCTCTATTTTCTTCAACCATCCTAGTCATAGTTGTTAAACAAATTA +ATATAGCTATTAAAAAGAAAAATACTGGTAATACTGATGCTATACTATCTAAACTATCAA +TAGAGTCTTTAAGCCCTGAATATCCAATATTATCATTTCTATCAAAGAAATAATACTTAC +ACTCTTTCATATCATTTATTTCATCTTGATTCTCTTTCATTTCTTCTTTAGCATCAAGTA +ACTTTTGTTTGTTTTCAGCAATTTCTACTTCTGCTTCTTTTATACTTTGCTCTACAGAAG +TTAGCTCTAATTTTGCTTTTTCTAGTTCTTTTTTCCCTTCAACTTTACCAGCTTCAATTT +CTTTTTCACCTTGAGTAATTTCAAGTTTGGCATTATCTAATTGCTTTTGAGCTTCTTCAA +GTTGCTTTTCACCATTTTCTAGTACTTTTACTTGTTCATTATACTGCGATAATCCTTGTT +GATATTTAGTAATACCATTTAGCAATGTCTCTAAGTTTGATATATTATCTTTTACAGTAG +AACTTGTTTTTTCTACTCCATCGGCTATATTAATGGCTAGGTCTTTATTACCTGGAGATT +TCTCTAAGTCATTTATATATTCTGTTAAATAACCTAAACCTAAACTTTTGTTTGATATAA +TAATTTTCCAATAATTTATTTTTTCTATAGGAATTTCTTCTTTATCATTTATTTTATTAA +TCGTATCTTTTATATCTTTTGAAAGTAAGTTATAAGTATTAAGTAAAGCATTAAGATTTT +CTATATTAGACTTTAATTCGCCTGTATTTTGATTTGGGTCAATACCCTGATTTATAAGTG +TCTGTTTAGCTTTATCTAAAGCCTTTTTAGCTTCATCAAGCTTGCTTTTTCCATCTAATA +TATTTTCTTTTTGTTTATCAAGTTCCACTTGCCCTTTTTCTAGCTCTTTTTTACCTTCTA +AAATGTTAGACTGCTCATCTTTAATAATTTTTTCATATTCTTTTAAGCCTTGTTCATACT +GAAGCTTACCTTCTTTAAGTTTTTCTTTTGCATCATTTATTTCTGTTTCTGCATCCAAAA +GCTTACTTTCATTTTCTTCTATTTCTAAATATGCTTTATCTAATTCTTCCTGAGCCTCAG +ATTTTATTTCTTCAACTCTTTCTACTTCTCTATCTGAATATAAAGTTTTAAGATAATTAT +TATTTTCTTCCATCTTTTCTTTATATTTATCACTATAGGCTTCAAGGCCTTGAACATTTT +TGAATCTTACATAAATTTCTGTATACACATCCATTGATATATCTTTTTTATTTAATACTG +CAAAGTAATCTACAGTACCTTTTCCAACAGATGTTGTACCTCTTGATTCTTTTTCAATAT +ACATAGGACTTTTTACAAAACCTACAATTTTAAATGATTTTTTATTAAAAGACTTCATTG +TATCTTCATCAGATTCAACTACGTAATTATCTCCTATTTTTAACTCCTTATTTAGTTTTA +ATACTTTTTCATCTAATGCTATTTCACCGCTATTTTTAGGTAATCTTCCATCAACAACAA +TAAAATCGTTAATATTATTGTTATCATCATATCCCATAAATTTTACTACACTATTTATAT +TCGAAAGATTTGCATCAATACTATGTGTTGGGTAAAAATCCAATATGTTATCATTATTTT +TTAGGAGATCTATATCTTTGTCACTTAGACCTAAACTTGATACTATTTTACTATCCATAA +GGTTATAAGTGTTATAAAGCTTATTTATTGTTTTGTTCATATCAGGACCTGATGACTTAA +TACCTGCATAAAAAGCAACACCTAAAAGAATAATTACTAATATTGAAGCAAATCTAGCCT +TTGATGTTAATATTTCTCTAATTATTGATTTTTCATATGCTTTATTCTTACTCAAAACTC +ACCCCTACCACTCAATCTCTTCAATTGGAAGTGGATTTTCATTAACTTCTATACTTCTAA +CTTTAGCATCATTAATTTTTATAATTCTATCTGCCATTGGTGCAATTGCAGAGTTATGAG +TTATAAGTATAACTGTTGTTCCAGTATTTCTACAAGTATCTTGTAAAGTTTTTAATACTT +GCTTTCCTGTTTTATAATCAAGAGCACCAGTTGGTTCATCACAAAGTAATAATTTAGGAT +TTTTTGCAATTGCTCTTGCAATAGAAACTCTTTGTTGTTCTCCCCCTGATAATTGAGATG +GAAAATTATCTTTTCTATTAGATAGTCCTACTAAATCAAGAGTCTTATCAACATCTAAAG +AGTTTTTTGATATTTGTGTAGCTAGCTCCACATTTTCTTTTGCTGTTAAGTTTTGCACTA +GATTATAAAATTGAAATACAAATCCTACATCATGTCTTCTATACTTAGTAAGTTGTTTAT +TATTAAATTTTGATATATCTGTTTTATCAATTATTATTTTACCTTCATCGCAGCTATCCA +TTCCACCAAGTATATTAAGAACAGTGGATTTACCTGCACCACTTGGACCTAAAATTACAA +CAAACTCTCCTTTTTCTATGGAAAAGTTTATTCCATTATTTGCTACAACTATATTTTCTC +CAATTTTATATCTCTTATATGTATCTACAACTTCTATGTATGCCATACTCTACCTCCCTA +TATTCTTGATTAAATACATATATTATAGTATTAAATAGACACGTTGTATATTTAATACTA +TAATATAGTATAAATACTTATGAATTTATAGACAATATACACATAAAATCATATTGTTAT +TAATTAGACATTTATACTCATTTTGTTCATTTAATAACATTATATTTTAAATTGACTTAT +TTTATATAATACATCAAAGGAGCAAAAAAATGCCAGGGATTAAAGGAAATCGCAGAACTT +TATATACTAAAAAAATAATAAAAGAAAGTTTAATAGAACTACTTCAAACTAATGATATAC +ACCAAATAACTGTTACCAATATATGTAATAAAGCAGACATTAATAGAGGAACTTTTTATT +CATATTATAAAGATGCTTTTGATCTTCTTCAATCTATAGAAGATGAGCTTTTTGATCAAA +TTCTTAGGTACTTAAATGAAACTCCAGCTGAAGATTATACTGATTCATTACTTATTAAAG +TTCTTGAATTAATTGCAGAAAATAAAGACTTATGTAAGATATTACTTTGCAAACAAAGAG +ATGGAAGAATAATAGATAGAATACTATATATTGCAAGTAAAGCTAATCTTGAACCTTTAT +TTGATAAATCAAATGAATTTGATGAATCGCATTTTGATTACTTAATAAGATACTCTGTTG +GTGGCATTTTAGCGATTATACAGGTTTGGTTAGAAAATAATTTAAAGAAATCGCCTAGAG +AGATAGTTAAGATAATAAATAATATAAATAAGCTAAATTATAATACCTTTAATTAATAAT +CTATTTTTTATAGTAGAATTAGTTATATATTAAATTATTAATTAATCTAAAAAAGCTATT +AATAATAGAGTAAATTTACATACTATCTATAATTCATAGCTTTTTCTTACTTTATATCAA +AACTCTTTAATTGATAATAAGAAATAGTTTCTTCATTAATTAAAACTCTATGCTTAACTA +CACCAAGACCTTCTGAGTAATAGGTTTCTGTTGTCATACTCCCCTTAGAAACCAAACTAT +TACTCACTATTTTTATATAAGTACCTTCTAACTGAATATCATCAAGTTTTAAATCCGTTC +CTATTTCAACTATCTTTACCCCAACTATTTTCTACCTTCCACTTAATTGGTTTATCATTA +TTATCTAAATCTACTCCAGTAAACACCATAGCATGTGTCATAAGGCTTTCACCATATTCA +AATACGTCTGCTTTATTCATACAAAATTCAGTATTAAATAATCGACTAGCTTGAACACCT +TCAATATCCATAGCTCCATATTGTCTAAGTTAAACTTATACTTCATTCTATAATTTAGTT +CATAATCTCTTATTGCTACACTTACACCTGATTTATTAACCATATTCATAGCTTAAAAAT +TTTGTGGTTCTTTATCAAACTTATATTCTAATTGTTTTAATAATTCATTATCTATTCCTT +ATAAAAGACATAGCTACCATATCTATTAAATCTATTTATATTTAACCCTTCTGCATATTA +TTCTATTCTAAATAACTCTATTCCAATTTATATATTCATGTTGCAAATATCCTCTAATTA +TATAACAATTACTTTATATGCTAAAGTGTTTCTTTTAAATGATAAATTTAATATTTTTAT +ATTTAAATATATATATTAAATTTAAATATAAATTCTTATAAAGGAGGTTAATTTATATGA +AAATTAATAAAATATACTCATATTATTTCAGTCCTAGTGGAACTACAAGAAAAATTACTG +AAGAATTAAATAAATCATTTAATTTACCTATAGATACTTGTGATTTATTAAAAAATCCAT +TACATGAAGATATACATATTTCTTCAAATGATTTATGCATAATAAGTTTACCTGTTTATA +TGGGTAGAATACCATCTATTTGTATTGATATGGTTAATAAAATTAAAAGTAATAAAAGTC +TAGCAATTGGAGTTGTAGTTTATGGAAATCGTGAGTATGAAGATGCCTTGGTGGAATTGA +CAGACTTACTTACTAATAATAATTTTACTATAGTAGGCGCAGGTGCCTTTATTGCTCAAC +ATTCAATATTCCCATCAGTAGGTAATGGACGTCCAGACGACTCTGACTTAAAGCTAATAA +AAAGCTTTGGAGAAAACTGTAATAAAATAATAGAAAGTTTAAATAATGATGCATTCTCTA +GATTAGAAATTAATATTAAAGGAAATAGACCTTACAGATCAACTAAACCTATTCCACTTA +AACCTAAATCAAAAAATACTTGTAATAACTGTGGATTATGCTACAAAATATGTCCAACAA +ATTCAATCTTAAAAGATTCGCCTAAAGAAATTAATAAGGATACTTGTATTTCTTGCGGTG +CATGTATAAGTAACTGTCCATCAAATTCTAAATATTTTGGTGGGATTATGTATAAAATCG +CTAAAGTAAAATTTGAAAAATCTAATTCTGTTTATAAAATACCTGAGGTTTTTTATATTT +GCTAAATTTATAAATAACTTTTTAAGCATAAAAAATTACTGGAAATTTAATATTCCAGTA +ATTTTTTATTTTATAATTCAGGTCTAATTACTTCTATTTATAAGTTAATATAATTTTTAA +TTATATTTTGAAGATAGTTTCTCCTTCTTTGATTGTTTCAAGAACTTGAATATCTTTTAT +AGCTTCATGGTCAACTTTTAATGGATTTTTATCTAATATAGTTAAATCTGCTAATTTTCC +TTCTTTTATAGTGCCTTTTGTATCTTCTTCAAAATATTGATAGGCCGCATTTTTAGTAAC +GGCTTTTAATGCTTCTAATGGTTCTATTCTTTCTTCAGGTCCTAGAGAAACACCATTTTT +AGTTGTTCTTGTTACAGCAATCCATATAGTTTCCAACATATTAGGTTCTATAACTGGAGC +ATCTTGATGTAATGTGAAAGTTATACCTTTATCTTCTGCAGATTTAAGTAAACTTATTTT +GCTTGCTCTTTCCATTCCAAAGTTCTTAATGTGTATATCACCCCAATGATAAACATGAGC +AACGAAGAAAGATGGAATCATATTTAATTCTTTTACTTCGTCTAATTGATCTTCTCCTAA +TAATTGCGCATGTATTATTACAGGTCTAATATCATTATCTAAAGCAGTTTCTTCTTTAGC +AACTCTATACATATCAATATATTGTTGACAAGCTCTATCACCGTTACAGTGAACTAATAT +TTGCATATCTTCTTTTAAAGCTTGTTCTAGTTTACTTTTCAATTCTTCATCTTTTTGAGT +TCCGTATGCGTAGTAATCTGCTTCACCTTCATATGGAGTTCTCATCCATGCAGTACGACC +TTGTGGAGAACCATCTAAAAATGTTTTATATCCACCTAGTTTAAAGTGATTTTTATATTG +CTTTTTATAATCACCTAATTTACCAAGTATAGATTCACTTTCTCTTATATCTGCATAACC +TACATAGTCTATTTTTAAAATATTTGAATTAGCTATATATAATAAAAAGTCTGATAAAAG +TGTAACTACCATACCTTCTTGTACAGTAGTTACTCCGTAAGAAGCATACGCATCTTGAGC +TTTACCAATAGCCTTTATTATATCTTCTGTTGATGCCATTGGTACTTTTTGAACATATTC +TATATAAGCATTTTCTTCTGCGTATCCAGTAAGTTCTCCATTTTCTTTAAAAAACTTTCC +TCCTTCTGGGTCGGGCGTATTAGCATCTATTCCTAATTCTTTAAAAGCTAATGAATTAAA +TAATCCATTATGTCCTGACTTATTTGACACTACAAGAGGATTTTTAGGTGCTATTTTATC +TAAAAAATCTATTTTAGGATAAGTTTTTTCTTCTAATGCATTGTAGTCAAAGTTGTTACA +TGTTATCCAAACGCCTTCCTCGATATTATTTTTTTGTATGAAATTTGTTATTTTATTAGC +TATTTCTTCAAAGTTTATAGCTTCATCTAAATTAACTTGTAATGTTGAATTTGCATAGCC +AAAAAAGTGACTGTGTGCGTCTATAAAAGAAGGAATTAGAGTTTTTCCTTGTAAATCTAC +TAATTCTACATCTTTACATGCACTTTGTAGTAAATCATCTTTTTTACCTACTTTAAATAT +TTTACCATCTTTAACTAGGACTGCTTCTGCATATAGCTCATTTTCTAACGTTATTATATC +TCCATTAAAATATAGTTTTTCATTAACTGTCATCTTAAACCTCCTAATTATGAAATTACT +CTTTATTTAAAGTATTTACATATTTAAGATTTATAATATATTTATATTTGAATTCCTTAT +AAACATCATTTCTGTAATTTATAGTTAAAGTTGGTTTATATTATATTTAAATTTTTATGT +TATTGAATATATTAGGATTATTATTTAAATCCATTTAATTAGATTTTCAATTTATATTTT +TGTAACTCAGTATAATAATATTAAAATTTTATAATATTATGGATATCTAGGTACTTTATC +AGTTTAATCATGAACTTCGTGGTTTAATTATCAAGATATATACATGTATAGAAACAAAAT +TTAAAGTTTTAATATCTAACTATATAAGTGATATATGCGATCCTAATGGATATTTTAGAT +ATCTATAACTTTCAAAAATGAAAAATATTATAAAGATTTTATCTATATTAGTTAATAAAC +TTTTAATTCAATATTATATACCAATAGTTAAAAGATTCTTTATATGTATAAATTTTACTA +CAGATATAACCTATTTTTATGTCTTATATACTTTAGAACTTTTATTAAAAATTAGTTGCT +TATCTAATACTTACGGTTTCTTTCATCGTTGCCTTACACCTATTCTGCAGTGTACTTTAA +TTTGCTAGTTCTTTATGATCTATAAATACCGTTAGACTATAATATATTATTGTTAGCATT +TATGTTCATATTGCTTGTAAAATAAATAATTATTTATTTTTGTATGAGTAATAAAATTTA +GTTTATTTTAATTTGTTATATTCTTCATCACTTACAGGTTCTAGCCACTGTGTTGGAACT +TCCTAACAATTTGTTTCTATTGAAATATGTGAAAACCAGCTATCACAAGCTGTCCCATGC +CAGTGCTTGACATTAGGACTAATCATAACTACATCTCCAGGATTTAATTCTTTGTTGATT +GTTTTTCTTCTTGATAATATCCACTCCCTCCAGTTACCAAAAGAATTTGACCTCCCGGAT +GTTTGTGCCAACTATTACGACAACCTAGTTCAAATGTTGCATTGCCAATAGGGCAGTTAA +ATTCATTTCCACCTAGAGCACGAGCATATTTAAATATGCTTCACCTATAAAATACTTGCT +AAACATTTCTGGCATTTTCTCTCCCTTAGGATATATTACACCATTACTTGCCTCTTTATA +TTGTTCCATTATTTCTACTCCTTTATTATAATTTTTAATATACTTTGTTAAATCATGCCT +CTCTTTACGTTTACTATTATGGATTCCATAACTTGAAATATCTAATGCTGGTAAAATAAT +AAAATTAGAACAAGGATTTTTTATACCCCTAACGCTATACCCAAGACCATCTCCTCCATG +TATAACTACATCAGAAGAATCTAGATTTGTAATTTTAGTAATAAATTTCCTTCTGTAATC +TTAGTTAACTATCTAAGTTAAATATTTGTAATACCCTTAAAAATTATTTTAATAAAATAA +TACTCTCTAGAGTTAACCCTAGCGCAAGTGTTTTTTACTATGTTTATAATCCCATATCCA +AAACCATCTTCTTCAACAGCTCATTCATTGTTTATATATTCATCGCTATATTCTCTAATT +AACTTTGTAAAATATGACATAAGTGGTAGAAAAATAAGTATAAAAAAATCCCCTAAAGGG +GACCTTGAGTGGCTAACGCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGC +ATCACAATTAGGACATATCAAAATTGGCATGCCTTCGGCTTTATGGTACTCTATTGTTCC +ATCTTCATAATTCAATTTCTTAATAATCTCCTAATTCATCTACACATATTTCTGGAACTT +CTTCTTCGTATTTACATACTAAACAATGATAGTTGTACATCTTGTCCGGTTCTCTTCCAT +TTATCAGGTAATAAAACTCTTCTTCTGGAGTCATTTTCCTTTCCCTCCCTATAGCAATGG +TCTTTTATATGATACAACAAACCATACCTTTCATGCCATACCCTATATAATTCCATTTCA +GAATTACACTTTTTACAGCTAAGAGGATTTTCTCCAAAAAACTCTATCATTCTTTGTTTC +CAACTTTTCTTTATAGTATTTTCTTTCTTAGATT +>MGYG000000001_11 +GGGTAAGACCCCAGGAAGACTACCTGGTTGATAGGTCGGAGGTGGAAGTGCAGTAATGTA +TGTAGCTTACCGATACTAATAGGTCGAGGACTTGACCAAATTTAAATGATTAAATCATAA +ATGATATGCAGTTTTTAGAGTACTAACTCTAAAAAATAGCATTTACACTTAAAAAAGTAT +AATATGTTAATATTTTGTATGTGTGATAATTTGAAATTATGTGGTTATTATAGCAAAGAG +GATACACCTGTTTCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGG +GGGGCAACCTCCTGGGAGAGTAAGACATAGCCACGTAAAGTGCCGAAGTGGCGGAACTGG +CAGACGCACAGGACTTAAAATCCTGCGGGACTTACCTCTCGTACCGGTTCGATTCCGGTC +TTCGGCACCACATATAATATCGCGGGGTGGAGCAGTTGGCAGCTCGTCGGGCTCATAACC +CGAAGGTCGCAGGTTCAAGTCCTGCCTCCGCAACCATTAAAATGGCCCATTGGTCAAGCG +GTCAAGACACCGCCCTTTCACGGCGGTAACAGGGGTTCGATTCCCCTATGGGTCACCATA +TATCCCGGGACTATAGCTCAGCTGGGAGAGCACCTGCCTTACAAGCAGGGGGTCACAGGT +TCGAGCCCTGTTAGTCCCACCATTTGCGGCCTGGTAGTTCAGCTGGTTAGAATGCCAGCC +TGTCACGCTGGAGGTCGAGGGTTCGAGTCCCTTCCAGGTCGCCATTTAAGCGGGAATAGT +TCAGTGGTAGAGCGCAACCTTGCCAAGGTTGAAGTCGCGAGTTCGAATCTCGTTTCCCGC +TCCATTAATTTGAATATATGGGTGCATAGCTCAGCTGGATAGAGCAACGCCCTTCTAAGG +CGTGTGTCCGGGGTTCGAATCCCTGTGCGCTCACCAATATGAAAAGTTTCACTTATGTGA +AACTTTTTTTTTATAAAAATAAATATTCTAAATAGAAGTAAGTATATACTAAATAATTTG +TATATACTTATATTAATATAGTATAATACATAGTATAAAATAGAAGTAATTATTAAACAG +GAGGATAAGACTGTGTTCGATATAAAGTCTTTTTTTGATGGATTTATAGATATAATCTTA +AGAATGAGTATATTCGATTTAATAGACATATCTATAGTAGCATATATCTTTTATAAAATT +TTTATGTTTATAAAAGATACGAGAGCTGAACAAGTTCTTAAAGGAATAGTATTTTTATTA +TTAGCAACTCAGCTTAGTTCAACCTTTAAATTACATACACTTTATTGGTTGCTTGTAAAC +ACTCTTCAAATAGGGCTTTTATCAGCGATTATAATTTTTCAACCTGAACTTAGAGCAGGT +TTAGAACATATAGGAAGAACTCAGTTCAATTTCTTTGTAAAGGGAAATAATACAAATGAA +GATTTAAATAAGACAATAGAAGAAATTATAGAAGCTCTATACTCTTTATCAAGACAAAAG +ATAGGTGCACTTATTATAATGGAAAGAAAGACAAAGATATCCGATATAATAAGCACTGGT +ACTGAAATAGATGGAGATGTATCTAGACAATTATTAATAAATATATTTATACCAAATACT +CCATTACATGATGGAGCGGTAGTTATAAGAGGATCAAAGGTAAAAGCAGCTGCTTGCTTT +TTACCGTTAACTCAAAGTAAAGATTTAAGTAAAGATTTAGGGACTAGGCATAGAGCCGGT +GTAGGAGTAAGTGAGGTCTCTGACTGTATAACTTTAATAGTATCAGAAGAGACAGGTGAA +GTATCTATAGCTAAATCAGGGAAATTATATAGAAATATCTCAAGAGAGAGAATGACCAAT +ATATTACAAAATAACTTAAAAAGCAATACAGAAGAAAGAAGTTTTTTAAAAGGTGGTATA +TTTAGATGATAGAAAAGCTTAAAGAAAATACAAAAATAAAATTGATATCTCTCTTAAGTG +CAATAGTTTTATGGTTATATGTAATGGCTATAGTTGATCCTCAAGAAACAAAGCTATTTG +AAAACATACCTGTTACAATAACTAATCTTGATGAGTTAGATTCGAATGATTTTGTTATTT +ACCCAGAAGCAAATTTAACTACAGATATATATGTTACAGGGAAATTATCTGTACTAAAAA +ATATATCTAAGGATGACATAACAGTTTATGGAACTATGAGTAATTTCATAGAAGGAAATA +ATGGTGTATTTTTAAAAGCGAATATATCTAAAGGTGTTACATATGAACTTAAGCCAGATA +CTATAGTAATTCCTTTGGAAAAAATAGTTCAAGAAAAAAGATCGGTAGATGTAGTAGTTA +CAGGTAAATATAAAAATAATTTTAATGCAGTTCAATTAGAAGAAGATAGTATAAAGATAT +CAGGTCCAAGAACTCTAGTTAATGAAGTACAAAAATTACAGGCAACACTTAATGTGGATG +AAAATAAAGATACATATACAACAACATTAAATCTTGTACCTGTTAACGATAGAGGTCAAA +AAGTAGATGGTGTAACTCTTGAAACTTCTTCAGTAAATGCAACAGTATCATTATTAGTAG +AAAAAAATGTGCCAATAAATCCTGTATTTGCAGAAGGTAGTGAAAACTTAGGTGAATATG +AATTAAGTCAAAATAGCATAACAATTAAAGGGAAAAAGGATGTAGTAGATAATATAACAT +CTATTAACACAAAAGCGATCAATTTAAATGATATTAATGTAGGTTTATCTAAAGATGTTC +GATTGGATATTCCTGCAGGAATTAAGATTGATGAAAGTATAAAGATAACTATAAAAATAA +ATGAAGTAAAAGATTTAGTAACTAAGTTAACATATACTAATGATGAAGTAGAGATAAGAA +ATAATAATAACTCTGTAGACGTAGCAACCTTAAAAATACCAAGCACAATAGATGTAGAGA +TTGAATACAAAGAGAATATTTCAAATTTAAATAAATCGGATATTACTTTATACATAGATT +TATCTGAAGGTGATGATACATTTACTATAAAGTATGAATCGAAATATGATTTTGAAAATG +TTAAAATAAGTCCAGATATTGTTATAGTTGAATAAAGTTAAAATAAAGTGATAATGTAAT +TTATGTTAATTATATTATCACTTTATTTTTTGTATAAAGACAGAGTAATTTTTAAAGTGA +TAAATTGCAATAATTGAATAGAGTATTCATATATATAACTGTAGAAAAATTAATTTATAT +AAATGATAAATTATCATATTAAGTGCAACACCTAAAAATATGTAAAAAATAGTCCATAAG +TTTATGTTCATGTTACAGTAATAATAACCACAAAACTACTTTACATGAAAGGACATAAAT +TTATGAACTACAAACATATTAGCATAAATGAAAGATGTTGCATAGCAAATTTTCTAAGTT +TAGGATGGAATCTAAGAAAAATTGCAAAACATTTAAATCAAAATGTATCTACTATTTCAA +GAGAAGTTAAGAGAAATTTTACTAATGGTAAATATCTAGCACATATAGCATGTGAGAATT +ACTCTAAAAATAGAAAAAACTGCAGAGCAAGAGGAAAATCCTTAAAATCTAAAGAAAAGA +GAGGTAAATTTAATATAGGAAAAAGTATTAAAGATAGAACAAAAGAAGTTCGAAAAAGAG +AAACTATAGGACATTGGGAACTAGACACTGTTGTATCTAGCAGAGAAAAATCAAAGGCTT +GTCTTTCAACTTTTGTCGAGAGGAAAAGTTGATTTTTAATAGCTCAAGTTATGGAAAAGA +GGAAGTCTTCAACATTTAACTTCCATTGCTTTACTGTTTTTAAAGATATTCCAAGTGATT +TAATTAAAACATTTACTGTAGATAGAGGTAAAGAGTTTGCAAGGTATGTAGATATTGAAA +ATACACTAAATATAGATGTCTACTTTGCGGATGTGTATGCTTTTGGCAAAGAGGTACATA +CAGTAGAAGTAGAATCAGTACTAGAAGTATTTAAAAAGTATTCGGACCTAAAAAAGAAAA +ATATTTAGGTGTAAATAGAGAAGCAATACAACTTGGAATGAAACAAATATTATAAATTAA +TCAGAAGAAAAATATTCAGATAAAGTAAAAAAATAAAGTAAAGAAGGCAATAGAGTTTTG +TTTCTATTGTCTTTTTTTTACTTTAGTATTAAAATACTCATATGACTTATAATATCAAAT +ATAACAAATATAAAAATAATAGAATATAGATAGATATAGAATATATTTATAAAGCTTTTC +AACTTGAAAGGAGATTATCAATGAGAAAATATTTTGGTACTGATGGTGTAAGAGGAGTAG +CTAATACAGAATTAACATGTGACTTAGCTTATAAGTTAGGTAGAGCAGGGGGATATGTTT +TAGCTAAAGGAGATCATAGAGTTAAAGTTGTAGTAGGAAAAGACACTAGAATATCAGGAG +ATATGCTAGAGGCAGCTTTAATATCAGGTTTAATGTCTGTAGGTTGCGATGTTATAACAG +TTGGAGTAGTACCTACACCAGCAGTTGCTTATTTAACTAAAGAATACAATGCAGACTGTG +GAGTAGTTATATCGGCTTCACACAATCCAGTAGAATATAATGGAATAAAATTCTTTAATA +AAGATGGATATAAATTAGATGATGCAATAGAACTAGAAATAGAGAAGTATATAGAAGATA +TAGATAAAGTAGAATGTTCACCTGTAGGAGAGCATGTAGGTAGAAGAATACACAAGCATG +ATGCTAAAAAAGATTATGTTAATTATCTAAAATCAATTATAAATGTAGATTTTAAAGGAT +TAAAAGTTGTACTAGACTGTGCTAATGGAGCTGCATACGAAGTAGCGCCAACAGTATTTA +AAGAGCTAGGAGCAGAAGTAGTATCTATAAATAGTAACCCAAATGGAAACAATATAAATG +ATAAGTGTGGATCAACTCATCCAGAGCAACTGAAAGAAGCTGTTTTAGAATATAAAGCGG +ACTTAGGTCTAGCATATGATGGTGATGCAGACAGACTAATTGCTGTAAATGAGAAGGGAC +AAATAGTCGATGGCGACCATATAATGATATTAAGTGCTATCTATTTAAAGAAAAATAATA +AATTAGCTCAAGATACTTTAGTTGTAACCGTAATGAGTAATATAGGATTAACGATAGCGG +CTAAGGAAAATGGGATAAAATTAGCAACTACATCAGTAGGAGATAGATATGTACTTGAAG +AAATGAAAAATAGTGGTTATAATTTAGGAGGAGAACAATCAGGACATATGATTTTCTTAG +ATTATAATACTACTGGAGATGGAGTTTTAAGTTCTTTAGTTCTTGCTAAAATAGTACTAG +AAGAAAATAAAGCTTTATCAGAACTTGCATCTGTAATGACTCAATACCCACAAGTATTAG +TTAATGCAAGAATCAGCAATGAAAATAAAAATAAATACATGGAAATAAAAGAGATAAGCG +ATGAAATATCAAGAATAGAAAGCTTATTAGATGGTTGTGGAAGAGTATTAATAAGACCAT +CAGGAACAGAACCATTAGTAAGAGTTATGTTAGAGGGTAAAGAGGAAGGTCAAATAAAAG +AATTAGCTACAAACTTAGCTAACCTTATACAAGAAAAATTATCATAATAATATAGGTTGC +TAATGTATTAAAATAAATTCATATGATATCTAGGTTTCAGAGGAGAATAAATTTTCCTCT +GAAACCTTGATATTATTTAAGTTTTTTATACATTCAACTGTATTTGATAAGCGCCAGAAC +TTAGATGTCGTCTCTTTAAAATTAAAGCAAATTAGTTCTAAGTTGACGAGGACAGAGTTA +ATCGAATTATCGGCGGATGCTCTGCGGTGTGTTTACCATCGAAAGAACTTCTTTAAATCA +TAGGAGTGATTCTGTGGACAAAGAGAAGCTCAAGTAAACTTATATGACCTACTCTTAAAA +AATATAAATTTTTTTAGGAGGCTACAATATATGTGTGGTATAGTTGGATATTTAGGAAAT +AGACAGGCAACAGAAGTACTTGTTGAAGGACTTTCAAAGTTAGAGTACAGAGGATATGAC +TCAGCAGGTGTTGCAGTAAATGTTGGAAATGAATTAGAAATAAGAAAGTTTAAAGGAAGA +CTTGCTATATTAGCAGAGGATTTAGAAAACAATCCTATTAATGGTGGATTAGGAATAGGA +CATACGAGATGGGCAACTCATGGAGAGCCATCAGATGTAAACTCACATCCTCACTTTAAT +ATGGCAAAAACAATAGCTGTAGTGCACAATGGTATAATAGAAAACTACATGGAATTAAGA +GAAGAATTGCAAGCAGAAGGTGTTGTGTTCTTATCTCAAACAGATACAGAGGTTGTTGCT +CACTTATTGGATAAGTTCTATGAAGGAAACTTATTAGATGCAGTTTATAAAGCAACTGAA +AAGTTAAGAGGAGCATATGCATTAGGTGTTATATGTAAAGACAATAATAATGAATTAGTT +GCTGTAAGAAAAGATAGTCCATTAATAGTAGGTATAGGAGAAGATGAAAACTTTATAGCA +TCTGATATACCTGCAATATTAAAATATACTAGAAATGTTTATTTCTTAGAAAATGACGAA +TATGTTCATATTCAAGGTTCTAATGTAACTATTTTAGATGAAAATAGAAATGTTGTAGAA +AAAGAATTAAATGAAATAACTTGGGATGTAGAAGCTGCTTCTAAAGCTGGATATGATCAT +TTCATGTTAAAAGAGATATATGAACAACCAAGCGGAGTTAAAGAAACTTTAATAAGACGA +TTAAATTCTGATGGAGAAATCCAATTAGATGATATAAAAATGACTAATGAAGATTTAGAG +AAAATAAACAGAGTTTATATAGTTGCATGTGGTACTGCATACCATGCAGGACTTGTTGGA +AAATTTGCAATAGAGAAGTTTGCTCATATACCAGTAATAACGGATATAGCATCTGAATTT +AGATACAGAGATCCATTTATAGATGATAAGACTTTATTAATATTAGTAAGTCAATCAGGT +GAAACTGCTGATACTTTAGCATCTTTAAGATATGCAAAAGAAAAAGGAGCTAGAATATTA +TCCGTAACTAATGTTGTTGGTTCTTCTATAGCTAGAGAATCAGATGATGTATTCTACACT +TGGGCAGGACCTGAAATCTCAGTTGCATCAACTAAAGCATATACAACTCAATTAGTATCA +TTCTATATGATAGCGTTAGACTTTGCTATAAAGAAAGGTACTATAAGCAGAGAATACTAC +AATGAAATGATAGAAAAATTAAAAGATATGCCTGAATTAGTTTCTAAAGCTTTAGAACAA +GAAACTCATATAAAAGAAGATGTAGCTAAAGAGTTAAAAAATGCAACTAGTGCATTCTAC +TTAGGTAGAGGATTAGATTATAATTTAGCTATGGAAGGTGCATTAAAGATAAAAGAAATA +TCTTATATCCATGCAGAGGCTTTTGCAGCTGGAGAATTAAAGCACGGTACAATAGCATTA +ATAGAAGAAGGAACTCCTGTTATCGCAATAGCTACTCAAGAAGAACTATTTGAAAAAATG +GTTTCTAATATGCAAGAAGTTAAGGCTAGAGGAGCTTACGTTATAGCAGTAGCTCAAGAG +CATAATAAAGAAGTAGAAAAAGCAGCAGATAAGGTAATATATATACCAAATGTTGATGAT +ATATTATCAAGTATATTAACTGTTTTACCACTTCAGTTATTATCTTACTATGTTGCAGTT +CAAAGGGGCTGTGATGTAGATAAACCAAGAAACTTAGCAAAATCAGTAACTGTAGAATAG +ATAAAAAATAAAGGTAGATATATCTTAAAATAAAGTTAATTGTAAAGCGTTTGGGCTGGG +ATTAATTTCTATATTCCAGCCTTTCGCTATTTTTCTATAAAAATTATTTTAAGACGATAC +TATCTTTATTTTTTTAGATTAATAATAGTTTAAAGAGCAGTATATCCTCCTTAAAGTTGT +CAATAATTTAAATATACATTACAAACTTAAGGGGGATTTTTTATGAATAAAATAAAATAC +ATTACTTTGTTTATAGTGTTAGCATTATTAGGAGCTATGTCATCTTATGCTGATATTAAG +TTTAATAATTCATATGATAGATTTTTACAAGCTTTTGAAAGTAGTGAAGCTAAATTTAAA +TTTTATAGTATGAAGGCTAACGTTCCTATAGAATATGATATAGATAGTGATGAAATAAAA +AGCATATGCATAGAATTAATGAGTAACTTAGGAATGGAAGAAAGTGATATAAAAATAGAA +GATAAATGGAACCAAGATGAAAAACAAATATACCTTCAGGCTAAGGATGAGGATACTAGT +ATATCAATAGTTGGAATCAAAAAAAGTAGTTCCGAATCATACATAATGGTTGACATATTA +GATAATAAAGTATATAAAAATATAGTAGATATTTATGCTATTTTGGAAAATTATCTGAAT +AAGTATTCTCAAGAGGTTGAAATTTATACTTGTATAGCTGGAGAATATGGCAAAAAGTTA +CAAATTGATAAATATGATGATATTTTAAATAAAATATTATATAATATGAATGCTGAAGTT +ATAGAAAAAGTACAAGAAGAAAACTTTTTATCTGTAACAGCATATAGTAAAGTATTAAAA +GAAAATTACTTAGAATGTTTTGGAAATAAGATAAATTTAAATATAGGAATTAGGTATAGC +GAAGACGATGAAAAAACTTTAATATATATTGCTACACCGATTATAAAATTAGATTATTAA +TGAGGAGAGGCAAATAAGATGGCTAAAATAATTGTAAAAAAGAGTAACCCACTTAAAGGT +AGTGTTAAAATAGATGGAGCAAAAAATGCTGTATTACCAATAATAGCAGCAACATTATTA +GCAAAAGGAAAATCAGTAATAAAAGAAGTTCCTAACTTAAGGGATGTTCATGTTATATCA +GATTTATTAAGACACTTAGGTGCAGAAGTTGAATACGAGGGGAAAACTTTAACTGTAGAT +GCTACGAATATAACTACATGTGAAGCACCATATGAATTAGTAAGAAAAATGAGAGCGTCA +TTCTTAGTTATGGGACCATTATTATCTAGATTTAATTATACAAAAATATCTATGCCAGGA +GGGTGTGCTATAGGAACAAGACCTATAGACTTGCATTTAAAAGGATTTAAATGTTTAGGT +GCAGATGTTGAAATAGACCATGGATTTGTAGAAGCTAGAACAGAAAAGTTAAAAGGTTCT +AAATTATATTTAGATTTCCCATCTGTTGGAGCAACTGAAAATATAATGATGGCTGCATGT +TTAGCAGAAGGAACAACTATAATTGAAAACGCAGCAGAAGAACCAGAAATAGTAGATTTA +GCTAATTTCTTAAATGAAATGGGTGCAGACGTAAAAGGTGCAGGAACAAATACTATAAGA +ATAAAAGGTGTTAAAGAGTTAAGAGGTGCAGAGCATACTGTTATACCTGATAGAATAGAA +GCAGCAACTTATATGGTTGCAGCAGCTATGACTAAGGGAGATATAGTTATAGAGAACGTA +TTAATGGAGCACTTAAAGCCTGTTACTGCAAAATTAAAGGAAGCAGGATGTAAAATAATA +GAATTAGAAAATGCGGTTAGAGTTATAGGTCCTGAAACTTTAAAGCCTATAGATATAAAA +ACTTTACCACATCCAGGATTCCCAACAGATGTTCAAGCTCAATTTATGGCGATGCTTACT +ATAGCTAAAGGAACTGGTGTAGTTATAGAAACTGTTTTTGAAAATAGATATATGCACGTG +GCTGAGTTCAACAGAATGGGTGCAAATATAAAAATAGAGGGAAGAACAGCAGTAGTAAAA +GGTGTAGATCAATTATATGGAGCAAAAGTAAATGCCACAGACTTAAGAGCTGGTGCAGCG +CTTATACTATGTGGGCTTATAGCAGAAGGTGATACTGAAATAGGTGAAATATACCACATA +CAAAGAGGTTATGTAGATATAGATAAGAAAATAACTGCATTAGGTGGAAATATAGAAATA +GTTGAAGACTAATTAATATATAGTGAAGTAATAAATATACAGGGTTTTTCATATACTTTA +AGGATATTAGCTAAGCTAAGGAGGAAAGAATATGAAAAATCCTTTAGTAATTTTAGCGGG +ACTGGTTTTTTTATGTATATCTGTACCCGTTATTTTGAGTACCGCATTTTATAAAGACTC +AGAAATAAGTAGCACAAATGAAAATATCAAAATAAATATTGAGACTAAGGGCGAGAAAGA +AGAGAAACAAGAGAAAGAAGTAATAAACTATGAGACTATAGATGAAGAATCACCAAATAT +AAGTATATATAATCATAAGGCTGGTGTAATAGAATCTATAGATATAGAAACTTATCTTTA +TGGTGTTCTATCAGGCGAAATGTCTGCAAAATTTAATATAGAAGCTCTGAAGGCTCAAGC +AATAGCTGCAAGAACATTTGTAATGAATAAAAAAGAAAATCCTGTATCAAGTGGTCATAA +GAATGCAGTGGTTTGTACAAACTATAAACATTGCCAGGAATATAAAAGTTATGAAGAGTT +AAAATCAACTAATGGAACCCAATGGATGGAAGAATATTATACAAAGATAAAAAAAGCTGT +AGATGAAACTAAAGGTCAAATTATAGTTTACGAAGATAAGCCAATATTACCATTATACTT +TTCTACATCATCAGGAAAAACTGAAAATAGTGAAGAAGTTTTTTCAACACAATACCCTTA +TTTAAAATCTGTAGAGAGTCCATATGATGGACAATCTCCTAAATACACATCACAAGTAGT +TGTAAGCAAATCTGATTTTATTAACAATATAAAGAAAAGTTATCCTAATATCAGCATAAA +ATCAAGCAATCTAAAAGAGGATATTAAAATATTAAATAGAAATGAAGGAGGATCTGTAGG +TAAAATAAAGGTTGGTGATAAAGAACTTACAGGTGTAAACATTCGAAGTATATTTAATCT +TAATTCTGCTAATTTTGAAATAGAGTTCAAAAATGATAATATAATATTTAATGTAAAAGG +ATATGGCCATGGAGTGGGAATGAGTCAATGGGGAGCAGAAGGTATGGCAGAAGAAGGATT +TTTATATTATGAAATTTTAAAATATTATTATACAGGAACGGAAATTAAAGACCTATATTA +AAATAAAAAATATATGGATAAATTGTATAAAAATAGAAGATACAGGAGACACTTCAAATG +TATTAATATATTTGGAGGTGCTGTATGAAAAAAAAGTTATTAGAAAATGATATTTTTTAT +CTATCGTTATTTGTATGCGTATGTTTAGTAGCAGTAGGCGGAGTTTGGCTTACAAATAGT +AATGTAAATAAGCTAGCTAGTAATGATACAGATAGAAATGAAGAGATACATTTAATAGAT +AATGATAAAAAAGAAGATGCAATACCAACAACTACTGATTCTGATCAAAATTTAGCTAAG +GCAAAAGAAGAGAAAGAAGATAGTAGTGATAAATTAAGTTTCTTAGGAACTAAGGTAATA +AGAGAATTCTCAGAAAAAGAACCTAGTTATTCAGAAACTTTAAATGTATGGGAAATACAT +AAAGGTGTTGATGTAAGTACAACAGAAGGTCAAGAAATAAAATCATTATTAAATGGAAAA +GTAATAGACGTTTATAAAGATGATGAACATGGTATGTCTGTTAAAGTACAATATGATAAT +GATATTATAGTAGTTTATTCAAATTTAAGTGAAGATATTAAAGTAGAAAAAAATCAAGAA +TTAGAAGAAGGACAATGTATAGGTTTAGCAGGAAATACAACAGCTGTTGAAAGCGAAAGT +GAACAACATGTACATGTAGAAGCATTCAAAGGTGAAGAATCTATAGATCCAATGTTTTTA +ATAGATTAAAAAATATAACAGATTTAATCATAATGATTAAGTCTGTTATATTTTTTTTTG +TTTTTACATATATATCATTAAGGCTATTAGGTTAGGGGGGGAAATCTTGAAATCGCATAT +AGAGGAAAGAGCCATTGTTGTAGCAAAATATATACTAGAGAAAAATACTACAGTTAGACA +AACAGCCAAAACCTTTGGAGTAAGTAAAAGTACAATCCATAAAGATGTAACGGAACGATT +AGAAGAAATAAACCCATCTCTAGCAAAAGAGGTTAAGAAGGTTTTAGAAAAAAATAAATC +TGAGAGACATATTAGAGGAGGTTTAGCAACAAAATTAAAATATGAAAAAGAAAACAAAAA +AGATGTAGGGTAAAACCTACATTTTTTCTTGACTAAAGTAAAGATTTTGTATATCTTGTA +TCTAGGAGTATAAAGACAAATAAGATATGAAAATAAAGAGGAGTTGAAGAAATGGCTAGA +GTTGACATAGGTATAGACTTAGGGACGGCAAATGTAATAGTTTATGTAAGTGGGAAAGGT +ATTGTTTTAGAAGAGCCATCTGTAGTAGCTATAGATAAAAGAACAAATTCTGTATTAGCT +GTAGGAGAAGAAGCTAGGAAAATGATAGGGAGAACACCAGGAAATATAGTAGCAATAAGA +CCTTTAAGAGATGGTGTAATATCAGATTATGATGTAACGGAAAAAATGTTAAAATATTTC +GTAGAGAAAGTAGTAGATAAAAAAGGTTTTGGAAGATTTTTTATGCCTAGAATAATGGTA +TGTGTTCCAACAGGAGTTACAGAGGTCGAAAAAAGAGCGGTAGAAGAAGCTACAAGACAA +GCTGGTGCAAGAGAAGTTTATATAATTGAAGAACCTATAGCAGCAGCAATAGGGGCCGGA +ATAGATATATCTCAGCCGAATGGAAACATGGTTATAGATATAGGTGGAGGTACAGCTGAT +ATAGCTGTTATATCTCTAGGAGGAGCTGTTGTTAGTGAATCTATTAAAATAGGTGGAGAT +AGATTTGATGAAGCGATAGTTAGATATATCAAAAAGCAAAAAAATCTTCTAATAGGGGAA +AGAAGTGCAGAAAAGTTAAAGATTGAAATAGGAACTGCAATTAAACCAAAAGAAGAAAAA +TATATGAAAATCAGCGGAAGAAACTTAGTTACAGGTCTTCCTGAATCTATGGAAATAGCA +TCTTCAGAAATATTAGAAGCTGTTAGTGAATGTGTAGAGCAAATAGTTATTGCAACTCGT +TATGTCTTAGAGCAAACACCTCCAGAATTAGCTGCAGACATAAGTGATAGAGGGATAATA +ATGACAGGTGGGGGAGCTTTACTACAAGGTTTAGATAAAAAGATACAGGAGAGTACGGGT +ATAAGAGTATCAGTAGCAGAAGATGCTTTATCATGTGTGGCAAAAGGTACTGGAAGTTCA +TTAAGCTCGTTAGATTTATTAGAAATGGGCGGAACTTTTAAGAAGAGATAATTAAAATAA +AGAGCTATCTAAAAATATTTTTAGATAGCTCTTTATTTTAATTGTGAAATTATAGCTAAG +TTGCTAGAAGAAGAGATAGTGCAACAGTTTCGGCTAATTCTAATACAAAGCTAAGTCTAA +CATTATTGAATGAAAATCTATTATTTTCATCAATTTTATCTACTATACCTACTATTGAAA +AACTTCCAACTTGAGGAAGTTTTTTACCGACTCCTTTTCCAGGAAGAATAGGTCCTTTTC +GAATTTGTATATTACCTATACTATTTTTAGATCCGAGACAAGCATCAATGGCTAAAAACT +CACCTTTAGGGTGAAGTCTTTTTATTTCTTCAATTGACTCATATATATTTAAAGCATGGA +TAGGATTATCTAAGGTACCGTAAACTGGGTATTTAAAATCGCTATTTTTTAGCATAGTTC +CAACTAAAGGGCCTAGAGCATCACCTATAGCCCGATCTGTTCCTATACAAATAACAATAG +TATTTTCATTTATAATATCTTTTAGTATTAAGCTTAATACTTGAGCTACATTCTCTTTTT +TATAATTTACTTTAGCTAGATACATAGGAACACCCCCTTCAAAAATATATGAACTTTCAA +TCTGAAAAATACCTAACTTTAGATTACATATAAATATCATATTTATAATATGTAGCCAAT +GGATAAATAATAATACCTACTATATAGTATATAGTGATAAGCTTAAAAAATTATTATGTA +TTAAAGCATAATTATCAAATTATAAATGCTTGACATAAAAATTAAAAAATAGTAACATAT +AATTAATTAATAAACAGAATATAAATTGATTTTAATAAATATGAAAATATTTATTACCTT +ATCAAGAGTGGCAGAGGGATAGGCCCTGTGAAGCCCGGCAACCGCCCGAAAGGGAAACGG +TGCTAAATCCTACAAGATTTTAGAATCTTGAAAGATGAGGTTAGTTAATTAATGCATAGA +ATTGTGATAATTAGCCTCTTCTTTTTAAGAAGAGGCTTTTTAATTTTTATATTTTATATG +CAAATTAATATAAACTCAGAAAATAAACAAAATAAATATAGAACTTAAAAAAATTTAAAG +GAGGAAATAAAAATGGCAAGACATTTATTTACATCAGAATCAGTTACAGAAGGTCATCCA +GATAAAATATGTGATCAAATATCAGATGCGATACTAGATGCTTTATTAGAAAAAGACCCA +CTATCTAGAGTAGCATGTGAGACAACAGTTACAACGGGGTTAGTTTTAGTTGCGGGAGAA +ATAACTACATCGGCATATGTTGATATTCCTAAGCTAGTAAGAAATACTATTGAAGAAATA +GGATATACGAGAGCTAAATTTGGATTTGACTGTAATACTTGTGCTGTTATAACATCTATA +GATGAGCAATCAGGAGATATAGCTATGGGTGTTGATGAAGCTTTAGAAAATAAAGTTGGA +GAAGAAACAGAAGATGAAATAGAAAAAGTAGGTGCTGGAGATCAAGGTATAATGTTTGGT +TTTGCATGTAACGAAACAGAAGAATTAATGCCACTTCCAATATCTTTAGCTCATAAATTA +TCGAGAAGATTAACTGAAGTTAGAAAATCTGGATTATTAGATTATTTAAGACCAGATGGA +AAAACTCAAGTTACAGTTGAATATGATGGAAATAAAGCTGTTAGAGTACATACAGTTCTT +ATATCGACTCAACACTCAGAAGATGTAGATAATGATACAATAAGAAGAGATTTAATAGAA +CAAGTAATAAAGTATGTAATACCTGCTGAATTACTTGATGAAGAAACTATGATATATATA +AATCCTACAGGAAGATTCGTTATAGGTGGACCTCAAGGTGATACAGGACTTACTGGTAGA +AAAATAATAATAGATACTTATGGGGGATACTCTAGACATGGAGGAGGAGCATTCTCAGGA +AAAGATCCTACTAAGGTTGATAGATCAGCTGCGTATGCTGCAAGATATGTTGCTAAAAAT +ATAGTAGCTGCTGGGCTAGCTGATAAGTGTGAAATAGAATTAGCGTATGCTATAGGTGTA +GCTAAACCATTATCAATATTTATAGATACTTTTGGAACTGGAAAAGTTTCAGAAGAAAAA +TTAGTAGAGTTAGTAAATAAGAATTTTGACTTAAGACCGGGAGCTATAATAAGAGACTTA +GATTTAAGAAAACCTATGTATAAGCAAGTTGCTGCTTATGGACATTTTGGAAGAACTGAT +ATAGATTTACCATGGGAAAGAACTGATAAAGCAGAAGTATTAAAACAACAAGCATTAGAA +GCATAATAATACAAGGGCTGTTTCAAATTTGATTTTGAAACATGCCCTTTATTTTATTGT +TTATAAAATGTATAATAGTTACGAATTAAGTATATTATAAAAACACTATTTGTTTGTAGG +AGAAAAGATATGGAAAGATTAGAAGGAATGATAAGTGATATAGTATTTAAAAATGAAGAA +AATGGATATACTATAGCTCATTTAGCCAACAGTATGGATGATATTGTAATAGTAGGATGC +ATGCCAACTTTATCAGTAGGAGAAAGCATAGAGGTAGAAGGAAAGTGGGTAAATCATAAA +ACTTATGGAACTCAATTTGAAGTAAGTAAGTTTATGCCTGTTATACCATCTTCACTAGAA +GGAATTTATGCCTATTTATCATCTGGAATGATACATGGTATAGGTGAAAAAATGGCTAAA +AGAATTGTTGATAAATTTGGTGTTAATACTTTAGATATAATACAAAATAATCCAGAACGT +CTAGAAGAAGTAGAAGGTATTGGCGGTAAAAAACTAAAACAAATAGTAAAAAGCTACGAA +GAAAATAGAGAACTGCGAAATATAATAATAGAACTATCTCCATATGGTATAACTCCTAAT +TACTGCTTAAAAATATACAAAAAATATAAGGATAAATCGATAGAAGTTATTAATAAAAAT +CCATATAGACTCGCAGAAGATATAAGAGGTATTGGATTTAAAATAGCTGATGAAATAGCT +AATAAAATAGGAATAGATAAATATTCAGATGATAGAATATGCCAAGGTATATTGTATGCT +TTAAATCAATCATTAGGAAGTGGCCATACTTATTTACCTAAACCTATTTTAATACAAGAA +GCTAAAAAAATATTAGATGTAGAAGCATCTATGATAGATAATTGTATTATGGCATTAGCA +TATGACCAGAAAATTCACTTAGAGCAATCAAACGGTCAACAATTAATTTATTTAATGCCT +TATTATATGTCTGAGAATGGAGTATGTAAACAAATAATTAAACTATCACAATGTGAGTTT +GATGATTTAAATATTGATATAGATGAAGAAATTAGATCTTTAGAAGAAGAAGAAAATATA +AAATTAGCAAGTAACCAAATTTTAGCAGTTAAAGAGGCTATTAATACTGGTGTACTAGTA +ATTACTGGTGGCCCAGGTACTGGTAAAACTACAACTATAAATACAATAATTAAAGTATTT +GAAAATAATAAGAAGAAAGTTGTTTTAGCGGCTCCAACAGGTCGTGCTGCAAAAAGAATG +AGCGAGACATCTCAAAGAGAAGCTAAAACTATACATAGATTATTAGAAATGGGATTTGCA +ACAGATAGTGATGACCTAATGTTCTTAAAAAATGAAGAAGATCCTATTAATGCGGATGTT +GTTATTTTAGATGAAGTATCAATGGTTGATATATTGTTGATGTATAGTATGTTAAGAGCT +ATAAAATCAGGTACAAGGGTAATCTTGGTTGGAGATAGTGATCAGCTACCATCAGTAGGA +GCAGGTAATGTACTAAAAGATATAATTGAATCTAATGTTATTAATGTAGTTAAATTAAAT +GAAATTTTTAGACAAGCCCAAGAGAGTATGATAGTAGTAAATGCTCATAAAATAAATAAA +GGAGAGCCATTATTCTTAAATTCTAAGGGAAAAGATTTTTTCTTTATAAGAAAAAATACT +AATGAAGAAATTATAGATGAAATAGTAGAAATAGTTAGCGAAAGATTACCTAAGTTTTAT +AAACTTGATAAATTAAAGGATATACAAGTTCTAGCATCTATGAGAAAAGGAGATGTAGGA +GTAACTAACCTCAATATGGCGTTGCAAAAAAGTCTAAACAAGCCTGAGAAATTTAAAGTT +GAAGAAAATTTTGCAAAGAGAATATTTAGAGTTGGTGATAAAGTAATGCAAATAAAAAAT +AACTACACTAAAAAATGGGAAAGTGAAGATAGAAAAGATAGTGGAGAAGGTATATATAAT +GGGGATATTGGATATATATACCATATAGATAAAGAAAATAAAAAAGTGCATGTATTATTT +GACCAAGTAAAAATTGTTGATTATACTTATGATGAGTTAGATGAATTAGATCATAGTTTT +TGTACAACTATACATAAAAGTCAAGGTAGTGAATTTCCTGTAGTTGTTATACCAATAACT +TGGGCTCCACCTATGTTGTTGAGCAGAAACTTACTATATACAGCAGTTACTAGAGCAAAA +AAATTAGTTGTACTAGTAGGAGATGTTAAATATTTAGAGTATATGATAAAGAATAATAGA +ACTAATGACAGATATTCAAATTTAGCAAATAAGTTAAATAAATTTAAACAAGAAGGGCTG +TTGTTAAAATAAAATGATTTTTTATGAAGTGTTAGATTTAGTTTTAGACTTTATATATCC +AAAAAATATAAGTTGTATATTATGTAATAAACCCATAAAGAAAATAAATACATATTCATT +ATGTAAAGATTGCTTTAAAGAGTTAAATTTTATACAAGATGGCTGTATTAAATGTGGGAA +GCCAATAATATATCATTCATTAGAAAAATTAGATATATGTGGATGCAGTTATTGTTTTAA +TAAAAGTTTTTATTTTGATAAAGCTATATCGTGTATAGAGTATAGTGACATTAGTAAATC +TATGATATTGGGATTTAAATATAAAAATAAAACTTATATGGCTAAATATATATCTAATAT +AATGAAAGAAAAATTAGACTTAGAGAACATTAAATTTGATTATATTACATTTGTACCACT +TCATAAAAAAAGAATGAGAAAAAGAGGATTTAACCAATCTGAAAAAATTGCTAAGGAACT +GGAGAAAATGATAGATATACCGATATTGGATTGTATATATAGGAAATCAAATACAAATAG +ACTATACAATTTAAATAGAAAAGAGAGAAAAATAGAATTAAAAAATGCTTTTTTAGTTAA +AGAAAATATAAACTATGCTAATGGTAAGAATATTTTATTAATAGATGATATATTTACAAC +TGGCTCAACGGTAAATGAAATATCAAAACTATTAAAGTTAAATAATGTAAATAAAATATT +CGTAATGACTTTACTAACGAAGAGTAATGATAATTATATAAAAGCAGAAAATTAGCTTGA +CATATAATTAGAAAGATAATAAAATAAATAGGTAATATTTTAGGTCTGTGGTTGAAAGTC +CAAGCCAGTTGCAGGCAAAAGGATCCACGTAAGTTAATTCTAAAAATGGGATTAATGATC +ATGGTGCAGCTTAGAAGTAAGTCCTACCGGTATCAAATCGAGAGAGTTAGTAGTGCGGCA +AACCCAAGCAAACCCTCCAGTAGGCGAGTGTGGGGTCAAAAACCAGGTCAGCTAAATATT +CAAAAGTACCTTTATAGGTGCTTTTTTTTATGCCAAAAATTATTTTTTAGAAAAAATAGA +AAAAAATTTATAAAATTAAACTAATATCATATATTAGCATATTATGTAGAAAGTTGACAT +CAATACACATATTAATAACAGTATATGCAAAAATATGTGGATATATATATATTAATAAAT +AGCCTAAAATACACATTTGTTTAAGTTATTAACATATTTATCCACATTATACACAGGATA +AGTTATTAAAAGTAATCCACATATAAACAGGATAAAATTTAAATAATATTATTTAATACT +TTATTCGACAGTATATAAAATTAATAAAAGTTAACAATAAAAATAAAGGATTACATAAGT +AAATGAAGAATATACTTATAAAGTATAAATTAATTTTTATACTGCCATACACTGAAGGGA +GATGTTCTTATGAATATAATAATATCTGGTAAACAAATGGATTTAACTAGTGGAATAAAA +GGAGCAATTGAAGAGAAAATAGGTCGATTAGATTATTACCTTCACCCAGAAACAGAAGTA +AAAGTTACAGTAAGTGCTAAGAAAGCTCGCCATACAATAGAAGTAACAATAATTCCTATA +AGTGGACCAATTATCAGAGCTGAAGATAGCGAAGAAAATTTATATGCTGCTATAGATATT +GTATATGATAAGTTAAATAAGCAATTAAGAAAATATAAAAATAGATTGCAAGATAGACAC +CAATCAAATGAAAGTATAAGATTTGATAGTGTTGATTTGGATAATGAAAATGATTTTGAA +GATGAAGATGAAAATTTAGATATAGTAATAAAAAGAAATAAAAAATTTGATATGAAACCA +ATGAGCCCAGAAGAAGCTGTGTTACAAATGGAGTTAATAGAACATGAATTTTATATGTTT +AGAAATATAGACACTGATGAAATATCTGTAGTTTATAAACGTGAAAATGGTGGATATGGG +ATGATAGAACACGAATAATAAAATTTGAAATGAAAAAGCTACCAATAATTTTATTGGTAG +CTTTTTTATTAACTTTTTTATTTATCTGTACAATAAATAATTATAAATATTTTTTGTTAG +TTATACTATAATTTATATAATTTGTGGATACGGTCAATATTAATATTAAATATAGTATTT +TTATGGTAAAATATATAATAGTAATAATATATGGACGAGGAGAGATGCCAACAATGGGTT +TTTTAGATAATTTATTTAATATAGCAGATAGAAGAGAATTGAAAAATTTTAATAAAATAG +TTGATAAAATAGATCAGCTTGAACCTAAATTTGAATCTATGTCAGATAAAGAACTTAAAG +AAATGACTAATATATTTAGAGATAGATTAGATAAAGGAGAAACAGTAGATGATATACTAC +CAGAAGCTTTTGCAGTAGTAAGGGAAGCATCTAAAAGGGTATTAGGATTAAGACATTATA +GAGTTCAGCTTATAGGTGGTATAGTTCTTCATCAAGGAAGAATAGCTGAGATGAAAACTG +GTGAAGGGAAAACATTAGTTGGAACAGCTCCAGTTTATTTAAATGCTCTTTCTGGTAAAG +GGGTACATGTAGTTACAGTAAATGACTACTTAGCGAAACGTGATAAAGAGCAAATGGGAA +AAGTATACGAATTCTTAGGTCTTACTGTAGGGGTAATCGTTCATGGACAAAATCCAGCAG +TTAGAAAGGCTCAATATGAGTGTGATATAACTTATGGAACAAACAATGAATATGGATTCG +ATTACTTAAAAGATAATATGGTAATTCATAAAGAGCAAAAGGTTCAAAGACCTTTAAATT +ATGCAATCGTAGATGAGGTAGATTCAATATTAATAGATGAGGCAAGAACTCCTCTTATAA +TATCTGGACCTGGGGATAAATCAACACATTTATATTCAGATGCTAATACATTTGTATTAA +CACTAAAATCAGATGATTATGAATTAGAAGAAAAGCAAAAAGCAGTATCTTTAACAGAGT +CTGGAATACAAAAAGCAGAAGTTTACTTTAATGTTGAAAATATAACTGATATATCTCATA +CAGAGTTATACCATCATATAAACCAAGCATTAAAAGCGCATACAATAATGAAGCGTGACG +TTGATTATGTATGCAAAGATGGAGAAATAGTAATAGTTGATGAATTCACGGGAAGACTTA +TGTTCGGTAGAAGATACTCAGAAGGGTTACATCAAGCAATAGAAGCTAAAGAAGGATTAA +GAATTCAAAGAGAATCTAAAACATTAGCAACAATAACATTCCAAAATTACTTTAGAATGT +ATAACAAGCTTTCTGGTATGACAGGTACTGCAAAAACAGAAGAAGAAGAATTTAAAGCAA +TATACAAAATGGATGTTGTTCAAATACCAACAAATAAAGAAATATTAAGAAAAGACTTAG +CGGACTCTGTTTATAAAAATGAAAAAGGAAAGTTTAATGCAGTAGCAGAAGATATAATTG +AAAGAAATAAGAATAAACAACCAGTATTAGTTGGTACTGTATCTATAGAAAAATCAGAAT +TATTATCTCAACTTCTAAAAAGAAGAGGAGTTAAGCATGAAGTATTAAATGCTAAGCATC +ATGATAAAGAAGCTGAAATAATAGCTCAAGCTGGTAGATTAGGAGCAGTAACTATAGCAA +CTAATATGGCAGGACGTGGTACAGATATAGTTTTAGGTGGTAACCCTGTATTCTTGACTA +AGAAAGAGATGAAAAGATTAGGATACAATGAAGACATAATAAACAAAGTAGATTCACCTT +TAGAAGTACAACAAACAGAAGAAAATGAAGATTTATTTAAGGCAAGAGCTGAATATGAAA +ACTTATTTAATAGATTTAAGAAAGAATCTGAAGCTGAACAGCAAGAAGTTTTAAACGCTG +GTGGACTTGCTATAATAGGTACAGAAAGACATGAGTCTCGTAGAATAGATAACCAGTTAA +GAGGTCGTGCTGGTCGTCAAGGTGACCCAGGTAGCTCAAGGTTCTATATAGCGCTAGATG +ATGATCTTATGAGATTATTCGGAAGTGAAAGAATACAAGGTGTTGTAGAAAAAATAGGTC +TTGAAGAAGATATGCCTATTGAACATAAGATGCTAACTAAATCTATAGAAAGTGCTCAAA +AGAAAGTTGAAGGAAAGAACTTTGGAATAAGAAAACATGTTCTTCAATATGATGATGTTA +TGAACAAGCAAAGAGAAATAATATATGCTGAAAGAAGTCGTGTATTAGAAGGTGAAAACC +TAGATGAACAAATACAATCAATGATAAAAGATATAATTGTAGAAGCAGCTGATATAGCAG +TTAAAGAAAATGGAATTGATGAAGAAATATTTAAAGCTCATCTGTATGCTCTATTTATGC +CAAAGGGAAGTATAGAGATAGAAAATGTTGAAAAGCTTTCTAAGGAAGAACTTGTAGATA +AAGTATATGAAATAGCGCATAAAATTTATTCGGCTAAGGAAGAGCAAATAGGTTCTGAGA +GAATGAGAGAAGTAGAAAGAGTTATACTTCTTCAATCAGTCGATAGTCATTGGATAGATC +ATATAGATGCTATGGACCAATTACGTCAAGGTATAGGTCTTCGTGCTATAGGGCAACAAG +ATCCAGTTGTTGCATACAAAATGGAAGGTTTTGATATGTTTGATGAAATGACTAAGCATA +TACAAGAAGACACTGTTAGATACTTATTCAATATAACTATAGAGCAACCTGTTGAAAGAA +AACAAGTTATAGATGTTGATCACTTATCTTCAAGTGCAACTGATGAACCAGGTAATAAAA +CTGTTAAAAAGGACGAAGAAACAGGAAGAAATGACTTATGCCCATGTGGTAGTGGTAAAA +AATATAAAAAATGTTGTGGAAGATAATTTTGGAGGTTTAAATGTTAAACATACAAGAGTA +TAGACATAGTATAGACAAAATGTCTTCAAATCTAGAAGAAATGAGGGATTCTCTTTGACA +TTGCTTCACTATTAGAGCAAATTGAAAAAAATGAAGAAGAGATGAATAAACAAGAGTTTT +GGAATGATAATGAGAAAGCTCAAAAAGTTATTCAGGAAAATAAATCCCTAAAAGATACAG +TTGAAGAATACAATCAATTAAGTGAAAGTTTAGAAGAAATAGAGCTATTGATAGAAATTG +GATTAGAAGAAAATGACGATTCAATTTGCAAAGAAATAGAAAAGAGTATTGATAGTCTTG +AAAAAGAGATAGACAATATGAGGATAAAAACTCTTCTAAGCGGCGAATATGATAGGAATA +ATGCAATACTATCTATTAATGCAGGTACAGGAGGGCTAGATGCTCAAGATTGGGCTCAAA +TGCTTCTTAGAATGTACACGAGATGGGGAGAAAGAAAGGGATATAAGGTTAAACTTTTAG +ATATACTTTCTGATCCAGAAGCAGGTATAAAAAGTGCTACTTTATTAATTGAAGGATTGA +ATGCCTATGGATACTTAAAAAGTGAAAAAGGTGTCCATCGTATAGTTAGGATATCTCCTT +TTGATCCATCTGGTAAGAGGCATACATCCTTTGCATCTGTAGATGTTACTCCCGAGCTTG +ATGATAGTATTGAAATAGAGATAAATCAAAGTGATTTGAAAATAGACACATATAGAGCCT +CAGGTGCTGGAGGTCAACATGTAAATACTACAGATTCAGCAGTAAGAATTACACATATTC +CTACAGGTGTTGTAGTTCAATGTCAAAATGAAAGATCTCAGCATATGAACAAAGATAGAG +CTATGAGGATGCTTATGGCAAAGCTTATTGAGTTAAAAGAGCTTGAACAAAAAGAGAAAA +TTGAAGATATTCAAGGTAAATATTCTCAAATAACTTGGGGAAGTCAAATAAGATCGTATG +TATTCCAACCATATAAAATGGTAAAAGACCATAGAACTAATGCAGAAATAGGAAATGTAG +ATAGTGTTATGGATGGTAACATAGATTTATTTATAAACGAATATCTTAAAATGAATAAAA +TCAAAAAATAATTTAAATAAGGCTGGAGAATTTAATTCTTGAGCCTTATTTTAAAATTTT +AATTTGAATAAATTTAATTTATGGAAAGAAGGATGTATTGTGGATATAAATCAAATATTA +AAAACAGAATTTAACTTAAAAGATGAGCATATAAATAACACGATAAAGTTAATTGATGAG +GGTAATACAATACCATTTATAGCTAGATATAGAAAAGAAATGACAGGTGCTATGAGTGAT +GTTACCTTAAGAGAGTTATATGATAGACTAACATATTTAAGAAATCTAGAAAGTAGAAAA +GAAGATGTTAGTAGAATAATTGAAGAACAAGGTAAATTAACAGATGAAATAACTAAAAAA +ATAGTAGAAGCTAAAACTCTTCAAGAAGTGGAAGATATATATGCTCCATTTAAACAAAAG +AAAAGAACGAGAGCTACTATTGCTAAAGAAAAAGGATTAGAAAAATTAGCAATGAGTATT +CTTAATGAAAAAATAGCTAATATAGAAATAGAAGCACAAAAATACATAAATGAAGAAAAA +GACGTAAATTCAGTAGAAGATGCTTTAAAAGGATCTAAAGACATAATTGCTGAGATTGTT +TCAGATGATGCAGATGTTAGAAAATACATAAGAGAGCTTGCATTAAGAGAAGGTGTTATA +ATTACTAAAAATGCTACTGATGAAAAGTCAGTATACGATATGTATTATGATTATAGTGAA +GGAGTTAAGAATATTGCCCCACATAGAACATTAGCAATTAACAGGGGAGAAAAAGAAAAC +TTCTTAAAAGTAAAATTAGAAATAAATAATGATAAAGTATTAAATCATATTATAAATAAA +TATATAAATAATGAGAATATATCAAATAAAGAAGAAATTGTACAAGCAATAGAGGATTCT +TACAAGAGATTAATATTTCCTTCTATAGAGAGAGAAGTTAGAAATACTCTAACGGAAGTA +GCGCAAGAGAGAGCTATAAATGTATTTGGACAAAATGTAAAAAGTTTATTACTACAACCA +CCAGTTAAAGGAAAAGTAGTAATAGGATTTGACCCAGGGTTTAGAACTGGATGTAAGGTT +GCTGTAATTGATAAGAATGGTAAGTTTTTAGATTATGCAACAGTTTATCCAACTGAACCT +AAAAATGATGTAGAGGGGACAAAGAAAACTTTAAAAGATTTTATAAATAAATATGATGTA +GATATAATAGCTATAGGAAATGGTACGGCATCAAGAGAATCAGAAAGTATTATATCTGAT +ATGATAAAAGAAATTGGTAAAGAAGTACAATATGTAATAGTAAGTGAGGCAGGGGCATCT +GTTTATTCAGCATCAGAGCTTGCTAATGAGGAACATCCTGATGTAGATGTATCTATAAGA +GGGGCTATATCTATAGGTAGAAGACTACAAGATCCATTAGCAGAACTTGTAAAAATAGAT +CCGAAGAGTATAGGTGTTGGTCAATATCAACACGATTTAAATCAAAAAAGACTTGAAGGT +GTATTAGATGGAGTAGTAGAAGATTCAGTAAATAGTGTTGGATTAGATTTAAATACAGCA +TCTTATTCTTTACTTGAGCACATTGCGGGTATAAGTAAGACTATAGCTAAAAATATAATT +GCTTATAGGGAAGAGAATGGAGCATTTACATCAAGAGCTCAATTAAAGAAAGTAAAAAGA +TTAGGGCCTCAAGCTTTTACTCAATGTGCAGGGTTTATGAGAATTTCAAATGCTAAGAAT +CCTCTAGATAATACTGGAGTACATCCAGAAAGTTATGATATATGCAAAAGCTTATTAGAG +ATGATAGGCTACTCTTTAGAAGATGTAAAAAATAGAAATATACAAGATATTGATGAAAGA +GTACAAAAAATAGGTATAATGGAAATAAGCAAAAAATTAGAAGTAGGGGAAATTACTTTA +AAAGATATAATTGCAGAAATTAAAAAGCCAGGAAGAGATCCAAGAGAAGAAGGAATTAAA +CCTATACTTAGAACGGATGTATTAAAAATAGAAGATATAACAGAAGGTATGATATTAAAA +GGAACTGTAAGAAACGTAGTAGACTTTGGTGCTTTTGTCGATATTGGAATAAAAAATGAT +GGTTTAGTTCACAAATCTCAAATGAGTAATAAATTTGTTAAGGACCCTATGGATGTAGTT +ACGGTAGGGGATATTGTTGATGTAAAAGTTATTGGCATTGACTTAGACAAGAAAAGAGTT +TCTTTATCAATGAAGATGTAGGAATTTCTAGTAGGAGGTTGAAATGATTTTAATAAAAAA +TGGAACTATAGATACAATAACTAACGGTGTATTTGTAGGAGATATCCTTATAGAAGGAAA +AAAGATAGTAAAAATAGAAGAAAAAATTGAAGTTTCAAACGATGTAGAAGTTATAGATGC +ACAAGGTAAATTTGTTTTCCCAGGATTTATAGACGCCCATACTCATCTAGGATTATGGGA +AGATGGTATGGGGTTTGAAGGTGCGGATGGAAATGAAGAAACAGATCCTATAACTCCTCA +ATTAAATCCGATAGATGGAATAAATCCGATGGATAGAACTTTTGAAGAAGCTGTAGCTGG +TGGTATAACAGCTGTTTGTACAACACCAGGAAGTGCTAATGTAATGGGTGGAGAATGTAT +AGCAATTAAAACTCATGGTAGAAGAATAGATAATATGGTTATAAAAAATCCTGTTGCATC +AAAAATAGCTTTTGGAGAAAATCCAAAGAGTTGTTATGGGAGAGATGAAAAAACTCCTCA +AACTAGAATGGCAATAGCTTCGTTATTAAGAGAACATCTTAAAAAAGCAGAAGAATATTT +AGAAGAAATAGAGTTATACGAAGAACATGAAGATCATGATAGACCAGAGTATGATATAAA +AATGGAAAGCTTAATACCAGTATTAAGAAAAGAAATCCCATTTAAGGTTCATGCACATAG +AGCTGATGATATGTTTACGGCTATAAGAATAGCTAAAGAGTTTGATTTAAGACTTACCTT +AGATCACTGTACAGAAGGTCATCTTATAGCAGAAGATTTAGTTGAAGAGGGATATCCTGT +AATAGTTGGACCATCTTTATCTGAGAGATCTAAGATAGAATTAAGAAATTTAACTTTTGA +TACTGCAGGTATTTTATCAAATGCAGGAGCACAAGTTTCTTTAATGACAGACCATCCAGT +TATACCAATACAATATCTTCCTATATGTGCAGGTATTGCAGTTAAACATGGAATGAAAAA +AGAAAAAGCTATAGAAGCAATAACGATAAATCCTGCAAAAACTCTAGGAATAGAAGATAG +AGTAGGGTCTATAGAAGTAGGGAAAGATGCGGATATAGTTATTTGGGATGGATGCCCTTT +AGAAATACAAAGTAATGTATTATTTACCGTGATAGATGGTAAAATAGTTTATAAGCGAGC +TTAATCAACTTATAAATTTTTATATAAAAAATGAATTTTATTTTTAGTTAAGTTGACAAT +GAAATAAAATTTAACTAGTATATAAGTATAAATTAAATAGAAATATGAAATCTTCGGGGC +AGGGTGAAATTCCCTACCGGCGGTTATAGCCCGCGAGCTACCTTGTGTAGCATGATTTGG +TGAGATTCCAAAGCCGACAGTAAAGTCTGGATGAGAGAAGATGGTTAAAAGCGAATACTT +AAAATTAAGTAATATACTTAATATTAATTAGTATTCAAACTATATCCATAAAAACAAGCT +CGAAGAATTATTCTTCGAGTTTTTTTATTTCCGGGTTTTTTATTTCTAATTTATTTAAAT +TTTTATTTAAATATATTGGGAGGTAATATTTTATGCAAGAAACAATTAAAAATAACAAGT +CAATGTCTGTAAAAATTTTAGCTAAAATAGGTATACTAGCAGCAGTAGCCTATATACTTA +TGTTTATATCGGTGCCATTACCTATATTTCCAAGTTTCCTAAAGTTAGATGTATCAGATA +TACCAGCAATATTCGGCGGAATGGCGATGGGACCTTTAGCTGGATTTATAATAGCACTTA +TAAAGAATTTACTTCAAATAGGAGTCAGTGTTACTGGTGGAGTAGGAGAAATAGCAAATG +CAATTATAAGTGGAACTTATGTAGTTATAATATCTTATCTTTATAAAAGAAGAAGCAATT +TTAAAGGTGTAATACTAGGCGCTATATTAGGAACTATAGGCATGACTATTATGGGATGTG +TATTAAATTATTTTGTGGTAACTCCAATATATGGTCAAGTAGTCGGTAGTTTAGACGCAG +TAATAGCAATGGGAAGTGCAATAAATCCAAGAATACATGATTTATTTACATTTGTAATTT +GGGTATACGCTCCATTTAATATAATTAAGGCTATAGTAATGACAATATGTGTTTTACCAC +TATACAAAAAGGTGAATGGAATACTTAAAAAATAAAAAATCTAAATATAAGAGGTTCATG +GATTTAATTCATAGACCTCTTTTTTTATGAAAGCTTATAATATATGATATAAGTTAATTT +TGTTGTCTAAAATTTTGATTAAAGTTAATTATTATAATATAATAATATTTATCGAATTAA +TAAATATTTAGAAATATAATGGAGATGAAGTCATGGTTAAAATATATTTGGACGGAGAAG +AACAAACTAAAGAAATAGGATATAGATTAGGAAAATTACTTACACCAGGAAGTGTGATTT +GTTTAATAGGAGACTTAGGAGCAGGGAAAACTACTATGACTCAAAGCTTAGCAAAAGCTA +TTGGTGTCGACGATTATATAACTAGTCCTACTTTTACAATAGTAAATGAATATGAAGGAA +ATATGCCTTTATACCATTTTGATGTTTATAGAATTGGAAGTAGTGAAGAAATGTATGATA +TTGGGTATGATGAATATATAAACTCAGATGGTGTGTGTATAATAGAATGGGCTAATTTAA +TAGAAGATATACTTCCTGATGAGTATTTAGATATAGAATTAAGTTATAAAGATATGGGAA +GAGAAATGATATTAAAACCAGTTGGAGAAAAATATAAAAAAATCGTTGAGGAGCTGACAA +AATAATGAAAATACTAGGTATAGATACATCTTCAAATGCATCGAGCGTTGCTGTAATTGA +AGATAATAAATTAATATGTGAATATACTGTAAATACAAAAACAACACATTCTCAAAAGCT +TATGCCAATGATAGAAAATATGCTATCAATGAGTGATATAAATATAAAAGATATAGATGC +TATAGCAATATGTATAGGACCGGGTTCATTTACAGGATTAAGAATAGGTATGGCGACTGC +AAAAGCAATAGCACATGTAAATAATTTACCTATAATAGGAGTAAATTCACTAGAAATATT +AGGTGGAAATATGAATCTTTGTGATAAAAATATATGTTCTATACTAGATGCACAAAGAAA +TCAAGTTTACACTGGAAGATATAAATTTGAAAATGGAAACATAGTTGAAATACAACCAGT +AGATGTAGTTGAAATAGAAAATTTATTAGAAGAAATATCTAAGGATAACGAAGAGTGGAT +TTTAGTTGGAGAAGCTGTTTATAAGTATGAAGATAGAATAAAAGAAATAAAAAATATAAG +AGTGCCATCTCCATCGCACAATGTAACAAAAGCAAGTAGCTTATGTTCTATCGCTAAAGA +AAAATATAATAAAAATATAGATGTTCATAATTGTTACGATATAAATCCAATGTATATAAG +AAAATCTCAAGCAGAAGTTCAATACGAAGAGAAAATGAAGAGGTTAGAAAATGGTAAATA +ATCTTGTAATAGAAGAAATGAAGGTCGATGATATTGACGGAGTTTTCGAAGTAGAGAAAA +ATTGCTTTGAAGATTATTGGTCAAAGGATTCATTTAAAAAAGAGCTATCTAATAATTTAG +CAAAATACCTTGTTGCAAAAGTAGATGGTAAAGTAGCAGGATATGTTGGCATATGGTTTG +TAGTAGATGAAGGTCATATAACAAATGTAGCAGTACATGAAGATTATAGAGGTCAAAAAA +TCGGAGACCAATTAATAAAGGAATTAGTACAAGTATGTAAAGATAATAAAATTGTATCAA +TGACATTAGAAGTAAGAACTTCAAATACAGTTGCTCAAAATTTATATAGAAAATACGGAT +TCAAGATGGCTGGAATTAGGAAAGAATATTATAGTAATAATAAAGAAGATGCCATAATAA +TGTGGAATGATATAAAAGAGGTGTAAGAATGAAAGATGTAATAACATTAGCTATAGAAAG +TAGTTGTGATGAAACATCAGCAGCCATATTAAAAAATGGTAGAGAAGTTTTATCAAATAT +AATATCGACTCAAATTGAAACACACAAAAAATTCGGTGGAGTAGTACCTGAAGTGGCATC +AAGAAAACATATAGAAAGTATTGATGAAGTTGTACAAGAAGCCTTAGATACAGCTAACAT +GGACTTTAAAGATATAGATCATATAGCCGTAACATATGGTCCAGGACTTGCAGGAGCACT +TTTAGTAGGCTTATCACATGCAAAAGCATTAGCTTACACATTAGATATTCCACTGGTAGG +AGTAAATCATATAGAAGGACATGTTAGTGCAAACTATATCGAGCATAAAGATTTAAAACC +TCCATTCATAACTTTAATAGTATCAGGAGGGCATACTCATTTAGTTGAAGTTAAAGATTA +TGGAGTTTATGAAATTTTAGGTAGAACAAGAGATGATGCATCAGGAGAAGCATTTGATAA +AATAGCTAGAGCTATGGGCCTTGGATATCCAGGTGGACCAATAATAGATAGATTAGCCAA +ATTAGGTAATAAGCATGCCATAGAATTCCCTAGGGCTCACATGGATGAAGAATATGACTT +CAGCTTCAGTGGACTCAAATCAGCAGTGCTAAACTATCTAAATGCTAAAAAAATGAAGAA +TGAAGAAATAATAGTTGAAGACGTAGCAGCATCTTTCCAAGAAGCGGTAGTAGAAGTATT +ATCAAGTAAAGCAATAAAAGCAGCTTTAGATAAAAATTACAAAACAATAGCTTTAGCGGG +AGGTGTTGCATGCAACTCATCACTTAGAGAAAAAATAACTGAAATGGCTAAAGAGCATGG +TATTGATATTAAATACCCACCATTAGTATTATGTACAGACAATGCAGCGATGATAGGATG +TGCAGGGTATTACAGTTACATGAACGGAAGAAGAGATGACATGTCACTAAATGCCGTACC +AGGACTAAAAATAGGTCAAAAATAAACTTATAATAATTCAAATTACTCCCCCTATTTCAA +GGTTAGTTAATCGGTGGCCCCAACGAAGGGGAGAAAATAAAAAAAGTGACTACCATTTGC +AGAATTTTCCCATCTGCATGGTAGTCACTTTTTTATTTTCTCACCGAGCTGCCGATCACC +GATTAACTAAACTAAACCATCTCTTTTACTAAGTTAGTAGCCCATTTTTTAGATAAGGCT +CTAGGAACTCCGAATATAAATTTAGCAATTTCTTCAGTATAAGTTAATAAAACTAACATA +AATATAGGAGCGCCTTTAAACGCAGCTAAAAATGTTAGTGGAAGGGACACTAACCACATA +CATCCTAATTCTAAAAATAATGAGTATTTCGTATCTCCACCACTTCTTAAAACACCAATG +ACTATAAAGGTATTAAAAGCTTTTAGTGCCATTAATAGACCCATTATAATGAATATTTTT +ATTATATCTGGAGATAATTCCTTTGATACATTAAATACTTTTAATAATAAAGGTATATTA +GCTATTAATAAAAGTCCAAATAGTAATCCCGTTAAAGATACTAGAATAGAGAATTTTTTA +GAATAGCGTATAGCTTTTTCTATTTGGTCTGCACCTAATTCATTTCCAAGCATAATAGCA +GCTCCATTTGCGACACATACAGAAGTCATAATAAAGAAGTTACCTGTACTAGTAGCTATT +TGACTGGCCGCAATAGCGGAAGTACCAGCTTGAGAATATGCTACAGAGTATAAAACTGTC +CCAAATGCCCATAGACTATCATTTAAGAGTATAGGTAAACTTTTAGATGCAAAAGTTTTT +AAGAAATCAGCCTTTATTCTTTTTACATCATTTAAATTGAATCTTAATATATAGTCCTTC +TTAATGAAATAAATGTAAGATGTTATAAGCACTAATTCAATAATTCTAGCAATAACAGTA +GCTAAAGCTGCACCTTTAACACCTAAAGCAGGCAATCCAAAGTTACCTAGTATAAGACCA +TAGTTTAATACTATATTTGTTCCTAAGGCTATGGTACTGCATATCATACCTAGTTTAGGG +TTTCTAACACTTCTTGAACCCATACTAAAAACTGTACTTATTGCAATTATTGGATAGGAA +AAAGTAACAATTCTAAAATATTCAATACATAGTTTAACAACCTCTGAATCATGAGAAAAT +ATGTTTATTATTAATTTAGGAGCTATTAAAGCTGGAAGGAAAAATAAGCAACTAACTAAA +AAAGCTAAAATTGTACTTAATCCAGTTACACTTCTAATATTATTTACGTCTTTTTTTCCA +AAAAACTGAGATATAAATATACCAGCACCACCAGTTATTCCATATAAAGTCATATTAAAT +AGGAAGAAAAATTGATTTGCAACTCCAATAGAAGCTACAGATGATTCTCCTAGGCTACTA +ATCATGACAGTATCAACTACATTAACAGAAGATGAAATCAAGTTCTGTACAATCATAGGA +ATACAAAGTGATACTAATAACTTATAGAAACTTTTATTTTCTTTATCTAATTTAAATAAT +CCTTGCAAATAATCACCTCGTTATAAATTTTTACATATTAAATGATAACACAATAATAGG +TAGGGTTGGCAAGTTAAATAAAAGCAATTAGTTTATTAAACTAATTGCTCCCATTCTTCA +TAAAGAGCTTCTAGGTTGTTTTCAAGATTAGTTTTCTCTTGACTTACTTCTTTAGCTCTT +TCAGGATTAGAATAGACTTCTTCTTGACATAGAAGTATGTCTAATTCTTCTATTTTAGAT +TCAGTAGTTTCGATTTCTTTTTCTATATTTTGTCTTTTTGCCCTGTTTTTCTTTTCAGCT +TCTCTTTGTTCTCTTTCTTTTCTTTTTTCTTCTTTTAGCTGAGTTTTAGTTTTTTCTTCT +TTATCTTCTTCTTGAATAAGGCTCATCTCTTGAACTTGTCTTTTCTTAAACATATAATAA +TCATAGTTTCCAAGATATTCAGTTATACCATTCTCATCTAATACTAATATCTTATCAACA +ACGGTATTTAAAAAATATCTATCATGGGAAATAGTGAATATAGTACCAGTATAACTTGAT +AAAGCCTCTTCAAGAACTTCCTTAGAATCTATATCTAAGTGGTTAGTAGGTTCGTCTAGA +AGTAAGAAGTTTGCATTTGAAAGTATTAGTTTTAAAATAGCTACTCTAGCTCTTTCTCCA +CCACTTAAAGTTGAAATTTTCTTAAATACTTCTTCATCTTCAAATAAAAATGCACCAAGC +ATGCTTCTAATTTGAGTTTGAGTTAAGTGCTTATTACTATCCCAAATTTCATCTATAATG +GTATTATCTAAGTTTAGTGTTTTTTGTTCTTGGTGGAAGTAAGAAACATTGACATTAGTA +CCTAATGTTACACTACCACTTAAAGGAATTATTTCATTCATTATTATCTTGAATAAAGTA +GATTTACCAATACCATTAGCACCAATAAGAGCAACTTTTTCTTCTCTGTAAATATCTAAG +TTTAAATCTTTAAATAAAATTCTATTTCCATATCCCATAGATACATCTCTGACTTGAAGA +ACATCATTACCACTAACTATAGATGGATTGAATTCAATCCGAGCTCTTTTTCTATAAGCT +TCAGGTTTGTCTAGTACATCTATTTTATCTAGAGCTTTTTCTTTACTACGAGCTCTTTTT +AAATGTTTTTCACGACCATATGCTTTAAGTCTCTCTATAGATTCCTCTTGTTTCTTTAAG +TCTTTTTGTTGATCTTCATATTTCTTTAATTCTAATTCTTTTTCAACTCTCGATAGTTCT +AAGAATTTAGAGTAGTTTCCATTATAAGTTTTTAATTTTTTATTATGAATTTCAAAGGTT +CTATTGACTACTTGATCTAAGAAATATCTATCATGGGAAATCAGCATAACTGTTCCCTTA +TATTGTTTTAAAAATAGTTCTAGCCATTCTATTGCTTCAGAATCTAAATGGTTAGTAGGT +TCATCCAGCATTAATAAGGTTGGCTTTTTTAATAATAATTTACCTAAAAGTATTCTTGTT +TTTTCTCCACCAGAAAGTATGCTTATAGGTTTATTCATATCATTATCACTAAATCCTAAG +CCTTTTAATACACCCTTAGCTTCTGACTTATATCCATATCCATTTTTATCAGCAAATAGT +TCTAGCTTATGTGAGTATTCATTCATAAGTTTATCTAAGTAATCTGAGTTAGATTTTTCA +CCCTCTTCAGCAATTTTTAGTTCTAGATTTCTTAAATAAGTTTCCATATCTATTAAATCT +CTAAAAACTTCTAGAACTTCATCTAGAATTGTATTTTCAGAGTGGAAATTCATGTTTTGT +TCTAAATATCCAATTTCACAATCTTTAGCTGTGTATATATCACCGCTATCATATCCATAT +ACACCTGAAATTATTTTAAATAAAGTGGTTTTACCAGTACCATTAATACCGATTATACCG +ATTTTGTCTCCTTCATTTACAGTAAAAGATACGTCTTCTAGTATAGAATCTATTCCAAAA +CTTTTATTTAAGTTATTACACGACAATACGATCATAAATTTTATACCTCCTTAAACTACC +TAAAATTATAATGTTTTGATATAATATAATCAAGGATATATAAGATGTTTTGAAAAAAGA +AACATTTAAGGTGAATAGTTAATTAAAATTTAAACGACTAGGAGGTGAAGCTGTGGGTAA +TAAAAACATATCTATGGCTGTAATTAGAAGGTTACCAAAATATTACAGATATTTAGGTGA +CTTATTAGATAGAGATATACAAAGAATATCATCAAAAGAATTAAGTGATATAATCGGATT +TACTGCATCTCAAATTAGACAAGATTTAAATAATTTTGGAGGATTTGGGCAACAGGGATA +CGGGTATAATGTTGATGCTCTACACCAAGAAATAGGAAAGATTTTGGGACTTGATACAAA +ATATAATGCTGTACTTATAGGTGCTGGGAACTTAGGTCAAGCAATAGCAAATTACTCAGG +ATTTAGAAAAGCTGGTTTTGAAATCAAGGCATTATTTGATGCAAACCCAAGAATGATTGG +ATTAAAGATAAGAGACTTCGAAATATTAGATTCGGAAGATATAGAGGAATTTATAAAGGA +AAATGAAGTTGATATAGCTATAATGTGTATTCCTAAAAAAGGAAGTCAAGAGCTTGCAGA +TAGATTAGTAAATGCAGGAATAAAAGGCATATGGAACTTTGTACCTGTAGATTTAGATGT +TCCAGAATCAGTTATAGTTGAAAATGTAAATTTAACAGAAAGTTTATTTACATTATCATA +TTTAATGAAAGCAGAAGACTAAATAAAAGTTCATATGGGGGATTTATTCTTAAAAAATTG +GGGGAAAGGTCAGAAGGCATAAGTCTTGTGACTTTTTTATTGTAAGGATTTTTATTATAT +AGAAACTCTACAAAAATAAAAATGGGCATGTTTTAGCGAGTTTGTATAATGACTGGCTCA +GGTGTAAAATATAAAATCACTACAATTTGCAATGTTCTTTGTTGTATAGTAGTGATTTTA +TATTTACACTCGAGCCGACGGTACTTAAAACAAGTAAAACAGCCCGAATAATTTTTTAAT +TACTCTCCTTGTTGTGGAGCATCCACAGGACATACTTCTGCACAAGATCCGCAATCAACA +CATTCATCTGCATTTATAACGTATCTTTCATCCCCTTCAGATATACATCCAACTGGACAT +TCATCAGCACAAGCACCACAGCTTATGCAAGCTTCATTTATTATGTAAGACATATTAAAA +TCCTCCCCTTTTTGAAATTATTATCAGTAATATTATAGCAAAATTAGAATAATATAACAA +ACATAAACATTCTACATAAAGCTGTGTTATACGACAAGATAATGTTTTCCTAAAATAAAA +TTAATTAGAAAACTATAATTTAAAAAAAATCTAATTTAGAGTAAAAAATCGTAGATATAT +GGGTTAAAATTTGTTAAAAATAATTTTAAAAATATGTTTGAATAAAATAACTAATGGTAT +TAATAGAAATAGATTATGTTAAAAATTTAATTATCACAACTCAAATATCATTTCTTAAAT +ATAGTCAAAACAATTATAAATGTTTTAAGGGGGATTTTTTATGGATTGTAATAGTTGTAA +AATGTGTAAAAGTGCAGATGATAAGCTAGAAAGCTTTGTGGCATCGAAGGAATTTGAAAC +TGCATTTCATAGAACTGAAGACCAGAAACAAAAATGTGGATTTGGATTACAAGGAGTCTG +TTGTAGACTATGTGCAAACGGTCCATGTAGGATAACTTCTAAATCACCAAGAGGAATATG +TGGTGCAGATGCAGATACAATAGTAGCTAGAAACTTTTTAAGGGCAGTAGCATCAGGTTC +TGCATGTTACATTCACGTTGTTGAAAACACTGCTTTAAATTTAAAACATGTTGGTGAAAC +AAAAGGGTTGATCAAGAGCCAAAAAGCATTGGATTATTTAGCTGATAAATTAGGAATAGA +TGAATCAGATAAATATGAAAAGTGTATAAAAGTGGCAAATGCAGTTTTAGATGATTTATA +CAAACCAAGACATAAAAAAATGGAATTAGTCGAAAAAATAGCTTATAAACCTAGGTTAGA +AAAGTGGAGAAAGATAGGAATAATGCCTGGTGGAGCTAAATCCGAAGTATTTGATGGGGT +AGTAAAATCTTCAACTAACTTAAATAGTGATCCAGTAGATATGTTAATGAACTGTCTGAG +CTTAGGAATATCAACAGGATTATATGGATTGACATTAACAAACCTTATAAACGACATAAT +GCTAGGAGATCCAGTTATAAGAATGGCTCCAGTAGGATTTAGAGTAATAGACGAAGACTA +TATAAACATAATGATAACAGGTCATCAACATTCAACTTTTTCAAGTTTCCAAGAAAAATT +AACACAACCAGAAGTAGTAAAATTAGCGAAAAAAGCAGGTGCAAAAGGATTTAGATTAGT +AGGGTGTACTTGTGTAGGTCAAGATTTACAGTTAAGAGGAGAACATTATCAAGAAATATT +TGCAGGTCATGCAGGAAATAATTTTACAAGTGAAGCAGTTTTATCTACAGGAGCTATAGA +TATGGTAGTATCTGAATTTAACTGCACAATACCTGGATTAGAACCAATAGCAGATAAATT +AAATGTAAAAATGATATGTTTAGATGATGTTGCTAAAAAGAAAAACGCTGAATACATTTA +TTTAGATAGAAATAAATATGATGAAATAGATATGAAATTAATAAATGAAGCACTAGAGTC +TTACAAATCAAGAAGAAGTCAAGTTCAAATAGACATACCTAAGGATCATGGATATGAAGA +GTCATTGACAGGAGTAAGTGAAAAGAACTTAAAAGAATTTTTAGGTGATTCATGGAAACC +TCTTGTAGACTTAATAGCTAATGGAACTATAAAAGGAGTTGCAGCCATAGTAGGATGTTC +AAATATGACTGCAGGAGGTCATGACGTAAATACAGTTGAATTAACTAAAGAATTAATTAA +GAGAGATATATTAGTTCTTTCTGCTGGATGTTCAACAGGAGGGCTTGAAAACGTAGGACT +TATGTCCCCGGGAGCAGAAGAACTTGCAGGAGATAACTTAAAAACTGTATGTAAAACATT +AGGTATACCACCTGTATTAAATTTTGGACCATGTCTAGCTATAGGTAGACTAGAAATAGT +AGCGACTGAATTAGCTGAATATTTAGGAATAGATTTACCTCAACTTCCGCTTGTACTTTC +TGCACCACAATGGCTAGAGGAGCAAGCTTTAGCGGATGGAGCTTTTGGATTAGCGTTAGG +GTTACCACTTCATCTAGCATTACCTCCGTTTATAACAGGAAGTAAAGTAGTTACTGAAGT +ACTAACAGAATCATTAAAAAATATAACAGGAGGTCATGTAATAGTAAATCCAGATCCTAA +GTCTTCAGCGGATCAACTAGAAGAAATAATAATAGATAGAAGACAAAAACTAGGATTAAA +GGAAGTGGAAATCTATGCATAGAATTTTAATAAATAAAGAATTATGTACAGGATGTAAAA +GTTGTGTATTAGCATGTATGTTAAAACATAGCGAAGCTGAAAATATGTACTTCTTAGATT +TAGAAAGTATAGATACAGAAAGTATGGGACACATAGAACTTGATAAAGATAATAAACCAG +TTCCAATACTTTGTAGACATTGTGAGGAACCGGAATGTGTATTAACTTGTATGAGCGGTG +CTATGACAAAAGATAGGGATACTGGAATTGTTTCGTATGATAAGCAAAAATGTGGTTCTT +GTTATATGTGTGTTATGTCGTGTCCGTATGGGGTTTTAAAGGTTGATGATAGAACAAAAC +AAAGTATATTAAAATGTGATTTATGTAGAGATGAAGAATGTCCTAAATGTGTAGCCAATT +GCCCTACTGGAGCTATAGAGCTACAAAAGGAGGAAGCCTATGCTGAATAAGTTTATTAAT +AAATTTACTTCTAAGAAAGAAAATAATCAAAATTGTAAATCTAATAAAAAAGATTATGTA +ATATTAGGGGCTAGTGCAGCTGGAATAAATGCTGCAAAGACATTAAGGGATTTAGATTTA +GATTCAAATATAACTGTAATATCAAAAGATGAAAATGTATATTCTCGCTGCATGTTACAT +CATGTTATATCAAATCATAGAACAGTAGAAGAAATAAATTTTGTAGAAGATAACTTTATG +GAAAATAATAATATTTATTGGATAAAAAATAAATCTGTAAAAAGTATAGATACAAATAAT +AAGAAGGTTGTGATTGAGGGGCAAGAACTAGATTATGATAAATTACTAATTGCGACTGGA +GCATCTGCCTTTATACCTCCTATAAGAAATATAAAAGAAGGAAATTACATTTATCCATTA +AGAAATATAGATGACGTATATGAAATAAAAGAAAAAGCAAAAATATCAAAAAAAGTAGCT +ATAATAGGCGCTGGATTAATAGGAATAGATGCTTTGACAGGTTTAATGGAATATAAAAAT +TTAGAAGTATCATTAATATATCCAAGTGACTATATATTAGATAAACAGTTAGATGAATAT +TCAGCTAAAGTATATGAAAATAAATTTATAGAAAATGGTGCAAATTTATATTCTGGTCAA +CCTGTTAATGAAATTATTTTAGATAAGGAAAATAATGTTTCAGGAGTACAATTGGGTAAT +GGAACGGTGGTAGAGTGTGATTTACTAGTAGTTTCAACTGGAGTTACACCAAATATAGAT +TTTATAAAAGAAACTAATATAGAAAATAATAGAGGTATAGTAATAAATGATAAATGTGAA +ACAACAGTAGATGATGTATATGCAGCTGGAGACGTAGTCGGTAAAAATGCAATTTGGCCA +TTGGCAGTTAAACAAGGAATAGTAGCAGCACATAATATGGCTGGAAGTGAAAGAAATATA +GAGGATGATTTCACATTTAAAAATAGTATGAACTTTATGGGAATACCAACAGTATCTTTA +GGAATAGTCAATCCAGACGGAGATGATTATGACACTATAACTAGATGTGATAATGATGGT +TATAAAAAGTTTATATACAAGGACGATAGAATATATGGCCTTATAGCTCAAGGTGATATC +TCTTATATTGGAGCATTAACACAGATTATAAAAAATAAAGTTGAAATACCAGATTTAAAA +AATAGAATATTTGATATAGGATATGCAGACTTTTTTTCTATGAAGGAAAATGGAGAATTT +GAATATAGCATATAAACGAAACTGTTTAATAAAAAGGGGCATTAATGTGTTTAATAATAG +TTGATTTTTATCTATTAAAAATAACATTAGCCCTTTTTTAGTCCAATAAATAAGTCGCGA +AATAGCTAAAACTTATTTTAAAAAATCTAATTATTATGTAATACAATAATGTTGAAAGCT +TAGAATACGTTGTCATAAAGGAAATAAAATACATATAATTTTATTAAGAGGGACTTTAAA +TGGCAGAAAAAACTTTAAATGTATTCGAAATAGCAAAATCACAAGTAAAATTAATGAAAA +ATGCTTTTGAAGAAATATGGGATTTAGCCGAAGAATATGATGTGAGTCTAAGAACAGCGG +CATATATGATGTCAATTAAAAGAGTTGCAATAGCAATGGAAAAAAGGGGGGATGCTAAGA +CTACATCAGAATCGTTAGCAAACAATTAATATAGATAAATATATAAAAAGCTACAGTTTA +TTACTGTAGCTTTAATTATTCTAAATAAAACATCAATTATGAATTATTAAATTTTTGAAC +AACAAAATAGAAGAAGTTACAAAAAACTTTACTTCTTCTTGTTATTAATATATAATTAAA +TTAAAATGAATAACTAGAATTAATTTTGGATAAAATAATTAATTTAAATATATATTATCA +AGATGTAAATCTTACTTTGTTTTGCTAACATAAGAATACTATAAAAATGTAAAAAATAAA +TTACAAATTAGTTACAAATTTACTACAATCTTGTGTATTAATATTTTATCCGTGTATTTA +TATAGAGAATTTTAGGAGGACGTACATATGAAGAAAAAAATATTAGTACCAATGTTTGCA +TCAGTTATGGCATTATCAATGAATGCAGTAGTAAATGCAGATGAAGTTAAAGATAATAAT +ATAGATAATACAGAAGAAAAAACTAGTCAAGACGTTATTGATTTAGGTGAATATGAAGAA +ACTACATATAAAACTGCAGTAGTTAAAGATGGGGTTGCAGTAAAGATAAGAAATGGTGGT +AAAGTTAAGCTTGTAGCATATACAGGTGATAGTTTTAAAGTTTTAGCAACTCAAGGGGAA +TGGGTTGAAGTTTCTGTAGATGGAGAAAAAGGATGGGTTCCTTCTAGATTTGTTGATATA +AAATCAGCGCCAGGGTTTGTTACAGAAGAAAAGGTAAACTTTAGAAATGATGCAAATACT +GATTCTGAAATAATTGAAGAATTATCTAAAGGAAGTAAATTAGAAGTATTAGAGGATCAA +GGAGAATGGATAAAGGTTAAATATGGAGACAAAGAAGGGTATGTAAGTGCTAAATATATA +TCTGATGAAGCTCCAGTAATAGAAGAAGTAGTTGTTGAAGAAACAGTTACTGAAGAAGCT +ACAACTAGAGTTTCAAATAATCAATCTTCAAGTAGCCAAAGTTCAAATACTCAAAAGTCT +AACAAGAAAAATAATAGTTCATCAAATAAAACAGAGCAAAGCAATGAAAATGTTCCAGCA +GCTAATACATCATCAGCTCAAGCTGTAGTTAATTTAGCTTATTCTAAAATAGGATCTCCA +TATGTATGGGGGGCAGAAGGACCAAATAGCTTTGATTGTTCTGGTTTAACATCTTACGTA +TACAAGAAAGCTGCAGGAGTGTCTTTACCTAGAACATCTTCAGCTCAATCAGGATATGGA +AAAACAGTAAGTAAATCAAACTTACAACCAGGAGACTTGGTATTCTTCGGTAGCGGAAGT +GTAAGCCATGTTGGTATATACATAGGTGGAGGAAATATGATACATTCACCAAAGCCAGGA +GAATCAGTTAAAATAACAAGTATAAACTCATCTTACTATTCAGGTAGGTTTATAACTGCT +AAGAGAGTTTTATAATATATAAATTTTAAGGATGCTAAAATGATTGCAAAATCAGGACTA +GCGTCCTTTTTTGATAATAAATTCTTTTAATATATTGACATAAATTTGTAAAAATGATAA +CCTAACTTAAAGAATAAAATACTTTTAATTTTAGTCCAGAGAGGCTAAAAAAGGAGGAAC +TAGAAAAATGTTAAAAGGAAGAAATTTAATCCAACCAGAAGACTTTTCTGTTGAAGAAAT +AGATGAAATATTAGAATTATCTCAAAAAATAATTGACAATCCGTCAAAATATTCCCGTAG +ATGTGAAGGTAAATTAATGGCTACTTTATTTTATGAGCCATCAACAAGAACAAGATTAAG +CTTTGAATCTGCTATGAAAAGATTAGGTGGACAAGTAATAGGTTTTTCAGAACCTAATTC +GTCATCAGTATCAAAAGGAGAATCTCTAGGAGATACAATTAGAACAGTATCAAGCTATGT +AGATGTAATAGTTATGAGACATCCGCAATTTGGAGCTGCAAATGAAGCTATTAAATATAC +TGAAGTACCTTTTATAAACGCGGGAGATGGAGGAAATCAACATCCAACTCAAACACTTAC +CGATTTACTTACAATAAAATCTCTTAAAGGAAATTTAGAAAATCATACAATTGGTCTATG +TGGAGACTTAAAAAATGGAAGAACAGTACATTCTTTAGTTAAAGCAATGGCTAGATATAA +AAATACTAAATTTGTATTTATATCACCAAAGGAACTTGAAATGCCTGAATATATAAAGGA +GGCAATAAATGGTCATGAATATTATGAAACTACTAACTTGGATGAAGTTATAGGAACATT +AGATGTATTATATATGACAAGAGTTCAACAAGAAAGATTTGAAGATAAAGCTGAATATGA +TAGATTAAAAGATTACTATATTTTAAATAAAGCTAAGCTTAGTCATGCAAAAAAAGATAT +GTTAGTTATGCATCCATTACCGAGAGTAAATGAGATAGATACTGATGTAGATGCAGATGA +AAGAGCAGTTTATTTTAAACAAGCGAAGTATGGTATGTTCGTAAGAATGGCTTTAATAAC +AAAACTTTTAGGGGTGGATATAAATGAATAATATATTATTTAGAAATGTTAGAATTGTAG +ATGCTAATAAAGACTTTAAGGCAGATTTACTTGTATCAAATGGTGTAATTTCAAAAATAG +ATGAAAATATAGAAATTGAACATGAAAGCATAAATATAGTAGATGGAAATGGTTACGTAT +TAATGCCTTCTTTTATAGATTTACATACACATTTAAGAGACCCAGGATTGACACATAAAG +AAGATTTAGAAACAGGTCAAAAGGCTGCACTAAAGGGTGGATTTACAGTACTTTGTCCAA +TGGCAAATACAAAGCCTGTTTGTGATAATAAAGAAGTTATGGAGTACGTACTTAATAAAG +CAAAAGATTTAGATTTATGTGATATAAAGCAAGTATGTGCGATAACTAAAAATTTAGATG +GTCAAGAAATGATAGATATAGAATCAATGAGAAAGTATACAGATTTATTCTCAGACGATG +GATACACATTATTTAATGAAGAAATAATGGAAAATGTTTTAAGGTTATCTTCTGAATTAG +ATTTTAAAGTATTAACTCACTGTCAACCAGAGTATGAAATAGTTCAAAGAGACCTAAAGA +TGTTAAAAGAAGTTGGTGGAAACTTACATATATGCCATATAAGCTTAGAAGATACGTTAA +ATGAAATAAAAAAATATAAAGATGAAGGCTACAAGTTTACTTGTGAAGTAGGACCACATC +ACATATATGGATACGGATTAGACTATAAAGTAAATCCATCGTTTGCAAAAGAAGAAGATA +TGAGGGCTTTAATCCAAGGAATTAAAGATGGATATATAGATATGATAGGAACAGACCATG +CGCCTCATACAGAAGGTGACAAAAAAGCAGGATCTCCTGGAATATCAAACATAGAAGTAG +CTTTTGCAATGGTTAATAAGGTATTTAAAGAAAATAATATATCTTTAAATAAACTAAGTG +AAATGATGAGTGCTAATCCTGCTAGACTTCTTGGATTAAGTCAAGGATTAATAGAAGAAG +GTTTAAGAGCAGATTTAGTTTTAATAGATGAAAATGAAATTGATGTAATAGATACTAGAA +AGTTTGTATCTAAAGGAAAAAATAATCCTTTTAATAATCAAAAGGTTATAGGAAAAGTAA +TAATGACGATAAGAGACGGGAAAATAGCTTATAAAGTAGAGGGGGATATGTAATGTATAA +AGTTCTAGAAAATAGATATGTAGGAGAAGATATGTATCTAATGAGAGTTGAAGGTAGATT +TGAAGGCAAAATGGGTCAATTCTATATGCTAAGAGCTTGGGATACATACCCATTACTTTC +AAGACCAATAAGTATACATGATATAGATGACAATAGTATAAGTTTCTTATATAAAGTATT +TGGAGAAGGTACTCAAATCTTTAGTAGATTAAAAGAAGGGGATACTATAAAATTAGAAGG +ACCATATGGAAATGGATACGAAAAGGTTGAAGGTAAGGTAGCTTTAGTTGGTGGAGGAAT +CGGAGTAGCACCATTATATTTAGTAGCTAAAAATATAGAAAATTGTGATGCATATCTTGG +ATTTAGAAATGAAGCCATATTAATGGAAGAATATAAAGAATTATGCAATGAAGTTCATGT +AGTTACAGGAAATACTTTTGTAACGGATATCTTAGACGTAGAAAGGTATGATTACATACT +AACTTGTGGGCCAACTCCAATGATGGAAAAGTTAGTTAAAATGGTAGAAGGCACTAAAAC +AAAAATAATGGTATCTCTAGAAAATCACATGGCATGTGGAGTAGGAGCTTGCCTAGTTTG +CACTTGTAAGACTAAATTTGGAAATAAAAAGACTTGTAAAGATGGACCAGTATTTTGGGG +AGAGGACGTGATTTTCTAATGGCTAATTTAAATGTTAAGTTTGGAAATATAGATTTTAAA +AATCCAGTAGTAATGGCATCAGGAACTTTTGGGTTTGGAAAAGAATATAATGAAATTTAT +GATATACAAAAGTTAGGTGGAGTTAGTAGTAAAGGACTTACTCTGCAAAAAAGAGATGGA +AATAATGGTATGAGAGTTTGGGAAACTCCATCGGGAATGATGAACAGTGTTGGTCTTGAA +AACCCTGGGATTCAAGGATTTATAGATAATGAGTTACAATTTTTTAAAGATTTAGATTTT +GTAAGAATAGCTAATGTAGGTGGAGGAACACTGGAGGACTACATAGAAGGCGTTAAATTA +TTAAATGAGCAACCGGTAGATATGATTGAGCTTAATATATCTTGTCCAAATGTAAAAGCA +GGAGGAATGGCTTTTGGTATAAAAAATGAAGTAGCAAGAGATGTAGTAAGAGCAGTAAGA +AAAGTTACAGATTTACCATTAGTAGTAAAATTATCACCAAATGCTGAAGATATAGTTGGA +ATGGCTAAAGTATGTGAAGAAGAAGGAGCAGATGGGATTTCCTTAGTAAATACTTTTAAA +GCAATGGCAATTGATATAAATAAAAGAAAGCCGGTATTTGAAAATGTATATGCAGGATTA +TCTGGGCCCGCTATAAAGCCAATAGCGCTTAGAATGGTTCATGAAGTGTGTAAAGCTGTA +AATATACCAGTAATGGGCATGGGCGGAATAACAAATTGGGAAGATGCTATAGAATTTATT +ATGGCAGGAGCAACATGCATACAAGTTGGAACTGCAAACTTTATTAATCCTAAAATAGGC +CTTGATATAATAGCTGGAATAGAAAGCTATATGGAGAGAGAAGGAATAGAAAGTCTAGAT +GAAATAAGAGGAATATTATAAATGATTAAATAAAATAAACATTTGATATAATTTGGAGGA +GAATATTATGAGTAAAGTAGATGTAGTAGAAATATTAAAGAAAAGTGATGCATTATTAGA +AGGGCACTTCTTATTATCTTCAGGAAAGCACAGTAACAGATACGTACAGTGTGCAAAGGT +ATTAAGATTCCCACAATATGCAGAACAAGTTTTAAGTACAGTTGTTGAACAAATAAAAGA +TTTAGATATAGATTTAGTAGTTGGACCTGCTATGGGTGGAGTTATAGTTTCATATGAATT +AGGAAGACAATTAAATAAAGAAACAGTGTTCACTGAAAGAAAAGATGGAGTAATGGAACT +AAGAAGAGGTTTTGAAGTAAAACCAGGAGCTAAGATAATAATAGCTGAAGATGTTGTTAC +AACTGGTAAATCAACTATAGAAACAAAAGAAGCATTAGAAAAGTTAGGTGGAGAAGTAAT +AGGTGTTGCTTGTATAGCTAATAGAACTTCTAAAGATATCGGAATGCCTATATACAGTGC +TATAAAGCTTGAAATAGAAGTACATGAGTCAGATAATTGTCCTTTATGTAAGGAAGGAAA +AATAGAATTAGTAAAACCAGGAAGTAGAGAATTCAAAGAAATAGGAATGTAGTATGATTA +GTGTTTTTAAGTAGGATATTAGGTGGTTGGAGCTCAGTGAAATATTTATTTTTCATACAT +GAAGCTAAAAAGATGCTGCAAATGGATGAAAAATAAATATTTTCACCTTCGCTCTGGCTT +CCGAGCTTTGTTTACTTAAGAACACTTTATTTTTTTGTGGGAAAATTTAATATAATGATG +TTGCGTATAATTTTAATTCTCTTAGGAAGAGTTGTGTTATGTCTGAGGTATTTACGTCTT +TAGGTAGTATATAGGAGAAGTTTCTGGTGAATGTATTGTCTAATTCTATTACTGAAACTT +CATTATTTTCTACTGCTGGATAAGCTATAAATTTTGATATTATACTTATTCCAAGTCCGT +TTTTTACTGATTCTTTTACGGCATAGTTGCTTCCAACTATCATTATATTTTTAGGCAATA +TTTTATATTTACTTAAGAATAAGTCTAAGTATTCTCTAGTGCCTGAACCATTTTCTCTTA +GTATCCATTTTTGGTCTTGAAGACTGCTAAATGAAAAATCTTCTGTATACAAGCGTGGAT +TATAAGGTAAGACTAAGGCTAACTTGTCTTTTAAAAAATACCCTTTGTTAAAGTTTGAAT +CATTTAAGTTACCTTCAATTAATCCTATATCTAATATAAAGTTTCTTATATCAGCACACA +CCGATGATGTATTTTCTATAAAAATCTCAACATTTATATCTGGATACTTTTCTGAGAATA +TAGATAGAAATTTAGGTAAAATATAATCTCCAATAGTAGAACTAGCTCCTATCTTTATAG +TTCCAGTGATTGTATTAGAATTATTACTAATTTCTCTATATGTTATATCCATTAAATTTA +GGATTTCTTTTGCCCTTCTATATAATGTATAACCTTTTTCTGTGATGAAAATATTTTTTT +GTTTAATAGATCTATTAATTAAAGTTGTACCAAAATAATTTTCTAAGTTTTTGATATGAG +TACTAACTGTGGGTTGAGATAAATTAAGATGATTTCCTGCCTTTGTAAAATTTTTAAATT +CAACTACTGAAATAAATGTTTTTAATTCTTCAAACAAATTTAACAACTCCTATTATAATT +TTATATATGTAAACTTAATTGAAATTAGATCTGTATAAAAAGTATTTACAATTATAAGTA +TATAACAATCATAAAAAAAATCAATGATTATTATTATATATATTCATTTTACTTATGATT +ATTATAAATATATACTATAAATATAAATAAGATTTATACAAAAAATATAAATGCAACTTA +TATAGAAAGGACAGATTATATGACTAGACAGTATAAAGATTTTACCAAAATTATAAAAGA +TATAATACCAGGTTTTGTGGTAGCAATTTTAGTAGCTGGATTAAGCATGTTACTTGCTAA +ATTTATTCCAAAACTTGGTGCAGCATCAATAGCTATATTTTTAGGGATGTTTGTAGGTAA +CGTATTTTTAAATCAAGAAATATTTCAAAAAGGATATAAATTCTCTGAAACGGACTTATT +ATCATATTCAATAGTATTATTAGGAGCAACATTAAGTATATCAACTATATCAGAAATAGG +AATTTCGGGGGTTATATTTATAGTCTTACAAATGACAATAACTATAATAGGAGCCTTATA +TATAGGAAAAAAATTAGGATTTTCGGAAAACTTTCGATATATGATGGCTAGTGGGAATGC +AGTTTGTGGTTCTTCTGCAATTGCAGCGACTGCACCAGTTATTGAAGCTGATGATAAAGA +AAAAGGAATTGCCATAACAATCGTTAATGTTACAGGAATTGTTTTAATGTTCTTACTTCC +GGTGATTACACAGTTTTTATACAATCATGATCTTACTCAAACTTCAGCTATGATAGGAGG +AACATTGCAATCTGTAGGTCAAGTTGTAGCTAGTGGAGCGATGGTAAGTGAACACACTAA +AGACCTATCTACTATATTTAAAATAGTACGTATAATATTTTTAGTAGTTGTAGTATTTGT +ATTAGGACACTTAAAGCATAAATCTAATAAAGAAATATTGGAAGAGGAAGTAACTGATAT +TGAAAAGGGAAAAATAAAAGTACCATGGTATGTAATAGGATTTTTTATAACATGTGCTTT +ATTTTCTTTAAATATAATTACTCCAAATGTATCTATGATATGTAAGGAACTAAGCAATAA +ATTTGAAATAATAGCTTTAGCAGCAATTGGTCTAAGAGTAAATGTAAAAGATTTAATTAA +GCAAGGAAAATCAGTGTCATTATATGGTTTATTTGTAGGTATATTACAGATAATTTCTGC +AATAATGCTGATCGGAATATTATTATAAAAATATATTTAATGCAAATATTAATGATATAC +TTTTTTATTCAATAGTGTTATAATATTATTCCTTTATCGTTTTACTTATATTATAAAATA +ATAGAGGAATAATATATTATTAAATAGAAAGGTTAGGTTGAATTTATGATAGATGCAAAA +TTACTAGTTGAAAAAGCTTTTGAAGCTCAAAAATTTGCTTATACACCATACTCTAATTTT +AATGTTGGAGCAGCACTACTTGGTACAAATGGTAAAATATATCAAGGTTGCAACGTAGAG +AATGCAGCTTATACACCAACAAATTGTGCAGAAAGAACTGCATTTTTTAAAGCTATTTCT +GAGGGACAACGTACATTTTCAGCAATAGCTATAGTTGGAAATAAAGCTGATTCTGAAGAA +TATGATTACTGTGCGCCTTGTGCCGTATGTAGACAGGTTATGGCTGAATTCTGTGATCTT +AAGGAATTTAAAATTTATCTAGCTAGAAGTAAAGATGATTATAAAGAATATACTCTAGGA +GAACTTCTTCCGTTAGCATTTACAGGAGCAAATTTAAAATAAATTAAAATAGGAATGTAG +ATATCTACATTCCTAATATTTTTCTTATTTCATCACATAACATATCAAGATGTTCTGGGT +TATTTACTAAATCAACCTCATTTATATTTACATATAAAACAGGTGATTGATCATATTCAG +ATATCCATTTTTCATATCTATTATGAAGGTTTTTCCAATAATCTAAATCAACAGTTTTCT +CCATCTCACGTCCTCTAAGGTTTATTCTGTTAATTATAGTGTCGATAGAACCATCTAAAT +ATATCATTAAATCAGGTTTTTTTAGATAAGGAACCATATCGTTGAATAAATCTCTATAAG +TTATATAATCTCTTTTTGTCATTTTTCCGTTATCATATAAGTTTCTAGCGAATATCTCTA +CATCTTCGTATATACTTCTATCTTGAATATTATTTAGTCCATTAGCATGGATTTCTTTTT +GTTGCTTGAATCTTTGAGCTAAGAAATAAAGTTGTAAATGGAATCCCCATTTCTCTTGGT +CAGCATAGAAATCTTCTAAGTATGGATTTCCATCAACTTTCTCAAAATGAGTTTCAAACC +CAAGTTTATTTCCAACTAATGTTGTTAAAGTTGATTTACCAGCACCTACATTACCGGCCA +CAGTTATAAATAAATCTCTACTAGCAGGTGTATTACTTTGGTTTACTAGTTTAAACATTT +TATTGTCCTCCTAAAGTTGTCATGGCTTCTTTTACTTTGTTTATTATAAATTGTCTATCA +TTATCGTTATTTAAGAAATCTAAATTAGAGTTATCTATTTCTATAATAATAGGCTCTTTA +CCCATAAAATTATGCTTTATCGATAATGGATTAAAGTAATATTTATATTCCGTTCCTAAT +TCTTCAATATAATTTCTATCCATTTGTCTTTCGAAACTTCTATCTCTCATAGCTATTCTC +TTCATTAAAACATCGGTACTAGAGTTTAAATACACTATGATATCTGGTTGAGGTAAATCA +TTTACAAAAGTATTATAAACTTGTTTGTATCTATGAAATTGCATTTTATCAAGTGTTAAA +CCAGCAAATATAAGATTTTTTATTATATGGTAATCACTAACAACTCCGTTACCTTTTGAC +AATAGATTTTTTTCAGTGTCTTCTAATTGTTTTACTCTATTAAATAGAAAAAATGCTTCA +GTTTGTAAAGCATAGCCTTTTATATCTGTATAGAATTTTGATAAAAACGGATTTTCTTCA +ACTATCTCCCTAAGAAGAGTATAATTAAAGTACTCATTAAGTATTGTTGCAAGGGTAGTT +TTTCCTACTCCTATTGGACCTTCTATAGCAATAAAAATACCTCTTTCGTTCATATAAGTT +CACCTTCTACTAATTAATGTCCTATGTATTTTATCAAAAAAGTTTTATTATTTCTACTCT +AGACATTTTAAAACAAATTTGCATAGAAGAAAAAGTTTATTTAAATTGACAATATTATGG +GTAAATTAAAGTTATAAAATAGAACTAATTATAAGAATAAGGAGATTTTAAATATGAAAG +TGTACGAAAAAAATAATTCGGTTATATTAGAAGGAATAACAGATTTTGATCCTAAGCATA +TATTTGAGTGTGGGCAATGCTTTAGATGGCATAAGCAAGAAGATGATTCTTACACAGGAG +TTGCAAAAGGAAAAATATTAAATGTAAAAAGAGAAGGAGATATTGTTTATTTAAATAATA +CTAATTTAGAGGAGTTTAATAATATTTGGTTTGATTATTTTGATTTAGGTAGAGATTATA +CAGAAATAAAGAATACTTTAAAAAGTATGGATGAATATTTAGATAAGGCAAGTGATTTTG +GATGGGGAATAAGAATTTTACAACAAGATGGATGGGAAATGCTTATATCATTTATTATTT +CATCAAATAATAGGATACCTATGATTCAAAAAGCTATAGAAAATTTATCTAAGAAATTTG +GAAAATATATAGGAGAGTATAACGGAAAAGAATACTATTCATTCCCGACACCAGAAGAAT +TAAATAAGGCTTCACAAGAGGATATAAGAGCTTGTCAAACTGGATTTAGAGATAAGTATA +TAAAGAGTACAACTGAGTCAATAGTTAATAATAAAGATGATGTTCGTAGGTATACTAATT +TAAGTACAGAGGAGTGCTTAAAAGAACTTTTAAAATTTAATGGAGTAGGACCTAAGGTTG +GTGATTGCATAGCTTTATTTGGAATGAAGAAATATGATACATTCCCAGTTGATGTTTGGG +TTAAAAGAGTAATGCAAGAATTTTACGTAAATGAGGATATGAGTTTGCCAAAAATAAGAG +CGTATGCTATAGATAAATTTGGAGATCTAGCAGGTTTTGCACAACAATATTTATTCTATT +ATGCAAGGGAATTAGGTATAGGAAGATAGTTCAATAGGGAGGGAATATGAATATCGTACA +GGGTTTAATATTAGGATTTTTAGCCTTATCCTATATATCAGGGACCATAGTAGCAATGAC +TATATTACTTGAGAATAGAGATCCTTCTAGAACTGTCACATGGTTATTAATATTTATTTT +ACTTCCAGGAGTAGGGTTAATTATTTATGCTGTTTTTGGAAGAAATTTAAGAAAAATAAA +AATATTTAAGACTCAAGAATTAGCAAGTAATATGAAGGAAGAAAAACTTTTTCGAAATTT +AGATGAAATAAATAATTTAATTAGATTAGAGCAAGACACAATAAGTGTAAGTAAGTTACT +AAAAGATAATGAAGAAGATAATATCAAGTTAAAAATAATAAGTTTACTATTAAATACAGG +TATGTTTCCTTTTACTACAAATAATAAAGTTGATATATTTGTGGATGGGAATGAAAAGTT +TGAGCGTCTTATTAAAGATATAGAAAATGCAAAAGATCATATACATTTAGAGTACTTTAT +AATAAAAGATAGTGATATAGGACAAAAGATAAAGAACTTATTAATTAAAAAATCTAAGGA +AAATGTAAAAATAAAAATACTGTATGATGATGTTGGCTGTTGGAGATTTTGGTTTCACAG +AGAATTTTTTAATGAAATGAAGTCTCATGGAATAGAGATAGTACCTTTTTTACCGACAAA +ATTTCCTATAATAGGAGGGAAATTGAATTATAGAAATCACAGAAAGATTGTTGTCATAGA +TGGGCGTGTAGGTTATACGGGTGGCATAAATATAGGTGATGAATATATGGGTAAAGATAA +AAAGTTTGGATATTGGAGAGATACTCATATTAGAATAGAAGGAACTTCTGTATATATGTT +ACAAATGACCTTTTTAATAGATTGGTATTACAACACAAAAGAAGTTTTGTTGAATACAAA +TTATTTTCCTAGGTTAAATAATTTTGGAAATTCAATGATACAGGTAGTAGCAAGTGGACC +AGATAGTGACTGGGAAGCAATACATTATGCTTATTTTTTAGCTATATGTCAGGCTAAAAA +AAGTATATATATTGAAACACCTTATTTTATACCAGATGAAAGTATATTAAGGGCTTTAAA +AAGTGCGGCTTTAAGTGGGGTTGATGTAAGAATTATATTCCCTAAGATAGCTGACCATAA +AATAGTTAATATAGCTTCTTATTCTTACTTTGATGACATATTAAAGTCAGGAGGAAGAGT +ATATCTATATGAAAAAGGATTCATACATTCTAAGGTCATTATAATAGATAATTCCATAGC +TTCTACTGGATCTGCTAATATGGATTTAAGAAGCTTTATGTTAAATTTTGAAATAAATGC +ATTTATATATGATAGAAAAGTGATAGATTTAATGAAGGAAGATTTTTTTGAAGATATGAA +AAATAGTAAAGAAATTAATAAAGATGAGTTTAAAAATAGAAGTATAGTTCAAAAATCTAA +GGAATCTGTAGCTAGATTATTTTCGCCTATTTTATAATTTAATAATGTCTTAATAAGGGG +GATTATGTCTAAAATATGACTTTAAAAAAAACTAAAAAGTGTTGAAAATTATAGGTGAGT +AGTATATCATAATAATTATTAGCACTCTTAGTTATAGAGTGATAAAAACAGATTGATTAG +TATTTTTATTATACATATATTATAAAATCATTTAGGAGGGATAAACAATGAAAATAAGAC +CATTAGCTGACAGAGTTGTCATTAAAAAGGTTGAAGCAGAAGAAAAAACTGCAAGTGGTA +TAGTTTTACCTGGAGCTGCTAAAGAACAACCTCAAATAGCAGAGGTAGTTGAAGTTGGGC +CAGGAGGAATTGTTGATGGAAAAGAGATAAAAATGGAATTAAAGGTTGGAGATAGAGTTA +TATTCCAAAAATACTCTGGAACTGAAGTTAAAATAGAAGGGCAAGAATACACAATATTAA +GACAAAGTGAAATACTTGCTGTTGTTGAATAATTTTTAGGAGGGGTTAAGATGGCTAAAG +AAATTAAATTTGCTGAAGATACAAGAAAAGCTTTAGAAACTGGTGTAAATAAACTTGCTG +ATACAGTAAAGGTAACACTAGGACCAAAAGGAAGAAATGTAATATTAGATAAAAAATTTG +GTGCACCGCTAATAACTAATGATGGTGTTACTATAGCTAAGGAAATAGAGTTAGAAGATA +GATTTGAAAATATGGGAGCTCAACTTGTTAAGGAAGTTGCTATAAAAACTAATGATGTAG +CGGGTGATGGTACTACTACAGCTACAGTTTTAGCGCAAGCTATAATAAGAGAAGGATTAA +AAAATGTAACTGCTGGAGCAAATCCTATACTTATAAGAAAAGGTATACAAAAAGCTGTAG +AAGTTGCTGTTGAAGAATTAAAAAATCAATCAAGAACTATAGAAAGTAAAGAGTCTATAT +CTCAAATAGCTTCTATATCTGCTGGAGATGAAGAAGTAGGTAAATTAATAGCTGAAGCTA +TGGAAATAGTAGGTAGAGATGGAGTTATAACAGTTGAAGAATCTAAAACAATGCATACAG +AATTAGATACTGTTGAAGGTATGCAATTTGATAGAGGTTTTGTATCTGCATACATGGTCA +CAGATGTAGATAAGATGGAAGCTGTTTTAAATGACCCATATATATTAATAACAGATAAGA +AAATATCTAATATACAAGAAATATTACCTGTACTTGAGCAAATAGTTCAACAAGGTAGAA +AATTATTAATAATAGCTGAAGATGTTGATGGGGAAGCACTATCTACATTAGTAGTTAACA +AATTAAGAGGAACATTTGAAGTAGTTGCTGTTAAAGCTCCTGGATTTGGAGATAGAAGAA +AGCAAATGTTAGAAGATATAGCTATACTTACAGGTGGTACAGTAATATCTGAAGAATTAG +GATATGAATTAAAAGAAGCAGATTTATCATTATTAGGTAGAGCAGCGTCTGTTAAAGTTA +ACAAAGAAACTACTACAATAGTAGATGGATCTGGAGAAAAAACTGATATAGAAAATAGAG +TTAATCAAATAAAACATCAAATATCAGAGACTACTTCTGAATTTGATAAAGAAAAATTAA +TGGAAAGATTAGCTAAACTTTCTGGTGGAGTAGCTGTAGTTAAAGTTGGAGCTGCTACAG +AAGTTGAAATGAAAGAAAGAAAATTAAGAATTGAAGATGCCTTAAATGCAACTAGAGCAG +GTGTTGAAGAAGGTATGGTAGCTGGTGGAGGAACTGCATTAGTAAGTGTAATACCAGCCG +TTGAAGAATTAGTAAATACTTTAGAGGGTGAAGCTAGAATAGGAGCTCAAATAGTAAGAA +GAGCTTTAGAAGAGCCATTAAGACAAATAGCTACGAACGCAGGTCTTGAAGGTGCTGTAA +TTATACAAAATGTTATGAATGCAGATACTGAAGTAGGATTTGATGCATTAAATGAGAAAT +ATGTAAATATGATAGAATCAGGTATAGTTGACCCAACTAAGGTTACTAGAAGTGCATTAC +AAAATGCTGCATCTATAGCAGGGGTGTTTTTAACAACAGAGGCCGCTGTTGCAGATATTC +CTAGTGAAGAACCAATGCCAGGTATGGGCGGCGGAATGCCAGGTATGATGTAATAATATG +AGAAAATAATTTTGAATATAGAGGCTGTGTACAATATAAATATACATTGTACACAGCTTT +TTTATATACTAAGAGATTATAAATTATATTTCTAATGACTAACTTATAATTTGAATTGTT +AAGCTTAAAAGTGATTTACTTATGTAGTCAATCGACTAATAAGTAAAGTTTTGATGAAAT +AACTGAAATGGATTTTTATATGAGATATTAATATAAATAAAAAATTTAGATCAAAAAAGT +TTGAAAATTCAGTATTGATATATAATATAGAAATAAAGTTGTTGAAATTTTAACATAGAT +ATGTTAGTATACTAATATAACAAGGAAAACGTATTTTAAGAAGGGTTTATATAGTAAAAA +GGGTTTGATGTCGTAAAAAAACTTACAATTAGATTTTATGTCGAATATCAAAATGAGTAG +TTTTGGTTAATAATATAACAATTAAAATCAAGAATAGGGGGAAGTGTATGTTAGAAAATA +TACATGTATCTGGTTTCTCAGATGAAATAAGCAGCGATTTTGATACTCAGTTAGAAACAG +TTAAAAACTTAGGTATGGAATACATATCTATAAGAGGAGTAAATGAGAAAAATTTTAGTG +AATACACAATTGAAGAAGTTAAGGAATATATAAAACCTAAATTAGATGAATACAAAGTAA +AAGTTTCTTCTATAGGGTCTCCTATAGGAAAAGTGTTTATTGATGATGAAGAAGGCTTTG +GAAAGCAAATTTCTTTATTAGAAAAGCTTTGTGAAATGGCTAAGATTTTAGATTGCAAGT +ATATAAGAATGTTTAGTTTTTATATGCCAAAGGATAAAAATCCAGAAGACTACAAAGATG +AAGTTATTAAGAAATTAAAGATATTTACAGAAATAGCAGAAAAGCACGATATAGTTCTTC +TTCATGAAAATGAAAAAGATATATATGGAGATATATCTAGTAGATGCTTAACAATATTTA +AAGAAGTCGGCTCTGAACATTTTAAGGGGATATTTGATTTTGCTAACTTCGTTCAATGTA +TGGAAGATACTAGAGAATGCTATGAATTGTTAAAAGAATATATAGTGTACTACCACATAA +AAGATGCTGTGAAAGAAGATAAAGAGAATGTAGTATGTGGAACTGGTCAAGGAAAAATAG +AAGAAATTTTAACTGATGCAATAAAAGATGGCTATAAAGGCTTCTTAACTTTAGAACCAC +ATCTTGTTATATTTGATTCATTAAAAGACTTAGAGTTAGAAGACGTAAACAATATAATAA +AAAAAGACAAGGGATTAGATGGTAAAAGTGCTTATGCACTTCAATATAACTCTTTAGTTA +ATATATTAAAGAGTATAGATTTCAGATTAAAGAAAATAGGGGGAGAAAATATGAAACAAG +TAAGATTTGGTATAGTTGGTATAGGTCAAATGGGAGGTTCTCATGCAGAATGGTTAGCTG +GAGGAAAAGTTGAAAATGCAGTTTTAGCAGCTGTTTGTGACGTTAACCCACAAAAGAAAG +AATGGGCAGCAGAAAAGTTACCTCAAGATGTTAAATTTTACGATAATTATATAGATATGT +TAGATAGTGGAGAAATAGATGCAGTACTTATAGCTACACCTCATTACGATCATCCAGTAA +TAGCTATAGAAGCATTAAATAGAGATTTACATACATTAGTTGAAAAGCCTGCTGGTGTTT +ATACTAAAAAAGTAAGAGAAATGAATGCAGTAGCGGAATCTAAACCACACTTAGTATTTG +GAATGATGTTCAATCAAAGAACAAATCCTTTATATCAAAGAATAAAAGAAATAGTTGCTA +ATGGAGAAATAGGGGAAATAAGAAGAACTAACTGGATAATAACTACTTGGTGGAGACCAC +AAGCTTACTATGATATGAGTAGCTGGAGAGCAACATGGAATGGAGAAGGTGGAGGCGTTC +TTGCTAACCAAGCACCTCATCAAATAGATTTATGGCAATGGATATGTGGAATGCCAACAA +AGGTAAGAGCTAACTTACAATATGGTTCTCACAGAAATATAGCTGTTGAAGATGATGTAA +CAGCTTTCGTTGAGTATGAAAATGGAGCTACTGGTACATTCATAACTTGTACACATGACA +TAATGGGAACTGATAGATTTGAAATACATGGAGATAAAGGTAAGATATTAGTTGAAGGAA +GTAAAAAAGTAACTGTTAGCAGATTGAAAGAATCTGAAAATGAATTAAATGAAAGAATGA +CATTTGCAGATGTTGCTAACTTATTTAGAGGGCAAGGTATGTCTGATTTAATGGACGTTG +AAGAATTCGAAATACCTGATCAATGGGGAACTCAACATGTAAATGTCATGATAAACTTCA +CTAAAGCTATATTAGAAGGAACTCCATTATTAGCTCCTGGAACAGATGGAATAAAAGGTG +TTACTATAGCAAACGCTATGCACTTATCTAGTTGGTTAGGGCAAGAAGTAGAAATACCAT +TTGATGAAGATTTATTCTTAGAAGAATTAGAAAAGAGAAAAGCAGAGGAATTAGAAGCTA +AAAAAGAAGCTAAATTAGAAACTGTATAATATATAAACGAAAGAGGGAGTATATATGGCA +CTTAGAATTGGTGTTATAGGTCTAGGAGATGTTTCAATAGTTCATATTAATGCAATTAAG +TTAAGTGATAAAGCTGAACTTGTAGCTGTATGTGACACAGACGAGACTAAAATGAATTTA +GTAGAAGGTGCTAATTTTTACACTGATTACAATGAAATGATTGAAAAAGAAAATTTAGAT +TGCGTTCATATATGTTTACCACATTACCTTCATTATCCAGTTACTAAAGAAATAACTTCT +AAAAAGGTCAATGTACTTTTAGAAAAACCTCTTTGTCTTAATACAGAAGAAGTGGAAAAG +TTTAATGAATTAGATAAAGAAACAGATGCAAATATTTGCATCTGTTTACAAAATAGATAT +AACCATACAGTTAAAACTTTATTAGAAGTGATAGAATCGAAAAAGTATGGAAGTGTAAAG +GCAATAAAAGGTATAGTAGCTTGGAATAGGCCAGAGTCATATTATACTACTAAGCCTTGG +AGAGGCAAAATGGAGTATTCTGGCGGTGGTGTAATGATAAACCAAGCAATACATACAATA +GATCTAATTCAACTACTTGGTGGAGAGATAGAGTCTGTTAAAGGTAATATTAGTAATTTA +TTAAATTATGATATTGAAGTTGAAGATACAGCTATGGCTAATATAAACTTCAAAAATGGT +GCTAGAGGTACTTTTATATCAACTATAGCTTATGCAGATAATTCTAGTGTTGAAATAGAA +GTCATATTTGAAAATATAAGATTTGTGATAAAAGATAGTACACTTTACAAATATGAGAAT +GGAACTCAAGAAATAGTTGTTAAAGATAAATTATTCGAAGGTTCAAAGCATTATTATGGA +TCAAGTCATGCAGAGTTTATAGATAACTACTATAATTGTCTAATTAATGATACAGATAAT +TATATTAGAGTCAGTGATGCATCTAATTCCATGAGAATTATTGACAGTATTAGGAATTCA +TCTAAAGAAGAAAAATTAATTAATTGGGGGAATTAATATGAATAAACCAACAATAGGCGT +TCAAATGATGATGCTTAGAAATAAGATAGAAGAATTAGGTATAAAAGAAACTTTTAAAAA +AGTTAAAGAAATAGGATTTTCTACAGTAGAGTTATCTCAAGTTCCTATGACTCCAGAAAA +TGTTGAAGCAATAAGAGAATCATTAGACGAATTAGATATGAGAGTTTGCGCAACTAGCGG +AGCTTTAAAAGCTATGGCTCCAGGTATGAAAATGGAAAACTTAAGAGATGATTTTGATAA +AATAGTTGCAGACACTAAAGCTTTAGGATGTAAATATATAAGAATAGGTATGATATCTTT +TGATTGTTTGGGTTCTAAAGAGAAAATAGTTGAGTATACAAAAGAATTAAATGAAATGGG +AAGAAGGCTTAAAGAGCAAGGTTTAGAGTTATATTATCATAATCATCATGTTGAATTTGC +TAAATATGATGGTAAATACATAATGGATATAATGGCTGAGGAAAGTGATCCAAAGTACTT +AGGATTTGAGCTTGATGTTCATTGGTTACAAAGGGGTGGAGTTAATCCTTTAGAGTGGAT +TAAGAAACTAGAAGGAAGAACTAAAATACTACACATAAAAGACTATAGAATAGCTCAAAC +TTTAGATTTATCAGGTGGTATGCAAGAAATAATGAGAAGTTTAGCTGAAATGGTACAATT +TGCTGAAATTGGTGAAGGAAGCTTAGATATGAAAGCAATAATAGATTTAGCAACAGAAAC +AGGCGTAGAGCATATATTCATAGAGCAAGATGATACATATGGTAAAGATCCATTTGAAAG +CTTAGAAATAAGTGCTAGAAACTTAAGAAAATTAGGTTTTGGAGATAGATTTTAATTTAT +TCTTCATGTAAGTTTATAGATTTATTATATTGTTTAGCATTGTTGTGATATTAAAATTTT +GACAATGCTAAACTTTAAAATATGAAAGTTAAAGAAATATCAAAATTTTTAGAGAATATA +TTGCGGATAGTATTTGAGTATGTTAGTATTCTAGTATAGAAAACGTTATCCTTTTGTGGA +TTATATATAAAGTAGAAGGATGGAATTATAAGGGTTATCAAATGCGCAAGGGGGATTTTA +AGCGTTTGGTTTCATTTTTAACGATTAGGAAAACGTTATTCTAAAACCGAAAAAGGGGGA +GTTAAAAATGAGTAATATGCAAAGTGAAGTAAAAAAATTAAATAAGTCTTTTGAAAATGA +AAATTTATACAATGATTGTCCTAGCTGGCGTTTAGCTCTATTTGCTTTAAACAATACAGC +TACGAATCTTTATATGTGGGGTATGATGTACTTAGCTAATTATGCCACAGGTATTGCTGG +ATTAATGGTTACTGTAGTTGGATTTATATTAACTGCAATGCGTATATTTGATGGTATAAC +AGACCCAGTTGTTGGATTCTTAATAGATAAAACAGATGGTAAATTTGGTAAGTTCAGGCC +ATATATGGTTATAGGTAATATTATATTAGGTATAATGACTTTTGTAATATATAAAACAGT +TCATTTAGTTCCAGAAAACTTTAGATTAATATACTTTGTATTATGTTATGCAGTATATAT +AATTGGTTATACTTGCCAAACAGCTTGTACAAAAGCAGGTCAAGCATGTATGACTAATAA +TCCAGCAAAAAGGCCTAAATTTGGTTTATTCGATGCAATATACAATGCAATACTTTTTAC +TGGAATGCAAATGTACGTTGCAAGTTACTTAGTTCCAAAACATGGGGGATTTGGAAATAT +TTCATTATATCATGAATTAATAACTTTAGTTATAATAGGTTCAGCCATATTAACAGTTTT +AGCAGTATATGGTATATGGCCAAAAGATAGAACAGAGTTTTTTGGTCTAGGAAATAAATC +TGTAGAAGTTAAATTCCGTGATTACTGGCCAGTATTAAAAGGAAATAGAGCGCTACAAAT +GCTTGTAGTAGCTGCTTGTACAGATAAGATAGCATTAAGTGTTGCTCAAAATGCTACAGT +GGGTATAATGTTCTTTGGTATAGTTATGGGAGATTATTCTTTAAGTGGTACAATTGGTAT +GATTGTTTTGATACCAAATATAATAATAACTATGATAGGAACAAAATACGCTCAAAAGCT +TGGACAAAAGAAAGCTTTAGTTGTAGGAACTTGGGTCTCAATGATTTCATACGTAGTATT +AGTTGCAGTATTAGTTTTAGGTGATCCTACACAAATACGTTTAAACGATATGGGATTAAT +GACTATAGTATTCTTAGTAGTTTATATAATAGCAAAAGGAGCTACTGGAGTTTCTGGAGC +CTTTGTTATACCTATGATATCGGACTGCGCGGATTATGAAACTTACTTAAGTGGACGTTT +CGTACCAGGAATGATGGGAACATTATTCTCATTTATAGATAAGTTAATATCTTCATTTGC +AACAACGATAGTAGCATTTTCAGTTGCAGCAATAGGGTTTACGGATAAAATGCCAGATAT +AACAGATGCATATACTCCACAATTATTTTGGGTAACTATGTTCTTATTTGCAGGTATGCC +AATAATAGGATGGATATGCTCATTAATTGCTATGAAGTTCTATCCGCTTGATAAAGAAAA +AATGGAAGAAGTTCAAACTCATATACAAGAAATTAAGAACTCTGAGCCTGAATTAGTTTA +ATATATAAAGTGTGGTTTAAGGATGAACTCATATAGAGTTCATCCTTTTTGCATATATTT +ATATATGAAAGGTGACATTGTATATAAATAATGGGTAATTTTATTATTAAATTTAAGAAA +ATAAGTAAGAAGAAATATTTGTTTTGAATAATTTTAAAAAGTATTATTAGGAAATTAAGA +TAGTTAAAAAAATATCAAAAAATACATAAATTTATTGAAAAAAGTATTTAAGTATGTTAG +TATTCTAGTATGAAGAAAAACGTTATCCCTAGGTTAAATACAGAAATGTAAGGAATCTTA +TATTAATAAAATGCAAGATAAAAAAATAACATTAAATTATAAAAATGGGAAATCGTTAAA +AATAATAAAGGGGAGAGTAAATACAAGATGAGTCAACAAACAACTAATTACAACCGCGCA +AAAACTTGGCAAATAGGATTATTTGCATTTAACAACACGGCAACAAATGTTGCAATGTGT +TTAATGGGGTACTTAGCATTTTTCTCACAAAACGTTCTTGGAATAATGGCAGCAGTAATA +GGGGTTATACTTACAAGTATGAGAATATTTGATGGTATAACAGATCCAATAATAGGCTTA +TTTATTGATAAAACAGATGGTAAGTTTGGTAAATTCAGACCATTCATGCTAGTCGGGAAT +ATAATTATAGTAACTTGTATGTATTTAATATTTGCAGTTGTACCAACTTTAGATAATGGC +ATTAAACTTCCGGTTTTAATAGGTGTATATATAATATACATATTTGGTTATACATTCCAA +ACAGCTTGTACAAAAGCAGCACAAGCTGTCTTAACTAATGATCCAATGCAAAGACCAATA +TTCGCAATATTTGATAGTATATATAATACAATTCTATTTGCAGTTGCTGGTCTTATAATA +ACATCTATATTACCGCCTAAGTTTGAAAAAGGAATGTTAGATCCAGGATTATGGAAACAA +GTAGCAATTATGTTTGGAGGATTATCATTCTTCCTAACAATATTAGCGATGATAGGAATA +TGGGGAAAAGATAGAAAAGAATTCTTTGGTGTAGGAAAAAAAGATGAACAAGTTAAGATA +AAAGATTACTGGCCGATAATAAAGGGAAATAGAGCTATACAAATGTTAGTTGTTGCGGCA +TCTACTGATAAATTAGCAGGGAGTTTAGCCCAAGCAGCTACAATATACTTCTATGGAAAT +GTATTATTAAATGTATCTTTATCAGGAGAGATAGGAGCGATAATGACACCGATGACAATA +TTAGTAACATTCATAGGTGTTGGTTATGCGAGAAAGATGGGACAAAAGAAAGCATTTGTA +GTTACAACTTGGGGAAGTATGGCAATGCTTATAGCACTTTTAATTATACAGCCATTCGAT +AATATATCATTAACAGCTTTAAACTTTAATACAATATTATTTATGGGATTAACATTATTA +CAAAGAGGTTTTATGAATGTATCAGGAAATATGGTTATACCAATGATAGCAGATTGTGCA +GATTATGAAACATATAGAAGCGGAAAATTTGTACCAGGTATGATGGGAACATTATTTTCT +TTTGTAGATAAATTAATATCCTCATTCTCATCAACATTATTAGGAGTAGGATTAGCTATG +ATAGGACTTGGAAATGCAATAATAGAACCAGGTACAGCAGCAACAGGAAGTTTCTTCTGG +TTAATTATGGGATGTATGTATATAGTACCTATATTAGGTCATTTAGCGTCTATAATAGCT +ATGAAGTTTTATCCATTAACTGCAGAGAAAATGGAAGAAGTACAATATGAAATAGAAGCA +TTAAAAAATAAAAATACAGTTGCTTAATATACATAAAGCTGAGTTGTTAAAAATCAACTC +AGCTTTATGTATATATTGAATATATAATATATTATGTAAAGTAAAATATAAAGTCATTGG +GTTAGTAAAGAGGGTAGGGACAATGGAGTTAAATAATAATAATATAAAAATGGTTTATGA +TCATATAAGTGAACTTGTATGTTTAAATCTTATTATTTTTAACAATTTAGAAAATTCATT +ATCAAGAATCAATAGTTACAAAACATCTGAAAAGATAGAGCAGATTGAACATGACGTATA +TAAATTAATTAACAATGCTATAAAAATTAAAGATAGTACATACGTTCTAGTGTTGCATTA +ATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTAT +TATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACCTTATAAA +>MGYG000000001_12 +CTTAGTCCCATCAGCTTGAGTCTTTAATTGGCTAAACGCAACATCTAAAGTCTGATTCTG +ATTATTAAGCATAATCTTAGTAGATTTAATTGTATTTGTATTAGTATCCTTATTAAATCC +GGTTATAAAACTACTATAATCTATCTGCTTCTCACCTATAGAATCTTGAGCTATCATGTT +TTCTTTTATTAAATCATCCGCTATAGCTTTTTCTTTTACTCCTGTATGATCTATAAGTGT +AGAAGTTCCATCCTCGCCTCGAATAATAAAGTTAAAGTTACCTTTTGCATCTTGTCCCAT +TTGAATTCGGACCTTATTATTCTTATCTTTAAATTGTTGTGTAGCTCCTACTATTTCAAT +TCCACCATCATCAGATTTAATTCTAAATTTATTAGTAGAAATATCTCCAGCATTAATCTT +AGAAACATCTAGGTTAGCTATCATAGCATTAGTAATAAATCCATTTGCTATTGTTAACTT +ATCACTTGTTATTCCCCCAGCTTGGATATTTTCACTTGTTAAGTTACCATTTACAAGCGT +TTGAATCTTACCAACATTTACTTCTAATATATTTATTTTCCCATTTACCACTTCTAATTG +AGTTATACTTGCCTTATTTGCTTCTAAATTATTTATCTGTGCTGTATGTNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNGTTTATCCTTGAACTTTTCTAAATTAGATATTATAGTTACAGTATCCCC +TATGCTAAAATCTAAAAAAGAAAATTCACTATTATTTTTAGCTAAATCATAAACTTGCAC +ATTATAATTTCTTCTAGGCTTAGATAATTCTTCAAGCTTAGCCTCTGCATCTTCTTTAAG +ATTCTGCTTATTCGTATATCTATTATCTTCCCATATTTTTTCAATGATTTTATTAGAGTA +TTGGAAGTTTTCTATATAGTCCTTTCCATTGTTTATATCAGCAAAAGTAAGTCCATTTTT +GCCCTTTGCATATAGTCTAGTTGCATAATCGTAAGAGTCAGAAGGTACATCTAAAGATAT +TAAATTTAATTCATCAGTAAAATATACACCTTTATCACTACCTAGTTTTTCATATACATA +GATTATCTTATTTATAGCATCAAATCTAAAATCTACTCTGAATGTTTCTCTAACTTTCCT +AAGAACTTCTAAAGCATTAGTATTTTTAAGACTTACAGTTCTTTTTTTAGATATACTATT +ATCTGCTAAAGTCCATCCTGTCCCGGCTATTGCTAATCTTATGGTATCATTTATATTATT +ATTTTTTGTATCAAAGTTTTTTATGACTTTTCCAACTAAACTTTCTATATTGATATTACA +GGTAAATCTTTTAAAATTATTAGAGGGTTCTATCGCCTTTATTACATATTCATTGTACTC +AGTTCTTATGTAGCATTCCTCTTGAATTAGAGGTATGTTTTCATCATAACGAGAAAGAGA +GAACTCTAATAAGTCCTCTCCACTTAAAACATATTCAATTTTATAATCTTTCAAATTTGT +AAGAGCACTTAAGACTTCATGCTCTTTATTATATAACTTTAACATGCTCTTACTCCTTTC +ATGTTATTCCTCTATCATGTAATCTATTAACATTAATTCACTGACTGTCATTTCACAGTT +ACTATTTAGTAAATCATTTACATTAAATTTATGTATATCTATATCAATTTCTATATCTAG +TAATTCATTTATATCCTTATTCCAAGTTTCTAAATTTTTATCAGCTATTTTTAATTGGTT +ATTTTCATCTATTATATTTTCACCTTCTTCATCTTTTACACAATACTTATCTAGTAACTT +TTGTCTTTCTTTATTATATATATCTAACTCTTTTTCTATTTTAGATACATTTTTTGAGAT +TACATAACTTACTTTGACAGGTAATTGCTTATGCATTAAAGCTCCTAAGAAATTTGAATC +ATTTACTATTTTTCTATTAGTTAATTTCATAATTATTTACCTGCCTTTCTTGATAATAAT +TCTACATTTATAGAATCTTCAACTTTATATACTTCTGTTTCAAATTGTTTCATATCTTCT +CTAACAGCTACTTTATTAGCATTATATAATTCTTTATTAGATATATTTTTATTTATATTT +GCATTAGTATTCCCATCCGTAGATATACTTGCATTCATATATACAACTACTTGTCCATCT +ATTTCACTTGTTGCACTTAAGTTTATCGTTTTATTTATTTTTAACATTTTTATCATCCTT +TCAATTTTTTTAGAGGTTTTTTAGTTTCTTTGTCGAATATTATCTCCTTGGAAGGAGGTG +TTTTTATGAATTTCACATATGTTACTGATTTATCTAATGAAAAAACAGAATTTAGAACTC +CGTTTAAAAGAACTAAGTACGAAGTTATATCTCAAACGCCAGATTTATTACATACTAAAA +TAGAGTATGAGAATGGTCTTAAAGTAGATAGCAAAGTTTATTCAGATAAAGTAGTACTTA +CTACAAATATGGAGTTTGTTACAAATGACGGTGTTATTTACGAACTTCGCAAGTAATTGA +ATCTTTAGTAACTACTACTTTTGAATTACCTAAAGTAGTAGTTATTTTTTCATCTTCTTT +TATTATTTTAGCTTCATTATTTTTCATATATATTCCACCTTTCATATTTTTTATATAAAA +AAAGAACCTCATAGGTCCTACCATCTTTCATTATATTTTACTGTTAATCCAACATTATTA +TCTATTGATATTGTATTAACTCCACTTTTTAAAGCTGGAAATTCCCACATATCAACGTCA +TTCATCTTGCTTTTTCCCCCTGCAATAACCTTACCACTACCTATATATATAGTTTCGTTA +GCTTTTAAATTTTTTATAGTAATTACATATCCATTTATCATAATCTTACAACTAGGTAAA +GGTACGCTTGATGTAATTTCTAAGTTAGCATAACATTCCTTAGGGCTATTAATATTTATA +GTGCCACTACCTGCAATAGTGACTGTTTTTGTGTCTTTATAAACATTTAATATGTCATAC +CTTAGAGTAATCTTCGTTGTATTAGAATTTAAAACTATAGGTTTATTATCCTCTTCTTTA +ATTGATACATCATAGTTCTTATTTTTATACTTAAAAGTACAGCTAGAAGAATGCTCTATG +AACTTTATAATATTCTCATCTGAAATTTCTCCCCCATAAAAATGTACGATTAACTCTAAA +TTTCTAAATGTATGTACTCTGGAATTTACTCTAACACCATGCAAGGCTTTTTTAGGCCAG +TAATTACCCATATTACCAAACTTAGTAGCATCTGCATTGAACTCTATAACCTTACAATTA +TATTTACTATTTAAATTAGCGCTATTAATTAATACACTTATTTTTACCACCCCCTAGCAG +TTCTAGCTATTTTAGGAGATATAATATTTGTTAGTTCTTTACCATCTATGTTAAACTTAG +GATCATTCATACCCGTATTTTCTATAGCTTTAGAGAATGCATTTATCATAACTTCATACA +TTTTATTATAATCTATAAGATTATTAGTATTATTGCTAGATATAACACTTTCATTTACAC +TTCTATTATCCAATATATCTGAATTATCAGTAAAAGCATTAACAGAATTTTGAGCAAAGT +TTTCTACAGCCCTAGTTGATGCAGGCTCACCTCTATCAACTCCAATTTGATAACCCTCTG +TTGTCCACTCTCCAAATTGCATAAACAGCTTAGAGGGAGAGTTTATACCTAGTTTATTTT +TAGCCCAATCTATGGCGCCTTGAACTGCTCCTTTGATAGAGTTAATCACCCTCCATCCTG +CATTTTTTATTCCATCTGCAAGCCCTTTTACAATATCTCCACCAATACTTACCCAGTCTG +ATATTTTATTTTTAACTGCATCAATTCCATCTTTAATTATATCTCCTGCTGCTTTGACCA +CTTTAGGCGTACTTTGAATTATTCCATTGCAAAGCCCTACAATAAGGTCTATACCAGCTT +TTAATATTTTAGGAATACCTTGTATTAATCCTTTTACTAAAGAGGTTATTATTTTTCCAG +CTGAGTCAATTATTTTAGGTAAGTTATTACTTATACTTTCTACAATACTAAGCATAAGTT +CTAAAGTTGCATCTATTATTTTAGGTAAATTATCTATAATTGCAGTGGCTAAGGTTGTGA +TTATTTCAATTCCCGAGTCTATTATCATTGGTAAATTGTCTAATATAAAGTTTACAAAAG +TCTCTAAAGTTTTAGTAACCGCATCAATTATCATCGGTAAATTATTTACTATACCATCAA +CTAAAGATGTTATCATTTCAATTCCAGCATTAAGTATAGTTGGCAAATTATCTGTTATAA +TTTGTAAAAATGTAGTCAAGACCGTAATAACTGTACTTACAATCATAGGAAGCATTTCTG +TAATCCCTTGTATTAACATTTTAACAATCTCTATACCACCATTTAATATTATAGGTAAAT +TATTAGTTAAAGCTGTAAGCCATGATTGAAGCAATATGAATGCAGTTTTAACAAATGTAG +GCATCATTGCAGTTAATCCGGTCATAAGATTAGTTATTATTTCTGTAGACTTTTCGTAAA +CTTGTGGCATAGCTTGTCCTATTCCTAATAATAAATTATTTATTATTTCAAATCCTTTTT +GTATCCATTGAGGTAATAGTGTTGTTATATTAGCCAATGCTGTTTTAATCGATAAAAATA +TAGAATTAAATACTCCTTCTACCCCTCCTGATTTATACGCATTAGGTATTGTTTCAGTTA +GATATGTAGCTATGGTCCCAAACACATCAGATGCTTTTTGTTTCATAAAGTCCCAAGCTT +TTGTAACTCCATTTTTAAAACCTTCATTTGTTTTCCATAAATACATAAATGCTCCTGATA +CAACCCCTATGATTCCTGCGAATGCTAAAAATGTAGAAGATGCTAAACCAATCATGGAGA +TTACTCCGCCAAACATAGTCCAAACACCATTAAGAACAACCATCCAGCCGTCCCAAAGAT +TAATACCCATCTGTAAAGGTAATAACAATAAAGTCATAACAGGTAATAAAAATCCTATAG +CTCCAGCTATTTTAGCTATAATTGGATGTACTTCATTAAATTTAGCTATCCAGTCAGAAA +CTACTCCAGTAACTTTAAGCGCTACTTTTAAAAACTGACCTGCTGTCTGTATAACAGGTT +CTAACGCTTTTAACACTTTTCCTTTAGTTGTCTCAGCTAATTTTTTCAATCCTTCATCAG +CTTCAAGTGCTGCACTAAACATTGTCTTATATGCAAATAAAGCTGCCATACCAACAATAG +GAAAAGCAAGTGCCATATTCGCATTTGCAGCTGTTATCCCTCTAAGTAATAGCCCGTATT +TGACCATGTCTCCTTGAGCTTCTCTTATAGCAACTTTCTGTGCAGAATAATTCTTTATAA +CTTTTTCAACACTACCACCAAGTTTTCTATATCCTAAAGATAATCCGTTTAATGGTGATC +TACCAGCTTCCATTGTTTCATTTAATAACTGGAACTGACCTATAGTAGATGGCGGAAGCA +TCATTTCTGGTTTAATGCCATATTTTTGTAGTCCTTTCATTCTTTCTGTAAGTATCTTTG +TTTGATTTCCCATAAGCTTAGTCATACGAGCATTTAACTTAATACTATTAGCTTGTTGCC +TTAATTGCATATCAGTTAATCCTAATTGACTTCTCATGTATATTTGTTTAAAAGTAGTAT +CATCAAGTCCTAATGCAAATTTAGTTATAGCATCTCTAGCATTCATTGCTTGTTGAGAAT +ACTTTCCATAATATCTTGAAGCTTTACGAGCTTCTTCGTGAAGTCTATACATTTCCGAAT +AAGCCTTTTTAGTGCTTTCAGGAACATCTCCTCCAAGAATCATTGATAATCTTTGCATTT +CCTTATTAAATTTATTTGAATTACTTGAAGTTCCCTTAAATTCGTTATTCATTGTACTAA +AAGATGTTTTCACTCCAATAGCTTCTCGTTGTAATTGTCTTAACTTTTCTATAGTTTCTT +TTAGTGACTCTGTAGCAGATTCAGCACCTTTAGGAATATCTTTTTCTAATGCATCAGCAA +ACTTAGAAGAATCTTTTTCAGCTTTATTGAGCGAATTACTAAAATCATCAGTTTCAGCAC +TAATCTTTACGTTAAACTCTTTATCAGCCATTTATCCACCTCCTTTCAGAGATTGAATTT +TTTCTTTAAGTCCTCTTTCATCTTTTCCATTTCTTTTTTAGATTTTTTCTTTTTAAATAT +GTTTATAATCTTACTTTTTTTAGCACTTACATAGCCGTAAATGACTGCCATTTTAATACC +TTCTAGTTTTTCTTTATACTGCTCTACATAAATAGAAAGTTCGTAAAAATCACTATCCCA +AAACACATTTAAAGGAACTTGATTTTCTATGACATAATACTTAATACATTTATCCCAATC +TATGTAACCGTTATTTAGAGGGTATAGCTCCTTGATTATCATCAAATTCCTCTAGCATAG +CCTTTAATAATTCTCCATACAACTCATAAATTGCTTTATCTCCTATTTCATCAGCTAGAT +TTAATACTTCATCTTCACTTATAAATTTATTTGAGAAACTTATTGCACATCTAATAAGAG +TATACATATCAGATTCCGTAGGCTGCTCATCACTTAAAATAGGTTTCTTAGTTATATCAC +AGTACATTTTCTTTTGTCTTGCTCCAAGTTTCATTATGTATTCTTTATCACCATATTTTT +TAACTATCGTTTTCATATTAAATCTCCTTAAAATTAAATTTTCACAAAATAAAAAGGCGA +GAATAGTTTAATCTCACCCTTCATTTAAGTATTCTATTCTGTTTCACTTGACGACAATAA +TGCCTTTGATCTTGATACAGAACCATTAACAACTAATGATATTTCAAGTCCAGCTAAACC +ATCTTCAAAATCCCCTGAAAAAGTTTCTATTTTCATAGTAGCTTCTAATAAATTGTCTAC +GTTACTTGTAGCAGATTCTGATCCAGCATAACTAGGCTTCTTTACTGCTAACTTTACAGC +TAAATCTTCTGCTTGTTGCCATGCGTCCCAAAGTGTAGCAAACACACCTTCATCAGATTT +ATCTGATAAATTAGCAACAGCATTCATATCTATTGAAAAATCTTGTCCATTTAATTCTCT +TGAAGTCATACATTGACCTTGTGCAGATTCAACTCTATCTATAAATTCCTCAAACTCATT +TGAAGCTTCAAAGGATGCTCCACTTTGTCCTGCAACTGGTTTTCCTCCAATCATTATAAG +TACATCTGCACTTCTTGTTCTTGACATTTACATCACCTTCCTTTGTATTACAAAATTAAA +TTTAATAGAGGCTTGATAAAGTATTGTATTTTCATCTATATAGTGTTCTGTAATACCATT +ATCACCATCAGAACTTAACTCACAATCTGAAATTAAATACTCTCCAGCTTCTTTATATAA +AAGTTCATATAAACTATTGTAAATATCCATGTATTTACTATTTATTTCTTTTCTTCCTTT +ATTGCTTCCATCATACCAATAAAATAAATCCCATGTAATGTAATGAATTTTCTCACCGGT +TCTTAATACCTTATCAGTGATCCTAGTGTCTCCTAATTTAAGATATGGCATTTTTATATT +TTCATCTATAATATCAACTACCTCATAACCTTTATTAGTTAAATGTTGATATATAAGTGT +TTGTAAGCTATTTATCATAACTAAAAAGTATCCTTTCTACATCGTCAGAAAACTTAGGAG +TTATTTCTTCAAAAGAAGGTATTAAAAATGGTTTCTTACCTCTTCCTGCTGGATAATTTA +CTTTTTTAACAAATACCCAATTACCATCCCTACCTCTGAACCTTAAAAATTTTGCTTTTT +TAGGTTTTATAACATAAGCCTTACTTCCAAATTCTCTAGCTCTTGCATATTTAACATTAG +TACCAACTAAAGAGGAATTTCCTTCATGCTTAGTATGAATACTATTTTTAAGCCTAGATG +TATCTACTGCAACTTTGCCTTTTGCCATACTTTCAATCATATATGCATGTTTTTTTCTAG +ACTTATCCGTTTCAGTCACTACATACTCTTTATACCCTTGTAAATATGCAACAAGATCTA +TTATGTTATTTACATTAACTTTAATTCGCATGTTCTAACCTATCTAAAGTTACATAAGTT +TTATTTTTTATTCTTTTAGGTTTATGTGTAGGTTTATAGTATTTGCCATCTATTAAGACA +TAGAAATTATCAATATCTATAGTATCTATAGTCGTAAGGTTATAAAACTCATAATTAGCA +ACTCCAAATAGTTGTATTTGTTTTTCTAAACTTAATAGAGATAAATTACAATATATATAT +TTATAAAGACTTTTATTCTCTATACGACCACCTTGCCCATCATTTATTCTATTTACTTTA +TATAATTCAACTTTCTTATTAAATCTCATATCAACCTCACCTTAATTTTATCTAATTGAG +ATTTTTTATTTGCAATGTACCTATCCAAATCCATTTTAAAACCATCTAATGAATTATTAT +TATAAGAAAAACTTACTCCATCACTATTTTCACTATTAAGACCTTCACTACCTATGCGGT +TATACCTAGCTATAACTAACTCTGCAACTATATATTCAAGTTCTTCAGGTACACTATTTT +CTTTTATATAGTTCTCAACTTGTCGTGAACTTCTTCGTATTAAAGACTTTAAAAGCTCAT +CTTTATCAGACGAGCTTAATCCTAAAGTTATTTTAACTTCACTAAGAATATCTTCCATTA +CTTTTTAGCCTTCTTATCTTTTTTAGGTGTTTCAACTTCATCTATATCCTCTATATCCTC +TATATCCTCTATATCTTCTGATTCTATAGATTTTTCATTGTGATCAATACTTTCACTTAG +TATAGCAACTTCAGAGTTTACAATTTCTACTGTAGGTTCTGTATAATCCATCCAAGCAAC +ACACTCTGGATTATTTATTACTGCATCTAAATAAGCAAATCCTATGTGGTAAGTAGCATC +TCTCTTAACACATTCTACACCTGTAGATGTCATATTATATCTTACATCTCTAGTAAATAC +CGGTTGTAAGTTTGATAATGGAGTTAACGCTATAAAATTATCTGGATAAGTTGAAACTAT +TTCAACTGGCAACCCTGATAATTTCTTTAATTCTCCATCTACAATAATACTATCAGCCCA +TGCTGTAGGCCTTTTTATTATTTCTCTCATTATATCTAACTTAGTATTTTCAGATATTAT +CCAGTTAAAGTTAAATTTTGGATGATTCCAGTATTTAGAAGGTATCTTTTTCTTTAATAA +TATGAAATCTTCTGGAGTTGGTAAATTAGCTTCCAGATTTATTTTTTTATTTGATTTTTT +CATTTTTACTACAAAACCATCAAGTATCTTCAAGAAATCATCATGCCCTGTTGAACTAGC +TGATTTATCACCATTAAATAATAAATCTTGCATATCTAATGCAAAAGCTTCTTGCATCAT +AGAAGTTAATGCCGTTTCCATATTTTGTCCTCTTTGACGTAATATGTACCATACATCATC +ATTGCTTAACCACATATCTAAGAATACTTTAACAACGCTGTATGGTATTTCTCTTTTATT +TACATTAAATGCACCTTCTGGTACCTCTCCTGGTGTATAAGTAAATTTTCTAGTCTTTCT +TGTTTGAGCTTCTAGTGCTTCTATGTTCCCACTTGTTTGGTCCTTATATTGGACGTTTAA +TTTCTTTAATGTGTTTGAGTTTTGTATTATATCGTATATAAAAGCTTCAGCTTGATCTGT +TACTAATAAAGTTGATGCTGCATTAGCTTTTTGTAATTTTGATACCATTTCCGATTTTGT +TAACGCTATAGTCATATGTATTCCCTCCTAGTTAAACATTCCTTCGAATGCACCTATATA +AGATTTTTTTACTTCTTGTCCTGCTCCTAGATTAGTGTCTAATGATTGTGGAGCACGTCT +TGATTTCTTTAATTCTGTTATCTCATTCATTAAAGGCTCTGTAGCTTCTTTTATAGCCTT +AGCTATTATTTCTTCTTGAGTAGGTTCTTTAGGTGGCTCTTGCCCCCCTATTCCTTCATC +ACCTTCTGGCGGTTGTTCTTCTCCTTTTAGATCTTCTAACTCCTTTTTTATTGGAGATAG +TGCTTCATCAAGCATTTTCTTTATATCTTCTGCTTTCATTTCTTCTTCCTCCTTAGATTT +TCTTATTTCCTTTATCTGCTCTAAAGACTTTTGAATACCTACTGTATTAACAGTATTTAA +TACATAATTCTTAAAAGCATCAATTTGAATAGCCATATGCCCCGCTTTATCTGTTATAGT +AGGTTCTAGTAATGTATTTTCTAACGAATCCATTAGAGCCCATCTAGCTTCTCTAATTCT +TTCTTCAATAACGGCTTCACCAACTAATTGATTAAAGTCTGTAACATATGTACTTTTCTT +GATATCTTCTTTTTTATCTTTAGTAAAAAAGCTTTTTAAAACATTAAAAAAACCTCTAAA +CTCTTCATCATCAGAATTTACAGGTTCTTCATCAGCTTTATAAATTTTTACTGTTTGCTT +ATTTGCTCCTTTATTAACTAAACTAATAAAGTCTATATCTAAATCTTTCATTCTAGGCAT +TTTACTCACCTCCCTCCACATATATTGCAGTTCCACCTATACTAAACCCAGTTATATTAC +CAAGTTTGATATCATTCCAAGTTATATCATCAGTAACTTTTATAGCAGCTACCCAATCGT +CTTTTAGAGCTCCTATATCAGGTATATCACATTTAGCTATATAATTTTCTACAACATATC +CATATCCACCTATCTCATTATGTTGCTTATCAACTCCAGCATTAGCTTTATTAGCTGTGT +TCATGAGCTTCTCCATAAATTTATGAGATGCTTTCTTAACATCCTCTACTGTAGCCCAAT +CTCCATGACTATCAGTATAATCAGTTGGATTACCATTTTCATCAAATTCCTTTGACGGTC +TATAAACCACACCTTCTACAATTCTATTTTCTTCATCCAGTTTAGCTATTTTAACATCTA +ATTGTTTCATCCTATATCACCTCACCTTCCAGTATAGGTTTTAATGAACATCTACATTGA +ATAACATTAGAAGCTTTTGCATCATATGAGTTATCTCCAGGATAATCTAGTAAATCACCA +TCAATAATAAAAGGCTCATCAAGTTTAACTCTTTGCCCCTCAGCTTCTTTGTGGTGGTCC +CTAGTTCTTTCATCCTTAGTAGAACTCCATTCTTTACCTATAACAACTCCACTCTCTTTA +TATCCTTGTAGTGTTCCAGCATTACTTGAACTTATTATTTCCGTTCTAGCAACTACTGTA +GCTCTTTTCATATCGAACTCAGGCATGTCTTTAATTCTATTAGATAACTCTTGTATACTT +TCACCTTTTTCAAATCCTTCTGATAATTCATTTATAATAGCTTTATGAGTAGTATCTGCT +ACTTTTATAACAAACTTAATCTTCTTATCTTCTAAAAATTTAAGTGCTTTTTCATTTAGT +AAGTCAAACGTTATTGATACACTTGTTTGACCTAGTTCTGAAAGTATTTCTTGTTTAACC +AAGTTCATTATATTTAAAAAGTTTTTATATACTATTTGCTCATATAATACTTGCTGCTTT +TCTATATTTTCTATATATATCTTAAGTATCTCATTTGTTACTGTCCCATTTTCGATACTT +TCTATTATCTTCGATCTTTGAATTTTAAGAAGGTTATGAAACTCACTTTCCATTTCCAGG +AATGCTTCGTAAGTAGCATCTAACCACTCATCAGATTGATTTATTTGATATATCCAAGTT +TTATTCTTGTCATTATCTAATATAAACTCTTTCAATATCTCATTAATTATACAAAGTTTA +TCTTTATCCATTTAAAGCACCTTCTATAGCCTTTTGTAGTTCCTTTAAAGGATTTATTAC +ATCTTGCATATCAAAAGCCTTAGATATATGATTCTGTTCTTCAAAAGTAGGTTTTAAATT +TGTGTTTCTATTGGCAAGATACACTTGTAACGGTATATCTGCCCACTCGTCCGTTAATGG +TTCAAATTCTTTACCTAATAACTTTCCTAAGCTATCTAATAACATATTAGGAGTAGCAAC +ACCTCCAGCTATATAAGGCGTTAATGCTTTAGCTATTTCAGTATCATCAGTTGTCTTTGG +TCCTTTAAACTTAAGTTCAACAAATTTTATATTTAATTCTTTCATCAACTTCTTATTTAA +TAAATCTGCTAAATCTTCTCTAAGAGGTTCAAATGTTTGTTCCTCAGTTATTTGTTTAGC +AGTTTCTGCTGTAGCCTTATTATAGTCTTGTGTATCTCCTGTATAAATAGGAGCTAACCT +AAAAGAACCTCTTACAATATCTCTATTGTTCTTAAGATATTCTAAAAATAAAGCATCATC +TTGCATTATTTCTGCTAACTTCTCGAAATGTATTTTTACATTTGATTTACCTTCTTCCAT +GCTAAACTCATTGCTAAATGCTTCAGCTTCTAGAATTAAGTATTTATGTTGTGCATCTTG +GCCTTTTGCTCCAGCTAACAAATCAATGCTATCTTGTGTAAGCTGTCCATTTTCAACAAC +TATAGCTAAAGGAATATGCCTTCCATCTTCAAAATACTTATAATTAAGTTCATCAGCATT +CCTAGAACCCATCATCTTAACTAAAGCTCCTATATAACGTGGTAATCCATATGGTGTATA +AGGACAATATATATTATCAAATATAATTGAGTTGGCTTCATCATCTATATTCATTTCTTG +CCCATCTGCTAAATATTCTCCAGTAAGTCTGTTTAACTTTCTAGGATCTCCTAACTCTTT +AAAATAAACTTGCTTTGAACCTACCATCTGGATAAACTTCTTAAATTTTTTCCAACGTTT +AATTTTACGCTCATTACCATTTGAGTCAGTTATAACTTCTTCAACTTCTATTGGATCACT +TTCTTTGCATAGCCTAACTGTATGAGATGGTATATGTTGAAGTTCTGATATTTCTCCAGT +TTCATCAGCTATACACTCTATAGTTGCATATCCAAGTCTTTCTCTATCGTCTATAAACTT +CTTAAGAACTCCTGTAAATCGTTCATCAAAGTTACAATACTTTATGAACATTTCATACTT +GGACCAGTCAGCATCAGCTATACTTTGTTTTGATGTATCTTCTTTGTAATCAAAGTTATA +GTCTAATACAGTCCCAAATCCAACTATATTATTTTTATAAGCTTCTATACAAACTTGTAA +TATATCACTGTTTTCAGATATTCTAGCTAAAGCTTCTATATTCATTTCAGGCTGAATAAT +ATATCCTTGACTGTAAAACTCGTTGAATATATCATCAATTTGCTTAGATTGTCCTATGCT +ACTACCCATTATCTTTTTTATTCTTACCTGTGGTTTTGTCATTACCTTCTCACCACCTTC +CTACGTTCTCTACTCTTCTCTAATCCATGAGTTTTCATATCAACTTCTAATGCATATCTA +GTTGCATCTATGCTATGATTATCTTTGTCTTCTAATTTAGGAATTATATCTCCGTCTTTA +TCAGTCTGATAATCTATATTTTCAAATTCTTTAGCTATATTTGGAGTTCTTCTAGAATCT +ATTACTATACCTTCTAGATCATCCAGCCAATTCTCTCCAAACTCAATACTTCCTGGACCT +TTCTTAGCAGGAACAGCTTTTATTCCTAACACTCTTAATTCTTCAATACTTCGAGGTTCT +GCACTATCACAAATAACGTAAGTGTCATTATACTGTTTTTTGATGATATTTAAGGCTAAC +TCTCTAATAGACATCTTCACTCCATATATTTCATCTATAAAGTAAATTATTCTTTTCTTT +TTATCATAATGAAGTCTAACAAATGCCATAGGATCTGTTGCATAACCAAAGTCATTACCT +TGCCTTATATTATCAAAGCTTTTTATTTCTTCATCAGTTATAGTTCTAAATACTAAATTA +GAAAAAGGAACTACTCCAGAGCCTATTGGTTCTCCTAAGTACTCCCATCTATATTTAAAT +TCATTCTTCTTTTTAACTTCCTCAGCTTCTTCTATAAAAGCTTTAGAAATATGAGGATTA +TCTAAGTAGGTACTATGATGTACATAGGTATTAGAAGGTAAGAATTGAGTTTCAAACTTC +TTATTAACCCATGATTGCTTTCTCTTAGGTGGATTGTAAGAATATATAACCTTATAACTT +AATCCTGGAGGAAGCTCTGCTCTTAAGACTGAGTTAACTATGGTACTAACTTCATCCTCT +GTCTTGAACTCTGCTAATTCTTCAAACCAAACAAAAGCTATAGGAAATTTACTCATCTTA +ATAGATTTAATCTTAGCAGGATCATCTGCTCCTCTAAATATAAACTTATTACCTCTAGGT +ATATAAACTAACTGAAGAGGTGACTTTTGCACTTTCCAAACATGACCTACATTTAAAATA +TCTATAGCTTCTTTTAACTGTTCAAATACAGATTCAGCTAATGTATTTCCAACTTTTCTA +ATACAAAGACAAGTTACTGGATATTTCATTAAAGCTAATACTAACCAAATAGCTATATGA +GTAGATTTTGCACTTGCTCTCCCACCCTTTAATACATGAAATAAGTACTTATTAGAATTT +ATAGTCTTCCAAAACTCATAAAAGTTTTTATTTATAATTTCTGATATTTTCTTATGCATC +TTCTAATGTTCCTATATCATCAATTATTGTTACTCCAACATTACCTTCTAAATCTACCTT +TTCAGTGAATAAAGCATATCTTTTACCTAATAGTTCCGCTGCTTTTATTCTATCCTTAGC +ACTTAGTTGTTTTTTAAGTATTACAGGCTTAATCATACCGTCTATAGTTTCTGTTGATAT +AACTTCCTCTAATACTTCTCCTCTTAATGAAGAACTTAAAAAAGCTAAGACTTCCTCGGC +CTTAGCTATTCTTTCACTTTCTATTTCTTTCATTTTTTCTTGAATATAGCTTTTTACACT +CTCATTTTCCAACAATTTGATTATATTGCCTTTAGCGTAATTTTCACTATATCCAGCTTT +TATTGCAGATTGATAAGCATTGCCAGTTTCAATATAATAATCAGCAAATGCTTTTTGTTT +TACATTGAGCTTCACAATGCTCACCTCCTACTTTATATACTTTAATAATGATTGTATCTT +CTTTTATTTTTACTCTTCTTACCTTCTTTACTATGTTCAAACTTAGGTTTCTTTTTCATT +TCATTTTCATATTTCCAAAGTTCTCTTGGAACTTCAGTTGGTTTAATTGCTTCATCTATA +TCTTTATAAACTTTCATAAGTATCACCTTTCACAAAATAAAAAATACCAGGCGGGGAAAC +CTGGTATTTTCATATATAAAGTTATTTGGGGAGAAATAGAAATTTCTATACTACTATTAT +CTCATGTTTATCCCTCAAAAAAATCTCAAATTTGTCTCAAAAATGTCTCATTTTTGTCTC +ATTTAAATAAATGAATTATTTTATTTAGATATTCCTACTATAAAACTAAATCTTAGAACT +TGAAAAGTTATAGCTTTTTTAACATAATTAGTTTCATAAGTAAAAACTTTAAAATTAGTT +TTTCTTCTCTTAATTAAATATATAAACATTTTACCTATTTTATATTTTTTCATTTCATCA +CTTCCTAAATAAAAATTATATTTTATATATCTTCTAAAAGTGGCAATTCTTTTAGTATCT +CTGGATATAGTATACTCATTACCTTATAAACTATAGTTTCTCTCATTCTGTAACAATGGC +TTCTATCTATATGTAACTTTATACTTATGTAATTCATATTATTTTTACTTCTACTGTTAT +AAAGTAAATTAAATAGATCTGTCTCTCTACTATCTAAGGTAGTTAAAGCATTCTCTATCT +TCTTCTTTTCTATTTCTTTTTCTAACTTAGTTTGCATTAACTTTCCTATTCTTTTTTCTT +TAGCTATAACTTCATTTTCTACAGTTCTTGATATGTTATATGTAACTCCTGTTTTTTCAT +CATATCCAATAGCCCCACAACCTTTATAATCATTCTTTTCTCTCTCTATATCTAGCTCTA +AGTTTCTTATTTGAACTTCTAAGTTTTTATAGTTATGAAGTCTACCTTCAACTTTTTTAA +ATAATTCTTTTTTGTCCTTACTCATATTAGTCCCCCGCTTTCTAAACTGCTTTCTTTGCT +GCTTTTCTTTTCTTCTTCAATTCCTCATATTCAATCCAACCATATTCATCACCATACTTA +ATACTCTTTTGGATCCATGTGAGTTTTTTCTTTATACTTATAATCAAACATCTTTTTTCT +CATAACACCTTGTTGAGTTTCCATACCTTTCACATCTATATATTCAACTTCTCCATTCCA +GTGATATATAGCAAAATCAACTGTATAAGTAATAGCTCTATGAGTTTTCCCATCCTTTTT +AAAACTAGGTTGTAACTCAAATCTTTGTTGTAATCCAAAGTCTTTTATTTTACCTTCATC +TTTTAACTTTTTTAGATATAGATAATACTCGCCTTCATGCTTACTATCAAATTTAATTCC +ATCTATTTCAACTTTCTTATTTCTATATTTATTCATACTCAATCTCCTATTAAACGATTA +TCATATGAGAATAGAGTTGTAATACTCTACCCTCATAAACTAAAATTATTGTTTTATTTG +CTTATACTCTCAATGAATAATCTTCAAATATACAAGCATATTCTTTTACTGAATTTATAG +CTACTCTTGGGTTTTTATAACTTCCTAAACTTCTTGCCCCCTTACCTTTGCTAACAAACA +CACTATAAATTAATTCATTGCAACTTCCTCTGTATTTCCTTATCTTAAATTTACATCCAT +TTATTATAAATTCTTTATATACAACCACATTCTTTGCCATTGCCTAAAATCTCCCTTTTT +AACTTCTAATGAGTTATTTATTTTTTTTAACTATATCTCCTATTACCCACATTCCTAACA +TCTCTTTATTAAGTATATAATCACTATCTTGTACTATCGTCACTATTGGATTATAAAATT +TTAAACTTTTACCATCTTCTGATAACCAATATGCACATCTAGTAACTTTACTTGCTATTG +CATGACCACTTAATAAATGCGCCCATGCTCTTTCAAAATAGTATTCCTTACTTTCTAAGT +CTATTTTTATCATGTAAAACTCCTCTTTTAACCTATTAACTCTGGATTCTCATATATATT +TCCTATAACCTCTATTTCATCAAGAAAACAACTTTCTAGCAAATATAAATACCCATCAGA +GAAACCTAACTTTTGTACTTTAAATGACGCCTTGTTGAAAACAACTTTAAACTTACCGTA +CATCCCATAATCTAATATATCTCCTTCATATATATCTACACCATCCATATCTTTTAAACC +TGTGTATTGCATAAAAACTAAGTCATCATCTTTAGTTGGGAGATATACCCCTCTTTCTAA +ATCTTCTGCTTGTGCAAAATATCCCATTTCTAATAATTTACTTTTAGCTATGTTGTATAA +ACCATCAGCTGCATTTTCAAGTAATTCATTATCGAACATTTTGTTATTACTCTTACTATA +TGCTTTAAATTTTATTTTTTTCATAATCTCCACCGCCTATTTCTTAATATAATAATTTAT +ATAATTTTCGATATACTTCCATTGTTGCTTTATATATGGATCATCTAAACTTCCTCCGCT +CGAAGTCCAGTCGCCTATTCTACTTTTCACATCCAATAATATTTCAGCCGGTATATTATA +ATTTAATATCGCATTATTAAACTCTTCATGTGTATTTATTATCATACTAAATCTCCCTTT +TAACCTATTAACTCAGGATTCTCATATATATTTCCTATGACTCTATAAGAACACGTGTTA +CTCAATTTATTATTGTCCATTGAATAAGCTCCTTCATCTGTATTTAATACAAATGAACCA +TTATCAAAACCTACTATACCTATAACTATTTTTCCATACATATGAGCTATTGGAGTTCTA +TCTACTCTTTCTACTACATCTCCTTCGTATATATCTTTTGCATCTTCATCTTTTATTCCT +ATATACTGCATAAGATTTAATGCTCTTTGATCTGGCGTATGTATAAATATTTCATTATAT +GGTATATCCCATAAATCTTTGTTATATCTCATTTTTCCCCAAACTATATCCCAAGCTCTA +AATTTTATTTCTCTCATAATCTCCACCGCCTAATCTTCTTCATATATTTCAAACTCTCTT +ACTCCACTCTGCCTTACATTTCCATTTGCTGGTTCATCAACTAAATACCATTCATCTGGA +TATATCTCTATAAATATATCTTCATTACTTTCTCCGTTATACAATCTAAAATCAAGACAC +GCATCTTCAAATATTTTTTCCTTAGCTTCTTCAATCGAATTCGCTTCTATAGAAAAATTT +AAATCTAATATTAAGCTTACATTACCGTAAAATTCTTTCATAATCTCCTCCTATTTATCA +TTTAATGCTTCCATCATATTCAGGATTGCTAAAAAACCTATTCCTATTACTCCTACTAAA +TTGTCTGTAACCATATTAATACACATACCTATTACACAAACTAATGTTGCTATTCTATTA +GCCATAATTTAATTCTCCCCTTTTCTTTACTAAAGTATATCCATTAGAACATATTCAATT +TCTTCTTTAAACCTTTCACTGTCTATATCTTCATTTTCTAACATTTCACCTAAGTTAAAG +TAATTACTTAATCTTCCAAATATCATTCTAGCCATATTTTCATGGTCATAACCTTTAACT +TCTATACCTTCTACATTTACTATTTTCCCTTTACCTGCACCATTTACTAGATGTAAAAAT +CCTTTACTATCTAAGAATCCCTTATCACCTTTTCTAACAGTTTTAACTTTATCACTAACT +ATTGTGTTTATTTTAAAATCTTCTTTAACTATGATCTCTTGTCCTATTTTCATAATCTCC +ACCACCTATTTATTTTGAGTTATAGCATACTTTTTGCCATTTCTATTATCTTGTATAACC +ACTAACTTAGTTCCATTATCTAACTCATGAGGTAATAAACATACCTCACTTTCAACGCAT +AATTTATAAATTATATCAGCTATAAAGTTTATTTCATTTTTTCTTTCTTCCATAGTTTAA +AACTCCTCTTTACCAACCTTCTTTTATAACTCCCATAGCCTTACAATCATTGCACCTTAC +TGCATACTCTACATGAGTTATTGTTTTGTGTATTGCTTCTATTTCATGCTCACTTTCCTT +AAGTGTTCCATTTATTAATCTAATATTCAAAGAGTCACATTTTGCACATCTAAGCATTAC +TAAAGATTTTACACCTTTGAACATTTTCATAATTTCTTTAATTTTTTTAAACATATCTCC +TCCTATTAAAACCCATCTTTTATCCTAACAACTCTGGATTTTCAAATTTATTTCCTATAA +CTTCTACTTCATCACTTGTCAAATCAAGTATAAGGCATTCCTTATTGATACTATCATATC +CAAAACATTTAACATTTTTACTATGAGGTTTTACAATAGATGCCATAGGAGAATAAGTAA +TTATTTCTATAAATGATTCATCTTCAATCTCTTCAATTTTTGTTTTAGAGCAATCAGTGT +ATGTTATATGTTTATAACTTAGAATATCACCTTCATAAATCTCTTTTCCGTTCTTATCTT +TTAATCCTGTATATTGCATTAATTTGCAAACGTAAGGATATGGTGTGTTCCAACATCTGC +ATTCTTCATCTTCCATACCTACTTCACAATCATTTAATCCTATATGACTAACATTAGCCA +TTACTTCTCTTTCTGTATCCCATGCTCTAAATTTAATTTTTTTCATAATCTCCACCACCT +ATTTATTAATATTTTCTATGTTTTTAATCAAATTCTCCACTGCAAGTTCAATAAGAGAAT +CAGTTGTCATTCCAAACTTCTCACCTATCGCATCTATCTTTTCATATAAATCATCATCTA +AAGGTACTAGCATTTCTATTCCTCCTATTAAAACCCATCTTTTCTTTACCAAATTACTAT +CTATTTCTCTTAAAATCTCTACAGAAAAATACTTTTTTTACTTCCGTATCTTTTACATGA +CAATAATCCGCATGTTTAAATTTATTTCCTTTTTCTCCTCTTATATAATTATTAAATTTG +CATTTACCACATTTACCTAAACTTCTTATCACGTGCTCCACTTTTAGCTGCTAGTATCTT +TGCTTTACTAGCCATGATTTTCTCCTCCCATTAAAATCTTGTATAGTTAATTTCTAATTT +TTTATGATAAGCATCTTTAATTTCATCTATATTAAATCCCAGAGCATATACTATTTGAAT +ATATTTAGTCAAAATAACGAATATACGGTGTCTTATAAAGGTTTTGTTATTAGAGTTAGA +TAAAAGTATTACATCTTGTACAAAAGCTAGTACAATGCCTTCTATCGACTTTATTTGAAG +TTCTTCTACTTCATGTATTAAATCTATATCCAAATAATTAGCTATGTTACATATATGAGC +TAATAAATCTGATAACTCTTCTGCTACACGATCCTTATCTATATCTGATTTATCCCACCA +CTTTTGTACCTTAGCTGCATTACAAACTTCCATTAGTTCACTTAATAAATCTATTGCTTG +TCCTTTTGTAACTCCGAACTTACTCTTAGGATTAATTGCACCTGGCTTACTTTCTAAGTA +TTTAATAAATTCTACTTGTTCAACCTGTATATTTCTTAAATCTATAATCATTTTTCATCC +CCCATACGTTTGTCCATATTTTTATTATTTTCACAAGTGCTATGCCATACTGCTCCAGTT +AAAAATCCAATATTAAATATAATTATCATTATCAATATCTTCACCATTCTTTAGCTCCTC +TTCAGCTTTTTTAAGTGCATCTATTGTTCCGTTACCTTCTGCTATATAAACTTTAGCTAA +ATCTATTAATTCTCTTAATCTGTGTAGCTCCATACTTTAATCCTCAATCAAATATTCAAA +CTTCAATCCTTTTTTAGTTAACGATCCGTATTTTGCATAAGTATATATTGTCACCATGCT +TAGATTTAATTTTTTAGATGCTATTTTTACAGAATCGTAAATATCTACTTTATTTGTATT +TATATTTGTAACTTTTATTTTTTTAGATTCGCTAGCTCCTGCGATATATTCTGGATTTAT +ATCTGCTTTAAATCTATATTTATTTTTATATGTCCAATTATTTCTTATATGGCTATTAAA +ATTACTGTTAACCCCAAAATGCTTTGCAAGCTCTTCTGTATTGTTAAATGTTTCAACTTC +AAATGTTTCTATATTCAATACTTTAATATTTATATATTTAAACTTACTAGTTGTGGTTTT +TTCGTATTTTTTTGATTTCTCTATTTCTTTTTCTTTTTCTACATCATCTGCATCTCTTTC +GTTTAATCCGAAAATTTTTCTTACTTGTCCTAAGCTAATCTGCTTCCAAACTCCGTTACA +ATCTTTAACCCCACAAATAGCATGTGCTAATGCCATATATCCCCTGTAAGTTAAATCATC +TATTACAGGATTAAATGCTATAGAATTATTAATATTATTTTTATTTAATATCATTTTTCA +ATCTCCCCTTTATATAACCAGGAGAATAGTATCTCCTAGTTTATATTTTTACTCTCAACT +AATTCAATTGCTTCTTTTAAAGAAATATAACCTTCATTCTTTTCTCCAGCTATATCCCTT +ATCATTTCTAACAGCATCTTAACTTCTTCGATACATTCATACTCCATTTTAAGCACCTAC +CAATCTATAATTAAGATGTTTACCTTTGAACTCTATTACAAAACCTTTAGAAGTCTCTAT +AAGCCTACTAGCTATAGCCTCATCAATAGCCAATAGTTCATTTATATTTTTTTCACTAGA +TACAATGATCGGTAATTTCTTCATATATCTATAATTTATAATCGAAAACATTGCATTTAT +ATCTGCAGTTGTCACACTTCCCTTGAATAAATCATCTATAAGGAGCACTTGGGCATTTTT +ATATAGCTCCATTTCCTTGTTATAATTAACTTCATCAGTTATACTTTGCTTAATTTTGGT +TATACTATCTCTAAATGGCATATATATAACTCCAATAGATTTATCTAATAAACTATTAGC +TATAGCCATAGATAAGTGTGTTTTTCCAGAACCTACTTGTCCTAAAAACATAATAGAATT +TTGTCTAGCTGCTCTAATATCGCTAAAATTCTTAGAGTAGCTTTTTGCTTTTAAATAAGC +ATCTATCGTTTCTACGCTTCTTTCGTAGCTGAAGTTTTCAAATCTCATTTGTCTAAACTC +TTCTGAAACACCACTTATCTTTAATTTTTCTTCTGCTATCCTTAGTGCCCTACATTCACA +TTCTTTAGCCGTTCCATCTTCAAGTAAAAGAAAGGTCATATCTTTACACTTATCACATTT +ATAACTCGTCTCGTTCAAGTTCTTCAATCTGTCTGAGTAATTCTCTCCTTCTTGTTGCTT +CACTTTCTGGATCATTTGTTGGACCTTCATTTTCAAAATTTCCTTTTCCTCTTCTGACAT +CTGAATCCACTTCCTTTTGATTTTGTTGTAATCTATAAGCTTCTAGTTTATCTAAAGTTG +TTATATCTTTTTCAAGCCATTTTTTTATAATTCCTTTTACATATCCTAAAGTGCATTTAT +TAGAATCTGTTGCTATCTCTATTGCTCTTTTAAATAAACCACTTTCTATTTTCTCAGATA +TTTCTATAAGCCATTCTCCAGTTACTCCATTTATAAGACCGATATTTTGTTCATATAATC +TTGATATATTTTTTAAATTCTTAGATTCATTTACATACTTATCTACATTCCCATCTTCTG +TATATATATCTATATTATTCTTATCTAACTCTATACTATCCTTACCTAACCTAACCTGGG +TTTCCCTTTCGCCTACCGTTGGTATACCATTCGGTATACCAAGAACATATTCTTTATTTT +CAGTAACAGCTAATTGCGCTTTTTCCTCTAAATATAAGGTTTCTTTATATCTATCATTCC +TGATGTAATTGTGTATTTTCCAATGTTTTATTACTACTACTCCGCTATCAAATGGAATTA +TAAAATTTTTAGCAATTAATAATTTTAAATCATCATCACTACTTCCAATAAATCTTTGTA +TTTTCTTAGGATTATTAATAAACCCATCATCACCTGCTCTCATAGATAAATGAAAATATA +AACATTGTGTACTTGAGGGCATGTCTAAAAATAAATCACTATCTATAATTGTTTTTGCAA +ACATTCTTCTTTCTGCCATAATCTCACCTACTTATCTGTTGCATATCTTTTTTATTAAGT +AGCAGGCTCCAGTTATCACTAGAGCATCTACTAATATTGTCATGTATATCACTTGCATTT +TAAACCTCTAATACTGTTTGTTGTGGTTCTTCTACTACCTCTGTGAATTCTGTATCTATT +ACCACTTCTTCTTTAGGTTCATATTTAGAAAGTAAGTCTAATAATTCGTCTACCTCTTCA +TATTTAAGTTCTTTTAAACAATATCCATTACTCTCGCAAAATTCTTGCATTTTAGATATA +TCCTTAGGGTTATCATAGTCATATAAACCTTTCATACTTGCAAGCTTCATAATTCCTTGT +TTTTGACCAGTTGTAGCGTACCCAACTTTTACTTCTTTTTCTGGTAATTTATTTTCAATA +CCCATCTCCTCTTGCTCATAAAGCCCTTGTAGTTCATCTGTAAAAGCTTCCCTTAACGTC +TGAGTTTGAGCAACTTTTCGTATCATTGTGCATGGTTTACTTGACCACATAGAGTTGGTA +GTTCCATCTTTTTTTCTTTGAACATACTCTTGGAAATTAACTGTATGATGTGTAGGAAAT +TCTCTGTCTGTTCTAGATACTTCACACCATCCACCAAGCAGTATCTCATCATCAAATTTT +ATAGTTCCTTCACGTTCTATTATGTTTCTATCTTTATCAGCTACAACTATCCCAGCTTTT +ATATATCTAAGTACTCCTGATGCATGTGCCTTTTTTATAAAAACATCCTTCCCAACGATT +ATTTGAGCCGGTTGTGATCCATATTTAACAAGGTAGGCATCTCTTATAAAAGGATTTAAT +TTTTGAGCTTTGCATAATTCTAAGAAATATAATATTTCTTGCTCTGTTGCATCAGGACAA +ATATATCTTTTTATTGTTTCTGCTGTTAACTTTTGTCCTCCATCTAATGTATATTCTGCT +AACGCTAATGCAGATTGTTTAGTTGCTTGTATATTATTCATTAGTTACACTCTCCTTATT +AAGTTCTTCTATGTTTAATTTAAGTCCATACATATATCCATCCTTATATGGTCCTTCAAC +GCCTTTATACTGTTCATCTAGTCGTTCTTTATTGTCTATAAACTCTTGTAACGACCATCC +TTCTTCTCTTTTATCTAAGCAAAATTGAATAGCAGACTTAAAACCCCAATTACTTTCATA +GTCTGGTCCTGTATATCTACTTAACCATTTTGCTTTTAAAAGTTCTTTTTCAATGCTCAC +ATTTATCACCAGTTTCTTTTTAGAATTATTTGTGATATAATTTAATTAGTCTATTTGCAT +AAGGGCCATCGCAGTGGCCTTTATTTAGTAGGGACATTTCATACTCTGTATGGTGTCCCT +TTCTAATATTTCAAGTTCAATCATATCTTCTATTGCATCTACCTCTGCTTCAATTTCTTT +ATATTTTTCATATGCTACTTTTACTAATAACTCTTTTTCATCAGTAAACATTGTTCTGTC +ATTAGCCATTTTTGCTTTAAAATTTAAATATTCCTTATAAGCATCTGTTCTCAACTGCCT +TACTTTTTTTAATTGATCCATTTAACTCACCATCCTTCTATACGCTTTTAGTAAATCAAA +TCTGAAATTTAATTCATCTTTTCTATGTTTAAAATCTTTTACAAAAGATTGAAGTATAAG +TATGTTCATTTGCATAACCTCCTTAAAAAATACCACCATTAGATGTCCATTTTTCGTAAC +TAAGTCTATCTATCCTATACTCTCTTCCAACTTTAATTACTGAAAATAGCTTATTTTTTT +CAGCATACTTAGCTAGAGATCTAACATAACTTTCTGATGCTTTTATGTAATTTGAAAATT +CTTTTATTGTTAGATACTCTCTAGGAGCATAATCATTGTTATCCCTAAACATTTGCATAA +CTTCTACTATATCTTCTCGTTCTGATATAGCTATTAAAAGTGAATCTATATCTATATTTC +TAACTATTAATTTTTGTACTTCAGTTGCCATAATTCCCTCCTATGCCTCTGATACAGCTA +ATATCGGCTTTAATTTATTTATAAAGTAAACTTGACCTTTACCTGTTACCTTAGGTGTTT +TACTTATGCTTATATGACCATCTGAATGATTTATTGTAGTTTCTTTTATTTCAAATAAAC +CTTGCTCCATAGACTTTTGAGTTGGCATATTGTAATCAACACCTTTTCTTTTAATTAAGT +ATCCATTATTTCTTAACCATTCAAAGAATCTCTTTTGACCTGTATCTATTCCATTTTGCT +TTAGTATCTTTGCTAGTTCACCCACTAATATTGATGTATGACTAGCGCTTACTGCATCTG +CAAATATTGCTTTTGGTTTTAATTCATTATTTTCTATTTTCAACTTTTCATTAACTAAAT +TTAAATTATCTATTTTCTTATTTGCTAGTATCAATGCTCTTGCCATTACCTTTTCAGGAC +TATTCCAATCTTTTTCTATTTTTAAGAAATATTTTCTTGCTTGTTTTCCCTTTTCACTTC +TTTGTATCATTGCTATTTCTTTTGCCATGTCTAGTTTAAGTGCATGATTTATAATCATTC +TTTCTACCATTCTTGAACCTTCTTTTTTTTGAGAAAGTTCATTAAACATTGCAAAATCAA +TATTTTCATCGAAACCATACTCACACATTCTATTAAACCAATCTATATACTTAGATTTTA +CTTCTAAAAATTCATATAACTCTCTACCATTTACTATCGGTTCTTGATTTTCATTTACCT +CAATTTTTATCGGTATTATATTTTCATTTGTTGCTTCTACTGAATTTGACATTATATCCC +TCCTATTATTTCTATATAAATCTCATACAATAAAGTTATACATAAGTATCATTTTAAAAA +TTCACAATACGCGAATAGTTAACTTAAAAAAATTTCTCGCATGTCGAATCCTAATAAGTC +TGATAATTTTATTGCCTCAGCTACAGTAAACTTTCTTTTTCCATTTTCTTTATCACAATA +TGCACCTGTGGAAAGTCCTAGTTTGTCAGCGACCTGCTTTTGAGTTAGTTCTTTTTTTAC +TCTTTCTGACTTTAATATATTTTTCTTCATTTCTTCACCTCAATTCACATTTTGCGACTT +TCTATGTTATTAGTATAATTCCCAAAATGCGAATAGTCAATACATTTTTCGAAAAAAAAT +CTAATTTTGCGAATTTAATACTCATTTTGCGTATTTTAGTATATTATAAAGTCATATAGG +AGGTGATTTTAGTGTCATTTATAGATGATAAATTAATATTTGCGAATAGATTAAGAAAAG +AAAGAGAATGTTTAGGATTGATGCAAAAGGAGATGGCTCAAAAGCTTAATATACCTCCAA +ATACATATAATGGTTACGAAACAGGAAAAAGAAGCCCTAATTTAGAAGTCGCTAAGCATA +TATCAGACACATTAGATATATCTGTCGACTACCTCCTTGGAAGAACAGATGAAAGAAACT +TAAATAAAGAAAAACCTGAACTTGATAAAGGTATTACAACAATAAATGCTAAAAAAATAA +ATATAGATGACGATTTACCAGACGAGGCATATGACAAAATTAATGAATATATAAAAATGG +TTGAAATGATGTATAAAAATAAAGATAAATAATGCTAAATCTTTAGAACTTATATATCTA +AATATATTATCTACTCGAGGGGGAACATTACATATGGGGATATTTAATTTTGGACCAAGT +AAAAAAGAATTACGAAAACAAATATTAGAGTTACAAAATAAAAATGCTATTATCGAAAAG +AATTTAGAAAATATTAAAAATGAAAATAACAATTTAAAAGAAAGCTTAACTCAAACTAAT +ATCGAGAAAAATACATTCAAAGATAAGTTAGCATCTTTAACTCTTTCTAAAGAAGAAATG +AAATACCTAAATCTAAAAGAGGAATTAGAAGTATTATTTAAAAATAGTCAACAACTTAAT +ACTGATATCACAAGTAAGTCAGAAGAATTAAAACGTATATCTACTGATTGTGAAGTAAAA +TTACAAGAATATACTACTTTAAAAGATGAATATAATATTCAATTAAATAAATTAGAGAAC +ATACCTAAGAAAAAGATTAAAATTAATACAATTTTTAAAAGTATGGAAAATACACTTAAA +GAATATATATCTGCAGATTTACCTTCACACTATCTTAACCTTCCAGATTATGATCATGAG +CTAATAGATAGATTAACTCCATCTATTAGTATAAAACTTCATAGTATGGATATTAAGGAA +TTAAGAAAATCTTTAAAAATAAATCAAGAGTTAATAGAGGAAGCACTAAATAAGTATGAA +TCAAGGTATACAACTAAATCAAATAAAGCAATATATAAACTTATGGTTATAGCCCTGAGA +TCTGAGCTTCAAAATGTCTTGTATAATTTAAAATATGGTTCTCTAGATGAATCTTTAGAT +GCAATCAAAGAGATAACAAAAAAATATATAACTATTGCCTCTGATGGAAATCAAAATATT +GCACCTACTGTAGTTAAATTCATCGGTGAAATAGAATATCTATTCCTAGATTGTGTAAGA +ATAGAGTACCAATATTATGTAAAAAAAGAACAACAAAGAGCTGAGCAAGCTGCTATTAGA +GAACAAATGAAACAAGAGGCCGCTGAAAAGAAAGCTCTAGAGGCTCAAAAAAAACAAGTG +GAAGCAGAAGAAGAAAAATATAAGAATGAAATACTTAAAATACAAGAACAGTTAAAAGCA +TCAGAGGATAATGAAAAAATTGCTCAGTTTGAACGTAGGATACAAGAACTTCAGGATCAA +CTAGATATGGTTGAAACTAAAAAGGAAGATATTATAAGTAGACAAAATGGTAAGGCCGGT +AATGTTTATATAATAAGTAACCTTGGTTCATTTGGTGATAATGTATTTAAGATAGGTATG +ACGAGAAGATTAGACCCATTTGAAAGAATTAAAGAACTTGGTAGTGCGAGTGTTCCATTT +ACTTTTGATATTCATAGTTTTATTTTCTCTGACGATGCAGTAGGATTAGAGCAAAAACTA +CATAATATTTTAGAAGATAAGAGAGTTAATAAAATAAACTTAAGGAAAGAGTTCTTTAAA +GTTTCAATAGATGAACTGGAAGAATTAGTTAATGATATAGATCCTTCTGCTGAGTTTAAT +AAAACAATGATAGCTGAAGAGTATCATCAAAGTTTATCTTTGAGCTAGTTAAAACAATAA +ATATAATCTATAATTAATTATTTAAAATTAAAATATAATAATAAGAGCGGTAAATATGAT +ACTGCTCTTATTTATAACTCTATACCGAACATAAGTTCGCAATCCGAAGGGGAGATTGAT +AATGACAAAACTAGAACATTTATATGAACTTGCTCTAAATGAGCATATTGATATTCACTT +CTTCGATTTAAAAGAAATTGGTTTATTAGGATTGAATGTTAGTAAAGAAAATATGCCACA +CATGATATTTTTAGATCATTCTGTTAAGAAAGATACTACACTTCATTTGAATATTTTAGC +TCATGAGTTAGGACATTATTTTACGAGTTTTGGTAACTCTATAGCTGAAACTAACTATAT +TGAAAAAGTACTTAACAATAAATGTGAAAATAAAGCTGACAGATGGGCCTGTGAGTTTTT +AGTTAGAGAAGATGAATTGATTGATGCTTTGAATAAAAATATTAATTGTATTCATGATCT +TGCAGAATACTTAGATGTTGATGTTAAAACTTTACTAAAAAGGCTTGAATATTTATCATT +ACAAAAACCAACTCTAAGAATATCTGATACAAGACAATTAGTGCTTACTAATCTTCCGAA +TATATATTTTTATGAAGATATTTGCACTTACTTATAAGGAGGTGGTCTGATTGAACATCA +ACAGTGTTTTTATCAGAAAAAGAAATGAAAACTATAATGTAGTACTAGAATATTTAGATG +AAGAAACTGGGAAAAGCAAACAAAGAAGCCAAGGATCTTTTAAAAAGAAAAAAGATGCAG +AAAAACTTCTTATAGAAATAAAAAGTTCTATTAATAATAATAAGTTCCAAGTTCCAACGT +CCAAAACATTCGTAGATAGATGTTATGAATATTATAATAACACCGCTAAGGATTTTTCTC +CTACTACATTAAAACGTGCAAATGCCGTTATAAGAAATTACGTAAACTCTTTTTTTAAAG +ATAAAAAGTTAATAGATTTAAGCATTAAAAATTACCAAGACTTTATAAATCATTTATATA +CAACAAGTCTAAAGACAAGCACTATAAAAGAAATATTAAATAAAACAGACGCAGTCTTAC +ATGAGTGTTATAGGCTTAGAGAAATAAAAGAAAATATTCCAGACTTTATAATTTTGCCTA +AGAGATCAGATATATCTAACATAGATATTTATACTGTAGAAGAAGCACAAAAAATACTTT +CAGAGTGCTCTAACTTTCCTATTTTAGAAATACCTATGCATTTATTCTTATTAGGTGGCT +TAAGATTTGGAGAGATGGCAGGACTACTTTGGGAAGATGTAGATTTTGAACATAACATAT +TAAGAATACGTAATAATTTAATATATGTAGATGGAGAATATTTCTTAAGGAAAACTAAAA +CAGATGGAAGTACTAGAGATATAACAGTTCCAATAGCTTTAATGAAACTACTTAAGAAAG +AGAAGATTAAACAAAATAAGCTTAAGATGCAAAATTTATTAAAAAATGATCACAATGTAG +TTTGCTTGAATAGTAAATACAGATATTGGAATAATAGTTCTTTTACAGTTGCTTATAAAA +CCTTTTTAAAGAAAATAAATATGAGATACATTAAAATTCATTCATTGCGACATGCTCATG +CATCCATGCTTATATTAGCAAATACAGATATGAAAACTGTATCTGAAAGACTGGGTCATA +CAGATATTAAAATTACCATGAACATATATAGTCATGTTTTAAAAGAAATGGATTTAACCG +CATCAGAAAATATAGAAAAAATACTTTTATATAAAAAATCAAACTAATAATGCTGCACTT +TTTTAAGTTGCAGCATTGTCAGTTTGATGTCAGTTTTTATAGATTGTCAGTTTGATGTCA +GTGTATTTTTATAATAAATAAACTAATTAAATCTGGTATTTCCAGCAGTTATAGTAATTA +TATTTTACCAATAAATGTAAAATATCACTTCTCGAACAAGTCCTAAATAAAATTTACTAT +TTAGAGTTTTAATTTTTTACTAACTATTTGTTTAAATATATCAGTAAGTATCTAGCTATT +AAAAGTTATTAATATTTAATATTAGATAATTTTTATTCTAACATATTTTTATTCTCACTC +CAACAACTTTATTACACTTAAATACAGATCAATACAAGTTCTACTATATATGTAATAATC +TTGATTTATTTCATATATTCGACATTTTTCGTATTCTTTTGATAATTTTTTAATTTTTTT +AAAAAAATCTATTTACAACCCTAATTATTTGCTTTATAATCATAATTAATCTAATTAATT +CCTTCACATATATTGAATCGAAGGAAAACAGTATCATTAGGACTTATAAAAAAATAAAAC +ATCAGGAGGTAAAGTTATGATACAAATATTAACAGGTACTGCTTTATTATTAGTAGTATT +AGCATTATTTACTTTATTTAGTTACAAAGCGCCACAAGGTATGAAGGCAATGGGTGGACT +TGCAAACGCTGCTTGTGCAAGTTTCTTAGTTGAAGCTTTCCATTTCTCATTCTTTGGTGA +AGTTTTAGGAATCAAATTCTTAGAAAATGTTGGGGCTGCAAACGGTTCATTAGGTGGAGT +TGCTGCTGCTACATTAGTACCATTAGCATTAGGAGTTTCTCCAGTTTATGCTGTAATGGT +AGGTTTAGCTTGTATGAACTTTAAAATATTACCAGGTTTCATAGCTGGATACTTAATATC +TTTCGTAATCAAATTCTTAGAAAAGAAAATACCAGCTGGTCTTGATTTAATAGTAATAAT +AGTTTTAGCTACTCCATTAGCTTACTTAATAGGAGATGTTACTAGCCCAATAGTTAACGG +TGTATTAGGAACTGTAGGTTCTGTTTTAACTGAAGCTTCTTCTGCTTCTCCAATATTAAT +GGGTATAATACTTGGTGGACTTATAACAGTTGTTGCTACTGCTCCACTTAGTTCAATGGC +TTTAACAGCTATGATAGGTTTAACAGGTGCTCCAATGGCAATAGGTGCATTATCAGTATT +CGGTTCTTCTTTCATGAACTTCGTATTCTTCTCAAAAATGAAGTTTGGTTCTAAGAAAGA +TAATATAGCTGTTGCTATAGAACCATTAACTCAAGCTGACTTAATATCTGCAAACCCTGT +ACCAGTATATGTTACTAACTTCATAGGTGGAGCTATGTCTGGTGTTATAATAGCTTTAAT +GGGTCTTACTAATAATTCTCCAGGAACTGCTACTCCAATAGCTGGTCTTGCTGTAATGTT +CGCTTACAACCCAGCAATAAAAGTTATAATAACTGCTGTAGGATGTGCTTTAGTAAGTAT +ATTAGCTGGATTTATAGGACATGCTATATTCAAAAACTACAAAATAACTACTGCTGATGT +AGTTCGTGGAACTGAATCTAACGAAGCTGTTTAGTAGTAAAAATATAAATTAGCAAAAAA +GGTCTCTACCATTCATATATTCAAATGGTAGAGACCTTTTTATATAGATATATTACAGTA +TATATTTAACTAAAAAAGCATTGATATAATTAATTATATCAATGCTTTTTTAGTTAAATA +TTGGTGCGGATGAAGGGAGTCGAACCCCCACGCTATAGGCGCCAGATCCTAAGTCTGGTG +CGTCTGCCAATTCCGCCACATCCGCAAGTTGTTACTCTTTAAATGTAGCACATGATTTTA +TATTTCTCAATATATTTTAAAAATATTTAATTATTTTTAGCCTTTCTAACTAATGTAGCA +ATACCTACTCCCATCATTAATAAGCCTATCATCATCTCAATATTTGACACCATATAAGTA +GTTGGTGTAGGCTGAGAATTATCAATACCAACACCTGCAAACATTCCTACACTTAAGTTA +AAACTTTCATTTATATATCCCATTATTGTTTTAAAATCACTATTTAAAAGTGTCGAGAAT +GTTACAACTTCTGTTTCTCCAATCTTTATTCCCATAAATAAATATAATATTGTACAAATA +ATTATTACAGCTAAAGATGTAATAACTGGATATATAGCTCTTTGACCATACCCGCATGAT +ATCCAATAAAAGTATGATGATATTTTGGGTACTATTTTTTTTACTGACTTTCTTTCTGCA +ACCTTGCCCAAATAATAATATTCTCCAAAGTTGTTAATTAAATTATTTTCTTTAAATTTA +TCAGCTATCGTTTCATACGTCATATATATACCTTCATATTCTTGCTTTGTTTTTTCTACA +GCTTCGATTTTACCAAAACATGTTTTTTCATCAAATTTCGTTTTATCTTTATCATTAAAA +TCTAAATCTATAATGTAACAGTCTAAAGTCTTAAAACCACAAAGATTGCAATCTTCAAAT +ACAATTTTATCTAGCTTAGAATTTTTTATTATACCTTTTCTTATATAAGTCATCTCAAAA +TATGTATTAGCTATATTACATTCTTCAAATAATGCCATTGATAAATCACAATTTAAGAAT +CTAGCATACATATTGCAATTATAAAAATAACAACCTAGATTATCTTTATTATTTAAAGAT +GGTAATTGTTCCGTACCTTCTTTTACAAATATACAGTTTTCAAAAGTTACTCCTCCGTCA +TTGAATGTACAATTTTCAAATATACACCCTATAAAGTTGCAATTTTTATATCTTATATTC +TTAAAATTACAGTCAATAAACTTAGAGCATACTATATCTTTACTCTCTACTATTCTAAAA +TCAGCTTCATCTAGTAATCCATCTTTTCCAAATCTAGTTCCATTAAAATTTTTATAACTA +TATTGTTTGCATGGAGTATAATCTTTTAAATCATCTTTATTTTTTAGGATATAGCTTACA +ACTTTTGAACTGTTCTTTTTTCTATTTTCAATTTGTTTATTTATAGAATATCTTTCTTCT +TTAAAGTTTATATATGCCATAACCGCTCCTTGTTACCTAAAATAATATAAATTAAAGGGC +TTCTTATAATACAGTATTAAAGCAATAGCTATATTGTAAGAGATGCCCTTTTTATTAATA +TTATTTGTATTTTATTTTTTTATATTCACTTATTCAACTTTCTCTCCAATTATTTGCATG +CCTATAAATAAAGCTAATATTGCGAGAGGTAATCCTAAATAAATAGGAAGACCTAATCCA +ACAGGTATATATCCCAATATTATCGTTATAGCTGCAGTAAATAATGCATAGGGCATTTGT +GTCTTGACATGATTTATATGATTACATCCCGCTCCCATTGATGATAATATAGTTGTATCT +GAAATAAGAGAACAGTGATCACAAAAAATTGCTCCTGTTAATACTGCACTAGTAGCTACT +ATTATATATGACATTTCTGGATTAATAGAATAAGCTAATGGTATTGCAAGTGGCATGAGT +ATTCCCATAGTTCCATAAGAAGTTCCTGTTGCAAAGGATATAATAGAACCTAATATAAAT +ATTATACTTGGTAATAAAAATGCTGGAATAGTATCTGATAATAATGTTATTAGATATTTA +GCCGTTCCTAATTCTTTAATTACTGAACTTAATGACCATGCACAAACTAATATAACGCAA +GTTATTAATAATCTTCTAAGACCTTCCATCCATACCTCTATCGCTTCTGATAAAGTAAAA +ATCTTCTTAGCTACAGCCATAATAATTTACACTATACACCAGCAAGTAATGATGATTGAA +AAAGAGCTACCGAAGCATCAGAAGCACTAAATGCCTCTCTTATAGCTGTAAATAATACTG +GTGAGCTTTCTAATAATGATATTAATTCATTATTATCTCCACTTATTATATTACTATATC +CACTAAAGTAAAAAGAAATTAACGCCACAAATATAAGCACTCCTATTGGAATTATGGCAT +TAGACATACTTGGTTTTATACCTTTTTTAGATAAATATTTCATATCATCATCTGGGTTTG +TAGTTTCAATAATTAACTCATCAGAAAATATACCTTCTTCTCTAGCTTTTATCTCTGCTT +TTCTCATAGGTCCAAAATCTTTTAATAAAAGTGCACTTATTACTATAAATAAAAGTATTA +AAATATTATAAAATCTATATGGAATTGTCTGAATAAATACTCCAAAGACATCTGAACTCA +CACCTATTGTACTAAATGCATCTTTTATTAGGCCTAACTCCATACCTATCCATGTCGAGA +TAACCACTATCCCTGCTACTGGAGCTGCTATTGCATCGACAATGAATGCTAGGTATTCTC +AATTTACCTGTTATCGGTCTCATCATAGTACCCACAATCATAGCATTGCATAATCATCAA +AGAATATAATTAGACCTGATAGCCATATTATAATTTGTGAACTTTTTCTATTTTTAGCTC +TTTTGGATAAACTTTCAGCTATAGCTTTAACTCCACCCATTTTTGTCACTAAGTTTATCA +AACCAGCAATTGCTAAAACCTGTAGTATAATACCAGCATTCCATGGATCAGCTAGTGATT +CTACCATTCTATTTATTACATCAACGAAAGCTAATACAAGTCCATTTAATATATTGTTTC +CTGGTATGGTTATCAATAAACTTCCTGATATAATTTTTGTTCCATAAATATCTTTATTAT +TAATTCTTCTCCAAATTTATAACTATATAAAATAGATATTAGGCACAAAGTGATGAAATA +AAAAAATCCACAGCATTTGCAACGTCTTATGTTGCATGCTGTGGATTTTTTATTTCATTA +CCCGAGCCCGAACAATCTTTTTATATTTTATAAAACCTTTGCTTCAACTCCATCTACTTT +TTTACCAAATATTTGTACTCCTACAAATACCGCTAATATAGCAAGTGGTAGTACTATATA +TATCGGCATTCCTAACCCTGCCGGAATATATCCAAATAAAATTGTAATTGCACCTGTAAA +TAAAGCGTATGGCATTTGTGTTCTAACATGATCTATATGATTACATCCCGCTCCCATTGA +AGATAATATAGTAGTATCTGAAATTGGTGAACAGTGATCTCCAAATATTGCTCCAGTTAA +TACCGCACTTGTATTAACTACTATAAATGACATTTCTGGATTTATAGAGTGAGCAAGAGG +AACTGCTAGCGGCATAAGTATCCCCATTGTTCCGTATGCTGTACCTGTAGAGAATGATAT +TATAGCACCTAACACAAATATTAAACTTGGTAATAAGAATGCTGGGAATGATCCAGATAA +TAACTTTATTAAATACTTAGCTGTACCTAGCTCTTTTATAACTGAACTTAATGACCAAGC +CAGTATTAATATGACACCAGTTATAACTAATGTTTTCATACCATCTACCCAAGCATCTAT +TGCTTCTGATACCGTAAATATTTTTTGAACTACAGCCATTACCATAGCTACTATACCTGC +AAGTAATGCTGATTGAAATAATGCAACAGATGCATCTGACGCACTAAATGCTTCTCTTAT +TGCTGTAAATGTGAATGGCGAATCAGTAAATAATTGTATTAGCGTTGCATCATCTCCACC +CATAATTGCTGAATACCCACTGTAATAGAACGCTACTAACGCTGCTATTATTAATGTACC +TATTGGTACTATAGCATTCCATATACTTAATCTTACACCTTCTTTGGGTTCTAAATCTGA +GTGTTCTGAAGAATCCATTGCTATTTCAGAATCCAGACTTCTACCTTGCCTAGCTCTTAT +TTCTGCTTTTCTCATTGGTCCAAAATCTTTTAATAATAAAGATGTTATAACAATAAATAC +TAATATCAATATATTGTAGAATCTATATGGTATAGTATTTAAAAATACTCCAAAAGCATC +TGCTTCTACTCCTATACCATTAAATGCATCACCTATTAATCCAACTTCAAGTCCTATCCA +AGTTGATACTATTGCAAGGCCTGCTATAGGTGCTGCTGTAGCATCTATTATAAATGCTAA +TCTTTCTCTTGATATTTTCATTTTATCTGCAACTGGTCTCATCATTGGCCCTATTATAAG +TGCATTTGCATAGTCATCAAAGAATACTAGTAATCCTGCAAACCAAGTTATTAACTGTGT +ACTTTTTGCAGTTTTTGCTTTTCTTGCAAGTGCTTCAGCTATAGCTTTTGCTCCACCCAT +TTTAGCAACTAAATTTATTACTCCTCCTATTGCTAAAACTTGAAGTATAATACCAGCGTT +CCATGGATCTGCAAGTGATCCAACCGCTCTATCTACAACATCTAAAAATGCATTAATTAA +TGCTGCAAATGGATTAGATCCACTTATATTAATTATAAAACTACCTGATAAAATACCAAT +AAATAATGAAACAACAACATTTTTAGTAATAAATGCAAGAACTATCGCTACTAACGGTGG +TATTAAAGTTAAGATTCCAAACTTACCAGCATTTATTGTAGCTAAATCAACCTCCTCTGC +AAATCCTAAAGTGGTAGACATCATAAATACTGTTAATGCCATAAACATGATTCTTAAATT +TTTTCTGTTCATAAAACTTCCCCCTTAAATTTATTAAGTGAATATATGAGGGTTTGTGGA +TAAATTATAAAATTATTACAATCAAAAAAGCCTTGAGTTTACACTCAAGGCTAATAATCA +TATTGCTAATTAATTCAAAATAATACAATAATTCCTTAAATGTAGCTCACCACAAAGTAA +ATTTGTGACAGTGATGCATATATTCTATACATCCCCAGTTATATAACATCAAAGCATTAG +TTATATACTTCGGCAATATTTCCTTTCCTAATAAGTCATCGTGCTTACCTCGTTATTAGT +ACTGATAAATATCGCGCCTCTACCCTTTTTTCTATTCACTTATTTTTCTTAATATGAATT +ATATGGTAATTTTTTATTTTTTGCAATACTTTTCTGAAAATTTTTATTTTTAATTTTATT +TTAAATAGTTTTTATAACTCTTATAATTTTAAAGTTATGTCACTTTTATTATTTAAAAGG +ATTTTTATATATTTTGTAGAATTAAAGCTTTTATATACATATTTTGTTTAAATATAGTTT +AGGAGGAATTTAGATGTTACTAATAAACAATGATAATACAAATCCTTATTTTAACTTTGC +ATTAGAAGAATACTTACTAAAAAAAACTGATAAAGATTTATTTAGATTATGGATGTGCGA +TCCATGTGTATCAGTAGGAAAAAACCAAAACACAATTTCTGAGATAAATTCAGACTACGT +TAGAAAAAACTCTATTCCTATTGTAAGAAGGCAATCTGGAGGAGGAGCTGTTTTTCATGA +TTTAGGTAACTTAAATTTCACATTTATATCTTGCAACAATAACTCCTTTAGTGATTTTAA +AAGGTTTACTCAACCGATTATTGATTTATTAAAAACCTTAGGAATTAATGCTGAGTTTTC +AGGTAGAAATGATTTACTTATTGATGGCAAAAAGTTTTCTGGAAATGCTCAGTATAATTA +TAAAAATAAAGTTATACATCATGGAACTCTTTTGTTTTCATCTCAGATTAGCAATTTATC +TAATGCTCTAAAGGTGAAACCTATAAAGCTTGAAAGTAAAGGTATTAAATCTGTTAAATC +ACGTGTTACTAATATTAGTGAACATTTAGATAAGCCTATGAATATCTCTGAATTTAGAGA +TTTAGTAATGAATTATGTCTTTTCTTTGAATAGTAATAATTCATATTTTAACTTAACTGA +GAAAGATATAGAGAATGTAAATAAATTATCAAAAGAAAAATATTCTACTTGGGAATGGAA +TTTTGGTAATTCTCCAAATTATTCCTTAGTTAATGAACTTAGATATATAGGAGGAACTCT +TGAATTCCATCTAAATGTATCAAAAGGCTTTATTACTGACATAAAATTTTTTGGTGATTT +CTTTGGAAAAAAAGATATCTCAAATGTAGAAGATTTATTAATAGGTGTAAAGCATGAAGA +AGAATCCTTAAAAGAAAAGTTAAACAATATAAATATTGATGATTACTTCCTAGGATCGGA +TGTAAATGTATTAGTGTCAGGAATTTTAGGAGCAAAACAACCTATATCATTATCAAACTA +GTACTCCTTTTGCTTATAAAAAGGATTCTGTATCTTTTCATAGAATAATTATTGTCATAA +GTTTTATGTATACAAATATATCTGGGAGGAAAATAATATGTTACTAATATACAATGAAAA +TACTAATCCATATTTCAATTTAGCTATGGAAGAATATTTCTTAAAAAATACCCATGAAGA +TTTATTTATACTCTGGAGAAATAGACCTTCTATTATCATAGGAAAGAATCAAAACACATT +ATCTGAAATAAACTTAGATTATGTAAAATCGCATTCAATCCCAGTCGTTAGAAGACAATC +TGGTGGAGGTGCTGTCTTTCATGATTTAGGTAATATAAACTTTACTTTTATATCTTGTAA +TAACAATTCTTTTAGCGATTTTAGAAAGTTTACTCAACCTATAATAGACTTACTAAAAAC +TTTAGGACTTAATGCAGAGTTTTCAGGTAGAAATGATTTATTAATAGATGGTAAAAAATT +CTCTGGGAATGCACAATATAACTACAAAGATAAAGTTATGCATCATGGTACTCTATTATT +TTCATCACAAATAACAGATTTATCTAATGCTTTAAAAGTAAAAAGTATTAAATTTGAAGG +TAAAGGTATTAAATCAGTAAAATCTCGTGTTACCAATATAAGTGAACATTTAGATAATAA +TATGGATATACTAGAGTTTAAAAATATTTTAATGAATTATATATCTGATATAAGTCCAGA +AAATAACTTTTATACTATTAATAAAAAAGATAAAGAAGAAATAGAAAAATTAGTTGAAAA +CAAATATAGTACATGGGAGTGGAACTATGGTAACTCACCTAAATATTCTCTTTTGAATGA +ATTAAAATATCCAGGTGGTAATATTGAATTTAATTTAGAAGTTGAAAAAGGAATAATTAC +TAAGATAAAATTCTTTGGAGATTTCTTTGGTAAAAACGACATTTCCACTCTTGAAATCTT +AATTTGTGGTACTAAGCATGAGGAAAATAGCTTAAGAGAAGTATTAAGCCATATAAATAT +TGATGATTATTTATTAGGTGCAGATATAGAAATCTTAATCTCTGGTATACTAGGAGCAAA +GTAAATAGTATATATAGATGAAATGGCTGACATTACTATTATGTCAACCATTTTTTACGT +TTTAATATTGTCATAAACCTAAATATTAGTTTTGTTTCTAATTATTTTTTTAAGTATATT +TATTATATTAGTTTATTTTCTTAACAACTAATCCAATAATACAATGTTTATTAAATCATC +CTGCAAAAAATGCATTATTTTTTTATTTACTTTTATAAAAAAATATATATAATTGAAATA +GTAAATAATTTTATTGTAAGTTTTATGGAGGTATTAATTTTGAAATATTCATACAAAGAA +CTAAAAATGATGCATGAAAAAATAAGCCCTTTTGAATTTAAAGATAAGTTAATAGATTTA +GCTAAATATAGCGCAGAAAAAAATAATAGAAATATACTTGATGCAGGTCGTGGTAACCCT +AACTGGACAGCAGCAACGCCTCGTGAAGCATTTTTTACTTTCGGCCAATTTGCTGTTAAC +GAAACTCGCTTAACGTGGAATCTAGGCGATCTAGCTGGAATGCCAAAAAAAGAAGGTATA +ACAAAGCGATTTTATAAATTTGTAGAGGAAAATAAAAATATGCCCGGAACTTCTCTACTT +AAAGATATAATTGACTACGGTATAAATGAACTTAATTTTAATAGTGATGAATTTATATAT +GAGTTAACTGATGCCATTATAGGAGATAATTATCCATTCCCTGATAGAATGTTACCTCAT +ATAGAAAAAATAGTTCATGACTATTTAGTAAAAGAAATGAAATATGATGTAAAGAGTGGT +GGTAAGCTAAACATATTTGCTGTTGAAGGTGCTACTGCTGCTATGTGTTATATATTTGAT +TCATTAATGGCAAATGAACTTTTAAGAAAAGGTGATAAAATTGCTATAATGACTCCTATA +TTTACACCTTACCTTGAAATACCTCATCTTCCTAGATATAACTTCGAAGTAGTTTATATA +AATGCAGATGAGGTTGATGAAAATGGTATTCATACTTGGCAATATTCAGAAAAAGAATTA +GAAAAACTTAAGGATACATCTATAAGTACTCTTTTCCTTGTAAACCCTAATAATCCAGCT +TCAATCGCTATGGATGAAAGTACTTTCAATAATATAATCAATGTTGTTGAAAATCATAAC +AAGGATTTAATGATTATTTCTGATGATGTCTATGGTACTTTTGTTCCTGAATTTACATCT +TTAATGTCTAAGCTTCCTTATAATACTCTTGGAGTTTATTCTTACTCTAAATATTTTGGA +GTTACTGGTTGGAGATTAGGAACAATGGCATTACATGAGAACAATGTTTTCGATAAAAGA +ATAAATGAACTAGACGCAAAATTAAAAGAATCTGTTAATAAACGTTACAAAGACATGAGA +ATTGATCCAAATACTATTTCTTTTATGGACAGAATTGTTGCAGATAGTAGATTAGTTGCA +TTGAATCATACTGCAGGTCTATCTACACCACAACAAGTTCAAATGGCATTTTTCTCTGCA +TTTGCATTGATCGATACTAATAATGCTTACAAATCACTTAACATGGATATTTGTAATAGT +CGTAAGAAATTATTATTTAAAGGACTTGGATTAGAATTAGAAGAAAATAAATATGATGCA +GCTTACTATTATCAGTTTGACATCGAAAACTGGGCTAGAATATTCTATGGTGAAGAGTTA +GTTAATTATTTAAACTCTAACTATGAGTTATTAGATGTTCTATATAAACTAGCAAATAAT +TACTCAATTGTATTACTTAGCGGAGATGGATTTGCTGGTCCAATCTGGTCAGTTAGAGTT +TCATTAGCTAATTTAGAAAGTGAATCTTATTATAAAATTGGTCAGGCTATAAAAGAGATA +TTAACTTCTTATGTTGAAGAATGGAAAGAAAAATCAACAGAAAAGGTAACTGTATATCGT +TAATCCCTTTAGTATAAGTTATTCAAATAAAAAATCACTGACATATAACTTACAATACTG +TAAATGTCAGTGGTTTTTTAATCTTAATTCTGTTATTACATATTATCTATTTATTAATAA +TGCTCATTATTTTATTTTTAAATCATCTAGTATTATTATTAAACTTTCAAGCCACCATTG +TAAGTTATAAATTGCAAACTTATCATTTAAGTTACTTCTGCTTATAAGTGCTGGCAAAAA +CATTCTACATGCACATAGCACTCCTACTCTTGTTAATGTATCCCAAGTTTTTTTAGTAAA +TGAATATCCTAAGTTTTTTTCTAATGACTCTTTATAATAATAAATAAGGTCTATTTTATC +CACTTTATTATCTACAGAACTCATAAGATACCAAAATAAATCTAAGGTACATGGTCCACA +CCCACTATTTGCCCAATCTATAAACCTTACATCATCTTTATCTATGTAAAGAGCATTATC +TGGTCTATAATCACCATGCACAAATGTTTTAGGATAATAAGAAAAATTCTGATCTACATT +TTCAAATTTACAATATTTTTTATATCGATCTTCTCCTAAAAATTCTCTTAATTTTTTCCA +TCCATAGCAATTATCTTCTTTAAACTCTTCTACTTGATTAAGTTTTTCCTCAGTTAAAAA +GTAATAATAATCTTCAACACTAAGTAAAGATTTATATCTAAGTATATCATGCTCACTGAA +TTTGGCATGAAACTTAGCTAGATTATCTAAATATGCGTAGTAATCATCACTATTTTTTTC +AGATCCTATAAAATCTGACATATCATTCATTAATATTGCATAACAATCGCTATTTTCATA +ATATGCTATATAAACATCTTTAATGAACTCTTCTATTTTATTAAATATACCATCTTTAAA +TATAGTAAGCTCTCTACCTTTATCATTACTTACTCTTGCAAGCCAGTCTTCTTTTAAATT +ATTAACTTTTAAATATAAATTTTTACTATTATCATTAGTATTTATTTTCAACTTATACAT +CTTAGATCCAGATAAACCACTAGTATCTATACTATATATTTTCATGTCTTTTATATCATC +AACAACATTATTTAATACTTCTTTACTTAAAAGCTCTTTTAATGATGATGCTTTATAAAT +TCCCATATTATCTCCCCTCATTTGTAAATTCATAACCCTTTCTTAATAAACATTTTTTAT +AAATATTTATTAAGAAAGGGCTATAAATAGATTTTAATATTATCTACTTATAAGCCCCTA +CTTTTAATAATTTAAATTATCAACCTTATCTAAGCTTCTCTATTAAGCTTTTATGAGGCG +AAGATACTACAGAAGTGCTTATTATAGATCCAGATTCACCTAATTCATTTAAACAAGATT +TCACCGCTGATTTAACAGCTGATACTTCACCTGTTAAAATTAAAAAACCTTTTCCCCCTA +ATCCTTTAGCAATTCTAATTTCTATTAATTTTACATTTGAAGCTTTTACAGCTATATCTC +CTGCTTTTATAGCAGTTAATGCTGATATAGTTTCTATTGCACCTATAGATTTTACTTTGT +CTATTTCTGTAAATCCAGTAAGTGATACTAATACATCTTCATGTATATTATTTATTACAT +GAGATTCTACTAAAAATATACCCGCTACTTTTTTTCCTGATTCAACAGAGCTTTTAACTG +CACCTACATCTCCAGTGATTAATATCATATATTTTCCTGGACAAATAGGATTTGCCATAA +TTAATTCCACATTAGCAGCCTTTAACATCTCATCAGCTGTTTCTATACCAATAGGAATAC +TTTTTATCTCCACAAGACCTATTGCTTTCTTCAACGGTATCCCCTCTCTTCTGTTTCTTA +TTATTTAAATATCATAAATATTATTAGTGATAATATGAATATTGTACATGCAGGTGGGTC +AATGTGGCTGTCCACATGACTATTTACAGTCTTAACAAAGAATTCACCAAGTAATGCAGC +AACTATTGCTACTATAACACCTATAATTGGGCTACCTGACCATACTAGTGCATATGCTGC +AGTTATACTTATATGGTGTGTAGTTGGTGCTGTAAATCCTGTTTGTGCAAATATCAATGA +TATTGCACTTATTGCAAATACAAATCCTGGATATGATACTTGCATAAATTCACGAGATAC +GCCAGCTTCCTCTAATAATGTTCCTGTATAACATACTACTAAACCAACTATTAAACCAAG +TACTATATTATATACAAAAGCATTTCCTTTAGGGAAATATTCTCTAGGAGTACTACCTTC +ATACTTACCAGTTAACCCTGATTTACCTATAGCAAATCTTACTATTAAACCTGACGTCGC +AACTGTCATTGCAACTGTATCTGTAGGTATTGCTAAAACATTTGCGTATAAATGATTTAT +TAATAAACCTATTACACCAAATATACCACCAACTAATAAAACAGAAGCATCTCCTGTACC +ATGTAAGCAATAAAGTATATCTGCTCCATTAGTTATTCCCGAAGGTGCAGCAACTGCTAC +ATTTCCTCCACCTAAACTACCATTAGCTATAGCATTATTTTTTCTTGCTGCAAAAGCTGC +TGCTGCAACACCACCAGCAAATGCGATGTGTGGTCCAAAGAAAGAACCAAATGCAATATT +ACCAGTTACTACATCTACTCCTGTACCTAAACCCATAGCCGTACCAACTACAGCTATAAT +ACCTGTCATAATAAATGCAGGTAATGCACCTATAGCTGATCCAAAAGCTCCTCCACCGAA +TGCTGCAAGTACTGATAAAATACTCATATTACATCCCCCAATCAATTATAATTATATTAT +TTCTAATATCTTTGATAATTCCATTGACGCTTGAGTGAATATTGCTTCCTAATTTATTAT +CTTCTATATTTCCTAGTAAATCTCCTTTAAAAACTTTGTCACCTATTTGTACTACTGGTG +TTGCTGGTGCACCTATATGTTGATTTAAAGGAATAGCTATAGATTTTGCATTTACTTTAA +TATCTGTCATTGGTGCTTCTACATCATATGAGTTTAATCCTATCTTATTAATTAATTTAT +TCACTGGATACTTTTTATATGACCTAAATGGGTGAACATTTTCCGGATGATTTTTGCATG +TATTTTTTATTCCATTTGACCCCATTGTCTTTTTTAGTGAATTATGTAACTTCCAAGGTT +GTAAATCCATTATACATGCATATTCACATAGTCTACACTCACAGCATAAAAATGCATTTA +CTGGTGTTACACTTTCATCACATAAATCACTATAACTAGCTAGTCTCATCATCTTGTCTG +GATATATTCTATGTCCTATTAAATTTCTTGGACATACTTCACTACAGTGACTACAATGCA +TACAAGCAGCCTTAGCTTCTTTTAACATTTGATTTATATCCTTAGTAAGTGATTTTACAA +GTGAATGATCAGATGGTAAGACTATAAGGCCTTTGGTTGTTTTAGTAATAGGGTTTTTTA +TATCTGTAATTTTGCCCATCATAGGACCACCATTTATTACTACATAATCCTCTAAATAAG +ATCCTCCAGCTAAATTTATAGCTTCTTCTATACTTAATCCTATTGGAAGTTTTAAGGTTT +TTGGAGATTTTACTGCTCCTGTAACTGTTACATACTTTTCTGTAACAGGAGTATTATTAT +AATATGCATCATATATGTTGACTATAGTTTCTACATTAGAAACTATAGCACCAACATTTA +GAGGTATTCCGCCTTCAGGAACTATTCTTCCTGTAACTTCATATACTATAATTTGTTCAT +CTCCTGCAGGATAAAAATTTTGTAGTTTATGAAGACTTATTCCCTCATATTCTCCAATTA +TATCTTCAAAAGACTTTATAGCTTTTTTATATTTTTCTTTAAGAGCTATTACAGCATATT +TTGCTCCTACATGTTCTTTTATAAGCTTTAAACCTTCTAGGATTTTTCTAGATTCCATTG +CCATAAGTTGCTGATCTACTCTTAAAAGAGGTTCACATTCTGCACCATTTACGATTACAT +ATTCAGCCTTTGCATTTAATTTTACGTGAGTAGGAAATCCAGCTCCACCTGCACCAACAA +TACCTGCATCTTTTACAAGGCTTATTAAATCTTTTTCCAATTAGCTCACCTCTTTATCTA +ACGTTAAACCCTTCTACAAGCACACATCTTCTTTTTCTAGTAAATGTTTTTGCTGAAGTT +AAACCTTCACCAGTTGGTCCTGCAATTGTAAATGTTGTATGTCCTTCTCCTCCAACACCA +ATTCCAGAATAAGATGGTCCATTTTTAACAAATATAGTAGTTTGTATAAGTCTAGCCATT +TTAGTCAATTTATCAACATTTTTAGAATGCATCATAGCAGTATGTCTATTTCCATGCTCT +ACTTCTACAGCTAAGTCTATAGCTTCATCTACATCTTTTACTCTTACTATAGGAAGTATT +GGCATCATTAATTCTTCTTGAACAAATGGATGATCTTTATTAGTTTCCATTATTATTACT +TTAATACTTGAATCTACTTCTATACCTAGTTTACTAAGTATGTATTTAGCACTCTTTCCT +ACAAATTCAGTTTTTATTTTTAACTTATCATTAAGTACTAATTTTACTAGTTTATCTAGA +AGATCTTTATCAGTTATTTGATAAGCTCCATTTTTATTCATATTAAATATTAAGTAATCT +GCAATTGAATCAACTGCAATGACTTCCTTTTCTGCTATACAAGGTAGGTTATTATCAAAG +CTACATCCATCTATAATATCTTTTGCAGCTTTTTCAATATCTGCAGTTTCATCAACTACA +GCTGGTGGATTACCTGCACCTGCTCCTATTGCTTTCTTCCCTGATGATAGAACTAATTTA +ACTATTCCAGGTCCACCTGTAGCAACTAATAATTTTACTTTATCATGATTTATCATTTTA +TTTGTATTTTCTATAGATGGTTCAGCAACTGAAACCACTAGATTTTCTGGTGCTCCTACT +TTTCTTAGAGCCCTATTTATAGTTTGTATAGTTAATTTTGAAACTTTTTTAGCTCTAGGA +TGAGGACTAAATACTACAGAGTTTCCTGCAGCAAGCATGCCTATGCTATTACAAAGAAGT +GTTTCTGTTGGATTTGTAGTAGGTGCTATTGCGCCTATAACACCAAATGGAGATAATTCT +ACTAAAGTAAGACCATCATCTCCTGATATAGCTTCACTTTTCAAATCTTCTATTCCTGGT +GTTTTTTCTATTACGAGTTTATTTTTTATAATCTTATATTCTACTTCTCCCATTCCGGTT +TCATCAACTGACATTCTTGAAATAAGTTCTATAAGTTCTTCATTAGAAAACTCTGCTCTT +ATAGCCTTAATAAATCTATCTCTATCAGCCATAGTGCATTTCATATATTCTCTCTGTGCT +ATAAATGCTGCTTCTACTGCATCATCCATATTTTCAAATATTCCGTCTACGCAATCTACA +CAGTTTTTCTCTTCCTGCATATCAATTCCTTCTATGACTTTTTTCACAACTTTTTCTATG +TCTAGAGCACTTATATTCATACGACTTCCCCCCTAATCTATAATGAATCTATTGCATATT +GAGCAATTGCCATATCTTGTTCCACTGTCCCTCCACTTACTCCTACTGCTCCAACTATCT +TTCCATTAACCTCTATAGGAAAACCTCCACCAAATACTACCATTCTATTAGAATTTGTGT +TTTGTATTCCATAAAGTGAACCTGATTCTTTAGCCAGATTACTTACATCTGATGTTGGCA +TTTGAAGAGCAAGTGCCGTATATGCCTTATTCATAGATATATCCAAACTTGCTAATAAAG +ATCCTTCCATTCTATGAACTAAAATAATATTTCCGCCTTCATCTACTACTGAAAAAACCA +TCGGAACATTCATTTCCATAGCTTTTTCTTCAGCAAATTCTGCCATTTTTTTGATATTAT +TTAGATTGAAATCCTTAGAAAATTTCTCTTTTAGTTTCTTTACAACTTTATTTTTTATAT +TCTCTACTTCTGAGTTATGTTCCTCTACTCTTGCTAGAGCATATATAGTATCAGATAGTC +TATTTATATATTTAAGCAATTCTTCTCTTATCTCTTCTTCTTCCCTTAATGATATAATCT +TTCTTTCAGCCCTTCTAATAATTGTTCTAGCTACATGTAAAGATGCTGATGCTTGATTTT +TCCCTGGAACTACAAACTCAGTTTGTTTCCCTACAATTTCAGTACACTCATCAACAATTT +GCTCTAAAAAAGTTACATCTTTTTCTGTTACTTTTCCTTGTAGTATTTGAAGTCCTTTAT +CATCACTTGCTAATTCAGCACCTACACTAAATAATCTTTTTTGTATTGAGTTTACATAAA +TTTTTATTTTTTCATTTTTTAGATGTGAGTAAGCAAGACCTAGCATTGAGTTTGCCTCAT +CTATAGTTCCATAACAGTCAACTCTTGCACTACTTTTTTTTACTCTTTTACCACCATATA +AACTTGTTTCACCTTTATCTCCTGTCTTTGTGTATAAATTAGCCAATGAATTTCACTCCC +TAACCATTTACTTCTACAGTATCAACAATAGCTACTACTGCTGAATCTATAGGAGCTTTT +TCTCTTTCAAGCACGTATCTTGCAGAGCTCCCCTTAGATACTAATACTATTTCTCCTACT +CCTGCACCAACTGAATCTACTACAACCTCACTATTATCAGTTATACCCAAACGCTCATCT +AGTTTTTTTATTACTAAAAGTTTAAAACCTACTAAGGCTTCATTTTTAGTTGTTGATACA +ACTGTTCCAACCACTTTACCTAAATACATATTCATTACTCCTTATTCTTTTAGTAACTTA +ATATTTAATCGTTGTGCTTCATCCCTCGCTAAATCTGTTATTAATGTATTTGGGCTTACA +AAAATTGTATTATACATTTTGTTGTCCCATATATCTCTTCTACTTAAAATCTTTTTATTT +ATTTTAATAAATGGAGAGTTTTTATCAGTTTTATACTTAGCTTTCTTGTTGATTTCTATA +TTACTATTTACTTTTGCTATGCTTGATGCATTTGATTTATCTAAATCAAAACTTTTGAAT +AGTGTTTTGTTTACTTTCATATATAAATTTTCAGAAGAAGTTAACTTTATATTATAATTT +TTTAAAGCTTCGAGATTTAAACTTAATCTTTTCTTATAAAAATCACTTAAATTATCTCCA +TATAATCTTCTTCTTTCTTCATTATCTGGGCAACATCCATTAATTGATGCTACTACAGGT +CTTCCTGACATTAGAGCCTTTGAAACTATATTGGTAACAAGTGTATCACTAATACAATTT +GCAATCTTCGCAGCTGAATTCATAGTTAGAGTAGGAATTATTATAATATTATTTTTTTGT +AGTAACTCCTTAATAACTAATCCATCTTCATTAGTTATTATATTTTTTGCTCCTATAGAA +TTTCTTACATTATCTACAGTAATCACTTCTTGAGCTGATTTTGACATTACTACATCAAAT +TCCCATCCATCCATCTTTAATTTGTTTATTGACTCTATTGCTTGGCAGTAACCAATAGTT +GCTCCAGTAAACAAAAGTAAACCTCTTTTACTTTTGTTCATAATTTTTTCTATTACCTTT +TCTACAATATAATCAACTATTGATTCTTCTATTATGTTTTCCAATATTTTTTTTTGATTC +AACTTATCACCTTCTATACACTACAATTCATAGCTATTCCAAGAGGTGTTACTAAAAGTG +GTTCTATGGGTTTTATTGTATCTACTTTAATTTCCTTTTTAAATATTCTTTCAAATTCTT +TAAAGCAACAAGCACCACCTACAACGTAGATAGTTTCAATATCATATCCTTGAATATATT +TACTTACAATTGAAGCCATTTTTTCAACTACAGGCTTAACTATAGTAAATACATCCCTTT +CATGAGATTTATCTTTTTTCATTTCTTCAGCTTCTTCAAAAGATTTTTTCATAAATCCTG +CTAAAACTAAAGTCATATGAGTACCACCAGTTGGCTCATCAGCAGTAAACACTACTTTCC +CATCTTTTATTATACTAATTCCAGTAGTACCTCCACCTACATCTACTACAGCTCCATCAT +TTATGCCAAGCACACAAGATGCAGCTGTAGGTTCATCAATTACATTTACAACTTCTAAAT +CCGCCGATTCTACTACGTTAGCAATTACCTTTGTATTACCTTCTGTAATTCCTGGTGGTA +TTGCTGTAGCTGCTTTTGTAAGAGGCACTCCTATAATAGCTTCAACTTGGTCCTTTAAAT +CTCTTACAACTCTAGTTGCACCTATATAGTCTACAACTATTCCATCTTTTACTACACTAG +ATGGATACATAGCACCGGCTATAGGTCTATTATTAGAATCTACAACTGATAAAACTATAT +TAGCTGTTCCTAAGTCTACTCCTACCTTTAGCTCTCCTTCATAAGGATTACATTTTTTAT +TCTTTATAAGTTCTGAAAACTCTTCTATTAATTTGTTGCAATTCATTAAATCCAAGTTAT +CACCTATTTTCTGCTATTTTTATACTATCTTAACTAAATCTCCATTTTTTACTAAACAAG +CATTTGCCTCATCCATATCTAAGTGCATTTCAAGAGCATACTTCTCAGAAACTCTTACAA +GTACATTTCCAAGAACAGCTTTTCTAACTCCATTTACTTCAACACTTACTTCATCCTTAT +CGTTAATATTTAACTTTTTAGCAGTTTCAGGAGTCATATGTATATGTCTTAAAGCTGCTA +TAGTTCCTTTTTTTAATTCTATACTCCCTTTAGGTCCAATAATAGTTATTCCTGGTGTAT +TATCTAACTTTCCAGATTCTTTTATTGGAGGATTTATTCCTAATTTAAAACCATCTGAAA +TTGAAATTTCAACTTGAGTTTCATCTCTTAAAGGTCCTAAAATCCTAACTTTTTTAAACT +CGCCTTTAGGACCTTTAATTGTTACAACCTCATCAGATGCAAACTGACCTGGTTGCTTTA +AATCTTTTATCTTAGTTAACTCATACCCTTTTCCAAAGAGATGGTTTAAATCTTCTCTAC +ATAAATGTATATGTCTATTAGAAATACCTATAGGGATTAAAACTTCTTCATTCTCATTTA +ATTGTTCAATAACTTTTTCTGTTATTAACTTTACTAAAGCTTCTTGAGATATATCCATTT +TAATCACCTTACAATACTATATTATTCTATTACTCTGCAGTTTTTGGTAATATTTTTTCA +ACATCTGTATGAGGTCTTGGTATAACATGCTTAGATACTAATTCTCCAACTTTTTCAGCA +GCAACTGCACCTGCATCTACAGAAGCTTTAACAGCACCAACATCACCTCTTACCATTACT +GTTACTAATCCTGAACCTATCTTTTCATATCCAACTAAAACTACATTAGCAGACTTAGTC +ATTGCATCTGCTGCTTCTATAGCTCCTACTAATCCTTTAGTTTCTATTAATCCTAATGCT +TCTCCCATGGTAATACCTCCTAAATTTATTTATTTTGATCTTCATAGTGAATACACGTTG +TTTTTAAATCTCCCTTTTGTCTTGGACATTTTGGATCTTTACACAAATTACATGTATACT +CTACTTCAGTAGTACTTTTTTTCTTAAATTTATCAATTATATCATGCATTAAATTATGAC +CATCTTTAGACTCATCTTCACTATTATCTATTTGTGATAGTTCCTGATTATTTCCTTCTA +TATTATCAGTTTCTTCTAATTTAGAATCATCTTCTTCTATTTCTAATTCTTCTATGTTGA +TTTGATGTTCACTTATCTCTTCTGAAACTTCTACTTCTATTTTTTCTTGAGTATTATCTT +TATCTTCCTCAATATTTTCTTTATTTTTATCCTCATCGCTGTCTTCGTATATTTCAACTA +ACTCTTCTACTGCTTTTTCACTTTCATATCCAACAGTATCACAGTTTCTCATTAAGAAAT +CTATACCTTCGCTTGGACGAGGTATTACTTTTGTACTAAAGACCTTACTAACCTTATTTG +CTGCAACAGTAGCCGCTTCAATAGCCGCTTTTACTGCACCTACATTGCCTTCTATTTTTA +CAACAGTCATTCCATTTCCTTTTGTAAGTTCATAACCAATTAAAGTTACATTTGCAGATT +TCAAACAAACATCAGCGGCTTCTATTCCAGCAGCAAGGCCTACTGTCTCTATCATACCTA +TAGCTAATTGAGACATTTAAATACCTCCTTTGATAATAACTAAAAGCTTTATATTTCTTT +AAATGGCATTTTCACAACTAATCTTGCTGCATTTGCACCTAAAGATCTAATTTTAGTAGA +ATCACTATTTCTTTTTATAATGAAAAGAGGTGAATCTTTTTTTAATTTATTATAGTGAAG +GACTATAGTTTTTTCATCGATTCCTATTCCTACTCCAAGAGAGGATTCTACACTTGCTTT +GTAGCCACTATCAACTGCATTTTCAATGTTTACGGGAAATAGTTCATAAGGTATGCCTTC +TTCTTCTATCCCCCATAATACTTCTTGTATATCAGTTTCTTTTAATTTATCTTGATCAAA +AAATACTTTTATAACAGGCTTGCTATTTATCATAGAATCCATTCTCATACTAGTTCACCT +CTTCTATTGAAGATAGTATAAGACCTGTTGCAACTGCATTTCTTGGACCTTCGACACCTC +TTATATTTGCTCTACCTGCAACTACATTATATTGAGATAATGCATCTGTTACTAATTGTG +GAACTTCAAAATCTAATGCTGATCCACCTACTAAAACAACAAATTCTATATCTCTAATAT +TGTTTGTTGGACTAACTTCTGATAAAGCTCTTATTGCATTTGTTACAAATACTTTTTCTT +TTGCTTGTTTTCTAACTAATTTAATCTTCTCTATAGATTTATTTCCATCTATAGGTATCA +TCATGTCTTCTTTTAATATAACTACTTTTGCAAAGAATTTAGGATCTAGAGGTTCATTAA +AAAACTTAACAGTTCCATCTTCATGTCTTAAGTTAAATAAACTTTCAACCTTAGCTAATG +GATACTTTTTAATATCTTCTGCTAAATCAAAATCATCTAATCCAAGTTCAGATTGAATAA +GCAATGTTACCATATTCCCTGCACCTGCTAGATGTATAGATTTTATTTCTCCATTTCTAG +TAATTATAGATGCATCTGTAGATCCTGCACCCATATCAAGTATTGCAAGTGGTTTATTAG +TACCAGGAGTTGTTAATGCTCCTCTTATAGCCATATCAGCTTCCACTCCACCTACTTCAA +CAGGTACTTTTAATTTATCTGATAATTCATCTGCTATCATTTGCATTTGAAGTTTATCAG +CTTTTACCATAGCAGCAATTCCTACCGCATTTTCTAAAGAAAACTCTTTTGCAAGTCCTC +CTTTAACACTTTGTGGTACAAAAGTATCTACGGCTAATAAATCTTGGATTTTTATAACAT +TAGGATGTTGATTAGTAAGTTGACTCATTACATGTCTTACCTTTTCTAACATACCTCCTG +CATTAGTTCCCGGTTCACCCTTTACATCACATATCTCATTAACAGAGTTCACAGCTTGCA +TTATTTTTTCTGCACCTTCATCTACATTTACACAAACTCTTTTATTTTTACCGATTACTT +CTACTATCCCTGCTGGAATACGTCTTTCCTTAACATCTCCCTTAGGAGTTTTTATAACTA +CTGCAGATCTATTTCCAATTAATGCTCTAGCTATTGGAACAATATGTTTTGTTTCCTCTG +AAGTTAAATCAAAAAGAGTTGCTATTCCATATGGATTAGAAAGTACTTCGATTACTCTAC +CTACTGGAGCAACTTCTATAGCAGCTCTCATCCCAATAGGTACTTTATCAACTAAACTTA +CTTCATCTACTATAGGAATTTTATTTTCTACTCTATTGTTAATTAAAACTCCATCATCTT +TTTTAACTATTGCTCCTTTTATATTAAGTCTATCATTATGTTTATTTATTAGCCTTGCTG +CATGTTCAAAATCCACTTCAGCTGGTATTACTACTATTATATTTTCATTATCCTTCATTT +TTGAAAGATCAGTTATAAGTGTAGTTATACCAACTCCTACTCCCTCACCACCAGGAGTAT +TTGGATTATGACCTATCATGGTAGACTCAGTTATAATAGTTTCTGTTATAGTCTCCATAG +CTACATCTCCAATTACGGGAGCTGCCTCATTAACGCGGATTCTATCTAAATCATCTACGC +TAAGTCCTACTTTGTCTAAGGACTGTTTCAATGATTGAAACAGTCCATTAATATTTTTTT +TAGTTCCCTTAATTCCTGTAGTTGGTACTATACCACTAGATAAAAACTCAATCTCTTTAC +CTTCTATTTTAGCTAGAGCCACTTCCGTAGTAGCATTACCTATATCTACACCAGCTACTA +TTTCCATAGCATACCTCCCTAGTTAAGTATTAAGCTTTAAGTCTTCCTCTTTTTTCATAA +ACATCAGCTGCTTCTCTAACGAAATCTGCATTTACTTTACAACCATATTTTGTTTCTAAT +TCATCTGCTATAGCAAGTAATTCTGCTTTTGTAGATCTGTATGGTCTTAAAGCATTGTAG +ATTTCAAGTATCCTTTTATCTGGAACAGCTATAAGTTCTGCTGCTCTTCTTAAGTTAGAA +GCGAAAGCTCCTCTATTTACTGACTCAGCTACTTGAGCTTGCATTTCTAAAGTTTTTGGA +GATATTCTCATATCTTCAGATTTTATTTGACCAGCTATGACTTTTTCTAAAGTTATATCT +GCAAGATTCATTCCAGACTGAGATTTTATTTGATCAGGTATTTTTTCACCTAAAGGATAA +TTTTCTTTAGATACACTACCTTGACAGCATTCTTTTTTAGCTACAGGAGCTTCTCCTCCC +ATAGTTTTTAAAACTTCTTCAACTATTTGTTTTATTAATACATCTTGGTTCATCTTGTCA +CCCCCGTTTTATTTAAACTCAATTTTTAATTCTTGAGGTTTCTTATTTCTATCTGCATAC +TCAGTTTCCTTTATATGAAGTAATGCAGCTATTGCCTGATATTTTGGTCTTGCCATTTGA +TCATTTTTTACTGGAACTGGTGCTGGAGATTCATTTTTAGCATATTTAGCAGCGTTTTTA +CCTATGGCTCTAAATGTTTCTAAATCTATAAGTGGAGCTTGAGAGAATAGCTCTAAGTTA +CTTAATGGGAATAAATCCTTTTGATGTATAACACTTGTTCCTTTAGATTGTATTCCTATA +CCGATTCCTGAACCACTAAGTTCAGCAGCATCATGAGCTATAAAACAAACATCTGATGTT +CTGTATATTTTTACAAATCTATAACTTAAACCTTCTTCTTCTATACCTGCTATAACTTCT +TTTAAAACTTTAGCATGATCTATCCCTATTATTGTTTTAGTTTGATGAACACCAAATGCT +GGTGCTAAACCTATAACAACTTCATCCGCTCTGTTACTTGGTACGAAATCACCTATTTCA +GTTACAACAAGAGAGCTTACTTCTTTAGGTATTTCTTCTTTTTTAGGCTCTACTGGCGCT +TCGCTAGCTCCACCAGCCATTTCTTTTAATACTTCTTCTATAACACTTTTTAACATTCTT +TCATCTATTGCCATCTTTTATCACCTCTCTCTTAATAATCTTCTGGGCTTTTAGCATTAG +CTATATTTTTAATTTCTTCCCATCTTTCACCTTCAACTTGGTATCCTGTTTTTGGACCAT +TGTAAGTGTTAGGGCAATTTACTGCACTGTGAACTTTAAAATCCTTATCAAGTATTGCAG +CTGTATGTAGATAATCTCCTGCTACTTTTTGTTTAGATAATCTAAATACGCTATCAGCTA +CATCTTCAAATCCAGCTCTGTAAAGAGCTTTTATTATATCTATACCAGTAACTCCTCTTG +CCATCATTTCTTCTGCAGCTTTTAAATCTTCAACTACATTTCTGTCTGGCATATCCTTAC +TACCATGAGCGTAAGTAGCCGCTTCAACTTCTGCATCAGTTATTTCAGTAAGTCCAAGTT +CTTTAAATAATCCTTGAATAGCTCTTGCAGCTTTATTTCTTACTCTTATTACATCTTCTT +CAGTTACAGGTCTTAAACCACCATCTATTTTTAAATCTCTTTGGATTACATTCCAGTCAT +CATAATCGTCTGCATCCCAGTTAGAACCTGCGAACATATTATCATAGTTAGGAGTTGCAC +TATATCCAGAACATATAAAGTCAGTTCCTGGGACCATTTGCATTAATGAACGAGCAACTC +TTCTTAAGTCAGAGTGAGTAAATGTTTGGTCATTACTTGAAGCACACTCTAGGTCAAGCA +TTGCAGCAATTAAGTTTTCTGCAAGTATAGCTCTTATACCACTTGGAACACCTGCTGGTA +CACCAACACAACTTACTGAACCATTTTGTATCCCTTGAACTCCACAACCTTTAGTTACAT +ATAAGCATCTAGCTTCTAAGTAAAGCATAGACTTACCTTCAGCATATCCCATTTGAACTT +CAGAACCAGTTCCTGAAGTAAATCTCATTTTTAATCCTCTTGAAGCATATGAAGATGCTA +AGAATCCTTTAGACCAAGGAGTATCATCACCGTCCATAAATACTGGCTCAGTTCCGTATA +CAGAAACTGTTTCTGCATAAGCAGTGAAACCTTTCATACCTAATTCAAGTTCTGTTGCTT +CTTCAACAGCACACTGAGTAAGTATTCCCGGTCTACCAACTTGAGCACCAACCATTATAG +CAAGTGCATTAAATGGAGCATATCTAACTATACCAACTGTAGTTTCTTGCTCATCAAATC +CTCTAAGTGCAGCTTCTGCTGCGTCTGCTGCTATTTGTATTGGATTATCTTTTACATTTG +TAACGTGGCATTGATTTGATGGTGTTTGTCTTGCTCTCATCTTAGTCATAGACATCATCA +TTTCTAGTACGTTCATTTGAGAAACAACTTCAGTTATTTTAGCAGGAGTCATAGCAGTTG +TTAAATCAACTATATCACTTCTTTTTACATTTATATCAACTAGCATTCTTGCTAATTCTA +AAGAATCCATTTTCATAACTTCTTCAGTTTTATCTAAATTGATAGCATGATCAGCTATAA +AGTAATCAAGCATATCAAAGTCTTTTCTTGCTTTTCCATCTAATTCTACAACAACTCCAT +TTTCTAATTTTATACTTGGAGTTGGATCATTTGGTCCTTCCATTGCTATTAAACCAACTT +CTGGCCACTCTTTTACGAAACCATCTTGGTTTACCGGTCTATTTGCTAATACTTCAAAAC +GTTTAGATTTCAAAACGCTCACTCCCCTCTAACCTATTATTTTTATATATATGGTATTGT +ACTTGATTTTATTTCATCTGCTCCTAAAGTTCCTAGTACTTGCTTACCAACATCTCTTGC +AGCAATTATCGCTTGTCTAACAGCTCCAGAATCTCCAGAGAATGTTAATATAACCTCATT +TGAATAACTAGTTCCACCGTTACCTGGTGTAGAATATCCTACTATATCAACATTAGCCGC +CTTAACAGCTGTATCTGCTAATAAAACACCTATTGCAGCTGGAGCTCCAACAGTTATACC +AAAAGACTTTCCTATTGGTGCACCAAAAGCTTTGTTTAATGCATAACTCGCTCTTGCAGT +GTATTGGAATTCTAAGTGACCTGCATCAGTTCCATAAACATCTCCAAAAGTTCTATTTAA +TTCTTTTAATGTAACTTCAACAGCTCTTCTCGCATCAGATACATCTTCAGCTCCAAATAT +AACTAAAGAACCGTGTCCAGCTCCACCTTTTGTATCTCTTGGTAGTTCAATTAATACTAT +TTCACTATTTGTAGCTTTAACAGCTTCATCAGCAGCAAATATGTGTGGTCCAGCACCTGT +TCTACCACCAACTATACCAATTGATCTAAATTTTTTATCTATATTCATTAATTCGTGTAA +ATTATAATCTACATTAGCTATTACTAAACCTATAGTATCTCCTATAGCAGTACCTACAAA +TTCAGTAAGTCCACAACCAGTTACATTAAATCCTGGTCCCTCTTCAACTTGAGCTTCTAC +AGTAGCTGGGTCTTCAACCGGCGTATCTCCCATTTTCTTCATTACTTGGTCCATTATTTT +TGCCATTAAATCTTCATTCATATCAATATCCTCCTATAACCCAATAAATTAAAATTCTTT +TGGTAATATTTTTTCAACATCAGTGTGTGGTCTTGGTATTACATGTATAGATACAACTTC +TCCAACCTTCTCAGCAGCAACTGCTCCTGCATCAACTGAAGCTTTAACTGCCCCTACATC +TCCTCTTACCATAACTGTAACAAGACCAGAACCTATTTTTTCATATCCTACTAATGTAAC +ATTAGCAGATTTAACCATTGCATCTGCAGCTTCAACAGCTCCAACTAACCCTTTAGTTTC +TATCATACCTAAAGCTTCCTTTTGCATGGTTCCCCCTTCCTAGGACTATCAAAGTTTAAT +ATCCTAACCAAATAAAATTTAATCTTATGTACATGCACATATATGTATCACATACATCTT +TAATTAAATTTTATACTAGTCTTATGGCAAATTTATTAACTTATTAGTATACTTTTTAAT +CCTATTTTGAATATATAATAGCTAAAATTTACCCTTGAAATCATTTTCCTCAAGTGTTTT +GGTTGATTTTTTTAATATTAGGAGAAATTTTTATACTAGTTTTGATATGCTATCTTCAAA +TATTCACTTTAAATATACATTTTTAACCTTTACATGCAAATTTTTGTTATATGAAGTTTT +CTTATTAAGATTAAACTATAATATACCTATAAAATTTAATCTAATATATTAGACCGATGG +AGGTGTCATAATGAATAAAATAAGTAATTTTTATATAAATCCTAAAATTTCATATGGTGA +AAATTCACTTTTAAGTTTAAAAGACTTTGGATTTACAAGAGTTTGTATAGCCACAGATAG +GTTTATGGTAGAAAGTAAACTAATATGTAAAATAACAGATATACTAGATAAAAATAATAT +TGATTATCATATTTTTGATGAAATAACACCTGATCCGTCTACAGAAATTATTGAGAAAGG +TCTTTCTCATATTGTTAATTTAAAACCTCACGCTTTAATTGCAGTTGGAGGTGGCTCTGT +TATTGATGCGGCAAAAGCTATAATGTACTTTTGTATTCAACTAAAAAAAAATTTTATCGA +AGAAAATAAAATAGATAAACCTTACTTTATAGCTATCCCTACAACAGCTGGAACAGGTTC +TGAAGTTACAAACTTTTCAGTTATAACTGATACTAATACAAAAAGTAAAATTCCTTTAAC +TAATGATATTATGTTACCTGATGAAGCAATTTTAGATCCTATTTTAACAGTTTCAGTTCC +CAAAAGTGTAACTGCTGCAACTGCTATGGATGTTCTTACACACGGAATCGAAAGCTATAT +TTCGATTAATAGTAATATATTTTCACAAATGTATGCTTTAAAATCTATAGAATTAATTGG +ATCAAATCTTTTAAAATGCTTTAATGACTTGCATAATACAAAATATAGAAATAGCCTTCA +GATTGCCTCTTGTATGGCAGGTATTTCTTTTAATAGCAGTGGTTTAGGTATTACACATAG +TATTGCACATGGTTTAGGGTCATCCTTTCATCTACCACATGGACTTTGTAATGCGATTGT +ACTACCTTATATAATAGAATTTAATGGTAGAGATGCAAAAACTCGTGAAAAGTATATTAG +AATTTTAGAGGCTATGGGTGCTTCTAATATTAATTCAAATATGTCAACTGTTATTTTAAA +GGAGCTAATTATAGAACTTAATAAAGCTTTAGAAATTCCTCTAGACCTTAGAAGTTTAAA +TATAGATAAAAAGCAGTTTGATGCTATAGTTTCAAACTTAGCTCAAACTGCTTATAAAGA +TATATGTACTTCTACTAATCCAGTATCAGTTAGTATTAATGATTTAGAGGATTTAATAAG +AAGCTTATATTAAAGATCCAATTATTGTGCTAAGCAAGAGGGATGTATAAATCATTTACA +TCTTTCTTGCTTACATACTTAAACAAGGCATAACTTCTTATTTAAATATTGCTCTCTATA +TTCACTTGGAGTTAAACCAACTTTCTTCTTAAATACTTTACTAAAATAATTAGACTTACT +ATAACAAAGTTCAATTGCTATGTTTGAAATTGGAATACTTTCATCTTCTAACATGTATTT +AGCAATTTCAATTCTTCTATCAGTTAAATAACTAATAAAGTTAACACCAGTCTCTTTTTT +AAAAATTTTACTTAGATAATGTGGACTAAGATTAACATAACTTGCTGCATCTTCTAAGGT +TATATTTTTATTAATATTTCTCTCAATATAATTTTTTATATCTTTTACATAATTGTTTGA +AGTATTTTCTTTTATTAATATTGAATCAAATATGTCATTTACAAGTTTTATAAACTCTCT +TAATGGTTCATTCTTTTTTAAATAATTATAATGTTCTTTTTTAATTTTACTTATTCTATT +ACTTATATTTGGATCATCATAAATATTTTTATTTTTACAAATTTCTTCTAATCCATTTAT +AAATTTATAAATATCATTAATAATATATTCTTCATCTTTATTCATATAAAGAACATCCAA +ATATTCTTTTACTATTTCTGTACTTTCTTTATATGAATTATTTGATATGTATTTTTTAAG +TTTATTTATATATAATTCATTGTATTTAGGATTTGAAATTTTATTATTTTTGTTTAATAT +TTTTTTTAAGCTATCTACAATTTTTTGTGGCCTTATAGGCTTTTCTAAATATTTATTAAC +ATTTAGATTCATCAGTTTATTTTTTGTTTCTAAATCATCATACGCTGTAGTTACTATAAT +ATATATATCTGTATATTTTAATTTTATATATCTACATAAATCAATTCCATTTATACCTGG +AATATTTATATCTAATAGTATAACGTCTAAGTTCTGTTCATCAACTATTTTTCTTGCTTC +TATACCATTTGCTGCTTCTAATACCTTAACATCTTCTTCTAGTTCTTCTTGTATAATTGA +TTTTATACCCTCTCGTGATAAATACTCATCATCAACAACTAGAATATTAAACATATACAA +CCTCCTTTTCTATTGGTAACACAATTCTTACTAATGTACCTTCATATTTCTTATTTGAAC +TATGTATTTGAAGTTTATACTCCTCTCCATATAGATAAATTAGTCTTTTGTTTATATTGT +AAAGTCCTATACAGTTTTTGTTTTTTAAGTACTCAATTCCTTCAAGTATATTTTTTATTT +TATTTTTATTTATACCATCCCCATTATCGCATATATCTACTATGAGTCTCTTATTTTCCT +TATATGCCTTTATTTCAATTTTTCCTCCATGAACTCTAGGTTCAACTACATACTTGATAA +AATTTTCAACTATAGGCTGTAGTATCATATAAGGACATTCTATATTATAGAATTTATTGT +CTACATCTAAAGTATATTCTAACCTATCTCCAAACCTAGTTTTTTGAATTTTTAAATAAT +TCTCTATATATACTAACTCTTCTTCTAAATATACTGTATTAGAATTGTCTTTTCTTAAGC +TATACTTAATCATATCTGAAAAGTTGTATACAAACTCTTCTGTCTCATATGCTTTTTCTA +ACCTAGCCATATTTGCAATTGTATTTATAGAATTAAACATAAAATGGGAGTTAATTTGAT +TATGCAAAGATTTTAATTCAGCTTCCTTTAAATCCCTTTCTAATTCAATTCTTTTATTCT +CTTCTTCCATTAACTTTGTAGATTTATTATTTAACTCTTCTCTTATTACTCTTAAGAATT +CGCTATCTACCATATATTTTGACATTTGGTAAATTAAATTAGCTGCGTCTTCTACTTCTT +TATACGTTTTACTTTTTATTTGTTTATATGCATCATGTATTTCTTTACTGTAATTCCAAT +TTGTATTTCTTCCAAAATTACCAATTCTCTCATCCTCATTGTCTTTTATTTTGACTTGAC +CACAAAGTATAGCCCCAACATAGTTATCTTCTATCATTATTGGTACTCCAAAATCATATA +ATCCTGCATGGCACTTGTATATATAGGGCTTTCCACTTATTACTGATTGAACTCCACCAT +AAGCATCACATTTATGACACATTGATGCCATTTTTTCATCTTTCCTAATAAGATTACAAA +AATTTGTAAAGTTACTCGGTTTTGTAATAGGCTCACCATTGTACTTTACAGTAATAGCAG +ATATTTTTGTAGCATCAGAAAAACTATCTTGTATATTTTGTAGTACATTAACATCAATAA +GCTTATCTAACTGAATCATACCTATCATAATAAACGCCCCTAACTATTTATTTATCTTCA +TAAGAAATACTAAAAGATTTTATATTTACTAATTATAAATATAATTCATATAATTAATCT +ATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAATAGAC +CCATAGTGACTAGT +>MGYG000000001_13 +AATAGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGA +ATATAAAGTGTTGCACTTATATTGACAATCTATCTAGAAAAAATATTGCAGAGAAAAATA +CAATGATTACCAAAAATAGTTGACAATAACAATCAATAAAACTATACTTTAGATGTGATA +ATGATTTTCAGAATCGCAAAGGGAGTGATATATATGGCTTTAAGTATGGTAAATATAGGA +GAAGAAAAAGAGATCATTGAATTAAGAGCTAAGGATTCAGTAAAAAAACACTTACAAAGC +TTAGGATTCATAGTGGGAGAAAAAGTTGAAATAATATCTGAAAATCCTAGTGGATTTATA +TTATTAATAAAAGGCTCGAAAGTAGCTTTAAATAAAGGAATAGCAAATAAAATAATAGTT +TGTTAAGGGGGAAATGAAATGACGCTTAAAGATTTGAAACCAGGTCAGTCTGGTGTAGTT +GAAAGTATAGGACAAAAGGGGCCGATTAGAAGAAGATTAATGGATATGGGAGTAACGCCT +GGTGTTAAAGTTGAGGTAATAAAGGTTGCGCCATTAGGAGATCCGATAGAAATCAATATA +AGAGGGTATGAATTAAGCCTTAGAAAAGATGAGGCTCAAAATATAGTATTAAAATAAGGA +GATTGATCATGGGGTGTACAATTGCATTAGCAGGTAATCCGAACTGTGGTAAAACTACAG +TTTTTAATGAAATAACTGGTTCTAAACAACATGTAGGTAACTGGCCTGGAGTTACAGTAG +AAAAAAAAGAAGGGAAATATAGAAAAAATAAGGATGTAAATGTGGTAGATTTACCAGGAA +TTTATTCTTTATCACCATATTCAGCAGAAGAAATAGTTGCTAGAAATTATATAATTAATG +AAAAACCAGATGTACTTATAAACATAATTGATGCAACAAATATCGAAAGAAATATGTATC +TGACTTTACAAATCTTAGAAACAAAAATACCAACAGTAATAGCATTAAATATGATGGACG +AGGTTGAAGCAAGAGGTACGAAAATAAACATAGCTAAGCTTTCGAAATATATAGGAGTTA +AGATAGTACCGATAGTAGCTAGAACTGGAAAAGGTATTAAGGAATTAATGAATGCTGCAA +TAGAGGTTGCAAACTCTGTTGATATAAATCAAAAATCAAGTGTCTCATCAAACTACATAA +ATGAATCAGATGGAACTAAAGCCATAAATTTAAGTTTAGGACTAAATGTATTCTCTGAAG +ATATAGAAGGATATATACAAGATATATACTCAAAGTTTGAGAGTAGTGAAGGAATAAATG +TATGGAAAGCTTTAAAGGTATTAGAAGAAGATGAGCTAGTAAGTGAGACTTTAAATGTAT +CTGAAAAAGTTGAAATAGAAAAAATATTAGCTAAAGCAAATAAAGAATTTAATGATGATA +TTGAGTCTGAAATTGCAGATCAAAGATACAAATTTATAGCTAAGATTGTAAGTAAAACTG +TATCAAAATCTAAAATAGCTAATGGGAAAAGGGAAGAAACTGTATCAGATAAAATAGATA +AAGTTATTACAAATAGAGTATTGGCAATACCGATATTCTTAGCAGTAATGTATTTATTAT +TTTCTATAACTTTTGGAGAAAGTATTATAGGAGTAGGTGTTTATTTACAAGGGATAGTTT +GTGATTTTTGGGATGGACCACTTACAGAAACTATAATAGGAGCTTTAGAAAGTGCAGGAG +CATCTGAATGGGCTATATCACTTGTTGGAGATGGAATATTAGCAGGAGTAGGTGGAGTCG +TATCTTTTCTACCTCAAATATTAGTATTATTTTTACTTATGTCTATTCTTGAAGATAGTG +GTTATATGGCAAGGGTTGCCTTTGTTATGGATAAGATATTTAGAAAGTTTGGTTTATCAG +GGAAATCATTTATACCTTTATTAATGGGATTTGGTTGTTCAGTACCAGCACTTATGGCTT +CAAGAACATTAGAAAATGAAAAAGATCGTAAGATAACAATGATGATAACACCGTTTATGT +CTTGTGGAGCTAAATTGCCAATATATTTAATGTTTGCAGCAACTTTATTCCCAAATAGTA +ATCAAACAAATATAATTTACTCTATTTATATGTTAGGGTTAGTTGTAGCAGTATTATGTG +CATTAATATTAAGTAAATTTGTATTAAAAGGAGAAGCATCAAACTTTATAATGGAGCTTC +CTCAATATAGAATACCAACTTTAAAAAGTGTATTAATTCATGCATGGGAGAAAGTAAAAG +GATTTGCAATAAAAGCAGGAACTATAATATTAGCATCAACAATATTAATATGGTTATTAT +CTAATTTTAATTTATCGGGAATGTGTGAAATGGAAGATAGTATACTTGCTAGTATGGGTA +GAAGTATTCAATGGATATTTGCACCATTAGGATTTGGAGATTGGAGAGCATCTGTAGGTG +TAGTTACTGGATGGATAGCAAAAGAAAATATAGTTTCTACATTTGGTGTTTTATTTGGAG +CAAGTGATGCCATAACAGAAGCAGCAATGGAAGGTAGTGCAGCTATACCAGGAGTAGTAG +ATGTATTTACACAAGCATCAGCATTTTCATATATGGTATTTAACTTATTGTGTATGCCAT +GCTTTGCCGCAGTAGGGGCAATAAAAAGAGAAATGGGATCTTGGAAATGGACATTAAGAA +CAGTAGGATTCCAAATGCTTGTAGCTTGGATAGTAGCTTTTGGAACATATATGGTATGCC +AAATGATATTTTAAATTTTAACTGCGTTAGGAAGTGAATTAATGATCAATTATATAATAG +GTATAGGAGCTTTCTTAGTAGTAGTATTAGTTATAAAAAACTTTATTAAAAATATAAAAG +ATGAAAAATCTAGTTGTGGATGTAGCTGTAAAGGATGCTCATCTAGTGATAATTGCAATA +AAAATTCAAATTAAAAAAAGAAATCTTGAAATTATAAAATTTAGAATTATAATTTCAAGA +TTTTTTTGTGTGATAAATTATATAAAAGAAATTTCTATTAGATTTTATCGTTATAAATAA +TAATAGTGTATCATATTAAAAAAAAATGGTTAAATATGATATAATATACATTAGATAAAA +AGAGAAGTTGGAGGAAGTAAAATGAAGGAACTATCAACTGTGTCAGATGATTATTTAATG +AATAATATTAAGTATTTAAAATTATTATCAAAGCAGTATCCTAGCATATCAAAGGCTAGT +GCAGAAATTATAAACTTGGAGGCAATATTAAATCTTCCAAAAGGAACAGAACACTTTTTA +ACAGATGTGCATGGAGAGTATGAGCCATTTGTACATGTACTAAGAAATGGTTCAGGGGTA +ATAAAAAGAAAAATAGAGGAGTTATTTGCAAATAACTTAAGAGAATCGGAAAAAAAGATG +CTAGCAACTCTTGTTTATTATCCAGAACAAAAGTTAGAGTTAATATCTAAGGAAGAAACT +GACATAGATGATTTTTATAGAATAAATATGTATAGATTAATAGAGCTATGCAGATATACA +TCAAGTAAATATACAAGATCGAAAGTTAGGAAATTTTTACCGGAAGAGTTTAGATATATA +ATGGAAGAATTATTACATCCAGATAATAGTAGTGATCATAAACAAGAATACTATCATAGT +ATAATTGAAACTATTATAGATATAGATAGAGCGAAAGAATTTATAATAGCAATATCAAAG +GTAATACAAAAGCTAGTTGTAGATAGATTACATATACTAGGTGATATTTATGATAGAGGC +CCAAGACCAGATATAATCATGGATACATTAATGGATCACCACAGTGTAGATATACAATGG +GGAAATCATGATGTTTTATGGATGGGAGCTGCAGCTGGACAACCAGTGAATATAGCTAAT +GCACTTAGAATTTGTGCAAGATATGCTAATTTAGATATAGCAGAAGATTTTTATGGAATA +AACTTACTTCCTTTAGCAACTTTTGCAATGGAAGTATATAAAGATGACCCGTGTAAGGAG +TTTATACCTAAAGTAGGAGATCAAGATGTATCAAAAAGTGAAAAAAGCTTAATAGCAAAA +ATGCATAAAGCTATAAGTATAATCCAGTTCAAACTAGAGGGTGAAGTAATAAAAAGAAGA +CCTGAGTTTGAAATGAACCATAGATTATTATTAGAGAAAATAAATTATGAAGATGGAACT +ATTAATTTAAAAGGGAGAACATATAAATTAAAAGATGTTAATTTCCCTACGATAGATCCT +AAGGAGCCTTACAAGTTAACAAAATCAGAAGAGGTTGTAGTAGAAAAATTAGTATCATCA +TTTAAAGGAAGTGAGAAATTACAAAAACATGTTTCTTTCTTATTTTCAAAAGGAAGTATA +TATTTAAAAGCTAATTCTAATTTATTATTCCACGGATGCATACCTTTAAATGCAGATGGA +AGCTTTATGTCTATGAAACTTCAAAATAAAGAATATAAAGGTAAAGAGCTAATGGATAAA +ATGGAAGTTTTAGCAAGGGAAGGATATTTCTTTGCTGAAAATACATATCAAAAGCAGTAT +GGTATGGATATTATGTGGTATTTATGGACTGGTAAATGCTCTTCACTATTTGGAAAAGAT +GATATGACCACATTTGAAAGGTATTTTATAGCAGAAAAAGAAGCTCATAAAGAAAATAAG +AATCCATATTATCTACTAAGAGAAGATGATGAAATGTGTGAAAGAGTTTATGAAGAATTT +GGACTAGATCTTGAAGAATCACATATAATAAATGGACATGTTCCGGTAGAAAGTAAAAAT +GGAGAAAGTCCTATAAAAGCAAATGGTAGGATATTAGTTATAGATGGAGGTTTCTCAAAA +GCTTATCAAAAGAAAACTGGTATAGCTGGATATACTTTAATATATAATTCATATAGCTTA +CAAATAGTATCGCATGAACCATTCAGTTCAGCAGAAGAAGCTATAGTAAATGAAAGTGAT +ATATTATCAACTACAGTAGTTGTAGAGCATAAAATAAAAAGAAGAAGAGTAAAAGATACT +GATGCTGGAGAGAAAATAAAGGAAGAAATAAAAGATTTAAAAATGCTTTTACTAGCATAT +AGAAAAGGTTTAATAAAAGAAAGATAAAGTTTAAAATTTTTAAGTAATTTAATAATGAAA +AAACTTGACACTAAATATACATTATACTAGAATTTAATTGTAATAAATTTTAAATAAAAT +ATAATTCAATTAACTATATTGGATTGTTACTGATAATGCAGGCAATACCTAGGTTAAGTT +TTACAGTATAACTGTATCTTAATTTAGGTATTTTTATTTGTGTAAATTTAGTAGTCAGTT +AGAGGGGGGAGACAATATGATTATTGAAAGAGTTTATAACAATAATGTAGTATTAGTTAA +AGATGAACAAAGTCAAAAAGAATTAATACTTACAGGTTGTGGTATAGGATTTCAAAAGAA +AATAGGCCAAATAGCTGACGAGAGTAAAATAGAAAAAAAGTTTATAGCTGAAGATGTAAG +TTTTAGAAATAAGATAAGTAAACTTGCAATGGAAGTTGATGAAAATGTATTTAAGGCTAG +TTTTGATATAATTGAATATGCTGAGAAACTATTAAATACAGAGTTATATGACTATATATA +TGTAGCACTTACAGATCATATTGCATTTGCATTAAAAAGGTATGAAGAAAATATAGAAAT +AAAAAATGAATTATTATATGAGATAAGAAGAATTCACAAGCAAGAATTTGAAATTGGTTT +ATGGGCAATAAATCATTTAAATAAAGAGTTTAATCTTAATTTACCAGAGGATGAAGCTGC +ATTTATAGCTATGCATATAGTAAATGCTAATTATAATGAAGATACATCTGAATCATTTTT +GATGACAAAGATAGTTAAAGAAATTCTTAATATAATAAGATATTTTTATTCTGTAGATTT +TAATACTAATGAAATGAACTATGAAAGATTATTAACTCATTTAAAATTTTTTGCGAAGCG +ATTAATTAAACATGAGAGTAAAGGAAATAAGAAGAATGAATTATTAGATATTATAAAAGT +AAAATATGAGGATTCATATAATTGTGCAGTTAAAATAAAAACTTTCATAGAGGAACATTA +TGAATATGAGGTAAGTGAAGATGAAATGTTATATTTAACATTACATATTAATAGGGTTAT +AGAAGTTATAAGAATAGAAGAAGCTAAATGAATAATTAAACTATATTAAGGTTGTTACTG +TTCGGCAGGCAAGACTTAGGTTTATAAAAATATATGATTACTTGATTTTTAATAAGTTCA +AGTAGTAAGTATACCTTAGGGTAGGTTTATTTACGTGAATTTATTAGAATAATGATTGTA +TATTTCTATAAGCTTAAGTCTTTTTTTACGCTTAAGCAAAGGGAACTTTTTTATTAATGA +AATATTTTTGTACTTATGCAAATTATATTTTTATAGTAAGATGATTAAAATTTTTTATCA +AGTAAAAATATGTTTTTATCATATTAAATTTAAAAATTAAGAAAAGGAGATTGTTATGAA +AAAGTTATTTGGTATTTTACAAAAAGTTGGTAAATCTCTAATGTTACCAGTTGCAATACT +TCCAGCAGCAGGTATATTACTAGGGATAGGAAATGCATTAGTAAATGAAAGTGTAATATC +TTACATGCCATTTTTAGCTAATGACATAGTTATTATGATAGCTAGTATAATGGAAGGTTG +TGGTCAGATAATATTTGATAACTTACCACTAATATTTGCAGTTGGTGTAGCCGTTGGATT +AACAGATGGTGAAGGTGTTGCAGCTCTTGCAGCAATAGTTGGTTTCTTAGTAATGAATAA +GTCTATGGGGATTACTGGTGAAGTAACACTTGAAATGACTAATGGGCCTTTATATGCAAA +TGTGTTAGGTATACCGACAATACAAACTGGTGTATTTGGAGGTATTATAATAGGTATCCT +TGCAGCGAATTTATATAAGAAATATTATAAGATTGAATTGCCACAATATCTAGGGTTCTT +TGCTGGTAAGAGATTTGTTCCAATCGTTACAGCAGCATTATCTTTAATAATAGGTTTAGG +TTTAACGTTTATTTGGCCTCCAATACAAAACGGATTAATGGAATTCTCAAATACTGTTAT +AGATGCTAATCAAACGTTAGCAGCATTATTATTTGGTACAATAGAAAGAGCATTAATACC +ATTTGGATTACATCATGCATTTTATAATCCATTCTGGTATCAATTTGGTGAATACGTAAA +TAAAGCTGGTGAACTTGTAATGGGAGATCAAAGTATATGGTTTGCACAACTTAAAGATGG +TGTAGAATTTACAGCAGGTACATTTATGACTGGTAAATTCCCATTTATGATGTTTGGACT +ACCAGCAGCAGCTTTAGCTATGGTACATGAAGCAAAGCCTGAAAAGAAAAAATATGTAGC +AGGTATAATGGCATCGGCAGCATTAACTTCATTCTTAACAGGTATAACAGAGCCGATAGA +ATTTACATTCTTATTTGTTGCTCCAGTATTATTTGGGATACACTGTGTATTTGCAGGTTT +ATCATTTATGATAATGCAGATATTAAATGTTAAAATAGGAATGACATTCTCAGGAGGACT +AATAGACTTTACTTTATTTGGGATAATACCAAATAGAACTCCATGGTATTTTGTCATAGT +AGTTGGTTTAGCTTTAGCAGTAATATACTACTTCGGATTTAGATTTATGATAAGAAAATT +TGATTTAAAAACTCCGGGTAGAGAAGATGATGTTGAAGAGGATGGAAATTTATCTGATTT +AGGACAAGGCGAATTAGCATATGAAATACTAAATGCCTTAGGTGAAAAAGAAAACTTAAA +AAGTTTAGATGCTTGTATAACTAGATTAAGAGTACAAGTTAAAGATATAAATAAAGTAGA +TAAAGATAAGTTAAAAGAACTTGGTGCAGCTGGAGTAATGGTTGTAGGGGATAATATACA +AGCTATATTTGGAACAAAGTCAGATACATTAAAATCTGAAATAAATGAAATTATATCAGG +TAAGTTAGTAGTTAATAAATCTGATAAAAAAGAGATTGATAAAAAAATAGAAAGTAAGGA +AGTAGCAACATCTTCTGATGAGGAAATATTATCACTAACAAATGGTGAAATATTGGAATT +ATCTAAGGTTCCAGATGAAGTTTTTTCAAGTAAATTAATGGGAGATGGATTTGCTATAAA +ATCAAATGATGGAGTGATATGTTCTCCAGTTGATGGTAGTGTAGAAGTTATATTCCCTAC +AAAACATGCTGTTATAATAAAATCTAAAACTGGTAGAGAAATTCTTATACATATGGGGAT +TGAAACAGTTAAATTAGAAGGTAAAGGATTTGATTTATTTGTAAATGTGGGAGATAAAGT +TCATGCTGGAGATAAGCTAGCAAAAATGGACTTAGAATATATAGAAGCAAATGCTACGTC +AAGTATAACTCCGGTAATATTTACCAACCTAGAAGAAAATGAAAAAATTAAAGTTAAAAA +TGGATTATGTAAAGTAAAAGAAAATAATAGAATTAATATCAAAAATGTTTAGATATAAAA +AAACAATTTTAAAATATAAAGGGTTGATCTTTAACAAAGTTCAACCCTTTTATATATGTT +TATTTATATATACTTTATTAAAAAATAGTAATTAGTTAGTTAATTAATATAAAATTTAAA +ATTATTGTATAAAGAGCTTATAGAATTAAAAATATCTGGAGCATACATTTCTAATTCTGA +GAAGTAGTCATTAAGTGAGTTTATTAATATATTATAAGAAGGAACTGGTTCCATCTTATA +AGTATCAGTATCACAATAGCATGATTCATATTTCCAAACTTCTAAACCTTGATATGGATT +AGCAGTTCCTATATATAAATCATTTAAAGAATCTACATATAAAACTCTACCTCCATAATT +ATATCTATTACCTAAACCATCTAATATCACTGGTGAAAAGTTTACTCCATCGTAAGACTT +GTATAAATTAAATCCAAAAGGATATTTAAATTCATTCAAAATGTGTACAATAATTTTATA +TATTTTGATTAAAATATTAATGACATTTGGAGGTAGAGGCAATTCAGATTTATAGGATAA +TAAAAATTCTAGCATAGACTGCATAAATATAGAACTATCAAAGGTACTTATGAATAAAGT +ATTGTCATATTCTTGTATTTGCCATCCATAAACATTAAATGGATTGTTAAATCCTGAATT +AATTCCAGAGATGCTATCTGGTCCTACTATCATTTCAAAGTTATCATATTCATCTAATCT +TATTATATCGCATCCTTGAGGTATGATCCAAGATAATGGAACTTTCTTTGTTCCACTTAT +ATAAAGGTGATTTTTAAATACACCCATAGACAAAGCAGTTGTATTTGCTGGAGATCCAAA +TCCATCGACTACAAGTGTCCATTTATTAAATTCAGTTTTATTGCCATCTGTTCTCCAAAT +TTGAATTTTATCATCTGTAGTTGTTGCTAAATATAAATGACCGTTGAAAACTGCCATATT +TGTTATAGAACCCATAGGATTTTTGTTTGGATTATAATTAGTAGTTGAATAAGGATAAGT +CTCTAGTTTCCAAGAATAGAATTCAGGATCTAAATTACTATACAATAGAGGAGATGTTTC +CTTATTGCTTTCATCAAAATTAGCTATATATAGTTTATTATCAAATACTACCATAGCTCT +AGATGAATTTCCTTCTAAATTTCCCATATTATATACAGTTGACTTGGTTTCCTTCCAATC +TATACCATTAACTGACTTATATATTTTTAAGTTTGAATTTGGCTTACTTGAACCTGCTGC +ATATAGTGCAGGATTACCATTATATGCTCTGTAATTAATCATATATCTAAATCCATATAT +ATTGCTATTATCTGGAACAGTAAATACTTTTTCCCAGACGCAATTTTTATGTTTTCGTAG +TCTCCATATTTCTGCATTATCACTTCTAGTTGTTGGATTTAAAGACAGCGGAAACTCTAG +ATTTTTTATAAATAGTTCAGATGTTACTAGCATCATATTCCTAGCAGTACCAACATATAT +ATAGTCACCTAGTTCGCTGATTGACCAGGCATAGTTATTTTGTCTTGCGCTTATTAAATC +TTTAAAATTAAATCCATTTGTAGGAGTTAAATTTTTAAAATTTGACATAATTATCAACAC +CTTTTTATATTATAGATAGATATTACATAATATCTATCTATAATATAATATGTATATGTA +AATAATTTGTGAAAAAAATGTAGAAATTTATGTATATATAAACTTTTTAGCATATTCTTC +TAGAAATAGATTAAAATCTTAGTATTTTGACATAAATAATAAAATAAAGTATACTTAATT +AGTACGTTCAATTTTAAGTGTAAGAGGTGGAAAACGTGGAAAACATAATAATTCAACCTG +TCTTAGTTGGTGGAGATATAAACTGCTACAGTGTAGCAAGAGCATATCATGAAGCTTATG +GTGTAAAATCAATAGCTTTTGGTAGATACGCTTTAGGTGCAACAAAAGACAGTAATATAA +TAGATTTTAGAATAGATCCAAGAATAACAGAAGAGGAAGAGTTTATAAAGGTATTATTAC +AAACGGCTGATGAATTAGCTGCTCCTAATAAGAAGCTAATAATACATGGATGTACTGATG +AGTATGCAGAATTAATAATAGACCATAGAGATATATTATCTGAAAAGTATATAGTTCCTT +ATATAGGAAAAGAGCTTAAAGAAAAGCTTATAGAAAAAGAGTTATTCTATCAAATGTGTG +AAGAAAAAGGATTAGATTATCCTAAAACTTTCATATACTCAAAAGGCGATGAAATAAAAG +ATTTTGGATTTAAGTATCCAGTTATAATAAAGCCTTCAGATAGTGTATTATTCTGGCAAC +ACCCATTTGAAGGAATGAAGAAAGCATACCTTGCAAATAATGAAGAAGAGTTTAGAGAAA +TAACTACTTCAATATATAATGGAAAATACGATAAGAATTTAATAATACAAGATTTCATAC +CAGGTGATGACTCACATATGAGAGTTTTAACTTGCTATTCAGATCAAAATGGTAAAGTTA +AGATGATGTGTTTAGGACATGTATTATTAGAAGAGCATACTCCAAAAGGAATAGGAAATC +ATGCGGCTATAATAACTGAGTATGATGGACCTTTAATGGAAAAGTTTAAAAACTTCTTAG +AAAGCATAAACTACACAGGTTTCTCTAACTTTGATATAAAATTTGATAGTAGAGATAACA +CATATAAGGTGTTTGAAATAAACTTAAGACAAGGTAGAAGTAACTTCTACGTAACTTCTT +CAGGAAATAACATAGCTAAGTATGTTGTAGAAGATAGAGTTTACAACAAAGAATTAGATT +TAAAAATACAAAAAGAACCTTTCTTCTGGAGAGTTATACCAAAAAGTGTTGTTTACAAAT +TTGTTAAAAATCCAGAATTAGTAAATATTGCTAAGAAACTAGATTCAGAAGGAAAGAGTG +CAACTTCATTTGGTTACAAAGCTGATTTAAAAGGAAACTTTAAGAGAAGTTGGTATGTAT +TCTTATATAATATAAATCAAATGAGAAAGTTCAATAAATACTGCAAGTAGATTGGTGGTA +TAAACATGGAAAATAATAAAACAGTTGGTGTAATGGGTGGATTAGGGCCGATGGCTACAG +TGTACTTTTATGACATGATAGTTAGATTAACAGATGCAAATCGTGATCAAGAGCATATAG +ATATGGTTATAGCAAATAGAGCAACAACTCCAGATAGAACTGACTATATAATTGGAAAAA +GCACTAATAGCCCTAGTGACGTATTGAAAAAAGATGCTAAGAGATTAGAGTCTTTTGGAA +CTGATTTTTTAGTTATAACTTGCAATACAGCACATTATTTCTATGATGAAATTAAAAATA +GTGTAAACATACCTGTTTTAAATATAATAGAAGAAACTGTAAAATATGCAAAAAATCAAG +GACATAAAAAGCTAGGCATATTAGCAACGACAGGAAATATTAATACTAAGTTATATCAAA +ATATGTGTCAAAAGCATGGTATAGAGTTCATGATTTTAGATGAAAATAGACAAGCTGATA +TAATGTCTATAATATATGACGATATAAAAAGTGGAAAACCTGCAGATATGAATAAGTTTA +ATAGCATAGTAGATTACTTAAAGAGAAATGATTGTGATGGTGCAATTTTAGGTTGTACTG +AGTTATCAATTTTAAAAAATGATAATAATCTAGACAATGAGTTTTATATAGACTCCCTAG +AAGTACTAGCTGTAAAAACTATAGAGAACTGTGGGAAAAAAGTAAAAAGATAATAAACTT +AAGTAAATAGAGTAGTGTAAAGCTACTCTATTTTTAAGAAATGAATTATTATATTATTTT +CATATTTAACTAATATTTGCCCAATAAAAAGTGAAAAAATATATGATATACTACAATTTA +TAAACTTGCTAAAGAAAAGGAGGGCTTAAGATGAAATTATTTAATATTATGGAAGATGTG +AAATTTAAATCTAATAAGCCTTGGGAAGAAATAAAAGACATAGAAATAAAAGATATAGCG +TATAATTCTTCAAAATGTGAAGGTGGATATATATTTGTTGCGATAAAAGGTGAAACTGTA +GATGGTCATAAGTACTGTGCAGATGCTTATAAAAGAGGATGTAGAGTATTTATATTAAAT +GATGATATAGACCTTGGTGAGGATTCTATAAAATTATTTGTTGAGAATAGTAGAATAGCA +TTATCAAAAATGTCTGCAAACTATTTTGGTAATCCATCAAAGGAATTAAAAGTAATAGGT +GTTACTGGTACAAAGGGTAAAACTACAATAACAAATTATATAAGTGAAGTTTTAAATTCT +TCGGGATTAAATACTGGGGTTATTGGAACTAATGGTACTTTCTACAATGGTATAAGTGAA +AAGACTGTTAATACAACTCCAGAAAGTTATGAACTTCATAGAATATTTAGAACTATGTTA +GATAATGGAGTTCAATGTGTTTCTATGGAAGTTTCATCTGGTGGAGTGATGATGAATAGG +GTTGAAGATGTAGATTTTGATATAGCTATATTCTCAAACTTATCACCAGATCATATAGGC +CCAAAGGAACATCCAACATTTGAGCATTATTTAGAGTGTAAGGCTAGATTATTTACTTTA +GCTAAACATGGAATAATAAACATAGATGATGAGCATGCAGAAAAGATAATAAATAAAGCA +ACTTGTGATGTAGAAAGATTCTCTATAGTGAAAGAATCAGATGTAATGGCTAAGAATATA +GAGTACTCTAAAGAAATAGATTCTTTAGGTGTAAACTTCACTTGTCGTACTAAGAACGAT +GAATTCTCTTGTTATATATGTTCGCCAGGAGAGTTTAGTATATATAATGCATTAGCTGTA +ATATCAGTTTGTAGATACTTAAAAGTAGACCAAGATATTATGATAAATTCGCTAAAAAAG +GCTAAGGTTAATGGTAGAGTAGAGGTTTTACCTGTACTTCCGTATGCAACTGTAATAGTA +GATTATGCTCATAATGGTGTTAGTTTAGAAAATATACTTCAAACATTAAAAAAATACGAC +CATAATAGATTAATATGTTTATTTGGTTCAGTAGGTGGAAGAACAGAAATAAGAAGAAAA +GAATTAGGTGATGTTGCTGCAAGAGAATGTGACTTATGTATATTAACTTCTGATAATCCT +GATTTTGAAGATCCTATGAATGTAATAAGAGATATAGCAGAGTCTTTTGAAGGTACAAAC +TGTGAATATGTAGTAGAACCAGATAGGAAAGTTGCTATAGAGATGGCTATAGAAATGGCT +AAAGAAGGTGATATGATAGTATTTGCTGGAAAGGGACACGAAACGTATCAGCTAATTAAA +GGTGAAAGAATACCATTTAGTGAAAAAGAAATAGCTATAAATGCTGCAAGGAAATTAAAA +GAAGCAGCCTTAATAATATAGACAACAATAAAAGAATTTTAATTATTTAATTAAAATTCT +TTTATTGCATAAATAGGGGAGATATAAATGAATAATATAGTAAATTCATCATGGTTAAAA +GATAACCTAAATAATGAAAAATTAGTAATAGTTGATACACGATTTAATCTTATGGACAAA +GAATATGGAAAAAGAAGTTATGAATTTTCTCATATAAAAGGTGCTGTAAGAATTGATATT +GAAACACAACTATCAAGTGAAGTTAAAGAACATGGTGGAAGACATCCTTTGCCATCAATA +GAAGAACTTCAAAAAACTTTTGAAAATATAGGAATTAGCAATGATTCAATCGTTGTAGCT +TATGATGAAGGTGATTTATCAGGTCCTGCAAGACTTTGGTGGATACTAAAATACTTAGGT +CATGAAAAGGTTTATGTGCTTGATGGAGGAATAAATGAATTTATAAAAATAGGCGGAGAA +GTTTCTAATGAAGTCCCAGTTATAACAAAAGGAAGTTTAAATATAAATATTAATGAATAT +ATGAAAGTTGATATGGAGTATGTTAGAAATAGTATAAATAAAGATAATATAGCAATAATC +GATTCAAGAGAAAATGTAAGATACATAGGAGAATTCGAACCAGTAGACAAAAAATGTGGA +CATATACAAAGTGCTCTTAATTTCTTTTGGATGGATATATTAGATCAAAGTGAAGGTAAG +ATAACTTTAAAGAATAAGTCTGACTTAGAGAAACATTTTGAAGAACTAAATAAATTTGAT +GAAGTAATAGTTTATTGCGGGTCAGGTATAACAGCTTGTCCAAATTCTTTAGCTCTGACA +GAAGTAGGAATAAATCATAAAGTTTATACAGGTAGCTTTAGTGACTGGATAAGCTACGAT +GACAATAAAGTAGAGGTAAAATAATAATATATAAGTATTCGCTTTCCATGAATAAGGAAG +GCGAATTTTTGTTAAAGGAGAAAATATGGGAAAAGGTACTATTCTTTTATCACTGATAGA +AAAATCAAGTTTAATAATAGTTTTGTTTATAATAATATCTAAGTTAAAAGGATTTAAATA +TATATTTCAAAAAGATAGGCATAATTTAAAAGATTTAATAATCATATCTATAATATTCAG +TGCTATAGGTATGTTAGGAACTTATAATTATATAGATGTAGATGGTGCAAGGGCGAATAC +TAGAATAATAGGTACTGTATCTGGAGGCATATTATTTGGTCCTTTTGTAGGTATAACATC +AGGAATTATAGCAGGATTTAATAGATATATTATCGATATAAATGGTATAACATCACTCCC +TTGTTTTATATCGACAGTGTTTGCAGGTATATTATCTGGTATACTTAGTAAAAAAGTAAA +AGATGAAAATAAATGGTTTTATGGAATACTGTGTGGAACAATTAGTGAAAGTATAGGAAT +GTTTCTTATATATTTATTATCAAGCCCTCATAATATTGCATTAAATATAATTAAACAGAT +ATATATACCTATGATAGTAGGTCAGGTAGGGATAGGTCTTTTAGTATCGATATCTCAATC +CATAAAAAGAGAAAAGGATGAAATCGCGGCATTTCAATCTATGCTAGCGCTTAATATAGC +AAACAAGACTTTACCTTATTTTAGAAATATAAATGAAGAGTCCTTAAAAGAAATATGCAG +TATAATAAAAGAAGAAATAAATTCCGATGCAGTAAGCATCACGGATACTAATAAAATATT +AGCTTATGTAGGAAAAGGGGAAGAAGTATTTAAAGGAAATAATCTGCAAATAAGCTCTAT +AACAAAAGAAGCAATGGATAATAATAAAATATTAAATATAAAAGTGGATAAAGATGAACA +GTCATTAAGTGAAAAGATAAATTTAAAGACAGCTCTTATAATACCTCTAACTGACTCTCA +AGGGGTTATTGGTAGCTTAAAAATATATTATACAGAAAAATATAATATGAGTTTTTCAAA +AAAATCTTTAGCGATAGGTCTATCTAATATAATTTCTACGCTTATGGAAATATCTAAGAT +TGAAAAAATAAAGGAAGCTAAGAATAAAGCAGAAATAAAAGCATTACAAACACAAATAAA +TCCTCATTTTTTATTTAATGCCTTAAATACAATAACTTCTTTTATAAGGATAAATCCAGA +TAAAGCAAGGAGTTTAATAATAAATTTATCAACATATATGAGATATAATTTAGAAGTTAA +TAGTAACTTAATTGATATAAATAAAGAATTAGAGCAAGTTAAGGCGTATGTAGAAATTGA +ACAAGCTAGGTTTGGAGATAAATTAAAAGTTATATACGACATAGATGAAGATATAGATGT +TAAAATCCCAAGTCTTATAATACAACCTTTAGTAGAGAACGCAATTATTCATGGAATAAG +AGAAAATGGTGGAAGTGGAACTGTTAAAATATCTGTAAAAAAAGAAAATAATAAAACTAA +GATATGTGTTGAAAATAATGGTATAAGTATAGATGATAATATAATAGAAAAAGTTTATAA +TGATAATATGCCAGAAAATAAGATAGGACTTTATAATGTCCACTTAAGATTAAAATTAAT +ATATGATAAAGGGCTTAATATAAATAAATTAAACCCAGGAACTAAAATAGAGTTTTATAT +TTAGGAGATAGTATATGAAATCGATAATAGTAGAAGATGAATTCCCAGCAAGAGAAGAGT +TGAAATATTTTATAAATAACTTTAGTAATATAGATATATTAGCTGAGTTTGATAATGGTT +TAGATGTATTGAAATTTATTCAAAATAATTTTGTTGATGTAATATTCTTAGACATAAATA +TACCTCAGCTTGATGGTATGTTACTTGCAAAAACAATAAACCAATTTAAATATAAACCTA +AAATAGTATTTATAACAGCATATAAAGAACATGCTGTGGATGCCTTTGAGTTGGATGCAT +TTGATTATGTATTAAAGCCTTATTCAGATGATAGGATAAAATCAACTTTAAAAAAGCTTG +AAAAAATTGAAATAAAAAACGATGAAGTTATAAATACAAACACTACAACTTCAGGGAATT +TAACATTATGGAAAGAGAATAAATTAGTAGTAGTAAATATTGAGGAAATATATTATTGTG +AAGCTAGGGAAAGAGAAACTTTAGTATATACTAAAGATGGTCACTATATTTACAAGAATT +CCATGACTGAATTTGAAAAAAAACTAACTTTAGAGAAGTTCTTTAAAACTCATAGATCTT +ATATTGTAAATATAAATAAAATAAAAGAAATAATTCCATGGTTTAATTCTACTTATAAAT +TAAAGTTAAGTGGGATTGAAAATGATATATACGTAAGTAGAAGTAAAATTAAAGAATTTA +AAAAACTTATGAATATATAAATGCATTTCATGTAAAATAAATGTATTTCATACAAAAAAA +CTTCTTATTATTCAAGAAAAACGTTATTCTTAAATAGAATTAATAATTAATAAAAATAAA +TTTTGAATAAGGAGAAAACGGTATGATAACATTTATAACTTGTTTAGCAATTCTTATAAT +AGGATACTTCGCTTACGGAACTTATGTATCAAAGTCAGTAAAGTTAGACGATTTAAATAC +TACTCCGGCGGTAAAATTAGAAGATGGTGTAGATTATATGCCAATGCCTTGGCATAAAGT +ATTCTTAATACAATTCTTAAATATAGCAGGGACAGGTCCTATATTTGGTGCTATAATGGG +GGCATTATTTGGTCCAGTAGCATTCTTATGGATAACGTTTGGAACAATATTTGCAGGAGG +AGTACATGATTTCTTCTCTGGAGTTATATCAATGAAACATGATGGTACTTCAGTATCAGA +AATAGTTGGTATATACTTAGGCGATAGTATGAAAAACGTTATGAGAGTATTCTCAGTTAT +ACTTTTAATATTAGTTGGTACAGTTTTCGTTACATCTCCAGCAGGATTATTAACATCTAT +GACTGGAATAGATAAAACTATATGGGTAGTTTTAATAATAGTATACTATATAGTTGCGAC +AGTTTTACCAGTAGATAAGGTTATAGGTAAGATATATCCAATATTCGGTGCATCACTATT +ATTCATGGCAATAGGTTTAGCTGGAGCTATGATAGTAGGACACTTCAATGGAAGTATGGT +AATGCCTGAAATGACATTACAAAATTTACATCCAAGTGGATTATCTGTATTCCCATTCTT +ATTTACAACTATAGCTTGTGGAGCTTTATCAGGATTCCATGCTACTCAATCACCAATGAT +GGCAAGATGTATAAATAGAGAATCTGAAAGTAAAAGAGTATTCTATGGAGCTATGGTAGT +GGAAGGTATAGTTGCTTTAATATGGTGTGCTGTTACAATAGCATTCTTTGGAGAAAGTGG +AGCAATACAAGCAGCTCTTGATAGCTTTGGAGGTCAATCAGGAGTAGTTGGTATGATATC +TAAAGAATTATTAGGACCAATAGGAGCAGTACTTGCAGTACTTGGAGTTGTTGCTTGCCC +TATAACTTCAGGAGATACAGCGTTCAGAAGTGCTAGACTTACAATAGCTGATGCTTTCAA +TATAAAGCAAGAAGGATTATTAAGTAGATTTAAATTAGCAATACCATTATTCGTAGTTTG +TATATTCTTAACTACAATAGACTTTAATATAATATGGAGATACTTTGCTTGGTCTAATCA +AACATTAGCGACTATCTTCTTATGGACGGCTACTGTTTACTTATTAAAGAACAAAGGTAA +CCATTGGATAACTCTAATACCAGCAACATTTATGAGTGCAGTATGTATGTCATATATACT +ACAAGCTCCAGAAGGATTTAAGTTAAATGCTCAATTATCTAATATAGTTGGTGTAATATT +TGCTGTGGTATTATTTGGTTTATTCATGCTGAATATAAATAAATTTAAATCAAATACTGA +AAAAGAATCAAAAATTTCTTAATATATAAGGTAAACTCTTAGGAGTTTACCTTTTTTACT +TATTTACAGTATAAAAGATAGTTAATTTATTTAATTTAAATATAAAAAAAGTTGCTAAAA +AGCAACTCTTTTATTATACGTTAAATCTGAATAGTATAACATCTCCATCTTTAACAATAT +ATTCTTTTCCTTCAAGTCTAACAAGACCTTTTTCTTTAGCAGCAGTCATTGTACCAACAT +TTACTAAATCATCAAAAGCGATAGTTTCAGCTCTTATGAAACCTCTTTCTATATCAGAGT +GAATTTTTCCACCAGCTTGAGGAGCTTTAGTTCCTACTTTTATAGTCCATGCTCTAACTT +CTTGAGGTCCAGCAGTTAAGTAAGATATAAGTCCTAATAGTGCATAAGAAGATTTGATTA +ATTTATCTAATCCTGACTGCTCAAGGCCTAAAGTTTCTAAGAATTCTTTCTTTTCTTCTT +CAGTATCAAGTTCTGCTATTTCTGCTTCAATTTGAGCACAAACAACAACAACTTCAGCAC +CTTCAGTAGCAGCGAATTCTCTAACTCTATTCACGTATTCATTATTTTCAGCTTCATCAG +CTAAATCATCTTCACATACGTTTGTAGCGTAGATTACAGGCTTAGAAGTTAATAAGTTTA +ATGAATTTACGAAAGCTTGTTGATCTTCAGAGAAGCTCATTGTTCTAACGCATTTATTAT +CCTCTAAAGTTGCTAATATTTCTTTTAAGAATTCAACTTCAGCAGCTACAGATTTATCAG +CTTTAGCAGCCTTAGCACTTTTTTGGATTCTTCTTTCTAATATTTCTATATCAGAGAATA +TTAATTCTAAGTTTATAGTTTCTATATCTCTTAAAGGATCAACACTTCCATCTACATGAA +CAACGTTAGGATCTTCGAAACATCTAACAACGTGAACTATAGCATCAACTTCTCTTATGT +GAGATAAGAACTTGTTGCCAAGACCTTCACCTTTTGAAGCTCCTCTAACAAGACCTGCTA +TATCACAGAATTCTATAGCAGTAGGAACTATTTTCTTTGAATCGTATAACTCTTTTAATT +TATCTAATCTTTCATCTGGAACAGCAACCACACCTACGTTTGGTTCTATTGTACAGAAAG +GGTAGTTTGCAGACTCTGCACCTGCTTGAGTTATAGCATTAAACAGTGTACTTTTACCTA +CGTTTGGTAAACCAACTATACCTAATTTCATAATTATATCTTCCTTTCTTTGTGCTAATT +TAATATTGAAATTTTATATATAAATTTATACAACCTCTCAAGTTGTGAAAACAACTAATT +AAGCTGAATTTTACAAATTTACAAACTTCATTATAGACATACATACTGATTATACATCAT +ATATATAATAGATGTAAACTATACATTAAATATTACGTACATTATAATTTCCAACAGCTA +AAGCTTGAGCAACAAACACGTTTTTAAGTTATTGGTGAATTAAAGCAAAGTAAAATTTTA +TAGTGGGGTTGATTTTATGCTAAATTCAACACTTTTGTTTGGTAGCATATTTCTTAGCTT +GATACTTACTGGCTACATGGAAAATATATTTATAGTTTTAGCAACTCTTATTTTCTATAA +GCAAATAATTGTAGATAGAAATTATAAATATATGGCTTATGGTATTATTATTGCTTTTAT +TGGTGTTAATATAATAACTGTTTCAATATTTAGAAATAAGATAACTACTAAAGAAATAAC +TCCTTTAGAAAATCAAGAAGAAACAGTTGTATTATTAGTATCTGAAGGTGAAAGTAAAAA +TTATAATTTAAAGGAAAGAGCAAGTGAGATTTATTTTGAAAAAGGACTATTATCATATGT +AACAACAATAAAAGATTTATACACTTATAAGATGTATTATGAAAAGTTAGGGTCAAGCAA +TTTTAAAAATGACTCAGAGTACATAGCGTCAAGTTTACGAGAAAAATTAGGTAAAGATTA +TAAGGTTGTAAACTCTTATCTGTATAGTTATCCATACTTTGAAAATAGCATAGAAGATAT +TATTTCCAAAGGATATAAGAATATAATCATTTGCCCAATGTTTATGACTGAAGGTGAAGA +TTTTAATATTCTAATTAAAAGATATGAAAAACTAAATTTAAGTACATATAATTTAAATCA +AGTAGAAATCCTAGATACTTTTTATAAGTCAAATAACTTAGCACTGTTGTATAAGGATGA +AATATTAAAGAATATTACAACTAAAAATAAAGATATTGGTGTTCTTTTAGTAGGATTTCA +AAATGAAAATAACCTAGAACAAGATATATTATTTAGAGAGAAAATAAGAGATTACATATT +ACAAGATGAAAAAAATAGCTATATTCAAATAAAATTACCCCTTTTAGAAAATAATAAAAA +GGATATAATTAAATGTGGTGAAGAATTGCTAGAATATGGAATTGATGGTCTATATATAGT +TTTACCGACAAGTATAATTGATAGTATTTATACTAAAAACTTAGTAGATAGTATACTTAA +TGAATTAGATATGGGAAATACAAAGTTTTACTATATAGATACAGATAAAAAATACGATTT +AATAGTAGAAGAGATATTTAATAGAATATCCTTACTAAGCCAAATAGGAGGGTAAAATGG +AAGGCATAAAAAATATAAGCTTGGGTGACAAAATAAACTTAACTTTAATTCCTGGAGAAA +AGTTTAAGTCTAACCTTGTAAGTATATACATACAAAGGTTATTAGATAAAGAAGAGGTAA +CAAAAAATGCTTTAATACCGGATGTGGTAACTAGTGGTAGTATGAAATACCCTAGTGCAA +GAGAAATATCTAATGAATTAGATAATTTATATGGTTCTTCTATGGGAGCTGATATTACAA +AAAGAGGAGAACGTCAAGTATTAAGTTTTAAAATTATTAGCACTAATGAAAGATACTTAG +ACGAAAAAATATTTAAAGATGTAATAGAATTTTTTAATGATGTAGTAAATAATCCTTTGG +TAATAGATGGAGGATTTAAAGAAGAGTATCTAAATATAGAAAAGCAAAATCTAAAAGATA +GAATACAAGCTAAAATAAATGATAAGGGTAGATATGCACTTGAAAGAGCTTTTGAGGAAA +TGTGTGAAGGTGAAAAATATAGTATAAGCGAATATGGTTATGAAGAAGATATTGATAAAA +TAACACCTAAAGAACTGTATGATCATTATAGAGAAATATTAAGAACTTCTCCTATAGATA +TTGTTGTTGAAGGAGATTTTGATGAAGATGAGGTTATAAAGATTATAACTGAGAATTTTA +AATTTGAAAGAGGAGAAATAATAGATATTCCAAGAGATGAATTTAAAAAAGATATCAAAG +AAGTAAAAAATATTCACGAAAAGATAGATATAACTCAAGGTAAGCTTATTATGGGTTATA +GAAGTAATATTGACTACTTAGATGAAGGTGAATATTATACATTAGTTGTGGGTTCAAATA +TTCTAGGTGGTGGACCTGACTCTAAATTATTTATAAATGTAAGAGAAAAAGAAAGTTTAT +GTTATTATGTTTATTCATCAGTAGAAAAGTATAAGGGAATATTATTTGTATCTTCTGGAA +TAGAAGCAGAGAATTATGAAAAAACAGTGAAGTTAATTAATGAACAATTAGAGAAATTAA +AAAATGGAGATATATCAGAACAAGAATTGCAAAATAGTAAGAGTGCATTAATTAGTTCAA +TGAGAACTATATCAGATAGTATAGGTGGAAGGTCAGATTTTTATTTTGCTCAAGCTATGG +GAAAAACAAATTCTACAATAGACTCAATAATAGATAAATTAAGTAAGGTAAGTATAGAAG +ATATAGTTGAAGTTGTAAAAGATATAAAACTTGATACTGTATATTTCTTAAGTAAATAAG +GAGGCATAATATGAAAAAAATCGTTAATGAAATTTTAAAAGAAGAAATATATTATGAAAA +GTTAGAAAATGGATTAGACGTTTACTTTATGCCGAAGAAAGGGTTTACGAAAAAATATGC +AGTTTTAGCGACTAACTACGGCTCAAACGAGTTAGAATTTATTCCTATAGGAGAGGACAA +GAAGATTAGAGTTAATGAGGGAATTGCTCATTTCTTAGAACATAAAATGTTCGAACAACC +AGACGGGAAAAATGCCTTTGATTTATTTTCAAAATATGGAGCAAGTGCAAATGCATTTAC +TAATTTTACTATGACAGCATACTTATTTTCTTGTACAGAAAATTTCTATGAATGTTTAGG +ACATCTAATTGATTATGTTCAGACTCCTTACTTTACAGATGAAAATGTAGAAAAAGAAAA +AGGAATAATAGAACAAGAAATAAAAATGTATAATGATGACCCTGACTGGAATGTTTATTT +TAACTGCTTAAAAGCAATGTATGTTAATTATCCTGTAAGAGTAGATATAGCAGGTACAGT +TGAAAGTATATATAAAATAAATAAAGAAGAACTATACAAGTGTTACAATACGTTTTATAA +CCCGGGAAATATGACTTTATTTGTAGTAGGAGATTTAGATGTAAATAAGGTTATGGATGT +TGTAAAAGAATATAATCATTATGATATAGAAAAATTAGATCATAAAATAGAAAAGTTCTA +TCCAAAAGAACCAGACTATGTAAATGAAAAAGAAGTTATAGCTAAGTTTCCTATATCTAT +ACCGATGTTTAACATAGCCTTTAAAGATAATAATGTCGGAATATCTGGAAGAGAACTTAT +GAAAAAGGAAGTAATCACAGAAATATTAATAGATATGATTTTCAAAAGAGGAACAGCTCT +TTATGAAGATTTATATATGCAAGGTTTAATAAATGAAAACTTCGGTTCCGGATTTTCTTC +TCAAGTGGATTATGGATTTACTATTATAGGCGGAGATTCAAAAAATCCAAAAGAAGTTAA +GAGAATAATTCTTGAATATATAGAAAAGTATAAAAAAGAAGGCTTAGACAAAACTGCATT +TGAAAGAACTAAGAAAAAGAAAATTGGTCATTTCTTAAAATACTTTGATTCTATTAACTT +TATAGCTAATAATTTTATCTCATATAATTTCAAAAAAATGAATTTATTAGATTACCTAGA +AGTTATAAAAGATGTTAAGTTTGAAGAAATAGAAGAAAGACTAAAATCTCATCTAAAAGA +AGAATATTGTGTTATATCTATAGTTGAGCCTAAATAATAAAAAAAGAATTCACGATATCG +TGAATTCTTTTTTTATTATATTTTTAATTTCTAGCAAAGTCTTCTAATTTAAAACTACCA +CAAGTCATAAATACTAGCCCTATTAATAATAAAGCAATTATAGATGTATAAATACTACCT +CCATTTGCCACTTCAAATATCCAATAAAAAGGAGACAGCATAGCTAGTTTATCCATTAAT +GGTATACTCATATTTAATGAGGGTAATAACTTACCTAAGCATAAAATAATACCAAACAAA +CAGTACATAGAAGTTGCAAAAAACACATAGGATTCATTTTTAAATATCCTACATACAAAA +ATTACTAAACCTGTAGATACAAATGCATTAGCACAAATTAATAATATAATCGGTATGCTT +ATAGCATCTCCATTAACTAAGTTTGCAATGATTAAGGCTAAAGAAGAGGTAATTGATTGA +ACTAAAAATAATGATAGACATAAGCTGAATATAATGTGGAAGTCTTTATTTTTAGTAGAT +AACATTCTTCTTAAGACATTAGACTTTCTAAGTGATAATAAGTCATGACAAAATACACCA +CTACATAGGTATAAGAAATAAGAAATCATAAATACAGGTAAGAATGTACTGCCTAAGAAA +GATGATTCTTTTTTTATTATATTAGAGCTTATTATATTAATATTATTATCACTGTTTTCT +CTATATTTTAAAGACTTGCTAATAAATTTATTTATATTAGACTCAGTTAATAAACTTCCT +CCACCCTTAGATGTTTTAAAAGAGACTACCTTAGGTTTAACTAAATTATCTATATCATTA +GAAAAATTATTGTCAAATGATATTACAGAAGAAATCTCATTATCTTTAAGCTGATTTATA +GCTTTTTCTTTATCTTGTATATCAAATATAGTCACATTTTCACCAAGTTCATTTATAAGT +TTACTTTCATATTTTCCATTTTGATTACACACTAAAGCTATTGGTGGTTCAAATAAAGAG +TTACTAGAGTCTTTGTTTGTTGATATACTTACTAAAAATACCATAACTAGTGGTACAAGT +ATCATTGGCAATATTAAATGTGGAGATTTTAAATACCTTTTTATATTTGCTAAAGTTAAA +TTTATTATATTCATTTAGATCTCCCTCCAATGATATTTTTCTTTTAGTGCTGATAAAATA +AATAAGACTAATGATATTAATAATAATAAAGTACATGAACCTGATACTGCGTCAAAATTA +TTGTAAATACTATAATTAGTAAATAAATCACTTATAATATAGGTAGGTGACAGCTTAGCA +AACTTAGACAAGGTATCAATAAAAGGAGTAACCATACCACCTAAAACTACTTGAACTAAT +AACAAGATACATGTAATTGTAATAGCATATTTCTTAGGCAAGAATACATCTATAAACTTT +GATGTTGAAGCTATAAACACAGAGCTTATTATACATATACAAATCAATAAATAAATATCT +CCCGTAAATGCAATTCCGATAAATCTATTGATTAATACATATAAAAGTAAGAATATCGAA +GCGTATATAAATAAATTTATGAAATTTAATACTAATCTACATATTCTAGATATAGGCATA +GAGTAAACTCTTTTATTTAATCCACTAGACTCACCTACATAAGAATTACTTACTTCGCCT +ACATATGTAGATGCTATATTATTAAATACAAGTGATATAACTAAATAACCTAAAAATGAT +ATTGCAAAATATTCAGATGAAGATTGAGATATATTTGCATCTATAAATTTATTTTCTATA +AATGAAGTACCAACATCATTAAAATATAATTCCTCATGGTAGTTATCAATTATATTCTTA +ACTATATTTGAAGAGTTGGAACTTCTTTTATGAAGCTCTTTTATACTAATAGAATTTTTA +TTATTATTTGCTAAACTAATTTCATATCCGTTAGGAATTGTTATTTCCAAATCAAGGTCG +TCATCTTTATTATCTAGGTCGAACAGCTCACTATAATTAGTTTCTATATAATTAATAAGT +TGACTTGATGAAGGTGTATTATCATTATCTACAAAATTTATATTTATTATTTCTGTAATA +TTAGGACTTTCAAATGCAGACTTTGCTATATTATTCATAAAAAGAGCTAGAATAATAGGC +AAGAGTATAAACATACATATATTCACAAAAAAATTATTTTTAAGTGATTTAAAGAAAAAT +TTAATACTATAATATAATCTCATACTAACCTCCTAATCCCTTAGATTCTTTCCTGTAAGA +TTTAAGAATACATCTTCAAGGCTAGAATTATCATAAGAAATACTAGATAAAGAAGCATTA +TTATTTTCTAATATACTTAAAGCTTTTGATATAGAAAAATTCTTTTCAGTAGTAAGTAAA +AGAGAGTTATCTTCTTCTTTTACAGATATAACGCCTTCAAGGTTTTTAAGTTCAAATAGA +ATATTTCCATTTAAATTGTTTATACATATAGATATATTTGTATTGCTTGAAACTAATCCT +TTTAAATATTCTTGATTACCGCAAGCTATTTCTTTACCTTCATCCATAATAAATATCTTT +GAACAAAGATTTTCTACTTCTTCCATATAGTGTGATGTATATATTATTGTTGTATTTTCC +TCTTTTGATAATTTTTTCAAAACTGTAAATATATAATTTCTTGATTGAGGGTCAACACCT +ACCGTTGGTTCATCAAGGATTAATATTTTTGGATGATTTATTAAAGCGATTGCTATGTTT +AATCTTCTTTTCATACCACCAGATAGTTTATTTACTTTTTTCTTTTTCACATCAGAAAGG +CCGGATATTTCTAAACATTCATTTATTCTTTCTTTTAGTAACTTACCATGAAGACCACAT +AATGAACCGAAGTATTCTAAATTATCATAAGGTGTTAAAGTTTCTATTATGGCAAGCTCT +TGTGGTACTAACCCAAGTGTAGATTTTATTTTTATGGAATCTTTCTTTATATTCATATTG +TCTATTTCGACAGTACCATTATTAGGTGACATAAGTCCTGAAATAATATTTATTAATGTT +GATTTACCAGCACCGTTTGGACCTATAAGACCAAATACTTCACCTTCATCGATGTTAAAG +CTAATATTATCTAAAGCTAATTTATCATTAAATCTTTTTGTTATATTTTCGATTTTTATA +AAGCTCATAAAAAACCTCCCAATTAATTTTCTAATATTATAATAGACAATTATGGGAGGA +AATACTATGCCCTAAAGTAACTATAAATAATGACTTAAGTCACTATTTTATTTTTAAAAG +CAAATATAGCAATTTGTGTTCTATCTCTAAGATCAAGTTTAGATAATATATTACTTATAT +TATTTTTAATTGTTCCTTCAGATAGGAACAGTTCATTACTTATTTCTTTGTTAGTAAGAC +CATTTGCAATAAGTCTTACTATATCAATCTCCTTAGGAGATAAATTATGTGTATTTGAAA +TACTTTTAGTGTCTACAGTTTGTTCTTTATTAATAACCTTTGATGCAACACTTTTATCTA +GAACGATATTCCCATAAAAGCTAGAACGAATTCCTTCATATAAAACATCATCTGAGCTAT +CCTTTAGTAGGTATCCCGAAGCACCAAAATTTATAGCATCTTTTATATACTTATCATCAT +TGAAAGTAGTAAGTATAAGGATTTTTATTGAATCATTATATTCCTTAATTAGCCTAGTAC +CTAATACACCATCACAAATATCCATTCTTATATCCATAAGAACCAAATCTACATCATTAT +TTTTACAAAACTCCAATGCTTCATATCCATTTGAAACATCTCCAATTACATCTAGATCCT +CATGGGATTTAAGGATTATCTTAAGTCCTGTTCTTATAAGTTTTTCATCATCAACGATTA +GGATTTTTATTTTACTCAATTATTTCACCTCTAGTATTTTTAGGAAAAGAAGCATGGATT +GAAAAACCATCACTTGAAGAATTGAATCGAACTAAACCATTAAGTTCATTTATTCTTTCA +GTTATACTCTTTAAACCATTTCCCTTATTTATATTTTTACAGTCAGTACCATTATCTTTT +ATATTTATAACTAAATTATCTTTATTAAAATTAAAAAAAATTTGAATTCTAGTTGCATTT +GAATGTTTTACACAATTTGATAAAGCTTCTTGGATTACTCTATATAATGAAATAGATTGT +ATACTAGAAAGCTTCCATGTATATTTTGATATAGTTATTTTAACATCTATATTAGTCATT +TTAGAAAAATTATTTACTAATTCTTTTATTTTAAAAAGATTCTCATAATTTTCATACTCA +TCAGGTTTTAAAGTATTTATAGCATTCCTTACTTCGATTAGACTTTTCTTTACAAATTCC +CTAAGCTCAAATACTAATTCTTTTAAATCCTTATCAAAAGAAACTAAGTTCTCTATTGCA +CCAAGTTGAATTATTGTTGTAGAAAGTGCATGACCTACGCTGTCATGAATTTCCCTGGAT +ATTCTATTTCTTTCTTTAAGTATAGTAAGCTCTTCTAATGAATCTATATAAATTTCTAAA +TCTGAGTTTGATTTTTTTAATTTATCTTCGGATATTCTAAGTTGATCATAAATTTTTTCT +GTTTTTGATTTTGATAAATTTTCTTTATGTATGTATATACACAGTATAGATATAATCAAT +AAAATAAATGAGTATTCAAAAGCATCAGAGATTGAGTATCTAATATTAATTGTTAAAGAA +AATATTATAATTAGCATTAAATAGGTAGTCTTATTATAAATTTTTTTAGAATTTGTAATA +TCTAAAATCATTGGAATAAAGAAAAAAACATTAACCTTATCTACATAGTTAGAAATTAGA +AAAACTAAAAAAGATTCTGTTATCAATGATGCAGTCATAAGACTTTTTCTATTGTATGAA +TTAAAGTATCTAATTTGGTTATTTATTATAAATATCAATATTAGAAAAAATAAATAAGTT +GGTAATATATTTATTTCATTTAAGGAATTCATAATTACCATAAATAAGGATAAATATCTA +GTTAGTGTAATTAAATTATAATTATTCATAAGTCCTCCATTAACTTTATATATATAAATA +TCTTATTTTAAGAATAATCTATTTTTATTAATTATTCAAATTGTGAGTTATTATATAAAT +TATTGATTATTTTCGTGTTAATAATATTATAAATTTATATAAAATACTTTTTTATAAATT +TAAAACTGTTATAATATTAAAATAAACTTTTAAAGTTAAATAAGTTATAATAGGGGGCAT +AAAATATGATAGATATGCACTGCCACATACTTCCTGGAATTGACGATGGAGCAAGCGATT +TAGAGGAAGCATTAGAGATGGCAAGAATAGCTGAGAGCGAAGGAATAAAAAAAATAGTAA +ATACATCACATTTTCATCCTGAGTTTAAATACACAATGGGAGAAGAACTAGTTGAAGCGA +TAAATAGTTTTAATGTAGCATTAAAAGCAAATAAAATAGACCTAGAAGTATTAATAGGTA +ATGAAATTTACTACACAGATGAAATTATAGAAGAATTACATAATTTAAATTTCCATACTT +TAAATAATAGTAAATATTTACTAATAGAGTTTTCGCCAATGAATGTACCTAAAAATTTGG +CGGATGTAGTTTATGAAGTTAAGTTAAAAGGATACATACCAGTATTAGCACACGTTGAAA +GATATAACAATATTATAGAAAATCCAAATATAATTTATGATTGCATAAAAGAAGGTGCTA +TAATTCAAGTAAATGCATCTAGTATATTAGGAAAGCATGGAAAAGAAATAAAGAAAGTAA +GCGATATATTATTGGATAATAATATGATACATATAGTAGCAAGTGATGCTCATGGAAGTG +AAAGAAGAAGACCTCAATTAAGAGAGGCCTATGAATTTGTGAAAAATAAATACTCTGAAG +AAACAGCAGATAACTTATTTAAAAATAACCAAAGTTTAATTATAGAAAATAAGGATATAA +TTATACCTAGGGCAAGTATGTATGAAGAAAAAAGAGGATTATTTAGTAAATTATTTAAAC +GATAAGGAGAAAATCTATGGATAGAGTAGCATTTACTATATTTGGTATAGATGTAATGTG +GTATGGTATACTAATGGCCACAGGCATGATTTTAGGAACTTATTTAGCATTAAAAGAAGC +TGAAAGAGTTGGAATTTCAGAAGATGATGTTTTAAATCTAGCAATTTTTGCAATACCAGC +AGGTGTTTTAGGAGCGAGATTGTATTATGTTATTTTTAATTGGGGATATTATTCTCAAAA +TCCGTCTCAAATTTTAAACTTTAGAGGTGGAGGTATGGCAATACATGGAGCTTTAATTGG +TGGTATTTTAGCTGGATTAATTTATACAAAGATTAAGAAAATCAATTTCTTTAAAATGGC +TGATATAGCATTAATAGGTATGCCATTAGCACAAGCAATAGGAAGATGGGGAAATTACAT +TAACGGAGAAGCTCATGGTGGTCCAACTAATTTACCATGGGGAATAATGGTTGATGGAGT +TAAGGTTCATCCAACATTCCTTTATGAATCTATATGGGATTTTGGAATATTTATATTTTT +ATGGATGTTTAGAAAGAAAAAGAAATATGAAGGCCAAGTTGCCGTTTATTATATAATACT +TTACTCACTAGGTAGATTCTTTATAGAAGGACTTAGAACTGATAGTCTTATGATAGGTCC +TTTAAGAATGGCTCAAGTTATAAGCTTAGTTGGAGTAGTAGGTGGAATAATAGCGCATAT +TTATTTATTGAAGAAAAATAATAATAAAAAAGAAGAATCAAAATAAGTAGTACGTGGAGG +TAATATGGAATTTCATCATGTATCAGTACTCTTAGAGGAGTGCATCGAAAATTTAAATAT +AAAACCAGATGGTGTTTATGTTGACTGTACAATGGGTGGAGCAGGACACTCAAAGGAAAT +AGTAAAAAGATTATCGGATAAAGGTCTTTTTATTGGATTTGACCAAGATAAAAATGCAAT +AGCTACAGCGAAAGAAAGATTAAGCGAATATAGCGATAGAGTTAGATTTGTTCATAGTAA +CTTTGAAAATATAAAAGAAGAGTTAGCTAAAATTGGAGTTCATAAAATAGATGGAGTTTT +AGCAGATTTAGGTGTTTCTTCTCATCAGTTAGATGAAGCAGATAGAGGATTTTCATATAT +GCAAGATGCACCACTTGATATGAGAATGGATGTTAGATGTAGCTTTTCAGCTTATGACGT +TGTAAATACTTATAGTGAAGATGAACTTACAAAAATAATAAAAGATTACGGTGAAGATAA +CTGGGCAAAAAGAATAGCTAAATTTATAGTTGAAGAGAGATCTGAAAAACCAATTGAAAC +TACTGGTGAGTTAGTTGAAATAATAAAAAAAGCTATCCCTAAAAAAGCAAGAATAGATGG +CCCACATCCTGCAAAAAGGACATTCCAAGCTATAAGAATAGAGGTAAATAATGAACTTGG +TGTTATAACTAAAATGATAAATGATGCAGTATCTATAATGAATGAAGGTGGAAGAGTGTG +TATAATAACATTCCACTCTTTAGAAGATAGAATAGTAAAAAATGCATTTAGAGATTTAGC +TTTAGATTGTATATGCCCATCAGAACTTCCGATATGCCAATGCGATAAGGAGCCTGAAGT +TAAAGTTATAACTAGAAAACCGATACTTCCAAGTAAAGAAGAGGTAGAATTTAATCCAAG +AAGTAGAAGTGCGAAGCTTAGAGTAGCAGAGAAAATATAAAAGATTTTTATAAAATACCC +TTTAAGATTGATATAATATTTTATCTTAAAGGGTATTTTATTTATAATATTTCAATAATT +TGATATATAATATTAGTTAAATTATATTAGATTGTAGGGTGAAACTATGAAAAAGATTTT +GATAATATCTTTTGGTGAACATACAGGATTGAGTATAAAGGCTCAACTTAAAGATATTTT +GGGGAATAAATTTGAAATTATTAATTTAAGTGTAGAAGATAGCTTTGATTATTGTTTATA +TACTGATTTGGTGATATTCTCTAGTGAAGAAGTTAGAGATATTTGCTTACTTACAGTTGA +TAAAGAGTTTGATTTTATAGTTTTAAAACGGGTTATAAGGCATGAGTGTATAGATGAAAT +TTTAAAGATAAGAGAAAATAAAGATGTTCTTGTAGTAAATGATACTGAAGAGAGTTGTAA +AGAAGTTATAAATCAACTAAAAAAGCAAGGAATAGATCATGTTAAATATTATCAATACTA +CCCTGGTATTAGTGAATATAAAGAAACTGATGTGGCTATCACACCGGGTGAATCTCATTT +AGTTCCTAATGGGATAAAAAGGGTTATTGATATAAGTGCTAGAAGAATGGATGTAACTAG +TCTAATTGAAGTTTTAATGAAATTAAACTGTATAGAGGAGTATGGTAGTTTAGTTTCTTC +TTATTTTTACAGAGATATGATAAATATTTCTAAAAAATATATAAATATGTATCAAGAAAC +AAATAGGCTAAAGGAGATTTTAACAAATATCCTGGATAATCAAAAAAACGGTATTATTTA +TACTGATATTGAAAATAGAGTATTTGTACTAAATGAAGAAGCCATGAATTTACTAAATAT +AAGTAGACAAGATATTATAGGAAAAGATATATATACGATATTTAAAGAATTAAAAGAGGA +TATTATTAGCATTAATAATAGAGAGGTTTTAGTTTCTAAAGAAAAAATAAAAAGTAATAA +TTTTTATAGCGGAAATATGATTGTACTTAATGAGGTTAAACATATACATAAAATTGATGA +TGAATTAAGGAAGAAGGAAAGATCTAAGGAAAACTATGCTAGGTATACATTTGATGATAT +GGTAGGAGACTCTAAGTCTGTAACCAAAAGTATAGATTTAGCTAAGAAGGTAGCTAAGAC +AAATTCTACTGTTTTAATACAAGGTGAGACTGGTACAGGTAAAGAAGTTCTAGCACAAGC +AATACATAATGAGTCAGAAAGAAAAGATTATCCATTTGTTGCAATTAACTTTGCTGCTAT +TCCAGAAAACTTAATAGAAAGTGAACTATTTGGATATGAAGAGGGAGCTTTTACAGGAGC +TAAAAAAGGTGGAAAAATAGGTTTATTCAAAAAAGCACATAAGGGAACTATATTTTTAGA +TGAAATTGGTGATGCTTCTTTATATTTGCAGTCTAGATTACTTAGAGTACTTCAAGAAAG +AGAAATAACACCAGTAGGTAGCACTGAAACTATACCTATAGATATTAGGGTCATTGCAGC +TACAAATAAAGAATTATTTGAAGAAGTTAAGTTGAAGAATTTTAGAGAAGATTTATACTA +TAGATTAAATGTAATGCCTATATACTCAATACCTTTAAGAAATCGGAAAGAAGATATCAA +GTTACTATTAAAATATTATTTATCTAAAGTGGCTAAAAATAATGATTTGAATTCATTTTT +CACTGAAGATGCACTTAGATTGTTAGAAAATTATAACTGGCCAGGCAATATAAGAGAACT +TGTGAATGTAGTAGAATATGTATCTACAATAAAAGAGCTTGGAATAAAAATAGACATTAA +TGATCTACCTAAATATATTGTTGAGCTTATTAATAATAATGGAAATAAAGATAGATTTGA +GACTAAATTATCTTTAGAACAAGATTTAGATGAAAAAGAATTATGGGTATTACGAAAGAT +TTATAAGTATGAGGGGATTGGAAGGAGAACATTATCCATTATATCTTATGAAGAGGGTTA +TGATATTGGCGAAGGCAGAATTAGAAGTATCATGAAAAAGTTAAGATTATATGGATATAT +AGATATCAATAAGGGATTAAAAGGGACAAAAATATTGGATAAAGGGATAAAAAGGGTTAA +TTTATAACAAAATTAACCCTTTATGTTTTTGGTTCATTTCATATTGGTTTATAAAGGAAA +ATAAATTTAAAGTCATACCTTAAAAAAATATAAGAAAATATTTAAAGGCCTTATGTTTTA +AAGTATGAAAAAATAAAGATAAAAAGTGAAAGTTGGCATGGAACTTGCTCTATACTATTA +TATAAAATTTAATTAATTGTATGGAGGAAAAATAAATGACTACATTAAAAAAGAAAAAAC +CAACATTGTTACAAGCTTTAATACCTATAGTATTTATGATTGTTGCATTGGCTATAGGTT +ATGGAGTATTAGGTATAAATGCAGAACCTATAATGATAGCATCGGCTTTTATAGCTGGTA +TAATAGCATATAGATTAGGTTATACATGGGATGAAATGCAAAAAGCTATAGTAGATAAGA +TAGCAAGTGCACTTCCAGCTACATTAATATTATGGAGTGTAGGTCTTTTAATAGGAGCGT +TAATGTTCTCGGGAGCTGTTCCTATGATAATATACTATGGAGTACAAATGATAAATCCTA +AGTTTATATTAGTTACGGCATTTTTATTATCAGCACTGCTTGCCATAGTGACAGGAACAT +CATGGGGAGCGGCAGGAACTATTGGTGTGGCAATGATGGGGATTGCAGGAGGTTTAGGAG +TATCACTACCAGCTACAGCAGGAGCTGTAGTATCAGGTGCATTCTTAGGTGATAAATTAT +CTCCTCTTTCTGACACTACAAATCTAGCTCCTATGGCAGCAGGAAGTGAAATATATGATC +ATATAAAGCATATGCTTTATACGACTGTGCCAGCTTCTTTGGTATGTATAGTAGTTTATT +TAATTGTTGGATTTAGCTCTTCTGGGGAATTAGTGACACCAGATTCAGTTAAAGTAATGA +TGGAGCAGCTAGAGTCAATGTTTAACTTTAACATGTTATTATTATTACCATTAGTATTAG +TAATTTTAGGGTCAGTAAGAAGATGGCCAACTATACCAACTATGCTAGGAACAAGTTTAA +TTACTATAGTCTTAGGTGCGGTGGTTCAAGGATTTAATATAGTTGATGGATTTACATCTT +TAATTTCTGGATTCGATTTAACTATGACAGGTTTTAAAGGAGAAGCTACGGCTGAAGTAA +TAAAACTTATAAATAGAGGTGGAGTTGTATCAGTAACAAGTACAACGGTACTTATATTCT +GTGCTATGGGATTTGCTGGGATAGTAAGTGTTTCGGGTATGTTAGATGTAGTACTTGACT +TATTAATGTCAAAAGTAAAATCAACATCTGGAATAATAATATCAACTATAGCATCTTGCT +TTACAGTTGCATTTGTAACAGGGAGCTCATACTTATCAATACTTGTACCTGGGGAATTAT +TTAAGGACGTGTATCCAAAGAGAAATTTACATCCTAAGAATTTATCTAGAACATTAGAAG +ATTCAGGAACAGTCCTTGTTCCTTTAATACCATGGTCAGCGGCAGGAGCGTATATGGCAG +CAACATTAGGCGTTCCTACCTTAGAATACTTACCATGGGCAATACTTAACTATACAGGTA +TAATATTTGCAATAATATGTGCAATTACTGGATTTGGAATAGCTAAGATAGATAAAAATG +AAAAAGAAGACGCAATAAAAGGAGCATAATTTATATGATATTAATAAAGAATGTAGAAGT +ATATGCACCAGAATATAAGGGCAAAAAAGATGTTTTCATAAGTGGAGGAAAAATATCTTT +AATACAAGATGAAATTAATTTTGAGAATGATAAAATTAAGATAATAGATGGTAGCAAAAA +AAAGCTTACACCTGGATTTATTGACCAGCATGTCCATATAACTGGAGGTGGTGGTGAAGG +TAGCTTTAAAACTAGAGCTCCAGAAATAACTTTAAGTAAACTTACAAAAGGTGGGATAAC +AACTGTTGTTGGACTTCTAGGAACAGATGGAACAACAAGAAGTGTAGAAAACTTAGTTGC +GAAGGCTAAAGCATTGAAAGAAGAAGGTATTACAGTTTTTACACATACAGGTTCGTATGA +GTATCCAACAGTAACAATTACAGGATCGGTAAAAAAAGATATAGCTTTTGTAGATGAGAT +TATAGGTGTAAAATTGGCTTTATCTGATCATAGAGCACCAAATGTAAGTAATTTGGAATT +ACAGAGAGTGGCATCTGATGCAAGAGTGGCTGGTATGTTAAGTGGAAAAGCAGGAATTGT +AGTTCTTCATATGGGTGATGGTAAAAAGGGTCTTTCACCAGTAAATGAAATATTAGAAGA +AACTGAAATACCTATAAAAACTATAAGGCCTACTCATGTAAATAGAAGGAAAGAACTTTT +ACTAGAAGCATTTGATTATGCTAAGAGGGGAGGAAAGATAGATTTAACTTGTGGAATGAG +AGATGACTTAACTCCAGGAAAGAGTATAAAGAAAGCTATAGAAGAAAGTGTACCTAGAGA +AAATATGACAATAAGTTCGGATGGATATGGAAGCTGGTCTAAATATGATGCAAGCGGAAA +TTTAGTAAAAATGGGAGTATCAAGTGTGTCTAGTTTACATGAAGAGTTTAAATCAATGGT +AAATGATTTAGACTTTAGTATAGAGGAAGCTTTAATTTATATAACTTCTAATGTTTCAAA +AGGATTAGAAATATATCCAAGAAAAGGGTGTATAAATGAAAACTCTGATGGAGATGTGTT +ATTATTAGATGAAGATTTGAATATTGATACAGTTATAGCAAATGGGAAAATAATGATAGA +AAATAAAGAAGTATTAGTGTATGGGACATATGAACATATATAGAGTTTATTGAGAATTAG +AATTAAAAAATATGTAAGTTTAATACAAAAAAGTGTGCTTAGTATAATAAGCACACTTTT +TTTATTTTTTTATGTATAAATTTAGATATAAGTCATTGGAGGAGGTTTTGTATTATTTGC +AAATAAATAATATATGGAATTAAAAATATATAGTATTTAGTCAAGAATAATGGTTAAATT +TATTAATTTTATTGCTGGGAGTGATAGAGGTGAAAAAAAATAATAAAATTGAGGACATAA +ACGAATATAAGAAAAAGAAAAAGAATAAAAATAAAAATAGGAAGAAAAGAATTGCCTTTA +AGAAATCTCGTGTAACTATTGGATTTATTTGTGTAGCAAGTGCTGTAATAGGAAATCTAT +GCGGCTACTCTATAGTCTCTCAGCTTAAATATGATATATATTACTTGAAAAAAGACTTAA +GAGCAAAAGATATAGTTATAGAGCAATTAAATTCGAGAATATATAGTAACTATAGTATAG +AAGAGATTGAAAAAATGGCTAAAGAAAAAATTAATATGGATTATCCGAAAGAAAGTCAAA +TCGAGTATATAACTGTTGAGGATTAGGGGTGAGAGCTTTTGAAAAAAATAAAAGGGTTAA +GTAGGAAAAGGTTGGTGCTTGTTCTTATACTGGCTTGTTCTCTATTTTTTTGTCTTATAA +TTAGAACTGGATATCTTCAGCTTATAAAGGGAGAGTGGCTAAGTACAAAGGCATCGGAGC +AACAAACAAGAGAAATACCAATAGAACCGAAGAGAGGCACAATTTATGATGCAAATATGA +AAGAACTTGCTGTAAGTGTTACAAAGTATACAGTTTGGTGTAAACCTGTAGAAGTAAAAG +ATAAAAAAGATGTAGCAGAAAAATTAGCATCAATTTTAGGTAAAGAAGAAGAGGAAGTAT +CTAAGTTAGTAAATAAAAAGAATACAGCATTAGTAAGAATTCAAAGATGGATAGATGATG +AAACTGCGACTAAAATTAGAGATTTGAGTTTATCGGGGATTTGGGTAGCAGAGGACAATC +AACGATATTATCCATATGGAAATTTTGCAGCATATGTTTTAGGACATACAGCAGCAGATT +CTACTGGAATTGCAGGGATAGAAATGCAATATAATAGTAAACTTCAAGGAAAAGCTGGAA +AACTTATAGTTAGTACGGATGCATCAGGAAGAGAGATACCTCAAGGGTCAGAAACGTATT +ATGAACCTGTACAAGGAAATGGGCTAGTATTGACTATAGATGAAGTTATACAACATTATG +CAGAAAAAGCAATTGAAAAGGCATACGAGGTAACAGGAGCAAAAAGGGTTAATGTTATAG +CCATGGATCCTAAAACAGGAGATATACTAGCAATGGCATCAAAACCTGATTATGATCCAA +ATGATTCAAGAACAGCTATATATCCTTACTATCAAGAATTATTAGAAGAATATAGTGATA +AGGAAAAAATAAATGGATATTATGCAATGTGGAGAAATCCACTAATAAATGATACATATG +AACCAGGATCTACCTTTAAGTTAATAACTTCATCTGCTTCAGTTGAAGAAGGTGTAGTAA +GTGACAAAGATAAATTTGTTTGTACCGGTAGTGTTACGGTAGGTGGACGTAAAATCAAAT +GCTGGAGACACTATAGACCTCATGGTGAGCAAACTTTTGCTCAAGGAGTTCAAAATTCAT +GTAATCCAGTCTTTGTTGAATTATCAAATAGATTAGGTGTAAGTAAGTTTTATGATTACA +TAGAAGCTTTTGGATTTAAGTCAAAAACTGGAATAGATTTACCAGGAGAAGCGAAAGGAA +TAATTTATAATGAAAAAAATGTAGGACCTGTAGAACTAGCAACAATGTCATTTGGTCAAT +CTATATCAGTAACACCAATACAACTTATTACTGCAATATCAGCAATTGCCAATGATGGTG +AACTTATGCAACCTAGATTAGTAAAAGGATATACTGATAATAAAGGAAATGTAATAGAAG +AAATAGCTCCTAAGTCAGTAAGAAAGGTAGTATCAGAAGAAACTTCTAAAAAGATGTTAG +AAATAGCTCAGTCAGTTGTAAGTGATGGTGGAGGTAAGACTGCATACTTACCAGGATACA +GATTAGGTGGAAAAACAGGTACAGCACAAAAAGTTGTAGATGGAGTATATGCACAAGGAA +AATACATTTGTTCTTTCGTTGGGATTGCCCCAACAGATGATCCTCAAATTGTAGTATTGG +CTACAGTTGATGAACCTACGGAAGGTAGTTTATTTGGTAGTACAACTGCGGGACCTATAA +TAAAAGAAATAATGAGCGAAGCATTACCGTATTTAGGTGTTGAACCTAAATACACAGAAG +AAGAAAAAGCAGAAAATGAAAAGGTTAAAGTAGTAGTTCCTGATGTTAGAAATTTAGCTA +TTGAAGATGCAGCAAAAGTACTAGAAGAATCAAAATTAAAAGTGAATTTAGATCCAGATG +TAGATGTACCTGAAGGTTCTAAAGTAACTGATATGTTCCCAAAACCAGGAGTCAAAGTAT +CAGAAGGTTCAAGCATATCAATATACTTTGATAATTAGAATTGTAAATAATTTGTAATTA +AAATATAATTATAAATAACTTCAAAAAAAACACAATCTGTTATATAATTATAAAGTTAAA +ATATACTTGGGGGCAATGTATACATATACATTGCCTTTTATTAAGATGAGTTGTAAAATA +AAACTGCGTATAGAAAATTAAAAGGAGGAGTGGTATGGAAAATCTAACGGTGAAAGAGTT +AGTAATTTCTACTAAAGGAAAATTAGTTCTAGGCGATGAAAATAATTTTGTAAACGACAT +TATCATAGATAGTAGAAAAGCAAATGAGAATAATGTATTTGTAGCTATAGTTGGAGAAAA +TCTAGATGGTCATAATTTTATACAATCAGCATATGACCAAGGCTGCAGAACTTTTATAAA +AAATGATAAAGTTAATATTGATTTAAAACAATCAGATGTTAATGTGATAGAAGTAAAAGA +TACAGAAATAGCATTAGGTGATATCGCAAAGTATTATAAATCAAAGTTTGAGATACCTTT +TATAGGAATAACAGGTAGTGTTGGAAAAACAACAACTAGAGATATGGTATATGCAGCTGT +ATCATCTAAATATAATTCATTAAAAAATGAGGGTAATCTTAATAATCAATTAGGTGTACC +TCTTACTTTATTTGAGCTTAATAAAGAACATGAATGTGCAGTAATAGAAATGGGTATGTC +TGGATTTAATGAAATAGAATACTTAGCAAATATAGTTAATCCTAAAATCGGTGTTATATC +GAATATAGGACTTTCTCATATAGAAGCCCTTGGTTCACAAGAAGGTATATTAAAGGCTAA +GATGGAGATAACTACAAACTTCGATTCAACGAGCACTTTAATAGTTAATGGAGATGATAA +GTTCTTATCTACACTAAAGGACAAAGAACATGTTTATACTTTAAAAACATTTGGATTTAA +TAACGATAATGACATTTATTGTGAAGAATTTACTATGGGAGAAGATAGTATAACTTTTAC +ATGTATTATAGATGGAAATAAAGAAGAAATCTTTATACCAGCAGTAGGAGAGCATAATAT +ATACAATGCAATGGCTGCAATATTAACTGGTATGGCTTTAGAAATTCCTTTAAAAAATAT +AAAGGAAGGTTTAAAATATTATAAAGCGACAAAAATGAGACTAGATATAGTAAAAGATGA +TGATTTAACTATAATAAATGATACTTACAATGCAAGCCCTGATTCTATGAAAGCTGCTTT +AAAAATACTAGGAAGGTATAAGGAAAGAAGAGTGGCGATATTAGGTGATATGTTCGAAAT +GGGAGAGCATGCAGAATATGGTCATAGACTAGTTGGAGAATCAACAATAGGCAATGTAGA +TTTACTAATTACAATAGGAGAAGATTCTAAATTTATTAGTGACGAAGCTAAAAAATTAGG +GTTATGTCCTAATAGTATATATCACTTTGCCACAAAAGAAGATGCTATAAATAGTTTAGA +TAACCTAATACAAAAGAATGATGTAGTATTAGTTAAAGCATCTAGAGGTATGAAATTAGA +AAAAATAGTAGAATATCTAAGTAAGTAAATAACGAAAGAGATAGCCAACAGGGAGAGGAG +TATGTATTATGTTAGGAATAACAGAACTTACGTATACAGCAATGATTTCGTTTCTAATAG +TAATTATATTAGGACCAATATTTATACCGATGTTAACTAAATTTAAATTCGGTCAAACAG +TTAGAGATGATGGACCAAAAACACATTTACAGAAAAATGGAACTCCAACAATGGGAGGAG +TACTTATAATTATAGCTATACTTATTACAGGACTTACTAGAAGTAATATAAGTTCAGATA +TGGTAATAGGACTTATCTGCGTGGTAGGTTTTGGTTTTGTAGGGTTTGTAGATGACTTTA +TAATAATAAAAATGAAAAGATCGCTAGGATTAAAACCTTGGCAAAAAATAGTTATGCAAG +TAGCTTTAGCCTTATATGTATCTTATTATCAATATAGTTCATCTCCAAGTGCAACACAGC +TTATAATACCATTTACTGATGCAGTAATAAATTTAGGACCGTTATATGTACCAATAATGA +CATTTATGATAGTAGGTATAGTAAATGCAGTTAATTTAACTGATGGACTAGATGGATTGG +CGTCAGGAGTAACTCTGATAGTAGCAACGTTCTTTATGATATTTGCAACTTCTATATCAA +ATACAGATGTAGCAGTTCTTGCAGCAGCAACAGTAGGAGCGTGTATAGGATTTTTAGGAT +TCAATGCATACCCAGCTAAAATATTTATGGGAGACACTGGTTCTATGGCATTAGGAGGAG +CAGTTACAGCATTTGCAATATTAACAAACTCTATGCTTTTATTTGTTTTAGTAGGAGGGA +TATACTTCGCTGAAGCTATATCAGTAATGCTTCAAGTAACTTACTATAAACTAACTAAGA +AAAGAATATTTAAAATGGCTCCTATACATCATCATTTTGAACAATGTGGATGGCCAGAAA +CTAAAGTAGTATTTACATTCTGGATAGTTACTGTAGTTTTAGCTTGGATAGGAATAATTG +CCGTATTCTAATTTTGGAGGTAAGAAAAGTGGAACTTAAAAGCAAAAAAGTTTTACTAGT +AGGTCTTGCAAAAACTGGTGTATCTACAATAAAGCATTTAGATAAGCTAGGGGCAAAAAC +TATTGTAAATGATATAAAAGAAAAATCACAATTAGAAGACATACTAAGTGAGTTAAAAGA +TATAAAAAATGTTGAATATATATTAGGATATCATCCAGAAAATGTTGATGATATAGATCT +TGCTATTGTATCTCCAGGAGTTCCTCTAGATTTACCTTTCATATGTAAATTAAGAGAAAA +TAATATTAAAATAATTGGAGAAGTAGAATTAGCATATAGATTGTCTAAAAATAATCCTGT +ATTTATAGGTATAACAGGAACTAATGGAAAGACTACTACTACTAGCATAGTAGGAGAAAT +CTTCAAAAAAGCTAATAAGGATACTTATATAGTCGGAAATATTGGAAATCCTGTTATTGA +TACAGTAGACTTTACTAGTAAAGATTCAGTACTAGTAACTGAATTAAGTAGTTTCCAGTT +AGAGAGCATTGATGAGTTTAGACCAAAAGTAAGTGCATTTTTAAATGTTACTGAAGATCA +TATGAATAGACATCATACAATGGAAAACTATATAAATGCAAAATCTAGAGTATTTGAAAA +TCAAAAAGAAGAAGATTTTACAATCCTAAATTATGATGATACTCAAGTAAGAAACTTAGC +AGAAAAATGTAAATCTAAAGTTATATTCTTTTCAAGAAAAGAAAAATTAAATAATGGAAT +ATATTTAGATGAAGACAATAATATAATTATAGATATAGATGGGAAAATAGTACTTTTAAA +TGCAAATGAATTAAGTTTACCAGGAGAACACAACTTAGAAAATTGCATGGCGGCTATAGG +AATAACTTATGTAAGTAATATTGATTTAGAAGTAATAAAAGATGTATTAAAAACTTTTAA +GGCAGTTGAGCATAGACAAGAGTTTGTAAGAGAAATAAATGACATAATGTTTGTTAACGA +CTCAAAAGGAACTAATCCAGATTCTACTATAAAAGCAATTAAATCATATAATAGAAATAT +AATATTAATTGCTGGTGGTAAGGATAAAGGAAGTAGCTTTGATGAACTTCTTGAGATTGC +AAAAGAAAATGTAGTTGCTTTAGTATTATTAGGAGAAACAGCATCTAAGATAGAAGAAAC +TGCTAGAAAAAAAGGATTTGACAAAATCTATATAGTAAATAATATGAAAGAAGCTGTAAA +AACTTCTTATGAAATTGCACAAAGTAAGGATGTAGTTTTACTTTCTCCTGCTTGTGCAAG +TTGGGATATGTATAAGAATTTTGAAGTAAGAGGAAAAGACTTCAAGGATAATGTAAACAA +TTTAAAATAACCTCTTTACCGCTACCACAAATGCAAAGGGAGGTAAGTCTAACATGCCTA +AGGAAGGTTTGAAAAAACAAATCAAAAGAGGAATGAAGACTGAATTTGATTCAGTAGTTT +TTTATACTACGATGACATTAGTATTTATAGGCATAATAATGGTGTTTAGTGCAAGCTATA +TACAAGCAGCATTTAAGCACCATGATGCCTTTTATTTTTTAAAAAGAAATGTGATTTACG +CTGTTTTAGGCTTTGTTGGGATGATGATAATGTCTAGGATAGAGTACACATTTTGGAAGA +AAAATGCCACAAAGATAGGTATAATAGCAGTAGTTTTATTAGTATTGGTGTTAACACCTC +TAGGAATAGAAGCGAATGGAGCAAAAAGATGGTTAGGTGTAGGTGGAGCAACTATACAGC +CAGCTGAAATTGCTAAATTTGCATGTATACTAATAACTGCTAAATTAATTGAAAAAAGAT +ATGACAATATAAAATCTTTGACAAAAGGTGTTTTACCACTTCTTATAGTTCCCGGTACTT +TCTTTATACTTATAATGGGTCAACCAAATATGTCAACAGCAGGTACTATAATATTAGTTG +TGTTTGTAATGTTATTTGTAGCAGGAATGAATATGAAATTTGTATATACTATGGTAGCGT +TAGGGATAGCAGCATTTGCAGGATTAGTACTTTCAGCACCGTATAGATTAGATCGTGTAA +CCTCTTTCTTAGATCCATTCAAAGACCCGTTAGGATCAGGGTATCAAGTAATTCAAAGTT +TATATGCCATTGGTTCAGGAGGATTATTTGGATTAGGACTTGGTAAAAGTAAGCAAAAAT +ATTTTTACATACCAGAACCACAGAATGACTTTATATTTGCTATAATAGGTGAGGAACTAG +GGCTTATAGGATGTATAGTAGTTATGATGTTATTCTTAATATTAGTATATAGATGCATAA +GAATAGCATTAAAATGTTCAGATATATTTTCTTGTATGGTGGTTATAGGTATAGGTGCAC +AGATAGGAATTCAAGCAGCTTTAAATATAGCTGTTGCAACTTCATCTATGCCAGCTACGG +GAGTAGCTTTACCATTTATAAGTATGGGAGGAACCTCGCTAACCATACTTATGGGAGCAG +TAGGTATAGTGCTAAACATCTCAAAACATGTCAAAATTAATTAACAGGAGAGGATTCAAT +GAGAGTTTTATTATCAGGTGGAGGAACTGGAGGTCATGTTTATCCAGCTATCGCCATTGC +AAATAGAATAAAAGAACAATATCCAGATGCTGAGATAATATTTGTTGGAACAGAAAAAGG +AATAGAATCTGAAATAGTTCCGAAATATGGATATGAATTAAAAACTGTTACAGTTCAAGG +TTTTAAAAGAAAGATAGACTTCGATAACGTAAAAAGAGTATTTAAATTATTCAAAGGATT +AGAACAATCAAGAAAAGTTGTTAAAAAGTTTAAACCGGATGTTGTAATCGGAACTGGAGG +ATATGTAAGTGGACCAGTATTATTTAATGCTGCTATGAGCAAAGTTCCAACAGTAATTCA +TGAACAAAATTCTTTCCCGGGAGTTACAAATAAAATACTTTCAAAGGTTGTTACAAGAGT +TTTAACTAGCTTTGAAGATTCACATGAAAGATTCCCAGAAGGAAGCCGTGATAAATTAGT +TTTAACAGGAAATCCAGTAAGAAAAGAAATATTAGTAGCTAGGAAAAATATCGCTAGAAA +AAATCTAGGAATAAGTGAAGATAAGAAAATGGTACTTTGCTATGGAGGTAGTGGAGGATC +TGAAGAAATAAACGATGCAATGAAAGTTGTAATAGAAAATATGGTTAAGGAAGATATAGC +ATTTATATTTGCTACAGGTAAGTATTACTATGAAGAATTTACAAAGAGTATAGAATATCT +AAATTTAAAACCATATCAACAAGTAGTTCCATATTTAGAGGATATGGCAAATGCACTAGC +TGCAAGTGATTTAGTTATAGGAAGTGCAGGTGCGATATCTTTAGCTGAGATAACAGCATT +AGGGAAACCATCAATAATAATACCTAAGGCTTATACTGCAGAAAATCATCAAGAATATAA +CGCTAAAAGTATAGAGTCAAAAGGTGCTGGAATTGCAATATTAGAAAAAGACTTAACACC +TAAAACTTTAAATGAAACTGTATTTAGACTATTAGGGGATAGAGAACTTTTAATAGATAT +GGAAAATGCAAGTAAGAAAATTGGAAAACCCGAGGCAATAGATTTAATTTGCGATGAAAT +TATCAAGATATATGAAGAAAAAAATAAAGTAAAAAAATCTAATATAGAAGACAAAAATAC +AGATATAAAAGAAAAAGATGAAAAAGAATCATCTTTAGACAATAATAATGATTCTAAAGA +ACAACCAAAGGTAATAGGAATTAAGAAAAAGTAACATATAACCCCCTTAGTACATAGATT +TAAATTATAGGCATTTGGATTTAAATCTACTACTAGGGGGGTTAATTTTGTCTAAGTATA +TAATACACGGAGGTAATAAAATAGAGGGAATTTTGAATATTAGGGGAGCAAAAAATGCTA +TATTACCTATAATGGCAGCAACAATACTTAATGAGGATAAGAGCATAATTCATAATGTAC +CTAGTATAGCTGATGTATTTATTATGATAAAGATACTAGAAAGTATAGGCTGCAAAATTG +AATATAGTGAAGATACCCTGATAATAGAAAGTTCTGGTATAAATTTTCATAAAATAGATG +AAGAGTATGTAAGGAAGATGAGATCATCAATAATTATTATGGGAGCAATGATAGGCAGAC +TTGAGCATATAGAAATCAGTCATCCTGGAGGATGCGCTATTGGTGCTAGACCGATAGACT +TGCATTTAAAAGCTTTAGAATCTCTAGGTGTTATAATTGAAGAGGAAGATGGTGTTATTA +ATTGTTACAGAGAATGTCTAAAAGGAAATGATATAAGATTTGAAAAAACAAGTGTGGGAG +CAACTGAGAATGCTATGCTTGCTGCAGTAAAATCTAAGGGCGTAACAAGAATATATAATG +CAGCTAAAGAACCGGAGATAGAAGATTTACAGAATTTTTTGAATGCCATGGGTGCAAAGG +TAAAAGGTGCCGGAACAAGCTATATAGAAATAGAAGGTGTAGAAAAGTTAGGTGAAGTAG +AATATAGCGTGATACCCGATAGAATAGCCATAGGAACTTATATGGTAGCTAGCGCTATAA +CTGGTGGTAGACTAGAAGTTGAAAAAGCAATAAGACCTCATATGGAACCTATAAGTAATA +TTTTAAGAATGGCTGGATGCGAGATAGAGTACACAACAACTGGATTAAATCTATTATCTC +CAAAAATAATTAAAGCTGTTGATTTAATTAAAACTTTACCACATCCAGGATTTCCAACAG +ATATGCAGTCCCAAATGATGGCTTTAATGACATTATCTGATGGTCTTAGCGTATTTTTTG +AAACTATATTTGAAAATAGATTTATGCATTGTAAAGAGCTTATGAATATGGGGGCTGATA +TACGACTTATTACAGATAAAATTTGTGAGGTAAGAGGTGTGGATGCTATTTATGGAGCTA +AGGTTAAGTCTACAGACTTAAGAGGAGGAGCTAGTCTTGTATTAGCGGCATTAGCAGCTA +AGGGTGAAAGTGAAATCTCAGATGTTTATCATATTGAAAGAGGATATGAGAATATAGAAA +ATGTACTTAGGAATTTAGGTGCAGATATTAGGAAAATATAAAGGCTCAAAATAGAGCCTT +TTAATATATATTAAAACATAAAGTATATTTACGGCGTAAAATTATACTTATTGTAAAAAT +AGTATTAAAATTGCTTTCAAAAGTATAGTTTATTATGTAGGGAAATATAATAATAAAGTT +GTATTTTATAATTATATTTATAATGGGGGGTGAATGCTTGAAAAGAAGAAAAAAGAAGAA +AAAGACAGATAGGGTAATTATAGTTTTAGTTTTTGTTTTGATGATATCATTAGGATCAAT +AGCCTTTTTAAAAAGTAGTATTTTTAATCTAGGCAAGATAGAAATTATAGGCAATAAAAA +TTTAAAAGAAAATGAGGTTGTTGATTTAGAAAGTTTAATGACTAATAAAAATATATTTAC +CTATAACTTAAAAGGTATCAAGAATGAGATATTAGAAAATCCTTATGTAGAAGATGCTCA +AGTAAAAATAAAACTTCCTAATAAAATAATAATAACTGTAGACGAAGTAGAAGTTGTAGC +CTTATTATCTAATGGAAAAGATTATTGTTACATAGATGATAAGGGAAATTTAATTAAAAA +AATTGATAATATAGAAGAAAATAGTGATAAAATAGTATTTAGTACAGAATATTCTATAGA +AAATGGACAAGTAATAAATTTTAAAAGTGAAGAAAATAAGAAAAGCATATTAAATTTAAT +AAGTGCTCTAAAAGGAGAACATTTAGAAAAAGAAATTGTAAAAGTAGAATATACTAATGA +CTCTAAATTAAATTTAGAATCAAAGATAGGAGCTAAGTTTTTACTTATTAACGATGATAA +TCTAAATTATAATATAGCAAGAACAAGCAAAATACTTTTAGATCTAAAAAATAAAAATAT +TAAAGATGGTGTTGTGGACTTAACTTATAGCAACTATGCTGTATATAAACCAAGTTGATA +ATCAGCAAATGAGGAGTGATATATTTGCACAAGAAAATACCTTATAAAAGCTTAGTTATA +GTGACCACTATATTAGGAGTTTTTATAAGTTTACAGTTGAAAAGTATAAATATAGAGAAT +AATGGAATGACAACCCTCAAAAAGGGAGAACAGCTAAAACAAGAATTAAAGTCATTAAAA +AAAGAAGAAGAAGAATTACGAGAAGAAATTAAAAATATTCAAAATGATATAGACAGTTAT +AAAAATATGGAAGACGGAACTACAGAAGAAAGTATAAAAACAGAAATTAAAAAATATGAA +GCATTAGCAGGTTATACAGATGTAGAGGGCGAAGGAATTAAGGTAAGTATAAAATCTACA +AATAATAATCTAAGTGATGATTCAAATAACAGCATAGTTTATAATTATGATTTATTACTA +TCACTTATTAACAAATTAAATTCTGCTCAAGCAAATGCAATTTCTATAAATAATCAGCGA +ATAGTATATGATTCATACCTACACTTAAAGGACGATAAACTATATTTAAATGATATAGCT +ATAAATGAGCCATTTATTATAAAAGCTATAGGCGATTCGGATACTTTAGCATCTGCACTT +CAAATCAAATATGGAATCATATGGGAAATAGAGAAGTACTATGATGCTAAAGTTACAGTT +GAAAAGAGCGATAATATAACCATAGGGGCTTCTAGTGAAAAAAAATACTTAGAGGATGTA +GAAATAAATGAAGATTAATAAAAGTAAGATAAAAACAAAGCAAACCTTAATTTTATTAAT +AGCATTCGTGTTAGGTATATTTATAGCTATATATTTAAAGTCAATGGATTCTAATAATGT +ATATATTTCTTTAGAAGAAAAAAGACTACTTGAAAGTGAGATTAATAATAAAAAAGTAGA +AATATCTAATTTAAAAAAGAGAAAAGAAGAATACGAAAAGAGTTTAAAGGCCTATAAAGA +GGTTATTAAAAATGAAAATAAATCTATAGAAGAACTGATGAATGAAGAACTAGATTATTT +AAAAGTAATAAGTGGGTATTCGAGTATTGTAGGAAGTGGGGTAGTTATAACTATAAAAGA +CAGTGAAAGAGAACTTTCAAGTGGAGAAACCCCAAATGACTTACTAGTCCATGATATAGA +TATATTGAGAATATTAAATGATTTAAAAAAAGCAGGATCAAAGGGAATAGCAATAAATGG +TGAACGAGTTTTACCTACGAGTGAAATAAAATGCTCTGGAGCTACAATTACAGTTAATAA +AACAACTTATGGACAACCTTTTATAATAGAAGCAATAGGGGATACTGAATCATTAATGGC +AAGTATAAATGCTCCACAATCATATGCCAGTTTACTAAGGAGTGTATATGGAATTTATAT +AAATATAGAAGAAAATGAAGAAATAACATTAAAATTTTATGAAAATAATAAATAAAAGTA +TAAAAAGCTTGAAAAATAGAACTATTTCAAAGTAAAATAAAGAAGGTGAGTATTTATGTT +ATGGATACTAGGAGGACTAGCACTAGGAGTAGTTATTGGTTATTATATTCCATTTACTTA +TCCTATGGATTACTCCCTTTATATGTCTGTTGCAATACTTGCAACCTTAGATTCTATCTT +TGGTGCAGTAAAATCAACTTTTGAAGGTAAATATGACAATATAATATTTGTTACTGGATT +TATTGGAAATTCATTATTAGCTATATTCTTAACTTATATAGGTGATAAGCTAGGGATACC +AATTTATTATGTAGCAATTTTAGTATTTGGATCTAGATTATTCGACAATTTATCAATGAT +AAGAAGACATATTATTTTAAGGTTAAGTAATAAAAAAAGAGGAAATTAAGTATTTTTATG +GAATAAGTTAGTTAAATGTTAACAAATTTTGTAGATTAAATGATATAATTATTACATAGA +TTTACTTTGAATCGTAAAATAAGGAGGTTTATAAATGCTAAACTTTGACGTAGAATCAGA +CAATTTTGCGCAGATTAAGGTTATAGGTGTCGGTGGAGGCGGAAATAATGCTGTTAACCG +AATGGTAGAGGCACAACTTAAAGGTGTTGAGTTTATTGCAATTAATACTGATAAGCAAGC +TTTATACACATCTAAGGCTGAGTATAAAGTTCAAATAGGAGATAAACTTACTAGAGGACT +TGGAGCAGGAGCTAATCCTGAAATTGGGAAAAAAGCAGCTGAAGAAAGTAAGGATGAAAT +ATTAACATTACTTCAAGGTTCGGATATGGTATTTGTTACTGCTGGTATGGGCGGTGGAAC +AGGTACAGGAGCAGCACCATTAGTTGCTCAATTAGCTAAGGAAATGGGGATACTTACAGT +AGGAGTTGTCACTAAGCCTTTCATATTTGAGGGAAAGGTAAGAATGAAAAATGCTGAAAG +AGGAATTGAAGATTTAAAAGCAAATGTTGATACTTTAATAACTATACCAAATGATAAGTT +ATTACAGTTAGTACAAAAGAACACATCTATGCTAGAGGCATTCTCGATAGCAGATAACGT +ATTAAAGCAAGGTATACAGTCAATATCTGACCTAATAGCAGTACCAGGTCTTATAAATCT +AGACTTTGCAGATGTTACTTCAATAATGAAGGAGCAAGGTTTAGCTCATATGGGTATAGG +TACAGCTGTAGGTGAAAATAGAGCTGTTGAAGCTGCTAGAGAAGCAATACAGTCTCCGCT +ACTTGAAACTTCAATTAAAGGAGCTAAAGGGGTATTACTTAATATAACAGGTGGTTCTAA +TCTAGGATTATTCGAGATAAATGAAGCATCTACATTAGTACAAGAATCATGTGATCCAGA +AGCTAACATTATATTTGGAGCATCTATAAGAGAAGACTTAGGAGATGAAATAAGTATAAC +TGTTATAGCTACAGGATTTGAAAGTAATCAACTTCAAGATATGAGAATAAATGATACTAT +AAGCAAGTTCACTACTAAGCCAGTTGAAACTGTAGTTGAAAAAAAAGAAGTTGAACCTAT +AAAAGAAGTAGTTGCTGCTAAAGAAGAACCTAAAAAAGTATCTTTAACTGAAGAAGATGA +TGATATGATAATACCTACTTTTTTAAGAAGAAGAAGATAATAAAACGTATATTTTAAAAT +GAAGGAGATAACCTATGGTTATCTCTTTTTTATTGCAAGGAAATGATAATTTATATATAA +ATCAAAAATGTATTAAGAAGATTAATATGTTAATTATAAAATTTTTCATATAAATATATT +TATTAGAATAAAAATAATAAGTAATTTATAACTAAATTTTACTTATAAGTATTTTATTCT +ACAGTTATATTCTACTAATAGAGACTATAGATATATTAGTAGGTAAGAAATAGAGAAGAA +TAGGTTTGAATTTGAGTATTTTTATAGATTCTATGGTTATGTTTCGACTGTTAATATTGA +CATAAAATTCTGTGGTGAGTAGTTTATAATGAACTAAAGGTTTATGAAGAGGAGGAGTAG +GTAATGTATATTGATTCTTACATTATAGAAAACCTACTAATAAATTATATTATTATAAGT +TGTACATCTATTCTAACAAAAAACTTTAATAGTAGAAAACAGAAATTCCTTGGCTCAATA +TTAGGCACGATATATTCAGTAGCATACATATATCCATCATTAAAAATTTTATTTACGGTA +CCATCAAAATTTATTTTTATAATTATCATTACATTAATATCATTTCAATATAAGAGTAAA +AAAGAGTACATAAGAATACTCTTGATGTTTTATTTAGTTAATATTTTTATTTCTGGGAGT +ACATATTTCATAATTTACTTTACTGGAATTAGCCATTTGAAAATTTCATTCTTAATATCA +TGTGCGTACTTTAGTTGTAAACTTCTTCAGTATATATACAGAGATATAAAAACAATTAAA +CATCTTAAAGAATTTACTAAGACCATAACAATTAGTTTATTAAATAGTAACTGTAAATGT +GAAGCATTACTAGATAGTGGTAATTTTTTAAAAGATCCAATAAGTAAAAGTGATGTGGTT +ATAGTAAAATCTAGTATTTTAAAGGAGTTGCTACCAAAAGTAGAGCTTAATTATAATTAT +GAGGATGTAAGTGTATCAAAAGTTGATGAGATAATAAATGATTTAGATGATGATTTATCA +GCTAGGGTTAGGCTTATCCCATATAAACATGCTGGTAGTAGTCAGGCTAATATGATTTTA +GGTTTTAAGGCTGATTACTTAGAAATAGATGAAAGAAAATTTGGAAATGTAATTATAGGA +GTATCAAATTTTAAAGATGAAGAATATGGCGCCATATTGAATCCAAACATTTTATCATAA +TCTAAAGAAATTGAAAAATCTAAAGGGGGAGTGTAAAATGAAGTCTCTATTAGGAAAATT +TATTACAAAATGTAGGGGAATAATTTTAAAAGTAGGTATTAAATTAGGTATCATAAAATC +AGATAGTATTTATTATATGGGAGGAGTAAATATATTACCACCTCCGTTAAAACCAGATGA +AGAGAATGCTTTGCTACAAAGATTAGAAAAAGATGAAAGTGTTAAAACTACATTAATTGA +AAGAAACTTAAGGTTAGTTGTATACATATCTAGAAAGTTTGAAAATACAGGGATAGATGT +TGAAGATTTAATATCAATTGGTACTATAGGATTAATAAAGGCTGTAAATACATTTAAACT +AAATAAAAATATAAAGCTAGCAACCTATGCTTCTAGATGTATTGAGAATGAAATACTTAT +GTATTTAAGAAAAAATAATAAGAAAAAGGTTGAAGTATCTTTTGATGAGCCATTAAATAT +AGATTTAGATGGAAATGAACTTCTGCTTTCTGATGTATTAGGAACTGAGAATGATGAAAT +TTATAAGATAATAGAAGAAGAGATAGATAAAGATTTGTTAATTATGGCATTAGATAGATT +ATCTGAAAGGGAAAAGCAAATTATGGAATTGCGTTTTGGACTTACTAATAAAGGTAATGA +AAGAACACAAAAAGAAGTTGCTGGAATGCTTGGAATATCTCAATCTTATATATCTAGATT +GGAAAAGAAAATAATTTCAAGATTAAAAAAAGAAATGAAGAAGTTTGTATAATATAAATA +ATTCCATCTTAAAAGTATAAAAATATATGATGTGTAAATAATTTCATATATAACAAATCT +TTTAAGAGAGGACTGAAACTTATGCAAATTAATAAAGTTGAAATCTGTGGTGTTAATACA +TCTGAGCTTCCAGTTCTTAAAAATAATCAAATGACAGAGCTTCTTATAAAAATAAAGGGT +GGTGACGAAGAAGCTAGACAACAATTTGTAAGAGGAAACTTGAGATTAGTTTTAAGTGTA +ATACAAAAGTTCAATAATAGAGGGGAAAATATAGACGATTTATTTCAGATAGGATGTATA +GGACTTATAAAGGCAATTGATAATTTTGACTTAAGCCAAAATGTAAGATTTTCAACTTAC +GCAGTGCCTATGATAATAGGTGAGATAAGGAGATACTTAAGGGATAATAACCCAATAAGA +GTTAGTAGATCATTAAAAGATATTGCATATAAAGCTTTACAAGTAAGAGAAAGGCTTGTT +AGAAGTAATGCAAAAGAGCCTACAGTGTCAGAAATAGCTAAAGAACTTGAACTAGAAGTC +GAATCAGTGGTAATGGCATTAGATGCTATACAAGATCCTATATCTTTATTTGATCCGGTT +TATCAAGATAATGGGGATGCAATATTTGTTATGGATCAAGTTCAAGATAAAAAGGATACA +GATGAAAATTGGCTACAAGAAATTGCTTTAAAGGAAGCTATCAAAAAATTAAACAGCAGA +GAAAAACTAGTATTAGATTTAAGATTCTATAAAGGGAGAACACAAATTGAAGTTGCAGAT +GAGATAGGAATATCTCAAGCTCAAGTATCAAGAATAGAAAAAAATGCACTCAAAAATATG +AGAAAATATATATAAAAATTAAACTTAATGAGCATGCCTCAAAATAAATTCACATAATAT +AAATAAAAGAGTAGAGATACTAAGTGAATTACATAATAGAGGCGGCTCTTTTTTCACGTT +TAAATAAATTATTTTAGATGACTTTTTTATTTTAAACTTAAATAGTTCTTTTTTTTTGGC +CAAGTACATATTTATTTTTTAGAGGAGGGAGATTATAATATGATGAGAATATCTGATATA +ATGGAGAAAGAAGTTATTAATATAAAAAACGGAAAGAAAATGGGATTCATAACAGACATA +GATTTAGATATTAATGAAGGGAAGGTAATGTCTTTTACAATACTAGGTGACTCTAGAAAC +TTTTTTTCAAGAGGAGCTGAAGAAGATGTTGTATTCTTTAGTGATATATTAAAGGTAGGT +TGTGATACAATAATAGTAAATTTAGGTTCAGATATTAATCTTGATGAATTTAATATAGAC +AAATTATAGAAAATAATAGACAAAAGAAACTTAGGAGGAAGAATATGCAGTGTCCTTATT +GTAATTACAAAGAATCAAAAGTAGTAGACTCAAGACATACAGATAGTAAATCAATAAGAA +GAAGAAGAGAGTGTGAGTCTTGTAAGACTAGATTTACTACTTATGAAAAAATAGAAACGA +CTCCAGTAATGGTTGTAAAAAAAGATAATACAAGAGAATATTTTAGCGGAGAAAAAATAA +AACATGGAATATTAAAGGCCTGTGAAAAGAGACCAGTATCAATTGAGCAAATAGAAGAAA +TTGTATTTTATATTGAAAATGAGATAAATAAAAACTTTACATCAGAGGTTGAAGCTAAAG +AAATCGGTGAAATGGTTATGGAGAAATTAAAAGATGTAGATGAAGTATCTTATGTTAGAT +TTGCATCTGTATATAGACAATTTAAAGATATAAATACATTTGTAAATGAACTAAAGAATA +TCTTAATAGAAAAAGGAGACTAAAGGTGGAAAATTACATAAATGTTAAGAAAGTTAAAGA +AAAATTAGATTTTGTTAATTTAGCTATAACTACTAAAAATATAGATTCAAAAAATAAAGA +AGATTTATTAAATACTTTTAATAACGATGAATTTAATCTTGAAAATTTAACAAGTAATAT +TCAAATTCATTCTGAAATAGTTAATCTTATTGATGAAAGTAATATAGGATCTAAAAATGA +GGGAGATGCACTTATTACAAATGTAAAAGAAGTGCCTCTTCTTGTTTTTACAGCAGATTG +TGTTCCTATAGCAATTATTGATAAGAAGAATAAGGCTATAGGTGTTGTACATGCAGGTTG +GAGGGGGACTTACTCTCAAATTGCTAAAAATACAATAGAGTTAATGAAAAAAGAATATAA +TACTGATGCAAGAGACTTACTTTGTGTTATAGGTCCATCAATAGGATCATGCTGTTATGA +AGTGTCGAAAGATTTAATTGAAAAATTTAACATAATTCTTACAAACTGCAAAGAAAAATT +CTATATAATAAAAGAAGGAAAGTATTATTTAGATTTATGGAAAGTTAATGAATATGTATT +AAAGACTTGTGGGGTCAAAGAAAAAAATATAATTAACTTGAATATTTGTACTAGCTGTAA +CTCAGATAGGTTCCATTCTTATAGAATTCATGAGAAGACAGATAAGAGGATAGGAATGAT +ACTACAGATAAAATAGAGAGGAGAATAATTCTTATGAATACTAAAATTCTTGTTATAGAT +GATGAAATGCATATAGTAGAATTACTTAAGTTCAATTTAGAAACAGCAAACTACGAGGTC +CATTATTCTTACGATGGATTTGATGGATTTATAAAAGCTAAAGAGGTTAAACCAGATTTA +ATTCTTTTAGATTGGATGCTCCCAAATATAAGTGGGATAGATGTTTTAAGAAAAATAAGA +AGTGATAAATATTTACAGAATATTCCTGTAATAATGCTTACAGCAAAAAATATGGAAGGT +GATAAAGTAGAAGGATTAGAAGTAGGTGCTGATGACTATATAACAAAGCCTTTTGGTATA +AAAGAATTATTAGCTAGAATTGTATCTGTGCTTAGAAGATACAATTTAAATACAAAAGTA +GAAGATGATGTTTTAATATATAAAGATATTAAAGTAGATCTATCAAAACATGAGGTTTTA +AAAAGTAATGAAAAAATAGATCTTACTCTTAAGGAATTTGAATTATTAAGATTATTACTT +CAAAATAAAGGTAAAGTTCTTTCAAGAAATTATTTATTAGATAAAATATGGGGTTATGAA +TACTATGGAGAAACTAGAACTGTAGATGTTCATATAAGGTATTTAAGAAAAAAAATAGAA +GGAAGCAATGAAAAGTATATAGAAACTATTAGAGGTGTAGGGTATAAAATTGATTAATTT +TATATTTTAGGAGAATAAAATTATGAATGAATTAGATAATATATATTTTTTTATTACATT +AGCTTCTATAACCATAACAATATTGTCTCTTAGATATACTATAACAATAAAAAGATACTT +AGAAAAATTTAGAATAGTTTCAAAAAAAGTAAGCAATAAAGAATTTCATACGAGGTTAAA +TATATCTGCAAAGGGTGAATTAGGAGAGCTTACTAATAATTTTAATTATATGATAGAAAA +AATGGGTGATACAATTGAGGAAGTAGAATATAAACATCTTCAATTAACATCTATTTTGAA +AAGTATTTCTCATGGTATTTTAGCTATAGATATAAGTGGAAATATACTTTTAATAAATGA +TGAAGCTAAAAAGATAATCAAAGCTAATAAAGTGGTAGAAGGTCAAAATATTAATTCTGC +AATAAAAGAAGAAAAAATCCTTAAGGTGATTTCTAAATTTAGAGGATCTAATAAAAATGA +AAGAGCAAAAATCGTAATGGAAGACGAAACTGTATACAATATTAAGGTAGATCCTGTTTA +CCTACAAAATACAGTTAATGCAATTATAGGATCTATAATAAATATAGAAGATATTACACA +AAAGGTTAAACTTGAAAATATGAGAAGCGACTTTGTTGCTAATGTAACTCATGAGCTAAA +AACGCCACTAACATCTATAAGTGGGTTTGTTGAAACATTAAGGTTAAATGAAAACATAGA +TACTGAGACTAGAAATAGATTTTTAGGAATAATAGAAACTGAATCTGATCGATTAAAGCG +ATTAATAGATGATATCTTGTTTTTATCGTCTATAGAGAATACAGAGAGTAGAGTTCTAGA +AAAGATAAATTTATATGATACTTTTAAAGATGTGAAGGATATGCTTAACTATATTGCTGA +AAGTAAAAAAATTACATTTAGTTATGAATTCCTAGATAAATCTTTGTTTGTTGTATCAAA +TAGAGATTATATAAAGCAGATATTTTTGAATTTAATTGAAAATGCAATTAAATATACTCC +TGAATATGGAGAAGTAAAAGTAATAGTGTCGTCTAATGAAAATGAAATAATATTGCAGGT +AATAGATAATGGTGTAGGTATTCCTAAAGAGGATATACAGAGGATATTTGAAAGGTTTTA +CAGGGTAGATAAGGCTAGAAGTAGGGATGTAGGCGGTACCGGATTAGGTTTAGCAATTAC +TAAGCATATTGTAAAATCATTAAATGGAATGATTGAAGTAAAAAGTGAATTGAATAAAGG +TAGTGAATTTATAGTAACTATACCTAAAAAAATTTCCTAGAATAATAGGAAATTTTTTTT +TGTTTTTGTACAAACTAATCTTATGGTAATTTGAATAAAACTAAATGATAAGGAGGAAGA +CTAATGAAAGAGAGTTTAGTGAATGATGATTTATTTAGACATGCGTTTATAGTAGCTTTA +ATTATAGGAACTCTTTGCAGAGGATTTGTTCTAAGAGTAACAGATAAGCAATATCCAACT +CGACCATTAGATTATTTAGAACAAATAATAATAGCAGGTCTTTCTGCATCCCTTGGTGCA +ATAGCATTACCAGCTCTTATAGATAAAGAATTTTCAGCATTAACTTTCTTTGCAGTAGGA +ATTCAACAATTCCAAGGATTAGCAGGACAAGAAAGAATAACTTTAGAAAATCTGGATAAT +GATGAAGTAGTGCCTAAAGGTGGGGCATATGTAGAAGAAATTGCTTCAACATATGAAACT +AGAAGTTATATAAGTTTGTTTTCTTCTTTAGTAGCCTCTACTGTATACATAGTGATAGCC +AGAAGATATGATCTAAGTCCAATAATATGTACTTTAGCTGCAGCAATAGGTGGTGGTATA +GTAGGTTTGATTTTTAGATATGCTCTAAGAAGAAATAGCATTGGAGATGTGGCAGATGTA +GTACCTGCTAAACTGCATTTTGATGATACTATACTTATGGTAAATGATGTGATTATAACT +AATGTAGGATTAAAAGATACTAGGGATAGATATTTAAATAAAGGTATGGCAGTTGAGATA +ATTCCTAAAAGTATGTCTGATTTTGGGATTATAAATGATGTTGGTCAAAGGCAAGCTATA +TTACATAATATATTTATTCATATGGGAATAGATAAGGATGTAGATGAGGTTGACATTTTG +GCTGTATCTAGAACTGATTTAGATAAAAGAACAGTTGTTATACCTTATATACCTATTTTA +CAAGATATGGAAGCGTTGAAGCAAGTTATTAAAAGTACTCCTATTATAGAAACGGCCAAA +GGAAAACAAAGTGCTTACAAGAAAAAGCCAATTTTTTTTAAATAAGAGGTGATTAAATGG +ATAAGGTTTTTTTTATAGGTATTGTAGTTGGTTTAATTTCTAGGTTAATAATGTTAAATT +TAGATCAAAAGCAATATCCAACACAGCCTAACGTATTAGTATCTCAGATGGTACTAGCTT +TCGTAGCATCATCCTTAGGCGCCCTTTTAGTACCGGCTTTGATAGAACGATCATATACAT +CTATAACATTTTTATCATTGGCAGCAGAGCAATTTAGGCAAGTTAGAGAGAATAGAAGAA +ATACACTTCAAAATTTAGAGGATTCACAGCTAGTAAAAAGGGGTAACTCTTTTATAGAGG +AGATAGCTAGGACTTATGAAGTCAGAAATTATATGTGTATAGTAACATCGTTTCTTACTG +TAGGAATGTATTATTTAATTGTATCAGAATTTAAATTAAATAATAATATAAGTATAGTCA +TAAGTACATTGTCAGGACTGATATTAGCTTTTATCCTTAGAAAAACGTTGAAAAGAAAAA +GTATAGGAGATATTGCAAATGTATCAGTAGTTGAAATTGCTTTTGTTGATGATGTAATAA +TGAAAGTTGGAGATTTAAGTGGAATAACTAATGTAGGTCTTAAAAAGGATAGAGAAAGAT +TTATTTCAAAAGGAGTAGGTATAGAAATAATACCGAAGGACAATAGTTATACTAATGCAT +CTATACTTTATGACTTAGGACAAAGACAAGCTATAGCGTATAATCTTTATTCAAGGTTGG +GAGTATATAGAGAGGGCAACGAGCCAGCTTTTGTACCAATACCAAGACGATATCCTAAAA +ATGAAAGCATTATGATAGCGTTCGTACCTATGGAGAAAGATATAGATAAAGTAGTAGAGG +CAGTTAAATCATGTCCTATTCTTTCTAGTTCAAAAGGAAGATACTTATCATTAAAAAATT +ACAAAATAGATAAGAAAGGAAGTGCATAAAAGTGGGAAATAATGTAGGTTTAAATGAATA +CACCCTAGCAGTAATAACAACTGATAAAAATATGAGTCCTGTTGGAGGTTGTCCTATATT +TTATGCAAATGATGATAAAGACTTGCAAAATAAGGCATTATTAATGTCTAAATGTGTGTC +AGGTATGGTTCATCAAATAGCAAAAGGAACTCTAATAGTAGTTAAACACTAAATTGTGAA +GGTACCTGTGGGTTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAA +TTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCA +A +>MGYG000000001_14 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAATTATATAACGGCTTTTTTATTATTTTTCTATATTATTTCTTAAACTAAATA +TTCTAAATGATTTTTCTCTAATCTTAATATTAAATAACCCCTTATTAAACAATCCATCTT +CCTTCTCTATTAATTCTCCATACTTTTTAGGTATGTATTTTATGGGTAATTCTTCTAAAA +TATCTGCATTTAAATCTATAGTTATACTTTGTTCATCTCTAGATCTATTTATTAATATTA +ATAAATCTTCTTCTTCTGAATTTTTATCATATCTAATATAACCAAATACATCATTGTTAT +TAGTATATAAGAACTTAGTATCACCATAAGTTAAAACTAAGCGTTTCTTTCTTGTATTTA +TAGCATTTCTATAAAATTCAACCATATCCTCATCTTCATTTTTCCATGGATATGTTCTTC +TATTGTCAGGGTCAGTATTACCTTCTAATCCGGCTTCATCACCATAATAAATATAAGGAA +TTCCTTCAAAAGTCATTTGTGTGATAACAGCTAACTTAACCATATCTTTATCGCAATCTA +ATTCAGTTTTAATTCTTTTTACGTCATGCGTTCCAAGTAAATTTAAATTAGCTTTAAATG +ATTCACTAGGATAATTTTCTTTTACTTCCATATAACTATTTGTTAATTCAAGAGAATTAC +ATTCTCCTTTTAAAAAGGATACTATATTTTTTCTAAAAGGATATCCTAATACTGAGTCCA +ATTGATCTCCTGTAAGATAGTTTCTTCTTTTATTATAACTTATCTTATTAGAAGCATCTT +CCCAAACCTCTCCAGCTAATATAGCATCCTTATCTACAGACTTTAACTCTTTTCTTAATT +CTTTAATAAATTTCGTAGGAAGCTCATCTGCTACATCAAGTCTCCATCCTTTTACTCCCA +TACCTGTCCACTTCTTAATAACACTATCTTCATCATACATAATATAATCCATGTAAGATG +GGTCTAATTCATTTACATTTGGTAGTGCTTTTATGCCCCACCAACTCTCATATTCATCAG +GAAATTCTTTAAAATTGTACCAAGAAGCATATTCAGAATCTTTAGATTGATATGCACCTA +AACTATCATAGTTTCCATATTTATTGAAATATTTACTATCTGCTCCTGTGTGATTAAATA +CACCGTCTAATATTATAGATATACCTCTAGCGTTAGCTTTTTCTATTAGTTCAGCGAATA +TCTCTTCATCACCAAACATAGGATCTATATTTTTGTAATTGCCTGTATCATACTTATGGT +TGCTAGATGCTTCAAATATAGGGCTTAAGTATATTATACTAACACCTAATTTTTTTAAAT +AACCTAGTTTATTTATTATTCCCTTTAAGTTTCCTCCATAGAAATCCCATCTAATTATAT +CTCCATTTTCGTCCTTTATGTACATTGGTTCATCATCCCAATTTGCATACATAAAAGTAT +TCTTCTTCGGATTACTAAGTTTATCATTTCTGTTACCATTATTAAATCTATCCACAAATA +TGTGATACAGTACACCTTCTTTATACCATGTTGGTACATTTACATCATCATATACCGTTA +TTTGATATTTATTTATTCCTTCATAGGAATATTCAAAAGCCTGTCCATCTTCATTGCTCT +TTCCATAAAATACTTTTTGTACATTTCCATCTATATTGACATCGACTTCAAAATAGTAGA +AGTATAAACCTGTTTTTCCAAAAGGTTTAATTTTACAATAAAAAGTTTTCTCGTTATCGA +TATTTTGCATTTCTTTTAATTCTATTTTCTCATATATAAAAGTACTTAAATCTTCATTTT +CCCCCAAAATTACCATTGATATATTGTATACATCGTAGTTTTTATTTGAAACTACATTTA +TAATTGCTTCTTCCTTAATATTCAAGGCTCCAAATGGAGCCTTGAATTTTTCATCCCAAG +AATTATAGTTTATTAAATTTCTCATTTATCTCACACCCTCTAAACCAAATATCTCTGCCA +TATTCTTTTATAGTTCTATCACTTGAAAATACACCAGAATTTGCTATATTTATTAAAGAC +ATTCTGTTCCAATCATATTTTTTCTTATAAAGTTCACTTAATTCTCTTTGAGCTCTTTCA +TAGTCATTGGCATCTCTAAGTACAAAATACTCATCATTGTAAGTTATTAAAGAGTCGTAA +ACCTCCCTGCCTTCTTTACCCAAATTAGGTATAAATCCATTAATTAAATCATCTACAACT +TGCTTTAACTTCAAGTCTGTATGATATAAGTCAATTGAGGAATATCCTCCGTTTTTATTA +TAGTTTAATACTTCTTCAGCTGTTAAACCAAATAAAAACATATTTTCTTTTCCAATCAAC +TCATGAATTTCTACATTTGCACCATCCAATGTGGCCATTGTTATAGCACCATTCATCATA +AATTTCATGTTACTAGTTCCTGATGCTTCCTTTGTAGTCGTTGAAATTTGTTCACTTACG +TTCGCAGCTGGAATTATTAATTCCGCTAATGAAACTCCATAATTCTCTATAAATACTACT +TTTAACCTTCCTCTTACTCTAGGATCATTATTAATTAAATCAGCTACAGAATTTATTACC +TTTATTATACATTTAGCTAGATAATATCCTGGAGCTGCTTTTGCTCCAAATATAAATGTT +CTAGGTTCGATATCCATATCTGGATTATCTAATATTTTATGATATAAAGTCATAATATTA +ATTAAATTTAACAATTGTCTCTTATACGCATGTAATCTTTTTACCTGTACATCAAATATA +GAATTTGGATCTACATCTATATCATATTTATCCATTATATAATTAGATAATAAAACCTTG +TTATTATATTTTATTTCATCTAACCTATTTAAAACATGATTATCACCTTTATAACGCTCT +AGTTCTTTTAATTTAAAGGTATCTGTTTTCCATTCCTCACCAATTAAATTGGTAATTAAC +TCACTAAGCTCTGGATTAGCGCTCATTAACCATCTTCTATGAGCTATTCCATTGGTTTTG +TTATTAAATTTGTAAGGTGTATCATTATAAAAATCTTTTAATACTTCTCTTTCTAATAAT +GTTGTATGAAGTTTAGCAACACCATTGATACTATAACTTGATGCTATACATAAGTTAGCC +ATATTTATATTTCCATTATTGATAATACTCATTCTATTGATTTTATTTTGATCTGAATAC +TTACTATTTAAATAAATTAAATATCTTCTATTTACTTCTTCTACTATCATGTAAATTCTT +GGCAATAATTTTTTCATCATTTCTACAGGCCATTTTTCCATAGCCTCCGCCATTATGGTG +TGATTTGTATAAGATATAGTATTTATAGTTATATTCCAAGCCTCATCCCATGAAAGACCT +TCTATGTCTAATAATATTCTCATAAGCTCTGGTACACAAAGTGCTGGATGAGTATCATTT +ATATGAATAGCTACTTTTTTATGAAGTTCATGTATATTAAGTTTATGCTTTTTATACTTT +CTATAAATATCTTGTATTCCTGCACTTACAAAGAAATATTCTTGTTTTAATCTTAGTAAT +CTGCCTGCATAGTTAGAGTCATTTGGATATAAAACTTGTGATATTTCCTCTGTATAGTAC +TTATAATTTAAAGCTTCTTCATAGCTTCCTGAATAATTTTTTGCATTTGCTGTTGTTTGA +CCAAAATCTCGTCTAGGTATTTCACTTTTCCATAATCTTAGTGTATTCACACTATTATTT +CTATAACCAATTATAGGTATATCATAAGGCATAGCCATTACTGGAATGTAGTTTTTATGA +ATAACTTTTAAATTACCATCATGCTCCTCTAAATATACATCCCCTTCAAACTTTACTAGA +ATTGCTTTATTTGGTCTAACCACTTCCCATAAATAGTTTTCTTGAGTAAGCCAGTTATCA +GGAACCTCAACCTGGCAACCATTTACAAACTTTTGCTTAAACAATCCATATTTGTATCTT +ATTCCATATCCATGCCCACTCATACCTACAGATGCCATAGAGTCTAAGAAACAGGCAGCT +AGTCTTCCTAGCCCACCGTTTCCTAGAGCAGGGTCAATCTCTGATTTTATTAAGTCATCT +AAATCTATACCTAACTCTTTTAGCCCTTCTCTAATACTATTTTCCACGCCTAGATTCAAT +AGGTTGGATTTTAATTGTCTTCCTAATAAAAATTCTATTGAAAAATAATATACTTCTTTC +TCTGTATCAATCCTTGTGTCCACCCATTTCTTAGCAATAAGATCTTTTAATACACTTGCT +AGAACATTTAAATGTTGTTCATTACTAGCTTCATTTATAGGTTGTGCATATAAACTATAC +ATCTTACTTTCAAAGTACTGTTTGAATTTCTTTTTGCTAATTGTGATCATCAAATCTCTC +CTTTAATTGAGAATCCCCTGATATGCCTCTATATATTTCTGAGCTGATTTTTTCCAACTA +TTATCAGTATGCATAGCATTTTCAACTAGCCTATACCACATATCTTTATCTTTATACACT +TTTAATGCTCTTTGAATGCAATACAACATTTCATGCGCATTATAATTTGCAAAACTAAAT +CCATTACCATCACCCGTGTATTGATTATACGGTTCTACAGTATCCTTAAGACCTCCAGTT +TCCCTTACTATCGGCAAGGTTCCATATCTCATAGCTAACATTTGACCTATTCCACAAGGT +TCAAATAAAGAAGGCATCAGGAACATATCACTACCAGAGTATATTTGTTGAGCAAAACCG +CTATCAAAAGTTATTCTAGCAGAAACTTTTTTACAGTAGAGAGAACTATAGTAATTAAAC +ATAGATTGATACTGCTGTTCCCCTGTACCTAATATCACTAACTGTAAATCTTCCCTTATT +AACTCTGGCATAATATAAGATATTAAATCAAATCCTTTTTGTGATACTAGCCTAGATACT +ATACCTATTACAGGAATATCTGGATTTACTTCTAACCCTAGTATTTTTTGTAATTCTAAC +TTATTCTTAATTTTGTCTTCTAAATTATTAGCATCATACTTGAAGAAAATATTTGGATCA +GTCGATGGATCATTTATATCATAATCTATTCCATTTAGAATCCCTTCTAATTTATATGAG +TTTGCCCTTAATAATCCATCTAATTTTTCTCCATAGAATGGAGTCTGTATTTCATCTACA +TAAGTCTTACTTACAGTTGTTACCTTATCTGAAAATACTATACCTGATTTCATAAAACTT +ACTCCACCGTAGTATTCAACATCTCCATTATTGTAATACTCATCAGATAAATTTAATAAG +TCTCCCAACACTTCTTTTCCAAATATACCTTGGTATTGTAAGTTATGTATAGTATATAAA +GTTTTTATATTTTTATATTTATCTAAATGATTATATCTATTTTTCAATATCAAAGGTATC +ATACCTGTATGCCAATCGTTTATATGAACTACATCAGGGTAAAAATCTATTTTTTCCATA +GTTTGTAGTACGGCTTCACTGAAAAATGCAAATCTTTCTGCATCATCTCCATATCCGTAA +AGGTAAGCATATTCCCCTTCCCTTTTAAAGTAATACTCATTGTCTATAAAATAAAATTTA +ATCCCTTCAAATTCCATTTCTAAAAGGCCACAATATTGATTTCTCCAACCTACTTGAACA +TTAAATACAGCTACTTCTTTTAGTTGATCTTTTAAATATGTTGGTATAGTTGAATATTTA +GGTAATATTACCCTTACATCTACCCCTTCTTTTTTCAAAGCTTTAGGCAATGCATATGAC +ACATCGCCTAACCCTCCAGTTTTTACAAAAGGCCAACACTCTGATGTCACATAAAAAACC +TTCATTAAATTTCCCCCTTATATACTTAGATTTTTTTCTATAACCATAGGGTAATTTTCG +TCTCCCCTTAATTCTTTTCCCTCTGATATTGATATATTTTTATCTAATATAACATTATTT +AATACTACATCAGATTCAATAGTACAATTTTGCATTACTACAGAATTCTTTATTACAGTA +TTTTTTCCTATATTAACCTTTCTAAATATAATACTATTTTCTACTACTCCATCTATTACA +CAACCTGTTGCTATAAATGAGTTCTTTACATTAGCATTTTCTTTATATATTGTAGGTGCT +TGATTCTTTTCTTTTGTTAATATTCTTTTATTTGAATAAAGAAGTTCTTGAGATACTTCT +GGTTCTAATAATTCTTTACTCATTTCATAGTAACTTTGAATTGAATTTATACACTTTAAG +TAGCCTTTAAATTCATATGCTCCTACTTGTATATTATTAATTTCATGAGTTATAAAATCT +TGGAAATAAGAATATGTACCTAAATTAACTATTTCATATATACAAGATACAAAGTCCTTA +CGTCTCATTATATACATTTCCATAAATATGTTAGCTCTTGGGAATGTCCCTAAGTTACTA +CCTATATTTATTACTCTATCATTTCCATCTAAATTTAACGTTAAGCATCCTTTAAAATCT +TTATTTGCATTATCTATATTCTTATAAATTACAGTTATATCATTGTTAGATTTTTTATGA +TATTCTAATGCTTCTAAATAATCTATATTACAAATCATATAACTTGGAGCTATTAAAATA +TACTCTTCTTCACTTTTATCTATGTAATCTATATTAGCTAATATAGTATAAATATCACCA +TTTCTGCCTTCATATTGATTATGGTACTTTGTATTCTCTGGACTAAGTATGCAAAGTCCT +CCTGTTTTTCTACTTAAATCCCAATCTTTTCCACTTCCTAAATGGTCTGTCAGTGATCTA +TATTTTTCTTTTGCATAAATCCCTACATTAGTCATTCTTGAATTAACCATATTAGAAATA +GCAAAATCTATTACTCTATATCTCCCTGCGATTGGTATAGATGCTATTGGCCTAGCATAG +TTAAGCTTACTTACACTAGGAGCACCTTTTTTATCTAAATTTATTAATCCCATGCATTCA +TTTCTCATAATTATTTTCCCCCTTGTAATACTTGTTGAGGTTTTACAATTTCATATTCTG +ATACTACATTAATTTCATCCTCATTATTTCTTATAATTGCATTATCTTCTATAATTGCAC +CTTCTCCAATCATTGCTTTTTCAATTGTTACATTTTTACCTATTTTTACATTAGGCATTA +TTACAGAATCTTTAACTGTACTATTTTCATCAACGTAAACACCATGAGATAGAACTGAGT +TTTCTACATCTCCTAATATAGAGCATCCATCTGCTATTAATGCTTCACTTATATCTGCAT +CTTTTCCTATATATTGAGGTGGGCTAGCCATAGTATTAGTGTATATTCTCCATCTTGAAT +CATTTAAATCTATTGCATCTGGATATTTTATAAGATCCATATTTGCATCCCATAAACTTT +GTATTGTTCCAACATCTCTCCAATATCCTTTAAATGAGTATGCATACATTTCAGCTTGGT +CTTCTAGCATCATAGGAATTATATTCTTTCCAAAGTCATCAAAACACTTATTACTATCCT +CAGACTTTATAAAGTAATCTCTTAAAGTACTCCAGTTAAATATATAAACTCCCATAGATG +CTAAGTTACTCTTAGGATTTTCTGGTTTTTCCTCAAATTCATATATTTTACCATCTTCTT +TAGCATTCATTATTCCAAATCTAGGAGCTTCATCCCAAGGCACTTCAATTACCGCAATAG +TAGCCTTTGCCTTTTTTTCCTTGTGGAAGTTTAGCATTTTACTATAATCCATTTTATAGA +TGTGATCTCCTGATAAAACAAGAACATATTCTGGATTATATGTATCTATAAAGTTCATAT +TTTGATATATTGCATTTGCAGTCCCTTTATACCAATTACCTTCTTTTTCATCCATATATG +GTTGTAATATGTAAACCCCACCATTAATTCTATCTAAATCCCAATGGCTCCCCATTCCTA +TATGAGAATTTAATATTAATGGTCTGTATTGTGTTAAAACCCCTACAGTATCTATTCCAG +AATTTGAACAGTTACTTAATACGAAGTCTATGATTCTATACTTTCCACCAAAAGATACTG +CTGGCTTTGCTATACTCTTTGTAAATACACCTAATCTAGAACCTTGACCACCAGCTAAAA +TCATTGCTATCATTTCTTTATTCATTAAATTTGATTCCCCCTAGATAACTTTATATATTT +TAAATTTTTATTTGATATGCTTATTGTATTATGATTTTAAATTTATAATTTTTTATTTGC +TCATTGAATTTTTGATTTGCTTTTAGTTGCATTTATATTTAATCTTTTATATCTATTGTT +CTTATACTTTCCTTCTCTTTATTTTCCCCATTATTTTTAAGTTCTTCTTTTAACTTTATA +AAAGTTACACCTAAAGGAGGTACTTTTATTGTTATATTATGATCTTTATTATGCCATTTT +TCATTTATTGAGAAGAGTTCTGCCCCATTCATAGTTTGATTAGATCCCCAATATCTTTCA +TCATCTGAATTAAATACTTCTTCATAAATACCACTATATGGAACCCCTATTTTATAATCA +TAATGAACTACTGGTGTAAAGTTTATTACTGCTATAGTAAAATCTTTCTCTTTTTTACCT +TTTCTCATTATAGTTATTACACTTTGTTCATTATTATGAGGGTCTATAAAATCAAAACCT +TCATAATTATTATCTATCTCATATAATGCTTTATCACCTTTATACATATGATTTAAATCT +CTAACATAGTCCTGCATTTTAATATGCGGTTCAATTTCTAATAATTCCCATTCAAGACCA +TATGCATATCTCCATTCAAGACCTTGCCCAAATTCTGATCCCATAAATAAGAGCTTTTTA +CCTGGATGAATCATATAGTATGCATATAATAATCTAAGACTTGCAAATTTTTGCCATGTA +TCTCCTGGCATTTTATCAAGTAAAGATTTCTTACCATGAACAACTTCATCATGAGATAAT +GGTAGTATAAAATTCTCTGAAAATGCATACATAAACGAGAATGTAATTAATTCATGGTGA +TATTTTCTGTAAACTGGATCCATTTCCATATATTTTAATGTATCATTCATCCATCCCATA +TTCCATTTATAAGTAAATCCTAATGCACCTTTGTAAGTAGGTCCCGTAACCATAGGCCAT +GCAGTAGATTCTTCAGCTACTATAATTGGATTTTTAATGTATTTATATACTGTTTCATTT +AATTTCTTTAAGAAATCAATTGCTTCTAAGTTTTCCCTTCCACCATATTTATTTGGCTTC +CAGTCACCTCCATCATAATCTAAATACAGCATACTGGATACTGCGTCCACTCTTATTCCA +TCTATATGAAATTCCTTAAACCAATAAAGTACATTGGATAATAAGAAACTATTAACTTCT +GGTTTACCTAAGTCAAAATGAGCTGTACCCCATCCATGATTGTCTGCTTTTGTAGGATCT +GAGTACTCATATTGAGGAGATCCATCAAATTTGTACAATCCATGTTCATCTCTACAGAAA +TGACTATAAGCAAAATCTAAGATTACGCCTAAATTATTTTCATGGCATTTCTCAACAAAT +TTTCTAAATTCATTCGGTTTACCATGTCTACTTGTAGGACTGTAATATCCAACTGTTTGA +TATCCCCAAGACATATCTAATGGATATTCAGTTATCGGCATTATTTCAATATGCGTATAT +CCCATATCTTTAGCATAATCTAACATCTCATATAATTCTTCATATGAAAAGAAGCCACCA +TCCCACTTTCTTTTCCATGATCCTAAATTTACTTCATATATGTTCATAGGTTCATTATCA +CATATTTTTTTAGATTTACATTCCTGCCACTTATTATCTGACCACTCATAATTCCCTATA +TCATACACTACTGATGCTGTATTAGGTCTTAACTCCGAAAATGTAGCATATGGATCTGAT +TTTAATCTACTAATACCATCGCAACCAATTACATTATATTTATATTTCTCCCCTTCTGAT +AAATTGTCTATAAATATTCCCCATACTCCACTATGGTATAAATTAGTCATTGGATGAGAA +TCTATACTCCAGTTATTAAATTCCCCACTCAAGTAGACACACTTTGCATTTGGTGCCCAC +ACCATAAAGGATACACCTTTTTTCCCTTTATAACTTACAACGTGACTTCCCATAAATTCG +TAACTATTAATTGACTGCCCACTTTTAAATTTCTTTATATTGTCTTCTGTTATTATTGAT +TCATACTTAATAGAAATCTCCCCCCCCTTAAACATTCTTCTTTACAAAATATAATTATTT +TGTAAGTGTTGATTATCTTTTTATAATTCCATATTTATTTTTTATCTATTAATATTTTTA +AATTAAATGCACTACTCTAAATACTTACTGAGCTATTTTTTATTTAGCAGGGTATCTGCA +TTATGATTTAATTCTCCTAAGAGTCAAAAATCCCTCTTAATTTTTTTAATTTCTTGTTAT +TATTTTATAAATTATCTAATTTCTTATATAAAGAAAAAAGAAGGAATTTACATATTCCTT +CTTTTTTCTTTATATTTATTCATTTAATTCCAAATCCTATTATCTTTTATTCTCATCTGC +TAACACCTCTTTTATTCCTTTAAATGTACCTAAAAGATTAACAGCTTCTGAAGGTAGAAC +TATCTTAGTAGCATCTCCTTTTGCTAATTTTTCTAAAGCTTCCATAGATTTTAGTGCTAG +CATATTATCATCAATATCAGATTCTTTCATAGCTTTAAATACATCATATAATCCTTGAGC +TGTCGCTTTTTGAACTCTAACAATTACTTCCGCTTCACCTTCGGCTTTTGCTACAGCTAT +TTTCTTTATAGACTCTGCTTCTCCTTCTGCTCTTAGGATCGCTGATTCTTTTTCACCCTC +CGCTTCCCTAATCATCGCTTCCTTTTTAGCCTCTGCTCTTAATATAGCTGATTGCTTTTC +ACCTTCTGCTTGTAATATTGATGACGCCTTATTACCTTCTGCTTGTAATATTGACTCTCT +TCTTTCTCTTTCAGCTCTCATTTGCTTTTCCATAGCTACTTGTATATCTTCTGGAGGCAT +TATATTTTTTAATTCAACTCTGTTTACTTTTATTCCCCACTTATCAGTAGCTTCATCAAG +TATAGATCTCATCTTTGTATTAATTAAGTCTCTTGATGTTAATGTTTCATCTAAATCTAA +TTCACCTATTATATTCCTTAATGTTGTAGCTGTTAAATTCTCAATTGCAGCTATTGGATT +TGCTATTTCAAATACATATCTTACTGGATCTGTAATTTGATAATAAACAACTGTATCTAT +TTGCATTGTTACGTTATCTTTTGTTATAACTGGCTGTGGCGGAAAATCTATAACGATTTC +TCTTAAATCAATTACATAAGCCATATGATCTAAAAATGGTACTAAGAAATGTACACCTGT +ATCTGCTACTTTTAGGAATTTTCCAAGCCTCATAACTATACCTACTTTAGATTGTTTAAT +TACCCTTACATAACTTAAACTTATTAAAACTACTACTAATACTAACACTACTACTAATAT +TATTTTAAACATCTTTCTCCCCCTATTTTTATTGAGATTTATTAATTAGTTGTACTTTTC +ACAACTAGTTTTACGCCTTCTATTTTTATAACTTCTACAGTAGTACCTTTTTCAATTGTT +TCATTATTAACTCCTATTGCACTCCATTCTTCTCCATTCACAATAACTATTCCAGTTTTG +TATGGAAGTATATTCTCTCTTACAACTCCTCTTTTAGATAAAATTCCCTGCAAATTAGTT +TCATATTTATAATTCTTATCTTTTTTAACTATTTTTTTCGTAACTATAACTAAAAGAGAT +ATGGATATTATTGCAAATATAATTACTTGAAGTATTATACTTGATATAAAACTACTCAAT +GCTAATACTACTAACGCCCCTATACTAAACCAAATTAAAGTTAAGCTTGTTGTAAGTAAT +TCTCCTATTCCAAACAGAATTGCTACTACTAACCACACTAATTTCAATCTCATCCCTCTT +TTCATTTATATTCATTAACATAGACCATGCTTTAACCATATTATATACTATGTAATTCAG +TAAAAGTATATATTTTTATATTAAATTAAGGAGGTAAGTCAATATGAAGCAAGGCTTTAA +GAATATTACAATTACACTAATACTCTCTATAGTCCTAATTAGTCAGTATAATCTTGCAAA +TGTATACGCACTATTTGAAAATCCCCCTTCACAAGAACAAATAATAGAAGATCCTAATAT +ATCTACTGATTCTAATGATGTAATCCATGATGACACATCTACTACTCTTGATGATGATAA +TTACTCCGAAGAAGATAATATACCTTCTAAGCCTGCAGAGAGTATCCAAACTGAAGATGA +CTCTACTATAGATAATCCTACACCCATAGAAATACATGATGTTAATTTATTAAACGCCAT +AAATAATGCCTTAGGTATAGATGGATCAACTGAGGTTATAAATAGCTCTAATATCTTAAG +CCTTGAAGAATTAGATGCTTCTGGTCTTGGTATTACGGATTTAAGTGGACTAGAATCAGC +TAAAAACTTATCCTTATTAGATCTTTCTGATAATAACATCAAAGATGTTGCCCCTTTATC +TAGTTTAGATAACTTAAATGGCCTATTTTTAAATAACAATAATATAATCGACTTATCACC +AGTTGCTAACATAGCACAAAAAATAATAACTACTTATGGTACTGACGATACTAAGTACGG +TTTCCAAGCTTATAATCAAACTTACACTCTAGAAACAATAAAGTCTGATAAAGGTTCTGA +TATAACACTAATTCTGGGAAGTGATATTTCTCAACCAATTAACATGTATAAAGAAACTCC +TGATATTGAATCTATTAATCCATCTGGCAATATAGATAGTACAAAAATTTTATTAACTAA +TATCCAGGAATCTTCAGAATATCAAATTAAATTCTATGAAATTGAAGGGTGGAGCTTTAT +TTACTACTTAGACATAGAAATAAATAATTCAGACTCTCAAAAACCTAATGATTCCGATAA +GCCAACTGCTCATGACAATAACGATGAACCTGATGAACCAACTACTCCTAATAATAATGA +TGAACCTAATAATAACAATACTACTATTGTAGACATTGATGACAACAGTAACAATACAAT +AGTTAATAATGATACTACTGTTATTACCCAAATTAAAAATGTTATTAATAAGAATACTTT +TATATCAAAATTATCTAAAATTAAAATAAATGCTAAAGATCAAAGCTTATACGTTGGTGA +CTTATTTGAACCCATGAAAAATGTTACAGCTACAGATTCTGATGGTTCTGATATTACAAA +AAATATAATTATATCTGATAATACTATTGTTACAAATACAAAGAATATTATAACTCAAGC +CGGTCAATATAAAGTTACTTATGAAGTTACGGGAAGATCCTGAGAAACAGTTCGTAAAAC +TATAAATATTTCCGTTTATAATTATGGTGAAGAAAAAGTCGAAAATGTTAAAACTGGAGA +TAATTCCATTATTATCTTTTGTACTTTAGGCATCATTGCAATCTTAGCACTTATTGTAGT +TAATATCATTTTAAGAAAGAGAAAATAGTATATATTTATAGCCAAGATTAATCCTTGGCT +TTTTTATTGCTATTTTCTAATACATATTATAATAAATCAACAGTATTCTTCTTATTATTA +ATTCCATGGTCTATTGTATATTCATTATTCTTATATATAAAATGAACCTATAACTTAATA +TAGGTCCATTTTATAGGTAGAGGTTATTATATTTTATACATTCTAGCTTCCCATGGTTTT +AATATCATACTATTTATATCTTTATGCTCTTTAACTTTGTAATTTGATATTACTAAATTA +CTAAATCTTAAGTTTAACTTATTATAAGAATATGTATTATCATAATTACTCAAATTAGTT +ATTATTAAGAATTTTTTATCATCAAGTATTCTTTCATATGCAAATATATTTTTATCTTCT +TCCAGAATAAGATTATATGATCCATAAATTAAACACTCATTTTCTTTTCTTATTTTAATA +ATATTTTTATAAAAATTTAATACTGAATTACTATCTTTTAACTGCTTCTCAACGTTAATA +TCTTCGTAATTTTCATTTACTTTAAGCCACGAATTTCCTACTGTAAATCCTCCATTTTTA +GAAGAATCCCATTGCATAGGAGTTCTTGTATTATCTCTAGAATATGCATTTAATTCACGT +AGTGCTTCATCTATAGTTCTTCCATTTTTTATTTTATCTTCATATACACTTTTAGCTCTA +ACATCATTATATTCTTCAATATTATTAAATTTAGCATTAGTCATACCTAATTCTTGCCCT +TGGTATATAAAAGGTGTCCCTTCCATCATAAAGTACATAAGTGCTAAAGACGTTGAACTT +TCATATATATACTCTTTATCATTTCCTAATGTAGATACAACCCTTGGTGTATCATGATTT +TCTATATATAAAGCATTCCACCCTTTATTATGAAGCTTATTTTGCCATTTACTTATGACC +CTTTTATACTCTATCCAATCTACATTCCTACCTGGATTATCATTCCATAAGTCCATATTT +TCAAACTGGAATATCATATTGAACTTTCCATCATCTTCACCAACCCAAACTTCAGCTTCA +TCAGCATCAACTCCAGCAGCTTCACCTACCGTCATTATGTCATATTTATCAAAGGTATTT +ATTTTTAACTCTTTTAGAAAATCTTGTATCCCAGGTCTATTGCTATGTTTATCAAAAGAT +GGTACATATTCTAAATTATCAGGATTAGGCATATCTAAAAGACCTTCATCTTTTTTTATA +TGACTTATAGCATCTATCCTAAATCCATCTATACCCTTATCTAACCACCAATTTACCATT +TCATATAATGCTTCTCTTACTTCTTCATTTTCCCAATTTAGATCTGGTTGCTTTTTTGAG +AATAAATGTAAATAGTATTCGTCAGATTCTTCCTCATATTGCCAGGCAGATCCTTTAAAT +ATACTTTCCCAGTTATTTGGTTCTTTATTATTTTTCCCTTTTCGCCAAATATACCAATCT +CTTTTATCACTATCTATAGAAGACTTTGATTCAATGAACCATGGATGTTCATCACTAGTA +TGGTTTATTACTAAGTCTGCTATCAATTTTATATTTCTTTTATGTGCTTCTTTTAATAGT +TCATCAAAGTCTTCCATAGTACCAAAATCATCCATTATAGCTTTATAATCGCTTATATCA +TAACCATTATCATCGTTTGGTGATTTGTAAAATGGAGATACCCATATTATATCTATTCCT +AGGTAAGCTAAATAATCTAGCTTTTCTATAATACCTTGAATATCTCCTATTCCATCACCG +TTAGAGTCCATGAAACTTCTTGGATAAATTTGATAAGCTACAGCTTCTTTCCACCATGCT +TTTCTCATTCTGTTTATTTCCCCCATATAGTGAATTTCTACATATTTAAATATAAATTTT +CTTCTCTCTTTATAGTTAACTTATCTTCAATTTTATAACTCTCTCCATATACAACTAATT +CTACTTGCCCTTCACTTATATTTTCTATAAATATATTTTCTTGTTCAACTATTACTTTTA +AAGCATGCTCTCTATAGTTTATGTTGAATGAATAAGAATTCCATTGCTCTGGTAACTTAG +GATTAAACGATAAGGTTTCATTCCAAGTCCTCATTCCTGCAAATCCTTGAACTATTGCTA +ACCATGACCCAGACATAGATGTAATATGCAATCCATCTTCTGTATCATTATTATAGTTAT +CTAAGTCTAATCTTGCAGTTCTTGAATATAGTTCATATGATTTTTCTAAGTTGCCTATTT +CAGATGCAATTATTGAGTATATGCATGAAGATAATGATGATTCATGAACTGTATATTTTT +CATAAAAATCAAAGTTTCTTCTTTTTTCTTCTATTGAGAATTTATCCCCAAAGTAATACA +TACCTTGAAGTACATCTGCTTGTTTAATAAAGCAAGATCTAAGTATTCTATCCCAGGACC +AATTTTGATTTAATGGTAAGTTTTCTCGAGGTAAGTCCTTAACCTCTATAAGATCCTTAT +CTAAAAAGTTATCTTGTTGAACTATTATATCTAAATCCTTATCATATGGAAGATACATAT +TTTCAGCTATAGTAATCCAATTACTTAGTTCTTCTTCTTTTACATTATTTCTTTCTACTA +CATTATTTCTTTCTACTGATTTAGCATACTGTTCTTGTAATTTATTTATATTTTCAACTG +CATACTCCAAGCACCATTTTGCTATATAATTAGTATACCAATTGTTATTTACATTATTAT +CATATTCATTAGGACCCGTAACTCCATGTATCATATATTGACCTTGACACTTTGCATAGT +GAACTCTACTAGCCCAGAACCTTGCAACCTCAACTATTACATCTATACCTTTTTCCTCTA +TATAAGAGTAGTCTCCAGTATAATTAGTGTAATTATAAATTGCATATATCATACTTCCAT +TACGATGTATTTCTTCAAATGTTATTTCCCATTCATTATGGCACTCTTCACCATTGAAAG +TTACCATCGGATATAAAGCACCTTCTAATCCAAGCTTTCTAGCATTTTCTTTAGCTGCAT +CTAATTGATTATATCTATATTCTAATAAATTTCTTGACACATGCTTATCTGCTACACCCA +AATATAACGGTAAGCAATACGCTTCTGTATCCCAATAAGTTGCTCCACCATATTTTTCTC +CAGTGAATCCTTTAGGACCTATATTTAACCTGTAATCATCCCCATAATACGTTGAGAATA +ATTGGAATAGATTATATCTTATACCTTGCTGTGCTGCTATATCCCCCTCTATCTTTACAT +CTGAAGTTTCCCATCTTTTATTCCACTCTTCTGAATGTTCTTTAAGTAAATTTTCATATC +CTTTTACTATTTCTTCATTTAGGATATTCTCACTTGAACTTAGAAGTTCATCTTGATTAT +GATCTCTAGTTGAAGTTATAGCAACATATTTTGTTAATGACACCGTATCATTATGATTTA +TATCTACAACTATAGTATTTGCACTATAAAGTTCTTTGTTCATAAATTCAGAAACCTTAG +CTTCTTTGCTAACTTTATTTATCATGTTTGCACATACTGTAAATACTTCTGTTCCAAATT +CATTGTCCTTAGTTCTTGATATTACATTTCCCTTATACTCTTTTGATCCTGAGCTAATAT +TTATCCAAAATTTTTCCTCATAATTTGAATCTTCATTTGTAACATTACCATCTAAATAAG +ATACAAAAGTTATTTCCCCATCAAAGTTTAATGCTCTTACATCATACTTTATAACTGCTA +ATTCTTTTCTTTTTATGCTTAAAAATCTTTGAACTTTTACTTCAATTTTTGAACCATCTA +CATTAGCTATAAACGTACGAGTTAAAATACCATTTTTCATATCTAATTCTCTATAAAAAT +TTTCAACTTCACATTTACCTAAATCAAGATATTTGCCATTTACCAGTACATCTATGCCTA +TATAATTTATGCTATTTGGAACTTTTCCAAAATATTCGGGATATCCATTCTTCCACCAAC +CAACTCTTGTTTTATCTGGAAACCATACACCTGCTATATAAGAACCTCTATGACTATCTT +TTGAGTACATTTCTTCATAGTTCCCTCTCATTCCCATATAACCATTCCCTAAACTCATTA +TAGATTCAGCTAATCTATTTTCTTCAAATTCAATTTTATCTTGTATTATTTTCCATTCAT +CTATTTTGTTAAATATACGTTTCATAATTGTCCCCCATAAAATTCCAACCTAATATTAAA +ATCTTTATAATGAATACTCTTTTTCAGATTTATTATATTTAGATATAATTAAATTAAAGT +CTAGTTCTTTTGTAGATTTTACTACATATTTTGCTTTGCATAATGTATCTGTATCTCCAA +TTCCTACAGAATACATCATTGCAGAATTAATTGCATCTACTCCAGCACTTGCATCTTCAA +ATCCTATGCAATATTTTGGATTTACATTAAGTCCTTTTGCTGCCATAAGAAAAATATCTG +GAGCTGGTTTACTGTTTTTGCATTCTGATGCATCTGCTATAAAATCAAAATACTCTATAA +CTCCTAAACTATTTAAAACTGGAATTGCATTTTTACTTGCTGATGCCAACCCTATCTTAA +TTTTATTGTTCTTAGCTTCTTCTAATAACTCTATTATTCCAGGTAATATATCATTTGGAG +TTATTCTTTTTATTAATTCTTTATAGTCTTCATTTTTTTCAGTAGCCAATTGTAGCTTTT +CTTCTTGTGTAAACTGATTTTCTTTATTACCGAACACTAACATTCTTTCAAGTGATTCTA +TTCTACTTATTCCCTTTAATGTTTCATTAAACTCCTCATCTATTTCTATTCCTATTTTAT +TACCTAATTCCTTCCATGCTAGATAGTGATAATAGGCTGTATCAGTTATAACACCATCTA +AATCAAATATAAATGCTTCTATCATATCTATAATAAAATCCTTCCTCTTTTTAAATTGAA +TAGATTACGACTCATACTATATTACTTAGATAAAAGTATCTCTTTCTACTAGTTTAGTAT +CTACGATATAATTCTTTCTCTTGCTATTTTTTCCTTCTAACTTACTAATTAGCAACTTAG +CTGCATAGTGTCCAAGCCTTCCTGCCATTATATCAACTGAGGCTATAGATGGCTTCTGAT +ACTGAGCAATCTGTGAATTATTGAACCCAATCAATGCTATATCTTTAATACTGTTATCTT +TAACATACTCTTGAACACCTAAAGCTAATAGATCATCTGTGGTTACTATAGCTGTTAACC +CTTCTTCTTTGAATAATTTCTTAGCTGCATCATAACCATTTTTTGCATTAAACTCATTTT +GTTGCACAATTAAATTATCATAATAATCAAGTTTTGAGTCTATCAAAGCATCTTTGTATC +CCTTTAATCTATCTTGTGACATATTCCATTCTTCAATAGCTCCTACGAATCCTATTTTTT +TATGACCATTTTCTATAAGAAGATGAACTAAATCATACATAGCCTTAACGTTATCATTAT +CTACCCATAATATAGATTCTGTATCCTCGGGTCTACCTATAACTACAAAAGGAAACTTTT +TATCTTGTAAGTAATTGATAATCTCATCATTTTGTCTACTTCTCATAAGAATAACTCCGT +CAATTAAGTTATTATTAGTAATTTCTTTCACATGATTTAATTCACCTTTATCATCTTCAC +TAAATGCATACGTAATATAATACCCTTTAGTTTGAGCATATAGGCTCATTCCTTGCATTG +ATGTAATAAAGAAAGGATTTGTGAATAAATCTTTAGCCTCATTTGGCAAAACCACACCTA +ATATTTTTGTTCTTTTTCTAGCCAAACTTCTTGCCATTGCATTTGGCTCATACCCAAGTT +TATCAATTGCTTCTTGAACTCTCTTTCTTGTTGTTTCGCTTATTCTAGGATTGTTTGATA +AAACCCTAGATACTGTAGATGTCGCTACATCTGCCTCCTTAGCTACATCTTTTATAGTCA +CCTTCATATACTTCACTCCTATAGAAATCTTTTATATTGTTGTACTTACTTTATACTTCC +TGATACAACACTTTTTATTATGTGTTTTTGTGCAAAGAAGTAAAATACTAAAACTGGTAT +TATAGTAAGTACTAATCCTGCTAATGCTAAATCCCATTGCTTTGTATATTGACCAAAGAA +GAAATACATTGCAAGCGGAATTGTTCTTGTTTCTGGCGTATTTATTATTAATGATGGTAA +TAAGAAGTCATTCCAAATCCAAACTGTATTAAGTATAGCTACAGTTATAGTAGTAGGCTT +AAGTAGTGGGAATATTATGTATCTAAATGTTTGCCATTTACTGCATCCATCTATTATAGC +CGCCTCATCTAACTCCTTTGGTATGCCTTTTATAAATCCATGATATAAAAATATTGCTGA +TGCACATCCAAATCCTATATACATGAATATGATCCCTGGAACATTAAGTAAATTTAATTT +TCCTGCTATGCTTATCAAAGGTAACATTATAGATTGGAATGTTACAATCATAGATGAAAT +AAATAAGAACAATATTCCATTTGCTAGTTTTGAATTTGTTCTTTGAATCATCCATGCTGC +CATAGCAGAGAAAATTATTATAAGCAATACACTAATTACAGTTATAAAAAGTGAATTACC +TAGAACTTTTATAAAATCTAATTGCTCCCAAGCTCTTATATAATTACTAAAACTTGCACT +ACTTGGAAGAGCTAATGTACTTTCAAATAACTCTCCCTTTGTTTTAAAAGAGTTTACTAT +TATTATATAAAAAGGTGATAAACATATTAACCCTAATATTAATCCTAATATATTTAAGCC +CCATTTTTTTAATTTATTATCCATTATGCTTCCACCTCACCTTTCTTAGTTAAATAAACT +TGTGTTAATGCTATTACCGCTACTAATATAAAGAATATTACTGCCTTTGCTTGTGCTAAA +CTCATCTTATTATATGAAAAAGCTGTTTGATATATATTCAAAGCTAACATTTGAGTTGCA +TTTCCTGGTCCACCATTAGTTAAAGCTAAGTTTTGATCGAATAACTTAAATGAATTTGAT +AAAGTTAGGAATAAACTTACTGTAAACGCAGGTCTAACCATAGGAAAAGTTATTAATCTT +ATTCTTTGAAGAGGACTTGCTCCATCTATTTTTGCTGCCTCATTTAATTCAGGTGGTACA +TTTTGTAATCCTGCTACATATATAACCATTACATAACCTGCCATTTGCCAGGCTGTTAAT +ATAACTAATCCCCAGAAACCTGTTTTTTCATTTGATAGCCATCCCATCATCCAAGTTTGA +TTTAATGCTTGACCTAGCCCATTAAATACATTTACAAATATAAATTGCCATATAAATCCT +AGAATCAATCCACCTATTAAGTTCGGCATAAAAAATACTGTTCTAAGTGGATTGCTTATT +TTAGACTCCCTTGTAACCAATAATGCTAATGTAAACCCTAAAAAGTTTATTACTACTATA +GATGCTAATGTAAATTTAACTGTAAATCCAAAAGATTGCTTAAATCCTTCATCAGCAAAT +ACTTTTACATAGTTTTCTAGTCCTATAAACTGAGCTGAGTTTCCTATACCATTCCAATCT +GTGAATGAATAGTATATACCTAATAGCAATGGTATCAAAACTACAACGACAAATGCTAGT +AAACTCGGACCTACAAATGCCCAAAAAGTAAGACTATCTTTTAATCTTTTATTTTTTCTT +ATCTTATTTTCTTGCCCCTTGTTCTTACTCTTTTGTTGACCTTTATGTACACTTTCCATA +AATTTAGATCCCCCTTTTATTTGTATTAATCTCTAAGTTAAACATTAATTATTTCAATAT +AATAAATATTTAACTTAAAAATTACATCTATATTTATTCAAATATAGGAAAGTACATTGT +ACTTTCCTATATTGTCAGAATTACCAATTACTTTCTTTCTTCAGCCCAAGTATCTTGTGC +ATGCTTTACTAAATCTTCCCAAGACATACTTCCATCTAAATATTTTTGAATATCTGCTCC +AACTACGTTTTCTCCCCATCCACTTGGATATCCCATGAACACCCATGGCATAGTTTTTCC +ATCGTTAGCATATTGTAAAACTGCTGCAGATAATGGATCTTTTGGTTGTAAACTTTCATC +TTCATATCCTTTAAATGCAGGAATAAAGTTAAAATCATTTATCACCATTTCTTTTCCTTC +ATCAGAAGTATATAACCAGTTTAAGAAATCTTTAGCTGCTGCCTTTTCTTCATCTGATTT +ATCTTTATTTATAGACCAATACATTGGTATACCTACTGGTATAGAGTCTTCATTAACACC +TTCTAAAGGCATTGGTAATATCCCTAAATTATTACCTATTTCTTCATTAACTCCACTTAT +AGCTTGATAAGTCCAGTTCCCCATTTGTATCATTGCAACTTTACCTGTAGCAAATTTTTG +TTCAGTTTGCATAGCATAATCAACACTGTTTAAAGATGCTTTAGTTCCATCTGGCATATA +AGAATACTCAGCTTGTAAATCAAGAATTTTCTTTAATTGATCACTATATTTAAATTCTAA +TGTTTTAGCTTCATAAGCTTCTTTTCCACTTGCAAATTCATTACCTAATGCAACATTTAA +TAAGTGTAATCCTGTTACCCATTTTTCTTTTGCAGGTAATGACATTACTGCTTCTATTCC +TAACTCACTCTTTTTAGAGTCTAATGTCTTAACTGCTTCTTCTAATTTAGCAAAAGTAGT +TATTTCTTCTGGGTTTATTCCAGCCTTCTCAAATATTTGCTTATTATATATAAATCCATA +TCCTTCTTGAGCAAAAGGCATACCGAATATTCCATCATCAGTTGTAACTGAACCTAGAGT +TCCTTCAAATGCTTGATTTACCCAAGGTTGATCAGATAAATCTTCTAATTTAGAAGCCCA +GTCTTCAACATCTTGAGGTCCACCTATATTAAATATAGTTGGTTCTTGACCAGATTGGAA +TTTAGTTCTTAATCCCGCACCATAGTCATTTCCTCCACCAATAGTTTCTATGTTTATCTT +TACTCCATCGTGGCTTTCTTCATATTTCTTTGCAGCTGCTTGAAGTGCTTCTTGAGTTTC +AACCTTAAATTGGAATATATCCACTGTAACATCTCCAGAAGCACTACCTCCACTTGAATC +TTTACTTGAACTACAACCAACAAGACTTCCACAAATCAAAGTTGTTACTGTCATTAAACT +TAATGCTTTTTTGAATCTCATAATATGTATTCCCCCTATTTTATTAAAGTTTATGCAATC +GATTGCACATCTTTAATAAAATAGTAGCACAAGATTTCCCATTGTGCAACCGTTTACATT +TCATTTTTGTATTTTTTCCTTTAATAACTCTCTACTATTTAATAAAAGTATATTTAAAAT +AATAAATAATAAAAAAAGAGCTTCCCAAGTTTAAATTATACTTAGGTTACTCTTTTATTA +TATTATTACGCTATATCTTTACTTTGATAAAATATGTCTATATATTTCTTCATCACTATC +TTTGTAAACATTAAAAACTACCTTTAATTCTTTTTCTGGATTATCTTCCATCCATTTTTT +TACGGTTTTAACTGCTATTTTAGCAGCATCCTCCTTTGGATAACCAAACACGCCTGTTGA +TATACAGCAGAAAACTATATTTTTTATATTATCTATATCCCTTACTATATTGAGGCATGA +ATTATAACAAGATGATAATTGTTTTTCTTGCTCCTTAGTTGGATCTAATGAAGATACAAT +AGGGCCTACTGTATGGATAACATATTTAGATGGTAAACAATAAGCTCTAGTTATTTTTGC +AGAGCCGGTGTATTCTAAATGATTTTGTTTTTCTATTATAATATTGCAATCTTTTCTTAA +TCTTGGTCCTGCTGCTGAATGTATTGCATTATCTATACACATGTGAAGTGGCTGCATGCA +CCCCAGCAATCTACTATTAGCTGCATTAACTATTACATCTGATTTTATAGTAGTTATATC +TCCATTGAATATGGATATATCTTTTTCTACTTCTGGTATATCATCTACACTTATAGTATT +TTTTTCTTTGCATTCTGTTATTAATAATCGTTCTAGTAATTCAAGATTTACAGGATCAAT +TTCTTTTGGAGGATATGCATTTAGAATTCCACGAAGCATATTTCTTCGTGTATCGTAAGT +ATCTGGTAAATTTTTAGTATTCCAAATCCCTTCCTTAGAAAAATAGTCAATTAATACTCT +AACTGCTCTGTATTTTTCTGATTTTGACATAGGTTTTACATCTTTATTAAATACTTCAAA +TAAGTCTATATCGTTAGCATAATCTACCCAATTCATAAACATCCTCCCACATCCATTTGA +ATTTTTAATTTAATTCTAAAATACTATATCTAACTCTTTATTTTTAACAATTCTTCAAAA +TATCAAGTATTTATTTATATATATTAAAAGTCATGAAAATAAAGTTATTTATATCACTTA +AATTTTCATGACTTTTTTAATATCATCTATTAAATATATATTTTTTATTTAATAATATAA +TAAAAAAATTATTTATCAAATAGTTTTAGTAATTATATTCCTATTACTTGAGTTACGCCA +GGTACTTCTTTAACTAATAAATTTTCTATAACAGCCTTTATAGTCATTGTCGCCCCTGGA +CAACCCTGACATGCTCCCTTTAATCTTACTAATACAACTCCATCTTGATTTACATCTACT +AACTCAACATCTCCACCATCTCTTTGAAGAATTGGTCTTACTTTTTCAAGTATCTCTGCT +ACTTTCTCTCTCATAATACCCCCCAAAAAAACTTTAATTAACATATTCATAAAAATTTTA +CTTTATATTTTAATTCCACATTGCTTACCGTTTTCCCTTTTTTAATTTACTTTATAGTTT +TTGTCTTCTACTAGATGATTGTCGAAATAATTCAATTAGTTCATTACTATCTTCACTTTC +TATAGATTTCTTTATTTTATTTAATTCAATTGTAAAATCATCTATTGATTTTAATAGATT +TTTCTTATTCCCAATAAAAAGTTCACACCATAACTCATCATTAATATTTGCTATCCTTGT +TAGCTCTCTATAACTATCCCCTATGAAATCTCCTGTTGCTCTATTATTTTCATCACTATT +TATTAATGCAACAGCTAATGCATGTGGTAATTGAGATGTATAAGAAATTATTTCATCATG +AAAATCTGCACTTACTTTTCTTATTTTACTAAATCCTATTGAATATATTATACTTTCTAA +TAATTCTATATTTTCTACTTTATTAAATTCAGAATTAATTAATATATAATTAGCTCCATT +GAATACTTCGTTACTTGCAAAATCTAAGCCTTTTTTTTCCCTACCTGCCATCGGATGACC +AAATATAAAATCTACACTATTAGGTAATATTTCTAATATCTCTTTTATAAACAATCCCTT +AATTCCAGTGGTATCAGTTATAACGGCTCCTTTTTTAAAATTTAATTTATTCTCCAAAAT +AAATTTTTTTATCAGTTTAGGGTAAATTGAAATTATCACTAAATCTGCTTCTTTTAATAT +CTCATTTCCTTTGGTGCAGCCATCTTTTATTATTCCTATACTTTTCGCCTTTGTTATTGT +ACTTTCATCTATATCTATCCCATATACTTCATCATATCCAGCTTTTTTAAGGGCCATTGC +AAAAGACCCTCCAATTACACCTAATCCTACTATAGCTATTTTCATATTACTTTGCCTTCT +ATTTCTGCCAATACCCTTGCTTTTTCCATTAAAAATCTAAATTTATTTGGCTTTATTGAT +TGCTGTCCATCACATAATGCTTTTTGTGGGTTATTGTGTACCTCTATAATAAGTCCATCG +CACCCAGAAAGTATTGCTGCTTTAGACATAGGTTCTACCAATCTCCAGTCTCCCGAAGCA +TGACTTGGGTCAACTATAACAGGTAAATGAGATAACCTCTTTACTATTGGTATCGCACTT +AAATCTAATGTATTTCTTGTATATCTCTCAAATGTTCTGATTCCTCTTTCACATAGAATT +ACATTTTCATTCCCTTCTGCCATTATATACTCCGCACTCATCAGCCATTCCTCTATAGTC +GCCGATAAGCCTCTCTTTAATAGTATTGGTTTATTAGTTCTTCCCACTTGTTTTAATAAA +TCAAAGTTTTGCATATTTCTTGCCCCAATTTGTATTACATCTACATCTTCCACAAATTTA +TCTATATAATCGGTTGACATAAGCTCAGTCACTATAGGTAAACCAGTTTCTTGTTTTGCT +AACTTCAATAGGTTTAACCCTTCCATCTCCATGCCTTGGAAACTATAAGGTGATGTTCTA +GGTTTGAAAGCCCCACCTCTTAAAAAGTTTGCTCCTGATTCTTTTACACTTTTTGCAATC +TCAACTATTTGTTCTTCAGACTCTACTGAACACGGACCTGCTATTATTCCTAAATTAGAT +CCACCAATCTTACTTCCTAATACATCGATAACAGTATCTTCTGTTTTAAATAATCTATTT +GCTTTTTTAAATGGTTCTTGTACCTTTAATACCTTTTCAACATATCTAAATGATAAAATT +TCATCTGAATCTATAATCGTAGTATCTCCTATCACGCCTACTATACATTTTGAATTTCCC +TCTGTTATATTAGTTTTTACACCTTTACTTTCTATATGATCAACTAATTCTCTTACTTCA +TCCTGAGTGTATCCTGTATTCAAAACAATAACCACAATATTCCCTCCCTTATTTTTTACT +TATTTAAATATTACCTTTTTTATAGCTCCCTAAAAATTTAAAATATTTACTTTCGTTTTC +TATATTAGCTATAGCTCTTTTTATTTTTTCCTCTTTAATACTTCCCTCAAAATCTACATA +AAACAGGTATTGCCATGGTATATGTTTGTTTGGTCTAGACTCTATCTTCGTTAAGTTTAT +ATTATAATCTGCAAAATACTTTAATAGTCTATATAGTTCACCTGACTCATGTTCCGTAGA +AAATATTATACTTGACTTATCACAAGCATTTCCTACTTCAAAATTCCTACCTATTATCAC +AAACTTAGTATAATTATCCTTGTTATCATTTATATTACTATCTATAATATCTAAGTTATA +AATCTTAGCTGCTCTTTCTGATGCTATTGCAGCCTTTGTTTTGTCATTTAAATCTGAAAC +TAATTTTGCAGATATAGCTGTGTTTAAATAAGGTATCAACTTTATATTCTCATACCTTTT +TAGGCTCTCTGCACTTTGCTCAAATCCTTGAGGATGAGAGTAAACTTCTTGTATATCATT +TATTGTTGCTCCTTTTACACCTATTAGATGTTGATTTATCTTTATACATTCTTCACCTAC +TATATAAAAATCATATATCTTTAATAAATCATATACTTTACTTATTCCACCTGTTGATGA +ATTCTCTATAGGAGCAATAGCATAATCAATCTCTTCATTTTTTAAAGCTATAAACAACTC +TTCAAACGTTTCATAATTTTTAGTATTTTTTATACTAGAAAAATGTTTATGCATCGCCTC +TTCACTAAAAGATCCAATAACGCCTTGATACCCTACTTTTAAATTTTCTTTTGGATATTT +TATTACTTTTTCACTATCATAATCACTATTTATTTCTTTACTCTGAATTAATCTGCTTAA +ATTCATTAAGTTCATATAATAACTTCTCAGAAATGATTCATACTCTTTATTTTTTAGATA +AGATATATTCTTAGCTATAACTAATTCTTCTCTCTCACTTTGATATATTTGCATATTATT +ATTTTTCTTATAATCAGATATTTTTTTAGATAAATTCATCCTATTCTCAAATAGTAATGT +CATTTCCTTATCTATATTGTCAATTTCAGATCTATAGTTCTCTAGTAAATCCATCACATC +AATCCTTTCTTATTTATTTTGAATAAAAATTCACTTCGCTCATGTCCCAATGAATGCATC +CGTTACTCAAACTTAGTAGTTGGAGTTATAAATTATCCACGAACCAGATAATTTATAATC +CCTTAGAATATAAAAAAAGAGCTCAAATGAGCTCTTTCTTAATATCCCAACTAAAACTAA +TTTAAATGTGATATATTACTTGAATGAAATAGAATACATGAACTCATTAGAAAAATTTTT +ATATTTATTTTTGCAGAAGAAATATCCAGCGCTAAAATAAAAGCCCCAGAAAAATAAGTT +ATAAAATTTATAAAGTTTTTCTTCTAACATTCTTCTAATTTGGTTCATCTCTATCCCTCC +ATAATTTTAATATATTTCAAATACTATTTTTAATTATTACTTTCTAATATTGATATAATT +ATAGTCCTTATATTTCCTATGTCAATATTAACGATTTATTTATATGTATTATTATTTTTT +TATTTCTGTATACATAATTCTTCCTGTGAAAACATTTGCAAAATTAATTTTTTCTTTTTA +TAATAAAATTAAGTAGTTTTATTCAATTATTGTAAATTAAATAAGGGAGTTGGATCAATT +TTGAATATAAAATTAAAAATATCTAATTACTTGCTAATCTATGCTTTATTCTTAACATTA +TACATATTTACTTTCAAAGGCAATATAAACTACATAAATTTAAAAATATGTTTAACTTCA +TCAATATTTCCAGCTGTAGTTGGAGGTACTGTAATTAATTTATTTTTAAAGAGGAATATT +AACTGCAAATAATTTAATACAAAAATAAAAAGTTACCAATTATATATAATTAGTAACTTT +TTGTGTGCTATATTTCATTAAATTCTTCCATTAAAGATTCTATCATGCTTTCATTCTCTT +TTCGTTCAACCAAATCAAATATAAGCTCTTGTAAATATAAGTCTATATTTTTAGGATCAC +GAAAATCTTCGATTTCATAATGTGTAGTTACCTGTGGGTTTAAATGTACATGTATGTTAT +CTTTATTTATGTCTTTATCTATAAGCATAATACTTCTATCTCCTTATTTATGTTAAGCTA +TATAATAATTAATTATAAATTCTAATTATATTTTTGTAAATATCTAATATTTTTATATTT +TCAGAATCTTCCTGGCTAATAAAATAATATACTAAACAGTGCATGTAATAGCATACATAT +ATATGTATCCTTTAATTTTACTTTTACAGCACCTAATATACTCCCCATTATAAAAGCTTT +CATCATGCTTGAAGTAACTATATCAATAATATATCCTGGCTTATTTGTGATACTTATATA +TTGTCTAATTATATCTATATAACCAACCTGATAAAATGCATATAGTATTGTTATAGATAT +AAAAACTATCATAACATTTTTTATATGGTTAGTTAAATAATTCCATAAGTATTCTCTAAA +TAATAATTCTTCAAAAATAGGAATAATAATTATAAGTAAAACTGATAGTCCAATATTGTA +AATATTATATGCATCTTCAAAGTATTGAGTTATCATAAAGGTTAATATAACAATGATTCC +TAATACCATACGAATTTGCTTATTGTTTTGATTAAACATATTCACAATTTTTAAGCTAGT +CGGATTAAATATTTCATTATTTTTTAATATTAATAGCAATAAAATGCCTAATAATGCAAA +AGATATAGCTGTCGTAATTATTAAATTTACCAAGTTAAAATTAAGTTGTTTTAATAAAAT +AAATTTAATATTTATCCTAGCTAATTGCACTACAAATAAAATAAGAATTACATCTATTAT +GTATTCTTTATAATTTGCTCTAGATTTCAATTTTAATCACCTACGTTTATACTGCTTTTT +ATTTATATTCACAGTATAACTGAGTATTATTATTTTGTAAAATATAAAAAAGGGAAATTC +ATAAGATATATTTAATTTATTAATGTACTACATTCATGAAAGGAGAATTTATGAAAAATA +AATTTATTTATAAATTTTCACTATGCTTTTTTACTGTAATATCAATTTTATGTTTAGGCT +TCTTTAATTTTTATATGTCTGGCTATTATAATAATATATCCATAGGGATTTCATATATAT +TACATCCATCTGCATTATTTTTAATAATTCTCATTATAGTATTTATACAATTGATACTTG +CATCTAAATTAAGAAAAAATAAATAAAGACACCTTAACTTAAATGAATTAAGGTGTCTTT +ATTTATTTAATCATAAAATCCATTTAATACTCTACATATTGTTGCCTTACTCCAATTAGT +TTTTTTTGCTATTTCTCTATAACTCAAACCACCCTCTCTTAAATTTTTTATATTACTTAT +ATCAAGATCTCTTATTTGCTTTTCTTTTGGTTTTAATCCACTCTTATTAGATTTTAATAA +CTCGATTTCACTTTTTAACTTATCTATTTCTAATTGTTTTTTCTGCAATTTTTTTTCATA +ATTATTTCTCATTTCATTAAACTCTTTTATGTAATTAATTTTCCAATCCTCTTCAGATTT +CAATTTAAATATCCCCATATTCTAACCTCCTTGCACTATAATTTATCAATATAAGGAATA +ATTTCTTTATTTAATATCAAATTCCTTGTTATTATATACTATTTAAAAACGTAAAATTAA +TCTATATTTCAACACTATCTTATATTGCTAAACAATTTTTAGTTTTTTCATATAATAAAA +CTAAAAATTTTCATTATTTATATTTATATTTTATAAACTTTGCGAATTGCTTCATTTAAA +AATCACACTTTTAAGAAAAATATATATTATGGATTATAAAGACTTTATTTATATAATCAT +AAGGGGGATATTTTATGAACTATACGACAGCACTTTTACTTTCTGTTTCAGCTAATTTAG +ATACTTTTGCGGTATGCATCTCTTATGGTATGAAGAAAGTAAAACTAAGTTTTATAGGAG +CATTGTTGATTAGTTTAATAACATCTCTTGGTACTTTTTTATCTATGTATTTAGGTAAAA +TCATTACTAATTTCATTTCACCTAAAATTGTAACTATAATCGGTGGAATTTTACTATTAA +TCCTAGGTCTTAAAATTGTAATTGATTTTTTAAAAAAATATAGAAAATCGCATGTTGAAG +ATTTATTAAGACATAAAAAAGTAAGCTATGGAGAAATTTTAGATAATCCTATAAAAGCAG +ACGCTGATAATTCTGGAGATATTGATATTAAAGAATGTATAACTTTATCAATAGCTCTTA +CATTAAATAACTTAAGTGTTGGAATAGCTGCTAGTATTGCAGGTATAAGCATCTTATTAA +ATACTTTATTTACTTTTATATTAACATGGATAAATATTGGAATAGGTTTTTATGTAGGTC +GAAGATATGCCTCTAAACTTGTTGGAAAATACTCTGATTTGGTTAGTGGAGTACTGATAA +TTATTCTAGGTATTTATCAAATTTTTATGTAATATTCTAATATAATGATAAAAAGCGAAC +TTCATCTAAAGTTCGCTTTTTATCATTATATTAGATTTACTTTTTTTAACATGATTATAT +ATATAATCTATTACATTTCCACTAATAGCTACTGCTACTAATGAGTAAAGTATATTATCA +ATAGACATATATGATAATGATAATAGTAAAACAGCACAATCTCCTAGCATATATACTCTA +CCGATATTTAAAGATGTAGTCTTAGAAATCACTAATGCTAAAGCATCATCTCCACCAGCT +GCACATCCTGTTGTAACTATAAGCCCCACTCCTAATCCTACACTTATACCTGCAAGTACT +GTAGATATAAACATACTATTTATACTAGGTAGTATAGGTCCTATACTTTCAAATATATCA +TATAAAACAGAAAAACTAATTGATGCAAATATAGAATACATAAAGAATTTTTTCCCAAAG +TATTTGTATCCTATTAATAAAAGTGATAAATCTATTATTATATTTGCTATCTCTGGCTGA +ATGTTGTATAGGTTCTTTAGCAGTAGTAAAAGTCCTAACACTCCACCTTCTGTTATGTTG +TTTAAATAATAAAAGTTATAGACTCCAAATGCAAGTATTGCTGAGCCCATTATTATACGT +AGAATTCTTTCTACTTCTTGCCGCCTGGCCATTTTATCCATTCCCTTTCTTTCTTAATTT +ACTATAATTATATAGGATAAAAAAGCCTTTGTATACACCACTTTTCCAAACTTAAAATTA +TACAAAATTTTGTTATTTTTTTCAAGTGTTTTTTATCGTTTTTTCAATCTATTTTCTTAT +TTTTTATGAACCTTAGGTATTTCAATGATTATAACTAAGTATATTTACAATAAAGTTTAG +ATTAGCTACCTTTAAGGTTTAGTAGGATTAAGTTTCTGTTTATATTAATTTTTTATTTGT +TTACTAATACTATCCTAATTTTTATCTTAGATTATGATATTTTATTAATAATAATAGTAA +TAATATAAATAGTATTAATTATGCCAATATGATATTATAAATTAGTTAATATAAAATAAT +TCAACATGTGAGGTCGTAATATGAATTTTAGAGAATTAGGAATTAAAGAAGATATTTTAA +ATATATTAAATAAAAATGGTATAACTACACCAACTCCAATCCAAGAAGAGAGTGTAATAC +CTATAAAAAATGGTCAAGACATTATAGCACAAGCTCAAACAGGTACAGGAAAAACATTAG +CTTTTTTACTACCTATATTCGAAAATATATCAAAGGATATAAACAGCACTCAAGTTCTTA +TCTTATCTCCTACGAGAGAATTGGCTATACAAATTACAGAAGAAGCTACAAAGTTAAATG +AAGCAAAGAATATAAATATACTTGCAGCTTATGGTGGTAAGGATATTGGTTCTCAAATTA +ATAAATTAAAGAAAAATATTCATCTAATCATAGCAACTCCTGGAAGACTTCTAGACCATC +TAGATAGAGGAACTATTGATCTTAGTAAAATAAAAACTTTTGTTTTGGACGAAGCTGATC +AAATGTTACTTATGGGATTCAAAAATGAAGTTGAAGCTATATTATCTAAAACATCAAAGA +AACGTCAAACTTTATGCTTCTCTGCTACTATGAATTCTCAGGTAAAGAAATTAGCTTATA +GATATATGACTGATCCTATGGAAATTTCAATAAAAAAAGCAGAGGTTACTCTTGATTCGA +TAAAGCAGGAAGTTGTTGAAACTACAGATAGATGGAAACAAGATGCTTTATTTAAAGTTC +TAAATGAAGATAACCCATTTATGGCAATAATCTTCTGCAGAACTAAAAGAAGAGTTGATG +CCCTTGAAGAAGCTATGGCTAAAAATGGCTATAACTGTGCTAAACTTCATAGTGATATCC +AACAATCAAAGCGTGAAAGAATTATGAAATCTTTTAGAAATGCTGATATTCAATATCTAA +TAGCTACTGATGTCGCTTCTCGAGGACTTGATATAAGTGGGGTTGATAATATATATAACT +ATGACATCCCAGAAACTGCAGCTGATTATGTTCATCGTATAGGTAGAACTGGTAGAGCTG +GTAAGGGCGGATATACTTGTATGTTTATTGATCCTAAAAATATTAAAACTTTAAATGAAA +TAGAAGAAACTATAAAATTTGAAATTCCTAGAAGAGAAATATAATTAATAATGCATTAAA +ATAGAGGTAATTACCTATTTGGGTATCTACCTCTATTAATCTAATATATTCTTTTTTAAT +AACTATAAATAAAAAATTAATTTAAATCTGTAGCTATTTCATTTATCACATTTATTGGAT +TTTCTATTACGAATTTTGGCTCTACTTCGTAATATTCACAGTCTATAAATCTTTCTATTT +CCTCTATATCTTCTACACTTTTATCTGTTACGAATAAAATTACATTTGAGCTTTTTATAT +TTTCATTTGATAGTTTGTTTTTTATTTTATTTTGTTCTTGCACTTCGCAGTTTATTTCAT +ATCCTAGTTGTTTACCTGCTTCTGTAAGTGCTTTTGCACTTTCTTCATTATTGCACACTG +CTGATATTTTTAAATTCATAGTTGTTACCTCTTTCTCTAGTGTATATTGTAATATCATTA +TAACCTATACTTTACTAAATTAATTATTAAAATTTTATCTACTTTATTATTTCTATATTA +ATTAAGGCTCTATTTATTTAATTCATAGCTAATTTTATTTATTTTATCCATAACTCTACT +ATACTCTTCTCCTTCTAGTACTGTTGGCTGATAGTTGTTTCGATTTTTTGTAGATGATAT +AGAACATGGAATAATATTTGGTTCATCTATAGTTTTTAGTTCTCCATCTTCAAAATTGTA +TGTTTGTTGATATATCATACTATCTTTATCTAATGGGTTTCTATTTCCTCCAAAACAAAA +ATTACTTAAACTATAAGCTATGTACTTATCTTCCCCTTTTGAATTTCTATACTTTTCTAT +TCCTTGCAATACATGAGGATGGCTACCTACAACTAAATCAGAACCATTCTCCAAAACAAA +ATGAGCTATATTTTTTTGAACTTCATTAGGATAATAATCATTTTCTGCACCCCAGTGAAA +GTAGGTTATTACCATATTTACTCCACTTTCTTTAATGTCATTTATATCTTCTTTGATTTC +ATTTAAATATGATGGGCTATAATTTGAATTCCATCCAGTGTAAGCTAAAAATCCAACTTT +TATTCCTTTTACATCTATTATACTTTTTTCTCCTAATCCGGCATAAAATATTCCTGCCTC +ATCTAATATATCTTTTGTGTCATTTAAACCTTTTTCATAATAATCTTGAGAGTGGTTATT +GGCTATACTTACGGCCTCGATACTTCCTTCTTTTAATATATTAACGTATGATGGGTGGCC +CTTAAATGCAAACTTCTTCTCTGTATTTCCATTATTAGAATCAGTTAATGTACCTTCTAA +GTTAACTATACTTAAATCATCGTCTTTAAATATCTCTTTAACATTACCAAAGAAGTATCC +ATAATTATTACTTTGTTGTTCAAACTCATGATCAAATGTTCCTCCTCCTATAGATCCAAT +GTAATTTCCCATTGTAACATCACCTGCAAAACTTAAAGTTATACTTTGCTTTATAGGCTC +TTCTTCTATATCTAAATAATCATCTTCTTGTACCTTTATCTTTGAACAGCCATAAAAAGA +TATAGCTACTAAAATAATTATTATCGACCATGCTTTTTTATATAACACTATGCATCAACC +TCCCAATTAATAATTTCTTTTATTATTTCTCCTATATTAATATTTATAAGTTGATGATTT +CACAATAATTCTATAAATCTATGTAACAAATTAATTATTCAATTATAGAAATAAAAAAGC +ACAGATAAGTTCATTGAATTTTTTATCCAAATTACATATCTGTGCTTCTTATTAATTTAG +TTTCTAGTTATTAATTTTAATTCTACTGGTATAAAGTTGTCTACTTTCTCACCTTTTAAT +ATTTTGTCTATTGCATTTACAGCTGCCTCACCTATTAATAATGGCTGTTGTGCTACTGTA +GCTGCCATAGTTCCATTTTTAACTGCCTCTACTGCATCATCTGTTGCATCAAATCCAACT +ATAAGAACGTCTTTCATTCCCATATCTTCTAATGCTTTTTGTGCTCCTAATGCCATTTCG +TCATTTTGAGCAAATACTGCATCTATATTTTTTTTAGATTGAAGTATATTTTCCATTACA +GTAAGACCTTGTGTTCTATCAAAATCAGCTATTTGCTTAGCTATTATATTCATATCACTT +TCTGCTATCTTATCATCAAATCCTTGACCTCTATCTCTAGCAGCTGAAGAACCTGCTGTT +CCTTCAAGCTCAACTATATTCCCTTTTCCACCTAATTGATCTATTAGGTACTGAGCTGCC +ATAGATCCTCCAACTGCATTATCAGATGCAATATGTGTTACTACATCTCCACCGTTAGCA +GCTCTATCTACAGTTACGACTGGTAACTCATAGTTATTAGCTATCATTACCGATGCCACT +GCTGAATCTGAATCAACTGGATTTAAAAGAACTATATCTACCTCTTTTACTGTTAAGTCT +TCCATATTAGATACTTCTTTAGCCGGGTCATTTTGAGAATCTAAAACAACAACCTCATAT +CCTAGTTCTTTTGCTCTTTCTTCTATTCCACTTTTTAAGTCAACGAAAAATGGATTGTTT +AACGTTGATACTATAAATCCTATTTTTTTAACGCTACTGTCACTTTTTTGTTGGCATCCA +ACTAAAGTCATAGCACTCATTATTATTGTTAATATTATAGAAAGAAATTTTTTCATTTTA +TATTTCCTTTCTTAGTTGCTTTTTCTGTCTAAAAGTACTGCTAATAATATAACTGCACCT +TTTACCATTGTTTGATAGTAAGATGATACGTCTAATATGTTAAGCGCATTACTTAATACT +CCTATTATTAATGCCCCTATTATTGTTCCTGTTATCTTACCTTTACCACCATTTAAACTA +GTACCTCCAAGTACTACTGCTGCTATGGCATCTAACTCATATCCTGAACCTGCAGTTGGT +TGTGCTGAGTATAGTCTTGAAGTTATTATTATACCTGCTATTGATGCAAGTATTCCACTT +ATTGTATATACCCATATTTTTATTTTATCTGTATTCAGTCCTGATAACTTAGTTGCTTCT +TCATTTGAACCTAATGCATAAGTATATCTACCCATTTTAGTATTATGAAGTATATAGTAA +CATACCATAAATACTAATATCATTATCATAGCTGGTGTTGGTATTCCAAGTATTGTTCCT +CCACCTATTTTACCAAATGACATTGCTAATTCATTACTTCCTAAAGTTATAGGATTTCCA +TTTGTATAAACTAATGTTAAACCTTTTAATACAGTCATAGTTGCTAGAGTTGCTATAAAT +GGTTGTAACTTACCTTTTGATATTATAAAACCGTTTAAGAATCCAACTACTACTCCTACT +ACTAAAGCTGCAAGTACTGCTATTACTACATTTTGTCCTGAAACTAAAATACTAGCACAT +ACTGCACCGCTTATACCTAGTATCGAACCTACTGATAAATCTATTCCTCCAGTTAATATA +ACGAAAGTCATACCTGCTGCTATTACTGCATTTACCGAAGTTTGTCTAAGTATATTCATT +ATATTCTTAGGACTTAAGAACGATGGATTCAGTATTGATACTACAGCTATTAATAATACT +AATCCTAATAAACTTTTATATTTAACTAATAATTCTTTTATATTTACATTTTTAGATGTT +GAGCTTTGTGCTCTTGATGATATATCCAATTTTATGCCTCCTTAGCTTCAACCGCACATT +TTAATATTGCTTCTTGTGTTGCAGATTCTATATCAAATTCTCCTGTTATTCTACCTTGAC +TTAAAACTAAAATTCTATCACTTAATCCTAAAATTTCCGGCATTTCAGAAGATATCATTA +TTACTGCTTTACCTTGACTCTTAAATTCGTTTATAAGGTCATATATTTCTTTTTTTGCTC +CAACGTCTACCCCACGAGTAGGTTCATCAAGTATAAGGACATCAGGGTGAGTCATAAGAG +CTTTAGCTATAGCTATTTTTTGCTGATTACCACCACTTAAATTCCTTATTAACTGTTCTT +CACTTGGAGTTTTTATTCTCATTCTACCTATATAGTCTTGAACTCTAGCAAGTTCCTTTT +TCTTATCAATTCTGAAGAATGAAGACATTCTATTTAAAGAAGATATAGCCATATTTTCTC +TTACTGATAAGTCTAGTATTAATCCATCACCTTTTCTATCTTCTGAAACATATGCTATTC +TATTCTTTAAACCATCTTTAGCAGATTTATTATCTATTTCTCTATTTTTTATATATACTT +TTCCACTTGTCTTTTTGAAGTGTCCGTATATAGTTTTAGCTAACTCTGTTCTTCCAGCTC +CCATTAAGCCTGATATACCTAAGATTTCCCCAGCCTTAACCTCGAAAGATACATTATCTA +CATATTCGTTACATAGATTTTCTACCTTAAGCACTGTATCTCCCTTTTCAGTTTCTAATC +TTGGAAATTGATCTGTAAGCTTTCTACCTACCATCATCTCTATCATTTTATCTTCATCTA +AATTGCATAAATCTTCAGTTCCAACAAATTTCCCGTCTCTTAAAACTGTTATATAGTCAC +ATATTTCAAAGATTTCTTTAAGTCTATGCGATATATAAACTAAGGCTTTACCTTCATTTT +TCAGCTCATTTATTACATTAAATAAACTTTCTGTTTCTTTATCTGTAAGAGCATCAGTTG +GTTCGTCCATTATTATTATTTGTGCATCTAAAGATAATGCCTTTGCTATTTCTACCATTT +GTTGCTGAGCTATACTTAAATTACCTACTAACTCTCTTGCACTTGTCTCTACATTTAACT +TTTTAAGTAATGCATCTGCATCACCGTAAAGCTTTTTAAAGTCAACAGCAAATCCCTTCT +TTGGCTCACGTCCTAAAAATATATTTTCACCTATACTTAAATCTGGTAATAAGTTAAGCT +CTTGGTGTATTATCGCTATTCCTTTTTCTCCAGCATCTTTAGGACCTTTTATATCCGTCT +CTTCACCTTTATAGAATATTTGTCCACCATCTTTTTTATATACACCACTTAATATTTTCA +TAAGTGTTGATTTTCCTGCTCCATTTTCACCCATTAGGGCCATTACTTTACCTTCGTAAA +GTTCTAAGTTTACCCCATCTAACGCCTTAACTCCAGGGAATTCTTTAACTATGTCTTTCA +TTTGTAAAATAGGGTTTTTCATTTAAAATACAACTCCTGATTTTAATATTATGTTTGCGT +AAGGAGTACATTCACCAGTTCTTACTACTGCCTTACTCTCCTTAGTCATTTTTTTGAAAT +CTTCATGACTAACCATTGTTACTTTTATATTTTCAAATCGCTTTAATATTTCATTATATA +TATTAGTATTTTTTTCTACTATTTCCTCAGCAATAACTATTTCTTCTACACATAATTCTT +CTAAAACTGTATCTAAAGTTTCTAAGAAAGAAGGTACTCCATATTTTAATGCTAAGTCTA +TTCTATTTACACCATCTGGTATAGGTAACCCACAATCTCCTATTGTTAAACTATCTGTAT +GTCCCATTTTAGATATTGTATATGATACTTCACTATTTATAAGTTTTGTTTTTCTCATTC +TACCTACCCCCTAAAATTTTCTACATCATTTAATGTTGGTAATGAACTTTGTGCTCCTTC +TTTTTGAACACTTAGAGCTCCAACTTTTGAAGCAAAATCCATAGCCTCTTCTACATTTTT +ATTATTAGCAAATGCAACAGCCAATGCTCCTGTATAGCTATCTCCTGCCGCAGTCGTATC +TATTGCATTAACTTTATATGCCTTTTTAAACATAGATTTTTCTTTATTTATATATAGGCT +TCCTTTAGAACCTAAAGTAACTATAAGTTCTTTTACACCTTTATCTATCATTACCTGAGC +AGCTTTTTGAATATCTTCTTCAGTTTCTATTTCTACTCCACTTAAAATTTCTAACTCAGT +TTCATTAGGAGTTAATAAATCTACATTTGCAATTATATCATCTTCTAATTTAACTGCTGG +GGCTGGATTTAATATAGTATACTTTCCAAGCTCTTTAGATCTTTTTAGTGCATATTTTAT +TGTTTCTAATGGTGTTTCAAGTTGAAGTACAACTATATCACTATTTTCTATTCCTTCTAT +ATTTGAATCTATATATTCATTATCTACTTTATAGTTTGCTCCAGGTGCAACTACTATAGA +GTTTTCCGCATTATTGTCTACAGTTATCATTGCAACACCTGTTGCTATATCTTCTTGATT +TATATATTTAGTGTTTACATTGTCATTTTTTAAGGCATTTAATAAAGTTTCTCCAAATCC +GTCTTTTCCAACTTTACCTATCATGTTCACATTTCCACCAAGTCTTGCCATAGCAACAGC +TTGATTGGCTCCTTTTCCACCTGGAACTTCTTTAAAATCTCCGCCTATTACTGTTTGACC +ACCCTTAGGTCTGTTATCTACCTTTACTACTAAGTCCATGTTTAGACTTCCTATGACACA +TATATTTTTCACAGTATTCCTCCTGTTAATTGTTTTATTTATATTAACAAATAGTATGAT +TTTTTACTTTCTTTATTTAGAGTATCATATTAGAATCATTAGTGCAACATATTTCTACTT +TTTAACCTTTATATAGACAATTTTTATATTTTTAAAATATTTAATATAATATAAAAATAT +CCCTTTATTTTCTTAAATCTAGATAATGTTGTGAATAAAAAAGCTAACTACTTAATTTAT +CCATATAAATTAAGTAGTTAGCTTTTTAGAATTATTACATACTATATATGTCTTATAATA +AATTGCATAATTTCAGACACTTCAAATTCAATTAAACTAAACAACTTGTATATGACATGA +CTTTTAGGACCATTTTCATCCTCTTCCTCTTCAATCCAAGTTCTTATAATAACTTTATCA +TTATCATCATATTCTACATTTAACGGTGGTGTATCAAACTCTTTTATATTGATGGTAAAT +ATATGAGTTTTATTTTTTATATCCTCATCACAAGATCCTAAATATGTTACTTTCAGTTTT +TGATTTTCAAATAAAGCTTCCATATTATACCCTCCTAAAAATTATATTTATATATTGTCC +ATAAACGCTAATATTTATATTTATTTTTCGCTTTAATTTAGATATATATGGTAAAATTAA +ATTTGGTTTTATATTCATGATAAAAATTAAATTTAATCGGAGGGGTAAAATGAGTTTAAT +ATTAAGAAAATTTTTATGTGTAATTTCAGTTATATTTATCACTATAAGTTCATCATCTTC +AGTGTATGCATCTAGTAAAGTTTCTAATTCCATAAATTCTACCTTTAAAGAAATGCAAGT +TACTACAAATAGTCTTAACGTAAGATCTGGAGCTGGTACTAAGTATAAAAAAGTGGGTTC +TATCAAAAAGAATACTAAAGTAAAAGTATACTCTATATCTAAGGGTTGGGCCAAAATAGA +ATATAAAAATTCCAAAAGATATGTTAGCTCTCAATATCTAAAGAATATTTCAATATCTAG +CAGTTCTTCTAATAATAGCAGTAATAATAATGCTTCTAACCCTGCAAGTATAGTAAAAGA +AATGCAAGTTAATACAAGTGTACTTAATGTCAGAAAAGGTGCTAGTACTAGTAGTAAAAA +ACTAGGGTCTATAAAAAAAAATACTAAGCGTTAAATATATTAGCCAATATCCTGAACTTC +CACTTGGATGCGAGGCTACGGCTTTAACTCAATTACTTAATTATAAAAAAGTAAATGTAA +ATAAAATAACTATAGCCAATGAAATGACTTATTCACCAAATAAAAACCCTTCTCTTGGAT +TTGTTGGTAGTCCATTTAAAAATGAAAAAGGAGTTTTCCAAGCAATTTATCCAGAAGCAT +TAGAAAGCCTTGCAAAAAAATATAGAAAATCTAGTGCCAACATAACTGGTGCTTCAGTAG +ATACTTTAGAAAAAGAAATTCGTAAAGGAAATCCTCTTGTTGTTTGGGCGACTTTAAACT +TTACAACACCCAAAATGGGATACTGGTACGAAGGTACTAAAGATAAGATATGGGTAGCTA +AAAATTTACACGTAGTTGCTGTAACTGGTGTTGACCATAACTACTTCTACATAACAGATC +CCGCTAAAGGTTCTTATAAAGTAAAAAAATCTACATTTAAATCAATTTATGAAAAAGTAG +GTAAAAAGGCATTAGTCATCAGATAATAAAAAATCTGATATAGATAATTTAATCTATATC +AGATTTTTTATTTATAAACTTAGTAATTCTTCAAACTTATCAATTACATGATTATATTCT +TCTGTATTACCAAATCCGTATCGAGCATATATAAAAGGTATTCCAGCTTTTTTAGCTGCA +TCACAATCCATCTGTGTATCTCCTACATAAACAGGATGCTTCAAATTATTTCTTTCAATT +ACAATTTTTATATTCTCCGCCTTTGATAAATTTGTTCTGCCTGGACATTCAAAATCTACA +AAATACTTGTCAAGATTATAAAACTTCATAAATGTTTCTATATATCCATCTTGGCAATTG +CTAACTATAAATAACTTATACTTTTTAGATAGAACTTTCAATGTATCTTCTAGCTTATCA +TATAAAGTTGCTCCATGTTCCATTAAATACTGATTTTCAAATTCACCACATTCTCTCAAT +AGAATATCTCTCTTCTTCTTATCCATATTGGGGAACATTCTCTCTCCAATCACTTCTAAT +TCAAGTCCCATATATCCCTTTAATTCCTCTGTTGTAACTTCCTTTTTATCGTTGTCATAT +TTACTTATTATAGTACTCCATGAAGAAGCAATCTCTTTAGTCGAATCCCATAGAGTACCA +TCTAAATCAAATATCATACTATCAATATCTTTTAAACTATTCTGCATACCCCTATTCTCC +TTCTAATCCAATGATTTCACTATATATTATAACTTAATTTCTAATTAACATCCTATTTCC +TCAAATAATTTAATTAATGATTCTTCAAACCTAATATTATCATCTTTGGTTCTTTTCTTT +GGACCTTTAGTTCTACCTCCACCTTGTCTTACTTTTTTAGATATATGTCTTGTGAATAAT +AATTGATCAATATTTTCATTATTATATACTAGTCCATTTTGATTTATAGCATGTCCTCCC +TTGGAGAGCACCATGGCAGCTAATCCATAATCTTGTGTCACCACTATATCTCCTTTATTT +ACCTTGTTAACAATTAGAAAATCTGCTGAGTCATTACCTTTAGAAACAACAATTTTTTCT +ACTTTGTATTTCGAAAAATCATGTGATGTATCACATATAATAATAGCTTCTTTATTAAAT +TTTTTAGCAGTATTTATGCTAATATCAATTACAGGACATCCATCTCCATCTATTAATAGC +TTCATATTTTCTCCTTATTATTTTCATTATATATTTTTATTATATATCAAATAACTTCAA +TATATAATAAGTGCGTATATCATAAGCAACTTTATAATATAAAATCTACTCATAATATAC +GCACTCTTTAACTTTTCATTGACTAATTTATTTCTTCAGCTATATTATCTTCATTAATTT +CTTTCTTGCTTTTCTTACTAAGCATTGGTTTAAAATAAAAATGCTCATCTACAAAAGAAT +TCACAAAAGAAACAACCTTTCCAGTTATTAATGCACATATAACAGTTCCAATACCTATCC +CTTCAAATCCTTTTAAGAATACTACTGACAATACTATAGTTGTTGCTAAGCAAGATAAGT +CAAATACAGTTTTTACCTTCTTATAATTTATATTAAATTCTTCAGTTAAGTCTCTTGTAA +AAGTATCTATTGGCAAAACTGGAGTTTTGCATTTTAATAATAATGACATTCCAACTGAAA +GCATTGAAAAACTTATAAGGAAATATATTATATTATATATTATATTATTCGGTAGCTTTT +GCATAATAAATATATTGCAAAAATCTATCATATTGCCAAATACTATTGCAAGAAAAAATG +ATACAATGTAACCAACTTTAAATTTCTTTGTTATTAAAACTAATATAAGTATTAATACAC +ATTGAAATATATAATTCCAACTACCATAAGTAATATTATCAAAAACCAAACTCAATGTAT +ATGGCACTGATGATATTGACGATATTCCAAATCCACTCTTAACCATAAGCGTATTAGCAA +AACTATTAATAATTAACCCCATAAACAATGCTAATTCCCCAACAAATAATTTTTTCTCTT +TCATAATTCCCCTCACTTTTTTAATCTTCTTTTTTATCTAAAAATTAAATTTTATTTTAC +TTTAAACTTGCTTAAGTATATTTCTCATAGAGAAACGGTGAACTCTACTTTAATTTGAGT +TCACCGTTTTCCATAAAATGTAATTAAAAACTATTCTATCATTCCCATAACTTTAGGAAG +GAATAAACTTATTTGTGGTATAAATGTTACTAACATTAGAACGACAAATATTGATATATA +GAATGGTAATATATTTTTTATTACCCCTTCGATTTTAGTTTTAGCTACTCTACATCCAAC +AAATAGAGTATTTCCAACTGGCGGTGTTATTGTACCTATACATAAGTTAAATACTAACAT +TATACCAAATTGTATTGTATCCATACCTAAGTTTTGAGCTATAGGTAAGAATATTGGTGT +AAATATTAATATAGCTGGAGTTAAATCCATAAAAGTACCTACTATTAATAATAGTATATT +CATAATTAATAGTATTACAATTGGGTTATTTGATACACCTAATATTAAATTTGTTATGTA +TGTTGGAACATTAGTAAATGCTAATACCCAAGACATTATAGAAGAAACCCCTATTAAGAA +TACTATCATAGCTGTCATATTTATAGATTCTAATAATATTCTTGGTATATCTTTTAATTT +TATAGACTTATATAAGAACATTGCTAATAATAAAGAATATACAACTGCAATAGCTGCACC +TTCCGTAGCTGTAAATATTCCACCTATTATACCACCTATTATTATTACAATTAGTGATAA +ACTTGGTAATGCATCAAAAAATACTTTTAAGCCTTGCATGAATGTTATTTTTTCATTATT +AGTTTTATATCCTTGCTTCTTAGCTATAAAGAATGCAACGACCATAACTCCTAATCCCCA +TAATATACCTGGAATATATCCAGCCATAAATAATGCTGCAACTGATGTCCCTCCACTAAC +TAACGAGTATATTATTAATGAGTTACTTGGAGGTATTAATAAACCAGTAGGTGCAGATGC +TATATTAACTGCCGCACTATAATCTGTATTATATCCAGCTTCCTCTTGAAGAGGTGCCAT +TGTACCCCCTATAGCTGCTGCTGCCGCTGTTCCAGATCCACTTATAGCTCCAAACAACAT +GTTTCCTACAACGTTTGTATGTGCAAGAGACCCTGGTAATTTTCCTGATAATAATGTTGC +AAAATTAACTAGTCTTATTGCTATACCACCATTATTCATTATTATCCCTGCTAATACGAA +GAATGGTATTGCTAATAATGAGAATGAGTTAATCCCTGTAAATATACGCTGAGATGCTGT +AAAAACAGCATTTTCCCAAGGTAGTGCTGATAATATTGATATAACTGAAGATATTCCTAT +TGTAACTGATATCGGTATCCCTATTAATAATAAAACTGGAAATACTGCTAATAAAGTTAA +TCCTGTTTGTAATGCTAATTCCATTGGTTTTCCTCCCCTAATTTAATTACGCTGTTTTAG +CATTTTTATTTTTTGCTTCCTTACCATTTGCCAGCTCTTTAACAATATCAGATATATTTA +AAATGTTGTACACTATTGTTACAACTCCTGATAAAGGTAATGCAAGGTAAATATAACCCA +TAGGTATTTGTAATGATGAAGATGATTGTCCCATTGATAACTGTGACATCTTAAATCCTC +CAAATACTAATACTAATGCTGCAAATAATATAACTACTAACTCCGAGAATAACTTTACCT +TAGTTTGATTTCTTTCACTAAGCTTATCTACTAAAAATGACATACGCATATGCTCTTGTT +TTCCAAATACATATGCTGCACCTAATAACCCCATCCACACAAAGCATATTAATACTAGCT +CTTCTGTTACAGTACTAGGCTTATTAAATATATATCTAGATGCAACTTGCCATGTTGCAA +ATATTGTCATTAGTGCTAATAATAAACAGCACACAACTTCTAATACTTTATCTAAACCTT +TTCTAATAGCTTCCATTCATTTTCTCCTTTAATAATATATTTTAACAATATTTATTATTT +TTTATCACTATTAGCATTCTTTGCTAATATTTCATCACCCTTTGCACGAATCTTATCATA +AACTGCCTTCATATCTTCATCTTTTGTATATTCAGCATGTAAGTCTTTCATCTTTTCTTG +GAATGGCTTTATATCAGGGTAATAGAATTGAACTCCCATCTCTTCTGCTTTAGCTTTAGC +ATCTGCTGCTGCATCTTCCCAAAGCTCTACCTCAAATTTATTCGCATAATCAGCCGCTTC +CATTACAATTTGTGCTTCTTCCTTTGTTAACTTGTTATCTAATAAAGAAGTACTAGCAAT +TAATATATCAGGTAACATAGCATGCATATTATAAGAATAATGTTTAGCAACTTCCCCATG +CTTATTATTTATTAGTGCTAACTCATTATTTTCAGCCCCATCAATTACATTTTGTTGTAA +CCCTGTATAAACTTCTCCAAACGACATTGGAGTCGGAGAAGCTCCTAATGCTTGAAGCAT +TTTTACATTTGTAGGACTTGTTTGAACTCTTATTTTTAAACCTTTTAAATCATCTGGCTC +CATTATAGGTTTCTTAGTAGTATATATATTTCTCACTCCAGCATCAAACCAAGTTAATCC +TACAAATCCACTTTGTCTTGTTGACTCATATACAGGCCCTATAATTTCTTCATCATTCAT +TACTTCATGATAATGCTCTGTACTATCCATTATATAAGGTAAATTTAAAACAGTGTAACT +ACTATTAAATGCTTCTAATGTTCCAAGACCTCCTATAACTAAATCAACTGCCCCTGTCTG +AGCTAGTTCAACAGCTTGTGCTGTAGCACCTAACAATTCATTTGGAAATATCTGAACATC +AATATCCCCATTTGTTTTTTCCTCTACATACTTTTCAAACTCTAACATTGCTTTATGTTG +AGGATGTTCTTCATTTTGACCATGCGCAACCCTTATAACTTTAACCTTTTTTTCTGCTCC +ATCGACTTTGCTACAACCTATAGCACTGAATCCAATAGTAGCAGCCAGCAATAAAGCTGT +AATACGTTTTCCTACCTTCATTAAATATCCACCCTTCTTTATATATTTACTGTCCCTTTT +TCATTCTAGTATACTAGAATAATTAAATATGTTAACAATATAACATAAAGTTTTATAATT +TTCAATTTCTTTACATTATTTTTTCTAATTTTTTTCATTTTTTCAATTAAGCCCCTGATT +TTACATAAAGCAAAATCAGGGGTATTTCATTAATTTACTTTGCAATATTTAAATGCATTA +TTGTAACATATATTCTCTACTATTTCTCCTAATATTTTCATATCTGCTGGATATTCTCCA +TTCTCTACTAATTCACCTATATAGTTACATAATATTCTTCTAAAATATTCATGTCTCGTA +TAAGATAGGAAGCTACGAGAGTCTGTAAGCATTCCAACAAATTGACTTAATAATCCCAAT +TGAGATAACGCCATCATTTGTCTTTCCATTCCATCCTTTTGGTCATTAAACCACCATCCA +GAACCAAATTGTATTTTACCCGCTATACCTCCACCTTGGAAGTTTCCAAGCATTGTTCCT +AATACTTCATTATCCTTTGGATTTAAGCAATATAATATAGTTTTAGGTAAATTATCTTCA +CCATCTAGTGTATCTAATAATCTAGATAAAGGCTGTGCTACTTCACCATCATCTATACTA +TCAAATCCAACATCTGGACCTAATTTTTTATACATTCTAGTGTTATTATTTCTTAATGCA +CCTATATGTAACTGCATAACCATATTATGTTTAGAATATATTCTACCTAAGTTAACCATA +GTTAAAGTAGAGTATTTTTCTATTTCTTCTTGAGTTAAACATTCCCCATTTATAGCTTTC +ATAAATATAGCATTTACTTCTTCTTCATTTGTATTTCTGAAATAAACTCTATCCATAGCA +TGGTCAGTTATTGTACATCCATTTTCTACGAAGAATTCAATTCTTCTTTCTAGAACGTTC +ATAAGCTCTGTATAGTTAGTTATTGTAGTATTTTCAGTAGCTCCTAACACTTTTATATAA +TCAGCAAATCCTTCATTTCCTATTTTTACTGCTTTATCAGGTCTTAATGTAGGTCTTACT +TCACAGTCAAAGTTTTCATCTTGAGCTATTTTTATATGATGTTCTAAGTTATCAGCTGGA +TCATCAGTAGTTGCTATATACTTTACATTTGATTTCTTTATTATGCTTCTGGCACTGAAA +TCATCACTTTGGATAACTTCATTACACCTATTCCATATTTCTTCTGCATTCTCTTCACTT +AATACTTCTTCTACACCAAAGTATGTCTTTAACTCTAAATGAGACCAGTGATATATTGGG +TTTCCTATTAAGTAAGGCATTGCTTTTGCAAAAGCTTTGAATTTTTCAAAATCACTTTTA +CTTCCAGTAATATACTCCTCATCTATTCCAAAACTTCTCATTGCCCTCCACTTATAGTGA +TCTCCATATAACCATATTTCTGTTATATTGTTATACTTTTTATCTTCAGCAATCTCACTT +GGTATTAAGTGACAATGGAAGTCAAATATAGGCATATTTTTTGCATGTTCATGATATAAA +TATTTAGCTGTTTCATTTTGTAATAAGAAATCTTCATCCATAAATTTTTTAACCCTTGTA +ATATCTTTTAACATATTTATAGCCCCCTTTTATTATAAAGTTACACCGTCTTTTAATATT +GATATTTCTCTATATCCATTCTTTTCATTTTGCGCTATATATTTTCCTGAAGCTGTATCA +AGTATAAGATTAAAGAATGAATCGTCTACAGATTGTGCATCTTTTGTTTCTATTAACTCT +CCAGCATTAAAGTCTATCCAATGTTTCTTCTTATTATATAAATCTGTATTAGTAGATATT +TTTAAAGTTGGAACTGAACCTCCAAAAGGTGTTCCTCTACCAGTTGTAAATAAAACCATG +TGAGCTCCAGCTGCTGCTAGAACTGTTACTGCCACTTGATCATTCCCTGGACCATAAAGT +AAATTAAGTCCTGTTTTAACTGCTCTTTCACCATAACCAAGTACATCTGTTACTATAGCT +TTTCCGCCTTTTTGAACACAACCTAATGATTTTTCTTCTAGAGTTGTTATTCCACCCTTT +TTGTTTCCTGGAGATGGATTTTCATATATTACTTGGTCATATCTTATAAAGTATTTTTTA +AAGTCGTTTATTAAATCAACACTTTTATCAAATACATCCTTGTTTACTGCTCTATCAAAT +AATATCGTTTCAGCCCCAAACATTTCTGGTACTTCAGTTTGTATAGATGTTCCACCTAAA +GCAACTATTTCATCTGATAATCTTCCTAAAAGTGGATTTGCTGTTATACCAGAGAATGCA +TCTGATCCTCCACATTTAAGACCAATCTTTAATTTAGATATATGTACATCTTCTCTTTCA +AATTTAGAAGCATATTCTACTAATTCTGATATTAATTTTTTTCCTTCTTCTATTTCATCT +TCGACATCTTGTATATTTAAGAATTTAATTCTATCATGATTGATAGGTTCCAATATTTCT +TTAAAACTTGCTAAAGTATTATTTTCACATCCAAGGCCTACAACTAAAACCCCCGCTGCA +TTTGGATGATTTACTAATCCTGAAAGTATTTTTCTTGTATTCTCTAAATCATTACCTAAT +TGAGAACATCCATGTGGATGCTCAAAGTAATGAACGCCGTCAACTTTATCATTTATAAGC +TTATTTCCTTCTTTAACTAATAAAGCGCATGTTTTATTTATGCATCCAACTGTATTTATG +ACCCATATTTCATTTCTAATTCCAACATCTCCATTTTCACGAACATATCCTTTAAAGAAA +ATGTCTTCATCCCTTTTAGGTTGATTTAAGTCATTTTTATTGAATTCATACTCTAATATA +CCATCTAATCCAGTACTCATATTATGAGAATGTATCCACTCTCCAATTTTTATATTTTCC +TTAGCTTTACCTATGCTATATCCATACTTTAATACATCATTTCCCTTAGATATTTCCTTT +ACTGCCACCTTATGACCTTTTGGAGTATCTTGTAATAATGTTATATTGTTATCATCTAAG +CTGATAGTGTCTCCCTTGACACCATCAGCTAACAGTACAACTACATCATCTTCTTTATTT +ATCTTAATGAACTGGCTCATATTCCTTCTCCATTGTTTGTAATTTTTCAGTAATAACTTC +AACTATGTTTAAATACGTAGCTAAGTCCTCGCCCCAAAGTTTTGATTCACTTAATATATG +TCTTACATATTCTTCATTCTTTTCTTCAAACTTAGAATGTGCTTCACTCATAAATTCTAA +TACTTCTGGAGTATCGAATACTTTATACTCATTTCCATTAAAATCATGACCTATATATCC +ATTTTCTGTTTTTTCTATTTGATAGAATCTTAAAAGTCCTGCTAAACCTACCATCATATT +TTCCGGTAATTTATTATTCTCTTCTATGAAAGACTTCACTGTCGGCCATAATCTATTTTG +GAACTTAGACACTGAATTCATAGATATTGATTCTAATTTATGTTTTATATGCGGATTTCT +AAATCTTCCAAGTACAGTAGATGCAAATTCTTCTTTATTTCCTGTTCTATTTTTTAATGA +AGGCAATATTTCTTTTTCTAATGTTTCATTTAAATATGCTTTCATTGTTTCATTTTCTAC +AACTTCATCAACTTGATTAAATCCTTTTAATATACTTTGTGGTGTTATTAATGTGTGAGA +TCCATTTAAGATTCTAACTTTTAATAATTGAGTATCATGTAAAGATTCTAACCACTGTAC +ATTAAGTCCAGTTGCATTTAGTGGTAATATATTATCTAGTTCTTCACTTCCTTCTATAGC +CCATAAAAAGTATGGTTCACACATAGACATTGCGCCATCTTTATATCCTAATCTTTCAAA +ATAAGCTTGTGAATCTTCTCTTGGGTAACCAGGAACTATTCTATCAACTAAATTATTTAA +GAATACACAATTCTCTTCAACCCAAGTCTTGAACTCTTCTGATGCTCCAAAATCTTCAGA +ATGCTTAGCTACAAACTCTTTTAACACTCTTCCATTTTCTGCAACTAGTTCACAAGGGAA +TATAAGAAGTTTTTTAGAAATATTGCCTAAAACTTCAAATCTATGCATTAAGAATGCAGT +AAGCTTACCTGGGTATAAACCTTCTGTACATACATTTTCAAGTTCTACTTTTTTGTAAGC +AAGTCCAGCTTCAGTAGTATTTGATATTACAACTTCTAAACTTTCTTGTTCTGCTATTTT +CATAAAAGTATCCCATTCTGCATTATAATTAAATACTTTTGAAAATACAGATATTACATC +TTGTTCAAATACCTCTGTATCACCCTTAAACCCTCTTTGAATTACTGTATATAAATTATC +TTGAGACTTTAGTGTATTTATTTTTCCATCATGGTTTAAAGGACAAGTTAATGCTATTGA +TCCATCATACTTTCCTGCTTTTATTGCTTGGTCTACCATCCAATCAAAGAATGACATTAA +GAAGTTTCCTTCTCCTACTTGCATTATTTTTATCGGACTGTTTAATACCTTTTCATGATG +CGCTCTTTGAGATTCAGTTAAGCAATCCATACTTAAATTTCTTATTTCATTACTCATATT +AATTTATCTCCCTTTACATATTGAAAATTTTACCTTTTTATATTTTGTAATCCTGATGTC +ATAAGTGTCTCAACATCATCTAAACAAACTAAGTTTATATCACCTTGAATACTATGTTTT +AAAACGCTCGCGCAAGTTGCAAATTCTACTACATCTTCATTATTTAATTTTTTTAACAAC +CCATGTAATATACCGGCTGTATAAGAATCACCTCCGCCAACTCTATCTAATATGTCAAAG +GTATATAATTTTGATTTATTTAACTTTTCTCCATCGAATAAAAATCCTTGTAGTGAATTA +TTATTTACTGTGTTAACTTTTCTTTTTGTACATGATGCATATTGTAAATTAGGGTAATTA +TCAAATAACTTCTTATATAATGAAGTTAAACAATCTTCAAATTCCAATCCTTCATCCACT +TCATACTCTAATATATTTTTAAAATCTAATATACCTAAAAATGCAATATCCACAAATGGA +AGTATTTCAAACATGAACTCTCTAGCTTCTTCTAAGCTCCATAGCTTCGATCTGAAGTTT +GAATCATAAGAAACAACTATATTTCTTTTCTTAGCTTCCTTTGCAATTTCTAAAGTTAAA +TCTTTTATCTCTTTACTTAATGCAGGATTTATGCCTGACACATGAATTAACTTTACATCA +TTTAGCATTTCTTCTATATTAAATTCATTCCTTTTAGCTAACGATATAGCTGAATATTTT +CTATCATATGTAACATCAGAATTTCTAAGTCCATTACCTTGTTCTAAGAAGTAAATCCCT +AGTCTTCCTTCTCCCTTTATAATTTCCTTAGTATAAATTCCAAAAGAATTCAAATCTCTT +ATTACTTTTTCTCCTAATGTATTATCTGGTACCTTTGTAACAAATTTTGTATCATGTCCA +AACATACTTAAACTACAGATAACATTTGCTTCTCCACCAGCATAAGTAGCATCAAAAGAA +TTTGCCTGTATTACTTTTTGAAAACCTGGAGGTGTAAGTCTTAGCATAACTTCACCAAAA +CCTAAAACCTTTCCATTATTATTAACTTCTAATCTTTTCAATTTTATTTACAAACTCCTT +AGCTAAATTTTCTATGTCTTTTAAGCTTCCTGAATTAAATAAAGAACTTCCTACCCCTAC +ACAAGAAACTCCCATTTTAAACCATTCATCTATATTATCTATACTAACTCCGCCTGTAGG +CATTATTTCAACATGAGGAATTGGTGCTTTAACAGCTTTAACATACTTAGCTCCAAATAC +ATCTCCTGGGAATAACTTAACCATTTTATTTCCTTTTTCTAAGGCATACATTATTTCAGT +TACAGTCATGCATCCTGGTAAATATACAACTCCCAATTCTTTACATATATCACTTACTTC +ATCTGAAAATCCTGGACTAACTACATATTCAGCACCAGCTTCAATAGCATCTTTGGCCAT +TTTACCATTAAGTACACTACCTATACCTACTAAAGCATCTTTATAATTCTTTTTAACCTC +TTTTATAAGTTCTACTACATTAGGTATTGTATAAGTTAGCTCTAAGGCTTTAATACCTCC +ATTCAAGCATGCATTAACATACCCCAATGCTTCCTCATGGTCTTTCGCTCTAATAACTGC +TACTATTCCTTCTTTTTTTAGTTTACTTAACATACGAACCTCCCTAATAACCTTGTATAC +CAGTTTGTTTCATATAAAAATTCTCCAATTATATATTATCATTGAGTTTTAATCATAAAC +TATACTATATATACTAATTTATAATTATTTTCTATGAATCTTTTAACTAGTATTATAGTT +TATATTTACATACAAGAAATCATTTTCTCTTTACCACTTGTATACCAATATAGTTCAATT +ATACAATATTTTTAAATTTTTTCAATATTTTACTTATTATTTTATTAAAAAAATTTATTT +TTATCAAACTTGTATACATCTTCATAAATAAACTATAATCTAAAAAAAGATGTGATCATA +AATTAATCACATCTTTTTTAATATTTTCATGCATCACGTACTTTTTACTTAAAATATTTA +GATATTTCCTCATCATGCTTTATTAGATAATCCCAACTCTTCATTGAAAACTTCATATGT +TTATCTATTAATTCTTCTACCTTACTTATATCTTTATTATTAATAACATTTAAAAATTCT +CTATGCTGCTCCACTACCGATTTTTTAGAATCTTTTTTCTGAGTTAGCAATCTCATTCTA +TTGTAATGAGTACTTATATTTAGTATACTACTCCATACATGTGTTTTATTAACCCCTGCA +AATAATAATTCATGGAAACTAGTATCCAACTTGTGAAATTCAGTTTCTCCACCCTCCATA +TTAGCTATTATTTCTTGTGCAAATAAGTTTTTCTCTAAATCTATCATTATTTCATGTGGG +AAGTTTTCACATGCTAATTTTAGCACTTTCTCTTCTACAGCAAATCTCATAAACAACGCT +TCATCTATTAAATCAATATCTATAAGAGATACATATGTACCAGATTGAGGCTTTACTTCT +ATTAAATGTTCACTTTTCAATCTCATTATTACTTCTCTTATTGGAGTTCTTGATAAATTT +AGTTTTTCTGCTAACTCAAGCTCACTTAATAGTTCACCCGGCTTTAACTCTAAAGACATT +ATATTTTCTTTTAGAACTCTATATGCATACTCTTTTCCTGTCTCTTTGTCTTTTCTTTCA +TATAGTATCAATGTAGCTCACCCCCTAAATATAATCATACTATATTTATCTAAAATTCTA +TAACTAGTATACTAAACATAAAAAATAAATCAAGTTTATACATTATTACGTTAGAACCAA +TTTCTATAAGTAAAAGGCAGATAAAATTCTTTTATAAAAATTTATCTGCCTCTTTTTGTT +ATGTTTATTTATATTGTAAAGCTTATATTATTTTAATTTATATTCTCTAATTAATCAATA +TTAATTTACATAGCCTCATCTTTTTCAAATTGAGAGTTATATAAATTTGCATAGAATCCA +TTTTGAGCTAGTAACTTTTCATGATTACCAATTTCAATTATATCTCCCTCATTCATTACT +AATATTAAATCGGCATTTTTTATAGTAGATAATCTATGCGCTATTATAAAGCTAGTTCTA +CTTTCCATAAGATTATCCATAGCTTTTTGAATTAATATTTCTGTTCTTGTATCCACTGAA +CTAGTTGCCTCATCCAAAATTAATATTTTAGGGTCTGCAAGTATAGCACGAGCAATTGTA +AGTAACTGTTTTTGTCCTTGCGACACATTACTTGCTTCTTCATTTAACACCATGTTGTAT +CCATCTGGTAAAGTTTTTATAAAATGATGTACATGTGCAGCTTTTGCAGCCTCTATAACC +TGTTCATCACTTGCATCTAATCTACCATATCTAATATTATCTTTAATACTTCCATTAAAT +AGCCAAGTATCCTGAAGAACCATTCCAAATAATTCTCTTAATTCACTTCTATTAAAATCT +TTTATATTATGATTATCTATTAGTATCGCTCCAGAATTAACATCATAGAATCTCATTAAA +AGTTTTATAATAGTTGTTTTACCTGCTCCTGTAGGTCCTACTATTGCAACCTTTTGTCCT +GGTTTTACATGCGCTGTAAAATCTTTGATTATAATTTTATCAGAGTTATATCCAAACTTA +ACATGATCAAAATCAATTCTTCCTTCTATACCATCGATACTAACAGCATTTTCTACAGTT +TGATCTTCCTCTTCTTCATCTAAGAATTCAAATACTCTTTCCGCTGCCGCTGCAGTAGAT +TGTAATAAATTAGTAACTTGAGCTACTTGAGCTAATGGTTGTGTAAAGTTTCTTACATAT +TGTATAAATGATTGTATATCTCCAACTTCAATAGTCTTTCTAATAGCTAACCATCCACCT +AGTATTGCCACAACTACATAACCTAAGTTACCTACAAACATCATAAGCGGCTGCATTATA +CCTGATAAAAATTGAGATTTCCATGCTGATTGGTATAAAGTATTATTTAATTTATCAAAT +TCATTTACAGCTTCTTCTTCACCATTAAATACTTTTACTATGTTATGACCACCGTATAAC +TCTTCAACTTGACCATTTACGTGACCTAAGTATTCTTGTTGAGCTTTAAAGTATTTTTGT +GATCTTTTTACTATTAATGATATTAATATCATAGATATAGGTAATATAAGTAAAGTTACA +CCTGTCATAAGCCAACTTATAGATAACATCATTACAAGTACACCTATAATTGTAGTTACT +GATGTTATTAACTGAGTCATACTTTGATTTAAACTTTGACTTAGAGTATCTATATCATTA +GTGATTCTAGATAAAACTTCACCATGAGTTTTTGTATCAAAATATCTCATAGGTAATCTA +TTTATTTTCTCTGATAATTCATTTCTTAAGTTATATGCAACTTTTTGAGATATTCCACTC +ATTACAAACCCTTGTATAAATGAGAATATTGCACTTAATATATATAATCCAATTAACGCA +ATTAGTATTTTCCCAATTGCATCAAAATCAATTCCAGCTCCAGTAGCACCTGAAACTTTA +GCAACTAAACCTTCAAATATTTTAGTTGTAGCTCTACCCAGTATCTTAGGTCCAACAACT +GAGAATGATACACTTCCAATTGCAAATATTATAACTAATATTATAGAAAGTTTAAATTTA +CTTAGGTAGCCTAGTAAAGTTTTCATTGTACCCTTAAAATCTTTAGCTTTTTCTCCTGCG +CCACTCATAGGGCCATGTCCCATAGGGCCTCCCATTCTTTTTGGTTTTTGATTATTACTC +ATCAGCTAGCTCCTCCTTTGAAAGTTGTGATAAAGCTATTTGCTTGTATACTTCACAATT +ATTTAAAAGCTCTTTATGAGTTCCTTTTCCTACCATTTTACCTTCGTCAAGAACAATTAT +TTGCTCTGCATTTAAAATTGTACTTATTCTCTGTGCAACAATTAATACAGTACTTTCTGA +TATTTCTTCCTTTAAAGATTTACGAAGTTTTGCATCAGTTTTAAAATCTAGTGCAGAGAA +ACTATCATCAAATATATAGATTTCTGGGTCTTTAGCTATAGCTCTAGCAATAGAAAGTCT +TTGCTTTTGACCACCTGAAACATTAGTCCCGCCTTGTGAAATCTTAGTTTCATATTTTTC +CGGCTTAGATTCTATAAACTCTGTAGCTTGAGCTATTCTTGCAGCCTTATTTATATCTTC +TTCTGTAGCCTCTTTTTTACCATATCTTAAATTTGAATCTATTGTTCCTGAGAATAATAC +ACCTTTTTGAGGTACATATCCGATTTTTTCTCTTAAATCATGTTGCGTAACATCTTTTAT +ATTTACACCATCTACTAATATTTCACCTTTAGTAACATCAAAGAATCTAGGTATTAAGTT +AATTAGCGTTGATTTCCCACTACCTGTACTTCCGATAAATGCTGTTGTTTCTCCAGCATT +AGCTGTAAATGAAATATCAGTTAAGATATCCTCTTCTGCATCTGGGTATCTAAATGAAAC +ATTCTTAAACTCAATAACACCTTTTTTATCTTCTTTAAATTGAACCGGTTTTTCTGGATC +TTTAACGGAAATATCTGTATTTAAAACTTTATCTATACGATCAAGAGATACTAATGCTCT +TGGTAACATAACTGATACCATAGATATCATTAAGAATGACATTACTATTTGCATTGTATA +TTGTATAAATGCCATCATATCTCCAACTTGCATTGTACCTGCATCTATACTATGAGCTCC +ATTCCAAACAATTAGTACTGTAATAGCATTCATTACAAACATCATTGCTGGCATCATACA +AGACATCACTCTATTAACAAAAACATTAACCTTAGTTAAATCCTTATTTGCTTTTTCAAA +TCTTTGTTCTTCATATTTTTCAGTACTAAATGCTCTTATAACTGGAAGACCTGTAAGAAT +TTCTCTACTTACTAAGTTGAGCCTATCAACTAAACTTTGTAGTATTTTGAATCTAGGCAT +AACAACTATAAACATTATCATAACTAACACTAAAACAGACGCAACACCTACACCAATAAT +CCAAGTCATAGATGTATTAGTTTGTAACACCTTTAGTACACCACCTAAGCCTAATATAGG +CGCGTAGAATACAATTCTTAAAAACATTACCATCATCATTTGTATTTGTTGTATATCATT +AGTACTACGAGTTATTAAAGACGCTGTAGAAAACTCAGTTATTTCTTTATTTGAGAATGA +CATAACTTTCTTAAATACAGAACTTCTTAAATCTTTACCTAAAGTAGCTGCAACTCTAGC +TCCTAATAACCCTACTAAAACTGATGCCAGAACACTTAGTAATGTTATTCCTAACATTTT +TAAACCAGTCATTATAATATAGTTGTTTTGCATCTTTTCTGTATTAATGCCTATTGCTTC +ATACTCACTTTTCACATAATTAACTGCACTTTGATCTACCATAGTTTCGGGTAAATTTTT +AAAGTTTTTATCTATTTCTTTTGTAATAGCAGTTAAATTTTCTTCAGGCATTGATGATAA +TACTTTAAATATATCAACATCACCATTTTGTGTAGCTGACGTTGGAAGATTAGCCATCAT +TTGCTTCTTCATAGCATCAACTTCTGTACCACCATTTTCAATTCCAGATACTATTAATAT +CGGCTTACCTAATATACTACTTAGTTCGTCTATTATTTCTTTATCAGTAGTGCTTAACTT +ATAAAGATCTTCTTTTTCTAAAGCAGGATATTCTTCTTTATATTTATTGAATTCTTCTGT +TGAAATAGAGTCTTTACTTAGCAGATTATAATTTTGTAATACCTTATCTTTATCAGCTGA +GCTCATAAATATTGTAATTTTATCTAGTTCACTCTTTCGTATTATTTCTGGTACTGCATT +TTCTACTCCACCTTGCTGTATCCCAACATTTACTATACTTGATGTATAATCAGGTAGGGC +AAGTTCACATATCGCTTGACCTATCAACAATGCTACGATGAAAATAATTGATAGGGTAGA +TTTTTTTAAATATTTTACTAACTTATTCATCTTTTATACTCCTTTATGTTATTTATATTC +ACATTCCATTTCAATGATAGTATCATACATCTTTTTAAATAAACGTATCATTTCATCGGT +ATCTTCTTCACCCATTTTTTCTACAATTCTATGAGTAAATTCTTCAAACATTTTTGTTTC +CTCAGCAAGAATCTGATCACCATCTTCAGTTATGTTAATATAGACAACTCTTCTGTCTGA +TTTATCTGTTATTCTATTTACAAATCCCTTTTCTTCTAAAGTATTTATTAATTTTGAAAT +TGCCGGTTTTGTTACCGATAAAAACTTACTTAAATCAGAAGCTTTAACGCCTTTTGAAGA +ATACTCATTTGTACTTTCACTATTTTTTAAATATTTAATAGTTTTGAGAAGCATAAACTC +TCTATTTGGCATATTCTTTTTCCTAAATCCATTATGGGCAAGCTTATTAATTTGTGTTAT +GACACTTAATAGCTCTTTTGATTTATCCTTTGATACATCCATTTACAATTTAACCTCCCA +ATTTTAGTTAACCTAAATAATAGTTAACCATGATAAATATTATTTTAGTTAACTATTTTA +TATTAGTCAATAGATTTATTGATTAATTTTTCATAAACTTAGTTATTTCCCATATTTAAT +ATATAAATAGCATAATTGTATATGATAAATTATCATATTAAGTGCAACATCTAAAAATAT +GTAAAAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACT +TTACATGAAAGG +>MGYG000000001_15 +AGTAGATTTAAAAGTTTTCATAATGAATAACCTCCTTTGGATGGATTTGTCGTTACTTCC +ATTTAACCAAAGAAGGTTATTTTTTTCATTATATAAATTTTGTAAAAATCAAGTTGCAAA +CATTAACTAGATGCAACACTAGAAACTTTTAAGTCTTCTTATTTTTTTTATTAAAAAGCA +TAATTTATTTTATATTTGAATAAAATTTTACAATTAAGGAATTATAATAACATAATTAGT +AAATATAGGAGAATACAAATGTTAAATAATAAGATATATACAAAATTTATATGCGTAGCT +ATACTTATATTTTCAATTATAGGAATGATAAAATATTATGGATTTATAGATAATAATTCT +TATATAGAAACCCTAAATATTTTTGAAAATAATTCTAAACGATATGTATATCCATTAGGG +AATATAGTTGGTATTAAAGCAAATACAGATGGAGTTTTGGTAATAGGATATGAAGAAGAT +GATATAACGTATATAGGAGGCCTTAAAATAGGTGACAATATTGTTAAAATAAATAATAAA +AAGATTAATAGCAGTAATGATGTATCGGAGTTATTAAATACTTTAAAAACGGATGAAGTC +AAGATAGGATTTCAAAGAGATAATGAATATAAAGAAGAAATTGTAAAAGTAAAAAATGAA +AATGGCAAATATAAGTTAGGTTTATGGGTTAGAGACAAAATATCGGGAATAGGGACAATG +ACTTTATATGACCCTAGTAAGGAGACCTTTTTTGCTATTGGTCATGTTATTACAGATGTA +GATACTAATAAACTTTTGAAAATAAAAGAAGGATTTTTATATAATGCGAATAATTTAGAA +ATTATAAAGGGTAATTCAGAAAATGTAGGAAAGATAAAGGGGGAATTTGATTTAAGTAAA +GCTATAGGAAAATTTGATAACAATTCAAACTTTGGAATTTGTGGGAATTTATTAGATGAA +ATAAATTTATTGAGTGGGCAAATAGAATTAGGTACATCTAGTGATGTTAAAATTGGAGAT +GCTGTAATTCTTTTTGAAGATGAAAATAGAAATATAAGAACCTATGATATAAAAATAGAA +AAAATAATAGATGATAGCACATGGGATAGAGATATGGTAATAAAGGTTACAGATGAAGAT +TTGATAAATTATACTGGCGGAATAATTCAGGGAATGAGTGGTATTCCTATTATACAAAAT +AATAAGCTTATAGGCAGTATTACTCATGTTTTTAAGAAAAACCCTAAAAAAGGATATGGT +ATTTTTATAGATGAAATGGTAAAATAAAAAATAGATTATAAAATTTTAATAAATATGAAG +GATTATAATTTTACTATGTCGAATTGTCTTTTAGTAAAGAATTAAAAAAATAGATTTTCT +GAAAATAAGAGAATGTTTTATTAATGGGGGGAATTTTAGTGAACGAAAAAATAAAAATAG +TTTTAGCTGATGATAATAAAGACTTTTGTCAAGTTTTAAAGGAATATTTATCAAATGAGG +ACGATATAGAAATATTAGGGATTGCTAAGGATGGAATTGAAGCATTAGATTTAGTAAAGA +GAACTCAACCAGATTTATTAGTTTTAGATGTAATAAGGCCACATTTAGATGGATTAGGTG +TTATTGAAAAATTAAATGCTATGGACATACCAAAAATGCCAAAAATAATAGTTTTATCAG +CAGTTGGTCAAGATAAAATAACACAAAGCGCAATAAATTTAGGGGCAGATTACTATATAG +TAAAACCTTTTGACTTTGTAATATTCATCAATAGAATTAGAGAGTTAGTATCTAATAAGA +CTACTCATATAGAACCAAAGTCAAGAGTTAACACAGATATTCAAATGACAAGAAGTGATT +TTGTTAAAAATTCTGGGAATATAGAAACTGAAATAACTAATATAATACATGAAATAGGAG +TTCCTGCGCATATAAAAGGATATCTGTATTTAAGAGAAGCTATAAAAATGGTAATAGATA +ATGTGGAGCTTCTAGGAGCAGTAACAAAAGAACTATACCCAAGTATAGCTAAAAAGTTTA +ACACTACTCCAAGTAGAGTTGAAAGAGCTATAAGACATGCTATAGAAGTAGCATGGAGTA +GAGGTAAAGTAGATACAATAAATCAATTATTTGGATATACTGTTCATAACACAAAAGGAA +AGCCAACAAACTCTGAATTTATAGCTATGATCGCGGATAAATTAAGATTAGAGCACAGTA +TGGTAAAATAATTTTATAGATATTAAGACAATAAGCCTTCTCGATAAAAGAAGGCTTATT +TTTTGATATAAAGCATAAAATAAGATAAGTATGAACGAAATCTTTTAATATTCCATATAA +TTAACAATATTAACTTATAAAATAATCAAGGAGATATAAAAATGGAAATATATTTACCCC +AAAAAGTTAAATTCATAATAGATAAAATGTATGAAAGAGGATACGAGGCATTCATAGTGG +GGGGATGTGTAAGAGATAGTATACTTGGAATAACGCCTAATGATTATGATATAACTACTA +ATGCTAGACCAGAAGAAATTATAGATATATTTAAAGGTTTTAAAATTATTGATAATGGAA +TAAAGCATGGAACCGTAGGGATTATAATAGAAAAAGAAGTATATGAAATAACTACTTATA +GGATAGAAGATGAATATGAAAATAATAGAAGACCTAAGAATGTTGAGTTTACGTTAGATA +TAGAAGATGATTTAAAAAGAAGAGACTTTACAATAAATGCAATTGCATATAATGACAAGT +TAGGTATAATAGATAAATTTGATGGCATCAAAGATATAAAAAATAAGATTGTAAAGACAG +TCGGTAATCCAGATGAAAGGTTTAACGAAGATGGATTAAGATTGGTTAGAGCAATAAGAT +TTAGTAGCAAATTGAATTTTAAAATAGAAGACAAAACATTAAAAAGTATATATAAAAATG +TTGATATTATAAAAAATATAAGCAAGGAAAGAATTACAGATGAATTTACAAAGATGATTC +TTAGTGACAAACCTCAAGATATTATACTTTTATATAAAACTGGAATATTTAAATCTATAG +GGATTTTTTCATATATCAATAAAGAAAAATATGAAGATTTAGAACAAGAACTTCGAGTAC +TAAATAATTGTGAAAGTAATTTAGTTAAAAGAATGGCAATGTTAGAGTATATTATAAAAA +AGAAAAAAATTCCGTCTAGAAGTATAGTTGATAACTTAGTATACTCTAATAAAATTAAAA +AAGAATGTAAGATCTTAGTTGAGTGTATGTTAAAGGATAATATAGAGCTAAATTCAATAG +AAATAAAGATGCTATTAAATAAAGTAGGACCAGAAAAAATAATAGAAGCGTTAAATTTAA +AAAAAATATACTATAATAATTATTCATCAAGAATAGAAAAGAAAAATGATATTGTAGATA +AGATTTTTATAATAAATAACATAATCAAAAAAATTTTAGAAATAGAAAGTAATAAAGAGT +GTTATAGATTAAAAGATTTGGATATAAATGGGAGTGACTTAGAAGAGTTAGGATACAAAG +GAAAAGACATAGGGGAAATTTTGAATGAATTACTAAATAAAGTTATAGCAAGTCCAAGTT +TAAATAAAAAAGAGATACTTATAAATCTACTGTAAATTTATTATATAGCTAATAGTTTGC +AAATTGCGGTATAGTAAAAATAAAAAATGTAAATTTTAATAGAAGTATAGTAAAACAGGA +GTATATGTAGGGGAGAGTAGAAAAACAGGTTAAAATATTTCTTTTATTGCTAAATAATGC +TATAATGTAATTTGATTTTAAAAACATATCGGAGGTTTAAAATATGAGAGTCGAAGCCCC +TATTAAGGTAGATAGAAAGACTAAAAGGCTTGCGAAAAGACTTACAGGAGGAGAAATAGC +AGTAATAAATCATATAGATTTAGATGAAGTTGCAGCAAATTCTTTAGTAGAAGGGAAAAT +AAAATTAGTAATTAATGCAGCACCTTCTATAAGTGGTAGATATCCTAATAAAGGACCAGG +AATACTAACGGATAAAAATATTTTAATAATAGATAATGTCGGAGAAGAGTTATTTGATGA +ATTAAATGAAGGACAGGTTATTGAAGTTGTAGACGGTCAAATATATAGTGATGGCAAACT +TTTAGGAAGCGGAGATGTTTTAGACAAAAATGCTGTTTCAAGAAAGATAAAAGAAGCATA +TGAAAATTTAGGTATAGAATTAGATAGATTTATTGACAACACTATAGATTATGCCAAAAA +AGAAAAAGGGCTTATTTTAGGAGAAGTTGAAATTCCAAAAGTTAAAACTGATTATAAAAA +TAAGCATGTTCTTATTGTTGTTAGAGGACAAGACTATAAACAAGATTTAAGCACGATAAT +ATCTTATATAGAGGAAATGAAGCCTATTCTTGTAGGGGTTGATGGTGGTGCAGATGCTTT +GCTTGAATTTGGTTATACTCCGGATGTAATTGTTGGAGATATGGATAGTGTAAGTGATGA +GGCCTTAAGAAAAACAAAAGAAATTGTTGTTCATGCGTATACTGATGGTAGAGCACCTGG +TTTAAAAAGAGTACAAGACTTAGGGTTAGATGCGATTGTATTCCCAGCACCTGGGACTAG +TGAAGATATAGCAATGTTAACTGCATATGAATATGAAGCAGAGCTTATAGTTGCAGTTGG +AACGCACTCTAATATGATTGACTTCTTGGAAAAAGGAAGACCGGGAATGGCGAGCACTTT +CTTAGTAAGGTTAAAAATAGGATCAAAACTTATAGATGCAAAGGGTGTAAATTTATTATA +TAGAAGTAGATTAAAGCTTAAGTATATATTTGCATTAATCTTGACGGCATTATTCCCAAT +ATTAATAGTTGCGTCTTTTTCACCAAGTGTAAAACAATTTATACACTTAATGCAGCTAAA +GTTTAGGTTATTATTACAGATGTAAATTTAGGAGGATTAAGATGCATATAAATATGAAGT +ATTATATAGTAACTATAGGTGCTATATTCATATCGTTAGGAATAGGTATGTTAGTAGGGT +TTAATTTAAATTACGATCAAGAGCTTAGTAAACAGCAAGCACAAATAATCGGTGATTTAG +ATGTTAAATTTGAAGAGCTAAGAGAGAAAAATAATGATTTAGAAAATAAATTAAAAGAAA +TAAATACAAGTTATGATAAAACTATTGATTATATTAATAATAATGCTGATAAATTAATAT +CTGAAGAGTTGACTGATAAAAATATAGGTGTAATATCAATAAATGGAAATAGTAATTCAG +AAGATATAGAAAATACTATAACTAAAGCAGATGGAAATGTGGTTTTCAATATCAATTTAA +AGATGGATACAATAAGTGATGATGTTCTAAATGATATATCAGCTAAAATTGGTGTAGATA +TTAAAACTGAAGCAGACTTTATTAATTATGTAGTAGAGTCTTTAAAAAGTGATGATGCAA +AAGAAAAGCTAAAGTATCTTGAAGAAGTTGGACTATTAAGCTTAAACAAGTTAGGAACAG +ATTATGCATCTTATACTTCAGTTATACTATCAGAAGAAAGTAACACTAAAGATCTAGAAA +AACATTTTGAATTAATAGATAAATTATTAATAGAAAAGTTAAAGTCAGAAGGGAAATATT +TAGTTGGTGTTGAAAATACAAATAAAAAAACATCATATATAGAATTATATTCTGATAATA +AGGTTGCTACAATAGATAATATAAATGAAGGTAGCGGTAAGTTAGCGCTAGTATTAGCTC +TAAAAGATGGAAATGTAGTTGGGAACTTTGGAATATCTGAAACTGCAGAAAGTTTAATAC +CATATAAATAAAAGGAGAAAAAAATATGAATCCTTATATAAGCATGATAATACCTGCATA +CAATGAAGAAATAAAAATAAAGGATACATTAGAAAGTATAAAAGGTATAAAAGAAATAAA +TGAAATAATAGTTGTAGATGATGGATCAACTGATAAAACTACAAAGATTGCTTCAGAAGT +AAATAGTGAAAAAATAGTTGTTTTAAAATTGGATAAAAATAGGGGCAAGGGATATGCATT +AAATTATGGACTAAAAATAGCAATGAAAAATGCAGAAATTATAGGTTTCCTAGATGCAGA +CTTAGGAAGTTCAGCAAATGATGTAAAAAAGTTAATAGATCCTATATTGAATGATGAAGC +TGATGTAGTAATTGCTAAGTTCCCACCAGCAAAGAAAAAAGGTGGTTTAGGTTTTGTAAA +AGGTTTGGCAAAGGATTCTGTTTTTGAAATGACTGGAGTAGAACTCGATGCTACTTTATC +GGGTCAAAGATTATTCAAAAAAGAAGTTTTAGAGAAATTTAAAGAAATACCATTTGGATA +TGGTGTTGAAGTAGGTATGACAATAGATATATTAAAGCATGGTTATAAGATAAAAGAAGT +ATTAGTTAATATGACTCATAATGAAACTGGAAGAGATTTAAAAGGATTTATTCATAGAGG +GAAACAATACTACCACATAAAGAAAGTTCTAAAGCAAAAAAAGAAAGAGTGGAGGTAGTT +TAATTTGAATAGTTTTATATTTTATTCTGTTATATTTATAATAGGATTTATAGGAACATG +TTATGCTATACCATTATTTAAAAACCTACTTATAAATAGTAATGTAGTGAGGCCAAATTA +TAAAAATGATATGATACCAGTTAGTATGGGAATTGTATTTTTACCTATGATTATTATTAA +TGGTATTATATTAGCTTTTTTCACTGTGCAGTACAAAAATTTACTATATATATTTATGTT +TATTTTTGGAATGATATCTATGTTCTTTGCAGGGATATTAGATGACATAATAGGTACTAG +AGAAGTAAGTGGATTAAAAGGACATTTTAAAAGCTTCTTTAAAGGAACTTTAACTACAGG +TGGATTTAAAGCTATTTTTGGTGGTTTTGTTGGTGTTTTAATATCTATAGCAATTTCAGA +GAGTATCCCAGATATAATTATAAATACTTTAATAATAGCTTTATCAACAAATTTAATGAA +TTTACTAGACTTAAGGCCAGGTAGAGCTATAAAGGTATATCTTGTAATTATGATAGTAAT +ATTTATAACATTAGCAGGGTATATAAAAATATTACCATTACTGATACTTCCAAATGTTTT +AGCTTATTTTAAGTATGATTTAAAAGCAAAAGCTATGATGGGGGACACTGGTTCAAATGT +ACTTGGGATATCTATAGGAATGATTATGGTTTTTGGATATTCATTTAATGTTAGAGTAGG +TTGGTTAGTATTTTTAGTGCTTATACATATATTAACAGAGAAATATTCATTAACTAAAAT +AATTGAAAATAATAAAATATTAAACTTTATAGATAAGTTAGGAAGGTAAAACTTATGATA +AGTAAAAAAATAGGTATAGTAGAATCGATAGTTGATAAAAGTGAAAACTTAGACGATATT +AGAGTTAATATTAATGGAAATATACAAAAAGCATATAACTATCCTAAAATGAGTGGGAAT +GTTAATGTGGGTGATGAAGTTATATTAAATACTACTGCTGTAGAGCTAAGTTTAGGTACT +GGTGGTTATCATTTTGTTATATCTAATTTAAATAATATAGAATCGAACTTTACTCCAGGT +GGTCATATTATGAAATTAAGATATACACCTTTTCAAGTTAAGGTTGATTCAGTAGAGGAA +CAGGAAAGTAGTTATCATAGTGCAATTGAAAACTTTAAAAGTTTAGATAATATGCCTGTT +GTAGTTGGTACTTTACATAGTATGCTAACTCCATTTGTGGCATCTTATAAAAAAAATAAT +CCAAATAAAAAATTAGTTTATATAATGACTGATGGGGCTGCACTGCCTATATATTTAAGT +AAGAACGTAGAAACTTTAAAGACTAGAAAATTAATAGATTCTACTATAACTATAGGCAAT +GCTTTTGGTGGCGATTATGAATGTATAAATATTTATACAGCATTAATAACTGCTAAAGAA +GTAATTAATGCAGACGCAGTTTTTGTTAGTATGGGACCAGGTATTGCTGGTACTGGAACT +AAATATGGATTTACTGGAATCGAACAAGGTCCAATTTTAGATGCAGTTAAAAAACTAGGA +GGAATGCCAATTGCAGTTCCAAGAATAAGTTTTGCAGATATGAGAGAACGACATAATGGA +ATATCTCATCATAGCATGACAGTATTTAATGATATTGTAAATGTTAGCGTAAATATACCG +ATTACTGTATATAAAGATAAATTAATAGATACTATAGAGAAACAAATAAAAGATAGCAAA +TTAGATAAAAAACACAATGTAGTATATATCAATAACGAAAAAACTAAAGAAGATTTAGAT +TACTTTAATCTAAAGGTTAAAAGTATGGGAAGAAATTATGAGCAAGATAAAGAACTCTTC +CAAGCGGCAAGCACTGCAGCTTATTACTTAATGGAGGTTTGTAATGATAGAGGAAAAAAC +TATTAGTAGTGATAGGGTATATACTGGAAAGACAATTAGCTTAAAGGTGGATACTGTTGA +GGTACCAAATAGAGGTTATCAAAAAAGAGAAATCGTTGAGCATAATGGAGCAGTTGGGAT +AGTAGCAATAACTCCTGAAAATAAAGTTGTATTAGTTAGACAGTATAGAAAAGCTGTTGA +AAAGGAATTATGGGAAATTCCGGCTGGTAAAATAGAAATAGGAGAAAACCCAAAAGAATG +TGCTATAAGAGAGTTGAAAGAAGAAACAGGTTATAGTGCAGAAAATATGAAATTAATTCA +TAAGTTTTATACATCTGCTGGATTTTCCAATCAAAAAATATATATTTTTCTAGCTGAAAA +TCTTATTCAAGGAGAGAGAGACCTTGATGAAGATGAGTTTTTAGAAGTTCATGAGATTGA +TAAAGATGAAGTATACAATATGATAGCACGAAATGAAATTGAAGATGCAAAAACTTCGAT +TGGAATGTTGCTAATAAAAGAATTAATATAAAAGGCATAACCTCCTCTTTTCTTACATAA +TAATTTGTAAGGTATAAGGGGAGGTTATAAATTTGAGAAGAACATATGGAAGAAAAGTTT +ATTATGAGGAACTTAATAAAAAAATAATTTTAATAGGAATGCTATTTATAGTATTTGTTG +TAGTGGGAACTTGCATGAATAAAATTAGTCCAGGCTATGAAGAATCTGTAAATGGTGTTG +TTAGCTCGATTGAAAAATACTATAGCTCTAGAGATAGTATATCAGTTAAAAATGTTATTT +TATCAAATTTAAAATTAGACTTTAAATTTATGAGTTTAATAGGTATACTAAACTTATTGG +TAATAACATTTCCAGTTTCTATTTTAATTTTTATGCTAAAAGGTGTGTCAATAGGCTATA +CTATAAATAGTTGTATATTGTTACTTAAATTAAAAAGTATTAAAATTGTGTTTGTGGTTT +TAATTAAGACTTTAGCAATTATACCAGGAGCAATTATACTTACACTAGTTTCAATGAACT +ATTTAAAAGAATTTTTTTATGAATTTAAAAATAGAAATAAAAAAAATATGATATTTTTAT +TTAAGAGATATTTATTAAATTCAATAATAATAATAGCTGTTTCACTGTTATTACAAGTAC +TGTTGAATTTCATATTTATTAATATTTTACAATTCCTAGTCAGATAAAGGAGTTTGGTAT +GGACGTCATAAAGGAATATATAGGTTATATAAAAAATAAAAAAAAATTATCTGAAAATAC +AGTATCATCTTATTTCACAGATATAAAAAAATATACTGAGTACTTAGATAATAAAAATAT +AAAATTAGAAAAATTAGGGGAAAATGATATTATAGGTTATTTAATGGAACTAGAAAGGTC +GAATGTATCGGCATCTACAGTTTCTAGGATGATATCGTCTATTAAATCTTTTCATGATTA +CTTGTTTTTTTCAGGAAATTGTAAAAGTGACCCTGCAAGAAATATAAAAAAACCAAAAGT +TAAGCAAAATAATATTGATGTTTTAACTGAGTATGAAATTAATGCCTTATTAGATTTTCC +TAAATTAGATACTCCCAGATTAATAAGGGATAAGGCAATATTTGAAGTTTTATATGGTAC +AGGTATAAAAGTTTCAGAGTTAGTAGAAATGGATATAACTGATGTAGATTTGGATATTGA +ATATATTTATTGTAACTCTGGGAAGAATCAAAGAGTGATACCTATTTCTGATATAACTAA +AATTTATTTAGAAAAATATATAAAAGAAGGACGAAATAGGATTGCAAATGAAAAGGAAGA +GGCTTTATTTGTAAACTCTTTAGGTAGTCGATTTACAAGGCAAGGTCTTTGGAAAATAAT +AAAAAAATACGCAGTAGAAGCAAATATAAATAAAAATATAAATCCTAGTATGCTTAGACA +TTCATTTGCAATTCATTTACTAAATAATGGAGCAAATATTGCAGTAGTAAGCAAGATATT +AGGAAATTCAAATCTATCAAGTTTACAAAGTTATGTAAATCAAATAAATAAAAATATTAG +AAAAGAAGTAAAAGAAAAGCATCCTAGATCATAAGTTACTAAAGGAGGACATTAAAATGA +GCAGAGTAATATGGATGGTAATAGATAGTGTGGGTATAGGTGAACTTCCTGATTCAGAGA +AATTTGGAGATAAGAATGTAAATACCTTAGGTAATATAGTTAAAGAATACAGTGATATTA +AAATACCTAATATGAGAAAGCTAGGTATAGGAAATATAGATGAAGCAGATTTTATAGAAA +GTGAAAAATCACCAATAGGTGCATTTGGAAAATGTGCAGAATTATCACAAGGAAAGGACA +CAACTACAGGACACTGGGAGATGACAGGTGTTTTAGTTGAGACTCCATTTAAGACATTTG +AAAATGGATTCCCAAAAGAAATAATAGATGAGTTTGAAAGTAGAACTGGAAGAAAAGTGG +TTGGTAATAAACCTGCATCTGGCACTGCTATATTAGATGAATTTGGAGAACATCAAATAA +AGACTGGAGATGTAATCGTTTATACTTCAGCAGATAGTGTATTCCAAATAGCGGCAAATG +AAGAAATCATACCATTAGAAGAGCTATATAAAATGTGTGAAATAGCTAGAGAGATTATGA +TGGGAGATAATGCAGTAGCTCGAGTAATAGCGAGGCCATTTATAGGTAAAAAGGCTGGTG +AATTTACAAGAACATCTAACAGAAGAGATTATTCTTTAAATCCTTTTGAGCCTACAGTAC +TTGACAATATAAAAGAATCAAACCTTGACGTTATAGGTGTAGGTAAAATTGAAGATATAT +TTAATGGACAAGGTATAACAGAGGCTATACATACAAAAGATAATATGCATGGTGTAGATG +AAACAATAAATTACATTAAAAAAGATAATGATGGCTTAATTTTTACTAATTTAGTTGATT +TTGACTCTAAGTTTGGTCATAGAAGAAATGTAGAAGGTTATAAAGAGGCACTAGAAGAGT +TTGATGCTAGAATACCTGAAATAATGGATGCTATGAAAGATGATGATATACTAATAATAA +ATGCAGATCACGGTAATGATCCAACTTATAAAGGTACAGATCATACAAGAGAGTATATAC +CTGTACTAGTATATGGTAAAAATATAAAAGAAAATGTTAACTTAGGCATAAGAGAGAGCT +TTGCTGATATAGGAGCAACAGTTGCAGATTTATTAAATGTAAAAATGCCTAAGCATGGAA +TTAGTTTTAAGAAAGACATAATGAAATAGTTTTGGAGGAATGACGAATGAAAAACATGTT +TGAAAAAGTACAAGAAAGTGTTTCTTTTATAAAAGAAAGAACTACTGTTAATCCTGAAAT +AGGTTTAATATTAGGATCTGGTTTAGGAATATTAGCTGATGAAATAGAAAACCCTGTAAA +AATAAATTATAATGAGATACCAAACTTCCCTGTTTCTACAGTTGAAGGACATGCTGGTTG +TTTAGTTATAGGTACTTTAGAAGGTAAACAAGTAGTTGCTATGCAAGGTAGATTCCATTA +TTATGAAGGTTACTCTCAAAGAGAAATAACTTTCCCAGTTAGAGTTATGAAAGCTTTAGG +AGTAGAAACTATTGTTGTAACAAATGCAGCTGGTGGATCAAATAAAAATTTCAAACCAGG +TGATTTAATGGTTATAAAAGATCATATAAACTTAAGTGGTAGTAACCCATTAATTGGAGC +AAATGATGAAAGATTTGGTCCAAGATTCCCTGATATGTCAACTGCATATCAACCAAAGAA +TGTAGAATTAGTAAAAGAATGTGCTAAAGAATTAAATATGAAGATTCAAGAAGGTGTTTA +TGCGTTCTTTAGTGGACCAACATATGAAACTCCTGCAGAAGTAAGAATGGCACAAATTTT +AGGTGCAGATGCAGTTGGTATGTCTACAGCGCCTGAAGTTATAGTAGCATCACATTCTGG +AATGGATGTTGTTGGGATATCTTGTATAACTAATATGGCAGCAGGAATACTTAACCAACC +TCTTGATCATGAAGAAGTTATAGAAACTACTCAAAAAGTAAAATCAGAGTTTTTAAGTTT +AGTTAAAAAGGTTGTTAATAGAATATAAGGCAATATAGTGCCCTAGTATTGCTCATAAAT +AAATACTAGGGCTATTCATAGACCATAGAATATTAGGAGAAATAATATGAGAATCTACGA +TATAATAAGAAAAAAAAGAGATAACCATGAACTTAGCAAATCAGAAATAGAATTTTTTGT +TGATAAATACTCAAAAGGTGAGATACCAGATTATCAAGCATCAGCGTTACTAATGGCTAT +ATATTTAAATAAAATGAATAAAGAAGAAACTGTATACCTAACAGAAGCTATGATGAATTC +TGGTGATGTTATAGATTTATCAGAAATAGATGGTATAAAGGTTGATAAGCATAGTACTGG +TGGAGTTGGAGATAAAACGACAATAGCATTAGCGCCGTTAGTGGCAGCTTGTGGGGCACC +TGTAGCAAAGATGTCTGGTAGGGGTCTAGGACATACTGGAGGGACTTTAGATAAGCTAGA +AGCTATTCCTGGTTTCTCAATAGAGATGGAAGCTAAGAAATTTATAGATTCAGTGAATAA +ACATAAAATAGCTGTATGTGGACAGACTGCTACAATAGCTGTAGCGGATAAGAAAATGTA +TGCTCTTAGAGATGTTACAGCAACTGTAGATAATATATCATTAATAGCTGCAAGTATAAT +GTGTAAAAAATTAGCTTCTGGAGCTAATGCAATTTTACTTGATGTTAAAACTGGTGATGG +TGCATTTATGAAAACTTTAGATGATTCATTCGAATTAGCTAAAGCTATGGTTGATATTGG +TAATGGAATGAATAGAGAGACTATAGGAATGATAACAGATATGGATGAACCATTAGGTTT +TGCTGTTGGTAACTCTTTAGAGGTAATAGAAGCTATAGAAACATTAAAAGGAAATGGTCC +AAAGGATTTTGTTAACTTATGTGAAACATTAGGTGCATATATGTTAGTTTTAGCTAAGAC +TGTAGATACTTTCGAAGAAGGTGTAGAAAAAATAAGAGAAGCTATATCTTCGGGCTCAGC +GCTTGAAAAATTAAAAGTATTTATAGAAAATCAAGGTGGAGATAAGAGAGTAGTGGATGA +TTATTCATTATTCCCTCAAGCTAATATAGTAGTTCCTATAAAAGCTCATAGAAGTGGATA +TATAAGTAGAATTGAGGCTGAAGAGGTTGGAGTATCAGCAATGATTTTAGGTGCAGGTAG +AGAGACTAAGGACGATGAACTAGACTTAGCTGCAGGTATAATTTTAAATAATAAAGTTGG +AGACTATGTAAACGAAGGTGACATATTGGCAACTATGTATTTAAATAAAGAAGAAAAATT +AGAATCTGCTAAAGAAAGATTCATAGGTGCATATTCAATAGTTGATGAAAAAGTAGAGCC +TAAAAAATTAGTATATGGTGTAGTAACAAAAGATGGAATAAAAAAATTCTAGATAAATGA +TTATAAGAAGCCTAACGTGTAAAAAATAACGTTAGGCTTTTTTATTAATTAATCGAAAAT +GTTTACAAAATTATAAATAAAACAAATCTAAGTTAAAGATTTACAAATAAGGTAATTTAT +TACTTACTTAAAGGGAAGTATTTATTTTATGGATCAAAAAAGATATTTCTTCGACAAATT +CATTGAAAATTTTTATGCTTAGATTTATAATATAAAGGATATAAATATATATAAGGAGTA +GATAACCTATGAGTTTAAAAGAGAATAAGCTAAAGGTAATAGGAATAACTTCTATTATAT +TAGTAATTCTTATAGGGGCCTTTGTATTTTATGAAATTGGACCTTATAATAAGAGTAATA +AAAAAGATATAATTGTAGATATACCAAGTGGATCAACTGTAAACAGTATATCGGATATAT +TATACGAAAATAAATTAATTAAAAACAAAACCTTATTTAAAATAGTTGTTAAATTAAGTA +ATGATGCTCAATCAATCAAGGCAGGTAAGTACTTAATCAATCAAACATATTCTAATAAGG +ACATACTAGAACTTTTGGTTTCTGGTAAAATTTATAATGATGGTATCAAGATAACAATTC +CAGAAGGTTCAACATCTAAGGAAATTGTTGCCACTCTTGTGAAGAATAAGATTGGAGATA +AAGTTAAGTATGAGGAACTAATTAAAAATCCATCTAAATTCTATGAAAAATTTAGTTTTT +TAAAGGAAGATGATATTACATCATTAGAAGGTTTTTTATACCCAGATACTTACTACTTTA +AAGAGGGAGATAGTGAAGAAAAAGTACTTTCTGAGATGCTCTTAAGATTAAAAAAAGAAT +ATACAGATACTTTAGTAAAGAGGCAAAAAGAACTTAATATGACTTTACAAGAGGTCATAA +ATTTATCATCTATTATTGAAAAGGAAGCAGTATTAGATGAAGATAGAGCATTAATATCAA +GTGTATTCTATAACAGACTAGATATAGGTATGCCTCTTCAATCAGATGCAACAATACAGT +ATATATTTGATGAAAGAAAGCAAATTGTAACTTATGCAGATTTAAAAATTGATTCTCCTT +ATAATACTTATTTAAATAAGGGGTTGCCACCAACTCCAATTGCAAACCCAGGTATAAAAT +CAATTAAAGCTGCACTTTACCCTGAAAAAACAGATTATTTATACTTTGTTGCAAAAATAG +ATGGAGGAAATAATTATAGTACAAACTATGAAGACCATTTAAAATATGAAAAAGAATATA +AAGATGCAAGAGATAAATTAAAAGAAGAACAAAATAAAGATACAAGTACAAATGAAAAAT +AATTATAGTTTATTTTAATCTAACGCCAAAATTTATGGATTATGTCTTATGTATTAAGGC +GTAATCCATATTAGTTTATAAGGAGTGAATTCAATTGAGTAATATAGTAAACAATTTAGT +AGAAGAATATATAAGAACTACTCTTAAAGATAAAGAAGGTCTTTTAAGGGAGTTAGAAAT +TTATGCTGAAGAGCATAATGTTCCAATAGTGCATAAGGAAGTTTCTGATTTATTAAAAGT +ATTATTAAAAGTAGATAAACCTAAAAACATATTAGAAGTTGGTTGTGCTATCGGATACTC +TTCTATACTTTTCGCAACAACAGTAGGTGATGAAGTAAAGATAACAACTGTTGAAAGAAA +TGAAGCTATGATAGAAAGAGCAAAAGAAAATATAAAGAGAGCTGGATTTGAAAATAATAT +AACTATACTAGAGGGAGATGCAGAAGAATTACTTCCTAAGGTTGAAGGCAAATTCGACAT +GATTTTCTTAGATGCCGCTAAAGGTCAGTATAAGTTATTTTATGATATGGTTATAGATAA +ATTAAAGGTCGGAGGACTTTTAATCTCTGATAATATTTTATATAAAGGAATGGTAGCTCA +TGATGATTTTGTAGTTAGAAGAAAGAAAACTATAGTAAAAAGAATGAGAAATTACCTAGA +TTATATATGTAATTGTGAGTATTTAAGTACTTCATTAATTCCGATTGGAGATGGAGTAGC +GCTTAGCTATAAAGAAAAAGAAAGAGGAGCAGAATAAAATGATAAAAAAGGTTGAACTTC +AAGCCCCCGCAAGGGATTTAGAAACATTAAAAGTAGCAGTGGAATCTGGAGCAGATGCTG +TTTATATAGGCGGAGAATCTTTTGGTATGAAAACATCATCTAAAGATTTCACTAAAGAAG +AAATAATAGAAGGTGTAAATTTTGCCCATGAAAGAGGTAAGAAAGTCTATGTAAGTATAA +CACTACTTCCTCATAATCAAGATTTTATAGGTCTAGAAAATTACCTAAAGGAATTAGAAG +AGGCGAAGGTAGATGCATTAATAATATCAGAACCGGGAGTTCTTGAAACTATTAAGAAAG +TTGTTCCAAATATGAAGTTACATTTAGGTACATTAGCAAACGTTAATAATTATGCAACTG +CAAATTTCTGGTACGATCAAGGTGTAAGAAGAGTAGCGGTGTCAAGAGAAATATCTCTGA +AAGAAATAGAAGGAATAAAAGCAAAAACCCCTTTTGATATGGAGGTAGAAGTTTTTGTTC +ATGGTGGTATGTGTATGTCATATTCGGGAAGGAAGTTATTAACAAGCTATATAGCTACTA +GAGATATAAATCTTTACTCTGAAGATAAGAAATATAATTTAGTAGAAGAAAAAAGACAAG +GAGAATATTGCCCTGTATACGAAGATGAAGGCGGAACATTCTTCTTTAGCTCAAAAGACT +TGTGCATGATAGAATTTATTCCAGAGCTTATAAAAGCAGGAGTAACTAGTTTTACGATAG +AAGGAAGAAAAAAGGATTCGGATTATATAGAAACTGTTGTAAAGGAATATAGAAAGGTAA +TAGATTCTTTCTATGAAAACCCTGAAGATTATACTTTTGATAAATCAATAATGAAGGAAA +TAAGAAAAAGTAATCATAGAGAATACACTACAGGTTTCTATTTAGATGAAACAAAAGTCT +ATGATGAAGAGTATTTTGAGAAACTTTAGATAAAGTATTATGGTTTTGTCACATTGAATA +AGATAAATCATATTTAAACATAGATAGGTATCACATGTTAAGGAGAGAAATAAAAATGAA +AAACAATAAGAGACCACTTATAATAGGAATAACTGGAGGAACTGGATCTGGAAAAAGTAC +GGTTTGTAAATCTATAATAGAGAATATACCAGAAGAAAATATATCTGTATTAGAGCAAGA +TGCTTACTACAAAGATCAAAGTCACTTAAGTTTTGAAGAAAGATTAAAAACTAATTATGA +TCATCCGCTTTCTTTTGACAATAAGCTTTTAATACAACATATAGAAGATTTATGTGAAGG +TAAATCGGTAGAAAAGCCAGTCTATGATTATGAAATTCATACAAGAAAATTAGACGAAAC +TATAACAATAGCTCCAAAAGATATAATAATAGTAGAAGGTATTATGATATTAGAGGATGA +AGAGTTAAGAGATAGATTAGATATAAAAATATATGTTGATACAGAAGATGATATAAGAAT +TCTTAGAAGAATACAAAGAGATATAAAAGAAAGAGGTAGAACAGTAGACTCAGTAATAGA +TCAATATTTAAGTACTGTAAAACCTGCTCATGATCAATTTATAGAGCCATACAAAAAATA +TGCAGATATAATAATGCCAGAAGGTGGACATAATCAAGTTGCTATAGATATAGTAATATC +TAAAATAAGAAGCCAATTAAATTTAATATAATAAAATAAGTATTAACCCCTTAGGATTTG +TCAAAAATAACAAATACCTAAGGGGTGATTTTATGTCTAGAATAAAAGGGACGATATCTA +AAAGAAGCAAAAATAGAATTAAGAGTATATTTTTAATATGTATATTGCTTTATAGTTTTT +TAATTTATAGATTAGCCGATATAAAAATATTTAAATATGATGAATATTCAAAACGTGTAG +AAAATCAAAGTACGGATAAAATAAGTTTAAATTCTTCTAGAGGCATAATCTATGATAGGA +ATAATATACCACTAACAGATACAGTTAAGAAACAAGTACTATTAGTACCTCAAAAAGTTT +TAAGTGGTAATTATGAAAATATAAACCTAATAAAAAAAGCCACTAATATAACTGATGAAG +ATATATTTAAGGCAGTTCAAGATCAACTTTTAAGTAACATTGTAGAAATTGAAGTAGAAA +ATGTAAATGAGAGTATGAAAAAACAACTAGAGGAAAAAGAAATAATTATAAGAGAAAAAA +CATTGAGATATTCTGAAAATAATCTTTTAACTCATACAATAGGATATTTAAAAAAATCAG +ATGCAAGTCCTCAGAGTGGTATAGAAAAAGATATGGATGATATTTTAAAAGATAGTAACG +AAGAATATGTATCTGTATTTAAAGCAGCGGATTCTGGTAAAAGTCAAGGGCTAGATATAC +TAAATGGTAGTATTGAGACTGTGACATCAAGTGATGATGATAAACATCTTAGACTTACAA +TTGATTCTAAAATTCAAAAAATAGTAGAAGATACTGTTAATAATGAATCAAACCCTACAG +CCGTGGTAGTTTCTGATATTGAAAGTGGAGAAATACTATCTATAAGCTCAAGACCAAATT +ATGATCAAAATGATATAGCCAAATATATTAACAGTAATAATAGAGAATTAGAGAATAGAG +CTATATCAGTTACTTATCCACCAGGTTCTGTATTTAAAATAGTGGTATTATATGCAGCGT +TAGCTAACAATGTAATCGATGAGAACTATACATATAATTGTACCGGTGAGACTAAAGTCG +GAAATACTGATGAGGTGCTTCATTGTCATAAATTGGATGGACATGGTATGGAGACTTTAA +AAGATGTTTTTGCGAATTCATGTAATCCAGCGTTTTTGGATATAGCTACTAAGGTAGGTG +AAGAAAAAATTTTAGAAGCTATAAAAACTCTTCATTTAGATGAAAGTGTTGGCATAGGAT +TAGATGAGGAAGTGTCATCTAATATACCAAGTGAGATAGCTATAAGGAATTTAGCAATAG +GTCAGGGATCATTAGAGTTCACACCGATACAAATAAATCAATTAACACAGATAATAGCCA +ATAATGGAACATATAAACCGTTATATATTTATGATAGTATAATTAACAATGATAAAAATA +TAATAAAAGCATTTAAAAACTCTAAAGATGAAGAAATTATTTCGCCTTATATAATAACTA +AAATAAAAGAGATAATGAAGTCTGTTTCAGAAGAGGGTACAGCAAAAGATCTTAGTGATT +TAGAAGGCGGATGTGGAGTAAAAACTGGTACTGCTCAAAGTAGTTTGAATAAAGTATCTA +TTAATCATGGATGGATAACTGGATTTTATCCAAGTGAAAATGCGAAGTATGCAATTACTG +TTTTAGTAGAAGGAACAGAAACTGAAAGTAAGTCTGCAATACCAATCTTTAAAGAAATAT +GCAAAAAAATAAATAAGGAATATTTTTAAAATAGTCAACTTACATCTCTTTTGAACATAT +AATTTAAAATGATATGTGTCAAAGGGGGTGGACATTTGACTATTCTAAAATCATTTGAAA +AACCATTAACCCCTGAAGAAGAAGTATACTATTTAACCAAGTTTAAGCGAGAAAGTGACG +AGTCAGCAAAAGAAGTATTAATTGAAAGGAACATGAGATTAGTAGCCCATATAGCAAAGA +AGTATAATAACTCCACAGAAGATCAAGATGATCTAATTTCTATAGGCACAATAGGATTAA +TAAAGGCCATTGAGACATATAATGTAGATAAGGGAACAAGGTTAGCTACCTATGCATCAA +AATGCATAGAGAATGAAATTCTTATGAATATAAGAACGAATAAAAAGAACAAGTCACAAG +TTTCCCTTCAAGATCCTATAGGTATGGATAAGGAAGGAAATGAAATTAGTTTAATTGATG +TATTGGGAACCGATATTGATTATATTGTAGATCAAGTTGAACTTAAAGTAGAAATAAGTA +AACTCTATGAAAAATTAGACAAAATTTTAACCGAGAGAGAAAGAGAAATAATAAAGTTAA +GATATGGCCTTACTACTTTGGGTTATAAAACACAACGCGAAATTGCGCAAAAACTTCAAA +TATCTAGATCCTATGTGTCTAGAATAGAAAAGAGAGCTCTAAAAAAACTAAGAAAAGAAC +TTAAGACAGAAAAAAGCCTTGAATAAGGCTTTTTTCTTTTTTGATAATTTTTTATTTAAG +ACCGGGAAAGAAACTAAGGAAATAGAAATTTTTTTATTTGAATCAAGAATTGACAAATTA +TTTGTAACTACTGTGATAATATTACATATATGTTAATAAATACTAAGATTTAAAAAATAT +ATAACAACATTTATTTTTTTTACTTACGAATAGGTAAAAAAACAAAAAATAATACCTAAA +TTTTATGAGGTGAGATTGATTATGGAAAACATTCAAGAATATATGCAAATATTGGAGTTG +CTAAATATAATAATACTTATTTCTGTTACAGTTTTATCTACATTTATGTTTTTTTTATAT +AAAAATATATCATTTATAATTCTTGTATTAACACATAGCATGGAAATAGGAATGAGTATT +TATTGCACAAGCTATCTATCATCAAATTTAATAAATAGAGATATAACCTATTTGATTAGT +TTAATGTTTATAACTAAAGTTATAGTATTAACTTTATTTTATAAGAAAATAAATTTTAAA +GCCTATCTAAATTTTTTATTAATAGTAGGCTATACACTAGCGGTATTATCTTTAAGTTCA +GGTTATGAAATATCAATAGTTATTAGTATCATATTAAATCTTTTAATTGTTAATCTAGGA +ATTATAGATAAGATAAAAAATGTAAAACGTAATCTTAATAAAAATAGACATAAGTTAAAA +CTAAATAGAAGATACATATCAAAAGCCATCACTGAAATAGAACTAGAATCTAATCTGAAA +TATAATCTCAACGAAAAAGTAAAGACATTAGATAATAAAATAGAAAATACGATAGAAATA +TTAAATTTACCTGTATTCATTTTGAATAATCAAGGAGATTTTATTTATGGAAATAGGGAA +TTTGAAACATTTTTAAAAGAGGATAATATTGATCCTACAGAGATAGATATTATAGCTTAC +TTTAAAGATAGAATAAAAAACTTTGATGAAATGATAAATAACATAAAGTATGCAGAAGAT +CAAATTGATGAGTTTATAAATATATACACTTATGATGATAAAGTATTTAAATTTATTTGT +ACTTTAGATGTAATAAATAACAAAATTTTAAAAATATGTATTTTAGAAAATATTACTAAT +GATATAAAAATGAAAACTGAATTAAAAGAGAGTGAAGAAAGATATAGGAAACTTATGAAT +ATATTAAATGATGGTGTAATAATTCATAATATTGATACAGTAAGTTATATAAATGATAAA +GCATTAGAGTTGTTTAATATAGATAATAAGATGAAGAAAGTATTATTAATAGACGATATA +AAAGGAAATATAAATAAAGAAAATAGAAAGAAGTTTATTAAAGGTATAAATCTAGTTAGA +ATAGGGAAAGAAGAAAAAATAATAAATAAGATAGAGACTGAAGATGGGAAGATAATTGAA +TTTATGACAACATCTATTACACTTAATAACACACCTATGATGTTAAGTATAGCTATAGAT +ATAACTGATCTAGAAAATGCTAAAAGTCAATTAGAAGAAAGTGAAAAAACTTATAAATTA +TTGTTACAAACTCTTCCAGAAGGAATTGTTATAATAGACAAAAAAACTAAAGTTCATACT +TATAGAAATAAATCGATGATAAAAATGCTTAAGTATATAGGTACAGATAGATTTAATGAA +ATAGTTAAAGAATATATGAAAGATGAGAACTTTGGTAAATTTAAAAAATTCTCAATAAAG +GAAGATAAGAATATCAACTTATCTATGTCTATAACAGATTCTAAAGAAGATAATAACTTA +GTGTGCGTTGTTAGTGTACTGGATAATGAATATAGGTCTGAGCAAATGATAGAAAAATTA +AATGAAATGAAAGATAAATATAAATTTAAAACAGAATTTTTATATACTATATCAACTAAT +TTAAAGAAACCAATAAATACTATTTTTGAAGTGAACAAAATACTACAAAACAATAAATCA +AAGTATGATTTTAAATATATAGATAATTATGCAAGGGTGATTAAGCAGAACTCTTATAGG +TTAAAAAGATTATTAAACAACATAGAAGAAATAAGTAAAGTAGAAAATGGAATTTTAGAA +ATGAACTATAGAAGATGTGATGTAGTTAAGTTTGTGGAGAATATAGTTAAACTATCGAGA +GAATACGCAAAAGACAAAAACTTGGAAATATTTTTTATTACTAATATACAGAAAAAGGTA +ATTCTTATAGATAAAGATAAAATAGAGAAAATATTGTTAAATCTACTATCTAATTCAATT +AAATTTACAAATAATAATGGGAAAATAATGGTGTCTATAAATTCTAACAAAGAAGAAGTT +ATTATTTCAGTGGAGGATACAGGGGTAGGAATACCTAATGAAAAAATGGATGCTATATTT +GAAAATTTTGAACAGGTAGATACGACATTATCAAGGGGTGCTGAGGGTACTGGAGTAGGA +CTAGCATTGGTTAAGAAACTTGCATATATTCACAATGCAAAAATAAATGTTTATAGCAAA +ATAGGGTATGGAAGTAAGTTTGAAATTGTACTAGAGAATAGTAAATCTAATTGCATTGAG +GAAGAACAGGAAGAATATATAAATACAGATATTGAAAAAATAGATATAGAATTTTCTGAT +ATATATTTTGATATAGGATCTTAAAATAGTATTAATTAAACTAAGAGGGGAAATAAGATG +TATAAATATTTAGAAATACTTAATGTATCAATTTTTCTTACAAGTTTATATTTGGTATTT +AGCAATTTGTTAGGAAATAAATATAAAAAAGCAATTATGAGGTCTATAATACTTATAACT +ATAATATCTTTAAAAATAACATTCATATTAAAACATGATAGTTATAATGAATTTATTTTT +TTAAGAAACATAAGTGACTTGATGGTATTATTATTATTGATAGATATAGAAGTTAGTAAT +GTAAATAAAAAAACAAAACAAATTATACTATCAATAAATTATATATTTGCGTTAGGGTCA +TTATTATTAGCTTTGGATGCAAAGTATATTCTATATAGTACTATTATAGAGACTTATATA +CTAATGGCAAGTTTATATTTATTTTCTACATATTTATCTCATACTAAATTTAATATGAAG +TATGTCCTTTATTTTATATATTTTGGACAGATACTTGTAAATCTCATATTAGAAAATAAT +ATATTACTTATAAATACAAATTTGATATTAGGATTAATATTTAGTATTTATATCTTAATA +AAATTATTTAAAGAATATATAAAAAATACTTATAATAAGAATTTAGATATAACAAGTAAA +GTCAATCGAAGTAATATAAATATGAAAATACATAGTGAAAAGTTAAATATGAAAAAAAGT +ACAAACAACGATATTAATGAAATAATAAATAAAAAAGAGAATTTACTAAATTTAATGTTA +AAAGGTTTAAATAAAAGTATGTTCTTAATAGATAATGAAGGATATATAATAAATGAAGAT +AGTAGTTTTTATGAAATGTGGCAAGAATATGTTGGCTATAAATATAATGTAAGGTTAGAT +GTATTTTGTAAAAATAGCATAGAAGATTCTAATAGATTTTTAAACAATATAGAAAAAGCT +AAACAAATATTCGAATGTATAGATGATGAAATACGAGATAGAAAAGGTCGGATTATTAAC +TGCAGATACTTACCTGTTAAATTAAATAATAATGATATAGGTATAATTTGTATAATGACA +AATATAACTTCTAGAAAAAACATAGAAGTGAGAATAAAAGATAATGACACTAAGTATAAA +AAAATAGTCGACAACATGCCTTATTCAGTACTTGTCACGAATAAAGAAGATATTCTTTAT +GATAACAAGAAGAATGAATATATAGATTTTAATAAAGAAGATATTAAGGAGATAATATTA +GGGAAATATCCGAAAGGAGAACTTTATTACACTTATGACAATGGTATAGATGTATGCCTA +AATATTGATAAAACAGATTATAGAGAAGGTGAAGATGATAGAAGTTTAGTTGTTATAAAA +GATATAACTAACTTTAAAAACTTATTAAAAAATCTGGAATACAGTAAGAAAAAATATGAA +TCTTTAGTAAATACTATTCCAGAAGGGATATACGTATTAAATTTTGAAGATAAAAATCTT +CAGTATGCAAATGAGGCATTCTTAAGTATGGTTGGTACTAATGACATTCATAGTATAGAT +ATAGATAAGATAAATAAAAATATTATTGTTACATCAGGTAATATAAATGATAATGTTAAA +TATAAAAGAGATACTCTATTAAATAAGTATGGTGAAGAAATAAATATAGAATATGGTGGC +ATGCTTTTAAATATAAATAAAAAAATAAAGATGATTGGTATAGTTAGAGATATTACAGAG +CAGGTAAAAACAGAGCTGATAGAACGAGAGATAGAAGAAAAAGAAAAGTTAAATCAATCA +AAGACTGAATTTTTTATAAATATGTCACATGAATTAAAAACTCCTTTAAATTTAATTCAC +TCAAGCAATCAGCTTGTTGAAGTAGTATATAAGAATGAATTAGAAAGAACAAATAATATA +GAGCTTTTAAACACTGTAGAAGTTGTAAAAAAACATGTAAACATGCTTATGGGGTTAATA +GATAATATAATAGATCTTGCGAAATTACAGTCGGATTTTCATGAAGTTAAAAGAGATTAT +TATAACATAGTGGATATATCAGAAGATATAGTTACTGAATTCAGCAATTGTGCAAATGAA +GTTAACATAATTTTTGATACAGATGAAGAAGAAAAAATAGTTAATATTGACCCTGATGAT +ATAGAAAAGGTTATATTAATTTTATTGTCTATAGTTGTTAGATATTCAATTAAGAATAGT +GATATTTATTTTGATTTAGGTAGCAGAAATGATTTTATAACTATGACTATAAAAAATGTT +GGTGGATATAATTATGATAAGTATATAAATGATAATGAAAGAAAAGTTCTTGATATGGGG +ATTACATTAGCTAAGCTAGTAGTAGAATTATATGAAGGAAAATTAACAATAAAGACAAGT +GCTGCTAATAATATAGAAATAACAGTCGAGATAAAAACTGATTACAAGATTAAGATGTAT +AAGAAAAGAATTAAGAATAAACAAGAGGATTTTGTTTCCTCAGAGTATAGGAAAATGTGT +AGTTTTTAATTTGCTAAAATATGGTATAATTTAAAACTAAATTGATAATAAATTATAGGT +AGGAGATAGTATGAAAATAAATTCTAAGACTAAAACAGTTTGCTTATTAGGTCATCCAAT +AGAGCAAAGCTTTTCACCGAATATACATAATTATTTATTTGCAAAGCATAATAAAAATTA +CACTTATATGTGTTTTGATGTGAATCCTAGTGATTTGAAAGAAGCGATACAAGGTTTAAA +AGCATTAAACGTATTTGGATGTAATGTAACTATACCTCATAAGGTAGAGGTCATTAAATA +TCTAGATAAAATTGATAAAAATGCAAAATTAATCGGGGCTGTTAATACAATAAAAAATGA +AGGAGGTATTCTAAAAGGATATAACACGGACGGAAAGGGATTTGTAAAATCTATTTTAGA +TAAAGGATATGAGCTAAAAGGGAAAAAAGTAATGATTATAGGTGCAGGTGGTGCGTGTAG +AAGTATTGCAGTGGAACTTGCATCGAACAATGTTGAATTGATAGAAATAAGAAATCGTAG +TGAAGAAAAAGCTAATAATATAACATCAATTTTAAATGAACATTTTGATATAAAGGCACA +ATATTCTACTAAAAAAATAGAAACATCTGATCTGGATTCTATAGATATATTAATAAATAC +AACACCAATTGGAATGGGAACAAGTGAATGTCCTATAGATGAAAGTATAATTCCAAATAA +AAAACTATTAGTATGCGACATAGTTTATAAGCCTCATGATACTAATTTTATTAAATGGGG +ATGTAAAAATAGATTAGATACTATCTATGGTATAGATATGTTGATAAATCAAGGATTAGA +GGCATTTTATATATGGACTGATATAAATCCTACGAAAGAAGATCAAAAAGCTATAAAGAA +ATTTTACCTAGATAGTATAAAGTAAAAATTACTATGAAAGGTTTGAATTAAAATTAAACA +AATTTTAAAAGATAAAAAAGACGGATTTGCATTAATTGAATGCATTATTAGTTTATCTAT +TATGATGTTGGCAGTATATATTATAGGGATAACTTTACAAAGTAGCAGTAAATTTACAAT +AAATAATAAAACTAATATAGAGATGTTAAATATTGCAGAAACGTATATAAGTGATAAAAG +AAACTTAATAAAGTATTCTGATAATGAAAATTTTAATTGTTATGAGGAGAAGCAATTCGG +GAAGTACAAGATAGTATCTAAAGTAATTAAAAATGAAGATTATTATCAGTGTTATAAGAT +CAATGTAGTAGTAAGTATACAGAATAAAGATGTAGAGGTTAATACTTATGTTACAAAACA +ATAAAGGATCAATAATGATTGTTACTCTAATAATATTCTCTATAATAAGTACGATATGTA +TAACTTGTATAAGTTTAACTTATAGTAATATCAACATTGCTAGTTTAGAATTGAAAAATT +TACAACTGAAAGAAAATGCATTAGGTGCAGTAGAAATAGTTTATGGAAATATAAAGAATG +AAATTGATAATGCTATTGATAGTTGTAGTAATTCTCAAGAGTATATTAGCTATATTAAAA +GAGATAACTACAAAAGTTTTATATTGAACTGTAAAGATATCTCAAAAAGTGATTTAGATA +ATACTACGGTAGAATTAACTAATAAAACTCCATTTGGAGAGGTTAAGAATTTTGAATTTG +AAATGAAGGTTTTTGCTAAAGAAAATAATTATAAAAAACAAGTTAAAGTAAATATAAGAA +TAAAAAATCCGTGGAATGAAATAAGTACACTTCAAGAAGATGAAAGTATAGAAGATATAG +ACACAGAAGAAGTAATTACAAAAATTAATATAGAAAACAATGAATTTAATAATATAAATG +AAATAGATATAGATGAAATTTATGAAGATGAAGAAGATGATACGGATAGTATAAATGGTG +ATATCAAAACTGATTTAGAAGATATAAAGGAAGTTTTTAAAAAGTATAAACTAATAACTA +TATATAATTACGAGGAAATATAATATGAAAAGAGATGGCGTGTAACTTTAATAGAATTGG +TAGTAACAATTGGCGTTATTGTTTTGATTTGTAGCATGTGTATACCTAAATTTAATTCAT +ATAATTATGAAGTTAATTCTTTTGCTAAGCAACTGTGTAGTGATATAAGATATGTTAAAT +CAAACAATATGCTGGGAAACTTAAATTCATTTGTACTTATGACCAAGGAAAATGGTCGAA +AGGGATACATACTAGTGGATAAAGGTATCCAAGTAAAAGATGTATACTTACCTAATAATG +TAGATATTACATATCCAAATAAAAAGATATATTTTAGGAATGATGGTACTCCGAATCCTA +CTGGATCGACTATTAAGATTTTTAATGACAAAATAAGTAAAGAGATAACGATAGTTCCGG +TTAGTGGTAGGGTTCTTTTTAAGGAAGATCAATATGAAAAATAAAGGTGGTTATTTACTT +CTAGAAAGCATAATATCATTATCTATAATCTTAACATTGTCATTAGTATTATATTCTTTA +TTAATACTATGTATAAATACTAAAAGCTCAATAGAAGATAAAATAGAAGTTCAGCAACAA +GGATTAGAAATGAGTAAAAGTATAAAATCTTTAATCGAGAAATCAAAAGGAATAATAGAT +ATTGAGTTTGACAATACAGATAACATAAATGAAGAAGGAGTAAATTTCAAGAGTGCAATA +TCAGTGAAGTGTAGATATAGTAACGAAGATGATGTAAATTATTCTAATAATAAAAATAAA +GAAATTAGTTTAAAAAAAGGATCAAATAAGTTATTTATAAATACTCTTAACTTAAATAAT +CAAAGCGAAGTTGGAGGGTATGAAATAGGTGACTATGTAGAAAAAATGTATGTATCAAAA +GATGAAAATGACAAATTTATTAGCATGAAACTAAAGTTACAAAAAAATAAAGAAATCTAT +GAAACTAAATTTAAAGTATATATAAGAAATTTTGAGGGGGAATTTAGGTGAAAATTATAT +TAATAGGACTTATGGGTGCAGGAAAAACTACAATAGGTAAAGAACTTTCAAATAAATTAA +ATTTAAGGTTTATAGATATGGATGATGAGATAGAAAAGCAATCTAAAATGAGTATAGTAG +ATATATTTGAAAAATATGGAGAAAATAGATTTAGAGAAATAGAATCAAAACTTTTAGAAA +AAATAGCTTTAGAAGATGATATTATTATTTCTACAGGTGGTGGAATAATAAAAGTAGATG +ATAATCGTAAATTATTAAAGAAACAAGATAATGTAGTATTTTTAAATGGAAGTATAGACA +CTTTAGTAAAGAATGTATCTAATGATATATATAAAAGACCTCTATTAAAAGATAGTACGG +ATTTATATATAAAAATAGAAGAACTTTTAAAAGAAAGATATGAAAAATATAAAGAATCTT +CTAATATAATCATAGATATAAATAATAAAAATATAAATGAAGTGGTAAGTCAAATACTTG +TTTATATCAGATAATTTATGATATTATTATATAGTATTAAATTTGTAATCTAAAAGTTAG +GGGGCATAAATGAAAATCATAGTAATAAATGGACCGAACCTAGATATGTTAGGAAAAAGA +GAGCCTACAGTCTATGGTAATAATACCTTAGAAGATTTAGAAAACTACATTAGAAATGAA +TTTAAAGAAAAAATAGATGTGGAATTTTTTCAAAGTAATTATGAAGGTGCTATAATAGAT +ATGCTTCATAGAGCAAATGATGAATTTGACGGTGTAGTTATTAATCCAGGGGCTTTTACA +CATTATAGCTATGCAATTCATGATGCTATAAAATCTATAAAAACTAAGGTAGTTGAAGTA +CATATATCTAATGTTCATCAAAGAGAAGAATTTAGACAAAAAAGTGTTACAGCAGCAGCT +TGTATAGGCCAGATATCTGGACTTGGATTTTATGGGTATATTTTAGGAATAAATGCTATT +CTTAATATAAATAGATAAATATTACATAATATATACTAATATAACTTGACAAGATTACAA +TAGAATATATAATTGAAAAAGGTAAGGTGATTATAATATAAGTAAAGGTTTTTATAGAAG +TATTTAACTAAGATGAAAATAAAAATTTTGCTTATAATAATAGATAAATAAAGTCTAAGT +ATCACCAAAATATATTCAGATAATAAATTTATTTTTATGGAGGAACAGAAATGGTATCAG +CAAGTGATTTTAGAAAAGGTGTAACTTTCGAAAAAGATGGTCAACCATGTTTAATAGTAG +ATTTCCAACACGTTAAGCCAGGTAAAGGTGCAGCTTTCGTAAGAACTAAATACAGAAACT +TAAAAACAGGGGCAATAAGAGAAGAAGCTTTCAACCCAAGTGATAAATTCCCTAAAGCTC +ATATAGAAACAAGACAAATGCAATACTTATACAATGATGGAGAGTTATACTACTTCATGG +ATGAAGAAACATATGACCAAATACCATTAAACTATGTACAAGTTGAAGACGCTATAAAGT +TCTTAAAAGAAAATGAAGTAGCTACAATAAGATTCTATCAAGGTCAAGCTTTCCAAGTTG +AAGCTCCAAACTTTGCAGAATTAGAAGTTGTAGAAACTGAGCCAGGAATAAAAGGAGATA +CTGCAAGTAACGTAACTAAAGCAGCTACAGTAGAAACAGGTGCAGTTGTTCAAGTTCCTT +TATTCATAAACCAAGGAGATAAAATAAAGATAGATACAAGAACTGGAGAATATTTATCAA +GAGTTTAATTATTTATGTATATAAAAGCTTATATATCTTAATAATAAAGATATATGAGCT +TTTAATATATGTAAAGAAAGAGAGGGGTATCCATGAAATACTTATATGAAGAAGTTGCAT +ACCTAAAAGGGCTTGCAGAAGGATTAGAAATAAGTAAGGAAACAAAAGAAGGGAAAGTAA +TACATAAAATTGTAGAGGTTTTAGAAAGTTTTGCTGATGCCATAGTAGACTTAGAAGAAG +AACAAGCTGATCTTATAGAGTATGTAGAGTCTATAGATGAAGATTTAGCTGATATGGAAG +AAGATATTTACGAAGATGAAGATGAAGACAGTGATGAAGACTCTGATTTTAGCTATGTTG +AAATGGAATGTCCTAACTGTGGAGATTTAGTAGATATTGATGAAGACTTATTATACAATG +ATGAAATTGATGTTATTTGTCCTAATTGTCAAGCTATAATACTATCTTCTGATGATGAGG +ATAATAGTTATATAGAATGCACAGAAGTTTGTGATTGTGATGATGACTTATAAACATTTA +TAAAATGTATTGATTTTAATTACCTATGAGGCTTATATAGTTTCATAGGTTTTTGTGTAT +TCATGAAAGAAATTTTAGTTTTGCAATAGTTTAAAAAAAATAGTACACTATAATCTAGAG +ATAATAAACTCGGAGGTCGTATTATGAGAATAAGTAAAAGAATATTAGATAATATATACA +AATTTGAAGAAACTATAGATTATAAATTTAATAATAAAGAATATATACTTGAGGCTCTTA +CACATAGTTCATATTCTAATGAAAATAAAAGATACAATTTTAATGAAAGATTAGAGTTTT +TAGGAGATTCTGTCTTAAGTATAGTAGTTAGTGATTACTTATTTAAAAATGAAAAAGATT +TGCCTGAAGGAGAACTTACTAAACTAAGAGCGAGTATAGTTTGTGAAGAGTCTCTAAGTG +AAGTAGCAAACCAAATAAAGTTAGGAGACTTTATGTTACTTGGTAAAGGTGAAGAAGCAA +CAGGTGGTAGGGAGAGAATATCTATACTTGCTGATGCTTTTGAAGCTGTTATAGCAGCAA +TTTATTTAGATGGTTCTATAGAAGATGCAAGAAACTTTATACTAAATAATATGAAGTCTA +TAATATCTGATGCAAGAAGAGGAAAGATATTCAGAGACTATAAAACTCACCTACAAGAAG +TTTTACAAGGTAAGGGAGAAAGTAATATATGGTATAAATTAATAGATGAAAAAGGACCGG +ATCATAATAAAAGATTTATCATGGAAGTTGGAACAAATAATGATGTTTTAGGAATCGGAG +AAGGTAAAAGTAAGAAAGAAGCAGAACAATTAGCAGCTAGGGTAGCATTAGATAAAATAT +TATAAATTTCAATAGCTAAATTTAAAATACATTATCCCTATTTAACTAACTAAAGGGATA +ACTAGTATTTAGTTTACAATTTAGATAATATGATTTTTATTAAATTAGACATATATTGAA +AAGGATGATGGAAAGTGAAAAAAAGGATAATACCTATATTTGTACCTCATAGAGGATGCC +CTCACGATTGTATATTTTGTAACCAAAAAAAGATAACTGGAGTAAGTACAGAGGTTACAA +GTGAAGATGTGAGGAATATAATTGAAGAATATTTACCAACTATTGATAATGATGCAAGTG +TTGAGGTTGCATTTTTTGGAGGAAGTTTTACTGCAATAGATGAAGATATACAAAATGATT +TACTAGAGGTAGCTAAGGAGTACGTAGAAAAAGGATTAATACAAGATATAAGAATGTCTA +CAAGGCCGGATTGTATAAGTGAAGACATTTTAAATAGGTTAAAAGAATACAAAGTAAGTA +TAATAGAACTTGGAGTACAATCTATGGACAAGAATGTTTTAATAGATAGTGTGAGAGGTC +ATGATACAGAGGAAGTAATAAAAAGTGCAAAGCTTATAAAAGAAAGTGGCATTAAATTAG +GGCTACAAATGATGGTTGGATTACCATCTGATACGGAGAAAAAATGTATTGCTACTGCGA +GAAAGTTTATAGAACTTAAGCCAGATTGTGTAAGAATTTATCCTACATTAGTTGTTAAAG +ACACTGGATTGGAAGTTTTATTAAATAAAGGAGAGTATAAGCCTTTTACTTTAGAACAAA +GTATTCAAATAGTTAAAAAATTATTAGCTTTATTTTATGTAAATAATATAAATGTAATAA +GAGTTGGACTTCAGGCTACAGAAGATATACAGGTAGGTAAGGCTGTAGTAGATGGTCCAC +ACCATCCAGCTTTTAGAGAATTAGCTGAGTCTGAAATGATTAAAGATTATTTAATTTATA +TAGCTAAAAAATATAATATTGAAAAATATATAACTGTAAAAACTAATAAGAAAAATGTTT +CTAAAATAATAGGAAATAAAAAATCGAATAGTACTTATATGAAGAATAAATTAAAAATAA +ACTTAAAAACAAAAGAAGAAGATATTGATATAAATGATTTAGAAATTGTATTAGATGACA +ATAAGTCTATAAAAATAAATATGAATGACATATATAGTAGTTTATATAATATTTACAACC +TTTAGTTTTATCGAAGGGAGAGGTAGTTTTGTATTTAAAAAGATTAGAATTAAAGGGATT +TAAATCTTTTCCCACAAAAACAGATATAGTTTTTAAAGAAGGTGTAACAGCAATAGTGGG +GCCCAACGGAAGTGGGAAAAGTAACATTTCTGATGCTGTAAGATGGGTTTTAGGTGAGCA +AAGTGTAAAAAGCCTAAGAGGTGAAAAGCTTGAAGATGTTATTTTTGCAGGAACAGATAC +GAAAAAACCTATGAACTACTGTGAAGTTGCGCTTACTATAGATAATAGTGATAACCAACT +AAATTTAGAATTTAGTGAAATAACTATAAAAAGAAGAGCTTATAGAAATGGAGAAAGCGA +ATTTTTCTTAAACAATAAGCATTGTAGATTAAAAGATATAAAGGAAATACTGTTAGATAC +AGGTATAGGTAAAGATGGATATTCTATAATAGAACAAGGTAAGGTAGATGAAATTCTTAG +TAACAACCCTGTAAATAGAAGAAAAGTATTTGATGAAGCTTGTGGGATATCTAAGTATAG +ATATAAAAAACAAGAAGCAGAAAGAAACTTAAAAAATACTAAAGAAAATCTAGAGAGAAT +TAATGATATATATGTAGAGATAGAAAATCAACTAAAACCTCTTTTTAATCAACAAGTAAA +AGCTAAGAAGTATATTGAATTAAAAGAAAAGCTAAAAACTATAGAAGTAAATAGTTTTAT +AAAAGAAATAGAATCCTTAGAATTAGAATTAAAAGAAGTCAACAATCATAATAAATTACT +TGAAGAACAATCTATAGAGATAGAAAAAGAAAAGTTGAATATAGAAAATAATTTTAATAT +AACAAATAAAGAAATCGAAGATATGGATGAGAATATAAATAAGTCTGTTGACTATATAAA +TTCTATAAAGTCGGTAATATCTCAAAAAGATTATGAAATAAATATTATTAATGAAAGAAT +AAAAAACTTCAAAGGTGAGATAGAAAGAAAGTATAAAGAAGTAAGTAATATAAGAGAAAA +GTTAAGCGAAGATAAATTAACTATACAAAGCTTACAAGAACAAAAAAATGAAAAAGAAGA +ACAGATAAATAAATTAGAAGAATCATTAAAAGATATAGAATTAAAAAATAGTGATAAAAA +AATTATTATAGAAGAATTAAATAAAAAAATCGATGACTTAAAAGACGAAATAATAAATTT +ATTAAATAAAAAGCAAGATGCAAGTAATAAGCTTTCAACACTAAATGCAAATAAGGAAAA +TATTAATTCTAGAAAAGATACTATAGATTCAGATATAGATGAATTAAATGAAAAGTTAAA +GAATAAAAATGAAGAGTTAAATAATCTTCAATTGAAACTTAAAAATGAAAATGAAGTATT +AAATAGCTTAAAAGATCAATCTGAAAATCTTAGCATAGAGTTAAAGAATTTAATAGAAAG +AAATAATAACTTAGAATCAAAGGTTCAAAGTAATAAATATAGATTAAATGATTATAACTC +AAAGCTTAATATATATATTGAGATGGAAAATCATTATGAAGGTTTTAATAGAGGTGTAAA +AGAAGTCCTTAAAAATAAAAATTTACAAGGTATTTATGGAGCCTTAGGACAAGTTGTAAG +TGTTGATGAAAAGTTTGAAAAGGCAATTGAAGCAGCTCTTGGAGCATATATGCAAAATAT +AATTACTAGTGATGAAAATAGTGCAAAATATGCTATAAATTATTTAAAGAAAAATAATCT +AGGTAGAGTTACATTCTTACCTATAAACATAATAAAGTCTAATAAAATTGATATTCGAAA +TATAAGAGCTAACACAAAGTTTATAGGAGTGGCTAGTGATTTAATTTCTTATGATGATAA +ATATAGAAATATACTAGAAAATATATTAGGTAGAACTATAATTATTGATAATATTGACAA +TGGAATAAGATTTGCAAAAGAAACTAATCATAAATTTAAAATTGTAACTTTAGAAGGTGA +AATATTAAATCCGGGAGGTTCTTTAACTGGAGGAAGTTTAAGAACAAATGGAAATATATT +ATCAAGAAAAAGGCTTATAGCTGAATACAGTGAAAAAATAAAAACTATAAAAGAAGAAAC +GACTTCTTTAATAAATGAAAAAGAGAAAGTTAGCCAGTCTATAGTAACTACAAGAGAAAT +GTTAGAAAAGTGCAAAGAGAAAATATCTGAAGTCGAAAAATATATTATTATAGAGAAGTC +GAATATTAGTAGAGTTAATGACGAAATAAAATCTCTTCAAGAAAATAGCAATAAACTTGA +AGGAGAAAAGTCAGACTTAGGTTCTTATTTAAATGAGACTCTAGAAAAAACTAATTTTGT +AAATAATGAAATCTTAAGTATAGATAATAAACACAATGAAAACAAAAAGCAGATAGAGGA +ATTAGGTAAAGAGTTAAGAAATAATAGTGATTTATATGAAGAATATAAATCTGAATTTGA +TGAGCTGAATTTAGATTTAGTTAAGTATAAGCAAATATATGAAAGTATAACTAAAGATAT +AAATAGAATAACTAATGAAAATAATAATTCCGAAGAAAAGGCAAAATTAATCGAGGAATC +TGCTAAAAAACAAGAGTTACAAATTCATGAGTTAGAAGAGAATATTAAATTAGAAGAAAG +AGAAAAAGAAAATTTAAATAATCAATTAACACATAATAATGAAAGTTTAGAAAATAAGAA +AGTTCTAAAAGAAGATTTAAAACAAAAATTAGAGGAATTTAATAAAGAATTAAAAGATTC +GGATAGAACTTTTATAGATTTAAAGGAAAGTTTATTTAAGATACAAGGGAAATTAGAAAG +ATTAAAATCTACTAAAGAAACTTATATAAATAGACTTTATGAGAACTATGAGTTAACTTA +TGTTCAAGCTGTAGAATTTAAGGATGAAGATGTTGTAGTTGATAAAAAGTTATTAGAAGG +CCTAAAAAGAGAAATTAGAAGTCTTGGAAATGTAAATATAGATTCTATAAAAGAATACGA +AGAAGTAAAAGAAAGATATGATTTCTATAAAGAACAAAAACAAGACTTGGAAGAATCTAT +AGAAGTTATAGAAAAGTTAATAGCTGATTTAGAAGAAAATATGAAACTTGAATTTGAAGT +TAAATTTAATGAAATAAATGAAAACTTTAAATTTGTGTATAAGAGATTATTTGGTGGAGG +TCATGGTGTACTTACTATTTTAGATAAGGATAATATACTAGAAAGTGATATTGAAATAAC +GGCACAACCACCAGGAAAGAAAATGAAGAACTTAAGCTTATTGTCAGGAGGAGAAAAGGC +ACTAACAGCAATTAGTATACTATTCTCTATACTACTTGCTAAACCTACTCCATTTTGTAT +ACTAGATGAAATAGAAGCACCTCTTGATGATGCTAATATAGCTAGATTTGGAGACTTCTT +AAAAGAATTAGCTAAAGATACTCAATTTATAGCTGTAACACATAGAAGAGGTACTATGGA +AGCTGCTGACTATATATATGGGGTAACAATGCAAGAAAAAGCAATATCAAAAGTTATAAG +CTTGAAATTAAAAGAAGCAGAAGAATTAACAGATGTAATATAAAACTTTAAGTAGGTAGA +TTCATCTACCTACTTAAGTATATTTAAATTAATCTAAGTTACAGATATAAACTGTAGAGT +TTTGTAAATACAAAATAGCTTTAAGAATAATAGCTAAATAAAAGTGAATTTTAATCATTT +GGAGGGAAGTATAGGTGTTTAAAAAATTATTTAAATTCAATAAGAAGAAGCAAGAAGAAA +ATAAAGAAGTTGAAGAAATAGTAGAAAATTTAGAAAATAAAGAGGGTATTGATAAATTAG +AAGTACATAATGAAGAAGTAAAGGAAGAGCAAAAAGAAGGAATTGAAAATGCATTAACAG +AAGAAGTGCAAGAAAATGTATTAGATGAAGTTTGCGAAGCTATAAAAGAAGAAGCTATAG +AAGAGGTTAAAGAGGATATTAAAAATCTAGAGACTAAAGATGAAATAGAAGAAGCTAAAG +GGCTTATTGCAGAATCAGAATCTAAAGAAGAACTTGAAGAAGTAAAGGATGCTATTGAGG +AGATTGAAGTAAAGGGCGAAGTTAAAGATGTAAATAGCGATACAAAAGAAGACTCTGAAG +AAATATCTACTGCAAAAGAAGTTGATTTGGATGCTATACAAGAAAAAAGTGAAGTACAAG +ATGAAGTAGATGATAAAGAGAAGAAAGTTAGCTTATTTAGCAGATTAAAGCAAGGATTAA +CTAAAGCTAAGCAAGGTATAACAGATAAAATAGATACTGTATTAAAGTCATATACAAAGG +TAGATGAAGATTTATTAGAAGATTTAGAAGAAGTATTAATAACTGCTGATGTTGGTGTTA +ACACAACTATGGACATGATAGATAAGCTTAGAGATGCTATAAAGGCAAAGGGTATAACTG +ATCCTCAAGATGTTAGGGTTGAATTACAAAATATAGTAGAGGATATACTTACTTCAGAAA +ACTCAAAGTTAGATGTAGAACATTCTCCGACTATAATACTTATGGTAGGGGTAAATGGAG +TTGGAAAAACTACTACTATAGGAAAGTTAGCAAATAGATATAAATCAGAAGGAAAAAAGG +TACTACTAGCAGCAGGGGATACATTTAGAGCTGCAGCAATAGAACAGTTAGAAGTATGGG +CAAATAGAAGTAATGTAGATATAATAAAACATCAAGAAGGTGCAGACCCAGGCGCAGTAA +TATTTGATGCAATAAAAGCTGCAAAGGCTAGAAAAGTTGATTTATTAATTTGTGATACAG +CAGGTAGACTACATAATAAAGCAAATCTTATGAACGAATTAGGGAAAGTATTTAAAATAG +TAGACAGAGAATTCCCAGAAGCTAAAAGAGAAGTTTTATTAGTTGTAGATGCAACAACAG +GTCAAAATGCAGTTTCTCAGGTTAAAACATTTAAAGAAGTTGCAGATATAACAGGAATAG +TTCTTACTAAACTGGATGGAACAGCAAAGGGTGGAGTTGTACTTGCAGTTAAGTCAGAAG +TAAATGTACCAGTTAAATTAATTGGTGTTGGTGAAGGTGTAGAAGACTTACAAGATTTCG +ATGCAAAAGCATTTTCGGATGCACTATTTGGGAAAAATTAGCTTACTAAAATAAATGTTG +ACAACAAATGAAAATTAATATAAAATACAATGTGTAAAGTAAATAACCTTTACAGTATAT +CACTTGGGAAGTGAACTAATGAATATAGAAAAAATGATTGAGATTGGGTTATTGTTCGAA +CAATATAAAGAACTTTTAACTGATAAACAAAGAGAGATAGTATCTTTATATTATGAAGAA +GATTATTCTTTAGGAGAAATAAGTGAAAACTTAAATGTATCAAGGCAAGGTGTATATGAT +ACTTTAAAGCGCTCAGAGAAGATCTTAAGAGATTATGAGGACAAGCTTAAGCTAGTTTCT +AAGCTACAAGAACAAGAAGAATTTGTTAAACTTGTAGAAAATAAAATTGTTGACATTAAG +CAAGATTTATTGCAAAATAGAGATTGTGCTAATTTAATCCCTAAGCTAGAAAATATAGAA +GATATATGTAGGGAGATGTTAAAATGATATTTGAAGGATTATCAGATAAACTACAAGGTG +CATTAAGTAAGTTAAAATCAAAAGGAAAACTTACTGAACAAGATGTAAAAACAGCAATGA +GGGAAGTGAAACTTGCACTTCTTGAAGCAGATGTTAACTTTAAAGTAGTTAAAGATTTTG +TTAAAACAGTTCAAGAAAGATGTGTTGGGCAAGAGGTAATGGAAAGTTTAACTCCTGCAC +AACATGTTATAAAGATAGTAAATGAAGAGCTTACAAGCTTAATGGGAGATGTTCAAAGTA +AAATAATGATATCTCCAAAACCACCAACAGTTATAATGATGGTTGGACTTCAAGGTGCTG +GTAAGACTACTACTTCTGGTAAACTTGGTGGATACTTTAAAAAACAAGGTAAAAAGCCAC +TATTAATAGCAGGTGATATATACAGACCAGCAGCTATTAAGCAATTACAAGTTGTAGGTG +AAAAATTAGATATACCAGTATTTAATATGGGAGATAAAGAAAGCCCAGTTAATATAGCAA +AAGCGGGATTAAGTCATGCAATAAAAAATAATCATGACTTAGTTATAATAGATACAGCTG +GTAGACTTCATATAGATGAAGCTTTAATGGATGAATTAAAATCTATAAAAGTAGAAGTTA +AACCACATGAAATACTCTTAGTAGTAGACTCTATGACAGGTCAAGATGCAGTAAATGTAT +CTGAAAGCTTCAATGAAGCGCTTGGAATAGATGGAGTAGTTTTAACTAAACTAGATGGTG +ATACTAGAGGTGGGGCTGCACTTTCAATAAGAGCAGTTACACAAAAGCCTATAAAGTTTA +TAGGTATGGGAGAAAAGTTAGATGATTTAGAACCTTTCCATCCAGATAGAATGGCATCTA +GAATATTAGGTATGGGAGATGTCCTAAGCCTAATAGAAAAAGCTCAAGAAAATTTAGATT +TAGAGAAAGCTAAAGAGTTAGAACAAAAAATTAAAAAACAAGAATTTGACTTCGAAGACT +TATTACAACAAATGGAGCAAATTCAAAATATGGGGCCTCTTGATAAAGTATTAGGCATGA +TACCAGGTATGGGAAATATAAAAGACCAACTTGGAGATGTAGATCTTAATGGGAAAGAAA +TGAAGAGAAGCAGAGCTATAATACAATCAATGACGCCTGATGAAAGAAGAGATCCATCAC +TATTAAATGCTTCAAGAAAGAAAAGAATAGCTAAAGGTAGTGGTACGAGTGTTCAAGATG +TAAACAGGATGATAAAACAACTTAATGAAATGAAAAAGATGATGAAGATGTTTACAGGAT +CACAAAAAAGCATGAAGAAAAGGGGCGGCTTTGCCGGACTTCCTTTCTTTAAATAAATAA +AAAAGACAAAAATTATTCGGAGGTGACTGTAATGGCAGTTAAAATAAGATTAAAAAGAAT +GGGATCAAACAAAAAACCTTTCTACAGAATAGTAGTTGCGGATTCTAGATCTCCAAGAGA +TGGAAAGTTCATAGAAGAAATAGGATACTATAATCCAGTTTCTCAACCAAAGCAAATAAA +AATAAACGATGAGAAAGCTGTAAAGTGGTTATCAAATGGTGCTCAACCAACTGATACTGT +TAAAACTTTATTAGTTAACAACGGAGTAATGGAAAAATTCGAAGCTTCTAAGCAAGCTAA +GTAATTCATTTAATAACAGAAGCATATATTAGGAGATGAAATATATGAAAGAGCTAGTGT +TAGATATAGCTAAAGCTCTAGTTGATAATCCTGACGAAGTTAAGATTGAGGAAACTATAA +AAGAAGATGAAATAATCTTAAAGCTTAGTGTTTCTCAAGACGATATGGGTAAGGTTATCG +GTAAGCAGGGCAGAATAGCTAAAGCTATAAGAACTGTCATAAGATCTGCTGCAAATAGAG +AAGACAAAAAAGTCTCTCTTGAGATAGTATAGAAGGATTAGGTATATACCTAGTCCTTTT +TGCTTATAATACAAAATAAAATGTAATTTTCGCAGAAGAAGGTGGTAGCATGAGCAATAA +ATTAACTCACTTTAAAGTTGGAAAAATAGTTAATACTCAAGGTTTAAAAGGAGAGGTAAG +AGTTTATCCTTTTACTGATGATATAAATAGATTTGATGAATTAGATGTTTTTTATTTAGA +TAAAGATTTTAACACTAAATGGAATGTAGAAAGAGTTAGATATAAGGGTAACCTTGTAAT +AATGAAAATTAAAGATATTGATTCTATAGAGAAAGCAGAAAGATTAAGAGATAAGTTTAT +CTATGTATCTAGAGAAGATGGTAGAGAGCTTGAAGAAGAAGAATACTTTATAGCTGATAT +GATAGGTTTAGATGTGTTTACTGTAGATGGAGAAAAAGTTGGAGTATTAAAAGAAGTCCT +TCAATATGCTGCAAATGACGTATATGTTGTTAAAGGTGAAGAAAAAGAATACCTAATACC +AGCTATAATGAAGTTTGTGCCAACTATAGATATGAATGAAAGAAAAATGATAATAGACCC +TATTAAGGGAATGTTAGACTAGGTGATAATATGAGATTTCACATAATGACACTTTTCCCA +GATATATTTAATTCATATATGAATGAAAGTATAATGAAAAGAGCGGTTGATAAGGGGAGT +ATAGAAGTATATATATATAATATTAGAGACTTTTCTAATAATAAACATAAAAAGGTAGAT +GATTATCCTTTTGGAGGAGGAGCAGGTATGCTTATGACTCCGCAACCGATATATGATACT +TACATGCATATAGTAAATACACATGATATAAAAAATCCTAGGGTTATCTATCTAACACCT +AAAGGGAAAGTACATAGTCAAGAAATTGCTCAAGATATGTCTATAAGCGACGATATAATA +CTTTTATGTGGACATTATGAAGGTATCGACCAAAGAATTATAGATTTAATAGTTACTGAT +GAAATATCTATAGGGGACTATGTATTGACAGGAGGAGAACTTCCTGCACTAATATTAATA +GATTCTATATCTAGACTTATACCTGGTGTACTAAGCCAAAATGAATCTTTTGAAGAAGAA +TCTTTTAAAGATAACTTATTGGAATATCCTCACTATACAAGACCTAGAGAATTTATGGGA +ATGAAAGTACCCGATATCTTATTATCAGGTAATCATAAGAAAATTGAACAATGGAGATAC +GATGAATCTGTAAAAGTTACTAAAGAAAGAAGACCTGATTTATATAAAAAGACTTGTAAG +AAGTAAGTTTTTATAGTATAATAAACAATGTCGAAAATACGGGCGTTCCTCTGTACGTTG +GTCAAGTATTAAGAACGTCTATGATACTAGGAGGAAAAAATGAACGAAATATTAAGATCA +TTAGAACAAGAACAATTAAGAAACGATGTTCCTAACTTTGGACCTGGGGACACAGTTAAA +GTACACGTTAGAATAGTTGAAGGAAAAAGAGAAAGAGTTCAAGTATTTGAAGGTGTAGTA +TTAAAGAGACAAGGTGGAGGAGCTAGAGAAACTTTCACTGTTAGAAAAATATCTTTCAAC +GTTGGTGTAGAAAGAACTTTCCCAGTTCATTCTCCAAAATTAGAGAAGATAGAAGTAACT +AGAAAAGGTAAAGTAAGAAGAGCTAAATTAACTTACCTAAGAGGTAGAGTTGGTAAAGCT +GCTAAGATAAAAGAAGCTAGATAATTAGAAACTTTACTATAAATAAAAGAGTTGTCTAAG +TGATTAAATCATTTTGACAACTCTTTTTTCAATCTTAAGAAAATATAATTTAGTTTATTC +GTTAATAAATATACGTATATATAATAGTATATTAAGTGAAAATATAGATATAAGTATTAG +TATTACAATTATTATCATTGATGTGAAGATTATGATATAATAAGTAAGTTAAATATGATA +AAAATAGCAAGAAATAATGAAGGAGTGATAATCATGGCAAGAGGAGATAAAATGAGGTCG +GACTATGAAGATTATCTTGTAGATGATAATTTACATATAAACTGGTATCCTGGTCATATG +AAAAAGACAAGGGACTTAGTTAGAAATAACTTAAAACTAGTAGATGTAGTTGTAGAACTT +TTAGACGCGAGAATTCCATATAGTAGTAAAAATCCAGATATAGATAAATTAGCAGGGAAC +AAACCAAGAGTTGTTATACTGAACAAAAGTGATTTAGCAGATAGAAACAAATTAAATAGA +TGGATAAATTATTATAAACAAAAAGGCATAAAAGCAATACCTGTAGATACTATGAAGGGT +TCAGGGCTAAATAAATTAATAGAAGAGTGTAAAAATGTTACTAAGGATAAGATGGATGCA +CTTAAAGATAAAGGTAGAAAAGAAAGACCTATAAGAATAATGATAGTAGGTGTGCCTAAC +GTAGGTAAGTCTTCTATAATAAATAAATTAACGGGAAGAAAGAGCGCTGTAACAGGAGAT +AAACCAGGAGTAACGAAAGGTAAACAGTGGGTTAGATTAAAAGGTAACTTAGAACTACTT +GATACTCCAGGTATTTTATGGCCTAAATTTGAAGACCAAGAAGTTGCTTTGAATTTAGCT +TTTAGTAGAGCGATAAAAGATGAAGTTTTAGATATTGAAACTTTAGCATTAAGACTTATA +GAGAAACTTATGATTATAGAGCCAGAGAAATTAAAAGCTAGATACAAGTTAGAAGAATTA +GGAGAAACTCCACTTGAGACTATGGATATGATAGGACGTAAAAGGGGATTCATAACAGGT +AGAAAAGAACTAGACTATACTCGTATAGCATTTACTGTTTTAAATGAATTTAGAGAAGGA +AAAATCGGTCAAATAAGTTTAGAAGTACCAGAAGATATAAAATAATATACGAATTAATAA +ATATTAATGATATGAGGTCGCTTCTTAAAAGGTAAAATTTTATCTTTTAAGAAGTGGCCT +TTTTATATTTAAAGAGTTATTGTAGATATGATTAAGGTTAATTTTAATAGCTTATACACA +AAAAGACTAAAATTTCTAATATTATTGACAATTTAGAAAATAAAATATATAATAAATTGA +AATTATAATTTATATAGTAATATTGGGAGGAATTATATGCGAAATATAAAAGATATAATG +GTGGTAGGCTTTGCTTTATTTGCTATGTTTTTTGGAGCAGGTAATTTAATATTTCCACCA +TTTTTAGGATTAGTATCAGGGTCTAGTTGGTTAACTGGATTTGCTGGATTTGTATTAGCT +GATGTAGGTTTAGCATTATTAGCTATATTGGCAGCGGCTAGGTGTAATGGAGAAGTAAGT +AAAGTTTTAAGTAGATCAGGGAAAAATTTATCGGTAATACTAGGTTGTGCTATAATGATA +TGTCTAGGGCCATTGTTAGCAATACCTAGAACTGCAGCAACTACTTTTGAAATGGGTATA +ATGCCATTATTTGAAGGTTTTAACCCTGTAATATTTTCGATAATATTCTTTATTTTAACT +TTAATGTTAACAATAAAACCATCAAAGGTTGTAGATATAATAGGTTCGTTTTTAACTCCG +ACATTATTAATAGCTCTAGCGATATTAATAATATCAGGAATACTAAATCCATTAGGTGAA +ATAAGTACAACACCTATGATAGAAAATGTATTTGTTGAAGGAATTAATCAAGGATATCAA +ACTATGGATACTCTTGGAGCTGTAGCCTTATCAACGGTAGTAATAGCTACAATTTCGAAT +AAAGGATATAAAGATGACAAGTTGAAAGTTAAATTAACATTACAAGCTGGCATAGTAGCA +TCAATAGCATTATGCTTAGTTTATGGTGGTCTTGCTTACTTAGGAGCTACAGTATCAACT +AAATATGGAGCTGATATAGTTCAGACATCGTTAATAGTGAATATAACAAGTATGCTGCTT +GGCCAGCCTGGTAAGATAATTCTTGCAGTGATAGTTGGCCTTGCTTGTTTGACAACTTCA +ATAGGTCTTACATCTGCGACAGGGCAGTATTTTACAAAACTTACAAATGGTAAGTTAAGA +TATGAAATTGTAGTTACTGTTGTTTGTATATTTAGTGCAATAGTATCTAATTTTGGAGTT +AGTACAATAATACAATTCTCAGCTCCAATATTAAGTTTAATATATCCGGCAACTGTTACT +TTAATAGTATTAACTCTATTTGGTAATAAAATAAACAATGATAATGTATTTAAATTTGCT +ACATATGCAGCACTAATAGTAAGTATGTTAACTGTAGCTAATGATTTTAATATTAGTATA +CCTTTTGTTTTAAAATTACCATTTGCATCTTTTGGATTTAACTGGATAGTTCCAGTTACA +ATAGCTGGATTTATAGGTAACTTTATACCAGATAAAAAATAGAAAATCAATATAGAATAA +ATAAAACAATATAATTAAAAAGAGATATCTATAAATAAACCTAATTATACAATTAGTTGT +GTAGAGGTAATGTTTTAAGATATCTCTTTTTATTGATTTAAGTAATTAATTTTTATATTG +TACTGCCTAATAATTAGGTGGATATAGAAGATTTGATTCAAATGAAGATAGTATTTATAT +TAGATAACAGGTTTATAATAGAGTTAAAAATATGAATATTATGAGTGTTAAATTAAAGGA +TTTTATTTATAGTTGAAATCAAATGAGGTTAAAAAGTAAAAAACTTATTATTAATATTTA +TCAATATAAAAATAAGTATGTTAAAATACCTATGTATAACAAAAAAAGTGAGGAGAAGAT +AATGACGAATAAAAGTGTAAAAGAAATTAAGGAAATAGTAGATAATTTAGAAATAGATAA +ATATCTGGAGTATATAGAAATATTAAAAGGTGATGAAAGAAAATCTGTCCAAAATTTAGC +TCTAAAATTAGCTAAGAAATTAGATAATATAAGAAAAGAAGAAGAGAGACTAGATAGAAT +AAATATATATGAAAATGAAGGTTATGAAAAAGGATATCTTTATATAGGGGGTATAGATGA +AGCTGGAAGAGGTCCTTTAGCAGGTCCTGTTGTAGCTGCTGTAGTAGTGTTTAAACAAGG +TACAAAGATAGAAGGTATAAATGACTCTAAAAAGTTAAGTGAAGCGAAGAGGGATGAATT +ATTTGAGGTTATAAAGCAAGAAGCTCTTGATTATGGAATAGGAATTGTAAATAATGAAGA +AATTGATGAGTTTAACATATTAAATGCTACTTATATGGCAATGAAAAAAGCATTGAATTG +TTTAAAACAAACTCCAGATTATTTACTAGTTGATGCAGCTACAATACCTGGAATAGATAT +TAAGCAAAATCCAATTATTAAAGGAGATTCAAAATCTATCTCAATTGCAGCAGCTAGTAT +ATTAGCGAAAGTTACAAGAGATAGTATGATGTATCAATATGATGAAATATACCCAGAGTA +TGGATTTAAAGGTCACAAAGGATATGGAACAAAAGAACATTATGAAGCCATTGAAAAACA +TGGTATAACACCAATACATAGAAAAAGTTTCTTAAAGAATGTGTTATAATATAATAGAAA +TTGCATATTAAGAATAAATAATAAAAAATAGTAATTATGGGGGACTAACAATGGATTATA +AAGAAATATTAAAAAGCGCTAGAGCAAATTTAAATGGGAGCTGTAGAGTGTGTAAATCAT +GTAATGGTGTAGTCTGTGCAGGTGAAGTTCCTGGAATGGGTGGAAAAGGAAGTGGGTCTT +CTTTTATAGAAAACTTTAAAAGTTTGGAAAAAGTAAAGATAAATATGAGAGTAATACATA +GTGTATCAAATCTGGATACATCTATAGAGTTATTTGGGAGAAAGATGGATTCGCCCATAT +TTGCAGCTCCTATAACAGGAACTACTTTAAATATGGGTGGAGGACTTACAGAAAAAGAAT +ATATAACTCCTGTTGTTGAAGGCTGTATAAATAGCGGTGTATATGCAATGGTAGGAGATA +CAGCAGTAGATTCTTTTTTAATAGATAATTTAGAAGTACTATCACAAAATAATGGTGATG +GAATTGTATTTATAAAGCCTTGGGAAAATGAAGATATAAAAAGAAAAATAAAATTAGCTG +AAGAATCAAGTGCTTTTGCAGTTGGTGTGGATGTAGATGCATGTGGGTTAGTAACTTTAT +CAATGCATGGAAAAACTGTAGTTCCTAAAAATGTAGAGGATATAAAGGAATTAAAAGCCT +GTACAAAGCTACCATTTATATTAAAAGGTATAATGACTGTAGAAGATGCACTTATGGCAG +TAGAAGCAGGTGTTGATGCAATAGTTGTATCAAATCATGGTGGAAGAGTTTTAGATTGTA +CTCCAGGAGTTGCAGAAGTTCTTCCTGAAATAGCTAAAGCTGTTAAAGGAAAAGTAACTA +TACTTGCAGACGGTGGAGTAAGAACAGGAGTAGACGTACTAAAAATGATAGGTCTAGGTG +CGGATGCTGTATTAATAGGAAGACCTTTTGTAACTGCATCTTTTGGAGGCGGAAGAGAAG +GTGTAGAAGGCTATATTAATAAAGTAAAAGCAGAATTAGAAGCTACTATGATATTAACAG +GATGTCAAACTGTAAAAGAAATAGACTCTAAGGTTATATATAAATAATTATTTAATTAAT +AAAAATAAAAAACAATTATTATGCTAAATAAAAATCCTTCCGTATGTGTTTATAAACTGT +ATGGAAGGATTTTTTATAATATGATTTAAGTGATTTACTCGAATGGGCTACTAACGACTT +GTATTATATCTGAATTATTTATTAATGAAGATGTATTTTCATAAGATTGTTCAAGCTTAC +TATAAGGTAGATTCTCAATAGTATTTAATGAAGTTTTATCTTCAAGTGGAACAATTTCAT +AAACTAATTTAGAACCAGAAGTATATTTATTAACCCAAGTAGGAATGCACGTAACATTAG +ATACATAAGCCTCTTCTTCTAGACTATCTTTGGTAATATCAATGGTTACCATTAAGCCAT +CCTCAGTGTAAGGAGTACCTAAAATTTCTTGTCTTTGATTAGAAATTAAATTTCCTAGAG +AATATACAACTAGGGTATCGTTCTCACCGTTAGAAGATTTAATCATTTCAACAGGTTGTA +CTACGTGAGGATGAGAACCGATTATAATATCAACTCCAACATCAGATAACTTTTGTGCTA +ATTCCTTTTGAAAGTTATTAGGTGTTCTTTGATACTCATTTCCCCAGTGTAGGATTACTA +TTTGCATGTCTGTATTACTTAGATTAGATAAGGTATTATTAATAGTAGAAAAAGCGCTTT +CTATATCAGTTGAGCTGAATATATTAGCTTTATCTTTACATTCATCTGAAACTTGTATAC +CATTTAAATATTTATTAGAGCCTTTAATATCTCCATAAGAATAAGAAGTAATTCCTAATT +TTATACCTTTTACATCTTTTATAATATAGTCATTATCATCAATATTACTTCGAGTTCCTA +CTGTGTCAAAACCTAAATTTTTCAAAGTAGAAAGTGTTCTTTCAAAACCTAAAGTGCCTT +TGTCAAAGGTGTGATTATTTATAGTAGAAATAACATCGAAGCCTGCATTTTTTAATGCGA +CTGCAAGTGCATCTGGAGTATTGAAAGTTGGATAAGAACTATAAGCTATACTTTCACCAG +CTAATGTAGTTTCTAAATTAGCAATACTTAAATCTGAGTTTTCAATATAACTTTTTATAT +GTTGGAAATTATTATCAAAAGAATATGTATCAGTAGAAGCATCATGTTGAGCTTCTAACT +GTGGTGTGTGTGCCATTACATCCCCAACAGCAGTTAGACTTAGGCTAGTGGCTTTATAAG +AATTATTTATTATGGTAGATTGATTGTTATCATCATTGTCGCTAGGGTTTGAACATCCTG +TAAAGAATAAGATACAAACTAAAGTAAAAATTAGTACAGATGCTAATTTATTATTTATCT +TTACCTTTATCTTTATGATATCGTTGTTACTCATTTGTATATCTCCCTTTCTAGTTTTAT +AATATCCCTATTTTATATAGTATACGAAATGGAAAAAAAATCAATAAAAAAGTGAGAGTT +TGTATACTTATATTATCTGTTGACAATAATTAAAAAAAATTAGAAATAGGTGAATGCTAT +GAATAATAAAGAAAAAGGAGATTTAGGAGAAGTAATTGCATTAAAGTATCTTATTAAAAG +TGGAGCGGAAATATTAGAGCGAAATTATAAGATTAAAACTGGTGAAATTGATATCATCGC +TAAGGTTGATAATGAATTAGTATTTATTGAGGTTAAATCCAGAAGCAACACTAGATATGG +ATATCCCGCAGAAGCTGTTAATTATAAAAAAATTAACAAAATATATAATGTGGCTAGATA +TTACATGTTAATGAATCATTTCAATGATGTACCTATAAGATTTGATGTTATAGAAATATA +CTTTAATGAAAATAAAATTAATCATATTATAAATGCCTTTTAGAAAGGGAGTAAGTATGT +TAAGTATAATTAATTCTAGTAATGTAATAGGAATAGAAAGTTTTTTGACTAAGGTAGAAG +TAGATATAACTAATGGTATACCATGTTTTAATATAGTTGGGCTTCCAAGTACAGAGATAA +GAGAAGCTAGAGAAAGAGTAAAATCGGCAATTATAAATAGTGGATATAAATTCCCTAATT +CAAGAATAGTTGTGAACTTATCTCCTGCAGATATGAAAAAAGAAGGATCTTTTTTAGATT +TATCAATATGCATAGGATTACTTAGAAATTATATTAATAAAGATGAAAATTATATGAATG +AAAGTATGTTTATAGGAGAATTATCTTTAGATGGAAATTTAAGAAAAGTTAGAGGAATTC +TGCCAATAGTAATAGGAGCAAAAGAAAATAATCTAAAAAGAATATTTATACCAGTAGAAA +ATTTGATAGAAAGTTCATATATAGATGGAATTCAAATCATACCTATACATAGCTTAAATG +AATGTATAGGATATTTAAACGGAGAGATAGATATAAATAAAGATAAAATATTATTAAATA +AGAAGTATAACGCAAAATTTGAAAAATTATATGATGATGATTTTGAAGATGTTAGAGGAA +ATTACTTCGTAAAAAGAGGTGTAGAAATAGCAGCAGCAGGAAACCACAATATTCTAATGA +TAGGCCCTCCAGGATCAGGAAAAACAATGATTGCTAAAAGGATAACGACTATACTTCCTG +ATATAGATAACGATGAGATGCTGGAGATAAGTAAAATCTATAGTGTATCAGGGTTAATTG +ATGAAAATATAGGAATAGTTAATAAAAGACCATTTAGATCTCCTCATCATACGTCTACAA +GACAAGCATTAATTGGAGGTGGAAGTAATCCTAAGCCTGGAGAGGTAATCCTAGCTCATA +GAGGAGTACTATTTTTAGATGAAATAGCTGAGTTTGACAGGAAAATATTAGAGACTCTTA +GGCAACCAATAGAGGATAAGTATATAAACATATCTAGAGTTAAATATAATATAAAATATC +CATGTAATTTATTATTAGTAGGAGCAATGAACCCATGTCCGTGTGGTTATTATATGTCTG +ACAAAGAATGTAAATGTAGAAACTACGAAGTGACTAGATATCTCAATAAAATATCAGGCC +CTTTGTTGGATAGATTTGATCTTTTTATTGAAGTAAATCCAGTTTCATATGAAGATTTAC +ATAATTATAAAAAGGCAGAGAGTTCTAATGATATTAAATTAAGGGTGGAGAATGCAAGAA +AGTTACAGAAATATAGGTTTAAAAATGATTCGATAAGTAGTAATAATGAAATAAAGTCAT +CTAAAATAGATAAATATTGTGAGTTAGATAAAAATGCTGTAGAGATAACTAAATTAATTT +TTAATAAATATAAGTTAAGTAATAGAAGTTACACTAAACTTTTAAAAATGGCTAGAACAA +TAGCAGATTTAGATGATAGTGATACTATAAAATCAAATCATATAAATGAGGCTTTTTCAT +ACAGGAAGGCTTATTATACTTACTTTAGATAGAGGTGAATTATGGAAAGAAAAGATGCGT +ATTTGTGGCTAAAATCCATAAGTGGAATAAGTACTAAAACAATAGAAAAATTACAAAATG +AAGTTGGAAATATAGAAGATTTAATGGACCTTTCTGATAAAGAAATATATACTTTAAAAA +ATATAAATTTAAATATTAAAGAAAATATAGTAAAATATAAAAGCAATTCATATTTAGATG +GATTAAGAGAAACATTACATAAAAATGATGTTAAATATTTTTGTATAGATGATGATGAAT +ATCCTAATGATTTAAAAAATATATATAATGCGCCTATATTATTATTTTATAGAGGTGATT +TATCAATATTAAACAATACTTTAAATATAGCTATGGTTGGTTCTAGAAAGCCAACTAGAT +ATGGAATAAGTTGTGCTAAAAGTATAAGTAAGCAGCTATCTAATTTAGGAATAAATATAA +TTAGTGGCTTAGCTATAGGAATAGACTCATTTTCTCATATAGGTTGCATGGAGGGCGAAG +GAAAAACTGTAGCTGTATTAGGATCGTCGGTTAATAATCCTCTTCCAAAGCAAAATATAC +CTTTAGCTAATAAAATACTTGATAATGGCGGTCTTATCTTATCAGAGTATAATGTTAATT +CAGCTGTAATACCATCTAATTTTGTAAACAGAAATAGAATTATAAGTGGTTTAAGTCAAG +GTGTTATAGTGGCGGAGGCTGCTAGAAAAAGTGGTGCATTAATAACCGTAGAGTTTGCAC +TAGATCAAGGAAGGAATGTGTTTGCGATTCCTGGAAATATAAATTCAGAAATGAGTAAAG +GATGTAATAAGATTATTAAAGAGGGTGCAAAATTAATAGAAGATTTAGATGATATAATTA +ATGAATATAATATAAGTTGCATTAATAAAGTAGAATTTGGTGGAAATTATGATAATATAA +GCTTAAACAAGGAAAGTATTACTATAATTAATGCGATAAAAAATAAAGGTGCCTTGCAAA +TTGATGATATTTGTGATTATACTGGTATGGAAATAAAATCAGTAAATACATTATTAAATG +AGTTATCATTAAAGGATATCGTAATAGAAGGCAATAATAATACATACAGTTTAAATGTAT +AAATAAGATAGATAGTGGGGGTGTGTGCTTTAAAATGGCAAAAACATTAGTCATCGTGGA +ATCGCCAGCAAAAGCTAAAACAATAGAGAAATTTTTAGGGAAAAGTCATTATACTGTAAA +GGCATCTGTAGGCCATGTAAGAGATTTACCTAAAAGTAAGTTAGGTGTAGATATAGAAAA +TAATTTTGAACCTCAATATATCAATATTAGAGGTAAGGGCGATGTTATAAAAGAATTGAA +AAAAGAAGCTAAAAAATCAAAACAAGTATATTTAGCTACTGACCCTGATAGAGAAGGAGA +AGCTATTTCGTGGCACTTGGCTCATATATTAGATATAGATGAGGATAAAAATTGTAGAAT +CGAGTTTAATGAAATAACTAAAGAAGCTATTAAAAAAGCTATAAAAAATCCTAGAAATAT +AAACATAAATATTGTGGATGCTCAGCAGGCAAGAAGAGTACTTGATAGGTTACTAGGTTA +TCAAATAAGTCCAATACTTTGGCAAAAAGTAAGAAAAGGACTTAGTGCAGGTAGAGTGCA +ATCAGTAACAACGAAGTTAATTTGTGATAGAGAAAAAGATATAAATGCTTTTATACCAAA +AGAATACTGGACAATAGAGATTAATGCAAAAACAGAAGATAATAAAGACATTGTATTTAA +GTTTTATGGTAAAGCAAACGAAAAACTTGAATTAGAAAATGAAGAAATAGTTAATGATAT +TTTAAAACAAATAGAAAATAAAGAACTAATTGTAGAGAAAATAGAATCTAAATCAAGAAA +AAAGGCAGCTCCAAAACCTTTTACAACTAGTGTGCTTCAACAAGAGGCTGCGAATAAGTT +ATCTTTCACTACTAAGAAGACGATGATGATAGCTCAAGAATTATATGAAGGTATAGATAT +AGAAGGAGAAGGTACAGTCGGTCTTATATCTTATATAAGAACAGATTCAAAAAGAATTTC +TGAAGAAGCAAAAGAAAAATCTAAGGAGTATATATTAGATGAACTTGGAAATCAATATTA +TAAAAATGCTTCAGAAGATAAGAAAAAGGGAAAAGATGGTAAAAAAGTACAAGATGCTCA +TGAGGCTATAAGACCTACATCTGTTTATAGAACTCCTGATAGCATAAAATCTTCTTTAAG +CAAAGATCAATTTAAATTATATAACTTAATATGGAGAAGATTTGTAGCCAGTCAAATGGA +AGATTCAGTATTTGATGTTTTAAATGTTGAGTGTAAGGTAGGAGATTTTATATTTAAAGC +TACTGGTTCTAAAATGAAGTTTGATGGATATACAAAAATTTATAACTTTACTGAAAGGGA +AGATAAAATATTACCTCCGATAGAAGAAGGTGATTCATTAAATATAGAAGAGTTTCTTCC +TAATCAACACTTTACTCAGCCTCCTGCTAGATATACAGAAGCTAGCTTAGTAAAAACTTT +AGAAGAGTTGGGAATTGGTAGACCAAGTACTTATGCTCCTACAATTGCAACTATACTAAA +TAGAGGTTATGTAGAAAAGCAAGGGACAAGTTTATATCCAACTGAATTGGGAATAATAGT +TACAAATATTCTAGAAGATAATTTCCAAAAGTTTATAGATGTAGATTTTACAGCTCAAAT +GGAAAATGAATTAGATAATATAGAAGAAGGAAATACAGATTGGAAATATGTAGTATCTCA +AGTATACGCTCCACTAAAAGAAGCTATAGAAACGGCTATTGCAAATGTAGAAAAAGTCAA +TATGGATGAAGAAACAGATGAGATATGTGAACTTTGTGGTTCTAATATGGTTATAAAGTA +TGGACGATTTGGAAAGTTTATGGCTTGTAAAAATTATCCAGAATGTAAAAATACAAAACC +TCTTGTTAATAAAATTGGTGTGAAATGTCCTAAGTGTAAGGATGGGGATATAATTCTTAG +AAAGTCTAAAAAAGGTAAGGCATTTTATGGATGTTCTAACTATCCTAATTGTGATTTTGT +GTCTTGGAGTAAGCCTACAGGTGAAATTTGTGAGAATTGCGGTTCATATATGGTAGAAAA +AGTTACGAAAACTGAAACAAAAAATGTATGTTCAAATAAAGAGTGTAAAAAATAGAAAGT +ATATAATACAAATTTGTGGAAGTTGAATGAAAAGTCTAATTATATTTTATATTGAAAAAC +CTTTCATTTTATGATAAGATTTTCATTGCACAAATTATGAATATAAGTTTTTGTTTAGAC +ATAAAGGAATTTGAAGAAAGATATAAATAAAGGTTAATTAAGGCCGATATTTCATGAGGA +GATGATTATAAATGGCGAGCGAAGTATTACAAAAAACGAGAAGGATTAATAGGACATTAC +AAACAAGTGGTGGAAGTAGTGTTTCTTTCGAATTATTAGCAGGAGCTTTAGGAGAAGTTC +TTAGCTCAAATGTATATGTATTAAGTTCAAAAGGAAAAATATTAGGCCTTTATCTTAATG +ATGAAGAAGATAGCTCAGTAATTGAAGAAGAAGGAACTAACCAAAGAATGTTCCCAAAGG +AATATAATAAAAGTTTATTAAGAATAACAGAAACTCTGGATAATTTAACTGGAGAAGAAG +TTTTAAATTTATTCCCAGATGAGCACGAAAGACTTGAAAAATATACTACAATAGTTCCAA +TATTAGGTAGCGGGCAAAGATTAGGAACTTTAGTATTATCAAGATATAATAATAACTTTA +CAGATGATGATTTAGTTATATCAGAGTATAGTGCTACAGTTATAGGTCTTGAAGTATTAA +GAGCTTTAAGTGAAGAACTAGAAGTTGAAATGAGAAAAAAGGCTGTAGTTCAAATGGCTA +TAGGAACATTATCTTACTCAGAATTAGAAGCTGTGGAGCATATATTTGATGAATTAAATG +GAAAAGAAGGTTTACTTGTAGCAAGTAAAATAGCAGATAGAGTTGGAATAACTAGATCTG +TTATAGTAAATGCTTTAAGAAAATTTGAAAGTGCAGGAGTTATAGAGTCTAGATCATTAG +GTATGAAAGGAACTCATATAAAAATACTTAATGATAAACTTATACCTGAATTAAAAAAAG +TTAAGAATTCTAACTAATAAGATGTTATAAGTGGAAGGTATCTAGGACTAGATACCTTCT +TTTTAATTTAATATCCGATGAACTTGAAGCGTTTTGACGATACGTAGATTAAGTGAACTT +TTTTATATAAGGAGGATAGAATGCAACCATTAGCAGATAGATTAAGACCAGAAAAAATAG +AAGATATGATAGGGCAGTCACATATAATAGGAGAAGGAAAAGTCCTTAATAAAATAATAA +AAAATCAATCTATCCCGAATATGATTTTATATGGCCCCCCAGGTACAGGTAAGACAACAT +TAGCGAATATAATAGCAAATACGACGGGAAAAAAATATGTAAAATTAAATGCTGTAAACT +GTGGTGTAAAAGAAATAAAAGACGTTATTGACGCTACAAAGCAAGATTTATTTTCTTATA +ATGGTATAATTTTAATGCTTGATGAAATCCAAGCTATGAATAGAAAACAACAACAGGCTT +TACTTGAGGTTATAGAAGACGGATCAGTGACCTTAATAGCAAGTACTGCTGATAATCCTT +ATTTTGTTATATACAAAGCTATCTTAAGTCGAAGTTCTATATTTGAATTCAAAGCTATAG +ATAAGAACGATATATTAAAAGGATTAAAAAGAGCTGTAGATAAAATAGAAGGGCTATACT +CATATGAAAGTATAAAAATAGATAATGAAGCCTTAGATTGTATAGCAGAGACTTGTAATG +GTGATATGAGAAGTGCTTTAAATAAATTAGAATTAGCTTTTAATTTAGGAATAGACATAT +CATCTAACTCTGTAAATGTATCTTTAGATACTGTAATACAATCATCAAGTGCCAAAAGAT +TGAGTTATGATAGAGGTGGAGATGATGGGTATTCAATTTTATCAGCTTTTCATAAATCGT +TAAGAGGTTCCGACGCAGATGCATCAATACACTACCTAGCTAGGCTTATTAAGGCTGGAG +ATATGCAGGGTATTACTAGAAGGTTATTATGTGTTGCAAGTGAGGATGTTGGGTTGGCTG +TTCCTCAAGCTATAACGATAACAGAAGCATGTGTTTCATCAGCATTACAATTAGGTTTTC +CAGAAGCTAGGATACCTCTTGCACAAGCTACTATATACCTAGCTCAATGTCCAAAATCAG +ACTCAGTTATCAAAGCAATTGACTCTGCTTTATATGATTTAGACAATATAGAAACAGGAG +ATATACCATTACATCTTAAAGATGCACATTACTCGGGTGCTAAAAACTTAGGTAGGGGTG +TAAGTTATAAATATCCACATAATTATTCGAACCATTATGTGAAGCAACAGTACTTGCCAG +ACTCTATAAGTGATAAAGTTTATTATAATCATGGAAACAATAAAAATGAATTAGCTTTTA +AACATTATTGGGATAATTTAAAAAATAGTTTATAATTAATGTTAGATTAATAAACTAATA +ATATACAATGAAATATTTTGTTATTTAAGTTTGTATCAGGGGGAAATATTATGATTATAA +AGCTTGATTCTTCTTATCATAATAAAGTTATAAAGTATCTAGAAAAAGAGCCAGAGTTTA +ACCTATTAACAATAGGTGACATAGAGAAGTATGGGTATGATAACTATTTTTTAAATATAT +GGGCAGGAATAAATAGAAGAGGGGAAATAGAAGGTATACTTATAAAATGTTTTGAATTTA +TTATTTTTTATGCTTATGACAAGTTTGATATAAATGAATTTGCCAACTTAATAAATAATA +TGGATTATTTAGAAATAAGCGGAAAGTCTGATGCTGTAGATAAGTTAGCTAATAAGTTAA +GGCTATATAAGAGTAGAAAAGTTAAGTTTTGTAAGTTAGAAAGTAAACAATATTTAAAAG +ATAATGGTGTAGATGTAAAAGTTAAAAAAATGAGGTTTAGGCATTTAAATAAAGTAACAA +AGTTATATGAGGTTATTGATGAATTTGAAAATACAACAGTAGAAAATCTTAGAAGTGGAC +TTAAAACAGGCAGAGGATATTATATAGACATTGATAGACAAATAGTGGCTATGGCTAAGA +GTACGGCAGAAAATAGACGATATGCTATGATAGTTGGTGTTGGAACCCATCCTAATTATA +GAAATATGGGGCTGGCTACTAAATGTATTGTAAAGATATGTTCTGAACTTTTAGATGAAA +ATAAAATACCTTGCTTATTTTACGACAATGAAGAAGCTGGAAAGATATACAGAAAACTAG +GTTTTGAGAAGATTGGAAATTGGAGCATTTATTATAAAATTTAGTAGATATATATTTTAA +TTATTATTTGATGTAATTAAAAATTATAATTGAAGTTGAAATATAAGATTGTATATAATA +TTTATATAATTAAAAAATTAACGAGAAATAGCAGGGGGAATCAGAATGTACAATATAGGA +ATTGATGTAGGTGGAACTAGTATAAAAGCTGGTTTAGTTGAAGATGGAAATATAACAGTA +AAATCAAGTAGAGATGTAAGAAAAGCCTGTGGATTTAAAGATGTTCTAGAAGATATTGAA +TATGTAATAAATGAAATTTTAAAAGAGAAAAAAATAAAAATAGAAGATATAGGAACTATT +GGTATTGGAATACCAGGAGTTGTAGATAAAACAGGATGTGTAAGTTGCGTTAACCTAGGA +TTAAAAGTTGATCCTTTAGAGTTAAAACTAAAAGAGAAATACCCTAATATAAATATAGTG +GTTGAAAATGATGCTAATGTAGCAGCTGTTGCTGAGTATGAGTATGGAAGTATGAAAGGG +TATGACATAGGGGTTATGTTAACTTTAGGAACTGGAGTTGGAGGAGGTATAATTATAAAT +GGAAAACCTTTCTCAGGGGCTCATGGAATAGGTTCTGAAATAGGTCATATTATACTTGAT +TCTAATTTCTATACTTGCAACTGTGGAAATAATGGATGCTTTGAAACTTTTTGTTCAGCA +ACTGCTATAATAAAATATGCGCAAAAGATAATTAAAGAAGGAAGAGAAACTTTAGTATTA +AATATGGCTGAAAATGATATCGAAAAAATAACTGCCAAAATGGTATTTGATGCATATAAA +CAGAATGACGAAGTTGCAGTAGAGGTAGTTAAGAGATTTAAAGAATATCTAATAAAAGGT +ATTATAAGTATTATACATTTTATAGATCCAGAAATTATATCTATAGGTGGTGGAGTATCG +AACGCTAGTGATATAATATTAGAAGGATTAGAAGAAGAGATAAATAAAAGAGCTATATAT +AATGGAAATGGATTAGCTAAAGTAGTAATTGCTGAATTTAAAAATGATGCAGGTATATTA +GGGGCTTCGGCTCTATAAATATTATGATATATGAAGTTAGTAAGTAATCTAAAAGGGGTT +ATTTACTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGAT +TTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACG +CACTTACC +>MGYG000000001_16 +AAATAATAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAAC +ATGAATATAAAGTGTTGCACTTATATTGACAATCTATCAAATAAAAAAACCACGAAGTTA +ATAAAGGGTGTAATCTACACTCTATTATATAAACCTTCATGGTTTCATTAATATCTGATT +AAATTATTTATTATTCATGAGTGTGTTCATGGTCTGCACTACGTGCACATCCATGTTCAT +GATTATGACTTCCACAACATCCATTGATATGTGGATTATGATGTAACATTAAGCTATTTC +TTTTGAACATATTAATCTACCCCTTTTAACATTCAAAGTACTTAAGCATTACCCTTACTT +TTAATCATACAAACTATTACATTTTTTGTAAATATTTTTTCGCTTTTTTAGAAAATTTAG +TTTTATACAAATTCTATTATGTTTTTTATTTTTTGTATATAATATTGTATATTTCGACAC +CTATAAACAAAATAAGAGGTAGTTAAACCTCTTATTTTTCATACCCTACATATGTTTTTT +AGCTTCTATTAACATTTCATTGGCTTTTTGTAAATATTCTATAGCTTTTTCGATGCTATC +AGCAGTTTCATTCTTACCAATAGCTCTAGCCTTTTCTACCCATTCTCTGAATCCTTCTTC +ATGAGACTCATTGTGATTTACCCAATGAACTAATAGAATATTTAAAGTTTTTTCATCTTT +ATTTTCTTCTTCATGACTATGGCTATGAGTATGTGGATGGTGATGGTCATGTCCTCCTAA +ATCACCATGATCATGGTCATCTGCATGATGGAATTTTACTCTATCTTTAGTAAACATATT +ATTTCCCCCTAATTATTTTATATTAAATTCTTTTTTTATAACTTTTATCGTATCCTTTAT +TAACAAGGCAAGTGGCTTATTTTCTAATCCAACTAACTCTATATTTTCAGGCATAATAGG +TAGTAATATCTTTAGAGCTTCGCTATCTGCTACAGCTTCACTAATTTTAGATGTAACTTC +TCCCATCATCGAGTTAGGAATTGTTACTGATATTGGTGCTACTATTATATTCGCACGCTT +AGATGAAACTACTATTGCATTTTCGCCTGTTGCCCCCTTGTTTGCATGAGCTTTCATCAT +TGCACTAGTGGCTATTGAATTTGTACCTAAAGCATATATATCTATATATGTTGGTAAATC +TTCTCTTAATGAAGATACTATTTGGGCCCCAATTCCTCCACCCATTCCGTCTATAACTGC +TATTATCATAATGAAATTTTCCCCTATTTAATAATGTTCTATTGTTTTTCTGGTTATATT +TTATTTTACTCTTCTGTTAAAATAATCTTATGATCCATAAGTCTTATTTCTTTTATTATC +CCATCAACAATCTTTTGATCTCCAAGTAAATCTGTTAGATATACTTTCCCTTCATGAGGA +TCTACGCTCACTACATTCTCCATAACTTTATGTAATTCATTATTTTTCAATACAAACGCT +GATGATTCACACATATTAAACCCCTCCATAAAACATTTTTAATAAAAAAAAAGCTTCTTT +GGGCATTACAATACACCAAAGAAACCTTCATGATTTCACTTTCAAAATACTATTCTTTAC +TTAAGTATAGCACTGAAAATATTCTAAAGTCAATTTAAATCGGATCATTTTGGTATATTC +ACTTTAAATTAATTTCTATTTTTGCTAAATTAATTTCTTCAACATTTAATGGTTTTGAGT +AATTATAAATTGTACTCCCAGGCCTTTCATTATAATAGGGTCTATTACAATCTTTACATC +CTCTTATTTCAAAGGGATATCCAGATTCTATATCTTTTATTATATCACAGTCTAATTTAA +TGTCATTTAAATATCCATCTTTAAAAGTAAAATATTCATCAAAGTATCCTTTATCTATCA +TATATGTCATAAGTTGAACCCTTCTATAACTCTCTATACTTGGCTGGCTCATACTCTCCA +TTTTAGTCCCTCTTATAGGAGTAAATGCAAATAAGCTTACTGTTACGTTTTTTAATTTCA +AATATTTATATAAATCATATATATCCTTATGACTTTCTCCTAAACCAACTATTATATGTG +TACTTATTTTTTGAGGATATTTTTTAGCCATCTCAACTATAAATTCTATTTTATCCTCAT +AATTATTTCCTTTAATAGCTTCATACAACTTTTTATTTGCAGCATCAATAGCAATTCCTA +TTTTATCTATCCCTAAAGAGAAAAATTTATCTACATTTTCACTATTTTCAATTTTTGCAG +ATAGAGATATTGGTATATTTACTTCATCTTTTATATAATTTATAAATTCTTCTACCTCAT +CATGCGCCTCTTTATTAGCCATGGACTGTATACATATTCTTTTTATGTTGCTACCTTTAT +AATCTTTTAAAGCATTTAATATTTCTTTTTTTGTATATTCAGGCCATACAACTCTTGATA +ACCTATCTCTTTTCGTGCTGCTTTCTATAGATTGGGAACAAAAAGCACAATTATTATTAC +ATTTATCTCCAATCATTACATACGCAGTTGTAGGGGATATATCGCATTTTTTATGTAGTA +TACCTAATTCAATAGCTGTACCCATAGATAACCTAATCATAATACACAACACTCCTTGCT +TTCTTTTACTATTAAATTCATTTCAAGGGCCTTATTTTTTGCTGATCTAGATGGTAAAAC +TATTTTATTTATGCCGCATTCTAAGGCAATTTGATCAAGTTCCTGTCTATAATTCCCTCT +TGGCCTCATACACCCTAGATTTATGATGGTTTTAGGCAGCTTTATTCTTGCTTCACAAAG +TAAATCTGCCACTTTTTCCAAATTGGGTGGTTCTACATTTTCATACTCAGTATTTTTAGT +TGGTATAAGTACTATAAAAGTAATTATTTCAGGAGGGTCTTTCGCTAAGTAATCTATAAT +TTCATGCTCTCCTTTTATATCTCCACCTTTTAATCCTATACATATATGTGGTGCAACCTT +TGTATTATCCTTTATAGTTTCATAAGCCTTTATATAGTCTTCCTTGCTTTTATTGATTTT +GTATACTTCTTCTATCGTACTTTTATCAAAAACTAAATCAAATGAGACCATATCTATGTA +TTTACATACTGATTCTATATCTTTAGTTTCCATAAGTCCAAGATGTGCATTTATTTTAAA +CCCATTTTGTTTTAGTACTTTTAATGTGTCTATATGCTTATTTATAGGTACATCACCTTC +AAAACTACATCCTCCACTTAATAAAAAGCTAGTTATATTTCTACTTTTGATCTTATCCTC +ATACTCTTCTATTGGCACCATATTATTTAAATAGTGCCCATTACAATGAGCACATTTTAA +ACTACATTTATTTTTAGTAGTACTTACAGCTAACGTTTCATTTGGATAAGAAAATATTAC +TTCTTTTCCAAAGTTCTCAATCTTCTTGCTATAGGCATACTTGATTTTTTTATCTAACTT +CACTCTTTTACACATTTAATAATGCCTTTACTGTAGGAAAATCTTCTATATTTGTATGTG +GTAAAAAGCATGCAGAAACAAATTCATCCATATAACCTGGATAAACACTCAACTCAACAT +AAGTCATTTGACTTGCTATTTCTTCTAATTTATTCTTAGCATCTCTACTTATTAATGCTA +AGTAAGAACCTACTAATGAACTATTACCTATATACTGGAACTTTTCTCTTTCTACATCAG +GAAGTAACCCTATAGTTATTGCATTTTCAATATTTAAGCTATTTCCAATACCACCTGCTA +TATATACCTTATCTATTACAGAGAAATCCATTCCTAAACTTTGTAAAAGTACTGATGCTC +CTGAATATATAGCACCCTTGGCTCTTATAAAGTTATCTATATCTACTTCATTAACTGTAA +TATCATTTTCTAAGTTATATTCTTCCTTGAAAGCTAATACATATTCTCCTATTCCATGCT +CATCAAATCTAATTCTTCGATTATCTAATTCTTTTTGAATTTTACCTCTTCTGTCAATAA +CCCCTGTTAAAATCATCTGACAGATTAAATCTATTATACCAGATCCACATATACCTATAG +GATCACAATTGCCTATCATACTTAGTCTAGGTTCTAAAGTTTTCGGATCAATTTTAATAC +TTTCAATGGCTCCACAAGATGCTCTCATTCCACATCTAATTCCACCACCTTCAAATGCTG +GGCCTGCTGAACAAGCGCAGCTCATCATAAAATCTTGGTTTCCAAATACAATCTCTCCAT +TTGTTCCTAAGTCTATAAATAAAACATTTTCTTCACTAGCCCATATTCCTGCCGATAAAA +CACCAGCTGTGATATCTCCACCTACATAACTTGCTACATTAGGAGCTAGATAAACATATG +CACTAGGATTAACATCCAACTCTACATTTTCACCCATTATTTTAGGAGATCTTAAGAATG +GTGGTATATAAGGCTCTCTTCTTAGATAATCTGGGTAAACTCCTAAAAATAAGCTTGCCA +TAGTTGTGTTTCCAGATGCTACTACACTAATAACATTATCTTTATTTATATTATTTTTTT +CATATATAGAGTTTAGTAGTGGATTTATAGTTTCATGGATTATAGCCTTATGTAATTCAT +TAAGTCCATTTTTCTTAGTTGAAAATACAATTCTATTTATTACGTCTGCTCCATATTTTA +TCTGTGCATTCCCAGAAGATGCTTTATCTATAAGAACTTGTTCCACTAAATCTACTAAAC +AAACTACTACTGAAGTCGTTCCTATATCTATAGCTATACCATATAATGATTCCCCTGTAT +CTCCTGGCTCTATATCTATTATTGTTAATTTATTCTTCTTTTGTACATAAGTTAATGTTA +CCTTGAAATCACTTTCCCTAAGTAATATAGGTATTTTTCTAAGTATATCCAACCTGAAAT +CTATTTCATTATAACCTAAATGATGTCTAACATATCTTTGTATCCTATCTACATCACTTA +TATTATCATCTAAGGTTGGTTCACTTAGCTCAATGTATTTTTTTCTTATATTGGTACAGA +ATTTCAAATTATGATTTTCTGCTATTTTTTTAGCTCTATTAAAAATCGCTTCATCTTTTT +CTCTTCCTCCACCTTCTATCTTCATTCCATACATAGATGAGGATAACTTAGATGGAACAT +CTACCTCTATATCAGAAACTACTCTTGAATTACAAGCTAGGATATAACCTTGTTTTATTT +CATCATCACTTATATGTCTTGTTTTTTCAGTATCAACTTTTCCATTCAAAAGTTTAACCT +TACATTTTCCACATGATACATTTCCATTGCAAGGTGCATCTATAAATATATCGGCCATTC +TTGCCACATCTAATAATAACTCCCCTTTATTACAATAAACCTCTTTATCGTGCGACTTAA +AAAGTACTTTTATCATACTCTACCCCCCAATACAGTCTATAATATAATTTTAGCATAATT +TAATACTATATATATCATAAAAAGTAAAGTAATAATGTCATTTTCAGTACAAATTATACT +ATTTCTTATTCAAAAATAAATAAGGAGGAATTCGCTGCAGTCGAATTCCTCCTTATTATT +TCAATTCACTACTCCATACAATTTTCATAAGCCCCAGAAGTTAATAAGTTTTCTAATTCA +TCAACATCTAAAACCTTTACTTTTACTATCCAAGCATCATATGGATCTTCATTTATATAT +TCAGGTTCATCTTCTAATCTTTCATTTATTTCTACAACTTCACCTGATATAGGTGCTATT +AAGTCAGATGCAACCTTAGAAGATTCCACTACACCAAAATCTTCTCCTTGTGTCAGTTCA +TCTTCTATTTCAGGCATTTCAACAAATAAAACTTCTCCTAATTGATCTTGAGCAAAGTCA +GTTATTCCTATATAAGCATAGTCACCTTCAACTTTTACCCAAGTATGCTTATCACTATAT +CTTAATTCTGGTATAACTTTCATATTAATCCTCCTAGATAAGTAATATTACATTACTGCT +TCCATTGATAATGCTGGATGACCTTTTTCTTCTAAGAAAGCAAGTACTCCCTCAGAATCA +TTCGCTATAGTTTCATCACATACCATATCTGTGAAGTTTTCTATACCTGTCATTTCTTTT +ACTGTAGCATTTAATTTATCAGCTACATAATCTTTTAATTCTTTTGGCATCCATACAATT +CTTTCTGGTCCGCCTTCAGCATAAGCGAATTTTTTCGAAGATATGAAGTGTCTTCCGTGT +CCCATGAATCCTGGAGTTTGAACTCCACCACCTGTCATAGATGCAAGTTCTCCAAATGTC +ATACCAACTGGAGTGATTCCTGGGAACTCTCTGTTAACTATAACAAATCCATTTGCTTCT +GGCATTATACCACATATACACTCAAAGCATCCGCAAGAAGTCATTGGATCTTCAAGTATA +GAGTATAATGTAACACTTTCAACAGCACCTTGAGATATTTGGCTAACTGTTTCATTTACA +GAGTTCCATACCCCAGTTCTATCATCTAAACATTCTCCTTTAACTATTGGTTGGCAAGGA +CCTGTTGGGTCTAACTCTTTAGTAGCTTTAGCATCTAACCAGCTAACTGCTCCACAAAGC +CCAAGTCTTTCAGGAGTAACAACACAAACGTGTGCTGGAGCGAATGATTGACATAAGTTA +CAAGAATAGAACGTATCAACACTTTCATCTACTAATGAAGCTAATCTTTCATCTCTAGCA +TCATATCTAGAAGTAGCTTCAGATTTTTTAGCAGAAACTTGTTCTGGATCAGTTATTATA +GTTATTTCACACTTATCAACAACTGTTTCGAACTCATCTCTCATCTTAGCATATAAAACT +TCTCCTATATGCTCTAATCTGAATCCTTTTTCATAAGCATCTTTAGATATTCTTACCCAA +GACATATCTCTTTGTCCAACATGCATTACACCTTCTATATAGTTCATAAAATAGTGGAAA +CGTCTTTCAAGAACTGGTTCGAAGTCATCTTGCATTTGCTTACCAGCTATCTTAACTATT +ACAGCAAGAGGTAATCTTACTAATCCATTAACTGGTTCAACTTCATCTATATTTGGTCCT +ATTATTTCTATTTTGTGATCTTCAACCTCAGCAGCTTCTTTATGTATAACAAGCTCCCAA +GCTTCAGTTTTATTACCACCGAATTCAGCAAACATATCGCCTTTTCTTATTCTTTCACCT +TCGAATGCAGCTGCAAATGCTACCGGTATTGGTATATCAGTTATTTTTATTTTTATATTT +CTAGCTTCTAATGAAGTAGCTACAAATTTATCATAATCTTTTTGAGTTAATAGGTTCATT +GGAACTTCTAAAACAGTTTGATCAGTTATAACTGGGAATCCTAAAGCTATTGCTCCAGCT +CCAGCAGATACAACTAATTCACTAAGTGGTCCGAATGCATTAACAAATGCAGGAACTCTC +TTAGATGTATATTCTAATAATCCTGGAAGATCTCCTGGAGTTAAATTTCCGAATATTAAT +GCTGCTCTTATTGCAACAGATACAACGTGGATAACAGAAGTTACATCATATCCTAAAGGT +ATAACCCTTAAGTCAACTCCCATTTTTACTCCAGCTTCTATAACTTGATCTATAACTTTA +CCAACTAAGAAAGTTAATAAACCTTTAGATTGATAATCTTTAACTATTTTTGCTGCAGTT +TCAGCATCTGGGCATTCGCCAAGTACAACTGCAACCCCTGGTATATCTCCTGTAACTAGT +GGTACACCAAGAGATCTTATTATTGGGTCACTTACATGCCCCGCACATGGAGCTGCATAA +GGCTCTTCCATAGTTGCATATTTTATAGCTTCTATAACTTCAGCAGCTAAAGCTGTAGCT +AAACCAGAATTTAATGCATGCTCTAATAAATGAGTTCTATTTATTAAAGACTCAACAATA +GTTAAAGCTCCTTCTAGATCCCCAAGAGTATTCATTTTTTGTCCTGTTGCTGCATATATA +CAAGGTAATGAGTATGCAGTGTCAGGGAATGCTACTGGATGCTCTTTTCCATGTTGAGAT +ATCGCATCAGCTAACATACCTTTAGCAGCACCTAAAGCTTGCTCTGAACCTGTAAAAATT +ATATTATATAAATTCACTCTACTTCCCCCTTTAGGCCTCAGCTTATTTAGCTTAGGCTTA +TTATTTTATGATTAGTTTGTATATTATACGTTGTATTCAAATGCACCTTCATTTATTTCT +AAGAAAGAATCTGCATATAAAGAAGCTCCATTTATTATGTCACATGATTTTATAGTTTGC +ATTAATAATTCATCACATGGATTTACTATTGCAGAACTAAATCCATTAGCCATAGCCATT +GCTAAGAAATTACTATCCAATATTGGTCTTATATGCTTAGGACATCCATTAGATACGTTT +GATAATCCTCCTGTAGTTGGAAGTCCCATCTCTGTCATCATTCTTATTGCTTCTAAGACT +TCAAGTTGTTTTTCTTGCATTCCTTTTATAACTAAGCATAATGGGTCGAATAACATATCA +GTTGGGTCCATACCTAGCATTAAACCTTTTTCTAGCATTTCTTGACAGTAAGCCATACGT +TCATCATTATCTTTAGGTATACCGTCTTTAGCACATAATGCTATAACTTTAGCTTCATAT +TCAGCAGCTAAATCTATCATATCTAATCTTCCACCTGCATCTGCAGAGTTTACGATTGGT +TTAGCATGTTCTCTATTGTAAACTTTTAGACCTGCTTCTATAGCTTTTCTATTAGCAGTA +TCTAGTGCTAATGGCACATTGTTAAGTTCAGATTGAAGCATTTGAACTCCCCAAGTCATT +ATTTCTTCTCCATCTCTTTCTGCTGGTCCTATGTTAAAATCTATATAATGAGCACCTGCA +TCTAGTTGAGCCTTAGCTCTTCTTAATATTGGCTCAGGATCTCTCTCTGCTAATGCTTTT +CTTATTTCTGGTGATATACAATGTATTCTTTCACCTATTATCATAAATTTTTCCATGTGT +AAATTATCCCCCTTATGGATTAAAATTAGTTTATTTTAAAATAATAATTTTACCTTAAGC +ATTTGCTAATTCCTCGTTCTTTTTAGCTTGATATTCTTTTAAGAATTTAGGTATTTCCAT +AGATTCTTCTGTTCCTATTATTATATTCCAATCTGGTAAGTTTTCTTCTAAGTCACCTTT +TATAACAGCAACTTTACCAGGTATTATTAAATCTCTATTTTTAGTTTTTTCAGCTATTCC +ACATTCCTTAACGAATGCTGCTATTGAGTTGCCACCGAATTTACCTGCAGCCCAAGATGT +AAGAACTGAGTATCCACCTGCATCAGGTATTACTAACCAACATGGTACTTTAGATCTTTC +TATATCTCCAGATACTATGAAGTAAGTTAATGCAAAGTCAACAGTAACTAACACTGGTGA +ATTTTCATCTGGGTTGTTTATTGGATATATTTTAGGTTCAACTCTCATCGGTCTTTGTGG +GTCAGTGTAGATATTTTGTCTTAATGCAAATAATGGTAATGCTTTTGAATAATCTATATC +GTCTAAAACTATTATTGATCCGTATTTTATTGTAAATACAGAAGATAAAGCTACTTCCAT +CATTGGGTTGTTATTAGATAATTTGTTTGCAAATACTATTGATGGGTATCCGAATGTTCT +ATCTTGTTCTTTTAATGATATTCTTCTAACTTGAACTGCGTTAGTATAAGTATCTTTTAT +ATTTTCTCCAGTTACATCTAACACTAATTCTTTGTATCCAGCTGCTTGTATAGCCTCTAC +TGTAGAATACAATTCTTCTAGGCTAGATGCCTTAACTCCAAGAGCTAAGTTAGATCCTTT +AACTACTTCTATCATTTCATTGTAGTTATCTTTATTTGCTCCATATACTATTGGATTAGT +TCCTTCAAGCAAAGCAACTGCTTCTTTAGCAACTGCAGCGTCTTCACAATCTATTATATA +AGCTATTTTTAATTCGCTAGATTTTAATTTATTTATTAAAGATACATAAGCGTCTTTGTT +TCCATTGTACTTAACTAATGCAAACTCAACCTTCATTTCTTCCCCTATTCTTATGTAATC +AACTAACTTCATATTTGCTATTTTAGCATCTATTGCCTCTTCACTCATAGCGTCGCAGAA +TTGTACAGCAAATCTGTTTCTACTTACAAGAGTTTTTTCATGTCTGAATAATACAGTTTC +TCCGCCTAATGTATATTCAGATTCTTTAGCACCTACTTTTAATGATTTCATTAATGGTGC +AGTTGCCTCTGATAATTTTGCTATTGCATCATTTGACATATGTGGACATTTTTCAACTTC +TACTGCCCCTGAAGCAACTTTCATAGAGAAAGCCATACAAGTTGGAAAACCACAGTCCTT +ACAGTTTTTCTTTGGTGTTAATTTAAATATATCTAACGCTTTTAATGCCATTTTTATATC +CCCCTAACCTTACAATATAAATTAAGCTAATTCGCTAATTAAATTTTTTATAGTTTTTAT +TGATTCTGGATGACGAAGTATTACTGCATTTGATCCACCAACTAATACACTTGCTGCAGT +TGAAACTTCCATAGCTATTGTTCTTTGTTCTGGGCAACCCCAAGTTGGTTCATCTTCAAC +AGGGGCTATAGCTTCTTTTACATGACCTACTTCAAATCCTACTGGAGTTATTATTGGCAT +TTGTAATGATTTATCATTTTGACCAAATGCTGCAAGTCTTATTCTATCCATAGTAGATGC +AACATACTCATATCCATAACCAACAGCTGAACATCCTATGTTCATAACTATATTTTCTGA +TTTAACACCTAATTGAGTTAATAATACGTTCATTTGTTTTGCTAAGTTTATATCAACTGA +AGATTCAGCCCCTACCTTGTGGTTATATGCCATACCAGCTGAAGCACCTACTGTTTTGTA +GTTGTCCTCTACTGCTGACATAAATAAACAGTTATGACCATCTACTGCTTGAGCTAAAAC +TTCAAATAACTTTCCATCTTTTTCATGATTCCCTGTACCAGCTATAACTAAAGGTATGTT +TATTGCTTCAACAACAGCTTTAGCAACTTCAGCACATTCTTCTGGAGTTTTATCTAATCC +ATTTGGATCTGCTCCATCGAATTTTAAACATATAAAATCTGCTTCTGTATTTGCTTCAAC +ATACTTAGCCCATTCAACAGGACAGTTAGCCACATCTTTATACATTTCTTTGTATGAATC +TAACCAGCTATCTGGATATATATCTGATATTTGTATTCCCACAGCTGGAGAGTTTCCAGT +CTCTCCATCAAATCCATAAAATGGTAAAACATTTTCTCCACCTAATTTTATCGCTTTATC +TCCTGTTCCTATCTCCACTTCTGATATTTTACCAGAATACTTTTGAACAGACATTTTAAA +TGCCATAATCTTTTCCCCCTTAAGCCTATTTTAATTCTAATTTAGCTATTATATTTTTAA +TAGCTTGTTTAGCTTGTGAATCTTCAGGCAACTCTACTAATGGCCTACCTGTAGAATCAT +ATTCATATATTAATTCATCTAAAGGTACTACTCCAATAAGATCTAGCTTATATTTTTCTA +TTTCTTCTTTTACTCCTTCATGTAAGATTCCATCTGGAACTTTATTTACTATAAGTTTTA +CCTCTCCTACACTTAGGTTTAATTCTTTAGCTAAATCTCTTATTCTAGCAACTGCTTGTA +TGCTACGTCTTGAGCAATCACTTACTAGAAGTAGAGTATCTACATGTCTAGTAGTTTTTC +TGCTTAAGTGCTCCATACCAGCTTCATTGTCTATGACTACATAATTATAATGGTTTGAAA +TTTTTTGAACTTGTTCTCTTAGGATACCATTGACAAAACAATAACAACCTTCTCCTTCAG +AACGCCCCATTACAAGTAGATCATAGCCTTCTCCTTCTTCAATTATAGAGTTTAATCTAT +ATTGTAAGAATTGTGCTTTTGTCATACCTCCAGGGAATGAATTACCTAATTTCTCTCTTT +GATTTACTTCTTCTCTGATTTGACCTATTGAAGCTTCTACGTCTATACCTAACACTTCAT +TTATATTCGCGTTGGCATCTGCGTCTACGACTAATACTGGTGACTTTTTATCTTGTATTA +AAGAATTAACTAAAAGCCCTGTAAGACTTGTTTTCCCAGTTCCACCTTTTCCTGCTACAG +CTATATTATATCCCATATTAAGACTTCCCCCTTGTCCTTGTCAAAACAGAGCTTTAAGTT +AAACTATAATCTAATTGCTCTGCTTTGTTTTATGCTTTGACTAATTTTGGAGCTGCATGA +ACACACTCTCCATGTACATCATGAAGCGCTTCCATTAATCCTTCTGATAAGCTTGGATGT +GCATGTATTATATCTCCTACTTGTTCTACTGTTAGACCTAAGCCAACTGCTAAAGATAAT +TCAGTTAATAAATCTGTAGCATGAGGTCCTACTATTGAAGCTCCAATGATTTTATCATTA +TTATCTGCAAGAACTTTTATAAATCCTTGGATATGGCCTATAGCCTGAGCTTTTCCTAAT +GCTCTAAAATCAAACTGACCTACATTATATTGTTCACCTGCAGCTTGAAGTTGTTTTTCA +GTTTTTCCAACACCTGCTACTTCTGGTTCAGTGTATACACATCTTGGTACTGCTGCATAG +TTTACTGTTTTCTTTCCACCTAATGCATTTACTGCTGCTACTTCTCCTTCTTTCGAAGCA +ACATGTGCAAGCATCGCAGTATCAATTATATCCCCTATTGCATATATACCTTCCACATTC +GTTTCTAGATATTCATTAACTTTTACTTTTCCTCTTCCAACTAACTCTATTCCTATTTCT +TCTATCCCAGAATTAGCTAGATTTGGTTTTCTACCAACTGCAACTAAACAAGTATCTGCA +GTCACTGACTTCCCATTAGACAGTGTTGCTACAACTTTATTATCTACTATCTCGCAAGTT +TGTACCCCTACACCTGCTAACACTTTAATTTTATCCTTTTTAAACTGTCTCTGCAACTGT +TTAGCTACATCTTTATCTTCATTTCCTAAAATATGTTCAGCCATTTCTACGATAGTAACT +TGTGTACCTAAATTTTGGAAAAATTGGCCTATTTCAGACCCTATAACTCCCCCTCCAACT +ATTAACATAGATTCAGGAAGCTCTTCTAATCCTAATACTTCATCACTAGTTATTACAAGT +TTACCATCGTATGGGAACATAGGTGGTACTACAGGAACAGAACCATTAGCTAGTATTATT +TTATCTGCATTAACTATCTCTTTTGATCCGTCTTCCTTTGTAACTTCTATAGTATTTTTA +TCTACTAATTTTCCAAATCCATTAATAAGTTTAATATCCCTCTTATTAAATAAAAATTCT +ATACCAGCTATAAGTTGATCTACAACCTTATTTTTTCTATCCATTATAGCTGAAAAATTT +GGCTTTACATCACCATCTATATCTATTCCAAAGCTTTTTGCTTCTTTTATATTCATTAAC +ATTGAAGAAGATGCAAGTAGTGCTTTAGTTGGTATACATCCTACATTTAAACATGTACCT +CCAACTCTCTTTTTTTCTATAACTACAACTTCATCAGCACCATGCATAGCTGCTTTTATA +GCTGCTACGTATCCCCCTGGACCTCCACCGATAACTGCTATTTTCATTGAATTGCCCCCT +ATCCTAATTAATTTTATAGACCTGCAGCGTCTAATATTAGAGGAACATTTTCTTCTGCTC +CTATAGCCATTATGTGTACACCATCGCATAAGTTTTCTTCTTTTATCTGTCTTATAAATT +CTCCAGCCATCTTTATTCCTTCTTGAACATAGTTACCTTTTCCAGCTGCTTTTAATCTTT +CTATTTGATCATCTGGAACGAATATACCTGGAACATTAGCTGTCATGAATTTAGCCATAC +CTGGTGACTTTAATGGAACTATACCAGCTAGAATTTTACAATCCATATCTTTTGTAAGCT +CTCTGAACTTTCTTAAATGATCTATATCATAAACCGCTTGAGTTTGGAAGAATCTAGCTC +CAGCGTTTATTTTCTTTTGCATTTTTAATAACTGTACTTCTATTGGAGCATATTCTGGTG +TTACAGATGCACCTAAATAAAAGTTTGTTTTACCTTGTAATTCTAAACCAACACTATCAA +CACCACTGTTTAATTGAGTAGCTGTACTAAGTATACTTACAGAGTCTAAATCAAAAACCC +CCTTAGCTTGTGGATGGTCTCCAACACATGTATGATCTCCTGTTAAAGCTAATAAGTTAT +CTATTCCAAATATACCTGCAGAAAGCATTTCACCTTCTATAGCTATTCTATTTCTATCTC +TTCCAGTCATTTGTATTATTGGTTCAAGACCTATATCTTTTAACATTTTACATGTAGCAA +GAGATGTTGCTCTCATAACTGCTGATTGGAAATCAGTTACATTTGTAGCATGAACTCTAC +CTACACATTTTTTTGCACATTCTAAAAGGTGAGAAAGATCTGTACCTTTTGGAGGTGCCA +TTTCAGCAGTTATTGCAAATTCGCCTCTTTCTAATGTTTCTTGTAATAAGCTCATTTATA +AAATCCCCCTTTTTAACCTTTAAAAGTTATTAAGCTTCTGCATTTGCAGCTTCTTGTGCT +TTTTTCTTTAGATCTAAACTTCTTGGATTATTTTGTTTTGAGTAATCTTTTGGCGGTCTT +ACTGCTGTTAAATTGTCCAATTGATCTATATCTTTAAGTCTTTCATATATTTTAATCCAC +GCACAATCATTTTCATGGCTTATTTCACATTTTCCATCTTTAGCTCCACCGCAAGCTCCA +TTTATTAATCCTTTAGCACACATAGTTACTGGGCATATTCCACCAGTCCATCCAAGTTCA +CATTCTCCACATGCTTTACAGGCTTCTTCAAATTGACCAACTCTTTCAACTTCTCCTATA +AATAATGTGTTGTTAGCTGGATAAACAGGCATACTCTTAGTGTTTTTAACTATAGTTTGT +GTTCCGTCACCACAAGCTAAAGATAATATAGCATCAGCTTCTCTTAACTCTTCTTTTACA +GATTTTAAATCTTTTTTACATTGTAAAAGGTTACAACAAGGATCTATAACTTTACATCCT +AATACTGTTTTTCCGTTGGCTTCTAATTCTTCTTTCATCGCTTGTAATTCTGGTTCTCCA +CCAGTTTTACAAGTTGCAGCACATTGATTACAACCAACTAAAATTACTTTTTCTGAACCT +TCTAAAAATCCTAATATTTCTTGTATTGGTTTTTTATCAGAAATTACCATACCCTTATTC +CCCCCTAAAAGTATCTCTATTTGTTATTTTGTAACTTACAAGCTTTTATTACATGTTTTG +CAAGTACAGATGTAGTTACAGAGCCTACTCCTGCAGGAACTGGTGTTATCATAGATGCTT +TCTCAACTACTGCATCTGTATCTACGTCACCGCAAATTCCGCCACCTTCTGGTTTAGCAT +TTATACCAACATCTATTACAACTGCACCTTCTTTTATGTATTCAGGTGTTACCATTCTAG +CTCTTCCAACAGCTGCAACTAATATATCAGCCTTTGAAGTTACTTCTGCTAAATTTTTAG +TTCTAGAATGACATATATTAACTGTAGCATTTTCTCCTAATAAAAGCATTGATACTGGCT +TTCCAACTACCATGGATCTACCAAGTACTGCTACATTTGCTCCATTTAAATCAACATTGT +AATGTTTTAATATTTCAACAACTGCAGTTGGAGTACATGGTGGGAATCCTGTTTTATCAC +CTTCCATTACTTTAGCAGTATTTAATGGGTTAAAGCAGTCAACATCTTTTTCTGGTGCTA +TAACGTGCTTTATTACTTCTTCGTCTATACCTTTTGGTAATGGTCTAAATGTTAATATAC +CATTTACTTTTGGGTCATCATTTAGTTTTTGTAACGCTTCTATATATTGTTCTTGAGTTA +CACCTTCGTCTAAAACAGTTACTTCAGTTTCAATACCTATAGTTTCACATTTTTTAAGAG +CTCCTCTTTCATAAGCTAAGTCATTAGCTTTTTCTCCAACTCTTAATATAGCTAATTTAG +GTATTATACCCTCTTTACTTAACTCATTAACTTCTTTTATTAAGTTTTCGCTCATTTCAT +CTGCAACTGGTTTACCCTTAATTATTTGACCTTTAGCTACTGATACTTCCATTTACAAGA +TCCCCCTTAAATATTAATTTAATCTATTTCCCTAAAGCAATTTCAACTTTCTTGAAAACT +TCGTCACAAATTTTAACTCCGCCTTCTACAAGTTCTTTCATTTCTGCATTAACTTTATTT +ACATAATCTTGATCTTTTATAGAGTTAACGTTAATAACAACGTTTAATTCTGCTCCAAGT +ATGGCAGCTCTTAAGCATTGTACTCCTACCCCTACATCACTTATCGCAAGTCTTGAACCT +TTATCCACTAGTTCCTCATGTAACTTTATGGCCTTATAGCATGCTCTTACTATATTTATA +GGAACTTCGCATGCAACTTTTAGTGCTTTTTGCATAGTTTCTTCTTTTATTTTCTTTTCT +TCTTCAGTTGAAGTTGGAAGACCATATGCTTGAGAAAGCGGGTAAAATCCTTCAGCATCT +TTATCAATCATTGCTAGTAAATCCTTTTCTAATTCACTTGCTTGAACTAAAATCTCTTTA +ACACTTTCTTCGTATTCTGCATACTTCTTTTTACCTATAGTTAAGTTACATACCATACTA +CCTAAAGCCATACCTATAGCTCCTACTAAAGCTGATGCTCCTCCACCTCCTGGAACTGGT +GCTTTAGACGCAAGCACATCTACAAATTCTACACAAGTTTTTTCTGATATATTCATCATT +TTTCCCCCTAATTCTACAAAAGGTCTCTATTCGAATTAAGGTAGTACGATACCGCACTAC +CTTAACTTATTTTCTTATCAATACTAGAATAAACCTGATATTACCCCATTTTCATCAACA +TCTATTCTTTCTGCTGCTGGGACTTTAGGAAGTCCTGGCATTTTCATTATTGCTCCAGTA +AGTGCAACTATAAATCCAGCTCCAGCTGAAACTGTTAATTGTCTTACTGTTATTCTAAAT +CCTGTTGGTCTACCTAATTTAGTTTGATCATCAGTTAAAGAATATTGAGTTTTTGCCATA +CATATAGGCATCTTACCAAATCCTAAACTTTCTAATCTTTCTAATTCTTTTTTAGCCTGT +GGAGTAAAGTCTACACCATCAGCTCCATATATTTTAGTAGCTATTGCATTTATTTTTTCT +TCTATGCTTAAATCATCTTCATAACAGAATTGGAAGTCATTTTCTTGGCTAGTTAACCTA +ACTATTTCTTCAGCTAACTCAATTCCACCTTCTCCACCTTTTGCCCATACTTGAGATAAC +GCAACATTAACACCTAATTCTTTACACTTTTCTCTTACTAAATTAACTTCTGCCTCAGTG +TCTGTTGGGAATTCATTTATAGCAACAACTGCAGGTAGTTTGTATACCTGAGTTATATTT +TCAACGTGTTTTAATAAGTTTGGAATACCTGCTTCTAGTGCTTCTAAGTTCTCATTATTC +AATTGATCTTTTAGTACTCCACCGTTATATTTTAATGCTCTTACTGTAGCAACTATTATA +ACTGCATCCGGTTTTAAATCAGCCATTCTACATTTTATGTCTAAGAATTTTTCTGCACCT +AAGTCAGCACCAAATCCACCTTCAGTTACTACATAGTCTGCAAAATGCATAGCCATTCTA +GTAGCTATTACAGAGTTGCATCCATGAGCTATATTTGCAAATGGTCCACCATGAACAAAT +GCAGGTGTTCCTTCTAAAGTTTGAACTAAGTTTGGCTTTAAAGCATCTTTTAATAAAGCT +GCCATAGCACCATTAGCTTTTAATTGTTCTGCAGTTACAGGTTCCCCTTGGAAGTTATAT +CCAACTATGATTCTTCCTAATCTAGCTTTTAAGTCAACTATGTCACTTGCTAAACAGAAA +GCAGCCATTACTTCCGATGCAACAGTTATATCAAATCCATCTTCTCTCGCAACTCCGTCA +GCTCTAGCACCTAAACCATCGACAACATTTCTTAGTTGTCTATCGTTCATATCAACACAT +CTTCTCCAAGTTATACTTCTAGTATCTATTCCTAATTGGTTACCTTGATGAATATGGTTA +TCTAACATTGCAGCTAATAAGTTATTTGCAGCACCTATAGCATGGAAATCTCCAGTGAAG +TGTAAATTTATATCTTCCATTGGAACAACTTGAGCATATCCACCACCAGCTGCTCCACCT +TTTACACCAAATACTGGTCCTAAAGAAGGTTCTCTTAATGCAACTAATACATTTTTTCCT +AATTTAGATAAACCATCTGCAACACCTATTGTAGTAGTAGTTTTTCCTTCTCCTGCAGGA +GTTGGGTTTATAGCTGTAGTTAATATTAACTTAGCTTTTTTCCCTCCATTATCTTTTTTA +AGAAGGTTATAGTCTACCTTAGCTTTATACTTACCATATAACTCAATATCATCCTCTGTA +AGTCCTAATTTCTTTGCAATATCTCTAATATCTTGAGGTTGTGCTTCTTGTGCAATTTCA +ATATCAGATTTGAATCCCATAATTGAATCCTCCCCACAAATTTTTAAATTTTTTATAGCA +CTAACTATATGCAAGTGCTGTTAAAACTAATCTCTAAGAACTTACTTAAAGATAGCTTCA +ATCTTATTTATTTTTATTTTCTTTTATTTGAAGTAATCTATCCTTTATAACCTTAATTTC +ATCTTTAGTTTGTATGCTTACATCATACGGAGACTGATTTGATCTATCAGAATTTATAAC +ATCTTGATTGTAGTATATAAATCCTAAGGCTTCTCCATCTTCTAAATTACTTTTTATAAA +GTCCTCATCATCTTTATTTCTTATTTTATTTCCAACAACGAAAACTTGCTTAACACCTAT +ATCATTTCCAAGTTTTTTTACTTTTCTATATGTTTGTAAACTTCTTTCCCCTGGTTCTAC +CACTACTATAAATGCATCTACACCTTGAGCAGTTCCTCTTCCTAAATGTTCAATTCCAGC +CTCCATATCCATAACTACTACATCTTTATTTTGTAATATTAAATGGCTACAAAGTCTTTT +TAGTAATACGTGTTCAGGACAAACACACCCAGAACCTCCAGAGTCAACCGTTCCTAATGT +AAGCAATCTTACTCCATTGTACTCTTGACAATGTTGTTCTGGTATATCATCTACTTTAGG +ATTTAATTTAAACATTTTATTAAATGTTCCTGTTTCTGCTGCGGTTCTATCAGAAACTAA +TTTCTTCATCTCTGATATTGGTACTATAGAATCATAAACTTCCCTTGGAAATCCTAGTGC +TAATGCTAAATTTGCATCTGGATCAGCATCTACAGCAACAACCCTATATCCATCTTCAGC +AAACATTCTTGAAAGCATTGAAGAGAAAGTTGTTTTACCTACTCCGCCTTTACCTGTTAC +TGCTATTTTCATATTCTACCACCTTCTGTCTATATACTTTATAGATCTTAAAATTTTATA +TTTATCTATTAGAACATTTCTATAGGCAAGGCATTAACCTATATGCCTTACCTAGTTTTA +TATTTTTACATTAAAAATAATCTATAGCCAAGCTTTTCTATAAACTTATTTAAAATACTA +ACTTTTCAAAGTAGTATGCTTAGATTTAAATCAACTCAACTATTAAATTCAAAATTATTC +TTATGCTTCAGCTGGTTGTAACATTTTTTCTTCTACTAAAGCTTCAAAATGTACACGTTT +CTTTTCTATTCCTTCGATTATCTTATGAGCTAATTTAACTGGATCTTCTTCAACTATGAA +CTTAGCTCCTACCATATTTTCCATTTCCTTAGTTAATATTTCTACTGCTCTTTCAGATCC +ACCTACTGGAGGCATTATTCCTAAGTATACATCTATACCAGTTGCTACAACATAAGTTCC +TATTGCAACTGCTTTTTCTGACATCCACTCTGGAGCTACCCCAGCTACTGGAAGATCAGA +TGAGTCCATACCTAAATATTTAGCTGTTTCACCAACTACTTCAAGTATACGGCTACAGTC +AACACAAGAACCTAAGTGTAGTACTGGAGGTATATCAACTAGTTCACATACAGTAGCCAA +ACCTTTTCCTGCATATTTTTTTGCATCTTTGTTTAATAATCCAAACTTACCTGCTGCTGA +TGCACCACATCCTGTAGTAACAACTATTATGTCATTTTTTATTAATTCTTTCATAACTGT +TGTATGAGCTAAGTTAGAAACACCTTTTGCATTGTTACATCCAACAACACCTACTGCTCC +TCTTAAAACTCCTGATTTTAAACAGTCTGCAAGTGGTTTCACAGTTCCTGCTGGGTCTAT +TTGAGAATTTACAACTCTATCTAATTGTCCTACTATAGCCTCTGTACTATATCCTACAGT +TGAGCTTGCTTTATGTTCTGGGATTAATACTTTTGATTTATCTCTATTTGGGAAGTTCAA +TACAGCCGATCTAACAATATCTTTTGCTATATTAAACGCATCTTCTTCTTTGAATTCCAT +GTATGTAGATCCTGTTATCTTTGCTTTTGGAGATGTTGTTATGAATTTTGTGTGATAACA +GTCTGCAACTCTTGCTAATGCAGGGAATATACATTGAACATCAACTATCATAGCTTCTAC +AGCGCCTGTAACTAAAGCTAATTCTTGTTGATGGAAATCTCCTGCTGTTCTAACACCATG +TCTCATTATAACTTCGTTACCTGTACAGCACATTCCTGCTAAGTTTATTCCATCAGCTCC +AACAGATTTTGCTAATTCAACTAATTCTGGATCTTCCGATGCTAAAACTATCATTTCTGA +TAATGAAGGTTCATGACCATGTAATATTATATTTACTTTATTTTCTTCTAAAACACCTAA +GTTTGCTTCTGAATTTCTAACAGTTGGAGTTCCAAATAATATATCACTAAATATTGTACC +TATCATTGAACCAACCCAACCATCTGCTAAAGCTGTTCTTAATGACATTTGCATTAAACT +ATCTATGTCTCCTGTACATCCTATATGAGTTGAATGCATTATTGTAGCTATTTCTCTATC +TATAGCTCTTGGTTCTATACCAAGCTTATTCCATAATTCTTGTCTTTGCTTTGGAGCTCT +TTTTAATAATCTTGCTACTCCATGTGGTTTACCGAATTCCATTAAAGCTACATCCGCAAC +TTCATGTGCTATGTCGTATATATCTCTACCTTCAGTTTCTACATCCCATTCTTTTGCTAA +AGCTATTAATTTAACTTCATCTTTAATAGTATAGTTTCCGTCTCTAGAACTTAGAGCCAT +TGTATGAGCTATATCTCTAGCATGATCAGAGTGAGCTGCAGTACCAGCGGCTACCATTCT +TGCAAAGTTTCTACCAACTATTGTATGCTCATCTGCTCCACATATTCCCCTAGGAGTTTT +TGGAGTTATTCTACAAGGCCCCATACCACAGTTTCTACAGCAAATACCTTTTAAACCAAA +TCCACATTGATTTTTAAAGCCTTGTGCCCTGTCATACATTGTTTCAACGCCTTCTTTTTC +GGCCTTGTCTAATAATATTTGACTGTTCAAGTCAATAGTCATTGCTTTTTTATCCATATC +TCTATCCCCTTTTTTGATTTTAATTTTAAAATCCCCCAGGTGATAAACTCAGCATGTCTT +AAATAAAAACCCTAATTTGATTATATACTAATTTATGTTTTCTTGGGTGAAAATTTAAAT +ATTTTTTTAACAATTCTTCCCTTTAAGCAACAAAATTTCTTTTTTTTATACATTTCTTAA +TTTCACTGTTTCATTTTAGTTTGGATTATTTTTAGTTATATTTATTAGGCTTGTTTCTTA +ATATTTATATTTTAATGAATTGTTTAATACTTTTAGATATTTTTAGGTAAGTACTTTGAT +TTTATTTCAATAAAATTATAACTTATATATTATTAAATGTATACAATATAAAAATATTTT +TATATATTTTTAGATATTAAAGCTCCATATATTATTGAGTATAACTTTGACTCAGATGAA +TCAGCTCTTGAGGTTAATACTATCGGTACACTTGCCCCCATTATAACCCCAGCTGATTTT +GACTTAGTCATATAAGTAAGTGATTTTCCAAGAGCATTTCCAACCTCTATTGTTGGTGTT +ATTATGATATCAACATCTCCTGATACTTTACTCTTAAATCCTTTCACTTCACTTGCATGA +TTAGATACCGCTAAATCAAATGCTAATGGACCTTCTACAATTACATTTTTTCCAAATACA +CCGTTTTCACAAGCTTCTTGCAATTTATATGCATCTATTGTTGCCTGCATTTTAGGATTT +ACTTTTTCTACTGCCGCAATACACGCAACCTTTATTTCCTCTATGCCTAAGGATTTAGAA +GCAAGTATAGCATTTTTTATTATGCCTTCTTTTTGTTCATAATTAGGTGATATATTCATT +CCTCCATCTGAAATAATGAGTAACTTATGATAACTTTCAACTTCATAGATCATTACATGA +CTTAATAGTCCATCTTTTTTTAATCCATATTCTTTATTTAAAACGGATTTTAGTAATATT +GAGGTATCTAATAAACCTTTCATTATAAAATCAGCTTTATTATCATGAACTAATTTTACT +GCTATTTCAGCACATTTTACAATATCGTCTTCTTGTATTAATTCGATATTATCTAAGTTT +AAACCGATAGATTTAGAAATAGATCTTATCTTATCAATTTTTCCAACTAATATAGGTTGA +ATTATACCTCTATCTACAGCTTCTTTTATTGATGTTAAAACTTCTTCATTATGAGCTGCT +GCTACAGACAAAACTGCTTTTTTTCTTAACTTCAAGTATTTTTCTATTTCATCTAATTTC +TTTATCAAATCACCACCCCCATATAATATTAGCACTAAACTTTATATCTGTATTATTTTA +TTTCTATTTTTAATAGCCTTGTATACCGCTCTTTCAACTCATGCGTTACATCTTCCACAT +CCTATACCAGCTTTTGTATTATTTCTTATGTCTCTTATAGATTCACAACTTTGATTCACC +TGTTTTACTATATCATTACTCCTTTAAATATTTTTATAATTTACTTATAAACAAAACAAA +TGTCCATTACCTCTTTTATTATAAATAGAAATAAAAGAGATGTATCCTAAAATATATTTA +AGATACACCTCTTTTATTCTTTATCTATAATTATCTAACTCTCTCATACATGCAACTGTT +ATTTCATCTTCTGGATTTAATTCATATGCTCTTTCAACATAATAAATTGCCTCATCTAGT +TCTCCGTTATTTAAATATGCCATACCTAAGTTACATAGTATTTCTGGATCTTCTTTTATT +TTGGCAGCTGTACTAAAATGCTCAATTGCTTTTTCTAAATTATAAGAAGCAGCTTCACAA +AGACCTAATTCTACCATAGTATCAACTTGATGTGGCTTTAAGATTAATATTCTTTCAAAA +TATGCTTTAGCTTCTTCTATTTCATTCATATACTTATATGCTAAACCTATCATGAATAAT +AAGTTCCACCAATCTGAATGTTCCGCTTCTAGTGGTAATAATTTTTCTAAAGCTTCTTCA +CTTCTTCCTTGGAATACTAAACTATAGCCTTCTTCATATTGTACTTTAAAGTCCATCTTT +CCTATATTATCTTGTATCTCAGCTACTGTATCTGCATCTAATCCTAAATTTAAAGCCTCT +TCCCATATAACCTTAGCTTTTATATATTGTCCTTGGTTATAATAGTGATATCCTAAGTGA +TAATATGCTAATGCAAAACTTTCATCTAATGCTATAACTCTTTCTAGCTTATCTAAAGCT +TCAAGCAAGAAATTGTTCATTCCCTCATTATCAGAATCCTTTTGATATTGTTGAGCCAAC +TCTTGACATACTATTGCATAGTGATACATTCCTTCAACATCATCTGGATATTGACTTATA +AGTGCTTTTAAATATATTAAAGAATCTGTAGATTCTCCTATTTCAAAATACTTTCTAGAC +ATGTATCCCATATATGCTCTAATATCTAAATTTATGTTCTTTTCTAAAGCATCTAAAAAC +TTTTTATACTCATCATTATACTTAAAGCTACTATCTATACCCATAATATATATCATAGCA +TCTGCTATAGACATAGAATTAATTCCTTCTTGAGCTGTATTTTCTTTTATTCCCTTTACA +AGTACTTCATTTTTTATTGGCACATCTAATCCTTGATTTGGTAGCTTGTACCCTTCTAAT +TTAAAGTCTCCATCATTTTTTATTGTTATGAAAGCTAATTCATCTGCTTTTTTTAATAAG +TATTTTTCAATTCTAAAGTTCATATTAACCTCCTATATCACTACACTATATGATTTTGAC +TTTTCAAAAATCTTCTTATCATCATATACAAATAAAACTACATTTTCATTTTTATCTAGA +TTTCTATGTATATCTTCCTTTAACTCTAAAATATTAAAGTTAAATGTTTCAAAGTGAACG +TATTTAATCATATGCTTAGCTGGTTTATTTTCAAATTTAGGTAAGTATTTAATCACATTG +TCATTATCTTGTAAAAATACATGACATCTATTTTTAAAGTCTTCCATATCTCTTTTATTA +AAGAATTGTGGTAAATTAGATGTCTTACCTAATGATATGTAATCGTATTTTAGTATATCA +TTAAATAATTCACTATTCACATTTATTTTTTCATTATAGAAGTCTAATAATATTTTATAT +AACTGATTTTTACCTTGAGCCATATCAAAATATCCATTAATATCAAAGTAAGTTGCAAAA +TCTTCAAAGAATTTAAATGGACTTTCGCTATAAAAATTCTTAATTATATATCTCATTGAT +AGGACAAAGTTTTTTGAGTTATAGTATTTTTCTAATATCTCTTCTATATCTTTTAACTTT +AATATTTGCTCGTAACTTATATAATCGTTATATAAAATTTCATATGGAGCATAATCCTTA +TATCTATATCCATGTTCTTTAGCTGTATTTCTTACACCTGTACCTTTTATCATCTTAAGG +AAACCTAGTTGTAAATGCTCTATTCCTAAATTAAATACATCATTGAATGAGTTTTCAAAA +CTTGTATAATCTTCATAAGGAAGACCTGCAATTAAATCTAAGTGTTGATGTATATTTCTA +TAAGAGGCAACTTTTTGAACAACATAAGATAATTTTTTAAAGTCATCTCTTCTTCCAACT +GCATCTAAAGTCTTTTGATTTGTCGATTGAACTCCAATCTCAAACTGGAATAAACCTTCT +TTACAATCTTTTAAAAACTCTAACGTATCTTCATCTAATAAATGTGCAGTTACCTCAAAA +TGATATGTTGTATAATCATTGTCATGTTCCATAAGGAACTTCATTATTTCTTGAGCAAAC +TTCTTATTCGCATTAAAAGTTCTGTCAATAAATTTAATTTGAGATACTCTTGCATCAATT +AATTTTTTCAAATCCCTTTTTACTCTATCAATACTAAAGTATCTCAATCCTTTTAGAGTT +GATGATAAACAATATTGACAATTAAAAGGACAACCTCTTGATGTTTCATAATAAACAATT +CTGTTTTCATATTCTTTTGGGTCTAAATTCTCATATGGACTAGGTATTTCATCTAAGTTT +TGTAGTAAGGCTTTAGGCTTATTTACTATTACTTCATCATTATTTCTGTAAACTATTCCT +TCTACATCTTCAATATTTTTTTGACCTAATAAGTGTTCTACTAAATCTCTAAAAACTAAT +TCTCCTTCTCCAAATAGTATGTAGTCTATGAAAGGATATTTTTCCATTGCATCTGCACTA +TCATAAGTTACTTCCGGACCACCTAGTGCTATTTTTATATTAGGATTTACTTTTTTTAAG +TTTTCACAAATTTTAGCCGTATCATATACATTCCATATATATGTAGAAAACAATACAACA +TCATAATTATTTCTATATATATCCTTTAAGATATAATCTAAGTCATTATTTATTGTGTAC +TCTCTTATATCTACTGGTAGTAAATCTTTTACAAATTCTTTCAGATATCTTATTGCCAAA +TTTGTATGAATAAACTTAGAGTTTAATGTGGTTAATAATATTTTCAAATATTTCACCTCT +TTATCAATATTGTCTATATTTTATCTTGTATTTAAGTTAAAATAATTTATATAAACTATC +ATAATTCTACTTTTTAAAAGGGTTTTTATTGTTTTTTGTAGAATATTAGTTTATTAATTA +CTATATATTTAGAAAGGAAGTTTATTATGGAATTAATCGATCAAGTATCTATCAATGCCT +TATCAAAAAGGGATTTATTACTTATAATAAAAGCATTAGAATTTACTAACGAAAATACAA +ACCTTAATGATTTTATTGAACTTAGAAATAGTATAGTAAAAGAATTATGTTTCTTAACCA +ATACTACAGAAGAAGTTTTTATAAACTATCTAGAAACTAATAATTAAGTTTAAGATTTTT +TAAACTTTAATACATAGATTCCAGATTTAGCTTTTATTTTTATACTAAGTATGTTTTCAC +TAAATTCTTTTGATATAACTTTTATTTGATTAAATATCGAGTCTATGTAAACATCGCCTT +CATTTAATTTAATTAATTCTCGTGGGTCAGATGTTTTGCTGTATATTTTTTTGTTAATTT +TATATGATCTTAACTTAGTTATGTACTCTGACATTGACGAAACAAAATCTATATTATCTA +TATTTATGTGGATTTCATCTCCTAGGATAGATAATATAGATTTTTTTATACTCTTAATTC +CTTCATTTTCTACTTCTCTATCTTCTATATAAATGTCATATAAAATATTTAAAATTGTAG +ATATTATTCTATTATCATCATAATCTTCATTGTTTTCATCTATAAATTTATCTATAGTTT +GTAAAGTATTAATTCTACTCATCTGGAACTTAATCATTTGAGGTTTATCTAACTCTATAG +ATAGACCTATTATTCTTTCTTTAATTCCCTGTAATAACTCTTCATAACTAATATTTTTAT +TGTCTACTAAGCTATGTATTATGCTATTATATATAACTGAACCTAATATATAATCAAACA +TCTTTACTTCTTTTTTCAAATATTTAGCATATTTTTGAATTAATGATATTGCTTCATCTT +GTGATCTATCAATATTCGTATTTGCAAGTATTGCTGGTAATATTAGATTTAAAATAGAAT +TGTAACTTGGTATTTCACCATAAAATCTATAATAAATTAACTCATCTTTTAAACGATTAC +TGTCTATATATACATATCTATTTTTCCCATCATCGACTAAACATTTAGTATTTATAATCA +TTAAATCCTTAAGATTTTTATCATTTATGTCAAAGGCTGCTAAGTAGCATTTTTTTATTA +TATTATCCTTCATAAATATTATACTCCTCAGTAATACTATATAATAATTAGTCTTATCAA +CTAATATATTTAATATACCTTGTCTTTCCTATATATCGCCTCTAAATGTAATAAAGTATA +GGTTATATAACGTAGCGAAGGGCTGATATATAATTTTAGAAATTATATATCAGCCCGAGC +GCCCCGGTTATAATCTATATTTTAAACACTTATTACATTCTTTCTGGTGCGTGCATTCCT +AATAATTTAAGTCCATTTTCTAATGTTTGTCTAGTTGCAGCAACTAAAGCAAGTCTAGCC +TTTCTTACTTCAATATCATCTACTAATATTGGATTATCATGGTAGAATTTATTAAATGCT +TGAGCTAAATCTAGTACGAATCTAGTTACTATATGTGGCTCATTTCTATTTAATGCAGAC +ACTATGTTTTTATTAAATGAAGCTATTGTTTTTAATACTTCTACACTATCTTCATTTGTT +AATAGTTCATAATTAATATCTGAAGCTACTTCTTCATTAGCTTTTCTTAACACTGCGCAA +CATCTAGCATGAGTATATTGAACATATGGTCCAGTTTCACCTTCAAAGCTTAATGTTCTT +TCCCAAGAGAAAGTATAATCCTTGATTCTACTGTTAGATAACTCTTGGAACACTACAGCT +CCAACCCCTACTTGCTTAGCTATTGTATCTACATTTTTAGCCTCTGGGTTTTTAGCTAAC +ATTGTTTCTTTTGTCTTTTCTATAGCTTGTTTTAAAACATCCTCTAAGAATACTACTCTA +CCTTTTCTAGTAGACATAGTTCCTTCTTCTAATGCAACCATTCCAAATGGAACGTGTATT +AAGTCTTTAGCCCACTCAAATCCTACAAGTTCTAAGACTTTAAATAATTGTTGGAAATGT +AACGCTTGTTGAGATCCAACTACATATATACACTTATCAAAATTGTAAGTGTTCTTTCTA +TATACTGCTGCTGCTAAATCTCTAGTCATATATAAAGTTGAACCATCATTTTTTGTTATT +AACGCTGGTGGCATATTATACGCTTCTAAATCAACTACGTTAGTTCCTTGAGATTCCTGT +AATAATCCTTTTTCTTTTATAGTTTCTATTACAGTATCCATCTTATCAGAATAGAAACTT +TCTCCATTGTAAGAATCAAATTGTATATCTAATAAATCATATACTCTAGCAAATTCTTTT +AAACTTTCATCTCTAAACCATTGCCATAATTCTTTAGCTTCTGGATCTCCGTTTTCTAAC +TTTGTAAACCAAGCTCTAGCTTCATCTTCCATTTCTGGTTTTTCTTCAGCTTCATCATGG +AATCTTATGTATAATTTTAATAACTCTGGTATTGGGTTAGATTCTACAGTCTCTTTATCT +CCCCATAACTTAAATGCTACTATAAGTTTTCCGAACTGAGTTCCATAGTCACCTAAGTGA +TTTACTCTTACAGTATCATATCCTTGAGAATCATATATTTTGTATAAAGCATTTCCTATA +ACTGTAGTTCTTATATGACCTATATGGAAAGGCTTTGCTATATTAGGAGATGAAAAATCT +ATTACTACAGTTTTTCCTTCTCCCATTTTTCCATGTCCGTATGAATCTTTTTGAGTTAAT +ACATCATTTATAACATTATTAGCTAATTGAGATTTGTTAACAAAGAAGTTTACGTATCCG +CCCATTGGCATAACCTTTGATATATCTCCCTTAGCTTCTATAGTTTCTGATAAGTCACTT +GCTATCATGTTAGGAGCTTTTCTAAATACCTTTGCTAATTTGAAACATGGGAAAGCATAG +TCACCCATATCCTTATTTGGTGGTATTTCTATAAGTCCTAATATTTCTTCTAAAGATAAA +TCTTCTATCTTTTCTTTAAGGCAATTTGCTATTGCTACCTTGAAATCTTGCATGTCATTG +CTCCTCTCTCTTTCTCTTATCTTCTTATGGTAAATCAAATCTTAAGTTTTTTCAAGATGT +TTGATTTATTATAAGTCGTTTTCACTAATTACTTTTATATTATTCTCCCTAAGTAATTTA +GCTGTTACACCTTCACCTATAATTTTATTACCTGTAAAGCTTCCATCATATATAAAATTA +GAACCACAAGAAGGACTTCCATCTTTTAATATAGCTTCTTTACAGTTATAAATTTTGGCA +ATTTTTAAGGTTTCATTTGCACCTTTTATAAAGTTTCTAGTAACATCTACATATTTATTA +CTTATAATTTTATAATTTTCATTTATAATTCCATCTTTGTCACATTTAACTATCTCAGAA +GGGTCTCTTGGTGTAGTTAGTCCTCCTAGCTGTTCTGGACACGCAATTACAAATGCTTTA +TTTTTTAAATGCTCTTTTACCTTAGCATTATCATTGTTCGACCCGTTATATTTACAGTCT +ATTCCTAGTAAGCATGCTGATACTAAAATCATATTAATATCTCCTTAATAACTTTATTTT +AATACCGCTATTGTTACACCTGCGCCACCTTCACCGTACTGACCAGGTCTTTGAGACTTA +ACATGTTTATTCTTCTTAAGTACTTCTTGGATTCCTGATTTAAGAACTCCTGTACCTATA +CCATGTATTATTGTAACATATTCTAACCCTGCTACACATGCATCATCTAAATATTTATCA +ACTTCCATTATAGCTTCTTCTAAATTCATACCTCTTAGATCTACTTCACTCTTAACTCTT +CCCGATTTTGATTTTATTATGTTTCTAGTTCCCTTAGTTACAGTAGTTTTGACATCTGCC +TTTGCCTTTTGTAATGACTTGAATGGTAAAGTCATTTTCATTATACCAATTTGAACTACG +GCTTCTTTCTTTCTTTCATCAACTGAAATTACGCTACCATTTTGATTTAAAGTTATTACC +TTGACTTCGTCTCCAGGTTTTAAGTTTTTAATTTCTTTAGTTGCAACCTTTGGAACTATC +ATACTTTCAACAGATGGTTGAAGAGCACCCATAGAGCTAGATAACTCTTTTCTAAGTGCT +TCAATCTTACGATTCTTTTCTTTAGAAGCCATTTCATTTTCCATTTGTCTAAGTTCTTTT +ATTATATTATCAGCTTCTTCTTTAGCACCTCTTGTGATTCTAAATGCCTCAGACTTAGCT +TGTTCTATTAATTTATCTCTTTGAGATGTTATCTTCGCTAATCTCTCATCATACTCTTGC +TTGACTTTTTCTATCTCAGCCTTTAATTTTTCAGCCTCTTCTCTTTCTTCTATTGCTTTA +AGCCTACTTTTTTCAGCCTCTTGAAGAACATCTTCTAATTCTATATTACTATCATCTATA +AATTCTCTAGCTCTTGATATTATATAGTCACTTAAACCTAATTTTTTAGATATTTCAAAT +GCATTTGATTTACCTGGTATTCCCATAAGTAATCTATATGTAGGACTTAAAGTATCTACA +TCGAACTCAACAGCAGCATTTTCTACACCTTCTTTTGTTAGTGCATAGTTTTTTAGTTCA +GTATAGTGAGTCGTCGCTATACATTTCGCTCCCGCCATTTTTACGTCTTCTAATATAGCT +ATTGCTAGAGATGCTCCTTCAATAGGGTCAGTTCCCGCACCTAATTCATCAAATATTACT +AAAGAATTTTCTGTTACATCTTTTAATATAGAAACTATATTTGTCATATGAGACGAGAAA +GTAGATAAACTTTGCTCTATACTTTGTTCATCACCAATATCTGCAAATACATTATCAAAT +ACACACATGCTACTTCCATAATTTGCAGGTATATGAAGACCACTTTGTGTCATAAGAGCA +AATAGTCCTACAGTTTTTATAGTTACTGTCTTACCACCCGTATTTGGACCTGTTATTAAC +AATGTATGGAAGTTTCTTCCTAGATAAATATCATTTGCAACTACAGTTTCCGCATCTAAT +AAAGGATGTCTCCCAGCTTTTATATTTATAAATTTGTCTTCATTTAAGTTCGGTTCTACT +GCCTTCATAGCTATAGATAGTTTTCCTTTAGCAAATGCAAAGTCTAATTTACCTAGTATT +TCTTGGTTAGAAATAATATCGTGGCTAATTTCACCTACAAGTGCAGATAACTCAGCTAGT +ATTCTTTCTATCTCTTCTTGTTCTTTTAATCTTAATTGTCTTAATTCATTATTCATATCA +ACAATACTCATAGGCTCTATAAATAAAGTTGCTCCTGATGACGATTGATCATGAACAATT +CCAGAAACATAAGATCTATACTCTGCTTTTACAGGAACTACAAATCTATCTCCTCTTACA +GATATAATTGCATCTTGTAAATATTTTTGATATGTAGTTGATGAAATTATAGAGTTTAAC +TTAGATCTTATAGATTGATTTTTTTGTACAATTCTTCTTCTTATATCTCTAAGTTCAGAA +GACGCATTATCTGATATTTCTATTTCACTTACTATCGCATTGTAAATTTTATCTTCTACA +TCTCTATATACATATAATGAATTTGATAATCCTTGAATTATAGGGTAGTTAAATTCTTCT +TCTTCAATACTTGCTAACGTATTTTTTAGATTTCTAGCAACTCTTAAAGTATCTGCTATT +TTTATTAAACTTCCCGGGTCTAAAGATGCTCCAATTTCCGCTCTTTTTGCTTTATCTTCA +ATATCGTGTATACCATTTAGACCTACTGATCCTCTTTTTAAAAGTATACCTTGAGCTTGG +CTAGTTTCTTCTAACATATATTTAACTTCTTCATAGTCTGAACTTGGAGTTAAATTTTCT +ATATATTTTAAACCTAAAGAAGATGAAACTTTTGTCTTTAATATGTCAACGATTTTATTA +AACTCTAAAACTCTTAATGATTTTTGATTCATACTTCCTCCTTTTTATTACCCTAGTTTA +TATTGTTTATTTTATGTACATTTGTATTATACTATTTATATAGCTATTTATATATTATAC +ATAAACATACATTATTTGTAGTGTATTTTTTTAATTATTAACTTAAAATAGCTGTTTTAA +TACTATTTTACTAAAAGGAGATTATGTTGAATGGAAAAAGTTTTAGGGGGGCTACAGCCT +CAACTTGTTTTTAAGTATTTCGAAGAAATATCTCAAATACCTAGAGGTTCTGGAAATGAA +AAAGGAATAAGTGATTTTCTTTATAACTTTGGTAAATCTTTAGATTTAGAAACAATCCAA +GATGAACATTTAAATATTATTATTAGAAAACCTGCAACTAAAGGTTACGAAAATGCGCCT +TGCGTTATGCTTCAAGGACATATGGATATGGTTTGTGAGAAAAATAAAGATACTGATCAC +GATTTCACTAAAGATCCTATAAAATTAAGAATAGAAGATGGTATGATTTATGCTACTGGT +ACTACTTTAGGTGCTGACAATGGTATTGCTGTTGCTATGGGTATGGCTGTTCTTGCTGAT +AATACTATTGAACATCCTGAAATAGAGTTCTTAGTTACTGTTGATGAAGAAGCTGGTATG +AGTGGGGCTATGAATTTAGATGGAAAAAATTTAAAAGCTAAATATATATTAAACTTAGAT +TCAGAAGAGGAAGGTTATATATTAGTTAGTTGTGCTGGTGGTGCTACAGCTATATCTACT +TTACCAGTTGAATATAGTGAAGTATCAGAAGATAAAGCTGCTTTATTAGTTGATATAAAA +GGCTTACTTGGCGGTCACTCTGGAATGGATATAATCAAGCAAAGAGCTAACTCTAATAAA +CTATTAGGTAGATTATTAAACTTACTAAAGGTTGATTTCGATTTAGCTAAGGTTAGTGGT +GGTTCAAAAAATAATGCTATTCCTCGTGAATCTGAGTGTATAATCGTAGTTAATAAAAGT +GCTGTTGAAGATGTTAAAAATCAAATATCTGAAATTGAAAAAGTATTTAAACGTGAGTTC +AGAACATCTGATCCAGGTCTTGTAATAGAGATTTCAGATACTAAAATTGATAAAGTATTT +ACTTCTGAATTTAAAGATAAAGTAATAAAAATGTATAACTTAATGCCTAACGGAATTCAA +ACTATGAGTATGGACATAGAAGGTTTAGTAGAAAGTTCTACAAACTTAGGAGTTGTAATA +AATAGTGATACTGAAGTTCTATTTGAAAGTGCAGTCAGAAGTTCAGTTAGCTCCTTAAAA +GATGATATTTTAAATAAAATGGATTTATTAACTGACTCTTTAAATGGTAATTTTAGAGTC +GAAAGTGCTTATCCTGCTTGGGAGTATGCTAAAGGTTCTCAACTTGAAAAAATAGCTGTT +GATACTTATGAGAAGCTAACTGGTAAAAAGCCTATAATTATGGCTATTCATGCTGGTCTT +GAGTGTGGTTTATTATTAGATAAAATGCCTGGGGCTGAAGCTATTTCTTTAGGTCCTGAT +ATGTTTGATGTTCACACTCCTAATGAACATTTAGATATACAATCTACTGAAAATACTTGG +AACTACTTACTAGCAATCTTAAAATCTATTAACTAGCATTTCAAAATAAAAATAACGGAT +ATTTTTATCCGTTATTTTTATTAATTATATTTAACCTTCTACTAATTCACCTGTATATTT +ATTAATTTTGTATATACCTAGACTTATTATATGATCACCATCATCAGTTATATTTAGCTC +TTCTGTTGATAATTCCTCTTCAGTGTGAGTATGTTCTTCTGAGGTTCCTAGATTAACATT +TACATCAATAATATAGTAATCACCATCTTCTTTAAAGTCATCATCTGTATTTGTAATATC +TTTGCCAAATTCTGATTCCAATATCTTCTTTGCACTTTCTTTTGATATTGGATTTAAATC +CTCAGCTTTCTTTTCTACAAAGTTTTTCTGATTATTAATATTTGATGGTACATTCTTTAA +TTCTATTGTAGATATTATCACTATTGTTATTAACGATAACAAAGCAATCATTATTATTCT +CTTCATTGTCTTATTCTACACCTTTATAATAATGAGCTGATGTCGTTCCTATTTCATCTA +AATAATTATATAGTTTAGTTGCCTTTGAACCCATTCTATAATTGTTATTCAATACCTCAA +TATGCGCTTCTATTACTTCTTTAACAACTTGTTCACTTTCATGTGTAAAATCTAGTCTAA +ATACATCTATCCCTGATTTATTTACTTCTTCTAAATTATCTAACATACACGTTATATTTG +AATTATAAATTGTACTTCTACAGAATACATCTTGAGATATTCTAAACATATCTCCTTTAA +AATTCTTCAATGCATATATGCTTTGGTTACATTTTGCTGCTCTTTTGTCTTTTTTACAAT +CTCTAACTAAAACCCCCATAGGGCAGTATTCCGTTACCATCATAGTTGCAAATCCATATA +CTACAGCTTCAACTTCTATATCTGTATATTTTAATGTTTCTTTTATTTCATTTAAATTTA +GTTCTTGTGATATACATAATGATGTAGCGCCTTCATTTTTAAAATGATTCATAGTTTCAC +TGTTAAAAGCATTTAGATAATAATCTATACTTAAATTTTTTCCTTTAAAATAATCCATCG +CCCCTAGCGTTCCAACTTGAACACCTTTTAAATTTAATTTTTTAGTTTTTTCTAAATGCT +TGTACTCTTTATTTCTTATTATTCTTGGAGATGAGTAAATAACTTTCTTATTATACTTTA +TTCCCATTTCTAGTGCTTTATCTAACGTTATTATGTCTTCATAATAAACAGAGTCTATAT +CGCACTCTAATGCAGCTTTTAGTTGTTCTAAATTTTTTACCTTTGCTCTTATTTTTTTGC +CTATAGTCTTATATGCTATAGTTGGCTTATATGCTATTTTTTCTGATTTATAGTTTCTAT +TTTTTATTTTTATTCGTTCTTCATTTAATAGCTCTATACAATCTCTTCTCATTTGATTAA +GTATACTTATAGGCAAACTTACACCTTCATCAAGTATCGTAGTTATGCTACTTAATTCAT +AAGGAGTATTTCCTAACTTTTGAATCTGAGATTCTACCTTTTCTTTACTTAAGGCTACCT +TCATTGCTTTTTCTACAACTTTGTCACCTTCAATAGATGCTTTATTTCCTTTTAAATCTA +TTAGAGTAAGTACTGGTTTTTCATTTAATCTAATAACTAACTCAGCATTAATCGGGCTTT +TCACTAGTTCCTTATCTTGTTGGAACGTACTTTGGACTCTATCCATTAATTCACTATCTG +ATGTTTTAAATACTACTTGATGTCTTCTAGCTTCTCCAACAAAATCTAGTTCAATTATAT +CACCTCTGTGAGCTATAGTAGTTATTTCTCCATCTTTTATAATCCTACCTATAGTTCCCC +CACCTAAGTTTATTCCATCACCTTTTTTAAGAGTGTTTTCTAATCTTATTTTCAACCTCT +TAGCTCTTTTATTAAAATCTAAAACTTTACCTATATATAAACCTTGGTTATTAGGTATTT +CAGAATTCATTACATCTTTTCCTACTTCTCCTAAGATTAGACCTTTTGTGAACTTTCTGT +TAAATATAGTATATAAATCACTTATCGTTTCATCTGATACATTTATCTTATTCTTTTTTA +AATAATTATCAACAGTTTTTCTATAACTACTAATTACAGTTGCAACATATTCAGGTCTTT +TCATTCTTCCTTCTATTTTTAAAGAATGTACTCCTGCATCTATTACTTTATCTATTTCCT +CTATAGTATTTAAATCTCTAGGACTTAGTAAATAATCTCCATTGCTATTTATTATTTCTC +CTGTGTGTATATCTATAAGTTCATATTTTTGTCTACACGGTTGTGCACATCTACCTCTAT +TACCTGATCTATTTCCTATCATACTACTCATTAAACATTGGCCTGAATAACATACACATA +ATGCTCCATGAACAAATACTTCTATATCAACATTTGTGTTATCACAAATATATTTTATTT +CTTCTACATTTAATTCTCTAGCTAATACAACTCTATCAAAACCTGCATTTTCAAGATATT +TTACATCTTCTATAGAATGAGCTACCATTTGAGTACTAGCATGAAGTTCAAAATCTGGTA +ATAATCTTTTAATTAACTTCGCTATACCTATATCTTGAAGTATTATTGCATCTACATCTA +TATCGTATAAAAATTTAGCATATTCAACAAATTTTTCTATTTCTTCTTGCTTTATTAAAG +TATTTGCAGTAACAAAAACTTGTACATCTCTAATATGAGCATATCTTACAGCTTCTTTTA +ATTCTTCTCTATCAAAGTTGTTTGCTGATGCTCTTGCACTAAAATCTTTTCCACCTAAAT +AAACAGCATTTGCTCCATTTTGAACAGCTGCTTTTAAAGCTTCAAAAGATCCCACCGGTG +CTAGTAATTCTATGTCTTTCATATTTATCCTCCTTCAAGGAATATTCTTAAGTATTTAGT +ACAATAAATCTATATACCCATTATTTTTAATTTCAAATGTTAAAAGGGATGCCTTCTAAA +TGATTTTAGTCATTTTGAGACACCCCCCTAATTATTAACTATCTTGTAGCTCTCAGGTAT +TTAACCTCATTTTCTAGCTCAGTGTACTTTAACTGTATTTTATAAGCCTTATTTTGGAAT +TCTGATGATAAACTCTCAGCAATCTTAGCTCTTTCTTCTGCAGCTTTAAGTAATTCTTCT +AAATCATCTATTTCTGATTTATAACTTTCAACTTCTGATTTCGAACCTACTGTAGACATA +CTTAAGTTATTTATTTCAGCTTCTTTAGATTCTAACTCCTTACTTTTCTCTTCAAGTAAT +TTGTTCAATTCATCAATCTTAGACTTAGCTTCAGATATCTCTTTATCTCTACTATCTAAT +TGAAGCTGTAATTTTTTTATTTCTAACTTAAGACCTTCATCTGTTTGATCTACTTTTCGC +CTTAATTCATCATTTTCTTTAGCTAAATCACTACTATAATCATCACATTCAAATAATTGA +TCTGTGATATTTATAGCAGTTACAATCCCAGCCATAACTGTGCTTAATTTAGGGTTACTT +TCTATAACCTTTGTCATTTCTTGATCAACGTAGTTAGCTACTTTAATCATTTCATGGGCA +GGTTTATCTCCGACCATTGGATATTCCGCACCCTGAATTTTTACTGTTACCTTGTTAACA +TTGTTCACACTAATCCCCCCTATACAGATGAGTTAGTTTGATCTTAAATTTGCATTTAAA +TTTTCTGCTAATTCTTTTAATATTACGTCATGCACTTTAGCCACATCTTCATCTGTTAAT +GTTTTTTCTTTACTTCTATAAGTTATAGAATACGCTATAGACTTATGACCTTCCTCTATT +TGTGCACCTTTATATACGTCAAATAATTTATAATCTTCCACAAGACCTGCTCCATTAGCC +CTTATTATATCTTCTATATCTTTTACATACACTTCATCTCTAACTATTAAAGCTATATCT +CTTGAAGTAGATGGGAACTTTGGTAATGGACTATAAACTATATTAGTACTTGAGTTTTCA +AACATTATATCAAGGTCTAATTCTGCTATATAAACTCTTTGACCTAAACCGTAGTTTTCT +ATTACATCTGGATGTAATTCTCCAAATGTACCCACGTACATTCCATTATACTCTATTTTA +GCACATCTTCCTGGATGGAATGTTGAGTTATTTTTTTCTGGTATTATTTCATAATTTTCA +AATCCAACATTTTTAGCTATTGTTTCTATTGCACCTTTTAATGCGAAGAAATCTACTTCT +TTACCATACATTCCTATACATATATGGTTATGCTCTTGAGGTAATCCATTTTGTGGTGTA +AATGTATGCCCACATTCAAATGCATATGCTCTATCTACTTTACGAGATATATTTGTATAT +AATACATCTAGCATACTCGGCATCATCGTAGTTCTCATTACTGAAGTTTCTTCACCTAAT +GGATTTATAAGAGTTACAAAGTTTCTCTTTGGATCATTTTCTGGAAGTTGTATCTTATCA +ACCCCTCTTGGGCTTACAAATGAATATGTTAATATTTCATTTAATCCAATAGAAGTTGCA +GTATTTTTTACGCTATCCATGAATTTTTGCTTTGATGTTTTTACTCCAGCAGTTGCATTT +CCTTCTAATTGAGCTGAAGGTATATTTTCAAATCCATATATTCTAGCTATTTCTTCGAAT +ACATCCGCTTCTTGTTCCATATCTAATCTAAAGCTTGGAACTTCTATCTCTAATTTCTCA +CTAGAAACTAAGTTACACTTAAATTCTAATGATTCTAATATTCCAACAAATTGATCCATA +GGCACATCTACACCTAATAATTTATTTATTCTTTGTGGATTAACAACTAATATTTTAGTT +TCTGGCTTAGTTGGATATACATCAACTATTCCTTTATCAACAGTTCCGCAACCTAACATT +TCTATTAATTGAGCAGCTCTATTTACAGCTTCTTCAGCAAGATTTGTATCTATACCTTTT +TCGTATCTTCCTGATGCTTCTGTTCTAAGGCCTAACTTCTTAGAAGTTGCTCTTATGTTC +TCTTGCTTAAAGCTTGCACCTTCTAATAAAACTTCTGTAGTATTATCATCTATTTCAGAA +TTAAGTCCACCCATAACACCCGCTAGTGCTAAAGATTTTTCACCATCAGTTATAACTAAC +ATATCTTTATCTAAAGTTCTTTCAACCTCATCTAAAGTAGTGAATTTTTCTCCTTCCCTA +GCATTTTTAACAACTATTTTGCCAGTAGTTAATTTGCTTAAGTCAAATGCATGAAGAGGT +TGCCCAAGCTCTAACATTACATAGTTAGTTATATCTACTATATTACTTATTGGTCTAACA +CCTGCTTCTATAAGCTTTCTTTGCATCCAGTATGGAGATGGACCTATTTTTACATTTTTA +ACTGTTCTTGCACAGTATCTTTTACAAAGATCTTCATTTTCTATTTTTATATCGAAGTTT +ATATCTTCTCCTTCTTCTTTAACATTTATTTCTGGGTATTTTAACTCAGAATTTATAGTT +ACTGCTGCTTCTCTAGCTATACCTATCATAGATCTACAGTCTGGTCTATTTGATGTTAGC +TCGAACTCAATTAAAGCATCATTTATTCCCATAACTTCTTTTACATCTTTTCCTAATTCA +TAAGAATCTTCGTGATCTAATATGTATATTCCATTTTTTTTATGTTCAGCTATAAAATGT +TCATCTATTCCTAGCTCTTCAGCAGAGCACATCATACCTTCTGAAAGCTCTCCTCTTAAT +TTACCTTTTTTAATTTTTATTCCGCCAGGTAATTTAGCTCCGATTCTTGCGACTGGTATA +TAGTCTCCTACAGATACATTTTTCGCTCCAGTTACTATTTGTATAACTTCAGTTCCTACA +TCAACTTTAGTTACTATTAGCTTATCAGCATTTGGATGACTAGTTATTTCTAATATTTTA +CCGACAACAACATTTTCTATTTCTTCTCCATAGAAATCTACTTTTTCCACTTTAGTTCCT +GTCATAGTCATTCTATCAGCAAACTCTTTAGTGTCCATATCTATATCAACATAATCTCTA +AGCCATTTTAAAGATACTAACATATTACTTACCTCCTAATTAAAATTGATTTAAAAATCT +CATATCATTTTCGAATAATAGTCTTATATCATCTATCTCGTATTTAAGCATACCTATTCT +CTCTACACCCATACCGAATGCAAATCCACTGTATACCTCTGGATCTATTCCACAGTTTCT +AAGTACATTTGGATGAACCATACCTGCACCTAATATTTCTATCCATCCTTCTTGCTTACA +CATTGCACAACCTTCACCACCACACTTAAAGCAAGTAACATCAACTTCTGCACTTGGCTC +TGTGAATGGGAAGTTATGAGGTCTAAACTTAGTTTTAGTCTCTTCTCCAAATAGTTTCTT +AACAAAGTTATCTAAAGTTCCTTTAAGTTGTGCCATTGTAACATCCTTACCAACAACTAA +TCCTTCTATTTGATGGAACATTGGCGAATGTGTAGCATCTGGAGAGTCGAATCTGAAACA +TCTACCTGGAGATATTACTTTTATTGGTAATTCTTGACTCTTCATAGTTCTAACTTGAAC +TGGAGACGTTTGAGTTCTAAGTAATAATTCACTGTTTATGTAAAAAGTATCACTCATATC +TCTTGATGGATGGTCTTTTGGAGCATTTAATGCATCAAAGTTATTTTCTATAGTTTCAAC +TTCTGGACCTTCTGCTATTGAGAAACCAAGACCCATGAATATTTCTGAAACTTCATCTAT +TATTTGACTTATCGGATGCTTTTTACCTACTGTAAATATTTTACCTGGCATAGTAACATC +TATAACTTCACTTGCTAATTGTTTTTCTTTTTCTATAGCTTTTATTTCTTCTTTTTTAGT +GTTTATTCCACCTTCGATTGCTTCTCTTACAACATTCGCAACCTTACCTATAACTGGTCT +TTCTTCTGCTGATAATTTACCCATTTCTTTCATAATAGCAGTCAACTGACCTTTTTTCCC +TGAGTATTTTACTCTTAAGCTTTCTAGTTCTTCTATAGTAGAAGCTTCTTGTATTTCACC +TAAAGCGATATCTTTTAGATTAAGTAATTTTTCTTGCACTATTTATCACCCTTTCATTAT +TGTTATAAGTGTTAATAATTATAATTCTTCTAAAAAATATATAATTTATAATCATTTTTT +GTATTAAAAAAACCTTTCATCCCTATCTAGGGACGAAAGGTTATAATTTCGCGGTACCAC +CCTAGTAGCATAGGAATAAAATATTCACTAAGCCACCTCGTATAAACTTAACGCGTTTTA +ACGTCAAAGCCTACTGTTAATTTCAGCCTTAATACTCCAGAGTGAACTTCTTTTAAATAC +TTAGAAAGTACTTACAGCCAAGGTACTTCTCTCTATACTAAGTTAATTTAAAATACTTTT +CTCTTTCAATGTATTTAAATTATATTTATTATTGTCATGATATAATATTATAACATATCC +ATCTATATGCTTACAATATTCTATACTAAAGATTTCTTTATCTCATACATTAATATAGCA +GAACTAATTGCAGCATTTAAAGATTCAGCGTTTCCATATATAGGTATCTTAACTAACGTG +TCTGATCCTTTTATAAGTTCATCATTTACTCCGTTTGCTTCATTCCCTATAATTAAAGCT +ACTTTATCTTTGTAATTAACAGTATTATAATAATTATCTGTATTTAAATAGCTAGATACA +ATTTCAAATCCTTTTTCTTTAAGTACTCTAAGAGTATCGTCTTGAGTTGATTGTATTATA +TTCATATCAAATATAGATCCCATAGTTGAGCGTATAACCTTTGGATTATATATATCTACA +CATCCTTTTAAGTTTATTATGGCATCTACGCCTGCCGCATCAGCAGTTCTAATTATAGTA +CCCATATTCCCAGGATCTTGTATCCTATCTAAAATTAATACAAATTTATGTGAATCATTT +ATATTATTATCTATATCTCTATTTTTAAAACCTATAACAGCTAAAATTCCTTGAGTATTT +TCTGTATCCACTAGTTCTTTAAAAATCTTATTTGTAGTTTTATATATTTTTATATCTTTT +TCCTTAAGTACCTTAATGAAATCTAAATGTTCTTTTTTATTCTCAAAATCTTCATTTATA +AATACATAATCTAAATTTGCTTCACATTCTATAGCTAAAGTTAATATTCTATATCCCTCT +ATTATAAACTTACCTTCTTTTGTTCTACCTTTAGTTTTTAATAATGATTTTGTATATTTA +ATCTTTTCATTATCTTTACTACTTATCATTATAGACATTACTACTTTCTCCTAATTAAAT +CCTTATTTTCTGAAGCTATTGCACTTATGCTATTATTTTGACCAATTACTACTAAAATAC +TACCTGCTTTAAGCTCTTCTTGAGGAGATGGAGTTACATTTATACTTTTCCCTGTTTTTA +TTGCAAGAACAGTTATCTCGTATTTGGCTCTTAAATCTAATTCTATTAATGTTTTTCCAA +CCCATTTATTAGGTGTAACTATCTCAACTATTGAGTATTCTGGGTCTAATTCTATATGAT +CTAATATATTATCTGAAACTAAGTTGTGAGCAACCCTTACTCCCATATCTCTTTCAGGGA +ATACAACTCTGTCCGCTCCAATTTTGTAAAGAACTTTCGCTTGTAATTCATCCTTTGCTT +TGCATACGATATGAGGAACTCCCATTTCTTTAGCTATAAGTGTTGCCATTATGGATGCTC +TAATATCTGATCCGATAGCAACTATTGCTACATCAAAGTTGCCTAATCCTAATGATCTTA +AGGCAACTTCATCAGTTACATCTACTATAGCTGCATGAGTAACCTTATCTGATATATTTT +GAATTATTTCTTCACCTTTATCTATAGCCATAACTTGATGACCTAAAAGATGCATTGTAG +TGGCTACTGATGCGCCAAATCTTCCACAGCCAATAACTATATATTGTTTCATAATATTTA +CCTCTCAATATGTATAATTTATCCTACTATTATCTTTCCTTCTGGGTACCTAACTGGAGG +TTTTTTCCTAGCTCCTTTTGAAAGTAATGCAACAAATATAGTTAGAGATCCAACTCTTCC +TATAAACATAGCTATCATTACTACAACCTTCCCCATTGTTGTTAAACTTGGACTTCCTCC +TATACTTAAACCTACAGTAGCAATTGCTGATACTATTTCAAATCCACATTCAACTAAAGT +AAATCCTTCATCTGTAAGTGATAATGCCAAAGTTCCAAAAACCACAAGTGCTGTAGCTAT +AAAAAATATACCTATAGCCTTAGTAATAGTTGCACCACTAATTCTTCTCTCACACACTTC +TATATCACCTTTACCAGAAATGAAGCTTCTTACGGTTATCACTAAAGATGCTAGTGTTGT +CGTCTTTATACCTCCACCTGTAGATGCTGGCGATGCTCCAATAAACATAAGTATCATCAT +TATGAATAAACTACTTTCTTTTATTAAAGTTAAATCTATTGTATTAAATCCAGCAGTTCT +AGTTGTTACCGATTGGAAGAAAGCTGCAAGTAATTTTCCTGGTAAACTTAATGTACCTAA +TGTTTTTGGATTATTAAACTCTACCACAAATATAAATATACTACCTATTCCTATAAGAAT +AGCTGTTGTAAAGATTACAACTTTTGAATGCATATTTAATCTAGATGCTTTCTTTGTTCT +TATTACATCTAACATTACAGGGAATCCTATCCCTCCTAATATTATAAGTGCTGATATAGT +CATTACAATCATGAAATTATCTACATAGGATGTCAATGATGTAAATGGCCCACTTACAGA +ACCCATCAAATCAAATCCTGCGTTACAAAATGCCGATATTGCATGGAATATACTATACCA +TACACCTCTTCCTAGCCCAAATTGAGGAATAAAAGTAAAAGATAATAAAATCGCTCCAAT +TCCTTCTATAAGAAATGTTATTAAAATTACATATCTAGTTAGTCTTACCATACCAGATAA +GTCTTTTTGATTTAAAGATTCTTGAATTAAAAGCCTTTCCCTTAAATTAATTTTTTTCTT +AGTTAAAAGCGCGAACATAGTTGCTATAGTCATAAATCCTAGTCCACCAATTTGTATTAA +TGTTATAATTACTACTTGACCAAATATACTCCAATATGTAGCTGTATCTACAACAATTAA +TCCCGTAACGCATACCGCAGATGTTGCAGTAAATAAAGCATCTAATAATCCAATACTTTC +TCCACTTTTAGTCGCTATTGGAAGGTTCAGTAATAATGCTCCCAGTAAGACTACAGATGC +AAATCCTATAACCATTACCTTTGCTGGATCCATACTATTTAAGTAATTAATAATCTTCTT +CAATACTGACTTCAATTTTTAGACCTCCTTGTATATGTACGCCTTTATAGCCATTATTTT +ATTATATTCAAAATTTTAATTAAAAACAATAATAGAAGGATTTGATTTCATAACACTTAA +ATTCCTTATATATATTATACACATTTCTTTGCAATAATCTTTATTTTAATATAAAAAATC +AAATATATATAGTAATATAAATTTCTTTTTATATAACATATAATTATTTATTTTTCTATA +TAAAAAACAGTGAACTGAATATCAGTTCACTGTTTTTTTATCGTATAATTAAGCTAATTT +TGATTTAGCAACTTCTACTAATTGAGCGAATCCTTGAGGATCTTGTATAGCCATTTCAGA +TAACATCTTTCTGTTAACTTCAACACCTGCTAATTTTAACCCGTTCATGAATCTTGAGTA +AGATAATCCGTGCATTCTAGTTGCAGCGTTTATTCTTTGTATCCAAAGTTTTCTGAAGTC +TCTCTTCTTTAACTTTCTACCTATATATGCGTTCTTTAATGCTTTCATTACGAAAGTATT +TGCTGGTCTATATAATTTGCTTCTAGATCCTATGAATCCTTTTGCAAGTTTTAATACTTT +TTTATGCTTTTTACGAGCGTTCATAGCTTTTTTAACTCTTGCCATCGTTGTGACCTCCTT +TAATAATCTTTAATGTTTATCTATTTTTTGTCTTATGTTTAATCTTAGTATGGTAATAAT +TGTGCTATTCTTCTAGCATCACCTTCACTAACTATTGCAGCTTTTCTTAAGTTCATCTTA +GTTTTAGCATTTTTCTTAGTTAGTATATGTCTTTTGAAAGCTTTAGCTCTCTTAAGTTTT +CCAGTTCCTGTTTTCTTGAATCTTTTAGCAGCACCTCTATGAGTTTTCATTTTAGGCATG +ATAAATTCCTCCTCTCAGTTAATTATCTATTTTTTTGGATCTATAATTACAACCATATTG +TTCCCCTCAAATGCAGGGGCCTTTGTTGGTTCTCCAAACTCTTTTACTATATCTATAAAC +TTTATCATTACTTCTTTACCGATATCTTTGTGACCTAATTCTCTACCTCTAAATCTAAGT +TCAACTTTAACTTTATCTCCTTTTTTAAGGAACTTTATAGCATTGTTCGCTTTAGTTTGT +AAATCATTAGACTCGATACCTGGTCTAAGTCTTATTTCTTTAACTGTTATTGTTTTTTGG +TTTTTTCTAGCTTCTTTTTCTTTTCTAGCTTGTTCGTATTTATATTTTCCATAATCCATT +ATTTTGCAAACTGGTGGATTAGCATTTGGTGATATTTTTACTAAATCTAAGTTTTTATTG +TTTGCTAATACTTGAGCTTCTTTTGATGACATTATGCCAAGTTGCTCTCCAGTTTCTGAG +ATAACTCTTATTTCCTTATCTCTTATTTGATCATTCATTGATAATTCTTTGCTAATGGTA +GGACACCTCCAAAATTTTATATAAATAAAAAGCGGATGATAATATAATCATCCGCTAATA +TAAGTCATAATAATCCTAACCTATACATGATTTAATGTATCAGGTTAAACTTATATTTAC +CTTACTAACTTTCGTCGCAAGGTGAGAAGCGGACTTCTTCTTTGTTTTCTTAACTACTTC +ATATAATATACTACATATATTTTAGCATGTCAAGAATATATTTATATTTTTTATTTTAAT +AATTATTATAACCTACTATATTATATTATTATTTTTTATTTAATGAGTAATTATTTATGT +AATTTGTGGCTATACTTAAAAATATCTCACAAATAAATTATTTATGGAAAATTTTAAATA +ATAAATATTAGTAACTATGGTAAATATAAAATAAATTAATAATTTTTATTATCTGAGGTG +TATGACTATGAAAATGTTAAATAATTTCTTGAAAAAATTTAATAACCCTGTTCCAGTATT +TGCACAGACGAAGATGGAAAAGGAAACACAAAATGAAGATGCTAGTAGTACTAAGCCAAA +GACTACATTTATAGATGTAGCGGGACTTGATGAAGTTAAAGAAGAACTATTTGAAATCGT +TGATTTTATGAAGAATCCAGATAAGTATAAAAAAATGGGAGCTAAAATTCCTAAAGGGGT +ACTATTCTATGGTCCTCCTGGAACTGGAAAAACTCTTCTTGCATCAGCAGTGGCTGGAGA +AACTAATTCTTCATTTTTTAATGTAACTGGTTCTGAATTCGTAGAAAAATATGTTGGAGT +CGGAGCAAAACGCGTTAGAACTCTATTTGAAAAGGCCAGAAAAGAAGCACCTAGCATCAT +TTTCATTGACGAAATCGATGCAATTGGAGCAAAAAGACACTTAGAGAGTAATAATGAAAA +AGATCAGACACTAAATCAGCTATTAGTTGAAATGGATGGTTTTAATAAAGATTCTAATGT +AATAATAGTTGGAGCAACAAATAGACTTGATTTGTTAGACGAAGCATTACTTAGACCTGG +AAGATTTGACAGACATATTCATATAGGTTCACCTAATTTCCATACTAGACATGAAATCTT +GAAGGTTCATACTAACAATAAACCTCTTGATCCTTCTGTTGATTTAGAACTTTTAGCTAA +AAAAACTCATGGTTTTAATGGTGCTCATTTATCTAATATTGCAAATGAAGCTGCCATATT +TGCTGTAAGAGACAACAGTCCTATAATAACTGCTGTTCATTTTGATAAAGCATTAGAAAG +AGTTATTGCTGGATTAGAGTCCAAAAACTCTACTCTTATAGAAAAAGAAAAAGAAATAGT +TTCTTATCATGAAGCCGGTCATGCTTTAGTAAGCAACATCTTAGGTATTTGTCCTATACA +AAAAATATCTATAGTACCTAGGGGAGAAGCTTTAGGTTATGTTCTTCAGCTTCCAGATGA +AGATAGATATATTTATACTAAAGAAGAATTAATCGGCAAAATAAAAATACTTTTAGCAGG +AAAAGCTTCCGAAGAAATTATTTTTAATCATCAATCTACTGGTGCTAAAGACGACTTAAA +AAAAGTAACGGATATAGCTAATCAAATGGTTTGTGAATATGGAATGAGTAGTTTAGGATT +CATGACTATTGATGGAAATGTAAAAACATTCTTATCTGAACAAGTTCAAAAAGAGGCTAA +TGATATTGTTCAAAATTGTTATAATGACACATTAGATTTGCTAAGAAACAACTTAAATGA +TTTACATATAGTTTCAAAACATCTTTTCGAAAAAGAAACTATGACTCATGAAGAATTGAA +ATCCTTAATAAAAAAAGAAATAGTTAATTAGTGACTATTTAATTTGTAATTAAAATGATA +TATTCTTTAATACAATCTTATATAACAAATTGTGTAAATAATAAAATGCACTGACAAGTA +TCTAAATGATGTTTGTCAGTGCATTTTATTATTTATGACTAACCTAAGATTATTCATTCT +ATCTAAGGTCAGCCATTTTTATATCTTAATTAAAATTGTTCAACATTTGTTCTATTTTCT +ACTTCATTTAATATATTTGATAAGAATTCTTCTAAAGATACAGCACCTATTTCACCTTTA +TCTCTAGATCTTACAGATATAGTTTTATCTGCTTCTTCTTTTTCACCAACTATTATCATA +TATGGTATTTTTTGAAGTTGAGCTTCTCTTATTTTAAATCCAGTTTTTTCAGCCCTATCA +TCTATCTCAACTCTTATACCTTTATCAAATAAAGCTTTCTTAACTTCATTTGCATAGTCA +TTGTACTTATCTGATATAGGAAGTATTCTTACTTGAGTTGGAGCTAACCAAACTGGGAAT +TTACCAGCATAGTGTTCTATTAATATTCCTATAAATCTTTCTATACTTCCAAATGCAACC +CTGTGTATCATTACTGGTCTATGCTTTTCACCATCTTGACCTACATAATTTATATCAAAT +CTTTGAGGTAATTGCATATCTAATTGTATAGTACCACATTGCCATGTTCTACCTAAACAA +TCTCTTAAATGGAAGTCTATTTTAGGTCCATAGAATGCTCCATCACCTTCATTTAATATA +TATGGTAAGTTAAGTTCTTCTAAAGCTTCTCTTAACCCATTTTCAGCAGCTTCCCAATCT +GCATCGCTTCCTATTGAATTTTCTGGTCTAGTAGATAACTCTAAGTGATATTCAAATCCA +AAAGTCTTGTAAACTCTATCTATTAAATCTACAACACCTTTTATTTGATCCTTTATTTGC +TCTGGTAACATGAATATATGAGCATCATCTTGAGTGAATGCTCTAACTCTCATAAGCCCA +TGTAGTGCTCCTGATAATTCATGTCTATGAACTCTACCAAGCTCAGCAACTTTCATTGGA +AACTCTTTGTATGAATGTGGCTTAGAATTATAGTATATTAATGAACCTGGGCAGTTCATT +GGCTTTATAGCAAATTGTTGGTCATCTATATCCACAGTATACATATTTTCTTTATAGTTG +AACCAGTGTCCTGAAGTTTCCCATAATTTTTGGTTTAATATTATTGGAGTTTCTATTTCT +TGATATCCATCTGCTCTGTGTATTTCTCTCCAGAATTTTAATAATTCATTTTTAAGTTCC +ATACCTTTTGGTAAGAATAATGGGAACCCTGGACCTTCTTCTGGTATAAAGAATAAATCT +AATTCTTTACCTAATTTTCTATGGTCTCTTTTCTTAGCTTCTTCTAACATGTGTAAATAC +TCTTCTAAGTCTTTGTTTTTCTCAAATGTTATACCATATATTCTTTGAAGCATTTTATTT +TTTTCATCACCACGCCAGTAAGCACCTGCTACACTTAATAACTTAACTGCTTTAACCTTC +TTAGTTGAAGGTAAGTGTGGTCCTCTACATAAATCAGTGAAATCCCCTTGTTTGTAGAAT +GATATTATTTCACCTTCTGGTAACTCAGATATAAGTTCTTCTTTATATATTTCTCCATTT +TCTTTTGCCCAAGCTAGAGCTTCTTCTCTTGGTAGTTCATATCTTTCAACAGCTATATCT +TCCTTAGCTATCTTCTTCATTTCTTTTTCTAATTTTTCTAAGTCTTCATTTGTTAATCTA +TGCTCTAAATCAATGTCATAGTAGAAACCATTCTCTACAGTTGGTCCTATAGCAAACTTA +GCCTCTGGATATAATCTCTTTATAGCCTGCGCTAATATATGAGCTGATGTATGTCTGAAT +ACATCTTTTCCTTCTTCATCTTCAAATTTGAATAAATTTAAATCGCAATCTTCATTTACA +ATGTAATCAAGTCCTACAACTTTATCATTTACTGAAGCTGCAACTATTACTCTAGCCAAT +CCTTCACTTATAGACTTAGCTATATCCATAACAGATATTTCATTTTCAAATTCTCTTACA +GATCCATCTTTTAAAGTAACCTTTATCATAACTAATGCCTCCTATATATTTTTTATAATA +AAAAACTCGTCGCCAATAAAAATATTGGGACGAGTATTAATTCGTGGTTCCACCCAAGTT +GATTTATAAATATGTTATAAATCCTCTTGTTGACTATAAGGTTGTCACCCGAACACTTTC +ACATAATAACTATGCTAATAAGTTCTGCTCCAAGGTAGTTTTCAAATAGCTATTTTTAGA +TGGGCTTACAGCCGATGACCCTTCCTCTCTGTAAATTAGTTCTATTTTACTTGTCCTTAT +CTTTGCAAGTATCTTAAGTTATTATAACTATTATATCAGATAGTAAATTTCGTATCAACC +TTAATATTTTATATAAATATTATGATAATACCTTGTATTATTCCTATTAAGAAACCTAAT +ACTAATCCTAATATCTCTATATGCTTTAATTCTTTCTTAGCAACTTTTATAATTAGTTCC +TCTAATTGATATAAATCTAATTCATTAATCTTATTCTCTACCATTTCTTGTATATTTATA +CGTTCTTTTGCTTTATTCATAATATCTTCGCTTAGTTCATCTATTGCAGCTTTAACTTCA +ACATCAACAGCATCCATTATGTAGCCTTCAATCATTCCTCTAATTGGAAATGGTACAAAA +GACATTTTTTCTTGAGCTATATTTTTTATTTTTTCTTTTATGTACTCAGTGATATTTTCT +TTATCATCTTCATTCATTATATTAGAAAGAATATCGTCCATAGACAAAAATTCTTCTTGT +ATTATTTCTCCTATATTTTTAGATATTTCATTTCTTCTTTTTGGTATAAGACCAATTATC +TCAAAATTTAATATAGGTATTTTTATAGGCTCTATAGGTCTAAATATTAGTTTTATTGCT +AATACATTTGTTATATAACCAATTACACCGCCAATACTAGCTAATAATGCTATCTTTAAT +ATATTGCTCATATAAATCTCCTTATAATATTATATACTTATCTATTTTTAGACATATATA +ATTATAAATCTTATGCAAAGATTTATAAAGTATTTTTTAGTAAGCAATATATTTAAATAA +AGTTCATATTTAATTTTTGAAGATTATACTAACTCTATCCCCAAATATAGATTTTATAGT +TTCTATAACCAATTCTGAAAAGTCATCATTTAATAAATCTAAAATTTGTACTTTTTTAGG +ACAGAGAGTCAGTAATGTACTGATTAAAAAATCTTCATAATTTAGATCCTCTTTTATAGC +CATATTTATTATCTCTTCATCATCAATATTGTCTATTTTATTACCCTCTCCATCATACAG +TACAAAAGAGCCATTTTCTAATATATTTACTACAAGCAAGTCAACTTTTGTTTCTTGCAT +ATCTATAAAGTATTTTAATACATTTACAAACTCGCTTTGTTCTTTTTCTGATAAATACTC +TTCTAATGCTATATCTGTTATTGAAGATAAATACACAAGAATTTCCTTTAATCTAAAGGT +TAAAAAACCCTCTATATTTAGATAATCACAGCTAGATAAATAATTATATACCTTATTTTT +TATAGCGTCTTTTATAACATTTTCCATCCTATCGAAAACTGTTAAAGCGTATTTATAAAT +AATATCAACTTCATTCTCATATAATTCTTTATATTTTTTATCTATGTACTCTTTTAAATA +CTTTTGTTTAATTATACATATTATTAGACATGTTAACTCTTCTCCTATATTTTCTAAATT +TAACTCATCTTCTATACCTAGATTAATTGCTACATCTATTATATTATCTTTAAAACTTAT +ATTTTTTTTTATTTTTTTTGTTTCTAAAAAGCCTTGGGCATTAATCCTATGATGAGGTGA +AAAACTTATATGAATCTCTTTATTTGTCAAATTTATCGCCCCTTTCTTACTATATAAAAG +AGGATTGCCTAATAATAAAATATTACCTATACCTTATTATTTCAATAAATAATATTTTTA +AACTACTTTTATATAATAAAAAAAGATATCTCAAATTGAGATATCTTTTTTATTATCTTT +CACCTTTTTTGTATGGGTTTCCAAGAGCTGACGGAGCCTTAGAACTCTTAACAAATAATA +CTAGAACTATTAATGTTACTATATAAGGTATCATTGATAATAAGTTTTCATTCACAACGA +ATGGCAATTCTGGATTTCCAAAGAATACTGTTAATGCAGTTGAGAAACCAAATAATAAAC +ATGCTACCATAGCCCATTGAGGTCTCCATTTACTGAATATAACAGCTGCCATAGCGATAT +AACCTTGTCCAGATATTAATGTTGGTCTAAATGATGAAACAACTGCTAAACTCATTGATG +CTCCACCTAATCCAGCTAATATACCAGATATTATAACTGCTGCATATCTAACACGAGTAA +CACTTATACCTAATGTATCTGCTGCACCTGGATGCTCTCCAACTGCTGTTACTCTAAGAC +CAAACTTAGTTTTATATAATACATACCAAACTACTAGAACTAATATAAATGCTAAATAAA +CTGTAGCATATGAATTAAATATAGTATCTAGTACACTTCCTGATGGGAATAGTCCATTTA +ATGGTCTTGGTATTTTATTTTCCATTGGTATTGTCGGAGTCATTGTAGCTCCATCAAACA +TCATCTTTGATACGAATAATGCTACCCCTGGTGCAAGTAAGTTTATAGCAACACCCGATA +TTGTATGGTCTGCATTAAAACTAACTGTTGCTATAGCATGTATAAGTGCGAATAAACCAC +CAGCTAATCCACCTATTATAAATGCTAACCATGGGTTTCCTAAGAAATATCCAGCTGCTG +CACCAGCAAATGCACCCATAACCATCATACCTTCTAAACCTATGTTAACTATACCTGATT +TTTCAGAGAATACTCCACCTAATGCTGTAAATATAAGGGGTGTAGAGTACATTAAAGTAG +TACTAATAATTAAAGCTATTTGATCCATTATACATTCCCCCCTTTACTTCTCTTTTCTTT +CATTTTATCATATAACATTTTTAATACACTACTTAGTGCTATAAAGTAAACTATTGAACC +GATAACTATGTTTACTACTTCTGAAGGAGCTCCGATAGCTTGCATCTTAGTTCCTCCATA +TTTAAACGCTCCGAATAATAATCCTGAGAATATAACTCCTATTGGGTTACTGTTAGCAAT +TAACGCTACAGCTATACCATCAAATCCATATCCTTCTTGAGCTGCTAATACTGATATATT +ATGAGATACACCCATTACTTGTATTGCACCAGCTAGACCTGCTATTAAACCAGCTATAGC +CATAGATTGTAATATAGATTTATTTACGTTTATTCCACCGTATTCAGCACCATATCTATT +GAACCCAACACCTCTTAACTCGAATCCTAAAGTAGTTTTGAATAATATAAATGCTATTAT +TAATACAACAGCTATAGATATTACAATACCCCAGTTCACTGAAGTAGCTGGTCCAATTAA +TCCTTTTAACCAATCTATTCCTATACTTGCACTTTCATGTATACTTACAGAAGTTTCACT +ATTTGGCTGAGCTAACCAAGTAGTTCTTATCATATAGTTACTTAAATAGAATGCAATCCA +GTTTAACATTATTGTTGCTATAACTTCATTTATTCCATATTTAGATTTTAACCATCCTGC +AATACCACCCCAAACAGCTCCTGCTACTGCTGCTACTAAAAGAGTAAGTGGTACATGTAT +GAATGCTGGTAAATCTATTCCTGCCCCAACTAATGTTGCAAATAAAGCACCTATTATAAA +CTGACCCTCTGCACCTATATTGAATAAACCAGTCTTATATGCAAATGCTATAGAAAGACC +TGTTAATATAAGTGGAGTTGATCTTATTATTGTCCATGCTATGAATTTAGGCTTTCCAAA +TACTCCTGTTATCATAGCTGAGTATGCTTCTATCGGATTAAATCCAGCTATTAATAAAGC +TATTGCTCCAACAACTAAACCTAATACTATTGATATTAACGAGAAAATAATAGCATTGTT +AGCAGCAGATAACTTTCTTTTTTGTTTATTATTGCTCATCTTCTGCACCTCCTGCCATCA +TGAATCCTAATGTATTTTCATCTGCATCTTTACCATCTACTATACCTACGATTTTACCTT +CGTATATTACAGCTATTCTATCAGATACATTCATAACTTCATCTAATTCTAAAGAAACTA +AAAGTACTGCATTCCCTTCATCTCTTTGCTTAACAAGAGAACTATGAACAAACTCTATTG +CTCCAACATCTAATCCTCTTGTTGGTTGAGTCGCAATTAATAATTGTGCTTCATTTGTCG +CAGCTCTTGAAACTTCAATATTATCAACTTCTCTACCTATTATAACCTTTTGTTGGTTAC +CTCCAGATAAAGCTCTTGCTTTTGTTGTATAGTCAGTAGGTCTTACATCAAATCTATCTA +CTATCATTTTTGCATGTTCTTCTATAGCATCCATTTTTAAGATTCCATTTTTAGAGAATC +TTGGATCTTTATAGTTTTGTAGTACTGTATTTTCAGCAACAGTAAAGTCTAATATTAAAC +CTCTTTTTTGTCTATCTTCTGGTATGTTTTTTATACCTTTATTGAACATTTCTAATGGCT +TATTATTAATAACTTCATGACCATTTATTTTTATACTTCCAGATTCAGCTTTTCTAAGAC +CAGTAAGAGCTTCTACTAATTCAGATTGACCATTTCCATCTATTCCTGCTATACCTAGTA +TTTCACCAGCTCTAACTTCTAATGATAAACCATCAACCGCAGCTATCTTTCTATTATCTT +TTACTAATAAATCTTTTATTGATAAAACAACATCTCCTAATTTAGGTTCATCTTTATCAA +CTTTAAAGTTAACTTCTCTACCAACCATCATTGCTGCTAAATCATCTTCACTAGTTTCAT +CAACTTTAACTGTATCTATATATTTACCTCTTCTTATTATAGTACAGTAATCTGCAGCAG +CTTTTATTTCTTTTAATTTATGAGTTATTATTATTACTGATTTACCTTCTTTAGTTAAAT +TTCTTATAATTTGCATAAGTTCATTTATTTCTTGAGGTGTAAGAACTGCTGTAGGTTCAT +CTAGTATTAATATTTCTGCTCCTCTATATAAAGCCTTTAATATCTCAACTCTTTGTTGCA +TACCAACTGTTATATCTTCTACCTTTGCAGTTGGGTCTACATATAAACCATACTTTTCCG +ATAACTCTTTAACATCTTCAATAGCTTTCTTCATATTAACCGCACCTAAACCTTTTACTG +GTTCAGTACCTAATATTATATTTTGAGCTACTGTAAATGGCTGTACAAGCATGAAATGTT +GATGAACCATTCCTATCCCATTTTCTATAGCTATATTTGGATTATCTATGCTTACTAATT +TTTCATTTATATGTATTTCTCCAGATGTAGGCTGGTATAAACCATATAATATATTCATCA +ATGTAGATTTTCCTGCTCCATTTTCACCTAAAAGAGCATGTACTTCTCCTTTGTGTACAG +TCAAATCTATATTATCATTTGCTACGAAACTTCCGAACTTTTTAGTTATTTTTTTCATTT +CAACAACTTTTTGACTGTAATCAACATTACTATTATTCATCGCCCTTTGCTAGCCTCCTT +ATTTAATAATCAGTACTCTTTATTATACTAAAATATAATTAATATAACAAACTTTTTTCG +ACATTTTTTTATTTTATCTTAAATATATGCATATTATTCATATTTTTTGTGTCATTTCTC +CCTTCTTATTTACAATTATGTTACACTATTAACCTTTTTAGTAAAATAAATATATATTTA +TATATTATCCATATTATAGATAATCTATTTGCTTGATACATATATTTTATATTTATAAAG +AAAAACTCCCACGTAAAAATAGATATTTAATTATAGTTACCTATTATAAGTGGGAGTATT +ATTTAAAATCTATTTATTATTAGGATAAGCTTTTTCAAACTCTTCTTGATTGGAAGGAAC +CTTTATATCTCCTGATTTTATTTTTTCTTCTGCATCATCAACATATTTTAATATATCCTC +AGGAACATTATCCTTAGTAGTTGGTGCTATACCTACACCGCCAGTTGATAATGTATTAAC +TATAGTTTGCCCTCCTTCATATTTTCCTTCTATTAATTTTTTAGATAAATTATATACAGC +TATATCTATATTTTTCATAGCTGATGTTATAACATTTTTAGGGGCAAGTGAATTTTGATC +TTGATCTACACCAATTGCCATTTTGTTCCCTTCTTTTGCAGCTTCTATTGCTCCTGTACC +ACAAGCTCCTGCTGCTGTAAATATTACATCTATACCATTTTTGTGCATTTGATTTGCTAT +AGATTTACCTAATGCTGCATCTGAAAAGCTATTTGCATATTGAGTTGATATTTTTACATC +TGGATTAGAATCAAGTACTCCTGCCTTAAATCCATACTCGAATTTCTTTAAAACTTCACT +TTCAATTCCACCTATAAATCCAACTTTACCAGTCTTAGTCATTTTCCCAGCAATTAAACC +AGTTAAATAAGATGATACATTATCTTCAAATATTAAAGAATCTACATTCTTTGCATCTAC +TACTTCATCAACAATTGCAAAATTATTATCTGGATAATTTTTAGATGCTTCCGCTATAGC +ATCTTTTAATTTATAACCTACTCCAATTATTAAATCCATATCTTCATCTATAAAAGTTTC +TATATTTGGTACATATTCTGCATCCTGTTTTGACTCTAAATATTTTACATCAACTTTATC +TCCATAATCTTTTTTTAACTTTTGAAGACCTTTCCATGTTGATTGGTTAAAAGACTCGTC +ATTTACTCCACCAGTATCAGTTACCATTCCTACTTTATATACTTTACTAGATGTAGTTCC +TCCTTCTGTTTTGTTGTTAGTTTTATTGCTACATCCAACTATCATAGAAGCTGATAAAAT +TAAAGATGTTGCAAGAGTTATGGTCTTTTTTAATTTCATTACTTTTGCCTCCTTTAATGA +TTTATGTATATTGGTAGGTTTCTCATTTTAAAGGTCTTTTATCCAAATAATTAGCTATAT +TTTAGACATGTAATTTTTTCAAAATAGATTGTAATTCTCTTTTATTTCAATGATAAATTA +TCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCATAAGTTTATGTTCATG +TTACAGTAATAATAACCACAAAACT +>MGYG000000001_17 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACCTCATTTGCTA +GATAAAAATTTATACAACTTATATTTTAAACATCTTCAACTATACCTATATATGGTAAGT +TTCTGTATTTTTCAGCATAATCTATTCCGTATCCAACTATGAACTTATCTTCAATAACGA +ATCCAACATAATCTACATGCATTTTTGCAGTTCTTCTTTGTGGCTTGTCTAATAAAGTAC +ATAATTTTAAAGATTTTGGATTTCTAGTTTGTAAAGCAGCTACTAAGTTGCTTAGAGTTA +ATCCTGAATCAATTATATCCTCTACTATCAGTACATTTCTTCCTTCTATATCTACATCTA +AGTCTTTTATTATTTTAACTGTTCCAGAAGATTCAGTTGAGTTACCATAGCTTGATACAC +TCATGAAGTCCATATTTACATCTAAATCTATATTTCTTATTAAATCTGCTACAAATACAC +TAGCACCTTTAAGAATTCCTACTATTAATAAATCTTCACCTTGATAATCTTTTTCTATTT +TCTTAGCTATTTCATATACCTTAGCCTTTATTTCTTCTTCAGATAACATTACTCTAGTAA +CTTTAAACATCTTACCCTCCTGCACTTTTTCCGTATGTTTTACTTTATCAGTATACCATA +AAACTGTAAACTTTTGAATGTTTTCTTTAATTTTTATCTTATAATTCGTATTTTCATTTT +TTATTCCTTCTTTTATTATAACTTATCTATAAAAGAATAAACTTTTAACTTAAAGTCTTG +GAATAAACTTTTCATTTGTATTATACTCTATTTATAAACATAATATGTTGTATATACATA +CACGACTATTAGGAGGTATTTCAATGAGCATAAATCATGGTGCAAACTTATATGATTTAT +CTAGCAAATATGGTTTTTCAAAAGATGAGTTAATGGATTTTAGCTCTAATATAAATCCTT +TTGGTACATCAAAACTTGCTAAAGAATATATAATCAATAATATAGATATAGTATCAATGT +ATCCAGATCCTAGCTATATAGATTTAAAAAAGTCTATATCAAATTATTGTAAATGTTCAG +ATGAGAATATAGTCTTAGGAGGTGGAGCAACTGAACTAATATCTTCATTTATAAAAACAC +TAAATCCTAAAACTGCTTTATTACTTTCTCCAGCATATTCTGAGTATGAAAGCGAACTAT +CTAAAATTAATTGTACTATTACAAAATACTTTTCTAAGTCTGAAGATAACTTTAAAATAA +GTGTTAAAGACTTATCTGAAAATATATCTAAAAATAAATATGATTTAATCATAATATGTA +ACCCAAATAATCCTACTGGATTTACATTCTCATCAAAAGAAATTGAAGAGCTTCTTAAAT +CTACTTCAGCTTTTGTAATGATTGATGAAACTTATGTTGAATTCACAGATACTGATATCT +ATTCTTGTACTAGCTTAGTAGATGAATATACAAATCTATTTGTAATTAGAGGTACTTCAA +AGTTCTTTTCAACTCCTGGGTTAAGGCTTGGTTATGGCCTTATCGGTAATAAAGACGTAA +AAACTAATATAAACTCTCATTTGGACTTATGGAATATAAATATTATTGCATCTACTATGG +GCGAAATAATGTTTAATGATAAAGATTTTATAGAGCATAGTACGGACATTATACTTAAAG +AAAGAGATTATCTAACTAAAGAATTAAGTAAGATAAATGATTTACATGTATATGAAAGTA +AAGGAAACTTCATTTTATGTAAGATAAAATCAAAGACAATCACAGCCAATCTATTAAGAG +AACAATTGATTTCTAAGAAAATAATTATAAGAGATTGTTTTTCTTTTGATGGTCTTGATG +AATACTTCTTTAGGGTATGTATATTGAAACCCGAAGAAAATAAGGCTTTAATTAAATCTC +TTAATGAAATATTTATTTAGTTATTATTTACCTAAATTAAAAAGGTCTATTTCAAAACAG +ATTTAAATTTTCTAAATCTTAATTTGAGATAGACCTTTTATTATTTTTCATCTTTTATTT +CAAAATCAACATCTTCTATTATATTCAAATCTTTGCTGTTTTTTATTATATCCTTATATT +TTTCAATTTCTTCACTCATAATTCCCAAACACCATACTAAAATAAGTAAGTCATCAAACA +TTCCAAATACTCCAGTTATCATTTCGGGAATGAAATCTATAGCAAAAACCATATATAAAA +TAGCTACAGCAAATGAAAATACTACCTTAAGTTTACTAATTATGCTTACTCTACTATCTG +TCATAAAATCTGGTATTTTAAATATATTTATAATAAAAAGCAATCCAAATTTAGCATTTT +TAAATCTAACTAAAACTTTTTTTAGTCCATCTAATAGCATACTTATTACTTTAATTATTT +TTTCCATAAAATCACCCCTATAATATATAGCTTAAACTATATTATATATTATAAGGGCTT +TTCTATAAATATACTTTTTCTACCACTAACCTACATTTCGAATATTTGTATGTTTTTGTT +ATTCAGTACCATATTTATCTTTTAATAAAAATGATGATTTTTTATCTTTTATAAATGAAC +CAATTATAGCTCCTCCTATAGCTGGCAATATCCAGTTAAATCCTAATGGAGCTAGTGGCA +GTTTTGACATAACTGGTACTACTCCCCATAATCCATTTGCTACAGTTAATAAACTTACGA +TTAAAGTTACATACGCCGATATCTTGAATATATTGTCATTTCTAACATGTGAACATGTTA +ATGATAATAAAACTAAAGCCATAAGTACAGGATAAACTGTCTCTAATATTGGTGCTGAGA +ATTTTATTATAGTTCCAACTCCAAAGTTTGATACAACAGCACTAAATACACACACTAAAA +CTACTATAGTTTCATATTTCACTTTTCCATTAGTAACATTTGAGAAGTACTCTCCTGTAG +CTGATGTTAGACCTATAGAAGTAGTTAAACATGCTAAAGATACAATTACACATAATAATA +TTTTTCCTGGATTTCCTAGTAAAGCAGATGTTATTTCAACCATTAACAATGCCTGTGGAG +TTTTTACTCCAAATTTAGTAGATAATGTTGCACCTAAATATGTAAGGCCTCCATAAATTA +CTGCTAAAGCTACAGCTGCCACTACTCCTGCTTTTATTGTTAAAGTCACCTTTTCAGATG +TTTCATTATAACCTTTATTTATAATTGCATTTATTATTACTCCAGCAAAAACTCCAGCTG +CTAAAGCATCCATAGTTAAATACCCTTGAGATACACCTTCTGCAAATAAATTATTTTCTA +TCATAACATTTGGGCTTATATCCCCAATTGGATTTAATACTCCAAGTACGATTAAAACTA +TAAGAGATAAAATTAATAATGGCGTTAATACTTTCCCTACTATATCTACAACTTTTGACG +GTTTTATTGTAAGCACTAATGTTAATCCAAAGAATACTACTGAAACTATAACTGCTACAA +CACTACCTGATGTATTTAACATTGGTTGTATTCCCATTTCATATGTAGTTGCCGCTGTTC +TTGGTATAGCTAGTAGTGGCCCTATACAAATAACTGCTGTTGCTCCTATTACATTTGCTA +ATCCTTTACCACCTCTAATTAAAACACTTTCTAGCTTTCCTGTTCCTTTTACTACAGCTA +ATAAAACTAATAATGCCAAACCTACATCCGCTAATACAAACCCACCTAGCGATGTAAGCC +AACTTTCACCTGATACAAGACCTAAATATGGTGGAAATAGCAAATTTCCTGCTCCAAAGA +ACATAGAAAATAATGCAAATCCAACTACTAATGTATCTAAATTCTTTTTCATACTTTACT +CCCCCTTCTCTTTTAAATTTTCTAAATTTTTAAATAATTATAAGTATATTTAATTATACA +ATTACATTTTTATCTAGTCAACTTTTGACAAGACTTAATATATAAATTTTTTTCTTATAT +TTTTATGTTATCCTGCATATTTATATACTATATAATAATCGTTCTCATAAATTTTATTGT +CAGACTAAAATCAATTCTAAGTATAAAATTTATATAAATGGAGGTGAAATCTATGCATCT +TAAAGATAACAGTGCAAATTTCAAGTATGCAAATGACTTTAATGTTTTTGTACTCGGAAA +TGCTACTCAATATAATATTGAATGTGAAGGTCGTGTGGCTATTGCCAATAATGCAAACTT +AGTAAATTATAGTGTTGGAACCAATCTTTCTTTCTCTGCATCTAGAGCAGATTTAATAAT +TGGTGGTAAGGTAAATATCGATGGAGGAATTAATTCTAATGGTAACACAATAGTTAAAGA +TTCTCGCAATGTTATAAAGTATACTATGATTAATTCTAATAATATATTTTCTGATCCTAT +AGTTGACGATACTATAAATTTTGAAGATGCTATAAATTACTTACAAAATGCTTCACGATT +TTGGGCCAGTTTAGATGATAATGGAAGTATCAACTTAAATAATAATATCTTAACTTTATC +AGGAGAAGATATTTATCTCAATATATTTACTATAGATGGATCAAACATTAATAATTCAAA +TATATCATTTGAAAATTTGGAAGTTATCGATATTGTCGCACCTAAAACTTCTACTATTCT +AATCAATGTATTAGGTGAACATATATCTTTCGGTAATTTTTTCACATTGAGAAATAGCAT +CCCTCCTACGCCCGAAGAAATGAGCTTAATAGTTTTTAACTTTCCTCAATCAAAATCTTT +ATACTCTGCAGAAATTTCTATAAAAGGCTCATTATTGGCTCCTTTTTCAACTGGAAATTT +ATATGATGGATATATTAGTGGCAATCTTATTTTAAATAATTTTGAAGGCAATGTAAAACC +TAAAAATATTTTATTTAAGGGCAATTTACCAGAGGTCAACTCAGAAAATAAAAACTTACT +TACAATCTCAAATTTTTTTCCATCTTCTTTTAACACTAGTAAAAGTTTAGGTTGTATATA +TGGAAAAATAAATCTTTCTACTAAAAATAATAACTGCCTAAGATGTTCTAGTATCAATGC +GTCTAATATTAAAATAGAACTCTTTAATCTTAATAATTTAGTACTTCCTATTAAGCATAC +CTACACTGATTATGATGGTAACTATGAATTCAAAAACCTTAAGGAAGGCTATTATTTTCT +AAGAATAATATCACCAGAAGGATATCATTTGTCTGATGGATATTGTAATAATGACTTTAG +CCCTAGAACTGGATTCTCTAAACAAATTTTCATAGACAATGTTCCCTATAACTTAAGTGC +CTGTATTTCTCCTGAGAATACCGCATTAACAAAACCTAAAGATTGCAACTACTTTATTTC +CGGTATAATCTTTAAATCTTCAGTTAATACTTCCCTTTATAACTATAGCTCTAGAGGGAT +TAATAATGTATTTATAACCTTATATGATAATTACAATACTCCTATTGCTTCAACATATTC +TTCATACTTTGATGGGGTTGATGGCTATTATAAATTTGAAAATTTACAGTCAGGTGTTTA +TTATTTAAAATTTAATCCTCCTAAGTATTACTCTTTTGTAACGCCTCTTTACAGTGATTA +TTATGGGTCTAAGGCTGATAGAGATACAGGTACTATAAGAGTGAATCTAGAATATAAAGA +TATACCACATGCTTATGTAGGATTAAACATTAAGTACTAATAAACATAATAATGAGGCAT +CATGAAAATATTTGCGCATAGAGGAGATAGCTGGTTTTACCCCGAAAATACTATATTAGC +CTTTAAAAAAGCTTTAAGTCTACCTATCTATGGTATTGAGTTAGATATTCATAAATCTAA +AGATAATCAATTAATTGTAATACACGATGAAACTATTAATCGTACATTTAAAGGTAAAGG +TTTTGTGAAAGATTATAGCTTAAAGGAACTTCAGCCCTTTAAGTGTAAGAAACCTCTTTT +TAAAAATAATATTGTGGATTTAGCTCATGACAATAATTTAGAGGTATTCGTATATACTGT +TAATACTCCTTTATCAGTTCTGAAAATGATCAAGTATAATGTTGATGGAATTTTTACAGA +TTTTCCTAATTTAATATATAATATATTAATTAAAACAATTGACATTTTCCATTCATAGGA +GTACATTATTTATTAAATAATTTTATATATTTAAATTCTTTTTGTATAAATTATTTATAA +TAAATCATTGGAGGGTACATATTCTATGGATGTATTAAAAGTTTTTGTAGAAAATTTATG +TGGAAAATTTAATAATTACGATCAAATTAATGATGAGCTTTCTAAGGGGGAAGTGTTACA +TCCAAAGGCAAGTCATATAAATGGTGTTTGTAATCACAAGATCAAAAACTTGCCAGAAGA +CTTTAAAGATTACTTTGTTATAGAAGAAAGTTACTATGAACAAGGAAATAGAAAAAATAT +CTTACCTCACTTATTCTTATTTACTTTAAATGATGATAATAAAGTAGTATTAGAATCTTA +CGAGTTACCTAAAGGAGTTTCTCAAGAAGAATTTAGAAATGATAATGAAGATTTAATTAT +GGACTACAATAAATTAGCTAAATCAGAGAAATTCACTCCTATGGTTTATAATGAAGAAAA +TGGAGTTTTTACTGGAGAAAGCACTAGTATGTTCTCACCTGTAACTAAATTCATTTTAAA +AGAAAGAGTAGAAAATGGGATGCTTTATGTAAGTGAAGTTTTCTATAAAGGAGATAAAAA +AACATTCGGATTTGAAGATCCAATAGTATATAAAAAAATAAATTAATAGTTAATATAAAT +AAAAATGATGGATATGTATTAAATTATACATATCCATCATTTTACTTTTGCTAATTTATT +CCCTAACTATTTTTTCTTCCTTAATCTTAAATAATAAAAGACTCTCCTTACAAGCCAATC +TACATACATTCCAACCTATATATCTAGAATATATCCTTTAGCAAGTTGCTCCACCTGTTA +TATGAAGCTCTGCATTTAATATTTCTTCTTTTCTTTCTAAGATATCTCCATTTAATAATT +CATCTTGAATTTTATCAAAACCTACCCTGTCTATCATATCTCCAAATCTTTCTCCAGTTT +TTCCTTGCTCTCTGTATAATAATATTGTTTTTTCTAATATTTCCTTAGCTTCTTCTATTG +TATATATATCTTTTATTGGAGTTCCAGGTCTTGATAATTTTCCCCACTTCCCTCCTAATA +TTATTTTTAAACCTCTTTTACCTTCTTCTATTGCATCAAAATGGCATTTATCTATACATA +AGCCACAATTATTACATTTATCTTTATCTATAAATAATTTTCCATTTATTACCTTAGCTG +CTCCTACCTTGCAAATTGATTCAATCGCACATTTTTTACATCCAGAGCACATATCTTCAT +CATATTCAGGTACATGTTGACCCATTAACCCAAAATCATTTAAACTTGGTTTTATACAAT +TGTTAGGACATCCACCTATACCTATTTTAAACTTATGAGGTAACTTTACATCGTAGTACT +CATTATAAAATTCTTTATGAAGTTCACTTCCTAATTTTTGAGTATCTAAAAGACCAAATG +TACAGACAGTTCCTTTACATGGAACTATTGGTCTCACTCTTGAGCCAGTACCCCCAGACT +TTAATCCATCTTTAGATAAATGTTCTTTTACATCTTCTATATCTTTAAATTCTATTCCAG +GAACCTCTAGAGTTAATCTTGTTGTGAGAGATATATTACCATTACCATACTTTTCTGCTA +TTTCACATACATTTTTAAGCTGGTTAACTGTTAATGCTCCATTTTCAGTTATTACCCTAC +AAGAAAAATGTTGACCATCATTATTTGATAAAAAACCCTGACCCTTTACTGATTTTCTTT +GTTCTGGTGTTATTTTCACCTTACTTTTTTCTCCCATTTTATAATTCCCCCATTTCTTTA +TTTAGTGATAATCCACCTTCTAATATGTTTACGTCCTTATATCCATAATACTTCATTCTG +TTATATGTCAAATAAGCTCTCTTACCTCTTGCACATACTAAAAGAATTTTATCATCATAA +TTTAAGTTCTCTATTTTCCCATCTATACTTGATAAATCTAAATATAATGCATTTTCTAAA +GTAGGTACCTTATTTACATCAACAATCTTATAACTATCTTTATTTTCTATAAAATCTTCA +AATCTAACTATTTTTACACCTTCTGTAATCTTATTTAAAAGAACATTTGCTGCATGGCCT +AGTGGAGATATTGCTGTTGAAAATGGAGGCGCATAAGCTAAGTCTAAGTCTTGTAAATCA +CTTAACTTTCCTCCAAAATGAATTGCCGTAGCTACTGTATCAATTTGCTTATCAACGCTA +CCTTTACCAAATACTTGAGCTCCTAATATTTTTTCACTATCTATATCGGCTATTAATTTT +ATAAACAATAAACCTGCTCCTGGATAATAATGAGCCTTATCATCTAGTGGTACTATTACA +CTGTCTGTGTTATATCCTAAACTTATAGCCTCTTCCTCTGTAAGACCTGTTCTTGCTGCA +TTTATGTCTAATAATTTTACTATAGATGTTCCTAATACACCCTTGAATTTACTTTCTTTG +CCAGCTATGGTTCTTGCTACACATCTACCTTCTTTATTTGCTGATGAACCCATTGGAGAC +CATGTGACTTTATTTGTTATAATGTTTTTTACAGATGCACAATCACCAACTGCAAATATA +TTTTCATCACTTGTTTGCATATTGTAATCAACACTTATAGTTTTATTATCTTCTAAATTT +AATCCGCACTCCTCAGCTATTTTAGTGTTTGGTTTTATACCTACACTCATTATTACTAAA +TCTGCTTTGATCACTCTTTTGTCTGTTTTTATCTTACTAACTTTTTCATCTCCAATTATT +GAAACAACTTTTTCATTTGTTAGTACCATAATTCCATTATCTATAAGCTTTTCCTGTAAG +TATAAAGAAATCTCTTTATCAAATCCAGGTGGTATACTTTCACTTGCATCTATAACAGTA +GTTTTTATATTATTTTCTAATAGATTTTCAGCTATCTCTAAGCCAATAAATCCACCTCCA +ACAACTACTGCTCTTTTTATTTCATCATTTTCTATAATATCTCTTAATTTAATTGCATCT +TCTGGAGTTCTTACATAATAAACTCCTTTTAGATTTATTCCATCTAAATTTGGTTTTATC +GGATCTGCACCTGTTGCTATAACTAACTTGTCATACTTAAATTCTTTTTCTTCATTTGTA +ACTACATTTTTAGTACTAACAATTTTACTATCTCTATTTATTTTCAAAGCTTCTGTATTT +GTAATAACCTTAACTTGAGTTAGTTTTTCAAAATTTTCTGGAGTATTGACAATCAAACTC +TCCTTATTTTCTATTACTCCACCAACATAATAAGGAAGACCACAACCTGCGTAAGATATA +TCTTTTCCCATTGTAATAATAGTTACATTATAATCTCTATGTTCTCGTTTAAGCTTTGCT +GCTGTTTTTGTTCCTGCTGCAACTCCCCCAATAACTAGAATATCCATTATCTTCACCCCT +TAGATAAATTTTCAACCAATTCACACCATAATTGTAGTTAGTTTTTAATATAATGTAAAA +TTATAAATATTTATTGATTTATAAATTTTTCTTATAGTACAATCTCGGTATAAGAATTTC +TATATTTATAAAACTATTAGGGGGATATTATGATTGATTTTAGACTAAAAACATTTATAA +ATTTATGCGAAACTAAAAGTTATACAAAAACAGCAAAAAATCTATCTATTACACAGCCAG +CAGTCAGCCAACATATCAAGCTTTTAGAAGAAAAATATAACTTAAAACTTTTTGATTATG +TAAGCAAAAAATTAGTCTTAACTCAAGAAGGAATAGATTTTTTGTATAATGTTCAAAAAC +TACAAACTATGTCTATAAACATAGAACATCATTTAAAAGATTCTAGTAAGAAAAATAAAT +CATTAGTTTTTGGTGCAACTAGGACAATTGGTGAATTTTATCTACCTAAATATTTAAAAG +ATTACATTAAATTGTATCCTAAAGATAATATATCTATGATAGTTAATAATACTAAGTTTT +TATTAGAAAACCTAAATAAAGGTAATATTGAATTTGCAATTATAGAAGGTCACTTTAACA +AAGCTGAATATGATACTTACTTAATTAGTAAGGAAAAACTAGTTGTAGTTGCTTCACCTT +TAAATAAACTTGCCTTAAAAAAATCTATTTCATTTAAAGATTTATGTAGAGAAAATTTAA +TTGTCAGAGAAAAAGGTTCTGGAAGTAGAGAAATTTTTGAAATGTTTCTTTATGAAAATA +ATTATTCTTATGAGAACTTCAATCATATTATAGAAATCGGTAATATTAATGTAATTAAAG +ATTTAGTTAAGAATAATTTAGGTGTATCTATAATGTACGAAAAAGCTGCACAAGCAGAGT +TCTCTAAAAAAGAGCTTATTATATTGGACATAGATAATATGAATTTATATCATGAATTCA +ATTTCATATTTTTAAAAAACTCAATTTTTGCTTCTAGCTACATAAATTTTTATAATTTTT +TAGTAAATACATAAAGTTCTCCAATATAATTTAATAAATTCTCTTGATACCTTTCTTATT +TGAATCATACTTTTGAAAATTCATAATATAGTGTATACTAAATTATGACAAGGTTTAGGG +GGGGAATTTTATGTTTAGGGTTTATTTTACCGTCTTCTCATCTGGAATTACTTCACTTTT +ATTTAGCAAGTTACTAACAGTTACTAATGATAAATTTGATGTATTCCATAAATATATAAA +TAAAGATTATTTTTTAAAAGAACAAATAAAATTTATAAAATACTTTGGTCTAATTGGTTT +AATTGCAATAATTAGTAGTGTATGTTCAATTTTTGTAGAGTTTTTTGCATTTAAACTTGC +TGATTTGCCTATGTATGATTACATCGGTATTCTAAGTTTAACCATAAGTATTATATGCTT +TATATCTCTGTTTCTTATATCATTGTACTTTACTTTTAAAATTATAATAAAATCTACACT +ATCTAAGATTTATAAAGTTTTACTTTATACTACATGTATTTTATCTATCTACATTGTATT +TATAAATAATCCTTTTGGTGTTTCACCATTATATATGATCGAATTATTATTAATAATATA +CTTTTAGTTGATTAATATACACCTCTTTCAAATAAACAATATAAAGTGCGTATATCAAAA +TTTTGATATACGCACTTTATATTGTTTATTTGAATTTATTTAGTTTACTCTACTTTATCT +AATATACCTTTCCATTTATTTATATCATTTGGTAATTTATTCAAGTCTATATCATATGTT +TTCTCATATATACTCTTATTATATTGATATACGCTATTATCAAAATCTCCCAAAGTATAG +TTTATAATGCTTAAATTATTTATCAAAGAAAATAATACTATTGAGTTATAATTCATAAAC +TTAGATATTTCTTCTTCATTCCAATCATTACCTAAGCTATATTTAATATTTAAAATATAA +TCTCCATACTTATTTTCATAGTTAAATTTTCTTACATATATATTTGCTAATAATTTATCT +AATATAATTTCTATAATTTTATCATCTTTTATATCCGTATTTTTATATTCTGATAGCTCT +ATTAAATCAATTTTACTTGTATCTTTTATTTCATTTTCTAAATTATTATCTAAATCTTTT +GATTTACAACCAGCCAATAATCCTATGCTCATAACTACAGTTAAAGAAACAGCTATCCTT +AAGATTTTTTTCATATAAGCTCCTTTTATACTATTAAAATTATATTTTATATATATATAT +CTGAAAGTTCCACTATAGTATTCTTATTATCTATACCAGCATTATAAATTACCTCTGAGG +AGTCAAGAACTTTTATAGGTAGTTTTACTACAAATGTAGTACCTTTACATTCACTTGATT +TTACATCTATAGACCCTTCATGTAAATTTACAAAAGATTTTACAAGTGATAAACCTAATC +CACTACCTTCATTCAATCTTGTAAATCCATTATCTATTTGAACAAATTTATCAAATATTT +TGCATAAAGATTCCTCTTTTATACCTATACCTTCATCTTTCACAGATATTATTAAATTAT +CATCTTCAACAGATATATAAGTAAATATAGCACCTTTATCAAAAGAAAATTTTATTGCAT +TTGAAATTAAATTTAACATAATTCTTTCTATTTTATCTATATCAATTGCCATAATAAGCT +CTTCAACTTCTGTATCTAAAATAATATTTAAATTTTTACTCTCTGCCAGTGGAATAACAG +ACTGTACAGTATTTTCTATTAAGCTAATCACTTCAACATTTTGAAGATTTATATTTTTAT +ATCCTGTGTCTGATTTAGTAACATCTATAATGTTATTTATTAATCTTATTAACCTATGTG +AATTTTTATCAATCATATTAATATTAGAAATTAAGTTTTCTTTATCTATTTCGTCTTTAA +TTTCTAAGTTTCTTTTAATTAACTGAGAAGATGATGAAATTACATTTACTGGTGTTCTAA +GCTCATGACTAATATTTGCTATAAAATTACTCTTAGCCCTATTTGCATCTTCAGCTATTT +TCTTTGATTCTTTTAGCTTTTTATTTGCTCTTTTAAATATACTTTGCTCTGATATAAGAA +ATATTATTATAAAGCATAATATTACGAATATTATTAATACAAGTATTATTTCATTTTTAT +AAGTTTTAAAAAATTCTTCAGACTCATAAAAAATTTCTGAATCTTGTGGAATTTGCTTTT +TACTAATAAGATTATTTGTCAAATGTCTTTGGTTAAATATTAGCGTACTGGTGCGCTCTC +CTTCTAATATTTCTGGATAGTTTTTATTTCCTTCTAAAAAATTTCTTACTATATCTCCAG +TAACACTTCCTTGTTTATAAAAATCAATAGTATATCCACCCATCATTCCATACTCTATTC +CTAAATTTGTAGTTGTAAATATAGGTGCTTCAGTTGTCCCTTCTATAGCACTTAAAATTT +GACGAACAGATCCTAATGTTGTACTAGTATCCTTTACTATTTTAGAGCTAGTTGAGCTGT +TTGGATTATAAAATAATACAATATCTTCTCTTTTAGAAAATTTTGAAAAAACTTCTTTTA +TCTCTTCTTCACTTTTAAATCCTACAGTTTTATTTTCAAACTTTAACTTAGGATACTTAT +CTTGTAAAGAATAAAACTCATTAATTTCATTCTTATATATATCTTCTAGACCTGTTATTA +AAGTTAATTTTTTTTTATATTCGCTATTCTTATAAATTTCACCTATAATCTCAACATTTG +ATGAAATCGGTTTGAATTCTTTAATTATGCATTCTATATTTTTATTTTTAGCACCTTCAA +TGATTTTATCATCAAATATACTAGATAAAAATAATTTGCTATCTCCAAACAATTCTGTAT +GCTTTAATGCAAATGCACTAGCAGAATCATCTACAAATACTACTGCATCAAATTTTGGAT +AGACCTTAAGCTTATAGCTAAGTAATGAATAAAATGACTCTTCAAGTTTCTTCTCTGGAT +ATTTAAATGTATTCATATACTCATAATATATCTCATAATCATTCCTTAATAAATCATCAA +ATCCATACATTTGTTCTTGCGTTGATGTGTAAGTTGGTGAACCGGAACTAATATATAGTA +TTTTCTTTTTTTCTTGTGCATTGACATATGTAGTGCTAAATATTATAAACATAATCAATA +ATAGTATTTTAAATAGCTCATTATTTATTCTTTTCATCACATTATCCTTTATTACAATAT +ACTTGTTTTATATACATATTATAACAAAAAGTGAATTGTATGTACAAAAAAACCTCCACA +TAATTTAATTATGTAGAGGTTAAAATAAACTCTATATTCCTAGGCCACTTCTAAATTGAC +TGTTATAAAGATTTGCATAAAACCCATTTAATTTTAAAAGTTCATCATGAGTTCCACGTT +CTATTATTTCTCCATCTTTTAGGGCTAATATTTTATCTGCACTTCTTATAGTACTTAGTC +TATGTGCAATTATAAATGTAGTTTTACCTTTCATTAAATTTACCATAGCTTCTTGTATAG +CAACCTCTGTTCTAGTATCTATAGAAGAAGTTGCTTCATCAAGTATAAGTATTGATGAAT +TAGAAAGTATTGCTCTTGCTATTGCTAACAATTGTCTTTGACCTTGAGATAAGTTACTTC +CATTATCAGATAGTACTGTTTCATACCCATCTTCTAATTGCATTATAAAATGATGAGCAT +TTGCTAATTTAGCAGCTTTTTCTATTTCTTCATCAGTTGCATTAAGATTTCCATATCTTA +AGTTTTCACGAATACTTACTGAAAATAAATAGGTATCTTGTAGTACTACTGATACTGACT +TTCTCAAACTTTCCATTGTAATATCATCTATATTTTTTCCATCTATACTTATTTTTCCAC +TATCTATAGTGTAAAATTTATTTAGTAAATTTATTATAGTCGTTTTACCAGATCCAGTAG +GTCCTACTATTGCTATAGTTTGTCCTTTATGAGCTGTTAGATTGATATTTTTTAAAATCT +TTTTATCGTTATTGTATGAAAACTCTACATTTTCCAAATTAACCTCGCCTTGTAAATTAT +CTACATCTACAGATTCTTCCTTGTCTATTTCTGGATTTTCATCCATAACTTCAAACACTC +TTTCAGCTCCAGCTAATGCTCCTTGAAGTGTATTTGATATATTAAGGATTTGATTTATAG +GTTGATTAAAGTTTCTCATATAAAGAATTATAGTAAATACCACACCGACACTTATATCCA +TTCCTTTTAATATAAATACACCTCCACATACTGCTAATACTAAGTATGTTAAGTTATTTA +TAAAGTTATTTATAGGTCCCATACAACCTGATATGGCATCTGCTAAAATTGCACTTTTAG +TTATATTTTTATTTATATGATCAAATTCTTTTTTAACATTTTCTTCTTGACCAAATAATA +ATACAGCTTTTTGACCTGATACCATTTCTTCTATATATCCGTTTAGTTTTCCTAAATCAC +CTTGTTTTTTTATAAATAAAGGCTGAGTATATTTCATTATAGTCCTTGTTCCCATTATAG +TTATTGGAATTGTCAACAATCCTATTATTGTTAACTGTGGACTTAACATAAGCATTGCTA +TAAGCATACCTACTATATTAATTACACCTGAAATTAATTGTGTAATACTTTGTGATAAAG +TTATATTTATATTGTCTACGTCATTTGTAAGCCTACTCATTAAATCCCCACTTGAGTGAG +TATCATAGTATTTTAATGGCAAGTGTTGCATTTTTTCATATAAGTCTTTTCTTATATCTG +ATGAGGTTTTTTGAGCTATACTAACCATTAATCTATTTTGTACAAAAGTAGATGCTGTAG +CAGCTAGATACATAGCTATAAGTACCATACAAATTTTGTATAATCCACTCATATTGCCAG +TTGCTATATAGTTATCTACTATATCTCCATTTAACTTCGTTCCAAATATACTTACTAATG +TTGTTATTACACAAAATACAAAAATTAAAATTAAAGATGCTTTTTTACTACCAATATACT +TTAATAATCTATTTATTGTTTCTTTGGGATTGTTTAATTTTTCATTACTCTTTACTATGT +GCATTCCAGGACCTCTGCCTGGTCTATCTAAAGAAATTGATTTACTAGACAACCTTAAGC +ACCTCCTCTCCTAACTGTGAAACTGCTATACTTCTATAAATTTCATTTCTTCTTAATAAT +TCATTGTGCTTGCCTATATCTGATATTTTTCCATCGTTCATTACTATTATCTTGTCTGCA +TCCATCACTCCAGAAATTCTTTGAGCTATAACTAAAACAGTTGATTCCTTCATCCTATTT +TTAATAGAATTTTGAAGTTTAGCTTCTGTTGCCATATCTAAAGCACTTGAAGAATCATCC +ATAATAAATATTTTTGGATACCTTATTAAAGTTCTTGCAATTGAAAGACGTTGTTTTTGT +CCTCCTGATAAGTTCTTACCTCTTTGCTCTACTTCACTTTGATACTTTCCATCTTTATTC +ATTATAAACTCATATGCTTGTGCATCTATAGCACTGCTATTTATATCTTCTTCATTTGCA +TTTTCATTTCCAAATTTTAAGTTACTTTCTATAGTCCCTCCAAATAATATATTTTCTTGA +AGTACTATACCTATATTTTCTCTTAGCTGTCTTATACTTATATCCTTTATATTCACTCCA +CCAATTAAAATTTCACCTTCAGTTGCATCGTATAGCCTTGGGATTAAGTTAACAAAAGAA +CTTTTCCCACAACCTGTAGAACCTATTATTCCTATAGTTTCTCCCTGTTTAGCTTTAAAA +GATATCCCTTCTAGCACATTCTCACTATGTTCATTATATCTAAAATAAACATCTTTAAAT +TCAATATCAAAATTACTTACTTCTATAGCTTCTTCTTTATCTTTTATACTAGTTTCTGTT +TTAAAAACATCATCAATTCTATTTGCAGAAGCCTTTGCTCTTGAAAAAGTAAGCATTATA +TTTATTACCATAACTACTGATCCCATTATTTGAAGTAGGTAATTTATAAATGCCATTATC +TTACCAATTTCTAAGTCACCTACATTAACCATATTTCCACCGAACCATAGTACTGCAACT +ACAGTTAAATTCATTATAAGTGTAGCAATTGGCCATAATATTAAGTTCATATTTTGTGAT +GCTATACTTTCATTTGTTAAATTGTCATTAGCTTCATTAAATCTTTCACCTTGTGTGCTT +TCTATTGCAAAAGCTTTAATTACCTTCACACCTAATATACTTTCACGCATTACAGTATTT +ATATTATCTATTTTTTCTTGAACTGATGTAAATAGTGGCAATGATTTTTTAATTATAAAC +ATAATAGAAACTAAAATTATAGGTAACGCTATTAAGAAAATACTTGCTAACTTTGGACTT +AATATTGTTGCTATTATAAGTCCACCTATTGCTGTAAGTGGTGCTCTTACCATCATTCTA +AGAGCCATATTCATCATCATTTGTAATTGAGTCACATCATTTGTAAGTCTTGTTATTAAA +GATGATGTTTTTAATTTATCTAACTCTAAAAATGATAGAGTTTGAATTTTTGCAAATAAA +CCTTCTCTTATTCCTTCTCCTAATTTCATTGATGCTACAGCTGCAAAAAAAGAACATGCA +GATCCTGCAAATAATCCTATGATTGCTGCAATTATCATTTTTATTCCAACACTAAGTACA +TAATTTAAATCTCCATTGGCTACACCAACATCGATTATACTTGATAAAAGAGTTGGCTGA +AGTAAGTCCATGGCGACTTCTAAGCACATTGTAATCGGTGCTAAAATTGCACAAACAATT +GCTGATCCTTTTAAATATTTTAATAATTTTGTCAATCTCAATCTCTCCTTATAAACTCTT +TCATTAAGATAAAAACTACTTTTCATTACACTTATATTGCTCTCTTTTTTTAGCTAAATT +ATCGTATAATCTATTTAGTATATTAATAGTTTCAGACTTTTCTTCTTCTGTAAATCCTTC +AAAGCAAATTTCATCTAATTCTAAAAATACTCTTTCAACTTCTTTTTGTACCTTTATTCC +TTTTTCAGTTAAAAATACATTTAAAATACGTTTATCATTTGGATTTCTTTCTCTATAGAT +AAGCTCTTCCTTTTCCATACCAGATAATATACTTGTAGCTGTAGCAGGCTCTATTTTACA +ATATTTAGCTAATTCCCTCTGGCTACATCCAGAGTTATTTACTAAGAAATCTAAAAGTTT +TGGCTTTCCTTCAGTTAAATTAACTTCTTTAAACTTATGTCCTGCCATTTTCCTATGAGC +TTTATTCAACCTCATTAAAGATCCATGTAATGTGTTTGATCTTATATGTTTTTTTATCAT +TTAGTTTCTCTCCATTCAATCATAATCATTAGCCATCTAATCATTAGACATCTAATCATT +ATGTTATCACACAATTTACTTTCTGTAAACAAAGTATATTTTCATTAATTATTATCTCTT +CTAAAACTTTTTTATAATTTGCATTATAAAAACCACTAAAGTAAAATTTTATTACATTTC +TCACTGTAATAAATTGACATATAGAATATATTGAAATACTATTCTATTATAGATAAGTGT +TCTCACACTAAAAATAAAAATATTGGAGAGATTTATATGAATAATAAAATTGAAAAATAT +GTTAATAACTTATTCCTAAAATCACCAATGTCAACTCACACAAAATATGCAAGTCAAAAA +ATTTTAACCAATGCTTTTAAAATCTACAACGATTTTCTTCAGTCTAATCTTAACGAAAAC +GAAGCTTACTTTGATTATAAAGAGGAGAAAGAATATGAAAAAAAGATATAGTATTTTTAG +AATTGTATTTTTGTCTACAGTAAGTATATGCTTAATTTTTGTATTAACGTACTTATCCAA +ATCTGAGAAAAAATTTTTCAACTTTATTGGATTTAAATATGCCAGCTCTGATGAAAGACT +TAGTGTAGTTTCTGAGAAAACTATAGATTTAAATAATGTAAATGACATCAGCTTTAATCT +TAATGTAGATGATATTACTTTTATAGAGAATACAGATGAAAAAATTAAAATCGTTGAAAA +ATGTACTAAGCAACTATCCGAAAATGAAAAGCTTCAATTTAATCACCAAAATAACAAAAT +AGATATTTACAGAAGTTCAAAACTTAATATAAATCTTCTTGAGAAATCTTTTAAAAGAGA +AGTAATAGTTTATTTACCAAAATCCTATAATAAAAATATAAATATTAAGCTATCAATAGG +AGATGTTGACTTTTCATCAGATTTAAAATTAAATGAACTTGAAATTTATTTAACTACAGG +TGATATTAATATAGATAATAATATTGAATGTAAGTCATTTATACTTGAAGGTAACACTGG +TGATGCTAATATTAATAGTTTATCATCAGATGAATATGGTATAAGCTTTAATACAGGTAA +TATAGAAATTTCTAATTTATCAGGTAAAGGATATATAAATACTACTACTGGTGACTTACG +ATGTAATATTTCTGACCTAACTGGTAACTCAGATTTTTCTTCTAGCGTCGGAAATATTAC +TTTAAATCTAAAAAAAGAACCTAATTTTAAAATAAATGCTTCTTGTGATATAGGAGATAT +TAAAACAGATTTTACAGAGGATAATATCAGAGAAAATTTTTCTAATGCACTAAATATAGA +TTGTGGTTGTGGAGATATCAAAATAAATAAAAATTATTAAATAGATAATCCTAATTCTAG +GAATAATACTTATGAGAATAAAATTTCTAGAAAGGGTTAAATAATATGAAAGTAACTTTA +GATCAAAAAGCTATACTTACTTTAAAAGATATTTTAAAAGACAAAGATAAAGAAAATACT +AAAATAAGAATTTATTTTGCAGGTATTGGCTGAGGCGGACCATCCTTTGGACTTGCTCTG +GATGAGCAAAAAAGTGATGATAAAACTTATACAGTTGAGGGTATAAACTTTGTTATGAGT +GAACATGATTATAACCAATATGGAGATATTACCATAAATGATACCGGATTTGGATTTAGG +GTTGCACCAGAAAATAGCGGTGATGGCGATAGTTGTGGTGGTGGCTGCTCTGGTTGTGGA +CATTAAGAAAGGATTAAATAGATGATTGCAATAGACGAAAAATCTCTTTTAGCTATTAAA +GATAAAGTTAATAAGAATAATAGTAAACTAAATAATGTTAGAATTTATTTCTCTGGTGTG +GGTTGTGATGGACCTAACTTTGACATTACTCTAGATGAATTGAAAAGTGATGACTTAGTC +TATAAAATAGACGATTTAACTTTTTTGCTAAGTCAATATGAGTATATGCAATATGGAGAT +ATAAAAATAGATTCTAGTGAAGAAAGTCTAAAGATAACTCCTGAAAGCTTAGAATTAAGT +ATGTGTTGTGGCAAAGGCTGCCCTGATTGTCCCTATTAATATGTAAAAAGGATGGACTCA +AAACTGAGTCCATCCTTCTTATCGTATAAAAGAGGGAACCTTTTATAACGATTATAATTT +AGGTATTTATGAAACTTAAAGTAAAATTTAACTTTCAAACTTGAAAGTGTTTATTTACTA +GGAACTTCTATTTCTTTATTTATTATTTGATTTACTTTTTTATTTACATAATCTATTATA +TCTTGAGAAACATTTTTATCAGTACTTGGAGCTAATCCTATACTGTTATCTTCTAAACCA +TATCTTATAGTTGTTCCTCCAGCATAGTTTCCTTCTATCATTGCTTTTACAGTGTTATAT +ACACCTTCATTAACTTTTTTCATAGCTGATGTTAATACATTTTCTGGAGCTAAAGCATTT +TGATCTCTATCAACCCCTATAGCATAAAGATTTTTCTCTTTTGCCATTTCGATGACACCT +ACACCTGAGTCACCTGCTGCTGCAAAAATTATATCAGCACCTTGACTATACATTTGTTGA +GCTATTGATTTTCCTTTAGCTGCATCAACAAATGAGTTAACATATTGAACTTGAACTTTT +ACATTTGGGTTAACTTCTGCTACTCCAGCTTTATAACCTACTTCAAATCTTTTTATAACT +TCGTTATCCATACCACCAACAAATCCTACTTTATTAGTAGTAGTTTTTTTACCAGCTACT +AATCCAACAACATATCCTGCTTGCTCTTCTGTAAATGTTATACAAACAACATTTTCAGGA +GTTTCTTCACCATAATCAACATCTACTATAGCAAATTTTTGATCTGGATAATTTTTAGCT +GCTTCTAAAATAGCCGCTTGTAAAGGGAACCCTGTACCGATTATTAAATCAGCACCTCCG +TCAACAGCTGTTTCTATATTAGTTGAATACTCTGCTTCTTGATTTGATTCTATATAATTT +ACATCTATATTAAAATCTTTTTTTATTTGTTCTAATCCTTCCCAAGAAGATTGATTAAAA +CTTTGATCGTTTATTCCGCCTACACTACTTATCATCGTTACTTTTAATGAATCATTTTTA +CTGTCATTTGAACTAGAACAACCTACTAATGCTAACATAGAAAGCATTAATACAGTTCCT +AAGTATAATATTTTTTTCACTATTATTATTCCTCCATTTAAAAACAATTTACTTTTCTCG +TGCTTTGTTATAATATCAGATAGTATCTACGACATAATATGACATTTGTCATATTTCTAA +AACTTTTTATAGGAGCCAACTAAAATGATTAAAATAAATGATAAGAATAAATTAAATTAT +TATATAAAAAAATATAAAATAGATGAAATCTTTAGCTCTAATATGAGTTCATATATGGAA +TTACACTACTTTAAAAAGAGTGAACATATCTGTTCATCTGGAGAAGAATTAAAATATTTA +TATTTTTTTCTAGATGGAAAAGCTAAAGTTTATATTGCAGCTCCAAATGGTAAGTCTTTA +TTAATAAGATTCTATGCACCAATACAAATAATTGGTGATACTGAAATATTAAATAATACA +ACTATCGATTGTAACATACAAGCTGTAGAAGACTCTCTATGCCTGGCGATACCTAGAAAT +ATAATAGAAAAAATAGCTTTAAAAGATGTACATTTCTTATCATATGTATGCAAGCAATTA +GCATTTAAACTTTCAAGTGCTTCACTATCTAGCTCAATGAATATGCTCTATCCCTTAGAG +AATCGACTTGCACGCTACATATTAGAAGCGTATAGTACAAATTATTCTCAAGATGAGAAT +TCAGAAAGCTTGACTCATATTTCAGAATTACTAGGAACTAGCTATAGACACCTTCTAAGA +GTATTAGATAAATTTTGTAGTGAAAATATAATAAAAAAATCAAATAAAACAATAGTTATT +CTAGATACACAAAAACTAGAAGATTTAGCTGGAGATTTATATCAATAAATAGTATAAAAA +AATCTCAGACTATCACAAGATATCTTGCTACTAATCTGAGATTTTTTTACTATGCCTTAT +AGATTAAAAGTTTTCTCTACGTGAGCTTTTATTTCTTTTGCAGTTCCCATAGATAATACT +TCATTAGCAAAGTTTTGCATATCTTCATAACTTACAGAAGTTATTAACTTTCTAGCTGGA +AGTATCGATATAGGAGACATAGAGAATTCATCAAGTCCAAATCCAAGAAGTATTGGTATC +ATCCTTTGATCACCTGCAGATTCTCCACACATCCCTACCCATTTTCCTTCTTTATGAGCA +TTATCTATAACAGTTTTTATTAACCTAAGTACTGCAGGATTAAATTGGTTATAAAGATGG +CTTATCTTTTGATTCATTCTATCAACTGCACAAGTATATTGTATTAAGTCATTAGTTCCT +ATTGAGAAGAAATCTACGTGCTTAGCTAGTATATCTGATATAACAGCAGCAGATGGTATT +TCTATCATCATACCAACTTCTACATCATCAGCAAATGCTACTTCTTCAGCTTTTAATTCA +TCTTTAACTTCAGCAACTACTTCTTTAGCCGCTAATAGTTCTTCTAAAGATGATATCATA +GGGAACATTATTCTTAATTTACCATGAACACTAGCTCTATATAAAGCTCTTAGTTGAGTT +TTAAATATGTCCTTTCTATCTAAACATATTCTTATAGCTCTATATCCTAAGAATGGATTC +ATTTCAGATTCCATTTCAAAGTATGGTAATTCTTTATCTCCACCTATATCTAACGTTCTT +ATTACTATAGGCTTGTTATCCATTCCTTCTAATACAGCTTTATATGCTTCATATTGCTCT +TCTTCAGTTGGGAATGCATCTTCTTTATCCATGTATAAGAATTCCGTTCTATAAAGACCA +ACACCTTCAGCGTCATTCTTTATAAGCCCTTCTACATCTTTTGGACTACCTATATTTCCA +GCTAACTCTACATGTCTTCCATCAAGAGTTACTGAAGGTTTCCCTTTTAATAATTCTAAT +GATTTTCTATATTCTTCAAATTCAGTTTTTAACTTAGTATACTTAGTCATTGTTTCTTCA +TCTGGATTTAATATTACTTCCCCTGTGTCTCCATTGAATACTATGTAATCTCCATCTTTA +GCTTTAGTAGTAATGTCAGTAAGACCAACTACTGCAGCTATTTCTAATGTTCTTGCCATT +ATAGCAGTATGAGAAGTTCTTCCCCCTATATCAGTTAAGAAACCTAAAACTTTGCTTTTA +TTCATAGTAGCTGTGTCTGATGGAGTTAAGTCATGAGCAACTAATACAACTTCTTCTTCT +AATGCTGCTAAATCAACTATCTTAGCACCTAGTAAATGTCTTATTATTCTATTAGTTACA +TCTTTTATATCTGCAGCTCTTTCTCTCATATACTCATTGTCCATAGATTCAAACATGCCT +ACAAACATATCTCTAATTTCTTTTAAAGCAAAATCTGCATTAACTTCTTCGTCTCTTATT +TTAGCTTTTGCTGAATCAATTAATTCAGGATCTTCTAAAACTAATAAATGAGCTTCAAAT +ATTTCCGCTTCATGTTCTCCTAACTCTACTAAAGCCTTTTCCTTAACCTTAGTTAATTCT +TCCTTTGATATTTCAACAGCTCTATCAAGCTTTGTAACTTCTTCATCTATATCAGCAATA +CTTCTTTTTTCTATCTCTAGTTCACTATGTTCTACTACTAATACTTTTCCTATAGCAATC +CCTGGAGATGCCCCTGTTCCTTTAAACATTATGATATTTCCTCCTAATTAAGTTAAGTTC +TATACCAATCTTCCAATTATATTCATCTTCCATAAATCTATATAAAGAATTATTAGATTA +GAATATTTCGTTTTATGTTACTCCTAGCGCGAAAGGGCGATATATAAATTTTACTTACTT +TTGTAGCATCTTTTCAGCTACTAGTAATAAAATTTATATATCACCCAAAGCGCCGAGAAT +CAGATTTCCAATTCTAATTTAATAATTATTATTCTCCAAATCCACTTTCTATTAATTCAA +CTAAAGTGTTTACTGCAGTTTCTTCATCTTCACCTTTAGCAGATATAGTTAATTCATCAC +CTTTAGCTAATCCTAAACTCATTATTCCCATTATTGATTTAGCATTTACAGTTTTTCCTT +TAGCTATAACTTCTACTGTAGACTTGAATTCAGCAGCTTTCTTAACAAACATTCCTGCTG +GTCTAGCATGTAACCCACTTGCATTTTTTATACTTACTAATCTTTCCATCTTTTAAACCT +CCAAAATAATTTATTATTAAAGTATGTTATTTACTTTATTAGCTTATATTATATATAATT +AACCTTGTTTTTTAAAATCACTTATAATTTGATTAGTTAAAACCTTAGGTAATTTACTTT +TCGCAACAGGTATAACCGGTCTAACTTCGTTAATTTCTTCACTATCCTTACTAGTTTTGT +AATTTCTGTGTACAGTGTCAACTAACTTATTAAAGTCATAAAGACTTATACGATTAATAC +CATTTTCTTGAAGTTTTTGCTCATAAACAGCATAAAATAATTCTTTATAAGAAAATTCCT +TTTGTAGATTTAGAACTTCCCCTAGTCTTGGTATAACATTTTCCAATAAGGTTCTACGTG +ACACGCTTCTTTTTATGCCTAATATATTACATAATCCTTCTATAGTTTCATCCTTCAAGT +TTATAAATTTTTCAAAACAATAATTTTCATCATACTTATAGTCTAGGTTAAAATAATATC +TAACTCCTTCGTATCTTTCGTATGCTTTCATAGTATCAAGATACCCTAAAGTAATATTTT +TTTCAATATTATCTTTATCTTTATTTAAAGATCCACCTAGATATTCAGATGGTACTATTA +CTTTTATATTTATACCTTTATCATTAAATTTATTTAAATTCATTTTTCCAATAAAATCAT +CTAATAACCTTATCACAACTATATCTGTGTATCCTTTATCTACTAATAATTTTACTGGTA +TATTGTCAGAAAACATTCCATCTAAATAAAGCTTATCATCAAGCTTCTCTAGCTTAAAAA +TCGGAAGACTTGCACTCGCAATTAGATAATCTACTAATCTACCTTCTGGAATATCTTCAA +TATACAATTGATGTGGATTAATTTTTTTATCCCAATGTACGGTAACGATTCCAAAGTCCT +TATTAGATTTCCTAATAGCTTCCTCATTTATATTTTTTTCTAACATATTTCTTAAAGGAG +TTATATCAATTCCCTCATTTTTTCTGGCTTTATTTATAAGTTCTATAACGACATTAAAAT +TTTTTGCAGTAAAATCCAAGTCTTTATATTTTTCATATGTATCTTCATCTATATTCATAA +AACTAGAATAATCATAATTCCTCCAGATATCTTCCATTACCTCAATATCATTTTGAATTA +TAAATGCTCCATTTAAAGCACCTATAGATGTGCCTGTGACTCCTTGGAATTCTATTCCTA +GTTCTCTCAAGGCTTTATATGCTCCTATTTGGTAGGCACCTTTAGTACCTCCACCTTCTA +AAACTAAACCCTTCATATTACCACCTATTTATCATAGAAAGATATATACTTTTTCATGTC +AATAATCTATATATATTTTACTAAAAATTTAATTATATTTTATCATAAAAATTAATTAAA +AGTATATATCTTTCATAATTTTTATAAATTATTTGAAAATCTCATATTATAACTATTACT +TTATTAAAGTTTTGTCTGGAACAATTTTTACAGACTTTAAGAAAAGCTTCTTCTCCATTG +GTTTAAGAGATAAAGTTTTCATCAAAGTATTTTGCTCATCTACTAAATATATATTTTTAT +ATCCTGATTTTAAAAATGTCATACAAGTTGTTCTTATATCACTATTATCTTCACATTGAA +ATACACCTGGCGTAACCACTAAATTATACTGTGAGAATTTAATATTTTTACCCATATCTT +TATATTTATTTAAAAATTCTTTAGCATCCTTCTTAGTTATATACCCACTTACATCTACAT +AAACCCTTTTTTCATTTTCAGATATTCTTGATAAAATCATTATTTTGCCCCCTTAAAATT +AAGATATTCATTTAATTATATGAATATAGGCATTTATTAGTGATTATACGTTATAGACTT +AAGGATTCCTTAATTAAATTATTTATTCTTGTTTCTAATATATAAATTTTTTCTTTATAT +AATTTCTCTTCTTCTAATGCACTTTCTTTTTTTAAAATATTTATTATCTCCTTTGATAAA +GACTCTATTTCTTTATAATTATTATCCTTAAATATTTTTATTTTCATAACTTTATTAGGA +TAATAATCATAAATATCTTTTCCCATATTTTTTGCTGTTACCTTAAAGTATTTATCATAT +ATATTTGAATTTAATACTCCAGCTAAATATTCATAAGAAAAATCATCCTTATACTTATCT +TTTATAAAAAAAGAATATACATCTGCACTACAATATGAATTGTTATTGTCTATAGCAAAT +CTATTATTTTTAGATTTATAAGGATACATTATTTTTTTTCTTTCAAATAATTTTTTTTCA +CGCCCCCATTGTAATTCATACCATTTTCTTATGTTTTTTTTACATTCTCTTCTATTTTCT +AATTTATATTTGTAAGGATCGATATATGTTTTTATTACATCTTTGTATCTTGTTTCATCA +TTTATATCATTTGAATATATTAGTCTATATTTAGTATCTTCTATTATATATTTTCTTATA +TTTCTATTTTTTACCCATGATTTTAAAAGATTTTTAGGTACACAATTTATGTTATTACTT +TCTTTTTCTAAAATAAATGCCTTATCACAACCTGTAATTATACCTTGAAAGCTTGTTACA +ATATCTTCTAAATAGTAATTACACTTTTCTTCAATTTTACTATAAAAAGCCTTATCTTCT +TTATTAGTTAATATCCAATTTTCATCCAAGGAATTTTGATTAACACTAAAGTGTTTAAAT +AAGCTGTTCATATAAAAATCATTTAAACTATCAATATCATTAATCTTTATATTTTCATCA +TTTATTTTATATATATTTATAGAATTATCATCTCTATGCCCTTTAGCACCTTTAAATTTC +AAAGTCAATATACAGCTAGCTACTCCTACATTTTTAAATATATTTGTTCCTAAAAAGTCT +ACTATTTCCCTTATATACGTATTTTTATTTATATATTCTCTTAGACCCTTTCCTGATGGA +CTCTCTAAGAAGTATCTTGGAGTAATCATGGAAATAATCCCGTCTTCTTTTATTAAGTCT +ATAACCTTTTTATAAAAACAAAAATATAAATCAGATTTATTCCTATAAACCTGACTATAT +TCTTCTAAAAGATACTTCTTATATTCCTTATTTAATGACTTATGCCCAACATAAGGTGGA +TTTCCTACTATATAATCAAATTTGAAATCCCACTCTTTTGTTAGACCATCTTCACAGTAT +ATATTTAAATCACATGAATTAATGACATTAAAATTAATACTTTTATTATTTAAACTTCTT +TTTAAAATATTTATAGCATCATTGTCAGTATCAACTCCATATATGCATTTTTCAACTATA +TGCCTGTGAATATTATCTATCGACCAATAATCATCCTTGTATTTTTCTTTTAGTTCATAA +ATATTATCTTCTAATAAGTTATATAAAATATCATACGCTTCTAATAAAAAATTTCCGCAT +CCACATGAAATGTCTAGTATTTTTGGATATGGATTTTCTACTATATTATGTTGCTTTAAA +GTTTTTTTCATAATGTAGTCTACAATAACCTTTGGTGTATAATAAATTCCATTAGCTTTC +TTTATATTCTCTTCTATTCCATCTTCATAAATTTTTGATAAATAAAAATTATCTACTCCT +AATGCCCCTGAATTTTCTTTCATATTTCCCTCCAAAATATGATTTTTCTTAAGTTATATT +TGTTTTATTATATCACATTATCATTCCACTATATTCCATTTAGAGTTTATCCATTTAATC +GTATCATCTATACTATAATCTTCTCCTAATTTCTTTAAGTACTCTAATGATGCTATATCA +TCCATTCCTATATCTCTATTCATTCTTGGATTTAGTCTATAATAATTTTCATCCAAAAGC +TTCTCAGAAAATAATTGACTCATTTGGGAGTTTCCCTCTAAAGTAACAGAAATTATCGGT +AAAGATGGCTCTTTACTTATAACCCAATCTATTGCTCCCCAAGTTGTAGTATCTTGTTTT +ATACTATTGTAAAGATATCCTGTTCCAATTGACAGTAACCTAATATTTTTCAAATCTTTT +CCTAACTGATTATCTAAAGCATGAACTATAGTTGCCAAGCTAGGATCACTTGCAACCACC +CCTCCATCTATATGGCAATTATAGCTTGGAAAAAAAACTGGAGCTGCACTACTGTACATT +GCAACATCGATGACCCTCTCATTCTCCGTAGGTGAGTTAGGTAAATTATTGTAGAATATA +GGCTTCCATTCGCTAGTTTCATTACCAATATATAAAGTTGGTATAACTACTAATTTTCCT +AGATCTTTTAGTCTTAAATATTTAGGAAATATTTTACTAAGTATGTCTTTTAAATGCTTA +TTATCATATTTGGGTCTTAGAATTTCTGAATATGATTTACTAAAAATATAACTAGTATTT +TCGACAGAATAAAGTTCTTTTATTTCTCTAGGGCTTAATCCATAAGCTAAACCCAAGGCA +ATCAAACTTCCAGTTGACGTTCCTCCTATCATATTAGTATTTCTTAATATATCTGGAAAT +TCTTTTTGTATCCTTTCAAAAAGGCTTATACTCAAAAGCCCTCTTAAACCTCCCCCATCA +AAATTAATTATATTAAAAGTAGAATTTCTCATAAGACTCACCTCTAATTAATATTACTAA +TCTATAATATCTTCTAACTCTAAGTTTTGTGCATTGAAAATAAGCAAAAAAGGTCACTGA +TATTAATAGCATATATTTAGCTACTTATCAGTGACCTTTTTACTTTATGTATCCATATAA +TCTATTTTACTTGTTTGCATCAATGTACGAAAGTATTCCCTGTGCAATTCCTTCTGTTAA +TTCATTTATAAACTTCTCATCAGTTAACTTTTTTTCTTCTTCTGGGTTTGTAATAAACCC +ACATTTTATTACTATTGCTGGCATAGTAGCTTCTCTTAAAACTCCGAAATCTCCAATGCC +AATACCTCTATTTTTTAAATCAACATAAGATACAATAGAGTCTTGTACATATCTTGCTAA +TTCGTCTACTCTATATAACTCATCCTTTTTATAATATATCTCAACCCCATTTGCAGTATT +TCCGCCATATTCAGAATTTAATTGTAGCGAAACTAAAAAATCTGCCTTTTGTTGCTTTGC +TTGATTTACTCTTTCACTCGTACTAATATTCACATCTTCACTTCTAGAAACTATTACATT +TATATCACTTTGATTTGAAAGCTTACTTGCTAATCTTTTACCAATTTCTAATGTAATATC +CTTTTCGTAATTTTGAGTAGTCTTACTTTGTAATCCTTTATCATCTCCGCCACGTCCAGG +ATCTACGAAGACAGTATATTTTTTATTACTTTGTTTTTGTTCTTCACTTAAATCAAATTG +TTTTTCAACTTCAACAACTGGCTCATCATTATTTTTCCCCATTTTATAACTTACATTTTT +AACTACTTCAGCTACACTTTGAGTAGCCTTTATTGTTCCAAAACTAAAAAATAATATACC +TAAAACTAATATACTTAATTTAGCTTTATTTATTTTTCTTTTCTTATTTACTTTCTTATT +TTTACTAGTTCTAGGATTATTTTTTTTGTTTTTATGTAAATACGTAACATTATTTCTACC +TTTATTACTTCTATAAGACATGATTTACCATCCTTTTACTTATTAATATATCAAAATCCT +TGTATCAACTGTTATTTTAACATTCCCATATATATCCTTCAATATTTTTCTAAATTTATT +TTTATATGAGTATTAAATAGATTTTTAAATACAATAATATTAAAAATATTATTGTATTTG +TAACATATTTTTAAACTTTTCCATTTTAAAATATAGTAAGATATATGTGTGACAAAAAAA +TACATATTCCGGAGGTATACAATGAAAAAAATCTTATTAGTACTCTCATTGGTTCTGACT +ATGGGGCTTGTAGGTTGTTCATCTAGTAGTAGCAATGGGTATAAAAATGTTTCTTCGTCT +GCTGTGCAAAAAGCAATTAAATCTTCTAATTTATTAGTTGAAATGTCAATGGACTATGAC +ATTAAAGATTTCGAATACTTTAATGATGTTGAAGAGTTAATAGGAGAAGGATTCATAATA +AGAGCTGCTATGAATGTTCGTCTTGAAGATGTTATATTCATAAAAGCTACAAATGAAGAA +AATGCAGAAAAAATCTACACAACTTTAGAATCCTATAAAAAAGAGATGGTTATAAAGCCC +TTTGGAGATGGTTATGGAGCAGAGGAAAACACAACTATAGCTGCAAGTACAATAGTTGAG +CAAAAAGGAAACTACGTATACCTTATATCAGCAAAAAACGCTGCAGATATAGAAAAGGTT +ATAATAGATACTATTCAAAAATAAGGAGATGACCTAAAATTAATGTTTTTATTAGTATAG +CATTTATTTTTTATTTTTTATTTTTATCTTTAGTATTAATCTGTTATTTCTTATCTCCCT +ACAGGTTTAAAAATTTGGTTTTATTTATTTTTAGATTAGTTTTTTATGCCTAGGGAGAAT +CTATATACATTCTTATAATGATCTTTTCTATTTTTCCAGATTATATGCATGCAATGATTA +TAGATAAAAATAGGGGTAATATTAAATCTAAAATGACTTTAATTTCTTCTATTATAGTTA +ACTTAAGTTTACTTACTTTTTTAAAGTACAATGATTTTTTAATATAAATTTACAATAATA +TTTATTATTTATTAACAACATTCAAACACTAAATGACGAGATATTTTGTAAATAGAACTT +TAGCAAAATATATAATATAAAAAATTTAATTTATATATCAGATGCTTTTATGACTTTACA +CATAACCGAAAGTGAATTGAATATATTATGAATTACCTTTTAGAAATCGCTAGCAAGAAT +GAGTGAAAAACTAATTGCTCTGACATTTTTAGCATCTTTTCAGCTACATGTAAGACAATT +AGTGTTCACGCATTCCCGCTGAGTTCAAAACTTACCATTCATAATACCCAAGTATCTTCA +AATATCTTCTCTCGCCTTCTTTTAGGCTTAGTGGGTAATTCAATAAGTCAGAAGTATGCT +GACATATAAGATAGTCAATTAAGTAATCCCCTTCTAAAATAACATCTGTGATAATCATGT +TATGATAAGCTCTACCCTCATATATTAACTGTACTATATCCCCTAATTCTAATTCATTAT +AATTCGCTAATCGAGCATATATACCATAATTACTTGTATTGTCATTATTATTACTAGTTA +AATATTTATAAAAAGGTTCTGCAGCTGTCCATGTGGGAGTTCTACTATTATCACTATACC +AATACCACTGCTTAAGAACATCACTACCTGAGTGGTCAAAAGGAATGTCTCCAGCTTTTA +AACATTGAGAAATAAAATTAGTACAATCTCCTCCCCAATTTTCATAATCTTTATATTCTT +TATTTCTTCCAAGAGCCCACTTCTTTGCATAAGCCGCTGCTGCTTCTCTGTTATAAGGTT +TTAGTTCCTTCACAAACAATTCCTCCAATCTTATATTTATCTTTTATAGATTTAAAATAA +TACCTCACTTATAAAATAATCACTAAAGTAGTCAATAGCATCCTCATACATTACTTTAAA +CTCTAAAATATTTGTGATTGAATTCCCCATTTCATAACTTGAAAAACAAATTACTAATCC +ATCACTCTCAAGATAAAAAGGCTGATCTTCGTATATTTCTATGGAGTATATAAAATTAAT +TAGCTCATCTTCTATTTCCTTTTCACAGCATTCTAACTTTCTACTCAGTTGCAATTTTAT +TGTATCTGTTAGAAATTTTTTATAATCTATTACCTTATCAAAAATGTCTTTTAACTTAAT +TTCCTTTTCTAAATTAAAATCATAATTATATGAGTTTATATAACTTATGTTGTAAAGTCC +TATAAATTGATTAAATTCTATAGGTATACTTATAATATTATTTTCATTGAAGGTAACTGT +ATATTCTGTAAGTAAATTTATTAATATATTCGATTCGTCTTCACTTAATATTTGTTGAAC +TACTTCCTTAAAACATAATACATCTTCATATATTTTTTTATTTATAAAATTTATAAAATT +ATTTTCTTTATTTAATAGTTTTATAATTGGATAGTTCAAAGTATATCTTACACTTTTTTC +TTCCTTTTCTATTATCCTATTCTCAATTATTAACATATGCATTCTCCTCTTCACATTGGT +ATATAATAATTAATATGAAAAATAAAATACTTTTGTTAAGTATACATATGAGCAAATACT +TTTTTCTAAATACTATAAATAGCCTTCTATATGTTAGGTAAAACTTAGATGTCACTTACT +GTTATTAATTTAAATGGTTTAATTATATTTTGAATTTTATATTATTTATATATATGTTGA +ACTTTGTTTTATTTAGTCTATTGAATATCTTGTCATACTTTAATATAATTAGAGGTATGT +TAAATAAAAATTAGAAAGAAGGGATTATATTGTCAAACTTAAAAAAGCTAGTTATATTTC +TAGCAGTTTTAGTTATTGCTCTTCCTGCAAGTGTCTTTGGATACGTTTATTATAAGTTAA +ATTCAATACACGATTCCAATATAAATACTGGGGCATTAAATGATATAAAATATCAAGGTA +AGAATGGCATCACAAATATTTTACTAGTAGGTACAGATGGAAGACCAGGTGAGGAAAATG +TTAGATCTGATGCTATGATGATTCTTACAGTAGACGGGGTCAACAAAAGTCTTAAGCTTA +CATCATTAGCTCGTGATAGCTATGTAGATATTCCTGATCACGGATATCAAAAACTAACTC +ATGCTTATGTTTATGGACAAGCTAATTTACTAATAGAAACTATTGAGGATAATTTTGAAA +TAGATATTCATAATTATGTTGTTGTTGATTTCTACTCATTCATGGATATTATAGATGCTT +TAGGTGGAGTTACTGTTAATGTTAAAGAATCTGAGTTAAAAGAAGTGAATAAATTTATTC +CAGAAACATATAATTGGAATACAAATAGTAATAAAGGCTCTATACAGTATATAGAGTCTG +CTGGTAAACAAAAACTAAATGGATATCAAGCATTATCATTCTCGCGTATAAGGAAAAATG +ATAGCGCAATGGAAAGAGATCGAAGACAAAGAGAAGTTATTCAAGCATTACTTTCTTCTG +TTAAATCACTTCCTGTTACTAAATATCCTGGATTAATTGATACAATACTACCTTATGTAA +AAACTAATATGAAACCTTCAGAAATATTAGGATTAGGTGCAACTATATTAGGATTTGGAA +ATATTGATATAGAACAAATAGAGTTCCCTATAGATGATGATATCCATAGTAAAGGTGGTA +TATATGGAAATTCTGGATGGGTTCTTAGATTTGAAAAAGACACATTACCATTATTACATG +ATTTCATCTATAATAGCATAAAACCTGAAAATAATGAAAAATTTTAATACTATATAAGTA +AAAAGGAGTTGTCTCAAAATGTTTTTTAATCATTTAAGAAGACTGCTCTTTTTTATTTGT +TAATACTCTGTCCTTACTATAAAATTATACTTTTACAATCTATGCTTATTCAAGTATGCA +AAAAAGGTTGCGCTCTACATGAGCACAACCTTTCATTTGTTAGGGTTTATCTTTCTATTT +TAAAACATACCTTTTTACCTATTAAATTTTATCCTATAATTCTTCTAGCTTTTACAAATT +TACTTGAATAATAAGATGAATTTATACTTGTAATTTTAACTACATCTCCTGGTTTAGTAG +AATGTATCATATTACCTCCACCTATGTATATTCCTACATGACTTATACCAGCTCCATTTG +TATTGAAGAACACTAAATCTCCTGGTTTTAAATCACTTTTACTTACTGCTCTACCAGCTG +TAGCCTGAGATTTAGATGTTCTTGGTAATATTACTCCTGCTCCATTTTTATAAGCATAGT +AAGTTAATCCTGAACAGTCAAACGAATTAGGTCCTTCTGCCCCCCATCCATATGGCTTTC +CTAATTGATCCTTAGCTATACTTATTACACGTTGTATCTTAGAAGAAACTATTGATTCTG +ATGATTGTTCACCTTCAGATACAGTTCCTGAGTTAACAACCGTTATATAACTAGAACTTG +CCCAACCTATAGTCCCATCTCCAATTTTAACCTTATACCATCCACTACTTGAATCTAAAA +TTTCTACATAATCATTTGAGTATATCTGTGCAATCACTTTATAACTTGTAGATGCTCCCT +CTCTAACATTTAAATAGTCCACTGGCTTTACTTGACCTACTTTAAAGTTTGTCTTAGAAT +CCATTTTTCCATTAGTATCAAATCTATACCAAACGCCATTTACTTTAAGTATTTCATTTT +TAGCCATTTTTCCACTTGACTTAAGCCAGTACCAAAATCCATTATTCTTAAGCCATTCAT +TTGACGACATCTTTCCATCAGACTCAAGCCAATACCATTCACCATTGTCTTTTATCCATT +CATTAGTTGACATTCTTCCGCTTAACTTTAACCAATACCAAGATCCACTATGCTTAACCC +ACGCTTCACTATACATAGCACCATCAGGCTTAAAGCAGTACCAATCACCATTTTCCTTTA +TCCATTCATTTGATGCCATTCTTCCACTAGCTTTTAACCAATACCACGATCCATTATATC +TTAGCCATTCATTTGATGACATTTTTCCATCAGATTCAAGCCAGTACCATGATTCTCCAT +CTTTTAACCAACCAGTGACCTTAGCATTATCTCTGTAAAAATACCAATTTTCCCCTTCTT +GGAACCATCCATTTTTTGATTTGTAATCAACGACTCTAGTTTGAATATCATTTGTATTTC +CAACAGATTGATCACTTATCACTTCTTTTTCAATTTCATCTATATTTAATTCCTTATCTA +TAGTTTGAAACTCATCTAAATTTTCCATTTGATTTAAGCTTTCAGCGCTAACTTTATCAA +CATTAGCTATTAAAGATACTGATCCTGCCATAGCAATGGCTGTTATCACTCTAGGAATTT +TTTTAGTACAAGTACTCTGAAACTTACATCTCATATCTAAATCTCCCTTATTTTATATTT +AAGTTAGTAATTTTCATGCATTTAATTTACATTCTACCATAATTTTATATTTTTCTCAAT +TTTTATATTTGATATGACATATTTCAATTACTGTAAATATTTACACAATTATATTTTTAA +CTCTCCATTAATTGAAAATGTGTAATTTTTACCTTCAATATTTACTTCTCCTATTGCCAT +AGAACCATTTGATTTGAGGTAATAAATTCTATCATCTNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNACTATTTATCTTTTGCCAGCCCGTCTTCATTGC +TCCACTACTATCTAAGTAGTACCATACACTATTTATCTTTTGCCAGCCCATCTTCATTGC +CCCACTACTATCTAAGTAATACCATACACTATTTATCTTTTGCCAGCCCGTCTTCATTAC +TCCACTATTATCTAAGTAGTACCATTCATTATTTACTTTTTGCCAGCCTATTTTCTTGAT +TCCAATCTCATCTAATAAATACCATTTATTAGCATTATACTTCCATCCAGGCTTATAAAG +TAATTTCATAGAATCTTTCACGCCTGAATTTTCTAAAATATCTGAAGCAGTATAATAAAT +GCTACCTTTTATATTATTATAATCTTCATTTAATTTTACCTGGTTATATATTTCATTTCT +AACAACTTCTTTATAAATACCTTGACCTATGTATAATTCTGTTTTCGTACCACTAACTTC +ATTGTTCCACCACTTAACTAAAGTTTTATAATCAGCTGCACTATTACCAATTTCCCAGTA +TATTTGTGGAACTACATAATCAATCCATCCATTTTTTATCCAAGTTCTAGTATCTGCATA +AACAGAATAATAACTTTCATTTCCTATTGTATCCGACCCTGTTATATCACTTGATTTATT +TTTCCAAATTCCAGATGGACTAATCCCAAACTCTATACTACTATCTACTGACTTTATAGT +ATTATACACAGATTTAATCATATCATTTATATATTCTCTTCTTACATTTGCTTCTATGCC +ATTCCTATCTTCACCTTCTGGTAATGGATACTTCTCTGGGTAAAAATAATCATCAAAATG +TATGCCATCTACATCATAATTTTTTACTACTTCCGTTACCGTATCTATAATATGTTTTTT +AACACCCAAATTACTTGGATCATAATACATGGCACCATTATTATAAATTATCCAATTAGG +ATTTTGTCTTGCAGGGTGTTTCTCATCCAATACTTGTAGATTTGTACCAGACGTTGTGAC +TCTATATGGATTAAACCAAGCATGAAATTCCATACCTCTTTCATGTGTTTCCTCAATCAT +AAACTGTAGTGGATCATATCCAGGATCCTTTCCTTGAATTCCTGTAAGTACATTAGACCA +AGGATTTATATTAGATTTATATAATGCATCTCCCGCAGTTCTAACTTGTACAACTACAGT +ATTTATACCTTGAGATTTTAATTCATCTAGTATATTTATAAACTCTTTTTTCTGCTTATC +CACATTTCCATAATTTGACTTACTTGGCCAGTCTTTATTATAGACAGTAGTTATCCAAAC +TCCTCTCATTTCATATTTTTCAGCATATACATCTACTGAAAATATAACAAAAAATAAAAA +CATTGAAGCTAAAACTATTTTAATTTTTTTCATTTCTTCCCCCATACTATTAAACAACTT +ATACCTATAGCTATATATGATCCATCTTCTGAAAAACTAAATGGTAAAACCGTATTTTCT +GGACATAGATTCAATTTAAATACCATAATTATGCCTATTAACTTATATTACTCACTTAAT +ACTACAACAAAAACTATTTCAAGATATTTATTAGATTGCATGAATTTTAATACTTGCTCA +AGTTTGTGGTATTAATTATGCACATCAAGAAAAAGTTAATTGGTTCACCAAATATTAATT +GCATTTGTAGTCTAAAAATTCTATAATTTTGTTAGGCTTATTTGCCATGCAAATTTTTTA +AATATGAAACTCAATTTAACCCATTGGTCCATTTGTCAACTAGAGAACAATTCTCATCAT +ATCTAATTAACAAAACCTATTAATTATATTTTATACATGTAAAGTATATATAATATACTA +ACATCTTGTCAAATAACAAAAAAACCTATTAAAGTCACACTTTACGGTAAACTTCAACAA +GTTTTTCGAGTTTTAAGCTTCCTTTTCTTTAGAAACTTTACTTAATATATATTCATTTAC +TTTATTTAAATCTTCTAACGAATCTATTTCAAAACAATCATCCGAATTTATTTTTCTTAT +CCTTACATCTAGCCTTTCAATATTATCTTTTACTATATCATCCCAGTATAAATTTTCAAA +GTCACCGTTATTTATTGCTTCTTCTAATTTCTCAACTATTATATTTCCATCTTGTTCATT +CCAGTATGAAACTCCGCATAGAATATAACCTTCATTATCTCCTACTCTTATACCATAAAC +CTTATTGTCAGCATCAAACTCTAATATCCACTCACCTTTAAATCCTTCTTTATATCCACT +AAAATAAGTTGACTTATCTATACTCTCATCAATAAAATTTTTATTAAGGTAAATATCAGC +ATCAATAACATAACTGTCTGGTAAATAGTCTTTAACCAAACTCATAGTATATATATTGTT +ATATATATTATACTTTTCATTATGCACTAATGTAACTCCATACTTAGCTTTAAGATATTC +AAATTTTTCCTTTAAATATCCAGTTACAATTATAATTTCATTTATACCTTTTTCTCTTAA +AAACTCTATTTGAGTTTCTAACATAGGTCTTCCATTTACTTCAACTAATGACTTTGGTGT +ATCTAAAGTCATCGGTCTAAGTCTTGTTCCCATCCCTGCTGCTAGTAGTATCGCTCTCAT +CGTACTTCTCCTTTGTTGTTAATTTTTAAACACCATAACTGTTCCTACTATTATAAGTAT +ACTACATAAAACTAATTTAAGAGTAATAGTACTTCCTAAAAAAATCATATCAAATACTAT +GGCCCATATTGAGTAACTGATATTAAGACCCGTAGCTTTAACAGGGCCTATAGTATCGAT +AGCCGTATAATAAAATATATAAGATAAAGTTCCTATCAAGGCTACACTGGCTATCATAGG +AGTTAAGTTAGATGTGATTATGACCTTAGTTAATCCTAATCCTCCAAATAACGGAACTAT +CACTGCTCCATAAACTATTGCTGAAACTAATTGTCTTAATTGTAATGCTTGGGTTGGGCT +AACCTCATCATCTTTCATACCATATGCACAAATAACACTTTCTAGTGACCAACCAATTAC +ACAAACTAATGCACATCCAAATCCCAATCCAAAATTTAAAGCTATATCTTTATTAGGGGT +ATACCCAAGGATTATAACAGCTAATATACTTAATGATAAACCTATCCAACCTTTTATACT +CAACTTTTCTTTTAAAAATATATATGAGAAGAATGCTCCTACAGCTGGATAAATAGCAGA +TATACTTGCTGTATATCCTGATCCTATATAGTTAATAGCTAGCAAATAACCAGCCATTCC +TACTGGACCTCCAAATAAAGCTGCCACACAAACAAACTTTCCACTTTTAGTTTTTAATAA +TTTTAAGGTTTTAATAAACTCTTTTTTTGTTATAGAAAGTAAAATCATCCATAAACTAGA +AAAAACATCATGTAAAAATGCACCTATTAAAGGAGCTAGCATTACAACATTAGCAATTCC +TAAATCAGGAATTTCACTAAGAATTATCCCTAAAATAACTGTATCTAATCCCCATAATAT +ACCTGATAATGCACCTGATGTAATCCCCATACCATTAATCTTACCAATATTTATTGAAGT +GTTTTTCATATCCCAGTTACTCCTTATTTTGACTCTTTATTTCATATAAATTTTTTCTTG +CTCTATTATATCTATCTATTCCATAACTTCCAAAGTCATCTCCCCTAGCTTCTTTGATAA +TCGTCCATATACTCCATAAAAAATCTTGACATATCTTATATATAAGTATCTTTGTTTTAT +ATCTATCTTCTATAACTGAAGACCCAAAGTATTTTTGTAAAAATAGCTCTTCTTCATCTT +CTGAGAAGTCACATTCTAACATATGTGCAGCTAAATCCCACATTGGATCATTACTTCCAG +AGTACTCCCAATCTATCAGATAAATTCTTCCATTATTATCTTTTATAAAGTTTTCTGGAA +CAGTATCATTATGGCAAGGCTTTTTTTCTATACCATTAGCCTTTAGCATATTTTTCAGAG +ATATTACTTCTTTCCTTACATTTGCATAATCTTCGTAGTATTCACCTTTAAACTCTTCTA +ATAATCTTTCATATTTTTCTATCTCACTAAAAACATCAAATTCATTTTTAAACTCTATAT +TTGATGTATGAAGTTTTTTTAATATAGAAGCAGTTAATTCCATATTATCTTCCCTTTTAG +CTGTTTTATAGTTTAACGTTTCTGCATTTTCTATAAACTCACTTAGCTTTATTCCGGACT +CTTGATTAAAGTATGTAATCTTAGAGTCTATATCAAGAGAATCTACTAAATGAACATTAT +TATTTTCATTTTCTCTACTTATCATATCCTGAGTTCCTGTTCCAGGCATCCTTAATATAT +AGTATTTACCTTTTATATTAACCTTATAATTTTTATTAGTCATTCCTCCTGCTGAAGTTA +TTTCTATTATGTCTTCAGGATTTATATCAAGTATATCTAGCAGATGCTCTTTAATGCTAT +TTATTTTTATTTCTTGCTCTTTTCTTAATAATCTATTGTAAATGTGTTTTGTAAATACTT +CATAATGTTTTATAGAATCTATTTCACCCCACACTAAATCATCAATTTTTATATATCCAA +TATTACACTCTCTACCTACATCCATAAGAGCATATTCATAGTTTAAGTAAGGATTTCTAT +TCTCTTTAAATTGTTCTAACATTTTATCAAATACCTTATGTGAAATCTTACTTATACCTA +TCATCTCACCATCTATTTTATTAAATTGGTGAACATCTTTAGACATTTTATAAACATAAC +CATATCTTATTTCTACAAGTGCCTCATCTCCAGACCCACTCTCACTTGTTATTATCATGC +AATCTCTATCTTTGCTATCTAGTATTTCTTTTATAGCTCTTTCTTCAAACACCATATCAT +TTTCTAATAAAATAAAATCATCGTCTATAACATCTTTCACTTTAGATAAGGATTCCATTG +TTCCAGTCCATTTATATCTATCATTTTTAACTAGTACTATATTACTTTTATCTTTTGCAT +ACTCTTCATAAAACTCTTTCTTATATCCAACTACTATAACTATTTTCTCTATTCCATGTT +GCTCTAATAAATCAACTTGTCTATCAATTATATTTCTTTCCCCAATACTTAAAAAACCAA +CAGGTTTTTCAAATATCTCCTTTTCTCCTGCCGCTAATATTACTGCTTGTTTTATTTTCT +TATGATCGTCTGAATGTAGCTTTATTTTTTTAGATTGGTCCTCATGTATTTTTTTCGATA +AAAAATCTATGCCAGTTTGTGTTACCACATATATTTTTTTTCCATTGTTTTTTTCAATAT +TTATATAATCTTCTTCTTGTAACTTTTTTATAATAGAGTTAACATTACCTATTGATAATC +CTGACTCTGAAGCTAAATACCTCTGATTAACATCCCTATTATTATTTATAATATATAGAA +TCTTGTATATATTCTCCACCACTTCACCTCATTTTCATTTTTTGAACATAATGTAATGAT +ATATTTTTTGACATCTAATGTCAACATCTATATAATTATTTATTTAAAATAAAATGGCTA +TCTTTAGTTCTCATACTAAAATGTACCCTGTAGAGTAGACAATTAATAAAAATGTCTACT +CTACAGGGTGTTTTATATATAATTAAATAAATATATCATAGAATCGGAGAGAATTTTAAT +GAGTAAAAAATTGTTTACAGAAGAAGAAGTAAATATATTGAAAAATAATAAGTATGTAAA +AAATGTTAGTTTAAAAGGAATTACTTATACAGATGAATTTAAAAGAATTTTTATAAATGA +AAGTGGTAATGGAAAAACAGCTAGAATGATATTCGAGAAATGTGGCTTCTCTATAGATAT +TCTAGGTATGAGAAGGGTTAAAGGTTGTTCTGATAGATGGCGTTCAGCCTTTAAGAATGG +CGGATCCAGTAATCTTACAGATACTCGTAAATATAATAATGGTCAACCTATTGAAAAAGA +TCTATCAATAGAGGAAAAGTATAAGAAATTAGAAGCTAAAATGAAATTACTAAAAAAGTT +AAACATGATAGAAAGGAGCGTGTTAAAAAAGAAATAAGTTTATTTTCGTATGAAAAATAT +ATAATTATTAAATCTACAATAAATAAGTATGAGTTAAAAAATATGATAAGTTATTTTTGT +AAAATTTCAGGTGTATCTCGTTCAGGTTATTATAGATACTTCTCATCTGAAGGTGAGCTC +TTAAGAAAATCTAAAGAGAAAGTTGATATTTTAGTTAAAGAAAATGTGCTAAAAGCCTTT +AATTTCAAAGCTCGTAAAAAATGTGCAAGACAGATAAAAATGTTTTTAAAAAATAAATTT +AATATTGTATATAATTTAAAACGTATCAGAAGGATAATGAAAAAATATAATATAGTTTGT +CCTATTGGAAAAGCTAATCCTTATAAACGTATGATGAAAGCTACTAAAGAACACACTGTT +ATGCCTAATCTAGTTAATAGAGATTTTAAACAAAATATCCCTGGTAAAATTCTATTGACC +GATATTACATATTTAAATTACAAAAATAGAAAAATATCTTATTTATCAACAATAAAAGAT +TCATCCACCAATGAAATATTAGCTCATCATGTTTCTGATAGCCTTCGGCTTGATATTGTT +TTAAAAACATTGGATAAACTAAAATCAAATTCTGTACTTAAGCTCCATAGTGAAGCTATC +TTACATTCAGATCAAGGGATTCATTATACAAGTCCTATATTTCAGAATAGGGTAAAAAAA +CTAGGTTTAAAACAATCAATGTCTAGAAGAGGTAATTGTTGGGATAATGCTCCGCAGGAG +TCATTCTTTGGTCACTTTAAAGACGAGGGTATTCTTAGTAATTGTAATGATATAGATGAA +GTTATAAATGAAATAGATGATTACATAGACTACTACAATAATAATAGATATCAGTGGAAT +TTGAACAAGATGACTCCTGTTCAATACAGAAATCATCTTGTTAGTTAAATAGACATTTTA +TTAAACTGTCCTTGACAAAGGGTACATTTTATGCACTAATTGAATAGCCATTTATATATT +TATCTGTTATTTTTTAATTTTAATTTAGTTTTAGCCATATCCATAAAGTAATTTATTTCT +TCAATCTTAAAAATTATAACTAAAACTCCATAGATTAAAACACCTATAGATATAGAAGCT +CCTAAAGATGTTATTTGACCGAGTAAAGATTCATCTAAAATATACGCCAGTTTACCATAA +GCAAATTTAGTCACGATACCCATTATAATTGCTGCTATTATGGATTTTGTACAGGTTATA +AATATACTTTTGCCCCCAAAACTCCCTACCTTTCTTTTTAATGTAAAGTAGAAAATTGTT +AAGCCAATATAAGCAGAAATTGTACTTGCTATAGCAAGACCTATATATCCCATATATTTT +GATAATATCAAGTTTAAAACTATATTAAACCCTATAGATATTAATCCATTCATCATCGGT +GTTTTTGTATCGTGAAGAGAGTAAAATGCTCTAGACATAACATTTCTTAACGACCAAGCT +ATTATACCTATTATATATACAATAAGTATATTACCAGTAATAATAGTGTCTTCTGGAGTA +AATTTACCTCTTTGGAAAAGCACCTCTACAATAGGATACGCTAATACTATAGTCCCTACA +CTTATAGGTATAAGGAAAATCACTATACTATTTATAGTTTTTTTCAGTGAAACCTTAAAT +CCATCTTTGTTGTCAGAAGCTAAAGCTTTTGACATTAAAGGATATACTACCGATAGTATA +GATGTAACAAATATAGCTGATACAAACCCATAAAGTCTATTCGCATAGTTAAATGCAGAA +ACTACTCCATCTCCAAATGTAGATGCTAGTGTACCATCTATTAAAGTATTTACTTGTTCA +ACACCAACACCTATTAATACAGGTAAAATTAGTATTATCAAATGTTTAACATTTTCATCT +TTTAAATCTACCCTTATGTTATACCTAAATCCTTTTTTATATGCAGATGGAAGTTGAAAT +AAAGCTTGTGACATTAATGCTATTAACGAACCTACTATAAGAACATATGTATTAGTCTTC +ATACTTATAATTATAGATGCTATTATTATAAGGTTATAAGGTATTCCCATTAATTCAGGT +ACTTTAAAGTTATCTTTTAACTGAAGAAAAGCTTTTAATATATTATTCAATCCTATAAAT +AACACTGCCCAAAGTATTATTCTAGTAAAACGAATGGTAATATCTAACTTCTCACCTTCA +AATCCAATAGCAAATGCCTTTACTAATGGTTCTGTAAAAATCATACCTAAAATAATAATA +CATATAGATAATATACTAACTATATTTATTAGGTTATTAATAAAATCATTAGCCTTCTTT +TCTCCACCTTTTTGGCTTACTTGACTATATATAGGTATTAAACTAGTTGATATAGCCGCT +CCTACAGCAGTAAACAATATTGTAGGTATCTTCATAGCTGTTATATATGCATCTGCATAT +ATTCCTGCGCCATAGAAAGCTGCAAATACTTGTTCTCTTATTAATCCTAATACCTTTGAT +AAAATTGTAAGAGCCATAATCATAACTGTTGTTTTTGCTACTTTTGACATAATAAAGCTC +CTTTAGATTTATTTTTTATAAGACTTTCCTAAGTCTATATGTATTATACTGTGATGAGAT +ACTCTCTTATCTTCTGGTGGAAGCTTCATATAGTCACCATAATAATCTGTCAGAAAATCT +TCAACCTTTTCTGGTACATAAAATTTATGACCTTCAAATTCCATTTCTCTTGGCTTCCCA +AAATATTCTCTTTTGAAAACAAGCCCCCTCCCTGTATTATCCACACATAAACATTCTTCT +TTTCTCCATCTATCATAAACGATATTGTTCCATAAATTTAATATCGTTCTTTTATAAAAT +AATGGTTTTAGCATTTTTTTTACTAGATTTTTATCACAAGTATAAAGTCCACTTCTTGCA +AACTCAGTACCACATAAAACCCTTTTATTTATATATTGAACAAATTTATTTTTAGGACAT +TCATCTATTATAAATATATCTACATATATACCATGATGTATATTCCAATCCTTAGAGACT +TTTTCTACAAAAGATGTATCATTCATTCTAACCTTAGGCATAACTAATTTATATTCTGGG +TCAGTTTCTTCTGTTTGTAAAAAGAACTTAGAATTTAATTCCGTCTTGCAAACTTCAACA +AATTTTTCATAATTCTCTCTATCCATAATTAAATCTGCATCATCATCCCAAGGTATAAAT +CCCTGATGTCTTATCGCACCAATTGCCGTGCCATAAGCTAAGTAGTAGACTATTCTATTT +TCTCGACATAGTCTATCTATCTCTACCATAATATCTACTATTTTTAGTTGAACCTGTCTA +AGTAATTTATTTTCTTTTTCCATTTTACTCTCTCCAATATTAAAGTAATTTAATTCTATT +ATATATTCTTACACAGTTATTATTGTCTATAACTCCAAAGCAATCAGATATTCTATCTTT +GTAAAAATCGCTTATTATAAAATTATTTTTAAACATTCCTTCAATTGCATTTACTAACTC +TTCTTCATTGTCAAATATATCCCCAAATCCATCATGTTTATAACTAAAGTATCCTTTTTG +ATAATGCCCATCATCAAAATGATAATATAATATAGGTTTTTCCATATACCCAAAATCAAA +AAATACACTTGAGTAATCAGTTATTAACAATTTAGATTCTTTTAATAAACCTTGTACATC +ATAATCTTCTTTTTTAGCTATTTTTATAACATCATCATAAATGGTATTAAAATAATGTAT +GTATTGCTGTATTTCATAATGAGGGTAAAATATCATTTCATAGTTATTTTCTCTCAATAA +TTTAACAATTTTTTCATTATTAATTAATGAATTGTATCTATTAAAATAATCTGAATTATA +AAATACACTATCTGGCAAAGTTTTTTCTTTTTTATAAGAAGGATTAACTATATTACTTCT +CCATGTAGGCATTAACAGTATTTGATTCTTAGTTTCAAAATTACTCAACAAATCAAATCT +TGCTAGCCCAGTCTTTTCAACCTCATATTCTTTGTATCCATAACTTTCACTATATGCTAT +AGATTCATATTCTTTTTGTGTACTTGTAATAAATAAATCTAATTTAGTAGACTTCTTACC +GTATATATCACTTAAATCATGATTTATAACACCATGTTGTAGAAGTACAAATTTTGTTCT +ATTCTTTCTATCTAATATCATCTTATATAATTTATATGCCCATGGCTCTAAGTGACCTAT +ATGGGTTGATATTGCATATTTACATTTTAAAAAAGCTATTTTATGTTCTAAACTTTTATA +CTCAATAATATTTCCAAAGTCTTTAACCTTGTTATAATCATTTTTATAACTACTATCTAT +TACGTAATATGCATCTATCTCCGGATGATTCTCCCTCATATACTTGAAAAATACATATCC +ATTATCCTTAGCTTCCGTCCCTCTTTCACTTATAAGCCATGCCCCATCATATTTTCTTGA +TATTGGACTAAATATAGATTTAAATTTAGTAATTAACATATCAAAAAACTGTGGAATTAA +CCGTAAAACTGTAGATATAATTTGTTTTAATTTCATTAAACTGCTCTCCTAATATAATTT +TAATATATTATAACTTAAAATTAATACTTTCCTTTATTCCTTTTATAAATAACGTTCCAA +AATTCTCAACTAATCTAGACTTTTTTATACCGAAAACAATAAACATGGGTAGTCCAAGAG +TATTACCAAACAATCTCTTAAACAATGGTCCCTTCGCAACGAATGATTTTTCATCTAAAT +AGTTATTATCCTTCTTAGGGTGATATGCAATTAATTCAGGGAAGAAACACATCTTTTTAT +ATCCTTTATTATAAAGATCCATTAAGTATATATTTTCTTCACCAGAATTATACTTTCTTC +CAACTCCAAATCTTTCATCAAAACCAATTTTGTAGTCTGGAACATTTTTAATATTTATAT +AAATATCAAATGATATTTGCTTTAGAGTATGCCTTTTAGAGAAGTTTATTTGCTGTTCAT +TTGGATATACTTTCGTGTATTCATTTCTATCTGGATCCATATGCATAAATGTAGCTACAT +CTGGGTCATACTCTTCTATATACCTTTTTACTGTTTCAAATGCATTAGGTGCATACCAAC +AGTCATCATCTGTAAATGTTAATACATCTCCTGATACATATGGTAGTCCTGCATTTCTCG +AAACAGATATTCCTTTTTCATCTATTCTTATATGTTTTACATCACCTATAGAATAAATTT +TTACTATCTCTGCTACAACGTCATGATTGTCTTGAGTTACTATTATTAGCTCTATATTTT +TATAGGTTTGACTTTCTATACTTTTAAATAATCTATGTAGCTCATTAACTCTTGTTCCCA +GCGTTGGTAATAGTAGTGAAAATTTCATTTTATATTTCCTTTCTATACTTTATAAATTAA +TATTTAAAATAATGTTTTTTTACTGTAATAAAAGCGTAATTTATAAAACACCATGATGCT +TTTATTACATTTAAATTTTCTATATTTCTTAAAATATTCCAAGTCCAAGTAGCTGATTTT +ATCTTATTTTCAGATATAGAACCTGTTCTTTTTCTATAAAAAGCTAAATTTTCATTTATT +CCATATGCATCTATACCCTTTTTTAATATTGATAGCCAAGTAATAAAATCCTCATGTTTT +AATGTAGGCATTTCTATTTTACCAACCTTTTCTCTATCTATCATTACTGTTAAGCAACCT +ATACAGTTATACTTTAGCAATTCGTTATAAGTTACTTTATTTGGCACACTTATTATTTTT +CCCAAATTATTTCCATCTTCATTTATAAATTCATATCCAGTAAAGGAAAATCTAATATCT +TTAGATCTCATAAATTTAACTTGCTCTTCTAATTTATTTGATTTCCACAAGTCATCACTA +TCTAAAAAAGCAATATATCTTCCTTTTGCTTTTTCAATCCCCTTATTCCTAGATTTTGCT +ACACCTTCATTAACCTCTGAATATATAGGAACTATTCTATCATCAATTAAAGCTAACTTT +GATATAATCTCTCTTGATCTATCACTTGAGCAGTCATCTATAAGAATCATTTCCCAATCT +TGGTAGGTCTGTTCTAATACACTTTTTACAGTATCTTCTAAAAAAGATTCTGCATTATAT +ACAGGTGTAATTATTGAAACAACATCTCTATTTATATTATTCATTTTTCATCTCCTAATT +TATAGTCCTATAAACATGATTATTTCCTATTTTACAATAATAAATTTCTAAAAATACAAA +ATATGCTTATTTATTTTATCACACTTTATATTTATCTTCAAATTATAAAAAAATAGGAGT +TTAATTTTTTCAGTAAAATACAAAACTTAATGAAAAATAACTCCTATTTTATAATTTTTA +AGAATAAAAATTCTTATTATTAAATTTTATTTTTATTTTCTCTTCATCTATTGCAAAAAA +CAAAAATGACATTAATGCAAATATCGAAACAGATAAACTTCTATATGTAAACCAACAGTG +AATACTTGAGTGGTTCTTTAATACTATATACCAAGCTATTGGCATTAAAGCGATCAATAA +AATAGATACTGATTTTATAATCTCTCCACTTTTCTTTTTGTATAAAATAAATACTATTAA +CCATGCTATAAGTAATAAAGTAATCATTTTTAATGGAATGCTATCAAGTGTCACTAATAT +ATTACTTTTAATTACACTTAACATACTTAGCTCAATTTCACCATGTGTAGATGATGTTCT +AAATAATATTTGATCTAGTGCTTCTTTAACTACATCCTTATTTAATACAATACTTGCAAT +AATCCATTTACTAGCCCAGGTTATACCATAACCTATAGCCCATAGTATTGAGATTCTTAC +TATCTCAAATATTCTTGATAAAATACTTTTATCTTCTTTACTTTTATTTATATCTAATAA +AATCCATATATTTAATGGTATTCCAATAGTAATTATTGGTGTAGTTAATAAATCAAAAAA +GCTTGTCACACAACCTATTATAAAAAATATATATTTTAGATAATTATTTTTATTTATATA +TTCATGTAAAGTTAATACAATTATACAACTTATAAACATAATATAAAACATACTCGAAAA +TTGAATCGACATAGGTACTATAATAAACATTGATGACATCATCGTCATAAAAAAACTTAA +CATAACACCTGTTCCAATCTTATGTTTTAATAAGTAACTTACAATTAAAAATAATCCAAA +CAGTATGCACATATTTAAAAATCTTATTTGAGTATAGTTAAAAAAAGCTAATAACGGTCT +TAAAATAGTTAAGTAACCATGCCAGTATCTACTATAACTACTTACTCTTCCACCTTCTTG +ATTCTCAACGGCTTCACTTAGGTTTTCAATATTATCCTCAGCATCCATATTAGTATATAT +ATTTGATAAAGATGAATTTATAACATCTTTGCCATTTGGAGTAAATGCCAAATTAAGCAT +CCATGAATCTGTAAAGTTATCTAGTTGAGCAGATTTTGAACCAAAAAATAATTTTGGATA +AACCCCCTCTTGTTTAAGTTGTGCTACAGAATCTTTTACATTTGACTTTATATTATTATT +CGGAATAGAATATGCTGCAAATATAGATGCTAAAAATATACTAATCAAAATAATATATAT +TTTTAGTATATTAAAACCTGATTTTATATAGTTATGAGTTTTTTTTCTTTTTACACTAAG +CATCTATTTACTACTTTCACTTTCCATCATATTAATTGCAATTTCATAAAATTGGTCTGA +ATGCTTTTTAACTGTGTCCAGTATAAGACCACAAGCTAATGATAATAATGATGTTATTAA +TAAACCTACTGCAACTATAAGAGTTGGGAACTTTGCAACTAATCCAGTTCTAAAATACGC +TGTTAACACAGGTATGAACATCACTCCAGATAATAATAACACTAATGTAGATATTATTCC +AAAGAAAGAAAGTGGCTTATAATCCTTAAATAGCTTTAATATCGTTCTTAAAACTCTAAA +TCCATCAGAAAATGTATTTAATTTAGATTCACTACCTTCTGGTCTATCTCTATAAGCTAT +AGGTATTTCTCTTATAAGGAATCCTTTATCTAATGCATGTATACTCATTTCTGTTTCGAT +CTCAAATCCCTTAGATAAAACAGGGAATGATTTTACGAATCTTTTATTAAAAGCTCTACA +ACCAGTCATTATATCCTTAACATCACTCTTAAACATACTATTTATTAACCCCCTAACCAT +CTTGTTTCCAAAATTATGGAATGGTCTTTTATTCTCTTCAAAATATGTACTAGATAATCT +ATCTCCTATTGCCATATCAGCCTTACCTTCTAGTACAAACTTTGCCACTTCATAAGAATC +TGCTGCTGGATACGTATCATCTCCATCAACCATTATGTAGCAATCTGCATCAATATCTCT +AAACATACTTCTTACAACATTACCTTTTCCTTGGCGATACTCTGGAACAACTATTGCACC +AGCTTCTTTTGCGATTTTAGCTGTATTATCTTTTGAATTATTATCATATACATAAATTTT +TGCCTCTGGTATTACATTTTTAAAGTCTTCAACAACAGACTTTATTGTTAATTCTTCATT +ATAACACGGTATTAGAACTGCTATTTTACTCATTTATTCCCCTCCAAAATTAATGACTAT +CTTATAGTGTGTATTTTAATTTTATCCTTTTTATATCAATAGAATATGATAAGAATGCTA +ACATAGAAAATATACCTATAGATAAATTTCTATAAGTAAACCAAAAATGAATTCCTGAAT +GGTTAAGTGTCAAACAATACCATATAATTGGTATAATTCCAATACATAACACTGGTAAAA +CTTTTGATATTTCTTTAATACTTTTAGAAAATAAAATTGCTAGTATAACATAGCAAATAA +CTAACAACATAAAAATATATATACTAGTATTATTAAATACCATATCAAAATTATTTTTTA +ATACACTCAATATATTAAAATATTCTCCTTCCCCCATTTCAGAAGAGGTTCTCATTGCAA +CTCTTCCAACTGCTTCTAAAAATAAATTTTCACCTGTTATTAAACTACCAAAAATCCACT +TACTAATCCAAATAGCTATATATCCTACTCCCCACGAAAAACAATTCTTAATTATATCTC +TAGTATTAATTATAAATGTCTTGTTATTATCTTGGGTAATAAACATATATGTTACAAGCG +GAAAACCCAAAGTTATTAATGGAGCTGTTAAAAAATCTAAAAAACTTGTCACTCCTCCTA +TAATAAAAAATAAACATGTATCCAACTTTTTGTTATATATGTACCTATATCTTAATAATA +TAAATATCATACCTATTAACATTACATAAAACATACTTGAAAATTGCAATGACATAGGAA +TGATTATAAACATAGACATCATCATAGAGAAAAAGAAACTTATCATAATGCCTAAACCTA +ATTCCTTTTTTAAAAGTATATTTACAACTAAAAATAACATAAATAAAGCACATATATTTA +AAAACCTAATTTCAGTATAATTAAAGAATACTAATAATGGCCTTAATATTCCTAAGTATC +CATGCCAATACCTACTATATGTAGTTTCTTCAGAATTATCTTTATCTTTAATTGCCGTCT +TTAAATCATCAACACGTAAATTCTCTCCAGATTCTTTTGCTAATCTATATGGATTTTTCA +TCGAAGATCTTATCGGTCTATTATTATCTGCATGAGCTGCTATATTAAGCATTATAGAAT +CTGTATAATTATCCAGCCTAGCTGCTATTGTATTAAAGAATACAGATGGATAAACACCTT +CTATTTCTAATTGTTGAACAGATTCTTCCACATGCCATTTTATTCTTCTATTTGGTATAG +AGTATACTAAAGACATGATTATCAAAAATACTGAAATCAGTATAAGATACACCTTTGATA +TTTTTCTTAATGCATTCATCAAACTCACCCCCATTTCTAAACAAATCTATTCCATAACCT +TAGTTATGTTCTTTTTAAATATAAATAATTTACTAAACAAAAAGTTTAGTATAATTACAA +CCACATTAGTTACTAACTTGACGATAAAATCATCAATCAATAATAAATTAATCATTACAA +ACATAATGATCATCTCAATTACACCTGAAACAATTCTACAACTTATAAACGCTCCAAATT +CTTTAACTATAAACCTAATATCTCTCTTAGTGCTTTCAAATACAAAGAATTTATTAGTTA +TATAAGCAAATATTACCGCTGTGATCCAAGCAATCCAGTTAGATAATAAAAATCCGAGAT +TTAAAGTTCTAGTTGCAAATAAATATGTTACTATATTTACAATAGTCGATAATACCCCAA +AAACTAAATATAATATAGTTTCCCTATATTTTATTAATCCCAATTATAATTCAACCTACT +TTCTCATATTTTTTATTTTTATTTTTCTTCCTTTAAATAATATATAATTCCAAGCTGAAG +TTATAGCAACTACTGAAAAGAATACAATTAAAAAGTACTTAAATAGATTTTTAGTAGTAT +TTTCAGGATTTTCTTCTTCCTCTTTCTCCGATAATGTATTCACTATATTATTTGAAAATT +CATGCTCACTAAGCTTTAACTTATACGCATTCTCTATATATTCGTATAACGAATTCAAAT +CACTACCTTTTAATGACAATTCTGATTTAGTTATTCCAAGGTGTTCTTCTATAAGATTCA +ATGCAATTTCTAAATATACTTCTTTCTGTTCTTCCTTTTCAATTTCTTTTACAGCCTTAT +ACTCTAAAGGATTTTTATTTTTGTCTATAGTACTAGCATATGACAAATTAGGCATTGTAA +TTATAAATATAGTAAGAATACTTGCTATTTTCATCAAAATATTTTTTTTCATATCATAAA +ACCCTCTCTATTATATTTCTAAAATTATTTTATATTGTTAAGTTTCTTCATTTCCTCCCA +ATTTTTAAACGAGTAATAAAATATTAAAATTAAGGCTGGATTTGTATTAACATCTAATAG +TATCGTCTCTGCAAAACTATAAATAAGAATTGATACCATAAATACTATTTCTGCTATTTT +TTCTTCTTTTACAAGTTGTCGTATCGATAAAGATATCATTTTTATAAATATAATAAAAAT +TATTACTCCTCCAACATAAAGTCCAAATACATACCCACTATCTAATGGAAGCCTTTCTGA +AAATACAATATCTCTAATGTTATTATCATGACCTTGTAAGTTTAATCCATATTTCCAATG +AGTTAGATACATATCCCAGTACTTTGGTCTATCAGATAAAAACTTATTTATTACCCAATT +ATTACCAAGCAGGAATGCTAACCCTACACTTAGTAAAGTAAATAATTGTGGAATATATTC +TAAAAATTTTAAAGATATGCTCTTTTTTTCTAAAAATTTTATCATTATAATAAACATAAA +AATTAATATTACTGTTAATAATCCCGTTCTTGTTTTTGTTTCTGAATACACTATTAAAGG +GAATATAAATAATACAGCTGTACCTAATCCTTTACATAAATCTAGTTTAAGTTCATAATT +ATCTAATTTTTTATCACTGTCATTGTATTCCTTTGATTTTAAGCATAAATATAAAAATGA +TGACCATACCATAAAAAATGAAATAAATGCCGTATTAGGATTTTTAAATCCTAAATCACT +TCTTATCCCCATATAATCTATTGCTATTAGTCCCTTATCTCCTAATATAATCATAGTTAG +GAAATATGATATACTAACTAAAAAATAACATTTCATTATTTTTCCAAACTCAACTTGACC +TAAAGCTATAGAAAAAATATATGCTAGTAAAAATAAGGTATTTCCAGTAATTAAAAATTG +AATAATAAAAATTGAACCTATAAACACTTCAATTTTATATACTTGCTTACTTAATAGTTT +TATTCCTAATAAAAGAACCGCACATGCTAATGCTCCTAATAAAAACATCTTAGGTATTGG +GCTATGTGCGCCTTTTAGAATAATATCTATATAGTATTTTGATATCAAGAAAAAAACACA +TATATATGCTAAAATTTCTTTTAAATAAGCATTATTATCTATTTTTTTTTCACGTATAGC +GTCCAAATACTTCACTCCTTTTCGACAATTTACTTTTGACTTTAATTTTACCATAATTCA +ATTAAAATATAAACTTATTGATCTAAATATAAAAAAATAAAAGGGTTATCTCTAAAATTA +TAAAAATAAATTATTTTGAGATAACCCTTTTATTTAATTATTTTATTAATGCTCCAGAAC +TATCAAAATTATAAGTCTTATTCCCTATTTTAATTTTTCCAGTTACCATTTCACCATTAT +CTTTTAGATAATATCTTTTTCCATTTAGATCTAGCCATCCCTTTACCATTGATCCATCAG +ACTTTAAATAGTACCACTTTTCATCTATTTTTTCCCAGCCTACTGCCATCACTCCGCTTT +TTCTTAAGTAATACCACTTTCCATTTAATTTTTCCCAACCTGTTGCCATTTCTCCATTAG +ACTTCAAATAATACCATTTTCCATCTACATTCTCCCAACCTATTGCCATTACTCCGCTTT +TTCTTAAGTAATACCACTTTCCATTTAATTTTTCCCAACCTGTTGTCATTTCTCCATCAG +GCTTCAAGTAATACCATTTTCCATCTACCCTTTCCCAGCCTATTGCCATTTCTCCATTAG +ACTTTAAGTAATACCACTTTCCATCTATTCTTTCCCAACCTTTTACCATAACTCCACTCG +GTCTTAGATAATACCATTTTCCATCTACTTTTTCCCAACCTGTTTGCATTATTCCATCTC +TATCAAAATAATACCAATTTCCATCGAAATATTTTAACCAACCAGTTTGCATAACTCCAT +TATGATCATAATAGTATTTATTTCCGTCTTGCTCTTCCCATCTTCCAAAATTCTCTTGTA +TAGTTATATATATACCTTCTGCAACTGCATTTCCCATTGACTCAATCTTTGCAGGCGTAT +TTACAGCTTCTATATCTTTTGCATTATCTAAATAGGCATGTTCAACTATTACAGCAGGCA +TCTTAGTCATCCTAATAACCCCATAATAATCAACAGTTTCACCTTTATCATTTACATACG +ATCTACTCCATACAGGATTATATTTTTTTAAGTTTTGAATTGTGTTATCCTTTATACTAT +TAGCAATGTTTGTAGCTAGTATTTTGCTTAATCCGCCTTTTATAGAGTGGATAACGTGAG +CTCCATCTCCTCCCCCAGAATCATTATGTAAACTTATGAATAATTCTGCTCCTAGTTCAT +TTGCAATAGCAGCTCTTTCTGATAACTCTAACTTCTTATTTAATGCAAGATCCTCATCTC +TTGTCATTATTACATTTATACCGTATGACTCTAATTTACGTTTTACAGCCTTTGCGATAT +CGAGGTTTAATTTCTTCTCAATTAATCCATTTCCAGAAGTGCCTGAGTCCTTTCCCCCAT +GTCCTGGATCTAAAACAATAGTAAATTCCTCAGATCTACTTAATTTTAAGGGATATGACT +CTCTTATTTCCTTTAATCTTTCTTGAACTTCCATTTTCATCTCATTAGTATACTCATCGC +AAGTTTCTTCATCATAATTACTATATGCGAATGACCGACTATAGCTTCCAGATATCATCG +GCAATAATAACAATGACAATAATGCAAATTTCTTAAAAAACTTTCCCATTCTTCTCCTCC +AATATTTTTTTCAAAAAACCAATAAAATTTTTATCATTTTACATAATAAGTATATATAAT +TTTATCGTATATTGTCAATTTATTTGATAATTCATAAGTATAATAATTAAACATCAGTAA +TTTTATCAAATAATAAAAAAATCCCCTAAAGGTTCTAGTGTTGCATTAATGTAAAATTTA +ATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGA +AATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_18 +TGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTTGCA +CTTATATTGACAATCTATCATAAACAAAAGCAAAACACCTTACGATTCTAAGGCTGACTT +AGTTATTAATGAATCAATTGGTAAGGTTTTAGATGAAGTAATAAAGTTTCTATAAAATTT +CAATTTAAAAGGAGCTTTCTTAAAAATAATTGATTTTTAAGAAAGCTCCTTTATATTATT +TGTATGTAGCTTTAATTTAAATTTCTTTACAGCTTAAAAATTTTGTATATCTACTTTTTT +ATATTTTCATATTCTTCTCTATATACCTTAACAGCTTCTGTCCAAGCTTCTTCTTCGCTT +ATACCTTTTTCTCTAGCTATGCTTTGAACTACTTCGCTTAATTTTATAGCTGATTCTATT +ATACTCATAAAAACCTACACCTTTCTACTGATGTATTCACATTTAAATACTGCAAAACTA +TACTCTCTTTTTATATTACTATTCCCAATAACTCCTAAGGATAATAATATTCCCTACGGT +TTCTTTATTTTTATTTATTTTATGACAAAATTAATATCTATATACATACATTTTATTTAT +TTTGAGATAATTATTATAAATTAAATATATTTACTTATCATGATAGGTATAGGGCCTATA +CATATAAAAAAGTAGAAAAGTATACTGGTACCCAATTACTATTATCTAAATTCATAGTAT +AAAATATATTATAACTGATTATCCAAATATATAATTAATATTAAGTAAGGGGTAGTCACG +AAACGTAACTATCCCACCTTTATTTATATTCTAAAACTTTACTCTTCCAGTAGGTTTTCT +TAATCTACAAAGAGAACTTCTTCTACTTGCCATATATTCTAAATAATTTAAGAAAATATC +AGCTTCTTCCATTGTATTATAAAGACCAATGCTTGCTCTTATCATTCCATAATAATATTC +CCCTGAAACTATATCTCTATAAGCATCGCAATCACTTACGCCTAATAATCTATATACATA +AGGATGTGCACAGAACTTACCACATCTCAAAGAGATTCCTTTTTCAGTAGCCATTTTTAT +GGATACCTCTTCGTAATTTCTATCTTTTATGTTAAAAGATATTACTCCTAATCTATCATC +TGTATAATTTGTATCTCCGTACAAAATTAAGTTATTTATATTCTTCATGTTATTTATCAA +ATAATTTTTAAGATTTACTTCATGATCTTGTATATTTTCAAAACCAATATTCTGTAGGTC +ATTTAAAGCTTGCGCCATTGCTATTACCCCAAAGAAGTTCTGAGTTCCAGCCTCATATCT +CTCCGGTATCCCCGACCAAATCACATTATCATCAAATACACCTGCTACACACCCACCTCC +AGCTAGGAAAGGATCATACTCATTTAAATACTCTTTCTTTCCAATCACTGCACCACTTCC +AAAAGGAGCATAAGCCTTATGAGCTGAAAAAGTAAGAAAATCTATCTCTTCTTCCTTACA +ACTTCCATTCATATCAACCTTAGTGTGAGCTATTAATTGAGCTCCATCTACAATTATTAA +AGCATTGTATTTATGCGCAAGTCTAGCTATATCGTGTATTGGAGTAACATATCCAGTTAC +GTTTGATGCACCCGTTACGGTCACAATTTTAATTTTGCCATTTGCTTTTATTAGCTCTTT +TTCTATATCATCTATATTTATTCTACCTAACTCATCTACATCAACATAAACCATTCTTCC +TACATTTCTAAACGGTAAATCATTAGCGTGATGCTCCATTCTAGTTGTAAGAATCATATC +ATTTTTATCTTTTATCAATACTTTCGCTAATAAATTTAAACCTTCTGTATCTGATTTTGT +GTATATTACAGTATGACTATTCACACTTCCAAGTCCAAAGAAATTAAGTATAATCGCTCT +AGCTTGACCAAACATCATAGTGCAATATTCACCTTTAAATCCTACTCCTCTAGCAATAGG +ACCATAATTTTTTATATTATCTGAAATTATTTTTGTTACACTTTTTAAAGGTGGTGTTGT +AGCTCCATTATCAAAGTTAATTGGAGTTATGTAAGTACCGTCTGATAACTTAATTTGATC +ATCTATCCCATCATATAAATACCTATAGTTCATAGAATCCCCTCCTATCATCTATAATGT +ATTTATATTCCTAAAATCTGAAATCATTCTAATTTATATTTATTCTATAAGCTTAAAATA +CTTTAAATCTACTATCTCATCTTCATTATAATAAGGTTCTGTATTATTAAAGTATTGATT +TCTTAACATTCTTACTACAAAAGTCCCTTTACTAGATGAATAGACTATACACTCTTGTCC +ATAACTCTTATTTACTAAAACTCTTTCTTCAACTGCATCTGAAGGTAATACTTGGCTTAT +TAAATACATCGCTGTTTCCTTTTGTATAGTTATATCATTTAAATAACTATCATAAGAATA +TGGATATAAAATTTGTCCATATTTTTTATCACCTACTATTTGTCTTGCAACCATACCTTC +ATAATGTTCAAAAGTATTAAAAGTAGACTCTACATAGTACTCATTAGGTTCAATAATTTT +ATACTCTAGTATATCTTTATTTGTATTTTGATATAAGTCTAAAATTTCTTGCCCACTAAG +AACTACATCTGGGTCATTTATATATTCTCCATAGCTATCATTTTTATTATAATTTTCATA +GTAATCATTTTCACTATTAAAAGTTTCTTCATTTCCATAATTGGGATCTTCGTATTTACC +TGCATCTAATACTCCGGATTTTATTACCATACCTGTTACAATTGTTAAGAATATAAATAA +AGAAAAATAAGTACTTCTAAGTTTTTTCTTGGCTTATTAACAATATTATTTATCAATAAG +CATCTTTTACTAAATATTCCATATACTACTTCTACTTTATCCATTTCGCAAATATTAAAA +AGTTGATTTACGCTAAACTTCTTTTCAGTTTTATTTTCGTAATCTGTCACAACAATACTA +TATGTATGATTTCCTTCTCTACTATTCTCAACAACTGATGTACATATTCCCGTAGTTTTT +GTATAAAGGCTAAATAAACATTCTACTATTGAAGCTATATTCATTATTAAAATATATCCC +ATAAAAAGTCTTATTGGTAATACATCTGGAACAATAAAAATTATCGCGATAATAATTGTC +GGTATATATTCGAGTATGTGCATATATCTATGCTTTGAATTTACTTTTACATATCCATTA +AACTTACGCTTTCTTCTCCATCTATGAGTATCCTCGTGGGTATCTTCGCTATTTATCTGT +TTATACCATTGCATTTGCCTATTATACATATAAGACATAAAATATCCCTTTTTTGTATAA +TAAATTAGCACACTATCTATTGTTAAAAATATAGTTGTATAAAAAATATCTTCATCCTTA +GAAGCTATGATTATGTAAGTTCCTATAATAATAGTTAATACTACTAATACCTTATATACA +ATTAACTTTTGATTAATTTTATTTTCTATATTATCATCTTCATATGTAATTATTTCATCA +ATATTTGATTTTGTAATGTAGAAAAACATAGCAAAAAATATAATAAAAAATAATGTACTC +CCTTTACCTATTTCTGTTGTATAGTTCATTTTTTCAAATATTTGTGTTGCAAAATTATTA +CTTCCCAATAATCCTAGTTGTACTGATTTGTCTAAGATTACTACAAGAAGTGTTACATAT +ATAACATATAACATTCCTAGACCAGAACGAAATTTTTCTTTCATGTTATCTTCTCCCTAT +TCTTTATTTTATCTTTTTTATTAATTTATAGCAAATATATGGTAGAAATGATTTAGTTAC +TAATTGATTTCTAATTTTTATGCTTTTTAGTCTTTATTTTTGTCTTACGATTATTTAGTT +CATATTTAATTCTAAACATAAAAAATAGCAGTAAATCATTACCACTATTTTTTATAATTT +CTCTGTGTAAATATCTTTTATTTCTAATACTAATTTTTAAATAATTCTAATACCGTACAA +TTATATCCCCCGTAATTATCTATTACCACACTTTGTATCTCTAAATTAAATATATAATTT +AGAAATTAATATAATATAAAACCACTAACAAACCTTTTCCCAATACTTACTTTAACATAT +TCAGCAATAAATTCAATATTTTTTTGCAAAACATGTCATTAAATGTGCAAACTTGGACTT +TTTTATATTTTTTATCTCATTATTACATCTTAACCATTACTTAACTTCATATTAACAACA +TACTTACGCTCTAGTGATAAGATTTATTTCGTAAGTTACTTTTATCTGAGATTAGAATAA +AGATAAAATCATACTTATATATTTTTTAGGGAATAATAAATTAAAACAATAACTGTCTAG +GGGGATGAAAAATGAAAGTACCAAATAAAATTATTAGTAGTATTTTAGCCATAGGAATAA +TTACTTCAACATCTTTAGCCTATCAATCGACTAACGTAAGTAAAACTTCACAAGAATCTA +TTGGAACTTCTGAAACAACAGAAATATCTAAAGAACAAAGTAAAACACCACAACAAGTAA +ATATTCATATGGGAGATGATGCATCTACCCAAGTAAATATCTCTTATACAACTATAGCTG +GTGAATTAGAAACTAAGGTTGAATTAAATAAGGTTGGATATAGCAAGAAGATAATAGTAA +AAGGTGAAAATACTATAGGTAATGCTGATAAATATTTCCATAGTATTACTGTAAATAATC +TAGAACCTAATACAAAGTATGAATATACAGTTGGTTCGGGATATAACACATATAGTGGTA +GCTTCAAAACAGCTCCAGCAAAAGGAAGTAAGGATAGTTTTAAATTTGCATTCTTAGCTG +ATACTCAAGTTTCAAATGAAACTAATGCTAAGGCTGCAGGATCAACGTTTGCTCAGTTAA +GTAAAGATCTAGACTTCCTTTATCTTGCTGGAGATATAACTGATAAAGCTACTAACGAAA +CTCAATGGGAATTAATATTCAATAATGGAGGTGCCTTTCCTACTGCTGGACAAAATTTAC +TAGGAAATATATTAATAAGTGCTGTACAAGGAAACCATGATAACAACACTTTAACTAGAC +ATATTAATGCACCAGCAAAATCTGGGAATATAGTTTATTCATATGATTATGGTCCAGCTA +CGTTTATAATGCTTAACTTAGAAGCAGCTAGATATGATGTTGATGCAAGAGCTGAACAAA +AAGAATACTTAACTAACGCTGTTAAAGAAGCTAAAGAAAGAGGTCAATGGACTTTTATAG +GATTTCATAAATCTTTATATACAGGAGCATCTCATATAACGGATTCAGATGTTATTGAAG +CTAGACAATACTGGGCTCCAACTTTTTCAGCACTAGATGTTGATGTCGTAATGCAAGGTC +ATGACCATGTGTATTCAAGGGGATTTGTAACTTCTGATGGATATAATGCTAACCCTACAT +CTAATGCAGATGGTTCTATTATAAATCCAAAAAATGCTCCACTATACATGGTAGGGGGAC +ACGCTGGTTGTTTAAAGTGGTACTCTAAAAAGAACTACTTAGTTGGAACTGGTGATCCAC +TTGCTCCAGGATACTCTTTCTTAGATGTAAACTCTACCGATACAGGAAGTGATGTAAAAA +AAGAACAAGTAATAGTTGAATTTGAAGTTTCTGAAAATGATTTAAGTGTAAATACTTATA +TGATGAAATACGATACTGAAACTGATTCTATTACAACAGATAAATATTTATATGACTCTT +TCTCTGTAACAAAAAGCGTAGCAGAAGTTGAAAATGACTACCAAGCTAGCTTAGGTGATG +TAAGTAATATAGAAGGTAAAAAAGGTACTGAGTTTAAGGTTCCTATGTATTTAAATAACT +TACCTAGCGATACTGAAATAAGAAGTTCTGAGATTGTATTTAATATCCCTAATGATTTAG +ATGTTAAGGATGTTAAGTTAAATAATAAAGTAATAAAAGCTGATAACTGGGATTGGAATG +TAAAAGATGGTAAGTTAAGAGTTGCTCTTGTAAACTTAGATGGCTCTCCAATATTCACTA +ATAATGTATCTTCAGATAAAAATATAGTTAACTTAACTCTAACTTTAAAAGAAGATAAGA +ATTAAGGAGATAAAACTAAGATATCTATGTCTCAGTTCACATTTAGAGGAAATGAAGATA +TTAATGTTGATTATGATACTTCTAAGGCTGTATGTAATATTAGCTTTGTTCAAAAACAAG +TTGGAAAGGCTTTCGAATGAGAGCTTTATGAATCTGAAGGAACTGAGGTAATACCTAAAA +ATATGAAAGCTGTCGCTGTGGAGTTCACTCAAGTTTCTGACACTACTAATTTTACATATA +AAGATATTGAATTCTTCTATAGCCTGAGTATACTAAAAATAATGGCAAGGTAACTTATGT +TTCTATAGTTCCATCTAATACCTCTTTAAAAGATTTATCAAATATATTAAATTATACTCT +AAATGATGCTAAATCTCAAAACAAATTAATATTTGGTGCTTTAAATAATGATGGAATTTA +TGCTCAAGATTAATTATCAGCAGTATCTGCTTGGTTAAGAAAATCAGATTTAAATGAGAA +GCAGATGTTAATCACTAACGCTAGTGCAGACGGCAAAATAAATACAAGAGATCAATAGAT +ATAGTTGATAACTATGTTTCAAGTAAAGAATTTAAGATACTGTCTAAATAATATAATTAA +GATGATATCTATGTAATAAAAATAAGGCAATAAACTTACTAAGTTAATTGCCTTATTTTA +AATATTTTAGTATCAATATGAAAGGTATAAGCATATGCAAAAAAATAATAACAAAATAAG +TTATCAAAAAAATAATATTATGTGGACTATTTTCATAATATCTTTTTTCATATTATTATA +TTTTCTTAATAGTTCATTAGAATTTAATAAACCAGAAGACGCACCTATCGGTGTTGTATA +TGAAAAAGCAGTGGTTACAAAAATCACTTCTGATACTTTAGCTCCCGACCCTGATTATCC +TTATATTAATATAGGAAAGCAGTACTTAGATGTCAAAATTACTAGTGGCGAAAATAAAGG +TAAAATAGTTTCTGTTATTAATTTTGTTGGTAGAACTGATAACAAGCCAGTTAAAGTAGG +AACAAGACTAGTAGTATCAAGCTATGATGATTTTATAAGCACAATAATAGTTAACTATAA +TCGTGAAATATCAATTTACATACTTCTATTTATATTTATATTTGTCGTTCTATTTTTAGG +AAAATCAAAGGGAGCAAAATCTTTATTTTCGCTAGTATTTACAATGATTTGTATTTTCTT +TATATTTATACCATTAATTATCAAAGGTATGAATCCTATCGTTTCGTCAATTATAATTGT +TATTTTATCAACTATGGTAACAATGATTTCATTAAATGGAGTTACTAAAAAAACTTTTGT +AGCAAGTTTAAGCTGTATTTTATGTACTATAGTTGCAGGACTCATTGCCTATATATTCGG +TAAGTTTAATAATATTTCCACTTTTAACACAGCAGAGCTTCAAGACTTATTGTTTGTATC +TACTAAAACATCTTTAAAGGTTAAAGACTTACTTTTTGCAGGAATTTTAATATCTTCACT +AGGTGCAATAATGGATACTACAATGTCTATCACATCTTCTATTTTTGAAATGAAAGATAT +AAATAATAACTTGAGTAAGTCACAACTGTTTATATCAGGAATGAATATAGGTAAAGATAT +TATGGGTACAATGACAAATACTTTAATATTAGCCTTCACTGGTAGTAGTATAAATATATT +AATAATTTACTTCATGTATAATATGCCTTATATTCAGTTGATAAATATAGATTTAATTGT +ACTTGAAATAGTTCAAGGTTTATCTGGTGGAATAGCTGTAATATTGTCTATACCTATAAC +AGCATTTGCTGCCTCTGAATTAATTGGATATAAAAAAACTGTTTAGATATATAGATAATT +TTAAATATTTTATGGGGGGATTACATAATGATAAATAAATTTAAAAGAATATTTGATAAA +AGCTTAGAATTTATAATAAACAAGAAAAAATTAATTACTTCTACTCTACTAATACTATTA +GTTCTAATTAGTAGCATAATAATCATAACCAATAATTCAGCTCCTGTTTTATCACTAAAA +TCACCTACTAACGAAATTACATATGACTATAAAGATGAAATTGTTATTCCAGTGACATTA +AATAAGCTACCTGATAATTACTATCCTGCTGCAAATGTGGCAGTATCTTTTAATAAAAAT +AAGCTTGAATTTGTTGGTATAAAAATAGGAACAATGGAAGCTTATGATGACTATGATAAA +AGCAAGAATGAAGAACCAAACTTTAAAATTCCTCAGTGGGTTTATAATACAGATGTTGCA +AATCAAGAAGGTGTAATAAAAGCAATGTACTTAGATACAACTGCTAGTAAAAATGCTTAT +TGTTTAGATGGATTTAAGAAGAAAGAAAAAGATACTCCATTTCAATTGGTTTTTAAGTTA +AAAGATTCGGTAATTTCTAATGATAAACTTGCATTAAATATCGAAGAAGCTACATTTGCT +ACTATATCAGGCAATGTTGACAAGAGTACTATATCTACTAAAGATAACTATGGAAAGCTA +AAGATTAAAAATACTGAAATAAAAATTAAATAATATATATAACAAGGTAGCCGATAAATA +GGCTACCTATCTTAATCTAGGATATTTTATCTGAAAGTAATTTTAAACACAAATATACTA +TAATTTTTTAACTTCTATCTATCAAACATTATTTCAATAACATAATAATATAAATTAAAT +GACTTTATCTTTACAATGTTGGACTAAACTTTCTATATAATTATAATATTTAGTATTCTA +AGTATTAAATTTACACATGTATACTAATTTATTATCTTTCAATGAAAATTTCAAATAAAA +AACCGTATCACTTACTTGTAATACGGTTGATTAATATTTATGTAGCTATAAATTATATAT +CTTCCTTTGTATGTCCATTAGAATTTTCTATTATTACTTCTTCATATTCTTGTATATCAT +CAGCATCTGTTATTATCGCTTCTTCTTTTATATCTTCGCTATAGTCTGTTATTATAGTAT +CGTCTTTTATATATTCACTATTATAATTTTTTATTTCGCTTATTATATAGTTTATTTTAT +TTATAAAATATCCTATTGCCCAGAATGATACTGCATAGAATAGGTATGGTATAGAAGCTC +CTACACAATAGCTTATTACACTTTGTAGTTCATCACTTATTACAAGACCTTGCGCAACAA +GACTTGATATGTATGTATATGAATTATACATTGTAAATATTGTGTATGCTCCCAAAAGAA +TAGATAGTACGTACATTATTATAGCTACTGGATTTTTACTTTTTTTATTGCTGTTTTTCA +TTGTTATTTTTCTCCTTTTGTATTTTTCTTATTTTTTATTTAAGATATATGGATATATGT +CTTATTTCTCAATATTTTCTATTATAATAAATTATCCTTAACTTAACCTTAAATAATGTA +CATAAAATGTATAAAAAATTGCCTTCTATAAGAAATAAGTTTATTTTAATAACTAATAAT +TATTTTATATAAAATATATTTTTTATTATAGACATAAATAGGCATGTTATTGTATTATTT +ATTTATAAACACCAAGAAACGACACATTTTTCTAGGTTATTAGGAATTGACACAATAATT +TGACATTTAGATATTAGACATAAATGGAGGAACTTTATAATTTGTTCCTCCTACCTTTAA +AAGTTCACAATACTACACCTTATTTAACTGGTATTTATAACCCCAATATAAGAACCATCT +AAAAAAGACTGTAACGAAAACAGTCTTTTTTTATTTTGTCTGTGTCAGATAATCTCATAA +GTTGTAACCGATAATAGCAAAATTAACACAAGGTTTTCTGAGTTGATTTTAGAATTAAAT +AATGGAAATGACTTTAAAACCTTTGATAGCTTTAATAAAGTCGAAGAATATATATTCAGT +ATAATTTATTAATAAACATCATTTTAATCGTATAAATTTATATCCTTAATTAAATTATAC +TAATGTAAATTGATATAATGAAACTATAGAACTTATGTAATATTGTACTTGAACTAAAAT +ATATGACTATAAATAAACTTTATATAAATTATTAAACCACCTTAAATAAAATCTTACTTT +AAGGTGGTTTCATAATTTATATAATTATTTTCTTATTATATACACCCTCAAGGCCTACAT +CTTTTACTCTCTTTCTAATCACATCTACATCAGTAGTATAAAAATCTTTCTCCTTCATCC +TATTAAAATAAATACTACCAGCAAAAGTAAATCTCTTCATATCTCCATCTTCCTTATGCA +TCTCTATATTAGAGTAAGCAATAAAATCACCTATCAATAAATTGGTAGGAAGTTGAAGTA +AATACATACCATCACAATATCTTGCAGCATTATGACCAGCTAAAGAACCTGTGCATATAG +CTTCTGTATGACCAACATAAAATCCACTTTTCTCTCCGGCTACAAATAAATTACTTATAC +CTTTAGCTCTCATATAATTATCTCTAGGAGCTACAGATAAATATCTTATAGAGTTACCCT +TACCTCCAGAATATGGATCAACAATAACTGCACCTTCAAATCCTGGAACCATTCTTAATT +TTTCTAGATTAAAGAATGGAGACATTAATTTTGCATGACCAGTATCTATAAGAACTATAT +TCTCTGCAAAAGCTGGAAGGGCATATTGTTGACATACCTTTATGTCTAATTTTTCTTCAT +TTCTTAATTCTTCTGGTAAGGGTACAACTGCACATCCTTTTTCATTTAATTCTCTTTGTA +TCTCTTCACTTAATGATTCTTTTAATAATTTCATTGAACCACTAAATGCACCATAATCTC +CATTATTTCTTCTTCCTATCATATCCTCAATACCACATCTAGAAGTAACACTTACTCTTC +CCCCAAAAGATGGGCATCTTAGTACACACATAGCGCATCCATTTCCATATTTAGTGCAGT +TTCCCATAGGGCCAGATGAACCTGTAGTTTCTACAAATGCATCTCCATATATTTTTTCGC +CATCTTCTAATTCTACTGCTCTTATTTTATTGCCATCTAATTCAACGTCAATAACCCTAT +TGAAGAATCTCACATCAATTCCCATGCCTCTAACTAAATCTCTGACTGGTCTTTCAATTT +TAGTTACATTATATATGCTTGCATGTTCATGTCCTGGGAAATCTATACCTTTATGCTTAG +TATACTTATCTGTAACCTCAAATAACTCTTTTCCTCCTAAAGCTATACATTCTTCTGTAG +CAGTATATCGCCCATTATTTCTCATTATTCCGCCTACATTACCTAATCCTAATAGTAAAT +CTGTTTTTTCTAATAAAATAACCTCACAACCAGCTTTTCTTGCACCTATTGCAGCAGCAC +AACCAGACCAGCCACCACCTATTACAACAACTGTAGCCATTAGTATCTCCCCCCTAAAAT +ATAAAATCAAAGAATGCCTAGTAAATTTCTACTGTTAATTTGAGCTTTACAAGACTTAAC +TCTTTCTCCATTTAAATTCACAGTACATGCTCCACAAATACCTTCTCCACAGCAAATCAA +ATTATTATTTGCTATGGCTAATGCAATATCCTTATTTATACTATCTACTAATTCTTTCAT +ATATTTATTAAAAGGATTATATCCACCACTATAAACAAGGCTTACATTATTTCGCTTTAT +ATAGTCTATGATAAAGTTTTTATCTTCTTCTATATCTATAATATGAATATTAACGCCTAG +ATTATTTAACTTTTCAGTAACTTCTTCTAATATTATTGAGTTTTTATTAATAAATACTTC +TACTGTATTTTTATTCTCTAGTAATTTTCTTACTACATTGATAGAATTCACTTGAGATAA +TCCGCTTAATCCAACTAAACAATTTGAGTTTTTAGTTTTACATATTTTATCCACCCCAAA +AATTCCATTAAAATAAGGACCCTTAACTATAACATCTTCAAAGTCTAATAAAGTTTTAGT +TTTTATTCCTACTTGCTTTATAACAACTTCAAGTATGCTATTTTCTGCGTCCACATTCAT +AACTGATATAGGTGTGTTAAAAATTGCACTTTCTCTATTTTTGCTTTTTAATAAAACGTA +AGCACCTGGGCTACATAAGTGTTTTACTAAATTCTTAGGTATCTTTATTTTAACTAAAAA +TAAATTTTCTGCTATTTCACTTTTCTCAAGTATATCGCAAGAATATTCTTTTCTCTCATT +TACTAATTTTTCGTTACTATGTTGTACCTCATTATAAACACATATCCCTTGCCATACACA +GTCACATGTTTTTTCTCCTCTTATCAAACTACATTTTATACAATCTCCTGTATATGCTAG +ATGACATGGACAATATTGGCTGCCACAATCAACACAGATCTTATTATTTCCCCTATACAA +ATTATCCACTTCCTTAAAATGATTTTTTCTATATACTACTAATTTATTAGATTTATTTTT +TTTTGTTACTTCAAAGGACTTTATATTCTATTATTTCTAAAAAAAAATATAATGTATATA +TAGGATTTTCATATATCAATTTAGAATACTATGAATATACATATATAAATACATACAATT +TTCTAATAGGAGATAGTGATAATATGGTTAATACTTTTCTTTTTTCTAAGGACCACTTAA +CTGTACTTTTTTTCTTTGCTTTGTTCTTGTACTTTTCTCCAAAACTGACTAAAAACTTAT +TACCTTACAGCTATATTGTAGAGAAAGTAATCTGCATACTTATGATTTTAGAAATAGTAT +TTGAACAAGCATTTATTATATCTGTTAAGGATTACTCTACACTTAGTTCATTACCTATTG +ATATTTGCAGATTTGCTGAATATATTTGTATTGCCATCCTATTTTTTAAACAATATCAAT +TATTTAATGTATATTTTTCTTGGAGTTTAGTTTGTTCAATAGGAGATTTAATTTTCTTTA +AATATGTACCTTACAATTTTCCTAACTTTCTTCATCTAGCCTATATATTTTCTAATGTAC +TTTTACTTTATGCTAATGTTTACATGGTACAAGTAAGAAAATTCAAACTTAATAAACATG +CGCTAATAGATAATTTATTAGCCTGTGGAATTTATTTTTCATTTATATTCCTTTTAAATA +AACTTATGGGAGCGCATTATGTTTACAGTTTTTCTAGCTACAATATTTTAAGCATATTAA +TTTTTGCCGGATTAACTACTTTAGTTTATATTCCTTATTATATTTTTAATAGAGATGAAT +CTAGTTTTAACTAGCTATCCAACTAAAACTATTCTTCACCCAAATATAAAACAAGCTATG +AATTAAGAATTTAAAATTCTACTTCATAGCTTGCACTTATCTTCTACTTTAATTTTTAAC +TAAAAATTGATAGATAGTCTTTTGTGTATATTTCTCACCTTTATTTAATATAGAGTCTTC +TATAAAGCACATATTTCTTCCTATTGGTGGTGCTTGTGTTTCAAAGCATATACCAAATCT +TTTCTTAGGCTTTTCTCCTGTATAAGCTTCAAGCACATCATCAGAGTTCATACTATATAT +TACAACAGCATCTTGATCCGTAGTTATTGACATAGCTCTTTTTGACTCTCTATCCTCTAT +ATATATGTTATTGCCATTATCTAATAAAAATACATGGTCATATCCGTTTCCCATTTTTAT +TTGCTCGTGTTCATCATCAATATCCTTACCTACACGTTTTATAGTTCTGAAATCAAATGG +TGTATTTTCAACATTAACAATTTTTCCCGTAGGAACACAAGTGTTATCTAATTCTAATAT +GTTATTACTATCAACCTTTAGATACTGCTCTGTTATAGGTCTTTTTATATTTCCACTTAT +ATTAAAGTAACTGTGGTTTGTCATATTTACTAAAGTAGTTTTATCACTTACAGCTTCGTA +AATTTCTTCTATTTTATAATCTTCATAGATTTTAAAAGATACCACTACATCTAAGTTTCC +TGGATAGTTTTCTTCATTATCATATGACTTTGATTTTAATTTTAAAGTTATATTTTCAGT +TTCTTCAATTACATCTACATCCCATATTTTATGACTGAAACCTATATCTCCACCATGACC +TTGATGTGGGTTATAGTTTTTATTTAAATTATATTCCTTTTCTTCAATGACTACCTTACC +ATCACATATTCTACCAGCCGTTCTACCTATAAGGCCTCCATAGTAAAATGGATTTTTTAT +ATAGTTTTCAATATCTTCATATCCTAAAACTACATTTTCTAAGTTACCATCTTTGTCTGG +CGTTATTATCTTTGTTATAACCCCTCCAAGATTAAGTATCTCAAATTCAAATCCATTTTC +TCCAGATACATTGTAAGATATTATCTCTTTATCATCTATAACTTTTAGGATATTCTTAGT +GTACTTCATAAGCTTCACCTATAAACTTTCTGTGTATGATTTTACATCATTCATATATTT +TCTCATTGCTTTCTTTCCATCTTCATTCCACTTAAAAACACCGCAGTGTTCTAGCACTTT +TGCAAATGCTGAACCTACCTCATCTTCTATTATAGTGTCTATATTATCTTCATTTAAATT +ATTATGTTTAGATTTAATCTCATTGAACCAATCTAAATGTATCTTTAATCTTTCATCTTC +TTCAACTTTACTAGCTTTGTTATCATCTAATAAACATTCTTTTATTTGAGCTAACTCATC +CTTTAGCCTTGCTGGTAATACTGCAAGTCCTAAAACCTCTATAATCCCTATATTTTCTTT +CTTTATATGATGAAGTTCTTTATGTGGATGAAAAATTCCATCTGGATGATTATCGTCACA +TCTATTATTTCTTAAAACTAAATCTAATTCATATTTATCATTTCTTTTTCTAGCAATTGG +AGTTATTGTATTATGAGGAGTGTCCCCACTATAAGCATAAACACCAACCTCTTCATTAGA +ATAACCTCTCCAATGATTTAATATCTTCTCAGCTAACTCACTAAGCTTATGTCTATCTTC +TCCACTTATTCTAACTACTGACAAGGGCCATTTTACAATAGATATTTTTATATCCTCATA +TCCCTTTATTTCAAACTTATATATATCCTCAGCTTTTGACATTGCAAACTCATATCTTCC +ACCTTGATAATGGTCATGAGTAAGTATAGAACCACCAACTATAGGTAAATCTGCATTTGA +ACCTATAAAGTAATGAGGGAACTTTTCAACAAACTCTAAATTTCTATCAAAAGTATTCTT +ATTAATAACCATAGGTTCATGCTTACTAGATAATACTATACAATGTTCATTATAATAAGA +ATATGGAGAATACTGAAGATTCCACTCTTCATCTTGTAAAGTAAATGGTATTATTCTTAA +ATTTTGTCTTGCAGGATGATTAACCCTACCAGCATATCCTACATTTTCTTTACACAATAA +ACACTTCGGATAAGAAGAACTCTTCATATTCTTAGCTGCTGCAATAGCCTTAGGATCTTT +CTCTGGCTTAGATAAATTTATAGTTATATCTATATCACCATACTCAGTAGTAGTCTTCCA +AGTAATATTTTGAGCAATTCTATCAGTACGAACATAATCGCAAGCCTTACTTAAATTATA +AAAATAATCAGTAGCACTTTTCTTATTGTCCTTATATCTACAATTAAACTCTCTTATCAC +CTCAGAAGGTCTTGGCATAAGTAGGCTCATTATCTTAGTATCTAACAAATCCCTATAAAC +AGGAGAATTATATTCTAATATTCCCTTTTCATAAGCGTAATCCAATATGTTATCCAATAT +AGGTGTAACATTTTCTAAGTTTTCATCTTCTACTTCTTCAAATATATATTCATCTAATTT +AAAAAGCTCTATAAGAGAATTTCTTATATAAGTCTTATCTTCTTTTTCAAATAAATTATG +CTTTAATCCATAATTAACAAGTCTTTCAAATTCTCTATATATATTAATCATTTTATTCTC +CCCCTATAAAATCCATCCTGATCAGTTTTATGAAATCCTAAGGTGAAGGGATGGAACTAT +AAATTTACGAATATTTGCATCGTTTCCTTGTCGCATGGAATCAAATTTATATTCCACCCC +CGAAGCTACCTATTTCAAAAAACCATCCGGATGATTTTGATGCCACTTCCAAGCAGATGA +TATCATAGCTTCTACATTTTCAAGTTTAGGTTCCCATCCTAATTCCGTTCTTGCTTTTTG +AGAAGCTGCAACAAGTTTAGCAGGATCACCAGCTCTTCTTTCGTATACTTTAGCTGGTAT +TGGATGTCCTGTCACCTTTCTAGCTGCTTCAATCATTTCTTTTACAGTAAATCCATTTCC +ACTTCCTAAGTTATAAATATTACTGTTAGAACCTTCTCTTAACTTATGAACTGCTAAAAT +ATGAGCATCAGCTAAATCAGTTACATGTATATAATCTCTTATACAAGTACCATCGTGAGT +ATCATAATCGTCACCAAATATTGATATAAACTCTCTCTTTCCTAATGGAACTTGAAGTAT +TAACGGTATTAAATGCGTTTCTGGATTATGGTCTTCACCTATTTCTCCACTTTCATGAGC +TCCAGCTACATTAAAGTATCTTAAAGATATATATTTAACTCCATGTGATACATCTGCCCA +TTTCATCATTTTTTCCATAGCTAATTTAGTTTCTCCATATGCATTAGTTGGATTTGTTAA +ATCACTCTCAATAATTGGTATGTTATTAGGCTCTCCATAAGTTGCTGCTGTTGAAGAGAA +TACTATCTTCTTAACATCATGCTTAATCATAACCTTTAAAAGCACCTCTGTACCATGAAC +ATTATTATTGTAATATTTTAGAGGATTACTCATACTTTCTCCAACTAAAGAATTTGCTGC +AAAATGTATTACCTCATCTATTTTATTTTCTGTAAATACATTATCTAGTTCTTCTTCATT +TCTTATATCTACTTTATAAAACTTAGCTTGTGGATGTATTGCATCCTCATGGCCAGTTTC +TAAATTATCAACTATTATGACTTCTTCATTTCTGTCTATAAGCTGTCTTACTGCATGACT +ACCTATATATCCTGCTCCACCGCACACTAGTATCATATAAATTCCCCCTATCTAACCTCT +ATATCAATTATTTTTCATATTTACTATGTTCTGACATTCCCTATATCTATTATATTTCTC +TTGTTCCATCCCCTATGTTTGCAACATAAAAATCTGCATCGTATCCAATTATTTCTTTGT +ATCCTTTACCTACAGTATTTATGAAATCTTCTTTCATATCTTTTTTTACTATAGAAACTG +TACATCCACCAAATCCTGCACCAGTCATTCTTGCTCCTACTGTAGCTTCATGTTTCCATG +CTAAATCTACTAATGTATCTAATTCTTTTCCTGTTACTTCATAATCATCTCTTAGAGATT +TATGAGAATCATTCATAAGTTTTCCAAAAGTTTCGATATCATTATTTTGTAAAGCTTTAA +CAGCCTTTAAAGTTCTTTGATTTTCATAAACTGCATGTTTAGCTCTTTTTGCTCTTATAT +CATTTTTTATAAGATATTTATTATTTTCAAATTCTTCTTCAGTAAGTTCACCTAAAGAAT +TTATATTTAGCTTAATTTGAAGTTCTGATAGTGCAGTTTCACACTCACTTCTTCTTTCAT +TGTATTTAGAGTCAGCTAGACCTCTTCTTTTATTTGTATTAGCTATTATTATAACTTCAT +CTTTTAAGTCAACTTTGCTGTATGAATAATCCAAAGTATTACAATCTAGCAGAATTGCGC +TATCTTCCTTTCCCATTCCTATAGCAAATTGATCCATTATACCACAATTAACACCTATAA +ATTTATTTTCTGATTCTTGACAATACTTAACTAACTCAACTCTATCTATATTGAAGTTAA +ATATTTTATCAACCATAACACCCATTAAAAGTTCTAATGATGCTGATGATGATAGCCCAG +CCCCATTTGGTATATTGCCAAATACAACCATATCAAATCCTTGCTTTACATCATATCCAT +GATTTAGTAATACACTTATAACACCCTTTGGATAATTAGCCCAATCATGTTTTTCTTCAT +TTTTTAAATCATCTATATCAAAAGTTATAATCCCTAAATCCTTAAAATTCTCAGAATACA +TTCTAACTGTTTTATCATCTCTTAAAGCTATTGCTCCATATGTACCAAAGCTTAATGCAC +AAGGAAATACATTCCCTCCGTTATAATCAGTATGTTCCCCTATTAAGTTTACTCTCCCTG +GCGAAAAAAATACTCTAATTCCCTCTCTATCACCATAAACTTTAGTAAACATTTCTATCA +TATTATTTTTCATTTTACCTCCCCTTTCCTTCTTTTGTTACCCTGATATAATAATAACAT +AGTAGATTTACGCAAACAATAACGTTTTCATATTTTTACTAAATTTTTTCATTTTTTACT +CTTTTTTTACTAACTATGAAAATACATTTTGCTTTTAGTATAAATCAAATAATAAAATTT +AAATTTTGTTACATTTTATATGCCCGATATAGTTCACATTTCCAACAATTTATTAACTAA +GTCCAACTCTTAATCTATTTATAAGCATCTTATACAAACTTTAAATCATACAATATATAA +ATATTTTGATACTCTCATATATTTATATTATTTTTACAAAAAGGATGTGTTAAACATGTG +TACTGCTCTTACTATAGCTACTAGTAATGGCTATCATCTCTTTGGGCGTTCATTAGATTC +CAGTCATAACTTTAATCTAACGGTTCACTTTATCCCAAGAAACTATATCTGGAAAAATGT +AATTACGAACAAGACTAATAATATCAAATACGCAATTTTAGGAATGGGAATTATATCAGA +TGGACATCCTCTAATAGCTGATGGTTTTAATGAAAAAGGATTAGCTTGTGCCGCTCTTAA +TTTTCCTGATTATACTTCTTATAACAAAGACTTAATAAATGGTAAAATTAATATAGGACC +TTATGATTTAATATTATGGATCTTAAGTAATTTTGAAAAAGTATCAGAAGTAAAAAATGC +TCTAAAAAATATTAATATTGTAAATATGCCGTTCTCCAAATCTACCCCCATCCCGCTAAT +CCATTGGTTAGTGTATGATAAAGATGACAATTGTATAGTAATAGAAAAAATAAAAGGTAA +ATTAAAAATTTACGATAATAAAATTGGAGTACTAACAAACTCCCCAACATTTGACTGGCA +AATTACTAATTTGAGGCAATATATAAATTTAACTTCTACTCAGCCTGAAGAAGTTATGTG +GCATAATCAACAACTTACACCCCTAAGTAATGGTATTGGATTAACAGGTTTCCCCGGTGA +CTTTTCTTCAGTATCAAGATTTATAAGAGCTGCTTACCTTAAAAGTCATGTAGATGTTGG +TGATGATGAAGTATCTGGAGTTACTACACTTTTCAAAGTTCTTGATAATACAGCTATGAT +TTACGGTTCGGTTATAACATCTAAAAACCTTAAATTTAAAACATTTTATAAATCATCGAT +GTGTCTAGAAAAAGGAATATACTATTATAATACATATAATAATAATCAAGTGACTGCTAT +TAGTATGTTTAATGAAGACTTGGATACTGCTAACATTAAAGTGTTCCCCTATAGAAATAC +TCAGTCTATATATTCTGAAAACTAACAATTTAATAATAAATAACTTGCGCATAATACATC +CGTTTTTTTATTTTCTTAATTCTTCTATATAACCTATAAAGTACTATACTTTTTATTGAT +CACTATAAATATTTTTTTGTATTTTCCATAAAATAATTTATAATATGTATTTTATTTTAC +AACAAAGGATGTGTTAAGCATGTGTACTGGTTTAACTCTAACTACTAATGATGGGTATCA +TTTATTTGGTAGATCTATGGATATTGAGTATTCTTTTAATCAATCTCCACTTTTTATACC +AAGAAACTTTACTTGGAATAATACAGTTACAAAAGATACAAATACAATTAAATATGCAAT +ATTAGGAATGGGAACTATGTTAGAAGGTCATCCTATGATAGCTGATGCCTTTAATGAGAA +AGGGCTAGCGTGCGCCGGATTAAACTTCCCTGGTTATGCTTCTTATGAAGAAAATATAAT +GGATGGTAAGACTAATATCGGACCTTATGATTTAATATTGTGGGTATTAAGTAATTTTGA +AAAAGTATCAGAAGTAAAAGAGGCCCTAGATAACCTTAACATTGTAAATATACCTTTTAC +TCAATCTACGCCACTTCCAACACTACATTGGATAGTATACGATAAAAACGACGACTGTAT +AGTAATAGAAAAAGTAAAAGGCAAATTAAATGTTTACGATAATAAAGTTGGAATCCTAAC +AAACTCTCCAACTTTTGATTGGCATATTACTAATTTAAGACAATATATGGGATTAACTTC +TACTCAACCTCCAGAAGCTACATGGCATAAACAAGAGCTTATACCATTAGGTCAAGGTCT +TGGATTGTGTGGGTTACCTGGAGATTTTTCTCCAGCTTCAAGATTCGTAAGAACTTCATA +CTTTAAAAGCCATATAGCGCTTAATAAAGATGAATTATCTGGAGTTACGGCATTTTTCCA +CATTCTAGCCAATGTCTCTATGATTGGAGGTTCTGTTGTAACACCTGCAAATCTTAATGA +TATAACATTATATAAATCATCTATGTGTTTAGAAAAAGGAACTTATTATTATAATACATA +CTATAATAATCAAATCACTGTTATTAATATGCATAACGAAGACTTAAATGCTACAGAGGT +TAAAGTATTCCCATATAGAGATGCTCAGTCTATATATTACGAAAATTAATTAATCATTTA +TATAATATAAAAACTGACGCCAATTGACGTCAGTTTTTATATTATATAGCTTTGGATTTA +ATATTACTTTTAGTTTTTTAACTTCCAAGTATATAAGCTCCAACTCCCATAAATAATGCT +CCGCCAATCATATTTCCAATTGTTACTACAACTAGATTATACACTGCACCAGCTAAAGTA +GCCCCTTGTACTAATGGTGATATTAAAGCTACTGTATAAATAGTCATATTCGTTATGCTA +TGCCCAAATCCGATAGTTATAAATGTAAATAAATATAAAAAATCATTATTAATTTAGCAC +TGTCATCACTAGTTCTAAAAGAACATAATACAGCTACACAAACTAATATATTACAAAGTA +TTCCTCTAAATATACGTTGCATAAATGGATCAGATGACTTTACTATAGATGTCGTTGCAA +AAAATTCCATTACTGGACCTTGACTTACTAATCCACTTCCTACAAATAAAACTGCAACTA +ATATTGATCCTAATAAATTACCTATATAACTATAAATCCATACCTTACACATATCTTTTG +AGCTTATTCCTTTATTCAAGCTTCCTTCAGTCATTACCATATTATTACCTGTAAATAATT +CTGTTCCAGTCATAATAACTAAACTTAATGCTACTACAAAGGATACTCCCATCATTATTT +TAACCATAGGAGAGTCTGAACTAGTTAAAGCTCCTCCTATTGTAAATATTAAAATAATGC +CTAATCCTACATATAACCCTCAAAAGCTGCCAATACTAAGTGTTTTACTTTACTATTATT +AAACATGTTAATTTTATTTTTCGCTGCGTTAGTTAATTTATCTAAAGTTTCCTTATGCAT +AATATATCCCCCTAATTTTAATTAATATCTTATACCACTCCAGTATATATTTTCACTAAC +CTTCGCTATATCATCTAATTCTACTCCATCCAAATCCCACTTTTTAAATTCCATAAATCC +TGTTCTGTCTACTATATAATCCATATGTTCTTTCCCTCCTAGAGCATTTAAATCTATATA +TTCAATAACATATTTATAAGTGTTAATTATTATTTTTATAATAGACTCTTCGCATGACCA +AAGTAAAAAGTCCTCTGCTAATCTTGGATTTTTCTTTCCTGTACTCCCCATAATAGCTAA +TATATGATATTTTTTAGAATCTCTAGTCCAGACACTAGTTGGACAATTTAGTATACATTC +TCCACATCTTATACATTTATAATGGGCTCTTACTATTTTATAGTTTTCCTTCTTTAAAGC +ACCCATAGATAGTACTTCACATTTTTCACACAAGCACCACATGAAACATATCTATTCTTA +TTCAATTATCTATTATCAATATCTATCTCATCATATAGTTTTAAATTTATATTTATTATA +TTGTTCTGAAAATAAAGCGCCTATTCCTCCACCCATAGAGTGAGCAAATAAAAACAATTT +ATTATTATTTAATTTAGGCACCACGATAGTATCTAAAAAATCTCTTAAGTCTTCAACATA +ATAATCAAATTTTTCTACATTAACTTGATTCTTGTCTACTCCGAGCCTCCCTGATTTTCC +ATGACCTCTGTGATCTAATGCATAGACAGAGAAACCATTTTTATTAAATATGCTAATAAT +TTCACTATACTTTTCTACAGATTCACAAAATCCATGTGATATTACTATAGTAGCAATACT +ATTTTTAACCTCATAACTTTTATAATATATATGTAATTCATTCTTTCCTTTAAAAAAAAC +ATCTATGTATATTAAATCATTTATTGTATTATTCATTTTTTACCTCATTCTTATAACAAG +ACTTTCTTTAATCTAATTTTACTTTTACATCTTTTGTACTATCTCTTATTACAAGCTCAC +TTGGTATTATGACTTTTTTACTATATTTTCTATGTTTATTTATTCTTTCCATAATTAAAT +CTACTGAAGCACTAGCTAAATGCTCGATATGTACCCTTACAGTCGTAAGAGGTGGTATAG +TATGTTGAGATGCAATTAAATCATTAAATCCTATTATACTAATATCATTAGGAACATTTA +TGTTATTTTCATACAAGGCTTTAAGCACTCCAGTTGCAATAGTGTCTGTACCTACAAAAA +ATGCACTTGGCATATTTTCATTATTTTTTATAAAATCTTTTGTAGCTTTATAACCATCCA +TAGCTGTCATTTCTTTAATATCTAAAATATACTCTTTCTTATATAATCCTTTTGATTTCA +TATGCTCCATAAAAAATTTTAATCGATTATCCTGAGTTTTCTCTCTATAATCATCTGGAG +TTTTCGAACTCCCAATATATCCAATTTCCACATGACCAAGCTGAATCAAATGATCCAAAG +CTTTATATGTACCTAATCTAAAATTGACTTTAACCGAATCATATTTTTGTTCATCTGGAG +ATGAGTCTAAAAATACTATATTATCACAGGATTCATTCAACATAGATATCTCATTTTTAG +TAAATTTTCCTATTGCAATTATTCCACTTAAAACTTCATTTCCTATATATTTATACTTAT +CTTCAGTTTTATATAAATTTACTACTTCAATTCCATTATCAAAGCATTCTTTTTCTACTA +CACTTCGAAGTAATAAGTAATAAGGATCTTGTAATTGCTCACTATAATTATACATTTCAA +CAATTCCAACTCTTCGTTTATTCGTTTTAATTTTGCTATGAGTTTTTCTTTGTTTTAATG +TTTTATATTGCATTTCTTCTGCAACTTCAAATATTTTTATTTTTGTATCATCTCCAACAC +TTATACTGCTATCATTGTTTAAAACTCTAGACACAGTACCCACTGATACCCCTACAGCAT +TGGCAATTTCCTTTAAAGTAGCCATTGAATTACCTCCTTTTGAATTGAATTAACTAGTAT +TTATAGATTCACTTTTAATAAAATCTAAATTTTTATTTCTTAAATAAAATTTTAGATTAA +CTACTGTTTTATTATATTTAATTTTTACTTATTCCTTTATTCAATGCTCTTAACATTTGA +AAACCTTGATTTTCTAATTAATTTCATAGTAACACATAGGATTTTTCTTTACAATAATGA +TTCCTTAATTTTACTTATTTTTACTATTTTTTACTAATCAAATAAATATTCTTACAATAA +AAAAGATTATGTTAATGATATTTAATCACATTAACATAATCCTTCACATTTTTAATTTAC +TTATCTATAATCACAAACTTCTTTGCTATTCTTTTAATATTTTGTAAAGATTCAATCATG +ATTTTTCTTTCATCTACGCTTAGCATCATAAATTTAGATTCTAAAATAGAAGATATCTGC +TTCATTTCATCATTGATTATTTTTTCGCCAATTTCTGTTATTCCATAGAAAGTATTTCTT +CTATCTCTCCTATCTTCTTCTCTATAAACATAGTTTTGATCAACTAATTTATTAAGTAAT +ATACATAAACTAGATGTAGATACATTAAGCTCTTTACTTAGATTCTTAAGCTCCATCTTT +TTGCAATTATATATTTTTAATAAAACAAAAAATTGTCTTTCTGTAAGAATCTTATTTATA +GTAGCTCTTTCTCTATTAATATTCTTTATAAGATTATTAAATAATTCAATATCATACATA +AGTAGTTGCGCTAAGTTTTTTTCATGCATATCCTCACCCCAAAGTCAAATTCTATATATT +AAGCTTATATTACTATCATTTTTCTAATACCTTTTTATTATACTCTATAAAAAGTAATTT +TTATATTAAAAATATTTCATTCTTAAATATTTAATAATTCAAATAACCAAATATAGTTAT +ACTATTTCCTTTTTTTATTTATGATTACTATTTTTATTGCATTTTTCTTTATTCATTTTC +TGTATTTTTTCTATAACCCTTGGAGTAATTGCAAGTATATTATCTACCAAATTAATATTA +TCATCTAAACTCATAAGTCTAGTTTCTCCATCTTCAACCACTACAAATGCCACTGGTTGT +ACAGATATAGCACCTGCACTACCTCCTGCAAAATTTGTATCTTTTTTTTCATTATTTATT +TCAATACCATTTCTATTATCATAGCCTTTTGAATATTCTCCACCACCTATCCCAAATCCA +ATAGTTACTTTTGATATAGGTACTACTACTGTAGTTTCTGTTTGTATTGGGTCTCCAATT +ATAGTGTTTGCATCTATAGAACCTTTAATCGTTTCAAGCGTTGTCTCCATAAGACTTTGT +ATTGACCCTGTTGCTCTCATTATGATCACCATCCTTATTTTTTCTATAAATTTTAATAAA +AGCCATAGCTAATTTCAACAAGTCCTCTATCTTTGGACTTATATGTATCTTCACTCTTCC +ATTAATATAATTCTCTAAAAAATTAGGTACAACATTTAAATATATTTTTTCTGCATTTAT +TAAGCTACTTAAATTACCATAAATAGTATTAATAAATACAAATATAAAACATGTAAAATA +AATATTTTTATTTCCAAAACTTATATTAGAATATAATTCTTTTATCCTTATATTATTTGC +TATTTTGTAGATTCTTAATATATCATCTGTAAATATATATTTTTTTCTTTTTTTTACTTT +CTCCTTTACCTTTTTATTCTTTATTCCTACTTTCTTTCCTATACTTTTCTTAGGTGGATA +AAGTTGAATTTTTATATTTAGCAAATTAAATAAATATTTTATATTTAATTTTATTAACTT +GGTATTATTATCTATGTCTATTGAAATTATAATATTAAGTCTTGATTTATAAATAATAAA +TAATACTAAAATAATAATTGCTATAAAAAAATATAAACTAAACATCTCATTATGTTTCAT +ATTAGTATTATTTTCTAAATAATAATTATCTATACTTTTTATTAAAATTTATTTCAATAT +AAAATCATTACAATAAAAAAGGGCCTATCTCAAAATAAGATAACAAAATCTAATTATATT +TTGTATCTTTATTTTAAGATGACCTTATTTTATTCATTAGCCTGTTGTATTTCTATAGTT +TCATAATTTTCGATAGGTGGTAAATCTTCTAATCTCTCTATATTTAATAATTTTAAAAAC +TCATCTGTAGTTCTATATATTATAGGTTTACCTATTCTATTTAATCTTCCTGCTTCTCTT +ATAAGATCATTTTCTAAAAGAGTTTGAAGTACTTTATCACACTTAACACCTCTTATATCT +TCTATTTCAACCTTTGTTATAGGCTGCTTATAAGCTATAATAGTCAATGTTTCCAATGTT +GCCTGGCTTAAAGTTTTCTTTCTCTTTGGCTCAAGGACTTTCTTAATGTAGTCTGCATAT +TGTTTATTTGTGCACATTTGATATTTGCTTTCTAATTTTATTATTTGAATACCTCTGTTA +TTATCTCTATACTCTTCCTTTAAAGAATGTAACATATATTCAATTTCTTTTGGTGAAAGT +TCATCATTTATTATAGAGTTTAACTCTTTTATGCTTATAGGTTCTCCATATGCAAACATT +ACTGCTTCTATAATATGCTTTATATCCTCACGTTTCATCTTATCACTCCGAACTTCTCTT +AATTAAAATATCGTCAAAGAATATATCTTGTTCTACTGTTATTTCTTTTGCCTTAATTAA +TTCTAGTATAGATAAGAAAGTTGCTATCACTTCATTTTTATCACAATCTTCTATAATATT +AGTAAAATGAACCTGTTCTTTCTCTTTAATAATACCTCTTATATATACCATCTTTTCCTC +AACAGAAACTATTCTTCCTTTTACAATTTTATTTAATCTATCATCTTTAGACTCAGTTTC +CTCTGATGTCTTTACCTTTAAGATATGTGGAAGAATCATTTTTATAGCATCTATTGATAT +ATCTTCTAAGTCTATTTTTTCATCTATAATTATTTCTTCTTTTTTTCTATAGAATACCTC +ACTCAAGTCAGTAACATTACTTTTTAAATCCTCAGCTGCCAACTTATATTTTTTGTATTC +TTCTAATTTTTCCATAAGTTCTAATCTTGGATCTTCCTCTTCCTCATCGTCTTTTTGTTT +GTATAATAAATATCTAGACTTAATTTGAAGAAGTTTTGATGCCATTGTTATAAACTCACT +CGTTATTTCTAGATCCATTTTATCTAGCATCTCTAAATAACTTAAGTACTGCTTAGTTAT +TTCAGTTATAGATATATCTTTTATATCTATTTTTTGCTTTGATATCATATCATAAAGTAA +ATCTAGCGGTCCATCATAGACCTGCAAATGTATATTATATTTCATCAAGTTACCTCTTAA +AATTTTTAATTACTTATAAGAATATTCCTACTATATTAACAATAACCCCATATATTGGTG +CATAGATTATCATATAAGTTTTTGTAAATATTAAAAGTAATAGTATTAATTGCCCATAGC +TTTCATACTTATATACAAATTCACTCCATTTTAATGGTATAAATGCTGATACAACTCCCC +AACCATCAAGAGGTGGTATAGGTAGTAAGTTAAATGCTGCAAATCCTATATTAAAAGCAG +CTGTTGTAGAAGCTATTGTATATATTGCATACATATGAGAATTTTTTGCAATGATTAATG +CTACTATGGCTGCAATTATATTCCCTACTGCTCCAGCTAAAGATACTATTACATTACCCC +ACTTATAACTTTTAAAGTTATTAGGATTGACTGGAACTGGTTTAGCCCAACCTATACGGA +ATATTAATAATGTTAGTAAACCAACTGGGTCAACATGCCTAGCTGGATTTAATGTTAATC +TTCCATACGCTTTAGCTGTATTGTCACCTAGTAAATAGGCTGCAAGAGCATGTCCAAACT +CATGTACCGATAATGCTATTGCTATAGCTACTAAATATACTAATATATTACTTAAAAAAT +TCATAACTTATCTCTCCTATTTTACTTTTTCAATAATACTATTATACCATTTATAAAATT +ATAATCAAAATATTTATATAAACCTACTCTATAAATATGAATTCAATATTTAACCTAATA +TGTATATTTTTATAAAAAATAATTGAATTCTAAATAATTGTAAGCTTTATTTTTACTCTA +ATTTAATAATTTTTTAAACGAAAAGGCCCTTTCAAGATAATATAATTATCTCAAAAAGGC +CTTCTTTATAATACCCTAACTACTGATTACTCAACTATACTGTTTTCTTTGTTTTCTCAT +TCTTACTCCACTTATTATTTAAGTGATCTACAATTACAGCTATTGCATTATCCCCAGATA +CGTTTGCAGCCGTTCCAAAACTATCTTGAGTTAAATATAAAGCTATCATTAAACTTGCTA +GTCCACCATCAGATGGTATACCTATCATTGGTAAGAATGGAAGTGCACTCATTATAGCCC +CACCTGGTGCTCCTGGTGCTGCAACCATTGCTATACCTAGCATTAATATAAATGGTAAAA +CTGTTGTTATACTATAATCCATTCCGTTCATCATAAGTACTGCTACTGCAAATGATGTAA +CTGATATTATACTACCTGATAAATGTATTGTTGCACATAAAGGTACACAGAATTCTCTTA +TATTCTTACTTACACCATTCTTTTCTGCACAAGAAACGTTTACAGGTATAGTAGCTGCAG +AAGATTGAGTTCCTACTGCTGTTAAGTAACCTGGTATTTGGTTCTTTAACATTACAAATG +GATTCTTCTTAGATATAGCTCCAGCTGTTGTAAATTGTATTACTAAGTATATTAAGTGTA +ATGGTATAACAATTAAGTATACTCTCCAGAAAACACCTAATATATTCCATACTTGTCCTG +CATAAGTTATATTAGCAAATGTTCCTGCTATATATATTGGTAATAATGGTATTATTACCG +TTGATAAAGTTTTTGTAACTATTTCTTGGAACTCTTGGAATAAGTTAAATAAAGTTTCAC +CTTTTCCATTATTTCTTAATGCTGATATTCCCAGCCCCATTGTAAATGCAAATACAATTG +CAGCTGTTACATCTACCATTGGGTTTAATGGTATTGATAATATTGCTGATAACATTCCTG +CTTCTGGATCACCTATGCTGTTTGCAACACTTGGATCTATAAATGATGGGAATATTACTG +ATGCTACTGTAAATGCTATAAGTCCAGCTATTACTGTTGAACCATATGCTATTCCTGTTG +TTACTCCTAATAATTTTCCTGCTCCTGTAGCTAAATCAGCTATACCTGCAGTTACGAATC +CTATTATTATAAATGGTATTACGAACTTTAAGAATGATGAAAATAAACTACTTGCTGTTA +CTAGTACTCTTACTAAAAACTCTGGCGCAAATTGACCTATAAGTATCCCCGCTATGATAC +CCATAATTAATTTTGGAACTAATCCAATTTTCTTCTTCATAATTACTCCTCCCGAATATT +ACTACATATTATTCCATTATTATAATTATTCCCCTAAGGAAAACCCTTGCATAACTATAT +TAATAAATTTTTCTATAATAGTCAATAGTTTTTGTTATTTTTTGAACAAGCATATCATTT +TTTATATTTCATTTATAATAACTCTACCTTTTATTATTATCGTTAATAATATATTGTTAT +TTATTACTTAGCTTAATTGCAAATTTTTATGTAATATAAAATAAGTGGAGCTTAATATAA +CTAAGCTCCACTTATTTCATTGAATAGTATTTTTATAACATGTTATCTATAACTCTTTGT +AACATTTTTAGATAACTTGCTTTATTCACATCTTTATTATTTACTAATTCTACTTTACCT +ACTAAATCTTTACCTTTATATACTTCTACCATACCTAATGCTGTACCCTTATTTATTGGT +AATTTTGGTTCCTCATATACTTTTATCTTTTTAGTAAACTCTTTTGAATCACCCTTTTTA +ATAAGTACAGTTAAATCTTCTTTAGCTACTAAACTTACTTTATCACTTTCAGCTTTTTCC +ATAGTCAAGGTAGATATTTTATCATCTTTAGAACAAAGTTTTACACTTTCATAATTTGCA +AATCCATAGTTTAAAAGAGATGATGCATCCTTAAATCTTTCTGGAGATGTTTCTGCTCCA +AGTGTTGCAGCTACTAAATGGGTATCTCCTCTTTTAGCTGATGCTGATAAACAATATTTT +GCTTGTTGAGTAAAACCAGTCTTAACCCCTGTAGCACCTTGGAAATGTTTAATTAACTTA +TTAGTATTTGCAATACCTATAGAAGTTTGTTTTTTACCTACAACTACTGAATCCATCCAA +GTAGTTAAATACTTACTTATAACATAATGTTTTAATAATTCTCTAGACATTGTGGCTATA +TCATAAGCTGAAGTATAGTGATTATCTACTGGTAATCCATTAGTGTTTGCAAAGTGGGTA +TCTTTCATATTTAAGTCTTTAGCTTTAGAATTCATCATATCTACAAAAGATTCTACACTA +CCTGCTATGTATTCTGCCATAGCAACACAAGCGTCATTTGCTGATGCTACTGCAATCCCC +TTTAATAAGGTATCTACAGTTTGACTTTCACCAGGTTCTAAAAATATTTGGCTTCCTCCC +ATACTAGAGGCAATTTCACTTACTTGAACTTGATCATCAATCTTGATTTTACCACTATCT +AAAGCCTCACATATTAATAACATTGTCATTACTTTTGTGACACTTGCAGGTGGTAATTTT +TCATGAGCATTTTTTTCATAAAGCACTTGTCCACTACCTACATCCATTAAAATAGCCGAT +TTAGACGATATATTTATATTACTATTATCATTATTAGCAAAAGCTAAATTAGCTGGTGTA +ATTATAAGAATTATAGCTAATATAATGCTGGATAGTTTTTTCATTTATGTCACCTCTAAA +TTAATATTTAAGATTAGTCTTTCACCTTTATCTTTTTTTATTCTAAATGTGTTGTAATGG +TTTGCTTTAAATTATTGCACATATTTATTTCTAAGTCTCTTTTATTTTCTAGATTAATAA +AATAATTACTTAGTACTCCATTAGACTTTGCATTTTCTATTATGTCAAATACATCCTCAT +GATTCATTCCATAATCTGCTGCAATTTCAAATTTAACTTGTTTCAACGCTATTCTTGCAT +TTTTATTTATTATTTTATAACTCACAATGCAACCTCCTATATATTTTTTATATAATTATT +TTTTACTAAAACAAACAAAAAAACCGTATATATTAAGAAAATTTTTCTCATATACACGGA +TTTTAAATTAATAATTCACTATTTCATCTTCAATCCCTATAATTTCTGCATCAGTATTTT +CTTCTATAAAACTAATTATCGATTCCATAGAAGAATTACACTGACTGCTATTTAAATCAA +TCTTAGATATACCTATAGTTATCCTATGATGTAAATCTTGATTGTCTACTTCACTTACAG +ATATATTAAACGTATTTTGAAGTTTTTTTACTATACTTTTTACAATCATTCTTTTTTCCT +TTAATGAATGTACCCAATTAGCTCTAAGGTCAATTTTCATAATCAGTATTTTCATAAAAT +TTCTCCTGTCTTTTGTTTACTTATAATCATTTTCTACTGCATCTGATAATATAACATTTA +TATTATTCATCATTTTAATAAGTTTTTCCTCATTTTTTAAATAATTATACACCTTCTTAT +TATTTTTAATTTTATTTTCTAAAGACTCTATTCTTTTCATTGTCTTTTTATCTATACTTT +TATTTTGAATTCTATAACTTTGCAATCCCATTTGACTCATTTTATAATCTTTTAATAAAT +TTTCACTTTTCTCATCAGCTCTTACTTCTTGCATACTTTTTTGAAAATCTTTGTATTCTT +TGCTCTTTTTTATTTCACTAGCTAAACTTGTAGCACTCTCGTATACGCCCATAAATACCT +CCTATAAATCTATTCTAATTTAATATATTTATCATCATGCATTAAGTTGACTTGTTCACT +TTAATATATTGCTTAAAATTATAAGATTAATAAAAAAATAGGCATGGAATCATTCCATGC +CTATTTTTACATTCCCTATACTTCCATTATTATTGGTAGTATCATAGGATTTCTTTTAGT +TTTTTGATATAAATATTCTTTTAGGTTTTCTTTTATATTATTTTTCAGATATGCCCATTC +TTTTATATTATTTTCTTCACATTCAACTAGAACGTCTTTTATTACATTTTTAGCTCCATC +CATTAAATCTTCTGATTCTCTTACATATACAAACCCTCTAGATATAATATCTGGACCTGC +TAAAACCTTTCCATCTTCTTTTGAAATAGTTACCACAACTATCATTAAACCATCTTCAGA +TAAATGTTTTCTGTCTCTTAATACTATATTCCCTACATCACCAACACCTAGTCCATCAAC +TAATACATTTCCTGTTGGTATACGATTTGTTACACCTGCAGAATTCTTGTCTAATTCTAG +AACTTCACCTGTTTGCATAACAAATACATTATTTTCTGGCATCCCTAATTCTACAGCAAG +CTCTGCATGTCTCTTTAACATTCTGAACTCACCATGAGCTGGCATAAAGTACTTAGGTCT +TACTAATCTATGCATAAGTTTTAATTCTTCTTGACAAGCATGACCTGATACATGTATATC +CGCTATATCGTTATATACAACCTCTGCTCCCTTTTCAAATAAGAAGTTTATAACTTTAGA +TATTAATTTTTCATTTCCTGGTATTGGATGTGCTGATATTATTACTAAATCGCCTCTTCT +TATTTCAACCTTTTTATGTTCAGCTGTTGCCATTCTAGCAAGAGCAGACATTGGTTCACC +TTGTGTGCCTGTAGTTATTATTACTAATTCATTATCTTGATATTTTGATATATCATTTAA +ATCAATTAGCATATCATCTTCAATTTCTAAATACCCTAACTCTTTTGCGACACCAACTAC +GTTTACCATAGATCTACCTGATACAGCAACCTTTCTTCCAAACTTAGCTGCCATATTTAC +TATTTGTTGTAGTCTGTGAATATTAGATGCAAATGTAGCAACTATTATTCTGCTATCACA +ACCTTTTCTAAATAAATCATCTAATCCTGTACCTACAGTTCTTTCAGACATACTATAACC +TGGCTTACCAACATTAGTACTATCTGCTAACATTAAAAGAACTCCCTTTTGACTTAGCTC +ACAAATTCTGTGCATATCCATAACATCACCATCTATTGGTGTAAGGTCAACCTTAAAGTC +ACCTGTATGGAATATAATCCCTTGGTCTGTGTGTACGGCTATAGAGTATGCATCTGGTAT +ACTATGATTCATTTTTATAAACTCTATATCCATATTAGCAAGCTTTATAATTTGTCTAGG +AGTTACTACATTTAACTTAACATTATTAAGTTTATGCTCTTTTAACTTAACTTGTATTAG +AGATATACTAAGTCTTGATCCATAAACAGGCACATTTAACTTCTTAAGTACATAAGGAAG +TGCACCTATATGATCTTCATGACCATGAGTTATAAATATACCTTTTATTCTATCCTTATT +TCTCATTAAATAAGTTATATCCGGTATAACTATATCTACCCCTAACATCTCATCTTCTGG +AAAACTTAATCCCGCATCAATTACTATTATCTCATCTTTATACTCAATAACGGTCATGTT +TTTACCGACTTCGTTAAGTCCGCCTAGGGCTGCTACCTTAATTTTATTGGCGTTCTTTTT +AAACAATTGCACCATCTCCTTCTGTCTATTCAATTTTCATAAAATCCAAACTATATTTAT +ATTAATTTTAACTAATATCAAATCACGAACTCTACCAGTTATTATCATTGTACCACAAAT +CTTGATATATTTTAAGTAATATTTAAAATACATTTATTCTATTATTTTGACAAAAATAAA +CTATTCTGATATCCTCTGAATATATTAACTTATTATATATAGGAGGATTTATGCGTGGTA +GAACTCATTGTACTATAGGTATACTAGCATCTATACAAGCTTCATTAATTTTTAAAATAC +CAATTTCGATATTTTCTATTATAATATCAGCTATTTTTTCTTTGCTTCCAGATTTAGATG +AACCAAATTCTACAATTTCTGATTTATTTTTTAAAAAAAATATATCTAAATTTTTATATA +AATTATTAATATATTTAATTAATATATTAATATTCTTTTTTTCTATAAAAATAAATAATA +ACTTTTATTTAAGTTCTATTATAACATTTGCATCTATTTTTATAATAGAATCAAAATTAA +CACATAACTTTTTAAGAAAGTTGTTTTTGTCTTTAATATTTCTATTATTAGGAGTATGTC +TTTATTTAGTAAATACAAAGTTTTACATAGTTCTTTTTGTAATGTTGTTGGCTATTTTTC +CTTGGCTAAAGCACAGAGGTTTATCACATAGTATTTTTGCAATCATTATTATTTATATTT +TGTTAAAACAAATAGAACTACTAACTAATATATACAATTTATCATTTTGGGGAACTATAA +GTTATGCAAGTCATATATTTTTAGGAGATATATTTACTCGACAAGGTGTGCCATTGTTTT +ACCCTTTAATTGAAAAAAAAATTTCTCTTGGTAATCTGAAAGTTGGTGGATATTTTAGTA +ATCTGCTTGAAATTTTACTTATAATCAGTTTAGTATTTTTAATAATTTATTCTATAATAA +AAATATAAGTCCTTATTCTGGACTTATATCTTTATTACATTCTTCACATAAACCATAAAA +CTTTACATCATGATCTACTATTTTAAACTTATATAAAGATTGTATTTCGCGTTCTATGCT +ATCTAATAAATCTTCTTTTACTTCTATTATCTTATTACATTTGCTGCATATTAAATGATG +ATGATGGTGACAATCTTCCTCGTTTAAGCTTATTTCATATCTTACACATCCGTCATCTAA +ATTAAGCTTTGATATTACATTTATATCATCTAATAACTGCATAGTTCTGTATACTGTTGC +TAGTCCTATTTCTGGACAATCCACTCTTACTAAATCATATATTTCTTCACTACTTAAGTG +CTCATTTTCATGTTTTAATAATATCTCTATTATAGCTCTTCTTTGTGGAGTAATTTTAAA +TCCGGTTTCTTTTAATTTATCTTTTAATTCATCCATTACATTCTTCATTTATTTCACCCT +TTTTCAATTGATAATCTTTATTTATTAAAAATTCTATATGAATTTTATGTATTTGTCAAC +ATATTAAGATAAAGCTTAGTTTAAATTATCTTCAATTGAGAATATATGTTTTAAAATTCA +CTTAATATTGATTCTCAATTTTATATGTATACTATAGTATTATTACCCTATTTTTTTAGA +TTTAAGCAATAAGCACATATCTTTTTTAAAATTCATTATTGCCATTATCCTATAAATAAT +AAAAACCCACTTGATACATAAGATCAAGTAGGCTCTCTATACAACAAACTATATTTTATT +GTTCGTCTTCGTCGAAGTTTAATCCTTCTTCTTCCATTATAGCATTGTATACAGCTACAA +CAGTTTCATACTCATCATCATTTTCTAAAGGAACTAATATTTCTCCTTCTTCATCTTGGT +CTATTCTAAATATTAAAGCTTCTTCTGCTTCTTCATCTTCAACAGGCATTAATATAGCAT +ATTCCTTTTCTTCTGCTTCTAGAGTTAATATTATTTCAAATTGACTTTCTACTCCATTTT +CATCAATTAGGTTTATTATGTTTTCTTGCATATTGTTCACCTCAAATTATTATTTGTTAT +TTATATTATATATCATAAATTTATAAATTTATAGATGTTTTATTTATTAATTTCCTTTTA +AATCTAAATATCCTTGTAGTATAATTACTGCTGCTAACATATCTATTACCTTTTTTCTTT +TTTGTCTACTAACGTCGGCTTCTATTAGAGATCTTTCAGCTGCAACTGTAGATAATCTTT +CATCCCAAAATTCAATTTCAAGTCCAGTTTCTTCTTTTATTAATTCACAAAACTTTAAAA +CTTTTTCACCTTGAGGACCCAATGTTCCGTTCATATTTTTAGGAAGACCTGAGACAATTT +TATTAACTTGTCTTTCTTTTATTATTGCCTTTAATTCTTCTATATCTTTTTTCTTACCTA +CTCTTCTTATAGTCTTAACACCTTGTGCAGTAAGTCCCATCAAATCACTTACCGCAACAC +CAATAGTCTTGTCTCCGATGTCTAATCCCATTATTCTTCCACTTAACATATTTTGTCTCC +TTTGATTTTCTTATAATTCTTCATAAAAATCAATAAATAATATAACTTATTATTTATTTT +ACTCTTCCTATTTAGAAATCATTCATACCTTATTTTATATTATTAATACATAACTTTGCA +AATAAAATTAAATTTAATATAAAATCGGGCTGATTGCTACTTCAGCCCGATTTTATAATT +TATATTAATATATTATCTTATTTTTCATCTTCAAATATGATCATATTTATACTCATTATA +ATAATTGGAATCAGAATATAAATAGATGCAGTTGAAGCTGCCACTATCCCTGAGTCATTA +ACTAAAAGAGTTACTACACATCCTACCATTGAAGCTATGAATCCTTTAAATATAATAGGA +TATTTTGAAGATATTCTTTTAAAATGCTCTGATGGTCTAAATATAAGAACTCCTATTACA +GCAATACCTGCAAGTAATATATTAACCCATACACTAGTTTGAGCTAATTTTATATTCATA +TGTATCTTTCTTGCAAATGTACTTATAATAGCACTTGGTCCTTCTGATAATATTTGATTA +ACGAAAGCTCCTAAATGAGACTGGCTTCCTGATACTAAATCAAATAAAGCAAATACTCCT +ACAACAGCCACCGCAGATAATCCCAAAATAATAATTTTCTTAAAATCTATTTTAATATCA +AATATAAGCATAACAAATAATAAATATCCTATAGATTCTGAAATTGCACCACCTACATTA +GCTCCCATCGCTGGATGTGCACTAGTAATAAGTATTATGAATAATGCTACTGCTGCTAAC +CACTTCGGAATCTTTTTATAGTTTAGTAAAACTGAAAAACCAAATATAGCACTTGCAATT +GTAACTCCTTCATATTCATTTCCTACACCATAATATCTAGCTCCGATTAAGGCATCATAA +CTCATTATATTATTTTGCATTAAATAAGTTCCAAATACTGAATCTATTGCTATTATCATA +ATAGTTAAAAAAGCAAAGAATCCCATATTTTTTATATCGTCTTTGAATAAAACTTTACCA +AGTACATATAAAACTAAAGTTGAAATAATTATTGTGGTTCCTATACTAAATTCTGTTCTA +TAATTTACTAAAGGTGCCACTAAAAATGCTAGAGGCATTATTATTCCAAGTTTTACAAGC +TCTTTTATTACTGTAAATACTTTTTCTTTATATGGTATTTTATTTCTAGCGAATACTGCA +AGCATTCCAATTACCCAAGAAGCTGCTATAATAATAACAAACGTATTAATTATATCAGAT +CTTGTTTTTGATATAGAAACTATTTTATCATACTCATGAGATAAATAATCAATATTATCA +TCTTGATCAATAAATGATAAAACTCTTCCAGACATTAGTTCATTACTTAAACCAAATTCA +TTTAATATATCTACACTTAAATCTATATTAGATATAATACCATCTCTTCTAGTTGTTGAT +GATGCTAATATACCCTTCCCATCCCCAGATAATTTTATTACAGGAGATAGTCTTCTCTTA +TTTTTATAATCTAACTCATTTGGGAAAACACTAGCTATGTATATAACATCATCTTCATCT +ACCATACTAAGTACTTCCCTTAGATATTTGTCTATATTACTATATATAGATGATCTCATT +TGTTCTAGTGTTTTTGAATTAAGATTCATCCTATAATTATCTAATCTATATGTGTCTCCT +AATTCTATAAATAAAACATCACTATTATTATAATATTTATTAGTTTCAGTAATTAATGTA +TCATAATCGGTTCTAATTCCAAATGGCATTGAAGGGTCTTCTATATTTAGACCTTCAATA +TTTCCAGAAGGTATTCTTCCGTAATTATCCATAGCAAGTAAGCCTATGTTTCTATTTTTC +ACCAGTTGGTCATTAATTTGCATATCTGCGTTACCAAGCACTGAGTAATTGACGTTATTA +TCTGATAATGTTTGACCTAATGTCCCTAGTGTTGCTCCATACTCACCGTTCTTACTTGCT +GCTAAAGACATATTTATAGTTATATCATTTATAGCCTTAGGTTTTTCACCAACTGAAGAT +TCATATATTTTTGAATTTACTTCTGTATTTTCTACAAAATTTATATATTCATCTGCTGCT +ACATTTGCTTTACGACCAGCTCCTATAGATGCGTAAGACCTTTTGTCATCAGTGCCTTTG +TCACCTCTTATATTCATAAGGCCAATGTAACCTCTTTTACCTAACTCTTCCTTCAAGATA +GGTATTTCAAGCATATTCTCTAAACTTGTTCTATCCATATTAATGAATATTGTTCTTTTG +TTTTCATCTGCAAAACTATTACTTGGTATAGAACACACTAATACCATAATAGTCATTAAC +AATGATGCGATCTTTTTCTTCATGAAGTTGACCTACTTTCTTCTAACATAATAAGAAATT +ACCTCTTCAAGAATCTCATCTCTTTCGAATCTCTTTATTATTGCTCTTGCATTTTTGTGA +CTAGTTATATAACTTGAGTCACCAGAAAGAACGTACCCTATAAGTTGATTTATAGGGTCG +TAACCTTTCTCTATTAATGCTTTATATACAAAATCTATCGTATCCCCAACACTCATTTTC +TCTTCAGATACACATTCAAACTTAACAGTATAATCTAGATCTTTTTTCAAAGTAAATCCC +CCTTCTAGTAAATTTATTTTACTTGAGATTTTATTACCTCTCCTGCATAATTTAAAGCTT +CTTCTACTTTTGTTACATCATTTGCCCCAGCTTGAGCCATGTTAGGTCTTCCTCCGCCTT +TTCCGCCAGCTATTTGAGCAACCTCTCTAACTATATTACCTGAGTGTATTCCTTTTTCTA +ATACATCTTTAGTTGCAGTTACTATGAAGTTAACTTTATTATCAACTACATTTGCCATAA +CTACAACACCTGAACCTAATTTATCTCTTAAACTATCCGCTGTTTCTCTTAATGTATTCA +TGTCCATGTCTTCAAATTTAGCAGTTACTAAGTTTACTCCATTTATTTCTACCTTAGAAT +CTAATATAGAATCTGCTGATTGTAAGCTCATCTTAGCTTTTATTTCATGTAAATCTTTTG +CTAAAGATTTATTTTCTTCTACTAATTGAGTAGCTCTTTGAGTTAAGTTATCTTCTTTTG +CTTTTAAAGTTATACAAACATCAGCTATTACTGCATCTCTTTCTTTTAAATATTCATATA +CAGCCTTTCCTGTTATAGCTTCTATTCTTCTTACACCTGCAGCAACTCCACCCTCAGATA +ATATTTTGAACATACCTACTTGAGATGTATTTTTTAAGTGAGTTCCTCCACAAAGTTCTA +TTGAGAAATCTCCCATAGAAACAACTCTTACTTCCATACCATACTTTTCGCCAAATAGTG +CTGTAGCTCCTTTTTCTTTTGCTTCATTTATACCCATATTTTCGCAATTTATTTCTAAAG +AAGCTAGTATTGCATCATTTACTTTTTCTTCTATTAATTTTAATTCATCTTTTGATATTG +CTTCAAAATGAGTAACGTCAAATCTTAATCTTTCTGCATTAACTAAAGATCCAGCTTGGT +TAACGTGTTCTCCTAATACTTCTTTAAGTACCTTGTGTAATAAGTGAGTAGCTGTATGGT +TTCTTGCACTTGCCATTCTAACTTCTTTATTTACTAAAGTTGTTAACTCATCATTTACTT +TTACTTCTCCCGATTTAACAAATCCTATATGTTTTATTGTATTGTTAGCACCTTTTCTAG +TATCCGTTATTTCTATAGTTACGTTATCGTTAGAAAGTATTCCACAATCACCTGCTTGTC +CCCCACCTTCTGGGTAGAATGTAGTTTGATTTAATACTATAGCTATTTTATCTCCTTCTT +TAGCAGATTCTACTATTTCATCATTCATAACTATCGCATTAACTTTACCTACTAAGCTTA +AGTCATTGTATCCTTCAAATGAACTTGCAGCAGATTCATCTAATTTAGATAATGGATCTT +CTTTCCAACTTTCGCCTTCCATATTTCCTCTTGCACTTCTTGCTCTTTCTCTTTGCTTAT +TCATTTCATCATTGAAAGCTTCTTCATCTAAATCAAGACCAACTTCTTCTAATATTTCTT +TAGTTAAGTCTATTGGGAAGCCATAAGTATCATATAATTTAAATGCATTTTCTCCACTTA +AAGTTTTTGAATTATTTTTCTTTAAATCTTCTATATATGAAGCTAATATTTCACTACCTT +GATCTATAGTTTCATTGAATTTTTCTTCTTCTATTCTTATAACTTTCTTTATGTAGCTTT +CTTTTTCTACTAATTCTGAGTAAGCTTCTCCACTTACTTTTATAACTTCATCAACTAATT +TATATAAGAAGTTTTCTTTTATTCCTAATAATTTACCGTGACGAGCAGCTCTTCTTAATA +ATCTTCTAAGAACATATCCTCTTCCTTCGTTTGATGGTAGTACTCCATCTGCAACTAAGA +AGCTTACAGCTCTTATATGATCAGTTATTATTCTTATAGAAACATCTGTCTTAGCATCTT +TTCCATATTCTACATTAGCAACTTTTTCTATGCTACTTATTATATGTCTTATTGTATCTA +CTTCAAATATATTATCAACATCTTGCATTATACAAGCCATTCTTTCAAGACCCATACCAG +TATCTATGTTCTTATGTTCAAGTTGTCCATAGTTACCTTCTTCATCTCTATCAAATTGAG +TAAATACATGGTTCCAGAATTCTAAGTATCTATCACAGTCACATCCTGGCTTACAATCTG +GATTATCGCAACCGAATGCTTCTCCTCTATCAAAGTATATTTCTGAACAAGGTCCACATG +GTCCAGTACCTATTTCCCAGAAGTTATCATCTTTTCCAAGTCTAACAATTCTTTCTGTTG +GGAAATTCATTTCTTTTGACCATATATCAAACGCATCATCATCTTCTTCGTATACTGTTA +CCCATAATCTATCTTCTGGTATGTTTAAGTGTTCCGTTACGAATTCCCACCCCCATCTTA +TAGATTCTCTTTTAAAGTAATCTCCGAATGAGAAGTTTCCTAACATTTCGAAGAAAGTAC +CGTGTCTTGCAGTTTTACCTACATTTTCTATATCACCAGTTCTTATACATTTTTGACAAG +TAGTCATTCTTTTACTTGGTGGCACTTCAACTCCTGCAAAATAATTTTTTAAAGGTGCCA +TACCTGAGTTTATAAGTAATAAACTTTTATCATTGTGTGGAACTAAAGAAGCACTTTTTG +CAGCATAGTGTCCTTTAGATTCAAAGAAGTTTAAAAATTTACTTCTGATTTCATTTAATC +CCATTTTTTGCATATAAAATTCCTCCTGTAAAATTACCTTATGTTTATATTCTTTATATT +AGTAAATTATTTATGTAATAAAAATTCGCTTAACTTTAATACATGTTAACAAATATTTTA +ATCTTAGAGAGTAAAAATATAAAATACCTATAAATAAAAAAACTCGCGCCTATATAAACT +ATAGGGGCGAGATTATTTCGCGGTACCACCCTAATTATCATAAAATTTATGATATCTTCG +GAAAACCTTAGTTATAACGGAACTACCGACAGCTTATACTAAATTTCCAAGCTATAACTC +CAAGACTGCTTCAATTATTTTATTCTAAGGGCTTCCACCATTTCCCTCTCTCTGTAAGAC +TTCAAATAATTTACTATTTCTTTTCAGTGCCTTTAATAATTTTAAATTTTGACTCTATAT +AATGTTATCTTACTAAATTTTACAAAAATAATCAATACGTATTTTATAAACTTTTAGTTA +TAATTGCACCACCAACAACTACGTCTCCATCGTACATTACAACAGATTGACCTTTAGTTA +TTGCTCTTTGCGCTTCATCAAATACCATTCTTATAGTCCCATCACCATTATTATGAACAG +TAGCCCATGAAGGCTTAGCTGAATATCTTACTTTTGCTTGCACTCTTATTGGCTCTTTTA +TTTCATCTATGCTTATTAGATTTACATCATGTGCTATAAGTTCATGTTTGAAAATATCTT +CATTAGAACCAAGAACTACAGTATTTTTAACTGGATCTATATCAACTACGAACATTGGCT +TTCCAAAAGCAATACCAAGTCCTTTTCTTTGACCTATAGTATAATGTACTATACCTTTAT +GTTTACCTAGTACATTACCTTTAGTATCTACAAAGAACCCTTCATCTATTCTTTTGTTTG +CATGCTTTGTTACATAACCTGCATAGTCATTATCTTTTACGAAACATATTTCTTGACTAT +CCGGTTTATTATGAACATCAAAACCTAATTCCTTAGCAATTTCTCTTACTCTATCTTTTT +CATAGTCTCCTATAGGAAGTAAAGTATGCTCTAATTGGTCTTGTGTCATGTTATATAAAG +CATAAGTTTGGTCCTTTTTATCTGTTACAGACTTTTTAAGTAAGTATCTTCCAGTTTCTT +CATCCTTTTCTATTTTAGCATAGTGACCAGTCGCTACATAATCACAACCTATTTGTCTAG +CCCTTTTATAAAAATCATCAAATTTTATATGCTTATTACACGCTATACAAGGATTTGGAG +TTCTTCCTTCTAAGTATTCATCTATAAAATAATCTATTACTTTCTCTTTAAATACTTCTC +TAAAATTTAACACATAGAAAGGTATACCTATTTTTTGCGCTACATGTCTTGCATCCTCTA +CTGCAGCTAATGAACAACATCCTCCATCATTTTCAATTATATCGTCATCCTCATCATCTT +GCCATAACTTCATAGTTACACCTATTACATCATATCCCTGTTCTTTTAATAGATAAGCAG +CAACCGAACTATCAACTCCACCACTCATACCTATCATTACCTTTTTCTTGCTCATTAAAA +TCACCTCGTTCTTTTTATTATATCTACTTTATATACTTTTTAAAAGTATAAACTTCTTAT +ACCCTTTAAAATCTAACCTTATCTATATTTTAATAGTAAATTTGCTTTTATTTAGACTTC +CAATTTACAATAATATTTTCAAGCTAATATAACTATATACCACTTATATTCATAATAATT +AGCAAACAAGCTTTTGAGCAAATAAGTTATTTTCTAATTTTATTAATATATCTTTATCAA +AATTATCTACTATATCTTCCATGATACATTTTTCTATAATACATCTCATAAAAATAGTCT +CTTCTATTAATTCCCAATTTATTAGTGAAATATTTATCCCACTCTATGGTTTTACATCTA +ATAATCGTTCATTTCTTAATTTTACTATTGCTTCTCTTATATTTGCTCTAGATATGTTTA +ATTTCTTAGATAAATTCACCTCACTCATTAAATGTTCACCTGGCTTCAAATTATTAATCA +TTATATTGTTTTTTAATATTCTATATTCAAATTCTTTATCATTTTCATCTGCGCCTCTAT +TATAAATTATCAACTATTCTTCCTCCCTTCTAAATTAATAGATTCATTAAACTTATATTT +TTACGCACTTATATCCATTATCTTCATAAAAAAATATACCTCATTTTGAGGTATACTTTT +TATACTATTTATTTAAAACATACTTATCATTTTCTTTAATAACGACCTTATCATTTACCT +TAAGTGCTCTAGTTTCTCCATTAGGTAAATAGATAGCAACTTTATCATATGATGGTTTAT +ACTTACCTTCAGTTTCTAAGTTTACGATTATTTCATAATCATTAGTAATTACATTAAATT +TATATACTAAATGTTCATTTTCATAATCAGTTGTAATTCCATCATCTTCAAAGCAAGTAT +ATTCAAATGTAGAATTTCCTTTTGGAGGAAATATACAAAATGCTCTTTCATCATTTTCCT +TTGTATTAAATGTAATCTCAGCATCATTTATAGGTATTATACTTCCTCCTCGAGCTAATA +CTGGTGAATATTCAAGAGGTGCTGGTATTGTAACTGTTTGAGCTCCTTTATACCACTTAT +GAGTATTAAAGTCATACCAACCAAATTCATTTTTAGGAAGGTAGACAGTTCTTTCTCTAT +CTCCTTTATTCACTACACAAGCAACTAACAATGAATCTCCAAGCATAAATTCATCATTCT +CTTCGAATGTCTTTTTATCAACATGTCCAAAATTATATAATGTCGGCGTAATAATTGGCT +CATAGTTATTGTGAGCTTTATAAAGTAAATCATATAAATATGGTACTATTCTATTTCTTT +GTTTTAATAGATTAGATATAGTTTGTGTATATTCTGGGTACATCCAAGGTACATTTACGG +TTTTATCATCATTCCAAGAGTGTATTGTAAATCTCGGATACATTATCCCTTGCTGAACCC +ATCTTACAAATAATTCTGGTTCTGGTGAGTTTCCTGAAAAACCGCCTATATCATGTCCAT +GATTGTAAACTCCAGATAAACTTAATCCATTACCCATTTTTATATTATACTTTAATGTTT +TCCATGAAGTATAGTTATCCCCACTCCATGTTTGAACATATCTTTGCATACCAGGACATC +CTGATCTTGATATAAGGTAAGGTCTTTCATTAGGATTAAATTCTTTTTGAGCTTCAAATG +ATGACTTCATCATTATCAATGGCATTATTGATCTAACTAACTCTAAATCTATTTCTTTTC +CAAATCCAAATACTTTACTTTTACCCCATATTTCATATTCATTGTTATCATTCCATGTAG +AATCTATTCCGTATTCTAAAAGTTGCTTAGTAACTTGTTCTTTCCACCAATTAATAGTTT +CTATATTAGTAAAGTCTAAGTGAGCTCCTAATTCATCCCAATATTGACATAAATACGGAT +TTTTAGAGTCTTCTTCTACTATGAATAATCCTTTTTCTTTTAATTCCTCAAATTTTGGAT +GATCTAATAGTAATGCTGGCTTTATATTAGCACATAATCTTAAACCTTTTTCATGGAAAT +ACTGAGTTAGCTTTTCTGGAGCAGGTATTTTATCTCTATTCCAATTAAATACATATCTCT +TATCTCCTATAGATGTATATCCTGATGATAATTGGAATGAACCACTTAATATATCATGTT +CTTCACATAAATCAACAAATTTCTTTAGTTGTTCCCCTGCATCTGGTGCATCTGTGTATG +TCATTGTAGATCCTGAGTAATCTAAACTCCATTTAGGTGCAAATATTGTCTTACCTGTCA +TCCAGCTAAAAGTTTTAACTATAGATGGTATATCATTTTTAGCTATTACATAATAATCTA +AATCTCCATTTGTAGAATAAAAATATTTATAGTGTCCATGATAGTTATCTAATTCTTGTC +CCATATCAAATATTGCATTTGACATATTATCATAGAATATTCCGTGACATAAATCAGTCT +CTTCATTTCTTGTTATATAAAATGGTATATGTTTATATAATGGATCCGTATTTTCCGCAT +CGTATCCCATAGCATCTATATTTAACATTCTATACCTTTTTCCATATCGATTTAAGTTCC +CAGCTTTTTCACCTAAACCATAGTATTGCTCTGATCTATTTCTATTTATATAATGGTAAA +TTCCGTCACCAAGCTCGCCTTTGAAGTTATAAGCTTGAGTCTGTCTATCTTTCATAAACT +CAATTCTTTTATCTCCATCAATAAAATACCATGTGATTTTAAAATCAAGTAAATTAACAA +CTACTTCAACTTTAGATGTTTTAATAGTTACAAAATCATCTTTTTCCTTTACTTTAAATT +CTGGTAAACTAAACCCTGTTGTATCAAATCTATCTCTTCCTTCAAATGGAATATCTTCCA +TTCCAGGTGCAACTAACCATGTTTTATCTAATTTTAATCCATCTTCTTTATGTATGATAA +CTCTAAGTATATCCTCTTCTAATACTAATACCTTAGCAACTATATCTTCACAACTAAAGC +TAACTATATGATTTTTTTTATCTACAAATTTAAACTTAAAATTTCTAATTGACATCTTTT +ATCTCCCTTTATATTAAATTACTATTCAAAGTTCTTATACTAAACTTAAATTTATTATAT +TAATCCTAGTAATTTAGGTATTATTAAACTTACATCAGGTACAAAAGTTACAAGCATTAA +TACAACTATAATAGCTATATAGAATGGCATTAAATATTTCATAACCTCTTCTATTCTTGT +ATTTCCTACCTTACATCCTATAAACAATGCACTTCCAACAGGTGGTGTTATATTACCTAT +TGCAAGGTTTGTTATTAGCATAATTCCAAAATGTATAGGATCCATACCAAAATTCTTTGC +AATTGGTAATAATATCGGTGTAAATATTAATACTGCTGGAGTAAGATCCATAAAGGTACC +AACAATTAATAACATTATATTCATTATAAGTAATATTACGATTTTACTTGATGATATTCC +CAATAATAAATTCGTTATTAGATTTGGTATATTAGTATATGCCATTATCCACGACATAAC +TGATGAAGCGCCTATCAATAACATTATTACCGCTGTCATTTTACCAGACTCTAACAGTAT +CTGTGGCATATCTTTTAAAGTTATCGATTTATAAAAGAAAAATGATAATATAAAACAATA +TGCAACAGCTATTGCTGCACCTTCTGTAGCTGTGAATATCCCAATAGTTATACCACCTAT +AACTACTACTATTAACATTAAACTTGGTATTGCTTCTAAAAATACTTTTACTTTATCACT +AAATGAAATCTTTTCTGCAACTGGATAGTTATTTTTCTTTGCTATAAAATATGCAGTAAT +CATAACTGCTAGTCCCCAAAGAATTCCCGGTAAATATCCAGCCATAAATAATGCTGATAC +TGATGTACCTCCACTAACTAAAGCATAAATAATAAGTATTCCACTTGGTGGAATTAATAA +TCCAGTTGGTGCTGATGCTATATTTACTGCAGCTGAGAAGTTATTATCATACCCTTCCTT +TTCTTCTAACGGATTTAGTACCCCACCTATAGCTGCAGCGGCTGCTACTGAAGATCCTGA +TATTGATCCAAATAGCATATTTCCTAGTACATTTGTTTGTGCTAAAGCCCCTGGTATTCT +TCCACTAAATAACTTTGCAAAATTAACTAATTTTAAAGCTATTCCTCCGTTGTTCATTAT +AACCCCAGATAAAATGAAAAATGGTACTGCTAATAATGAAAAACTATCCATACCTGTAAA +TATACGCTGCACAGATGTAATTAAAGAACTATCAATTGGTAGCGCTGCAATTACAGCAAA +TACTGATGCTACCGCTATGCTTATTGCTATAGGAACTCCTATTAATAATAATATTGGACA +TGCTATTAGTAATATAGTACCTGTAATCATTGCAAAATTCATAATACTCCTCCTATTATG +CTATTTTTAAGAATTACTTTTTACTGTATCTTTTTCTTTTATAAGGTTTAATATATTTAA +AACCCCATAAAATATCATTAATATTCCAGATAAAGGTAGTACAAGGTATATATATCCCAT +AGATATTCCTAATGCTGCTGATACTTGTTTCATAGTTAATAGAGTTATATTAACTCCCCC +ATAAACTAGTACAAATAGTGAGAACACTACTATTATGACTTCTGATAATATACTTAATTT +ACGAACTACCTCTTCACCGAACTTTTCTACAAAAAATGTTATTGACATATGTTCTCTTAA +TCCAAACATGTATGCTGATCCTATCATCGCTAACCATATAAGAGAATATCTCAATAATTC +TTCGGATATAGTACTTGGTGAGTTAAATACATACCTAGAAGAAACCTGCCATATTGCAAC +AATAACCATAAATGCTAGCAAAATCATTATAAATACCTCTATAGCTTTATCCAATTTCTT +TTTTAAACTTAACATATTAACTCCCCTCCCTAATTAACTTTACTTCTTATTTTATCGTAC +ATATTTTTTATATCTGGATCTTTTTTAAACTCTTCATGTAAAGGCATAACAGCTTCTTGG +AATGGCTTAGTATCAGGATAATAGAAATTTACTCCCATTGCCTTTGCTTCTTCTTTTGCA +CTTTCTATTGAATCATTCCAAACTTCTTTATGATAAGCTGTAGATTCTATTGCCGACTCT +ATTATTATATTTTGTTGTTCTTCAGTTAATTTGTTATATAATTTACTGTTCATTATTGTT +AAATCTGGAACTATCGTATGCTGATTGTACGAGAAGTACTTAGCTACTTCACCATGCTTA +TTTGTAGTTAAAGCTGTTTCATTGCTTTCTGCTCCATCAATAACCCCCTGCTGTAATCCT +GTATAGACTTCTCCAAATGCCATAGGAGTAGCTGCTCCCCCCATAAGCTCTATCATTTTT +ATTGCTGTTGGACTTTGCTGAACTCTTATTTTAAGTCCCTTTAAATCACTTGGCTTCATT +ATCGCCTTTGAAGTTGTGTATAAGCTTCTTACTCCAGAATCATAATAAGTTAGTCCTATA +AATCCAGATTCATCTGTTGAATTATATAATTCCTCCATTAGACTTCTATCATCCATCACA +GAATAATAATGTTCTAAATCATCAAATATATATGGTATTCCAAATGTAGTATATTGCTTT +TCGAAACTTTCTAAAGCCCCTGTGCTTACTTTAGCTATATCTATAGCACCAGTTTGAGTA +AGTTCTATCATTTCCCTCTCTGACCCTAAAACACCATTTGGATAGATTTCTATATCTATA +CTTCCATTACTCCTTTCTTCAACTAGTCTTTCAAACTCACATAAAGACTTATGTATAGGA +TGATCCTCTGACATATTATGAGCTAACTTCATATGCACTACATTATTATCTCCCCCTATA +GATGAACATCCCCCTATCATAAAAGACATGGTTATAGAGAATAATATTCCTAATTTTTTT +AATTTCATAAAGACCTCCCCTAAGAGACAATTTTAATTACAAATTTATAAACCTCTAATT +AAATACTAGTATACTTTATTTTAAAAATCGTTTTCTCTAGGTTTATTAGCTTATATTATT +TAAATTAAATTCTCTCTTATAACTTTAATGACAAATAAATTTTTATTATTTCTGCTACAA +AATAAAACTTGTTTGCTAATCATTTTATTTCTTATGTCCCTCCTCTGATTAATATAATTT +TCATACCTTAAGCAAACAATTTCCCTTTTTCATTTATTAGTATACTTAATATTAATAACA +ATTAAAATGCATAAAATTGCCTTAATTATTGTTATTCTTGCTAAGTATATCTAACTAGTC +ATCCACCTACTCAATATTCATATACTCTCTATGAACCTCTTTTAATTTACTCGGTGAAAA +ACCGTACTCTTTTTTAAAAGCTCTATAAAAACAAGCATAATCACTAAAACCACAGGATTT +ATGAACCTTACTTACAGGCATTCCTTCAAGTAAATTATATTTTCCAATACTTAATCTTTT +CTGAATTACATATTGATAATAAGAAATTTTCATAACATCCTTGAATTTATGAGAAATTGT +ATATTTATTGATAAAAAAAACAGATGCAACTTTATCCAATGATAAATCTTCTGTAATATT +TGCATTAATATATTTCAATATATTACTTATTAATGTATCCTTAGGTTCTTCTATTATATT +TTTAGAACTATTATATAATTCTCTATTATATAAAATTAAAATTTGAGTTATTATTGAATA +TCCCTCACTCTTATAACAAATTTGCTTTCCTTCAAAGGATTCGAAAAGTGTCCTAAACGA +AACTTGTAAAGTCGCACTAATATGGCCTTTACTTCTAAATAAATATGAATTTTCAACTGA +TTCTTTTGTAAACATAGCTGCATCTTCGTCTAACTCAAAAATTTTATTTATTGCAAATAC +AGAAATCCAAAGTACAAATCTTTTATATGGTATATCAAAATTATGTATAATTGGATTATG +AAACACCCCTGGTGGTATAATTAATAAATCGCCTTTTTCTAGATGATAAATATTGTCCCC +CACTATATAATCTAAGTTACCATCTACAAAAAATAATAACTCATAGAATTCATGATAATG +AAATGGTATTTCAGGAAGTACCTTATCCTCATAGTAATAAACTGCATAATCTTTTTCGGG +CATATACATATAAGTTTTCTGCTTAATTATTTTTTTCTCCATACTCCTCCTAATAAAACC +TAAGCTTAAATTTCTATTTTCTTATTATAACATGAAGTAACAAAATCATTATTTTTATTT +TATTAATCGCATAAAAAAACTACCTAAACTTATAAGCTTAAGTAGTTCTTTTTATTATTC +TTCATCTTCTTCTATATCGTGGTGATGATCATGATCATCATCTATAACTACACCATCTAA +TTCTGGTATGTGTATATTATTCTTCTTTGCATAATCTATTAACGCTGATTTTATTGCTTG +CTCAGCTAATACTGAACAATGCATTTTTACTGGTGGTAAACCATCTAAAGCCTCTGCAAC +AGCTTTGTTAGTTACTTCTAAAGCTTCATGTATACTTTTACCTTTAACCATTTCTGTAGC +CATTGATGAACTTGCTATAGCAGATCCACATCCAAATGTCATGAATTTAACATCTCTTAT +TATTTGATTTTCATCTATATCAAGATATATTCTCATTATATCTCCACATTTAGCGTTTCC +AACTTCTCCAACACCACTTGCATCTTCTATTTGACCAACGTTTCTTGGATTCATGAAATG +ATCCATAACTTTATCACTATATTGCATAATTGTATCCTCCTAAATCTCCATCAATAATTA +TTTGTTTAATTGTCCTTGCTCTCTTACAAATGTTTCGTAAAGAGGTGACATACTTCTTAA +TCTCTCTATAACTTTTGGTAAGTTATCTATTATATAATCTATATCTTCTTCTGTTGTAAA +ATCTCCAATTGAGAGTCTTAATGATCCATGAGCTAGTTCGTGTGGTAATCCTATTGCCAT +AAGAACATGAGATGGATCTAATGATCCTGAAGTACAAGCTGAACCACTTGATGCAGCTAT +TCCTAACATATCTAATAATAATAGTATTCCTTCACCTTCTATAAACTCGAATCCAAAGTT +TACATTCCCTGGTAATCTATGAGTCAAACTACCATTTACTCTTGTATGTGGTATTCTTTC +TAATATACCATCTATTAGCTTTGTTCTTAGCTTAGTTAAAGTCTCTATATGGTTGTCCAT +ATTTTCTTTTGCCATTTCTGCAGCTTTACCATATCCTACTATTGCTGGTATGTTTTCAGT +TCCTGCTCTTCTCTTTCTTTCCTGAGCTCCACCATGTACAAATGTATGAAGTTTAGTTCC +TCTCTTTATATATAAAGCTCCTATTCCCTTTGGACCATATATTTTATGAGATGACATACT +CATTAGGTCAACACCTAATTCTTTTACATCTATATTTATATTTCCTGCAGCTTGAACAGC +ATCTGTATGGAATATTATTTTATGTTCTTTTGCTATTTCAGCTATTTCTTTTATCGGCTG +TATAGTTCCTATTTCATTATTAGCAAACATTATTGTTATTAATATTGTTGTATCTTTTAT +TGAATTTTTTAATTGTTCTAAATCTACTCTACCTTCAGAATCAACATCTAAATAAGTAAC +TTCAAATCCATGATGCTTTTCTAGATATTCACATGGATGAAGTACTCCATGATGCTCTAT +TTTTGAAGTTATTATATGATTTCCTTTGTTTCTATGTGCAAATGCAACACCTTCTATTGC +CCAGTTATCACTTTCTGTTCCGCCAGCTGTAAAATATATTTCATTTGGATTTGCATTTAT +AAGTGAAGCTACTTGACTTCTTGCTTTATCTAAAGCTTCTTTAGCTTCTCTACCGAATGA +GTGAAAGCTTGACGCATTTCCAAAATAATCTGTTAAATAAGGCATCATAGTTTCTACAAC +TTCTTTTTTTACTGGAGTAGTTGCAGAATAGTCCATATATATTCTTCTTTTTTCCATCTT +TGTTACACTCCCTATCTTCTTGATATTAAATTAGTTATATCATGTTCTAATAATCTATTT +TTGTCGTAATCATTTATCATATCTTGTAGGGTAATCGAATTTATAACATCTTCTATACCC +TTCTTTAACTTTTCCCAAACTATTTTTGTTACACAAGTTCCCGAATTTTCACATATATCT +TCATCTAATACACATTCAGATAAAGACACAGGACCTTCAAGAACTACAAGGATATCTCCA +ACACTAATATCTTTAGCATCCTTACCTAATAGATACCCACCTTGTGCACCTCTTACACTT +TTTATTAAACCAGATTTTTTTAATGTAGAAAAAATCTGCTCTAAATATTGGTCTGAAATA +TTTTGTTTTTTAGCTATTACTTTAAGTGGTACTGGTCCTTGGCTCTGATTTATTGATAGT +TCAAACATAGCCTTTAGTCCGTATCTACCTTTAGTCGATAGTTTCATATTTAATCACCTT +CTATACTGAAATCTAAATCATACTATTTCAGTAGGAATTATCTTCAAACTTATTGTAGTA +TAACCTAGTATTTTTGTCAAGATTAAATTCCTAGTATTTTTGTCAGATTTAAAATAAATT +TAATCACCATTAAAAAAGTTAGTAAATAACCTTCTAGTGTTGCATCTAGTTAATATTTGC +AACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAG +TAACGACAAATCCATCCAA +>MGYG000000001_19 +ATGTGTCAAAAGATTGACTTCTGTAATTACCTGAATATTTATTAATGATGCTACGCATTG +TATTGGAATTAATTACATCTAACAATTGTTTGATAAAAGTATTATTATTATTAGCAGTAG +ATTTAAAAGTTTTCATAATGAATAACCTCCTTTGGATGGATTTGTCGTTACTTCCATTTA +ACCAAAGAAGGTTATTTTTTTCATTATATAAATTTTGTAAAAATCAAGTTGCAAATATTA +ACTAGATGCAACACTAGAACTAGAATAGGGTTCTTTTTTTATTTTCCAAAACGACGAATA +AGCGAGGTGGTGATATGGCTAGGGTAAGAAGTCCAAACAGAGATAAAGCATTTGAAATTT +ATAAAGAGTATAATGGAAATATTGCAAATAGAGAAATAGCTAAGATTCTAGACATATCAG +AAAAAACTATCTCTGGATGGAAAGCTAAAGATAAATGGAATGAAAAGTTAAACGGAGTAC +TCCAAAAAGAAATACGGAGTACTCCAAAAGAAAAGCGTAATAAAGGTGGTCAGATAGGTA +ACAAAAATGCTACTGGTCCACCTGGGAATAAGAATGCAGTAACTACAGGAGAATTTTTGA +TACTTTGGAAGAAGATGAATTAAATCTAATAAAAAATATTGAAATCGAAAAAAGAAGATT +ATTAGAGCAAGAGATCCAACTTCTTACTATAAGAGAAAGAAGAATGTTAAAGCGTATAGA +AAACTTAAAAGAAAAAGATATGACAATAGTATCTGTTAAAAGTGGTACTGAAAAAGGTAT +GGATACTGAATTAAATGAGTACGAGGGAACTTTAGGACAGATACAAAATATAGAAGAAGC +TCTTACTAGGGTTCAAGATAAAAAACAAAAAGCTATAGATTCATTACATAAGTTTGAAAT +AGATGAACAAAAGCTTGAGTTAACAGTAATGAAACTTGAACTTGAAATAATGAAGCAAGG +TGGACAAGATGAAAAAGTAGAAGATGATGGATTTATGGAAGCTTTAAAATCCGAAGTAGG +TGATACTTGGGATGATTAAAGATAGAATAAACAAGCTTAAAGAAAAAGTATCTAAAATGA +AATCATGTAGAGGTAGCACAGTAAAAAAAGCTACTATAAAATTTAGTACATTTTCTAAGA +AACAAAAGAAAGTTCTAACCTGGTGGTTACCAAATAGTCCTGTATATGATAAAGATGGTA +TTATTGCAGATGGAGCTATAAGAAGTGGTAAAACTATATCAATGTCATTATCATACTCCA +TATGGGCCATGAGTAATTTTAATGGTCAGAGTTTTGGTATGTGTGGTAAGACAATAGGGT +CATTTAGACGTAATGTTTTATTTTGGTTAAAGCTAATGCTTAAATCTAGAGGATATAAAG +TAGAAGATAAAAGAGCAGATAATCTTATGGTAGTTAGTAAAGGTGATGTTACTAACTATT +TTTATATTTTCGGAGGAAAAGATGAAAGGTCGCAAGACTTAATCCAAGGTATAACATTAG +CTGGTTGTTTCTTTGATGAAGTTGCATTGATGCCAGAAAGTTTTGTCAATCAAGCTACTG +GTCGTTGTTCTGTTGATGGTTCTAAGTTTTGGTTTAACTGCAACCCAGATGGGCCATATC +ATTGGTTTAAAACTAACTGGATAGATAGACGAGAAGAAAAGAATATACTATATTTGCATT +TTACTATGGATGATAATTTATCATTGTCTGAAAAAATTAAGAAAAGATATGCAGGTATGT +ATTCTGGAATATTCTATAAACGATATATTTTAGGTCTATGGGTAGTTGCAGAAGGTATTA +TCTATTCGATGTTTGATAAAGAGAAACATGTTGTTAAGGCCTCTGAGTATCAATACAAAG +AATATTATGTATCATGTGACTATGGGACTCAAAATCCTACTTCATTTGGTTTATGGGGAA +AGACATTTGATAATAAACACATAATGATTAAAGAGTATTATTACAGTGGTAGAACTACCG +GAGTACAAAAGACGGACTTAGAATATTCGAAAGATTTAAAAGAATTTACTAAAGATTATA +AAATTAAATATGTAATACTAGATCCATCAGCTGCATCATTTAAAGCTCAACTAATTAAAG +ATGGATTTAAAGTTATTAAAGCTAAGAATAGTGTACTTGATGGAATAAGATTAGTAGCTA +GCTTATTAACTGAATTAAAAATATTCTTTGATGAAAGCTGCTATGATACCTTTAAAGAGT +TTAGCTCTTATATCTGGGATGATGAAGCTTGTAAAAAAGGTGAAGATAAACCAGTTAAAG +AACATGACCACAGCATGGACCAAATACGATATTACTGTAATACTATTATAGGAAATAGAA +GCAAAGCTAAAAAAATATTAAAAAGATAGGAGGTGTTGACATGAATGTAATGGCTATAAA +TAATATTATAAATATGGAGTTACAAGGTTTATTTCCGAAAGATAGACTACAGGAAATGAA +TGAGATAATAAACTACTATAAACAGTATGAAGGTGAAGAGCTTGATTGGATTAAAACAAC +TACTGATTATGTAGCTACAGAAAAGAAAACTAACTATATTAAAAAGTTAATAGATGAAGA +AGCTAGATTTATGTTTTCAAAACCTCCATATTTTAATATTAATGTTGAAGGTAATGAAGA +TGCAGAAAAAAAGCTTAATAAATATCTAAGACGGACATTGAAAAAGAATCTATTTAATAA +TGATATTATAAAAGCTACTAAAGATTTTCTGATAGGCAAAAGGATAGCTCTTAAGCTAGT +TGCTAATAAAGTTACTAATAAGATAGAAATAGCTTTTATTCCATCTTTAGAATTTATACA +CGTTCCTAAGATAGATAATGTCAAAGAATTAGAGCAAATTATATTTTGTTATCAGTTAGA +AGAAGATTTTAGCAGAGAAAAGCAAAAATTTTGGAAGCAAAAGTATTATATGAATAAAGG +TTATTGTTATGTAGATGAAGCTATATACGACGGAACTGGCAAAGTAATAAAGGTTATAAA +AGATAATGAAAATACGAAATTACCTTTTATACCATGTTATGTAATAATGAATGATGCTCT +TATAGGCGACACAAAAGGGAAGTCAGATGTAAAACCATTAGTAGAAAATCAAAAGGCTTA +TAATCAACTTACAAGCGAGGATATAGATACTATTATAAAAGGTATGAATAGGATCATATA +TATGCTTAATGTTGATGATGATTCTATAATGGAAGATGACGGCAAGGTGAAGATAAGTTA +TAAAGCTGGATCTGTTTGGAATCTAGAAAAAGATAGACAAGCAAGTGATAGTGATAAAGC +AGAAGTAAATACTATAGGCTCTGACTTTGCATATGACCAAAGAATAGAAAATGCATTAGA +TAGAATATTAAGTGATATGCATAATAGCTTATCTATACCTAAGCTTAATACAGAAGATTT +AAAAGCTCTTACAAGTGCTAAAGCTATAAAAGCTATATACCAACAATTCACTTCGTGTAT +AGAGGAAAAGATGACTTCATGGACACCAATGCTTGAGTGGATGGTAGAAGCAATTATAGA +AATGTCTAGGATATATGGTATAGGTAATTTACCTAATACAGATATTGAAGATATAGAAAT +AACAGTACAAAATCAATATCCATTGCCAAGTGACGAATATGAAGAAAAAGAAAATGATAT +GAAGGAAGTAAATACTCAAGTTATGAGCAAGAAAAAGTATATAGAGAAGTGGCAAAATGT +TCCTAGTGATATAGCTGATGAAGAATTAAAGCAAATAGCATTAGAAAGACAGATATTAGA +AGAATCATATATGAATATGGGTGCTGAATAATGGCGATAGATAGCTTTAATGGACTGATG +CAAGATGTAGAGTTTAAAAGAAATAATTTAACAAACTCTACAATTAAAAAGATTAGAAAG +TTATACAAAAATATAGCAAATGACTATATGAAAAGACTTGGTAAGGTTAATAAGGATTCC +TTAGAAGCTAGATATTTAGAAGATAGTGTAAAGTATTTACAGGAAGAATACGAAAGATTA +GGAAAAGAATTTATAAAAGATTTAAATAAAAATATAGAGATAATCATAGAAGAAACTACA +AGTACACAACTAAGCTTCTTTGAGAAAATTTGCGATGAATACTCAGTTGATTTAAAACCG +CATTTTACACAAATGTTTACTAAAATACATGAAGATGTATTAAGAGAAGTAATAACTGGT +GAAATGTATAAGGATAAAATAAAGCTTAGTAATCGGATTTGGAATGATATCAATAAGACT +AAAAGTGATTTAGAGTATATACTTAGTGAGGGTCTAGCGAAAAAGAAAAGTGTATATAAC +TTAGCCAAAGATTTAGAAAAATATGTAAACCCAAAATCAGCTAAAGATTATGATTGGTCA +AATATATATCCAGGAACTAAGAAGAAAATAGATTTTAATGCTTATAGATTGGCTAGTACT +TATATCAATCATGCTTATCAATATGCAGCAAAAAAAAGTTGCATAAAAAATCCTTATGTA +ACAAAAATGAAGTGGATGAGTTCGCATGACAATAGAGTATGTCCATTATGTGCTGAAAGA +GATGGAAAAGAGTATACTCCGTCAGAGTTACCAATGGATCATCCTCTAGGGCGTTGTACC +TTCATATATGTTATTCCTAAATCTTTAGATGAAATAGGAGAAGAGTTAGGACGATGGTCG +AGGGATGAAGAAGAAAACGAAAAATTAGATAATTGGTTTAATGAATATGGAGAGGACTTC +TTGTAAGTTCTTTTTTATTATAAAATTATAGGAGGAATGGTAAATGAAAAAGTTATTTAT +ATCTCAACCAATGAGAGGGCTTACGGATGAAGAAATTTTAAAGACAAGGGAAGAAATTCG +TGTAAAGGCAGAAGAAATAATTGGAGAACCAGTCGAGTTAATTCAATCATTTTTTGAAGA +TTTTAGGCCGATTGGTAAAACTCCTGTAGCTTATTTAGGTAAATCGATAAGCTTACTTGC +TACAGCTGATGTTGTTTATTTTGGAGAAGGATGGAAAGATGCAAGAGGATGTAAAATCGA +GCATGAAGTTGCAGTACAATACGGAATTGATAGAATAGAAGATTAAACCTTGCTTATTCA +AGGTTTATTTTTATGCAATAAATCATCTTTCTATCTATATAGCAAAGATGTAAAACTTGT +AAAAACGTAAATAGAGGAGGGTTTAAAATATATGAAATTAGTAGAGATACTAAAAGCTCA +AGGTCTTACAGATGACCAAATAAGCAAGATACAAGCTTCTATGCAGGAAAATAAAGTATA +TGAAACTTCATTAGAAAATGCAGATGAAGAATACTCTAAAATGAAAGCTAAAAAAGAGGA +TTATGAACAACAGTTAAATACAGCTAATTCTACTATTGAAGATTTAAAGAAAAATCATAA +AGATAATGACACTCTACAACAAACTATAAGAGATCATGAATCAACTATAGAGAATCTTAA +AAAAGAATCTGCTAATAAAGATTTTAGTTATGCTTTAAAAGAGGCATTAAAAGAAGCTGG +ATGCATAGATTATAAAGCTTTAGAAGTGTATCTTGATAAAGAAAACTTAAAATTAGAAAA +TGGGCAGATAACCGGATTAGAAAATCAATTAAATCCATTGAAAGAAAGTAAAAAATATCT +TTTTGAAGAGTCTACTCCTAATAATACAGGAGGATTAGGTAACTTTAATCGTAATCCTGG +AGGAGGTGGAACTACTGAGAGTTTAGGTGAAAGATTAGCTAAACAAGCAACAGAAACAAA +TACAAATAACCATAATTATTTTGGAGGTGCTAACTAATGGCAAAGATAAGAGTTACTGAT +TACTCAAATAGAAAAGAAATATTAAAGAACGACCATTATGTTGCAGAAGCAGTTGTGTTA +ACACAAGCTAATGCAGCAACAGTTGATGGTAAAAAATAGTTAAAGCAGGAACTATATTGC +CTGCAAATGATGCAACAGCTAAAGGTGTTGTTCTATATGATGTAGATGTTACAAATGGTG +ATGAAGTAGGTTCTTTAGTAATACATGGATTTATAGATAAATCTAAATTACCTACTGAAC +CAAATTCAGCAGCAATAACTGCTTTACCGATGATAAAGTTTATATAATTTAAGGAGGAAT +TAAATATGTCAACAATATACGATATAGTAAAAGCAAAAGAGATAGGTGTTTATTACAACA +CTATGCAAAAGGATAGAGCTCCATATTTAGGAGAAACACTATTCCCATTAAATAAAAAGT +TAGGGTTAGATTTAAAATGGATAAAAGGTTCTAAGGGTATGCCAGTAGCTTTAAAATCAA +GTGGGTTTGATACTAAAGCAGAGTTAAGAGATAGAATAGGATTTTCTGATGTTCAAACAG +AAATGCCTTTCTTCAAAGAAGCTATGTTAGTTAAAGAAAGTGATAGGCAAGAATTAAATA +AATTATTAGGAAATCCAGCTAATCAACCATACATAGATTTAGTAACTAGAAATATATTCG +ACGATGTGACTACTCTTTTAGAAGGTGCATTGGTTCAATTAGAAAGAATGAGAATGCAAT +TATTATCAGAAGGTAAGATAGCTATAATGGCTAAAGGAATAGATGGAGTTGCTAAGCCGA +TGGATTATGACTATAACTTAGCGGGTGAACAGAAAGTATCTACAGATTGGACTAAAGCAG +ATTCTAATCCAGTGGAAGATATATTAAAGTGGATGGATGATGCAGAAGATAGAACAGGTT +CAAGACCAACAAGAGCTATATGCACTAGAAAAACTTGGGGATACCTTTTAAATAATCAAA +ATGTGCAAGGAGAGTTAAAAGCATTAGGTCAAGGTAACGTAACTATAACTAATAAAATGC +TAGAGAATTATTTATTAGACAAATTAAATTTAAGAGTTGCTATAAATTCTAAAAAATATA +AATCAGAAGCTGGTGTAGTATCTAATTACTTTAAGGATGATGTATTTACGTTATTACCTG +ATGGAACTTTAGGGAATACATGGTTAGGAACTACTCCAGAGGAATCAGATTTAATGAGTG +GTGCTACTGATGCAGAAGTAAATATAGTTAATTTGGGTATAGCTATAACTACTACTAAAG +AAACAGATCCAGTTAATGTTAAGACAAAAGTATCTTTAATAGGATTACCTTCATTCGAAA +GAGCGGACGAAATAATTATAGCTAATGTAAATACTCCCAGTTAAAACCCTAAGCAAAGAC +TTAGGGGAAACTCTAAATGATGAAATAGAGGATGAAAAAAATGAAACTGCCAACATAGAT +GAATTTGATTATGAATCTATGACTGTAACAGAACTTAAAGAATTAGCTAAAGAAAAAGGT +ATAGAAGGATATTCTAAGTTAAATAAAGCTGAGATAATAGAAATATTAAAGTAGGTGCAA +TATGGGAGAAATCCAAGAACTTAAACTAAGACTAAGGGAGGAATCTTCTCCCTTTTTTAC +TGATGAAGAGTTACATTATTATTTAAAGAAAAATAATAATGACTTAGATAAAACTACTTA +TGAATGCCTTTTGTTAAAAGCAGAAGATGATAGTATAAGTTTACCTGGAGGTTTACAATT +AGCTAATAATAGCAAATATTGGTTAAGGTTAGCTAAGCAATACAAACCCAAGAAAAGGAG +CTTTGTATTATGATAGCAAATAAAATAAAACCTAAAGTTAAGAAGGTAATAGATAAATTT +CCAACTTATGTAGATATTTATAGGAATAGTAAAAATGAGTTTGGAGAGCCTGGTGGAAAA +GAACTTATCTATGAGAATTTAAAAGGCTTTTACCATGAGGGGAATACTCAAATAAATTTT +TCTATTGCAGATAAGGGAGAAGTTAAAAGAAGTAATCAAAAATTTTTAATGGTTATCTAT +AATGAAGAAACTGTTAAAATACAAGAAAATGATTATTTTATGCTAGATAATAAGAAATAT +ATTATAAAAGATTTAGGAAATCAGAATAGACTTAATATATATTTCGATATGTTGCTAGAG +GTGAATTAGTATGAGTGGTTTTAAGATGGATATAAGCAAGTTAGTAAATGGAATAGCTGA +AAGAGAAATTAAAACAAAGGCAGCAATTGCTTTATATGGTGATAGTGTAGCTAAGAAAAT +GGAAGCTCATGCAAAATCTAATTATAAATGGACACCTAGAAGTGGAGCTGCACATCAAAG +GCTTAATAGTACTTCAAAATGGCATGGACCAGTTGTAAGAGTAGAGTTGAGCCATGGAGT +AGATTATGGTATATACTTAGAGTTTTGTAATGAAAAAAGATATGCAATAATAAAGCCAAC +TATAGATTATATGACTCCTATAGCTATAAAAGGATTACAAAATATTATGAAATAGGTGTA +ATTATGTTTAAAGAAATCTATAAACACTTGAAATTAAAAGGGTTCAATGTATATTCAATT +GGTCAACATGAAGGAATATGCAATGAACCTTATTTAGTTATAAAAGAAAATGGAGAAAGT +GAGATAGCGGGAACAAATCTAAGTAATGATATAGTCGAAATACTTATCTACTATCCTAAA +GGTAGTTACTCAACTTTAGAGGATTACCGCACTAAAGTAAAAGATATTATGAAGGATCTA +TCAAAACTTAGAAGAGTTGTTAATCCTTCTCCAACGATAATTGATGATGATAAAAAGGCT +TATATGACATCTTTTTATTATCGAAAAATAAAACAATTAAGAAAGTAGGTGTTAAAATGG +CACAAGCAGAACAATTCGCATTGTGTGATGTTGTTTTAACGGAAATAAAAGTAAGCGGAG +GTTCTACACATTCTTTTTCAACTGCTGACGAAATATCGTGTGAGCCGGTAATAGAAGAAG +GAGAGGCTGTAAACCTTACTATAAAAAATAAATTAATAGCATCTAAACAGACTCCTGATA +TGGTACTAGGGCATGATATAACATGCAAAGACAACGTATTTACTCCGGAGTTATTAGCAG +ATATACAAGGTGGAGCAGTAGCGAAAAAACTTGAAAAATTCTCTAAATATACTGCACCTA +ATGTTGGTGCTATGCCTTCTACTAAAACATTTGATTTTATAGCTTATGTTGAAATTGTAG +GAGATGATGGTTCTACTGGGGACTACTTAAAATATACATTCCCTAACTGTAAGGGATCTT +TTATATCTCCTAATTTCAAAGACGGAGAATATTATGCAAATGAATATACAATAAAGTCAA +GACCAGCTTTAAATACTTCTCTTTATACTGTGGATTTGGTATCAGAACTTCCTGTAGGAG +TTTCTAAGTTTGTTCACCCAGCAGTAGAAGCTTTAGAAGAATTAGAAGAATAAATGCTTA +GGCTATAGTTTTAATGCTATAGCCTTTTTATTTGAATTTAAACAAATTTGTGGAGGTAAA +TTATGCAAGTAACAAGTTTAGAACAATTAAAAAATATAAAATTGAGTGAAATAGTTGAAT +TACCTAGTTTTGAGGATGGAACTCCTTTAATAGTTGAGATAAGAAAACCTAATATGATGC +AATTGATAACAAGCGGTAAGATACCTAACACTCTTTTAAATGTTGCAATGGATATGTTTA +ATGGTAAAACAGGAGATAAAATGCAAAAGGCTAGTCAAAACTCTAAAGATTTATCTGAAT +TAGTAAAAATGATGAATGTTATTGCTGAAGCTTCTTTAGTTAATCCATGTTATGAAGATT +TTAAGACGACTGGAGTTGATTTAAGTGATGATCAATTAATGGCAATATTGATGTATTCAC +AAGGTGGTGTTAAGTCACTAGAAAATTTTCGTAAACAGCAAGCAAGTACTAAGGATAATC +AGCCAAGCGAATAGATTTCATAGACTTCCAAGTGAAATTGCTCGAATAACTGATGAATAT +ACGGCATTTTGCTTCGATGAAGCCTGTGACTATATTATAAGCCAATTAGAACAGGAGAAA +AAACCTAAGTGGCGAGAAGATAAGAAAAGTAAAAAAGAATTAAGACAAAATAACCTTCTT +TTAGCTGAAAAGCTTAAGAAAGAAAGGAGGTAATGTATGGCGATAAATGCAGGTACAGCT +ATAGGATACTTAGATTTAGATACAAGTAAATTTGGTAATGCTTTAAAGACAGCACAAAAA +CAGTTGAGTTCTTTTAGTAAGGATAGTCTTAGCGCTGGACAAAAATTTACTAGTGTAGGC +CAAGGTCTTAAAACAGTAGGAAGTACATTAAGTAAAGCTGTTACAGTACCCTTATTAGCG +GCTGGAATTGCTTCAGCTAAAACAGCTGTTGATTTTGAAAGTGCTTTTGCTGGAGTTAAA +AAGACAGTAGATGCTACTGATACAGAACTTGCAAAGTTAGAAAAAGGCATAAGGAGTATG +GCTAAAGAAATGCCAACAGCCGCTACTGAAATTGCAGGAGTTGCCGAAGCAGCAGGACAA +TTAGGAATTAAGACACCTAACATTTTAGATTTTACTAAGACTATGGTTATGCTTGGGGAC +TCTACTAATATGAGTGCTGAAGAAGCTGCTACAAGTTTAGCAAGACTGGCAAACATCACA +GGTATGAGTCAAAAGGATTTTAATAAACTAGGCTCGACTATAGTTGCTTTAGGAAATAAC +ATGGCTACAACGGAAAGTGAAATTACTGCTATGGGATTAAGGTTAGCTGGTGCTGGTAGC +CAAATAGGGCTTACTGAAGCTCAAACGATGTCTTTTGCTGCTGCATTAAGTTCAGTAGGG +ATTGAAGCTGAAGCTGGAGGAAGTGCTTTTTCTAAAGTTATGGTAGATATGCAACTAGCA +ACTGAAAAAGGCGGCAAAAAGTTACAGCAATTTGCTTCTGTAGCTGGCATGAGTTCAAGT +GAATTTAAAAAAGCTTTTGAAAAAGATGCTACAGGCGCTATTTTATCATTTATAAAAGGA +CTTGGCGATGCTGAAAGTAAAGGCCAAAGTGCTATCGGCATTCTTGATAAGATGGGAATA +AGTGAGGTAAGACTTAGAGATACACTTTTAAGAGCAGCAGGCGCAAGTGATGTATTTAGT +GAAGCATTAAGCATTGGTACTAACGCATGGGAAGAAAACTCGGCTTTAGCTAATGAAGCT +GCGCAAAGATACGAAACTATGGCTTCTAAAATGGCTATGCTAAAAAATAAATTAGTTGAT +ATCGGTATCACCATAGGAAATGCGCTTATGCCATTTGTAGAAAGTTTAGTTACTAAAATA +GGCGAATTAGCTGATTGGTTTAGCGATTTAGATGGTACAACACAAGGAGTTATACTTACA +ATAGCTGGATTAGTTGCAGCAATAGGTCCGATGCTTATAATAATAGGACAAATGTCAATA +GGTATAGGTGCTTTAATAGGTTTCTTTGGTAAAGCTAAATTAGCAATCACAGCTTTTGGA +ACTGTTTTAAAAACAAATTTAATATCTACGCTAATATCGGCTAACATGTTTATAAGTACA +ACTATAATACCAGCTTTAACAAGTCTTGGTACATTTATAACAGGAACTATAATTCCTGCT +TTAACAGCTACAGCTGTTACAATAGGAACTGTTACAATACCAGTTTGGGCCGTAATAGCA +GCTATAGGTGCATTAATAGCAATAGGAGTGCTTTTATACAAAAACTGGGATACTGTAAAA +GCTAAATGTTCTGAGGTATGGAATAGTGTAAAAGAAACTTTTTTCAATACGTGGGAAAGT +GTTAAAACTTCAACTATAGAAGCTTGGGAAAATATAAAAACATCTTTATCAAATACATGG +GAAGGCATAAAAACAACTACAATAAACACATGGAATAATATAATTAACTTTTTATCTCAA +ATATGGTCAAACATAGTTACAACAATACAACCTTTCACAGACTTTATGAAAGAGATTGTT +AGTATGACTTGGAATTTTATAAAAGATACTACTACATCCATATGGGAAAGTATAAAAGGC +ATTATAGAAAGTGTATGGAATTTTATTCTATCTATAATAAATTTAGGTGCTGCATTAATA +GAGTTAGCTATAACAGTGGCATGGACAAGTATAAAAACAGTAACAACTACTATTTGGGAA +GGTATAAAACAAACAATTCAAGCAGTTTGGGACTTTTTAAAGCCTTATATTACTACTGCT +GTAAATGCTATTACTACAGGACTTGCTACTGCTTGGAATTTTATCAAGAATACAGCTATA +ATAGTTTGGACTGCTATTAGAGACTTTCTTGTTAATATATTTAATAATATAAAAAATACT +GTTACTACTGTATGGAATGCTATTAAATCATTCATTAGTAGCGCATGGAATAGTATAAAG +TCTACAACTCAATCTGTATGGAATAGTATAAATTCTTTTATTGCATCTGCCGTTAATTCA +ATAAAATCAGTTATATCAACAGTATTCAATGCAATAAAATCATTTATACAAACTGTTGTA +AATGGGTGGAAAAATGTAATACAAACTGCATGGAATGCTATTAAGAATGTAGTGTCTACT +GGCGCTAATGCTGTAAAGTCTACAATATCTAGAGTATTTTCAACTATAGAAAATATATTA +ACTGCTCCTTTTAGAGCAGCACAAAGTGTAATTAGTGGTATTTTAGGAGGAATTACTGGA +GCAATAAATAAAGTAACAAGTGGCATTAAAAAAGTTACTAATATGTTTAGAAGTATTGAT +AATCAACAACTCGAACAAGAAAATATTCCTACTAGATATGATGAGGTTGATTATTCTAAA +GTTAAGTTTAGCTATGCAAAAGCCAGACAAACAAGTATATCCGATGTGGTTGCTAAAAAC +AACTCTATGATAGATATCATAAAAAAACTTAAAGGTAGTATAGAATATGAAAATTTTGAC +ACTAGAGCAATTATGGATAAGCTTGAAAAACTTTACGGTTCTAATGAAAGAAGCGCAGAC +AATAATTCTGATATTATCATAACGATTGATGGCAGAGAAGTGTTCCGTGCTATGTCCCCG +TATATGGGCAGAGCAGTTAGGGGGATGTAGTATGATAATAAACGGGAAAACAGAAAGTGA +ATTAAATGTTATATGTGATAAGCCTATTATAGACAAGTCTTGTTACTCTACTAGTGAAGG +ATTATGGAACGGGAGTATAGTTCCTATTAAGTCTAATTTCAAAGAGACGTATAGGATTTT +TCGTTGTGTATTTGCATTTTTGGCAAAAGATAATAAAACTTTACTTAAAAATATAAGTAA +ATTTATAGAAGAAGTAAAAAGCTGCACTATAGAATATGAGGGGTTTCTGTATGATCTACA +ATTAAAAAGTAAAGATATTACTCCTGATGACTATGAGAATGCTGAATCTGTATCATTAGA +ATTTGATGTGTTAGATATGTACGAAGCTGAGAAAAGCATAACTACTAAACAAAGTACTAC +TATTAATATAAATAGTCCTAAGCCTTGCTATGCAAACTTAGAATTATCTGCTAGTACTAG +TGTAATTAGTTATACAGTAACTATTAATGATACAGAAATAGTAGTTAATAATATAAAAGG +TAATGAAACAGTTTATATTGGTAGTGGCAAAGTTATTGCGGGAGGTAAAAGTAAAATAAA +TGATGTAGATATATGGGAGTTTCCAATATTGAAGCCAGGAACAAATAAAATTGAAGTTAA +TAGAGCAGATGTAAATTTAACAGTAAAATATTGCGAAAGATGGTAGGACTTAAAGGTTCT +TTTTTTATACTCAAAATTGAAAGGATGATAAAAAATGTTAAAAATAAATAAAACTATAAA +TTTAAATGCAACAAGTGAAATAGATGGTCAAGTAGTAGCATATATGAATGCAAGTATATC +TACGGATGGAAATACTAATGCAAATATAAATAAAAATATATCTAATAAAGAATTATATGA +TGCTAATAAAGTAGCTGTTAGAGAAGATATGAAACAATTTGAAACAGAAGTATATAAAGT +TGAAGATTCTATAAATGTAGAATTATTATCAAGAAAGGCAGGTAAATAATTATGAAATTA +ACTAATAGAAAAATAGTAAATGATTCAAATTTCTTAGGCGGTTTAATACATAAGCAACTA +CCAGTTAAGATTTCATATGCTATATCTAAGAATATCTCCAAAATTGAAAGAGAATTAGAA +ATATACAATAAAGAAAGACAAAAGTTACTAGATAAATATTGTGTAAAAGATGAAGAAGGT +AAAAATCTAATAGATGAAAACAATCAGTTAAAAATAGCTGACGAGCATATTGATAATTGG +AATAAAGATTTGAATGAGTTGTTAGATATAGAAGTTGATATAGACATATACAAGTTTAAT +GAAAGTGATTTATTAAATAGTAACTGTGAAATGACAGCTAGTGAATTAATGTTAATAGAT +TACATGATAGAAGAATAGTGGAAAGTAGGTAAGAGCATGTTAAAGTTATTTAATAAAGAG +CATGTTGCAATAAGTGCTCTTACAAATTTAAAAGATTATAAAATAGAATACTTACTTAGT +GGAGAGGACTCTTTGGAGTTCTCTCTTTCTATTGCAGATGAAAATATACATCTAGTTAAA +GAAGAAGGATATGTAAGAACTAAATATAACGAGTATGTTATTAAAGCAATAGATCCTACA +GATAACTTCAAAAGATATTCTTGTGTAGTTAATATAGAAGATATAAAAGGAAAATCTATA +GCAAACTTTGATACAAGTAATAATATAACTGACACTATAAGGTTAGCCATAGCTGGTACT +GGATGGATATTAGCAGATAATAATATATCTAAGAGAAGAACTGTAAGGCTTAAAAATACT +AATGCTTTAGAAGTATTAAGAGAGGTCAGAAAAATATTTAGAGTTGATTTTAGATATGAT +GCAATAAATAAAATTATATATGTTTATGAACAGTTTGGAGAAGATAAGGGAGTTTATTTT +AGTGATGAATTAAACTTAAAATCTTTTAGTATACCTTCAGATACATATGACTATGCTACA +CGTTTGTATTGCTATGGCAAAGATGGTCTTAATATATCTAGCGTTAATAATGGCAAAGAG +TATATAGATAACTTCCAATATTCTAATAAAATCATCGAACTTATTTGGGAAGATAACAGA +TATACAGATGTAAATAGTCTTAAAGAAGATGCACAAGCAAAATTAGATGAACTATCTAAA +CCTAAAAGATCATATCAAGCTGATATAGTAGATTTAGCAAAACAAAATGAAGAATACAAG +TTCTTAGATTTTTTCCTAGGAGATACTATCACTTTATTATCTAAGCAAGAAAAGTTTAGA +GATAAGCAAAGAATAGTTAAGTATATAGAATATCCTAACAACCCTACTCAAAACACTTGT +GAACTAGGAAATACTACTTTAACATTCGAGGAATTACAGAAAGAAAATGAAGCTAAGAAC +AGTATGTTAGATGCAATTACATCTGATAACGGAACTATAGATGGTAGCAAAGTTGATAGT +ATAACTACAAAGCAAATATCAGACTTTGAGGCAAGTGTAGCTAAGATTACGGATTTAACT +GTAGTAAATGCAGAAATCACCAATCTAAAGGCTCAAAACGTAACTATAACAGGTAAACTT +ACAGCTGTAGAAGGTGAATTTGGAACTCTAAAGGCTAATGTAGGTGTTATAGATAAACTT +ACAGTAACACATACAGCTCAAATAAATGAATTAAAAGCTAATAGTGCTACTATAATTCAT +TTAGAAGCTACTAATGCGGTAATAAAGAATTTAGAAGCTAATGTTGGTAAGATTCAAACA +CTTGTAAATGGGAATTTATCAAGTGAAAATATCCAAGCTGGGGGAATAACATCAGATAAG +TTAACAATAGCAAATGGATTTATAACTAACGCTATGATAGCTAATTTAGATGTTTCTAAG +ATTAATTCAGGAGATATTAGCACGAATAAGTTTAAAATTAAATCAGATGATGGCGGAATA +GAAATAGTTGGTGCAACTCAACAATTTAAAGATAAAAATAATAGAGTTAGAATTCAAATG +GGACAAGATGCAAAAGGTAACTTTAACTTTATTATTCGAGGTGAGGATGGAACTTCTACA +CTTATAGATCATACAGGAGTAAAAGAAAAAGCTATAGCTGATGATTTGATTAAAAACAAT +ATGATTGCTAGTGATGCTGTAGGAGAAAAGCAAATTAACTATAGTTCTTTTGTAACTGGA +TTTAATAAAGATACTAATACAAGCACTATAAAGTCTACTAAGATTATGCTTAATAATCAG +AATCAGACTTTAGATGTTGCGTTTAGCCAATTAAAGACTCAAGCTGATGGGACTAAGACA +TTAACAGAATCGCACTCAACTACTATAGGTGTTATGCAAGGACAAATAAGCACTGCTATT +AACAATACTCAAATAGTAAAAGATGGCCAAACTATATTATTAAAAGATGATTATAATAGA +ACCGTTCAAACGATAGATAGTATGAAATCTATTATAGGTAGTCATACAAGCCAAATAAGT +GGTTTAAATTCTACAGTTAGTACGCAAGGAAGTAGTATAGAGCAACTAAAAGGTCAAATA +GCACTTAAAGTAGAGCAAACAGATATTACAAATGCCGTTAATAATATTCAGATAGGTTTG +GTTAACTTGTTATTAAATTCTAATGGTTATAGTGGTACACAATGGAGAAAAGAAAATGTA +ACTATACTTAGTGATACTTACAAAGGAAGTAGAATTCATACAACTTCAAGTGCGTGGGGT +GGTGTGGAATATTGGGTATCTGACTTAATATCGAGGAGTGTATTAGAGCTTAATACTTAT +TATACTATGTCATGCTACGCTAGAAGTTCTGCATCAACGTATTTGCCACAGTTAGGTTTC +TATGGAGACTCTTCATATCATACAGAACAAGGTAAAATTTTAGGAAATGTAACAACAGAG +TGGAAGCAATACTCAGTAACATTTAAATTTACTAATATTTCAAGTGGTAATTATAAAATA +AGATTTGAACCACTTACAAGTTCCACAAATGGAGAAACTTTACAAGTATGTGGGTTACAA +CTTGTAAAGGGTAATAAAATAGGTGATTGGACTCCTGCACCAGAAGACACACAAAGTCAA +ATAGATTCTAATAAAACAGAGATAACAACTGTAAAAAGCAATGTAGCATCTATAGATGTA +AGTTTAAAAGGAATTACACAAAGGGTAGAGTCTACTGAAACAACAACTGCTACATTAGCA +ACAAAAGTTAACACTGCACAGAGTACTGCTAACACTGCAAATAGTAATGCCACTAATGCA +TTAAATAAAGCAGAAACTGCAAATAGTAAAATCGATGGATTGGAAATGGGTGGAAGAAAC +TTAATTTTAAATAGTACTTTATTAAATAATTCAGAAAAATGGTATTTTTCTAATTCTAGT +AATGTAGATAGATTTGTTGATGGTAACTTTACAGGAATTAAATTAAATACTAATGGTGGT +TATGCCGCTACTACGGAAACAAAAATTAAAGCTAATAAAACTTATACAATTACATATTTT +AGAAAAAATACATCAGTTTGTAATATGTGGATTGGTTTTTATTTTAGCGATAATACTTAT +ATAACTGCTCCTGGGTATATTAATGAAGTTTGTAAAGATTGGAAAAAATACACGCACACC +TTTACTATACCTGATGGTAAATCTGGTATAAACTTGAGGATTTATTCTTATACTTCTGGT +GTAGATTTGTATATTAGAAATATAAAAGTTTGTGAGGGTGAGTCATTAATATATGATTGG +ACTCCTGCTCCTGAAGATACCCAAGGGCAACTAGATGCACATACTACTCAAATAACCACA +ACTAATAATAAAGTTGCATCTATAGAAACAAATTTATCTAGTATTACTAGTAGAGTGTCT +AGTGTAGAGCAGACACAAGTTTCAACAAATGGCAAAGTTACTAGTTTAGAAACTTGGAAA +AAGGATGCAGAGAAAAAAATAACAAGTGATGCTATTATTAGTACAGTTACTAGTTCTCAA +ACATATAAAGATGCTCTAACGGGAAAAGTATCTACAAATCAGATTATATCTAGTATTAAT +CAAACAGCAGAAGCAATAAAGATTCAAGCAAATAAAATAGATATGACAGGGGAATTGGAT +TTGCAAGGTCGATTCAAATGTTGGAAAAATAATTCTGATAAAACTGGAAACTATCTTCAT +TTGAATGGGGCTATGATGTTTGGTTATAACAAAACAGGAGGTAACAACCCTGTATTTGCT +AGTGGATTGTGGACTGATGAAAACATGGGATATTTCTCGGTAGGGTATACAAGAGCAGAT +ATAACTGATGCAAACGGATGTTTGTATATGTCTCCTCAAGAGGGAAATCAAGGAGGGAGA +TTAACTTTTTCAAGGTTGAAAGACTCACAAGTAGCACATACAACATTATATTTTCAAAAA +GACGGAGCAATAGACTTTTATTCGGGATTAAGAGGACTATATGAAAATGATGATAACTAT +ACATATAGATTTGACGCAGGAACAAGTGTAAAAGCATTAAGATGTAATAGATTGCGTTCA +TATGATATATACCCTAGAGGTAATAACACATATGATATAGGTTTTACAAATGGGGGATGT +TTTAGTAACATTTGGGGTAATAACATATGTACTAATCAAAGTCATCTATATCTAGGTACA +GCACAGGCAAGTGGAGCATGGAATACTTACGGAGCATTAGCTATAAATTCGGCTACTGGA +TATATATTCCCTGCTAAATATAATGGTGCATTAGGACTTGGTATGTCAAATAATAGATTT +AGTGGGTTATATTCAGTTAATGCTGTAAATGTGTCTTCAGATTCAAGATTAAAAACAGAT +ATACATTATTTAGAAGAGCCTACAGGAGAAACTGTTATATTAGAAAATAGGGTAGAGCGA +AATATGCACATAACTACAAAAGATATGTATGATTTTGTTAAAAATGAATTGAAATTAGCC +TCTTATAGATATAATACTAATTTAGAGAAAGGCAATACTTGTGTAGATTATGGATTTATT +GCACAAGATATTTTATATACAAAAGTTGGTTCTGAAATAGTGCAACTTGCGGATAAATAT +AGTCTAAATTCGGAACTCTCTTATAATCAAGGAAATTATATTTCTGTTATAGCAGGAGCA +TTACAACAAGAGATAAGAAAAAGAGATAAAGAAATTAAAGAATTAAGATTAGAGATAGAA +AATTTAAAATCACAAAGAAAATTAGAGGTTGCTTAATATTAGTAACCTCTTTTTATATAC +AAAATTAGGAGGATTAACATGGAAGAATTTTTTAAAGGGATAGTAATTAGTACGTTGGTA +TATGGTGTGATATTAGCTATATCAGCAGACACTTTTTTTGGAGCTTTAAGAGGGCTTAAA +GAACATAGGTTTAACTCTGGTATTGGAATAGATGGAGCTATAAGAAAGGCAGGAATGTTA +GGAAGCTTAGTATTTTTTATACTAGTAGATAAATATATACCATTTAATTTTATAGGATTT +TTACCTACAGAAATGCTACAGATTCTAAAAGTTGAGTACATAGGAATTACAGATTTCTTT +GCATTAATTTATATAGCATATGAAGCATGTAGCATTATAAAAAATATGCTATTATGCGGA +ATGCCAATGCCTAAAGTAGTTAGGGATTGGTCTATAAGATTCATGAATATGTATACTACA +GAATTGGATTCTAAGGAGGTAAATTAGTATGAGAGTATTAGTTATGGCAGGACATACTTT +AAGGGGTAAAGGTACAGGTGCAAGTAAATATTTAAATGAGAGTAAAGAAACTAGAAGAGT +AGCTAAAAAAGTGGTTGAATATTTAAAGAAACTAAATATAGATGCTACATATATATATTT +AGATGAAGCTAAAGGAAATGATTATTTAAAAGAGCAAGTCGCTTTAGCTAATACAAAAGG +TACATTTGATATAGTTATTCAAATACATTTTAATGCGGGGTCAAGTGATCCTAATAATTT +TACAACTGGTACAGAAACTTACTATGTATCTGCAAAAGGCAAAGTATTTGCAGATAGAGT +AAATGCTAAATTGTCTACAATGTTTAGAGACAGAGGTGCAAAAAATACTAAACCGAATTT +ATACTGGCTTAAATATACTAATAATCCTGCTATACTTACAGAAATTTGCTTTGTAGATGA +TAAAGATGATGCAAGAGTATATGAGCAAGAATTTGATTCTATATGTAAATTAATAGCAGA +AGGTATAGCAAATAAGTCTATACCTAAAGAACAAGAAGGATGGATTAAGGACAATGTAGG +TTGGGCATATAAAGAAAATGGTAAGTGGTGCTATGGATGGAAGAAGATAAATAGCTCATG +GTTTTATTTAGACAATAACGGTTATGCTGTTACTGGATGGAGAAAAATTAATGATAAATG +GTACTTCTTTGATCAATGGTGCTATATGAAAACTGGATGGATTAAAGACAATGACAAGTG +GTATTTCTTAGATTCAAGCGGAGCAATGGTTACTGGATGGCTTAAGGAAAATAATAAGTG +GTATTACTTAAAAAGTAATGGAGCTATGGAAACTGGATTATTACAGTTAGGAAATAAATT +ATACTTCCTAAAAGATAATGGAGAGTTAGTTGTAAATAAAAAAATAGAAATAAATAATGA +CGGTGAGATAACATTTATATAATATATATATAAAAATAATGGCAATAAATAAAAAGGCTT +AGAATCGATTTTACGAGGTCGATTTCTAAGCCTTTTTTTATTCTATAATTCATTTTTCTC +TTAAAAAATTTTTATGTAATTTTTCTTCTGCCTCCTTGCGTGCTTTTATTGCATCCTCTT +TATTATTATACCTAAAAGAAGATAGGGCATGGTTTATGAATTACTACAATATTAATAATA +TAATTATACAAGGGTTATAGTAATACAAATTAATTATCATAATATAATTATACAAAGGTT +ATAGTAATACAAATTAATTATCATAATATAATTTAAATAAAAGGGGGTATGAATTTATGT +TAGAAAAATACATAAAATCTATAGTTGGAGAGGATTGTGAAATAGGTAATATAGATATAT +ATATACCTATAAATTATGTAGTTTCAGCAAGAAACATTACTAACGATGAAGATAGTTTTG +GACGCCAAAAGGAAACTATATATGATATTAAATGCTCAATGTATAATCAAGAAAATAATT +GTAGACATTCAAGTCTTCAATCAGCGGAAAGATTGTTGAATAATATATTATCTGGAAAAT +CAAAGACTCTAGATATTACAATTTATATAACGCCAACTAGGTTAAAAGATCTACCTGAAG +AATACAGTAATGAAGAGTTTGTAATAAATGACTTTAAAGATAAGGTAAGTAAATATGTTA +GTATATTAAAATTACTAAATGAAGATAAATATAAAGATTTTGATGTAAAAAACTTAGATA +ATCATAATATTATTTTTGATTGTAGTGGTATTGTAAGATAGTGATCGTAGTTGTAATCTG +CTTCAAAAGCTAGGTTGGATTAATTTCCTTCCTGGCTCTTTTTTATTCCCATAAGTCTAT +ATTCTCTTCTCTAATCAACAAATCTAAAAGAACGACTGTAGATATCCAACAAGTTATTGA +TATAAATAGTAGTATGCAGAACACTAATTATCACCTCATTTACATTATGAACAAACAATA +TAAAATAATATCATTAAAAAATATTAATATATCGCAAAAAATGACAAAAAGTTACACATA +CTTCATTATATAATCAAATCCGTAGATAATTATTTTAGGGGGAGAAGTAATGAAGTTTAA +AAAAAAATTAAGTAGCTTGGCATTAGCTTTAGTAATAGGTTTATCAAGTTTTACTTATTC +TAATGCCCAACAAAATTTAGAAGCGCATTTTATAAATGTAGGTCAAGGAGATGCGACATA +TATAGAATTACCAAATGGAACAGACATATTAATAGATGCAGGTAATTCATCTGAAGGAAG +CGCTGTAGTCAATTATTTAAAAGCACAAGAGAAAAATATAGAGATAGATTATTTAATAGC +TACTCATCCAGATGCAGACCATATAGGAGGGATGCAAGAAGTATTTAAACAATTAAAAGT +TAGTAATTTTTATTACCCGATGGATACATCTAATGAAACTCAGACATGGAAGAATGTATT +AAGTCTAGCTGAGTCTGAGCGTTGCAAGATAAGAGACACAAAGTCAAGAACTGGTTTTGG +AATTGAAGATGTAAAGATTATGTTTAAGCACCCAGATATAGATTATAAAGACAATAATGA +TGATAGTGCTGTAGTATCTATAGAATATAAAGATACTAAACTTCTTGTAACAGGAGATAT +ATCAGCTACAACAGAGTCTGATATGATTTCATCTGGATCAGTTAAAGATATAGACGTGTT +AAAAGTAGCACATCATGGTTCAAAAACAAGTTCAAGTAAAGAATTTTTAACGAAAGTAAA +AGCTGAAAATGCTATTATAAGTGTAGGTAAAGAAAATTCATATGGACATCCTAACTCAGA +TGTATTAACAAGACTTTTAAGTAATGGTTCTAAAGTTTGGAGAACTGATATAAATGGAAC +TATTGTATTAAATAGTGATGGTAAGAATATAAATATTACTTCGGATGAAGGAACAGGAAC +AGATGCCTATAAAGGTAAATGGGTTAATGAGAATGGAAATTGGTACTATTATAAAGGTAG +TGAAAAACAAACTGGATGGATTAAAGATGGTGGAGTATGGTATTACCTAGAAAGTAATGG +AGTAATGGCAACAGGATGGAAGAAGTTAAACGGAGTATGGTACTATTTAAAACCAAATGG +GGCAATGGCAACAGGTTGGGAAAAAGTAAGTAATAAGTGGTACTATATGGATAGTAGTGG +AGCTATGCAAACAGGCTGGGAGAAAGTTGATGGAACTTGGTATTACCTAGATTCATACGG +AGCAATGAAAACTGGATGGCAAAATATATCTAATCAGTGGTATTACCTAAAGCCAAGCGG +AGCAATGGCAACAGGTTGGGAAAAGGTAAATGGAACTTGGTATTACTTAAACGCTGGTGG +AGATATGGCAATAGGATGGAAACAATTAGGTGGAACATGGTACTATTTAAAACCAAGTGG +AGCAATGGCAACAGGTTGGGAAAAAGTAAATAATAAATGGTATTATCTTGAATCAAGTGG +AGCAATGGCAACAGGATGGAAACAATTAAATGGTTATTGGTACTACCTTAATTCTGGAGG +AGATATGGCAACAGGTTGGAAGCAAGTAGGAACAACTTGGTATTATTTATATAACTCTGG +AGTAATGGCAACAAATACAACTATAGATGGTTGGAAAATTAATGGTAGCGGAGTAGCTAC +ACCACTATCAAGCAATAATGGTAATAACAATAATAACACTGGTAATGGACCTACTGGTGT +TCAAGGTACAGTTTATATAACTCCAGGAGGAAAGTCTTATCATAATAGCAGGAATTGTAC +AGCATTAAAAAGAAGTTCAACTGTTTTAGCTGTTTCATATAGTGAAGCAATAAACAGAGG +TAAGTCAGATCCTTGTAACTTATGTGTTAGATAATTCAAATAAAATAGCTAGTAAGGAAA +TTACTCCAATCTAGCTATTTTTTATTACCATAAATCATAATTACCATCTCTAATTAACAA +GCCTAAAAGACCTATCGCAGATATCCAACAAGTTATTGATATAAATAATAATATATAGAA +CATATAATATCACCTCAATAAGGATGATTAACTAGAATATACTATGTAATTCAACTTTAT +ATAATTATTTATTTATTTTTTCTATTGAAGTACTTACTTTTTCAGCTAGTTCTTGCAAGC +TATCATTTATAGCATCTAATGGATCTTTCTTAGGCGGTGGAGTAGGTTTAAAAGCAGCTA +CAAATATAAATGAAGCTCCAATAACTATCCACCAAAACATTTGACTGTTCCATAAATCTT +TAATAAATTGCATTGTTATAATATACCTCCTTTTAATATTTATAAAATATATGAAAAATA +AATAAAAAATATAATTAGGACAGGCAATTTTGTGTGTAGCACTACATATATATAAGTAAA +TCAACTTAGAAAGGAGGAAATCTAATGGCTAGGAAACAAAGTTTAAAACTTCAATTATCA +TTCAAAGAGAATACAAGAGATTTAGGTATTTATAATTTCTTAATCGAGGATATTAAAAAT +ACATTAGGGATTAGCACATATATAAAAATGCTTATAGAAAAAGATGAAGCATATCAATTG +TATAAAAAAAGAATTGGAGCGAGTTAAATTAAAAGAGCTGCAGGCGTGCAGGCCATACAG +CTCAAAACTCAGTGAATTAAAAATATTTAATTCTTTTTATTTATTCTACAAAATTTATTA +AAATCCTTTAAATTAATTTCGAAATAAGCACTAAAAGAAATATTTCTGTATTAAATCAAT +GCCGAATGCTGCAGCAAACCAATAAACATAAGATGGAATCATTGAAAAACCTCCGATAAA +AAGTATTATAAAAGTATTTTTAACAAATTAAGGGGGAATTAAACGTGTTAATTAAAATAA +ATGAAGTAAAAACTTATACATTTAGTGAATTTAAAGAAATCCAAGAAAATAGAGAGATTA +TAAGCAAATACAATATAGAAGATATAAAACAACTTGATAAAATAATAGGCCATATTAAAA +AGAATAAAGTTATGTATGGTAGATTGGTTTTTATGACTGCTTTATTTTTACATTTAAATA +TAAATGTATTTGCAAGTGGATTTGAAACTGTAGGTCCAGTAATTATAGATAAGTTTTTAA +GTGTAATGAAATGGGGTTGTATTGGAAGGGGACTATATGAAATGACTGTAACCATGGTAA +GTGGAGGTAATATTAAGCAGGCTATGACAGAAGGAATACAATATTGGATAGGATTCCTAT +TTTTACAGTTTTACCCTCAGTTGTATGATATATTTGCTGGTATAAAATTTTAAGGAGGGG +ATTGTATGAATTGGTGGAATCCATTTGATTGGGGAGAAATGATGGTTGAAGGAGCTAAAA +ACAAAGTGGCTCAGATTATAAAAGAGATAGCCGAAGATTTTATAATGTCAAGTTACTGGA +TATGTTTAATAGCAGGCTTAATAGGTATAATATTATTTCTATTTGGATATAAAAAAGGTA +AAAATATTGCAATGATTATGCCAGGAGTGTATTTAATTATAAAAATATTAGGGAGCGTGA +TCCTTGGTGTTTAGTAAAAAAATTGAAAGCATTAAGCTAAGTAAATATTTTGAAATAAAA +AGAGCGGAATATATAACTATACAATTAATACCAACTAAGTCAAATCGTAATAATACTACA +AGCAACATAGCACTTCTAATTAATAAGATGTTTTTAAATCTAACAGATATTATCAGAATA +GAAAATAAAAAATTAGTTATTACAAGCAATATGAAAGCATCTTACTACGTTCATATTACT +AAAGAAGAAACTAAATTCTATTTTATATTACCTACTATTCATCTAAATATATTTAAAACT +AAATTTGCAGCTACTTGGAAGAATGTTGAAATAAAAGAAGTAGAAGGATTACCGATTGAT +ATTAATAAACATAGCAAATACCAACTAAGATATAAATACAATGATGCTCTAAGTCTAGAT +GTAGATAAGAGAAGTAATGATTTACTTAATGCGAACATGAGTATACTAGAAGTTTTAGAA +GCTGATGAGAGCGTAGGTATATTATATAATTTCATTCCTACTGGAGAGCGTGCTATTAAC +TATTTTAGAGTTTTATATAAAGATATAATTACTAGATATAAAAATGGCGAAAATATTAAA +AAGAATAAAAATATCTGGGATTTATTTATTATGGCATGTAAATTTATATTAGGTATAGTG +GAGGATCTATTAAGTAGCTTAAGTAAAAATACTCAAAGTAGAACTATCGGTATAAAAAAG +AAAATATCTCCATGCACCGAAAGGAAGTTTGATAAAGATATATGTCAAACTCAAATTATA +GTGGTTGGTAAAAGTGATAGTAAAGAAAAGGAAAAGAATCTGTGCAAGAACATGTGCAAT +ACATTTAAGTCTATATCCGATGATAATGAGTTAAATTATAAGAAAATTAGAAAAGATATC +AACATAAAACAAGTCCAAATAAATAATGTAGCTATTAATAATACTTCTATAGATGAATGT +AATAATTTTATAGCACTTCCAGGAGCAGAGCTTATTAATCAATATAAATCAATAAAACAT +AATACTACTAAAGAAAATCCAGTTCCAGAAGAACTTAAGACAGGTATATGCAAGCTAGGT +CCTGTTAAATACAAGGATAGAAATGATGAAGTATACTTAAATAATGATGAAGAATTAAAA +TCATTACCTCATGTATTATTGGGAGGTAGTAGAAGTGGTAAATCTACTCTTAGTATTAAT +ATATGTAAAAATATAATTGATGCAGGAGAAGGATTAATAGTACCAGACTTCATTAAAAAT +TGTGAATTTACAGATACAATAAAAGCTATTACACCAAAACATAGACTTATAGATGTAGAC +TTATCTATATATAGTTGCATTCAAGCTTTAGCTTATAATGAATTAATGATAACTAAAGAT +ATGAAACCTTATGAAATTAATAAGATAACTAGAAGGAAGACTAGTATGATGTTAGAGTTA +GTCAATATAATGAATAATGATGAAAAACAACTACCTCCGAAGATGAGAAAATATTTAGGA +GCAGCTGCAAGAGTAGCATTCTGTTTTAATAATTCAAGTATGAGGGATGTAATGAGGATA +TTACAGATACACACAGTAAGATATGAGTTTATTAATAAATTAAGCAATGATTTAAAAGTA +TTACTTGAAGATAGCATAATATCTTTAAATGAGTTAGATGAATGGAGCAAAGTAACTAAA +GACAATCCTGTAAGTGAGGTAGTTGGCACGAAAGAAAATAAGATAGAAGGAATAATAGAT +AGAATAGATTTTTTTAGGGAAAATGATGTTATAGATGCTATGTTTAGTAAAGATCCTAGT +CAAAATATAGATTTAATAAAAGCTATGGATGAAGGGAAAATAATTATCATAAGAATGAGG +GATAAAGATTTTGATGATAAAACATCTAAAGACGTACTTACAACTTTCTTTATGCAGAAG +ATATGGTTAGCTACAAAGATAAGAGGAAGTAGAGAAAATAAAAGTAAATATCCAGCTAGA +GTTACATTATTAATAGATGAAGTATTTCAAGTTCCTACAGCTCAAAAGATACTAACAGAT +ACATTTTTACAAAGTGCTAAGTTTGGGCTTAAGTATATGTTAACACTTCATAATTTAGAT +GGTTTGAGCAAAGAAGCTCTAGCATCTTTGAAAGGATCTAATACATCATATACTTTAATA +AGTGGAGTAGATAAAAAAGCATTTGAAGAATTAGAAAAGGAATTCGAGGTTCATGGATAC +AGTTTAGATGATTTACTTAATTTAAAAAGATTTGATGCTTTACATCTTATAAAAGGAAAT +GATGGATATAAAGCACTTATAACTCATCTTCCACCAGAATTAAAAGTAGAGAGTATTACA +GAAAGTAAAATACAAAATATAGCATAAAAATAGGAGAGTTGATACTCTCCTATTAATTTT +GATATGAATTTATAAATGCATAGGCCTCCCCTATATTGCTATAGGCTAACATAACCGCTA +CACTTACATTCCAATGAGTTTACTGCGTTACACTCATTTACATATTCGCTTCGCATGTTA +TAGCATATGCAAAAGGATAGTCAAAAGTTTCCTATTTTATCATAAAAATAAAATTTTACG +TATAAAGTATAAAAATAAGAGACTAGTAAAAATATACTAGTCTCTGTTGTGGATAAAATG +TTGATAACTTAGCGTTAAACTGGGGATTAAAGTTTAAACTGACAATGAACTGACAAAATG +AAAATATTGTAACTAAATAATATTGAAAAATAAAGATTTTATGGTGTTATTTACTCTCAT +GATGGTTGTGGGCATCATTAAGATAAATTAAAAAATATAATATAAACAATAAGTGCCTTA +GATTATATTTATAATGAGTAAATATAATCTAAGGCACTTATTTCTATGTAGTAATTAAAT +ATCAATACTATTTAATAATTCTTTTAGATTTATTAGTTCTTCTTTTGTAAAGGTAATACC +TTTACCCATCTTTTGATGATCTTCATCCCAATCTCTTATATCATATTTTGCTTCTCTGTT +GTTCCAACTAACTAAATTAAGCTCTTTATTCCATCCTTTAGATGATTGAGAAATGACTCC +TATTTCTTTTTCTATATCATATTTAATTCCAGCCATAAAATAATTTTCCTTTCTTTTTAA +ATAATTACTATTATACCATATAAATAAGTATTTATCCTAAAGCAACAAATATAGTTCCTA +AAGCAATTAGAAGAACTCCTATAATTCCTTTTATTGAAATCTGCTCTTTAAAAATTAAGA +TTGATACAACTACTGTTATAACAACTGATAATTTATCTATAGGTGCAACCTGCCATGTTT +TCCCTGTTTTTAATGCTATATTTAAAAATAGCCATGAAAGTGCTCCAGAAATTCCTGCAA +ATACTAAATAAACAAAATCTTTCTTATATTCAAATAATTGATTTATATTATTTAAATCTC +CTTTAAAAAAAGATACAGAAACTAAAAATAGAGCCATTATTATAGAGCGTACTGCTGTTG +CTAATGAAGGAGATAAATTATTAATACCTATCTTTGTAAATACTGTTACGAAACTTGCGC +TTACTGCTGCTAATAAAGCATATAATAACCATGAATTCATATGAAAATGTCCTTTCTATT +TAATATTAATATAAAATATTATAGCATAAAAAATATAAAATTAAACGAGTTTGAAAATCT +TTATCAGTTATTAATGGTTTATACAATTTATAAGTTTGAAAATATTCATATATATTTAAT +AAATTTAAAGGATAAAATGATTTATATATAGAGGTTTTGCAACTTATAAAAAAAAAATTG +CATTTTAGCTATTGTATTTTATTAAAAAATAACCTATAATAAGTATAAATGAATAAGGAA +TTGAATAAATTGCATTTTTATAGAAAATTTAATTTATTTAGATAAAAAGAAAATAAAAAT +AGGGGGACTTAATAATGGAATTATTAAACAAATTAGTGTTACAAGTTAATGACTTTATTT +GGACTTACATACTAATAGCGATGCTTATTATTTTAGGGATTTACTTTACAGTAAAGACGA +ACTTTGTACAATTTAGATTTTTCAAAGAAATGTTTAAGCTTTTAGGAGACGGTGCTTCTA +AAGATGCAAAAAAGGAAGGAAAGATATCTTCTTTCCAAGCATTCTGTATAAGTACAGCAT +CTAGAGTAGGTACAGGAAATATAGCTGGTATAGCTATTGCTGTAGTTGCTGGTGGACCTG +GAGCAATATTCTGGATGTGGCTTATAGCGTTAATAGGTTCAGCATCAGGATTTGTAGAAA +GTACATTAGCTCAAATTTATAAAGTAAAAGATGGAAATGCATATAGAGGTGGACCTGCTT +ATTATATGGAACAAGGTTTAAATAAAAAATGGATGGGAATTATATTCTCAGTTCTTATAA +CTATTTGTTTTGCATTTGTATTTAATGCAGTTCAAGCAAATACAATAACAGCTGCATTTA +ATAATGCTTTTGGAATAAATAGATTTGGTTTAGGATTAGTAATAGCTGCAGTAACTGCAG +TAGTAATATTTGGTGGTTCTCACAGAATTGCAAAAGTATCTGAAGTTATAGTTCCTGTTC +TTGCAGTTTTATATATATTAGTTTCTTTATTTGTAGTAGTAATTAATATAACAGAATTAC +CTAATGTAATAAAATTAATACTTACAAATGCGCTTGATTTTAGAAGTATGTCAATGGGTA +CGATGGGTGGAATAATACTTGTTGGTGTAAAAAGAGGTTTATTCTCAAATGAAGCTGGTA +TGGGTAGTGCTCCTAATGCAGCTGCAACAGCAGAAGTATCGCATCCAGTTAAGCAAGGTT +TAATACAAGCTCTTGGAGTGTTTGTTGATACTTTAATAATATGTTCTTGTACAGCATTTG +TAGTGCTTTTATATCCAGGATATGCAACAAGCTCAGCTGAAGGTATAGGATTAACACAAG +AAGCTTTAACTTACCATATAGGACCAATAGGAAATATATTCATAGCACTTTGTATATTAT +TATTCGCATTTAGTTCAATAGTTGGGAACTACTATTATGGTCAATCAAATATAGAATTTA +TGAATAATAGTAAGTCTACAATGACAATATTTAGAGTAGCAGTTGTAGGATTTGTATTAT +TTGGTTCTGTAGCTCAAATAGAAATAGTTTGGAATTTAGCAGATGTGTTTATGGGATTAA +TGGCAATAATAAACTTAATAGCAATAGCGCTATTAGGAAAATATGCGTTCAGAGCATTAA +AAGACTACGAAGAACAAAGAAAGGTAGGTATAGAGGATCCTATATTTGACTCTTCAAAAA +TAGAAGGTCTTGAAAATGTATCTGAGTGGAAACGTGATAAAGACGGAGTAACTGCTTAAT +ATATATAAAGCGTGTATCAAATTTATTTGATGCACGCTTTTCTATTTTTCAAAGCTTTCA +AGATATTTACAAAAGCTTTTAAAATCTTCAATATTTTTAATTTCATTTAAGTTTCTTATA +TCTATCATAATTTTGCTAAATTTATGCATCATAAACTCCATGTCATATAGTTCACATTTA +ATGAATCCTTCTTTATAGCTATATTTAAAGGGTTCGTATTTTTCAAGGTTATCTTCGAAA +TATTTTATTTTAGCATAACAAAGTTTGTAGATATGGAATAAGAGACTTAGAGTAGAGTGC +TTAAGTGCAAATTTATGAGTAAAATATTTAACTTTATAATATTTTTTATGATTAAATTCC +CAAATTAGGTCATCATTTAGAGATAAAGAATACTTTTTTAGAAGTTTCTGCTTATCAATG +CTTAGATCTTTTATATAATTATATTCCATTATTATACCCTCCTAATTTATTATTATAATA +AAATTATATATATTACTACCTATAGATATATTTATTTGACTGAATTATAGAAAATTACTA +TATGATGAGAGGATATATAAATTAAAACTATATATAAATAGATGAAGCTGTTATAAAATA +TAAGTTTATTAAAGAATGTTAGTAAATTTAAATAAGTTTATGATAATATAAAATAATGAT +GTGTTTGAATAAAAGACAAATAAATAGATTATAATGAAAACAAACATAAGTTCGATAGCT +AGGAGGAAAAGATGAGTTTAAAGCCTTTAGATATATTAACTAAGTATTATGGATATACAA +GTTTTAGGAGAGGTCAAGAAGATATAATAAATTCTATAATAAATAGAAATGATGTTCTTG +CTATTATGCCAACAGGTGGAGGAAAGTCTATCTGCTATCAAGTTCCAGCTTTATTATTAG +ATGGAATTACATTAGTCATTTCACCACTTATATCTCTAATGAAAGATCAAGTAGATGCTT +TAAAAACTATGGGGATTAATGCAACATATATTAATAGTTCACTCAGTAGTAAGGACTTTA +ATGAAGTTTTAGAAAATATTAGAAATGATGAATATAAAATTATTTACGTAGCACCAGAAA +GGTTAGATAGCTATGAATTTACGAATATTGTTAAAGATAAAAATGTAAGCCAAATAGCTG +TAGATGAGGCTCATTGTGTATCACAGTGGGGGCATGACTTTAGGGTAAGTTACACTAAGA +TTTATTCGTTTATAGAAAGTTTAATAAGTAGACCAGTAGTTACTGCATTTACAGCAACTG +CTTCTCAAGAAGTAAGAGAAGATATTATTACTAGTCTAAGATTAAATGACCCGGACATTT +ACATAACTGGGTTTAATAGAGAAAATTTATCTATTAATATAGTGAAATCATCTAGTAAAA +ACAAGTATCTTATTGATTATTTAGAAAATCATAAAAAAGAAAGTGGAATTATTTATGCAG +CTACGAGAAAAGATGTAGAAAAAATATATGATGGACTGTATAAAAGAGGATACTTAGTAT +CAAAATATCATGCTGGCTTATCACAAGAAGAAAGAAAGATAAACCAAGAAGATTTTATTA +ATGATAAAATTGATATAATGGTTGCTACTAATGCATTTGGAATGGGGATAGATAAACCTA +ATATTAGGTGGGTTATACATTATAATATGCCTCAGAGTATAGAAAATTATTATCAAGAAA +TAGGAAGAGCAGGAAGAGATAATCAAAAAAGTGAGTGTATTCTTTTGTTTTCTCCAGGAG +ATATTCATATACAACAGTATTTAATTGATATAAGTATAGAAAATCCGAAAAGAAAGCTAT +TTCAGCATGAAAAATTACAGCAAATGAAAGACTTAATTTACAGTAATTATTGCTATAGAA +AAAGTATATTATCTTATTTCGGAGAAAGTCTTTTAGAAGAATGTAATAACTGTAGTAATT +GTTTAACTGAAGGTGAAATAATTGATAAAACTTTAGATGCTCAGAAAGTTATCTCATGTA +TATATAGAATGAAAAAAAGTTATGGAGTAAATATGATTGTAGATGTATTAAGAGGATCTA +AGAACAAAAAGTTATTAGATTTTGGATTTAATGAACTTTCTACTTATGGAATAATGAAAG +ATTACTCAAATGAAAATTTAAAAACATTTATAAATACATTAGTTTCTCATGGATATTTAG +AGCTAATAAAAAATATAGGGTATAATGGAACTTACCCAACTGTAAAATTAAATGATTTAT +CTACAAAAGTATTAAAAGGTGAGATACAGGTTAGGTTTAAAGAAACTATAGTAAGTAAAT +CTTTAAATACAAACGATGAATTATATGAAAGATTAAAGAACTTACGATACGATATAGCAA +CAGAAGAAAAAATTGCTCCATACATGGTATTTGGTGATAGTGTATTAAAATCAATGGCAT +CTACATATGCAACTAATAAAGAAGACATGCTTAGTATATCAGGTGTCGGAGAAATTAAGT +ATGAAAAGTATTCAAGTAAGTTTATTAAAGTAATAGAAGAATATATGCTAGAAAAAAATA +TAAAAAAAGAAGAAAAGATAGAGCAAAATAAAGATGAAGAGTTTTTATTTGTTAAGACTA +ATATAAACTTATATAAAAAGCTAAAAGAGTTAAGAGATGAATATGCTAGAAAAGAGCAAG +TAATTGCATATCGAATATTAGGTAATAATACACTGAAAGAAATAAGTGGAAGATGTCCTA +GAACAATAGAACAGTTAAATGATATTTCTGGAATTGGACCAGTTAAGATTGATAAATATG +GTAAAGAAATATTGTGTTTAGTTGAAGCTTATATAACAGAAAATAACATGGATGTTATAT +GGACAGAAAAAGAAAAACTAAAAGTTGTTATAGATGGTGAGAGTAGAAAAAACAATGAAA +TTGCTTTAGACTTATTAAATCAAGGAAAAGATATTAGTTTTGTAAGTGAAGAACTTGAAA +CTTCGGTATCAACAATTTTAGGATATGTATATGATTATATAAAAGAAGATCAAGAAATTA +AATTTAATTTAAACTTAAAAGAATTTTATAGCGATGAGGAAGCTGAGCTAATCATAAATG +CCTGTAATGCATTTGGAGAAGAGAAAATAAGTATAATTAAGAAAAATTTACCTAATTATA +TTAGATATGAGAGTATTAGGGCTGTAATACTAGAAAAACATTTAGGAGTTTTAGAAAATA +AAAAGGAAATTTGTAGATAGATATAGAAATAATAATATACTGTATTCATATATCGAAACA +ATATAAAGAATATATGTATATTATTTGATGAAATATTTCTTGGGTAATTGGATATAAATT +CACTTTATATCAATAGATTACGTTATAAAACAATGATATCTTTAGAATAAAGTGTAAAAT +GTTTTTACTTGAATAAGAAAATTCTTTTATAGCTGTTATATAGAAATTTTATTTCTTAGG +AATTAATTTAACTTATAAATATATAAAATATATTCAAGTTTGCCTACTGACATAGTAAAT +TTGAATATATTTATATGTTTTTTGTTTTTTATTTATAATATATAGTAAGATAATAATAAT +TTTAATCAATATTGCACAGGAAATAGTAAAATAATAATATAGCTATTAACATATATATTT +ATTTTAATATATGTTATATAATGATTGAAGTTAAGTGTATTAAAAAGGAAATACTGTATA +CAGTATTATATTTATTCTAGAAATTATATATAGTGACATAACGAAAAATAAAATATAATT +TAAAATCTAAATAATAAAAATACACCTTTAATTTATGATATGAAGGTGTATTTTGTTTTT +ACACAATACTTAATTTAATCAGATTAAAATTTATTTTTAAAGATGTTATATTTCATTAAT +AATATTACTTTTAATATGAAATTACTATGAAATTTTAGTGTAGTAAGTTACTTTAAGTAT +AAAAAGATGATAGAATAATAAAACAAGAATAGATTAAATTAGGAGTGTAAATTATGGGAC +TGCTAGAGTTTGATTTTATAGAAGAATCAATAGACAAGTTAAAATCTATGAGTTCAACAT +TAGAGCTAATAGGAGATGAGTTAGAAGGATATTTCGAAGGAGTTTTAGATTATAAAGAAG +AAGATTATATAAATGTAACATCAAGAGTGAAGTCAGAAAGTAGCTTAAGAGAAAAAATAA +TTAGAAATAGATATCTAAAAAAATATAATGAAGCAAGTAACCTTATTCATAATCTTTCAG +ATTTAATTGGCGTAAGGATTGAGTGTAGATTTATTGAAGATGAAAATAAGATATATAGGG +TTCTAAGAAGATACTTTAATAAGACTGATGATAAAGTTTATTATTATAATAAAGAAAATC +CAAATATTACATTGAAGCTTAATGAAAAGCAACCAAAGAAGCAAAAAAATGGGTTTGAGA +TTTATAGGATAGATGGTAAATTTAATTATCTAGATAGACAAATTAAATTTGAACTTCAGA +TAAAGTCGCTTGTAAATATATTTTGGAGTGAAATTGAGCATAAAGTTATTTATAAAAACA +ATACATATTTATTAGGAGATAGCTTTTTAAAAGATATGATGTTGTCTATCAAAAATAATC +TTACAATGATAGATAACCAATTAGTAAATGTTTATAAGAATTTTAATACAGGTAGCTTTG +AACATTTAGTAGGAAAGAAGAAAGAATTAGAGAAGTTATTAGCAAAGATGGCACATGATA +CATTTTCAATTAAGATGAAGGAAAGTATAGGATTTATAGTAGATTTTAAAAAACCTTGTG +AGACTATATTAAATTATTCTTTCAATAAAAATGAAGATGAAATTGATGATAGTTTATTCG +GGGATTTAATGATTAATGGGTTATCAAGAATAAATGAAATTTCTAAAAAAGAAATTAATT +TTAATCAATCTATTGTATTTGAAAAGAAGCCAGTATTAAAAGACGATTTTTGTAAAAAAT +TAGGTAAATATATAATGGGTAAGCTAAATGATGAATTTGCATGGAATTTATTCTTTAGAA +TTTTATTTGAGATAGAGCCTTATAACAATAAAGAAGATTTTGAAAATTTTATATCATTTA +TAAAAATGAAAGTTATATCTAAAGATAGTAAAGAACAAATAATATCTGCATTTAAAGATG +AAGGTGAAATAATAATTAGGGATATGTACATGAGTATATGTAAAATACTTATTGAAGTAG +ATACAGTAGAAACTATGTACGACTATAATTTAGAAAAAATTAATTACATTATAAGTGAAG +TTACTAGTAGCATATGCAGAGACTTAGAAAGTTATAATAATTATTTAGAAATAAAAGAAG +ATATACTAAACAATATAGAGACAAAGATAGGTAAATTATTTAACTAAATATAGAGGTTTA +ATATTTAGATCTATAAAGTTGAATGTATGTATAATTAAAATTATAGAAAGAATAAAAAAA +AACAAAAGATGATGAAGAGTTAAATAAATATAAAAAATAATAAAATAAAAGTGTGTATTT +CAAATTATTTTTGAAGTACACACTTTTATTTTATTAGAAAGTAATATTATTAGGTTTGAT +ACAAATGTATTATAAAATTATATGTATAATATATGTTATTTTATATAAAAAAATATTGAT +ATATTGTATAATATTTTTTATAACAGTGTTTAAAATCAGGAGGTTGAAATGAATAATATT +ATTTTAGTTAGAGGAGCTGGGGATTTAGCTTCTGCAGTAATACATAAATTATATATGTGT +GGATTTAAAGTTGTAGCATTAGAAATAGAAAAACCTCTAGCGATAAGAAGGCAAGTAACA +TTTTGTGAAGCCATATATGAAGGAGAAGTAGAAATTGAGGGGGTTTCCTGCAAGTTATGT +AATAGTATTTCTCAAGTTAAAGAGACTTTAAATATAAATAAAGTTGCTCTATACGTTGAC +CCAAAAGGAGAATCTATAAAAGAGATAAATCCAAAAGTTGTGGTTGACTGCATATTAGCA +AAGAAAAATATTGGAACTAGTAAAGATATGGCAGACTTAACCATTGGACTAGGACCTGGT +TTTTGTGCAGGAGAAGATGTAGATATAGTAATTGAAACTATGAGAGGCCATAATTTAGGG +AGAGTAATAAGAAAAGGTAAACCAAAAGAAAACACTGGAATACCAGGAGAGATAAATGGA +GTATCTAAAGACAGAGTAGTTTACTCTCAAGCAAGTGGAATAATTAATACATTATGTAAT +ATAGGGGATATAGTAAAAAAGGATCAAGTTTTGGCTTATATAGAAGATAATAGTGGGAAT +AAACATAAGGTTTTAGCGAGTATAGATGGACTGTTAAGAGGGATCATCAGAGATGGATCA +TTTGTTAAAAGTAATCTGAAAATTTTAGATATAGATCCGAGATTAGATCAAGTAAAAAAT +GCATCTACAATATCAGATAAAGGAAGAAATATAGCTGGAGGAGTATTAGAAGCTATCTTA +TCAAGTAAGATACTACCTAAATATTAGGAGGGATAAATATGCATGAAGTAATATTATCAA +AGATAAATGAAGAAATACAGAATGGAAATAAGGTTGCACTTGCTATAATTACAGAAGTAG +AAGGGTCAAGTCCGGGTAAACAGGGTTCAACTTTAGCATATCTTTCAGATGGAAGTATAA +TAGGTACTGTGGGTGGAGGCATCTTAGAATATGAAATAATAAGCAAATGTAAAGAATGTC +TAGAAAATGGAGAAGATATAAACTTTGAGCACAGTCTAACAAAAAATTCAGAAGAAACTC +CAATGCAGTGCGGTGGAAATGTAAGAGGTTATATAAAAGTATTTAAGCCTAAACCAAGAC +TATTAATTGTCGGGGGAGGACATGTAGGATATAGCCTGTACAAGATATCCAATACTTTAG +ATTTTTATACTATAATAGTTGATGATAGAGCAGAATTTGCGAATAAAGATAGATTTAAAA +AGGCAAAGGAAGTATATAGTGGTAATATAGAAAGTATATTGAAAAATATAAATATTGATG +AAAATACATATGTAGTAATAGCTACAAGAGGTTATGAAAAAGATTTAGAAGCCCTAAGAT +GTATTATAAATGAAAATGTAGGGTATATAGGAATGATAGGTAGTCTAAAAAAATGGACGA +CCTTAAAATCAACTTTAATCAATGAAGGGGTTAGTGAAGAATTATTAAATTCTGTTTATG +CTCCAGTAGGTCTTAATATATCTTCAAACGAAGTAAATGAAATTGCTTTTGGAATAATGG +CAGAACTTTTATTAGTAAAAAATAAAGGTTGCTTATCTCATAGAAAAGATAAAAACCTAA +GATTTAATAAATAATATTCGATAAATTAAAAGGAATATGACGAATTATATAAAATATGTA +AGTATAAGTAATATTATGCAGAGGTGATTATATGTTTAAGGTTGCAATTATAACTCTTAG +TGATAAAGGTTATGAAGGACAAAGAGAAGATATAACAGGTAAAAAACTTGAAGAATATGT +TGAAAGTAATGGACATTATAAAGTTGTACATTATGCGTTGATAAAAGATGATAAAGAAAT +GTTAGTAAATGAACTTATAGATATATGTGATAATAACAAAGCTGATTTAGTATTAACTAA +TGGTGGAACGGGATTCTCAAAAAGAGATGTTACACCAGAAGGAACTAAAGAAGCTATAGA +AAGGGAAATACCAGGAATAAGCGAGTACATGAGGATGAAGTCTTCAGAAATAACTAAAAA +AGCAATATTAAGTAGAGGTATAAGCGGAATAAGAAAAAATACAATAATAATAAATTTACC +AGGTAGTCCAAGAGGTGCAGTTGAAAATTTAAGCTTTGTAATTGATACTTTAGGACATGG +TATAGACATTCTTAAAGGAGATGCAAGTGAGTGTGCTACTCCTTTAAAAAATAATTAGAT +AGCAAAGAGGGAAGTAAATGATAGATAAATATGGAAGAAATATAAATTATCTTAGAATTT +CACTTACAGATAGGTGTAATTTAAGATGTATTTATTGTATGCCATCTGACGTAGAATTCA +GGGATGAGTATGTAAATGATACTTTAAGTACAGAAGACTATAAATTTATAATAAAATCAA +TGGCTAATTCTGGTATAACTAAATTAAGATTTACTGGAGGTGAACCTACACTACATCCAG +GTTTAAATGAGCTTATTTGGTTTGCTAAAAACGAGTGTAATATAAATGATATAGCAATAA +CTACTAATGGACTTAATCTTGCACAAATAGCTTCAACTTTAAAAGCGAATGGATTAAATA +AAGTAAATATTAGTCTTGATTCATTAAAGGTGTATAAATACAAATCTATTACTAGAGGCG +GAGATTTAACTCAAGTATTGGATGGAATAAATGTATGTCTAAAAGAAGGAATTAAAGTTA +AGATAAACTGCGTTGCTATAAAAGGATTTAATGACGATGAAATCAGTGATTTTATAGAAT +TAATAAGATACAATCCTATTGATGTAAGGTTTATTGAACTTATGCCTATTGGAGAAGGAC +AAAAAATATATAAAAATGGATATATAAATGTTCATGAAATGATTGAATATATTGATGGAT +TATATCCTGTACCATCAGAAGAAAATTCTCCTGCCAAATACTATCAATTTAAAGGTGCAA +AAGGAAGGATAGGAGTAATAACACCTCTTAGTTGTAGTTTTTGTAAAGAATGCAATAGGA +TAAGAGTTACCTCTAATGGTAAAATAAAATTATGTCTTCATTCTAAAGAAGAAATAGATA +TTAAAAACTATATTAACAAACCATTAATATTTAGAGAGGTTTTAAAAGATATAATTTTAG +GAAAGCCAGAAAAACATAATTTAGTAGAAAGACAAAGTAGTGAGACAACTAGAAAAATGT +ACGAGATAGGAGGTTAATAATGTTAACTCATATTAACGAAAAAGGCTATGCAAAAATGGT +AGATATAAGCGAAAAGGAGAATACTACAAGAGTAGCAGTAGCAACAGCTACTATATCTAT +GACGAATGAAGCATTAGAAAAAATAAAAAATGGACAAATAAAAAAGGGAGATGTGTTATC +AGTTGCTCAGATAGCGGGAATTATGGGGGCAAAAAATACATCAAATAATATACCTATGTG +TCATCAAATCAACTTAGTTGGTTGTGATTTAGACTTTGAAATAGATGAAGATACTTCTTC +TATAATAATATATGCTACTTGTAAAAGTTTAGGTAAAACAGGTGTAGAAATGGAAGCATT +AAATGCTTGCTCAATAGCAGCCTTAACAATTTATGATATGTGTAAAGCAGTAGATAAGAG +AATGATGATAAGCAATATTCATTTAATAGAAAAAACAGGTGGGAAGTCAGGAGATTTTAA +ATATTAATTGTTTTGGAGAGTGAGTAAATGGCAAAGATAGTATCAATAAATATAAGTACG +AAAAAGGGCGTTATAAAAGAACCAATAAGTAAAGCAGAGTTAAAAATTGACCACGGTATA +GTTGGTGATGCTCATGCAGGAAATTGGCATCGTCAAATAAGTATGTTAGCTGAAGAAAGT +ATTCAAAAGATGAAAGATAAAGGTTTTAATCATTTGAAATTTGGAGATTTTGCAGAAAAC +ATAACTACCGAAGGGATAGAAGTTCATACTTTGCCTGTAGGAACAAAACTAAAAATAGGT +GAATGTGAAGTAGAAGTAACTCAGATCGGAAAAAAGTGTCATAATGGATGTGCAATAAAG +CAAACAACAGGCGACTGTGTAATGCCAAGAGAAGGAATCTTCGTAAAAGTCCTAAAAGAA +GGAACAATACAACCAAACGATATAATTGAGGTTTTATAACCACATATTCGAAATTAAGAA +AACAAAAAGAGCTAGATAAGGGCCGATTCTCAAATACCGCGGTGAAAGTGTGAAATATAA +ATTTGCTAACATTTGTAGCATTTTTTCAGCTGTATGGAAGAAAATTTATATTCACACCGA +GATGCGATTTTAGAATAGCTCTATCAAGCTCTTTATCTATATTAATGAGATAATCCCATT +GATGTACTTAATATAAAGTTTAACATAAATAAGAATGTTAAAACATACATTGCAGGTGAA +ACTTTCTTACCTTGATTAGAAGCTATTTTTAAAATAGTATAAACTATAAATCCTGCAGCT +ATACCATTTACTATATTATAAGTAAGTGGTATTACAGTAATTATAATAGCTATAGATATA +GTATCTATTATATCTCCTTTTTCTAAATCAAGGAAAGTTTGAATCATTAGTATGCCTATA +AATATAAGAACAGCACTTATAACACTATTCGGTATAAGTTTTAACACTGGTATTAAAAAT +AATGACATTAAAAATAATATTCCAGAAGTTAAAGCTGCTATCCTTCCTTTTCCACCAGCA +CTTATACCAGAGAAGTTTTCAGCGGCGACTATAGTTGGGCTAGTACCAAATAAACCTGCT +ATCATGTTAGAAACACCAGCTAAAGTAAAGTTTCTTTGGAAGTCATTTTCTTTATCTAAG +GCACCTAACATTCCATATAAAATGCCCATATTTTCAAACACTATGACTACAGTTATAGAT +AATACTGCCATAAAGAATGGTACTGTAAACATATTTTCAAAAGATAAACTTAAGAAAACA +TTCTTAAAATCACCTATATTGAAAGCTGTAAAATCTAAATCACTAATAGAAGTTATTTTC +ATAGCCATAGATAATAATGTTCCCATAAGAATACTAATAAGTATTCCGCCATTAACTTTT +CTCAAGTCTAAAACTAAAATAATAAGTAAAGTGATTAATGTTAAAATAACTTCCTTATTA +TCTAAGTTACCTAAACCTACTAAAGTATTTTCATTGCTTACAACGAGACCACTTTTTTGA +AGTCCAATAAATAAAATTAAAAATCCTACTCCTACAGTTATAGCATGTTTTAAATTATTT +GGAATTGACTTCATAAGTATAGGTGTTATTTTTGTACTTGCAATAATGGTAAATATTATA +CCACTTACAAATACTGCACCTAATGCAGATTGCCAGCTAAGTCCCATTGAGTTTACAATT +GTATAAGTAAATAATGAATTAATACCCATTCCAGGTACTATTATAAATGGTGAGTTTGCA +ACAAATCCCATTAAAAATGTTGATACTGCGCAAGTGAAAATTGTGGCTATCATAGCTGCA +TCTGGGCTGATACCAGCATCCGATAGTATGAGCGCATTAGTCATTATAATATAAGCACTT +GATATAAATGTGGTTATACCTGCTAATACCTCCGTTTTAAAATTGTTTGTTTGAAGTGTT +ACTGTTTGTTTATTCATTCCTCTTTCCTTTTTATTGTGTATCCCTCGCCCTCCCACATAT +AAATATGCTAATACATATTAACATTAAAATTTTTAATTGTCTATAAAATTTTATTCTTTT +CAAAATCTTATATAGTAAATAATAATTTGTTTTTGTATAATTATAAAAATGAAAGATAGG +TGATAAATATGAAGATTGATAAAATAAAAAGTATGTTAGAGTTTTATACGGATAGAGTTA +GATATAATAGTGGATTCTCAGCATATAAAAGAAATTTAGTTAAAGATAATTATGCAAAAG +AAGAAAATAATGTATTTACTTTTTATGGAACTGTTATTGATGAGTATATAAGGCAAAATT +ATACAAGCTTAATAATGATAAATAATGAAAGTAGAGATATATTAAATTGTAGCTGTGATT +GTAAGGATTTTATAGCTAAGGATAATCAGCCGAAAATATGTTCTCATATAGTTGCAACTG +TACTTAAGGGTATAGATGATTTATATAAAGAAGAGCCTATTGAGAATGAAGATTATGAAA +ATATAATTGATCCTAGTTTAACTTTAAATATATCTCAATCTAGAGGTGGATATTTAGGAG +TAGAATTATATATAGAAGGTATAGATACGAATGAGTATAGAAGAATATTTAATTCTTATA +AAGAAAAGAAAAAACTTCATAGATTATCTTCAGGTGGATATTTAGATTTAAAAAATGAAG +ATTTAATAACTACATTTAAATTAATTGATAGTTTAGGTATATATATTGATTTTGATAATA +TGAAAATACCTAATAATAAATCTTTATATCTTGAAAGTTTTATAGAAAAAGAAAATCTAG +ATTTTATAGATGGTAGAAAATATGTTAGTAATATTGCTAAAAAATATAAAAAAGTATCAA +AGGCAACTTATGAAATCCCAGAAAATTTAAATGCAAAATTGAGAGATTATCAAATAGAAG +GTTTTAATTATTTCAAATCATTAGCAGATTATGAGTTTGGTGGTATATTAGCAGATGAGA +TGGGATTAGGTAAAACACTACAATCTATAGCGTTTCTATTGTCAGAAGAAGGCAAGAAAA +GTATAGTTATTGCTCCTACAGCATTAATTCATAACTGGAAGAGTGAGTTTAATAAATTTG +CCCCAAGCTTAAAGATTGCATTATGCCATGGTAATAAAATTGAAAGAGAAAATATACTAA +AGAACTATAGTGGTTATGATGTAATTTTAACTACTTACTCGACTTATAAAAATGATTTAG +ATAAATATGAAGATATTAGATTTGATTACTGCATTATAGATGAAGCTCAGAATATAAAAA +ATCCAGATTCTGCAATTGCTAAAGCGATTAAGGGTACCAATGCAAAAACTAAGTTTGCAC +TAACAGGTACTCCTATAGAAAATAATTTATTAGAACTTTGGTCTATATTTGATTTTATTA +TGCCTGGGTATTTATACAATAAAGAAAGATTTAAAAATATATTTATTAACAATGATAAAA +ATATTGAAGAGCTTAAAAAAATGATAAAGCCATTTATTTTAAGAAGAACTAAAAAAGAAG +TTGTAAGAGAATTGCCTGATAAAATAGAACATAAATATTATATTGAGTTAGAAAAGGAAC +ATAAAAGAGCATATTTAGGTTTTGTCAAATTAATAAAGAATAAATTAAAGGAAGCTAACC +AAGATAAAATAACTATTTTTTCTTACTTAACAAAATTAAGACAGCTAGCCTTAGCACCAG +ATATTATGGTTAAAAATTATTCTGGAAAGAACTCCAAGATAGATATTTTATTAGATATTA +TTAACGATAATAAGGAAAGAAAAATACTTATATTTTCACAATTTACTAAGGTATTAGGTT +TAATTGGAGATAGATTGAAAGAAAATAATATACCATATAGTTATTTAGATGGAAAAACAG +ATGCAAAAAAGAGATTAAGTTTAGTTAATGAATTTAATGAATCAGAAGATACAAAGATAT +TCTTAATTTCATTAAAAGCGGGAGGAACTGGACTTAATTTGACAAGTGCATCTATGGTAA +TACATTTTGACCCATGGTGGAATCCATCTGTAGAAAATCAAGCAAGTGATAGAGCTCATA +GAATTGGTCAAAATAATGTAGTAGATGTAGTTAAGCTAATAGCTAAAGATACAGTAGAAG +AAAAAGTTATTGGTTTACAAGAAAGTAAAAAAGATTTAATCGATAGTGTTATAGATGGAA +ATTTAGAGAATAGTAGTGTTCTTAAAAATTTATCAGAAGATAATTTGATAGATTTATTTA +TGTAACTCTGATAGTATTTTTAATAGATGAATATTAATAATGGAGGTCAATATGTGGAAA +ATAAAGGGAATAATATTTGATATGGATGGAGTTTTAGTTGATACTGAAAGAATATCGTTT +AAATTCTGGGAAAAATCATTTGAAAAATATGGATATAAGTATTCTATGGATACTCATTTA +TCTTTAATTGGAAGAAATAATAATAGTATTAGAAACATACTTGGAGAAACATTTGGAACA +GAGTTTCCTTTAGATGAAATTTGTAATTATAAATCTGAAAGTATGATTAAGTATTTATTA +GAAGAAGGAACACCACTTAAGATAGGAGTATTTGAATTATTAGATTATTTAAGAGAGAAT +AACTATAAAATAGCAGTAGCAACTTCTACTCATAAAGAAAGGGCTATTCAAAGGTTAGAA +AGTGTTGGGATTAAAGAAAAGTTTGATGATATGGTTTGTGGAGATGAAATAGAACATTCT +AAACCAAATCCTGAGATATTTTTAAAGGCTGCTGAAAAATTAGGCTTAAAACCTGAAGAG +TGCATAGTTATCGAGGACTCACCAGCTGGTGTAGAAGCAGGATATAAAGGTGGAATGACA +GTTATTAATGTTCCAGATATGAAAATGCCTGATGAAGAAATGAAAAAGTATTCATCACTT +ATATGCAACAATTTACTAGATGTTAAAGAGTATTTAGAGACTAAAGTTGCTACCGTATAT +TAATTTATCAATTTAATAAGATTTTCTTTATATAGACAAGTTAATTTTAATAGAAAAAGA +GCAAGCGTTAGACTTGGTCTTTTTTATTTATTATATAATAAAATAAATGATAAAAAAATG +AATTTATTATATAATAAAAAAATGAAATATATTATAAAAAATTACAACAAAATAATATAT +AATAATATGTATTATATTGGATGGGAGGCGCTATTTATGAATAAAGCAGATAAAATATTT +AAAGAAACAATGATAAAAATTTTAGAAGAAGGTACTAAAGATGAAGGTCCTAGACCATAT +TATCCATCAGATAATTCACCTGCTCACAGTACTTTTATTACACACCAAGTACATACTTAT +GATATTAGTAAAGGTGAATTACCTATAATAACTCTTAGACCTATTGCTATAAAAAATGCT +ATTAAAGAAATACTTTGGATATACCAAGACCAAACTAGTAGCTTAGATGTATTAAAGAAT +AAATACAACATACACTGGTGGGATGAATGGGAAAGTAAAGATAGACCAGGAACAATTGGA +CAAAGATATGGAGCAACAGTAAAAAAACATAACTTAATGAACAATCTTTTAGATGAAATA +AAAAAGAATCCTTATGGTAGAAGACATATAATGAGCTTATGGCAAGAAGAAGATTTTAAA +GAAACTGACGGACTAAAGCCTTGTGCATATGAAACAATATGGACAGTTAGAGGAGAATAC +TTAGATATGTCACTAACTCAAAGAAGCTCAGACTTTATAGTAGCTGGTCATATTAATGGT +ATGCAATATGTTGCATTATTAATGATGGTAGCAAGACACTGCGGATTAAAACCAGGTAAA +TTTACTCATTATATAATAAATCTTCATTTATATGATAGACATGAAGAAAATGCAAAATTA +ATGATAGAAAGAGAAGCTATTGACTGTGAACCAAAACTTATATTAAATCCAGAAAAAACT +GACTTCTATTCATTTACAATAGATGATTTCGAATTAGTTGGATATGAAAGTGTGAAGCCA +CAGTTGAAGTTTGAATTAGCTATATAATATTAATATTTTAAATAAATTACTAAGAGAGGT +AAATATGATAAAGATTATAGTTGCAGTAGATGAAAAAGGTGCAATCGGAAGAAATAATGA +ACTTTTATATCATATAAAAGATGATTTAAAAAACTTTAAGAGTTTAACATCAGGAAATGT +GGTAGTTATGGGTAGAAACACTTGGGAGTCATTACCAATTAAGCCTCTTCCAAATAGAGA +AAATATAGTGTTAACAACGACTAATAAAAAATTAAATGGAGCAAAAGTAATTAACAGTTT +TGACGAATTAGAGAACTATTTAAAAGATACAGAAAAAGATATATATATTATGGGAGGAGC +TTCAATTTATAATCAAGTTATGGAAAGTAAATTAGTTGATGAAGCCCATGTAACTTTTGT +GAAAGATATAGTAGAAGATGCAGACACATTTATATCTATAGATAATCTTAAAGAATTATT +GCCAAGAGAAAATTATGTTACTACTTTTGAGCAAGATGATTTAAAAGCTGATTATATTAT +TCTTTCTAAATAGAAGATATTTACTTATTTTCTATTTAGAAACTATGGCTTGCCTAAATA +TAGGAGTTTCCTATTTTAGGTGAGCTTTTTATGAAAACATTTATTTTACTATCATAATAT +TAATAGAAGTTATTAATTAAGCATTTATTAAATTTAAACTAAAAAACTTTGGCATTCAAA +GATTTTGCGGTTAAAATATTAAGATATGAAGGCGATAGTATAGAATAACTATTTAATATA +AGATTATAAAATTGAATTTGTAAAATATTATAGTAATTAAAAAATAGATTACTATCTTAA +ACATATAATATATTTTTTCTTAGGAGTATGGGGAATGTTTGAAAGGAAATAGAAAAATTT +ATGAGAAAAAAGAAGATTAAAAAAATGGTAAGATATCTTGTGGTTGTAATTATTATTTTA +GGAATTGGAATTTTAGGATATATAGGAAATTATTTTTATAATTTAGCTCTCGATCCGAAT +ACTTCAAAAAGTATTATATTTGGAGAAGAAGATGAAGATGAAACAAGTGGAGAAATAAAT +AAAGCAGCTGAAAAGTGGCTATTAGAAGAGTCTAATTACAAAGATGAGTATATTACATCT +TTTGATAAATTAAAATTACATGGCTATAAAGTAAATAATAAGACTAATAGTAATAAATGG +GTCATTGCAGTTCATGGATATACTAGTGAAGGTATAAATATGAGTAATGTAGCAAAAGAA +TATTACGACATGGGATATAATGTACTAATTCCAGACCTAAGAGCTCACGGCAAGAGCCAA +GGAGACTATATAGGTATGGGATGGGACGATAGAAAAGATATAATATCTTGGATAGATTTT +ATAAAGAAGGAAGACCCAAATGCACAAGTAGTACTTCATGGAGTTTCTATGGGGGCAGCA +ACTGTTATGATGACATCAGGAGAAGAGTTACCATCTAATGTAAAGTCAATAGTGGCTGAT +TGTGGATATACTTCGGTTTGGGATCAATTTTCGTATCAATTAAAAGAGTTATTTAATTTA +GATGCATTTCCATTTATGAATGTATCTAGTATAGTAACTAAAATACGTGCTGGATATTGG +TTAAAAGAAGCTTCAGCGATAGAACAAGTAGCAAAATCTAAAACTCCAATACTATTTATA +CACGGTGATAAGGATGATTTTGTACCGTATTATATGATGGATGAATTGTATGACAGTACT +AAATCAGAAAAGGAAAAATTAGTGGTTGAAGGAGCAGCTCACGCTAAGTCATCTACGGTT +AACCCAGAGCTTTATTGGTCAACAATAGAAACTTTTACAAATAAATATGTAGATTAAATT +TACAAAGTTAAATTATTATGTTATCATCATTAATATAAAATAATAGGCGATGGAGTTCGC +CATTAAACGCGAAAGCTAATGACTCCTACTCTCTAAATGAGGGTAGGGGTCTATTTTTTT +GTAAATTAGGAGGAGTGTATATGGTTTTATTATTTAGTTTATTACTTATTGGTATTACAG +CAAACTACAGTGGAGTTTTAGCAGAGAAAATTAAGTTACCAGGGCTTATTGGTATGATGA +TAATGGGAATGTTAATAGGGCCTTCATTTTTTAATCTAGTACCTCAAGTTACTTTGGATA +TATCTTCAGCATTAAAGGATATAGCCTTAGTAACAGTATTATTTATAGGAGGGCTTGGGA +TTAGTGTTTCCCAAATAAAAGATATAGGAAGACCGGCAATTTTATTAAGTATTATACCTG +CTACTTTAGAAGGATTTACAGTAGCATTTTTAGCAATGATATTTTTAGATTTTACATTTA +TACAAGGTGCTATTTTAGGTTTTATAATTGCTGCAGTTAGCCCGGCTGTACTTATTCCAT +CCATGGTATCTTTAATTAATAGGAAGGTGGGACAGGATAAAGCTATACCGCAAATGTTAC +TGGTGGGTGCAAGTGCAGATGATACTATAGCAATAACACTGTTTACAACTTTTTTAGGTA +TTTATATGCAAAGTAATAATGGTGAAAGTATATCTATAATAAGTCAGATTATAAGTATAC +CAGTTACAATTATCCTTAGTATAATTATTGGGGTTATAGCATTTAAAATTACTAAGAGAT +ATATTGAAAATGCGGAAAATAAATATATAAAGCTATCAATAGCTTCTTTTATCTGTCTAG +GAATGAGATTTATTGAGAAGGATTTACATTTAGAAATTTTTAATTCTTTACTAACTGTTA +TGGTTTATGGATTTTTAATAAGAAATTATACTATAAATAGTTCTAAGATGATTTTAGATA +ATATGAACTCAATATGGAATATAGGGAAGTTATATTTATTTACTTTTGTAGGTATGGCAA +TTAATCCTGTATTAGTAGGCGAATACTTATTTATTGGTATAGTAATACTTACATGCTCTT +TATTTATTAGATCAATAGGTGTATTATTAGCTTTAGTAGGTACTAATTTAAATATAAAAG +AACGATTATTTTGTGTTGTTGCATATCTTCCAAAAGCAACAGTTCAATCTGCAAAAGCTG +CAATACCTTTACAAATGGGGGTTGCAGGTGGTGAAATAATGCAGGCAATTGCTATATTAA +GTGTTCTAATTACAGCACCAATAGGAGCTATAGGAATAAAGTTAACTAGTGATAAGCTTT +TATCAACTAAAGAATATACATCTGAAGAGATGCTATTTTATAATACTTAGTTAAGATAAA +TCTTGTACAATAAAAATAAATTCCTATAGTATAATAAATATAAGTAGTAATGATATAATA +TATTTTGTATGAAGTAGTTTTGAAACTATTTTTATAAAATATAAATAATCTTTAATTAAA +AACTATAGAAATGGATGATAATAATGAGCAAAAAAATGAAGATAGAAAAACCTAAGATTT +CTAGCAAATTAATAGAGTCTACAGATATAATAGAGAAAATACTAGATTATGAAACAGTAG +AAGACTCATTAATAGAGGATACAGAAATACAAGATATTAATAATATAATTGTAAAGTTTA +ATGGGTGTATATTTAGAAATGTAGTTTTTGAAAATTGTGATTTTAGAAAAATTGATATGG +TTGATGTAGTTTTTGAGAACTGCGATTTATCAAATATAGATTTTTCTGATAGTGGTATTT +ATAGAGTTGAATTTATAAATTGTAAACTAATAGGAAGTATTTTTAATGATTGTATTTTAA +AAAGTGTTTTATTTAAAGATTGTGCAGGAAGGTACTCTAACTTTGCATTTTCTAAATTTA +AAGGTGTAAGTTATATTAACTCTGACTTTAGTTTTTCTGTTTTCCAAGAAGTAGAAAATG +AAATGCTTTTGCTAGATTCAACCAATTTAGTAAAAACAGTGTTTACAGGAGTATCTTTGG +ATAAGGTTGATTTTACTAATTGTGATATAGAAGCCATAGAAGTAAGATTAAAAGATGTAT +ATGGTGGGATTTTCTCACTAGATCAGGCAATAGATTTAACTAAATTAATGGGAATAGTAA +TAAAGTAAAGAATAAGTTATCTCATGAATAATCTTGAGATAGCTTATTTTTTATTGACAA +AAGCAAGTAATAGAATTAAAATAGTTTGCATAGGAACTAAAAAGTTCGCATGCGAACTAC +AATATATAAGTAGGAGGACAGAATTATGAGCAATATAAGTAAAGATATATTAAAAGTAAG +TAAGCAGACGTTATTATTAATAGCAGGTCTTGTTTGGTTGTTTGCAGGTTTTAGGGTATT +CACTTTAGGAAAGGTTGATGTGAGTAATAATAAAGGGAATATAATTTTCGTTTTAGTGAT +TGCATTAGTAATATTTTACTTATTCTTTAATTTTATTTTTAGCAAGATGCTAAAAAAACA +TATTAAAAGAATTGTAAGTCATGAACTTGAAAAGAGATGTTTATTTGCTTTCTTTGATAA +AAAAAGTTATTTTATTATGGGATTTATGATGTTCTTTGGAATAGGGATAAGAAGCTTAGG +AATATTTAATCCAATATACTTAGGAAGTTTTTACTTAGGTTTAGGGGCGGCCCTATTTAC +ATCAGGTGTATTATTCTTAATAAATTGGATTAATTTTAAAAATACTAAATTAAAATATAT +GAATCAATAGATAAAGGGGAAATTTATATGAAATACGACTCATTTGAAATTGCTATGCTT +ATTAAAGAAATATATGCAAGTACTATAGAAATAGTTAATGAGAATTTGAGTGGAAGTAAC +CTTACTCATCAGCAAACTATGGTTATAAAATTAATAGCACATAAAGGTAGAATTACTATA +TCTGAACTATGTAAAGAAATGTCACTGGCGAAAGGAACTGTATCTGGTATAGTTAGTAGG +CTAGAAGCTGCTGATTATGTGAAGAAAATTAAAGTGGAAAGTGATAAAAGAAACACCTAT +ATAGAATTTTCTAATAAGGGAATAGAATATGCTAAAGATTTTAGACAGGAAATAAATAAA +AGCTTTGATAAGATATTTGAAAATTTCACTGATGAAGAAGTAAAAGAAACTAAAGAAAGT +TTAATTAAGTTAAGAAATAAATTAAAAGGAGAGAAAAAAAATGGATAGTACTTTAATATT +TGCAATAGTAACAATAACGTTAGCGTTAGTATTTTATACAATTGGTGTATTTGGCGAAAG +AAGAGCTAAAAGTTTGAATAAAAATCATGTTATCATATTTTGGCTAGGTTTATTATGTGA +TACAACAGGAACTCTTACAATGGGCAAGATTGCTAAATCTGGTGTAGAGGTTATGAACGT +AGCAACACAAACTTTACATGGATTAACAGGTTTTTTAGCGATTGTATTGATGTTATTTCA +TGCAGTATGGGCAACATGGGTACTATATAAAAATGATACAAAGAAAAAAGAGACATTCCA +TAAGTTTAGTATCATTGTTTGGATTATATGGTTAGTTCCATACATTATAGGAATGATGAT +AGGTATGGGTAAATAATTTAATAAATAGAGTACTTTTACACTATGTTTAGTAGAGTAGAT +TTAAATTATAGAATTCAAAAAATAGCATAATATAATAATACTAACATTTAAAGGAGAGTA +CGATATGAGTAGGCCCCAAAATAGTATTATGTTTATGCTAATAATATTACTTTTATTATC +TGTTACTTTGAACATATCTTTTTCTAAAAACTTAAAAGATGTATTTACTTATGAATCTCA +ATGTTTAATGAATAAAGAGCTAGGTAAAACTTCTGTTTATTGAGGATCTTGCCTAGCTTC +TTTATTAATGATATTTTATATCTTTAATGATTTTACATATTTGATGTTACTTAAAGAATG +AGATAAAGGTATTGCTAAAACTATACTTACAGTTCCTTGGATTATATTAGATGGTATAGA +TCTAGCTGCAACAATAAAGCTTCCTTCTAAAATTGAACCAGCAATAAAGTAACCGAATAC +CATAACTATCAGACCTATTAAAGTAGCTGATATGTTTTTAAAAATTGTATTACCTTTTCT +TAGAATCAAACCAACAAAATAACCTTCACATCCCTTTATTATTAACGTAAATAATGCCCA +ATGAGTATATCCACTTAGTAAGTCTGCAAGAGCAGAACCTATTCCTCCTGCTAACATACC +TGATATTGGACCAAATAAAATAGAGGATATAAATATAATAGAATCACCAATATTAACATA +TCCATTTGTTCCTGGAACTGGAATTTGTATAGCCATTGTAGCAATACAAACTAAAGCTAT +CATAAGTCCATTTAAAACTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAAT +GACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTT +TATTTTTAGACGCACTTACC +>MGYG000000001_20 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAAGTACATACGTA +TATTTTGTTGAGAATGAAATGAAATTAAGGTATATGGGATTTGGAATATATGATAATGAA +AAATACGTAGGAGTTATTATTGCTGGACCATATGTTAAGAGTGAAGTAGATGAAGTATCA +CAAGGAAATAGTTACTTTGGAGAGATTTATGATGTATTACCGATTATAAGTGATAAGAAA +GAAAAATCTATATCATACATATTTAAAAATTTAATCAGTGATAGTTTGATAAAAGTTTCT +TACTTGGAAATTGATAATAAGAAAGATTTGTTAAAAGACGTCAAAAAAGTTTCTAATAAC +TATGATATGGATGTAGTATCTGTAAAAAGAAGATATTTAATGGAAAATGAATTAATACAT +TGTATTGTTCAAAATAACCCAGAAAAAGCTTTAGGGATTATCTCAAATAAATTTTTTCAA +TTTGGAAATAAATTTTCAAATTATAAATTAAAAGATAAAAAAGTTTTTGCATTAGATATG +AATACTTTAATGAGAAGGGCATCTGTAGAAAGCAACGTAGATCCATATATAGTCCATAAT +ATTTCTGAAAAAGTTATAAAGAATATAGAGTGGTCAAGGGAAGCTAAAGAAATAGATATA +GTAATAAATAAAATGGTTAGGGAGTATTGCTTTTTAATTAGCAATCATGTAACACAAGGA +TACTCTATATTAGTTGCAAAGGCTATAAAGTACATTACTTTGAATTTTACTGAGGATATA +AGTTTAAAGGATGTGGCAAAAGCACTTTGTGTAAATCCATCTCATTTAGCTAGAAAATTC +AAATTTGAAACTGGAAGCACGGTTTCTCATTGGATAAATAAAAGTAGAATAAGGGAATCT +AAACTCCTTCTTAAAAATAGACTATTAAGTATAGAGGAAATAGCATATCGGGTTGGATAT +AACAATAAAAATTATTTTACAAAGATTTTCAAACAATTTGAAAATAAAACTCCAAAAGAG +TATAAGTTAAGTGATAACTAATTTATATTTTAGAGACTATGAAAATGTAAAAATAGTAAT +TTTCTTTTAAAAAATTACTATTTTTCTATTTTATATAAAATAAAAACAGAAAGTAAGAAA +ACTTAAAATAAATATGTAGAAAAGTATGGAATCTAAAGGAAAAAGCTAAATAAAGGTCTG +CTTTCTAACTAGGTTAAAAAAATATCAATATACGATAAAAAAATATCAAAAAAGTATTGT +AATGGTAAAACTAGTATGCTAATATTGTAACATAGCAACGAAGGAAAACGATAACAAATG +GTTAGAAAATCGAAGTAAATATTGAAATTAATAGATTTGTAAAGGAATTATAGATTATTA +TAACTGAATGATAAAAAACTAACAAAATCCTTCGTGGTTGGTAAAATAAATCATAGAATA +CTAGGGGGAAGTAAAATGTCAGCAAATACAAATAACATAACTTATAACAGAGCTAAGACA +TGGCAAATAGGTCTTTTTGCTCTAAACAACATTGCAACAAACTTTTATATGTTCTTAATG +ATGTACGTATCTTATTATGCAACTGGTGCAGCAGGAATAGCAGTTGTTCTTATATCTTCT +TTATTAACATCTATGCGTATGTTCGATGCAGTAACTGATCCAATAATAGGATTTATAATT +GATAAAACAAATACTAAATTTGGGAAATTTAGACCTATGATGGTAATAGGGAATATTATA +TTAGCAATTAGTACATTAATATTATACAATTTTACTCATAGATTACCTGAGGGAAATCCA +AGAGTGATATTCTTTGTAGTAATGTATGCAATTTATGTTATAGGATACACATTCCAAACA +GCTTGTACAAAAGCAGCTCAAGCTTGTTTAACAAATGATCCAGCTCAAAGACCATTATTT +ACAAGATTCGATAGTTCTTATATGTTATTAATGGGAAGTGGTATAGCTATGTATACTTCT +TCATACCTAGTACCTAAGTACGGTGGATTTACATTACCAGCGATGACAGAATTCTCAACA +TCAGCTGTTATAGCATCAGCAATATGTACAGTGCTTGCTATAATAGGTTTATGGGAAAAG +GATAGAGAAGAGTTCTTTGGTATAGGTGATAAAGGTGCCAAAGTTAAGTTTAAAGATTAT +TTAAGTGTATTAAAGGGAAATAGAGCTATACAAATGCTTATAGTATCAGCTGCAACTGAT +AAATTAGCATTACAAGCGGCAGGAAACTCTTCTGTTATGGTTATGTTATACGGAATAGTA +ATGGGTAACTATGCTTTATATGGAAAAATGTCATTAATAACAATGTTACCAACATTTATA +ATAATATTAGTTGGAACTAAGTATGCGAGTAAATTCGGTTCTAAAAAGGCATTAGTTGCT +ACAACTTGGTTATCAATAATAGGATATTTAGCATTATTCTTAGTAATATTTATAGGAGAT +CCAGCTCAAATATCATTAGATAACTTTGGTATAATGACAGCTCTTTGGATAGGTATATAT +TGCTTAGCGAACGGTGTTAAATCTGTTTCAAGTAGTATAGTTATACCAATGATAGCAGAC +TGTGCAGATTATGAAACTTATTTAACTGGAAGATACGTTCCAGGTATGATGGGAACTTTA +TTCTCATTCGTTGATAAAATGATATCATCATTTGCGACTACAGTTGTTGGATTTGTTGTA +GCAGGAATAGGATACACAGCTACAATGCCAGAAGTAACAGATGCATATACACCTGCGTTA +TTCTGGGCAACAGCATTCTTATTCATAGGTCTTCCAATAATAGGATGGGTATGTTCATTA +ATAGCAATGAAATTCTATCCATTAGATGATAAGAAAATGCTAGAAGTTCAAGCTAAATTA +GATGAAATAAGAAAAGATGAAAATCAAGCTTTAAATGCATAATAGTTAAATATATATAAA +GAGTATTATTTTATAAATTCTATATTTATTATAGATTGTAAAGTAATACTCTTTTTTTAT +AAAAAATTATTATTTTATAATAATCTACATTATAAATACTGTATAATATATAGAAATAGT +ATTTATGTAAAGGGAGCTATATATGGACTTAAGAGAATTATTAGATGATGTGAAAAATAA +TAAGATAGATATAGATGTAGCTATGAAAAAGCTTAAAAATTTACCTTATGAAGATTTAGG +GTATGCAAATATAGATCATCATAGAGAGGTAAGGACTGGTTACCCAGAAGTAATATATTG +TGAAGGTAAAAGTGATTATCAAATTTTAGGTATAATTGAGAAAATGATAAAAAAAGATAG +CAATATATTAGGTACAAGATGTAGAAAAGAAACTTATGAAAAAATAAAACCAATTTATCC +TAATGCGGAATATGATCAACTTTCAAAAATATTAAAGATACAAAATCACCCTATAGAAAA +TATAGGAAAAGGAAAAATTGTGGTTGTTACAGGTGGAACTTCGGATATACCAGTAGCGGA +TGAAGCTTATCACACTGCTCTTTTTTTGGGAAACACTGTTGAAAGAGTATATGATGTAGG +AGTAGCTGGAATACATAGATTACTAAGTAAAAAACATATAATAGATAGCGCAAGAGTAAT +CATAGTAGTTGCAGGAATGGAAGGGGCTCTTCCAAGTGTAGTCGGAGGTCTTGTGGATGT +ACCTATTATAGCAGTACCAACTTCTGTAGGTTATGGCGCTAATTTTGGTGGATTATCAGC +GCTTCTTACCATGTTAAATAGTTGTTCGTCTGGTATATCAGTAGTGAATATAGATAACGG +TTTTGGAGCAGGATATCTAGCTTCAATGATTAATAAATTAAAGTAAGGATAAGGAGAAAA +TAAAATGGAACAAAGAATTCTTTACTTTGACATAGTAAATGGAATCTCTGGAGATATGAC +ATTGGCAACATTGCTAAATTTGGGGGTGCCAAAAGAAATATTTTTAGAAGAGCTAAGTAA +ATTAAATTTAGATGATGAGTTTGATATAAAAATAATTTCTAAAATTGAAAATGGAATAAA +GGGAACGAATGTAGATGTAATTATAAAGGAAGACAATGCATGTAGGCATTTAGTAGACAT +ATTTAATATTATCGATAACAGTAGATTAAATGAGAATGTAAAAAGTATGGCTAAAAGAAT +ATTTATGGTTATAGGAGAAGCGGAGGCTAAAGTACATGGAACGACTATAGATAAAATACA +TTTTCATGAAGTTGGAGCAATAGATTCTATAGTAGATATTGTGGGAGTATCAATACTTAT +AGACCTATTATGTGTAGATAAAATATATGCAAGTACCGTTCCTGTAGGATCTGGTTTTGT +AAAATGTGACCATGGAATAATGCCTGTTCCAGCTCCTGCAACTTTGGAAATATTAAAAGA +TGTTCCTATAAAGCTAAACTCAGTTAAAGGAGAATGTACAACTCCTACTGGAGCTGCTAT +AGTAAAGACATTATGTGAGGAATTTATAGATACTTTGGAATTTGAGCCAAAACAAATAGG +ATACGGAGTAGGTCATAAAATGTTCGAATTACCAAATATATTAAGAAGTGTTTTAGGTGT +AAAAAAAAACAAAATATAGTTTATGAAATAATTTGTAATATTGATGATATGTCTTCTGAA +ATATATTCTTATTTATATGAGAAAGTTCTAGAAGAAGGGGCATTAGATATATACACAGAA +AGTATATATATGAAAAAAAATAGACCAGCAACAAAAGTATGCATTTTATGCCAAGAGTCA +GATTTAGACAAGTTTATAGAAATTTTACTTACAGAAACAAGTACTTTTGGAGTAAGGTAT +AATATATATAATAGAGAAGAACTTAAGAGAAAATTTGAAATTATAGATACAAAATATGGA +AAAATAAAAGTTAAGTTAGGGTATCATAATAATAAATTAATTAAGGCAACTCCTGAGTAT +GATGAGTGCAAAATTATTGCAAAAAACTACAATATTAGCTTAAATGAAGTATTTTTTGAA +ATAAACTGTATAATAAAGCAGAAAATTAATACTAAATTATTGACATAGCAAATAAATTTT +GATAAATTTATATACACCTAAAGAAATAAAAATTGAAATCAAAAGTCACTCGTATATACC +CAAAAATAAGGTTTGGGAGTCTCTACCGAGATACCGTAAATATCTTGACTATGAGTGGAA +TTATTATTAGCAAAACATCAGATGAAGTAAATGTATAGGCTGATTATATATCCCTGTATG +TTAGCTATAAGTAGATGTTTTGAAGACCTGTATAGTAATTTCACTTCTAAGAAAATTATT +GAAGTTACTATACAGGTTTTTTTATTAACTATTTTTAATACGAACAAAATTTAAAATATA +TAATAAAAAATTCGATAAAGTAAATAATGAAAGGAGAAACACTATGGCAACTATAATAAA +AGAAGGTTTAACATTTGATGATGTTTTATTAGTTCCACAAAAATCTGAAGTATTACCACA +AAATGTAAGGACAGAAACACATCTGACAAAAAAGATAAAACTTAATATACCTTTAATGAG +TGCCGGAATGGACACTGTAACAGAATCTAAAATGGCTATATCTATGGCTAGACAAGGTGG +AATAGGTATAATCCATAAGAATATGACAATAGAAGAACAAGCTTTAGAAGTTGATAAAGT +AAAAAGAAGTGAAAGTGGTGTTATAGTAGATCCTTTCTATTTAACTAAAAATCATACAAT +AAAAGATGCAGATAATATTATGGCTAGATATAAAATATCTGGAGTTCCAATAGTAGATGA +AGATAATAAATTAATTGGAATAATTACAAACAGAGATATAAAGTTTGAAGATGATATGGA +AAAAAGTATTGAAGAGGCTATGACTAAAGAAAATTTAGTTACTGCTAGAGAAGGTATTGA +TTTAGTAGAAGCACAAGCAATATTAAAGAAAAATAAAATAGAAAAATTACCTATTGTAGA +TGGTGAAGGCCATTTAAAGGGGTTAATAACAATAAAAGATATAGAAAAGAAGATACAATA +TCCTAATTCAGCTAAAGATTCACATGGAAGACTTTTATGTGGGGCAGCAGTAGGAATAGG +TTCAGACCTTATAGAAAGAGTTACAGCATTAGTTAAAGCTAATGTAGACGTAATAGTATT +AGATAGTGCTCATGGTCATTCTAGAGGGGTAATAAATGCAGTAACAAGAATAAAAGAAGT +ATATCCAGAACTTCAAGTAATAGCAGGAAATGTTGCTACTGCGCAAGCTACAGAAGATTT +AATAAAGGCAGGGGCAGATTGTGTTAAAGTTGGGATAGGACCTGGATCAATATGTACAAC +AAGAGTTGTTGCAGGAATTGGTGTTCCTCAATTGACAGCAGTTATGGATTGCGCTGAAGT +TGCATCAAAATATGACACACCGATAATAGCAGATGGTGGTATAAAATACTCTGGAGATAT +AGTTAAAGCATTAGCAGGTGGAGCAGCTGTTTGTATGATGGGATCAATGTTTGCTGGTAC +AGAAGAAAGTCCAGGGGAAACAGTCCTTTATAAAGGAAGATCATACAAAACATATAGAGG +TATGGGATCTATAGCAGCCATGGAAAGAGGATCTAAAGATAGATACTTCCAAAATGATGC +TAAGAAGTTAGTTCCAGAAGGTGTTGAAGGAATGGTACCATACAAAGGTAAGGTTGAGGA +TATAGTATTCCAAATGATAGGTGGAATAAGATCTGGTTTAGGATACTGTGGGGCTGAAAC +AATAGTTGATCTACAAGAAAAAGCTCAATTTGTAAAAATTACAGCAGCATCTTTAAAAGA +AAGTCATCCACATGACATAACAATAAGTAAAGAAGCACCAAATTATAGTTCACAAGGAGA +TATGTAAACAAATGAAAAAGCATGAATTAGTACTTGTAGTTGATTTTGGGGGACAATATA +ATCAATTAATAGCAAGAAGGGTTAGAGAAAATAATGTATATTGTGAAATAATACCATATA +CTACAGATATAGAGACAATAAAAGCAAAAAATCCAAAAGGAATAATATTTACAGGTGGAC +CTAATAGTGCATACTTAGAAAATTCTCCTTCAATATCAAAAGAAATATTTGAAATTGGAG +TGCCAATACTAGGGATATGTTATGGAGTACAAATAATGTCTCATGTATTAGGTGGAAATG +TAAGAAAAGGTAATGCGAGTGAAAAAGAATATGGAAGAACTGAAATAACATATGAAGAGT +CAGCTTTATTTGAAGGAATGTCTACAAATATAGTTTGGATGAGTCATACAGATTTAATAG +ATAGAACTCCAGAAGGATTTAAAATAGTTGCTCACACTAAAGATTGTCCAGTAGCAGCTA +TGGAAAATACAGAAAAGAAATTATATGGAGTACAATTCCACCCAGAAGTTGAACACTGTT +TAGAGGGAGATAAAGTTCTTACAAACTTCTTATATAATGTTTGTGGAGTAAGTGGAGATT +GGACTACAGACACATTTATCGAAGATAAAATAAATGAATTAAAAGCTATAATAGGTGACA +AGAAAGTATTATGTGCATTAAGTGGTGGGGTTGACTCATCAGTAGCTGCAGTACTTGTAC +ACAGAGCTATAGGAGATAACTTAACTTGTGTATTCGTTGACCATGGTTTACTTAGAAAAA +ATGAAGGTGACGATGTAGAAAGAATATTCAGAGATAAGTTTGATATGAATTTAATAAGAG +TTAACTGTGAAGATAGATTCTTAGGCAAGTTAAAGGGAGTAACTGAGCCAGAAGCTAAGA +GAAAAATAATAGGTGAAGAATTTATTAGAGTATTTGAAGAAGAGTCTGCTAAATTAGGGA +AAATGGACTTCTTAGTACAAGGAACGATATATCCAGACGTAGTAGAAAGTGGACATGGAG +AAGCTGCTACTATAAAATCACACCATAATGTTGGTGGAATACCTGAAGATATAGAGTTCC +AAATAGTTGAACCGTTAAGAGAATTATTCAAAGATGAAGTTAGAAAAATAGGTTTAGAAT +TAGGGATAGAAGAAGGATTAATATTCAGACATCCATTCCCAGGACCAGGATTAGGAATTA +GAGTTATAGGAGAAGTTACAAAAGAAAGATGTGACATATTAAGAGAAGCTGATGCTATAT +ATATGGATGAACTTAAAAAAGCTGGTTTATATAGGGAAATATGGCAAGCATTTGCTACAT +TACCAGATGTAAAGACTGTTGGAGTTATGGGAGATGAAAGAACTTACGCTTACTTAGTAG +GTTTAAGAGCTGTTACATCTTCTGATGGAATGACTTCTGACTGGTATAAAATGCCATATG +ATGTTTTAGAGAAAATATCAAATAGAATAGTAAATGAAGTTGATGGAGCAAACAGAGTAG +TTTATGATATAACTTCTAAACCACCAGGAACAATAGAGTGGGAGTAATATAAAATAAGGG +GTAAATTTAATTAGAATAAAATATTTTATTCTAATTGAATTTCCCTTTTTTATTTAAAAA +TTAATCAAAATATAGACAACATGCAAAGACATCTAGGAGGAAATGAAATGAAATTAAAAA +AATTAGTAGCTTTAAGTACGGTTACAATTTTATCAGCATCAATGTTAGTTGGTTGTGGAG +ATAAATCATCACAAGGAAATGCAAGTGAATCTATAAAAGTAGGTATGGTAGCGGATACTG +GTGGTATAAATGATGAATCATTTAACCAAAGTGCATGGGAAGGACTTCAACAAGCGCAGA +AAGATTTGAATATTGAAGTGAAAGTTATCGAGTCTAAACAAGCTTCAGAGTATATGTCAA +ATATAGAAAGTCTTATAGATGAAGGTATGGACCTAGTTATAGGAGTAGGAAATACTATGA +AGGATGATATAGAAACAGAAGCTAAAAATTATCCAGAACAAAAATTTGCAATAATAGATG +AAACTTATGAATCAATACCTGAGAATGTAACACCTATATTATTTAAAGAAAATGAAGCGA +CATTCTTGACTGGTCTTATAGCAGGAAAAATGACTGAAACTAATGAAGTTGGATTTATAG +GTGGAATGGAAAATAGTGTTATATCTAGATTTGAATATGGATTTAAATATGGTGTAAAAA +CAGCTAATAAAGATGCCAATGTTAAAGCTCAATATGCAGGTACATTCTCTGATGCGGCTA +AAGGTAAATCTGTAGCTAATCAAATGTACGGAAATAATGTGGATATAATATTATCTGCTG +CAGGTGGAACTGGACTAGGTGCTATCGAATCTGCGAAAGAAAATGATAAATATGCAATAG +GTGTTGATAAAGATCAAAGTAGTTTAGCACCAGATAATGTATTAACTTCAGCATTAAAAA +AAGTAAATGTTGGTGTATATGAGACAGTTAAAGAATTAGTAGAAGGTAACTTAGAAGGCG +GAAAAGCTAAAATATATGGTTTAAAAGAAGATGGAGTTGGAATACCTGACTCAACTGAGA +AACTAGTATCTAAAGAGGTATTAGATTATGTAAATACAATGAAAGAAAAAGTTAAAAATG +GAGAAATAAAAGTTCCTGCTACTAAAGCAGAGTATGATTCTACAAAATAAATAAAAAAGC +TAGGTTAAAGACATTAAATATGGCTTAACCTAGTTATTTTTTTATCTATCTAACTTAAAA +ACACGAACGATTTTGTTTGAAAAATTAAAAATATATAAAATATATTGCAAAAACATGTAC +TATATAATATAATTACTAATGTAAAGTTAGCAATTATTCGAATTATAAAAAGTAAAAATA +ATAAAAAATTAATTGGAGGATGAATATGCAAGCTACTCAAGCCAGTAATAAAGGTTTATT +AGAAAAAGTATTCAAATTATCAGAGCATAATACAGATGTAAAAACAGAAATAATAGCAGG +TATAACAACATTCATGACTATGGCATATATACTTGTTGTTAATGTAAACATTCTTGGAGA +AGCAGGAATGGATAGAAATGCAGTATTTGCAGCAACAGCAATAGCAGCATTTATAGGATG +TGCAGCAATGGCACTTTTAGCAAACTATCCTATAGCACTAGCACCGGGTATGGGTTTAAA +TGCGTTCTTTGCTTATACGGTAGTATTAGGAATGGGGCATACATGGCAGTTTGCTTTATG +TGCAGTATTAATAGAAGGAATTATATTTATAATACTTACAGCAACGAACGTTAGAGAGAA +AATAATAGATTGTATACCGCCAGTATTAAAACATGCAGTTACTGCAGGTATAGGTCTTTT +CATAGCGTTTATAGGATTAGCAAATGCAGGATTAGTAGTAAATGGATCAACAATATTAGC +ACTAGGTGATATGAGAAATCCATTAGTTTTATTAACAATAGTAGGAATAATAATAGCTAG +TATATTAATAGCTAAGAATGTAAAAGGTGCTTTCCTTATAGCGATGTTAGCTATATCAGC +GATAGGTATGACTTTAGGTCTTGTAGATTTACCTCAAGGTATAATATCAACAACTGTACC +ATCTATAAAGCCACTATTCTTACAAGCTTTCAGCGTACCAACTAATGAAATATTTAGTTT +AAAGATGTTAGTAATAGTTATAACATTCTTATTCGTAGATTTATTTGATACAGTAGGATG +TTTAGTAGGTGTAGCCTCAAAAGGAGATTTATTAGATGAAAATGGCAAGCTTCCAAAAGC +TAAGCAAGCTTTATTTGCAGATGCAATAGCAACAACAGCTGGAGCATTATTAGGAACATC +AACAGTAACATCATATGTAGAAAGTGCATCTGGTATAGGAGAAGGTGGAAGAACTGGATT +AACAGCAATGACAACAGGAATATTATTCTTATTATCATTATTCTTATCACCATTATTTAT +AGCGGTACCAACGCAAGCTACATCACCAGTACTTATAATAGTAGGGGTTATGATGGCTAG +CTCATTAAAAGAAATAGATTTTAATGACTTTACTAATGCAATACCAGCATTCTTAACATT +AGCAATGATGCCATTTGCATATAGTATAGCTGATGGAATAATATTTGGTATAATATCATT +TACAATATTAAAGTTAGCAACAGGAAAATCAAAAGAAGTTAATATATACTTAATTGTGTT +ATCAATACTATTTGCTTTAAAATTTGTATTTATAAATCATTAAAATAAAATTTATTATAA +AGTTAAGGTTATAGACTTAAGAATTATTAAGTCTATAACCTTTTTAATTATAAAATAACT +ATATTTTATTTAATGATAATTTATAAATTAGTTCAAATGTAGGTAAATATAATAAAGCAT +AAAAGAGTGTAGAGAAATATATAATATAAATTTCTCTACACTCTTTATATTGACTAAATA +ATGTTTAATAATTAGAATAAACCTGAAATAACTCCATTTTCATCTATATCGATTTTTTCA +GCAGCTGGAACTTTTGGTAATCCAGGCATTTTCATTATATTTCCAGTAAGGGCAACGATA +AATCCTGCGCCAGCAGAAACATTTAACTGTCTTACAGTTATTTTAAATCCACTAGGTCTG +CCTAATTTAGTTGCATCATCAGTTAAAGAGTATTGAGTCTTAGCCATACATATTGGCATA +TTACCAAAGCCTAAAGCTTCTAACTTATCTAACTCTTTTTTAGCTTGAGGTGTGAAGATT +ACACCATCAGCTCCATATATCTTTGTAGCAATGGCATTTATTTTACCTTCAATATCTAAT +TCATCCTCGTAGCAAAATTGGAAGTTATTTTCTTCTTCTTCTATTAATCTTAATACTTCT +TCAGCTAACTCAATTCCGCCTTCTCCACCTTTAGCCCATACTTTAGACAAAGCAACATTA +ACACCTAACTCTTGGCATTTTTTCTTAACTAAATCAACTTCAGCTTCTGTATCAGTAGGG +AATTCATTTATAGCAACTACAGCAGGTAGTTTAAATACTTGAGTAATATTTTCTACATGC +TTTAATAAATTTGGTAGACCAGCTTCTAACGCTTCTAAGTTTTCGTTATTTAATTCTGCC +TTAGAAACTCCACCGTTGTATTTTAGAGCTCTAACAGTAGCTACTATTATGACTGCGGAA +GGTTGTATATCAGCCATTCTACATTTTATGTCTAAGAATTTCTCTGCACCAAGATCTGCA +CCAAAGCCACCTTCAGTAACTACATAATCAGCAAAGTGCATGGCCATTTTAGTTGCTATT +ACTGAGTTACATCCATGAGCTATATTTGCAAATGGTCCCCCATGTATAAATGCAGGCGTT +CCTTCTAATGTTTGAACTAAATTAGGTTTTAGTGCATCTTTTAATAAAGCTGCCATAGCT +CCATTAGCTTTTAAACTAGCTGCTGTAACTGGCTGTCCTTCATAGTTATAAGCCACTATT +ATTTTTCCTAATCTTTCTTTTAAATCAGCGATATCATTTGCAAGGCAGAATGCAGCCATT +ACTTCTGAAGCAACAGTTATATCGAATCCATCTTCTCTAGTAACTCCATCAACTCTTGAA +CCTAATCCATCAACGATGTTTCTAAGCTGTCTGTCATTCATATCGACGCATCTTCTCCAA +GTTATGCTTCTTGTATCTATATTTAGTTCATTTCCTTGATGGATATGATTATCTAACATA +GCAGCTAATAAGTTGTTTGCAGCTCCTATAGCATGTAAATCTCCTGTGAAATGCAGATTT +ATATCCTCCATAGGTATTACTTGAGCATAACCTCCACCAGCAGCTCCACCTTTTATACCG +AATACAGGTCCTAATGATGGTTCTCTTAATGCAACTAATGTATTTTTACCTAATTTGGAT +AAAGCATCTGCAACACCTATAGTTGTTGTAGTTTTTCCTTCTCCTGCTGGAGTTGGATTT +ATTGCAGTTGTTAATATTACTTTTGCCTTTTTATTCGAATTACTTTTTTTTAGTAGATTG +TAATCAACTTTAGCCTTATATTTTCCATATAAGTCTATATAATCTTCTTCTATATTTAGT +TTTTGAGCTATTTCCCTAATATCTTTAGGTTTAGCTTCTTGAGCTATTTCAATATCTGAT +TTAAATGTCATAAATTAATTCCCTCCGTAATTTATAAATGTTCAATAACTCTTATATGTA +GTAAGAATTAAAAATAAAATAATTATTGAACTTTAATTTAATATTGATAATTATACCATT +ATTTTACTTATTGAAACTATTTATCTGAATTATAACATAAAATTCGTGATAATCCATATA +ATTAAAATTTTATATTGGCGGAAATTTATGAGTAGAAATATATATAAATATATGTATTTC +TACAATTTAACTGGTTTTATTGCACTAAAAATAAAATTTAAAAATAAATTATTGGTTGCA +AAAATATGAATAATATAATAATATTTAAATATAAAGTTCGTATTATTATACGGATGATAG +GCGGTAAAATAAATTTAGATATAAAGAAAAGAGGGAAAATGATGAAAGTAGCAGTAGTTA +TGGGATCCAAATCAGATTATCCTAAAGTTCAAGAAGGTATAGAATTATTAGAAAAATATG +GTGTATCAGTTGTAGTTAGAGTATTGTCAGCACATAGAACCCCAGTTCAATTAACTGAGT +TTTTAAATGAAATAGAAGATGAAGCTGATGTAATAATAGGGGCTGCTGGAAAAGCTGCGC +ATCTACCGGGAGTAATAGCTTCACAGACATTAATTCCTGTTATAGGATTACCAATAAAGT +CATCTACTATGGATGGATTAGATTCACTTTTATCAATAGTGCAAATGCCAAAAGGAATTC +CTGTTGCTACAGTAGCTATTGATGGAGGATTAAATGCTGCTTTATTGGCACTTCAAATAA +TGAGTTTAAAATATCCGAAAATTAAAGACGATTTAGTTTTATATAGAGAAGAAATGGAAC +AAAAAGTATTAGAAGACGATAAAAACTTAAGGGGGTAATACAATGTTATTATATGAGGGG +AAAGCGAAACAAGTTTATTCAACAGAAAATGAAAATGAGTTTATAGTTTATTTTAAGGAC +GATGCAACAGCATTCAATGGAGAGAAAAAAGCAACAATATCATCTAAAGGTATATTAAAT +AATAAAATATCAACAATTATGTTTGAAATGTTACACGATAATCAAATCAATACACACTTC +GTAAAAAGTTTATCAGATAGAGAAATGTTAGTAAAAAAAGTTGAGATATTACCACTTGAA +GTAATAGTTAGAAATATAACTGCAGGTTCATTCTGTAAAAGATATGGAATAGAAGAAGGT +TTAGTTTTAGATGAACCAATATTTGAATTAAGCTATAAAAATGATGAATATGGAGATCCA +ATGTTAAATGAGGACCATGCAGTAGCAATGAAATTAGCAACTAGAGGAGAAATAGCATTC +TTAAAAGCGCAAACTTTAAAAATCAATGAATTAATGAAAGATTTCTTCTTAAAGATGAAT +CTAAAATTAGTAGATTTCAAATTAGAATTCGGTAAAGATGTAGAAGGAAATATAATACTA +GCTGATGAAATATCACCTGATACTTGTAGACTATGGGATGTAAATACAAATGAAAAGTTA +GATAAAGATAGATTTAGAAGAGATCTAGGTGACCTTGTTCAAGGTTATGAAGAAGTTCTT +GCTAGAATGAATTGTAAATAGGGGGAAATTCTTATGTGTGGTGTTGTAGGTATTTATTCG +AAAGATAAAGATATAGCTAAAGAATTATACTACTCTTTATATTCTATACAACATAGAGGT +CAAGAAAGCTGCGGTCTAGCAGTTGTTGATGGAGATAATATAAAATACAAAAAAGATATG +GGATTAGTTGGAGATGTATTTAAAGAAGATGAGCTATCTAATTTAAGTGGAAATATGGGA +ATTGGTCATGTTAGATACTCTACAGCTGGAGGAAGTACTTTAGCAAATTGTCAACCTTTA +GTTGGAAGTTGTAGAAAGAGAAAACTAGCAATAGCTCATAATGGAAACCTAGTAAATGCA +AATTATCTAAAAGATATGCTAGAAGAAGATGGATACATGTTCCAAGCTAACTCAGATACA +GAAGTAATACTTTATATACTTGCTAGATATTATAAGGGAGATATAGTAGAAAGTTTAAAG +ATAACTATGGACTATATAAAGGGAGCGTATTCTCTGGTAGTTATGGGAGAAGATTCTTTA +GTAGGAGTAAGAGACCCACATGGATTTAGACCTCTTATTTTAGGAAAAAAAGGCGATGAA +TATATATTTGCATCAGAAAGTTGTGCAATAGATATACTTGGTGGAGAAGTAATAAGAGAC +GTAGAGCCAGGAGAGATAATTGTGGTTAAAGATGGGGAAGTTAAATCTTATCATTATTCC +GAGAACTACAAACCTCTAATGAGAAGTTGTATATTTGAGCATATTTACTTTGCTAGAAAT +GATGCGACTATAGATAATGTAAATGTATATAACTTTAGAGTAAAATGTGGAGAAATATTA +GCACAAGATGAAGATATAAGTGCAGATATCGTAGTACCAGTTCCAGATTCTGGTTGGGCG +GGAGCTATAGGATATTCTAATGCAAGTGGATTGAAGATAAGTGAAGGTCTTGTGAAGAAT +AGATATGTTGGAAGAACATTTATAAAACCAACTCAAGAGCAAAGAGAGATAGGGGTTAAA +ATAAAATTAAATCCATTATCTACAATAGTAAAAGGAAAATCAGTAGTATTAGTAGATGAT +TCAGTGGTTAGGGGAACTACTTCTAAAAAAATAGTGCAGTCTTTAAAAGAAGCAGGAGCT +AGTGAAATACATCTTAGAATTACATCTCCTCCAGTAGAGTACTCATGTTATTACGGAATA +GATACACCAAATCGTTCTAATTTAATAGCATCAAATAATAGTGTAGAAGAGATGAGAGAA +TATATTGGATGTGATTCATTAAAGTTTTTAAGTATAGAAGGAATGATAGATGCTACAGAA +AATAAAGCTACTTTCTGTAAGGCTTGTTTTGATGGAGACTATCCAGTAAAGAAAATTGAC +AAGGAGGAACAGTTATCATGTTAACTTACAAGCAATCAGGTGTTGATATAGATGAAGGAA +ACAGAGCGGTTGAACTTATAAAAGGGAAGATAAAAACAACTTATGATAATAATGTAATTG +GAGATTTAGGAAACTTTAGTGGTTTATATAGCTTAAAAGATTTTACAAACATGACAGAGC +CTGTGTTACTTTCATCTACAGATGGGGTTGGAACAAAATTAAAGCTAGCTCAAATGATGG +ATAAACACGATACAGTTGGTATAGATTTAGTTGCAATGTGTGTAAATGATTTAATATGCC +AAGGTGCAAAGCCCTTATTCTTCTTAGATTATATAGCTACTGGTAAATTAGTTGCAGAAC +AAGTGGAACAAATAGTTAGTGGAATAGTAGAGGGATGTAAAATGGCAGGATGTGCACTTG +TTGGTGGAGAAACTGCTGAAATGCCTGGAATGTACAGTGAAGATGAATATGATTTAGCTG +GATTCTCTGTTGGGATAGCAGATAGAGAAAAAATAGTTTCTGGTAAGAATGTAAAATCAG +GAGATACATTAATTGGAGTAGCATCAAGTGGTATACATAGTAATGGATTCTCTTTTGTAA +GAAAAATATTCTTAGATAAATACGGGTACACATTAGATAAATACATAGAAGAATTAGGAA +TGACTTTAGGTGATGCTCTTTTAACTCCTACAAAAATATATGTTAAGTTAGTTTTAGATT +TAATAGAAAAGCATGAATTAAAAGCAATTGCACATATAACTGGTGGTGGAGTAATAGAAA +ATATAACTAGAGTTATACCAAAAGGCTTAGGAATAGATATAAATAAAAATTCTTGGGAAA +AGCCAGCTATATTTAAGATGATAGAAAGCTTTAATGCAGTAGATGAGAGAGAACTTCACA +AGAGTTTTAATATGGGTATTGGCTTAGTTTTAATAGTAGATAAGGAAAATGCTAATGAAA +TAGTTGATTATATAAATACTACAGATGAAAAGGCTTATATCATAGGTGAAGTAGTAGATA +CTCATGAAGGAGTAGAATTATGCTAAATATAGGTGTTTTAGTTTCTGGTGGGGGAACTAA +TTTACAAGCTATAATAGATGAAACTTTAGCAGGAAATATAAATGGTAAAGTTAAGGTTGT +AATATCAAATAAAGAGAACGCTTATGGATTAGAAAGAGCTAGGCAAAATAATATAAATAC +TGTTTTTGAAACTGACGAAGATAGGATAATAGAAGTTTTAAAGGAACATAATATTGATTT +GGTTGTTTTAGCGGGATATTTAAAAATAATAAGTCCTAAGTTTGTAAATGAATTCAGAAA +TAAGATGATAAATATACATCCATCATTAATACCTTCATTTTGTGGTAAAGGATATTATGG +ACAAAAGGTTCATCAAGGTGTTATTGATTATGGAGCTAAGGTAACTGGGGCTACAGTTCA +TTTTGTAGATGAAGGTGCAGATACAGGACCGATTATTATGCAAGAAACTGTAGTAGTAAA +AGATGACGATGATGCGAGCTCTTTAGCAAAAAGAGTGTTAGAAATAGAACATAAGATTTT +AAAGAAGAGTATTAGTCTTTTCTGTGAAAATAAATTAAGTATTCAGGGTAGGAGAGTGTT +TATAAATGAGTAAAAGAGCATTGATAAGTGTTACAGACAAAAGTGGAGTAGTTGAATTTG +CAAAAGAATTAAACAGTCTTGGATATGAAGTTATATCTACAGGAAATACATTTAAGATGT +TAGAAAAAAATGGTGTAAAAGCTATTCAGATAGATGAAGTTACTAAATTACCAGAGATGC +TAGATGGAAGAGTAAAAACTTTAAATCCATACATACATGGTGGAATTCTTTATAAAAGAG +ATGATGAAAATCATGTTAAGACTATTAAGGAATATGAAATAGGCTCTATAGACTTAGTAG +TTGTGAATTTATATGATTTTGAAGGAACTTTAAAGGCAGAAAAATCCCATGAAGAAATGA +TAGAAAACATAGATATAGGTGGACCATCTATGATACGTTCTGCTGCAAAAAACTATAAAG +ATGTAACAGTTATAGTAGATATAAATGATTATGATATGGTAATTGAAAAGTTAAAGAATG +ATGAATTAACTTTAGAAGATAGAAAAAGATTATCATATAAAGCATTTTCAACTACAGCTA +GGTATGATGCACTTATATCAAGCTACTTTGCAGGAGAAGTAGGAGATGATTATCCTGAAA +TATTAAATTTAACATTCCAGAAAGAAGAAACTTTAAGATATGGAGAAAATCCACATCAAC +ATGGAGTGTTATACTCTCAACCGAATGCTAAAAATCCAATATTAAATTATGAACAATTAA +ACGGAAAAGAGTTATCTTTCAACAATATAAATGATTTACATGGTTGTTTAGAAGTTATGA +GAGAATTTAAAGATAATGAAGAAGTAGTTTCAGTAGCTATAAAACATACTAACCCATGTG +GGGTTGGTTTAGGAAAAAATTCTCTAGAAGCATATACTAAATGCTATGAAGCTGATACAG +TTTCAATATTTGGTGGAATAGTTGGTATAACTTCTACAGTAGATGCGGCTACAGCTCAAA +AATTAAGTGAAATATTCTTAGAAATAGTAGTTGCTTATGATTTTACTGAAGAAGCTTTAG +AAATACTTAAGAAAAAGAAAAACTTAAGAGTACTAAAGTTAGCTAAGATAGAAAATAGTT +TACAACCATATGATATGAAATATTTAGATGGAAAACTATTAATACAAGATAAAAATAATT +CCTTAGCAGATAAGTATGAAACTGTAACAACAGTAGTTCCTACTAAAGAGCAATTAGAAG +ATATGGAATTTGGTATGAAGGTTGTTAAAAATATGAAATCAAATGCTATAGCTATAGTTA +GGGACGGAATGACTTTAGCTTTAGGATGTGGGCAAACTTCAAGAATATGGGCTTTAAAAA +ATGCTTTAGAAAATAATAGTGATAAAGATTTTAATGGTGCAGTACTTGCCTCAGATGCAT +TCTTCCCATTTGATGACTGTGTGACATTAGCAAATGAATACGGAATTAAAGCAGTTGTTC +AACCAGGTGGTTCAATGAGAGACCAAGATTCTATAGATGCTTGTAATAAATATGAGATGA +CAATGGTGTTTACAGGAATAAGACATTTCAAACACTAGGAGGATAAGTTATGAAAGTATT +AGTTGTAGGTGGTGGCGGAAGAGAACACGCTATTTGTTGGAAATTAAGTAATGAACAAAA +TGTAGAAGCAATATTTTGTGCACCAGGTAACGCAGGAATTGAAAGTGTAGCTAAGTGTAT +AAGTATTGGTGACAGTGATATAGATGAACTTCTAAGTTTTGCAAAAGAGAATGAAATAGA +CTTAACAATAGTGGGACCAGAGGTTCCACTTGTTAAGGGTATAGTTGATGCTTTTGAGAA +AGAAGGTTTAAGAATATTTGGACCAAATAAAAACTGTGCTCAATTAGAAGGTAGTAAAGC +TTTTTCTAAGAATTTTATGATAAAACACAACATACCTACTGCAAAGTATAAAGAGTATAC +GGATTTAGATGAGGCCATTAGTGAAGTAGATAGCTTTGGTTATCCAGTAGTAATAAAAGC +TGATGGTTTAGCAGCAGGAAAAGGTGTTGTAATACCTACAAATAAAGAAGAAGCAGTGGC +TACTTTAAGAGAAATGATGGAAGATAAGAAGTTTGGAGATGCTGGTAATAAAATAGTAAT +AGAAGAGTTTCTAAAGGGAATTGAAACATCTGTATTAGCCTTTGTAGACAATAATACTAT +AATGCCTATGGTAAGTGCAAAAGACCATAAGAAAATATATAACTATGAAGAAGGTCCAAA +TACAGGTGGTATGGGTACTTTCTCTCCAAGTGAAATATATACAGATGAGTTAGCTGAAAA +TATAAAAACTAATATATTAGATGCAACATTAGAAGGATTTAGAAAAGATAACTTAAATTA +TAAAGGTATATTATTTGTAGGGCTTATGATAACTGAAGATGGACCTAAAGTTCTTGAGTA +TAATACAAGATTTGGAGATCCTGAAACACAATCAGTTTTATTTAGATTAGATACAGATTT +AAATAAAATAATGAATGCAATTATAGATAATAAATTAAGTGAAATAGAAATAAATTATAA +GAATGAAGAAGCGGTTTGCGTAATGCTTACATCAGGAGGATATCCTAATTCTTATGAAAA +GGGGAAAATAATAACTGGAATACAAAATCTAGATAAAGATATAGTGGTTTTCCATAGTGG +AACTAAGATGGTAGATGGAAACTTAGTTACAAATGGAGGAAGAGTAATCGGAATAACTGC +AAAGGCAGAGACGGTAAAGGATGCAGCAGCAAAGGTATATGAAAATATTAAGAAAATAAG +CTTTGAAGGTATGCATTATAGAACTGATATAGGAGTTTAAATTTTTCTAAAAAGATGGGG +GAAAAGGCATGTTAAATACTGAAAATGTCAAAAGAATATTAGTTGAAAAAAGACAAGGCT +TTGACCTTGAAGCTAAAGCTTTAAAGAAAGATTTAGTAGAAAGTTTGCACATAAATACTA +TAGAAGATATAAGGGTATTAAATAGATACGATATAGAAGGTATATCTGATGAAGCTTATG +AAAATGCAGCAGAAAGTATATTTTCTGAACCAAATCTAGATGTTGTTTATCATGAAGAAA +TATCTAATCTAGATAAAAAAAATAAAAGAGTATTTGCAATAGAGTATTTACCAGGTCAAT +ATGATCAAAGAGGAGACTGGGCAGCTCAATGTATACAAATAGTTAATAATGGTGTTAGAC +CTACTATAAATACAGCAAGAGTATACATATTAAGTGGTAATATAACTGATGATCAATTTG +ATAGAATAAAAAGATACTGTATAAATCCGGTAGATAGCAGAGAAGCAAGTTTAAATAAGC +CACAAACTTTAAAAATAGAAACTGAAATACCTACTTCAGTAGAAATATTAGATGGATTTA +CTGATTTAAGTAATGAAGGGTTACAAGATTTCTTAAAAACAAGAGGTCTTGCAATGACAA +TATTTGACTTAGAGCATGTTCAAAATTACTTTAGAGATACGGAAAAAAGAAATCCTACTA +TAACAGAAATAAAAGTGTTAGATACTTATTGGTCAGATCACTGTAGACATACTACTTTCA +TGACTGAAATAGAAGATGTTCAAATAGATGAAGGTAAGTATACAAATATAGTTAAAGAAG +CTTATGATATGTATCTTGATTCAAGAAAGAAAGTGTATGTAGATAGACAAAAAGATATAT +GCCTAATGGATATAGCTACTATAGCTATGAAAGAGTTAAGAAAAGATGGTAAGCTAGAAG +ACCTAGATGTAAGTGAAGAAATAAATGCATGTAGTATAAATGTAGATGTTGAAATAGATG +GTAAAGTTGAGCAATACTTAGTAATGTTCAAAAATGAAACACACAACCATCCAACTGAAA +TAGAGCCATTTGGTGGTGCGGCTACTTGCTTAGGTGGAGCTATAAGGGACCCATTATCAG +GAAGAAGTTATGTATATCAAGCAATGCGTGTAACGGGAAGTGCAGACCCTAGAACTTCTT +TAGAAGATACTTTACCAGGAAAGTTAATGCAAAGAAAAATAACTACTGAAGCAGCTAATG +GATACAGTTCATATGGTAACCAAATAGGGTTAACTACAGGTCAAGTTGCTGAAGTTTATG +ATGAAGATTTCGTGGCTAAGAGAATGGAAATAGGTGCAGTTATAGCAGCAGTTCCCAAAG +AAAATGTAGTTAGAGAAAGACCTAAGGCAGGAGACGTTATAATACTTCTTGGTGGGAAAA +CAGGAAGAGATGGATGTGGAGGAGCAACAGGTTCTTCTAAAGAGCATAGTGAAGAATCAA +TACTTACTTGTAGTGCCGAAGTCCAAAAAGGTGATGCACCTAATGAGAGAAAGATACAAA +GATTCTTTAGACATAAAGAAGTTGCTCAGATGATAAAGAGATGTAATGACTTTGGTGCGG +GTGGAGTTTGTGTTGCTATAGGTGAGATAGCTGATAGTTTAGATATAAACTTAGATTTAG +TTCCTAAAAAATACGATGGACTTGATGGAACTGAACTTGCAATATCAGAATCTCAAGAAC +GTATGGCGGTTGCTATAAATAAAGAAAATAAAGATAAATTTATAGAATTAGCTAAAGAAG +AAAACTTAGAAGCTACTCATGTTGCTACAGTAACTGATACAGGATATTTAAGAATGTTTT +GGAATGGAAAAGCAATAGTAGATGTTAATAGAGAATTCTTAGATACAAATGGTGTGAAAC +AAACTACGAAGGTTCATGTTAGTAAGGTAAATGAGGAAAAAACTTTCTTTAATTCTAATG +AAGATACAAATAATAGTGTATGTTCATCAACTGGTGGAGTTTGCAGATGTAAGTCGTCAG +AAGGATTATTAGATATAGCTATAGCTAAAGAAATTTCATTAAAAGATAAATTTATAGAAA +TTTTATCCGATTTAAATGTTTGTTCACAAAAAGGATTAGTAGAAAAATTCGATAATACTA +TAGGAAGTAATACTGTACTTATGCCGTTCGGAGGTAAGTACCAAAGTACACCTGCCCAAG +GTATGGTTGCAAAGATACCTGTTCTTGGTGGAGAAACAGATACTTCTACAATAATGACAT +ATGGATACAATCCTAAAATAGGAAAATGGAGTCCATTCCATGGAGCTTTATATGCAGTAG +TTGAATCTGTGTGTAAACTTGTGGCTATTGGGGGTAACTATAAGACAACAAGACTTACTT +TACAAGAATATTTTGAAAAGCTTGGGGATAACCCAACTAAGTGGGGTAAACCATTCTCTG +CTTTACTTGGGGCATTCTATGCTCAAAATAAACTTGAAATTCCTGCAATAGGTGGTAAGG +ATAGTATGTCTGGAACATTTAAAGATATAGAAGTTCCTCCAACATTAGTATCATTTGCTG +TGGATACTGTGGATGCAAAACAAGTAGTATCTCCAGAATTTAAGAAAATTAATTCTAAGG +TAGTAATGTTATGCACAGAAAGATTAGAAAATGGTGTTGTTAACTTTGATGAATTAAAGA +AAAACTTAGAGAAATTAAGGGAACTTATACACAATAACCAAGTGTTATCAACATATGCAC +TAGGATTTGCAGGTGTAGGTGAAGCTATAAGTAAGATGGCATTTGGTAATAAGATTGGAT +TTGAATTTAATGAAGAAGCGAGTACCCTATATGAAGATGTAAATAAATTATTTGAAGCGA +ACTATGGAAATGTAGTTATTGAATTAGCTGAAGATAATTTAAGTTTATTAAATGGATATA +ACTATATTGTATTAGGTAGTACAAGAGAAAAAGAAAGTATAGTTATAGCAGAAGAAGAAA +TATCATTAGATGAACTATACAAAGTGCATTGTGATACTTTAGAGCCAATATTCCCTACTA +AAGCTATAGAAGTTGATGATAAGATAGAAACTATTAACTTTATATCAGGTGGAGAAGCTA +AAAAATCATCTATAAGTATAGTATCACCTAAGGTGTTTATACCGGCATTCCCAGGAACCA +ACTGTGAATATGACTCAGCTAGAGCGTTTGAAAAAGCTGGTGCTAATACAAGTGTAAAAG +TATTTAAAAATTTAACTTATAAAGATATAGAAGAATCTATAGACATAATAGTTAAAGAAA +TAAAGTCATCACAAATGATTATGCTACCAGGAGGGTTTAGTGCAGGAGATGAGCCGGATG +GTTCAGCTAAATTCATAGCTACAGTATTTAGAAATGAAAGAGTAGCAGAAGCTGTAAATG +AATTTTTAACTAAGCAAGATGGATTAATGCTAGGAATCTGTAATGGATTCCAAGCACTTA +TAAAACTTGGATTAGTTCCGTATGGTGAGATAAGAAAACCAAATGAAGATGCACCAACAC +TTACTTACAACAATATAGGTAGACATCAAGCTAAAATGGTTCAAACTAGAATAGCTTCTA +ACAAGTCTCCTTGGTTATCTAATACTTCTGTCGGAGATATACATAGTATAGCTATATCTC +ATGGAGAAGGTAAGTTCGTTGCTAATGATGAAACTATGAGAGCTTTAATACAGAATGGAC +AAATAGCTACTCAATATGTAGATTTTAATGGAAATGCAACTTATGATATAGATTTCAATC +CTAATGGCTCCTTCTATGGAGTAGAAGGTATAACTAGTATAGACGGAAGAATACTAGGTA +AGATGGGACACTCAGAAAGAGTTGGAAATCAAGTATGTAAAAATATCTTAGGTGAAAAAG +ACCAAATGATATTTGAATCAGGAGTTAAATACTTTAAATAAAATAAAGAGCTGCCTTTTG +GTGGCTCTTTATTTTATTGTTAAAAATTACTTGTATATAAAATCAAAATTTTATAATATG +TTTTAGCACTCATCGCTTGACAGTGCTAACAAAAGTGTTATAATTAAATTTGTAAGGAAG +GTGATATATATGAAATTAGTACCTAGAAGAAATAGAGGATATTTATTTGGTGATAGCTTT +TTTGATGATTTATTCGAAGATGAATTTTTTAAACCTGTAAATTATCAAAAAATGATGAAA +GCTGATATTCAAGAACAAGGTAACAATTACATTATAGACATGGACTTACCTGGATTCAAA +AAAGAAGATATAAGAATATCCTTAGAAAATGGATATTTAACAGTTGGTGCATTAAAAAAT +GAATCAAAAGAAGAAAAAAATGAAGAGAAAAACTATATTCACAGGGAAAGATACACAGGT +AAATGTTCACGTAGTTTCTATGTAGGAGATAGTATAAAAGAGGAAGACATAAAAGCTAAA +TATACTGATGGTATATTGCAAATTATCGTTCCGAAATCAAATGTAAGAGAAATAGAGCCT +AAAAAATATATATCAATAGATTAAAAATAATATGATAGTTATCGAAAACTAAAGTACAGT +TAAATAAATTTATAGGATATCAAGGTTAAGGTTAGAATATATGAGTTAATTATAATTTAT +ATATTTTACCATTACCTATAGATATGCTATAAATTTTTAATTTTATAAACTAAATGACAT +TTTTAAAAGGAGGGGTACTAGTGTCAGTACAAAAAGGTAGTATATCAATACATACAGAGA +ATATTTTCCCTATAATAAAAAAGTGGTTATATTCTGATAAGGATATATTTATAAGAGAGC +TTATAAGTAATGGTTGTGATGCAGTAAGTAAGTATAAAAGGTTAGTTTCGTTGGGAGAAG +CTAATGATGATGGGGAAAATAAGTACAAAATAACTGTATCAATAGACAAAGAGGAAGGAA +CTTTATGCTTTACTGATAATGGTATCGGTATGACTGAAGAAGAAGTAGAAAAATATATAA +ATCAAGTTGCTTTCTCTGGAGCAGAAGATTTCTTTAATAAGTATAAAGATAAGATGGAAG +AAGCTAATGATATAATAGGTCACTTTGGTTTAGGATTCTATTCTTCATTTATGGTATCTA +AAAAGGTACAAATAGATACAATGTCTTATGTAGAAAATGCAGAACCAGTTAGATGGGTAT +CAGAGGATGGTCTTGAGTATGAAATATCTAAATCTGATACTAGGACAGGAAGAGGTACAA +GTATAACTTTATACTTAGATGATGATAGCAAAGAATTTTTAAATGAGTATGAAGTAAGAA +CAGTGATAGAGAAATACTGTTCATTCTTACCAGTTGAAATATATTTAGAAGCTTCTGATA +AGGATGAAAATGATAATAGTGAACTTGAAGTAAAACCTTTAAATGATGTTAATCCATTGT +GGCTAAAATCACCGAAGGATTGTACAGATGAGGAGTATAAAGATTTCTATAGAAAGGTAT +TTAATTCTTTTGATGAACCTTTATTCTGGATTCATTTAAATGTAGATTATCCATTTAATT +TAAAAGGAATATTATATTTCCCTAAGTTAAATAATGAATTTGAATTAGTTGAAGGAAAGG +TTAAACTTTATAATAATCAAGTATTTGTAGCAGACAATATAAAAGAAGTTATACCAGAGT +TCTTATTATTGCTTAAAGGTGTAATAGATTGTCCAGATTTACCTTTAAATGTATCTAGAA +GTTTCTTACAAAATGATAGAGATGTAAGTAAAATATCTAAGCATATAGTTAAAAAAGTAG +CTGATAAATTAAAATCTTTATTTAATAACGAAAGAGAAGAGTATAATAAATTCTGGGATG +ATATCCAAGTATTTATAAAATTTGGATGTTTAAAAGATGAAGGTTTTTATGAGAAAATAA +AAGATTATATATTATTTAAAGACATCGAAGGAAATCATATTACTTTAAATGATTATAAAG +AAGTTTCAAAAGAAAAACATGAAAATAAAGTATTTTATATTAGTGATGAAAAACAACAAT +CTCAGTATATAAAACTATTTAAGGATTATGGTCTAAATGCAATAGTGTTAGATTCAAGTA +TAGATAACCACTTTATTTCATTTATGGAGTATAAAGAAGCAGGAACAAGCTTTAATAGAA +TAGATTCAGATATATCAGATGTATTAAAAAATAAAGAAGAATCTAGCATGGAAGATGAAG +ATAAAAATCAATTAAAAGATTTATTTAAAAGTATATCTGAAGGTAAAATAAAAGAGTATT +CTGTTGAAAGTTTAAAAAATGAAGAAATTCCAGCTATGATATTAGTATCAGAGCATACAA +GAAGAATGATGGAAATGCAATCTAGGTTTGCAGGTATGGATTTAGGAATGAATCTTCAAG +AAGAAAAAACTCTTGTTATAAATGAAAAAAATCCTATAATACAAAAAATATTATCATTAA +AAGATAATGAAGAGAAGAAAGAAAATATAGATTTAATATGCAATCAAATAATTGATTTAG +CATTATTATCAAATAAGGAATTAAAACCAGAAGAATTAGAATCATTCATACAAAGAAGTA +ATAAACTTATGGGGATGGTAATCTCTTTATAAATTCAATTAATTAAAAAAAATAGGCTAA +TTTCAACTAACAAATAAGTTAGATTTGAAATAGCCTATTTTATTTTTATATATTATTAAG +ATATTCTTTTTGTTTCATGAACATTGTTTTCTCTGTTTATTTTTAATATTGATGCACAAG +CTACTAGTAATCCCACATAAGCGATTATAGCGTAGATTGTAGCAGAAATCCATGCAATAT +TCCATCCAAACTTATCTAATGTTACACCGAATATTGGAGTACCAATAGCAAAGCCTAAAG +CAAAGAATAATTGTATTAAACCAAGTATAGCACCGTATTCTCTATCACCAAATAGTGAAC +TTGTCATATATGATGGTCCCATAACATATGAAAACATTGATACACCGAATAATAATGTAA +ATAAGTATCCAAGTGCATTTATTTTACCTATAAATAATAAGCATAATCCTGATATAACAA +CCAAAATACCTGAAAGACCAAATGATTTTGATAGTCCTAATTTATCAAATAGAACTCCGC +CAAATAAGTTACCAAAGATCGAAAATAATCCGAACATAGATGCTAATGTAGCTGAAGATA +TTAGTAGTATTCCTGAGCTTTCTAAGCTTTGGAAATAAGCTATAAATTGTAAAGCAAATC +CACTAACATAGAATCCTACGAATATAAATGATATAGCAATTAGCCAAAACTGAGGCATTT +TAGTTGTTTCAGCAATTGTATATCCCCAACTTACATGGTGTGAAACATCTTCTTGACCTT +TTAATTTTTTCTTAGGAACATTAGCAGCCAATTCAGCCTCTGACTTAGGCATTCTTATAA +GGAATATAGAAATTAATAATGAACCAATTAATGCAATTAGTCCGAATCTTAAATAAGCTC +CTTTATAACCTATAGCAGGGTCAGTTAACCATTTACCAGCTAAAATTTGAAGGAATATGT +TACCTAAACCTCCACCACAGAATGCAATACCTAGGGCAGTACCTTTATTAACTTTAAACC +AAGCATTTATAAGAGTAGGAACTCCTATGGCAGAAACAATTGCATTTCCAAGTTGCACTA +TTGCGGCTATTATATAGTAAGCAAATAATCTATTTCCGGCAATTGAATATGCCATGAATC +CACCGCCAACTAATATAGAACCTATTATAAATAAAAGTTTAGCATTTACTTTACTAAATA +GTTTTCCTATAAACGGAGATGCAATTGCAGATACAAAAGTACCTATAGTAAATATTAGGG +TGAATGAAGCATAACTGAAACCCTCTGCATTTACAACATAATTTGTAAAAGTAGGTGGTA +GGTTGGCTGCAACTCCAAATGGTATAGCTTGGATAAGTAAGCATGCTATAACAATTACCC +AACCGTAAAAAAATTTATTTTGTTTACTGTTATCAGGTGTACTCATAAACTGATTTCCTC +CTTGATTTTAAATTTATTATTTTAAAAATAGAATACGGTTTTGATTGCAGTAATAAGTTT +GGCATAAATAACACAAAAAATACATAATTAATAAAATTTGTAGATGATATATCATCAAAA +TTATAATGAAATAGCTAAACATATTACTGTATCAATAGCTATATGTATTTGTAATATAGT +TAGGTTTTGCAATATCTAATAAAAAAATGTATTTTTGTATAAAAAAATATTAAAAGCTAG +ACTTATTAAAGACTATATACTAAACTTATATTATTTTACAAAGTTAGTAAGTAATGAATA +AAAAGTATACAACGAGGAAGATTAAAGATATAATTAAGGATTTTAATAAAGCAGTGAATT +ATACAAAATAAGAAAATGAAATTGCACTAATTATAGGAGGGTAATGAATGAGTGGACTAT +TAGTAAACTTAGAACATGCTATAACGAATATGTCAGATTTTATATGGCCAATATTCTTAC +CATTTATATTGATAATCGGAGCCATAACATCAATTAGGACGATATTTATAATTCAAAGAC +AAACTACAAATCCGTCAAGTTTGAAATTGAAAAATGTAATAGGTCCAGCATCTATATCAT +TAGGTGCGATGATAGGAACAGGAGCTATTATAGGCGTTCTAGGAGCTTTATCTAAGCTAT +CGGCATCAGGACAAAGAAATATAGAATCTATGGCTATTTGGGCACTAATAGGATCTATTA +TAATGATTCCTGTTTCATACTCAGAGACATTGAATTCTAAGGTCATGAAAAAGATGCCTA +AAGAATATATATCAATGTTAATATCACCTTTATTTGGAAAATTGTATGCAGTATGCTTTG +TAATATTAGCAGTCTTTGGATTTGGAGGATTTCAATTTAGTGGAATAGATTCTGTATCAT +CTATACTAATAAATAGATTTGGAAGAATACAACTTTCTTTAATACAAAGATATTTATTTA +TTGTAATACCAGTAATAGTAGTTGTCTCTATACTAGTACTTTCTAAAAAACATGAATTAT +TTATAAATGCGATGACTTATATGATAGGGACTGCTATAGTAGGATACTTTCTATTCTTTA +CTATATTTTTAATTAAGACGGCATCATATGTTCCGGTATATTTTAGTAGCATGATTGAAG +GGATGATGAACCCTATTAATGCTATGATGGGTGTTCCTTTAGGTTTTATATTAGGTCTTC +AAAAGGTTATACAAACAGCAGAGACTGGATTAGGAGCTCTTGCTATGGCAGTTCAAGAAT +CAGACTCTGAACCTAGAGAAGCTGCTATGATATCATTAATACCTACGATAGTTACAGTTG +TAGTATCTATTGTAGTTACTTCATATATAGCATCATATGGGGTAAATGAGGGTATAATCA +TATTCCCAGCAGATGCAGTTACTAGATTAACACAGTACTTTGGAACAGCTCAAAATGTTA +CAGGAATATTTGGGCTAATAGTATTATCTGCATTTACGGTACTATCAGCTTTAACTACAA +TACTTGGTTCATATTACTATTTAACTAAATTATTTAAGGATAATTCAATAAATAGAAATA +TATTAATATATTTGATTCTGGTTATACTAGCAGGAACTTTAGCTGTATTCGGTGCAAACG +TAGTATTTGATGCAGTTGACTTATTATTATTTGTTTTATGTGGAATAAATGTTACTGCCC +TTACTATATTTACATTTAACAGATGGAAAGATTATATACTGGATGATTATGAAAATAATG +ATAATAGAAAGATATTATAATAGAATAAAAAGTGGACTATTGACCTAGTCCACTTTTTTA +TTAAAAAAATTAAGATATTTTCTTAGTTTCTACTGCATTAGTCTCTTTATTCATTTTTAT +TATTGAACTAGTAGAGAATATTAATCCAGAGTACGCTATTACAGCATATACTAAAGTACA +TATCCAACCAGTAGTGAAACCAGATTTATCAACTATTAAACCAAATAATGTAGAACCTGA +ACCGAATCCTAATGCAAAGAATATTTGAACGATACCTAATATAGTACCGAATTCTTTATT +ACCAAATAAAGCACCAGTCATATAAGAAGGTCCTATTATATAAGAGAACATTGATATACC +TAAAGATATTGCAAATACAAAACCAAGTATATTCATTTGTGGTACAAATATTAAGCATAA +TCCACAAACTATAACTAGCATACCTGCTAATACAAGAGATTTAGTTATCCCAAGTTTATC +AAATAAAACTCCACCGAATAAATTTCCGAACATAGAACAGAATCCAAATAAAGAAGCAAC +TGTAGCAGCTCCTAATAAAAACTTACCACTTTGTTCTAGGCCTTGTAAATAAGGTATAAA +TTGTAGAGCCATTCCACCTACATATAAACCTACGAATAAGAACGATCCAGCGAATATCCA +GAATGATTTCATTTTACTTACTTCTGCGAAAGTATATCCCCAGTTAGAAGAAGTACTAGA +ATTATCTTTATTTTTATTCTTTTTAGAAACATTAGCTGCTAATTCAGCTTGAGATTTTGG +TAATCTTATTATAAATAAAGCTACTGGTAAAGCAACAGCAACGGCTAATATACCGAATCT +TAAGTAAGCCCCTTTATATCCTATAGTTGGATCGTTAAGCCATTTACCAGCTAGTAATTG +AAGGAACATGTTTCCTAAACCACCACCAGAGAATGCAAGACCCATAGCTAAACCTTTATT +TTCAGTGAACCAGCTGTTTATAAGTGTAGGAACACCTATAGCAGAAATTATAGCACAACC +TATTTGAACTAATATAGATAAAGCATAGTAAGCAAATATATTTCCACCTGCTAATGAGAA +TGCAGCAAATGAACCACTAAGTAATAATACACCAAATATATAAAGTAATTTTACATTTAG +TTTAGGATTAGAATATAACTTACCTATAGCAGGAGAACATACTGCTGACACTACTGTACC +TATAGTAAATATTAATGAGAACTGAGTAAAACTGAACCCTTCACCTGAAGTTACAAAGTT +TGTAAATGCTGGTTGTATGTTAGCTGCTATAGAGTATGGTACAGCTTGAATAAGCATACA +AGCAACCACTATAGCCCAGCCATAGAAAAATGTTTTCTTATTGTTTTTCACGTTTTCCAT +AGTAAATACCTCTTTACTGTTATATTTGTTGGCGAACAATACATAACAAAATTATTTTAA +TATAAACTAGTTTGAAATTAACTTATAATAAATTTATATTATTTATGAAAGAATAACTAT +TAATAAATAATTTATAGGTTATAAAGTTATAATAAGTTAAAAATAAAACTTCGTATATAA +CGATAACATAAAAATATACTTATCAACAAACGAAATATAATGATAAAGATTGAATTAAAA +TGAGTCAATTTTGTCAAGAATATCTGTTATTAGATAAAAAATGACTATTTTCGGTAAAAT +TCAGCGCTCAAAGTTGTGTATGCAATTTGTCTGTGATATTATGAAATAAGTAAATTTTAG +ATAGGAGGGTTAGTAAATGAATGAAAAAGAATTTGGAAAATTAATTGAAAAATTAATTTA +TTTTTCGGGACAAAAAAATTACTCTCTAGCTACGGAATTAGGGTACGATGTATCTTATAT +AAGTAAGTGGATTAATTCGACGATGTTACCCTCAGCTAAAAATATTAAAAATATAATTAA +AATAACATCTAACTTTATAGTTGACTCTTCAAGCGACTCTTCACTAGATGATATGATTAA +TTACTTTGAAATTGACTTAAATAATAAAAGTGATAAAGGTTCTAAAACTACAATTTTAAA +AGAGGTTATAGAGAAGAAGTTAGATAAATCATATTCATATAGTTACAATAAACATAATAA +AAAATCTCATAAATATGATGATAGAAATAATAGCATTCAAAGGATAAATCCAACTCTTAG +GAAAAAATACTTAGATGCTGAAGTTTTGAGTCATATTGATGAAGTTGGTTTTTCAAATAT +AACAGTAATTTGTAATTTATTTTCTTTAAGTAAAGATGATAAAGTACATATAGCGGGTAT +CAGAAGGTGCGAAAAACAATATGATGACAGAGACAATTTGAATATGAAGTTCCTAATAAG +TTTTGATGAAAGTATAAAAGATATAGTATTTGATGTTATGTTATTTATAAGTATGGTCAC +ATCAAAAGGTCGTGTAAATGTGGAACTATATAGTTGCGAATTTTCTTCAAATACTTTAAT +TGCTGTGGTAAAGAATAAATATAGTCATACGGCTATATACAATAATACTAGATGTATATC +ATCTATAACTTCAACGGATGAAGATGTAGTTAATCAAATGTATGATACTTTAGAAGAGAT +GATAAGTACTCAAAGTAGGGCAACATTTTTAAATCGGACACCTAAACAATTTATTATAAA +TCAAGACTATATGAATTATATAATGGATCAAGATATAAGTATAGTTATGGGTGATTTAAC +TGAGTTATTTATGCCATCAGACTTATTTTTAGAATTAGGTGAAGACTTATTTGCAGACAA +TAAGGATGTCTTATTAAAACTAAAAAGAATAGATACTATATTACAAAATTTTACTTACAA +ATCAGATTTAAATATTTTTATGTATGAATCAGCATTTAGAAACTATGTAACTAATGGAAA +TATTAAATTCTTTAATAAAGTAATAACATTAAATATTGAGCAAAGGAAAAGACATCTTCA +GCATATGAAAAAACTATTGGATGAAAAAGAAAATATAAATATTAGATTTATAGAAAACTC +ACTGATAGATGATATTAAAAGTGATGAGAATCATTCCCTATATATATCAAGGAATATGTC +TTTCTTAGTTGAAAATTATAATGGGATAAGTGGTAACTATTTAATTGTTAAAGATAAACG +ATTAGATAAAATATTTAAAAGTTTCTTTAGTGAGGTATCTATAGAAAGAAAAAAGGTTGC +AGAAGATGATAAAGAGGAAACTAAGAAAATAGTATCAGATGCTTTAAGATATATTGAAAT +TATAAATAATAATATAATTATATAATCTATTTAATAAGTCGACATTTTAATAGCCTATAT +ATATAATAGGAAGGAAAAAAATATAGAGTAAAATGTAGTAATTTAAATATAAAAAAATAA +ATGATAAATGCTTGACAATTATTGATAAATGTTGATAAAATTAACTAGAAATTGGCGAAT +AATATGTAACAAGATAAAACTTGTTAGTTAAAATTTTTACGACTTTTTAATTTGAATAAT +TGATCAGTCTTACAAAAAAATTGTAATTATAAAACAATTTTTTGTATGATATTTTAACTA +TATATAGACATTATCTTGTTTTTTTATTGCTATTTTATTTAAGGTTTACTTAAAGGAAAT +TATAAAATAATTATTAAAGGAGACAAGACGCATGTTACATCAATTAGAAGCCGTAATAAC +GGGTATTTCTGATGCAGTTTGGCCAGTATTCTTACCATTCATGTTAATAGTTGGTGCATT +TACATCTATAAGAACTATATTCATGATACAAAAGAAAGCTACTAGACCAGCTGGATTAAA +ATTCAAAAACATAATAGGGCCAGCATCTATATCTTTAGGTGCTATGATAGGTACAGGAGC +TATAATAGGGGTTCTTGGTGCTTTATCTAAATTCTATGCTTCAGGTGAGGTAAACGTTGA +ATCAATGGCTATATGGGCTTTAATAGGGGCTTGTATAATGGTTCCAGTTTCTTACTCTGA +GACTTTAAACTCTAAAATAATGGGTAAAAGCCCAAAAGAGTATATAGGTGAATTAATAAA +TCCTAAATTAGGAATGGTTTACGCTGTATGTTTCGTTGCTTTAGCAGTATTCGGATTCGG +TGGATTCCAATTCTCTGGTATAGATTCAGTTGCTAAATTAGTTACTGATCAATTTATGGG +AATGAACCTTACTTTAGTTCAAAGATACATGTTCATAGTTGTACCAGTAATAGCAGTAGT +TGCTGCACTAGTATTATCTAAGAAGCATGAAATATTCATGAACGCTATGACTTATATGAT +AGGAACTGCAGTTGCTGGTTACTTCATATTTTTTACATTATTCGTTATAAAAACTTCAGG +ATACATTCCAACTTACTTTGCTAATGTATTAGAAGGTATGACTAATCCTGTAAATGGATT +CTCAGGAATAATGTTAGGATTCGTATTAGGTATGCAAAAAGTATTACAAACTGCTGAAAC +TGGTTTAGGGGCTTTAGCTATGGCAGCTCAAGAAGCTGACACTCAACCAAGAGAAGCAGC +TATGATATCTTTAATACCAACAATAATAACAGTTGTAGTATCTATAGTAGTTACTTCTTA +TATAGCTTCTTATGGTATAGACGCTGGAATAATAACATTCCAAGGTGGAGCAGCTGAGAG +ATTAGCTGAGTACTTCGGAACAGCTCAACAAGTAACTGGTATGTTTGGACTAGTTGTATT +ATGTGCATTTACAGTATTATCTGCATTAACAACTATATTAGGTTCTTATTACTACATGAC +AAAGTTATTCAAGCAAAACCATATAAATAAGAATATAGCAATATACTTAGTATTAATAAT +AGCTGCTGGTACTTTAGCAGTATTCGGAGCTAACGTAGTATTCGAAGCAGTTGACTTATT +ATTATTCGTTCTTTGCGGAATAAACGTTACTGCATTAGCTATATTTACAATCAAAAAGTG +GAAAGATTATGTAATAACTGATAAAGAAGATAAGAAAATAGCTTAATACTATTTTTAGAT +AAAAGAGCATCTTGTACAAGATGCTCTTTATTCATATAAATATATTTTGAGTGATTATAT +TTAAAGATTATAAAATAATTAGGAAATAAGCCGTTTATAAGAGTTTTTGTAAATGTAGAT +GAAATAGATTTAGATTTGTTACAAAATCCAATGATATAGATGGTATATTAGATGCAAAAC +ATAATGGCCACACAGAGGTTAGATTTAGTATAAATACTCCTAGAGTAATTAATGAGTATG +AGTACTATACGGCCTCTTCTGACAAGAGGATTGAAGCTGCAGCTAAAGTTGCATATGCAG +GGTATAAAATAGGCTTTATAATCGCTATTGTTTTTTTTATATGATAACGGGAAGGAAGAA +TATAGGGCGTTAATTAATAGTATAAAAGAAAAGCTACCGAAAGATATAGAAGAATTGATA +TTTGAAGTAATATCGCATAGATAAACTATAAAAGTGAAGAATAGGATAGTTAACATATTC +CCTAAAACAACTTTGTCTATGGATGATGAAAATAGGAAATACAAATATGGGCAATTTGGA +TATGGAAAGTATGTATATACAAAAGAGGAATTAGCAGAGATGAAAGACTTTTTTCAGAAC +GAGATTAAGTTAGTTTTTCCAAATAGTATTATTAAGTATATTATATAGAGTGGATATTAC +AAGTTATTTGTGAATAAATATTAGTAGATTTCAAAAAGTCTTACTGAGTGTATTAAAAGG +GGGATAAATATATGAGGATGAAATTTAAAAATCATAAGAATAATAGAGTTAATGACAGTA +GTATACCGAATGTGTTAGCTTTTGGTTTCATAAGAAACTTTTTAAGTGAAAAAGAGTATA +AAGATATAAGAGAAGAATATTTTATTGGTGATTTGAATAAATCTCAGATAAATCAAGCAA +TGAGTGATATTAAATGGTTATTTAGAAACTATAAAGGGTTAGATGTAATGACTATAGAAG +ATGCTAAAGGTGATATTACCAAATTTATACTTTAGGCTGAAATTCCTTATCTATGACTAG +TCATATTATAAGTTTTATTATGATATTATATTTTATATAAATTTTATTATGGTAAAATAA +TATTGAAATGATTAATAAAAACAGTTAGGAGAAAATTAGATGAAGGATTTAGATTTTATC +TATAAGCGTAAGAGTGTTAGAAAGTTTAAAGATGAAGAAGTACCAAAAGAAGATATCGTT +GAGTTATTAAAAGCAGCTACATATGCTCCTTCGCCAAAACATCAACAAAATTGGCATTTT +ATAGTTCTTCAAAATAAAGAAATGATAGATGAAATGGCTAAAATAGTAAGAGATAGCCAT +GAAAGAATAGGTTCTATTGCAAAAACTGAAAAAGATCAAAAGATACATATGAGTGTTATA +GACTATTACACTGCATTCAAGAATGCGCCAGTTGTAGTATTAGTATATGGTTGTGAGTAT +AAGATGATAGAATATAAGATATTAAAAGAGAATAATGCTAGTCAAGAAGTTTTAGATATA +TTGAAATCTCCACAATCAGGAGCTCAGGCTATTGGAGCAGCGGTTGAAAATTTCTTATTA +GCAGCATCTGCTAAGGGATATTCAACTTGTTACATGACTGGACCGACTCATGCTAAAGTT +GAAATAGAAAATCTTATAGGTTTTGATAAGCCAGGTTATGAATTAATGTCTATGATTGCA +TTAGGTGTAGGAGAAGAAAATACTCCGAAACAACCTCCTCGTAAACCATTAGAAGAAGTT +GTTACATTTATTGACTAAAAAATATAATGAAAAAGACATGCTCTACAGCATGTCCTTTTT +ATTAAGCAGCTTTTACGCAGGCATTTTCATTTTTTTGTTTATTTAACCTAGTCATTCCTA +TAGTCGCACCTATAAGTAGAACGTAAGCTATAGCAACTGCTCCTAACATTAGAGTCCAAG +ACATGTCGTATCCAAGTTTTCCTACTAAAACTCCGAATAGTGCAGAACCAGAAGATATAC +CTACAGCGAATAGTAATTGAACTATACCTAATATACTACCATATTCTTTGTTACCGAAGA +ATGAACCAGTAAGGTAGGCTGGACCTATCATATAAGCGTAAACAGCTAGTCCTTTTATTG +CAGAGAATGCATGTGCAAACATTACATTGTTCTTAGATAATAATAAAAATACTCCAGAAG +TTAATACTAAAATTGAAGAGGCTATTAAGCACTTTAATGCACCTAATTTATCAAATAAAG +AACCTCCTAATACATTACCTAGTAATGAACAGATTGCGAATATAGAACCTGTAATACCTA +CTGTAGCTGCATCAAATTTTAATTCTCCTTGGAAATAAGCAGCGTATTGTACTGAATAAG +CGGATACGTATAAGCCTACAAATGTAAATCCGAAACACATCATCCAGAAATACTTAGTTT +TAGCAGCTTCTTTTAAAGTATAACCTGTTAAAGAAGTTTCTTTTGTATTAGTTTCAGTTT +TATCATTTTTAGCTTTAACTATTTCACTAGAATTCTTAGGCATTCTCACTAAGAACAATG +CGATTGGTAAACCTACAGCTAATGATAGTATACCTAGTATTAAATAAGCACTAGCATAAC +CTTGACTAGCGATTATTTTAGAAGCTAATGGTTGTAAGAAGAAGTTACCTATAGAACCAC +CAGCAAATGCGATACCTAAAGCCTTACCTTTAGTTGCTTCATCAAACCAAGCACTTATTA +AAAGTGGAGTACCTATACCTGAAATTACAGCAGAACCTATTTGAACTACTCCTGCAAGTA +CATAGAAATGCCATAATTCAGTAGCTAAAGAGAATGATAAGAATCCTCCTCCTGCTATTA +TTGCACCAACAATGTATAATAATTTGATATTTATTTTAGAATATAATTTACCTATAAATG +GACCTGCTATAGCTGAAACTATAGTTCCTATTCCAAACATTAGTGAAAATGCTGCAAGAC +TAAATCCTCTCTCAGTTATTACTGGATGTATAAATAAAGCTTGTGTATTTGCTATAACTC +CTGCTGGAATAGCTTGGATAAACATACATGCTATTACTATTAGCCAACCAGCTGTTAATT +TATTTTTTTTACTACTTAAATTACTCATGAAATCTCTCCTTTGTAATGCGAATTATGTTA +AAATGTTTTTTAGATATCTATAAATTAAAAAACTTAGTGTCAAATCTTTAACATAATATT +AACACTGACTATGAGGTTATAGTAGAGAATAATGAGGAATTATAATGAATAAGGAATAAA +AAAGGCGAAAAAAGGAATTTATTATTCCTTTATTGCTTGATAAAGTATAAAAATATTTAA +AAATCATATAATTAAGATTAAATATAATCAAAATAACTGCAATTAAAATACTCTAGGAGG +TTTAAGTTTGAATAATATAACATTCGGAAATGTTTTAGAAAATTTATTATATATATCAAA +TCAAAAGAAAAGTAGTTTAGCGAATAACTTAGGGTATGATATATCTTATATTAATAAGTG +GATATCATCGAAACATTTGCCCAGCTCAAAAAGAATAAATGAAATTTGTGAATCTATCGC +GGAATTTATTGTAAGCTCTCTCACAGATTCTACTTATGATAGTTTAATAAGTTACTTTGA +AATTGATGAAGATAGTGATGAAGATTATTTAAAGAAATATATTCAAGAAAAGTTAAAAGA +AGTTTATATGGATGAAGCCAGAGGTATGAGTGATAAAACCACTCAAAATATGCCCCAAAA +TACTCATTCAGAAGAATTTTATAATAGCGCTTCTAGCGTTAGGCCTACAGTGGTTCAAAA +AGGTTTTACTAATGAAATATATTCAGTTGTAAATAAGGGTGAAGATTTAGATATTGTCTT +ATCTTTTAACTTGTTTGATTTAAATTATAAAGATAGAGTATCTTTAGGAAATATGAAAAA +AATATTATATGAAATAAGTAGAAATACAAAGACTAAAGTGACATTACTTATGGGATTAAA +AAGTGGAGTAGATGATTGTGATGATAGAATAATAAATGCTCTATTAGGAATAAACTTAAT +ATCTACTTATCCAGCTTTAGACTGTGATATTTACAATTGTAATGTAAATCCTAATTCAAC +TATATCAGTAATAAAGGACAGATTTTTAATAACTACAATGCATTACCCTGATGGGGAGTG +TCTATTAAGTACCTATTCAAAGGATAAAAAACTTATTGAAGAGGTTTACTATAACTTAAT +GTATACACAAAGGCAAAAAGGAAAACCTTTATGTGAAAAAAAGACTCCTTTATCTATGAT +AGAAGACCAAACTTATATGCAGTATATAATGAATAATGATTTAAGATGTGTACTAGGTTC +AATTAATGAATTTTTTATGCCACCAGATTTATTTATGGAAATCGCAGAAAGAACTTTTGG +AGAGAATGAGAATATAATGAATGAATTGAAGAAAATAAATATATTCCTTCATAATGCAAC +TTATAAATCTAAACTCAAGGTTCTTATATATGAAACAGAACTACGAAAGTATCTTTCTTC +AGGATGTTTACACTTCTTTAATACTCCTGTAATTTTAACATTTAAAGAAAGGGAAAGACA +TATAGAATACCTTGAAAAAATACTCATGGAATCTAAAGATGTAGAGATAAGAATGGTTGA +TGGTAACTTTGTAGATGATTTTAGAAATAATGATAATCCATCTTTATATCTTTCTAGAAG +CTTAAAGATAAGTAAAATGCATCCAATTACAGGTAAGAATTATTACTCTATATTAAGTGA +TATTAAATTCAAAGATATGTGTGATGAGTTATTTGAAGCAATTTGGAATGATAAAAAAGA +TGTAGTAATAGATGATAAAGAAGAAATTATAGAAAGAATATCAAAGTCTATAAGTTATAC +AAGAATAATGAGTGAAAATTTAACAGAAATCATAAAATAAATAAGAAGAAGGGGTTGTCT +TTAATTTGATATTTTTATAGACAACTCTTTTTTATTATATAAGTAGCATAAACTTTATTT +TATATTAGAGGAGGCGGAATTTTGATTATTGGATTAATATCAGATACTCATGGATTAATA +AGGGCAGAGGTGATAAATAATTTACAGGGGTGTGATTTAATATTACATGCAGGTGATGTG +GGTAAAAATGATATAATAGAAAGAATAAAAAAAATAGCGCCTGTAGACTTTGTATATGGA +AATATTGATAAAAACAATGATCCAGCTTATATAGATAAAATAATAAAATTAAATGAAACT +AATTTATATCTAATTCACAATATTAATGATATAAAGGTAGATTTAATTGATATGAATATT +AACATTGTTGTATATGGTCACTCTCATAAGAGTAAAATATATATAAAAGATGGTATACTA +TATATAAATCCTGGTTCGGTAGGTCCTAAAAGATTTAAATTAGAACCATTTATGGCTAAG +CTTTATATTATGGATAATTATGACAAACATATATATAATTTAAATACGGAACTGAAAGTA +AACATAGAAGAAAATATTTATGAATTTGAAAGATATAAGGTTGAATTCATTAAAATAGAT +GCATAATTAGAGTATTAGTTGAAATTTAGAGAAAATATTAGAAAGGAATAAATATGTTTG +GATATGTAAAAATAAATAAAATGGATTTAACTTTTAGAGAATACGAACACTATAGAGGAT +ACTATTGTGGTTTATGCAAATATCTAAAGGATAATCATGGAGAAATATCTAGATTAACAT +TAAATTATGATATAACATTTTTAATACTAGTATTAACTTCACTGTACAGACCAAAACCAA +TGGTTATAGAAGAGGGATGCATAACAAATCCATTTAAAAAGAAAAAGAAAATTGTAAATG +AGATAACAGAATATGCAGCTAGTATGAATGTTTTATTGGCTTATTATAAATTAGAAGATA +ATCTAAAAGATGATAAAGGTATAAAAGACATAATTGCATATAATGTATATAAGGGTAAGT +TAAAATTGGCTTATGAAAAATATCCTAAAAAAGCTGAATTTATAAAATCTAAGCTAGAAG +AGTTATATAGATTAGAACAAGATAAAAATATTAATATTGATATGGTATCGAATACCTTTG +GAGATCTTATGGGAGAAATATTTGTCTATAAAAACGATGAATATGAGAATGATCTAAGAA +ATATAGGGTTTAATATAGGTAAATACATATATTTACTAGATGCTTATGAAGATTTAACAA +AGGACTATGAAAAAGGAAGATATAATCCTTTTATAGAATACATAGATAAAAAAGAGGAGC +TAAAAGAAAGAGTTGATAAATTAATAAGCATATCCTTAGGACTTCTAGCTCAAAGTATTG +ATAACCTAAATTTAAGAGTTAATATAAATATAATAGAAAATATTATTTATTCAGGAGTTT +ATTTAAGATATAAAAATATATTGGATAAAGGGTGTGAAAATAATGTATAGCAATACTTAT +AATGATGCTTTTTTTAAAGCAAGAAGGTTAATTGAAAATAAAGAGTTTAAAAGTGCATAT +GATTTTTTACAAACAATAAGTAATAAATGTAGCGAATGGTATTATTTATCAGGAATATCC +GCTATGAACATAGGATATTATGAACAAGGTGAAGATTATATAAAAAGAGCTAAATTTATG +GATCCAGATAATGAAGAATATAAAGAGGCAGTGAGTAAATTTAGTAGATATAGAGATGAT +TACAATAATAGAGCATATAATTACAATAGAAGAAGACGCAGTGGATTAGATGGTTGCTGT +TGTTGCTGTTGTGATGATTGCTGTTGTTGTTTAGGAGATGACTGTTGTGAAGACTGTATG +AAACTATGGTGTTTAGATTCATGCTGCGAATGTTTTGGTGGAGATTTAGTAAGTTGTTTC +TAGGAGGAGAATATGAGTAAAAAAATAGCCTACGGAGGCATATTATTGTCTTTAAATGCT +ATATTGTTAATACTTGTAAATCTTATCCCTGTCAATACGTTATTCTTTTTAGCTTTGGCT +TCCTTGCCTATATCTATAATTATAATGGAGTGGGGGCCTTTAACTGGAGTAACATTTTAT +ATAGCATCTGTTATTTTAGGATTTATAGTAATGACAAGTAAGACTCAGTGGCTTATATAT +ATATTTACCTTTGGTATATATGGGCTTATAAAATATATAATTGAAAAAGATAGACCTATA +TTTGTTGAATATATTTTAAAATTACTTTTCGCTAATACTATGGTTCTAATACTATATTTT +ATAGTAAGAGAATTTGTACATGTACCTATGAATATAATTTCTATAGTTATATTTGAAGTA +GTATTTGTAGTATACGATTATATGTACTCTAGATTTATAGATTACTATAACTTAAAACTT +AAAAGTATTATTAAAATAAAAAAATAAGTAAGGGCATCTCTCAAAGTAAAAAAGTATTTT +GAGGGATACCCTTTAAAATTATAAATTAAAATATTCTATTTGATATGTACTTAGTTCTTT +ATCACAATTAGAACAATGATAAGATGTATTAGAATTTATAAATCCATTTGATTCTTTGTC +ATAAATCATTCTTACTTTATCTACAATTCCTGTAGTCGTTAAGTCTAAATTACAAGATAC +ACAGTTTTGAACAGTACATAGACTTTCTAAACTAGAAGGAGATGCTCCTTTTAGAGTAGT +ACCACAATTACTACATGAAACTGAATCTAAAATTTTATTAGAAGTTGGAATAGCTTTATT +TGATTCCTTTGAAAATTTATATGTAATTTCTTCTGAAACAGTATATCCAGTATTGAAAAC +ATTTGAGTTACAATTAGGACATAGGGATTCAGGAATATAAGAATTATTCTCTTCTTTGAT +TTCAGAATTAGGGCACTCCTCTGATGAATACTCTATTTCTACATCTTCATTAATGCCCAT +AAGATAATTACTGATTTCTGTGTTATTATTTTTATTAGCAATGCTTATTAGGTGATCTCT +TATTGAAGAAAAAGTCTTGTTTCTAGAAGGTGAATCTAAATCTATCAGATTATTTTCTAC +AGCATGTTTTATAATTGAAGAATAATTATATTTAATGGCAAAAAATAGAACCATCTCATC +AAAATTATTACATTCAATTTTATCAGAAAAATCAATCCATAAATCAGGTGAATCTAAATA +TAAAATTTTCTTAATACTTTCGATATCCTCATTTAATTTATCTAAATTAACTATATCACT +TGTTTTCATTTATATATTTCTACCTCCTTAATAATAAGTAAAATGGAATGAGCTAAGCTC +ATTCCTTTATTACATATCTAGCATAGTTGTATTTGCATTTAGAGAATATACTATATCCTT +TCTCTCAACTATTATTTGAGTGCTATCGCATAGAGTACTATCGTTAGCGATATGACTTAC +AAGTTCTTTAGTTGGGTTTATAGCAATTGGATTTCCAACTCTTCTTAACATGTTTATATC +ACCATTAGTATCTCCATATGCATAAGACTTAGATAGGTCTATATTATGTTTTTCGACAAA +GTTATTTATGGCAGTATTTTTGCTTCTAGAATCCCACATAGGAACTACAGTTCCGCTAAA +TATACCATTTTCAAAAACATAATCACTACCTGCATAATCTGTAACTTCATACTTTGCGGC +CATTTTTTCTACTAAAAAGTTAGGGCTCCCAGATATAAATATAACTGTATGACCATTTTC +TAAGTGCCACTTTATTCTTGAACGTGTATATTTATAAACTCTATCTGATTTTAATTTAAT +TACTTGATCACTTGTAAAGTCTATGCAAGTCTTATCTAAACCTATTAATGATTCTACATA +TAAATCACATATTTCTTGTAAGTAATCATCATAATTACCTTGTCTTTTATCCCAATTCAT +AAAAGTATCTCTTGCGTGTTCAAACCAACCTTTTTGATCTATAATATCGTATTTAATTAG +CTTTTTAAAATGTTCAACCATAAGAGAGTCTCTGTAAAGAGTTCCGTCTATATCAAAAAA +AGCTGCTATATTTTTCATTAACATCACCTCGATTAACCATTTATTTTATTATATTATAAA +ATCTCTCTTTGTTGTAAAACTATAGATAATAATTTAAAATTCTTTTTATACTATTATGAT +AAACTAATATAGAATAAAATATTATTTTATTACATAGTTTACAATCTATTTAGAATTATA +TACATAAGGATGTGATTTGATGAAATATAATTTTGCAAAGGTAACTAACTCTAGACTTAT +GGGTAGTATGGGACTTTTAATATGCTGGAGTGAAGGAGAAGATAATATATATCAGTATTT +CTTATTAGATGCAGAAGGACTAGGTATAGCTGATTATGTAAGTTTGAAGAATCCAAGTAA +AGACGAAGCTTATATGGAAGAACAAAGGCTTATGGGAGGATTAGGATCTGACATAATAAC +TATATCTGAAGAAGAAGCATTATTTTTAGTAAAGCATTTTGGAAGAAAAACTATTGAATG +GGAAAAAGAACTTCCAGGGGTTGTCGATGAATACATAGAAATAATAAATAATTATGAGAC +GAATTTAATTATAGAAGATTTATATCCGATAATATGTAAAGATGTAAAAGAAGAAATTGA +ATTTATTAATTATATGACAATGAGATTTATAGGTTGGGATAGAGAATGTTTAAGATACTT +TTCAGGAAGTGAAGAAATATCTAACATGCATATTACTAGTATAAATGGAACTTTATTAAA +AAATACAGTTACATGTAAAGGTGATGGAAAATTTGTAAGTGAAGCATTATATGAAGATGA +AGATGGATATTATATATGTAAAATAGCTTTTAATATAATAAAAGAAGCTAATAAATTCAA +AATAAGCTCAATGTTAGTTACAGATAAAGAAGCTATGTATGATTTCGAAGTATTCGATGA +AATATCAAAAGAAGAATTTGTAGCTATATATAATATAGTAGATATAGATAAATTTATAGA +TAAGTTTTATATAGATAACCCATTTACTTTAAAAAGTGAAATGGATGAGGGGATTCTCTT +TACAAGATTCAATTTTAATAATAATCATGTAAAAGAAGAAGTATATGTTATTAATAATGA +TATAAAAGCAGTTTACTATCAAATGGGAAATGAATTTTTTGTTGGTACTTATAATCAAAG +AGATAGAATGTATATAAATAAAATATTACAGAACAATTATAAAGAGTTTTTAAATATGAA +GGATGAATATTATTTTGAAGAAAATGCTCTTTATGATTTTGCAGAGTCAGGTTCTAATGA +TTTTGAAGATTTTTTAAGTTAAATAATGATTAAAAAAATAAGATTATGATATTTCTATCA +TAATCTTATTTTCTGTATTTATAATATTGGGGGAATATTATGAGGAATACATTAAATAGT +GTAGACAAGTTATGAATTTTTTATAACATAAAATTTATAAAAAATTACATTTCTTCCTCG +TCAAATTCCTCCATATTTATTTGTGGCATACCAGGAAACATTCCAGGATACATCATGTTA +GGCATCATATACATATTAGGGAACATCCCAGGGTACATCATGTTAGGCATCATATACATA +TTAGGGAACATCCCAGGATACATTAGATTAGGCACACCTTGCATAGGAGGTGTATTAGGC +ATATTCATACCAGGCATACCCATACCATTCATATTCATGTTAGGCATGTTTGTATTAGGG +GTACACTGCATATTCATATTAGGCATGCCTTGCATATTCATATTAGGTATATTTGACGAA +AATGCCTCTATATCCGGATAGCTATAGTCTTCTATAGTAGGATATACAGCATCATTATCT +ATTTGTGATAAATCGGGATTTGATGGATTTTCTGCATATGGATTACTATAAGTAGTATAC +CCACTCATTGTTGGGTTCATTTGATATCCTGCATATTGAGCTCCGTTCATCATATATGGA +TTCATATACATCATAGGATCGATATACGGTCTAGGATATATATAATTAGGGTCTATCTGG +TCATTCGTATTATTTGAATACATATTATAGTTCATACTTAACTCTCCCTCCTAAGGAAAT +TAAAAACTTTATTAAATTTGCTCCTAATTATATATATATTATTAAAAAACTTAATATGTG +TATAAATTAATCCTTTCGGTAAAATTATTTGCACTTACTAGTGGTTATAAAAAAAGAAGT +TGTATATTTAAAGATGCTGGCTTCTTTTTTATTTTTTTATACAAAAATTAGTTGCAAAAT +TGGTACAAGTAACATACAATACAATATATGAACAGTTATTCATATATTGATATAAACGGA +GGATACAAAATGGAAGAAAGAACAATTAATACATGCGAATGTAATGATATACATGAAGAT +ATAGTTAATGAAACTAAGAATAAAATGCCTGAAGATGAAATGCTTTATGACTTAGCTGAA +TTATTTAAAGTCTTTGGTGATACAACTAGAATAAAAATATTATACGCGTTATTTTCAAAT +GAAATGTGCGTTTGCGATATAGCAAATCTTTTAAATATGACTCAGTCAGCGATATCTCAT +CAGCTTAGAGTATTAAAACAAGCTAGACTAGTTAAGTTTAGAAAAGAAGGAAAAACAGTT +TATTACTCACTTGATGACAGTCATATTAGTCAGATATTTGATTGTGGATTAAATCATATT +CAAGAAACATATAAACGTTAGGAGGAGCCAAATGGGAGATTGTAGCTTATTAAAAAAAGA +GATTCTATTAGGTGGATTAGGATGTTCTCATTGCGCAAAAGCAATAAGTAAAACTGTATC +TAACCTAGAAGAAGTAGAGGGATGTAATTTAGATTTTGAAGCTCAGAAATTAACAATAGA +CATATTAGATATTTATAATGGAGATGAAGTAGTATCAAAAGTTGTAGATATAATAAATTC +TATAGAACCAGACCTTGATATAGACGTAACAATTAACTCAGTAAATTCTAGAAAAGGACA +AAAAGGTAGGGGTAAAAATATGAAATCATTAAGTAGAACAGAAGTTAATGACAATGTTAA +TCCTATAAAAGTAGAATTTATATTAAATGGCTTAAACTGTGCCCATTGTGCAGATGTGAT +CAATGAAAAAGTAGGAAAATTAGAAGGTGTTAAATCATCTAATTTAAACTTTGTAAATAA +AAAATTGACTTTAAATCTTACTGATGGAAAAGATGAAAGCGAAATAATAAGAAAAACTAT +AGATATAATAAATAACACAGAGCCAGGATTAGATATAGTGGTCAATAATAAATCTAAATC +AGGAATAAAGAAAGAAATAATCTTAGGTGGATTAAATTGTGCTCACTGTGCAGAGGTTAT +AGGTCAAAAGGTTTCTAATTTAACTGAAATAGAAAGTTCAGATCTAAATTTTATAAATAA +AAAATTAACTGTAATAATAAAACAAGATGAAAATAGTAAGCAAGTTATTGAAAAAATAAT +AGATATAATAAATAATACAGAACCAGGACTAGACATAAATATAGTTGAAAACTCAAAACA +AGCAAATGTATCTGTAGAAGAGAAGGAAAAAGATTCTTCGAAAAAAGATTTATTAAAGTT +AATAGTTGGTTTTGGAATGTATGCAGTTGCCATATATCAAAGTACTATTGGAGTAGAAAG +TAAATTGATGAATTTACTTTTAATAATTTCTTATCTAGTAGTAGGTGGTGGTGTAATAAC +AAAGGCTTTTAAAAATATGACTAAAGGTAGAATATTTGATGAAAATTTCCTGATGTTAAT +AGCGACAGTAGGTGCATTAGCAATTGGCGAAGTGGAAGAAGCTGTAGCTGTTATGCTTTT +CTATCAATTAGGTGAATATTTACAAGGTATAGCGGTTGGAAAATCTAGAAAGTCTATAGC +TTCCCTTATGAATATAAGACCAGATAGTGCAAACTTAAAAGTAAATAATGAAATAAAAGT +TGTTTCTCCTGAAGATATAGAAATAGGTGATGTAATAGTTATTAAACCAGGTGAAAAGGT +ACCTCTAGATGGTGTTATAATAGATGGTTCATCTATGGTAGATACATCTGCAATTACAGG +TGAATCAGTTTTAAGAGAAACAGCAATAGGTGATGATATCTTATCTGGATTTATAAATAA +GAATTCGTTATTAACTGTAAAAGTTACTAAAGGATATGGTGAATCAACTGTTTCTAAAAT +ATTAGATTTAGTTGAAAATGCTAGTAGCAAGAAGTCTAAAACTGAAAACTTCATATCTAA +GTTTTCAAGATATTATACTCCAGTAGTTGTTTCTTTAGCTGCTGCAATAGCAATTATACC +TCCTATAGTAATTCAAGGTGCAGAGTTTAGTGAATGGTTCTATAGAGGATTACTATTCTT +AGTTGTGTCATGTCCGTGCGCATTAGTTTTATCTATACCTTTAAGTTTCTTCAGTGGTAT +AGGATATGCTTCGAAGAATGGTATTCTTATAAAAGGAAGTAACTACTTAGAAGCTTTAAA +AGATGTAGATACAGTAGTGTTTGATAAAACAGGAACTTTAACTAAAGGCGTATTTAACGT +AACTAATATAAATGCAGTAGATATATCAAAAGAAGAATTATTAGAGTATGCAGCTATTGC +AGAGGTTAACTCTAATCATCCGATTGCAAAATCTATACTTAAGACATATGGTAAAGCAGT +TGATTTAGATAGTATAAAAAGTTATGAAGAAATAGCAGCTCATGGTATAAGAGTTCAATA +TAATAATGAAAAGATACTAGCTGGAAATGAAAAGTTGATGAAAGCTAATAATATATTATA +CTCTGAAGCTAAAGAAGTAGGTACTGTTGTATATGTAGCAGTGAATGGTATGTATAAAGG +ATACGTAGTTATATCTGATGAGGTAAAAGAGGATAGTAAAGATGCAATCAGAAATTTAAA +AAATGTTGGTATAAAAGAAGTTGTAATGTTAACTGGTGATAATAAAGATGTAGCGAATAA +GGTTGCAAGTGATTTAAATATAGATACAGTTTACTCTAGTTTATTACCTAATGAAAAGGT +TGAAAAAGTAGAAGAAATATATGAAGGTAGAAATGAAAAAGAAAAAGTAGCTTTCGTTGG +TGATGGTATAAATGATGCTCCAGTATTAGCCCGTGTAGATGTTGGTATAGCGATGGGTGC +ACTTGGTTCAGATGCAGCAATAGAAGCAGCAGACGTAGTTCTTATGACAGATGAGCCAAA +TAAAATATATAAAGCTATAGAAATATCTAAGAAAACAAACAAAATAGTATGGCAAAATAT +TATATTTGCACTTGGAGTTAAGATAGTTGTTATGATATTAGGTGCAGGTGGTATGGCAAC +TATGTGGGAAGCAATATTTGCTGATGTAGGAGTTGCCTTAATAGCGGTATTAAATGCAAT +GAGAATTCTTAAATAGTATATAAAATAAATAAGCCTATAATTAGGAATGATATCAGATTC +TTAATTATAGGCTTCGTTTATGTATAAGTTTTTTATATTACATATATGTACACACATATA +AAATGAAGTAAACTCCCTAGCATGATAAATAAGTGGAATATTTCATGGAACTCAAAGTTT +TTAAACTTTAAAAACTTTGGCTTAAGACCATAAATTGCAGCTCCAACAGTGTAAGCTAAG +CCTCCTGCTACTAAAAGTATTAAACCATTAACAGAAAGAGAATGGTATAAAGGTTTGATA +ACAAATATAGCCATCCATCCCATGGCAACATATATTAATGTTGATATCCATCTAGGACAG +TTAAACCAAATTAATTTGAAACAAACACCTAATATAGCAATTAAAAGTAATATTCCAAAG +AGAATAAAACCCTGAGCTCCTTTTAAGGAGATTAAACAAAAAGGAGCATAAGAACCTGCT +ATTAATATAAAAATCATTGAATGGTCTATTTTTCTTAAAAACTTAATTCTAGAATCTCCA +GCAATAGTTAGATGATAAGTAGCAGAAGCTGAATACAAAAGAATTAAACTAATTCCAAAG +ATAATTACTGCAGTTAAAGATATTACAGAAGGATCTTTCAGCGTAGTTTTTATGACTAAA +GCTAATAATCCAGCAAATGCTAAAATAGCACCTATTAAATGAGTAACGCCATTTATGGAT +TCTCTAACATATTTACCCATATATATACCTCCAAATTGTAAAAAATAGAATTTATATTAA +TGGAAATATTTTACTTTTATATATCCATAAATTTTTAAAAATATACAAATGTACTACAAG +TAAAATAATTCCAAAATATAATATAGTACTATTATACTCTATAAAATTAAATATTCATCT +TATTTTTGATATAAATTTTGATTATCAAAATAAAATGATGAGAAAAAAGATTATTTTGCA +AAAAATATTACACGAGAAACTAGTATATAACTAGGTTTGAAGCGAATTTGTATAGTTAAT +TAAATTTATATTAAAAAAAAATTAAAAAAGGTGTTGACCGATAGTTAGAAAGATGATAAA +GTATTACTTGTCCGAGAGATACGGACGAAAAATAAATCGAAAAAAGTCTTGACTGAGGGG +GAACAACCTGGTAAGATAAGTAAGTCGAGAAAATGAACTTTGAAAATTAAACAGTAGGTT +AATTTATATAACTAATTCTTATTAAAGAATTATTCGAAACAACCAAACAAAGCCAGATAT +ATAACAGTATCTGAGTCTATCAACTTTTATTTGAGAGTTTGATCCTGGCTCAGGATGAAC +GCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATTCTCTT +>MGYG000000001_21 +TAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAAT +ATAAAGTGTTGCACTTATATTGACAATCTATCAATTTAAAAAAAGAGAATTGCCCTTAGT +GTCAATCCTCTTTTTATTTTCTTAAATCTATATATAAAATACTATATTAAATCATGCGCA +TAATCTTTAATTGGTGCTTTTATTAAAAATTTAGTTCCTATAAGTGCAAATACTATTTTA +TGCCTATTATTTGTAAGCTAATTAAAATTACCGGGTTTTGTATTACATATAAGGTAGCAC +CTATGAATTTCATTACCCAATCTAACACCACATCTTGATTCTTAAATGCTTGAGCTGATA +TATAACCTGCAAATAATATTGGAACTCCTATAAACAATATTACATTTGTTCTTACTTTTA +GTCTATACGATATTGCTCCTAACATATATCCTAAGGATATCATTAATGTATTTGTTAAAG +TTCTAGTAATTATACTTTTTATAAACCACATCAAAGACACATCTGCAACTTTAAATTCAA +GATTATCTATACTAATCCAAGATATGCCACTTATTACATATACTTTCCTTTTAGTAATTA +ACTCCATTAATACCTCGCAACCAATCTCAAAAAATACACTAAATAATGATGCAAAAATCG +CAATTGTAATACTCCATAATGCTATTGCTTTTAAAAATCCTAACCTATCCCCCCTTATGC +TAATAACCCCACCAAAAGTTTTAACTGTACAATTTATTCCATAAGCCATACACATAATAT +AAGCCAACATACTTGCCTGACTAAAGAATCTAATAGGCTCAATAGAACTTCCATCTAAAG +CAGATATTATATTTGATATTACGCTCATCCCCACATTTACTGTAACTATTGATATAAATG +CAATTAATGCTATTTTAACATCTCTTTTCAAAAATTTATAATATGGATTATTCATATAAT +ACCTCCTCCTTTTTATGCATATTTATAAATAAATCTTGTATACTCATATTGTCTAATTCA +ATATTTAAAGTTTCTATTAGTGCTAGATCTTGGTCATTTATTTCTCCATAATATGAATAA +ACTTCATTATTTCCAAAGGATTTAATAGGTTTTCTATTTTTTAATATAGACAATTTATTT +AAATCATCTTTTTTACCTGTTATATGATAAGATTTTTCTTTTACTTCATCTATATAATCG +TCTACTTCGACTTTTCCGTTCTTTATTATAATTACTTTTTCTAATAACTCTTCTACTTCA +TTAATCTGATGTGTAGATATTATTATAGTTCTATTTTTATGTGTATAGGATTCTAATAAA +ATACTATAGAACTCTTCTCTATTAACTGCATCAAGACCTATTGTTGGTTCATCAAATATT +GTTATAGGCGAGTTAGAGCAAATTCCTATAATATTAGATACTAGTGTCTTCATACCTCTC +GATAGTTTTTTATAAATTAATTTTTGATTTATTTCAAACCTTTTACAAAGCTTTTCTTGT +AGCTTGTAGTCATAATCTTTACAAAAGTAAGAATATGCTTTAAATATATCTTTTACCTTG +TACTCTATATCATAGAATTCCCTTTCCCTAACTATACAGATATCATCAAGCACTCTAATA +TCTTCCTTAGGATTTTTTCCAAATATCTTAACTTCTCCATGATTACATAATAGCTGATTA +GCAATAATATTAATTAAAGTAGTTTTACCCGCTCCATTTTTACCAAGTAATCCATAGATT +TTGTTTTCTTCAAAATTTATGTTTATATTATCGCATATTTTTTTATCTTTAAAACTATGA +CTTACATTCTTAACTTCTATCGCTATACTCATATCCTCACCCCTTATAATTCTTTATCAT +TTCTAACAATTCTTCTTTTTCGATATCTAATTTACTAGCCTCTTGAATTAAATCTTTTAT +ATACACTTTTTCAAAAGCATCTTTTCTAGATTTCTTTATTACGTTCTTAGCTCCCTCACA +AACAAACATACCTATACCTCTCTTTTTATATAAAATATCTTTATCTACTAAAATATTTAT +TCCTTTTAAAACTGTAGCTGGATTTATTTTATATAACTTAGATAACTCTGTAGTAGAAGG +TATTTGCATCTCTTCTTCTATACTACCACTAAGTATTTCATCTTCTATAGCCTTTGAAAT +TTGAATAAATATTGGCTCATTGTCATTAAGAATTAACTTCAATATCTCACCCCTTTATTT +AGTTAGTTAGTTATTTGAGTAACTAACAATATATCTATATTATATATATTTTCCTAAAAT +TTACAATATATTTTTTATAATTATTTCCCCATAAATTTAATTTTCCTAAATAAAAAAGTA +TAAGTTCTTTTACTTACAAAAACAACTTCTGAAGTAAAGGAACTTATACTTTTTCATAGG +TAGATATTCTTTTTAAAATTAATAATAAGAAAATAATTTAATTATTTAAGAGGAACGTGT +ATATTAGTATTTGTATATATTAATATATATTTTTATTACAAGTAATAACTTAAGGAGAAA +AATATGCTAAATATAGATAAAATAGAACTTTTAGAAAGAATTCTACCATTTTTTAACAAT +CTCTCTTCAAAAGAAACTGAAGAATTGATTTCAAAGAGCTTTATAACTAAATATGAAAAA +GGAACAATAGTTCATAATAAAAATTCAACTTGTACAGGTTTATTAATAACAATATCAGGA +CAATTTAGGACCTTTATATCTGCTCCTTCAGGAAGAGAAATAACATTATTTAGACTGCTA +GAGAGAGATGTTTGTATCTTATCTGCTTCTTGTGTATTTCAAAATATTACTTATGATATT +AATCTAGAGGCTGAAGAAGAATCTTTAGCTATTATTATAGATAGCTCTATTATTAAAGAT +TTATCACAGTCTAATACCCATGTCTTAGAGTTTTTATTTAATCTAACTCAAAATAAACTT +TCAGAAGTCATGTATGTATTAGAACAAGCTGTCTTTTTTAGCTTAGATTCGAGAATCTCT +AATTTTCTAATCGAAGAATCAAACTTAATAAATTCAAATACACTTTATTTAACTCATGAA +TCTATCGCTAATCATTTAGGATCAGCAAGAGAGGTTATAAGTAGAATATTAAAGAAGTTT +GAAAAAGATGAGATAATACAAGTCTCCAGAGGTAATATTAAAATACTAAACTTTGAAAAA +CTAAACAACATATCTAATTCTTAATAAAAAAATTGTACTCAAAATATATTTTTGAGTACA +ATTTTTTATTTTATTGAAAATTACTTTTATTTGTATTACCATACCTTTCTTTAATGTATT +TTTATTTATAAATAATCAATTACTTTTTAAGCCCTATACTAACCTTAAATAAATCTCCCT +CTATTTCTTATTATACATATTACTAGTTCACTTCATTAAATTTTTATCTATTCCTCTGCA +TGTTTAAGTACTTTTAGATCCTCTGAACTCCCAACATATTGGTTGCCATTATTATTACCA +ATACTCATCCCATTCTTTATAGGAGCAAATAAAAATCCTAAAACAATTCCACCTAATAAG +CAACTAGCCCCCCATAATACCTTGTTAATATCCTTCATATTCCCATCTCCTTTAAATAAA +AGTCAATCTATATCTTAATTATTTCTTCATATACTAAGATTATCCTTTTATAATAAAAAT +CTACTATTTTACCTGTGCTCAAATCATTATATTAAAATAAATTTTTTCAATATATTTTTA +CAGCTTTTTTATAAAATACATTAATTGTTTTTATTCTCTATGCATTTTTCAGGATTAATA +TAAATTAATTCCCATACTCCATTTTTGTTCTTTTTATAGTCTGCTATTTTAATATCAACA +CCATTAGTTAACTGATAGAATAGAACATAGTACTCATTTTTTTCTTTATCCTTAAAATAA +ACTCTCTTTTCATATCCATCGTTTTTTACTTCAATATTTCCACTAACTAAAGAACACCAA +TCTCCATACTCAATTTCAACTAGAGACCTAGCATTGTATGACCATCCATGATAAGGTGCA +CATAAGTAATTTTCACCCATATATTCCATATTTTTAATTTTATACTGACCTTTTTCATTA +TCTAAATATATATATCCATAATAATATGCAAATAACCCCATATGCTTATCAGAACCTTCT +ATAACCTCTAATTCAACAAAGTATTTTATTTCATTTTGATTATTTTCATCTGGTGGGACT +TTACTTAATTTTACCAAGTTAATATGTAATTTATTTTCAAATGATTTTAAATAATCTTCA +TAAGAATATTTATCTTTATAAGAACTTGATAGAAAGTTATATGCAACAGGATAAGGTCCT +TTAGCGTAACCTAAAGTGCCACATCCAGTGTTTGTATTATTTGTAGGATTTGCAGCTTCT +CTTAGCACACTAAAATAATTTATTATAGTTTCTTCAGGAGTACTTAAAAACTTTTTATGT +AGCTTTATATCGGATGCTTTATCTCCATAAATACTGTAAAGAGAACTTTCAATCCTATCA +TTTAATATAGGCATATTAGATGGTCTAAAGTATCTTTCTAAACTATAATACTCTTCATTA +TTATCTACATTAGCGTCATATTCTATTTTTATTTCTTTTAGATAAGTACCACCTAATATC +AGTTTTTCAGAATAACCTTCTCCTTTAACTATTATAGATGTACTTACTAAAATAATCATT +ACTAATAAAATGTCTCTTATCTTAAACATAGTAGCCCTCTTTTCATCTCTTAATAAATTT +ATTACTACTATATTTAACAAATACTCATATCTTTATTATATTTAATATATAAGTTTAAAC +TTGATAAAACTTATGCTTTATTAATTTTAATTTCCTAGAAAATAAAAAAACCTGTTTTAA +AATATTTTATTTTAAAACAGGTTTTAACTTTATTTAGCGTATTCTATCGCTCTAGTCTCT +CTTATTATACTAACTTTGATTTGACCTGGATATTCAAGTTCATCCTCTATTCTCTTAGTC +ATTTCTCTAGCTAATAAATGTATTCCTTCATCTGTAACATTTTCTGGTTTAACCATTATT +CTGATTTCCCTACCAGCTTGTATTGCAAATGATTTTTCAACACCTTCATATGAGTTAGCT +ATTTCTTCTAACTTCTCTAATCTCTTAATATAAGCTTCTAAAGTCTCTCTTCTTGCCCCT +GGCCTTGCTGCAGATATTGCATCTGCTGCAGTTACAAGAACTGCCTCAATAGTTTGAGGT +TCATAATCTCCATGGTGTGTACTCATAGCATGTATTACTTCTTTAGATTCCCTATATCTT +CTAAGTAAATCCATACCTATCTCTACATGAGTTCCTTCCATTTCGTGGTCTACAGCTTTA +CCTATATCATGAAGTAAACCAGCCCTCTTAGCTAATTTAACATCTGCACCTATTTCAGCT +GCCATTATACCAGCGATATGAGCAACCTCTATAGAATGTTTAAGTACATTTTGCCCGTAA +CTAGTTCTATAGTTAAGTCTACCTAATAATCTAACTAATTCTGGATGTAATCCATGAACT +GCAGTTTCAAAAGTTGCTTGTTCCCCATATTCTTTTATTATATTATCTACTTCTTTTCTT +GCTTTTTCTACCATCTCTTCTATTCTAGCTGGATGTATTCTTCCATCAGCTATAAGCTTT +TCTAGTGCTATTCTTGCAACTTCCCTTCTTATTGGATCAAATCCTGATAGAATTACTGCT +TCTGGAGTATCATCTATTATAAGGTCTATTCCTGTTGCTGTTTCAAGAGTTCTTATATTT +CTACCCTCTCTACCAATGATTCTACCTTTCATCTCATCATTAGGTAAGTTAACCACCGTT +ACAGTAGTTTCTGCAACATGATCAGCAGCACATTTTTGGATGGCATAACCAATTATTTCC +CTTGATTTTTTCTCTGCTTCATCTTTAGCTTGAGTTTCTATTTCTTTTATCATTATAGAC +ATTTCACGTCTAACATCTCTTTCTGCTTTGGATAATATTATCTCCTTTGCTTCATCTGAT +GTTATACCTGATATGCTTTCTAATTTTTCTAGCTGTTGATTCTTTATAGTCTCAACGTCT +TCTTCTTTTTTCTGAACTACTTTTAATTTTTCATTAAGATTAGATTCTTTAGACTCTAAA +TTTTGTAACTTCTTATCTAACGCTTCTTCTTTTTGTACTAATCTATTCTCAAATTTTTGT +AATTCATTTCTTCTAGACTTATTTTCTTTTTCTGCGTCTGTTCTCAACTTATGAATTTCT +TCCTTGGCTTCTAATAGCCTTTCTTTATGTTCAGTTTCTGAGTCTCTTTTTGCTTTATCT +ATAATTTCTGCAGCTCTTTTCTCGGCATCTCCAATTTTAGCTTCAGAAATATTTTTTCTT +ACAAAATATCCAACTCCTACACCGACAGCTATAGCTATTATGCCTACTAATATCGGTTCT +ATGACATCCACCTCCTTTGTTAATAATCCCAAAATGTCATCTTTTGCAACTTGAAAATCA +TATTATTAAGTAAACTATGCTACATAATAAGCTATATTTAAAGCATAATCATTTTAATAA +GTTAACAGAGTATAAAAATACCCTGTTATTAAATTATTTTTACATAATTTATCCTTATTT +AATTTTATTATTTTTTCTACCTTATGTCAAGTTAATAGGATTAATAGGAGGTATTGATTT +TTTATTCTTCAAAATTATCTATACTTTCTTCTGATTCGTTTTCAGCAGCATTATTTTTTG +CTTCATCTAACTTATAATGAGCTCTTACTTTTTCATCTATTTCGTTAGTTAAGTCCATAT +TGTCTTGTAAGAACTTCTTAACGTTCTCTCTACCTTGTCCAAGCTTTATATCATTGTAGC +TATACCAAGCTCCTGACTTCTTAACTACATCTATATCAGCTGCTATATCTAATAAATCAC +CTATCTTAGATATACCTTCACCATACATTATGTCAAATTCTGCTTGTTTAAATGGTGGTG +CAACTTTGTTTTTAACTACTTTGACTCTTGTTCTACTTCCTAGAACTTTATCACCTTGTT +TTATTGTATCTATTTTTCTAACATCAAGTCTTACTGATGAGTAGAACTTAAGTGCTCTAC +CACCTGTAGTTGTCTCAGGGTTACCGAACATTATACCAACTTTTTCTCTTAACTGGTTGA +TGAATATTGCAACACAATTAGATTTCTTTATTGAACCTGTTAATTTTCTTAATGCTTGTG +ACATAAGTCTAGCTTGAAGACCTACGTGAGAATCCCCCATATCTCCTTCTATTTCTGCTC +TTGGAACTAATGCAGCAACTGAGTCAACTACTATTATATCTATTGCATTACTTCTTATTA +ATGCTTCAGTTATTTCTAGTGCTTGTTCCCCTGTATCTGGTTGAGATATTATTAAGTTAT +CTATGTCTACTCCTAAAGCTTTTGCATAAACTGGATCTAAAGCATGTTCAGCATCTATGA +ATGCTGCTATTCCACCTTGTTTTTGAGCTTCTGCTACAGTGTGAAGTGCAACTGTTGTCT +TACCAGAAGATTCAGGTCCGTATATTTCTATTATTCTACCTTTTGGAAGACCACCTATAC +CAACTGCTATATCAAGACCTATAGATCCTGTAGGTATGACATCTATATTCATAGATGTAG +CTTCCCCAAGTCTCATTACTGATCCCTTACCAAAATCTTTTTCTATTTTCCCTAAAGCTA +AGTTAAGGGCTTTTAACTTTTCTTGTTCTATACTCATATTCGCTATTCATCCTTTCATCT +ATATAAATCAAAATAAATCATTTAATCAAACATCTGTTCGTATTTAATTATACCTCATTA +TATATCTATCGTCAAATTTTATATAAATTAATTTAGCTTAACATAAGGTAATAAATTTCC +ATAGTAAAATTTTACCACACTTATTTCTTTTATAAACCTTTTTCTAGCCTTTTATACAGA +TTTTGACTTATAAATTTTAATATATCCTTTTGTATTACTTTTTAATAAATATTCAATTGC +TTTTTATGTCTTAAGTATACATTTCTTTTCATCTTAAATACTTGAGTAAAATTATTACAC +ATTAGTTTAATAATTTTAATATATAGTTTTTATTTTTAGCCTAATGAGAGTAAGAAGATA +TTTTTACATCATCGATACTTATTCCATACACATAGCTTTCTTCTCTTAACTTTAGAATAC +TTTCTGCATCACCAGTAACTAATACCCCGTAAGACTTTACGCCATTCTTATTTACATAAT +CTAAAGTATATTTATATACATCTTCATAAACATTCGGATGATTAAGTTCTGTAAAACTTT +TATTGTCTATCATGTATTTTAATAAACTTTTAAAATGAGTTTCATAAACTTCACTATCAT +TACGATCCCAGTCTAACGTTCCTAATTCTAGATACGGATATTTTTCATTTTCTTCGAAAC +CTTCTAATACAATTCCACTTCCACTTGTTTCAAACCCCATTTGTGGTAGTTGTTGTGTTT +TTTTATCACAAGTTCTTATTCCTACCCAACTAAAGTAAAGATCTTCATATTTATTAATCA +ATCTAACAATTTCCTTCATGTCTATATCTTCTTTAAAAGAAACATATATATTAGCCTGTG +CTGTCTTTGGTAATAATTTAAGCTCTTCAATTTCTGAACTATCGTCATTATCATAATCAT +CGTATGGGTAAACTCCATATTTAAAGATATTCATTATAGGATATTTATAAAAATCACTTC +CAATATACATTAACTGCCCCTTATCAATAACTCCCTCATAAGTTGTTTCAGTATTTTTAA +ATGTGTTATATTGACTAATTTTTGTATTATATCTGCCATAACCTAAAGATTCTGAGTTAG +TATAACTTGTATCAATTCCTGGGAAATGAAGTTCTGTAAAAACAGATATATCGACCAACA +ACTGTTCTGTAAACTGACCTAACATTTTAGTTGGGTTATAATACTTAGAATCCATAGCCG +GAGATATAATATACTTAGCACCTCCTACTAATCCTATAACAACTAATACAGAACATATTC +CCGTTACTATAAACTTATTTCTAATAGATTTATTTATAGATTTTAGTAAATCTTTTTCTG +ATTTTCTTTTAAACTCATTTTCTTCTTTACTTATTCGCATTTCACCAAATAAATCTTTTT +TATTTAGAAAATCATCCTCTATATTTTGAGATAAGTATTCACTTATAATTTCATTCTTTT +CTATCTCTTCTTCAATAATTTTAATTTCTTCTTCACTTGCACTTCCATTTATATACTTTT +CATATATTTCTTTAAACCTCATAATTACTCCTCCATAATAGATCTTAAATGTTTTCTAGC +TCTATAAATCAAAGTTCTAACTGCTCCATTTGATATATTCATTATATTTGCTATTTTATT +TTGGGGAATTTCTAAATAATAAAATAACACTATAACTTCTTTCATGGTATTTGGCAGACT +CATAACTTTGTTGTACAAATTAAGCGAACTTTCACTTTTTATAATGCCTTTTAATACATC +TAAAGAAGTATCTTCTATATGTAAATCCAAGATATCTAATTGAGATATAATTTTATTTTT +CCTTACATAATCTATATATAAGTTTCTACATACTCTAAATAGCCAAAATTTTATATTATC +ATGATTATCATCTAAATATAAAATTGCTCTAACGAAAGCTTCTTGCATAATATCTTCTGC +TAAATGACTGTTTTTACATAAAGAAAAAGTGTACAAATAAACTTCTTTTGAATATTGCTC +ATAAAATTTTGATATATAATCTGAGTTCATTTTCTCCCCCTCTCATTTAACAAACGTATT +TATCTTAGAAATGTCACAAACTTTTATGTTTTTTTAGAATATAGTTAGAATTTTATACAT +ATGTCTAATAAAATTATTATTTGAAGTTCTTAATAATTATATATACAATTATTCTATATA +CTATAGTTGGAGGTCAATATGAAACTAAATAAAGTACACCACACTGCTATAATCTGTTCA +AATTATGAGACATCAAAAAACTTTTATGTAAATATCCTTGGATTAGATGTAATTAATGAA +ACCTATAGAAAAGAAAGAAGATCTCATAAGCTAGACTTAAAAATAGGAAATAGTCAAATT +GAATTATTTTCCTTCGAAAATCCACCTAAAAGAGCAAGTTATCCAGAAGCTTGTGGCCTT +AGACATCTATGCTTTGAAGTTGATGATATAGAAGAGTTTGTAGTATATCTTAATAACAAT +GGAATTCAAACAGAAGAAATCAGAATTGATGAGTTAACAGGTTCTAGATTTACTTTTTTT +AATGACCCTGATAATTTACCTATTGAATTATATGAAATTTCAATTATATAGTACTATATA +ATGAATGATAACTACATAAAAAAGTGCACTGACGTAATATATAATTACGTTAGTGCACTC +CTATATACTATTTACTATTCATAAATAACTCTTTATTTTTGTATAAGTATTCCCAACCAG +AATATAAAGTAAGTAGTGTAGCAATCAATATACATACAAATCCTATATTTAATAATAAAC +CATTATTAAAGTTTTCACCTATTAATAAAACTATTATTGAAAGCATTTGTGTTATAGTCT +TTAATTTACCACCACCACTTGCAGCTATCACCTTTCCTTCTGCTGCAGCAATAGCTCTTA +ATATACTAACAGTAAGCTCTCTAGCAACAATTATTATTACCATCCAAGCTGGAACTAAAT +TCACTTCTATCATACAAGTTAACGCTGATATAACTAATAACTTGTCAGCTAGAGGGTCCA +TAAACTTTCCAAAGTCAGTAACTAAATTATACTTTCTAGCTATATAACCGTCCATAGCAT +CTGTTATTGATGCTACTATAAATATTATACATGCAATTAAATATTTATTTGGTATATTAA +GAAGCATTACTATTATAAATACTGGTATTAAAAATATCCTAAATAATGTTAATTTATTAG +GCAAGTTCATTTATTACATCTCCCATTAAATCGTACTCTAATGCATTATTAATCTCTACT +ATTACGAAGTCTCCTACATGAAGTTGTTTCTTAGATTTTACATAAACTATACTATCTATT +TCTTCTGCATCCCCTTGAGTTCTTCCCATATAAACATTTTTTTCTATTTGTTCTTCTATA +AGAACTTCAAATGTTTTACCTATTTTAGTTGCCATAACTTCTTGAGATATTCCTTGTTGT +ACCATCATTAGTCTATCTCTTCTTTGTTCTTTTACATCTTGGTCAATATGGTTTGGTAAT +TTATCTGCGGCTGTTCCTTCCTCTCTTGAGTATGCAAAAGCACCAAGTCTGTCAAACTTA +ACTTTTTTAGCAAACTCAATTAATTCCTCAAAGTCTTCTTCTGTTTCACCTGGGAATCCT +GTTATTATAGTAGTTCTTAATGTTGCATCAGGTATATTATTTCTTATCATTTCTATTTTA +GCTAATATATCTTCTTTAGTTGTATGTCTGTTCATTAACTTTAATATTCTGTTACTTGCA +TGTTGTATTGGCATATCAAAGTAATTACAGATATTATCATATTTCTTTATAACCTGAACT +AACTCTTCTGTTATTGATTCTGGATATGAGTACATTATTCTTATCCATTTTATACCTTCA +ACTTGAGCTAATTCTTCTAATAATTCTGGTAATACAGCTTTTCCATATATATCAGAACCG +TACATAGTACTATCTTGTGCTATAACTACAAGCTCTTTTACACCTCTAGCTGCTAAATCT +TTAGCTTCAGCTACTATGTCTTCTATCTTTCTACTTCTTTGCTTACCTCTTAATTTAGGT +ATTATACAATAAGTACAATGCTTATCGCATCCTTCACTTATCTTTAAGTAAGCCATATAA +CTTGGTGTTGAAACGTATCTTGGAAGATCTTCATTGTAAACAAATTCTATGTCATTTAAA +CTTACTATTTTGTTTTCTTTTTCTAAACCAGCAACTATTTCATCTATATTTTGGTAACTT +CCTGTACCAACTATAGCATCTATTTCTGGTATTTCTTCTTTTAACTCGTCTGAATATCTT +TGAGCTAAACACCCTGTTACTATAAGAAGTTTTAAATTAGCTGTTTCTTTTAATCTAGCT +ATTTCAAGTATTGTCTCTATAGATTCTTGCTTTGCTGATTCTATAAATCCACAAGTATTA +ACTAAAGCTATATCAGCTTCTTCCATATTTCCTACTAACTTGTATCCTTTTCTATTTAAG +ATACCCATCATTATTTCTGCGTCTACTAAGTTTTTTGAACAACCTAGTGATTCTAGTGCT +ATCTTTAACATTTCATTGCTCCTTTTTCTACTGTCTTATGAAAATCCATTAATTTTTCTA +ATGTTTCATTTATATCTTTAAAGTCTATTACTTTGTTGTATTTGTATTGTTCTACAGAAT +GCATATACAGAGGGTCATAATATTCAACTAAATATTTTTCTACAAGTTCTTCGTATTTTT +CTTCATCTAACATCTGTAAATACTCTTCAATTTTTTTATGACCAAGTCTTTTTCTAAACT +TACCTATACATTCTCTTAGGACATCTATATTTCCTTCATTTCGATCATAAATATAATCTT +TGCATAGTCTTTTTACTCTGTCTTCTATGCTGCACTCAATAAGTAGATGATATCCATCTC +TTATTATACCTTCATAAATTTCATTTGGTATTAATACATGTCCAACTCTTTTACTTTCAC +TTTCTATAAATATATAGTCTGTTTTTGAAAAGAATAAAGCTTCAAATATTCTAGTTTCAA +ATGTCTTTTGAGTTGGTGGTTTATCATCAAAAGTTATAAACCCAAATACTGAGCCTGTAT +TCTTTGCCATTTGTTCTAGGTCTATTATATCTATGTTATTTTTATCCAAACCTACTAGAA +GCTCCGTTTTTCCAACTCCTGTTAATCCATGAAGTACGATAAATTGTTTTTTATCCATTA +TATTACTTAAATAATCTAAAACAAAATTCCTATAAGATTTATATCCACCTTCAAGTTTAT +ATAAGTCTATTCCTATTGAAGCTAAAAGATTTGCGAAACTTCCACTTCTCATACCACCTC +TTGCACAGTATATTACTACATGGTCATACTCTGCTGATAATTCTTTTACTTTTCTATACA +TATCTTTTAATTTCGGTGATACAAAGTCAAACCCCTTGTCTATAGCCTCATGCTTTCCTT +GTGTCTTATATATAGTACCTATCTCATGATGTTCATCATTGCTAAATAACGGTATATTAT +AAGCATTTAATATATGATCATCTTGATATTCTTTTTCTGTTCTGACATCTATAAAGATGG +TATTTTCAAGCTTTAAAGCGTCTTCTACATTTATTGTCTTCAAATTCTATTCACCTTCTA +AATTTACTAATTCTTCCTTAGTTATTAATACTTTTCTTGGTTTACTTCCTTCACTTGGAC +CTACTATTCCTCTTTCTTCCATAGAATCTATTAATCTAGCAGCTCTATTAAATCCTATTT +TGAACTTTCTTTGAAGCATCGAGGCAGATCCTTGGCCATTAGTTACTACAAAGTCTATAG +CATCTGCTAATAGATCATCCTCATCACTTGATTTAGGTGCTGCAGTTTTTGAAATAGTAT +CCATTATATCATCTTCATATTTTACTTCTTCAGTCACTTGATTTTTTATAAAATCTATAA +CTCTTTCTGACTCATTTTCTGATATAAATGCACCTTGAAGTCTTACCGGTTTTGCTGCCC +CTAGTGGGTAGAATAACATGTCTCCCTTACCTAGTAACTTTTCTGCTCCACCTAAGTCAA +GTATAGTTCTAGAATCTGTTTGTGATGATACTGCAAAGGCGATTCTAGATGGTATATTTG +CTTTTATAACCCCTGTTATTACATCAACAGACGGTCTTTGCGTTGCTATTATTAAATGCA +TCCCTGCCGCTCTTGCCATTTGTGCAAGTCTACAAATATAATCTTCCACATCATTTGCAC +AAGCCATCATTAAGTCTGCAAGCTCATCAATGATTATTACAATCTTAGGTAATTTTTCTT +CAGCCTTTTCATTGTAACTTGTTATATCTTTTACTTGATTTTCAGCAAATAACTTATATC +TTCTATTCATTTCTACAACTGCCCAGTTTAATGCATTTGCGGCTTTTTTAGGATCAGTTA +CAACTGGTATTAATAAATGTGGTATTCCATTATAACTTGCAAGCTCAACTACCTTTGGAT +CTATAAGTAAGAATTTAACCTCATCTGGGCTAGCTTTGTATAAAATACTATTTATTAAAG +TATTTACGCAAACACTCTTTCCTGAACCAGTCGATCCAGCTATAAGTAAGTGAGGCATTT +TCGCTATGTCTGCTATAACTGGTTTCCCACCTATATCTTTACCTAAAGCCATTGCAAGAG +GTGATTCAAAGTTTTTAAATTCATCACTTTCTAATACCTCTCTTAAACCCACCATTTGTC +CTTCTTCATTAGGAACTTCTATTCCTATAGCACTTTTTCCAGGAATAGGTGCTTCCATTC +TTATACTTTTTGCCGCTAAGCTTAGCGCTAAATCATCAGTTAAATTTACTATTTTACTAA +CTTTAACACCAGGACTTGGTTGTATTTCATATCTTGTTATAGTAGGGCCTACTGTAACTT +GATTTACTTTGGCTTCAACACCAAAGTCTGATAATGTCTTTTCTAATAACGAAGCATTCT +TTAATACTTTCTTCTTTCCATTTTCATCTGTCTTCTTATCAAATTTATTTAATATTTCAA +GTCCAGGCTTTTTATAGTTTTCATATTTTGAAACTTCATTAAAATCTATTGGTTGAGTAT +TTTCAATATGTTGTGTTTTATCAAAGTCTTTATTTTCTTTAGTAGCTTTATCAAGTCTAG +AACTTTGAAGATTCTTTAATATATCTAAATCTGAACCACTTTGAGTTCCTTCAAGTATTT +CTAAATAATCATCTTCTGCTTTGTTAAATCCTACTATCTTTATAGTCTTATCATCTACAC +CATCTTCTAAACTAACTGCAGGTTCTTTTTCTGCAATATTATCCTTACTATGCTTAGCCT +TCTCCATCATTCCTTTTAAGAATCCTAGTTTCTTTTCTTCTATCATAGTTTGTTCCATAG +TATTTTCATCTATTTCATCACTTATCATATCTAAGGCAGATTTCTTTAAGTTCGAAACTT +TCTCTTTTAAGTTAGTTCCTTTATTTTTAGATTTACCTTTTCCAAAATTTACATTTGCTA +ATAAGTCTTGTATAGATATATTAAAAGTAAATAATACACATAATACTAATGCGAATATAC +TGATTAACCATCCCCCAGTTATTCCAAATATAGCTTTTATATAATAAGCAATTGTAGATG +TGATTAGTCCAGTACCAGTACCTTCTACACCCATTTGCATTACATCATTAATCATATTTG +ATTTAAAAGGAACATCTACTGGTATACTTCTTGCATTTATTAGTCCATAAAATACAAATA +CAAAGGTAACCACTACATAATACACTTTGCTGTTTTTTAACCTATAAACATATTCGTTTC +CTTCAAAGAATCCAAGTATCCCTGCAATAATTACTATAAAAGGAATTACAAATGAAAGAC +CTCCAAATAATCCTTTAAATATGTTCTGCATAAAATTACCCACAAGCCCCATAGACCCTG +AGTTCAAACTATATAATAAGAATATACCTACAAATATTGTAACTAAGTTATGATATTCCG +CTCTAAATCCTAGGTCTTTATCCTTTTTCTTTTTGCTTTTTTTCTTAGCCACCAATCTCA +CCTCTTACTTTTTGTAACTCATCTACAACATAGATAAATTACAACTTTCTTTAATTTTGA +AATTTACTTTAGTATCCCACCAACATTCTGCAAGCTACTACACTGCTTGATTAGCATATT +ATAAAATTATTTAAAGTTAATCAGCTATAAATTTAAACTTCCTTTAATCTTAAAAAGTGC +TAATGCCTTGACACTAACACTTTTGCTTATATTATTTAATTATATCATATATTATATTAT +TTAAACAAACTTATTTATTTTCTTTAGACTTATCATTTATTTTGTAATTTTCTCATCTTC +TGCTATTAATTCTTTTAGCTTAGCCAGTGCTTCTTTTAATCCCCCAACTGCATCAATTAA +GCCACAATCCACTGCTTCCTTACCTATAAGCACACTACCAACGTCACTAACTAGTTCATC +TTTTTCATGCATTAATCTTACTAATTCGTCTCTTTCTATTTTTGAAGTTCTTATTATAAA +CTCTACAATTCTTTCTTGCATTTTTTTAAAGTACTCAAAAGTTTCATTAACTCCTATAAC +TAATCCATTTGTTCTTATTGGATGCACTATCATAGTCGCAGTTGGTGCTATAAAAGAATA +ATCTCCTGCTGTTGCAAGAGGAACACCTATACTATGACTACCTCCTAATACAAGAGTAAC +TATTTTTTTAGATACACTGTTTAAAAGTTCTGCCATTGCAAGCCCGGCTTCTACATCTCC +TCCAACAGTATTTAAAATTACAAGAACCCCTTTTACATCAGGATTTTCTTCTACTGCATA +AAGCATTGGTATAATATGCTCATATTTAGTTGATTTTTTTTGTGGATTGCCTACAAAATG +ACCTTCTATCTCTCCTATTATAGTGATACATTGTATATCTTTTTTAGGTGGGGTCGGCAT +TTGAGGAGTTCCCATTTGTTTTATATCTTCTACCTCATCGTCATTACTTTCCTCTTCAGA +ATTTCCATTAGTATCACTAGAAAAATCACTTCTATCTTCTACGTCTTCCTCTAAAAGCTT +ATTACTTCTTTTAGTTATTTGTTCACTTTTTTCTAACTCTTTATTTCCAATTTCAATGTC +TATGTAATTAGTATTATTATCTTTGAATTTCATAATTTATCTCCTCTCAAGCATTCTTGC +TTTTAGTTTTACCAAATCTATGTAAAACATTCACTTGCAAATGTTTGAGAGTTTTTTAAT +TATATTATAATTTTAGATCTCCAACTTCCTCTTTTCCATCTTATATAGAATATTATTCCT +CTTAAAATTTCATCCAGCATCATAGCCAACCAAACGCCATGTAAACCCATTTTAAAAGTA +ATAGCAAATATATATGCAAACAATGCTGATACAGACCACATCGATACAATTCCTACTATT +ACAGGGAATTTAATATCTCCTGATGCCTGCATTCCTCTTATTGTTACCATATTTACTGTT +CTTCCTAATTCTAAGAAAATATCTATAAATAAAATTTGCTTGCCTAGCCTAAGTATTTCT +GAATTTGTAGTAAATATACCTAATATATAATCACTAAATATAAATATAGAACCAGATACT +ATTAAGGTTACTAACATTGCTTTTTTTAAAGTATCTATAACAGCATCAAAGGCTTGATCT +TCTTCTCTAGCACCGATTAAATGTCCTACTATTATTTGGTTAGCTTGAGATATTGCATTG +GCATATAAATAAGAAATCATTACTATTATACCTATGTATGTTCTTCCTGTGACAACTGTT +GTTCCTAGCATATTTACTATAGTTAATATTACTATTTGAGAAGCATTATAGGATATACTT +TCTCCTCCTGATGGGAGACCTATATTTATTAATTTCTTGAAAGTATCTTTAGGGAATGGT +CTCATATATTTAAATGAAATTTTCTCATCTATTTCTTTTGTAAACATGTACCCTATTATT +ATAACTCCTATAAACCTACTCAAAATACTTGAAATTGCAACCCCTTGTACTCCCATCTTA +GGTAAACTAAAATAACCATTTATTAATATTGCATTTCCAATTATATTTAGTATATTTACT +AATACTGAAATATACATAGTTTGCTTCATTAATCCGTTACTTCTAAATATTGCTGAATAA +GTTAAAAACAACGCTTGTAAAAATAACCCGCCTCCAACTATATTCATATAAGCATTTGCA +TCTTGTAATAAGTCTGTAGGAAGTTTTATTAGTTTAAATATAGTTCCTCCAGACATAAAT +AATACAGTACCTGCAGCTAAACCAAAAATTAAATTAGTAAATATAGATACGGTGTAAGTC +TCAGATACTTTACTATAATCTTTAGCACCTAAATATTGAGATACTAGTATTGTTGTTGCC +ATTGTTATTACACTAAATGTTATTACTAACACGTTCATTATTTGATTTACATTTCCAACT +GCTGCAACTGCATTATCTGATACTCTACTTAACATAAGTTGATCAATATTATTAACTAAT +AGTTGCAACATAAGCTCTATAAATATCGGCCATGTTAAAGCAAGTATAGATAATCTTTTA +TCTATTTTTTTTGCTGATTCCATTATTCCATCTCCTATATAAATATTATTCCAAGATAAA +ATCTTATTAAATAAAGATATATATGTCAATAAAATTCTGAAAGTTACCTTTTGCAAACGA +TTTTAATTTTTACTCAAATAAAAATGCTGTAATATTAGATTTTGACATCTACTACCACAG +CATTTTTATTAACTATAAATTCGGTTTATAAAATATATTGATCATATCATTTTCTTTATC +TTCATTTACTATTGCATCTACTTCATATACCTCTTTTATTAACTCTTTTGTCAATACCTC +CTTAGGAGTTCCATAGGCTACTATTCTACCATCTTTTAATACGTATATCTTATCACAATA +CATTGCTGCAATATTTAAATCATGTATGGCTGCAATCACCTCAATATCTAAACTTTTAAC +TATATTCATTAATTGTAACTGATACTTTATATCTAAGTGGTTTGTTGGCTCATCTAGTAT +TAAGCAATCTGTTTCCTGAGCTAATGCTCTAGCTAAAATAATACGCTGTTGTTCTCCTCC +TGATAAACTATTAAAATTTCTATCCTTAAAATGTAACATATCTACCCTTTTTAATGCATC +ATTCATAATTTCATAGTCTCTATAGGAATCTCTTTCCATCATTTTTTTATGAGGAGACCT +CCCCATTAAAACCATTTCTCCTACACTAAAATCAAAATCATAGTAATTATGTTGTGATAC +TACTGCCATCTTTTTAGCACTTTCCTTTAGTTTTATACCATCTAAATTTATATCTCCTAA +TTTAATTATGCCACTTGATGGCTTTAAGGTTCTATAAATACACTTTAAAAATGTAGATTT +TCCACTTCCGTTAGGACCTATTATACCTATAATCTCTTTACTGTTTACGTCTATACTAAT +TCCTTTTAATATATTTTTATTTCCTATATCGAATTTTACACCTTCTGTTTGTATTCTCAT +TATACATTTCCTCCAAAGGTATAAGTCTTTTTAATCATTAACCAAATAAAACACGGTGCC +CCTATAATTGAAATAAGTATTCCTATTGGAATTTCACTCCCTTTTACTATTATTCTTGAT +AGTACATCTGCCCATATTAAAAATATAGCTCCAACAAGAGCTGCAATTGGGATTATTTTT +TTATGATCAGTACCAAATATCATCCTAACTATATGAGGTATAACCAATCCTGCAAATCCT +ATCATTCCAGATGAATAAACTAAAAGTCCTATCATTAAAGATGTTATTATCAAGTAAGTG +TATCGATATTTATTTAAATCAGTTCCTAATGTAATAGAAACTTCATCTCCAAGCAGCATA +AGATTTAAAATTCTATATTGTGTTATAAAAAATATAGTCCCAGCTAAAATTATCGGTAAT +ATAAACGCAATTTGTTCCCATTTAGCTCCTGCTACACTTCCCATTAACCAGAAAGTTATA +GTTTGGATGCCTTGTGCATCATTTGCAAAATAAACTATAAAACTTGAAAATGCACTACAC +ACCGAGCTAAGAGCCATACCACCTAATAAAAGTTTTATGGAATTCGATCTTCCACCAATA +TTAGATATTAATAGAACTATTATTGATACTACAAATGCACCTATAAAACCAAATATACCT +ATAGCATTACTACCAAATATAGTTCCTAGGCCAAACATCACTGCTGTTGTTGCACCCAAA +GATGCTCCCGAAGATATTCCAAGTATATATGGATCTGCAAGTGCATTTTTGACAACTGCC +TGCATAACAACACCAACTACTGATAACCCAATTCCTACAGCCATTGCCAATACTATTCTA +GGAAGTCTTATTAACCAAACTACATCATGTACTGCTCCATTAGATAAAGTACTTTCATTT +CCTATTCCAAATAACTTATAAAAAATGATACTATAAACTTCTTTTATACTTATATCAACT +GAACCAAAACTTACAGCAAATCCTATTGAAAGAATCAATGACACTAATAATACAATAGAA +ACACCCATATACATAGGTGTTCTTTCAAGTATCTTAGTCTCTTTTATTTCTGTATCAAAT +TTAATATCCATAAGCTTGACCTACTTATTTAAATTTGGATATAATCCATTTGCAAATGTA +TTTATACCATCTATTGTTCTAATTCCACTACAGTACATTTCTCCAAGAGCTATCGAGTTT +ACTCTTTCATTTTTAATAGCATTTAAGCTCGAAAGTGCTTTATTATTCATAACAGTATTT +ATAGCTTCCTTAGACATATCTTCATCAGTTCTATCCATATAAACTACAAATATTGAATCT +GGATTTAATTTTATCAGATCTTCTTCACTAATATTTCCACCATTTGGATTTAAAAGCTCT +GCTCCAAGTTTTTGTACCATATCTCCACCTAAGGTTTTAGCTCCATATGTATATATTTGT +CCATCCATATATTCTATTATTAAAGTAGTTTGCTTTTCTTGATCTTTTACTGAATTTTCA +ACTTCATTTGTTTTTGTATCAATTTCATTTACTATTTGATTGGCTTTATCTTCTACATTA +AATATCTTTCCTAAATTTAATATATCAGCTTTCTCATTTTCTAAAGTTCTATCTTGTGCT +GCTCCACTATTTAAAGCCATATATGTATTTATATTATTTTGATGCCAGTAATCAACATCA +CCTAAATTTTTATCACTAAATAAAGAATACCAAGATAATATAAAGTCTGGTTGTTCCATT +ACAACAGTTTCCTTTGAGGGTGTAAACTCTTCTATATAATTCACCTTGCTAAATGCATCC +TTATACTCATCTTTTACTTCATGATCAAGACCTGCTGCTATTTCAATTTTATCTTCTAAG +CCTAATGCTAGCAAAGTTTCTATTGAATTTTGATATACTGCTACTACTTTTTCTGGTGCT +TTATCAAAAGTTATATCTACAGGTTCATTTTTATAATTGTATGTAGTTATTGTAACAGGA +TAATGAGAATCACTGTCTAAACTTGTCTCATTATTACTTTCTCCATTTATATTATTTTCG +TTCTTTGAACTACATGCTGTTAGCCCTAATATCATTAGGGTACTAAGTAATAATGCAATT +CCCTTTTTTAATTTAATCATTAATATTCCTCCATAATACATCTAAAAATTTCTGCACATA +TTATTATATTATTATAAATTACTTTTTTTGTGTCTTTTCTGTGTCACATTTATGTCATTT +TTGTGTCACTTTGAATCCTAATAACAATATTACTGAAAATTTATCATAGTATAAAAAACT +CAAATATAAACAATAAAGGAGATACATAAATATGACTTAAAACTCATATTTATGTATCTC +CTTTAAATTATATTTATATATTATTTATTTTACTTAATACTATTATTTATAAAATTGATT +GTGTATAACATGGATTGTTCCAACCATATCTTCTTCTTTTACTAAGCAAGATACAGATGT +ATAAGAATCCGATGATTGTAATAATGTTATTCCAACCTTAGATAATCCTCTTATTATCTT +TGCAATAACTCCAGGTGTTTCTGTAATCTTAGATCCTATTAGGGTAACCTTCGCACACTT +TTTATTTATTTCACATTCTACGTTATACTTATTAAGTATTTCTTCAACACTTTCAACATC +CGACTTATCTATTGCAAATCCTTTATCTTCTACAAAAAAATTTATCATCTCCATGTTTAT +ATTTTTATCTTCCATTTCATTTAATATCTTAGAAAATAATTTTTCTGGAGATTTTACTTT +AATCTGGGCAATATTATTTTTATGAGCAACTGCAGATACAAATCGTCCTTCTTCTTCATA +ATCACCATTCCCATAATCTAAGTTCTTAATTGAACCTATTTTAGTGCCTTCATAATTAGG +ATTTAGCGTATTTTTTATTTCTAAAATTATATCAGCTTTCTTAGCAAGTTCAACGGCTCT +TGGATGTATTACCTTCGAACCTTGTTCTGCCATTTGAAAAACCTCTTCATATTCTATAAA +TTTTATTATTCTAGCATCTGGTTCTACTCTAGGATCTGCTGTCATAATACCATCTACATC +AGTGTAAATCTGAACAGTTTTACTTCCTAAAGCTTTACCTATTGCTACAGCAGAAGTATC +ACTTCCACCTCTTCCCAAAGTAGTTATTTCTCCATCCTCTGTTCCACCTTGAAATCCTGC +AATTACTACAACCTTGCCCATTGATATTTCTCTTTCAATTTTTTGAGGATTAATTTTTTT +TATTTTTGCATTTGAATATGAATTAGTTGTAATTATACCAGCTTGAATTCCTGTTAAGAA +AGTTGCAGGTATACCTTCATCTTCAAGTATACTTGTCAAAATAGTTCCTGATATAATTTC +ACCACAAGACATTATCATATCTAGCTCTCTTTTTGGTGCTTTTTCATTAACATTTTTACA +TAAACCTATTAAAGTATCTGTAGCATATGAATCTCCTTGTCTTCCCATTGCAGATACCAC +TATTACTAAATCATTAGCTTTATCTCTATAGGAACGTATTATATTTACAACCTCTTTCAT +TCTTTCATATGATGATACTGATGTTCCTCCAAATTTTTGAACTAAAACCCCCATTATTAC +CTCCTAAAAATACCTTAGTATACTCCATCATATTCAATAATTATCATATCATTTCCTATT +TTTTTTACACTTCTCCAAGGTACCTCTAGAACAGATTTCTCTTTCTTCAATCCAAAAAAT +CCTTTTTCCTTTGGGATCAATAACGCTAATATTTTTCCTGTTGTTTCATCTATTATAAGA +TCACATTCCCCTACTACTCCAAGTCTTTCGCCTGAAACTAGATTTACTATTTCTTTACCT +GCTATTTCAGATAAATTCAATTTAACCCCCCCTTAAACCTTTTTAACTATAATTTAATAT +TTTCTACTTCTCTACCAACAATGCAAATTCCAAGATTATTTAAATCAAATACTTTGTCTA +TTACCTTTTTAATACTATCAAAGCTTACATTGTTTATACATTCTAATATTTCATCAGTTG +TTTTAACTTTATTGACAAGAAGCATTGATTTTCCAATAGACATCATTCTACTTCCTGTAC +TTTCTAAATCAAGTAAATAACTCCCTTTTAATTGCTCCTTACTTTCGTGTATTTCTTTTT +CAGTTAAATAATTTTCTCTTAAATCTCTTATTTCACCTTTTATTATCTCGCAAACTTCTT +CTAAATTTTCATTGCTCATACTTGCAAATATACCAAGTTCTCCACACTTTCTATATAAAC +TTTGAGCTGAGTAAATAGAATATACTAGTCCTTTTTCTTCTCTTATTTTTTGGAATAGCC +TAGAACTTATGCTACCTCCAAAAACATTATTTATAACGGCTAGAGCGTAAACCTCATCAT +TATTTTCTATCCCTACTGCTTTCAAATTCATAACTAAATTAACCTGCTCTGTATCTTTAT +TTTTTGCTATAATGCAAGATTTAAAAGGTGCTTCATTTAGTTCTATCTCAAAATCTTTTC +CATTCCAGTTTTTAAATTTATCTTCTATTTTTTCTACCATATTATCAAAGTTAAAGTTCC +CAGATATAGATATAACAGCATTATTCGGTATATAATAAGTATTAAAATACTCTAATAATT +CCTTTTTACCTATATTTTTTAAAGATTCTCTAGTTCCTAAAATATTCATTCCTAGTCCAT +CTCCAGCGTAAATGTGTTCTAATAGCATATCATACGCTAAGTCTTCAGGTGAATCTTCAT +ACATTTTTAACTCCTCTAATATTACAGATCTTTCTTTATCTATATCTACTTCATCAAACT +TAGAATTTAAGATCATATCACTTAATATATCTAGTCCAATTTCTATGTGCTCATCTAATA +ACTTCACATAGTAACATGTGCACTCCTTACTTGTAAATGCATTAATCTGACCACCTAAAT +TATCTATTTCACTAGCTATTTCCTTAGAAGTTCTTTTGTTAGTTCCTTTAAACAGCATGT +GTTCTATAAAATGAGATACTCCACTAACTTTAGCATCTTCTATTCTTGATCCTGCATTTA +TCCATACCCCAAAAGATATAGACTTTACATATGGTATTTCCTCCCCTATTATTGTCAACC +CATTCTCTAGTGTTTTTACTTTATACATATCTTCCTCCATTTTGTAACATTTATATTATA +TAAATTACTATTATTTCTTAAGCCATAATATTATTTATTCTTATTTCTAATCAGTATATG +TATTTCATTATAGTTTAGTAAATATATTTATTCAACTATAAAATTCCCCTTACTAATATG +TAACTACCTAGAATCTAGGCATTAGTAATTTTTCAACTATAACAAGTTTCTTTTATTTTT +AAAGGTTAGAAATTCCCACTTTCAAAGTATTAAAAACTCCTTAAATATAGCTTATTTAAA +AATATCACTTAGCTTTCCTGGCTTTAAACCTTTACTTCTGATAACCTCTATTATGTCGTC +TACACACTCCATAGTTGCTTTTGTAGGATGCATCAATATTATGCTTCCATCTTTGACATC +CTTATTTTTTACTCTATTGATTATTACATCTGGTTGTTCTCTATACTTCCAATCAATAGT +ATCTACATCCCATTTAAATGCCGTATATCCTAACTCCTTAGCTGCTTTCATAGTTCCTTC +CCCAAAAGAACCTGCTGGTGCTTGAAAAAATCTAATTTCATCTCCAGTAATTTCTTCTAT +TGTACTTTCCGCCTTTTTCATTTCTTCTAAATTCTGATCGTAAGTAAGTTTAGAATAATC +TAGATGCTTGTACCCATGACTTCCAATTTCATGTCCTTCTGATTTTATTCTAAGTAAGAA +GTCTTTATTATTCTCTGCCCATTTCCCTGTAACATTAAATGTTATCTTTGCATCCTCTTT +TTTTAGTACATTTAATATACCCTCTATGTACTCTTCTTCCCATCCTAGGTCTACGTTGCA +AGTCATTGCAACGTAGCCACTATTAGCCTTTGTTCCTCTTTCATAGGGTAAACTTGCCTC +ATCAATAATGTTAAATGTAGGTGTAGAATGATTTTTTACCACTCCAAATATAATCCCACC +TATTGCAAGTAATGCAACTACAACTCTTATGATTATTCTCTTTAGTTTCTTCTTATTTGC +TACCATTATTAACATATAAGATTCCTCCCAAATATGTACAAATTATATCTTAGTTAATCT +TATTAATCTATTGTCCTATTTATGCAAACATAAATGATACTATTTAATAAAAAAGTATGC +ATATTCCATTTTCTTTAATAAATAAAAAAAGAAGATACCTTGAATAAGCTTATTCAAGGT +ATCTTCTTTTTTTATTTATTTGTTATCTTTTTTTTCAATTTTTTCTGGCTTAGGTAGTAA +AACTTTTCTAGATAAGTTTACCCTTCCTTTTTCATCTATTTCAGTTACTTTTACCTCTAC +CTCATCTCCGATGTTTAAAACATCTTCAACTTTAGCTACTCTTTCATGAGCTATATGAGA +TATATGAAGTAAGCCTTCTTTTCCTGGAAGTATTTCAACGAAAGCACCAAAAGTAGTTAT +TCTAGTTACTTTACCTTTGTAAGTTTGTCCTACTTCAGCTTCTACAACTATATCTTTTAT +AAGTTTTTGCGCTAAGTCTATCATTTCTTGGTCTATGCCAGCTATGAATACTTCACCTGT +TTGTTCTATATCTATCTTAACACCAGTTTCATCGATTATCTTAGTTATAACTTTACCACC +TGGTCCTATAACGTCTCTTATCTTATCTGGGTTTATATTCATTGTTATTATCTTAGGAGC +ATACTTAGATAATTGTGGTTTTGGAGCATCTATAGTTTTTCTCATTTCATTTAATATATG +AAGTCTACCAATTCTAGCTTGCTCAAGTGCAGTTCTTAATATATTTTCATCTATACCATT +GATTTTTATATCCATTTGTATAGCTGTTATACCATGCTCTGTACCTGCTACTTTAAAGTC +CATATCTCCTAAGTGGTCTTCCATTCCTTGTATATCTGAAAGTATTGCTACTTTTTCATC +ATCTTTTATAAGACCCATAGCTATACCTGCAACCATATCTTTTATTGGAACACCAGCATC +TAATAATGATAATGTTGATCCACATACAGACCCTTGAGAAGTTGATCCGTTTGAACTTAA +TACTTCAGATACTAATCTTATTGCATAAGGGAACTCTTCTTTTGAAGGTATTACTGGAAC +TAACGCTCTTTCAGCTAAAGCCCCATGTCCTATTTCTCTTCTACCTGGACCTCTTGATGG +TCTAGCTTCACCAACACTGTATGCTGGGAAGTTATAGTGATGCATGTATCTCTTATTTTC +TTCTTCATCTAAGCCGTCTAATATTTGAACATCACCTAATGCACCTAATGTGGTTATAGT +CATTACCTGAGTTTGTCCTCTTGTAAATAAACCAGAACCATGAGCTCTTGGTATGAATCC +ATTGTCACACCATATAGGTCTTATTTCATCTAATTTTCTATTATCTGGTCTTACTTTTTC +ATGAGTTATAAGCATTCTTACTGACTCTTTTATTATCACTTGAAGAACTTCTTCTATATC +AGAACCATACTCTTCTAATAATTCTTCAAAATGAGACAGAGTTTCTTCTCTTACCGCATC +CATTTTTTCTTGTCTTTCAAGTTTTTCAACAGTTCTTACTGCTTCTTTCATTTTATCAGT +TGCAAAGTTACGAACAGCAGTTTCTACTTCTTCATCTACCTTATGTAACTCAACTTCCAT +TTTTTCTTTTCCAACTGCCGCCGTTATTTCTTCTATGAAAGCTACTATTTTCTTTATTTC +TTCATGTGCAAATAATATAGCTTCTAACATTAAGCTTTCAGGTATTTCTTCTCCACCAGC +TTCAACCATCATTATAGCATCTTTAGTTCCTGATACAACTAAGTGAAGAGAACTTTTTTC +TCTTTGTTCTGCAGTTGGGTTAGCTACTAGAGCTCCATCAACTAATCCTACTAAAACAGA +ACCAGTTGGTCCGTTAAATGGTATATCAGATATAGATAATGCTACTGATGAACCTATCAT +AGAAACTATATCTGGTGTACAATCTTGATCTACTGAAAGAACAGTAGCAACGACTTGTAC +ATCATTTCTAAAACCTTTTGGGAATAAAGGTCTTATTGGTCTATCTATCAATCTAGAAGT +AAGTATTGCCTTTTCAGAAGGCTTTCCTTCTCTCTTTAAAAATCCGCCTGGTATTTTACC +AACTGAATATAATTTTTCTTCGTAATCTACACTTAAAGGGAAAAAGTCTATACCATCTCT +TGGTTTTGCAGACTTTGATACATTAACCATTACCATAGTCTCTCCATATCTAAGTATAGC +ACTACCAGCAGCAAGCTCTGCTATTTTCCCTATTTCAACAGAAAGTTCTCTTCCTGCTAA +ATCCATCTTGAAAATTTTATGTTCAAACATTAATGCTTGTACCTCCTCTTATACTAAAAC +CGCGTTTCTATCCTAATTAATATCTTATCAAAAATACTATAATTTAACAACATAAAACTC +ATTTTATGACTTTTAATGTATTTTATCGCTATTTTTTAATATTTCTTTAAAAATTTAAGT +ATATCATTTTGTATATTATTTGCTACTTTATATAAAATTAATCATATCTAATAAGAACAG +CTGATGGCAAATATATCGGGTCCAGTATGAGAACATATGCAAGCTCCACCTCTAGTAAAA +TATAATTTCTTACATTTTATTTTACTATTAACCTCCTCTTTTAATTTCTCAAAATCATCA +ACATTATCGCCACAACCGATTATTATATTCTTATCTTCTAAAGTATCATATTTATTAACT +ACTAAATTTACAAGTTCATGTATTGCGTGTTTTTTACCTCTTACTTTATTAAGTATGAAT +ATATTTGCATCTTCTACTGTAAATATCGGCTTTATTTTTAATAAATTTCCTATAGTTGCT +GTTGTAAGTGATGCCCTTCCACTTCTTTGTAAGTATTCAAGAGTATCCGGAACAAAGAAT +AAACTTACAGATTCTCTTAACTCTTCTAAATGTTTAATTAATTCTTCTGCTTTTATATCT +TTATTATTTTCAATTAGTTCACATGCTTTCACTACAAATTGAGCACTACCTAAGGATAAT +GTTAAAGTATCAAAGATATGTATATCACCTTCAGTATCATTTTTAGCCATTACGGCACTT +TGATAAGTCCCTGAAGATTTAGAAGATCCATTTATGCAAACTATAGAATAATCATCTTTA +TACTTATCAAAGACTTCTTTAAATTGTATGTATGTAGCTTGTGAAGTTTTTGGAACTTCA +GTTTTTTCTTTCATTCGCTTATAAAACTCATCATTGCTAATATCAATACCTTCTTTATAT +TCCTTATCCCCAAGTATTATATTTAAAGGGACTACATCTATATCATATTGTTCTATTAAT +TCTTTTGGTGCATCACACAGACTGTCGCAAATTAACTTTATCTTCACTTATATCTCCTCC +TAAAATTAAAGTATACATTATCTATAAAATATTGTTCTACTTTCTAAATTATTTACTATT +CAGAATAAATATAATCACAATTAATATAATTCGCATTTATACTTCTTTATTAATTATACT +ATTTATTTGCATATTTTGCATTCTTACATGTACTTTTATTAGTTTATGCTATTATTGCAA +AATATATTTAAAACATTACAAAATCTAAGTTACATCAATTTTAAATCACATTATTTTCTT +CTATATTTAATTTAAAATAAAAGTTGTTTATTAAATTTATTATGTAATTAAAAACAGGAA +GGCTTTTGCCTTCCTGTTTTATATAGATATTGAAAATAAAAAAATTATTTTCTTAATCCT +AATTTAGCTATTAAAGCTCTGTATCCTTCAAGATCTCTTTGCTTTAAGTAAGCTAATAAG +TTTCTTCTTCTACCAACCATCTTTAATAATCCTCTTCTAGAGTGGTGGTCTTTCTTGTGA +GTTTTTAAGTGATCGTTTAACTCGTTTATTCTAGCTGTTAATAAAGCTATTTGTACTTCT +GGAGAACCAGTATCTCCTTCTTTTCTTCCAAACTCTTTGATTATATCTGTTTTGTTCATT +TGTTATACCTCCGTAATATTTTATTAAAATCGCCAATTACTAAGCATAGATTGGAGTGTT +CTAATGCCGAGTAATGGTTAATTTACTTACTTATTCTATCATATATAATTATTTTTTGCA +AACATACTTTTTATAAATATAGTTAGTGTCAATCTTTAACTGAGATTTTAATTCATCTAA +AGAATTAAACCTTTTTTCATCTCTAATTCTTTCTAGAAATTCAAGCTTTATAGTTTTTCC +ATAAATATCTTCATTAAAATCTAGTATATTAGTTTCTACAGATAAGCTTTTACCTTCTAC +AGTTGGATTGTAACCTACGTTTGTTGCACCAAAGTATATTTCTCCATCTAAATATACTTT +AGTTGCATATATACCGCATTTAGGAACAAGCATTTCTTCATCAATTGCCATGTTGGCAGT +TGGAAAACCTATAGTTCTCCCTAACTGTTTGCATTTTATAACTTTTCCCTCTAGTTGGTA +ATTGCGTCCTAAATACTCTTTCACTTTATTTACACATCCTTGTGCTATTAATTTTCTTAT +ATAAGTGCTACTTACCCTTATATCATTAATTTTCACAGGTTTTACAATTTCCACTTTAAA +ATTATACTTAACACCTAAAATTTTTAATAATTTTGCATTTCCTTCTTTATTTTTTGCAAA +GGTAAAATCATGGCCTACGATTACTTTCTTTGCTCCTAGCCTTTCTTTTAATATAATTCT +GGCAAAATCATCTGCTGATATTTTTGTCATATCTTCATTAAAAGGAACATTTACTACCAT +GTCTATACCTAGATAGTTTAGCTTTTTCATTTTATCATTATCTGTGATAATGTTTTTTAC +GCTATAGCTCTTAAAGTAATTAGCAGGGTGATTTTCAAAGGTAAAAACAACACTTTTAAT +TCTTCTTTTTTTACTACTTTCAACTGCTTTTTTTATAAGGACTCTATGGCCTTTGTGAAG +ACCATCAAATTTTCCTATAGTGACAACACTATCTTCTACATCATCTACATCCCATATAGA +TTTAATAATATCCATAATGATTTTCCCCACTAGAATTATAGTTTATACAAATATTTTATC +ACTTTTTAAGCTTATAGTCTTATTATCTTTTAATAATCTTCCTACCCCTAAAAATCTTCC +TTCACTATAAACTCTTACAAACTCATCATTTTCATTTATATTATTGGTACTGAATCTCTT +ATTGTCTATTATTCCACCATTACTGTAATATTTTATAGCGCTTGGTTTTAATATAACTTC +ACTAAAGTTGTTTAAAACATAATCTATATCATATAAATGTTCATCTAATTTATCATTATT +ATAAAACTTTTCTAATTCTTCTAATGTTATTGCATTTTCTAATTTAAATCTGCCTGAAGA +TGTCCTAAGTAAGAAGGACATATGACCTCCGCATCCTAAATATTCTCCTATATCATGACA +AATACTTCTTACATAAGTCCCTTTAGAACATTTCACATAAAACATTATTTTTTTATCATT +TATACTAAGTATGTTTAATTCTTTTATATTTACTTTTCTTGCCTTAATAACTATTTCATC +AGCCTTACCACTTCTAGCTAAGTCACACATTTTTTTGCCATTAACTTTTAGTGCTGAATA +TACAGGAGGTAATTGTTCAATTTCTCCTTTTTGTGTATCAAAAGCTTTTTGTATATCTAC +TTCACTTGCCTTAAAATCATCAACTCTTTTTATTATAGATCCAGAAGAATCATAAGTATC +AGTTGTCATGCCTAGCGTAAGCTCGCATATATATGATTTATCCTTATTAAGGATTAATTC +ACTTACCTTTGTAGCTTTTCCTATACATATAGGTAGTACCCCTGATGCATCTGGATCAAG +GGTACCTGTATGGCCAACTTTTTTCATATTTAAAATTCTTCTAACTCTGCTAACTACATC +ATGAGATGTCATTCCTGTAGGTTTTAATATATTTATTATTTTGTTCATTAAAATCACCTT +AAATTTCTTTTAGAACTTCTTGTAGGATTTTTATTTTTGCATTTTCTACTGTATCATATA +TAGTACAACCTGCAGCTCTTACATGACCTCCACCATTAAATGTTTGAGCAATTTTACTTA +CATTTACATAGTTTTTAGATCTTAAACTAACCTTGACTTCATTTTCTTTTTTTTGCTTTA +ATAGTATTCCTACTTCTATATTTTTAATGTCTCTTGTGTAATTAGTTACTCCATCAACAT +CATTAAAACTCATGTTATTTCTTTGTAACATATCTATCGTTAAGCTTATACATGCTACTT +TTTCCTGAACTATATCTAATGTGTTTAATGCTTCTCCTAATAACTTATAGTAATTATAAG +AATTACTTTGGAAAACATTTTGAATAATTTTATCTTTTTTAGCGCCTAAAATCATCAGTT +CTTTAGCCATTTCAAAACTACTTGGATGTGTACTTGAGTAAGAGAAATTACCTGTATCTG +TTACAAGCCCAGTATAAAGCGCTGTGGCTATATCTTCATCTATTATATTAATATTATCTA +ATTCATTTAATCTAACTAATAGGTTATATACCAACTCACTAGTAGATGAAGCTTCAGTAT +CAATATAATTCAAATCACCATAGGCATCATTACTTGCATGATGATCTATACATACTATTT +TTAAAGCTTTATCTTTTATTTCTTCACTTACACAAACTCTATATTTATCTCCACAATCTA +ATGCTATCAAACTATAATTATCTATATTTAATGCTTTAAACTCTTCTGAGCTCATATTAG +TTACATTTTCCACTAAGAATCTAAGATTTAATGGTGCATTATCATCTAAAACATAATATA +CATTTTTTCCTAACTTTTTTAAAGAATAGTATATGCCAAGAGTTGAACCAATATTGTCAC +CATCTGGGCTAATATGAGAAGTAACGACAAAGTCGTTACTTCCTTTTATAAATTCTATAA +TATTATCAATATTACTTATCATCTTCCTCATCCTTATGCATAGTTTCTTCATTATTTTTT +GAACTAACTTGCTTTATAAGATTATCCATGTACATACCTTTTTTGATTGAATCATCAACC +TTAAAGATAATTTGTGGAGTATGTCTAAGTTTTACATTTCTACTTACTTCTCTTCTTACA +TAGTTAACTGCACTCTTAAGTCCTAATAAAGTCGATTCTTCGTCTCCTCCTAGAATACTT +ACATATACATATGCATAACTTAAGTCATTAGTAACTTCTACATCAGTTACACTTACCATA +GATGTTATTCTAGGATCCTTTATTCCACTAATAAGCATAGTGCTTACTACTTTTCTTATT +TCTTCTGCTATTCTTCTTGTTCTATTGTATGATGCCATAATATCGACCTTCTTTTACTAT +TTTAATTTTCTTTCTACTTCTTTAGTTACGTAAGCTTCTACTATGTCGCCTTCTTTTAAG +TCATTGTAATTTACGAAGCTTAATCCACACTCGTAACCACTATTAACTTCTTTAACATCG +TCTTTGAATCTTCTAAGCGCAGCAATTTCACCATCGTGAATTATTATTCCATCTCTAACT +ATTCTTGCTTTACCACCTCTAAATATCTTACCTGTTGTTACATAACATCCTGCTATTGTA +CCAACACCAGATATTTTAAATGTCTCTCTAACTTCAGCCTTACCTGTATCTTCATCTTTG +TATTCAGGATCTAACATACCTGTCATAGCTGCTTGAACATCTTCTATAGCTTTATATATT +ATAGTATATGTTCTTATATCAACATTTTCCTTTTTAGCTACTTCTTCAGCTCCTGGAACT +GGTCTTACATTAAATCCTATTATTATTGCATTCGATGCTGTTGCAAGCATAACGTCAGAT +TCATTAACTGCACCAACACCGCAGTGAATTACTCTAACTGCTACTTCTTCATTAGATAAC +TTTTCTAATGATTGCTTAACAGCTTGGGCAGAACCTTGAACATCAGCTTTTATTACTATG +TTAAGATCTTTCACATCTCCTTCATTCATTTGTGAGAAGAAGTCATCAAGAGACATTCTT +TGATTAGATTTTAACATCTCTTCTCTTGCTATTTGTTGTCTCTTTTCAGCAACACTTCTA +GCTATTTTATCACTTGGAACTGCAACAAACTGATCTCCACCTTGTGGAACTTCAGATAAA +CCTAATATTTCTACTGCTGTAGAAGGTCCTGCAGCTTTTACTCTCTTACCTTTAGAGTTT +ATCATCGCTCTTACTTTTCCACTTGCAAGTCCAGCAACTATTGGATCTCCAACATTTAAA +GTTCCTCCTTGAACAAGAACTGTAGCAACTGGCCCTCTACCTTTATCAAGCTGAGCTTCT +ATAACAGTACCTACTGCTCTCTTGTTTGGATTCGCTTTTAATTCTTCCATCTCTGAAACT +AATAATATCATTTCAAGTAATGTATCTATTCCAGTTTTTTGTCTAGCTGATACTGGAACT +GCTATAACGTCTCCACCCCAGTCTTCAACTAATAATCCTTGGTCAGCTAATTCTTGCTTA +ACTTTATCAGGATTTGCATCTGGCTTATCTATTTTATTTATAGCTACTATTAATGGTACT +TCTGCTGCTTTAGCATGGTTTATTGCTTCTACAGTTTGAGGCATTATACCGTCATCTGCT +GCAACAACAAGTATCGCTATATCAGTAACTTGCGCTCCTCTAGCTCTCATTGATGTGAAA +GCTTCGTGTCCTGGAGTATCTAAGAATACTATTTTTTGACCATTAACTGAAACTTCTGAA +GCACCTATATGTTGAGTTATTCCTCCTGCTTCGCCTCTTGTTACGTTAGTCGATCTTATA +GCATCTAGTAAAGAAGTTTTACCATGGTCAACGTGTCCCATTACTGTTACAACTGGTGGT +CTTGGTAATAAATCTTCTTCTTTATCTTCTTCTATTTCCATCAAAGCATCTATTTCTAAT +TGCTCTTCTTCTTCATCTTCTGTGCTAGTTAATAATGTATATCCATACTCTTTAACTACT +AACGATGCTATTTCTTCTGAAACTTCTTGGTTTATACTTGCCATAGTTCCCATTTTCATA +AGCTTCATTATTACTTCAGAAGCAGATACATCTAAAGCATTCGCTATTTCCTGAACTGTT +AATTTCCCAGTTATAGTTACTGTAGGACCATCATGAGTTACAGCTTCTTCACCTACTAAT +TCAACTAATAACTCTACATCATCATTTTCTATTTCACTATTTTCATTTTCTGCACTTATT +TCTAATTCTTTTAATTTAGCTATTACGTCTTCGTTTGACATTCCTAACTTTTCTGCAATT +TGGTATACTCTTGTTTTTGACACAAGATCACCCCCTATTGAATTTTTTATTTTAAAAGTT +CTATAACTTTATTTGCAAAGCCTTCATCTTTTACACCAACTACTGCTCTTGGTGCTTTTC +CGATAGAAAGACCTAGTTGTAACTTAGTTGAGAAATATACGTATGGTACATTTCTATATG +AGCTTTTATCTTTAAAAAGCTTTTTAGTGTTGTTTGATGCATCTTCTGCAACTATTACTA +ATTTTACATTTCCTCTTTTTAACTCTAATAAAGTTGAGTCGTCTCCAGAAACTATTTTGC +CTGCACGAGTAGCAAGGCCTAAATATGAGTATATTTTTTCTTCATTACTTTTCATATGAC +TTTAACTCTGCAAGTAATTTTTCATATACCTCATCAGAAACTTCCATTTTAAAAGCTTTA +TTTAAAGCTTTAGTTTTTATAGCTTTTTGTAAGCACTCTACACTTTTACATATGTACGCG +CCTCTACCATTAGCTTTACCGCTTAGGTCTATGAAAATCTCTCCTTCTTTATTCTTAACG +ATTCTCATAAGTTCTTTTTTAGAGTCTCTATCTTGACAAACTATGCATTTTCTTTGAGGT +ACTTTCTTTATTTTTTGCAAAGATTATCCCTCCTTTACTCTTGGTTATCTTGAGATTCAC +TTTTTATATCTATCTTCCAATTAGTAAGCTTAGCCGCAAGTCTTGCATTTTGACCTTCTT +TACCTATTGCAAGTGATAGTTGATAATCTGGTACTACTACTAAAGCAGATTTTTCTTCTT +CATTAACATCTACTCTAACAACTTTTGATGGACTTAATGCTGCTGAAATAAACTCAGCTG +GATTTTCACTATAATTGATTATATCTATTTTTTCTCCTATAAGCTCATCAACAATATTTT +TTACTCTTGAACCTTTTGGACCTACACAAGCTCCTATTGGGTCTATTTTTTCATCTATTG +AGTGCACGGCCATTTTTGTTCTAGAACCAGCTTCTCTAGCTAATGATTTTATTTGAACTA +TTCCTTCGAATATTTCTGGAACTTCAAATTCAAATAATCTCTTAACTAATCCTGGGTGAC +TTCTAGATACAACTATTTGAGGTCCTTTATTAGTTTTCTTCACTTCTAGTATATAAACCT +TTATTTTTTGACCCGCTTTGTACGCTTCATGAGGTATTTGCTCTGCTTGTGTCATAACAG +CTTCTATTCTACCTAAGTTTACGTATACTAATCCTTTACTCACTCTAGCAACTTCTCCAG +TTACTATTTCATGTTCTTTTTCTATAAATTCATTATATACTATATCTCTTTCAGCTTCTC +TTATTCTTTGAACAACTACTTGCTTAGCTGTTTGCGCTGCTATTCTTCCGAAATCTTTAG +GAGTAACTTCATTTTCTATTATATCCCCTAGTTCATAGTTTGGATTTATTTGTCTAGCTT +CATCTAATTCTATCTCTAAGAATGTATCGTATAAATCAGATTCATCAACTACTACTCTTT +GAGAAAATACTCTAACGTCTCCTTTTTCTCTATCAAACTCAACTCTTACATTTTGAGCTG +AGCCAAAGTTCTTCTTATATGCAGTTAAAAGAGCTTGTTCTATAGTATCTATAAGAATGT +CTTTATCTATACCTCTGTCTTTTTCTAATTCTTCTAATGCTTCTATAAATTCGTGGTTCA +TCACATTTCCTCCCTAATTAAATTACCTTAGAACTTTATAGCAAGTCTAATAAGTGCAAC +ATCTTTTTTATTAAACTCTACTTCTTCATTATCTATTATCACTTTTATATTTTTATCTTC +TGTTAAACCTATAAGCTCACCTTCAAGTTGCTTAGAGCCATTTAATGGTTTGTATAGTTT +TATTTCAACATCTCTACCTTGGTATCTTACAAAATCTTTATCTTTCTTTAATGGTCTATC +AAGTCCTGGAGACGATACTTCTAAATAGTAATTATCCTTTATTGGATCTTTTACATCTAA +TATTTCACTTAGTGCTCTACTAACAACTTCACATTCATTTAAAGATATTCCACCTTCTTT +GTCTACGAATATTCTTAGATAATATTCTCCAGCTTCTTTTACGTATTCAACATCTACAAG +TTCAAAGTTATTAGTATCAATTATTGGTTGAACTAATTCTTCAATTGTAGATTCTATACT +TTTTTTCATGTTCATTCCTCCTATTCAGTTGTAAGTTATAGTATTAAAATAAAAGAGTGA +GCACTTCGGTCTCACTCTTAGTTTTTGCTAAATATACTATTTTATATACTATAATATCAT +ATAATAGTTTTCCTTGCAAATTTTTTATTAATTAGTAAGCTTTTAGCTTTTTGTATTAAA +CCCATCGAAAATAAAAAATATTTTATTTTTATACATTTAGTTCGTAACTAATATCTTCTA +ACGGTTTATCTTTTACTTTATCCTTAACATAAATTATAGAAACAAATATTGCTATAACAA +TCACAAATGTAGCATACTTAAAAGCCACAGTCATACCTTCTATATCAGCTAATACTTGAG +TTGCTTTAACGCTATTATTTGCTACTACAGTCATTATTGTTACAAATAAAGATGAACCTA +CAGCTCCTGATATTTGACGTAGAGTAGAATTTATGGCACTACCAGATGCTATTTGTTCTT +GCTTAAGTTCATTTAATCCCCATGTTGTAACAGGCATTAATAAAAATGTTATCCCTATCA +TTCTTATTGTATACATAATTGTAAGAACAGCTATTGATGTTGTTTCTTCTAAGTAGCTAA +ATCCTAGTGTACCTACTCCTAACATAATACATCCTGATATAGCTAACTTTCGAAGCCCAT +ACTTATCTAATATATTACCTGTTATTGGACTTAATATACACATTGCTATGGATCCTGGTA +ACATTACTATTCCAGGTACCATTGCTGACATGCCTCTTGCAGACTGTATATATATGGATA +AAATCATAGTTGCTGACGTCATAGCCATATATACTATACATATAAGTATAATACTTATCG +TAAAATTCCTAACTTTAAATACTCTAAGATCTAAAAGTGGATCTTCAACTTTAATTTGTC +TAATTACAAATAATACTAAAGATATTAATCCTATTAATATTGGTATATAAGCTAATGGGT +TAGCTATAGTGTAAGTACCTATATTAGTCACACCTATTAACAAACCTCCAAATCCTAATG +AAGATAGTATTAACGATATAACTTCAAGCTTAGACGGTTTATTCTCCATAAAGCTCTTTA +ATAATATTACTGCAAATATCACATCTAATATTGTGATAATTGCTAGTATATAGAATATAA +ATCTCCATCCAAAACTATCTATTATATATCCAGATACTAGTGGTCCTATTGCTGGTGCAA +CCCCTATTGCGAAACCATATATACCCATTGCCTTACCACGTTCTTCTTTTGGATATAAGT +TAATCATAGCTACTTGAACCAGCTGCGTTATTATGCCAGCTCCAATAGCTTGTAACACTC +TAGATAGTACCATAAATATAAAATTATTTGCAGTTATAGATACTATACATCCCCCTAAAA +ATAACCCCATTGATGTCATAAATAAACCTTTAATAGGAAATTGATTTACCAAATATGCTG +TTGATGGAATCATAATTCCAAGTACTAACATATAAGTTGTTGTTAACCACTGTGCACTAG +ATGTTGTAACATTAAATGTTGACATTATACTTGGCAAGGCAGATGTCAAAACCATCTGGG +CAAGACTAGTTATAAATGCGCCTATTATTAATATTGCTACAATACCACTTCTATTTTTTC +TACTTTCCCCCATTTTATTCTCCTATTTTATATCTTAATATTTGCAAGCTTCTATACTTA +ATACATTAGGATTTTCTATAATTCTAATAGTGTACAGAAGTTAAATTATCCGTGTCATCT +CTGAAAGCTATAAGTACTTTACATTATCAAATAATGTTAATCAGTACCCTTTAAGTATAA +ATCAACCTTTTTACGAAATCAACCTTTAATACACTAGTATACTAAATCCTATATATAAAA +ATGAGTTATCATTTTACTGATAACTCATTCTCATATTAAAATAATGATAATTGATTTTCA +TCACTCATATTTTGTAAGGAACCATGATTTGTAAGTGTTTCAATTACAGTCTTAGATATC +TTTGTTCTTTTTCTTAAATCTTCTTTTGAAATAAATTCTCCATTTTCTCTTTCTTCTTGA +ATATGAATAGCAGCATTCTCTCCAACACCTTGTAGTGCTATCATAGGCGGAAGTAATAAC +CCCTTACCTGGCACTTGGAAAAGTTTTGCATCTGATTTATATATGTCCACAGGAAGTATT +TTTATTCCTCTAGCATACATTTCATAGGCAACTTCTAGTACCGTAAGCATATTCTTTTCT +TTAGTAGAAGCGTCATTTCCTAAGCTTTCTATTTCATGTATTCTAGTTCTAATTGAATCT +ATTCCTTTTACTATTAAGTCAGCATCAAAATCTTCTGCCTTAGTTGAAAAATAAGTTGCA +TAAAAGGCTTCTGGGTAATGAACCTTGCAATAAGCTAGTCTAAAGGACATCATAACATAA +GCAACCGCATGTGCTTTAGGGAACATGTATTTGATTTTCTGACACGAACCTATATACCAA +TCTGGAACATCATTAGATTTCATCTCTTCAATGTGTTCTGGCTTTAGCCCTTTTCCCTTT +CTTACGTTTTCCATTATTGTAAAGGCTGATTTTGGTTTTAGCCCTTTAAATATCAAGTAG +TTCATTATATCATCACGAGTTGATATAACTTCGTCTATTCCAACTATTTCTTCTCTAACT +AAATCCTGAGCATTATTTAGCCAAACGTCAGTACCATGAGAAAGTCCAGATATACGTACA +AGTGCTGCAAAAGTTGTTGGTTTCGTATCAAGAAGCATCTGTCTAACGAACTTTGTACCA +AACTCTGGTATTGCTAATGAACCAATAGGACAATTTATTTCTTCTGGTGTGACACCTAGT +GCTTCTGTAGAAGTAAATAATGACATTGTTTCTGGATCATCTAATGGAATTTCCGTTGCA +ACTATTCCTGTTAAGTCTTCTAGCATCCTTATCATGGTCGGAGCATCGTGCCCAAGTATA +TCAAGTTTCAGTATTCTACCACTAATTGAGTGATAGTCAAAATGTGTAGTTATAACTCCA +CACGAAGTATCATTAGCAGGATACTGTATTGGTGTAAAATCATATACATCTTTGTAATGA +GGGATTACCATAACGCCTCCTGGATGCTGTCCTGAAGTCCTCTTGACACCTGTACATCCA +TTTGCAAGTCTTAATGCCTCTGCTATTGGAACATTTATACTATTTTCTTCTATATATTTT +CTAGCATAACCAAAGGCTGTCTTCTCAGCTACAGTACCTATAGTACCTGCTCTATAAACG +TACCCTTCACCGAATAATTCTTCTGTATATTTGTGTATTACCGGCTGATAATCACCAGAG +AAGTTGAGGTCTATATCTGGCTCCTTATCTCCTTCGAACCCAAGGAAAACCTCAAATGGT +ATATCATGCCCATCTTTTCTAAGTGGCTTACCACATTTTGGACAATCTTTATCTGGTAAA +TCTACTCCAGAACCATACTCACCAATTTCAAAGAAATATGAATATTTACATTCTGGATCA +TCACAAATATAATGTGCTGGTAATGGATTAACCTCAGTAATATCACTCATAGTTGCAGCA +AAAGAAGATCCAACAGACCCTCTTGATCCAACTAGATATCCATCACTTAATGACTTCGTA +ACTAGTTTTTGAGCGATAATATACATAACTGCGTATCCATTGCTTATTATAGAGTTAAGC +TCCCTGTCTAACCTATTTATAACTACATCAGGTATTGGACTACCATATATCCTTTCTGCC +TTTGAATAGCACATTTCTCTTAGTTCTGTATCTGAACCTTCTATTACTGGAGGATAAGTA +TCATCAGGTATTGGTTTTATAGACTCTACCATATCAGCTATTTTGTTAGTATTTTCAACT +ACTACTTCATAAGCTAATTCTTCTCCCAAATAACTAAACTCCTCTAACATCTCATCTGTA +GTTCTAAAATGTAAATAAGTCTCTTCATCATCAAGTTTAAATCCCTGAGAATATTTTAAT +ACTCTCCTTAAAACCGCATCGTGCTTATCTAAAAAATGCACATCTCCAGTTGCTACTGGT +ATTTTTCCAAATTTCTTAGCAGCTTTAACTAATCTTCTATTTATATCTCTTAATTCTTCT +GCATCATTGACTTCACCTTTATCAATCATGAATTTATTATTGTCAATAGGCATAATTTCA +ATATAATCATACATATCGATGACTTTTTTTAATTCTCCATCTGGAACATTTTTCTTTACT +GCTTGATAAACTACTCCAGCTTCACATGCAGAACCTATTATTATCCCTTCTTTATGCTCA +TTAAGAACACTTCTAAGAATTCTAGGTGCTCTATAAAAGTGATTTACATGAGCATCCGAT +ACTATCTTATATAAGTTCTTAAGTCCTGTGTAATTTTGAGCAATCAAAGTAATGTGGTTT +GTTGTTAACTTAGTATAGTCTATTTTTCCTAAAACATTATTTACATCTCTTAGAGTATTT +GCTCCTTTTTTCTGAAGCATATCTAAGAATTTAAGGAATATATGTGCAGTTGCTTCTGCA +TCATCTACTGCTCTATGGTGATTTAATAATGGTACACCAAGCTCTTTTGCAATTAGATTA +AGCCTAAATCTCTTTAAATGAGGCAGTAAAATTCTTGAAAGCATTAATGTATCTATACTT +TTACTATTATAATCTAATCCTTGCTCTCTACATTTTTGTGATATAAACCCTGTATCAAAC +TCTGCATTGTGAGCTACAAGCACACTATCTCCTACAAATTCCATAAATTTTGGAAGTATT +TCTTCTATCGTAGGCTTATCCCTGACCATATCGTTAGTTATACCTGTTAACTCTTGAATT +TTATAAGAAATATCTTTTTGAGGATTTATAAGCTCACTAAATCTATCTACTACCTTAAAA +TTTTCTATTTTAACTGCACCAATCTCCGTTATCTTGTCGTTAACATTAGAAAAACCTGTA +GTCTCTATATCAAAGACTACAAAGCTTTGAGATAACTCTTTATCATTAGGATCATTTATT +ATCAATGCATCATCTTCTACTAAATATCCTTCGACTCCATACAATACCTTAATTCCATTT +GCCTTAGCAGCTCCCATCGCATCTGGGAATGCCTGTACTATACCATGATCTGTTATAGCT +ATTGCCTTGTGTCCCCACTTTGCTGCTCTTTCAACTAGTTTTTTAACATTGCAAACAGCG +TCCATCGAAGACATTTGTGTATGGGCGTGTAATTCTACTCTTTTATTGTTACTTAAGTCT +TGTCTTTCTACTTTTACTTCTTTTCTAATACCACTTATAGTCATACTTATTTCTCTTTGA +TAAGTATCATAAATTATATCTCCTTTGATTTTTAAATAAGAGCCTTTTTTAATTTCATTT +AAAACTCCATCTTTATTTACGTCATTTAAGAATAATTTACAACTAATAGAACTTGTATAG +TCTGTAACCGCAAGTATTAATAATATCTTACCATTTCTAAGCTCTTTGGTCTCAATATCG +AAAACTTCACCTATTATGCCAGTAGTCCCTGAGTTTACATTCAACTTAGATACTTGATCA +ACTATTACATTTACATTTTCTCCATATATTAAATGCTCATCAACTTCAGGTTTTATAACA +TAACCTTCTTCTTCAACTTCTTTTTCTTCAACTTTACCAAAGTCTAAAGCTTTAATTTTT +TCTTCTATTTCTCTATCTGTTCTCTCTATTATTTTACTTATGCTAATGTTTTCATCTATA +GCTCTTTCCAAAACTATATTTATATCAATTCCTAGTTCTTCACTTAAAGCAGTTTTCAGT +ACATGAATAACATTTTTTCTCATTAACTTTTCATAGAAAAGATCCTTAGGTAACTTAATT +TTTAACACATCATCTAAGCACATATACTCAACTTTTTTGTACCAGCCTTCTATAGCAGGA +CATAAGCTTTTTAAAATATAAAGTATATTATTCCAGTATCTTTTTATAATATCTTTATTA +GTTTTTCTATCTAAACCAGTATATCTGATTTTTACTCTTATATCTTTAAAATAATCTAAT +GTATATAAAAGTTCATCTCTAAACTTATCTAATAATTCATAAGATACTATGTCTTTTGAT +GTTAAATAAAAATACACTATTTTATCTTCTTTAAAGTAAACAACTTTTTGAATATAAACT +TCTTTTAGTTGCTTCGACAATATTGTATTGTTTATCTCTAGTTTATCTAAATACTCTTTT +ACAGAATCCATAGCTATCTCCTTTCTTAGATTTACTATTATATCACAGGTAAAGTCATAG +ATTAACTATTAATCAATCTTACCTTTTAAATATTACCCTTTAGCACTAAGAATTACACAT +TTGATATATCTTTAAATTATTAATAAAATTTATAGATTTAATTTGGATTAGCTACAAATT +AGATTTTTTTAATACTATGTAATATAAGGAAAAACACACTTTAAAAAAGGTGGTGTTAAA +ATGAATGGAGACGATATTCTTGATTTTAGAAAAATAGTAATTTGCTTTTCTGAATTAGGA +GAAAAAAAACTTTTAAAAAAAACGATTAAAGAGATTCATACAAATAAAAGAGTACATCTT +TACTATTCCAATTCTGGGAATATTCCTATATGTGCACTGCCTAAACTTAAACTTGTATTG +GCTTCTAGGCACGGTTTTTTGTCATTTTGCTTTAATTTCTTTTCATTTATTAAATTGTCT +AATAGTAATATAGCTATAAATCCCTCTACTATAAAGACAATTGCAAAATGCGTACTTTCT +CATGAAATAGGTCATATTCTAGACCCTAATATTTCAACTGCAAAATATGAATATGCTGAC +ATATTATCTAATATAGTTGATAAATTAATTGAGTATAATATAGACGTTACTAACAATGAT +TTTCATAAGGGTAATTTACCATCTGATTTAGAGAGGTATGTTGTAGATTTAAAAAAGAAT +TTAATAAACAGAGAATCTAGGGCTTGGGATATAGGTAAAACGATTATTGACTTAGACAAC +GAAAAGGAAAAAATTATTTTTAACAAAGTAAAGGAATATGCTTTAGCTACTTATAACTAT +GGAAATATAAAAAGCATAGTCAAAGAACATAATATAGATGTATTCTTTAAGTATAAGAGG +TACCTTGCATAATTAATATGCATTGTTTATATCAATGTATATTAATTATTTAATACAATT +GTTAAAAATAAGGCCAAAAAGCTATTCTGGCCTTATTTTTAACTTTTTAATATTTTTATT +ACTAATTATATTTCTTACACAGTGATCTATATTCTATCAAATCTTTATTTATATACTAGC +CTCTCATATACTAATTTACTTTGGTTATCATAGTAACCAATTAAACTATTCATTACAGAA +GCTATTCCATTACACCAATTTATATCTGTTGCATATTGATGTGATCCATAATTCCATTTC +ATTTTATATACTGTATTTTGCTTGTATGAACTATGTTTTATGTAATTTGCTGCTATCCAC +TTAGCTGAACCTTCTATAGTAGCATCTATACTTGTCCAACCATATTTATAAGCAGTCTCT +GCTCCTGATAGATTTGCAGTTCCATCATAGGCACCTATTCCGAAAAAGTTATATACAGTA +ACTGGTTTACTTAACGCTTGGCCTTTATATGTAGTTAAAGTTTGTCCTTTAGCTAAAGTA +GAACTTCCATAGCCAGTTTCCCACATACAGTGAGCAACAAAATATACTACATCTATATCA +TATTTCTTCGCTGCATCTATAAATTGTTGTCCTTTGTTATAGAATACATTACTTGATGAT +ACCTTACTGTTTAAAAATTTATTTAATTCACTAGCTGTAATTCCATCTGTATATCTATCA +ATTCTCAAGAATTGTAACTTACCATAAGAACTTGCTGAAATTATTTTACTAGGATTTAAT +TTTTCTTCTATTTGGAGTTTTGTCGCTTTACTTCCATTCGCTCTATTGTATCCAGACTCA +GATACAGAAACTTGTTTTGATAAATGTTGTTCAAAAGTATAGCTTAAAAGTAAATCACTA +ACAGTACCTTGGCCAAACGCTCCAGTGTCTACATCTGTTGAACCACTACCTGTATCTCCA +GACTCTGATCCAACTTCACTTAAATATTGACTTGAGACATAGGCTTCTTTATCATTATAT +AATATTTTTGACCATCCATTACGCTCTGATATTACTCCTACCTTTGTCCCCTTTGATAGT +GTTCCTAACTTTGAGTATGATGTTGATGGTCCACTTCTTACATTTAGTGAATCTGTATTT +ACTTCTTTTGTTTCTTTTACTGTATTACTTGTATTATCATCTGTTGATCCTGATGATATC +TTACTTAAATATTGGCTTGATACATAGGCTTCTTTATTATTGTATAATATTTTTGACCAT +CCGTTACTCTCTGATATTACTCCTACCTTTGTCCCCTTTGATAGTGTTCCTAACTTTGAG +TATGATGTTGATGGTCCACTTCTTACATTTAGTGAATCTGTATTTACTTCTTTTGTTTCT +TTTACTGTGTTACTTGTATTATCATCTGTTGAGCCTGATGATATCTTACTTAAATATTGG +CTTGATACATAGGCTTCTTTATTATTGTATAATATTTTTGACCATCCGTTACTCTCTGAT +ATTACTCCTACCTTTGTCCCCTTTGATAGTGTTCCTAACTTTGAGTATGATGTTGATGGT +CCACTTCTTACATTTAGTGAATCTGTATTCACTTCTTTTGTTTCTTTCACTGTGTTACTT +GTATTATCATCTGTTGATCCTGACGATATCTTACTTAAATATTGGCTTGATACATAAGCT +TCTTTATTATTGTATAGTATCTTTGACCATCCATTACTCTCTGATATTACCCCTACCTTT +GTTCCTTTTGATAGTGTTCCTAGCTTTGAGTATGATGTTGATGGTCCAGTTCTTACATTT +AATGAATCTGTATTTACTTCTTTTGTTTCCTTAATTGTACTATTGCTTGAATTATTATTT +GAATTATCCGAACTTGAAGACTTACTATCTAAATATCTGCTAGATACATAACATTCCTTG +TTATTATATAGTATTTTCGACCAACCATTACTGTCTGATATTACAGAAACCTTAGTTCCT +TTGCTTAGTTTTCCAACTATACTATTACTTGTTGAAGGTCCACTTCTTACATTTAATGAA +TTTGTATTTACTGTTTTAGTAGTTGTATTTGTATATGATGGTTTTATATCATCTAAATAT +ATGCTATAAACATATCCTAATCTACCATCATATTTAATTTTACTCCATCCGTTACTTTCA +GATATAACTTCTACTTTAGTACCTTTATTAAGAGTAGTTATTACTCTATAACTGGTACTA +GCTCCACTTCTCATATTTAACCCGTTTGTGTTAACTTCCTTTTGTTCATATGAAGATGAT +CTACTTACAGTTTCCGAACTTTCTGATATAGATATGTACTTAGATGAAATCCATCCTTCT +TTATCTTCATTATTTTTTACTTTATGCCATCCATTTGATGTATCCGTAATCGTAACTCTA +TCATCTTTATTTACCATATATAAAACTTCAAAATTAGAACCTGGTCCACTTCTAACATTT +AAAGTTTCAGCTGTGATTATTCCTACTAACTCTGCTTCATTTGCATGAGAAACAGAAAAT +GGTACCATTGCCAACGCTGTTAAAGCAATTCTTTTTCTCAAACCTTCTCCCTCATTTCTA +ATTTGTAAATTACTCTTTAGTATAGTTATTATTATAATATATTATTAATTATCGGTAAAC +ATTTCCAATAGCTTTAAGTGAATTTATTTTTCATTTGAAATACTTTTTATTTAAATTTTC +AGCACAGATTATACTGTAAGGTATTTTTTCAAATCCAGTTTCTGACTTAAATATACTTAT +TATATTTTTTCCACTTGCTATATAATTTTCATGATTAGGATACATTATTGGATATTCTAA +ATAAGAAATGAAATACTCCATATCCTTACCTGTACACCTTTTCCAATATCCTTCCCATTC +CGTATTAGTTACATAGTCATAAGGATTAAGTATTTTTCCATTTATTATAAAATATTTAAT +AGGGTCTGGTAATTCTTTAGAGTTATTTTTAAATTCCATATCTAACCTGCAAAATTCTAT +CACATAAGGAGTTAAAATATTACTAATTTCCATCATTTTAGCTTCTAAGTAATCTAATTT +ATTCATTTTTTTACTAGATGCTCTTTTTTTATATTCTCTAGCATATATTTCGAACATACG +ATAATCGCCTTCTCTAATATTCATAAATAACCACTTCCCCTTAATATCACTTTAATTTAC +TATATTTTACCTTTGGCTACTAATTACCTTTTTTTACTTAATAAATTTACAATAAAATTT +TCACGAGAATTCTTTTCTTTATATTTTATATTCCTTGTGCCATAATAAAATTAATAAATA +TAGTTTGGAGATTTTTTTATGAGTATAGAAAAGTTAGTAGAAATAATTAAAAGTAGTGAT +AACATAGTTTTCTTTGGAGGTGCTGGAGTATCTACTGAGTCTAATATACCGGATTTTAGA +AGTTCCTCTGGTTTATTCAGTCAAAAGCTAAATAAAAATTTTACGCCAGAGCAATTAGTA +TCTCATACATTTTACTCAAGATATCCAGAAGAATTTTTTAAGTTTTATAAAGACAAATTA +GTTTATACAGAAGCTAAACCAAATAAAGCACATTTAGCTTTAGCGAAGCTAGAGGAACTA +GGTAAATTAAATGCAGTTGTAACTCAAAATATTGATGGTCTTCATCAAATGGCTGGTAGC +AAAAATGTATTAGAACTACATGGCTCTATACATAGAAACTATTGTACTAAATGTAATGAA +TTTTTCGATTTGAATGAAATGTTAAACTTAGATGGAACAGTTCCATACTGTGATAAATGT +GGAGGAATTGTTAAACCTGATGTTGTCCTTTATGAAGAGGGATTAGATAATGATATTATT +TCTAAGACTGTTGCTGCTATAAGTTCTTCAGATTTATTAATAATAGGTGGTACATCTTTA +GTTGTATATCCTGCTGCTAGTTTCATAAATTATTTCAAAGGTAGTAATATCGTTTTAATA +AGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGTT +TATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_22 +GGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTTTAGA +TGTTGCACTTAATATGATAATTTATCATCTAATTATAATTCAGAAGCTTTACCAAAATTT +ACAGATGCTAGAAAGACTATATTAATAATATTTGTTCTAGAATTTGTTGTTATGCTATAT +GGTGTAAAAGAACTTAGCTGGTGGTTTGAGGAAATGACAGCTTTATTTACATTTGTAACA +TTTATTATGATATTCTTTGCAAAACTAAGTGAAAAAGAATTTGTTGGAGAATTTATGGCT +GATACCTCAGATTTATTAGGTGTGGCTATAACAATAGGTCTTGCTGTTTTATCTATGCCT +ATAATGGAACCTCTAGCAGATGTTGTTGGAATAAACAGAGATATTATAGTTAGTACTTAT +CAGTTTGGTCAAGGTATAATGAGTTTTATTACTCCTACAGGATTGATACTAGCAATTGTT +ACTCTTGGTGTAGGAGTATTAATATAATAATTATTTAATAAGAGAACTCTACAAATGAGT +GTTCTTATTAATTTTTGCTTATTTACTTATATTACTAATGCGTTAATATATGGTAAACTT +AAGTTATGAAATTAAGAGGGGGAGTTTTTAAATGATAAAATTAATAGCATCTGATATGGA +CGGAACATTATTAGATTCAAATAAAAATATTAATCCAGAATTTAATAAAATTTTAAATAC +CTTAAAAGAAAAAGGGATTATATTTGCAGCTATAAGTGGAAGAGATTTAGCATCGTTAAA +GTATGCATTTAAGGATGTAAAAGAAGACATTGTTTTTGCTTCAAATAATGGCAATTTCAT +AGTTTATAAAGGTAAAGTTTTATTTGAAAATTATATTGAAAAAGAAGAACTAAATTGCAT +ACTTCCAACAATAAGAAAAAACGCAAAACACTTTACTATATATTGCACTAAAGATGGTGT +ATATGCAGAAAGTTTATTCCCTTTTATAGCTGGACTTAAATTTGGTTTAAAAGTAAAAGT +TGTAAAGGATATTACTAAAATAAATTCTAAGGTAATTAAAATAAGTACTTTTGGGAAACA +AAAAATGATTGATAGAAGCTTAAATGCTTTAAATCATTTTAAAGATAGATTTATGATAAC +TCCCTCAGGATCAACTTGTTTTGATATATGTAAAGTAGGAGGACATAAAGGCCAGGGAAT +TAAAATACTTCAAGACTTATATAATGTAAAATTTGAGGAAACAATGGTATTTGGTGATCA +TATGAATGATTTAGAAATGATGGATTATGCATATTTTAGCCATGCAATGGAAAATGCAGA +AAAAGAAGTTAAAAGTAGAGCTAGATTTATAGCAAAAACTAACGATGAGAATGGAGTTAT +TGAAGCTATAAAAAAACATGTGATTGAAAACTATGATAATAGCTATAGTTATAATTAGGT +AAAGTGAAACTAAAATATATTAAGGATTAATTTTAGATTTACTTAATATAGTTTTATTAG +CTTTTATATTATTTTGAATGTATAATAGATAAATACAAGTAATTGCAAAATAGGAATCTA +AGGAGAAATAGACATGAATTATATAACACCAAATAATAAGTATGAAGTATTTGTGAAAAA +TATATCGATAAAACAAAAATTTGATAAACTAATTACGAAATCAGTTAATATAACACCAAG +ACAAATTCAAGAGTGTATAGAATATGCAAGAGAGAGTGTAGAAAACTCTAATGATTACAT +AGAATTAGTGCCTAATGATATAAAGGATATAAACATTCAAAAAGAGGTTGGAATGCAAAG +AATATTTATAGAAAAAATAGCTGAATGCGGAGTTGTGAACTTCCTAATACACAATAATAT +AGATAAATCTGTATTATCAAAATACAAAATAGGGATCAAAACTGCAATAGCGAAGGAAAT +ACACACTAGATTAATTATAGAAAAAAAGAATTTGAAGATAAGAAAAATAGTAAGAATTAT +TATATAGGTGTTCATCTTAATTTAGAAATGGAAGATAAAAAAGATAGCATAAAAAGGCAC +TTAGCTAAAGATTTATATAATATTGAAAATGTTCAAATATTTGGATACTTAGATAATAAA +TTTGTCAATGAACTTAAGTATGAAACTATAAAAAATAAATCAGGTAAAAAAGAGTTTAGG +TTCTTTACAAAAAAATCTTCTGATTATAACTCTAAAAAAAGATATGCAAATCTTTTAGGT +ACTGAATGTAAATGGTACTACTTAGACAGATTAATGCCTATGGATAAATTATTAAAAGTG +ATAAAATAAGCTTAAAAATATATATTAATAAAACCCGATTAATAAATAGACTAATTAATC +GGGCTTTTATGTTTTTACCTAAATAATAATCTGCTTATTTATAATAAATTTAATAAAATT +ATTTAATATAAATTGGGGTATACCTTAATAATAACTACCCATTATGGTATAATAATTATT +TAGAAAGTAAGGAGGTCGAAATATGCAAATAGACAGAAGTAAATTAACGCCTATGATGAA +ACAGTATTTTGATTGTAAAGATAAATATCCTGATTGTATACTGTTTTTCAGGCTAGGAGA +TTTCTATGAAATGTTTTTTGAAGATGCGATTGTTGCTTCAAAGACATTAGAAATAGCACT +AACAGGAAAATCTTGTGGATTAGAAGAAAGAGCACCAATGTGTGGTATACCTTTCCATTC +TGCAAATTCATATATATCAAAACTAGTAGAAAATGGATATAAGGTTGCTATAGGAGAGCA +ACTTGAAGATCCAGCAACAGTTAAAGGAATAGTTAAAAGAGATGTTATAAGAGTAGTAAC +ACCTGGTACGGTACTTGAAGGTAGTTTACTAGAAAATAAAAAGAATAACTATTTACTTTC +TTTATATAAGAAAGATGATAGTATAGGGCTTACGTATGTAGATATAAGTACAGGAGAAAC +TAATGCAACATATTTATCTAAAGATAAAATAATTGAAGAAATTGCTAAAATTCATCCAAC +AGAAATAATAATTAATGATTTAAGCTTCGTTGATCAGTTAAGAAATATAGCAACTATAGG +AAATACTTATATAAATGAAAGTTTTAATGAATCTTATTTGAGTACTGAAATATTAAATGA +ATACTTTAGTGATGAATATTTAAGTAGATTAAGATTTGATGAAAATAATTTAATAAAAAC +TAGTTTATGTATACTTTTAAATTATATTTATAATACACAAAAGCAAGTTACATCAAATAT +TAACATGATTAATATATACAACTCAAGTGAGTATATGGTACTAGATATGTTCACAAGAAG +CAACTTAGAACTTACCCAAACAATAAGAGGTAGTAAGAAAAAAGGTTCACTTCTTCACGT +ACTTGATAAAACTTCTACTGCAATGGGAGGTAGACTTCTTAGAAAATATGTAGAAGAGCC +ATTAGTAAACAAGAAGAAAATAGAAAATCGTCTTAATGTAATTGAGGAAATTAAAGATGA +TTTTATGCTAAGAGAAGATTTAAATGAAATCCTTAAGAATGTATATGATATAGAAAGAAT +ATGTGGAAAAATAGCTTTTGAAAAAGTAACTCCTAAGGAAATGATTCATTTAAAAAATTC +TATTGAAAAGTTACCAGATCTAAATAATATAATAAATTCTTCAAATGCTAATATTCTTAA +AAAGTATATTGAAGAAATGGATGACTTAAACGATATTTATAATTTAATTGATGAATCTAT +AAAAGAAGATCCAAGTGTAACTATAAAGGATGGAAATATAATAAAATCTGAGTTTAATGA +TGAATTAAAAGAACTTAGAGATATTTCTAAAAATGGAGCCTTCATGATAAAGGAAATAGA +AAATCGTGAAAGAGAAAAAACAGGTGTTAAATCTTTAAAAATAGGATTTAATAAGGTGTT +TGGATACTTTATTGAAATAACTAAAGCTAATTTAAATACTGCTAAAATAGATGAAGGATA +TATAAGAAAGCAGACATTAAGTAATGCTGAGAGATTTATAACTTCAGAATTAAAAGAAAT +TGAAGATAAGATACTTCATGCTGAAGAAAAGATAAAAACTTTGGAATATGAAATATTCGT +AAATATTAGAGAAACTATTTATAAGAATATAGATAGAATACAAAAAGTTGCTAAAACAAT +AGCAAATATAGATGTGTTTGTATCTTTTGCAATAGTTGCATACATGAATAACTATGTAAA +ACCAAATATAAATGAAAATAATAAGTTAGATATAAAGAATGGTCGTCATCCTGTTATAGA +GAATATAGTAGGTGAAGAAAACTTCGTACCTAATGATACTTATTTAAATAGTGGAGAAAA +TATAATAAATATTATTACTGGACCTAATATGGCAGGTAAGTCTACATATATGAGACAAAC +TGCAATTATTACACTTATGGCACATATAGGTTCATTTGTACCTGCTGAATACGCTAATAT +TCCTATATGTGATAGGATTTTTACAAGAGTAGGAGCTAGTGATGACTTATCTCAAGGTCA +ATCTACATTTATGGTAGAAATGAGTGAAGTTTCTCATATACTGAAAAATGCAACTGATAA +AAGTTTAGTAATATTAGATGAGATAGGCAGAGGTACTAGTACTTATGATGGTATAAGTTT +AGCATGGTCTATAGTAGAATACATTCAAAACAATATAAAATGTAAAACTTTATTTGCTAC +ACATTATCATGAACTAACTGATTTAGAAAATGAATTTTCTGATGTTAAAAATTATTCAAT +AGCAGTTAAAGAAGATAATGAAGGTATTGTCTTTTTAAGAAAGATAATTCCTCAAGGTGC +AGACAAAAGTTACGGTATATACGTTGCTCAGTTAGCAAAGCTTCCAGAAGAAGTAATAAA +TAGGTCTAAGGAAATATTAAAAGATCTAGAAAAGAATCACATAAATAATAGTGTTGCTAT +AAAAAAAGACAACATTAAGCTAAATAATTCATATGATTCAATAGATAATGTTCAAGTTGA +CTTAACTTCTTTAGTAAATACAAACATGAATATTAATGAAAAAGTTAATATAGAAAAAGT +AAGTAATTTAGAAAAAGAAGTAGAAAAGTTAAAACTAGAAAATAATCAGTTAGCTAAAAA +CTATAAAAACGTAAAAAATGATTATGACAAGTTAAATAAAGACTACAATGAATTAAGTGA +AAACTTAGAGTCAAGTGTAATTAGAGAAAGTGCAATAACTCAAATATCATTTGAGGGTAT +TAATGGCAATGACTTAGTTGAAGATATACTTGAACTAGACATATTGAGTATGACGCCACT +TGATGCTATGAATGCTTTATTTAATCTTCAAAAAAAAGCAAAAGATAAAAAATAACCTCT +TGGAGGTGGCTTATGTCAAATAGAATAAACATATTAGATGATTTAACAATAAATAAAATT +GCTGCAGGAGAAGTGGTTGAAAGACCCTCTTCTGTTGTTAAAGAATTGGTTGAAAACTGT +GTAGATGCAAAATCGACAAAAGTTATAGTTGATATTGTAGATGGTGGTAAAAAATCAATA +AGAGTAACGGATAATGGTTCGGGTATTTTATCAAGTGAAGTGGATAAATCTTTTTTAAGA +CATGCAACTAGTAAAATAAATGAAATAGATGACTTATATGATTTGTATTCCTTAGGATTT +AGAGGAGAAGCTTTAGCATCTATTGCAGCGGTGTCTAAGTTGGAGATGATAACAAAGGCA +AAAGAAGAAGTAGTAGGAACTAAGGTTTTTGTTGAAGGCGGTAAAATTATTTCAAAAGAA +CCTGTTGGTACTACTAATGGTACTACAATTATTATAAAAGATATATTCTTTAATACACCT +GTAAGACAAAAGTTCTTAAAATCTACTCATGCAGAGACAATAAATATAAGTGATTTAATT +AATAAGCTTGCAATCGGTAATCCAGCTGTTCAATTTAAGTATATTAACAATGGAAAACAA +ATGCTTAACACACCTGGTGATGGAAAGTTAATTAATGTAGTTAGAAGTATTTATGGTAAG +GATATTACAGAGAATTTAATTGAAGTAGATTTTAAATGTGATTATTTTAGAATGAACGGA +TATATAGGAAATAATAATGTATACAGGTCTAATAAAAACTTACAACATACTTATATTAAT +AAAAGGTTTGTAAAAAGTAAGGTTATATTAGATGCTATAAATGAAGCTTACAAATCTATA +ATACCGATAGGAAAGCACGCTGTATGCTTTTTAAACATAAGTATAAATCCAGCGAAAATA +GATGTAAACATACATCCTACTAAGTTAGAAGTCAAATTTGAAGATGAAAAAGATCTATAT +ATTCATTTAAGAGATTATTTAAGAAGAAGACTTTTAAGTTCAAATTTATTAGGAAAATAT +GAAACTTATGATAGAACAAGTAATCCTACTATTAAAGTAAAAGAATATGCAAATAAGGTT +AGTGAAAGCTCTAAGCCAATAGAAGTAGTACAAGCTTTAGACAATAAGCCTATAGATAGC +TTTAAATCTGTCAATGATGTACTCAATCAAAAAAGTGAAGTACATCATAATATAAAAGAA +GATAATAATTTAACTAAAAGCTTAGAAAAATCTATTCTTAATAGAGAAACTACTTTATTT +AATGAGAATAAATCATTTAACTTATCTAAAGATAATGAAAGTATCAAACTAACTAAAACT +GATAATGTAAATGAGTATATTATAGATGGAAATCTAGATATGAGTAAATCATTTTCAATT +GAAGACTTAGAAGAACTTGATAAGCTAGACAATTTAGATGAAAGCTATGGTTTAAAGGAA +TCGAATAGTTTATATGATAATACTTTGAATGATAAAATGAAAAGTGATATAAACTCTAAT +TTTGACAGTGATTATTTAAATGATTCTTCAACAGAAGAAAGTATACAAGAAGGATTTTTT +AAGGAAGATGAGGATAAATTATCATTAGATGGTTATACTGTATTAGGTGTGGTATTTAAT +ACTTATATAGTATTACAAAAAGGTGAGTCAATGTATTTACTAGATCAGCATGTTGCTCAT +GAAAGGATTTTATATGAAGAGTACATGAGTAAATTTTATAAACATGATATAAGTATGCAG +ATGTTACTTGACCCTATTGTATTAGAACTATCAACTGTTGATATGTTACAAGTAGAAAAG +AATTTAGACTTATTTATGAACTTTGGTTTTGAGATAGAGATATTTGGTAATAATCATATT +ATGATAAGATGTGTACCAACAACATTTGGAATACCAGAGTCTGAGAAGTTTATATTACAA +ATAATAGACAATATAGATGAAATAAAAAACAACTATGAATTAAAAGGAGAAAAATTTGCA +TCTATGGCATGTAGAGCAGCTATTAAAGCTAATGATAAAATTCATAAACTTGAAATAGAT +AACTTGATAAGCCAGTTAAATAGATGTGAAAATCCTTTTACTTGTCCACATGGTAGACCA +ATAGTAGTTGAAATTTCAAAAAAAGAAATAGAAAAAATGTTTAAAAGAATCATGTAATTA +AGGAAGGATAGTATGAAGAAGATACCACTGATAATACTTACAGGTCCAACAGCCGTTGGT +AAAACAGACTTATCAATAAAAATTGCAAAAGACTTAGATGCAGAAATAATTTCTGCAGAT +TCTATGCAAATATATGAGTATATGGATGTAGGAAGTGCTAAGGTTACTAAAGAAGAAATG +GATGGTATACATCACTATATGATAGATGAAGTAAAACCAGACTTTAAGTTCTCAGTTTCA +GAGTTCCAATTAAGAGCAGATAAATATATAGATGAAATAATAGAAAAAAATAAATTACCA +TTAGTAACTGGAGGAACAGGATTATATCTAAATTCATTAATATACAACATGGATTTTGCA +AAATCAGATGCAAATAATGAGCTTAGAGAATCTCTTAGATTAGAGCTTGAAGAGCATGGA +ATTGACTACATGCATGAAAAGTTAAGATCATTAGATGAAGAATCTGCAAATAGAATACAC +AAGAACAATACTAAAAGGGTGATTAGAGCTTTAGAAGTGTGTCTTAGTGGTGAGAAAATG +AATGATTTTTCTAGAGACTTAAAATTCAATGATAAGTATGAACCAATTATAATTGTACTA +AATAGAGAAAGAGATCATTTATATGAAAGAATAAATAAAAGAGTAGATATTATGCTTGAA +AAGGGATTAATTGATGAAGTTAAGAACTTACTTAATATGGGATACTCTAAGGACCTAGTC +TCTATGCAAGGGATTGGATATAAAGAAATTATAAAGTATCTAGATGGAGAGTATACTTAT +GATGAAGCTATTGAAGTGATTAAAAGAGACTCTAGAAGATATGCCAAAAGACAAATAACT +TGGTTTAAAAGATATGAATCTGCAAAGTGGTTTAATTTAGATGAATATAATGATTTTAAT +ATACTTGAAAAAGATGTATTAACTTATATTGAAAATAAGATTAAACTTGTATAAAATATA +ATAGAGGTATAAGATATAGTATAAAATATTAAATATATACATTAATTTTAAATTTAATTT +ATCTCGGGAGGGTATTAGGCAATGAAAAATACAGTTTTAAACTTACAGGACCTATTTCTA +AACAATGCTAGAAAAGAAAGAATACCTGTAACAATATACTTAATGAATGGAGTTCAAGTA +AAGGGACACGTAAAAGGTTTTGATAGTTACATAATTCTATTAGAAGGGGATAATAGACAA +CAAAATATGATTTATAAGCATGCTGTGTCAACTATAGTGCCAGCTAAGTACATAAATTTA +CAAAACAATCAACAACAAAATACAAATAATAGATAAGTAAATAATATAATGCAATAAAAA +ATGGATATAAGTAATTTAATAATTATTTATATCCATTTTTTATTAAGATTTTATAAAAAT +GTTTAATAATATCAAGTAAGATATATAAATGATGTTACTATCATTATAAATGCAGTTACC +AATATAGGTATAAGTACAGAAGTAACAAATATATCTTTATATGAATCTTTATGGGTCAAA +CCGCAAATTGCAAGTGTAGTAATTACTGCACCGTTATGAGGTAGAGTATCTAACCCACCA +GATGCCAAGGACGCAATTCTATGCATTATTTCCGGTGATATATTTAGATTTTGGCTCATC +GTAATAAATGTTGGAGCTAAAGCATCTAAGGTTATTGTAAGACCACCAGATGCTGATGCT +GTAATTCCACAGATAATATTAACCGAAATAGCTTCAGAAATAATTGGATTAGATGATATA +TTAAGTATTAAACTTTGTAGAGTAATAAATATAGGTAGAGATTTAATTACACTTCCATAA +CCTACTATAGCACTTGAACTTAGTAAAGGTAAAAATGAATTGCTTATTCCTTTATCAAGT +ACTTTATTTAAATTTTTAATTTTATTTATATTAACTAGTAGTATGATTAATATTGAAATA +AAAATAGATATAATAACACTCCAAGTTCCTGAAATAGAATCTAATACTAGATTATGCTTA +TTTAAATATGAACCATCAACTAAATACTTATAAAATATTTTAGAGAAAAATAAATTACTA +ATAAAAATTATTATAATAGGCATAATTGAGATAAATATATTTGGTATATCTATGTTATTA +TCAAGTCCTTCATAAGAATTAAATGTACCATAACCCTCATTATTTAAATTTGCTTGTTTT +ACTCTATATGTAAGCCAAGTAATACCAAGAATTAGCATAAGTAAGCTAGCAGTTATTCCA +ATAAGTGGAGCTGAAAAAGTATCTGTTTTAAAGTATCTCATTGGAATTACATTTTGAATT +TCTGGTGTACCAGGTAAAGCGGTCATAGTAAATGTAAATGCACCTAATGCAATAGTTCCG +GGTATAAGTCTTTTAGGAATATTAGACTCTTTAAACAATACATTTGCTATAGGATAAAGT +ACAAAAGCAACTGTAAATAATGATACACCACCATAAGTAAGCAATGCACCTGCTAATACA +ACTGCTAAAATAGTTTTATCATTTCCTAATTTTTTAGTTATGAAATGAGCTATGGACTTA +GCATATCCGACTTCTTCCATTAATCTAGCAAAGATAGCTCCTGTTAGAAATATTGGAAAG +TAGTTTTTTACAAAACTGGCAAATCCACTCATATATGTTTCTGTATATGTAAACATTAAG +TGCTTACTTGAATCTCCACCAATAATTAAAGCTGTTAATAAGGCTACTATTGGAGCAGTT +ATTATTGTTGAATATCCTTTATAAGCTAAATATATTATTAATGATAAAGATAAGATTAGT +CCGATAATATTGAACATTATAATTACTCCTTTATGTGAAATTTAATTTATATATCTAATA +TACCCCGATTATAGATTAAAAACTTATACATTTATTTATAAGTTGAAATAATAAAAATAA +CTAATAGAATTTATATAAAAAACTATAAACTTGCGTGAAAATACAGGATATGATAGAATT +CTAATGTTAAATATATACAAAAGACAGGTGAAAAAAATGCTTAATGAAACAAAAGAACTT +TTAAAAGGCTTTTATGGATTAGATAATGAAACTTTTGAATTATCCGAAGAAGTAATGAAA +GACATAGAACCTCAATTTGAGAAGATAAAAAAAATAAGAGAATACAATCAGTATAAAGTA +TTAAAAGCTATGCAAGAAGCTCGTCTAAGCGATAATCACTTTAACTGGACTACAGGTTAT +GGATATAATGATATAGGAAGAGAAAAGGTTGAAGAAATATATGCAAATGTATTTGGTGCT +GAAGATGCATTAGTTAGACCTATTATAGTTAATGGTACTCATGCGTTAAGTCTTTGTGTA +CAAGGTCTTGTTCGTCCTGGAGATGAAATATTATCTGTAACAGGTGCACCTTATGATACA +TTACAAGGTGTAATAGGTATAAGAGAAGAAAAAGGATGCTTAAAAGAGTTTGGTGTTACA +TATGATCAAGTAGATTTTTTAGAAGATGGCAACATAGACTTAGATGGTATAAAAAGTAAA +ATAAATGATAGAACTAAGCTTGTAATGATACAAAGGTCTAAAGGATATGCTTGGAGAAAA +TCATTAACAATAGAAGATATAAAAGAAGCTGTAGAAACTGTTAAATCAGTTAATAAAGAC +ATAATAGTAATGGTTGATAACTGTTATGGTGAATTTTTAGATACAAAAGAACCAACAGAA +GTTGGTGCTGATATTATGGCTGGTTCATTAATAAAGAATCCAGGTGGAGGACTTGCTTTA +ACTGGTGGTTATATTGCTGGTAAAAAAGAGTTAGTTGAAATGATATCTTATAGATTAACT +ACTCCAGGAATAGGTAAAGAATGCGGACTAACATTTGGTACAACAAGAACTGTACTTCAA +GGATTCTTTATGGCACCTTATGTTACATCTCAGGCTGTAATGGGAGCAATATTCTGTGCA +AGAGCATTTGAAAAATTAGGATATGATGTTCTTCCTAAATATGATGATTTAAGAAGTGAT +ATTATACAAGTTGTTAGACTTAACAATGCTGAGGAAGTTATAAGCTTCTGTCAAGGTGTA +CAAGAAGCTGCGCCAGTTGATTCATATGTTAGACCAGAGCCATGGGCGATGCCTGGATAT +GATAGTGATGTTATTATGGCTGCAGGAGCATTTATACAAGGTTCTTCTATAGAATTAAGT +GCAGATGCACCAATAAGACCACCATATAATGTATACTTCCAAGGTGGACTTACATTTGAT +CATTCTAAGATGGGAACTTTAAAAGCTATCCAATCTATGAAAAATATAACTAAATAGTAG +AAATATAAAAGAGTCTTACTAATATTAATATAATTATTTAATCTTAGTAAGACTTTTTAT +ATTATTTATTATCTATCATTTTTATAGTTTTCAAGTTATTAAAATAATATAGTAATCTAA +CTTAATAATGATAATATATAATTATATCTATAAGTCAATAAACAATAGTATGGGATATGA +TATAAAATTTAAAAGTAGAGCTATTGAATATAAAAATGAAGTACACACTTATAAAGAAAC +TTGTAAGGTTTTTAAAATATCAGAAGTGACACTAACAAGATGGATAAAAAAGAAAAGAAA +GGTAAATTAGGAGAGGTAAAAATACAGGTAAGAAAGCCAAAAAAATTTATCCAGATAAGT +TAGTTAAATATATAGAGGAGCATCTAGATGCGTAAAAGTGCTAATAAAAATTTGAAACTA +ATATTTCATTATAGTGTCCTTGCAGCTTTACCAGCAGCAATAGCAGGTACATGGCAAACA +ATATTTAGTGCCATACTGGCTAATTACTGGCTGAAAAATCAAAAGATAAAGTGTTACCTC +TTGAGCCAGAATATATGAATAATAAGTAAAATATTACAAATAATAGGTCATAAGAAATAA +GATAGGAGAAAGCTAATGATAAAAGTTTCAAGAATTACTTTACTTATTATGGCCGTTACG +ATTTTAACAAGTAATAATAGTTTTACTTTTGCAATGGAGCCAATTATGGACTATAAATAT +TCTTTAGAGGAACATAGAATAAAAAGAGCAAAATTTATATGGGAAGCATCTTTAACTGAA +ATGGTTAAAGCTAATGATCTAAGTACTGAAGATATGAAATCTGTAAAAAATTATCTAAAG +GATTATATAAAACAATCAAAAAGCGAAGAAAGCCGATATGAAGTAGAAAGAAAAGCCTTG +AGTGTATATAGAGTAGAGGATTTAGTAAAAAATCATATTTTAGATGAGATTCAAGGTAAT +AAACTTAAGAAAAAATTAAATAAATATGATTTAAATGATTTAGAGTAACATTATATACTT +GAGATAGTTTATTTTAAATAGCTTATAGTTGGATAAAAAGTAGGGATACTATTATATTTT +ATAATAATATCCCTATTTTTTTATTTTAATAAAAGAAAGTATAAATAAAAAAAGAATAAT +ATTATAAAACAGAAAATGAAATAACTTTCATATAACTTTCATTTTTAATTAATTTATAAA +AAATACAAAAAATAGATGCAATATTGAAAAAAGAGTAATACAATAGATTACAAGATTAAA +AGAGTAATATTTAATCTAACTAAAAATGAAATATATAAAAAAGTTTTTGCAAAATACTTT +AATCAAAATATAAAAAGATAATTAATTTAAGTCAATATAATAAATGTAGGAGGTATTTAG +TATGTGTGTAGTTGATAAATCTAATTCAAAAGGAATAAGTATAGTAGATACTACTTTAAG +AGATGGAGAACAAACCGCTGGTGTTGTATTTGCAAATCATGAAAAAATTGCAATAGCAGA +AATGCTAAGTGACCTTGGAATAAATCAATTAGAAGTAGGTATCCCAGCTATGGGTGGAGA +TGAAAAAGAAGTAATTAAATCCATATGTAAAAGGAATTTAAAGCCAAGTATAATGGCTTG +GAATAGAGCAGTAATATCTGATATTGAAAACTCAATAGACTGTGGTGTTGATGCAGTTGC +AATTTCTATATCAGTATCTGATATACACATTCAACATAAACTTAAAACATCAAGAGAATG +GGTAATAGAAAATATGGTAAAATCAGTAGAGTTTGCCAAGAAAAATGGATTGTATGTATC +TGTAAATGGAGAAGATGCTTCAAGAGCTGATTTAAAATTTTTAACTACTTTTATAGATGC +TGCTAAAGAAGCTGGTGCAGATAGATTCAGATATTGTGATACAGTTGGAGTAATGGAACC +ATTTTCTATAAAAGATACTATAATGAAAATTTATAATAGAACAAAGTTTGATATAGAAAT +GCATACACATAATGATTTTGGATTAGCAACAGCAAATGCTATAGCTGGTGTTTTAGGTGG +TGCTAATTATATAGGAGTAACTGTAAATGGCTTAGGAGAAAGAGCTGGAAATGCAGCATT +AGAAGAAGTATTAATGGCACTTAAATATGTATATAATTACGAAGTTAATATTGATACAAC +CAAGTTTAAAGATTTATCTGAATACGTATCAAAGGCAGCTGGTAGGGAATTACCTTCTTG +GAAAGCAATAGTCGGAAGCAATATGTTTAAGCATGAATCAGGAATACATGCAGATGGAGC +ATTAAAAAATCCTAAAAATTATGAAGCTTTCGATCCAAGAGAAGTAGGTCTTGAAAGACA +AATTGTAATAGGAAAACATTCTGGAAAAGCTGCTATAATCAATAAATTTATGGAATATAA +TATTAATTTAACTGAAGATGAAGCAAACATGATGTTAGAAGCTGTAAGAGCATTATCTAT +TAGAGCAAAAAGAATATTATTTGATAAAGAATTAGTTCAACTTTACAATGATATAAAAAA +ATATAGACATATAGGCTAAATAATATAATTAATATAGGGGGGAGATACCAATGGGAGATA +ATTTAACTTATAAGATACTAAAAAAACATATCGTAGATGGAAAATTAAAAAAAGGTGAAT +TTATTGGAATAAAAATAGATCAAACATTAACTCAAGACTCAACTGGAACAATGGCATATC +TTCAACTTGAAGCAATGAATATAGATAAAGTTAAAACTAAAAAAAGTGTAGCCTTTGTAG +ATCATAATATGTTACAACAAGGTTTTGAAAATGCAGATGATCATAAGTATATTCAGACAG +TTGCTGATAAGCATGGTGTATACTTTTCAAGGCCAGGAAATGGAATATGTCATCAAGTAT +TTCTAGAAAGATTTTCAACTCCTGGAGATACTCTTTTAGGATCAGATAGTCATACACCAA +CTGCTGGAGCAGTAGGCATGTTATCAATTGGAGCTGGGGGACTTGATGTTGCTTTAGCTA +TGGCAGGTGGGGCTTATTATATAAATGTACCTAAGGTTTGTAAAGTTAATTTAATAGGTA +AGTTAAATTATATGGTAGCTTCAAAGGATATTATATTAGAGTTGTTAAGAAAACGTACAG +TAAAAGGTGGAGTAGGTACTGTATTTGAATACTCTGGAGAAGGTCTAAAGTATCTATCTG +TACCACAAAGGGCTACTATAACAAATATGGGTGCTGAACTTGGAGCAACAACTTCTATAT +TCCAAAGTGATGAAAGAACTTATGAATTTTTTAAAGCACAAAATAGAGAAAATGAATGGA +TTGAATTAAAGGCAGATGAAAATTGTGAATACGATGAAGAAGTAACTATAGATTTAAGTA +AGCTAGAACCCTTAGCAGCCATTCCACATTCACCTGATCATGTGAAGAAAGTTAATGAAA +TAGGGAAAATAAAAGTGGATCAAGTTGCAATAGGAAGCTGTACTAACTCATCATATGAAG +ATTTAATGAAGGTTGCTCAGATATTAAAAAATAAAAAAGTGCATAAAGATGTAAGTTTAG +TTATTGCTCCTGGTTCAAGACAGGTAATGGAAATGCTAGCTAGAAATGGAGCATTAGCAG +ATATTATAAATTCCGGAGCAAGAATATTAGAAAACTCATGCGGACCTTGTATAGGTATGG +GTCAATCTCCAGGTACAAATTCAGTATCTCTTAGAACTTTTAACAGAAACTTCTATGGTA +GAAGTGGAACTTTATCAGCACAAATATATTTAGTGAGTCCTGAAGTTGCTGCAGTAAGTG +CAATAGAAGGAGTACTTACTGATCCTAGAGATTATAAGATAGAATTTAATAATTTAGAAA +TAGATAAGTTTTTAATAGACGATAGTATGATTATAAAACCTTCAGAAGAAAGTGATTTAG +TAAAAGTTGTAAGAGGCCCTAATATTAAGCCTTTCCCAATTAATACTAAACTAGAAAATA +CTATGAGTGGTAAAATAGTTTTAAAAACTGAAGATAATATTACAACTGATCATATAATGC +CATCTAACGCTAAGTTATTACCATTTAGAAGTAATATACCGTACTTATCAGAATTCTGCT +TTAATACAGTAGATACAGAATTCCCTAAAAGAGCTAAAGAAAATAATGGTGGATTTATAA +TAGGTGGAGAAAACTATGGTCAAGGATCAAGTAGAGAACATGCTGTTTTAGCTCCACTTT +ACTTAGGTATTAAAGGTGTTATAACTAAAAGTTTTGCCAGAATCCACAAGGCAAATCTTA +TAAACAGCGGAATAATTCCTATGACATTTATCAATGAAAAAGACTACGATGAAGTTGATT +TATTAGATGAATTAGAGTTAAGAAATTTAAATGAAAATTTATATAATGGGGTATTAGAAA +TAACAAACATTACTAAATGTAATACATTTAAGGTTAAAATTGAATTATCACGAAAAGAAA +TAGAAATTATAAAAGCTGGTGGAAAATTAAATTACATTAAGAACCAAGTGAATGAAGCAA +TAGAAAGTATATAAAATTGGAGGGATACAAATGTATAATGTAACATTAATACCAGGGGAT +GGAATAGGACCAGAAGTATCTAAATCAATGGTTAGGGTAGTAGAAGCTACAGGTATAGAT +ATTAATTGGGAAATAGTAAATGCTGGTCTAAATGTAATTGAAGAATATAATACACCATTA +CCTGACCATGTTATAGAATCTATTAAGAAAAATAAAATAGCAATAAAAGGACCAATAACA +ACACCAGTAGGTAAAGGATTTAAAAGTGTTAATGTGACACTTAGACAAGCTTTAGATTTA +TATGTTAATTTAAGACCAATTAAAACATTTAAAGGGATAAAATCAAGATACGAAAATGTA +GACTTAGTAATAGTAAGAGAAAATACGGAGGATTTATATGCTGGAATAGAACATAAGCTA +GGAGATTATGGCGCTGAAAGTATAAAAATAATAACAAAAGCTGCCTGTGAGAGAATAGTT +GAATTTGCATGTGATTATGTTAAAGAAAACAATAGAAAAAAGCTTACAGGTGTTCATAAA +GCAAATATAATGAAGTTAACAGATGGATTGTTTTTAAAAGTATTTAGAGATATATCTGAG +AAGAATAAAATAGATTATGATGATTTAATTGTAGATGCAGCAACTATGAATTTAGTACTT +AATCCAGAAAAATATGATGTATTAGTTATGCCTAACTTATATGGTGATATATTATCTGAT +TTATGTGCAGGACTTGTTGGTGGTCTTGGTATAATACCAGGAGCAAATATAGGAAAGGAC +TGTGCTATATTTGAGGCAGTTCATGGAAGTGCACCTGATATTGCAGGTACGAATAAAGCC +AATCCAACAGCATTAATACAATCAGCAATAATGATGCTTAGATATTTAGGAGAGCATAAT +GCTGCTAAAAAAATAGAAAGGGCATTAGAAAAAGTATTTATTGAAGGAAGGGTATTAACC +GTAGATTTAGGAGGAAATGCAACAACTGATGAATTTACAGAAGAACTTTGTAAATATGTA +CTTGAAGGTGTAAAAGCATATTAAATTTATGTTATTATATATAGTACAGATTTATTAATA +AAGGAGTGTTCTTATTGAAGATAACATATATTAATCATAGTAGTTTTGCAGTAGAATTAG +ATACATGTGTTTTATTATTTGACTATTTTAAAGGAGATATACCTAAGTTTAGTAAAAATA +AAAAAATATATGTATTTTCCAGTCACGGACATCATGACCATTTCAGTCCAAAAGTTTTAA +AATTAGAAAAAGAATATGATAATATTTTATATATTTTATCAGAGGATATACAAATAAAGG +AATCTGATAAAATAATATTTATTAAGGAAGATGAAAAGCTAAATATAAATGATTTGCAGA +TACAGACTTTAAAATCTACAGATATTGGAGTTGCATTTATAGTTAATGTAGAAGGAGTAA +GTATTTACCATGCAGGTGATTTAAACTGGTGGCATTGGGAGGGGGAAAACTCAATAAAGG +AAAATAAAGAAGCTGAATTAATGTATAAAAAAGAAATAGATAAAATCAAGGACTATAATT +TTGATCTAGCATTTGTACCTCTTGATTCTAGACAGGGTGAACAATATTATTTAGGATTTG +ATACATTTATGAAAAATACTAATACTAAAATAGCATTTCCTATGCATTGTTGGGGAGATT +ATACTGTTATTGATAAATTGAAAAAATCCATATTTGCACAGGATTATAAAGATAGAGTTA +TAGAAATTTCAAAAGTTAATGAAACATTCAATATAAATATAGTATGCAAGTAATAATACA +ATAAAGCGAATAGATTTATTTTATTTGCTTTATTGTATTAATGTGAATAAATTATTCAAA +GATATTTAGTTTACATAATTATTATATTGTAATATTTATATGATATTTACAATGACATTC +CATAAAGTACTAAGTATTATGTATAAAGATATGATATATATTTTGTCTAAAAATATAATT +TAAACTAAAATACATATAATGAAAGGTCAATGATTTAAACATTGACCTTTCATTATATGT +ATAATTATTAACCTTCTTTAATTTCTATGATTCCCATTGGACATGCATCAACACATATTC +CACATGCAATACATTTACTTGGAACAGGTTTTTCTTCAACTTTTGCTATAATTCCCTTTG +GACATACGTCTACACATGTCATACATCCAGTACATAATTTCTTATTTATCATATATACGC +CCTTAGCATTTTCTTTAATTGCACCTTCTGGACATTTTTTAGCACAGACACCACACTGGT +TGCAGACCTTTACATCTAATGAATCATCTTTTTTATTACCTATTTTTATACAAGAAGTTC +CACCAGAATAGTTTTTGTAAAATGCTTCTGAACAAGCTATTTCACATGTTAGGCAAGCTT +GACATAATGACCTATCTTTAACAACTAATTTTTTCATATTAAATTCCCCCAAAGTTATAA +GTTATTATTACACTTATTGTCAAATTCCACCTGTTGCTAATTAAAGTGTAGATTATAATA +ATTAAAAAATCAATTATAAACTTTATAAGGTATGAATATTTTCATTAAGCAAGAAACATG +GAAATAAGTAGAATAAATGCCTACTATACATCATAAGCTTAAATAAAATAACTATTTACT +TTAATGTATATAGCAATAATACTTTGTTCATTTTGATGGAGCTTATTAGAGTGGAGGTAA +AATATGAATATAGTTATAATAGGAAATGGTAATATCGGGAAATCTTTAGCAGACATATTA +TCAAAAAAAGGACATGATATAGTTATGATAGATAGTAATTACTCAAAGGTTAATAAAATA +GTGGATAATTATGATGTAAAAGCTATATGGGGTAATGGAACTGTATATGAAACACAAATA +AAAGCAGGTGTAGACGAATCTAATCTAACAATTGCTGTTACGCCATCAGATGAAACCAAT +TTAATTTCATGTATGATAGCAAAACAAATTGGATCAAAGAAAGTAATTGCTAAAGTGAAT +AACATAGATTATTCACCACAAATAAAATTTATGAAAAATAATTTTAATTTAGATTTGCTT +ATAAATACGGATAAATTAGTTGCAGACGAAATTTTAAAAATGCTAAGATATCCAAACTGG +TTAAAGATTAAGCCTTTAGGAAAAGAATCTCTTACTATTAGTGAACTAGTATTAAAAAAA +GGTAACAAGTTAATTAATAATCGTATTTCAGACATTAATAAGAAATATAAAGCTAATGTA +CTTGTATATGCATTATTTAGAGAAAATAATGTTTTTATACCTTCTAAAGAAGATATATTA +AATGAAAAAGATACAGTTTGTGTTGTAGGAAGAAATGATGAGTTAAATAGCTTTTTTAAC +AATATAGGAATAATAGAAAATAATATAAAATCTATAATAATAGTTGGTGGAAGTAATACA +AGTGTATACTTAGCAAATCAGCTAAGTAGTATAGGTATAAAAGTAAAAATAATAGAAAGA +GATTTATATGTTTGTAAAAGATTAGCCCAACTAGCTTCTAAAGCAAAAATAATAAATAAA +GATGCTACAATTCAAGATGTATTAATAGAAGAAGGAATTAATAATACTGATGCTTTTATT +TCTATGACTGAAAGTGATGAGGAAAATATAATAATATCTTTATTTGCATCTCATTTTAAT +GTAGAAAAAGTAATAACTAAAGTAAATAACACATCAATAATAAATTTATTAGAATTTAGT +GGTTTAAATACTTTTATTTCACCTATAGATGTAATATCAAATGAAGTTGAACAATATATT +AGTCAAGAAGATATCATTAATTTAAATAAATACTCAAGTGAAGATATATTAGATGAGAAA +GTTAATTTTTTAGAGTTTAAAGCTTCTAAAAAAGATAAAGTCTTAGGAATTCCCATAAAT +AAATTAAAAATAAAATCAGATGTAACAATTATTGCAATTCTTAGAAATGGAAATTTAATA +GTTCCAAGTGGAAATGATTATATAAAAATTAATGATAATCCTATAATCGCAACTAAGAAC +AGATTTTTGAAACATTTAGATGACATTTTATGTTAGGGGGGAGAGATTATGAACTTAAAA +GTAGTGTTAAAAACAACAGGTAAAATTATTTTACTAGAGTCTGCACTACTTATTTTACCT +TTATTTATATCTATATATTATAATGAAAATACTCAGATTTACTTTATTAAATCTATTTTA +ATATCTTTAGGTGTTGGATTATTCTTATCATTTATACCTGGAAAGGGCAATAAAATTTAT +GCTAAAGAAGGATTTTTAATTGTTTCATTATCATGGGTAATAATATCAGTTCTTGGAGCA +TTACCTTTTTATTTAAGCGGTGAAATACCTAAGTTTATTGATGCCCTTTTTGAAACCGTG +TCTGGATTTACTACTACGGGTTCAACTGTATTAAAAGATGTAGAAGCTTTAAGTTATGGA +ATGTTATTTTGGAGGAGTTTTACTCATTGGATTGGTGGAATAGGAATATTGGTTTTCTTA +CTAGCATTCTTACCTAGATCAAAGGGACAAAATATCTATTTAATGAGAGCTGAGGTTCCT +GGACCTGTAATGGTCAAATTTGTATCTAAAGTGAATATGAATGCTAGAATTTTATGTTTT +ATATACATAGCTTTAAGTTTATTTCAGGTAGGTTTTCTACTATTAGGTGAAATGCCATTA +TTTGATAGTGTTGTTATTACATTTGGTACAGCAGGGACAGGTGGATTTTCTATAACTAAT +GCTAGTATATCAGCTTATAACAGCAAGTATTTTGAGTATGTTATAGGATTTTTTATGATT +ATATTCGGTATAAACTTTAATTTATTTTATATGATTTATTTAGGAAGCATAAAAGACGCT +TTAAAAAGCGAAGAGCTTAAATGTTATTTGGGTATAATAACTTTTTTTGTAATTATAATA +ACACTAAACATACTTCCTTCATATATGGATATAGGGCGAGCATTTAGAGATGCATTTTTT +CAAGTAAGTTCAATAATAACTACGACTGGTTTTATAAGCGCTGATTATTCTTTATGGCCT +AATTTATCTAAAATCCTTCTTGTTATATTAATGCTAATTGGCGCTTGTGCAGGCTCTACA +GGAGGCGGCATTAAGGTTTATAGGATATTAGTACTATTTAAATCTGCTTTAAAAAATACT +AAGCAAATTTTCTCACCAAGATCTGTTTATTCTATAAAGGTAGATAATGAATATATTGAT +AGAAAAATTGTTGATTCAATACAAGCATACTTTTTTATTTATTTAACAATTTTAATTTTT +TCAATTATTATTTTATCTTTTGATTCATTAAATTTAATAAGTATATTTACATCAGTAGTA +ACTTGTTTGAGTAATGTAGGACCAGGATTAGGAGTGGTAGGACCTGTTGGTAATTTTTCG +TCCTTGTCAGATCTTTCGAAGTTAACTTTAATTTTTGACATGCTTGCTGGTAGATTAGAA +TTATTCCCGATAATATTTCTTTTAGGTTTTTTTAGATTAAAAAAGTAACAAAAATTTGTT +GACATCATAAAAATAATAATATAATATTTAATCATAATAAATTAGAAATAATGCGATGAT +AAGAAATAGTAGATGTAAATATCTATTGCAGAGAGTTTCCGGTTGGTGAAAGGAAATATA +GAGTTTATATTGAACACATCTTTGAGCAGTACACCGAAAAATATAGTAGGCTGTACCGGA +TTCCTTGCACCCGTTATCGTGCTAGAGTATTAGTAATAAGTTTACAGTACTTGATGAGGT +TAATGTCGTGAGGCATTAATAAAAATAGGTGGAACCACGTGAGTTAACTCCCGTCCTATA +GCTATAGCTATAGACGGGAGTTTTTTAGTTTCAATATAAACTTAGGGCCCAAGTTTATAT +TGAAATAAATTATGTGGAATCTATATGAAATTAAAATTCAAAATATTCAAATAATAAAAG +GAGATAAAATATGAAAATAAATAAATTTAAAAAATTAACTATAATAATAACATCTTTATT +AACTATAGGTGGATTAGTAGGATGTTCTAATACAAATAATGATGCTAGTGATAAAAATGA +AATAATAATAGGTTACGATAATACTTTTGTACCTATGGGATACTTAGATGAAAATGGAGA +TACAGTAGGATTTGATGTAGATTTAGCTACAGAAGCATTTAAAAGAATGGATATAAATAT +GAAATTCCAATCTATTGATTGGTCAATGAAAGAAGCTGAATTAAATTCTGGTAATATTGA +TGTTATCTGGAATGGGTATACATTAACAGAAGAAAGAAAAGAAAAAATTTCTTATACTGA +TTCTTATTTAGATAATAAACAAATAATAGTCACACTTAAAACGTCAAATATAAAAGATAA +GTCTGATTTAGAAGGTAAATCAATAGGTACACAAACGGATTCTTCTGGTATGGAAGCTGT +ATTAAAAGATACCGACTTTGTAAAAAACTTAAAAAACAAAGAGCCAGTTTTATATGATAC +ATTCGATAAAGCTTTTAGAGACTTAGAAATAGGAAGAATAGATGCATTAGTTGCAGACGA +AGTATTAGCTAGATATTATATAGCTCAAAAGAAAGATGATATGTACAAGATATTAGAAGA +TAATTTTGGAAAAGAAGCATTTGTAGTTGCAACAAAAAAAGAAAATACAGAACTTAGAGA +TAAAATAAATAGCACTTTGAACGAAATGAAAAATGATGGTACTTTTGATGAAATATATAG +TAAATGGTTTAAACAATAGCAATAAGTAATATAAAGGAGGAAAAAATGATTAAAGGACTA +GGAATTGTTATATCAATATTCATAATAACTTTGTTAGCTTCAATACCACTAGGGCTTATA +ATAGCCATTTTAAGGAGATCTAAATATAAATTAATAAAATTCATTTCAAAACTATATATT +TTAGTTATGAGAGGGACTCCATTACTTTTACAACTTATTGTTATATTCTATGGATTACCA +TTATTGGGAATAACATTTGACAGATTTACATCAGGCATAATTGCATTTTTACTTAATTAT +GCAGCATACTTTGCAGAAATATTTAGAGGTGGTATAGAGTCAATAGATAAAGGGCAACGA +GAAGCTGCAGTTGTATTAGGTTTTGACAAGATTACTATGTATAAAAGAATTATACTGCCT +CAAGTTATTAAAATAATATTAGCACCTATGTCAAATGAGGTAATAACCTTGATTAAGGAC +ACTTCATTAGTTTATATTCTTGGACTTAATGACATTTTAAGATTAGCCCAAATTCAATCT +ATAAGAGAAGTGAGCTTAGTACCATTACTAGAGGTTGGTTTTATATACTTAGCTTTAGTA +GCTGTTATAACGCAAGGGTTTAAGTTATTAGAGAAAAAATACTCTTATTATAGATAAGAG +AGATAGGAGATAATAATGTTAGAAATAAAAAACTTAAATAAATCGTTTAAACAAAATCAT +GTATTAAAAGACGTTTCTTTTAAAATAAACAAAGGTGAGATTGGAGTATTACTTGGAAAA +TCAGGAGCAGGTAAAACAACGTTACTTCGATGTATTAATGGATTAGAAGAGTTTGATAAT +GGAAAGATAATAATTGATAATAAAATAAATAACAATAGTAAGGATATACTAACCCTTAAA +GGCAAGATTGGAATGGTATTTCAAAACTTTAATTTGTTTCCACACTTATCAGTTATTAAA +AATATTATAGAAGCTCCAGTTAATGTATTTAAAGAACCTAAAAAAGAAGCTTTAGATAGA +GCTAGAGAAATACTTGATATAGTTGATCTTAAAGATAAAGAATATTTCTATCCATATGAA +CTATCTGGAGGACAACAACAAAGAGTAGCAATAGCTAGAGCATGCGCTTTAATGCCTAAG +GTACTATGTTTTGATGAACCTACATCAGCTTTAGATAAAGATACTATAAAAAGCATAGTT +AATGTAATGAAGAGACTAAAATCACAAGGGATGACTATATTAATTATAACTCATGATATA +GGATTTGCTAATGAAGTTGCTGATAAAGTAATAACTATAAGCAATGGAATAGTAGAATGT +GTAGAAGAGGTATCTTAACTCTATTTTAATTATTCATATATTATGTTAGAATAGATTATA +AATTTTATATGAATAGGTGAGGTAGTTATGCAAGATAAATTAATTACAAAAGATAAAGTC +TTTATTCAAGACACTAATTTTTCAGATGTACTTTATAAATCAAGTGGATATGAAGATTTT +CATACTAATTTAGTAAAAAGTAATATAGAATTTGATGAGAATAAGGCATATGACTTATTA +CCAAGTGGATTTATAGATTTTAATCAGCATTTATATGAAGATATCAATCATATGAATTCA +ATAAGCTCAGGTTTATTTTTAGAAAAAACATTAATTACATTTAGAATATTTATATGGACA +TCTAGAGGAGAAGGCTTCGAAATATTTAAGCATGTATTAAGAGGTTCTGAAATAAATAAA +TTAAAAAGTAAAGATGATGTAATTGAATACATATATAATCATCTAAGCGAATTAGAAGAT +GGAATAATAAATACTTATGGTAATGATATAATAAAAAGCTTTGAAGAGTTTGGAAAAGGA +ATTGAAAGTAAAAAACTTCCTTTATCTATCTTACTTAAGAATTTAACAATAGATAATAAT +TTATGTGATTTTAGATAAAAATAGATAAAGAATGGGTTAAAATACCCATTCTTTTTGTTT +ATTCAAAGTTTTATTAGTCTATTATAAAAACATAACAGTAGAGGCAATTAAGAACTGTCC +TATATAGTAAGTTATTAGATTTATAGCTGGTAAAGCCTTATTATGATTCTTATCGAAAAT +AATAAATGATAATACAAAATCAGAGACTATAAATAGGGTAGTACCAATTACTAGAAATAT +GATACCTTTATTGCTTTTATACTTAAGTAATAGAGCTAATGATTTAGAATACATTATGCT +TATTAGTGTACAGTATATAAAAGAAGGAATGAATAATTTATTAAACTCTAACTTTTTATA +TACTTTAAGGTATAACATTATTATAAAAGAAAATAGCAGGGCTAAGACTAACTCTTTTAA +TTGCATTGAATCTAAATATGAGAAAGCGCTTGTATAGAATATATGAGTTACTGAGAAGCT +AATTAAACCAAATAAAAATATTATAGATGATTTTTTATGTGATCTTGGATTTATAGATAA +GAAAATATCTCCAAATACAGAGAAAATAAGTCCTGTTAATATTAAAATAAAATAATCAAA +ATCCCCCTTAGTATGTAAACGTGCAAATAAACAAAAGAATAAGAATAGCAAACTTGTAAT +TGTCTTTGAATACACTCTGTAGTTTTTTATTGGTTTATATGTAAAATATAATAAAGAGAG +TAGGGTAAATACCGATAAATTCAATATTAATATCATTTTTTAAGAGACTCCTTTTTATAA +AAATACTTATATATAGTGTATGTTTATTTCTAAAATGGCAAAAAAATACATATAAAACGT +ATGTTCTTATATAAAAATGTAACTTTTTATTATAATTTTTTATTATAATTTTCATAGTAT +TTATTAAGATAATAAATACTTGAAATACTTCCCTATAATAATTTATAGAGATAGTTATCT +TAGTTGTATTTACACAGATAAAAGCACATATATGTAAATATAGGCAAAGTATTATTATTA +TCTTAATTAACAAAGTAGCCTAACATGACTACTTTGTTTTTAATTATTATCATAAGGATC +TAAAAGCCATTCTGAACTATTATTATCTTTTACCAAGAAAATAAGTGCTTCATACTCACC +ATCTTTATATTCTTCAGAGTTATAAACAACACTATACCTAACTTTATAGGCCATAACTTC +TGATCCATCTTCAATATCAGTATTCAATTTTAAATATAAATCTATAATATCGAAGTCTTT +ATCTTCTTTAACCCTAAGTATATTAATTTCATCAAGTGAAGATAGTTGATTTTCAATCTT +AATTATTTCTTGTTGCTTGTAAAGAAGCTTTGATATAGAGTGTATATCTTTATCATTTTT +ATATTCATAGTATTCATATATAATTTCTTCTGGATTATTTGTATAAGAATTTGATTTTAC +GGTGACTATAAATGTGAAGATTAACATAGGGATAAGAATCATAATAGAAATTCGTTGACA +ATTTTTAGGCAACTTTTCACCTCCATACAAGACTTATAAGTGATATTATCCTTTTTCCAT +ATATACGAATTTAAAATCTTATAGTATACTATATCAGGCAACATAAAATAATATTCCAAA +AGTGGTATTATTTGTGTTTGATAATTTTATTAGTTACATAATCAAGGAGGCATAAATAAT +GAGTAAATCACCAATACCAACTCCGCATAATAATGCAAAGGTTGGAGATATTGCAGAAAC +CGTTTTATTACCAGGAGATCCTCTAAGAGCTAAATTTATAGCAGAAACTTTTTTAGAAGA +TGTTATCCAATATAACACAGTAAGAGGTATGTTTGGTTATACAGGAACCTATAAAGGAAA +AAGAATATCAGTTCAAGGAAGTGGTATGGGTATACCATCAATAGGAATATATTCTTTTGA +ATTAATACATTTTTATGGAGTTAAAAACTTAATAAGAGTAGGTTCAGCAGGTGCAATTAA +TGAAAATTTAAAAATTCATGATGTAGTTATAGGTATGGGAGCTTGTACAAACTCAAATTA +CGCTGATCAATATAATTTACCTGGAACATTCGCTCCAGTTGCAAGTTATGAATTATTACA +AAAAGCTGTAAACGTAGCAAATGAACAAGGGACTAAAGTTACAGTAGGTAATATATTATC +ATCAGATGTATTCTATAATGATCAAGGATTAGAGCCTTTACGTCAATGGCAAAAGATGGG +TGTACTTTGTGTAGAAATGGAAGCAGCTGCTTTATACATGAATGCTTCAAGGGCGGGTGT +AAATGCCTTAACTATACTTACTATTTCTGATTGTCCATTAACAGGAGAAGAAACTACTTC +TCACGAAAGACAAGTTGCTTTTACTAAAATGATGGAAATAGCATTAGAATTAGCTTAATT +TAATATAAATAAAAAAGATATGAATATAATCATATCTTTTTTATTAGCTTATAGTTCTAA +ATACACCTGTAACAACACCAATGATTTCAACAGAATTAGCTTCTAAAATTATTGGTTCCA +TAAAGTCATTTTCAGGTTGAAGTCTTACAAAATTATTTTCTTTGTAAAATCTTTTTACCG +TAGAAGTCTCACCATTTATCAAGGCAATTACAATTTGAGAGTTAGAAGCGGTATTTTTTT +TATCAACTATAATATAGTCATTATTTAATATACCAGCATTAATCATACTGTCACCTTTAA +CCTTTAATACAAAGTTATCAGAACCTTTTATTAGGTTAGAAGGAAGTGGTATGTATTCTT +CTATATTTTCCTGGGCTAGTATAGGCTCACCAGCTGTAATTTGACCAACTAAAGGTAAGT +TGATAATCTCTTGATTTAATCCAGATACGTTTGGATTACTATTTCCATCTAGCACTTCTA +TAGCTCTTGGCTTAGTAGGATCTCTTCTTATATATCCTAATTTTTCTAATTTATTTAAAT +ACCCATGAACAGTAGATGTAGATTTTATATTTACAGCAGTACAGATTTCTCTAACAGAAG +GTGGATAACCTTTTGCCATTAGTTGCTCTTTTATAAACTCTAGAACTAATACTTGTTTAT +CACTTAAATCCAAATACATAAAATCAACTCATTTCTAATTTAAATTTATTTATATTGCAG +TTTAATAACATAAGATAGTCTATTTAATTAATTATACTTATATTTTAACATAATAAGCTT +TATTTCACAAACATTTGTTCTAGGTTTATAAAATATGTTGTAAGTAGGACTTTATCTAGA +TATTATTATTAATTTCTTCATCAATTTTTTTTATTTCTTCGTAATTATCGTTATTATCAA +CCCACTCAAAGTTATTGACAATATCACGCTTAACATTTTTCTTATGTGCAGCGTATAGTT +GGGTAGTTGTGACGTTATCATGATCTAATAGGTTTTGTACATCATAAATAGAAAAACCAG +TCTGAATTAAAGATGTAGCAGCAGTGGCTCTTAATTTATGAGGACTGTACCCATTATTTC +GTGTAGTTTCCATTGAAATAGAAGTGTATTTTTTTACAAGTTCTCTAATGGCTTTAGAAG +TAAGTCTTTTTCTTTGAAGAGATAAGAAAAGAGCATCTTTGACTTCATCTGATAGAACTT +CACTTTCAGGTCTTTCATTAAAGATATAATCTTTTACAACAGTTTCACAAGTATGGTTTA +TAGGCATAAGAACTTCTTTACCACGTTTTCTAAAAATCTTAAATTCACCTCTAGAGAAAT +TAAAAGAAGAGATGTTAAGTTCTCTTAGTTCATTAAGTCTTAGACCATATGTAACAAATA +AAGCTAAAATAGCTTTATCACGAAGCTTAGTTTTTTTCCAATATACTTTTTCTTTTTCAG +TAAGACCTTCACCACTTTCTACAGCATCTAACATTTTAGCAACTTCATCAATATCAAGCC +TTTTTATAGCGTCTGGTTGAGGCTTAGGAAGCTTAATAGGATTAAAACCATCAGTAATAT +TATTATCAAGTTGCTCATTTCTATATAGGAACTTAAATAGAGTAGAAAGAGATGATTTTT +TTCTAGCTAAAGCCCTATTGTTATTTTCAAAGATTAACGTATTCTTTTCTGTCTGCTTAT +AGTATCTACTACAATAGTCACCTAAGAATAAATTAACATCTCTTGCCTTAATGTTGTTAA +ATTCATCCAGCGTAATATCTTTAATAATTTCAGCTTTTGTAAGCTCTTGTGATTCTACTA +AATAATTACAAAAGAAGTTTATATCTTCAAGGTAAGCATAACGCGTAGAAACGGCTACAG +AACCTTTTAAATATATAAAGTAGTCTTTCATAAACTTAGGCAGTTGATTTTCTATTTTAA +TACATCTTTCCATAATATCATTATCTCTATGAACAATATTATCAGGTTTGTTTGATTTAT +TGTTAATTTTTAATACCTTATCGTTATTCAAAATGAATCCTCCTAATTAATTTAAAGTAA +CTTTTAAATGATTATGTATATAATAATATAAAATATCATATTATTTTTTTTCTTTCAATG +TCAATGTAGAAAGTAAATAAGTAGAAAACTAATAATTCTTGTTTAAATAAAATAGACTTG +AAATAGAGCTTTTATCTAAATTGATACATTACATTTGATAAATCACCTAAAAAGTGATCA +TTTCAATGTATAAGAACATATGTTCGAAGATCGATGAAGTGATAAGATAAAGTAATAAAA +TGACTATTTTAAGTTCAAATTTATTAATGAAAAAGCTTAAAATGTTTAACGATCCATAAA +TAAAATTTATAAAACTTTATTTGTGAATGAGTTAAAGAGGCTTGATGAAGCTAAAAAATG +TCTATAAATAAATAGCATTAAATAAATGAGGGTTATATAGATTAAGTATGTGAGAGAAAG +AAATTAATAGTATATAAAAGGTATATGAAATAATTTATAAATAATAAATAAATCAAAGGA +ATGTTATATTTATAAAACATTTCAAGAAATGTAGAAATATATACATAAGTTATAAAAACA +GATGGATTAAGCGAAAAACTTAACTTAATAGATATATAATAAAATTATTTTTAGGTACAA +AAAGAGTAAAGTGCATATATTCTAATCATTTACAAATTCATGTATAAATGATTAGAATAT +ATGCAAAAAGTGTAGCTTTAGTTTATTATCTATACAACTATTCCCTAAATATACATTTAG +AGAATAGTTGTATGTTACAAGTTTAGCACTTCCCCTTAAACCTATATATATTATCTGGCA +ATTTCTATTTCTATATAATTAATATATATATAAATTGAACTTACATATATAATAATTATA +CAAATATATAATATTTTATACATTTAATCATTTTAATGCATTTCTAAGGTTTATAATCCG +ATTATAATAATATAATGAATTTACTATATATTTAATTTTTAAATTGAAACTTAAATAACT +ATACATATTAGGATCACAATTATACGTAATTTCTTTAGTTAACATAGACTAAAATATAAT +ATTGATGATTAATGACCTATTAGAATATAAATTACTTAAAATGTTACTCCTACTCCTTCA +CTTCAAAAAGTTATAAATGATAGAGGTCCCTTGCTAAATATTCACCTAAAAAGCTTCTCT +TAGCAAAATTACCTTCTATAAATTAATGATTTTTAAGATTTGAAAGAAAAAAGCCCTTAA +ATCATTTTATTGTAAATAATAATACAAAACTATTGAAAAGTTAATAAAATGGTTTATAAG +CCTAATTACAGGCTTATTTTAAGCTTCTTTAATAGAGTATCTTTCTTATAATAAATAAAG +GATAAGTAATGAATTAAATGAACAATAAAGTACATTCAAATAAATTACTTATCCTTTATT +TATTAATATGTAATTTCATTTAGTTGTTCTAGGTCTACTTCATATTTATAATTACCATCA +AGAGATTCTACGTATGCTGTTCCGATATTATTGTCTACACTTATAAGATTTACTTGATTT +TCTTTATAAAAAATTTTACTATTTACGTTATTGTTTTCTCCGTTAACTATTTCCATTGCA +CGTCTTAATTGCATATGATCCTCCTAAATGTTTTCATTGTTAATTTTAATCTTTATTTAT +GTTCTCCAAAAATTTATTTTATATACAGGATTACGTAGTTATAGCATTATAGTAAATAAA +AAAATAAGAGAGATATATAATCCCTCTTTTATATAAAATATCAAACTTCTAAAATTTATC +TCGGTTCTATTATTAATTTTATCGCCGTTTTCTGTTCTCCGTCTATTTCGATATCTGTAA +AAGCTGGAATACAAACTAAGTCCATACCGCTTGGAGCTACAAAACCACGTGCAATAGCAA +CGGATTTAATAGCTTGATTTAATGCTCCTGCTCCGATAGCCTGGATTTCTGCACTTCCCT +TCTCTCTTAGTACCCCTGCTAAAGCTCCTGCTACAGAATTAGGATTAGATTTTGATGAAA +CTTTTAATACTTCCATTTCAACATCCCCCTCTTTGATTGGTTAACTAACTAAAGTACTAA +ACCATCATGATTTAACATATACTTCGATATTGAACTAAAAAAACCTTTATTTATTTTTGT +ATACAACTCCTTAATTCTTGTATTTCCTTATCTGTAAAGCCTGTAAGTTCTTTTATAAAT +TGTAAATCTGATTTTTTTTCAAGGAGTTCTATAGCCATTAATTTTTTAGTTTCTAATGTT +TTAATTTCTTTTTCTAATCCATAATTTTCTTCTAGATCAATAAAATTTATAGACTCTGTA +CATTCTACAAAAGAATCTACTGGAAACTCCTTAGTAGAATATGTATATTCTTCCTCTTCG +TTGTCTAAGTTTAAGTTTTGTTTATCTTTTCTTTCTTTAATAAAGTCTCTATAGATATCG +AATAATATAAGCAACGCTGGGATTATGAAATAAAAACCAGTCCCTATAATACCTATGATT +GATGTAGATAATAAAATAATTTTATTTAAATTGTCTATATGCTTTTCTAATATGAATGAT +TTTACAATGCTAAAAAATAAAGTTATTAAGCATAAAGGAAATAATAGATAACTAGAAATA +ACTCCACCTATACTTAATGAATCAAAATTATTGCCTATATTTCCAAATACAAACATATAA +CCATTAACGTATGCAAACAAGCAAGCTAAAACACCCAGAACAGAGCCGAGAGCTTGACTA +TACCAGTCTAAAAAACGCGAATTCATCTTATTCTCCCCCTTCTTGTAAGTAGTGTATATA +AAATAATATGATTTATGATTGATAAATATATCATATTATAAGATTAGATTATTTATATTT +TCCTATTTCTATTTTTTGTAAAAAGTATTATAATTTAAATACTTTAATTATATTCTTTTA +TGGTTATGATATTAGAATATAATTAAGTGATACATCTTATTAAGGGGAGTTTATATATGT +TAGATACGACAGAGTTAATATTAAAAGTTAGTTTTTTTATTTTGACAATTATTTGGATAG +GAAAAATAATGATTCTAAGAACAGATAAACAAATCGTTATAAATCCTCTACTAATTGGAA +TATCTGCTATTTTAGTAGTATTGCCTGAAAGTAATGAATTAAATAATACTTCGATAACAA +TACAAAAAATTAAAATAATGTTATATATATTATATTGTTTAGTAGTGCTATTTGGAGTAT +ACAGTACGAGAAGAAAAAGTAATATTTTTTAAATAGAAAAAGAGAAATAGGGTTATTTTG +ATTTAATATCCTAATTTCTCTTTTTTTATAAATATAAAATACTCTTTTAATCTATTTAAT +TAGCTTTTAAAAGTATTATAATTATCAAGTCAATTTATATTGCCATATGTTGATTTTTTA +TACTTATTTACGCTTTTTAGCTTCACATCTGTATATTTGCATACCTTGAGACATAAATTT +ATCTTCGTATTCTGTAGTGATATTTTCTATTTCTGTATTTTTAGCCAAATCTAAAGAAAT +ATTTTTTAACATCCAGTCACTAGCTGCTATTTCATTTAAGCTGAATTCGAATAAATCTCT +ATTGTCTGTTTTAAAGTGTAATTCACCATCATCCTTTAATATAGTATCGTATTTTTCTAA +GAAACTACTATGAGTTAATCTTCTTTTAGCCCATCTTTTCTTAGGCCAAGGATCACAGAA +GTTAACATACACTCTACTTATTTCTTTTTCTTCAAAATAATCAAGTATGTTATTTACATT +ACCCCATACAAAAAGAATATTATTTAGATTAGCTTCATGTGCTTTTTCTACTGCTTTTAG +TAATACTTCTTCTTTTATTTCCATAGCGATATAGTTTATATCTAGATTATTTTTAGCATG +AGTTGTTATAAATTTGCCTCTACCTGTACCAAATTCTACGTGTATAGGGTTGTTGTTTTC +AAATTTTGAACTCCATTTTCCTTTTAAGTTTTCTATATCATCTTTTATTACATAATCTGT +AAAACTTAGTAGTTTTTTATCAGATCCTTTTTTTCTTCTTCTTCTCATGTTTGATCTCCT +TAGTTGTTTATTTAAGAATAAAAAATATAGAGTACTAGCTAAGCTAATACTCTATATTAG +AATTAACAATCGCAGCCAGAGCATCCTCCGCCACAACCGCCTCCACCTTCAGGCATGTTT +TCTACAGCGATTCTGAATCCATATCCAGTATCTTCTATTGTAACATCCCCATATTGAGCG +AATTCAGCTTGATCCATTATAAAGTGTAATCCATCAGTATCGAATGTTACGTCAGATGAA +TTTTGCTCATCTAAAGCAAGACCGAAAGAAGGTCCGCTACAACCGAATCCTGCGAAGTAT +ATTCTTATGCTTGATGGTTTATCATTATTTTCACTTATTATTTTGTTTAAAGTATCAATT +GCTGTTTGTGGTAAAGTTACTTTCATTTAATCAATCCCTTTCTTTTTCTTTAGAATATAT +ATATTATATACCCAATATGAGTATATAATCAAACATTTTAGTAAAATTTTTTAATTATGT +TAATTATTACAGATTTATATTGTTTAATCTATTTACAAATACACTATTTTGAAGATACAA +AAGCATCTATATTAATCTTCTTTTCATCTTTTAAATTTATAACATATAGACTAGGGGTTG +TATAATTATATTCACTTAAAAAAGGAAAAAGAAGTGTATACCTATCCTCTTTTAATGAAT +GAAATTTATAAGTTCCATCTTTATCTGAAACACTGTGACATTTATTACCATTTGAATCTA +TTAATGTGATTGTTTTATCGCTTAATATATCATTATCATTAAGCACAATTTTTCCATAGA +TTGAGTATAAGTTAGAATTATTTTTATCAAAACTGAAAGAAGAGTTACTAATTTTCATTA +TTAATGGCTGTATAAGCACTCCACTTAATAATCCAGATTTAAAAAAAGGAACTTCATGGT +AGAAATCTGCTTTGATTATGCAATCAGAACATACGTTCTTTAGTGTGATTTTTGATATAG +AATATAGTATAGATGGTCTTTCGTTAGTTTGTAGTTCATCATAATCACCTGTAACTTGTA +CATTATAATAATGAATCAAATTATCTTCACCCCACAATATAACTGGCTCTAATGTATAGT +CCTCTCCGTAATTAATAAATATAGGTTTTTGTAGCACGATTTGGTCATATGCAATGATTT +TAACATCGTTATTGCTTAATGTGCTAACAAAGGAAAAATCATTGATATTGTTATTAGAAA +TATTTATTACTGCTAATTCTTTTAACTCAGATAAATTAGGAATAGTGTAGATATTATTAA +AATCTAGATTTATGCTTTTTAATTTAGTTAATTTGCTTAAAAAAGATAAATCTTCTATTC +TATTATTGCTTAATTCTAAATTAGTTAAGTTTCTTAAGTGAGATAGCTTGCTTGTATCTT +TTATTTTATTGTTGTTAAGTAATAGGTTGGTTAAATTCTTTGCAAACTCCAAACCATCTA +AGTGTTTAATATTTTTATCTGATAAATTTAATTCTTTTAATGAACCTAAGAATTGTTTGG +TTATTTCTCCTTCTGATTTGTCGCATGACATGGCTATTGATAACCTTAAGTGCTTATTTA +TCCAATTATCGTCTTTACCTTTTGCCAAATTAATCATTCCTTTATATTTTTTTATTTTTA +AAGTAATCTTTACTTAATATTTCATATTTATAACATGCTATTGGTTTTGATCCAGTTGAA +TGGAATTTTCTCTTAAATTTGCCTAAGCAGTTAAAGCCTAAAGAGTCTAAATAACTTCTT +GAGTGCTCGTTATCTTCGTATGTTTCAAGAAATATTCTTTTTAAATGTAAATCTTCAAAT +CCGAATTTAAGTATTTCTCTTGTTAGTTCGGGTATTAACTTAATGCCCCAGTATTTAGGA +TTTATACAAACTCCGATCTCACCCTCAATAGAATTACTAGGTATATTATTAAAACCAATA +TTACCTATTGTTTTATTATTTTCTTTATATACAATTGCGAATTGACCGATATAGCCTTTT +CTATAATTGACTAAAAAAAATGTTTTAATAAATCTTTCAGTATCTGATATAGAGGTATGT +TTTTTCATAGGAAGATATTTTACAACTATGTCTTGTCTATAATACTCATACATATCCTTA +GCATCTTTTATAGTAACTGGTCTTAATATACACCTTCTCGTTTCTATGATTTTCATTTGA +GGAAAAGTTAAATTATACATACTTAACCTCCTTTATTATATATTAATTATATATATAGAC +TATGATTTTGGTTATATAACTGTTCATAAAATATATACTTTTATGCCATTTTTTAAAAAA +TGACTATTTTCAAAGGTTTTAAGGAGCAAAAATAATTTTATGTCAGTTATATGTCAGAAC +TTTTATCTGTTTTTTGTTTTATATTTGTGGTAAAATTAAGTTATAAAATTAGATAATTTA +TTTTATATTTATACATTTATATACATATTAATTAGAAGGAGAATCACCATGAGTTTCGTT +TTTATAAGAAAAAGAAGCAAGAATTATATAGTTTATTTAGAATATAAAGATCCGGAAAGT +GGTAAGAAAAAACAAAAAAATATGGGTTCTTTCGAAAAGAAAAGAGATGCAAATAAAAAG +TTAACAGAGTTAAAAGATACAATATACAAGGATGATTTACTAACACCAAACACAATTACT +TTAAAGAAACACCTTTTAGATTTCTTAGAAAAATACAAAGAAAATTTATCTGTAACTACA +TATAATAGTTATATTAGAATATGTAATAAATATATTATACCTATCTTAGGAGATATAAAA +TTAGAAGATTTAAGACCTGTTCATATACAAAACTATGTAGATGATTTAGTTGGTATATTA +ACTCCACAGACAATTAAAATACATATAAATATTTTAAATTTGGCATTAAAAAGAGCCTAT +AGATTAAAGTTAATAAGAGAAAATGTTATAGAATGCATAGAAATTCCTAAGTCTAGGAAG +TTCAAAAATAAAATATACAACCAAGAAAATATGGTTAAGCTTCTAAATATAAGTAAAGAT +ACACCACTGGAACTTCCTATAACACTAGCAAGTGGTTTAGGGCTAAGAATATCTGAAATA +CTAGGCCTTACTTGGGATAATATAGATTTCGAAGAGAAACTTATAACAGTAGATAAAATA +ACTATTCGTTCTAATGGGAAGGTAGTACTTAAAAGTCCTAAGACGGATACATCTATTAGA +ACTATATCTGCTCCAACAGAAATTATAAGTATGTTAAAGGAACATAAACGTAAATGTTTA +GAATTAAAACTAAAAGGCATTATAAGAAAAGATAACAACTTTATATTTTTCGATAAAAAC +GGAAATCCAATTGCGCAAGATGTATTAAGTAGAAAGTTTTCTCGTTTTTTAGAAAAGCAT +AATTTAGAACATATAAGATTTCATGATCTAAGACATTCACATGTAACATTACTTATAAAT +TCAAAAGTTCCTATAAAGGTAATTTCTGAAAGAGTTGGTCATTCAAATATTAATACCACA +TTAAATATTTACTCTCATGTTCTTAAAGAAATGGATAAAGAAGCTTCAGATAAGATTTCA +GAAAGTTTATTTAAGTTGGATTAACATAATATTAATAATGTAAATAAGTTTAAATAAGTA +CGAAAAACGACTTTTTAAAATCAATTTTAAGACGTTTATAATAACCTTGGCAAGTGATTA +ATCCTTGAGAAGTGTTAATTTGCTTAGAATGTAAATAAATAGATATTTAAGCAGTTTTGC +TTATTTTTATAAAAAATCTAACTATTTTCATAATAGATTCAGTTAATTTTAATAAAAAAT +AAATTACATGTGATATTTATTAATATTAGTAATTAATTCTCAACGCTATAAGTTTACATA +TATAGTATTATGTAAACTTATAGTATTTTCTTAATTCTAAAAATCAGTAAACTTATAACT +ATAATCAAAATCATAAAAAAAATTGTAATAGGATATGCATAGTGATAATTAAGTTCTGGC +ATGTATTTAAAGTTCATGCCATAAATACCTGTTATAATTGTTAATGGAGATGCAATACCA +GTTAGTATAGTAAGCTTTGTTATTAAAGAGTTTGTTTCTTCTGCTACTTGGGAAGAATAT +ATATCTAAAAGTTTATCTGCCAGTTCTCTTGTAGATATAGCAAAGCTATATAATTTATCT +ATTCCAAAATCTATCCCTTGTAGATTTTCAATATTATGTTTTTTTATGTCCGAAGCTTTC +ATATACCTTATATTTTCTTTTAGGATTCTATCACCTATATATAATAAAGGCCGAGTATTT +TTTACTATAGTCCTAGTTAAACTTCTTACATGATTAATATCTGATATATTATTGTCATAT +ACTCCATTCATAATATTATCTTCCATCTCTAATATCATATCTTCTACAAGCTCTAAATTC +TCAAATCCATTTAACATTATCTTTTTAAAGATAAGGTAATTAATTTTATACAATGATACT +ATAGGAGTTTTACTTAATGTATGCTTATTTTCAATTACATCATTTATATATTTATATAAA +AAATTATCGTTATTTACAACTACAAGAATAAAACGATCTGCAAGATACATATTAATTTCT +TCTAGATAAAGATTTTTATTTTCTAGTTTGTATGTATTTAAACTTATAAAGTCATATTTA +TCAAATACATCTAATTTCATACTATCATCGAATTCTAAGCACTCTCCAAAAGTAGTTTCA +TCAATTTCTAAAGGGTCTTTAAGTTCTTTTAATTCTTCTGGTGTACATAATATAAGATAG +TAATTACTTTTATGGAAAAAGTCACTCTTTGTATTATTATATAACTTATCTATAGTTAAA +TCTAATATGTTCATTTTATCACCTTTTCAAAATTATCCTCTATTAATTTAATATATGACT +TTTCTATATTTTTATACTTTTAGATTAAAATGTTATGCTATATATTGCTTATCTTACTAT +AATTTATAAGGGTACAAAAAAGAGAAGCGTTAGCTTCTCTTTTTCTATATAGATTCTATA +AAGTTTATAACTTCAGTAATTATCCAATCTGGAGTAGATGCACCTGCTGTTACTCCTATT +ATATTAAACTTCTTTAATTCATTAATATCTAACTCATCTTTTGTTTCAATTGCGAATGTA +GGAACTATGCCGCTACATATATTTACTAGCTTTTGTGTATTTGAACTGTGTTTACCGCCT +ATTACTATCATGCAATCTACTTCTTTTGATAGCTCTTTAGCAGAAAATTGTCTTTCTTTT +GTAGCTGAACAGATTGTATTTTTAAAAACAATATCATTTAGTCTTTCAGATAGTTTTTCT +ACTATAGAATTGTATAAATCTAAATTAATAGTAGTTTGTGATACTACACAATATTTTTCA +TTAGCATCTAAATTTAATTGATCAATTTCATCAAGAGTTTTAATTATAATTGCATCTTCA +TTGCACCATCCATTTATACCTATAACCTCAGGATGATTTTTATCACCTATGACTATAATC +TTATAACCTTTTTCACTATAATCTTTAGCAATATTATGGATTTTTTTAACAAATGGGCAA +GTTGTGTCTATAACATTTATATCTTTTTCTTTTGATTGTATATAGATATCTTCACCTACT +CCATGAGATCTTATTATTACACTTTCATTTGATGGAATATCATTTAAATCATTAACAGTT +TTAAGACCTCTATCTTCATACTTTGATACAGCTTGTTTATTATGAATTAGCGGACCTAAA +GCATATATTCCATTTTCTCTTTCTTCAAGTTCATGCCAAGCCATATTCATAGCTCTTTTT +ACACCAAAGCAAAAACCAGCATTGTTAGCTATCTTAACTTTCATATGCTATCTCCCTATT +TTGAATTTATATAATAGTTCTCTTTAATCACCTCTAGAACATTTTGAGATAATCTTTCAT +AATCTTTTGTATTAAGTCTTTCTCTATAATAATCTTCAAATGATATAGGTTTATCTATAT +AAATAGTAACTCTATTAAACAATTTATAATTAGATATTATAGATATCGGAACTACCATTG +CCTTTCCTTTTATAGCGAACATTGATAAACCAGCCTTAGCTTCACCAAATCCTGGTTCTT +TAATTCTTGTTCCTTCAGGAAAGATACCTAATACATACCCATTTTTTATACTCTTTAAAA +TATTTTTTATAGTAGATATATCTGGATTTTCTCTGTTTATAGGTATAACATTTAATTTCT +CTAATACATATGCTAAGGGTTTAATTTTAAACAATTCCTTTTTAGCAACAGCTGCTACTT +CTCTATTTTCAATTGCTGCTGCAATGAATATTGGGTCTAAGTTTGATTTATGGTTAGCTG +CTATTACAAGGTTTCCTTCATTTGGTATATTTTCAGCTCCGATAACTCTGTATTTAAAGA +ATATCTTAGAAAATACCTTAAATACTTTTATTACAAATTTATAAAAATTCATTCTATCTC +CCCTTAATATTACAGATTTATTTTAGATAATACGTAATCAACAACTTCATCTATTGATTT +TCCAGTAGTATCTATTTCTATAGCATTTTCTGCTTTTACTAATGGAGCAAACTCTCTGTT +TGAATCTATTTCATCTCTTCTTACTATATCTTTTATTATTTCTTCTAAAGATGTATCATA +TCCTTTTTCTGTAAGTTCTTTAAAGCGTCTTATTCCTCTTTCTTCAGGTGTAGCTATAAG +ATAAAACTTATAATCTGCATTAGGGAATACATATGAACCTATATCTCTACCATCTAATAT +AACAGAGTTTCTTTTTCCTATTTCTCTTTGAACATCTACCATTAAGTATCTAACTTCTTT +TATCTTAGCAACATTAGATACATTGTTACTTACTTCTATTGTTCTTATTTCTTCATTTAC +TATTTCTTTATCTAAGTAAAGGTTATTATCTCTAAAATCAATATCAGTATTTTGAGCAAT +TTTTATTACTTCTTCTTCATTATTTATATCTACATTATTCTTTAAACATTTATAAGTTAT +AGCTCTATACATTGCACCTGTATCGATATAATTTATATTTAATCTTTTAGCTATTATCTT +AGCTATTGTACTTTTACCAGCTCCTGCTGGTCCATCTACTGCTATTACTAAGTTATTCAT +TTTTGTTTCTCCTATTCTGACAAATATTATTTTGATAAATCGGGTCTGAGTATATCAGCC +TTATTTAAATAAACATGCTTTATATCACTTTTGTTTTTATCACTATTTATGTACATAATA +ACTCTTATACACTTTTCTAAACTTCCAACTATATACTTTTCTTCAAAATTTAATAAAGGT +ATATCAACAAGTCCTAAATTTTCTCTAACAGCAACTGCTGGGTACACTGCATCTAAATCT +TTTGTCATAGTAAAGCACATACTTATTATATCATCTGATTCTAAATTATTATTAGTAATT +ATTTTATTTATAAGTGTAGCTGTTTCATTTAATATATCTTCTCTTTTATTAGAAGAAGCT +GTTGTCGCACCTCTAATTGCTAAAACTCTCATAATTATCACCTATACACTTAATCCTGCA +AGATAACCTGTTGAAAATGCTATTTGAAGGTTATATCCTCCTGTTTCAGCATCTATATCA +ATAACTTCTCCTGTAAGATATAAATTTTTTATTATTTTAGATTCCATAGTTGAAGAATTA +ATTTCTTTAACAGATATTCCTCCACTAGTTACCATGGAAGCTTTAATACCTAAACAACCA +TTACATGTAAGCTGCATATTTTTTAAATATTCAATTATTCTATTTTCATCTTTTTTAGAT +AATTCATTAGCTTTTTTATCACTTAAATCTAAAACATCAAATATGCCTTTTAAAAAGTTC +TGAGGTAATATGCCCTTTAAGTTATTTAAAACATTTTTATTTGGATTTTCTCTTAGTGCT +TTAGATAAATCCTCTACACTAACATTTGGTAAACAATCTATCGTTAAAGTCACCTTATCA +TTTTCTAATAGTTTATTTATATACGATGACATTATTAATACAACGGGTCCTGTTATTCCA +AAGTGAGCAAATAACATATCTCCTATTTTGGAGATTTTTTTCTTTTTGATTTTGCAAGAT +ATCTCTACTTTTTGAAGAGCAATACCTTGTAAGTTTTTTATCCAGTTTTCTTCTATAGTT +AATGGGCTAAGAGCAGGATATAACTTATTAAGTGTATGATTATTCTTTTGAAGTATATCA +TACATTAATCCATCTGAACCTGTACTTTCGTAACTTTTACCACCAGTAGAGATTATTACT +TTATCTGCATATATATTTTTATTATCGTCAGTAATAACGCCTGATACAGTATCATCTTTA +ACTATAAGATCAATTACTTTTGTATTATACATTATCTTTACATTATTTTGAATTAAATCT +TCTTCTAGTATATCTATTACTTCAGTTGCTTTATCACTTTTTGTATAAACCTTATGGTCA +TTAGACTCCTCAACTTTGTACTCTAAGTTTTTACTACTAAAATAATTTAATAGATCTGTA +TTTGTAAATGTATAAAAACTACTGTATAAAAATTTCTTATTATTAACTACTTTATCAAAG +AATTCGTCTATATCTCTATTATTAGTGATATTACATCTTCCACCACCAGTTAACTTAAGC +TTTTTACCTAATTCATTGTTTCTTTCTATTAATATTACTTCATGATTTTTTGAAGCTGTT +AAAGCAGCCATCATACCAGATGGGCCTGCACCAACCACTATAACCTTTGACATAAATACT +CTCCTTATTCTAATGCTGATTTATTTACAGTATAGTTAGTTTTAAAATGGCTAGTATCGT +TCATTTTTATTACTACTGGTCCATAATCTTTAAATTCAACAATATTAAGTGCTGTATTAT +CTTGTTTTATTCTGTATATATTCTCAAGTCCAGAACCTAAACATGATAAAAGTATAACTC +TTACTGTTACTGAGTGACTAACTAGTAGTATATGTTTGTTATCATACTTTTCATTTATTT +CCTTTATAAATTCATCTACTCTATCTTGTATTATAGAAAGAGTCTCTCCTCCAGGAACGT +CAAATAAATGAGGTGTATTTCTCCAAATACTATACATATCAGCATAGTTCTCTTTAATTT +CATCCATTAATAAGCCTTCCCAAACACCAAATCCCATTTCTCTTAAGGCATTAGTCTCAT +TAACTTCTAAGTTTAACACATCTGCTAATATATTTGCAGTTTCAACAGCTCTTCCTAAAT +CACTAGAATATATATAATCTATTGGATATTTACTCATACTTTCAGCCAATGTTGTAGCTT +GCTCTATCCCTTTTTCTGTAAGGTTAGAGTTACCATGTCCTTGAGTTTTTCCAAGAATAT +TCCAATTAGTTTCACCATGTCTTACTATGTAAAATGTATTTGCCATAATGTCCTCCTAAA +TTATTCTCTCTTTATTTTTAGCTATTACCAAATTTTTATTATATCATATATTGTTTAATA +ATGATATTTTTTAAGCAATATATGGTGCATATGAGTTTATATATTGGTTAAGTTAATGTT +ATATAATTTTATTATTTACTTATATACACATATTAAAGGAGATTAAGTCAATATAATAGA +AGTGTATAAATAAATTGTTAATATATTTAAAAATATATATAGGAGGTGCAATAACATGAA +AAATTCAAAACTTAAATTTGCAGATATATTTGTACTTTTAATAGGTTGTTTGCTAATGTC +AATATCAATAAATATGTTTTTCGACCCTCATGATATAGCACCAGGTGGATTGACTGGTGT +ATCTATATTAGTAAGCACCTTAACAGGGATACCAATTTGGTTAATAAATATAAGTGTAGA +TATTCCGCTATTTTTATTCGCATATAGGATATTAAGTAAGAAGGACTCCTTAAAAACAGT +TCTAGGTATAATCTTTCTTACAACATCATTAAAGATTACAGAAAACTTTTCTAATATTCA +TATAACAGATGATGTTTTATTATCTGCTATTTCAGGTGCAATAATAATGGGTATTTCTCT +TGGTTTAATATTTAGAATAAATGGTAGTACTGGAGGCACTGATTTAATAGGATTATTAGC +AAATAAATTCATGCCTAATCTTAGTGTTCCGATGCTAATGGGATGTGCAGATGCCGTAGT +TGTTATATTTTCAGGAATCGTAAGTAGAAATATTGAAATAGCACTTTATTCTGCAATAGC +ATTATATATAATTGTAAAAGTTAGTGACATTATGGTTGAAGGTATAAATACATCAAGCTC +CTTTACAATAATTTCTGATAAGCATAAAGAGATAGGTCAAGCGATCACTGATGAATTAGA +AAGAGGTGCAACAATATTAAAAGGTGAAGGTTTTTATACTAATAAAGAAAAGAATGTTCT +TTTAGTTGTTGTATCTAAGAAAGAGGTTGTTACTTTAAAGAAGTTAGTTAAGAGTATAGA +TGAAAATGCATTTATTATAATAACTGATATATTTGAAGCTTTAGGAGAAGGATTCAAACC +TATTTAATCATAATAAAAGAGCAATACTTAATTTAAAATGTAAGTATTGCTCTTTTTAGT +TGAAATTTATATTTCTAAAGTATTAATTAGGAATTTTATTTTTAAATATGAAGTTATGAA +AACTATGAGTCTTAAGATATTTTTAATATAAATGAGTATTTTATTTTACCTTAATATCTA +TGTTGTCTTCTTTACCATCTACTACTATAGTACATCCATTATATATAGTTCCAGCTATTA +TCATTCTTGCAATCATAGTTTCTAAAGTATTTCCAATGTATCTTTTTAGAGGTCTAGCTC +CATAAACTGGATCGTATCCTTCTTTTGCCATAACATCTTTTGCAGTATCAGTAACTTCAA +TAGATATATTCTTTTCGTGTAATCTTCTTTTTAAATCGCCCATAAATATATCAATTATTC +TCTTGATTTCATTTTGAGCAAGTGGTTTAAACATTATTATATCATCAACCCTGTTTAAAA +ACTCTGGTTTGAATCTACGTTTCATTTCATCCATTACAAGGTCTTTTGTTTCTTCACTTA +TATGCCCGTCTTTAGCTTCTAAAAGATATTTACTACCAATATTTGAAGTCATTATAATTA +GTGTGTTTTTAAAGTCTACAGTTTTACCTTTATTATCTGTAAGCCTACCATCATCTAATA +TTTGTAAGAATAAGTTAAATACATCTTCATGAGCTTTTTCAATCTCATCAAATAAAATTA +CTGAATATGGAGCTCTTCTTACAGCTTCTGTTAATTGTCCACCTTCTTCATAGCCTACAT +AACCTGGAGGAGGACCGATAAGCCTAGATACAGCATGTTTTTCCATGTATTCAGACATAT +CAATTCTTATAATGTTATCTTCACTATCAAATAAGTTATTAGCCAGAGTTTTAGCAAGTT +CAGTTTTGCCAACACCTGTAGGACCAAGGAATATAAATGAACCTATAGGTTTTTTCTCAT +CTTTTAATCCTGCTCTTGCACGTATAACTGCATTAGCTACAGCTGTTACTGCTTCATCTT +GACCAATTACCCTATTATGTAGGTCTTCTTCAAGTTTAAGAAGCTTTTCTCTTTCACCTT +CCATAAGTTTTGTTACTGGTATTCCTGTCCATTTAGCAACAATTTCAGAAATTTCATTTT +CAGTTACTTCTTCTTTTAATAGAGCATTTTCATAACTTTTTTGCATATTTTCTTCGCGTT +CTTTTATTTGTTCTTCTAATTTAGGTATTACACCATATTTAACTTCAGCTGCTTTATTAA +AATCATATTCTCTTTCATATTTTTCTACATTACCTTTAGCTTCATCTAATTGAGTTTTTA +AATTTCTTATTTCGAGGATTTGCCCTTTTTCCTTTTCATATTTAGCAGTCATTTCATCAT +TTTTAGATTTTAACTCTGCAATTTCTTTAGTTATTTTTTCAAGTCTTTGTTTACTCTTTT +CATCATTCTCTTTTAATAAAGCTTCTCTTTCTGTTTCTAAAGTGAATAGTTTTCTTCTTA +CTATATCTAAATCAGTTGGAACTGAATCTATTTCACTACGTATCATAGCACCTGCTTCAT +CTATTAAATCTATTGCTTTATCTGGTAGGTATCTATCTTGAATATATCTATCAGATAGTT +TTGCAGCAGCAACTATTGCACTATCATGAATTCTTACTCCATGATGTATTTCAAATCTTT +CTTTTAATCCTCTTAATATAGACACTGTATCAGAAACACTTGGCTCATCAGCTATGACTG +GTTGGAAACGTCTTTCTAAAGCTTTATCCTTTTCTATATATTGTCTATATTCATCAAATG +TAGTTGTTCCTATACAGTTTAATTCACCACGAGCAAGCATAGGTTTTATTAAATTGCCAG +CATCCATTGAACCCTCTGTTTTACCTGCACCAACAATAGTATGTATTTCATCTATGAATA +ATATAATTTTACCATCAGAACCTTGAACTTCTTTTAATACTGCTTTTAGTCTTTCTTCAA +ATTCTCCTCTGTATTTAGCCCCAGCAATTAATGCACCCATGTCTAAAGATATTATAATTT +TATCTTTTAATCCTTCAGGTACATCTCCTCTAACTATTCTTTCTGCTAAACCTTCTACTA +TAGCGGTTTTACCAACACCTGGCTCTCCTATTAAAACAGGATTATTTTTTGTTCTTCTAG +ATAAGATTCTTATAACCCTTCTTATTTCTTCATCTCTACCTATTACTGGGTCTAGCTTAT +GTTTTTTAGCTAAATCAACTAAGTTTGTCCCATATCTAGATAAAGCTTCATAAGTTCCTT +CTGGGTCTTGAGTTTCAACTCTTTGATTTCCTCTTACTTGTGATAATACATTAAGGAAGT +CATTTTTATTTATATTATATTGTTTTAATATTCTTCCAACAACAGAGTTAGTTTCCATAT +CCATAATTGCAAGCATAACATGTTCTACACTAATATAAGAATCATTAAATTCTTTCGATA +TACTTTCAGCCTTAAGTAATACTTCATTAATACGTCTAGACGCAGTTACTCCTTGAGAAC +TTACACCTTCTCCGTATATTTGCGGTAATTTATTTAACTCAGCATCTATAGTATGTTTTA +GCGATTCAACTGATATATTTAGTTTTTCTAATATATTTGGTATAAGTCCATCCTCTTGAT +TAACTAAAGCCGAAAATAAATGTATTGTGTCAACCTGTTGATTATGGTGTTTAACTGCTT +CGTTAAAAGCTTCATTCAAACTTTTTTGAACTCTAACCGTCATTTTTTCTACATCCATTT +AAAATCCCTCCAAATTCTATTATGTATAAAAGGTAATAGATATTTAATAATAGTATTTAC +CAAAATGAATTAAAATAACTTAATAAGTATTTATTAGATTTATTAAATTTAATTTACATA +ATTTATTATAATACACTTACACAAAATAAAAAGCATTAGATTGAATTTACTTTCAAATCT +AATGCTTTTTACAAAAGAATAACTTATAGGCTACTCTTTTTCCCTATGCTTTATTAACTA +TAATTTGTGTATTTAGCATTTATCTTTTCCTTGGTATAAGATAACAAATCTAAGCACAAG +TATTAAGTTAGGTAAATCAAAATACTTTTTATTATAGCTAATGGTATATTTTTCCATATA +TACAGTTACCTAAGCATAAATTCTATACCTCCAAAGAACACTACTAAAAGGATAGGTAAA +TCTAGCTTTTATATAGTAAGTATAGAAAGTAGTTATTAACTACTGATAATATATTAACCA +GATTTTAAGCAATTATACTAAATAAAGTTTTATTTTTTTGAATATATATTTCATTAAAGT +ATAAACCTAAATTATATATATTTTTATTTAGGTTTTGTTAATTAGATATGATGAGAATTA +TTCTCGAATTGATAAATAAACCGATAGGTTAAATTAAGTTTCATATTTTTAAAAATTTGC +ATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAGG +>MGYG000000001_23 +CTCGACTCCTTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTAATCCCTATCGG +GGTCGAGATTCAAATATAAATAAGTTAACAAAACGATTATTTTTATTAGGGGGAAATATG +AAAAATATTACAGTGCTTATAAAACCTAGCTCTAGTGATTGCAATTTAAATTGTAAGTAT +TGTTTTTATAAAGATTCATCTAGGAATAGAGAAACTTATAGTTATGGTTTTATGAATGAT +GATACATTAGAATCAGTTATAAAAAATACATTAGATCAAGAAATTTTTAGTTGTAATTTT +ATGTTTCAAGGTGGAGAACCTACTTTAGTCGGACTTAATTTTTATAAGAATGTTATTCTA +CTTCAAAAAAAGTATAATAAAAAAAATATTCACATAACAAATTCAATTCAAACTAATGGT +ATTAATTTAGATGAAAGTTTTATAAAGTTTTTTAAAGAAAACAACTTTTTAGTTGGTATT +TCATTAGATGGCCCAAAATATATTCATGATTCAAATAGAAAGCATTACAATGATTCTGGT +AGTTTTGATGATGTCATTTCTACTATTATGCTGCTAAAAAAATACAAGGTGGAATTTAAC +ATTCTTTCCGTAGTAACTAAATATAGCTCAAAACTTGTAGGTATAATCTATGAGTTTTAC +AAGAATCAAGGCTTTACTTATCTTCAATTTATACCTTGTATAAAAGAATATAATCGTGAT +TGTAAATCTATAGAAAGAGATTATTATTTAGATAGTAATACTTATTATAAGTTTTTAGAT +ACACTCTTTAATCTATGGAATGAAGACGTCATAAATGGAAAATTTATTGAAATTAGAAAC +TTTATGGACTATATAAACGTAATTAAAGGATATAATCCTACTAGTTGTGGTATGGGAGGA +TTTTGCAGCTTGCATACAGTTGTTGAATCTAATGGAGATGTTTATCCCTGTGATTTTTAT +TGTATTGATGAATGGAGACTAGGTAATATAAAGTATAATTCTTTATATTATATAAGGCGT +AATGATTTAGCTAAAAAGTTTTTCGAAAGATCTATATATATTCATGACGAATGTAAACAT +TGTAACTACTTTAAACTTTGTGGTGGTGGATGTAGGCGTAATCAAGAACCTTTTATAAAT +GGTATACCTTCACATAATTATCAATGTGAGAGTATAAAAAAATTCTTTGATAACAATCTG +AAAAAATTAATTAATTTAGCAAAATATTATATATAAAATCAAATAAAGTAAGATCTGTAT +ATTAACACCATTTATATTATGATTCATACGGATCTTACTTTATTGTTCTGCTCTTATTCA +GATATATTGCTTTCTTCACTTATATATTCTTGTATTCCTTTAACTATAGCATTAGCAAGT +TTATTTTGATAAGAATTTTTAGATAAATTTACGGATTCCTTATAATTAGTTAAGAAACCA +GTTTCTATCAATACTGATGGACAACTAGAATCTCTTAGCACTTGATAGTTCCCACGTTTA +ATTCCTCTATCAACAGCACCTACACTTGATATTATATTATTATGAATAGATTTCGCTAGT +TTATACGACATATCATCGTTCTTCCAGTAGAAAGTTTCTACTCCTTCAGTACTAGATGAG +CTATCTCCTGTTGCATTAGCATGTATTGATACAAATAAATCTGCATTATTTTCAGCTTCT +ATTTTATTTCTTTCTTTTAAAGATATATATTCATCAGTAGTTCTTGTAGCTATAACTTTT +ATACTCTTATCTTTTTCTAATTTTTCAATTACCTTACTTCCAATTTGCAACGTTATATCT +TTTTCCATTTTTTGTTTATCCAGGCTTTGTGTTCCTTGATCGTTACCACCATGCCCTATG +TCTATCACAACTATTTTCTTGTTATCGCTAAATATATCAATATTCCCATTTATAATATTA +TTTAACTTATTAAATACAATAACTATAAATAATACACCTATAAAGCCTAATAAAGCCTTA +ACTCCTGGCTTTAGCTTTCTTTTTACCCTTCTTTTACTTTTCATATTACGAAACTCCTTT +ACCTATAAATCATATAACTTCATGACCTTAATTATATCCTATAATTACCGTACTTTTCAA +CTTATCCAGTAAATAATTAAACGCTTAAATATTGTCATTATGAATCATAGATAAGGATTT +AATCTAGGGTATTATGTACAATATACAGCCAACTATACCAGAACCTAACATTACATAAAT +AGGATTTGATTTATATTTTTGCAAAATAAACAAAGCAATTGAAAATAAACCTACAGAAAT +AAAATCAATATCTGACAAATTTAAAGAAATACCATTTTCTCCCCAGAATGAAAGAACCAT +AATGGATACCCCTGCAGATGCTATAAGGGCTACAACAGCTGGACGCAACCCTCCAAGAAC +CCCTTTCATAAGAGGCAGATTTTTGTATTTAAAATAAAGCCACCCTAATAATGATACAAT +AATACATGAAGGTAATATACATCCTAAAGTTGAAATAATTGCACCTAGAACTCCTGCGAT +TCTTATCCCAACAAATGTTGCTGCATTTATAGCAATTGGACCTGGCGTCATTTGAGAAAT +AGTTATTAAATCTGTAAATTCTGCAAGAGTAAGCCACTTATTTACATCTACTACCTGATC +TTGAATAAGTGGTAAAGCTGCAAATCCTCCTCCAAAACTAAATAATCCGACTTGGAAAAA +ACTTAAAAATAATTTTATGTATACCATTATTTATTAACCTCCAATTTATCTTTATCCATT +AGAAATACTCTAATACCACCTATAACTCCACAAATTAAAATTATATATATTACATTAATA +TTTAAAAAGGAAGTAGTAATAAAAGCTCCTATCATAATAAATAAAGATGTAGTAGATTTT +TCATTTACTACATTTTTTCCTAAATTAATAACAACATCGCAAATAACAGCCGAAACACCC +GATTGCATCCCCTTTAAAACTGCACTTACAACTGCATTATCACGAAATGCTGTATAGAAA +ATAGAAATTATAGATAGTATGATTAATGGAGGTAATATAGTTCCTAATATTGTTACAAGT +GCTCCAAATATACCAGCAACTTTATATCCCAATAAAATAGATGCATTTACAGCCACTGGC +CCTGGTGAAGACTGAGCTATTGCAACCAAATTTAACATTTCTTCCTCTTCAATATAATTC +AAATCATCTACAAATTTCTTTTTCATAAGAGGTACTATTACATATCCTCCACCAAAAGTA +AATGCACTTAGATAAAATGTAGATATAAATAATTTTCTATAAATAGATTTTTTCACATTC +ATTTTAATCCCCCCTTAATCTAGCTCAAAACATAATATCTAATTTAATCTTTATTATAGT +TGATATTGTCTACTATTGGTAGCTTATATTTATAAAACTAAAGGGATTGTAATTAAAATA +TAATTAAATAATACTTAGGCTTAGATATAAATATACCTAAGCCATTTTGCACTATAAAAC +TAATTTTAATACAATCCCTATTTAATAATATCAATCCAAATTAATTCTCCTGATTTAAGT +TTTAAAGTATCTACTTTTTCTCCTTTAACATATACATCTGTAACTTGCTCTTCAAAAGAA +TTATTTATAACCGCCATTTTACCAACTTCAATAAAGGCTGCACACTCTGTATTTACGTTA +CTTACATAATATTCCTTCATCTTATCTTCCATATTCTTAGTCCAGTATATAGATCTTAAT +AAAAGTCTACAGTTTTCTGGAGTATATGGAAGTCCTGACATATACACTGCTCTACCTTTC +CCATAAGTATTTGTAGAAAGTGATATGTCTCCCTTATGTATAGAAAGTATTTCTACACTA +TCTCTCTTTTTGAAGATTCCTTCTTTACCTTCTCCAAAATTAAATCCGTCTTTGATTTCT +TCAGTTATAAAATGTTTTTCAGTTAACTCATGATATTTTCTATAAGATAATCCATAAGTT +AAATCTCTATCTACTCCAAGTACATCAAATAGTTGGAATAACTTTCCTTGTTTTTGATAT +GCAGTTGGCTCTCCTACACCTATGAAACCGCCTCCTTCATATACCCATTGTCTAAGATTA +GTAATTATTTCTTCATCTATCCAGTTTTCTCCACCACTCCAAGAAGTCATAGCATCTCCT +GCATTTATTATAACACCTATATCACTTGGTATTCCATTTCTTATGTCTTCAAAGTTTATA +AATTCTACATCTACAGGCATACCGCTTAAACATTCTATAACTCCAACGTACGAATAAATC +TCTTTATACCATAATGCATGAGCTACTTGATTAGTTTGCCAACTTCTTAATTTACCCCAA +CAGTTAAGTACAGCTACCTTAAATGGAGCAGTATATGCCTTCGTTTTCTTAATATTCTCA +TGTATAGTTCTAAATTCTTCACATATTTTTTCTACTTCATCAACAAACTCAGGGAACTTA +AGAGCTAGACCTAAGTATCCACCATAGCCTATTCTATCAAGAGGCTTTCTAAGTATTGCT +CTTCTTGCTTGAGTCCAGTTTTCTCTAGCTTCACCTACTGGATCTCCACCTTCTCTGAAT +ACATCTGGGAAGAAATATGGCAAGAATCTTCCCTCTGTATATTTTACACCTGGTATATCA +GATATCATTCTCATAGTAGTTCCATTTCCTACAGAACCTACAACTGCATCCAATCCTATT +GATTCAAAGTATTTTCCATATGGCTCAGTCCCTATCCAGTTATCACCTAAGAACATCATA +GCTTCCTTTTTAGCATTATGAGCGATATCTACAAGCTCCTTTGCATGAGTAGCTACGAAC +TTTGATTGAAAATCTACAAAATCTAAATATTCCTTAGTAGGTATTCTAAACGGAGAGTTA +TAGTATCCTTCATCTATAATATCTTCTGCTCTTAATCGATATCCTTTTTCTTTTTCAAAT +TCATCTAAACATTGTTTGCTTAAAGATGAGCTGTATCCAAACCAATCAACAAACTTTTCT +TTAGCTTGTTCATTATATATCAATGTAAAGTGATAGAAGAATGTTGTAAATCTTACAACA +TCTATCTCTGGATTTTCATCTATCCATTTTTGAAGGTAATTTTTCATATGTTCAAAAGTT +TCTGGATGCCTACCGTCATAAGGCATTTCATGAGGCTTGTCTCCCCAATCATTAGTCAAG +TGATTATACATTTGAGTTGGATCCCATATTTGATAAACTAAGAAGCTTACTGTATATTCA +TGAAAACTCTTTGCATTTCTAACAATAACAGTTTCATATTTATAATCAAAATCCCAATCG +CTAGGATCTACTGTTTCCCCAGTTGTTCTATCTATAACTTCCCAAAGCTTCTTTATATCA +TCCTTAGTGTTTGGTCTAAATTGCTCCTTATAGAAACCTTTCATTATATCTATTGAAATA +GTAGAATCTAATGCAATATGACTTTCACTTACAACATATAATTGTTGAAGTTCATCCATA +TGACTTTTAGCCCACTCTTGATCATTTCTTGTCGGTAAATATGTTGAATACATTTTTAAA +TTCAAATTTTGAAGGTCACTGGATAGTTTAGTTCCATCACAGTCTCTAATTGCATCAGCG +CCCCATCTTCTTATAATTTCTTGCATTTCTTTATCAATACCCACGTCAGTTGGTATTGTT +ACACATCCTGTTGTAGACATAATATTATCCCCCTTAAGCTATATCATTTTCATATTAAAA +CTTATATATTTTATACAAAGCTATTCCATAATATTATAAAATAAAGCCTATATCATTACA +TAAACTTTAATATAAAAATCAATTTTCTAAAATATGCTTAAACTAATAAACATTAAATTA +AATAGTTTTTTATAGTTTTACAATATTTTCTTCTATTTTTTATCTTTTGTCATTTTATAT +TTTTGCATAAATTTTTCTTTAAAAAGGGCGTATTCTAAAACTCTACTATATAATCCCTTT +GTTAGATTTTAAATATAAATTTACGTAAATTTGCAGATGAAGTGTGGATTGGGGTAAATT +TATATCAACACATAATCGCGAGCACTAAATAGCCAACAGTTTGAAAATAGCCCTTTTACT +TTCCAAATAAAAATTATTTATTTATAGCTTCTATTACTTTGCTATTTGATGCTTTTAATG +CGTCTAACCAATTTTGAACAGTTTGTTCACCACTTAATACTGAACCAGCCTTACCTAATA +CTTCATCTCTCATGTTTATTTCAGTATTTTCTACAGTTTTCCAAGCTTCTATTATTGGCT +TAGTACCATCATTAAATACTGTTAAACAATCATAACTTGATGCTGGTATATATTGTTTAG +CAACTTCTAATGCACCTTTAGTTGGAACTACTGCTTGGTTAAGCTTAGCATTAGCTTCTA +TCATTTCATCACTATATAAGAATCTCATAAACTCTTTTGCTGTTTCTATATTATCAGAGT +TTCCTGGTATATACATTTCTTCTATCATTGTAGATACATATCTATCTGCACCTTCTTTAG +TAGCTACTGGTGCCATGAATCCCCATTCCCATCCATCTTGAACAGCATCTTTCATTTCAC +CTTCATACCAGTTACCATTTGGACAGAATAAAGCTTCTCCCTTTAAGTGTGCAGTTTGAG +CTTGTATATGACACATTGCAGGTGTACCATCTAACATGTATCCATCAGTTCCTAATTTTT +GTATTTTTTCAAGTGCAGCTTTAACTTCTGGCTTATCCCATGCACCTTCTTCATAGTTAA +ATATAGCTTCTATAGCCTCTTCTCCTGCTTCAGATGCTATTGTTGGCCATACTAAAGCTT +CTAAGTATCCTGGATGTTGTCCTTGATATGTAAATAAAGCTATTCCTTCAGCCTTAGCTT +TTTTACCTAATTCAATGAATTCATCCAAAGTTTTTGGAACTTCCCATCCCTTTTCCTTAA +ATAAAGCTTTGTTATACCATAAACCAGTTACATTGTAGTATAGTGGTGCTAAGTATGGTT +TTCCATCTCCATATGGAGCAACTGATGTTTTGTCTAAAAGACCGTCCATCATTTTATCTT +TTATCGGAGTATCTTCTCCTGGAGCTGCCTTTTCAAATACATCAGTTAAATCAGCTAAGT +TTTTATCTTTTATTAATGCTTTCGCAACACTCTCTGCGTTTTGAGCACTATGATAAATAA +AATCTGGTGAATTTCCACTTGCTATTTGCGGTCTTATTACATCACCTATTTTTGCACTAG +CTGTTATTTTAACATCTACATCAGGATATAATTCCTCAAATTTTTTCTCAGCTTCTTCCC +AGAATGCTGTACCATATCCCCCTTCAAATACTGCTACATCAAGAGTCCCCTCAATTTTCC +CTCCTGATTGTGCTGCATCGCCTTTATCTTCGTCTTTACCTGTTGATGAACATCCTACTA +ATGATCCCATAATCATAACTGTTACTGCTAATAATGAACCTACCTTTTTAAATGGATGCT +TCATAATACCCCTCCTATAACTATTGGTTAAAAATTAATTTGAAATCGTTTTCTTAAGAT +AATTGTATATCAGATATACACATATAAAAATGAAAAATTTTTACATCAATATGGATAATT +CTTACTCTTTATAATATCTTTCTCTATATTCACTTGGAGTCATATTAAAGAACTTTGTAA +ATAGTCTACTAAAATAAAGTTGATCTTGTATTCCTACACTTATAGAAACATCCTTAATTC +TCATATCCTTATCTTTTAATAGTTCTTTTGCTTTTTCTAACCTTGTATTTTTTATATAAT +CTGATATTGTCATACCTAACTCATCTTTAAATATTCTGCTTAAATAAGATTCATTCATAT +TTACAACTTTTGCCAAAATTTCTAAATTTAATTTTTTTTCTAAGTTATTATTTATATACT +CAATTAATTTTTTTATTTCTCTTCTGCATCCAATTACCTTTGAATTAATCTGGTAGTTTG +ATTTTTGTCTTTCATTTTCTATTAATGCCAAGCACTCTTTTATTTCTTTACACTGTTTAT +ATATTACTTTTTCAAATTTGATATTTAAATATTGTTTAACATTTCTTGTTATATTTCCAG +CCAATAAATTAATATCATCGATTTTATTATCAGTTTTAATAATTATCCCAAACTCATTTC +TCCTTATATGAATAAGTGACATAAGCTTTGAGTTAACATCTAATGCACAACTATTAATTA +CGTTTGATATAAATGAACTTAATTTCTTTTCTTTTTCAGAGTTTTCTACATCTGTAGTTA +CAGCTCTAAGATATAAAAAATTAAAGTTGTTTAAATATTTTTGCTCTAAATTACTATCAA +TGGTTATATTTACTTCTCCTTTTAGATACATTTCTAAATATTCATTTACTTTTAGTTTTT +CACTAGATATCTCAACTATATTATTACCTTTTATTAACTTATTACTATTAATCAACTCAG +CCCTAGCTTTTTCTAAAATTTCTAAAAGCTCATTTTTACTTATAGTCACCTTCAAAATAT +ACTCATATGCTCCATTCTTCATTGCTTCTTTTACAGATCTAAAATCATCGTAATTACTAA +GAACTATTATCTTTCCTTTAAATTTTATTTCTTTTAGATTTTTTATTAATGTATTTCCAT +CCATTTTAGGCATTTTTAGATCTGTTATCACTATATCTATATTTTCTTTTTTTATTATAT +TTAGAGCTTCTAATCCATCCTTAGCTAAACTTACCAATGTCATATCATGTTCTTCCCAGT +TTATAATGGAACTTAAAAAGTTCCTAGTTATATACTCATCCTCAGCAATTAATACTCTCA +TATATTTATCCCCCTATAATCTTAGGAATTACTATTTTAGTTACTGTTCCTTGATTCTGC +TTAGATGTTATTTCAAAAGTAAATATTCCTTCATAATACAGGCTAAGTCTTTCTCTTACA +TTTTTTACACCTATACCTGCAAACATATCAATATTAAAAAAACCTTCTTCTAGTTTATCT +TCATTTATTCCTACACCGTTATCTGTTATTTCAAAATATAAGAATTCTTCTCCATTAGAT +ATTTTAATTTTTATACGATTCAGCTCATCATGTTCTTCAAAGCCGTGTAATATACAATTT +TCAATTAATGGTTGTAATATAAATTTTAAAATTTTCTCATCTAATAAGCATTCATCTATA +TCATAATCTATATTATAGGTATCTCCATATCTTATTTTGTTTATTGTAATGTAATTTTTA +ACATTTTCTATTTCATCTTTAACACTAATAAATTCATCTTTATTTACTATTGTACTTCTT +AATAATTTTGCTAATGCTTCTAATCCATTGGCTACCACATTATCACTATTCATCATAGCA +ATATATCTTAGACTTCCTAGTGTATTGAATAAGAAATGTGGATTTATTTGAGCTTGTAGC +ATTCTTAAAGTAATTTCCCTTTTTTCCTTTTCTCTAACCTTTACAGTATGTACTAGTAAT +TTTATATTTTGAGACATTATATTATATCTTTTCATTATAGTAGAAATCTCATCATTGCCG +CTTATAGGAATTGTATTACCTATATTTTTCTCACTTACACTATTCATAGCATTTACTAAT +TCATTCATAGGATTTGCTATAGATTTATAAATCAACATTGCAATAAAAATAGAAATACCT +ATAACAGCTATGCATACAAATATATAAGTTTTATAAATATCTATACAGCTTAAATATATA +TATTTATAAGGTATTACTCCTATAAGTCTCCATGAAGCATAACTTATAGGCTTAGTAGTT +GTAATATATTTTTTACCATTGTACTTTATTATTTTTGTAGTTTTATCTATATCTTTTACA +ACATTAATATTTTGATATTGGTTTATATTATTTTTATTAATTTTTTCTGATGCATTATTA +CTTTTATAATCACTAATTATTTTATTATTACTAGCAACTACATTATTATTTTCATCCAAT +ACTACCCCATATCCGTTAAAGTTTTCATTATAATTTTTAAACATTTCTACTATAACCTTT +TCTTTTATTGCTAAGAATAGGTATCCATATGTTGTTTTTCCTATTTTAATTGGCTTTGTA +ATAGCTATATAATTATAGCTACCTTGATTTATAGCAGTCCAATTTATTGTTTTATTTTTT +TCTAGTCCTTTTTTAATTTCGTATAACTTAATATCATGTTTTATATAACTTGCCCCTTCA +TTATATACTACATTTAAGTCTTGATTTAGTATGGTAAAATCCGCTACATCTGAAATATAA +GTAGTTCTTGATCTGACTATTTTAGCCATCTCATAATTGAATTTATTTTTCTCATCAATG +CTTAAATTATTGTACGATTTAATATTATTTAATAATGCAGTATTCCATATTATCTCATTA +GTAATTGAATCAAACCGACTTATATAATTGCTGATAGAGTCACTTATTAACTTAGATGTA +ACTTTGTCATTAGATATAATATTATTTTTAATTAGATTAATCGTAGTAGTATTAACTACT +AAAAACATAAGTATTATCGGTACTATAGAAAGTATAAAAAAAGACTTTAAGAGCCTTTCA +CTAATTTTAGTTTCTCTTAATCTAGATATGATTTTATTCTCCATAAATCCTCCCCATTTC +ATTATACTATAGAGGCATATTTTTTTCAAAATTCAGCTAAAATCTTTTATTTTATAATAA +AAAAGCCTAGAACAAATTACTTTATTCTAGACTTTTTTATTTACACTATTAAATTAATTA +ATATTTTTCAATTTCTTCTAATAACTCTTCAACTAGTCTATTGCCTTTTATCTTTCTTAC +TATCTCACCTTTTTTAAATAAAAGACCTTCTCCTTTTCCGCCAGCTATACCAATATCAGC +TTCTCTAGCTTCTCCTGGCCCATTAACAGCACAACCCATTATTGCTACTGTTATGTTTTT +ATTTATATCACTTATCTTACCTTCTACTTCATTTACTGTATTAATTAAATCTATATTGCA +TCTTCCACAAGTAGGACAAGATATTACTTTTATCTTATCATTTAATAAATCTAAACTTCT +TAATATCTCTTTTCCCACAATTATTTCTTCCGTTGGATCTCCAGTAAGAGATATTCTCAT +CGTATCTCCTATACCTTTTAACAGTAATGCTCCAACACCTATAGAAGATTTTATAGTTCC +TTTTTTAACACTTCCTGACTCTGTTATTCCTATATGAAGTGGATAATCTACTTTCTTAGA +AATAAGTTCATAAGCTTCTAGTGTCTTGTAAATATCTGATGACTTTAGTGATATTACTAT +ATTATAAAAATCTAAGTCTTCTAGTATTTTAATATGTCCCAAAGCACTTTCAACTAACGC +TTCAGCTGTTGCTGAACCGTATTTAGCTAAAAGCTCTTTTTCTAAAGAACCTCCATTAAC +ACCTATTCTTATTTTAAGATTTCTTTCTTTACATTTTTCAACTACAGCTTTAACTTTTTC +TATACTACCGATATTTCCAGGATTTATTCTAACTCCATCAACACCTTGTTCTATAGCTTC +TAATGCTAATCTATGGTCAAAATGTATATCTGCTATTACAGGTATATTTACACCGGCTTT +TATTTTACCTATATTTTTTGCAGCTTCCATATCAGGAACAGCTACCCTGACTATATCACA +TCCTACAGCTTCTAATCTTTTTATCTGAGCTATAGTACTTTCAGCATCCCTTGTATCTGT +TGTAGTCATTGATTGAACACTTATAGGATTGTTACCTCCTATTTTAACATTTCCTACACT +GACTTCTCTACTTACTCTTCTATTGTAACTCATAATATCACCCTTAATTTTCCAATCTTA +CGAATTTTAGAATAGTCTTAAAATGTCCTTATAAGTTATAAACACCATAAATAACATTAG +AGCACCAAGTCCTACCATATTAATCATAGCTTCTTTATTAGGATCAATTTTCTTACCACC +TCTTATTGCTTCTATAGCTAGCATAAGTAATCTTCCTCCATCTAATGCAGGAAGTGGAAC +TAAATTTATTATTCCTAAGTTTAAACTTATTACTGCGGCTATGTACATTACATTAATAAT +ACCCACTTTAGCAGCTTGCGAAACTATATTTATAACCCCAAGAGGTCCTGTAACAGAATT +ACCTACTCCACCAGGTACAGTTCCTGTAACTAATTGTCCTAAGAAAGTTATCATTTGAAC +CATCATGTCCCAAGTTGTAGTAAATGCATTTTTTATAGAAGCAATTAGGTTTCTTTCTAC +CTTCGTTTCTATCCCTATTACATATCTTCCCTCAGTATTTTTTTCAGGTGTAACAGTAAC +TTCTTTATTTTGACCATTTCTATCTATAGAAAGCTTAAGTTCACTTCCATCAGACTCATT +TAAACTTTGAATTACATCTTGCCAAGTTTTTACTGATTCACCATTAACAGCTTCAATAGT +ATCGCCAACTTGAATTCCTGCCTGGTATGCAGGTCCATTTTCTGTAACTCCAGCTAAAGT +TGTTGTTTGATTACCCATAAATAAAAATATTGGTATAAATAATATTATTGTAAATATTAT +ATTAAAAAAAGGTCCAGCAAATATTACACTTGCTCTTTGAAGTATACTTTTTTCACCAAA +AGATCTAGGATCTTTAGACTCTTCGTCCTCACCTTCCATACTTACAAATCCACCTATTGG +AAGTAATCTTATTGAATAATCAGTATCTTTTTTTATACTATATATTTTAGGACCCATACC +TATTGAAAATTCATGAACCTTTATCCCATTCATTTTTGCAAAAAGGAAATGACCTAGCTC +ATGTATAAATACAATTGCACTAAATAATAATAAGGCAACTATTATTGTCATAATTTCACC +ATCCTACTTAATTGATTTTTTTACGTACTCTCTAGCCCATCTATCTACTTCTAGTATTTC +TTCTAACGTTGGATCTTCTATACTATTATGAGCTTGTAAAGTTTTCTCTATGTAATATGG +TATGTCATAGAAACCAATTTTATCCTCTAAAAATTCATTTACTAGAACTTCGTTAGCTGC +ATTTAAAACTGCACAATATGTACCACCCATTTTTAAACAATCAAATGCTAATTTTAAGCA +TGGGAATGTCTCTAAGTCTGGCTTTTCAAAAGTAAATGTAGAAAACTTAGTAAAATCTAA +TCTTTCAAAATCATTTAGCATTCTATCTGGATAAGTCAGTGCATATTGGATAGGAAGTCT +CATATCTGGGCGTCCCATTTGAGCAATTATAGAACTATCATTAAATTGTACCATTGAATG +AATTATACTTTGTGGATGTACAACTACATCTATATCTTTATAATCTACATCAAATAACCA +TTTAGCTTCTATAACTTCTAATCCTTTATTCATTAATGTAGAAGAATCTATACTTATTTT +TCTCCCCATACTCCAGTTTGGATGTTTTAACGCTTCATTTTTAGTAACATTTAAAAGTTC +CTCTTTACTCTTACCTCTAAATGGTCCTCCTGAAGCTGTTAATATTATTTTATCTATATT +TTTATTCTTTTCTCCATTTAAACATTGGAAAATTGCACTATGCTCACTATCTACAGGAAG +TATATCTACATTGTATTTTTTAGCTTCACTCATAACTAATTTTCCTGCTGTAACTAATGT +TTCTTTGTTTGCAAGTGCTATAGTTTTTCCATTTCTTATAGCACATAATGTAGGTACTAA +TCCTATCATTCCTACTATTGCAGTTAAAAGAACATCTATTTCATCTAGTGATGATATTGT +CTTCAGACCTTCCATACCATTTAATACTTCTATATTTATATTACTTGGTATTCTTTCCTT +TAATTTTTTTGCACTAGTTTCATTATAAACCGCTACATACTTTGGTTTAAACTCTATTAT +TTGTTCTAACAATAAATCCACACTACTATTTGCTGATATAGCAATTACTTTAAACTTATC +TGGATTTTTTCTTACAACATCTAGTGTCTGCGTCCCTATTGAACCAGTTGACCCCAATAT +TGATATTTTTTTCATATTAAATTGTTCCTTTCTAACATGATATTAAAACTATATTGTATT +TTACTCTCTTTGTATTATACCATTATTAAATCTATTATTAACAATATTCATATAAATTTC +ACATATCATTATACAAATAATTAAAGCTTCAGATAAACTGAAGCTACTTAACAAAAAGAT +TTATTGCATTATATACAAATGGTGCAACCAATATAACACTATCAAATCTATCTAATATAC +CACCATGACCTGGTATTAATTTTCCATAATCTTTTATTCCTACATATCTTTTTATAGAAG +ATGCAAATAAATCCCCTAATTGTGCAACTATACTTCCTATACTTCCTATAACAGTCATAT +GGACTAAGTCTAATTTAAATAAATATCCAAATAAAACACAGCATACTACGCTTCCTATTA +TACCTCCAATAGAGCCTTCTACTGTTTTTTTAGGGCTTATCTTAGGTATTAGCTTATGTT +TTCCAAATAAATATCCACTAAAATATGCAAATGTATCTGTTGCAAAAGATATTATAAATA +TTAGCCATACATAAATTTTACCTAATTCAAAATTATTCATAGTTAAAACTATAAAATCCA +TAAATATTCCTATATACATAATTCCTAAAACCGTAATAGAAATATCTATTATATCATTTC +TACAGCTTAATAGATAAATAATCCCAATTAAGAATAATATAAAACCTAAAGAAAGTGTAT +AAGATATTGGTAGTTGAAAATAATTCTTTGCTCCCATATAAACAGCAAAAACATATCCTA +ACCAATATATTGGCTTTATACCTTTTTCATTAAAAGCTTTAAAAAATTCATGTAAAGCAA +TAGAAATTAATACTATTTCAGTTATATATAGAGGTAATCCTCCATATAACATAATTCCAA +GTAGTGGGACTAAAGCTAATGAAGCAATAATTCTTGTAAGCATATAATTAATCTCCTTAC +TTAAGTCCTCCAAACCTTCTATCTCTATTTTGATAAACATATATTGCCTTTTGTAATTCT +TGCCTATTAAAATCAGGCCAGTGTATGTCCGTGAAGTAAAACTCTGAATAAGCTAGTTCC +CAAAGTAAGAAGTTACTTAATCTTTGCTCTCCACTAGTTCTGATAAGTAAATCTGGGTCT +GGAGTAGACTTTGTACTTAAATAGTTTTTTATAGTATCTTCATTTATACTATCTATATTT +ATTTTATCAGATTTACAATCTTTTACTATATCTAAAACTGCATTTGTTATATCAAATCTA +CTTCCATAATTTAGAGCTAAATTTAATGTAACTCCAGTATTATATTTTGTTAATTCTCTA +GCTCTATCCAACTCGTTTATACACATCTCAGGCAATTTACTAATATCACCTATTGTTGTA +ATCTTAACATTATTTTTATGTAGCTCTCTTATTTCATTTTTTAGGTATGTTACTAATAAA +TTCATAAGAGTATCTATTTCTATCTTAGGCCTTTTCCAATTTTCTGTCGAAAAAGCATAC +AGCGTCAAGTATTTTATATTAAGCCTAGAGCATTCTTTGACAACTTCTCTTATAGTTTCC +ACTCCAGCCTTATGTCCAGCGGTTCTTGGAAGGAACCTTTTTTTAGCCCATCTCCCATTT +CCATCCATTATTATAGCTATATGAGTAGGTACATTTTCTAAATCTATATTATAAATTAAT +TCACTATTCATATCTGACTCCAATATTGTTCTGACTCCTTATTTTAAGGAGTCAGAAAAG +TATGTGATTATTAACTCTACACTATCTTCTAATTCAGTTATTTTAATAACTTTAGGAATT +ATAAGTTTATCTTTATCTTTATTCCCTTGAATAGTCTTAATTGTATAGTTAATATTTTTG +TCTTCAAAAAACTTTTTTACATCATCTACATGAAGGCCTAAAAGTTCATAGTATTTATTC +ACTTCTTATACCGCCATTATATCTGCTTCTTTAGCGTCTACTAATGTATCTATTTCTTTA +ACATACTTGTCAGTAGTTTTTTGAACATCTTCTTGAGCTTTCTTTAATTCGTCAGCAGTT +ATTTCGCCATCTTTTTCCATCTTCTTAAATTTATCGTTAGCATCTCTTCTTTCATTTCTT +AATCTAACTTTAAATTCTTCTCCTACTTTATGAGCTTTCTTAGCTAATTCTTTTCTTCTT +TCTTCTGTTAATGCTGGTACGTTTATTCTTATAACATCACCATCGCTAGTTGGATTTAAG +CCTAAATCAGAATTTCTTATAGCTTTTTCTATTTCAGACATAGCTGACTTATCCCAAGGA +CTTATCATTAAAGTTCTTGGTTCTGGAACAGATATAGCTCCTATTTGGTTTATTGGAGTT +GGAGTTCCATAGTAATCAACTCTTATTTTATCTAACATTTGAGGATTAGCTTTACCAGCT +CTTATAGTTGTAAATTCAAACTTAAGTGCTTCTATAGTCTTATCCATTTTTGATTTTAAT +TCATTGTGTACTGTTTTCATTTTAGTTTTCCTCCTTTAATTTATATATATATTATTTTAC +TATTGTACCTATATTTTCGCCCATTACTGCTCTTATTATATTCTCTGTTGAAAGTTCAAA +TACCTTTATTGGTATATTATTATCCATACATAAAGATGTAGCTGTTGAATCCATTACTTT +TAATTCTTTTTGTAAAACTTCTATATAGCTTAATTCTTCAAATTTCTTAGCATCTGCATG +TACTTTTGGATCTTTGTCATATACAGCATCAACATTTTTTGCTAATAATATAACTTCTGC +TTCCATTTCAGCGGCACGAAGAGCTGCGGTTGTATCAGTTGAGAAATATGGATTTCCTGT +ACCTGCACCAAATATTACAACTCTATCTTTTTCTAAATGTCTAACTGCTCTTCTTCTTAT +ATAAGGTTCTGCTACTTGTCTCATTTCTATAGCTGTTTGTACTCTTGTTTCCACACCTAT +ATTTTCAAGTGCATCTTGAAGTGCCATAGAATTCATTACTGTTGCAAGCATTCCGATGTA +ATCTGCAGTTGTTCTATCCATACCTTCAGATGTTCTTCCTCTCCAGAAGTTACCTCCACC +TACAACTACTGCTACTTCAACATCTATTTCTCTTAATTTTTTTATTCCTGCAGCTATGTC +ATTTACAACTTCGTTATTTATGCCAAAACCTTTTTCCCCTGATAAAGCTTCTCCGCTAAG +CTTTAACAATACTCTTTTGTACATTGGTTTATCCATCAGAAATCCTCCTATTAAACTAAT +CTTAATCTATGTATTTTTATAATTTCCTACATTTCTAAAAAAGAGAACACGCAAGTGCTC +TCTTTTGGTTAATTACTTAAGTTGCTTAGCAACTTCTTCAGCAAAGTTTTCTTCTTTCTT +TTCTATACCTTCACCAACTTCGAATCTTACAACTCTTCCTACTTCTATTTCAGCTCCAAC +TTTCTTAGCAGTTTCAGCAACTAATTGCTTAACTGTTAAGTCTCCGTTTTTAACGAAAGG +TTGTTCTAAAAGACAAACTTCTTTTAATTGCTTTTCTAGTCTACCTTTTATCATCTTTTC +AACTATGTTAGCTGGTTTTCCTTCATTTAAAGCTTGTTGAGTTAATATTTCAGTTTCGTG +AGCTATGTACTCAGGATCTACATCATTTCTAGAAACGTATTTTGGATTCATTGCAGCTAC +TTGCATTGCTATATCTCTTCCCATAGATATAACTTCATCGTTTTTAGCAGAAGTTAAAAG +TTCAACAAGAACTCCTATCTTTCCTCCACCATGTATGTAACCTGCTATTTGACCTTCAGT +AGTAACTTTTTCAAATCTTCTTAAGTCTAATTTTTCACCTATCTTAGCAACTCTATCATT +TAAAACATCTTGTAATGCCTTACCTTCTTTGTGAGTTTCTGCTAATAAAGCAGCAACATC +TTTAGCTTCTGAAGCTAAAGCCATTTCAGCAGCATCCTTAACGAATACTTTGAAATCTTC +GTTTTTAGCAACGAAATCTGTTTCTGAGTTTACTTCTACTACTACAGCTGAAGTATTGTC +AGCATTCATTTCTATAGCAACTAAACCTTCAGCGGCAACTCTATCAGCTTTCTTAGCAGC +TTTAGATAAACCTTTTTCTCTTAATATATCAACAGCTCTTTCCATGTTTCCTTCAGCTTC +TTGTAAAGCTTTCTTACAGTCCATCATTCCAGCGCCAGTATTTTCTCTTAACTCTTTAAC +CATTTGTGCAGTTATAGCCATTTTGAATTCCTCCTATATATTAGTAATGGTAAGGGAATG +ACCCTTACCATTCAATTTTTAATTATTCTTGATCTTCAGATACTTCTTCAGCTTCGTCAG +CTATTGCTTGTCTACCTTCTATTATAGCAGTTGCCATAGCACCAGTTATTAATTTAACCG +CTCTTATAGCGTCATCATTTCCTGGTATTGCGAAATCTAATTCATCTGGATCACAGTTAG +TATCTACTATACCTATTACTGGGATTCCTAATCTATGAGCTTCTTGTATAGCTATATTTT +CTTTTCTTGGGTCTACTACAAATATAGCACCTGGTAATTCAGGCATATCTTTTATACCAT +TTAAGTATTTTTCTAATTTTTCTTTTTCAGCTCTTAATTTTATAACTTCTTTCTTAGGAA +GAACGTTGAATACACCTTCATTTTCCATTCTTTCTAAGTCTCTTAATTTGTTTATTCTAG +TTTGGATAGTTTTGTGGTTTGTTAACATTCCACCTAACCATCTTTCGTTAACGTAGTACA +TTCCACATCTTTCAGCTTCTTCTTTTATAGCTTCTTGAGCTTGTTTCTTAGTTCCTACGA +ATAAGATTGGCTTTCCAGTTTCAGCTATTTCTTTAGTGAATCTGTATGCTTCTTCTACTT +TCTTAACAGTTTTTTGTAAATCTATTATATAGATTCCGTTTCTTTCTGTGAAGATGAACT +TAGCCATTTTAGGATTCCATCTTCTAGTTTGATGTCCGAAGTGAACACCAGCTTCTAATA +ATTGTTTCATTGATATTACTGACATTGCTTTACCTCCTTGGTTTTATACCTCCGGTGTGA +TCAACTCCCTAAAAAACCTCTTGTAGGCACCTTTTAAGGATCCCAACACCGTGTGTGATT +ATTTAATATTTTATTTTTTCACCTCTAGTAGTATATCATAGTCATTTATAAAATACAATA +TTTTTATTTATATATATTTTTAATCTTTTATTAGAATTATGTCCATTTTTGTATTAACTT +ACTCAAAGAATAATATCTTAATTTTATTTATAATAGATGCATTATTTACATCATTCGCAC +TTACTATATTTATGCTTCCTAAAATCTCACCATTGTCAGTGTAGTATTTTATCACTCCTA +GTACGTCTCCTTTTTTAACGGGATAAGTAATTTCTTTAAAAGTAACTTGAGATTTTAAGT +TTTCTTCTTTATTTAATACTACATATAATTCATCCTCAGCTACTAAAACTACTTCTAAAT +CATTTATTTTTTTTATATATTTTTTCCCTATTAACTCATCTTTTTCTATTACAGTTTTGC +TTGTAAAGTCTTTCTTAGCATGATTGAGTATAGATACAGCTGCAGAAATTCTTTTATCCT +TATGATTTGCACCTAATACTACACCAATTACTCTTCTCTCTTTTTCATTATCTTCATTTT +TATTTATTTTCATAGAAAATGATAAGCAATATCCAGCGTTACCAGTATACCCTGTTTTTA +TTCCATCTACCTCTGGTATTATTCGCAGTAATGCATTTGTGTTATTTTTTACAAATCCCC +TTTTGGGATTTGAATAAGTAGACATATCAGTAATTGATATAACCTGTTTTTCATAATTAT +CAAGCATATATTTTGCTAAAGTTGATATATCTCTTGCTGTTGATATATTTTCCTTTGGTG +GTGCTTTAGGGTCACTCAAGTTGTAGATAGGTAGACCATTTGGATTTACAAAATTGGTAT +TTGTCATACCAATTTCTTTGGCCTTTTTATTCATTCTTTCTACAAATGTTTTTTCATCCT +TACAAATATGTTTTGCTATACCTATTGATGCATCATTACCTGATACTATCATCAGTCCCT +TCATAAGTTCAATTAAAGGAATTTCTTCTCCTACTTTAAGATGATAGCTAGATCCTTTTA +CTTTAGCTATATCTTTATCAATTTTTATTATGTCATTAGGATTTACTTCTTTATTCTCTA +TTGCTTCTATAGCAATTAAGAATGTCATCATCTTGCTTAAACTAGCTAAAGGTCTTTTTA +CATCAGGCTCCTTGTCATATAATACACGACCAGTTTCTTGGTCTATTAGTATTGATGACT +TTGAATACTTATCTACTTTATCTAAAGCATATATTGGTTTAGGAGTTACAAATGCTAAGA +TGATTGTAAGTATTAGTAATTTTTGTGCTCCTTTTTTCAAAATTCTCACCTTCTTGGATT +ATTAAGTATATCTTATTTTTTTCCTTCTAGGTAAATTTTATATCTAGTAATTATTTACTA +ACTCATCTAATCATTCTTTTTATTACAAGAGATGCCCAAGTTGAGCCTATTGTTACACCT +GAAAAAGCCTCCACACATACTAAAAACTTCCCAAATACTGTACTTGTAGTCAAATCTCCA +TATCCTAATGTTGTAAATGTAACTGTGCTAAAATACCATAAATCTATGTAACTGTTAAAT +ACTTCTGTTATAGAATACTTTTCTATTTTATTCAAATTTATTCCTATTAACTCTCCACTA +GAGTTCTTTACTCCACAGAACATATACAAAAATGCAAATATACTAATGATAATTAAAGTT +ATCCTAAGTAATCTCCACGGCCTTTCTCCATATCCTATAGTATATTTAGATAGTGAGTCA +AAAAACTTATCACTCAAATAACTACTATACCTAGGGTAATCACTACTTCTCATCATTTTA +CTTGCATAGTTTCTTTCATTATAATAGTAGTATCCAATTCTTTCATTATCCCCTATTATA +TTCGCTTGAGTTCTAGCTATTCTATAATTTATCTTTCCATATAAAGAATATTCTTTTGAA +TACCTTACGTACCTTAATACTAACTTTGTACATGGGCTAAAAATTATTCCTTCTAATCTA +GGTAAATTTTTAACGCTAGTTATAACAAATGCTTGTCCGTTAAAATGTACTTTCTCGAAT +GCTTTATTTGCAATATATCTTTTATTAAATCTTGTTTTGGTTAACTCACAGTTTTCTAAA +AAAATAGAACTCTCAAAAGTAGTGTACCCTCTAAAATCAGTATAATTTAGGCTCAGTGTT +TTTTTAAATTCAAATTTATTAAAAAAAACCTTTCTTTTAAATATTGCTTCATCAAAGTTT +AATTTTAAGTAACTATATTTAACTACATCTCTAAGAATAAAATCTTCTTCAAAAATAAAA +CCTCTAAAATCACTTATTTTCTCTTTCATTATCAAATAAATAAATAATGAATTTTCCTCT +CTACCTTTATCTTCCTTATGAAATATACAATATCCTGATGAATCCGCTCTTCTACGACAT +TTTACCTCTGAATTATGAACAGATCTCCATCTACAATCCATTACTATAAAAAACCTCCAA +ACTATTTATATAATATACTTAGTTTGGAGGTTTTTATAGTAATTATTCAAACAAGTATAG +CTATATTTATATTACATATACTAACGATGTAGCCTATTCTAGTTCTTTAATACTTAGCAT +GTGTTCTAAACAGTTGATTTTTAATCAATAAAACCTCTTTTATAAAATAACAACTATGTT +GCTATTTTATTTTTCCCTAAATTACAAATATATTTTATACTTACAAATCCCATTACAAAC +AATACACTAAGAATCCAAGCTATAAAACTTATATATGGAATTAACATTATAAACCTTATA +ATTATTATCCCACCTATTATTTGAATATAAGCTCTATTTTTTCTAAATGCTTTCTTTCCT +AATATTATTCCTACTATTACCGGGCATAACTTCATATGGTCTAAGACTTTGAACTACACC +TTGAGTGGTTAAGAACATTGCAAGAACTATTGATAGAGGTAATAGTATATATAATATTGA +CTTAGTTAAATCTACCCCAAAATTACCTAAGTTTTTAGTTTTTGTTTTTATAAATCCTCT +TATTAAAACCATAAGTACACATATACCAACAGCTGCTGATAAGAAGTTTTGTAATGTAAA +TCCTATCATCTGAGTAAGATAACTTAAACTACTTCCTCCACTATAAGCCTGCCAATTAGT +ATTATTATTAAAACTATATGCTGTATTAAAAGCTAAGTCCCAAAATATATTACTTAATTT +CTCTGGGTTCAAAGGTAATAAATATTAAAGCATTTGCAATGCTAATAAAAATATTAAACT +TAGTATACTAAAAACAATAACGCTCATTGTATACTCTTTACCAGTCATCTCTTCTTTCTC +ATCTACTTTTAATATCTTATAAATCCATCTTTCAATTGGTTCAAGTACTTTACTTAAAGA +TACTTTCTCATTTTTAAATACCTTGGCTATGTAAATATCTAGGGGGCTAGCAAGTATCAG +AACGAATATTATGAAAAATATTACTTATAAAACAATGCTACCAATTTTCTACTCCTACTA +GAAATTTAAATTTATATATATCTATAATATTATTTTTCATACAAATTTTGTATCAAGATA +GTTGTTAAAAGTATTAAGATTACATGAAGATGAATATTAAAATATATAAATAAAAACAAC +CCTTAGCTTATAGCTAAAGGTTTCTTTCTAGTTAAGACAATGTATATTTGTTAATAAATC +TTTTTGTATAAATTATGATAACAGCTGCAATTGGTACAGACAACATCATTCCAATAAACC +CAGTATATTGTCCTGCTAAAGTAACAGCTAATATAGTAATAATCGGTGGAACCCCAACCT +GTTTTCCTACAAAATAGGGCTCTAAAACTGCACTTTCTATTTGCTGAGCTATAACCATAG +CAACTAATATAATAATAGCCTTATCAAAAGAGAATAGTAAGTTTATAAAAGTTGCAAGTA +TTGCACCAATTATCGGTCCAAAGAAAGGAATCATATTTGTAACAGCTATAACTAATCCTA +CAAATAATGCATATTTTGATTTTAATAAATATAAAAGTATTGTACATGCAACTCCATAAA +TAGTAGAATCAATAGACTTTGCAACAATGTATGTTCCTATATTTTTATCTAATATTTTTA +CAAACTCGTTAACGTTAGGATAAAATTTACCAAACAATATTTTACTTAAACTTCTTACTA +CGTTTATTACACTTTCTTTTGATAGTAATACATATATAGATATGACAATACCTAAAAATA +TATTGATTGTATAAGATACTACTGTACCCATTAAGTTTAGAATAGTATTACTAAGTGAAT +TTGCTATCCATGTAGAAAATGGTATTAAAGTTGTAGATACAAACTCACTTATTTGTTGTT +TCGCATTTATGCTATTTATATTAAGACTAAATTCATTTGATATATAATTAATAACATTTT +CAATTTGTTTTATTCCTTCCGGGATGTACTGATATATTTCAACTACACTTGATTTAATTA +CTGGTATTACATATAGCCATGTGAACACCACTATAGCTAATAATATTCCGTATACTATAC +CTACGCATATCCCTCTTTTCATTTTAAATCTATTTTCTAAGTATTTCATAGGATAATTTA +GTATATATGCAATTATAAATCCGATAATAAATGGTGTTAAAATACCATTTATTATCTCTA +TATTATGTTGTATAAAAATTAGAATTTCGCTATAATTCTGTATAGTTACTATTCCTACAA +AAATCAAAACTATAGGAATTATATATCTAATAGATTTATACATTTCATCTTTTATTTTGT +TCATTATTTACTCCTTATCTTTAATTTTGCCAGATTAACTTCTCCCCTACTTTAAAATCG +TTAATTTAATTTCTTCTATTCTTCTGTTTCCCAGTTTTAAAATTTCAAACTTAATATTGT +CTAATGTTATTTCTTTTCTTTCTTTAGGTACTTCTCCCATATTAGCAATTAAATATCCAT +TCAAAGTATCATAATTGCCACTGATTATATTTTTATTGAATCTCTCTCTGACTTCGCTAA +TAGGCAAGATTCCTTTAGCAATGAAAATATTTTCAGCAACCTGAGATATGTTCATTTCTT +CTATATCATATTCATCATCAATATCTCCTACTATTTCTTCGATTAAATCCTCCATTGTTA +CTATTCCAGAAAATCCACCATATTCATCAACTAAAAATGCTAAATGTATTTTCTTTTCTT +TAAGCATTTTAAATAACTCATTAGTCTTCTTATTTTCAGGTACAAAATAAGGTTCTTGCA +TAATTTCTTTTATATCTATATTATCAAATCCTACTTTTCTAGATTCTGCTAGTAAGTCCT +TTACATAAAGAACACCCACAATATTGTCTATATTGTATTCATACACAGGAACCCTCGAAT +ATCCTAAGGATATAATTTCATCTAAAACTCTATTTATATCATCGTCAATATTAATTAAAA +ATGTATCCTTGCTAGAAGTCATAATCTCTTTGCAAGTTTTATCATTAAACTCAAATACAC +CATCTAGCATTTTCTTTTCATCATCTTCTATACATCCATCCTGCTGAGATTGAGCTATTA +AAGTTCTTATTTCTTCTTCAGATACCTTCTCTTCTACATCAGAATGGTCATTTCCAATCA +ATTTCAAAACTAAATATGTTGAAAAAGATAATATTTTAATAAAAGGTTTCGCCACTATAG +AAATAGCGTTAATTACCTTTACTGACGATAGCGCTATTTTTTCAGCGCTCTTAAGTGCAA +CTCTCTTTGGTACTAGCTCTCCAAATACCAATGTAAAGTATGATAATAAAAGAGTTACTC +CTATCATAGAAACTTCTTTAGTATAAGAGATATTAAGCGGACTTAAAATATCATTTATAT +AAGTAGATATCCCTGTAGCCGCAGATGCACTTGAGAAAAACCCAGCTAGTGTTATTCCTA +TTTGAATTGTTGATAGAAAATTACTAGGTTCTTCTATAAGCTTTTCAAGTAACTTTGCCT +TCTTGTTACCTTGATCACTTAATTTTTTGACCTTTGATTTACTTACAGAAACAATTGCCA +TTTCTGCAGATGCGAAAAATGCATTAATCGCAGTAAGTATTACTATTAACATTATTTGCG +GTATTAAACCCGCGGGGTCTGAATCTAAATTACTCATTTTCTCCTCCTAAAATTTTTTAT +ATAAAAAAGACCTTCTAAATAAACATCTGTACTTTTAACAGTGATTATTTAGAAGGTCTT +GCAAACAAGTTTATTTTCTTGCTAGCCAACCGGGATATACTCCGAAGTGACGATTGACTA +TCACACAAGTGAATGCTACTCCCCTTCTGGGAACTATATTATTTTATATGATATATAATT +ATAATTTGTTATTATATATTTTGCAATATATTTTATAAAATTTTAGATTACATATATTTT +TCAGTATCTTCAGGTAGACCTTTTCGTCTTAATTTGCCTTCTACAATCTCTTTTATTACA +GAGTATATTATAGCAAATATAGGTACTCCAACTACCATACCTACTATTCCAAAGAATTTT +CCTGCTACTAAAAGTGCAAATAATATCCAAAATGCAGAAATACCAATTGAATCTCCTAAA +ATTTTAGGTCCTATAATATTTCCATCTATTTGTTGAATTACTAATATTATTAATAAGAAC +CAAACAGCTTGTATAGGTGAAACAAATAGTATTATTATAGCTGAAGGTATCGCTCCGAAG +AACGGTCCAAAAAACGGAATAATATTAGTTATACCTATTATAACTGATATTAATATTGTA +TACGGCATTTTAAATATACTTAATACAACAAATGTTAATATACCAATTATTGCTGAATCT +ATTATTTTTCCACTTAAAAATCTACCGAATGTGTAGTTACTTCTATAAACTAATTCAAAA +ACTCTATTCGCAACTCTTTTAGAAGAAGTTGCATATACAATTTTCTTACCTATGGCATAG +AATCTTTCTTTATCTATCAATAAGTAAGAAGATACTATTAACCCTAATACTATATTCCAT +ATACTTGATGCAATTGTAACTACCCAGTTACCTAATATAGGTAATAAATCTGTAGCAAAT +TGTATTATAAAGTTTACAACCTCATTTAATTTCTCATTTGCTAAAGTAAGATACTTCGGA +TCTAAGTCTAAGTTTTTCATTACTTCATCCAGTAATACTGTCAAATTATTTAAATAAGTA +GGTATATTATTAGCTAATCCTACAATACTATCTATTAACTGTGGAACAACAAAATTCATA +AATAAATAGATAATTAGAAATGCTGTTATATAAGTAAAAATTAAACATATATTTCTCTTT +GTTTTCCTACTCATACTTTCGAATTTTTCTATATTTGATAACTTTTCCTCATAAAACATT +AATATAAAATTTAATATGTATGCAATTACAAACCCTATAATAAATGGTTGTAATATTCCT +ATAATCTCACTTATTTTACCAGTAAAAACATTAAGTTGAGATGCTATAAGATAAAATACA +ATACTACAGCATACTACTATAAATGAATATACAGATACTGTAGTATACTTATCATTCCAG +TTAATCTTCATTTTCTTCTCCTTACTTAAATCAAAATTTAGATAAAGCTAAATACAATCA +TAATTACTAAGAATAAAACAAGCATACTCATTAGCAATCTTCTTTTTAAATTAACATTCT +TTATATTAATCTCTTCTTCTTCATACACTAAGTCATAATATTCTTCACTATTTTCTTCTA +ATTCAACATCTTCATATATAATATTACTTAGATCAATTACAATTTCTTGAGTTGTATTGT +ATTTATTATCTCTACTTAATAACTTCTTTATAATCTTAACAATATCTTCTACGCTTTTAT +CATATTCTAAAAGACTCCATCTAACTCCTTTATCAACTTGCTTTAACATTTCTTTATCAA +TATAAGCATTTCCAAAAGGAAGCTCTCTAAATACCATTTCAAATAAAATTATACCAAAAG +AGAAAAAGTCACTTTCTTTATCAGTATAATCTATATTTAATTGATGAGGACATAAGTAGC +TTAACTCTTTATCCAATCTTAAATTTACACCTTTATTTGCCTTTGTAATACCAAAGTCAA +ATATTTTTATATTTTTATTTTCATCTATAAATATATTGTTTGGATTAAGACTTCCATGAT +ATAAATGGTTTATATTAGCAATTTCTAATGCTTTTACAATATTCATTGCTAAACTCGCTA +TTGTATTTCTATCTAATATATTATTATACATAAAGTTTTTCAGTGATTCTCCTCTAAAAT +ATTCACTTACTATATAATAATATACATCATATTCAGTACAATGTACATCTATATGCAATA +ACTTTCCAATATGTTCAGAATTTATTTGACTCAAAACAGTTGACTCATCTATTAAATCTG +GCATAAAGCCTATTCTTAACTTTTCAACATTTTTTATAAGCTTTATATAGACAGTCCTAT +TATAATAGGTATCCCTTGCTGTATATAATTTCCCAACTTGTATTTCATCATCATAATCCA +AAATTTCATATCTATTTCCTATAAACTGCATTATTTCCTTCCTCCACAAATCGTATAACT +CAACACTAAAACAATTATACCAATTTATTTACACTTTTTAACATAAATTATAAGATTTAC +TAAAAATATTAAATACTTTAGTATTAAAATGAGTTATTAGCACTTATTTGTACGACAAGT +TATTATTGAATCTTTATTACTATATAGAAAAATCCCTTTACAAATAAAAAATGTATCAGT +AGTTAATAAACGCTTAATAAAAGTGAACATATAAAATTTATATGTTCACCTTGAAGCGTA +TCTTATAACTCTTAATACATTTTTCTATTTCTTATAAACGCTTGTAGTTATGTATTCTGT +TTTTATCTTATTTCCAGAAGCGTCTTTGAAAATTCTATAAGTTTTAGCTCCCATTGGGAA +AGTATCTATTCTTATATCTACATTTGGCTTATCGGCAGAATTTCCATAAATTTGGCAAGT +AAGCGTTCCTCCATTTACTATACTTTTTACGTATATTGGATGATCATATGGATTTGAGAA +TTTTAAGTCCGAACCACTATCATTTACCATAGCATCTTTACCTCTTGGAGCATAACTTGA +TGTTATAGAGTGATTTTTAACTTGTTCTACTTTTAATCCAGAATATAATACTGCATTATA +TAAAGTTGTAGATATTTGACAAACTCCACCACCCGGTGCATCTTCTAAGTCTCCATTTAC +AATTACTGGTGCATTATAATATCCGTTAGCTATTGTTCTTATACCTGTTAGGTTATTATA +AGAATATACTTCTCCTGGCATAAGTAATACATCACTTATTCTATTTGATGAAACTCTAAT +ATTTTCAGCTCTTCCAGCTATACTTGTGCTAAAGGTTGTACTATGCTGAGCTAATAATGT +ATCTACACTTTTAGCCATAGATGTACTTATTTTGGGATTAATATCATTTACCTTAAGACT +AACTTCACCATATTTTCTGCTATTTATAGATTCATATATAGCTTCCTTGTTCGCAGCTAC +ATCAAATTCTTTACCTGTTATTGAAGGTGTTACATTAAAACTTCCTCCAGATATATATAG +TTTTGCATTTTTAACAGGAACATTAATTTTCTCTGCTATACTTTCTAAAGATTCGCTTAA +CTTAGCTTCGTCAAATGAATTCTCTAATGTGAAGTTTTGATTAGCCTTTTCTAATTGAAA +TAGTCTTTTTACATTTTCAAAATATGAGTCCGTTTTTGTATAATTATATGCACTATTTAC +AACTTCTTCTACATTATATTTAAGGTCTATATCCTCTGGAAGTATTTTAAAAGATTTACC +ATTATAAGTTAATGATAAATCTTCTGTTTTATAGTTTTGACTAACTAAAGCTATTGCCTC +TTCCTTTGTCATTAACGATATATTTACGTCTTCAACGAAAATATTATTAGCTATTTTACC +ATTGTACATGTAGTTATTATTAAAAGAATAAACCATATATCCACAAATTAAAACTACTAA +CATACCTATTATCATAGATACCTTAAGTTTTGAACTTTTAGGCTTGCTTATACTTTCTTC +TACTACTGCCTCATTATTCATAACACCACCCCAATCTTACTAAAAGGACTATTTACTACA +TATAGTCACTATATATTTTAATATATTTTTAGTAATCTTAACAATATTTAGATTGAATAT +GTAACTATATTGTTACATTTATCTAAAAATTACATATTATAGGATAGTGATCTGAGAAAA +GTACCTTATCAACAATATATTCTTTAGGAATATGATTTTTGTCTACAAATATATAATCAA +TCCTAGCATTATATTTCGGTAATGTAGGAGTCTTATACTGATTTAAATAAACTGCACTAT +CGTAATAACTTCCTAAACTTATATTTTTATCATTAAAGTCTCCACAAATTATAATGGACC +CAATTAATCGATCTTTAAAGTTTAATATTTCTATAATTTGCTTGTTTCGCTCTTCTTTAT +CAAGGCCTAAATGAGTATTTATTATATTAACATGATATTTGTTATCTATTAATAGTTTTA +TAGATAATAGCCCCCTCTGTTCTTTTTTACTACTTAATAATAGATGATTACTAAATTCTA +TTTTATTTTTTGAAAAAGTACATATCCCGTACTTCATAGCTTTATTATCTACGTTAGCTG +CAAATACACCATCCATGCCAAGAGTAGATTTAATTTTTAGAAATTGATGATATAAAACCT +CTTGTAGGCAGATAATGTCGCTATCTACATCATGTAAGTATTTTATCATTTCTTTTAAGG +TTGGTTTCTTTGATATGTCTGTACCCCTATGAATATTATAAGATACTACTTTCAAATTTC +TTCACTCCTTATAATCAAAATAAAACCTAGCCTTATTCCCTTTTCATATAAAGCTAGGTT +TTATTATATATATTATATTTAATCATTATTTAATGACGTATCTCTCTTTTTATTTTAGTA +AATCTTCCTTCACTTGCTTCAAATATGAATCCAAATTTATTATATATCTCTTCTAATTGA +ATTAAAGTAACTTCTCCATTTTTTAAGTTAGCAACTGTTATTTCTTGAATATTTTTATTT +GGTATCATCATAAATCCCACTCCTTAAATTTAATTCTTTATAGTCTATATATATTTATGT +ATAAATTACTTTATTACTATTTTGTCCAAAAATTTTATTCTCTTTGTTCGAACATTTGTT +CTACACTTATTATATACGAACAGTTGTTCGTTTTCAATAGAAAAAATTAAATTTTTTGAT +TTAATTTTTTCTATATTGTAGATTTTTAGATTACTTAGTATTACCATTTAAGATATTATT +AAAATAATATTTATATAGGGGGAATAAATATGAGTTTAAATTCTACACCTCAATCTGTCA +GGGTACATATAGGGTTATTCGGAAAAAGAAATTCAGGAAAATCTAGTATTATAAATGCCA +TCACTAATCAAAAAGCTGCTATTGTTTCAGATATAGCTGGAACTACTACAGACCCTGTTT +TTAGACCAATGGAGATTCTACCGATAGGGCCCTGCGTTCTTATAGATACTGCAGGACTTT +ATGATGTAGGCGAATTAGGAAAACTTCGAATAAATAAGTCCTTAGATGTTTTAAATAAAA +CAGACATAGCATTATTAGTAGTAGATTCAACTATAGGAATAAAAAAAGAAGATTTATCAT +TAATAAAAAGATTCAATGATAAAAAAGTGCCTCATATATTAATTTTAAATAAAATAGATA +AAGTTTCTGATAAAGAAATTCTTTTATCTGAAAGTAACAAACTTGTCAAATGTCCTATTA +TCTGTGTATCTGCTTTAAATAAATTTGGCATTGATAAATTAAAGCAATGTATAATAGATA +GTGCAAAAGAAGAAAGCACTAATTTTAGATTAGTTTCTGATTTAATAGATGAAAACGACT +TTATAGTTTTAGTAATACCTATTGATAAGGCTGCACCTAAAGGAAGACTTATACTTCCGC +AACAGCAAGTTATAAGAGATATTTTAGATACTGGAGCTATGGCTATTATAACCAAAGAAA +CTACTTTAAAAGAAACCCTAGCTAATCTTAATAGCAAGCCTACGTTAGTAATAACAGACT +CTCAAGCTTTTGATCAAGTTTCAAAAGATACGCCTTTAGATATACCTATTACATCTTTTT +CTATTCTATTTGCTAGACAAAAAGGTGATTTAAATGAATTAGTAAAAGGAGCTTATACCA +TAGATAGATTAAAAGATGGAGATAAAATCCTTATTGCAGAAGGATGCACTCATCATAGAC +AAAAAGATGATATAGGAACTTATAAAATACCAGAATGGATAAAAGAAAGAACAAAAAAAG +ATCTTACCTTTGAATTTACTTCTGGTGTTACTTTCACAGAAGATATTGCTAAATATTCTC +TTATAATTCATTGCGGTGCATGTATGATGAATAGAGCTGCTATGATAAACCGAATAGAAA +AAGCAAAAAATTTAAATGTTCCTATAGTAAATTATGGTATACTGATTGCTTATTTGAAAG +GCGTTTTAGATAGATCTTTAGAACCTATTAAAGCTAAAGATCTTTTTTGATAGATTAATC +TTATAAATCGAAGATTAAATTTAACTTTACTTATTCTTTAAATATAAATTTTCTTATTTT +AAAATGAATTTTATTGTAATTTTATACATTATTAAGGATTTTAATAGTCTAATTTGCGTT +ATTATAGATTTCAGATAATATTGGTATTTCAAACAGTTTATAGTATTATTAAGATATAAA +GATTACATCTATTATACTTAAGGGGAGTATAAAAAAGGGGGGAATAGTTTGAAATCTTCT +AATACTACTAATGATCTAATTCATTTTAAGAGTAAGAAACAAGAGTTAGAAAAATTACAT +AAAAGAGAAGATTATCTAAAAGAAAAAATGCATTCTAATAAGGCATCTGATAATTCCCAT +AAAGTTTTACAGTATCCAAATAAGAGAAAAAAAACAGTAAAAAAATTCATCACTCTTATA +GAGTACTTTAAAAGTAAACTTGGAAAAGTGGGAAAGTTTTTAAAAATTATTATTTATTTC +CTAATTTTTATAATTTTATTCTTGACTATAGATAAGTTTCTACTTTCTAAAAATCAAAAA +ACTTTATCTTCTGGCGGTTCAACAAATTTTATTTCAGAAAGTACATCTATTCCAATATCT +AAAGAATCAGCCTACTCTAAAATAATAGATCAGTCAATAAAAAAATATACTGGAGTAAGC +TATAAAGTTAAAAGTAACAATATGCATAAAAATGGAAATAGAGTTTATGCCACAGGATAT +TTTAATGATCCTTCTGAAGGCAAAATTTACTTCGATATAGTTTTGCAAAACAACAATCCA +GAATCTTTGGTTATAAATGGAACTGAATATGTTAAATAGGGTTATCTTTTGATAACCCTT +TTTACGCTTGAACAGTTAATACTTCTAGTGATTTACTTTTCTTCTTTATAAACTTTAAAG +AAAAAGTTATTTGGCAGAAATCTCCTGTATTTTCCTGTATTACTAATGCTACCTTCTGTA +GTAGTTTAATAGCTTCTTCGTAGCTCATATAATCTTTATTTGCTGTAGCATTTATCATGA +TTTTTTCCGGATATTCATAGGCACCTTTACAAATTCTATGTTTTACTAGCTTTATTTTCA +TATCTTCTTCCGAGCTTTTTTCATTTACTTTTATAATACTCATCTCTACATCTTGCTCAC +CTGAAAAAATCCATTTCATATCTTCATAATCAACATTTAAACTACAGGTAGACATTAAAT +TATCTATAAATAAATCCATAATTGAGCGTATAATAAAGTAATCATCTATTTTATCATCTA +GAAATTTTATATTTCCAAAAACTTTATTATTAGAAATATTTATAGATGCCCCAATAACTT +TGTTTATTTTTTTCATAAAAAACTTATAATTAATATTATTATTATTTTGAGTATTTATAA +CAATTGGAATTACTAATATATTACTTTTTTTAGCCATTTTTCCTAATTCAATAAGGATAT +GTATTGACGACAGGTCACAAATGTCACAGGTAATAAAAACAATTTTTTCATTTTGAATTA +TTTTGTAAATCCTATCTTTATTTCTGTTTATAAGGTCTGTTATATGAAAGAAATCTATTT +TAGATGAGTAATAATTCTTGTCTTCTATAATTAATTTTTCCTTTACTTTTTCGTTTATAT +CAGTGTATTTTATATCAATTGCGCATAATTTTATATATTCTTTATTATTATTAGCTAATT +TATTTACTATATCAATTCCTTTTACACCTATTCCAATAAATTTAATATTATTCAAATTAT +TAATATCCATAATTAACGACACCTCTGCATTTTTTATATCCTAAAATCCATATGGTTTGA +ATCTATTTAGCTCTTTAATCATGTCATCCATAGTATTATGTCCCCTCACCATGTTATCTT +CAGCTAACATTTTCAATAAAAAATTATATATCTTCTCTACGCTACCTTGCATCGTAAATC +CTATAAATGTAATACCATCTAAACTTTCAATTATTATTCGAACTAATTTACCCCTGCTAA +TATTCTCTAAAATCTTACCTTCTAACCTTTCCTCTTCTGTGGAATATTGAATTATGACTT +CATTTAATTTTAAAAAGTATATAGTTTCTAGTATTTCCTTTCTTTCATAATCACTTAAAT +TATCTTCAATAATATTTTCATCATCTATTAAGTAATAGTTTAACTGATTACTCTGGATTG +GATGAAATCTCCGTATTAAGACTCTTAAATTTATCTATAGAAAATACCTTTGCATTATAC +TTTTCTCTCAAAGCCTTATCAACTTCTTCTAGTATATAAGCTTTTTTGCCTTTCATAATT +TACCCTCCTTTATCTTAGAGTATATTATTTTGTCTTATCCTTAAGTATTTGTTTTAGGTA +TTTAAGTCCTTTATTTTTATTTTTGTGATTCATATTTGGGAATGCTTTTAGAAGCCTTTT +TTGAACTTTAGATTTTTCTTTTACATTTAATATTTTATTGTATATTTCATTTGATTTAGA +TTTAATTTTTTCATCTTTATGTCTAAGGTTATTTAGAGACTTTGATAAGTTTTCTTCTGT +GAATCTTTCTAACTTAACTTGTATATCTATGTTACTTAAATCCTCTATAATCTCTTCTAG +TCGATCTAACTTATAGTGTAGTTTACTTAAAGCATTTAAGGTTATTGAAATATCAGTAAT +TAAATAAATCATCAATACAGTTACAATTAAATACATAAATATTGGATTTATTGTATCTAC +AATATTCACCACTATTGGATGAATGATTTCCATTAACAAAATGCTCATTATTCCAAATAA +TATCGAATTTTTTAAGCATACTCTTCCATTTATATTAAACATCCTATTTGAGTAATCCCA +CCAAGTACTGTGAAATAAAAACTCTAATATAGTTCCTGTGGCATATTCCAATGCTGATGT +CATTACTAGTCCCATAGTAAAAATAACTACTATATCTCCAGTATAACCTTTTAACATAAA +AACTACAGTTAATGCTCCCAATCCATATATAGGGCAAATTGGACCATTAAGAAAACCTCT +ATTAGTTACCTTTCTATTTCCTATTGAACAGTAAATAGTTTCACAACACCATCCCAAAAA +GGCATATATGAAAAAGTATAGCGTGTATTTATATAATAAATCCATGCATTATCTCTCCTA +TTTCATATGATACTTTAATTATACAACACCCTTAAGGAAAACGCTTTATTAAATACAAAA +GGGCCTTATTAAAATAATAAATTTTTACTAAAGCCCTTTTAGAAACATAGTTTTTATAAT +ATTAATTAGATAATTTAATTAGTATTGCTACTATATTTGCTTTAATTTATGTCAGCTAAC +TATATTTAATAAAATTCATTAATTATCTTTTAGGAATATTATCTTTTACTGCTTTTCCTA +GATTTTTGCCAGTTTTATATGTTTCCTTTACAACTCCACCTACTCCTTTAGCTACATCTT +TACCTACGTTTCCTACACTGTCTACTACTTCTTTTCCTACGTTTCCTACACCATTTACTA +GCTCTTTTCCTACATCTGTTACAGGTTTAGTAACCTTTTTAACGCTGTCCTTAGCTTTTT +CTTTCATATTGTAATACATCTCCTATATTAAATATTATATAAGCTTAGGTATATGCTTAC +CTATATTATAATATGATTAATTCTTCAATTAGTTACTAAATTCTACATTTCAATTCCTTT +ATTAACTCCTCTAATATAATAAGACAGGATAGCAAAGCCATCCTGTCTCTCGTACAATTG +AATATCTTAACTTATTAATGTTATTATCTAAATTAATTTGTAATAATTAAGCTGTTAAAT +GTTATTTCTTATTAATTGTAAATTGTTATATGTATTATTCAAGAAATATTATCCAAACCA +ACTTTTTGTAATTCTTTTAAATATTTTAAGAGTATCCAATTGTACTATTTATATTACAAT +AGCCTAAGCTATAGTAATGACAATTTCATTATTTGCCTTATTAATGGCAAATTCTAATTC +TAATAAATCATCATTCATCTTATCAACTAAATCTTGTAACTCTTTTCTATCAAAATTAAG +TTCTGTAACTTTATAATAAGCAGAAGTAGCCGCAGCATCAACCTTTCTAGATTTAGAAGC +CTTAGCATTGTTTAATATAGTTTCAAAAGTATCCTTTTGATTTCTCATAGTTCTTGATTT +ATTTAAAGCACCCTGAATCGTCATAGACTGACCTAGTGCATCTATACAAACAGTATTATT +AGACTTAGCTATCTCAGTTTTTAACATATCTATCTCCTTAGATAAGTCCATAACCAATTC +AAACTCGCCCTTAAAATTGAAAATCTCATTACAAACATGTTTTTGATTATCTGATTCTAA +TATATATGTAGTAGTACAATTATCTATGTCTGACAAAGTATATAGCTTATTTCTATAAAC +CTTTTCAAGCTCCGCAACCTTAATCATAGCCTGACTGACAGTTAAATTTTCCATCCAAAT +ATCACTCCCTTGATATTTTATTCTCATAAATAAATAATACCATACTTTTAATATAAATCA +ATTCTATATCCAATCCTTTTAAGTGGGTAATCTAGTATATGCCAAAAGCGAAGGGCGTGA +ATTAAATTGACTGATATTTGCAGCGTTATTTTGCTGCATGGAAGTCAATTTAATTCACGC +CCGAGCTTTCGAGTACGATACTATCTATCTACTTAAACAAGCCAATCCTAACACTTCTGG +TCCAGAGTGACATGCTACACAAGCACCTATTTGTATATTGTAAACATTTCTAGGACTTAA +CTTTTCTTTTACTTTCTCAATAAATTGATCTCTTAATTCTAAATCATCACCGTAAGCAAC +GTAAACATCTATGTCTGAAAAATCTCCGTTAACTTCTTCACTTAATTTATCCATAAGAGC +TGGAATTATTTTTTTGCTTCCTCTTACTTGAGACTTTTGTTTAACTAATCCATCTTCTAT +TTTTAGAATAGGCTTTATGTTAAGTAAAGTTCCAACTGCAGCCTTAGCACCAGATATTCT +TCCGCCTTTGTGTAAATAATCAAGTGAATCAACTGAAAAATAAACGTGTACTTTATTTTT +TAATTCTTCTAATTTCTCTACTATTTCTTCAACAGATTTACCTTCTTCAGCCATTATAGC +AGCTTCTTTAATTAACATTCCACCACCGATACTTAAGTTGTAAGTATCAAATATATATAA +TGGTCCTTCTATATCACTTTTAGCTAACATTGCAGATTGATATGTTCCCGAACCTGCAGA +TGAACCCGCTAAATATAAAACTTTTTTACCTTCATTTAGATATTTATTAAATACTTCAGT +AAATGTAGCATATGTTATCTGAGATGTCTTAGGCATATCTTCAGACTCTCTTAACATTTT +GTAAAATTCATCTCCACTTAAATCTGCACCTGCTTTATACTCTTTTTCATTAAATATTAT +AGTTACAGGTAATACATCTATATTATATTTATCAACTATATCTTGCGGCACATCATTCAT +AGTGTCACATATTATTTTAATATCATTCATGTTCTTGACTCCCTTTAGTCGAATTAATTT +TTATTTTTATTTAAAGCATGTTAGTCCTATAAACCCTGGTCCTGAATGCGAACACATTGG +AGGGTTAATTGTTATTAGAATTAATTCTTTTGGGTTTAATTCTCTTAAAACAGCTTCTTT +TAATTGTTCTCTATCTTCTAAGTTATCACCGCAGCCTATAGCTATCGTTCTATCACTAAA +GTCTTCTCCACATACTTCTTTAGTACGCTTTATTATAGTAGGTACTATTTTTTTATTACC +TCTAACTTGACCTTCTTGGAATATTAAACCATCCTTTACAGTAAGCATAGGTCTTAAGCT +TAACATGTTTCCAACTAGCGCTTTTCCATTAGATATTCTTCCACCTTTTTTAAGGTATTC +TAAAGAATTCATAGACATAGATACGAATACTCTATCTCTTAAAGCTTCTAATTCTTTTAA +AACGTCTTCTAAACTTGCTCCTTCATTTAACATTCTAGCAGCAGATAATACTAACATACC +GCATCCAAAACAAATACTCATACTATCAAATATATGAACATCTCCTTCAACATCTTTACT +TGCAAGTACTGCTGATTGATATGTTCCAGATGATTTTGATGAACCAGCTATATATAAAAC +TGTCTTCCCATCTGATACATGTCTATCAAATATTTCCTTAAAATCTACATACGTTGCTTG +AGAAGTTTTAGGCATATCCTTAGCTTCTCTCATCATTACATAAAACTGTTCATCTGTTAT +ATCAACATCTTTATATTCTTTTCCATCAACTATAACCGTCAGTGGCACTACTTCAATATC +ATATTGCTCAGCTAACTCTCTCGGCATATTTGCTATTCCGTCACATATTACCTTTACGTT +ATTATTTTTCATCATATTTGCCCTCATATTATATAAATTTATTTTTATTAACCTACTTTA +CACTATTTGATTATATCATAAATAAATTTATATAAATATATAAAAATCTGTAAATACAAC +TCCAACTATGTCGTTTTATGATATATATTATATTTTATAATCACAAATAAAATATAAATA +CAATTATATTGTTTTCAGTAACAGCAAATTAAATCTAAAAAGAGTATAGCAGTAAAAGCC +TAAGCTTTTAAAACCACACTCTTAATATCCTTACTCTTCTTCATCTTCCATATAATCTTC +TACTTCAAATCCACATGCTGGACATTTATATGTATCAAGTACATAGTGATACTCTTCTCT +TACTTCATTTTCACTACCTTCGTTTATTATTTCAAAATCATCGCCTTCTTCGTGCTCTAT +TAAGTCCATAACTTCTATTATGCACTTTGGACAGTACATTGTTGCCATACTATTACCTCC +ATAAAAATATTCTTTATATATATTAACATATTTTTTTAATAAATTCTTCCTCTTATTTTA +ATATGTTTATATTAATAGCTTTCTATACTATTTACTAATAGCTTTTGAAATTAATTCAAT +ATTTTTATTAATATTGGTAATACTAATATATGGACATAATCTTTATATAAATTTGTTATT +TTAAAAACTATAAGAGATATGCTTAAGTTGCATATCTCTTATAGTTTCAACTCCTAAATA +TATGGTTCCGTCCATATCTAATAAGAAACATTCTATATCTATGATATTTGTATTCATAAT +ATTTAATCTCCCAATATTTAGTCTCCTTTTATTTTTTAATTTTATGGTAGTATTTTACTT +TTATTTAGCAACAATTCGCAATGATCTTAACTTTTTAGAAAAATAAGATTTAATTATAAA +ATTCCATGGTGGAGCGACTTTACCTGAACAATCTAATAATTTAGAATTTCATAAAAGAGA +TAAATTAAATAGTACTGAAAAAGATACTATATCTAGTGAGGCGCTTAAATTAATTAAAAG +TGATAAATGTATATTACTAGATACATAGAAGGTCTATTAGGCTGTGATTTATTAAACAAG +ATAAATGCAGATATTGCTTTTGTATCTGCTCATGGATTTACTTTAAGCGAGGTCCTAACT +GATTTTAATATATATGAAGTTGAATTAAAAAAACAGATGCTTAAAAGATCTAAAAAAACT +ATAGCTTTACTGGATTCTTCTAAACTTGAAAATCTATCTACAGCATGTTTTTGTAAGTCG +AGCGAGATAGATACTATTATTACCAATAAATTTGAAGATAACTTAATTGAGATATACAGT +AATTATGGAATTAATGTGATAGTTAGCTAATAAAAAAGACTACTAATATTCTAGGTTTTG +CAATTAACTAAAACTTACTAGAGTATTATTAGTCTTTTTATCTATATATTTTAATATTTT +CTTTCTATCGGATTTACATGAATCATACAATGTTTTACTAATGGAAATTTGTCTTCTATT +CTATCATGAACAGATTCTGCTATTTTATGAGCTTCTTCTAATGACATTTTTCCATCTACT +GAAACCTCTAAATCCAAGTATATTTTTGAAGCAAACATTCTAGTTTTTATTTCATCTATC +TGACAAACGCCATCTTGATTTATTATTAATTCTTTCATATTTTCTATGGTTTCTAAGTCG +CAAGATTTATCTATTAATTTATTAATGCCATCTTTAAATATATCATATGAAGCTTTTATT +ATAAATAAACATATTACAATACTTGCAAGTGGATCTAATACTCTAAATCCCATTCTTGCA +CCAAATATACCTATAAAACTACCTATAGAAGATAAAGAATCTGATCTATGATGCCAAGCA +TCTGCCATAAGTGCCCCTGAATTAATTTTTTTAGCAGCATGACGAGTATACCAATACATC +CCTTCTTTTACTATTATGGATATTACAGCTGCTACTAAAGCTATCATTCCTGGCACTTGC +AAACCACTATTATTTCCATTAATAATTTTTTCTATTCCTGATATACCTATTCCTATACCT +GTAGCAAATAATATACAAGCAAGGATTATTCCTGCCACACATTCAAAGCGTTCATGACCA +TATTGATGTTCATCGTCAGCTTCTTTACTAGAAATATGAACTCCTACCATTACAATGATT +GTACTAAAGACATCAGAAGCAGAGTGTACTGCATCTGAAATCATAGCGCTTGAATTTGCT +ACAATACCTGCAAAGAATTTAAAACCTGATAATAGCACATTTACTATAATACTATTAGTC +GAGACTTTCATGGCAATTTGCTTATCACTGTTATTGTTTTTTGCTGTATTACTCATGTCA +TACCCTCCCCATTTTTTACTCTAATAACACAGTAAAATCAATATTAAATATCTGAAATCT +ATTAAAATTCACGTTTATTGAGCCTTTATTGGCAAAATATTTCAAACTAAGTTAGTTTTG +AATTATAATTTCCTTTAGTAGAGTAAAAAAGCATCTGTGAGACTACTGTCCCACAGATGC +TTATATTCCATCTGCTGCCACAAAGGCCCGGCTTATGAAGATTTTTCCTCCAATGCCTGC +TCAGTTTGTACTGTATTTTTATATGCAGTGCAAAAAGTTATTTGACTACTTAATCGTGTA +TGATATATATTATTCACCGTAAAAAATTTTGTGATTAAAATTTATATTCCTTTAGTTTTT +CATTATTAATTTGCTGCTGATCTTCTTTTATCTCTTATATTATCTATTATTACGACTAAC +GCTAATATAAATGCTTCATCTTCAAAATCTATATCTACAGTATAATTATCACTGAAAGCA +AACATTTCTTTTTCTATTTGAGCAACAACTTTTGAGCCTTGATAGATTTTATAATTATAT +TCAAAAATACTACCTTCTATTTCTAATTCACCATACTTACTATTTACTTCTACCTTCGTT +TTTAAGAAAGTAAGTTTTTGATTTACAGTAGCTACTACCTTATCATTTTCAAATATTTCA +TAATTTGATAAGAATGTAAGTATAGTTTCTTTGACAAAATAAAGCACCTGGTTATTTTTT +TGTATATCAAATTGTAAACCAAAAGTTAAAAATTTATTATCTACAAAGAAAGTATCTTCT +TCGTATTGGTTCTTTATCCAAAAGTCTTCTTTCAGTTTAAATACTTTAGATTTCATATAA +TATTTCATAGCTTCTCCCCTATAGATAGATATTTTAGTAAATTTATGCAGTTTTTATATC +ATAATATTAATATTTAATTCTTATAATAACAATATTTTTATATCAATTTCTACTAATAAA +ATTACTTTTTTAATGAGGAATTCATGTCAAGCAACACAATATCAAGGTACAAAAAAGATA +AGAAGTTTTATAAGCATTTATTTATAATTGCAACGCCAATAGCTCTACAAAATTTAATAA +CATCATCACTTAATATGCTAGATACTATGATGATAGGAAAAATTGGTGAAGTTGAACTTG +CATCTGTCGGTATAGCAAACCAATACTATTTCTTATTCTCTTTACTTACAAGTGCTATCG +CAATAGGTTCTGGTGTGTTAATTGCCCAGTTATGGGGTAAAAAAGATACATCAAATATAA +AAACAGTATTATCAAGATCATTATTTTATAACTTATGTTTAACAATAATATTTATAGCTT +TAGGATTATCTATTCCAGAAAAAATTATGGCTATATTTAATAATGACCCAACTGTGGTTC +AAATTGGTGTTGATTATTTAAAGATAGTTGTAATTAGTTACTTATTTACTGCAATTACAT +TTACATTTGCTTCAGGTCTTAGAAGTATCGAAAATACTCAACTTCCTATGTGGGCAAGTT +TAGTAGGACTTATTGTAAATGGTATTTTAAATGCAATTTTAATTTTCGGATTATTAGGAG +CTCCTAAAATGGGAATTAGAGGTGCTGCTCTTGCTACTCTTATTGCAAGAATAGTTGAAT +TTTTAATAGTAGTCTGTTCTGTATATACTAAGATTGATATTTTGAAATTAAAAGTAAAAA +ATATATTTGAACTATCAAAGTCACTTTCTTCAACTCTTAGCAAAGTTACTATACCTATAT +TCACAAATGAAGCTTGCTGGGCTCTAGGTACAATAACATATGCGGCTATATATGCAAGAA +TCGGTACAAGTGCTGCTGCATCTATACAAATTTGTACAACTGTAATGAACTTATTTATGA +TACTTACTTTTGGCCTTGCTAATGCTGCTGTAGTTATAATAGGTAATGAAATTGGTGCTA +ATAGAGAAGATAAAGCCATTGAAGCTTCAAAAAAGATTTCATCAATTTCTATGAAAATTT +CTATACTATTAGGACTATTACTTGCATTATTAGCTAAACCTATAGTAGGATTTTTTAATG +TATCTTTAGAAGTTAAAATGTCCTCTCAATATATTTTATATATTTATGCACTTATGATGA +TATTTAAAGTTTACACAGCCGTTATGATAGTTGGTATATTAAGAGGTGGTGGAGATGCTA +CCTATGGCTCTATACTTCAAGCGGTTACACTTTGGATGGTAGGTATACCATTAGCAGCAT +TTGCTGCATTTATTCTAAAACTACCAGTTCATTTTGTAGTTGCATTTGCTGCAATTGAAG +AACTCATTAAGGTTGTTATTATTGTTAAAAGATTTAAATCATTTAAATGGATCAAGAATA +TGGTAAACGATGTAGATACTTGTTCAAGTCCACTATAAATAAAAATAAAAAATGAACTTA +ATTTTAATTTAAAATAAAGTTCATTTTTTATTTATTATAAATATTAATTCGATAATTTAT +ATAAAGTATACTATGCATAAATATCTAAAAATTCAATGTTTAAATTCCTTATATTTCTAG +CTGTTTCTTTTAGTATTATTGTATCACTTGTATTTTCTTTATTTAATACATCAGCCAAAG +TAACTATAAACTCAGAACCTTCTCCAAGTTTACTTTTTACACTTATGTCACCATTGTGCA +TTTTTACTAAGGATTTAACTATAGAAAGGTCAATACCGCTTCCTTCTTCATCATTTTTTG +TTTTGCTATTTAATTGTTCAAATCTACCAAATATACTATCCAGCTTATCTTCAGGAATTC +CAACTCCACTATCTTTAACCCTTATTTTTACATTATCTTTGCAATCTATAATTACTTCTA +TCGTTCCACCTTGATTAGTAAACTTTATAGCATTAGATAGTAAATTTAATATCTATTTAT +ATGATTAATTGGTAAAATATCAGCTATATCCTTACCAATTATAAATACTACGTGTTCTTT +TAATTAAAAAATATTTCATTTTAAGTTTTAATTTTAAGTTAATCTTAAAACTAATCAATT +TGTACTAAGCATGTTACAACTGATATTATTCCAAACATAGCGAATACCATAGTTGCACAC +AGTGCTCCAAATGTTAATGCACAGTTAAATAAATATACTGTAGGAACGTATAATATAGTT +ATTAATGCTGCTGGTATTAATAATATATATGATACTTTTCTTAATTTATCTTTTAAAAGT +TCTACTACTATTGTTCCTAAAGCTATTATTATAGCTGGAAATACTAATAAATAACTTCCT +CCTGGCAATACAAATGTAAGTATTAATCCTAATATAAATAAGAATACAATATTACCAAGT +ATAACTTCATTTCTTTCTTTAAATTTATTACTTACTTTTCTTATAAGTAAGATGTATCCT +GCTATTGATAAACCTATAACTCCTAGTGTTGTAACATCTTCAAACTTTATAAGAGGTAAA +TATGTAAGCTTAAATGGACGTCCATTTATAACTGCCGCTAATCTTGATATTCCATATGAT +AAACCGGCTACTAACGCTGTAAACAATAAACTTAGTAAAGAATATTTTACAGTTGTTAAT +ATACTCTTTATTTTAAATTTCTTAAATAAGAATATTATAGAAATTAAAATAGCTAATAAT +AAACCGTAATTTATCATATTAGAATATTTTACAAATACACTACCTATTATGAAAAATATA +GAGTCATCTTTGCTAGTTAAAGCATCTTTATCAGCATATTTTTCATTACTTACAAATTCA +GTTACTATAGGTAACACTTGGTCTCCATAATGCTGTAATGACTTTTCATTTAAAGATTCA +AACTTATCATTAGGTGTGTGATAATTTTCTAATCCATCTAATACACTTATATTTATACCT +GGTATATTATTTTCTAAAAATACTGTGAAGTCCGTTCCATTAGGAAGTAAACGATATATT +TCAGGTGTTATTGAGTAAGAGAATGGCTTTTCACTATAATTATATAAATCTACTATACTT +GAGTTATTTGGACTTGTCTCAAACATTACAGCAGGTCCTTTTGTTCCTCTGGCTTCTAAA +TTTATTAGATAGTTTACATTCTCAAATATTTCTTTTTCTTTTACAGCTTCCTTAGCTCCA +AGAAGTCCGTATTCCTCACCATCTGTTATTAGTATTTTTATACCATTGTTTAAAGTTACG +TTATTTTCTTTGATTGCTCTTATAGTCTCAAGAATAGTAGATAGTCCGTATCCTGCATCT +GCTGCACCTAAAGAACCATCTTTCTCTGCATAACGCTCTTTCTTTGCATGAGAACTATCA +TAATGTGTTACTAGCATTATGTATGAGTCATTTTTACCTTTTATTTCTGCATATATATTT +TCAAGGCTTTCTTTTGTATTTGTTCTTTCTACAAATACGTCTTTGTATGTATAAAGTATT +GGATCAATGTCTAAAGCTTTAAGTTCCTTCAGAAGATAATCTCTTACATCTTCATGAGCT +TCTTTATCAAATATTGAATGTGGCTCTTTTGCTATTTCTTTTATATGGTTCATTTGATTA +GATACATTTACTTTAGTGTTGTCATCGTAGTTTTCTTTTGATGGATAAAGTGAATTATAT +CCTATTATTGATGATATTATTAACACTGCTAAAATTATTGCATATGATATATATTTTTTT +GATTTCATCACTATGTCTCTCCCTCATTAAATTTTCTTAATATTAAAATGCGTTCTCGCT +TTTTTTATAATTTAACATAATTCGATAGGTAGTACAAGAATTTATTTTGATATTCAAATA +TATAAATATTCAAAATATAGTATTTGCAATATTTTCCTAACTTAAATTTTTTAATTATTT +ACTTTATAATTTGTTTATGCATGAGATAAGTAATAAAATCATAGATATAAAAAAATAGAT +TGATAATAAATTCTATTAAAATAAATTTATTATCAACCTCTCCTTCATACATTTATTATA +TTTTAAATATATACATTTATTTTATGTATAGCCTATTTAATAATACCTTTAAAATTGTTA +ACTCCGCACTTAATTTGCATCTTCCGCATGCCTTTGTAGCTTGAGTTTCATTTATGATTT +CTTTTACGCTTTTGCACCCTTTTGATTTTGCTTTAATTATGTCATCTACTGTTACATTAA +AGCAACCGCATACTCTGTTGTTATTCATGGGAAACCTCCATACAATATTTTATATTGTAT +TTATACCCAATAAAATTTTAAATACACATGTGGCTAAATTTACTTAACACACTCTTTTTG +AAGTTTTACTATCCATCCTTCTGGAGCTTCTATATCCCCAAATTGTATTCCATATAATGT +TTCGTATAACTTAGTGATCTTTGGACCTGCTACTTCTTCACTATGGAATATGTGCTTTTT +ACCATTATAAGTTATACTTCCTATTGGAGTAATAACAGCAGCTGTTCCACAAGCTCCTAC +TTCTTCAAATTGGTCTATCTCATCTATTTTAATTTCACCTTCTATCGCTTCCATTCCTAA +ATAATCTCTAGCAACTGTAAGTAATGAGTTTCTAGTTATACTTGGAAGTATTGATGGAGA +ATCTGGAGTTATAAACTTATTATCTTTTGTTATACCAAAGAAGTTAGATGTTCCTGCTTC +TTCAATAGTTGTGTGCGTTTCTGGATCTAAATATATACAATCTGCAAATCCTTCTTCTAC +TGCTATTTGATGAGGAAGCATACCGCAAGCATAGTTTCCTCCTACTTTAACTCCTCCAGT +TCCATATGGAGCTGCTCTATCATACTTAGCAGTAGTCATCTTTACAGGTTTAAATCCACC +TTTAAAATATGGACCTACTGGTATTCCAAATACACAGAATATGTATTCAGGAGCTGGTCC +TGCACCTATATTATCTCCATTACCTATAACAAAAGGTCTTAAGTATAAAGTTGCTCCCGT +TCCATAAGGAGGAACAAACCTTTCATTTGCTTCTACAACCTTAAGGCATGCATCTATAAA +TTTATCTACAGGTACTTCTGGCATTAAAATTCTTTTGCAGCTATTTTGAAGTCTCTTTGC +ATTCATGTCAGGTCTAAATAATTGAATATCTCCATTTTTTGTTGTATACGCTTTTAACCC +CTCGAAGCATTCTTGCCCATAATGAAGAGCAGTTGCACTTATGCTTATAGATAGTTTATC +ATCATCTTGAAGTACCCCATCATCCCATTTTCCATCTTTCCAACGAGATACATATACTTT +ATCAACTTTTTGATATTTAAATCCTAATTCCCCCCAATTTATGCTTGCCTTTTCCATTCT +AATTCCCTCTTTCTTTATTTAATTGTACTTTTAATATAAAAAAGCACAATCTAGAAAAAG +GTAAATGTATTTTTTAGAATTTTCCATAAATTCAATTAATTTTATTTATATGAAAAATAA +AATTATAATAGCATTTTACGATTATTCATTACTGTATTATAACTTTTATACTAAAATTAT +AATATATTAACTCGTTGTGCTAGTTAATTTTTACAATAATAAAACTCCAACAAATATAGT +ATCCTAAGATTGCATCACCAATCTAAAGGAGGGTTACTATATGTTGGAGCTTAATAATTA +TTATATCCAGGAAGTAAAAAATTTAACTGACTTATTTACTATAATTTTTACAATAGTTGA +TGATATATACAATGATATTATCCCTATAAGTATTAGAAACAGGCGTAATATTAAGGATAG +>MGYG000000001_24 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACTGAAAAGCCTC +CTTTTATATCCTTATATTACTATTTTCTCTCGTATTACATTTCTTCCTCTCTGTTTTTTA +TTAATTTATGAACTAAACCAGCACTACAATTAAACTCTTTCGCTATTGTTCTCATACTTT +TTCCTTCTCTTCTGGCTTTTAATATCAGTTCTATTTGTTCATTAGCAAATTTCTCTTTTC +TACCAGCTCCGCGGTCATTTTTCTTTACCTGTTTTAGTTCTTCTTCTAAATCTTCAACCC +TTTGGTTTGCAAAAGATAACTCTCCTATTAGTTCTATTAATCGAGTAGTTATTTTTGAAT +TTTCATCTGTCATATTCATAATATACTCAATTAGCTCTGCTTTCTTCATTTTTTCTAACT +TCTTCAATATTTTTTCTTTTCTTTCAGTTTCTAGTATTTTAACCTACTCCTGTCTGTGTT +CATTTTTTAATTTATATACGTTTATTAATTAAATTGTAAACAATTTTAAAAATAATATCA +ATACCTTTACTGCTTTATATTCATTTTTCATTTATCTAATTTCAACATCATGTTAAAACA +TAGCCTTTTTATAAAATTAAAGTCCTTCTTCTTCAGCTAACCCTAATCGTTTCAATCTCT +CTTGTATAGTTGATACATTTTGTTTTTTAGGTTTATTATTTTTAACTTCACTTGAATGAT +CTATGGTATCTATAACTGTTTTTTTATTTTTTATCAAGTGCTCATTAAAAACATGGCTCA +CTCTATCAATATCATTATTAAACATATTCAACAATTCATCTTTAACCTGAATATCATCAG +GTCTTTCTATATTTAAAACATCATCTAAAGAATTATATGTGGATGTACTATTCCAGAACA +TAGTGGCAAACCCTTCTTCAAACTGTTTTATACTCTTTGCTTGACTATTGACTTTACTAG +TTAATTTATCATTCCTTACCTTTAAACTCAGAATTTCTTTCCTGTCTTTTAAAAATAAAT +TAATCAATCTCTTTTTGAGTTCTTCGGGTTTATTGTGATATCGGTCTACTAATAATTCTA +AGTCTTTATTATTAATTTCAAAAGCGTCTCCACCGGTCTTTATATTATCATCATATTTTT +TTTCATCTATGATACTTTTCCCATAATACGGTTTTCCATCATAATCTTTAGACCAAAATC +TTACGCCTAAAAAATTAAATAAATCACCATTTTGACGAGTGAATTCTGGATTGTTAGCTA +TAAGATTATTAAATTTAACTACACTATTGTAAGTCAGTTTACTTTTTATATATCCAACAT +CTTTAAATGCCAACTCTAATATTTCTTTCGCCTCTTCTTTTATTTTATCTGTAATTTCAT +TCTTTTTTCTTCCGCCTTTACTTTTTTTCTCGCTCATCTATTCAAACTCCAAATAATTAT +TTTGTATTTCATTTTCTTTTTCAAACTTTTGTTCTAATAAAGACGCCTTTAAAAATGCCA +GTTTATCCGCTTTAGACCTAAGTTTTAAAGATTGGGATTTGAAGTCTTGCTCCTCATGTT +TTTCTAACCCAGCAAGACCATTCAAATTAACAATTTCCATTTCATTGATAAGATTTCTAA +AGAACTCTTCCTCAACTTCTATTTACGATTGTAAAGGGGATATTTTTTTATTTAAAATGT +AGTGTTTAATTTCTTTATAAGAGTTATTTGTTGGTTCACACCACCATTTACTACAAAATG +CACAATAAGGGACATCTTCACAAAAGTCATTGCTGTTTACATCAAGCAAGCAATACCCAA +CCCCATCATCTGTTTTATCGAACTCACTTAAATCCACATCTAATTGATAGCCGTACGGCT +TATTAAACACTATATCTTTTAATGATCTAAACATTTTCGAATTTTGGCTGTGTATATTCC +TGTCAGAAATATAGTTTAAGATTTCACTATCTATATAATAACTAACATGATTGGTGTAAC +TGTCTTGAGTTTCAAGAGTTGTATGACCACCTAACAAGGCTATTTCAACAGGACTTACCC +CTTGTAGAAGCAAACTGCAAAATGCTAGATGTCTTGTGTCTCCAGGTGTCATTCTTTCTT +TCTGACTTAACGCATATCCATATACATCCTCCACAATATTATCATAGAAACTAGTTAACA +AAGTAGCGAAGTTTGCTGTCGCAAAATTCAAAGGATTAAACTTAGTTGATTCACCCGATT +TAAATGTTGGTAAAAAATCTTTGTATTTATCACTTTGCTTTTCTATGAGAAATTCTTCTT +TAAATTTGCACAGAGCATTGTAAGATATTAATGTATGCGATTCTGTAAAGTCCGTCATAT +TGATATATTCATTTATTAAGTCATATATTTCCTTGGTTATTTCAACTTTTTTTAAAATAG +GTAACTTCGGTTTACTTATTGTATGTTTAGTTCTTTGTATTTTTATTCTATCAATTATCA +AATAGTATTTGTTATCATGTTTAAATGTGCATTTCCTATAAACATTGTTAAATAACTCAC +TTGGTCTCATAGGAATTACATTACTGACCTTCCACCATATCAAAATAGGATAATAAATTT +TTCTTAATAAATCATTGGTTTTCTCACCATTGAAAAAATCTTTTATGCAATAATCTGTCA +GAAAAATACTCTGGTTGCTAGGTAAATCTCTCATAGTTGCATTTAAATAGGTTTTATACT +GTGAAATGCTTTTTAAAAGAAGTTCGTAGCCATCTGGTATAAAACCTATCCTGTCTAAGA +AATTTACATAAGATTTTAATGCTGTTATCCTATCGTGTCTTGCTCTATCATTACTTGAAT +GTTCTATATAGGTATCTATAGCATTACCTTTTTTACTGTGTATCAATTTTTTTTTAAATC +CATGTGTTTCTATAAAAATTCTTTCTATACCAAAAAAATAACCTTTTATAGTACTTCCTG +AAATCCCATCATCAACTAATTTTTCTGCAATCCAGCATTTTAAAATTAAATAATCATCTT +TATCAATTAAGTTTAATTTTACCATATCTATCACCTTAGAAAAATCCAAGATGTTATATA +CATCGGTGTTTTTATTGTGAAGAATCCATATATTAGACTCAAAGGTTGCATCGCTCTTGT +ATTTAGCAGATTCTTTGCATAATATATTAGCGTTTTCCAACTTCACCTTACAATCAACTA +TGAATTTATCTGTACTAGTCTCATTATTTTCTTCAATAAATTTCGTGTCTATTTTTTTTA +ATATATCACCCATATTATGCCTCGTTTCATATGATTTACATATAAATTATAAAACAATAT +TTCTATTTTGTCTAATTAATGTTAGACAAAATAGAAATATTGTTTTAATATGGCCATTTT +GTTTTGTTTTGTCTATTTTTTCATATAGATACATTCACTGCTTCTTTAGAATTAAACTTA +AACATAACTCCATCAGTATTACCTTGAATAAATTCTGCTTCTTCCTTAAATTCTAATTCT +ACCTTTTCTATTAAATCTAATAATAGTAACTGTCCATTTACACATATAGACATCCCTTGT +CTTGGATCATAAAGTTCATTATTAATATCCATACATGCACCGTATGCACTATTTAAAACT +AATTTAAGGGATTTTTCTATAGGATTATTATCTTTTTTAAACTGTATCCTTGTATCTCTT +ATTTGACTGTATTTAGATGGATCTTTTACATTTCTACTTAATAAATTATATTCTATCATT +ATAGATGGATAAAAAGAACTTACATCTGAATTTACAATGAAATCATTAGCTTCGTATTTT +TTTCTAGCAGAATGAAGTCCACCCCAACCAAAATCAGTTTCAATTCCATATACATTTGTT +CTTAAGTAGTTTTTTAAATCTCTATTGTTATAATCTAAATACCAATCTTTTATATAATTA +TATTTACTAAGATTTATACTCTCTATTATTTCGAAGTCTTTTGAGTCATCTCTATCATAA +TTAGGCTTTTTTGCACCTAATATATATGCACTTAGCTGAGCTTCGGTCTTATTAATCATA +CTGTCATCTAAGTTAAAGTATTCTATTAACCCTAATTGTGCTTCATATTTGTAATAAACT +TCTGTAAACACTTTATAAGTCATTCTTACGTCGTGTAAGCAGTAACTTGTTAGTTCTTTT +ATCTCTTCTTCTGTTGGATATCTATCTAAATCAAAGGGAACAGTACTTTCTCTTATATCT +TCCCCCATAAACAATTCCAGCTCCTTCAAGCTACGGAAACTATCATTTATTTCAAATATA +TACATCTGCATTTTATTTAAGCTTCTATCAATTTTCCATCCAGACATCTTTTTTTCAATA +AGGCTATCTGATACCTTACATGGATCAAGACCCATAATTATAGATTTAAATATCCATTGA +TCGTATCCTTTTATGTTGTACCCTATCCATACAGAATCTTTATTCTTATTGTATATTCTT +AATAATTCATCTCTATCATTTATTATGATGTGTTCTTTTTGAGTTTTGTAATCTTTCATA +CAACACATCCAAAATTTAGCATTTGATAAAACTTCAAAATCTATTATTATACGTCTTTTA +TCTTTTTTCATAATCATTATTCCTCTATATGTTGTATTTATCTTATTATACCAATAAATA +TATAAGGTTAAACTATAAAAAATATAAAAAGTGCCCTGACTATGTAAATAGCCATCCTGG +ACACTTTAATTAAACTATTTATAAAATTCCTTGAGATTCATAACTCTTTAAGCTCTTTAT +TATATAACTTAAAGTACAAAAATCTTTGTCAATTTTCTCACTTAAAAGCGTTAGTCCTTA +TGCTCCTCTTAAGCTTGTAAAATTATAATTTGAAAAGTCACTGTTATAACAATTACTTCT +TTTTAAATCTTGGTACATAAAATTTTTATTCATTTTTTGTACTTTATTATATTTTAACCC +TGTTTCTGATTTCTTATTTGTTGTCATGTTATCCTCTATTAAAAAAACTCTTATATCATA +TAGATATAAGAGCCATATATTCATACTTATAATTGGTTGCGGAGGCAGGACTTGAACCTG +CGACCTTTGGGTTATGAGCCCAACGAGCTGCCAACTGCTCCACTCCGCGATGTTATTATT +TTGTATATATATAATAGTAGCATATACAAATCCTATATAACAACCTTTTTATAATTATTA +ACATATATATATTTTTTTATACGTAGTTTCAGATAATTCTATAGATTAATTTTCACCATA +TCTTTTGATATATTTAACTTGTACTTTTATATCTGGATGTTGTCTACAAAATTGATTGAT +TACATAATAGCAACTTGGACAAGGCTCCCATTTGCTATATAAAGTAAGATTTCCCTTGTT +ATTTAGTTTTTTAGCTTTAATTTGCTTGTGAATTTCTTCAAATATCTTTTTTTCACTATC +ATTAATTCTATTATAACCTGTTCCTAATTTGCCTAACTTGTTAACTTTATTGCTCTTAAA +AAATTGTTTTTCTAATGGTGGTGCTTTACAATAATCATTTATCTCATTACTACCACTTAT +TGCTTTAAATTCTTTATTATCATATTCTACTACCGCTATATTTATAGAGTCTTGTAACGC +ACTACTTTGATTTATTTTAAAAGTTAAATTATCTTTTTCATCAATTTTAATATACTTACT +CATATTTTTTACTAGGCGTTTTATTCTTGGTATATTGTTACTCAGATGCTGATGGTATTC +TACACTGCCCTTTAGTGGCTTGATATAATTATTATCTATTTCTTTAGGTATGTCTATTGA +TATTGTTTTAACTTGAGTTATTTCATTATATTTTTCATCTACATTTTCTTTATTTGTCAT +AATCATTTTTTTTAATAATTCAATATCCTTAGCATAAAGATAATTTTTGCCTATTTCCTT +TTCTAAATATTCTAATCTGCATTTTTCTTTTTCATTGATTACTCCAGATATACCATCTTT +TATTTCTTCTATAGCTTTAAGTATATGTTCAACATTATCTTGAGAATTAGGCTTTCTTTC +ATATTCAACTCTATCTATTCGTAATTTTTTGATCTCACTTATTTTTTCACATAACCTGTA +GTGTTCTCTTTCAAACAAGACTATTTTTTCCATATAATCAATAAAGTGACTAACATTGTT +AGCTCTATAAGTTATTTCTTCTTTATCCATAGATTTGTATAAATGTTCTATTACATCATT +ATCCACTTTAAAAATCTTTATAATATCTTCTTTGAATTTTTCTTCATCGTAATAATTTAC +ATTATATCCTTCTTTTTTTAATTCTTTTTTAAAATCGTATATATTGGAAATCTTTATTTT +TTCTTTTTTCCTAACTTTTATGTCTATATCCCTTGTTGTCATGTATACCTCATTTTTTAT +GATAATTTAATGATATTTTTAATAGTATTTAATTATTTTATCATATTTTGAAGTTAAAGT +TTGAATTAAAATTATACCAGTAATACCACTATAAAATTTTATTCAGTTTATTCACAGCAA +TTTTAGAGATAGAACTGTGCTCTAGCTCTAAATATCTCATACATAGATTATACTAAATTA +ATAGTTTATTTCTTATCTTCTTTATGTTTACTCATAAACTTAGAGATAAAGCTTAGTTTC +TATACGTTTATCATATTGAGACCATGTGTTATCTCTCGTATTTTCTCTTATTTGCTCTAT +TTTATTCATAGTCGCATCTACAGTATCTGCATAATTTAATATAATAGATTCTTCCATATT +AGCTTTTTTAGGTGAGCCATACTCAAGTTTACCATGATGCTGTACTATGCAACCTTTTAT +CCTTCTAATAAAATCTTCATTAAAAGGTACTCCAGCATTCATAACTGCTCTATCTATCAT +CTGTACTCCTATAACAATATGACCCTCTAATTCTCCTTCAAGAGTGTATTTAAAAGGACC +ATTATACTCAAGTTAATAAATTTTACCTATATCATGAAGCTTTGCACTTAATACTGCAAT +TTCTCTTCTTCTGCAATCATATCTATCACAAAGAACTTTAGTCAAATACATTACATTAAG +AGTATGTTCAGCCAATCCTCCTATATAATTATGGTGCATAGATACTCCACCTATTCCTTT +TTTAAATTTTTCAAGAAAACTTTCATCTTTAAAAAAATAATCATTTAGCTTTACAGCTTG +TGGTGAAGTAATACATTCTTTTGTTATTTCATCTATATCTTGCATTATATCTTCAATAGG +TCTTTTTACAGTTGCAAGATAGTCTTCAAGTTCATAATTTTCAATTACGTTTAAGTGAGA +GACATCGATAACAAAATCCTTAGTCCCTTCGATTTCTACTACCTGTCCTGGTTCTAACTT +TAGTTTTGGTGCTATTCTTGCATTTATGTATCCACTTTTATCACTTAATGTGTATAAAAC +CTTATTTCCATCTTTATATAATTTCTTCATTATCATAAGAGATATTTTTACATTTCCGTC +TTTTAAATCTTGAAGAAAAACTTTTTTATTGGCCATGACTACTCTCCTTGTTTTTTCTTT +AATCTGTAAACCACTAGTCTGATAGCTTTACGATGTTATTTATATATTAACCATCAACTA +TTATATTATTACACTAAGCTAGTAATCTATTTTACTAATATCTATGAGTTAGTTAACAAA +CTATTATATTGAAATATTTGAACTAAGATTTATTTAAATGGTATAATTAGGAAAACAATT +GGGATTAAATACAAAATAATAAGGAGATTTTTATGAAGAATTTAAAGATTATAATTCCTA +TTATTTGTTGCTTAGTATTTGGTATTGGATGTAGCAATAATTCACATTCAGATATTGATA +AAACGGATAATAGTAGCACTAATGATGTTGTTGTTGAAGTTGAATCAGAAGAGGAAGTTA +TAAATAAGATTATAGAAAAATATGACTCTATACAACCAACTGAATGGGGAGAAAAAGTTA +ATGGAGTAGTAAATAAAATTAATACAAATGAGAAAATAATAGCTTTAACATTTGATGCCT +GTGGTGGTAAGTATGGTAGTGATTATGATAATGATTTAATTCAATATTTAATTGATGAAC +AAATTCCAGCTACCCTTTTCGTAAATCGTAGATGGATAGAAGTAAATAAAGATAAATTTC +TAGAATTGGCTAATAATAATTTATTTGAGATAGAAAATCATGGTTATGAACATAGACCAC +TATCGGTAACTTCTAATTCTATATATGGAATAGATGGTACTGGTAGCATTAAAGGTGCTA +TAGATGAGATAAAACTTAATGAAAAAACTATATATGAGCTTACAGGCAGAAAGACAAAAT +ACTTTCGAGGGATTACAATACATATTAAAAGAGTTAAGAGATAAAGATTATAGTTTTGTA +AAATTAGAAGATACTAATATTTAAAAACTTATATAGTGTACACATGCTTATTATTTTTCT +AACATCGCTATCTATATAATATGAATGCGTAAAATAATAATACTATATTCACAATATATG +TATAATAAAAAATACCTAGCTTAAACTAGGTCTTTTTTATTATTTATTTGATGTATTAAC +TTTAATAAATTTAAATAAATATATCTATTACCAATCTAAGAACCAACTATATCTCCACCA +TTAGGGTGAAGAATTTGGCCGGACATATATCTAGAATCATCGCTTGCTAAAAATACAAAG +CTAGTTGCAACTTCAAATGGCTGACCCGCTCTATTCATTGGAACTTTACTAGTTCCACTA +CCAAATGTCTCTACTTCCTTTGCTGAATAAGATGATGGAATTAAAGGAGTCCAAATAGGT +CCTGGAGCTACTCCATTTACTCTTATACCTTCATCCATCAAAGATTGTGAAAGTGATCTT +GTAAATGTTAATATAGCACCTTTAGTTGCGCTATAGTCTATAAGTAATGGTTCACCTCTA +TAAGCTGTAATAGAAGTGGTATTGATTATACTTGATCCTTTTTTTAAATATGGAAGAGCT +GCCTTTGTCATATAAAAAAAGGCATATACATTAGTTCTAAATGTATCATCTAATTGTTCT +GCACTTATATCTAGTATACTTCTTTGAATAAATTGCACAGCATGATTATTCACTAAGATA +TCAATTTTACCGAAGCATTGTATTGTTTTTTCAACAACAACCTTAGACATCTCTTCATCT +CTTAAATCACCTGGTATTAGTAAGCATCTTCTTCCCAAACGTTCTATATAAGCTTTAGTT +TCATTTGCATCCTCATCTTCACATAAATAAGAAATAGCAATATCTGCTCCTTCTTTAGCA +AAAGCATAAGCTACAGCTCTGCCTATTCCACTATCTCCACCAGTAATAATAGCTACTTTA +TTAAGTAATTTACAACTTCCACAATAATATGGATTATCAGATATAGGTCTGGGGTTCATA +AGATACTCTAAACCTGGCTGACAATTTTGATGCTGAGACGGAAATAATATCTTTACTTCT +TCACATTTTTCTTTTGTGCCTATACTTTTATAAACTGGATACATATATAACCACCTTTAG +CTATTAATTTATAATTATACACTTGCTCAATATAAATTATATTAATGCTTGAATTTACTT +ATGACATTATATAGTTTATTAATACTTTTTTAGGTTGATAAGTACTTAATCTCTTCATAC +TTTTGAGACTTTAAACACATAAAAAAGTCTTCAGATTTATGAAGACTTTTTAACATATTA +TTAATCTCTTATTATGTTAAAATAGTAAGTGATTGAATATCTTTCATTTTACTAAGTACA +TATATTATTTATCTAATATTGTACCAACATAAGTTCTATTAGTTCTAGTTCCAGGTTTTA +TTTCTCCATTTATTGAATATATCTTTTCACCATCTAAAACTACTCCTGCTCCACATGGTG +CATCAAATGGAACTTCACCAATAGATTTCCAACTATTACTCTTTGCATTATATATTAATA +TTTTCTTATTCCATCTTAGCTCAGATGGGTCTGCTCCAAAATATTTTTTCTTAAAATCGG +CTAATTCCTCCCCATGTAACGTTCCTAATCTTTCAACTGCATAGTCATAAACTGTTTTAT +CAAATCCACCTACAACTAGCATTTCTTCGTTATTAAGTTTAACTGAACTAGCACCTAATA +AAGATATTTCTTTTCCATCTACTTTAACATCTGATACTTTTTCCCATTTATTCTTTTTCA +TATTATATTTATAGCCATCAGTATAAGCTACTTTATCTCCACCACTAAATACATATATCT +CACCATTTAATATTTGAGCAACAGCTTGGTTTCTAGTTTCTTCTCCTGGCATGGATGCTA +TTTCCTGTGTTTTTTTTGTTTTTAGATCAAATTTGTACATTTTATTACTAGCCTTACCAT +CTTGCTTTCCTAATCCAACATATATATAATTCCCTTGTTTAACAGCTATTCCATCGCTAA +TTGTAAAAGGTAAATCTCCTATAAACTTTTCTTTCAACTTTCCTTTTTTATCAACAGAGA +ATAGAGTTACATTATTTCCTTCTTTATCATCTGGACTTCCACCTATATAATAAACACCAT +CATCATCAGTTATTGAGCTTCCATACCCTATTTCATATTTTAATTTTGTATGGTTAACTT +GCTTTAATCTTCCATTTTCTTGCTTTAATACATAAACATCAGGATAATGTTCTTTAGCCC +CACCATCAACTACAGGCTTATCAGGAAAGTTTGCTCCACCGCCAGCTATTATATATCCAC +CTGACTCTCCTACAAGTAATCCTGCTGTACCTATATTTTTATCTTGTCCAAATTGTGCTT +CTAAATCACCTGCATGTTCCCAAAGTATTCTTTTTGCAGTTATTTTTTCACTACTAGATG +CTGCTGCCTTTCCACCATGTCCTAAAGTACCTATCCCAATAATAAATACTGATGCTATTG +CAATTGCCATAGCTTTAGTTTTTTGTTTTCTCATAAAAATCCCCCTCATTATTTTTTATA +TTTATAATTAAATGGTATCTAAAAACCGTTTTCCTTTCAACAAATTATTTATTTTGATTT +TACTTTCATTATTCTATATACTCATAGTTTTTAACTATCAAGTTAAAGCATAAATTTAGT +AATATTTGAAACTAATTTCTGATTTACGACATTATCTCAAAATAAAAAAAATACCTCAAT +AACATATTGTTATCGAGGTATTTTAAAATGTTAAAAAATGTTAAAATTTATTTATATAAT +AAGAAGCTTATTATTAGTTTTGCTTTCCAAAATGTCTTTCTAATAATCCTAAGAATGCTT +TACCATGTCTAGCTTCATCTTTACACATTTCATGAACTGTATCATGTATTGCATCTAATC +CTAATTCTTTAGCTCTCTTAGCTAACTTTAATTTTCCATCAGTTGCACCGTACTCAGCTT +CAACTCTTACTCTTAAGTTTTCTTTAGTATCAGCAACAACAACTTCTCCTAATAATTCAG +CAAACTTAGCAGCATGTTCTGCTTCTTCGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATATCCA +CATACTGTACATACGAATTTTTTCATAATTTTATCTCCTCCTGAATTTTTTTTGATTTAT +ATATATATTTATTAAATAGTTAATTTACTTTTTTGTTATGGTATATATATACCACTTAAA +TCTGACTTTAAACAAATTTTTAAACTATTTTCATTCTTTATTATTTCATTTTAAATCATA +TCTCGTCTATAATTACTTGATACCCCAGAATATTTTCCTTAAACAAATTTTTAATATAAT +TTTTCTAATTTATAGAATAAAATTGTAATATCTATGTTCATATTAATAAATATCATAGTT +CCCATAAAAGTTACTTCTCATGTTAATGGCTTTGAATATTTATTAGTTAGAAATACATCT +ATCACAAGGATCATATTTTCCAGATTCTGCTTGTGTACCAGAATTTATAGTTTTACTTCT +GCTTAAAGTAGGACAAAACTTAGTTGAGTGATATGACTTCCCGTTAGATGTCCAATATAC +TATATCACCTTTAGTGTTATCTTCTACTATAGTTGTTATAGTAGAATTTTTATCCGGTTT +TATATTAGTATTTTCACTATTAGTGTTTATACTTGGAGTATAAGCACTAACCTTACAATC +TACACTCAGTCCATTACCGCTAGACTTAAACACTATATGTCCACACTCATCACTTCTATG +TATTTCTATATTTTTGCTAGCTAAGGTATACATAGTCTCCTTATGAGGGTGACCATATTT +ATTGTTAGCACCAACTAGTATTACTGCATATTTGGGATTTATCTTATCAATAAAAGAACT +GCTTGAACTACTTCTTGAACCATGATGTCCAACCTTTAATAAGTCTACATCACTTACATC +TAACTCACGCTCTATCTTTTCTTCAGCATCTCCCATTAATAATACTTTATCATTTCCATT +TACATACTCTAATACCAGAGAATTATTATTAGGATCTTTTTCATTAGCTGCAGATATAAC +CTTAAATTTACCACTTCCTAATTTAAACTCACTATTTAATAAAGGAACACTTGGGCTTAA +GCCTTTATTTGCCATAGCATAAATAAAGGCTGAGTATGTCTTAGAATCGGAATCTCCATT +ACTTACATATACATTTTTTACTGGGATATCATTAACTACCGCATCTAATCCACCAATATG +GTCTGCATGTGGATGTGTTGCAAATATATGCTCTAACTCTTTAACACCTTGATCTTTTAG +ATATGATACTACCCTTTCTTCATCATCATTATCTCCACCATCTATAAGTGCAAACTTATT +ATTATTTTTTATCAAAATAGCATCAGAGTTTCCTGTGTCTATAAAATGTAACTCTGATTC +ATTTGAAGTAACTACGCTATTAGTTTCTTTTGTTGAATTATTACCAGTACTTGTTTGTGC +ATCTATATCTTTAACACTACAAGCTGACAAGCTTAAAAGTATTAATATACTTGATATTAT +TGCTAGTCCTTTTGACTTTATATTATATCTCCTCATAAATTTTCCTCCTATTTTGCATAT +ATCCCTAAATTATAGCATAATAACTGCTTATTTTTACTAATTTTATCTTTATTTATTTCA +TAAAAAAATACCTCAAGACATCTATCATATCTCAAGGTATTTTCGTAAATTTATTCAATA +ATTAATTTATAAAAATCTTTTATCCTAAGTATTCAAGTATTTCTGCTACATTTTTGCCTG +TTTTAACTTTGTCATATACTTTTTCTATCATTCCATTTTCATCTATTATGTAAGTAGTTC +TCACAACTCCCATGCTTACTTTTCCATATAATTTCTTTTCTTGCCATACATCATATAACT +TTATAGCTTCAAGTTCTGGATCTGATAATAATATGAATGGTAAATCATTTTTTTGTGCAA +ATTTTTCATGAGACTTTGTGCTATCCTTGCTAATACCTATAACTACAACATCTTTTAATT +TAAAAGCATCATAATTATCTCTAAATGAGCATGCTTGCTTAGTACATCCAGGAGTATTGT +CTCTTGGATAAAAATATAAAACTACTTTTTTATTTTTAAAATCTGATAAACTTACTAAAT +TACCATCTTTGTCTTCTAGTTTAAAATCTGGTGCTTTTGTTCCCGCTTCTAGCATATTAT +TCACTCCTATAATTTTATATTGTTATTATATACTATACCAAATATATCTAAGTTTAAATC +TTTTCTCTTAAATATTTTTTATAATTTGTAACTAATTGTAAGTAATAATTACCTTAAGAA +AAAATGCCTTAAGATATAAGCATCCCAAGGCATTTTATAAAGGTTAATAAAATTTATATT +AATTTATTTAATATGAGCTTGATATTAGTTTTGCTTTCCAAAATGTCTTTCTAATAATCC +TAAGAATGCTTTACCATGTCTAGCTTCATCTTTACACATTTCATGAACTGTATCATGTAT +TGCATCTAATCCTAATTCTTTAGCTCTCTTAGCTAACTTTAATTTTCCATCAGTTGCACC +GTACTCAGCTTCAACTCTTACTCTTAAGTTTTCTTTAGTATCAGCAACAACAACTTCTCC +TAATAATTCAGCAAACTTANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAT +ATCCACATACTGTACATACAAATTTTTTCATAATTTTCTCTCCTCCTGATTTTTAATTTG +ATTTATATACTATCTTACATTATTTACTATTTTGTTATGGTATATATATACCCAATTACA +TATCACTCAAACAATTTATATTAATTTAAACTAAATTAAGCTTATTTACCAAAATGTCTT +TCTAATAATCCTAAGAATGCTTTACCATGTCTAGCTTCGTCTTTACACATTTCATGAACT +GTATCATGTATTGCATCTAATCCTAATTCTTTTGCTTTCTTAGCTAACTTTAATTTTCCA +TCAGTTGCTCCGTACTCAGCTTCAACTCTTACTCTTAAGTTTTCTTTAGTATCAGCAACA +ACTACTTCTCCTAATAATTCTGCAAACTTAGCAGCATGTTCTGCTTCTTCGAAAGCTATT +CTCTTGTAAGCTTCTGCTACTTCTGGGTATCCTTCTCTATCTGCTTGTCTACTCATTGCT +AAGTACATTCCTACTTCTGTACATTCTCCAACGAAGTTTGCTCTTAATCCTTCTACTACT +TCCTCATCTACACCTTGTGCTACACCTATTCTGTGCTCATCTGCCCACTTCATTTCTCCT +GACATTTCTTCAAACTTGTCAGCTCCTACTTTACATACTGGACATACCTCTGGTGCGCTT +TCTCCTTCATGTATATATCCACATACTGTACATACGAATTTTTTCATAATTTCTTTCCTC +CTGATTTAAATTTGATTTTTAATTATATATATTCCAATGTAAATCTTACATTTTTTCTTT +TATATAAGATAGTAAATATATACCCGTGACTATTATATTCAAACATCTTTTTTAATTTTT +TAAAATAATTTTAAAATAAAATAAAAAATTGCTTCATATAGGAGATTTTTTAGTTAAATA +AAAATATATTCCTAAAATGTTTATAAATTTATATATAAGAATAGTTTTTTTAATATAAGT +AATACAGTATAAATATTAGTTTTGAAATACTAATTAATTCAATAAATAAGTCACTTTATA +TTTATAGCAGTTAAAATAGTACCCTTAAACTCAAGCATGAATAAAATAGTAATTAGATAA +ATAATAGAACATAAATATACTAATTTTTTCTTAATCTATGTATTTATGTACATTTATTTA +AATTTGGAGGATATATTATGAAAAATAAAATTTCCAATATTCTGCATAGTCTTATATTTC +ATAACCGAAATAAAGCCCGTGTCAAAATAAAGTCTATTAAATCAAGACAGTTTCCTTTTG +AAATTGAAATTGTTGCTGAAAAGTTATATGTACCTTGGGCAATAGATATAAGTAATGACG +GTAAATTATATTTTACAGAACGTTCTGGCTCAATTAGAATTATTGAGAATAGCAAACTTA +ACCCAGAGCCACTTATCACATTTAATTTTCCATTTATAAGTCAAGGTGAAGGTGGTCTAA +TGGGTATTGCACTAGATCCAAATTTTTTACAAAATCATTATATATATGTTATGCATACCT +ATTCAAATAATAATAGAATCTATAATCGTGTTATAAGATTAGTTGAAAATAACAACAAGG +CATCTATTGATCGTATACTTATGGATAACATTCCTGGAGGTCAATTTCACAATGGCGGAA +GAATAAAGATAGGTCCAGATAAAAAACTTTATATAACAACAGGTGATGCCGAAAATCCTG +CATTGGCGCAAAATATAACAAGTACTGCTGGTAAAATACTACGAATAGAGCTAGATGGTA +GTATCCCAAAAGATAATCCATTTGTTAACTCACCTGTTTATAGTTTAGGTCATCGAAATC +CCCAAGGATTAGCTTGGAATTCTCAAAATATACTATACTCTTCAGAGCATGGTCAATCCG +CACATGATGAGATTAACATTATAACAGTTGGATTAAATTACGGTTGGCCTCTTGTTCAAG +GAAACGAAGACACTTCAGAAATTATAACTCAAAAGCCTCTAGCTCACAGCGGAGAGATTA +CATGGGCACCATCTGGTATTACTTTTGTAAATCAAGGAGTATGGGAAGGAAAATTGCTTG +TTGCTACTCTTCGTGGACAACAACTACTTGCTATATCGTTAAACGAAAAAGGCACAGCAG +TAAAGGATATAACGTCATGGTTAGGTAATGAATATGGACGTCTTCGTGAAGTTATTCAAT +CCAAAGATGGCTCAATTTATATTACAACAAGTAATAAAGATGGTAGAGGAAACCCAGATA +TATCTGATGATAGAATTATACGCCTTATACCTAAATAAAAATTAACCTTTGTGCAATTTG +TACAAAGGTTTTTAGTTATGATACACATTGTTAAGAAAACATTTTCAGAGTATCATTTAA +TCATAGTAAATAATGAATTTATCAGGGGGAATAAAAAATGTCTAACGTAACATTAACAAA +TATTTGTAAGTCTTACAGTAATGGTTTTAATGCTGTTAAGAATGTAAACATTGATATACA +AGATAAGGAGTTCGTAGTTTTAGTAGGTCCATCTGGATGCGGTAAATCTACTACATTAAG +AATGATAGCTGGCCTTGAAGAGATTTCTTCAGGAGAATTACATATCGGGGATAGATTAGT +TAATGATGTAGATCCAAAAGATAGAGATATAGCTATGGTTTTCCAAAACTATGCTTTATA +TCCTCATTTATCAGTTTATGATAATATGGCATTTGCTTTAAAACTTAGAAAAATGCCTAA +AGATGAAATAGATAAAAAAGTAAAAGAAGCTGCTAAAATACTAGACTTAGAAAAAGTTTT +AGATAGAAAACCTAAAGCTTTATCTGGTGGACAAAGACAAAGGGTTGCTCTTGGTCGTGC +TATAGTAAGAAATCCTCAAGTTTTCTTAATGGATGAACCTTTAAGTAACTTAGATGCAAA +ACTTAGAACATCAATGAGAACTGAAATAAGTAAATTACATAAATCTCTTGGAACTACATT +CATATATGTAACACATGACCAAGTAGAAGCTATGACTATGGCTGATAGAATAGTTGTTAT +GAAAGATGGTATAGTTCAACAAATAGCTACTCCACAAGAAATTTATGATCATCCAGCTAA +TATATTCGTTGCAGGATTTATTGGTGCTCCTCAAATGAACTTCATCAATGTAAAAATAGA +AGAAAAAAATGGGGAAATATATGCATTTAATGAGCAAATAAACATACATTTAAGCAAAGG +TAAGTGCCAACCACTTGTAAAAAACGGATATGTTGGAAAAGAAGTTGTTCTTGGTATAAG +ACCCGAAGATATACATATAGAAGATTTATTCATTGATAATAGTTTAGATACTACTTTTGA +AGCTGAAGTGGAAATAAGTGAATTAATGGGTGCTGAAATTTATGCTTACTTAAAATTAGG +AGATTCAACTGTAACTGCTAGATTTGATGGTAGATATAGAGTTAAATATGGCGATAAGAT +AAAACTTGCTATGGATAAAGAGCATTTACATATATTTGATAAAGAAACTGAATTAACAAT +AATATAGTATATATTAGATAAAATATAAGTATTAGTTTATATATATTAAAGTAAGGTAAA +TTTACCTTACTTTTTTATTTTTTGACATATTGTCACATTTTTCTACATATTCTATATATT +ATAGTATAGACTAAAATATTAGTCTATACTATAAATTTAGGAGCAAATTAGTTATGAAGT +ATAATGATTTTGATGATTATAAATATAATGGTAGACCTATGAAAAAACCTTGCTGTAAAC +CTTTGGAAGATCCTTGCAATGATAAATGCGACAAACCTTGGGATAAAGACTGCGACAAAC +ATGATAAAGATAAGAAAGAAGATTCTTGCTGTAATTGCGATATGAGAGATGCTTTAAAAC +TATTATTTGATCCATCAGTAAAAAATGATGTTGACTTTGATGAATTTGCATTTATTGGTA +AAAACTTCATCGTTGGAGCTTTTATTGATGAAGAACCTAATGCAGATGAGGATAATATTA +ATATCGACGATGCCAAATTCCAAGCTAGACTTGTATCTGTAGATAATTGTAGTTGTGATT +TAATAAGAATTGAAAGTGATTCGGTATATTATCCTGTTCCTGAAGAAAAAAATGAACAAA +AGGAAGTTACTTTTAATATATCAGTTGCGTATGCATCTTTATGTGATTTAGATGCTATTG +CATTTAATATTGACAATGGAAATAATTTCATTAGAGATTTTGTTAAATTACTTGATAAAA +AACATCAATGTAATGATAGAAAATGTAATGAATGCGAATGTAAATGTAATAAAGGCATCT +TAAAGAACCTTTTCAATCCTTTTAGCTCTAATACTCAAGTTAACTTAACTGCTGGTTCAT +TAGCTTTATGTGATGCTAAAGTATTAGGTAGATTAGGAAATATTTTAGTCCTTAGCAAAT +CCGACAAAGATAGAATATACTTTGTTTGTATAAATTCTATAGGATTTTTCGGACCAGCTT +TATAATATTCTACTAGTCAATAAATAACAAAAACTTATATAAAATGTAAACAAATAGCAC +AATATAATTTCAGTTAATAAGAACGTATTAATTGAAATTAATCAACATTTAAAAGTTTTA +TCTTATCTTTCAGATAATATCAAAATACCCTATAGATGATCTGTATCTATAGGGTATTTT +GATATTATTTTATAAATCTATTTTAATCAAAAGCTATAGTATTTTATTAGTAATTAATGA +TATATTTAACTAAGGGACATAATTTTATTTTATATTTTCAGGGGGGATATTCATCATGAT +AAATCTTGCGAGTTTTATAGAAAAACAAACTAATAAGAAAGTAAATATATTTGAATATAA +AAACCAAGAGTTAAAAGATAATCAAGAATTAATTACGTTTAACAATTCATTATATATAAT +TGAAATGGAAAATGAAAACCTTTCATTAAATATGAATAGTTATTTTTATCTAGTATATCA +GCAAAACTTAGATTTTAATACTCTAAAAGATATATTATACAATTTATATGAAGATATAGA +TATTGTAAAGTACAAAAATCATTTATTAATAAATTCAAAAACAAAGCTAGGTATTGATAT +TGATACTACTGAAATAATAGAAGCTGAGTCTTACTCCAATACTTATATTTTTGATTTAGA +TAAGGTAGATAATTATGAAATTTTAGATTTAAAAGTTGAGTTATTTAATAAATTATTACC +TGCCATCTTAAAAAACAATACTTCAAATAAATTTATAACTACGAAGGATTTAATATTATA +TATAAATATATACATATCTTCTAAAGATAAATCCATTTGTAAATTAATTGATTTTAATAA +AATAAATACTATTGATGAAAATTTATTATACACAGGGATCAATTTCATTGAAAATAATTT +AAATATCTCAAAAACATCTTCATCTTTATTTTTACATAGAAATACCTTAATTTATAGGTT +GGAGAAAATAAAGGAATTATTAGACTTAGATTTAAAAGACTTTAAAGATGCTATGGTATT +CTATCTTAGTATTAATGCTTATTTTATATCTAAGAATATTTAAAAACATATAAATCAAAT +AAAAGTATCTTTGTATAAGTAACTTGAAATTTTTTCATTTCAAATTACTTATACTTAGAT +ACTATTTTTTATTTTTAATTATACAGTTTATTTTTTATGCTTAAAATATCTATTTAATAA +TCCAAGGAAGGCTCTTCCATGTCTAGCTTCATCTTTACACATTTCGTGTACAGAATCATG +TATAGCATCTAATCCTTGTTCTTTAGCTAACTTAGCAAGTTTTAATTTTCCTTCAGCTGC +ACCATATTCTGCTTCTACTCTTGCCTTTAAATTGTTTTCAGTACTTGCTTCTACTACTTC +ACCTAACATTTCTGCAAATCTACTTGCATGATCAGCTTCTTCATAAGCTATTCTAGCATA +AGCTTCTGCAACTTCTGGATATCCTTCTCTATCTGCTTGTCTAGACATAGCTAAGTACAT +TCCTACTTCTGTACATTCACCCATAAAATTGGCTCTTAATCCTTCTAGTATTTCATCATC +TAGACCTTGACCTATACCAATTCTATGCTCATCAGCCCATTTTAGTTCACCCTTCAATTC +TTCAAACTTTTCAGGACCAACATTACATACTGGACATTTTGTAGGTGGTGCATCACCTTC +ATAAATATAACCGCATACAGTACAAACCCATTTTTTCATTTTACTTCCTCCTTAAAACAT +TTTGATTCTTATGTATTTTTTATTAAGTTCAAAAATTTAATTTAATTAATAATAATCAAA +TAAAAAAAATCATATTTATATTATTACTATTAGCTTTACAATTTATACTAAAGTGATTTT +TATGTTTATTTTTATAGCATGAATATTTTTAACTTTTTATTTAGGCTATGTACATGTAAA +GTCGTATTTTATAAAGGAGGAATCAGATTTGAGCTTTATTAGTATATTTCTTATGTCCTT +TGCACTTGCTATGGACGCTTTTGCAGTTTCTGTAACCAAGGGCATGACACTGAGAAAAAT +AAATTTTTCAGCTGCATCAAAGATAGCTCTATTTTTTGGGATATTTCAAGGCATTATGCC +TTTAATTGGTTGGTTTATAGGTATTCGATTTGAATCATATATAAAAACAGTAGATCATTG +GATTGCTTTATTACTACTTGGATTTATCGGAATAAAGATGATTCTTGAAGCTAAAAATGA +TGATTCTTTAGATAATATTTCACCTGATAAATTAGAAATAAAAGAACTTATTGTATTATC +TATTGCAACTAGTATTGATGCTTTAGCTGTTGGTGTTAGTTTTGCATTTTTAAATGAACC +TATATTTTCAATAATCTCAACAATAGCAATAGTTACCTTTATATTATGCTTTTTGGGAGT +TTTATTAGGTAAATCTATAGGCTCTTTATTTAAAAACTACGCTCAGATAATAGGAGGTAT +TATATTAATACTTATGGGATTTAACATTTTGAACAGTCATACAGGGATTATTGCAACCTT +TTTTTAATCTTTTACATATAAACAATAAAAATAGATTAAGATCTTATTTTTAAGATTTTA +ATCTATTTTTTTATTAACTATTTATATACTTTTTATTTAGAAGCTACACCTTTTTTATTT +AATCTGAAAATCACAGATATTACTGTACTTACTCCTACTATTACTGCTAAAGCTATCTTG +AATGCACTTAATTGATTCATTGAATCTCCCCCTTAATCATTTGTATGTTATTATAATCTT +TGCTTATTTATTTGATTAATTCTTTATGACTTTCTGATTAAATAATACATCTATTTTATA +GTACTATTATATCATTAAAAAATTTAAAAATCTTATCAGAATACACCAAGTAACTTCTTA +AATTTATTATTTATATTTTACCATCCAATGCTATTATTCCTCCTTTTAAATTGTAAAATT +TTGTAATCTAATTTATATTAAGGTAGTAATATGCCAAACATTAAAAGTCCTCTATTAGTT +ACTTGTAATAAACATTCTTTAATTAATCAAAATCTCTATAAGATATTTCATATTGTCAAT +TATTCTATCAGTTCATATAAAAAATAAGGGTAAGTAATAAACTCACCCTTATTTGCTATT +AGTAATTAAGAATATTTTTAACTTTAATTATCTTGCCTTACTATAACTTTAAAAATAGCC +TTTTTAATGTTTTCTTTTTCTTTTACTTTTAATGCAGTCATGTGAGCATCTTCAGGGTAA +CACACTAAAAAGTCACCTTTCTTTAACTCCACATATGAATTAGGTTCACCTTCTAGAGGT +AGAAAATCACTTTCTTCTTCATATTCTTTTTGCTCTAAGTTTTCTATAAAATTTAATGCT +ATTTTTTCACTTCCTTCAAGAAGTAAATGAACATCTATGTATTTTTTATGAGCTTCCCAA +AATCTATCTTCTTTTTCACAAGTCTCATATCCTACTATATTTACGAAGATTTCATTTCCA +TCTATTTTATAACTACCTTTTTCAAAATCTGCTAAAGAATTCTTCTTTGTATATTCAAAG +CATGTTAGCAAATCTTTACTTAAATTTGAATAAGTTTTCTCATGGTTTATATTCCCAAAT +ATCATAATAAACTCCCCCCTATATTGTAATCTACTACAATATCTTCCACACCTTGACTTA +TATATCCTCTTTTTTCAATTCACACTAATCTATTTTTTCTATCATTGGATTAACAGGTAA +TATTATTACAAATTTACTACCTTCTCCAAGTTTGCTCTCTACATAAATATCACCTTTATG +AAGCTTTACTATTTGACTAGTTATTGCCAGACCTAGACCACTTCCACCTTTTACTTCATC +TTCTATATCAATTACTTGATTAAATCTATCAAATATATGTTTATGATACTTTTCATCTAT +TCCAATACCAGTATCTAAAACACTAATCATAACTTTATCATCCAAGTCATTAATACTTAC +AGTTATACTTCCTCCTTCTGGTGTGAATTTCGCTGCATTACCAACTAAGTTAACTATACA +TCTTTCAATTTCATAAGAGTCGCACCATACAATTTTTTCTTCAACTTCTGGATCTATTAT +AAAATCTATATTCTTTGATTTAATATAATCTGATAATGTTAATGCAGTTTCCTCAACTAA +ATAGACTATATCCACTTCTTTTAAATATATTTTATACATATCACTTTGTAACTTAGTATT +ATCAACTATATTGTTAACAAGATTTAATAAGCGGTCACAATTTCGTTGTGATATATCTAT +ATAATGAGGTAATTTTTCCTCTTTTACAGAAGTATTCTTTTTCATTAATTCTAAAATTAA +TTGATTTGTGCTACTTATAACATTTAACGGCGTCCTTAGTTCATGAGATAAATTAACTAA +ATATTTATTTTTATTTTCTTCTAATTTTATATTTTTTTTATACAAAATTTCATTTCTCTT +TATTTCTTTTTCCAACTTTTCAGTTCTTTTCTTTACTAAACTATCTAACTTTTTCATCTT +ATTTTTATGTTTTATAATAAAAAATGCTATTATTATTAAATATATAAAATAAGCAGTAGG +ACTCATCCAAAATGGGTACTTTATAGAAAAACTTATACTTTCCTTGTCAGTTATATATCC +TCTACTATCTATAGCCCTTACCTCAAAAGTATACTTACCTGGAGGTAACTCATTATATAT +AACATAATTTTCCTTAGTTGTAGATATACCTGTAGTAGCTCCAGTTAAGATATATTCATA +ACTAATATTTTTATTGCTAGAATATATAGGTGTGAAAAATTTTATTTTTATAGTGTCTGA +ATTTTCATTTAGCTTTAAGCCACTTATATCAGAATACACTTTATTATTAATCTCAAAACC +ATCAAATAATACCTTTGATTTAGTAGCTATTTTATTAATATCCTCTGGGTAAAATGCATT +TAATCCATTTGTCCCACCGAAAAATAGTTCTCCGCTATTGCTTTTATATGACGCATTTCC +ATTGAACTCATTACCTTGAAGTCCGTCTGTAACGCTTAGATTGTTTATTGTATTATCGTT +TGTATTTATTTCACTAATTCCTTTATTGGTGCTTATCCAAATATTATCACTATCATCAAC +TAATACTCCATAAATAGTATTATTAGGTATACCATTTTTAGTAGTATATCTATAGAATTT +TTCTGTTTTTGGATCAAGCATATTTAATCCATAGCTAGTTCCTATCCATATATTTCCTTT +AGAATCTTCATTTATATATCTTATACGATTGCTACTTATACTATTTTTATCTCCTTCTTT +ATTTTTATAGTATTTAATAGTATTTTCTTTGGCATTTATAAAGCATAAGCCACCATCTTT +TAGCAAACCTAAGTAATAATTACCATTTTTATCTTGATGTATATATCTAATATAAGAACT +TTCATCTATATACTTACTCATATCTATAACTTCTTCAGTTTCAATATTCAATATACTAAG +TCCATTGGTTGTTCCTATCCACAAATAAGCTTTATCATCTACTAATATGTCTTTAATCTT +TTCACTTATTATTCCATGTTCTAAATTATAACTTTTCATAGTTTTAGATTTCTTATCGAT +TCTAATTAAACCATCATCTGTAGCTATAAATATTAAATCTTTATATCCTGTTATATCATT +TATAGTATTACTAGTAATTACACTATTATTTTCAGTATTAATATGCTTAGAAGTCATATT +TTTTCTATCTATTATATTAATACCTTTTGATTTTGTACCTACCCAAAGATATCCATCATC +ATCTTCATATACACCATGAACCATATTTTCATTTAATAAGTAATCATCATCTAATCCAGC +ATTATAGTGAGTTATGCTACTATTAGTATCAAATATGCTAATTCCAGAATATGTACCAAC +CCAAATAACACCTTCTCTATCCTCAATTATGGATCTTACATCATTGTATATTAAGCTATT +TTTGTCATAATTTTTATGTTTATAGACATTAAATTTATCATTTTTTTCATCGTAAGTAGC +TAGACCATCTGTTGTTCCTATCCATAAGTACCCATTGCTATCTCTCATTATCGCTCCAAT +TTGGTTTGATGGGATAGAGTTTTTATCAGTAGGGCTATTATGATATCCTGTAACCTTTTT +AGTATCTGGATTTATTTTAAACACACCAGAACTATCCGTACCTGCCCATATAAGGTCAAA +ATCATCATCACAATATATTTTATAAACTTCACTTTCACCCAGTGAATTTTCTTTTACATT +TATTGGATATGTCTCTAAAACTTTAAAATCTTTGGATATTTTATTAACTCCTAATTTAGT +TCCTATCCATAAATTTTCATGCTTATCTTCATCTATTGTATAAATAACATTACTTATTAT +TCCGTTATCTTCATCCAATATTGTCTCGAATTTATCTGTCTCTTCATTGTAAATACTTAA +TCCTTCATATGAAGCTACTAAAACTTTATTATCTTTAGTCACAATAACTTCAGTTGTGCT +ATCCTCTTTTATGCCATTATTACTCTCAGTATAATTAGTAATTTCATCTGTATTTGTGTT +TATTTTATTTACACCTTGAACAGTTCCAACCCATATATTCCCATATTTATCTTCTGATAT +ATCAGTTATTCCATTGTGACTTATGCTATTTTGATCTTCTTCATAATTATATATTTTAAA +TTCATATCCATTATATCTATTTAAACCATCATTAGTTCCTAACCATATATATCCCTTACT +ATCTTGGAAAATAACTTCTATCGTCGATTGACTTATACCTTGTTCTATATTTATATTATT +GAATGTTATATTACCTAACTGAGCATATGACTTTTCCTCCATAGCTATAAATATACTAAT +ATTTAGTAGTATTACTACTGTAAGCTTATTAAAGAATCTATTTAAATTCATATTCCTACC +TTTCGTATAATTTCTATTTTTATACGCTTTATTCTATATTATTTGCCATTTATAAGCAAC +GTTTGACATTTTAAATATTTATAAAAAAACCTGTGGAATATTAAAAATATCTCACAAGTT +TTCATTAACTTTAATAAATATTTTCTATGAGTAAATATCAGAAAATTCTATGTTACATTT +TTCTATTTGTGTTATTTTTGATATTTCTCTATTTAAAGTAGCACTTGAACTATCATTAAT +AACTCTATTCGGTAATTCAAAAGTAAACTCTGAACCTCTACCTATTTCACTATTTACATA +TATATTTCCTTTTTGAAGTTCTACTAAAGATTTAACCAAAGATAATCCTATTCCGCTTCC +TTCACATTTTCTATTTAAATTATTATCTATTTTTTTGAATCTATCAAAAATAACATCTAA +TTTATCATCAGACATACCAACTCCGTTATCTTTAACAGATATTTTTACTATTTCATCATC +TGCTTCTAACTCTACACATATACATCCATATTTATCAGTATATTTTATAGCATTTGATAA +TAAATTTAAAACTACTCTTTCTATTTTATCTGGATCACAAGCAATTATTTTTTCTTCACA +ATTCGTATCAAATATAAGGTCTACCCCATGATCTTTTGTATACTGAGCTACTGATAATGT +TATGTTTTCTACTATATCAACAATATTATAATTTCCAAGCTGTAACTTATAATAACCTGA +GTCTATGCAAGTAATATCAATAAGATTATTTACTAACCTTAATAATCTATATGAATTCTG +TTTGATATAGTTTATATGAGACTCCAAATTTAAACTATCATCCCAAGTGATTTTATTCTT +ATCAACATTTCTTTGCATAAGCTGCATTGTTCCTAATATTATATTAAGTGGAGTTCTAAA +CTCATGAGATATATTTGCAAAAAACTCATTCTTTAGACTTTCCATTTGGATAGCTTCTTG +TAGAATTTTTCTTTCATGTTCTTGTTTTCGCTGTTCAGTCATATCCTTTGCTGTAATTAT +AAACTTATCTTCATCTCTCAAGATCTTATAATTAACTTCTATCCATTTATAACTATCATC +TTTACAAATCATTTTAATAACTATGTAACCTGTATCATCTTTTGAATCATTCATAATTTT +TTTATACTCGTCTTTATATTCTGGATGAATTATATCCAGTATATTCATAGATAGTAGTTC +TTCTTGAGACCACCCCAAAGTTTTTGACCAATTACTATTTAAATGTTTTATTTCTCCATT +TACACTTATCTTAGCTATAAGGTCTACTGATATTTCTAGTAACAGTTCCAACTCACTCTC +TATTTGTCTACGTTTTTCAAACTCTTCTTTAACTTCTTTTGATAAGGTATGACTTTTTAT +CATAGTAGCAATATTTCCTGATATAGTCTTTAAATAATCGAATTTATTAAATCTTAAAGT +ATCATTTGCTAAAAATTTAAGCACTAAAAAACCAATAGTCTCATCATTAAATTCCATAGT +ATAAATTCCAATATTTTCTGTTTTATTTTTTAGCATATGTTTTTTTAAAACTTCATTATC +TATATCATTAATATTAAAAATACCATTTAAGTATTTTACATTCCTTAAATCATCAATCCT +ATCTAAATCAATTTCAAGAATTTCATCACCAGGATTATATTTATTTGCTTCACCAATATT +TAAAACTACATCTAAATATGACTTCTCCTTATTTATTAAAAAAACGGATACTCCATCACA +ATCAAAATAATTTATTATGTTTTCACCTATATTACTTATTAAGTCTTGAATACTATTATT +TGAATTAGTGTTCATAAGTATATTATTTAAGTTATTCATTTCTTTATGACCTAAATACAT +TTCATTTTCTAACTTTTTTTGTAATGTTATCTCTTTTGTATATCCAATAATAAACTCGAC +TTCATTATTTTTATCTAATATAGGCCCCTTATAAATCTCCACCCATGACTCAGAATCTTC +TTGGCAATTATAATTTTCCGTTAACTGAATTTTTTTACTTTCTATAACTTCTCTATCCAT +TGCTGTAAAAGAATCACATTCCTCTTTACTCCAATAATCCTTAGCCGTTTTACCAAGTAT +ATTTAATCTATCATCCTTCATTTCCTCTGCATAAGATTTGTTAACATATATATACTCACC +TTTTATATTTTTTAGCCAGCAATTAATATCTAAGTTATCTAAAATTTTCTCTAAATCTTC +TCTTTTATATATTCTTTCACAACTATCCTTTGCTACGATAATTATATATTCTCTACCTTC +AAAAGACTCTACTACAACTTCACTATATAAAGAAACTTTTTTACCATATTTAGAGCATAA +ATCAAAAGTTATTTCTAAATTTTCTTGTTTATTAATTTTTCCTATATATTTTTTTAATTT +TTCATTTTTATCATAAAGAATTTCATCTATATCACTATCTATTAACTCATCCAAAGTATA +TTCAAGTTTTGTTAACGCACTTTTATTACAAAATTTTATCTCACCACTTGAGTCTAAAAT +TATAATATAATCATTTACTAAATCTAATATCTTTTCCATACTTCCCCCTTTGCAAATTGT +AATTTCGCATATGTGAACATTTGTATTTTTTTATCATTTTATGCAATATATTACATAATT +AATATTAAACTATTTATATAACCTTAGTAAATATTTTATTGATTAATAATAAAATAAAAA +TTCACTTAGCCTAGCTATTGTGATTAGAAATTCTCCATAAACCAGATAATTTCTAATCCC +TTAATATGTAAAAAATCATGTTGATCATTTCATCAACATGATTTTTCTAATTTTCAATAT +TTTATAACTATATTAATTTTTATATATAAATTTTAGTCCTATTAGAAAATATAATTAATA +AATCCAAAGTAATTAATACATATTATTCTCTATATGCCTTTAATACTTCTTGAAGAGATA +CTTTGTTTATTCTTCTCTTAGCAGCGTAAGTTCCAAGTATAAATATCAAAATAATAATTA +TTAACCCCGCAAATAAATGCCATATATGAAATTCAAATGGCATAACTGTACCAAACATTC +TTCCCATATATTTTATAACATAATTAAATCCTACTACAGTTAAGTAAATACTTATAAAAT +AAGATAATACTGCGTACGTTAGATAACTTTTCAAAATCATAGAGTTCACTTCTTTTCTAG +AATATCCCATTACCTTTAATAAAGATATATTATAATAATTATCTTCAATAGTTAAAGTAG +TAAGTATATAAAGTACTAGTACTGCAATAAATATAGCAAATCCAATCATTGAATATACAG +ATATTTCTATAAATTTTTGCATCAATTCGCTTTGATCCATTATATCATTTTTATTTATAA +TGCTTACATAAATTCCATCATCTAATTTTTGCTTTGAATATACAGCATTGAAGAAATTTT +CATTTATTCCTATCCCTAAATTCTTTCCATGAGTTATTATCTCTGCTATGTCCTCTAGTC +TCCAATATATAGTTTCTGTTCCATAATCCTTAGATACATTAGCAATTCTTCTTTCTAAAC +TTTGGCCATTTATCTCAAGCTCTACAACATCACCTTTTTTAAGATTATGAATTTTACTGA +AACTTGTATTTATGATTACACCATTGTTTAAGTCTTCTGTTATATTTACATCTTTTTTAT +TATATAGCTTATGCAATTTATTTTCTGCTAAAAGACCTTTTATATTAATACTCTTACCTT +CATATTTAACACTGTCAACACTTATGAAAGGTTCTTCATTGTCATTTAGTTTTGGTAATC +CTTTTGTAAAATCTACATATCCCTCATAAACATAATCCACATTATTATAATAATCTGTTG +TCATTTTTTCAAAGAATCCTACCATCATAAAACTCATAATTACTAGCATAGAAGATAAGA +ATATTCCTATAAAGAATACTACAAATTTACTAGTGTTATTAAATATAAATGAGTATTTAA +ACTTTGTTTGAACTTTTGCATCTTTAAAAAATTTATTACATAATTTATTCAACTTGCTTA +TCTTTTCTTTTTCACTTGCTTTAAGTAAACTAACAGCCTTCTTATATATCATTTTTCTTA +TTACAATATATGAAAGTCCTAATATTATTATAATAGGAAGACATATCGCTATTATCAATA +CACTTACATTCGTTTGAATAGGAAAATTAGGAAGTAAATAAAAATCTAAGTAAAAGTTTT +TCATAGGATTAGCTGCATACATTCCTCCAATATATCCTAAAATCAACATTGGTAGAGATA +TAAAAAGTAATACTATTAAGTAAGAAAGTAATATCTCGTTTTTAGAGTAACCTATAGACT +TTAGTAATCCTATTTGCGTTTTTTCATTTTTTATAATCTTGTAAATCAAAATCAATATTA +TCATAACTGCTATACTTGAAATAATTATACTTAAAACTATTGTGGCTTGTTGACCAGCTT +GTAACTCTTCATATATAGCCCCACTTTTTATTTGATTTTTAGTTGATATAATGTTCGCTA +TAAAATCTAACTTATCTTTTTTACTAAATGTATTTACTACCTTTTTATCAAAGTTCTTCA +TTACTTTATTATAATTTTCTTTAAATTTTTCATCTTTCATATTATGAGAACTTTTATTTT +TTACAATCCCAGAAAAATAAATTGACTCTTTTCCTTTAATGTTTTCATATTCATTATCCG +TTACAAGAGCTAATGTTATTTTAGAATTATCTATAATAAAATCTTTTCCACTTACAGGTA +ATGTTATATCAGGAAATAATACATAACCTGTAATAATATATGACTTGTTGTTAATATCTA +TTGTATCTCCTAACTCTAAGTTGTTTTTCTTTGCATAAATTTGAGTTATAGCAATTTCAT +TATCACTACTAGGCTTATTTCCCTTTTCTATGTATGAAAGATTTATATTTTCTCCATCCT +TCACAAAAGTCGCTTTATTTCCTTTTGATTCACTTTCATAGTTTACAGTTTTATAAACTC +TTTGCTCTAATTGAAATCCATCATATTCTGATTCAAATTTATCAATTCGATTCTCTATAA +TATTATTGTATAAACTTTCATTTTCTCTTTTTACATCTCCTAAGCTATAAGCAAGCATAC +TATTTATTAGTTCCTTATCTTCTTTACTTAAGCTTTCTATATCACCTTTAGTTATCCCAT +CTATTATTTCAACTGAAAAATCCTCTTGATTATAATCTGATACAAATTTTTCAAAAGGAG +ATTTTAAACTATCTAATGTATAAAACATTGTAGTATATAAAAAAGAACTAAGTGCTATAA +TAATCCCTACAGCCAATAATTGTATTTTCTTTTTCTTAAATATATTCAAGGTGTTTTTTA +AAAGAATTTTTACGCCCATAATATTTCACTTGCCTTTCTTTTATCTTGATTCTCTATGAC +TTCTACAATACCACCTGAATTCATTTTTATTATTCTATCTGCCATATAAGCAATATTTGT +ATTATGAGTTATTACTACTGTTGTAGTTTTTAAGTTATTATTCATTACTTGAATAATATT +TAATATTTGTTTTCCATTCTTTTCATCCAAGGCACCTGTAGGTTCATCACAAAACAATAT +TTTTGGATTTTTAGCAATACTTCTGGCTATAGATACTCTTTGTTGCTGACCACCTGATAA +TTGATACGGATATTTATTTCTTTCTTCATACATAGATACTGACTTTAATACCTCATCTAT +TCCTAGGGGATTTTTTCCTACCGCTGATCCTATCTCTACATTTTCTCTTACACTAAGATT +TTGTAATAAGTTATATTGCTGAAATATAAACCCCAAATATTCTCTTCTAAACTTAGTTAA +TTTTTCTTCATTGTAATCGCTTATTTTTATATCATTAAAATATATTTCTCCAGTTGTTGG +AGTATCTAATCCACTAATTACATTTAAAAGTGTACTCTTTCCACTTCCACTTGGGCCAAG +TATTACTACAAACTCTCCATCTTCTATCTCTAAGTTTATATTTTTTAATGCAATTGTTTC +TATGTCACCAGTTTTGTAAATTTTGCTTACATTTTTTAATGTAATGCTCATACTAATTCC +TCCAATCACTCGACCTAATGGTCATACTTAATTAAATTTTAATAATCCTATTTTAGAAAA +ATATCTTATATTTAATCATCTGCTAGAGAAGATTAAAAGTAAAATTGTTTAAAATTATAA +TTCCTTTTAGATTAAAAAAACTATAATCTACATAAAATAAATTCATGTAAATATTAGTGT +TTGTAGACAAATCTTCGTTTTAATCTACAAATTTCTTCTTTTATATTTACAATATATAAA +AAACTGTTATAATATAAAATGATTTTGAATACTAATGTTATCAATTTTAATATTATGATT +CCTATAATTTATAGTTTTTTATTAATTATAGAATCAAAAAGTCGGAGGTATGACTAAATG +AAAAATATATTTAAAATTTTCAAAAAGGACCTTAAAGATGTATTTACTAATTTTGCTTTA +CTAACAGTAATAATTGGTCTTGCAATTTTACCTTCTTTATATGCATGGTTTAATATTAAA +GCATCTTGGGATCCTTATGGAAACACTTCAAATATCTTGGTTGCTGTAGTCAATGAAGAT +AAAGGAAGTAAAATTTTTGATAAGGATGTTAATATAGGTGATAAGCTTATTGATAAACTA +AAAGAAAATACATCCTTAGGATGGCGATTTGTTGATAAAAAAGTCGCTTCAAAAGGTGTT +GAGGATGGTACATACTATGCTTCAATAGAAATACCAGCTAATTTTTCTGATAACTTAACT +TCTTTAGTTAATGAAGACGTTAAAAAAGGTGAAATAATATATACAGTAAATGAAAAAATA +AATGCTATTGCACCTAAAATAACTGATAAGGGTGCTTCTACTATACAACTAGAAGTAAAC +CAAACAGTTGTAAAAACAGTTAGTGAAATAATGTTTGAAGCTCTTAATGAAATAGGTGTC +ACTCTTGAAACAGAACTTCCTAAATTAACTAAAGTAGAAAGTTCTCTTGTTGAAGTACAA +AATAAATTTAAAGATATTGATAAAACTATAGACTTAGCTTCAAGTGCTACAGTACAAATA +GCAGATATAGTTAAAAGTCTTCAAAAAGATATGCCTGCTATACAAACTACTTTAAATAAC +TCTATAAATTTATCTAATGATGTTAAAACATTTTTAACTGATACAAAGTCAAGCATTAAC +AGTATTAGTCCTGTTATTAAAAGTGACTTAGAAATAATAAATAGTGTATCAGCATCAGCT +TCTACTGCTGTATCTGACTTAATAACTGCTTTAGATAAAGGTTATGAGAATGCACCTGAA +TTAGTTGATAGTTTAGCTAATAAACTGTCTAGTTTATCTTCAACATCAAAAACTTTAACA +GAGTTTTTAGTTAAACTTGATAAAATAACTCCAGGTAATTCACTAAAAGATGCTATAGCA +CAATTACAAAGCATCAATACTAAATTAGATACTGCTATAAGTGGATTAAACACTGTAAAA +GATCAAATAGCTAATGGTCAAAAACCATCTTTATCTAATTTAAATGGTATACTAAAAGTT +ACTAAAGATATTAACAATATAACATCAAATATATTAAATAACTTTGACTCAAAAATAGTT +AATCCTATAAATAATATATTTGATCAAGGCTTTACTGTTGCTAATAATGTTTTAGATGTT +TTAAATAAAGCCGAAGAAAAACTACCTAAAGTTAATAATATACTGGGAACTGCTTTAGAA +TTTTCTGGAAGTGCAAATGATACAGTAGACTTTATAAAAGAAAAGATGCCTATGGCTAAA +AATATAGTAAATGAATTAGTTGATGCAGTATCAAAAGTTAATAATAGCGATGATATGGCA +GATTTAATAGCTCTATTAAAAAATGATATTGTAACTCGTTCTGATTTCTTAAAGCAACCA +GTTGATGTAGTAACAAATACATTATATCCAGTTGCAAACTATGGTTCTGCGATGACACCA +TTCTACACTGTACTTTCTTTATGGGTAGGAGTATTATTACTTTGCTCTTTACTTTCAACA +GAAGTACATGGCGAATATAAACCTTATGAAGTTTACTTTGGTAGAGGACTTACTTTCTTA +GCTATAACTTTGGTACAAGCACTTATAGTTAGCTTAGGGGATATATTCTTATTAAAAGTA +AGTATGATAAATCCTTTATTATTCGTTTTAATTTCATTATTTACTGCACTAGTGTTTACT +TTCATAGTTTACTCACTAGTATCAGTATTTGGTAATATTGGTAAAGCAATGGCAGTTGTA +TTATTAGTAATTCAAGTTGCTGGTTCTGGAGGAACATTCCCTATTCAAGTAACACCTAAG +TTCTTCCAAGTTATAAATCCATTCTTACCATTTACTTATGCGATTTCAGCACAAAGAGAA +GCTGTTGCAGGAGTTTATATGCCAAACTTAAATAAAGATATAATTATGCTATTAATTTTC +TTAGCAGTATTTATTATCTTAAACGTATTATTAAAAGGACCTATAAATAAAGCAACTTCA +GGTTTTGTCAAAAAAATGGGTGAAAGCGGATTAACTGAACATTAATATAAAAAATAATAA +TTATAAATACTTATTTTAAATATTTTTGTATTTTTATTGATTATGATTTTAAATAATGCT +ACTATTTAATTAATGAAATATTTGTAATAAGGCCATGAAGGTTTTTAATCTTCGTGGCCT +TTTTTCATGTCGAAAAAAGAGGGAGATTTTATGGGTCAAGTAGATTTTTTTAATTGTGTA +GCAAAAAATTGGGATAATATGATTGAAGTTAATGATTCCAAAATAAACTATCTCTTAAGT +AAATTAGAAATAAAAGAAGATGATAGTATTTTAGACATTGGTACTGGCACTGGTGTTTTA +ATTCCATTTTTAGATAATCTAATTCCAAGTGGATTTATAAGAGGTATTGATATATCTAAA +GGAATGCTTGAAGTTGCGCTTGAGAAGTATGGTAACAAATCTAATATAGCTTTTGATTTA +GTTGATGTCGAAAATGATGAGATGCATTATGTAGTAATACATAAAAAGTAATATCAAATT +TAAATTTAAAGACTTATTGTCAGTGGGAAATATATATTTAATATGCGCAATGATAAGTGG +TAGATTATTTGCAATAGTAGGTGCTTACCTTGTATCTTTAACCTTAGCTCCACAAATAAG +CGCAATTGCTTATGTCGTTAGTGGCCTTTCTACTGCAATACCTGGTATGATAATCCAACT +AATATTTATACCTATTTTAGTTAGCTTATTATTAAAAAATAAGGAAGTTGCAAAAGCAAT +AGCTTAGTATATAAAGTTAATTCTATGTGTTTTCACATATAATTATAAATTAATCACAGT +AAAAATCCCTTTTTACTCAAAAAAGAATGCTGTTTCAAAATAATGATTTGATTCAGCATT +CTTTTTATGTTAATTACACTATATACTTTCTTGTCTAATATTTTCTATTATATTTTCTTT +ATTTATCTTTTTCATTGGTATATATGATGCAATGAATGTTATTACAAATATTCCTACAAT +ACATATGATAATTCCACTCCATGGAAGTACAAGTCCAAATTGAATAACATCTCCAAGTAA +AGTATTCATAAGTACTACCATACCTATACCTATCGGAAGTCCATATAATAATGATAATAT +TCCATATAATAAACCTTCTAAACATATCATTTTATTAAATCCACCAGGTGTAACTCCTAT +TGATTTAATAATAGCAAGTTCTCTTTTTCTTAAGTTTATATTTGTGCTTATTGTATTTAC +AATATTAGTTACACTTACTAATGATATAACTGTTATAAACCCATATACAAATACTTGCAT +TGCCATAATTGACTGTTCCATTGCTTTTGCTTCTTCTATTTCATCAATTACTTTAAAGCC +TTCTTTATCGGCAATTTCTTTTATTTCTTTTCTTGTATTATCTTCTTTATCTGTACTCAT +ATATATAGAACCATTTAATGGCTTAAATCCTAGTTTTTCTCCGACCTCATCGTAAGTAAT +AAAATCAATCCCCATATAATTGTAATTATAACTTCCTGGAATTAAATCATCAGTTATAGC +CATTACTTTTAATTTTATATTTTCCTTTATCTCTTTATCTGTATCCTGATCATAGTTTGT +AATATAAGCATCTATTGTATCTCCTACCTTATAATTAGTTAATACAACTTCCCCTTTTTT +CCCTTTTTCTTCATAGTAACTTTCTCTTACTAGTATTACTCCATTTTCTTTTATAGCAGT +TTCTTTATCAAAGCTTCCATCTTTTAATTTAAGATTATTTATTGCTATATCTCCAGGCAT +CTTCACCAGTGAACTAATAAAATCATATGAATATTCATTTCCCACTTTTTCTTTAGTATA +ATAATTATCAATTAAATCTTTATATGTCGTATTTATATCATTTTCTTTAACATTTAGCCC +TATTCCATAATCATTATTAATAGCAATATTTTTTATCCCATTAATATTTTTTAATTCATC +TATTATTTTTATATCTTCACTACTACCATTTTTATACATATATATATCATGGTTTATTTG +ACCCATATGAACTGTATTTGCTTTTAAAAATAGTGTCATAAATCCACTAAATGATATAAA +TATTACGATACTAATTATTAGGGAGAATAAAGTTGTTCTAAATTTCTTTTTATTTCTTCT +TAAATTCTTATAAGCAAGTACTCCTTCGGTTTTAAATAATAATCTAACTAATTTAGAGTC +TTTTATTTTGCCTAATTTATAATTTCCACTATTTTTTATCGCCTCTAGTGGTGATGTTTT +AGCCGCACTTATAGCTGGTAATAATGCAGATATTAATATTGTAATTAAAACTATAACTGT +ACTAAGTATCATTATAGCTGGGTTGTAAACTACTCTTAAATTCATGTCCGCTATAAATGA +AGTTTTAAAGAATGCTTGGATAACTTTAAATACTAAATCTATAGCAATTGTACCTGAAAT +CAATCCTATAGGTATCGCAACTATACTAACTAAAATACCTTCAATAAATACAAGCTTCAT +TACTTGAGACTTTGTAGCTCCAATAGAATTAAGTATTCCAAATTGTTTTTTACGCTCACT +TATAGATATACTAAATGAATTGTATACTGTTGCAATAGTACATACTATAACTAATGTTGT +AACTAAAGCTATAATTGATGTCATACTATCATTTATATTGGCATAAGCACTAGCACCTTG +TAGTCTTAATAAATGTTCATTAAAACTTAAACTTTCATAGAATTCATCTGTATCACTACT +ATAATGCATTGAACTATTTTCTTCAGCGCTTTCTTCATTACATTCTTCTTTAGTTCCTGA +TTTTAACCCTAGATTTTTTGATATTTGTGATGCTATAGTGTATACTTCTTTTGGTTTTTT +TACAGCAATAGAAACATTAAAAGAATCATTAGCTGGCTGATTATTTATATCTAAGTAAGT +TATACCAGTTAAAATACCACCTTCATACTCAAATCCTGGTTTATTTATTATTCCTACGAT +CTTGAAACTTTCGCTTTTAGTATCTTTTAAAGTTTCATTTTCACTTTGCCATCCACTTAT +TTCTTCTCCATTTTCATCTACTCTTTTTCCTATATCAAGAGTTATTGTATCTCCTATTTT +TTTATCAATTTTTGATACAATATTTTCACTTAATACTATTTCTTTATTATTAGTTGGAAG +TTTTCCTTCTTTTAGTTTTATTTGATAACCATCAAAAGTAGTTTTATCATATGCTTTAAC +TTGCATTAAATTCTCTTTATCTGGTTTTATTTTTGCATATCCTAAGTTATTACTAAGACC +TGATTTAGTAAGTCCTGCTGACTTTGTTATATAATCTAAATCATCCTTTTTTATATCATA +AAAAGTCGCATGAAAATCTCCATCATTTTCTATAGTTTTTCTTATTTGATAGTCCATAAA +ACTTTCGTATATATTTCCTATACCACATATAAGTGCAGTAGACAGTATTATACCTATAAT +AGTAACTATTGTTCTTTTTTTATTTTCTTTTAAATATCTTAAAGTTAGAGATGTATATAA +ATTCATTTATATCACCTCATCACTTTTTATAATTCCATCTTCTATAGTTATAACTCTATC +TGCTTGAAGTGCTATATTATTATCATGTGTTATCATTATTAATGTTTGATTATATTTTTT +TACTGATAACTTTAATAATTCTAAAACTTCTTTTGAGTTTTTACTATCTAAGTTTCCTGT +TGGCTCATCTGCAAGAACTATTGATGGTCTATTTATAAGAGCTCTACCAATTGATGTTCT +TTGTTGTTGACCCCCACTTAACTCATTTGGAAGATGATTTTCTCTTTCTTTAAGTACTAG +GGTTTTTAATAAATCATCTAAAAATGCTTTATCTATCTTTCTATTATCTAACTCTGCTGG +AAGTAATATATTCTCCTTTACACTTAATACTGGTATTAAATTATAAAACTGATATATAAG +TCCTACATTTCTTCTTCTAAATATTGATAAATCTTTCTCTTTTAAGTTATATATATCCAC +GTCATTTATATAAACCTTTCCACTAGTTGGCCTATCAACTCCCCCTAGTAGATGTAAAAG +TGTACTTTTACCACTACCACTTGGTCCTACTATGGCAACAAATTCACCTTTTTTTATAGA +TAAGTTTACATTTTTTAAGGCATCTACTTTTGCCTCACCACTACCATAACTTTTAGTTAA +GTTTTCTACTTTTAAAATTTCCATTCTATCCTCCACAAACTTTCTTTGACTTTATACTAT +TAAGTTTACATATTCACTCTTACATTAAAGTGAATTTCAAAGTGACATATTAGTCACTGT +AGGTTTTATGGAAGATAATATGAAACTCAGCACCTTTATTTTTTTCACTTTTCACATAAA +TATCTCCATGCTGACTCTCAATTATTGATTTTGCCATAGCAAGTCCTATTCCTACGCTAT +CTTCTTTTGAACTGCTCTTACCTTTATAAAATCTTTTAAATACATTTGGTAAATCTTTTT +TATCTATACCTTCACCACTATCTTTTATTACTATTTCAGAATACAGTGGATTTTGTTCAA +AGTTTATTTTAATAGTTCCATTTACAGGAGTATGTTCAACACAGTTTTTAATTACATTTA +CTAAGGCTTCTGTAGACCAATTAATATCACCATTATAATAAGCTTCTTCATTTCCAAATA +TAGTAAGGTCTATATTTTTAAGTTCAATTGGAATTAAACTTGGCTGAACAGATTTTCGTA +TTAATTCATTAATATTTACTTTTTCATTTTTAAAATCAATTACTTTTGCCTCAACTTTAG +AAAGCTTTAACATGCTTTTTATAAGCCATTCCATTCTTGTAAGCTGAGACTTTATTTTAT +CTAAAAACTCTATTTTAGTTTCTGTTGGTAAATCTTCATACATTAAATCATTTAGTATAA +TAAGCGAAGTCATAGGTGTTTTTAATTGGTGGGATATATCGGATATAGTATTATTTAAAA +ATATCTTTTCATTATTTAAAAGCTCTACCTTCTCTTTTAATATAGTAGTCATCTTTAAAA +GTTCTGTTTTTAAAAGTCCTATTTGACCTTCTTGATTTCTGTTTTTCATTTCATAACTTC +GTCCTTCTGAACTGTGATAAACATAGTCAGTCATATCCTTTATATCCCTATATATTTTCT +TAAAATAAGATATAGATAAAATTAAAAATAAAATAAATATAATTATTACAAATAAAACAT +TTATATTAAATATTTCATTAATACTTGAACTTATAATTGGTTCATACTCTAAACTAATAC +TAGAATCATAATTGTATTTGTTAAGAACTCCTTTACCTAATTCTATATTTTCTTTTGATT +TACCTTGAGTTATTATATCTACTATCTCATTTTCTAAGTCAGGATTTTTAGATAGTATTT +GTCCTAATATTGCTTGATTATTTTCTATAACCTTTCCTTTAATTATATTTACATTTATAT +AACTAACACCTAAGGACAATAATATCGTAATTAAAAATACACCTATAAATCCTTTTATAA +ATCTTCTTATTTCTACATTAGATAGAAACATCATTTTCACATCCATTCCACTTATATCCA +AGTCCCCTTACTGTTATTATGTGTTGAGGGTCAGTTGAATCATCCTCGACTTTCTCTCTA +AGCCTTTTTATATAAACTGTAAGTGTATTATCATTTACAAAATCATAAGTAACGTCCCAT +AGCTTTTCTAATATCTGGCTTCTACTTAATACTGTATTTTTATTTTGTATTAAGATTAAT +AACAGCTTGTACTCTACTGAAGTTAAGAAAACTTCTTCTCCATTTTTATAAACTCTAGCT +TCTAAAGTATGTATGCTTAAATTTCCAAACTTTAAGACTTTCTTACTTTCATTATTCTTG +CCTCTTCTTCTAAGTACTGCTTTTATTCTAGAAATAAGTTCTCTAACTCTAAATGGTTTT +GTTATATAATCATCTCCACCAATATCTAAGCCCATAACAATATTTACTTCTTCATCACAT +GCAGTTAAAAATATAATTGGAGTATCTTGAATATTTCTAATTTCCTTACATAAATCATAA +CCATTACCATCAGGTAACATTACATCTAAAAGAATTATATCGTATTCTTTTTTTTCTATA +TTTTCTCTACTACTTTCTAAATCCTTACATATATCCACATTAAAGCCCTCTTGTTCTAAA +GCATATTTTACACCAAAGGCTATTGTACTATCATCTTCCACCATTAATATATTTGTCATA +ATTTCCTCCATCTCATATTTATTATCTATAATTATTATACAATAGCTTTATTAATATAAT +AGTCTAAATAAAATTACATATTAGTCACATAATAATTGTTTATCAAATCTACAAAAACGG +AAAAAGAGACTTAAAGAAATAGTTGATTAGAGCAACTATAAATTCTTTTAAGCCTCTTTT +TCCGTTTTTATAAAATAATTATTAAAGGAAAGTTATTAAATTTAATAGGATATTTAATAA +CTTTTTCGCATTTTACATCTGAAATTATTATATTACATTTTTATTGACCATGTCAACTAT +TTTTATCATTTTTGTTGATATCATCAACCTTTTTTTATTCATCATATTCATCATATTTTT +CTTTACTTGAATCTTCTTCATTTATATCAGTATTATCTTTGTCTACTTTTATTTGATCAA +CATAATGGCTTAGTTCTTTTGGTGATACTATATCTTCATTTTCAAAATTTAATCTTCTTG +AGTTAAATTCATCCACTTTTTCCCTTAGTTCTTTATCTTCAGCTTCTTCTCTTTTTTTAG +TTTTTTCTTTTATATATTCATTCTCATAATAATCTTGGTCTAATTCATCTTCATAAGATT +GTAAATACTCTAAGTCTTCTTCTAATTCTCTATCAGCCATGCAGTTTTTTATGGCTCTAT +ATGAAACATATGCTCCTACACCTGCTAAAACACCTACAGCTGCATACATCATCATTTTTT +TATCTTTCATTCTTCTTTCTGCTTCTTCTTGGGCTACTTTAGCTATCAGATATTTAATCA +TTAGACTTCACTCTCCTAGTATTTTTCTTCTGCTAGATATAGTATTTGTATTATTAGAAT +AAAAATTATATTATATCTGAAAATACATATATTGTTATTATCAAATAAATTAAATATCTG +ATGTAAAGTTATTATATATCTGATAATTCTAATTTTGCTCTTTCATCTAAATATTCTGTA +TTAAAATCTATAACTTCTAAATCTTTCGGATTATTTTTTTGTAAGATTATTTTAACCATA +GTTCCTTTATCTTCTACACTGCTTATGTCTATTGTTCCATTTAATGCTTCTACCATTTGT +TTTACAATACTTAAACCAATTCCGCTTCCTTCACTTGTTTTAATTGTACTTCTATCAGCT +CTCTCAAATCTTTCAAAAATACTTTTTAATTTTTCTTTAGGTATTCCTACTCCAGTATCT +TTAATAGATATAATTATAAGCTGTTCTGTATCTTTAATCTTTACATCAATACTTCCATTT +TTTTTGTTATATTTTATTGAATTAGACAGTACATTCAGCATTATTTTTTCCATTATGTCA +ATATCTACTAACGAATATATCTCTTCTTTTTCTGTGTCGAAAACCAATTCTATATCCTTA +TCTTCAGCATAATTTAAAACAGATAGTGTAATTTCTTCTACCAAATTAACTATATTTACG +CATTTTAAATCAACATTAAGAATATTACTTTCTAGCTTAATAGAATCTATAAAGTTATTT +GTAAGTCTAATCATTCTATTGCAATTTTGTTTAATAATATTATTGAATTCTAATAAATTA +TCATAACTTTTATTTTTAATATTTAAATCTTGCATTTGTACTGTAGAGTAAATTACATTT +ATTGGTGTTTTAAAATCATGTGAAATATTGGCTAGCACTTGATCTTTTATTTCTTCTTTA +GTTTTGTTATATTCTAATTCTTCTTTTATTTTTGCTAGCTTTATCTTGTCTTCCATATTT +TTTATTATAGATATATTTAAAATTTTATTATATCTATTTTTAATTATAGTAGTTTGCTCT +CCATAGAACTCTACATTATTAAATTTATATTTTAAATTTAGATATTTTAAAGGTTTACTT +ATATCATCAATACCTTTTACACTTTCCTTTTCACTTTCATCTACTAGATCCTCAATAGTT +TTCCCCAATATACTACTTCTACTTTCAATATTAAAATATTCTTTAATTTTTTCATTTATA +AATACTATTATCCCATCTTCATATACTATTACACCATCTGGAAGGTACTTTAATACTTTT +TCGTATCTATTTTTATAATCTTTTAACCCTTTACTTACTTCTTCTAGTTTGTCTTTTTCT +TTTAATAAATTTCTATAAAGTATCTGATTAGGCCTTTTAATAATGTCAATATAATATATT +CTAGCAACGCATACAAAGTAAACAAAGCTAGTTACTATTGATATTAAATATACAAATTCT +CCTCCAATATTTATATATTTTTTTAAAATCTCAACTATAAAGATTACCACTATATTGATA +ATTCTTGCTATATAATAAATCTGTAAATCCTTTATTGTTCTTTTTGATAATCTATTATCC +AAATTTCTGAGATTTTTTAATATATACAGTAGACATAATATAAATAAGAGCATCAACATA +AAAAAAAGCATAGATACACTTTTTTCATTATATAACCTTGGCATTATTGATGTTTTGCAA +ATAATAAATATAGATATGGATATACAAATAAAACATATATTCATTATTCTATTTGTATTT +AACTCCATTTTTTTATTATTAATTATAAAAATTAATAATAAAATTTCTATAAAAACAGAT +AATGCAAATATTTGTAAATCTTCATTTCCATCGAAATTTCTATTTAAGTTGATTAAAGTA +TTTAATCCGTAAACTAAATTAATTACTCCTTTAATTGTAAAAAACATTGCTATCTGTTTA +TAAATTTTATCTTTATTTATATCTAAATATGATATATTTACAAAATAACAACATATAGCT +ATACTACTGTTAAATATTTGTATAATACTATATAAGCTTTTTGTATACATACTTCCAAAT +AATATATATCCTATAATTAATATAAATAAATAAATATATTTTCCCAATACTCTTAATACT +TTCGTTCATACAACTTTATTCCCCCTAATATTATAATAATACATTTACTAATAATTTTCT +ACATGAAATCTATTTTCACATGTTAAGGGTTTTACATATAACTTTTTTTCTCTACAGTCT +TAAGTTATTTTCTTTTTTCTGTTATACTATATCTATAACAACTATTAAATAAATTGAGGT +GACTTTATGGTTTTAAAATTAGATTTTAATAGCGATAAATCTATTTATATACAAATTACG +GAAGAAATAACAAAAGCTATAGCCAAAGGAGAACTTAAAATTAATGAATCATTACCTTCG +GTTAGAAGTATGGCCGAAAGTATCGGTGTTAATCTTCATACAGTAAACAAAGCATACAAT +CAGTTAAAGGATGATGGATTCTTAAATATTGATAGAAGAAAAGGCGCTATAGTTGCTGAT +TTACCTATGAAAGAATATAGTAAATCAAGAAAATCGGCTAAAAATGAATTAGAGCTTTTA +ACTGCTAAATCTTATTTATCTGGTATGACTAAAGAAGAATTTTTAGAGCTAAGTAGCAAA +TTATTTGATTCTTACGAGGTGAAACATTATGAATAATATATTAGATCTAGCTTCATATTT +TCTACAATTGATAATTTTATATCTCGTTTTTAGTAATATGAATATTCTTAATGGAAATAA +GTATTTGTACGGTGTGAATATAGATAAAAATTATATTGATGAAAATCAAATAAAACTTAT +TAATAAAAATTTTCGAATTCTTCATACTATAGGATTTATTGTAATATTTATTTTACTTAT +CATATATTCGTCTTTATCAAATGATATTGAAATAGGATTTACATTTGCATTGATTAGTTA +TTTAATATATAGCTCTATAATTTATATAATAATTCATAATAAAATAAAAAATATTAAAGC +AGATTTATTAAAAAACAATATAATTGCAGAAAGAGAAACTGCTCAAGTATTCGTAGATAT +GGAATTCTTAAATGAAAGAGATAAATTATTAAATAAATTTAAATATTTATATCTAATACC +AATACTTATAGTTTTAATCGGATGTATATTAACATTAATAAATAAAAATAATTTAGGTGA +GTATATACCAACACAATTTGATTACGATGGATCTGTTCAAAAATTTATTCCAAATACTAC +TATTAATTTATTAGGAAATTTAATATCAATGTTAGGGTCAGTAATTTTAATAAGCTTCAT +AAGTATTAGTTCTTTAAAGTCTAGATTAAAAGTAGATCCTGAAAACATTGAAATAAGTAA +ATATGAAAATATAAAATTCATAAAAAAGACTGGATATGGTTTTTTCATATTAGAGATTTC +ATTGGCACTAGTTGCTATTTGCGTATTTATAAGTATGTTTGGTTTAAGTATTAATACATT +TATATTTAAAATAATAACATTCATTACTATAGTTTCAGCAATTTTATTATGTTTTACTTT +TGTAAAATCACATAATTCAAGACCCTCATATTCTTATTCTTCTGAAGATGATGAGAAAAA +TTGGATTTTAGGTATGTTATACAACAATCCTAATGATCCATCTTTTATGGTTCAAAAACG +TTTTGGTATAGGATGGACTATAAATATAGGTTCACCTTTAGGAAAGGTATTTTTTGTAGC +TACTATAATAGCCCTGGGATTTTCATTATTTAGTTTAATAAAAAATATAATTTAGTATTG +GAGTGTACATATGAGTGATATAAATATAGGTGAAAAAATATCTCTAATTAGAAAAAAGCA +AAATTTAAGCATTCGTGATTTAGCAAAACTAGCTGAAGTTACACCTTCTCTTCTTAGTCA +AATAGAAAGAGGTCTAGCTAACCCTTCAGTAAATTCTTTAAAATCAATTTCTTCTGCTTT +AAATGTTCCTCTTTTCACATTCTTTATGTCTGAAGTTAATAAAGAAGAATTAATAGTTAG +AAGTGATAATAGAAAAAAAGTTATATTACCAGGAAGCGATGATGTTATTTATGAAATTTT +GTCTCCTAATGATAGTTCTAATGATTTGGAATTTGCAATTATGAACTTAGCTCCTAATAC +TTCATCATGTAATGATCCTATACATCATAAAGGTTATGAAATTGCTTATATCCTAGAAGG +TGAAGCTGTTCTCTATATGGATGAAGATAAGTTTACATTACATAAGGGTGATAGTGTAAA +GGTACCTGTTGGAGTTAATCATAGATGGGAAAATCAATCTGATAAAGAAAGTAAGGTTAT +ATTTGCTGTTGTATTATAATAAATTAATTTAAAATGGAGAGTCTATTAGGCTTCTAGTGT +TGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAAC +CTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_25 +TGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTTGCA +CTTATATTGACAATCTATCATAAAAAAATAATAAAAATCTTATTGACTTATATAAATTAA +TAGTATATTATTACTATTAAGAATTTACACAATATATAAAATGCTATGAAGGGAAGAGTA +ATTATAACATTGAGTCAAAGCGAGCTGGTTATGGTGTGAGTCCAGTACAAGATTTATAAT +GAAGAACCTCCCAGAGCTACTAACCGAAATCTTAAGAGAGAGTAGACTTAGTCGGAACCA +AACCGTTATCTAATTGGTAGTGTATAAATATAGTACACTAATAGAGTTGAACTTTTATTA +AAGTTAATTTGGGTGGTACCGCGGAAGAGTAGCCTTTCGTCCCTTTTATAGGGATGAAAG +GCTTTTTTAATACAAAAAATACAATCAAGGGGAGTGATTTAAAATGTGTTTAATAATACC +AGAAAGATATGAAACTAGCTTAGGAGTAATAGAAACTCAACAAGCAATAAAAGATTTAAA +AGACTTTTTTGAAAATAGATTAGGAGAAGCATTAAAACTTACAAGGGTATCATCACCATT +ATTTGTATTACCAGAAACAGGAACGAATGATAACTTAAGTGGAATAGAAAAGCCTGTAAG +CTTTGAAGTACCATATTTAAAAAAGGATGCGGAAATAGTACATTCTTTAGCCAAATGGAA +GAGAATGGCTCTTAAAAAATATGGTTTCCAAGTAGGTAGAGGTCTATATACAGATATGAA +TGCTATAAGAAAAGATGAAGAATTAGATAACCTTCATTCTTTATATGTAGATCAATGGGA +CTGGGAATTAATAATAAATAAAGAAGACAGGACAGTAGATACCTTAAAAGAAGTTGTAAA +AATTTTATATAAAGTTTTTAAAGAAACAGAAGAACATGTACACAGTATATATCCAGAAGT +AAGATGCCCTTTACCAGAGGATATAACTTTTATAACTTCTCAAGAACTATTAGATATGTA +TCCAGATTTGACACCAAAAGAAAGAGAAGATGCTATAGTTAGAGAGAAGAAAGCCGTGTT +TTTAATGCAAATAGGGAAGGTACTAAGTACTGGTGAAAAACATGATGGAAGAAGTCCAGA +CTACGATGATTGGGAGCTAAATGGAGATATATTATTCTATAATCCTGTATTAGATAATGC +CATAGAGTTATCTTCGATGGGAATAAGAGTAGATGAAGAAAGCTTAGAAAGACAACTTAA +AATGTCAAAATGTGAAGATAGAAAAGAATTAGAATATCATAAGGCATTATTAAATGGAGA +ATTACCATACACAATAGGCGGGGGAATAGGCCAATCTAGAATTTGTATGTATTTTTTAAA +TAAAGCCCACATAGGTGAGGTTCAAGTAGGAATATGGCCTCAGAAAATGATTGAAGAGTG +TAGATTAGCTGGGGTACATTTATTATAAGAACAGTTGTCATTAAATAAAAAATGAAATAA +TTATAGAACATAGATAAAAATTGGTTGGTATTAAGGGAAGATACTCTAGATACCAGCCAA +TTTTATTTTGTGTTAATTATTAATCCAAGATATACATTATTAACAAGATGCAAATTAAAA +TCATAAAATATCTATATAACTTTTGGATAAGGAGGGATATAGATGAAACCAGAGTATGGA +GATGTAATATGTGTAAATCATGGTATATATAATCATTTTGGGATATATGTAGATGAAAAT +CATGTAATCCATTATGCTGGTAAAGATGAAGATTTTTTTCTAAGAAATATGTATATAGAT +GAAACTGGTATGGAAAAGTTCTTAGGAAATTCCAATAGATATTATGTATATAAGTTTCCA +CAAAAGGCTTTAAAGCCAATAAAGAGAATTAGAGGACAAGGATTAAATAGAGGATATAAG +GAAAATGCTTATGCTATGTATATGTTATTAAAGTTAAAAAATATAGTTAAGTATAAAATA +TATTCTCCGGAGGAAACTGTAAAAAGAGCAAGAAGTAGAATTGGTGAAAGAAGTTTTAAT +TTAGGATTTAATAATTGCGAATATTTTGCAGTATGGTGTAAAACTGGAGTTAGTCAGTCT +TATCAAGTTAATTTAGTTTTAGATGCAATCTTTATAAAAGGAAAAGTGGATATAATCTAG +CGTTATTATTAAATATCGTATTAACAGTATACAAGAGAAAAAGTGATATACTTAATATAT +AAATGGTTAGAATTTTAGATTAACATGGAGGAGAGAAATTTGGGTACTCAAGAGTTACAA +ATAATAAAATATAAAAAAATGACAGAAGAACCAGTAGAAAAACTAGTTATTAAAATGGCT +ATTCCAACAATTATAAGTATGCTAATTACATCCTTTTATAATATGGCAGACACTTTTTTT +GTAAGTAGAATTAATAGCAGTGCAACTGCAGCAGTAGGTGTTATTTTCTCTTTGATGGCT +ATGATACAGGCAATTGGGTTTTGTTTTGGGCATGGTTCGGGAAATTATATTTCAAGAAAG +TTAGGAGAACAGGATATAGAAGAAGCTGAAAAAATGGCATCAACAGGATTTTTTTCAGCA +TTTTTAATGGGAGTTATTCTTGCAATCTTAGGAACTATTTTCTTAAACCCATTAGTAAAA +TTTCTAGGTGCAACAGATTCTATTTTCCCTTATGCAAAGGATTATATGAGGATTATTTTA +ATAGGTGCACCATTTATGATATCATCCTTTGTACTTAATAATCAGTTGCGATTACAAGGA +AATGCAGCATATGCTATGGTAGGGATATCAATAGGAGCATTGTTAAATATTGTACTTGAT +CCAATTTTTATTTTAAGCTTTGATATGGGAATAAAGGGTGCGGCATATGCAACTGTACTA +AGCCAAGTAGTTAGTTTTACTTTAATCTTAAAGCTATGTAATTACGGTGGAACTATTCCA +ATAAAATTAAGTAATTTTAAACCTAACATTAGTAAATATAAAGAAATTATTCATGGCGGA +CTGCCTTCACTATGTAGGCAAGGTATAGCAAGTTTTGCAACTATATTTTTAAATTTAGCA +GTAGGTCCATACGGTGATAGTGCAGTTGCAGCAATGTCCGTAGTAATGCGTGTCACTAAT +TTCGCAAGTGCTGCTTTAATTGGATTCGGGCAAGGTTTTCAGCCTGTATGTGGATTTAAC +TATGGAGCTAAAAATTATAGGCGCGTCAAAGATGCATTTTGGTTTTGTGTAAAAGTTTCA +ACTATAAGCTTAACGATACTTGCTATTTTAGGATTTATTTTTGCTTCTAATATTATAGAA +GTATTTAGTAAAGAAGATCCTGATTTAATAATAATAGGTATAAAAACACTTAGAATGCAG +TGTATGGCATTTCCATTTTTAGGTTGGATAATTTTATGTAATATGATGCTACAAAATATT +GGAAAATACGTTAAGGCGAGTATTTTAGCTATATCAAGACAAGGACTATGTTTTATTCCA +ATAATATTAATATTGCCAAAGATATTTGGTATTACGGGAGTACAAGTTAGTCAGCCTATT +GCAGATATACTTACACTTATAATATCTATACCTATGGGTATTATGACATTAAAAGAGTTT +AAAAATCTGGAGGTATAGTATTTTATTATATAAATGGATTTATAAAAAATATAGAAACCG +TATCTTAATTAAGATACGGTTTGATTGTATAGAAATAATTAGCTAAAGAAGTTTTAATCT +TCGTTTTACTTAAACTTATCAGGAAATTGTTTGATTATTCCATCGACAAGTATATCTGCA +AAATGAATCATGTGATCTTCTCCTTTATCACATGTATTAATATCTGCTTTCCAATTCTTA +TTTAATCTAGCAACAACTTGATCTGTAATAAATTCTAAATGCTTATATAGCATATTTTTT +AGCGTTTTTTCTGAATAGTTTGGATTAGCTGAGCTTAAAAATCGGGCTATTTTATCAGCA +TTTTCATACCAAAGCTTATTATACTTTTCTAAATCATTTTTATTATTATTTTTAGCAGCA +TCAGTAACTTGTCCAGCAAGTTCTATATGTTCCTTTAGTAGAGTGGTAAGTTTGTTTCCA +GCTTCTTCTCCGTAATAAGGTTTAATTGAATTTCCTATATCCTCTTGATTTTTAAGTAGT +CTTTCTAATACATCTGATTTGTCCTCAAGTGAAGCTAAGTCACTTACGATAAAACTTCTT +GTCCAAGTAACATGATCTATCCAAAGCTTCCTTTCAGACATTCTCAAGTCACAGGCAGCT +TTGTTACAAGATATATCTCTGCAACATGTATTTTCTAAGGCGTTACTTTTAAATGGGTTT +AAAATAAAAGCGAAGAAAAATAATGATATTAATAAATTAATCTTAAATATTAGAAAACCT +TATGTATGTAAGTATAAAAAGTTATTAATTAATTAAAATTTAGAAAAAAATATACGTATC +AGTAATAAGTATGATACGGTCTAATTATGTATATGGATATTTTATTATAAAGTAATTATA +ACTATGTTATATTGATAGATATAATTAAGATGTATATAATAAGATTTAGAATAAAGAAAA +TAGGTGAGAAAATGGACTTTAAAATAGTAAACGATGTACTCGTAAAAAATGCGGATAAAT +CAAGATTGAATAGAGGAACGTATTATTATAAAGATGGTTATGTAGAAGAAGTAAAATACA +CAAATGAAGAGAAGACTTTAAGTATAGAGGGGCATGTTGGTTCAGAATATCAAAATAGAG +TTTACAATAGTTCTATAGTTATAGACTTAGAAAATAAAAAAGTTATATCAGGAAAGTGTG +ATTGCCAAGATTGTATGTCTAGAAGTACATCAAGCCACTTAGCTATTTGTAAACATATAG +TTGCGATAACTTTATATGTGATAAATTTGTTAAAATCAGATGTGATAAGTAGTTTAAAGC +AAACTACTTTTGTTGTTAAAAATAAAAATAGTGCAAAAAGAAGTAAGAACTTCATTAATA +AAGATTTATTAAATTATTTTAAAAGTAAGCCTAAGGAAGAAGTAAGTTTGGATATAAAAC +TAGATCTGATTGGACCAAATACTATAAGTGCTGATTTTAAAATAGGAATAGATAAGATGT +ATGTACTAAAAAATCTTAGAGATTTTGCTTATGCAAGAGCAAATTCAAATGATTTAATGT +ATGGAATAGATTTCGTATATAATCCAGTTAATAATTATTTCTCAGAAGAGGATGAAAAAA +TAGTTGATATGATTGAAGAATACGGAATGGGAATTTCATATATAGCACCACAAAGAGAAT +TAAGGTATATGACTGTAGGAGGACCACAAGTAAGAAGAATAATGGAAGCTTTACAGTATA +GGGATTTTGAATTTAAGTTTAGAAATATGTACTACAATCCAAGAATAATAAAAGGTGAAT +TACCTATAAATATTAATTTAGAAATGGATGATGAGCAAATACTTCTTAATTGTAAAGGAA +TGTTACCAGTTCCTATATCTCAAAAAGGAGATGTTATTTTTTATAAAGGAGATATATATT +TACTAAGTGCCGAAAGCGGAATATACTACAATAAATTATATAAAGTACTAGATGAATTTA +AAGAAATCTCTTTTACAAAGGATGAAGTAAGTGAAGTACTTACAAACGTTGTACCAAAGA +TAAAAAATATATGTAGTAATGTATTTATAGATGCAAAAATAGAAGATAATATATCTGGTG +AGTTACAAGTAAAATATTATTTCGACTTAGAAGGAAGTAAAATAACTTGTGATGTTAAAT +TTGAGTATGAAGGTGAAAATGAAGGTAAGTTTGTAATAAAAGATATAGAGAAAGAAAAAG +AAGCAATATATAGACTTTATACTTATTATTTTGAAGAGGAAAAAGGTAAATATATATTTA +AAGGAAATGACTATCAATTATATGACTTTTTAAGTACAGAAATAAATAGATTAAAAAATA +TTGGTGAAGTTTATTATTCAGATAAATTAAAAGAGAAAAAAATATATAATTCAGCATCCA +TAAAAGTAGGACTAGGCGAAGAAGTTAATCATTATTTAGATTTTAATTTTGAAATTGAAG +GTGTAGATGAAAAAGAATATAAGAAAATAATAGATGCTTTTAAGGTTAACAAAAGGTTTT +ATAAATTAGGAAATGGAAATTTTATAAGTTTAGAAGATGAAGAAACTAAAGAAATGTTTA +AGCTTATGGAAAGCTTAGGGTTTACTAATAGCTTAAAAGATATGAAGATACATACAAGTA +AAGCCTTATATATAAATGATTTACTTACAGAAAAGAAATTACCTTATATAAATGGGATAG +AGAAGACTGAAGAGATTGTAGAAAAATTTAAAAATATAAGTAAGATAAAAGGTGAAATAC +CAAAAGAGTTAAATGCAAATCTAAGAGATTATCAAGTAGATTCATTAAACTGGTTTGAAA +CATTAGATTATTGCGGTTTTGGAGGTATACTTGCTGATGAAATGGGCTTAGGTAAAACTA +TTCAAACTATAACATTTTTATTATCTAAAAAAGGCAAGAAAAGCTTGGTAATAACTCCAA +CATCATTAATACATAACTGGAAAAATGAATTTGAAAAGTTTGCACCAAGTTTAAGAGTAG +GAATAGCTCATTCACTGAAAAAAGAAAGAGAAAAAGTAATAAGTAACATAGAAGAATATG +ATGTTATCTTAACTACTTATGGTTCCTTAAGAAATGACTTAGATAAATATGAAGAAATAA +ACTTTGATTATTGTATTATAGATGAAGCTCAAAATATAAAAAATCCAACTGCTATGAGTA +CAGACGCAGTTAAATCTATAAAGGCTAACAATAGATTTGCACTTACAGGAACGCCTATAG +AAAATAATTTATTAGAGTTGTGGTCTGTATTCGATTTTATTATGCCTGGATACTTATATA +ATGTATCTAAGTTTAATGCGATATTTATTAAAGATGAAAGTCATATAGAAAACTTAAAAA +TGATGATAAAGCCATTTATATTAAGGAGAACTAAAAAGCAAGTTATAAAAGAGTTACCAG +ATAAGATTGAAAAGCAATTTTTAGTAGAGCTAAATAAAGATCAAAGGAAAATTTATGGTG +TATACGTAGAAGAAATACAGAGAAAGCTTAAAGATAAGAAAGATATAAAGGATAAAATAA +CTGTACTTTCTTATTTGACAAAGCTAAGACAACTTTGTTTAGATCCAAGTGTAATTTTAG +ATGATTATAAAGGTAAAAGTGCAAAAACCGAAGCTTGTTTAGAAATTATAGAAGAGTATA +CAGAGCAGAATAATAAAATTTTAATATTTTCACAATTTACAAGTGTTCTTAAAAATATAG +GGAAGAAATTATCTAAAAATAAAATAGAGTATAGTTATTTAGATGGACAGACAAAAGCTG +TAGATAGAATAAAGCTTGTAGATGAGTTTAATGAAAGTGATCATAAGAAGGTGTTTTTAA +TTTCTTTAAAAGCAGGAGGAACAGGATTGAATTTAACTTCGGCAAATACAGTAATTCATT +TTGACCCTTGGTGGAATCCTTCTGTTGAAAATCAAGCAAGTGATAGAGCGCATAGAATTG +GTCAAAAACAAGTCGTTGAAGTAATAAAACTTATAGCAAAGGGAACTATTGAAGAAAAAA +TAGTTCAACTACAGGAAAGTAAAAAGCAATTGATAGATGATATGATAGATGGAAATTTAT +CTGATGGAAGTGTATTAAAAAGTTTATCTGATGAAGAATTATTAAATTTGTTTAAATAAA +CTGATTTCAATAATAAAAATGGATTATGCTTAATGTAGTTACTTTTATGTAATATTATTA +AAATGAAAAACGATGAACTAGTAATAGTTCATCGTTTTTTTATACAAAATTATTTTATGC +TAATCTTATTATTTGTAAGCTAGTTTCTATTCCAACTACAGTTATTGGGTTTACGTTGAA +GAATACAAATAAATCTAGAATGCCGCCAGCATTACCAGTAGAGAATATAGCAGCGTTACT +TATAGATGTATCTGCTGCTTGAGTTGAGGCTAATGAGCTGTGGATTGCAGCACCATTAAG +TCTTAATCCAACTGCAAATGGTATACCTGTTGTTGAAGTAACTGTATATCTTACGTAGAA +TCTCATATTAGCGCCTAATTGTATAGTACTATTTCCATTTGTAAATGTTATACCACTACC +ACTAATATCACTAGCATTGAAAGGTATAGCAGTACCAACATTAACTGTTATATCAGATGT +TCTAAATATATCTGCATTAGCAACAACTGCAGATGTTCCAGTAGCACCAGTAGCACCAGT +AGGACCTTGAGGGCCTTGAGCACCAGTAGCACCAGCAGCACCAGCAGGACCTTGAGGACC +AGTAGCACCAGCAGGACCTTGAGGACCAGTAGCACCAGCAGGACCTTGAGCACCAGCAGG +ACCTTGAGCACCGGCAGGACCTTGAGGACCAGTAGCACCAGCAGGACCTTGAACACCTTG +AGGACCAGCAGGACCTTGAAGACCTTGAGGACCTTGAGCACCAGTAGCACCAGTAGCACC +AGTAGCACCAGTAGCACCAGCTAAACCTTGGGCACCTTGAGGACCAGCAGGACCCTGAAG +ACCAGTAGCACCTTGAGGACCTTGAGGACCTTGAGGTCCAGTAGGACCTTGTGGACCTTG +AGCACCAGCAGGACCTTGTGTACCTTGAGGACCTTGAGCACCAGCAGGGCCTTGAGGACC +TTGAGAACCAGTAGCACCAGTAGCACCTTGAGGACCTTGAACGCCAGCAGGACCAGTAGC +ACCAGTAGCACCAGTAGCACCAGTAGCACCAGTAGCACCAGTAGCACCTTGAGGACCTAT +AGGACCTTGAGCACCAGTAGCGCCAGTAGCACCTGTGCGACCTCTATCTCCTTTTTCACC +TTTAGGGCCTCTTGGACCTACACAACACTTACAACAATCATCCTTACAACATTCTTTCTT +GCAGCATTCTTTGTCATGCCAATCATCTTTACAACATTCTTTCTCGCAATGATCTTTTTT +ACAGCAATCATCTTTACAACATTCTTTCTTGCAATGATCTCTATCATCCCAATTATCTTT +GCAGCATTCTTTCTTATGACATTCTTTGTCATTCCAATCTTTTTCATCGCAATGATCATC +ATGTTTACATTTATCTACATGTTTATAGCAATCCTCATCATAATATCTGTTATAGTTATT +ATAATCTTCCTCATATTTGTCATAACCACCATTATATTCATTCTTTCTATTATTATCATT +ATTATTTCTATAATATATCAAAGTTTACTCCTCCTTAAATTTTCTATTTAATCATAGCTA +ACAGTAATGTTATTAACTATACTTTAATATATTCGTAAATGCAAAAAGTGTTACATATTG +GGAAAAATTGTCTAATAAATTTATAGATTTATTTTGAAATAAGTCAAAAATAAGTTTTTG +AATAAAATTAAGCTTTTTTATTTAACTTATATTATAATATTAAATAAATTTAGATGATTA +GATATTAAAAAAGTAGAAATCATGATTGATATTTTTATAGTAGAAGATGATAAAGCGTTA +AATAGAGAAATTAGCTTAACAATAAGCAAGTGGGGATATAGGGTTATCATTTATAGAATA +TAAGAAAAAAGTTTATAAATTAATAGCCTATATGAACAATAGAACTAAAGAATATTTAGA +TATAGAAGAAAATTTTTTATATGAAAATATAAATAAATTAATAAAAGAAAATGAAACTGA +AGTCAATAATTTGAGATATGAGCTAGAAGAAATAAATGATTACATGACTAATTGGATACA +TGAGGTGAAAATACCAATTTCAGTACTTGGAATAATAGGAAGAAGAGTAAGTGAAATAGA +TGGTGGAAAAGCTTATCTAAGGAAATAAAAACAGAGGTAAGTCGTATAGATAAGCTAGTT +GGCAAGCGATGTATTCAAGTAGAGCTGGGAATTATAATTCAGATTTTTTAATTAATGAAG +TTAATTTAGATAGTATAGTTAAAGATGTAATAAAGAAAAATAAATATCAATTTATATATA +ATAGAATAGATTTACAAGTTGAAAATGTAGATAAAGTTGTGTTGAGTGATAAAGAATGGC +TTACGCATATAGTGGAGCGTATGATAGATAATGCTATTAAGTATAGTGATATAGGCGGGA +AAATTAAATATAAATGTAATTACTCTAAAAAGCTTTGACGATACAGAGAAAATTTCAGAG +TATGTAAGAAATAACAGTGATATAGATATATATAGTGTAGATAAATTCAAGCCTGAAGAT +TATAATTTTGTAAATTCAATATACTTTATAGGATTATTCTTGGCTTTAGTGTTTTTAGTG +TCAGTAGGAAGCATAATGTACTTTAAGTGTATATCTGATGCAAGCAAAGATAAGCCTATT +GATATATACTAGAGGAAGAATTTAGATACTTTATTAATAGTACAATGAATTAGATAAGTA +AAACAAAAAGCGTATCACTAATAAATGTGATACGCTTTTTATATAAATTCAATAGATTTT +ATATTATTTTTACTTATAGAAACAGCACTTCCAAGGTCTCTTCCAGATAAAGTTAATAGT +CCGACATCTTCATTATTATTAAAGTTATCCATCCATTCAACTAAAGAAGAAAAATTTCTA +ATCCCATTTCTTTCAATTATCCTAACAAAATCATTTTTATAAGTTATTTTTATTCTGTCA +TTAGTCTTCAAAAAAATCACACTCCTATAGATAATTATACCCGGATAATATGAATTTTCA +AACATAACAAATAAAAATATATTTTAATAAAAAAGTAAATTTTAGAAATAATAGATATAA +ATGATAAAACTTAAAAGGAGGGATACTGTGAAAAAAATAAACAGTATAGCTATATTATTT +ATATTTATATTAAGTTTAAGTACATGTGCTTGTACTAAGAGAAATACTGAAGATATAAGT +AATGATACAAATCAAAATAATAACATAAGTCAAAATACTAATGAAAATCAAAAATTATCT +AAAGAGGAATATAAAAAATTATTAGTAAAAAATTATGAAAAATACATATCTCCTATAGAT +ATAAGAGATGAAAAATTAGATGATATCCTTGATAAAAATAATAATCTTAATAATGAAGAA +TTAATTGCAAATTATAAAAACTTATTATCTGATAGTAAAAATAATGTAAAGTCATTTGAA +GATTCTATAAAGAAAGTAAAAGTAGAAGACTCAAATATACAAAATTTAAATGATGAACTA +GTTTCAAATTTAAATAAAGTTATAGAAGATATAACTATAAAAGAAGATAGTCTTAATTCA +ATTAGTGATGATTTAATAAATGGAGATAAAAATATTTTAATTAATTATTTAGATGATGAA +TTAGGTAAAGATACCCAAAATGAAGAAAGTTTAGATAGAACTTTTGATCAACTTGAAAGT +TTATTGGGTATAAAATTTGAGTAAATAACTAAAAATAATAACTAAGTGAAATAACAGATA +AACTAGGAGGAAGTAAAAATGAATTTAAAAAAAATATTAGCAGTAGGATTATCATTAAGT +GTAGCATTAGGAGTATTTGGATGTAATAATAAAGCAGATAATACACCTAACGATAATACT +ACTAATAATACTACAAACAATACTGAAGGAAATAAATACGAAGGAACTGAATATTATAGA +CAGTACAATGATTTATATAGTACTAATATAACACCATTAAATAATTATACTATGTATGGA +ACAGTTGAGGGTGTAAACAATAATTATAAAAATAAAGAGTATCCAGGTAATGAAAAGTAT +TTAAATGAAGTAAAAGAAGCATACAGAGATAGTAGAGATAAACTACAATCATTTGTTGAT +GGATTAAAAAATGATGCAAAAACTGAGGATGCAAATTTAAAAGCAGCAAATGATGAGCTT +ATAGCAGAAGGTGAAAAACTAATAAAAGATATAGATGCCAAAATTAAGAAATTAGATGAA +GTACCTAAAGATGCGTATGATAAAACGCAAGATGAGTTTATAAATTTAGTAAATGATACT +ACTAAATTAGAAAATGAAACAACAAATGAGTTTGACAAAATGATAAGAGATATGAATAAA +ATGTTAGGAATAAATACTAATTCAAATACAACAACTACTAAACCAAGTACAAAAACTACT +AAATAGTGTTTGAAATTAAAATATTCAAAAAATAATGAAAATATGTTGACATATATTTAA +AGTTCATATAATATAAATAACATAGATAGAGATAAAGTTAAAAATAATAAAAAAGAATAA +TTCCTTATCAAGAGAGGTGGAGGGACTGGCCCTATGAAACCCGGCAACCAGTATATTTTA +TATACATGGTGCTAAATCCTGCAATTCGAAAGAATTGAAAGATGAGTATAAATTTGCTTA +AAAAGCCTGAGTTTATACTCAGGCTTTTATTATTGTATACATTTTAATAAGTATTAAATA +TCACTAGTAAAACAAATGTTTTAGGTTAGCAATATCAAAGGTGAGTATAGGAATTATGTT +AGGGGGATTAAGAGTGATCAGCATTAAAAACGTAAACAAATTTTATGGAACTACTAAGGT +TTTAAATGATGTGAATATGGAAATAAATGAGGGGGAAATTTTTGGAATTATAGGTCATAG +TGGGGCCGGAAAGTCAACCTTACTTAGATGCATAAATGGATTAGAAGATTATCAAGAAGG +AAGTGTTTTTGTAGATAATAAAGAAGTAAAATCTTTAAATGGGTTATCCCTAAGGCTTTT +AAGAAAAGATTTAGGAATGATATTTCAACATTTCTCACTACTAGAGAGAAAAACTGTATT +TGATAATGTAGCTTTACCATTAGAGTGCTTTAAGTACTCTAGAAAAGAAATTGAAAATAG +AGTGTTAGAATTATTAGACCTAGTAGGATTAAGTAATAAAAGAAATTTTAAGCCTAGAAA +TTTAAGTGGTGGTCAAAAACAGAGAGTTGCTATAGCAAGAGCATTAGCTCTAAATCCAAA +GGTACTTCTTTGCGATGAAGCTACTTCAGCTCTTGATCCAAATACTACTAAGTCAATACT +TTCATTGCTTCAAGATATAAATAAAAAACTTGGAATAACAATAATTATGGTTACTCACCA +AATGGAAGTAATAAAACAAATATGTACTAGGGTAGCAATAATGGAGGGAGGAGAAGTATT +AGAAATTGATGAAACAGAAGAAGTTTTCTTACATAATGGAAAAGGGCTTAGAAAGTTAAT +CGGGGAAGAAAATATAGTTTTACCAGAGGGAACTAATATAAAAATACTATTTCCAAAGAA +TATTTCTAATGACTGTATAATAACAGGAATGGCGAGAAGTTTAGATATAGACTTTTCTAT +CGTGTTTGGAAAGTTAGAAAAATTCAGAGATGATATATTAGGTTCATTAATAATAAATGT +ATCCTCAGAGTTTGGGGAAAATGTTAAAGCTTATTTAAATAGTGCAAATTTAAGATGGGA +GGAGATAACTAATGAATCAAACTAGTTTAAGTGAATTTTTGACTGATATCTTAGGGAAAG +CTCTTGGAGAAACTTTATATATGATAGTTATACCAACGATATTAGCTACGATATTAGGAT +TTATATTAGCAATTATACTAGTAGTTACTAAGGAAGATGGACTTAAACCATGTAAGATTA +TTAATAAGGTATTGGGATTTATAGTTAATATCTTTAGAAGTTTTCCATTTATTATACTAA +TAGTGGCATTGATTCCATTTACGAGAGCAATAGTTGGAACAAGTATAGGTGTAGAGGCAG +CTGTTGTACCAATAACAATAGGAGCAGCACCATTTATTGCAAGAGTAATAGAAGGTGCTT +TAAATGAAGTAGATAAAGGGTTAATAGAAGCTGCAAAATCATTTGGAGCGACTAAAAGAC +AAATAGTATTTAAGGTAATGATAAAAGAAGCAATGCCATCAATAATATCTGGAATTACAT +TATCAGTAATATCAATATTAGGATATACTGCAATGGCAGGTGCAGTTGGTGCTGGAGGGC +TTGGTAACGTAGCGCTTACTTATGGACATCAAAGATTTGACACAGTAGTAATGGTTTATA +CAGTAATAACGCTTGTAATAATTGTTCAAATAATACAAGGTTTAGGAAATTTAGCTTATA +AAAAGTTAAAATAAAATAATTTTTAAATTTAAATAGGAGGAAAATAAAATGAAATTAAAA +AAAATATTAGGATTAGGATTAGCAGCAGTTATTTTAGTATCAGCGGTAGGTTGTTCTTCA +AGTAAATGGGAAAAAGATTCTGTAGATGCAGCAGATTCATCTGAGGATAAAAAAATTGTA +GTAGGAGCATCAGCGACACCACATGCAGAGATATTAGAAGAAATAAAACCTTTAGTAGAA +GCTAAAGGGTATGAATTAGATGTAAAAATATTTGATGATTATGTTCTTCCAAATACAGCA +TTAGATGAAGGATCATTAGATGCAAATTACTTCCAACATGTACCTTACTTAGAAGAAACA +GTAGCTCAAAAAGGATATAAGTTAACATATACGGCAAAGGTACATTTGGAGCCAATGGGA +GTTTACTCAGAGAAGATAAAGAAGTTAGACGAATTAAATGATGGAGCAAAAATAGCAATA +CCAAATGATCCTACAAATGGTTCAAGAGCTATACAACTATTAGCGGATAATGGATTAATA +AAAGTTGCAGATAAAGAGATCTTAACAGTTAAAGATGTAACTGAAAATGCTAAAAATATA +GAGATTGTAGAAGTAGAAGCTCCACAATTGCCAACGGTATTAGCAGATGTAGATGCAGCA +GTTATAAATACAAACTACGCATTAAGTGCTAATTTAAATCCTACTAAAGATGCAATTGCA +ATAGAATCAGCAGATTCACCATATTCAAATATTTTAGCATGTAGAGAAGATAATAAAGAT +AGTGAAAAAGTAAAAGTATTAACAGAGGCATTAACTAGTAAAGAAGCAAAAGCGTTTATA +GAAGAGGAATATCAAGGTAGTATAATACCATCATTTTAGTTAAAATTAAATATAAACCAT +AATAATAAGACCATTGGGTATATATTTTTATAAACTTGATGGTTTTTTATTCTAATTTAT +ATTAAGTTAAAATACAGCTATTTATATTTGATATTATGGTAAAATAATAATGAATAAACA +TAAATGAGGTGTTAGCTTGAATAGAGATTTTTTTCAACAAGATGCTATAAATTTAGCAAA +AGATATATTAGGTAAATATTTAATAAGGGAATACGATGGGATACAAATAGTAAGTAAAAT +TGTTGAAACTGAAGCATATATGGGTATAAATGATAAGGCCGCTCATGTATATGGAGACAA +GAAAACAGATAGAACGATGCCATTATATCTAGACGGAGGCCATATATATGTATATTTAAT +TTATGGAATGTATTACTGTTTAAATATATCAGCAAATAAGGAGAATATACCAGAGTGTGT +ATTGATTAGAGCAATTGAACCAGTAAAAGGAATAGAAGAAATTTGTGAAAATAGATATAA +AAAGAATTATAGCAATTTAAGTACTTATCAAAAGAAAAATATTAGCAATGGCCCAGGGAA +GCTTTGTATGGCATTAAATATAGACAAAAGCCTAAATTCTAAAAGTATTTTAGATAATGA +ATTGTATATAAGTGATTTTTATTATGAAGAAGGTAAAAAAATATTTGCAGATTATAAATT +TGAAATAGAAATAGACAAACGTATAAATATTGATTATGCAGAAGAAGCAAAGGATTATTT +ATGGAGATTTTATATTAAAGACAATAAATATGTATCAGTAATTAATAAAAATAAAACTGT +GAACAAGTAAGCTCACAGTTTTATTTTTATAAAATTTTTTCAGCAACAAATTTTATAACT +ATAGGAAGTACTATTAAAACAGTGATTAATCTAATTAAGTGTAATAGTTCAACAATATGA +GTTTGAGTTTCAAAAGATTCTGACATGATGACCATATCGGTTAAGCTAATGAGGTCAAGT +AAAAATAAAATATTATTAAGGTAAATTGAACATGTATATGAATATCTAAAAAGTTTAAGA +AAGGTTAGTTTACATCATTTAGATAAAAGGCAAGATGTTTTAATTGAACATATGAGAATA +GTTAATGCCATAGAAAAAGGGGATGAATTTTTGGCTGAGCAAGATGCTAGAATTCATGTT +ATAAATGCAAAACAAAGGTTTATAGAATCTTTTTTATATCTTTAGTTATTTAACACAAAA +GAATTTGTAAATTATATAGTAATCCTAACATAAGAGTCAAAATATATTAAAAATATTAAG +ATAATTCTGTTATAATAAAAAAGAATAAAGTATATATTCAAGGTTATATAAATTTAAAGT +ACAAACTTTATATAAATAAAACGAATATAAAAGGAGATTTTTATGAAAAGTATAGGTTTT +ATAGGAGCAGGAAATATGGCATCTGCAATTATTGGAGGAATAGTAAAATCAAATTTAATA +AGTCCGAATAAAATAATTGCTTCAGCTTTAAGAGATTCTACATTAGAAAGAGTAAGCAAA +AATTTTGGAATTAATACCACAAAAAATTCTAAAGACGTAGTTACAAATTCAGATATAGTT +TTTATTGCAGTAAAACCAAATGTATATGACTCTGTTTTAGAAGAAGTAAAAGAACTTATC +ACTGAGGATAAGATAATAGTTACTATAGCAGCTGGAAAAACTATAGAGTCTGTAGAAAAT +ATAATTGGATGTGATAAAAAAGTAGTTAGAACAATGCCAAATACACCTGCTTTAGTAAAT +GAGGGAATGACAGCACTTTGTCCTAATAAAAATATAAATGATGATGAATTAAATGAAATC +GTATCAATATTTAATTCTTTTGGGAAATGTGAGATTGTAAAAGAAGGCTTAATAGATGCA +GTGATTGGAGTAAGCGGATCGTCACCTGCATATGTATTTATGTTTATAGAAGCTTTAGCA +GATGGTGCTGTAAAGGCTGGAATGCAAAGAGAACAAGCTTATAAATTTGCGGCTCAGTCA +GTAATGGGTTCTGCTAAAATGGTTCTTGAAAGTGAAAAGCACCCTGGAGAACTTAAGGAT +ATGGTATGCTCCCCAGGAGGAACAACAATAGAAGCAGTAGCTGTGTTAGAAGAAAATAAT +ATGAGGGCGTCTATAATAAAAGCTGTAACTGCAGCAGTAGATAAGTCAAAAGAAATGAGT +AACAAATAAGAGGGGAATCTAATGATTAATAATGAAAAAATAATAGAAATAAAGAACCTA +AATATGAGTTATGGATCAAAACAAGTATTAAAAAATATAAATCTAGATATAAATAGAGGT +AACATTATAGGATATATAGGGCCTAATGGTGCAGGAAAAAGTACTACAATAAAAATAATT +TTAGGGCTTATAGGTGGATATGATGGAGAGGTGAAAATTTTCGGAAGAGATATTACGGAA +GAGGATTTTGAGTATAAAAATAAAATAGGATATGTTCCAGAAATTGTTAAAGTATATGAA +AGTTTAACTGCGAGAGAATATTTAACATTTATAGGTCAATTATATGGGTTAGAATATAAA +ACTTGCGATGAAAAGGCAAAAAAGCTTATGAAAGTACTAGATATAGAGAATGCATATGAA +AGCAGAATATCTTCTTTCTCAAAGGGAATGAAGCAAAAAGTAGCTATAATTTCAGCCGTA +CTTCATAACCCAGATATATTATTTTTAGATGAGCCACTGAGTGGGCTAGATGCAAATAGT +GTACTTCTAATAAAAGAGATAATAAATAAACTAAAAGAAAATGGAAAGACTATTTTCTAC +TCTTCTCATATTATGGAAGTTGTAGAGAAAATAAGCGACAGGATAATTGTTTTAAATGAT +GGAAATATAGTTGCCGATGGTAATTTTGAAGAAATTAGAAAATCAAGCTTTGATGGTTCT +CTAGAAGAAATATTTAATGAACTTACTGGTTTTGCTGAGCATAGTGAATTATCGAATGAG +TTTATTAATATTTTAAATGAGGTATAGAGTATGAAAAACTTTTTAGCACTTAGAATTTTA +GATTTATTTAGAGGTATATACACGAAACTTGGCGTTGACTATAATATTATGAGATTAATC +ATACAAGCAAAGCTTACTTTAGATTGTAGAAGAGTACCAACTATGTCTGAGGGTCCGATT +GAAGGCAAGGAGAAAAATTATTTTTACAGTTCTCTTATTGTTTATGCTATTTTAGGTGTT +ATATTTCTACCTATAATTTTAATGAATATAGATTCGAGAATAAAGATGAGCGTTTATTTT +TCTTGCTTTATGATATTACTTTTAACAGTACTTATATCTGACTTTTCTAGTGTGATACTA +GATGTAAATGATAAAGATATAATCGGAATTAGAGGGGTTGAGCCTAAAACATTAAATGCA +GCAAAAACTACGCATATTTTTATATACATATTTATGCTGAGTTTATCTATATCAGGATTT +AGTTTGATAGCATCCTTAAGATTTGGCATACAGTATTTTTTATTATTAGTTTTGAGTATA +GTACTTATCGATATTTTGATGATAATAATTACTGCTATTATGTATCTCATAATTCTTAAA +CTTTTTAAAGGGGAAAAGCTTAAGGATATGTTAAATATATTCCAAATTTGCTTTTTATTA +TTATTCACAATAGGTTATCAATTTATAGCAAGAAGTTTTGATTTTATGCATACTGATATA +GCTTACAATCAGTCTTGGTGGAATATATTATTTATTCCTATGTGGTTTTCTTCTAACTTT +AGTTTGTTAGATGGAAAACCTATAGATTCTATTGGAATTGTACTAAGTATTTTATCTATA +GTTGTACCTATAGTGTCACTAGTAATCTATAAAAAACTTGTTCCAGTATTTGAGAAGAAT +CTTCAAAAACTTAACGATAATACTTATAAAAGTAAATCAAAAAAAGAAAAGCTTTCTATT +AAAGTAAGTAAATTAATTTGTAGAGAGAAAGAAGAAAGAGCTATATTTAATTTTGTTTAT +AATATACTTGATAAAGATAGAGACTTTAAAACAAAGGTATACCCATCATTAGCATTAGGA +GCATTTATGCCGATTATAATGATATTTACTTCCTATGATAACAGTGGTATCATAAACTAC +TTAATGGAAATAAGGAAAAGCTATTTATTCCTTAGCGGATATTTGGGAATAGTAATTATG +CAAAATATAATAACTATGGTTCAATATTCAAGTGAATTTGAAGGAGCTTGGATATATGAA +GTACTTCCTATAAAGAATATAAGAAATATATACACTGGGATGTTTAAGAGTAGTATTTAC +AAGTTGTATTTTCCATCTTTTATACTTTTGTCTATAGTATTTATAGTAATATTTAAATTA +GAGGTTATAAAACATTTAGTAGTGCTATTTTTATCTGGTATACTTGTTTCCATGGTTTCT +TTTAAACTTAATGAAAAATACTTACCATTTTCAAAACCTTATAATGTAGGAACTTCATCT +AAAAATATTATTGTAGTATTTAAATCAATGATTACTACTGGAATATTAGTAAGTATACAT +TTTGGGATAATATCAATGAATACAAATGTATTTATATATATTTATGCATTAATATTAGTA +GGTATAATCAAAATAAGTTGGAAGGGTATTTTTACTGTTAAGGAAAATACTTAGAAGAAA +TGTTAAAAAATTCAGATAACTCAATTTTAAAAATGTTGAAAAATAGACTATAATTGATAT +GTTGATAAAATATATTAATTATAGTCTATTTTTTTAAAACCTTTTTTTTAGATTTAGAGT +CTAATAGATATGAGAAGAAATTTTTACTATTATGGAAGGGGATATGATGGAAGAGATAGT +CTTAGTTAAGAGAGCCATTAAAGGTGATTGTGAAGCTTTTGAAAATTTGATAGATATGTA +CTCAGATAGGTTATACAGGGAAGCGTACTTAAAATGTAAACATGAGGATGATGTAAAGGA +AATAATTCAGGAAACTATTTATAAGGCATATAGAAATATAGGTAATTTAAGAGAACCTAA +ATATTTTAAAACTTGGATAAGTAGAATACTAATAAATGTTTCTAATGATTATATAAATAA +AGTTGGTATGGTTGATTTACAACATGATGAAGAAGCTTTTATAAAAGAGGTTATTATTGA +TGATAATATTGAGATTAAAATTGACTTGTTTAATGCGATTGATGAGCTAGAAGACAAATA +TAAAGATGCAATTATTTTAAGGTATATAGAGGATTTAAAAATAGAAGAAGTATCAAAAGT +ATTAGATCGTCCTATTAATACGATAAAGACCCACTTGAGAAAGGCAATTCGGGATATGAA +AAATCTGTTAAAGGAGGGATATGAAAATGAGTAATAAAATTGAAAACATAAATATAAATG +ATACTTTAGTAAATGAATTAGAAGAAATAAGTGTAGAAGAACTTGATTTAGAAATGAATG +AGTTTTATATAGATGATGAAAAAATAAATTCAATAAAAGCACCTAGTAATATGAAGATCT +GGGTGAGAGATGCTATAGATAAAGCAGAAGTAGATATGAAGAAACATAAAAGAAAGAAGC +AGATAATTGCAAGTGCTGCGAGTATAGCAGTTATATTTTTAATAGGAGTATATAACCCTG +TGCTGGCTCATAAAGTTCCTTTTTTAGAAAAAATATTGAAAACCATAAATGATACTTTAA +AAATAGATGAAATTAGTTATTTCATTGGGTTAGATAAAATAGCACCAAAGGCTACTTTAG +ATGAAAGTAATAAGGTTAAATTTATAAAACCTTCAGAATATAAGGTGAATAAATTATATA +ACGAAGGAGGAGAATTTGAAGATGAGGTTTTAGATGATAAAGAAGGTAAGCAAATTCAAG +AACCTAAAACTGAATATTTAGCAGTTCAGTTTATACATAAAATGTCAAATAGAATAATAA +ACCCCATAGATGGCAGAAAATATGGTAGTATAAAAATAACGCCAAAAACTATAGAACTTG +CAATAAATGGACTAGAATTAATTGAAAGTGATGAAGATAGGAAACACTTATATAATGAAC +TAAATAAATGGAAAAATGGAAAATTTGAAAATGCAGTAGATGTACATAATTATGTATGGT +ATATGTTAGATGGAGAAATTGGTAAAGCTATATCTATAAAAGATGAAGTAGTAGATAATA +TAGTAAATACTTATTTTAATTAATGCATAAAGTAGAAAAGGGGGAATTATTATGAATTTA +AAAAGAATATTTATAGTTGCAAGTGTGTTAATCATGAGTATGTTTGTTTTCTTAGGATGT +AATAAAGAAGAAAATATTGAAGCCGTAGTAAATAATTACGCGAAATTATTAAATGATGGT +AAATATGAAGAATTATATGAAGAATTAGCAAATGAATCTAAGAAATATATAGATGAAGAG +TATGAATCAAAAGAGGGATTTGTGCAAAAATATTCTAATATATATTCAGCAATGGGAGTA +AATAACATAAAAATAGATATAAAAGATTCAGAAAATAAGTTAGAAATACCAATAACGATT +ACCATGAACACAATTGCAGGAGAGTTGAAGTTTGACGATGCGAATATTAAATTAGTAAAA +GAAGATAATAAATACAAGATATTATGGAATGAAAGTTTAATATTACCTCAAATGATACAA +GGTGATAAAATAAGGGTAAAAACTACGAACGGCAGTAGAGGTCGTATACTCGATAGAAAT +GATAATTTATTAGCATATAATGGAGAGGTTAATTTTGTTAATATAGTCCCAGATGCTTTT +GAGGAAAATAAGAATGAAAATATCAGTAAGATGGCTGATATTTTAGATATAAGTGAAGAA +TACATAGAAGATAAGTTAAATAAAAGTACAAACTCCGATGAAGCTTTATTTATTGTAAAA +GTATCAAATTATGAACAAGAAAAAGTTGAAATTTTATCTGATATAAATGGTGTAAGTGTA +CAAAAGGGGATATCTAGAGTTTACGCACAAGGGGAAGCATTCGGTAGCTTACTTGGATAT +ATTGGTAGTATTACCGAGGAAGAGTTAGCAAAAAATCCAAATAAAGGTTATACTTTTTAT +AGTCAAATTGGTAAAAATGGATTAGAACAAGTTTATGAGGATAAGTTAAGAGCAAAAGAA +GGAGCTCATATATATATAGAAAGAGGAGATGAACAAATAACTGTAGCTAAAACTGAGGCT +AGTGATGGTGAAGATATAAAATTATCTATAGACTCTGAACTTCAAGAGGATGTATATAAT +CAGATGAATAAAGATAAGGGAGCGTCAATAGCTATGGATCCTAAGACAGGAGAAGTACTA +GCTATGGTAAGCTCACCTTCTTATGATTCAAATACATTAGTAACATATAAGACTAAAACT +ATAGCTAAAACTTGGGAAGAAAGTAAAAATGCAGAATTTGACAACAGAGCTAACAATGCT +TATTCACCAGGATCAACAATGAAGCTTATTACAGCATCAATAGGACTTGAAAATAAAGTG +ATAGATCCTAGTGAAAAGATGGAAATAAAAGGTTTATACTGGCAAAATAGCTCATCATGG +GGAGATTATAAAGTAACTAGAGTAAAAGATGCTGGTTCAGTTAACTTGTATGAGGCAGTA +AAGTACTCTGACAATATATATTTTGCAGATAAAGCAATAAAAATTGGTGCTGAAAAATAT +ATAGAAGAAGCTAAGAAGTTTGGAATAGGAGTAAAATCTACATTTGAATATCCTATGGCT +AAATCTCAAATATCTAATAATGGAAAGTTAGAAGATGAGCTTTTATTAGCAGATACAGGT +TATGGACAAGGAGAGATACTTACAACTCCACTAGAGATCACAATGGCATATAGTGCTTTA +GGAAATAATGGAAATATCATGACTCCAAGATTAGTTATAAGTGAAAATAATGAAGCCAAG +ATATATAGCGAAGCTATATCTAAGGATTATCTTCCGGAGCTAAAGAAATGTTTTTCTGCT +GTAATAAATGATTCAGACGGAAGTGGAAACTTAGCTAAGATAGAAGGTGTAAATCTTGCA +GGAAAAACTGGAACAGCAGAAATAAAAGGTAGTAAAGATGATAAATCAGGGAGTGAAAAT +AGTTGGTTTGCAGCTGTAGACTTAGATGATTCAAAAATAGCTATATCTATGGTAATGGAA +GATATGAAAGAGAAATCTACATCTCAGTATTTAGTTCCTAAAGTTAAAAACATAATAGAA +ACTTATTTAAATAGAAAATAAAGAAAAAGCCCTAATTAAAAAAATATAATTAGGGCTTTT +TTAGTGATTTTATTTGTATTTTGGGATAGTTATAATTTTTTTTAATGTAAACTTTAGCAT +AGAAGTACTAAAATAGAAGAAAATAAACTTAATAAAAAATAAATTAAGGAGTATTAATAT +GAAAGAATTTAAAAAGATATTATTAATTGCTATAATGACTATGCTTGTAAACACTTCTTT +TTCATATGGAAATATTAATAATGAAGAAGACCTTATATTAAAAGAAAATTTAGAATCATA +TACAGAAGAAAATAAGAAGGACTCTGTAAATGAAATATTTGAGATAGAGACAAAGAGTAT +AATTGAAGATAGTGAATTCTTCAAAGCAAGGATAAAATATCCATTTTTAAAGATTAAAGA +TAAAAATACAAATAAAAAAGATTCAAAAGTTAAAATCGTTGAAAGCATTAATGAAGAAAT +ATATAAGTATATACTAGAATTTAAAAATAGAATCAAAGAAGAATCTAAGCAATATGAAAA +AGATTATAAAAAGATATATTCAAAACAGAAAGAGCAGTATGTAAAATATCAGTATGAAGC +ATATTCAGAATATGAAGTTACTTATAATAAAAACAATATACTAAGTATACCAATAACAAC +TTATGAATTTACTGGTGGAGCACATGGAATGAGTTACTTAAAATCGTATAATTATAATTT +ATTAACTGGAAAACAAATTAAAATAAAAGATATTTTTAAAAATGGAACTGATTACGAGAA +AATAATAAATGATTCTATTTCAAAAGAAATAGAAAAGAATAAGGATTTATATTTTACAGG +TGAAAATGGATTTAAAGGCATCAGTAGTAATCAAGATTTTTATATAGAAAAAGATGGATT +AGTAGTCTATTTTCAACGATATGATATAGCTCCATATTATGTAGGTATTCCAAAATTTAA +GATACCTTGGAATCAATTTGGAGCAACTAATATAGATATAGAATAAAGTTAAAATTAAAA +AGGATACAGTATTTATTATAAAAACTGTATCCTTTTTAATTTATTGATGATATTAATTAT +TCTTAAATTGAATTTTAATTATTTAAGTTTGTAGGTTCCTCACTAGATGTATTACTATCT +TCATTATTATCAGAAGAATTTAAATTATTATCTGTTGAATTGTCAACAGGTTCATTTGAT +GAATCTTGGTTAGTATTATCATCAGTATTAGAAGTAGGAATATCATTAGAAGAATTATTC +TCAGCTGGAGCTTCATTGTTTTGGTCTGTTACTTCATTATTATTAGATTCTGATGAGTTA +TTATCATTACTACTAAATAATCCAGTAAACCAATTCCATATCTTTGAGAAGAAACCTTCA +ACTTGCTCATTTGATGGAAGGTTTATTGCATCCTTATCAGTAGCATCTATTTGAGCTCCA +TCACCAAGTAAATTGTCATTAGTATTTCCAAGTATACCTAAATCTTTATTACCCTCAAAT +ATACCTGCAACCCAATCGCCTATCCCACTAAACCAACCTTTTATAGTATCGAATAAGCCC +GAATTTGGATTTTCTCCCATAGCTGATAAATTTTCATTTACATTATCTTTTACACTATTT +AAAGCATTTTTTATGCTGTCATAATCATAATCTTGTTGTGCTATTTTTGTCATTAAATCT +TTTATTTGTTGCTCTTGGTCTGGTGTTAAAGTTACGTTGTAGTTATTTGTTATATTGTTT +ATAGTGTCAGCAATTTGTATAGTATCACTAGTATTATTTTTTATTATCTCTGTTTTGATA +TCATTGATAATACCTGTAGCTTTATCTTGGCCAGATTCTCCACCTATTTCATCTGCTAAA +TCTCCAGTTATTATTAGCTCTTCAGATGCAATTTCTTTTTTTGTTTCATCTAAAGGTTCT +CCAGTAGCATCCTCGAATGCTTTCATTATACCAGTCATCATTCCCGTCCCAGAAACTGGG +AATGGAGCAGCTGCAACTACATTAGCATTTTCAATTCCACAAGTAGACATTATACTTGCT +ATCATTGAGCTAGTTGCCCAAGTTATATTGGCAGTTTTTACATTTATACCACTACCAGCT +TTTGTTGGCTCAACATAAGCACAAGAGAAGGTTTTTTTACCTAATTGTTCTTCAGTTGCT +ACACCTTGTAAGTACTTTCTTTCTTCTTGGTTATTTACTTCTATTATTACCACTTCATTT +TCATTAACGCCAAAGTACTTTAGCATAGTAGCACGTTGTTCTTTGCTTAAGTTTGCACCT +AAAGTAACAACTCTTGAACTATCTGCAAAGGCAAAGTTAATGCTACTTATAAATAGAGCA +CCACATAAGATTAACGAAGTAATTTTCTTTTTTATTTTCATACTCAATCTCCTTTAATTT +GTTGTACACATAATATATACGATTTGTTTACAGAATTTATGTATTCTCCTGTCTAATATA +CTATAAACTATTTTAAAGTTCAATTGGTTTACAATTTTGTAACTGTAATTACGAAAATAT +TACAAAATTATTAAGGAATATTAAGTGTAATCTAAATAAGATAATTAGAAAAAATAAAAA +GAAGAAAAGAGAGATTTTAGTAGTTTACTTACTAAAAAATCACCTTTAACAGTATATGAA +TTTAATATACTACTGAAGGTGATTTTTATTTATAAAGTTTATCCACCAAGAGTAACATCT +TGTTCATTATACCAATCTAAGGCATTATAGAAATCTTTAGGAGTAAAATCAGGCCAATAA +CTATCTACTACATAGAAGTCTGCATATACAGACTGTACAGGTAAAAAGCCACTAAGTCTT +CTTCTACCTCCCCATCTTATTATAAGGTCGATTCTAGAAATATCTTTAGAATGTATGTAA +GGTAAAATATGCTTCTTAGAAGAATTAGCATCTTTTAGTAAATTTAAATCCCATTCCCAT +CCATAGTGTATTAAGAAATTTACTTTAGTACCTCCATTACCAAATTTCTGTCTAGTAGTG +AATGGAAGTAGTTCCTTTGGGAAGGCATTTGACTCTGTATTTCCTATTACAAGTATTTCG +CAGTCTTCTTTAGTTAAAAGCATAACAGAATCAATACAAGCTTGGGTAAATGCAAGTTTT +TGTTCTGTAGGACGCTTTGTGTTATCTACAGTAAATCCATAAAATGTTACTTCTTTTATA +TTTTCTTTTTGACAAAGTTTAAAGACTTCAAGACCAGGGTTTATTCCATGTTCATAGCCC +TTGTCTTTAGTCATGTTGTTTGATAAAGCCCAACGTCTATTTCCATCGGGTATTATTCCA +ATATGTTCTGGTACTCTCATAGGCCCTCCCTAAAAATTAGAAATTATTGTATTATTGTTT +CCAAGGGAATAGAAAATAAACCTATAAATAGAAAATAATTACTTATATACATAAAATTAT +AATTACTTTCTTGTTTGTAAATTAGTATAAGTGATATGATTTTAGTATATGCTCTGTATA +AAATGAGTTTAAGATATAAATTATGGAGGGTTTGATCAAATTAAACTTAATGGAAATGTA +TTTTCGAAAGTATTAGATATGGATACTGGGATAACAATAGTTACACCAAATGATTTGAAG +TTAGATGGTTATTATAAAGTAGTTTATCTTTTTCATGGATTATGTGATAATTATAGAAAT +TGGGTGAATTATACATTATTTCCTGTATATGATAATAGGCATGATGTAATATTTATAATG +CCTGAAGTTCAAAGAGCTTTTATACTGATATGAAATACGGATTAAAGTACTTTTCATATA +TTACTGAAGAACTTTCCAAAATTTGTAAAAATATATTCAATATTTCATCAAAAGAGAAGA +TACAGCTATAATGGGGGCATCCATGGGTGGATATGGAGCATTAAAATGCGCTCTTTCAAA +GCCGGAGCAATATGGATTTTGTGGTGCATTTTCTCCAGCATTCTTATTTTTAAAGGACTA +TCTTAATTATCAGAGAGATGCTGGTATTGTTAAGTACGAGGACTTAAAAGCTATTTTTGG +AGAAGATTTGACTTGGAAATCGGAGTTTGAACTAATAGAACTAGTTAAGAATTTATATAA +TAAATCAGATAAGCCTATAATTTATACAGCTTGCGGATATAATGACTTTTTGTATGATGA +AAATTTAGAATTTAGTAAAATAATGAAGAACTTTAATATAGATTTTACGTATGAAGAATG +GCCAGGTAATCATGATTGGTATTTTTTTATGAGTCGTTGTATAGAGCATTAAATATTTTT +TTACATTAAAAGAAAGTAAAGAGGAAGGATAAGTAAAATGAAGCAAAATAAAAATGATGA +TATTAACTTTTTTAACAAATATAGCAAGATGGAGCGTTCAATAGGAGGACTTGAGTCAGC +TGGAGAATGGCATATTTTAAAGACAATGCTGCCATCTTTTGAGGGGAAGAGGGTACTTGA +CATTGGGTGCGGATTTGGATGGCATTGTCGATATGCATCAGAGCAAAAAGCTAGTTCTAT +AGTAGGTATTGATATATCAGAAAAGATGCTTGATACAGCAAAAGAAAAGACAAATGATTC +TAAAATTAAATATGAATGTAAAGCGGTAGAAGATATTGAGTTTAAGAATGAAGAATTTGA +TATAGTAATTAGTTCTTTAGCACTTCACTATGTTAAGAATTTCGATGAAATTTGCAAAAA +AATATATAATAGTATTTCTAGAGGAGGAGATTTTGTATTCTCAGTAGAACATCCTATTTT +TACAGCAAATGCTCAACAGGACTGGTATTATAATGAGGATGGAGAGATATTACATTGGCC +AGTGGATAATTATCAAGATGAATCTATTAGAATAACAAGATTTTTAGATGAAGAAGTTAT +TAAATATCACAGAACTTGTTCCACTTACATAAATACACTTATTGAAAATGGATTTAATAT +AGTTAAAATATCAGAACCTGTACCACCTAAAGAAATGGTTGATGAAAATCCATATTTAGA +AAATGAATTCAGAAGACCAATGTTTCTTATGATAGCAGCAAAAAAAGCTATTTAAATGGC +AAAATACGAGTAGAATTGAATATAAATAATATAAGGTAAAAAGGAGGGGGGAATGGGAAA +TATAGCTTTTGCTTTTATGTTAACAGCTATTGCAGGATTATCTACAGGTATTGGAAGTTG +TATTGCTTTTTTTTCTAAAACAGATAATAAAAAATTTTTATCTGTCACACTAGGATTCTC +AGCTGGTGTGATGATTTATGTATCTATGATAGAGATATTTTCAGAGGCAAAGATAAAATT +AGCTATATCTTTTGGAGATAAAATAGGAACTGGAATAACAATAATAGCATTTTTTACAGG +AGTATTTTTAATCTTATTAATAGATAAATTTATTCCATCAGAAAGTAACCCTCACGAGGT +ACATGATACATCAGAGATTAATGATTCTGCACTAGAAAATAATAAATTGCTAAGAACTGG +AGTTTTTACTGCGCTTGCAATAGGTATACATAACTTTCCAGAAGGAATAGCAACTTTTAT +ATCTGCATTACAAGATTTTTCTATAGCTATACCCATTGTTGTAGCAATTGCGATACACAA +TATTCCAGAGGGGATTTCAGTATCTGTTCCTATTTACTATGCTACGGGAAGTAAGAAAAA +GGCATTTGTATATTCCTTTATTTCTGGTCTTGCTGAACCTATTGGAGCTTTAGTTGGATA +TTTAATATTAATGCCGGTTATGAATGATACAGTATTTGGTGTGTTATTTGCTGGTGTAGC +TGGTATTATGGTATTTATATCTTTAGATGAGCTATTGCCACTATCAAGAGAATATGGAGA +AGGGCATTTATCCATTTATGGTTTAGTAGCTGGGATGGCGGTTATGGCAATAAGTTTATG +GCTATTTATGTAGAATATAAGATTTTAATATTTTAGTATATTTTTAATATTAAGAAGAAA +ATAGTAAAGCTAAGAGTAAATTCATATAGAATTTACTCTTTTTAGATAAATTAAGGAAAT +ATTTATTCTCAAAAACTTAGAAAAGCAGGAGTATATGTGTACTTAAATGAATTAAAAGGA +ACTTTTCATGGTTTTGACAGCACGTATAACAGAAATATTGTAAAAAGAACAATGGAAACT +AGAATTGAAATATTAAAAAGATATTTAAATGATTAGAGATATGTATGTGTAAATTAACCT +ATTGTTTTAGTGCATAAAATACTGATAATATCTTCTTGCAAAAAATATTTTATTAATATA +AGAGTAGAGTGTATTTTTAGATGAAATTCAAGGAAATCTAAAAGAAAATAAAATGAATTT +TTATATTTTGGAGGTCATTATGAGCTTATACTTAGGAAAAATACATTACTGGCTATACAA +TAAAATATTATGGTTTGAAGGACTAGAGGATGAAATAATAAGGGTAGCTAAAGAGGAGAA +GTTAGATATTGATAAATTAGCAAAGGAGGCAAATAAAAAGTTTGGAGAAAAATTACCGAA +TAAACCTTTAGAGGAAATTATAGATACTAATAATATACACGGATGGCTTCAAGATAGAAT +TCATTCTTCAGAAGGTAGAATGGCATATTGGATAAGAATAATCCTTAAAAATGATAAAGA +TAGTATTAGTAAAATAGAAAAAGCATATATAGATCAAGGTATTAAGGCAGGCAAAGAATG +TTTAGCTGAAGGGATAGATTTATCTAATGCAAAAAATATATACAATAAAATAAATGACTA +TATTTTAGATGGAATGCCATGTGATAGAGTTAATGAGATTTTAGAGTCTAATGAAGATAT +TGTAAGTTGGAAGAGACGAATTTGTGTTCATAAGGATATCTGGAATGATGAAGTTGAGCT +ATTTTATCAATTAAGAAGTTTGTGGATTAAGTCTTTTATTAATACTGTAAATAATGAATT +CAAATATGTTGAAGATGATGGTGTAAATAAGATAGAAAGAGTTCAATAAAACCATAACTA +AATAAACTGTGAAATATTAGCAAACATGTCTTGATTATTTATATCAAAATAAATAGTTTT +CCTATATTTGAACAAAGAACTTTAGAAAGTCAAATAGAAGCATTAAAAGATGATAGATAT +AATTGGATAGTAATATGTGATGAAAGTGTAGTTGTAGGTATATTATTATATTGGGAGTTT +GACAAATATAAATATATTGAACATTTAGCTATATATTCAGAATTAAGAGGTAAAAGTTAT +GGTTCAAAAATACTAGAAATTTTCTGTAGAGATAATAAGACAATAATTTTAGAAATCGAC +CCACCTATAGACGAAATAGCGCTTAAAAGACTTAAGTTTTATTCTAAAATAGGGTTTATG +CTACAAGAATTTAATCATATAGATCCTCCATATAGAAAAGGATATGAAGGTCATAGTTTA +AAAGTTATGTGTTACAATAAAAATTTAGAAGAATATGAGTATAATGAATTTAATGAATTT +TTAAAGAATGTAATTATGATATATTCAGAATGTAATTAGATATAAGAAATGAGAGCATAT +AATTATATGCTCTCATTTAATTTTACAATTGAGCTTATTTATTTTAGTTATATAAATTGA +TTATTTCTGAAGCTTTTTCCTTAATTTCCGAGATGGCATCCTTAGGTTCTATTATTTGAA +TATATTTACCGTATCCAAAGGCAAATTCTATACCCTGCCATTTAGCATCAAAATCAATAT +CAAGATATATTTTATTTTCTTTTATAGTTGTATTCCTTATAGTTATAAATTTTCTTTCTC +TTATACTATTTAAAATGGATTTATCAACCTTAAACGTAAAAGTATATTTTGGAATTAAAT +TTTTAAAATTACTAATAGATGATTTCCAATAATTCTCTAAATTAAAATCCTTTGGTCTAA +CAAAATTATCATTCATTAAGTAGATAGATTTTATTGAATTCACTTTATAGGCTTTAGTTA +TGTCATTATTTATGCCAACTAGATACCAAACTCCTCTTTTGCATACTAAACCAAGTGGAC +TTAATATAACATCTTTTGTTTCATTTGTTTTTTCGTATACAAATTTTAGTACTTTAGAGT +TCCAAATTGAATTTTGACACTGTGATAGTATATCTTTATTTAAAGTTGTAGGAACTTCAC +CCCAAGTATTCATATCTATATAAATAAAGTTTTGTATATTTTCAATTTCCTTTAATTGGT +TAGGAGAAGAATTACCTAAAAGCTTAAGGATAGTAGAGTTTTTTAGTTTTTCCATTCCTA +AATCTTCTAAAATCTTATCTCCTGTAGAGAGAAATAAAGAGAATATTTCATCGTTATTTA +TTCCATTTAAAGAAGTTTTGTAATCTCCTAGAAGTTTTATTCCTCCATTTATTCCCCTGT +CAGCGTATACTGGTATTCCAAGACTGCTTAAAGATTCAACATCTCTATAAATAGTTCTAA +TGGAAACCTCTAACTGCTTAGATAATTCCTTAGCTGTTAGCTGATTATGTATTTGTAGTA +ACATTAGTATAGAAATTAATCTGTCTGCTTTCATAATTTTTCCTTTCAAATATGACATAA +GATGTCAACTATTCTAACTTATAATATATTTTATATCAAGTAAGATATTTTATTAATTTG +GGAATGTAAAGATTTTATAAACAAAAATTAATATCTAAATTAAGAAATATAGAAAAGAGG +AATCACAATATGGATAGAAAGATAATATTAAATTTAGCAATGAGCATTGATGGATATATA +GCTTCAGAGGATGGCGGTTATGACTGGATTGTTGGAGATGGAAATGACAAATTAGATACT +GAAAATACATGGGATTATGATAAATTTTTAGAGGGAATAGACACTGTAGTAATGGGGGGA +AAGTGTTATGAACAAAGTTTTCATAATGATTTCAAAGACAAGAAAGTCTATGTAGCTACT +TCAAAAGAAATAGATGATTATGATAATATTAATTTTATAAAGGGTGATATATGTAAGGTG +ATAGAAGATGAAAGAAAAAAAGACGGTAAGGATATATTCTTATTTGGAGGAGGAATTGTA +ATAGATAGTTTTATTAAGTCGGATATTGTAGATGAGTATATAATAGGAATAATACCGACT +ATATTAGGAAAAGGAAGATCATTATTTTTAGGTAATAACCCAAAGATAGATCTAAAGTTA +GATGACTGTATTATAGATAAAGGCATTACAATATTAAGGTATTCAAAAAGGTAAAAATTT +CATTTTAAAATATATTTATTAGTTTATGGAGAAAATAATGATGTATTTAGTATAATATTT +TATATAATTATGGAATATGAAAGGGGGATAATTAAAATTAAAAAATTAATAAAATTATCT +TTAGTACTTATAATGATTGCATTAAGTTTTTTATTTTATAATAAATATATAGAAAAAAAG +TATATTGATGAAACTAAAAATATGACTGAAAATGATATAAAATTAGTCAATGAAGTAATA +TCACTAGCTAAAGAAAAAGTAGGACTTGAGTATATATGGGGTGGCAAAGGAGAAATAATG +ACTGATGAAAGATTGGACGAGCTTATCTCTGAGTATGGAATAAAGCACTATCCTTTAGAT +AGAGATAAATATATTAAAAATCAAGCTTTTGACTGCTCAGGGCTTACTTATTGGACCTAT +AAAGAAATAACAGGAGTAGAGATAGGGTATTCTACCTTACAACAAAAAGAGGTCTTAAAG +GATTATAAGGTAGATAAATCTGAGTTACAACCAGGTGATTTGATTTATACTCCTGGACAT +GTTGTTATGTATATAGGTAAAGGGAAGGTTATACAGTCCGCTAATGATAGAGCGTATCCT +ATAGGTGGTGTGAAAATTTCTTCAGTTTTAATGTATAAAAATGGTGAAGTATATAGGCCA +ATTTGGTATATAAATAAAACTTTAAAAAATAATAGATAAGTTATTATTAAAATAGAGAAG +ATGCTTATAAATTAGTATTTTCTCTATTTTTTTCTAATTCACTTATTTATTAGTAATACA +TAACTGGACAAGCACATATATTTATATAAGTTATAAAGAAAAATAACGAGGGGGATAAAA +TATGAGGTACTACAATAAATCTACGAATGAAGTATTAAAGTACTTAAAATCAAATCCCGA +AGTTGGTTTAAGTACTGAAGATGTAGAGCAAAGAAGAAAGAAGTATGGACTAAATGAATT +TCAAGTAAAAGAAGGCAAATCTCTTATGGAAGAGATAAGTGATAGTATTATGGAGCCGAT +GATACTGATTTTATTAGGAGCAGCAGTAATAAGTGCCTTTGTAGGAGAGGTTCATGATGC +CATTGGAATATTAGGCGCAGTACTTATAGGTATTTCTATAGGAGCGATAACAGAGGGAAA +ATCTAAAAAAGCAGCTCAAGCTTTATCTAAATTGACTGAGAATATAGGGGTAAAAGTACT +TAGAAATGGTAAGATTAAGCAAATATCCAAAGCAGATTTAGTTCCTGGAGACATAGTTTA +CTTAGAAAGAGGAGATATGATACCGGCAGATGGAAGACTTATACAATCTGTAAATCTAAA +GATAAGAGAGGACATGCTTACAGGAGAATCTGCAGATGTAAGCAAAGATGCTGATAAAAT +AGTACAAATGGAAATTATATATGGAAAAACTGAAATTATAGAACAAGATACCATACCAGC +AAAACAAATAAATATGGTATTTGGAGGAACTCTTGTTGCTTATGGTAAAGGTGTAATGGT +TGTAACATCTACTGGAGATAAAACTGAAATGGGTAGAATTGCACAAAATTTAATTCATGA +AGATATTCCAACACCTCTTCAGCAAAGACTAGGAAAATTAAGTGCAAAAATAGCTACTAT +ATCAGGAGTTATTGCAGCTATATTATGTGCATATATGATTATAAAATTAAATATAAAAGG +TCAGATAAATATAGACACTTCAGGAATATTAGTTTTTTTACAATCCATAGAACCTGCAAA +AGATGTGTACTTAGTATGTATAGCATTAATAGTTGCTACAGTTCCTGAAGGTCTACCAAC +AATGGTTAATATAACGCTGGCGATAACTATGCAAAAGATGGCTAAAATAAATGCTTTAGT +AACTAAAAAGGAGGCGTGCGAAACTATAGGTTGTGTATCTGTAATTTGTTCTGATAAAAC +AGGAACTTTAACACAAAATAAAATGAAAGTAGATGTAGCTTATGTTGATGGTAAATATAT +AGATAGTAGCAAATATGTTAGTAATAGTTACTTTGAAGAAAACTGCATTATAAATTCAAC +TTCAGATATTGAAAAAGAAGGAAATTCATACAAATATATAGGAAGTGCAACCGAATGTGC +ATTGCTTTTATATCATAATGACAAAAACTATAATCAATTTAGAAAAAGTACAAATCTATT +ATCACAAATTCCTTTTAACTCTGAGAAAAAAAGGATGTCTTCATTAATAATTAAGGATGA +AGACATTGTATTCCTAACTAAAGGAGCTCCTGAAGTATTATTAAAAAAATGTATGTATAT +GCAAAAAGGAAGAGATATTGTTTCAATAACTCCACAGATAAGAAGAAATATATTAAATGA +AATAAGAAAGTTACAAGTTAAATCTATGAGAGTATTAGGTTTTGCTTATAAAGTAGTAGA +TAGATCACTTTTGGAAATCGCAATAACTTCTAATAAAGAATTAGATATAAATAGAAATAT +AAGATCATATGAAAATAATGAAGATTTAGTTTTTGGAGGATTTGTAGGTATACTAGATCC +TTTAAGAGATGGAGTAAAAGAATCAATACAAACTGCATTTGATGCAGGTGTAGATGTAAA +GATGCTTACAGGTGACAATATAAATACAGCAATGTCAATAGGAAAAGAAATAGGGCTTTT +ATATGGAGGCAAAAAAGTTGTAGAAGCTACATATATAGATATATTATCAGAAGAAGAATT +AAGAGATGAAATAAAAGAAATATCAATAGTTGCTCGATCTAAACCAGATACAAAAATGAG +AATAGTACAAGCTCTACAAGCAAATGGAGAAGTTGTAGCTGTAACAGGAGATGGTATAAA +TGATGCTCCTGCACTTTCTAAAGCGGATGTAGGTATAGCAATGGGAATTTCAGGAACAGA +AGTATCAAAAAATGCATCAGATATAATCTTAACGGATGATAGTTTTAGTACTATAGTTGA +AGGTATAAAATGGGGAAGAGGTATATATGAAAACTTTCAAAGATTTATACAGTTCCAGCT +TACTGTCAATATAGTAGCCTTTGTAATAGCCGTTATATCTCAAATCATGGATACAAAAAT +GCCATTTACAACAATACAATTATTATGGGTAAATATAATAATGGATGGTCCACCAGCTTT +AGCACTCGGACTAGAACCAGTACGAGATTATGTTTTAGACAGAAAACCTATTAAGAGAAA +TGCTGGAATAATAGCTAGATCTATGGGAGTCAATATTATAATAAATGCCGTACTTATAAT +ATTGATAGTTTATACTCAACAGACTTTTAATATATTAAATGCTACACCAGATGAACAAAG +TACAGTTGTATTTTCATTGTTTGCCTTTAGTGCACTTTTTAATGCATTAAACTGTAGAGA +GTTTGGGATTCGTAGTACCATACCAAATTTCTTTAAAAATAAGTTAGCACTAGAAGTTAT +TGTTATTACAGGTATATTCCAGATAATTATTACTCAATTATTTAATGGATTTTTTGATTG +TGTGCCACTAGGAGCAAATATGTGGATAAAAATAGTACTTTTATCATCAGTAGTACTTAT +ATTGAATGAATTCGTTAAATTCATTTTTAGAGGTGGAAAAAATATGTATAGAAGAGCTAA +ATACTAATTATATGGTTATAAGAAAAATTTTAAATCCATTGTTAAGTAAGATTAAATCTT +AAAACTTAACGGTGGATTTTATTAATTTATTTTTAGATAAGGAGTTTATATATAAACCTA +AGAACAATAGCATATTTATATTTTTTACAAGAATATATATTAATATAGCATAAAAATATT +GTTATTGGAGGAGGTAAAATTGATAAAAATAGATCAAGATAAATTAATAAGTATCTTAAA +TAAAAAATGGGAATACAGAATATGTCCTATGTGTGGAAGTGGGGATTGGATAGTGTCAGA +TAAAATATTTGAATTAAGGGAATTTAACAATGAATATATTAATAAATATGATTTACCTAT +ACAGCCATTAGTTACAATTACTTGTAAGGAGTGTGGAAATACTGTTTTAATAAATCCTTT +AGTATTAGATTTATTAAGTAAATAAGGGTGAATATAATGGAGTTTAATAAAGGTAATCTT +GTAATAAATAAAGAAAATAATAGAAATATTGAGTTTTGTAAAGCACAAAGAGAAAAAACT +CTTACATTAATAGAAAAAAGTAACACTATACAGATAAAGGAAAGCTATTATAGCCAAGGA +TTAAAACAGGCTAAGATTGGATTTTACTTTGGATTAATAGGATCTACTATTGGATTATTA +GTAATAATAGGATTTTTAGTTTTTGCAGGTGATAAACTATGGGGTACTTGCTTAGGAGTA +ATAACTGAAGCTGTATCATTGCTGATATTTAAGATATCTGACAATGCACTAGATAGAATG +GGTGATTTTTTCGATAAGCTAAGTAAAGACTCAAATATAATTAAGTCCATTGAGTTATCT +AAATCTATTAAAAGGGATGATACAAGAGATGAATTACGGAGTAAATTAGCTTTATTTTTA +GTGGGTATGAATGAAGATAAATCAGAGTAAAATAAAGATTAAGCAATATAAGTGAGTGTA +GGTAGATTATTTTAATATAAGTCTACCTACAGCCATATTTTTATATAAAATATATTTGGA +TAAAATTAAGAATATTCCGAGGTAGCTCAATGGTGGAGCAACCGGCTGTTAACCGGTAGG +TTGAGGGGTCGAGTCCCTTCCTAGGATCCAATATAAATACTTAAAAATAGCTATTAACAT +TTCAAAATAGCTTTTTTTTATGCACAAATAAATAAAAGGATATTATTGAAAAATATACAA +GAAGTAATATTAAGATATTCAATATGCTATAGAATAATATTAATAAAAATAAGAAAATAT +AAAATATATAAAGTTTGAAAAGGAAAGATAAAATATGCAATTAACGAAAGACAAAAACTT +TTACAAAACTATTATAAATATATCTATACCAATAACGCTGCAAAACCTAATAACAGTATC +AGTAAATATGGCAGATACTGTTATGCTAGGAAAGTTAGGTGAAATTCAGTTATCAGCTTC +ATCAATAGGTGGTCATTTATTTTTTATGCTAATGATTCTTATGTTTGGTTTAGGTGGTGG +GGCTAGTGTAATGTCTGCTCAGTACTATGGTAAAAAAGATATGAGTTCAATACACAGCAT +ATTAAATGTAACTTATAAATTAGCTATTATGTTATCTATAATATTTTTGTTAATATCTAT +TCTTTTACCCAAAGAGTTTATGATGCTATTTACTAATGATAAATATGTTATAAATCAAGG +TATAAAATACATACGCATAGTAAGTATTAGTTATATTTTTTATTCACTAACAATTTCAAC +AAGTAGTGTATTAAGAGCAGTAAAAAATGTAAAGGCTCCTATGATAATAAATTCAATATC +TTTATTAATAAATATAACTTTTAATTATATATTGATATTTGGAAAGTTTGGTATTAAGCC +TTTAGGAATACAAGGAGCAGCCATTGCTACTGTAATATCAAGATGTTCTGAATTTTTACT +AGTAGTATTATATATGATGTTATTTGAGAAAAAAATTAAATACAAAATGAATTTTATTAG +AAATAATAATAAGGAGATAAGAGATAAATTTATAAGAGTAACTACTCCGATTTTTTTAAA +TGAATTATTTTGGACAATTGGGTCTTCAACAATATCAATAATAGTTGCAAGAATGGGAAC +AAAGGTTGTAGCAGCAAATAGTATAAATAATATTGTTTATCAATTTGCATTATTATTTAT +ACAAGGTTTATCTAGCGCTTCATCAGTGATAATTGGTAATACAATAGGAAAAGGATTGTA +TAAGAAAGTAAAAGAGTATGCAAATACTATTGCTATTTTAAGTTTAATTTCTGGAATTAT +GGCAGCTATAGTGGTATATGTAACTAGACTATTTATAGTAGATATCTATAATGTAAGTAT +TCAGACTAAGCTAATTGCAAAGGATATAATGATAGCAACAGCTATATGTATATTTTTTAG +AGCATTAGGTTCAACTCTTATGATGGGAGTACTTAGAGGTGCAGGGGATAATAAATTTGT +ATTTAAATATGAGATGATATTCATGTGGTGTGTAGCTATTCCACTTGGCTTTATAGGAGT +TTTTTATTTTAAATTTAATGTACCAACAGTATTTTTACTATTAAAAAGTGATGAAATATT +AAAAGGAATAGCAGCATACATAAGAGTTAGAAAAGGTAATTGGATAAATAATGTAACCTT +AGGTGATAGATAGGTTTAAGAATTATTAAACTTATTAAATATTTTATCAACGTTATATTA +AATGAGGTAAGGAACTAATAAATGTATATACAATATAAAAGCTTATGATATTAAAAAAGA +AGATTATTTATAATATCATAAGCTTTATTTTGATTAACTATATTGAGTTTCGCAATCTTC +ATTAACAACTGCATTTTTATTAATAAAAAAGTATTCTATGCATAATACTATATTAAAAAT +CATAATTACAGTTAAAGAGTATATTAAAGGATTTAGTCCATCCCCTATATAAAATGGAGG +TGCGTTCATGTAAGCATAATTAGAATTTAATATTGTATTTACCATTAACATTAATAAATG +ATAGGCAGTTGTAAATAATAATAGATTTTTTAAATCTATTTCTGACATACCTATTTTCTT +TACACTCAGTAAGTAAATAGATCCCCATAGAAGAAACAAATGTCCAATAAAATAGGAAAA +TTGAGTTATATGTGGAAATGAAAAAGGATCAATTCCAGGAAGTAATAAAGCTGATATTGA +GCCAAATATACCCCAATAAGAACCGATTTTCATTAAAGGTTTTCTATTAAATATTAAACC +AATTCCTACAAAGATAATTGCAATTCGGCAATGAAACAAGGGCAGACCCTCTTTTAGTAA +ATTATATTTACTTATAGAATACCAAGTATATAAAATTACTTGTTGAGTTATCAATATAAC +TCCTATAAATAATTCTAGAATTCTATTTTCTGTTTTCATAACAAAAATAAAAATACTTAC +CAATAAAGCTATAAATAATATAAGCAAGTGCAATTTTCCAAACGTAATAAAATTATTTTT +GTCTGTTGCACTTCTAAAAAAATAATAAATATTTTTCATATTAATCTCCCTCTAATTAAT +TATTATATATAAATTATTAAAAATTTATCATGTATCTTTTTGTACTTTATAAAAAGTAAT +TATAGCATTGAATATAATATACTATTATGTCTAATTTTGCAAAGAAAAATGGTTTTATAT +AAATAAATTTTTAGCTTTGAAAATTATTAATCAAATATCTATAAAAGTTAAAAATTCAGA +AAATTATAAAAAATTGATGAATTTTAAAAGGATTTCTTGTTAAAATGTAGAAAATATATT +ATGGAATATATTTTTATTAAATATTAAGGGGGTAAGAATGAGAGGTTTATTTAAGAAATG +GAACGAAATAAGTTTAGTTAAAAGAATTGTTATCGGATTAATAATTGGTATTATTTTAGC +TCTAACAGTCCCAACATATGCTAGTCCAATTGTAATATTTGGATCATTATTTGTAGGAGC +ACTGAAGGGAGTTGCTCCAATACTTGTATTTTTCTTAGTAATGACTGCGATTTCCCAACA +TAAGAGTGGTAAAAAGACTAATATGAGTTCAATTATTGGTCTTTACCTTTTAGGGACATT +TTTAGCAGGTCTTGTTGCAGTTATAGCAAGTTTTATGTTCCCAATAACTTTAACTCTTGG +AGTTAGTGTTAATGATATTACACCTCCTGGAGGAGTTGTAGAGGTATTAAAGAATTTACT +TATGAATGTAGTAGATAACCCTGTTAAAGCATTATTCAATGCAAATTATATAGGTATATT +AGCTTGGGCCCTAATTTTAGGTCTTGCACTTAAAAATGCTGCAGAGTCTACAAAAACAAT +GATAAGCAATGTAGCAGATGCATTATCACAAATAGTAAGATGGATAATAAACTTTGCACC +ATTTGGTATAATGGGTCTTGTGTTTGATAGTATTGCTACACAAGGGTTAGAGACTTTACT +AGGATATGGTCAATTGATTATTTTATTAGTTGGCACTATGGCATTTATAGCACTTGTTGT +GAATCCAGTTATTGTTTTTATAGGGATACGTAAAAATCCATATCCACTAGTATTAAAATG +CTTAAAAGATAGTGGCATAACAGCATTCTTCACACGTAGTTCAGCAGCAAATATACCAGT +TAATATGGGGTTATGCCAGGAACTAGGTTTGGATAAAGATACTTACTCAGTGTCAATTCC +ACTTGGAGCTACTATAAATATGGGTGGTGCAGCTATCACTATTTCAATATTAACTCTTGC +AGCAGTTCATACTCTTGATATTCAAGTAGATATAGGAATGGCTATAGTACTTAGTTTACT +ATCAGCAGTAAGTGCTTGTGGAGCTTCAGGTGTAGCTGGAGGTTCGTTATTATTAGTTCC +ACTTGCTTGTAGTTTATTTGGTATTCCAAATGATATTGCGATGCAGGTCGTAGGTGTAGG +TTTTATAGTTGGGGTTATACAAGACTCTTGTGAAACAGCTCTTAACTCATCTACAGACGT +ACTTTTCACAGCTGTAGCTGAATTAGCAAAGTGTCGTAAAAAAGAAAGTAAAAATGCAAA +GTATGCAAAGGATGTTAATTAATTTATAATCAAGGGATATAATTTATCCATTGATTTTTT +TTAATCAAAATACTAAACTTGAAATGTTTTACAGACACATAGCTCAAGCGAATCAAATTT +TCTTATGAATAATTTTACAATATGGACTTATAGGTAAAATTATGATATTGTTATTTTTAG +GAATTATTATTAATGACTAAAATTTATTATCAATAAGGAGAAATAATAATGATAAACAAG +GTAGCTAAAGTAACTGTATATGTAAACAACCAAGATGAAGCTAAGAAATTTTGGACAGAA +AAATTAAATTTTGTAACTAAAATAGATGCGACAGAAGGACCTCTTAGATGGATAGAAGTT +GCGCCAAAGGAAAGTGAGTGGGTGACTATAGTTCTATATGATAAGAATCTTATGAAAAGT +CAATACCCATCGGCTAATGTAGATTACAAGACAGTAATACTAAGTACAGAAGACTTAGAT +AATGCATATAATGAAATGAAGAGTAAAGGAATAGAGGTAAGTGATATAGTTACTATGCCA +TATGCTAGATTATTCACATTCAAAGATCAAGATAACAATGAATATTTATTACGTGAAGAC +AAATTTTAATAAATTGTATAATAAAAATAAAACAGTATAGAATTTATACTATTTCTATTA +TTAATATATATATATAAGCCTTCATTAAATATGAAGGCTTTAAATTACACTTAATAAATT +TATTAATAATTTTAATTCTCTTTTCTTTTATAAAACAATCTAAATCCAGTAATAAGAAAT +GCAATAAAGCAAAGTATAAAAGATACTATAAATGCCATGTGCATTCCATATAAAAATAAA +TCATCATATCCTTTAATATATCCAGTAACAGTATATCCTGCCTTATTGCTCATTGAAAAA +TATAGTATTGTAGTAGATAAAGATAGACCTATAACCATACCTAAGTTTCTAGCCAATGAA +TTTATACTGCCAGCGATACCTAAATGTTTTGGTTCAACAGAAGACATTATTATAGAGTTA +TTAGGCGATTGGAATAAAGCAACACCGATACCAGTAAGAGTAGATAGAAATACTATAAAA +TATATCGGTGTGTTTTGGTTTAAAAATATAAATAAAATCTGAGATATACTTACAATACCT +AAACCACTAAAAGTTAAACCTTCAGCACCTATTTTATCAGACAAGGCTCCACTCAATGGT +GCTACTACTATCATAGCTAATGGTACACTCATAAGAATTAATCCAGATATCATTGGTGAT +AGCATTAATGTATCTTCTAAGTAAAAAGGTATTAAGGTATTTAAAAATAAATTTGATGAA +AATACTAGTAACGCGCTTAATAATCCTAGAGAAAATGATTTACTATTGAATATAGTCATA +TCAATTAAAGGATTTTCAATCTTGTTTTCAACATATAAAAATATAATGAACATAATTACG +AATAAAATAAAAAGTCCTATTACTAATTGTGTTCTAAATCCAGTTACTTGACCTATAAAT +ATACCCATAAATAAAGAAATTATACTTGTTGAAAATAGTATGAATCCCAAATAATCGATA +TTAAAATTTAGATTTTTAGAAATTTTTTTAGGAAATACAAAGTATCCAAGTATTATTGCA +AATAAGCCAACTGGAATATTTATTAGAAATATGTAATGCCAAGAATAATTTTGAAGTATT +AGTCCTCCCAGGCTAGGTCCAGCTATACTACCAAGAGAAACAAAACTACCAAGTATACCT +AGACTTTTTCCTCTCATTTCTTTTGGGAAATACTCTGTAATTATACCGTAGTTTGTAGCC +ATTGTCATACTAGCACCCAATGCTTGTATAATCCTTGATAAAAGTAACATTTCTATAGAC +TTACTTGTTCCACAAAGTAAAGAACCTATTATAAATATAAAGGTCCCGATTCTGAAAATT +TTAATTTTTCCAATGGAATCACTTAATTTACCCCAGAATATTAGTAAGCAGCAGATTGTA +AGCATATATAATGATACTATCCATTCTGCTATACTCATTTCTATATAAAGACTCTTTGAT +ATCATAGGCATTGCTATATTTACTATACTACCATCAAGAGTAGACATAAATGTGAACAAG +CATGTGGCTATTAATATTAGCCATATATTTGGATTATTGTTTTCTTTCATTTTTGTCAGA +CCTCCAAATTTTTATTATAAATAAGTTTCACAAAATTTAATCTATATATACAAAATTTAG +AGATAACTTTTTACAAAAAAATTATTTTATTATATATTAGCCAATATTATGATATGATAA +AATATAAATATTAGTAATAAGAAAGGAAAATTAATGATTTTTAAAATAATTTTCTCAAGT +ATACTATTAACATTTTCAGTAATAGGAATATTTATAATTTTCGGTTTAATTTATAATATT +ATAGAAAATAAGAATCTTCAATATATTAATTGTGCTTTTGGAACAAAAGGAATTTTAATA +ACTGGAATAATAGGTACTACTGTCCATGAGCTAAGTCATTATATCATGTGTAAAATATTT +GCTCATAGAGTAAGAGAGGTTAAGTTATTTACACCAAATAAGTATAAAAGTGAGGGGAGA +TTAGGTTATGTATATCATAGCTATAGCTATAAGAGTATTTATCAAAATATAGGTAACCTT +TTCATAGGTATAGCACCTATGATATTAGGAACTGTATTTATAGGATTATGTTTTAAATCA +CTCTATCCAGATGTATATACAGAAATTTTAAATCACATAATGGAGTTAATAAAATATAAT +AGAGAATATAGTATAAATAAAATTTTTTTTGTACTTAAAGAAGTTTTAGTATTATTTATT +GGAATGTTTTTATCAATAGATAATTTATTAAATTTTAGATTTTGGATATTTATTTTTATA +ATGTGTTCGATAACTTCTCATATGTCACTAAGTTCTGCAGATCTTAAAAATTCAAGGAAT +GGGATAGGATATATATTTTTATTATCGATTGTCATTTCATTATTAGGATACATATTAAAT +ATAAATTTAAAAAACATAGCTAGGTTAATATTAATATATAACATATATATTTTTTACTTT +TTATTTATTGGAATAGTATTTTCATTACTAAGTTTATTTATCTTTTATGTAATAAGTAAA +GTTGTACAAATATAGAGTAGAAATTTATAGGTTTGTAATAAGTCATTATGCCTACCTATA +TGGAAATATAAGTAGATACAATGTATAATAATTTTAGCAATAATTTGGAAAGGAAATAAA +TAATGAAAAGTAGTGAGTTTTATTTTAAAAGTACTAAAGATAATTTAGATATACATGTCT +ATAAATGGGAGCCTGAAAATAAAAATCCTATAGGTATTGTACAGATATCTCATGGTATGT +CTGAAACAGCAATAAGATATGAGTACTTTGCAAAAAATCTAACAGATAATGGATATATTG +TTTACATAAATGACCACAGAGGACATGGGTTAACTGCTAAAACTATAGATAATGTAGGGT +GTTTAGCAGATAGTGATGGATTTACATATTTAGTAGAAGATATTAATACTTTAACTAATA +TAATCAAAGAGGAAAATGAAGATTTACCTATATTTTTATTTGGTCACAGTATGGGATCAT +TTGCTAGTCAAAGATATATTATGGAATATGGTAACAACATAGATGGGCTTATTCTATCAG +GTTCAAATGGGAAGCATGGTTTTATTTTAAATATAGCTGAGAAAATAATAAATTATGAAA +TAAAGAAAAAGGGAAGACTACATAGAAGTAAAGCACTAGATAGTTTAATATTTGGTGGAA +ATAATAAAAAATTTAAATCTCCAAGAACTGAATTTGATTGGTTAAGTAGAGATGAAAAAG +AAGTAGATAAATACATCGAAGACCCTTTCTGTGGAGTTTTATTCACTTGTGGATTTTTTT +ATGATTTCATAAAGGGATTGCAAGAAATAGAAGATAAAGAAAACTTAAAAAAAGTTCCAC +TAGATTTACCGATATACATAATGTCTGGAGACAAAGATCCTATAGGTAAAAATGGAAAAG +GTGTTTTAAGGTTAAGAGATCGATATATTAAATTAGGAGTAAAAGATGTTCTATGTAAAC +TTTACGAGGGTGGTAGACATGAGATGCTAAATGAAACTAATAAAGATGAAGTAATTAGGG +ATATATTGAACTGGATAAATGAAAAGAATAAGGTAAATAAAGTACAAGAGATTTAAAAGT +AATTAATCGAAAAAAATAATACTTTAATAATATATAGTAAATGATAAAAGGTAGTGTATT +ATAATGGATATCTAAATACACTACCTTTTTATATGATAGATTGTCAATATAAGTGCAACA +CTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAGACACTTGCG +>MGYG000000001_26 +TTCATATTGTTTTTCTGCCCATTTCAGTGCATATAATCTACCACACTTATTACAAAACTT +ACCTTTACACATAAATCCTATTTTACGGCTATCGCCACATTTTAAACATATATATTCTCT +AAATCCTTTACTTATATCTCCACAATTTAATGATTTAATAACTACATTATCTACATGAGT +TCTCATTTCCTTCGGAACTCTATGCCACATTCTTTTTTTAAATTCATTATACTTATCTAA +TAGTATTTCTTTTATTGTTATCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACAT +CAAAACTTATCCACAAGACCATTTTTTATAATACCTTAGTATATAAAAAAGAATTGAACT +TCTTCTTTTGTGATATGAATATAATAACTAGCTTTTAGATATGTGTGTATTACTAACTTC +TTATCTTCTTTTTTTACTAATGAATCAGCTTTTATAAACATTTTATTAATTAGTGATGCT +ATATTATCCGTACCATTGTTCTTATTCGATTTAGTTGGTATTAATTGATATGTTATATAT +TCCTCTTTTCTAATCTCAAAATACTCACTCAACTTAATGGACTTATATTTAACCAAGAAG +TACACCCCCTATTATTTGAATAATTAAATATATTGCATAAGATACAAAGGGTACACTTCT +ACACTTCTTCCAACCGAATATAAATAATATTGCTCCTATAAGTCCTGCTATAATACATAC +CTCGGCACTAACGTACATTGTGCTTTGTAATAATTCTTTTAGTAACCCTCCTATCCAGTT +AGTTATACTGAAGTTTTGTATAGATTCAATTGTATTCATAAAATTTTGTATAGTATCCAT +CTCAAAACCCTCCTACGCATATAATTGAGGGTAGAATTGTAAGAATAAGTACCCCAACCA +ATATTGAATGCCTGCAAATGATGCTTCTTTCATATTCCCACCATTTAATAAACATATGAC +CATATCTTTTAATCCCATACCCATGCATCCATATTTAGCAAGTAGTATAAGTTTATCTAT +TATGAATGTAGCCTTATTCATTAAATTGCTTTCAAGTGAACCTGATGCAAATACAGTTAA +TGTTCCTTTATCAATTGTTATAGCTATTAAGAATACTAATTTAAGGTACATATGTCTATT +CTTTTTAATATGATCTATTGATTTTTCAATTAAATTTAATTTATTAATTAATCCTCTATT +TTCTTGTATTTCTCTAAATTCTTCAAAAGTATATGTTTTTACTTCATTTATTTTTACTAA +CATGAATATCTCCTCCTAATTTACAAATAATAATTTCATAACATTTAATCGGAGGTGCTT +TTATATGATTCCTTCTTATGTATATTGGTTCGCTGCCGCACTTGGCTTAGATGTAATTCA +AAAAATTTTCTTTTAATCCGTATAATTCTCTCTCTTGATAATTTACTACTAATACTCTAT +TTTCAATAATATCTGCCTAAAATTTTAATACTTTTAAAGGAATATAAATATTAATGTAGA +ATTATATATCGAATTATATTTTTATAATTCCTTGTTTTCATTTGAGCCATATGGAGTACC +AGTCCTGTGGCTCTTTTACATTCACTTATTTTCCTTTCTTTTATCCATATCATCTTTAAT +TAGCATCTTTATATAAGTAGATATTCCCATCTCATATTTTATATTCTCAGTCAGAAAATT +ATATATTTCTAGGTCTCTAATATTTTCTTTAAATGATATAGACAATTTAAGAGATTGTTT +TTTAGACATATGTCCTCCTTTCTGCATATACTTCTTACTTTCTGATGATGTTTTATTTAC +TTGTTAATACATTGTATGGAGATTTCTATATTTTGTGCTTGTATATTTTAAATTAAATTT +ATACCAACACTTTGGGTATAATACTGTTATAAATTAGTATAATATCTATTTTAAATAAAA +ACATTGGTATAATGTTGGTATAGTTTTGATAAGTTTAAGATAATATCAATAAAACATAAG +GAGATATAATATGAAACCAGCTTTTATAGATTTAATATGTGATATACATTACAAAATAAC +ATTTTTAGATAATTGTGATAAAGCTAAAAAATCAATTGAATTTCATGATAAGAGATTTCA +TTTTTGCCCAGAATCTAAGCTTAATCCCTCAGAAGAATATTTATTCATATTAAAAAATCT +TATCGATATGGCCGAGGGTATTTTAATTGATTCATACTATGATGACAGTTTCAATGAATT +TGAAAAACTAAATGTGAAAATTTTAGGAGTTGAAATATTATCTATTAATAATATTGAAAG +AGAAGAAATATTTATGTAAAAATTATTTTATATAATTGACGTATCGTCATAGTTGTACTA +TTATATAATTAAGAAAAGCATATTGAGGTGAATGAGTTGAAAGACACAAGAAGTCTTAAG +ATAATCTTTGGTAAAGGTGGAAGTGGTAGTACAACTACTAGGTTAACTCTACCGATAACA +TATATCAAGCAGTTAGGTATAACACCTGAAGAGCGTGATGTAATTGTTGAACTAGATGAA +GACAAGATTATCATCAAGAAGAAGTAAATTTAGTCCCTGCTCTATTGAGTAGGGAGAATC +ACACCTCAAATAAATATAGAAAGGAGATTAATATGAAATATGGATTAAGAAAGCCAAGTG +TCAAGAAATCATTTAAAGCTCGGACTACAGGAAAAGCTAAAAGAGCTGTCAAGAAAGCTA +TAATACCTGGTTATGGTAAGAAAGGAATGGGATGGATTAAAAATCCTAAAAAAGCCGCCT +ATAATAAAGTTTATAATAAAACAACATTTAGCATATGGGATATATTTAAAATATTTAAAT +AAAAAAGAGCCTACACACAATGGTATAAACCCTAACCTTCAATTAGATTATATCATATGT +GTAGCCTTAAAACAATTGATAAATTTAAGGGGGAATACAAATGAGAAGTATAGTAATAAA +CAATGAATTTGTTAATGAAGTGGAATTAGAATTAGGAAAAAAATATAGATTGGCAGATGA +TTTTTATGGTGATTTGGAAGGTACATTAGTTAATATTAGTGAATATTATGTATGTACAGA +TCCTAATATTAGTGTACACGAAGAATTGAATATAACATTAAGAATGGATAACAGTTGGGA +TGATAGGAACATACTAGTTGATTTTATTTGTCACGTTGAGGAAATAGCTTAAGATATATT +TAAATTAGTCTTCAAACGTATTATAGTAACTAGTTATGTAGAATTTACATACTCAAATAT +TATTAAATTTATATAAGAAAAGGCTATAGGTTTTCATTATTGAATTTACCTATAGCCTTA +GTATTTACATATCTATTTTTTGAACTAGTACAGATGGAATAGTTATATCTCCTCCCATTG +TAGATGTATAAGTTAGTAATCCTCCGCTGACACCCATTATTGTAATATAATCATCTTCTA +ATACTATTGAGCTATCATAAGCACCATATATAATATTGTCATAGTTTCCATCTACGGCTA +AACGTATCTGAGTTTCGCCATCGCCTTCCATTACTTGTACTACTTTTCCTTTAAATTTAA +CTTTTTCTCCAACATAGTCGTCTGGAGTTCTAGCTAGTTGCTTATAAGTTATACCTGTAT +TATACCCTTGTTTTTCTTTAGCCTCAGCGGCTTTTCTTTCTTCCTCTTTCTTAGCCTCAG +CTGCCTTTCTCTCTTCTTCAGCTTTTCGTGCATTCTCTTCTTCAATAGCTTTTTGTTCGT +CTTCTTTCATAGCAAACCAAGGTTCTGCATCAGCAACCTTATTTTTAAGAGTTTCAATCT +CTTCATCTTTATCCTGAATAATGCTACTTTGCTCTTCATTTTTAGTTGTAAGTTCATTAA +TTGTATTTTCATATTCATCAGAAACACCTACTGAACCGATTACACCAAGTATAAACCCTA +TTACTATTCCTGCTATAAGAAATGCAGTCTTCTTTAGTAATCTTTTAATATCGATATTCT +TTTTAGGCCTTTGTAATCTTAGTTGATCATTATCTTCTGTACTTTCATTTTTAATCTCTT +TAAGATCAGCATCTACCTCACTATCAATACCATTATTCCCATTTTCATACTCTTTCACAA +TAATACCCCCTCAAAATATATTGTATCACTATTTATTATATATAATATCATTGTCATATC +TTGTAATATCTTGTTTAATCATAAAAAAATAATGCCTACAATATTCCATTTCGGAATACT +ATAGGCCAGTTTAATAAATTTGCAAACTCATTAAAATATGTATTTTATATCACACTTCTT +GCTAATTCACTAATAATATCATTTTTAATTTTAATTGCTGCTTTTTCTAAGTCTTTTACA +ACATCATGGTCAACATTGCCAGATACTTCTATTAAGGGTTTATTCATATTAACTGTAATA +TTTTTTGTATTATCATTTTTAATATATCCTTCATTTGAAGGTGGATTGAATTTCACCGAT +GAATAATCTAAATTTATAGAATTATTATATTTACCTAAATCAAGGTTACTCATAATTCTA +TCTAAATCTTTAAATGTATCTATTGCAACCTCTAAGTTACTAATTAGCTCACTTTTAATC +AAATCACCAGTTATACTTAAGCCATCTCCAAATTTATCAGTAAAGTTTAGTAAAGCAGAT +TGTAATTCCTGAATTTCCCCATTGACACCTACAAAAATTCCAGATGATAAAGTATCTTTT +ACTATTTGTTGTAGTTTTTCATCTGAATACTTATCATCAAGGTTTTCCTTAACCTTGTCG +GCTTCTTGCTCTAATCTATCAGATTCCTTATCGAACATATCATTTACTTGTTCGTCCATC +TTGTCTTGAACCATTTCTTGTAATTTTTCCTGTTCATCAGCAAGTTGTTTCATAAGTTCT +TGAAGTTTCTTTTGACCACTTAAAGAATTATCCCTAGAAAGTATATCTATTTGTTTCTCT +AAGTCTGCAATTGTTTCCATCTGCTTGTTATAGTCTTTATTATAATCTGCTTCTTTTCTT +GCATCATTATATGCTTTCTTTTCTTTTTCGAGTAAATCTACTCTTGCCTTTAGTTCTTCA +TCTATAAGTTTTTTACGTTCTTCTAATTGTTTTTTATAAACCTCAGTTATTTTTGATTCA +ATATTTTTGGTAATTTCGAGTTGATCTTTATAAGAATCCTTGATAGCATTTTGTAATCCT +ACTATTTCCTTTTCAGCGTCTGGTATTTTATCTAAGAATAAGTCAAGATATGCATCCACT +AATTTTTTAGCATCATCAAATTCAGTAGAAGTCTCTTTAAGTTTATTTAATTGGTCAACA +TAGTTTGATATATTTCCATTGGCATCAAATTTAAAACCATAACCAGTTAATTTTTTATTT +AATTCAGATTGTATGCCTTTTAAGTAAGATAAGTTTTCTGCAAGTTCTGATTTCTGTTTT +TTTAGTAAATCTATTTTTTCTGCAATTAATTTTGACTTATCATTACCAAAAGCATTTTTC +ATAAGCACATCTATCATTTCAAGTTGGTTATTTATCTTATCTAAATCTTGATTTAATACA +GTCCATTGAGATTCAATATTTAAAGTCCATTTTTCACGCTCAAGTTTCTTAATTTCATTA +TTATTTTCAACAATTGAATTATTAAGTTTATCCCACTCTTCTTTACATTTAGGGAGTTCA +GTCATTTGAACATCTATATATGCTTGTAAATATTTCTTAACCTCATCAAGTTTATCTTTT +TCAGTTTCATATTTACTTTGTGCTGCTTCTGCCTTCTTCTCTAATGAACTTTTATTCTTA +CTGTTTGAATCTACTTTACTTAAAGCATCCTGTGCGGATTTAGCACTCTTTTCTAATGAC +TCAACGTGTTTTTCCATTGATGCTAACTTTTCTTCATAGTTAGTGAAGTTTCCATCAGAT +GTAAAATTAAACCCTTTAGAATTAAGTACACTTTTATAATAATTACGTTGTTTATTTAAT +GTATCTTCAAGTTCCTTTTGTATTTTCTTTTGTTCCTCGTATAACTTATTTTGTTCTTGA +AGATATTTAATTTTTTCAGAACCTACTGCCTGTTCCATTTTAGTATCTAATGCACTTAAT +GAGTTAGTAACCACCTTTATACGGTTTTCTAACTCTGTCAACATTTCTATGTTATATTTT +ATAGAATCATCAATGTTATAACCTTTATTAGCAATAGGTGTTTTTTGAGTTGCTCTAGAT +AAAGGATTCGGCAAACTAGATGAATTAGTCCCTTGATTTTCAAGAGGGTTAGAATTAGCA +TTTTCTGATAAAAGTGTACTCGACACTGAATATTCGGATTGGATAGATTTTACTTGATTA +GTGTATGCTGATTTACTACCTTTACCTCCAAAAAAACTACTTACAGCGTTACCTATTGTC +TTAAATACTCCAGTTATTGTAAAACTTTTATTTTTTACCTTTTTATCATTTACTGTATCT +ATTACTGATGATGCGTTGTCTTTTGCATTAATACTAGTATTCTTATCAGGTGTTTTTGAA +CTATTTACTCTATTTATGGCACTTATAGCATGGCTATTATTACCTTTTAATACAGCAGTC +TTCTCTTCAGGGTCTAATGAATTCCACGTTGATATACAATTCATTGCTAAAGTAGCATCA +CCATTAATTATTGCTGTCTTTTGATCTGGACTTAATGAGTCCCAAAGAGCCATAACACCT +AATGCACCACTAGGATCTGCATCTATTAATGCTTGTTTATCTTCTATACTTAATGAATTA +AAGTAATTTATTCTTTCTTTAGCAGGTATATCATTGCAATTTAAAACCATAGTCTTTTCT +TCTAAAGTTAAATTTTTAAATGATTCTATCTTACTTTCAACATCAGTAGTATCAACAGTA +AATTTAGTCTTTAATTCAGAAGGTATATTATCTCCTACTGTTCCCCATATATCATTTAAA +TACTCTGAAAACTCAGTATTTAGCCTCTCATTTTCTTCATTACGTTCTTTAATTCTTTGG +GATAATGCTTTATGTTCCTCATCTATAGACTTTCCCCATTCCCTCAAAGAATCAGCCATT +TCATCCATACCTATTGTATCTGCAAAATCAGCCATTCCACTTCCTACGCCAAGTATAAAT +TCATAGAATTTACCTCTCATACCTTCAAATACATTGGCTATATCATTTCCCAGGTAAGTA +AAAGCACTAGGTAAAAATGATAATATTTTTATTGTATTATTAGTAAATTCCATTACATCA +GTCAGCTTAGGCAATACTTTACTTCCTATCGTTTGAGACAGTTCTTTCCAAGAATTAGAT +AAGTCTTGTTGCATAGCTGCATAAGATTCTTCATATGCTTGTTTTGCTTCATCCATGGCA +CCTGAAGTATTTATGACTTCATCACCTAAATTAGCCCAGGCCTGTATTACGCCCTCAGAG +CCATACTCAACAGTACCTTTAAATATTTCCTGAAGTAATCTAGCTCTTTCTGTATCGTCA +CCAACATCCATTATAGCTTGAGATACTTTCTTCATAGCATCAATAGTTGTTATTGACCCA +TCATCAATTTGTTTCTTTAAATCATCAATATTTATTCCCAAATCTTTAAATGCGTCTTTT +GATGTAGTTGATCCATCAGTTAAAGTTAACAAGAATTCTTTAACCATATCAGTTGCTTGA +TCTGTATTCATTCCAGTTGCATTTATTGCCTCATCGATTAATAAGAATGCATCTTTAGCC +TCTATACCAAGAGTTGATAGTATAGGTGTATATTCTACTAGTGTGTCTAACCAATCTTGA +GATATATTCATACCTGTTTGTTCACCAGCTATTATCATATCTAATGCTTCAGAATGAGTC +ATGCCCCAATCATTGACTGCTGATGTCATAAACCTGACAGTATTATTGTAGTCATACCCC +ATACCATTCAATAATTCCATCGATTGAGCTAGGTATTTTGTTTCTTTATTAGTTAAATTA +AATCTCTTTTCTAATATTGTTGCTGCTTCCGTAGCACCTTCTAATGAATATCCATTATCT +GCAATGTCTTTTATTTCTTTATAAAATGAGTTTGCTTCTTCTTCAGCTAGTCCTAAACTA +ATTCTTAAAGTAGTTATTGCATTATCATATTCTATTGCTCCACTTATTGCACCTTTTGTA +AAAACAGTAGCTATTGCTGCTGCAGTTATTTTAGATACACCTGTTAATTCAACTAAGCTA +GATACTACATCAGAAATGGTTGAATTAGCTTCATCTGATGAATTGCTTAGTTCTTCTAAT +GGATTATCTCCATCAATACTAGCCATAGATGATTTAATATCATTCATAGAATTCTCTAAT +TTCTTCATATCATTTGTAGTTTTATCTATATCTGTACTATACTGTTGTAATTTATGAGAA +TTCTTTTGTATTAGCTCTCCTTTATTTTCTAATGCTTTCCTTAAATCATTTACCGCTTTT +TCTTGCTTAGAGTATGCTTCTAGATTAGAAGTTTTATTTATCTTACTTAGTGCAGTTTCA +GCATCATTTAGTTCATTTTTTAATTCTTCATATGCTTTTACTTGTTTTTCAACCTTCTTG +AATAGATCATCATATTGTTTCGTCTGCATTTCTAACTTCTTAGAATTAGACTCAATTGCT +TTCTCACCTTTATTTAAAGCTGTTGCATATGCTTCCATTTTATTTTCAGCATTTTCTATA +CTTTTTGTAGCAACATCAAAATCTTTAGATAAATTTCTACTTTGTTTCTTTATATTGCTA +AGCTCTTTTATAAACGACTGGTTATCTAAACTTAAACTTGCGGTAAGCTTTGCTATTTCT +TCACTTCTCGCCATCGTTTCACCAACTTTCTTACATAAACTCTGTTGTACTTACTATACT +TTCTTTCTTTTTAGTAGAATCAAAATTATTGTATTTTTTATGTGCATCCATTTGAGCAAA +TATTTTTTTAGGTATTGTTTTTTTAAAACTATCCGCATTTCTTTTTAATACACTTACCCA +TAAATATTCTAAGTAATTATAATCCCAATCTTCTACTTTTCCTCCGAAACTCTTACTTTT +TTTTTTGAATCATTCTCAGGTAAAGATACTTTTAGTAGTTCAACTGCATAATCTACAATA +TTATTCATTTCTTTTAATTTCATATTCGCAAATATTAAATCTCTATTTAATTGAGGATGA +CAACTTAATATAGACTGTACAATCATTTCATTTATAACAGATACATCTGCCTTAAATACT +CTATCAAACAACTCGGGAACTTTCATGTAATCATCTAACCTTTTAAAATGATATTGGACT +TCTGCTATTGCCCCCATATCAAGTCTAGCATTGTAATTTTGACCATTTAATTTTATTTCA +ACTATATCATTCATTTAGTTACCTCCTTTTAAAATTCTGGATATTGAACTTTATTAAACC +ACGTATTAACTATATCATTACTATCTGTGTCTATTGTGTAATAAAGTAATCCTTCATTAT +CTTCATTAGCAACAAAATCGATTTCTAATATATCTTCTTCAAGACCTTTTTTTAAATCTA +TTGTATTAGCAGTTACATTTGATGGATTAAATTTAACAGAATAAAAACAATACAAAATTT +TATTCCCCTGATAGTTTTCTCTACTAAATAACAGCTTTAAATTTGGACTACTTTGTTCAG +CTCCAATAACAATCCCTCCATTTTTAGCTTTGTTATAACCAAAAAGAGTACATTGTTCCT +CTTCTGTTAAACCTAATAGTTTTAGCTTTCCTTCTGCTTTAAACTTCCCATAAAACCTCA +TATTTCCATGGTTGGTATACCCATCAACATACGGTCTATTAACATTTATATCAACACTTA +TAGCTCCTTTAATTGGAATTGGTGTACCATCGTGAGTACACACATGTATATCAGAGAAAC +CATATATTATTTTATTTTCTATCATCATATCTCCTTTTTAAAAAAATAGAGTAACTGATA +AACAATCGGTTACTCTATTTTAAGTTCTTTATTTCTATTTAGTTTTATATACAGTATTAG +TTACTTTTAGGATCATTAACCTTTGTAAACCATGTTGATACTAATTCTGGATCTATTGAT +GCATCTGTTGTATCTACACAATAATAGTAATATCCATTACTACCTTCTATACAAGAAAAA +TCTAATTCTGCTATTGATTCTTCGATTTCTCCATTTTCTGTTGATACTGCGGCAATCTGA +GCTGGTTTAAATTGTACATTATATATAACATGTAATAATCTTCCGCCATCCTCTTTCTCT +TGGGCGAAAAGAAGGGCTAAACTTGGCATAGAAGCATTTGCTCTTAATGCATAACCACCC +GACATATTTTCTCCCCCCAATAATAACACTTTTTCATCTGTTGTTAATCCTAAAACTCCA +AGCTTCCCAGCTCCAGATGACACTCTAACAACATTCTTTTTGACTTCATTATCTGCGCTT +ATTTTTCTTTCTGTTATATCAAACGAGCACTCAACGCTTTTACCACCTAATATTTTTATA +GGTGTTGCATAACTCCCATCTGTTATTTTTGCTACATGGATATCTGAAAATCCAAATATT +AATTTATTATCTATACTTGACATTATAAAACCTTTCTTTATTTGTTAAGCTCGACCACTT +AACTACCTAATTATCTTTATATAAAAATGAACTCTTCATTTGAGTTCATTTCCTTGAATA +TAAAGTCCATATTTTTACCATAATAATTTTCATCAAATACATCTATGCAACCATCAAATA +TGAACTTATTTTCTTTCATTTTTCTTTTAATATCTTTATATAAATCTAAATCTTCAATAT +TCTTACACCAATAATTTAAAGTAATGTAATATATTGTATTTAAGCTACTATTATCAAATA +CATTCGCATCCTCTTCATTATAGATATTAAATATAACATACTTATCTTCTGGATCTAATG +CCTTGTGATAATAAGCCTTTATATCAAGAGATCCCATTATATCAATTATTTTTTTATTCA +TTCTTATCACCTACTAAAATAGGTCTTCAGCCAAACTTTCACCTATAGCTTTATTTGCTT +CACTAACCGATTTATTCCAGGCTTTTTTCATCCACTTCTTACCAACCATATTTGAAGTTC +CATACTCCTGATAGTATCCATATCTGATGGATTCATCTCCATTTTCAATACCGATAGTTA +TTTTCTTGTTAGTTCCACTTCCACTAATTTCCCCTTTACCTAATGATCGCTCCAAATGTC +CTGTATCTACTGGCACAGTTTCCTTTTGGGCTTCTAATATGATATCTGCACCTTTTTCTA +ATGCATTATCAATTACCTCAGTTTTAAGTTTACGTTCTATTTCATCAAGTTTATCTATTA +ATGTACTAAAATCTATTTCAAGTCCCACATTAATTCACCTCTTGACATGTTAACTCTAAA +TACATATGGTCTTCAAATTCATGAACATGTTTAATCTCATATTCTTTATCTTTATGTATA +AGATACATAGACTCATCAATATTTCTTTTTCTAACTATAAATTTATAGGCAACTTTAGTA +TTATCTGCATTAGCTCTCATATAATCTCTAGTCGATACAGTTTTCTTTTTAGCTCTTAAG +TCTTCAATCACTACTATATCTTTCATTTCTTCTACACCATAGTTTTTATTATGGACTAAT +TCTTTTTTTATGATAGTTACTTTATCTCGCATTTCTGAAGGATTCATTTTATATCACCTA +CCAGTTTATTTTCTTTAGATCAAGTATAGATTTAAGCATTGAACTAGCTTTAGAATTAGG +TTCGATAAGTGTAGTACCATTTTCATAATAGTAACTAGCTAAAATTAGTACGGCCATTCC +TAGGCTATAGTTTTTTACACCATCAATTTCATTCCCAAAGCTTATATCCGATATTCCTGT +GTAATCACTCACATATTCCATTGCATGTAAGCAAAATCCATTAATCATTTCATCATCATC +ATGAAATGACTCTTCAATTCTAAGATTCTTTTTGACACTTACACAGTCAATAAGATAATT +TCCAACAGCACAAGCACGTTCGTAGCTGATATGTAACGCATTATGAAATATCCCTACCAT +ATTCTTTTCCTGTCCATCATCTGTATTGGGCATATAATATTCCCCACATTTGCATCTATA +CATTGTCTTCACCTTTATAATCTACTAAATAAGTATCAATTGTAGATATATTCAACCTTT +CCCTAGAAACATTTATTTTGTCGTTAATGCCTATCTCAAATTCTCCATCATTTGATATTT +TCATTACTTCAACTAAATTAGATTCTTTTAATTTTAGGGCAATAGGTTCAGCTATAAAAT +AATATCTACCGAATACAAAATCATCCAGATCCTTGTGTGAGAAAGATACAAGAGGAGTAA +CTGCAACTGAGTTATATAACATAATTAATCATCTCCTACCTTAATAAAAAAGAAGGTAGA +GATTAATCCACCTTCTTACTTCTTTTCTTTCTTATAGTTTTCTTTTCTATTAAGTTTTGT +TTGATAAGTAAATTAGCGATAGAATCTTCTATCTCCACTTCTTCATTCGTTATAAATGAT +CCCAAATACTTATGTACAAAACTTTGCAATATCTTAACCTTCATAAAATATCACCTTACT +TAGCTACATAATAAGCAACTGATTCATCTATTAATTTCTTTATGTCTAATCTAGTGTTCG +CTTTTATCATAACTAAATCTTCTAAAAAAGCTTCATCTTTCTTTATAACCATGTCTTTTC +TTAGTCCAATTACTAATGCTCTATTTAAATTTGTAAAGAACATACACTTATTGTCAGTTG +TCATTTCTGCAACGAATTCATTTATTATAACTGGTTTACCTAGTATAGTGTTTTCTAATA +CACCATTTATATAAGACTGAACTAATACAGGTCTTCCTTCTCCATCTTTTAATTTTGAAA +GTAATTTAGCCATACTATCAGATATTACCCAACAAGCGTTTTGTCTATAGGCAACTGGCA +AAGCATAAAATAAGTCTATAACTTCATCAACTGTAACTACTCCGGCAGCTCCTTGTACAA +CTTCTTTAGCACCATTTTCTTTAGTAAATGTTTCTAATCCTTCAACAGTTCCATCACCTT +TTACTATTAATTCATCTAAAGTTAATGCTAATGCTTCAACTAGTTGATCTATTAACTCTT +TTTCTAAATCGTACCCTGAATCATTTAATAGTTCTTCAGATATGGTAACTAAGTTTGTAT +ATTTCTCAGCTCCTAATTGAACAGTTTTCCAGTTAGCTTTTTGGTTTACATATTTTTGTA +ATTCGCCAGTCTTAACAAATTTTCCCAATTTACCAGCTTGTACAGGTATATTGTGAGGAT +TTTCAGTTACTATTTTTCTAACTAATTGATATAAAGGAGATACGTTTACTAATTTCTTTT +CTATCGTATCTGCATAACTTTCTTTTATTACAGAACCATCTGCTGCTGTAGTATGTTCGT +TAGCTAATTTTATTTCTTTTCCTTCCAATATTGAGTTTCTTAAGTCCATGTCATTACCAT +CCTTTTCTATTTTTATATTTGTTAATGTTTCAACCTTTTGTAAGGCTTTTATTTTATTTT +CAACTTCAACTAATTCAGATTCCTTAGCATTAAAATCTTCAACTTTAAAGTTTTCAGCTG +TCTCAGTCATCACTTTCATAGAGTTAACTATTTCATTTCTTTTTTCTTGTAATGCTTTAA +GTTTCATAATCTTTTACCACCTTTTTCTAAATTTGAGCATAAAAAAAGAACTTCATTGAG +TCCTACATTTCATACATTTTTAACTTAGCTTTGTAATAATCTAAGTTTATTTTTTCTTCT +ACTTCTTCACTGACTTCTTTATTCAGAATGTTTTCAGGTACTTTGTTATACTTGTCATAA +AGTTCTGATGCGCAAGCAACCATATTTACTTCATCTGTTAGAGTAACATTTTTAAAGTAT +TTAACAGATTCAACTCCATTTAACCAAGTTTCAGCTTGAACCATCTCTTTAACTTCTTCA +ATATCTATTCCTTCATTTAAGTTTTCTTCATAAATATTAATTATAGTTTCTCTAATGTTA +TCTAATAAATCTGCTGCTTTTCTCATTTCAGTTGAATTTCCTTGAACACAACTCCAAGGC +TCATGGATCATTATATAAGCATTACTAGGACAAACTACTTCATCACCAACTAATGCTATA +ACACTTGATATACTAGCTGCTAAGCCGTCTATATAAACAGTTTTATGACCATTATGTCTT +TTTAACATGTTGTATATTGCAATACCTGCGAACACACTTCCACCATTAGAGTTAACATAG +ATATTAAGGTCTTTTCCTTTGTGTTCATCTAAAAAATTCTTGACTGAATCTGGATACTGG +TCTGTATCATCCCAAGCACCTAACCAACTACTAACTATATCTCCATAGAAATATAAATCG +GCACTTGTATTGGTTGCGTTCTTAACTTCTAAAAAGTTTCTTAAATTATCTCTCATATTA +TCACCTCCTATTTTTCGATTTTATCTATCCTATCTGAACTAATTGGACTTATGTCACCAT +CAGATAAAACTCCCATATTAACAGGAACTAATAGTATATCTGTCCCTTCAATGTATGGTA +AATTTAATTTTCTTCTACTTTCAGCTAATGTCATTAAACCACCTTTTGTTGCTTTGTCTA +AATAATCAATTTGTTCTTTAACGCTAACCCTAAGTATTTCTTGCGTATCAAATTCAAAGA +AATATCCCTGTCCTTTTTCTTTTTCTGTAAGTAAATACTTATTAAAATTTTCCTCCATAA +GTCTTATGTATGGACTTAAGGTTTGTCTTAAAAATCTTAATGCCTCTTCGGCACTATTAT +TATAACTACTTGCACTATCAACTAGGTAACTAAAAGGTATATTTAGTAACATAGCTATTT +GTTTAATAGTAAATTGCCTACTTTGTAACAATTCTATTTCAGCAGGTTTTAAATTTAATT +GCTTAAACTCCAATCCCTCTTCTAAAATAGGTGTAGAAGTCTTATCTGCGCCAGTATAGA +ATTTTTTCCAAGATTCTTTTAAGTTTTCTTTTGCCTCAGAACTTAATTTTGTATCCTTTG +ATAAGTACCCTTTTACATTTACACCATTCAATGAGCTATATGCATATTTATTTTCTGATG +CTGCTATATTCAGTAATTCCATTCCTTTTTCAAGCACTCCACGTCCTTTATAAGAACAAC +TATCATCATTATCCTTTATAATATTAATCATTTCATGGTGATTAACTGTCATATACTTAT +CATTAAGTGTAAATGAATATTTGAAATTAACTGTACCATCTGACAATTTTACTTTACCTA +CAGTAACATTCTTCAAATATAATAATTCTTTAACTTTACCTAACTTGTCATAGGTTATAA +GTGTATAAGAATTACCTTTCAGTATTAAGTTTTTAACTATGTTGTATTTTAAATTTGATG +CTACAACTGTCTCACTGGGACTAGCATTAAGTAAATAGTTTCTATAATCATCAACTTTTA +CTCTTTCACCATCTTTATTTCTACGATAAAGGTAACATGGTAATGTACTTATTGCATTAG +CTATTAAATCTATCCCACTCTGAAGTGCTACAACTTTTCTTGCAGTTTCTTCATTTACAT +TAGTAAAACTTATAGTTTCACCATCTACAATTGTATCGTTAATACCTACTTTTGTGGTGT +CGGGTAAATCACTTGTTGAAATTAACTTGCTAAATATCCCCATCTTTTCACCTCCTTATA +TCCATGTAATACCTCCACTATCATAAACCGAAGGTTCTGGTAAATCGTCAATTATTGTAA +AACAATTAATTAAACTTGCTAGCATATCTATTTTAAATTTACTTGACTTCTTACTTATTA +TGCTTAATGATCCTGAAGGATTAGTTACTTCTATTGCATTACTAACATTTAGTACAAATA +AATCATTATTAATAAATTTAAACTTATTAGTTAATACAGATTCCTTTAATAATTTAGTAG +CAGGGTGTAATACAAAGTAACTTTGAGGTGTTTCTACACAATCTAATCCTAACTCACTAA +GCTTTTGGACAGTTGATATTGCATTGTATTTGTCATAACATACTGCTTTAATCTTACACC +CTAACTTATCTTCTAAACTTAATATAAAATCTTCTATAAATGAGTAGTCGATTATCCTAT +CTCCACAAGCAAAGCAATGATTATCATTTATAAATCTTCTATAATCTATTTTTTCAACTT +TACTTTTTTCTTCCACTAAATCTCCTGGTACAAAACACCATGATTGTGATATGTATTCAC +CTTTTTCTTTAGTAAGAATACTAACTGCTGTATTATCACCACTCATAGACAAGTCAAGAC +CTAACACAACTTCTTTATTATTCCAATCATAACTTTCAATTGAACATTGTTTAATATCAT +CAACTGAAATATATGAATTCCCCTTACTTGGAGCAATAAAAAGATTTAAATGTTTTGTTT +TATAATTTCCAACCGTACTAGGCATATCGAAAGCAACTTTTCTTTGTTTTATTAAAAATT +CTAAGTTGTCTTCTAAATCAAATGCCAAAGGATTTGATTGAAATAATGCTAAGTCACTTG +TCCAATCTTTAGGATTATCTGGTTTATATAATAATGCAAATAAAGCTTCATCCTCTATCA +AGCCATCTAATACTCTTTCAGCATATTCCACTTCTTCAACCATCGGATTTATTTCTGATT +CATATGCTGTAGATATCAATATTCCCGTTCTATTTAACATATTGATTTGTGATGATCTCA +TTGCATCAATAGGATATCTTTTTCTTAATCCGCCTACTTCATCAGCAACAAATACATTTG +CTTTTCTTGCATCCATTCTGTTTTCACTATATGCTAATGCTTTAAACTTTGATTCAGTTA +GTAAACATTTTGTTTCTGAGTTAATATTTTTAAATCTCTTCTTAATATATGGTGAAGAGT +CTATGATTTTACCCATTTCTTCTTTTATCTTTGATGACAAATCTCTATCTGGAGCAACTG +AATAAAACTCAGAATACCTTGGTTCTATTAACATTAATAGTATAAAAATAAGACCTACTA +AAAAGGTCTTTCCTGATTTTCTTCCTATTAATAATGTTAATGTTTCATATCTTCTTTTAT +CTCTCTTATTCTTATGTTTCCAACAAAATATATTTGCTATAAAAAACCATTGGAAGCCAA +CTAATGATTCATAAGATGAAGTTCCTGCTTTAAGTCCATCTCCCAAATTAATTAATTTGG +TTAAATTTGTAATCTTTTCTAGTTCATTAATGTCAAAGAAGTATTTACTATTTTCATCTT +CTAAATCTTCTAAAAACTTCTTACATTGTATTTTTACATATTTAGCTTGAGGAATTATTT +CTTCATTATGTTTAATATTATCGTTTACAACATCTAAAGCATACTTATATGCCTTATGTT +CTCTTAAATATTCCATCACTTCCCACCACTCAATATTTCAAGTAATGGATCATTATCTTC +TTCAATCTTCTTTTCTTGATTCTTTAATATCTGACCTCTATTTTTTACACCTAGTCCAAC +AGTAGAACATAATGTATTATAACTACTTAATAATTTCTGATAACTATTAAGTAATTTACT +CTGTTCAACTATACCTATTCCCTCATCAAGTAACTGAACTTGCAATCTCTCTAACATTAA +TTCTGTAGATATTAAATTCCCCAATACACCTAAATCCAAATCAGATAATAGTCCACTGGT +TGAAAGTAGTTCAGTATAAAATTTAAATTTCTTTTTCCAGTTCTTATCTTTAATTTTTAA +GTGAGGAGTCTTTAAACTCAAATTGTTATTATTAAATTCTTTTAACCTCTCAGTCATTTC +ATAGTTTTCTGCACTTCTCCGAGAATAAAAATTATTCATCTCGTACCCTCCTTCCTAAAA +AGTTTGAAAAAATCACATTTTGTGAAATAAAAACCCCCTTCGCCTTTTCATTCCCCAATA +TTTCTAATGTTCAAGTGGGCTATCCCCTATTTTCATCAATAAATTTTAATATTTCATCTC +TTGTCTTGCCTTCTATTACTCTATGATGCTCTTTACACACCGCAATCAGATTTTCTGTAT +CCAGTCTCTTATCCCAACTCTCTCTAATCTTTACTATATGATGCACTTCATTAGCAAGCG +TAACTCTATCTAATGCTAAGCATATCTCACAACAATAATTAGATTCTTTTAATACTTCTT +CTCTCTTCTTTCTCCAATTCTTTGATTGATAGAACCTATCGCACTGTTCTTCTATATCTG +ATTTAATACTTTCATGAATTCTCTTATCTTGACATTTAAAATATTTATCATGTACTTTTA +AACAATGAGGACATTTAATTAACACTGTTATCACCTTCTTAATATATCTCTACTAAGAAA +TTAATTACTATAATAAGCACACAAAAGAAATTTACCTACTTGAATATGTACTATTGTTTA +CGTATCTACTTGCATCAAATGACATTTTTACATTTATCTCATCTATGCTTTCATTATCAT +TAATATCTTCACTACATTTATCTTCTATCTCTTTCGAAACTAACTCTTTGAGTTTATCTA +ATGTTAATACTGTATCAGTATTAAATATCATCCTTATGTTTTGAACATTATCTATACTTG +CATGTACTTCAACTCTTTCAATTACGTTCTCTCTTTTATTATCATTGTACCAAGAAAATG +ATTTATAATTCACTTCTTTTATTGATACTCTATCTAACATTTTCATTTTCTATTTCTACT +ATTCATTTACTTTAAATTATCATATATCTTTTTATTTATACTATATCTGTCAAGTTTATT +TATTAAGTTATTTCTAGCATACGCTCTTGCATCATATAAATCTATACTATATCTCATAGA +TATGAAATAGCTTTCATTCCACAAAGAGTTTATTTTACTCGCTTTAAAATATGCAATAAC +TAATTCATTATAAATATCACATAACATTTGTAACTCATCACATGAATAATCCTTTATATC +ATATTTTTCTATTTCTTTAAATAATATATCTACATTATCTAATCTATACTTTTTAAATAA +AATATTACGTTCTTCTAACATCTCTATTAAATGTTTTTTATCATTTTTCATTTGACCTTC +TGCATTTATCAAATTTAATTTTCGACAAGCATATATTAAATTCTCATACTCCATATCTAG +TTCCTTATCTTTTATTTCTTCTTTCTTATCCTTTTTATTAAAAAGTTTCTCAAATAATTT +CATTGCTTATTCCTCCTCATATTTATATTGTTCTTTTAAGTATTTGTCTAGATTTATACT +TACAAATAATTGTTTGTTTACTATCTCATATAAAGAAGTCAATTCATTACAATCTTCTAT +AAACTCTTCTATCTCTTGTTCTAACAGTTCATCTATTGCTTCTTTTCTATCTTGACACTC +TTGGACTTTCATTTGTAATTCATTTTGTTTTTCAACTATTCTTTTGCGTTCTTTTTCTAA +AATCTTAATGCTCTCTTGTGTTAGTAAAATATTAATCATCTCCTTTCATTTGAATCTAGT +ACTTTTATCTACTACTCTACTACCGAACATTATCTAACTAAAAGCACCACCAATTAGTTG +GATAGAGATACTTTAATAACAAACAAATAATAAAATTGGAGGAAATAAAATGGCAAATTA +TTTCCAATACTCTTTAGCTCCTACCGTTTCCGTTACAGTAGTTTTGCGCTTGGAATATAA +AAATTGTAGAGTAGTAGGTAAAAGTACTAGATTTGTATAGTTTTAAAAATATATATCTTT +TAGAGCAAAATAAGAATTTCTCTTCGATATAAATTTATGGCATTGCCATTTTGTTCTAAT +TCTTTCTTTAGATTTATATACTATTCTTTCTTGAGCATGTGTTATAGGTTCTTTTTTCCA +CTTGCTATGTTTATTTATAAATGAACTACCTAATTGAATTGCTTTCTTCTCAACATATTC +TAATAATTCTAATAGATTATCATTCTTTTCTAACTCTTCTAGTCTAGTGTTATAATTCTC +AAGTTTTGTAAATTTGTATGATATGTATGTATCATCTGTCTGGACAATATAGAAGTCAAT +GCTTGGATTTGCACTTAGAATTGATATATTGTAATTGTTAATTGTATTGTAAAACCAATC +CAAGTTGCTTATTTCTTGTACTGAATATATGCTTTTATTAAGTAAATCTATTTCTTCTAG +TCTAATTCTTTCAGCCTCAAGTCTTAACATTTCTTCTTTCTTTAATTCTTCTTCACGCTT +ATCTTGTTCTATTTGTTTTCGTTTATTTCTTTCCTTAAAATCTTCACCTTGTTTTAAATC +AAATATATTTTCGCATGTACACAAAGAATTTATTTCGCTATCTGATATATCAATAATTAA +ACAATCTTTTTTATTCTCACTAATCCTCAATCCTCTACCTACCATTTGAGTAAATAAAGT +CAACGACTTTGTAGGCCTAGCAAGCAATATTGCATCAGTTGGTGGATAATCGAATCCCGT +GGTACATATCCCTACATTGCAAAGTATAGCAAATTTACCAGATTTGAAGTCATTTAGTAT +CTTTTTTCTTTCTTTTGCATCATCTTGACTATCTATACTTCTAGCATCTATATTATATTT +TTTAAATGTATTTACTAAACTATCACAGTGATCTATTGAAGAACAAAACACAATACAATG +CTTTCTATTATCCGCTTGAACATAATCAATATAACTCTTTACAATTATTTCATTTCTAGG +TTCAACATTTATTCTTTTGTCTAGTTGGCTAAGTACAAATTCTCCTCCTATAATCTTTAT +ATCCTGAAGCGATATATCAGTTCTAACTTTAAAAGATTTTGGACTTACTAAATAACCATC +TTCAATTAAACTTTCTATATCCTTCTTATAAACTAGCTTATTAAATAACTTACTTGTTTC +TCCGTATGGAGTGGCTGTAAATCCACAGCAAATAATATTATCATCTAATCTATTTACTAT +TTTGTTTAAAGCTGATACACCTCTATGACATTCATCAATAAAAATATGGCTATAGTCTCT +GCTTAAATTATCTAAACGTCTAAAATTATCATAGGCTAATGTTTGTCTTGAACATATAGT +TATCTTTCCAATATTTATCTGATCACTATTACCTTGGACTATACCTATTTCCTTTTCCAA +ATCCTTATTAACACTCAGCAATGAATTAATTATCTGATCTCTTATTTCTATTTGATCCAT +ACATATCATTACTCTTTTATTTTCATTAACTAATTTATTTATTACAGATGCTAGTATTAC +ACTTTTACCTCCACCTGTACTAATCCATACTAACCCTCTATCTCCATCTTTCATGTTTAA +TATTTTATCAACACATTCAATCTGGTAATCTCTTAACTTTATCATTCATATTCAATCCTT +TCATCCCAATAAAAAAAGACTAGACATTGTCTAATCCTAAAATTTTTCCACTTCTATTTC +ATATTTTCTATAACATTCTCTTTCATTAAGGTGGGTCTTCCTCTTTAGCAATAAAAACCA +TTGCTAAATTCACCTGACACCCCCTTAAAATCCCCCCTCAGGAGTTTAAAATTGCCAAAT +ATGTTCTTTTTACAATATTCATTTTTTCAATAAAAATAAGGTAAAAATAATAATTAAAGT +AATAATATCTCATTAAATATATTAATTTTCTATAGAAGTTATATAAAATTGCCAAATATG +TTCTTTTTGCCTATTATATAGACCCTTATATTTCCTGATGGTATTTTGTCACCTTTTTTT +AAGTATTTTTGTACTTTTTCATTGTTGCTATTAACTGTTCGTAATTTACCATCCAAAATT +AACTCAAAATCATTTTTTAAGATAATTTGATTAACTATAGAATTAAAAGTATGAGGTTTA +CTATTTTTCTTTTTTAATCCTAATTCTTTAGCCTTATTAACTATAATATCTTTTTGATAA +TTACATATCGTTCTATATATCCAATTTTTTTCAATCCATCTTATAAACTCATCTTCATTA +TTTAATTTGACTGATTTATTCGAGTATTCTTCAATAGATATATTTTCTGATATTATATTT +TTTAAATGTTTAATAAGTTCTAAATATATTTCTTTAGACATCATAGAACCATCTCTATTT +CTTCTATGTACAAAGTTCTTACATAAATTATATTGTTCAATTTGTTTATATGGCTTATTA +ATCAATTTATATCGCCTATCATATGCTAAATAAAGCCTTTTTATATTACCTCTAAAACGT +CCTACAAATTGAATTATATCTACAACTGTTCCATTATAAATTATCACATTGTCTATTTTA +AAGGATTCTGTATATTCAAATTCAAAACCTTCTCTTGCGCATGATGTTGCAATAAAATAC +TTTATTTCTTGTGGTAATGATTTATTTTTTTCTATGTATTCTGATAAATCAGACATTTCT +TTTGTATAGAACTCTTTATTTTTTTTACTATTTGCTATTAATACTGCTGCTTCATCTCCC +AATTTCTTTTTTAGTTCCATGACTCTTTTTACACTATTTGTCATTACTAATGTAGTCCCA +TTTATTTTTTTTAATACCTTTATAACATCTTTAAGCTCTGGTATAGAAATTATTTTATCT +GTTATTTTATAATTAAAAATTGGCTTATCTAATAAATAATTAAATTTCACATTAATTGAA +TCTTCATCTAATTCATAATCCGTAGCCGTCATAGCAACTATATATGTTGAAGAATTATTA +TTTAATTTATTTTCTATGAATTTTTTAGTAAATGGTAATGTCTCATTAAAAGATACATCT +GATAAAATTGTATGTGCTTCGTCAAATACAACCAACTTTATATTTTTACATATCAAGTCA +TCAGTCTCTTTTTCAAATTTATTATAAGTTATAATAGGTATTCTATTAGTATATTTTTCC +TTTTTCTCTTTAACTGTACCAAATCCACTATCTATAAATAATTCTCTATAATCTTCATCT +TCAATTGATAATGATATTGTCTGAATATCATGTAATTCCGATGTTGACTCTTCGTACGAT +TCAATTTGTTGATCTCTTGCTAATTTACGGCTTGTAACAATTCTGCACTCATAAGGCTTT +ATATCTTCTCCAAATATTTCATTTATTTGTTGCCTCAATTTATTAGCCGCAAAATATGTT +TTTCCTGTACCACAACCAGCAATAATTAAGTTAAATTTATTTTTGTCTATACTAGAAATA +TTTACTTCATTACTTACATATCTCAATTTCATATATTACATCACCTTTCACCATCACTAT +TGTTTTATCTTTCTAAATTTTTCAAATCTCTTACTATTTTTTCATTTGCTTCAAATAGAA +AAACCATAAAACTTCTATCTCTTTTATCTCTATCAATCCTAATTAGCTTATGGCCTAATT +CAATTAATTTATTTGCATCATTAAAATTTCTTACACATTTTAAATTTATCATTATAAACC +TCCATTACCTTTTTAATTTATTAAGGCTATATTTATAACCCATTCACCTTCCCCTGTTTA +AAAGGAGGAAAGCCCTGTTTTTTAGGGCGTACCTTTTAAACTATTAGGTATATACTCATA +CTCTTAGCCTTTTCATATTCATTACATTTATCATTTATGTAGTCATACTCTGCATCATAT +ATTCCATTTTCAATATCTACTTTTTTATATAGAGTTCCTAACAAATCATTTTCTGAATTA +AAAATTTTTTTATCCTCTAAAATAACTTTGCTTGTTAATTTTTTATATGTTAACTTTCCT +ACTCTACATTTTATTAATTGTCCTAATTTTTCTCGTTTCTTAAAATTTTCTTTTTCAGTC +AAATCTACTTCACTAATTTCAGCATCTACTTTTTTGTAGTTTTCGTATAAATATCGAATT +TCCCCATGTTTATCTTGAATATATATTGTTCCTAATCCATTATTTAGTTTTAATAAATGC +TTTACTAATTCTTCAAAGCAAAACTCCATTATAAATCTACTTGAAATTCTATTACCTTTT +GTTGTTTTAATTATAGATAAAGCTTTTAATATTTCTAAATAATCATATTTATCTTTAATC +AAAATTTTATACTTATCAGAAATATCTATATCTATCTTTGTATATTCAGTGTTTTTTATA +TCATTTAATTCATTTAATTTTGCTTTTAATGCTTCTTCAATTGATTTACTTGTTACTCTA +GATAAAAGGACTTTTATTTCAGATATATCTTTATGTATATCTAAACTTTCTCTTCGATGG +TTATATTCATTATTTAGATTAGAAAGTTCTTGTAGTAGTTCATCCTTAATTTCAACATCA +TTCTTTTTTGTTAATACTTTAAATAAATGGATATTATTGTATTCTTTTTCGTTAATAGAC +CTTGCTTTATAGCCATAGAAACTAATTATTCTGCTACTATAGTTATTTAATAAACTATTA +GTCCAAGATACATCATTAAATGTTATTAATTTATCTTCTTTTTTATATTTAGCATAATAT +ATATATTGCGGTTTTTTACCTAGTGATATATTTCTTAATGGTTCTAGGTCGTGTTTACCC +ACCATAACACAAGTCTTAGGACTATCTATTGCCACCATCTGCAAATACAATGTATAGTAA +CTATAAAGCTTATATTTTTGAAACTTATTGTAAATATGTTTCTTTATAATTTCATCATCA +ATTTCCTTATAATCTACCAAATTTTGTTTATCAGTTAAATCTCTGTAATCGCAATAAGAA +TCTTTTACTTTATCGTAAAAAGGTAATTCTTGAATTTTGTTACTTATTTTCGCTCCGTAG +TTAGAAAGTTTTCCAATCAAATTGCCCCTTACATTTAGAATGGATTCATACATATTATCA +TCATTAAATAATCTTATATCTGGCTTTGTACCGTCAAACTGATTTCTAAAGTACCATATT +ACCCCGTCTTCATCTATGTCTTCAATTACGGAGTTATAGATTATTTCTTCATCAATTACA +AAACTTATATCAGTATCTTCGTCTGCACCACTTTGTTTCGACATATCATCGTTAAAAGGA +TAAAAACATATATCGCTTGCTAACTCCCCAAAGTATTTATTATATAAGCTATGATTTACT +AATTCTGTTTTAATTAATTCTGTTGCTGAATTCAATGGCGACCTAGCTAATACTCTTTTT +CCAACAACTTCTCCTGGTACATAATGTGTATTATCTTTCAATCCTCTAGAGCTTATTTTC +CCTACTAGTTCTCCTTTTTCGTTATACTCTTGATTTATTAAACTATCGATATAGCTAAAT +GCATCTTTTAAAATCACTTTATAATTTCCTTTTAAGTACAGACCTCCCCCAGCTAGATTA +TTTACTTTTTTATTTATTAGATTTCCTATCGTCTTATATGTATATTGTAAATTTTTCATA +TTCTCATCTAATTGTAATAATTTATGTAATTTCGTACTTGCAGATAGCACATCCTGTTCT +TCATTTTCTCTAGCTACATCTCCTAGCATTATTCTAATTGCATCTATATCTCCATTTATG +ACTCTGTTATAAATGTCTTCTGTTTCTTTACTCAAAGTGTCTAATTCTTTCGGTGTTAAA +TTTAGATTTGATAATATCTGATAGTTTGCTTCTGTATATTTTTTAGGCTGCTCTTTGTTA +ATTTTTGTTATAGTAAATCCGTCAAGCAACTTTTTATAAGGCTTGTATTTTTCTAATGTC +TTTAAATTCTCTATTTCTTCTTGATTTTTAAAATATTTCCCCCATTTCACTTGAGATTCG +TTCATAATTATGTCGCAATCAAATAAATCAACATCATCTCCCCAGAAATCTTTTACAATA +AGCTTATTTAATCCATGCTCTTCTTTTAGATATTTTTTAAAGTCAAATTTAACTAATAAT +CCCTTTGAAGCTACTCCTAATTCTCTTATTCCTACCCAAGATAATTTGTATTTTAAATTT +AATTTTTTCTCAATTTTATCGGCTATAACAGGCATCATGAATCCTGATCCGTCCATTGCA +ATGTGCTTAACTTCTTTATTATAATGCTTTTCTAATCTTAAATTATCTAAATCAATTTTT +CCACTTTTATTTTCTGCAAACTGTAAATAGTTATTTATATATGTATAAGTCATCTCAGAC +AATATAGCTTTTTTACATTTTATATTGACTCGTTCACCAGTTGAAAATGCTAAACCTACT +CTTGAAATGATATCTTTGTTAATGCATAACTCAGTATTAAATTTTTCAGGTAATTTACCT +AATGATATAACATCGTAGAAGGTACTTATAAAGTCTTTCTCTTCTTCATTAATAAAAAAG +TATTCACAGCTATATCCCTCTCCTGATTTTTTCATTAATCCTGGTGTCGTTGCAAATGAT +ACATACATTTCACCATCAACCTTAATACCATCTTTAAGCATTTTCAGTGCTTTATGTTTA +TGATTTGGTAAGTCTACTTTTATAATTGATTCTAAACATTCCTCTATATCTTCGTTTCGA +TCTGCTTTCCATATCTTATATAGTCTTATTGCATCATTCTCTGATAGTGTTATTTCTTCT +TGTTCCCCATTTATTTTTATTTCTCTTATTTTGTATTGTTTCATTCAATAATCCCCTCCT +AATTTTAATATTTATAATAATATTTTGCCTTTTTCAGTTATTTTAGCTTTATCATAAAAA +ACTACCCCTACATATTTACCCTCTCTCATTGCATAATTTAATCCTTCTATTAATTTTTCA +TTTTTAATGTAACAAATTGCATCTGTATAAATTTCTTTATTTTTAATTAGCCCATAATCT +GTAAAGTATCTATGTGGGTCTATAGGTTCTCCGTTATTAAAATCATTTAATATTTTATTT +ACTAACTCCATATCTACATTTCTTTCTATTGTTTCCATAATACCACTCCTTATTTTTTAT +TTATTCTATATGCCTCTTCTATTTGGTCTAGATATAAATGTAATTCTTTAGAATTTAACT +TATAAATCTCAATAACTCTGTTTAAGTCACAACTATTAATTGATCTTCTTAATAATTCCC +AACTTTCTACTGTATGTATAGATACTTTTAGAAAATTAGCAACCTCCCTTCTACTTAGTT +CTAATTCAATTCTTTTGTCTTTTAAAATGCTGATATTATTCCTCCTTTCCGTACTTTAAG +TACGTATATTGTAGTATAAAAGTTTATACTTCTTTAACTTAATTGATTTAATCTATTGTA +TATTTAATAAATGGTAATTAATAAGATTTGTACTTTGATGTCTATACTTATAGTATAGAA +CGATAGACATGAAAAAACAACAATAAAATTTTGTATAATATGGCTATACTATCATTATAG +CACAACGAACTTCGTCTAATCAATATATTAGTAGAAGTTCATTGTGTAATTCTTATTTGT +CAAATTTATTTTTATACATTATATAAATATTTTTTTATATAATATTTTATATGTAAATAT +TGCAAATACTAACATATATCAATTTTATAAATTATCGATTCATACTAAATGATATGCCTT +GCTTCCCCATAATAGTTACAATATTGTAACCTTTTTTGACTTAAATTTTGAATGAGAACA +CAGTTGTTCTGGTTAATTATTTAAAGTAATTAAATTAACAAATCCATTATACTTTGAAAA +ATAGTGGATTTAATTTAGGTCGCAAAATGACTACTGAAATAAAAAACCGCATAGAATGAC +TACTTTTTTCATAAAAACGGTACAAAATGACTACTTTTAATTTTAAGGTGTTATTTATAC +CTTATTCATATCCGAATAATCTTTAGATAATTAAAAATATATTAATGATATAACTATTTA +ATGTATGAATAAAATAATACTGAATTAGTTATCAATTTATTTGAATATGAATAACCTTTA +AATAAATTTTGAACAACGGGCAGAAAATTCAGCCGGTTGAAAAACGAATTAAGAGCAGTA +TTAAAGGTAACTCACTGTTACTTCTAAGAGGATATATTAAATACATATACTCTTATTATG +CTAACCTAGGTTAAAATTTAACTAACTTAGCAAAAGATGTATCTAACTGGATAGGGTATT +TCAGCGACAAAGTTGGACAAATGATAAAAACAGTTGATGAAGATGAGAAAATAAAATACC +TATGTACTAATAGTACAGGGGTATTTTTTTAACTGAAGATGGATTAAGGGTATATAGACA +AAAAGAAATAAAGGAAATACTTGAAACCGTTGAAAATACTAAAAACCTACACGATGTCGG +TTTTAAAATACCATCGAGAGGATTAATATTAATTCCAAAAAGAGCATTACTAAGAATAGG +AATGTTATTAAGAGATTCAGAGGTTGCGAAAGAAGTAAGAAGTAGGTTGTTAGATATAGT +ACATGATGCAGAAATAAATACAGATTTTCTTAACTTCCTTCTTAAATTGCTTTGCTATTG +GTTTTCTACTTTGCATTAATACCTCATATAGTCCGTCTTCTGTTAAAAACCAGTATTCTG +TATTATTTTGAAGTACCCCTGTACTATTAGTACATAGGTATTTTATTTTCTCATCTTCAT +CTATATTAGATAACATCTTAAAATTTATCTTTTATCTTGCGTATACGATCTGATATTTTA +TATGTTTTTTCTTCAAGTTCTACCTTGTTATTATATTTTATCTGATAACATCTATATATT +TTTTCTGGATCACATTTTATTCCATTCACGCCTAGGTATTCTGTTACTTTTTCTATATCC +CATTCCACTAAATCACTTTTTTCTTTTAAATACATGTAATATATAATTCCACTTACCCTT +AAAGATGCTTTGTTAAAAATATATTCTTCATAGCTAAATCTTTTAGTAGCTTTCTCCAAT +TTACGATCTATAGCTTGTAATGTCATTGAGTTCAACCCATCATTAGGTGTTCCTATTTTA +TTTTTTATAAGGTATACTGATTTGTTATTAAATTTGTAATAATGCTTTAAAAAATAATTA +CAAACCTCCCCCGTACATTCCCTTATTATGGACTTCATATATTCATCAAATATAATTCTC +CTGCCTTTTACATCTATATAAGACCTATCTTTCGGAATGTCTTTTTCTTTTAAATTCAGC +ATCACCTTATTGGGTATATTATTGAATAATCCATAAATTATAAATTTATCGTATGGGTTT +TCTATTTTTTTACATATATTTTGTATTTCTTCCTTCGTATAGAAAGCATTTTTTCTATAA +CATATATTGTTAATATAAAGTCTCCAAATCGCTCTTACATTTATGTCTCCTAACATTTTA +TTTTCACTTTGCAACATAAATTTCCTCCTAATCACTTTTTTCTTAAATTAATACAATTAA +TTATTTTCAATGATTGTGTCAATCAAATTCATCCAACTTTGATTTACAATAGGTTTTATT +ATATTATGAGTATATTAAATAAATATTATCATTTATTTTGTAGTCTAAATTATTACTATT +TTCTAAATTGCATAATTAGAATTATTTGTACTATAATAATCGTAAAAGGAGGTGATAAAA +TGCCTATTAGAAAACGAGGAAAAGCTTGGGAGTATTATTTTGATATAGGTAAAGATGAAA +ATGGAAAAAGAAAACGTAAAAGCAAAGGTGGGTTTACTACAAAGAAAGAATGTGAAGAAG +CCTTATTAGAAGCTCAAATACAATATAAAAATACTGGTAGAATTATAAATGATAAAAATC +TTAGTATTGATCAGTATCTAAAATACTGGTATGACAATTATGTTTTATTAAATTGTAGAT +ATAGAACACAAGTTGAATACAAAAGAATTATAGATACTAATATTATTCCATATTTAGGTG +GCTATTATTTGAAAGACATATCTCCTGCTAAAGTTAAGGAATTTCTTGACCAACATTATT +TAAGAGATATAAGTAAGAAAACCATGGAAGGAATTTTTAATGTCATAAAATATTCACTTG +ATATGGCTGTATTTCCATATGAGTTAATAAAAGAAAATCCATGTAAATATATTAAGCTTA +AATATAAATTTAAACCACCTAAAACTAATAGAATAACAATAGATGATGCTAAAAATATAT +TAAACTACTTAAAGGAAAATTATAGATTTAGTTATTACATTCCTTTTTTAATAATGTACA +ACACAGGTGTTAGAAAGAGTGAATGCTTTGGTTTACAATGGGATGATATTGATATAGAAA +ATAAAGTTATGCATATCCATCATCAATCATTATATAAAGATGGTAAGATGTTATTAGTTG +AGTGCAAAACGCCATCTTCAGTTGGCGATATATTACTGGGTGACACCTTAATTAATGAAT +TAATGTTATATAAGGAAATTATGATTGATAAAAATCCTAATAACTCATTTGTATGTCTTA +ATACAGAAATGTCGCCAATTACTAATTCAAACTTTGGATGGATTTGTAGAAAGATCTATA +ATACAATTAATATACGTGTATCAGCTCATAGTTTCAGATATTTACATGGCCAAGTATTAC +TAGAAAATAAAGCATCTATTAAGGCTATACAGGGTCGCTTAAGACATGCAAATGTAAAAA +CAACATTACAAACATATTTAAAATCTAGTAATAAACTAGAGGAAATAGCAGTTAATATTT +GGGAAGATGTGCTATAATAAATACACCACCATAAAATTAATTATGGTGGCAATATGATGA +CAACTTCATATTAAATTGAATGCTGACGTAAAATTAGATATCTATAACTAAGCTGTTTTT +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNTAATATAAGTCATAAAGATTATACTATTCATATTGATTTTATAATTAATT +TATTATCTTATATATTATTAGCTAAGTTCATGTTTTTAGCTACATAATTTACTAAATCTA +CTGTTCTTGTTGAATATCCCCATTCATTATCATACCAAGAAACTACTTTTACCATATTTT +TATCTATTACCATAGTTGATAAAGCATCAATTATAGAAGATCTACTATCACCTCTGTAAT +CTATTGATACTAAAGGTTTATCACAATATCCTAAAATTCCATTTAATTTACCTTTTGAAG +CTTCTTTTAACACATTATTTACTTCTTCTAAAGTAACATCTTTCTTTAACTCACAAACAA +GGTCTACCATAGATACTGTTGGAGTAGGAACTCTTACTGAGAAACCATTTAATTTACCTT +CTAATTGTGGCAATACTTTAGATACAGCTTTTGCTGCTCCTGTTGTAGTTGGTATCATAG +ACTCTGCAGCAGCTCTTGCTCTTCTTAAGTCTTTATGATTCTTATCTAGTATCCTTTGAT +CATTAGTATAAGCATGAATAGTAGTCATTAATCCTTTTTCTATACCAAATTTTTCATCTA +ATACCTTTGCCATTGGTGCTAAGCAATTTGTAGTACAAGAAGCATTTGATATTATATTAT +GTTTTTCATTATCATAATCATCTTCATTGACACCCATAACTATAGTTATATCTTCACCTT +TTCCTGGTGCTGTTATAATTACTTTCTTAGCACCTGCTTTAATATGTTTACTAGCTTTTT +CTTTTTGAGTGAATAATCCTGTAGATTCTATAACTACATCTACACCTAATTCCTTCCAAG +GTATTTCTTCTGGATCATTGTGTCTAAGTATTTTGATTTCATTAGAATTTATTTTTATTG +TATTTTCATCTTTAACTTCAACATTACCCTTAAATATTCCATAGCAAGAATCATATGTAA +ATAAATGTGCTAATGTCTCTGCTTCTGCTCTAGCATTTATTGCAACAATTTCTATATCCT +TATCAAGTCTCTCTTGAGCAATTCTTAAAACATTTCTTCCAATTCTTCCAAAGCCATTAA +TACCTACTTTTAACATTTATTAAACACCCCTAATACTATATTTTTGTATAATTATTGTAT +ACTATATTGATATTGTATATCATATTTATCTTATTTACAATACTTTATTTTGTATATTTT +TTATATTTATGACAAACTAATAATGCATTAAGATGTTAATATGCAACAAGAATAATATAT +AGTATACACTTTTTCAGTACAAACTCTCTTAAAATATATTCTACTGTTATTGCTATTAAA +AAACAATTTAAACTTCTCTTTACTATACTTACTTATGTAATTTAATATAAATATATGATA +GTTTTTCTAAATTATTTTGTATTCTTTTATATTTTTATTTATTATATACAAGTGATGTTT +TTGATTTTTTGATTTAAACAAAATTATATTGGTATAAATAGAAATATTATTAAAAAGAGG +TGACTTAATATGATAACTATAATTTCTCCAACTACTACTATGAATTTTGATAAAAACATA +AATTTAAATATATACTCAGAACCTTATTTTTCAGATGAATCTAATTACTTAATGAGTTTA +TTAAAATCATTAAACTTATCTGAAGTTAAAAGCCTTATGAACTTAAGTGACGACTTAGCA +ACTTTAAACTTAAGTCGATATAAAAATCATGGTTCAAGTACTAATCCTAAATGCCAAAGT +ATATTAGCTTTTGATGGTGAGGTATTTAGCTGTATGAATACTTCTGATTTTACAGATGAT +GACTTTACCTTTACAAATAATCACGTTAGAATTCTTTCTGGATTATATGGTGTATTATCT +CCACTTGATTTAATTGAACCTTATAGATTAGAAATGAAGGCTAAACTTGTAAATAATGAA +GGTAGTAATTTATATAAATTTTGGAAGCCTAAGATAACGAATTTCCTTGCTCAAGAATTA +TCTACACATGATAATAAGATATTATTGAATCTAGCATCATCTGAGTATGTGAAAGCTATC +GATTTAAAAATATTAGGTAATTCATGTAAATTCGTCAATGTTGAGTTTAAAGAGTACAAT +GATAAAACAGATAAATTTAGAGTTATAGGTATGTATTCAAAGCAAGCTAGGGGACATATG +GCTAGATTTATTATAAAAAATAAAATAGATAATTTAGAAGATCTGAAATCATTTAATTTA +AATGGTTACAAATATAACGAGAATCTATCTAGTGATACAGATTTTATTTTTACTAGATAA +AAAATTAATAGGTTCTCAAAATATGCTAATCTAATATTTTGAGAACCTATATATATTTTA +ATTTATTTTTATTAATTTATTTACTTGGCTACAGTATCCTTTATTTTGTATTTCTGATAA +TATATCATTTATTTCAAATTCAGAATTAGCATATACTAATACAGCAAGTTCTTCATCTTC +ATTTAATATATCATAATTACTTACTTTTTCTTTTAATACATTAAATATTTCATCCTTATG +ATTACTTTCAAATCTAAGAAGAGCACTACAATTTTCATCTAAAACTTTATTTACATCTAC +TTTTTCTTTAGTAAATGAATCTATTGAAGAAATCCTATTATTTAAAATATCCATTACATC +ACCATATACTGCACTACCAGTAGCAAGCTTTCCTGCACCCTTTCCTACAAAAGATACTTC +TCCAACAGAGTCTCCATTTAAAACTACGGCATTAAATTCATTTTCTATATTTGCCAGTAT +ACTATTAGAACCTACTAATACAGGTCTTACAAAACCACTGACTTTATTATCTTCATACTT +ACTTTGTCCAACTAATTTTATCTTACAGTTTAGCTTTTTAGCATATTCAATGTCTTTTTC +ATCAATATTAGTTATTCCTTCTAAGTATAAATCTTTCCAATATACTCTATTATCATAAGC +CAATGTAGATAAAATCGATAACTTTCTAGCAGCATCATATCCTAATACATCTGAATCTGG +ATTGGCTTCTGCAAATCCTAATTTTTGTGCTTGTTTTAATGCTTCTTTATAAGATAAACC +TTCATTATGCATTTTTGATAATATAAAATTTGTTGTTCCATTTAATATTGCACATATACT +ATTTATATTATTACCTTCTAAAGATTCTATTAATGGCTTAAGTACTGGTATACCTCCACC +AACTGAAGCTTCAAATTTTATACTTACATTATTATCTTTTGCTAGTTTTACTAACTCATC +CCCATGCTCAGCTAATAAGTCCTTATTTGCAGTAACTACGTTGATTTTACTATTTAAAGC +TCTTTTGATATATTCTAAAGAAGGATGCAAACCTCCTATTACTTCTACTAGAACATCTAA +ATTCTTACTAAATATTTCTTCTATATCTGTAGTTAATTTATCATAATGATTTATCCCTTC +ATATTTACTTTTATCTCTTACTAATATACTAACTATCTCAATATCCTTTTTATTTTTATT +TTTATCTATAATGTCTATTAAACCACTACCTACTGTCCCATAACCCAATATACCTATTCT +CATTTTTTTACCTCCATTTTTTATTTTTATATAAAAACAGACACCTACCTATACAACAGG +ACGACTCTGTTCGTACTTCAAGCTAAATTAGTTTTTGTATACAAAAAAACTCCCATCCTT +AAACATAAGAACGAGAGTATATTCCCGCGGTTCCACCTAATTTAATCCATAATAAGATTC +ACTTAAAACTTTAACGCAGTAAACGTCTATTCTTACTAAAACCTAAATTATAACTTCAGA +TAGCAGCTCCTAGGTAGTTTTCAATTCATCTAATTAAGAAAGCCTTTCAGCCTTCCTCTC +TGATAACCGAATTAAATTTACTCTTCCTATTCATCACTTTTTATTGATAATATATTTTTT +GTATTTTTCAAATAATATATCCATATATCTCAATATTATTTATCCATTTGAGAAATTTTG +CTTATTATTTTTTATTATATTCTATTTTATATTTAAATTCATTATTTTAATTTATTTTTA +TATAATTAATAATTTTTAAATACTTTTCTCTTTATCTTAGTAGTATATTTTACATTCTTT +CTATAAAAAATCTTTGCATTAACTTCCGAACCAATTAATATAGCCCAGCTACTTAAATAA +ATCCAAGTCATTAATATGATTATCCCACCTATACTCCCATAAATAACTTCATAATTAGCA +TAGTGGTTTGCATAATAAGAATAAACATATGATATTAAAAACCAAGATAAAGTCGCTACT +ATAGCACCTGGTATAGAATCAACTACTTTTATTTTTTTATTTGGTGTGTATATATATAAA +CTTAATAATATTACAACTATAGTAATTACTCCTATTAAATTTCTCCATACATTCCATATA +TTTATTAATACTTTATCTACTCCTATAATCTCTAATAAAAAGTGTCCCAGTTTTTCTCCA +AATACTAAAAATATCATAGAAGAAAAAATCAAAAACAAAAGCATAATAGTAAATATCATA +GCTATCTTAAATACTTTAATAAAAGATCTAGTTTCTTGAATATTATAAGATTTATTAATT +CCTTTAATTAATGCTCTAACAGCTCTTGAAGATGTCCACATAGTCAGAAAAAAACTTGTA +ACTCCTAAACTAATACTTCTATTCTCTATTGCTGATTGTATTATAGAATTAGCTATATTA +AAAGCTGCTTCTGGCATTATATTTTGTAATAAATATATGTATCTATTAATATGTATTATG +GGTATATAAACTACAATACTTATCGTAAATAATATGAAAGGAAATAAGGATAGTAATAAA +TAAAATGATACCTCTGCAGCCCTTGAATTTATCTCTCCATATCGTGATGTCCTTATAATT +TTAATAATTTTTTCTTTATTTAACTCTAACATTCTTTTATCCTATCCACCTCCTCATTCT +ATACTAATATAATATTTAATTAATATGAATAAAATACACAAATATTTTTGCGTTAAAATT +ACACTGCCACAAATTATGCTAAAAAAATAAAGGGCTAACATACAAATTCAATTCACTTTG +TAGCATTTTAGCTACTTAGTTATAAATTAATACATCAGCCCTATCATCTTATTTTAAATT +GTATTTATATTTCTTATACAGTTTGTAAGTCCATTACATTACTTAGTATTTTATCTAAAC +TATTTTTTATTCCGTCTAGTTTAGCATTAGCTTCTTCTTCATCTTTCCCTTTTACAGCTA +TATAGAATTTAAGCTTAGGTTCTGTTCCTGAAGGTCTAACTGCTATCCAAGATTCATCTT +CTAAGAAATATTTTAAAACATCTGCCTTAGGAAGATTATCAATTCCTTCTTTATAGTCTT +TTAATTCAACTACTTTAATATCATTTATTGCTTCAATATTAGTATTTCTAAAGTAGCTTA +TTATTTCTTGTATTTTTGCAAGTCCTTCTATTCCTTTTAATGTTATTGATATAGTCTTTT +CTTTAAAGAATGAGTATTTCTTATATAATTCTAATAATCCTTCATATAAACTCATACCTT +TTGAATAGTAGTAAGCTGCCATCTCAGCTATTAATAATGATGCTACAACACCATCTTTAT +CTCTAGCATGAGTTCCTACAAGATATCCATAACTTTCTTCATATCCAAATAAATAAGTGT +TTTTATTAGTTTCTTCAAAAGATTTTATTTTTTCACCTATAAATTTAAATCCTGTAAGTA +CATTTAATACATCTATGTTATTAGCTTTTGCTATGTCTGCACCAAATTCTGATGTAACTA +TAGTTTTAATAAGAACTGAATCTTCTCTTAATTTGTTATTTTCTTTTAATCCTTCTATTA +TATAGTTAGTTAAAAGTCCACCTATTTGGTTACCTGTTAAAAGTGCATATTCTCCACTTA +CAGTTTTTACAGCTACTCCAACTCTATCACAGTCAGGGTCAGTTGCTATTACAAGATCTG +AACCACTTGTTTTTGCAAGTGCTATACCTCTTGTTAAAGCTTTTTCTTCTTCTGGATTAG +GATATTCTATTCCTGCAAAGTTAGGATCTGGCATTTCCTCTTCTGGTACTATTAATACAT +TTTCAAATCCAACTTCATTTAAAGCTCTTTTTATAGGTATATTTCCTGTTCCACATAAAG +GAGTGTAAACTATTTTAAATTCTTTTCCTACTTTTTCTATAACATCTTTTCTAATTGATT +GTGTTTTTACAGCTTCAATAAAAGCAGTATCTTGTTCTTCACCTAGCATCACAACTAAGT +TTTTATTTTCTTCAGTTATAGTAGGTATTTTACTGTAATCTTCTATACTATTAATTTCAT +CAGTTATAGCATTTGCTATTTCTGGCATAACTTGTGCTCCATCTTCCCAGTATACTTTAT +ATCCATTGTATTCTGGTGGATTATGACTTGCTGTTATAACTATACCAGCTATAGTATTTA +GCTTTCTTACTGCGAAAGATAATTCTGGAGTAGTTCTTAATCCATCAAATATGTATGCTT +TTATTCCACATGCAGCTAATGTATTAGCTGTTTCTATACAAAATTCTCTAGACATACATC +TATTATCATGTGCAATTACAACACCTCTGTTTTTTTCTTCTTCTGTTGTGTTTTTTATTA +TGTAATTAGCAAGCCCAAATGTTGCTCTTCTTACAGTATATTTATTTATTCTATTTGTAC +CTGCTGCTATTATTCCCCTAAGTCCTGCTGTCCCAAATTCTAAATTCTTATAGAATCTAT +CTTCTATTTCTTTCTCATTGTCTTTAATAGAATTTAGTTCCTCTTTTGTTTCTCCATCAA +AATAAGGATTATTTAACCATGTTTCGTAGTTGTTTTTGTATCCCATTTAATTTCTCCTTT +TAAATCTAAATCTTTTAGTATATTTTATAAATACATATTTTAATAATAATATAGTTTATA +ATTTTAGTAAAGCAAATCTGTTAATTTATGTATATGTCTATAGTCCTTCTACCCCACTTA +TAACACTCCGATTCACTGTTCATAAATATATCAATAATATTACCTTTAATTGCCCCACCA +CAATCCTCAGCAATAAAAGTTTTATTGAATTGAGGTATATAAACTTTAGATCCATAAGGA +ATAACTCTAGGATCTACTGCTATAGTTCCCCATTTTGGCACTGTACCTGTAGATGTAATA +GAATCTCCTGCATAAGCTGTTGCTTGAACTACCATATGTTTTCCATTTTTTGAAGCACTA +TTTGAAGTACTACTTGTTTTACTTTCAGAAGAACTACTATTTCTTGATGTAGTTGATCTT +GATGCTACAACTACTTCTTCTTTAATACCTTTTTTTACTATTTTATCAACTGGTTCTTGC +GATATTTTTTCACATTCTAAAGCTTTTTTAACTAACTTACCATCATAATATGTAAGATTA +TAAGTTATTTCTTTTTCTCCTGATTTCCCCTCTTGAGTTACCTTTGTTTTTCCTTTTAGC +AAATCATTGTCATCTATTAATTTTACTGAGTATGGTATATCCTCCTTTTCAGTTACTTGC +GATTGAGTTACCTCGACTACCTTAATTTCCATATAATCCTTTAATTCTGAACTTAAACTT +GGAGTTATTATGTCATCATCATCATACTGAATTTCATTTTCACTAAGTAGTTCTCTTACA +GTTTTCTTAAATGAAGATATTTTTATTTCTTCACCTTTTACTATTAAAGATATTTGTTCT +TTTTTTAATGTCCAATATCCTCCTAAAAAAACTGCTATTGATAGTGACGTAGCTAAAAAT +AGTACAATTATTTTTTTCTCTTTAATTTTCATAATTATCCCCCTATTTATAATCCTATAA +AGTTTTTATAAATTTAAATGTTCTATATAAAAGTTATATTATATGCTTTTTAAGATTATG +TAACTAAATTGTAACTATTCGTTTCTAGATTGTCAATTGACATATTTGTCAAAAGGTGCT +TATTAGCTATTTGCAATGTATGCAGTGATATTTTTTTTTACTTTTTTCACATTTCTTTTT +CTTGAATATTATTTTTTTAATTAATTTGTAATAATACGAAATATTTTAGTTTTACAGTAT +AATATATAATTTTTTTAATTAATTTATTTAAAATCATATTTATAAATGCAACAAAAAAGA +GTTACTTTTAAATTTAATAATCTAAAAGCAACTCTTTTCAATATAAATATCTAAGCTATT +TCTCCACTATTCTTTTTCTTATTTTCATTACCATTGAAGACATCTTTGTCTAATTTACCT +AAAGACTTTCCAACTGCTATAGCTGTTGTACTAGCTCCATTTACATTTATCATAGTACGT +CCCATATCTAATATCGGATCTATTGCTATTATGCCAGCAGCTAGTGGGAAATGAGCGCCT +AAGCCAACACCTGATAAAACTACTGAAACAGCCATTGTTGCTGTACCAGGAAGGCCAGCT +ATTCCAAGAGAACTTATTGTTATAAGCATCTTATATGCTCATTATTGTTGCTTTATACTA +GGGTTTATTAGATATAAGTTATAGCATGATGATGTTTAATGGTGTCATAATGGATACAAA +ATCTTTTGGTGACGTCAACAAATTCAATTTAATATGTTTTGCATCAAAACATGTTAAGGA +GATAATAAAATGAAAAATAATAATGGTAAATTTAGAAAGAAAAAAATATACTTCACTCAA +GTTAGTAATTATGCACTAAGAGATAAGTTCTTATCGTTTAGTGCCAAGGGACTTTACTCT +TTAATACAAAGTTACATAACTATACCAGATTTTGATTTATACAAAAGTTTCTTAATGGAG +ATTTCAGAAGAAGGTAGAACTGCATTTGATAGAACATGGAAAGAGTTACAAGAATTAGGA +TACTTAAAAGTATACAAAATGAAAGATGAAGAGACAGGTACTTTCTACTACGAATATGAA +TTATTAGATGAATCAGAGTTAAATGACGATGATAGGTTTAATAAGGCTAAAGAAATAAAG +AAAAATGTTTATAAAACTGTAAACAATGGTTTTAAAAAGAAGGGTACTATAGTTTCTGTA +AATGGAAATAGTCCAGATACACAGACTGTGAATGTAGATAAAAACGTTGAAAAAACACCA +ATTACACAGACTATGCACATGGATAAATCCATAGATACAGACTGTAACTCTGGAGACTGT +GACTCTATAATAATACTTAATAATAATACTTATTCAGTAGTTGTAGAAGAACATCATGAA +CAAGAAGAGTCAATAGATAAAAACATTAATGTAACAATAGTAGAAACTAAGTGCAAACTT +AAAAGAAAGTTAACTGATACGCAAAAAGAATTTGTGTCTACTTGTAATACAGATAAACTA +TTAAAATCTATAGAAATTGCTAATGAAATCAATCCAGAGTCTTATACTTTTGGATATATA +AAAGAGATATATAACAATGATAAAAACTTTATAGAAAAGAAAAAAGCCCCTGTTACTCGC +AATAACAAGGACTTTAACAAATCAAATATACAAAATTATAATAATATTATAGACAATTTT +GAGCCAAAGTACAACCATAAAAATAGATTTAATGCTGGATCTAATAATGACGCTATATTT +AGTTTTGGTAGTGCTGAAGCATTAGAGAAACATTTATTCGAAGTCCAAAGTAAAAAATTT +AATAACCGTAGTATTAAACATGAGTTTAAGAAAACTAGCTTTCATAATTTTAAAGAATCA +TTTACTAAATATTCTCCTGAAGAATTAGATCTTAAAATAAAAGAAAGTCAAAGATTAAAA +TATGGTGAGTAATTTGTTTCATATGATTACTTTTTAGAAATAGTTATAAATTGATATATT +GATACTGGAGTTATCGGGATTATTTTATTAGCTATATTAGTTGATTATGGTATGCTCTTA +TTTAAATAGAAATATAATAAGGACTCCAAAACATTTCGGAGTCCTTATATAAAATAAAAT +ATCGAATTTAAATGAAATTTTATTGTAAAAATTTAACTATATATACTACAAAAAGTGAAT +TAATCTATTTCTATATACTCTTTAAAGATATCAATAATAAAATCTGCACTTTTAGGAGTA +TAATTAGGAGAAATACAAAATGTAATAAAGTCAAAATCTCCATTATATTTTACATCATCA +ATATTTTTTTTAATCTCAAATGGAACTTCAGGCTCTAATATTGAATTATTTAAGTATTTT +TTTTCCATACTAGTTCTATTGTCACCAAATAATTCAAATAATTTTGTTAATTTATATTTA +TTATTATAGGGTAATTGTATTATTCCGCTTGAATCTTGAAAATTTTTCATAATAAATATT +GGATAATCATCACCAAATCCATTTGGATTAGCAACATATGTAAGTTTAGAAATCCATCTA +AAAGCAATTGCAAATAGAAGATAATCACCTATTCCAGGCAAACTATATTCTTCAAATAGA +TTTTCGTAATTTGGAATATTAACCCTTTTATCTACATCTAAACCTAATAAATTTTCAAAA +ATAAAAAATTGAGAAGCAAAACCTAACCCTAAATCAGCATGCGAGTCTACATGTATCACT +TCAAAAGGTGCTCTAAGGGCTTCAATACTTACTAAATCATTCCAATAATATAATGCTTCA +TGGTGATTTTGTACTATTTTACCTTTGATTTTACTGTTTGTTGAAAGTCCCAAGTTATTT +TCAATAAAATCAATAATTTTCTCTTTATTCCAAGGTTTATAATCTTCACTAACTCTACTT +GTACACTCTTGAGGTATGGAATAAGGTACATCTTCTAAAAAATAATCCATATCAATATCT +AAAACCTTCACTCAATTATCCCCCTCATTTAAATTAATTTTATAACTGTATTATACTATA +TAAGGATATAAGATAAGATTAAATTTTGATAAAATCATACTTTTCTTGTGTTTCTTAAAA +TAATCAATCTATTTATTTATAACAATTAAATATAATTTACTATAAAACTAAAATTTTATG +GTAAAAGTGTAACCTTTTTGATGTGATTTTGCATACACTCTATTAACAAGTGAATTAATA +AACGTAGTGTTCTTAAACTTGTTTAAGATATTGGTGAACGACCAGTTAATTGGTTAGAGT +GACCTGGCCATAATCTATGCTTTTTTAATAAAATAGGCCTAACCATTGGAATTACTAGGT +ATGGAGTTTTTACATCCCCAAATTCTGAAAGGTTGATAATCCACTTTTTAAAATAAAAAC +TATCTATATTGTTTATACCAAAAGTTTAAAATCAAATTAATTTACTTTAAAATAGGCTAT +GTTTTAATATAATGTTGATTTTAGAAACTATTTCAATAATAAAAAGTAGGAGCTAATAAA +TTACTTTCTCCTACTTTTGTTCTCAATATATTAATATTGTTCGTTAAATCTATTCACTAA +ATTGGAATTTATTTTTACTCCATCTTATCTTCCTCTTCATCATTTTGATTTTTACTCTTT +AGTCCATCTAATCCAGCTCCAATAGCTACACCAACGCCAATTCCAACAGCTAAATTATCA +AACACTGAACCTAAAACAACCCCTAAACATAGCCCTAATCCTATATAACTTATATTTTTC +ATATCTTTCACCTCTCTTTAGAAATTACTATTTATCTATATGGTATCAACAGTACCTTTG +TTCAACATTATATAACAATTGTGTAACAAATTTTATTATATCATTTTCAACATCACTTTA +AAACATAAACTAAATATAATAAAAACTACCCACTATTAAGCAGGTAGTTTAGCAACAAAT +GCACTATAATTAGCTTCTTCATTTTTAATTAAACATAAGGCGCTATATGTCTCTAAGTCC +TGGAATGCTTGTTCATCATATCCATATTTTTCAAATTGTGTATGAAGTTCTCTATATGCT +TGAATATCTGCTCCTGCTAATAACATATAAGATGCTCCACCAGCTTTGAGTGTCATTCTA +CATTTAGAAGATAATTGACCTAATGCATGTATAGCTACAGTTGATATAAGTTTATATTTT +CTAGCCTCAGCAAATATTATTTCAAATAACAATTGACAATTAGGACATTTATAGAATTCA +TCAAATAGTAGCTCTGTAGTTGGTTGATAATATTCTTTATCTAACAAAATTTTAGCCAAC +CATACTTTGGATAAGTAGAATGTTGCCATTATATTTCTAATCATCTGTGAAGGAAATTCT +TGCTCAGGTATTTCTATTAGAATAACTTTATTATCTCTAATAGCATCAACAAAATTAATA +TTTTCATCGCAAGTTTTATTTAATGCTACTTCAGTATGTGAACTCATTTCTAATAATGCA +GTTCTATCTAATATCCCCTCAATTTTTGAATCTTTAGTACCTTTAACTTTGCCATTTTTA +TCTGTATCATCAAGTTCTTTAAGTTTGTTAATTCTCTTTTCTAACAACTTAGATAATTCA +GGACTTAATAGATCTATAAAATTATGTCTAGTTTCATGATACTCTAAACACTCTAATACA +TCTGATAAACTAGCATTATGCTTAGAACTATAGACAACTGCACCTGCTGCAAATAAAAAC +TTTATCATTCTACTAGATAATTTGCTATTATCATCATTTATTGCATCTATTAATACTTGT +AGCTGTTGTGTACGTTGAATTGCATTAGATACTATTTGATAAGGTGTCATATTCTCATTA +ATAGGTATTTCATTATATACATATGCTTGAATATCATCAAAGTTATTACAACGTATTCTA +ACAAGCTTATCTTTAGGAGTTTTATTAGCTATAGATTTAGATAATTTACAATCTCCTATA +ATATCAATAACAACTACTCCATTACCTAACTCAATTGCATTGTGAGCCATTTTCATCATC +TTATATGACTTCCCACTACCTTTAGAACCTATTAAAACTCTTTCTAAATTTTGAAACTCT +TTGTGCATACTAAAATATGCCTTATACACTTCTTCTTTATAATTAACTAATCCTATAAAC +ATATCACCATTTTGTAAACATTTAGGAACTGGATTATCGATAATTTTATTATGTTCTATC +ATATTATATTGTTCAATTAATTCACGTCCTGGTAATGATATAAAGCTTTGACACTCTTCT +ACTGTAGTTTTATTTATAGACACATTATTTATAATAGGTCGCATTATATCAATATCTTTC +TTAATTTCTTTATATGTTAATTCATTATCTTCAGATATACTCTTAAAACTGTTGCATAAA +CTTATACCTAAATCTTTCTCCTTCTTTTTGTCCTTACTTTTTGAAATAACTAAAGTTTGG +CTTTTACAAATTGATTTATTAGCTTTTCTTTTCGTACTATTTGATATATCTTTCTTAGCA +CAAACAAATATCTCTCTATTTGCTCTTTTTTCCTTTTGTATGCTGCCTAAAAAATCTTCA +ATATATTCTATTAAAAATTTAAGTGCTATTGATCCAAAGTCTAATATTGTTTTACTTTTC +TTTAATGTATATCCATCCTTATACTTACTAATATTTTCTTTGTAAGTTTTTTTAAAATAA +TTATTTTCACGCTCACCGGTTGGAATAAAATTGTATAGAATACCGACTACATCACCATTT +TCTAATATATCTACTATAGCCATATTGGCATTCAAGAGATCATTATTTCTCTTATCTACA +TTAAGACTAAGGACATCATCTTGAGTATAATTTAGTTGATATTTGCTACAAGTATTAATA +TCAATTGGAATTTTGTCTACCTCTTTAACCTCAATGTATTTCCATGTCTCTTTAAACTTA +GTTCTAAACTTCATTGAGTGTATCTTAGGTATTATAAAAAAATCCCCTAAAGGGGACCTT +GAGTGGCTAATGCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACA +ATTAGGACATATCAAAATTGGCATGCCTTCGGCTTTATGGTACTCTATTGTTCCATCTTC +>MGYG000000001_27 +ATCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCACAAGAC +CATTTTTTATAATACCTTAGTATATAAAAAATAGAATCTATAAAGATATACTGTAATAAG +TATATTCAATATAGATTCTATATTAATATTAAATAATTAGCTATTAATATCTTGTATCTA +ATAATCCACAGTAAGCATCAACTGGACTTACACCTTTAAATTCAGAACGCCCTAACATCT +TTTCAACTAATGCTTTTAAAGTTATGTCTTTATTGTCATAAGTATTGATGTAAGTTTTAA +CTTGAGGTACATCCGCTAAGTGGAATGGACACTGTACTGATACAAATATAGTAGGTACTT +CATTTACATAGAATGGTATATCAGGAGTACCTTTACTTGCTGGCCATTGTATACGTTGAT +CTGTGTTTGGATTAACAACAGCAACATTTATTATTAAGTCATAGTTATCAGTTAAATCAG +ATATAGGTCTCCTAGCCGCATATATACTTCCTATAGCTTTTCTTCTTTCTTCAGTCGGAA +GACTCATTATTTTTTCAATTGGTGATTCCCATATGCTAACTTCAAATCCTTCTTCTTCTA +ATTGAGCTTTTAATATTTCAGTTGGCTTAGGTCCTTGAGCACCTATTAATGCACCAAATC +CGCCTTCAGTTCCTTTTACATCAACAAGTAAAACTCTTTTATGTTTTTCAACAGATATTG +GGAATATATCTTCATTGTTTTTAACTAGAGTTATAGCTTTATCAGCAACTTCAGTAGCTA +TTGCTACGTTTTCTGGTAAACCTATTTTAGCCATAGCTTCTTCTTTAGGTTGTAATATTT +CTGTTTTAGCTTTTTTATGAAGACCTAAAGCAGCTTTTGTTCCTAATATTCTAGTTAAAG +CTTCTTCTAATCTTTCATCAGTTATTATTCCATTTTTGTATCCTTCTAACATCCAAGCGA +AGTCTTCATCTGGATCATTGAAGAATAAGAATAAGTCACTACCTGCAGCTATTGCAGTTG +GTAACATTTCACTACGCTTCATAGCTGAAGTCATTGCTACCATGTGAGAAGCATCAGTTA +CAACTAAACCATTGAAGTTCATTTTTCCACGTAATAAATCAGTTAATATGTATTTATTTA +ATGTAGCAGGTAATATTTGCTCTTGTACTGTAGCTTCTGGATTAAAGTGACGAACATAAC +TTGGTAAAGATATATGTCCTGCCATTATTGATGGAAGACCAGCTTCAAATAATCCACCGT +AAACCTTACCAAATGTTTCATCCCACTCTTCTACTGATAAGTGATTTGGAGCAAATGATA +AATGTTGGTCTCTTTCATCAATACCATCCCCTGGGAAATGCTTTGCCGCAGGAGCAATAC +CGCTTTCCATGATTCCTCTCATGTATTCTAAAGATAATTCTAAAGTTTGGTCTACATCTT +CAGACCAAGTACGAGTTGATATTATTGGATTTCTCCAGTTTCTGTTTATATCAACGATTG +GAGCGAAACTCCAGTTACATCCTATAGCAGATGCTTCTACACCTGATACTCTCCCCATTT +CATAAGCATATCTTTTATCATTTGTCGCTGCTATTTTAACTTCATTTCCTATATATGTAC +CATCTACACAAGCACCGTTACCACCTGATTCAGTGTTAGCTGCTATTAATAAAGGTATTT +TACTGTTTTCTTGTAATATTCTATTTTGTTCATATACTTCTTCTGCTGTACCAGGATTAT +AACGAACACCAGCTATGTGATAGTTGTCTAACACACCTTTTAAGTATTCTTCATCACGGC +TAGCACCCATGTTTATAAATAATTGTCCTATTTTTTCTTCTATTGTCATATTTGCAATAG +TGTCTTGTACCCATTTTACGCCTTCATCATCAAGATTATAAGGTTTTATTCTTAAATTAA +CCATATATATCCCCCCTATATTCAGTGTCATTTAGTATCTATAATAAATTTATCATACTT +TAATTAATTATACAAGTATACAAGTATTATTCATTTGGAATATTTATAATTTTTTATATA +TCCTATTTTAATTGTTACTCATGCACAAACCGTGTAAGTTATAATTTCCTTGTAATAAAA +AAATCTTAGGCTTATAAACCTAAGGATTTTTTTATTGTTCAATATTTTTTATGATTATTT +AATCAAGCAGCAAAATAACTTTGAATAAAGTTCTATTGTTATCACTTTTGACTAAAATTC +GTCCTCCATGAGCTTCTATTAAATCTTTTGTAATAGCAAGTCCTAAAGCAGAACCACCAT +CATTTCTATTTCTTGATTTTTCACTCTATAGAACCTATCAAAGATAAATGGTATATCTGA +TTGTGGTATTGGCTCTCTATAGTTGATTACTTCCACTACTGCTCTATTACTTTCTTTTCT +AGTAGCAATATCAACGTATTTTCCGTCATTGCCATATGTCATTGCATTGTTAATTAAGTT +TTCTAATACTCTTACAAGTTTATCTAGATCTGCATTTACTACTAGTTTATCTTCAGAGAA +ATTAGCTCTTATTTCCATATTTGATTAATTTAATTGATAATTTAAATATGATATTACTTG +GGATACTAATTCCACTAAGTTGATATCAATTTTATTGAGTGGTAATGAATTATTTTGTAG +TTTAGTTAGTTCAAATAGATCATTTATAAGTATATTTAAATCCTTCGATTTCTCATAAGC +TATATTTGTATAATATCTAAGTTGTACTTCATCTTTGTATTTATCTTCTTCTATTAAATT +AAGATATCCTATTATAGATGAATCTTAACCATTTTCCTTCTTCAGTTATCCCTATCATCA +TAAGGTTGTATTTTTCTTTATCTATATTATCTATAACTGCAGATGCAGATTTTAAAGATA +CTCCATATTCATTTGATTTTCCGCCAAATATTATTAATACATTTTTCATTTTTATATTCT +CCTTAGTTTTTAATTATTTAAGTTTTCTTAAGTTGTATAAGATAACAAAAAAAGGTAGAT +ATTCAAAGCATTAATATTGCTTTAAATATCTACCTTTTATAATTTTAATATTATTAATTA +TTTACACTGCAATTTCTACTGATTTTTCTCTATGAGACTTAATTTCTTTACTTATTAAAA +TAAATGTAACTACGAAAGAAATAACATCTGCTATTGGTTGAGCAAACCAAACACCATTTA +AGCCAAATAATCTTGGTAAAACAAGCATCATTGGTACCAATAAAATTACTTGTCTTAGTA +AACCTAAAAACATAGCTTGTTTTGCATTACCAATAGATTGGATATAATTTGAACCTATCA +TTGACATTCCTATTAATGGCATCATAAATAAGTATTTTCTAATTCCATCTACTGAAATAC +TAACTAGTTGTGCATCGCTATTAAACATTTTTACTATTGGCTCTGGTGTAAATTGAACAA +CTAACCATCCTAAAGTTAAGCCAATTGTAGCTGCTGTTACTGCTAGTTTTAAAGTTTTCT +CAACTCTATCATATTTCTTACACCCATAATTAAATCCGATTATAGGTTGTGCACCTTGGC +TTATACCTATTATTGGCATACCTACGATTGTAATTATTGAGTTTATAGTGGCCATTGCCC +CTATCGCTAAATCTCCACCATGAGTTTTAAGTGCATTATTACATATTATCTGAACACAGC +TTGCTGCTAATTGCATAGCAAAAGGAGCTGCACCTATTGAGAATATCGTAATAACTAAAG +ATTTATCTAGTTCTAAGCTTTCTTTTCTAAACTTTAAATTTGCTTTTCCTTTTAAGAAAT +ACGATAATCCCCACATAGCTGTTATAAATTGAGAAGTAATAGTGGCGATTGCTGCACCTT +GTATTCCCATATTAAATACAAATATAAATAAAGCATCTAAGATTATATTTGTAACACATC +CAACAACCATTATTGTCGCTGAAAGCTTTGGATTTCCGTCTCCTCTTATAATATGATTAA +AAGCAAATGCTATTAAGTTAAATACGCTTCCTAATAATATTATATTTATATATGATTTCG +CATAATATAAACTATCTACACTAGCACCAAATAATTGTAATATTTGGTCTGCAAATATCA +ATCCTATTGTTGTTATTAATAATCCAACTATAATTGCTAAAACAATAGCATTTCCTACAA +GCTTTTCAGCTTCATCTTTTTTACCTTGACCTAGCTTTATAGATATATTCGTAGTAGTAC +CTATACCTATAAGCATACCGAATGCTAATATTATAGTCATTATAGGTAATGTAACACCTA +AACCTGTAATCGCTAATGGACCAACTCCTGGTATGTTTCCTATAAAGATTCTATCTACTA +CATTATATAATCCGTTTACAACCATTCCTATAATTGCTGGAAACGAGTACTTTAGTAGAA +GTTTGCCTATAGGCTCTGTTCCTAAGATTTCTTGATTCTTATTCATAAATTCCCCCCTAT +TTAATTTTTATATATACAATTATTTAAATACAAACTAGTTGCTATACAACTATACTAATA +TTATTTAACTTTTACACATAATGTATTATATATTTTTTTAGTTGTCTTTGCAACTATTTT +TTTAGAAGTTAATATGAAAATTGCTTAATTAAAAATGGAATTTCTAAAAGTATTTCTAGA +AATTCCATTTTAGATAAATTTATTATAGCATTGGTGCTTGGTTATTCATTGAATATCCAT +CAGTCCTAACGTCACTCATATCAAGTTTATCTTCTTTTATTATAACCTTGCTAAGTTTTT +TAACTGCTCCATAAGGTTCTTTTACTGATAGTTTATCTCCTCTTCCAGACATAACCCATA +AAACCTTATATCCTCTAGGGACTACGCTTAATCTACTTTCCCCTTCACCATCTGTAAAGT +ACACTAACAAGTTAATCTTTCTATTATTAGCATACTCAAATACTGGGCTAAATTTTGTTC +CTCCACGTATATTAATTCTATCTTTAACATCTTTTATTGATTTTACCTTATATGTTCTTC +TTATTTCATTATCACATTCTATAATAGTAATTTCATGATTATAATTTTTCACAATACTTA +ATACTTCTTTAATAGCTTGTTTAAATTCTTCATCACTAATACTTCCACTTATATCTATTG +CAACAGCAACTTCAGCTTTATGATTTCTTAGTTCTCCTCTTAAATCTAATCTGTGTGGCT +GTCTTCTATTTCTTCTTGTTATAGTCTTCTTTTTATTACTTTCTACTGTTCCCATTAACT +TTTTTAGATATAAGTTCCAAGGAAGTTCTCCCTTATTATTTTTAAGTGATGCTATTAAAT +CATTTAAATATGATGGATTCTTACCTTTATTTGATTGATTAACAAATTTTTCTGTAAACT +CTTTTAGTGTTTTTTCATCAATCTCATCTGAATCTTCCCAAATATCATGAGTTTTCTCTG +GGTCATAATCCGTTGCTATACTTTCATTATTATTAGCATCATTTTCTTCGCCATCTTCAT +CTTCTTCTTGTAAATCTAACTCTGTTTGAATTTTATCAACATAGTATTCAAAAGTTTCAT +AAGGCTCAAGCTTTAAAGAATAATTAACATTTACCCACTCTAAGGTAGTAGCATATGGTG +GAAGGTTATCTAAATATTTATTTACTACTATATCCATTGCCATGTTAATAGCTAATGTAC +TGTATCTACTATTCAAATCTTTTGCTCTTAATAAATGTTGTGATATTATATGAAGAATTT +CATGTTTGATGCTAGTTTCCATTTGTCTTCTATTGAGCTGTAAGAAAATTAATGGATTAA +AGTATATAACATATTTAGCATCTTTAAAATTTACAGCAGTTGGACTACTTATATCAAATC +TTATATCTCTTGACATTTGAAATAAGAAGTATCCATAAAAGTTATCATTATCTTCCATTA +AACTTAAATTAACTTTATCTATAAGTTTAAAAAATTTACTTTTATAATCTTTTTGTATAT +CTATTTCAAACTTTTCACTATTTTTATTTGCTTTTACCATAGTAGCAGTATTAATAATTT +CATTTGCATTTATAAAAAGTTCTTCTACTTGTTTGTTAAAATTATTTTCCATAAATTAGC +CCCTTATTGAACTATAAGACTCAAAGTAAGCTTCTACAAATTCTTCATTTTTAATAGCTA +CATTATACACTTTAGCATAAGTATTTTTCATATCCTTCATAATGCCTACCATTAAATCTA +TTGGATATGTTTTTAAGAACTTTACAAATCTATTTATATAAAAACTACTATCGTAATTCT +CATCATTTATATTTACTTCTAATGTTTTTAGTATATTCATTGCAGATAAATAAAGTCTTG +TATGGGTTTCGTTATTTACTTTTTCTACAACACTTTCATTTAAAATATCTCCTGAGAATA +CATCTTCAAAAGATATTAATGGACTGTGATTTGATTCAACAAAACTTATAAACTCTTCTG +CAATAATCTTACCTACATTACCTTTTATAACATTTAAAAATACTGCTCTTGGAATTATAT +CCATTTTATTTTTATATTCTTTATAAACCTTAGATACTCTTTCATAACTTCTAGGTGTTG +CTCTTACATCATCTTCATTCACCTTGTGTAAATATTCAGGGAATGTAGATATAAACTCTA +TAACCTTTTGTTCAATTCCAGCATCTATAGCCCAACTTAACCATTGTGTATAATCCGGCT +CCATATTTAACCAAACAAATCTATTTTCTTGTGCAGCATCCATATCTACAACTTGATAAT +CAAAATCTGAACCATATTTACTTGATGGGTTCATTGCAGCTAATATTTTTACATCATCAT +GTAATTTGTATCCATTTATTTCTCTATTTAATATTAAGTTCATAAGTTCTTGTTGTACTG +TATGTTCACAACGATTTATCTCATCTATAAATAAAAGAACACTATTTCCTTTAGATATTT +CTTCATCAATTTCTCTTAATTTATTGTGAACAGCATATACGGTTGCTTTCTTTTCTATTT +TATCTCCATTAGAGTTAGTAGTTACATAAGATTCTATAGTTGGAAGTCCTCCTATTTCAC +CTTCTTTAAGTAAGTTACCATCTATTACTATTAAACTCCAATTATTTTCCTTAGCAAGTG +TCTTAGCTAAAGCTGTTTTTCCGATTCCACTCTCACCAACTACTAAAGGTACTTCTTTAG +TGGATAATACTAAGTCAACGCTTCTTAATGTCTCTATAAAATTCATTGTTATCTCTCCTA +AATTATCTTAAGTTTTTCATCTACTGATATTCTCTTAGCTTTTTTGCTTCCATATTTATA +AATAAACATAATTTTATCTATTTTAAAAATATTACTCTCTCTATCTATCGTACTACAATT +TAAAAAATCTCTTATATATTTTTCAGATACATCTTCTTTTGATATAATTTCTTTTAATAA +TTCTTCTAACTCATCTTTTGTAATTATATTCGATACTTCACGTTCTATATATTTTATAAC +TAAGATATTTACTTTTATAAACTCTAGTATTTTTTCTTTATCTAAATTATTTATGAAACT +AATAGCAGCCTCATTATTTTTAATAGCTATAAGTTGTGAATTAAAACTTGGTGATTTTAT +ATATCTTAATGCATCATAGCTTATTTTTACTGCTTCTTCTTGGACACTTTCATAAGGCTC +TTTAATGTGTTTTATTGAATCATAATTTTTTCTTACTGCTAATAATTGTAATTCTTCACT +AGGATTTTTCGCATATTGTATAGCCCATCCAGCTTGATTTATAGCTAATTTAATTACCTT +CTCAGTTGGATTTTTTATATAATCTAATATACTCCATCCTTCACTTACTACTTTTATCAT +CATTTCTTCCGTTGGTTTATCTATGAACTTGATTGCTCTTGGATTATTCTCTATAGCTAA +ATTTTGCATTTCTATTGTAGGATTATTTATATATCTAAGCACTAGTCCATCTTCTTTGAT +AGCTAATATTTTCATTTCATCTGTTGGATTACTTATTGTTTTTATAATAGAAGGATTTCT +TTTTATCATTTCTATAAATCTTGATTCATCCATTGTGTACCTCCCCCATCTATTATCTTT +TTTCCTATTATATATATATATACTTTTTCAGCAAATTTAAACATAATAATTATATCAAAT +TTGAATACCATTTTATTCTATCATTTAAAACTATATTATATTATAAATTAAGCCTGCATA +TTATTTGCTGGCTTTTAGTTAATATTTATTCAAATCTAGTTTCATAAAAATAGATGATTT +TACAAGACTATTATTATAAGAATCTATTTCATAAAAGCCTACTTTTTTGTATAGATGTAT +TGCACTTTTTAGAAACGGTAAAATATCTAATAACATATACTTATAGCCTATTACCTTAGT +ATCATCAATAATAGTATTAATTAACTCATTAGCTATATTATTTCCTCGAAATTCCGGTTT +TACAAATAATCTTTTCATCTCGCAGTTTTTATCATCAATTTTTCTTAGTGCTATACATCC +AACAATTTCATTATCGAACTTGGCTATATATAGTCTTCCATATGGCAATCCGTACTTATC +ATTAAGATGCTCTATTTCAGAATCATAGCTTTGTAATTTCAAATACTCTTCAATACTAGG +TTCCTTTTCTATAAGCATCTTTGTATATTCTAAAAATAATTCTTTTATTTCTTTACTATC +ATCATAATCAAGTTTAATTTCTATACCCATACTCTACTCCCCTTTTTACATTTAATATAT +AACATGAACCTATAATTTATTGCTGTACTTATACTCTAAGTATTTTAATAGTAAAAATTC +ATTTATTGTAAAGAGTTGAGATCCTGAATATATTTGTACTCCATGTTCTACTTTAGCTAC +TTCATGTGTATAAAATTGAATATTAATATCACTTAGTTTTGATAGGGTATTATTTCATAG +AAATGATTTTTACTCATTTTTTATTTAAATCTTTTGCAAAACTATTAACTTTATTATTTT +AATCTGATAAAGATACTAAAAATATTATATCATTCTCTGTCATATAGTTTTTTATTTGTA +GTTTCAATAATTGTAATAATGATATTATCTATTAATTTTTTATATAAGCAAATGGATTCA +AAGTTAACCTCTGTAGTATTAGATAATAAAGTAATTAAGGTGATGAATCATTCGTACAAT +ATATATGATATTACTGATGTGGAGTTATTAGATAAAGTAAGTCTTTCTGGCGGTTCTGGT +AGAAATACTCCAAACACCAATAATGGCCATTACAAAGTCAAAGGAGATAAATTTGAATCT +AACGTTTACATACATAAAAATATAAGTCCTTTTATAAGACTTATTACTAAAGATCCAGCA +ATTGTTTTTAATGGATTATATTGTGAAATTTGATACAATAATTATATATTGTAGTTAAAA +AATTCCCGAAACTGTTTAGGATGGTTATTTTGGAGTATGCATTATTTTTACTTATTATGA +TTATAGATTTATTAGTACCGTTTATTATTGCAATACCTTATCAATGGTATAGTCATAGCA +AGATGGTAATGGGTTTATTAGGATGTAAAGAAAGTCCTTTAAATGCTATATAATATATGG +ATAGTCGGATCAGATTTATGTATTTCTTTATTTGGATATAGTATTTTTCAATATTATAGA +GATAAAAATTTTGGATTAGCAACAACTTTATTTGTATTAATACTATTCTATGGAATTGGC +GATGAGATAATATCAGGATTGTTCCCTTTAAATGAAAAGAAAAATATTGTAACATTATCT +TTTAGAATATATGGAATAGGATCAGTCTCTAATATTTATTTATTTTTATATAATACACTT +TATAAATATTTTAAATTAATTATTTTAATTATAGTATTTTTTTATTTTTTTATTATATTT +CCTACTAGGATGTTTTTTGAACTCTTAATGTAATCATGACTTAAAATTTAACCTAATATA +ATTTTTTATCTTAATTTAATAAATAATTTACTTTAAAATCCTTATTAAATTAAACGTATT +ATCTTACATTTCTTGTAATTGAGGCGTAGAATATATTGGTGTCTCCTCTTTTGATAATTT +CTTTGATAATATTATAAAATATGTTACACATAGTATAATTTGTACAAATGGAGACATAGG +AGTTGCAAGACCTACTTTAAACAATGATACTGGTAATATTTTACTCATAAGATATGATAC +TGGTATTCTTATACAAAATGCACCTATTATTCCTTGGATCATTACAAAAGTCGTTTTTCC +ACAACCATTGAAATAACCTACCATGCAAAACATTATTGCAGTAAGTAGGCAATCTATTCC +GTATGCCTTCATATATTCCCAAGATGCTAAGACTACTTCTCTATCCTTCGAGAACATCCC +TGATAGTAAATCTCCATGGAAGAACATTACATAGAACATTACAACACCACAACATAATGA +AGTTGAAATAGCATAAAGAAGTACGTTTCTAGTTCTATCATATTTTTTAGCTCCATAGTT +TTGTGCTACAAATGTAGATACTGCTTGAGAGAAAGATGATGATATAAGCATTATAAATCC +AACAAGTTTTTCCGCAACTCCAATTCCTGCTGAAGGAATTACTCCCATTGAATTCCCTAT +AATCATAATTGCAAGGAAAGATAAATGCACAAGTCCATCTTGTAAAGAAATTGGTGCACC +GTATTTAATTATTTTTGAAGTTATGCCTTTATGGAATTTTATACTTTTTCTAGAAAATTC +AAAAGGAAGTCCACGCTTTTTAATAATACCTAGGCATAATATTACACTAATCCCTTGAGC +CATTATTGTAGCCAGTGCTGCACCCATAGCAGCCATTTTGAATAATCCAACAAATATTAA +GTCTCCTATTATATTTGTAACACATGCTATTCCTACTGTAATAAGTGGAGTTTTAGAATC +ACCTAATCCTCTAAATACTCCTCCTATAATATTATAAGAAACTATGAAAACAGCACCTGC +AGAACAAATTTTTATATATGTTACAGTACTATCAAACGCTTCTTTTGGAGCATGCATAAA +AGTTGATATAGGTGATGCAAAGCTAACTACTAATATAGTAATAATTACTGCTATAACTAT +AAATATTGAAATACCACTTCCTACAACATCTTCTGCTTCCTTAAATTTCCCTTCACCAAG +TTTTTGACCTATTAATATAGTAATACCCATAACTAGACCTGTAATCATAACAGTAATAGT +TGTCATTACCTGACTTCCTGTTGAAACTGCAGATACGTCTGCTGCACCTCCAAATTGACC +TACTATAAGTAAATCAACTGCACCATACATGGTCTGTAAAAATAGTGTAAGTAATATTGG +TATAGTAAATTTTAATAAAGGTGAAAATATCTTACCCTCTGTAAAGTTTGATACTTTTGA +CATATTTCAATCTCCTACTCTTATTTATGTTTTGTACAAAACAATATTTTTATAAATATA +ACCGTTTTAAAACTTCAAACGGTTATTCTAGATTATTTCTTATTTTAGAAAGAACTCTTT +GGAATATTTCTATTTCTTCTAGAGTTATATCTTCTGATAGTTTATTCTCAATTGAGTCAA +TTGCCTCAGAAATTTTTTCATTAAGTTTAATAGACTTTTCTGTTAAAATAATTTTCTTTA +AACGAGCATCCTCTGTTACTGGCACTCTTTTTATTAAGTCACTCTTTTCCATATTATTCA +ACATTAAGCTAATAGATGAACGTTTTAAATCAAATTCTTTCTCTAAATCTTTTTGGAATA +TTTCTTTTTTATTGCATTGATTAAAAATAAAATCTATTACATAAGCCTGTGATACAGTTA +ATTTGTCATCGATTGAACTAATTACGGCAGCATCCATCTTCCTTGAGATTATATGGTCAA +TTTTGCTGATATCAAGACCTAGTTTAAGCTTATTAATCATGGAAATACCTCCATATGTAA +ATTTGTTTTGCACTAAACTATAATAACTATTATGTTTATATATGTCAATATACTTTATTA +TAACTTATTAACTATGTATTTAATTTTAACCTTTTGCATCATTAACATCATACCTCTACA +CCAGTACATAACGATATGTTATATTCCTTTATTATTTTTTTAAGAATTGTATGCTTGGAT +AACCTCTTGGCTATCAACAATAATATATTTCTTATTAGTATTTCCTAGAATTGTTCCACT +AATAATTAAAACTACTATTAGTAAACTACAAGTTATGCATTTTTTATTTGTTCGAATTCA +TAATACAATCTCCCCTTTGTTATTATACTAATCCCCAAATTACTATAAGTAAATTTATTA +AATAATCTTACACATTTAGATTCACATTATTTATTTTTACTTTAAAATACATTCAAGAAA +AGTATTACTTAAGTCACTTCTTATTTTTTTGTATTCACCAACATCTAAATAATAATGATA +TAAATAAAAAATCCAATAGAATCTCTATTGAATTTTAAAATAATATGTATAATTATTTAG +ATCTGCTATTTACAATTAAAAAGCTATTTTGCTTTCTAATAAACTCTTAACTTTATCAAA +ATCTTCTATTTTTATTATTATATTTCTATCTATAAAACCCTTACCAATTCTTATTATTTT +TTTATTTTTAATAAGTAAAGGTTCTTTATACTTTATTTCTTCAATCTTATTAATATCGAT +AATTAAACCATCATAAAAAATAACCTTATCATCTGTTACTAAACTTGTACTAAATATTGC +TTGCACAATCATTAAAATTGCAACAATAAATAAAATTATACAAGCAAATATAAGCATTCT +ATAAGAGTAATCAAAGTTATTGATATAATTTTTTATATCTACAATACTATAATTTTCTAT +TGGATATATATTTAATAAAGATTTTAATGATATTAACATGATAAAAATTAAAAGTACTGA +AACTAAAATCGTTACTTTATTATTTTCTTTAACTTTAATACAATTCATATTTTTATGCTT +TATTTTTTTTATTAGCATCTTCCTAGTAATGTAATCTGTTATCTTCTCTATTATAATAAT +TATGCCCATTCCTAGTGTCGATAAGGATACTATTATTTTATTTTCTGTAAATAATGATGT +CACTCCTAATATGACCAAAACAGTATTTAAAATTTTATTTTTTGTGCTCATTTCATACCC +CCCTAATTTAATATATCCCATTATTTTCAATTGGATATTAAAGTTTAATATATAAAATAG +ATTATCTAATTTTGCTTATCATCACTTATACTTATAACTTTATCATCCATATACTCTATT +TTATTAATTGGTAAAAACATAGAGAAACTTGATCCAACTTTCTTATGGTTAATCTTAATA +TATCCACCTTGCTTAGATACTATCTCTCTAGTCAAATACAATCCAATACCTATACCCTCT +ACATCACCAACATTTTTGCCACGATAAAATCTACTAAATAATTTTGGTATTTCCTCTTCA +TCAATACCTATTCCATTATCTTCAATATCTATCCTCACAAACATCTCATAACTTCTAACT +ACTACCTCAATATTCCCATTTTCTGGAGTATACTTTACTGCATTTTCAAGTATGTTGAAA +ACAGCTTCTGCAGTCCAATTTATATCATGAATAGTCTCAACCTTATCTATATTTTCTAAC +TTAATATGTATATTCTTATTTCTTGCTTTTTTCTGTACTTGACTTATAGCAAGTAGCACG +GTGCCATTTAAGTCATTTAGCTGTGGTATTAAATTTATTACTCCACTCTCCAATCTAGAC +ATTTTTATCATACTTTCCACCAAAAAACTAAGTCTATCTAGAGACATCATTATAATCTCA +TTGAATTCCTTACGTTCTTCATTACTTAAGCTTTCATCTTGTAAAAACTCTCCATACATT +TTTAAATTTGTAATAGGTGTTTTTAGCTGATGAGCTATATCTGAAATTAAAGATTTTATT +TCATTTCTATCATTTTCAATTCTTTTATTTTTCTCTGTTAGTATATTAGTAAGCTTTATT +GTTTGATATTGTAGTTTAGAGAAGATTGTATCATCCATAGTAGAAAATACTACTTTATTT +TTCATATCTATAATAGTTCCTAACATATCTGATAAATCTATGAATATATCTTCCATATAA +TTTTTATATAATCTTTCTTGAATAAATATCATACTAATTATAAATAATGAGAAGATAAGC +AGACCTAATGATATATTAATTTTTTCAAACTCAAACCCACCCATATATTAAATCCTATTG +TTACAGCTATAAATATAAGCTTATAAGTCATATTTAATTTACTAAAATTTTTTTTCACAA +GCTATTCTCCAAAAACGTATCCAATGCCAAATACTGTTATTATATATTTACAATTTTTAG +GATCTCTTTCTATCTTTTTTCTAAGACGTCTTATATTTACACTTAATGTATTATCATCAA +CATAGTTACCTTTACAATCCCATATTTTATCTAATATCATTTCTTTTGTCATAACTTTTC +CTTTATTCTTTGCTAGTAATTCTAATATCTTATATTCAGTTGCTGTTAAGTTAACATCTT +CATCATTTAATGTTACTTCGATTTTTTCAAAATCTATTTTTAAACCTTCATATTCAAATA +CATTATGGCTAACACCTTTTTGCATTCTTATCATGGCATTAATTTTATGTTTTAAAACTT +CTACTGAAAAAGGCTTTGATATATAATCATCACATCCAATTTCAAAACCTTTGACCATAT +CTTCTTCTGTATCGTTTGCTGTAAAAAAAACAATTGGAAAATTTACTTTCTCCCTAACTT +CTTTACAAAGTTCTAGTCCACTTCAGTCTGACAAGTTAATATCTAGAAGTAAAAAATCTA +TTTCATTTTCATTATTTAATATTATCTCTTTTCCTTCTATTTTAGAGTATGCTGATATAA +CATCATACCCTTCTCTTTTTAGTGCAAATGAAACACCACGATTAAGTATTTTATCATCTT +CTACAATTAAAATTGAATTCATATTATCATCTCCCCATCTCATTATAACAAAAAATGGTA +GATTATAACTAACCTACCACATAAATTTAATTCTCTATTTCTCTAAGTCTTTCAGTTACA +CTTTTCTTTGTTGATACCTTAAATACAATAGCAGGAGTAATTAAGCATACTGCTAAGATT +ACAATTATTAAAGCTACTAATGCAGTAGTAGGGAATACAAATGCTGCATAGTCAGCAATA +TTCTTCGAAAGCTCTCCAATACCATATATAATTCCTATACCTAAAGTAAGTATAAAACCT +GTAGTAACTAAAGCATAATATAATCCTTCATAAGTTAACATCATTTTAATTTGCTTTTTA +GTCATACCTATGCTTTCCATAATTGCAAACTCTTTTAATCTTATATTTACCCCTGTTATC +ATAACATTGATAAAGTTTAATATACCAATTAAGATTAAAATAACTGCAATTCCTCCACCT +AATATATTCATTACCATTTGAGATTTATTAAACTCTTCTGTTTTTTCAGATTTTGACTCG +AACCATAACCCACGAGCCTTACTTAAGGCTTTTAAATCTTTGTTTATTTTACTTTCATAT +TTCTTATCTACATTTATATTTAATATATAGTTTATAGCATCATTATCTAGTTTTTCCAAT +ACTGAATTACTTATATAAATAGTTGGTATACCCAATGGTGCATCTAGTCCTGGAGGTAAT +AATTCACTAGTATCTCCCACTACGTTCATATTAAAAGTTTTAGATTTATTATCCTTAAAA +TTTCTTATTGTTACGTCTCCCTTTATACTTTTGTAATTCTCTGGATAATACCAAGAATCT +GCTATGGCAACATTTCCTTTTTTAAATGCTTCTACGTCTATTTTATCTTCTAATTCTTCA +TTAAGCCTTTCTATAAGATTATCATCTATTCCTATAACTGATACTTGTAATAAACTTGGA +TCCTCACTTACTGCATTTAAATATTCATTAAGATCTTCTTTTGTATTTCCAAATCTTTCA +TAAATATTTTCTAGTGCTGGTAATAACACATCTTTGCTCATATCTAATTGCAGATTACTT +GATTTTGATAAGCTTATATTATTGACACCCTTCATATCTTTTATCTTATTTATAAAATCG +CTATCTATCTTATCATCATTTCCTTCTACGCTTTGTATAACAAAATCATTTTTAACATAC +CTATCTATATAGTTTTCTACACTAATGCTATTTAAGAAGGTGTTAACACTTAAAAATGTT +ATAATTCCCATAAATAATGATAAAAACACTATTATAGCTCTTTTCTTTTCTCTAAACACA +TTGTACCAAGCCATTTTATATAGCTTTGAACCTTTTGTTGTGCTTCTATTTTTCTTTTGA +TTTTTAGGTGTACTGCCACTATAACGTAGTGCCTCTATTGGTGAAATATTTCCTGCTATT +TTAGCTGGCTTTTTACAACTTATCATTACTGTTACTAGTGAGAATATTCCTGCACCTATA +AAAATAATTGGATTAAATGAAACGTCCCTTGGCATTGCACTAGCTTCAGCTCCTGCAAAT +AATGTACCCATAGCTAAAGGCACAATTAAAAAAGATACTATTGCGCCTAAAAGTAATCCT +AAAGAAATACCTATAAGAGAAAGCTTTAAAGCTTGGCCTTTTACTATTTTTTTAATTTGT +TTTGGTGATGTACCTATTGTTTTAAGCATTCCATAAAAGGTAATATCCTTATTTACTGCT +ATATATAAAACATTATAAATAAGAAGATACCCACTAAGTACTATAAATAAAGATATTATT +ACTATTATCGCCATAGTTGATAAAACTGTATCTGATAAATCATTTGATATATCATAGCTA +AATGAAAACTCTTGATTTTTATTTAGAGAGACTTCTTTTTCTAGTATATCTGGTGCAGTA +GATTTATCTTTAGTCTTTAGACTTATATAAAGTGCTCCGTTATCTTCTAATGTTACGTTA +TTTTTATTTGCAAACTTTTCAGAAACAAATAAATTTCCGCTATCTTGAACTAAAGCATAA +TTAGTATAATAACCACTTAATATAAATTCCTTATTTATAATTTTTCCATTTATATTACAT +GGGACTTTTATTGTATCTCCTATTTTAGCATCACTTTCACCTAAAAACTCTAAAGCTTTT +TTAGATGCCATAATCTCGCTCTCTTTTGTAGGATAATTTCCTTTTATATCACTTATCGCT +GGAGATACTTGTTTTTCATAGTTATCTTTATTTAAATATTTTATTAATATCTTTGTTCTA +TTTTCACTTAGAGTGTCAAGTGAAACTCTTCCTACATTTATTTCATATCCGATGCTATTA +GATAATCCTAATGACTTTATTTTATCTATTTGATTATCAGTTGGATTTGGTAGGGATACA +TTTGCTGTAGTACCTTGTAATCTAAGATTCATAGTTTTATAATTTTTAGCAAAACTTATT +CCTATACTAAACACAGATGAAATCATAAATGTAGTTAAAACTATAGCCATAATAGCAAAA +GTATTTCTTATTTTATTTGTTTTTAAAGAACGATTAGTAATTTTTTTTATAATTTCTTTA +TTGTTATTTTCAAACTTCATTATTTATCACCTCTAACTACAACTTTGCCATCTTCTATTC +TTATAATTCTATCTGCAAGTTGAGCAATTTCTTCGTTATGGGTAATCATAACCATAGTTT +GATTAAACTGTCTACTAGTTACTTTTAATAACCCTATTACATCCATACTAGTCTTACTAT +CAAGATTTCCAGTTGGTTCATCAGCTAGAATTATCGCAGGCTTTGTAGCTAATGCTCTTG +CTATTGCAACTCTTTGTTGTTGCCCTCCAGAAAGATTATTAGGCATATTACTTAGCTTTT +CGTTTAATCCCAATGTATTAATTATTGAGTTTACATAATCTACATCTATTCTCCCTCCAT +CTAACTCTATTGGTAATACTATGTTTTCATATACATTTAGTATTGGTACTAGATTATAGT +TTTGAAATATAAATCCTATGTTCCTCCTTCTAAAAATTGTAAGTTCTTCATCATTTAATT +TACTGATTCTTTTGTTAGATATTATTGTTTCTCCACTAGTTGGGTTATCTAACCCTCCAA +GCATGTTTAGTAGTGTAGATTTTCCACTACCTGATGTACCTACTATTGCTATAAATTCTC +CTTGATTTATTTCTATACTTACATTGTCTAATGCTTTTACTATGTTTGGCTCTTGGCCGT +ATATTTTAACTAGATTTTTTGTTTTAAGAATACTCATTTTCCCCACCTCGTATATTTTTA +TTTGTTTATATTTTGTATTTTATAGTAAACTTCTTACAAATTTCTGACATATAAAAATAA +GCTAGAGAAGTTTTTATTTCTTCGCCTAGCTTATTTTTTATTTCTGATTTGGATATTTTT +ATAATTATTTTATATAATATATATCTGAAAATTCTATATCACATCTTTCCACATGCTTAC +ATTTTCTATCTATATTATATTCATTATTACTTTCTTCTTTTATATTAATAGGAATGCTGA +ATATAAATTCCGAACCTTCTTTAAGTTTACTATTTACATTTATTTTTCCACCATGTAGCT +CAACTAGGTTTTTTACTAATGATAGTCCTATACCACTACCTTCACATTTTCTATTTAAGG +ACTCATCTACTTGTCCATATCTATCAAAAATTTTATATAATTAGTATATTTCTTTAATGA +ATCTAATTTTATATTATTATTTTATATGTTTCTATTAATCACTTGCATAGTACCTAATAT +AATGTTTATTGGAGTTCTAAATTCATGAGATATATTTGAAAAGAATTCGTTTTTTTACAA +TCTCTGATTGAACTGCTTCCTCTAGTATTCTATTTTCTTTTTCTATTTCTAACTCTCTTG +TGATATCTCTTGCTGTTGATATATAAGCTTCTTGCTCACCTATACACTTACTACTCTATT +CAAGATAAATATAATTTCCATTTTTATACCTAAATTTTATAATATCTCTAGTAATAATAC +CTTCTTTATCCTATAATTTCTTTTTATCCTTGAATTTTATTGATTCCTCAGGATGAATAA +TATCTTTACATGACATTGATAATAATTCTTCTTCTGTCCATCTTAAAACATTGTACCAAC +TAAAATTTACTCTTTTAAAATATCCATTTTTATCTACTATAGCTACTAGGTTAACTGAAA +CATCTAAATACTGTTCTAGCTCTTTTTCTGTATATTTGCGTTTTTTATTTTCAATAGATA +CTTCATTTAAAAGCCTTATGTTTTTAATTAGCATGGCTATTTTATTACATATATATTTCA +TATACTCATCACTGTTAAATTTAGGTGAATTACCATTACTGTAACTTAATCCTATGATAC +CGATAAATTCATCAAATATTGGGGCTTTGTAACTTTCGTACCAATTTATATTATCACAAA +TAGCTACCTCTTCATGAAATATCTTTGCACTTTTACCTTCAAAAACTTCTATATTATTTT +CTTCCAATGTCTTATAAGTATGTTCTTCCCAATATTCGCTATTATAAGTTCCAATAATAT +CCTCTCTTTTTTTATTTAATATATTTGTAAAAGGCTTATTCTCATATAAATACTTACCGT +CATTATCTACAACAAATGTACAAACATCAATATTATCTAAGATATCCTCTAATATTTCCA +TAGTATATAATTTTGACTGTACTTCTTTACCTATAATTAAAATATTTTTATCATTGTTAA +AATTTTCTATACTTATGTTTTAATTTATTTTGGCTATTTCATTTGATTTTGCATGAAATT +CTAAAGTTTTATTTGCTTCTTCTGAACCCTTTGGTATATTATTATATCCATTTGTTATTA +TCTTAGATATATTTAGTTTTAGTATTTCGTCTTGATTATAGCTTAATCGATTTAAAAAAC +TCTCATTACAAAAAACTATTTTACCGTTGTTATTTAACACTATTATATAGTCACTAATTT +TATTATATATGAATAACATTTTATTCCCCTTTTGCCCAATTATAAAATGAATTTATTCAC +TTCCCTTTATTACACATTTTACCATAACATATTATATATTACATCATCATATAAGATTAT +AAACTCTATCTTTATAATTAACTCTAAAATATATCAATATAATCCCATTTGTAAAATTCA +CTGAAGGTTCATGTGTTCTAATAATTCAAATTAAAAGGTGCCAGTTATTTCCTAGCACCT +TTAATCCATACATATCTAATTCATTATTAATAGATTATTTTTTAATCTTTATTTCTATTG +ATGTATTTATATCTTTATCTATTGATGTTATCTGATTAAATACATTTATTATTTCTAATT +CTTCATTAGATTTTACAACTAATTTATACTTCCCAACTTTAATCCCATCTGGTATAATTC +CTGTAAATATAACTTCATTAGCAGTATTATATCCAGTCATATTAAGTTCTACTTCTTTAT +CTTTAATCTTAACCTTTATACTTCTATCACCCATTATGCTTATATTTTGATCAAACTTTA +ATTTTAATTTCAATTCGTCCCCTGGTCGATACGATTTCTTTTGATCTAAAATAGTTACAT +TTTCTAATTTTGCAGATGTTGATTCTTTATCTATACTAAATTTTAAATAATCAAAATTCA +TTTCAGTATAAGACATTTCTCTAACATCTGTACCTTCATAAAATAAACCTATATTTCCAT +TTGGAAGTTCAGTCAAGCATGAATATGCGAAGTATCCTGGTTTAACTAACTTACTATATT +TCCATTCAAACTCATATTTAGGTTCTCCATTCTCATGATTTCCATTTTGTGATATTAGAC +CTATTCTCACAGTCCCATTAGATCTATTACTTGCATTTGGATTAGAAAATATCACTGCTG +GCTTACCATCTATTTCTTTACTATAGTTCATAATACTTAATTGACAATATGGTTCTCTTA +GATTAGTATCTTCAACAACATTATCATCCCATGTTTCCCCACCGTCAAAACTAGTTGCTA +TTCTTACATAATTTCCTGTATTTCTCATAAACATTTTTAATTGACCATTTGGCATTTCTA +CAACTTGACACTCTGTTAGTTGGTTTCCTGATTGTTGAGTTTGAGCATTACCAACTTGAC +CATTTCCCATATCTCTTCCATCAGTTGCAGTTTCCCCTATACTCCATGTTTTACCATTAT +CATCGCTATATATTGCACCACTTGATTGGAATCCATTTGAATTAGTTAAGTATATTGGAA +ATACTAATCTACCCTCATACTTTCCATTTTTTATTTGATGACCTCTACCTGGGCCTGTAC +CCAAAAATTTCATCCAATCTGCTTTAACATCCTTGTTAAGATCTATTGGTTTACTCCAAG +TTTTACCATCGTCATCACTATATATTAATGATAGAAAGCTAGTTCCCATAACTTTAAGTG +GGCTTGTTCCTGTCAATACATTATCTATCTTTTCTCCATACTTATATAAGTTTTGGTCTT +CGTCAACACTATACTCACTTATATTTCCACTACTGTCATATACTTTACCTTCTTCTCTAA +CCGTATATTCATTATTACTTGAATCGAATAATTGAAGGTATCTGACTCCATCTATTTCTT +TATATCCGCTTCCTGTTTTAGAATTTTGGAATCCATAACCTGTAGCAAAATGTGTTACTA +AAAGGAATATTCTCCCACTCTCTTCATCTTGCAACATTGCAGTATCTATTGCTGATGATT +TATCTGGATAATCTAATATTATTTGACCCTCATCCCAAGTTTTTCCGCCATCTTCACTTC +TTTTAATAGCTGTATCTATATTGTTTGGAGCATCTCCACCATTATCTATTCTAGCATCAA +TTGATGCCAATACTGTTCCTGATTTAGTTGTAAATAATGCCGGTATCCTATATGCATTTG +AATTTAATACTCCTGGCGCAAATAAATCTTGCGTCTCTGATTTATATGCACCCTCAGGTA +AATAATCATCTTCAGAAGGTGCATTAGTTTCTGCTGTCTTCTCTAGAAGATAAGAGTCTG +AAATTGGCTTATCATATATATCAATAAAATCTATATCTCCATTGAATATATATTGATTTC +CACTTAATCTAGCTGTTTTACCGATAAATGCAGTATTAAGGGACGATATATCATTTAAAA +ACTTTGTATCGTTATTAGTCTCTGTCTTAACTAATTTACCATTTAAGTATATAGAGTAAG +ATTTATCTTTTTCTACTTTAAATGCAACAGTATTAAACCCTTCATTTAAAACCACATCTG +CATAAATATGCTTATTTAACCCTTTACTTTCATCTCTTATTTCAACACCTACTCTACTAC +CTGATTTGTATAAATGAAAATGTGAATTATTTTGGTTTTTATTTGATAGACTAATTAAAC +TTGCTAAGTCACTATTATTTCCTCTAAATCTGGCTACAATAGTTCCTTCCTCTAAGTTTT +TTAATTTTTCAACTTGACTAGATATATCTACAAGATCTGTGTCTGAATTTATTCTTATAT +TTTCATAAGAATAAATTTTTTCTGCATTTTCATTTTGTATATTGCTAGTTTCAGCTACAA +AGACTAATGAATCTTTCTCCATACCTGTAGCTAATGCAACATAGGATGCATTGCTTACAA +TCAAAGCTGATACCACACCAGCTACAACAATCGTTTTCCTATCCATTTAAAATCCTCCCA +TTTGTTTTTTAATAGTAATTTAGATAATCATTTGTTGTTATAAATTTAATTCTACCATTA +CCACCATATTCCTCTTAAATTTAATTAATATATAAACAAAAAGTTTAGAAAATATAATTA +TTTAGTATAATACACCTATTAATAATCTATTTATTCTTATTACTACTAGCATCATTCTTT +TATAAAAGTTGGTATAAAGTATATTCTTGGATATCTTAATTTTAATCCTTTATATAAATC +CTATTTATAAAATAATATTATCTTATGATATTGTTTATAATATTAATAATATTAAATATA +AGGGATGATTCTTTTGGATTTTAAAAGTATTTTGCATGCTTTAGTGGCTATATTGGAATG +TTTATCAATAATAATAATAATCTACGGTGTTGTTATACAGTTTATAGATTTTATAAAATC +TGAATTTTCATGTAAAGAAAGAAAATTAGCTGTTAAAAAAGTTCTTATGCTTAAGAATTT +TTTAGGTACTTATATATTATTTAGTCTTGAGGTGCTAATATGTGCTGATATTATAGAATC +TATTTTAGATCCTAGTATGAAACATATACTTAGTTTATCAGCCATTGTAATAATTAGGAC +TATTATTTCTTATTTCTTAAATAAAGAAATTAAAGACGAAGATAAAAAATGATACAAAAA +AGTTTTTAATAAATATTCAAGAAAGTTTAAAGATTCTTATTAATTATTATTTAATTTAAA +TCCAATTCCCCATACTGTTTTTATGTATTCTTCATATTTTGATACTGTTTTAATTTTCTT +TCTAATATTACTAATATGAACATTTACTGAATTATCTTCTCCATAGTATCCATTTTTCCA +TACTTGTTCATACAGTGATTCTCTTGAATATACCTTATCAGGGTTTTTAATTAAAATACT +TAGAAGATCAAACTCATGACCGGTTAAATGTATATCTTATATTCATATGCTAAAAAAGAT +ATTGACTATTTAGCCAATATCTTTTCTTTAATTAATTCAATTTATTATATTAACTCTGAC +CAATATCCTTTGTTAGCTTCAATAAGGTCATCTAATACCTCTTTTGCAACATTCATACTT +GGAACTATTTTATTTAATGTAAATGCTTGTAAAGCTTTTTCATAACTATTTTCTATACAA +GCTTCTATAATTAATTTCTCACAATTCACTTGTTGTATCATTTTAATCCTTGTTGGAATA +ATGGAATAGGATTTTGCGCAATAACTTATCTTCTATCTATACCTAAAACATCATAATACT +CATCCGTGAATATTAACTTTGTGTAATCAAATTTAGCCTGCAATTCTTTTACATATTCGT +AAGGATTTTCAAATGGAATCAAAGATAATTTTTCAGATATAGTATTTAGAACTTCTTGCT +GTTCTGGTAATACAGTATTATCTTCAGATATAAGAAAGTTTTCAAACTCCTCTTTGCTAA +ACATAATAATTTGCTCAATAGGAGTAACACTCTTTGTCGCCAAAATCAGTCGTAAAAATA +TTTCAAAGTTTTCAGCTAAAGGGTATACATTTAATTCTTCACTTTTATCATTTGTTAAAG +TATTTGGATTGACAGCAAAAACAGTTTCACCAAAACCGTTAATAAAACAATAATGGATGC +CACAACTTTCCCAACCAATTACTTTGGAACCAACAGGTGTACAAAAATAACCACCTTCTG +TATCCCCTTCCTCTAATCCTATATATGACTTATCGATATTAATCTCTTGATATTTTTTAT +ACACCTAAATTCCCCCTATAATAATCTATTCTACATCTATTTTAATAATTTATCATAACA +AAAGAATGGCTTTTCTTTCCCTAATAAACTCATTTCTCCTACAAGATTAAAACCACATTT +TTTAAATAATGAATTCATTTTTGTATTGATTGAGTAAGTATCTGTTTTTAAATATACAAC +ATTATTATCTAATGCTAATTGTTCTGCAAGCTTAATTAATTTAGTTGCTATACCTTGCTG +TCTAAATTTAGGATTAACTGCCATTCTGTGTATTACCATTGCTTTACTGTTAGATACCCA +GTTTAGATCATCATATTCTTTTGGCTCTATATAGTTAATACATATGAATCCTTTTATTTC +TTTTCCTTCTGCTTCTACATATAGCTCTTCACTTTCTATATCTTTAATAAAATCTTTAGC +TTGAGGATAGCTTTCATCCCATTGAGTATTATTGTAAGTCTTCATTTCTTCTACTGTAGA +TTTTATTATATCCATTATACTATCTACATCATTTAAACTAGCTTTTCTTATCATTACAAA +TTCTCCTTATTACTTTTTCATTCTATTAAAACCAACTAATTTGAGCTTTTTCATATGCTC +TTTTATAATCTGCTATAATATCTTTCATATCATATAAAAGATTATACTTTTCGCACTCTT +CTTTAAAAATCTTAAGTAAGTGATCATAATTTCTAGATCCATTTTCATATGACTCACCAT +ATGTTTCAATATATTTTTTATCTAAACCTTGATTTGGGAATATTCTTCTTAATTGTTCAA +AATAATATTCTCTCTGATTTTGTCTTAGAGTAACACCTAGCCCATATGAAAATACAAATT +TAGCGCCACATTCATAAGCTGATTTTATAATATTTTTTATATTTTCTTCGTTATCATTTA +TAAAAGGTAAAACTGGCATTAATAAAACACCAACATATATTCCATTATCTGATAACTGCT +TTATTGCCTTTAATCTATCAGAAGTAGGACATACATTTCTTTCAATCTTTTTGCATAGTT +CATCATCATATGTAGTTATTGTCATTTTTATTAAAGTAGGTGAATGACTTTGTATTTTTT +TTAGTATATCTATATCTCTAGTGATTAAATCACTTTTAGTAGCAATAGATACTCCAAATC +TATTCTCATCAATTAGCTTCAAAGCTTCTCTAGTCAGCATATAGTTTTTTTCAAAGGGAT +TATATGGATCACTCATAGCCCCTGTTCCTACGACACCTTTAGTTCTTTTTGATTTTAGAT +CTCTTTTTATTGTTTCTGTTGAATTTTCTTTAATCCTCACTCTATCAAACTCAATAATTT +GGTAACAGTTGCTCCTAGAGTCACAGTATATGCATCCATGACAACAACCTTTGTATATAT +TCATATTGTAGTTTATTCCAAACCAATGTGGGTTTTCTTTATAACTAGATGATATTATTG +TTTTGGTTGGTATAAATTCCATAAAATATCATTCCTTTCAATTTCAGTACTTTTTTATTT +TATAATATAATTTTAGATTTGAATAGGATAGTATATTATATACTATATTTTTAATAATAC +ATTAACTAGAAAAGTACTTCCTACTAATTTTTTTTAACTTTAGGAATAATATGAAAATCA +ATGTGATATATATGTAATATAGAGATATAAATATATCACATTAATGAAGGGAGATTTATT +TATGAAAGGGTTAAATAAATATTCAATTTTCTTTGCACTATTTGGATTTTGGGGCTTTAA +AGAATTAAACGGAGATCCACTAGGTCTTTTAGCTTTTGGGTTCTTTGGATATCTTTCTTA +TATTTGGTGGAATAAGTTAGGAGATTATGAAGATGAGAGATTAATCTACAACAAACAACG +AGCAGGTTCCATAGCGCTTTATACAGGATTTGTTCTTGTAGTTGTAGCAAGTGTATTAAT +TAGGCTATATACAGTAGATATACTAATACTTTATAGGTTACAAGTATTAATAATAGCACT +TTCCTTTGCAATATCAATGAATTTATGGGCATTTTTAACTTATAAATTTGATATGGAAAA +TTAAAATTATGGTTAAGTTTATTAGTAATTTAAAGAAGTATCGACAATTTAATGAATTAA +CTCAAGAAGAATTAGCTCATAAGGTTAATGTTCGAAGAGAAACTATAGCTCGCTTAGAGA +GTGCGAAATATAATCCTTCTCTTGAATTAGCTGCTAGAATTTCAAAGGAATTAAGTATTC +CTATTGAAGAATTATTTATTTTTGAATTTGAATAGATGCTAAAATAACTCTATCCTATTT +ACTATAATACTGGATAGAGTTATTTTATAATTTATAAAAATTTTGAACCTATTTTACTTA +GATATTAATCTCAACCTTTCGTTACTACTAACTTATAGTACCTTTTTCATGTTTCATTTC +ACACTCTGAGGAACTAGTTAAATTCTATACTATTTCTAAACTAAATTCTTTAATATCATA +GAAACTCTATTCGGTAAGGTATTTATATTCGATATATCTAGAAATTTATTATCTCCGTAA +ATATCTTTTATTACATCTCTATCATTTCCAATAGCGGCAACGAAAAAGTTTATACCGTTT +CTTGAATATTCTGCTACAACATTTTGTAAATCTTTTTTAGCTAATTCATCTTTATAATTG +GGCTTTGCAAGTGGTTTTCCATCACTTATTATAAATAGTACTTTAATATCAGCGTCAACA +TCTAATAGCTTATCTGCTACATATTTTATAGGTACTCCATCTCTATTATTACTCTTTGGT +TTTATTTGCATAATCCTATAACAATCATTCTTATCTGGATTATCAAAATCAGAATATTCG +TATATTGATACATCTTCTCTATTTGATATATCAGCTGTATCACCATAAATTCCAATTGGA +ATATTACATTTTTTACAAAACTCCCATATTAAAACAGCTGTTGCACGGGCCATTTCAATA +CGATTATTTGCTTTCATAGAGCCCGATTCATCTATCCTTAATGCTACTGCAATTGATGGA +GATTCATTTGGTGGATTTTTTTTACTAAAGTATCTAAAATCTTTTTTAGCTACATTTGAA +GCATCAAACTTAGTTCCATAGTATCTATTTGTACTGTATTCTGTAGATACTTCATTTTCA +AGAAATGGTAATACTTGATTTGCTAGTTGATTAGCATACTCAATATACTTTTTATTATTT +CTTTTATAATTTAATTTATCATCATAAGTAAATTCCGGTCTATGAACTTTTATTCTAATT +CCTTTATGGATATCTCCATATGAAATAATCTTAGAACTACTTTTATGCTCATCTTTATAC +TCTTTTATATTTCTAAGTCTCATTATTCCTTTTCCAAAAGAGTTACTATTATTAGTTATT +CCATCAAATAATTCTTCATTTTCTTTATTTACATAATCATTACTTGTACTATCTTCTTTA +CTAGAATTTCTTAGCTTCAAGGCATTTTTATCTCTTGCCATTGTACTTTTGTGTTGGCTA +TTTCCATCAGAATTAATATCCATAACGTCTTCATTTTCTGATTTAACTAACTCTTCTTCA +GATTGCTCTTTAATGTCTTCTGAATTTTTTATTATACCACCTTTTGTATCTGTATTTCCA +ATAGTTGATGTTGCTTCACTATTTTTGTTAAGATCTTCTTCTATTTCAATAGACGTAAAT +GGCATTATAATATTTTCCTCTTCTTTATATACATCATTAAAAGTTTCTAAGTATTCTTCT +ACTTCATCCCATAAAAGAATACATATTTTATTAATTTTATCTAATACTTGAATATGTTCT +TTAGCTTCGATAGCTTCATCTATTGCTATTTTAACTTTATCAATATTTTTAATATTATAA +TCTACTATATCTTTAAATTCTTTAAATTTTATATAAGAGATTATTTGATTTAACAAAGCA +TTAAACTTCTTATCCTCAGTAAAATCTGTTTGATAGGACTTAATACTATTAAATTGATTA +TCTCTTAATTTATTAAGTCCATCTATTAATCTTCCATAGTTTTCTAGATATTTATATATA +GATTCTTCTACTCGGCTATCCTCTATAATATCGTATATGAAAAGTAACAAAGAACATAGC +TTGCCAGATTTTTTAGGATTGCTTAAATACTTCTGAATTTTTATCATATTTTCATATAAT +TCTTCATCTTCAAATCCCAATTTATCCTGAAGCAATCTATTATTTAATATTGATTGTTCA +TAAATTGTTCTTTTTGAAAAGTTTGTGAATATTCTATGTCCTATTTCATGAACATAGTAA +CCTAATATTAATTTAAGTTTATTGTCTTTTTCTTCTATTATACTTTTTGCACCTAAGTTT +ATATAAATAGTATCTTTTTTTATATAAGATACATCATCAGTACTTTCATTAATAAGAAAC +TTTAACTTATCTTGTTCTAGCTTATATTCTTCGTATAATTTTTTAGATATACTTTTTATA +TATTCTTCAAACTCTTTAGATTTTAAGATGCTCTTATCTTCTAGATCTAAATTATTTTCT +CTTACCAATTTTAAAATATTATTAAAATCCATATAAACTACCTCCTTCTTTGGGTTTCAA +TAAACAAAGAAGTATTATTTTCAACGACTTCCTCCAAAATTCTTATTTCATCAGGATTTG +TAGTTATTTTATATAGCACTTTATAATACATGGACTCTCGTATATCTTCACCATTTTTTA +TTGCATCTACCCAGAAAAATAATGAACGCATCCCTGCTACTCCTCGTATAGCATTTGCAG +TCGCACATTCATCTAAGACTATTATTGCATCAACTAATTTTGAAACTAACTCTATACTAT +CAAATTTAGTTTTCGCCATAGCTCTTTCGATCATAACTTCTCTTTCTGGTAAGTCCATTT +TCTCTGAATGCTGCATTCTATCTCTTAAAGCTTCATTAAGGGGTTTACATCCAATATAAT +TTCTGTTAGTTGTAATTACAGCGACGAAATCAGGATGTCTATGGACGACTCCTGTTGGTA +AATTTATAGTACCATCTAGTTCTAATGCTGAATTTAAAATCATTAAAACTGCAGCATCAC +GAATTACTGTAGGCTCTTGTATTTCTAATAAATATCCTTCTGTAAATGCTTTTACTATTT +CTGAAGGGAAATATTTATATTCGATTTCTTTATCAGAATTATTATTTTCATTATCTGCAA +CTGGTAATATAGAACCTAATACATCTGATTTATCCATATCTGAAAAACAGGTTATCTTAG +TATAAGGTAGTCCTAGATTATGTGATAATGCTTTTGCCATTTGTGTTTTACCTGAACCTG +CATCACCTTATAAAAGGATGTTTGCTATTTTCATTTCACCATTATTCCAATTACGTTTTA +TTTCTTTGCATATTCTTATTTCTGTTTTTGAAACTCTATGAGAATCAGGTAGTTTTATAA +TTTGACTTCTTTCATATTCACTTAATTCTCTAGATAAATTTAGTTTAAATTCTCCTTGTT +CTATTTTTAAGTTTTCTATTTGTTTTTTACTTTCTTTTATTTCTTTAACAATTTCAAATT +TACCAGTTAGTAATTTTGTATATGCTATTTTTTTATTATCTATATCTTCTTTATTTATCT +TTTCTAAAGGCTCACCTTCTGCTATAAGAAGCTTTAAATCATCCTTTAATATTCTACGAT +ATACATTATCACAAAAAGTTGCCATTAACTTAATTGCTACATCATCTAAATCTTTTGTTT +CTTCCCTATAAAGTTTATATTCATTAAATAAACTTATAGCTTCATTATCCTCCAATATTA +GAGGCATCATAGCTAAAAATAGTATGCTTCCTTTTTCCTTATTAGAACTTCTTGGACCTC +TTAATTTATATTCATTACATATATTGTTTTTAATATTATAATTACAAGCCAAACATTTTC +CACTTACTTTATTATAAAATAAAATTTGTATTATATCTTCACTTTTACTTTGAAGTTCCA +CACATATACTATCTTCAATTGTTCCAATAGCTCCAACATAACTTCTATTATCAAGTAAAT +CTATATATTTATGTGTAGCTTCTATAATTGAATCAATTAATATTGATTGTCCTTTTCCAA +ATCCTCCATCTGGAGAATATTTACTTGAAGTATTAACATTTTTACTACTTAAAGTATCAA +ATAGTTTTTCCTCAAGCTTATACTCTCTTCCCCAGAGTGAAGATATGCTGCTTATTTTTC +TCATAAATATTCTCCTACTTTTAATTTTAATATCCTAATTCTTCTAGTATTTCTGAAAGT +ACTCTAAATCTTTCGCCTAATAATTCACCTTGCTTATTAAACTCATCTGCTAAAGTGATT +ATATCTTTATCTAAATTTTCATTATCTGTATTTATTTCAATATTCATAGCATCACCTTGA +AGACCCACTCTACTTATAGTTAAGTTATTTTCATCATAAAATTTAGGCATTCTATATGCT +TCCTTAAAATATAAGCTCGCTTCACACAGTAAAATAGCCATATCTATAATTCTATTTACA +GGTATTTCATCAAATTTACCATCTAATTTTGAAAGCTTTGCTATTATTTCTAATCTATTG +TTCTCTGAATTCTTCTTAACACCTATATCTACTTTTTCTATATCGGAGTTAGGCGCTCTA +TATCCATCTACATTTTTATAATTTTCACATTTTATAATTGATTTAAATTCCATTTTTATA +TTTCCTCCACATTTTCTTCTGTAAATCTATCCTTACACATTTCTCTTAATATTATTAAAT +CTTCGCTATAATCAACCTTACTTTCATCTTTGTCATAAGGTAATACTTCTACTGTTGCTA +TTTCAAAGTTTTCTTCTTTATTTTCATTCCAATCTTTTTTGCAATTTTTTACATTTATGG +TTGTTAGTTTTTAATTTGAATCTATCACCATTTATAGTTGCTTTTATATTTTTGTCACAA +CCTAAATAAACTGTATTTGTTTTTTTAGATTTAAACATATATACACCCATCTCTGGTTTC +ATTTCTTTAAATTGTTGTAGTAATTCTTTTTTTCTTTGTCTATCCATAACTAATCTCCTA +TCTATTATTTGTCCTTTATTCAATTTAATGTTTTATAATACATTTACACAGATGTGTTGT +CGCTATACGTATTAATTTATATTATTTTAAACTACTAAACAATAAACGCTCCGTAGAGTT +GAACTCTACGGAGCGTTTATTATCAAGAATAAAAACTTTTAGTATACTTATTGATAAATT +CTTAAAAATATAACTATTCTAAATAAGATATTTTTAATTTTCTAATCATCAGATATGTAA +GAAGGAGGAGATAATATGTTAAATACAAAATTTAATAAAATCAATTTAAATGAATGGAAT +CGATCACAATATTTTTATTATTTTACTAAAATGTTGCCTACAGGATATAGTATCACTGTA +AATATTGATATTACTAATACTTATAATATGATAAAACAAGATAATAAAAAATTTTTTCCA +GCTTATTTATATATAAGCTCAAGAGTAATATCAGAATATAAAGAGTTTAGGATTGCATAT +TTAGATAATAAACTAGGTTATTACGAAGTTTTACATCCGTCATATTCTGCTTTTCATAAA +GATGATGGCACTATTTCAACTATATGGACAGAGTATAATCCTAATTTCGAAATTTTCTAC +AGCAATTATATGGATGATCAAAATAAGTATGCTAATAATCATGGTATAATGGCAAAGCCT +GAAATGCCTCCTAAAAATAGCTGTATTATAGGTATGTTACCTTGGATAAAATTTTCTAGC +TATACTCCTGTACCATATTCCCCTATTAATAGCTTTTTTCCTGTACTTCAAGCAGGAAAG +TTTTTTGAGAAAGATGGTAGAAAAATGATGCCTCTTTCTATTACAGTTCATCATGCAGTT +GCCGATGGATATCATGTAGGAATGTTCTTAGAGAGGTTCCAAGATTATACTAGTTATCCT +GAAAAGTGGATGAAATAAACATAATATAATAAAATGGATTGATTTGTTAATCAATACCTT +TTATTATAAACTATTGTATTTGTATTTATAAATTGACCATGTTTTTTGTGTTTTTTCCAT +ATTGAATTGCAAATTTTGGGCATCTATGTAAACATCCAAGACAAAGTGTACATTCATCTT +TTATCCAAACTGGCTTTTTATCTTGCATTTGTATTGCTTTAACTGGGCATTTTTTTCGCA +TAGGTTGGTGTAATAAAACCAATATGCTCTTTATCGTCTATATCAAAAAAAATTTCAATT +AATATTCCATCCATCTGATTTACATGAATTATTGCTCTAAGCTTATTGCTATTATCCAAG +AAATCGTACATACGATTAAATATTTCAAATAACCTATCTTCCGCTTCTATTTCTGGATAA +TCATCAAAATGAATTTCTTCTCGTAAAAGTTCCCAGCAATAATTTAGCAAATCAAACATA +GTACTACTAAATGTACCGAGTATTCGTTTAGCAAATTTATTTGTTTTCTTTTTTAAATCA +TATTTCATTAAAAGTGCTCCTTATATACTTGTATATTTTTAGACACTTATTAAAGTCTGT +CTTCTACTTTATGCTCTTCTATCAATATATTTTGTGAAGTACTAAAAAATATATTGTTTT +TTATTCTATATAAATAAAAAAACTGTAGTCTCACTTTGATGCAGTTCTTTATTATTTATT +AAATTTAAATAAGCTAGTTAGAGTGGCTCATTCCTCACTCTAACTAGCTATAAAAACATA +CTTTATACAGTTCTTAATACTTTTAATTTCTTTCACATCAAACTTAATTTTTACTTTATA +TTAAATAAGTAGAAAGTTAATCCATCAAAGTCTTCAACTTCTTGTTCTATGATTGTGTTA +CCTGATTAATGTGTATTACATTAGGTACAAAAAACCATAAACAAACGATTAATTTTGTAT +CTAAATTTAGTAAAAAATAGGGATATTCTATTAGTTATATATCACAAAGTTAACTAATCT +AACATAACTCTAAAACTAGATAAAGGCTTATAATCTTCTCCTTCAACAGGAATATTTTCA +TAGACAAAAATATCTATATATTTAGGAGTTTCACCAATATTAATTAATTCATTTATTTGA +GTATACATTTTATTTGCCCCCTCTTGAGCTACGGTCATTTCTAGTTCTCTTCCTTTATCA +TCATAAACTATTATAAAGTTATCATGAGTATTACCTAGTGATGGCTGGAAAGGAAGTTCC +ATTTTTAACTCAGCATAAGTTTTAGATATCCCTATACTTTTTAATGTATAATCTCCATCT +TTTTTATTAACTTCTATATCCTTTTTACCATCATCTATAGATTTTATATTAAAATTAAAT +GCCCACTTACCTTCAATATCATCATTATATCTATATTTATTGTCTGGAATATCAAAGGTT +ATTTTAAAGTTAGTCTCATCTATATCATTTGTAGGATCAAGTTCTATTAGGTTACTAAGA +CTTAAGGTGTACTCATCTATATATTCTACAACTCCTGAAGACCAAGAGTAACCATCTAGT +TTAATTCCATTCATATACATTTTTACATTGTCCATATCCATATATAACACTCCATCCTCA +TAAGGAGAATCATATATTGATTTTTTAAACTTACTTTCCTTAAATGGCACATCTGTTTTT +AATGTCATATCTAGATATATTTTCTTTTTATCATACATAACTTTATCTATGGTAATATCT +AAACCTTCACTTTTGCTTGACAGATTAACTGGAGTTGCAATAAGTTTACTTTTTTTATAC +TCTTCCTTTTCTTCTTCTAATTCAGGATAAAGCTCCGGGCTATACTCGACACTTCCATCA +TCTTCTATAGACTCCTTTAATTTATCTAACATAGTCTCAAATTCAGGAAGTCTTCTTATA +ATGTTATCCGCTAAAGAAGGATTAAACACTCCAATTCCTATGATTACAATACTTATTGAT +GCAGCTGCTGATATTATTGTCTTAGTTCTATTTTTTCTTTTATTCATTCTATCTGATGAT +TTTAATCTCTCTTGCATTTTTCCTTTTAAATCTTCCTTATTGTAAGTACCATCTTCTTCA +TACTTATCAATATCGATATTTATCTTATTAAGAATCTTAAATTTATCTATCATAGCTTTA +CTCTCCTACTTCCTTAAAAATTTTTTTCCTAATTTTCTTTCTGCCTCTAGATAATCTACT +ATGTAAATTTGATATAGTAGTACCCCTACTTTCAGCTATCTCTTCCAGTCTATCTCCTTT +TAAATAGTATCTAGTAAATAGCTCTCTGTCCTTAGAGTTTAGAAAACTTAAAATTTCTTC +TATTTCTTCTTTTATCTCTAGTTGTATTAAATTATCATCCATATAAGAAATGTCCGAGTC +TATTTCTAAATCTATTTTAGAAATGTATTTTCTTTTGTAGTCAATTGCTTTATATTTTGC +TATTGCACAAATCCAGTTTTTAAAATTATTTTGCTTACTATCAAATCCTTCTATATTCTC +CCATATTAAGAAAAGAACATCACTTATACATTCTTCTTCATAAATTTGTAAAGGATTTAT +ATGTGTTTTAATTACAGATGTTAATAGGCCACTATAATTGTCTATTAAAATCTCCATCCC +CTTTTGATTACACCTTTTTATATATTTTACTATCAATTTATCTTTCAAGTTGATACCTCC +CTGTAAAAGCTTTTACAATAGTTAATACGAAACTTTTCGTATAAAACTGACAAAAATAAT +AAATAATTTTTCAAAAACTAAAAATAAAGCTGTAATAAAATAACTGATATTTAAGTTATT +TTGTAACAGCTTTTTATACATAAAATACACTAAAATTTATAAAAGCATATTAACCCTACT +AAAATACATTTTAAAGGTATATTCATTGCTAACAAAATCATAAAAACATATACTTATATT +AAAATAAGGCTTTATTTAAAGGAGTGTGTTTATGAAGATAAATCAAGATCACAGAAAATT +TTTGCCTACAAAGATAGGAACGAATTAATCTTACTCTCTCCTGATACTATTTATTATTGT +GAATCAGTATATGAAAAAGTATTTTTATGCTGTGAAATGATATTCATCAAACTAGTTTTA +ATTTGACAGAGTTAGAAAACAATTATTCATCACTTAGATTTATAAGAATCAGTAAGTCTA +TGGTTATTAATAATAGAAATATTAAAAAGTTATACTTCTGGTAGAATTGAAGCTTTAATG +AAGAACAAAGAGAAAATTATTGTTTCTAGTCATTATGGACCTATTTTAAGACAAAGACTT +GAAATTAAATAATGAAAAGGAGATATTTATTTATGGAAATGTTTAATAAGATTTATAAGT +TTGGATCAATAGTTAAACCAAAGGCATCACTATATTGTTTAGGTATAATATTCTTTATAT +ACATATATAACCTTTTTAATGATATATATTCAGTCAATATTTTAATTATTTTAGAAACTT +TTATTGCATCAATAATTATTGCGTTAATAGAATATTACTACTTTAATAACTATGATGAAC +TTTCAGATGTTAAAAGAAAGAAAAACACTATTATTTGGGCTGTTCTTTCTAATATAATTA +TAATTTTTTCAGCAGTTATTTTTGACTGGTTTCCTTCTATTACTGTAAGTGTATCTGTTC +TTTTATTAGTTATACTTGAAATATCTATAATTGCTATGCATTACAGCATATACATAGTTA +ATTTAACTGATACTAATGACTTAAACGATAAGCTTCAAAAATATCAAGAATATAAAAAAA +ACATTAAAATACTTTACTTTAATACAGCCCTAAACAATTCATATTTAAATAATATAACCT +TTGTTTAGGGGTAGTTTATAATATATGTACTATTATAGGCGATACTAGTTGTTAATTTTG +CAGCAGTTTCATATATATATCTTATTTTACATAAATCTCTCCCCCTAAATCTTAATGCTT +TATCTTAAGATTTTTATTATTGTTACAACTTTTCCACTTTCATATTTTTGTTCTAAATGT +CTTAAAAAGTACAACTATATTAATTGAGACCTTGATTAGCGTATTTTCTTATAATATTAA +ATATGTTCTCCATAATCAAATGAATCGCAACATGCATTATATGCATCTATTTGAACATTT +TCTGCATGACATTCTTTATTTTCATTATATATACAGTTATGAGCTTCACATTTTATATCA +CATGGTTGTATAGTTGAGTCACCTACACCATTTACAAAACTGCTATTAAAACTATTAAAA +ATTGATTCTTTCTCTTCAGGATTTCCAGCTAGACTATCTACAATGTTGCTACTATCTCTA +TCTACAAAACTTGTACAAGTAGTCCCTTCAACAGATACTGCACCAAGTCCACTTACATGT +ATGGCACCTGCCTTACACTCATGATCTCTATTATGTGCACAATCAGTTGCATTACATTTT +AACTTACCTCTTTGCATTTTATTTACCTCCTTTATAAATATCTATTTTATTATTTCCAAA +AGGTAAAATATAATTCGATTTGATATTTTTAAAGTTTCTAATTTTTTAATAGATTCTAAA +CATCTTAAAAATACTCCTATACAATGGATATATTAAAAATATATTTTATTGCTATCTTCA +TATAATTTATACGTCTTTTCATTTATTTCTATAATTAAATGATCTTTATTTAAAACAACC +TCATTTATGATATTATCTTCGATTTCACATAATTTATTTCCATTACATTCTCCGAAGTTT +AAGTATCCTTTATCTTTTTTAGATTCATATCTAAATTTAATATCTGCATTTTTTATATTT +ACTCCTCTACCTTCTATTTTGCTTTCTATTTTTACTTCTCTGTATTCATTTTTTAAAAGA +ATATATTGTATTTTATAAGTTAATTTATTTTTCATACTACATACCTTTCCTTTTGCTTAA +TCTCTATTTTATTAATATTAAATATTTGTATTTATACTAACCACCGGACAATTTTAATTT +AATATATTAACTATTTCCTCATCAGTCAATGTACTATCAAGTATTACTAATGACTTTTCT +AAATCTATATCTATATTTTTATATCTTTATTTTCCTCAAATAATCCTTTTACTCTTCCTA +CACAATGTCCACAATTCATTCCTGTTATTATTATTTTCTTTATCATTTTTATTTCTCCTT +ATTTTTTATACGATTTAAATCTTTTCAATCTAAGTTTATTTACACAAGAAAATATATTTA +TATTCAAAGTCTGATAATAAAAAATTATTTATGTTATAATTATAGTGAGATAGAAATAAT +ATTCTCTCTAACGATGAATTTTTATTTCTATATTAGTTGCTTATATCACTTTTTTAAGAT +ATTTTAACTATCTCTTATAGGTTTGTAATTAAAGGTTATTTCCACATTGTTTCTTATTAT +ACACTTTAAATCTCTACACTTACTTCGTCTATTATTATTATTTTAATTTATATTTTTATT +TTTATATTGTATTTTTCTACTAGGTATTACATGTAATTTCATCTCAATTGATCGTATTTC +TTCAATGGTTGACTTTCTGTAAATTTTATTATCCTTAACTTTACTTCTTCTAGCGCATTA +ATGTTGATTTCTTATACTATATTAAATTAGGTATGATTTTAGCAACTGATTAACAGAAAA +ATAATAATAAATAATTAATACCATAAAATAAAGCCAGCAAATCTCTTGCTGACTTTTATA +ATTTATATTACTCGTTTTGTGTTTTAAGAGCTTCACTTAAAGCTATCTTATTAATCTTTC +TTGCACAGAAAAATTTTGATACTTCAAATGTAATAGCTATTATTACAAAACCTATTATTA +CATAAAATAAATTAAGTTTTGCTTCTAATTCTATATCTAATGATTCAAAGATTTTAAATA +TTAATTTATTTATAAAATATCCTATAGGAACACCCATAATATATCCAAGTATTACATAAA +TTCTTGAACCATTTAACATCAGTGAATTTATCTCTTTCTTTTTATATCCAAACACCTTCA +TAAGAGCAATATGATTTTTATTTTCATCTATACTTATAGATGCCACAATATATATGATAA +TAACTCCTATGATAAATGCTACAAATGCTATTCCATATATAAAGGCTGACATTAATTGCA +TATAATCTTTTAACATATTTGTTAAGTTGCTTGGTGTATTTATCATATATATCAAATCTT +TATTAATATCAATATGTGATTTTGATATAATTGCATTATATTCGCCTTTTTCCCAGCCCA +TTATTTCGCTAAAACTATCTAAGGACGTAAACACATAGTCTCCTGCATTTGTCTTTGCGA +TATCAGAAATTTCTATAGAGTATTCTTTATCATTAACTATATTAATAAAAGATAATTCAT +CTCCAATACTCTGTTTATACTTTTTCGCCATTGTAGATGTTACAATAAATTTATCATCAC +CTACACTTAATTCATTTCCATTTTTATCCTTTAAACTAACCATCTGTGAATTATCATTTG +TACCTATCAGTTCAAAATCATCATTCATTTCACTATCAAGAACAAACTTAACTCCTGAAA +TTCCTTCTCCGCCTTTAGGTGGTGATTCATTTCTTAATTCCTTTAATATATATTCATATT +TATAACTAAATACATCATTCCCTTCTTGATTTACCATATAATCCATAGAACATTTAGCGA +TAAATCCATACATTAAAAGAACTGTTGCTATACAAACTCCCACTACCATAAATATTAAAC +GGGATATTGACCTTAACTGCTCTCTGATTGCAAATTTATTCTTAAATTTAAATTTATCTA +ACCTTAATTTTCTTTCAATAAAATTAACTTTCTGTTGCTTGCCTTCATTCTTCATTAAAG +ATACTGGTGATGATTTTAGTACATTGTTAATTGATAAATAACTTGCAATAATTGAAAATA +CCATACTTAAAACTATACCTAATATAAAATAAATAGGACTGTATGATAATTTTGCTATTG +GTATAGGGAGAAAGGTTAAGAATAAATCAAATATATATTTCTGAACAACTAAACCAAGTA +TACCTCCAATTATTCCCCCACTACTAGAAAATATGATAGGATAATTAAGATAATGTCTCA +TTATTTCTTTTTTCTATATCCTAAGGCATATAGTGTACCTATATTAGCATTTCATTTTTT +ATCATTCTCCTTAAAACAATACTAATTAGTATAACTGTTATTAGCAGTATCATTGTAGGT +AAGATAACTGAATAAGAGCTTATTGCAGTAACTTCAACGTCTAGTATTGATATTTTCATA +TTATTTTTAGCATAAACTCAATCAATTATGTTTGTCTTATTGTTATTTAAATAGCTTTTA +AGCTCTTTTGACTGTTCATATATATCTTTATTTTCATTATTGTACTTTACTGAATATAAA +TAAGTTCTATTATACATGTCTTCTTTATTAAGAATTCCAATACCAAAGATTTTTGGGTTG +TTAATCATATCTCCTTATTTTTCAAGTATATATGCATAATTTGGCATACCTATGTATCCT +GATATTCTATAAGAAGAATTATCAATATTATACTCATCACCTATAGTTAAATTGTTAGCT +TTAGCAAACTGAGGATCTAGTGCAATTTCTCCTACTTTTGGCATAGTACCTTCTAGCACT +GCCGTAATATTTACTTTTTCATTTGGAGTAAATAATCTTACTGTTTTCTCATCATATTTA +TATTCTTTTACAAGTGTTTCTTGCATCTTTAAATCATACTTATATTCTATTTTACTAATA +TCCTCAACTCTATTTACAGTATGAAACGCTAAGTCTTCTTGAACATTATTTTTTACATAC +AAATCTTTATTGTACCTTAAATTTTGTGCTGTTAAAGTTAATGAAACAAATAGAAATACC +GACAATATAATTAAGTATAACATTCCTATATATTGCCTTCAGTTTTCTTTCATTACGCGT +AGTATGCTTTTATTTAGCTTCATTACCACTCCACTCCCATTGCATCAATAGGGTTATTAT +TAATGATAGAATCTTTAACTTCTCCACTTCTAAATTTATATATTCTATTTGCCATTTCAC +CTATAGCTGCATTGTGTGTAATTATTAAAATTGTAGTGTTAAACTTTCTATTTATTTCTT +GTATAAGAGAAAGTACATCTATAGCTGACTTATAATCTAATGCACCTGTCAATTCATCAC +AAAGTAATATCGCTGGATTTTTATTACAGCTCTTGCAACTGCAACACATTGTTGTTGTCC +ACCAGATAATTCTCTTGGAAATCTATTTTTCTTATCTGCTAGTCCCACTGCTTCTAGCAC +TTCATTAATATCAAGAGGCGATTTGCTAATATTTTGTATTATTTCTATATTTTCTAATAC +TGTTAAATGTGGCATAAGATTATATGATTGAAATATAAAATCAGTTTTTTCACGCCTATA +TTCAACTAGTTCATCATCTGATAATTTAGTAATATCAATGTTATCAACAATTACCTTTCC +ACTATCAGCGCTGTCTAATCCTCCAAGTATATTCATCAAAGTAGATTTACCACTTCCTGA +TGGTCCTAGTATGACACCTATCTCCCCTTTATTAAGTGAAATATTTGCATCTTTTAGTGC +TATAGTTTCAATACACTCTGTCTTGTATGATTTACATAAGTTACTTATTTCGATAAACAT +TATTTTCCCCTCGAAATATAATATAAAATTATAATAAAAGTGGACAACTTAATTTGTCCA +CTTTATTATACTTGCATATCAATATTAATTTAAAACATTGCTAAAATTAATTATTACATT +TGTACCTTCATATATTTTACTTTCAATATCTAATCTTCCTTTGTATAATTTTATTATCTG +AGCTGCAATAGATAAACCTATTCCAAAACTATTGTTATACTTTCTAGATTTATCAACTCT +ATAAAACTTATCTGTTATCTTAGGAATATCTTCATCAGGTATACCTATTCCATTATCCCT +TATACAAATCTTAGTATTATTCTTATCAATATATGCCTTGATATCAATTTGCTTTTCTTC +TTTATCACAATATTTTATAGCATTATCAATAAATATTATAAAAAGTTGCTTTAAATGCTC +AGGCATTATATATAAGTTTAAATTATCTTCTATATCGTAAGTAAAATTTACATCCTTATT +AATAATTTCAAAATCATAAATTACTTCATTAATAATTTTGGCAATACTAACTACCTCTAG +ATTATTGTTTCTTACTAATTCATTTTCAGCTCTACTTAATTGTAATAAATCATTTACTAA +TTTAGTTAATCTTTCCACTTCATTTAAACTAACTTTTATTGATTTATCTAAAGTTTCTTT +ATCATTTTTACCCCATCTATCAAGCATCTTCAAATGACCTTTTATTATTGTTAATGGAGT +TCTTAGTTCATGAGATGCATCATTTATAAATTGTTTCTGAGCATTAAATGATTTTTCTAC +TTCATCCATCATACTATTAAATACTATATTAACTTTGTCAAACGCATCTTTCTCATCATG +TATCTCTACTCTATTTGATATTCCCTTTTCTTTTATTTCTTCCATAATATCTCTTAATTT +TTTTAATTTATTTACGAACTTTATAGAAATAAACATTCCTGCTAATATACTGATTATAAT +AACTAAAATAATTACAAAAATCATTATATGAACAGTTGCCTCTAAATAATCTTTAAATAC +ATCTGTTTCATTAAAAATATAAATATAACTTTTCTCACCATTAACAATTAAAGGAGCATT +TAAAATTACATTATCATGGTCTAAATTAAGGAATATTCTTGATTTAATTCTATATGGATT +ATCAAATTCTAAACTTCTTGGTACATCATCCACATTATTGTAAATAATATTCTTATCTTC +ATCATATATAATTGCTTCTAAATCCATAGTCTCAAATAATTTATCATAGGTTATATTAGT +ATTAGCATTAATAAGCATTGAAATCTCATTATATTTAGTTTCTATATCATCTTTTTCATA +CTTTACAGTCCATATTCTAACTACTAAAAGTTGAGCTGTTATTATAATAATAATTACGCT +AATTATTGCTAAAAATGTAAGAATAGACATTTGCCAAAATGTAGACATCTGTTTAAATTT +TTTCATATTATCTTATTACATATCCAATTCCACGAACAGTTTGGATATATCCATCATTTT +TTAATTTACTTCTTAAATGTCTTATATAAACATCTACTACATTAGTTTCAGCTTCATAAT +CATATCCCCATATATTTTCTAGCAAATTATCTCTACTTAAAACTTTATTTTGATTTTTCA +TTAATTAAACTAGTAATTCATACTCTTTTGTAGTTAAATTAACTACCTCATTATCTTGTT +TTACAGTCCTTGCTTCAATGTCTACATTTATATCTTTAAATTCTAACTTATTACTAACTT +GATTTGTTTCATTAACTCTTCTTAATAAGGCTTCTATTCTTGCTAGTAATTCTTCTATTG +CAAATGGTTTTGAAACATAGTCATCTGCACCCATTTGAAGACCAGATACTTTGTCCATTA +CGCTATCTCTTGCTGTTAGCATTATTATAGGGGTATTCTTTACTTTTCTTAATCTTCTAC +ATATCTCTAGCCCATTTAATTTAGGTAACATCAAATCAAGCAATATTAAATCATAATCAT +TTTCTAGAGCTTTTTCAAAACCCTTTACACCATCATCACAAACGTCTACCTTATAGCCTT +CATATTCTAGCTCCATCCTAACAAAGGATGCTATATTTTCCTCATCTTCAATTATCAGTA +TTCTATACACAAAGCCACCTCTTGCTAATTTATGTCTCTATTATTAATCTCTACCATATT +TATCTTTATAATAATTATTTCTAGAATCTACGTAATCAATATCTATTATTGCACCACTCC +TTGAATCTACTTCTACTTTATTTAAGACATTATCCTTTTCCTTTATTTTAAAATCATAAG +TTAAAGATAAAGATTCTTCATTAATTTCTTTTTCAGTTTTAATTATTGTTCCTGGTACTT +TATCTAATGCGATTTTTTCACATTGTGATTGTGTGTAGTTTATATTTGATTTTATAAAAT +GGTATCCAACATAAGCACCAGCGCCACCTAATAACATGGCACAACTTAATGTTATTATTA +TAACTTTTTTTGTTTTTTTAATCACGGCTTTTTTATCAAAATTTCCTATTTTATCTTTTA +GATTTTCTATTTTTATTTTCTTCATCTCATCCTCCAAAACTTATATTATTTAACTTTATA +AAAATTACTTCCTACAAGAGGTACCAATCTTTTTTCTTTTTTTACTATAGATTATTACAA +TTACTGAAACTAACACTATCCCAACTATTAATGAATAATTTTTAATTAAATAAGCTATGT +TAGATAAATTATCTCCTAAAATATAACCTAAAAATATTAGTATTGTGTTCCATAAGCTTA +TCCCTATAGTTGAATATAATACAAAGATATTTATATTCATTTTATTTATACCAGCGGGAA +TAGATATTATTGTTCTAGCTACAGGTATACCCCTTGCTAACATAACAGATATTTTTCCAT +ATTTGTTCATCCACCACATAGATGATTTAATCGAATATCTTGTTTTTGGATATTTTTTCA +TCATATATTTAAGTATTGGTTTTCCAAAATATAACCCTAGTAAATAATTTATAGTACTAC +CAACTATACCTCCAATAATTGATATTGTGAGAGCTAATCCAAAATCAATATTTCCTTTTG +AAACCATTATTCCTATAAATGGTAAAACCACCTCACTTGGTAGTGGAAAGTTTGCATATT +CAAGCATAACTATTAAGAATATACTTATTAATCCGTATTGCTCAATTAAGCTTTTAGCTA +ATATTTCAAACTCCAAATCTTAACCTCCTGTAATTCATACAATTTCTTATCTCATTATTA +ATATAAATTATTTAAATTAAAAAAAAATTGAAGAAAGATTAAAATTTCATTAAAAATTTT +ATAAAGTTTAAGGTGTAGTTTAAATCAATTTATTTTTAAACGATAGATTGTCAATATAAG +TGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAGACA +CTTGC +>MGYG000000001_28 +TAATTGTGATGCAGATTTTTACTACAAAGATGGTGATAACAAATAAGAGTGGCATTAGCC +ACTCAAGGTCCCCTTTAGGGGATTTTTTTATTATGATTTACTTATATTAAAATATTAACA +AATTGAAAATGTATTATCGAATAAATAAATATCAAAAAACTAATTACTTTCAGAAAACTA +GTATGCTAATATCTTAGTAAGATGAAGAAAATCGATAGCAAAGGGTTAAAAGGGGGATAA +GAGATGAAAAAATTAATCCATTTGTTAAGAAATTATAGCATTAAAATAAAAAATGATAAA +AAAATAACAAATACCTTCATTAAAAATATTAAACTCAAGGGGGATATAATGTCTACAAAC +ACAAACCAAATAACTTATAATAGAGCTAAAACTTGGTTCTAAAAAGGCTTTAGTTGTATC +AACTTGGTTACCAATAATAGGATATGTAGCATTATTTTTAGTATTATTCTTAGGAGACCC +AAATCAAATATCTTTAGAAAACTTTGGAATAATGACAGCATTATGGATTGGAACTTTCTC +TTTGGCAAAAGGTATATCTTCAATATCAAGTGGAATAGTTATACCTATGATAGCAGATTG +TGCTGATTATGAAACATATTTAACTGGTAGATATATACCTGGAATGATGGGAACTTTATT +CTCTTTTATTGATAAATTGATATCATCATTTGCAACTACAATAATTGGATTTGCAGTAGC +AGCAATAGGTTTTACTACTGCAATGCCACAAGCAACAGATGCTTATACTCAAGAATTATT +CTGGGTAATAACTGGTTTATTTATGTGAATGCCTATATTAGGATGGATATGTTCATTAAT +AGCTATGAAATTCTATCCATTAGATGAAAGAAGAATGGCTGAAGTTCAAGAAAAAATATC +TGAAATGAAAAAAGACACTGAAAAAATAGATGCATAATTAAATACATTAAAATAATAGAG +CTATCAATTTAGATAGCTCTATTATTTTAATGTATAACCTTTGCTATTTTTAATAATAAT +TTCTTTTTCCAAAAGTCTTCCTATAATAATTTTTGTAAAATGAGAAGAATCTTGAACTAC +TAATTTATTTTTACTATAAAATAAAGAAGCTTTTATATTTATTAGTTCTTTTTCTATTTG +TTTCTTAGATAAACTTTTATTAACTTTTAGTGATTTAATAATTTTTCTCTCAGATTTTTC +ATATAACACATTTAGTAAATCATTAGTTTTATTCTTCTCTTTCATAAGTCCCCATATACT +AATTATCACAGTAATAAATGCAAATAAGAGTATATAAAAAATAGTTTCCATAAGATATTA +TCCCCTTTTATTGAAGGTAATAAATTTATTGTCTACAAGTATATTAAAAAAAGCGACTAA +TCTATCCAACAAAGGCTCAGCGTCTTTTCCAAAGTGATTACTGACTTCTTTTGAAATATC +GTAAACTGATTTATTACCATTTAGGCATTGCCAAACAAAGCTCCCATGGGTATCTAGTTT +TATGTCGCTTTTATGTGGTGTATTAAATAGTTTCTGAGCAATTTTATCAAAAAAATTATT +TCTTTTGATTTCTAAAATCACTAAATTTTTTTCATTTATGTACCAACTTATATTTGGATT +TATAATAGGTATAAAGTCTAAATAGTTTTTACTATTTTTATTTGTTTTCTTCATTAAGAT +ACTCCTTATTAATAATTAATTGTATTTTAAAACTAGGAGGATTTTATCCTCCTAGTTTTA +AGTTTTATAATTTTAGACTACTTTATTATTTTATATATTAAGCAACTTTATTTTTATCTT +TATACCAAATTGTAACCTTGAATAGTGTTAAAGCTAAAAGTAAGAATGCAATTATTGCAC +CTGTTTTACCTAAGCTAAATGCAGATAAATCTATAGCACCTGCAACAGTAGTACTTCCAA +ATGGAATAATAGCAAGTATTGCTAATAAAACTCCAACTAAACCTTCACCAGCAATTAAAC +CTGAAGTATATAAAATACCTCTGTTAATTTCTTCTTTTCTAACTTCTTCTGATTTAGATT +TTCTTTTTTCAAGGAAAAGTTTTATAACTCCACCAGACATTATACCAGCACTTAAATGTA +TAGGAAGATATAAACCAACAGCAAATGGAAGTACAGGTATTCCAATTATTTCAACAGCAA +TTGCTATTCCAGCACCAGCGAATATAAATGCCCAAGGTAAGTTACCATTCATAACACCTT +CTACAACTAATTGCATCAAAGTAGCTTGAGGTGCAGGAATTTCTTTTGAACCAAATCCCC +AAGCTGCATTTAATAGATATAATACAGCACCTATTGTTAGTGCAGATATTACAACACCAA +CAAGTTCACCGAGTTGTTGTTTTTTAGGAGTTGCTCCAACTATATAACCTGTTTTTAGAT +CCTGAGAAGTATCTCCAGCAATTGCAGCTATTATACATATAATAGAACCTATAGCAATTG +CACCCATCATTCCTTCTTGACCAGTCATTCCAGAAGATTTTAAAACCATAGTGCATATAA +GTAAAGTAGCTATTGCCATACCAGAAACAGGGTTATTACTACTTCCTACTAAACCTACAA +GTCTAGATGAAACAGTAGCAAAGAAGAAACCAAATATTGCAATTAGTAAAGCACCTAGGA +AGTTAACTGGTATAGAAGGTATTAACCAAATTGCAATTACAACCAATAAACAACCAATTA +GAACTATACTCATAGGTAAATCTATATCAGTTCTAAGAGAATTATTTGAAGATTCTCTAT +TAGAGTAATCTTTCATAGCTTTTGCAAATGTATCTATGATAAGAGGTAAGGATTTAATTA +AGCTTAAAATACCTCCGCATGCAACAGCTCCAGCACCTATATATTTAATATAGTTACTCC +AAATTCCCCAGTATCCTAATTCACTTATAGGAACAGTAGCTGGGAAGATAGTAGCTTCGG +CGCCGAATAAACCAATTAATGGAATTAAAGCAATCCATCCAACTATTGCACCAGCAAACA +TATATCCAGAAATTTTATATCCACAGATATATCCGACACCTAAAAGTGCAGGAAGAACAT +CAATACCAATAGCAGCATTTTGATATCCTGGAATTTCCCATTCGATTTCGCTAGGGAATA +ACTTTAATCCATCAGCAATAAATTTATAAAGAGCTGCTATTCCAAGACCAGAAAATACTA +CAGAAGCCTTAGAGCCACCTTCTTCACCAGCAAGTAGAACTTCTGCACATGCAGTACCTT +CTGGATAAGGAAGTACACCATGTTCCTTAACAATAAGAGCTTTTCTTAAAGGAATCATAA +ATAAAACACCTAATAAACCGCCACATAATGCAATAAGTGCAATTTTTAATAAACTAGGGC +TAGGCATTCCCCAATCTTTCATCCATATAAATAGTGCAGGTAAAGTAAATATTGCTCCAG +CTGCTAGGGATTCACCAGCAGAACCTATAGTTTGAACAATATTATTCTCAAGTATAGAAT +CTCTTCTTAATATAACTCTGATAACACCCATTGAAATAACGGCAGCAGGTATAGAAGCAC +TTACAGTCATACCAACTCTAAGTCCTAAATATGCGTTTGCTGCACCAAATATTATTGCTA +AGAAACAACCTAATACTATAGAAGTAATAGTAAATTCAGGTAAAATTTTATCAGCAGGAA +TAAATGGTTTAAATTCTTTTTGACCACTTAAGGTCTTTTCATCATTCATTATTTTCCCCC +CTAAAAGTAATAAATTTCATGATGATAAGTAGAACTAGTAAAAATAAAAAATAGTGATTA +TACAGATAAGATTAAAACTAATAACTAACCTATTATGAGAACGTATAAATGGACTTGAAA +TACTTAAACTGATGAATAACTAAAATAGAATAGCTAATATGGTGATTAATATGTATATAT +ATATAATTATATATAATAGATTATATAGATATTACTTAAATATATCAACTCAGCTTGGAG +ATATAAGGAGATATTGTAAAATAAAAAATTAAGCTATATTTAGGAATAAATAGAAAAATA +ATACTAAGATAAAGAATTTTTCGAAAATAGTTTCGAATTAAAATAAATTATATGATATAC +TTTAATTTGATTAAAATTTAATGTAAAAATTAGGAGATTTTATGAAAAAAATATTTGAAT +TATTACTAAGATTATTTAGTGGATTTTTTACTTGTGCACTTGGTATTGTATTTATGCTTA +ATTCTAACTTAGGTGCAGGACCATGGGATGTATTTCATCAGGGACTATCAAATAATACAT +TCTTAACAATAGGCCAAGCTAGTATTATTGTTGGGTTTATTGTTATAGGAACAACTACTT +TATTTAAGTTGAAAATTGGAGTAGGAACGATTCTTAATATGATTTTTATTGGATTATTTA +CAGATTTAGTATTATTTACAAAGTTAGTACCAATTAGTGATAACATCTTAAGTGGATTAA +TAATGATAATAATAGGTATGTTATTAATGAGTTTGGGTACTTACCTTTACATAAGTTGCG +AGTTAGGATGTGGTCCTAGAGATGGGCTAATGGTTGTTTTGACTAAGATAACTAAAAAAC +CAGTAAGTACTATAAGAGGGATTATAGAAATAGGAGCATTAATAGCGGGATATTTATTAG +GTGGCCATGTAGGAATAGGTACATTTATAATAGCTTTAGGTTTAGGATATTGTATGAAGT +TTATATTTAAGAAATTTAATTTAGATGTAAGTTTACTAAGTCATAGATCAATTAAAGATA +CATATAATTTAACTAAAGTATTTATAAGGAACGCTAGGAGTAAGAGTATAGAAAATATAG +AAACTTAAAATATAAAAAGGAGTAGAAAATCTACTCCTTTTTATATTTTAAGTTATTTTT +TGTCAATTTATTTTATAGCTATGATTGATGGGTATTATATGAAATCTATGATGATATGTT +TTTTATCGGATATATAATAAAAATAATATAGAAAAAATATTAAATTTAGAAAATTCAGAA +AATTATATTACGTATAAAGAGAAATGTGTTATTATTAAAGTTAGATATTACCAATTACAG +AATGAAGCGCTTATATATCTATGTTTTATAATTTATTCCAATATAAATAAAATAACTTAA +ATTTATTATTAAAAATAGCAAAAATAATTGATAAAGCTAAATGTATTCAAAAGGAGGAGA +TAATATGGGGTTATGCGACCTGAGCCTTATTGGGCTGATTCATAAATTAAGATGCTATAT +AAAAGATAGAATTAAATGGAATACATTTATAAACGTAGATATTAAATAAAACAAAATAAG +GGGGAATAAATTATGGATTTTGTAGATAATATAGGGGGATTTGTAAAGAGATACATGTCA +TTAATGGTGTTAATAGCATCTATAATAGCTTTTTTTAGACCAAATAGTTTTTTATGGGTA +GTACCAAATATGAACACAATTTTAGGATTTATTATGTTTGGCATGGGAATGACATTAAAA +AGAGATGATTTTACATTAATAATAAAAAGACCAAAGGATGTAGTTTTAGGAACTTTGGCT +CAATATATGATAATGCCTTTAGGAGCATTTTTAGTTGTTAAAATATTTAATTTACCAGGT +GAAATTGCTGTAGGACTTATATTACTAGGTGCTTGTCCAGGTGGAGTGACATCAAATGTA +ATGAGCTTCATTGCAAAAGGTGATGTTGCTTTATCAGTGACTTTTACTACTATAGCTACC +TTATTAGCACCTATAGTAACACCATCTTTTATACTTTTATTTGCAGGGCAATGGATTCAA +ATTGATGCACTTGGAATGTTTATATCAATAACAAAAGTTGTAATAGTTCCGATATTATTA +GGCGGTATATGTCATAGATTTTTTAGTAAATTAACAGAAAAAGGTATTAGAATATTACCT +TCAGTATCAGGGTTGGCAATGGTATTTTTAGTAGGAGGAATAGTAAGCGCTAATGCAGAT +AAATTAACTTTTTCTGTTATTATAGTAGCTTTAGCAGTAATAATTCATAATATATTAGGT +TATATTGGGGGATATATAGCCACTACATTGGCAATGGCACACTTTGCACCTCAAGCTGCA +ATTGCACCTGCAATAGCAGGCATATGGCATGCATTTTCAGTATCTGTACTTGCAAATTAT +TGGGGAAATAAAGATATTAAGTCTGAAGAAATAAAACCTTCCATTCATATAATTGAATCT +GAATGATGAACTAAAATATATAATAGATTATATATAAAAAGAAATGTCTTTATAAAATAG +TTGAAGTACTGTTTTATAAAGACATTTCTTTTTATCGTTATATTATATAAAAACATTGCA +AGATTAAATTCTAAAAAACATGAAAAATATATGTTATAATCTATATGCTAAAAATCATTA +TAAAAAATAAATATACTTGATATTATAACTTTGGAGGATGAAGAGTATGTCAGTAGCATT +AATGTATTTATACAAAGACATAAAAAAACATGGAGTAAAACTTATAGCAGGAGAAAAAGG +CTTAAAAAATAAAGTAAGGTGGACTCATATTGTAGAAAGTGAAGAAATAGCGACTTTCCT +TCAGGGAGAAGAAATTGTATTTACTACAGGTATAGCAATAAAAAATCAAAGTGATTTATT +TAAACTAATAAAAAGAACTAAGGAGCAAAATACTAGTGGGATAGTAATAAATACGGGAAA +ATATATAGATAATGTAAATCAAGAGATAATAGATTATTGCAATGCAAATGACTATCCTTT +GTTTTTAATGCCTTGGGGAATACGAATAGCAGAAATTATGAAAGACTTAACAATAACCAT +TTTAGAATCTGAAAAAACATATTTAGAAATATCGAATGCTATAAAAGATGCTATATTTCT +ACCGACGTATGAAGAGCTATATATAAATACATTAGAAAAAGCGGGGTTCAAATCTAGCTG +GAGGTATATATTAACGATAATAGAGGTAGATTATAAAAATATTAATACACAAAATACAGA +ATATTTTATACCTAAAGTAAAACAATATATTGAAGATGAATTAAGCTATATAAGAAGTAA +CTTTTTTTCTGTTGAAGTTGGCCAATCAATAATTATATTATTTTTAAATAAATCAGATTC +AGAAATAGATAAGATTTTAAAAAAATTATATATAAATCTAGATAAAAATTTTCAAAATGT +GAACTTCTATGTTGGAATAGGAAAGCATACCAGTAGCATAGAAAAGCTTTATAAAGGATA +TGAAGAAGCTAGAAATGTAGCTAAGATAAATAGACTTCTAAGAAATAATAATGTTCATAT +TAGATATAGTGAACTAGGACTATATAGGCTTTTATTAGGGGTTGAAAATAAAGACATTAT +GAAAGAATTTCATGATGAGACTATAGGTGATTTAGAAGTTTATGATGAAGTTAATAATAC +GGATTATGTAGAACTACTTATTAATTATTTTGAAAATAATTGTAAAGTAAATGAAACAGC +AAGTAGCTTGTATATACATAGAAATACCGTAAATTATAAGATAAATAAAATAGAAGAAAT +ATTAGATTTAAATTTATCTGATATAGGAGATAGAAGTAAAGTATATTTATCACTTATGAT +AAGATACCTTATTTAGACAGACTTTTTTATTATACTAATTTTTTTTAGAAAATCAACTGT +GCACATGCACAAATATTAATGTACGAAACAACATTGAGCTTGACTCCAATTAGTGGCAAT +ATATTTATTGGCAAAAACATAGAAGGAGGTTCATCATGAACAGTCAAGCAATTATAAATA +ATACTAAAGAAGTTAGTAACAAAAAGAAATATTTTATGGTTTTTGTGTGCATGTTTATGC +AAGCAATACCTTTTGGTATAGCACAGAACATACAACCGCTATTTATACCATATGTAATTA +AAGATTTTGGATTTTCTTTAGCTGGATTTTCATTAATATTTACATTTGGGGCTATGGCTT +CTGCAGCGTGTTCACCTTTTTTAGGTAAACTATTTGGTAAGATAAATATAAAAATTCTAT +TTATTGTAGGAGCTACATTATCAGGTCTTGGATTCATAGGATTTGGATTTTCAAAAACTT +TACCAGAATTTTATATGTATTCAGCTATACAACAAATAGGCTGTGTAATGTTCTCGGGTC +TAGGAGTACCTTTTGTAATAAATCATTGGTTCCCCAAAAAAGGAAGAGGTAAAGCTCTTG +GTATAGCTTTTTCTGGGGGATCTATAGGTAATGTATTTTTACAACAAATAACTTCACAAA +TGTTAGCATCAAAAGGTGCAAGTTACAGTTATATATTATTTGGAATAATAGCAATAGCAT +GTAGTTTACCAGTCATATTATTATTAATAAGATTACCTAAGGAAGGTGAAGTTGAAACAG +TAAGTAAAGGTGAAGCTACAGAAGAACATGAAAGTAATAATGCATTTGAAGGACTTGGAG +CTAAGGCTGTAAGAAAAAATAAATTCTTCTGGATATTCTCTATAGGGTATGCAATAATAG +CTATTTCTATATCAGCATTAAGTACTCAATATGCAACTTACTTTACAGGAGAACTAGGAT +TAAGTGCAACATTAGTTGGGACTTTAGGATCAGTGTTTGCATTATTCTGTTTGATAGGAA +ATGTTGTTGGTGGTGCTCTATTTGATAAAATCGGTACATTAAAGACTATGACTATATCAA +TGGTGCTTGAGTCAATTGCAGTAGTAGCACTATTATTATCAGGAAAAGTACATGGATTAG +CATTCTTCTTCTCCATAGCATATGGACTTAATGTATATTCATATATGTCTGCACCAGCAT +TCATGGCTACAGATGTATTTGGTAAAAAAGAATCAAGTGTAATACTTGGAACTATAAGTT +TATTATTTGCTTTAGGATTTGCATTTGGATCTACATTATTTGGAATGGTAGTAGATAACT +TTGGATTTAGTGCTGCATGGATATTAATGTTAGTGTGTATATTCACTGGCTATGCATTAT +TACTTACATCGATAAAGAAAGTAAAAGAACAAAATATGGCTTTAAAAACAAGATAATAGC +TACAATACTAAAATAATATTTATATAAATAAAATAAAAAATGATAGATAATATATCTATC +ATTTTTTATTTGAGAAAAATTTTCACATATATTAAGATAAGATATTTATTAAATTTCAAT +ATATATGCAATTATATTAATAAAATCCATAAAATATTAGAAATAGGAGTATGTTATAAAA +GAAGTAAGCCAGTGTAAATATAGTTAAATAAGAAAGAATTAAAATTTGTTAGATATATGA +ATGATATATATTATAAGGAGGAATAAAAATGTCAAATGCAATAGGATTTATTGAGACTAA +GGGATTAGTGAGTGCGCTAGAAGCAGCAACAGTTATGCTAAAGTCTTCAGACGTAAAGTT +AATAGGATTTAAAGAAATAGGTCTAGCTTTAGTTACAGTAATTATAAGTGGAGAAGAACA +AAGTGTAAAAGATGCACTTGATACAGCTTCTGAGGCAGCAGGTTGCTTAGGTGAAGTATA +TGCAGTTAATATTATAAAAGATATACCAAGTGAGATTTTGGAAATAATAAAAAATTATAA +TACTTCTATTTAGAAAAAGGAATGTATTAAAATAATTTTTAGTACTTTGAATAGTATAGA +AAGTTATTTTGATACATTCCTTTTGATTTCATAAAATATATTTACAATTATTTACAAAGT +GAAATTAATATAATAATCTATATATGTAATTATTTTTTGGAATATAATATTTTATCTAAG +AAAGGGGTGTTAGATTGAAAAAATATTTACCAGAGATAGGATTGGTTATTACTGCTATAA +TATGGGGTACTGGATTTATAGGTACTCAACTAGCATTAGATGGAGGTTTTACTCCTATAC +AAATTTTAACCATAAGATTTTTTATAGCAGCACTATTATTAAATATAATATTTTTTAAGC +AAGTAAAAAAATATATAGATAATAAATCCATAAAAGCTGGAATTACATTGGGAATATTCT +TATTTATAGCTTTTGAACTTCAAACTGTAGGATTAGTTTATACTACTCCGTCCAAAAATG +CCTTTATAACTGCTGCAAATGTAGTTATTGTACCATTTATAGGATATTTGATATATAGAA +GAAAAATTGATAAATGGGGTCTTATTAGTAGTATAGTAGCAATAATAGGAATAGGAATAT +TATCATTAGAAAAGGATTTTTCAATTAATTTAGGGGATTTTCTAACTTTACTTGGAGCTA +TTGGCTTTGCATTTCATATTTTTTATACTAGCGAATTTGCCAAAAAATATAATCCATTAA +TTTTAACTGCTATACAATTTAGCGTAGCTTTTATTCTTTCTTTTGTGGTACAAATAATGA +CAAGTGAAGTGAATATAAGTGTAGAACCAATTGCTTACTTAGGAGTTATATATTTAGGAA +TATTTAGTACAACTATTGGTTTTTTACTTCAGACTATATGTCAAAAGAGGGTTAGTGAAA +CTAAAACAGCAATAATACTATCTACTGAATCTTTATTTGGAACTATATTTTCAGTAATAA +TTTTTAAGGAAACAGTAACTGTGAAATTAGTTATGGGATGCTTACTAATATTTTCAGCTA +TAATAGTTTCAGAAACTAAATTATCATTCTTGAAAAATAGAGACCTAGAAAGTACAAAAG +AGATGAGTGTAATTAAAGAAGATGAAAATATTACTCTAAGTTAAAATAAATTTAAGCTAC +TCACTTATAATATATAAAATTCTCATTTGTAATAATTTTTAGTATTTAATAAATATATTT +GTTAAATAATAAATATGAAATAAATATTAAAAAGGAAGTGACAATATGCCTAAACATCCA +AATAGAGTGCCTAAATATAATAAAAAACCAGATGCAATGAAAATTGAGGCAGCAAGAGAA +CTTGGAGTACATCATGTGACTGGTGCAGAAGTAAATGTAAACTTAGCAGCACAAGGAGAA +AGTAAATATAGCAAAGATACAACTAGAAGGATGCATGATCAGAGAAGAGAATTAGCTTAT +AAAAAAAGACATGAATCAGAGTATAAAGAAGACTTAAATGATTAAATAGAAAAGTTAAAT +AAAAGCTGAACTATATAGTTTATAGTTCAGCTTTTATTTATAGTTAAATGTAAAATAATA +CAAAATATGCTAATATTAAACTAGGATTAAGATGTATAATCAAAGGGGGATATATATGAG +CATATATTTAGATAATGCTGCTACCTCATATCCAAAGCCAAGGGAAGTAGCAGATGCAGT +TTATGATTTTATGATAAATAACGGTACAAGTTCAGGTAGGGGTTCATATCAAAAGGCAAT +GGAATCTGATTTTTTTATTTACAATACTAGAAAAGAAATAGCATCACTATTTAACTTTAG +TGATCCTAAAAAAGTAATTTTCACATCTAATGTAACAGAAGCTTTAAATATGGCAATAAG +AGGGATATTAAAAAGTGGGGACCATGTTATTACTAGTAGTTTGGAACATAATGCAGTATG +GAGATGCCTAAAAACCTTAGAAAAAGAAATAAATATAAGCATAACTAAAATAGATGCAAA +TAAAGAAGGGTATACAAATATAGAAGATTTAAAAAAACATATAAAAGATAATACATCTTT +AATAGTATTTACTCAAGCTTCAAATGTATTAGGCACTATTCAACCGATAAAAGATATTGG +TGCTATTGCAAGAAAACATAAAATACCTTTTTTAGTTGATGCAGCACAAAGTGCAGGAGC +ATTACCTATTGATGTAAAAGAGGATAATATAGATATACTGGCCTTTACTGGTCATAAAAG +CTTATTAGGTCCTATGGGAACAGGAGGACTACTAATTAACTGTGAATATAATATAGATCC +ATTAAAAGTAGGAGGTACAGGTGGAGATTCAGCTTATGAATATCAGCCTGATTACTATCC +TAATAAATTAGAAACTGGAACATTAAATGTAAGTGGAATTGTAGGACTTGGTGAAGCAGT +GAAGTTTATAAAAAGTAAGGGGATTATAAATATACATAATAAAGAAAAAGAACTGGTTAA +GTACGCTTTAGACCAATTAAAGTCTGTAAAAAACATACAAATCTATGGTCCACAAGATAG +TGAGAGAATAGTTAGTGTAATATCTTTTAACATAAAAGGTATTAGGGCAGAAGAAGTAGC +TTATGAACTAGATAGTAAATACAATATTATGGTTAGAGCTGGATTACACTGTGCACCTAG +TGCTCATGAATTAATAGGAACAAAAGAAATTGGAGCATTAAGAATAGGTATTGGTTATTT +TAATGAAAAAGAAGATATAGATAAATTAGTAAAAGCTCTAAATGAAATTCAAATTTAAAA +GGGGAGTCAATATGTATTTAGATAAAATAAATTTAAGTTTTATTCAGCCTTGTACAACAG +ATTCATTAAGAATAAGAATAAAAGCAATAACTTCAAGAAATATAAGTGATCTATTTCCAT +TTTTAAACACATATTTAAAATCAGGAATATATAACAAAAAAGCAAATACTTTTACTTTTA +ACAAAGGTCCTAAGATTATTATTATGTATCCAGAAGCAATAAATGTATCTAAATTACTAA +ATGAAACTGATGCATTTGAAACTTTAGATTACATTAAAGAACTAATAAATAAGGTGGACG +AAAAAAGAAGTGAAATTGAACCATCAGAAGAAATGAGAAAATTACCAAGTCCATTAGAAG +TTTACACATACCTTCCTAAATTAAATTGTGGGAAATGTAAGGAACCGACTTGTTTAGCCT +TTGCTACAAAGTTAATAAAAAATGAAACAAAGCCTAGAAGATGTCTTCATTTGTATGAAA +AATGTAATGAGAATAATAAAGAAAAAATAGAAACTGTATGTTTGATGTTAGGAAATGATA +TTTAAATATTAAAAAGTATATTGATAATTTCATGAAAAAAATGGTAGAATAAATATGACT +TATTGATTATAAAAAATTATTCTTTGTTTAAAGTTAAAAACTGGGGGTATATATAGTACC +ATGACAAAGTAAATAAAATTTATAATTAAAATAGATATTATCATTGGAGGGGAAAGAATA +TGAAAAAATTCGTATGTACAGTATGTGGATATATCCACGAAGGAGAAACTATAGAAGGTG +TTGTATGTCCAGTATGTAAAGTAGGAGCTGACAAGTTTGAAGAAATGTCAGGAGAATTAA +ACTGGGCAGATGAGCATAGAATAGGTGTTGCACAAGGTGTAGATGAAGAAGTAATAGAAG +GATTAAGAGCAAACTTCGTTGGAGAATGTACAGAAGTAGGTATGTACTTAGCAATGAGTA +GACAAGCAGATAGAGAAGGATACCCAGAAGTAGCAGAAGCTTACAAGAGAATAGCATTCG +AAGAAGCAGAACATGCAGCTAAATTTGCTGAATTATTAGGAGAAGTAGTTGTTGCTGATA +CTAAAGAAAACTTAAGAGTAAGAGTTGAAGCTGAGTACGGTGCAACTGATGGAAAATTAA +AGTTAGCTAAGAGAGCTAAAGAATTAGGATTAGATGCTATACATGATACAGTTCATGAAA +TGTGTAAAGATGAGGCTAGACATGGTAAAGCATTCTTAGGATTATTAGAAAGACATTTCG +GTAAATAAGATAATATAAATAATAAAAAGCAAGTCTAGAAATAAATTATTTCAGGCTTGC +TTTTATTATTATTATTATTTATAGATTGCTTTTATAGGATCAAGTCGCGATGCCTTAAAG +GCAGGCACTATGCCAAAAATAACACCTGTTAAAATAGTTATAATACTAGCAAATAAAATA +CTATTAATGCTAGGAACTGCTTTAAAAGGAAGATAATTAGTTATATAGTTAGTACTTATA +AGACCTATAATAATTCCTAAAATACCTCCAAGAATAGTGATAAAAATAGATTCAATTAAA +AATTGAAATAATATTGCTTTAGGCTTAGCACCAATAGCTCTTCTAATACCTATTTCTCTT +TGCCTTTCAATAACAGAAACATACATTACATTCATAACTCCTATACCACCAACAAATAAA +GATATTACAGTTATGATTAAAACTACCTTATTTATACCCGAAGTCATACTTTCTAATTCA +TATAGTTGAGATTCAGCCTGATAAGATAAATCTTCAGTATTATAAGAACCTTCTATATTA +GGATGAAGATCATAAAGTCTTTCTATTACTCTATTAGCAACTTCAAAGACATCGTAATTC +TTAGATGCTACTAAGTCTAGAGAATATATCTCAGTAGAATAGTCATATTGTTTGACTAAT +TTTTCAAAAGCTTTCTTAGGCAAATATGAAGTTGGCATATCATAATATTCTAAACTTTCA +TTATCAGCATAGGTAGAATTATAATCTATGGACTCATCTTCATTCATCAGAGAATTATCA +TCTAATACACCGATAACTTCAAATATATACCTACCGATAGTAATACCACGACCTACGGCA +TCCTCAGGATTTCCAAATAAGTCTATAGCATTTTGCGTAGTAATCATAATTACGTTTCTT +TCTTCATCATCTAAAGAAAAGCTACGTCCATAAAGAGTTAAAGGACTTGAGTTTTCTTTA +AAAGGAGATATATCTAAATAGGTCATTTTCTTATCAAAATACGCATCAAAAGCGTAAATA +GAACTATCATCTATACCACTATCTGATGGACCAATTTTTTGAACACCTTCAATAAAAGAT +AACTCTTCAATATCACTATGAGTGAAGGGCGATAAAAATATACTAAATTCATTCATAGAA +GTATCTGATGATTCAAAGTATATATTTGTTTTATTAGGACCTACATTAGTTATGGTTTTT +CTTACTTCATCTTTTAATCCATTACCAATAGAGCTTATTAAAATAACAGAAGTAATACCT +ATGATTATCCATACTAAAGCAACAAAAACACGTAATTTATGACCTTTAACGTTTACTAGA +GCATTTTTTATTATATCCATATTGGTACCTCCAATGAAGTAAAAGCGCCATCTTTTAAAG +TGATAACCTCAGTAGCGTATTTAGTTAAATCTTGGTCATGAGTAACCATAATAATAGTTT +TTCCATTATTATTAAGTTTTTTTAAAAGTTTCATAATTTCTTCACTTGTCTCACTATCTA +AAGCTCCAGTAGGTTCATCTGCAAATATTATTTGAGGATTATTAACTAATGCCCTTGCAA +TAGCTATACGTTGTTGTTGACCTCCAGATAATTGAAGCGGAAATTGGTTTATTTTATCAA +GTAAGCCTACAGAAGATAAACTTGCTTCTATAATAGCTTTCTTTTCTTTTTTACTAGATA +TTTTATTATAAATTAAAGGTAATTCAATATTTTGATATATATTTAAGGTTTCTATTAAGT +TAAATTGTTGAAAAATAAATCCTATATTTTTATTTCTAAATACAGAACGCTGATTTTCAT +TTAATTTACTTACATTTTCATCATTAAAATAATAGTCTCCACCGTCAAATTTATCTAAGA +ATCCAAGAATGTTAAGAAGGGTAGTTTTTCCACTACCTGATTTCCCCATAATCATTACAA +ATTCACCCTTTTGGATATTTAGATCGATGTTTTTTAATACTTGTATTTTTTCTTTCCCTA +CTTTGTAATATTTCTTAATATTTTGGAGTTTTATTAGATTAGTCAATTTTTGGTTTCCCT +TCAACATCAGAGTTTGAACTTTCATACATAGATAAGGATTGTCCTTCTTCCATTTCTTCA +GTAGGGGTTGTAAGTATAATATCATTTTCCTTTAATCCAGACTTAACTACAGCAAATTCT +TCATTTCTGCTTTCTATTTCAACTGATTGTTTTTTTAGGATACCTTCTAAGTCTTTAAAT +ACATAGTATTTATCTTCTGATTCTAGGATAGAAGATGCGGGTATTTTTGAATAAGAATTA +TCCAATTTTATAGATGCTTGAACATGGAAGCCATTAACCAATCCTTCTTGGCTATCGAAT +GCAATATTTATGTCATAATAAGATAATGTGCTAGATTGTTGTTGATATTCGCTTGAGGAG +TCTGTTGAAGGTCTTTCTGATATAAAACTTATTCTACCAGTTAAATTTTTATTTGTAGAT +AATATTAAAACTTTTGCAGTTTGATCAACTTGTATTTTTGCTAAATCCTGTTCGCTAGCT +TGTCCTTTCATATAAAATTCATTAGTTTGTAATGTAATAAATCCACTTTGACTTTCAGAT +TCTTCATTTATAAAGACCTTTCCATCAAAAGGAGCAAGTGTTTTACTATAAGCATTTTCA +TTGAGTGATTTAATTTGTGCATTTAATTTATTTATTTCAAGGCTAATCGATGGGTCACTA +ACTTCTTGAGATGATTTTAATTCAGAAACTTGAGATTTAAGTTCGTTAATCTCATTTATT +ACTGATGGATTCTTGCAAGTAAAAAGTACACTACCTTTTTTTACAGATTGACCATTTTCT +ACTTTTAATTGGTCTATTTCTTCACCATCTGATAATGTAAAGTCTTTGCTATCCTTTGGT +AGTACAATGCCATTAATAAAAACTTTCTCACTTTCTGGAATAGCATAAGTCTCTATAAAT +GATTCAGGTTCCTCACTATTAATTTTGTTATCTTTTCCTTTGTAGAAAAAATAGATACCT +AGAGTTACACATAATACTGAGGTAAGACTTACAATGATTCTAAATTTTTTATTTTTGAAT +TTTTCTAAAAATAACATATAAACACTCCTTAAAATAATAATACCTCTATAAAATTATAGA +GGTAAATAATGTAATAAGTCAAAACTTATTAAAAAAATTAATAAATTGTAACTTTTACAA +GAAGTATAAATAGTATATGTTTTATGCTGTAAATTCAATTGATTTAGATGTAATAACATC +TAAGTTTTTATAAAGTACGTATCTTATAATTCCATCTTTATTTTCTTTTTTAAGTTTATT +TTCGAATCCTAGACTTAATATTGTTTTTAAACTGTATACATTTTCTGAGTTTACAACTGT +AACTATATTTTTCATACCTTTACTAGCAGACACTTCTATTCTAGTTTCTAGTAATGTACG +ATGTAGAGAGTTGCCACGGTAGAAAGGATCAACCATAACAAATCCAGATATATAAGTATT +TTCTATTTGGAATTCATCCATTCCCATTTCAATAAGCATATCCTCATATTCCCCTTGTGG +GGCTTCACATAAAGCAGAAGCAACTAAGGTACCTTCTATATAACATCCTACTATAAAACC +ACCGTTATCTAAAACACCTTCTAAGTAAGAAGCATCACGAGACTTGAGCCAACTTTTATT +GTCCATAGTACTGTTCACTCTATTGTATAAGTTAATAACGTCCTCAAATTTATCTTTAGT +TATATAACAAATATCACCGTATAAATTTTCGCAAGGATTCCCGTTAAATTTAGATAATTG +TATTGATTTTATCAATTAAGCACCTCCGAATCTCACAGGATAGACCTATGAATAAATTTA +TAAATTTTATGTCAAATTAAGAAGAAAAAATGCTTTTCTTACTAAGTAAATTTGTAAATT +AAATATGTGTGTAACTAAGTAACAGACTTTATGTCATATATTTATTGTCGATAAAAAATA +AGTATAAGATATTATAACATAATCTAAAGAAAATTAAAGTGGAAAAAGTCGATTTTTATC +GAAAATTTTACGAAATGAGTAGAGCTGAATAAAAACTAAGGAAAACGATTGAATAATTGT +AACAAAAAAAGACTTAGAAATCTAAGTCTTTAAATTAATAAATTAGTTAAATTTAATTAA +TCTTGATAATTTGCTAAAGCATTGCTAGCAGCAAATACTGCTTCTTCAACATATGTTATT +GTATTTTCTATTTGGTATTTATTATTTTGCTTTTCTACATTCTTTAATGCATGATTTAAG +CAACTTTGTGCACTTTGAAGTTGAGCGAATGCATCTTTTAATTCATCTTTAGAATTTTTC +ATGAATAACCTCCGGAATATTATAATTATAATTTTGATTTTAATTTCAGAATTTTTCCCA +CGAATTGCTAAAATATTTTAATATTTTGTATCTCGTTGACAATATATAAATTCGCTCTTA +TAAGTTAGTTAAGTAAACGAATTTTATGTGAAAAAATACTCAATAAAAGTATTTGCATTA +TAAAAATATATATACATATTTATGGTGAACTGAAATTAGAATATTAAATTACTAATGGGA +AAATATAAGTATATAATTATAAAATAAGGAGAGTAACATGCTTAGATATAGAAAATTATC +CTTTTTATTATGTATATTACTATGTATTACATTTTTACTAGGAATGAATAAACCAGAAAA +TATGGAAGGTAAAAAGATATTTAAAAATATAAGCGTCGAAAATATAGATATAGGAGGTCT +AACTTATAAAGAGGCATTAAAAGAAATTAATAAATATTATAAAGAAAAAGATATAATTAT +TAATTATGATGGTAAATCATGGACTCTAAGGCCAGATGAAATAGAATTAAGCTATAATAT +AGAAAAAGCTTTGTCAGAGGCTTATGATTATACAGAAACAGAGAATAGATTTGAGAATAT +AAAAAGAAAAACAGGACTTATTTTTAAAGGTAATCACAATATAGAATTGAAAGCAACTTA +TAATGAAACAAAGTTAAGTAATTTCATTGAAAACATATGTAAAGAAATAGATATTTCTGT +TACACAGGCTAGTGTTGAAATAAAGGATTCTGGTGAAATTATAAGAACACCATCAAAAGA +AGGGAAAGAAGTACAAAAGATAAAATTAAAAGAAGATATTTATAATATGATTTGTGATAA +AAAAATAAAAAGTCTAAATCTGCCTGTTAAAATTGTAAATCCCACAATAACTACTGAAGA +TATTCAGTCAATAAATACAGTATTAGGGCAATTTAGCACTAGTTTTAATGAACATAACTC +GAGGGGTAGCAACATCCACGTTGCAGGGAAAAGTACTAGTGATAAACTAATAATGCCTTA +TGAAATGTTTTCTTATAATAAAGCTACAGGTGCAAGAAACTGGGTTAATGGGTATAAAAG +TGCAAAGGTAATAATAGGCGGTAAATATGTAAATGGTGAAGGTGGCGGTGTTTGCCAGGT +ATCAACAACTATATATAATGCTGCTTTATTATCTGGTATGAGGATAGAAGAAGTACACAA +CCACACTATGCCATCTAGATATGTACCAAGGGGTAGAGATGCAGCAGTATCATACGGGTA +TACAGATTTCAAATTTAAAAATCCATACTCACATCCTATTTATATTAAAAATATTGTTAG +TAATGGTGCAATAACATCAAAGATATATGGTTGCAGTCAAGATAGAGAAAAGTTATATAT +AAAAACTGAAGAAAAAATTGAAAAAACAAATATTACTGTTAAAACATACAGAGTTTACTT +AGATGAAGAAAATAATAAAATAAGAGAAGAACTTATAGCAACAAGCAAGTATAAATTAAA +ATAGATGATTTTATTTTCACTATAGTGCCAATTTTATTAGTAATAATGTATAATTTATTA +AGGATAGCTAGTAACAAAATACTACATTTACTAGATCAACCTTAATAAGTTATACATTTT +TTTATTTAAGGTTTTATGTACTAATAAATAATATTGTTTTAAAGTAAAAGTAAAGGGTAT +ATTTTTAATGTGACATTAAGAAACTTAGGATTAATAATGAAAATATAATAAATAATTAAA +TAAATATAGATATAGGAGGAGTAAATATGAAAAAATTTGTATGTACAGTATGTGGCTATA +TATATGAAGGGGATAGTGCACCAGAAGTATGTCCAGTATGTAAGGTAAGATCTGATAAAT +TTGAGGAAATATCAGGGGATATGAAGTGGGCTGATGAACATAGAATAGGATTAGCAAAAG +GTGTAGATGAAGAAATACTTGAAGGATTAAGAGCTAATTTTGTAGGGGAATGTACAGAGA +TTGGTATGTATATAGCAATGAGCCGTCAAGCTGATAGAGAAGGGTATCCTGAAGTAGCAG +AGGCGTATAGAAGAATAGCATATGAAGAAGCAGAACATGCTGCAAAATTTGCAGAGCTGT +TAGGTGAAGTTGTAGTTGCAGATACTAAAGAAAACTTAACAGTAAGAGTTGAAGCTGAAT +ATGGAGCTACAGATGGAAAATTAAAATTAGCAAAAAAGGCTAAGGAATTAGGACTAGATG +CAATACATGATACAGTTCATGAAATGTGTAAAGATGAAGCAAGACATGGAAAAGCTTTCT +TAGGATTACTAGAAAGACATTTTAAAAACTAAAAAATATAATTGGTCATATGACATATAA +TATATATTAATTATAGAATGTCATATGACCTATTTTATTGAAGATATATAAACTATCTAA +TATACAAATATATTAAATATTTTTGTGAATAAAACTACATAATTTTGTATACAATTACAC +AATTATAAATGATAAGGAATATTGAATTAAAAAATTAGCATGAAAGATAAAAATTTTACA +CTTAATTACTGGTAATTTATTACAAACTGTGTAAAGTATAGTATAATTTATGTATACAGA +ATATTATAATACAGTTAAAAAAATAATAATAATGTTGTTAGATTAAAATAAATATTATAG +TTAAAATTATTAGGTCAGAATGGGGAATATGGATATGGGAAATAGAATAGTAAGTAAGAG +ATTATTAGCAGATAACATTTATCTAATGGAGATTGAATCAAAGAGAGTTTCAAAATCCGC +AAAGCCTGGTCAATTTGTAATTGTTAAAATGGATGAAAAGGGAGAGAGAATACCTCTAAC +AGTTGCTGATTATGATAAAAATAAAAATACAGTAACTATAGTTTTTCAGGTAGTGGGAGC +TTCAACTAAGTTACTAGCAAATCTAAGCGAGGGAGATTTTATAATGGACTTTGTAGGTCC +ACTAGGTCAACCAAGTGAGTTTATTAAAGAAGAAATAAGCACTTTAAAAGATAAAAATAT +TATTTTTATAGCAGGTGGAGTTGGGGCTGCTCCTGTTTATCCTCAAGTTAAATGGTTTAA +AGAAAATAATTTAGATGTAGATGTGATAATAGGCTCAAGAAATAAAGACTTACTAATACT +AGAAGATGAAATGAGAGCTGTTGCAAAGAATTTATATGTATCAACTGATGATGGTTCATA +TGGATATGATGGAAGAGTAACTGATTTACTTAAAGATTTAGTACAAAATCAAGGTAAAAA +ATATGATCATGCAGTAGTAATAGGACCTATGATTATGATGAAGTTCACAAGTATGTTAAC +AAAAGAACTAGAAATACCTACTATAGTTAGTTTAAATCCAATAATGGTTGATGGAACAGG +TATGTGTGGAGCATGTAGAGTAAGTTTAGGAGATGAAATAAAGTTTGCATGTGTAGATGG +GCCAGAATTTGATGGTCATTTAGTAAATTTTGATGAAGCTATGAGAAGACAAGCTATGTA +TAAGTCTGAAGAAGGAAGAGCACTGTTAGAGAGTGAAGATAGAGGAACTTCTCATCATAG +TAATTGTGGATGTGGGGGGAATTAATATGGGGAATAAGATGAAAAGAACACCTGTAAGAG +AACAAGAAGCAAGTAGAAGATCTAGAAATTTTGATGAAGTATGTTTAGGATATGACATAG +AGGAAGCAGTACTAGAAGCGAATAGATGTTTAGGATGTAAAAAACCACAGTGTGTATCAG +GGTGCCCTGTAGGAGTAGATATACCTGGGTTTATAAATAAGATAAAAGAAAGAGATATAC +AAGGTGCCGCTGAGATAATATCAGAAAATAGTTCTCTTCCTGCTGTATGTGGAAGAGTGT +GTCCACAAGAAAATCAATGTGAAGGAAAATGTGTATTCGCTAGAAAGTCTGCATCTGTAG +CAGTTGGAAAGTTAGAAAAATTTGTTGCAGATTGGTCAAGGGAAAACAATATAGATTTAT +CTAAAACAAAAGCTAAAAATAATAAAAAGGTTGCTGTAATAGGTAGCGGTCCGGCTGGTC +TTGCATGTGCAGGAGATTTAGCAAAGAATGGTTATGATGTAACTGTGTTCGAAGCTATGC +ATGAAGCTGGTGGAGTTTTAACTTATGGAATTCCAGAATTTAGATTACCTAAAAAAGAGA +TTGTTCAAGCTGAGATAGATAACATTAAAAAGTTAGGTGTTAAGATAGAAACTAATGTAG +TTGTGGGAAAAACTATAACTATAGATGAATTGATGGAAGATGAAAATTTTGAAGCTGTTT +TTATAGGCTCAGGGGCTGGACTTCCAAAGTTTATGGGAATAAAAGGTGAAAATGCAAATG +GAGTATTTTCAGCAAATGAATTTTTAACAAGAGTTAATTTAATGAAAGCCTATAGAGAAG +ATTATGCAACTCCAATAAGAGTTGGAAAATCTGTTGCAGTAGTAGGTGGAGGAAATGTTG +CAATGGATGCAGCAAGAACTGCATTAAGACTTGGTGCTAATACTCATATTATTTATAGAA +GAAGTGAAGCTGAACTTCCTGCTAGAGCTGAAGAAATACATCATGCAAAAGAAGAAGGCA +TAATATTTGATACACTTACAAACCCAACAGAAATTTTAGCAGATGAAAATGGAAATGTAA +GAGGTATGATGTGTGTTAAAATGGAATTAGGAGAACCTGATGCATCCGGAAGAAGAAGAC +CAATAGTAGTTGAAGGTTCTGAATTTATTCTTGAAGTAGATACAGTAATCATGTCCCTTG +GGACAAATCCAAATCCACTCATTACATCAACTACAGAGGGATTAAATGTTAATAAAAGAA +AGTGTATAATAGCAGATGAAAATGGACTTACTTCAAGAAAAGGTGTTTATGCAGGAGGAG +ATGCTGTAACAGGAGCGGCAACTGTTATATCTGCAATGGGAGCTGGAAAAAAAGCTGCAA +AAGCTATAGATGAATATATCAAAGAAAAATCACAATCAACAGAAATTCAATATGCATAAA +ATATGTTAATATAAAACAATATTGTTTTGTAAATGTGTAGCTACATCAAATAGTAGCTAC +ACATTTTTTATTATCAAGTCTTACAATAATGAAATGTTAGTAATTAGAAAATATGATATA +ATACCTAGCATATATAAATTAACTAATGGAGGATTATTAATGAAATCAAGATTTGAAGGT +GGTCTCTTAGGACTAATAGGAGTAAATATACTAGCCTGGATAGTTACAGTTCTGACATTC +GGAATAGGGACACCGTGGGCAATGTGTATAAAATATAGATGGGAAGCTAAAAATACAATT +ATAGAAGGTAGACGGTTAGATTTTATAGGTAGTGGGTCTAGCTTGTTTTTACATTATATA +AAGTGGTGGTTATTGACTATAATAACTCTTGGGATATACGGATTCTGGTTATATATAAAA +TTATTACAATGGAAAACAGAAAATACAGTATTTGTAGACTAATAAAAAGTGTAGTAGCTT +TAATAATGGGCTTCTACACTTTTTTATTATAAATAATACAAAAAAATGTAAACCGAAAAT +TAATCTGATATAATTATAGTGAATAAAAGAATAATTTTATTAATTGTAAATTTATATTAG +GAGGAGTTAAATGGGGGATAATGAATTATTGGGTATTGAGCCCATTAGTAAGTTATTGCT +TAAGTATTCTGTTCCGGCTATTATAGGGATGATGGTAAATGGGTTATATAATATAGTAGA +CAGAATTTTTATTGGAAATATACCTAATGCTGGATCATTAGCAATAACTGGATTAGGTAT +TACAATGCCTATAATGACAATAATATTAGCTTTTGGTATGTTGATTGGTATTGGAACAGC +AACAAATATGTCCATAAGACTAGGTCAAGGAAAAGCTGAAGAGGCTAAAGATTTAGTACA +AAATGCTATGACACTAGCATTGTTAATAGGAGCTACAATTACATTTTTAGGAATAATATT +TGCAGATAAAATTTTAATGTCATTTGGAGCAAGTGAAAGTACTTTACCATATGCAAAAAC +ATATATCAATATTATTTTAATAGGTTCAATACCTAATTTATTTGCATTTTCTTTAAATCA +TATCATTAGAGCTGATGGAAGTCCAAAAATATCGGCATCAATAATGGTTGTAGGCTGTCT +TTTAAATATAGTTTTAGATTGGATATTTATATTCAAGTTTAATTTAGGAATTAAAGGAGC +AGCAATTGCAACTATAACATCTCAAGGTGTAACAGCAGTATTAGGAATATATTATTATAT +ATCAGGAAAATCAAATCTAAAAATTAAAAATATCAAATTAAAATTAAACAAACATTTGAT +TAAGGTAATCTTTGCAATTGGAGTATCTCCTTTTTTTATGCAAATTGCTGCGAGTATGGT +TCAAGTAGTTTGTAACAATTCTTTAAGAAAGTATGGTGGTGATTTAGCAATAGGAGCCAT +GACCACTGTTGGATCTATATCCATGATATTCTTAATGCCTATATTTGGGATGAATCAAGG +TTCGCAACCTATAATAGGATTTAATTATGGAGCAAAACAATTTAATAGAGCTAAAAAGGC +ATATATACTATCTTGTAGCGCAGCCACGTTATTACTATTAATTGGAACAATAGTAGTTCA +AGTATTTCCTCATATTATGATAGGTTTATTTAATAAAGATCCTGAGCTTATGGATATATC +TACAAGAGGTATTAGAGTGTATTTGCTTATGATGCCAATAGTAGGAATATCAATCACAGG +TACAAATTATATTCAATCTATTGGAAAAGCAAAAGTTGCAATGATTTTAAGTCTTTTAAG +ACAGGTAATAATATTAGTTCCATCATTAATTATCTTACCAAGAATTTTTGGTCTGAACGG +TGTTTGGATGGCTCAACCTGTAGCTGACTTTATATCTACATCAATAATAGCAGTGATTAT +TATTAAAGAATTAAGAAGCTATAAAGTTGAAAATAAAAGATTAAATGAAGATTTAAACAT +GAAAATAGAAATAGCAATTGAAGAAGATTTAAAATAGGCCTATAGTGGCTGAAATAAATA +TTGAGAGAGCATATCATTTACTTAGTGTAGAATATAATAGTTAACCTTTACAAATAATAA +TTAAATAAAAAAATTATTGAGGTGAACTATGAAAAAGAAATTACTGTATATAAGTGTAAA +TTCAAAACCTGAAGATTTATCTTCAAGTAAAACTGTAGCAAGGGCATTTATAAATAAGTT +TCTGGAAAAATATAATGATTTTCATGTAGAAGAAGTTGATTTATATAAAGATCATATTCC +AAGATTAGAGTATCAATATTTTGAAGGTAGAAACGCAATAATTAAGGAAGAAGATGCTGA +AAAATTAGACGCAAAAGATCAAAAAGAAATAAAGAGAATAAGAGAATTATGTGACCAATT +TGTAGATGCACAAGTATATGTAATTGCATCCCCAATGTGGAGTTTATCTTTTCCTGCACC +ATTAAAAGAATATATAGATTGTATAGTGCAAGTAGGCAAAACTATTGAATTTGTAAATAA +TAAACCAAAAGGTCTTTTAGATAACCAGGGAAGAGTATTAGTATATATTGAATCCTCAGG +AGGAAAAATACCATGGATATTAGATCCTGTTATGGATAAAGGAGAAAATTACGTAGCAAG +TATAATGAGAACCCTTGGTATTAAAAAAGTAGAAGAGCTTATGGTAAGCGGAACAGATAC +CACAGAAGAAGAAAGACAAGAAGCTATATCAAATGCAATTGAAAAAATAGATGAAATAAT +AAATTCAATAAGTTTATAATAATTGCTTATAAGATAATTAATTTTTTTATTTAGATATTG +AGATATGTATTAGATTTAAAATTTTAAGTTGGATTATATTTTTTACGATATATGTATACC +AATAGATATATCATTACAATATATGTTTATCGAATTAAGTAGTACAGTTTTTTATAAAAT +GTTTAAAAATTTATTGATTAAAGATTTAAAGTGAAAATATTATGCTATTGTTTAAGATAT +TGATTTAATAAATTTAACTTTAAATAAAAAAGAAACGCATTTATTAAGTGTGTTTCTTTT +TTATTTCTCAGTTTTTTATTCATTTTAGCGCATATTTCTAAATGTAAAAAAATATGAAAT +TATGAAAAAATTAAATATAAATATAAGATGATTTTCTTTATAAAAGATGTAAATTGACTA +ATACTATATAAAGAGGAAGAAAAAGATTTGATTAAAAAGATATTGATGAAAAATACGACT +AATACTATGACATATTAACTAAGTAACATCAAAGGAAGGGGAGTCGAGGTTATGAGCAAA +AATATAAGTAAAAAAATTAGTACCTTTATAGTAATTTGTTTATTATTAATTGGAGTAAGT +ACAAAATTTGGATTTACTTATGCGAATGATTATGAATTAATAAAAAATGAATATATTTAT +TTAAATACAATTACAGATATAATGTATAATTTATCAACTGAAATTGGCAAAGGACCATCT +AAAAGTACAGGAAAAAAAGCATATATAACAATAGATGATGGACCTTCCAAATATACTGAT +GATATTATTAATACACTAAATAAGCATAATGCAAAAGCTACTTTTTTTATGATAGATAGA +AATATGAAGTTATATCCTAATCAAGTAAAAAACATTATTGAAAATGGAAATACACCAGGA +TTTCATAGTGTATCACATGATATTCATAAGTTATATAAAACTAACAAATCTGCTAAAGAA +GAATTTGATATAAATAGACAGACATTATTAGAGGTAGCAGGTATAGAATCAAGTGTAGTG +AGGTTGCCTTATGGAAGCAAACCATATACACCGCATAAATGTTATGAAGAATTAGTTGAA +GCAGGATATAAGATGTGGGACTGGGATATTGATACAGAAGATTGGAAGGTTAGTTCAGAA +CAGGCTCTAGAAAATGTTAAGTTATATTCAAAAGGTAAGGATAATATCGTTGTGTTAATG +CATGAGAAAAAGCAGACGGCAAAATCTTTAGATAGAATTTTAAAATATTTATCTGAAGAA +GGTTATGAGTTTGTACCTATAGATGAAAGTGAAACGCCACAAAACTTTTGGTTAAAGAAT +TTTAAATAGTAAAATATAATAAATGAGGTGAAAATATTTGAAGAAAATACTATATTTCAC +TTTAATAAGTATTATAAGTTTGTGTTTTAATGGTTGTAGTAAAAGTTATATTGCTACTGT +AAATGGAGTAGAGATTACAAAAGATCAATATGAAAATGCAATGAATATAATAGAAGCTAC +AGGGAATTATGTAGATAATGGATATATTAAAAATTTAAAAGAAAATACAGAAAAAAAATA +TAAAACAGATTTAAAAAGTGTTATTATTTCATTATTAGTAGAAAATGAAGTTGTCTATCA +ACAAGGTAAGCTATTAGACTTAGAACCAACTAAAAAAGAAATTGATATAAAATATGAACA +GCTAATAAAATCTATGAATGATAACAAAAAATATAAGAGTCAAATGGAAAGTGCAAATAT +AGATAAAAAATATTTATTAGAATTAATAAAGAAAGATATAACTATAGAAAATTATAAAAA +AGCTTTTCAAGATAATATACAAATAAGTGAAGATGAAATGCTAGAATATTATAATAGCAA +TAAAGAAAAATTTAAAGTAAATGAAGTAAGAGCATCTCATATACTAATTTCAACATTAGA +TAAAAATAATAATGAAGTTAGTAAAGAAGAAAAAAATATGCTAAAAGAAAAAGCTAATAA +TATAAAAGAGGAAATAAAAAATGGAGAAAGCTTTGAGGCTTTAGCTAAGAAGTATTCAGA +TGATAGAAAAAGTGGAAAAAATGGAGGAGACTTAGGATATTTCACAAAGAATGAAAAAAA +TATTGAATTTACAAGTAAGGTATTTAAGTTAAAAGAAAAAGAGGTGTCAGATGCTTTTGA +AACATCCTATGGATATCATATAGTTAAATTAACAGAAAAAAGGAATTACGTAAAAGAATA +TAGCCTATGTAAAGAGGAAGTAAAACAAAATATTTTAAATGAAAAATATATTGAGCATGT +AGAACGATTGAGTAAAGAAGCAAAAATAAAATCATAAAAAATTGAATGAAAATGGATGTT +TCAAAGTATAAAAATGTTTTGAAACATCTATTTTTATTGAAATAAAGTGATATAATTAAT +TAGATAAGGAGATTTTAATAAATTAGGAGGAAAAATGAAGGATAGGTTAGATTTAACGAA +TGGGAGTATAAGTGATAAATTAATAAAATTAGCATTACCAATTATGGGAACATCATTTAT +ACAAATGGCATACAACCTTACTGATATGATGTGGGTAGGTAGAGTTGGTAGTAATGCAGT +GGCAGCAGTAGGAACAGCAGGATTTTATCCTTGGCTAGCTATGGCATTTATTATGATATC +AAGAGTAGGAGGAGAAGTTAAGGTAGCGCAAAGTATAGGTGAGAATAATATAAAACATAC +TAAATCATATATTAAAGCGGCTATAGAAATAAATATTATTTTATCAATTATATACTCGGT +TACTTTAATTATATTTAATAAAAATTTAATAGGTATTTTTAAATTAGGAGATTTAGAAGT +TATTTCTATGTCTAGACAGTATCTGATAATTATAGCTTGTGGAATGATATTTTACTTTAT +AAATCCTGTACTTACAGCAATATTTAATGGACTTGGTAATAGTAAAACTCCTTTTAGAAT +TAATACAATAGGGCTTATAGCAAATATCATATTAGATCCAATATTAATTTTTGGATGGTT +TGGACTACCTAAGCTTGGTGTAGTCGGGGCTGCTATAGCAACTATTACAGCTCAAATAAT +TGTTACAATATGTTTTGTATTTAAAATTGTTAAACAGAAAGATGAATTTTTTAAGATAAA +ATTCTTTAGAAAAATAGAAATAGAGTATTACAATACGTTATACAAATTAGGATTACCAGT +AGCTATACAAAATGGTATGTTCACATTGTTTTCTATGGCTATAGGAGTGATAGTAGCATC +GTGGGGACCAGTAGCTATAGCAGTACAAAAAGTAGGATCTCAAATTGAATCTATTTCATG +GATGACTGCTGATGGATTAGCAGTAGCCTTAGGTAGTTTTGTAGGGCAAAATTATGGTGC +GAAAAATTATGATAGGATAAATAAAAGTTGTAAAATTGGAATCCTAACGGCTATAGGATT +GGGGATAATTACAACATTAATTTTAGTATTTTGGGGAGAGAATATCTTTACTTTATTTAT +AGATGAAGAAGATGCAATAATCAAAGGTGGTATGTATTTAAAGATATTAGGATACTCTCA +ATTATTTATGTGTTTTGAAATAATAATAAGTGGTGCATTCAAAGGTCTTGGAAGAACATA +TATATCATCTATTATTGTTACCATTTTAACTGGAGCAAGAATACCTATGGCATACTTATT +ATCCAAACCTGAATATTTAGGATTAGATGGTATATGGTGGAGTATTAGCTTAAGTAGTAT +ATTTAAAGGAATATTACTATTAGCTATATTTATAGTTTTAATAAGAAAAAATAAATTATA +TCCACAACCTGAATCAATTAGAAATTTCAAAGAAGAAATAGCATCATCTTCTCAAGAGTA +GAATATAGTTTAAATGTTATAAAAATAAAAAGTGTCTATTTAAATTTAACATTAAATAGA +CACTTTTTATTTTTATAGATTATTGAAAGTACAAATATAAGTAAACAATTAAAAATTAAT +ATGATTTAATTTTCTCGTTAAATTTATTGTATACTCCGATCATATAAGGTTCTGAAGAGT +AAGAGTCTACTTTATCAATTGGAACCCACTTTACTCCTTTTGTTTCATCTTCATTAACTA +CGAGTTCTTCATTTTCATCAGCTTCTAGTAAATATGCAACTGAAAGATGTAAGTGCGAAG +ATACATATTCCCCATTCTTCAAATGACCATTTACAGTAAGGACATCTAAAGAGAATATAT +CTTTACTTATAGATTTTATGTTTTTTAATCCAGTTTCCTCAGAAGCTTCTTTTATTGCAA +CTTTTAATAAATCACTATCTCCATCGGCATGACCTCCTGTCCAAGACCAAGAATTGTATA +TTTTGTGAAAAATCATAAGTGTCTTATCTCTATTTTTATTTACGATATATCCAGAGCTAG +TTATATGTGCTAATGTATTTTTTCTAGTAAGAACATCAGAAAAATTATTAATACAGTTGA +GTATTAAGTTTTTATCTTTTTGTTCTTGTTCATTATAAGGAATATAGGATTTTATTTCTT +TTATATAATTCATAGAGGTTCCTTTCTTTAAAGTATTTTGGGATAAGTTTAAAATTAAAT +ATTATATTTAATATTATCATATTTTATAAATTTATTGATAAATTCTAAGAATAGAATAAA +TATTAAGATATAAATAATACTATAATTAAAGCATAGAGTTAATAGTTTGAAAAGGAGAAT +TGAAATGCTTTCTAATTTTTTAATAAAAAGTTTTATAAAAAATAGTGAAGATATTGAAAA +TGAACAAGTTAGAAATAAGTATGGAAATCTAGCAGGTATAGTTGGTATAATATCTAATTT +AGCCTTAGTTATTACAAAAATAATCGTAGGGTTTATAACTTCAAGTGTATCCATTACGGC +TGATGGATTTAATAATCTTTCAGATACAGCATCCTCTGTTATTACTATAATAGGGTTTAA +GTTAGCAAATCGACCTGCAGATAAAGAGCATCCATTTGGACATGGTAGAGTTGAATATAT +TTCAGCGTTAATTGTAGCATTTATGGTAATGCTTGTAGGACTTCAATTTATAAAATCATC +TATAGACAGAATATTAAATCCAGTGACTATTAGATTTGAAGTTATACCGTTTATATTATT +GTTTATTTCAGTAATAGTAAAAATATGGCTTAGTAGGTTTAATAAATTTATAGGTGAAAA +AATTAATTCAGCAGCTCTAAAAGCAACAGCACTTGATGCGCTAGGAGATGTATTTACTTC +AAGTTGTGTTTTAATATCTTTTTTAGCATCAAGATATACAGTATTGCCAATAGATGGTTA +TGTTGGTCTTGTAGTATCTGCTGCAATTCTTTATGCAGGATTTTCTTTGGTAAGGGATAC +TATAAGTCCTTTGCTTGGAGAAGCACCTGATGAAAATTTGGTTAAGAATATTAAAGAAGG +GGTATTATCATATAAACATATAATTGGAGTCCATGATTTAATAATCCATAACTATGGTGT +TGGAAGATGTATGGCATCTATACATGCAGAAATTCCTTCTAATATAGACATTGTAACAAT +ACATAATATTATAGATTCTGCGGAAAGAGAAATATCTGAAAAATTAAATATATATTTGGT +AATTCATATGGATCCAATGTGCATACACTGTGAAATTATTAATGGAGAAAAAGAAAAAGT +TGAAAAAATAATTAAAAAATATGATTGTGTAAAATCCATGCATGATTTTAGGCTTACAGA +GGGTAACTCTAAAAAGAATCTGATTTTTGATGTGGTAGTAGATGCTGGTATGATAAATAG +TAAAGAAGATGAAGAAGAATTGAAAAATAGTATTATAGAGGATATAAAAATATTGAACCC +AGAATATAATTGCATAATTACCATAGACAAAGAATTTTAATTAAAATGATTTTAAAGTAA +AAACATCAAAAAAGTTACAATTAAAAATAATATATACCATTTTTTGTAATGATAATGTAT +AATGAGAAGATATTTTAAAATTTCATCAAAGGAAAGGTGTTGATTACAAATGAACATATG +TATAATTGGAGCGGGAAATATTGGAACGTACTTAGCAGCTTATATATCTATGAAAAAAGA +TTGCAAGGTATGGATACATACTTCAAAACCACACTTATTTAAGGATGAACTTACTTTAAT +TGAAGAGGAAAAAAACTTAGAACATAAGGTCAAGTTACATTGTGTTACTGATAGTCTAGA +AGAAGGGGTAAGAGATGCTGATTACATATTAATAACGCATCCATCTTTTTTAATTGAAAA +AACAATTGAAGAAATAAGCAATTATGTAAAACCAAATACTGTTATAGGTCTTATACCAGG +TTTTGGGGGAAAAGAGTATTTTGCAGATAAACTAACTAAAAAAGGGTGTATTTTCTTTGG +AACGCAGAGAGTTCCATCTATAATAAGGTTAGAAAAATATGGAGAATGTGTTGCACTTAA +AGAGAGAAATCCATTTATGAAAATAAGTGCAATACCAAGCAAATATACTGAAAAAGTATG +CTCAGAAATGACAAAATTAATAGATATTCCTTGTGAACCAGTAAAAAATTATTTATCTAT +TACTTTATCACCGTCAAATCCACTAATGCATCCATCTAGATTATATGAGTTATTTAAAGA +TTACAAGCATGGAGAAACTGTATATGATAGAAGTCCACTATTCTATGAAGAATGGGGAGA +TGAAGCATCAAGAATGTTATTAGATTTAGATGAGGAACTTGGACAAGTTTTTCAATCATT +AAATGAAAATAATGATTTTGATGAAAATAATATAGAGAAGATAAAGATTAGATTTGAAAC +AGAAGAACCAAGTGTATTAAGTAATAAAATAAGGACAGCACCTGGTTTTCAGGGTATAGG +TTCACCAATAGTCGCTTGTGAAGGTGGATATATACCAGACTTAAGTTCTAGATATTTTAT +AGAGGATATTGAATTTGGTCTTTGTATTATAAAATCATTTGCTGAGCTTTGTAAGATAGA +AACACCAAAGTTAGATGAAGTTATAATTTGGTCACAAAGATTATTAAAGAAAGAGTACTT +AATAGACAATCAATTAAAGGGAAGAGATTCTAAAGAATTATTAATTCCTCAAAATAGAGG +TATTAATACAAAAGAGCAATTAATAGATTTTTATAAAAACTTATAATATATATTATAAAT +AATAAAGGGGATATCTTATTGAAATTAGGATATTCCCTTTATTATTTTATGATTGTAATT +TTAAGCTGTTTAATAATATTTTATCTGGGAAATTTATATTTAACTAATCGAAAGGAGCAC +TCATATGAAAGAAGATAAAATAATAGAAGATCCAAGGTATAGACAATGTAATAAGGAAGC +TATTATGGGATTAATACTAGGTATAGCGAACTTAATATGGTGGTTTATATGGGGATATGG +GCTAGGTTCAAAACCTGTTAGTGAATACACATATATATTAGGTTTTCCTACATGGTTCTT +CATGAGTTGTATAGTTGGAGGGATAGTATTTTCTATACTAACAGTAATAATGATTAATAA +ATATTTTAAAGATATGCCTTTAGAAGGATTGACTGAAGAAGAAATAAAAAAATATAGGGA +GGAGTTTGAATAATGAACAATATAAATTATGGTGTTTTAATTCCTATATTATTATATTTC +TTAGTGGTTTTTGCTGTAGGTTTTTATTCGATGAAGTTTGTAAATGAAGCAAGGAACTCT +GAGAACAAAGAAAATGGATTTATGGATGAATATATGACGGGAAACAGAGGTTTAGGAGGA +TTTGTACTAGCTATGACATTAGTTACTACATACCTAAGTGCAGGAAGTTTTATTGGAGGA +CCTGGTACAGCATATACTCAAGGACTAGGATGGGTGTTTTTGGCGATGGCGCAAATGCCA +ACAGGGTATTTTACACTTGCAGTATTAGGTAAAAAATTTGCAATAATAGCTAGAAAAATA +AATGCAGTTACAATTACCGATTTTCTAAGAGCTAGATATAAATCTGATGTTGTAGTAATA +ATAACTTCATTATCAATTGTAGTGTTTTTCATTGCAGCTATGGCTGCCCAATGGGTAGGA +GCATCAAGGCTTTTACAGGGTTCGGTAGGACTTGACTATAACCTAGCTCTAACAGTTTTT +GGAATTACTGTAATAGTGCATACAGTGATTGGAGGATTCAGAGCAGTTACAATATCAGAT +ACTGTTCAAGGTATAATAATGACTATAGCGACTATTACAATATTTATAGGAACAATAATA +GCAGGTGGTGGAGTGGAGAATATTATAACAAATATGGCTTCAATAAATGAAGGGATGATA +ACTCCTTTTGGTGTAACAGAAGGTAATATGACTATTCTTTGGGTGACTTCATTTTGGATT +TTAGTAGGTTTTGCAGTTGTAGGTATACCATCAGTTTCTCAAAGGGCTATGAGTTACAAA +GACACTAAGAGTTTACATCAAGGTATAAAATATGGAACTATAATTTCTATGATTTTACTT +TTAGGAATGCACTTAGTAGGAGCTTTTGCTATAACATTAGTCAGTGGTATAGATTCAGGA +GACTTAGTAATACCAACACTTACGACACAGTTATTCCCATCAGTAGTTGCAGGCATACTT +CTTGCAGGACCTCTTGCATCTATTATGTCTACAGTAGATTCACAATTATTAGTTGCATCA +GGAACAATTGTAAACGACTTATATACAAATTATATAAATCCAAAAATAAAAAAAGATTCT +AAAAAAATAGGTAAAGTTAGTATACTAGCAACATCAGTGATAGGTATAGCTATTTATTTA +GTAGCATTTAATCCACCTGATTTAATTGTTTGGTTAAACTTATATGCAAATGCAGGGATA +ATATCGACATTCTTATGGCCAATAGTATTAGGTCTTTACTGGAAGAAAGCAAACTCTTAT +GGAGCAATTGCTTCTATAATTTCAGGTATTACAACATATATACTATTTAGTGAAATTTGG +CCAAGACCATTTGGATTACATACGATTGTATTACCTCTTTTAATTTCATTAGTTCTTTTT +ATCATAGTATCAAGTATTACTAAAAGACCAGATAAAGAAACTATAGAAACTTTCTGGGGT +GTATATTATAAAGATTAAATAGCGTTTATAGTTTTATTGAGTGGAGTAATATTAGGTGGA +ATTGGATAATAATTATAAAAAATTTTAAAAAGTATCTCAAATAACTATTATTGCAATTAA +TTTGGGATGCTTTTCTATTTACTTTAATATAGTGTATTTTTAGTGTTTCTATGGAGTGGT +TTTAATATAATGTAGACAATATGTTATAATTTATCGTGAAAATAATCAAATATAGACTTA +TATCAGAAATATACAATAAAGGTTGGAAAATAAAATGAATAAATATAAGAATGTATCTAA +TAAGTTCGAAATAATTAATATAAAACATAAGAATATAGATATTGATGCTAATGTAGTATA +TAGAAAAAGAAAGAGCATTACTATTCAAATTAAGCCTAAATATGAAGTAACCATAATAAG +TCCTTATGGTGTTCCTAAAAAAATATTAAAGGATCTTTTAATACAAAAAGGGGATTGGAT +ACTAAAGAAATTTGAAGAATATAAATCTGTTGAATATTTATTCAAAGAAAAAGAGTTTAT +AGATGGAGAACAATTTATGTACTTAGGGCATGAATATAAACTTAAAATAATAAATGATAT +AGATGAAGAAGTTTTTATAGATAATAATTGTTTAGTAGTTAAGGTTAAAAATACTGATAA +AGAATATATAAAAAAAATATTGAAGAAGTGGTATAAAGAAGAAAGTGAAAGACTTGTATT +AGAAAGATTAATTTACTGTAAAGAAAAGTCTAAGCAAATGAAACAATTAACACCAAGCAA +ATTAAAAGTTAAGGAACAAAAAAAGAGATGGGGAACTTGTACTTCAAAAAGAGCTATATA +TATAAATTCAAAAATATCTATGGCAAAAATAGAGGCTATAGATTATATACTAGTGCATGA +ATTTAGCCACTTAGTACATATGAATCACTCTAAGGATTTTTATAAACTTGTAAAAGAGAT +AATGCCTAATTATAAAGAAGAGAAAAAATGGTTAAAAGATAATTCTTACAAATTAAAGTT +ATAGTATAAAAATATAAATATTTATCTTTCAAAAGTTGCATATAATTTTAATAATGAATA +TGTAGAGTAAGGAGGAAAGATAAAATGGCTAATAGTAGCAACAATATAAATACTAGTAGT +AATAGTAAAAAAGCTACTAGTGAATGTACAAATAATTCTAGTAGCACAACGTCTCAGCAG +TGCCTAGGCTTAGCGTCTATTAGCTATGCAGATTATGTTATTCTATCTGCAACTTTATCT +TTTGCTATTGCAGAGGAATTAAACGATTTAGATTTAGATATGCTTATTGTGTTTTTTGGT +ATGGTAACTTCAGATTTAGCTCTTCTAAGAACTAAGCGTGGAATAACAAATGCTCTTTCA +TCACAAGATACGTCAGAAGAAGCGATTATAGGTTCAGAAGAGGCATCTGAAGGAGGAGAA +AGTATAGCATCAGTATCATCAGCTTTAAGGGGGAAAAGTAGGAAAAAAAGTAAACGTATT +AAGAAGATTAAGAAGAAGAAACGAAAATCAAGTAATGGAGATTCATTAAAAGGAAATAAA +TAAAAATTCTGAAAATTTCAAAAATACTGTTAACAATATAATATTAACTAAATATAATTG +TATTAAGTTAATTAAATAAAAAATAAAAGCTAAGATGGAGACAAAAATATTCAAGATATT +AATCACAGAGAGCCAATGTTTGCTGGAAATTGGCATTAATATGAGTATATAATGATCACT +CCTAAGCTTTCATACTGAATTTACCAGTAAGTATGAACGTATGCTAACGTTATATAGCTA +TGGTTTATATAGACCTGAATAATGAGAGATAACTATAATTTATAGTTATAAGATAAGGTG +GTACCGCGGAATATAACTTTCGTCCTTATATGCAAATTAATTTTGCCTATAATGATGGAA +GTTTTTTTATTATCTAATATCTTTAGTTAATATAAGGAGGAAGATTTACATGGAGAGAAG +CTTATATGCTAATTTAAGTCAAGGTATAGATTCTTTTTTAAGAGTAGCAATGATACTTAG +AAGAAAAGAAATAGCTGTAAAAGCTATAAGTATGACTACAGATAATTGTGATAATACAGG +AATGGAATTAATAATAAATGAGGAAATTACATCTTTACAAGAAGTGATAAATTACATGAA +TAAGTTATATGACGTTAGAAATATTACTGTACTATAAATTATTGATTTAGTTACTTTAAT +TTAAATATAGAAATTAATATAAAAAATATAACAATTTATATGAGTGTATTACAGATAGAA +GATAAATATCAGATGATAATGAAAGTGATTCACTTTTGATAATTACAACTATTTAGTAAG +GGGGGAAAATAATGAGAAGTGAGAAAGTAAAGGTTGGATTAACAAAGGCACCACATAGGT +CATTACTAAAAGCTAGTGGCTACACTGATGAAGAAATAAACAAACCCTTTGTAGGAATTG +TTAATTCTTTCAATGAGATAGTGCCAGGACATATACATTTAAGAGAATTAGCAGAATCTG +TGAAAAGAGGAGTTTTAATAGGTGGGGGAACTCCATTAGAATTTCCAGCTATAGCTGTAT +GTGATGGAATAGCAATGAATCATGAAGGAATGAAATATTCTTTAGTAAGTAGGGAAATTA +TTGCTGATAGTATAGAGATAATGGCAAAAGCACATGGATTAGATGGTTTAGTTCTTATGC +CAAGTTGCGATAAAGTCGTTCCTGGAATGTTAATGGCAGCTGCGAGATTAAATATTCCAT +GTATTGTTTTAAGCGGAGGACCAATGCTAGCAGGCAACTACAAAGATGAAAGAGTTGACT +TAATAAGTACCTTTGAAGGTGTAGGAAAGGTGACCAATAATGAAATGAGCATAGATGAAC +TTTTGGAATTAGAAGAAGTCGCTTGTCCTACATGTGGATCTTGTGCAGGTATGTTTACTG +CAAATTCGATGAATTGTATGACAGAAGGGTTGGGAATTGCATTAAGAGGAAATGGAACTA +TACCAGCAGTTTACTCTGAGAGAAAAAGATTAGCAAAAAAAACAGGTATTAAAATAATGG +AACTAATAGAAAAAGATATAAAAGCTAGAGATATAATGAATGAAAAAGCTTTTGAAAATG +CTTTGGCCTTAGACATGAGTTTAGGTTGTTCAACGAATACAGTATTACATTTAAGTGCCA +TTGCTCATGAAGCTAAAGTAGATATGAATTTAGATATAATAAATGAAGTGAGCTCTAGAG +TTCCTAATTTATGCAAATTGAGTCCTGCAGGCAATGATTATATTGAGGATTTAAATAAGT +GTGGTGGCATTTATGCAGTTATGAATGAATTAAATAAGTACAAATTAATAAATTCAAATA +TTATGACATGTGAAGGCAAAACTGTAGGTGAACTTTTAACTGAAAAAACAAATAATAAAG +TGATAAGAGATATAGATAATCCATATTCAAAAACAGGTGGAATAAAAGTATTAAGAGGGA +ATTTAGCTTTAGATGGTGCTGTAATTAAGAAATCTGCATTAGATTCAAAAGTAGTAGAAT +TTGTGGGAAAAGCGAAAGTATATGATAGTGAGGAGGAATGTGTAGACGCAATATTGTCAG +GGAAAATAAAATCTGGTGATGCAGTCATTATTAGATATGAAGGACCTAAAGGAGGTCCAG +GGATGAGAGAAATGTTAACTCCTACATCGGCACTTTGTGGTATGGGTCTTGATGCTGAGG +TTTGCTTGATTACTGATGGTAGATTTTCAGGTGGTAGTAGAGGATTTGCAATAGGTCATG +TATCTCCTGAAGCTGCAGAGGGTGGATTAATAGCTTACGTATGTAATGGAGATTTAATAA +AAGTAGATTTAGAAAAAGGAAGTATAGATCTTTTAATAGATGAAGAAACTTTAGCGAATA +GAAAAGAAAATATTGAAATTAAGTCAAAACAACTTAGTGGTTATTTGAAAAAATACGCTT +CTTTAGTAAGCTCAGCAGGTAAAGGTGCTATATGTGATTAGAAAGATAAATTAACATAAG +GAGGTGCTATATGAAAGGTTCAAACGTTGTACTAGAGTGTCTAAAAAAAGAAGGTGTAGA +GACTATATTTGGATATCCAGGTGGAGCTGTTATACCTTTATATGATGCGCTATATGACTA +TAAAGAAGATTTTAACCATATAAGAACCTGCCATGAACAAGGATTGGTTCATGCAGCTGA +TGGTTATGCAAGAAGCACAGGTAAAACAGGGGTATGTTTTGTTACATCAGGTCCTGGTGC +TACCAATGCTGTAACAGGTATAGCAACGGCATATATGGACTCAAGCCCACTAGTTGTAAT +AACAGGGCAAGTACCAACTAGCTTATTGGGAAAGGATTCTTTTCAAGAGGTAGATATAAC +TGGAGTAACATTATCTATAACTAAGCATAATTACTTGGTTAGAAAAGTAGAAGATATAGC +AAAAACTATTAAAGAAGCCTTTAGAGTTGCAAATACAGGAAGAAAAGGCCCTGTATTAAT +AGATATACCTAAAAATTTATTTTTAGATGAAGTTGACTTTGATATAGATGATTACATTCC +TTATTCTAAAGAAAATTCTTTTATAGAAGAAAGTAAAAACTTAAATAAAATGAATAAGGG +GAATTTTCATAAGGCAGTAGATTTAATTAATAAGTCTAGAAGACCTGTAATTTATGCAGG +AGGAGGAGTTAAGTCTTCTGGGGGAGGAGAATTACTAGATATTTTTTCGAAAAAAATTGA +TACTCCTGTACTAAATACACTTATGGGACTTGGGGGGATAGATAGAAGTAATGAATTATC +CCTTGGTATGGTAGGAATGCATGGTAGTAAAGAAAGTAATTTAGCTCTTTCTAATTCGGA +TCTTATAATTGCCATAGGTGCAAGGTTTAGTGATAGAGTAGTTGGTAAAGTATCTGAATT +TGCAAAGAAAGCAAATGTTATTCATATTGACATTGACCCATCTGAGGTAAATAAAAATAT +AAATACAGATGTATTTTTAATAGGAGATATAAAGGATATTTTAGATAATTTAATTAACAC +GGTTTCTTTTAAGGATAATAAAGATTGGAAATTGGAAATACAAACATATAAAGAGGAAAG +TAAATTAAAAAAAGATGAATTTCATCCAGAAAACATATTAAAAGTAGTAAATGATAAGGT +TAGTTATAACGGCATCGTTGTAACCGACGTGGGTCAACATCAAATGTGGGCTGCGAAATA +TTGGAACTTTTCTCAAGGAAACACATTTATCACCTCAGCAGGACTAGGTACCATGGGATT +TGGCTTAGGGGCAGCTATAGGAAGTAAAATAGGTAATAAAAATAAAAATGTTGTTTTAGT +AACTGGTGATGGAAGCTTTAGAATGAATTGCAATGAGTTAGGAACAGTTTCAAAATATAA +TATACCAATAATAATATTACTGTTTAACAATAATGCTTTAGGAATGGTAAGACAATGGCA +GAAATTATTTTCAAATTGTAGATATTCAGAAACTGATATAGATAATAACTTAGATTATGT +AATGCTAGGAAAAGCATATGGAATTGATGGATATAAAGTTGAAAATTTAGATGAATTAAA +AGTTGCATTAAATAAAGCCGATTTAAATAAGCCTGTAATATTTGAGTGTAATATAAATAA +AGATTATGATGTATATCCGATAGTACCACCTAATGATGCTTTAGAAAATTTAATTTGTAA +TTAAATATAAATAATAAAATTTAAATAAACAGGGGGAAATAAAATGAAAAAAATGTATTA +TGAAAATGATGTGAATTTAGAGGTTTTAAATAATAAAAAGGTTGCAGTATTGGGTTATGG +AAGTCAAGGTCATGCACATGCACAAAATCTAAGAGATAGTGGAGTAAATGTGGTAGTTGG +TCTTCATGAAGGTAGTAAATCAAGAAATAAAGCAATACATGATGGATTTGAAGTTAAAAG +TGTAGCTGAGGCAACTAAAGAAAGTGATATAGTTATGTTATTACTTCCAGATACAGCTCA +AAAGCAAATATATGAAGAAAGTGTAAGAGATAATTTAAGAGAAGGTCAAACTTTAGCTTT +TGCTCATGGATTCAATATACATTATAATAGAATAACTCCGCCAGAGTTTGTAGATGTTGT +AATGGTAGCACCTAAAGGTCCTGGGCATTTGGTAAGAAGTGTATTTAAGAGTGGAAGTGG +AGTACCAGCTTTATTTGCAATAGAACAAGACTATACAAAAAATGCAAAAGACACTGTTTT +AGCTTATGCAAAAGGAATAGGAGCAACAAGAGCTGGAGTTTTAGAAACAACTTTTAAAGA +AGAAACAGAAACAGATTTATTTGGGGAACAAGCAGTACTTTGTGGAGGTGTAAGTGAACT +TATAAAATCTGGATTTAGAACTTTAGTGGATGCTGGATATCAACCAGAAGTAGCATATTT +CGAGTGTTTACATGAAATGAAACTTGTAGTAGATTTGATGTATGAAGGTGGCTTTGAAAG +AATGAGATATAGTATAAGTGATACTGCTGAATACGGTGATTATGTTTCAGGAAAAAGAGT +AATAACAGAAGCTGCAAGAGACGGTATGAAGAAAGTATTAGAAGATATACAAAATGGAAA +ATTTGCTGAGCAATGGATAGAAGAAAATGAAAATGGATGTAAGAATTTCTTAGAAATGAG +AAATGAAGAATATGAAATGGAAATATCTAAAGTAGGAAGAAATTTAAGAAATATGATGAC +ATTCTTAAGTGATGAAGATAAGGTTTGTGTAAATAATTGCTAATAACTAATTAATAAAAA +GTATAAAAAGAGGACTTTTATAGTAGTAATATAAAAGTCCTCTTTTTTAATGATAGAAAA +TATTGTATGAAGAGTAGAAGTAAATAGATAGTTATAATATACTTAATAATAGATAAATTT +AAGTATATTTTGATTAATTGGGGATAGGAGAATAATAAAATGGGAAAATCAAAAGTATTT +TATACAGATTTAAGAACAAAGTTTGGAGAGACTTTGCCATTAAAATTAGAAAAATTAGTT +AAGAAAGCTGGGATTGAAGATTTGGATTTTAAAGATAAATTCGTTGCTATAAAAATTCAT +TTTGGAGAGCCAGGTAACTTAGCTTATCTAAGACCAAATTACTCAAAGGTTATAGTTGAT +ATAATAAAAAATAATGGTGGTAAGCCATTTTTAACAGATTGTAATACACTTTATGTTGGT +AGAAGGAAAAATGCTTTAGAGCATCTTGATGCAGCATATGAAAATGGATATAATCCATTT +ACTACAGGATGCCACGTAATAATAGCAGATGGACTAAAGGGAACAGATGAAACTCTTGTA +GAAGTTAAGGGTGGAGAATATGTAAAAGAAGCTAAGATAGGTCAAGCGATAATGGACGCA +GATATATTTATTACAATGAATCATTTTAAAGGTCATGAAGCAACTGGATTTGGTGGAGCA +TTAAAAAATATAGGCATGGGATGTGGATCTCGTGCTGGGAAAATGGAAATGCATAGTAGT +GGAAAACCTTATGTAGAAGAAAATTTGTGTGTTAGTTGTAAGGCTTGCTACAAAAACTGT +GCTCATGGAGCAATAAGCTTTAATGAAAATAAAAAGGCTACTATAGACCTTCTAGTGTTG +CATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCA +ATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_29 +TTATAGGAATAATATCATTGTATATATCATCAACTATTGTAAAAATTATAGTAAATAAGT +CAGTTAAATTTTTTACTTCTTGGATATAATAATTATTAAGCTCCAACATATAGTAACCCT +CCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGAGTTTTATTATTGTAAA +AATTAACTAGCACAACGAGTTAATTACAATTTAATCATAATAAAAAAACGGTAAACTCAT +ATAAAGTTTACCGCTTTTTTTATTATTTTAGCATGCTTTTCCGTTAGACCCACACACCTC +TATTTTTTGTTTTACAAATTCTTTAACGCATTTTAATCCTTCTGCTCCGTATTTTTTAGG +GTCTATAGTTTCTGGATTTTCATTTAAAACTTTTTTAACTCCTTCACTATAAGCTATACG +AAGCTCAGTGGCGTAGTTAACTTTGCATATTCCTCTTCTAATTGATTCTATTATAGTTTC +ATCTGGTATTCCAGAACCTCCATGTAACACTAATGGAACTGAGACAACCTCACGTATTTC +TGATAATCGATCTAAATCAAGCTTTGGTTCTCCTTTATATAAACCATGCGCAGTCCCTAT +AGCTATGGCTAATGAAGAAACTCCAGTTCTATCTACAAAGATCTTCGCTTCAATTGGATC +TGTATATGCACTACCTTCTCCACCATCTAAGTCATCTTCTTTTCCACCAACTTTTCCAAG +TTCAGCTTCTACTGGAATACCTGATGGTCTACTAGCATCAACTACTGCTTTTGATAATGC +TATATTATCCTCAAAACTTTCATGAGACCCATCTATCATTATTGATGTGTATCCTGTTCT +TAAAGCTTGCATTGCAAGTTCAAAACTTGAACCATGATCCAGATGCATAGCTACTGGAAC +TGATGCTCTTTCTGCAGCTACTTTAGCATTTGCTAAATAATAATCAAGTCCTGCATATTT +AACAGTCGATGGAGTTGTTTGTAATATAACTGGAGAGTTCAGTTCCTCAGCAGCTTGTAT +CACAGCCATAACCATTTCCATATTTTCTACATTGAATGCTCCTATTGCATAATTACCTTC +TTGAGCATTTTTAAGTAATTCAGTTGTTGTTACTAATGACATGCTTTTATCCCCCCATAT +AATTTAATCTATATTCTTAATGAAATGAATTATATATTTTTTACTTGCTCTTGATACTCA +TGTATTATTACACCTTTTACAACTCTATTAACAGTCCCTGATGGAGATGGAGTATCAGGA +GTATTTCCAACTTTGACTGAAGTTAATAACGAAACTGTTTGAGCAAATAATACATATGGG +AATGCAAGATATAAATCTGGTAATTCATTGTATTTTGCATCAAAGTCAAATTTCTCTCCA +GAGAAGTTTTGATCTTTATTAACAGATATAGAACAAGTTAATTTAGCAATATTATCACCA +TTTATTTCTTCTAAAACATCTAAATCATATTTTCTTGTATATTCATCATTAGAAGTAAAT +ACAAATATTAAAGTATTTTCATTTATAAATGATTTTGGCCCATGTCTAAATCCCATAGTT +GAATCGTATCCAGTAGCTATCTTTCCAGCTGTAAGCTCTAGTAATTTAAGTTGGGCTTCT +TGAGTTAATCCACACAAGCATCCTGAACCTAAATAAACAACTCTATCAAATTCTTTATCT +ATTAAATTTCTTATTTCATCTTCTCTACTTATTACATTATTCCCCATATCTATTATTGCA +TCTATATATGATTTTTCTTTATCTTCTCCTAAGTTATCAAATATTAACATAGCTGATAAC +ATCATACATGAGAAACTTCCAGTCATAGCAAATCCTTGATCATTTGATTTACTTGGCATT +AATAATAAATAATTATGCTCATCGTTTTTAGTTATTTGAGCAAGCTTCCCTTCTGGAGCA +CAAGTAATTGCTAAACTATAAAAATCCTTAACTATTTGCTTTCCTAAATTTACAGCAGCT +AAGCTTTCTGGACTGTTACCACTTCTAGCAAATGACACTAGTAATGTTGGAACATCTTCC +ATATAAAAATCATATGGATTAGAAACAATATCAGTTGTAGGTATTGATTCTACTATATAT +TTTCTTATATCTGATTTTTTCTTAATGTATGGAAGTATTGTTTGACCTACATAAGCTGAA +GTACCAGCACCTGTAAATATAACTCTAAACTGACCATGCTTTTCCCCTATATTTTCTATA +AATTCATTTATTTGAGTTTTATTAGCTTTGTATATTTCATAAGCTTCTGCCCACAATTTT +GGTTGTTGCTTTATTTCTTTTGTAGTTATTATTGCCCCTAATCCTTCTAATTTCTTATCT +TCAAAATTAAACATCTTATTCTCCCCTTATCTATTAAATTTATCATTATCAATATAATTG +GTAATGAGGTTATAACCAGTTTTATTAAAAGAAAAGAATCTTCTTAAGACTCTTACTTTT +GATGTATTTAACTTTTATCCCAGATGCCTTACTTTATACACAAACTTATCACTTCTGGCA +ACACTTAAAGTAAATTCAATTACTCTATTATCATTGTTATAAGTTGTTCTAAGTAATTTC +AAACAAGCTGAGTCTACAGGAACCTCTAGTAATTGAGCTTCTCTATCCGATAGTAAACCT +GCAGAGAATTCTTCATCTGCTACTTTTATTATCTCACTATAATTTTCTCTAAATATTTCA +TATAGTGGTTTTTTAGTTACCATATCTTCAGTTAATCCTGAGAACGACTTCATTGGAAGG +TATGTTCTTTCTAACATCATAGGTAATTCATCTGCTAACCTTAGTCGTGTAATCTTTATC +ATTTTTTCTCCAGGTGATATTCCCAGGTTCTCAGCAAAATAATTTGTACTTTCTAAAGTT +TCAAAAGATAACACTTTTGTACTTGGGTTTTTACCTTGTTCTTTCATGTGATCAGTAAAA +CTATAACTATCCATTAAATTTTGTGAATTTTTATTTAGAGCTGCAACAAATGTTCCTTTG +CCATGCCTTTTGTAGATGTATCCCATATGCTCTAGTTCTGCCATAGCAAGCCTGACCGTT +GTACGGCTAACTCCATACTGTTCACATATTCCCCTTTCAGATAGCATTTTATCGTTAGGA +GTCATCTCATTTTCAATTTTTGACCTTAATATTTCAACAAGTTGGTAATATATAGGCCTT +TTATCATTTCTATTTATCATAAAACTTTTGTCCTCTCTAAGTGGTTACTACCACATCTTC +AATATAGAATATTTTACCATATTTGTCAACACGAATTTAATAATTCAATTTTATCATATA +TGTCTTTTAATTATCATTCTAAATTAAATAATAAAAAGGATATCTAAAAATTAATTTTGA +TTAAATCACAATTTCAAGATATCCTTACTTTTAAACAATTCTATTATTTAATACATTCTA +GTTTTTTAACTTGTACCTGCTCAGAATATTTTTCTATTTCTTCTAGTTTTACAAAACCAG +TTTCTATGTTCATAGCATTACTAATACCACAAGAATTTGCTAATTTTAATAATTCAACAG +TTTCATAATTTCTTAGAACTCCTACACTAAATCCTGCTATTGTACTATCTCCACTACCTA +CTGTATTAACTGCTTCAACTTTTGGAACTATAACTTCGTATATCTCATCATTATTTAAAT +AAACCATTCCATCTTTACCTAATGATATACAAACATTTTGAGCTCCCATTTCAAGTAGTT +TCATACCTGCAGATATTATTTCTTCCTTTGATTCTATATTTATATTTAATAGCTGTTTTA +TTTCATCCGTATTTGGTTTTATTAAATATGGATTGGATTCTAAGGCTACTTTTAAAGCTT +CTCCAGAAGTATCTAATATAAATTTTATATTATGATTTTTGCATATCTCCCCTATTACTT +TATAATAATCTAAGGGCATATTTTGACAATAACTACCTGAAGCTACTAATATTTTAGTTT +CGTCTAATACATCTTCTAAATCAGCCTCGAATTTTATTAAATCTTCAGCATCTATAACTG +GTCCTTTTTCTAAAAACTCTGTGCTAGTTAAATTGTCTTCAATTATATTCAAGCAATTTC +TAGTTTCTTGATTTATATCTGTAAATTTATTTTTTATTTCTAACTTTTTAAGTTCATTTT +TTATATACTCTCCATTAAATCCACCTAAAAATCCCATAGCTAAAGGTTCTTCTCCTAAAA +TTTTACAAACCTTAGTCACATTTAAACCTTTTCCACCTGCTGTAGAATTTGTACTTATAA +CTCTTTGTACTTCCCCTATACCTATGCTATTTACTCTATACATCCTATCTATAGATGGAT +TAAATGTTAATATAGTAATCATTTTCTTACCCCCCTAAGAAATTTATTTGTCTAAATCTA +TAATATACATAGTCTTTAAAAGTAGTCAAATCTATTTTTATACTCTAAATAATTTTAGAT +TAATGTTCACAATTTTTAATATAAAATAAATCAAATAAATTGTACATAATCCATTATTAT +GGTATCTTATTCTTCTATAGATATTTATTTTTATTATTTTCGGGAGGAATTAATATGTCA +TTTTTAATATTAATAATAGGTTTCTTTTTCCTAATAAAAGGAGCCGATATCTTTGTTGAA +GGTGCCGCTTCAATAGCAAGAAAATTCAATGTTCCAGCCATGGTAATAGGTCTTACGATA +GTTGCTATGGGTACATCAGCCCCAGAGGCCGCAGTAAGTATAACATCATCTCTAGCAGGT +CAAAATGATATGAGCGTTGCTAACGTTGTAGGCTCTAATTTCTTTAATATCCTTATGGTT +CTTGGAGTTTCAGCGATAATTGCTAAATTGCCAGTTCAAAAAGAAACTATAAAAAAAGAA +ACACCATTTTTAATAATAGTAAGTGCAGTGTTATTAATATTCGGTTTAGACTTAAAAATG +AATAGGATAGAAGGCCTTATATTATTATCTGTATTTGTTTACTTCTTAATAAGCACTGTA +AAAAGTGCTAAGAATTCTGTTAAAGAAGAATCTAAATATAACAATGAAATTGCTGTGACA +GCAGATACTGAGGTATCTGAAATAGAAGGAGTTTCTATGCCTAAAACTATATTAATATGT +ATAGTAGGTATAGCAGGAATAATAATAGGTGGGGATATGGTTGTAAACTCTGCTACTTCT +ATAGCTACCGCTTTTGGTATGAGTGCTAACTTAGTTGGTTTAACTATAGTTGCTGTTGGT +ACATCTTTACCAGAATTTGTTACATCTGTAGTAGCAATAAAAAAGGGTGAAACTGAGATA +GCTATAGGAAATGTTATAGGTTCTAATCTATTTAATATTTTACTAGTTTTAGGACTTGCA +ATTACTATAAACCCTATAACAATAAGTACTCTAGCTCTTATTGACATCATATTTATGGTT +ATGATAACTATTCTATTATATTCATTTATGAAAAAAGATTATTCACTTGTTAAAAAGCAA +GGATTTATACTAATTGCTATCTATATATCATATATGGCATATACAATAATAAGATAATAA +AAAAGGTTATATCTTCTACAGATTTACGAAATCATAGGAGATATAACCTTTTTATTATTT +TATATGCTGTATATATCTGAAAACTCTATATTGAATTTTTCTATATTAAGATCTTTATCA +TTATAGTTAAATACATACGTTTTGTATTTATCTAATAATTTTATAGGTATATTGAAAGCA +AATTCTGTACCTTTTCCAAGACGGCTATATACTTTTATTTTTCCACCATGCATTTCAACG +ATTGACTTTACTAAGCGATTGACTTTACTAAGGATAGTCCTATATCACTTCCTTCACACA +TTCTTATTAAAAGATTATTTTCTTCCCCAAATCTATCAAAAATTATATCTAACTTATCTG +ATGGAATACCTATCCCACTATCATTTATTGATATATTTACATTTTCTATATCAGAAGTTA +TATTAACTTTAATAGTTCCATTTTCATGTGTGTACATAATCGCATTAGATAAAAGGTTAA +GCATGACTCTTTCTATTTTGTCGGGATCACAAGATGTTATTACCTCTAATCTTCAATATT +CTTTTTCTCCTTTTATTCTAATATTTAATTACATAATTAACTTCATCAACTACTTTTACT +TCATTGTGCTTTTGGAAATAATCTATTATAATCTCATTCATATCTATATTGATTTCTTTT +ATAACTTCAGCATTTTCATAGCATGGATAAATAGATGTATTAGATGCACGATAATTATTT +AAAACAATAGTATAGTATTCATCTAGCTTAATTTGTTGATTATTCTTTTTCATAGATATT +ACACGGTCGTTAAACGCTCTAGATAAATCTATCTCATATGTCAATCCCCCAAATGTATCA +TAATTATAGTTTTGTACTTTAGGTACAAGAAAATCCTTATTTATTTGAACACTACCATCT +TCTATAACAAAATAGGTAGCACTTTTCTCAATGGCTTCTTTTAACTGAGTACCTTTAATT +TTTAAAACCTTTAATGTATTTGGGTATGGATAATTAATTAATACATCTCTGATTGATACA +TCCCTTTTAAATCCAATTGCACTATCAAATAATGATAAAGCAGAAAAATCAGCATATGAA +ATATCAAGCTGAACTTCATGTAAAAAATTAATAAAAGGATGACCTTTTAATCTAGCTATA +AAAATATCATCGATTATAATATCTTTATCAAAATGACCTATTTCCTCATCTAAATAATCC +TTTAATTCAAGCTGAACTTCTTTAAATATTCCTTCTAATTTTTCATCAATTTCATCACTT +AATATACTAACATCAACTAATTCATAACTAACTTCTTTTGTTTCTGTATCTAAAATAATT +TTAGCAAAGTTTTGACCATTATTAAGAGGTTGAGAGCAAACAACGCCTTTTATTTTAGTA +ATTAAAGATCTATGTTGATGACCACTTAAAATCATATCAATTGAATCAAAGTTTTCTAGA +AGTTCACTTCCTTGATTTTCTTTAGTCAATTTTTCAGTAGGAGTCATGTTTTCATCTAAG +CTTTTTTCGAATCCTCCATGATAACATACTATAATAAAATCAGATTGTTCCTTTAGCTCA +CTCTCATATTTTCTATACATCTCTACAGGGTCTAAAAAATGTAAGTTTGATATATTACTT +TCATGTTCCCAATTAGGTATAAATGATGTTGTAAGTCCAATACATGCAACTTTGAATCCA +TCAAAGTCAAAAATTTCATATGGCTTAGTATTGAATGGTAGACCTTTTATATTTGCATTT +AATACTTTGTCAGAAACTAGCTTATATGAATTACTTAAGTAATCTAATCCATAGTTAAAT +TCATGATTACCTAAAACATATACATTGTAGCCAATTAATCCTAATCCTTGAATAATTGGG +TTATCTGTTATGCCTTTTTTAGATAAATAATGTGAAAATGCTGATCCTTGAATTAAGTCT +CCACAATCTATTTTTAAAGATGCATCATAGTTTTTCTCGTCTTTTAATATATAACTTCCA +ATTTTTAATATACCAAGTGATTGATCAGTTACGTAATTAGTTGGATATACATATCCATGT +AAGTCACTTGTTTGATATATAACAAGTTTCATAAAATTTCTCCTTTTAAAATAAATTTTT +AATAAAGATTAAAAGGGTTATCTTAAACATAATATTAAGATAACCCCTATATTTATTAGA +TTTTAATTACTTATTCCCAAATCGAATTTAAAGAATTTTTAAAGTCCTCTAATTTTTTAT +TTACATCAGTGTTAGGAGCAGCTAATATTGATTCTAATACAGTTCCTGATTCACGGAATG +CACTATCTGCACCACTTAAAATAGGATTTGTATATAAATCACTAGTTGCTTCTGCTAAAA +TTGGGGCTATTAAACTTCCAGAGTTTTTATATTGATCTGAATCAATAGCACTTTTTCTAA +CTGGTATGTATCCAGTTTCTTTAGCCCATGTAATTTGACTTTCTGTTGTAGTCATGAATT +TTAAATATTCATATGCTGCAGTTCTTTGTTCTGAAGTTGCACTAGAGAACATATATACAT +CAGTACCTTGTTGTAAAGATGGTTTTGATGGATAAGGAGCAGCACCAACTTCAAACTTAT +CACCAACGCCTTGTTTAACAAAAGTTTCTCCAGCATTAGAACCTATATACATAGCTATAG +TTTCATTACCAAACGGCCCTGATAAGTATTTATCAGTTCCTGCTATTCTAAAATATCCAT +CTTTAATACCATCTAAGTAGTAGTCTACAGCTTTAACTGATACTTCACTAGTTGGATCGA +ATTTTGAATCAAATACTACTCCTTCTTTCTTTAAGAAAGTAGTATAGTAAGTATTTAACG +AGTCAAATCCAGCACCTACTATGCCTTTTTTATCTTTTATTTCTTTTGCAACCTTAGTTA +ATTCTTCATAATTTGTTGGAGGTTTTATATTTAATTCATCAAATAATGTTTTATTGTACC +AAATAACTTCTGTTGATTTATTAAATGGCATACCATATATTTTCCCATCTATTTTTGATG +ACTCTCTAAAGCTTGGTAAGATATCATCATAGTTGTCAAATTTAAGTTTATCATTATTTA +TATATGCTCCTAAATCAACAAGTAAATTATCTTGAACTGCATTTAACATCCAATCAGGAT +ATGCCTGAGTTATTGTTGGTAAATCCTTTGGACTTGCAAGAGTAGCAGTTATTTTTTGCT +GTAAATCAGGATAGCTAGATTGATTTTGCAAAGTTATTTTTATATTAGTATTTTTATCAG +TGAATTCTTTAGTTAATTTTTGTAGGGCTTTTTCTTGTTCCCCATTCATAGCATGCCAAA +ATGTTATTTCTACTGGATCCTTAATTTCAGTAACTATTTCTTCATTAGTTTTTGTAGGAG +CTTTACCACAAGCAGTCATTAGACCTAATGATAAAGCTATCGCTACTAGCTTTTTATACT +TCATTTTTTTGCCTCCCTTTATATTGTTTGTCCTCTTTCTGGTAATAATACATCTCCTGA +TTCATTATAAAGTCTTTCTGGATGATAAGAATGAATAGGAACTAACAACTTAGGTTTAAT +TAAGTTTATTATCTTAATTAAGTCATATGGATGAGCATGACCACTACACGATGCTCTAAC +AAATTCTATATCGTGGTTTTTAAACAGATCTAAAAATGTTTTATATGCTGGATCAAATTC +ACCGAGTGGACTTGCATTAGAATGAATATAAATTCCACCTTTTTTTAATTTATCCATATG +TAAAACAGCAAGTACATCTAATTGCCAGAAAAAGCGTTCTTCATCATTTAATAATTCTTC +AAAATCTATTTTGTACTTTTCATCTAATTCGTACTCTTTATCATCTAATTGATAATAATA +AGACTCATATCCAGTAGCTTCTTTTAAAACATATGAATAATATGCATCTAAAACAACGGT +TCTTGGATTTGTCTTTATTATATTTAAAATTCTCTCTATATTTGAAATATAATAATTAAA +TGTTATTTGCTTATTAGGATTATTTTTAACTATTTCATTAATTTTATCTATTAGCTGTTG +TTCAGTAGATATTTCCTTCTCACTAATATCTTCATCAAAGTCTTGAAAAGATACACTAAC +CCCTTCTATTAGCAATACATCACAATTTTTGCTTTCTTCACAAAAATTTAATGTATCTTC +TTTTCTATAACCATGAAGTCTAATATCACCGGTATATGAAATTACTAAATCCGGTGTCTT +AATCAATAATCCACACGCTCCATATGCATCATGATCAACAGGCATTATTTTTACTTTAAT +CTTGCCAACTTCAATAATTTCATTTTCCTTGACTCCAACTATATCTCTAGTATTTGAGTT +TTTCTTTTCATGAAGTGAAAAAAGAAAATCATCATTAATATTTAAGGTGTTAAGTAATGA +CTTTGTACCTTCTAAAGTATAAATTGGTATATTAGGGTTCAAATAATTAACAATCTTAGA +ATGATCTAAATGAACATGTGATAAAAATACAGCAGTATATTTAAAATCATCTTCATATGA +CTTATATCCTCTTATAGGTATACTTGGATCATATATATTGTTTAAATATGGAACTAAGTT +CTCATCTAATAACCCTTGTAAATCTGTAGGCTGTACTTCTGATGTTGGATCATATTCACT +TCCAAAATCAAAGAATATATGGCTATCTTCATAAGAAATTTCTATAATAGTTCCACCTAT +AGTTAAAATTCCATTATGGAATGTAATTTTAGTCTTTTTATCCTTTAATACCACTCTTAA +CAACTCCTCTGATTATTTGTTTTCTAAAGATTAAATATAAAATTAAAATTGGTACTATAG +CTATTGTTGATGCAGCCATTTGTAATTGAACATTTGTACCACTTTCAGTAGCAAATGAGC +TTAATCCATTACTTAATAGTCTCATTTCTTTACTATTAGTAACAAGGATTGGCCATAAAA +ATGCATTCCATCCATTAATAAAACTCAATATTCCCATAGTAAATAGTGAAGGTTTTGCTA +ATGGAATTAATATTCTACGAATAAATTGTAAATCGCTACACCCATCAATTTTTGCTGCTT +TATAATAAGATAAAGGTATACTTGCAAGATATCCATTTAAATAAAATATATAAAATACAC +TTGCAAGAGATGGTACTATTAAAGCGGTATATGTATCTAGTAGTCCAAGTTGTGCTATAG +TTTGATAATTTGTAAATACTGTAACTTCATATGGCACCATAAGTAGTGCTGCCATACATA +GTATAACGACATTTTTATATTTAAACTCTAATTTAACTAATGCAAATGCCGCAAGAATAG +AAGTTATTAAAGTTCCTATTGTTGATAGTCCTGCAACTATAATAGTGTTGAAAAAATATC +TAACAAATGGAGCTTGCTCCATTGCTAAACGGAAGTTTTCCCATTGAAAATGTTTAGGTA +TTAATGTTGGTGGTAAACTAGTTGCCTCTTGAAAAGTCATAAAACTTGATAAAATCATAT +ATACAAAAGGAAACAGTGTAATTACCGACATAATAATAATAAATATATACGATAAAACTG +AATTAAATTTTTTCATGTTTTCACCTACTTAGATATTCTCTTTAGTACAAAGTTTTGAAT +TACTGTGAAAATTAAAATTAAAATAAATAGTATAACTGCAGCTGCCATACCTTGACCATA +TCGATTTTCAACATAAAACTTATTGAAAATATAAAAAACAGCAGTAGTAGCACTATCTGC +GATACCAGCTTTTCCATTAAATATAGCAAACACTTGTGAATATACCTTAAATGCATTTAT +AAAGTTCACCATTAGTAAAAATGTAATGATTGGTATCATTTGTGGTAATGTTATCCTAAA +AAATTGTTCTTTCTTTGTTGCACCAAACATATCTGCAACTTTATAATAACTATCATCTAC +ATTTCTTAATCCTGAAAGTAATATAATTATATTAAATGCAAGTGATGACCAAATACCAAA +TATAATAAGAGTAAACATACTCATTTTAGGGTCATCTAAGAAATTTATTGGTCCAATTCT +TATTAATCCTAATAGATAATTAACAAAACCATAATCCCCATTTAATAAAAATCTAAATAC +AATACCAACTGCGATTATACTTGTTAAATATGGTATAAAGAATATAGTTTCAAAAACATC +TTTGTATCTTATTTTTTCATAAATTGTAACTGCAATAAACATAGATATTATAAGTCCTAC +AGGAACAACTATAAAAGCGTAAAGTGATGTATTTCCAATTGCTGTATGAAATTTAGGGTC +ATTTAAAACAATCTGGTAATTTCTTGTACCATTGTAAACTAAATTATTTAAAGTTCCTTT +TTGGAAAGATATAATGAAGGTTCTAAATAATGGGAATACATTAAATATCCCTATTATTAT +CAAAGCAGGTAGTAAGAACAGCCATGCTTGTGGTGAGTTTTCAGCACTGTATTTTAATTT +TCTCATTAGTACACTCTAACTCCATTCTCTTTAAATATATAAATGCTATTGTAATCAATA +TCAAATCCTACTTCTTCACCTTCAGTTATCTTATTATGCGTATCTGTAATTGATTTTGAA +ATCTTACCATTAACATAAAAGTTTAAAATGCAATCTTTTCCTATTAATTCAGTAGATTCA +ATTTTAACTCTAAATAAAGGATTTTTACTTAATTCAAAATACTCTGCCCTAATTCCAACA +ACATAATTTTCTTCATTCAATTCATCTTTAAATCTATTCTTATTTAATAAATTTATATCA +ATTGAAAAATCATCACCTTTTAATACATTTCCTTCTTTTTTCATTTCATAAGTATTAATT +ATTGGATTTCCCATAAATTTAGCTACAAATAAATTAGCTGGTTCTAAGTATAAATTTTGA +GGCATATCAAATTGTTGCACAATTCCTTGGTTCATCAAGACTATTCTGTCACTTATGGAT +AAAGCTTCTTCTTGGTCATGAGTTACAAATATGGTCGTAATACCAATCTCCTTAACTAAT +CTTCTAATTTCTTCTCTTATTTTTAATCTAAGTCTTGCATCTAAATTACTTAATGGCTCA +TCTAGCAATAATATCTTAGGATTTTGAACTAATGCCCTTGTTATAGCAACTCTTTGTTGC +TGACCCCCTGACATTTCTCCTGGCTTTTTATCTGCTAACTCTTCAATACTTGTAACTTTC +ATATATTTTTTTGCAGCTTCGAAGGCTTCACTCTTTGTTTTTTTATTTTTTCCAACAGTA +AGAGGAAACATAACATTCTCTAGAACACTCATATGTGGATATAGTGCATAGTTTTGAAAT +ACTAAACCAATATTTCTATCTTTTGGATGCTTTCCAATTATCGATTCATTATCAAATCTA +ATATCACCACTAGTAGGGTCTAATAAGCCTGCTAGTAAATTAAGAATTGTTGTTTTTCCA +CAACCACTAGGACCTAATAAACAAATAAGTTCTCCTTCATTTATTTCTAGGTCAATGCTT +TTTAAGGCTTCATAGCCGTTATCATAAACTTTTTTAAGTTTCTCAATATGTATCATATTT +CACCTCTAATATTCTATTTTAATTTTTATATTTGCACTAATCCATAAACAATATAATCAT +ACTAATTCACTCTTATATTCTCTTTAATTTATTATGTTCAAAAAATAAATATTTATTTGA +GTACAAAGAATATAATGTTTTAAATTATAAAATTAAATAAAGCCCACAGACAATTTGCAT +CGTCTATGAGCTTTTATAGTTTTTATATTTTGTTTTTACATTAAACTTTAATAATAAACT +ATAACTCCACAAGCTAATCTAGATCCAGCATTTCCTGCAGGTTGTGATGTAAAATCATCA +TAACCTTGATGCAATATAAATGACTTTCCTATAACTTGATCAACTGTGAATCTATTAGTA +TAAAAAGAAAGTATACCTACCCCATTTGCAGATAAAATTGGTGGTAAGTCTCCAGCATGC +ATAGGATGCTCTGCACCAGTTGGATTATAATGTGATTTAGCAGCTGTAAAAGGATCATTC +GCATTACCTACTGTACAATCCCCAACTTCATGGATATGAAATCCATGAAAGGAACTAGTT +TGATTATTTATATTAGGAATACCAGTTATATAAGCTTTAATATAAACCCCTTCATCTAAC +TGGTATAAAAATATATCACCTACAATACATGGTGCTAATGGTCCTCCTTTTATACGTGCA +TATGCATTTGGTTTAGACGCATTATATAAACCAAATATTTGTTGTATATCATATTTGTGA +CAAGAAGAATTATCCATATCTACCTCCCTAAGCTATAATAATTTTATTTCACAAGGTATT +TTATGATTTATTTATATATAATGTTAACTTTAAATATTAATATATAACTTAATTAATTAT +CTTAGGATTTCTAAAATAAAAAGATATTGACTATTTGGTCAATATCTTTTCAAAATTTAA +TGTGATATATTAATTTATTTTTCAGGTAAAATAATTATAAATTTCGTTCCTTTATCCTTT +TCACTTTCAACATATATTTCTCCATTGTGTAAGTCTATAATATGCTTAGTAATAGTTAAT +CCTAATCCACTTCCACCTTTAACTTCAGTATTTTCATCAAGTATCTGATTAAATCTATTA +AAAATTGTTTCATGATATTTTTTATCTATACCAATTCCCGTATCTTCTATACTTATCATT +ACTCTTTTGCCCAAGTCTTTTATATCAACTTTAATAGTTCCATCTTTTGGTGTAAATTTA +GATGCATTACTTAATAAATTCACAATACACCTTTCAATCTCATATTTATCACATGTTATT +ATTTTTTCTTCTACATCTGTATCAATTATAAAATTGATACCTAAGGATTCTATAGCATCC +TTTAGAGTTAGTGCAGTTTCTTCTACTATATAAACAATATCTTGTTCTTGTAAAGTAATT +TTATATTTTCCATTTTCAACCTTAGTTGTATCTATTATATTATTTATTAAGTTTAATAGT +CTAGTAATGTTTTTCTTCATTACATCCATATAGTATTCTAATTTTTCTTTAGTTATGCCT +TTTTCTGACTTACTAAGATTTGTAATTAACTGTTCTACTGAACTAATTACATTTAAAGGC +GTTCTTAGTTCATGCGAAAGGTTTATAAAGTAATTATTTTTACTTCTTTCTGCTTCTATA +ACTTTGTTCAGTAGTTCGCTATTTTTTTGCATCTCTTTATTTAATTCTTGAGTTCTTTTG +TTTATCAATGCATCTAATCTTCTTACCTTAGTTATTTGCATATAGATCACAGTTAAGAAT +ACTCCTACATATAATACTATTGCCCCCTTAGTTTTCCATAAAGGTTGATTTACTGTAAAA +CTTATACTGCTTTCTTTTCCAATAGTACCATTCTGACTTCTTGCTTTTATCTTGAATGTA +TACTTTCCTGGATCTAGTTTATTAAATATTACTTCATTACTATTCACTAATATCCAATCT +TCTATGTATCCTTCTAACTTGTAATAAAACTGTACATTATTATTTTTCTTATATTCTGGT +ATAAAATATTTTATTCTGAATAAATTATCATTATAATTAAAATTTAAACCGTCTATATTG +CTGTAATTCTTACCTCCCACTTCAAAATTATCAAAAGTTATTTTTGGGATATATTGTGAG +TCTTGAACATCTTCTGGATAAAAAGCATTTAACCCCTTTACTCCTCCAAATAAAAATTGA +CCATCTTTTGTTTTATAATAGGCCTTTCCATTGAATTCATTACTCTGTAATCCATCTGTA +CTGCTTAAGTTTCTAAATTTATTTTCCTTAATATCAAACTTAGAAATTCCATTATTTGTA +CTCATCCATGGATTTCCGTCATTATCAATTAGAACGCCATAAATCGTATTGTTAGGTAAA +CCATCTTTATCAGTATATCGTTTAAAATTTTCTGTAGTTTTATTGAATTTAACTAAGCCT +TCACTCGTCCCAATCCATAAATTTCCAATCTCATCTTCTATTATAGACCTTATACTATTA +ATATCGTCTTCGTTATCTTTATTGTTTGTATCAAAAGTCATATAAACTTTTATACTTTCA +TCCTTTGGATTAATTTTTATTAATCCTCCTAATATAAAATTTCCAATCCAATACGTTCCA +CTACTATCTTCATAAATATCCTCAATATAGGTATCTGATATTCCATGTTCATTAAGAGTA +TTTGTAATATCTATAATTTCATTTGTTTTTGTATTTAAGATATTAAGTCCATCAGGAGTT +CCTATCCATAAGTAACCCTTACTATCTAAAAGTAAACTTTTTATATTATTACTTACTAAT +CCATTTTCCATGGTATACTTTTTTACAATCATAGTATCTTTATCTACTTCATTTACACCA +TTCCTAGTTCCTATCCATACTCTATTTCCTTTTCCTGTAATTACTTTTATAGAATCGCTA +CTTAAATCATAATTACTATTACCTTCATTAATATAATTAAATTCATTTTCTTTCATATTA +ATGATATTTACACCTTTATCTCTAGTTCCTACCCATAATAAACCCTCTTCATCCTCATAA +ATTCCATGAATAACATTATTGCTTAATGAGTTTTTATCAAGAGGGTCATTCTTATATTGC +TTTATATGCTCTGTTGGGTCAAATATACTTATACCCGTATATGTTCCAACCCATATCAAA +CCAGTACTATCTTCTATAATAGTATATACAGTATCATTAATTAAACTATTATTATCATAA +CTTTTATTAGTATACGTAATAAATTTATCATCTTTAATATATTTACTTAGACCTTTTTCC +GTTGCTATCCATATGGTTCCATATTTATCCTGTATCATATCTCTAACACCATTTGACGGT +ATAGAAAATTTATTATTTTCGTCAAATTTATATGTTATAATTTTATTAGTTTTTATATTT +AATTTTTTTATTCCATTTTCATATGTTGATATCCATAAATTCCCTCCATTATCACACATA +AGAGAGTTAATTTTATACCCACTTGAAGAATTCTCTTTATTAGATTCATATTTATAAATT +CTTTTATTCTTCTTATCTACTTTATTTATTCCAGTATCAGTTGCTATCCATATATTATTC +TCTGAATCCTCTTTAATATCTATTATATCTTGACTTGTTAATATATTTTTATTCTCAAGT +ATCCTTTTAAAACTATCATTTTCTTCATTATAATAATACAAACCATTGCTAGTGCCCATT +ACAATAGTTTCATCTTCAGTAATTAAAATACTATTTATATTATAATAAGGGGTCCTCTTA +TCATCATTATAATAGCTATAGTTAACTATAGAGTAATTATCTAGGTTTATTTTACTTATA +CCATTATCAGTTCCAACCCATAAGTTTCTTTTTTTATCCTCACTTATGCTTAAAATGTGG +TTACTAGCTATAGTATTCTCAATCCCTTTATCGGCTTTATATACTTTTATTTCAAACCCA +TTATATCTATTCAATCCATCATTGGTTCCTATCCATATATATCCTCGACTATCTTGATAC +ATTGCTTCTACTGTAGATTGTGATAATCCATCGTCAATTGTTATATTTTCAAAGTTTATA +TGCTCCTCAGCATATGCATTATCTACAAATCTATTTACAAATATCAAAGTTATTATAATC +ATTATAATATTTTTGTACATTTTCATTTTTATATCACCTTTTATCATTAAAATTCGTCAT +ATCGTGACATTAAATTAATTATACTATAATTAGATATTATTTTATACTTAATATAAAAAA +CGTACCGATTTTTAATCAGTACGTTTCATACATTTTAATAATTTATATAGAATTATCTAA +GTTACTACTTCATAAATATCAGATAACTCTAACTCAATATTTGAGTTATTAATATTATAA +GTTTCATAATAAGAGTCGTTTAAACATTCATTAGGCAATTGTATCTTAAATATACTACCT +ACGTTAACTTCACTATCTACAGTTATATTTCCATTGTGTAAATCTATCATTGATTTAACA +ATACTTAGCCCTATCCCACTTCCTTCATTCATACGCGTGAAGGATTTATCCACTTGGACA +AATTTATCAAATATAATGTGTTTTACATTATCATTTATTCCTATCCCTTCATCCTTAACT +TCTATTTGAACCCACTTTTCTTTAACTGTTAAATCAACATATATATTCTTATTTTGTTTT +GAAAACTTTATAGCATTTGATAATAAGTTAAGTAATACTCTTTCAATCATAGTAGGATCA +CATTTAATTGTATGTTCTTCAACATTAGTATCAAATTGTATATTTATAGATTTTAATAAT +GCATAATTTACAACCGATAATGTTATATCTTCTGAAATAGATACTATATCATAGTTACCA +AAGTTAGGTTTCAAAATACCTGTATCTATATTAGATATATCCATGACATTATTTATTAAC +CTTAACATTCTTTTACAATTTACATGTAATGGCTTTTTATACTTCTCATACATTAACTTA +AAATCTAAATCCTCATTTTCGCTCATTCTATCCAGTAACTGAACTGTAGAATAAAATATA +TTTAAAGGTGTTCTCAATTCATGAGAAATATTAGATATAAATTCATTTTTCTCTTTATCA +TAAACTTTAAATTTTTCTAATTCTAGTTCTAAACTTATTTCATCAGAAATATCCATATAT +GTAGCTGCAATAGCTTTATATCCTTCGGCTGTATTTATTAATTGAACAGAGCAGTCTATA +GTTTTATTATATTTTTCATTTTTTACTATTCCCCTCCATCCTCCATTTTCATTTACAAAT +TTAATTATTTCATCTTTATTATCTAATGAATTTATTTTATCTTTTAATATTGAATTTAAT +TTATGCATATCAACATTATCTGTTCCACAGTAATTTTCTTTTAATTTTTTATTTGCATAT +AATACATCTTCATTTTCATCACATATAAACATAAAGCTATGCATATTTCTATCACTTAAA +TTGTAAAAAATACTTAATTTATCATTTAAAACTTTTGTTCTCTGTATATACATATATAAT +TCAATAAATCCACCAGCAATGACTATTAAAGAAAATATATATGTTAAAGATACAGAGGTC +AATTTAACATTGAATGATATTCTATTTGCTCCATATATTGCATAAGCTGCTTTTATTGCA +AGCATTAATATACTTGCACTTAAAACTACAAATAAATATTCTTTTTCTTTTATCCCCTTT +AATACTAATTTAAACGAGCATATAATATAAACTACCATTAAAAATAAATTATACATTATG +AAAAATTTACTACTTTCGTATATACTAACAGTATTTAATCTATTCTCTAAAAAACCAAAT +AGTATTGAATACACTATTATAAATAATATTGAAGCTATTTTATTATGAGTGAGTAAATTT +CTTAACTTATTATTTGATGAAATTGCAATTATAAGTATAAAAATCCTTAGCATTGATGTT +GATACAATAATATAGTTTGAAAGAGTAAATTCAACATAGTAAAAACTAAGATAATCAACT +TGACCTAAAATTATTCCCATAGCAAGACATAGATACATTAGCGAAATAATAAATACAATA +TCATTTTTTATCCTATAATATGATATTAAACAACTCCCAAATGCTATTATCGCAAGTATA +GAATTAAACGATCTTACAAATCCTAGAGTAAATTCCAAGTGCGGTGTATTAATATCTCCC +AAAAAGAGACGGTTACTAACTAATGCTACTGATATTAATGATAGAATAATTACTATGTAT +CCAAATAACCTTTTTTCTTTGTCTTTAAATTCTTTATCCTTCGAAATTTTTATCATAATA +AAATCCCCCCTATCTAGCGCATATTTCAGTATATCATAATGATAAACTTTTTTTGTTACA +TTTTGTTTAATTATTTCAATATAATAAAAATGCCCCAAGAGGATTAAAAATCCTCTTGAG +GCATTTAATTACTATTATATAAAGTATCTATTAATATTCTCTTATCTTATTTATGACTTC +ATATAATTTATATGCTAAAATTTTATGAGCTTCTTCAGATAAGTGCATGTAATCATATTC +ACTACAAATTGCATAAGGAGATGGATCAAAAAAGTGACATCCTAGTTCTTCAGCAACCTT +TTTGTAAAGTGGTATAAGTTTATATGATTTTTCTGAGCACCCTTTACCCATAGTAGCTCC +ACATTCAACACTTTCAATCTCTGGTCTAATTGGAAGTGGTGCTACAATTAATATATTAGG +CTTATTATTTCTAAATGCGACTTCAGTATTCTTTACTTTTTTTATTAATCTAGTAAGACC +TAATGATATAACATCTGCATTAGCTCCAAAGCGCTCTTTTGTATCATTAGTTCCAAGCAT +TATAATAAGTAAATCAACTGGTTCATGGGTCATTAAACAAGGAACTATATAATTAAGCCC +ACATAATCCCTCATTTATAGGATCTTCAAAAACTGTAGTTCTTCCACTTAAGCCTTCTTC +TATAACATAGTCTTTTTCTCCTAAAAGATTTTGTAAAATTCCTGTCCAACGTATATTTTT +TTCAAATCTAGTTGTATCTTTTGGGTTATATCCATGTGTATTTGAATCTCCAAAGCATAA +TATATTCATGGTATCACCTACCAACTTCTAGTTTCGATTATTGTATTTTGTATATCTTTA +TAAAGTTCAATAAGTCTTTCATCTTCACTTTTAACTGGTAAGAATGGTAAACGAGGTACT +CCTATATCTAATCCATCTAATTTAATTAATGATTTTACACATCCATATAAAGATCCAAAA +CTACACATTCTATATACATATTGAAGCATTATGTTCTGAAGCTTCTTTGCCTTGTCAAAT +TCATTTCTTTGTATTAATTCTTCAAGCTTAAGATACAATTCTGGCATACCTGCATATGTA +CCACCTATACCTGCATCTGCACCCATTATTCTTCCAGCTAAGTATTGTTCATCTGGACCA +TTAAATACTATAAAATCTTCTCCTCCTATAGCTTTAAATCTTGCTATATCGTGAGCTGGA +TCTGATGAGCATTTAACTCCTATAACTTTTGGGTTTTCGCACATTTTTCTTAATAAATTA +TCTGATAAGTTGAATCCAGTAAGTTGTGGTATATTATATATAAGGAATGGTAAATCGGCT +GCCTTTGTTATCTCAGTCCAGTGAGTATATACACTTTCTTCTCCTAATCTATAATATACA +CTTGGAACAGCTGATGTTGCATGAGCTCCACATTTTTCTGCATGGCTAGCTAATTCGCAT +GCATGTTTTGTACTAGCACAACCTACATGAACAATTATTGTCATCTTATCTTTTACTTCT +TCACAAACAGCTTCTACAACTGCTTTTCTTTCTTCGTTATCAAGTAAAAAACCTTCCCCC +GTACTTCCACAAACATATAAGCTCTTTATTCCTTTGTTATATAAGTAGTTTACTAATTTT +CTTGTAGTATCTAAATCAACATCTCCATTTTCCTTAAATGGCGTATTTAGTGCAACTGTA +ACATTTTTAAATCTATCTATTGTATAATCCATCTTTATTCCCCATCCTTTAAGTAATAGT +ATAGTGCCCCAACTAAACCTGCATCGTTACCAAGTTTAGCAGATTCAACTTTTAAATCTA +AAGAAAAGTTTGGCATAACTTTTCTCATAACTTTGTCTCTTAGTTTATCTATAAATAGTT +CCTTCTGTTCACTAACAGCTCCACCTACTAGTATAATCTCTGGATTAAAAATATGTACTA +ACGAAACTAATCCATTTGCTATATCTTCTATCCAACTATCAACTATATTACTGATATTTT +CATCAGTTGGTATTCTATCGAATATATCTTTACCGTTTATTCCTTTAATATCTAATTCTT +CTTCTACTCTTTTAATTAATGCAGTCATAGATGCATATCTTTCATAGCATCCTCTATTCC +CACATGAGCAAGGCTTACCTTCATTATTTATTGAAAAGTGACCTATCTCACCACCTATCC +CTAAACGTCCATTTAATACTTCTTTGTTTACTACTATTCCGCCACCTACACCTGTTCCAA +CAGTAATCATCACTACATTTTCATATCCTTTTGCCTTGCCTAAAAATAATTCTCCTAGTA +CAGCTGCATTAGCATCATTTATAACTGCAGTTCTTATTTTATATTTTTTCTCTAATTCTT +CTTTTATTTTTGAACCATCATAATTTTTTATATTTCCGCCTGTTCCTATCACTTCACCTT +TATCAACATCTATTTGACCTGTAGCTGATACACATATTCCACTAATATCATGTATATTAT +TTTCATCTATAAATACATCTATTGATTTCAAAACCGTTTCAAGTATTGGTGTTTCGTAGT +TATCAAAACTTACTGAGTATTTATCTAAAATTAATACATCTCCACTTTGGTTTACAAGTG +CAATTTTTACAGCTGTACCTCCAATATCAATAGATAAATAGTTCATTATTTTAACTCTCC +TTTAGCTGCATCTATAAATCTTTTTGCAATTTCTAAAGGTCTGGTTATTGCACCACCTAC +AACAACTGCAAAAGCACCTGCATCAAGTATCTCTCTTACTTGATTTGGATAATGAATTCT +TCCTTCAGCAATAACTGGTATAGAGATTTCTTTTGATAGTTTACTAACTAATTCTAAATT +AGTAATATTAGCATCAATACTTTGCTTTGTATATCCATTCATAGTTGTTCCAACAAGATC +TACTCCACACTTGTATGCATTAACTCCTTCTTCATAAGTCGAAATGTCTGCCATTAATAC +TATGTCTGGATACTTTTCTTTTATTTCTCTTATAAATGTATTAATAGATGTATCGTTTAA +TCTTTTGGAGAAAGTACAATCTAAAGCAACGATATCTGTATTGGCTTCAACAAGTTGGTC +AACTTCTTTCATCGTTGGAGTTATATATACATCTGAATTATCATAATTAGCTTTAATTAA +TCCAATTACAGGTAAACCTGTTTCTTCCTTAATCGCTATTACATCTCTTACGCTATTTGT +TCTTATAGCAGGAGTTCCTGCTTGTTTTGCAGCTCTTGCCATTAAATACATTATAGATTT +TTCTTCTACATATAGCGGTTCATCTGGTAATGCTTGGCATGAAACTATTACGTTTCCTTT +TATTACATCAAATAGTTCCTGCTTCTTCATACAATCCCCCCTCTTCAATTTGTTTTGATG +CTAAGTGACAAGAAACAAAGTGTTCTTTTCCATCAACTATATAAGACTTCATTTGTGGCG +CTTCTGATTTGCAAATATCCATACAATGCTTACATCTTGGATGGAAGAAGCATCCACTAG +GAGGATTCATTGGACTTGGTACATCACCTTCTAAAACAATTCTTTCCTTTTTATGATTAA +TATCTGCAACTGGTATAGCAGATAATAACGCTTTAGTATATGGATGTAATGTGTTTTTAT +ATAATGATTTTGCATCTGCAAGTTCTACAATCTTCCCAAGATACATTACAGCAATTCTAT +CACTTATATATTCAACTACACTTAAATCATGAGTTATGAATATATATGTTAAATTATGCT +TTTCCTTAAGATCCTTAAGTAAGTTTAGTACCTGCGCTTGTATTGATACATCAAGAGCTG +ATACTGCCTCATCACAGATTACTAGCTCTGGATTTATTGATAATGCTCTTGCTATACCAA +TTCTTTGACGCTGACCACCTGAAAATTCATGTGGATATCTATCCATATATTCTCTTCTCA +TGTTTACAGCTTCAAGTAAATCACCAATTATTTTTCTTCTTTCTTCTTTAGACTTTACTC +CAAATTTTTTAAGAGGATCTGAAAGTGATTGGTATATTGTAAATGATGGATTTAAAGAAG +AATGTGGATCTTGGAATACTATTTGAATCTTCTTACGAGCTAAATCCATCTCGTCTTTTT +TTAGTTTAGTAAGATCTCTTTCTCCATCTTCAAAGTTGTATATTATTTCTCCATCAGTAG +CTTTATATAATTGTAATATTGTCTTTCCTAATGTAGTTTTTCCACATCCTGACTCACCAA +CTAGACCTAAAGTTTCACCTTTATATATTTTTAAATTTACATCATTAACTGCTTTTACAT +AATTTTTTGATTTTGAAAATGCTCCATCCTTTACTGGAAAGTAGTTCTTAACTCCATTTA +ATGTTAGTAAAACCTCTTTATCCATTTAAAACCACCTCCTTATACTTTATACAACGTACC +ATGTGAGTACTTTCATTAATTAATTGTTCCTCAGGCATTTGTTCATCACACTCTTTGCAG +TAGTAATCACATCTAGGTGCAAATTGACATCCCGTTGGTCTATCAAACGGATCTGGTGTA +GCCCCGCGAATAGGATTTATTTCTTGGTCTGCACCTTTTCCTAGCACTGGTATAGATTTT +AATAATGCCTTTGTGTAAGGATGTGATGGATTTTCTAGAACTTCTTTTGCACTACCGCTT +TCTATGATGTTACCCATATACATAACTGCAACATCATCAGCTAACTCACATACAACCCCC +ATATCATGGGTAATTAGCATTATTGCTGTATTGTATTCTCTTTTTAATTTATCCATTAAT +TCAAATATTTGAGCTTGAATAGTAACATCCAGTGCAGTTGTTGGTTCGTCTGCTATTAGC +ACTTTTGGATTACAACTCATAGCCATTGCTATCATTGCTCTTTGTCTCATACCACCTGAG +AATTCATGTGGATACTGGTCTATCCTTTTTTCAGCAAGAGGTATTCCCATATCTTTTAGT +AATTTTAAAGCTCTTTCTTTAGCTTCTTTTTTAGAAATCTTTTCATGAGTTCTAATCATC +TCAACTATCTGCCAACCTATTGTATAAACTGGATTTAATGCAGTCATTGGATCTTGGAAT +ATCATTGCTATATCTTTACCACGAAGTTGTCTCATTTCTTTTGAATTTCTTTCAAGCTCA +TGTATTTTAATATCACGCCCATTTTCATCGTGATATATAATTTCTCCTTCTTCTATTCTT +GAGAACTTTGGTAAAAGCTGCATTATAGATGAAGCTGTAACACTTTTTCCACAACCAGAT +TCACCAACTATACATAAAGTTTTACCTCTTTTAATATCCATTGACACACCGTTTAATGCT +TTATTACATCTATTGTTAGCATAAAAATATGTCTTTAAATTTTTAACTGAAATAATTTTA +TCCATATTGTCCCCCTATTCAACACTTGTAGGATCGGTAGAATCTCTTAGTCCGTCCCCT +ACGAAGTTAATACTCATAACGAACAGTGAAATAACTATACCAACAGGTAACCACATCCAC +CAGTTATTTTGTAATGTAAATAAATCTTGTGAAGCATTTAAGATATTACCCCATGTTGCT +ATCTCAAGAGGAACACCTAGTCCTAAGAAGCTAAGAGCTGCTTCCTCTAAAATAAACATT +GCTGTACTTAAAGTAATATTTACTGCTATTGGACCTATTATATTTGGAAGCATATGCTTG +TAACAAATTATAAAGTCATTTAAACCAAATACCTTTAGTGACTGTACGTACTCTTCTTCT +CTTATAGATAAAATTTGTGATCTTGCCATTCTAAATACACTTCCCCAACCACAAATTATA +AATATAATCACTATATTTGAAGCACTTTGACCTATTATTGAAACTAACATTAATACTAAT +ATTAATTGAGGGAATGACATGAATATTTCAGATATTCTAACTAAAATCTTATCTAAAATA +CCACCCTTATATCCACTATAGCATCCTAAGATAACTCCTATAAAAGAACATCCTAAAGCA +CTACCAAAACCGATTAATATTGATAATCTTCCACCATATAATATTCTTGAGAATATATCT +CTTCCTATTTTATCTGTTCCTAATATGTGATCACTTGATGGTGGTTTTAATATGTTTTTC +ATATCAACAGATAATGGATCATATTTAGTTAGCAGTGGTGCACATATACAAGCAAGTAAT +ATAACCGTAAATATTACAAGACCTACTGTTGTAAGCTTATTAGAAAATAATTTCTTTATT +GATCTATTTCCAGATTCCTTAAATGTTTTATTTTCTTCTCTTTCCTTAATTTTATCGAAC +TTTTTATATAATCTCTTTTTAGGCGATAAAAAATCCATATGCTTCCCCCTATCCTTCAAG +CTTAACTCTAGGATCTAAAATAGCTGTTAGTATATCAACTAACGTACTTGCTATTAAGAC +CATAGCTACGAACATAAGTGCTACAACCATTACAAGATTGTAGTTTGCAGATCTTATTGC +TGTATTAAATACATTTCCAACTCCCGGCCATTGGAAGATAGATTCTATAACAACTGAACC +TGCTATAAGTGTTGGTAATCTAAATCCAACAAGTACTATAACTGGTGTTAGAGATACTCT +AAATCCATGAACTAAATTTACCTTCCACTCAGGAATCCCTTTACTTCTTGCTGTTTTTAT +ATATTCTTTGTTCATTGTATTTAGCATACTTGTTCTTGCATACCTCATAACTCCAGCAGT +AAGTGATAGTCCTAGTACTAACGATGGTAAAATTAAATATTCTATCCTATCCATGAAATT +TACTACCCCAGGCGCTGTTCTTCCACCTACTGGCAACCATCCTAGATTTAAAGCAAATAT +CAATATAGCTACCATACCAAAGAAGAATTGTGGTATTGATACCCCTATCATCCCTGCTAC +TGTTAATACATTGTCTCCTATAGATCCTCGTTTGATAGCTCCTATAACACCTAGAATACT +ACCTAAAACAGTTGATATTAATAACGCTGCTCCTGATAATTCTAATGTTGCTGGTAATGT +TTCTTTTATAATCTGAATTACTGGTACACCACTAGTTGAACTATATCCAAAGTTTCCTTG +TAATAGTTGCCCTAACCACTTAAAGTATCTAACTACAAACCCATCATTTAATCCGTATGC +TTCTCTAAGTGCATTTAATTGTTCTGTTGAAAGTCTTGCTAATGCTTCAGGGTCCATTAA +ATGCGATACTGAATCCCCTGGAGTTAAATCTAATAAAAAATAAATAATAAATGTAATTAT +AAATAACATTGGAATCATTCCAAGTATTTTTTTCAACGTATATTTAAACATCCCTAGCCT +CCTTAAATAAAATTCTCCAACTAACCTTTTTGTTCCCCCTTAACATACATCAGTTACTTA +TAATAAAAGGGTTGTATAACATTAGTTATACACCCCTTAATTTATTACTCAGCTAATGTC +CACTTATGTATATCCCACTTATAGTTAAATTGTGGATTACCTAATTTTTCAGGCATACCT +TGTATTTTATCACTTGTTATTACATATATTGGTTGATAATATAAAGGAAGTACAAATAAC +TCTTCATTCTCATATTTTTGTAAATTGAAGAATGCTTCTCTTTGCTCTTGTGCATCTATC +GTTTTATTTGTTGCTTCTATTAATTTATCTAATTCTTCTGTTCCTGGTGTATGTGAGTTT +AATGCTGCACCAGTTTGATATCTATCATAATATTCATGCATTGATAATGCAGCTGTTGCC +CCATAACATAAGTCAAAATCAACTGCTGATGGTCCATTTACAGGATCTTCAGGTAAAGAC +CATAATAATGTAGCTAAATCACCTTCAACAAGTCTAAATTTCATTTTTATACCTACTTGA +GATAAGTAATTTTGAATTATTGACATTAAATCAACTGTTTGTTGATCATCGTAATAATAA +ACTACATCTAATTCTGTGTTTGGATCCCAGTTAGCTTCTTCTAATAACTTTTTAGCTTTT +TCTGGATCATAGTCATAATTATTTAATCCATCAACTTTATCAACACCGTCTGGAGTTAAA +CTGTTAGCCTTTTCTGCAGCACCATCAAATATACCATCAAGTATTTCATCCATATCTAAT +GCATACATTATTGCTTGACGAACTCTCTTATCAGCTAAAGGTGCCTCTGAACCATCTTTC +TTAGGGAATTTGTTAGCAAAGAATAATCTTGTATATCTAACATCAACTTTATCTATGTTT +ATTCCATCAACACCTTCAAGAGACTTAACATCAGCTATATTTTTTGTATATGAGTAGTCA +AGCAATCCAGCTTTCGCATTTGTAACTAAGTTTGGATCACTATCTCCAGCACTTGGATTT +AAGTGCATCTTATATGTTGGTGCTCCATCCCAGTATTTATCAAAGCCTGCTAATGTAGTG +TAGTTACCCATTTTTACTTCTTCAACTTTAAATGGTCCTGAACCTATAGGATTTCTAAAG +AATTCAGATTGTTGGAATTGAACAGGGTCAACATCCTTTAAATGTTTTTCAGGTAATGGT +GCAAATTGTGTAAATGTAAGTAATGCATCTGGAGCTAATTTTTCAAATTTTATATCTATA +TTATTTCCATCAATTGTGATACCTGAGATATCATCTGCTTTACCATCTAAGTACTCAGTT +GCACCTTCTATTGCTTTAAATGTATTTGCAAATACGTTATTAATAACTGTTGTTTTTAAA +CTGTATTCAATACTCCATTTTATATCTTGTGGTGTAATAGGTTCACCATCATGCCAAAAA +ACGTTTTCTCTCAATGTAAACTTTAAGTTTAATCCGTCTTCAGACATTTCATATGATTTA +GCTAATTGCCCTTCACCAGAAATTGGATCTAAGTTTTCATCTGCAAAAATTAATCTGTCA +TATAAAACTTTGTTGTACACGAATGTACCTGGATTTAACCATGGCGCCTCGAAGAATTCC +TCCGGTCCCCCATTAGTATAAAGAGTGTTTTCTGCTGCTTTTGTAGTTCCCCCTTGCTCA +CTTTTTCCTTCATTACCCGTGCTAGAGCACCCAGCTAAATTTAGTGTTAGTAACGAAGTA +ACAAATAAGCTTATTAATTTCTTGTTCTTCATAACCTCATCCTTTCTCTTTTATTTTATA +AAGGTATATTATACCTAGTAAAACCAAATTAAATTATTATATTATCTTCATCAAATTTAG +ATAAAGCATTTAAAGTATTTAGTTTTGTCTGATAATAGCATTCATTATTTATGAAATATG +TATATAATATATCTACCATTACCAGAATAGGAAATTGAGGCGATATACAATCACCGGCAT +CTAATGCCTTAATTGTAGGTATTAATATTATTTCGTCACAAAAACTTGATAAATGAAATG +ATCTATTTGATGTCAGCATTATGACTTTTGCTCCATTTGATTTTGCAATACTTATTCCTT +GAAGTATTTCCTTTGTAGTTCCACTTAAAGATATTGCAATAACAACGCTTTCATGATTTG +CAAGAGATGATAACATTTTTATTCTATGTGAGTCATATACAGCTTCTATATTTAATCCTA +ATCTCATAAATCTTAAATGTACTTCTTCAGCTGCTATTCCAGAACTCCCCATTCCAAAAA +CGCATACTTTTTTAGATGTTGTTAGAAAATGAGCAATTTTTTTCATTTGTCCTTGGTTTA +TCATTTTATGACAGCTATCTAATAAATCTTGATATGTGTTAATAACTAAATTTGATATTT +CTTCTTTATTGTATTTACTAATGTTCTTTTCATATTCAAATATAAATTCTCTAAAACCTT +TATATCCACACTTCTTTGCAAACCTTGATAAAGAAGCTTCAGATACAAATAATTTTTCTG +ATACTGATTTTGATGATAATTTTTGTGTTTCCTTATTGTTTATAAAAAAATTGGCTATAG +TTTTTTCTACATTAGTAAACTGCTCATATCTTGACTTTAGATTTTTCAAAACAGTGTTGT +CAGAATATTCCATAATATCCTTCTCCTTTTCATTAGCCAATCAAGCTGTTATACTTTCAT +ACTTTATTAGAATTTCTTGCTATATCTATTTATACTGTAAGTGTATCTATATACCATTAT +TTTCGCAACAATTTTGAAAGTTTTTGAAAGAAATTTTATTTTTTTTTCATTTTTTTATTC +TAAGTCTTTATTTTTTGGCTACTTTTTTAAATTTTTCTGAAAGTACTTTCAAAACAGTTA +AATATCTATAGTAATACCAATCCAATATAAAAATAAACTTAATAGTAATATCTCTATGTA +TATTGATACTTTTCATCTAATATCGTAAATTCTTAATGTCAAAACTTTATATTATATAGA +AGTTTTAGTTGTATTAAGTGTATTTCAAGTTTAGTAGTTTGAAGTAAAAAAAGATGGTAG +AATAAAATTCTTCCACCATCTTTCTTAATTTATTTAACAGGAAAATAATTGTAAATTTAG +TCCCCTTACATTTTTCACTCTCCACATATATCTCTCCCTTATGTAGGTCAATAATATGTT +TTGTTATAAATAAAAACCTAAAATGCCTTTAGATTCAATACTTTCATAACTAAAGTCGTT +TCTTATACTATAACAATATTATATTGAATTTTTGTTTCCATATCGACAATATCAAAATAA +TCATTTTAAGAATTGAGGTATAGTTGAAAAAATAGGATACATTTATATATAAGCTTTATA +TCAAGTTAGTTTAAAATACAGGTACTATAGTTCCTTGATATTCTTTATTAATAAAATCCC +TTGCTTCATCAGATGTTAGTGCTTTCTCTAATACTTTTATCTTTTCACTTTCCTCATCAC +CATTTCTTGCAGCTATTATATTAGCATAAGCATCATCAAGCGGTGCTATTAATATACCTT +TTTCATTAGCGTTAAGTCCTGCTGCTACAGCATAGTTTGTATTTATAAATGCTGCTTCAA +CATCTTTTAATATACTAGGTAATAATGATGCCTCTGCTTCTATAAATTTTAAATTTTTAG +GATTTTCTGTTATATCATTTGGTGTTACTAGTTCACCTTCTTTTAGTTTTATTAACCCTG +CTTTCTCCAATAATCTTAATGATCTTGATTCATTACTTGGGTCATTAGTAAGCGCTATTG +TATCTCCATCTTGTAATGCTTCTAGTGAATCTCTTTTTTCAGAGTATAAAGTAATTGGAC +ATCCGTAAAGTGCTTCTACTGCAACTAAATCATATCCTTTTTCTTCATTAGTCTTATCTA +AGAAAGGTTTGTGCTGGAATAAATTCGCATCAAGTTCACCATCATTTAAAGCTGTATTCG +GTAATACATAGTCATTAAATACTTTTATTTCCAATTCGTATCCTTCTTTTTCAATTAATG +GTTTAATTTCATTTAAAAGTGCTTCTCCTGGTACTAAATTACATCCTACTACTATTTTTT +TATCGTCTTCTTTATTTTTAGTTGAAGAACATCCAACTACTGATATTGATAAAACTCCCG +CTAATGCTAATCCTATTATTTTCTTTAATTTCATTTTAAATTCCCCCTCAAGTATTATAA +TTATGATAATTTTTTATAAGCTAAATTTCCTAAATATTGGATTACCTGGACTATTATTAT +TAATGTTACTACTGTATAAATCATTGCTTGTGTATCAAATCTTTGGTGACCATAAGTAAG +TGCTACTGCTCCAAGACCACCTGCCCCTACTGAACCTGCCATCGCTGTATATCCTAATAT +AGATATTGTTGATAAAGTTATTCCTGATACTATAGATGGCAATGCCTCCTTTATCATTAC +TTTAAATATTATTTGAAAATCTGATGCTCCAAATGATTTTGCTGCTTCTATAAGTCCTCT +ATCAACTTCTTTTAATGCACTTTCTATCACCCTCGCTATGAATGGTGCTGCACCTATAGT +AAGTGGTACAAGAGCTGCATCTACTCCTATTGATGTCCCTACTATCATTCTAGTAAAAGG +TATTATTGCTACAATTAGAATGATAAATGGGAAACTACGAACTGTATTTATTATAGCTCC +TAATACTGTATTTATTTGTTTATTTGGTCTAAGTCCCTTCTCATCCGTTACTACTAATAT +GATTGCAATTATAAATCCAATTATTGTTGCTAATACTGTTGCTATGATTGTCATATATAA +AGTTTGACCTAAGGCTTCTAATAAAATATTTTCTACAAATTCTAAAAAGTTAGTTTTCAT +ATATTCTTCCTCCTATTATATTTTCTATATAACTTCCCATTTTATATTTGTTGAGTTTAA +GTAATTTGTTACTAATTCATGCTTATCTTCTTCGATATTTATAACAAGAGAACCTAATAC +ATCTTCTCTAAATTTCTCAAGCTTCCCCCATACTATTGAAAAATCAATATCTAAACTTCT +AGCCATTGAAGTTATTACAGATTTGTTTGAAGAATCTTTAGGGAAATATAATTTTATATT +CACTCCGCTATTTGGTACTACATCTTCTTCTCCTAGTAACTCTTTCAAAGCTTTTGGATG +ATTTAAGAATAATTCTTCTGTATCTCCACACTCTTGTACTTCTCCACCTTTTAATATAGC +AACCTTACTGCAAACATCTTTTACAACTTCCATCTGATGAGTAACAATAACTATAGTTAT +ACCTAACTTTTGATTAATATCTTTAAGTAATTCAAGTATTGATTTTGTTGTTTTTGGATC +TAGTGCTGAGGTAGCTTCATCACAAAGTAGTATTTCTGGTTCTAGTGTTAAAGCTCTTGC +TATTGCTACTCTTTGCTTTTGACCTCCACTTAATTGCTTTGGTCTATTTTTTGCTTTATC +TTCTAAACCAACTAAGTTCAATAATTCATTTACTTTTTTATCTATTTTTGATTTTGTATA +TCCCCAACATTTTAATGGTAATGCTATATTTTCATAAACGGTTAATCTTTCAAGTAATGA +AAAATGTTGAAATATCATTCCCAAGTTCTTTCTAAATTCTCTTATTTCTTTTTGATTTAA +ATTTTTTACTTCTTTATTATCTACTAATATGCTTCCTTCATTATAATTTTCAAGCCCATT +GATACATCTTAATAAAGTCGATTTACCTGCACCACTATGGCCAACTAACCCGAAAATTTC +ACCTTTATCTATCTCTATATTTATATCTTTTAGTACTTGAGTACTATCAAAATTTTTATT +TACTCCTTTTAGGCTTATCATTTTTTCCCTCCTAATTTAATCAATTTATTTAATTTATAC +ATTAAAAAAGCTCCCGAACCTAAGAAATAATTCTTAGGAACGAGAGCATAAGCTTCGTGT +TACCATCCTATTTTATTTGTATTTCGCAATACAAACCTCATCAAGTACGCCAAATAATTT +TTGGTTATACTCTATCACTGTAACGGGTGAACCCGTTGTAGCCTAAATCTTATCGATCTC +GGTACACCACTCCAAGGCCATTTTCTCTTTAATATCCTTTGCTCCTTCTCACCAAATAGG +AACTCTCTGTAAAAGTATTCTCAAAGGTACTTTCCTTTTCTTCGCGTTTATTATTGTATT +CTCTATATTTAATATAATATATAGTGTTTAGTATAATGTCAATATTTTTCTGAAAATTAT +TTATTTTTAATCTTCTTTGAAAAATTAATAATATAAATTATAGCTATTCCAGAAGCTATA +ATTTATGAATATTTTTAAATAAGTAGAAAGGATATGTTTCACTATGTTATTCTTATATAT +AGCGCATATTTTTTAGGGGAGATGAATAAATTGAAATCAGCAATATTTAAATTTGTAAAA +ATGATAATAGGTTTTTGTTTTTGTGCAATAGGCATAGTAATGACTATAAATGCTAATTTA +GGTCTATCACCTTGGGATGTTTTACATGAAGGTATATACAAAATAACAAGTATTACAATG +GGAAATGCAAGTATAATAGTTGGAACTATGGTAGTTGTAGTAAATATCTTGCTAAAAGAA +AATTTAGGCTGGGGTACTATAATTAATATGATTCTTGTTGGAATACTTATGGATGTACTA +ATGCTAAATCATTTAATTCCTATTGCCGATAATTTTGTAACTGGAATTATAATGATGTTA +TTAGGAATGTTTATACTTGGGATTGGTTGCGTACTTTACTTAGGCTCAGGGTTTGGAAGT +GGACCTAGAGATGGTATGATGGTAGCAATTCAAAGAAAAACAGGAAAATCACTTACTCTT +ATAAGAGGTGTTATGGAAGTCTCCGCACTTATAGTTGGTTATTTCTTAGGCGGTACTGTA +GGTATTGGTACAGTTATAAGTGCTTTCGGATTAGGATATTTTATTGAGCTTGCATTTAAA +ATATGTAAGTTTGATAGTGCTTCAGTTAAACATAGATATATAATCGACGATATAAATTAT +CTTAAAAGATTCTTTACGCAGAAAAAAAATGATAAAAATACTGTTTTTTAAAAATAGCAA +AAAGATATTATTGGAATTTATTAACTCCAGTAATATCTTTTTTTATAAAATATTTATTTT +AACAAACTTTTATATATTCTCTATAATTTATAGTTCACTATTTCATTCTAATTTATTAAA +ACCTTATTTTTAGTAAGCAAATTGGCGGTAGTAACGACGTATATCTAATGAATGTCCTGT +ATTATCTTCAAAGTGGAATGCTAAACGGTCTACTAAAAGTGTTGATGCAATTGTTGGAGA +TAATATCCAACGGAATTTATCATCTATACCTTCTAACTCATACTCTTTAGTATCTATAAC +CGTAAATTTGTTAGTATATTGTTTTACAAATCTTTCAACTCTATTATCTATTTCACGACA +CTTTCCTTCACCTTTAACTAAAAATACACAAACATCTTCTTCAACTAATTCTAAAGTTCC +GTGGAAAAACTCTGCTGAAGTAACTGATTTAGTTCTTAACCATTGCATTTCTTCTAATAA +GCACATAGAGAATAAGTATGTTTCTCCCCAAGTTTCTCCTCCACCAATCCACATCATGTA +TGGTTCTTTATAGTACTTTTTCGCTATTTCGGCCGCTACTGGTTCGAATTTAGCTTTAGC +TTTAATTAAGTTTTCTGGTAGTTTTTCAAGTTGAGCTGCAAATTCATTGTACTCTTCAAA +ATCTCCATTATTCTTTAATAATCTAAAGAAGAACCAGTATAATAACATATATTCATATTC +CACACCATTTTCATGTCTCATTGGTATTAAGTAGTTGCTGCACTCAGCTAATGGAGATTC +TGAATTTTTTGTAAGGCAAACTACAGTTATACCTTGTTCTTTACACCATTGTGCTATTTC +AACAGTTTCTTTTGTATCTCCTGATTTAGACATTGTAACTACTATTGAATCTTTACTTAA +GCTTTTATGTCCTCTTATTAATAACTCAGCTGCTTGTTCTACAAATACAGGTAATGTTGT +TGTTTGCTTAGCCATTTCTCCTATTGCCATCATCGGTGCTAAACTACCTCCAACTGCTGT +GAAGAATATATTCTTGTATCCTTTATTACTTAATTCATCAGCAACTCTCTCTGCTTTTGG +TCTTGCTTCACATATAAGTTTCATACTTGTTCTATACTCTTGCTCATTAAATTTTAACAT +TGTTAATTCCCCCTAAATTTTATATTTTACTTTTTAACTTTTCATCAAAATCTGAAAATA +TTTTATCACTTAATTTATTCCCCTTATCTTCTGCAAGAAAATAAGATAGTATTTGTATAG +GTATTGCAAATAACAATGGACTTATCATCTCATCGATGCTTATACCTAAAGTCAAATCAT +GTTTATTATCACTAGTTTCTTTGTATGTAATTGCATAAGTATGTTCAGTATATTCTTCTA +AATAATTTCTTAAAGTAACTTGTCTTTCTTGTAGTTTACTTTCAGCTTCTATGAATATAA +TGTGATCCTTATCTGATAGTGACAAGTATGGACCATGCATATATTCTTCAAGCTCATAGC +CATTCATAGGAACTCTAACTGTTTCTGTAATTTTAGTGTCAGCTTCTCTTGCTACGCCAT +ATCCTGGGCCATATCCTATAGCTACAAATCTTTTACCACTAACTAATTCATCTTTGTTAT +ATTCATACCACTTTAAAGATTTTTCTATTACAATATCTATATAACCAATAGCATCTTCTA +TTTTTTCTATTTCTTTATAATAATAGTCTTCACTAATTTTCTTATTTTCATATGCAAGTT +CTAGTCCCATAAGTATAAATGTAAGAACTGTTCCACTAAATCCTTTTGTTACATAACCAA +CTTTTTCTTCTCCACATCCAATATCAACAACATATTTACTAAGATCGCATACTATACTAT +TCATATTAGCTGTTATAGCAACAATATCTGAACTAGTTTTTCTAACTTCTTTCATAGCTG +CGATTGTAGAGTAACTATGACCTCCTTGGGTAACAGCTAGATATAGTGTATTATCATCTA +TTTGACTATTATAGTTACTAAATACAAATGGCATCTTTATCTCAATATTAATATTTAATA +TTTTTTCAACATAGTATTTTGCACATTCTATTGCATTTGCAGAAGATCCAGTAGCTAGAA +CTGTCCATCCATTATATTTTTTTCCTTTAGCCAAATCTATAAAGCTCTTTAAATTTTCTT +TTCTATTTTTTAATATACCTCTGTTAGTTTCATACTCCTCATTTATATAAGTAAACATTG +TTTCTTCCATAATGTCCTCCTATGCTAAGAACCCAAAGAATGCTCCAACAATTCCTATAA +TAGCTATTATTACTAATATAGTAGTTGTTTTAAAGTTCTTGCTTAATAGTAGATAAATAA +ATCCAGTAAATGCTAAAGGCATTATTCCTGGAACTATACCATTAAGAATATCTGCTATAG +CCATAGCACTGTCACCTGTTCCTATTTGAAGAGGTATATTTACAGTAACCATTTCTGCCG +TCATTCCTCCAATTACCATAAGACCTAGTATAGCAGCTCCATATGTCAATGATTCCATCA +ACCCAGATTTTTGAATTTTATCTAGTACTCCAGCTCCTAGTCTGTATCCACTCATCATGG +CAAAATATCTAACCAATAGATGAGGTACATTAAATACTAGCAAGAATAATATTGGACCTA +GAATATTACCTTGCAATGCTAGTGATGTCCCTATACCAGTAGCTATTACTCTAAGAGTTC +CCCAGAAGAATGAATCTCCAATTCCAGCTAGAGGTCCCATTAAACCAACCTTTACATTAT +TAATTGATGAAGTATCAAAGTTATCTGATTTTACGTTACTCTCTTCCATTGCAGTAGAAA +TACCAAGTATTAATGTTGATATATGTGGAGTTGTATTGAAAAATTCTAGATGTCTTTTTA +ATGCTTCTGCTCTTTCATCGTCAGTCTTATATAACTTTTTAATAATTGGCATCATAGAAT +ATGCATAAGACATATTTGCCTGTCTTTCATAGTTCCAGGACCACTCCATAGTAAATGATC +TCCAGAATACCTTCATCAGATCTTTTTTAGTTATAGCTATATCATTGTTTTGATAATTTG +TTTTATTATGTTCTTTAGAAGTCGTCGTCATCGTCGTTACCTCCTGCTATAGCTACTTGA +TTTGGCCTGTTTAAACCAACCAAAATAACAGCTATTATAGTTCCAAATATTGCGATTCCA +GTTATAGGAATATTTAAATACACTGATAATGCAAATCCTAAGAAATAAAATACTACAACT +TTTTTGTTTATTATCATCTTAGCTAATAGTGCAAATCCTAGTGCTGGCAATAATCCTGTT +GCTATTGCTAATCCATTTTGGATAAATTTAGGTATTACATTTAATATAGATTCTATTGCT +GATGAACCTAATAAATATGAAAAAAATACAATTAATCCTATAGGCAAGTTAACTCCAAAG +AATCCTCCGAGTAAGTGCATTCTTTCAACACCGCTACAATCACCTTTTTCTGCATACTTA +TCTGCTTTATGCACAAACATTGGTAATATAAAAATCATGCAAGTATTTTTTATTACTAAT +GCTAATGCTGCTATTGGAACACCTAGTGCTAATGCTACCTCTGCACCTTGCCCAGTTGTA +ATTGCGAATGCTGTTCCTAGAATTGCTCCGGATATTATTTCTGGTGGTATTACAGCTCCC +ACTGAGAATGCACCAATAAATGCAAGCTCCATTGTTGCTCCTAAAACTATTCCTGCTTGT +AAATCTCCTAGTACAAGACCTGTTAAAACACCTGTTACAATAGGTCTTGATAATAACGAT +GTACCAAATAAATATTCGGCATTAGCTAGCATTGCCACTAATCCAAGTAATATAGCTGTT +ACCATAATTTAACTCCTTTTCAAGTAATTAATTTAATACGCTTTCTGCTAGAATCTTCTG +GTCATTTGGTATTTGTCTTATTTCAACTGTAACTCCTGAATTGATTAATTCTTTTAAAGT +TTCTTCTTCTTCTGGAGTAACATTTATTGCTTTAGATATATTTCTAGTTCCTTCTCTTGA +TTTAATGCCTCCAAGATTTATAACTTCAAATTTATTAGTTCCTTTTACTAGTCTACTTGC +ATCTTCTATAGATTCAACTACTACAAATAATTTATACTTATCTGTAACTCCACTATTTAT +TGCATCTATAGAATCTTGAATGTTTTTCATTACTACCTTTACCCCTTGTGGTTTAGCTAA +CTTTATAGTTGTTTTACGTAATTCATCATGCATTAATCCATCATTTGCAATTAGTATACA +GTCCACACCTAAAAACTGAGTCCAAGAAAATGCCACTTGACCATGTAATAGTCTATGATC +AACTCTTAGTAATTTAATCATCTTAATCTCTCCTTATAAATAAATTTAAAATTCTTCTTC +CACTTCTACTGCCTTAATAATTGGATTACAATATTTAATAGTTTTGATTGATGTTTCTAA +AGCATTTTGTATCATACTATCTATGTTACTTTCATCTTGAATAAGCATTAACTCCATTAC +TAAAGGTAAATTAAGTCCAGATACTAGATATAAATTATCTCTATATAAATTATTCATGAA +CTCGTTGTTAACACTTCCTCCAAATATATCTGTTACAATAATTAATTTATCATCATCTTT +TAAATCATTAATTATTTTCCATACTTCCTTTTTTAAGTCAAAATCTTCTTTATTATAAGC +ACATAATGTTGATATATTTTTTTGCTCACCCATTATGATTTTTAAAGAACTATAAACTCC +ATATGCTAAATCTCCATGTGAAGCAAGTAATAACTTTATCATCTAACCCCCCCCTTCACT +TATTTTCTTATAATTATATAGAGCAAAAAGCGTGCCAAATTAGTGGCACGCTTTTTATTT +TAATTTTAAAATACTTCCAAATCCTCTGTTGGTGCGGTTATAATATCATAAACATATCCT +ATCTCTTCTACATTGATTTTGACATTATAAGTCTCTTCTATCCCACTAAAAGCTCTTTTT +ATATTATTTATCATATTTTCTTGACACTGCATAAGTTGATCTAGATTATTATAATTTTCT +ATGGGAACTTGGCGAATTAATCGCTCTACAAGACAACTTATATGTATGTATAGTGTCACT +TTTTTATCATTAGGTATTCTTCTTCCAATAAGTAGTTCTAAATTATTTAGACACTTCTCC +ACATTTTCTAATATCTTATTAGTATCTAATATAGTAACAGAGCTAACTATACTTTCTAGT +GAAAAGTTACGTACTAAATTATTATTTATAATTCTTACTGTCTCATCATCAACTACTTCA +CTAAATATCTTATACATCTTTTCTTCCCCACGTCCTGAGATTAAATCTTCTAAAGATATA +TAATCTATATCATGAACTTCAGGGTCCAGGGTGCTTATTATAGCCATTACGTCATACATT +TGGAATAATGCATCCTTTAATCCATCTTTTTTTAGTCTGTCATAATCGCAAATTAAAATA +TTTATTCCAAGTTCTTTCGGTATACTCCTTTCTAATAATCTTTGCATCTGCTTAGCTGTT +CCTATTCCTGTAATACAAGATGTTATAATTGCTTTCTCTTTAACCTTTTCTGGATAAATT +ATCTTATATTCAGTTTCATTACATTGTTTTATCTTTTCAACTAGCTCTTCTAAATAAATA +TCCTTGCTTAATAAATCTCCTATAAATAATGCCATTTGTGTAGATACATTATTTATTATT +GCAATAGGTTGATTTATATGTTCTTTTATTTGGTTATATATGTCTTTTAAAGATCCCATA +TCTACTAGTATTACAAGGCCATTAGATATGTCATTCCTATATATGTATTCTATTAGCTTT +TCACCAATTTCCTTCACTGAAATATTTATAGGCATATCAAAAGCTTCGTATATATTTTTA +CCTAACATACGATTAACAACACTACTTATACTACTTGCGGTAGAGTATCCATGAGCTAAA +ATTACTGACTTTATTGATTTTTTACTTTCCGAAATGCTTAAACTTTTCAGATAAAAAGAA +ATAAATATCTCATCTTCTTTTGATAGGTTTACATCCATCTTAGTATCTATTAAACTTGAT +ATCCTTGAGACTAGTTGGAATTCTTCTTGGTTGTTATTTAAAACATAATTATATAAACTA +TCTTTTAATTTTTTTTCATCCTTACTCCATTTTATATTTTCATATCCCTTTGAATAAAGG +TAATATGCAATTGTATATATACTATTTCCATTTAATTTCACATTATAGCTATATTCTATA +TATTTAAATATATCTTGCAGAGATGAAATAATAAATTGTAACATTACATTACCATTATCT +TTTCCATTATCAAATATTAACTTATCTATTAATAGATTAATCTCTAGAAATACATTACTT +TCAAACTTTTTTTTGTCTTTATGATCGGTATACTGTTTGTAAAAATAAAAAATATTTTTA +TAAGCTTGTTTAATATTTTGAGCTGAGTCCATTTCACTAAATAATAGTTCATTATATTTT +GTATCTGGTGTTATTAAGACATCATTTTTCTTTTGTATTTTAGATTCCTTAACATTTGAT +GCTTCCCTTATAATATCTTCTGGTAAATCTTTAAGTCTTATTCTTACCCTATTTGAATTA +ATATTTTTATAATATGATGCCGCACATATATATTTAATTGTATTTTTTAGTTCACCAATA +TTCCCTTTATAAATATGTGTCGATAAAACATCTAAAGCTCTTTGTGATATTAAAATATCC +TTTTTGAAAGTACTAGACTCAACAATTAAAAAATTATATATAAACTGTAACTTTTCTAAA +ATATCTCTTTCATTAAATCCAGGGATGTTTACTGTTATAGGTACTCTTCTTAAAAATGTT +TCTAAAAAATTATCTGAAAGTGATTCTGTTGTGGCAAATATTAACCTCACATCAGACTTA +TGCCATCCATCAGTTTCTCCCATACGTCTTACTACACCCTTGTCCATGAATGTAAACAGC +TTTTCTTGACCTTCGCTGTTTAATCTATGAACCTCATCTAAAAATAATATTCCTCCATTT +GCAGCTTCAATCATTCCTAGTTGATTTTTATCTGCTCCTGTAAACGCTCCCTTTACATAT +CCGAATAAGTTACTAGATAGTAATTCTGGGTTATTATAATATTGAGCACAATTAAAAATT +ATAAATGGTGCATCTTTTTTTATAACACCTTGTTCTACACTGTACTTGTAAATAATATCT +GCTGTAAAGCTTTTTCCAACACCTGTAGGCCCACTTAAAATAATAGGTAATCCATTCTTT +GTAGGATAAAGTATAGAAGTTTTTATCTTCTCTATAGACTCTTTTAAGCTACCGTTATAT +CCAATTAACGCCTTAAATATATCATTTTCTATAACTGATTTTTCTTTTTCATCAAACAAC +TCTTCTAAACTAGTAAAAATATTCTTTGATACTTTAAAAAACTTTTTTTCAAAAGCATTT +TTATGAAAAAAATAAACAGGTCTAGTATTTATTTTTATTACTCTTCCGTCTTCAATCATT +TGATTAATGTAGTGACTTATAGTGTTTCTTTTTACTCCAAATATATTTGAAATATATTGG +GCTGTGTATATAGTGTTGTTTTCATCTTTCATATATTCATTTGTTTTTTCATGTAAATAT +TTTAATATATCCTCTTTTAGCATAATTCTCCCCCTAATATCTCATAAGACTTCTACTAAA +AAATTTATTTAGAAATTATCTATTACTTATAAATACCCCTATTATATATTAATATCGCAT +AATATTCCATATTTTTCTATAGATTCTCATTCAATATATATTGGTCTGTTCATATTTATT +ATATAATTTTTATATCTAAAAATAAATTAACACCTAATCTTCTAAAAGATAAGTGCTAAT +TTATCTTTTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTGCAAAAAAA +TAGACCCATAGTGATTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGC +TAAAGAGTCATTTTTACCCATTAATTTATTTATAAGAAAAGAAATGTTATGATCTAAAAC +TTTTATTGAAGTTCTAGTTATAAATCCTAGCATAGATTTACTCTTAACCTTATTCAAGTT +TAATTGTTCTGTTAATTGAGAAAAGCTAATTTCTATCCTTCTTCTTACCTTAAATATAAG +TTGTCTTATTTCTTTTGGATAGTTTTCTTTACTATTTCCTCTTTTTAAAAACAATAAATT +TATGCCCTTTTCACCTTTTAATTCAGGCGTTAGCCTTTTATTAAC +>MGYG000000001_30 +ATAATATAAATGGATATTTATGGAATAATTTTGGTTTTATAAGGTAAGTGCGTCTAAAAA +TAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGCTCTAAAATCATGAGGG +TTATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAGAAGATAAAGCCCTTATTT +TTTTTGTAAATATTTGTATAATTAAAATTTAAAATCGAAAAATGTAGAAAAAACTCATAA +GAATATGATAAAATGGGAAGGTGATTCTTAGGGAGGGTGCAAAAAGATATGATGGAAAAT +AACCAAAATTATACATTAGTTTTCGGAGTATCAGTTTTTGACATATGTGGATTTACAGAT +AGTAACTATAGATGTAATGATTCTAACCCAGGTAAAGTAAGGACGTCATTCGGAGGCGTA +TGTAGGAACATAGCTGAGTGTATGTCAAGGGTAGGAGTTAATACTCAGTTTATATCTATT +CTAGGTGATGATGAAGCTGGTAAAGCAATGTTAGAACATTCAAAACAAATGAACTATGAT +ATGAGTAACTCATTAATTATAGAAGGTGGTAATACACCTACTTACATGGCTGTTTTAGAC +GAACATGGAGAAATGGTATCTGCAGTAGTAGATATGAAAATAATTGATAAATTTACAACT +GAATTTATTGATTCTAAGGCTGATATAATAAGAAACGCTGAATATATGATTCTAGATTCA +GACAGACCTGATATAGTAGAGTATATATTAAAGAATTTTAGTGGAAATACTAAGTTTATA +TTAGACCCTGTATCAGCGGCTAAAGCGAAAGAAATAAAACATTTAATAAAATACTTCCAT +ACAATAAAGCCAAATAGATATGAAGCTGAAATAATGTGTGGAATGAAAATAAAAAATGAT +GAAGACTTAAGAAAAGCAGGAAGATACTTCATCGACTTAGGTATAGAAAATGTATTTATA +ACGTTAGATGAAGATGGTATCTACTATAATAATGGTTTAGTAGAAGGAAAAATTAAAGCT +AACGATGTAAAAGTTGTTAATGTTACAGGTGCAGGAGACTCATTTGTAGCAGGTATAGCT +TACGGGTATGCAAATAAGTGTGATTTAATAGAAACTTTAAAGTTTGCTATATCAATGTCT +ACAATAACTATATCTACAGAAGAAACTATACATCCAGAAATGGGATTTGATTTAGTTGAA +AAGTACGTTAATAATATAAATTGGTCAGAAATTAAATTTGAAAAATAAATATTTTACTAG +ACCGAATAATTTATATATAATTTAAGTACAATAAATCTAGTATTAGGAATTAATCTATAT +TATAATATAGATAGATTAATATATAATTTTGTCGTCAACAAAATTGGAAAGGACTAAGTT +TTAAAACTTAGTCCTTTTTTTTATATTAAGCAATATTTTCAATAATTAACTTTATAACTA +AAAAGCCCAATTACCATCTTTGAATATTTGAACTTCTTCTCCACTATATGTTTCTCCAAA +TATATTCATATCAGAAGAACCTATCATAAAATCAACATGAGTTAGACTATCATTTATTCC +ATATTTATCAAGATCTTCATCTTTTATTTCATCACCATTTTTCACACAAGTTTTATAAGC +AGAGCCTATAGCAAAGTGGCAAGATGCATTTTCATCATATAGAGTATTGTAAAATACGAT +GTTGGTATCAGAAATTGGTGATTTAAAAGGAACTAAAGCTACTTCGCCTAAATAGTGAGA +GCCTTCATCTGTTTCGATAAGTTTTCCTAAAGTTTCATATCCTTTTTCAGCAGTATACTC +AACTATTCTTCCATCTTTAAATGTTAATGAGAAATTATCTATAACATTTCCACTATAAAC +TAACGGTTTTGTACTATGAACTACACCATTAACTTTAAATTTATGAGGAAGGCAGAATAC +TTCTTCAGTTGGTATATTAGGGTTAAATTCTACTCCATTAGGGTCAACAGAAGCTCCACT +TAACCATATATGACCTTCTGGTAATTCCATAGTTAAATCAGTTTTTTTAGATTTAAATTT +TAAAACTTTAAAATTCTTTTCATTTAAGAAATCCATTCTTAATTTTAAGTCAGCGTTATG +ATCAGCCCAAGCTTGTATTGGATCTTGTCCTTCTACTCTAGAGCACTTGAATATAGCATC +CCATAATTTATCTATAGCTTCTTGATTAGATACATCTGGGAATACTTTTTTAGCCCAAGC +TTCAGTAGGAATAGAAACTATACTCCATTTACACTTATCAGATAAAGTATAAGATCTCCA +TTCTTTTAATGCTATTCCAGATGCTTTTTGATAATTAGCTATTCTTTGTGGATCAACATC +TTTTAATAGATCAGGATTTGCAGCGTGAATACTTAAGAATGCGCCTCCATTTTTTGCGAT +ATGGACATATTGATCTGATGTCCATTTTGGAAACTCATTAAATACTTCATCAGGAGCATT +TAAGTATCTTATTAAAGTACATTCTTCGTCAGACCACTCTATATACACATTTTTGGCACC +AGTTTCATAAGCATGTTTAACAACTTTTCTCACAAATGGAGCACATTCAATTGGTGATCT +TACAAGTAAATCTTGACCAGGTTGAATATTAACTCCAACCTTAACTGCTAGTTCAGCATA +TTTATCTAAGTTTCTATTAAAATCCATTTTAAACCTCCTATGTAAAAATAAGTTAAATAT +TATATATATTTTATTATAGCATACTTATATTTTAGGGAATAACTAAGATAAAAATACTTA +TTTTAAGATATTTTATATGGGGAAACTAATTTAGATATTAATAAGTAAAAAATAAAAAAT +TTAATATAAAATTTATCCTAAATTATATACAAAAATCTTCAAAAGAATTTATAATATAAT +AATGGAAACTAAACGTTTATTTTAAGTAATATAGATTATTAGATAAATATGATGTTAAAT +AAGTAAGTTCGAAGTAGGTTGCTTCAGTTAGGAGGAAATAGATGGAGTTATATGATGCTA +TTTTTTATAGAAAATCTATAAGGAATTATTCAAAAAAAAGTATAAAATCATCGTTAATGG +AAGAGGTTAAAGGTTTATGTAGCAATATAACTTATCTAAATAAAGACTTAAATATTAAAG +CACATGTGGTAGATAGGGGACATTTAATTCAGTTTTTAATGGGAAAAGCATGTGAAGTGA +AAGCTCCTCATTATATAGTAATTACATCTAATGAAGGAGATAATAACTTAGAAAATGTTG +GATTTGCAGCAGAAGAAATATTACTAGGTATAACATCTTTGGGAATAGCTACATGTTGGA +TAAAGTGTAACTTGAAAAGAGATGATATTTTAGAGTTTATAGATTTAGATGAAATTGATA +TAGATGACGAAGAATATGAGAAAAAAATTGAGAAACCATATGCTATAATTGCTTTTGGAT +ATGCTGAAAAACAAGAGGCGTTATTTAGGAATATAGATGCAGAACCGGATAGAAAAAGAT +TAAAAAAGATATGTAAAAAAATAGACAAAAAATGGGTTAAGATTCTTAATGCTGTAAGAA +TATCACCTTCAATAAAAAATAGTCAACCATGGGTATTTTATTCTAAGGATTATGGATTTG +ATGTATATGAAGAAAAAGCTAAAAAAGGCATGAAAGAAGATTTTAAAATAAGTATGGGTA +TTGCATTAAGGCATTTTGATATAGCTTGCAAAAAGTTCGGTATAAATGCTGAATTTGAAA +ATATTGAGACAAAAAGAAAAAGAGGAAAAAATTATTTAATAAGTATAGTTGATAATGGAA +GACTCTAACAAAACAATAGTTGACATAAAGAAAAATAAATGCAATAATTGATGTAAGATA +AAGCTTTAAGTTACTTCAGAGAGAGTATGAAGCATTTAATTATTTTATAAAAATAAAATA +TACCTTAAATTTAGTCCAGAGAGTCTAAAAAGGTTAGATAATATTAATTTGATTATGATT +ACATTATAACCCTTTATCTGGATGATAGAGGGTTTTTTAATATAAATATTAATAAAATAA +AAATAGAATAAAGTCTTTTAAAATAGTCCAGAGAGGCTGAGAAAGAAATCTAATAACTAA +TTTTAAAGAAAAATTATGTTTAGATAGAGTCCTTATACCTCTTTTTGGTATGAGGACTTT +TTTGTTAAGGTTAAGGCTTTATTAAAAAGGAGAAGACATATGATAAATGGTAAAGAAAAA +TTAATAGTTGCAATTGATACTAATGAGTTTGATAAAGCTAAAGAATTAATAGATAAACTA +GAAGACAGTGTAGATATATTTAAAGTTGGTTTAGAGCAATATGTAGCAACAAGAGGAAAA +ACAGTAGATTATTTAAATGAAAAAGGGAAAAAAGTATTCTTAGATCTTAAGTTCCACGAT +ATACCAAATACGATGCAAAGTGCAGTAAGAGCAGCAGTAAGAGATAAGGTATGGTTAATG +ACAATACACGTATCTGATATGGAAGGTATGAGACAGTGTGCTTTAGCTGCAAAAGAAGAA +GCAGAAAAATTAAATATAGAAAAGCCAATAATAGTTGGAGTTACAGTTTTAACATCTTTA +AGCAATCAAGATTTACAAGATATAGGGTGCAACATGAATACAGAAGAATTAGCTATAAAG +AGAGCTAAGTTAGCAAAGGAAGCAGGAATAGATGGAATAGTTTGCTCAGCTAAAGAGGTT +GATAAGATAGTAGAAGCTTGCGGTAAAGATTTCGTAACAGTTTGTCCAGGAATAAGACCT +GTATCGTCAGAAGTAGGAGATCAAAAGAGAGTTGTTACTCCAGCTGATGCAATAAACAAA +GGAGCTCACTACTTAGTTGTCGGAAGACCTATAACTAAAGCAGAAAATCCTAAAGAATCA +GCAGAAAAAATAGTAAATGAAATAGAAAATGCTTAGGGGGTAGGTTAAATGAAGGGTAAA +TTAATATTAGAAGACGGAACGATATTTGAGGGAAAAGCCTTTGGATATTTAAAAGATAGT +GTAGGGGAAGTAGTATTCAATACATCAATGACAGGTTATGGTGAAGTTTTAACTGACCCA +TCATATTATGGTCAAATAGTTACAATGACATATCCTCTTATAGGAAACTATGGAATAAAT +TTAGAGGATGTTGAATCTAAAGGTGTTCATGTAAAAGGATTTATAGTAAGAGAAAAGAGT +GACACTCCAAATAACTTTAGATGCGAAATGGATATAGACACATACTTAAAACAAAATAAA +GTAATCGGTTTAGAAGGGATAGATACGAGAGCTTTAACAAAGATATTAAGAAATAATGGG +ACAATGAGAGGAATAATAACTTTAGAAAATGCTTCATTAGAAGATGTTAAGGCTAAGTTA +GAAAGTTTCTCAAATACACAGGCAGTAAAGACAGTAACAAGAAAAGAAATAGAGCGTATA +GAAGGAAATGGACCTAAAGTAGCAGTTATGGATTTTGGTGTTAAGCAAAATATACTAAGA +TCATTTGCAGCTCGTGGCTGTGATGTAACAGTATTCCCTGCATTAACTAAGCCAGAAGAA +GTATTAGCTATAAACCCAGATTTAATATTTTTATCAAATGGGCCTGGAGATCCAGAAGAT +TTAGAAGAAGTAATAGAAAATATAAAAGAATTAGTAGGTAAAAAGCCAATAGTAGGAATC +TGCTTAGGACACCAACTTTTAGCTTTAACATTAGGTGGAAAAACAGGAAAACTTAAATTC +GGACACAGAGGTGGGAACCATCCAGTTAAAGATTTAGAAGAAGGGAAAGTATTTATAACA +TCTCAAAACCATGGGTACTATGTATGTGAGATGCCAGAAAATATGGAAGTTACTCATATA +AACTTAAATGATAATACAGTGGAAGGTATGAGACATAAAGAATTGCCAATATACAGCGTA +CAATATCACCCAGAAGCTTGTCCTGGACCAAAAGATAGTGATTATGTATTTGATAAATTC +TTAGAATTAGTATAGTTGTTATAAATATTTGAGAGATTAAGGAGATTAAGATTATGCCTA +AAATAGAGAGTATAAAAAAGACATTAGTACTAGGATCAGGACCAATAATAATAGGTCAAG +CGGCTGAATTTGACTACTCAGGAACTCAAGCTTGTCAGGCTTTAAAAGAAGAGGGAGTAG +AAGTTGTATTAATAAATAGTAACCCTGCAACAATAATGACGGACCAAGAGATTGCAGATA +AGATATATATAGAGCCATTAACAATAGAATTTATAGAAAAAATAATAGAAAAAGAAAGAC +CGGATAGTTTATTAGCAGGAATGGGTGGTCAAACTGCTCTTAACTTAGCTGTTGAATTAC +ATGAAGCAGGTATACTTGAAAAGTATAATGTTGAAATAATAGGGACATCTGTTGAATCTA +TCAAAAAAGGTGAAGATAGAGATACATTCAGAGAAGTAATGAGACAAATAAACCAACCAG +TAGTAGTTAGTGATATAGTAACTGACTTAGAAAGTGGATTAGAATTTGCAAATAAAATAG +GATATCCAGTAGTTGTAAGACCTGCATACACATTAGGTGGAACTGGTGGAGGTATAGCTG +AAACAGTTGAAGAATTAACAGAAATACTTACTCAAGGTTTACAATTAAGTCCAGTTAGCC +AAGTACTACTTGAGAAAAGTATAAAAGGTTGGAAAGAAATAGAATACGAAGTAATAAGAG +ATGGTAATGGAAACTGTATAACAGTATGTAACATGGAAAATATAGACCCTGTTGGAGTAC +ATACAGGAGATAGTATAGTTGTTGCACCTAGCCAGACTTTAAGTGATAAAGAATACCAAA +TGCTTAGAAAAGCATCTATAGATATAATAAATGCAATAGAAGTTAAGGGTGGATGTAACG +TTCAGATAGCATTAAATCCTCACAGCTTAGAGTATGCAATAATAGAAATAAACCCAAGGG +TTTCTAGATCTTCAGCTCTTGCATCAAAAGCTACAGGTTATCCAATAGCTAAAGTTGCAA +CAAAAATAGCTTTAGGATATACATTAGATGAAATAGAAAATGCAGTAACAAAGAAAACTT +ATGCATGCTTTGAGCCAACTCTTGACTATGTAGTAGTAAAAATACCAAAGTGGCCATTTG +ATAAGTTTAAGCAAGCTAACAGAAAGCTAGGAACAAAGATGATGGCAACAGGGGAAATAA +TGAGTATAGGAAGTAACTTTGAAGCAGCTATGCTTAAAGGTATAAGATCTCTAGAAATAG +GAAAATACTCATTAGTTCATGCCCCTTCTGAAGAAAAGAGCTTAGAAGAATTAAAGAAAA +GTATAGTAGTACCAGACGATGAAAGATTATTTGACTTAGCTGAAATGATAAGAAGAGGAT +ACAAAATAGATATGATAGAACAAATCACTGGAGTAGATAAGTGGTTTATAAATAGATTTA +AATGGATAGTAGAACAAGAGGAAAAGTTAAAAGGAATGAAGATAGAAGACTTAACTAAAG +AGTATCTTCTTGAATTAAAGAAAAAGGGATTCTCAGATAAGGGAATATCTGACTTAATGA +AAATAAGCCCAGAGAAAGTTTATGAATTAAGAACTTTATATAGCATAAAGCCTGCATATA +AGATGGTTGATACTTGTGGTGGGGAGTTTGATGCATTATCTCCATACTACTACTCAACTT +ATGAAGAGTATGATGAAGTTGTAGTAAATGACAAGAAAAAAGTTGTAGTATTAGGATCTG +GTCCGATAAGAATAGGCCAAGGTATAGAGTTTGACTACTGTTCAGTTCACTGTGTTAAAG +CACTTAGAAAGATGGGAATAGAAACTATAATAGTTAACAATAACCCAGAAACAGTAAGTA +CAGACTTCGATACATCTGATAAATTATATTTCGAACCATTAACAGAGGAAGAAGTATTAA +ACATAATAGAAAAAGAACAACCAGATGGAGTAATATTACAATTTGGTGGCCAAACAGCTA +TAAAGTTGGCTAAATTTTTAGATGAAAAGAGAATACCAATATTAGGTACAGATTTTGCAG +ATATAGATGCAGCTGAGGATAGAGAAAAGTTTGATGAATTATTAGAAAAATTAAATATAA +ATAGGCCAAAAGGGAAGGCTGTATGGTCAGTTAAAGAAGGTATAGAGGAAGCTAGCAAAT +TAGGATATCCTGTACTTGTTAGACCATCTTATGTACTTGGAGGTCAAGGTATGGAAATAA +CTTATGAAGAGCATAAGTTAGAAGCATACTTACAAAGTGCATTTGAAAGAGATAAGAAAA +ATCCAGTACTTATAGATAAGTATTTAACTGGTAGAGAAATAGAAGTAGATGCAATTTGTG +ATGGAGAAGAGATATTAATACCAGGTATCATGGAGCACTTAGAAAGAGCTGGTGTTCACT +CTGGAGATAGTATAACAATGTATCCAAGCCAAAATGTATCTGATGAAATAAAAGCTAAAA +TATTAGACTATACTAGGAAAATAGCATTGGAGCTTAATGTACTTGGAATGGTTAATATAC +AATTTATAGAATTCCAAGGAGAATTATATATAATAGAAGTTAACCCAAGGGCAAGTAGAA +CAGTTCCATATATAAGTAAGGTAAGTAAGGTGCCAATTGTTGATTTAGCAACTCAATGCA +TGTTAGGTGCTAAGTTAAAAGATTTAGGGTATGGAACGGGAGTATATAAAGAGCCTAAGT +TAATATCAGTTAAAGTTCCAGTATTCTCTATGTCTAAGTTATCTAGCGTTGACGTAAGTT +TAGGGCCTGAAATGAAATCTACAGGAGAAGTTTTAGGTGTAGGGGAGACTTTAGAAGAAG +CATTATATAAAGGATTTATAGGTGCAGGAAAGCAAATGTCTGATGAAAGAGGAGTTGTAC +TTGCTACTATAAATAATTATGATAAAGCTGAATTTATGGAAATAGCAAAAGATATGAAAG +AACTAGGATATACTTTTGTAGCTACATCAGGAACAGCAAAGAGCTTAGAAGAAAATGGAA +TAGAAGCTACTGTAGTTAATAGAGTAGAAGAATCTAGGCCTAATATATTAGATGCAATAA +GAAATAAGCAAGTTGATATAGTAATAAATACTCCTACAAAAGGGAATGACTCAACTAGAG +ATGGATTTAAAATAAGAAGAACTGCAACTGAGTTTTCAACTGAAGTAATGACATCTTTAG +ATACATTAAAAGCTTTAGTAGGTGTTAAGAAAAAGCAAATAAACAAATCTAGATTAGAAG +TTTATGATATAGCTAAATAAATAAAATTTAATATTTATTATAAAAAACTCTTTAATTTTC +ATATTGAATTATGATTATTAAAGAGTTTTTTACGATTTAGGTAATATTAAATTACACGTT +AGTATAAGTGATATAGTATACAGAAGAATATGTTAAGTTATATAAATATATGCAATTAAT +ATATGAAAAATGTAATAAAAATGGTAATTATGATTAATATATTTTTTTTAGGATTTACCC +TAAAATTATTTTGTATCATTAATATGATAATTAGATTACATAGGGGGATATTGAAAAATG +AAAAAGAATAAAACGATAGCATATATGTTAGCAGCAACATTATTAGTAGGGGGAACTTTT +TTAGGAACAAAGGCCTTATTTACAGATAAGATAGATACAGTAGGAGAATTAAGTATAAGT +ACAGGAGATGTTGATGTAGAAGTTGTAGGAACAGAAGGTTGGATAATAACTCGTAATGGA +GAAGATGAAAATGAGGGAACAACTGGTCCTGCAACATATGACAACTTAAAGTATGGTGAT +GTGCTTACAAAAAAAATAAAAATAAAAAATGAAGGAACACTGAGAGCAATATTAACGTTA +GATGAAAATTCTGATATACAAAAAAGTTTACCTGAAGGAATAGAATTTACAGCTAGTTTC +AAAACAGAAGGGTTAGAAAATGCAAATGAAACTATATTTGAACCAGGACAAACAGGAGAT +GTTGAATTAAAAATAGAGGTTACTGGATATTCAAGTCATAATGAGACTGAGAAAAGTATA +AATAGTGATAATCAAGAGGCAGAAATTTTAAATTTAAAAGAAGGATTTGTTATAAATGCT +AAACAAATAACAAAAGATACTGTTGTAAATTAATAAATATATAAAGGCACTCTAGTAATA +GAGTGCTTTTGTTAAAAGTAGGTGATTATTATGAAACTAAATAAGAAAATAATTCAAGTA +TTAACTATAACATCTATAATATCACTATTTCCAATAAGTTCATATGCCGATAACGATATA +ACAATAGACCAATCGTTTACATATGAAGATGGATTATGGAAACCAGGAAGAATAGAGTCA +AAAGACTTTTATATAAATAATAATAAAGAAAATGACATAAGTATAGATAGATTATATATG +AGCCTAAAGTCGTCAGAATATTGGAAAACAGGTGAAGAATTAGATATTAATAGTAATAAA +TTTAAAGAATTTGCTAGATATAGTACAGTTACCTTAAAGCATAACGATACTATATTATTT +AAAGATAAATTTGAAAATCTTTTATCTGAAGATGGGATAAAGTTATCAAAAGATATAGAT +ATAAAATCTAATAGTAAAGAATTATTAAACATGACTATAGATATGGATTTAGAAATGAAT +AATGATGCACAAGCACTTAATAATGTATTTACTATAGGCATTGCATATAAAATGGATGAA +AAACCAATGTCACCAATACAGCCAGAAAAACCCGTAACTCCAGATACAGATATTGATGGA +GGTAGTTTAGATAGATTACCTCAAACAGGTGGAATTATAAATAGTTCTAGCTTAATAGTA +CTAGGTGCTGTTGTAATAGGTGCGGGTATTGTATTTAATAGAAAATCTAATGAAAAAGGA +GGAGGTAAACACAATGAGTAGACTAAGAAGATTAAAAGAAAGAAAAAGAAAAAATAAAAT +AAAAGCTGCTTCTTGTGGGTTAGCTCTAACTTTAGCAATAGGGTCAGCACAAGGTTTAGG +AACTTATGCTTTGTTTACTGATACAGAGGATATAGCTAGTGAGTTAGCTATTAGTACTGG +TGATGTTGATGTAGAAGTAATTCATGACAATAATATACTTGAAAATGTAAAACCGGGTTC +TATTAATCCATATAAGTACATTATTACTAATCGTGGTACACTAAGACAACAATTAAAATT +AGATTTAGACATACCAACAACTTTAACTGATTCAACTTTAAATTCAGCACTAAGTTATCT +TAAATCGAATATAAGCTACAGTGTTGACTTTGGAATAAAACAACCAACAGAAGAAGGTTC +AGAAGTAATACCTGTACCAAGCAATGAAGTTGGAGGAAGTGTAGCGAATATAGATAATAT +AAAATTATCATCAGAAAATCAAATATTAAAAAATAAATCAAATGATAATATATTTATATT +AGAACCGGGTCAACAAATAACAGTTAATGCAACTATAAATATACCAAGTATGGATAAAAA +AATTCAAGATGCTTTAAATAATATAGGAAATATAGAATTAGATGTAAGTGTAGAAGCTAG +ACAAATAAGCAATAATATAAATACATTTACTGATTATGGATTTTATGATGTAGCTGTTCA +TAAAAATATTATAACTATAGATCAAAGGGAAGTAATAACTATAGCTATAGGTCAAAAGGC +ATACTTTACAAATGGTAGTGGAAATTCATTTAAGAAGCTATATATTCCAATTAATGTTAA +ATCAACAACTAGTGCAGTTACATTAGAAGCTAAAGTAGTATCTACTGGAAATGGAAATAA +ACCTGTAGAAACAACTTATAAAGCAAAATATGGTAATTTTGATCCATACGGAGACTATAT +TTTAATAGAATCTACAAATAAGCAAGATGAGCTTCCATTCAAAGGAGTTGTAAATATAAC +AATCACAGTGACTGTGAAAGATGGTCAAAATGAAGAAAGCTATGATTTAGAATGTAATGT +AACATTATTAAATGCAGGTAACAATTGTACAGGTGATCATCCAGATCATGATGGCTCTGG +AAATGGAGGAAAATGTCATGGTGAGGTAGTATATAGTGGTCATAAAGATGTTCTAAATAT +ATATGAAGAACTAGAAACAGAATTAAAGTCTCCATTGATAATAGAATCATTAAAGCAGGA +AGTTGAAAATATAGTTGAGCCAAATGTAGTAGAATCACAAAAGGAAGAAGTAGAAGAACC +AAAAGATGAAATAATAGAAATACCAAGACAACCTGAAGTAATAGAGTCACTAAAAGAAAA +TGAAGATATACAAGAATAAAAAATAAAGTGATATCTATATTGATATCACTTTATTTTTTT +AAAGGAGTAAAAATGGAAACTAAAATAATAGAAAAAAATAAAATAAACATATCAAAAATA +TCAAATATATTTATATTTTTATTAGTATTAATACTAGGGTTAAACTTAATAACAACAAAG +TCAGATAAACTATTTGAAATAATAGGATATAGAAGTTACACAGTACTATCAGGAAGTATG +GAACCAGAATTTTACCCAGGGGATATGGTAATAACAAAACATAAAAGTAAAACAAATATA +AAAGTAAATGACATAGTAACATACAGAGATAATGATGGTGTGATAATTACTCATAGAATA +ATAAAAGAAACAACAGAAGGATACATAACAAAAGGTGATAATAACAATGTAGAAGACTCA +GATATATTAACAGAAGATAATATAATAGGAGAAGTTAAGTTTAGTATACCTAAATTAGGA +TATATAATGAATTTCTTATCAAAACCTATGACAGTAGCAGTTGAAATGATTTTATTATCT +ATATTTATATTCTTTTATTATAAGGACTAAAAGGTGATAAAAATATGAAAAAAATAATAG +GAAAATCACTTATAATTTTAGGCGTATGCATTATATCATTAGTACTATATATAAACTATA +ATACATCTAAAGAAAATAAAGAAATGATAGAGCAGTATAAGAGTGCAATTAGTAATGAAA +ATTTAAACCAAGATGAATATAAAATAGGAGATGTAATAGGAATATTAAAAATTCCTAAAA +TAAATATAGAAGTAGCTTTAAAACGAGGAGTAAGTGATGAAATACTAGATACTGCTATTG +GTCATTTTGAGAATACACCAATGCCAGGAGAGTATGGTAATTTTGCAGTAGCAGGGCATA +GAGCATATACAAAAAATAAATTCTTTTCTAACTTAGACAAAGTAGAAATTGGAGATGAAA +TAAATATACTACAAAATGAAACTAACCATAAGTACATAGTAAATAGTATAGAAGTAGTAA +CACCAGATAGAGTAGATGTGGTGGAATCTAAAGATATGGATAAAAAGGAAATAACTTTAG +TAACATGTACACCTAAGTATGTAGGTAGTCATAGGCTTATAGTTAAGGGTACATACGTAG +AATAGAATATAAAATAAAATAAAATGGCTACCTTAAGTATAAGGTAGCCATTTTATATAT +TAAGCATCATTATATCTCCAAGTTGAGAGTTTATAAATTTTAATTTATCAAAATCTGATA +TGCCATCTTCATCTAATATAAGTCTTATTGATTTTAAAGCACTTTTTAATTTAAATTCCT +CTTCTCTTTGTAATTCAAGAATGCCTTCAACTATATTTTGTCTATTTAACTCTATCATAT +CTATACCCCCTATAATATATTTATCTAAATTATGGACATAAATAGAAAAAATATACATAA +AAAAAACTGTAAGCTATTAATTATTTTATAGCTTACAGCTTTTAGGTTGATTTATGCAAA +TAGACTAAATTTTTATCTTCTATAAATTCTTCTGTTAACATTTGTAGCATTACAATAAAA +TCTAGTATTTATATAAGGTGCAAATTTACTAAATGTTAATTTAAATTTAGAAGTTCTGAA +TTCTTCTTTAGCAAGTTCTCCAGCATCAAAATAAACTACTAAACCGTCATTTTCAATATA +AAATGCTTGATCATCAGTGATAAAAAATTCGACATTCTCAAAGTATAAATCTTTATTTTG +GTTTATTTTATAATTTACATAATCAGTAATAACTTTTATATAATCTACACCTGGATTAAA +TATATCTTTTAAAGTTATTTTATTTCCAGTAAGTAAATCATAATTATAGTTATACAATGT +ATCGTATTTAGGTAATGTATTACCGGAAAAACCTAATACATTAACAATAACACTAAGTAA +ATGATTTTTATTAAAGGCAACTGCAAAATTAGAAAATGCGCTATAAATTCTTTTTTCTTC +GGGATTATTATCAGCAACAGTTGAGTTATAATCCTGTTCTTCTTGTGCAAGTCCATCCCT +AAAATCATTAACCTCTTGTTTTATAAGATTACTTATATTATTTAATATAGATGGATTTGC +GAAGAAATAGCCGGTATTAAAATTAAAGAAAGCTGGATATTGAATGTTATAGTAAAAAGT +AGAGTTTCTAGAAAACTCTTCATTAAAATCAGTATAAATAAGATTATACAGACAGTTACT +TTCAGGTTGAGAATTAGCCACAAAGAATCCCCCTTTATTTAGATTATCAATTACAATATA +ATATGCTATGAAAAATTAAATTATTAATAATGAAATAAATAAAATAATGTTAGTAATAAA +GCAAATGAAAGTATATAAACTATTTAAAAGAGCGAAAATATAACTAAATATGGTATAATA +CATAAGATTGAAAAGAAATTTAGCAGGAGGAATATGATGTTAATATTAGCAGATAAATGG +AAAGATTATGAACTTATAGATATGGGTAACGGAGAAAAATTAGAGCGTTGGGGAGATATA +GTATTAAGAAGACCAGATCCTCAAGTTATGTGGCCGATAAGAAATGAAAGTGGACTATGG +AAAAACCCACATGGACACTATCATAGAAGTGCAAAGGGTGGTGGACACTGGGAGACTAAG +AAAAAATACCCAGAAAGATGGACTGTAAGCTATAAAGAATTAAAATTTAATATAAGTCCA +ACTGGATTTAAACATACAGGTTTATTCCCAGAGCAAGCAGCTAACTGGGATTGGTCAATG +GATAAAATCAGAAATGCAGGAAGACCAATAAAGGTGTTAAACCTTTTTGCTTATACGGGA +GGAGCAACAGTAGCATGTGCAGCAGCAGGAGCTGAAGTTTGTCATGTTGATGCATCTAAA +GGTATGGTTACTTGGGCAAAAGAAAACTTACATACATCAGGATTAGGTGATAGAAAAGTA +AGATTTATAGTAGATGATGTTGTGAAGTTTGTTGAAAGGGAAATAAGAAGAGGAAACAAA +TATGATGCTATAATAATGGATCCACCATCTTACGGAAGAGGACCTAAGGGAGAAGTATGG +CAAATAGAAGAAAAATTATATGGATTAGTAGATTTATGTACTAAGGTATTATCAGATAAT +CCTTTATTCTTCTTAATAAACTCATATACAACAGGTTTATCACCTATAATATTAGAACAT +ATATTAGATGCAACTGTAGCTAGAAAAGCTAAAGGTGGAAAAATATATGGCGGAGAAATA +GGAATACCAACATCAAGAGACGGAAAAGTTCTTCCATGTGGAATATTTGGAAGATGGGAG +AGTAAATAATGGTAAAAGTCATATATGAAGATAATCACTTATTAGTAGTAGAAAAACCTG +TGAATATACTGTCTCAAGGTGATGATACTAATGATAAGGACATGGTTAATCTTCTGAAAA +ACTATGTAAAAGAAAAATATAATAAGCCAGGTAATGTGTTTATTGGATTAGTACATAGAT +TAGATAGACCTGTTGGAGGAGTAATGGTATTTGCTAAAACTTCAAAAGCAGCATCTAGGT +TATCAGAGCAAGTAAGAAATAAAAGTTTTAAAAAGACTTATAGAGCTGTTATTCATGGGA +CAATGAATAAAAAGGAAGACACTTTGAAAGACTACCTTTATAAAAATAAGAAGACTAATA +TGGTTAGCGTTGTAAATAAGAATCACAAAGAAGCTAAAAATGCAGAATTAGATTATGAAA +CTTTACAAAGTAAAAATAACTTTAGTCTCGTTCAAATAGATTTGAAGACCGGAAGGCCAC +ATCAAATAAGAGTGCAATTTGCAAGCAGAAAGCATCCTTTATTTGGTGATCAAAGATATG +GCCAAGATGTAAATAAAGTAGGCCAACAAATAGCGCTATGGTCCTACAAAATAGAGATAA +CGCATCCTACAACTAAAGAAAAAATGGAGTTTATATGTGAACCTCCAAAAGAATACCCAT +GGGATTTATTTAGTAAATTATAGGGCTGTTTAAAATAAGCATTTAGATAATTCGGGGCGT +AGGTGGAAAAATAATTTTTATTTCATGCAGCTGGAAAGATGCTGCAAATGGAATAAAAAT +TATTTTCCACCTTACACCCTTGAGAATTTCCTAAATCTATTTTAAATACGTCCTTTTTTT +ATTTAGGATGTGGAATAAAATTTGTTATATATGAACTAAATCTTGGAGATTTAGGTCTTC +GTTATTATTATTTAAGCATATACCGTTTGTTAGAAAGTAAAATACAAATGTTAATATAAA +AGGGAATAGTAATATAATTGTTAATATTAAACCTGACATTGTGATACCTCCTGTAAACTT +ATTTTATTTGTCGTGAGATTTATTATATCAGGCTGGTGCTAAAAAAGCCTTACGGTAAGA +TTGATTTTAGATTACTGTTTTGTAAGTTTAAAAATAAAATATATTTATAATTAAATATCA +AAATTTTGTTTAAACTATTAGAGTACTGTAAGATAATTAATTAAAAATAAAAATTAATAA +TGAGGATTTGAGTATGGATAAGTATGTAGGATTTTATATTGAAGATCCAATAGGGAATAA +TGAATTTTCTTATGAGGATAGAGAGAATAAGAATATTTATGTACCTAGGTTAATAGAAGG +AACTTTAGATGATGTTGCTTTAGGTGATAATATAGTTTTCAATGAGATAGATGAAGGAAA +TGAAATAAAAGCTAAGGGCTTAAAAAATATGGTTGAATATAAGATTGATGATAAGACAGT +TTATGTTTTTGACAACCATAATCATGCTTTTTATTTTTGGATGAAAAGTCTTAAGCAACA +ACATTTTACAAAGGGTTGTAAATTAGTTCATGTAGACCAACACAAGGATATGAGAGAACC +TATAAATTATGAGGTCAATATAAATGATATGGACGACGTATTTAGGTATACTAATAAAGT +TTTGAATGTTGGTAATTTTATAAAACCATCCCTTAAGCACAAGGTATTTTCAGAAGCTAT +AATCATAGATAGCTCATATGGGTTTGATATGAAAGTTGAAGGAGAATATGTTTTGGATAT +AGATTTAGATATATTTTCAAAAGATATGGATTATATACCGTATGAATTTAGACTGAATAA +AATAAAAGAGCTTATAAAAGGAGCTAAGGTTATTACTATAGCTAGTAGTCCTTATTTTAT +AGAACAAGACTATGCTATAAAAGTATTAAAAGAATTATTTAATTATGATATAATGGAATA +GTTAAATTATTAATGCTATAGTATAAGTTGATAAATTTATAGTAATTTATAATATAAAAA +AGATAGAAATTTTAGGAGGAAAAAGTATGAGTTTATTTACTGAATGGAGATCTTTAAGCG +AAAATCATGCTAGCCAAGAAGAAGAAATAAAATTCTGGGAAGAGTACTTAAAGGTAGAAA +CTACAATATACAATGAAATATTAAACAACAAAATGGAAGTAGTAGAAGGAACAGTTGCTG +AATTAGCTGAAAAATTCAATACTTCAAACGAATACATAATGGGATTCTTAGATGGAATAA +GTGAAAGTTTAAAAGAAGATTTAGACTTAGAATCTATAGAAGCTGATACAAAAGTTACTG +TAAAAATAGATTGGGAAAAATTATACTACAACATGGTAGCTGTTGAAGCTCATTGGTTAC +ATAGCTTACCAGGTTGGGAAGAAATATTATCTGCAGAAAAGAGAAAAGAATTAACAAAAG +CTTTCAAAAATTCTAAAACTGTAGTTAAAGAAGATAAAGTTGGAAGAAATGATGTTTGTC +CTTGTGGAAGTGGTAAAAAATACAAGAAGTGTTGTGGAAAGTAAGGTAAATTAAAGAGTA +TTATCTTACTTAAAAAAGTAATAAAATATAAAAAAGGATGTCTCAAAATATATATTTTGT +GGCATCCTTTTATTTATAATTTTGTTTTATACAGATTAGATAGGTTTCTTGCGATATCAG +CAGCAAGTTTAGCATTGTTATGTAGAAGTTGTATGTCTACAGTTGTATTCATTAAATTGT +AGTTTATTTCAGATTTATTTGTTATTGGATTAGCTACTATGACTCCACCATTTAGATTTA +AATCCCATTTAGCCTTTAATGCTTTTGAAATATCTAAAGAGGAATTTACATTATAGTCTA +CAGTAAAACCTCTTTTCATTTCATAAAAAACAGGAAGTTCATTTGTTTTATACCCGATAA +CTGGGACGCCTTTTACATTTAAATATTTTAAGGTTGATTCTATATCTAAAATAGAATTTA +TTCCAGAACAGATAACAGCAACATTAGTATTGGTTAATTCGTGTAAATCTGCGTATATGT +TAAAGTCATCCTGTGATTTTCTACTTACTCCTCCTATGCTAGAGGTAGCAAGCACTTTAA +TACCTGCTAAACTAGCTAATATCATTGATGCAGCAATAGTTGTAGAACATGTTTGTTTTT +TTGAGATAATAAATGGCAGATCTTTTCTTCCTGCATTGGCTATATTTTTACTTAAAGAAA +GTAATTCTATCTCTTCTTCTGTAAGCCCAACTTTTAAAATACCATCTATAATTGCGATTG +TGGCAGGTACAGCTCCACAATTTCTAATTATTTTACAAATATCATTAGCTATTTTTATGC +TCTGAGGATAGTTTACATTACGAGAAATAATATCAGATCCTAGAGCGACAACAGGTTCTC +CAGCCGAAATTGATTTTCGAACTTCTGGATGTATCTGTAAATACTTTTCTAACATGAGAT +TAACTCCTTTAAAGTTTTTTCTATGCTTTCTATTGATAAGTTTGGATTTACAGCTGATTT +ATGTGATAAAGTTAAAATTGATGCGGCTACAGAAATCTCTGTTGAATATTTTAAATTAAA +TTTATTTAAATAGCTGTAAACAATTCCAGACATAAATGCATCTCTTGCCCCTGTAACACT +AACTGTATCAATATTTAAATCCTTTATATGTATAATATTTTTACCATCAGATGAAAAAAT +ATTATTTTTATCAAGATTTATAAAAACTCTTTTTATGCCTTGATCTAAAAAATATTTAAG +ACATATATTTAAATCATTTTCATCAGAGATTTTAATACCTGATAAAAGTTCTGCCTCTTT +TTGACTTAAATTTATAGCTTCAAATCTTCCAAGAAAATTTTTAATTTTAAGACATTTAGA +TGAAGAAACTATATCAATAAAAATTGGAATAGTTGTATAAGTTTTTGTAATAAAGTCTAT +TGTATCTTCGGGTAAATTTGTATCAATTATTATAGCTAAAGAATCACTTATTGATAAATG +TTTTGAATTAATAAAAGGTATGTCTAATTTATCTATGATATCCATATGAGAAATAGCCAC +CTTCATATCATTTGAATTATTTAGAACAGACACATAAATTGATGTTGATTCTTCATTTGA +TATATAGCAATCATCTACGTCTATGCCGTAGTTTTTACATTCATTTAAGATTGTATTTCC +GTATAAATCATTTCCTATGGCAGAAATAAGTTTTGTATTGATTCCTAACCTACAAATGTT +TTCTGCTATGTTTCGCCCTGCACCACCAACTGAAATATTGATCTTACCAGGAGTAGAATC +ATACATTATAAGCGGGTTAGTTGGTATGCCTACTATATCTATATTAGATCCTCCAATAAC +AGTTATATAATTATCTTTTTTTAAAATATAACCTTTTCCTTTGATGTAACCTTTTTTCAT +AAGGTTAGTTATATGTACAGCTACAGAAGAGCGTGTTATACATAGCATATCAGCTAATTC +CTTTTGTGAAATCATAGGATTTGTTTTTAATATATCTAAAATTTCTTTTTCTCTATCAGT +CATATTATCACCTAGAAATAAATATTTGTTTATCAAAATAAACATTTGTTTCAAAATATG +TTATCACCATATTTTCTATTTTTCAACAAAAAAATGTTTTATATTCTTTCAGAAGGAACA +AAAATGCCCTATGGACATATTATGTATTAAGATAATTTTTATTTGGGAGGACAGTTATGA +GAATAGGGGATATAGTAGCTAGAAAGTCTTATAATAAAGATATTATATTTAAAATAGAAG +CTTTTAGTGTAGATGAAAATAATCAAAAAATAGCTTTATTAAAGGGGATAGCATTTAGAG +TTGTAGCAGATGCATATTTAGATGATTTAGAAATAGTTCAGCTGCCTGATATGAATGATA +TTTTAATAGATAGAAATGTTGAAAATTTATTGTATAGATCAGTAAAAAAGGCAAAAGAAA +GACAGAAGAAAAATATGAGGGGAATTCCCAAAGCGCAAGCGAATACTAATGTTTATGGAA +TACCTGGGAAGGTATTACAAATAGATGGAGATAAAGAATATTTAAAAATATGTTTAGATG +TATACACTCAGCTTGGGATTCCAGCAGTAGGTGTTGCTATACCTGAACAAAATCAATATA +AAGAAGTAAGATCTCTTCTAGAAAAACATAAACCGGATATATTAGTTATAACAGGGCATG +ATGCTATGTCATCTAAGAAAGGGAATATGAAGGATATAAATAATTACAAAAACTCTCTAA +ATTTTATAAAAGCAGTCAAAGAAGCTAGAAAATGGGATCCTAACGTTGATAGTCTTGTAA +TATTTGCAGGTGCATGTCAATCTAATTATGAACAAATAATAAGAGCTGGAGCTAACTATG +CAAGCTCACCTGGAAGAATAATGATACATGCATTAGATCCAGTATTTATAGTGGAAAAGA +TAGCTTGTTCAAGAATAGATGTAGTAGTACCTATAGATGAGGTTATAGAGCAAACAGTAA +CTGGATATAAAGGTATTGGAGGGTCAGAGACTAGAGGTAAATTTAGATGGGCTATGCCAA +AAACAATTTTATATTAAAAAAAGTAATATTATACTGTATTCTTAAAAAATACTATTGACT +TTTTTGTTAAAAATATATAAAATTATTAGTTTGAACGTTTGACAATGTATTGTTTTTGTG +GTATTATGTAAACATACAAACGTTTAAAAGAAGGTGATATTGTGGCTACAGTTCAGACGC +TAGATAAGATCAGACTAAGTTTGGAAAGACATTTAGGAAAGAAGATAATATTAAAGGCTA +ACAAGGGGAGAAAACAAGTTATAACAAGAAGAGGTGTGCTTGAAAAAGTATATCCAAGTG +TTTTTGTTGTAAGATTAGATGACAGTCAAAATGGATACTCAAGAGTATCATATAGTTATT +CAGATTTATTGACAGCAAATGTTAAGTTGCAAGTATATAGAGATAAAGATAAGTTAAATG +TAAGTTAAAATTATACCTATTGAAAATAGGTGTAATTTTTTTTTTGTTCTTTAAATATAA +ATATAATGTGATAATTTATATATTTAAACAGGGGGGACAAATTATGGAATTAATAAAAGA +TGTTATAAAAATTGATAACAGAATTGACTTTGGAAAATTTCAAACGTTTATAGAATCAGA +AGCGGTAGTTCCGGACAAAAAATCAGACGTATATGATATAGTAAAGACAGAAGGGTACAT +AGCTCTCAAAAAAATAGAAGTTGCTGATGGAAAGATAGTGTGCAGAGGAAGTTTTAATTA +TAATGTAATATATATTACCGATGATAAGAATACTGTATCAAATGTAGATGGTAAAATAGA +CATAAATGAAGTTATTGATAAAGATAATGTAACTCAAGATATGGAATATATGTTATATCC +AGAAATAGAACATGTAGATTGTACAATAATGAATGAAAGAAAAATTAGAGTAGGAGCACT +TATAAATATTAAGGGGAGCCTATTTGAAAAACAAAGATTAGATATAGTAAAAGATGTATC +ACAAGTAGAAGGAATACAAAAACATAGAAAAGAAGTTAATTATCAAGATATTGTGGGCAT +AGAGAAATCAGAGAGTGTAATAAGGGATACTATAACTATAAATACAGAGGAAATACACTC +AATTATAAGTATAAATCCATATGTAAGAATAAAAGAAAGTAGAGTTAGTGACAATAAGGT +TATAATTGGAGGAGTATTAAATATAAATCCACTTGCTTGTACCTATGATGGAGATCTTGT +TGAGCTAGATAGAGTAGATATTGATTTTACTCAATTTATAGAAGTTCCTGGTGTTTGCGA +TGGTATGATAGAAGAAACATTATTATCAATAGGAGATTTTAATTATATATTCAAACAAAA +TAATGAGAGCAATACAGGTATATTAGAGGTTGATTGTACAATTAGTAGTAAGGTTAAGGT +TACAGATGAAGTAACAAGAGAAGTATTACAAGATGCTTATTCACCACAAAAAATAATTAA +ATTTGATCACCGATTAATAGAATTAAATAAAGTGTTGGTAAGTGATACTGAAAGTTTTGT +AGTTAGAGAAACAATAAAAAATGATAATGAAGACATACAAATAAAAGATATTGTAAGTGT +TTGTCCATCAATATCTATTGAAAATGCATATGTAGAAGATGGTAAGAGTATAATCCAAGG +TATAATAAAATTAGATATATTATATGTTCCAATTGAAGGTCTAAGATTAGTTTATAAAAT +AAGTGAAGAGATACCTTTCGAACATGATATGGAAATTGATGATTTAACAGACGCATCTAC +TGTGTTTAATACAGTGTGTATTGAAAAAGTAGAATCAGATTTAAATAGAGACCAAATAGA +CGTATCTATAAAGGTGAAAAGATTTATTGAAGCAATAGACAAGAAATCTGAAAGTTTTAT +AATTAAGGGTGAAGATCATGGAGAGTATGATTTATCAAAAGCTCCAAGTATTATAGTATA +TATCTGCAAAGAAGGAGATAATCTTTGGAATATAGCTAAAAAATATAATACAACTGAAGA +AGAAATTGCTGAGCTTAACGACTTAAAAAGTGATGAGCCTCTTAAACCAGGAAAGTGCTT +AATACTAGAGAAAAAAGTAGTTTTAGTAGATTAAAATTATATTAAAATAAAATAATAGGG +TGTTATAATACCCTATTATTTTATTTTTTGTAGTATAATATTTATGACTAGGAATGCATT +ATACGATATACAAAGGAGGCTAAAATGAATTCTATAGAATTAAAAAGCAGGGCAAAAATA +AATTTATCAATAGATGTCCTAGGGAAAAGAGTGGATGGATATCATTTAGTCGAAATGATA +ATGCAGACAATAGACCTGTACGACATCATTAAAATAGAAGAATTAGAAACTGAAGAAATA +ATTATAAAAAGTAATACTTCAGACATACCGTTAAATGAAAATAATATAGTTTATAAAGCC +GCAGAATTAATTAGAGATAACTTTAATATAAAAAGAGGTATAGAGATTTTTATAGAGAAA +AATATACCTATAGCAGCAGGGATGGCTGGGGGCAGTTCAAATGCAGCAGCTATATTAGTA +GGACTTAATAAGCTTTGGAATTTGAATTTATCAGAAAAAGAATTAAAGGAACTTGGATTT +AAACTAGGAGCAGATGTACCATTTTGTATAGAAGGTAAGGCTGCTTTAGCAGAAGGTGTA +GGAGAAGAACTTACATATATAAAAGGTTTACCAGATGATATAAGTATACTAGTTTGTAAA +CCTGAATTATTTGTGTCAACTAAAGAAGTGTATGGTGGATTAGACTTAAAAAATATCAAG +AATAGACCAGATAATCAGTATTTAATAAAATGTTTAGAAAATAATGAGATAGAATTATTA +TCTAAAAATATGGTAAATGTTCTTGAGACAGTGACTAGTAAAAAACATACAGAGATAAGC +GATATTGAAAAAATTATGAATGAAAATAAAGCATTAGGATCTATGATGAGTGGGAGTGGT +CCAACTGTATTTGGACTTTATAAAAATGAAGAAGATGCTTTAAAAGGGAAAAAAGAGTTA +TTAAAAAAATATAAGCAAGTTTATGTGGTAAAGAGTAGTGAGAAAGGAGTTGAAATTAAT +GGATAATTTAACTAAATTAAATTTAGAGGATTATAAGCCATTAAGAGATGTAGTTTTTGA +GAATCTAAGAGAAGCTATATTAGAAGGAAAATTAAAGCCAGGTCAGAGATTAATGGAGGT +ACAGCTTGCAGAACAATTAGGGGTAAGTAGAACTCCAGTTAGAGAAGCAATAAGGAAATT +AGAGTTAGAAGGCCTAGTTGTAATGCTACCTAGAAAGGGTGCATATGTGGCAAATATGTC +TTTAAAAGATGTAATAGATGTACTTGAAGTGAGAGCTAGTTTAGAAGGGTTATCAGCGTC +TCTAGCAGCAGAAAGAATAAGTGATATAGACTTAAAAAGATTGAAAAAAATAGCAGAGGA +ATTTAAAGAAAGTACAATAAATGCAGATATTGAAACTTTATTAAAAAAAGATGTTGAATT +TCATGAATGTATATTTAAAGCAGCAAATAATAAAAAATTAACTCAAGTAATAAACTCGTT +ATGGGAACAAGTTTATAGATTTAGAGTAACATATATATCTGATTATGACTCATCTTTAAG +TATAGTTGAAGAACATAAAAATATATTATCAGCTATTGAAAAAGGGGATTGTGAATTAGC +AAAAAAATATGCTACAGAACATATAGAAAAAGCAGAACAATTTATGATAGATAAAGCTGT +GAGTCATAAAGGATTATAGAGAAGGGAAACCTTCTTTTTTTATTGCAATAAATTTATTTT +TATTAATTTGAGATGCTATTTGGCTACATGATAAATTAAATTTTTTATTGAATAAATAAC +TTAAAATTGGAAATACTCAAAGTAGAAAAATATTTAGGGGGATAAAAATAATGAAAGTGA +GAATAATAAAAGCTAGATTGGTAATTCTAATTTTAAGTTTAATAGCCATTATTTCGATAA +TGTCTATATCTATAAAAAATGAAGCTGATAAAATAGATAATGTTAGTGAAAGTTATAAAG +AAAAATTAATAAGATTTCATGTTATAGCGAATAGTGATACTGAAGAAGATCAAGAATTAA +AACTAAAGGTAAGAGATGAGATTATAAGCTATCTACAACCAAAGTTAGAAAATTCAAGTA +GCATAGAAGAAAGCGAAAAAATTATAACTAGTGAGTATGATAATTTACAGTCGATAAGTA +GAGAAACTATTATAGACAATGGATATGAGTATGATGTAAAAGTAGGAATAGAATATAGTA +ATTTCCCGACAAAACAATACTCTAATGTAATACTACCTGCAGGAGAGTATAAGGCTTTAA +AAGTTGTAATAGGGGAAGGGAAAGGTAAAAATTGGTGGTGCGTTATGTTTCCTCCATTAT +GTTTTGTAGATGAAGAAAATGGAGTGATAGATAAGTCTACAGATGAGAAACTACAATCTG +TATTAGATGAAGAAGAATACAATTTGATTACAACTAAAAATAAGGAAGAAGGAAATGTTG +TAAAATTTAAATTTAAAATAGTTGAAGTAGTAAAGGACATGTTTTAATTATCAATTAAAA +AAGGAGTGAATTTGACCATGGATAGGTGCTATAAATTTATAGTGTCTCTACTAGTTTTTA +TAAGTATAATTGTTCCTTCAAATAAGGTTTTAGCAGAAGGCGACGATTTGGAAGATAAGT +CTGTACCAGCAGTTAAAACAAATTCAAATGAAGAAAGAAAAGCTGTAATAAACTTAACTA +GTGAAGAAATATTACTATTGTCAAAACTAGTAACTAGTGAAGCTAGAGGCGAGAGCTATG +AAGGTCAAGTTGCAGTGGCAGCCGTGGTAATTAATAGAGTAAAAGATTCTAGATTTCCTA +ACTCTATAGAAGATGTTATATATCAAAAAAATGCTTTTTCTGTTGTGAAAAATGGAACCA +TAAACATGAATCCAACGGATGAAGCGTATAAAGCAGCACAAGATGCTTTATATGGATCGG +ATCCGACTGAAAAAGCTGTATATTTTTGGAATCCTAAAATTTCTACATGTAAATGGATAC +AAACACTAAATCCTCATATGAGGATAGGTAATCATGTTTTTGCTAAATAAGACTAATATA +TAATAAAAATAAAGAAGCTTAGCTTCTTTATTTTTTTGCAAAAATACACTATAATAATCA +CTTAGATAAGAAAATGAATATAATAAAAAATTAATAATATAATTCTTAAATAGAAGGGAC +AAAAAATATGACTAAACTTAATGTAGCTTTAATATTTGGTGGAAAATCAGGAGAGCATGA +GGTTTCATTATCATCAGCTGCTTCTATATATGAAAATATAAATAAAGATAAATATAATGT +TTTTACTATAGGTATAACTAAAGAAGGAACATGGTTATATTATGATGGAAATTCAGAAAA +TATAAAAAATGGTAAGTGGGTTGAATTAGCAAATAAAAATGTAGAAATAAACTTAGTTCC +TATGGGTAACAAAGAAGTTGGTTTATTATTTGAGGATGGAAGTGTACAAAAAATAGATGT +ACTTTTCCCTGTATTACATGGGCCATATGGTGAAGATGGAACAATACAAGGTTTATTTGA +AATAAGTCAAATACCATATGTAGGATGTGGAGTTCTTGCATCAAGTACAGGTATGGATAA +GCTTATATGTAAGACTATATACTCAGAAATTGGTTTACCACAAGTGAGTTACTGTTCTAC +AAATAGATGGACATTTAGAAAAAATCAAGAAGAAGAGTTAAATGAAATAGAGAATAAATT +AAATTATCCTATATTTGTAAAGCCTGCCAACTTAGGTTCAAGTGTAGGGATCTCTAAGGC +TACAAATAGAGAAGATCTTCTAGCTGGAATAAATGAAGCTTTAATATATGACTCTAGAAT +AGTTTTAGAGCAAGGTATAGATGCAAGAGAAATAGAAGTTGCAGTATTAGGAAATGAAGA +AGTTAAGGCTTCTATAGCAGGTGAAATTAAACCAGCTAAGGATTTCTACGATTATGAAGA +TAAATATATTAATGGTGCATCAACATATGATATACCAGCTAAAATAAGTGAAGCTGATAT +GGAAAAAATAAGAACTATGGCGATAAAAGCATTTAAATCTTTAGATGGAAAAGGACTTTC +AAGAGTAGACTTCTTTATAGATAAAAATTCAGGTGAAATATTTATAAATGAGATAAATAC +ATTACCAGGATTTACAAATATAAGTATGTATCCTAAAATGTGGGAAGCTACAGGATTAGA +ATACTCTAATCTTATAGATAAACTTATAGAGTTAGCATTAGATACAAAAAAGTAAAGTAG +GTGTTAGTATGGATAATAGACCTATAGGTGTATTTGACTCAGGTTTAGGTGGATTAACTG +TTTTAAAAGAGATTATAAAAGTTTTACCTAATGAAAATATAGTATATTTTGGAGATACAG +CGAGAGTTCCATATGGGCCAAGGTCTAAGGAGGCTATAATAAAATATACTTTTCAGGCTA +TAAACTTTTTAATGTCTAAAAATGTAAAAGCTATTGTTATAGCATGTAATACAGCAACTG +CAAGAAGCTTAAAAGAAGCACAATCACAATATAATATACCTATAATAGGTGTAATAGAAG +CAGGAGCAAGGACTGCTGCATACTCTACAAAAAATAAGATTGTAGGAGTAATAGGGACTG +AAGGTACTATAAGTTCAAAATCTTATAATGTAGAAATAGAGAAATTAGATAAAGATATTA +AAATTGTATCAAAGGCATGTCCTTTATTTGTTCCGATAACAGAAGAAGGTTGGGCAAATA +CAGAAGTAGCGTATTTGACAGCGAAGGAATATCTGAAAGAATTGTTGGATCAAGGGATAG +ATTCTTTAGTTTTAGGATGTACACATTATCCAATACTAAAAAGAACTATAGGAAAAGTTG +TTGGAGAGGAAATAAAGTTAGTGAACCCAGCGAAAGAAACAGCGAAAGATTTATATGATA +TATTAGAAAAACAAGATATACTTAGAACTGTGAACAAAAATAATCCAATTTATGAGTATT +ATGTATCTGATATACCAGAAAAATTCGCTAGTATAGGACAACAATTTTTAAAAAGAGACA +TGGATGATGTTAAGAGAATAGAAATACAAAAGTATTAAATGATTAAATTATATAAACTTT +AGATATAATAATATCTAAAGTTTATATTTTTAGGAGGAGAATTTACTATGGATGTAAAAA +TCAATATAAGCACTATTCAGTATGATGAACATAGTAAGGTAGATACTATTAATATAAACA +CAACAGGAACATTACACAAAAAAAATAATGATATTTATTTAATGTACAAAGAAAATCATG +AAGGCGTAGAAGTTACTACAAGTATGAAGATCTCAGGAAAAGAGATAACGATAAAAAGAT +TTGGAGGAAGTAACTCTACAATGGTTTTTGAAAAAGATAAAACTCATACTACAAAATATA +GAACACCATATGGTTTATTTAATATAGAGACTTATACAAGATATTTAAGTATGACTGTAG +ATGATAGTAAACCTATCAAAATTGATTTAGATTATGACATAAAAGTTAATGATATATTCA +GTGGAAGAAATAAAATAGTGATAAATGTCGAAATATAATGTGGATATTAATATAATGAAT +ACAAATTTTATAAAGGTAGTTAAAATACTACCTTTTATTTAATTTATTTGGTATTATTAT +ATCTATATAAACTTTTATATCTTTAATTAAAATTGATACAAGGGTTTATAGTTTTTTTAT +AGAAACTATAGTAAATGTTAATAAAAATAGTAATGAGGGATAATTATGATATTTGAAAAA +GTACTAAGTACTATCAATAAACATGAATTAATACAAAAGGGTGATAAGATTGTAGTTGGT +CTATCAGGTGGGCCAGATTCTGTTTGTTTATTACATATTTTAAGTAGACTAAAAGAGGAA +TTGGACTTAGAAATTTACGCAGCTCACTTAAATCATCAAATAAGAGGAATAGAAGCTCAA +AAAGATGCTTTTTATATTTCAAAACTTTGTGAAGAGATGGGAATTACTTTCTTTATAAAG +TCTATAAATGTTCCAGAATACTGTGAAAAAAATGGTGTATCAATAGAAGAAGGAGCAAGA +AAGCTTAGATATGAAATGTTCTATGAGATAAAAAATAATACTAGAGCTAATAAAATAGCG +ATAGGTCATAATTTAAATGACCAAGCTGAAACTATTTTAATGCGTATGATGAGAGGTACT +GGTCTTCAAGGTCTAAAGGGAATAGAATATATTAGAGATGGTGTTATAATTAGACCTATT +TTAAATATTGAGAGAAATGATATAGAAGAATATTGTAAACAAAATAAGTTAAATCCTAGA +ATAGATAAAACAAATTTAGAAAGTATCTATACTAGAAATAAAATTAGGTTAGAACTTATA +CCGTATATGAAGGATAATTTTAACTCTAATATAATAGAATCTATAGTAAGGATGGGAAAT +AGTTTAAGAAGTGACAATGACTATATTGAAAGTGAAGCTTTAATTAAATTCAAAGAAGTT +TCTAATATAAAAAGTGATAGTGTAGAGATTAACTTAAAGCCTTATATTAATTTACATAAT +TCAATGAAAGTAAGGATATTAAGGAATTCAATTAAACATATACTAGGAGATACTAACTTT +ATAGATCAAAGGCATATAGATGATATTATAGAACTAGAGGATGAATCTAAAATTGATAAG +GTAATAAATCTACCTAGAGGTATATATGTATATAGGAAAAAAAATAGCATAATATTAACA +AATAAAGAAATAGTTATTGAAGAAATAGAATTTTGCTATAATATACCTAGTAATGGATTT +ATTAAAGTCAAAGAAATAGGTACAATTATCGAAACACAGGTAGTAAGTATAAACAAATAT +AAAAGAAGCAAATCAGATAAATCATGTAATTGGTTTGATTTCAATAAAATAAAAGGGGGT +ATAGTTGTAAGGAACAGAAGATCAGGAGATAAAATAAAACTTTCAGGAGGAAGTAAAAAA +ATTAAAGATTTATTCATTGACATAAAAATTCCTAAAGAAGATAGATGTAAGGTTCCTGTT +ATTGCCGATGACCAAGGGATATTAAGTGTTGGTAATTTTAGAAATAGTGAAAATTACAAA +ATTGATGAAGAAACAAAAGAAGTCTTAAAGGTAAGCTTTAAGAAATTATAGAATAAAAAC +AACGTATGAAAGGAGGGCTTCTTTTGAACAAACTTTTAAAAGGAGCAGGTTTCTATCTGC +TGATTTTCATAATCATAGTAGGGATAGTTCAATTTTCAGGTAATCCAACAGAACAAGTGG +ATAAATTAGAGTTCTCTCAAGTTTATCAGGAGCTGACAGATGAAAATATATTAAGTATAC +ACTTTATAAGTGATACTGCAGTAGAGGGAGTTATTAAAGATACAAACAAAAAATTTACAT +CTTATATACCTAAAGAAGTAATGGGGAATAAATTTGCTGATGAGGTATTAGATCAAGCAA +TGGATGGTAAATTAGTTGTTGGAGGAGAAGCAAAACCATCAACACCTTGGTTTATAGATA +TGCTACCAACTATAATTTTTATATTCCTTATGTTAATACTTTGGTTTGTATTTATGAATC +AGTCTCAAGGTGGAGGCGGAAAAGTTATGAGCTTTGGCAAATCAAAAGCTAAGGTACATA +AAGATGATGAAAAAACTAGAGTAACATTTAAAGATGTAGCAGGACTTACAGAAGAGAAAG +AGGATTTACAAGAAGTCGTAGATTTCTTAAAAAATCCGAAAAGATATATTGATTTAGGAG +CAAGGATACCTAAGGGGATACTTATGGTAGGGCCTCCAGGAACAGGTAAAACTTATTTAT +CAAGAGCAGTAGCTGGAGAAGCTGGTGTACCATTCTTCAGTATAAGTGGTTCAGATTTCG +TTGAGATGTTTGTTGGGGTTGGTGCTTCAAGAGTTAGAGATCTATTTGAGCAAGCTAAGA +AAAATGCACCAGCTATTATATTTATAGATGAAATAGATGCTGTAGGTAGAAAAAGAGGTG +CAGGTCTTGGTGGAGGACATGATGAAAGAGAACAAACTCTGAATCAGTTACTAGTAGAGA +TGGATGGATTTGGTGTTAATCAAGGGATTATAATAATGGCAGCAACGAATAGACCAGATA +TACTAGATCCAGCATTATTAAGACCAGGTAGATTTGATAGAGAAATAGTTGTTGGTGCTC +CAGATGTTAAAGGAAGAGAAGCAATATTTAAAGTTCACTCTAAGAATAAACCTTTATCTG +AAGATGTTAAACCAGAGGTTTTAGCAAGAAGAACGCCAGGATTTACTCCTGCAGATATAG +AGAATATAATGAACGAAGCTGCAATACTAACAGCTAGAAAAAGAGATAAAAAAATACACA +TGGAAACTATAGAAGAAGCTATAACAAAAGTCATGGTTGGTGTAGCTAAAAAATCTAGAG +TTATAAGTGAAAAAGATAGAAAGCTTACAGCTTATCATGAAGCAGGTCATGCAATTTGTA +TGCATGTACTTAATCATGTAAGTCCAGTACATCAAGTTACAATAATACCAAGAGGTAGAG +CTGGTGGATTTACAGAACCTCTTCCAAAAGAAGACCAAATGTATGGTACAAAGTTAGAAA +TGGAAGAAACTATAGTAATGGCACTTGGAGGAAGGGTAGCTGAAGAGTTAGTTATAGAAG +ATATCTCAACAGGTGCTTCTAATGACCTAGAGAGGGTAACTTCTATTGCTAGAGCTATGG +TAACTAAATACGGTATGAGTTCAAAGCTTGGACCTATGGTATTTGGAGATTCTGATGATG +AAGTATTCTTAGGAAATAGTTTCGCTACAAAGAGAAATTATTCAGAAGAAGTTGCTTCTG +AAATAGACAAAGAAGTAAGACGTATAGTAGATAAAGCTTACAGAGAGTGTAGACATATAT +TACAAGAGAATATGAGCAAGTTAGACTATGTTGCTAAAGCATTATTAGTATACGAAACTT +TAGACTCAGATCAATTTATAAAAGCATTTAATGAAGAATTATCTTTAGACGTAGATATGA +ACTTAGATAATAAAAAAGTTTCATCTAATGATAAAGAAGAAGCACTTACTGAAGAAGTAA +GAACAATAGATGCTGAGGATATGGAAAAAGACAACATTGTTGAACTGAAAAAAGATTATA +AAGATAAAGAATAAGAGGGAACCCTAGAAATAGGGTTCTTTTTTTATAAAATACAACTTA +AATAATAGGAATGGAAAATTATATGTTGTATAATTACATATAAAATATAAGTGCGGTGAG +GTGGCAATGAGGAAGAAAATTATAAATATAATATTAGATAATAATAGAGAGTTTATTTCA +GGAGAAGAAATATCTAAACAATTAGGTATTTCTAGAAGTGCGGTATGGAAGCATATTAAA +TCTTTGAAAGAGGAAGGTTATAATATAGAATCTATTAACAAAAAAGGATATAGACTAATA +GAGAAACCAAAGGATTTATTGAGTTCACAGAATATAGCTCATGAGCTAAATACAGAATTC +ATAGGTAGCAATATTTTACACTTTGATACTATAGATTCAACAAATACCTATGCTAAAAAA +ATTGCTTCAAAAGAGATTGATGGGACTGTTGTAATAAGTGAAGAGCAAACATTAGGAAGA +GGTAGATTGGGAAGAGTGTGGAATTCTAAAGCTTATGAAGGGATATGGATGAGTATAATA +TTAAAACCTAATATATTACCTTATAAAACTCCATTTTTGACTATAATAGCAGGAGCCAGC +ATAGCAAATGCTTTAAATAATCTAGGCGTAAATGTAGGTATTAAATGGCCGAATGATATA +ATTTTAAATGGTAAAAAGCTTTGTGGAATTTTAACTGAATTATCAGCTGAGATAGAGAGA +GTGAATTACATTGTACTGGGAATCGGTATGAATGTAAAAAATCTAAGCTTCCCGTCTGAA +ATAGAAAATATTGCAACTTCCTTATACAAGGAGGGATATAATTTATCTCGAGTTGATATT +GTAAGAGAGATTTTATGTGAATTAGAGAAAAAATATTTAGAGTTTGTAAAAAATGAAAAT +AAAGATAAGATAATAGATATGTATAAGCAGTACTCTGTAGTTTTAGGAAAGAATATATAT +ATTGTAAAGAACAACGAGAGAGAATTGGTAGAATGTATAGATATAAATTTAGATGGAAAT +TTAATTGTCAAAAAGTCTAATGGAACTATAGAAGAAGTTATGTCTGGTGAAGTTTCAGTA +AGAGGTGAAAATGGATATGTATAACAATATATTAGATGTAAAAGGATTAAAGGTTGGACA +AGTTCAAGATGAAGATGGATTAACGGGATGTACTGTTGTAATTTGTGAAGAAGGTGCAGT +CTGTGGAGTAGATGTAAGGGGATCAGCTCCTGGAACTAGGGAAACGGACTTACTAGACCC +TATAAATATGATTCAAAAGGTGCATGCGGTGGTTCTTTCTGGTGGATCTGCATTTGGACT +TGAGTCTACATGTGGTGTTAGTCAGTATTTAGAGGAAAGAAATATAGGGTTTGATGTAGG +TGTTGCTAAAGTACCTATAGTAGTAGGCGCGGTATTATTTGATTTAGCAGCAGGGGATCC +TAAGTGTAGGCCTGATAAGAAAATGGGATATAAAGCGTGTGAGATGGCTAGTGATACTGT +TTTGAAACAAGGAAATTATGGAGCAGGATGTGGAGCCACAGTAGGAAAAATAAAGGGACC +TGAGTATGCAATGAAGGGTGGAATAGGAAGTTACTCAATAAAATTAGATAATGGTTTAGT +TGTATCTGCATTAATTGCTGTAAATGCATTTGGTGATGTATATGAAGATGGGAATGTGAT +AGCAGGAGTGTTAGATAATACTAAGACCAAAGTTCTAAATAGTTACGAACTTATGAAACA +AGGTGTTAATAAAGGTGGTTTTAGTATAGATAATACAACAATTGGTATTGTTGCAACAAA +TGCTAAACTAGATAAAGCTGGATGTAAAAAAATATCTCAAATGGCTCATGACGGTTATGC +AAGAGCGATATTCCCAATCCATACTCCTCATGATGGAGATACTATATTTACAATGGCCAC +AGGTGAGATAGAAACGGATATAACATTATTAGGTTCAATAGCAGCTGAAGTAGTTGAAAA +AAGTATCGTTAATGCTATAAAAAATGCTTCAGATGTAAAAAATATATTATCATATAAAAA +TATTCCGATATTACAAGTTTAGTTGACAATCATACTCCCCTGTTGATAAAATTATTTGTG +TTACAGCTGGCATCCTGATCTCAGGAGCCTGACTAATATCAAGAGTGTATGTGTAACAAG +AACAAACTTAATAAAATTTAGAAGTCCGGCATCTTTATGAGCTGGAACGGAGGTGTATTT +TTATGATGAATTCACAAGTGGCAACAAGAAAGAAAGTAAATGTCAAAAGGATGACTATAA +TAAGTTTACTTTCAGCAATATCGATTATGTTATCGATGATTCCTCAAGTAGGGTATATAC +AAATAGGGCCTGTAGCTATAACTACAATGTGTATACCAGTAATAATTGGTGGAATTATGG +AAGGTCCTATAGCAGGTGCAAGCATAGGATTTATATTTGGTGTAACTAGTATGTTTAGAG +CTTTAATGGGTCTAGCAGGGCCTACTGGTTTTGTATTTATGAATCCATTAGTATCGGTAT +TGCCAAGAATTCTTATAGGAGTAGTAGCATACTATTCATTTAAATTATCTATGAAATTAA +TAAAAAACACATATGTAGCTGGTTGTATATCTGGCGCCTTAGCGTCTATAATCAATACAG +TAGGTGTTTTAGGTATGATATATGCTCTTTATGCTGCGGAATATGCAACAGCATTAGAGC +AAAGCCCAGGTGCAGCAAAGGCACTTTTAATAGGGGTTGCAACAACTAATGGTATAGCAG +AAGCTTTAGGTGGAGCTTTAGTTGTATCGGCTGTAGTTGCAGTACTAAAGAAAAGTAAAA +AATAGAAAGAAGGTTAATATAAATGCTTTTAGTATTCGACGTTGGAAATACCAATATGGT +ATTAGGTATATACAAAGACAATGAATTAATTAAGGACTGGAGAATAAACACAGATAAAGA +AAAAACTTCTGATGAATATGGCATATTAATAAGTAGCTTATTTAAATATGAAGATATAGA +AATGAGTGAAATAAAGGATGTTATAATATCATCGGTTGTACCAAATGTAATGCATTCTCT +TGAGAATTTTTGTATTAAATATTGTAATAAGCAACCATTGATAGTAGGACCAGGAATAAA +AACTGGTTTAAATATAAAATATGATAATCCTAAACAAGTTGGAGCGGATAGAATTGTAAA +TGCTGTCGCGGGTATAGAAAAGTATGGATACCCACTGATATTAGTTGACTTTGGAACTGC +AACAACATTTTGTGCCATATCTGAAAGAGGTGAATACCTAGGGGGTACAATTGCTCCTGG +TATAAAAATATCTAGTGAAGCTCTATTCCAAAGGGCATCTAAGTTACCAAGAGTCGAGTT +ACTAAAACCTGGAACAACAATTTGTAAATCTACAGTTACGGCAATGCAGTCTGGAATAAT +ATATGGTTATGTAGGTTTAGTAGATAAAATAATATCTATGATGAAAGATGAATTAAACTG +TGAAGGTATTAAAGTTGTAGCAACAGGTGGTCTTGCTAATCTTATAGCTTCTGAAACTGA +TAGCATAGATAATGTAGATAAGTTTTTAACTTTAGAAGGGTTGAAGGCTATATACGAAAA +AAACAAAGAGTAGATTAAAGAGGAATTGGAGAAGAAATCCAGTTCCTTTTTTGTGATAAA +GTGGATATACTTATCTGAATAAATAGTTGTTAAAAGTAATATGTATATTAGTTCTATTTA +ATGAACAAAATTTAAAATAAAAATGGTATAATTGAAAAGTTTATAATAATATAGTTTGTG +GTAATTACTTAATATTTATAAATTTAGATTAAAAGATTATTTAAATTAATAATAATATAT +CAGAGTGAGGAGAAACATAATGAAAATAGGGAATGTCGAGTTAAAAAATAAAGTATTCTT +ATCACCTATGGCAGGCGTTACAGACCTTCCTTTTAGGTTAATATGTAAAGAACAAAATTG +TGGTATGCTATACACAGAAATGATAAATGGGAAAGCTTTATGTTATGATGATGAAAATAC +TAAGAAAATGTTAAAGATAGAAGATGAAGAGCACCCAGTTGCAGTTCAAATATTTGGATC +AGATCCAGAGTTTATGGGTAGAGCAGCAGAAATAATGAATGCTTATCCAAATGAAATATT +GGATATAAATATGGGATGTCCTGCTCCTAAAGTTGTTAAAAATGGAGATGGATCAGCTTT +AATGAGAAATCCTAAACTTGCAGAAGAAGTGTTAAAATCAGTAGTAAAAAATTCAACTAA +ACCTGTAACTTTAAAAATAAGAAAAGGTTGGGATGATAATAGTGTTAATGCTGTAGAAAT +GGCGAAGATAGCAGAAGCCAGTGGTATAAGCGCATTAGCTATACATGGTAGAACTAGAGA +GCAGTACTATTCAGGAAAAGCTGACTGGGATATAATAACTGAAATAAAAAATGCAATAAA +TATACCTGTAATAGGAAATGGAGATGTGTTCACAGTAGAGGATGCAAGAAATATGTTAGA +CAAAACAGGTTGTGATGCTATAATGATAGGTAGAGGTGCTCAAGGGAATCCATGGATATT +TAAAAGAATAAATCATTATATGGAAACTGGTGAGATATTACCAGAACCGACTTTAGAAGA +AAAAATAAATACAGCTGTAAAACATTTAAATCTTGCAGTAAGAGAACATGGAGAATATGT +AGCTGTAAGAGAAATGAGAAAACATATAGCATGGTATTTAAAAGGCCTTAAAGGATCAGC +AAAAGTAAGGGATGAAATTAATAAAATAACTAGTTATGAAGAAGTTGTAAGTAGGCTTAA +TGAGTACATGGAAGATGCCTTGACATTAGTATAATAGTGACTTATAATATACCGCATAAT +AAAATAGATATGAAGAATTTTAAAATATATGGAAATTCTTAATTTTACAAAGGAGTTGTG +GGGTTATGGAACAAAAAAATGAAATACTTTTAACTCAAGAAGGTTATGACAAATTAGAGG +AAGAAGTAGAATTCCTGAAGACAGTTAGAAGAAAAGAAGTTGCTGAAAGAATAAAGGTAG +CAATATCTTTTGGAGATTTATCTGAAAATGCTGAGTACGATGAAGCTAAAAATGAACAAG +CTCAAGTAGAAGAAAGAATAATGAAGCTTGAAAATATGATAAGAAAAGCTGTTATCATAG +ATGAAAGTCAAATAGACGTTAATGTTGTTACTATAGGTTCTATAGTAAAAGTTAATGATG +TAGAATTTGATGAAGAAGTAGAATATACAATAGTAGGTTCTGCAGAAGCAGATCCATATG +ATGGTAAGATATCAAATGAGTCTCCAGTAGGAAAAGCTCTTTTAGGAAGAACTGTAGGAG +ATGAAGTAGATGTTCAAGTTCCAGATGGAACAGCAAAGTTCAAAATATTAGAAATAAGAA +GATAATCTGGAGGAAGAAAAATGAATAAAGATCAACAAAATGGAACAGTTGAAGATCTTA +GTGAAGTTCTTCAAGTAAGAAGGGATAAATTAGCTAAACTACAAGAAATGGGAAGAGATC +CTTTCCATCAAAGTAGATACGATAGAACAAGTAATTCTATGGCTATAAAAGACAATTTTG +ATGAAATGGAAGGAAAGATTGTTAAAATAGCTGGTCGTATAATGAGTAAAAGAATCCAAG +GTAAAGCTGGATTTATAGATTTACAAGATCAAGAAGGTAGAATTCAATGTTATGTTAGAT +TAGATAGAATCGGAGAAGAAGAATATTCAATATTCTCTACATATGATATCGGTGACATAA +TAGGTCTTGAAGGTGAAGTATTTAAAACTAAAAAAGAAGAGATATCTGTAAAAGCTAATA +ATGTAGTTTTATTAACTAAATCTCTTCAAATATTACCAGAAAAGTATCATGGATTAAAAG +ATCAAGATTTAAGATACAGACAAAGATATGTTGATTTAATAGTTAATCCAGAAGTTAAGA +ATGCTTTCTTAATAAGAACAAAAGCTCTTAAAGCATTAAGATCATTCTTAGATGAAAGAG +GTTTCTTAGAAGTTGAAACGCCTATTTTAAATACTATAGCTGGTGGAGCTAATGCTAGAC +CATTTATAACTCATCATAACACACTAGATATACCAATGTATTTAAGAATAGCTAACGAAT +TATACCTAAAGAGATTAATAGTTGGTGGATTTGATAAAGTATATGAAATGGGTAGAATGT +TTAGAAATGAAGGTATGTCTGTAAAGCATAACCCAGAATATACAGCTATGGAGCTATATC +AAGCATATGCTGATTATACAGATATGATGGATATAACAGAAAATCTTATATCTCATATGG +CAGAAGTTGCTACAGGAAGTATGGTAGTAAATTATCAAGGTACTGAAATAGACTTTACTC +CTCCATGGAAGAGAATGACTATGGAAGAATGTGTTAAGCAATATGCAGGTGTAGATTTCT +CTACTATAAATACGGATGAAGAAGCTTTAGCAATAGCTAAAGAAAAAGGTATAGAAATAA +CTCCAGGAATGAGAAGAGGGGAAGTTATAAATGCTTTCTTCGAAGAATTTGGGGAAGATA +AGCTAATACAACCTACATTTATAACTCATCATCCAGTTGAAATATCACCTCTTGCTAAGA +GAAGTGTAGATGATCCAAGAAGAACTGATAGATTCGAAGCTTTCGCAAATGGATGGGAAT +TAGGGAATGCATTCTCTGAATTAAATGACCCAATCGACCAAAAAGGAAGATTTATGGATC +AATTAAGAAAGAAAGAATTAGGTGATGATGAAGCTTGTGATATGGATGAAGACTTCATAA +ATGCACTAGAAGTAGGTTTACCTCCTACTGGTGGACTGGGAATAGGAATAGATAGAACTA +TAATGTTATTAACTAACTCTACGACTATAAGAGATGTATTATTATTCCCTACTATGAAAC +CAATAGAAAGTAACAAAAAATCAGACGAAGAATAATAATTATATAAAATGAATCCATGTA +TCGTTAAGATACATGGATTTTTTATTGTAAGAAAATGAATATAATTATTATAAATAAGTA +ATTATTAATAAAAATTATAGTTAAAAATGAGCTTTAATACTTTAATGTGAGAAAAAATAA +AACATTGTAGGTGTATAAGTAGAAATTTTTATAAAGGAAAATGGAATATCTAATTAGAAT +AAAGTAAAAAAGTATAATTGGGGGGATATGGATGTTTCAAATTATTAATTGGTTATGTTA +TATCTGTGTAAGTTTTTTAGTATTAGAAATAATGGTTTATTTATGTAAAGATGTGATAAA +AGTGAGTAAATCTAATAAAAAAGGTAAAACTAAAAACATTGGAAATACAACGTTTAAAAA +CAATAAACATATTTACAATAATAAAATCGCAAAATAATTTCAAAAAAAGTATTGACCATA +TTGAAATGAGATGGTATAGTATTACTTGTCCTTAAGAAAAGGAAAAAACGAAAGAAAAAA +GATGAAAAAAGTCTTGACTAAGAAAGAAAAACTTGGTAAGATAAATGAGTCGAAAAAATG +AACTTTGAAAATTAAACAGTAGGTTAATTTATATAACTAATTCTTATAAAAAAAAATTAT +TCGAAACAACCAAACAAAGCCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTG +AGAGTTTGATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGC +GATT +>MGYG000000001_31 +AGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTTG +CACTTATATTGACAATCTATCATAAAAAAAAAAATTTATACAATATTCAGATGAAAGTAT +TAAATACTTTATAACCTAAATATTATATAAATCATTTTAGAATATTCTCATTTTTAACAA +CATCCACAGTCATCATCAAAATTATTATTTAATAAGAATAAAACAAATATAATTAATACA +ATCCAAATTAAAGAATTATTTTGTTCAAAAAATCCACAGCAATTATTTCCACCAAGCGCT +AAGAAAATTACAAAACCAAATATTAAAAAAAGAATCATTGGGTTATCGTCAATAAAGTCA +AACCCTCTAACAAAATCACTTAATTGGCTCATATCTTTCCCTCCTAAGTTATGTATTAAC +TCCTCTAATCTTAATATATGATTATATTTTTACTTAAGTGCTTGTCTTCTATTATTACTC +ATTCTTATAACCTAAAATTTTTAGATAATTCTATTTTTCTTCGTAGAAGTTAACATTTTT +TATAACTATATCTATTGATCCATTTTCATTTTGTCTTACACTATATTTCATTGGATCCTC +AAAGTCTGATAAGTTTCCTTTTATATCAAACCCATTATCCGTTCTTATGCTTCTTTTCTT +AAGCTTTTTTTCAACCCATTTTTTATCTATATTGAAGCTTTCTTCTAATCCCTTATCTTC +CATATGCTCTTTGAAGCTTTCCTTAAGCTCTTCATCTTTTATATTATTTTCAATAAAGTC +TTGTACATTAATTTCTTGTTTTTCTTTTAATGTATAATTTAACATACTCCTTACATCTTC +TGCTTTCTTTATATCGCTACTTAATGCATTCGTAATCCAATTTTCAGCAGTGTTTTTAAA +TACCTTAGTTTTATATTTATCATCATCTATTTTTTCTGCATGTAAAAATTCAGATACAAA +TTTAGATTCGCTACCTTCTTTTTCTGCATCCTTATCTAATACTTTTAAATGATATTCATC +ATTTATTCCATTTGCCCCTACTATTGCTGCTTGTTTTTGTCTTCCTGTCTCAGGTATACC +TATTTCATTACTTACCATTTGTATATTAAACTTTTCATCTAAAAGCTCAATAGAATGAGT +ATATAACCTCTTATAATCTAATTTTACTATACCTACATATTTTTCATCTTTTACAGTATA +TAAACAGATTGCTAAATCACAAGACTCTATTTCCGCATTTATTTTCATTACTTCAAATAA +GTATGCAGCTATCTCTTTTGAATTTTGTAAAAATGTATCTTCATCATATATTATTTGCTC +GCAACAGTTTTTTATTAAGTTGTCATTATAATTTTTAAAAGCAGCCTTTCTTAAGTCATC +ATCTTTAGCTACTCTATTCATAACTTTTTGGAAAAATTTATCTACTTCAGGGCTTACTCT +TCCCTCATAATCATTTAATATTGGAGTGTCATTCTCTTTATCTAAAACGTGTATTATAAA +CTTATGTATTATCATACTCTCACCTCTATTTTATTATCTTAATTTTTCTATTAATTTTTT +CATATCCTCTGGAATATTAGCCTTAAACTCTAAACACTCTTTAGTTCTTGGTTGCATAAA +TTCTAAACTATATGCATGTAATGCTTGTCTATCTATTAGACTTTCATCTACATGTCCATA +AAGCTCATCTCCAATTATACCATGACCTATATAGTTCATATGTACTCTTATTTGATGAGT +TCTTCCAGTTTCTAATTTAACTTCTAAAACGGTTGCATCATTTAATCTTTCTAAAACTTT +ATAGTGAGTTACTGATGGTTGTCCTTTTTCATCAACTATTCTTTTTATACTATCTTCTGT +TGGTCTATATATAGGTTTATTAATAGTGCCTTCATCATCTTTCACTATCCCTTTTACTAC +AGTTATGTATTTTTTAACAACTTTATCATCACTCATATCTTTAGATAAGACATGATGAGC +ATAAGCATTTTTAGCTACTATAACAAGTCCAGATGTATTCATATCTAACCTATTTACAAA +TCTCACTTTTACTTTTTCATCTTTTTTAATTATATAATCAGTTACCCCATTTGCGACTGT +TTTATCATAGTGACTTTTTGTTGGATGCACTACCATAAAAGGGGGCTTATTTACCATGAT +TATATCAAAATCATCATATATTATATCTAAATTTAAATCTTGTGGCTCAAAGTTAGCTAT +ATCTTCATCTATTTTAACCTCTATCAAATCGCCCTTTACTACCTTTACACTAGGCTTTTT +AAATTCTCCATTTACTGATACAGTTTTTTCTCTTTTCATTTTCGATAAAGATCTAACTGA +AAAATTCAATTTATCTAATAAAACTTCCTTTAAAGTTGAATCATCTTCATTCATATATGA +TATAAGATTATACTTTTGTCCTTCTTTTTTAAACAAATCTGCACCTACTCTCAAATTTTA +TAACATTATATATTTTACACTATTTTATTATTTTAGATAATACATTTTCAAATTTATTTA +AACAAATAGATTGTATTGAATTTCACTAAATTAAAATAATAACTAAAAGCTTATAAAAAA +ATATATACAAAGCAATAAATAAAAGATAGATTGAAAAAACAATCTATCTTTTATTTATTG +CTTAATTTTATTTTTAAAGCTATACCAAAAGCTATTAGTGAGCTAATCCCACCAATAATA +AATGGTAGTTTATTTCCATAATCAAATATAAATCCTGAAATTAATGACCCACTTACCATA +CCTAATGCTTTAAATGAACCTTGAATTCCCATAACTTCACCATAGTTATCCTTAGCTAAT +TTTGAAACTATACTTTGTTGTATTGGTGTAACTATAGCACTTGAGGCTATAAATATAGCT +AAAAATAACAATGCTATATAACTATTATTAATTAAACTAAATAAAATTATAGAAACACCA +GTAATACCTAAAGCTACTACCATTGTTTTTCTTTCTTCAAAATGTTTACTCAAATAAGGA +TTGATTACTACATTCATGAATAATGCTATAATTCCAGCTACTGCCATAACAATTCCATTT +ACACTAGTTGATACATTTGCAACATATTCTAAAAAGTAATTTATTGTTGAACTATAAGCA +GTTGTAGCAATTGTAATTAAAACCATTACAATCATCATTACACCTATAGAAGATTTTAAG +TCTATTAAGCTTTTGTTTAATTTTAAATGACCTAAATAAACTTTATATTTATCATTTTTT +TCTGTTATAGTTTCTTTTATAAATACAGCAACTAGTAATGCAATTAACATCGATGCTAAA +AATTGAGTGAAAAATGCATATTTATATCCACTCATTCCTACAAATCCTCCAACTAAAGCT +CCAAATGAGGCTCCTATAGAATTTGCCGCCGTATTATAAGAAAGGTATTTTATTCTATCT +TCTTTAGTAGATACATCACTTATGTATGCTGTTGATACTGTAATATATCCTACTGATAAT +CCACCTGCTAAAACTCTAAATAAAAGAATCATAATCTCATTCGATGAAAATCCAAACCCT +AACTGACTTATACCATACCCTATCATTCCAACTATAAGTATTTTCCTCCTACCTTGAGCA +TCAGATATTGACCCCCAAATAGGAGACATAACAAACTGAGCTATAGCCATTGATGAGTAA +AATACTCCAAATGTATAAGTAGGCAAACCTAGTACATTTATAAGTGTAGGTGTAACTGGA +TGAGCTATATTAAAAGTAGCCATAGTCAAAAAATTTAAAAATAATATTTTTATAATCCTC +TTGTTGTCCATAAATTCTCCTTTTATCGTTATTTAATTTATTTTTAATATACCCTAAATT +CCTATTATATACTTTATATAAATATAAAAATTCGCTTCTCTAATATCGACAACGACTTCA +TCTGTTGCTTAAGTTTAATAGTTGACATTATAAAATAGTGTAGTTATCTAAATTACATAT +AATTTGATAAACTACACTACTATACTATAAATATTATTTTTTAACACTACTTTTTAAATA +CTTTCCTATCGGCTCTATTATAAATCCAAGCCCTAAACCTATAAAGCCTGCCATTGACCA +CATATAGTTACCAGTTATAGTACCCAGTATCATTCCTATTATCGTACAACCAATCATTAA +ATCAACCGACAAGTCATCTTTTTCTGTATTATTTTCTTTACAGTAATTTATTTCATCAGT +ATTTGAATAATTTACTTCTATTTTATTATCATATACTTTATCCTCTCTCAATACTAGATC +GTCTATGGTCGTATTAAATATATCTCTAAGTAATATAAGATTATCTATATCTAGATACGC +TTTACCGGACTCCCATTTAGATATAGCTTGACGAGATATATTTAGTTTCTCAGCTAGTTG +TTCTTGAGATAAATTATATTCTTTTCTAAGCTTTTTTAAGTTTTCTCCTAAATTCAATAT +ACGCACCTCTTTTCAATAAAAATTATATATTGTCATCAAAATTTAATCTATAATGTAATA +GTTGCTTTTTGTAAACTCATAGTTGCATATATTGATATTACTTTATTTTATAATATATTA +TACCCTTTACAAACATCTACCCACTTCTCACAATTTGAATATCTGTTTAATTCATCACAA +GTAAGCTCTATAGATGAATTACTGCTTCCCGCTGCAGGGAATACTGTTTCAAATCTTTTC +ATAGATTCATCTAGGTAAACTTTCACATCTATTTTTAATTAATTATTCTTAAAATTATTA +ACGATTATACCATATTTAAGTTATTTTTATTTAAGGGCATGATTATATAATATAAATTTT +TATCATAAAAATAAAACTACTTAGATTTTTATGTAGATTTTATGAATTTTTACTTATATA +TATTTTTAAAGCTTTTATTAATAATATCATTGTATATATGCCTAATCCAAATACTCCTAG +CATAATAGCAAGATTAATAAATCCAAAAATACTAAACATAGCCATTTGACACACCTCCAT +TTAAACTTATATTCTAACACTGAAAAAAGTACATATTATCAGTAGTATTATTGAAAATAT +TGATATATTTTTTCCAGTCCTTGCTCCAAAATCATTTATATACTTACGTCCTATAACTAA +TGCTTGTACTAAAAATATTAATATATAAAACACTGTATAATGTAACCCTTGATTTCCATC +TGACCAAGTTTTTAATCCAATATTATTAAAAAGTATATCACCATAGCATACTCCACATTT +AAATGTTATACATAAAAATACACCTATAATACTCAGTATTAATGATAGACTTCCTATACC +CACTCTTTTTTAATCATAATTCTCTCCAATTTTAATACATATCTATTTATTACTATCTAT +ATTCATATAATCAATCGCATAAGATATTGCTGATCTACCTACTGTTGTAAATGAATTTAG +TAATGGTATATTGACTGTAAATTGCTCTTCAATATTTACTTCAACATTATTCAAATCAAA +AAAATCTCCATCTAATTTTAGACCTTTCGGATGTAAAAAAGTAATATATCCTTCACCAAA +TGGCTCAATTCCTTCGTGTATAAGTCTATTATTATTTAAATCTCCTTCATAAGGATTTAA +GGTAACATATTTTACATATGTTGAGCTTCCATCTTCAAAAACTAATTCATTTCCAAATTC +AAGTTTTGCATCTTCTATTCTATATGTAAATTTACTTCTATTAATAATCTTAATTTTAAC +TAAAGTGCCTTCTTTTATTTCTCTATATCCATCTACATTCATTTCTACTTCCATTGCATT +ATACTTTTCATAGTCTTCTACATATACCATTTTTCCATATGAAACTTTATTACCATATAT +ATATACTAAAAATAAAACTAATATTGATAATGATATTCTAATAAATGTATTTTTATTTAC +TATTTTTTTATTTCCCACTATTCTAAGAGATACATACATAGATAATAAAAATATTAATAT +TGATACAAAGCTTATTGTAAATAAATTAATATATGTTGTATTTAAATTTTCTATGATATA +CTCAAATAAATCATTTAATAGACCTATTGATGGACCTGTAGAAATAATACCCAATATAGT +CTCCTCATGGCTATTATTCCAAACAAGCATGGATAATATATTTAGAATTGTAAATACAAA +TGATGCAAATATTAATAAAATCCCTACTACATAAAATTTAGATTTCTGATATCCAAATTT +TAAAATTATAGGTAATACAATCGAAACTATAATTAAAAATACAATATTAGACATTAATAC +ATCATTTAATACTGGACCTCTATAGAATATTCCACCTAATAATGTAGTTATTATCGAATT +CATTATAGTAGTAATAATTATTAAAACAAAGCTCATCACATATTTAGAATAAACAACCTT +TTCTTTATTAGTTGGCATACTTAATATAAAATCACCAGAATTATTTTCATTATCACATCT +AAAAGTATTCATTAATATTAAATAACTTAAAATAATATTAGCTGTCGAGTATGATATTTG +ATTTAAAATTGTGTACATAAATAACAAAATAAATAAATATTCTAATAGAAATTTTTTATT +TGATGTAATAGTCGCAATTATATCCTTTTTTATTAAATTGAACACATTACTCCCCCTTTA +ATATTTCTCCTATATTACTATCTAGACGCTGCATGAAATCGTCTATTTCTTCTGAACCAA +CAATTGTATAAGAACCCTCTCCAATAGGTAAACTTTTAGTGAATTTTCCACTATATTCAT +ACATTGTATAATCTAAATCAAAAAACTCTTCATTCATATACATTGCTTTTGGTAATAAAA +ATTCTATAAAACCTTCTTCTTTGGGTCCTAATCCATCCCAAGTAAGGTCATGTTCACCAT +CAAAATGATTTTTTGGAATCATATTTAATATAACTGCTTTTCTAAGATTTGTTGACTCTC +CATTTTCATCTCTTTCACAAGACCAAAAAGTTATACTAGCATCTTCTAATCTATATGTAT +AATTACTTGCATTTTTTAGCTTCATTTTTATAATCGTTCCCTCATCTACCTTCTCATAAC +TATCTATTCTAAGATGAGTATACATAGGATTTGTAATTTTATAATCTTCAATAGTAATTC +TATCTTTAAAAACTAACTTATTTACTCCAATAAAAGCTACCATTACTGCTATAATTGAAA +TACTTATTTTCATAAACTTATTCATATCTTTTATCCCCCCTGTCGTGATTTACAATCCAT +AGAGATAAAAGCATCGATAGTAAAAAAACAATTATAGCTCCAAAACTCAAGCTATATAGA +TTTAATATACCATCATCTGTATTTATTGTTGAATCTCCTACTAGCATTAAAAATACACTT +ACTTGAATGTATATTACAAAAATTATAATGTACCCAAAACCTATACTCCACTTACTATAC +TTAAACTTAAAAAATACAGGCAACATTATTGACACTATTAATAAGAATAATATCAATGAA +ATTAAAACACCATTTAATACCGGTCCTCTATAAAGCTTTCCACCCATAATTTCATAAACT +ATGTTATTTATAGTAGTAGTAATAATTATAATGCCTAAACTTAATATGTACCTTGAATAA +ACTACATCTTCTTTATTAATTGGCATACTCATCATAAACCTATTTGTATTATTTTCTTTG +TCATATGAAAAGGTATTTGTTAGAATAATAAAGCTAAAAAATACATTTGCAGAGTAATAG +GAAAATGGATTTAAAATTATATGAAAAACAAACAATGTTGCAATATATCTTAATAAAAGC +TGTTTATCAGATCTTAAAGTAACTATAATATCTTTTTTTATTAAATCAAACATTATTTTC +CCCCTTATCCCACCTACAATATCATAGTATAGTAATACATAAAATCTTCTATATTAGGTA +TTTTTATATTCTCTTGTGCTATATTTTGAATCATTCTTTTATAATCATCTTCATCCTCTA +TTTTGATTAAAGCTTCACTATAGTATTTCTGATAATTTATACCTATAATTTTATCTAATA +CTTGTATGTCCTCTTTACTACCTCTTATCACTCTATACTCTTCTCTCAAGCTCTCCTTAT +CCTTACTAAAAACAACTTCTCCATTATTAATAAAGGTAATATAATCTGCAATTCTATCTA +ACTCCTCAGTATTATGAGTACATATAAGAACACTTGTATCTTCCTCTTCTATAAATTCTT +GCAGATACATAAGCACTTCTTTCCTAACAACTGGGTCAAGACCTGCTGTTGGCTCATCTA +GTATTAGTAGCTTGGCATTATGGCTTAATGCATTTGCCAGCATAAGTTTTGCAGACTGAC +CTTTTGATAAGTTTTTTATCTTTAGTTTTTCATTTATATCAAATTTTGTTAAATACTCAT +CAAACTTAGCCTTATTAAAGTCTTTATAAAAATATTTTGATATATTTTTAAAGTCTCTTA +TGGTTACGTGAGGATAAAAATTTAAGCTATCATATACAAATCCAATTTTATTTTTTATTT +CCTCTGGTGAATCTTTCATACTTTTCCCAAATATTTTTATATCTCCGCTATCATAATCTA +CTAAGTCCATTATAAGTTTTATTAATGTTGTTTTTCCTGAACCATTAGGTCCAATTAACC +CCATAATATATCCTTCTGGTAATTCTATATTTATATTTTTTAATTTAAAACTTCCTAAGC +CTTTATTTAAATTCTCAATCTTAAGCATAAACTCACCCCTCATATAAACAATTAAATATT +TCTATAATTTCTTCTTTAGATATTTCTATAATCTTTGATATTTCTATAATTTCTTCGATT +TTATCCTCTATTTCCTTCATCTTTTCTTCGAAAATAATCTCCTTATTAAATCCAGCAACA +AACGTCCCTTTACCAGGAACTATATCAATAAATCCTTGCTTTTGTAATTCTTCATATGCT +CTTTTCGTTGTAATCACACTTATATTTAAATCCTTAGCTAATGCCCTTATTGATGGAAGT +AAATCACCTGGTTTTAGCTCGTTTGAAATTATAGATTCTTTAATTTGATTTACAATTTGA +CCGTATATTGTAGTATCTGATGAATTACTAATTATAATTTTCATAGTTACTCCTTTCCTC +TTCAAAGTACTAGCTGTATATACTCAGTGTATACTGTATATACAATTTACGCAATATAAT +TATTTTACAACATATGTTAATTTATTATCTTTTTTGAACCATGTCTAAATTATGTTATAA +TACAAAGTATAAAGAGGTGGAAAGATGAAAAGAATTATAACTATAAACTCAAATCAAGTA +AATAAGTCTATTAAGACTAGAGATTTATTACGAGAAAAACTTATCGATGCTGGATTTAAT +GTATGCTATGATTTTCATCCAAACACAGAACTTATTATATCAATAGGCGGTGATGGCTCT +TTTTTAAAGACTGTCCACGATTTTGATTTTCCAGAGGTACCTATTGTCGGAATAAATACT +GGTCATCTTGGCTTCTTTCCTGAAATCTCTCCTGATGAGATAGACAAGTTTATAGAAGCT +TACTTGAATAATGATTATATTGTTGAAGAAGTCCCAGTTATTCAGGCTAGCGTATGTACT +AATAAAAGTTGCTGTGATGTTTTTGCTATTAATGAAGTTGTTGTAAAAGGAGATAAATCA +AGAACTATACATCTTAATCTAAAGGTTAATGATAGACATATACAAAATTTTAGTGGTGAT +GGTATGATAGTGTCTACTCCAACTGGATCTACAGCTTATAATTATGCTGCTGGTGGCAGT +ATTGTAGATACTAGTATAGAATTAATGCAGTTAACTCCACTCTATCCAATAAACACTAAT +GCTTATAGGTGTTTTACATCTAGTATTATATTTTCAATCGACTCTATTATAAAAATTGCA +CCAGAGTATAGATTTGAAGATTCTATACTCATTGTAGTAGATGGGGTTGAACACAGATTT +AGACAAATCTCAGATATCCAAATTTTTTCATCTGACATGAAAATCAGTCTACTTAGAATG +GCTAACTATGAATTCTGGAGTAGAGTATCTGAGAAATTTTTATAAAAGACATAGGAGGTT +TTACAATGAAAATAGGTGTAATGAGCGATACACATGGAAGTTTAGAGTATTTTGAAAAGG +CTATAAAAACGTTATCAGATTGTGATGTACTTCTTCATGGTGGAGATATACTCTATCATG +GACCTAGAAATGATTTACCTAAAGACTATAACCCTAAGGCTGTTATTGAGAAAATAAATA +ATTTAGATAATATACTTATAACTAAAGGTAACTGTGAAGCTGATGTAGACCAAATGGTAA +TAAAACATCCTATTCAAAGTCCTTATGTTATGAGCCAATTTGGAGAAATAAGGATTTTAC +TGACACATGGATATACAGACTCTAAAGAGGATACTATAGAAAAAGCTAAGAGTATGGGTG +CAGATATATTAATTCTTGGACATACTCATGTGAAGGAACTATTCTTTGATGAATCTTTAA +TAGTATTAAATCCAGGAAGTACATCTATCCCAAAAGATGGTACTCATTCGGTTGCTACAA +TTGAAATAATTGAATCAGATACTGAAGATGAGTTAGATTTAGACTTTAACTTTATAAATT +TAAATACAGGCGAAATTATAGAATTATAATTTTAATACAAATAAAATAAGCAACCTCAAT +ATAAATAATCTATTTTGAGGTTGCCATTATTTTGATTTTATCGTTTAGTATAGTTTTCAG +CTATTTTTATAATTAATTTAGAGCATTTTTCCATTGAATCTATTGATACACATTCATTTT +TACTATGGAAGTTTATACCTCCAGTAAATATGTTAGGACAAGGTAATCCCTCATAAGATA +ACCTTGAACCATCAGTTCCCCCTCTTATAGGTATTATATTAGGAGTTATCCCTACTTCTT +CCATGGACTTTTTAGCTATATCAACAATAAACATAACTGGCTCTACTTTTTCTTTCATGT +TATAGTATTGGTCTTTTAAATCTAAACTTATTCTGTTATCATATTTTTCATTTAATTTTT +CTATAACTTCTGTCATATATGCTTTTCTAGATTCAAACTTATCTCTATCATGATCTCTTA +TAATATAAATCATCATAGCTTCTTCTACACTCCCATTCATATCATTTAGATGATAAAAAC +CTTTATAATGTTCTGTTGTTTCAGGTCTCTCATTTGCTGGAAATGAATCTGCTATTTCAC +AGGCAATATGTAAAGCATTAATCATCTTATTTTTTGCTGAACCTGGATGAACGTTTCTTC +CTTGTATTTTTATTGTAGCTCCAGCAGCATTAAAGTTCTCATACTCAAGTTCTCCTTCAA +CACCACCATCTATTGTATATGCATATTTTGCACCAAATTTTTCTACATTAAATAAATCTG +CACCTCTTCCAATTTCTTCGTCAGGTGTAAATCCTATCTTTATATCTCCATGTTTAACTT +CTGGATGATTGCTTAAATATTCTACTGCAGTCATAATAGCAGTTATACCAGCTTTATCAT +CTGCTCCTAATAAAGTCGTTCCATCAGTTACAATTATATCATGGCCTTTTAATTCACTTA +ATTCTGGATAATCCTTTATATATGTTATAACATTAAGTTCTTCATTTAAAATTATATCTT +CCCCATTATAATTTTTTATAACTCTTGGTTTAACATCTTTTCCTGTAATATCTGGTGCTG +TATCTAAGTGAGATATGAATCCTATTGTATCTACACCTTCAGTATTACCTTTTAATGTAG +CCATTACATAGCTATTTTCACCTACATTAGCATCCTCTAATCCTAGTTTCTTTAATTCTT +CAACTAAGTAATTTGCAAATACTCTTTGTCCTTCTGTAGAAGGGCAAGCAAAGTTATTTG +GATCTGCTGTTGTATCAAATTTAACATACTTTAAAAATCTCTCTGTAATCTTTTCCTTCA +TATAAGCTCCTTCTTTCTTATGTAATTAAATTTAGGTATACTTTAAATTTATTATTTACC +ACTAATTAAAGAATTTCAACTTTTTTCAAAATATCGTGCATAGCCACTAATCCTAAACAA +AATATTATTCCAATTATCCCCTTAACCTGTACTCCTATAAAAATAGCAATAACTGTGGAT +AAAGGATTCAAACCAATATGCGCAGATACTAGTTTTGGCTCAAGTATTTGCCTTACTACT +GATAATCCTAGAAATACAATACTTATTGATATCGAAACAAAGTAATTCTCAATAATAAGA +TTATATACTATTATAGGAACAAAAATTACAACTATGCCTAGGAATGGTACTAAGTCTAGC +AATCCTCCTATTATACCTAGTATAAACCCATAGGATACTCCAAATAATTCAAAACTACCC +CAAATAACTAAAAAGGTTATACTCATAAGTATCACATATGCCTTTATATATCCTAAAATA +GATATCCTAACTTCTTTTTTTATATTTTTCACCTTGCTTTTTGCACTATCTGTAAACATA +CTATAAAAACCATCTTCAATTTTATCTAAATCTTGTGCAATAAAATAAGTAGATATAAAT +AAAGTTATTATTAGTATAATTATGTAAGGTATAGATGTTGCAAAATTTATTATATTGCTT +AAAAAACTCTTAGATATTTCAATTAAATCTGCACTGTATTTTCCTATAACTTCTTCGACA +TTAAAACTTGATATTTCTTTAAAGTTTTCTAAGTATTGGCTTGCTTGATTGAGTAATATT +TCAATTATATTATTAATATCACTATAATTTGTATCTATATGATTTAAAAAGGTTATTATC +TGTCTAGTACCTGATATGATTAATATAGTAGCTATAGTAATTGCTATTGCTACACCTAAA +AAACTAAGTATTAATGTGGATATACCCTTATTTATATGTAACTTGTCTTTAAGTTTTTGA +GATATTGGATTTATAATTAATGCTATGACTAGTCCAATAAAAAAAGGTGCTATATATGGA +AATGTTTTATATATAAATATAAAACACAAACTGTATATAATAAAAAAAACAGCATTGTTT +TTTAATTTTTTCAAAAATTCTTTGTTTAATACTGCCACTTACTCATCCCCTTTATTTAAT +TATATACCCAATTATATTATAGTATACAAATAAAAACACTGCAGGTCGCAGTGTTTTATT +TATGTGAATATTCTTATTTTCATTATTCTGTTTTTATCAAGACTTTCTATACATAGCCTT +ATATTATCTACTTCAACAACTTCATTTTCTTCTGGAATACGTCCTAAATGGCCTATTATA +AAGCCTCCTATAGAATCAAATTCTTCTGATTCTAATTTAGTTCCAATCATTTCATTTACA +TCAGTTATTTTAGTACTTCCTTCAACTATATACTCATCTTCTTTTATCACTTGTATTTCA +TCATCTTCTTCATCATACTCATCATCTATATCACCAACAATTACTTCAACTAAATCTTCT +ACTGTTATTAGACCTGCTGTAGCACCATACTCATCTACTACAATTGCCATTTGACATTTT +TCTTTTTTCATCTCTTCTAATAGTTGAGTAATTTTTTTAAATTCATATGTGAAAAATGCT +TCTCTTACATACTCTTTTATATTAAAGTTTTCAATTTCTTCATCTTCTAAGAAGACTACA +TCCTTTATATTAAGAATCCCTATTATATTATCTATAGATTCTTCATATACAGGTAATCTA +CTTAACTTTTCATTTTTAAATAAATCCATGATTTCTTCATAAGTATCTTCTGAATTTATA +GCTACAATATCTAATCTTTGAATCATTGCCTCTTTAGCTTGCATATCACCAAATTGGAAT +ACATTATTGATTATTTCTCTTTCTTCAATTTCAAGTACTCCTTCTTCATGACTTACATTT +ACCATAGTTTTAAGTTCTTCTTCAGTTATATATGGTTGAATGCCTTTATCTTGAACTCCA +AGAACCTTAAATATAACCCAAGTTATTATGTTAAATACCCATACTACAGGTTTTAAAAAT +ACTATGGTAGCCTTAATTGGCTTAGAAACTATAAGCGCCACCTTTTCAGTATTGTTAGCT +GCTATAGTTTTTGGAGTAATTTCTCCAAATATTAGTACTAATATTGTCATAACTGCAGTT +GCTATAGGTACACCACTTTCTCCATATAAAGACATAAATAATGATGTTGATATAGATGTT +GCTGCTATATTTACAACATTATTTCCTACTAATATAGATGTTAAAAGATTATTTGGATTA +TCTATTAAAGATCCTACTAATTTAGCGCCTTTAACACCTTCTTCTTTCATGTACCTTATT +CTAATTTTACTTAAAGACATTAAAGCAGTTTCTGATGCAGAGAAAAAACCTGAACCTACT +AATAATATCCCTAATAATACTATTTGAATCAAATTACTACTACTGGTCGAATCCAACCTT +TACCACACTCCTAATTTTTTGTTTTTTAATGTTCAGTATAATGTTAGTATTAATTATAAC +ACAAGTACATATTTTTTGGAAACAGTACAATTCATATAAGTTTATCCCATAATATTATGC +CCTCATATTAACAATAATTATTTATATCAATAAATTTAATACCGTTTTTCATTTATAATT +ACATATATGTGATTTAAGTTTAAATTATTATTTTATTTATAAAATTTTAATAACTACTAA +TAATAATTTATATAAATTTAAATTTGCATATGGAGGTAATTTAATGAAAGATTTACTAGA +TAAAGGCGCTGTTTTACAACGTGATAAAGAAACTTATGCTATTGCTCCTCATGTTCCTGC +AGGGTTAATAACATCTAACCAACTTAGAAAATTAGCTGATGTAGCCGATAAATATAATGT +CAGCGCTATAAAAATTACTGCAGCTCAACGTATAGCTTTAGTTGGATTAAAAGAAGAAGA +TATCGATAGTGTATGGAATGATTTAGGTATGAAACCAGGAGCTGCAATAGGCTTATGTGT +AAGAAGTATTAAAACTTGTCCAGGAACTACTTTTTGTAAAAGAGGATTTAGAGATTCTGT +AAAAATGGGATTAGCCTTAGATGATAGATATCATGGTATGAATCTTCCTAATAAATTAAA +AATTGGAGTTAGTGGATGTCCAAACAGTTGCTCGGATAATCATACCCGTGATATCGGCTT +AATGGGTATGCCTAAAGGTTGGACTATTTTTGCTGGTGGTAAAGGTGGAACAATGCCTAG +ACTTGGTAATAGATTAATAATGAATGTACCCGATGATAAAGTTTTAGAAATGGTAGATAA +AATAGTTAAAGTATATGCTGAAAATGCAAGTGGAAAAGAAAGATTAGGTGCTTATATTGA +TAGAATTGGATTAGATGAATTCAAATCTATATTGAATTTAGACAGCTTTCTACAATAATT +AATTACTTTTTATTTTTTTTTACATTCTATGTCACATTTTTTAGATTCTGCATATAATAT +ATCAAGAGAAAATTAAAAAAGATTTTCTCTTAAAATAAAATAGCATGAATATCAAAACTC +CTGTTAATATTCTAAAATGAGCGGTTATTAAAAAAATTTCTTTCCCTAAAATTTAAGCCA +CCTATTCTCCCCCCTTGTATAGGTGGCTTTTTTTTATGTAAATGTGTATATAAATTTGTT +ATTTGTAAATACTTATATATGAGAGCGGAAATTATATATCTCTCCCCCTAATAAGTATAT +ATAATATTGGCATCTACAACTCCCCCTTGTAGATGCCCTTTTTTTATAGAAACTTTTTAA +ATTTAACTATATTCAATTTTCACCTTAGATCCTGATCCTGCTTCACTTGATGTAACCAGT +AATTTGATTGGTACCCTATTTTTCAATTCTTCAACATGACTTATTATACCTACACTTAAT +TTATCACTATGTAGCCTCTCGAGAGATTCCATAACAATATCTAAAAGCTCAGCGTCCAAA +GATCCGAATCCTTCATCTAAGAAGAAGAATTCCAACGGAGCACTTCCCTTTAATTGAATT +TGAGATGATAACGCAAGAGCTAATGATAATGAAGTCAAGAATGTTTCTCCTCCTGAAAGA +GTATCTACACTCCTTCTTTCTCCCCCATTAAAATTATCTCTCATAACAAAGTTTAACTTT +TGATCTATCTCTAGAGCATATCTTCCCTTTGTTATAGCTTCTAATCGTTTAGATGCTTCA +AGAGCTATATATTTTAACTGATTCGTTGCAACATATTCAACAAATCTATTACCTTGTATT +GTTTTATCTAAATCATCTAGTAAATCTACTTTATGTTGAACTTTTCTCATATCTTTAGTA +AGCTCTTTTATTTTTTCTAAAGAATCTTTTAAACTATTTAATATATTTTGTTTTGCTCCA +ATCTCTTTAGAAATTTCTCCAATCTCTACTCTTAAAACATAAATATTATTTTTTAATTCA +TCAAATTCTTCCTTCTTAATTCTTCTCCCTGCTAGCTTTTGTTTTAAATCATCAATTTTA +TAAGTTAATAATTTTTGTTCTTCTTCATATTCTAAAATTTCTTCAGCTAATCTTTTCTTA +TGATCATATTCTAATAATGCTCTCTTTACAGCATAAATACTTTCAAATTTATTATCATTT +AATAGTTGATTCAACGTTTGTTCTTGTATTTTATGGTGATCTTTTGCAGTATTTAATCTT +CCTTCTATGCTTTTTTTGTCGCCTAGGCATTTTTCATACTCTATTCTTTGCCCTTCTAAC +TTATGCTTTAATTCATCTTCTAACCTTGTTATCTTTTCTGCATATGCTTCTAATTTACTT +AGTAACTCCTTAGCAGATTCTCCTTTAGTTATAGATATAAAATCTCTATATTTCTCATCT +CTAAATCTACATTTTTCAGAATATAACTCTCTCGCTTTTATAAGCTCTAATTCTATTTTA +TGTATCTTATCATCTAATGCCTTAATTTCTAAGTCAGACTTTTCTTTTATAGCTATTATT +TCTGAGTACTCTCTATTTAAATCTTCTATAATTTTTTCATTGTGATTTATTTCATCTACT +TTTGCACTTAGATTAGAAACCTTTACTATAGATTTTAATCCTAAATACTCATCCTTTAGT +TTCTTATACTTTATATCTATTTCTTCTAAGTATAACTTCATTTCTTTTATAGATTTTTTA +TAGCTATTTAATTCTTCTAATATCTTAATTTCATCCTTTTCAATTTTGCTTTTATCTTCT +TTTAATTTACTTATTTTTTGTTCTAAAGATTCTTTTTCATCATTCCATTTTTGAACACTA +TTTTTTAATAACTCTAAAACTCTATTCTCTGATTCTAATTTAGATAAAATTTCATTAGAT +TTTAATTCCCCAATTTTACTATGAAGTTCATTTAATTCCTTTAATTTTATTTTCTCAGCT +GAAATATACTCACCATTTTTTAAGTTTAAATCTTCAAGATTTAAGCGATAAAGTTTATCT +ACACCATTTAACTTTTCTAACTTACCTTTAAGAAAATCTATCTCATCATCCTTACTTAAA +ATTTCAATCTTTTCATGATGTCTTGAACCACATACTGGACATGGCATATCTTCCTTTAAT +TCTCTTCTAAGTTCTAATGCTAGATTTAAATATTTTAATTTGTCTATTTCTTTTTCTAAA +TCACTAATTTCTTTTTTATTAACCTCTAGCTTTTCACTTAATACAGCCATTTCTCTGCTA +TTGTTGTATTTTTTTTCTAGAATAACACTTACTTCATCTTGTAGAGTGCTTATTTTAATT +TCGCTTTCTTTAACTGAATTTGATTTACTTCTTAATTCTGCAATATATTCTGTCTTAGAT +AATATTTCTTCATTACTACCTGGGCATTTTTTCATTAATGATTCATGAGAGCTAATTAAA +TCCTCTAACTTTGAAGTTATACTTACCCTATCTCTCTCTATATATTTACTCTTTAAACTT +AACTCTTCAGTTTCTTTTGATAAATTATTCAATTTATCTAGATTTTGCGACTTTTCTTCA +CTTAATTTCATATACTCTTTTTCATAATCATAAGCTAAAAATATTTTTTGTTTAAGATCT +GCACTTATTTTTAACTTAACTAACTTTTCTTCTTTATCCTTTAAATTCTTAATTATTACA +TCTCTATTACTTTCTATATCTTTTCTATAAATTTCAGATGTTTTCTTTTCTTTACTTAAC +TGAATGCCTCTTTCTTTCATTTCTTTTATTTCTTCATTTATAATGTTTAATTCTTCTTCT +ATTTTTAATGCATTATTAAGTTTTTCTTTATGCTCCATAAGTCTTGGCATTTTTTCATCC +TTGATCTTATAGGCCTCTTCATATCTGTTCTTAGTTAATATAAGCTCTTGATTTAAAATT +CCTAAATTTCGTTCTAATTCTTCTACTTTTAAAGAATCATCCTGTATTTTCTTTTCTAAC +TCTTGAACTACATATATATTAGGATTAACTCTCTCAGCATTTTCTGCATTTTCTAACTGA +ACTTTTTTATCTTTAATGTCATTTTGCTTTAAATCTAATTCTTTTTTTCTAATTTCATAT +TTTTCTAACTTAGTTTGTTCTTCAAAAACTTCTTTGCTTTCCTCATATTTTTTTTGTGCT +AAATCTAATTTCTCATGTTCTTCTTTTTCTCTTAATTTTAATACATCTAATTCCTTTGAA +GTATTTTCATATACTTCTACACTAACACCTTCAAATTGGTTCATTTTAACATTTAAATCT +CTTAATTCAAGATTTTGCTCATTTTTTCTTTTTCTAACCTTTTCTATAAGTCCTCTTCCA +TACTTTTCAAGGTTAAATATTCTTTCGAGCATATCTCTTCTATCAGAACCCGTAAGCTTT +AAAAACTCATTAAATTTACCTTGAGGTAAAACAACAGATCTTGTAAAATCATTTGCTGTT +AAACCTACAACTTGAGTTATTTTATCATTTACATCCTTAGCTTTATCAGCTAGTATAATT +TCAGTTCCATCATTTTGCTTTTCTATTAGTCTAGCATAAGTAGTTTTAGTTCCTCCAACC +TTGCTTCGACCTATTATTCTACTTACTTCATATCTTCTTTTTGCATTTTTACTTCCTATT +TCAAATTCATAATTTACTACTGCTTCCTTACAAGCACTATTTATAAATTCTTTTGTATTT +CTAGATATATTTCCATACATGGCTATAGTTATAGCATCTAAGATTGTAGATTTACCACTT +CCCGTATTGCCAAATATACCAAATAGTCCTCTTTCTATTAGCTTATCAAACTCTATTGTT +TGCTCATCTATATAACTATTTAATCCACTTACTGTTAGCTTAATTGGTCTCATCTTCTAA +ATCACCTTCTTCGCTTATTATATCTAAGAATAAATCCATAAGTTCTCCACGAGGGTCAAG +TCCTGTACTAAATTGATAAAACTCTTTAAATAATTCCCCCATGGATTTTTCATTTATATC +TATTTCTTCTTCATTATATTCAGAAGTTATAATCGGCCTAATTTCTATAATATCATCTAG +TAATTCCTTCATTTTTTTTATTTCTGATTGACTTATTACATGTTCTGTTTTTATTTCAAA +ATAAGACCATATATTTCTATCTCGATTATCCTCACAAATTTTAATAGCTTCTTCTATGCC +ATTGCATTTAAAGACTTCTATTGATTTATAATTTTTAAAATATATGCTTTGAATTATTGG +ACTTTCTCCAGCTTTTAAATCAACTATATTTGCTCCCTTTGCATAGCTTCTCTCATCCTT +ACTATATTGTAATGGTGAACCAGAGTAATAAGCATTCAATCTATGTGATGCTTTTTGTGG +TTTATGTAAATGTCCTAATGCTATATACTGTGCTTTAGTAGGTAAGTCTTTCTTTTCTAC +TAATAAACTACCTCCAAGTTGTATAGGTCTTTCTGAATCTGTACCCTCTCCTCCTACAAC +GAAAATATGAGATACAGCTATGTTTATTGTATCTTCTTCAAAATTTTCTTCTAGTTCTCT +GAATAATTCTCCAACCCTCTCTGAGTAAGTTTTCTGTGCTTCTTCATCATTACTAGGATT +TCCAATTGCCTCATTTAGTCTTTTTTCACTTGGATAAGGAAGTGTAATTATAGTTGCCTT +CTCACCTTTAATTTCTACTTTTAAGCAACCTTCCTTTGCTTCTAGAATTTCAAACCCCTC +ATATTTTGCTTTTTCTGTAGAACTTAAAGGATATCCTAATACTATTATCCCTTGCTCATG +TGCAAGAGGTGTAATTGCAGCTAGCCTTTCTGGATTGTCATGGTTTCCAGAAATAATTAG +CACACATCTTTCACCATTATTTGCTAGCCTTGATACAGTTTTATAAAATAATTTTTCTGC +TTGAGCAGGGGGATTAGATGTATCATATATATCTCCTGCTATTATAATCATATCTATATC +ATTATCATTTACTAGCTTTACAAAATCATCGCAAAACTGTTCCTGCTCTTCAAGCCTTGA +GTGGCCATCTAGGCTTTTGCCTAGATGCCAATCTGATGTATGAATAAATTTCATATTAAT +CCTCCTTCAACTTTATACTTTAATAATATAAAGCTTCATCTATACCAAATAAGTAAATAC +ATTTCTCTTTAACATTCTTACCAGTAAGCCTTTCTAAAGCTTCTGAGTATAATTCTAATT +GTTTTTTATATTTATTTACTACATCTACTTTATTTTCTTCATTTACAAAGTCTGTTTTAT +AATCAACTAATACTATTTCTCCATTTTCTTCAAAATAAGCATCTATTATACCTCTCAGCA +TTAATGTTTCTTTATCATAAACATTATTGTCTTCATGTAATAAATCTTCATAAATGTATA +CATCCGCCATTCTTACTTGAGTATAAATAGCTTGTTCTCTTTTTATAAAATCAGAGTTAA +GCATCCTTTGTCCTATACTTGATTTAAAGAATTTATATATCTTAAATGGATTTATAACTA +CTGACTGTTTTTCACTTATTATTCCTTTTTTAATAAATCCCTCTATTTGCTCTTTTATCT +CGTATATATTATTTACCTTATCTAAATCTAGTACTTGCATTATTAAATGAACTATAGTAC +CTCTCTCAGCACCACTTATTTTACTTTTTTCTTGAGTTTCTTGAATAAATAGTGGTTTTT +TTAATACTGTTCTTTGATTAAATAAACTTTGAGAGAAATCTTCCTCATGAGTATTTTGTA +TTTTCTTAATTTCTGTAACTGATATACTTGCTGGTTTAGTCACACTAAATTTGTATGGAT +ACTCATAATTTAACTTTTCCTTTATGTCTTCATAATAATCTGTACTTGCCTCGTTTAGAT +CTATATTTTCTAATATTTCTTCGATACTATCTTCTACGACCTCTCCTTTCGTTTCCAGAA +GAATATCTTCCTTGTTCCAAAGCTTTGCATTCCACTTTGATGGATGATCTTCTATGTGTG +TTACATTTACGTTAATACTTTCTCTTACATTTTCTAAATCTCTATGCTTTAATACAGATG +GCATTATCCAATCTAAGAAATTTTTACCTTTTAATATATCATATTGAGATATTGTTTTTG +AACCATCTAAGTTAGATGACCATTTCTTTACACTATCCTCTATTTTTTTAGTTGACCCTG +TTATTATTAGCTTTTCTTTTGGTCTAGTAAATGCAACATATAATACCCTCATTTCTTCTG +ATAAATTTTCTATATTTATTTTGTTTTTCAAGGCTTCCTTAGCTATACTAGGGAAGGAGA +TTCTTCTTTCAAAGTCTACAAGTTGAGGTCCATATCCTAATGAGTGATGATAAAGTATAT +TTTTCTTAAAATCCTGAGTATTAAAGTTTTTGCCCATACCACTACAAATGACTACAGGGA +ACTCTAGTCCTTTACTTTTATGTATACTCATTATTCTAACTACATCAGCATTTTCACCAA +GAGTTTTGGCACTTCCCATATCTGTATTAGATTTTTTTAATTTACTTATAAAGTTTATAA +AATTAAATATTCCTTTGAAACTTGTTTCTTCAAATTGCTTTGCTCTTTCGAATAAGATTT +TCAAGTTTGCTTGTCTTTGACTTCCTCCAGGCAATGCACCTACATATGCATAGTAACCTG +TTTTAGTGTATAAATACCATAAAAATTCATCTGTACTCATGTATAAAGACTTTTCCTTAA +AATCTCTTAATTTTGCCAAGAAAATCTGAGCTTTCCTTATATTACTGTCTTCTGGCATTA +TAGAAGTATCTATTATCTTATTAACATCCATTCCTTTACTAGAATCAGTGTAATTTATAT +CTTGATTTTCAGGTTCAATATTAATTTGTCCAAACTCATTAAAATCACTAAAGAAACTAA +ATTCACTAATATCTCTAATAGAATCTATATCTTCTAATTCTGAGTATGCTTGTCTTAATT +CTATACTCACTTCATTGTTATCTTCATCTTCAAAACCATCTACACTTACTTCTAACACTC +TTTCATAAGCAAAGTCCTCTAAAGCTTCATAGAAACTTTTCTCTTTATCTTCTAATCTTA +TATCTATAAGCTCTTCTGGAGTAAAACCAAACATAGGGGATTTTAATACTGCTAGCAGCG +GAATATCTTGAAGAGGATTATCTATAATTTGAAGAAGTGACATTATAGTCTTTATTTCTA +TAGTATCAAAGTATCCTACTCCAATATCAGCGTAAGTAGGTATGTCCATATTCATAAGTT +CATCTGCAAAAACTGGTGCCCATGCTGAAGTTGCTCTAAGAAGTATTACTATATCTTTAA +ATTTAACTTCTCTATATGCATCTAGTTTTTTATCATAAACCATTTGAACTTTGCCATCTT +CTTTTGGTGTCATCAAGTCCTTTATTATTTTCCCAACCATCCTTGCTTCAAGTTGAATAT +TATCAATTTCCTCTTCATCTTGTCTTTCTTCAGAATTTTCTTCTAAGTCTTCTACTTTAC +TTTTTTGAATTATATGTATTTCAGTAGGTCCTCCCACTATAGCATTTTCATTATCATTTT +CTTTAAAAGTGGCACCTAAGTTTAATCTTTCCTTTTCTGTATACTCTATTTCACCTATAT +TTTTACTCATTATATTTTCGAAAATATAATTGGCAGAGTCTAATACCTCCGCTCTACTTC +TAAAATTCTTATATAGCATTATTTTTCTATATAAACTACCTTCCGTTATTCCATACGTTT +CATATTTTTCTTGAAAAATTTCTGGCTTTGCTTGTCTAAATCTATATATACTTTGTTTAA +CATCTCCAACCATAAATCTATTTGGAGTTTCTATTTTGGCAATAGTACTTAGTAATACTT +CTTGTACTAAATTACTATCTTGATACTCATCTATAAATATTTCATAAAACTTGTCTCTAT +ATGCTAAAGCTACATCTGATGGTATAGAATTTCCATGCTCATCAGTTAGTATCTTTCCAT +CTTCATCTCGCTCTGTTAATATTCTTAATGCGAAATGTTCTATATCATTAAAATCTATAA +TTCCTTTTTCTCTTTTTCTTTTAGAATATTCTTCTTCAAACTTTACTATTGTACTAGATA +TAGACTTTACTATAGGATAAAGATATTTTATTTCTTCTTTTATACTATCTGAATCCTTGT +AAAAACTACTTTGTATAATATCCTCTAGAGATTTTTTAGCTTTATCTCTTATACTTTTTG +CCTTATCTTTTGCTTCTTTTATATATATAGGTGCATCTTTGGGTATTCTTTTTACACCTT +TTACATAATTTTCAAAGCACATAGATGACATTGCTCTATAAGCTTCATCCCACGATGTAC +TACAAGCATTTAATAAATCTTTCACTCTTAAATACTCTAATTTTAATTTATCTGTAAAAG +TTTCTAGCTCTATTATATCTTCTACTTCTTCTAAAGCTTTTTTCATACTAACTTCTATAC +CACTTACTTCTATTCTTACAGTATCTAATATAGATTTAGCCCATGCTGAATTTTTAAATT +TAAAGTCTTCATCTATATTAAAATCTTCTGCAGATTTAATTAACCATTCTTCTGGATAAG +GAGATGCCATTGCAAAAGAGTATATACTAAGAATGATATTTTGCAGTTCATTATCTCCTC +TTTTTTCTGCATAACTTTCTACTAAATTTAAAAACCCTTGATCTTTAGATTTATAAAGTT +CTTCAAATACGTCTTCTAAAGCTTCACTCTTAAGTATTGTACATTCTGTCGTGTCTCCTA +TTCTAAAGTTAGGATCTAAATTTATTTTATGGAAGTTTGATTTTATAACTTCTAAACAAA +ATGAGTGTATTGTTGTTATACTTGCTTTATTTAGTAATATAAGTTGGTTTTGTAAATGAG +TATTTTCAGGATTTTTATCTAGGGCTTTACCTATAGCATCTCCTACCCTTTCTCGCATCT +CTGATGCAGCTGCATTAGTAAATGTAACTACAAGTAATTTATCTATATCAATTGGATTTT +CTTTTTCAGTTATCATCTGTATTATACGCTCAACAAGTACTGCCGTTTTTCCCGATCCTG +CAGCAGCTGCTACTAGTAGATTAGAATTTCTACTATCTATAACTGATTGCTGTTCTACTG +TCCATTTAGGAGAACTCATTACTTTATCTCTCCCTTCATTAACTTAATAACTTCATCATT +ATCTTTATTATTTAAAATTCTATATTTATTTTCCTTCATTGTAGTGTCAAACTGACAAAT +AGCTGAATAACTACAGAAGTCACAAGAAGTTCCATTTTTATTTTTATATGGGTCTATATT +AATATTTCCACTAACCATTTCCCCACATAAATTTTTGACTGTACTTTTTACATAATTTCT +AAGTACATCAAATTCTTCATAACTTACACCATTAGTATTTTTACCTATACCTCCATCCTT +AGTTAGGTTAGCAGGTATTACTAAAGATGACTTTCTTTCTCCATCTGCCAAAGACTTATC +CATCTCTTTTATGATATGAGCATCTTTTATTATTAAACCTTTCATCCTCATATCTTTAAG +TATAGCCTCTCTAACTTCTTCATCATCTTTATCTTCGTTAAATTTAGCTATAGGATTATC +AATTCTACAATATAAAATTGCTGCTGGATTTAAATTACCATCTCCTCTATTTGCACTTTC +AAGTATTGCATCTAAATAAACTAATAATTGTAATTGAAGACCGTAATACACATCACTTAA +ACTTATAGATTTATTTCCAGACTTATAATCTACTATTCTTATATACTTATCTTCATTTTC +TTCAAATTCATCTACTCTATCGATTTTTCCTATTAAGTTTATTTCATCACCATTATCTAA +AACTAATTTTATTGGTGGATATTTTCCATTAAATCCAAACTCAACTTCATAATCAATTGG +TTCAAATGACCCTTGCTTTATTTGCTCTGCAATCACATTTAGTGCAGCAACTAGCATATT +TTTTAATCTAAATGCTAGATACTTATATCTTTCAGAACTATTCAGTATATACCCAGGTAT +TTTATCGACTATTTCATCAACTAATATAGATACTTTATCTTGTATATATTTAATATCTAC +ATCCTTCCACTGTAAGTTATCTTTTGAAAGAGATTTTGAAAAGTTTTCTAGTATATTATG +TATAAAGTTTCCTAAGTCAGGAGCTGTAAAAGAGTACTCTTTTCTTTCCTTTGCCTTTAG +TCCATATTGAATAAAATATGCAAATGGGCATTGTGCGTACTTTTCAACTCTAGACACACT +TAATAAACTATTTTGGTATAGTTTTTTAATCTTTTCTTCTTCTACCTTGCTTACTTGATT +TGTATAATTAAGTCCTGATATAACTTTTTTAGATATATAGCTATATTCATTATCTTGAAT +AAAATATCTATATACATCTAACCAAATATCTTTTATCTCTTTTCTATCTTCAAAATCTTT +TATTGCATTTATTAGATTATTAAATGTAGGTGCTTTAACTGTTATTTTTCTTAATATTTC +TTCATTAGTCATATCTTCTTCATCTATTAGATAACTTATATTGCTTATATTGGGGAAGAT +TTTCTTTAATCTAGATACTATAACAGATGGCCTTAAAGTTTTTCCTTCATGATCTGATAT +AGGATAAGTAACTATTAAATTTTCACTAGTAGATGTAAGAGCTTTATATACTAAAAACTG +CTCTTCAAATGTTTTAGTTTTACTATCTATATCAACTTCTACACCTTTTTCTCCTAAACT +TTCTCTATCATTATCACTTAATAAACCATTATCTTTTGCTATAAGTGGAAAAATACCATC +AGTTGTACCTATTAAATAAAGGTATTTAGTATTTGAATTTTTCATCCTATCTACACTACT +TACAAGAACTTGGTCAATACTTGGTGGAACTAATCCTAATTCATATTCATCAAATCCTAA +ACTTATAAGTCTTATAAATTCTTCTAAGGATTTTTTTTCATCTCCCATAATCTCAACCAT +TTGATCAAGAATATCTACTACTATATCCCAAACTTGAGAGTACTGATTTGCAATATCTAG +TTCACCCTTATCTTTAAAATTAAAGATTAATTTTTCAATAGTATTAGGCATGTCTATATC +TAATAAAAATTCATATACATATTGGCATAACTCTTGAACTGTTTTTTTACCAACCAGCTT +ATTTTGAAGCTTAATTATTGGTGATATTACTCTACTCTTTATTTCGTTTATTCTCTCTTT +TAAAGATATCTCATAATCACTTTCTTCTATATTATAATTGCCATTTATTCTATAATTCCA +TTTTTCTTCAAACCATTTCTTTCCTCTTATTCCATTGGCAAGCACATAGTTTTCAAGTAA +ACTTATGTCATCATTATCAATTCCTATAAGACCACTTTTTAAGTATCTAAACATAGTCTC +ATAGCTATATCTTCTATTTTTCATTTCTAGTGCAGATATAATTAAAACTATTATTGGATT +ACTTTTAGCTTCTCTTTTTTTATCTATAAAGTTTGGTATGTTATACTCATTAAAAATAGA +GTGAACTAAAAAATCATATCTATTTAAGTCTCTAGTTGCTATCGTTATATCTTTATACCT +AACTTTTTTATCCCTTACTAGGTGTACTATTTCTCTTGCTATTTCTTCTACTTCAGAATA +TGAGTTATTAAATTCTTTTATATGTATATTCTTAGTTTCTTCTTCATAAACTTTATATGG +ATAAGCACTATAATATCGTTCTAAATGATGTAATTCTTTATTACCTTTAAACCTCTGTAT +AGTCCCATTATTTAAGTTTATTGGCTTGTCTATTTTTACGCCTTCTTCTAATGCTAACCT +ACTTAGTCTCTCGTAAGTAAATTTAGTTCTTGAGAAAGAATCTGTTTTGTTATATGAGAA +GTTTGCTACACTATCTACTGTAAGAGACATGTTTACTTCTTTGGCCTTGTGCAATATACT +TCTTAATACTCTATACTGATTAGGTGTAAAACCAGTAAACTCATCTATATAAATATAACA +TCCATCAAAATATGAACAAGCTTCAATTTTATCAGCTAGTAAATTAAGCATATCTTGAGA +ATCTACATATTTTTCATGTAATTTATTTTCAAAGGCCTCATATATTTTACTTATATCTTT +TAACTTTAATCCTAAAGTTTCATTTTCAACGTCAGAACTTATATGTTCTAGCATCTCTGG +AGTTACATTATATTGTTTAAATTCAGCTATCATTTCCGATACAGAAGTTATAAATCCTGG +TTGTGTTGCTGATTTTGAAAATATATTTAATTCTTTCGCTACACTTTCTATTGCATTACT +CGTAATCATAGCTTTCCCACTAGCATTTACATTGACATTCGTTAATCCGCCTACATGAGA +AAAGACTATATTACTCATAGTCTTAAAACTCAATACTCTTGTTCTTAAAAACTTATCTTT +TTCACTGCCTGAGAATAAGTTACTCATTCTTCTTTCCATTTCAAAGGTATATTGTTCTGG +AACTAGCATTATTATCGGCGTTATTTCATTCTCTTGAGCTTTTTTCTTTATCTCTTCTAG +TATATATGTAGATTTTCCGCTGCCTCCTCTACCTAATATAAACTTAAGTCCCATGTTTAC +CTCCTACATTAGTTATTGCAAAGCTTATTAAATTCACAATAACTGCAATGTTTTTCATTC +TTTTCTATATTTATATCACCATCAGATCCTTCGTATCTTGTTCTTTTTATAAGATCTATA +TATTCATTTATTTTTTTCTTATAATTTTCATGTTTTTCATCACTATAAGTTATAGTTATA +GGTTCTTCATCAAACTCTGGCTGATAGTAATTCATTCTTATATCTTCAGTTTTTACATCT +ATATTTAATAACTTCGGTATAACTTCTTTTGCTAACACAAGATACACCATCGTTTGCATT +CTTGCTTCTACATTTTTATAAATTATTTGTTTCGATTCAGTTTTCCAATCCCATATATCT +ATGGTATTTTTTCCTATCACAACTAAATCATACTTTGCTTGTATTTCATTACCATTTAAT +ATGCATCTTACTTCATATTCTGATATATATTCTTTTTCATTAACTACTGGTATTATTTTT +TTTATTCGCTCCATCCATTTATTAAACTTTTCATTTTCAATTTTCCCTAATGGAATATTA +CTGAAATATCTTTCACATAATAAGTGAAACTCTCGTCCTAATTTTAAACTTTGATAATAT +TCTTCTGATGTAAAGTCATCATATTTCCAATTTATATTATCAATATATTTATACTTAAAT +TTAATGGGACATGATTTATATGTATTTATAGAATTTTGGCTATAGCGAAAATGTTTTAAA +TTATTATTCACTTAAATCACTTCCCTCTTTTTTGATTTATATGTTGGCTTAGTCTTAGTA +AATAAATACACGGATTTTGTTTTTTCTTTATATTACCTACATCATTTTCATCCTTATAAT +CGCTAAAAGACATTATTAACATTTCTTTTGCTCTAGTTATACCAACATATAACAATCTTA +TTTTCTCATTTATCACATCAATTTTAGTTTGGTATTCATAATTAATTCCATTATACCCAT +ATACAATAGAATCAATTTCTTTTTTTATAATTGCTTCAGGATTTTTGTATTTTTCCTTTA +AGTACCATTTATCGCATTGAAATTTTTGATTTATATTATCCGGGAAATTAAAATCAGTTA +ATCCTAATAAGAATACACAATCCCATTCTAAACCTTTTGATTTATGGTAATTACATAAAG +TTATACTTCCAGGAGTAGGCTCATACCCATTTATTTCATATACAACTTCTATTATATGGG +AAAATACCTTATTTTTAGTATCTACTATGATATCGTATACATCTTGTAATTTCATATACA +TATTTTCTGATACTAAAAACTTAACATAAAAAGATACGTAATGAACTATAGCACTGTCTT +CATTTTCTAGCTTTAATTTTTCTCCTATAAATAATATAAACGTATCTAACCTTACAATAG +GATATTCTAAAATTTCTTTTATAGCATTTACTCCATATTTGAATCCTTTGTATACATCAC +TATCTAAATCTATGATTAAATTATTTTGTATATCTTTATTATAAATAAGCTCTTCTGTCG +TATAATTTTTTAACATCTCGATAAAATCTTTTTTACCTTGATTATTATCAGTATGTATAA +AAACTTTATCTAATACAGTAATAAGCTTATTAATATCATCACAACTTAAAATAAAATCTA +TTATGTACGCTATACTATTTAAAGTTTTTCTTTTATTCGATGAATTTGGTCCTAACTCCT +CAAACTCCAAACCTTCTTTTTCTAGTTCTCTACCTACTTGAATTACATGATCATTAAAAG +GTACTAAGATACCTATACTTTTATCTGGGTACTTTTTCTTAATATTTTTTGTAAACCTAA +TAGTTTTACTTATTTCATCCTTCCAAGTTTCATATTTTATTGCATTGATATTATATGTAC +TAGGTTCTGGATTTTCTTTATAACCTTTATTTTTAGGTACCGTTCTTACCTTCATATCTT +CTAAAGCTTCTCTACATTCAATTTGATCAAAATCCTTAGTTACATATACTACTAATTCAT +TCGCTAAATCCAATATATCCTTAGAACTTCTATTTGACATATCCATTCTATAGCAATAAT +CAGCATTCTCAATAAACTCTTTAAAATACTTTGGATCTGCAGAAGAAAAAGTTCCTGTTA +TACTTTGATTTATATCTCCAACTCTAACTAAGTTATTATTCTTTTCGCATATTAATTTAA +TTATCTTACCTTGTATCTCATTTGAATCTTGGCATTCATCTTCAAAAATATATTTATACT +TATTTTGAAATTTACTTTTTAAATCTTCATCAATAGTTAATGCCTTATATCCTAATACTA +AGATATCATCATAGTCTAACATTCCTTGCTGCTTTAATTTTCTATCATATTCTTTATAAA +TCGGAAGTACAATTCTAAGCATTCCTTTATAATCACTAGATATATTATCTTCTAACTTAT +CTGGAGTTATATCTTTATATTTTAATTCACTTATAGCTTTTCCTATTAAATCATAAAAAC +CTCTATCCCAATTTTCTAGGCTTATATCTCTCCAACGCTCACTTTTTTGCTCTTTTAAGA +AAAAATTAAATATTCTTTCTCCGCCATTAATTCTATATTTATTTATACATTCAGTAAGTA +TAATACTTTTTTGTAGATCATCAGCTATATTAAACTCTTCATTTAACATTATTATTTCTG +GTTTTTCTTTTATTATCTTAACAGCTAAACTATGTATAGTCATAACTTCATATGAGCTAT +TTTCTTTTATGTTTTTATCCTCTAATATTTTTTTTATTCTTCCTTTAAAGTTATTAACAG +CGCTATTCATATAAGTAAGAATCAGAATTTTCCCCTTATCATTTAAATTTTCTTCTAATA +GTTTTGCAACCAAATTTGTAACAATAAAAGTTTTTCCTGCACCAGGTACTGCTGGAACTG +CCATAGTTCCCGAAGTATAATTTATTATGGGTATTTGATCTTCTCTATAGTTGATTTTAC +TCATAAGATTTTCCCCCCTTATCTAAAAGCTTTAGTAAGAGGCTATACAATATACTTTCT +TGCATATATCCATTTACCGTATAGTCACTCTTATATGCATATACCTTTTCAGCATTTTCT +AATAAGCAATATATCATATTATATAAATAGTACTTTTTAAAACGTTCTTCCATTTCATCT +GTATATATTCTAGTTTCTTCATAAGACTTCCTAAGTACTATCACATTGCTTATATCCTTT +TCTATTTTCATATTCCATGTATTGCTACCTATATCAATCCATAATTGAATACTCCTATTT +AAGCTCGATGAAATATAAGAATACGGTGTTGATATTATTATTTTATTAGATTCTTTTAAA +TCTTGTATTTCCTTAGCTACATAATAGTCTTTAATAGTACTTTTAAGCACTTCTATAAAT +ATTTTTTCCTTAGATTTATTTTCATCCAAGCTTAATAAATTTATATTTTCAGTAAAGACT +TCACTCTCCTGTATAATTTTCCTACATATCCTTATATTTGATTTTCCATTTTTTAATATA +AGCATCTTATCTACATAAAATCTCATTAAAAATTCATATATTTTTATACTTTCTAATTTA +TATCTATGTATATATTCAATTAATTCTTTATACTCTTCATTACTATCTTTATTTCTATAA +ATTTTAAATGCCTGTATTCTATTTACATTCAGTACAGTTTCTATGAAACTTATAAATTCT +TCTTCCTTTATTAAATCTTCATAATCATAAAATATACATGTAGCTACTACTAAAGCATTT +GCAAAAGGATAGTCTACTATTTTATTATCTATTTTTGTATTTACTACACCTATGTTATAT +CTTTCTAATACATTCTTAACTTGATAATCTAAAATAGTATTATTTATGGGTGAAATTATA +ACAATATCTTTCGGAGCTACACCTTTATTTACTAACTCTATAACTTTATTTATAACTTCT +TCAATCATTTCACTGTATAATTGACTAGACTGATTTAATTCTATATCATACTTTTGCAAA +TATAAATCTGATATATCTATATTATTATACAAATCTTCGGCATTATTTCTTTCAACTAAA +GTAAATTTTTTTATTATTTTCTCATCTATATATTCCATATCTATATTATTAAATGATGAG +TAATCTCTAGTTTTATTGAAGCAAACGTAACTCTCTTTAGCAAAAGAAGATATTACGTCT +ATAAAATCCACCTCAGCATTACTACAACTCTCTAAACTATCTACAATAATATAATCTATA +TCTTTTTTTAGGTTATTTATATAAGTTTCATCAGATAATAAATATTTATTATATAAGTAG +ATACAAAGAGGGCTATCTAGCATCGATCTTGATATAAGGCTATCTACATAATGAGTTATA +ATTTCTGTCATTTGAGAATAAGAAAACTTTAAAAGTCTATCCTTATTTTTTTTCGATAAA +TATAGCCTTTCCCCTATAGTTTCAAATTCTATTAAACTTAACGCTGCTTTATTTATATTT +GTATTAATACTATTTACTATACCTTTATTAGTACTAGTTATATCATCAAAGTAACCATGA +GAGTTCCTTTTTATTTTTACATCTGTACTTATAATATAATCACTTAAACTATTTGATATA +AATATTGGAGCAATTGTATTACTTTTTATTTTTTCTTCCTTTTCAACGATAATAGGCCAA +TACTTTATTAGCTCTTTTTTTACAAAGCTTATATATGTAGTTATTTTTAATTCCTCGCTG +TATTCTAGGCTTATTTCTCTCTCATATATTAATTTATTTATGTTATTTTGAACTAGTAAA +ATTATATTTTTTGATCTATTATTATTTAACTTTATTAATTTTAAATATGTATCTAAAACT +TTTTTATTTTTTTCATTTTGACTCTTTACATTATATAAAAGTTTCATATTATCACCTTTT +CTTAAATAGAATTCCTCCTATTTGTTAAAATTAATTTATGAGTATATTTTTACATATATC +TATTTATTTTATTAAAATACTTCAATATTAATTATAACATATAAATTTTTACAAAAAAAA +TACTATCAAATTATTGAAGTCAACCTTTGATAGTATGATAGATTTATTTAATTTTCATTA +GAGCTATATCTTCTTTGTTCACTTCTAAGTCTGATAAAACAAAGTTCTCCATTTGTATAT +TTTCAAATTTATATCCATTATCATCAATATTATACTTCTCACAAGTAAACATTACCGGTG +AAATGTCATCGTATCTATCTAAATATTTCATTTGTACTTCATACATATAATCACCACGCC +TTATACTTTTTGTCTATATTATAATTATTAAATTTAAACCTTAAATTTATTCATTATTTT +TTTAGTAATACTACCCAAAAGTACAAGCGAAATATTTATTATCATTAATACGATTGGATA +GGCAATAGTTATATCTTCAAAAAATATCCTTACTAAAGACATGGTTGGCATAAAATACGG +TGTAATTAACCAAAGAGCTGATTGTGAATTACCTAATATTAAGTCTGTATATAATGCAAA +GAATAGTAAAAATAATCCCATACCGCACCCTATAAGTCCTACTACTATCGCTTCTCTTAT +ATTAAGGTCATTAGTGATCCCGATATAAAAGTTAACCCCAAAATATCCAACTAAAAATAT +AAACCCTATTGAAAGAGTAATATAATTTAAGGGTACTATTGTAAAGTATACACTTGAGAC +TATACATATAATTAAGGTTATGAAAAATATTTTTTCTCCAGTATGAAATATTTTTTCCAT +ACTATCACCTCAAAAGTAATTTATTGTATTATATTTATAATTTACTTAAAATGTTCTTAA +GTTATATTTGTATATAATAAAAAAAGATTACGTGGCTACGTCTTACTCTCCCAGGAGGTT +GCCCCCCAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGT +GTATCCTCTTTGCTATAGTAACCACATAATCTTATTTGGAGCGGGTGAAGGGGATCGAAC +CCTCACAGCCGGCTTGGAAGGCCGGAACTCTACCATTGAGCTACACCCGCATATATTTAG +AGTTAATACTCTAAAAACTGCATATCATTTGTGTTTTAATCATTTAAATTTGGTCAAGTC +CTCGACCTATTAGTATCGGTAAGCTACATACATTACTGCACTTCCACCTCCGACCTATCA +ACCAGGTAGTCTTCCTGGGGTCTTACCCTTACGGTGGGAAATCTTATCTTGAAGTCGGCT +TCGCGCTTAGATGCTTTCAGCGCTTATCCATTCCGCACTTAGCTACCCAGCTATGCCCTT +GGCAGAACAACTGGTACACCAGCGGTGCGTCCATCCCGGTCCTCTCGTACTAAGGACAGG +TCTCCTCAAATTTCCTACGCCTGCGACGGATAGGGACCGAACTGTCTCACGACGTTCTGA +ACCCAGCTCGCGTACCACTTTAATGGGCGAACAGCCCAACCCTTGGGACCTACTACAGCC +CCAGGATGTGATGAGCCGACATCGAGGTGCCAAACCTCCCCGTCGATGTGGACTCTTGGG +GGAGATAAGCCTGTTATCCCCAGGGTAGCTTTTATCCGTTGAGCGATGGCCCTTCCATGC +GGAACCACCGGATCACTAAGTCCGACTTTCGTCCTTGCTCGACCTGTATGTCTTGCAATC +AAGCTCTCTTGTGCCTTTACACTCTACGTACGATTTCCGACCGTACTGAGAGAACCTTTG +AGCGCCTCCGTTACTTTTTAGGAGGCGACCGCCCCAGTCAAACTGCCCACCTGACAGTGT +CCCAAGACCAGATTCATGGCCTATGGTTAGAGTCCCAGTACTACAAGGGTGGTATCCCAA +GGATGACTCCACCGAAACTGGCGTTCCGGCTTCATAGTCTCCCACCTATCCTGTACATGT +AGTACCAAGACCCAATGTCAAGCTACAGTAAAGCTCCATGGGGTCTTTCCGTCCTGTCGC +AGGTAACCGGCATCTTCACCGGTATTACAATTTCACCCAGTCTGTTGTTGAGACAGTGCC +CAAATCGTTACGCCTTTCGTGCGGGTCGGAACTTACCCGACAAGGAATTTCGCTACCTTA +GGACCGTTATAGTTACGGCCGCCGTTTACTGGGGCTTAAGTTCACTGCTTCGATTGCTCT +AACAGATCCCCTTAACCTTCCAGCACCGGGCAGGCGTCAGCTCCTATACATCGTCTTGCG +ACTTAGCAGAAACCTGTGTTTTTGGTAAACAGTCGCTTGGGCCTATTCTCTGCGGCCTGT +CAAAGACAGGCACCCCTTCTCCCGAAGTTACGGGGTCATTTTGCCGAGTTCCTTAACAAC +AGTTCTCTGGCTGGCCTTAGGATACTCTCCTCACCCACCTGTGTCGGTTTGCGGTACAGG +CACCTTTAACCTCGATAGAGACTTTTCTCGACAGTGTGAAATCAGCTACTTCGCTACTAA +ATTTCGCTCCGCATCACATCCNAGCATTATTCCTACGGATTTGCCTATAGGAACTGCCTC +AATGCTTGCCCGTACATAACCAACAGTACGGTTAGCTTATCCTTCTGTGTCATCCCATTT +CTCAAACGGTTATTGGTGGTACAGGAATATCAACCTGTTGTCCATCACCTACGCCTTTCG +GCCTCGGCTTAGGTCCTGACTAACCCAGGGCGGACGAACCTTCCCCTGGAAACCTTGGGT +TTACGGCCTGTGGGATTCTCACCCACATCTCGCTACTCATGCCAACATTCTCACTCGTAT +ACTGTCCACATGTCCTTACGGTCATGCTTCAACCTGCATACGAAGCTCCCCTACCCATCA +TAATGATGCCGTAGCTTCGGTAGTACGTTTTAGCCCCGGAAATTTTCGGCGCAGGATCAC +TCGACCAGTGAGCTATTACGCACTCTTTAAATGAGTGGCTGCTTCTAAGCCAACATCCTG +GTTGTCTGTGCAATCCCACATCCTTTACCACTTAACGTACATTTAGGGACCTTAGCTGAC +GATCTGGGCTGTTGCCCTTTTGACTATGAATCTTATCACCCACAGTCTGACTCCCAAGTA +TAAGAATACGGCATTCGGAGTTTGATAGTCTTCGGTAAGTGCAATACCCCCTAGGACATT +CAGTGCTCTACCTCCGCTTCTCTCAACCTTGAGGCTAGCCCTAAAGCTATTTCGGGGAGA +ACCAGCTATCTCCGGGCTCGATTGGAATTTCACCGCTATCCACAAGTCATCCCCGAGCTT +TTCAACGCTCGTGGGTTCGGTCCTCCACGAAATTTTACTTTCGCTTCAACCTGCTCATGG +ATAGGTCGCCCGGTTTCGGGTCTACGCCAAGTAACTTAAATTGCCCATTTAAGACTCGCT +TTCGCTACGGCTCCACACCTTAAGTGCTTAACCTTGCTACTTAACGTAACTCGTTGGCCC +GTTCTACAAAAAGTACGCGGTCACACAAGTAATGTGCTCCCACAGCTTGTAAGTACAGGG +TTTCAGGTTCTATTTCACTCCCCTCCCGGGGTTCTTTTCACCTTTCCCTCACGGTACTAT +GCGCTATCGGTCACTAGGTAGTATTTAGGCTTGGAGGATGGTCCCTCCTGCTTCCCACAG +GGTTTCACGTGTCCCGTGGTACTCTGGATCATATCTATCGAATTATCGTTTCAACTACGG +GGCTATTACCCTTTATAGCGGGGCTTTCCAACTCTCTTCATTTACGATGACCTCGACCTT +TATAATATGTCCGCAACCCCAACGAAGTAAACTTCATTGGTTTGGCCTGTTCCGCGTTCG +CTCGCCGCTACTTACGGAATCGATTTTTCTTTCTCTTCCTCCAGGTACTTAGATGTTTCA +GTTCCCCGGGTTCCCCTCGCTAAGCTATGTATTCACTTAACGATACTTAGACATTACTCT +AAGTGAGTTTCCTCATTCGGAAATCTTCGGATCAAAGTTTACGTGCAACTCCCCGAAGCT +TATCGCAGCTTATCACGTCCTTCATCGGCTCCTAGTGCCAAGGCATCCGCCCTGCACCCT +TAATAACTTGACCAGTTATTAAAAGTTATTGCCAAAGTCTTTATGCTCATATACATTCAC +ATAAATCCCTTTGCTTAAAGTTGATTTTAAAGACTTATCTGTCTATATATAATTAAATGA +TGTCATATCACTAAATGTTATGCAGTTTTCAAAGTACTAAAATGCTATCGCATGTCGCCA +ACATCTAAACATTCACATACGTTCATATTCATCCCGTTGCTCAAAATGCAGTTGCATTGG +GCTATGCCCTCTATTGTTGAGTTTTCATTTAATGAACCCTCAAAATTAAACAGTAGGCAA +TTCTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACT +TCACCCCAGTTATTGGTTTCACCTTCGACGGCCGCTTCCAAAAGGTTAGCTAACCGGCTT +CGGGCGCCCCCAACTCCCATGGTGTGACGGGCGGTGTGTACAAGACCCGGGAACGCATTC +ACCGCAGCATTCTGATCTGCGATTACTAGTAACTCCAGCTTCATGTAGGCGAGTTTCAGC +CTACAATCCGAACTGAGAATGGCTTTAAGGGATTAGCTCCGCCTCACGACTTGGCTGCCC +TCTGTACCACCCATTGTAGCACGTGTGTAGCCCTAAGCATAAGGGGCATGATGATTTGAC +GTCATCCCCACCTTCCTCCAGGTTATCCCTGGCAGTCCCTCTAGAGTGCCCAACTTAATG +CTGGCAACTAAAGGCAAGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACAC +GAGCTGACGACAACCATGCACCACCTGTCACTTCTGTCCCCGAAGGGAAATCTCCGATTA +GGGAGAGGTCAGAAGGATGTCAAGCTTAGGTAAGGTTCTTCGCGTTGCTTCGAATTAAAC +CACATGCTCCGCTACTTGTGCGGGTCCCCGTCAATTCCTTTGAGTTTCACTCTTGCGAGC +GTACTTCCCAGGCGGAGTACTTAATGCGTTAGCTGCGCCACCGAAGGGGGTAACCTCCGA +CAGCTAGTACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCC +ACGCTTTCGTGCCTCAGTGTCAGTTACAGTCCAGAGAGCCGCCTTCGCAACTGGTATTCC +TCCTAATATCTACGCATTTCACCGCTACACTAGGAATTCTACTCTCCTCTCCTGCACTCA +AGTTTCTCAGTTTCAAAGGCTTACTACGGTTGAGCCGTAGCCTTTCACCTCTGACTTAAG +AAACCACCTACGCACCCTTTACGCCCAGTAATTCCGGATAACGCTAGCCCCCTACGTATT +ACCGCGGCTGCTGGCACGTAGTTAGCCGGGGCTTCCTCCTCAAGTACCGTCATTATCTTC +CTTGAGGACAGAGCTTTACGACCCGAAGGCCTTCATCGCTCACGCGGCGTTGCTGCATCA +GGCTTTCGCCCATTGTGCAATATTCCCCACTGCTGCCTCCCGTAGGAGTTTGGACCGTGT +CTCAGTTCCAATGTGGCCGATCACCCTCTCAGGTCGGCTACTGATCGTCGCCTTGGTAAG +CCGTTACCTCACCAACTAGCTAATCAGACGCGGGTCCATCCTATACCGCCGCAGCTTTGA +TAAGAAATCCATGCGAATCTCTTATGTTATCCCGTATTAGCATACCTTTCGGTATGTTAT +CCGTGTGTATAGGGCAGGTTACCCACGCGTTACTCACCCGTCCGCCGCTCTTCTCCGAAG +AGAATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCA +AACTCTCAAATAAAAGTTGATAGACTCAGATACTGTTATATATCTGGCTTTGTTTGGTTG +TTTCGAATAATTCTTTAATAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAA +AGTTCATTTTTTCGACTTATTTATCTTACCAAGTTTTTCTTTCTTAGTCAAGACTTTTTT +TCATCTTTTTTTATTTCGTTTTGTCCCGTTCTTAAGGACAAGTAATACTATACCATGCTT +ATATTTTATGGTCAATACTTTTTTTATATTTTTTATTTTTAATTTTAAAAAGCTTTTATC +TATATTACTTTATATGTAATTTGTTTACAAATCCTATTCTCTGAATACTTCTATTATATT +TTTGTAAGAATATATATAAGCATTTTAAGGAGATGAATAATATGGCTAAATTTAATCAGC +TAAAAGATTTATATGAAGATGGGTATAGATGCATCTATTATGATTCTACCGCAAATAGTC +ACACCATATATTTAAAAAACTTTGATACAGAAGGCTCTGAGGTTATTGAATTAGAAGATG +ATAATGATTTTTCTGAATTCAAAGATTATATAGGTGACCTTAGAATGTCTTAGTTTTTAA +TATCTTTTCAAAATAAAATAGAGAGCAGTTTGCTTCTAGTGTTGCATTAATGTAAAATTT +AATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTG +AAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_32 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGGCTTTTCAGTCTCTTTTTTCCTTTTCAACACCAGTTAAAAACATAACCTACAAAAAA +TTATGACATACTTGCATAAGTAATAAAATATGATTACTAAAGTTACTATATTTTATTATT +TATCAAAGGAAGGAATGCGGCAAATGAAATCAGATATTTCTATAAAACTATCAAAACTCA +AAGAAATAACAACTTATCACTATAAGGTTATATTATACTTAGACGGAGTGGGCGAAGCCA +CTCAAACTCAAATGAGCAAAGAATTTGAAACTACTAAGCAACGTGTAAATAAAGTATGCA +AAGAACTTGCATCTATGGACATAATACAAGTTAAACGAACAGAAGGTAGAAATGTATTTT +GGACATTGAATCCTAAGCCGGAATTTCAAATTATAGGACAATTAAAACTAGAAGATATAT +AAAAGTATATAATACGACAAAAAACGCCTTAGATATATAGAATATAATGTTAAAATTATA +ATCAATATAGTTTAACCTGTATATTTCAATCTTTAATTTTGATTATATATAATCAAATAA +TATAATCAAACTAGAATTACAATATAAAAACCACATTCATCTACTTAATTAATAGTAAAT +GGATGTGGTTTTTATATTGCTTTGCTTAAACTACTCTCAAGTTCGCATTATATTAAAATT +ACGAACTTTGATTATATTATACATGGTGTTCAATTATTTTTTATATATGTAGAAATTGAT +AATCTTAAAGATTTATTAGATAGCATATGAATCTTATCTAATTATTTCTATAAAAACCTC +AAAATATTTACACGGGTACTTATTCTTTTAACAAATATTGCACATACTATAATTCAAATG +AAGAATTAGGAGGTATTTATAGTGGAAAATAATATGGCAATGGAATATCCTATGTTTTGT +TATCAATGTGAACAAACAGCTGGGGGTAAGGGATGCACTAAATTAGGTGTATGTGGTAAG +ACACCAGAAGTGGCAAATCTTCAAGACTTACTTATTTATCAAATAAAAGGCATAAGCTGT +TATGCTAAAGAAATAGTTGAAAAAGGCGAAAATGTAGATAAAGATATAGTTAGTTTTATA +GAAAATTCTTTATTTACAACATTAACAAATGTAAATTTTGATGCAGATGTACATGTTAAA +ATGCTTAGAGAATCACAAAAAATAAAAGAAGCATTGAGAAAAAAAGTAGGTAAAATAAAA +AATGATACTGAACATGCTACATATGATTTAAGTGAAACTAAAGCAGAAATGCTTAAAGAT +TCTAAAAAAGCAGGGATAATGTATGATCAAGAACTGGATCCAGATATTCGCTCCCTTAGA +CAAACTATAGTTTATGGATTAAAAGGAATATCAGCTTATGGTCATCAAGCAAGAGAATTA +GGATATTATGATGACCAAGTAGATAACTTTTATATTAGAGCTTTAGAAGCAACTACAGAT +GATAGTTTAAGCGTGGAAGATTTAATTCGATGGACAATGAGAACAGGTGACATGAGTATA +GCTGTAATGGCAAAATTAGATGAAGCCAATACTAAGACATATGAAAATCCTTCTCCTCAA +AAAGTTAATGTTCATATTAAAAAAGGTCCATTTATAATAGTATCAGGACATGATTTATGG +GATTTACAAATGTTACTTGAACAGACAGAAGGAAAAGGAATAAATGTTTATACTCATGGT +GAAATGCTTCCATGTCATGGTTATCCTGAACTAAAAAAATATCCTCATTTAGTAGGGAAC +TTCGGAGGTGCTTGGCAAGACCAACAAAAAGAATTTGATAATTTGCCAGGATGCGTATTA +ATGACAACAAATTGCTTAATGAGACCTAGAGAATCTTATAAGGATAGAATCTTTACTACA +AGTGTAGTTGGATGGGATGGAGTTCAATATATTGGCGTAGGTCCAGATGGTAAGAAAGAC +TTTACTCCAATAATAGAAAAAGCTCTAGAACTTGGTGGATACGAAGAAGATCAAGAGCCA +CATGAAATATTAGTTGGATTTGGTCATCATGCAACACTTTCACATGCTGAGGAGATAGTT +AATGCAGTTAAAGACGGTAAAATAAGACACTTCTTCTTAATAGGAGGATGTGATGGCGCA +AGACCAGGTAGAAATTATTATACTGAATTTGCTAAAAAAGTACCTGATGACTGTGTAATT +TTAACACTTGCTTGTGGTAAATATAGATTTAATAAATTAGACTTTGGTGAGGTTGCGGGA +CTTCCAAGACTTTTAGATGTTGGTCAATGTAATGATGTTTACTCAGCAGTAAAAATTGCA +ACAGCTCTTGCTGATGCTTTTGAAACAGATGTAAACGGATTACCGCTATCTCTAATTGTA +TCTTGGTATGAACAAAAAGCAGTAGCAGATTTACTTGCATTATTATCACTTGGTGTAAAA +AGAATCTACTTAGGACCAACACTTCCAGCATTTATAAGTCCAAATGTACTTCAATATTTA +ATAGATACTTTTGATTTAAGACCGATAAGTACACCTGAAGATGACATAAAAACTTGTTTA +CAACAATGTATACAATAATAAATAAGGTAGCGATTTTATGAAAGTAATAAATATAAATAA +AATAGATACCAATAGAGAATTCTTATGTGAAAATGAAAAATATAAAACAATATTTTTCAA +GTTTGATGAAGGTAAAGGACTTCCAAATCATACTCATAACGGATATGCCTCTATACAAGT +TATCGATGGAATAGTAGATATGAAGTTTGAAAATGGAGAGACATTTGAATTAAAATGTGG +AGATTTTTTACCTTTTGATGCAAGGATAGAACATAATGTAATAGCTAGAGTAACTAGTAA +AGTACTAGTTACAATTATAAAATAATAAATTAATTAGTTATAATTATAAATATACTTCTT +AAGTGGAACAATAAGTTAGTAAAACGATATCTGTTAACTTATTTTTCCAAATAATTATAG +TTCTTTTTATTGTTTTTCTCGTTATATAGGGCATAATAATGACTACAAACTATCTAATGA +AACCTAGAGATCCATATAAAGATAGAATAGTTACAGTTGTTGTAGTTGGTGAATGGAGTA +AATTTGTCTTAAATCAATGTGACTTTTTACTACTTGATGTTCGAGTTGAGCATAATATTA +TAGCTAAAGAAACAAGTAAAATGTTAGTTATTATATCTCAACCATTATCATAATATAAAT +AGCGTATAAGGAGGTAAAATATGAAAGCTTTTGTAGATAGAGGTATTTGTATAGGATGTG +AGGCATGTGCAGGAACATGTCCAGAAGTATTTAGTATGGATTCAGAAGGTATATCAGTAC +CTATAAAAGAAGATATTCCAGATGATTTATTAGAATCAGCTCAAGATGCTAGAGATGGAT +GTCCAGTTTCATGCATAAGTATAGAATAATTAGAATACTATAAACAAAGGAGTTGTTTCT +TTTTATGATTTTAAATCATTTTGAGACAACTCCTTTGTTTATAATCTATACCAATAAATA +CATTGATATGGAAATTAGAAAGCCAAGATTTATAATCATAATGTAGAAAATGTTATAGTG +ACTACATATATCATTTACATAATAAAACAGATTGTTTTCGTGAAACCCCAAAATAACCAT +AAGAAATTTTATTTCGCATTATATAACAATTGTGACTTAATTATACTATATCATTTTCAA +CATTTATTTAATATAAAACTTTATACTTTATAGCTTGATTATTGATTATACTTTTTACCA +TATATTAATATATTTACTGATATAAGAAAGGACACTATATAATTAAATATAGTGTCCAAA +TTAAGAGTTTGATTATATAAATATTACCCTATATAAATAGAATCTACGGCGTTTTTTTAT +TATATATATTTATCATAACAACTCAGGATGTGTTTCATAAAAGTCTATTCTAACTATATT +TGATAATTCTATGAATGATTCCCTGTCAATATCTAAACATCTATACACGTATTCTGGTCC +AAGTTTTTGAATGGCCTCTCTTAGTAATACCTTTCGTCTTTCTATTTTTAAGCCTGTTTG +CATTTTGCTTACTTTACTTAAGTTGGACTTAGTTTCTGGATTTTGTAATAAATATTTTTT +ATAGTCTTTTAGTTTAACATTTCCAGGTAAACCTAAATAACTTTTATAGTTATCTATCAA +GTTGTTGCATAGTCTTGTTAATGCATAAATGGTAGGTATATGATAAGGACAATCAAAGCA +AGAACAGCCATCTTTGTCATCTAAATTAGGCATTTGACACCTTTGCTTACCAAATAAACA +CTGTATATCACTACCGTTTTTACTAGGTAAATCCATCGTACATAAATTTGTGAATATTTC +TTGGCATTCTCCGAAACTTTTTTCAGATATCATATCTACTACATTTTGTCTTTCAGATCT +GATTATATTTAAAAATTTAGCCGTACTATTAATTTTTTGAATATCAGTAAAAACAGCGTT +TATTTCCATAACCTTATTGGTCATTTCTTCGAATGTGCCAGTATTTCCCTCTCCTAAAAC +TTTCTCTGCTAAAAGTGCTGGAATATATCCAAACTCACCACGAGAGAATAGTTGCTTACT +TAATGATTCTACTTTACTTATATCAAAATCTACATAGTTAGTAGCGCTATATATATTAAG +ATGTTTTCTTACCTCAGCACAATAGATCAATGCCTTATCATCACCCTTTAAGTTGGCAAG +GAAATATATATAAGTCATTATTGACTTGTTGAATTTTCTTGATTTGAATATAAAATTTTC +AATCTTTGCTGGTTTAAAAAAATTTTTTAAATTTGTCTCAGTTGCTTCGTTGTACATATT +ACCAAAATCCATTATTACACTATCCTCTTTATATTCACTTACGATATTATGAGAGTATTT +ATATAAATGTAGTATTATAACGGCTGTTGCAAAGGCTGGAGCAAGTTCATCAGAGCAGAA +GAAGGCTCCATTTATCTGAGTTTTAGATATTCTCATCTCCCATTGTCTAACTCGAAATAT +TATAGCTCTAGATTGTGGAAGAGTAAGTTTATTATCAGTAAACCAGTCTATTTTTTCTAT +GTTGTATTCATCAAGCAAATCATTTATAACCAACTCTGGAAATGTAGTACAATCACCGTT +TCTCCAAGCGTTATTTAAATGTAACATTGCATATAACCAAACAGATGCATGTATTATGGT +ATTTTTATTTTTAAATTCATCGACAATCTTTGGAATGTGTGTATCTATATCTATTAAATA +ATTAAATACTTTTGAATAGGTTTCAAAGTTATATAAATCTTTAGGCTCATTCTCCCACTC +ACCTACAAGGTCATCTTCAGATTTTTTGTTTGAGGGATTAATAATTTTATCAAAATTAAA +TTTTAATTTATTATTTAATCCTAATTTTTTTAAGTCTGAGTTTACAGACTTTAGAAATAG +ATATAATCCCTTTCCTTGTGTTTCATTTAAACTTCTTATGAAAAGATTTATTTGAGAACT +ACTTAAAAGATATATCTCTTCAATGCTATATCTGCTTAATAAATTTCTAACGCTTATAAT +TAAATCGATCATTTCTTTAATTTTTTTATCAGCAACTTTTTTATTTTTAGATTTCATGCT +ATTTAATTTGTGTTCTATATAGTCAAGCACCTTTTGTTTCGTATAACTACTTTTCTTTTC +AAATCCTTTATTCCATGCAGATAGACTCTCCAACCTTATTAAAAAAGTCTCAAAATTGGT +GCTGCCTACTTGTTCGGTTGTGATTGTTTTTGATTTTCTTTTTAGGATATCTTTTAATAA +TTTATCCACATCTGTTTTTTTACATACACCGTGCCTAGAATAAGCAGAACCATACAATCC +AACACATCCTTTAAATTGAAGTGGAGGATCATATCTATGAAGTTTACGTTTATAATTTTC +AAAATTCAGCCCTTTTAAACTGAAATAATCAACGAGCACAGGTCCTATTGGTATATGTTC +TTGGAAGTATTTTTCTCTTTCTTCAATTAGATTTTTTATATCTTTTACTCTATAGTATAC +ATAGCGATGTCCTTTTACACGCTTTATAAAACCTGCCATACTTATGTCTGATATAGTTCT +AGAAGGTTTATTCCCATGAAAAGAAAAGTTTAACATTAAAGTTGCTGTAGTAGGATCTAC +ATATTCCTCTCCGTCAAAAAACTTGATTGGATATTCACTAGCATCATTACCTAAACTTTC +TGTCAATACGTCTGTATAACGTTTTTCATTATTAGCCAAACTTTCTACTATTGCATCTAT +ATCGCTTTTTTTAAACAATGAACGCGCACTGGTGATGCATGTTTTACCAAGTAACCCGCG +GTAGTGTTTAGGCATAGGAACTCCATAGATGTTACGAAAATTTAGTGTACGTATGGTAAG +ATTAAAGTCTTGTACTACCTGAGTACAAGAATAGTATTGACTACAAAAATCTTTGATTTC +TTTTACAGCTCTTTCTACATCGTCTAGTTTATAAATGAACCTATGGCCTAACTTCGCTGT +TGTTATGTTAAACCCTTCGATTATACGTTTTACTACAAATTGCTTTGAATCTATTTCAAA +CATTTCAAACAAGGTTTTTTTGTCTATGAATCCGTTAGGAACGATATACTTATCCGTTTT +CATCTCAGTATCCTCCTTTTAACTGCTGTCTCTTGTTTATATATTTTTAGTCGGTCATAG +ATGTAGCAATTTTACTTATTATGTCTATTTCGTTTGCTACACTTTCAGTTACAGATTTTA +AGTCTAAATACACCTCTGATGATTTTACAGAAGAATCTCCTCTTAGTATCATTAGAAGTT +TAGGGTCTGAATAACCCATGATATTTTTAAGATAACCTTTCTTTATAAGGTAGTTAGTAA +ATATATGTCTACCAATATGACTTCCCCAACTTTTCACTTTCAACTCATCGGCAACCGATG +GTTTTTCTTGTTCTATGAATTTTATAAAGTTCCATTTCAATTTATGAAATTCTTTCTGAT +ATACCTGTCCTGTCATTGGGTAACCGTGTGAATCTATAAATAATGCAGACTTGTGATGTC +TCTTTTTTAGAGTATTTAAGTAGTCTAAATGCTCACTCCAAATTTTAAATAATTTCCCAT +TGAAATTAAATACTGGTTGGTTTTCGCGGACTTTTTTTACTTGAGAATATCTTGTATCAA +CACCTCTTTCAAAAAGTTCGCTTTGTCTATCTTGGATAGATAAAGTTATGTGGTTTTTAA +TTTCATTTAACTCGACTGCTTCCAATGTTAAATTTACGACCTCTCCTTGTCTAATACCGC +CAAAGATTTGAAAAACAACCCCCAATGCGATATTTCTATGTTTATCTATTGCATAATCTA +TGAATGCCTCCCATAAATCCTCATCCATATCTTTTAATATTTCTCGGCGTAGCCTTGCAT +CTGTATCTGGGTAATGTACTTCAAAATTAGGATTACCTTTAAATGGATTAACAATTTGCC +AAATTACTTGATTTCTATTTTGATTTTTGACTGGAACGGGGACTCTCTCAACCTTTGCAT +CTTCACTTGTAATACCTAGTCTATATAAAAAATCATAAAACTTAAGCAATATATTTTCTT +TTTCTTTAACTGTTTTATAACTATTAATATCTTGCAAAGAACTTATAAACTCAGATAAGT +GGTAAAAGTTTAGCCCGTATAATCCTTTTTCTTTTAATGTATCAAACACGCTGTTATAGC +CTAATGATATTTCATGATTTATATAATTTAAAAAAATAGTGATTACACGACCTTCTTTTA +TTTTGCTGTTATTTGACATGTCGTTACACATTTTCTTTAAGTATGAAGTTAACTTAGATG +GAATCCAGGCATCTGAATCATTGTACTGCTTAACTATTATTATTTCTTTTCTTTCTTTAT +CTTTATATTTACTGAAATCTCTTATTGTTATTTCTTTTACTTTATATGTCATTGAATTAT +TTAAGTTTAATTTTATACTTTCATTTATTGGATTAGTATTCATATTTCCCCCATAACTAA +AACATAGTCCTTTGGTATTCTGTTGTGCTATGTTTTATTTTGTTGTAATAGTACATATTT +TGTTTAATTATAATACAAAATAGACAAAAATTCAATGATAGTAATTGTAATGGTTTAGAG +GGTATTTTATGTATGTTTTGTATAACCTTGTATAGATAAAGATAATCCTATTATGAAAAT +GAAATCAGATAATAAACTAGAGAAGATAAGTTATACTCCAGATAGGGTGTTTATAGATAA +TAGCAATATTATAGGTAAAGAGGTACCTCAAAAACTAGATAAAAGCTGGTATATAGCTTT +GGCTAAGGAAAGATTAGAGAGCTTTGTAAGTGAGTATAAATTTACATTATTTGATTACTT +AAACTTAATTTAAAAAGAATAGTAATTAACTTAAATTAACTTATAAAAAACTCCCTTATA +ATATACCTATTTTATAAGGGAGTTAATATTATAGATTTTAGATCATACCTTTGTATCCTT +TTAATAGTCTAATATAATGACTAGATTCTCTAAGGACATGATCGGCAAGAAGTGGTAAAA +ATATTGATTTTATTTGGCAATCAATACTTCCTTTTGTTCCTGCTGTTTTGAATTCTTTTA +ACTCTATAGTTTTGTTTAAAGTTTCATCTGTAACATTAGATATTGTTGCATCTGTCATTC +TCTTTGCTTTTTCAATTAAGTTAGCAAAATCATTAGCAAAATCATTTGAAGTATTAACTA +AATCATTTTCAGATGGATCAAGTAATCCTCGAATAAATAATGCATGTTCCATCATAATTT +GATCCCAAAATAATTCTGCATCTCTAACATTATCACAATCAATATCTTGACCGTTCTCAA +GGGCAACTACATAAGATTTATATAGTGTAGCTTCACGAGTTATGTGTTCAATAAGTAGAG +GATAATTTGTTGTAAATAAATTGCAATTTAACATTTCACATAATACTTTTTTCTTGAAGT +TAATAAGACCTTCGATTAATCTTATGGCGTTAGAATTAAGTTTTTGTACATAGTTTACTA +TTTCGCAACTAATATTCGTACTATATCCAGCTTGCAATTTTGATTCCATAATTGTTATAT +CTTTGTTTATTTCTATGCCTGTAAGACACTGTGTTTTATGTTCTGCATTTAGTGTATATT +CTGTAAAAATTTCTCCTGAACTTAATACATGTGGCCTAATCATACAGTTGCTAACTGATA +AGCTACATGATAAAAGTTTTTCAAATTCTCTTTTATAGTGATCTGCTATTTCAGCATATT +TAGAATCCTTACATGTAAAACCAGCTTCTAAGAATAGAGAATGTTCCTTCATAATCCTAC +CAAAAAATAAATGTAGCTCTAAAGATTGGACAACATACTTATTATCGTTTATCATAGATT +CACCCCTTAAAAATACTCTATACTACTATATGATTCAATTGTTATATATGTTCATAAATA +GCAGACTATTTTCCTGGGCTACTGTTATGAGATTAGTATTTATAAATATAGCTTATTATA +TTTTCTCGTTTTGAAGATAATATAAACTATAAAAATATCCTTTAAGTTCAATTAGATCAT +TAAAACTACCTTTTTCAATTATCATACCATCTTTCATTACTATTATTTCATCATAGGAAA +GTAATATATTTTTTATAAGTTTATGAGTAACTACAACTAAAGTTAAATCATTAATAGATA +ATAATGAGGTTTCTAAATTATAAGCAGTCTCATTATCTAAAGCAGACGTTGATTCATCTA +AAATTAATATCTTAGTATCATTGATAAGTGAACGTGCAATAGCTATTCTTTGTTTTTCTC +CACCAGATAATTTATTTCCATTTTCACCAACTAATGAATTGATACCATTAGGAAGTATTG +ATATTAAATTTGAAAGACCAGACCTTCCACAAACTTCCAGTATTTCATCATCACTATAAT +CTGCATAGAGTTTAATATTTTCTTTTATAGAATCATCAAACATAAAAACATTTTGTTGAA +TCATAGAAATATTTTTATATAAATCATGACTAAGAATTTTTTGTAGGTTTTTATTATCAA +TTAAAATCTCACCATTATAGTTTTTGTAGTATCTCATAAGTAGCTTGGTTAACGTACTCT +TACCAGAGCCACTTTCACCAACAATAGCATATTTTTTATTTTTTTCAAAGGTTAAGTTAA +TATTATTTAAAGCTTGTCGTTCATCTGAATAAGAAAAGTTTAGATTTTTTATTTCTATGT +TTTTTCCAAATTTTTCTAGTGAAAGATCTTCGATTTCTTCAGAAGAATCACAAAGAATCT +CATCAATTTTATCTACGATAAGTGATACAGATTTTATTTGGTTTATTAAAGAAATACTTG +TCTTTACAGGACCTACAATATGAGTGCTAAGTTGGATAATTATTATTGCTGTACCTACAG +AAATCTCTCCTTTATTCATGAGATAACCACCTAAAATTAGAACTCCTAGATAAATTGTTA +CACTAAAAGAAAGTGAAAAACCTTTGATTATTGATTCGAGAATAGAGCACTTTTTTTACT +ACTTTCAACTGCGGTAGAAGAATTTTTAAATATAGGATTTATTTTATGAGCGATGTTAAA +TCCTTTTATTACTTCAAATCCAGAAAATAAATCTTTAGTAACAGAAGTAATATTTTCTAA +ATTATTAGAAAAGTTATTTCTTTCAACTACTAATTTTTTTGAAAGTGCATTAGGTATTAC +AAAACCTAATGTACCAAATATTGATATAAATATTACAATAGTTGGACTTATAGAAAATAA +AAATATTATAGAGATTGTAAAGGATATAAAAGACGAAATAACTTGGAAAATATTATTTAG +TAGACTATCCTAAATTATTTTTAAATCGTTATAAAGAATAGATATGTATTTGCCACTATT +ATCTAGAGCAAAATCTTTTATATCTTTATTAATTATTTTAGAAAAAATATCTGTTCTAAG +ATAGTTTACAGTATTTTTTATATATGATGACATAACATATCCATCTATATATTCTGTGAT +GAATAAGATTATTATAAGTGCAATACTTGTTAATATGATTGGTACAAACTTATGCGTTTC +ACCATTTGCAAAAATATCAACTATAAATCCCATTATAAAGTCAAAAGCTATAACTGATAA +AGCCGCTAAGGATATAGTAACTATCCTGTCAAAAAATAAGAGTTTGTATTTAAAAATATA +CTTCCAAAACTTTTTCATAATACCTCCATTTTTGTTAAAATATTATTTTATTGAAAAGAA +TAATAGATACTAAAAAATAACTTCCCTTTATTCTTAAATCTCAATAATTTATCACTTACT +ATATAATTATATATAAAATTTTGGTTATTACAAAATGTTTTGAGCAAACAAGGCTTAAAT +TAAGATATCACTTTTATTTAAATATACAGAACTTCTAAATGATTGTAAAAATTATACATA +TGATTTAAAAATTGATATAATTAAATAGAGATAAATAACAACCAAGGGGGAAAGATAGAT +GGGGTTTAAACTTCCAAGATACAATCATCCAAATTTTAGTGAAGAAATATTTGTATCTGC +ACCAAATGCAGAGTATAAGCTAGTTGAAAAAGATAAAGTAGCACCGGACAATTATCATGC +AATGTCTATATTTCCAGAATACTTCAAAATAAACGGAGAATGGATATTAGCTGAAGAAAC +AAGAATGGATTGTGTTCCAAGAATTAACTCTGAAGGAAAAATAGAAATAGTAGAATTTAG +GGCTTTAAGAGTTGGAGATAAAGTAATTGTAGGTAGGACAGAAGATGCTAGTGAGGGGAT +ATACTTACATGCATCAGGATTTGAAAAAGAAGTGCAAGATAATGACGTTTTTGCTTTTAG +AGGAGGAAGGTCAAGAGAAACTTCTCAGACTATGGATTATGACAAATTATATGAACTTTT +AAAACACGAAAAAGAAAATGGATATGTAGTTTGGGTAATGGGTCCAGCTGCAGTATTTTC +AGAAGGCGCTAGAAATTCTCTGACTAAGTTAATAAATTCTGGATACGTTGATGCATTTTT +AGGTGGAAATGCAGTAGCAACTCATGACTTAGAAGCTGGAATATATCACACTGCATTAGG +ACAAGATATATACACTCAAGAATCTATAAGAAATGGTCACTACTGCCATTTAGATTTATT +AAATAAAGCAAGAAAATATGGTTCAGTAGAAAAATTAATAGAAGAAGAGAATATAACTTC +TGGATTAATTCAATCATGTTATAAAAATAATGTGCCAGTAGTATTAGGCGGATCTATAAG +AGATGATGGGCCTCTTCCAATAGTAATAGGAGATGTATACGAAGCACAAGATGAAATGAG +AAAACATATAAGAAAAGCAACCACAGTAATATGTATGGCAACTCAATTACATACAATAGC +TACTGGTAATATGACACCATCATTTAGGGTAGTTGATGGTGAAATAAGACCATTATACTT +TTATACAATAGATACTTCAGAGTTTGCTGTTAATAAATTAAGAGATAGAGGAAGTCTAGA +GGTTATCACTATGATTTCTAATGCTCAAGACTTTTTACAAAGATTAGCTGATAATTTGGA +GTAATTATAGATAGCATTATAGGTAAATGAGCAATTAAGTAAATGAATTCTTGATTGCTC +ATTTATTTTGCAAAAATTGTGATTTTAATAAACTATTTGTCAAAATTATCATATTATATA +TTGATCGCAATGTTTACTATAAAGGAGAATAGACGTTATGCAAAGTAGGAACTCGAGTAA +TTATAAAGGAATAGATGTAAGCCATTGGTTAGGAAATATTGACTATAAAAGTGTTTTGGA +AAGTGGAGTTGATATAGTTTATATAAAGGCTAGTGAAGGGAAAAGTTATATAGATCCAAT +GCTTCATACTAATTATATAAATGCGAAATCTCAAGGATTACTAATTGGATTTTATCATTT +TTTAGAGCAAGTAGTGAATCAGATGCAATTGCAGAAGCTCATCATTTTGTAAATACAATT +AAAAGTTATAAATCAAATTGTAGATTGGCTTTAGATATAGAAGTTAATAATGGATTAAAC +AAATCTACTATCACAAACCTATGCATAAAATTTTTAGAAGAAGTTAAAAAACTTACTGAT +ATAGATGTTGTTATATACACATATACTTCTTTGTATAAAAGGAAATTTTAACAAAAAAAT +TAATATTTATCCTTTATGGATAGCGCATTATGGAGTAAGTACGCCTGATAACAATGGTAT +ATGGGATAATTGGATAGGATTTCAGTATTCAGAATCTGGTAGTGTAAGAGGTATTCCAGG +CAAAGTTGATTTGGATGAATTTACATCAGGTATATTATTAAAGGATAATGATTCTTTTAA +CGAAAAGTCAATTAATATAAATAATAAAATACTCTAGTTATAAGGCTAGAGTATTTTATT +ATTTAATTATCTTTGATTATCTATTATATTATTTATTAGTCCTTTGCATCTACCACAACC +AGTACCTGCTGTAGTAGCTTCAGAAACTTTTTCAACAGTATCAGCTCCATTTTTAACAGC +TTTTGCGACTTCTTCAACTGATACATTTTTACATCTACATGCATTTTCGAGGATTGCCTG +TATTTCTTGTGCATGATTATCATCTTCAACAGTTATATTAGTCATATTTTCTATATCTTC +TATAGTTCGAGCACCGTTTGCCATTGCATTTCTTATTTTTATGTAATCGTCAGTTATTAT +AGCCATTATTTTACCTCCATAATTTTGTTTATTTACTGAGTTACTAACTGTATTATTTTG +TGTCACTTTTTAGATAATATTCAATGTAATTTAAATAGAAGAAATAATAGTAAATTTACT +CATAAAAATTATTTAATATAACTACTTACATTGAATGTATAAATGTTTTCCTGTATATTT +TAAAGTATGATATGAATAAATAGGAGAGAATAGTATGTTAAAAAGGAATATTAAGGTTGG +AAATAAATCAGGCTTACATGCAAGAATGATTACTTCATTTGTAAAAAAAGTATCAAGATA +TAAGTCACAAATTTTTATAAGTAAGGGAAGTGCAAAAATTAATGCAAAAAGTATAATGGG +ACTTTGTAGCATAGGCATAAGTGAAGGAGACATGTTAGAAATAGAAGTTAGCGGAGTAGA +TGAGGAAGTAGCTATGGCGGAAATAATTAAATATGTAAAGGAAATTGGTAAAAATAGATA +GCTATAAAGCTATCTATTTTTTAGTTTTACTTTAATTAGATATTAATTACAATAATTATT +TATTATAGATAAATATAAAAACTAATAAGTGTGACTGTTAATAGTTAAAAAGAAAGGATA +AGTAGTAGTCTATATATTAAAAAGTAAAAAAATTAGAAAATACTATTTATAAAAATCGAT +AACCATGATAAATTAAGTATAACAAATTTATATAGTATCTTTAAATCAGTTCAGAGAAAC +TGGCAAGGATTTCGGCAGAATAAAATTAAGTAAGATTAAGATTAATTATATAAAGTTTAA +TGAAAATTAAAGTGGTGGTACACTAACACCAGACTTTACAAGATTCTCAAATAGCAAAAA +ACAGCAGTAAGCACTACTGTAATAGCATTTTTAATAGGGAATTCTTTAATGTTAGCATTT +GATGCAATCGGAGCTATGGCAACAGGACATGCTGATATATCTGAAGTAATGTTTGCACAA +GGGTTAATAATAACAGCAATAATAATACTAGGTCTTAATATATGGACAACTAACGACAAT +GCTTTATATGGGTCAGGACTTGGATTTGCAAATATAACAAAGCAACCAAAAAGTAGAATG +GTTATAATAAATGGTGTTGTAGGTACCTTACTTGCAATATTCTTATACAATAACTTTATG +GCATGGTTAAATATGTTAAATTCATTTATACCAGTAACAGGAGCAGTAATAATAGCTGAT +TACTTCATAATAAATAAAAGAAAATATGCAGATTTTAAAACTGTAAGATTTAAAACTGTA +AATATAAATGCTGTAATAGCATGGTTAGCAGGAGTTGTAGGAGCTTATACAATACCTGGA +ATAACACCTGTAAACTCAGTAGCTACGGCAATAGTAACTTATGTGGTTTTAACTAAATTA +TCTTCTAAAAAAGGACAAGAATTAGAAGATAAGATAGCTGCATAATTAAATTTAAATAAA +GAAATTTGAAAATAGCTTTTAGTATCTTAGGAGGATAAATATATTAATAAAAAATGCAAA +ATTAAGAAATAATGACAACTTAGTAGATATATTAATAGAAAATGGAATAATAACTAAAAT +TGAAGCTAATATAGATATTCAAAATGAAGAAGTTATAGATGCAAATTGATTTTTAATTGT +TCCACCATTTATAGAACCTCATATCCACTTAGATACAACATTAACAGCTGGTGAGCCAAA +GTGGAATGAAAGTGGAACTTTATTTGAAGGAATAGAGCGTTGGTCAGAAAGAAAAGAGTT +TTTAAGTATAGAAGATGTAAAAACAAGGGCAAGAAAAGCTATAACATGGCGAGTTGCTAA +CGGAATACAATTTATAAGAACTCACGTAGACACTACTGACCCTGAGTTAACAGCAATGAA +AGCTATGATAGAATTAAGAGAAGAATTAAAAGACTATGTAACTTTACAAATAGTGCTTTT +CCACAAGAAGGTATACTTTCATATCCTAATGGGCTTGAACTGTTAGAGGAATCATTAAAG +CTTGGAGCAGATGTAGTAGGATCTATCCCTCACTTTAAATTTACAAGGGAGTATGGAGTA +GAAAGTATAAATAAGATGATTGAACTTGCTAAAAAGTATGATGTATTAGTAGATGTTCAC +TGTGATGAAATAGATGATTAACAATATATATTCATAGAAGTACTTGCAGCTAGAGCTTAT +GAAAATAACATGGGGCATAAAGTTACAGCAAGTCATACAACAGCTATGCACTCATACAAC +GTAGCATACACTTATAAATTATTTAGACTTTTAAAAATGAGCGGAATAAACTTCATAGCA +AATTCACTTGTAAATATACATCTTCAAGGTAGGTTTGATACTTATCCAAAAAGAAGAGGT +ATAACAAGAGTAAAGGAAATGGTAGAAGCAGGAATAAATGTATGCTTTGGTCATGATGAT +ATAGTTGATCCTTGGAATCCAATGGGAACAGGTAATATGTTACAAGTTCTTCATATGGGA +CTTCATGTATGTCAAATGATGGGATACAGTCAAATAAATGAATCAATAGATTTGATAACA +AACAATAGTGCAAGAACACTTAATATACAAGATAAGTATGGAATAAAAGTTGGAAAGCCA +GGAAATATGATAATACTACCTGCTGAAAATGGATATGATGCTATAAGAAGACAAGTACCA +GTATATTACTCAATAAGAGAAGGTAGAGTTATAGCACATACTACTTTAAGTGAAACAACT +ATAGATTTTGGAGAAAAAGAAGTAGTAGATTTTAAAAAGTAATAAAAAGCTGTTCTAAAT +GATGGTAATCATTTAGAACAGCTTTTTTAACTACAATGAGATTATATCTTAAACAAGTTT +AATTAATAATGATTTTACATAAAATATTAAAAAACTAATCGAGGTATAAATATGAAAGAT +ATAGATTTAATTAACAAAATTTACAAAATATCAGATAAACATAATGTTATATTAAAAGGA +CATATAATAATTAGTAGAAATACAAATGTTATACTATTTGCACATTATTGTAAGAGTACT +TTATTTTATAAAGATTTTTTTAATGTATCAAAAGATGTATTAAATGTAAATAAAATGGCA +AATAAAAATCTAAAAGAAGCTAAGAAAATAATAAAAAATGCAGGATATAAGAAAGTATGG +GCTAAAGGTATATTTTCAGTTTATGGAGACTTAAGGCCGTTAGCTGTAGAAGCTAACTTT +GGGAAGTGGGGAAACAATGGCATCATTGTCAATGATAAATATGGAAGTGATTTTCTAATA +AGTGCAATATTTTATAAATAGACTATATACATATATTAAATCATGTATACCTTAATAATA +AAAAACTTAAATTATACTAATAATTAAAAATAACAAGTAATATAAAGGGAGGTGGGATAT +ATCAATTAATAAAGGAGTAGCATAATAAATCTATGGCGCTAACTTTAAACATAGATAAGT +ATATAAGTAATTTAAATAATATTATCAAAGATGGAAAAATTAATAGATTTTTTAACTATA +ATATAAATTTAAAAAAACACAGGAGAATTTAGTATACAAAAAGACTTATTAACAGAAAAT +AAGGCACTAATTAAACAAAGGATAAGAAAACCTAGTATACTTGAAAAGTTATTTAAAAGT +TATAAATTAAGATATATGAAAGTATCAAGATTAATGTCATATTAACCTTGGTACTTTACA +TATTAACAAGAAAGTTTTAATGATTTTTCGAGAACTTTAAAAAAAGTTGTAAAATCGTTT +AAACTCTATAATAAATATAAATTGCTAAAAAATAAATAAAAAAGAACTGCTACATGGTAA +TTCGAAAATTGTCTATGCGACAGCACCATTTTTTATTTATTAAATTAAAAGTAAATATTA +TTAAGGTTAGTGTGATTACATTTATTTTTATTTTCTAAAGACGTTTTTAATAATGATATA +TTAGCAGGCAAAAGTGACAATAAATTTAAGCTAATACAATAATTTAAAAATACATTCCCT +AAAAAAGCATCCATATCGCAATGATAGTTGTATATTGGAGATAAAAAAACATACTCTGGA +TCTGCACATATTTTTATATCATTTTCTAAAGTTATAAATGCTTTTCTCATATTACATTTA +TGATTAGGTACACAGATATTACTTACTAATATAGTTTGAATAGAATCTGTAGTTGTTCCT +AAAGCCTCAATACACATTTTCTTATTTTTATCTATATGAGCTACTGCTTTTATTTTTACA +CTTATTTGAAATTCTAGATTAAGAGATTCTGTTATATTTAATAGTAAATCATCACAACTT +TCTTCAATTATATTTATATACTTTTCACTTATGCAAAATGAGCTTTCAATAGAAGATGAT +TCATTTTCCAATTTATGTCCGTTTATAAGTATTTCTTTTTTTATTTTGCATATATCATAA +TCTAATTTAGTTTCTAGTATTTCTATTCTAGTATTACAAGGTAAAACACATTCGTTTAAA +ATATTAAATTTTATAGGTAAATTAGAACTTAACTTATTTATAGTTACAGTATTATCAAGG +ATTTTATTTACCTTAAAAGGACAAATTATGATGTCAGAACTCTGCTGTCTACCCACAAAC +ACTCCCTCCTATTAAGTATATATTTATAATATGACAATAAGACAAAAAGGTTATTAAATA +AAATATTTTTGAGGAATATAAGAAATAATGTCAAAATATGAAGTAATGCATATATTGATA +CAAAGAGAAATATCTCTTTAAAAATAATCAAGGAGTGATTTGAATTGAGTTTTGATTGTA +TAAATCCCAACACAGTAGAAAATTGTGGGAAATATAGAAAACAATATGCAGGAAATTTAG +AATATGTTACTGAAGGTTTACTTGATATTCTTAATAAGAATATATTAAAAGATGAATTAA +AAGACACACCATTTAATTTACTTGATGATAAATGTGAATGTAAGGATTTTCCATCAAGTG +ATGATAGAGATGCAAGAGTTTTTGATTGTGCTTTATGGACACAAATAAAAAATAAATTAA +TAATTCTAAGCTCAGATCCTAATGACAAAGATGGATTATTATTTGTCCTTGATCAAACAA +TTAAATGTATATTAGCTAAAACACCTAATATAAACCATGCACTTGCTGTTCAACTAGAAA +GATTTTTATGTTTGGTTGAGTCTTTAAGTACAAGAATAGATTCTGTATGCTGTAATGATA +AATGCCCAGAAATAATAGGAGATTTATTATGTTTATTATTACAAATACTAACTGAATTAA +TTTCTGCAGTATCTAAGCTTGCAGTTTTAACATATTACGCAAGATGTGATGTAAATCCAT +CAACTGGAAATAAAGTAATTGTTTCATTATTTGAATGTTTATTATGTGACTTTATAAATG +ACTTATGTGAACTTGAAAGATTGATACCTGAATTAAGTGCAATAGTAGTTGGATTTGCGA +CATGTGATATGCAAATGTGTACACCTTGCTACACAACACCATCTACACCTAGAAAAGTAA +GACCTATCTGTCCACCTTACATGATGCATAACAATGGAGGATTTAATAAACCTCATCATT +GTGGAAGTTGTGGCTGTAAGAAGTAAATAGAATTTATAAAAGTGTATGTCTCAAAGTAGA +TTATCTATCTACTTTGAGACATCCTTTTACCATATATTAGGAGGTAAATTTAATTGAATA +GTAATCATAACTTAGAGGTTATTTATGAAATATTAAATGATATAAAATTTAATTTATTTT +GCAAAGATGATTGTTTTAATAAAGAAGAAGTGATAGTAAAGAGTTTAATTGATGAATTAC +TTGAAGAAAATTTTTGTAAAGAAAAAGAAGATAATTGTGATAAATCAAAATGTATAAATT +TAATAACTTTATTAATAAAAACTATTTCAAAAATAGAAGAGTGTACTTGTTGCAAAAAGA +ACTATGGATATTTATTACAAATTGATAGATTTGAGTGTATATTAGATAATTTAAAAGGAT +TATTCTGTCAACTTAGATGCTTAAAAATTAAAGAGTGCGATTTAGTATCTAAAGTATTAT +GTATATTATTTAAAATAATAAAATTAATAGCAGATATTATATCCAAGATAAATAATATAG +AGTGCTTATGTAAATCAAAATTACACTGCGAATGTGAACTTCTAGAATGTATGATTTGTG +ATTTAGCAGAAGAAGTTGAAGAACTTGAAAAACAAGTATCAGAACTAGCCTGTTTAGTAT +TAGAAATAGCTTCAAAAAATATTATTAACTGCACTACATCTAGAATGTGTATATATAAAA +AGCGAGATTATTTAAAAGATTATTGTGATCACTACTATATTAAAAACAACAGTAATTGCC +AGTCTAAATAAGTAAGATATTATTAATAAGGAGATGCTAATATGAATAATTATGATGGAT +ATAGTAGTGAATATGAAAGTTGTGGTGGATGTTCTTGTGGTTCTAATCCAGGATGCGATT +ATCAAACTTGTTCGCCAGACTATAATCCAGTTACTGTAAATAACTCTACATGTCCTAATG +TAGAAGGAAGTACTTCTCAAGGCGGAAGTGCTTCAGGAAATACGAGTAATAATACTAGTA +GTGTAAGTGTAAATATGTGTTGTTGTAAAAATGATTCTAGTAAAGATTGCTGTGTAGATG +GAGTTAAGAAATTACTAAACTTTATTCAGGATAAATCTTTGGAAGCAACAATAACTTCCA +GTCAAGTATATTTATATGGTGATTTAGTGACAGAACAGGATAAATTATTCACACCAAATC +CAGCAAATACACCACTTTTATCACTTATAAATTCAACACAAATACAAAATGCATCTATAT +GCAATGAAATAATAAAGCTAAGTAATACAATAGTATCTTTATGTACTGTATCTCTTGTAG +CATTTAGCTTTGAACCTAAAAATCAAAATGCATATATTAAGAAGAAATTTAAATTTATTA +AAAAATGTTCTTGCTCTTGCGAGTGTAATGAAGCAATTGCAGAAGCTTTATGTTTCAGCG +GATTTGGAGGAACATACACTGTAAGATTGAAAGATACACTTAAAATAAGTACAAATGGAA +CCTTATCTGGACCAGCGACATTAACTAATTTATTCTTAGTAGCAGTAGATAATAATATAG +CTATATTCTCAAATGCACTTACTCCTACGCTATACTATGGAATACCTACTTGTAAGATAG +CGAGCTTTATAAAAAGCTAAAATATATAGAAAGGAGACTTAATATGTATAATAATGGGTG +TTGTACACCACCTTCACCAAGAAGAGATAATTGTTGTTGTAAAGATGGAATTATTTGTGC +AATAGACTGGTTTTTCCAAGACTTCTTATTAAAAGAAAATAGATGTATAAAAACAGGTTC +GCTAATGTATTACCCAAGACTTTCACCAGTGCAAGTTCTACCGCTAACAAATATAAATCC +AACTCTAGAACCGATATCGAATATAATATATAATATTCCATTTATTACACAAGAGATAGT +TCCAGTTTATATTACAGAACAAAAGTCAGGTTCTTATATTGGAGATATAACGTATTTAAA +TATCTGCAAGTTACATGGTTTTCAATTTGAACTTAATGGTGATTGTAAAAGTTCTAAAGA +ATCAGATATTATAAGTAGATTTTCAAAAATAAAATATAGTTCTCCAAATAATTGTTGTTG +TAAAAATGGAATTTTGGAATTTTTATTAAAAGCAAGAGATTTTTTAACAAGTCCATGTTC +AGAGTCTGTAGATTCTAATGCTTCGGTAATTCTTTCAACTTCTGATAACAGTTTTAGAAT +TACGCAAATACTTGCAATAAATTCAGACACAGTCTGGGCTAAAAGTGAGATACCTAAATT +AGGATCTATCCCAGCTAAAACTATATATTATGTTCTATCTTTATGTGAGATAATAGGTAT +AACTTTAGATAGAAACTATAAATCAGTTACAGAAGACCAAAACAACGAAGACGTACTATA +AAGGATGTGAAAAATTTGCAAAATTATAATAGTATGAATAATTGTTGTTGTAGTTGCGGT +ATAAAGCAAGCTATATGTATATTAAAGGATATAAAAGATTTAATTAAAAAGCAGACTGTT +TATTTTAATTGTGGAACATCATATGGAGAGATTAAAGATAGTAAATATCCTAATTTTGTA +TTAATTGAAGAAACATCTGAAACTAGTAATAAAATGAAGGTTAACCTTTGTATAGATGAT +ATTAATTTTATAAAGATAGAACCTAAGTATGGAGAATGTCAATCAATTATAAATGAATTA +AATAAATATTATATCTCTCCAGTTGTCGTTGAAGGAAAATGTGATGAAAATTGTTGTTGT +AAATCAAGTGTAGCAGCGTATATGAAAGATAAGTATATAAAACCAAGAAGTGATAAGAGA +AAGTTTAAGATAACATTTAGAAATATAAATTATAGTGTACCAAATATAGAAAATCATTTT +GTAACTATAATTCATTTAGATTATGATGTGGCATGGGCAATAGATGTAATAGATAAGTCT +TTATATTTAATTTCTTTATGTCAAGTGTGTGCCTTAATAGATTGAAATACTTAAATAAAA +CATCTTACTTAATTAAAAGGGGATGTTTTATTTTTTATAAAAATTTATCTAATTTATAAA +ACTATTTATATGTTTTAGGTGGTAAAATAAGGATAATAAATATAATAACTAATTTAATAA +AAGGGAGATAAGTTAAATGGATATAAGAGAAAGAATAAAAAAATACAAAGATTATATAGT +AGAAATGAGAAGATATTTTCATCAATACCCTGAAAAAAGCAATGAAGAAATAAAAACTTC +TAAAAAAATAAAAGAAGAATTAGAAAAAATGGGTATACCTTATAAATCAGTTGCAAACAC +AGGTGTTATTGGGACAATAAAAGGAAGTAAACCAGGAAAAACTATAGCATTAAGAGCCGA +TATAGATGGCCTTGCAGTAGTAGAAAAAAATGATGTTGATTATAAGTCTAAAGTAGATGG +AATGATGCATGCTTGTGGACACGATGGTCATATAGCGATGTTACTAGGGGCAGCAAGATT +ATTAAATGATATGAAGGACGATATAAATGGTACAGTAAGATTAATTTTTCAACCAGCTGA +AGAAGTAGCTCAGGGAGCCAAAGTTATGATAGAAGAAGGTGCTCTTGATGGAGTTGATGG +TATATTTGGTATGCATCTATGGGGAGATTTAGAATGTGGAAAAGTATCAGTAGAGGAAGG +GCCGGTAATGTCTGCAGCAGATATTTTTAAAATAAAAGTAAAAGGAAAGGGTGGACATGG +GTCTCTTCCGCATCAAGGTATAGATGCTGTTGTTGTTGCATCTGCAATAGTAATGAATTT +ACAGACAATAGCAAGTAGAGAAATAAATCCAATAGAGCCAGTAGTAATTAGTATTGGATC +AATAAAATCAGGAACAAGGTTTAATGTAATAGCGAGTGAAGCAGTTCTAGAGGGAACATC +AAGATGTTTTAATCCTGAATTAAGAGAAGATATTCCTAAAATTATGGAACGAATAATAAA +ACATACTGCAGAAACATATAGAGCAGAAGCTAGCTTAGAATATACTTGGGGAATGCCAGT +ATCGATAAATAATAAAGAATGTTCAAAGCTAGCAAAAGATGCAGTAAAAAAGATATTAGG +AGAAGATGGGATAAACTCTATGCCTAAGTTAACTATAGGGGAAGATATGTCTGAATACTT +AAACATCGTTCCAGGTGTAATAGCACTAGTTGGATCAAAAAATGAAAATAAGGAATGCAT +ATATCCTAATCATCATGGAAACTTTGATATAGATGAGGATTCATTAGAAATAGGTGCAGC +ACTTCATGTACAATATGTACTTGAGTATTTAAATCAATAATCATAAATATTAAAATTAAT +AACAGATTGGCTATATTCTGAAAAACAGGATATAGCCTTTTATTTTATATTGTAGCTTGG +GAATAATAAAATAAAACACATTTACTTATATATTAAAAATATTAATCAATACTATTACAA +TTATTAATTTTACTTATAAATAGTATAGAAATATAATATTTAGTATAAAAATACAAAATC +TTACATTTAAGAAAAAGGAGATGTTTTTATGAAGGATATTGTAATAATAGGTGCGGGTGT +TATAGGATGCTCGATTGCTAGAGAGTTATCAAAATATAATTTAGATACATGTGTAGTAGA +AAAAAATAATGATGTAGCAGAGGGCATATCAAAAGGTAATAGTGGTATAGTTCATGCTGG +ATACAATGAAAAAGAAAACACATTAAAGGCTAAGCTAAACTTAGAAGGAAATTACTTATT +TGATGGATTATCAAAAAAGTTAGACTTCTCTTTTAAAAGAAATGGAGCGCTAATATTAGC +TTTTAATGAAGATGAAATGAAAAAAGTTCATGAATTAAAAGCTAATGGAGATAAACTAGG +GGTTCCTGCCTTAGAAGTTTTAGATAGAAATGAAGTATTAAATTTAGAAAAAAATATAAG +TCCTAAAGTGGTGGGTGCGTTATATGCAAAATCATCTGGAATAGTAAGCCCATATGAGAT +GACAATTGCTTTGGGAGAGAATGCTTCAGAAAATGGAGTAGAATTTAAACTAGGACATAA +GGTTATAGATATAAAAAAAGAAGACGATGGGTTTATTTTATTATTTGAAAATAAAGAAAT +AATAAAAACTAAGATAATAATAAATGCAGCAGGTTTATATGGAGCTTTTATAAATAATCT +AATAAATGAAGAAAAATATGAAATAAACCCTTTAAAAGGAGAGTACTGTTTATTTGATAA +AGTTGCTGGAGGGATTTGTAAAAAAACTCTATTCCAAGTTCCTAGTAAAAACAGTAAAGG +AATATTAGTTACTCCAACTGTAGATGGTAATCTTTTACTTGGACCTAATGCAAAATCAGA +CGAGTATGTAACAACTTCAAGAGAAGGTATAGATGAAATAATAGAAAAAGGAAGTAAAAC +AATTGAAGACTTACCTTTAAATAGAATACTAACTACATTTAGTGGAATTAGACCTAAAAC +TGACGTTGGAGATTTTATAATAAAAAGCTCAAAAGATAATCCTAATTTCATAAATGTAAT +AGGAATAGATTCACCAGGACTAACAGCAGCTCCTGCTATTGGAAAATACGTAGTATCTTT +AGTCTCAAATATAGTAAATTTAACTGAAAAAGATAATTTTAAGGAGCATAGAAAAGGTAT +AATTAGATTTTCAGAATTAAATATAGAAGAAAAAAATAAGATTATTAAAGAAAATTCTTC +TTATGGTAAGATGGTTTGTAAATGTGAATTAATAACTGAGGGAGAGATTATAGATTCAAT +AAAAAGACCATTAGGAGCTACAACAGTAGATGGAGTTAAAAGAAGAACTAGAGCTATGAT +GGGTGGATGTCAAGGTATCGGATGTATGTTAACTATAGCAAATATTTTAAGTAGAGAATT +AGGTATTAGCATAAATGATATTAAGAAAAATAATGAATCTTCAGTAGTAGTTGGGTATAA +GGAGGACTAGGTATGAATTCATATGATTTAATTATTGTAGGTGGAGGAGCAGCAGGTATT +TTATGTGCATTACAAGGGAAAAAACAAGGTATAGATAATATCTTAATTATAGAAAAAGAT +CCAATGCTTGGAGGAATGCTAAGTAGTGGAAATTATAATATATCAGAAAATGGATTTATT +ACTGGAAAGCAATATAAAGAAAAATTAATGAATGAACTAAACTCTTTTAATGTTGAAATT +AAACTTAATACAATGGTATTAAAAATAGAAGATGATAATGGAGTTATTTGTACAAGTTCT +AAAAATGGAATTGAAAAAATACAAGGTAAGCAAATAATACTTTGTAATGGAGGAAAAGAA +ACTTCAAGAAAAGTTGTAAATATGGTTGGAGATAGATCATCAGGAATTCTTACAGTAGGA +ATGGCAAAAAAAATATTTAATATAGAAAACATAATACCAGGTAAAAATATTCTAATATAT +GGAGATGCCACTCTTTATATGATTGAAGAAGAACTTAAAAATTCTAATATAAATGTAGTA +GGAATTGTATGTAATAATAAAAATACAGATAAAGTAAAATGTTATGATTTAACTTCTAAT +ATATATGAAGATTATGAGATATCCTCAATAAAGGGAGAGGGTAGAATTTCAGAGGTTACT +CTTTCAAAAGATGGAAACAATTTAGAAGTAGGATGTGATACTTTAATTTTTGCACAACCA +ATGCTTTCAGATGGAGTAGTAGCAATGAGAAGCAACATTATTTTAAACCCAGAAACAACA +GGAGCAAAAGTGAATAAAAATTACATGACTTCAAGAGAAAATATATATGCCTGTGGAAAT +GGAATATTCATTCATAATAGCATAGAAGAAATAGAAAAAGAATGCATATCATTAATAAAT +AATTTGAAATAAAAGTTAAAGGAAAAAATTAATAAAGAAAATACAGCTTAACAATAATAT +TAAAAATATGATGTAGTTGATATAATAGAGTATATATTACATCATATTTTTTATTGGAAA +AATAGTTGCAAAAGCAATTGATTATGATATAATAGAATAGTTGCATATACAACTAATAAT +AAGGTGGGATGATTATGAATGAGGTAAAATGTAAGAGCAATAGACATATAGGTAAATATA +TATCACTTTTGCACAGAAAAGGAAGCATATTTATAAATAGAGAGCTATCAAATTATGGTA +TAGGATCAGGTCAATTTATGTTCTTATTAGAACTTTATATACAAGATGGAAGAAACCAAG +AAGAATTATCTGAAAGGTTAAAGATTGATAAAGGTACCACAGCAAGAGCTTTAAAAAAAT +TAGAAGAACAAGGTTTTATAACTAGATTAAAAGATGAATGTGATAAGAGATCTAATAAAA +TTTATTTAACTCAAAAAGCTAAAGATGTACAAGAAAATGTATATGATATTCTAGATGAGT +GGAATAAAAAATTAAGAGAGAGTCTTAGTAAAGAAGAAGAAGATATCGTTGAAAAATTAC +TTATGAAAGTATGTAATAATATAAATCTATAGGGAGGCAGATTATGAATAAAGGTCAACA +GATTTTAGGTACAGAGCCTATTGGAAAATTACTTATAAAATATTCAGTACCAGCAATCAT +AGGCATGATGGTTAATGCATTATATAATGTTGTTGATAGAATGTTTATAGGAAATATACC +AGGAGTTGGGCCAATGGCAATAACAGGTCTTGGAGTAACAATGCCAATAATGACAATAAT +ACTTGCATTTGGTATGCTTGTTGGTATAGGAGCAACAACTAATATATCAATAAAATTAGG +ACAAGGTAAAAGGGAAGAAGCTGAGCATATAGTTGGAAACTCAATTACTTTGGCATTAAT +CATAGGTATAATATTAACAGTTGTTGGAACTGTTTTTTCAGATAGTATACTAAAAGTATT +TGGTGCAAGTGAAAGTACATTAATTTATGCAAAATCATATATGAGTATAATTTTGCTTGG +AACAATATTTAGTATAAGTGCAATGGTATTTAATAATATAATAAGAGGAGACGGAAATCC +AAAATTATCAGCCATAATAATGGCTGCAGGATGTGCTACTAATATAGTATTAGATGCTGT +ATTAATATTCGGATTTAATATGGGAATACAGGGAGCTGCATTAGCAACAATAGCATCTCA +AGGTCTTACTGCAATATGGGGATTCTCATATTACTTAAAAGGAAAATCTAACTTAAAGTT +TACAAAAACAAGTTTAAAATTAGATATGAATATAGTAAAAATTATTTTTGCAATAGGTTC +AGCGCCATTTGCAATGCAATTAGCAACAAGCTTAGTTCAAGTTATTAGTAATAATGCTTT +AAGAACTTATGGATCAGATTTAGCAATAGGTGCTATGGCTACAATAAGTTCAATAGTAAT +GATATTCTTAATGCCATCATTTGGTTTAGTACAAGGTATGCAACCTATAGTAGGTTTTAA +CTATGGAGCTAAAAACTATGATAGAGCTATAAAAACTTTCAAATTATCATTATTATCTTC +AAGTATATTCTTTATAGTAGGTGCTTTATTAATACAATTCGTACCACAAGCTTTAGTAGG +AATGTTTAATAGAGATCCTCAGCTTATGGATATAACTGTAAATGGATTAAGAAAATATTC +ATTTGCATTACCTATAGTAGGAATATCTATAGTAGGAACAAACTATATACAATCATCAGG +AAAAGCAAAAGTTGCTATGGTATTAAGTTTATTAAGACAAGTTATAATATTAATACCTAT +GATATTAATATTACCTAAGTTTTTAGGTTTAAATGGAGTTTGGTTTGCACAACCAACTGC +GGATATAATTGCATCAGCAATTACTGCTATAGTATTAATTAAGGAAATAAGAAGTTACAA +AGAAGATAACAATAAAGCTAAGGAATTAGAAGTCGAGGCTATATAATTATAAAATAAAAA +GATATGAGTTTTAATTTAAACTCATATCTTTTTTTGAATTTATTCATATCTATCTTATAA +TATTGAGGTAATTTATGGTATTATATATTAATGTATAAAAATAGAAGATTATAAGAAATT +AGATTCTATAAAGTATACAATTAGATAAAAGGGGGAGTATGATGAGCAATAATGATAATA +AGTTAATTGGGGGATTATTAAAAAATGGTCATGTACATAAGCTTAAATGTGAAAAGTGCA +AAAGTGTATCAGTGCAAATAAGTGAAAATGAAAAACCAGATCTTATTTGCCTTGAATGCG +GAGGAAAATGTAAGACTTTATAAGAATATAGTATTCAGCATGTAATGGAGAGAATTATGA +CGAAAGGAAGGATTCTCTCTTTTTAATACTAAAATAGATATGAATATACTATAATTTATA +GTATTACAAATACAATAATTTGGAAGGGAGTAAATAATGATTGAAGTAAGAGACTTGTGT +AAATCATTTACAAGGGTAGTAAAAGATGAAAATAAGAAAAATAAAAAAACTCTTAGTAAA +AATATAAAATTAAAAACTAAGAAAGAAGATTTTCTTGCAGTTAATAATGTATCTTTTACA +GCTGATAAAGGGGAAATAATAGGAATCCTAGGTCCAAATGGAGCTGGCAAAACTACCTTA +TTAAGAATGTTAGGTGGAATTCTAACTCCAACATCTGGTGAAATAAAAATAGCTGGATAT +GATTATTCTGAGGACAAAAATGCAGCTAAAAAAGAAATAGGGTACTTATCAGGGAATACG +AAACTATATAATAGACTATCGCCAAGAGAGCTTTTATCTACTTTTGGGAGTTTATACGAC +ATGGATAAAGAAGAAATCGAAAAATCTATAGAAGAAATAATAGAAGTTATGGACATGGAA +AGTTTTATAGATAATAGAATTGAAAACTTATCGACAGGTCAAAATCAACGTACGTCAATT +GCTAGATGTCTTATACATTCACCTCAAGTTTACATATTTGATGAGCCAACCTTAGGTCTT +GATGTAATAAGTAGTAAATCCATAATAGATTTTATGAGGCATGAAAGGGATAAAGGCAAA +ACAGTATTATATTCAACTCACTATATGGAAGAAGCAGAAACATTATGCGATAAAATATAT +ATGATTCATAAGGGTGAATTTATTGCTAGTGGAAGTTGTGAAGAATTAAAGGAAAAGTAT +AATACAAATAATTTAAGAGATATATTTATAAATCTTGCAAGTCAAAGAGGTGATTTACTT +GAGGACTAAAATGGTAAAAGCAATATTTAAAAAAGAAATGATAGATATACTTAGAGATAA +GAAGACTTTGTTTATGGGAATTGTACTTCCTATAATTTTATATCCTGTGCTTATGATTTT +GATGACTCAAATATTATCAGCGTCTATGAATAATATTGAAAGACAAGACACCAATATAGC +ATTTAATAAAGCACCAAGTTCAGAACTTATCTCAATTATAGATAATTATTCAGATGATGA +TACAGGGAAAATTAATATTATTGAAGCTAAAGACTATAAAAAAGAATTAGAAGATGGCTT +AATAGATGCCTATATAGAAGTAGAGGAAAATAATAATTTAGAAGATTACAGTATTTATAT +AAACTCATCAAAAGAAAATTCAATGACTGTTATGGATAGATTAGAAGAAATTTTAGACGA +ATATAAAGTAAATATCACAGAAGAAAAGTTAGAGTCAGAAGGTCTAAATATTAATGAGGT +TTTAAATCCTATTGTATATAAAACTGTTGATGTAGCTAAAACAGAAGAAATAGCAGGATT +TTTCTTAGGTCAAATTTTACCAGTAATACTTATAATAGGAGTACTTTTAGGTGCTATATA +TCCAGCTATAGACTCTATGGCAGGAGAAAAAGAAAGAGGGACTCTAGAAACTTTATTTAC +ATTACCAATAACTAACTTAGAATTGGTAATGGGAAAATATATGGCAGTATCTTTTTGTGC +AATAGTAACAGCAATATTAAACGTTTTATCAATTCTTCTAACATTAGGATTTTTATTAGC +AAGTGGAGGTATGGTAGAAGGAATGTCTATGGTAAGTTTTGATGCAGGGCAACTAATAAT +TCCTTTAATAATAACATTAATCTGTGTGTGTTTATTCGCTATGGTAATATCAGCAGTAAG +TATGTGTGTGTGTTCTCTTGCAAAAAGTTTTAAAGATGCACAGAATTATATAACACCAGT +TATGCTCTTAGTTTTAATACCTTCATATGTATCTATGATACCAAATATAAAGCTAAATGG +TGTAACAGCAATAATACCAGTAGTTAATATATCACTTCTTATAAAAAGTGTATTGAGTTT +TAATGCAAATATCAGTCTAGTAGCAATGGTATTTATATCTAACTTTACATTTGTGATATT +GGCAGTAATGCTCTTATCTAAAATGTTTAACTCAGAAGAAATTTTATTTGGAAGTAGTAG +AAGTTTTTCATTCTTAGAAAAAAGATCGAACATTAAAAAGGGAACAATGCCAAATGTTAG +TGATGGTATAATCTTATACGCATTTGGATTAGTTTTACTTATATACGTTGGGAGTTTAAT +TCAACTAAAATTTGGAATGGCTGGAATAGCTATGACTCAAGTTATGATTATAGGTTTACC +GTTGTTATTTGCTTATTACATCAAATCAGACTTTAAAAAAGTATTTAGTTTGAATTTACC +GAAAGTCAAACATGTATTTGGAGCTGTAAGCCTTTGGATGGGGACATATATTGTGGTTAT +GATTATAACTCAAATATTATTATTCTTATTCCCACAAAGTATGGAAGTAGTAGAAGGATT +AAATGATGCACTATTTATAAAAGATAGTCTAATATTAAATATACTAATAGTAGCTGGTAT +GCCGGCCGTATGTGAAGAAATGTTCTTTAGAGGGTTCCTTTTAAGTTCGTTTAAGAATAA +AAATTCATATAAGGGTGCAATAGTATTTACAGGAATTTTATTTGGATTTATGCATATGGA +CTTTATAAGAATGATACCAACAGGTATACTTGGTATTTCATTTGCATATGCAGTATTAAA +GACAAACTCTTTATATATAAGCATGCTTATGCATTTTTTAAATAATGGATTTGCTGTAGT +AGTTAGTCATTTTGCAAATAACTTAGAGCAAACAGAAGTTGCAACTACAACGACAGTTGG +ATTAAGTATGAGTCAAGGATTAATTTATTTGGTTATAGGTTTAGTGTTTATTTTTATAGG +AATAAGATTATTTAAAGATAAAAATAAATCTTTAGAAGAAAATAATTTATAAAGGTCGAA +AAAATAAAGAAAATTGTCACATTTTAGATAAACTTGAATAGTATATATATTAAGAGAGAT +ATATCTCTTAGTATTATATTAAAAGGTGGTTGATAGATATTTATGAAAAATAATAGAAGA +GGTTGTTGTAATAAAAAATCTTGTGGATGTAACTCCTCAAATTCTTCTAGCCCAGCTAAT +ACTTGTAGCCAATTCAAGCAATTAGCAAATGAAAAATGTGATAGAGCAGAACGTTTAAAC +TGTCAAGCGAATAAAGTGGCTCAACAAGCAGTAGCTGCAGAGCAAAGAGCAGAAGCTTTA +AAACGACAAGCTATTGAAGAATGTCAAAGAGCTAATGAACTTTGGGATCAATATAATCAA +TTAGCAGATGAAGGTATATGCTTAATGCAACAAGCTCAAGCATGCTTAGCTAAAAGTGTA +GAATGCTACTCTGATTTATATGAAGATGTAGAAGGATGCAATATAGAAGACTTTGGAGGT +ACAGTAAGTAACTCAAATAACTCTAATGGATGCAATTGCGGATGTTGTCATAGATAATAA +ATTTTAATAAAAAAATACCTAGAAACTTCTAGGTATTTTTTTATGTTTAACTCAATTAAA +ATAAGAAAATTTTTATTTTATTATTCCTATGTACTTTAGTTGATTGATTACAAAAAAGTG +TTCTTAACAAAAAATATATTGCAAAATAAATTGTATTATTATATTATTGTATTAAGTTAA +TAATACAAAGAGGTGATTAAGATGAGTTGGGAAATTGATAATAATAAGCCCATTTATATA +CAATTATTAGAGCAAGTAAAGCTGAAAATAATCTCAGGAGAGATACCTATTGGTTCCAAG +TTAGATTCAGTAAGATCTTTAGCTCAAGAAGCAGAAGTTAATCCAAATACTATGCAAAAG +GCATTATCAGAGCTAGAACGAGAGGGATTGGTTTTTAGCAAAAGGACTAGTGGGAGATAT +GTAACTGATGATAAGGATAAGATAGAAAGTATGAGAGAAGAAATGGCAAATATACATATA +AATTCTTTAAAAGAGACATTAAAAAAATTAGGATATAGCCAAGGTGAGATTATAGAGCTT +ATAAAACAAAATTTAGAGGAGGAATAAGAGTGGAAAGTATAGTAAAATTCAATAATGTAA +GCAAAAACTATGGAAAGAAAGAAGCTTTAAAAAATATAAATTTAGAAATACCAAAAGGAA +GAATTATAGGATTATTAGGGCCAAATGGAAGTGGTAAAAGTACGATGATTAAACTTATAA +ATGGTTTATTAACTCCAAATGAAGGTGAAATTTTAATAAAAGGAATAAAACCTTCTAAGG +AAAGTAAGAAAATCGTATCATATCTACCAGAAAGAACGTATTTAAATGACTGGATGAAAG +TAAAAGATATAATAGAGTTCTTTAAAGATTTCTATGCTGACTTTGATGAAGAAAGAGCAA +ATGCAATGCTAAAGGATCTTTCAATAGATACAAATGAAAAACTTAAAACCATGTCTAAGG +GAACAAAAGAGAAAGTACAATTAATATTAGTTATGTCTAGAACAGCAGATATTTATATAT +TAGATGAACCTATTGGAGGAGTAGACCCAGCAGCTAGAAGTTATATATTAAAAACTATAT +TAACTAATTACAATGAAAATAGTACACTACTGATAGCTACACATTTAATTAGTGAAATAG +AAAATATATGTGATGATGTAATATTTATTTCAAAAGGAAATATAGTTTTACAAGGCCAAG +TGGATGAAATAAGAGAAGAAAAAGGTAAATCGATAGATGCTTTATTTAGGGAGGAATTTA +AATGCTAGGGAAGTTAATGAAATATGAATTAAAGGCTTGTGGTAGAACATTTTTACCGCT +ATACGGAGCAATATTATTAATGTCAATAATTGTTGGGCTTAGTATTAACATGGAAATAGT +TCAAGTTAAAAGTATAGCAATGATAATTTTATTTGGGCTTTTTGTTGCATTAGGTGTTTT +AACAATAATGATTACAATACAAAGATTTAGAAAAAATTTACTAGAGGATGAAGGATATTT +GATGTTTACTTTACCTGTAATATCAAAGGAATTAATATTTTCTAAATATAGTGTAGCACT +TATTTATACTATATTAAGTGGTATGGTTTCTGTATTTTCATTTGTTATTATTATATTAAT +TCCAAATATAAAGAATTTTTCTTTCGATGATTTATTGTATGATATATCTATATTATCATC +TGGATTTTCATCTGTGAAAGATATATTCATATATACTGTACTTTTAGCTTTTATACTATA +TACAATTTTTATTTTAACTTTATATTTATCAGTATCTATGGGTCAATTACCAGTTTTTAA +TAAACATAGAAATGTAGTTGCATTTATAAGCTTCTTTGTTATAAATATAGTTATAGAAAA +AGTATACGAGTTAGTGTCAATAATATTTAGAAGTAGTATAGGAGATAATGTCATGAACAT +TTCTATAACTGAGTCATCTGATTTTAATGCTTTATTGTCAGATTTTAGTAATATAATTTC +TCCTATTTTTATATATAATATAGTGATTTATGTTATATTTGCAATTATATTATTCTTTGG +AATTACTTATATATTAGATAAAAAACTTAATCTAGAGTAATCTTTAAAAAGACATGTATT +AAAATTTATTTAATACATGTCTTTTTATTTTGAATAAAATATAATTTTTGTAATATAGTG +GAATATGTAGATAATAGAAACTTTTTGTAAAAAATACATATAATATATATTGAGGAGGTG +TTTTATGAATTATAGATATTTATTTGATGGAATAGATGAAAAAATTAAGCTAATTGATGG +TTATTATGTAACTCCTATTAATTTTGATAATGGAGCAACTACACCACCTTTAAAAAGTGT +AATGAAATTAATTCAAGATAATATAAAAAATTATGGACCAATAGCAAGAGGCATAGGTCC +AAAAGGTGAATTTTGTACTACTGAATTTGCAAAAGCTAGAGAAACTATATTAGATTTTTT +TAACTTAAAAGAAAGTAATACTCATACCGTAATATATACAAAGTCTGATACTGAATCTCT +AAATATGTTGGCAAATTTATTGGTAAAAAATAAAGATGATATGATTTTAACAACTAGAAT +GGAGCACCATGCAAATGATTTACCATTTAGAGGTGTAGGCAAAGTTGTTTATATAGATGT +AGATAATTTAGGTAGGATTAATATAGAAAATATAGAAGAAGAACTTATTAAATCAGAAGG +AAAAATAAAACTAGTAACTATAACTGGAGCATCAAATGTAACAGGATATTTAAATCCTAT +TCACGATATTGCAAAAATAGTTCACAAGTATAATGCAAAGTTAATTGTAGATGCTGCACA +GCTTATAGCACATGTAAAAGTAGATATGAAAGGTAATTCTAAAGATGAAGAAATAGATTT +TCTGACCTTTTCTGCTCATAAAGCGTATGCTCCATTTGGCGGAGGTGCAATAGTAGGTTT +AAAAAAATATTTAAAAGATGCTACTCCATTTTTATCTGGAGGAGGATGTGTTGTGGGTGT +ATTTGATGAAAGTGTAATCTGGGGTACTATTCCAGAAAGATTTGAAGCGGGAACACAAAA +CTTTTTTGGTGTAATAACGATGGCAAAGGCATTAAAAGATTTAAAAGAATTAGGTTTTCA +CAATATAGAATTACATGAAAAAAAAATTAAAGATTATCTAATAGAGGAAATGAAAAAGAT +TGACAATGTTATATTATACGGTGATATAAATAATACAAGTGATAGATTAGGAGTAATAAC +TTTTAATGTAAAAGATAAAAATTATGAAGATGTTGCTGTTAAAATGGCTAATGAAAAAGG +TATTTCCTTGAGATGCGGTAAGTTCTGTGCACACCCATATGTAAATAGATTGTTAGGTGT +AAGTGATGAAGATGCGTATAAGGATATAGTATCAGGGGAGCATAATTATGGAATGATAAG +GGCTAGCTTAGGATTATATAATACAATTGAAGAAGCTAGTAAATTTATAAAAGAACTAAA +ATTAATCGCAAAAAACTAAAAAGAATAAAAAGAAAAAATTTAAAAATTAATATCTAAATA +CAGGCATAAGCATAAATTATATTTGGGCTTATGCTTTTTCTGTATTTTATGCAAATTTTA +CCATACATTAGGTAGAATCATTGAACTTTAATTCTTTAATAGTTTATAATGAAAACAAGT +AAGATGTAAGAAAGAGGAATTGGCCAATGATTAATATAGCTATATGTGATGATGATTTGA +TAACCTTACACAATACTAAAGATTTAATTGAAGAATATAAGATAAAAGAGTTTAATATAA +AAACTTATAGTAGTGGAGAAGAGTTATTAAAAAGCAAAAGAGAATTTGATATTATATTTT +TAGATATAGATATGGGCGGTATTAATGGTATTGAAACCGCAAAGAGGATAAGAGTTTATG +ATAAACAAGTAAAAATAATTTATGTTACTAATTATACAGATTATACATCTATGGCATTTA +GCGTTCATGCCTTTGGATATTTAGTAAAGCCTTTGAGATTAGAAGAGGTGCATCACCAGC +TTAATGAAGCTCTCTCTTATATGAAAGAAGATAAAGAAGAGTTAGTAGAATTTATTACTA +ACGAAGGCTTAGTTAGAATTAATTTAAATAAAATATATTACTTTGAATATCAATCAAGAA +AAGTTCTTATGAAAACTAACGATAAGATATATATTCTCAAAGAAAAAATATCAGATATAA +GTTCAAGAATGAGAAGTCATGGATTTGAAATGCCACATAAAAGTTTTGTTGTAAATTTAT +ATAATGTAAAATCTATTAAAGGTTATGATATATTCATGATGGATGAAAGTGTAATACCAT +TATCACAAAAGAAATCTACAGAATTTAGAAAGACTCTCAATATCTACCTTAGTAATCATA +TTGAGAAAAACATAAGGGGGTAAGTATTATAAATAATTATATTGATATAATTGCTTTTTT +ACTATTACCTATAATAGGGAGTATATTTATAGTTTATGCTTGTTTTGATTTTATGAAAAA +GGTAGATAGAAATATATATAAACATAAAATATTCTATATAATTGCATTTATTATTTTCAA +CATTGTGCTTTTATTGACTGCTATGTCAGGAAGGTTAATATTAAATATAATAGGATTTAC +ATGTGGAATAGTAATAATAGGGCATTTTTTATACAATGATTTTAAAATTTACTTATTATA +TTACTGTATATTTGCAATTTGTTTTTTATTTATAGATCTACTTTCAACAATAGTAATACA +AACATGCATTTTAGCAACTGGAGCATACTTTGTTAGTCTAGCTTATTTGCAAATTATCAC +TATTTTTATAATTAGGATAGTAGAGTATGTTTATATATTACTTTTTATCTCATTTATTAA +TAGACGAAAAGCAAAGAAAATAAGCATAATGCAAAGCTTAAGATTCTTAGTAATACCTAT +ATTTAGTGTAATTTATATATTGACTTTAGTTTCAATATTACAAATTTATGCTGGATTTCA +AGAGTCTGTATTATTAATAGTTAATATAGTATTGATATTAATATTAAATATTTATGTTAC +TCATATATTTGATGCAATATTAAAAAATAATATTCTACAAAATGAAATTAATTTATACCA +CCAACAAAGTAAGTTGCAGCATAGATATTATGATAATTTAGAAAGTAAGTATATGCAGTC +TAGAAAGTTAATTCACGATATTAGAAATCATTTACAATCAATTGAAAGATTGTATGAATT +AAAAGACAATGATAGAGCAAAAGAATATACAAATGATATACATATAATGCTTAATGAATT +AAATCAAAAATATTATACAAGTAATCGAGTATTAAATGTAATTTTAAATGATAAGTTTCT +AAGTATAAAAAATGCTGAAATAAAATTAGATTACAAAATAGGAGATGTTAACCTTGATTT +TATAAGAGAAATAGATGTGACTACAATTTTTGCGAATCTTTTAGATAATTCTATAGAAGC +AGCAAGTAAAGTTGAAACAAATAGATTTATTAATTTTTATGTAAATCAATTTAATGATTT +TGTAGTTATAAACATAGTTAATTCTATGAAAGATAGACCAATTAACAAAAATAATAGATT +TAAAACTACTAAAAAGAATCATGAAGGGCTTGGTATTGAAAATGTTAGAAAAACATTAGA +ACAATACGAGGGAACTATGGTTGTTGATTATACAGAAGACGAGTTTAAAGTTAATATTGT +AATTCCAATATAAAAATTTAAGGGAGTGAAGGTATGATAGAAAATTCAGTTATGATAGGC +TTGATATTTAGTGTATTATCAGCTTTAGTTCTACCTCTAGGAATGTTTGTTTACTGTATT +TTCTCAAAGAAAAAAATATTAAAACCTTTTATTGTAGGTGTTTTTGTATTTTTTATATCG +CAGATGGTATTAAGAATACCTATTATATCTTATATATTACCAAATCAAATTTGGTATATT +AAGTTAAGTACAAATCCATATTTGTATGGAATATTCTTAGGGATAACAGCAGGAATATTT +GAAGAAGTTGGAAGATATATAGGTTTTAAGTACTTCTTAAAGAAAAAACATAGATATATA +GATGGTATATCTTTTGGACTTGGCCATTGGGGAATAGAAGCCTTGCTAATAGTAGGAATT +AATGCAGCATTATTCCTTGGTGGTACAATCGCAATTAAAAGTGGAGTGGACTATAATAGC +TCAGACTTATTAAGTATAATTTTTAATCAATCTTCATCAATGACTACAGTAAATGCTTTT +GCTATGGGTGTAGAAAGATTATTTACGATGAGTATTCATGTAGCACTTTCTATGATTGTA +TTATACGGGGTAAAATCTAAGAAAATTAAATATTTATTTATTGCAATATTAATTCATGGA +ATGATTGATGCAGGTGTAGTAATTTTACCACAAATATTTAATTTAAGTATAGTAAGTATG +GAAATATACGTATTCATATGGTCTTTAGTATTTTTATATTTAATATTAAAAATTAAAGAT +TTATATAAAAATATAGACAATTTGAAATATGAAAAACAAATATAAGACTACTTGGTTTTG +TTAATTAGATATGATGAGAATTATTCTCGAATTGATAAATAAACCGATAGGTTAAATTAA +GTTTCATATTTTTAAAAATTTGCATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAG +G +>MGYG000000001_33 +TCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAG +TGTTGCACTTATATTGACAATCTATCTTATAAATTTAATTATGAATATAGATAATATAGG +TCTGAAATACAATAAAAAGGCTACAAAAGTTTAGTAATAGTAAACATAAGCAAAATTAAT +GTAAACACAAGATTAGAAATACTAAACTTATTCTAAATTAATATAAACTTATTTGAAATA +AAAATTAAGATGATATTGAAAAATACAGGTTTAATAGGGATGCCTAAAAATAAAAATAAA +ATGTCAAAATAGGGTTGAAATTTATTGTTAAAATAAATATAATGTAAAAGTAAGTTTAAT +AATACTGAATTATCAAGATAGAAATAGTAAGTTTTTATTATGAAAAAGTAAGAAAACTAA +AAAAGGAGGTGTAATGTTGAGGTATTTAGAGGGGAATCTTGATATTTTATCTACTTCAGA +ACATGAACAAATACCATTACTTCAAGGCCTAGAAGAATATTGCAAAAAAGATATTGCATC +TTTTGATGTTCCAGGACATGTAAAAGACCAAGGAGTAGAATTACTAAATAATTATTTTGG +AAAAAGATTAATGAGAATGGACATAAATTCATCACCACAAATGGATAATGTATCAAATCC +AAAGGGAATTATAAAAGAATCTGAACAATTATTAGCAAATGCATACAAGGCTGATAATGC +TTTTTTTTTGACCAATGGAACTACTCAAGGAATTCATGTAATGATTTTAAGTGTTTTAAA +TCCAGGTGATAAAATTATTTTGCCTAGAAATGTACATAAATCGGCTATAAATGCTCTTAT +ACTTTCAGGCGGAATACCTATATACATTCAGCCTGAGTATAATAATGAGTTGGGAATAAG +TCTAAATTTGAGCCTAGAAAAGGTAAGAAAAGCATTAGATGAAAATGATGATGTAAAAGC +ATTGTTTTTGCTTAATCCAACATACTATGGAGCTTGCGCTGAGTTAAAAGAGATAGTAAG +GCTATGTCATGATAGAAACGTACTTGTTCTTGTTGATGAGGCTCACGGAGCACATTTTCC +ATTTTATGAGGATTTACCTCCTTCTGCGATGGAATGCAATGCAGATATGTCAGCAGTTAG +TCTTCATAAAACAGGGGGAGCATTGACTCAAGCTTCAGCACTTTTAGTAAACAATAAAAA +TATTGATGATAAAAAGGTTCTTCAATATATAAATATGTTACAGTCTACATCTGCATCATA +CTTACTTATGGCAAGCTTAGATGGAGCAAGATCTAATTTAATGTTAAATGGAGAAGGACA +GCTATCAAAGGCTTTAAATCTAGCTAGATACGCGAAAAGAAAGATAAACAAAATAAAAGG +AATAAAAGTAATATCCAATGAACTGTTAGAAAGTGAAGGAGTATCTTTTATTGATGAGAC +AAAGCTTTGTATAAATGTAAAGGAATTAAACTTAACAGGATTTGAAGTTTATAATTTATT +ATATAAAGATTTCAATGTACAAGTTGAATTAGGAGATATGTACAATATACTAGCTCTTAT +TTCAATAGGAACAATTAAGTCAGATGTTGATAAGCTAATAAAATCTCTTAATATAATATC +AAATATGAATAGTAAAAATGTCTTGATAGATAGTATTAAAATAAAACCAGTATTGCCGAG +AGTAAAGCTTAGTCCAAGAGAAGCATTTTACTCTAAAAAAGAAAGTAAATTATTAAAAGA +TTGTATAGGTAAAGTTTCTGCTGAGTCTATTATGGCATATCCACCGGGTATACCTATAAT +ATCTCCTGGGGAAATAATAACAGAAGAAATAATTGATTATATTAATTTACTAAAAAATAG +TAAGGCATATTTAACTGACATGAAGGATAAAACTCTTAACACTATATTAGTAGTAATATA +GAAACCTTAAAATTGAATAGAAAGAAGGTAATATTTATGAAGTTTGAAACATTGGGAAGA +CATATCTTAGTGGAATATTACAACTGTAATGAGAACGTACTAAAAGATCCTAAACTTATA +GAAAAGTTTATGAATGAATCAGCTTTAAATGCTAAAGCAACTATAGTAGATTCAGTATTC +CATCATTTTAATCCATGGGGAGTTTCTGGAGCAATAATAATTGCAGAATCTCATTTAACA +ATACATACTTGGCCAGAATATGGATATGCATCAGCAGATTTCTTTACATGTGGCAATATA +GATCCTTGGAAGAGCTTTGAGTTACTAGAGGAGCTATTGCAAGCAGAAAGAAGTGAATCA +ACTGAAATACCAAGAGGTTTAACAACTAAAATACAAAAATTTGCAAAAAAAGATTTAGGT +AATATTACTCATAAGCCAGAAGCTATATAAATAACATGTACCTAAATTAAAATAAAAAAT +ATAAATAAATAAAAATAAATTTGGACTATTATTATAACATAGATAAGAAAAACATTCAAA +TTACATAATTTTATAAAGTTAAATGAATGTATGAATATATATAAAAATAAATATGATAAA +TAAAATAAATATAAAAAATAGATAAATAAAAAAATTTGGAGGCAGAGTATGGAGCTTTGG +TATACAGAAGAATGGACGGAGGATGTACGTTTTTCAATAAAAGTTGACAAGCATTTATTT +AGTGATAAGTCAGAATTTCAAAGAGTAGACGTATTTGAAAGCAAGGAATTTGGAAAAATT +TTGACTTTAGATGGACTTATGATGGTAAATTATAAGGATGAATTTATATATCATGATATG +ATTGTTCATGTTCCTATGGCTACTAATGTGAATATAAAAAATGTATTAGTTATAGGTGGT +GGAGATGGAGGAACAGTTAGAGAACTGACTAGATATCCTCAAATAGAAAATATAGATATG +GTTGAAATAGATAAAATGGTAGTAGATGTATCAAGAGAGTTTATAGATATATGCGCTTGT +AAATTAGATGACGAAAGAGTTAATCTTTATTATGAAGATGGGGTAGCTTTTGTTAAAAAT +TCTAAAGATAAGACTTATGATTTAATCATTGTTGATTCAACTGATCCGATTGGTCCAGGA +GAAGGATTATTTTCATTAGATTTTTATAATGATTGCTATAGAATACTAACTGCTGAAGGG +ATACTTGTTAATCAAAATGAAAGTCCATATTTTGATTTTAATGCAAAGGAAATGAAAAGA +GCAAATTCTAAAATATCTGATATATTTGAAATAGCTAGAGTTTATCAAGCTCATATACCA +ACATATCCATCTGGTCACTGGTTATTTGGATTTGCTTCTAAAAAGTTAGATCCACTAAAA +GATCAAAATATAGAAGAATGGGAAAAATTAAATCTAATAACTAAATATTATAATAGTGAC +ATACACAAAGGTGCATTTATGTTACCACAGTATGTAAAGGATATGATAAATGCTAAATAA +ATTTTCGAATATAAGCACATTTATGGAAATGAGTAATCCTTATGAAGAATCAGATGTAGT +AGTATTTGGGGTTGGATTTGATGGAACGACTTCTAATAGACCAGGAACAAGATTTGCAAG +TAGTTCTATGAGAATAGAATTTTATGGACTTGAAACATATAGTCCTAAACTGAATTTAGA +CTTAGAAGATTATAAGATTTGTGATATTGGTGACTTAGAGTTAAGTATAGGGAATACTGA +TTTAGTATTAGATGAGATATATGAGGGGACTAGAAATATTGTAAAAGATAATAAAATCCC +TTTTATGATAGGGGGAGAGCATTTAGTTACATTGCCGGCGTTTAAAGCTGTTTATGAAAA +ATATAAAGATATATATGTACTTCACTTTGATGCGCACGCAGATTTAAGAGAAGAATACAA +TAATAATAAAAATTCTCACGCAACTGTTATAAAAAGAATTTGGGATCTAGTGGGGGATAA +TAGAATATACCAATTTGGCATAAGATCGGGGACAAAAGAAGAATTTAATTTCGCTTTAAA +AGAAAATCATACATATATGGAAGTTTCAACAATAGATACTTTTGAAGAAATTTTAAGAAG +TTTAAATAAAAAGAATATATATTTAACTATAGATTTAGATGTATTAGATCCATCGATATT +TCCAGGAACAGGGACACCAGAACCTGGAGGTGTAACGTATGATGAATTTGAAAAGATATT +TAAAATTTTGAAAGATTCAGATATAAACTTAGTCGGTTGTGATATAGTTGAATTAAGCCC +AGATTATGATAATACGAATGTATCAACAATAACAGCATGTAAGATCTTAAGAGAGCTTGC +TCTAGTAGCAGCCAATAATTATAATAAATAAACTTAGGAGGAAAATAAAATGGCAAGACA +TTTATTTACATCAGAATCAGTAACTGAAGGTCATCCAGATAAAATATGTGATCAAATATC +AGATGCAATTTTAGATGCATTACTAGAAAATGATAGTGAATCGAGGGTAGCTTGTGAAAC +TACAGTAACAACAGGACTTGTACTTGTGGCAGGGGAAATAAGTACAAAAGCTTATGTAGA +TATACCAAAGTTAGTAAGAGAAACAGTAAGGGAAATTGGATATGATAGGGCAAAATATGG +ATTTGACTGTGATACTTGTTCAGTTATAACTTCAATAGATGAACAATCTGGGGATATTGC +CATGGGAGTTGATGAAGCTTTAGAAAATAGAGATGGAGAGCAAATCGAAGATGAAATAGA +AAAAGTAGGTGCTGGAGATCAAGGAATAATGTTTGGTTTTGCATGTAATGAAACTGAAGA +GTTAATGCCGCTTCCAATTTCTTTAGCTCATAAATTAGCAAGAAGATTAACTGAAGTTAG +AAAATCTGGATTATTAGACTACTTAAGACCAGATGGAAAAACTCAAGTAACAGTAGAGTA +TGAAGGAAATACTCCTATAAGAGTACACACTGTTCTAATATCTACTCAACATGGAGAAGA +AGTAAGTAATGAAGCAATAAGAGAAGATTTAATAAATCATGTAATAAAAGAAGTTATACC +AGCTGAGTTACTAGACGAAGAAACTATGATATATATAAATCCAACTGGAAGATTTGTTAT +AGGTGGACCACAAGGTGATACTGGTCTTACAGGAAGAAAGATAATAATAGATACTTATGG +AGGATACTCAAGACACGGAGGAGGAGCATTTTCAGGAAAAGATCCTACAAAGGTTGATAG +ATCAGCTGCATATGCTGCAAGATATGTTGCTAAAAATATAGTTGCAGCAGGACTTGCTAG +TAAGTGTGAAATAGAACTTGCATATGCAATAGGTGTTGCAAGACCATTATCAATATTTAT +AGATACTTTTGGTACTGGTAAAGTTAGTGAAGAAAGACTAGTTGAATTAGTTAATAATAA +CTTTGACTTAAGACCTGGAGCTATAATTAGAGATTTAGGGCTTAGAAAGCCTATATATAA +AAATGTAGCGGCTTACGGTCATTTTGGTAGAACTGATTTAGATTTACCATGGGAGAGAAC +AGATAAAGCTGAAATGTTAAAAAAAGAAGCTTTAGAATTTATAATGGCTTAACATATAGA +GGAATAAGAAATACCCCTTTTAAGTAATAGTGGAAATAAACCCCATGATATTATTTAAAG +GGGGTATTTTTATTTAAATATACCTCATTTTTAATAATTTATATTTAACAGTTTTTTCTA +GATTTTAACAAAATTAACCAGGTTCTTACCGCTATTTAATATAAAGTTAATACATAAATA +TTAATATAAACATGCGAATAAGAAATGAATAAAAAATATTTATATAAATGATGGAGGAAG +AGTAATGCTTAGGAGAAAAAATATTATAAAAAAAATAGTGGGTGTATTAGCTTTATCAAT +GGTTATAACAACATATGTTACTGGATGTCAAAGTAGTAAATCAGGCGAAAATGAAATTGA +TACTTCGAGTTTAACGATACAAGAAATAGAAGAAAAAGCAAAAGAGGAGGGTAAGTTAGC +ATCATTAGGTATGCCAGATACTTGGGCAAACTGGGTTGAAACATGGGAAGATATAGAATC +TAAATATGGCATAAAACATAATAATACAGACATGTCTAGTGCAGAAGAAGTTGCAAAATT +TGATGCGGAAAAAAATAATGCAACTGCAGATATAGGAGATGTAGGGATTTCATTTGGACC +AATAGCTGAAAATAAAGGAGTTACAATGGCATATAAAACTTCATATTGGGATGAAATTCC +AGACTGGGCAAAGGATGATGATGGTGACTGGATAGTAGGATATACAGGTACTATAGCTAT +TATAACAGATAAAACAAAGGTAGATAAAGCTCCACAAACTTGGGAAGATTTAAAAAATGG +AAACTACAAAGTTTGCGTAGGTGATGTAACTAAAGCTACCCAAGCACAGAATGCAGTATT +ATCAGCAGCCTATGCTTTTGGTGGAGATGAATCAAATCTACAGCCAGGAATAGATTTTTT +TGCAGAGTTAGCTAAGAATGGTCGTATATCATCAATATCAGATGCAAAACCTGCTAACTT +AGAAAAAGGGGAAATAGAAGTAGCATTTTTATGGGATTTTAATGCTTTAAATTATGCTGA +TCAGATAGATAGAGATAGATTTGAAATAACAATTTTAGATGAAGCCTCTGTAATGAGTGG +TTATGCAACAATAATTAATAGATATGGTAAAAACCCTCATGCAGCAATGTTAGCTCGTGA +ATACATATTATCAGATGAAGGACAAGAAAATCTAGCAAAGGGGTATGCTCGTCCTATTCG +TAATGTTGAGTTATCAGAAGATGTAAAATCGAAATTATTAGATGATTCAGAGTATAAGAA +TGTAATAACAATATCTGATTATGAAGCTTGGGAAAAATCAGCAGCAGAATTACCACAAAA +ATGGCAACAAGAGGTGTTAGTACATGTTAAATAAATTAGTTTTAATTGTTTTAGATGGGC +TTTGCTACGATGTAGCAAAGTCTTAAATGGGATTTTTATCTCATTTAGTTGAAAAAAGGA +TAGGAAATTTATACAAGGTTAAGTCAGAGCTGCCAAGCATGTCAAGACCACTGTACGAAA +CTATTTTAACAGGAGTTCCACCATATAAAAGTAAAATTGTGAATAACGGTATAAGTAGAT +TATCTAATCATAAAAGTATTTTTAATTTAGTAAAAGAAAATGGAGGTATATCTTGTGCAG +CTGCTTATCATTGGATAAGTGAATTATATAATAAGGCACCTTTTGACTATTTATATGACT +GTTATCAAGAGGATAAAAGTAAATCAATACAATATGGCAGATTTTATTTTGATGATACTT +ATCCAGATAGTCATTTATTTATTGACGGAGAGATTCTTAGAAAAAAGCATAATCCACATT +TTTTATATATACATCCTATGGGAATCGATGATATAGGACATAAGTTTGGAAAAAACTCTA +AAGAATATAGAAGTAAGGTCATACAAGTGGATGTTATACTTTCAAACTTTATACCAATGT +GGCTAGAAGAAGGTTATGAAGTAGTTGTAAGCAGTGATCATGGAATGAATGAAGATGGAA +ATCATTGTGGAATTAGTGATGATGAAAGAATTGTACCTTTTTACTATTTTGGAACAAGTG +ATATTAACTTAAAGATAGATGAAGTTATAAATCAAACTCAAGTGGCACCTATTTTATGTA +GGTTAATAGGGATTGAAAAATCATCAGATATGGAAGTATGTATATACTAGGAGGAAATAT +TAATGAAGGAAAAGTATGAAAAAAGGCTGGCTTTATTAGGTTTAATGCCTTTTATAGTAT +TAGTAGTAGCATTTTTATTTGGTCCACTACTTACTATGATAATTATGAGTATTCAAAAAA +CTGGTGGAGGAGGATTTTCTCTAGAACAGTATAAAGAAATATTTACAAATCTATTTTATA +TTCAATCATTTAAAAATAGCATTACCTTGTCATTAGTAGCAAGTATTATTTCAATTATAA +TCTGTTCCATTACAGCGTATTTTATAACTAAGTTATCACAAAAAACACAAGATATGGTAC +TTAACTTATCTAATTTAACTAATAATTTTTCAGGTGTACCTTTAGCTTTTGCATTTATGA +TAATGCTTGGAAATAGCGGTGTATTTATAATACTAGCAAAGAAGTTTGGTGTTGAGATAT +TAATGAATTTTAATTTATATTCATGGGCGGGATTATTACTAATGTATGTATACTTCCAAA +TACCATTAGGAGTAATGCTATTATTCCCAACACTACAAGGTATAAAAGAAGAGTTAAAAC +AAGCAGCGTTCTTACTTGGAGCTAGTAGTTTTGAATTCTGGAGATATGTTGGATTACCGA +TAATACTTCCTGGAATAGTAGGTGTTTTCAGTATTTTATTTGCAAATGCTATGGGAGCAT +ACGCAAGTGCATATGCATTAGTAGGAAGTAACTATAATTTACTTACAGTTCAAATAGGTG +GACTTATATCTGGTGATATATTTTCAAGGACAGAACTTGCAAGTGCAATAGCTGTAGTTT +TAGCTATAATCTTAATACTTGCATTGCTACTTAATGATTTTATGATGAAGAAAGTAAGGA +GAGGTATATAATGAAGAAATTTCCTAAGTTTTTTATAGGGGTGATTATGACAATACTATT +TATACCTATAGTATTAACATTTCTTTATTCAATAGCAACTAATTGGCATAGCACTGTAAT +TCCAGAAGGAATAACATTTAAATGGTATGCAGAGATATTTAGAGATAGCAATTTTACAAG +TGCATTAATAAGAACATTTACTATAAGTGCAGTGACTGTAGCACTTAGTATAACAATAAT +GGTTCCTACAGTATACATAATAGTTATGTATTTTCCTAAATGGGAAAGAGCTATGCAATC +ATTAGTTCTTTTACCGTATGCAATACCTGGTGTTATATGTTCTGTTGGACTTATACAAAT +ATACTCAAAACCTCCATTCTTATTATCTGGAACAGTTTGGCTACTTATTGGAGCTTACTT +TATAATAATACTTCCGTTTATGTACCAAGGTATAAGAAATAGCTTAAGAAATATAAACGT +TGTTGAGCTTGTTCAAGCGGCAGAAATTTTAGGTGCAAGTAAAACGCAAACATTTTTACA +AGTTATTTTACCAAATATTTTATCTGGAATCATTGTTTCAAGTTTATTAAGTTTTTCAAT +GTTGTTTGGTGAATTTGTAATGACTAATTTTTTAGTTGGTGGAAGATTTGAGACCGTTCA +AATTTACTTAAAGAGATTAATGGATACAAGTGGTCATATGGCTAGTGCAATAGTAATAAG +TTATTTTCTATTTATATTGATAATAACTTCAATAGCTATAAAAATATCAAAAATCTCATC +TAATAAGAGAAAAGAAAAAATAAATGATGAGGAATTATCAAGAATAAAAAATAAGTTTAT +AGGTTTAAAGCCAAAAGTTGAGGAGGTACTATAATATGAGTTATGTTGAAATAAAGAGCA +TTCAAAAAAGTTTTAATAATATTAAGGTCTTAAAGGATATAGATTTTTCTATAGAAAAGG +GAGAATTCTTAACTCTTTTAGGTCCTAGTGGTTGTGGTAAGAGTACACTTCTTAGATGTA +TTGCAGGACTTAACAATTTTGAAAATGGTAGTATTATTATAGATAATAAGGATATTGGTA +ATGTAAAGCCTAAAGATCGTCAGGTAGGTATGGTATTCCAATCTTATGCCTTATTTCCAA +ATATGACTGTATATGAAAATATAGCTTTTGGTTTGAAAATTAAAAATTTACCAAAAAAAG +AGATAGATAAAAAAGTTAAAGAAATGATAGAGATAGTTGAGCTTAATGGAAAAGAGGATA +ATTATATAACTGAATTATCGGGGGGACAGCAGCAGCGTGTAGCTTTAGCTAGGTCTATAG +TAACAGAACCAAAAGTACTATTATTAGATGAACCTTTAAGTGCATTAGATGCTAAAATAC +GTAAGAACCTTCAAGTACAAATTAGAAAAATACAAAAAAAACTAAACATGACTACAATAT +TTGTAACTCATGATCAAGAAGAAGCAATGACAATGAGTGATAAAATTATAGTTATGAATA +AGGGTTATATAGCACAAATTGGAGGACCAGAAGAAATTTATAAACATCCAGCAAATGAAT +TTGTTGCTAGATTTATAGGAAATTATAATGTATATAATAAAATAGAAGGTAAAAAGTTAT +TAAATATAAAATTAGAAAACAGCATAGCTATTAGACCAGAAGTAATAAGTATATCAAAAG +AAAATGATAAAGATAAATTAGAGAATTATTATATAAAAGCAAGGGTTAATCAAAAATATA +TGATTGGAAGTATAGTAAGATATGAGTTATATAAAGATGATATTAAAATTTTAGTTGATA +TGCTAAATCAAGATAGTCTGATAAGTGAAGGTTCTGAAGTTTATGTAAAAATACCTAAAA +AAGATGTGATACATTTTAATGAAGAGGATATATCTGCAGATAAGATGTTAGCTGTTTAAA +TTGAATAAGGAGATATATATGAGAGACGGACATGTACATTCTAAATATTGCCCGCATGGA +ACTAGGGATACATTTGAACAATACTTAGAGAATGCTTTAAAGATTGGTTTAAAGGAAATA +ACTTTTACAGAACATCTTCCGTTACCTATAAACTTTAAAGATCCTTCACCTAAAAATGAT +AGTGCTATGAAATTATGTGATATAGATAGTTATATTAATGATATTAATAATATTAAAGAA +AAATATAAAGATGTTATTAAAATTAATTTAGGATTTGAAGTTGATTTTATAGAGGGTTAT +GAGGAAGAAACCAAGAGTATTATAGATAAATATGGAGTGTATTTTGATGATGCAATTATA +TCTGTTCATATGATAAAAATAGATGGAGATTATCATCTTATAGATTATAGTGTAGATGAA +TTTGAAAAGCTAATTACATTATTTGGAGGGATAAATAATGTATACAATAAATATTACGAA +ACAGTTAAAAAAGCTTTAGATGCTGATTTAGGTAAGTATAAGCCTAAAAGAATAGGACAT +TTAAATTTAGTTAGAAAGTTTAATAAAATTTTTCCTTATGATTATTCTAATAATAAAATA +TTATGTGAATTAGTGAAAAATATTAAGGAAAAGAATTACGAGCTTGACTATAATATATCA +GGAAAGAGAAAAGAACATTGTGAAGAAGCATATATTAGTGGGTATTTGCTGGATTTAGTA +AAGAGTTATGATATTAATATGGTTTTAGGCTCAGACTCTCATTGTGCAAATGAAATTTTA +GGAGAAACAAAATAACATTAATTTGATATATTAATATAAAATGCCACTAATTCAAGTTCA +GCAGGAGGAGATTGATTTAGATGAGTAAAATGCAAATCTTTGAGTCTGCAGAATGCACAG +TTACACAAACGCCTGGAGCTAAAAAAGATTCAGAGCTTATGCGTATTCATATCATTATAA +ATACATTGAGAACAAATGGAATAGAAATTGAAAGATATAATATTGTCTATGATGAAAGTC +CATTTATTGAAAATGAGATTGTTTCAAACTTATTAGGTACTATTGGAATAGATGGTTTAC +CAATAATTATTGTGGATGATGAAGTGGCTATGTTTGGTAGATACCCTTCAAGAACAGAAT +TTGCTAAGTTATTGGGAATACCACGAAGTATATTAGTAAATCAGAAGAATTTTGGAGGCA +GTTGTCGTTGTATATAGATGATATGTAGAAAAGTAAAAGAGAATAGGCTTAAAAATGACT +GTTTAAAATATATAGAAGCAGTCATTTTTTATTATAGTAATTTAATATATTCTATAAAAA +AATAGGCAAAATATAAGTAATAATAGTAGAAAGAGGTATTAATATGAAAAATATATTAGG +GTGTTATTTGATGCCACATCCTCCTTTAGCAATATCAACTATTGGAAAAGGAGAGGAAAG +AAAGATTCAATCAACATTAGACTCTTGTGACATTATAGGAATAGAAATAAGTAGTATAAA +ACCAGAAATTATTATAATAATTACTCCACATGGAACTATGTTTTCAGATGCAATAGCAAT +ATCAAATGAAGAAAGTATACAAGGTAATCTTGAACAATTTATGGATTTTAAAACTTATAT +GAATATAAAAATAGATAAAGGTTTTAATAAAAATCTTATAAATATTTGTGAAAAGGAAAA +TATTCCTGCAGCATTAATAGATTCTAATTTACTTAGTAGATTTAATAGAACTTATGGATT +AGATCATGGATCAATTGTTCCTTTACACTTTGTAAATAAGTACTATAATAATTACAAGTT +AGTTCATATTACATATGCAGCTATAGGTAACATAGATTTATATAGATTTGGCATGGCATT +ACAAAAAACTATTAATATGTTAAATAAAAAATCAGTAATAATAGCAAGTGGTGATTTATC +TCATAGATTAACAAAAGATGGCCCATATGATTATTCTCCACAAGGAAAAATATTCGACGA +AGAGTTACTATTAAAGTTGCAAAAAGGCGATGTAATAGGTGTATTTAATATGGATAAATG +TTTAGTAGAAGATGCTGGAGAGTGTGGGCTTAGATCAGTTTATATTCTTCTTGGAGCTAT +GGAAGGAAATAAAGTTAATGGAAATCTTTTATCATATGAAGGACCTTTTGGTGTAGGCTA +TGGGGTGATGAGATTTGAAAGTAAAGAAGAAAATGTAAGCAACTTAGAAAAGTTAATGGA +TAAGAAAAAAGAAGATTTTAATAAGAAGATATCATCATCAAATTCATATGTAAAGTTAGC +AAGAGAGAGTTTAAATTACTATTACTCAAATGGAAAAATGATGAAACCTAGTAGTTGTCT +ACCAAAAGAAATGCTAAACAATAAACATGGAGTTTTTGTTTCTATTAAAAAATTTAATCA +ACTTAGAGGGTGTATAGGTACAATACTTCCTACAACAAACTCAGTAGCTGAAGAAATTAT +ACGAAATTCTATAAAAGCAGCAACTGAAGACCCAAGGTTTATTGAAGTTAGCAAGGATGA +ACTAGAAGATTTAGATATTTCTGTAGATGTTCTTACAGAGCCTATAAAAGCTACAAAAGA +AGAGTTAAATCCTAAAATTTATGGAGTAATAGTAAACAAAGGAAGAAAGAGAGGATTACT +TCTTCCTAACTTAGAAGGTGTAAATACAGTAGAAGAGCAGCTTAGTATTGCTTGTGAAAA +AGCAGGAATAAATCCATTAGAGGATTATGAAATAGAGAAATTTGAAGTTATGAGATATGA +AGAGGGTGAATAATTTGGATCATGAAATTCAATTCTATGATAAATATGAAGACTATATAA +AATGTAAGTTATGCCCACATAATTGCAAGCTAAGAAAAGGAAAATTCGGAGTTTGTAAGG +TTAGAACTGTAAAAGAAAGTGTTGGAGTTGCAATAAATTATGGTGAAGTAACATCTGCTA +ATGTAGATCCAATAGAGAAGAAGCCATTATACCACTACAAGCCATCTAAAGATATATTGT +CAGTAGGAACTTTTGGATGTAATATGAGTTGTAGTTTTTGCCAGAACTATGAGATATCTC +AATATGTATCAAAAAGTGAATATATAGATATAGAAAGTCTAATAAGATTTATTTTAGACA +TACAAGGTAATATAGGTATAGCATTTACGTACAATGAACCATTTATGTGGTATGAGTATA +TATACGAAGTAAGTAAAAAAATAAAAGAGTATGATAAAGATATAAGTGTAGTTCTTGTAA +CTAATGGATATGTAAATGAAGAGCCATTATTGAAGTTGTTACCATATGTAGATGCAATGA +ATATAGATTTGAAAGGATATACGAATAGATATTACAATAATATTTGTGGTGCAAAATTAG +AACCTGTTCTTAATACTATAAAAATAGCAAGTGAGCACTGTCATGTAGAAATAACTACAT +TAATGGTTAATGAAGAAAATGATTCAATAGAAGAGATAAGTAAAATAGCACAATTTATAG +GATCTATTGATAAAAATATACCACTTCACCTAAGTAGATATTTTCCTAGATATAAAATGG +AGAATCCTGCTACACACGTGGATGCTATTATTCAAGCTAGAAATGAAGCTAAAAAATATT +TAAACTATGTATATGTAGGAAATATTGCAGGTGTAGATAATAATACTTATTGTCCTAATT +GTAAATACGAGCTTATAAGTAGAGATATATATGATACCAAAGTTATTATTAATGGGGACA +AATGCCCTATTTGTAGAGAATATATTAATATAACTTTATAAGGCTAAGGATATTAATAAA +GTGATTTTTTATCACTAAAATAATATTATTACATAATATATATAGTAAAAATATTGACGC +CAAGGGGGAGTCCTTAATGGATTGCGTAAAGATAGAAAGCGGAACATCATTATTGAGAGT +TTTTCATGCAGCGCCTCAGGCACCAGCCGTAGATGTATATATAAATGAAAAACTTGTATT +TAGTAATTTACAATTCACACAATTTTCAAGCTATGTGAAGTTAAAAGAAGGAGAATACAG +AATAGATATATTCCAAACAGGAACTATGTTACAGCCTATTATTAGTGGTAGCTTAGATCT +TGATGAAGGACAAATGCTTACAATAGCAGCAATTGGAAACTTAGATGATTTATCATTATT +AGTAATAAATGATAATGCAGATAAAAAAGCAAGTCCTAAGGTTAGTTCTTTTAGAGTTGT +ACATTTATCACCCAATACTCCTGCAGTAGATATTTTAGTTAATAATAAAATTTTAGTAGA +AAGTTTAGCTTTTAAACAAAATACAAGTTATGTAGATATAGCTCCTGGCTCATATAATAT +TGAAGCTGTTTTAAGTAGCAATAAAGAATCAGTTTTAGTTTTTGGAGTAATGTTAAAGGC +AAATAGAATATATACTATTTATATAGTAGGAGAATCACCAAACTTGAGAGGTATTCAATC +TGTAGATGGAAATACTTATTTATGTAGATACTAGATATTAGTATAAATAGGAAATTATAT +TATGAAATGTAGCAGAAGAAAGGCTCTAAAAGAAGAGATAAGCAATGATTGGAATAAACT +TAATTTAGCAGCTCAGATATTAGTACTTGTAGGTGGATTTATATTTATAGCAACAGTATT +TTTAGCATTTTATAAAATATCAGATGATTCTTTATACAAATCTGTTGAGACAGTATTTAG +ATCTTGTCTTGCATCTATATTTGGATTTATATTAAGTTCAAATATTAAAAATACTGAAAA +AAAAGTATCAAATAAGATTAGTTATAATGAAAATGATGAAACTTTAATAACTCAAGAAGA +GGAAGAATGTATAAAAAAAGTAAATTACCAAGAAGGTAATTCTATACAATTAATTGTTGC +ATTTATTATATGTATAGTATGTTCAATATCTATATTGGCTATATATATACGTAACTTAAA +TCAAGATATCCCTTCAATAACTCAATTTAGAGATTTAATGTGTACTTCAATTGGATTTTT +ATTGGGAGAGTCTAAAATAAAAAAATAATATGATAAAATAAATCCTATAAAATATAGAAT +ATTAGATTGTTTTATAGGATTTTTTATTTGCAATTAAAAATGAGCATTACAAAACCCTTA +AATAATTGTAGTACAATATAGCTTGGATTTATTAGTTATATATATTAAACTAAAGAATAT +AAATCTTAAAAATAGGGGAGGAAAGAATACTATGTCAGATGAATATAAAATATTATCAAA +TGGAGTAAAGATACCGATTATTGGATTTGGTACATATAAATTAGGAAGTCATGAGGATTC +AATTGAAGCAGTAAAAGAAGCTATAAAAATAGGATATAGGCACATTGATGCAGCTGCTTT +TTATAACAATGAAGAAGCTGTAGGAATAGGCATAAAAGAAAGTAAAATAAATAGAGAAGA +AATATTTTTAACTACAAAGCTATGGAATGATAATCATGGTTATGAAAAAACTATGAAATC +ATTTAATGAATCAATAAATCGACTTGGTGTTGAATACTTAGATTTATATTTAGTACACTG +GCCAAATAAATTAAATTTAGAAACTTGGAGAGCTTTTGAAGATTTATATAATCAAGGAAA +AGTTAAATCTATAGGTGTATGTAACTTTAAGGAAGGCCATATTGAAGATTTAAAAAAATC +AGCAAAAATAATTCCTATGGTAAATCAAATTGAAATACATCCATATAGATCACAGAAAAA +TATGATTTCTTATTGTAAGGAAAATAATATTCAAGTTATTGCATGGGGGCCAATAATGAG +GGGTAAAATTTTTTCTGATGCAGTAATGCTAGAATTAGCGGATAAGTATAATAGAAGTGT +TCCTCAAATTACATTAAAATGGCATATACAAAATGGAGTTATTCCAATTCCAAAGTCTTC +TAATATAGAAAGAATTAAAGAAAATTTAAATATATTTGATTTTGAAATTTCATATGAAGA +TATGAAGTTAATAGATCAATTAAATAAAAATGAAAATGTATCTAGTGTACCAGAGAATAC +AACATATTTAGAATATTAGAAAAAAGTTATATAATATTTAGTTTTAAGTATGAATTAATA +TCTCATACTAAATTCTAATATTATATAACTTTTTTATTTTGATAAAATACTATTTTACTT +CTATGATAAAAGCTTGAGTTTGTGGTGGGATACTCATAGTCATGATTGGAGAGTGATAAA +CGAAAATTAAATCTCCTACTTGTAGATCATTTAGAGTAATTTCATTATAGTCTTCATCCA +TGACAAGAGTAGTATCACTAGCTATTAAAATTGTAGCAGTGTAAATATTAGTAGTATCAG +TTGCAAAAGTAATATATATAAGCCCAGGTTGAATATTATCATTTATTTCTATGATAGTAC +CACGTTTAAATACGCAACATTTCATAAGTCATCACCTCAAATATAGTATATTGATAATAT +ATTATGCAAAAACTATAGTTTTGGTCATATCATGTTAAGCAAAATAAAAATTAATAATGA +ACTAGAATCATATGAATCATTAGCGCTTGCACCCGTATCTGTAATAGAAGAGCTTCAAGG +AAAAGGAATTAAGTGGAGTTGTAGAATATTCAACAGCGTTTTTATTGTATAATTATGGGA +AAAATTATAAAATTTATAGATATCTTGTGTATAATTAAATAAAAGATAAAATGGAAAGGA +TTAGGGGGAAGTATGAAAAAAATATTAGGTATTATGTTTGTTGGGATAGTATTAGCATCA +GGTTTTTTTATTCATAATAGTGTTTACTCAATATCAGAAGAACATATAAAGCAGAATATC +CAAGAGAGCTTAAACAATAAAGAATGTAAATTAGAGTTCCTGAAAGAAGAAAGTATAAAT +GGTGGAAAAGTTATAATTTTTTCTACTAACGGTGATGAAAGTAACATGGGACTAGCAATA +TTGGATAAAGGCCTTAATAAACAATACAGGGTTGCGAGTGTGATTAATGGAAGTAATAGA +TATAGCACATATAAAAAATATATGTTTAATGAATATATTATTGAAGCTGGAGATAATAGA +AGCGGTGATTTAGCATATATAGGTGTTGCAAATGGAGCGAAAAGAATTAAAAAAATTAAT +ATAGAAAAGGATTTTTTTATCAAGTTTATTGATATAGATAAGTTTGATGGTTACAATGTC +TATAATAGTGATAATAAAGTTGTAGATATATAAGTGAGGAGCAGAAAATGAAATTAAGAA +AATCAACACAGTCAGATATAAATTCTATAATGAAAATTATAGGACAAGCACAAGAATATT +TTAAGAAAAATAACATAGATCAGTGGCAAAATGATTATCCCAATTATGAAACTATAAAGA +ATGACATTGATAAAGAAGAGAGTTATGTATTAATAAATAATAATGAGATTCTTGCAACAG +TAGCAATTTCTTTTAATGTAGAAAAAAATTATGGTGTGATTTATGATGGAAGATGGCTTA +GTAATGAAAATTATGCAGTTGTTCATAGAGTAGCTGTAGACAAAGATCATAAAGGGAAAG +GTTTGTCAGGTAAAGTTTTTATGGGTTTAGAAGAAATATGCTTAGATAATAATATCCATA +GCATTAAAATAGATACACATAAGGAAAATCTATCAATGCAGAAATTTTTGAAAAAACATG +GATTTAAGTATTGTGGAATTATTTATCTACCAGATAAAAGCGAAAGAATAGCATTCGAAA +AAGTATTATAATTATTGGAACATATTTTAGAGCTTGAAATATAATAGATTGAACAAATGT +TTAATTAATTATATTTGAAAAGAGGTCTAAAAATGTCAAGATTAAAAGGTATTGATATAA +GTAATTGGAGTGGAAGTGTTGACTTTAGAGGAGTAAGAGACTCTGGTGTAGAGATTGTTT +ATATTCAAGCAACAGAAGGGACTTTTTATACGGATCCTTATCTTCAAGAATTTTATGATG +GTGCAAAAGAGCATGGTTTAAAGATTGGATTTTATCATTTTTTTAATCCGGGTAGCTCTC +CTACTCCTAGAGAACAAGCTAGATATTTTGTAGATGCAATAAGTGGAATGGAAGTTGATT +GTAGATTAGCCATAGATTTAGAGCAAACCAGAGGTTTAAGTAAAGAAGAAGTATCTAGGC +AAGCCGTAGAGTTTTTAAGAGAAGTAGAAGAGTATAGTCATAAAAAGGTAGTTGTTTATA +CTTATACTAATTTTGCTCAAACTGAACTTGATAGGAAGTCTGGTATTGGTGACTATCCAG +TATGGATAGCACAGTATTCTGAAAATCCACCTGAGTACAATCCAATTTGGGGAGACAAAT +ATGCTGGTTGGCAGTATTCAGATAGTGGATATATAGATGGAATTGACGCAAATGTTGATC +TAGATACTTTTTACGATGAAATTTTATTAGAGGACTCTTCAAAAATTCATGGAGAAAGAA +AGAAAGAATCTAATCATAGCATTGTTAAATATTATACTGTACAAAAAGGAGATACTTTAA +CTCAAATTGCAAAAAAATTTGATACTACTGTAAAGGAGATAGAATCAATAAATGGAATAT +TCGATCCAAATCAAATTTATGTTGGTGAAGTATTAAAAATATATCCTTCATCAAGGCCTA +TTATATCAAGAAAAAAATCATTTTATAGAACTTATGTAGTTCAAAGAGGAGATACTTTAA +CATATATAGCTTCTAGATTTAAAACTACGGTAGATGAATTAGTTAAATTAAATGACCTAT +CAAATCCAAACTTAATTTATGTTGGTGAGATTTTAAAAATACCTACAATTAAAGATATAA +AAAGAACTGCTTCAGTTTCAGAACATATGCATACTTTAACATATGTAGTAAGAGATGGAG +ATACTTTAACCAGTATTGCAAAAAGGTTCCATACTACGGTTAATCAGATAGCTAAGTTAA +ATAATATATCAGATGAGAACTTAATTTATATAGGTCAAGTATTAAAAATTGAAACATCAG +CATCTTCATCATTAGAGAGATCTTTTTCAGGAAGTTATGTTGTAAAATCTGGAGATACCT +TAAGTAGTATAGCAAATAGATTTGATACTACTGTAAATGAGTTAGTTAGACTTAATAATA +TACCAAATCCAGATTTAATTTATGTTGGAGAAGTTTTAAGAATATAAATATTACTAAAAT +CAGGAAGTAAGTTAAACTTATTTCCTGATTTTAATTTTATGATTTTATTATAATTTGTTA +TATATAAATATTGAAAATTTATTATAATATTAGGAGATGTTTATGTATTTAAAAGATTAT +TTGTACGGAGAGTATATTGTAGAACCAGTTATAGAAGAAGTTATAAATACTAAAGAAGTT +CAAAGATTAAAAAATATTCATCAAGGTGGAGCTAGTTACCTTGTAAATCCAAATTGTAAT +GTAAGTAGATATGAACATTCTATAGGTGTAATGTTACTTATAAGATTATTAGGAGGGAGA +ATTGAAGAGCAAATAGCAGGCTCACTCAACTATAATGTCAGAGTTGAATAAGATAGTAAA +AACTATGATATACATCAAAAAAATAAATTAAGATTAATAGACCCAAGTATATATGTAGAA +AATAAAATTTATAAATCATCAGAAATATCTTCAGAAATTAAGGAATTAAGTAAAAAAGCT +TTAGAAAAGTCTATAAAAGGTACTTACATAAAAATTTTATTAAATTTAAAATATGTAACG +TATGTTACGGATTTTATTTGTTGCAAAACATTATAATGAGTACATGAAATAAATGTTAAT +TATCGGGAGGAATATTAATGGAAAATAAGATGTTTTGCTTTCAATGTCAAGAAACAGCAG +GTTGTACTGGATGTACAAAATTTGGAGTTTGTGGAAAGTCACCAGATCTAGCTAGAATGC +AAGATTTATTAATATATACAACAAAAGGTTTATCACAAGTAACAACAAGACTTAGAGAAG +AAGGTAAAGAAGTAAGTGGTGAAATAAACCATCTAATAACTATAAATTTATTTACTACAA +TAACAAATGCTAACTTTGATGATGCAGTATTCTATGCAAGAGTTAAAGAAACTTTAGCTA +CTAAAGAAGCTTTATTAGCTAAATTAGAAAACAAAGAAAATTTATCTGAAGCAGCATTAT +GGAATGCAACTTCAAATGAAGAAATAGATTCTGACATAGATAGATTATTAGATGAAAAAT +CAACTGAAGTAGGAGTATTAGCTACTAAAGATGAAGATGTAAGAAGTTTAAGGGAACTTA +TAATATATGGTTTAAAAGGTATGTCAGCGTACATGAAACATGCTAACGCTTTAGGATATG +ACAGCGAAGATATAAATGCATTTATGCAAGCAACGTTAGCTAAGACTTTAGATGATAGTT +TATCTATAGATGAATTAATAGCTTTAACTTTAGAAACTGGTAAAGTAGGGGTAGATGGTA +TGGCACTACTTGATAACGCAAATACTGGAACTTATGGACACCCAGAAATAACTAAAGTTA +ATATAGGTGTTAGAAATAACCCAGGAATACTTGTATCAGGACATGACTTAAAGGATTTAG +AATTATTACTAAAGCAAACTGAGGGAACTGGAGTAGATGTTTATACTCACTCTGAAATGT +TACCAGCTCACTATTACCCAGCATTTAAGAAGTATTCTCATTTTGCAGGAAACTATGGAA +ATGCTTGGTGGAAACAAAAAGAAGAATTTGAAAGCTTCAATGGTCCAATATTAATGACTA +CAAACTGTATAGTACCACCAAAAGATAGTTACAAAGATAGAATATACACTACAGGAGCAG +CTGGATTTGTAGGTGTTAAGCATATAAAAGGAATAAGCGAAGATAACAAAGATTTCTCAG +AAATAATAGAACAGGCCAAAAAATGTGCTCCTCCAACTGAAATAGAAACTGGAGAAATAG +TAGGTGGATTTGCTCATAATCAAGTATTTGCATTAGCAGATGCAGTAGTAGATGCAGTAA +AAACAGGAGCTATAAAGAAATTCTTTGTAATGGCTGGATGTGATGGAAGGGCTAAGTCTA +GAAATTACTACACTGATTTTGCAAAAGCCTTACCAAAAGATACAGTAATACTTACTGCAG +GATGCGCAAAATATAAATATAACAAATTAAACTTAGGTGATATAAATGGAATACCTAGAG +TGTTAGATGCAGGTCAATGTAATGACTCTTATTCATTAGCACTTATAGCATTAAAGTTAA +AAGAAGTCTTTGAACTTAATGATATAAATGAATTACCAATAGCATTTAACATAGCTTGGT +ATGAGCAAAAGGCGGTAATAGTTTTATTATCATTACTATACCTAGGAGTAAAAAATATTC +ACTTAGGACCAACTTTACCAGCATTTTTATCACCAAATGTAGCTAAAGTTTTAGTAGAAA +ACTTTGGTATAGGTGGAATAACAAATGTTGAAGATGATTTAGCAATGTTCTTAGGATAAT +TCTAGATTATAAGGAGAATAATATGAATGCGATAGACATAATGAATGAAGAACACAAATA +TATTAAACGTATGCTTAAAGTAGTTAGAAGCGCATGCTTTAAGATTTTACAAAATGAAGA +TGTAAATTATGACGACTTTTATTTAATAATAGATTTTATAAAAAACTATGCAGATGCACA +TCACCATAAAAAAGAAGAAAAAATACTTTTTAATAAGATGGTTGAAAATTTAGGTGAGCT +TGGAGAAAAAGTTATAAATCACGGTATGCTTGTAGAACATGATTATGGTAGACTTTATAT +TAGAAGCCTAGGTGAAGCATTAGAAAAGTTAAAAGCTGGAGATGAAGAAGCTAAGCTAGA +TGTAATTGCAAATGCAATATCATATACTCATTTATTAGAAAGACATATTGATAAAGAGGA +CAGAGTTATATATAAGTTTGCACAGAGAGAACTAAGTAAAGAAATTTTAGATATTGTAGA +TATAGAATGTATTGAATATGAAAATAATAATATTGATATAAAGCATAAAAATATATCTAT +ATTAGAAAATTTAGAAAATAAATATATATAAGGAGACAATATTATGATAACAAAAGACAA +TACAATTGGAGAAATATTAGAAATAAATCCAAATGCAGCAGATATATTAATGGAATTTGG +GATGGGATGTTTAGGTTGTCCATCAGCGACTATGGAAACTTTAGAGCAAGCTTGTTTTAT +ACATGATCTTAAACTAGAAGAAGTTTTAGATAAATTAAATAGCAAATAGTATAAAAAAGA +TAATTTCTATTTTTAGAAATTATCTTTTTTTATATACATTATGTAAAATAATAACTAATT +GATAAATATAAGTTTTCTTAAAAAAGAAAAATTTTGAAGGAACTTTTTTATATATTAGAT +AAAAATAATAATATAAATTTATGATATAATATGTAATTACGTATACAAAAATAAGGTGGT +ATAAAATGAACAATAATTTTGAAGACTTTAATTTAAATAAAGATATAATAAAATCACTTA +ATAACCTAAACTATAAGAAACCTTCGAGAGTTCAAAGTGAGGTTATACCAAATTTATTAA +ATAAAGAAAATGTAATAGTCAAATCCCAAACAGGAAGTGGTAAGACAGCTAGTTTTGCGA +TTCCCATTTGTGAAAGTATAGATATAAATGACAATAATGTACAAGCTTTAATAGTTGCTC +CTACAAGAGAATTAGCACTTCAAATAAAAGAAGAAATATCATTAATAGGTAGACTTAAGA +AAATTAGATGTAGTGCAATATTTGGAAAGCAACCTATAAAAGAACAGATTGCAGAATTGA +AGCAAAGGGTACATATAGTAGTAGCTACTCCAGGCAGGATAATTGATCATATAGGTAGAG +GAACTATTAAATTAGATAAGGTAAAGTTTTTTATTATAGATGAAGCTGATAAGATGTTAA +ACAAAGGATTTATAGAGGATATGGAAACTATATTAACTAAGCTTCCAAAAGAAAGTATAA +AAGGACTTTTTTCTGCAACTATAGATGAAAATATAAGTATTATATGTAATAAATATATGA +AAAATCCGGTTACTATAGAGATAAAAGATATTGAAAAAGAAATATTAAAGAAACAAATTA +TAGAAAAGTATATAAAAGTAGATAAAGAAAATAGATATGAAACTTTAAAGAAAATAATTT +ATAGTGAGTGTCCTAATTCCTTAATAATTTTTGCAAATACAAAGAATAATGTAATAGATT +TATACAGCAAAATGAAAAAAGATAAATTTCTTGTTCAACAACTTCATGGAGACATGTCAC +AAGATAAAAGATTATTTATGATAAAAGATTTTAAAGAAAATAAGTTTAATATTTTAGTAA +GTACAGATGTAGCGTCAAGAGGAATTCATATAGATAATATTTCATTAGTAATAAATTATG +AGGTGCCTAGAGACAAAGAAAACTATGTTCATAGGATTGGTAGGACAGGAAGACAAAATA +AATTTGGAAAAGCAATAACTTTAGTCAGCCAAAAAGAAGTAAAATATCTTGAAGAGATAG +AATCTTACACAGGATTTAAGTTAAATGAAATAGAAAAAATAGATGCAGATAAGGTTATAT +CTGGTAAATTTAGACTTAAAGAAAATGAAAAGAATTTATTAAAGAGAAGAAAAGAGAAGA +AAATAGAAAAAGAAGTAAATTCTGAGGTAACTAGAATTTACTTAAATGCAGGTAAGAAAA +AGAAAATAAGAGTCATAGACATTGTAGGTACAATTAATAATTTAGAAGGAATTAATAATG +AAGATATAGGTGTAGTTGAGGTACAAGATTTATGCTCATATGTAGATTTATTAAATAATA +AAGGGAACAAATTTTTAAGAAAATACAGGGAAATAACTATAAAGAAAAAATTAGTTAAAG +TTAGAAAAGACAATAAGAACTAAGTACACAGGAGGACGTAGATGCTTAATAAAGAACAGT +TTTTGGCTATATATAAAATAAATGAGAATGAATTAGAAGAATTAAATATAGATTGGCATG +ATTTAGAAGATATATATCATGATTTTAATAAATATAGACAAAGCTATGAAACTCAAGCAG +AGCTAATAGCAAACATATTAAGAGCACAACCAAAGGTACACTCTGTTAAGACTCGAGTTA +AAGATGCAAGGCACTTAATAGAAAAAGTAATTAGAAAAACGCCTGAAAGAAGAGTAAAAT +ATGGCGAAGATTTTAAATTTACAGTTGATAATTATAAAAATGAAATAACAGACTTATTAG +GTATAAGAGTTATCCATATATTTAAAGAGGACTGGGAAGAAATACATGACTTCATAACTA +GTATGTGGGATGTTATGGAGATTGTAGCTAATATAAGGGAAGGCGATAATACTAAAGAGT +TTGAAGCTAAAGATATTGAGGTTTGCTCTAGATTATCAGGTTATAGATCAGTTCATTATC +TAGTAGAGTCCTATCCAACAAACAAAAAGCTTATCGCAGAAGTTCAAGTAAGAACTATAT +TTGAAGAAGGTTATGGTGAAATTGATCATCAGCTAAGATACTCTCATGATAATATTCCTG +AAATTTTAGGACAAAATTTAATGCTTTTAAACAGAATAGCAGGAAGTTCAGATGAGATGG +CTTCTTTAATTAATGTACTTAGTAAGAGTTTTAAAGAAGTTGAGATAGAGTTTGAGGATA +AGATAAGAGAAAAAGATAAGAAAATAATAGAACTAAAAGAGAAGCTAGTAAATAATAGTG +ATATAGCTAATGCAGAAAAAGAAAGTTTAATAAGAGATATTGATGAAATACTTAAAAAAG +AGTAAAATAATGGGTGAATTGGAATATTCTAATTCACCCATTATTTTTGAAAGTTTTTAT +ATATTAGAAAGGGAATTTATGCAAAATAATATAGATGTTGTAAAAAAAGCTATAAAAGGA +AATAGAAGAGCGTATTATTCTTTGATTAGAGAGTATACACCTTACTTGTATAAGATTGCA +TTTCTTCATACTAAATATGAAGAAGATGCGAAAAGTATATTTGAAGAGACTATTTATAAT +AGCTTTAAAAATATACACAAGTTGAAGCATCCCGATAAATTTAAGATTTGGATAACTAGA +ATTCTTATAAATGAAATTGATTATTTTCTAGAGTCTACTGGTATGGTAGAAAGTGAAGTA +GAAATTAAATCAAACACTAATAATATAGATTTATATAAGTCTATAGATATTTTAGAAACT +AAGATAAAAAGTGTAATAATTTTAAGATATTACTGCGACTTTAAAGTAGAAGAAATAGGT +GAAATTTTAGATTTAAATCAAAGTACAGTAAATACTTATGCTAGAAGAGGTTTTAAGGAA +ATGAAGGAGCTGTTAAAGGAGGAGTGCGTATGCTAGAAAAAATTGACTTTGACAGTATAG +ATATTGATAAAAGAACTAAAATTGAAATAGAAGAGGATATTAAATATTTTGATATTAACT +TGAATAAAATAGATAGTATACAAATTCCTGACTTAAATAAAATATCAAAAAAAACTATTA +AAAAAGTTACAAAAGAAAGATATGAATTTGATAAGGTATTAATAGGGAATGTTATGGTAT +TGTTCCTTTTAGTTGGAAATATGGCTTCAGTGTATAATCCAGCTTTAACTTACAAGGTTC +CCATTTTGTATAAGTTCTTCATAAATATAAATGAATCTCTTAATATAGATTTTATAGCGA +GTCTACTGAGTCTTGATAAGGTGATACCAAAGGTAGATATAAATGAATCAGGTAAGTTAG +AAATAGTAGAATATCCTAACATAATAAAAGAAGAATTTGTAAAGACACCGAATAACTCAA +AGGAAGCCCTAGACTTAATACACTCATTAGCAAATACTATTATTAAAGCACAGCATAAGT +GGGGAAGTACAGAAATTACTCCTAAGACTATTGAAATTGCTTTAAAAGGTGTAGAGCTAA +TTGATGATGAATATCATAGACTTTACTTAAGAAATGGTCTAAAAAAATGGTCTGAAGGTG +ATTTTTCAAATGGAGTAGAGTTACATAATTATGTATGGGATAGATTAGATGGAAGTATAG +GAATAGCAGAGGAATTAGATGAGTTGATGATAGATAAAATAATGAATGAACATTTTAAGA +ATAAAGTGAATGATAAAGTAGAAATGCCTCAATAGAACTGAGACATTTCTACTTTATGTT +ATATTTAAGTAAAATCGTTGACTAATTAGTTAAATTATTATATGGTAATTTCTTTATTAG +TAAAGTAATATTAATAAATGTTGACATAAAAATTAATTTTTAAAAGGATATTAAATAATT +AATAAAGAAATTATAGTACGATGCGAAGATAATATATAAATTTTTATATTAAATTTAATT +AAGTCTAATAAAAAAGCATTATTGTAAATAATAACCTTCAATAATACTTTTTCTCAATAA +AATTATAGTGAATGCATAAAATGATATTTAAGATTTAGAAATAGGGGGCAATTAATGAAA +ACTTTAGTTATAGGTAATGTTTATGTTGATGTTATAGTTAATGTAGATCAGTTGCCAAAG +ACGGGTGACGATATTGTATGTAAAAAACAGATTCTAACTGTAGGAGGATGTGCTTATAAT +GTAGCTACAGTATTAAGAAACTTTAATATAGATCATACATTAATATTTCCAGTAGGTAAT +GGTGTATATGGAAATATAATAGAAGCAGAAGTAAGAAAATGTGGATATGAAGCAAATATT +AAAGTTGAATCTGGAGACAATGGATATTGCCTATGTTTAGTTGAGTCTACAGGTGAGAGG +AGTTTCATTACTATAAAGGGTATAGAAACGGAATATAAGGAATCATGGTTTGATGAGATA +GATATAGATGAATATAGTAATATTTATATATCTGGATATGAAATGGAAGGTCAAAGTGGT +AGAGTTATATCTAATTGGCTAAGTAAAATAGAAAATAAAAATATATTCTTTGGTCCAGGA +CCTAGAATTAATGAAATAGATAAAGATATTTTAGAGAAGATATTAAGATTGAAACCTATT +ATTCATATTAATGAAGATGAGGCCTTAAAGTTTACGAATAAGAAAAGCATAGTAGAAGCT +GCAAGAGCTATAAATAGAATTACACAAAATACTGTTTTTATAACATTAGGTAAAGATGGT +GTTATGTGTGCTAGTAACTGTGAGTATAGATTCATTGATGGATTTGATACACAAGTAGTA +AATTCAGTAGGTGCTGGAGACAGTCATATGGGAGCTATTATAGCAGGATACTCAATGGGA +TATACTCTTGGGGATTGTTGTTATTTTGCTAATAAAGTGGCTGCTAAGGTTGTAGGGATT +GAAACGAGTAGATTAGAAGAAAAGTATTTTAATATAGAAGATTATAATATACATGAGTAT +ATAAAAGTTGGAATATAACTATTATACTATTGGCTATAATTTAAATAAATGAAGTATATA +TTTATAGAATATTATTCAAATAATTATAATAAAAATTACAAAGTAGTTTATTTAAATTAT +AGAAAGGATATGTTATGACTAGTCTATATGATGAAAAATCAAAACATAGATATAAATACA +TAGTAGGTGTTTTATTAATATTGATATTTATGTCATTATACTTTATATTCTTTAGTGAAA +GTGCTGGAGTATCTAAGGATGAAGTAAAGTCTATAATAAGTAAAATAGATGAAGGCTATG +ATGTTATAGTAACATCAGATAATTATGTTGTAGACGGTAAAACATACTATACTGTGCACT +CTAACTTAAAAAATAATAATAGTGAATACAGTGATGAATTTATTATTGATACTAGAAAAT +ATTATAGAGTAAATACAAGTTATGCTAAAGTTGGCAATGAAGAGATATGGGAAGTTAGGT +ACTGTGTTAGTAAAGAAAATAATGAAGTATATCTAGAGTTTAGAAATAATCCACAGAGAC +TTATAAAATATAATGATTATAATGATAATCTTAATTATGCTCTGAGCATAATTAAAAAAA +CTAATTACTCCCAATTTCCACATATAGATGTAACTATAGAAGGCGATATATATACAATAC +ATTTATATGAAATTGTTAAAAATGATGAGGAGAGTCATACTGCTACTATTGGATGGTATA +CATTAAATATAAAAACAAGAGAAGTAAAAAATTTGATGAGTGATGAAATACTAAACTAAA +TATAGTAAAAGTACAGGGGATTTAGTTTAATATAAAGATTTTAGAAAGTAAAATTTATAG +CAGTACTTTGAAGCCGAATTCTAAGGCTTTAAGGTCTGCTTTTTTATTTTTGAATTATAT +GAATAAATATATAGTTATTATATTATAATCGCAACTAAGATAAACATGAATTATTGCAAG +GAATATGTTTTTATTAGATAATAAATATTATTATAGAATATAGGAAATATATAAATAATT +TGAACAGGAGATAAATATATGGAAAAGTTATTTTATAAAGATCAATACATAAAAAAATTT +ACTGCTGATATAGTAGATATAAAAAAAGTAGATAATAAGTATCATGTAGCTTTAGATAAA +ACTGCATTCTTCCCAGGTGGAGGAGGTCAATTTTGTGACTTAGGAGAAATAGATGGTGAA +AAAGTATTAGATGTATATGAAGAGAATAAAAGAATATATCATGTATTAGAAAAAAAATTA +GAGAAAAACAGTATAGAAGGTAGTATAGATTGGGATAGAAGAGAAGATGGAATGCATCAG +CACTTTGCTCAACATGTGATCTCAGGTTGCTTTTATACTAAGTATAAAGCAAATACCACA +GGATTTCATTTAGGAAGAGATTTTAGTACAGTAGATATTCAAGGATATTTAGAAGAAGAG +CAAATAAGAGAAATGGAAAGATTTGCAAATGAAGTGATTAGAAAAAATATACCTCTTACA +ATATTGACTCCAAATAGAGATGAGTTAGAAGATATATGGCTTAGAAGAGATTTACCAGAT +ACTGATGAAGATATAAGAGTTGTTAGAATTGGTGAATTAGACACTAATGCCTGCTGCGGT +ATACATCCAAAATCTACAGGTGAACTTAGACTTATAAAGATAAAAAGGTGGGAAAAGAAT +AGACAATCTACAAGAATAGAATTTCTAGCAGGAAAAAGAGCTATAGATGATGTTTTAAGA +AGAGATCTGTATTTAACTAAAATTTGTAGACATTTTAAATGTAAAGAAGAAGATTCTTTA +AAATGCATAGAAAATTTAGAAGATAAGATTGAAGAATCTATTAAGTCAAAAAAAAGATTA +GAGAATATAGTTTCAAATTATGAAATAAATGAAATGATTGAAAAAGCTATAAAAGTTGGA +GACATCTTAGTGGTAAAAAAGATATTTGAAAATGAAGATATAAAATATGTAAGTAAAATT +GCAAATAAAATTACTGAAAATAAAAATACAATAGCTTTAATAGCAGTAGAAAATAATGAA +AGAGTAAATTTAGTTTTTTCAAGTTCAGAAAATCTAAATAAAATAAATATGAAAAGCTTG +TTGGATGAAGCACTTAGCTTAGTAGAAGGAAGAGGTGGAGGAAATATCCACTTAGCCCAA +GGAGCAGGAAAAAATAATGGAAATATTGAACTAGCTTTGGAATCAGCATTAACAAGTATC +GAAAATATGATATAGGTATTTAAGGAGTATTTAAATGGGAGAGTTATATCTTATATTTGT +TGGAACTATTATTGTAAATATAATGGCAGTAGCATTGCTGTTCGTAAAAAATGGAAAGTT +TGTTAGTAATAATATGTTTATATATTTAATGGCAATATATACTTTTAGTTTAGGAGTAAC +TCAGTATACATCCGTACCAAGTAATTATATATTTGGAAAGCTTTTAGGTGTTTTATTTAT +AATTTTATCTGTTATGAGTATGATTTTTAAGAGAAAAAAATTTTTATTAAGTAGAATTTT +ATTATCTATATCATTAATAGCACCTATATATACTTTATTCTTGATGTAAGAAGAATAACT +GGCTTATAATTGACGATATCTTATAAATATGATATTATAATCAACATGTAAATATAATGC +TCTGGATATCACTGATAAACAGAGCATTTTTAAATTTAAGGAAAGTTTTATTTTAAAGAA +ATAATTTAATCTAGACTATAGAGGAAAGTGAGAATGGGCATGAAAAAAGAAATATTCAAT +GGAGCTAAACTGAAGGTAGCTAGAATATATAGAGGTAAAACAGTAGATCAACTTGCAAAA +GAAGTTAATATAAATAAAAAAGATATAATAGCATTTGAAGAAAATAAATATAAACCAACT +CCTGAAAATACAATGAAGTTATCAAATAATCTTCAATTTCCAAGAGAGTATTTCTTCAAA +AATGAAAATATAAAAGTGACAGTAGAAGGGAGTCATTTTAACCCTCAATCTACAATACCT +AGAAATGAAGAAATATCTTATAGAGAAAAATTAATAATGACTCATAAGATATATACTTTT +ATGCAGGGGTATATCAAGTTCCCGAAACTTAACTTACCAGGTAATTTAAATAGAAATGAT +GATATAGAAGAGATGGCTACTAAGACTAGACGATACTGGGGCTTAGGTGATGGAGCTATC +GGAAATATGGTAAGTTTATTAGAAGGTAATGGGATACTTTTATCTGGAATTAATATAGAT +AGAAAAGGTGCATCACCATATACGCAAAAACAAAGTTTAAATAAAGAATCTCTATATGTA +ATAGCATTAGGTAATGATAAAAAATCAGCTACTATAAGAAATTACGATTTAGCATATGAG +TTAGCGTATATAATATATAATGAGTTAAATATACCATCAAAAAAATTTAATGCAGATGAA +TTTGCTTGTGCATTTTTATTACCGAAAGATGCATTTTTAGAAGATTTAAGCAATCCAAAT +GAATTAGATTTTTATATAGAAATGAAAACAAAGTGGTTAGTTCCTATATCAATTATGATA +TTTAGAGCATACACTTTAGGAGCAATAAATTATAAGAAATATAACTTCTTAATGAATGAG +ATGAATAAAAAAGGATGGCTTAAGAAAGAGCCTTTAGACGATAATATAAAAGGTGTTAGT +CCTCAAGCATTAAAAACTGCTGTTGAATTATTGTTTGAAAATAATATAATGAGCAAAAAT +ACATTAATGGACAACTTAGCTAATTTTGGTATAAATATGAATCCAGAAGATATAGAAATA +TTAATAGGATTAAAAGAAGGAACATTAGGAGCTAAGGTAAATCAAGGGAAAAATAATAAT +AAAAATAATGTAAAAATTGTAGATTTTAAAAATAAAAAGAGAAGATAAAAATAAAATTAG +GGCGGTAATAATTTTTATATTATTACTGCCCTAATTTTGTACAATTATATTTGCGCCCTC +TTTGAGTTGAAAAATATATAGGTATTTACATATAAAATATGATTACATTGAAATAATAAC +TTTATAAAGAATGCCAAGGAGTGAAAATTGAAATATGATTAAAGTATCAAAACGAGGATT +TTGTGAGGATGACAAAAGATGGTTTTCAAATAAAGAAATTATAAGGTTAAAAAAGGCACA +GGAAGAAATTAGATATCTTATAGATAGAGATTATAAAATGGCATCTGTAGTAACATTTGT +AGGAGATAGATATCAGTTTTCTATAAGATAAAGAGATGCATTAAAGAGAGCTACTTCTAC +TAGTGAGAAGGTTGTATACAGGAAAAATAAAATTTTAAGTATAGATAAAATAAAAGAGGG +ACCTATATATATAGATGGATTCAATTTGATAATAACTATTGAAGTAGCTTTATCTAAAGG +AACTTTGATTTTTTGTGATGATGATAATATTAGAGATATAGCAGGATTAAGAGGAACTTA +TAAAATTATTGATAAAACTGATATAGCATTAGATATAATAGGTCAGTTTTTAGAAAATGC +GAAAGCAAAAGAAGTAATAATATATCTTGATTCTCCTGTATCAAATTCGGGTAAATTAAA +AAGTAAAATAATGAATCACGCAAAAAAGTGGAACCTTAATATACATGTCGAACTTGTAAA +CAATGCAGATATAATATTAGAAAAATCAGATAGAGTAGTTAGTAGTGATTCTGTAATAAT +CGATAAGTGTATAAGTTACTTTAATTTGAATAAGAGTATAATAAATCAATATATAAAATC +AGCAGAACTTATTGACTTAAGTGAAACTTAAAATAATATTTTAAGAAAAGGAATGGTTAG +GTATGAAGTATACATTAAATGAATATATAAGTAAAATAAAATCATTGCCAATTAAAAATA +AATATACAAAGGAAGAAATTTTAACACAAGATTTTCTTATAGATAAAGATAATAGATTGG +AAATTTATTATGCTCCTCATAATGAATATATAAACTCTAAGGCAAAAATATTTATTATAG +GAATAACACCTGGATTTCAACAGATGAGTACAGCTATGGCTACAGCAAGAGAAGGTATTG +AAAATGGTAAAAGTATAGAAGACATAAAATATGATTGTAAAGTAGCGGGACGATTTAGCG +GAATTTTAAGAAAAAATATAATAAGTATGTTAGATGAAATAAATCTCAATAAAAGTCTAA +ACATAAATAGTTGTGATGAATTATTTAAAGAAAAAGATTACTTACTTCACACTACATCAC +TGATACCATATCCAGTGTTTTTTAAAGGGAATAACTATACAGGACATAGTCCTAAATTAA +TGAAAAGTGAATTTTTAATGAAATATGTGTATGAAAATTTGATAGAAAACATTGAAAAAT +TAGGTGATGTTCTTATTATTCCTCTAGGTAAAGCAGTAGAAGAAGTATTAGATGATTTGG +TTAATAAAAATATCATAGAAAAAGATCAAATACTACGAGGATTTCCACATCCATCAGGAG +CAAATGCTCATAGATTAACACAGCTAAGAGACAACAAAGAAAATATGATAAAAATCATAG +AAAGTTATATAAAATAATTCATGGAAAGTCTGAATTATTGCTAGACAAAAATAGCTATAA +TCGAAGGTGTGAAAAATATATACTAGCGGATATTTGTAACATCTTTTGTTGTATTTTACT +TTTCATACTGAGAAGATAGCTATTTTTAGCATAAAGTAAACTTATTTCATGCAAAGAAAG +AAGTTGAATATCCTTACACTTTTTAAAAATTCATAAATTACGAAAGTAAATAAAGCAGAT +ATTAAAACTATATTTTTAAATAAACCATCAAAAAACCACGATAGAATATTTAAATTCTCT +CCTCTTAAACTTAGGGTATAAATAACACCACTTAAACCAGCAAAAACAAAAGTAGATAAA +AATTTAAACCTGTGTTCTTTTATTTTATCAATAAATGCATGATCTTGATAAATTATATAT +CCTAATATAAATATTGTTAAACATCCGATAATACTTTTACCAATTATTGAAGGAAATATG +TCCGATGTAAATCCTAATAATAAGAGTATAGGAATACTAAATCTGCTTAGTAAGGCATTT +TTTATTAAAGGTAGTAAATTTTCTCCAATTCTGGATTTAAAAATTTTAGAGATTATAAAT +CCTCCTACTATAGATACAACAAATAAATAAGCTATAAACCATAAATGAGCAGGAGTAAAT +CCACCATCAAATCCTGTAAAATCTCTGGCATTAGTAAAGAAAAATTTTAAATGCTCAAAA +TAATTTAAGTTTGATTCTTCTCTACATAGTCTAGCTGTATGTTTGAGGTGGAACTATAAC +TATAATTCCAAATATTATAGGAATTAATAATCTTTTAGGCTCATTTTTTCTAAAGAAAGT +GTGTAGAAGCACCTGTAAGGAAAAATAACATTGGCATATACCAAACAAATAATAATATAA +ATATATTAGAAAAAATATTGGTTTGCTTAGATACTATATAAAAATCACCGAATTGGCAAA +AATAGCCGATGAATGATAAATAAAAAGCAACAATATGCTGATATTTCTAATCCAATCTAT +TTCATATCTCCTTATAAAACTTCCTACAAAATAATAAGCAGTAAAAAAACATCTAAATTT +ATTTTAACATAGAATTAAATCTAAAAGAAAATATTTTCCTAAAGGTTAATTATAAAACCA +AAGGCAATGAATTCTATTATTAGTATACTCTTCATCCAAATGGGATATTTTAAAAATATA +ATACAATTTCTAGTAACGTAAGGAGTGTAAGTTATGGCAGATAAAAGTCCTATAATGATA +CAAAGTGCACGAGGATCTGTGTTTTCTGTTTTTAGTGATGAAGAATTAAAAGAAATAACA +ACAGATAGCAAAAGAAAGGTAGCAGTTTCGGGGAAGATAAATAATCCAGGTATTATTGAC +GTTCCAGAGGGTGCTACTTTACAAGATATAATAGATTTATGTGGTGGTATATTAAATAAA +AGTGGATTTAAAGCAGCACAGCTTGGAATTCCTTTTGGTGGTTTTTTAAGTAAAGAAAGT +TTAAATAAAGAGTTGGACTTTAAATTATTTGATAAAAATACAACTAGAACAATAATAATT +TTATCTGAAGAAGACTGTATAATACAATATGCAAGATATTACATAGATTATTTATTAGGG +AAAATGCAAGATGGTAGCTATGAAAAATATAAAGCAGTTGAAAATGAAATAAAAAGAATG +TGGAGAATATTAGATAGAATAAGTAAAGGTCGTTCTAATATGAGAGATATTTATCTTTTA +AGAACATTAGCATCATCTGTAAAAGAGGAATTAAAGCAAAAATATAATATAATGGAAGAA +ATAATAGATAAGTTTTACCATGAGATAGAAGAGCATATAGAAGAGAACAAATGCTATACA +TCTCAATGTAATCACCTTATAAAGTTAACTATTACACATAGGTGCATAGGATGTGGAGCA +TGTAAAAGAGCATGTCCAGTTAGTTGTATTGATGGTGAGTTAAGAAATCAGCATTATATA +GATTATAATAGATGTACTCATTGTGGTAAGTGTATATCTGTTTGTCCAGTAGATGCAATA +ACAGCAGGAGACAATACATTTAAATTTTTAAGAGACTTATCAACTCCTAATAAACTAGTA +ATCACTCAAATGGCACCAGCAATAAGAGTTACAATAGGAGAAGCTTTTGGATTTGAACCG +GGTGATAATGTTGAAAATAAACTTGCAGCAGGGCTAAGAAAATTAGGAGTAGATTATGTT +TTTGATACTACATGGGCTGCGGATTTAACCATAATGGAGGAAGCAGCAGAACTTCAAGAT +AGGCTTGAAAGATATTTTGCAGGAGATAAAAGTGTAAAATTACCAATGCTTACATCTTGT +TGCCCGGCATGGGTTAAGTTTATTGAACAAAATTATGGAGATATGTTAGATGTTCCGTCA +TCAGCTAAATCACCTATGCAGATGTTTGCAACTGTTGCGAAAGATATATGGGCAAAGGAA +CATGGAATGACTAGAGATGATGTTACTTCAGTGGCAATTATGCCATGCATAGCAAAAAAA +TACGAAGCTTCAAGACCTGAATTTTCTAGGGGGATGAATTATGATGTTGATTATGTTATA +ACAACAAGAGAACTTATTAAAATATTTAGAGATTCTGGAATTGATTTAAAAGAAATAGAA +CCAGAGGAAATAGACCAAATAATGGGGGAATATACAGGTGCAGGAGTTATATTTGGTAGA +ACAGGTGGAGTTATAGAAGCTGCACTTAGAACTGCACTTGAAAATATGACAGGAGAAAGA +ATTGATAATATTGAGTTTCATTCATTAAGAGGATGGGATGGATTTAGAGCTTGTGAAGTT +GAAGTTGGAGATATAAAACTTCGTATCGGTGTTGCTCATGGATTGGAAGAAGCAGGAAAA +ATGCTTGATAAGATTAGAGCAGGAGAAGAATTTTTCCATGCTATAGAAATAATGGCTTGT +ATTGGAGGATGTATAGGTGGCGGTGGTCAACCTAAGGTAAGAAAAAATAAAGAAGAAGTA +CTAAGAAAAAGAGGTGATGGTTTAAATAATATAGATAGAACTAAGGCTCTTAGAGTATCT +AAAGAAAATCCAGCTGTACAAGCAATATATGATAAATATTTAGATCATCCAATGAGCAAT +AAGGCTCATGAATTACTTCATACTAAATACTTTGTAAGACCTAAAAGAGGGCATGACCAT +ATAAGAGATGATGATATGTAACATATAAAAGTATAACCCAAGGTATTAAATCAAGATTTA +CATATATACCTTGGGTTATTTAAGTTATAAATTATCAACTGTAATAAATGATTTTTCTAT +AATATCAACAATTTCCTTAGGATAATCTACTACATATTTTGGACTATAACTTTCTAATTC +TTCACGAGACCTAAATCCCCAAGTAACACCAATAGTATCCATATTAGCACCAATTCCAGT +TTTCATATCAGTATTAGTATCACCTATGTATAAGCAATCTTTAGGAAGTACATTTAGTTT +TTTAGTAATGATAATAGCACCATCAGGGGAAGGCTTTCTTTTTATATTATCTCTTTCACC +TGAAATATAGTCGAAATATTCACTTCCAAATATACCTTCTACATTTTCAATAGTCCTTTC +ATGAGGTTTATTAGATAAAACAGAAATTTTTATATTATTATTTTTTAAGTAATTTAATAG +ATCTTTTATCCCATCATAAGCTTTTACATTATACATACAGTGTATTTTAAAGTAATCTGT +ATAAGTTGAAAGAGCATCCTCGTAGTTTTTTAAATCACAATCTCCGCAGTGAATTAAAGC +TCTTTCAACTAACTTCTTATACCCATCACCAACAAATACTTTACAGTTTTCTTCATCAAT +AGGTCCTAAATTATACTTTGATAAGGTCAAGTTTATAGTATGGTTAATAGCCTTAATTGA +ATCCACTAATGTACCGTCTAAATCAAAAATACAGCATTTATACATTTTATTCCCCTCCAA +ATTATTAGTATATAAGATAGATTATATAGTTCTAGTGTTGCATCTAGTTAATATTTGCAA +CTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTA +ACGACAAATCCATCCAA +>MGYG000000001_34 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AACCATTTAGGTGGCTTTTTTATTTGAAAATTTATTAAGTACTTATTTATTTTATACCAT +TTAAAGAATAGTATTTTTATATGGAATTTATCACATACTAAATTAGAATTATATGTTTCA +TAAAAGGATGTGAATATATGAGGCATAGGAAAAAAGAAAATATTAATGATAAAAATCCAA +CTTATATAAGTATGAAAAGTCTAGATGAGCTAATAAATGAAATGTATATCTCTGATAATC +CAAAAGAAGATTTAGGTCTAATAAAGAGATATTTAGAAAGGCTGATGTTAATTATTGAAA +GAAGTAGAATTAGAGAGTATATGATGCTGACAGATAGCAAAAGAAGGCTTTTTCTTATAA +ACTTTGTTGCAGGCTTAGGTAAAGGATTTGGGCAAGCAATAGGATTTACTGTTCTTGCAG +CAGTGGTTTTTTATATACTTACAAGTTGGATAGATTTACCTATAATAGGCGCTTATATAG +CTAAATTATTAGATGTGGTACAGAATTATAGAAATCAATAGAGGTGATAATATGAACGTA +AATAAGTATAAGAAAGAATTATTAAAAGAAAAAGATAACTTAACTCATTTAATATCTAGT +ATGCAAGATAATACTTTATTTGGAAATACGACAGATCATACTAGTGAAAGATATAGTTCT +GGTGAATTATCAGCTTATGATACTCATCCAGGCGACTTTGCAACTGAAGAATATATGCAA +GATATGCAAAATAGTTTAACAACTCATGAAAAGGGTAAATTATATCAGATTAATAAGGCC +TTAGATAAAATAGAAAATGGAAGCTATGGAATTTGTGAGATTTGTAAAAAAGATATAGAA +TTAGATAGATTAGATTTATTACCTGAAACAGATCTTTGTTCTAGTTGTGCTAAAGAGCAT +GATAACACTCCATCAGATACAGAGCATCTAGATTTAAACTTTGTAAATCCAGGATGCGAT +TTTTATTCGGAATATATAACAAATTTGACTGATTTAAATAAAAATGGACTATACGATGAC +AATGAATAATTAAAGCAGAAGAGAAGAGGTCTAAAATATGAAAAAAATAATACTTATTTT +AGGAGTTCTATTAATAGTAACAGTAGGATATTCTATAAATAGTAAGACAATAAAGGATAA +AGAAATAGGTACTTTTAATTATTCAAGCAATGATATAATGAGAGATTATGAAGACATAAT +AATAAAAAGAGGTAATGATAATCAAAAGGTAGTTGCTTTAACCTTTGATGATGGACCTGA +TGAAGTTTATACTCCACAAGTTCTAGATATATTAAAAAAATATGATGTGAAAGCTACATT +TTTTTTAGTTGGTGAGAATATTGAGCGTAATGCGGATATAGTTGCAAGAGAAGTTAAGGA +AGGTCATGAAATAGGTAATCATACTTACACTCATATAAATGTAGCTAAGAATGGATATAA +TGAAATATACAATGAAATAATAAAGACACAAGAACTTATAAAAAAAATAACTGGAGAAGA +ACCAAAATTATTTAGGCCACCATATAGGGCGATAAGTAAGAATATGTGTGATATTATAAA +AAATAAAAATATGAATATTATATTGTGGTCTAATTTAGATCCAAGGGACTGGTCAAATCC +AGGAGTTTATTATATTGTAAATACAATAGATACAAAGGTAGAGAATGGTAATATAATATT +ATTACATGATTATAACAAAGTAAGATGCTCAAAATCTCAAACAGTACAAGCTTTAGATAG +TATCATACCAAAGCTTAAAGAAAAAGGGTACAAATTCGTGACAGTATCACAATTAATAAA +TTATTTAGATAAAAAAGAACATGAAACTCAAAACTAGGCTTCCATTTAGGAAGCTTTTTT +ATGTATAATTATATTTATAATATTCTTAGGAGGAAAAGATATTGATTTATGAATTGATAA +TAGCGATATTAATAGGTTTAGACCAACTCTCTAAATATTGGGTATTGAATTATTTACAGG +AAATAGGAAGTATACCTGTTATACAAAATGTATTTCATCTTACATATGTAGAAAATAGAG +GAGCAGCATTTGGTATGTTCCAAAACAATCAAATGATATTTGTAGTAGTTGCAATAGTAG +CTTCAATATTTGGGTTATACTATTTGCATACAAAAAAGATGCATTCAATAGGTAAAGTTG +GAATTATGCTTATAATTTCTGGAGCAATTGGAAATCTAATAGATAGAGTAAGATTAGGAT +TTGTGGTTGATTATTTTGATTTTAGAATAATATGGGAATATGTATTTAATGTAGCTGATG +TATTTGTAGTAGTCGGAACAGCAATGTTATGCATATATATATTATTTTTTGAAGGTAAAG +AGCAGGTGAAGTAATGGACGAAATAAGAGAATTTTTAGTTGGAGAAGAAGAAGAAGGCGA +TAGATTAGATGTTTACTTATCAGAACAATTAGGTGACATGTCTAGGAGCTATATTCAAAA +AATTATAAAAGATAAAAAAGTTGAAGTTAATAATAAGATAGAAAAAGCAAAGTATTTAGT +AAAAGAAGAAGATAAAGTTAAGATAGAAATACCAGCACCAAAATTATTAGAGGTTATAGC +TCAAGATATTCCCATAGATATTGTATATGAAGATAATGATGTATTAATAGTAAATAAACC +ACAGGATATGGTCGTTCACCCAGCTCCTGGTAACTATGATAATACATTGGTTAATGCTAT +TTTATATCACTGTAAAGATAAGCTATCATCAATAAATGGAATTATTAGACCTGGAATAGT +TCACAGAATAGATAAGGATACCTCGGGGCTTTTAATGATTGCGAAAAATAATAACGCTCA +CAATAGTTTAGCAGAACAGTTAAAAGATCACTCTATAACTAGAGAATATGAATTTATATG +TCATGGTGTAGTGAAAGATGATAAGATAACAGTTAATAAGCCTATAGGAAGAAATCCAAA +GGATAGACTAAAGATGGCAGTTGTTAAAGAGGGAAAGCATGCAGTAACTCATTTTGAAGT +CGTAGAAAGGTTTGAAAATTTTACACATATGAGAGCTAGATTAGAAACTGGAAGAACTCA +CCAAATTAGAGTACATGCACTTTCTATAAATCATCCACTTTTAGGAGATCCTATATATGG +ACCTAAAAATACTAAGTTTAAATTGAATGGACAAACTCTACATGCAAAGAAATTAGGTTT +TATACATCCTACTACTAATAAGTATATAGAATTTGATTCAGAACTTCCTGAGTACTTTAA +AGAAATAATAAAAAAATTGAAATAGCTTTAATTAATGAGGATTAAAATGTAAATACAATT +AAAATCTTGTAAAAATTAAAGATATCATATATAATGATGATAATAAGTTAATAATACTAA +AATTAATACCTTTAATTGATACAGAGATATCATAAGGCAGTTTAAAAGCATGTATTACTT +AGTTATTTTGTAATATACAGCTTCTTGTCTTATGATGAGAAGCTTTTTTATGTTTAGATA +TTATTAAATACTAAGTAGTTAGCCTAGGAGGATAATGTATGAAAGAAAAAGCAACTTTAA +TGGATGATAAAGCTATAGTTAGAGCAATAACAAGAATAAGTCATGAAATAATAGAAAAAA +ACAAAGGTATAGAAGACGTAGTTTTAGTAGGTATAAAGACTAGAGGAGTACCTATAGCTA +ATAGAATATCTAAAAAAATAGAAATTATAGAAGGTAAGCCAGTAAACACTGGAGAGGTAG +ATATAACTTTATACAGAGACGATTTAAAAACTGTAGATGTTGATCCAGTAGTTAACGGTT +CAAATATAGATTTTGACATAAATGATAAAATAGTTGTATTAGTAGATGATGTGTTATACA +CAGGAAGAACAGTAAGAGCAGCATTAGATGCAATTATGGATGTAGGAAGACCAAAATCAA +TACAGCTTGCAGTATTAGTAGATAGAGGTCATAGAGAATTACCAGTAAGAGCAGATTATG +TTGGAAAGAATGTACCAACATCTAAATCTGAGATTATATCAGTAAAATTGATGGAAACTG +ATGAAGAAGACTCAGTAACTATTAGAGAATAGAAGCATAAAAGTATATAGAAGGTTTAGA +TTACCTTTTAATTCAGTACAGAGAGACTGAAAAAGGGAGAATATTTCTCCCTATTAAAAT +TCGGGAGGTTTTTTTATGAAAAAATTAATCATGTCATTTCAACACTTATTGGCAATGTTC +GGGGCTACAGTTTTAGTTCCAATATTAACAGGGTTTGACCCAGCAGTAGCAATATTTTCT +GCAGGTGTAGGAACTTTAATATTCCACTTTTGTACAGAAGGTAAGGTACCAGTATTTTTA +GGTTCAAGTTTTGCATTTATACCAGTAATAATAGCAGCTAAAGAAACTCATGGAGGGGAT +TTGGCTTATGCACAAGGCGGTATAATGGTAGCTGGATTAGTATATGTAATAATGTCTTTA +TTAGTAAAAGTAGTTGGTGTAGAGAGGATTAAAAAATATTTCCCTGCACAAGTTACAGGA +GCTATGATTGCAGTAATTGGGTTAAATTTAATACCAACAGCTTTTGATATGGCTTCAAAT +AATTTTATGATAGCTGCAATAACTTTAGGAATAGCTATAGCTATTAATTTATTTGGTAAA +GGATTTATAAAACAAATAGGAATCTTAATAGCTGTGGTTGTAGGATATATTATATGCAGA +TTTATGGGATTAGTTGATACATCAACTATGGCAAGTGCAAGCTTATTTGCAGTACCAAAC +TTTACATTACCTAAGTTTAGTTTAGAAGCAATAGTTATAATTGCACCGGTGGTTTTAGCA +GTGTTCATGGAACATATAGGTGATATGACTACAAATGGAGCAGTTGTAGGAAAGAACTTT +ATTGAAAATCCAGGACTAAATAAAACTTTACTAGGTGATGGTATAGCAACAATGGTAGCA +GGATTCTTAGGTGGACCAGCAAATACAACTTACGGAGAAAATACTGCAGTGTTAGCAATA +ACTAAAAATTATGATCCGGCAAATTTAAGACGTACAGCAGTACTTGCAATATTACTTGCT +TGTGTAGGCAAATTTGGAGGATTCCTTCAAAGTATACCTCAAGCAGTTATGGGTGGTATA +AGTTTAATGTTATTCTCAATGATAACTTTTGTAGGACTAAAAACTATAAAAGATAGCTCT +TGTGTGGAAAATAAAAATAACATTATAATAATTGTTACAATACTAGCAATAGGTCTTGGG +ACTACTTACTTAGAAAAGCAAGGAATATCAATAGGTATACCTGTGACAGAAAGTGTTAAA +ATAACAGGATTAAGTTTAGCGGCAATAATAGGAATAGTATTAAATAGATTATTAAATAAT +GATCAATTTAAGAATGAGGAAAAAAAATCAGTTAAAATTGGAAAAACTGTTCACAATTAA +TAAAAAAATCACTGACTAGCAATTAATAAAATAATGCAAAAGTCAGTGATTTTTTTATAT +AGCTATAAATGAAGGTAAGTAATGTAAAATTAATAGTTGTATAATAATGATTATTGGAAT +TCCAATTGTGAATTTTGGATGTTTTGTTTTATGTCTAAATAAATTCATTCCTAATAAAGA +GCCGATACTTCCCCCAACTATTGATACTAATAATAGTTTTGATTCACTTATTCGCCATTG +ATTTCTTATAGCTTTTGATTTATCTATGTACATTAGACATAGACCTATAAAATTAATAAG +TAAAATATAATATAAAAACAAATTATTCATGCAAATTCTCCTTGAAACATAGGCATAATT +AAATTAATGTATTATGTATTTATCATATAGTATGATTATAATGTAAAGAAACAAAGTTTA +ATACTAATAATTTCATTAAATAAATAGATTTTATATGCTAATTAAAAGGTAATGTATAAC +GAGGTATTGTAAAATAAAAGAATGAATAAGATAACTGAATCTATAAAAAGAAAATGGCTA +CTTTAAATTATTTAAAATAGCCATTTTCTTTTTATATCTATTTATCTATTATTATGTATT +AATAATAAATAAGCGCTTCCAGCTAACATAGCATTATCTCCATCTATTCTTCCAACTAAA +GAATTATCAGTAGGATGATTATGAATATATCCATTATTATCAACTCTACCGATAGGAGAA +TTTTCTAAATGATGATTATGTACAAATCCGTTATCATCAACTCTGCCAACAGGAGAATTA +TCAGTAGGATGATTATGTACAATTTTATTATCATCAATTCTACCAATAGGACATTCATGA +TAAAGATGGTTATGAATTACACCATTAGAATCCAATCTTGCTACTCCCATGCTATTATAA +GGAAAATTTACTATATTACTTGCCATGATATTTACACCAACCCTCTATATAATATAAATT +AAATAAAAACAAATAAAATAAGAAAACGAATTCCCTTTTACAATATATTAAATTGGATAT +TGAAATATGAACACCTTCAAGGATAATGTAAGAATATTGAATACATCTAAATACAAAATA +CATAATCCAAATAACTGATTTAGAAAACTATAAAAAGTATTGACAAAGTATGGATTACAA +GTGTAAGATTTAAACAACTTACAAATGTAATCCGATGGAGGTGTTTTATTTTGAAGGATA +TACCACAGATATCAGAAAGTGAATTAGAAGTAATGAAAGTGCTTTGGAATATAAAGAGAG +GTACGAGTTCTCAAATAGTAGACATACTAAGTAAAAGTACTGACTGGAAACCTAAGACTA +TACAAACATTAATTACAAGATTAGTATCAAAAGATGCAATAGAAGTAGATAAAAGCAATA +AGAAATCTTATGTATATTATCCAAAACTAAATGAAGATGAGTATAAAAATTCGGCAAGTA +CTTCATTTTTAGAGAAACTATATAATGGCTCTATTAATATGATGATAGCTAGTTTTATAA +AGAATAAAAAAATGTCTAAGGATGATATTGAAGAACTTAAAAGTTTATTAGATGAATAAA +AAATAGGAGGAGTAGAGTGGAAAAATTATGGGATTTAGTTTTACAGGCGTCTGTATATGG +AAGTATAGTGGGAATTGTAATTCTTATAGTAAAGACTCTTCTAAAAGATAAAATAAGTGG +AAAATGGACATATCTTTTATGGATGATATTAATAATAAAATTGATAGTTCCATTTGGTCC +ACAAAGTAGCATAAGTTTATTTAATAAGATTCCATCTAATATAACCAATAATGCCATAGT +AGATAGTAGTGTAATTATTAATAGCGACTTAAACAGTAATAATAACTATGAACAAGAAAA +TAATGAGTATATAGCAAGTAATACAGATGAAAAAGAAAATAAAGTGTTATCTATTAATAA +TAATGGAAGTATTGATGAAAATAAAAGTATAAGTAATTTATATAAATTTATAAACGTATT +ACCATTGGTATGGATGGCGGGTTTTATTACAACTTTATTTATATCAATTTTTATATTCTT +TACACTAAACAAACAAGTTAAAATAAAGAAAAAATAGAAGATGAAAATATAAAATTTATT +TTAGAAAAAAGTAAAAACATAATGAAGATAAAGATGAATATAAATTTAGTTGTTAATGAT +GATATTAGGACACCTGCACTTTGTAGGCTAATAAATCCTACGATATTATTTCCAAATGCA +ATGTTAGATTTAGAAGATGATGAAATTAAATATATATTATTACATGAACTTTCTCATTAT +AAAAGGAAGGATATTTTAGTTAATTATTTACTTGTATTATTCCAATGTGTACACTGGTTC +AATCCATTTATATGGTTTTTCTTTAAAAAAATTAGAGAAGATATGGAACTAGCTACGGAT +GAAATGGTGGTTTCTAAGTTAAATGAAGATGAGTACAAAAATTATGCAAGAACTATTATA +ACAATCATTGAGAGGGTAAGTATAGTACCTAAAAATATAGGAGTATTAGGGATGGCTGAT +GATAAAAAAATTCTTAAGAAAAGAATTGAAATGATAAAAAATTCTAGTATATTTAAAAAT +AAAAAGAAGTTAATAAGTATTATAGGAATTAGTTGTGTGTTAATCTTAGGTAGAATTCTT +TTAACAAGTAAGAATAGTCTTGCAGATGATAGAGTAAAAGGTAATTTTGAAAATTTAATT +CAATATAAAAACTCATATGTAGGAGATAACAGTAACACTAATAATCTTATACAGAGTATA +GGCTTTGGGAGTTTTAAAGAAAGAATAGAGTTATCAACTAGTGAAGAACCTTATGCTGTT +AAAGTTTATTATAATTTAAATAACATAAATACAAATAAGGATGATATTAAAAATGAATTA +TTTATAAATTCTATTATTATATTTTCGCTAATAGAAAATGTAGATGAGTTACATTATTAC +ATATTAGATGAACCCTATAGTGATAATTTAAAGGTAAAATACGAATTTACATTTACTAGA +GGTGATATAGAGAATAGACTAGATTTAGAAAATATAAGCTATTACAGTTCAGATGAAGAA +AAATTCAATGCTTTACTACAAAAGATATCTAAATATAGAAAAATAAGTTCTAGTTTAGAT +GAAGCTATATCAAATGCTGTGAAAGATTCTATATATGAAGACTATTATTTAGGAGAACTA +GACACGGAAGCGCATGTGATTTTAGGAAAAAAAGAAATTGGAAATAAATTAGATGTATAT +ACAATAGTTAATTATGGAAGCTTTCAATTTGAAAATGATGTATTTACACTTGTAAGTGGT +GCATGGGGGCTTCCTATGGTCCTTACATTTGAAAAAGATGAAAATAATAATTACTATTTT +ATAGACTATAAAGAAGCTGTGGATGGGGGAATGTATGTAGATTCTATAAAAGAAATGTTT +CCGACTTATTTAATTCCTAAGGTAATGAATAGTGACAAGTATGCAGAAAAACTAAGTGAA +GAGCAAAGATTACAAGCAAAAAAATATTTAGACAGTATAAATAGAAATACAGATATAAAT +ATAGACTATGTTTTTGACTCAAAGTATGAAAAAGAGTACCTAGATACGTATATAAGTGAA +GAGGCTCAAGATAAATTATTTTCGGTTGTAGAGTTATATGATTATCCAACCTGGATAGGT +AGAAATGAAAAACTTATAGATGGCGTAAGATATGTATATGAGACTAATATTGAAACAGAT +AGTGATGGATATAAGGTTGTCGTATATAGGAAGATGGATGAAAGTAAAACTGTAGTTGAA +GAGCATCAATATAAAATTTATGATAATGATATAAAAGAAGTTAAACACTATGTGAAATAA +TTTGGAAATAAAAATGGTAAACAATTATTAACTAAATGATTGTTTACCATTTTCTATTAA +TTATCTTTATTTTTTAATGATGCAACCATTTCCTCTGTAGGAGTTACATACATAGTACTA +TTAGTTTCATAAATAACCATACCAGGTTTAGAACCACTAGGTTTTTTTACATGCTTTTTC +TTAGTATAATCTACAGGAACTTGTGCAGACATTTTTGATTTACTAAAGTAAGCTGCTAGC +ATTGCACCTTCATAAATCGTTTGTTCTGAAACTTCTTTACCAGCACATTTAATTATAACG +TGGGAACCTGGAATATTTTTAGTATGCATCCAAATATCATCTGGATCCGCGATTCTAAGT +GTTAGGTGGTCATTTTGTTTATTATTTTTGCCAACAAGAATTTTCACTCCATCAGAAGAC +ATAAATTCATGTGGTGAAGTTGTAAGTTTAGCAATTTCTTTTTTAGATTTAAGTTTACCT +GAAGCTTTTGAATATCCAAGAGATATAAGCTCATCTTTTATATCTTGTAGCTCAGCTAAA +TTCTCACAGTTTTCAATGTTTAAAAGTATATTTTCTAAATAATCTATTTCTTCTTTATTA +ATAGACATTTGAGATGTTATTTCTTTCTTAGCTGTCTTTAATTTATTATACTTTTTAAAA +TACCTTTGAGAATTTTCAGAAGGTGTTAAGTTTTTTTTAAGAGAAATAGAAATATTCTCA +TAGTTAGGGTCATAGAAATTTTGAACTTCTATACTTTCCATTCCTTTTTGAATCATATAA +ATATAAGCTGTAAGAAGTTCACCTTTTACTTTATATATATCTGCATTTTCAGCTTCTTTT +AATTCTTCTTCTTGCTTTTCTTGTTTATGATAAAGTCGTTCAAGTTTTATTGAAATACTT +TTCTTTAAATCAGAAGCACGTTGGTGAATTCTATCTTTTATGTCTTTGGTTTTATAGTAA +TCTTCTAATATAGTAGACATACTATCTTTAATTATAAATTTAAATTCATTGTAAAGGTTT +AAACTTATACAACTAAAGTCAACAACTCTATCTACTTTTTCATTAACAACTATACATGGA +GAATAATTATTATTTCTTATATCTTTAAATAAATTATTAAACTCATTGTATAAAGAGTTT +AATTCTGAATTAGATAAATCAGATATAGCAGTTTTTTCATTTACATTAGCTCTATAGCAG +ATTTCTTTAGAAATAATAGGACTTATACCTAAAAACTTAGAATAAATTCCTTTGAAAATA +GGTCCTTCATATGATTTTAAAGAATCTATAAAATCACTGTTAGAGATATTGTGTAGAGGA +TTTAATTTACTTTGTGCTGGTGGAAGCTCATAAGTAATGCCTGGTAATATTTGGCGAACT +CTACTTATACTTGTAGGTATCCTTTTAGCAGAATCTATAATTTTGTTATCTAAGCTATGA +GTAAGAATTATATTACTATGCCTACCCATTATTTCGATGTAGATATCTTTAGTACTTTTT +TCTTTTAATTCATCTAGTGAATCAACACTAATTTTTATTATTCTCTCAAATCCAACTTGA +GAGATACCAACTATATTTCCACTTTGTATGTACTTTCTAAAAAGCATGCAAAGCATAGGT +GCTTTTTTAGGATTCTCTTTCTTATAATCATTAGCAATATAAACTCTAGGATTAGAAGAA +CTACAACTTAAAACCAATTTGTAATTTTCTTTATTATTTCTTATATATAAAACAATTTCA +TCATCTTCAGGTTGATAAACCTTATCAACTTTACCGCCAACAAGCTTAGTAGAAAGTTCA +TCAACTAATGAGTGGATAACTAAACCATCTAAAGCCATAAAAACACTCCCTTCATATAAA +TATCAATAAATTAATTATTACACATAATAATCATAATGTGAATAGTAAGCGTATATAATC +GATATGAAACATACTTAATATCTTTTATATTTACAACCCTTTAGTTATTTTATTCTTATG +TTTTTTTATGAGGATAATATTATATTGTAAAAATTAATCTACTTATTTATTTTAACATGG +GAATGTTGTATAATATTTAGTTAGTAACTTATATAAAAGGGGCGATTATATGAAGTTTTG +GAAGTTACATGGAATAGGAAATGATTTTATAGCAATAGATGGTAGAGAAGATAATATAGA +TTCAAATGGATATAGTGAATTTGCAAAAGTAGTATGTCATAGAAAGTTTTCTGTAGGTGC +AGATGGAATACTAGTAGTTAAAAATTCTGATAATGCCGATGTAGAAATGGTGTATTACAA +TTCAGATGGTTCTAGAGCTGCAATGTGCGGAAATGGATTAAGATGTTTTGTAAAATTTGT +TTATGACAATAATATAGTTAGAAAAGAAGAATTTGATGTATATACTTTAGATGGAATAAA +AAAAATAAAAATAAATCTAAAAGATAATGAGATAGATTCTATAAAAGTAAACATGGGAAA +AGGAAGCTTTATTCCAAAAGATATACCTGTAGTTACTAATAAAGATATATTTATTAATGA +AAGAGTACAAATATTAGATAAAGAATTTTATATAAGCTCAATTAATATGGGTGTTCCTCA +TACTGTTATTTTAGTAGACGAGCTTAATCTAGAAGAAGTACGAAAATATGGTAGAGAAAT +TGAAAAATACAAAATCTTCCCAGAAGGAACAAATGTAAATTTTGTAAAAGTAGTAGATAA +AAATAATATTACTGTGAATACTTGGGAGAGAGGCTGCGGATATACTTTAGGATGTGGAAC +AGGCATGACTGCATCAGCAGTTACCTGTAATTATCTAGATAAAGTAGGTAAAAGTGTAAA +TGTTACTTCACAAGGTGGATCAGTAAAAATAGATATAGAAGATTTTGTTTATATGACAGG +ACCTTCAGTAAAAATATGTGAAGGAAATTTGGAGGTATAATATGGCTATTAGTATGACTG +GCTTTGGAAGAGGAGAATATAAAGATGACAACTACTACTTTTTAGTAGAATGTAAGACAA +TAAATCATAAATATTGTGATATAAACATACGTCTTCCTAGAAAGATATCTTTTTTAGAAG +ATAAGGCTAGAAATTTTATCAAAAATTACATCAAAAGAGGTAGAGTTGATATATACATAA +AGCTTGACTTGTTAGGTAGTGAAGATGTAAACTTAAAGTTCGATGAAACATTAGCAAATC +AATATGTAAATATATTAAGAGAAATAAGAGATAAATTTGACTTAGTTGATGATATAAGTG +TTATGAATGTTGCTAAATTCCCAGATATAATAAAAACAGAGGAAAAAGAAGAGGATGAAG +ACTTACTATGGTCTATGTTAAGTAAGGCTTTAGAGGAAACACTAACTAAGCTAAAAGAAA +TGAGAAGTGAAGAAGGACAAAAATTAGCTCAAGATGTATTAGAAAGATGTGATATTCTTC +AAAATACAATTGAAGAGATTGAAAAGAATTCTTATAATGTTGTTATTGATTATAAAGAAA +AGTTAAATAATAGAATAAGTGAAATATTAGATAATCCAAGTTTAATAGATGAAAATAGAT +TAGCTCAAGAAGTTGCTATATATGCAGATAAAAGTAGTATAACAGAAGAAATAGTAAGGT +TTAAAAGTCATATAGGACAATTAAGAAGTACTATAGTTAAAGATGAGTCTATAGGAAGAA +AGATAGACTTTTTAATTCAAGAAATGAATAGAGAAACAAACACTATAGGTTCTAAGTCAT +CTGATTTAAATATAACAAATTTAGTTGTTGAAATAAAAAGCGAATTGGAAAAGATAAGAG +AGCAAATTCAAAATATAGAATAGTATAAATAGACAATAGAAAGGAAGAAATGTAATGGTT +AAAAGAAAAGGCCTATTACTTGTTGTATCAGGACCATCAGGTGCAGGAAAAGGTACAATC +TGTAAAGCAATATTAGACCAAAATGACCAAATAAAGCTTTCGGTATCAGCTACTACAAGA +AAGCCTAGAAATGGAGAAGTTCATGGAGTAAATTACTTTTTCTTAGAAAAAGAAGAGTTT +ACTAGCATGATAGAAAAAGGTGAATTTTTAGAGTATGCTCAAATTTATGATAATTTCTAT +GGAACACCTAAATCTGCAATAATGGAAACATTAGATAATGGTCAAGATGTTATATTAGAA +ATAGAAATGCAAGGAGCTAGACAAGTAAAAGAAGTTTATCCAGAAGGAATCTTTGTATTT +GTACTTCCACCATCTTTAGAAGAATTAAAGAATAGAATAGTTGGAAGAGGAACTGAAACA +GAAGAAGAAATTGAAAAAAGATTTAGCTGTGCATTTAAAGAAATAAATCAAATTGATGAC +TATGATTACTTTATAGTTAATGAAGATGTTGAAAAATCAGTTAGAGAATTAGAAGCTATA +ATATCTTCAGAAAAGAATAAAGTTACTAGATATAAGAATAATATAATAGAGAAGTTCAAG +GAGGAGTTATAAAATGATAAAACCATCAATCAATGAAGTATTAAACAAAATAGATAACAG +ATATTACTTAGTAGGTACTGTTGCAAAAAGAGCGAGAGAAATAATAGATGGATCTACTCC +ATATGTTGAGAATAAGCAAAGAGAAAATAAGCCAGTATGCATAGCTACTCAAGAAGTTGC +AGAAGGTGAAATAACATATAGATTATTAACTCAAGAAGAAATAGATTTAGCTGAGTTAGA +AGAAAAGCAAGAACAAGAAGCTATAAATAAAGAAGAGGAATAAGATATGCTAAAGGATAA +AACTGTTGTAATTGGCGTAAGTGGTGGAATTGCCGTATACAAAGTTTGTGATGTAGTAAG +CAGATTAAAAAAGCTTGGTGCAAATGTTCATGTAATAATGACTAAGTCTGCTACAGAATT +TGTGGCACCCCTAACTTTTCAGTCTTTAAGTCAAAATTATGTAGTTAGCGATATGTTTGA +AGAACCTAAAACATGGGATGTAGAACATATATCTTTAGCTAAAAAAGCAGATGTATTCTT +AATAGCGCCAGCTACAGCTAATGTTATTGGTAAAATAGCTTGCGGTATAAGTGATGATAT +GCTTTCTACTACAGTAATGGCTACAAAAGGAAAAGTTTTAATAGCTCCGGCAATGAATAC +AAACATGTATGAAAATCCTATTGTACAAAGAAATATAGATACATTAAAAGCATTAAATTA +TGATTTTATAGAGCCTGAAAGTGGAAGACTTGCATGTGGAGATATGGGTAAAGGAAAACT +TGCTTCTCCAGAAAATATAGTTGAAGCTGTTGTTAGCGCTCTTACAAAAAAACAAGATTT +AAAAGGTGAAAGAATAATAATTACAGCAGGACCTACTGTAGAAGCTATAGATCCGGTAAG +ATACTTAACTAACCGTTCTACTGGAAAAATGGGTTATGCAATAGCAAAAGAGGCTATAGA +AAGAGGCGCTGAGGTAACATTAGTTTCTGGACCTACAAAATTAGAACCGCCAAAAAATCT +GAAAAAGTTTATAAAAATAGAATCTGCACAGGAAATGTATGAAGCGGTGTTAGATAATTT +AGATGAAAATCAAGTTATTATAAAAAGTGCTGCAGTTGCAGATTATAAACCTAAGAGTTA +TTGTAACAAAAAAATAAAGAAAAATGATGACGACTTAGTTATAAGCTTAGATAGAAATAA +AGACATTGCTTATGAAATTGGAAAAATAAAAAATGATAAGATACTAGTAGGCTTTGCAGC +TGAAACTAATGATCTTATTGAAAATGCTAAAAATAAAGTTAAGAAGAAAAATTTAGACTT +TATAGTAGCAAATGATTTAACTAAAGAAGGTGCTGGCTTTGGTGTTGACACTAATATAGT +TAAAATCATAGATAAAGACGGAATTATTTCAGAATATCCTATTATGAAGAAAGAAGAAGT +AGCTAATGTTATTTTAGATAAAGTTAAATCGTTATTATAAAAATAAGGGGCTGTCTCATA +GAAAAGAATTTATATTAATTCTTTATTATGAGACACGCCCTTAAATTTTAGAGAAGAATG +GTGAAAGTAGAAGGTATTTTAATTATAGAAAATAGAGGTTAATATATGAAAAAATATGCA +AAAGTCATAGTACGAAACAATAGCATATATACGGACAACTTATTTACATATGAAGTACCA +GACTTTCTAGAAAATGAATTAGAAGTTGGTCATAGGGTGCTAGTTCCTTTTGGAAGAGGG +AACAAGCCTACAGAGGCCTTTGTTTTTGAAATTACAACTACAATAGAAGAAGATATAAAA +ACAAAAGATGTAATTGATCTATTAGATGAAAAACCTATATTCAAAATAGAAGATTTAGAA +CTAGTTCGCTGGATGAAAAATAGGTACTTATGTACTTATATAGACTGTATAAATTTAATT +TATCCTAAAGGTTATAAGTTGAATAATTACAAGGTCGCGATATTAAATTTAGACTTAGAG +AAATTACAAAGCGTAGATTTATATGAGGAAAATTCAGACTTAAATGAAAATGAGAAACTT +ATATTAGATGAACTTATAAACAACAAAGGTAAGATAAAAATAGATAAGTTTAAGAAAATT +AAAAATATCAATAATATATTAGATAAAATGAAAAGAAAAAATATTATTGATATAAAGTGG +GAATACAAAGACCATAAAAATGAAAAGAAGATATGCTATGTATCTTTGGGAATGGACAAA +GATTATGTAGATGATTATATACATGGAAATAAAATAAATTTGGGTAATAAGCAAAAAGAA +ATAGTGGAATTTTTAAAACATAATAGTAGTGTAGAAATTAATGATTTATTAGAAATTATT +AATGCTTCAAAACAAAGTGTAACTTCACTTATAGGTAAAAATTTAATTACCTTGGAAATA +AAGGATTACTATAGAAGTCCAGAAGATATTTATAGGTCAGATAATAAAAAAATTACTTTG +AATGAAGAACAAGAGTATGCTGTTCATAAGATAACTTCAGAAATGTTTAATGAAAGTAAA +AATCCTTATATGATTCATGGTGTAACAGGTAGCGGTAAAACAGAAGTATATATGGAAATT +ATAGATTATGCTTTGAATCAAGGTTTAGATAGTATAGTTTTAGTTCCAGAGATAGCTTTA +ACTCCTCAAACAATATCTAGATTTAAAAATAGATTCGGTGATATAGTAGGAGTTTTCCAT +AGTAAACTTTCTGAAGGTGAAAAACATGACGTTTATAAGGCTATAAAATTAGGTAAAATA +AGAATATTAATAGGAGCAAGATCAGCTTTATTTGCCCCTTTTAATAGCTTAGGAGTAGTC +ATTATTGATGAGTTTCATGAGGGTGCATATAAATCAGAAAAAAATCCTAAATTTAGTGCT +ATAGAAGTTGCAAGGTACTTAGTTATGAAGAAAAATATATCTTTAGTACTAGGATCAGCA +ACACCGTCTATAGAAGAATACTACAAAGCTGTAAATGGTGACTATGATTTAATAACTATA +AAAAATAGAGCAAACAAAAATCCATTACCCAAAATAGAAGTAATAGATATGAAAAATGAA +TTATCTAATGGAAATAAAAGTATTATTAGTCATAAGTTACATTGTGAAATAGAAAATGCT +ATTAGAAATAATAATCAAGTGATTTTATTTCTAAATAGGAGAGGATATGCAAATTTTGTA +TCTTGTAGAAATTGTGGATATGTGTTTCAATGTGAAAACTGTGATATATCATTAACGTAT +CATAAAGGTAAAAATGTAGGGCGTTGTCATTATTGTGGATATGAAAAAGAAATACCTAAG +GAATGTCCTGATTGTGGTAGTCATTATGTTAAGCCTTTTGGAACTGGAACTCAGAAAATA +GAAGAAGAAATTAAAAGTATATTTGAAAACGTAAAAGTTTTAAGGATGGATAAAGATACT +ACATCTAAAAAAGGCTCAATAGAAGAAATATTAAACAAATTTAGAAACAAAGAAGCAGAT +ATATTAATTGGAACTCAAATGTTATCAAAAGGATTGGACTTTGAGAATGTAACTTTAGTA +GGGATATTATCTGCAGATATGATATTAAACTTTCCAGACTTTAAAAGTGCTGAAACAACT +TTCCAACTAGTCACACAGGTTGCAGGAAGAGCAGGAAGAGCAGATAAAGAAGGGAAAGTA +ATACTTCAAACTTATGATACAGATCATTATGCAATTAGAAGATCGATAAATTATGATTTT +GAAGGATTTTATGAAGATGAAATAAAAATAAGAGAAGCATTTGGATATGCACCTTTTAAT +AATATGTTAAGTGTTGTAATTAGTGGATCAAATGAGAAAATAGTAGAACAAAATGCTAGA +AGTATGTATAGTTCTATAATTTATTTGTTAGAAAATAGAGGGATAAAAGATTTTGATTTT +ATATTAGGTCCAAATCCTTGTTCTATCTCGAAAATAAATCACAATTATAGATGGCAAATA +TTATTTAAAGATGATAATATTGAAATTAATTTATTAAAGGGTATAATAAAATATATATGT +ATAACTAAAAGAGAAGTTGTATTTAATAAGGATATTAATATATCCATAGATATTAATCCA +AATAGTGTATTATAATTTTTAGGAGGAATATAAAAATGGCATTAAGACAAATAGTTCAAA +TAGGAGAACCTGTATTAAGAAAGGTATCAAAAAGGGTAGAAAAAATTGATGATAAAATAA +TCCAATTATTAGAAGATATGGCTGATACTATGTATGAAGCAGATGGTGTAGGACTTGCAG +CGCCTCAAGTTGGAATATTAAAAAGAGTAGTAGTTATAGATATCGGAGATGGATTATTAG +AACTTATAAATCCAGAGATAATAGAAACATCAGGAGAACAAATAGATGATGAAGGATGTC +TAAGTGTAGCTGGAGAAGCTGGAGCAGTAAGAAGACCATATACAGTAAAGGTAAGAGCAT +ACAATAGAGAAGGTCAATTATTTGAAATAGTAGGAGAAGAACTTTTAGCAAGAGCATTCT +GTCATGAAATAGATCACTTAGATGGTATACTATTTGTTGATAAAATAGAAAAGTAAGTAG +GAGCTGATTAAATGAAAATAGTTTTTATGGGAACACCAAATATAGCTGTTGGGTGTTTAC +AAAAAATAATAGATGAAAAACATGAGATACTAGGTGTTGTAACTCAACCTGATAAACCTG +TAGGTAGAGGTAAAAAAATGGGTATGCCACCAGTTAAGGAACTTGCATTAAAATATGATA +TACCAGTATATCAGCCTATAAAAGCAAGAGATGAAGAGTTTGTACAAGTGCTAAGAGAAT +TAAATCCAGATTTAATAGTTGTTGTTGCGTTTGGTCAAATACTTCCAAAATCAATATTAG +ATATACCTAAGTTAGGATGTGTAAATGTGCATGTTTCTTTACTTCCAAAATATAGAGGAG +CAGCTCCTATAAACTGGGTAATAATAAATGGAGAAGAAAAAACAGGTGTAACAACAATGT +ACATGGATGAAGGTTTAGATACTGGAGACATGATACTTACTTCTGAATTCGCACTTAATG +ATGAAATAACAGCAGGAGAGCTTCACGATATAATGAAGGAAGAAGGAGCGTTAGTATTAA +AAGAAACTATTGACTTAATAGCTAAAGGAGAGGCTCCAAGAATACCTCAAAATCACGAAG +AATTCACATATGCACCTATGATGAATAAAATTTTAGGGCAAATAGATTTTTCTAAGTCTG +CAAAAGAAATACACAATTTAGTAAGAGGTGTAAATCCATGGCCAAGTGCTTATACAACTT +ATAAAGGTCAAACCATGAAAGTATGGAAGACTAAGGTATTAAATGAAACTAGTGATAAAC +ATCCTGGAACTATACTTAAGGTTGACAAAGAGGGTATAAGAGTAAGTACTAAGGATAATG +TACTTTTAATAAAAGAAATCCAAATGCCAGGAAAGAAAAGAGTTTTAGTTGAAGAATATA +TAAAGGGAAACAGTATAGAAACTAATGAAATTTTAGGTTAGGTGCCAAAATGATCGATGC +AAAAAAATATATTACTACTATAATTATTTTATTGGGAATTATTATGGTAGGTGTATCTAT +TATTAATGTTTTTTTATTAAACTTAACTCATTTATTCGAAGTATCGCTAAATATTATAAT +GGCGTTAATAGTAGCTGCTATAATATTCTCAACAATAATTACTTATAAAGTGATTAAAGA +TACAGATATAAATTCAAAACTTATGAATATTAATTTTAAAATAGTAAATTCTATTTTTCC +ACTAATGATAAAAACTGCATCTTTTGTAGGGATTTCAAAAGATGAAATAAGGAAAGTGTA +TGTTAAGCTTAATAATAAATATATATATAGTCAAAAGTATAATTTAAAAAGTGAGGATAT +ACTAATTCTTATACCTCATTGTGTACAAAAAAGTAGTTGTAAATTAAAAGTAACTACAGA +TATAAAAACTTGTAAACAATGTGGATTATGTAATATAGGTGATTTAGTTAGATTAAAGGA +AAATAAAAATGTAAATATATTTGTAGCTACAGGAGGAACTTTAGCTAGAAAAATTATTTT +AGAAAATAAGCCTAAGGCGGTTATAGCGGTTGCATGTGAGAGAGATCTTACTTCCGGAGT +ACAAGATGTAAGTAAAATACCAGTTTTAGGTGTATTTAATAAAAGACCAAATGGTCCTTG +TGTAGATACATGTATAGATGTAGAAGAAGTTGAAAATGCTATAAACTTCTTCACAGTATA +GTGAAAATAGGAGAGTGTTGAAAATTATGTACCCATACGGTTATTACGGTGGTTTTTATC +CAGATAGAACAATGCTTATATTAATTCCTGCTATATTATTTACTATGTATGCACAATTTA +AAGTAAGTAGCACTACTAATAAATACTTAAGAGTGAATGCACATAGAGGATATACTGGGC +AACAAGTAGCAAGAAAAATATTAGATACAAATGGATTACATGATGTAGATATAGAAATGG +TTAGAGGACATTTAAGTGACCATTATGACCCAAGAAGAAAAGTTGTAAGATTATCTCAAG +ATATTTATTATGGGACATCAATAACCTCTATTTCAGTAGCAGCTCATGAATGCGGTCATG +CAATGCAGCATGCTAGAGGATATGCGCCCCTTAGCATAAGAAGTAGCTTAGTTCCCGTTG +TAAATTTTGCATCGAATATATCATGGCTACTAATAGCATTAGGTTTATTTATGAGTAGAG +GTATTTTCTTAAAAATAGGAATAATTTTATTCTCAGCATCTGTATTATTCCAATTAGTAA +CTTTACCTGTTGAATTTAATGCATCTAGTAGAGCTTTAGTTCAACTTGATGACTTAGGGA +TAGTAGAAGGTAAAGAATTAAGGGGAAGTAAGCAAGTACTTACAGCAGCAGCATTAACAT +ATGTTGCAGCAGCATTGACATCAGTACTTCAGCTATTAAGATTAGTTGCAATAGCTCAAA +GAAATGATGATTAAAACGGGGCTGTCTTAAGAATCGGGTATCTGGGACGGGTGTGATATG +AATTTTAAAGTCATACAGCTAAAAATGCTGATAATGATTTTAAAATTTATATTTACATCT +CACCCAATAGATACAATCGATACTAAGGCAACTCCTTTTTTATATAGAAGAGAAATGAGG +AGACAGAATATGAAAGCAAGAGAATTAGCTTTAAAGGTTCTTTTAGATATAGAGGAAAAT +GGTAATTATTCTAATATAGCTATCAATAAGCATTTTAAAAATATAAATTTGAATAATCAA +GATAGAGGATTAGCTACAGAATTGATTTATGGTGTGGTAGAAAATAAGTATTATTTAGAT +TATATTATAGATAAACTTTCGAAGATAAAATGTAAAAAGATGGATATTTATGTTAAAATA +TTGCTTAGAATGGGTATTTATCAAACTTTACTTTTAAATAGTATTTCAGACTATGCAGCA +GTAAATGAAACTGTAAGTTTAGTAAAAAAATATGATAAGAGATCTTCAGGATTTGTGAAT +GCAATTCTAAGAAATGTTATAAGGCAAAAAGATACAATAGGAGAAGTAGATATAAAAGAT +GATAAAATAATGTATCTAGCAACTAAATATTCTTATAGCCCTTGGATGATAAAGAATTGG +ATTAATAACTTCTCAGAAGAATTTACAGAAGATTTATTAGAAGCAAATAGTGAGAAACCT +AGTGTATATATTAGAACAAATACTTTAAAGATTTCTAGAAATGAACTTTTAGATAAATTA +AAGGCTGAAGGTATTGAGTGTAGTATAGTTCCTATAATAGATGAGGCTATTAGAGTAGAA +AATTTAAAAAATATAGAAAATAACCAACTATTTAAAGATGGACTATTTACGATACAAGAT +GTAAGTTCTATGATAGTTGGAAAAGTAATGAACCCTAAGGAAAATTCAAAAGTATTAGAT +GTATGTAGTGCTCCAGGAGGGAAGACTACACACTTAGCCACATTAATGAATAATACTGGT +AAAGTTGTATCTAGAGATATATTTGACCATAAATTAAAACTAATACAATCGACTGTAAAT +AGATTAGGACTAACAAATGTAGATATAGAGTCATTTGATGCTTCAATATTAGATAAAAAT +AGTATAGATAAATTTGATTATGTATTAGCTGATGTTCCTTGTTCAGGTCTTGGTATAATA +AGAAGAAAACCAGAAATAAAATACAAGGCAAAAGCTGAGCTTAAAGATCTACCAAAGATA +CAAAAAAATATTTTAGATAATGCATCTAAATATGTAAAAGTTGGTGGTACTTTAATATAT +AGTACTTGTACTATACAAGATAATGAAAATATGGAAGTAGTAAAAGAATTCTTAGATAAT +AATAACAATTTTAAATTAGTTCCAATAAATGAAGTTAAGGTGGATTTAGATAATCAAGAA +AATGGATATTTAAAAATATATCCAAATATTCACGATATAGATGGTTTCTTTATAGCAAAA +TTAGAAAGAGTAAGGTAGTGATAAATATGGAACAAAATAAAGTAGCTTTAAAGAGTATGA +CAGAAGATGAATTAAAAGATTTTATAGTAAGTATAGGAGAAAAGTCATTTAGAGGTACTC +AAATTTTTTCATGGATATATAAAGGTGCTAAAACTTTTGATGATATGAGAAATATACCTA +AAAATTTAAGAGAGAAGCTTGATGAAGTATCTTATATTGGAAATATAGAGCAAGAATTAA +AATTAGAATCAAAGGTAGATAAAACTAAAAAGTATTTATTCTTATTAAATGATGGAAATA +TTATAGAAACTGTTATGATGGACTATGAAGATAGGGTTACAGTGTGTATTTCAAATCAGG +TTGGATGTAGAATGGGATGTAATTTCTGCGCATCGACTTTAGAAGGTTTAATAAGAAACT +TAGAACCTTGGGAAATTTTAGATCAAATTATGAAAATACAAGAGGATACAGGTAAAAGAG +TATCGAATCTTGTATTGATGGGTAGTGGAGAACCTTTAGATAACTTTGAAAATACTAAAA +AATTCTTAAAATTAGTAAATGAAAAGAATGGTTTAAATATAGGTTATAGGCATATAACTT +TATCAACTTGTGGATTAGTACCTAAAATGTATGAGTTAGCTGATTTAGGATTACCTATAA +ATTTAGCGTTATCTCTACATTCTCCATTTGATGAAAAAAGAAGAGAGATAATGCCTGTAG +CCAATGCTTACAAAGTAAATGATTTAATAGATGCATGTAAATATTATATAAAGAAAACTA +ATAGAAGGGTAACTTTTGAGTATTCTTTAATTAAAGGTGTAAATGATTCAGAAAAAGAAG +CTAAAGAGATAGTTAAGCTTCTAAAAGGTATGTTATGTCATGTAAATTTAATACCAATAA +ACAAAGTAGAAGAAAGAGAATATGAAAGACCAGATAAATCGTATATATATAAGTTCAGAG +ATTACTTAGAAAAAAATAATATACCAGCTACAGTGAGAATATCTATGGGTTCTGATATTG +GAGGAGCCTGTGGACAATTAAGAAGAAAACATAAGTAGCTTAAGGGGGAAATCTTATGAT +TTATAGCTGTGACTCCCACATAGGAAAAGTAAGAAAGAATAATGAAGATTATTGTATGGG +GGAAGTTATAAAAACTAAAAATGAAGAAGATATAGGAATTTTTGCGCTAGCGGATGGCAT +GGGTGGTCATAATAAAGGTGAAGTTGCAAGTAAGTTAGCAGTAGAAAATATTTTTAAGTT +TTTAAAAGAGAATTTATTACAGACAGGTAGCATAAAGATAGATTATGTTGATGATGTAAT +AAAACAGGCTTATAATAATGTGAATTCAATTATTTATAAGAAATCTATAGAACAAGAAGA +ATGCTTTGGAATGGGGACAACACTAGTAACTGCTATAATATATAAGGACAATTTATACGT +TGCAAATGTTGGCGATAGTAGGTGTTATGTACTTAATGATACTGGATTAAATCAAATTAG +TATAGACCATTCTGTTGTAGAAGAACTTGTTAGAGCAAATGTAATAACAGAAGAAGAAGC +TAGAAATCATCCTCGCAGAAATCATATAACAAGAGCTATGGGAACTGATGAGATGGTTAT +AGTAGATATATTTAAAAGTAAGTTAAAAGAAAATGATTTAATTCTTCTTGCTAGTGATGG +ATTGACTGGATGTGTAGATAAAGAAGATATAAAGAATATGCTTTTAATAAATGAAGAGAT +ATCAGAAATAAATAAAAAACTAATAGATATGGCCAATGACGTTTCTGGAAAAGATAATGT +CTCGGTTATATTGATAAAGCATAAATAGGACGGTGATAAAGTGGGAGATACAATTTTAGG +AAATAGATACCAAATTATCAGAAAAATTGGTGATGGAGGAATGGCCTTTGTTTATGAGGC +TAAAGATAAGTTATTAAATAGAACTGTTGCAGTTAAAGTTCTTAGACCTGAATTTGTAGA +TGATGAAGAATTTTTAAAAAAGTTTAAAAGAGAAGCTGAAGCAGTAGCTAGTTTATCTCA +TCCGAATATAGTAAATGTTTATGATGTTGGAGAAGATGGAAAAGTTCACTATATTGTAAT +GGAATATATAGATGGTCAAAATCTTAAAGATATTATAAAAAATGAAGGTACACTAGATGA +GTATACAGCTCTTGATATAACTAAACAAATAGCAATGGCTCTTAGCGCTGCTCATAAAAA +GGGTATAGTGCATAGGGATATAAAACCTCATAATATATTGATATCTAATGAAGGTAGAAT +TGTTAAGGTTGCAGATTTTGGTATAGCAAAAGCTGTTTCAAACTCTACTATGACTAATAT +TGGTAGCATAATAGGATCAGTACATTATTTCTCGCCAGAGCAAGCTAAAGGAAATTCTGT +AAATGCTACAGCTGATTTATATTCTTTAGGAATAGTTTTATATGAGATGATAATAGGAAG +AGTTCCATTTAGAGGGGATAGCCCTATATCTATAGCATTACAACATATAAATGAAGATGT +TGAATTTACATCAGAGGAAAAGATTAATATACCTCAAAGTGTAAGAACAATAATAAAGAA +GTTAACTGAAAAATCTAGCGAAAATAGATATCAAAGTGCGGAAGAGTTAATTGAAGATAT +TGATTATGTAGAAAAGAATATTGATTTAGACTTTATAAAGGAGTATGACAACTTTGCAAC +TAAAAAAATCAATGTAGAGAATGTAGAGAAAAGTTTAGATTCAGAAGATGAGGAAGAGGA +GTTATTAGAAGAATTTCCTAAAATAACTGCACAGCCTAAAAAAGAAAGATTAAAGAAAAA +AACTAAAAGGCCTGTAAAAGAAGATAGTCCAAAGGTTAGAAAAAGATTAAAAATCGCAGC +AGTAGTATTGTTAATTATATTGCTAGCACAAGGTATTTTTATATTTAAATTTGTTTCTGG +ATTGATGGGTGGAAATAGTAATCAAGAACAAGTAATTACACTTCCAGACTTTGAAGGCAA +AAATTTAGAATATGTAAATAAAGAACTAGAAAGATTAGGCCTAAAAATCCTTGTAAAAAG +TGAATATAGCGATACAGTAGAAAAGGATCATGTTATTTCTCAAAGTCCTGCAGCTGGTAT +GGAAGTTTCAGATGGTGATGCTATAAGTATAGTTTTAAGTAAGGGGACTAAACAAAGTCA +AGTTCCAAGTATAATTGGATTTACGTTAACAGAAGCTGAAAAAGTATTGGAACAAAATAA +TTTAAAACTAGGAAATAAAAAATATGAATATAATGATATTTACAAAGAAGGTATAGTGTT +AAACCAAACTCCTAGTTCAGGTTTAGGGGATGTGTCTGAAGGTGATAAAGTAGATGTTGT +AGTAAGTAAAGGACCAAGAGAAACTCAAGAAGAAGAAAATAATAATTCTGATAATGAAAC +AACAGATACACCAAATAATAACAACAGTAACAATAACAATAATAATAACAATAATAATAA +CAATAACAATAATAATAACAATAACAACAACAGTAACAATAATAATCAGACAAATAAGCC +AAATAATGGCGGTAATAATGAAACGAATAAACCATCTGATGACAATAAACCATCTGATGG +TAATACTGGAAATGAAGATTCAGACAATTCAGGTACTGGAAATGAAAATGTTCCAGATGA +AGAAGGTGGAACTTTATTACCTCAAACAGAGTAATGGAATATTTAATTTTTAATAAAGCT +AATATCTTTTAATAAAAGATATTAGCTTTATATTTATAGTAAAAAGATATTTTATATATA +AAAGCAAATAAATGAACTCAAATAAATTAGAAAAAATATTTAAAAGATTTCTTTTTATAG +GAAATATGTATAAAATATAGTAAGATAATAAATTAGGAGTATAATTAATAATAAAGTTAT +TATGCTATTATATATAGATATACGTAAATTATATAGATATACCCAAATTTAAAGGAGGAA +TTTAATGTTAGAAGGAAAAATTACGAAAGGAATAGGGGGATTTTATTACGTAGATACTGA +AAAGGGAATTTATGAATGTAGAGCGAGGGGGATTTTCAGAAAACAAAAAATAACACCATT +AGTTGGAGATAGAGTAAAAATAAGTATAGTAGATGAAGAAACTAAAAAAGGTGTTGTAGA +AGAAATTGATAAAAGGGATACGGAATTAATTAGACCACCAATAGCTAATGTAGATAAGGC +ATTAATAGTTTTTGCTGTAAAAAATCCTAAGCCACATTTATCTTTATTGGATAGATTTAT +AGTTTTAGCTGAAAAAGAAAACTTAGAAATAGTGATAGTTCTTACAAAAGCTGACTTAGA +TGATGATAATACTTTAGAAAAAATTGCGAGTATATATGAACTTAGTGGATATAAAGTAAT +ACCAGTAAGTAATAAAACTAAATTAAATATAGATAAGATAAAGGAAGAGTTAAAAGGCAG +TGTGGTTGTATTTGCTGGACCGTCTGGAGTTGGAAAATCTAGTCTATTAAATGAAATAGA +TGGAAATTTCCAATTACAAACTGGTGAGGTAAGTGATAAAATAAAAAGAGGTAAGCATAC +TACAAGACATGCTGAGCTTTTAAAGCTAGAATGTGGTGGTATGGTTGCAGATACTCCAGG +ATTTAGTTCATTAACATTAGATGATATAGAAGAAAATGAATTAAAAGAATATTTCATAGA +ATTTTATAATTATGATGACTGTAAGTTTGGATCTAGATGCGTACATGAAAATGAACCTGG +ATGTGGGGTAAAAGAAGCTGTAGAAAGTGGAGATATATCAAAAGAAAGATATGATAGTTA +TATACAGCTGTTAAATGAAATTAGGCAAAGTAAACAAGGTAAAAGGAGATACTAAGAATG +ATTAAGTTAGCACCATCGATACTATCAGCAGATTTCGCAAGATTATTAGAGGATGTAAAA +AAAGTAGAGAATGCGGGATGTGAATACTTACACATAGATGTAATGGACGGTCATTTTGTT +CCTAATATTACTTTAGGACCTGGGGTTGTAAAGTCTTTAAGAAAAGATGTTAACATGGTA +TTTGATGCACATCTTATGATAGAAAACCCAGATAACTACATAAAAGAATTTGTAGATGCA +GGGTGTGATATGATAGTGGTTCACCAAGAAGCTTGTAAACATCTTCATAGGACTATACAA +AATATAAAGTCACATAATATAAAAGCGGGGGTTGCTTTAAATCCAGCAACACCGATTGAG +ACTATTAAACATGTATTAGAAGATGTTGATATGGTTTTAATAATGACTGTTAATCCAGGG +TTTGGAGGTCAATCATTTATTGAAGGTATGATACCTAAGATTAAAGAATTGAAGAATCTT +ATAGATTCAAAAGGTTTAAATGTAGATATACAAGTTGATGGTGGAATAAAGCCAGATAAT +GTACTTGATGTAGTTAAAGCAGGGGCAAATATTATAGTTGCTGGATCAGCTATATTTAAT +AGTGAAGATATACAAGAAACTATAGATTTATTTAGAAAAAATGCATCTAAATAGGTGATA +ACATGAAAATATGTATCGTTCTTAATGGAGAAATTAAGGATTTTAATAAGACAAAAGAAA +TTATAGAAAATGAGAATTATGATAGCATAATTTGCGCAGATGGAGGAGCAAATCATCTTT +TTAAAATGGGAATAAATCCAGATTATATAATTGGAGACTTAGATTCTGCAAATTTAGATA +TAATAAATTATTATAAAGAAAAAAAAGTGGCTTTTGAGAAATTTCCATCTAAAAAAGATG +AAACAGATTCTGAAATATGTATATTTTTAGCAGAAAAGCTTAAAGCTACTAGTATAGATT +TTATAGGTGCATTAGGAGGAAGAATAGACCATACTATTGCAAATATAAATTTACTTTACT +ATGTTAAAGAAAAAAATATTATACCTAAGATTATTTCTGAAAAAGAAGAAATCTATATAG +CAGTAAATGAAAAAATAATAATTGGGGGTAATAAAGGTGATACAATATCTGTAATACCAA +TTAAAGGAGATGCAGAAGGAGTTACACTTGATAATTTAGAATACCCATTAAAGGATTATT +ATATGAAATACTCCAAACCTTTAGGTATTTCAAATGTTATGTTAGATACAAGTTGTTCAA +TAAGTGTTAAAAAAGGGATTCTGCTTATAATAAGAAATAAAGATATTTAATAAAATAAGC +ATGCTATAATGGTATGCTTATTTTTTATGCCTAAAAAAAGTAAAATATAAATAAATAATA +AAAAAGAGGAGAGGTCTAAATATATTTTATTTTGCATAAATTAAAATTATAAATAAGGAT +TCAATGGGTAAGGAGGTGTTTCATGAAAAATCAATCAAAGGGGCTTTTAGGTATAATATG +TATGGCAACAGGCGCAACTGTAATAATATCCATGATATTGCCTAATTGGATTTTTTCAAT +ACTTACGGCATTGATTCTTATAGTATGTGGAGTTTTACTATTTTTATATTAGAATTTAGA +ATAAATAATATAATTTTAGTATAGATAGAAAATCTTAAATATATTTAAGTGCAAATGAAT +AAATATAATAAAGAAATAATATATTAATTTATAAAAATGGAGGGATAGATTATGAAGATG +GTAACAATAAAATTACCAAAGTGGCTATCTAATATAGTTTTAAAATTTATGAGGAATAGT +AAAAAATAAAATTGCAATATAAAAATAAAAGCCTACTTATATAGTAGGCTTTTTTTAATA +ACTTATTAAGCTCTTTCAACTTTACCAGAACGTAAACATCTAGTACAAACTTTAACTCTC +TTAGGAGTTCCATCTATTATAGCTCTAACGCTTCTTAAGTTAGCAGACCAAGTTCTTCTG +CTGTGTCTATTTGAGTGTGATACTTGGTTTCCAGAAACCTTCCCTTTACCACATACGCTA +CATACTTTCGCCATTATTGTACACCTCCTTAAAATGATAACTATTTAAAGACTAAAAACA +TATTTATATTAACACAAATATCGAAATTCTGCAATAGAAATATATATTTGTCTTATATAT +TATTATTGAACAATTTGTAACTATCATATAAAATTATATATATAATTCACAATAAAGTAA +ATAAAAAATGTAAAAAAGTGAATTAGAATATATTACTACGTGGTTATTAATCAAATTTTA +GTTTTAAAAGAGATTAAGTAGGTTTAAAAAGTAATATAATTATAGTATTATAGTAATTAT +AATTAATATTACATAAAAGAAGATATTTTTAAATGATTTTTGAGCAAAATAAAAATAAAA +AATAATTTAAGGGGGTCAAGCCATGAGTGCAAGATTAACTAACGAATATGGATATGTAGA +AATAGATAAGCAAGTAATAGCTCAAATAGTATATAGAGCTGCAATGGAAAGTTACGGATT +AGTAGGTTTAGGATATAAATCTAAGGGTATAGTAGAATTATTGAAAGGTGAAAATGCTAC +TAAGGGTGTGAAGGTAGATGAATTAGAAGATAATACCATAGCAATAGAACTTTATGTTAT +AATACAGTACGGAACAAATATATCTACAGTTGCAAACAACATAATAGATAGAGTAAAATA +TACAGTTGAGAAGATGACGGCTATAAATGTAAGTAAAATAGACATTAATGTTCAAGGTAT +TAGAGTTAAGTAATTTAGGAGGAAAAAAATGATCCAATATATAGACGGAAAAAATTTAAG +AGATTTGTTTGTATCAGGTGCAAATAATCTTCAAAATCATAAAGATTTAGTAGACAAGTT +GAATGTATTCCCAGTTCCAGATGGAGATACAGGAACTAACATGTCATTAACTATTTCTTA +TGCAATGAAAGAATTATCTAAGGTAGATAACGAAGAAATAACTAATATAGGTAAGGCATT +ATCTAGAGGATCTCTTATGGGAGCTAGAGGTAACTCAGGAGTTATATTATCTCAGATAAT +AAGAGGTATAGCAAAATCAGTAGAAGGTAAAGATAAGTTAAGTACGGCAGATTTTGCAGA +AGCATTAAAATGTGGTTCAGATACTGCTTATAAAGCTGTAATAAAACCTATAGAAGGAAC +TATACTTACAGTAATAAGAGAAAGTAGTGAAGCTGCTATAAAAATAGCTAAAAGCGAAGA +AGATTTTATTACATTTTTAGAATTAGTAATAAAAGAAGCAAATGATTCTTTAAATAGAAC +ACCAGAATTATTAAAGGCATTAAAAGAAGCTGGAGTTGTAGATTCAGGTGGTAAAGGATT +AGTTATTGTATATGAAGGTATGCTTGAAGCTTTAAAAGGAAGTCCTATAGAAATTAAAGA +TTCTAATTTAAGTGAAGTAAAGGAAATTAAAGCACCACAAGGAAACATAGCTACTGAAGA +TATAAAATTCCAATACTGTACAGAATTTATATTAGAAAGTGATAAAGTAGATGATCTTCA +AATAAGAGATAAAATGCTTAAATATGGAGATAGCTTAGCTGTAGTTGGAGATGAAGGTGT +AATAAAAGTGCATGTCCACACTAATGATCCAGGTCTTGCATTACAAGAAGCTTTAGCATA +CGGACAATTATTAACTATAAAAATAGAAAATATGAAGCTTCAACATGAAAATACATTAAT +AGAATCTGGAGATGAGAGTGCGCCTACTACAGAAGAAAAAGAATATGGATTTATAGCAAC +TTCTATGGGTGATGGTTTAGCTAAAATATTTAAAGATTTTGGTGTTGATCACATAATAGA +AGGTGGCCAAACTATGAACCCAAGTACAGAAGATTTTATGAATGCTATAGAAACTATAAA +TGCAAGAAATATATTTATATTCCCTAATAACAGTAATATAATAATGGCTGCTAACCAAGC +TAAAGAGCTAAGTGAGAAAAATATAGTGGTTATACCTACTAAAAATACTCCACAAGGATT +TACAGCTTTAGTAAGTTTTAATGGTGATGCTAGTGTTGAAGAAAATGAAGAAGCAATGAT +GGAATCTTTATCACTAGTTAAATCAGGTCAAGTAACATATGCTGTTAGAGATACAGTTAT +GAATGATGTTGAAGTAAAAGAAGGAAACATAATTGCCATAGCAGAAGGTAAGTTACAAGC +TGCAGGTGAAGGTGTTAATGAGATAACTACGAAGCTTGTAGAAAATTTAGTTGATGAAGA +TAGCGCAATAATAACTTTATTCTATGGAGAAGACGTGAGTGAAGAAGAAGCTAATAATCT +TCGTGACGAATTAGAAGAAAAGTTTGATGATATAGATGTAGAGTTATACTATGGAGGACA +ACCTCTTTATTATTACTTAATTTCAGTTGAATAATGATTTTAAAGTCCTGTATAATCTTA +CTACCGTTTAGTTGGTTATACAGGATTTTTGCGTAGTGGGTGATAACTATGAGTGACTTA +AAAAAAGATATACAATTTGTAAAAGGTATAGGTCCTAAGAAGGCATATAAGCTAAATAAA +CTAGGAATATTTACATTGAAAGACTTACTTTATTATTTTCCTAGACAATATGAAGATAGA +AATAATTTAAAAAAAATTGTAGAGTTGAAAAATGAGGATAAGGCGACAATAAAAGCACTA +ATAGTAGGAATAACTACTAGTAATCCTAGAAAGGGAATGACTTTAACAAAGGTAGATGTA +AAAGATGAAACTGGATATGCAAAGTTAGTTTTTTTTAATCAACCATATATAAGTAATACT +TTTAAAAGTGGAGATACAATATTAGTATTCGGTAAAGTAAAAAAAGAATTTAAAAATATA +GAATTTAGCTCTTGTGAAATAGAGCATCTTAGCAATTCACCTAAGAATACTTGTAAGATT +ATGCCTATATACCCTCTGACTTTTGGCGTAACAAATAAAGAGATTATAAGCATAATTAAG +TCAGTACTATCAAATAAAGAATTAATTATAAAAGAGTATTTACCGAAGGGGATAATAGAT +AAATATAAGTTATGTAGTATAGATTATGCAATAAGAAACATTCACTCACCAAGTAATAAA +GAAAGTTTTAAAATAGCTTTATACAGAATTATTTTTGAAGAATTTTTAATTCTTCAGTTA +GGCCTGTTTATGTTTAAAAATGGTGTTATAGAAGTTGAAGGAATAAAATTTGAAGAAAAT +GAAAAGTTAAAAGATATAATAAGCTCTCTTCCTTTTAAATTAACTAAAGCTCAAAATAGG +GCTTTGAATGAAATAATTGAAGATATGAAATCGCCTAAGGTTATGAATAGACTAGTTCAA +GGTGACGTTGGGTCTGGTAAAACTGTAGTAGCTCTACTTACATTAGCAAACTGTGTTTTA +AATGGATATCAGGGGGCTTTAATGGCTCCTACAGAGATTCTAGCTGAGCAGCATTATATA +TCTTTAACAGAAACCTTAAAAGAATTTGGAATGAATGTGGAGCTTCTTGTTGGAAGTCTT +ACTAAAAAGCAAAAAGAAAAGGTACTTGAAAGAGTAAAGAATAAAGAAATTGATATATTA +ATAGGTACACATGCTTTAATAGAAGATAAAGTAGAATTTGATAGATTAGGTTTAGTAATA +ACAGATGAGCAGCATAGATTTGGAGTTAGACAGAGAGGAAAGCTATCGGATAAAGGAAAT +AATCCTGATGTATTAGTTATGACAGCAACTCCTATACCAAGAACTTTAGCGCTTATACTT +TATGGTGATTTAGATATATCTATAATTGATGAACTTCCACCAGGTAGACAACCAATAGAT +ACTATAGCTGTTAGTAAAGATAAAAGAGATAGAGCTTATAATAATTTAGTTAGAGCTGAA +GTTGAAAAAGGGAGACAGGTATATATAGTTTGTCCTTTAGTAGAAGAAAGTGAAGCTATA +GAGGCAAAGGCTGCAGTTGAATTAGTAGAGGAATTAAAACAAGAGTATTTTTCTGATCTT +AAGGTTGGACTTTTACATGGTAAAATGAAAGCTAGTGAAAAAGAAAGTATTATGAAAAGT +TTTAAAAATAAAGAATTAGATATATTAGTTTCAACAACTGTTATAGAAGTTGGGGTTAAT +GTTCCTAATGCAACTTTAATGATAATTGAAAATGCAGAACGATTTGGTCTAGCTCAGCTT +CATCAGCTTAGAGGTCGTGTAGGAAGAGGTAAACATAAGTCTTACTGTATATTAATATAC +GCATCTAAGTCAGAAGTTTGTAGACAGAGGATGTCTATTATGGAAGAAACTAATGATGGA +TTTAAAATTTCTGAGAAAGATTTAGAAATAAGAGGCCCAGGTGAATTTTTTGGTACGAGA +CAGCATGGACTTCCTGAACTAAAAATAGCTAATATATTTAAACATATGAAAATATTAAAA +ATAGCTCAACAAGAGGCTCGTTATATTATAGGAGAAGACCTAAAGTTACAAAAATTTGAA +AATAAATTGTTGAAAAATGAGATAATTGATAAATTTGAGTATGCAGCAAGAGAAATTTCA +CTAAATTAGATACAAATTATGTTAAAATATATTGAGAGGAGATATGTCATTGAGAGTTAT +ATCAGGAAAAGCAAGAGGATTAAAATTAGATACTCCTAAAAATCAAGATGTAAGGCCTAC +GACAGATAGGGTAAAAGAATCATTATTTAATATGATAAATTCATATATAATGGATAGCAA +TATTCTAGATTTATTTGCAGGAACAGGTTCTTTAGGTATAGAGTGTTTATCAAGAGGAGC +TAAAAACTGTGTTTTTGTAGACAAAAGCAAGGATAGTATAAACATAGTAAGATCAAATGT +AAAAAAGGCTAGAGTAGAAAATGAAAGTACGATTTTAAATGTTGATTTTAAGGATGCAGT +AAAGAGGTTATCAACTCAAAATCAAAAATTTGATGTAATATTTATGGACCCTCCATATTA +TGAGAATATGTTTATAGAATGCTTAAAAAGCATAGATAAATTTAATTTATTAGATGAAGA +TGGAATAATAGTTGTAGAACATGATACTAAAGACTTATTTGAAGATAGCATAGGAAGACT +TAATAAAAGCAGAGAAAAGAAGTATGGAAATACAACATTGACATTTTATAAGCTGGAGGA +ACAAGATGAATAAGAGAATAAGAAAAGCTATATTCGCAGGTAGTTTTGATCCTATAACAA +ATGGACATTTAGATATAATTTGTAGAGCATCTAAATTATTTGATGAATTACAAATAGGTG +TACTTTTTAATCCAAATAAAAAAGGTCTCTTTACTTTTGAGGAAAGAGTTCATCTAATAG +AATCATGTACTAGTCATTTAGATAATGTTAAAATTGTAAGTTTTGATGGACTATTAGTAA +ATTATTGTGAAGAAAATCAAATAGATACTTTAGTAAGAGGAGTTAGAAGTGGAGCTGATG +TTGAGTATGAGCTTCAGATGGCTCATATGAATAGAGAATTAAATCCTAATATAGAGACTA +TCATACTGCCTACTACAACTAAGTATTCTTTCATAAGTTCGTCACTAATAAAAGAAGTTT +TAACTTTTGATGCAGATGTCAAAAACCTAGTGCCAAAGATAGTGCTAGAGGAGCTGAAAC +GAAAAACAAATAGGGGGAAGTAATAAATGAAAATAGATTTAGAGATGATGGAATTGTTTG +ACGACTTAGAGGATAGAATAAGTAATGCACAAACAGCCCGTTTTTCACAAAAATCAGTAA +TAGATAAAGAAGAGCTTTTAGCTATAATAAAAGAAATAAGAGCTTTAATGCCAGATGAGG +TTACACAAGCTGTCTGGATAAATAAAGAAAGAAATAGAATATTAAATGAAGCTAAAAGGG +ATGCTAAAGAGCTAGTAGCCCAAGCTGAAAGAGATGCTGAAAAAATAAAAGAAGAATATA +GTAGAAGTTTAGAAGAATTAAAACAAAATTCAGAAGAAACTTTAAAAGATTATATAGAAT +CTAGTGATGTAGTCGGACAAGCGGAGCAAAGAGCTAGAGAAATCTCAGAAAGAGCAGAAC +ATGTGGCAAGAGAAATTAGACAAGGGTCTATTGAATATGCTACAGATGTACTTTCTGCAG +TTGAACATAATTTGAAATCTATATTAGAAGAAGTAATTAGAGATAAGTCTGAGTTAAAAT +AGCTTATACTACGATAATAAGTAATTAAGAATAACATAGATATGACAAGAATATAAATAT +TCTTGTTCATAACTATGTTATTTTTATGTTGATGTAAAAATTAACAAATAAATCTTAATT +AATATAATTTTAGAAATTTATTTTGTTATTAGCTTGATTAGGTAGAACAAATTTAAATAT +TAGGTATGTAAGTAGAATTAAGGGAACTATTATATTGGTATTATTTAGATAATAACTCCA +AAGTCCATTGATGTAGAGTGTATCATAAACATCACCAAAATTAGAGACGAATGACGCTGA +ATTACATATCGGGTAAAGTAAAAAAGTGAATATAGATGCAAATAACCCGTGTAAGAACTT +ACTTAATATGTACAAGTTAGTATTAATATCGGTTTTAGCTAAGAAGTTACAGCATTGTGC +TAATATAGATAGTCCACTAAATCCAATTAAAAAACTGGAAAAAGTGACTTTTATTATCAT +AGAAGAAGAGGCGACTTTAGAAATATTATTGCAACCAATAGTAATCTCAAATAATCCACT +TATAAAGGCGTAGCATAAATCCTTTGTTACCCCAAATAATGATAGAGGTAGATATAGTAT +AGAAGCCAGTATCGATATTATATTAAACAATGATAAAATTTTAAATACAACGGAGAATAC +GATTACAAACCCTCCAACTGCAAGTAAAGTATTAACACCATTTACAACTGCATTTCCAAA +CAAAACAAAAAATCCTGTATTGCTTGAGTATCTAGTATTAATGATATTACTAAAATTTGT +TCTAATATTGTACTTAGAGGAAGGTAATTTTTCCTTACCATAATTTCTAAATATAATACC +TACGCTTATAGATCCTAAATAATGACACAATATCATTAGATATCCTAGAGAAGCATTTTT +GAACATTCCAACAGCTACTGCACCTATAATAAACAGTGGTCCTGATGTAGAACAAAATGA +AACCAATCTTTGTGCTTCAGATCTAGAAATTTGGCCATTAATTCTAAGGTCATAAGCTAA +CTTTGCTCCTACAGGATATCCAGATACTGTAGAAATTACAAATACTAAGGCACTTCTACC +AGAGACATTGAAGATAAATTTAGTAATTGGATTTATTATCATTCCTATTAAATCAACTAT +TTTTAAATCGACAATTAAATTAGCTCCTATTATGAATGGAAGTAGAGATGGTATTAAGAC +GTTTACCCAAATATTTAAACCTTCCTTAGCTGACTTAATAGCTTCTTGAGGAAATATTAT +TATTCCTACAATTAAAAATAATACTACTATGACTGGAAGGAAAAAAAGAATAATTTGATT +TTTTTTCATAGACACCCCCTTACGAAAATAATCGTTTTGTTAACTTATTTATATTTGAAT +CTCGACCCCGATAGGGATTACAATAGTTTCACCACAAAACATATTCCCCCTATAGAAAGG +AGTCGAGA +>MGYG000000001_35 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATATAAAAAAA +AGTATCATATTGATACTTTTAAATAGTAAATTTATAAATTTAATTTTAACTTTCACTAAA +AATGATAACTGAATTCTATTTGACCGATTTAATTTTTCCTTTTACTTATTGCATGCCGTA +TTACAAGTCATCTCCTTGTATTCGATCACATCTATCACCCTCTACTTTTTTTAGATAAAT +ACTATATACTATTAATAATACACAATTTGATATTGGCATTGCTAGAAATATACCTATTTT +AGGTGAGATATTCATAATATCGTATTTTGTAAATATTATAGGGAGTATAATTGTTAGTGG +TATAAGTAGTAATCCCTGTCTTATTAACTCTAATTTACTAGCACTATTTTCTTCACCGGA +TACCTGCATAAATGTTATAAAGGTATAAATTATTCCTATAAAAGGAAAACCTGCAAGTAC +TATTCTAATTATCGGTACAGAAAGGCTTATAAGCTCTAAATCTCTAGTAAAAATACCTAC +TATTTCTCTTGAGAATAGATACACTATAGCTGTCACACTTATTGAATATACCAAACTATA +TTTTATAGTCTTAGATTTAACTATATTTTTTCTCTTTTCATCCTTACTACCTTGATAATA +AGCAATTATAGATTGTATTCCTTGAGCTAATCCTATTAAAGGTAATAATACAATCATGTG +TATGTTACTACAAATTGTCCAAGATCCTATATATAAGATGCTTGTATATCTTATTAGAAC +TTTATTAATAACAAATCCACTCAGACTGTTTAATGCTTGCATTAAGAATTGGACAAATCC +TATCTTAATCAATGAATATAAAATTTCTTTTACTTCATATTTATTTAATTTGCTCTTTTT +AATCCATAATCCTTTTTTGACTAAAAATATAACAGTAAATAATAGATAACATACTTCGCT +AATTAATGTAGATAAAGCTATTCCTCTTATTCCCATATTCATAATAAAAGTAAAAATCAC +ATTAAATACTATATTTATAATTGTCGAAGAAATCACAACTATAATTTCTATCTTTGGATA +TCCAAATGCTCTTATATTATTAACTAAAGTATATCCAGTAGAACTAAACACATTAAATAT +TATAGCTATATTTAAATACTCTTTCGCAAGAATACCTACTTCACCTGTAGCACCTAGAAT +ATATATCAGTTTATCCTGAACTAATAATATAAACAAAGATATGGCTGTACTAAATATAAA +ACTAGCATATAAACCTACTTTAAAGGTATTGTTAATCTTTTCCTTATCTTTTTCTCCAAG +TCTCTTTGCTATTACTATACTTGTAGATACTCCAAATATTAATTGAGCTGCTATTAACAA +CGATAATACAGGACTTAATATCCCCATAGCTGATAATGCATTATTACTTATAGAACCTAA +ATGTCCTGCAAAAGCTGTATCTATCATTGATGATACTGACTCTAATACTAAGGAGCATAT +TGTTGGTATAGAAAATAAGAATATTAGCTGTGGTATAGACTTCTTTTCAAAAATTTCACC +TCTAAACATATAAATCCTCCATATCATTTAAGTTTATCTCCATTATTTTTTCTCCATTAG +TATCTTCTTCCCCATTAAATTTAAACCCAATTCTTTCATATAGTTGAATTGCATTTATAT +TATCATCATAAACACTTAAGTATATCTTTCTATGTCCATATTCTTTATAAAGCCTTTTTA +TTAAAAGCTTCACACTAGCTTTTCCATATCCCTTACCTTGATACTTATCTCCAATCATAA +TCCTATCTAACCATACTCTACCGAACTCACCTTCATTTAAAAACAAGCCATACATTGCAA +AACCTACTGGAATCTCTCCATCATATATTGCAATTGGTCTCCATAGAGAATATTCTTTTG +CTTCCTCTAGGCAATCTTCTATAGATTCTATATATCCTATTTGGTCTTTAGATACATGTA +ATTTTAATACTTCATCATAATTATCTTTATTAATTTTTTTAAAATCTAAATTCATACCTA +TTTACTCCTTAATAAAATTCACTTCTTTATATAAAAATAATAAACCTGTGTGTAACACAC +AGGTCAATAACAAATTAAAATTAATTTTATTTTATAGGTATGAATACTTCAAAGTAATCG +ATAGGAGTTTCATCTTTATATACTGTAAGTAGCATCCTACCGAGAATGGAACCAGCTACA +TCTATATTATTTTTAGCCACAATATCTCTTATATATTGAATCCAATCGTCATAATCATTG +TCATCTAAAGATATTACCGTATAGATATATTTATTATTCGATATAGTCTCTAATTTATAG +TGAAGTTTATTCTTTGTTTTAATATCGCAGTCTTCCCTCAATGAAATTCCCCACTTAATC +TTTTCATCAGCTTCTTCGTCAAATAATACTCCTTCATCTATTAAAAAGGAAAATTTAACA +TAATCAGCTAAGTATTCATCGAAATCTTTAAGTCCTTCTAAAATTTCTACAAAATCATTA +AATTTATTTTCCTTCGTAATCTCCACGAAAAAACAGCTTTCTTTTTTTGACTTAAGTTCT +ATTTTGTTTAAATCATTAGCACATGTTTCTACTGCTAATTTCATTAAACCTAGCCTTTTT +TGGAGTTTTTTAACTTTTTCCATCTCTTCTTGAAGATATATTTCTTTTTCTTTTATTAGT +GCTAGTATATCTGAAGGTGATGAATTTCTAACCACTTTATTTATTTCATTTAGTGGTAAA +TTCAATTGTTTAAATAACATTATGTCCATCAGACAGTTTATATCTTCAATTCCATAATAT +CTATATCCATTTTTATCATCCTTTTTAGGGCTTAAAAGTCCTATTTTATCATAATGGACC +AAGGTATCCCTTGTTATATTAAACAGCTTGCATACCTCTCCTATTAAGTATTTATCTTTC +ATTTTTCCCTCTTAATTTTAAGATTTTACTTATATTTTATATAATTAACCTCTTTGACGA +GATGTATGATTATCCATAGAATTATTGTTAGTCGGAAGTCCACAGTTCATTTTTTCATAC +ATAGGCTGGGTTGGAGCTATCCAAACTTTACCTTCACCTGTAAATGTATTTAGGAATCCT +TCCCCATTTACCGCTGAACCAAATAAACTCTTATCTGATTTTGTAACTGAGAAATTAACT +CCACTAGTTCTAGCTATTGCAAAGTTTCCATCTACCTTTAACTCTTCCCCTCTAGAAATT +TCACACTCAACTATCTCTTCCTTAGGTACATTACACTCTAAAACGATTATTCCAGTTCCT +GATAATTGTACTTGAAAGAACCCTTCTCCTCCTAAAAGAGTTGAAGATATATTCTTTTGT +GCAACACCCTTAATATTTATATCTTCAGAGCAACAGTAAAACATACCTTTATCTACTATA +ATACTTTCATTCGATAATTCCATCATTATATAATGCTTATATGATGGTTCTAATAATATT +TCACCAGTACCTGAGTATGTTGGTTTTATAGCACTTTCGCTAGTAATTGTTCCTGATACA +GCCTTTTTGAACAAACCTCCAACTCCACCAATATTACTCTTAGATTCTATCTTGCCTTTG +TAATAATAAAGCGCTCCTGCCTCAGTTTTTACAGCGCTATTATTTAATCTAATTCTTACT +TGCTTCATTTTTAATCCTACTTGATTAGCAAAGAATAACCCCATTGCAGTTTCTATTCTT +TGAGCTCCTTCTAGATTATTATAAGAAATTACTTCAAACTCTACTCCATCATATGTTATG +CTATCTATTACTTTTATTTTTTCATCTAATGTACTCATATCAATCTCCTTTATTGAAACA +ATTTAATATGTTATATAGCTCCACTCTTTCATTATACTCTTATATTTATTATTTTCATTA +AATTTAACTATATTTTACTTATGACCTTTTGCTCCAGTATAAGTTTTCTCATAAAATCCT +GATGAAGTTGATTTCTTTACACTATCTTTAGGGTTAGAAGCATTAATACCAATAATGCCC +GGTCGAGTCGTTCTTTCATTTAATATATTATAATTTGTTTTTTAGATAATAAATAAAAAC +CACTCTTCTATTTAACTAAAAAGAGTGGTTTTAAATATAAACTTAATATTAATTTAACTT +TATTTAAAATTATTTATTTTAAAATATTCATTCCTTCTGCTGTTGGTATTTCAAATCCCA +TTATATTTGCAAGAGTTGGAGCAACATCAACTAATCTCAATTCTTCTATATCCTTATTTT +TTTCTATATTTTTACCCTCAATATAGAACGATGCTCTCATATCTTTTAAATTCTCACAAT +ATCCATGTTGAGCTTTTTGCGCAGTATTACTATCTAAGTACTCACCCACTGCTTCTTCTC +TAACTTCGTATCCTGCTTCAGATATTAAAACATAGTCTGCATCAGGGAACCCTTTTCTAA +TTCCCCTAGCCTCTTTACCTGTTATAACTTCATTAACACCACTTTCGTTATCCTCAACAA +GTTATTTTAATATACTCTCAACTTTTTCTCTTACTTCTTTATTATCTCTATCCTTAAGTC +TTATTTGACCTGTTCCTCCAGAACGTTGACACCACACATACAACCGCATTATCGTTAGTT +ATTCCATGAACTTTTTCTACTAATTCTCCAACTAATACGTCTATCCTTTCAAGGTCAGCA +ATTGCTTCTTTACTATAAACACCTTTTATATGAGCAGTTTCATCATAAGAAGCGAAGTAG +CAAGACATGAAAAATGGCTTTTCATCTAAGTGCTTTTTGATTTTATTTTCAAGTATCCAT +AAAGCAGGTATAACAAAGCCTATTTTATGTATGGGTTATACAGATACTGCTAAAATACAG +CATGCAATAGATAGTAATATAAGAATTACTGTATATTCTTTAGAAATGGCTATGAAAATA +GATGAATTAGCTAAATTAAGCAATAAAAAAGCTTATGTACATATAAAACTTGATACTGGT +ATGAGTCGAATAGGTTTCTTAGTTAATGAACAATCTATATCAGACATAAAGAAGATGTTC +ACCTTAGAAAACTTAATAATAGAGGGTATTTATACTCACTTTGCAAAATCAGATGAAGAA +AACAAAGAAGCTACTTACGAACAAATAAAAAAATACAATAGAGTTATAAATTCATTAGAA +GAAGATAACTTAAATGTTCCAATAAAGCACGTATCAAATAGTGCTGCAATTTTAGATTTA +AGAGAATGTGATTTCAATATGGTCAGATTAGGAATATCTTTATATGGTCCTTATCCATCA +TCTGAAGTTAGTAGAGATATAAAACTAAAAACAGCTTTAGAATTGAAAACTATAGTTAGT +AACATAAAGACTATAGAAAAAGGAACTAGCGTTAGTTATGCTGGAACATATACAGTAGAT +AAAGATACAAGAATAGTTACATTGCCCGTTGGCTATGCAGATGGCTTCCCTAGAACACAA +AAAAATCCTCTAGTATTTATAAATGGTAAATTGTTAAATATAGTAGGAAGAATATGCATG +GATCAAACTATGGTTGAAATTCCAGATAATCTTGAAGTTAATATGGAAGATGAAGCTATC +TTAATAGGTGATATAGATGGAATAAGAATAGGTGACATATCAAGTAAGATAGGTACAATA +GACCACGAAATACTTTGTTGTATAACTAAAAGAGTAAACAGAGTGTATATAACAAAAGAT +AGCAAGTATATAGTTAATAATCTATTAGGTTAATATATATTAATGATTCTATTAGACATA +CAAAGATAATACTGTAGAATATTGTATATACAAATAAAGGAGCAACCTTAAAGTTGCTCC +TTTATTATTTATTTAGAATATAAATAAGTTTAATTGCCCATAAATATTTTAATTTATTAC +CTCATCAAGTCTTTCTTTTTTCTCTAATTTAATTTCTCCTGACATTTTAAAAGCCTGCTT +GGCTAAAAATACAGCGATAATTTCATTTATAACAGCCGCTGCTGCAATAGTACCTTGTAT +CATAGCAGCATGTTCAGGAACATACGGTGATAATGTACTTACTGCTATACCAGTAAATAT +AAGTGATACACCTGAATGAGGAAGAAGCGAAAGACCTAAGTATTTGCATACATTTTTTTC +AGCTTTTGATATTTTTCCACCTGTATAAGAACCTACTATTTTGCCTAATCCACGAGATAT +AATGTATATTGCGGTAAGCAGTCCTGCACCAAATATTAAATTATAATCTAATGGCGCTCC +TAAGTCTAATATAACTAAAACTAATGCTATACCCATTATTGGATTTATATCTTTCATTAT +CTCATTTAATCTCTCTTCTTCAACCATATTTGCAATAAAAGCAGCAAATGATATACCAGA +TAATACTAAATTTATAGATAATATATTTTCATTTATATATACACCAATAGCAACAGTTAA +AATAATAAGCGCCGTAACTTTTAATATAGTCTGCCATTTATTACATTCTTTCTTTAAAAC +TTTTGCTCCTATTAATCCTGTTATTGCCCCTAAGGCTAATGGTAATACTATCATCATTAA +AATAGCAAATACATTTACACCTTCTCCAGTCATAGATCCTGACACTAAACCTATTACTAG +GAAGAATACAATTAATGCAAGTATATCATCTAAGGCAGCAAGCGGTATTAGCGTTTTTGA +AACAGGACCTTGTGCATTATATTCTTTTACTATGGATAAAGATGGTGCAGGTGCTGTAGC +GAGTGCAATAGCACCAAATACTAATGCTATAGGCATTGGAATATCAGCAAATATAAAGAA +CGCAACTGAAACAAATATAAACGACGTTATACCTTCAAATAAACATATAATTAATATTTG +TTTACCTGACTTCTTAAGTTCTTTTAGTATTAACTCAGTACCAATTAGCATACCTACAAA +CACTTCTCCAATATTACTTAAAATATGAAACCACTGTGCATCTATTATGCTACTATCCAT +CCAATTTAACGCATGTGGGCCTATTATCATACCTGTAAGTAACCATCCAAGTATAGCTGG +CAAATGAATTTTTGAAACTAACTTTCCCATTAACAAGGCTAAAGTTATAAATAAAACCAA +CAATACAATTCCTTTAATCAATTTAACAACCTCCTTTTAGCTATCAATGCCCTCAAATAC +CATTTCTAGCATTATCTTATGATCTTTTCTAAATTCTTCAATCGCTACATCCTTGTCTTT +ATTTTCTATTTCTTTCATATGTTTTTCTTCTAACTTCTCACCTATCATTATAATAAGTTC +AAATGCTTTTTCTTTATCAAATCTAGGATTTACATCTATCTTCTTTATTACCTCATGCAT +AAGAGTATTATTATACTCTTCAAATTCTTTAGCTAACCTCTTTGCTTCTTCTATATTGTC +ATTCATTCTTGAGTTTACAATAAGTCTAGAATGTAATGGATTTTCTCTAAAAAACTTAAA +CTTATTATTAAAATATTCGCTAATGTAATCTATACCTTTTTTATTACTACTTTCAATATT +TATAGTTATATTTTTTTTGAAATTGTCAATAACATACCTAAGTACTGTTAAATATAGATT +TTCCTTAGTTCCATAATAATGATAAAGTATTCCCTTTGATACCTCGGCCTTTTTACAGAT +AACATTTGTAGAAGTTGCCTTATATCCATTCTGTGCAAACTCTTCAAGCGCTACATCAAT +AATTCTTTCTCTAATACTTATAGATTCAAGTTCTTTTTCTGTCATAATGTCCTCCTTAAT +TGACCAAGTGGTCTATAGTAAATATTACCATCCATTGACCACCTGGTCAATATATAGTAT +GATTTTGTATGAAAATTGATGAGTATATAATGATATTTAATGTATATAGAATAAACAAAA +TTCTAAATAAAAATAATTTAAAATTATATTAGTAAAATTAAATATTTTTTAATTTATAAA +AGGAGTAATAATAGTAGAATTAAAATCCACATTATTACTCCTTATTCGTAGTTGAAATAT +GTCTATCTCTTTACTTATTAAATTTTTCGCTAATTTATTTTTATACCTTATCATTTTGAT +CAAAATAACCGATAATTAGTTAATAACTATAGTAGTCCCTTGAGATGCATTATCAAAAAT +CCATCTAGCATTATTAGTATCTAATCTTATGCATCCATGACTTATTGCTACACCTAATCT +ACCATCATATACGTATGTTCCTGTTAAATCATATAGTATTGAATGATAAAAATATTCTCC +TACAATATTAGTAGCATATTTTGCAGAAACTTTACTTCCCTCTGAGGTTATAGCGGGATA +TTTTACACCTACAGCAAATATCCCCTTTATAGTTGGAGTCGATGGTTTTCCTACAGTACA +GCTCCATCTATATATTAGTACCCACATATCATCTCCTTTTTCAAATATATAGGTAATTCT +CTCTTTAATAGATGTAACTATTAAGTAATTACTTGGACTTTCAATATTATTATCATTTAC +AAACGCTGTTATATCAGTATTGAATTTAGAATAGTCTAATTGACGATTATTTTTTATCTT +TCTCATATATAATTCACCTCTTTGAATTACACCTCAAATTTAATACAGTTTCTAAATTTG +ACTAGTTTATTTATTTTATTAAAATAAATATGAAATGGTGATATATATTCATATAAGAAG +TGATGCCAAAACGAAGCATTCTAGTATTACTTCTACTACATATCTTAATTTTTATTAAAA +TTTATAAAATAACCTTAACCATAGTTATCCTTATGTTTAAGGTTGTCAATAATATATTCA +TTAATTGATTTTAATCTTTTTGTAATTTAATATATATTACATAACTTCTGCTTCTTTAAG +TGCTATTTCACTATCATCCGAGAAGTTCTTTTTAACTTCTTTAACTAAAACTATACCAGT +TATAACCGCTGAAACGATGTCGGCAGTTGGTTGAGCAAACCAAACTCCATTTAGACCAAA +GACGTTAGGTAATATGATAACCATTGGTATTAATATTATAACCTGTCTTAGTAAACCTAA +AACCATAGCTATCTTTGCTTTTCCTATTGATTGTATAAAGTTACTTCCTACTATAGATAT +ACCTACTATAGGCATAGCAAATGCATATTTTTTAAGTCCTACGATAGTTATATTCATAAG +CTCTGGGTCTTTATTAAACATACTTACTAAAATTTGTGGTGCTAATTGTATAACTAAAGC +TCCCATTAAAAATACAACTGTAGCTGACATTAAACTAATCTTTAAAGTTTTCTTAGCTCT +ATCGTATTTCTTAGCTCCATAGTTAAATCCTACTATAGGTTGCATTCCTTGTACAAATCC +AAAAGCCGGCATTACAAATATCATATTTATTGAACTTATTGTTGCCATTGCACCTATTGA +TAAATCACCACCATAAGTTTTTAATGATGTATTAAATATTACTTGAACCAAACTGTTAGT +TAATTGCATTGCAAAAGGTGCACAACCTATAGCAAATATTGCTGATACAATTTTCATATC +TAATTTTAAATTTTTCTTTTTTAACTTAACGTTTGATTTTCCTCTTAAATAATAAGATAA +TCCTAACATTGATGAAGTTATTTGAGATATTATAGTAGCAAGTGCTGCTCCTTGTATTCC +CATATTAAATCCAAATATGAATAATGCATCTAGCACTATGTTTAGACCACACCCTACAAT +CATTATTGTAGCTGATAACTTTGGATTTCCATCTCCCCTTATTAAGTTACTAAACATCAT +TGACATTATACTAAATGTAGTTCCAAGCAGTATTACATTCATATATGATTTTGCGTAAGT +AATAGTACCTTCACTGGCCCCAAATGTAATAAGTATTTTATCTAGTAGTAATAATCCAAA +TATAGATAATGTAACACCTATTATGATTGCTAAGCATATTGAATTTCCTATAATTCTCTC +TGCCTCGCCTTTTTTTCCTTCTCCTAGTCTTATAGATACATTAGTCGCTGATCCTACACC +TACAAGACTTCCAAAGGCAATTACTATTGTCATTATTGGCATTGCAACTCCAAGTCCTGT +TATTGCCATTGGACCAACGCCTGGTATGTTTCCGATAAACATCCTATCTACAACATTATA +AAGTGCATTTACCATCATTCCTATTATAGCTGGTAATGAGTACTTTAATAGTAATTTTCC +TATCGATTCTGTACCCAATATATTTTGTTTATTCTCCACAGCTTCACCCCTTATATTTTA +ATATTTTTATATATCTTTTCAAGTAGATCTATCAATATCTCTTCTTCTTCATTAGTTAAA +CTTTTACTTACTTCATTACGTAACTGATCAATTAAATTGAATACATCTTCTTTGATATAC +TTAGATTTTTCTGTTAAATAAATTCTATTAGTCCTTTTATCATGATTATCTTTAACTCTA +GTTATAAGACCTTGCTCTTCTAAGTTTTTTAAAGTTCTTGTTGTAGCTCCTTTGTCTATT +TCTAATTTCTTAGAAATTTCCTCTTGGTTCTTTCCATCTTTCATATACAAATCAAGTAAA +AACATAAGTTGGCCTGATTTAATATCATACTTTGCCACTTCTCTATTCATAAATATTCTT +GATTTTCTGTGTATTTGAGAAACATATTTGGCTATGTATTTATTATTTTCATTCATATCT +ATCACCTTCTATTAGTTGACTATACAACTATTTTAGTATACCAATATTTAGTTGCATAGT +CAACTTTTTTATAAGTAGATTTATTTGATAGTTTTTATAGTAAATTATTAATATTTATAA +AAGCAAATTTTAAATATAAAAAAATGCTAGAGTAATTTAATCTAGCATTTTTTTATATAT +TAAGTTTTTCTAAACCAACAACCCATTTATTTTAAATTTTATAAAATTTATATTCAATCT +TCAAAATCTAACTAACTCATTATAAAATATACTACAAAACCTATGATTATAGCTGGAATA +AGATTTAAAATCTTAGCCCATAAAGCTGACTTTTTATCCATTGCAATAAGTGGGAAAAGT +GCATCTCCATCTTGAGATATTGAATTTGCAACTAATGCCGCAAATGGCATAACTCCCTTT +GAATATAAAGATATAAATATAACTTGAATCCCACAACCTGGGATAACACCAAGAAATGCA +CCTATCAACACAGTTATCATACCATTTACTAATAATATAGAATTTAATACTTCTTCTCCA +CCAATAATCATTACCCCTAAATCATACACTAAATATCCAACAAATATCCATGTTATAACA +AAAGCTGTTTCACTTGCCGAATGTATTATCATCTCTTTAAATGATAAGATTTTACTTTCA +ACTACTTCATGAGTACTATTTTTAATGTACTTTTTAGATAATGCTGTATAAATTATAGAT +AAAGTTAATCCTAGTAATGATATTACACCTTCAAATGATAGTTCCAATCCTTCTTCATGT +GAATGAACATGCGAGTGTGCGTGTTCAGCACCTTCTCCATGAGATATCATTGTTATTAAT +CCTATTATAATAAGTAAATAGAATATTTTGTATCCTATTGAGTGAGTAAATTTATATCCT +AATTTACCCATATTTCTTTTTTCATTGTGATGTAAAGCATGATCTACTTCATCATTTTCT +TCATGTCCTATATGTTTCTTCGCATTTAAATCTATCTTTAAACCTTTTTCAAAATCCGTC +TTTTCATCATTAGCACAATCACAATTATGAAGTTTATCTTTTCTAAGTTTTAGCTTTTCA +TCTAGATGTAGTATATCTACCATGTATCCACAAACTATAGCAGTTACAAAGCTTATTAAA +CTCACTCCTAAATATGCTTTAATATCTGAAGAAATTAGTATGAAAGCTGCATCCCCCATA +CTAGATATTAATGTTGCTACTAATGCTCCAAAGCTTACTTTGTTTTTTACGTATAGTGGC +ATTAGTATAATACTACCACCGCATCCTGGTATTATTCCTAGAATTGCTCCTATCATTGGC +TGTATTCTTTTATTCTTATCTAAAATATCTACTATATTTCCACCTGTTTTGTAATCTATA +TATCCAAATATTAGTATGACTATTCCTAATAATACTCCTACATGTAAAAAAGATTCTTGT +GCTGCATTTATTATTATTTCTATTAATCCCATTTAATCACTCCTAACTATACTAAGTATT +ATAACAAATATAGCTCGTTTGTAAATGATAACTTATATCATTTATAAATATTTTACTTAA +AGCTCAGGTTAAATTTATATAATTAATATTTTTACACATAATAACTTAGATAATTATGGA +CTTATTCGTTACTTTCATAATACTTGGTGGCATTTTTTTTTTCTAACGGCCACACCTTAC +TTATAAGTTTGCTTCCACTGCGATATTTGGAACCTAATTTGTTTTAAACCTCTTCCAGTA +AAATTAACAAGGGGTAAGTAAGAAAAAAATCTATAATGACCGACGTTTGCAACGTCTTTT +TGTTGCATGGAAGTCATTATATATTTTCTCACCCACCCCCGGGACATTACCCTCTTATCA +TCTTAGCTAAATCCTTAGCAAAATAAGTAATTATTATATCAGCCCCAGCTCTCTTAATCG +ACATAACCGATTCATAGATTGCCCCCTCAGCCAATATACCATTATTAACAGCAGACTTAA +GCATAGCATATTCTCCACTAACATTGTAAGCAGCTAGCGGTAAATCAAAATTATCCTTAA +CCCTTCTTATAACATCTAAATAAGAAAGAGCAGGTTTAACCATTAGAATATCTGCACCTT +CTAAAACATCTAACTCTGCCTCAATAAGTGCTTCATTAGAGTTAGCTGGATCCATTTGAT +AAGTCTTTCTATCTCCAAAACTCGGAGCAGAATTAGCAGCTTCCCTAAATGGTCCATAGA +AAGTGGATGCGTACTTGACGCTATAAGCCATTATACCAATATCCTCAAATCCAGCTTCAT +CTAATCCTTCTCTAAGTGCAGCTATTCTTCCATCCATCATATCAGAAGGAGCAACCATAT +CAGCACCAGCTTTAGCATGACTTACTGCAATCTTTGTTAAGTATTCTAATGTAACATCAT +TTTTAACATATCCTTTTTCATTTAAGATCCCACAATGTCCATGACTTGTATATTCGCACA +TACAGACATCTGTGATTACATTCATTTCACTATCTATTTCTTTTATTTTTCTGATAGCCC +TTTGAATTATTCCATTATCATTATAAGCTTCACTACCACATTCATCTTTTTCATGGTCAT +GAGGTATACCAAATAATATTACATGCTCTATTCCTAAATCTTTTATTTCTTTTATCTCAT +CTTCTAGCATATCTAAAGAAAAATGATATACATCTGGTAAAGATGAAATTTCACTTTTTA +TTCCCTCTCCCTCTACTATAAATAAAGGGTAAATTAAATCTTCTACATTTAATTTAGTTT +CTCTAACTAAATTTCTTATAGCTTTATTAGCTCTTAATCTTCTAGGTCTTCTTAACATAC +TCATTACCTCCAAAGTAGAATAATTCCTAACAAACAGTAATTGCTTCTACTATCTTATCT +ATAGTTGCTGTTTCAGCTTCTTTATAAACATTTATATTTAATTCTTCCGCAGTAGCTGAA +GTTATTGGTCCTATAGATATTACTTTAGAACTATTTATTTTATCTAAGTTATCTTGTCCT +ATAATTTCTACAAAGTTTCTTACTGTTGAAGAACTTGCAAAAGTTATAAAATCTAAGTCT +TCTTTTTCTAATATATCTAGTATTTCATCCTTCTTACTAGTGTCTATTACACTTTCATAA +GTATGAACTTCTTTTACAGTACATATTTCACTTAACTTGTCCACTAAGTAATCTCTAGCA +TTTCTAGCTCTTGGTATTAATATATTATCTTCCTTAGTTAATTTATCTTTCAATTCATCA +AATAAAGATTCTGCTACAAAAGCTTTAGGAACTATATCTGCAATTATACCTCGAGATTTA +ATTTCCTTAGCTGTAGCACTTCCAATTGCGCATACTTTTAAGTTCGCTAGAGCTCTAGTA +TCTAAGTTCATTTCTTCTAATTTATCAAAGAATATTTCTACAGCATTCTTACTTGTAAGA +ACTAAGTATGTATAATCTTTTATATTATTTATTTCATTTTCTAATTCAGTATTATTTTCT +ATCTTCTCTATTTTTATAGTAGGTATTTCTATTGGATTTCCGCCTAAATCCATTATCTTT +TCTACTATTGAGCTACTTTGAGTTCTACTCCTAGTAACCATTATATTTTTTCCAAATAGT +GGTTTATTTTCAAAGAAATTAAGAGTATCTCTTAACTCTACTACACTTCCTATTGCTATT +AGTGTTGGTGGCTTAACATTTTCTCTTACTGCAGTTTCATAAACATTTTCTAAAGTAGAA +GTTATTACTCTTTGGTTATATCTAGTTGCCCAACTTATAAGAGCAACTGGAGTATCTTTT +GATTTACCTTCTTTGATTAAGTTTTCACTTATTTTCTTTAAGTTAGCTACTCCCATTAAG +AATACAAGAGTACCTCTAATATTCGCTAATGCGTTCCAATTTATCTCATGATTTTCTTTA +TCATCATCTCTTAGATGTCCTGTTACTACATGGAATGAACTTGCATGATCTCTATGAGTT +ATAGGTATCCCTGCATAACAAAGTCCACCTATAGCAGAGGTTATCCCTGGAATTACTTCA +AAGTCTATTCCTTCTTCTTTTAGAAGTTGACCTTCTTCCCCTCCTCTACCAAAAACATAA +GGGTCTCCTCCCTTAAGTCTTGTAACTATTTTGCCTTCTTTAGCTTTATCAGCTATTACT +CTATTTATATCTTCTTGAGGTAGTGTATGATTGCTAGATGCTTTTCCAACATATATAAAT +TCACAGTTAGATTTAGCTTCTTTTAGATAATTTGAATTTGCTAATCTATCATAAACTATA +ACATCAGCTTTTTTTATACACTCTAATCCTTTTAAAGTTAATAATTTATAATCTCCTGGT +CCTGCCCCAACTAAGTATACTTTACCCTTCATAGCTTTCATACTCCTTTAAGACTAATTT +TGCTAATTCTATCCCTGCTTTTCTTGGAGATTTTGAGCTTCCTTCTATACTTTTTATTAT +TAGTTTTTTTCCATCTTCATCTCCAAACAATCCTGTTAGCTTAATCTTCTCATCATCTAC +TATACAATAAGCTCCCATAGGAATATGGCAACTACCATTAACTCCATCTAAAAATCCTCT +TTCAGCTGCTACTTGAATTTCTGTTTCTTCATCTTTTAAACAGTTGATTAGATTTTCTAT +TTCTAAATCATTATCTCTTATTTCTATAGCAAGGGCTCCTTGTGCTGGTGCTGGAACCAT +TACATCTGTTGGTATATAGTAGCTTATATGTTCACTCATACCTGCTCTTAAAATTCCTGC +TGCTGCAAGTACTACTCCATCTAGATTTTCATCTTCTATTTTTCTTACTCTAGTATCTAT +GTTTCCCCTTATTGGAACTATTTCTAAGTCAGGTCTAGCTCTAAGTAGTTGATATTTTCT +TCTTTTACTGCCTGTCCCTATTTTAGCTCCTTGTGGTAAATCATCTATTGAGGTATATCC +TTCTTTTAATATAAGAACATCTCTTGGATCTTCTCTTTTCGGTATCCCTGCAAATTTCAA +TCCAGCTGGTAAGCATGAAGGCATATCCTTCATGCTATGTACAGCTATATCTATTTCTTT +ATCTAATAATTGTTGCTCTATCTCTTTTACAAATAATCCTTTATCACCTATTTTATCTAA +AGATAAATGTTGTACTAAGTCTCCCTTAGTTTTAATTATCTTTATCTCAAAATCAACTTC +AGGATTATTTTTTTTTAACTCATCTATTACCCAATTAGTTTGCGTAAGAGCTAACTTACT +ACCTCTCGTTCCAACTACTACTTTCATGATAAATCTCCTTATGTATTAGTCTTCTAGCCT +ACCTTGTTTTCTAACTTTCCTAATTCTTTCTTATTATCTTTGTTTACTAATATTGTTGAG +AAGTAAGATATCTTTTCTTCTAAATGTACATCTCTTAAATTAGTATAAACAACTTCACCT +TCTTGTGAAGAATTACTTACAAGTATAGCACTATCTATTAATTCATATTGTTCTAACTTG +TTTATTATTTCTTTGAAGTTTTTATATACTTTCATTAATACTATACAACTATAATTTTGT +AATGCATAATCTATTCTTTCTTCTTCCATTGTGCAAGGTATTACTATTAATGGCTCTCTA +TCCATAACTAATGGGAAGTTTTGATTAGATGCTATATTTGAGAATGAAGATATTCCTGGT +ATAGTTTCTACTTCTATGTCATCTATCAATCTTTCCATTATATAAACGTAAGTACTATAT +ATCATTGGATCTCCTAAAGTTACAAATCCAACATTCTTGCCACCTTTAACATCTGCTACT +ATTTCCTCTGCTATTTGATTCCAAGCCGTTATTTTTTCTCCATCATTAAAATTCATCGGG +AAGTGTCTTGATTTTATTTCAAGTCCATCTGGTATGTATTTACTTACTATTGATAACGCT +AAGCTATCTCCACCTTTTCTCGATTCTGGTGTATATAATATATCTAAATTTTGTATAGTT +TCTACCGCTTTTACTGTTACTAACGAACTATCTCCAGGTCCTGTACCTATTCCATAAAAC +TTTGCCATTATATCTTCCTCCTAATTGTTTAGCATATTTCTTCTAATTCTTTTAATTGAT +CTATGCAGTCATGTGCATGCTTTACAAATTTATCTTGAATTTTAGAGTTTTCTCCTAATC +CTTTTAAGTGTACCTTTATTTCAAATCCTTCTTCTTCTAACATGCTCTTCCAAGAATCTT +CTTCATCTCCTGCCATATCATTTATTGCATGATCTCCTGCAACTAACATAAGTGGCATTA +AGTTAACAGTTTTTATATTGTCTGCTTTTAATTTCTTTATAACATGGTCTAATTCTGGAT +AACCTTCTACTGTTCCTACATAAGCATTTATTCCATGATCTCTTAACATGTACTCGATAG +CTGGATATGCTGAATGAGATTCATGGAAAGTTCCATGTCCCATAAATACTACAGCTTCAT +CATCACACATTTGTGGTATTTGAGTTTCTATAGCTTCAACAACTTCTTTATAATCATCTA +TATAAGTAAGTAATGGTCTACCTAATATTAATTTTTTAAATTTAGGTTTATATTCTTCTA +TTTGATCTTTTAACTTATTAAATTCTTCTCCACAGATTATATGAAGTGTTTGAACTATAA +CTTCTTCATATCCTTCTTCATGTAATTTATCTAGGGCTTGTAATGGATTATTTATTTCTA +TTCCATCTCTCTTTTTTATTTTTCTTATTATCATATTTGAAGTATATGCTCTATGAAAAT +CATACTCACTTAATTCTGAACTTATTTTCTTTTCACATGCTTCTATTGTCTTTTTTCTAG +TTTCTTCGTAACTTGTTCCGAAACTTACTACTAATACTGCCTTTTTCATTTTGCTAATCT +CCCTAAATCATAATAAAATTTCTTATTTCTTTAACATCGTTAATAACTTTTGGATAATCT +ATTGTTTCTCTTTTTATTATTACTACTGGTATGTCAAGGATATCAGCTGCATCTACTTTT +TCTAAGAATCCTCCGGCTACTCCACTTTCCTTAGTTATAACTAAATCTATTTTATATTGC +TTATACATTTCCATATTTATGGTTTTACTAAATGGACCCTTCATAGCGATTATGTTATCT +CCATTTAGTCCTAAATCTTCACAACTTTTTATAACCTCACTTGTAGGTAATACTCTCACA +ATTAGCTTTTTATTTTTTATAAGCTCTACATACTTATCTAAGTTTTTACTACCTGTTCCT +ATAAAAATGTTATTACCTTTTTGATTCGCTATTTCACAAGCTTCCTCAATAGTATCAACT +ACATATATATTTGGGTATGTTATACCTTCTATAAGTGATTTTCTTTCATATCTTACGTAC +TCTATATTACTTTCTTTTGAACACTCTATAGCATTTTTAGAAACTTCAATTGCGTACGGA +TGAGTAGCATCTATAATTTGCTTCACTTTATTTTCTTTTATGAATTTCTTCATATCATCC +TTAGTAAGCTTACCTAAAATAACATTTCTTGCATATCCTAGTGCTAAATCCCTTCCATAT +TCAGTGGTTACAGATAAAGTGTACTTTAGATTGAATATTTTGTTTAGTTCGCTGCATATT +TCTAAACTGTCTGAAGTTCCACCTAAAACTAATATCATATACCTTCCTCCTTATACAGTG +TATCCTCTAGGAGTTATCATCTTATCACCGTCTATAAATGTAGATTTATTTCCTATAATA +ACCATAGTTGTCATATCTACTCTTTCAAAGTCCATAGTATCGAATGTGCATAAGAATTTC +TCTTCATTTTCTCTTCCCACATCCTTAACTATTCCTACTGGAATTGAACCATCTTTAAAC +TCTCCCATTATTTCAAAAGCCTTAGCTAAATGTTCACTTCTTCCCTTACTTCTTGGGTTA +TATAAACAAACTACAAAGTCAGCTTCTGCAGCTAATCTTAGCCTTTTTTCTATAACTTCC +CAAGGGGTTAATAAGTCACTTAAGCTTATATGGCAGAAGTCGTGCATTATAGGCGCACCA +AGTATTGCAGCTGCGCCTATACTTGCAGTAACACCTGGAACAACTTTAACAGGTACTTCT +GTTTCTTCTTTGGCTGTTAATTCAAGTATTAAACCTGCCATTCCATATATTCCAGCATCT +CCACTACTTATAACAGCTACAGTTTTACCTTCTTTAGCTATTTCAACAGCTCTTTTACAT +CTGTCTATTTCTTGTCTCATTCCATTTGAAACTACTTCTTTATCTTGAATAAATTCAGTT +ATTAAGTTTATGTATGTTTTATATCCTACTATTACATCTGCATTCTCCATAGCTTTTATA +GCTTCTAGAGTCATCATATCCTTGCTACCTGGTCCAATTCCTACTACATATATCATATTT +TTAATCTCCCTACTGAAAATGTAATTCCTTTGTATTTGTTTTTTTCTATTATCACGTTTC +CATCACTTAGTAGATGAGCTACTGGTTCAGCTACAGAATATACTCCTACACTTTTTTTCA +CCCATTCCGATTTTTCAAACAAATAATCTACTTGTGATATTTCTTCTACAGATAATACTC +TAAAAGGCACATTTAGATTTTCACTTAAATCTATAATTGCTTTTTCATCTTTTTTTACTT +CTATGCTTCCAATCTCTTTGATTGAGTTTATGTCTATATTATTTTTAATTAAAAAGTCTT +CTAGAGAGTCTTGTAAGAGATGACTTTCTGTATCTCTTCTACATCCTATTCCAATTACTA +TATCTCTCGGTGTTACTTTAATAATTCTATATTTATCCTCATAATACTTATCTATTTGTA +AATTCTCTTTATTACTTATAACAACGATGGTATTCAAGTTAATTTTCTTTAACTCTTCAT +CAGATGATATGGACGACTCTAAGCTTTTAGAATTGTCTAGTACAGTAAATCCTCTAGTAT +CAATGTTATATTCTCCATCAATATATAAACCTACTGCATCTCCATTAACCAACATTGCAT +TAACATCTAAAACATTATCTCTAAAATTCACTATATGACCATTAAGTTTTTTTGCTATAA +TATCTAAGGAAGATTTTTTATTTATATCAGTAGCTGTTGTTATAACTGGATTAGAGTTTA +TTAAATCACTTATATGTAAAGTCATCTCATTTGCTCCACCCATATGACCACTTAGTAAAC +TAATAATATTACTTCCTTTTTCATCAGTTACTAAAATTGCTGGATCAGAAAATTTACTAG +TAACCAGTGGCGCTATTGTCCTAACTACAATTCCTGTTGCCATTATAAATAATATGTATT +CATACTTATCAAATATATCTTCTACGAAAAATTTTAATCTTTTTTTAACAGTATATATTT +CTACATCTTCCTCTAAATATTTACTAATCACCTCATTATCATCTAATGAATTTTCGTCTC +TTTTGTTGTTTATAAAATAAATATCTCCATCATTTAAGGACCTTTTTATTTTACAAGCTA +AGCTTCGTCCATTTGACGTAATGCAAAGTATTGCAATTTTAGAATCTATATTCATGTTTA +AAATCCTTATCGTATAGCTTAGAGTTGTTATACTCCTTACCTAAAAATTCTCCTACCATT +ATTAAAGCTGTTTTAGTTATATTATTTTCTTTAACTTTTTCAGCTATATCTTGTAGAGTT +CCTTTTACTATTTTTTCATCTGGCCAAGTAGCTTTGTAAACTACAGCTATTGGAGTAGTT +TCTGGATACCCACCATCGATTAATCTATCAACAACCTTTTCTATTTCTTGAACTGATAAG +AAAATTACCATTGAAGTTTGATGCTTAGCAAAAGACTCTATTGATTCTTTTTCTGGTACT +GGAGTTCTTCCTTCCATTCTTGTTATTACTACACTTTGAGATATTTCTGGTACTGTATAC +TCTACCCCAAGTGCAGAAGATGCTCCTAGAAATGAACTTACTCCTGGTGTGCAATCATAA +TCTATATCTATTTTATTTAATTCTTCTACTTGTTCTCTTATAGAACCATATATTGAGAAG +TCACCTGTTTGTAATCTAACTACAGACTTCCCTTCTTTTATTCCTTTTTCCATAACATCT +GTTATTTGTTGTAAATTCATGTAAGCACTGTTGTGTATTTCACAACCTTCTTTACAGTAC +TCTAAAAGTGCTGGGTTAACTAATGAACCTGCGTATATTACAACGTCTGCATTACTTAAA +AGCTTATATCCTTTTAGTGTTATTAATTCTTTGTCTCCTGGTCCTGCCCCTACAAAATGT +ACTTTATTTATCATCTTACTCTACTCCTTTTTCACAAGATATTATGTAAATTGGGTTTAA +AGGTTTGAAATATTCTCCTCTACCCAGTTTTTCTAACTTAGATACACTTAGCACAGATAC +ATCTATATTCGTAAATCCATGCTCTCTTAACAAGTTTAATGTTTGATTAAAAGTATCTAC +TATTATAAAGTTAGCAACTAGTCTTCCACCTTCTATTAACAGACTTTTCGACCATATTAT +TATTTCTTCAAGGTTGTTGCCAGTACCTCCTAAAAATATTGCATCTACCTTTTTATTTAT +TTCGACAGGTGCATATCCTTTTATTACTTCTATATTCTTTAAATTAAATTTCTCAACATT +TTTATTTATTAATTCTAGAGCATCATCATTACGTTCTATTGCTGTAACGTCTAAGTTTGG +ATAATGATATGCAGCTTCAACAGTTACACTACCTGTTCCTGCACCTACATCTATAAATCT +TTTTGCATTTACTAAATCCAATTTATTTATAGATATTGCCCTTACTTCTTCTTTAGTAAT +TGGAACTTTCCCTGTTATAAACTCACTATTCCTCATCTAATATCACCACAACATTCATGT +CAAATTTTTCTATCTTTAGTATTTCTTCTGGACTTCCTATTGTAATTTGTTCATTATCAT +AAGATAAGTTTTCTCCAACAACAACAGTTTTCTTTAATCCTCTTTTTATTATTTCATTAC +TTATTTCATGAGGTCCTATTTTGTTATCTGTAACCATACACACTTTTTTGTGAGATAATA +TATAATCAAAATCAGGTACCTTCCCATGACTACTAGTAATATATAAATCATTCATATCAA +CATATATTTTTGAAAATATATATTGTAATGAACTTATTCCTGATACTATATTTAAATTTT +TATTATCAATATTCTTAGATAAATATCTTCCTATTCCATATATAAATGGATCTCCTGATG +CAATAACAGATATCTGCTTATGTGTGTTAGTATTTATGTATTCTAAAATTTCTTTTAAAT +TAGATGCCATCTCAATTTTCTCACCCTTAAAGTCTTTGATAGTTTCCAGATTTCTCTTGC +CACCTATTAAAACTTCTGACTGTTTAATTAAGTGTTCACCCAACTTAGTTATATAATTTT +CATTTCCTGGACCTAGTCCAATTATATTTATCATCTAAATACCTCCACTAACTGATCTGC +ATTATTTGATTTTCCAAGTAATGTTTTATCCATCGTGAACATCATTACTCCTACATCTAT +ATCCTCATCTAATAAATATTGGTCTATTTTATACTTACATTTATTGCTTATTAAGTCATA +AAAATCAGTGTATTCACTATCATTTATAATTTCTACTGCACCTTCAGCTGTAACACAACT +TTCAATCTTCTTCAGAAACTCAAATGGAGCTCCCATCATAGCCAAGTTGGAAATTAGTAT +TTCACTTCTTGCATCAGCTACTTTACTGTGTGTGTTAAAAATTCCAGCAGATATTTTGAT +GTACTTACCTATATGACCTGCCATAAGAATTTTCTTATACCCAATTCTTTGAGCTTCCTT +TAGCATATATCCTATAAAATTGCTCGTTCTCACTACATACTTCATATCTAGGTTTAATTT +ATCTTTTATAAATTCTTCTCCATGGTTACCTGGAACAAGTATTATCTTATCTAGTCCTTG +AGCTTTTTTCATTTCTAATTCTACTGATAAAGATTTTTTCCAACCTTCATCACTCATTGG +CTCTACTATTCCACTTGTACCAAGAATAGATATTCCACCTACTATCCCAAGTCTAGGATT +AAAAGTTTTCTTTGCTATTTCTACACCTTGTGGAGCTGATATTGTCAGTTTTAAAGATTT +TTCTTTTCCTATATTACTACTAAAATCTTCTCCTATAACTTTTCTAACTTCAGTGTTTAT +CATCCTCATAGGAACTGGATTTATCGCAGGTCTTCCTACTTCTACACTAAGACCTTTTTT +AGTAACAACTCCTACACCTATTCCACCATCAACTATTATATCTTTATCATTAGTTCTATC +TACAAGCTCTGCTTTTGCATATATATGCATCTTATGTGTGGCATCTATGTCATCTCCTCC +ATCTTTTTCAATAGAACAAATTACATATTCTTCATTGAGCTCAATATTATAAACATCTAG +TGATAGTGGTATTCCTTTTGGTGTATCTATATTTACTTTTTCTATTTTATTTTTTGTAAG +TAACATATAAGTTGCTGCCTTTGATGCAGCTGTTGCACATGAACCTGTAGTATATCCTCG +TCTGTATTTTTTTCCATCAATATATACATACTCTTCCATAACTTTTACCTACATAGAATA +TAAGATAGCATTTACTATAGCTGCAGCTAGGTTACTCCCACCTTTTCTTCCTTTTGAAAT +TATGTAAGGTATATCTGTTTTTTCTAATTCATCCTTAGACTCTGCAGCTCCTACAAATCC +TACTGGAACACCTACAACTGCATCTACATCAAGATTACCTTCATTTTTCATTTCCATAAC +CTTATATAAAGCTGTTGGAGCATTTCCAAGTACAAATAATTTTCTTCCTTTTGTATTAGC +TGCTACTTCTACTGCTGCCATAGAACGAGTTATTCCTTTTTCTTTTGCAAGTGCTGCTAC +TTCTTCATCTGCAACTAAGCACTTGTATTCACAGCCTAATGCTTCTAATTTTCTTTTATT +AATTCCACTTAGGGCCATGTTTGTGTCTGTGAATATTGTAGCTTTATTTTTTAGTGCATC +TACTATAGAGTCTACTGCCTCATCAGATATTTTTAATATATCTAAGTATTCAAAGTCTGC +TGTTGTATGTATTGCACGCTTTATAATTTTCTCTTCTACTTCATTTTTGAACTCATACCC +TGGTCTAATATCATCTATTATACCTTGTATAATTTCAAAGCTTTTTGTTTCTATCATCAT +AGGATTTTTAACGTATTCCATTGCTTACCTCCTCGAATTCCTCCATCAATTATGTCTGAT +GCGTATATTTTTTTATAATATTTATGTAAGTTTTCGTTTCTTATTAATTCTATTAATCTT +ATTTCATCCATAGTTTGATCTAGTAAAATACCGATTACAGTCCCACTATGAGCAACATTT +ACTCCATAAGCTCCGTAGTTCTTAGATATTTCTATAATCTCATTTAGGCCTACTTTTTTA +TGTATATTTTCATTAGCTAAACTACTAATAGTACAGGCTTTTCCAACTAAGTTTAAATCG +TTTTTCCTAATTCCATCTTCTAATAGGTAAAAAGCTTCTTTTATTAAATTCTGATTCTTT +AGCTTAGTTTCCATATAATTTGATTTACTTCTAATTCTTTTAGTATTTAATGTTCTGTTT +GGCTCAAGTATTAAAACTTTAGCATTTTGCAAATTGCCTAAATACTTCATTACTTCTCCA +CTTAAAGGATTAAATATATTTACATCTTCTATAAAAATAGAATCAGTTGCTTCTATTCCT +GCTGCTAGTTTAGAAATTTCTTCACTAGTCATTTCTTTTTCTATCAATGATAAAGTAGCC +TTTATTGTTGCCCCTATATCAGCTGTGGAGCTTGCCATACCTTTACCTGTAGGTATTTGA +CTATTTATATTCAAAGAAATATTTTTACTTTCTTGAATTGGTATATTAAAATTTTCAAAA +ACCATTTCAATTGCTTTTCTCGATTTACGTGGTCCTAAAATTATATCTTCTAATTTTTCT +TCCACAACAGCTGTTGAGTATAAATCTATAGCATAAGAACTTAAATACTCTTCTTTGTTC +ACAAAACCTTGAACAAACTCACCACAAGATGCTGGGCATATTCCATAAGATTTCATTTTA +AGCTCCTAAAACTTTCTTTATTTCTCTTAAAAAAATTTCATTTTCATTGTGAGATTTAAT +TGCAATTCTTATATAGCTATTATCTAATCCTATAAAATTAGATGCATTTCTTATAAGTAT +GTCACTTTCTACAAATAGCTTTTCTTTTATATCATTAGCTGTATTTTCCTTTAGCCTTAT +TAATATAAAGTTTGTATCAGTGTCATGGACCTCAATGGAACAGATTTTTCTCAATTCATT +AAGCATGTAGTTTCTTTCATTCTTGTAGTATTCTTTGCTTTCTTTTATGTATATTTCATT +TTTAAATATGTAATTAGATAAATTATCAGCAAAGGAATTTATTGTCCAAGGTTCTTTGTA +GTGATATATTTTTTCTATTATATCTTTATTACTTGTAACTCCATATCCTAATCTAAGACC +AGGCATCCCAAAAAATTTAGTTACAGCTTTTAAAATAAATAGATTTTCGTATTTCTCTAC +ATATTTAATTAAAGAATACTGCTCTTCATTTTCTACAAACTCCATAAATGTTTCATCAAC +TATTAATAACTTATTATTTTCTATGATAAGCTCTAATATTTTTTCTAAATTCTTAACCTT +TCCATTTGGGTTATTTGGGTTACATATAAATAAACTATCAAAATTATTAATATTTGCTTG +TACTATATCTGCATCTATTTCAAAGTTATTATTTTTATCTAAATCTAAATGCAGTATTTC +TAAGTTATTTAATTCTGCACCTCTTTTATATTCTGAGAATGTTGGGTTAAATATTGCTAA +CCTTTTGTTTATACTTTTCATTAGTAAATATATAATCTCAGTTGCACCATTACCAGGTAT +TATAAATTTTGGATTTACTCCTACATAATCTGATATATTTTTTCTCAAATTTGTATAGTT +TATATCTGGATAACTAGTACATTCCTTTAAGCCTTCTAAAATATAAGTTTCTAGATTAGG +TATTAATTTAGGATTTATATTTGAACTAAAATCTAATATATCCTTTGGATTTTTGTTATG +CTGACTAGCCATTAGTTCAACATTAGCTCCATGACCTAAATCGTTCATCTACATCACCTC +ACACATAATACATATATTAATGTAAATACTATCATTGAAGCTATCGATGTAGCATACATT +ATCCTATTTGTTTTTACTATATCATCACTTTCTATTTCTCTATCTTTGTCTCCAATAGTA +GGCTTATACACTTCTTGTCCAAAGTATATATTAGTTCCACCTAGTTGAATTCCTAAAGCT +CCTGCTACTGCACCTTCTGAAAATGCACAGTTAGGACTTTTATGATTTTTCCTATCTCGG +ATTGCTATATTTGCAGCATTTTTATAGTTATATCCTAGCACCAGACTACCTATAGACATT +AATAATACTGATATTCTAGCTGGTATATAGTTTGCAATATCATCTATTTTTGCAGATGCA +AAACCTATATGTAGATATTTTTCATTCTTATATCCAACAGTAGAATCTAATGTATTTACC +GCTTTATATGCCATAGCAAGAGGTGCTCCTCCTATAAAAGCAAAAAACATAGGTGCAATA +ATTCCATCTACAGTATTTTCAGCAACAGTTTCTACGGTAGCTCTTATTATTTCAGCTTCA +CTTAAATGTTCCGTATCTCTACCAACTATATAAGATAGCTGTATTCTAGATTGTTCTAAG +TCTCCAGTTTTAAGTACCCTATATATTTTTACTGCCTCATCTTTTAAACACTTTGTTGCC +AATGTTGTATATATGATAAAGGCATTTACAAATACAAATACATATGGATTAAAACTACTA +AGCTTAATTATTAGATAAGTAATTAAATAAGTTGGTATTACAGTAAAAAACCATAATACA +AATCCACCTATTTTTAAATCCTTATCAGTCTTTGCTACTTTTCTCACTTTCTTTTCTACA +TACCTTATAAGTTTTCCTATATAACGTACTGGATGTGGAAAAGAGTATGGATCTCCTACA +ATTAAATCTGTTATATATCCAATATAAATAGATAATATATTCATACTACTTACTTCCTCT +TATTAAAAAGTTTTCTATACATTCTAAGTTATTATAAAAATGTGTATGTAGATATGTAGC +TAAAGTATTGCCTTTGCTATATCCACCTTCCCATTCATCAATAACCTTTCCTGCTCTTTC +TTTTCTCATTATATAAGCACATGGTTCATTACTTTCAAATATAGAATGATGGAACTCATG +ACCTTTTATAATCTGAGATTTTCTTGCTAAAACTGTATCTTCCTTTGCTTCTCCATAACA +ATAACCAAATCTTTTTAAAGACGCTGTCATTTTGCTAGTACCTTCAAATATTCCTACCAT +TTCGTACTCTTTATTGTCTTTATCTAGTAGACGGTCTCCTAAGTACATTAATCCACCACA +TTCTGCATATATTGGAATATTATTTTCATGAGCTTTTTTTATTGAAAGCCTCATTGATTC +ATTTTTATCTAATTCTTCTTTAAATATTTCTGGGAAGCCTCCTCCGATATAAATGTAATT +AGCTTCTGGAACTTCTTTATCTTCAATTGGACTAAAGTACTTTATTTCTAATCCTAGCTT +ATCTAATAATTCTATATTTTCTCTATAATAAAAATTAAAAGCTTTATCATATGCAATTGC +TATCGATTTATTTTCTATCCTATTTTTATTTATAAAATTATCTAAATTAAAATTACTTTC +TACTTCTTGTACGTCTGATATTTCTAGTATTTTATCTATATCTATGTACTTCTCTATTTC +ATCTGCAAGATTATCGAACTTAGATTTTAAAGAATCCATTTCTACACTAGGTACTAGTCC +TAAATGTCTTGATTCTAGTGAAAATTCACTATTTGGAGGAAAATAGCCTAATACTTCAAC +CTTACAATATGTCTCTATTGCTTGTTTAAGTATTTCATAGTGACTTTTAGATTTTACATT +ATTTAATATAACTCCTCCTATATTGACGTCTTTATCTAACTCTTTATATCCAAGTACCAT +TGCTGCTGCAGATGCTGCCATTGCCTTAGCATTTATAACTAAAATTACTGGAGCTTTTAA +AAGCTTTGATGCATAAGAGCTTGTACAACTATTTAAATCTATTCCAAGCCCATCATATAG +TCCCATAACACCTTCAACAACTGATATATCTGCATCCTTTGACGCTTCATTCACTATATA +TTTAATCTTTTCATCATCTAGCATATATGAATCTAAGTTTCTGGAATGTCTTCCTGTTAT +AAAAGTATGATAAGATGGATCAATATAATCAGGACCTACCTTATAAGGTTGCACCTTCAT +GTTTCTTTTTGTAAGTGCTTGCATTATTCCCAGGGAAATTGTAGTTTTTCCTACACCGCT +GTTAGTTCCTGCAATTAATATTTTTTTCATATATCTCACCTAACCGTATTGTATTTTCTA +ATCATTCATAATTTCGTATATTTTATCTATATCTAAGTGTTTTCTTAGGAAATCTGCTAA +TTTGTCATATTCATTTTCCTTAAATTCTTTAAATGAACCTACCTTACTTTCTATACTTTC +TAAGCCTTTACTTTGTCTTATATTATTTAGTAAAGCTCTAGTAAATTCTATTTCATCGAA +AATTCCATGGATATATGTTCCAAATACATTTCCTTCATTGTTTACGCTACCTTCAGTATA +ATTAACTTCTTCACCTAACTTTTCAGTTATAGTATCTAAATTCCTTATATCATTACCTAT +GTTTGTAACACCCATATGTATTTCATATCCACTTATTTCTTTTCCTGATAAGCATTCAAG +GTATCCACTTAATCCTTCACATATAGTTGCCTTTACTTGAGTAGTTGTTTTTTCTTGCTC +AAATATAGTTTCTGTATCTAATAGACCTATTCCATCATACTCTTCTACTTCACCTTCTAC +ATGATAAGGGTCTTTTAACTTTTTACCTAACATCTGATATCCTCCACAGATACCAACTAT +TAACTTACCTTTTTTATGTAATGATTTTATTTGATCTTCTAATCCATTTTCTCTAATAAA +TTTAAGGTCATCTATCGTACTTTTGCTTCCAGGTATAATTACTATATCTGGATTTCCTAA +AGATTCTCCATAATCAACATACCTTACACTTACATCTTCTTGAGTTTCAAATATATGAAA +ATCTGTAAAGTTAGACATATGAGGAGTTCTTATTATTTCTATGTGTACATCTTTTACTCC +AACAGCTTTCTTAAATCTTGTAGTCACACTGTCTTCGTCTTCTATTTTTATATCGTTATA +AGGAAGCACTCCTAGTACAGGAACTTTTATAATTTCTTCTAGCATTTTAACGCCTTCTTC +TAAAAGTTCTTTTCTCCCCCTAAACTTATTTATAATTACACCTTTAACTCTTTTTCTTTC +TTCTTCATTTAATAAAAGCATTGTACCTGCTAAAGAAGCAAATACTCCACCTCTATCTAT +GTCTCCAACTATTATTACTGGAGAGTCTGCAATTTGTGCCATTCCCATGTTAGAAATATC +TCTTGCTTTTAAGTTAATTTCAGCACAACTCCCTGCACCTTCCATAACTGTAATGTCGTA +TTTACTATTTAATTCATTAAAAGTTTCTTTCAACACATCCATTAGTTGAAGTTTGTAGTC +ATGATATTCTACTGATGACATATTTCCTACAACCTTACCTCTGACTATAACTTGACTTTT +ATGATTTCCTGACGGTTTTAGCAGTATTGGGTTCATATCTGCTATTGGCTCTAAACCAGA +AGCTTCTGCTTGAGAAACTTGAGCTCTTCCCATCTCTAGACCTTCCTTTGTTATAAAAGA +ATTTAAAGCCATATTTTGTGATTTAAATGGTACAACAGTAAATCCATCTTGTTTAAATAT +TCTACATAATCCTGTTACTATAGTACTTTTTCCAACGTTTGAAGCTGTACCTTGTAGCAT +TATTTTTTTGCCCATTATCTCACTTCCTTTTTTCTTATAATTTAAAATAGGGTGTAAGAA +ATTGAATTTTTATAATATTAAAAAAAGTCCGAATTTTTTAGTTTTCGGACTTTTTTATTT +CATAATATATCAAATAAAAGCTTCACCCCGAAGACTCTATTATAAAATTAATATAGGCAG +GTCTCCTGGCTTAACTTCATTCTAATCCTATACCTTCCCATCTTAATTGACAGTGGTTTA +TAATAGTTTCGTCTGTTTCACAGTAGCGGGGGCTGCAAAGGCATATCACCTTTTTCCCTT +TTAATCCTTGAGCTTATTAGGAACCTAGTTAATCTTATATTCAATTTTTTAAAAAGCTTG +TATTATTCATACTACTTACTACAGTGAATCCATTATCTACTTCCAAAATAGTAACTGAAC +AGTTATCTATCTTAAAGTTCCAATGGTATTCATAAGAGTTTGATATTAAATAAGTAATGA +TATTTCTAATAGTTCCTCCATGAGAACAAATAAGAATCGTTTTGTTATCATTATCATCTA +TTATTGCTTTTATCTCTTTTGATACTCTGTTGTAAGAATCTATTAAGCTTTCTCCATTTG +GATATCTATATTCATATCCTTTATCTATCATTTTTTGAAATTCCTCTGGATATTTAACTT +TAATTTCATTGAAATCAAGTCCTTCAAAATCTCCAAAGCTTATTTCTTTTAAACAATCTT +TTTCTATTATGTCTATATTTCTTTGTTTTGCTATATACTCTACAGTATGCTTTGTCCTCG +ATGATGTGGTAGTATATATTTTGTCTATACTTTGAGATTGTAAAAATTCTGTAAGCTCTA +TAATCTGATTTTTACCTTCTTCACTTAACATACTATCTATATGACCTGATAACTTTTTAT +TTCTGTTATCTTCTGTAATTGCATGTCTTACCAATATTAATTTTATCATAATCTCTCCTT +TTTTAAGGCTAAACTATAAATATTAATGATATATATATATAAATTAAATATATAAGCTCT +GATAATTCTATGCTACAACCTAATATATCTCCAGTTACTCCATCTATTTTCTTATAAACA +TGATTTTTAAATATAACATTAAATAAGAAAACTACTGGTACAGAAATTAGTATACTTATT +AATACTGCATTTGTTGACGCGAATATAAACTTAGAAATTAATCCTAGCATTACTAGTGAA +TACGATGTAGCAGTTAAAAACATTCCTAATGAACATTTTCCTATGAATAAGTTTCCTAAT +CCATTCTTTCTAGGTGTTGCTGTTTTATAAGTTAAAACTAAAACACCAAGTCTACCTAAA +ATAGGCATAAACATTACAAGCCATAATAATCCTTTATTTATGATACTGTAAATAAATCCT +ACTTTAAATAATAATAAAAACATTACTGCTAAAAGTGAATTTGTTCCTAATCTAGAATCC +TTCATTATTTCTAGCATCTTTTCTTTATCTCTATAACTGTATAATGCGTCAAAGGTATCA +CCTAGGCCATCTATATGGAGTCCTCCTGTAAGTATTACTGCACTTAACGTAATTATCAGA +GAAGTTATAAATGGATCAAATATCATAAGAGATATTTTACCAATTAACAGTTCTAATACC +CCAAGCACTAACCCTACTAACGGAAAATAAGATAAAGTTTTATGAAACTCTTCATCAAAT +CCAACATTTATATTTATGGGAATTCTAGTCATGAATTGTAGTATCGAAATAAATCTTTTC +ATAACTATCCTTTTATCCTCATAGGTATACCACTTACTACAAAGTGAACTTCATCACTTT +TAGATGCAATAAGTTGATTAATCCTACCTACAATATCAGAGTATATTCTACTAAGTTTGT +TTCCTGGAACAATTCCCATACCTAATTCGTTGGTAACAAATACAAAGTATAAATCGGTTA +ATTTAATTTCTTCTAATAATTTATTAACTTGATCTTTGATATACAATTCTAGAGCATTTA +TCTCATCTGATTTTGCATTATCTATATCGATGTCATAACTAAACATTAAGTTATTAACTA +ACAAAGTAACACAATCTAGGATGACTGTTTCATGATTATCATTAATTTCTCTTATTATAG +AGTATATATCTTTGTAGATTTCATAAGTCTTCCATTCTGAAGGTCTACTGTCTTGATGTT +TCTTTACTCTATCTTTCATTTCATCATCAAAAGGTATTGATGTTGCTATATATGCTGTTT +TATTATTTCTATCCTTACATAGTAACTCTGCAAAGCTGCTTTTACCAGACCTTGCTCCAC +CAGTAACTAGAATAATTTCACTCATATTACTTCTCCTTATCAAGCTCTATCTTCCTAACA +TATCTATTTCATCATATGTTACCATATTCTTATATGTAAAGTTGCAAGCTTCTATTATAT +TAAATGCTAGTGCAGCTCCACTACCTTCACCTAATCTCATATCCATATTTAATACTGGGC +TTAACTTTATTATTTCTAAAGCTTTTTGAGTTCCAGGTTCTGCAGATAAATGTGAACCTA +TCATATAATCTCTAGTTATTGGATTTATAGTATATGCAAGTAATGCAGCTGCATAAGATA +TGAATCCATCTATTACAACTGGTGTTTTATTAGCACTACATCCTAAAATTACACCTGCCA +TAGCTCCTATTTCAAATCCACCAACCTTAGCTAGTGTATCTATGCCATCTTTGGGATTAG +GTTGATTTAATTCTATTGCATTTCTTATTACATCAGCTTTATGCTTTAATCTTTCTTTCT +TAAGACCAGCACCTATTCCTGTTATCTCTTCAGGATCACATCCACCTATTACAGATATTA +TTGCTGTACTTGGGGTAGTATTACAAATTCCCATTTCTCCAATTCCCACAACACTGTATC +CCTTTTCTATATAAGTTTCAGCCATTTCTATTCCTATTTCTAAACATCTTACTGCTTCTT +CTCTAGTCATAGCCGGACCTTTCGCCATATTTGAAGTGCATTTTCTTATCTTATAATCTA +AAACACCTTCCATTTTTTCATCAGTATTAATACCCACATCTACAGCAACTACATCTGCTC +CAACAAACTTCGCTATAGTTCCAACACCACATGTTCCATTTGCAAAGTTAGGAAATTGAA +GTTTTGTTATCTCTTGCGGATCTGGCGCTACTCCTTCTTCATATACACCATGGTCAGCCC +CAAAAGCTATAACTACTTTTTTATCTGTGTCAAAAAATTTACTTCTATAAATACCTGCTA +ATTGAGCACAGATGTCCTCCATTTTGCCTAAACTACCTTGAGGCTTTGCTTGTCTATCTA +ATCTATGTCTTGCTGCTTCTATATAAGCTTGATCAAGTGGCTCTATATTATTTAAAGCTT +TCTCTAACATTGATGTACTTTCTAATACGCTCATCTTATGGTTCACTCCTTATATACTAT +TTTTTACAAAATTTAACCTAGCCAAAAGGCTAGGTTTTTAATAACTTCATTTTGCCTAGT +CTGATTTCAACATAAGATGATATTTTTCTCATAAAATACTTTAACTTAAATAAATATTCT +ACATTTTTATCTTATATCCTCTTATATATCTATTAAAACTGGCCTAAAAGTTCTATTTTA +TTTTGTATCTTTTAATCTCCTATAAGTTGTGTGCTACTTTTAATGCTTCATAGTTAGCAT +TTATTGTATTCTCTATATCTTCATCTGTATGTGCATTTGATAAAAACATAGCTTCATATT +GACTAGGTCCAACAAGTATACCTCTTTCTAATAATTCTTTGAAGTATAAGTTAAACTTAT +CTATATCACATTTTTTAGCATCATCATAACTTTCTACAGGGCCTTTTGTAAAGAATAAAC +ATACTAAAGAACCAGCTCTATTTACTGTATAATCTAAACCTAATTTTTTTAAGTTAGACT +TTATTCCCTCTTCTAGCTTTATAGCTTTTCTTTCTAACTCAGTATAAATCTGAGGATTAT +CCCTTAATATTTCTAAATTCCTTTTGCCCATATACATTGCTAATGGATTACCTGATAAAG +TACCTGCTTGATATACAGGACCTACAGGAGAAACAACATCCATTATTTCCTTCTTACCAC +CATAAGCACCAACTGGAAGACCTGCTCCTATTATCTTCCCAAAACAAACCATATCCGGAT +TTATTCCAAAATATTTTGGTGAACTATTATAACTTATTCTGAATCCAGTTATTACTTCAT +CAAATATTAAAACAGCTCCATATTCTGTACATAAATCCCTTAAAAGTTGTATAAATTCTT +GTTTCCCTTTAACTAATCCCATGTTTCCTGATATAGTTTCTACTATTACTGCTGCTATAT +CATTACCCTGCTCTTCAAAAATTCTTCTTACATCATCTAAGTCATTATATTTAGCTACTA +AAGTATGCTTTACTACATCATCAGGTACACCTGGGCTTGTAGGTACCCCATATGTTAAAG +CTCCAGAACCAGATTGAACTAACAATGCATCTGAATGTCCATGATAACATCCTTCAAACT +TTAATATTTTATTTCTTCCAGTATATCCTCTAGCTACTCTTAAGGCACTCATTGTTGCTT +CTGTTCCAGAGTTAACCATACGAACTTGATCTATTGCTGGATATGCATCAACTATTATCT +TTGCCATTTCCACTTCTATTTCAGTAGGAACTCCAAAACTAGTTCCTCTTTTAATAACAT +CTTCTATACCTTCAGTTAATTCCTTAGGAGAATGTCCTAACATAAGTGGCCCCCAAGAAC +AAATATAATCAATGTACTCATTTCCATCTACATCATATATTTTACTTCCATGAGCATGGT +CTACAAATATAGGACTTAATCCTACTGATTTAAATGCTCTAACTGGACTGTTAACCCCTC +CAGGTATATACTTTACTGCTTCTTCATATACTTTAACTGATTTTTCATGCTTCATCTGCA +TATCCTCCTGAGATTAAATTTCAAATAATTCCTCTATTAATTTTATGTATTCTTCCCTTT +TTCCTTTGTCTTTGACTTGCTTTAAATTAAGTATTGGTTCTCTAACAAGTCTCTTCAATG +CTGATCCCATCATTTTATCTATAATTCTTTTATCTTTAGAGTCAAGATCAACTTTTCTAA +ATATATAATCTAAAGTATCTTGTCTTATCTCAAAACACTTTTCATTTAATGATTGAATAG +TAGGATCTATATCTGCAGCATCTAACCATTCCATAAATTCATCAACTTTAGAATTTATAG +TTTGACGGCCTATCATCGCTAGCTCATTTCTCTTACTATCATTTTTATCATGTATTTTCT +TTAAATCATCTATATCATAAACCTCTATATTTTCAAATTCATTAATATTAGGATCTATAT +CTCTAGGCAATGCAATATCCATCATATATAATTTATGATCCAAATTTGGAATTTCTTCAG +CTCTTAATACTGTATGTGGTGATGCAGTTGCACTTACGACTATATCTACATTTTTAAGAG +TTTCATACCTGCTGTCATAGTTTATTGGAATAACATTTTTAAAATCATCACCTATATCTT +CATACTTCCCATGACTACGATTAGCTAAATATATAGTATTTACTTTTTCTTCCTTTAAAT +GAGTCATCGTTAGTTTGCTCATTTTACCAAAACCAACTACTAAAGCATTTTTGTTTTCCA +AACTACCTAGTTTTTCTTTTAATAATTTAATACCTATATAACTTATTGATAATGGTTGTT +GAGATATCTTAGTTGTGCTCTTAATTTCTTTTGATGTTGTTACTGCTTCTCTAAATAATT +TATTGAAAACTTTTTTACTAGCACCTAATTTCATAGAAAACTCATGTGCATCTTTTACTT +GCCCTAATATTTGATCTTCACCTAATACTATTGAGTCTAATCCTGCAGTAACTTCAAAGA +GATGATCTATAGCTTGCTTCCCTGATTTTGAAAATAAATATGATTTTATATTTCTTTCAT +TAAAATATTCTTCATAAAAATCTTCTACAATTTGAATTTTATTTTCTATATTATTTGCTC +TAATATAGATTTCGCTTCTGTTACATGTAGATAATATCACAATTTCGCTAATATCTTTAT +CCAATAAGGAGTTTATAGCTTCTATTTTTCTAGTATCTGTAAAGGATACTTTTTCTCTAA +CACTTATTGGAGCTAAATTATGGTTTACCCCTATAACTCCTATATCCATAGCCAACCTCC +ATACGATTTCTTAATTTCTATCCCCATTTATAGTATACATTATATCAACTTTATTTGTAA +ATTTTAAGTTTGCATAATAAAAAAGATTACGTGGCTACGTCTTACTCTCCCAGGAGGTTG +CCCCCCAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGG +>MGYG000000001_36 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCTTATAGAAAAATACTTTTAAAATATG +TATTTTGTAAAAATATTGAAAAAAACGTTATTATATGGTAGGATACTACTATGTTAAAAA +AATAATTATCGTAATGGGGGATAAAACAAGAAATTAATACTAGCTATGTATAATAAAAAG +TTTAATGATTAGAAATAAATTTAACTACTTTACTATTTTAATATATTAAAGTATAATATT +AAAATTTATGATATAATTAAACTATTGTCAAAAATTAAATTAGATAATATTAATGGGAGA +GAATCCTAAATTTAAAGGTATGGAGAGATTATTGTGAGACTGTACGAAAAGAAGTATAAG +GAAACGGGAAAAGATTACGCATATAGAGTATTAAAAGATAACATAATGTCTATTCAGTTA +AAACCAGGGGACTTATTAAGTGAATCAGACTTATCTCAAAAATTAAATATATCGAGAACT +CCAATAAGAGAAGTTTTAATGAGACTAAAGTCAGAACATCTTATAGAAGTTAAACCTCAG +TCAGGTACATATATTTCCTTAATAGATTGGAATTTAATAGAAGAAGCTGTGTTTATGAGA +TATACTTTAGAAAAAGAAGTATTAAAGGAGGCTTGTGAGAGTTTCCCAGAAAATTTATTA +ATGGAACTAGAAAAGAATATATTCGCTCAAAGTTTAATTGTAAATAAAGAGGATAATGAT +ATAGAGTTCCATAGATTAGATAAAGAATTTCATAAATTATTATTTTTAGGTACAAATAAA +GTTCATATTTGGGATAGTATAACGAGTCTAAGTACTCATTATAACAGAATGAGATTATTA +TCAGAAATGAAATCGAATAAAGAACAAATAGTTGAACAGCATAAGATATATTTAGATATG +ATAAAAAATAAATCAAAAGATGGGATAGAGAAGGTTATAGAGAGGCATATAAAATCGCCG +TTAAAAGAATGGCATATAATGATTGAAGAAAGAGAAGATCTTAAGTCATATATAAAAAAT +AAGAAGTAAATTAAAGTCTCTTTATCTTAGAATTTTATATCTTTAAGATAAAGAGATTTT +TGTAAAAAAATGAAAAAGATTTCCTAAAAAGTATTGAAAAAAATTTTTTAGTGTGCTAGT +ATACAAGTATAATAAAAAGTTCTCAGGAGGAGTAAAAAATGAAATTACCATTTAGTATTG +ACTTAAAAGATAAAGTTTGTGTAGTAACAGGTGGAGCAGGAGTGCTTTGTGGTGCTATGG +TAGATGCTTTAGCAGCTTGTGGAGCAAAAGTAGCTATACTTTCATTAGGGCAAGAGTCTT +GTGATAGAAAAGCTCAAGAAGTAATAGCTAATGGGGGACAAGCAATAGGAATAGATGTTA +ATGTTTTAGATAAAGAAAGCTTAAAAAGAGCTCATGAAATAGTATTAAAAGAATTTGGTC +CATGTGACATATTAATAAATGGAGCTGGTGGAAACCATCCAAAAGGAACAACTACAAATG +AATATTTATTTGAAGAAGATTTAAATAATGATGAGTTAACAACATTCTTTGATCTAGATC +AAAAAGGTGTAGAATTCGTATTTAACTTAAACTACTTAGGAACATTATTACCATCTCAAG +AGTTCGCTAAGGATATGATAAATAGAAAAGGTTGTTCAATAATAAATATATCTTCAATGA +ACGCTTTTACACCATTAACTAAGATACCTGCTTACTCTGGAGCAAAAGCTGCTGTAAGTA +ACTTTACTCAATGGTTAGCTGTTCATATGTCTAAAGTTGGAATAAGAGTTAATGCAATAG +CTCCAGGATTCTTCGTAACTGCTCAAAATGAAAAGTTATTATTTAACGAAGATGGAACAC +CAACTGCAAGAACTGCTAAAATATTAAATAGTACTCCAATGGATAGATTCGGTGAAGCTG +ATGAATTATTAGGTACATTATTATACTTAGTAAGTGAAGAAGCATCAGGATTTGTAAACG +GAGTTGTTATACCAGTAGATGGAGCATTCTCAGCTTATTCAGGAGTATAATAAATAGGGG +GAAAACAAAAATGTTAGAAATTATAAAAAAAGAAGGTATTGTAGCAGTACTTAGAGCTAA +AAGCCACGAAGAAGCAAGAGGTTATATAAATGCTTGTTTAAAAGGTGGAGTTAAGGCTTT +AGAACTTACTTACTCAATACCAAATGTAAATGAATTAATATCAGAGTATAAAAACCATGA +AGATGCCATAATAGGTGTTGGTAGTGTTTTAAATGGACAAATGGCAAAGGATTCAATCCT +TGCTGGAGCTAAATATGTAGTGAGTCCAGGATATAACGAAGAAGTTAATACAGTATGTCA +TGAAATGGGTGTTACTTATTTCCCTGGATGTATGACAGTTACTGAAATAATGAATGCATT +AGAAAAAGGAAACAAAATGGTAAAAGTATTCCCTGGAGATGTATTTGGACCTAAATACGT +AAAAGCTGTTAAAGCACCAATACCACACGTTGAAATAATGCCAACTGGCGGAGTTAATAT +AGATAACGTTGAAGAGTGGTTTAAAATGGGAGTTTCTTGTGTAGGAGTAGGAAGCTCTCT +AATAAAAGGTAGCTTAGAAGACATCGAAAAGCTAGCTGCAGAATTTGTAGCAAAGATAGC +TAAAATAAGAGACTATGAATAAGTTAGAGCTTAATAATAAAAAAATATTAGGATTTGGCG +AAATAATGTTAAGGCTAACTCCTCCGAATAATCAAAAGATATTACAATCTAATTCTTTTG +AAGCGGTATATTCAGGAGGAGAAGCTAATGTAATAGCAAGTCTTGCTATGTTTGGCCATG +ATACTAAATTTGTTACAAAGCTTCCAGATAATCATTTAGGTCAAAAAGTATTAAGTAAAT +TTAGGGGTTATAATGTAGATATAAGTGATGTAGTTACTGGTGAAGGTAGATTAGGGATAT +ACTTCTCAGAAATTGGTCATGGATTAAGAAGTACAGAAGTTATATATGATAGAAAATATT +CTGCTATATCTATGGCAGATAAAAGTGAATTTGATATAGATAAAATTCTTGATGGTGTTG +GCTTTGTCCACATGTCAGGAATAACACCAGCATTAAGTAAAAGTTTACGTGAATTCACTA +TAGATTTTATAAAAGCTTGCAAAGAAAGAGGTATACTAGTATCGTACGATTCTAACTTTA +GAGCAAAATTATGGTCTTTAGAAGAAGCAAGAGAAGTATTAACAGAGGTAATGCCTCTTA +TTGATATAGCTTTTCTAGGGCATTTAGACATGATAAATATATTACAGTTTGAAGATAAAG +GCTTAGAGTTTGACGAAAATCTTAAAGATCTTTATGGTAGATTATTTGAGAAATATCCAA +ACTTAAAATATGCAGCATGTACTAAAAGAACAGTAAACTCAATCAATAATAATAGCTTAA +GGGGTTATTTATATGATGGAGAAGAACTTATAGTTTCAAATGAATATACTTTTGATATTT +TAGATAGAGTAGGTGGAGGAGATGCCTTTACTGCGGGAGTACTACATGGAATATTCAAAA +ATATGAAACATGAAGAAATTATTGAATTTGGAATTTGTGCAAGTTCACTTAAGCACTCGA +TATTAGGGGATATAAATATAGTAGACGAAGATACTGTTGTTTCATTAATGAAGAACGGTT +TACAAAATATAAAAAGATAAATGGAGGAAATTGTTATGAAAATGACATTTAGATGGTATG +GACAAGATGATCCTGTTAAAATAGAATACATACGTCAAATACCAGGAATGAAAGGTATAG +TAACGGCAATATATGATATACCAGTAGGAGAGGTTTGGCCTTTAGATAGAATATTAGAAT +TAAAGAAAACAGTAGAAGATGCTGGTTTAGAACTTAGCGTTATAGAAAGTGTACCAGTTC +ACGAAGATATAAAGTTAGGTTTACCAACTAGAGATCAATATATAGAAAACTATAAGCAAA +CAATAAGAAACTTAAGCAAAGCTGGAATAAAAACTATATGTTATAACTTTATGCCAGTAT +TTGACTGGACTCGTTCTGATTTAGAGTTTGAATTAGAAGATGGTTCAACTTGTTTAATAT +ATGATGAAGCACAAGTTGCTAAGATGGATCCAAAATTAGGAGAATTAGAATTACCAGGTT +GGGATACTTCATACGGTGAAGGTGGACTTGGAGCATTACTTGATAAATATAAAGATATAG +ATGAAGAAAAATTATGGGCAAACTTAGAATACTTCATAAAAGGTATAATGCCAGTTGCTG +AAGAAGAAGAAGTTAAAATGGCTATACACCCAGATGATCCACCATGGGGAATATTTGGAC +TTCCAAGAATAATAACTAACTTCGAAAACTTAGAAAGATTCTTAAACTTATATGATAGCC +ACTACAATGGAGTAACTTTATGTACTGGATCTTTAGGATGTACAACAACGAACGATGTAG +TTGAAATGGTTAAATACTTCGGTGGAGAGAAGAACAGAATACACTTTGCTCATTTAAGAA +ATGTATTAATAACTGGAGAAAGTAGTTTCAATGAAGTTGCCCACTTATCAGAAGCAGGAT +CACTAGATTTCTATGAAATAATGAAGGCTTACTGTGATTATGACTTTGATGGACCATACA +GACCAGACCACGGTAGAATGATATGGGGAGAAACTGGAAGACCAGGATACGGATTATATG +ATAGAGCTTTAGGTGCTACTTACTTAAATGGACTTAAAGAAGCTATATTAAAAAGCAGAT +AATTTAATATTAAATTATAAATATTGTTAAAATAAAAGCCATTGCTATAAGAAAATTTTT +CTTATAGCAATGGCTAAATGTAAATGGAGGGTATTATGAAAAAATTCATGGATAAAGATT +TCTTATTACAAACAGAAACTGCAAAATACTTATATCACAATCATGCATCTAGAATGCCTA +TATGTGATTATCACTGTCACTTAAATCCTCAGGAAATAGCAGAAAATAAAAGATATAATA +ATATAACTGAAATATGGTTAGGTGGAGACCACTACAAGTGGAGAGCCATGAGAAGTTTTG +GAATAGATGAAGAATATATAACTGGAAATGCTAGTGATTTTGAAAAGTTTAAAGCATTTG +CAAAGGCTATGCCTTATTTAATAGGTAATCCAATATATCATTGGTCTCATTTAGAGTTAA +AAGAATACTTTGGAATAGAAGAAACTTTAAGTGAAAAAAATGCTGAAGAAATATGGAATA +GATGTAATGAAATAATACAAAGTCCTGATTTTTCTGCTAGAACTATGATAGAAAAATCAA +ATGTTAAATATATAGGAACTACAGATGACCCAGCGGATGATTTAAAATGGCATATCGCAA +TATCTAAAGATGAGAACTTTGATTGCCAAGTTGGTCCAAGTTTTAGACCTGATAAAGCAG +TTAAGATAGGAAATGAAGGATTTGCCGAGTACATAAAAGTATTAGGAGCAACTGAAAATA +CAGAAATAACTAGCTATAAAGAACTTATAGATGTATTAGAAAAGAGAGTTGCGTTCTTCG +TAGAAAATGGATGTAAAATAACAGACCATGGATTAGATAGAATCTACTTTAGGGCTGCAA +CCGAAGAAGAGGTAGATGTAATACTTAAAAAAGCATTAAATGGAGAAACTTTAAGTCAAG +AAGAAATAGAAAAGTACTCAACTTTAACTATGGTTAACTTAGGTAAAATGTATCATAAGC +ATGATATAGTTATGCAATTACACATAGGAGCTCTTAGAAACAATAATACTAGAATGTTTA +AAAAGTTAGGAGCTGATGTAGGGTTTGATAGTATAGATGATGCAGAAGTTGCTATGCCAT +TATCTAGATTATTAGATTCTTTAGCTACTGAAGATATGTTACCAAAGACAATATTATACT +GCTTAAATCCAAAAGATAATGAAGTATTGGGAACAATGATAGGTAATTTCCAAGGCGGAG +GTATAGCTGGTAAAATACAATTCGGTTCTGGTTGGTGGTTCAACGACCAAAAAGACGGAA +TGGAAAGACAAATGATGGCTTTATCTCAGTTAGGTCTTATAAGTCAATTTGTAGGAATGC +TTACAGATTCTCGTAGTTTCTTATCGTATACTAGACATGAATATTTCAGAAGAATATTAT +GTAACTATATAGGTGGATTAGTTGAGAATGGAGAATATCCAGCCGATATGGAATTCTTAG +GGGAAATCATAGAAAACATTTGCTACAATAATGCAGTTAAATACTTTAATGTATAAAATG +TAATAATTAGAAAAAGTATAATAATATAAAAAAATGTTAAAAAATAAATTATTATATTGA +TGAGTAATATCTAATATGATACAATATATGTATAAATAAGGGAAGATTATCCTTTTTAAT +ACATATATTGTATTTTTTTACAACAAACATGTATACAAGTATTTTAGAATATTTCAACAA +AAATGTATAAAAAGGGTGATTATATATTAATATGTCAAATTTTAAACAAATATCATATTA +GGGAGGTTTATATGGACGCTAAAAAATTTGATTTAGGGATTAATAATACGGAAGGGGAAA +ACGTAAAACCTTTCGGAAATAGTGACCGTTATGGTTATATGTTAGGAGACTTAGGTAATA +GTTTATTATTTAACTTAATAGGAAGTTATTTATTACTATTCTATACAGATGTATTAGGTA +TAGGAGCGGCAGCTGTAGGAACACTAATGGTTGTTGCTAGAATATGGGATGCTATAAATG +ACCCAATGATGGGTGTGTTAATTGATAGAAGTAAGCCAAATAAAAATGGTAAATTTAGAC +CATACTTAATGCGTGCAGCAATACCTGTTGGATTAATGGCAGTATTATGTTTTACAGTAA +TACCAGGTATATCGGATAGTTTTAAATTACCATATGCATATATAACGTATATAGGATTTG +GTATGGCTTATACAGCAATAAATATACCTTATGGATCGCTAGCTTCAGTGATGACTTCAG +ATCCAGTAGAAAGAACATCTTTATCAACATTTAGATCAATAGGTGCTATACTTGCAAATT +TAATATTGATGGGAGTTGCGCCTAAATTAGTGTTTGCAGATGGTGGCGCAAGTGCAGCAG +GATTTTTAAAAGCAGCAGTAATATTCGCAGTTATATCTAATATATGTTATTTCCTTGCTT +TTAAAATGACTACAGAAAGAATACAACACAATGTAAATGATGAATCTAAAGAAAAAGTAA +GCTTAGGAAAATCAGTTTCAATGCTATTTAAAAACAGAGCTTTAGTAGGCATAATGGTTG +CATCATTTGGATTATTATTAGCAATGTTCTTACCTCAATCATTAAATCCTTATTTATATA +AAGATTATTTCGGAAATGCAAATTTAGTAGGTCCAGCATCATTATTAAGCATGATTCCAT +CATTCTTAGTTATACCTTTTGGTGGAAAACTAGTTGCTAAGTATGGTAAAAAAGAAGTTA +CTGCAGCTGGGTTTGCAATAGCAACTATAGGATATGGATTATTATTCTTCTTACCAATAA +CTAACCCATATATATTCATAGCAATAAACTGCTTTGCAGGTATAGGGACAGGTTTAATAA +ACTTATTAGTATGGGCTTTAGTTGGAGATGCTATAGATTATCAAGAATATATAACTGGAA +AAAGAGAAGAAGGTATAGTTTATGCAGCTTATTCATTAGTTAGAAAGCTTAGTCAAGCAG +TTGTAGGTGGAGTTAGTGGATTTGCTTTAGGTATTATAGGTTACCAATCAGGAGCAGCGC +AACAAACAGCAGAGGTTGCTAATGGAGTAAAAAATATAATAACTGCAGTTCCTTTCTTTG +GAGTTATATTAGGACTTTTAGCTATGATATTTATATATAACTTAACTAAATCAAGATTAG +AAGAAGTAAATAACGAATTAAAAGTAAGAAGATCTAACTAAACAAATTAAATATGGAAAA +CGTCTGCCTTTTGAGCAGACGTTTTCTATAAGAAATCTAATTATTAAATTATTTATATAA +TAACGAAATTATATAAAAATAAAATTACTAATTTTTAGAATTTAGTAAGAATCAATATAT +TATTATTAAAATAAAAAGAATCTCTTTTAATTAACATTAATTAAAAGAGATTCTTTTATG +TACATTACTTGTTTTCTTCTATATAGTGGCATATATCACCTATAGTTTTCATGTTTTCTG +CATCTTCATCAGGTATTTCTATACCAAACTCGTCTTCAAGAGCCATTATAACTTCAACAG +CATCTAAAGAGTCTGCATCTAAATCTTCTTTTAAAGAAGTTTCTAAAGTTAGCTCATCTG +CATTATCTATACCTAATTGATCTGCAATTATTGTTTTTATTTTTTCAAACATGATTAAAC +CTCCTAAACGGTTTCTTAATTTTAATTGTAGTTTAATATAATATTAAAAATATTTCAATA +CACAATCAATAAAAAGTAATAAAGTTTTAAAAGTTGAATATAAATTATATAAAATAGAAC +ATAGGAGGAATTGTTATGAAGTATATAGGACTAGTATTATCATCTGTGTGCATTTTTATA +ATTGTATTAGCAAATTTATACTATAACTCTATAACATTAGATATGCAAAGGATGAAGAAT +TACATAGTTGAAAGCAATAGGATATTATCAGATATTATTGAAAAAGAAGAAATGGTAAAT +GAAAAAAAAGATGAATACATATCTAGATTGGTTAGTTTGAAGAAAGGAATAAAAAATTCT +AAGACTTCTTTCTTAGTAAAAGAGTATAAAGATTATAAAGTAAAATCAATAGACAATTTG +ATATATATTATTTCTTACCCAAATGATAAAGAAAGATATTTAACTGAGGTAAAAAAATAT +AACAAACTGAGTGAAGAAGAACTAAATAAATTAATAAATGAGGATTTTATGGAAGTAACC +TATTTATCGGCTAAAACATATATTTAGTTAGGAGATATTTTACCTTTTACTTATTTTAAG +GAGGGAAAGGTCATGGCAAAACTTGAAGATACTTTATCTAGATTTTTTGGAGGCAATAAT +GGCCTTTTTAGTAGTGGAGGGGTATTATTAATAATAGTCATAGTATTTTTATTAATAGGA +ACGGACCTACTAGATGATTTTTTTGATGATGATAGTGTATGGATATGGATAATTTTAATA +ATATTACTATTATTTAATTTTGATGATAGTTGTTGCTAAATTAAAGTTAATTTTAAAGGA +ATCTAAATTGATTTCTTTTTTTTTGCAAAAAATTGATATCCCTAAAATTAGATAAGAATA +AAAAATCTTTTTAGACAAAATGGAACAATTTTATTCTAAATAACATATTATTCATTAAAT +AGGTAATAAATATCCTATTAAAAAATCAGAGGGGGTATGAAGATGTCTAATGAACAAAGT +TTATCTCGTTTTTTTGGAGGGTGCTGTGGTAATAGTTTCTTTGGTAATGGAGGTTTAATG +ATATTAATAATATTAGGGGTAATACTTCTATTAGGAGACGATTTATTAGAGTTCATATTC +TGTGAAGATAATGCATTGATTTGGATAATATTAATAATTTTAGTATTAACTAACTTAGAC +TTTTAATGATGTATACTGTTAGGTTTAGTAAGGGGGTCCTTGTATAAGGCCTCTTTTTCA +TGCGTATTTAATACATAAGTTAATAGTAATCTTAGAAAATATTATGATAGAATTTTAAAT +GCATAAAAAATAATAACACTTTTTTGATTAAAGCATAGTATATAAAAGAAGCGGTATTGT +AACGACAACTAGGGACTTACAGAGTAATAATTTATAAGTAAGGGGGAGGTTGTATGACAA +ATAAACTAAGTAGAGTATTTGAAACATTTGGAGGTGGAGGATGGTGGATAATAATATTAT +TCTTCCTATTCTTAGCATTCCAAGATTGTTGGGTTGATATTTGTATAACTGACTGGATTC +CATTTTTAATTTTACTACTAATTGTTTGTTCATGTTCAATGGGTTTTGATGACGACTGTG +GATGCTTCGATAATAGCAACTTTGATTGTAACTGTTAATAACTTTAAGGAGATGTCTAAG +ATTAAGCTTTAATTATAGATATTCAGGGGCCAATGGCCCAAATTTATCTTATTATTAGTA +GCATTTTAGAGATCTCTTTTTATATTGAAAAATGTTCCAAAAAATTTATGAATAAGTATT +TAAGAAAATAATATTAAATATTATCACAAATAATACAACCTGCATATTATATCTTAAGAG +CGAAAGCTCAATAATATCAACAGGAGGTAACTTAACAATGTTAGATAGATTTTTTGGAGA +CGATGGATTCTTTGGAGCAGGAGCTTGGTGGATAATAATATTATTCTTCTTATTCTTAGC +TTTTGGTGATAGTTGGGTAGACTTTGATATAATGGCTTGGATACCTTTCTTAATAGTTCT +ATTAATACTTTGTAGTTGTGGTGGTATATTATAGTAACAAAATCATTATAACTTCATATT +ATGTAGTATAGATGGTTAAGTAAATACACTACTAGCCAGCAAATTAAACTTATAGTTTAA +TAAAAAAATTTCATTTAGGAGGGCTTTATTATGCTAGATAGATTCTTTGGGGAAGGCGGA +TGTTTTTCAGGAGCTTGGTGGATAATAGTATTATTCTTCTTATTCTTAGCTTTTGGTGAT +TGCTGGGAAGATATAGATATAATAGCTTGGATTCCATTCTTAATATTATTATTAATAACT +TGTTCATGTGGCGGATTCTTTGATGATGGAGGATGCTGCTAGTAAGAACTAATTAATACA +GGGGTGTTGGTATAATATACCAACACTTTTATTTTGTGATCTTATTATAATAAATATTAC +ATAATTAAATTTATTATATGAAAAAATATAGATGGAAATATATTTATTAAAAAAAAACTT +TATGGTAGAATTAATAGTTAACTAGTGAATTTTTAATTTTGAATTTATATATCTAAATTT +AAATAAATTTAAATAAAATCGAGGCAGGAGGCTTTATATGAAAAGTAATATAACAATTAA +AGATGTAGCGAAAAAGGCTGGCGTGTCAATATCAACTGTATCAAGAGTTATAAATGATTC +AAAGCCAGTTACAGATGAAGTTAAGCAAAAAGTTTTAGATGTAATAAAGGAAACTGGGTA +TATACCAAATCCATTAGCAAGAAGTTTAGTAACTAAAAAAAGTCAATTAATAGGGGTTAT +AGTTCCAGAGGTTTCGGACTCTTTTGTAAATGAAATATTAAATGGTGTGGAAGAAATCGC +AAAGATGTATGATTACGAAATTCTTTTAGCTAATACATATTCAGATAAAGAGCAAGAATT +AAAAAGTATAAACTTATTAAGAGCTAAACAAGTTGAAGGTATAGTTATGATATCTTGGAG +AGTAGAAGAAGATCATGTAGAATACATGCAAAAATGTGGAATACCTGCATCTTATATAAG +TAAAACAGCTAGAGATTACGATATATACACTGTAAGTACAAGTAATGTTGATGCTACTTA +TGATATGACTAAATATCTTTTAGACAAAGGTCATGAAAAAATTGCATTTGTAATGACTAG +TCAAGATGATACTGTACTTGAAAGAGAAAGATTAACAGGGTATGAGAAAGCATTAGCTGA +AAGAAACATAAGTTTAGATGAAAGCCTAATAAAGCATGGAACAACTACTTATGAAGGTGG +ATATAATAGCATGAAAGAAATGTTAGAAGAAGGTGTTGTACCTCATGCTGCATTTGTAAC +AGGTGATGAGGCTGCTATAGGAGCAATAAATGCTATTTGTGACTCTGGATATAGAGTTCC +AGAAGATATATCAGTAGCAGGTTTTAATGATGTTAAAATAGCTAAAATGTATAGACCTAA +GTTAACAACTGTTCACCAACCGTTATATGATATGGGAGCAGTTGCTATAAGAATGGTAAT +AAAAATGATAAATAAAGAAATTTTAGAAGATAAGAAAATAGAATTACCATATAGAATAGA +AGAAAGAGAAAGTGTTATAGAAAAAAGATAATAAAAGGATGTCTTTGTAAATATACATGG +ACTTGGGGGCTAAATATAAAACGCCCCTTAGGTTATATATATTTGTTTGAGACATACCTT +TTTTTATTTTTTGAAATAGAATAATGAGGAATATATGTTATAGAACTTATCTGCAATAAT +TTTGTAAAAGGATGTATATAAGTGCGTAGAATTGTATCAGTATATTCACTTATTGTTGAT +TTACATTGTATCAGGATAAGGAGGAGTTTTTTTATGAATAATATAGTTGTTAGTGGGAGT +AATTTAACTATAGAAGATGTAATTAATGTAGCTAGGAATAATTATAAGGTTGAGTTAAGT +TAGGATGCAGTTAGAAGAATAAACAGAGCGAGAGACTTAGCTTATAAGTTTATTGAAAAA +GAGAGAGTTTCTTAAGGAATAACTACTGGGTTTGGTAAATTCTCAGATGCTGTAATATCT +AAAGATGATTCTGCAAATATACAAAGAAATTTAATAATTAGCTACTCTTGTGGAGTTTGA +GATCCTTTTTAGAATAGATGTAATAAGGGATATTATGCTATAAGTAGGTAGATAATTAAA +TAATAATCATCCTATAGATTTAGTACATACATTTTTAGGTGCTCATGCAATACCAAAAGA +ATATAAGAATAATAAAATGGGTTATATAGAAAAAATGGTAACTGGTATAATGCCAAGAGT +AAAGTATATGGGTTTAGCCGAATTTTGTGATGTATTTTGTGAAGATGGGGGTATTCAGCA +TAGAGGAAAGTGAATACATATTGAAAATTGCTAAGAAAATGGGATGCAAATGCGAGAAAA +ATGATATTGGTTCTATAGAAGTAGGCAAGAAAGCAGATTTTGCAATATTTGATGTACCAA +ATATAGAGTATCTAATGTATTATTTTGGAATAAATCATGTAGACAGATTTTATAAAGAGG +GGAAGTTACTAGTCAAAAATAAGTATATACAGTATGAAAATAATTTTAAATTTACTATGA +GTAATTAAGGTGGATAAAAATGAAACGTATAGATATGACTGTATATGAATTTATAGATAA +ATTTAATAAGTTGGGAGATTTGAGGAAAGAAATAAATGAAATGATAGAGATATAGAATCA +TTTAAATAATTTATGAAAGCTATAAAAATGCATAAAGAAACTGAAGAACAGATAAAAGAG +AGGAAACTTGCCATTGAGGATGTAATATTAAATGTAAAAGTGAATTTAAAGGGATTAAAT +AATGAAAAATTAAAATCTATTTATACTAAAGAAGTGAAAAAATATTAATAGAGGCAGAAG +AGATAAAAAATAATCAAAGGGATACATTATACATTAGATAATTAAAGATAAAAAAATAAG +CTGGCGTATTTTAAAATTTATTTTAGAGTACGCCAGCTTTTTGAAGAAAATTATTTAGAA +GGTGATTTTTTTGTTTTTTTAACTACTTTTTTTACTTTTTTTGTAGTTTTATTTTTTGCC +TCTCCTTTATTAGATGATTCTTTTGGAGAAGATTTAGTTGGTGCGTGTTTAGATACATTA +GTTTTTTTAGATTTTGATTTCTTACTTTCTATTTTGTCTTGAAGTTCAGCTTCTGAGATT +TTATTCATAATAGAATCTAATTTCTTACGTTGATTTTCATCTAAAAAAGTTTTAAATTTA +GATACAACTTCTTCTTTTCCTTCTAATGTTTTTCCAATTTTAATAAGTTCATCCATAAGT +TCGCTTTCAGATTTACCTTTATAGTTACTAGCTATTTTTTCAATCTTATCTTTATCAATA +TTTTTTTCTTTAGCCATTTGTTCTAATGCTTTAGGATCTACTTTTTTCATAAAAATACTC +CTTTCAATAATATATATTGTCTAGTACTCATATTATTTATATATAGAAATAATCATCAAG +TGGTGAGTAATATTTTAATCTATAATAAATAAAATCTCTTATAGATAATATATATGCAAG +CTAGATAAAAAAAAGTAACAATAAGATCAAATAAAACATAGTTTATATATGAGGGAGTAG +TATAGTTTAAGGGGTGACTTGTATTGAATAATCTACTATTAATACTTGGAATATTAGCAT +TAAGTAATGGTAACGTATCATTATTTGATAGTAAAAATAAATCAAAAAAATCAATGGAGA +GTACATCGGGTAATAGAGCGCCTAAGGTTAAAAAGAAGACTAGTAAAAATTCTGATGCTA +AAGTTAAAAGAAGAAAATCAAATGGCAGCAACTCCACCAGCAATAATGACGATTTATTTA +AATTTAATATGAATGATATAAGTAAGGGGTTAAAGTTAATGGAATTAAGTGATGAAGATT +TAGATAGGGGTATGGAGATTATTACAAGAACCAAAAAGTATATGTCAAGAGATGAAAAAA +AAGTTTTAATAAAAATAGAAAGTTTATTAGATTTAGTAAAAGGTATAAAAAAATTAAGTA +CTATGGATATTTCTGATGATATGGAAGAAAGTAACTTTTTTAGAAGTATGGATGAAGAGG +ATAAGAAAAATATGATGATAAAAGAAATTATTGATGTATTTCCTGAAAAAAGAAAAGAAT +CAGTTGAAAAAGCAATTGATATAAAGAAAAAAATTGACTTGTTTGCGGAGTTATTTTTAC +CAGATGATTTTGGAGAGGGCGGATTTAGTTTAAGTTCTTTAGCAGATATAAATAATTTGG +GCAGCATAAATAATCTAAAGCTATTAGGAAGCTTATTAAGAGGTGATGATTCAGATTTAT +CATATAAAGATGATGATTATGAAGACGAAGAATATGATGATGAGTATGATAATTATGAAG +AATTTGGAGAGTATGAAAGCAATAATGAGGAATATGAATATGTTGAAACAGAAGAATATG +AATATATAGATGTTGATGAGGAAGATGATGACGATAGTAAGTAAATGACATAAAAATAAG +TTTAGAATTACATAATCAAAGGATAAAAGTTAAAAATTGTAATTAATTCACAATTTTATA +AAAATTACTATACAAAACCACTTTTAAAATATTAACTTTTATTATATAATAAGTATATAA +ATCCTGAGACATACGATAAGGCTTTCTTAAATTCAACCGACAAATGTTAAACGGGAGACT +GAGTCTAGGTACTGATAATATGCCCTAAAATTTTAGGGAAATTAGATGCACCTAGCAGGT +CACCCACCTGGGAGTATCTCGGGTCTGAATTTATGGGGCCACCGGTGTTTTGGGGTATTA +AAAAAGTGTTGCTATTATGGCAACACTTTTTTATTTTATAGAATTTAAATTTAGAAACCT +AATATTCCAATATCATCTACACTTGTAAAAACAGTGTTTACATTATAAGGAATATCATTT +TTAAAGTTTGAATAGAAATAAGCTCTTATAAAGTCATCCTCAACACTAAAATCGTCAATT +TTGTGTGTACTCCAGTTTCTACCCAAGTTAGTAGAATAAGTAGTATATAGCTTTCCGTAA +TTTATCCACATTAAATATAGAGTTGAATCTTTCTTTAAAAAAGTAGGATACATACAAGTT +GAAGGTCCTGTTATATAACTAGATATATCAATTTCAAAGGTAGTATCATTTAAATAACCA +TTCAAATACTTAACGGCATAGCCAGTTTCTAAACTTTCACAGAAAGTTATATGATAAAAA +TTCATACTATCTTTTAAGATATTTAAATAAATCTTATTTTCTCTAGAATTAGTAATTTGA +ACAGGATTTGACCATGTCAAAGTGCTTATATTGAATCTAGATAAAAATATTTCTTCAATA +CCATCAACTAAATTAAAATAAAATACAATAGGAGAATCCTGACTCCAAATAACTGTGAAA +TTATCTAAAACAATGTGATTAATAAAATCTATTTTGTTTTCAGTCCATACATTGTTATGT +TTAATATGATGGAAGAGAGAGCATGTATTAGTGGAGTTATTATTATAAACATAGTATAGA +ATATGTATATCGTTATTAATAACATTTATATATGGAAAGCAAATACCAAATTTTTTAGAA +TTGTATTTTAGTATCTCTGTTTGAGTAAATGTTGATGAATTACTTAAGGCAGTGAGCATT +TTTAAAGAGCCATCATTGTAAATACCGTATATATTATCAAGATTATTTAAGGTAAAAAAG +CAATTTGTAAAATCAATAGAATTATCTTTTATTAATCTTTTAGAAAATACTAGTTCATTA +TTTTTATCATAGTAGTTGTAAGAAATGCCTTTATCTAAATGAATGTAAAACATATCTTTA +GAAGAACGTCTAATTATTGTAGAGCACTTATTAATAAAACTCATATATACCTCCTATACA +TTAATATGAAAATATCCACATTACATATATATTTACAAAAAAAAATTTTATTCTACTTAA +TCATTAACTTAAGGCAGATCAAGTCACAAAAGATAGTTAAACTGCATAATATTAATTAGG +CTAGTAAAGCCGAGGCATAGAATTCATTTAAGGGGAGGACAATGAGAAATGCAAGATCTT +AGAAAGAATAAAAGAAAAATGACAAATAAACTTATGAATGTAACAAATAGCCATATAACA +GAAGAAATGAGTGAAGAATTAGAAAGAGTTTATAGACCAAAACACAACAATACAAATGAT +TGTTGTAACAATACTTGCAATAACGATTGTGATCATCACCATGATGATTGTAAATGTGAT +AACCATCATGATGATTGTAAATGTGATCATCACCATGACCATGATAAATGTGAACCATGT +GAAGTACAGTCAGATATATGTGTAGACAATCCTTGTCGTGACACATGCTGTACTCCTATT +ACTCCACCAAGATTTTCAACAAATAACAGTGTTCCTGTTGCGATAGAAACTAATAGAGTA +TTTGATAGTGTAGTATTCCAAACATTTACAGATGCGAGAGCTCCACAAACAACATGTACA +GATGGTAGATCATTAGTATTTGATATTGAAGTAGTTGAAGTATGTGGTCCAGTTCCAAGA +ACAGGTCCAGTAAATGTAACAATTGATAAAGTTTGTATGAACTTCAATGAAATAGAAATA +GAATCAGATGATCCAATGTTAGAAGATTTTAATGTTGTAGGAATAAACCCCAAAGATGAT +GGTGTATGTGAAACTACTTTTGAATTTTTAGTATGCGGAGATAGAAGTGCAATTTGTTGT +GAACAAAGAAGAGGTCAGTCTGTAGCGTATAAACAAAAAGGATTAGTAGTAACAGTAAGA +GATTTAGTATTAGAATTAAGAGGTAGATGTGGATGTACAGAAATAGTTGCATTAGCATTT +CCTGCAGTTAGAACATCTGGTGGATGCTTGAAGAGAATTGATGAAGTTCAATTCCCATTC +AATACTTTAGCAGCAGCACTTTGCTTACCAGCAAGTGGAAGAACTGTTACTTTAAGACAA +GAATATGATGTGAATTTAAGCGTAGATTGTATAGGAAAAGCATTATTATGCGTAGTAGAT +CATTCAGATTGTGAATGCTTCTTTAACTTAGATATACCAAATGGAATAGATGTAATCCTT +TGCTTACAAGAAGTAGTTAGCATATTAAGAAGTGAACAAATAGTAGTATTAGCTTCACCA +ACAGCTGTTCAACCAAGAGTAGTGGATACTTTCGCTAACGTTTGTGATTTTAATCAATGC +GGAGAAGACAGAGACAGAGATAGAGACAGAGATAATTGCAATACTTGCAAGAGATAGCAT +TTAAATAAATTTAACTTATAGATAATTAGTAAAGAAGACTACTAATATAAATTTTTATAT +TAGTAGCCTTTTTTTATATTTTATAGACTATACTATAACAGTATTCAAATATATCATCAT +GTATATTACTCTTAATTTCACTAGAGTCACTGTAATTGACATTTCTGAGTAATGTATTTG +GTTTTAACCACATTCTAGACTTACTATTAAATACAATTGTATTATTCTTAGATTCACCAC +GGTTACATCTATATGATGTCTTATACTCAAATACTATATTAGATAATTCATCTATATTCA +ACTTATAAATATGCTCTTTGTCTTTTGTAATATTGTTAATATCATGTTTATAAACTTTAG +GAGATCCAGGTGTGAAATTAAAGTGTGTAACCTTATAGATATTTTCATCTATAGAGCTAT +CTTCAACTATAAAAATGTTCAAATAATTATTAATTATACATAATCTCATATCTTTAATAT +TTTTTATATTATTAAATGCCTTACAGACTATATTTTTTTTCCAATAACCTTTATTATTAG +AAAAATGAATTAACTTACCAGCTGAATCTATAGAACAAATATGGATTCTTTTATTATTAT +CAATATTAGCGCAGTAAGCGAATATATTATTTGCTAACTTTTCTGTATGTTCATTAATGT +TTTTTATATAGAGTTTATCTTTATTTGTATATATATAAAAAGGTTTTATGTCCGAACTAT +TTTTATTCATCTTATCCTCCTAACTTTAAGATTTTTTATAGCTTTGATTAAAACTATAAT +ATGTAATAAACAAGTTAATATAGATACAATAGTCATTGTGTATATATATGCATAGATGTT +TAGTTCAGGAATTGGAAGTAAAAAGTATAGAGCGATTAATTGTATAATCATACCTGCAAT +AGTATTTACACTAGATTCAAATTCTTTTCTAATAGCATGTAGGATACCTGATAGTGTCTG +ATTTAATGATAAGAACAGAGGTGTTAAAAACATAGCTTTCAAATAATCTCCGGCTAATTC +ATTTTTAAAAACTATTACACAAATCTCTTTACCAAAGAAATAAAAAAGTAATGAGGATAA +AATGCCAACGCCAGTAGTAAGTAGTAAAGAGTAATTTATTTTTTTTAACACATTATTATA +TTTATTCAATGCCATCTCTTGTGAGATACTAGGTATTAAGTTTACTACTAAAGCAGAACC +GACTGTAAATGGAAGAAATACAAATGGCATTACCATACCACTCATAATACCGTACATACT +TAATGCTTTTGTATATGCTACTCCAGATAAAACTAACCTAGAAGGAACCATCATTGAACT +AATAGATTGTAATAAAACATTTGACATACGATTACAAGTTATAGGTATGGACATCTTTAA +AGTTTCGATAGATGAATTATAGAAGTCTTTAATATTGATTGTGTACTTATTACTTAAATC +ATTATCTTTGTATAAGTATATAGTCATAAATAGTACATTAGTTGCCTCACCTATAGAAAT +TCCTAATAAAGCAATATAGCAAGTTAAGGATCTATCTTTGATATACATGCATAATAAAAA +TACAAATAATATCTTACTTACCTGCTCTAAAATTTGGCCTAAGGCAGGTATTGTTACTTT +TTTTATTCCATAAAAATAGCTTCTAATTATATTTGAAATAGTTATAATTACGATAGCAGG +ACAAATTGAGAGTACAAATAAATTTAAATTTTCGTTTTTTAAAAGTTTTAAGGATAAAAA +ATTACTACTAAAAGATATACCCAAAGATATAGCAAAAGATATGAAAAATGCTACATATAA +GGTAGATATAAAAAGAGTATTAGTAGTATATTTATCATTCAAAGCTTTTCTTTTTGCTAC +AAGGCAGCTAAGGGCTGTAGGTATTCCTGTAGTAGTCAGAGCTAGGCATATCATTAAAAA +GTTAAAAATTATATGATATATACCTAATCCAGTCTCACCTATTACCTTAGACAAAAATAT +TTTATATAAAAAACCAAGAACCCTTACTATAAAATTTGATATAAATAAAATAATTGTCGA +TAACAAAAGGTTAGGCATTCTCAATAAATCACCTCCCTTATATTTAAATATATTCACGAA +AGAATTAAAAAATAATTAATATTTATAAAATTTACTTTTACCATTTTTCAATAAACTTTG +GTATTATATATACATACTACATAATTGAAAATGAAATTATACCTTTAATTTAAGTAAAGT +AAGTGGTGAAGATATGGAAAAATACATTTTAGATATAAATAAAACTTCTAGCAAATACCT +GCAAATTTATAATCACATAAAAAAGCTTATAATAAATAAGAATATAAAAGAATATGAAAA +ACTACCGCCAATAAGGAAATTATCTGAAGCTATAGGAGTGAATAATGCAACTATAGTTAA +AGTATATGAACTTCTAGAAAATGAAGGATATATATATAAGGTAGTTGGAAGTGGAACTTT +TGCATCTAATTTAAAGGTAAAGAAAAATCATAAAAAAGAAAAAGATATTATACACTTTGA +TAGTGGTAATCCATCAACAGATATGTTTCCTATAGATGATTTCAAAGAAGCAATAAATAT +GGCTTTAGCAAATGAAGGTTCATCAATATTTGAGTATGATGAAGGATTAGGATCAGAAGA +TTTAAGAGAAAATATTGTTAAATACCTAAGTGATAGGTTTATAGAAACTAATAAGGATAA +TATACAAATAATATCTGGTGCTCAACAGGGAATAGATATAGTTTGTAAAGGACTAATAAA +TTACTCTGATGTAGTTTTTGTTGAAGAACCTACGTATAATGGTGCTATAGAAGTTTTTAA +AAGTAGAGGAGCCAAAATAATATCAATTCCGATGTTAGATGATGGTATTGATATTGGAAT +ACTAAAATTAAAGTTAGACAAAATAAAACCAAAGTTAATTTATACAATGCCGAATTTTCA +AAACCCAACTGGAATATCTTATTCAACTTATAAAAAGAAAAAGTTGATAGAATTAGCTGA +AGAGTATGATTTTTATATATTAGAAGATGATTTTATAAGTGATTTTAAATTTGATTCATA +TGATAATAGAACTCTTAGAAGTTATGATGATAAAAATAGAGTTATATATATAAAAAGTTT +CTCAAAAATACTTATGCCTGGTCTTAGGATTGGTATGGTTGAAATACCAAATGAATTACA +AAGGCAAATACTTTGGGCAAAATACTCATCAGATATATCAACACCAGGACTTATTCAAAA +ATCAATGTATTATTATATGCAATACTTTAATTGGAATGATTATTTAAAATCAATAGATAA +GATATATAGTGATAAGTATAGATTGGCTAAAGAGTTGATTTATGATAATTTAAGTGATAA +ATTAAAGATTAGGAATTCTGATGGGGGGTTAAATTTCTTTTTAGAGCTTCCAAGAGGTTA +TTTATCTCAAGATTTTTCAGATTTTATTTTAGGAAAAGGTGTATCTATAACTCCAGGAAC +ATATTTTTTTGATAATTTAGTAGATGATAGATTTTTTAGGATAAACATAGCAAATGCAAG +TATAGCAGACTTAGAAAAGGGAATATCTATAATAAGTGAAAATTTAGAAGAATTTTTTGA +TGAGTATAAAAACAAAATAGAGTTAAGAAGTAATAAAGTATTTTATTAAAACAAGGTAAT +TTAGGAGGCAAACATGTTTGATCAAAAGAAAATAGATAGAATAAATGAATTAGCTAAAAA +AAATAAAAATGAAGGATTAACAGAAGAAGAAAAAAAAGAAAGAGAAATATTAAGACAAGA +ATATTTAGCAAACTTTAGAGCTCACTTCAGATCAAGATTAGAAAGTGTAAAAGTAGTATC +ACCAGAAGAATATGAAGAGCATATGAAAAATAAAAAGAATTAATTTATATAATTAAAAAT +ATAATAACTCAGGAGGGGTAAAATGGAGATAAAATACGAAGCAAAAAATGCATGGAAAAT +TCATATGGATAATAACTCATTAAAAGAAGTTATGAATTATTCAAAAGGTTACATGGACTT +TTTATTTAAGTCAAAAACAGAAAGAAGCTGTGCAAAAGAAATTATCAAACAAGCAAAAGA +AAATGGATATATATCTTTAGAGGAAGCCATATTTAAGGGAAGTATAAAAGCTGGGGACAA +AATATATGCTAACAATAAAGATAAAGGTGTATGCCTATTTTTAATAGGGAAAAATACTAT +TGAAAATGGTATGAGAATAATAGGTAGTCATATAGATTCACCGAGACTTGATTTAAAAGC +AAACCCTTTATATGAAGAAGCAAATTTAGGTTTATTTAAAACTCATTACTATGGTGGAAT +AAAAAAATACCAATGGTTATCACTGCCTCTAGCTTTAAGTGGTGTAGTAATCTTAAAAGA +TGGCAGAAAGATAGATATTTGTATAGGAGAAGATGAAACTGATCCTGTATTTTGTATAAC +TGATATTCTTCCACACTTAGCGTCAGATCAAAATCAAAAGAAAATTTCTGAGGCTATAAA +AGGTGAAGATTTAAATTTATTAATAGGAAGTATCCCAACTGAAGAAAAAGATGGTATAGT +TTACAATATATTAAATATATTAAATGAAAAATATAACATGGTAGAAGAAGATTTTTTAAG +TGCTGAACTTCAAGTTGTTCCTGCAGGTAAGCCTAGAGATTTAGGACTTGATAAATCTAT +GGTACTTGCTTATGGACATGATGATAAGGTTTGTACATATGCAGCAATAACATCTATTTT +TGATATAGAAGAGTCAGACTATACATTAGTTACTTTATGTGCAGATAAGGAAGAAGTAGG +TTCAAATGGAAATACAGGTATGCAGTCTAGATTCTTTGAAAATATAGTTGCAGAACTTAT +AGAACTAGAAGGAAGTTATTCAGATTTAAAAATAAAAAGAGCTTTTTCTAAGTCTAAGGT +ATTATCAGCAGATGTTTCTGCTGGATATGATCCTAATTTTTCTAGTGCGTATGATAAAAG +AAACTCTGCATACATGGGCAATGGTGTAGTATTAATTAAATACACTGGCGCGAGAGGTAA +AAATGGATGTAATGATGCTAATGCAGAATTTTTAGCGGAAGTAAGAAATGTATTTAATAA +TGAAAATGTAGTATGGCAAACAGGTGAACTTGGTAAGGTTGACCAAGGCGGAGGAGGAAC +AATTGCTTATATGTTAGCAAACTATGGAGCAGAGGTAGTAGACTGTGGCGTAGGAGTTCT +TAGTATGCATGCACCATATGAGGTAATTTCAAAAGTTGATTTATATGAAATGTATAAAGG +TTATAGAGCCTTTTTTAATAAAATAAAACTATAATAAAAAAGCTATTAAAAGATTTAAGT +TAAGTATAATAAATCTTTTAATAGCTTCTATTTTTGTAAGCTGAAATAATCACGTAATTC +AATTATAAATTTATCCTCGAGAGGTGTAAGAACCTTTTGTTTAGAGTATATAAAGTAAAA +GTTTCTATTAAAATCTATATCTTTTACTCTATAGAATTTGATTTTTTTATCATTAATATA +ATCAATTGCAGACATGTAAGATATAAATGATGCGCCTAAACCGAACCTAACCATTTCCTT +AATAGATTCATTAGATTCTACATGGGCAACTATATTTAAGTCATTGGTAGAAAAATTATT +TTTATTTAATGTATCCAAAATTAATCTTCTAGTTCCAGAACCTTCTTTTCTCATAATAAG +ATTAAGGTTAGATAGCTTGTTTATATCGATATATCCATTTTCATTTTCTATATTAATATC +ATTAGATGTAATTAATACAAGTTCATCAGTAGCTATTTTTATGTGCTTAATTTGATTGTT +ATTAGGTTTAACACCTACAAATCCAAAGCTAACCCTTTCATTTAGTATTTCAGATATAGC +AAATTGAGAATCATAGTGATTGATACTAAACTTTACATCAGGAAAATCAGTACAAAAGGA +TTTTAAAAATCCAGGAAGTATATAGGTTTCAGGTATAGAACTGCAGGCTATGTCAATAAT +ACCTTCTATTTTTCCAGAATACTCTTTTATATCGAAAATAGCTTTTTTACAGTTATTAAG +TATGTAAATAGCATGTTTATAAAGAATTTCTCCAGAAGGTGTAAGTTTAATAGTTTTATT +ATTTCTATTTAATAGAACTGTGTCTAATTCTTTTTCTAAATTTTGAATGTGGGAGCTGAC +TGTAGGCTGAGTTAAAAATAATTCTCTAGCAGCTTTTGAGAAACTTTCGTGTTTAACAAC +TGATACAAACACCTCAAGTTGCTTAAAATCCATGTAAAAACCTCCTTGGTTTATATATAA +ATATATTATAACATAAGGTAAAAATAAATAATCTACTAAAAATAATATAAAAATGCATCT +TATTACAAAAAAATTACAGATTGCCAATAAATATTATTAAATTAAGATAAATGTTATATA +ATTGATAAGTAAGATATAAATTTTATATAAAAAGTTAAGAAGGAGGGCTATTATATGAAA +TTAAAAAAGTTATTAGTAAGTTTTATTACTTTAAGTATATTTATTACTGGATGCAGTACT +ATAAATAAAAAAGAAGTAGTATCAGACAAAGCAAAGCAACAACAAACTATGACTAAAGTT +CAAAATGATGTTAATGAGATAATGAGTAAAGACTATGAATATGTTTTGAAAAATATGGGA +ACTCCTTATAGCACAACTTATTGGATAGAAAAAGATCAAATAAATAATACAAAAACAATA +GATGAACTTAATCACACTGTAAATGTAGGATTAGTATATCCTAAGTATACTGCGGATAAT +GAATTAGAAGGTAGTGCCTTATATATAGAATTAGATAAGAATAAAGTAATTGAAGTTCAA +ACTTATGAATTCAGTAGTTATGATGAAGAAGAGTTAGAAGATGAAAATGTAGCATTAATA +ATTGAAAAGTATAGTGATGATGCAAACCTAGATTTACAAGATGTAGAAAGTATGAAGTTA +GATACATATAAAGGTAAATTAGTAGATGAAATATATAATAAATTAAACTTTATTAATCCT +AATATAGCTGCATATGACATGTCTAGTAAGTCTAAATCAATAGAAGTTTATATGCTTAAA +GATAGTAAAAATAATAAAGAAAATAGCAATAGTGTACTAACTGTGTTTATAAATGATAAT +AAAATCAGTGATATAAAGGTTATGAATGGCAGCACACTTTTAGATACAGCTAAAGTATAT +TTATTAAATTAGCAAAAGATTATGGCAATCATAAAAGAGATTAGCTATAATCTTTTTTAT +ATTGATAAAAATATGATTACATAGGGGACGATGAGATTATGATTGAAGTAAAAGAGGCCA +TTAAAATTATTAAGTCTAATCTAAAGCCTAAAGATGACATAAAAACAATAAATATAATTA +ATTCTATAAATAGAGTAAGTGCACAAGATATATACTCACCTATTGATAGCCCACCATTTG +ATAGATCTCCTTATGATGGTTATGCGTATGATGCCAATATTAATGGCAATGAGCTTGTTG +TAGTGGGAGAAGTTTATGCAGGAGATGTATATGAAGGAGTTTTACATAAAAATGAATCTG +TAAAAATAATGACAGGAGCTAAGATTCCTAATGGAGCAAACTGTGTAATAAAAAAAGAGG +ATGTTAGCATAATTAGTGAAGATAAAATAATAGTTAATAAAGAATTAAAAGTGTATGATA +ACTATATTTTTAAAGGCGAAGATATACCTAAAGATCAGTTAGTAATTAGAAAGGGCGATG +TTATATCTTATGAATGTATAGGGATTTTAGCTAGCTTGGGTATTAAAGAAATAAATGTAT +ATGATAATTTAAAAATTGGAATTTTAAATACAGGTACAGAGATACAAGATTTAGAAGAAA +TATTAAAAGATGGTAAAATTTATGATAGCAATAGATATATACTTCATTCAAAACTTTTAA +AAAGAAATATAGAGCCTTCCATAATTGATAAGGTTGAAGATGAAATAGAAGAATTAGAAA +GTAAAATAAAAAATATTTTAAAAGATGTAGATATATTAATAACTACAGGAGGAGTGTCTG +TAGGTGATAAAGACCTAGTTCCACAGGCTTTTAAAAATGTAGGTGGAAAAGAATTATTTT +GGAAAGTAAAGGCTAAGCCAGGAGGAGCCTGTTGTGCTTCGGTAGTAGATGAAAAGCTAC +TATTTGGACTTTCTGGCAGTCCTCATGCGTCTGGAATGGTATATGCAAATATACTTATAC +CAGTAATTGAATATATGAGTCATAAGGAGAATGACAATTCAATAAAAGCGATATTTAGGG +GTACATTTAATAAGAAGGCAAAAATAGATAGATATTTAAATGGAAGATTATATACAGAAG +ATGCGAAATTATATGTAGCAATGACAGATAAAAACGATGTAAAGGCAAGGTTATGGTCAA +CCTTAAATAGTAATTGTTTGATTAAAGTAAAAGGAGGGAACATCTTAGAAGATGAACAAT +TAGTTGAAGTTATTATTATATAATAAAAATTAATTTAAGAGAGGATTATTAATGTATAAT +ATATTATCTGTAACCTCATACTCTGGTGTAGGTAAGACTACATTAATTGAAAATATAGTA +AAGTTATTAACAAGTAGAGGGTATAAGGTTGGAACTATAAAACATACCTGTCATGATTTT +GATGTAGATTGCGAAGGTAAGGATAGCTATAAACATAGAAAAGCAGGTTCAAGTAAAGTT +TGTGTAGTTTCTAAAAATAGAGTTAGTTTTATTGAAGAAAGAAGTGAAGAAAAAAATTTA +AAAGATATTGTTAAGTTATATAGTGATATGGACTTAATTATAATTGAAGGATATAAAAAA +TATAAATTTAAAAAGTTAGAAATAATTCGATCAGATAAATATAATGATATAATATCAGAT +AAAGAAGATTTAATAGGCATTGTAAGTGACTTGGATCATCAAGTAGATGTAGTCAAATTT +AATTTAGATGATTATATAAATATATCAAACTTTATAGAGAAATGTATAAAAAATGATATC +TTAAATATAAATGAAGATGTACTAGATAATATAATTAAATAAAAGTAATAGCGAAGATAG +TATTTAATGTAAATATATAATTAATAAATATATTTTACGCTGAATACTATTTTTATTTGA +AAAAGATGATTAATTATTAACAAATTTGGTATATAAAAAAGAGATAAATTTAATGATAAA +AATCTAAATATATTATAAAAATAAAAATATAGTTAAAAAGTTTAAAAAGTATTGACAATG +AGAATTATTATTGATAACATTATTGCATGAGTATAGTGATAATAATTATCAATACGAGAT +AAGTGTGATATTCAATAATCAATTATTAATTGGGGAGAAAACAATGAAAAAAAGATATTT +AATTTTAGCTTTAATTGTTTTATCTTATATATCCTTATTCTTAGGGGCTAAAGATATAAC +ATTAATAGATATATTTACTAAAGACCAGGATAAACTTATGGTATTTATGATAAGTAGAGT +TCCTAGATTAATAAGTATATTAGTTGCAGGTATGGGAATGAGCATAGCAGGTCTTATTAT +GCAACAGATAAGTAAAAATAAATTTGTATCTCCAACAACAGGAGCTACAATAGATGCAGC +ACAATTTGGGATAGTAGTATGTATGTTATTTATGCCAAAGGCATCAATGTTCTCTAAGAC +AATAGTGGCATTTATATTCTCGCTAATAGGAACATTTATGTTTATGAAAATACTTGGAAA +GATTCAATTTAAAAATGTAATTTTTGTTCCATTAGTAGGTATTATGTTTGGAAATATAAT +AGGATCTATGACAGATTTTATAGCTTATAAATATAACCTTACACAAAATGTAGGAGCATG +GATGCAAGGTGATTTCTCAATGATATTAAAAGGTAACTATGAAATACTTTATATAACAAT +ACCAATGATAATAATAGCTTATATTTATGCTAATCGATTTACTATTGCTGGTATGGGAGA +AGATTTTGCTACAAATCTAGGTCTTAACTATAAAAAAGTAGTAAACTTAGGACTAGTAAT +AGTTGCATTAGTAACTGTATGCGTAGTTGTTACAGCAGGAAGTATTCCTTATATAGGTCT +TATAGTGCCTAATATAGTTTCCTTATATAGGGGAGATAATATAAAAGAAAACATATGGCA +TACAGGATTATTTGGTGCAGTTTTTGTTTTAGTATGTGATATATTTGGAAGATTAGTTAT +ATATCCATATGAGATAACAATAGGATTAACAGTAGGTGTTATAGGAAGTATAATATTCCT +TTATCTTTTATTAAGGAGGAATGTAAGTGCAGCTTAATAGTATAAATAAAAACGTAAATA +AAAATAAAATTAATAGAATTGATATGAATTTAAATAAAAACTTATACATAATGGGAGTAT +TAGTATTAATATTTACAACAATGTTTTTATTCTATGGAATAGATATGAAGCATTTTGACT +TCGCTATATCTCAAAGAATACCTAAAATTTTAGCGATGATTTTAGGTGGAGGCTGTATAG +CATTTACAACTGTAGTATTCCAAACTATAACTAATAATCAAATACTAACACCTAGTGTAT +TAGGTTTAGATTCACTATATGTACTAATACAAACTGTTATAGTATTTGTATTTGGGTCAA +CAAGTGTATTTATAGTTAATGCAAGTTACAACTTTATAATAAATGTAGGTATAATGGTTG +GTGCATCGATACTTTTATACAAAGTATTATTTGAAAAAGGGAAAAATGATATATTCTTCT +TACTACTAGTAGGAATGATATTTGGGACATTGTTCAAAAGTGGATCATCATTTATGCAAA +TGGTAATTGATCCAAATGAATTTTTAGCTTTACAAAGTAGTATGATAGCTAGTTTAAATA +ATATTAATACAGATGTACTTATGATATCTATGATAATGATTATTGCTATAATACCTTTTA +TATATGATGATATTAAGTATCTAGATGTATTATCTCTAGGTAGAGAGCAAGCAATAAACT +TAGGTGTTGACTATGATGCACTAGTTAAAAAGATGATAATAGTGATCTCAGTACTAGTAT +CAATATCTACAGCGCTTATAGGACCAATGACATTCTTGGGATTAATAGTAGCTAACGTTG +CAAGAGAAGGTCTTAAGACATACAAACATAAGTATTTAATTGCGGGAGCAACTTTAATAA +GTATGATAACTCTTGTAGGTGGTCAATTCTTTGTACAACATATATTTAGTTTTAATACAA +CTTTAAGTGTAATAATAAACTTTATAGGTGGTATTTACTTTATACAGCTTTTATTAAAGG +AGAGTAAATAGATGATAGAAATAAAGAATATTTTAAAAAAATATAAAGACAGGAATGTTG +TAGACAATGTTTCTTTTAATATAGAAAAAGGTAAAATAACTTCATTTATAGGTCCTAATG +GAGCTGGTAAAAGTACAGTTTTAGGAATAGTTACTAGGCTTATAGCTGGTGATGGTGGAG +ATGTAGTTATTGAAGGAAAGAAGTTAAGTGAGTATCACACTAAGGACTTAGCAAAAAAAA +TAGCAATACTTAAGCAGTCAAATAATATAAGCTTAAAGCTTACAATCAGAGAACTAGTTG +GATTTGGGAGATTCCCACATAGTGAAGGTAACTTAAACTCAGAAGATGAAAAATATATTG +ATGAAGCTATAGAATATATGAAATTAACTGATATTCAACATAAGTATCTAGATGAATTAA +GTGGAGGTCAAAGACAAAGGGCTTATATAGCTATGGTTATAGCTCAAAATACAGAATACA +TATTACTTGATGAACCTTTAAATAACTTAGATATGTCTCATTCTGTTCAAATGATGAAGG +TTCTTAGAAATCTTTGTGATGATTTAGGTAAGACAATTGTATTGGTTATGCATGATATAA +ACTTTGCATCTTGTTATTCTGATAATATAGTTGCGCTAAAAAATGGTAAAATAGAAAAAG +TAGGAACAACTAATGAAATAGTTCAAAAAGAGGTTCTTGAAGAAATATATGAAATGAACT +TTGATATAAAAGAAATAAATGGAAATAAAATATGTGTTTACTTCTAATAAAATAGGACAA +TCTCAAATAGATTGTCCTATAGAAAGAGAACTAAATGAGAATGATTTTAAATGTTGAATT +AGAAGTAAAATCGATATAAAAATATAAAATTAAATCTTATAAAAAGAGAGGGAGATATTA +TGAATAAAAAAGCAGCAATAATTGCAGGAATTGCAATAGTAGGATTAGTAGGAGCATTTG +CATTAAGTAATAAAAAAGGTATTACACCAGATAATAATGTAGCAGCTGAAAGTACAATGA +CAATAGCGCATGATTTAGGAGAAACAAAAGTAGAGAAAAATCCTGATAGAGTTGTAGTAT +TTGATATACCAACATTAGATACAATGGAGGTTTTAGGAATAGATAATGTAGTTGGGGTTC +CAACATCTACATATCCAGAAAATTTATCAAAGTATGAATCAGATGAATACACAAAAGTTG +GTACAGTTAAAGAAGTAGATTTAGAAGCTATAAAATCAGCAGATCCAGATTTAATAATAA +TAGGTGGAAGACAAGCTGATTACTATGATCAATTAAGTGAAATAGCACCAACAATATCAG +TATCAAAAGATAATGCTGATTATGTAGGAAGTGTAAAAGAGAATGTAAATACTATAGCTG +AATTATTTGAAGTAGAAGAAAAAGCTTCAGAAGAATTAAAAAAAGTAGAAGCTAGATTAA +ATGAAGTAAAAAAATTAGTTGATGGTAAAGAAGCTTTAACAGTTATGGTCAATGAAGGTA +ACCTAAGTGTTTATAGCGATAAATCAAGATTTGCATTATTAAATCAAGGTCTTGGATTTG +TAAATGTAGATAAAACAATAGATGATTCAACTCATGGACAAACAGTTACATTTGAGTACT +TAGCTGAACAAGATCCAGAATATTTAATAGTATTAGATAGAGGAGCTGCTACAGGTGGAG +AATCTACTGCTGAGTCTGTATTAGATAATGATATAGTTAAGTCTATGGACGCTTACAAAA +ATGGAAATATAATATACTTAGATGCTTATACTTGGTATATAAATGATGGTGGACTTAACT +CTATAAATATAATGATAGATGATATAGCTAATGCAATAAAATAATAAAGTAAATAAAAGC +TAAAAAACATAATACATAATAGATGTAAAAACTAATATGTATTATGTTAAGAATATAAAT +ATGTAATATAAGAGAGATGATTTTATTATGAGTCATCTCTTTTATATTGTGTAGTTTTCT +TTTAGTTGGGTATCAAGTATATGATATACTAATTTTATAACAAAAAATATAATCATAGAT +AGGAGGAGTTAGTATGATAAAAGATTTTATAAAATACTATGCACCGTATAAGAAACTTTT +TTTCTTAGATCTTTTAGCAGCTTTTTTATTTTCAGCGTGTAACCTAGTATATCCTATGAT +AACTAGGGATATTATGAATGATGTTATACCTAATAAGGATTTAAGGATGTTAATTATATT +TGGTATAACACTTGCTATTATATTTATTTTCAAGGCAATACTAAATCATTTTATGCAGTA +TTGGGGGCATGTCGTTGGAGTTAGAATGCAGGGAGATATGAGAAGTTATGTGTTTACCCA +TTTACAAAAGTTACCTAATTCTTATTTTGACAATAATAAGACTGGTGTCACAATGTCTAG +AATAATTAATGATTTAATGGAAGTATCAGAACTTGCTCATCATGGACCAGAGGACTTATT +TATATCTGGAGTGATGCTTATAGGTTCTTTCTTTATACTTTTAAATATAAATGTTTTTTT +AACACTTATTATATTTGCAATACTACCATTGTTAATATGGTTCGCAGTTGCACAAAGAAA +AAGAATGAATAAAGCATTTATGGAAACAAGAGTAAAGACTGGGGATGTTAATGCAACTTT +AGAAAATAGTATAGCAGGTATGAAAGTTACTAAGTCTTTTTGCAATGAACATGAAGAATT +AAAGAAGTTTAATAGAAGTAATGGTGTGTTCAAAGTTGCTAGAGAATCAGCATATAAAGT +TATGGCTGATTATTTCTCTGGAATGAACTTATTTATGGACATCCTTGAGCTTGTAGCCTT +GATAGCTGGAGGATACTTTGCTTATATAGGCAAGATAAGTCTTGGAGATTTTACAGCATA +CTTATTATATGTAAAAATGTTCATTGAACCTATTAAAAAACTTATTAATTTTACTGAACA +ATATCAAAGTGGTATGACAGGATTTGAAAGATTTATGGAAATAGTTAATGAAGATACAGA +AAAAGAAGTTGAAAATCCTATAGAATTAAAAGATGTAAAGGGAAATATAAATATTGAAAA +TATATCTTTTACTTATGAAGATAAAAAAGAAGTATTAAAAGGCTTAAATTTAAATATAGA +AGCTGGAAAAACTGTAGCTTTAGTTGGGCCATCAGGTGGAGGAAAGACTACATTATGTAG +TTTAATACCGAGATTTTATGAGTTTGAACAAGGTGATATAAAAATAGATGGAGTAAGCGT +CAAAAATGTAAGTTTGAAATCTTTAAGAAAGAATATTGGAGTAGTTCAGCAAGATGTATT +TTTATTTACAGGAACTATAAAAGACAATATTATTTGTGCAAAGCCTGATGCTAGTGATAA +GGAAATTATTGAAGCAGCTAAGAAAGCTAGAATACACGAATTTATTGAAAGTTTACCAGA +AGGATATGATACTTATATAGGAGAAAGAGGAGTTAAATTATCTGGAGGGCAAAAGCAAAG +AATTTCTATATCTAGAATATTCTTAAAGAATCCCCCAATAATTATACTTGATGAAGCCAC +TTCAGCCCTTGATAATGTTACTGAAAGAGAAATTCAGACATCTTTAGAAGAATTAAGTAA +AGACAGAACAAACTTAGTAGTGGCTCATAGGTTATCTACTATAAAAAATGCAGATGAAAT +AGTAGTACTAACTGATAGTGGAATAGCTGAAAGAGGTACTCACGATGAATTAATAAATAA +AGGTGGAGTTTATAGTAAGCTTCATAAATAAAAAATTGATTCATTATAGTGTTCAATAGT +AAGTATAGTTCTAGCAATAGATTTTAGTATATTTTATATAAGTATATTTAGATATTATCC +ATGAGCAAAGAAAAGAATATAAGAATATAAAGTACCTTAAATGGATAAATTAAACTTGTC +AGGATCATTCAAAAGTTTCAGGAGGGATTTATGGACAATAATAAAAATAGAATGAAGGAT +AGAACAAAGTCTAACGCAGAACTAAGAAAAATGTACTTTGAACATGGTTCAGAAATTGGC +GTTAAAGATGGCGAGAAAATAGGGGCAAGAAATAGCGGCACTAATAAAACCAAAAAGGAA +AAACTATATCACAAAGTAAAAAAAGATGATTAATTTAATCAAAAAATAAGAAGTATCTTA +TTAAAGATACTTCTTATTTTTTTGATATATGTAATTATATTAAAAAAATAATACATATAT +CAAAAATTTATAGTATTATAAAAGTATTAATTAATAAAATTTTAATCAAAGGGATGATAT +TATGGACTTAAGAAGTTTAGCGGATATAGAAGATATTGGGGATATAAAAAAGAGGATAAT +AACTAAATCGTCAAAATTATTTATAACACAAGGGTACAATAAGACAACAATAAGAAAAAT +TGCAGAAGAGTCAGGATTAGGTAGAGGGCATTTATATTATTATTTTAAAAAGAAAGAAAA +TATACTTCTCCAGATATATAAAAGCTTTCTAGAAAAAATCTATAAATATATAATCGATAA +CCATACCTTAGGTAGTAGTACTTTAGTAAGTTATGCAGTTAGCCAGTATTTATATACAAA +TATAATAGTAAATTCAGATGCTTTATTTAGAATATATATAGAAGCATCAAAAGTAGATAT +TATAAGAAAAGAGTATGTAAATATATTAATTGATTTATTTGATGAAAAGGTGAAAGAAAG +TGAATATGATTTTAGTGAAAGGGATATATATCTAAGTGTAACTATAGGATGTGCTGGTGA +AAGTGAATTATTGAATAGATATTATGAAAAAAGCGTAGATCTAACTTTAGAAGAAATAAT +AAAAAGTGTTATTACAACTAGATTATTATTACTTAATATAGATTCAGATAATATAAAAAA +AATTATAGATGAGACTATAGAAATAGTGAATAAAATAGATATAAAAGATATAAAAACAAT +AGAGGAAATCAGCACTTTCTTTAGCTAGATTGCATGAAAAATTAAATTTAAGGATAGTAT +AGAATAATATTCTAATGAGAGCTTAAGGCCATTCCGTTAAAGAAAGAGGTTAAATTAAAT +GATAGGAAATTTACTAATAGGAAGTACTATTCTATTAGGAGGATATACTTTTTATAAATC +TCAAATGAAATCTTTAGAAAAAGTGGAATATATAATTGAAAATCATAAAATACCAAAGGA +ATTTGATGATTTTAGTATAGTGCAAATTAGTGATTTACATAATGCTGAATTTGGGAAGGA +TAATTATAAATTATTAAAGATGGTAGATGATTTAAATCCTGATATTGTTGTGATTACGGG +TGACTTAGTAGATGGTGAAAAAAGTAATTTTGAGGTTGCTTTGAAATTAATTGATGAGTT +ATCAAAAAAATATAAAATATATCATATAATTGGAAATCATGAGGAAAAAGCATTACTTAA +AAAGTATAAAGAAAAATATGAAAATTATTTTAGTCAATTGTATAGTAAGAAAATCATAAA +TTTGGATGATGAATCTATAAAAATTAAAAAAGGTAAATCAAGTATAAACTTATATGGAAT +TGTTATACCTTTAAGGTATTATAAATATTTGTTTAATAAAAATGAAAAAAGTGATTTAGA +AGAAGATTTTATTAAAGATAAATTAGGTAATGTTTGCAAAGATGAGTATAACATACTTCT +TTCACATACTCCTTTTTATTTTGATAAATATGCAGATTGGGGAGTAGACTTAGTATTAGC +TGGTCATGTACATGGGGGAATTATAAGGCTTCCATTTTTAGGTGGTCTTTTATCTCCAAA +TAGAGAATTCTTTCCTGAATATGATTTAGGTAAATACGAAAAAAATAGCTCTGTTATGGT +ATTGTCTAAAGGTTTAGGAGGATCTAAGGTTTTAATTAGAATAAACTGTAGGCCTGAAGT +TGTAAAAATAACATTGAAGAGCAAATTAAAGTAAATTATAAATAAACTCAAATTCAACTT +ATGAATAAGTAATAATGAAATCAAATAAAAAATGACCTGTTATTGTTCTAGTGTTGCATT +AATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTA +TTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_37 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAAGCTAAAACTAC +TCCTTTTTCTATTTCACTTTAAGCAAATGCATATTCACTAACTCTGAGTTGTCATTGATT +CTATATTTTTCTTTTCTAGTATAACTTTAAGCTTTTCAAGTGCTGGTACTAATGTACAGC +CTATAGCAAAGAATACTATACTAAATGTAGCTAGACTCATTGGTGGTCTAGGTATTTCAA +GAGATGTAGGTCCCATAATAACTGCATATATAGAACCTATCATAAGACCTATTATACAGT +ATATAGTCTGAGCCCTAAACTTTCTAAGTAAGCTCCTTACAACTCTTACTGTTAGTAAAA +TACCAGCTATAATACCAAATCCAAATATTATTATAGAAGGCAAGTATTCAAAATTAAATT +TAAGTACTTGTTTTATAGCATTAAGTATTGGTGTATAAAGCCCAAATATTAAAAGTATAG +TAGACCCTGATATACCTGGTAAAACCATAGCTGATATTGCTATCATTCCAGATATAAATA +TATACGCTCCAAATGCCAAGCCTAAATTATCTGCTCTAACAGAAAAACTATGACCTTTAC +TCGTAATTGGATTAAAGTATGTTAGCCCACAAACTACGATTATCCCTATTATTAAAAATA +TTATATTTTTATAATTACTTTCTAAAGTTTTCTTCTCTGATTTAACTATTATTGGAATAG +AAGCTATTATAAATCCTAAAAACAAAGAATTTATTTCATATATATTTTTTTCAAATATAG +ATGTTATAAATAATACGGATAATACAAAACCTACTACCCATCCTACTCCTATTTTAGTTA +AAAATTTTAGTGCATTTATTCTTCCTATTTTGTCTGAAGATATTAAGTTATTTAATGCAT +TTACAAAATTATCATAAAATCCTAATATAAATGCTACTGTTCCTCCTGATACGCCTGGTA +CACTATCTGCTAGTGCCATGCAAAATCCTCTAATAAAGTTTAAGATGTATATAAGATCCC +CTCCTATTAAAATTATCAATTTTATCCATTATACATTATATGTTAATTGGATTAGTTTAA +CAACTTTCAAGTATTGAAATAATTTATAAAAGGCTTATATGCATAATAAGCCTTTTATAA +ATGTTTATTCTATTGTAATAGCTGCTTCTTCTATATTCTGATTTTTATTAGAAAACTCTT +TAGAATCACATTTTGACTTTAAGAATTCCATAAACTCATCTCTAAGCTCCGGTCTTTTAA +GAGCAAAATCAACAGTAGCTTCTAAAAATCCTAACTTATCACCTACATCATATCTTCTAC +CTTCAAAATTATAAGCATATATAGCTTCCTTAGTAGCTAAAGTTTGAAGAGCATCAGTAA +GTTGTATTTCTCCACCTTTTCCTGGCTCTTGATTTTCAAGTATATTGAATATCTCTGGAG +TTATTATATATCTTCCAAGTATTGCAATATTAGATGGAGCCTCTTCAACACTTGGCTTTT +CTACCATGTCTTTTACTTTGTATACTCTATCTTCTATATGCTTAACATCAAGTATTCCAT +ACTTATCAGTATCTTCTTTTGCTACTTCTTGTACGCCAAGTACAGTAGTTTTGTACTCAT +CATATGTATTTATAAGTTGCTTTAAGCATGGTACTTTTGCATCTACTATATCATCTCCAA +GTAAAACTGCAAATGGCTCATTTCCTATAAAGCTCTTAGCACAATGTATTGCATGTCCAA +GTCCTTTTGGTTCTTTTTGTCTTATGTAGTGTATATTTACCATGTTTGATATATCTTGAA +CCATTTTTAGCATTTCTTTTTTACCTTTTTGCTCAAGTTCAAGTTCTAACTCTACTGATC +TATCGAAGTGGTCTTCTATAGATTTTTTACTACGTCCAGTTACTATTAGTATTTCTTCTA +TACCTGATTCTATTGCTTCTTCTATTATGTATTGTAAAGTAGGCTTGTCTACTATTGGTA +ACATTTCCTTTGGTTGTGATTTTGTTGCTGGTAGGAATCTTGTTCCTAATCCTGCTGCTG +GTATTATTGCTTTTCTTACTCTTTGTTTCATATTACTTCTCCCTCAATTTTAAAGTTATT +TTTATATTAATTATTAAACTTATATGAATTACATCCGTTAAAATACAAAAGTGCTACCTT +ATGTATACGTTAAGATAGCACATTTTTCCTTACTTATTTCTAGAAAATATAATTCCTATA +ATACCATTTTCATACTCTATAAAAATCGCGCCAGAAATTCTTATAGAGTAAATTAATAAG +TAAATAAATAATAGAAATATAATAAATATTATACTTATATTATACGATATATATCGACTA +TTTTCATTGATAATCATTCATCAAATATCGACAATTAATAATATATTTTTCCTTTTTAAT +ATTATACTTTTATTTATATGTTTTAAGTTATTTGTTTATATTGTTAATGTGTTTGTTTAT +TTTACTGCTTTGATTACTTTATTTTTGTGTACCATATTTTTTATCGTTGTTATTCTTTTT +ATGGTTTATAGGATAAAAAACATAAAGAAAGACTAACATTTCCGATCTATGCTAGCCTTA +ACTTTACAATAAAAAATTATATATAATAAGTGGATATAAGAAATTGAAATATGAAGATGG +AGTTTAAAGATGAATAAGTTATATTTTAATCTTTAACAATAATTAAAAGTTTTATACATC +TATTTTCATATTTTAACTAATTATTTTTATTCTATCTTGAATATAATATGTTATAATTTA +ATCTTTTTCATTTATAATCTTCCTAATATGACTCTCACTTATACGAAAACTCTTAGCCAA +TCCTTTATAATCCCCACTAAAAGCACTTCTAATTAACCTATTCCTAATAACTCTAGTAAT +ACTTGACTCTAAGGGAATATAAAGTATACATCCACCCATGTACTTAACCAACTTCTTAAA +GGCATCCAATCCAATAACCTCAACCAACTCCCTATTACCCTCTGGTATATCCTCCATCCT +AACCTTATTTATCATACCTCTGCCCCCTAACTCATAATAAAAACAACCTATCCATAAATC +CTATAATTTAACTTACTTCCCTTCAGCTCAACACTATAATCACCACACATTTCTAAAATC +CTACTACCAATAGCTTCATCAATCTTAATCAACTCATCCCTTCTTTTCTCACTACTAATA +ATCATGGGTAAATTATTAAAATACCTATGATTAACAATCTCAAATATCACATTCAAATCA +CTACTAGTAATACTCCCCTTAAAAAGATCGTCAATAAGTAAAACCTTACAACTCTTATAC +CTACTCATCATACTCTCATAAACACTAGCATCCATAATATTTTGCTTAAATCTAATAATA +CAGTCCCTATATCCCATATAAACAACACCTACTCCCTTTTTCATAAGCTCATTAGCAATA +GCAAGAGAAAGGTGAGTCTTTCCCCCACCTACACTCCCCATAAAAATAACACTATTTTTA +CGATCATTTTTAATCTTATCAAAATCTCTCACATAACTTCTAGCAACAGTATAAGAATCT +ATGGTCTGTACATTCCTACTATAATCAAAATTATCAAAAGTCTTCTTAGAAAACTCCTCA +CTAATACCACTTTTCTCAAGTATCTTCTTAGCTCTTCTTACTTCCTTACAACTACAAGGA +AAAGCCTCATCACCTACTAATATATAAGTAGTATCCCTACACTTATTACAATCATACTTA +ACTGTATAACTCTCTTGTTCTTCTAAGTTGCTCTTCACTTGGTTTTGCATAAAGTGCAGC +ATCCTCTTCTTTATATTGATTGGTAACTTTAGCTCTTGTAGGTCTTCTATAATCACAACT +TCCATCCCCTTTTTCTTTTATAGCTTCTATAAATAACTTTCTAATTTCCTCTTTATTTAT +ATTTTTTAAAACCTCTTCAATTAAAGAAACATCCTCAACATTTTTAAGCTCTGATTTAAT +ACAATCCATAATAGGCTTTCCACCTACCTTGTCTAAATTATACTTCCCCCACTTGAGAAT +GCCTATTTCCCTAGTTTTCTTATTATACTTAATAGTCTTATACTCATTTTCAAACTTATC +CATAATCTCTATTATTTCATTTTCCTCAATACCTGTTAGAAAAGAAATTTCTTTAGTATG +TATCTTGTATATACCAATTTGAGTAGTATTAGGATTTGTTAAAAAAAAAGATATAAAAAC +TTCTCCAAAGCACTATAATAATCTAACACCTTATCATCCTTATAAAATGAAGAATACACA +TAACGAAAACGTGCCATATTATTCCTCCTACTTAATCTTAAATAATCTATTATTACTTAC +ACGACAATATTTTTCATAAAGCTCTGGCTCTTCTAATTTAAATAGCTTAGTATCAAAACT +AACCCTACTAGTTTTCTTCCAAGTTATTTTACGCTCTTTTATATAAGCTATCTCATTTTC +CTTCATTAGACCCATTATAGTATGTTCTATAATATCCTTTTCTACCTTTAACTTAGAAAT +TGCATCTATAATCTCATCATGCCTAGATATACTATCGTATAAATCATCAGATAAAAACTT +AGCTTCATTTATAGTATTATCTATATAAGCTTCTTTGACTAATCTCCCATACTCAGCACT +TCCTACTGGTGCATTTATCTTTTCTTCTTTACTCTTTCCCAATAATCTCATCATTTTAAC +TCTCCTTTATATTAAACTCTGATAGTATTTTTTTCATAAAATATTTAATCCCCTTAGATG +TAAGATAAATAGTCTCCGTCTCTATAGGACCATCTACAGTATTTACAATATATGTTTTTA +CCTTAAACATACCTTCATCTATGTATTTTGGTATAGCATAGTTCTTATTATTTTTTCGTT +GTGTATAATTTCTGTTACTTAGCCAACTATGTACTTTATTTCGACCAAATGGTACCCCTT +TTAACCTTAACAAATTAGCAAATTCACCTATACTTAATACATCATCTTCCTTAACAATTT +CTAATTCTTTTAAGTTTTCTTCATCACTGCTACTTTCTATATTTTCACATATCATTCTTA +GACTTAGCTCTAAAACTTCTCTAAGCTTATCTAATCCTTCTAAATTATTTTTATAGTATT +TCACAAGATCCCCTCCCCTTTTTTTATTTTTATCTAAGTTCTCTAACTTATATCTAAATT +ATAGGTTTATAAAAATTCATATCTGGTAAAAGTTAAAATTCGCTTCGCTCATTTTGGGTA +AAAAAATAAGCCATGGATTTTCCATAGCTGCTAGTTTCATATTCTACTAAGAAGTTTTAA +TTCGTATTTTAGTTCTTTTTATATCTATATATCCCTTATCACGAAGACTGTATAAACAAT +CATATATATCATTTATATTCTCTTCTAATTCATCTACATCAAATGCTTTTACAAAATAAT +TGTCTATATTTTTATTCTTTTTTAAATTCTTTATCTTTACTTTATAATCCCTATACAACA +TCCTATCAAAATATGATTTACTACAATTTGATATTTCTTCTATTTTTCTTTTTATCAATT +TATCATCATCTATATACATTATTGCTTTTATAGTTTCAGTTCTTTTTCTACCTACTATGT +AAGTAGATAAGCTTCCTTCTAATGGATAATACAAACTAAATAACTTTCTAGCTGCTTCTA +TTGTTATGTTTAACTCTATAGTAATTTCCCTTAGTATACTATCCTTTGATCTGTGTAAAT +TATTTTCTATTATTTCTATTAATTTTTTTAATTTTATTAAGGAATTTTTGACATCTGTAG +GTATATTATTATATTTATTCATATAGTACTTAAATTCCCCCTGTGACTATTTCTTTTTTA +TTTTTATTTTAATTCTTCATTTTTATTATTCATTTTGTCCACCCCTCGTTGACGTATCGT +GAAAATGTAAAAACTTTAGATATTCTTTTGATAACTTATATATTAGTATATCGTTTTCCT +CACCTATATTTTTAGTCAAATATAATAATATAAATTCCTCTATTTGCATAATGCTGACCT +CTTTATAACTACTACATACTCATCTGCAGCTAAGTTTTTATAATGATATTCCTTGCAAGT +AGTATATAGTTTACTTTTACAAGTATTATCTGTATATGAATTTTCTATATCATAAAGCCT +ATAATTATTAATCATATTCAAATTTTTAACTTGATCTAGAATATTTTTTATATCATATCT +TTCTTCAAATCCAAATATTCTCCCACCCCTTAAGATATTTTCTTTGTTTTGTCTTCTTTT +TATGTATGTAGACAGAGTTTGTGGATATCCATTATTAGATGAGTATAGTTTTTTGAATTT +ACGATCTAGTGTTGTTCTAGATAGGTTATGTGTCTTTAGTATCTTTTTTATTATTTCTGT +TGATGATAGTGATAAGTTATTTTCTATAAGGTTTAAATAACTATAAAATTCTGCTACGTC +TTCTTGAAATCTCTTCATTTTTTTCATAATATTCTCCCCCTTTGTTTGTTTCTCTGTTGA +TATTATACCTTATATATTAGGTGAATAATTCCCATTTTTCGCGAATTTTTACCGTTTTTT +TATATTTTCTATTATTTTTAAATATTTTCATAAAAAAATCCAAAGATAAATTAACACTTT +ATCTTTGGATTTTATAAACTTAGTCTCTATTAAATAAATCTCTTGTATAAACTTTATCTT +CTACATCTGATAAATCTTTACATAATCTATTTGAAACTATAACATCACTCATAGATTTAA +ATCCTTCTAAATCTCTTATAACTTTAGAGTTAAAGAAGTTGTCCTCTTTTAAAACAGGCT +CATATACTACTACTTCTATACCCTTAGCTTTTATTCTTTTCATTATACCTTGGATAGAAG +AAGCTCTAAAGTTATCTGAGTCAGTCTTCATTGTTAATCTATATATTCCTACTACTTTAG +GATTTCTTTTTATTATTTGATCTGCTATATGATCTTTTCTAGTCCTATTAGCATCAACTA +TTGCTCCTATTATATTATTAGGAACATCATCATAATTTGCTCTTAATTGTTTTGTATCTT +TTGGAAGACAGTATCCACCATATCCAAATGAAGGATTGTTGTAGTGACTTCCTATTCTTG +GATCAAGTCCTACTCCTTCTATTATTTGTTTTGTATCTAATCCCCTTACTTCTGCATATG +TATCTAGCTCATTGAAGTATGCCACTCTTAGTGCTAAGTATGTATTGGAGAATAATTTTA +CAGCTTCAGCTTCTGTTGAATCTGTAAATAAAACATCGATATCTTCTTTTATAGCACCCT +GTACTAAAAGATTTGCAAACTTCTCAGCTCTTTCTGATTGTTCTCCAACTATTATTCTTG +AAGGATATAGATTATCATATAGTGCCTTTCCTTCTCTTAAGAATTCTGGTGAGAATATTA +TATTATCTGTATCAAACATTTCTCTTACTTTTTCTGTATATCCAACTGGTACTGTTGATT +TTATTACCATTGTTGCATCTGGATTTATAGCTAGTACATTAGCTATTACTGCTTCTACAG +TTCTTGTATTAAAGTAATTTCTTTCTGGATCATAATCTGTTGGTGTAGATATTATTACGT +ACTCTGCATCTTTATATCCTTTAAAGGCATCAGTAGTAGCAACTAGATTTAATTCTTTAG +TTGCTAAATATTCTTCTATCTCTCTATCTACTATTGGAGATATTTTATTATTTATCATGT +CTACTTTTTCTTGTATTACATCTACTGCTATAACTTCATTATGTTGTGCTAATAATATTG +CATTAGATAGTCCAACATAACCTGTTCCTGCTATGGCTATTTTCATTATTATACTCCCCC +TACTTTAGTTGATTATATATTTAGATTGTTACTTCATCTGATTCTTTTTCTTTTATTTCT +ATGTTATAGAATTCTTTATACCAGTTTGCAAATTTTTCTAATCCTTCTTCGATTGAAGTA +CTTGGCCTAAAGTTTATTGCTTTTTCTAAATCAGATGTATCTGCATATGTTCTAACTACA +TCTCCAGGTTGCATTTCCATGTAGTTCTTCACTGCTGTTTTTCCTATTTTATCTTCTAAT +ACTGATATAAATTTCTCTAATTGTACTGGTTGATTATTTCCTATATTGTATACTTTATAT +GGTGCAAAACTTTCGCTTTGTTTATCTTTTAATTCATCCCATTCTGGATTAGCTTTTGGT +GCTAATGGTAATAATTTATATATAGCTTCTACTATATCATCTATATATGTAAAGTCTCTT +TCCATTTTTCCATGGTTGAATACCTTTATTGGCTTGTCATTCATTATTGCATCTGTAAAT +GAGAAGTATGCCATATCAGGTCTTCCCCATGGTCCGTACACTGTAAAGAATCTAAGTCCT +GTTGTTGGTATTTTGTATAAATGACTATATGTATGAGCCATCAATTCATTTGATTTTTTT +GTTGCTGCATATAGACTTACTGGATGATCTACTTGATGCTCAGTTGAGAATGGAGCTACT +TTATTTCCTCCATATACTGAACTAGATGAAGCATATAGTAAATGTTTTACTGGATAATGT +CTGCATGCTTCTAATATGTTCATAAATCCTATTAAATTTGAGTCTACATATGCATATGGA +TTTTCTATTGAGTATCTTACTCCAGCTTGTGCAGCTAAGTTTATTACATAGTCAAATTTA +TATTTTTCGAATAAATTATCTATTGATTCTTTATCTTTTAAATCTATTTTATAGAAAGTG +TAGTTATCGTACTTTTTAAGTATTTCTAGTCTACCTTCTTTTAATCTAATATCGTAGTAG +TCATTCATATTATCTATTCCTACTACTTCATAATTATTTTTTAATAATAATTTAGCTAAA +TGGAATCCTATAAATCCACTAGCTCCTGTAATTAATATTTTTTCATTCATTAATATATTC +TCCATATTCTCTTCTGTATTTTTAACTTACTTTATCTATAATATTACTTTATTAATATAG +CTTTTTTTCCTAGTATATTAAATCTTTGAATAAGACATCTAAAGTATTTATCTAATATAT +ATAGTCCTATAAAGTTTACAATCGTAGATATAAATAAACATATTATGGTTTCATAAACAA +AACTTAACCATAAATTTGATATATCAAAACTCAATAATTTTAAGGAAATTAAAGATATTA +TAGTTGATAATACACAAAGTGCGATAGATACTATGATATTATAATAAATATCTATCTTTC +GATTAAAAATCTTTGAATATATTAGACTATAGTTTTTTGGTTGAAGTATACAAAAATCAG +CTATACATGTTCCTATTAAAATTCCTGTAATTCCAAAGGGCTTTATTAATAATAAAGATA +AAATCATATTAACTATAGCTTGTACTAAACTAAAGTTCTTTGATTCTTTATACAAACCTT +TTGCATCTCTAGTAGCATATATTGTAGGTATTATCATTCTATGTAATGCAATAAAGGACA +TTAAAATAATATCAATATATCCCATTCTAAATTCTCTACCTATCCATAAATCTACAAATG +GATTTACCATTATAATAAATACAGGTACTACTATTCCAAAACAAAATAACTCTAATGAAA +TCATTTCTTTAAATATCGAAAATGATTTTTCAGTATCTTCATTTACCTTTAATGCTATAC +TCGCCCTTATACTATCTATCATTCTAGTCAGTAATGTAATTGGATAACTTATTAAAGTGT +AATAAGAAGTATATATAGTTACATTATTTAATGTACTAAACATTGATAACAATACAGAAT +CTGTATTACTCGTAATTAAAGATGCTATTTTATGAACTAGAATATCATTAGTCATATTCT +TTGGAGTCATATCTTTATTCTCAAATTTATCTATTTTTCCATTATAATTTATATTTACTA +ATTTGATATATATACCTCTTGTTAACGCTGTATAAAAAATGTAAACTAAAAGAATAAATG +CTAATGGTAACTTTGTATACTTTATAAGTACTATTTCAGTAATAATAGTAACTGTATTCT +TCACACATTCGATAATATCTGTTATATATTTTTTTTCTTTTACTATTAACAGTGTTCTCA +TTGGTAATGTTAAAATATAAGGACAGATTATTCTTAAAGACATTACAATAAGTATACTAA +CTACATTTATATAGGAAATACCTTTCTCAGTTAGCATATATGGATAAATAATAGAAATAA +TTACACCGAGTATGAACATATTGATTGTAATAGTTTTCATATTAAATTTTAATCCATTAT +ATAAAGCAGATATCTTTTTATAATTTTTATCTATTAGTGGTCTATACATATTATATTGAT +AAGCAGCAGTCATACCACTTTCAAACAATAGTAAATATGCACTAAACTGCACAGCTAACT +GTACAATAGCATTTACATTTGTTCCAAATGTATCTATTATAGACTTAGTCCTTGCTATGG +TTAGTACTCCTATTAATATAGCCTCTATTGCTAATATAAAAGATGATTTTATTCCTAACC +TAGTTCTACTCATTTACTTTCTCCTTTATAATAAGGTCTACATTATTATTAATAATTTTT +TTATCTTGATTTAAACTTATCAAATGTTTCACTTTTTCCTTTAATATCACAGTTATATTT +TCTAATATAATAGATAAAGTTATTGATCCTATACTAACACACACAAATTTTATCACCCAA +ACTTCCAATATATATATATTTATTACGTCTAATATCATATTAATTCCTAATAAAACAATT +ATATGAGCTAAATATATATTAAATGAGTTCTTACTAATCCAAACTATATATTTATTTACT +TTCAAATTTAAGTTTGTAAATAATATATATAAAATACACGATATACTAATTCCATATGAT +AGGTAATATATTTGAGGCGGATACTTATACTCTGTTGGGGTAAATCCACCGTTATTAAAT +ATAATTACAATTTGTATTATGCTGAATATTAATATAGAAAATATACCTATTTTTTTTACA +AAGTTTGCTTTCTTTCTACAACGTAATCCAATCATAGCCACTATACTATAGGAAATCATA +TAAAAAATATAATAGTTAACTATAATATTATTTAACTCATTATACATCCAATAATATATG +CTACTTAAACCTATTATTATTAAAATAAAAATAAAGTCATTTTCTATATTATTTACTATT +TTACATATAATAGGAGACATTATTGCAATTAGCAAGTACACTTTCACAATCCATATATAT +CCTATTCCTTCGAAAAAAATATATGACTCTAATATTGTATTTATATCAAATAGTTGCGTC +CTATTTAATAGATTACATGCCATATATGCAATTAAAAATATAACTGTTATTGTTATATAT +GTTGGAATTACTAATCGCTTTATTCTTTTTGTTAAATATTTAATCAAAGATTCTTCATTT +GAGTATGATAATGTCATACCTGATATAAACACTAATAATATAACATCAAAACTTCTAAAA +TTTAATATTATCTCAGGAGGTCGTACATGAGCCAATATAACTAATAATGATCCAATTGCT +CTAAGAATATCTATGTTATAATCTCTTAATTTATAATTCAATCTATTTTCCATTCTTTCA +CCTATATTTTATCTTAATATTTCTTATTCTAACAATAATGTGACCTACCATTACAAAGAA +TATATTTAAAATTATATTTGCTGAATCACAATGACTTATCGCTTTTATACTATATATTGC +AGCAATAATATAAATAACTAAATAATATGGAGATGATATTTTATCACCTATATTAACTTG +TATTCTCCTTACTATTATTCCAAATAACAATGGAATTGCTACTACACCTATAACACCTAA +ATTATATATAGAGTATGAAATTAAATCAGTTGGAATTGTTCCTGAAAGATTCCCTATTAT +TTCAGTATTATATGCGAATGTACTTGTTACAGGATAAGAAATCAAGCTGTCAGGAACTAT +AGAGAAAATTGCACTAAAAATTTCCTCAATAACTCTATATCCTGCCAATTTATTTTCTAA +TGCATATATTGACATTTGACCACTTAAAGTTACATAACCAAGTTCATCTCTTAATAATTC +AAATATATTTACATTTACCTCACTAGGTATATATACACCAGTTGATAAATATCCCATTAT +TCCATCAGCTAAACTCATTAATATGAATGCTATTATTCCAAATAATATATACTTAAAAAG +TATTTTTATAGTTTGGGACTGATCCTTCTTATCTTGGTTTATTTCCATCTTTATAAGCAT +TAATGTTGCAAAAAAAAGTATAAACCCAAATCTTCCATCATTTGCTAATAAATATACAAT +AGACCATAAAAATGAAAAAATAAATAAAACATACATAGGAATTATTTGCTTATTTTTAGG +CCTAACATTTATAATAGTAAATAACATATATGCAGAAAGCATTAACAAAGGGCAAAATCT +TTTCATAAATGTAAATGGGTTATATATAGGAGAATACCCACTTCTTAGAAATTGAGCATA +AGGAATTATATCAAATGGTGATCCATATGCTTTAGTCCACAATAATAGTGATATAAATCC +AATTATTAAAATTATTATACTTGACTTGTACATCGCGGATATTGTAATTAATGTATTACT +ATGATTTTTTATTTTACTTTTTTTAGGAATTATAATGTATCCTATATTCATGCTTATATA +TCCTATTATCGATATTAAAAATAATATATATAATCTATATATACCATTATATGAAAAATC +CATTCTATTTAGATATCTATTTTCACTACCTCCCATATAAAAATACATATACATAATTGA +TGGTATTAAACCATATATTAACAAATACATACATCTTACATAGTTAATAATTCTCATTCT +TTTATATTTTTTTACTGATAAAAATTCAATTATTGCATATGTAAAAAATGCTATCATATA +TAAAATACTTAATATAAATATTAATTCTAATCTCATTATTCACCTCTATTATATTATCTT +ATTTTTTAATCGGTGAAATACTATATTTCATGTAACTATTCATCAATTAACTTAATCCAC +TGTTTTTCTATCTCTAATGGAGAAAAATCTTTCACTCGCTTTAATGCTTTTTCTTTAAGA +GTGCTCTTTAATTTATCATCTTTTATTAACATATTTATAGCTTTTACTAATAGTTTTTCT +TCTTCATTTAGAGGTATTTCACTACAAAAACAATCATTGTTAAAGTTAGGAACCAATATT +CCATATTCTTCAATTTCAACTTTATCTTTAGCTTTATTTTTTATATCCGTTGATGGTGCT +AATATTTCTCTAGGACCAGCATTGCAATCTGTAGAAATAATAGGTACTCCACACGATAAT +GCTTCTAATAATGCATTTCCCAGTCCTTCATACAGAGACGGAAATATAAACATCTCTGAA +TTTCTAATAACATCATGAGGATTTTCTATATATCCAATTAATTTTACTTTTTCTTCTAAA +CCTAAATCTTTTATAAGATTATTTAACTTTTCTCTAAGCTCTCCTTCCCCTAAAATAATT +AGGTTTAATTCTGGATTAGATTTAATTACTTCTTTAAATGCTCTAATCAAATGCCATTGT +CCCTTTTGATGTGTTAATCTACCCATTGTACAAATATATTTTTTATCTTCAAATTCACTT +AACTCTTTGCCTAATGAAAGTTTTGCTAATCTTTCTCCATCACATGAATTATAAATAGTT +ACTACCTTATTTGCTTTTACTTTTATATTTTCTATTAAGTCCTGTTTTACAACTTCAGAT +ATTGCTACTACCTTATCTGAACAATTAGATATTATTCTAACACATACTTTTCTTACAATA +TTCGTTTTTTCAGAATCTGATAAAAAATTTCTTACAGATGTAATAACTTTATCCTTATCT +CTAGATAAAACATTTACAATATTAGGACCATCTAATAAACTTATCGAACATTTTATATTA +TTTTCTTTTTTTATTTTCTTTAATTTTGCTGATCTTTTAAAAACATTTATAAATCTCATA +AATTTATTATTAGTAGCTGGTATATCCAAGCTTATTAAGTCTCCACAATATGGATATATA +ATATTTTTATCATCAAATACAATAAGCTTCACATTATATGTTTTAGATAGTTCTATAGAT +AAATTTGATGCTACTCTTTCTGCACCACCACCATAAAGTTTTGTAATTATAATAGCTATA +TTATCCACTCACTCACCTCTTACTTATTTTAATTATTTTTAATTTTACAAGTTATAGTAT +TTAACCATTTATCCGCTATTCTTGCTACACTTAATTCTTCATTTAAAAATGAAGCTTTTT +TTCCTAGTTCAAATGCATATTCATTATCTTCTATAATTTTTTCTATATTAGCAATTAATT +CTTCTGTATCATCTAAATCTACTAGTAATCCATTTTCACCATTTTTTATTAAGTCAACAG +CGCCTGATACCTTAGTAGATATACACGGTAATCCTAAACACATTGCTTCAATTAGGGCAT +TTGGCATACCTTCAAATTTAGATGTTAATAAAAACATCTCTGCATCTTTAATATATTGAT +GTATATCTTTCTTAACTCCAGGTAAGTAAACACTATTTTCTAGTTTATATTCTTTAATTA +ATTGCTCTAACTCAGGACGTAGTTCTCCTTCTCCATATATAACTAGTTTATAATCTGGAT +ACTTTTGTATTACACTACTAAATGCATCTATCATCATTTTCTGATTTTTTTGTTGTATTA +ATCTTCCAACACTAACTATCTTCTTATTTTTAGGTGTTATTAATGCTTTACCTTTATTTG +TTCCAAGTGAAATCGGATTATATATAATATCAGTTTTTTTCTTTATATAACTATTAAAAT +ATTCTTTATTATTTTCTGTTTGAACTATAATTCTTGATGAGAAATTATATAAAATATTTC +TCATTAACCTCATAGACTTTTTATTTGGTATATGTCTTGGATCATTTCTTTCTGCGACAA +TTAATGGAGTTTTATTTCCTAGTAAACTTAATATAGCAAACATATTAAACGGTGCTAAAA +ATGATAACACTAAATCTACTTTATTTTTTCTTATATAACTTCTAAGCCATAATAATTTTT +TTACTATATTTACTTTTCCATCTATATAATCATCTATAGTTGTTACAGTAATATTCTCAG +GCATATTATAAAATATAGGCATATTATAAAATAATATAATCTCTACTTTATCAAATATAT +TTATAAACTCATGACATAAAGTAGATATAACCCTCTCTGAGCCACCGTGAGATAATGTAC +CTGTAAATATAACTATTTTTTTCATTAATCCACCTCACTTTTATTTATACTTATAATCGA +TAGCTTAATTTAGATACTGAATTTTCTCTCTTTTGAACTATTATAGATCCATCTTCATAT +GTTCCTTTGATTACTGAGCCTGCACCTATAACACAGTTATTTCCTATTTTACTACCTCTT +AAAATTATTGTATTGGATCCTATCCATACATTATTCCCAATTATGATAGGTGACGTTTTA +TATTTTAAGCTTTTTAATCCATCTTTAATTCTAAAGTCATGATCGTGATCATATATCAAT +ACATTTGGTCCAAACTGTACATTTTCTCCAATAATAATCTTTTCATGTGCAGTAAAAATA +CATCCATGATTCAAAGATGTATTTTTACCTATCTTAATTTCACCATCTTTTCTAACTCTT +ACTTTTGACCCACTTCGCATTTTTAGTAACTTTCCAAGTGCTAATTTCCCATTTTTACTG +ATTTCTATTTCTGTAAATGGAGAAATTAAATTATACATAGTAAACTCAAATTTATTAATA +TGAAACAATTTTATAATACTAAACTTTACTAATGAATAAATTAGGCATATTATAGCTCTA +ACATATTTTTTCATTTGCATACTCCATTTCTATATTTCTGACTTCTGATAAATAATTTTC +TATAATAATAGATCTATTAAATTCTTTTTCAACTTTATTTCTCGCATTTAATCCCATTTG +AATAATTTCAGAATATTTTTTATTCAATATAGACTCAATACGATTAGCTAACTCATCACT +TTTTCTAACTTCAAATAAATATCCTGTTTTATTATTATCTATAACATCTTTCGATCCATT +TATATCAGATGCTATACATACTCTTCCCATAGCTGAAGACTCAAGTAATACATTCGGAAC +ACCTTCACCACCATGAGATGGAAGTACTGTACAATGACATTTTTCAATCCATGACTTGAT +ATCTTTTTGAAACCCAATATATTTAATAATTCCTTTTGAGTTATATTCTTCTATTATGGT +TTTATACTTTTCTTCCTCTATAAAGCCTGCAACATAAAAGTTTACATTACTATGTTTTTC +CTTAATTTGCTTAGCTGCTTCTAGATATTCATCTATACCTTTTATCTTCATAACTCTACC +TATAAATATAAAGTTAATCTCATCATCTGATGGAAGTTTACATAATTTATATTGTTCTAA +ATTAACCCCTGACCCAGGTAGCATTGCGTAATTACCTTTAACCATTTTATTTTCTACAAA +GAAGTCTTTATCTCCACTATTTTGGAAAAATACTTTATAAGATTTTTTTATAGAAATTTT +ATATAAAACTTTAGCAATTTCACTTAACATACTTTTCTTTAAAAATGTTCCACCAGTTCC +AGTAATATTACTAATTTGCTTATGCTTTGTAATATTAGATGCTATACATCCATATATATT +AGGCTTAATAGTATAAGAAAATATAATATCAGGCTTAATTCTTTTCATTATTTTTATATA +ATCTAGTATTAATTTAGTATCTTTAATCGGATTAATACCTCTACGGTCTACATTAGTTTC +AATTATATTACATCCCATATCGCTAAAGAATTTATTTTCCTCTGATTTAGGCATCGATAT +AAATACTTCATGTTCTTCATCTATTAATTTTTGAATTAATTCTTTTCTAAAGTTATATAA +TGTTATAAAGTGATTCGATAGAATCAATATCCTTTTTTTCATTTTTCATATACTCCCGTT +TTAGTATATTAAGACTATTTATTTTTTATTTTGAAATATACATATTTCTTTGTACAATGA +TTCCCATATCTATCATGCACTTTTTATCTAGTTTAACTCCACTTCCAAGTAACACTCCAT +AAGATAAATGAGAACCATCACCTATTACACAATCATGTTCTATAATACTTCTAGTATTTA +TAATAGCAAAATCACCAATAGTAGTATCCGCATTTATAACTACATTAGGCATTATTACAG +TACCTTGTCCGACTTTAGCATATTTACTAATCACACTTGATTTATGTACTAATACTGGCA +ATATATAACCTAAATTTATAAATTTCTTTGATAACTCCGCTCTTACATCGTTATTTCCAA +TAGCTATGATGGCATGTGTATACTCACTTATATACTCATGACCATCAGCTATTTTTCCTA +TAACTTCATATCCTAGGACTTTCTCACCAATTTTCTTACTATCATCTAAAAAACTTATCT +TTTCATACTCATTTGTTGATTCTGCTATATCTAGCACTACCTTACCATGACCTCCAGCAC +CAACTATTAACAAACTCTTTTTCATAACTTACTCTCTCTTTAGTTAGCCTTACTACCTTC +AACTACACCTTCACTCTTAAACACCTTAACAACAGTCATAAAAACTATCTTTATATCCAT +AAAAATACTTCTTCTTTCAACATATTGTCTATCAAACTCAACCTTATCTGGTATCTCAAG +CTCATCTCTACCATTAACCTGAGCCCATCCAGTAACACCAGGATATAAAACATGAACACC +TTTTTCTGTTCTTAAATCTCTAAGGTCATACTGGTTGTAAAGAGCAGGTCTAGGACCAAC +AAATAACATCTCCCCTTTTATAATATTAATAAGTTGAGGTAATTCATCTAAACTAGTCTT +TCTTAAAAACTTTCCTACCTTAGTTATAAATACTTCTGGATTATCAAGTAAATGAGTTGC +TACATCAGGTGTATCAGTTCTCATTGATCTAAACTTATAAATCATAAAGTTTATGTTGTC +CTTACCAATTCTCTCTTGTTTAAAGAAAACAGGTCCTTTAGATTCTAACTTTATAAGTAT +AGATACTATTAAAAATAAAGGAGATAATATAATTAACATAACTAATGCTATAAGTCTTTG +TAATAAATTGTACATTTTCTAAACTACCCCCTTAATATTTGCATCTTCTGGTCGAATATA +TGTAGTAACAAGTTCTCTCATAATATTATCAATAAGTTCAACTTCTTCTCTATCAACAAC +TTGTTTTAACACATTCAAATGCCTATTAGTTTTTTCTATATCAAACTCTATAGGCTTACC +TATAAATATCTTGCTATTTTCCGTACTTGTAAGACCTTCCTCACTCATAAGAAGCTCCTC +ATATAACTTCTCACCAGGTCTAAGCCCACTAAACTCAATCTTTATATCAATACCTGGCTC +TAGACCACTTAACTTTATAAGATTTTTAGCTAAATCAACTATCTTTACTGGATCTCCCAT +ATCAAGTACAAATAGCTCTCCACCTTTAGCCATAGCACCAGCTTGTATTACAAGGCCAAC +AGCTTCGGGTATTGTCATAAAGTACCTTATTATATCCGGGTGAGTAACAGTTATAGGTCC +ACCTTCTTCTATTTGTTTTTTAAATAAAGGAATAACACTACCATTACTTCCAAGTACATT +TCCAAATCTAACTGCAACATACTCAGTCTTACTTTTTTCATTCATAGTCTGAATAATCAT +CTCAGCAGCTCTTTTTGTAGCTCCCATAATATTAGTTGGGTTAACTGCTTTATCAGTTGA +TATAAGTACAAACCTTTTAGCTTCATACTTATCAGCAAGCTTTGCTACATTTTGAGTTCC +AAATATATTATTCTTTATAGCTTCACTTGGACTAGCTTCCATAAGTGGAACATGCTTATG +TGCTGCTGCATGGAATACTACTTCTGGTCTGTATTGACTAAATATTTCTTCCATACGAAC +TTCTTCTCTAATAGAAGCGATTATTGTTTTTAAATTTAGTTTATTTCCATATTTTCTAAC +TAACTCTTGTTGTATTGCATAAGCATTATTTTCATAGTTGTCTACTATTATAAGTTCTTT +TGGATTAAATCCTGCTATCTGTCTACAAAGCTCAGATCCTATAGATCCTCCACCTCCAGT +AACCATAACAACTTTCTTTTCTAGATAATCACTTATTTCTTCTAAGTTAATTTTTATAGG +CTCTCTGCCTAATAAGTCCTCTATTTCTACATCTCTGATATTTTTTATATCAACCTTGCC +ATCTATAATTTCAAAAATTCCTGGCACTGTCTTAAGCTTGCATTTATTATTGCAAATCTC +TATAATTTCTCTTTTTCTTTTCTTACTTACCTTAGCCATTGCTAGTATTATTTCATCTAC +AAATTCTTCTTCAACTATTCTATCTATTTCTTCAGTAGTTCCTAGTATCTTAATTCCGTG +TATTCTTCTGCCTAATTTATTAATATCATCATCTATAATTCCAACTACACGTTTATTAAT +CTGAGGATTATTCTTAATTTCTCTAATAACCATCTCACCAGCTTGTCCAGCTCCAACTAT +AAGTACTCTAGAAATTTCATCCTTTGATTGACTTAAGCTTGTAAATCTTCTACCTGTTCT +ATAAGCTACTCTCACGCCTCCTGCAAATGCTGCTATAAAAATAGTATTTACAATGTAAAA +TAGTAAAGAGTAATTAATCCCTACAACCTTATGTAAAATAATTACTGGTAGCATAGATAA +TACTACTGCTATACATATTGATAACAATTCTTCAGTTCCGGCATATCTCCATAAACTACT +GTAACATTTAAATATCCCAAACATTGTAACTGTACATATTATGTATAAAGATACTGGAAG +CATAACATTACTAATTCCTAATGTTCCTTCCATACCTGTTAGATTAGATGATAATAAAAA +TCCAATTAAAATAATACATACATCTAAAGTTAATAATATAGTTTGCCTAACCCTATAAGT +ATCTAATATTTTTGATAATACACTACCTTTTTGGGTCTCTATAAGTTCTATATCCATAAA +TAACCCCCTAAAAAACTACATTTTATCTATTTTACCTTAAACAAACCACTCTTTTTTTCA +GGTTTATTGGTATCTCCATAATAATATCCATAGTACCCATAAGCAGACCCTTCACTTTCA +AACTTATTAAGCACAACTCCTAATATATTAGCTCCAACTTTTTCTAATCTTTCCTTAGAA +AGCTTAGCTGCCTCAATATCAGTCTCATTACATCCAACTAAAAGTATAACCCCATCAGCA +TACTGAGATATTATACTCGCATCAGTTACAACACCAACAGGAGGTGCATCTATAAACACA +TAATCATAATACTCCTTAACTACATCTATAAAGTTTTTCATCTTATTAGACTGAAGCATC +TCAGAAGGGTTTGGTGGTACTTTTCCAACCTTTAATATATCTAATCCTTCTATCTTAGTA +GATTCTATGCACTTACTTACATCTTTTTGCCCTGTAAGAACGTCTGTTATTCCACTTAAA +TTGCTAACCCCAAACATTTTGTGTATACTTGGATTTCTTAAGTCTCCATCAAGTATTAAA +ACTCTCTTATTTTCTAAACTAGCAAAAGTCGCTGCTAAATTAGATATTACTGTACTTTTT +CCTTCATTTGGTTGAGTACTAGTTATCATTATTATTTTTAAATCTTTATCTATATTAGAA +AATTCTATATTTGTTCTTATACTTCTATATGCTTCAGCTATAGGAGACTTTGGGTTTGTA +TAACTAGTTATTTTCATATATAACCTCCTAACTTATATGTTTTCTTTAGGCACTACACCA +AGTATTGGAAGACCTAAGTGTTTTTCTATATCTTCTGGTTTCTTGATTTTTGTATCCATA +TATTCTAATAAGAATACAACAAAAAGTCCTATCATAAGTCCTAATACTGTAGCTATTGCA +ACATTCATAACTTTATTAGGCTTAACAGGAGACTGTGGTAATACTGCTTTATCGATTACT +TCAACTCCATTTGCTTTAGTTATTCTCTTAGCTTCTTCTGTAAATATTTTTGGTATAGCA +TTAGCTATATCCATAGCTTTTTTAGGATTAGTATCTTGCACTGTAATACTTATAATTTGA +GTATCACTCACAGCACTTACATTCACTGACTTAGATAATTCACCATACTCCATATCAAGC +TTTAAATTTTTTATAACTTCATTAAGAACTGTTCTAGAAGTTATTATCTTTCCGTAAGTA +ACAGCTAATTTTTGAGTAACATTAAATTCATCTCCAGTCATTGTTTGACTTTCACTACTT +TCATTTTTGTTAACTATCAAAGTAGTATTTGCCTCATATACTGGACTTAGCATGAAAAAA +CTTACTATACCACTTACAGCCATTGCTATTAAAGTTATAGCCACTATTATTTTTGATCTT +TTCTTTATAATGCCAAAATATTCTCTTAAGTCAATCGTCTCTTCCATTGCCTCTCCTCCA +TTTTCCGAATTTTATGTCATATAATACAGTTATAGTTCGTTTCATTTTTTCGCACAAATA +ATAATCTCACAACCTTATTTAATGCTTTAATTTATCTCTTTCTTATAAGGTTGATAAGCT +TTTATTATGTCAATCCTTATGATGATTTTTAATTTTAATTGTAAAACAATTTCTTCTATA +ACTTTTCAAATAAATACATAAAACCTCTTTTAACTATTTTTTATTATAGCATCTTTCGTT +TTTTTTTAAAATATATTCGACATTTTTAGCCATATTTTTCACAGATTTTTTTATTTTTCA +TTTCCATTTTTCGGCACATTATATTTAATTTTCAAATTTAATTAGATTTTATATTCTATC +CAATATAATAGAAAATTATATAAAATATATCTAACTTAAGATAAAATATAGTAGGAGGTG +ATTTTTTGAAAAAGTTAATAAGAATTTTAATAAATATAATACTAATCTCTATACTAATCT +TCTCTGGTTATAAAATTTACACTAAACTAGCAGAATACAAAAAGGCAGACACTGTATATA +ACTACATAAGAGAAAAATCTAAGGATAAAGATAAGACAACTGAGCTTACTGGAATAAACC +CAGACTATAGATTTTGGCTAAAAGTAGACAACACAAATATAGACTATCCAGTAGTCCAAA +GTGAGGACAACGACTACTACCTAACACATGACTTTAATAAAGATTACCTAGCATCTGGTA +GTATATTTATGGATTATAGAAATAATTTCCAAGAAGACAAAAGTACCATAGTATATGGAC +ATCACATGAGAAACAAAACAATGTTTGGAGAGCTAGCTAATTACAAAGATGAGAATTTCT +TTAACGGAAATAATTTAATAAAAGTTGAATACAAAGGAAAGACTTACACTTACCAAGTAT +TCTCTGCTTATATCGCAGACTTAACAGAAGACTACCTAAAAGTAGACTTTGAAAATGACG +AAGACTACCAAAGCTACATAAACTACATTACAAACAGATCAATGTATAAATCAAACTTAC +AAGTTAGCAAAGAAGATAAAATAATAACACTATACACATGTAGCTACGAATTCAAAGATG +CCAGAACAATAGTCCACGCAAAGCTAATCTCTGAATAATCAATCTTCCAATACTTCCTTC +CCCATAGTAAGTAAAAATATTGGTATAAATACATACTTAAATTAGCCTTTGGGGCAAAGG +GATAAATAAAAAAAATTCTAGGACATTTGCAGCATTTTTTCCGCTGCATGCCCTAGAATT +ATTTTATTTATCCCTGCCCCCCATACCTAATCACCCATTTATACATATATTTTTAACTTA +TTCTACCCTTAGGTTTTCGTATATGAAATTATTTAATAGATCTAGATTATCTTCTTCATC +CCAAATTACTATCCATCCAGCTTCTTTTGACTTTATCTCTTCCTTATAAACTGGAAACTC +TAAAGTTTTCATATTTTCAGTACCTATTCTTAGTGTCTTGTACCCAAGAACTATTATCTC +TGACGGACTTAGATTGGTTTTTACTCCTGATAATATTTCATTTAATGAACTTATATAAGT +TCTTAATCCTTTAGTTTTTAGTTTTTCCAATGCTGATTTTACAACCATTCTTTGTCTTGT +ATTTCTTGCATCTGTACTATCTTGATATCTAATCCTACTAAAGGCTAGTGCTTGATATCC +ATTAAGATTATAATTTCCTGCACTATCTATAAACTCAATCTTTCCTTTATCTTCTTTTGA +ATCTATCTTATAACATACTTTTATAAGTTTATTTAAAACATCAACATCATTGTCTGTAAC +TTCGACCTCTACTCCTCCAAGCAAGTCTATGATATTTATAAAAGAAGAAAAGTTCACTGT +TGCATATTTTGATATCTTAATTCCAAAGTTTTCCTCTATTGTATCTAATAGTAACTCCGG +TCCATTATATGCATAGGCATGTGTAAGTTTTTCTTTTCCATGACCTTTTATATATACATA +GGTATCCCTACATAAGGAAGTTAGCTTTATGTTTTTATTATTTTGGTCTATGGTCATTAT +GATCATAGCATCTGATCGATTACCTTTATCTAGGTTCTCTCCATCAACACCTATTAATAG +AATATTTTTTATTCCTGATGCTTCTTTAGGTACTTCTTTTGTATCTAAGTTTTCTGTGTA +TCCAACTCTGGAAAATATAACTCCGAAAAGTACAGCTATACTTAATAATAGTAAGCTTTT +TCTTAAAATAGTTTTTATACTTAGTCTACTCATGCTATCACCATCATCCTGTATTAGTAT +TCATTAGTCCTTTATTTTAAGTTTTCCCAGAGTTGAATAAGTATACTTATATTTTTCTAA +AATAATTAATACTTATTAATATAAGTCCAATTATCCCTCCACATGTATCTACCATTACAT +CTCTAAATTCTCCACTACGACCAGATACGAATAATTGATGGAATTCATCAGTGCATGCAT +ATAAAAATACTATTAGTAAAGCTATTGCCATATTTCTAAAGATTATTTTTGAAGTTAAAT +TATGTTCTCTTATGCTTTTTATAGATATAAATTTAAATGTTAATATAGAAAGTACAAAGT +ATAAAAACATATGAGCTGATTTTCTTATTACAAACTCACCTATTGATGATGTTAGTATAG +GTTTTGATATTTCACCTATTATTGGCATATTAATAATTGCACTTATAGTTCTTCCTGATT +GACCAGATGATACTGATGCTGGTTGATGTGACATATAAAATATAAATCCCATCCATCCTA +TTATCAATGCTAAAAGTATTATAAGCATCATCTTTTTATCTGCATTATTTCTTTTATTGT +TATTATTTTTTTTATTTATATTTTCTAGGTATCTGTCTTTTCCATTTGAAAAATCGTCCA +TCTTGCTACTCCTTTTCATTGAATATTATTGATTAATTTAATCTTATTTTTTACTAAGCT +TTTCACATAGTATTATTTAGCTTAAGCTATCTTTCTTTTTATACCCCTTTGTTATTCTAT +TCTTTTTTCTCTTATTCTAAACAAATATATTATAATTATATATATATCTAAATTTTATCA +CTTTTCATAATGTTATATGTATTTATTTTTATCAAGATGTATATAATCAAACTAACAAAA +ATATGCAAATTTACTAGAAAGGAATTAATATGTTTAAGTTTATAAAGAGAATATTTATAT +TTTTTATAACTACAGCTATAGTTTTAGTTGGTGGGATTATGTATATAAATTATCGTAATC +AAGAGAACTTACTAAAAGATCTTACTACTGTATCTAATAAAGAAAACTCATCTGATGTTG +CAAATAATTCTACAATGGAAACAGACTCTGCAAATATTTCTCAGGAAATATCAGATATTT +TGTCAGATGAGAATAAGTATGATTTAGCTGTAAAATATGACAATGCAGGTGCTTTAGTTT +CTCTGGATACAGTAACTAGAAAAGTTTCTGTGATAAGTCTAGATACTATAGATAACTTTA +AAGATTTGGCTAGTAAGACTGATAAGTATATAGATTTTGATAATAGTGAAAATTATAGTA +TAGAGGATTTAACTGCTCTTAAGGATAAATTCTTAAGTTCAGGTATGATAGAGAAATATG +AAATCGTTAAAGATATTTTGAAAAATAGCGATACTAATATAAAAGAAAGCGACCTTATTA +GTATGTATTTCAATTATATGGCAAGTAAGTAGATATATTGAAAATTAATATGTTTTAAAT +TTAAAATAGGGATTATATCAAAGTAAATGTACTCTGATACAATCCCTTATAATTTTTTCA +TAACTATTTCTATTTTGAGCTTTTAAGTTCTTGTTCTTGCGCTTGAGCTGCTTTCTTTTT +AGCAACAATCGCTTTTTGCATTTTCTTATTTAATTTTCTTTTCTCTCTTTTTTGTTTCTT +AGTAGCCATAATGTAACCTCCTAATATTTTTAAATTTTGGATAATTATATTAAGACAATT +TTTATTGTATAATTAAATCGTAGTAACTTCTGTATTCAAAGTCAAGAATTTAGTTTCTTC +ATTCCTCTACATTATTTGGAGTCTGACTTGGTGTATTATCCGGTGATTGATCTGGTGTTT +GTTCTGGTGATTGGTCCGGATTTTCTTCTGGTTTCTCTGGTATTTCATCTGGTGATTGGT +CCGGATTTTCTTCTGGTTTCTCTGGTTTCTCTGGTTTCTCTTCTAGATTGTCTTCCGGTT +TCTCTTCTGTATCATCTGGCTTTTCTTCTGGTGTTTCACTTGGAGTTTGTTCTGGTTTTG +TCTGTGGTTTTTGAGGTGTTGTATTTACTGTATCATCAGTATTATGATTAGGGTTTGATG +TTGTTGTATCATCTTCAGCTTTATTCTCTTCTAAGTCTGTATTATCTATCTCTGTATAAG +TCTTTTGTTTATTTGTGTTCTTATATTCATTATTTTCTGTATCTGTATTTGTTACATTTT +TAGGTATGCTGTCAATATTATATTCTTGATTTTCTTTAATATCACTTTCATCCTTGTCTT +TTGTTAAACTATCTTTATTTAATATATCTACATTAGGTGAATCATTTTTATTTTTTAGTT +TATCAATAATATCTGTACCTTTGAGTATTAATCCTCCAGAAAGAATTGCTACTGCAGCAC +ATGCTGAAATCACCTTCATATATTTTTTGCCTCTGTCATATTGTTCAATTTCCTTATTTT +GCTCCTTCTCTTCATCTACTTTAATTTTATTATCTTGTTTGATTTCTTTACTTTGGTTAA +TATTTTCTTTATTTATCAAATGCTCACTTTCTCGATTATTTCTAAATACGCTTATATTAT +AATCTAAACATGAAATTACATCTAATAACAATGCATCTAAATTTTCATATCTCTCAGCAG +GGTCTACATATAAACAATTCTCTAGTATAGAAACTACATTATCACTACATTTATCCTTTC +CTATATAAAATTCTTGAGTCATACTTTTATATAACTCTTCTTTTCCATTTTCCCAGACAA +ATGGTAGCTCTTTATTTATCATCTCATATAGTATTATCCCTATTGAATATATATCTGATG +TTTTATTTATAGGTTTATCACTTGCTTGCTCTGGTGATATATATTTTATATTTTGATTAT +ATTTATCTATATAACCTGTAGGGTCTAATTTCAAAGTTCCATCTTCATTTAAAAATATTT +TATCCGCACTTAAATTTTTATAGACTATATTTAGCCTATGTAATTCATTTAATCCATCTA +TTAATTGTTTTATAATACGCAGTGCTTCATTCTCATTAAAGTTTTTAATTTCTAGTAAGC +TTTCTAAACTCTTATCTTCAATGTACTCCATTTCTACAATGTAATAGATAATATCATCAT +ATATTCCATTATCTATATAATGTATTTTAATTAAGTTGCTATTTTTATTTAGGCTTGAGA +ATTCAATAATTTTTTTTAATTCTTCAAATTGAGTTTCTTTATAGTCAGTTTTCTTATAAA +GCTTCAGCACTACTCTTTCATTTGTTTCTGTATTAGTTGATACGTATATTAGTTTTGATT +TATCATTAGAAATAAGTTCTAATGATTGATACTTATTTGTAAAATTAACCATATCTTTAT +CATCCCTCATGAAAAAATTAAAGGTATGAATTCAAATTATCATTCATACCTCTTTAGGCT +AAACTATAATAAATTTTATGCTTTATTAATTTTAGCTATTCAGTTTTTTTACCATACTAA +TATATTATGCATTTATAGGACTAAATCCTTCTCCTAATACTTCATGAACATCACTTACTA +TTATAAATGCCTTTGGATCAACCCTTTTTATAAGCTTCTTAAGATGAACTTCTTGCTTTT +TACGAACTACAACTAATAAAATGTTCTTATCCTGACTAGTGTATCCACCTTTTGCATCTA +TTATTGTAAGACCTCTTTTTACATCGTTAACTATAGCATCTCTTAAAACTTCTTCTTCTT +CAGTTATAATCATAAATGCCTTTGAATAATCAAATCCTGAAATAATCGCATCTATCATTT +TTACTATAATATAAAGTGCTATTGCAGAATATAGCCCTGTTTCTATATTTTTATTCGCAA +TACCTGCAGATACTACTACCATACCATCAATAAATGTCAAACACTTTGATAATGGTATAC +TTGGAAAAACTCTATTTACCATAAGAGCTATAAGATCAGTACCTCCTGTAGATCCATCTA +CACTAAATACAATACCTATACCTGCACCTAATAAAATAGCTCCTGATATAGCTGATAACA +AGGTATCTTGTGTTGCTGATATATTAGCTAATGGAGATGTCACCTCTAAAAGAAAAGATA +AAGTAACCATCCCTATTAAAGTTTTTATAGCATCTTTTTTCCCTAATATTTTTACAGAGC +ATATTATAAGTGGTATCCCCATTATAAGCATTATTGTTGATACAGATAATCCTGTTAATT +TACTTATGACTACTGATAAACCACTAAGTCCTCCTGGTGCTATTGTATGTGGACCTAAGA +ACATATTAATTCCTATACTCATAGATAAACACCCTATTATTAATCCTAAAGCTTCAATTA +TTATTCCTTTTGATTTTTTTATCATAATTACTCACCCTCCGTAATTCCTATTATATCAAT +AATTAAACACACTTTCCAACGTATCTATCACCTATAAAATAATTCTAATTTCCTAATCTA +TTACCCACTTTCATTATTTTAAAACATTTTTTTACATTTCATATTGACAAAAAATTATCT +ATATCTTATTCTTTATTTACGGACACATTTTGGACATGTCACAAACTTTTTATTTATGTC +AATTTTCAAATTGACGAATTTTTATTTTTCGTTTCTTGAAAACGATTGCTGTAGATCTAA +AATATTTATATTATTAGGAGGAGTTATGGAAGATAACAAAAATCTTATCAAAGTAATGCT +AGCTGCTTTTGCTATAGTTATCGTTACTGAATTAGTTGGGGAGTACACAGTTAATATAGG +TCCTGTGGCTTTAGTTTTATTCCCAATGCTATATGCAGTTATAATAGGTATTGTAATAAC +ACCTGATTTATTAGGTAAAAAAATCAAAGCTTTAAGAGATGTTGTAAATGAAAAAGAAAT +AAATATAGCTGGTGATATCGTTGGTATAGCACTAGTTTTATTAGGTATAAAATACGGATC +TACAGTTGGTCCAAATCTTGCAAAAATAATACAAGCAGGTCCTGCTTTCTTAGCTCAAGA +ATTTGGACATATATTATCACCAGTAGTAGCTTTACCTTTAGCTTTATTCTTAGGATTTAA +AAGAGAAGCTGTTGGTGCTTGTACTAGTATAAGTCGTGAAACTGCTCTTGGTGTTATATC +TGAAAAATATGGTATAAACTCTCCAGAAGGTAGTGGTGTTCTTGGTACTTATTTAATGGG +TACAGTTATAGGAACTATTTTCTTCTCTGTATTAGGTTCAGTTTCAATATATACAGGGCT +TCATCCATATGCACTAGGTATGGCAACTGGTGTTGGTAGTGGTAGTATGATGACAGCTGC +TTCGGCTGCACTTACAAAAGTTCCTGAAATAGCAGCAGATCCTGCTATGGTTGATACTAT +ACTTTCTTATGGTGCTACTAGTAACATGATGTCTAGTTTAACAGGATTAATATTCTTAGT +ATTTATAACTTTACCATTCAGTAACAAGTTATATGATATATTAGAACCAAAGATAGGTAG +AAAAAATAAATCTAAAAATAATGTTGCTTAATAGAGGGGTGTATAAATAATGTTTGGAAA +AATAGATTTAAAAAGAAGTTCTTACCAACTAGTAGTTATGTTAATGGTTGGTGCTATGAT +TCTTATTGGTCAATATATAAGTAGTGGAATTGCTATAACTACAGCTATTCCAGGTATGTT +AATAATGATAGTAGCTGCTATGCTTGCTATGATGCTAAAAGATTTATTTCCAAAATCAAT +CTTTCCTGCATTTGGATTTGCAACAATAATAGGTTTATTTTTAAGTATACCTGGTAATGC +AGTATCAGATGTTTTTAATACTCAAGTAGCCAATATAAACTTTATGGCAATAACTACTCC +ACTACTAGCATTTGCTGGTATATCAGTAGGTAATAAAATAGAAGATTTAAAGAAAATGTC +TTGGAAGATAGTTGTTATATCTTTAGTAGTTTTCACAACTATATTCTTCGCTTGTGCATC +TATAGCTCATATAGTATTAAAGATACAAGGGGTTATATAAGATCATATAAGATTATAGAA +TAAGAAAAATTATACATATGCTGATATTAATTTAAAGGCTTTATATTTTAGTAAATTAAA +GTAATGTTAACTCAGATGCTTTATTTTTAGTAAATCAATTATATCTATGGGAGGAATACT +TATGAACAAGCAACAATTAAAAGATTTAATAATAAAATCAATCGATGAAAATAGAGATAA +AATAATAGAAATTGGTCGTGGAATATATCACACTCCAGAGTACGGATACAAAGAGTACAA +AACTACTGAAGCTGTAGCTAACTTCATGAAGGAAGAATTAGGATTAGAAGTTGAAAAGAA +TATAGCTGTTACTGGATGTAAAGCTGTTGTAAATGAAAATAAAAAAGGTCCTCATATATC +TATCTTAGGGGAATTAGATGGTATATCTTGTAAAGAACACAAAGATGCAAATGAAATAGG +TGCGTCTCATACTTGTGGACACAATATTCAGATAGCTGGTATGTTAGGTGCGGCTCTTGG +ATTAGTTAAAAGTGGTGTTTTAGATTCTTTAGATGGAAAAGTATCTTTCATGGCTACTCC +TGCTGAAGAATTTATCGAATTAGAATACAGAGAACAACTTAAGAAAAAAGGTGAAATAAC +TTACTTTGGTGGTAAGCAAGAACTTGTTAAGAGAGGTTATTTTGATGATGTAGATATGTC +TATGATGTTCCATTCATCAGACTGTGGTGATAGTAAAGCTTTAGTTGGACCAGAAAGTAA +TGGATTTATAGGAAAGAAAGTTCAATTTATAGGTAAAGAATCTCATGCTGGTTCTGCCCC +TCATGAAGGTATAAATGCTTTAAACGCTGCAATGCTTGCAATAAATAATGTAAATGCTTT +AAGAGAAACTTTTAAAGAATCTGAGAGAGTTAGATTCCATCCTATCTTAACTAAGGCTGG +AGATATAGTTAATGTTGTTCCTGCTGATGTACAAATGGAATCGTATGTTAGAGCTAGAAC +TATAAACGGAATGATAGATGCTAGTGAAAGAATAAATAGAGCTTTAATAGCTGGTGGAAC +TGCAGTTGGCGCTGAAGTTAAAATAACTGAAATACCAGGATACTTACCAATACTTCGTTA +TAGAAGCATGGATAACTTATTCAGTAATAACCTTGTTGAATTAGGGATACCAATCAATGA +GATAATAGATGGTGGAGACTTTACAGGTTCATTCGACTTTGGTGATATATCTCATCTAAT +GCCTACCCTACATCCTATGGTTGGTGGTGTTAAAGGGGCTCTTCATACAAGAGATTTCGA +AATAGTAGATGAAGAATTAGCTTACATAGTTCCTGCTAAATCAATGGCTATGACAGTTGT +AGACTTATTATTTGATGGTGCTAAAGAAGCAAATGAAATCTTAGCTGATTTTAAACCAGT +TATGACTAAAGAAGAATACTTAGATTTCTTAAATAAATACGATAAAACTATATAATCTTA +GTTTGAAAAAATAAAAACAAAAAAGGTTTAGATACCACTTCGGATATCTAAACCTTTTTT +ATAAAATAAATTTATTTTTTCAAATTAAATTTATTTCTTTTGTAAATGTACTTTTATTAT +ACATGCCCTACGTACACTTTTCAAACCTCTTATTATCTTATTATTTAATTAGTTTTCATC +AAAAAAGCTATAAACTTATAAGTATGCTTAGTTAAATACAAATTATAACATATTGTTTTT +ATGTACTAAAAAGTTACTTCTATAAGATTCTTCGGTCTTCCTCCGCCTACGCTACTTTCC +TTAGCATATACTCTACCAAATCCAGAATCAACTATTTTATTAAGTATCCTTCTTGCGCTT +CTGTCGCTTATATCTAAATAATCAGCTAGTTCTTTTGTATCATATACAGAACTTTTTCGA +CTTTCACTTATTGCCATAATCTTAGCAACGGACTCACAACTTAATCCCGTTTTCTCAGAT +ATCTCAATTAAACGTTCATCAGATGCTATTAGTGAATAGCTTAACTCATTGTCTGTTCCT +AAAGGACCTTTTATAATTTCATCATCAACTAAGTAAATATCAAAATCCTTTGAATCTATG +CAACGTTTTAAAGCTTTATATCCATTAGTCTCAGCTTGATATGCCGTAGTTCCAATACCT +ATCCCTACCCCTAGCGAGAATCCATTTAATTTTACTTCTTTCTGCAATTTAAATAATTTA +TTATAATTTTCTTCATTATCTATAGCTCCTTTGTGAGAGAATACTATATATTCATCTCTA +CCAAAATTAAATATAGAACCTTGGATACTTCTTACATACTCCACTATGATTTTATCTACC +TTTGATTTGTTAATCATATTCGAATAATAACTTTCTTTGTTTCCTTTATAGTCTATTAAA +CTTAATATCTCTACTGATATTTGTGAGTATTGAGCTTTATTTAATGCTTCTTTAGCTTTA +ACTTCTTCATAACATGACTTTATAAGCGGTCGAGTTGCTTCAAGCCTAAAAACTGGATAC +CCCATATTTTTTAATACACTATATACATTTCCGAAACCAGTAAGTATAACGTCAATTTCA +CCTTTTTCAAATAAGTTCATATGCCATTTTGCATACTCCATCTCATCTATACCATTGTTA +AATGGTAGTGAAAATACTTTTTTAGGATTTACATCAATTTCATTGACTATATCTTCTAAT +ATTTCATTCTCTACAACATCTATACTAAACTTGTCTAGGCTCATGTTAGCTTTTTTTACT +TCCCAAAAAGCTTTCATAATACTAGTTCCACCCCTAGATACAAACCCATTTGGTTTTTTC +ACTTCGTATTTTGATTTTACTGCTGCTGCTACACCACATCCTGTGAAAATAATTGCATCA +CATTCTTCTTCACAAGTTGCTATTACTTCTATACATTCCGCTGCTTTTTCTCTTATATAT +AATTTTATTTCTATCTCTTTGTCTATATCTTTTAAATACTCTTCTATTTTTTTGCTCGAA +TCAGAAGGCCCTATAATTCCAAATATCATAATTTTCCTCCAATCACCGGTTAATCTTTTT +CTATTTTAACATATATTATTCTTTGCTTTATATTTATTTTATAAATAAAAAAAGACTAAG +TAATCCTTAGTCTTTTGATTGGAGCTGGTGATAGGAATCGAACCTACAACCTGCTGATTA +CAAGTCAGCTGCTCTACCGTTGAGCCACACCAGCAAAGTGTTTATACATTTTATGTATTT +TTTATTAGTACTCTAAAAACTGAATAACATTTAATGGAATCATTTAAATCTTTAGCTTGG +TCAAGTCCTCGACCTATTAGTATCGGTAAGCTACATACATTACTGCACTTCCACCTCCGA +CCTATCAACCAGGTAGTCTTCCTGGGGTCTT +>MGYG000000001_38 +ATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTTTAGATGTT +GCACTTAATATGATAATTTATCAATAAAAAAAGATTGAACTATATTAAGTTCAACCTTTT +TGGGGAATATATATATAAATCATCAGGATTATAAGCCTAGTTATGCTCTATTATAGTTTT +AGTTGTGTTTATATTTTGTGCAACACATCTTTGACTATTTATTCTTTCATTTACTAATAT +GTATTTTGATATACCTTTTAAAGTAGACATCATTCTTTTTATTATTTTCATTATTAATCA +TCTCCATTATCTCTTTTTCTTTACAAGAATATTGTATACAATATGCAGTATATTGTCAAC +GTATTTTAATAATTTTTTTATTTTAGTTTTAATTTACAATTTTATCAATCATTTTCTATT +TTTTATCATGATAAAACTTTATTTTAATTATCTTATTGTAAATATAAAAATTTCAGCGAA +TACTCATTAAATCTCTTAAAATAGATGCTGCTGCGTTTAATGGCGAAGAAGCTCCTCCAA +TAATTGTTACGTCTACCAATATATCAGTTTTATAATAAATTCCTTTATCTTCCCATCTAC +GAAGTATAGTGGGTAATCTTTATCTATTGATTGCGGTTTAACTTCAATTATAGAGTCTTT +ATTTTCTGAGGATATTTTGCCAATAAGTTTTATCTTCTTATTATCTCTTTCTGCTTTATC +TATTTCATCAATACTTATATTTTCTATTCCGTCTATATAGATGTATTTAATGTCTACGTC +TAAATCCATAACTACATTACATATAATTTGTATTTTTATAGCTGTATCGTGTCCACTTAC +ATCTAAATATGGATTTACTTCTGCTATTTTTAAACCTTGTGCTTTTTTCAAAGCTTCAAT +GTATGTAATTTTACTATTATTCATTTCTTATATCATATAATTACTTGTATCATTGAATAC +CCCTTGTGTTTCTATGATCTTCGCCCCTTTAAAACAACTACTTCCAATATTTACAGAAGG +TAATGATCCTCCTGTTGTACATCCAACTTTAAGACTTATATTATTATTGTCTGCTATAGA +TCTTAACTATTTGCAATAATGCATTATTGGGCCTTCATTCCATCTAGTATCTCTTCTTTA +ATTTTTAGCAGTTTAACAAAAGATTTCCCCACTTCTCCAAATCCAATTAGTCCTAAATTC +ATGATATTTCCTCCCTTTCGACTTTATATTATTATAATTGATTTTATTTAATTTAAGATA +TAGTTTTATAAAATAAAACATATCTTTATAATGGCAATATACAATTTATATTTTATATCT +CAAATATTTTAATCCAATTTAGTATTTTAATCGATTTTAAACTTCCGAAATATACTGACT +TTTTTGACAGATCATTTATTAAAATATGCTAAAATATACTTAATTAATTTATAAGGGGTG +TTATTACAATGATATCAAATAAAATGGAAACTCTTCTTAAAGGTAACTCTGTTATAAGAG +CGATGTTTGAAGAGGGTAAAAAACTAGCTCAAATTCATGGAGCAGAAAATATCTACGACT +TCAGTATAGGTAATCCAAGTGTAGAACCTCCAGAGAAAGTAAAAGAAATTATAAATAAAA +TATTAAATTCTGAATCTGCAAATTTAGTTCATGGATATATGAATAACTCTGGATATGAAG +ATGTAAGAGAATCTATTGCATCGTATTTAAATAAAAAAGAAAATCTTAACTTAAATTTAA +ATAATATAGTTATGACTTGTGGCGCTGCTGGTGGCTTAAATATAATTTTAAAAACACTAT +TGAATCCTGACGATGAAGTTATTACATTTTCTCCATATTTTGGAGAGTACGGTAATTATA +TAAATAACTTTGATGGTAAATTAGTTGTTGTACCTACAGATATAGATAATTTCGAACCAG +ATTTAAATGCTTTAAGTGAGTCTATAACACCTAAAACTAAAGCTTTAATAATAAATACAC +CTAACAACCCAACTGGAGTAATATATTCATCTACTTTCTTAGCAAACTTAGGAAATTTAC +TTGAAAAAAAACAAAAAGAATTTAATTCTAATATTTACTTAATCTCTGATGAGCCATATA +GAGAAATTGTTTATAACGGTGCAATTGTTCCTTGTATCTTAAAATACTATAAAAATTCTT +TTATAGGTTATTCATATAGTAAATCCTTATCTCTTCCCGGAGAGCGTATTGGATATGTGG +TAATAAATAATAATATGGATGATTTTAATGATATAGTATCTTCACTTAATATAGCAAATA +GAATTCTAGGCTTTGTTAATGCTCCTTCTCTTTTCCAAAGGGTTATTGCTAAATGCTTAG +ATTCTGAGGTTGATATTAATATTTATAAAAGAAATTTTGATGTTTTATATAATCATTTAA +CTAATTTAGGATTTACATGTGTAAAACCTAAAGGAACTTTTTACTTATTCCCTAGAACTC +CCATTGAAAATGACAAAAAATTCTGCGAAGATGCTAAAAAATTCAATTTACTTTTAGTAC +CTGGTTCTTCATTTGGATGTCCTGGTCATTTTAGAATTTCTTATTGTGTATCTTATGATA +CTGTTATAAATTCGCTTCCTGCTTTTGAAAAATTAGCAGAACTTTATAATTTAAGTAGTA +ATACAAATTAAAAAATAAGAGTATACTTCAGTATTTAATTTATTACTAAAGTATGCTCTT +TCTTTTATTTTTCAATATTTTACCTAAGTATGCACTTATAAATCAGTTTTTAATACAAAA +CTAACTAAGTTAAGAAGATTATTAGCTATAATAAATTCTTCTTGACTAATATAATTAATA +TATGATCTAATTTCTTCCCATTTTTCTTCTACAGATTTACTATTAAAACTTATATCTTTT +ATACTGTTTATTATGTCCGTAACTTCAAGCTTTTTATCTATAGATAAAGAAGTATTTGAT +TCTATTTCACTCACAGAATCATCAAAAACTTCTTTAAGAGCAGATATTTTATATTCATTA +GTTAGCTTATTTTTATACTCATTTAAATATTCATTCAAATCCTCTAAATCTTTTTTCTTG +TATGACCATACATTATTCTTTTCTAATGAACTTAAGTTATTTATTTGATTTTTATATTTA +TCAATCATCTCCTCAATAATTATTACCATTTCTAGTAGATTGTTTAATTTTAAAGCTTCT +TCACATTTTTTTATATCTAAATCTAAAATTTTAATATTTTCCTTCAAATTATGACCATCC +TTCTAATTTATATTACTATTTATACAAAGTTTATAATATTCCATAAATATTAAATTAGCA +ATACTCTACTTCAACAATTTTACCTAATTCTATAAGAACATCTTTTAATTCATTAACTAA +ATAAAGTTTTATACTCAATTCATTTGGAAAATCTGGATTTTGATGAGCTGGATTAATTGC +TCTACCTATAATCATTTTTATATGTGTGCAGTCTTCATATAACATTCTAGCTAATAAAGA +TGCTCCATCTTCTTCATAGATAAACTTTAAATCATGAGAACTTTTAATATTATGAAGTTT +ATCTATCGCTTTTCTTAATGTTAGTACTCCTTCTGTTACTAGATCTATTTTATTTATATA +ACCTATTGGAGGTATATCTTTATCTACAATTTTAAAGCTAGTCCTTAATTCTTCTCCTAA +TTCTCTTGCTACTATGTTACCTGCTGTCCCTCCACAAATAATTCTTTTCCCAGAAGTTCT +CATAATTTCCTCTACTACTTCTTTATCTTTATTTTTATCAATAGGAGGACCAGTAAATAT +TACTGCCTTATTCGGCTGTGTAACTCTAATTGTTGCAACGGTAGTATCGTCTCCAGGCCT +TTCCATATACAATTGATTACATGCACCTAGTAAATTATTAGTAATTTTTTTAGCACTCAT +GGAACTATTAGTAAATCTTCTCAAGTGGTTTGCTATATCCTTCCACTGCCACCCTAAGTT +TAGTACCTGACCTACCCCTGCATATACTACACCATCACTGACTAATACTAAAATATCATT +TTGTCTTAATTTAAAGCTGGCTTCTCTTATTTTACGTCCATTTATAAACTTTTCATTCCA +GTTAATAGGCCTTGTGTCACCATTTCTCAAAAAAAATATACTCGGATTATCAAATTCTGC +AACATATACCATACCATCTTTATCTACACTTACCATTGTAAATGTTGAGTATGCCACTTT +TCTTACTGCACATATAGGTAATGTATTTATAATTGTATCTACAACTTCTTCAATATCAAT +ACCTTCTTTTAACATCGTAAGAGCTATTTTGGCAGTTAAAGTTGCTAATATATTAGCCTT +AACACCACTTCCTAAACCATCAGATAAAACTGCTACAAACTTATCTTTGTCATTATAAAA +CTCTACCCTATCTCCGCATAACTCTTCTCCATATTTATTTAAGCTTCCTGTGGCAAAGTC +TATAAAAAACTTCATTATTCATTACCTTCTTTCTCTAGAATAAGCTTTTTAAGTTTAGTT +AAGGTAACTTTAGTTTCTGCAGTTGTTTCTCCTAATAAACTAGCTATTTCCTGCGCTACC +ATCATTTGTTTATTAATAACTTCTTGAGCCATGTTAATTGAATCTACTTTCATCGTCTGA +AGTTTTCTTTCAATATTTTCATCTTTAGTGATATCATCAGCTATCCATATTAATACATTA +TTTTCTTCTAGTCTAATAATATTTTGAATTAATGTATATTTATTATCTAAAGTAATTTTC +TCTCTTATAATATTTTTATTATTTTTTTTTACATTTTCAAATTTATCTTCATCTAAAAAC +ATACCTATGGGAAGACCTTTACTTTCACCTCTTTGTACTTTAAAAAAACTTTCTGCTGCT +GGATTAAATTGAATTATATTTAAATCATCGTCAATTGTACCTATTAAATTTGGTGTTGAA +TCAAAAATTACATTTGCTAAGTTTTCTGCTCTTTGTCTCATAAAAGGCAAGCACATATTG +ATTTCTGCTATACCATTATATACTGCAACTGCTTTATCTCTACATGTAGTATATCCACAT +CCTCCGCAGTTAAGTTCATCACTCTTTTTATATTTACCCATAGAATATAAAATTTCTTTT +ATTTCATTTTCATTGGGCTGCTTTAAAGGAAAGTATAAATTATCAAAGTTCTTATTTAAG +GAAACTTTATTATCAATTTTATTGTTTATTTCATTATTTGATTGTTTATTTGAATTGTAT +TTTTTATTTTTTTTAACACTCTCAGCATAATTAACTAAATTACACTTTCTCTCATAATAT +GTCATCCCATCATTAGGCATTCCTGACCCACCTAAACACCCATGTTTACATAAATTCATT +TCAAATAATGTATTTTTAAACCTATTATCTTGTATAGCTTCTAAGATTTTTATGCAGTCT +TCTATACCGTCTACTGCAATTATATCCTTTTTAGTAATTTCATTTTTAATAAATTTACTA +GTTTCTCCTACTATTGAAACGAGTAATTTATCTTCATATGTTTCATCAAAAGGTTCTTCA +TTTACATCCTCTAAATTTATATTGTATTCTCTAAATAATTTTTGTAATTCTCCAAAGGTA +AGTACTGCATCAACGCTATTTTCTCCATATGCTTCAGTTTTTTTTGCTAAACATGGTCCT +ATAAAAACAACTTTTACATATTTGCCATATTTTTCCTTTAGGAGTCTTGAATGATATATA +AAAGGTGATATAACCGGAATTAAATTTTGAATAATTGATGGATAATGTTTTTGAATAATA +TTATTCATTGCAGGACAGAAACTTGTTATATAGTTTTTATCTTCAGATTTATTTGCAAAT +AATTTGTACTTTTCTATAATTGGGTCAATAGATACTATTGTTTCTTCTATATAACTAAAT +CCTAATTTTCTTAATGCACAAGGAATTTTTTTACTTTCTTTTCCAAAAATTGATGAAAAA +CTTGGCGCAATTGATACAACGACTTTTTCTTTATTTTGTAAATAGCTTTTTACTATAGAT +ATTTCAGATTTGATTATTCTATTTTTTTGTGGACATACTCTAGAGCACTCTCCACAAACT +ATACATCTGCTTTTTATTATTTGCGCTTGTTCATTTTTAACCTCTATCGCATTTACCGGA +CATACTCTTATACAAGCATAACAATTTCTACAATGAGCCTTTGAAAAACTTGCAAACCAC +ATATTGTCCCCCCTTAAAATAATAAATTTAAAGTTACAGTATCATATCACTCTAAATATA +GGGTACTATTTCTCTGTCAAATACATCTCTAGCATTTTTACTGCACACAGATAAGATCTT +TTCATCCCATCTCATAACAGATACACCATCTGTGCAATTATTTAAACAAAAAGATGCATA +CAATTCTATTTCATTTTCTAGATTATACTCTTTAATTAATTTTTGAAAAGCTTCAATTAC +TTCTTCTGCCCCCTTTAGATGACATGAACTACCTATACATATTTTAATATTTTTCATTAT +TCCCTCTCCTATTTATAAATAAATTCGAATAAAAAATTTATATGTATTAGAAATTATCTT +AATTTATTTAAAGTATACTATAAATTAAATTCATTATCCATAATATCAATAAATGTGTTT +ATAATCTATAAGTTAATATAAAATAAAGAAATAAAAAAGTAGCTACCAAAATAGTAGCTA +CAACACTCTAAATATTATAATTAATTTTATTATTGATTAATAAAACATACTAAAGAATTA +TTTACTTTTTCTATTTCCTCAGCAAATGCACCATGACCACTTTCAGTCAAAGGAATCAAT +GTTGAATTATCAATAGCATTATCCATATACTTAGCAAATTCAAATGGGCACACTTTATCA +TGAACTCCATGTAAAATTAATGTTGATATATTTATATTTTCTAAATCGTTAAACAATCTT +TCATCTCTAAGAGCCATTAAAGAATTTGCAGTTGACCAACCTGCTGCAGCTAAGCATAAA +TTTTCAAACCATCTTTTAAATGTTTCTCCCTTATATTGAAAGAAAAATGAATCTCTAACA +TCATCTACTAATTTACCTCTATCTATATAAGTTTCTTGTATTAAATTATTTACTTGGTCC +TCTGCATATCCATATTTCCAATTATTGGTTTTAACCCAAGAAGGTGCTTCTGCACCAATC +AAACAAAGTTTAGAAACACCATATGCATTATAATTGGATACATATCTTATGGATATGGCT +CCTCCCATTGAGTGCCCTACTAAAGTAATATTGTTCAATTTAAGTACTTCTATTACACAT +CTAATATCTTTTGCCATTGTATTATAATCATATCCTTGTGAAGGTCTATCTGATTTACCA +TAACCTCTTAAGTCTATGGCTATACATCTGTATCCCATGGAAGATAGTTTATTAATTTGA +TATTCATAAGCATTGTGGTTTAAAGGCCATCCATGAATAAATAATATTGTTTTACTACAA +TCAGGGTTAATATCTTCAACGAAAATCCTAACGTTCCTATCAGCTTTAATATAATATTTC +ATAGCTTCCCTCCAGATAGTATTTGCAATATTATATATTATGCTAAGCTTAAAAAGAGTG +CTATTTATAATATTGCAAATACTTCTCTTACATTAAAAATACCTTTTACATTTTTGTAAA +AGGTATTTTTAATAATTATCTTATTTTTATATTTTTTGAACATTTATAGCTGATGGTCCT +CTTTCAGCTTGAACTACATCAAAGTTAACTTCTTCTCCTTCGTGTAAATCTTTATTATGA +CCCACTTCCTTTATATTAGAATGATGCACAAAAATATCTTCTCCATCAATAGTTTTTATG +AATCCATAACCTTTTTCATTATCAAACCATTTAACAACACCATTGTAATTTGCCATTTAA +AATTTCTCCTTCTTTAAATAATGTTTCTGTAAATATTATCTGTTTATCATTTATTTTTAT +TCCTAATACTGGCATATTATTATATCTTTTCTGCTTCACATCATAAATATTATTTATTTT +AGTGAGTACACTAATAAATAATTTTATAATTTATTAAGAAATGGAGCGTAAACAGCTATA +GATATTAATTACAGTTTATTTAACACAAAAAATAGAGTAGGTAAATTTTTAGATGAATAT +CAAGCTAATGTAATAATATCTTCAAACGCACCTGAAGAAAGATTTAAGGATGGCATAGAT +TATTATTATAGCTTAAACGACTATCTAGATGCTGATAAAAAAGAAAAGCCAAACTACATG +AACTAACTAAAAATGGACTATCTCTTAAAAACTATTTAGAGACAGCCCATTATAAATTAT +AATTTAATTATATTATTATGCCTTATTTTCTTGCTTTGTTTTATTAGCACAATAAACAAC +ATATATAACAACTATTGCTAAGTATGGAAGCATTTGAATAAACTCTATAGGAAGGTTTAT +TCCTTGTAAATAGTTACTCATACTTTCTGCAAATCCAAATAAACCTGAAGTTAAAAGTCC +TACTACTGGATTAGCTCCTGCCATAGATTGAGTAGCAAGTGCTATATACCCTCTTCCTGA +TGTCATACCAGCAGAGAATAATGTAACATATCCCATTGATAAGAATGCTCCACCAAGTGC +AGCTAAAGCTCCACTCATAGTAAGTGCTATATATTTTACTTTGTTAACACTTATTCCTAC +AGACTCAGCAGCTTCTGGACTTTCACCAACAGCCTTTATTCTAAGTCCTAATTGTGTATA +TTTAAACATTATGTATACAAGTAATACTAATATTAAAGCTACATAAGTTAATATATTATG +TCCTGATATTATTTTTCCAATAACAGGTATATTTTCTATTATTGGTATATTAACATTTGG +TAATGCTAGAGAGTTTAAAGAAGTAGAAGCTCCTTTATCTCCTGTTAATAAGTATAATCC +AAATACTGTCATACCTGATGCCATTAAGTTAAGCGATATACCAGATATAATTATATTCGA +TTTTAATTTAAGTGCAAAATAAGCAATTATATTACTAAGTATTATCCCTGAAATTACTGC +AAACAATAAACCTACAAAAGCACTTTGTGTAAAGTGACTTGCTGCAACTCCAACGAAGGC +TGCTGTTAACATTGTACCTTCTAATGCTATATTTCTAGCTCCAGCACGAGCTGCTATCAT +TGCACCTAATGTTGTTAAAAGTATTGGAGTTGTAGATCTTATAACTGCAAACCAAAAATC +TTCTTTTAATAATATTTCAAATAGAGCTTCCATTACTTATCGCCCCCTTTGTTTTCGTTG +TTTGCTAATGCTAACTGACTTTCTTTTCTTTGTTTTATAAAGTATAAGAATCTTTCAGCT +GTAACTAAAAGTATTATTACACCTTGTATAAGTGCAACTATTTCATTTTGCACATCTGTT +TGTCTAGACATTATATCTGCACCAACACGTAAATAAGATAAGAAGAACGCTGCTATTGGT +ACAAATATTGGGTTGTTAGATGAAAGTATAGATATTATAACTCCATCCCAAGCATATGTT +GGAGCAGCTGACCATTGGAAACGTCTATACATACCTAACTTTTCTATAGCTCCACCTATT +GCTGCCACAGACCCTGATATAAATGAAGTATATAATATTACCTTCTTTGTATTTATTCCT +GAATATCTAGCAAACTCTGGGTTAGAACCAACTATTCTTATTTCATATCCCCACTTAGTA +CGTGTTAAGAATATATAAAGTAGTACACAAACTACTATTGCTATGATAAATCCTGTATGG +AGTCTTGTACCATCAACTATATTTGATAAAGCTGATGTTTTTAAGAACTTAAGTGAAGCA +AAATTACTTGCTTGTCTATCTGCTAAAAACTTATTAACTATATAAAGTCCTGTATAGAAG +AATACATAGTTAAGCATTAAAGATGTAACAAGCTCATTTGCTTTATATTTAACCTTACAC +CATGCAGGTATACTTCCTATAATTCCTCCAATAAATCCTGCTATAACTATAGCAACCATT +GGATGAATTCCACTTGGAAGTGGTATCATTATAGCTATAAAAGATGCTATTACAGCTCCC +ATATAGAAAGAAGCATCTGTTATCATTGAAAAGTTTCCTGATTTGAAAACTAAACTTAAT +GATAAACCTGTAAACATAAGCGGTACCATCATCTCAAGTACGTTGAATAAGTATCTTTTT +GAACTTATTGGTCCTGTAAGTAATGTTGATAAAGCTTTAGTTGGATTTTCACTACATAAG +AAAATTATTCCAGTTGTTATTAAAAGTGCAATACCTACTGCAACAAATAATCTTAATAAA +TCAAAATATTTTATAATATTAAATTTGCTGTCTTTACGCATAATAAGCACCTCCGATTAC +CTCATCACTATCACGCTTAACCCCTAGCATGTAAAGACCTAACTCTTCTTCAGTAACATT +CTTAGCATCATCAATATAAGCTACTATCTTACCTTCATGCATAACTATTATGCTATCACT +TAAAGATAAAACTTCTCCTAAATCTGATGATATAAGCAAGATTGCTTTTTTAGCCTCTCT +CATATCAAGTATCTTATGTCTTATAAATTCAATAGCTCCAACGTCTATTCCACGAGTTGG +TTGATTTACTATTAAAAGATTTGGATCGTATAAGAACTCACGTCCAACTATTACCTTTTG +TATATTACCGCCAGATAAATCTTTTATAGATTGTTTTGTGTTATCATGCTTTACTATAAA +TTCTTTTACTAATTTAGTTGTAAATTCTTTAACTTTTGCTAAATCTAATAATCCTTTTTT +ATTTAATTCTTTTGATGAATATATCTTAGATATAGCATTATCTTCAATTGAAAGATTTGG +TGCACTACCAAAATGAAGTCTATCTTCAGAAACATGAGATATTCCTAACTCTTGTCTTTT +TAATATAGACTCTTTAGTTATATCAGTTTTACCTAAAGCAATTTTACCATTTACTATTGG +CGTAGTACCAACTATTGCATTTACAAGCTCTGATTGCCCATTACCTTCTATACCAGCTAT +CCCTAGTATTTGTCCTTCACGAACTGTAAAGCTTACATCATTTACTACTACGTTTTTAAA +TGAGTTTTTAACAGTTAGGTTATTAACACTTAAAACTACATCTTTAAAGTCTCTTTGTGT +TTTTTCTATATTTAAATCTACATCACGACCAACCATAAGTTTTGATATTTCTTGTTCTGA +TAATTCACTAACTGAGTAAGTACCCATTGTTTGACCATCTCTTAAAACTGTTAATCTATC +GCAAAGTTCCTTTATTTCGTGAAGCTTATGAGATATAAATATAATTGTATATCCTTGTTC +TTTTAATAATTTTAGTTGTTTAAATAATTCTTCTATCTCCTGTGGTGTAAGTACTGCTGT +TGGTTCATCTAGTATTAATATCTTAGCTCCTCTATATAAAGCTTTTAATATTTCTAGTTT +TTGTTTCATTGCTATTGAAATGTCTTTAACTTTAGCTCTTGCATCAACTTTTAAATTATA +TTTTTTAGAAATTTCTTCTGTTTGAGCTATAGCTTCTTCAATATTTATAAATCCTGATTT +TGTTGTCTCATGACCTAATATTAAGTTTTCTGCCACAGTCAAAGAAGGCACCAGCATAAA +ATGCTGATGCACCATTCCTATACCTTTTTCTAAAGCTTGTTTTGAAGATGAGAAGTGTAC +TTTCTCTCCATTTACAAATATATCACCACTAGTTTGTGGTATCATTCCAAATAGCATTTT +CATTAAAGTAGATTTTCCTGCACCATTTTCACCTATAAGTGCATGAACTTCTCCTTCATT +TATAGCAATATTTACATTGTAGTTTGCAACTACACCACCAGGGTAGACTTTTGTTAAATT +ACTTACTTTTAATATTTCTTTATTCATTTAACACACCCCGATCCTTAATTTAATTACTTA +GCGTTTTTTATTATTTCTTTTAAATCTGCTTCTTTCATACCTAAAGCAGTACTAACTTCT +ACTTTTCCATCTTTTAATTGGTTTGCAATTTCACTTACTTTAGTTCGTATATCTTCACTT +ACTGTTGAAGTATATATATCATTTTCAGCAAGTCCTACTGCATTTTCTTTTATTCCTAAT +ACACTATGAGTGTTGAATTCTAATGAATTATTTAAGTAACTGTCCATTGCATCAACTAAT +GAGTTATCTATATTTTTAAGAGCTGAAGATATTATATATTTTTGCTCTTCTTTTCCTTCG +TAAGCTAAGGCTTGGTCACTATCTACACCTATTACATATCTTTTTGCATCTTTAGCAGCT +TCTACTGATCCTGCTGAAGCTGGTCCAGCTGCTGTGAATACTATATCTGCTCCATTTGAG +TATTGAGCTAATGTTATTTCTTTAGCTTTTGCTGTATCTGTAAATGAACCTATATATGCC +ACTTCAACTTTAACATCTTTATCTATAAACTTAGCACCTTCAATGTATCCAACTAAAGAG +TCATTTATAACAGCTGATGTATCTCTAGCTCCAACGAATCCTATTACCTTTTCGTCATTA +GCAAGTTCCATATCACTAGCTGTAACTGCAGCTGCTAAAGCTCCTGCTAAGAATCCTGCT +TCATTTTGCTTATATGTCATTGAGTAAACATTATCTAAGTCATACTCATCATAGTTAACA +TCTGTATCATAAACTATGTATTTTTTATCCTTATAAATTTCTGCTGTCTTTTCAACATGC +TCCTTCATGTCCCAACCACCAGTTATTATTATGTCAGCATCTGACTCTGATGCATCTACT +AATGATGGTTCAAATTTAGTTTGGTCAAATCCCATTTCTACAACATCAACGTTAACTTTA +TCACCAAACTGTTTTTCTATTTTCTTCATACCAGCATTTGCTGAATCATTGAACCCTTTA +TCTCCTAAAGCTCCTGTTACTAATAATTTAACATTTACTTTTTCTCCATTAGAAGAAACA +TCCTTTTCCTCTGAACCGCATCCAACTAAGAAAGTAGCACTAAGTCCTACAGCTAAAAGT +GTTGATAATATTTTTTTCTTAAACATTTCTTAAACCTCCGCCTTATACAAATCAGTTTTA +TTTGTATCGTTTAATAATTTTATATATTGATCAAATGTAAGTCTTTGCTTATAATTTGAT +AATATCTCTTTTGTACGTTTACCATTATCTTTTAGTAAGTCTTTTACAGTTTCTGTAAAA +TAATTAATCGGTAACTCATATGCTATATGTGTATCTTCTGTTCTAAAGTCATTTCCATGA +ACTCTTCCTGCAAAACCTGATACACCTATTTGAACTGTCGGAAGTAAATAAGATAAATCA +CCTATATCTCCACTTGCAAATGAATGACAATCTGATATTATCTTATCTTTATCCATAAAT +TTAAGCATGTTATCTTTTACTGCTTGTGTAAGACTTTCATCTTGTGTTAAAGGTAAATAA +CCACCTGTATTTGTAATTTCAACTTCTGCACCAATAGCTAATGCTCCACCTCTAAATGCT +CTGTCTACTTTTTTATTAACATCAATTATTGCATCTAGAGTTTTAGCTCTTATATACATA +TCTATTGTTACTTTGTCTGGGACACTATTAACACTTGCCCCACCATCACTTATAACGTAA +TGAACTCTTATTGCATCCTCTTCTTTAAATGTTTCTCTTAAGTATGCTATTGCATTTAAA +GCAACATTTGCTGCATTTAAAGCATTCACACCGTCTGAAGGATTAAGTCCAGCATGTGCA +GACACTCCTCTAAATGTAATTTTTTTACCTAAGAATCCATTTAAACTTGAATTAACTTCT +GCAAAATGTCCTGTCCCTGGTGGCATTGCATGAGCTGATAAAACTAAGTCTATATCTTTA +AAAGTATTAAGTTTAATCATTTCTTGCTTTCCAGATATATATGAAAGTTTATTTTCTTTT +ACTAAATTTTCTCGGTAGTCAAAATCACAGTATTCCTCTGCTGGAGTTGCTATAAATGAT +ACCTTCCCACCAAGTTCATCTATGATGTTCGATTCTTTTAAAGCTAAAAATGTTCCTAAC +ATCATACCAACTTGTGCATAGTGTCCACATGAGTGGGCACAGTTATCTCTTTTTCCTAAG +TACTTATGTTCTGTACTTGGTACAGAATCTAATTCACATAAAAGTGCTATATGAGGACCT +TCTTTTTTAGAATCAATTGTGGCCTTTATCCCTGTTATTGCTATATCATTTATGTAATTA +ATTTTATACTTTTCAAGTTTCTCGCATATTAATTTATTTGTTTCAAACTCTTTAAATCCA +AGTTCTGGATTTTTAAATATTTCTTCACTTAAATTTATCATTTCTTTTTTTAGTGAATCT +AAAAGTAAATTATCCATAATCTACCTCTCTTCTGAACTTATTTTATTATTTTGTGCCTAT +TATCATTTTACTTTCTTATTATATCAGTTTCTGGATATAATTCAATATTTTTCTCATATT +TTTTGTGGTATTTTGTATGATATTGTAGTTTTATATCGTATCTTCAAAAATTATCAAGTT +CATTTCCTTATTATAATTCGTATTTCCGAAAAAAAAATAGTGATCTAATAAAGATCACTA +TTTTTGTCTCTTATCTTCTAAACAACACACAAAACATATAATTTTGTATTTATGTATAAT +AATTAATAACAAATTTATTAATTATTATACATAAATCAGTATTGGAATATAAATATCATA +CACTATCTTGTATTTATTATACACTATTAAATTACTTTTGACAATTATTATATATTATTT +TTTTTTATTTTCAGATGTTGATATATTAATTTTTCTTTCAATGCTACTCTATTTCTTAAA +ATTAAAAAACTCCATTGTCAAATTTGGTGGTGAAAATGTTACAAATACAAAATCTGTTTT +TAATTTATTTGTAAGATCAGTGATATCACCATCATAGTATCTAGGGTCTACTAAATATAC +ATCTGAACATACATTTGATAAAAATGCAGATAAAGGCAATGAAAATGAATCCTTTATAAA +TAATACTTTTATTCCTTTAGAATTATTTTTATTTTTTATATGTGTAAAACCTTGATTTCC +TGTAAGATATGATGAGTACATATCTTTTTCTAAATCATAATGACCCTTTTCACTATTAAA +TGGCATTGTTGAAATTAATGAATCTTCAAACCTACCTTGTAAATTTACTACTCTATCTTT +TGTTTGAGACATAAATTCAAAATTAGTTGTAAATTTAGGATATATTAATGTAAAATCATC +AACTCCACCATAATATATACTAGCTTTTCTAGCCATTGATCCTATATAGCTATTTTTATA +TTCTATAAAGTTATAATTGTCTTTATTTCTGTAAAATCTATATTTATCTAAATTTAAGTT +ATATTTGTAATTTAATTCGTCAACTAATTTTGTATATGCCCAAAAAGCTGTTTCTATAGT +CCAGTGATGATCTGTTTTAAAAAATAGATCTTCTTTTGATATTCCATTATCAAGTAAGTC +TTCTCTAAAATCTATAGTATCTATTCCTATATCCTTAATACCTTTTATAAAATTATCTGC +TGTTTCATTTGCAAAGTTATATGGTATACCTTTAGGAAATTCAGTATAGCCTTTTATATA +TTTATCTGGAGGCATCAAATATATTAATTTAGTGTCTTTTTTCTTAATATCTTTCTTAAG +AACGTTCATTGCATTTACCATTTCATTTACCGGATTAGATCCCTCAGTAAAATAAGTATA +GTGGAGTGATCCATTAGTATCTTTAACTACTTCAAAATTTGATTCCTCATTCTTATCCAT +AAGCTTTTGTGTAAATCCATATAAATTAATATACTCATCCTTTTTATAGACATTTTCATT +TATTACAGAATCTATTTTATTAATAAACTCTTTTATAGTTTCAAAATTTATATTACTATA +ATCAAATTCATTGAGTTCAGCTGCTAATGGACCGTAAGATATTTTTATATTTTGATACGA +GAATAACATCAAGAATATAACAAATATAAAAGCAGTTATACCTTTTTTAATAAATAATCT +TTTATTATGTCAATTACCTCTTTCCGTATTAAAAGTTAAAGTATATAAATGGATTATAAC +TACCTTTTACAAGATAGGATAAAACTATAATAAATAATATCATTATTGCAAATGGATAAA +CATATTCTAATAATTTAGTACCCTTAGTGTTTTCTACAATTAATTTATTTGCATATTTTG +CAATAGGAGTTGAGAACACAATTCCAAGTATAAAGAATACACTGTATTCTTTTATAAACA +TTAATGTATAATCACTAAAGAAGCCATTATAACTTAATCCAAACATATATGAAATATACT +TACCTGCTTCATACAAATTTAAAGATCTAAATATAACCCATCCAAGATTAACTAAAAATA +ATGTGTATATATGTTTGAAAATACCTATATTCTCTATTTTCTCAAAAGATATTATTTTTT +CCAGTGCTATAAAAACAAAATTTAGCAGTCCCCATACTATAAATGTCCACTCTGCACCAT +GCCATATACCAGTTAATAACCAAACAACTAAAAGATTTCGAATCATCTTATCTTTATTTG +AAACTCTAGAACCACCAAGAGGGAAATAAACATAGTCTTTAAACCACGACCCTAAAGATA +TATGCCATCTTCTCCAAAATTCTGATATAGATTTTGATATATATGGATAGTTAAAATTTT +CTTCGAATTTAAATCCAAACATTAACCCCATTCCTATAGCCATGTCTGAGTATCCACTAA +AATCATAGAATATTTGCAATGTATAAGCTATAGAGCCAATCCAAGCTAAAGATGCTGCTA +TTGGAGATATTTCACTCATACCAAATATTCTATCCGCGACTATTGCCATGCTATTTGATA +TCAAAACTTTTTTACCTAATCCTGTTATAAACCTGCAAGTACCAACAGAAAACTTTTCCC +ATGTTTCTTTTCTATTTTTAATTTGCTCTGCTATAGTACTATATTTAACTATAGGACCAG +CCACAAGCTGTGGGAAAAATGATATATACAATCCTACATAGAAAGGATTTTTCTGTACAA +CTCCACTTTTTCTATATACATCTATAACATATGATAATGCTTGGAATGTAAAGAATGATA +TCCCAATAGGTAGAACCATATTCGGAACAGTAATAGGATTATTTTGGTACTTATTAATAT +TTCTAATAACAAAAGTTAAATATTTAAATATAAAAAGCATCCCCAAATTGTATATACAAC +TTATAAGTAAAAAGAATTTAGCTAAGCTTTTTTTATCTCTAATAATATCTATAATTAAGG +CTAGAAAATAGTTTACTACTATTGATAATATCATCAATAATACAAATTTCGGTTCCCCCC +AAGCATAAAATATTAAACTTAATATTAATAAAATTCCGTTCTTTAAAGGATTAGAGAAAA +ATAATCCATAGTATAATATTAATGCGACTGGTAAAAAATAAAATAAAAATGCTACGCTTG +AAAATATCATTACTCTACCTCATTTTCTTTTTTTATATTGTCAGTAATATCTTCTATATA +CCTTTTCTTACATATTGCTATATACCAAATAATTACTATAAAAGTCACAAATACCAATAC +TCTTAAAATAATTATTATAGTATTTATTACTTGTCCTTCATTATCACTAATTATCTCTTT +TACATCAGTCGAATTTGCTAATCTAACTTTTACACTTTCTTTTGCTTCATACTCATAAAT +CCAAGATTCTACTAACTGTACTTCTATATTGCTAGACCATCTATCATCTACGTTTGACTC +TATATTTATTAAGCCTGACTTTGCATCCGAATCTATTGTAAGAACTCCATCTTTATTAAT +TTTTACCCCCCTTACTTCTGGGATAATTTTAAAATCCACTTTCGAATTTAACTTTTCTAA +GTAAAGATTTTCATATTTTAATTTATACTTAGCAATAGTTTCTCCAACAACTGGTATCTG +AACTGACCGTTCTCCAATAATCTCAATCTTACTTTTAGAATTTATTTTATTTAATATTTC +TGAATTATTATTTTCAGCATGTATTTTAATATAATTTCCAAAGAAAAATAATAAAGATAG +TGCTATTATGATGTATTTTTTTAATGTTTTGTTCACTTTAATATTTCCTTTCTACCGTCT +TACTCTTATAAAAAGCTATATATAATCCATTTCATTAAATTCAAGACTACGTTTTATATT +ATTAGTTTGTATTTCAAGATCAGTAAGTTGCTTAGCTCTATCTGTATTAAAATAATTATT +CCATGAGTATACAGTTAAAATAAATTCTTTATTTTTTACTAATTCCTTATAATTTTCAAC +TCTGTATAGCTTTATACATTTACTTTTATTATCCATATTTTTACTTGTGTTTACATAATC +AATTTCTTTACCTTCTACACATTTCAAATAACAATAATCATTTACTTGTATTGTTATTTT +TTCAGGTAAAGAATTTTGATCTAATGCTCGTATAGCTACATACTCATAGTTCTAATCCTT +CTATGTCACCTAGTGGTGGGCAATCTCCTAATCCTTTTACATCACCTGGTGGTGGGCAAT +CTCCTGCTCCTTTTACATTACCTGGTGGTGGGCAATCTCCTACTCCTTTTATATCACCTG +GTGGTGGGCAATTTACTATAAATAACTGTAGAAGGATGGCAATAGTTAGGATAGAAATGA +GGAGAGGTTTTAATCCTTCTAATTTCTTTATGATAGTAGATAAAGCTGATAGAAGGAGTA +TTCAAGGATTTAGAATAGCTTGCGAATCTGGTAGAATTAGATTTATACCAATGGCTGTAG +AATATAGAAATATAAATTTCATAGAATGCGCATTTTAGATTAAATCTAAAAAGATGTTAT +CTTAAGTAATATATCTATGTACTACTTAAGATAATGTCTCTTTATTTATTCTTGCTAATT +ATTGATATATTTATAGAATGTGACTTTCAGCTCCTTATTATCGTATTTAAAATTTGCTAG +AAAGTCTAACGAATTATATTTATGAATGGTTTAAGATTTATATGATAATAAAAAAATACC +TTCTATATTTGAAAAAGTAGAACATAGATGTTCTTCATCTTATCGAATATAAAAGGTATT +TCAAAACCTTTATTATTAAGTTTTAATTTATCAATTATGCGTTAACAGCATACATTTCTT +TTAATTTACTTTGGATCTCCTTATTTTCAAGATACTCTTCTAAAGTAGTCTTTCTATCCA +TTATTCCACCAGGAGTTATCTCTATTATTCTGTTAGCAAGAGTTTGTATCATCTCATGGT +CATGAGAGTTGAATATTAAAACTCCAGGGAATTTTTCAAGTCCTTTATTTACAGAAGTTA +TAGATTCAAGGTCTAAGTGATTAGTTGGGTCATCTAATACTAAAACGTTAGAGTTAGATA +ACATTAACTTAGATAACATACATCTAACTTTTTCTCCTCCAGATAAAACTTGAGCTTCTT +TTAAAGCTTCTTCTCCAGAGAATAACATTCTACCTAAGAATCCTCTTATGAAACTTTCAC +TCTTTTCTTCAGAGTATTGTCTTAACCAATCAACTAAAGAGTAGCTTACTCCATCGAAAT +ATTGGTTATGATTTTTAGGAAGATATGCTTGAGATGTAGTTACTCCCCATTTGAAAGTAC +CACTATCAGCAGTATCTTCTCCCATTATTATATTAAATAATGTAGTTACAGCTATTTCAT +CACCCATGAAGGCAACTTTATCATCTCTATCTAATCTGAATGACACGTTATCTAAAACTT +TAACACCATCTATAGTTTTAGTTAATCCTTCAACTTCTAATACTTCATTTCCTATTTCTC +TTTCAGGAGTGAATCCAACGTATGGATATCTTCTTCTTGATGGTTGTATCTCTTCTATTT +CTATTTTATCTAATTGTTTCTTTCTAGCTGTTGCTTGTTTTGCTTTAGAAGCATTTGAGC +TAAATCTAGCGATGAACTCTTTTAATTGAGCTATTTTTTCTTCAGCTTTTTTATTTTGAT +CTTTAGCAAGTTGTAATGCTAATTGGCTTGACTCATACCAAAAGTCATAGTTACCCACGT +ACATTTGTATCTTACCAAAGTCAACGTCAACTATATTCGTACATATTTGGTTAAGGAAGT +GTCTATCATGTGATACAACTATAACGATAGAATCTTCTAAATCCATTATGAAGTTATTTA +ACCAGTTTATTGATTGGAAGTCTAAGTGGTTAGTAGGTTCGTCCATTACTAGTATTTCAG +GTTTACCAAATAATGCTTGTGCAAGTAATACTTTAACCTTTTCTCCACCAGTTAATTCCT +TCATTTGCTTATAGTGTAAGCTCTTGTCTATTCCTAGACCCATTAATAATCTTTCCGCAT +TTGTTTCTGCATCCCATCCGTCAAGTTCAGCAAACTCTCCTTCAAGTTCTGCAGCTTTTA +TACCATCTTCTTCAGAGAAGTCTTCTTTCATGTATAATGCATCTTTTTCTTGCATTATAG +AGTACAGTCTTTCATGTCCCATTATAACAACATTTAAAACTGTATCTTCTTCATATTTGA +AGTGGTCCTGTCTAAGTACTGACATTCTTTCTTTTTCAGTTATTGAAACACTTCCTGTGT +TTGGCTCTATATCTCCAGCTAATATTTTAAGGAAAGTTGATTTTCCTGCACCATTAGCAC +CTATTATCCCGTAGCAATTTCCTTTAGTGAACTTTAAGTTAACATCTTTGAATAACTCTT +TATCACCAAATCTAAGTCCTACATTAGTAACTTGTAACATTCGCTTAATTCCTTTCTTGT +CTATATTTTCTTTATAATACACAACATTATTTATAATATAATAAATATTAGTTTTAGTCA +ACTAAATCGAACCTATGTTTTAACATTATTTTATATTTTTATCCCAATATTATATAAGTG +ATTTTATAAAATAATAAGTTTATATTTGCATACTATATCTTCATTAATGTGAACTTTATT +GTAAGACCACCAATATTATTATTTTCAGCCCAAATCTTACCACCATGGCCTTCAATTGCA +CTCTTGCATATTGATAAACCAAGTCCGGCAACTTTTCTACTTTTATCTGATGTGTAGAGA +GCTTCAAAAATTTTATCTATTTCTTCTTTATTAACTCCTTTTCCACTATCGCTTATAGAA +ACTAAAATATTTTCATCTAAATCTTCAAAATTAACTATAATTTCTTTTTTAACTGAATCC +ATATTTTTTATACTATTACCTATTATATTACCAAATACTCTTCTAATCTTTGACAAATCT +ATGTCAATAAAATCTTCATCACAATCAGATTCTATACAAAAGTCTATATTTAGTTGATTT +AATTCATCTTCATATTCTTCATTAATTAAGTTGACTAGTTTTTTAATTCTTATTTTTTCT +TTTTGTTACTACTTTCTAAGTTATAACTTAAATAATCATCAAATTCATCAATTAATTCCT +TAATATCTTGTGATTAAGTTTACTCCTGTTTTTTATTGGCTTACTCCATTTTTTAATTCA +GAAGTCCCATTATGAAGTGAATTTACTCCAAGAGTATATTTATCTAATCCATCTTTTAAA +GTTCCAGTACCATCATTTACAGCTTCTATAGCTTCAACTAATGTGTTTAAATCTCCAGTC +ATTTCTGATGCATCTACATCTACACTAATTGCCATATTCATACCATTTATAGATATTGCA +TCCATTTCAAAGTCTGTAACATCTGCTGTTAATGTATAATTTGCATCAGTACCTGGTAGC +TTTATATAATTTATTGATTTAGTGGACCCAACATTTACTATAGTAGCATCTTCAGACACT +ACATTTTTGCACTTATCTCCATTTATTTTTGCACTTATCTCCATTTAATGTTAAAGCTAT +TTGCAAAGCATAATTATCATAAAATATTGAGTTGATATTTTTATTTTGAGTAATATCTAA +TTTTATTTCTAATTCACCACTTTTACCAGCTAATTCCTCTGAAGTTATTAGTTTCCCATT +AAGATAGTACTTTAAGCTTATATTCCAAGGAAGTTCACCAGATTCTAGTTCACCTTGATA +GTAAAACTTCCCATCTACATTTGAAGATTTAGCATTCAATACTCCATTTATATAGTTTAA +TTTATCATCAGTTGAAAGATTTAATACATTTGAGTAGTTTCCATAGTCTACTATGTCTTT +ATTTGAATCAAATCCGTTAACTATATAAATATTGTTAATCTTACCATCTTAATTTAATTT +AGCATATACAACTTCTTCTTTAAGAGTATTTCCATCTGCAAATACTGGTAAAATATTACT +CATTAAAACTGATGTTGTAATAACAAATGCTGTAGCCTTCTTTTTATTATTATACTTACT +ATTTTTCATGTGCGAATTCATAGTGAACTTACCCCCTTATAAAATTCTGATTTATATGTC +GTCTTTTCAATCACTTTATCAAACATAACTAATATTGTTGGTAAAAAGAATAATACTGAA +ATTGCTGAAATTACAGTTCCTCTACCAAGTAATGTTCCAAGTTGAACAATAACTGTATTA +GTTGATATATTACCTAAAGCAAAACCTGATATTGAAAGAATACTTGCTGATGTTAATATA +CTTCCTGTAGCATGACTTATAGTGTCTTTTATTGAAGTATGCTTATCATAGTGCTTTCTA +TTATTTAAATACTCATTAGCAAATAATATTGCATAATCAACTGTTGCACCTAGTTGCACT +GCACTTATAACCATATATCCTATATATGCTATCTCTGAATTTGCAAAATATGAAACTGAT +AAATTTATCCATATTGCCGATTCAATTGCAATTAAAAGTAATAATGGTACTGATAATGAT +TTGTAAGTAATAAGTATCACTATACCTATTGCAATAATTGCAGCTATAGTTGTTACCTTA +TTATCATTGATTACAGTTTCTTTTATATCATAAGCACTTGCACTACCACCCGCTAAATAG +CAGTCTTCTCCAAAATATTTTTCACCTAAGCTTCTTATATCCTCTACTACTTTGAATGCC +TCTTTACTTTCCTCTTCTGAATTAAGTGTTATTATCATTCTGCTATAATCCTCACTTACT +AAAGCAGATAATTGATCTTCTGGAACAAAACCTCTTGGTATTTCATTGCCTACCGTCATA +GAATAATACATTATACTTGATACACCATCAATATTAGAAACTTCCTCACCAAATTCTTTT +TCTAGAGATGTCTTATCTCTTGGTAGTAAAAAGACTAATGCATTAGATTTTCCAAATATG +TTATTAGTTTTTATTGTATCTCTACCTATTTCAGTTTCTTCTCCACTTGCTATTGATGAT +GCTCCATAAGTAAAATTGCTTTTACCTTGAGCTATGTAGCAAGGAGCTACAATAAGTATT +ATTAAAGCCACTACTATTGGCCCAATCTTCATAGATAAATTTCCTAAGTTTTCAAAAGAA +GTCATAAATGATCTATGCTGAGTTTTATCAATTATTTTATAAGTATAAATTGTTAAAACA +GGTAACAATAATAATACAGATAAAAGACTAAACATTATACCTTTTGCAAGTACAATTCCA +AGGTCTGGACCTATCTTAAATCTCATTAATGTAAGTGCTAAGAAACCAAGTACTGTCGTT +GCTCCACTTGCCAATATAGATGAAAATGATCTGGTCATAGCATTTAACATAGCTTCTTTT +ACATCCATACCTTCATTTCTAAAATCTGCAAATCTGTGAAGTAAAAATACTGCATAATCT +ATAGATACAGCTAACTGTAAAATAGAAGCTGTAGCTTCTGTTATAAAAGAAATCTCTCCT +AAAAATACATTAGTTCCTCTATTTATTAAAATAGAAATTCCAACTGTAAATAAGAATAAA +AATGGCTCAAACCATTAGCTAGTACTTATCATAAGAATAACTATTATTATAGGAATTAAG +AATGCCATAATCTTAGAAATTTCTTCATTTGTTGAAGACTGAGCAAATGAAAGAGTTGCT +GCGTCTCCAGATACAATACCATCTTCTCCTACAAGCTCCTTTAACTGAGCAATTGTGGCA +ATTAACCCTTCCCCATCATTAACAACAACTTCTATTAATGCATTTCTATCTTTATATGAA +GTTTCTAGAATGCTTTTATCTATCATGTCTAACGGTTGTTCTACGTTAACATAATCATCC +ATCCAAGTTACTTCTTCTACTCCATCTACTTGTGATATAAGCTTTTTATATTCTAAAGCC +TTTGCTACACTGACGCCTTCTAGCATTATCCTTAAATTTGGTGGACTTTTATCAAATTGA +TCCTCCATAATATTAATTGATATTGTAGATTTAGAATCTTCTGGTAAATACTCTACCATA +TCAAAATTAACCTTAACCATTTGCATTGCAAATATACTAAATAGTGTCAGTAAGAAAAAA +ACTATAAGTACTGTAAACTTATGTTTTAATATTTGATCTGATAATTTTTTCATTTTACAC +CCCCTGTTATATTTCACCGTTGATAAAATCAATTATATTAATAAAAAATTAATAGGCTAT +GTATAAATTATTAAAAATTATTAAAAATAAAAAATTCTGTATGATTTATATGTACATAGA +CATATTCATACAGAATTTTCATTAGAATAATATATTTTTACTATGTTTATATCTTTGCAA +AATTACATGCAGGATAAGTACATGTATCACATTGCATACAAAGTCCACCATGACCATAAG +CTGCTATATCAGCTTTAGTTAATCTTTCATTAACTAATAACCTAGGCAATATTACATCAA +ATACTGTAGTCTTGTTATACATTGCACATCCTGGGATCCCCATTATAGGTACTTCATTAT +AATAAGCAAGTAAAAACATCGCCCCTGGAAGAATTGGTGAACCATAAGTAACTAACTCTG +CACCACATTCTTTTATTGCTGTTGGTGTAACATCATCAGGGTCAACACTCATTCCTCCAG +TACAGCATATAAGCTCCGCACCTTCATTAACAAACTTTTGTATTGCTTCTTTTATTACTT +CTTTATCATCTGGACATATAATTTGTCCAATTATTTCACAATTATATTTCCCTACTTTAC +CTTCTATCACTGGTCCAAATTTATCCACTATTCTTTTATGATAAATTTCATTACCCGTTG +TTACTATACCTACTTTCTTAGGTTTAAAAGGGAGAACACTCACAATCTTATTTTCTCCAA +CTACTTTTTTAGCTTCTTCTAGTTTTTCTTCTTCAATTAACAAAGGTATCACCCTTGTTC +CTGCTACCTTAGTTCCTTTTTTAACTTCAAAGTTATTATGAAGAGTTGCCATCATTATAT +CATCTATAGAATTTAACTTTAATAAAGTATCTACATCTATTTTTAATAAACCATCTATAC +CTGCTATAAAATCTATTTTACCTTCTTTTATTTCACTAAACTCTAAATTTTCTCCTGCTG +CTATATCCTTTAAAAATATAGCACCATCATTTTCATGAATCATACCTTCTACAGCTTCCC +ATACATATAAATTATCTTTCCCTAAAGATAATAAAACCGGTATATCTTCTTCTTTTACAA +CATGCCCTTTTTTAAACTTTCTTCCTTTAAATTGCCCTGGCAATATTTGAGTAATATCAT +GGCATAATACCTGACCTACTGCATCTACTGTTTTTATTTGTTTCATACTCTTACTCTCCT +TTTATCTTTTCATAATCCTCTTTAGTATCTATATCAAATAACATTTCTTCATCTACATCT +ACAGATATAACTTGATTACTATTATTTATTACCTTTTTCCCCTTTTCATCACCATTTAAT +AATAATAGATCATTCTTCTTATCATAAGGAAATATCACTGGGTTACCGCATCTATTTTCG +TATTTCGGTATTACTATATTATCTTTATTTTTTTCAAAGCTGTCTATTAGCTTATTTATA +TACTTTATACTTACTTTAGGTTGGTCACCTACAAAAAACATAAAACCATCACATTTTGTA +CTACTTTTTAATCCTAATTTTATTGATTCACTTTGTCCTATCTCTGAGTTATTATTTTTG +ATTAGTTTAAATTCATATTTTTCACCTATTTTAAGAACCTCATCATATTGGCTAACCAAT +ATTACTTCATTAAACTTACATTTACTTACTTCTCTTATCACATGCTCTACTACAGGTATT +TCTTTATATTTTAATAGTAATTTATTCTCACCCATTCTCTTTGATAAACCCGATGCCATT +ATTATTGCATTAACCATATATCATCCTACCTTTATCAACATTTTACACAAAAATTCTCCT +TTATACTTCCATAAAATATACTAATATCAGAGTTTTCATATTTTATAAGTTTAATTAGTT +CTTTAGCAATATTTTTGTAATTTTCATTTTCTACTTTATTAATAAAAAGAACTTTATCCT +TAGTAGCATTTTTAAAAAGTCCATCTTTATGTAATATCATATTCTTTAAATGAAGAAGGC +TAACTTTATCTTCATGTATATCAGTTATTTTTAAAAATTCCTTTAAGTTATGTATATTCT +CACCCTTAATATCCATACCATAAGATGTTATATCTACAATACCTATGACTTTATTTGTTT +TAGGATATACTACTGGTTCATAATCTCTCCATCCTTTTAGCTTCTTTTTCTTTGAACCAT +CTCCTTCTATAAGAATAAGTTCAAAATTATCTTCTATCTTATTTATTTCATAGAAGTCTA +ATCCAATTATCTTATTTTCATGATTTATATACTTTCCCACTACAGTCACTCCACAAGAAT +TAATTGTAGGTAATTCTTTATCATGTTCAGTCATAAATAGATTATCATAAGTATTTTCAT +TTAATAAATATATTTTAGTTGTTGTAGTTAAAAGCACCTTACATTTATCTCTATAATACT +TAGCAAAATAATTTATAAAACTTGTCTTACCTCCTGCACCTACTACTGTTATAATCTTAT +CATTGGATTCTAACATTTCCATTAAAAGCATTATATCACCTCATACTACTTAACTATATA +ATAACATAAAAAAAGATATACTAGAGTGTCTCTGTATATCTTTTTTTATATTTAATATTA +ATTTTATATAATTAAATTTAGTTATATACTAATCCAAATTTAACTTCATCTTTACTGCTT +TCTTTCATATATAATGAGAATATTATCTCATAAGTAGAAGCAGATTTTTCTTGTATTGCC +GTTAAAACGTTGTGTAAGAATACTATTGCATTTTCACTGTTATTCATTTCTACAAATAGT +ATTCCTTTCTTTTCTATAAAATCACTTCCTACTTCTTTTATATTACTTATAAGTTCTTCT +GCTATTTCTACTTCACTTTTACTTGTGTCAAATTTATTGAATGAGTATTTTATCCCACCT +TCACTTGCAAAAAGCTCTTTTAAGTCAGTTAAGTCTATACTTATCATACAGAAGTCAGAT +ACAGCTTCTATCATAAGATTTATTATATTCATTATTTCATTACAGTTCTCTTCATTTATT +AAGAATTCTTGATTTAATCCTAACTCTTCTTTATGTTCTTTTTCTGAAGAGTTTAAACCT +ATACTTAATACTCTTCTTTCTCCTGCCATAAATGATATTGCTTTTACTATGTCTACCGCT +CTCTTATCTTCTGTTGAGTAAGTTAATAATAATATATCTACTCCATCTAATAATTGTCTA +ACATATTCTTTGTCTACATCTTGATTGATGTTTATTTTTTCAGTATCCACATTTTCTTTA +ACTACACTATATATAGATTCTAGGTTGCTTATTCCTTCGTTACCTATTCCTATTATCTTT +GCATTTTTATTTATGTTTTCCATTGTACTTCTCCTTATGGTTCTCGTTTTAAAATTACCT +TATTATTAAATTAAAACATATTCTTTAAATATTTTCCATATTTATTATTGACAGCTTTAA +ATAAAGGTACACCTATTATAGTTATTACTACAAATTGTCCAAATCCAACTTGTAACATTG +TAATAAATAATGGCATCCCAAAGAATATTTTTAATTGTACTGCTACTATTATAGCATTTA +CAATTACTGGCCATAAAGATGCAGCATATACATAACTTTTCTTATCTTTCATATACTTTC +CTGTTAGATACACTAAGTATACACTTATGAAAGTTGCTATTGTTCCAAATATCATGTCAG +GCACTCCGTACAATCCTAGTAAATTAGCTAAGAAGCATCCTATTGTAAGCCCGACTATAT +ATTTTTTACTAAATAAAGGTAATAATGTCATTACTTCTGATAATCTAAATTGTATCGGTC +CATAACTTACGAATGCTAGACTTAATGTTAAAGTCGCATATAAAGCAGCAACTATTGCAG +TAGTTACTATTGATCTAGTCTTTTTTGTCATATGTTTCCTCCTATTGTTTACTTATATAA +TTAGAATCTCATTTGCTTAATTCTTTTATACAATAAAAAAACCGTAGATAATCTACGGTT +GTGCACAAATTTAGAACATTCATTAAAATGCAGGTTACCGTAGTTTTATTTAGAGACAGG +AGGTTTACGAACTGTCTTATAGTTTTACATCCCATTATATAATAAATCTTTTATAAACTC +AATATAGTTATTTTTATAATTTTTTTAACATATTAATTAATGAGTATGTTAATACATATA +CATAGGAGGTCGTATGACTAAAAATAATAATACAAATTCCTCTTACAACATGTGTGACAC +TAGTAATTACTGTAATAACCTTGCTAATCAATTTAATTTTCTAGCAACTATTTATACTGC +AATAATTTCACAAGAAATTGAAGATGATGAAGTTTTAGGTTTATTAGGTTCTTTTTTAAT +AGTACTTGGAGAACAAGTTTCCTTTGCATCAGAAACTCGTATTTTTTGTAAATCTCAGTT +TGAAGAAGAAGAAAATAACCTTGAGGCAGATACTAATATAGCTGTAGAAGATATCTTTGA +TAGAAGCGCATCTAAATCAAAACCGAAATCTAGATATAGAAAAATTCATAAAAGAATAAA +AAAAAGAAAAACAAATAAAAAATAAGACCTCTAGTCGTATTTATACTAGAATTGGTCTTA +TTTTTAAGTTTGCTTATAATATATTACTAGTAGATTTAATTTTTGTATTTTTATATTGTC +ATTTTGTAAATTTATAATTACTTATTCTCCATGTATATCTTTTAATTTTTCATTATCTAG +TGTAGCATTTTTGTCATCATAAGCTGCTTTACTGAATATTTTTTCAGCTTCTTTTATATC +TAATCCCTTTATATCCATTTTCTCAACTCTAGCCTCGCCTACTTTATCATTATATAATCC +ATATAAATAAGCTACAGCCTGTGGTAAAAAACCTAATAATCTAGCTCCAACTGCGTCTGC +TGCCACTGGATCTGTACTTGCGATTATAAGTCCTGGTGTATCTACGCTTTTTCCACTTGA +AGGTCCTGTGCCTACCATCGCTTTATCACAACTTACGATTGCTAAATCTATAGGAACCTT +GTTTGCAAAAGCTCTTATGAATCCATGTAAATCCTCATGTATCCCTGTATTTTTCTTAGG +ATATCCATGTACTTCTGCTGGTGGCCATCCCATCGCTATATTCTTTATACTTGCCGTTAT +AGTTGCTTCTTCATGATTTTTAAGTTGAGTAAAGGAGATAATTACATCTGCTTCATCTAT +AATTTTATTTATTGGAGTTGATTTTATTATATGATGATCTAGCTGTAAGTTAACGTATGG +TCCATAATTTAAGTCTATAAATTCTACGTTTTCTTCACTTATAACTTTATCATAACCTAC +TTTAGTCATTATATCTGGAGTTTTACCACCACCTGAACCTGTTGCTATGTATATTTTAGA +TGGTTCTTTTGATTTCACATATTCTATAAGAGTTTTTAAAGTCTTTGGTCCTACTACTGC +GCCTGTTTTTGGCCCCTTATCATTAACCCCGTTAGGAGTTATAATTACTGTATCACCTTT +TTCGATTACTTTATCTATTGGAAGCATATCTAAGGCCTTTTCTAAGGATTTACTTTCTGT +AAATGCTTTAGTTATAGCAACATATGGCTCTTTCACTTTACGACTTCTCATTCTATCACC +TCTTTAAATAATATTTTTCTATATTTTAATTATTTGTAAATTCCTCATAATTACACCTTA +ATAATCATAAATTTCATTAAGTATATTTTTAAAAGTTAGCAGGTGATTTTTTGCGTTTAT +TAAGAACTTATAGAAAACCAGTTCATTTGGAGGTACTTACGAGTATATTACTTATATGTG +CAACAGTATTAGCTTTAGTTGCATATAACAGCCCTTTTAGAAGTGTTTATAAATATATTT +TTAATAAGATATACGTTACTCCTAATTTTTCTTTACATATGTTTATAAATGATTTTTTAA +TGGCAATATTTTTCTTGGTAGCTGGACTAGAAATCAAACATGAAATACTATATGGGAATC +TATCTAGCTTTAAAAAAGCATCCTTTCCTGTTATAGCATCTTTTGGAGGAGTAGTTGTCC +CTGCGATTATATTTTTTATATTTAATAAAAATACTCCCTTTTTGAATGGAATTTGTATTC +CAATATCTACTGATATAGCTTTTTCTGTCGGTTTATTTTTATTATTCAGGAATAAATTAA +ATCCTTCTCTTAAGATATTTTTATTATCATTAGCTGTAGTCGATGATTTAATATCTATAG +CTGCAATTGGCATAATCTATTCTTTAGATATTAATCTATTTTATCTCTCTATAGCTTTGA +TATTCTTGATAGTATTATGTTTAGCTAACACCGTTTTTAAAGTTGAAAACATTACATATT +ATATTATCGGTGGAGTTTGCCTGTGGTACTTTATCCATTTAAGTGGTGTACATTCTACAA +TCAGTGGTATCCTTTTAACACTTGCTATTCCTTCTAAACCTAGGTTATATAATTTAAGTG +TATTGGAAAGACTTCAACATTTCTTAGTTCCCTTAAATAGTTTGGTTATCATTCCATTAT +TCGCTTTTGCTAATACTGGTGTGTCACTTGACTATAATTTAGATTTTTCTAATGCTACTT +CATTATCTTTAGGAATTATTTTAGGTCTATGTATAGGTAAGCCTTTAGGGATTATGCTAT +TTTCCTATATCTCTTGTCTATTTGGAATTACTGAAAAACCTTCTTATATACGCTGGAACT +CTGTTTTTTTAGTTTCTTTATTAGCAGGTGTTGGTTTTACTATGTCTATATTTGTTTCTG +AAATTGCTTTTATTAGGGATGCTGCTTTAATTAATATTGCTAAGATGTCTATACTTACAT +CCGCTGTGATTTCAATATGCTCTACTAGTATTGCTATTCATGTAAATAGCGTCTTCGAAA +AAAGGCGTAATAAAAATAAATTCCATAAGTCGGATAAGTGGAATATTTCATGATTACATA +TTAATATAAGGTAGATAGTCTCTTAAACTATCTACCCTTTCTTATAAATTTTCTTCTACT +TTATTATATAGTGCATTGAAAAACGATCTTAGATTTGTTTTGATATAGTTATAGCTGTTA +TCTGATGAGCTGTCACTAAGATTATCGACCATATAATTAATTGCTCTTAGTAATCATTCT +ATTTGCATCGGCGTAAATGTTATTGGATCTAATATTTCTTCTTCATTTAATTCTATAGTT +GCTTCTTTTAATAAACTTATAATATATTTTGTGTACATTTTTCCTGGCATTATTTGTTCT +GAATATTTCATTTTATCTTTAACGTTATTTGTATAAAAAAGATGTTATAGGATTATGAAT +TAGTTTTGATTATTTTAATTTAATATTTACTATAGACTCTTTATCTATTTTACCACCTAC +ATAAATCTCTACTAACTTATCTATAATTTTTGCCTTTGTATTACTTTTAGGAATTTTAAT +ATCTAAATACTTGCCTAGTATCAGTAAATTATCCTTTGTAAGTTTTGAATCTATAAGAAT +AGACTTAGCGTCTTCTCTAGTCTTTGCAGTTCTAATTTTCTCATAAACAACGTTTACTTT +AACGTTATTATCATTACTTTCTTTCAATTTATCTAATTTTATATAAGTGAGTTTATACTC +CCCATTAATTATTTTTTCTAAAGTTTGCTCATTCATCTTAGAAATAAACTTATAAATAAT +TTCAAATAAGTTCTTAGTATTACTCATTATATCTCCTGTCATTATATAATAATTATAAAA +TATTATCTTTTTGCAAATTTATTACTATCTTATTACATTGATTACAAAAATAAGCTTCTA +CACTATTAGAACTAGACTTATCAGAAAGCTTAATTCCTTTAATAAATGGTGATAGAAATA +TTCCCTTATCTTTTTCTTGTGGTATCCATTTAATAGAATATCTATCTCCATGTATAAACC +CAGATTCCATATTTTTATTGCAATATGGACAAACCATATAATCCCCCCTAAGTTTTACCT +TGAAATTTGTCTATGATGTACTTTATATTCCTCCCCAACACAATAATTGTAATTATAAAT +TAATTCTATTTCAACAATCTATAATAAATCTATTTTATTTAATTCTAAATATACAATTAA +CTCATTTTCATTTAAACCTACTTTATAATCCGAGTCGATTTTAATATCATTTTTTAATAA +TATAAAATTTTTTAGATATTATCAATTCAAAATGCAAAACTAGTCAGCAAGTGAACAAAA +CTGGATCATTTATATAAGTTTGTTTATCTTATTTTGACTATATTTATTTCATATAATAAT +TAGCAATTACTATATAACTCGTTGTGCTAGTTAATTTTTACAATAATAAAACTCCAACAA +ATATAGTATCCTAAGATTGCATCACCAATCTAAAGGAG +>MGYG000000001_39 +ACTTGTATTTATGGTGAAGGTACATACCTTTTCCACATACAGGACATTTAGGATATCCAA +GCGAATGCTTCTTGCTTGATTGTAAGGTAAATTGTCTACGACATTTTTTGCATAAGTACT +TTTGATTGGAATTCTTATACTTACCAAACTTATACAAATTTGTGTTATGACATTCAGGGC +ATTTAACCGTAGGTTTCAATTTTCTCGACTCCTTTCTATAGGGGGAATATGTTTTGTTGT +GAAACTATTGTAATCCCTATCGGGGTCGAGATTCAAATATAAATAAGTTAACAAAACGAT +TTTTTACATTAGGAGGAAAATATGAAAAGACAATTTGAAATAAGTTATTCTTTTGGGTAT +GTATATGATAAAAGTAAATTAGTTGCAATGTATCCAGTTGGTACAAATGTAATTAATGAA +GATGAATATGAGATGGAAGTTGAAGTAGCATTTTTAGAAGATGGTATAGAGTCAGCTTTC +AAAGATGAAGATATAAAGATTGCAAATGATACAATGAAGCCATTAGAAATGTTTCTAATG +AAACCTAATAAAATTATACCTTTTGTAGAAAGTATAAAGGATGCTAATACTAAAGAAGAG +TTAAGTAAATTACTAACAGAATTTGATGAAGAATATGAAATGAAAAATAATTACATAGAA +AAAGGTTATAAAATAGTAGATTTTTATGATGTATTTAAAAATGTAGTAGATTACATTCCA +CAAGAAAGTCTAGAAAATTTAAATATACTAAAAATAGACTGTGATAATTTTAGAATGAAT +GACTTTCTAAATGAAGTAAAGAAGAATTTAGATGAAGTAATGGATAGCAACCTTATACCT +ATTTCAATGGAAAAAAGTAATCTTACGCCAAGATTATTTGTAAAATCAAAAGATAATGAA +AATAATAGTTTTTATGTACCATTTGCAGTAAATGGAAGCTCTGAAAATGCAGAAATAATC +TGTGCAAATGGAGATACAATATCAGATGTAAATATAGATATGGGAGATTTAGAAATATCT +ATTACAAAGGATGCTGGATATATTGTTGAAAGAATAAACAATATATTAACTTTTAAAATA +AGTAATTTTAATAGTCAAACTGAAAATAATAATCAAATAACTCAAGTTGTGGACTATGCT +GGTAAAATAAAGCCTATGATGATAGGATTTTTAAATTCGTATATTAAAAATATTTAATTA +AATCAGGATATTACTATTGATTTTGAAAAATAATAATCTTATTAAATTTATATATTCTAA +ATTAAGTTTAGTTAGAAAGGGTTTAAATATGATTAGACAAAGGATTTTTATATCAATGGT +AATTATAACATGTACAATAGGATTAATATCTTGTAGTAAAAATGAAAAAATGCAAATAAA +TCCTATTGACATGGAGGTAAATATAGGGCAATTACCTTACCAGGATTTAGAAAAAGAATG +GTCAGTTATGAATATGGACAAATATATTCTAAGAACGGCTCAACAAATATGGAATACTTG +GTCAAGTATGGACAAGATATGGCCAGGTGTAGATTTTTCAAAATATAATGTCTTATATGT +TTCTATAGATGGAGAGAATGCGTGGTTAATAAATCCAAACAATGAAATAATCAAATTTAG +TGGGAAAGATTTACCGGATAAGTTTAAGGCGACAGGTGAAGAAATGAGTTTTACAAGTTC +AGAAGAGACCTTGAATGGAAAGCCAACGATAAAGGTAGAGGTAAAACCAAAAATGTTTGA +GGAACCATATAGTGTTAGCGAATTTAAATCATTACCGACAGGTACGAACTTATTTCCATT +TACCGTTCATGAGGAATTTCATAATTATCAAGGTACCTGGAAAATTAATGATGTAAACAA +AGAAGAATTATTGCAAGAAGGTGTTGAAAACTTTGAAGCTAGACAAGAAAGACTTGAAAT +TTTAAATTGTTTAAATAAAGCTGTATTGGACCCAGATAAAGAAACACAGTACTTAGAAGC +TGCAAAATGGTGGTTTAACAAATATAAAACAGATAATGAAAAAGAGTATAATATGATTAA +AAATGTAGATACTTTAGAAGGTACAGCTAGATATTTTGATATGGCAGTAAATATTAGATC +AATAAAAGGAATGGATATAAGCGAAGATGAAGCTTTTAAAGTATATCAAAATATGGTAAG +GGAAGATTATACATTTTCATCAGATAGATTTTTCGGACTACCAGATGAAGAATCTTATGA +TATAGGTGGTTTATGTGGTATTATTTTAGAGAAACAAAATAATCAAGAATGGAAGAAAGA +AGCTGAAAATGGAACTCCACCATTAGAAATTCTTTTAAAAAATTATAAACAAACGCCTCA +AGAGTCTTCACCTGAGGTTAAGAAAATTATAGAAGATATAAAATTAAAAAGAGATCAATT +AAATAACGAAGAAGAATAAGGTATATATTTGATTAAAATAATATAAGATATTTAGAATAT +AAAAATGTGAGTTGATTTCAATATTGAAACCAACTCACATTTTTATATTGGAGACTTATA +ATTATTGTTGATTATACATTCCATGGCTAGCCATATAATCATAAATTTTTTTGCCGTGTT +CTTGCTCTTCTTTCTGAATATGATTTAAAACATTTCTTACATTTTCATCTCTAAATTCAA +ATATTGCTGTATTGTATGTAGAAGAAACATATTTTTCAGTTGACAGCAAGTCAGTACAAA +GTATTTTATCCTCTTGATTATAAGAAGGGATTTGAGTATTTACATTAACATTATTTTTTA +ATATATTTCCTTGCGTTTGCATATTTTGTTGAGATTGAGAATTTTGTTGATTTTGTTGAC +CTCCAGTGCTAGGAACTGTACCACTTAGTAATTGATTAATGCTGTTTAAATGCTGTTGTT +CTTGTTGCTCTAATTGATTAAATAAAGATTTTAAGTTAGGACAACTAGCTTTTTCTGCTG +CCTGCTTGTACTTATTTACGCAAAGTTCCTCATGTTCCTTTTCGTCTTGTAGTAACATTC +TTTCTTTATTATTTAAATTAATCATGAAAAACACCTCCAATTTTATTTTGCATATAATTT +CATTAATTATTCCTTAATGAACATAGATTTTAATTTATTGTAAAAAATAATATAAATAGT +TTAAAGATAGTAAATAAGGAGACATTAGTATGGACAATAAAAGTGTAAAGATAATACCCT +TAGGGGGACTTGGAGAGATAGGTAAAAATATTACAGCAATAGAATACAAAGATGAAATAA +TAGTTATAGACTGTGGAGTATCTTTTCCTGATGAAGAAATGTATGGAGTAGACTTAGTGA +TACCTGATATAACTTATTTACTTGAAAGAGAAGATAAGGTAAAAGGGTTATTCTTAACTC +ATGGACATGAAGATCATATAGGAGCGATACCATATATAATAAAACAATTAAATATGCCTA +TATATGGAACAAAATTAACATTGGGATTAGTTGAAAGTAAATTAAAAGAGCATAATATTT +TAGATATATCAACACTAAACCCTGTAAATGCAGGGGATATAGTTCAATTAGATGAAATAG +GAATAGAGTTTATTAGGGCAACTCATAGTATAGCAGACTCTTGTTCTCTAGCTATATTTA +CGCCAGTTGGAACGATAATTCATACAGGTGATTTTAAAATAGATTATACACCTATAGATG +GCTTAGTTATGGATTTAAATAGATTTTCAACTTTAGGAAATGAAGGTGTACTTTTATTAT +TAGCAGATAGTACAAATGTTGAGAGAGAAGGACATTCTATATCTGAAAAAGTAATAGGAG +AAACTTTTAACCGAATTTTTTCAGGAGCAAAGGGAAGAATTATTGTTGCAACTTTTGCAT +CTAACATACATAGGATGCAGCAAATTGCAAATGCATCTATAAAAGAAAATAGAAGAATTG +CTTTTAGTGGCAGAAGTATGGAAAATGTATCTAAAGTTGCTATGGAACTAGGGTATCTTC +ATATACCTGAAGAGTCAGTTATAGATATAGATGATATTAATAATTATCCAAATGAAAATA +TAACTATAATAACAACTGGAAGTCAAGGAGAACCAATGGCGGGTCTATCTAGAATCGCTC +ATGGTTCTCACAAAAAGATAGAAATAGATAAAGATGATTTATTTATTATATCAGCATCAC +CAATACCGGGGAATGATAAAATTATTTCTAGAGTAATAAATCAGTTATTTAGAAAAGGTG +TAGAAGTAATTTATGAAGATTTAGAAGAGATTCATGTATCCGGACATGCATATAGAGAAG +AATTAAAATTAATTCATACATTAGTAAAGCCAAAATATTTTATGCCAGTTCATGGAGAAT +ACAGACATCTAAAGCATCATAGTGATTTAGCTATAAAGCTTGGCATGGACCAAAAGAATG +TTTTTACATTAGAAACTGGTCAAGTTTTAGAAATATCAGAAGATAAAGCTGTTACAAGTG +AAAAGATACATACAGGAGTACTATATGTAGACGGAATTGGTGTTGGGGATGTAGGAAATA +TCGTTCTAAGAGATAGAAGATACCTAGCTAATGATGGTATGGTAACGATAGTACTAGCTA +TTGATAGAAATACTTATGAAATTGTAGCAGGGCCGGATGTTATAACAAGAGGATTTATAT +ATGCCAGGGAATCAGAAGATTTAATAAAAGATATAAAAGATATTTCTAGAATGGCAGTAG +AAAAATATTTAGATGATAAGGTTTTAGAATGGCAAGTTTTAAAAAGTAGTGTAAAAAAAT +CAGTAGAATATCATCTGTATAATAAAACAAAAAGAAGACCTAGTGTGTTCCCTATAATAA +TGGAAGTATAAAAAAAGTAATGTCAAAAACTACACTTACTTCATAGTATAAGTTAGAAGT +TAAATAGAACTTCCAAAATAATGATAAGGGGGCAGTCTGATGCTAGACAGATTTTTTGGA +AATGATGGATGTTTTGGAATGGGATGGTGGATTATAGTATTATTCTTCTTATTCTTAGCA +TTCCAAGATGTATGGGCAGACTTTGATATTTGTGCTTGGATACCATTCTTAATATTATTA +TTAATAGTTTGTGGAGCAGGCGACTTTTTTGATGGTGGATGTGGCTGCTAATATGAATAA +GTCTAAGAGTACCGATTAATTTCGGTACTTTTTTATATTAATATAAACATTGAATATATG +TTTTAGAAATAATATAATTTAATAAGTGTAAGATAAAGCTTATTAGGAGGGTAAAATATG +ATTTATGGAAATTTAAATAATGATAATGATTTGATGTTATTCTTACCAGAGGCATTAAAA +AGAGGAATTTCATTTTTAAAGGAAATGGATTTATTAAATTGTGAAGCTGGGGAGTATGAA +ATACAAGGGAGAGATATATATGCAAATATAATTGATACACAAACTAAACAAAAAGAATGC +ATAAGACCAGAAGTACATAGAAAATATATAGATATTCAGTGTCTATGCAAGGGAAGCGAA +ATAATAGGATTTGCAAGAGATTGTAATGAAAATATTGTTTCAGAGGAATTATTAGAGAAG +GATGTTATATTTTATGATAAAGTAGAGAATGAATCAGAACTACTATTAGCGCCAGGTGAC +TATGTAATTTTATTCCCAGAGGATGTTCATAGGCCTGCATATACTAATGGAGAAAATGAA +GATATAAGAAAAGTAGTAGTAAAGATAAATGTAGATTTAATTAAATAATATATATAAGCT +TATATTAAGACATAACAATTTTATTTAATTTAAGGTTGTTTATTTTAATATAGGCCTTTA +ATTTATATAATAAAAATATGTAAAAATTATATGAAAAAAGATAGAGAATATTTAGTTAAA +ACTATCTTGAAAAATTTTGTCTTAAATTGTATAATATAAACTTAAGTTGAAAAGGAAAAA +ATATAAACACAATCTTTTTAACAAAATACAAATAAAAATATATATAAAAATACGGTTATC +AATTAAGAAGTAAAAAATTAAATATTTAGTGAGGTGGCGTTATGAAGATAGGATTCGATC +ATAAGAAGTATCTAGAGGAGCAGTCAAAATACATATTAGAAAGAGTTAATAATTTTGACA +AGCTATACTTAGAATTTGGTGGAAAGTTAATAGGAGACTTACACGCTAAGAGAATATTAC +CAGGATTCGATGAGAATGCTAAAATCAAAGTTCTACAACATATGAAGGATCAATTAGAGG +TAGTTATATGTGTATATGCTGGTGATATAGAAAGAAATAAAGTAAGAGGAGATTATGGAA +TCACTTACGATATGGAAGTTCTAAGATTAATAGATGATTTAAGAGCTTATGATTTAGATG +TAAATAGTGTTGTAATAACAAGATTTGAAGGACAACCTGCTACAACAGTATTCATAAACA +AATTAGAAAGAATGGGTATAAAAGTATATAAGCATGCTCCAACAAAAGGATATCCAACAG +ATGTAGATACAATAGTAAGTGATGAAGGATATGGTGCAAATCCTTATATAGAAACAACTA +AGCCAATAGTTGTTGTAACAGCTCCAGGACCAAACAGTGGTAAACTAGGAACTTGTTTAA +GCCAGTTATACCATGAAAATAAAAGAGGAAATAGTGTTGGATACTCTAAGTTTGAAACAT +TCCCAGTTTGGAATTTACCACTTAAGCATCCAGTAAATATAGCATACGAAGCAGCAACTG +TTGATTTAAAAGATGTTAATATGATAGATTCATTCCATCTTGAAAAATACGGTGAAACAT +CAGTAAACTATAACAGAGACTTAGAATTATTCCCAGTTCTTAAGAAAATAATAGAAAAAA +TAACTGGAAAAGAGTCTATATTCCAATCACCAACAGACATGGGTGTTAATAGAGTTGGAT +TTGGTATAGTTGATGACGAAGTAGTTAGAGAAGCTTCTAAGCAAGAAATAATAAGAAGAT +ACTTTAAAACTGCTTGTGAATATAAAAAAGGCCAATTTGATAAGAGTGCTTATGATACTA +TAAAATTAATAATGGAACAAGTTGGATTAAAACCTGAAGATAGAAAAGTAGTTATTCCAG +CTAGAGATTACAGTACTAAGTTAAAAGAAAGTGCTGAGAAGACAGATACTTGCCCAGTTG +TTGCATTAGAACTAGAAGATGGAACAATATTAACTGGTAAGGGATCTAACTTAATGAATT +CAAGTGCTGCAGTAATATTAAATGCAATAAAACATTTAGCGAATATATCGGATGACATGC +ATTTATTATCTCCTGCAATATTAGAGCCAATTGTAAACTTAAAAACAAAGACACTGGCAA +GTAGAACTCCAGAATTAAGCTGTGAAGAAATATTAATGGCATTAAGCGTAAGTGCTGTAA +CTAATCCAACTGCACAAGCTGCTATGGAAAAACTTCCGATGTTAAAAGGTGCTCAAGCGC +ATTCAACTACTATATTAAGTAAAACTGATGAGCAAACATTTAGAGAACTTGGAATAGATG +TGACTTGTGATCCGGAATATCCATCACAAAATCTATACTACGCAAATTAATATAAAATAA +TAAATACAAATTTAGACCATTCTACATTAGTAGGATGGTCTTTTTAATAAAAAATACAAA +ATACGAATAAAAATATACACAAAAATAAATACATTTACGGTTATCAATAAGGAATAAATA +CTTAGTTCCTTGGAATAACTATTTTAAAGGTTTTTAAGAAAATTTGCAAGGAAAAATTTT +AAAAATATGAAAATAATTTTATTTTGATAAAATAGATATATAAGTGTATACTTTAATTTA +ATAGTATATAAGGCAATTGCTCATATTAAATACTTTTAGAAGATGTAACTTAAGTGTTTT +TTTATTGAGTTAAAGTGAGGTGATATCTTGAATGACAATAGAAAAATAATTCATATAGAT +ATGGATGCTTTTTATGCATCTGTAGAACAAAGAGATAACCCATCATTAAAAGGGAAACCT +GTTGTAGTTGGAGGAAGTCCGGAAAGCAGGGGAGTTGTAGCTACGTGTTCTTATGAAGCC +AGAAAATTTGGAATACATTCAGCTATGCCATCTAAAATAGCTTATAAAAGATGCCCATAC +GCCATATTTGTAAGACCTAGGTTTGATGAGTACCAAAAAGTTTCAAGGAAAATTAGAGAA +ATATTTTATAGATATACTGATTTAGTAGAGCCACTATCTCTAGATGAAGCATACTTAGAT +GTTACTAATAATAAAAAAAATATAGAATATGCAACAACAATAGCTAAAATGATAAAAAAT +GATATCTTAAGGGAAATAAATCTTACTGCATCAGCAGGCGTATCATATAATAAATTCTTA +GCAAAACTTGCATCTGATTATAATAAGCCTAGTGGGCTAACTGTTATAACACCTAAAGAT +GCTCAAGAATTTCTAGGTGAGCTTCCAATACATAAATTTTTTGGTATAGGAAAGGTTACT +TCAAGGATTCTTAAAAATTTAGGAATAAACAATGGGTATGATTTAAGGCAGTTAAGTATA +CATGAATTAGAACAAATATTTAAAAATAGAGGGTATTCATTTTATCAGTTAGCTAGAGGA +ATTGATTTTAGACCAGTGGAGCCATATAGAGAAAGAAAATCAATAGGAGCGGAAACGACC +TTAAGTTATAACTTAAATATTGATGACGAGGAGGTTGCTGAAATACTAAGCGAACTTTGT +GAAGAAGTAGCTTATAGAACCAAACACTCTGAAAAACTAGGAAAAACCATAACATTAAAA +ATAAAATATGAAGATTTTACACAAATAACTAGAAGCATTAGCGTAGAACATCCTATTTGC +ACTCAAGAAGATATAAGGACTCATGTTTATAATTTATTAAAAAATGTACATTCTGAAGAT +AAGCAAATAAGACTATTAGGGGTTACACTATCAAACTTGGTAGATAGTAAGTATGAATTT +ACTAATATAACTATTTTTGAATATATAGATAGTATAAAATAAAATTAATATTTTATAAAA +ATAATGCCTAACTGTTGATATTTAAAAATTTAATAAATATAATAAAAGTATATAGATATA +ATATATAAACATATATTTTTTATTAATAATATAGGTGTATCGTAGGATGCTTAAAAGGGA +ATATGGTGAAATTCCATAACAGCCCTCCGCTACTGTAAGAATGACGAAGGCTTAAGAGTT +TGGAGACTCTAACTCCACTGGTGTATGCTGGGAAGGAGAAGTTTGTAGGATGAGTTCGAA +GTCAGGAGACCTGCCTAAAAATATGCATTAATCTTTCGGTGGGAAAGAATATGTAATATG +AGGGTTATTTTTTATATATAAATATATTTTACTATTACATATTATGTATTTCTGTGCATC +GAATTAGATTCAGCAACGGGAATTATTTATGTTACCTTCATTTATAAGTGTGAAGGAAAT +CTTTAGAACCAAGAACGGAATTGGTTCTTTTTTTTATTTGAATTTTAATATTTAAGAAAA +AAATATTTTCTATAAAATTAAGAGAATAGTATCCATAATTTATTACATACAGCTTAAGTA +TAGAGGAGGAATTACTTATGTGTGGAATTTCAGAATGGTGTAATCTTAATAACAATATAA +AAGATTATACAAGTACAGTTGGAGATATGATTGAAAATTTAATACTTAGAGGTCCAAACT +CATAAGGAATAAAAACATATACACATGCTATTTTAGGTCATAAAAGATTAGCTATAGTAG +ACCAAATAGAGGTACTTCAACCTATGAGTAAAGTAATAGGAGATAGGGAGTATACAATAT +GCTATAATGGAGAACTGTATAATACTGAAGATGTAAGAGAACGTTTAATACAAAATGATA +TAAATTTAACTCATATTCTGACACAGAGGTTTTGTTGGTTGATCATATAGAATATGGACC +TTCTTGCTTAGATTATATAAATGGTATTTACTATTTTGAGTATGGGATGAGTACAAACAA +GAATTATTTTTAGCAAGAGATCCACTTGGAGTAAAACCACTATTTTATACATTTAAAACA +TCATAATGTTGTATTAGATAATATAAAACTTGAAAAAGCATTAAAAGATGCAACAATAAC +TTTATTAGGAGAATATAAAATTACTTTATGGAAGAGAGAAAGGATTATTAAGATAAGCTG +TAAAGGGAATTTTCCAGAATCTATTGTTGAAAGAAAGAAAAGTCCGTATCCTAAAACTCA +TAATTATATATACGAAAGAAGTGTCAAGAATTTTAGATAATATTTTGAAAGATAGTAAGT +CTCCTATATATAAGATTATAGGTGAAGAATTCGTTAAAAACTTAGTACAAACTGGAGGTG +CTACTTTTAATAAACCTTGGTTTGGTCAGTTGATGACAGACCCTCAAGTAATAGTATATT +TAATTCAAGTAAATACTTGGATGGAAGTTTATAATGTAGATTTTTAAATAAAAAATAAAT +CCCATGCAGTATTATTTATCTGTATGGGATTTATTTTTATTATTCCATAAGTATATTTTC +TATGGCATTTTTATCTACTATTTTTATTATGTCTTTAGTATAGTCAATCAGACCATGATC +TTTCATATTTATCAGCTCTCTAGATAATGAAGGTCTTGGTACACCTAGAGATTCTGAAAG +TTTTTGTTTTGTCATGTTTAGCTTTATAAAATTGGTACCTTGTATGTTAGATTCTTGAAT +TAAGAAGTTACATATTTTTTGTCTAATTGTACTAAATGATAAACCTGTTATAGATTTATT +TAAAGTTAATATTTTGTTAGTTAAGTCGTTTAGTAATAGTCTTAAGAAGTCAGGATGATT +TGTACAAAAATAAATAAAGTCATCTTTATCTATAAACATTACCTCACTATTTGTTGAAGA +TAGTACTGTTGCAGGGTATAGAGAAGCATTGGAGAATGCAATTATTTCACCGAATAAATG +TCCAGAATTAAAAGAGGAAACATGGACTATTTTATTACTAGTTAGTATTCTTTTTATGTC +AACACTCCCGCTTAGTACTAATCCAATTTTATCACAAGGTGAATTTTCAAGAGCTATAAT +CTCGCCTTTATCATATGTATTTATACTGTATTTAACGTCCTTAAAAAATTCCAGAAGTTC +TTTTCTATTTTTATTTCTTAACATTTTATCACCTACACATTATGCAAATATTTTTATTTA +TATACCCAGCTTACTATATATAATATCCTATAAATTTAGAATTGCAAGTATATAAAAATA +TATTTGAGATAGATAAATTCTCAGTAATTATAAACTCGTTGGTTTATATTGAGGAATGAA +ATACTCAATGTTATAATGAATTTACAGGTGTATATACAGTTATAAAGTTAGGGGGATGTA +AATAGTGATAATAAACTTAATAGAGAAGATAGAAAAATTAAAGAATGAAAAAAATGCTAT +TATACTAGCACATTATTATCAGCCACTAGAAATACAGGAATTAGCTGATTATGTGGGAGA +TTCATATTATTTAAGTGAAATAGCTAGGGATTGTAAAGAAGAAATAATAGTATTTTGTGG +TGTTAAATTTATGGGTGAAAGTGCGAAAATACTATCTCCAAATAAGACAATTTTAATGCC +CGTAGTGGATGCAGGGTGTCCTATGGCAGATATGGCAAATGAAGAAGGTATAGTAAAATT +AAAAAAAGAGTATCCAAATGCATTAGTTGTTTGTTATATAAATTCAACTGCAGAAGTTAA +GTCTCATTGTGATGTGGCAGTAACGTCATCAAGTGCTCTAAAGATACTAAATAATATAGA +TAAAGACCAAATATTATTTATACCGGATAAAAATTTAGGAGGCTATATAGAGGAGAAACT +CCCAGATAAAGAATTTATATTATGGGATGGTTACTGCAAATATCATAATAAAATACAAGA +ATCAGATATATTTGATTTGAAATTAAAATACAAAGATGCAAAGGTTTTAGTTCATCCAGA +GTGTAGACGTGAAATTAGAGATTTAGCTGATTACATAGGTTCAACTTCAGGAATAATTAA +CTATGCTACAAGTAGTGAAGAAAATGATTTTATAATTGCAACTGAAGAAGGCATATTACA +TGAGCTAATAAAGAAAAATCCAAATAAGAATTTTTATATACCGGGAAATAGAATTTGTTG +TGAAGATATGAAGAAAACAACTTTAGAAGATGTATATAAAACACTTTTAAATATGAAAAA +TGAAATAACTATAGAAGAAGATATAAGACAAAAAGCCTTAAATTGTTTATTAAATATGCA +TAGATATGCAGGTGATAAAAATGAAGTTACAATATGATGTATTAATTGTAGGAAGTGGAG +TTTCGGGATTATATTGTGCACTAAATTTAAATCCCAAATTAAATATATTGGTAATTTCAA +AGGATAGCATAGATAACAATAATACATATCTTGCTCAAGGAGGAATATCTACGGCTAGAG +GGAAAGATGATATAAACTTATTTATTGAAGATACTTTAAGAGCAGGACAGTACAAGCATA +AATTAGAATCTGTAGAAATTCTTGCAAATGAATCTATGGATAATATTGAATCTATGATTA +ACTATGGACTTAACCTAGACAAAGAGGATGGTAAAGTTGCTTTCACAAGAGAAGGCGCTC +ATAGCATAAATAGAATTGTATATAGCAAAGATACTACAGGGAAGGCTGTTTTTGAAACAT +TAATAGAGGAATGCAAGAAAAGGAAAAATATAATTTTGTATGAAGATACATGTCTTATAG +ATATAATTACCGATTGTGATAAGTGTATAGGTGGAGTTGTTATAAAGAATCAAAAAGAAA +TTATTATTTGCTCTAAAGTTGTAGTACTAGCAACTGGAGGAATAGGAGGGGTATTTAAAA +ACTCTACGAATCAAAGGCATCTAACTGGAGATGGACTAGCTATAGCTCTTAAACATAACG +TAAAAGTTAAAGATATAAATTACATACAAATTCATCCGACAGCTTTTTATGAAGAAAATA +ATGAGAATAGAAAGTTATTAATATCAGAATCAGTAAGAGGTGAAGGTGGTAAACTTTTAA +ATAAGCACAAAGAGCGATTTGTGGACGAGTTGCTACCTAGAGATGTAGTGAGTAAAGCTA +TTTTTAAACAAATGAAAATGGATAATAGAGAATATGTATATTTAGATGTAACGCATTTAG +ATAGTGAGTATTTAAAAAGTAGATTCTCATTTATTTATGAGCAATGTTTAATAAGAGGAA +CTGACATAACTAAGGATTATATAAAAGTAGCTCCAGCTCAACATTATTTTATGGGTGGGA +TAGAAGTTGACTTACAATCAAAAACATCTATGAATAATCTATATGCAGTAGGGGAAGTGA +GCTGTACAGGAGTTCATGGTGCTAACAGGTTAGCTAGTAACTCACTATTAGAAGGTTTGG +TATTTTCGAAAAGAGCTGCAAGTCATATAAATGAGAATATAGATAATATAGATAATATAG +ATATTAATAATATAAATCATAATGAATTTAAAATAGATGTACTTAGTACTCCTAATAAAG +ATATAGTAATAAATGAAATAAAAAGTATAAGAGAGGATTTAAGAGATGAATTACTTGTTA +ATTGATAAAATGATAAAAAATGCTCTAAACGAAGATATTCCTAATGAAGATATAACAACA +AATTCAATTATAGATAAGGATTCAAAATCTGAAATAGATTTAATCTGCAAGGAAGAAGGT +GTAATAGCAGGACTAGATATATTTAAAAGAGTATTTGATATACTTGGAGATGTTGATGTT +AAATTATTTAAGGAGGATGGAAATAAAGTTAATAGATATGAAAAGATAGCATTATTAAGA +GGTAATACTAGAAATTTATTAGCAGGAGAAAGAGTAGCTTTAAATTATTTGCAAAGAATG +AGTGGTATTGCAACGAAGACTAATAGATTTGTAAAAAAACTTGAAGGAAGTAATACAAAA +TTGTTAGATACAAGAAAGACAATTCCTAACATGCGAAATTTAGAAAAATATGCTGTAAAA +GTTGGAGGAGGTTGTAATCATAGATTTAATTTATCTGACGGCATTTTATTAAAAGATAAT +CATATAGATGCAGCAGGTGGAGTTAAAAATGCCATTGAATTGGCTAGAAAAAATATTTCA +TTTGTTAGGAAAGTTGAGGTTGAAGTAGAAAATTTAGAAATGGTTAAAGAAGCTGTAGAA +GCTAAGGCAGATATAATAATGCTTGATAATATGGATTTAGATATGGCAAGAGAAGCTTTA +GCTATAATAAATAAAAGAGCAATTGTAGAGTTATCTGGAAATGTGAATATAGATAACATT +GGAGAAATAGGAAAAATAGGTGTTGATTACATTTCAGTTGGAGAGTTAACTCATTCTGTT +AAGGCTTTGGATTTAAGTATGAAAAACTTAAGAAATATTTAACTTTAAAGGTTATCTTAG +AATAGAAAATTTTTATATCTATTCAAGATAACCTTTTACTATAGTAAAATATAAGAAATA +AAAATCATAATTTAATAATATATAAAAATCTAAAAAAATATTATATACTAGTATAGTAAT +AAAATTTATTATAGGGGTGATAAAGGTTGAATAAATCAGCTACAGATTTAGAAAATGGAA +GTGTAGGTAAATTATTATTTAAACTAGCTACGCCAGCTATCATAGCTCAATTAGTTAATA +TCTTATACAATATTGTTGATAGAATATTTATAGGAAGAATGGAAAATGGACAAATCGCAA +TGGCAGGGATAGGGATAGCATTTCCTATAACATTATTAGTGACAGCATTTAGTGCTCTTG +TAGGTATGGGGGGATCACCTCTTGTTGCTATAAAAATGGGAGAAAAGAATAATGATGGTG +CAGAAAAGATATTAAGTAATAGCTTTTCTACTTTGTTAATTATATCTTTGATATTAACAA +TAGTATTCCAAATAACTAAAGAACCAATATTATGGGCCTTTGGAGCAAGTAATGCAACTA +TCAAGTATGGTACAGATTATTTAGGGATATATCTTATGGGTACAGTTTTTGTGCAAATTG +CTATGGGGATGAATCCTTTTATTAATACTCAAGGGTTTGCAAAAACAGGTATGCTTACAG +TAATGATTGGGGCAGTTATAAATATAGTTTTAGACCCAATTTTTATATTCAAGTTTAATA +TGGGTGTTAAAGGAGCTGCTTTGGCTACTATTTTAGCTCAGGGAGTGTCAGCAATATGGG +TATTATGCTTTTTATTCGGTAAAAAAAGTATATTAAAGATTAGGAAAAAATATATTATTC +CAGAGTTAAAAACTATATTGCCGGTAATGGCTTTAGGTGTTGCACCTTTTATAATGCAAG +GTACAGAAAGTTTGGTCCTTGTATCATTAAATAGCCAATTACAGAAGTTTGGAGGAGATC +TAGCAGTTGGAGCTATGACTATAATGAGTAGTATTTCTCAGATAATAATGTTACCAACTA +TGGGAGTTGGTCAAGGTGCTCAACCTATTATGAGTTATAATTTTGGAGCAAAGAAGATTG +ATAGAGTGAAGAAAACATTTAAATTAACTCTTATAAGTTGTTTAGCATATACAACATTAA +TGTATATAATACTTATGTTAACACCAGAATTCGTAGTAGGAATATTTAATAATGATCCAG +CATTAATGGAAATAACTACTTGGAGTATAAAGATATACTTTGCAGGAATATTTATGTTAG +GCGTACAGACTTCATGCCAACAAACGTTCTTAGCCTTAGGTCAAGCTAAAATATCATTAT +TCTTGGCTTTACTTAGAAAGGTAATATTATTAGTTCCATTAATATTTATATTCCCGATGA +TATTAAAAGATAAATTATTTGGTGTATTACTAGCAGGGCCTATAGCAGATATAACAGCAT +GTGTTACAACTCTAATTTGCTTTGTAATATTTTATAAAAAGGTTTTATCTACAATTGATA +AAGAAAATATAGATAGCAATACATTGATCGATGTTAAATAAATATAAACAGAGTTAATAT +ATTATATCTTGTTTACCATAAAATAGCCTTCTAGATAAATTTTATTGAGAAGGCTATTTT +TAATAATAACTAATAGTTATTTTATATACAATAAGATATTTTTAGTATAAAAATAGATAA +AATAAATAATAGTAGAGCATTTTTTGTTGAGTAAATCATATATTTTATATAAATTAATAA +TTTATATAAAAGGAGATGATTTGATATAAATTATTATGAAGAATTTGAAATAGATAATAG +ATTAAAACAAATAGGCATAGAAAGTGATAAATTAGATCTAATATATGAACTTGTAAGTGA +AATAATAAATGCAAAAGATAAAGCTTTGGACATTATAGTAGGATTATATAGATATAAAGG +AATCGAATTTGAAGAAGAAGAGAAAATAGAATTATCAAAAGAACTAACAACTCAAATTAA +AGATAAGGTAATTGAGTATGTTTATTCAAATGATAATGCTACTTATAGTGAGGCTATGAT +AGTTATAAACTATTTTTTACTACAACTTTATAGAGGAATAGGATTAAGTGTAGAGGAGGT +TGTTTACGATCCTTGTAAAACACAATTTCTTGTGGAAAATGAATTATTTGAAAGTGGAGG +AGAAGTAACTATCAGAATAGAATTATATAATAGCTTAATAAATCCTATAAAAGAAGCAAT +TAATACTCTTGTAAATTGTATAAAAAGTATTTATAAGGCAAATAACTTGGTATTTAAAGA +GGAAGAGGAGAAAATAGTTTCTGAAAATCTAATTTATGAATTATCTGATATCTTAATTCA +TTATATTTATACAGATGAGAGTGCAACATATAAATCTTCAATAGATAAAATTAATGAATA +TATGGTTGAATTTATAGGAAGATTCATTAAAATTAAAGATGATAATGAACACTTATAAGA +AAAAGGTGTGTATTTTTATTGATACGCACCTTTAAATTGTGATAATAATGTACTAGGATA +AATATCTCTGAGCTAGATTTGTATAAAAATACAGTTTAGTTTAGAGAATTTTTAATGCAT +AAATTATTATCAAATATTAAGGGGGGAAGTATATGGTAAAAGATATGACAGTGGGAAATC +CTACTAAGTTAATTTTATCATTCTCAATACCACTACTTATTGGGAATGTATTTCAACAAT +TTTATAATATGGTAGATACTATGATAGTAGGAAGATTTATAGGGGTAGAAGCGTTAGCGG +CATTAGGGGCTACAGGTTCATTAAATTTTTTAGTAGTAGGATTTATTATTGGCATAACAA +GTGGATTTGCAGTACCAATAGCTTAAACTTTTGGTGCAGGAGAGGAAGATAAACTTAGGC +ATTATGTAGTTGTTTCATCATACTTATGTATAATTTTTTCTATAGTTATAACTTTAGTTA +TGGTTTTCTCAGTGAAGAATATTTTAACAATAATGCAGACTCCAAGTGATATATTTGAGA +ATGCGTACAGTTATATAAAAGTTATTTGTGGTGGAGTTACAGCGACTATAGCGTATAATA +TGCTTTCAAGTATATTAAGATCTTTAGGAGATAGCAATACACCGTTATATTTTCTAATTA +TAGGATCAATATTAAATGTAATTTTAGATATAGTATTGATTGTTAATTTTAAAATGGGTG +TAGCTGGAGCTGCTTATGCAACTGTTGCCTCACAAGCCGTGTCAGCACTTTTATGTTTAA +TCTATATGTCTAAGAAATTTAAAGTATTAAGATTTAAGAAAAAAGATTTAGGTTTTGACT +TAAAAACATCGATGACTCTTTTGAAAATAGGGATGCCTATGGCATTACAATTTTCAATAA +CTGCGTCAGGATCGATGATACTTCAAGGTGCAATAAATTCATTTGGATCAACTATAGTAG +CAGCATCAAAGGTAGAACAAATTTTAATGCAACCAGCGATTACACTTGGAACAACAATGG +CCACATATACAGGGCAAAACTTAGGTGCAGAGCGATATGATAGAATCGAAGATGGTATAA +AGAGAAGTGTTAGAATATCAATAATATTTAGTATAATAGCAGGAATAATAATAGTAATGT +TTGGCACAGATATTGCAAAATTATTTATATCAGTAGAAGCACCTGAAGTTATGAAATCGG +CCAAACAATATTTAAATACAGTTGCATTATTCTTTATACCTTTAGGGTTACTATTTGTAT +ATAGACATGTACTACAAGGCCTGGGGGAAGGTATGATTACTATGTATGCAGGTATAAGTG +AATTAGTGGGAAGATTAATTGTAGGTTTCTTTTTATCGAAATATTTAGGATATACAGCAA +TTTGTTTAGCAGGTCCAGCAGCTTGGATTGCAGCGGCTGTATTACTTATAGTTTGTTATT +ATAAAAAAGCGAAGAGTTTTAACTTAAAAGAATCTTGTGAAGAGATGTATGTAAATTAAA +TAATTAAAGTTATATAAAAATAATATTATAGTAATATAGGAATGGGGCTGGAATATAAAC +TAATTTAAATTTTATTAGTTTATATTCTAGCCTTTTTCAAAGTGATGGATGCAGGTTTAC +TCCGATTTGAATTATAAAGCTGGTTAAAGATTTTAAATTGATAAATAATTTGCTTTGAGT +AGAATAATAAAAAAGCTGAGAAGTCAGATTATAAATGGGTATAATTATAATTATAATTAT +GATAAAGTAAGATAAGTGGATTTTAAGGAGTAGAAAATGAATTATAAAAAAATAGTTAAA +GCAAAGTTTATAGAAAGACCAAATCGATTCATAGCATATTGTGAAGTTGATGGGAATATA +GAAAAGGTTCATGTGAAGAATACAGGAAGATGTAGAGAGCTTCTAATACCAGAGTGTACA +GTGTATTTAGAAGAAAGTGATAATCCAAATAGAAAGACAAAATACTCATTAATTTCAGTT +GAAAAGGGAAAAAGGATAATAAATATGGATTCTCAAGTTCCTAATAAAGTAGTTTATGAA +GGGTTGAAAAATAATAAAATCAAACTTCCAGGAATAAATGAAGAAATAACCTTAATAAAA +CCAGAAAAAACATATGGAAATTCTAGATTCGATATTTATTTAGAAGCAGGAAATAAGAAA +GCGTTTATAGAGGTAAAGGGAGTTACTTTAGAAGAAGATAATATAGTTAAATTTCCTGAT +GCAAAGACAGAAAGAGGAGTAAAGCATATAAATGAACTTATCGAAGCTAGTAAAGATGGA +TATTATTGTTATATATTATTTTTAATTCAAATGGATAATGTTCTTTATTTTACCCCAAAT +AAAGAGATGCACAAGGAATTAGGTGATGCATTAATAAAAGCTAAAAATAACGGTGTTGAA +ATCTTAGCTTATGACAGCATAGTTAAGATAGGTTCTATAAATATAAATGAAAAGATAAAA +GTTGTTCTTTAAAATTATGTTGCATCTGAATAAGTAATTAGATACTATTTAAGTGTACAT +ATAGTGTAAATTTATTAAATATAAATTTATTTGTTAAGAAGGAAGGCTAAAGCCCCCTTC +TTATTTTTTTCTAAGGTTTTTATTCAAAATATTGTAAGAAATATGTAAGTATTTAAAAAT +ATTAATGGTATAATATTTATTGAGAGATTATATTTAAAAGATAAAGATACGAAAGGATGC +ATAATTATGACAAACGAATTATCGATGAAAGACTTATTAGAGCAACAAGAACAAGCTTTT +AGCGAAGTAAAAGTAGGAAAAACAATAACTGCTAAAATAATCAAAGTTACACATGATGAA +GTTGTATTAGATTTAGAATATGGCTTTGATGGAATAGTACCAGCAGAAGAATTAAATATA +GAAGGTAACAAGAGCATAGAAGAAGTATACAATGTAGGAGATGAAATAACTGCAGTTATA +CAAAGAGTTCATGAAAAAGATGGAACAATAAGATTATCTAAATTACAAGCTGATAGAAAA +AATGATCTAGCAGAGGTAACTAAAGCTCATGAAGAACATAGAATAATAACAGTAAAAGTT +GAAAAAGCTATAGAAAGAGGAGTATTTGCAAAATATAAATCTATAGAATTATTTATGCCA +ATATCTCAAATAGATACTAAGTTTGTAAAAGAAGCTAAAGAATATGTTGGAGCAAACTTA +GAAGTTTATATAATAGAGTTAGATGTTAAGAAAAATAGATTTGTAGTAAGCCATAGAGAA +GTACTACAAGAGCGTATAAACAAAGAAAGAGAAGAAAGAAGAGCAAGAATACAAGCAGAA +AAGGAAGCGGAAAGAGCTAGAGTTAAAGCTGAGAGAGATGCTGAAAAGGCTAGAATAAAA +CAAGAAAAAGAAGATTTATTCAACTCTTTAGAGGTAGGTCAAAAAAGACATGGTAAAGTT +ACAAAAATAATGTCTTATGGTGCATTTGTTGACCTTGGTGGATTAGAAGGGTTAGTTCAT +ATAAATAACTTATCTTGGAAGAGAGTAGAGTCTGTTGAAGATATGTTACAAGAAGGACAA +GAAGTAGATGTTTATGTATTAGATGTAGATGCAGAGACTAGAAGAATAGCATTAGCATTA +AAAGACATAAATAACGACCCATGGCAATTAATAGCTGAAGATGTATATGTTGATGATGTA +ATAACTGGTAAAGTTGTTAGAATAATAGAAAGAGGAGCTTTCCTTGAAATAAGAGAAGGT +GTAGAAGCTTTCTTACCAATATCAGAATTAAGTGAAGATAGAGTTATGAAGGTAACTAAT +GTAGTAAATGTTGATGATGAAGTTAAGGTAAAGGTTCTTAACTTTAATCCAGAAAACAGA +AGAATGTTAGTTTCTAAAAAAGAAGCAGAAAGAGAACCAGAAGAAGATTATACTGAATAT +TTAGAAGTTGAAGAATCTTTAGGAACTCTTGGAGATTTATTCAAAGATAAATTCAAAGGA +TTAGATAAGTAATAAAGTTTGGCTATTTCAAAATATATTTTTAACAGCTGCGTATAGCTG +AAAATATAAATTCACTTTCTTGCAGCTGAAAAATGTTGTAAGAGTTAGTTTATTTGAGTT +TTCAGTAAAAGCTAAGTTAAATAATGTTTATTTTGAAGTAGCCAATTTTTATATCACGAT +ATAAATACAGATAGGAGATTATTATGAAAGCGATATTAGATTTACACACACATACATTAG +CTAGTGGACATGCATATAGCACTATAAAAGAGAATATAGAGTTTGCTAAAAAGCATGGTA +TAAAATACTTAGGTGTATCGGATCATGCTTGTACTATGCCTGGTGGACCACACCCATTTT +TCTTTCAAAATTTAAAAGTTATACCTAAAGAAGTAGACGGTATTAGGGTTCTTAAAGGTA +TTGAGGGTAATATAATTGACTTTGATGGGAACTTAGATATAAGTGAAGATATATCTCAAG +GTATGGATTATATAATAGCTAGTTTACATACTCCTTGCATAGATCCAGGTTCAGAGGAAG +AAAATACAAATGCAATTTTAAATGCTATGGATATCGATAAAGTAAAAATAATAGGTCATC +CAGATGATAATAGATATGCCCTTAATTATGAAAAAATTGTTTTAAAAGCAAAAGAAAAAA +ATATATTATTAGAGATTAATAATTCCTCATTAAGTCCAAACTCTTTTAGAGAAGGAGCAG +CTGAAAATTTAACCAAAATGCTTAAGATTTGTAAGGAGAATAGAGTTAGAGTAGTAATGG +GAACAGACTCTCATATATGTTATGATATAGGGAAATTTGGAAACTGTGAAAAACTATTAG +AAGAAGTGGAATTTCCAATAGAATTAGTTATAAATTATCATGAAAATGAAATAGTTGATT +TTTTTAATATGGATTTTGAAAAAGTTATATCTAAGTAATAAAATATAGTCACAAAAATAT +AGAAGGGAATGTTCAAAATAGACAATTTATTTTGATACATACTCTTCTATTTTAGGTTAA +AAATTATATTTTAAATAATTTTTATTTAGGAGTACAAACTTTATAAATAGAAACATTCCG +AATAAAAATAAGATAAAACCGATAGATAAAGCAGAAATTGCAATATCTTTTGTCATAAGT +ATAGGAGAATTAGATGAAAAGTTCATTTGAGGAAGAACACTGATTAGATTATTAGTAAAA +TGAGTTAAAATTGGAATTAGAATGTTTTTATATTTGATGTATAAAATGCAGTTTGATGTA +GCAAACATAATAGCACCTATAACAGCAAGCTCTATATGAAGAAAACCAAAGATAAGTGAA +GAAACAATCATAGAAATTACCGTACTAAAATATCTAGACATTCTCTTAAAAAAGATAGCC +CGAAATAGAAGTTCTTCAACTAAAGGAGCGCTAATTGCTACTAATAAAAAATATAAGATA +AACTTAGAAAAAGTCGTAACGTTGTCACTGCCACTATTAAGCATAAAATTTAAATTATCT +GGATTAATAAAGTAGAGTATTCCTACTAAAAGAAGTACAGAGCCTAGACTGATAGATACT +TGTGTTATAACAACGTTAAGTACTTCAGCAAATTTTACTTTACGTAGAAAATCTTTAAAT +AATTCATTAACTTTATCTTTGGAAGTTCTGAACATAAATAATAAAAATATAAACATAGTA +ATATTGCTACATAAGGATAAAAAATTATAATTATCAGAATAAGTTAAGTTAAAATCAACT +ATTAAAGAAGGTATTATTATTGAAACTAGAACAAAGAGTATGAATGCATTAAATAGTTTT +ACTTCTTTAAATCCAAAATAATTATTCATAATACCACCCCTCATACTAAAATATATTTGA +GGGGGTAGTTTTAAATGTATTAAATTATAAAATCTAGACTAAAATTTATTTAAACATAAG +AAGAAAATAAAATATTAATTTAGGGGTGATAAATATGAAATACAAAGTTGTAAAAAAACA +AAATGGTAGTAAGAGGTGTATTGTATGCGGAGTAGACAATGAACTAGGATTAAAAGCATC +TTTTTATGAATTAGAAAATAATGAACTAGTAGCAATTTGTAACACCAAAGACTGGCATCA +GAGTTATCCAGGGAGAGTTCACGGAGGAATGTCAGCAGCATTATTGGATGAAACAATAGG +GCGTGCTGTAAGTATAAATGATGAGACTGTATGGGGGGTTACGGTATCTTTAGAATTAAA +ATATAGAAAACCTGTACCAACAGACTGTGAGATAAAAGTGATTGGTAGGATAACTAAAGA +AAATAGAAGAATGTTTGAAGGGAGTGGGGAAATTATATTACCAAACGGAGATGTTGCAGT +AACAGCAACGGCTAAGTATATGAAGCTTCCAGTAGATAAAATAGTTGAGGGGGATTTTAT +AGATGATGAATGGATTGAAGTAAATGATAAAGATAAAGTTGATTATATAGAATACTAATA +ATATTTTATATATAGCAGATTAGAGCAGCTGCTGCAGAGAATATAGCTAAAGAAATTAGA +AAAAAATTAATAGTTATACAGCAGAAGAAGAGTTTAACCATTATTTAGCAATGATATCTT +CAGATAAAGATTTACTGGTATTAGATCACAATAGGGTAGTAAAAGACTTAAACAATTTAA +ACGTTGCTGAGTTTATAAGTAAGATAAAAGAAAATTTTAAAGTTACAGAATTGGATGAAG +TATCATATAAACTTCATAAAAAAGGGACATTTGGAATGGATTTAAATTCTAAATGGTATG +AACTAAAGGTTAATAAAAAATTAGCAGAAGAGACAGATATAGTAAAAAGTTTAGATGTTA +GTATACTTCATGATTATATAATAAGACCTATTCTTGGAATTGATGATCCTAGAAATGATA +AGAGAATAGATTTTGTTGGAGGTATTAGAGGTATTGGTGAATTAGAAAGAAGAGTAAACG +AAGATATGCAAGTTGCATTCTCTATATATAAATAGATAGGGTGTTTCAACAATATCTTTA +ATTTTAAAGAGTCTTTGAAATATCCTTTTTTAGTGTAAGAATATTATCCGACTGATTAGC +AGAATTTGTATGATATATGTAATATTAACAATTAGAATTTTTATTTTGAATTATATTAAA +ATTAAGGTGTACGAAGGTGTAATTTGATAGTATACTAATAATTGTTTGATTAGTAAAACT +CTTATAAAATATAATATTGAATATTGTAAGATAGGGGGAGAGTATGGAAAACTTTTTATC +ACAGTTAAGTAATATTACAGTTATATTATCTAATGTAATTTGGCCTTTATTTATTCCGTT +TTTATTACTAGTAGGGATTTATATATGTAGTCAAGTTTTATTAAATATAAGATCTCTTAC +AACTGAAAAATGTAAATTAAATATTTTACATATTATACCTCAAGCATCGGTATCGCTAGG +TGCTATGATGGGAACTGGAATTATAATTGGATTTTTAGGAGCATTAAGCACTTTATATAT +GGGAGGACAAGTATATGTAGAAGGTGTTGCTTTATGGGCATTGCTAGGATCTTCAGTTTT +AATACCGATATCGTATTGTGAAACGTTAATAGCAAAGATTGTTAATATGACTCCTAGAGA +GTATATAGCAAAATTTATTTCTAAGAATGCATCAAAACTTTATGTAGTATCATTAACTCT +TTTGTATGTATTTGCTATAGGTGGAGTTCAGTTTAGTGGAATGGATGCTATAATAATAAC +TACATTAGATAAGGTAGCAGGAATACAAATTAATGAATTACAAAGATATTTATTTATAAT +TATTCCGATTATAGGCGTTCTAGCTCTTGTTACATTAAGAAATAGACAAGATGTATTTAT +AAGATCTATGATAAGTATGATATTAATTGCTTCTATAACTTATTTTGTATTCTTTGGAAT +ATTTTTAAGCAAAACTTATGATTACCTTCCAATGTTCATTAATAAAATGGTTATAGGATT +TACAAATCCAGTTAGCATGTTATTTGGAATACCATTAGGTCTTATATTTGGAATGCAAAG +AGTTATACAAATTGCAGAACCGGGTCTTGGAACATTAGCCCTTGCTGCTACAAAAACTGA +TTTAAATCCTAGAGTTTCGGCATTAATATCAGCAATAATGACTACTTTTTTAGTAGTTGT +GTCAGTATTAGTAACGTCATATATAGCTTCATATGGATTAAATCAAGATATTATATCCTT +TGAAGAAGGTAGTTTACAAAGATTAGTATCTTACTTTGAAACTGTAATAAGTGTAACAGG +TGGATTTGGTCTAATTGTGTTATTTATATTTATAATTTTATCGGGAATGACTACCTTATT +AGGATCTTATTATCTTTTAAGTCAGACAAGTAAAGGCATATTCAGAAATAAAAAGGTTAT +ATATCTAAGTCTTTTATTAGTTGCAGGAGTTTTATCTGTATATAAATTTGAGATTTTATT +TAACTTATTAAATATACTACTATTTATTTCTACATCATTAAATATAGGTGCGTTAGCTAT +GTTTGTTGAATTTGAATGGAGTAAATATAAAATAAGAGAAAATAGAATACAAAAAGCGGC +ATAAAAAATCGAGGTACATATCTCGATTTTTTTGTATATAATTATGGTATAAAACTGAAA +TAGTAATAAAATATTTTGATGTAAACCTATAAATTGCCTATATAACCATATTATTCTTAG +AAATAAATTTTAATTTATGATATAATTATACATTAGAGTTAAAAATAAGTTTATAGATGT +ATTAAAAAGGATAGAATAAATTTTAAGATAGATTAAGCAGGTGATTATATGGAAAATAAA +TTTTTACCAATATGCAAGCAAGATATGATAGATAGAGGTTGGGACCAGCTGGATTTTGTA +TTAGTTACGGGTGATTCTTATGTTGATCATCATAGCTTTGGTACAGCAATAATTTCTAGA +GTATTAGAAAATGCAGGATACAAGGTAGGTATAATAGCTCAACCAAACTGGAAGTCTACA +GGTGATTTTATGAAATTAGGAAGACCTAGACTTGGATTTTTAGTTAACTCTGGAAACATG +GATTCAATGGTAAATCATTATTCTGTTAGTAAGAAACAAAGAGATAAAGACCTATATTCT +CCAGGTGGGAAAATGGGTTGTAGACCAGATAGAGCTGTAATAGTTTACTGTAATAAAATA +AGAGAAGCATATAAAGATGTTCCTGTAATAATAGGTGGTATAGAAGCTAGTTTAAGAAGA +TTTGCTCATTATGACTATTGGGCTAATAAAGTAAGAAAATCTATACTTGTTGATAGTGGA +GCTGATTTATTAGTTTATGGAATGAGTGAAAAGCAAATCGTTGAAGTTGCAGATGCTCTT +AATAATGGATTTGATCCAAAATATATTAGACATATAAATGGTACATGTTATATGGTTGAT +AGTTTAGATGAAGTATACGAAGATTATGTATTACTTCCATCTTATAAAGAAATCTGTGAA +GATAAAAAGAAATATGCACAGTCTTTCAAAATGCAATATGATGAACAAGATCCATATAGA +GGGAAAGTAATAGTTGAGCCATATGGAGATAAATTTTTAGTTCAAAATAAACCAGAAAAA +CCTTTAAATAGAGAAGAATTAGATGCCGTATATGCATTACCTTACCAAAAAACTTACCAT +CCTATATACAAAGAGATGGGCGGAATACCAGCTATAGAGGAAGTTAAGTTTAGTATAGTG +AGTTCAAGGGGATGCTTTGGGAGTTGTTCATTCTGTGCAATAACATTCCATCAAGGGAGA +GCAGTACAAAGTAGGAGTCATGACTCTATAGTAGAGGAAGCTAAATATATAACTACATTA +CCAGACTTTAAAGGTTATATACATGATGTTGGTGGACCAACAGCGAACTTTAGACAAGAA +GCTTGTAAAAAACAAATTACAAAAGGTGCTTGTAAGCATAGACAATGTTTACATCCAGAC +CCATGTAAGAATTTAAAAGTAGACCATACTGATTTTATAGATTTATTAAGGAAGGTAAGA +AGTTTACCTGGAATTAAAAAGGTATTTGTACGTTCTGGAATAAGATATGATTATGTTATG +GCTGATCAGGATAATAAGTTCTTAAGAGAATTAATTAAGCACCATGTAAGTGGACAATTA +AAGGTTGCTCCTGAACATGTTGCATCAGAAGTATTAGAGCATATGCAAAAGCCAGCTGGT +AACACTTATGATAGGTTTAGACAAAAGTTCTTTGCTATAAATGAACAATTAGGTATGAAA +CAATATTTAATACCATACTTAATGTCAAGTCATCCAGGCTCTACATTAAATTCAGCTATA +GAACTAGCAGAATACTTAAGAGATACAAACTATCAACCAGAGCAAGTGCAAGATTTCTAT +CCAACACCAGGTACATTATCAACAACAATGTTCTATACAGGATTAGATCCACTTACTATG +CAAGAAGTATATGTACCTAAAACAAAGCAAGAAAAAGCAATGCAAAGAGCTTTATTACAA +TACAGAGCTCCAAGAAACTATGATTTAGTTCATGCAGCACTTGAAGAAGCTGATAGAGAA +GACTTAATTGGATATGGGCCTAAATGTTTAATCAAGCCTAGAGAAGGAAGAGGATACGGA +TATAGATCTAACTCTAATAATAAAAACGCTAAAGGTAATAATAACCAAAGAGGCAACTCA +TCAAGAAATTCAAGAAATAGTAAAAATGATAGAAATGATAAAAATAGCAAAAACTCTAGA +AATAAAAATTCAAGAAATAACAAATCACAAGATAGTAGAAATAGCAAAAACTCTACTAAT +AGAAAGAAAAAAAGATAATAATAAAAATACAAGAAGATAATAATAAAGGATATGAGAGTA +TGTCATATCCTTTATTTAATTATAAAATGATAATTTAAGGTTTATTAAATAATAAAAACT +AATAAATGTTTATAAAAAAAGTAAATATGAGATAGAAGAATTAATAGGATATTTATAGAA +AAAATCGACCAATATTGACATTTATTTTAATTACATTTATACTAAAATTTGCGTGAATTT +TAAATGTTTATAAATAAAAATTAAAAATAGAGAGGAAAGAGAATATGGGTAAAAAATCTT +CAATACAAACTATAGTTGCTATAGGTATAGGAGCTGCAGTTTTCATGATATTAGGAAGGT +TTGGTTCAATACCTACAGGTATACCAAATACTAATATAGAAACTTCATATGCATACTTAG +CATTAATGTCAGTTGTATATGGTCCAGTAGCAGGTCTTTTAATAGGACTTATAGGACATG +GATTAAAAGATCTAGTATTCTATGGTATGCCTTGGTTTAGTTGGGTAATAGCATCAGGAA +TAGTTGGTCTAGTAATAGGTCTTTCATCAAAGAAACTGAATATAGAGGGTGGATTTGGAA +AAAAACAAATAATAATATTTAACATAACTCAAATTATAGCAAATGCAATAGCCTGGTTTG +TAGTAGCGCCAGGACTAGATATAATTATATATGCAGAACCTGCAAATAAAGTATTTATAC +AAGGTATTGTAGGCGGAGTATCTAATATGATCACTGTAGCAGTACTAGGTACATTAATTT +TATCTACTTATTCTAAAGTTAAGATGAAGAGCGGAAGTTTAAGAATAGAAGAGTAAGTTG +TAGAAGGAGATAGGAATGAAAAGAAAGATAATAGAGTTTAAGGACTATAGTTTTCAATAC +AGGGTACAATCAGAGCCTACTCTTAAAAATATAAATTTAACTATATATGAAGGAGAAAAA +GTACTTATAGTAGGACCTTCTGGCTCTGGTAAAAGTACTTTAGCTCATTGTCTTAACGGA +TTAGTTCCATTTTATTACAGTGGAAAGGTATCTGGAGAACTATTAGTAGATGGTGAAAAT +GTAGACAAGAAAAATATATTTGATCTATCTAAGATAATAGGAACAGTCCTACAAGATCCA +GATAGTCAATTTATAGGTTTAACAGTAGGAGAAGATATAGCATTTAAGCTTGAAAATTAC +TGTGTAGAGCAGGAAGAGATGAAATCTATGGTAAAGGAATCTGCAAAGTTAGTAGATATA +GATAAGGAGTTGGAATCATCTCCTTATAGATTATCTGGAGGGCAAAAGCAAAGAGTTACA +CTTGCAGGAGTAACTGTAGATGATGTGAAAATACTTTTATTTGATGAGCCTTTAGCAAGT +TTAGATCCACTTACAGGTAAAAGTGCTATAGAATTAATAGATAATATAAAGAATAAGAAT +AATAAGACTATGATAATAGTTGAACATAGACTAGAAGATGTTTTATACAAAGATATAGAT +AGAATAATAGTTATGGATGGTGGAGAAATTATTGCAGACACGACACCAAATGAAATATTA +TCGACTGATATATTAAAAGAAATCGGAGTTCGTGAACCTTTATATATATCAGCATTAAAA +TACGCAAATTGTAAAATAACTCCAGAAATTAATCCGGAGAGTATAGAAAAAATAAATTTA +GATAATTGTAAGGATAAGCTAAAAGCTTGGTATTCAAATATAGGGGAGTCTAATATAAAA +GAAGATAATTCTCCGATACTTGAAGTTGAGGATTTAAGTTTCTCATATAGTGAAGAAAAG +AAAATACTTAAAAATGTTTCATTTAAGATAAATAAAGGTGATATGGCTAGTATCGTAGGT +AAAAATGGAGCTGGAAAATCTACTATATCAAAATTAATATGTGGTTTTTATAAGCCTACA +TCAGGGAAGGTATTATTTGATGGAAAAGATATTGTAAATAAAACTATTAAAGAGCGTTCT +GAAAAAATAGGATTTGTAATGCAAAATCCAAATCAAATGATATCTAAGTCAATGATATTT +GACGAAGTTGCTTTTGGTCTTAGAATAAGAGGATACTCTGAGGAAGAAGTTAAAGAACGA +GTTTATAAGGTCCTTGAGATATGTGGACTGTATAAGTTTAGAAACTGGCCTATATCAGCA +CTTAGCTTTGGTCAAAAGAAAAGAGTTACAATAGCATCAATACTTGTTTTAAATCCAGAA +GTAATAATTCTAGATGAGCCTACTGCGGGGCAAGATTTCAAACATTATTCGGAAATAATG +GAGTTTTTAGTAGAGCTAAATAGACAAGGTGTTACTATAATAATGATTACTCATGATATG +CATTTAATGTTAGAATATACTAATAAAGTAATTGTATTATCAGAAGGTGAAAAAATAGCA +GACGATACTGCTATAAATATATTAACAAACAATAAAGTCATAGAGAAAGCTAATTTGAAG +GAGACTTCGTTATATGAATTAGCTCAAAAATGTGAAATAGATGATGAGAAATCTTTTATA +AAAAGATTTATAGATTATGATAGGAGGGTGAGATAAATATGAATTCAGAAATGTTATCAT +ATATAAAGAAAGATTCTCCTATACATAAGTTAACAGGTGCCACAAAGCTTATAGTTTTTT +TACTATGGGCAGTGGCAGCTATGGTAACTTACGATACTAGACTTTTAGTAGGTATGCTTA +TTATAGGACTCTTATCATTTAAAATTTCTAAGATAGAATTTAAAGAAATTTCATTTGTAC +TTTACTTTATATTAATCTTTTTACTTTTAAATGCTATAATGATATTTGTATTTTCTCCTG +AAGAAGGGGTACAAATATATGGTAGTAGAACGGTATTGTTTCATTTAGTTGGGTCGTATA +CAGTGACGGTAGAGCAATTATTTTATGAACTTAATGTTGTATTAAAGTACTTTGCAACAA +TTCCTATGGCATTACTATTTATCTTAACAACTGATCCTAGTGAGTTTGCAGCATCTTTAA +ATAAACTAGGTGTTAGTTATAAGGCATCATATTCAGTATCAATTGCATTACGATATATAC +CGGATATACAAAGAGACTATAAGGATATAGCATTTGCCCAACAATCAAGAGGAATTGATT +TATCTAATAAAGAGAAACTATTTAAAAGAATAAAGAATTCAGCATCTATACTTATGCCAC +TTATTTTTTCTAGTCTAGAAAGAATTGATAAAATAAGTATAGCGATGGAGCTAAGAGCGT +TTGGAAATAGCAATAAGCGCACATGGTATAAAAGAAAAGATTTCACAAAGAATGATTATA +TTACGATAATATTATTCGTATTAATAGTATTATTATCTATAATATTAGTTAAAGTGAATG +GTGGAAGATTCTATAATCCATTTATATAAGTTAAAGAGCTAATCTTAAAATAGTTAATTT +ATTTTGAGACTAGCTTTTTTATTGAATTAAAAATAATAGGTAGTTTAATAATTGATATTA +ATTTCATAAAAAATATATTTTTACAATTTTAGTGAAAAGTTATGAAGTAATATAAATTTT +TCTAGTAATTAATAGTAGTAAAATTTATTTCTTGTGGAAACCTAAGATAAAAGAAGGAGG +TTAATGTGAGAAAAGATAAACAAAGTAAAAGAACATTAGATGAAAATCCTCAATTAACAG +ATTTAGTTAATCATGGTCAAACTTATACCGAAATAAGAAATATAATAGAAGATGAGAATG +AGGAAGTAAGAAAAAAAGTTAATAAAGAAGGTGATGTAAAAGCACCTTCATATAAAGATA +TACACATATACAATAATAAATTCTAAGATAAAAATAAGCCACTTAATATTAATTTAAGAT +GGCTTATTTTATGTAATATATAATGCTAAAATAAAAAGCATGTATTGATAAATTTAATAC +CAAAACATGCTTTTTACTTTATATAAATTACTTAATTAACTCGTTGTGCTAGTTAATTTT +TACAATAATAAAACTCCAACAAATATAGTATTCTAAGATTGCATCACCAATCTAAAGGAG +GGTTACTATATGTTGGAGCTTAATAATTATTATATCCAAGAAGTAAAAAATTTAACTGAC +TTATTTACTATAATTTTTACAATAGTTGATGATATATACAATGATATTATTCCTATAA +>MGYG000000001_40 +CTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCACAAGACCATTTTTTAT +AATACCTTAGTATATAAAAAAGAAGATGCTCATCTCAACAATAAAAATTATTTTGAGGCA +TCTTCCTTTAATTCATCCTTAATACTCTTTTATTTAATTTTCTATATTATAATTAACGTC +TAGTATCAGCTAATCCACAGAATGCATCTACTGGATCTATACCTTTAAATTCTGATTTTC +CTATCATTTTATCAACTAAAGCTTTCATAGTAAACTCTTTATCATCATAAGCATTTATAT +AAGTCTTTACTTGAGGTACATCAGCTAAATGGAACGGACATTCTACTGATACAAATATAG +TTGGTACTTCATGTACATAGAATGGTATATCTGGAGTACCTTTGCTTAATGGCCATTGTA +CACGTTGATCAGTTCCAGGTCCAACCTTAGCTATATTTATAATTAAGTCATAATTATCAG +TTAATGTTGATATAGGACGCTTACCTGCGTATACATTCATCATAGCTTTCATCATCTCTT +CTGGTGGCAGCTTCATAGCCTTATCCATAGGAGATTCATATATTTCAACTTCAAATCCTT +CAGCTTCTAATAATTCCTTAACTACTTCAAGCATACTCTTTTGGTTACCACCCATTAAAG +CCATTAGCTTACCGAATCCACCTTCATGACCTTTAGGTTGTACAAGTAATACTCTCTTAT +GTTTTTCTACAGTTATAGGGAATATATCTTCTTTATTTTTAACTAAAGTTATACCTTTAT +CTGCTATTTCTAAAGCTGGAACTTTATTTTCTTCCATTCCTATTTTAGCCATAGCCTCTT +CTTTTGGAGGTAATATTTCAGTTTTAGCTTTTTTATGAAGACCTATTTTAGCTTTTAATC +CTAATATTCTAGTTAAAGCTTCTTCTAGTCTTTCATCTGTTATTATTCCATTTTTGTATC +CTTCCATCATCCAGTTGAAATCTTCGTCTGGATCGTTAAAGAATAAGAATAAATCACTAC +CTGCTGCTATAGCTGTAGGTAACATTTCACTACGTTTCATAGCAGATGTCATAGCTACCA +TGTGAGAAGCATCAGTTACTACTACGCCATTGAAGTTCATTTTATCTCTTAATAAGTCAG +TTAATATATATTTACTTAATGTAGCTGGCATAGTTAATTCTTCTAAAGTTGCATCTGGAT +TAAAGTGACGTACGTATTCTGGTAATGCTATATGTCCTGCCATTAATGATGGTAGACCTG +CATCTATTAATCCACTGTATACTTTACCAAATGTATTATCCCACTCTTCTACTGAATACC +AGTTAGGAGCATATGATAAATGTTGGTCTCTTTCATCAACACCATCTCCAGGGAAATGTT +TAGCAGCTGGCATTATACCACTTTCCATTATCCCTCTCATGTATTCTAATGAAAATTCTA +ATACTTTATCTGGATCTGATGAATAGCAACGAGTTGATATTATTGGATTTCTCCAGTTTC +TGTTTATATCAACAACTGGTGCAAAACTCCAGTTACATCCTATTGCTGCTGCTTCAACTC +CTGATACACGACCCATTTCGTAAGCGTACTTAGGATCATTTGTAGCTCCTATTTTAACTT +GTGCTCCTACAAGTGTACCATCTGTACAAGCTCCATTACCTCCTGCTTCTGTATTTGCAG +CTATTAATAGAGGTATCTTACTATTTTCTTGTAATATTTTATTTTGATCATATACTTCTG +AAGCTTTACCTGGATTATAACGAACAGCTCCTATATGATAATTGTCTAATATACTTTTTA +GGTATTCTTCTTCACGGCTTGCTCCCATGTTTACGAATAATTGACCTATTTTTTCTTCTA +TAGTCATATTTGCTATAGTATCTTTTACCCATTGTACTGATTCATCATCAAGATTATATG +GCTTTGCTTTTAAATCAACTTTGTATTTAGTCATTTTTACTCTCCCTAAATATTTCTTTT +TTAGAAAGTTATTTTTTTAACTTTCTTGAACTAATTATAACAAATTGAAAACATTTACAT +GTATAACAAATAATGATATAATCATACAAATAATGAATATTTTTTAAGGATGTGATATTA +TATGACAGATAACGATATAAGTTTTTGGGCGCAAAGTGTATCAATATCTTTAGGTACATC +AATATATATAACTTCAAGTGAAGAAGAGATTGTTGAAGTACTTAAAAACAATCCTTTCTT +TAAATTGATTTCAAAAATTGATTTAGCTGAATTAGCAAATAAATATACAAATGTTTGTGT +TAACAAGGTGTCTTATTTTGTCGAAGGACCTTTTAGTACATATTTTATAATAATTTGTTT +AAATGAAAATTTTAATAAGAATCTAGTAATAGGGCCATTTATTAATAAAATTTTATCAAA +AGATGAGATTTTAGAAGTAACATCTTTGTTGGATTTTGATTCATATTTAATAGAAGACAT +AAATAAGTACTATAATACAATTCCTATTGTTGAAAATCTTAAGCTAATATCTTTAATTAA +TTTATTTTTAGAAAAATATTTTAATACTAATGGACCATTTCCATTTATCTTGATACAAAA +AAATGACTTATCAGAAAATACCTTTGATTTTAATATAAATTTAGATAATGGATCCTTTAA +TTCTATAGAAAATCAGTATAAAATAGAGAATGAATTTTTAAATTATGTTTCTGAGGGTAA +TTTTTCTAGCGCATGTATCGCCTTTAAAAACTTAATTTTAGATGCAGAAGCTAATTATAA +ATTAGATAGTTATTTTTATAATAGCAGTGGTTTTTTTATGCTTAATGCTATGCTAAAAAA +ATCAGTAGAATCAAGTGGAGTTCATCCCATATATTTAGATTCAGTTTTTAGAAGATATAA +TTTAATTATATCCTCTAATAAAAATCTAAATAAAAATATGGCCTTAAAGATGATCAAGGA +TTATTGTAACCTAGTTACAAAATATAGCTCAAATTATATTAATCCTTTACTAAGAAAAAT +AATTGCTTATATTAATTATAATTACTCTAATGAGTTAACTGTTTCCGGTATATCTGATCA +TTTCGGTATAACATCAAATTATTTATATTGTCTATTTAAAAAAGAGATGGGAGTTTCTGC +TATTGAATTTATTAATAAAACTAGAATTAATGAAGCTTCTAAGCTAATGAGAGAGACCGA +CATGCAAATTCAAAGCATTGCTGAAAATGTTGGCTTAAACGATACTAGCTATTTTGCAAG +ACTTTTTAAAAGATATATGGGAATAACCCCTTCTAGGTATAAAAAGAATTTTAATATCTA +AATACTAAGTAAAACTGATAAAGCTATGTTTTATTCTTCACATAGCTTATAATATAAGAA +AAAGAGAGCTAATATTATCTCTCTTTTTCTTTATATATTTTATAAATTATTTATAAATTC +TTCATATTCTTTTCTTTTTATATTGACTATATTTAATAATTGCCTTTTATTTTCTTTTAT +ATTTTTTAATACAGTCTCTACATTTCTTTGTAAACTACATATATCATTATATGACTTATT +TATTTGATTATTCACTGCAATATCAGTAAATATATTATCAAAAAATATGTCAAAAGTTTT +ACTTGTAGTAGAAAAACGTAAGCCATTAATATTTATATCCCTTAATTCTTTATTAAATCT +ATCTAATAAATTAGATGTTCTACTAAAATGTCTTTGTGCTTCATCAACTTTTTGATGTTT +AGCAAGTGATGAAATAAAATCTCCACCAAATAAATCAAGGGTTCCCCAGGCTTTTGCAGA +TTCTAGTAATTTTTTTGTATTTTCTATTTCACTAACTAAACTGTTTCCAACTGAAATTGA +CTCATCTAATTCTTTAATTTCTTTTAAGTAGCTGTCTATTTCTGCTTCCATATTTATAAG +CTCATTTTTATTATATTCATCTCCATATATATTAAATAATGCAATCTTTCTATTCAATAG +ATTAGAATATTCATTTTCACATTCTGATAAATCTTCTAATCTAGATGTTGTAGTATTTAT +ATTTACTTTTAATGATTTAATTTTTGACTCACATTGATCGTATTCAAGCTTTGCCATTAA +ATATTCCTTTTCTTCTTTTTCCATTTTTTCATCTTTATTTTTCATTATTGTAGATATGAT +ATTTGATAAGGATAGTTTTTTTAATTTTTCTACATCATCAAATTCTTTATTAAGTTTATA +TTCTAACTCTTTAAGTTCCTCTTTCCCTTTACAAAGCTCTTTATTTAAATCCTTAAGCTT +ATTTTCTAATACTTGTTTTTGAGCTATCTCCTCTTTTATATCATTTATGTGTTTATTGAT +ATCCTCTAGCATAAAATTCCCCCTTGATTATAATTAAGTATATTATATACTATTATCTAT +TATAATTGATACGATTTTTGCAATCATCAATGCATTATCAGGTATTATATATAAAGTGTT +CACTATTAAAACTGTACCATTAACTATATTTATACTTTAGGTCATTTGTCCTTAACTTTA +ATTCGAAAGCTTACCTATCACAATTAATGTGATATGATCATTTTACTTTATGTAAATTGC +TTAATAAGTAGATTGCTGTGCACCTTGTTCCGTATATAGACAAGTTATGGCTGAGTTCTG +GAACTTAGAAACTTTCAAAGTAATTATAGCAAAAAGTACTGGAGAATATTTAAAATATAC +ATTAGATTAACTTTTACCACTAGCATTTACTGGTAAATATTTAGATTAATAATATAAAAA +GGTATTTAGATTTAAGCTAAATACCTTTTTAAGTTGCTAAATATAATTTGTAAAAATCAC +TATTAAAGATATCTATTTATTCATCTCCATAAATATTTTCTCAGGATTCATAGGTAAACT +ATTCACTCTTACACCTACACCATTATATATAGCATCTTGTATTGCAGGAGCAGGGGTATT +AATAACAACCTCACCTATACTCTTTGCACCAAATGGGCCAGTTGGTTCGTAAGTCTCAAC +AAAATCAACTCTTACAGTACCAACGTCACTCCTAGCAGGTATCTTATACTGCATAAATGA +ATTACTATCCATTTGACCATTTTCTAGATACCTAACTTCCTCAAATAAAGCAAGTCCTAT +ACCTTGAACTATACCACCTTCGGTTTGTATAGTAGCAAGACCTCTATTTATTACAGTCCC +GCAGTCAACTACTGCAACATAATCTATAATTTCAACTTTACCAGTTTCCTTATCTATTTC +AGTTTCAACAAAACCAGCTATATAAGGAGGTGGAGAAACTGGACTACCATGAGATGCAAA +TCCATTTAATTGAACTTTATCTATTCCAACAGTAAAATCTACTACCAAATCAAATATAGT +AATAGATTTATCATCACAGAACACTTTCTCACCATCAAACTCAGCAAGCTCTTTAGCTAC +GTGAAGTCTATTTGCCCCAACTTCTATAATTTTTTCTCTTAATTGTTGACAAGCCTTAAC +TACAGCCATTCCAGTTACATAAGTTGTACTTGAAGCATAAGATCCTGGATCATAAGGCAC +TATATCAGTATCTGCAGACACTACAGTTATCTTATCCATAGTAGTTTCAAGTATATCGCA +TGCCATTTGAGCAAGTATTGTATCACTACCAGTTCCCATATCTGTAGATCCAACGAATAA +TGTATAGTTTCCATCATCATTTAATCTTACTTCAACTGAAGATGTATCTATATTAGCAAT +TCCAGATCCTTGCATAGTAAGAGCCATACCAACACTTCTTACTTTTCCATTTCCAAGGTC +TTTTGATGGATATTTTTCATCCCATTTTATCATTTCTTTACCTTTTCTTATACATTCTTC +TAAGTTAGCACTATTTATTGATTTATCATATGCAAAAGTAGTTTCTCCTTCTTTTACAAT +ATTTTTAAGTCTTAATTCTACAGGGTCTATGTTTAACTTAGCTGCCAACTTATTTATAGT +AGATTCAACAGCAAAACACCCTTGAGTAGCTCCATAACCTCTAAATGCACCTGCTGGCAT +TTTATTAGTATAAACTACATTACCTGTAAATCTTACCGCTTCTAATTTATTGTATATTGG +CATACTCTTTTCTCCAACTAATCCAAATGTAGTTGATGCATGTTCCCCGTATGCTCCTGT +ATCAGATAGTGCATTTATATCTATAACTTTTATTACCCCATCCTTAGTAGCACCCATTTT +AACTTTCATCTTCATAGCATGTCTACTATTAGAACAATTAAATGTTTCTTTTCTACTGTA +TATTAATTTTGCTGGCTTTCCAGTTTTTAATGTTACAAGAGCTGAGAATATTTCAACGCA +AGCAGTTTGCTTACCACCAAAACCTCCACCTATTCTAGGCTTTATAACTCTTATTTTGCT +TGATGGTATATTTAACGCTCTACTTAAATGTCTTCTTACATGGAAAGGTATTTGTGTAGA +AGATATTACTACTAATCTTCCCATATGATCTAAATAGTTATAAGCTCTATATGTTTCCAT +CATAGCTTGTGCTTGTGCCTGAGTATAGTAAGTTTCTTCAATAATAACATCACATTCACT +TAATGTCTTTTCTATATCTCCCTTTGTATAGTTATGAGCAGAAACTATATTTCTTTCTCT +TTGCATACCTATATCAAAGTTAGTATGTACCTCTTCTTCATGAACTATTACTTTATTATC +TATTGCAGATTCAAAATCTATAACTGCATCTAATACTTCATATTCAACCTTTATCATTTT +TATTGCTTTAATTGCTGTTTTTTCATCGACTGCTGCAACTATAGCAACTTCATCTCCTAC +GTATCTTACTCTATCTTCTAATATTAATCTGTCATAAGGAGATGGTTCTGGATAAGATTG +TCCAGCTAGTGTAAATCTTTTATTAGGAACATCTTTATATGTAAGTACACACTCTACTCC +AGGTACTAACATAGCTTTCGAAGTATCTATATTTTTTATTATTGCATTTGCATGTGGACT +TCTTAATATTTTAACTATTAATGCATCCTTTGAAGATAAGTCATCAGTATATACAGGCTT +ACCTGTTGCTATTGCCATACCGTCAGTTTTCGGTATACTTCTTCCTACGAAACTCATATT +ATTTTACCCCCATATAAGTCTTTATTGCTCTTAATTGCCCCATATATCCTGTACATCTAC +ATAGGTTACCTGTTAAGTAATGTTTTATTTCTTCTTCGCTCGGGTTTTCCAGCTCATTTT +TCATAGCAAGTACAGTCATTATAAATCCTGGTGAACAGAATCCACACTGCTCAGCTCCTT +CTGCTATTAATATTCTAGCAAATTCATCAGCTTCTTTTTCTAATCCTTCTATTGTAGTTA +TTTCTTTATTTAAAGCTCTAACTGTCAATGTAGCACATGATAAAGTTGGCTTTTTATCTA +TCCATATTGAACAAAGTCCACAACAACCTGTATCACAGCCTCTTTTTACACTTAAGTTTC +CAACTTTTCTAAGTGTATCTACTAAAAATTCATCTGGCTCTATGTCAATTTTATGTTTTC +TCCCATTAACCTTTAATTCTACTAACATTACTTAACCTCCATTAATGCTCTCTTAACAAG +TACCTTACTCATTAAGGTTCTATATTCCTTAGATGCTCTCATATTAGTTCCAAATGCTAA +TTCTTCACTAACTATTTGAGATGCTTTTTCTATGTTTTCATCACTTAGTTCATTATTTGA +TAAAAATTCACTAGCTTTTACTGCAAGAGTAGCTATTTGTGGTCTTGCTCCCACGTAAAT +TTTTACTTTATTATCATTTTTTGATACAGATACATTAAGTAATGCATAATCACTTTGAGC +ATTTCTTAAGCTTTTGTATGTAGCTTTTACATCATTTTTCTTTATATAAATTTTAGTTAG +TAAATCTTTTTCATATTCTTTATTTAGGAAATCATAAAGTTTTATTCTTCCTGAATTTAC +TAGCTCTACTTCTGTATCTAATGCAAGCAAAGCTACTATTAAATCAGAAAAACCAAATTT +AGAATAGATAGTTCCTCCAACAGTTACTACATTTCTAAATTGAACTCCTATTATGTCTTT +CACAGAATCTTTTATTATTCTACCAAAATTATTTTCTATAACTTCACTAGTTTCTAAGCT +TCTGAATGTAGTCATAGCACCTATTTCTATATATTCTTCCTCTTCTTTTATATAGTCTAA +GTCTAGCTGCGATAATTCAACAGCTGTACCTATTCTTTTACTTCCCATTCTTAACCAAGC +ACTTCCACCTATAACTTGATTATTTTTTCTTTTTGTTAATATCGAGTATGCTTCTTCAAC +TGTCGCTGGTTGAACTATATCCATAACTGTAAACATACTTTTCCTCCCTAATTATATGAT +ATATCTTTTTAATCTCCCTAATTATACCATATTTATTTTTTATTTTACAGTAAAATTCGT +ATTAATCATTATATTTTTTATTTATTATTTGTATATGTACGTGTTTGTATTTTTAAATAT +TAAGGGTATATCTTGTATTAACACAAGATATACCCTTAATATTTTTATACTTCTTCTTTT +TCTTTAAGATCTTCTGGCTCTAGTAGACCCAATTTTTTAGCTACAAACTTTGTGCTACTA +CCTTGAACTATTAAAGTTAATAATATTGTCATAAATACTACTGAAGAGATAATTTCATGC +CCAGGAACCTTCATTGCAGTAATAATACCACATAAAGCTGCTGGTATTACACCGGTCTCT +CTTACCCACATCATAAAAAGTATTTCTCTTTTATTCCATTTTGCTTTTCTATCAAATATA +GTGCATACAAAAACAGCTATTGGTCTAGCTATAAATACTAATCCTAGAACACATATTATA +GATGGTACTAAGTATTTCCCTAATATACTTAAATCTACTTGTGTTCCAAGAATAATAAAT +ATAGACATTCTACAAATAGTACCTAAAGTTTCTACAACATGACAATCTGCATCATAACAC +TTTTGATTTAACCATAGTTTAAAGTTCTTTTTATTACCAGTAATTATTCCACCAATAAAA +CAAGACATATAACCACTACCACCAAGCTTAGTAGATAGTTCATATGCTATTATTACTGAT +AAAATAGATACTATAGGAGTATAATCCTTAAATATTCCATAAGGCTTATCGTTTACTAAA +GCCAACAATAAAAGGCCTGTAATTACACCAACTAAAACACCTACGACTACCATAACCATT +AATTCATATATATTTGCTTGTAATGAAAATTCACCTGATAAAATAATAGCTAAAACAGCA +GATGTTAAAATGGCTCCTGTCGCATCATTGAATGCAGATTCACTTATTACAGTTTGTTTT +ACCTTTTTATCTATTTTTATGCTATTAAAAATAGGAACTAAAGTTGCTGGATCTGTCGAT +GCTATAATAGAACCAATAAGTAAGGCTGTCATTGCACTAGTATTAAATGTTAATCCTATA +ATTTTTTGCATAACAAAAGCAGAAATCAAAACACCTAAACTAGACAATAAAAATACTGAT +ATTCTTACATTCTTTAAAACTTTTAAACTTATTTCTTTTCCACCTAAATATAAAATAAAG +GCTGATCCAAATGTAAGTATTAGCTGATTTTCAACTTGATACTGACTTATATCAATAAAT +TTAAAAACTGATGGCCCAATGAATATTCCTGCAAGTAAAAATAATACTACATCTGGTACT +CTTATCATTTCACTTATTTTGCTACAAATAATACCAGTCATAGCAACTACTGCAAAAATA +ATTAATAAGTTGTTACAAGCTATAGCATGTATTGACGATTCCATAATAGCATCTCCTTTA +AATATATTTTCTAATTATTATATTAAATAGTTTTATTTTTGATATCTTCTTTAACTCAAA +TTTAACATATCTAATAATTTGCAAATAAAAAAACTGAATTTATATACAAGAATTTTTTAT +TCTCATATTTAAACTCAGTCTTATATTATTATGTAATTAACTTGCTTTTACAGTATTTTC +AATTACATTTTCCTCTTTATCTTTTGGTAATATTAAGTTTAAAATTGTCGCTATAACAAA +AGTCATTATTATTCCATTTTGTGCGAATATATTAGAAACCCAAGTTGGCATTTGGTCTAA +AACTTCAGGTACATTACCTATGCCAACACCTAAACCTATAGCTAGTGCTATTATAAGTCC +ATTTCTTCCATCTATCTTTTCTCTAGTAAGTGATTGTAATCCACTAACTAAAATCATAGC +AAACATTATTACTGCTGCCCCACCTAATACAGACTGTGGCATAACAGAGAATATTGCACT +TAATTTGGGACAGAATCCACATAATATTAAGAATACTGCACCAGTCATTATAACAAACTT +ATTTACAACTTTAGTAACAGCAACTAGTCCTACATTTTGACTAAAAGAAGTATTTGGTAA +TATACCAAATACAGAACCTATAATGCTAGCTACTCCATCTGCAACTACTCCACCTGATAA +CTCACTATCTGTCGCCTCTCTATCAAGACCTCCATTTGCTATTGCTGAAATATCTCCTAT +TGTTTCAACTGTTGTCGCTATAAACATAATTGTCATTGCTATTATTGCTTCTATATTAAA +CTCTAAACTTACAGCGAAAGGTTTTGGTAAGCTTACCCATGCTGCATCCTTAACTTGAGT +AAAGTCAACCATTCCTAATGTTATAGATAATATGTATCCTATTATAATTCCTAATAAAAC +TGATGATTCACCTAAAAATCCTTTAAATTGTTTAAATATTAATATAGATATTATTACTGT +TGTTCCTACTAATAAATGTTGCCAACTACCAAAATCACTTACTCCAGCTCCACCTCCGAA +ATATTTAATACCTACTGGTAAAAGTGATAACCCTATAGATACAACTACTAAACTTGTAAC +AATTGGTGGAAATAATTTCTTAAGCGGCTTTATAAAAAATCCTAAAAATATTTCTATTAT +TGAACCTACTAATGCAGCACCAAGTATTGCACCATAACCATATTGAGTACCTATTGCCTT +TGCTGTTCCAATAAAACCTGAACTTGTACCCATTACTATAGGTAGTCCTGCCCCAACTTT +AAATACTGGATATAATTGAATTAATGTTGCTACACCTGCTATAAACATAGAATTTTGTAT +TAACATTGTTTTGGTTTCTATAGGCATTTGTAGCATTCCACTAATTATTATTAATGGTGA +TATATTACCTAAAAACATGGCTAATACATGTTGTATTCCAAGAGGAATTGCTTTATTTAA +TGCAACTCTTCCTTCTAATTCATAAACTGATCCTTGCTTCATTTTACGTCCCCCTACATA +TTTCCTAATTTACATTAATATTTTTAAATTTACATTTTTTACATTTTTATATTAACATAT +CAGAAAATCTTTTTCTATATTTTTCCGTATTTTTTTCATTTTTTCATAAAAATAATTCGT +ATTTATTCATATCTTAAATCACTTTATGTTTGTTTAGTTCAATATAAGTATAAAATATAG +GTGCCTCATTAGATACACCTATATTTTTAACCACTTAATGTCTATCGGCTTTTATTCTTT +CTTCCATTTCTTCTTTTGTTTCTTCTTGGATATTTGCATTTATTACAATATCATTGATAG +AGGAACTAGCACGAAGTACATCTTTGGTATACTCAAGTGCATTACTATAATGTCCATTAC +TAAATCTGTTATCATTACTCATGTGTATCACTCCTCTACATAATTTTTATCTAACAAGGA +GGAAAGCGTCTTTTTCTTGCTAACCTATCTCCTAAAACTTCTGCAACCTTTTTATTAGTT +GAGACTTCCTTTGCTATTTCCATTTTAGTATCATTTTCTTTTAGAAGCTTTTTTATCACT +TCATTGTTATCTAATTCTTCTCTTTGATTATCTTTTTTGTTGTACATTAATATCTTCCTT +TCATAATATTTGCTTATAACTATAAATTGTCCATATTATTTTCTTTTACAACTATAAGTT +TTTTCTATTTTTTATAAATTATTTTTAATAATCCTATTATTTATTGTTATATATTTTTAA +TTTTTTTAATCATAAAAATATAATTTTGTATAAAAAATAAAACAAGGTAAATAATATATT +ATTTACCTTGTTTTATTTTAATTTAAAGTTTTCTAAAGATTTCTATACCCTTAGTTTTTA +TTAAATTCCATAATATTAAAGTAATTACTAATGTTATAATAACTGCTATACTTAAGAATA +TGTTTAAATTTAGTATACTAAATTTAAAATATATAAATGCATAAGCAGCAATATATAAAG +CAGAAATTAGCATTACTGCAATCATAGAAAAGCTTCTTTTTACTACTGCTACTTCATTCT +TCCAATCAAAATTAGGGTATAATAGATTTAAAAATAGTCCTAATATTGCCACTAATAATT +CCACTGAGATTATTACTAAACTTCCTATAAGTATAAAATTAAAGTCAAATTTCATTCTTA +AACTTATTAAAATAAAGCAAATTATACTTATAGGTATTGTGATAAGTAAATTTAAACCTA +TTTTACCTTTAAATATATCTATTTCTTTTATAGGCAATGATTTTATTATCCATAAATTTT +TCCCTTCTATAGATATCGAACAATAAGTAGTGCAACTTGTTACTATACAGAATAATATAA +TACCTAACAATTGAATTTTTATAAAAGTAAAATCTAGATTCAATTGAAGTAAATCTGATA +CCTTATCTGCTCCAAGTATCACTAAACTTATAGAAAATATACTTAGTAAAACCATTCCCA +TAGATGAATTTAGTACGTATATATAAGAAGAAAAATATCTCTTAATCTCTTTTTGTAGTA +AAGCTTCAATTATATTATAAGTTTTTAATTCTGTAGCTTCGTATTTTTTAATCTTATAAC +TTTCATTCATTCTAGAATTTATAAGTTTAAATTGTTTTGAAAATAAATTTACAAATATTA +GAAATAACCCTAATGATAATCCAATAAATTTAATAACTGATAAAAAACTATTATTTGTTA +AACCATCTATATAGTAATAAGATAAAAAGTATACTTTCTTTACAGCTTCATTTATTGAAG +TACTATTTACCAATATTGATTTTCCTATCTCCTCCATTTGAGTAACAAGTAACATATACG +CTACAAGTAATATTATACTTCCTATAATTAATATTGCATTCTTATATTTAATCTTTGATG +ATATATTTCCTAAAAAGAATGAAATAATTGATGATATTATCATAGGAATTAATGGTGTAC +ATAAGAACATTAATATTAAATTGACATAGAAAAATATACTTACATTAACTTTCATTGAGT +ACACTATTGCTGGGATTAATATAATTGGTGCTGTAAATAAGTAATTAGATATTAACAACA +TAAATATTTTACTTATTAATATTGTTGATTCCTTTAACGGAAGACTTATTAACATTTCAA +AATCCTTAGCTTCAAATAGATATGACGAGGATTTATATAATGTAGTAAATAAGCTAAATA +ATACAGTTCCTACAAAACCTATTAGAAGTAATAAATCCATTTGATTATATAGAATTAATA +AATCACTTACATCTAAGCATAATTTAAAAATAGCATATATCAAGTACCCTATAAGAACTA +TAGAACCAACTATAATTGCTAGTATCTTATTTCTTTCTTTCGAGTTTAAATTTTTTATTT +TATTTAAACCAAATTCGTTTATTATATTAGTATTTATTAATAATCCTAAATTAATCATTT +TCAATCAACTCCATAAATAGACTTTCAAGACTTTTATTACCTTTTACATCATCAGTATTT +CCTGTAGTTATAAGTTTTCCATCTTTTATTATTGCTACCTTATTACAAATTTTTTCTGCT +ACATCAAGTACATGAGTTGAAAAGAATATAGCTCCACCTTTTGAACAAAACTCATTCATA +ATTTCCTTTAAGGTAAATGCAGCCTTTGGATCAAGACCTACAAATGGTTCATCTAAAATT +AAAATTTTAGGACTATGAATTAGTGCAGATATTATAGCTAATTTTTGCTTCATTCCATGA +GAATAAGAACTTATCATATCTCCTAAGCTATCCTTTATTTCAAATCTATCTGCATAGTAA +TGTATTAAATCTTCTCTTTCTTTTTTATCAACATTAAAAATATTTGCTATAAAATTAAGA +TACTGTATCGCAGTTAAAGAATCATATAAATCTGGATTGTCAGGAATATAAGCCATCTCT +TTTTTACACTCTATAGGATTTCTCTTAATACTTTTAGAATTAACTAAAATCTCACCTTCT +TCAAAATCATGGATTCCTACTATACACTTTATAGTCGTAGTTTTACCAGCACCATTGTGA +CCAATAAATCCAAATATATCTCCTTTTTTAATTTCAAAACTTATATTATCAATTGCCTTG +CCACTATTTTTATAAGACTTTGAAAGATTTTTTATACTTAACATATTACCCTCCAGTATT +ATATATTTTATATTTGTTATATATAATATATAACAATCAGGCAATAAGTTCAATATATTT +TTGAAAATAATAAATTACGAAATTGTATATTATTAATTTCATTTATATTCTATTATTTTC +TCTCTTCAAAATTTAAATATTAAATAAGGGACTTTTTAAAATGGTTTTTGAATCAAAATC +AAAGAGCTTGATAAAATAATTATATTACACTTACACCATTTTTACAGCTGCATATAATAG +AATTATTTATCAAGCCCATTATTCAAAACTATCTATAAGTCTCTTAATTTAAATCTAATT +TTTCTATGTTTTCTTTCATTATTTTTATCGAATCATCTAGTTTATTTTTCTCTGTTGTAT +CTAACGCTAAATGAATAACTTCTCTAACACCATCTTGATTTACTATACTTGGAATAGCAA +TATAAACATCTTCATGCCCATACTCACCATTTAAGTATGAAGAGACTGTTAGTATACTAT +TTTCATTTTCAAGTATTGCTTTCGTTATTCTAGTCAGTGCCATACCTATACCATAATATG +TTGAATTTTTACACTTTATTATTTCATAAGCTATATTTCTAACTTTATCCTCAATTTCTT +CTAACTCATCAAATTTTAACTTACTATCTTTTCTTGATGCAATTTGGTAAATTGGTTGAA +CTCCACATAATGCATAACTCCATGCAACAAATTGAGAGTCACCATGTTCTCCCATAACAT +ATGCATTTATATCTTTAGGATTAACATCTAATTTTTCACCTAAGGTATATCTAAGTCTTG +CAGAGTCTAACGTTGTCCCTGAGCCTATTACCTTAGATTTATCAAATCCTGATAACTTTT +GTGCTACATAAGTCATAATATCAACTGGATTAGTAGCTATTAATAATATCCCATCAAATC +CTGATTTTTTTATTTCATCAATAATTGATTTCATAATTTTACTATTCTTGTGAAGTAAGT +CTAATCTAGTTTCTCCTTCTGTTTGTATAGCACCTGCTGTTATACAAATTATATATGCAT +CCTTACAATCACTATAGTCACCTGCATATATATTCATTTTTCTTGGTGCAAAGCTAAGAC +CATGATTTAAATCTATTGCTTCACCTCTAGCACGTTCTTTATTTATATCTATTAAAACTA +ATTCCTCACATGCACCTTGATTTACCATAGAGTATGCATAGCTCATACCTACCATACCCG +TTCCTACTATAACAACTTTATTTTTCTTCATAAAATCAACCTCCAATACTCTTCGATTAT +TTTATTCCCAAAATAATCCATATTAAAACTATAATCACTATTATTATGTGTCTTATTTAT +TTTTTGATACTAAGCATATATTAGTTTTACTACATTTTACCTATCATTACAATAACTTCG +ACTAATTTTTGTCATTTTTCTAAATATAATACATTAAAATTTTATATTATTAGCTATAAT +TTTTTTTATATTAAGTGTATAATAAAATGTACTAATCTAGATATTAAAAATAAAAGGAGT +TATATATGAAGACATTTGAAGAATTAAAATTAAATGGTAATTTAATAAATGGACTTAAAA +AGCAAGAAATTACATCTCCTACTGAGGTACAATCTCTTGTTTTTGAAAATATAATTAATA +ACAAAGATATTCTTGCAAATTCTCAAACTGGAAGTGGTAAAACATTATCTTATTTACTTC +CTATGTTTGAAAAAGTAGATACTACAAAAAGAGAAACTCAAGTATTAGTTCTAGCACCTA +CTCATGAGCTAGTTGTTCAGATACATAATCAAATTGAATTATTAGCTAAGAATTCAGGAA +TAGAAGTTACTTCTCTTCCAATATTCGGTGAAGTTAATATTCAAAAACAAATAAAAAATA +TAAAAAATGTAAAACCTCATATAGCAGTAGGGTCTTGTGGTAGAGTTTTAGATTTAATAA +ATCAAAAAAAGTTAAAAGCTCATACTATTAAGACTATTATATTAGATGAGGTTGACAGCT +TACTAAGCGGAAACAATGTATCATATGTTAAAGATATAGTAAAATCAACTTTAAGAGATA +GACAATTATTAGGATTCTCCGCTTCATTAACTGATGAAACTATTGATTTATGCAAAGAAA +TGATGAAGAAACCTTTAGTAATAAATGCTACTAAAGAAGTTACTATCAATCCTAAAATAA +AACACATGTACTTATTAGGAGAAAGAAGAGAAAAATTTGATTTACTTAGAAAAGCTTTAG +CTGCTACTACTCCCAAAAGAGCAATAGTTTTCGTTAATAACGAAAAAAGTATTGAAGTTA +TAACTTCTAAATTAAATTATCATGGATATAAAGCTGTTGGTATATTTGGAGATATGTCAA +AGGAAGATAGAAAGAATGCTATCAATGCTTTTAGGTTGGGAAAAGCTAAAGTCTTAGTAT +CTTCAGATTTATCTGCAAGAGGATTAGATGTCGTTGATACTAGCCACGTATTTAACCTAG +ACTTCCCCGGAAGTAAAAACGAATATATACATAGAGCTGGTAGAACTGCAAGAGGAAATA +GAAATGGTAATGCTATTTCTATAGTTACTAAAGGTGAACTTGCTGATATAAAACGATATA +AAAGAGAATTTAATATTGATATAAAGCCTAAGGTAATTAAATACGGTAAGTTCTTCGATA +GTAGAAGTAAATAATTAAATTATTAAATATAATATGAAAAAGGGTATGTTTCAATCATAC +CCTTTTTCATACTTATATATTATAAACTTACCTAAGATTGATATAGTTAATAATTTTTAT +TATCAAATACATTTAATTATATTTACTTTTTTAGTTCCAATTTACATTCTTTTGAAATAT +TATATAGTATTTCAATAAGTTTTGGAGGTAAGAGATGGATTTCATTGACAATATAGTATC +AAATCGACTTGGGGGTAACAATTTTTTTAACGAAAGTAGAGTATTTAAATTTGAAAAACT +AAAAATGATAAGAGATGATTTAAAGGCTAAAAATCCTGATATAAAGATAATAGATATGGG +TGTTGGAGAACCTAACAAAATGGCTGATAAATCCATAGTAAATGTACTTAGCATCGAAGC +TAATAAAGAAGAAAATCGATTTTATGCTGATAACGGAATATTAGATTTTAAAATCGCAGC +TTGCTCTTATTTAAAGGATTTATATAACTTAGATAATATAAATCCAGCTAATATTGTTCA +TGGTATTGGATCTAAATCTATATTAGCTATGATTCCAACTTGCTTTATTAACCCTGGCGA +TGTCACTTTAATGACAGTTCCTGGTTATCCAATAATAGCTAATCATACTAAGTTCCTTGG +TGGTGAAGTATATAACTTAAAATTATGCGAGTATAATAACTTTTATCCAGAGTTAGACTC +CATACCTGAAGACATTCTAAAAAGGGCTAAGCTATTATATCTTAACTATCCAAACAATCC +TACTGGACAAGTAGCTACAATAGAGTTTTATGAAAAAGTAATTGAATTTGCTAAGAAAAA +CAATGTTCTAATTGTGTCTGATGTTGCTTATGGACCTTTAGTTTTTGATGGAAATAAACC +ATTAAGTATATTTACCGTTGATAAAAACATGGAATATTCTATAGAACTACATTCTTTATC +TAAAGCTTTTAATATGACAGGTTGGAGACTAGCATTTTTACTTGGCTCTGAAAAATCTAT +AAAATTATTTTCTACAGTTAAAAGCTATGGTGATTCTGGACAATTTAGAGCTATACAAAA +AGCAGGCATATATGCACTAAATCATAAAGAATTGATAGATGAAAATATAAAAAGATATGA +TAGAAGATTTAAACTACTAGTAGATGCACTAAATGAAGTTGGTTTTGATGCAAAAAAACC +AAAAGGAGGGTTCTACTGCTATACTGCAATTCCAAAAGGAGTAAAAAGCAAACTAACTTT +TGAAAATGCTGAAGAAGCAAGCTATTATATACTAAAAAATGCATATATCTCAACAGTCCC +ATGGGACGAATGTGGAGGCTTTTTAAGATTTTCAGTAACCTTCGAAGCAAATTCAATAGA +AGAAGAAATACAAACAATAAACGAACTTAAAAAAAGACTTCAAAGTCTAGATTTGGAATT +CTAATATAGACTTCATATCATTATATTTTTATGCTTATTATTTTCTGTTATTTTTATTTA +ACACCCTAATACTAGATATTAGTAAATAGTGGTATATTTAAAAGGAGTGTCAAGTACCCA +GAGAAAGTGTGAAAATTAATTTACCGAATATTCGCAGATACAATCTGCATGGTAGGTAAA +TTAATTTTCACACTTTCTCGCTGTATATTAAGCCACCCCCTTTAAGCCCCTCCAATACTA +ATAAGCTAATATTTCTATTCCATCTTCTGTTACTAGGATCATATTTTCCCATTGTGCAGA +TAAAGAACCATCTTCTGTACAAGCAGTCCATCCATTATCAGCATCTATATATATGTCACT +CTTACCTTCATTGATCATAGGCTCAATAGTAAACATCATGCCTGGTGCTAAAACCATTCC +TTCGCCCTCTCTTCCATAGTGGAATACAAATGGTTCTTCATGGAAGTCAAGTCCGATACC +ATGACCACCAAATTCTCTTACTACGCTATAACCATTTTCTTTTGCATGTTTTTGTATAGC +TGCACCTATATCACCTAAGTGCCCCCAAGGTTTTACAGATTCTATACCTTTTATCATACA +CTCTTTAGTCACTTCTACTAGTCTTTTAGCTCTATCACTAACATCACCTATCATAAACAT +TCTAGATGCATCAGAATAATATCCATTATAAATTGTAGATACATCTACATTTATTATATC +TCCATTTTGTAATACTCTATCTTCACTTGGTATACCATGGCATACTTCATCATTTATAGA +AGTACAAACACTTTTAGGGAATCCTGAGAATCCTAAAGGAGCTGGTACTGCACCTTGAGA +TATAGTATATTCATGAACTATTTTATCTATATCCTCAGTAGTCATACCTTCTTTTATATT +TTCTGCAACTAAATCTAGTATTGCATTATTTATTTTCGCACTTTCTTTTATTTTTTCTAT +CTGTTCTTTATTTTTTATTAAATCTCTAGAAGGTACTTTATGACCTTTTCTCTTTAGCTC +ATCTAATTTTTCATCAAATTTCATATGACATTTTTTATATTTTTGATTGCTACCACACCA +GCACTCATCGTTTCTTCCTAAACTCATTATTAAACTCCTTTCTCATTATAGATATAATAT +AATAATATACCTATATATATTACATGTCAAAGAAGCCTTAGATTTCCTAAGACTTCTTGA +TTTAATCTATTATTATATATTTAAAACTGTAATTGGCTTTCTTAATATATAGTCTTTTTC +TACATCAAGGTCTAACTTCATTTTTACAGTTTGTCTTGCATGAGGAGCTGATTCTATTGG +CTCACCATCTTCATTGTACATTTCTAATATTATTGCATGCATAGTTTCTTTAAATGGCCC +TATAACTTCAATTTTATCTCCTACATACATCTTATTTCTTTGTTCTACTACTACAAGTCC +AGTCTCTTCTTCATGACCTTTAACTAAACCAATAAAATCATAGTTTCTTATATAAGACGC +AGATTTATAATTATGAGAATTTGAATCTGGTCTATCAAAGAAGAACCCCGTACTGTAATC +TCTATGACTACCTTTTTTAAGTTCTTCTAGCCACATAGGATTAAACTTCCAGTTTTCTGG +ATCTTTATAATATTCATCAAGCGCCATTCTATATGCTCTAACAGTTGTAGCTACATAGTA +AGCTGTTTTCATTCTCCCTTCTATTTTTAAGCTTGTTATACCACTATCAAATATTTCGGG +TATATATTCTATCATACATAAATCTTTAGAGTTAAAGAAGAACTCCGGATCTATATCATC +TAATACTTGCTTATATTCACCTGGACCTACTTCTTCCATTAATGTATACTTCCATCTACA +AGATTGTGCACAAGAACCTTTATTAGCATCTCTTCCTGTAGTATGATTACTTATTACACA +TTTTCCTGAGTATGACATACACATAGCTCCATGAACAAAAGTTTCTATATCCATATCAGC +TGGCGTATTTTCTCTTAATTCTTTAATTTCCTCAAATGATAATTCTCTAGCAGTAACAAC +TCTTTTAGCTCCTTGTTTATACCAAAAAGCTGCTGAAGCTGCATTTGTAGTACTAGCTTG +AGTACTTATGTGTATTTCCATGTTAGGTATTGTTTCTTTTACATAAGTAAATACACCTGG +ATCACTTACTATAACTGCATCAACGCCGATCTCTTGTAGCTCTAATAAGTAGTCTTTTAA +TTGTAATAAATCATCATTTCTTGGAATTATATTTATAGTAACAAAAACTTGTTTTCCTCT +TTCATGAGCAAAGTTTACACCTTCTATCATATCTTCTTTGCTAAAGTTTTTTGCGGCAGA +TCTCATTCCAAATATTTCTCCACCTATATATACTGCATCCGCTCCATAAGTAAATGCTAT +CTTTAATCTCTCTAAATCACCTGCAGGTGCTAATAATTCTACCTTTCTCATTTTATCTCC +TTTATATATTAATTTTTCTTTTTACGTAATTAGGTTCGATTTTATTAATTTACCCAAATA +AAATTATACAAAACTTATATTCTATATATCTCTCCTATTTGGTAATATTTTATATAGTAT +TATATCATATTTTGTGCTAACTATTTTATATAAATATATTTATAGTAAAATCTTTCAACT +TTTATAATAACTCTTATTTAATTAAATATAAAGGAATAATTAAAAATTCATTATATTCAA +TATAAAAGGCCTATCATACAAGATAGACCTACTTATTTAATGTTTCATATTATTTTTAGA +TTCTTTTTCCATTTGTTTTTTTAATTCTCTTGAAAATTTCTTTTCTTCATATTTTTCCAT +CATTTCATCTTTTTTCATTTCCATAGATGCCATAGCACCCTTAAAGTCATCTTTTAAATC +TTCAGCTGTATGTTTCATTACATGCCCTACTTTTTGTGCGCCTTCTTTCATATCATTTTT +CATATTATTCATTTCTTTTTGTAGCTTATCCATATAAAAGCCTCCTCTAATATTGTTTTT +ATTATTTTTTCCAAAAAGTATAAAATTATTTGCTTCACTAATGTATTTAAATTTTCATAC +ATTAAAGTATTAGATTAATTAGGGGGTTATTTTTTATGACATCTTATATTCTTTATGGTC +TTGCTATAGCTTTATTTATAATTTCATATATAAAAGACAAGTCAAAAACAAAAATTGCTC +TAAAAAAAGCCTTTAAGTCCTTCGAAAATATAATGCCTCAATTTTTATCTATTATTATTA +TAGTAGGAATAGTTTTATCTATTCTCGATACAGATACAATCTCAAAACTTATCGGTTCTG +AATCAGGATTTTTAGGAGTTTTTTTATCTTCTACCGTAGGCTCTATTGTTCTGATGCCTA +CATTTGTTGCCTTTTCTACAGCAGATACTTTGCTTAAAAGTGGTGCTGGATATTCTCAAG +TTGGAGCATTAGTATCAACTCTTACATTAGTTGGTGTTATGACTTTTACACTTGAGTCTC +AATATATTGGTAAAAAAGCTGCATTTTATAGAAATTTCATAGCTTTTTTATTTTCATTTA +TAGTTGCTTTTTTCATGGGGGTGTTTTTAGGATGATTAAATTAAAATTTATATTAAATAG +ATATAAACTTTTCCTAATATTTTCTATTATTTTAATCTTACTATTTATTTTTAATAGAAA +CTTAGGTGTTAATATATTTAATAATGCAAAGGGTAGTTTTTTACAAATGTTAGCTGTACT +TCCTCCTATCATGCTTCTACTAGGCCTTATGGATGAATGGGTTTCTAGAAAATCAATGAT +GAAGTATATGGGAGAAGATTCAAGTATTCTAGGGATAATTTTATCAATTTTACTAGCTGC +ATTTGCTGCTGGACCAATGTATGCAGCCTTTCCTTTTACTGCTGTTCTAATAAATAAAGG +TGTTAAGTTTTCCAATATAATAATTTTTATGAATTCTTGGTGTGTAATTAAAATTTCTAC +TTTATTATTTGAAATTAGCTCTTTAGGATATAAGTTTACTTTATATAGATTAATAATAGA +TTTTATTGGTGTTATTGCCATGGGATATTTAGTTGATTATATAGTTAATAAAGCACCTAA +AAAAAAATCCTGTAAGTTTTAACTTACAGGATTTTTTCACTATAACTATACCCTACTGGA +GGATGTGAGGGAGGATTATAGTCATAGTCTAGTATTATGGTCTTAAGCTAGTCTTTTCAT +TTATTATGATACAATTCCTATGTGAATTTAATGTGTAATTATTATGAAAACTGCTTGAAT +TTAATACTTTATAAAAATTTATTAATATTTTTATAAAGTATTCACTTCTATTATCTAAAT +TTTTATAGTAAATACAACGGAATTATTCCTATTTTTTATACTATATTCGAAGCCGTGACT +TTTTAAAATTGTACTTACGATATATAATCCAAGGCCACTCCCTCCAGTTTTTCTTGATCG +TGATTTTTCTACTCTAAAAAATGGATTAAATATCTCTTCTAGATATTTTTTCTCTATTAT +TACACCTGTATTTTCGATTTCTAAATAAGTTTTTATACTTCTTCCATTTTTTCTTTTATA +AAGTCTTATCGTTACAGTTTCTCCCTCTGGAGAGTACTTTATTGCATTGTTGATGATATT +ATTAATTGCTCTTGTTATTTTTTCTTCATCAGCAATTATACTTATATTCTCATCTATTTT +TAAAACTATTTTTAAATTTTTCTCTTCAATTAAAAAGATTTGTCTTTTAACCAGATTCTC +TATAAGATGACTTAAATTTATATTTGTTAAGTATAAATCTTGCTTTAATGTCTCACTCTT +AGAAACCTCAATCATCTCATTTACTAATTCTTTTAACTCTTGAGTGCTTTCATATGACTT +TTTAAGATAAGTATCTCTATCCTTGTATTTTCCTATATTATAAATCATCCCTTCTATTTG +ACCACTTATTATAGTTATTGGCGTTTTTAATTCATGAGATATTGTAGCTATAAAATCTCT +TCTTTTCTGCTCTTGTTCTCTTTCACTTTCAATTATTTTAATTAATGGCCTTGTAATAGT +TGATGAATATATAAATGCTCCGATCATACCTACAAAAACTGCTACTAGTAATATATACGG +CATAATCTTTCTAATAACCTGGCTAGCTTCATCTATAGGTTGAAGTGGCATCATTATATC +AAGTCTATATGGAGTACTCTTATCAGTGGTTGATATATGTGTAGACATAGTATACTCCTT +AGCTATTTTTCCAAGTTTCAATATATTTTTTGATTGATACTTATCAAATTTAAATAAAAG +AATCTCATTATTTCCATACACAATCCTTCCACTAGTGTCACTTAATAAAATTGCTAAATT +TTGTTTTTTCGCTATATCATAAAGATTATTCTCCAATTCTTTAGTATCATGATAAGCTGC +CTTTTCTATTAATATACTTATTTCTTCATGTAGAGATTCTATTTTATATTTATGATAGTA +TGATGGCAGTAAATAATATAGTATTAGATATATTATTAAAGCTAAGGCTATAAGTAATCC +GCTAGTTATGCCAAATAACTTATATTTTATACTTAAATTTTCCCATTTATCCAATATCTT +TTTCAAGTGTATAACCTATCCCTTTAACAGTTTTTATATATGGTAATTCTATTTTTTTTC +TTATATTTTTGATGTGCGCATCTACTATTCTAGTATCTCCATAATAATCATAGCCCCATA +TACTATCCAAAAGGCTTTCTCTTGTTATAACTTGAGGATATTTTTCAATCAAATTTTTTA +ATATATTGAATTCTTTTAATGTTAATTCAACAATATTTCCATCTACATTTACAGTATATG +TATTTAAATCTAATCTTAATTTCCCAAAACCTAAATAATCATTGCTTTCTGCTGTAGTAT +TACTTCTCCTTAGTACCGCTTCAACTCTTTTTATTAATAAATTAAAAGAAAAAGGCTTTG +TTATGTAGTCATCACATTCTAATTCAAACCCTTTAACTTCGTCATTTTCTTGATTTAATG +CTGTTAAAAATATTATAGGTACACTGGACGTCTTTCTTATCATCTTACATGCAGAGTATC +CATCTAAATTAGGCATCATTATATCTAAAATTATTAAATCATAATTATTCTTCTTAAAAA +GCTTTATTCCCTCTAGACCATCACTTGCATAGTCTACATTATAATCCTCAGCTCTTAAAA +ACTCGACGATAAGCTCTTGTATATTTGCATCATCTTCAACAACTAATATGGATTTACTCA +TCTTTGCACCTCCTAGTTTAATTATATATATATTCTACATTACATATATGAATTTTACAT +GAAATTTTATTCTATAATAAGATAAAACACGTTGTGATAAATAATAGCATACTTATCATA +ACGTGTTTTCCTAAGTTATATTAGTCTAATTTAAATTTCTTAAGTCTTAGTGCATTTGTA +ACTACTGATACAGAGCTTAGACTCATCGCTGCAGCTGCTATCATTGGATTTAAAAGAGGT +CCTCCAAATATATATAAAAGTCCGGCTGCTACTGGTATTCCTATTGTATTATATCCAAAT +GCCCAGAATAAGTTTTGTTTAATATTCTTAATTGTTGCATTACTTAATTTTATAGCATTA +GGTACATCCATTAAATCACTTCTCATTAAGACTATATCTGCAGATTCCATAGCTACATCA +GTACCACTACCTATAGCAATACCTATATCTGCCTTTGCTAATGCCGGGGCATCGTTAATT +CCATCTCCTACCATTGCAACAAAATTACCTTTTTCTTGTAGTTTTTTTACTTCTTGAGAT +TTATCTTCTGGCAATACTTCTGCAAGAACTATATCTATCCCTACTTGTGATGCAATTGCA +CTTGCAGTTTTTTTATTATCACCAGTAACCATAGCTACCTTTATACCCATTTCATGTAAT +GTTTCTATAGCCTTTTTACTACTTTCCTTTACAACATCTGCTACTGCTATTATACCACCT +ATATTATTATCTATCGAAATATACATAGGTGTTTTTCCTTCTCTTGCTAATTCATCAGAT +TTATTTTCTAAGTTTAGTAAACTTATATTTCTTTCATTCATAAGTTTTCTATTACCTAAT +AATATTTTTTTATTATCAATTATAACTTCTATACCATGACCAGGTATAGCTTTAAAGTTT +TCTAAATTTTTAAAGTTAATATCTTTTTCCATACCGTATCTTACTATAGCTTCTCCAAGA +GGATGTTCAGAATTTTTTTCTGCACTTGTAGCTATTTCTAATAAATATCCTTCTTCAATA +CCTTCACTTGTTATTATATCTGTAACTTTAGGTTTACCTTCTGTTATTGTTCCAGTCTTA +TCAAATATTATTGTGTTTATTTTATGTGATAGTTCTAATGCTTCTCCACCTTTTATAAGT +ATTCCATTTTCAGCACCCTTACCTGTTCCTACCATTATGGCTGTAGGGGTTGCAAGACCA +AGTGCACAGGGACAAGCAATTACTAAAATTGATATAAATATAGTAAGTACAAAAACAATA +TCCTTTCCTCCAAATATCCACCATAATAAAGCCGAAACTACTGCTATAGTCATTACTATA +GGTACAAAATATCCAGATACAGTATCAGCAAGCTTTGCAATAGGTGCCTTTGTTCCTTGA +GCATCTTCTACTAACTTAACTATTTGAGCAAGTGCTGTATCACTACCTACTTTTTCTGCT +CTAAACTTAATACTACCATTTTTATTTATACTAGCTCCAGTGACTTTTGATCCTACATTT +TTTTCAACAGGTATACTTTCTCCTGTAAGCATTGATTCATCGACCGATGTATTACCTTCT +ATTACTGTACCATCTACAGGTATTTTTTCTCCTGGTTTAACTAAGATTATATCTCCAACC +ATAACTTCATCTATTGGTGTTTCTACTTCAGTTCCATTGATTATCAAAATTGCTGTTTTG +GGTTGAAGTCCCATAAGCTTTTTGATTGCTTCTGAAGTCTTTCCTTTTGATCTTGATTCA +AAGTATTTTCCTAGTAATATAAGTGCTATTATTATACCCGCACTTTCATAATACAATTGA +TGATGATGCATTCCTGTAATTTTACCATTTGCTATTTGAATGGTTGTATATACACTATAT +AAAAATGCTGCACTAGTTCCTATTGCTACTAAAGTATCCATATTTGGACTTTTAGAAAAT +AATGACTTAAAGCCATGTATATAAAACTTATATCCTGCTCCCATTACAGGTATTACTAAT +AACAATTGTATAAGTGCATAGTTTAATGTATTATTCATTGGATTTATTATTTCTGGTAAT +GGCCATGGTCCAAAAGGTTTTGGTATCATAGGCCCCATTGCGATATAGAATAGAGGGATA +GCAAATATTGTTGCTATAATAAATTTTGTAAATAAAGTTTTCATTTCTTTTTCTTTTTTT +AATTTATCTTCATCTACACTTATCTTTTTTTCTTCTCCTATTGGTTTATAACCTGCTTTT +TCAATTGCAGCCTTTATCTGAGATAATTTAACTTTAGCTGGGTTATATATTACATTAGCT +TTATCAGTTGCTATATTAACACTTATAGATTCTACCCCTTCAAGTTTTTTTCCTACTCTT +TCCACAGCTTTTGCACAAGCTGCACATGTCATCCCCTCTATTTTAAGTTCAATGACTTTA +TTTTCTTCTTCAACTTCAACTCCATATCCAGCTTTTTCAATTACACATTTTATGTCATCA +AAATTTACTTTTGATCTATCATAAACTATATTTAATTTTTCTGTAGCTATATTTACATTT +TGTTCTTCTACACCATCTAACTTTTTAACTACTCTCTCTACAGCCTTTGCACAAGCCGCA +CATGTCATTCCAGTTATCTTATATATTTCATTTATTTTATTGGCATCCATATTTATTCTC +CTTTCATTTTCTTATGATATCTATATACCCTATAAGGGTATATTAAAACATTTTATTGAA +AAAATCAATTAATTTAATAATTTTAGTTTAAATTTTATCCATTCACTATTTTTCTACTCA +TAAATTTTTATATTATTTTAATATATTTACATACTAAAAATGTATTTTTCTAATATAAAA +TATCTACATCTATAAAAACTTTATAAAAATAAAACTAGCTTTAATGATGATTTAAATCAC +TAAAGCTAGTTTTATTTTATAATTCTATAATTTAGATATTAATTTATCTATTAATTTCTT +TTTCATATCTTGAATCAAATCTTTATTTGAATTAGTTTTTGTATTATTATTACCTTTTTT +ATTTGAGCCTTTTGCTGAAGTTGACTTTTTCTTTCTTCCCATATCCAAACCTCCATAATA +ATATATTTATTACTATATAATTATGAAATTTTGCTCCAAAAGTAGACAATTATTTTAAAA +ATATTATAAAAAAACTTTTTTTACTTATTTATAGTTATTTATATAAGATAAGTATCTCTT +CATCAGAGTAAGCCTCTAATTCTAATCACTTATCATATGGGTTACCTTTTATATTTAAAA +GTTCTGCAAATGCTTGCTCTGTTTTTAGTCTACTTCTTTTTAGTTGAATAATCTTATTTT +TAAAATCTAACCCAAGTAAATTTAATATCCTATATTCTATAAGCATGTGCCTATATGCAT +TTGATCTATAAGACTTTATTTTTGATGCGTATATTTCTATATTTTCTATTTCAAAATTAC +AAACTGCAATACATTCTTCTTCCATATATCTAATTTTAAAATTTTCATATTTAGAAAAGT +TATTCTCCAATATTTCCATAAACTTCACAAAATCATTTACCTCACATACGATGTCAAGAT +CACTTTTGTTTATATCAATATCTATAGGTATTGTTCCTGCTAATATTGGATTATATTTTT +CTAATGTGTTAAATACTTTATAATCATTTAAGATTTCATGACTCTTTCTTTGTTTGTTAT +TTCCATACTTTAAATATTCTTTGTCTAAGAACTTATCGATCATCTATCATATCCTCTCTT +TTATTTACAAATAAAAATACCTCAAAATATTATAATACTCTTTATTTTGAGGTATTTTTA +TTATTAGTTTATCATTATTTTAATACATTAATTAAATTTTTAAATATATCTTTATTTTCT +TTAATCTCTTTTTCATTTCCAACTACTGCTAAGTAATCTTGACTCATGGTATTTCTTACT +ACTTCTGCATATCCTTTAATATCTTCTACCTTAGTATTTAATACCTCAACTCTTTCTTTT +TCTCTATCTTCCTTAGTTATATTTCTTATATACATAGAAACAGCCTTTATACCTTTATAA +TAAGGCATAAGTGGACTTTCTAAATTACTTATAGTTCCTATTATATATTTAGTCATTTCT +CTATCTGAAATATCAAATTTTTCTAAGTAATCACAAGCTCCATCATAAGCATTAAGAGTA +TTTACTAAATTTGGATCTCTATATGATACAAATATAAAGCTACCTTCTCTACTTATATTA +CTCATTGCACCATAAGCTCCACCTTTTACTCTTACATTGTTCCATAAATAATCATATCCT +AGTATTGTTTTTAATACCAGCATGCTACCACTATAGTCATAACCTAATTCTTTATAGTTA +TAACCCTTAGCTACATATTGGACATTTGCTGAAGTCATTAGCCCTTCATTTTTTTGTTCT +TTAGTAAATTTATATTCATAGCTATCTAATTTATCATTACATAATACATTCGTTACTTTG +TTCATATTCTCTTTTAATAATTCTAATTCTTTTACTTCACCAGTAATAGCTATAGTTAAA +TTATTCTTATTAAATACTGTTTTTTGAATTTCATATAATTTTGATTTTATATTTTCAAAC +TCTGAATCATAATTTTTCTCTATATTTTTTAAGAACTCATAATAATCATATCCAGATATT +TTTTGTAAGTAAGAAGCAACTGGTGAGAAATAAGAAGTAAGTCTACTATTTGCAACTTGA +TGTCCAGCTTGCATTAAGTTCATTTCAATTCTCGAAATTAACTCTCTTATTATCTCTCTT +ATTCTCTTACTATCTTCGAATAATGAGTTTTTTATTATTTCTGAAAGTAAATCTAGCGAT +TTTCCAATCTTGTCATTCATAACTTTTATATGAGATTCTATAAATGGATAAAATTTAGTT +GTATCCTTATCATTTGAGTAAACTTGATTCTTAAAGAATAAGTCTCCAGTATTTATAAGT +ATCTCATTAGATAATTCTTTGTAGTCATAATTTTTTGTATCTACTTTTCCTAATAAGTTT +CCTATTAAGCTAAAGTAAGGTATATCTTCTTCTTTTATACATCTTCCGTAAAACATAAAG +TTTAAATAAGAAATATTGCTTGTAAATACATTATAATGAAGTATTTCTATATCATCATAC +TTAATTTCTTCAATTTTTAAATCTTCTACATCTTTTCCTATATCATCTATCGATAACATA +GGTATAGTCTCTAATACGTCTGGTGAATCAGGAGTACTTTGACGTAATATTAAACTCTTA +GTTTCTTCTACAATCTCATCTAATTCTTCATTACTTAAGCTTTCTTTATAAGATTTAAGC +TTTTCTTTTAATTCTACTTCTTCTTTTTCAGCTAAACCTTTCTCTGGTTTTAACACAAGT +AATGATGAATGTGTGTTATTTAAAAGATATTTTTCTATAAGTCTTTCAAAATAATTGCTT +GTAAGAGCCTTTTTAACATTTTCTATAGCTTTTTCATATCTAATATGCATAAGTGGATCT +CCGCCATATAACCAGCTATCCATAGCATTCATATAATAAATAAGTCCTTTCGGATAACTT +CCTGTATCCCCTTCTCTTAACTTGAACTCAAATGTATTTATACAACCTTCTATTAACTTC +TTATCTATTCCATTTTTTACAAGGTCATTTAGAGTATCAAATACTATTTTCTTAAACTCT +TCTTTTTTATCTACTTCACTGTTTTTAACTATTACACTGAATACTGGTTGAAGTATACCA +TTATCAAAACTACCGAATACGTCTTTTCCTACTTCAGCATCTATTAATGCCTTTTTAAGA +GGCGCTCCTTCTGTTTCTAATAATAAATACTCAAGAATATTTAAGTCAGTATAAACTTCA +TCCTCAGTAGATCTACCTGTTACAAAGTTTAAAGCTAAGAAAGTTTTTTCTCTTTCTTCA +TCTTCTTTTGAAATAGAGTATGAGTAGTTTACCTCTTTCATTTCACTATAAGGCTCTTGT +TCTTTAATATCTGAATCTATTTCAATTTTATCAAAATTAGATAAATAGTTATCATTTATA +AACGCAAGCTCTTTATCTAAATCTCCATCTCCATATAAGAATATATAACTATTTGATGGA +TGATAATATTTCTTATGAGTATCTATAAATTGTTCATATGTTAAATCTGGTATATCATGA +GGATCTCCACCAGATTCATTATAATAAGTATTATCAGGGAAAAGAGTCTGCTGTATTCTT +CTTAAAAGTATACCTTCTGGAGAAGAAAACGCACCCTTCATTTCATTATATACTACACCC +TTATATGTTAAATCTTCATTTTTATCTTCAAGATCATAATGCCAACCTTCTTGCATAAGA +ATCTCTTTAGTATTGTATATGTTTGGATAAAATACTGCATCTAAGTATACATCCATTAAG +TTAAAGAAATCCTTCTCATTTTGACTTGCTACTGGATAAATAGTTTTATCTGGATATGTC +ATAGCATTTAAAAATGTATTTAAAGATCCTTTTACCAACTCAACAAAAGGTTCTTTAGTA +GGGAACTTTCTAGAACCACATAAAACACTATGTTCTAATATGTGCATTACACCAGTACTA +TCACTTGGTGGTGTTTTAAATCCTATAGAAAATACTTTATTATTGTCGTCATTTTCCATA +TGTAAAAGTCTTGCTCCTGTTTTTTCATGTTCAAAAATTCTAGCATTAGAATTAACTTCT +TTTATATATTCTTCATCTTTTAAAATAAAACCATTATATATTTGACCTATTTTATATTCC +ATTTTTACCTCCTATTTTTGTTTGTAGATATATTTTCTTATATTTATATTATAGTTATAC +CCTATTTTTTGGTAAACCTTTAATTATTTTTTTATGATAAATTATCATATTAAGTGCAAC +ATCTAAAAATATGTAAAAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAAT +CACAAAACTACTTTACATGAAAGG +>MGYG000000001_41 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCTTATTAAAAAAATTTATAATTTGAGT +AGAAATAAACAATAAAAGAAGTAGAGTGAGAAATTGTTTTCTACAAAGGATGAGAGGCTA +CTATTAAAAAATATTATAGTAAATATAGAAAATAACAATAAAAAATATAAAAATAAAAAG +TTGACTAGGTCAACTTATGAGACTATAATTGTTTTTATTAAATCAAGAAGTCATATTGTA +GTACAGAAGGAGATGAATGATATGGAAAATACAATAGAGGCAATAGCAACTAATAATTTA +ATCTTCATATTCGCAATTATAGCTACAACTGGTATTGTTTTAGGTAAGTTAAGTGAAGTA +TTAAAAATACCAGATGTTATACTATATTTAATAGCGGGGATTATAATAGGACCGTCTATG +CTAAAAATAATAAGTGTTCAAGCTTATCCAATTGAAAATAACCTTATACTTACTTTTGGA +TCAGCATTTATATTATACGAAGGTGGTAAAGAAATAAATTTAAGAGTACTTAATAAAGTT +AAAATAAGTGTAGGAATGTTATCAACTATAGGTGTTGTAGTATCAGCATTTGTTGTAGGA +CTAGTTTCGAGTAAGGTATTTGGACTACCTTTAATGACAGCTTTACTTTTAGGTTCAGTA +ATAGCATCAACTGATCCTGCAGCCCTTATACCAGTTTTCAAACAAGTAGCTATAAAAGAT +AAAATAAAACAAACAGTAGTCAGTGAATCTGCATTTAACGATGCGGTTGGTGCTATCTTA +GTTTCTACTTTACTTGGAATCATAAGTAAAGGCGAGTTTTCTACAATGAAAAGCTTAGAG +GAATTATTAATATCCACATTAGTAGGGGTAGGATCAGGAGCTTTAATTGGATATGTTTTA +ACTGTTCTTGTATCAGAGAAAAGAATAGGAATATTCCATTCTTATGCCCCAGTAATGTCT +ATATTAAAAGTTGCGTTAGCCTATGAATTAGCAATTTTATTCCATGGAAGTGGATATATG +GCAGTGTTTATAGCAGGGCTTATAGCTGGAAATAAGAAATTATTTGGACTTTGGATACCA +GAAGTAGATTTCCATTCAGAACACTGTTTTTCTGAAAGTATTAGTTCACTAGCTCGTATG +GCAATTTTCGTTGTACTTGGTACACAAGTTAATTTAGAAGCACTTAGTAAATACTGGTTA +CCATCATTATTAATAGTATTAGTGTTAATGTTTGTAGCAAGACCGCTTGTAGTATTGATT +TCAACTGCATTTGATAAAAATGCACATTGGACTTTTAAAGAGAAATTATTTATGATGTGG +GTAAGAGAAACCGGAGTCATACCAGCTGCATTATCAGGTATTATAGTTTCTATGAAACTT +CCTGGATATGAAATAATATCTTCAGTTGTATTTATGACAATACTTGTAACATTAATAGTA +CAAGCTAGCACAACTAAATTAGTAGCGAAAAAGCTTGATGTATTAGAAGAAGATGATATA +GTAATTTTAAAAGAATTAGCATAAAGTATGGAAAATTTAATAGTAATGATATTAGCCCGA +GTTTATACTCAGGCTTTTTTATGATTAAATTTATTACAAAAATGATATTCGACAATAAAT +AACAAAATCAACTGGTATAATATGATATAGTATATTAAGCAATTATATAAAAGATATCGC +AAAGCTCAAGTAGTTATTCTAGCAACGGAACTTCTAGTAGCAAAACTGTATATACTGTTA +GTGGTAATAGTTATTATCATAATTCTCATAGCTGCAAGTTTATACAAGTAGCTAGTTCTA +AGGTTGTTGATTTAAATAGCTTTTGCGGTAAACATGCATGTAATTGTATGAAATAGTAGT +TGACTAGAGTGTGGAGAACAGTATTATGACGTATAAAATGAAAGAAAAATTTGGAGATTT +ATTATTAAAATGGCTTGGTAATTTAGGATTTATTGATTCAAAAGAAGAGTCTATTCAATG +TATAAATTGTAAAAAGATTATAGATACAGATTTCGATGAATTGAGAAAGTGTAGTTGTGG +ATGTAGTTTATTTGTTATTGATTCAAAAAGGTATACTATAGACAAGGGAACTGTACATTG +TAATTGTGAAAAAGGCAATTTAGAAAATGTCTGTCATGTAAATTGTGATCATGGGTCTAT +TGAAGAGTATGTTTGTAGTAATTGTAAAAATAAAATATCAATATATCAAGTGGTTTAGTG +TGAGCATATTATTTAAGAAACAAACTATTACAGAATCTTAATTTAGGGATTATGCAATAG +TTTGTTTTTTAATTTAGTATAAGGTTTATATATTTAAAAATATCTATTTAAAAAAGTTAA +AAATTATTACAATCCTAGAAAAAAATTATTGAACAAGTTATCAACTCATATATATATAAA +AATATGATTAATAAGTATATGTGGGTGAAGATTATGGGTATAAAAAGGAATAAAAATCAG +ATTTTGTTTTATGTATGGTTTAGTTTGCTTATTACAATAATGAATTATACAGCAATAGAA +GTGACCCAATATGTTAATGAAGTTAAGCAAGAAAGAATAGAATTGCAAAAGCAGAAAGAA +AAAGTAGCTAAAGAAAAAAGAGAGAAAGAACTTGAAGAACAGTTAAAAATGGTTGGAGTA +AATAAAGAAGGTAAAGAGTACACTTATGATGCTAAAGAAATACAAAACAAATTAAAAGCT +TACGATTACTCAAATAACGGCAATAAAATTGTATTTTTAACTTTTGATGATGGATCATCA +ACCTCTGTTACTCCTAAGATATTAGAAATTTTAAAAGAAGAAGATGTAAGAGCAACTTTT +TTTGTATGTGGAAAAACGATGGAAGATGGTGGCGAAGAAGTAAAAGAACTAGTTAAGAAG +TCCTTTGATTATGGAAATGCAATAGGTAATCACTCATATAGTCATGATTATCATACCTTA +TATCCTGGTAGAAATTTAGATATTGCAGCTTTTAAAAAAGACTTTCAAAAAACTGATGAT +ATCTTAAAAGATATACTAGGGAAAAGTTTTTCAACTAGAGTCATAAGATGTCCAGGGGGC +TATATGTCTTGGAATAATATGGAGAAATTAGATGAATATTTAGATGAAAATAATATGGTT +GAAATAGACTGGAATGCTTTAAATTCAGATGCTGAAGGTAAAAAGAAAAATTCTCAAGAG +TTAGTACAGAGAGCTATAGAAACATCTGATGGAAAAGATATAGTAGTCTTATTAATGCAT +GATACATATGGAAAAGATGAAACTGCTAAGGCTCTTCCTGATATAATTAGATATTTTAAA +GAACAAGGTTATGAGTTTAAGACATTGTCATAGAATTAAGAAAAATATATAATTAGGTAA +TTTAAGAAATAATTATGATTTTTAAGGAAAATATACTAAGTAAAGAATTAAATATTTGTT +ATATACATTAAAAAATGTAAGTAGTAGGATTTTTACTTCTATATATTTGATTAAAATAAG +TAAGATAGTGTATTATGTATAAAACATCAATTGTTATTAAATTAGAAAGGAGAACTAATG +GAAGAATTAATGTTATTGCAGGAGCATATACCTAAATTATTACTTGCAGCATTAATAGGA +GGAATCATCGGAATTGAACGTGGAAATAGGGGTGGGGTTATTGGATTTGGGACATTATCA +ACTTTAACTCTTGGATGTACGCTTTTAACAATAATATCAGCTTATGCAATTGGAACAGAT +GCAGATCCTTCAAGACTTATATCTACAATAATAAGTTCTATAGGTTTCATAGGTGGTGGA +GTTATTTTTACTCAAAGAAATGATAATGAAAAATCAGTTAGAGGACTAACTAGCGCATCA +ATAGTTTTTTGTTTAGCAGCAATAGGTATATCTATTAGACTAGGTTATTATGGAATAGCT +ATAGTTACAGCTATATTAATTGAATTAAATGTTTTCATCTCTAGATTTATAAAAAAAAGA +CGTAAAGAAAATGAAGAAGATTATGAAAGTGAGTTTTAAAGGTACTTATTAATATAAAAT +AAGTATCTTTTTTATTTAAAATTAAAAAATAAGATTAAAATGATAAATAATTTTAAAAAT +ACTTATAAATATAGCAAGGAAAAGTGAAAAAATATTTCTTTAATATCATAAAGCATTTAT +TTTTATTTAAGAAAATTTATAATTTAATAGAAATATTGTTTATAAGAAATATTAGAAAGA +AGAGAGGAATATTATGAGCATAAAATTAATAGTAATGGATGTTGATGGTACATTAACAAA +TAGTAAAAAGATAATAACAGATAAAACTAAGTAGGATTTAACAAAAGTTCAAGAAGATGG +AATCTTATTAGTTTTAGCATCAGGAAGACCAACATCAGGATTAATGGATTTAGCTAAAGG +ATTAAAAATGGATGAAAATAATGGGCTTTTAGTTTCTTTTAATGGATCTAAGGTGATTAA +TTGTGAAACTAATGAAGTATTATTTAATGAAACTATGAGTATATAAGAATGCAAAGTAGT +TCTTGAACATATGAAGAAATTTAAGGTTAAGCCTATGATTGATAAAGGAGATTATATATA +TATGAATGATGTTTTTGACAATGAGATACAGTATAAGGGGAGAACTTTTAACGTAATTCA +ATATGAATCTCGTGGCGGGAGGTTTAAGTTATGTGAAAAGGATGATTTAGCAGAATTTGA +TGACTATCCATTAAATAAAATTTTAACTGCAGGTGGTCCAGAGTATTTATAAGAGTATTA +TAAAGAAATGATGGATCCATTTAAAGATACTTTAAGTTGTATGTTTACAGGAGATTTTTA +TTTTGAATTTACAGCAAATGGAATTGATAAGGCTAAAGCTTTAGATAGTGTATTAATAGC +AAAAGGATATAAAAGAGAAGAAATAATTGCTTTTGGAGATGGACACAATGATTCTTCTAT +GATTAAATATGCAGGTGTTGGAGTAGCTATTGCTAATGCAGTAGAGGATTTAAAAGCTAT +AGCCTATGAAGTAACATTATCTAATGATGAAGATGGTATTGCAGTATATTTGAATAAACA +TATGCCAGAGATTGTTTATGTTTAAGGTAAAAAGAGCTGTATCAAAGCAGCTCTTTTACT +AGATATTAATACTCACAAATTTTTTTGTAGTATGATAATTTATTTTTAAGATTATTATCA +TAATCAGTGTCAAAATAACATGCAAATAAAATATCTAATATGTATAATTCTGAGAAAAAT +ATTTCACAAGGTGTATGGTAGGAGTATCACGTCAGATGATTAGTTCTATTGAAACAGGAT +AATTTAATCCTACAGCAAAATTACTTGTTCTAGTACAATCTTTAATTTCATAATCTGGTA +TAGTTTTAAATTCTTCATTACAAGTACCATCAGAAGTAATATACATATCACTAGACATTC +TAACTATTAAACCACTATTTTTTAAATAAAATAAAACAGGGTCAATACCACCACCATCTC +CACTAGTAGTTTCTCCAATTAAAGTTGCAAAACCAGTATCCTTACAGAATATAGAAAAGG +ATTCTGAGGATGAATAAACGCTATTATCTACAAGTAAATAAATATTTTTATCAAATTTAC +AATCATTATTTCTGGGTATGGTTTTATCTATTTTTGTGAAATCAGTAAATAAATCTAATG +TTTCTAAAGGCATATTTTCTCTAGCCTCATTTGGAAGCTTAGTTGCTGGTTCTAAACTAA +ACTCCCTTTTATTTAAATAATTTTTTATAATAGGGCTATTATTTCTAAAAAGCATGTATC +CAGTAGAAGTTATATCATTTTTTGCTAACTTAGAAACTATAGTACTCCAACAGGTATCAG +AACCACCATCATTTCCTCTAATATCTATAATTAAAGCTTTATGATTTTCTAAAGTATCTA +TGTAACTTTCAATAGCACTTAAATAATCTTAATCCTTTAGCATTGCTGGTATATGTATAT +ATCCAATTTCACTATCAATAATGTCTTGAAGTATTAAGTTATCAACAGGTGAAGAATTAA +GAGACTGAACTTCATTTGATGAAGTAGTGTCTAATTTTTCATATATATCAGCAACTACAT +TTTTATCAAAAAAAATCAAAGAAATTACTTGAGTTATAAACATCTTTAAAGTAATCGTAA +CTAGATTTGTTTTTAATTAAATGAGTATGTTTGTTGTTTAATTCATAAATGATAGATGAG +AGAGCTCTAATAAATTGTTCATCATTTTTAGTATCTGTAACTCTCTTCATATATTGTTCT +TTTTTAGATAGCCAATCAATGTTATTAAGTCTTTTGTTCACTTCTAAATAAGGATATCCT +TCTTCAATAACTTCATAAATATATTCAAAATCTTCTATTTTTTCTTTTGTATATAATTGC +AGCACCTATGTGGAATTTAAGTATACCAGCAATATTAAAGGCTTATATAGATTATATAAG +TGTTAGTTAAATAATATTTAAATATACTTCAAATGGATCAGTAGGAATTCTAAGTGATAA +AAAAGCTGTTCATATAGTATCTAGAGGCGGAGAATATGAAAATGCACCATATGAAATGGG +AGATAGATATTTAAGAAATATAGTAGGATTTTTTTGCATTAGTGATATAAGTACTATAGC +AATAGAGAATATAGATGTTGCAGGAGGAGCTTATATTCAAGAAAAAGTAGAAGAAGGAAT +AAGAAAAGCCAGTTTACTTGCAAAAGAGTTTTAGGATTAAATAGTAATATAGATGGAGTA +TAAATATATTAAATTGCATAGAACCGTATCATAAGTAAATGATACGGTTTTTTATATTGA +ATTCATAATAATTTTAATATTATTTAATCTATGGTAAATCTATTCATAATTTTGGTTAGA +TAAAATATTTGATTACAATAAAAGTTTTTGGATAAATACTTAAATACGTAACACAATAAT +AATTTTGTGTATAAAATTTATAAATTAGGAGGACATCTATGGATTTTAAAAGCATTGCTA +AGGAAATATTAGTAAATGTAGGTAATGAAGAAAACATAAAAGATGTAATACATTGCCATA +CTAGATTAAGATTTTCATTAATAAATTTTGAAAAAGTAAATAAAGATAATCTTTCAAAAA +TAGAAGGAGTTATAACAGTAGTAGAAAGTATGGACCAGTTACAAGTGGTAATAGGTAGCA +AGGTAGATAAAGTGTACAAAGAGTTAGAAACTATGATAAATAAAACTAACAAATCTACTG +CAAATAATACTATAGAAAAAGGAAGTAAGTTCAATAAAGCACTTACAACTATGGCACAGA +TTTTTACACCTACTATATATGCACTTGCAGGATCAGGTATGATAAAGGGGATATTAGCTG +TAGTATCTATGTACTATTTGAACAAACATAATATAGATATTAAGCAAAATGATACATATG +TTATATTAAGTGCAGCATCAGATGCAGTATTTTATTTCTTCCCAATTATACTAGGCTATA +CATCAGCTAAGGTATTCAAAACACATGAAATTATATCTATGGTTCTTGGAGCAACATTAT +GTTATCCAGGGATAGTATCATTAATGGCAGAAGAAAGAGCTGTATCATTATTTAACATAG +GAATTACAAAGGCAAGTTACACATCATCAGTAATACCTATAATAATTGCAGTATGGATGT +TGTCATACTTAGAAAAGTTCCTTAAAAAAGTAATACCAGATGTTATTGAAATGATAATGG +TACCAACACTTTCAATATTAATAATGGTACCAGCAACACTTTTAGTGTTCGGGCCTGTTG +GAATATATCTAGGTAATGGTGTAAATTCGTTATACCAATTACTTATGAATTTTAGTCCTA +TACTTTGTGGTGCATTTATTGGAGGTATGTGGTGTGTATTAGTTATATTTGGTGCACACA +GACCAATATTACCAATAGCAATAAATGATATAGCTCAAAATGGACGTCAAAATTTATTAG +CATTTGCAGGAGCTGCAAATTTCTCACAAGCAGGAGCTGCTATGGGAGTATTTCTAAAAT +CAAAGAATAAATCTTTAAAAACTGTTGCATTATCAGGAAGTATAACTGCGTTATTTGGTA +TAACAGAACCAGCTATATATGGTGCAAACTTACGTCTTAAGAAACCTATGATATGTGCTG +TTATATGTGGTGCAATAGGTGGAGGTATAATGGGATATGGAGGAGCTTTTGGTATAGCAT +TTGCAAACCAAGGAGTACTTACTATTCCAGTTTATGCTCAAGCCGGTATAAAAGGATTCT +TAGCATATTTAATAGGTTGTTTAGTAGCATTTTTCGGATCAGCTATACTTACTTATATAG +TAGGGTTTAATGATATTGAAGAAGAACAAAATGAACCTATACAGACTTTGGAGGAAGCTA +TATAATAATACATAAATTAGGAGGAGCAAATTATGAAAGATATATTCCCAAAAGAGTTTT +TATGGGGGGCATCATCGTCAGCATTTCAAATTGAAGGTGGATGGGATGAAGATGGAAAAG +GAATGACTGTTGCAGATTTTAATTCATTTAAAAAATCTGATATACAAGCAGACAGTAAGG +TAGCAAGTGATTTTTATCACAACTGGAAAGAAGATATAGACCTTATGAAAGAACTAGGGT +TAAAAACATATAGATTTTCTTTATCTTGGGCAAGAATCATACCTACTGGAGATGGAGAAG +TAAATCAATTAGGAATAGATTTTTATAATAAAGTTATAGATTATTTAATAGAGTGTGGTA +TAACACCATTTGTTACTTTATATCATTTTGATTTACCTTATGCATTAGTTGAAAAGTATA +ATGGATGGGAAAGTAGAGCTTGTGCTTTTGCATTTGAAAGATATGCAAAAATTTGCTTTG +AGAACTTTGGAGATAGAGTAAAGTATTGGCAGCCACACAATGAGCAAAATCTAATGATGC +GTGTAAAGGAACGTATGAATATATATGAGACAGATACTTACGTAGTGGAAAAAATACGTG +CTCAAATGGATTATCATATGTCATTAGCTCATGCACTTGCAGTTAATGCTTGCCATGATA +TTGTAGAAGATGGGAAGATAGGACCGTCAATATCAGCCACAGTTACTTATCCTTACTCTA +ACAAACCAGAGGATGTATGGGCTGCAAAGTTAAATGACAATTTTAAAACTAATTATCTAT +TAGATATGCACTATAATGGTGAATATCCAGCATATTACATGAAATATCTAGAGAAACTTA +ATATAGTACCTAGTATGCCAGAGGAAGACAAGTTAATATTAAAAAATGCAAAGATGGATT +TTATAGCATTTAATTATTATCGTACGTTATGCGCTAGGCATCTTGAAGCAAATGATGAAA +ATCCTGTAGGTACTCGTGTAAGTGAGATTGATTATGATTTATATGGATATTTTAAGATAG +AAAAAAATCCTAATTTAAAAGCTACAGAATATGGGGCACAAATTGATCCAGTAGGTATGA +GGATAGCATTAAATGAATATTACAATAGATATCATCTTCCTCTTATAATTACAGAAAATG +GATTAGGTACGGCTGATATTTTAACAGAAGATGAAAAGGTGCATGATGATTATAGAATAA +ATTATCTAAGAGATCATATAGATGCATGTAGAAAAGGGATAGAAGATGGAGTAGAGCTTA +TTGGGTACTGTCCATGGTCAGTTATAGATTTACTAAGCTCACATCAAGGATTTAAGAAAC +GTTATGGATTCGTATATATAAATAGGGAAGATCATGACTTCAAAGATTTGAGAAGAATAA +AAAAGGATAGTTACTATTGGTACCAAGAGGTTATCAAATCAAATGGAGAAAATCTATAGC +AAAGAGCTCACAGTTTATACTGTGAGCTTTTTATTTTAAGGAGATTTATATAAAAGACTA +TAAATTATAAAATGTATTAATGTATGAAATCATTTCATCTCCTAGGTTTAAATAGTAATA +TATGTATGTTAAGTATTCAGAATCGAAAAGCTTAGATGCTTCAAATTCGTTATTTATAAG +TGCATTTAATAATGATAATTGCTGATTTAAACTCATTTGATAAGAATTTAATATAATCCT +AATTTGTTCTGCAAATAATAAATCTGGCTGAGAGTCACTATATTTTTTCAAAATTTGATA +TGGAATTTTCTAGTGAAGATATTTCAGTTAAATAAAAGTTTATTTGTTTTTTATTTCATC +TGGATTTTCTTTTGCTGTAGTTGGGCTTATATTAATAGTATTTATATTTGATCTTACTGA +TCCTATTTTATCAAGATATCCTACTAACTCATCTTTTACCTTTATGTTTTGAAGCATTGG +AGATATTAATAATTCGTATTGCTGAGAAAAACTTGTAGAATTGCTTGTCATGATAAATAA +AATTAATAATAGTGCTATTAGCATACATTTCTTTTTTATTTTTGAATTCCTTTCTAATTT +GAAAATTTAAATATAGTTTATACTTATAAGGTGAAGTCTATTCAATTACAATGTGTATTT +TTATAATGGTTGATATGAGATTATTTAATGTAAAATTTGACAAGTTAAGATAATTATAAA +AGATTAGTATTAGTTTGATTTTTTCTTAATATTAGCTATAGACTATGAATATATATCTAT +TTACTTTATAATTAAAGATATTAAAAGATATGTTAAGAAATGAAACAGAGGAATTAATTT +TGATTTTTAGGAGGGCATGGAGATAAAATATTATTGATATCGTAGCAAGAATTATAATAG +GAGTATATCTTGTAGGATATTTAGGGATAGTAACAGGATTTACTGCAAGGAATACTTATG +AAATATACAGATTAGTTTAAATAATTTTTAGGGAGGGTTTATAGATGAATATAGATAAAT +GTCCATTATGTGGATGCGAAGAGATAGGAGAAGGATGCTTTGAAGGTTACGGAGGATTAA +TAAGTTCAAAGAGTGTGCTTCCTATACCACAATCTGTAATAGCTAGTGTATGTACAGACT +GTGGTTATATAATAGCAATGAGGGTTTCACAACCAGAGAAGTTTAAGAAAAAGAAAAATA +AGTTCATACAATTAGTTCTTTAGAAATTGAAAGTATATAATTTAGATTCGTTAAAGAGGG +GGATATAAAATGAATAACTGGGATAAATTATATAATAAGGCTAAAGAAGTCCAAAATGGT +AGAGAAATTTCACCTTTTATATATGGCGGTCAAGTTTCTGCTGCTATTATTACTGATAAG +GGAAATATTTATTTTGGTATTTGTGTAGATGCCACTTGTGGATTGGCAGTATGTGCAGAA +AGAAATGCTATTTTTAATATGATTACAAATGGTGAAAGTAAAATAGATAAAATGGTGGCA +ATTACATCAGATAACAGAGTAGGTGCTCCTTGTGGTGCTTGTAGAGAATTGATGATGCAA +TTACATAAGGATTCTGGAGAAATAGAAGTTTTAATGAATTATGAAACTATGGAAATTAAA +AAGTTAAAGGAGTTAGTGCCTGATTGGTGGGGAATAGATAGATTTAAATAATTAATGAAC +TCACGATTTATACTTAAAAATGACTAAACAATTAATATAAAAATAATTAATATAATGGTG +TTAAATTTATAACTGTATCTTAAAGTTTTAATACAAACAATAGGATATAGTTTTTTTATT +GTTTATAGAATTAAAGTATTATTGTAAAAATTAACTAGCACAACGAGTGATATTAATAAA +GTATAAATTTAAGTGTAAAACTATATGTTTATGATTAATTAAAAATCTCTGGGGGTGTTT +AGAAATCAAGACCCTTCAGAGGTATATTTTTATCAATTTGTTTTTATAGAATTTTTATAA +ATAAGTAAATTTTTTATATTAAGTGAAACTTAGTATATACTTAATACGTCTAATAAGTGA +ATCATAAATTGAGGGAGGAAGAAATGGGACAGTTAATTTCATTAAAAAAAGATCGGTCAA +CTGTTGCTTCTAGTAATAAAAATATAATAAAGAAAGCTGTAAAATGTGATAAGGATGCTA +TTTCAACTCTAATTGATGAATACAAAGAATACCTATACAAAACAGCTTTTTTATATGTAA +AAAATGAACATGAAGCAATAGAAATTTGCCAAGAAACAGTATATAAGGCGATTATAAATA +TACATAAATTAAGAGAAGTAAAATATTTTAAAACATGGATTACGAGAATACTTATAAATA +ATATTAATGACATGAATAGAAGTAAAAGTAAATTTGTAGATAATTTTGAGCAAATTGAAC +TAATTGAAGATATAACTTATGAAAATTTAGAAGAAAAGATAGATTTATACAATGCAATAG +ATATATTAGATGAAAAATTTAAAACTCCAATAATACTTCAGTATTTTCATGATATGACTA +TAAAAGAGATAGCTGAAATACTTGAAAGTAATGAAAATACCATAAAGACCTACATAAGAA +GGGGCAAAGAAAGATTATATAAGATATTAAAGGAGGGAAATTAATTGAGTAAATTAGATA +ATATAAAAATTCCAGAGAGCTTAGATAAGGCTATTAATATGTCTATTGATAAAGCATTGA +ATGATAAAAAGAAAATTAATTTACATAAAAGAAAAAGGCTTGTAGCAGGAATATCAGGGT +TATTTATTTTAGGTGGTCTAATTTTCACTAGCGAGACTACTTGGGCTTATATAGATGGTA +TATCAAGAAAAATAGAAGAGCATTTTGGAAAAAATAATAATGAATTTGAGAAATATAAAT +TTGAAGGAGACTTAGTTTCTGAATATAATGGACTAAAATTTAGCATAGGTGAGCTAATGT +TAGATGATAGACAATTAATAATTAGTATGAGTGCAGAGTATTCAAAACCTAAATGGTTTT +TTAAAGAGGTAGTTCCAGAGTATCCAACGGTTACTATTGGTGACTTTGTATTTGCAGGTC +AAGCTTGTTATTATGATACAGAAAAAGTAGCAGGAGAAAAGAAGATTAATATAATATATA +AAATGAGTTTAACTTCTATTGATACAGATGGTGATGGTTGTAGTGATACAAACTTTGAAT +TATTAGATAATATTAATAAGAATGAAGAATATGACTTAAATATTAGATTTGATAAATTAA +AATCTGGGGATGAGGGAAAATGGGAGTTTAATGCAAAGTTTAATGCATCTAATATTATTG +ATAATACTAAGGTTTATAAAGTAGATAAGAAAATTAAAATAGATAGAAAAGAGTACAAAG +GAGAGCTTGTAATAGAAGAAGTTAGAATATCACCATTTTCTATTAAGGTTAAGTATAACT +ATGATTTATATGAAAAAATCCCTGTAAAAGATAGAAGAGAGCCATCAATAAGAGTAAAAG +ATCAAAAAGGGAATGAATTAGAATTCGGACCTGGAGAGGGTGGAGAATTAGTAAATAAAA +GATGGTACATAGTAAATGAATGGTGGCTAAAGGGTAATGAAAGTAAAATTACTGTAGTAC +CTGTATCTTATAGTTATGATGATAAACCAACTACATATGAAGATGGTATTGTGGAAATTG +ATTTGAAGTAGTTATTTAGAGAGTAGGAACATAAATCAAAAAATTCTAATTCACAAACTT +GAATTAGAATTTTTTTGTTATCACTTAATATACTTAACCTAGCTATTTTGTAAGTATTCA +ATAGCATATTGAGTATAAAGTCTTGTTCCTATTTCTAATGCATCTTCATCTATGTCGAAG +TGTCCGTTATGGTGAGGATAGCATGCATTTTTTTCCTCATTTCTGCATCCAACAAATGCT +AGAGCTCCTGGAGCTAGTTCCATAAAGTGTGAGAAGTCTTCGCCACCAGTTACTTTTTCA +AATTTAAGTATCCCTTCTTTTCCTAGGAAATCTTCTACGACTTTCTCAGAAATAGCTGAA +CATTTAGGATCATTTATTACTGGGGCAGTTACAAATTGAAAGTCAAGTGAAGCTTGAGCT +CTATAAGTTTTTGCAGTATTTTCTACGACTCTACCAATTATTTCTGGAAGTTGTTTTCTA +AGTTCTGGATTAAAACTTCTTGTAGTACCTTCTATATATCCGTTTTCTGCGATTACATTA +AATCTACTGCCTGAGTTTAACATACCTACTGTTACAACCAATGAGTCATTAGGATGTATT +TCTCTACTTACAATACTTTGTAAATTCATTACTATAGCTGAACTTACTAAGACAGCATCT +ACGCATTGTTGTGGAGCAGATCCATGTCCACCTTTACCTTTAACTTCTATTTTGAACCAG +TCAGCACCAGCCATTCTAGGTCCTTCTTCTACAGAAACTTTTCCTGTTTCTATATCTGCC +CATAAATGTATGCCAAATATAGAATCTACACCTTCCATTGCGCCATCATTTATCATAGCA +TGAGCACCTTGAGCTGTTTCTTCAGCAGGTTGGAAGAATAATTTTACAGTACCATGTATT +TCATCTCTTAATTCATTTAAAACTTTTGCTGCTCCAATCAACATAGCAGTGTGTCCATCA +TGTCCACAAGCATGCATCATTCCACTAACTTGAGATTTATATTCCACTGTATTTAATTCT +TGAACAGATAGGGCATCCATATCTCCTCTTAGAGCAACTGTTTTTCCAGGATGATTTCCT +TTTATAGTAGCTATGACACCAGTTGTTGCACATTCTCTGTACTCAACACCAATTTTTTCT +AGTTCTTCTTTAATTCTTCTTGATGTATTAAATTCCTTAAGACTAGATTCAGGTTTAGAG +TGGAATTCTCTTCTTAAATCTATAACATAGTCTTTCACATCATCTATATTTTTTTTACTA +ATTCATTTACTATCATTTTTTCTCCCCCAATATGTTTATATATTTTAAAGAACTATACCA +GTCAGATATAGTTCTTTAAGCAAAATTAATTATTAAAACTTAGCGTAATAATTTAATTAC +ATATGGTAATAAATTCCGCCACCTGGCCCTAGTGGAATATTAAATACCATGAATATAATT +AATAATATTATCCATGCTAAGCCAAATATTAATGAGTAAGGCATCATACTAGCCATTATA +GTACCTATGCCCATATTCTTATCATATTTTTTAGCAAAGGCTAATAGAACAGGGAAGTAA +GTAAATATTGGGCTTAACGGATTTGTTATAGAGTCACCTATACGATAAGCCATTTGAGTT +AAAGCTGGGTCATATCCTAATAATAAGAACATAGGAACGAATATTGGAGCCATAACCGCC +CATTTTGCTGAACAACTTCCAACAAATAAATTTATGAATGCAGCAAATAAAACGAATGCT +ACTAATAATCCAGGTCCTGTAAGTCCTATATCACTTAACCATTCAGCACCTTTTATTGAT +AAAAGAGAACTCATATTAGATGAATTGAATAAAGCTAAGAATTGACCAGCAGCAAATGCT +AATACTATATAAGAACCCATGCCAGCCATTGAATCATATAAAAGAGAAGCTACATCTTTA +TCATTTTTTATTTTTTTAGTCATAATACCGTAAGTTAATCCAGGTACAAAGAATAAGATC +GTGATTATTGGAACCATGCCTGTCATAAGTGGAGCACTAGCAGCTAATAAAGAACCAGTT +TCTTTGTCTTTCATAAAGGCGTTAGGTCCTATAGATAAAGCAACAAGTACGATTACACAT +ATTAAAAATCCTAAGCCAGCATATTTCATAGCTTTTTTCTCTAATGGAGCAGCTTCTGAT +GTTTCTCCATTATCTATAATTGTATAATCAGTTCCTTCAAAACGAGGAGCTAAATATTTT +TCTGTAACAAATGTACCAAGAGCTGTTAATAAAAAAGTAGATACTATTAAGAAGTACCAG +TTCATAGCAGGTGTTCCTACATAGTTTGGATCAACTATTTGTGCTGCTGGAATAGTGAAC +CCTGCTACAAGTACGTCTAGCATATTTATCATTAAGTTAGCAGAGAACCCTGCTGCAACA +CCAGCGTATCCGGCAAATAATCCAACAAGTGGATGTCTACCAACACCTAAAAATACTAAA +GCAGCAAGTGGTGGAAGTACAACGAAACCAGCATCAGCAACTGCATTTGCTAATATACCG +ACGAATATTATAGTTGCAGTTAATAATTTTTTTGGAACTTTAGTAACTGTAGTTTTCATT +ACAGTTTCCATAAGGCCAGATCTTTCAGCTAAACCAGCACCAAGCATAGTAACAAGTACT +AGACCAAGTGGAGCAAAGCTCGTAAAGTTTGTAACTACATTTCCTAAGAATAATTGCAAT +TGTTCCTTACTTAATAAATTTACACCTGTAACAACTAAGTTTTTACCAGTTGCCTCATCA +ATTTGCCCAGGATGAACAGCTGTAACACCTGATTTTGAAACGATGTAAGATAAAACCAAA +ACTACAAACCATAAGATTACAAAAATTGTAACTGGGTCAGGAAGCTTATTACCAATACGC +TCTACAACATTTAAGAAACGCATTAATAAGCCTTGTTTTTCATTCTTTTTAGTTTTTGCA +TTACCCAAGCGAATCACCCCTTATTAAATTTAAAATCCCCCTAATTAAAACCTAATTCAA +ATAGTCTAAAGCTATTTGACATAAACTTTTACATAATACTTTCATATTCTCATCATCCCA +AGCAAATTTTGAGTTATGATGAAGAATAGGATTTTTTTCATCTTCCGCAATTCCTACAAA +TACAAATGTAGCAGGAACATTTTTTGCAAGATAAGCGAAATCTTCACCTCCCATTGATGG +TTCTTTTAATTCAAATACATTTTTATCACCAATAACTTTAGCTATAGATGAAGTTGCTAA +ATCAGTCATATCATTGTCGTTTATTAATGGTGGGAATTGTCTAATGTATTCATATTCGTA +CGTTGCACCTTGACAAGTAGTGATTCCTTTTACTATATCTTCTATAGTTTTTTCAGCAAA +AAGTCTAGTTTCTTCGTCGAAAGTTCTAACAGTACCACCAACTATTGCCTCAGTAGGTAT +AGCATTGTGACAATCAAGATTTCCAGCTTTTAAATGACAACAAGATATAACAAGTGGGAT +TACTGGATTGTTTTTTCTACTTACAATAGTTTGAAGCGTATTTACTATTTGACATAAAAT +AGGGATAGGGTCTATAGAATTTTGAGGAACTCCACCATGGCCACCTTTACCAATTACTTT +TATATTGAAAATATCAGGTGATGCCATCATAGGACCATGTTTTACACCAACAGTTCCTGT +TTTTAGTCCTCCCCATAAATGTCCACCAATAGCAGCATCTACCTTAGGATTTTCTAAGAT +TCTTTCTTCAATCATAGGAAGAGCTCCACCTGTGATTTCTTCATCTGGTTGGAACATTAA +TTTTACATTACCATGTAATTCATCTTTAAGTTCATTTAAAATCATAGCAGCTCTAAGCAG +TGAAGCAGTGTGACCATCATGACCACAAGCATGCATGACACCAGGAACTTGTGATTTAAA +TTCAACGTCAGTTTCTTCATTTACTCTAAGAGCGTCCATATCAGCTCTAAGCAAAATCGT +CTTTCCAGGGTATTTACCTTTTATTAAGCCAATAACACCTGTTTTGGCAACATTAGTTTG +AACTTCTATGCCTAAATTGTTAAGCGTATCAGCTACTAACTTAGATGTTTTAAATTCTGC +ATATCCAACTTCAGGATTTCTATGTAGCTCATGTCTAATATCAACGATATTAGAATAATA +CTTTTCACAGAGTTCATTAATTTTATTTACCATAATATTCCCCCTTTTTATTGATGTGAT +TATCGAAATGATAGTGTGTGTTTTAATAATGATAGCACCGAAAATAGATAAATGCCACAA +TCATTTTGAATTTTCTGTAAAATAAAAAGTGATAAACGTTTGCCATGGCAATTTAAAAAA +ATTTAGATATATAAAAATAATTAAGCTAAAGAATACAGAAATCTTGATAGATAAAAAATT +TGTAAATATAAATACGTAGTGTATAATTGTTATGTATTAAAAAAGTGAAAAATTTGAAGG +AGGGATATTATTTGAATATAGTTATAGTAGAAGATGAAAGCAACATAAGTGACTTAATTT +ATAAAACTATTAATGATATTTATCCTAATGCAAAAGTTAGTATATTTGAAAATGCAAAAG +ATGCTCTTGATTATGCAAATGCTAATCATATAGATATATTTTTATTAGATATACAATTAA +ATGATTATAAGGGAACCTTATTAGCTAAACAAATAAGGTCAATAGATACATATAAATATA +CACCTATAGTATTCATAATAGCTCTAGCAAATGAAGAACTTTATGCATATAGAGAAATAA +AAAGTTATAGTTTTTTAACAAAGCCTTTTACAAAAGATGAGCTACTAAAAACACTTAAGG +ATGTTATAGAATATAAAAAACATTTAAATCCTCAAAATAAGAAATTAAAAATTACACAAA +AGCTATTTGTATTTGAATATGAGTTAAAGGACATTGTATATATAGAATCATTTGGGAAAA +AATTAGAAATCCATTTAAATAAAGGTAATGAAGTAATATCTGGATATTCATTAAAATCAA +TACTTGAACTTATAGATGACTCGCATTTTATTCAGTGTCATAAAAGTTATATAGTTAATA +AAAATTATATAGAAAAGATTGATAAGGTAAATAAGATAATTCATCTTAGTACTTCTGATA +ATATACCTGTAGGAAAGAAGTTTGAGTGTAATGTTTTATAGAGTAATATTTCAAGCATTA +CTTGATAGTTTATCTACATTTCTTATATATAACTATCTAATTAACAAAAATATAAATAAG +AACAACAAAAACTTGCTTTGGATTTTACTTACTACAGTTATATATACAATAGCTAGAATT +GACAGTACACCTGTTGATGGTATAAGTCAAAGTAAGATTTTCTTTACATATGCAAATTAT +GATCTGTTCCCTGTAAATTCTATTTTAGGTGTATTATTTTTAGTACTTGGATTTATGATT +TTAAATAGCTATTTATTTAAATCTAGTAATAGCGAAACCTTTTATCTTACATTAGTTTCT +ATTGTGATTTTTATTTCTGTTAGGTTAATCATAATATCTATATTTAGCTATATTGGTTTA +ACTAACACAAGTGCTTATGAATATGGATATAGGATTTTGATGCTCTTTATCTTATACTTC +ACATTAATTTTTCTTAAATTACCTATTTACAAATTTAGGGAGTATTTAATAAGTAGCCAA +TATATATTTAAAATTGTAGTTATTAATTCTTTTATATTTTTGATATCATTAGTATCATTT +TATAACTTTAATATATCTGTTTTATTAGAAAATATTATTTTCGTTTTAATATTTTTACGA +ATTATTTTGCTTATTAATTTTATTACATTAATAATTCAAAGAGAGAAGTTAATTCAAAAA +AGAAGACTTGATACTATTGAAAATTATGTTCCAGTAATAGATGACTTAATTGATGAAGTA +AGGTCTAAGCAACATGAATTTGATAATAAAATACTAGCTATTTACAGTGTTCTTGAAACA +TCACAAAATTTAGATGAAGCTAAGAATAAAATTGGTTCGTATAGTGATAGTATAAAAATA +GATTATGGAATTAAGAAGATTATGGTTATTGATAATAAGGTTATAGCGGGATTTATTTAT +TCTAAGCTTAAATTAGCTAAATTAAGAAATATAACATTAGATGTGAATATAGGTACTAAG +TTAGATAAACTTCCTATTGAGGAGTATGAGCTGATTGAAATCTTAGGAATACTAATAGAT +AATGCTATTGAAGCTAGTGTTTTTAATGATGTTATATATTTAGATATAAATAAAAATAAT +GATAGTTTAGAAGTTTTGTTAAGAAATCCTTACAAATACACTTCTAATTTAGAATTCAGT +AAGATGTTTGAATTAGGTTATTCTACAAAATCAAAAAAATCTAGAGGATATGGATTGTAC +AATGTAAAAAATATAGTCCAAAACAATAAGGGAAATATATTATTTAGTAATTCTACAATA +AATAATAACAACTATATTACAATAGGGGTATCATTACCATATTATTATTAAAAAGTAAAT +AATTCGAGAACAAAAGGAGGTTTTAGAGGTATGAAAGAGTTTTGTACCTTTAAAACCTCC +TTTTATTCCTAAATTATTGAATAAGAATTTTTTATACTTATACTAGAGTTATAAGAAAAT +TGATTTAAGGAGTAAGATTAATATGGTTAATTTAATTAGATTAGAAACAAAAAAAGTATT +TAAACCAGTCATTACAACACTAATAATTACAACCTTGGTGTTTTTGGCTATTGTGATTAA +AATGGGAAATGAGTATTATTTACAACATAGCTTTGAGTTTTGGACTGTGTCAATTGATTA +TATAGCGATAATATTTCCAGTTTTAGCTGTATGCCCTACTTGTTGGGTTATGTATTATGA +AAGAAAGAACAAATTTTTACTTTACACAGTTACGAGGGTTTCTAAAAAAGATTATATACT +TTCAAAATGGATTGTTTGTGTAGTAAGTGCATTCTTAATTATATTTATACCAATGTTTAT +ATCTGGAATGTACTCATTATCTTTTTTAAATAATGTACATACACCAGCGTCTTATGAATC +ACCTTTTTATTTGAATTTATTCATGCCTGAGTTTTTAATAAATCATACTTATTTATATGT +GTTTATACATTGTTTATGGGATGGGATTTTAGCAATGATTGTGGCTACTATGGGATTTAT +ATTTTCTATTTACTTAGATAATATATTTGTTATTCTTACAGGTCCTTTCATTTATGTTAC +TTTAGATAATTTTATAATGGCTACTTTAGGATTTCACAAACAAAGATTTATTGCTTCATT +TTATGTTAATACTATGAGCCCTACTAATACATTTAACTTATTAGTAGGACCGGCTATATC +TATTTTATTTATAATCATACTTTTGATAATCTTTAAATTAAAAAAAGCAAAAGTATATAA +CTTATAGGTGATATTATGAATTCTTTATACAAATTAGAAATGAATAAACTTTTGTCTAAC +AAATTAATATTTCTATGGTTAGTTTTAATTATTTTTAATCTAGATACAAGAATAAATGGA +AATTTATCGTCACAACAATTTATAGTAGAAGCACTATCTAATCACTACTATACAATATAT +TTTATGATTCCAATGTTCTTATTAATGATTATTTCAGGTTTAGATGATGATTATCAATAC +GCATTAATTAGAAGTAAAACATATTGGAATTACTTTAAATCGAAAATATATGCTTATGGG +ATATTTTCAACATTGTTTGTTTTATCTCAATGTTTAATAATAGCAATTATGTCAATTGGA +TTAAGAAATGATGATAGTTTTAATAATATAAACTCTATGATGTATGATGTTTTATATTTT +TATTCTAATAAATTTAATAGTCCTAGTGAAATTATTTTGTATATGACTATTTATATGATT +TTAGGGCTTTTTATGACTAGCTTACTTATATGTACTATAAGTCATTATTTTAGTAAAAAA +ACATCTATAAAAATAATTATATTTGTTTATTTACTTTCTGCTCTTAGCATTAAAATAACT +GTACCAAAATTTATATCATTTTTATTTATTAATACTTATATAATTTTTCATCATAGTTTT +ATCTTTGGTTTTGGGATTACACCAAATTTAATAATAGAAATTTTATTTATCTTATTTATT +TGCAAAATAAATAAGGATTATTGGAATAAAGATATTTCTATAAAAAAGACATCAAAGAAT +AGAGGTATTTATAAATATCATAGTAAGTCTTTATTTACTAAATCAAATATAATGGCTATG +ACATTTGTATTAATAATAATGAGTGTGTGGAAGCTAACACCCTTAGATAATGATTTATCT +GTAAATAATTACTTAATAAATATTTTTTCGGGGTCTTTCTTTGGAGAGTTTAATCCATTT +ACTTTGTTAGAAATGCTGGTACTTAACTTAGCACCTATATATTTATTAGGCATATTTATT +GAGCGTGAATGTAATGATAGAACTGTATCTTTAAATATAAGATTAGGAAGTACCTTACCA +TGGTTTAAATCTATTATAACTGTGTCATTAAAATTTATATTGCTATATACAGTGCTAAAT +GTATTAATACCTATTTTTATAGGTATATTACTTGGAACAAATTTTGAACCTGGTATTTAT +AATTTGATTTTTACAATATTTATTACAAAATTATTAAGTATAGTATTTGAATTTTTTATT +TTATTTTTAGTTTATACCTTTACTAAGAATATAACGGTTTCATTTTTTAGTTTAATATTA +TTTAATCTAGTAAGTATGATTTTATCTAAATTTATTTATTATATACCATTTGGTATTTCA +AGCTTGCTTAGGTATAAATTTGTATTAAATGAGTATGGAATGAATTATGGACTAAATTTT +AAATTTGTTATTTTAGAATTATTAATACTAATTACTATAATGCTAATTAATCTAAATTCA +AAGCATAAAAAGTTAATAATTAAGTAAATTTAAAGGAGAGAATTAACATGAATGTTGCAA +TAAAATTAGAGAATGTAAGTAAGTCATACAATGGTACAACTATTTTAAATAATATAAATC +TAGAAATAAATAAAGGAAAATGTGTGGGAATTATAGGTTCTAATGGTAGTGGAAAATCAG +TTTTATTTAAAACAATATGTGGATTTGTTTCACCAGATAAAGGAGCTACATTTATAAGAG +GTCTAAAGCTAGGGGAAAAAATAGACTTTCCTGAAAATGTAGGTGTTTTTATTAATGAGC +CAGGATATATAAGCATATTTAATGGTTTTCAAAATTTAAAGTTTTTAGCTGATATAAATA +ATAAAATAGATGATAAAAAAATAAAACAGACTATGGAAAAAGTAGGTTTAAATCCAAATA +ATAAAGCAAAGGTTCAAGATTACTCTCTTGGTATGAAGCAAAAGCTAGGGATAGCTCAAG +CTATAATGGAAGATCAAGATATATTAGTTTTGGACGAGCCATTTAATGCACTAGATTATA +AAACTTATGAAGATATAAAAAATATAATAAAATCTTTGAAAGATGAAGGAAGAACTATAT +TATTAACAAGCCATAATTTTGAGGATATAGAGCAGCTTTGCGATAGTGTTTATTTAATTG +AAGAAGGTAGGCTAGAGCTTGTAACTCCAGAAATTATTGATAGATATAGAAAAAGATAGT +TTAATAGATGAATTAAGCCAGCAAATACTTTGCTGGCTTTTAATATTCTAGGTACATAAA +AAATAATTGTATTTTTTTATTTGATTAGATATAATTTTAATATAGATATTTAACTAATTA +GCTAAATATATATATCGAGATTGAAAGGAGTTATTGTATGAGTAAAGCATTTAAAGCTTT +AAGTGATAAAACTAGAAGAGAAATATTAAAAATGCTTAATGAGAAAGATATGAATGCAGG +TGAGATAGCTGAACATTTCAATATGTCTAAGCCATCAATATCAAAGCATTTAGATATTTT +AAGAGAAGCAGAACTTATAAGTTCTGAAAAAAAGGGGCAATTTGTAATTTATTCTATTAA +CACTTCTGTAATCAAAGAGGTTCTAGGGGGGTTCTTGGAAATATTCAAAAAATAAAAAAG +GGGATATTATGAAAAAATTTGATTTTACAAGAATTATATTTTTAATTACATCATTTTTAA +TATTGATTGCAGGTTTTGTAATACCTGACGGAAATATAAAAACTTCTATTGTTGGAGCTT +CAGCTATTATTTCATTGGTTATATTAGATATACAAGCACCTAAGATATTAAAGTTATCAG +AAGATAACCCTAAAATTAAGACTTTGAGGTTTTTGAATAGACTTACTCTATTTATTATTC +TTATTTGCTCTATTTTTACTTTATTATTACCAATTGAAACACTATTTGTTTCTAGAAATA +ATGAAATATTAACTATTGGATTAGTTTCAATATTTATGATGGTTTTTGGCAATCTTTCAC +CTAAGATACCTTTTAATAGATATTTTGGATTAAGACTTCCTTGGACTATAAGAGACGAGC +AAACATGGAGGATAGCACATAAAATTGTAGGTTATTTATCTTTTCCTATTGCATTAATAA +TGTTTACTTTATCATTCTTCTTTAATAGTGATAAAGTGGCAATTACTTGTGGCTTAACTT +GGGTCGCAATACCAAGTATATATTCGTTCATATTTTATTACAAAAAGTACAGATACATAA +AATAACTTAATATATTAAAAAATGCTTATTCCAAGGGATAAGCATTTTTCATAGTTGTAA +TCGGTAATTAAATTATAAATCAAGTCTATTATTTTCACATCATTTACACATTTTCTCTAA +AGTAAAAGTAAATACTTGTGTAAGTATAAAATAGCACATATACTTATGTAAATAAAAGTT +AAAAATTATTGGGAGATGATTTTATGAGAAAATGTAAAATAGAAGTATTGAAGACGACAC +TCCACAAAGACTTAGCAGATGAGTACGGATGTGAAGGTATAGGAGAGTGTCCTATGCATA +AAGTGGGAGATGTATTTTTGGGAGATTATGCTAAGCCTGAAGGATTATGTGATGAAGCAT +GGAAAGTAATGTATCAGTATGTGTTTGCTTTAGCCCATGGTAGTGAGAAGTTTTATTATG +GCGATTGGATAGATAAAGAAGGAGTAGCTATATGCTCATGTAATGATGGTATTCGTCCTG +TTATTTTTAAAATCGAGAGAACTGATGAAGAAGCTAAAATAGATTATACACCTGTTAGAT +AAATATTGATTTTTATAGTATTATGATTTATTCTCATAAGAGATTAGGTATATCTTAAAA +ATAATTAATTGTCTAAAAAAGGGGGACAAAATGTCAAATACTATGCTAAAGATCATAGCT +ATGGTTGCTATGATTTTTGATCATCTGTGGAGGTTCTTTCCAAATTCACCTTATTTCTTT +CATTGGATAGGTAGGATATCAGCACCAATATTTTTATTTTGTTGCGTATTAGGTTATGTT +CACACTTCAAATAAAAAGAGATTTTTTATCAGAATTTACTCTTTGAGTATAATTGTAGAG +TTTATGAATTTAATTTTAAAAATTGACGATTTAAGGATGAATTTTATACGAACTATATTT +TTAGTAACTGTAATTATATTTATAATTGATAAATTTAGAGAGAAAAATAAAAATGCTAAA +CTCTACTTATATGTATTTATAGGGTGGCAAATCATAACTACTGTAGGAATTTATTATTTA +CTTTATATGGGTGGAGTAACAGATGAAGCAATATTTTTAATAACGAGTCTTACAGCAAAT +ATTATGTTTTTAGATGGTGGAATACTATTTGTTTTAATGGGAGTTTTAATGTTTATTTTT +AAAGATAATAAGTTGAAGTTTTCTATTTATTTTATTATTTTAACTGGTATATATGTAATT +TTATTTAATTCACCACTAATTCTAAAATTAGAAAGCGTATTAGTAAACTATTCATTATTT +TATTTATTATTTAATTTAATTTCTTATATGATATTAGGTATACATCCTATGGCTGTTACT +GTAGATATATTGTTTGGAAATCCACAGTGGATGATGATATTTTCATTACCTTTTATATTC +ATGTATAACGGTAAAAAGGGTAGAGGTTTAAAATACTTATTTTATATATTTTATCCATTA +CATATTGCTATTTTATATATTTGTTCTATGATATTTAGATGAGATTATAGTTGAATTAAA +TGAGTAAAAGATATAATTATATAAACATTATCAGTATATCAAAAAAGTGGAGTTATCTTA +CTCCACTTTTTTATGTTTACATTATTATACTCATTTGCTAATATTAAACTATAATATAAC +ATTTAGAGGAGATATAAATGAATACAAAAGATATAGTACTTATAGGATTACTTGCAGCAC +TTTTGAAGTCTTCTCAAGCCGTACTAAGTTTCTTGCCAAACATAGAGATAGTAAGTTTAT +TAATACTTATATTTTCAATAAGACTAGGTGCTAAAAGGACAATCTACATAACAGTATTAT +TCTCAACATTAAATATCATGATTTGGGGACTTAGTCCTGCTACTATTGGGTATTTTTTTG +TATGGAGTGGATATAGTGTAGTTTGTAGTATTTGTAAGAGATTTTTAAATAAAGATATAA +ATGTAGCCATATTTTTAGGTTTCTTTGGGCTTATATTTGGAGCTTTATTTGCACTTATAT +ACTTACCTATGGGATATCCTTATGTACTTACTTATTGGATAAATGGTCTGACATTCGACA +TTATACACACAGTGTCTAATTTTATTATAGGCCTTTGGGCATTTAATCCGGTATTAAATG +GATTTGATAGATCTATGAAAATGGTTTATGGCAAAAATATTGTAGATAATAAACTATAGG +AGATGAGGTAGAATATGAATAAAAAAGTAACGCTAACAATTGTTGCACTTTTAGTACTTT +TAGTAGGATTCTTTGGAATAAAAGCTATAACTAATAAAGATGTACAGCAAGGAAGTAAAA +CTATAAGCATAGAGATTGTATCTAAAGTAGATAATTTAAATGAAAAGGTAGATATAAAGA +CAGAGGAAGAAAAATTAGGACCTGCTTTATTAAATGAAGAAGGTTATAAAATATCAGATG +GAATGGTAACTACAGTTAAAGGTATAGATTTAAGTGGTAGTACTTCTGAGTATTGGCATA +TAACTGTAAATGGAGAAGATGCTCAGGTAGGGGCGAATGACCAAGTAATAAAAAATGGAG +ATACTATAAAATTTGAAAGAATAAAATTCAAATAGAAAATAAAAATAGAATTAATACAAT +GTTATTTAGGCCTTGAAGACGTCTTCAAGGCTATTATTATTTGTAATTTCTTTAATAATG +GGAAGTTTCTATGAAAGTTTTTTACTACAATATATCATACATGATATAATAGACAAGGAA +ATCAAAATAGAAGTAATATGGTGGGAAGAATATGACAAATAAGATGACAGATATAATAAA +AGATAATAATTTAAGAATAAGCATAAAAGAAAATAACTCTTACATAGAGGTACCAATAGA +AATTCTAGAACAAGATAAGCAATTACTAAAAGACTATATAAAAATATATACTTCACTAGA +GAATTTAAAGGAATTTATAGCTGACTATATATTTAATAAAGATAGTAAAATAAGTATAGG +AACTGTAAGTAATGCTATATTAGAACTGAAAAATGAAGAAAACTTAGATAAAGTACTTCC +ATACATAGGTACAGATATAGATACTTTAGAAGCAAAGTTTAAATCACTATGTGCATGTTT +TCTTATTAACTCAAAGGATATAGAAGATTTCAAAGAAGGCATAATTAAAGAACATGTAAA +TGAAGCTACTTTAGAAGGAATTATAGATAAAGAATATGTAAATTCTATTATAGATCATAT +TAATAATCATAGCATGTACTCTTTAAGAGATAAGTCAAGATACGGAACTATATCAAGTGA +ATTTAATGTAATAAGCCAATCAAATATAAATGATTTTAATGAAGAAGAAATAAATGGTAG +ATATAGTCCAATATTAGTTATACATAGACCTGCTAAGTATAACAAAGGGCAATATGTGTT +AGAAGATACACATTATGTATATATAAAAAGACAGCCATTGAAGGCCCTTATAAAACAAGA +GCGTTTAGAAGAAAAAGGGATAGATTCAATTGGTGCAATAGTATATAAAAAGCTTGGACA +TGATTTAACTAATGAAAACTTACAAGAAATATTAGCCGAGCTGTATGTATATGGTGAGCA +AAATAATATCAAGTTTGAGAATATAAAATTAGCAGATATAACTTCAAATAAGGTTTGGAT +GACTGCTGATAAGCTGAAAAAGGAATTTAAAGAGCTTAGATATTATCACAAGAATTTAAC +TCAAAGGGTTAAAGAAATGTATGATACTACAGGAGAATATTACACTCAGTTAGGTGGAAA +ATATGTATTTAATAGTAGAAAGTTTTTAGATTGTTATAGAGCATTTAAAAATAGAGATAT +AAATAATTAAATATGAACTAAATAAGGGTAAGCAATTATCATTTAACTGATGATTGCTTA +CCCTTATTGTATTGTTAATATCTATTTTATTTGTAAAATTACTTAAAATTTAGTAAAGCT +TTTGATAATTCACTTATACTATCAGATAACATCTGAAGTTTTCCTTCAATCCTAACCAAA +AGATACATTGATAAGGCAATGGGAAAACCAACATTAGCTATGTTAGATAGAAATTCATTA +TCCATAAAGTTACCTCCTATGCTTGAAGGTCATATTCTGTAGTTTCAGTTTGAACGACTT +TAGCTTTAACAACTTCTTTTAAATCAACATTATCTGGAGAGAATATATTCTTTTCTATGA +TTAAGTTCATAGTGTCAATTACCTCTTGCTCTGTTAAATTATCATTTGGATCATCTATAG +TTAAGTTTACAGCTTTATCTCCTTGAGATTTAAAAGTCATTATTAATTTTAATGCAGTTT +CCATAATTAAATACCTCCCTTATATTTTTTAGTGGTTAGCCTAAGTTATAGGCGATTTTA +CTAATTAGTTTATATACTCTTATGATATTGATGTTGAGTCTATTTTTATTGTGTCGTACA +AGTCATGTTTTTATAGGTTGCTTATAGCAGTTGCTACTGCTAGTACATCATCTGCTGATG +CGTCTTCTTTTAAGTTAGAAAATGTTTTACTTTTGATTATTACTTTTCCATTTGTTCCAA +GTCCTCTGTTAAATTGTAGTTTTAGTGATGAACCATTTTTTATTTCTGTTGCCATAGTAT +CTACCTCCATTTAAATTATTTAGGATTATGCCTTAACTAAAGAATAATACTTTATGTTTT +TATGCTGTCAGAATATATGATAGGAGATTATGCATATATAAGATGATAGAACGAAACGTT +AGGTTATCTAATATAGTTACTGAGAGGAAACTATAGCACTTAAATGTGCGTACTTAACAA +AGAATTTAACTTGGATTAATATTTTAAGTAAGTTAATGATAAAAATTTAAAAGAAATAAA +GAAGAATAGAGGTATATATTATGAATGCTAAAAACTGTCTTAAACTTTTACGTGAGATTA +AAGATGTTGCTTTTGCGACAGTTGATAAAAATGGAAATCCTCAAGTAAGGATTATTGATG +TAATGATTGTAGAAAATGAAACATTATACTTTGTAACAGCAAGAGGGAAAAACTTTCATA +GTCAGCTACTAGAATCAGGTAAAGTTGCAATTACTGGATTAACTAAAAAATATGAATCTA +TTCGTATAATGGGGAAGGCTTATCTGGTTGAAGAACAGAAGGAATATTTAGACCGTGTAT +TTGAAGAAAATCCAGTTATGAATAGCGTCTATCCAAAAGATAGTAGATATATATTAGATG +TTTTTGCTATTGAAGAAGGTGAAATTGAATATTTTGATTTAAGTAAAAGTCCTATTTATA +GAGAGTCATTTTCTTTAAACAATACTAAGTTAACAGAAAAAGGATTCTATATAAGTGATG +CGTGTATAGGGTGTGGAAAATGTAAAAAAAATTGCCCACAACAATGTATTACTAAATGTA +AGCCATATTTCATTAATCAAAAGAATTGCTTACATTGTGGTCTATGTTATGAGGATTGTC +CAGTTAAAGCGATTACTAAGGTAGGTGAATAGAAATGTTTAATGAAATTATAATATTATT +TCAAGAAAGAAGCTCGTTTTTTATAAATTTATTGTGGCAACATCTAGAAATTTCATTTAT +TGCAGTTATAATAGCCTGTGTTCTTGGAGTAGTTATAGGAATTGTTATTAGTGAATTTAA +GAAAAGTTCTAAATATGTACTAGGAGTGATTAATTTTTTATATACTATTCCTTCAATATC +ACTATTAGGTTTTTTGATACCTTTTTCTGGAATAGGAGATAAAACAGCTATTATTGCCTT +AACTATTTATGCATTGTTACCAATAGTGAGAAATACATATACAGGTATTGAAAATATTGA +TGATGCAATAATTGAAGCATCTACCGGAATGGGGAGTACTAGGCTACAAATAATATATAA +AATTAAATTGCCTTTAGCGCTTCCAGTTATTATGTCTGGTATTAGAAGTATGGTGACAAT +GACAATTGCATTAGCAGGTATAGCATCTTTCATTGGTGCAGGAGGATTAGGAGTTGCCAT +ATATCGTGGAATTACAACTAATAATACGGCAATGACAATGGTAGGAAGTTTATTAATAGC +AATCCTTGCACTAATTATTGATAGCATACTTGGAATAATAGAAAAAAGAATTTTAGGTAA +AAAAATGAAATTACAAAGAGACTTTAAAGCTTTGATATCAGTTATTTTATGTATAGCTTT +AATTGTTAGTGGGGCAGAATTTTATAAAAACAGAGTTGATAATAAAGTTATACATTTAGC +AACGAAGCCAATGACAGAGCAATATATTATTGGTGCAATGATTAAGGAAATAATAGAGGA +AAGAACAAATATTAAGGTAGAAGTTACACAAGGTGTTGGAGGTGGTACTTCCAATATTCA +TCCAGGAATGGTAAGTGGTGAATTTGATATGTATCCAGAATATACTTCGACAGGATGGAA +TATGGTATTAAAACATGATGGTACTTATAATGAAGAAATGTATCCAGATTTAGTAAAAGA +ATATAAGGAAAACTTTGATTTTACATGGACTGGTTTATTAGGATTTAATGATTCATATGG +ATTAGTTGTAAGAAAGGAAATTGCAGATAAATATAATTTAAAAACATATTCTGATTTAGC +AAAAGTATCAGAAAATCTTGTATTTGGTGGAGAGTATGATTTCTTTGAGCGTCCAGATGG +ATATGATGCACTTTGCAAAAAATATAATTTTAAATTTAAAAAGACTATGGATTTAGACAT +AGGTCTAAAATATAAAGCTATTGATGAAGGTAAAGTAGATGTTATGGATATATTTACTAC +AGACGGGCAATTATCGGCATCTGATGTTGTTGTACTAAAAGATGATAAACAATTCTTTTC +TACAGCAATGGGAGTTATGGTTATAAGAGATGAGATTCTTAATAAGTATCCACAACTAGA +GGATGTATTCAGTGAAATGGAAGGAATACTAAATGACGATGAGATGGCAAAGCTTAATTA +TATGGTGGAAACAGAAGGTAAAGATGCTGAAACTGTTGCACATGAATACTTAATGGAAAT +AGGTCTTTTAAAGTAAAGGGGGATGAGCATTATATGGCAGTGGCAATTGAATTTAAAAAT +ATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGT +TTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_42 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCAAAATAATATATTTTATTATATTAAAATATTTGGATTTTTATGAATTAAAAA +GTATTTTCGTTTTTACTTAACAATAGATTATAATATACTTAATATTTTATTTATAAAAAG +TGGAGTTATGGAAATTTATAGGGGGAATCATGTTTAGTAATATATCAAGCAAAAAGGTTT +ATGAGCAAGTTATAGAACAAATACAAGAAAGCATATTTAATGGGGAATTAAAAAAAGGAG +ATAAACTTCCATCAGAAAGAGAATTATCAGAACAAATGCGTGTAAGTAGAACATCTATAA +GAGAAGCTCTTAGAGTATTAGAAACTTTAGGTGTCGTAGAGAGTAAACAGGGAGAAGGAA +ACTTTGTATGCTCAAATATAAATAAATCTTTAATAGAACCATTATCATTAATATTTAAGT +TGAATAATGGAACATGGATGGATGTTATAGAGTTAAGACAAGCATTAGAATTAGAAGCAG +TAAGATTTGCGAGTGAAAGAATAACAAAAAAAGAAGAAATTGAGCTAGAAAATATAATTA +ACGAAATGGAAGAAGAAATTAATAATCAAAATAGAAATGAAATATTAGTAAATTTAGATC +AAAAATTTCACAATAAAATAGCATCTATAAGTAAAAATTATTTAATTGAATGTCTTTTTT +TAACTTCATCAAATTTATTTGAAGAGTTTATTAATGATGCTAGAAAAAAAATAATTAATA +GATATTCAGATGAGAGTGTATTGCTAAATCAGCATAAAGACATATATAGGGCTATTACTA +GTAAAGATTCGAAACTATCTTATAAAAAAATGGAAGAGCATATGCAGTTGATAAAAGAAC +ATTATAGTAAGAATTAAGATTGTTAATATTAAGATAAATGTTGAAAATATATAAAAAAGG +TAATACCATTTTAGATATGAAGTGGTATTACCACTGACCATCATCCAAGTTACCGACAGA +TAAGAAAATATTAAGGGGGTACTTGATGAACGATTATGTGTTATTTATTTTAGCTATAAT +ACCAATTATATGGCTAATAGTATCTTTAGGGGTGATGAAGTTACCAGCTCACAAAACATG +TTTCTTTACAGTAATTCTTACAATAGTTATATCACTTGTATTTTGGAAAATGCCTATTTT +AAATGTAGCAACAGCAACATTAGAAGGGGTAGCTGTTGCTTTGTGGCCAATACTACTAGT +TATAGTAGCAGCATTATTTACTTATAACTTAGCTGTTGAAACCAAGACTATGGATACTAT +GAAAAATATGTTATCTAACATAACAACAGATAACAGAATACAAGTGCTTATATTAGCATG +GGGATTTGGAGGATTTTTAGAAGCAGTTGCTGGATATGGAACAGCAGTTGCAATTCCTGC +CAGTATATTAGCATCTCTTGGTTTTAACCCAATCTTTGCAGCAATAATATGTCTTATCGC +AAATACAGTTCCTACAGCTTTTGGAGCTATAGGAATACCAGTGTCTACACTAGCATCAGT +AACAGGTTTAGATGTACTTCAATTAAGTTACGTAACGTCAGTTCAATTAGCATTATTCAT +TGTAATAATTCCTTTTGCATTAGTAATATTAACGGAAAAAAGTTTCAAGGCTATAAAAGG +TGTGTTTGGGATAACCTTAGTATCTGGGATAACGTTTGCTATACCTCAAGTATTTATAGC +AAAATATCTAGGGGCTGAACTTCCAGCATTAATAGGTAGTTTATGCAGTATGCTATCTAC +AATACTTATGGCAAAAGCTATGAATAAAAAATCTAAAAATAGTTTTGAAGGTAAGATGAA +ATCTTCTGATATAGTGGCAGGATCAGGAATAGTAGTTAAGATATCTACAAAAGATGGAGT +TTTAGCATGGCTACCATACATACTTTTATGTGTTTTAATTTTAGTTGCAAGTCCTATATG +TCCACCAATAAATAGTTTTTTAGCTAAATTTAGTAGCACGATACAAATTTATAATGGAGA +AGGCGCATCTCTTACATCCTTTGCATGGATAAATACGCCAGGTATGGTAATTATAATATC +TACTTTTATAGCAGGTTTGATACAAAAGATAGAAGTAAGTCAAATGGTAGATGTATTTAT +AAGAACAGTAAAACAACTTTCAAAATCGTTTATAACAATAACATCTATAGTCGCTATATC +TAAGGTAATGTCTTATAGCGGAATGACAAGTTCGATATCTTTTGGATTATGTGCAATAAC +AGGAAAAATGTATCCTATAATATCACCACTATTAGGTGCTATCGGAACATTTGTAACAGG +TAGTGATACATCGGCTAATATATTATTTGGTGGCTTACAAGTAGAAGCTGCTAAATCTCT +TTCTATAGATCCTTACTGGATAGCAGCTGCGAATACTGCAGGTGCTACAGCTGGTAAGAT +GATTTCACCACAAAGTATAGCTATAGCTACATCTGCTACAGGCTTGATTGGTAGTGAAGG +TAAGATATTTGGATCAACACTTAAGTTTTGTTTAGGTTATGTAATAATATTAGGTATTTT +AGTTTATATAGGAAGCCTTATACCGCTTGTATAAGATAAATTAAAAAGGGGGAGAATATG +TCAATTTTAAGAGTACCTTACTCAAAGATGGGAATGGAGTTAAACATTCCAGATGAAAAC +TTATTAGCAATTTTAGAATCGAAAGCCCATAACTATATTGTTAATAAGAGTCAAGAACAA +ATAGTTGAAGAGTCTATGGATAATCCAATTGGCTCAGTTAAACTTGAAGAGTTAGCTAAA +AATAAAAAAAGTGTAGTTATAATAACTAGTGATCATACTAGACCAGTTCCAAGTAGAGTT +ACAATGCCTATAATTTTAAGAAGGTTGAGAGAAGGTAATCCAGATATTGATATAAAGATA +ATAGTTGCAACAGGATTTCATAGGGCAAGTACAAGAGCAGAATTAATTTATAAAATGGGT +GAAGAAATAGTAAATAATGAAAAAATCATAATGCATATATCTACAGATGATGCTGCTATG +GTAAAAGCAGGGGTATTACCATCAGGGGGAGATTTTTACTTAAATAAAGTAGCTTTTGAA +GCAGATTTACTAATAGCAGAAGGATTTATAGAACCACATTTCTTTGCTGGATTTTCTGGA +GGGAGAAAAAGTATACTTCCTGGTATAGCATCAGCTAAAACTATAATGTATAACCACTGT +AGTGAATTTATAGATAGCAAAAATGCTAGAACAGGGATTTTAGACAATAATCCAATACAT +GAGGATATGGTTTATGCAGCAAAGGCAGCTAAGTTAGCATTTATAGTAAATGTTGTAATA +GATAAAGATAAAAATGTAATTGCATCTTTTGCTGGAGATGTAGATAAGGCCCATAAAACA +GGATGTAAATTTGTAACAGAATTATCTAAAATAGATGCTCAGATGGCAGATATAGTAATA +AGTACTAATGGAGGATATCCTTTAGATCAAAATATATATCAATCAGTGAAAGGTATGACA +GCAGCTGAAGCCACATGTAAAGATGGTGGTGTAATAATAATGATATCAGCTTGTAATGAT +GGTCATGGAGGTCAATCTTTCTATGATAACGTTGCGAAAGCTTCTTCACCAAGTGAGATA +CTAGAAAATGTAAGATCTGTTGAAAAAGGTGAAACAGTTCCAGATCAATGGGAGTTCCAA +ATATTAGCAAGAATATTAGAGAGATTTACAGTAATAATGGTGACTGATCAATGTAGTTCT +GAGATGATAATAAATATGCATATGAAGCATGCGAAGACCTTTGAAGAAGCTTTAAATCTG +GCTTTTGATATAAAAGGCAAAGATGCTAAAATTGCAGTTATTCCAGATGGTGTATCAGTA +ATAGTAAAAGAAAATACAAGTACAGATTCTAATTCAATAGTTTCTGTAACAGCTGAATAA +ATAGGATTGGGGGAAATATAATGGAAATTTTAACATGTATAAAACAAGTTCCAGGTACAA +CTGAAGTAGAAGTTGATGAAACTACTGGTGTATTAAAAAGAGATGGAGTAGATTCTAAAA +TGAATCCATATGACTTATTTGCATTAGAAACTGCACTTAGAATAAAACAGGAAACGAATG +CAACATTGAAGGTGATTACAATGGGACCATCTCAAGCAAAGCAAGTTATAGAAGAGAGCT +TTATGATGGGTGCAGACGAAGGAGCTATAATAAGTGATAGGAAGTTTGCTGGCGCAGATG +TATTAGCAACATCATATACGATATCACAAGGAATTAAAAAGATAGGTAATCCTCAAATTA +TAATATGCGGAAAGCAAACAACTGATGGAGATACAGCTCAAGTAGGTCCTGAAATAGCTG +AATTTTTAAATATACCTCATGTAACAAATGTCACTAAAATATTAGATATAAAAGAAGAGA +GTATAGTAGTTGAAGTAGATATGCCAAATACATTAGAAGTTTGTGAGGTTAAATATCCAT +GTTTAATAACGGTAGAAAAGGATATATTCCAACCAAGACTGCCATCATTCAAATTAAAAA +TTCAAACAAAAGATAGAGAAATACCAATATTTACTTTGAATGATTTTGAGGATAAAGATG +AGATGAATTATGGATTAAATGGGTCCCCAACTCAAGTGTTAAAAATATTCCCTCCAACTC +CAAATACAGATAAGGATATATTAAGAGGAAGTTCAGATGAGTTAAGTGAGGCTCTATCAA +ATAAGTTAAAAGATTTAAAGTTAATATAAGGGGGGATTATAAGTGGCAAAAATAGTCGTA +AATATAGAAAAAATTGAAGATATAAAAAGTGTATTAGAGATTTGTCCTTTTGGTGCAATA +GAAGAAGTTAATGGGAAAGTAGAAATAGGCGCAGGATGTAAAATGTGTAAGTTATGTGTT +AAGAATGGACCAAAAGGAGCATTTGAATTTATTGAAGAAAAGAAGGTAAGTATAAATAAG +GATGAATGGAAAGGTATAACAGTATACGTTGATCATCATGAAGGTGAAATACACCCTGTA +ACTTATGAACTTATAGGTAAAGCTCGTGAAATGGCTGCTAAAATAAATCATCCAGTTTAT +TGTGTATTTGTTGGTCATAATATAAAAGATAAGTGTGATACATTGTTATCATATGGAGTA +GATGAAGTATTTGTATATGATGATGAAGAGTTCAAAGAATTTAGAATAGAACCATATACA +GCAGCTGTAGAGGATTATATAAAAAATGTAAAACCAACAATAATGTTAGTTGGAGGAACT +ACATTAGGTAGATCTTTAGCACCAAGGCTTGCTGCTAGATTTAAAACAGGTCTTACAGCA +GACTGTACAATACTTGATATACAAGAAAATACTGACTTAGATCAAATAAGACCAGCTTTT +GGTGGTAATATAATGGCGCATATACACACTCCTAATCACAGACCTCAATTTGCGACAGTT +AGATATAAAATATTCTCAGCTCCAGAAAAAATAGAAATACCAACCGGGAAAATAACATTG +TGTAATATAAACAAGGAAAAATTATCTTCTAAGATAGAAGTGTTAGATGTGAAACCTAAA +ACTAAAGAAGTAGGTCTTGAAGATGCAGAAGTTATAATAGTAGCCAGCAGAGCTATAAAG +AAACAAGAAGATATGAAAATGATCTATAAGTTGGCAGATAAATTAGGAGCCCAAGTAGGT +GGAACAAGACCTATGGTAGAAGCTGGATGGCTAGATCCAAGAAAGCAAATTGGATTAAGT +GGTAGAACTGTAAAACCTAAGTTGATAATAACTTGTGGTGTTTCAGGAGCTGTTCAGTTT +GTAGCAGGTATGAGTGGATCTGACTACATAATAGCTATAAATCAAGATGAAAAAGCGCCT +ATATTTGATGTAGCACATATGGCTTTAATAGGAGATATTTATGAGATAATTCCTAAGTTG +ATAGAGCAAATAGATGAAAAAAGTTTAAAAATAGCTATAGCGGCTGAAGAAGAGTAAGGG +GGTATATGTATGTATAAGACTATTGATAAAAATGATATAGATTTTTTACTTAGTGTATGT +GAAAAAGATGATGTAATAGTTGGAGAAGAAATAAGTGAAGACTTCTCTCATGATGAATTG +GGTGGAGTTGAAAAATATCCAGAAGTTTTAATAACTGCACGAAGTACAGAACAGGTTTCT +AAAATAATGAAGTATGCTTATGAAAATAATATACCTGTAACTCCAAGAGGGCAAGGAACA +GGATTAGTTGGAGCTTCGGTTGCTGTACATGGTGGAATAATGATTAACTTAAGTAAAATG +GATAGAATCTTAGAATTAGATGAGGAAAATCTAACTCTAACTGTCGAACCGGGTGTTTTA +CTTATGACAATAGGTCAATATGTACAAGAGAGAGATTTATTTTATCCACCAGATCCAGGT +GAAAAAAGTGCTACTATAGCAGGTAATATAAATACTAATGCGGGTGGAATGAGAGCTGTT +AAATACGGTGTAACAAGAGATTATGTAAGAGGATTAGAAGTGGTACTTCCAAATGGAAAT +ATAATAAATGTTGGAGGTAAGGTAGTAAAAAATAGTTCAGGATATTCAATAAAAGATTTA +ATAGTAGGTTCAGAAGGTACTTTAGGAATAGTAACTAAGGCTACATTAAAATTACTTCCA +CTTCCTAAAAAAGCAATAAGTTTATTAATACCATTCCCGGACCTAGAAATGGCGATAAAT +ACAGTACCTAAAATAATAAAATCAAAATCAATACCAACTGCTGTAGAATTTATGGAAAGA +GATGTTATACTTGCAGCAGAAGACTTCTTAGGAAAGAAATTCCCTGATAACACATCAGAT +GCATATCTATTACTTACATTTGACGGAAATACAAGAGAAGATATAGAAAAAGAATATGAA +AAAGTTGCTCAACTTTGCTTAGAGTGTGGAGCATATGATGTATTTATATCTGATACACAA +GAAAGAAATGACTCTATATGGTCTGCTAGAGGGGCATTCTTAGAAGCTATAAAAGCATCT +ACAACTGAAATGGATGAATGTGATGTTGTTGTGCCTAGAGATAAAGTTGCAGAGTTCATA +AAATATATTCACGATTTACAAAGTGAATTAAATGTTAGAATAAAAAGCTTTGGTCATGCA +GGAGATGGAAATTTACATGTATATGTATTAAGAGATGATATGGATGAAGAGCAGTGGAGT +ATAAAATTAAAAGAGTCTTTTGACCATATGTATGGTAGAGCAAGAGAACTTAGAGGTCAA +GTATCAGGTGAGCATGGTATAGGATACGCTAAAAAAGGATATTTACATGAATCTCAAAGT +GAAGTATATATGGATATAATTAAAAGTATAAAAACTGCTTTTGACCCTAAAAACTTACTA +AATCCTGGTAAGATTTATTAAAATTAACTAGGATTATATATACAGTGTTAAGCTGATTTT +AAATTCAAGGTGATAAAATCAATAATTAAAGCTACCTTCAAATCGTATTTCTTTTGAAGG +TAGCTTTTAGTGTAAAACAAATTACTTTACATAAGTTGGAGACATATAAAAATCCATAGG +ACCTTTAAGAAGTTGTCTATTGTTCTTATAGTAAATCATATTATACATATTACTAGCTTT +TATATCGTAATCTATTAAAGTTTTAAACTTAGCATCATCCATAGCAAATGATATTTTAGA +AAATTTGTTTATAATATTAATTTCAGAGTTATTTTTTATAGCCTTTAATATTTCTCTCCC +TTTATCATTAAAAGCTAGTACTCTTATATATGGTATATAGTTCATATCCTTTACAAGCGC +CATATCATCTTTAGTTATACCTAGTAAAACATTATTAAGAGTTCGTTTTATTTTAGTTAA +AGTATATCTTTTAGATTTTACTAAAGAATGTAGTTCTTCTAAATTTGAAGATGTAAAAAT +ACTTTGGTAAATTTTATTTTCTATTCCTTCATTTACATCAAAATATTTATCTAATTCATT +ACTATCTCGAAGTATTATAGAAGATAGAATATCAAAAAACATTTCATCAAAAATAGGATT +GAAGCTTTTTTCTATATTAGTTTTTAAAATATTATATGTAGGTAGTGGAACTACTTTTGA +TGCGAAAGAGATATCATCAGTATTTTTTAAAGCTTTTCTTATAGCGGTAGCAGAGCAAAT +AGAACTATCTATTGATTCTGAATTATATTCAGAATTTATTCGAGTAATAGTATAAGGTTT +AATATTACTTTTTAATTTTAGTAGACTTTTTATGTACTCTATGCCTAAAATATTATTAGA +TGAATTTAGTATACTTAAAAGTTCATCTTTAGAAATGTCTACTAAATTATTTTCATTAAT +ATAGTCAAATAATGCGTTGCTTCTAGCTGTAGGGAAGAGCATACCATCATTTAAATATTT +TTTTAATGAAATTTTAAACTCGTTAGGTTCATTAACTAATATTTTAGAAATTGTATAAAG +TATGTCAATATTACCAACTTCACTTCCAAAGCAAATAGAATTTATACAATTTAAAGAGTT +TAATGTAGCAATAGCGCCGTGAGAAAAAATTTCTGCACTTTGGCATGCAAATAATGTAGG +AAGTTCAATAACTAAATCTACACCATTTTCAACAGCAGCTCTAGCTCGAGTGTATTTATC +AAATAAAGCAGGCTCTCCTCTTTGTAGGAAGTTACCACTCATAATCGCAACAGTATGAGT +AGCTTTAGTTATTTCTTTTGATTTTAATAAATGATATAAATGTCCATTATGAAATGGATT +ATATTCAACTACTAATCCAAGTATATTCATAAAATTTCTCCTTTTGTTAACCATAAAAGT +AAGTGTAAAAATAAAATTATATACATCATATTATATAAATACAAAAATGAAGGAAAGTTA +CAATATTTCTAGAAGTATATGATATGTTGTATATAATAATATTAGTAATATATTTGATTA +TATATGTAAATAATTAATAATTATATAATAATATTGTAACAAATAGAGAAAAATAATATG +TGTAGCATATATTTTGTAATTATGCGTTAAAATATTCTGTAAATACTATGTACTTTTGTA +GTGAAAAGTGATATATTATTTATGGTAAATGTTTAATGTATACAAAATTTCTTTTAGAAA +TCGAATAATGTAGTTAAGAAATGGTCTAGCAATAGACTTATTAAATAGTATTGATAAAAT +TTAAGGAGGTATACTAATGAAAGTATTAGTATTAAACTGTGGTAGTTCTTCATTAAAATA +TCAATTAATAGATATGTCAAATGAAGCAGTATTATGTGTAGGTTTAGTTGAAAGAATAGG +TATAGAAGGTTCTATACTTAAGCAAGAAAAAGATGGTGTAGAAGGTAAGTACATAGTTGA +GCAACCAATGAAAGATCATGAAGATGCTATAAAATTAGTATTAGATGCTGTTCTTGATCC +AACTTACGGTGGAGTAAAAGAAATGAGCGAAATAGAAGCTGTAGGACATAGAGTTGTTCA +CGGTGGTGAAAAATTCGCTTCATCTGTAGTTATAACTGAAGAAGTTGAAAATGCTATGAA +AGAATGTATAGAATTAGCACCTCTTCATAACCCAGCTAATATAATGGGAATAGATGCTTG +TAAGGCTATACTTCCAGGAGTACCAATGGTAGGAGTATTCGATACTGCTTTCCATCAAAC +AATGCCTAAAAAATCTTACTTATATGGATTACCTCATGAGTTATACTCTAAGTACGGTGT +AAGAAGATACGGATTCCACGGAACTTCTCACAAGTATGTATCTCAAAGAGCTGCAGCTAT +GTTAGGAAAGAACATAGAAGATGTTAAAATAATAACTTGTCACTTAGGAAATGGAGCTTC +TATAGCTGCTATAGATGGTGGAGTATGTGTTGATACATCTATGGGATTCACTCCATTAGA +AGGTTTAATAATGGGAACTAGATGTGGAGATATAGATGCTGCTATATTACCATTCTTAAT +GGAAAAAGAAAACTTAGACGCAAAAGGATTAAGTGATTTAATGAACAAGAAGTCAGGAGT +ATACGGAATGACTGGTATATCAAGTGACTTCAGAGATATAGAAGATGCAGCTGCTAAGGG +TGACGAAAAAGCTCAAGTTGCTTTAGATGCTTATGCTCAAAGAGTTAAGAAATATATAGG +ATCTTACGCTGCAGAAATGAACGGTGTAGATGCTGTTGTATTCACTGCAGGTGTTGGTGA +AAACGGAATAGATATGAGAGAAGCTATAGCTTCTAACATGGAATTCTTAGGAATGAAGTT +AGACAAAGAAGCTAACAAAGTTAGAGGAAAAGAAAGAGTGATATCTACTGAAGATTCTAA +AGTTAAGATATTATTAATACCTACTAACGAAGAACTAATGATAGCTAGAGATACTGTAGC +TTTAGTTAAATAATTAAAAAACTTTAATTGGATATAATAAAATTAAGGTAGGTTATTAAC +CTACCTTAACTTATGCCTGTATTATTTACAAATATATCTATCAAGTAAAAATACTTGACA +AACAATCATGAGATTTGTATAATAAATTTGGCAATATTATTGAGGTGAAAAGATGATTAT +TAGTCTAGATAAATTAAATAGAAGAGAATCTGATAAAATAGACTTGAATTTTTCTCAAAA +AATTGATACTATTAATTACTGTGATAGCACATATAAGCTAACTTCACCTATTAATGTAGA +AGGTAAGATTACAAAAAATAATAAAGGTTTATACCTTGATATTAATGTTGATTTTACAAT +TCTAGATAATTGTTCAAGATGTTTAGATGAAGTAGAAGTTCCTGTTAACTATGACATACA +AGGATTCTTAGTAAGAGAAGACTATGATGAAGATAGTTTTGAGGATTATGATGCTTTCAT +ATGTGATGGACAAGAAGTAAATCTTCTTGATGTAATAGAGCAGACTATAGATTTTAATTT +AACTGCACAAGTTCTTTGTGATGAAGACTGTGAAGGTCTATGTCAAGGATGTGGAGCTAA +CTTAAACAAAGAAGAATGCTCTTGTGATGAAATTGCGAACGACGAGGAGATTATAGATCC +CCGTTTTGCTAAATTAAAAGATTTGTTTAAAAATGACTAAGGAGGTGGCGTAAATGGCAG +TACCAAAGCGTAAAACGTCTAAATCAAAAACTAAAATGAGAAGAGCGGCTAACTCACAAA +TGACTGCAACTGGATTTGTAAGTTGTCCTCAATGTCATGAGCCAAAATTACCACATAGAG +TGTGTCCAGATTGCGGATATTATAAAGGTAAAGAAGTTGTTTCTAAATAGTAACTTCTAA +AGAACATGTAGATTACTCTACATGTTTTTTTTTAATTATAGGTTTTTAGTTTAGTATATA +CTAATACTATATAGTCTTAAAAATATGTAAATGGCCTATAATATGGATAAGTAGTTTTAA +GCGCAATAATTGAATTAGGAGGGAAGTTTATTATGAAGATAGCAATAGATGGAATGGGTG +GAGATAATGCGCCTAAATCAAACGTAGAAGGTGTTGTAAGTGCGATTAAGGAGTATAATA +TAGATATAATAATAACAGGGGATAAAGATGCCTTAGAAAAGGAATTTGAAAATTACGAGT +TTGATAGAAGTAAATTAGAAATAGTACATACAACAGAAATCATAGAAAATGAAGATAAAC +CTGTAAAAGCAATTAGAAGCAAAAAGACTCTTCTATGGTTGTTGCTTTAAGACTAGTAAA +AGAAGGTAAGGCTGATGCTGTAGTTTCTGCAGGAAATACAGGTGCATTACTTGCGGGAGG +TTTATTTGTAGTTGGTAGAATAAAAGGAATAGATAGACCTTGTTTATGTCCTGCCATTCC +AAATGTGAAAAGAGGTATGACAATAATTGCTGACGGAGGGGCTAATGCAGATTGTAAGCC +ACGAAACTTAGTTGAATTTGCAGCTATGACTAATATATACTCAAAGAAGGTTTTAGGAAT +AGAAAATCCTAGGATATCCTTAGCTAATGTTGGAGCAGAAGAAGGTAAGGGTAATGACCT +AATGAAAAAATCTTATGAAGAACTTAAAAACATGGACATAAATTTCATAGGAAATTTAGA +GGCAAGAGATGTTATTAATGCAAAAACTGATGTAATAGTTTGCGATGGTTTTACAGGGAA +TATATTATTAAAATCTGCAGAAGGTGTAGCGATGTCGGTAATGGGGCTTTTAAAAGAAAC +TTTCTTATCTAGTACTAAAGGTAAAATCGGAGCTATGTTATTAAAGGATGACTTAAGAAA +ATTAAAAAGTTTTATGGATTATGCAGAATATGGAGGAGCACCCCTTTTAGGAGTTAATGG +AGGAGTTATAAAAGCTCACGGAAGTTCTAATTCAAAAGCAATAAAGAATGCAATTAATCA +AGGAATAAAATTTGCTCAAGGTAATGTATTAAGAGATATAGAAGAATTTGTACAATCTTC +TAAAGAAGATAATGAAGAATAAGATATAAAAATAGAGCCACCTAAATTTATTTAGGCGGC +TCTATTTTTATATCAGATCAAAAATAATATTTATTGATTTGTAATAATTTTTAGGACAAC +AAAATATATATATATAAACGAGGAAGGAGGACAAGATATGAAAAATATCTCTGATGAAAT +TGTAAACTCTCTTTCATTAAACTTAAGAGAAAAAATAAAAAAACTACCTAAAAGTAATCT +GAATATAGAAGAGATTAGATTAAGGTCTCAAAAGCCACTTATTTTAAATGCGAACAATAA +AGATTATTTTTATAATGAAAAAGAAAATGATTTAGCTTTGAATATGGACAATCCTTATAT +AGTAACTAGAGAGGATATTGAACAAACATTTCAAATCATATGCAAATATTCTATTCATAC +TTTTATGGATGATATTACAAAAGGATTTATAACACTAAGAGGAGGGCATAGAGTAGGGAT +AGTAGGAAAAGCAATTGTAGAAAGTGGACAAGTAAAAAATATAAAGCATATATCATCTTT +AAACATAAGGATTTCAAGAGAAATAATTGGATGTTCTGATAAAATATTAGATCATATTAT +AAGTAGTAATAATCAAGTAAATAATACATTGATAATTTCGCCACCACAATGCGGCAAGAC +AACCTTAGTAAGAGATATAGTAAGAAATTTAAGTAATGGTAATAAAAAATATGGTTTTAG +GGGTATGAAGGTGGCATTAATAGATGAACGTAATGAAATAGGCGGTTCATACTTAGGAGT +CCCTCAAATGGATGTAGGTATTAGGACCGATATAATTGAAACCTGCCCAAAAGATATAGG +CATAATGATGCTTTTAAGGTCTATGTCTCCAAATATTATTGTAACGGATGAGATAGGTAA +TGAAAGAGAAGTAAAGGCTTTATATACAGCATTAAATGGAGGAGTAAGTCTTATTACTAC +GGTTCATGGTGACTCTATTGAAGATATTCAGGGAAGAAAAGAATTAAGTCGTTTGTTAGA +TAAAGAATTATTTAAGAAAGTAATAATTTTGTCTGCGAGAAAGGGACCAGGAACTGTAGA +AAAAATATATGATTTAGAGGAAAAGAGATGGTATTTTGCAAATTAAAATTATTATTATAG +GGATCTTAATAGGATGTAGCTATTTAATAGGAGATTTTATATATAAGTCTTATACAAAAA +GGCATAAAGAACTTAATGATCTCATAAGAATATTAGAGATAATGAGGATGGATTTATCCT +TTGGTTTATATACATTGGAAGAAATTTTTAAAAGAGTAGGGGAAAAAGAGGAGTACTGTT +TTTTTAAGTTTTTTAGGTCCATGGCAAATGACTTAAGCGATAGTCGAGAAAAAGTATTAG +AAGAAATTTTAGAAGATAATATAAAAATTTTAATTAACGAAACTTATCTACAAAATAAGG +AGGTGGACGAATTAAAAACACTTATACTTACGTTAGGTAAAAGTGATATTGAATCTCAGG +AAAGGATGATAAGTCTTAGCGTTGAGAATTTGAAAAAACTTACTTGTGATAGTAAGGAAG +ACATAAGTAAAAAAGGAAATCTGTACAAGCAGCTTATTACATTTATAGGTATAGGTATAG +GTATAATTTTAATATAGGGGGAAGAGCATGGATATAACATTGATATTAAAAGTTGCTGGA +GTAGGGTTGTTAATATCAGTATTAAATATAATCTTGGACAAGGCTGATAGAAAGGATTGG +GCCACATTTACTACTTTAGCAGGTGTAATAATAGTTTTAGGGATAGTATTAACTGAAATA +AGTGATTTATTTAATGCAGTTAGAACAATGTTTCAACTTTACTAAAGAGGAGGAGATATC +TTGGAAGTAATGCAATTAGTAGGTGTTGCCATAATTGCTACAACACTCTGTTTAGTAATA +AAAAAAGATAGACCGGAGATGGCAAATTTTATAGCAATAATAACAGGTGTAACTATACTG +TTATCAGTCATATTTAAATTGAATTTTATTATAGAGGGGATACAAAACTTAGCTAATAAA +GCAAATATACCAAATATGTATATATCTTTAATAATTAAGTTGATAGGGATAGCTTATATA +ATGGAGTTTGCTATACAGCTGTGCAATGATTGTGGAGAAAAAAATATAGCTTCAAAGTTA +GAATTTGGTGGGAAAATTATAGTTATGACAATGTCATTCCCTATACTTTTATCTATTGTA +GAGATGATATTAAATATAATCCCATAGGAGAATGATTACTTATGAAAAAAAAATTTTTAG +GTGTTTTAATAACGTTACTTACAATACTTAATCTTTCAACAATAGGGTTTGCGGAAAATG +AATCAACAGAAAGTTACGATGAAACTAAGAATAATATAGATTTTTATATTGATAGTCAAC +TTAGTAAGATCAATGTAGAAGATATAGAAAAATATATAAGGGATGATGTAGCAGTTAAGA +GTATTGATTTAAAAGATTTTGTAAAAAATTTAATAGGTGGAAAAAGTAATATATTAGATC +TATTTGATAAAGAAAAAATTCAGTCTGCTGTGTTTAGAGAATTGAAAACTAGTTTAAGAG +TAGTGGCGATAATTTTAGTACTAGCATTATTATCATCAATATTAAAGAGTCTAGAGAATT +CATTTTCATCAGGAGATATAAGTAAAATAACCACTTACATAATTTTTATAACCATGGTAT +CACTTACATTGATAGGATTTAAAGATGTCTTGAATATCTGTTATAATACTATTAATAGTA +CTATTGGTCTGATGCAGGTCGTAATGCCTATACTAATAACCTTATTAGTGTTAATAGGAT +TTCCAATAACATCAACAGCATTAAATCCAATATTTTTAGGTGGTGTAACTTTAATTAATA +TTGTTTTTAAAAAGTTCATGTTCTTTTCAATCACTATAGCTTTTGCAATTCTAATAATAA +ATAATTTATCACAAAGTATAAAACTTAAGAAGTTATCTTCTTTCATTAAAAATGTAAATA +TAGTAACCATAGGAGCAATATTTACTATATATTTAGGACTAGTATCTATTCAGGGAATGT +ATGTAACTAGCTTTGATAAGTTTAGCGTAAAAACAGCTAAGTTTGCAATCGGAAATTTCA +TACCTGTGGTAGGGGGATTTGTATCTGATTCAATGGATATTTTATTATCTTCATCTCAAC +TTATAAAAAACGTATTTGGAGGAATTGGGTTAGTACTACTTATAGGAATTTGTTTAATTC +CTATAATAAAGGTTCTATCTGTAGTAACTGTATATAAGGTAGCAGCGATAGTAGTAGAGC +CTGTGGGAGAAGAAGGAATGTCTAGTTTTTTAAATGACGTAGCAAATTTAATGGTAATTA +TGCTTGCATGTGTAATTGCAATAATGATTATGTTCTTCGTAACAATAGCAATTTTAACAT +CCATAAGTGTAGTGACTCATTAGGAGGTGTGCTATATGCTAGAGAGTTTAAAATCATGGA +TTATAACTATATTAATTGGAGCATTCATAGTCAGTATTGTAGACATGATCTTACCTAAAT +CTAAAATAAAACCGTATATAAACTTAGTAGTAAATTTTATATTCGTATTTATAGTAATAA +CACCAATAATAAGTTTACTATCAGGTAATATGAGTCTAGAAGATAAACTCCTGCAGTTGA +TGAATAGTTATAATAAAGAATATATAGAAAGTAGTAATCGGTTAGCTAGTGAAACAGGAA +AAAATAGTTTGATTAATGGATATGAAGAAGGTCTAAAGCAAGTACTAGAATTAAAATTAG +ATGAATATGGTTATGATCTTGAAGATATAGAGTTTAATGGATCTGAAATTAGTAATATAA +AATTGAAAGAAAAAAATAATAGTACTAAAAATGAAAAAGAGGACATACAATCTAGTGAAA +ACGAAAAAATTGAGCAAGTATTTAAGGAAGAAGGAAAAGAACATGAATTAAATTTAAGTA +AGGATGAACTAAAAGATAATTTAGTCAAAATACTTGATGTATCAATCGAAACTATAGAAA +TTGATTAATAGGGGTTGGGTAAATGTTTAAAAACTTAAACGAAAAAGATAAGAAAAAGAT +ATACTCGCTATTATCTTTAGGAATTGTATGTGTCTTAGCACTAATAATAATATCCTGTAT +TCCTTCAGATAAAAAAACAAATACAGATAAAGATGCTGCTCAAGTTAACCAGCAAGAGGA +ATCTGAACAAGTAAGTGAAAGTGAACAACAAGATCTAGAAAAAAAATTACAGAAAATATT +AGCTAAAATTGATGGAGCTGGTGATGTTAATGTAATGATTACATTTGAATCTAGTGAAGA +GATACAACCTGCCTTTAATAGTAACTCTACGACTGAAACAACGGAGGAAAAAGATGCTCA +AGGAGGAGAAAGAACTGTAACAACTTCTAGTGAAAATAAAACAATGATAACATCTAATTC +AAATTCTCCAGTAATACTAAAAACTACAGAAGCTAAAATAAAAGGTGTATTAGTAGTAGC +AAGTGGAGCTGGTGATTCTAAAGTAAAAGAAACGCTTTATAGTGCTGTACAAACTGCATT +ACAAGTACAAGGACATCAAGTACAAATAATAAATTCCAAATAAATACATATAACCGGGGG +GATAAAAATGAAATTTAATTATAAAAATAGAGGATTTGTAGTAATAACATTATCTGCTAT +GTTAGTAGTTGTAGGAGTGGCAAACTATCAATTAAGTAAGAAGTCAGCACTAGGTGTATC +AGAGGAATTTAAAGCTTATGAACAAGCTCAGTTAAGTAAAAACTCTGAGAGTAATGAAAA +GGAAGAGGATGATCAAGAAGTTAACATCGTTGATAGTAAATCAAGTGAAAGTGATGTAGA +AGAAAAAGTGACTGAAACAAGTAAAGAAATTGAAGAACAATTAACATCTGAGGCAAATAT +GCAAAAATCTTCATATATATTAGATATGAAAATGACTAGAGAGAAGCAAAGAAATGATTT +AGCAGAAGAATTAAATGAAATGATAAATAATCCATCAACATCAGAAGAAACTAGAAAAGA +AGCATCTGAAATGAAATTAAAATTGGTTAAGGATCAAGATACGGAACTTAAAATAGAAAA +TTTACTAAGTACAAAAGGGTTTGAAGATGCATTAGTCTATATAAGTGATGGCAAAGTAAA +TGTAGTTGTAAATGAAGATAGTTTCGGAAAAGAAGATGCAGCTAAGATTTTTGATTTAGT +AGCAGAGCAAGCTGGAGTTGAATATGATAATATAAAGCTTATGAACAATAAACAAGAGTA +ATTAAATAAAAAACTATAGTGAATAAAAAATAATAAATATGTTTAATATAGAATATATAT +TAGAATTTGAAATAATCCTCAGAATTAACTGGGGTTATTTTCTTGCAAAGTTTCATAGTA +TTTGGTATTATAATATAAAATAGTTCCTTAATAGGGGGTAAGTATTTATCATGGAAAATA +ATAATTTTGGACAAGTCAAAATATCTAATGATGTAATAGCTACGATAGCAGGTCTTGCAG +CTCTAGAGGTTGAAGGCGTTGAAACTATAACAACTTTTACAGATAAACTATTAAAAAATA +ATAATGGTGTAAAGATACAAATAGAAGAAGAGGACGTTAACTTAGATATAATGGTTATGA +TAGATTTCGGAATATCTATACCAGATATAGCTTTAAAGATACAAGAAAATGTAAAAAATA +CTGTTGAGACAATGACAGGATTAAAAGTTTCTCAAGTAAATATACATATTCAAGGAATTA +GCTTCAAGAAAGAGAAGACTGAGCTAGAAGAAGCAAAGAAAGAAGCAAAGCAAGCAAAGA +AAGAAGCTAAGAAAGAAGAATCTAAGAAAAATTAATAAAAACCCTCTGAAAAATCAGAGG +GTTTTTTACTGCAAAACGCACATAATAAAGACTAAAGGAGGATTTGACTGATGAAAAAGG +AAAATATAGCAAAAAAGATAACTAGTAGAGAATATACTATGAAATTAATATACCAAACTA +GTATAACAAAAGAGGACGTAGATAATTTAGACTTATTAGTAGATGAGTTCGTAGATAATA +ATGCTGAATATATATTAAATAGATATGAAGAATTAAGATTACAACACTCTAATAACCCAG +AATTATCACTAGAAGGTGTAGATATAGATGAAGCTATAGATAAAGATTACATAAAAAACA +TATGTTTAACTATAGAAGAGAACAATGAAATGATAAATTCATTAATAAATTCAAATGCAA +AGAACTGGTCGGTAGATAGAATAGCTAAGGTAGATTTAGCTATATTAAAATTAGCAATAG +CTGAAATTATTGCAATAGATGATATACCACAAAAAGTTTCTGTGAATGAAGCTATAGAAC +TTGCAAAAATATACTGTGATGATAAGTCTCCTAAGTTTATAAATGGAATTTTAGGAAGTG +TTATAAGTGAGATTGAATCAAAATAACATAATAATCGGAATCGATACTAGCTGCTATACA +ACCTCTATAGCAGCTATATCTTTAGATAAGAAAGTAATATTTAATAAAAAAATAATGCTT +AAAGTAAAAGATAACACAAAGGGGTTAAGGCAAAGTGAAGCTGTTTTTCAGCATGTTAAT +AACTTAGGAGAAATGAGCAGTGATATAAGATCTATATTAAACAATTACAATGTATGTGGA +GTATGCGCATCTGTTAAACCGAGACCGTTAGAAGAGTCTTATATGCCAGTATTTACTGTA +GGCAGTAATTTTGGTAAATTATTTAGTTCATTAAATAAATGTCCTTTTTATGAAACTAGT +CATCAGGAAAATCATATTGAAGCGAGTCTTTTAACTAATAAAATTAAAAATGAAAAACAA +TTTTTATCAGTACATATGTCAGGTGGTACAACTGAAATACTTTTAGTCAACAAAGAAAGT +TTAGGATATAAAATAGATATAGTCGGCGGAAGTAATGATATAAGTTTTGGACAGCTTATA +GATAGAATCGGAATTAATATGGGTTATAAGTTTCCTTGTGGGAAATATATAGATGAAAAA +GCCCTTGAATGTAATGAAAAAATAGAAATCGGACTAAAAACTTCTGTGAAGGAAGGATAT +ATGAATTTATCTGGAATAGAAAACCAAGTAAATAAAATAATAAATAATCACAGTAAAGAA +TATATATGTAAATTGCTACTAGATACAATATCAAGAAATCTAATAAAATCTCTACTTTAT +ATTAGTGAAAAATATAATATAGAAGAAGTTGTGTTTGCAGGTGGAGTATCTGCAAGTAAA +TATATATCAATGAAATTAAAAAGAGAATTAAAAAAGAATAATATAATAGCATATTTTACA +GAGCAAGAATATTCAACTGATAATGGTTTAGGATGCGCTGTAATAGGATTAAAGAATTTT +ATAAGTGAATAAGTATATAAATTAATAACTTTTATATAGGAGAGAAAATATGAAACTGAG +AGCTTTAGATATAAGTGAAGCAAATTCATATATAAAAAGGATTTTGGTAAATGATCCTAT +ATTATATAATCTTAAAGTAAAAGGTGAAATATCCAATTTTAAAGTACATAGTAGTGGAAA +TGTATATCTATCATTAAAAGATGAAAATTCAAAGTTAAACTGTGTTATTTTTAAAAGTAA +TTATGATAAAAATTTAGAATTAAAGAATGGGATAAAAGTAATTGCGAGTGGTTATATTTC +TGTTTATGAAAGAGACGGATCTTATCAATTATACATTAATTCAATAGAGATAGAGGGAAT +AGGAAATTTATATATTGAATTTAATAAATTAAAGGAAAAATTAAGCAAAGAGGGTTTATT +TGATCCTAAGTACAAAAAAGCCATACCTACTATACCAAAGTCTATAGGAGTTATTACTTC +ACCAACAGGAGCAGTTATAAGAGATATAATTAATGTAATCAAAAGAAGATACCCAAAGGT +CGCTGTAAAGCTTTATCCAGTGACAGTACAAGGCGATAAATCAGCAGATAATATATGCGA +AGGTATTAGATTTTTTAATGATATGAAAAATGTAGATACAATAATAGTTGGTAGAGGTGG +GGGATCTATAGAAGAACTTTGGTCATTTAATGAAGAAATCGTAGCTAGAGAAGTCTTTAA +ATCTGAAATTCCTATAATATCAGCAGTAGGACATGAAACAGATTTTACTATCTGTGATTT +TGTATCAGATATGAGAGCCCCAACGCCTTCTGCAGCAGCAGAGATAGCAACGCCATCTTT +ATTAGACTTAGAATACAAGCTTAACAATATAAGGAATAGAATGAATAGAAGTTTAATAAA +TCAAGTTCAGATTGATGAACATAGGTTAAAATCTGTTCTTGAGAGGATAAATAATTATCT +AAAATCATACACAATCAAAGATAATATTATACAATTAGACAAAATATATGATAAAATAAC +TTTTGAAGTAGAAAATAACCTTAATATTGAAAAAGAAAGACTTATGAATATGGGAGCAAT +ACTTCATAATTTAAGTCCTTTGGCAACGATAGATAGAGGGTACAGTATAGTACAAAAAGA +AGGAAAAGTAATCAATAGTATAAAAGAAATAGAATTTAAAGATGATATAGATATAGTTTT +AAAAGATGGAAGTATAGAGTGTGTTGTAGAAAAAATAATTAATAAAGAGGTATAAATATG +GATTTAACATATGAACAAGCTTATAAAAAACTAGAAAATATTTTAGAAAAGCTAGAATCT +AAAGGTGCGAGTTTAGATGAATCATTAAGTTTATATGAAGAAGGAATAAGTCTTTATAAG +TACTGTAATAAATTACTTGAAGATGCACAGTTAAAGATAAGTAAATTTAACTCACTAGGA +ATAGAAGAAGATTTAGATATGAGGGAGGAATAAAATTGGAATTTAAGCAATCTCTAAAAG +AAAAATCTAATTATATAGAAAGATTATTAAGTGAATATATGCCTAAAGAAGATGGATATC +AAGCAACTATTATGGAAGCTATGAATTACAGTTTAAAAGCTGGAGGAAAAAGATTAAGAC +CAGTATTAACTTTAGAAGCGTGTAAGATAGTAGGTGGGAATGAAACAGATGCTATACCAT +TTGCTATAGCAATTGAGATGATACATACATACTCACTAATACATGATGATCTTCCGGCCT +TAGATAATGATGATTTAAGAAGAGGGAAGCCGACGAATCATATGGTATTTGGAGAGTCTA +TGGCGATACTAGCAGGAGATGCCCTTTTAAATTATGCTTTTGAGATTATGCTATCTAATT +CTATAAATAAAGAAAATCCTCAGAAATATTTAAGGGCTATAAATGAAATTGCTAAAAGTG +CTGGTATATATGGAATGATTGGAGGACAAGTCGTAGATGTTCAAAGTGAAAATAAAGTTA +TTTCAAAGGATAAACTAGACTTTATTCACTTAAATAAAACTGCTGCAATCATTATTGGTT +GTATGAGAGCTGGAGCAATAATAGGAGATGCTTGCGAAGAGGATCTAGAAAAAATAACTA +AGTATGGTAAAAACATTGGATTATCATTCCAGATAGTAGATGATATATTAGATATAGTTG +GAGATGAAACTAAATTAGGAAAAAAAGTAGGTAGTGATATAGAAAATCATAAATCTACAT +ATCCATCTTTACTTGGTTTAGAAAAATCAAAAGAGATTGCAAATGACCTAATTGAAGAAG +CAAAATATAATATCAAGGATTTACAAAGCGATAGTAGTTTCTTAGAAGGATTAGCGAATT +ATATAATAGATAGAGAATATTAAGGAGGAAAAATGAACTTTTTTTCAGAAATTTTTAGCA +ACAAGGTATTAGGAATAAGTGTATTTGCTTGTTTTTTAGCTCAATTTATAAAAATATTTA +CTGGAAAAGATAAACGTATAGATTTAGCTAGAATATTTACATCTGGAGGTATGCCAAGTT +CTCATAGTTCTTTTGTGACAAGTTTAGCAACTTTAGTCGGTTTAGAAAAAGGATTTAATT +CTACAGATTTTGCTATTGTTGTTGTATTCGCACTGATTATAATGTATGATGCCTCAGGAG +TAAGAAGAGCGGTAGGAAAACAGGCAGCTATATTAAATCAAATAGTAGATGATGTTCATC +ATGGTAAACATATAAAACAAGATAAATTAAAGGAATTAATAGGACATACACCTGTTGAAG +TATGGATGGGTGCCATACTCGGTATAGTTGTAGCATTAGTTATGGTATAAATTGAAAAAA +ATAAATTTATATGATATAATTTCTTAGGTTTTATTAAATGGTTATAAAATGGATATATCT +AAGGCAATACTAAGGTATATTCATTTTTCTAACTGCATAGAAACTATATGATTTTTTAGG +TCTTCTATGGAAGGCTTTTTTAATTATAGAAAATATGTTAATTATCAATATAGAGTAAAT +GTTTTATAAATTTAATCAAATAAAAGGTGAAGGTAAATGTATAAATATTTAGATAAAGTA +AACTGTCCTGAAGACATTAAAAATATGACTAATGAAGAACTAGATATACTTGCCAAAGAT +ATAAGGAAGTTTCTAGTAAAATCAGTTTCTAAAACTGGAGGTCACTTAGCATCAAACTTA +GGTGTCGTAGAGTTAACTCTAGCGTTGCATAAGGTTTTTGAAAGCCCGAAAGACAAAATA +GTTTGGGATGTAGGACATCAATCTTATGTGCATAAGATTCTTACTGGTAGAAAGGATAGT +TTTGATACACTTAGACAATTTAAAGGTTTAAGTGGATTTCCAAAGGAAATAGAAAGTCCT +CACGATATATTTGATACAGGGCATAGTAGTACATCTATTTCTGTAGGACTTGGTATTGCT +TGTGCGAGAGATATAAAAAAAGAAAATTTTGATGTTGTATCTGTAATAGGAGATGGCTCT +ATAACTGGAGGAATGGCTCTTGAAGCATTAAATAACTTAGGTTATTTAAATACAGATATG +ATTGTAATTCTTAATGATAATGAAATGTCGATAGATAAAAATGTAGGAGCAATGTCTAGA +CATTTATCTAGTATAATAAGAAACTCAACAATGAATAAAGTGAAAGATGAAGTAGAAAAG +ATTTTTACTGTAACATCTGCAGGAAATTTAATATATAAAACAGCTAGTAAGGTTAAGGAT +AGTATTGTAAGTCAATTTACACCACAACAATGTGAACTCTTTGAATCTATGGGAATAAAG +TACTATGGACCTATAGATGGGCATAATATAAAAGAATTAATAGAAATTTTAAATAAGGCA +AAGAAAAAAAAGGGACCTGTACTGCTACATGTTATAACTAAAAAAGGTAAAGGGTACAAA +TATGCAGAGGAGCATCCAGATAAATATCATGGAGTTTCAAAATTCGATATAAAAGAAGGA +GTACAACCTTCAAATAGTAAATCTATATCATCTGCAGTTGGGGAGAAATTAGTTCAGATG +TCAGCTAAAGATGATAAGATAGTTGCAATAACGGCAGCAATGCCATCAGGAACAGGATTA +GATTTATTCCAAAAGGCATATCCAGAAAGATATTATGACGTAGGAATTGCAGAACAGCAC +GCTGTTACATTTTCGGCTGGATTAGCAAAGGAAGGAATGAAGCCTTATTTTGCAGTATAT +TCAACTTTCTTACAAAGAGGTTATGATCAGATTATACATGATGTGTGCATTACTAAAAAG +AATGTAACATTTTTAATAGATAGAGCGGGGTTAGTTGGTAATGATGGAGAAACCCATCAT +GGCATGTTTGATTTGAGTTATTTAAATATAGTACCTAATATAACAGTTATGGCACCTAAA +GATACTCAAGAGCTAGAGTTGATGCTAGAATTATCTGCAGAATTAAATGAGCCAGTAGCA +ATAAGGTATCCAAGAGGGAATGCTTACTATTTAAACAGAGGTGAATACAAAAAGATAGAA +GTAGGAAAGTATGAAATAATTGCAGAAGGTAAAGACATTGCTATTTTAGCTATAGGAAAT +ATGGTAAAGCATGCATTAGAAGCAAAAGAAATACTTTTAGAAGATAATATAAATCCTGCT +ATAATAAATGCTAGATTTTTAAAACCTATGGATGAAAAATTACTTCATGAGTTATGCAAA +AAATATAAGACAGTAGTAACAATAGAAGATAATATCATATCTGGTGGATTTGGAAGTAGA +ATAAATAACTTCATTATAGATAATAATTACAATGTAAAAGTTGAGAATATAGCAATTAGT +GAGAGATTTATAGATCATGGTAATATAGAAAGCCTATACGAAGGAGTAGGTTTATCTTCG +AATTGTATTGCATCTAGAATAAAAAAATTATAGTCGGGAAGGTAGTTTTATGAAAAAAAG +AATAGACGTATTATTAGTTGAGCAAGGATTTTTTGAAAGTAGAGAAAGAGCTAAAAAAGC +TATAATGGCAGGACTTGTTTTTGTAGACAATCAAAGATGCGATAAAGCTGGTGTAGATGT +GAAAGAAGATGCTAAAATAGAAGTAAAAGGAAATCCAATACCATACGTAAGTAGAGGTGG +ATTAAAGCTTGAAAAAGCGATGAAAAACTTTGGATTAACACTAGATGGAAAGGTATGCAT +GGATATCGGTTCATCTACGGGTGGATTTACAGACTGCATGCTTCAAAATGGAGCTGTAAA +AGTATTTTCAATAGACGTAGGATATGGACAACTTGCATGGAAATTAAGACAAGATGATAG +AGTAGTTTGCATGGAAAGAACCAATATAAGACATGTGACTATTGAAGATACAAAAGAATT +TGCTAATTTTGCATCTATAGATGTTTCTTTCATATCATTGAAATTAGTTTTACCAAAAGC +AAAGGAACTTGTTTCTCCAGATGGCCATGTGGTTGCTTTAATAAAACCACAGTTTGAAGC +TGGAAGAGAAAAGGTAGGTAAAAAGGGCGTTGTTAGAGAAAAGTCTACACATATAGAAGT +AATAGAAACTATATCTGAGTTTGCAGTTGGAATAGGATTCTCTATACTAGACTTAGATTA +CTCTCCTATAAAAGGTCCAGAAGGCAACATCGAGTATTTAATATACTTAAAGAACTCAAA +TGATGGATATGAATTTAATAAAGAAGAGTATAGTAAGAAAGTGTTAGAGGTTGTAGAAGC +ATCTCATAACTTAAATAAATAAAAAATTATACTTATATAGATAAAGGGGGATTTAAAGTG +ATCCTTGAATTGTATATGAAAAATTGTGCCTTAGTAGAAGAACTAAGGTTGACTATTGAT +GAAAATCTAAATATATTAACGGGAGAAACTGGTTCAGGAAAATCTATAATAATAGATGCA +TTAGGATTATGTTTAGGTGAAAAATATGATAGATCATTTTTAAGAAAAGGTAGTGAAAAA +GGTATAGTTGAGGCTATATTTTCTTCAGAAAGTCAACACTTAAAAGATGTTCTTGAAAAA +TATGATATAGAGCTAGATGAAGATAACTTATTGGTAATAACTAGAGTTATTTACAATGAT +GGAAAAAGTGTAGCGAGAGTCAATGGAAGAACTCTAAAGTTATCAGTATTGAAAGAAATT +GCAACTACATTAATAGATGTTCATGGACAACATCAAAATCAAGCTTTATTTAACAAAGAA +ACTCACTTACAATTTTTAGATTTATTTGGAGAAAGTGATTTACAATATTTAAAGTTAGAT +TACAAAAATGTGTACAAAGAGTATACTAGAGTTAAAAATGCTTTAAATGTGTTAACTGAG +AATAAAGATGATATGCAAATTCAAAGAGAGATAGATTTATTGAAATTCCAAACAAATGAA +ATTGAATCTGCTAACTTAAGTAAGGATGAATACGAGGAGCTTCTTAAACAAAGAGATGTA +TTTAGAAATAGCGAGAAGATATACAGTAATCTAAATTTAAGTTATCAAAATTTATATGAG +GGTAGTGTCAATGCTGTAGATCTAATCGGAAGTGCATCTAAAGAATTAAGTTCTATTGCA +GAATATGATAAAGTCTTAAGTGAATATAATGAAAATGTAGAAAGAATAATGTATGAACTT +CAAGATATCTCAAGAGAAATAAGAAATTATAAAGAGAGTATAGATTTTGAACCATATGAG +CTAGAACAGATAGAAATAAGAATAGATGAAATTAATAACTTAAAAAGAAAATATGGAAAT +ACTATAGAAGAAATTTTTGAGTACTATGATAAAACTAAAAATAGATTAGATGAAATATTA +AATAGAGATGAAAAAGTAGAAGAATTAAAAAGAGAAATACTAAGAATTGAAAAAGTACTT +AATGATAAAGCTGAAAAATTAACTCAAGCTAGACAAAAAGTTGCATATAGTTTAGAAGAG +GTTCTATTAATAGAATTAAAAAGCTTAAATATGAAAAATGTGGTATTTAAAGTTAACTTT +GAAGAAAGTAACTTTACCTTAGAAGGTAAAGATGATATAGAATTTATGATATCTTTCAAC +CTTGGGGAAGATATAAAGCCTATATATAAAGTTGCTTCTGGAGGGGAAATGTCTAGATTT +ATGCTAGCGTTTAAAACTATACTTGCGGATATAGATCAAATAGATACATTAGTATTTGAT +GAAATAGATACGGGTATAAGTGGCATAGCAGCTCAAATAGTTGGCGAAAAGTTATCTCAA +ATAGCGAAGAAAAAGCAAATAATTTGTATAACTCATTTACCACAAATTGCAGCAAATGCA +GATACTCATTACTGTATAGAAAAAAATACATCAAATGATAGAACATTTACAAATATACGT +AGATTAGATCGTGATCAAAAACGTGATGAAATTGCTAGACTTATAGCTGGAAGTAATATA +ACTGAAAAAACAATAGAACATGCTAGCGAAATTATTGAGTTAGCAAAAAAATAAGAAGAC +TTTTAAGTTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAATAACCCTCATG +ATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTT +>MGYG000000001_43 +CAACATATAGTAACCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGG +AGTTTTATTATTGTAAAGATTAACTAGCACAACGAGTTAACTAATCATATTTTAAAGTAC +TTCCTTTTTTTATGGAAAAATAAATAATAAAACACAATAAGAGTATCTTTCAAAGGGAAG +GTTAGTTGATATATAATGTATTAAGCAATACATTTTATAATTAAAATATCAAGAGGTGGG +GTAATGAACAGTGTAATAATCGTAGCTGCTGGAAGTGGTAAACGAATGAATATGGATATA +AATAAACAATTTATAAAATTAAATAAAAAAGAGATAATAGCTCATACAATAGATGTTTTT +TATAAAAATAAAAATGTAGATGAAATAATAGTTTGTATAAAGAAAGAAGAAGAAGAACTA +TTTAAAGATAAAATAATAAATAAATATAGTTTCAAGAATATAAAAATTGCTTATGGTGGA +AAGGAAAGACAAGATTCTATATATAATGGATTGAAATGCTTAGATGATAAATGTGATATT +GTTTTAATTCATGATGGAGCAAGACCATTTGTAGATGATAGAATAATAAATGAGTCTATT +AAGGTTGCAAGAGAAAAAAAAGCAGTTGTTGTAGGAACACCTGTAAAAGATACTATTAAG +GTGGTTTGTGATGGAATTATAAATGATACTCCTAACAGAGTTAATTTATGGGCAGCTCAA +ACACCACAAGTTTTTGAATACAAACTAATAACAAAAGCTTACGAAGAGGCTTATGAAAAC +AATTATTATGGAACAGATGATTCTATGTTAGTAGAAAATATAGGTCAAGAAGTAACCATG +ATAATGGGATCTTATGATAATATAAAAATTACTAGCCCTGAAGATATAAGCATTGGAGAG +AAAATTTTAAGTTTAAGAAAATAGATATAAATTTAAAGTTATAATTGGCATAGGAGTGAT +AATATGAGAATTGGTACAGGATATGATGTTCATAAATTAGTAGAAAATAGAGATTTAATT +ATAGGTGGAGTAAATGTTCCACATGAAAAAGGTTTATTAGGACATTCTGACGCAGATGTC +TTAACTCATGCTGTTATGGACTCTATATTAGGAGCATTAGCGTTAGGTGATATTGGTAAA +CATTTCCCTGATACTGATAAAAAGTATAAGGGTGCAGATAGTATAAAATTATTAGAATAT +GTAAATCATTTAATAAAAGATAAAGGATATAAAATAAATAATGTAGATTGTACTATAATC +GCACAAAGTCCAAAGATGGCTCCACATATAGAAAAAATGAGAGAAAATTTTGCTAAAGCT +TTAGACACAGATATAGATAATATAAATGTAAAAGCAACGACAGAAGAAGGTCTTGGCTTT +ACAGGCTCAAAAGAAGGAATAGCAGCACAAAGTGTATGTACTGTTGTAAAAGTTGACAAG +TAATATTAAATAATATATTATTATGAATAGGTTATAATAATATAAAAGTAATATAATTAA +TAATATAAATTGCAAAAATGAAAAAATAGTAAAAAGTGAAATCTTTACAGAGAGGAAACA +TAGCTGAGAGTTTCTAAGAGGAAGTTTTTGAACCAATTTTCTAGCATAAGGACGGTAAAA +AGTTCTTACGTTTGGGAGCGTTATATCCTACTTGAGGGAGCCTTATGGCTAATTAGAGTG +GTACCGCGGAAAGTCAACCTTCCGTCTCTATATTTATATAGAGACGGAAGGTTTTTTATT +TATACAGAAATAAATTAAATATAAAATACAAGGAGGAAAATCAAAATGAGAATGTCAAAA +ATGTTAATGCCAACATTAAAAGAAGTTCCATCTGATGCAGAGATAACAAGTCATCAGTTA +ATGCTTAGAGCAGGGATGATAAGAAAGATGGCTTCAGGAGTTTATAACCAATTACCTATG +GGTATAAGAGTTTTCAACAAAATACAAAATATAATAAGAGAAGAAATGAATGCTAAAGGT +GCTCAAGAGATATTATGTTCAGGATTAATACCATCTGAATTATGGAAAGAATCTGGAAGA +TGGGATGTAATGGGACCAGAAATGTTCAGATTAAAAGATAGAAATGAAAGAAGCTACTGC +ATGGGACCAACTCATGAAGAAGTTTTCACAGATATAATAAGACAAGAGGTTACTTCTTAT +AAGCAACTTCCATTAAACTTATACCAAATACAAGTAAAATATAGAGATGAAAGAAGACCA +AGATTTGGTGTTATGAGAACTAAAACTTTCACAATGAAGGATGCTTACAGCTTCGACGTT +GATCAAGAAGGATTAGATAAATCATACCAAGATATGTTTGAAGCATATACAAATATATTT +GCTAGATGTGAATTAGAAAATAGCCCAGTTCAAGCAGATTCAGGAGCTATGGGTGGTTCA +GCTTCAGCTGAGTTCATGGTTAAATCAGAAGTTGGAGAAGATGAAATAGTATTCTGTTCA +GGATGTGACTACGCAGCTAACATAGAAAAAGCTACTTCAGTAAATCATGAGCCTTCAACT +GAAGAAATGAAAGAGATGAAAGAAGTTCATACTCCAGGAGTTCATACTATAGAAGAATTA +GTTGAATTCTTTAAAGAAGATGCAGGTAAGTTTGCAAAAACTTTAATATACTATGCAGAT +GGAAAAACTGTAGCAGTAGTAGTAAGAGGGGACAGAGATGTTAACGAAACTAAGGTTGCT +AATGCTATAGGCGGAGCAGTAGAATTCGAGTTAGCTAGTGAATCAACTATAAAAGAAGTT +ACTGGTGCAGCAGTTGGATTTGCTGGACCAATAGGAATAAAAACTGATTATGTATTAATA +GATCAAGAAGTAGTAGATCAAAGAAATGTAGTAATAGGAGCTAACAAAACTGAATACCAC +ATAGAAAATGCTAATTACGGAAGAGATTTCGAAGGTACAGTTGGAGACTTTAGAAATGTT +GCTGAAGGAGATAAGTGTACTAAGTGTGGAAGTGCATTAGAAGTTGCTAGAGGAGTAGAA +GTTGGACATATATTCAAGTTAGGAACTAAGTATTCAGAATCCATGGGAGCTACTTTCTTA +GATAACAATGGTAAATCTCAACCAATAGTAATGGGATGCTACGGAATAGGTGTAGAAAGA +ACAGCAGCAGCTGTAATAGAACAACACCACGATGAAAATGGAATAATATGGCCTTTAGCT +ATAGCTCCATATCATGTAGTAGTAGTACCTGTAAATATCAAAAAAGATGAACATAGAGAA +AATGCTGAAAAAATATATGAAGAATTAAAAGCTATGGGTGTAGAAGTACTATTAGATGAT +AGAGATGAAAGAGCTGGAGTTAAGTTCAAGGATTCTGAATTAATAGGTATACCAATGAGA +ATTACTGTAGGTAAAGATATAGTAGATGGAAAAGTAGAATTTAAGTTAAGAAATAGTGCA +GATAAAGAAGTAATAGGATTAGATGAAATAAAATCTAAGATAGAAGCTGAATTTGTAAAG +AATAAAGTTAAATTAGGATAGTAAACAATAAAATAGTATATATAATCCACCGGATATGTT +AATAATTATATGTATATGTGGATATATATACTATTTTAAATTAGTTAGAAATAAGATCAT +TCACAACTACTAATACTATAAGTAGGATTCCTTTTTATTTATTTGGATAAAATAAAATTA +CAATTATAGATATTTTTTGATATGATAAAAGATGTATGAAAATAAACAGGAGGTAAAAAG +ATGAGCGTAAGAGTAAGATTTGCTCCAAGTCCAACTGGATTTGTACATATAGGTAGTTTA +AGAACTGCTTTATATAACTACTTATTTGCAAAGAAAATGGGCGGAGAATACATATTAAGA +GTAGAAGATACTGACCAAACTAGATTAGTTGAAGGTGCTATAGAGAACATGTTAAATGCT +ATGAGCTGGGGTGGAGTTAACCACAGTGAAGGTGTTATGTTAGATGAAAATGGAAACATA +GTTCAAAAAGGTGAATATGGTCCATATATACAATCTGAAAGATTAGATATATACAAAGAG +TATATACAACAATTACTAGATAGTAAAAAAGCTTACTACTGCTTCTGTACTAAAGAGAGA +TTAGATGAAGTAAGAGAAAAGCAAAAGGAAGCTGGAGAAACTCCAAGATATGATGGTCAC +TGTAGAGATTTATCTAAAGAAGAAATAGAAGCTAAAATAGCAGCAGGAGAACCATATGTA +ATAAGATTAAGATTACCAGAAAATCATGTAATAAGATTTACTGATTTAGTTAGAGGAGAA +ACTGAGTTCAACACTAACGATTTAGATGACCAAGTTTTAATAAAAACTGATGGGTTCCCA +ACTTACCATTTTGCAGTTGTAGTCGATGACCATTTAATGAAAATAACTCATGTAATAAGA +GGAGAAGAATGGGTTTCTTCAACTCCAAAGCATGTTTACTTATATGAAGCATTTGGATGG +GAAGCTCCAACATTTGTACATTTACCAAATATACTTAATAAAGAAAAGAAAAAGTTAAGT +AAGAGACATGGTGATGTTGCAGTTGAAGATTTCAAGAAAAAAGGATACTTACCAGAGGGA +TTAATCAACTATGTTGCACTAGTTGGATGGTCTCCAGAAGATAACCAAGAATTATTCACT +ATGGAAGAATTAGAAAAAGCATTCTCTGTAGAAAGAGTTTCTAAGAGTGGTGGAGTATTT +GACACTGAAAAATTAAACTGGGTTAACCAACATTATATAAAAGATGCAGATGATAACTAT +TTAACAGATTTAGCTATACCATTTTTAATAGAAGCTGGGTTCGTGACTGAAGAAGAAGCT +AAAACTAAGTATGACTTTTTAAAAGGAATGATATCAGTTCTTAAAGAAAAATTACAATAT +GTAAAAGAAGTAACTGATCATGCTTCTATATTCTTTGGAGATAATGTTGAATTAGAAACT +GAAGAATGTAGAGAATTCTTAAACTTAGAGCATATACCAACATTAGTAAATGCTTTAGAA +GAAAAAATAGGAAATGCAGAAGTTTTAGATGAAGCTTTCGTTAAAGCTATGTTCAAAGAA +ATACAAAAAGAACATGGAATAAAAGGTAAAAACTTATTCATGGGATCAAGAATAACTTTA +ACAGGACAAATGCATGGACCAGATCTACCAAAAACTATGGAAGTTTTAGGAAAAGAAACT +TGTTTAAATAGAGTATCTTATGTAAAAAATAATATATTATAGTTAAAAAAGTCCACTATT +TCAATGTGGACTTTTTTATATGTAATTATTTGGAGGAAAGATTTACCCTTAAGTGTAGAG +GAGTTTGATTACTTAAATTTAATATTATAACTTAGAAAATAGTTAGAAAGATTAATCATA +AGTAAGTGTTTATAATTACAAAATATTAAATTAAATGGTTTGTTTATTAACGAGGGGGTA +ATTATGTATAATAATATAGAAGATGTTAAAAAAGAATTAGAGCAACTTTGTGAAGAGTAT +ATAGACGTTTTAAAAGATTTAAAAAATAAAAACGTAATAAGCGAAGATACTTTTGATAAT +TGTGTTGGAAGTAAAATTTTATTTCTAGATAAATAATATACTTATAGGCAAGATTTTTTT +ATAGCATAGAAGGATATAATAGTAATACTATTAATTGTAAAGTTTTTCAATTATAATATA +TTATATAATTATTATGTTATGGCAATTTATTACAATACAGTGAGGTGATGAGTGTGAAAT +TATATAATACAATGACTAAGCAAAAAGAAGAGTTTGTTCCGATAGAGGAAGGAAAGGTAA +AAATGTATGTATGCGGACCGACAGTTTATAACTATATACATATAGGTAATGCTAGACCTT +TCATAATATTCGATACACTAAGAAGATACTTAGAATATAGAGGATATGATGTGACTTATG +TCCAAAACTTTACTGATGTAGATGATAAAATCATCAAAAGAGGTCATGAAGAGGGGATAT +CACCAGAAGAAGTTGCAAGTAAATATATAAATGAATACTTTGTAGACTCTGATGGATTAG +GAATAAAAAGAGCGACTGTACATCCTCAAGTTACAGATAATATAGAGCAAATAATAGCTT +TTGTAAAAGAGTTAGAAGATAAAGGATATGCGTATGAAGTAAATGGAGATGTTTACTTTG +ACACTAAAAAATTTGAAGGATACGGAAAACTTTCAAAGCAAAAGCAAGATGAGTTAGAAG +CAGGTGCAAGAATAGAAGTAAATGATCAAAAAAGACATCCAATGGATTTTGTACTTTGGA +AAGCTAAAAAAGAAGGCGAACCAGGATGGGCAAGTCCTTGGGGTGAAGGTAGACCAGGAT +GGCATATAGAGTGTTCTGTTATGTCTAATAGATATTTAGGAGAAACGATAGATATTCATG +CAGGTGGGCAGGACTTAACTTTCCCGCATCATGAAAATGAAATAGCACAAAGTGAAGCTA +GAAGCGGAAAAACTTTTGCTAATTATTGGATGCATAATGGATATATAAATATTAACAATG +AAAAAATGAGTAAATCAAAAGGTAATTTCTTTACAGTAAGAGATATATCTAAGTTATATG +ATTTAGAAATAGTAAGATTCTTCATGCTATCAGCACATTATAGAAATCCAGTAAACTTCA +GCGATGAAATGTTAAACCAAGCAAAGGCTGGTCTTGAAAGATTATATAATACTAAGGAAA +AATTAGAATTTACTATTAGTAATTTAAATGAATCAAGCATAACAGGAGAAGAATCTAGCT +TAGTATTAGAATTAGATAGTTATAGAGCTAAGTTTATAGCAGCTATGGATGATGATGTTA +ATACAGCAGATGCTATAAGTGTTATATTTGAATTAGCTAAATTTATAAACTCTAATGTAA +ATGAAAAATCATCTCTAGAATTTGCTAAAAAGTGTTTAGATGAGTTTAATGAGTTAACTT +CAGTTTTAAATATAGTAAATAAGAAAAAAGATGATATACTAGATGAAGAAATAGAAAGCT +TAATACAAAAAAGAACAGAAGCTAAGAAGAATAAGGAATATCAATTAGCTGATGAGATAA +GACAAGAATTATTAGATAAAGGAATTGTATTAGAAGACACAAGACAAGGTGTTAAGTGGA +AAAGGATATAATCATGGATAGATCAGAATTACTTACAATATCACCATTAGTACTAGCATA +TTTAGGTGATACAGTTTATGAGTCTTATGTAAGAGAGTACTTAATCAAAAAGAATATAAA +TAAAAAGGTTAATGATCTTCATAAGTCAGCAATAAAGTATGTTAATGCAAAGGCTCAAGC +AACAGTAATACATGCAATAGAGGATGAATTAACAGAAGATGAAGAGAGAATCTACAAAAG +AGGAAGAAATCAAAAATCTCATACTTCTCCTAAAAATGCAGACATAATTGATTACAAACA +TGCAACAGGCTTTGAGGCTTTAATAGGATACTTACATTTAAATAACGAAAGTGATAGATT +AAATTATATAATATCAAAGGGAATAGATATTATAGAAAATAGTATGAAATAAAATTAATT +TTAAAAAAGTATTGTCTTAATTAAATGACAATGCTTTTTTTTATAAATGATGTATAATAG +TATTTATAAATAAAACATTATAATATATACAGTTATTTATTATGATAACAAAGAAAAATA +GGCGGTGAAAGAATTGGCAAATATAGAAGGAAGAAATCCTGTTATAGAGGCGATAAAAAG +TGAAAGAGAGATAGATAAAATAATGATATCTAACTCAGCAAAAGAAGGATCTATAAAAAA +AATTATAGGTATGGCAAAAGAAAAAAATATAGTATTACAATATGTAGATAAAAATAAATT +AGATGAAATAAGTACAAGTCATGCACATCAAGGTGTAATAGCTCAAGTTAGTGAATATAA +ATACTATGAGCTAGATGAATTAATTGAGTCTGCGAAAGAAAAATCAGAAAGTCCATTTTT +TATAATATTAGATGAAATAACAGATCCACATAACCTTGGAACAATTATAAGAACAGCGGA +TGCAGTTGGTGCACATGGTGTAATAATACCAAAGAGAAGATCTGTACATATAACTCCGAC +TGTTGCTAAAGCATCTGCTGGAGCAGTTGAATATGTACCAGTATGTAAAGTAACCAATAT +AGTAAATACAATAAAAAAACTAAAAGAAGAAGGTCTATGGATAGCTGCAGCAGATATGGA +TGGACAACCATTCTACGAACAGAATCTTACAGGTCCAATTGGACTAGTTATAGGTAGTGA +AGGTTTTGGAATATCTAGATTAGTAAAGCAAAACTGTGATTTTACAGTAAAGATGCCTAT +GATAGGAAATGTTACATCGTTAAATGCTTCAGTAGCAGGAGGAATACTTCTGTACGAAAT +ATTTAGACAAAGAACAGGCAAAAAATAGGGTAATGAGAAGAAAATTAAATTCGTATTTAG +TAATAGATGGTTACAATATTATAAATGCATGGGATGATTTAAAAGAGATAGCTAAATATA +GTTTAGAAGATTCTAGAGAAAAATTAATACACTATATTATAGATTATTCTGAGTTTACAG +GGAAGAAAGCTATAATAGTATTTGATGCTTATAACATAAAAAACTCTAAAGAAAAGATAG +AAAAAAGAAAACATATAACTATTATTTATACAAAAGAGTACCAAACAGCAGATAGCTATA +TAGAAAAATTTATAAGTACCTTATCAAAGTATGATGAAGTAAAGGTAGCTACAAATGATT +ACGCAGAGCAGCAGATTGTTTTAGGGAAAGGTGCTAGTAGAATATCAGCTAGGGAGCTTA +AATTAGATCTAGAATCTGCGAAGGAAAAAATTAGAGAAAGAACTAGTAGTCAACATAAAA +AAATACAGAGAAATTTCTTGGAAGAAAGGTTAGATAAAGAAACATTGTCGAAACTTGAGA +ACATTCGTAGAAAGCGTTGAAGTGGCTAACTTTATTAGACTATAATATACCTATGAAACT +GATAGTAATGGGGGAAATTATTAATGGGAATAGCGAATGATAAGGAATATGAATTTTTGG +ATAACAGCCAACAAGATGAGTATAATATAGTATTAAAAGCAAGCAATGGGGATAAACTAG +CTTTAGAGTATATTATTACAAAGTATAGAAATTTTGTTAAAGCAAAAGCTAAGTCATATT +TTTTGGTAGGAGCAGATAAAGAAGATATTATACAAGAAGGAATGATAGGACTTTATAAAG +CAGTAAGAGATTTTGATGGAAGTAAAACAAATTCATTTAAATGTTTTGCAGAGATATGCA +TAACGAGACAAATAATAACTGCAATAAAGACGGCTACTAGACAAAAGCACATACCGTTAA +ATTCGTATGTATCTTTGAATAAGCCAATATATGATGAGGAATCAGATAGAACTCTTTTGG +ATATTATAGCTACTAGTATAGTTACAGATCCAGAAGAACTAATAATAAGTAAAGAAGAGC +TAAAACGTATCCAGTCAAAGATGGATGAACTATTAAGTGATTTGGAATTGGAAGTATTAG +AACTATATTTAAATGGCAAGTCATATCAGTACATAGCAGATAGACTAAATAGAGATGTAA +AGTCAATAGATAATGCTCTTCAAAGGGTTAAGAGAAAATTGGAAAAACATCTTGAAAACA +GAAATGATTAATAGTAAAATACTTACCATAAGCTTATTACAAGCAAAATTATATAACATA +ACAATAGGAGGTATTTCAAAATGGCTAAAGCTAAATTTGAAAGAAGTAAACCACATGTTA +ATATAGGAACAATAGGTCACGTTGACCACGGTAAAACTACATTAACAGCTGCTATAACAA +AAACTTTACACGAAAGATACCAATTAGGAGAAGCTGTAGACTTTGCTAACATAGATAAAG +CTCCAGAAGAAAGAGAAAGAGGTATCACAATATCAACTGCTCACGTTGAGTATGAAACTC +CAAACAGACACTACGCTCACGTTGACTGTCCAGGACATGCTGACTACGTTAAGAACATGA +TAACAGGTGCAGCTCAAATGGACGGTGCTATATTAGTTTGTTCAGCAACTGATGGACCAA +TGCCTCAAACAAGAGAGCATATACTATTATCAAGACAAGTTGGTGTACCATACATAGTAG +TATTCTTAAACAAGTGTGATATGGTAGACGATGAAGAATTATTAGAGTTAGTTGAAATGG +AAATAAGAGACTTATTAAATGAGTACGAATTCCCAGGAGATGACACTCCAATAATAAGAG +GATCAGCTTTAATGGCTTTAGAAGATCCAACTTCAGCTTGGGGAGACAAAATAGTAGAAT +TATTCGAAATAATAGATGACTATATACCAGCTCCAGAAAGAGATGTTGATAAAGACTTCT +TAATGCCAGTAGAAGACGTATTCTCTATAACAGGTAGAGGAACAGTTGCTACAGGTAGAG +TTGAAAGAGGTATATTAAAAGTTCAAGACGAAGTTGAAGTAGTAGGACTTTCAGAAGAAC +CAAGAAAGATAGTAGTTACTGGAGTAGAAATGTTCAGAAAATTACTAGATCAAGCAGAAG +CTGGAGATAACATAGGAGCATTATTAAGAGGTGTTCAAAGAACTGAAATAGAAAGAGGAC +AAGTATTAGCTAAGCCAGGAACAGTTAAAGCTCACACTAAATTCATGGCTGAGATATACG +TTCTTAAAAAAGAAGAAGGTGGAAGACATACTCCATTCTTCGATGGATACAGACCACAAT +TCTACTTCAGAACAACTGACGTAACAGGTGCTTGTAAGTTACCAGAAGGAATAGAAATGG +TAATGCCTGGAGATAACGTAACTATAGAAGTTGACTTAATAAACTCTATATGTGTTGAAG +AAGGATTAAGATTCGCAATAAGAGAAGGTGGAAGAACAGTAGCATCAGGTGTTGTTGCTT +CTATAATGGAATAATTTCTGAATAAGAAATAGCCAAAAAAAGAGGGGGAATTTACTCCTC +TTTTTTTTAAGAATGAAAAGACAAAAACATTGACAGTCATATTAATTTGTGATAACTTAT +ACAAGGTAATGATTTGGAAGGTAATAATACTTCAATTAAAAGAATTAAAGTATTATATTA +TTTAATATATTTACTTACAAAAAGTTGGAGGTGTAGCAGATGAGAGTAAAAGTAACTTTA +GCATGTACAGAGTGTAAGCAAAGAAACTATAACACTACTAAAAACAAGAAAAACAACCCA +GATAGAATAGAATTACAAAAATATTGTAGATTCTGTAAGAAACACACTACTCATAAAGAA +ACAAAATAGTTTTTAATTAAGGATGTGAGTGTAGTATGGCTACTCAGGTAAAAAATGGCA +TAATGCCTAAAAAGAAAAGATTTAGTTTAGTGACTTATATAAAAGAAACTAAGCAAGAGT +TAAAAAGAGTTACGTGGCCGACAAAAAAGGAATTACTGAAAAATACAGGAATAGTTTTAA +CTGTAGTTATTTCGTTCACTATATTAGTATGGCTATTAGACACTGTTTTATCTGGTGCAC +TAGCATTTATACTAAAATAGATAAAAAGGAGAAAGAGAATGTCAGAATTACAAGAAGCAA +GATGGTATGTAGTTCATACCTATTCAGGACATGAAAACAAGGTTAAAGCTACTATAGAAA +AAGCTGTAAAGACTAGAGGTATGGAAGATTGCATAACTCAAGTTGTTGTTCCTACTGAAG +ATGTAGTTGAAACTACTAAAACAGGTAAGGAAAAAACTAGACAAAGAAAAGTATACCCAA +GTTATGTATTGATTAAAATGATTATTACAGATGAGTCTTGGTATATCGTAAGAAATACTA +AGGGTGTTACAGGATTTGTTGGACCTGGTTCAAAACCGGTACCATTAAGTGATGACGAAG +TTATTGCTATGGGGATTGATTTAGAGTCTACTAAAGTTGTTAATGGAGAAACTGATTTGG +AAGTTGGAGACAACGTTCAAATTAAAAATGGTCCATTTAGCGGAAAAATAGGGACTATAG +AAAAAATCAATATGGAAAACAAAACTGTTACTGTTTGCTTGGATGCTTTTAATAAAAAGA +CTCCATTTGAAATGGACATTGATAGTATAGAAAGAATATAATTTTTATATGTAAATAATC +TGAGGAGGTGCGATAAAAATGGCTAAAAAAGTTATAGGTCAAATAAAATTACAAATACCT +GCAGGAAAGGCTACTCCAGCACCACCAGTTGGTCCAGCATTAGGACAACACGGTGTTAAC +ATAATGGGATTCACAAAAGAATTCAATGCTAAAACTGCAGATCAAGCTGGGATGATAATA +CCAGTTGTTATAACTGTATATCAAGATAGATCATTCAGTTTCATAACAAAAACTCCACCA +GCTGCAGTATTATTAAAGAAAGCTGCTGGTTTAGATTCAGCTTCAGGAGAACCAAACAAG +AAGAAGGTTGCTACTTTATCATCTGATGAAGTTAGAAAAATAGCTGAATTAAAAATGCCT +GACTTAAACGCTGCATCAGTTGAAGCTGCTATGAGCATGATAGCTGGTACTGCAAGAAGT +ATGGGTATCGTTGTAGAAGACTAATTTTAAATTAGACACTTCGTATAGAAGTGGGAGGTT +TTAAACCGAAAAATACCACTAGGAGGAATAAAAAATGGCTAATAAAAGTAAAAAATATGT +AGAAGCATTAAGCAAAGTTGATAGAACTAGAATGTACGATGCTAAAGAAGCATTAACTTT +AGTTTCTGAAATAGCTAATGCTAAATTCGATGAGACTGTAGAAGCTCACATCAAATTAGG +TGTTGACTCAAGACATGCTGATCAACAAGTTAGAGGTGCTGTTGTATTACCACACGGTAC +TGGTAAAACTAAAAGAGTTTTAGTTTTCGCTAAAGGTGCAAAAGCTGAAGAAGCTAAGAA +TGCAGGAGCAGACTTTGTAGGGGCTGAAGAATTAGTTCAAAAAATACAAGGTGAAAACTG +GTTCGAATTCGATATAGTTGTTGCTACTCCAGATATGATGGGTGTAGTTGGTAGATTAGG +TAGAGTATTAGGGCCTAAAGGTTTAATGCCAAACCCTAAATCAGGAACAGTTACATTTGA +TGTAGCTAAAGCTATAGATGAAATAAAAGCAGGTAAAGTTGAGTACAGATTAGACAAGAC +TAACATAATACACGTTACTGTAGGTAAAGTATCTTTCGGTGGAGAAAAATTAACTGAAAA +CTTTGCTGCATTAATGGATGCTATAGTTAAAGCTAAGCCAGCTGCTGCTAAGGGACAATA +CTTAAGAAGTATATCAGTTGCTTCTACTATGGGACCTGGAGTGAAAGTGAATCCAGCTAA +AATAGCAGAATAATTATACTGTTGACACAGAGAAACAAAAATGTTAATATAACATTTGTT +GATATAAAAAATAATAGTTTTGCCGTAGACAGTAGGGGCGTATTGCTTAAATATCCTACC +GAGGTTTTAGATGGATTGAATTACTAAAGCTTTGTGTGTCTATAATATTGATACAAAAGC +TTTTTTTAATGAGATATACGGCGTAAACAAACCTATCAGGTGAAGGAGGTGCACGTTTAG +ATGAGACAAGCTATAGAACTTAAATCACAAGTTGTAAGTGAAATAGTTGAGAAGTTACAA +AAATCTTCTTCTGCAGTTGTAGTTGACTACAAAGGATTAACAGTTGAAGAAGTAACTGAA +TTAAGAAAGAAAATGAGAGAAGCTGGTGTTGAATATAAGGTATACAAAAACACTTTAGTA +AGAAGAGCTGCTAAAGAAGTTGGTATAGAACAATTCAATGACGAGTTATTAGTTGGAACT +AATGCAATAGCATTCGGATACGAAGATCCTGTTGCTCCAGCTAGAATATTAAAAGAATTT +ATGGATTCTCATCCAAAAATGCAATTAAAAATGGGTGTAGTAGAAGGAGAATTCTACAAC +GAGTCTCAAATAGTTGAGTTCGCTAACATACCATCAAGAGAAGTTCTTCTTGCTAAGTTA +CTTGGAAGCTTAAAGGCTCCAATGTCAAACTTCGCATACTTAATAGATGCAATGATAAAG +AAAGCAGAAGGGCAAGAAGCTTAATTGTCAATTTTGAAAAAATAGATAAGGTTGCATAGT +GACGTTATCATAATAAAAATAATTTAAGAAAAATATTCGGAGGTGCTAAAAATGACAATA +GAACAAATATTAGAAGCTATAGAAAACATGAAAGTTTTAGAATTAAATGAATTAGTTAAA +GCTGCTGAAGAAAAATTCGGTGTATCTGCTTCAGCTCCAGTTATGATGGCTGGTGCAGCT +GCTGGTGGAGCTGCTGAAGAAAAAACTGAATTCGACGTAGTATTAGCAGGAGCTGGATCT +TCAAAAGTTGGAGTTATAAAAGCTGTTAGAGAAATAACTGGATTAGGATTAAAAGAAGCT +AAAGAAGTAGTTGATAACGCTCCTAAGACTGTTAAAGAAGGAGTTTCTAAAGAAGAAGCT +GAAGAAATGAAAGCTAAATTAGAAGCTGCTGGAGCTACTGTAGAAGTTAAGTAGTTTTTA +TAAAAAACAGAAAAGATGCCTTTTGGCATCTTTTTTTTATATCTATATAAAAAATATAAA +ATATACGAAAAAAATAGAATTATAGATTGGCATTTTGTGCATAATAAATAATGCATATTT +TGTGAGGTTGAATAATTATACACAGATTGTGTAATAGTTATTAATATACATATTGAAAAA +TAATAATTCTTATGGTAAAATTATTAGATGCGTTAGAATGACTATGGTTTTATTTTTAAT +TATTGAGAGGTGAAAAGTGAATGCCACATCCTGTCACGATAGGTAAGAGAACTAGAATGA +GCTTTTCTAAGATAAAAGAAATAGCTGATTTACCAAATCTTATAGAATTACAAGTTGATT +CATATAAGTGGTTTTTAGAAGAAGGGTTAAAGGAAGTATTTGAAGATATTTCTCCAATAG +AAGATTATACAGGTAATCTTATATTAGAATTTGTTGATTACTCTTTAGACGATAAGCCGA +AATACGATATAGAAGAATGTAAAGAAAGAGATGCTACATACTGTGCGCCTCTAAAAGTTA +AAGTAAGACTTATAAATAAAGAAACTGGGGAAATAAAAGAACAAGAAGTATTTATGGGCG +ATTTCCCACTTATGACAGAAAGAGGAACTTTCGTAATAAATGGTGCGGAAAGAGTTATAG +TAAGTCAATTAGTTAGATCTCCAGGTGTTTATTATGCTGAAGAGAGAGATAAAGCAGGTA +AGAGATTAATATCTTCTACAGTTATACCTAACAGAGGTGCATGGTTAGAATATGAAACAG +ATTCTAATGATGTTATATCTGTAAGAGTTGATAGAACTAGAAAGCAACCAGTAACTGTTT +TACTTAGAGCACTAGGTATAGGAACAGATGCTGAAATAATCGAACTTTTAGGTGAAGACG +AAAGATTAAGTGCTACTTTAGAAAAAGATAATACTAAGACTGTTGAAGAAGGATTAGTAG +AAATCTACAAAAAGTTAAGACCAGGTGAACCACCAACAGTTGAAAGTGCTTCATCATTAT +TAAATGCTTTATTCTTTGATCCAAAAAGATACGATTTAGCTAAAGTAGGAAGATATAAAT +TTAATAAGAAGCTTGCTTTATGCTACAGAATAATGAATAAAGTTTCAGCTGAAGACATAA +TAAATCCTGAAACAGGAGAAGTATTTGTTAAAGCTGGAGATAAAATATCTTATGAAATAG +CTAAAGATATTCAAAACTCAGGTATAAACGTAGTAAATGTACTTGTTGATGAAGATACTA +CAGTTAAAGTAATAGGAAATAACTTTGTAGACATCAAGTCTCACATTAATTTTGACATAG +ATGAATTAAATATAAAAGAAAAAGTTCACTATCCAACATTAAAAGAAATATTAGATGAGT +ATAGTGACGAAGAAGAAATAAAAGAAGCTATAAAGATAAGAATGAAAGAGCTTGTACCAA +AGCACATATTATTAGATGATATAATAGCTTCAATAAGTTATGAATTTAACCTATTCTATG +AAATAGGTAATATAGATGATATAGACCACCTAGGAAATAGAAGAATAAGATCAGTAGGAG +AATTACTACAAAACCAAGTTAGAATCGGTCTTTCAAGAATGGAAAGAGTTATAAAAGAAA +GAATGACTGTTCAAGACATGGAATCAATAACTCCACAAGCATTAGTAAACATAAGACCTG +TTTCTGCTGCGATAAAAGAGTTCTTTGGTAGTTCTCAGTTATCTCAGTTCATGGATCAAA +CAAACCCATTATCTGAGTTAACACATAAGAGAAGATTGTCAGCGTTAGGACCAGGAGGAC +TTTCAAGAGAAAGAGCTGGATTCGAAGTGCGTGACGTTCATCACTCACACTACGGAAGAA +TGTGTCCGATAGAGACTCCAGAAGGGCCAAACATCGGTCTTATAAACTCATTAGGAACTT +ATGCTAAGATAAATGAATATGGATTCATCGAGTCTCCTTACAGAAAATATGATAAGGAAG +CTGGAAGAATAACAAATGAAATACATTATTTAACTGCTGATGAAGAAGATTTATTCGTAA +GAGCTCAGGCTAGCGAACCTTTAACTGAAAACGGTGAGTTCATAAATAACAGAGTTGTTT +GTAGAACTGTAAATGGTGCAGTTGAACTAGTTCCAGCAAGCAGGGTAGATTACATGGATA +TATCTCCTAAGCAAGTTGTTTCTATAGCTACAGCGATGATACCGTTCTTAGAAAATGATG +ATGCCAACCGTGCCCTAATGGGATCGAACATGCAACGTCAAGCCGTGCCTCTAGTAAGAA +GAGAAGCACCGATTATAGGTACAGGAGTAGAATATAGAGCAGCTAAAGACTCTGGAGCCG +TTGTAGTTGCTAAAAACTCAGGTATAGCAGAAAGAGTTACTGCAGATGAAATAATAATAA +GAAAAGAAGATGGAAGTAAGGACAGATATAAATTACTTAAATTTAAACGTTCAAACTCAG +GTACTTGTATAAACCAAACTCCAATCATCAGTAAAAATGATGAAATACAAGCAGGAGATG +TTATAGCAGATGGGCCAGCTACTGACTTAGGTGAAGTAGCTCTAGGAAGAAACTGCTTTA +TAGCATTCATGACTTGGGAAGGTTATAACTACGAAGATGCCATCTTAATAAATGAAAGAT +TAGTTAAAGAAGATAGATTATCAACAATTCATATAGAAGAATATGAATGTGAAGCTAGAG +ATACTAAGCTAGGACCAGAAGAAATAACTAGAGATATACCTAATGTATCTGAAAGTGCTA +TAAAGAACTTAGATGATAGAGGTATAATCAGAATAGGTGCTGAAGTAGATTCAGGAGATA +TATTAGTTGGTAAAGTAACTCCAAAAGGAGAAACTGAACTTACTGCTGAAGAAAGATTAC +TTCGTGCAATCTTCGGAGAAAAAGCGAGAGAAGTTAGAGATACTTCACTTAAAGTTCCTC +ATGGAGAATCTGGAATAATAGTTGATGTAAAAGTGTTCACTAGAGAAAATGGAGATGATT +TATCTCCAGGTGTTAATGAATTAGTTAGATGTTATATAGCTAAGAAGAGAAAAATAAAAG +TTGGAGATAAGATGGCTGGGCGTCATGGTAACAAAGGGGTTATATCTAGAGTATTACCTG +AAGAAGATATGCCGTTCATGGCTGACGGAACTCCGCTTGATATAGTTCTTAACCCACAAG +GGGTACCATCACGTATGAACATCGGTCAGGTACTTGAAGTTCATTTAGGTCTTGCTGCTA +AAGCTTTAGGATGGCATGTTGCTACATCTGTATTTGATGGTGCAAAAGAAGGTGACATAA +GAAATGCTCTTAGAGAAGCTGGATATCCTGAAGATGGTAAGTTAACACTATATGATGGTA +GAACAGGTGAAACATTTGATAATAGAATAACTGTAGGATACATGTACATGCTAAAACTAC +ATCACTTAGTTGATGATAAGTTACATGCAAGAAGTACAGGACCATACTCACTAGTAACTC +AACAACCATTAGGTGGTAAAGCACAATTTGGTGGACAAAGATTCGGTGAGATGGAGGTTT +GGGCATTAGAAGCATACGGAGCTGCTCATATACTTCAAGAAATACTTACAGTTAAATCTG +ATGACGTTGTAGGACGTGTTAGAACTTACGAAGCAATAGTTAAGGGAGAAAATATTCCTG +AACCAGGAATCCCTGAATCATTTAAGGTTCTTATAAAAGAACTTCAAAGTTTATGCTTAG +ATGTTAAGGTATTAACTGATGAGGATAAAGAAATAGAAGTAAGAGAATCTGTTGATATGG +ATGATACAGATGGAAACTTCGAAATAAGTCTAATAGACGATATGCAAGAAGTAGAAGATA +CTCACATAATCGAAGAGATAGATGATGAATTAGTTGATGAAACAGATGCTGATATAGATG +ATTTAGATCTTGAGGAAGATATGAATTATGACGATTTAGATTATGAAAGTGAAGATTTTG +ATATATAGTTTTTAATTAGTGCAAATATCAAATAGAAGGGAGAGAACTCCTTGTTTGAAT +TAAACAATTTTGAGTCGATAAAAATAGCCTTAGCTTCTCCAGAAAAAATTAGAGAATGGT +CAAGAGGAGAAGTAAAAAAACCTGAAACTATAAACTACCGTACTTTAAAGCCAGAAAAAG +ACGGTTTATTCTGTGAAAGAATATTTGGACCACAAAAGGACTGGGAATGTCACTGTGGTA +AGTATAGAAGAGTTAGATACAAAGGTGTAGTTTGTGATAGATGTGGAGTAGAAGTTACTA +AATCAAAAGTAAGAAGAGAAAGAATGGGACATATAGAGCTAGCAGCTCCTATGTCTCATA +TCTGGTACTTCAAAGGTATACCAAGTAGAATGGGTCTTTTACTTGATATGTCTCCTAGAT +CTTTAGAGAAAATACTATACTTTGCTTCATATGTTGTAATTAACCCAGGGGAAACTGGAT +TAAATGCTAAACAACTATTAACTGAAAAAGAATATAGAAGCGCCGTTGAAAAATACGGAT +ACAACTCTTTCGAAGTAGGTATGGGTGCAGAAGCAGTCAAAGAACTACTTAGAAATATAG +ATTTAGAAAGAGAAAGTAAAGAATTAAGAGCTGACTTAAAAGACAGCACTGGACAAAAAA +GAGTTAGAACAATAAGAAGATTAGAAGTGGTAGAAGCTTTCAAAAAGTCTGGAAATAAAC +CAGAGTGGATGATATTAGATGCTATACCAGTAATACCACCGGATTTAAGACCTATGGTTC +AATTAGATGGTGGAAGATTTGCAACTTCTGATTTAAATGACTTATATAGAAGAGTTATAA +ATAGAAATAACAGATTGAAGAGATTATTAGAGCTTGGAGCACCTGATATCATAGTTAGAA +ATGAAAAGAGAATGCTTCAAGAAGCTGTAGATGCTTTAATCGACAATGGTAGAAGAGGTA +GACCTGTAACAGGACCTGGTAATAGACCACTTAAGTCTTTATCAGACATGTTAAAAGGTA +AGCAAGGACGTTTCCGTCAAAACTTACTTGGTAAACGTGTTGACTACTCAGGACGTTCTG +TTATAGTTGTTGGACCAGAACTTAAATTCTATCAATGTGGTCTTCCAAAGAAAATGGCCC +TTGAATTATTCAAACCATTTGTAATGGATAAGTTAGTTAAAGAAGGATACGCACATAATA +TAAAAAGTGCTAAATCTATAGTTGAAAAGGTTAAGCCTGAAGTATGGGATGTACTTGAAG +ATGTTATAAAGAGCCACCCAGTTCTTTTAAACCGTGCCCCTACTCTACACAGACTTGGTA +TCCAAGCATTTGAACCTATCTTAGTTGAAGGTAAAGCTATAAAGCTTCACCCACTTGTAT +GTACTGCGTACAATGCCGACTTCGATGGTGACCAAATGGCGGTACACGTACCTTTATCAG +TTGAAGCACAAGCAGAAGCAAGATTCTTAATGCTTTCTGTAAATAATATACTTGCTCCTA +AAGATGGTACTCCAATAACTACTCCTTCTCAGGATATGGTTTTAGGATGTTACTACTTAA +CAATCGAAGCTCAAGGTGGAGAAAAAGGAACAGGTATAATATTCAAAGATTACAATGAAA +TGTTACTTGCTTACCAAACTGGTGCAGTTGAATTACATGCATTAGTAAAAATGAGAGTAG +TATTACCAGATGGTAGAAAATCTCTTGTTGAAAGTACAGTAGGTAGATTTATATTCAATG +AAAATATACCTCAGAACTTAGGTTTTGTAGATAGAGAAGTAGATCCATTTGGATTAGAAG +TTGATTTCTTAGTTGACAAAAAATCTCTAGGTAAAATAATAGATAAGTGTTTCAGAAAAC +ATGGAAACACAGAAACAGCAATATTATTAGACCACATAAAAGCTTTAGGATTTAAATTCT +CAACTAGAGGTGGTATAACAGTTGCCGTAGCTGATATGAAAGTTCCTGATGCAAAAGCTG +GATACTTAAAAGAAGCTGAAGAAAAAGTAGATAAATATGAAAGAGCATATAGAAGAGGTT +TAATCTCTAATGAAGAAAGATATGAGAGAGTTATAGAAACTTGGTCAGAAACAACTGATA +AAGTAACAGATGCTCTTATGGCAGGTCTAGAAAGATTAAACAACATATATATAATGGCTC +ATTCAGGTGCCAGAGGTTCTAAGAACCAGATAAGACAGTTAGCTGGTATGCGTGGTCTGA +TGGCAAATGCATCTGGTAAAACAGTTGAGGTTCCAGTTAAATCTAACTTCCGTGAAGGAT +TATCGGTAATGGAATACTTCACATCATCACACGGTGCTAGAAAGGGTCTTGCCGATACAG +CACTACGTACTGCCGATTCAGGTTACTTAACAAGAAGACTTGTTGATGTCAGTCAAGATG +TTATAGTTAGAGAAATTGATTGTGGTACAACAGATACTACTGAAATAGTTGCAATAAAAG +ATGGAAATGAAGTAATAGAAGAATTATACGACAGAATAGTTGGTAGATATACTATAGATG +CTATAGTTAATCCACAAACTGGAGAAGTTTTAGTTGAAGCTGATGCTATGATACTTGAAG +ATGATGCTGATAAGATAATAGCAGCAGGAATCGAAAAAGTAGAAATAAGAACAGTTCTTA +ACTGTAAGACTACTCACGGAGTATGTTCTAAGTGTTACGGAAGAAACTTAGCTACAGGTA +AAGAAGTTAATATAGGTGAAGCTGTTGGGATAATAGCTGCTCAATCTATCGGTGAACCAG +GTACTCAGCTTACAATGCGTACATTCCATACAGGTGGGGTTGCCGGAGGAGATATAACTC +AAGGTCTTCCAAGGGTTGAAGAATTATTCGAAGCTAGAAAGCCAAAAGGTTTAGCTATAA +TAACTGAAATATCTGGTAGAGTTGAAATAGATGAAACTGGTAAGAGAAAAGAAGTAGTTA +TAGTACCAGAGTCTGGTGAAAATCAAGTTTATGCAATACCATATGGTTCAAGAATAAGAG +TAAAACAAGGACAAATGGTAGAAGCAGGAGATCCATTAACTCAAGGATCTATAAATCCAC +ATGATATCGTAAGAGTTCAAGGTATAGGTGGAGTTCAAGAGTATATAGTTAAAGAAGTTC +AAAGAGTTTATAGAATGCAAGGGGTTGACGTTAACGATAAGCATATAGAAGTTATAGTTA +GACAAATGTTATCTAAAGTTAAGGTTGAAGATCCAGGAGATACAGATTTATTACCAGGTG +GTTATGAAGATGTATTAACATTCAATAAATGTAATGAAGAAGCTATAGCTAATGGATTAA +GACCGGCAACGGCTAAGAGAAGCTTACTTGGTATAACAAAAGCATCTCTTGCTACAGAGT +CATTCTTATCTGCAGCATCATTCCAAGAGACAACTAGAGTTTTAACAGAAGCTGCGATAA +AAGGTAAGGAAGATAGACTTATAGGTCTAAAAGAAAATGTAATATTAGGTAAATTAATAC +CAGCAGGGACAGGTATGAAGAGATATAAAAACATAGCTGTTGAAAAAATACAAGACTAAG +AACTGATAAAGATAAAGAAATCTTGACAGTAATTGTGTCTGGTGATAAAATGTAAAAGTA +TGAAATTTGAAAGATTACTAAGGATTTTTAATCCTTAGTAGCTTTTAAATGGACTTTTAA +ATATACAAAGAACTAGCAGCACCAAGCTAAGAAGTGCTAAAACCACATTTTATGTGTGTT +AATAGACATTTAATTGTGTATTATAGAGTAATATAGAACGTATTACTTGCAAGTTGGCGG +TCATTAAGATCGAAAATTATTAAAAGAGGAGGTGCGGATGAATGCCAACAATTAACCAAT +TAGTTCGTAAAAGTAGAAAGGCAATAGAGAAGAAATCTACTGCTCCAGCATTACAAAAAG +GATACAATTCTTTAAACAAAAAAACTACTGATGCAAGTGCTCCACAAAAAAGAGGAGTTT +GTACTTCAGTAAAAACAGTTACTCCTAAGAAACCTAACTCAGCTTTAAGAAAAGTTGCCA +GAGTTAGATTAACTAACGGTATAGAAGTTTCTGCTTATATACCAGGAGAAGGACACAACT +TACAAGAGCATAGTGTTGTTCTTATAAGAGGAGGAAGAGTAAAAGACCTTCCAGGGGTTA +GATACCACATATTAAGAGGTACTTTAGATACTGCAGGTGTTGATAAGAGAATGCAAGCTA +GATCTAAGTACGGTGCTAAGAGACCTAAAGCTGCAAAGAAATAATAAAAATTAACAATTG +ATTATAGTGCGGTGCTTTAAATATATAGACATATTTATGGCATCACGGCATTATAAAATG +TCGAGTACCTATGATTTAAGATTAAATAATTAAGGAGGGAAGCAAAATGCCAAGAAAAGG +TAATGTTCCAAAAAGAGAAGTTTTACCAGATCCAATGTATGGAAGTAAGGTAGTAACTAA +GTTAATAAATAACTTAATGATAGATGGGAAAAAAGGGAAAGCTCAAACAATAGTTTATGA +TGCTTTCGCTATGATAGCTGAAAAAACAGGAGAAGACGCTTTAGAAGTATTCAATACTGC +TATGGAAAACATAATGCCTGTTTTAGAAGTTAAAGCAAGAAGAGTTGGTGGAGCTAACTA +CCAAGTACCAGTTGAAGTTAGACCTGAAAGAAGACAAACTTTAGGTTTAAGATGGTTAGT +AAACTATACTAGAGCTCGTGGAGAAAAAGGTATGGTTGAGAAACTTGCTAAAGAAATAAT +GGATGCTGCTAACAATACAGGAGCTTCTGTTAAGAAGAAAGAAGATACTCATAAGATGGC +AGAAGCTAATAAAGCATTTGCTCACTACAGATTCTAATAAATAGAACAGACTGATAACCT +TGAAAGAATAGGATATCATAAGGAGGATAACCATGACTAGAAAGTTTCCTTTAGAGAAAA +CTAGAAATATAGGAATCATGGCTCATATAGATGCAGGGAAAACTACTACTACAGAAAGAA +TCCTGTTCTATACTGGGCAAACTCATAAAATAGGAGAAACTCACGAAGGAGCTTCTCAAA +TGGACTGGATGGAGCAAGAAAAGGAGAGAGGTATAACAATAACTTCTGCTGCTACAACTG +CTCAATGGAACGGTCACAGAATAAATATAATAGATACTCCAGGACACGTCGATTTCACAG +TTGAGGTTGAAAGATCTCTAAGAGTTCTTGACGGATCAGTTGCAGTATTCTGTGCTAAAG +GTGGGGTTGAGCCTCAATCTGAGAACGTATGGAGACAAGCTGACAACTACGGAGTACCTA +GAATGGCATTTGTAAATAAGATGGATATCATGGGTGCAGACTTCTACAATGTTGTACAAA +TGATGAAAGACAGATTAAATGCAAATGCTGTACCAGTTCAATTACCAATAGGTAAAGAAG +ATTGGTTACAAGGTGAAGTTGACTTAGTAGAAATGTGTGCTCACATATACAAAGATGACT +TAGGAAAAGAAATAGAAAAAACTGAAATACCAGAAGATATGAAAGAATTAGCTGCTGAGT +GGAGAGAAAAATTAATTGAAGCTGTAGCTGAAACTGATGAAGAGTTAATGATGAAATATC +TTGAAGGTGAAGAGTTCTCTGTAGAAGAAATAAAAGCTGCTATAAGAAAAGCTACTATAG +CATGTGAAATGAACCCAGTATTCTGTGGTTCTGCATACAGAAACAAAGGTGTTCAGTTAT +TATTAGATGGTGTTGTTGATTACTTACCAGCTCCAACTGATATACCAGCTATAAAAGGTG +TATTAGACAACGGAGAAGAGTCTGAAAGACATTCATCTGATGAAGAACCATTCTCAGCTT +TAGCATTCAAAATAATGACTGACCCATTCGTTGGTAAGTTAGCATTCTTCAGAGTTTACT +CTGGGATAATGCAAGGTGGATCTTATGTTCTTAACTCTACTAAAGGTAAGAGAGAAAGAA +TAGGTCGTATCCTTCAAATGCATGCTAATACAAGAGAAGAAATAACTGAAGTATACGCTG +GAGATATAGCTGCAGCAGTAGGTTTAAAAGATACTACTACTGGAGATACTTTATGTGACC +CAGCTAACCCAATAATACTTGAATCTATGGAATTCCCTGAGCCAGTTATATCTGTTGCTA +TAGAGCCTAAGTCTAAGGCTGCTCAAGAAAAAATGGGTATAGCTCTTCAAAAATTAGCTG +AGGAAGATCCAACTTTCGTAGTTAAGACTGATGAAGAAACAGGACAAACTATAATATCAG +GTATGGGTGAATTACACTTAGAAATAATCGTTGATAGATTATTAAGAGAATTCAAAGTTG +AAGCTAACGTTGGTGCTCCACAAGTTGCTTACAGAGAAACTATAACTCAACCAGTTGATG +TTGAATACAAGTACTCTAAGCAATCAGGTGGTAGAGGACAATATGGTCACGTTAAGATCA +GAGTTAATCCTCAAGAACCAGGTTCAGGATACAAGTTTGAAAACAAAACTGTTGGTGGAT +CTGTTCCAAAAGAATACGTTGGACCAACAGATGCAGGTATACAAGGTGCTATGGCAGCTG +GTATAGTTGCTGGATACCCAGTTGTTGACGTTGCTGTTGAATTATACGATGGTTCTTATC +ATGAAGTCGATTCATCAGAAATGGCATTCAAGATGGCGGGATCAATGGCTATGAAGGACG +CTCTTAAGAAAGGTAACTCTGTATTACTTGAGCCATTCTTCAAAGTTGAAGTTGTTACTC +CAGAAGAATACATGGGAGACGTTATGGGTGGATTAAACTCTAAGAGAGGTTTAATACAAG +GTATGGAAGCTAGAAATGGTGCACAAGTTATAAATGCATTCGTTCCACTTTCAGAAATGT +TCGGATACTCTACTGAGTTAAGATCAACTACTCAAGGTCGTGCAACATACACTATGATAT +TCGACCACTATGAGCAAGTTCCAGCTTCAGTTGCTAAGAAAATAGCTGAAGGTAAATAAT +AACTTTTTATAAAGTTGATTATATAAATTTTAAAGATAGTAAGGTGAGTTAATTCTCACC +TTACATAAAAATATATTAGGGAGGTATTTCAAAATGGCTAAAGCTAAATTTGAAAGAAGT +AAACCACATGTTAATATAGGAACAATAGGTCACGTTGACCACGGTAAAA +>MGYG000000001_44 +GTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTTTAGAT +GTTGCACTTAATATGATAATTTATCATATAATAAAAAGCTAGATAAAATAGAAAACAAAA +AAGATACATCTTCAGAATCAGTATAATTAAAAAAGGTTTGAATTGATATAATATATGTAA +TAATATTGTTATAGATAAAATTCAATATAAAATAAAGAATGATAAGGGTGTCAAAATGGA +AGATTTAAAAAAAGCAATAAAAGAAATAGCAGAGCAAGAAATTATTAAAATTGTAATTAG +TAACAAAATGAATAAAGATGTTGAATATAATAAAATAAATTTTGCATTGAAAGAAAAAGG +CAATAAAGAATACTACCAAATTGAAAAGTTTACTGATAAGCAAGTATTCCATGAAAATAT +AGAAAAAGACCAATTAGAAGATAAGATGTTAGAATTTATATCTTCTTATAAACAACTTTC +TGCTTGGTCAAGTACAAATAACTTTGATTTAAAGATATCGAAAAAAGGTAAAGTATTCTT +AGGTAAGAAAAAAAGTGATAATTCTAACCTTATAAATAAAAGTCATAATAAAGAAAAGAA +CTATATTCTTAAAGAAGGAATGATAATACAGCCTCTTATAGACTTGGGCGTATTTACAAA +AGAAGGAAAAGTAGTTAAATCAAAGTATGACAAATACAAGCAAATAAATAGATTTGTAGA +AATAATAGATGATGAAATTAAAAAGAATGACCAAAAAGAATTAACTATTTTAGATTTTGG +TTGTGGAAAATCTTATTTAACCTTTGTATTGTATTATTACTTTGTTGAAATTAAAAAGAT +TAATGTAAAGATGATAGGGTTAGATCTTAAGAAAGATGTAATTAAAAAGTGCAATGAAAT +AGCTGAAAGATACGGATATGAAAACCTTCATTTTGAGCTTGGTGATATAAATGGATTTAA +ATATAATAATAAAGTAGATATGGTAATTACATTACATGCATGTGATACAGCTACTGACTA +TGCTTTATATAATGCTATTAAATGGAATAGTAAGATGATATTTTCAGTTCCATGTTGTCA +GCATGAATTTAATCATCAAATGAAGGCAGAATCTTTATCTATATTAACTAAGTATGGCAT +AGTTCAAGAAAGGGTTGCAGCTCTTATGACAGATGCAGCTAGAGCTAATTTACTAGAAGC +AGTAGGATACAAAACTCAGCTTTTAGAATTTATAGATATATCACATTCGCCTAAAAATAT +ATTAATTAGAGCTTCAAAAGGAAATGTAAATAAAGATAAAAAAGATAAATCATTAAGAGA +AGTTAATGATTTAATGAATCAATTTAACTTTAGTCCAACTTTATATAACTTATTAAAGGA +TGACAACTTAATTTAAATAATATAAATAAAACCACTTTAAATTAGATACTCTATTTAAAG +TGGTTTTTATTATAAGACCTCAATTATTAACTTTGATTGAAGCTATATAAATAATATTAA +ATTATATGTTTTTTATATTCTCTTCACTTGATATATTTCTCTTATTTGCAATTCCTGTAA +GCATAAGTGATAATGCACCATCCCCTGTAACATTACAAGCAGTACCAAAGCTATCTTGAA +GAGCAAATATTGTTAGTATAAGTGCTGTACCAGTCTCATTAAATGCAAGAACGCTAGTTA +TAAGCCCTAATGAAGCCATAACTGTACCACCAGGAACGCCAGGAGCACCTATTGCAAATA +CTCCAAGTAATATTATGAATAAAGCCATAGAGGATATACTTGGAAGTTGTCCGTAAAGTA +TTTGAGATACAACCATTACAAAGAATACTTCAGTAAGTACTGAACCACAAAGATGTATAT +TAGCACAAAGTGGTATAGAGAAGTCTAGTATATCTTTTCTTAAAACTTTTGATTTTCTAG +CGCAGCTTAAAGCTACTGGTAATGTAGCAGCTGAAGACATACTTCCTACAGCTGTTAAGT +ACGCAGGACCATAGTATTTTATGACTTCTATTGGATTCTTACCAGATATAGCTCCTCCAA +TCATGTATAAAAGAGCAAGCCATATAAAATGACCTATAAGAACAATAACTATAACTTTTA +AGAATACAGGTAGGTGATTAGTAATAGAGCCTTCATATGCTAATGCGGCAAATGTCGTAG +CTATAAAGAATGGTAGTATAGGTATTATTATTTTATTAACTAAGCTTAAAACAATTCCTT +GGAATTGATCTAATAATTTTTCAAATAAGTCTGCTTTTGTCCAAGTTACAGCAAGTCCTA +TTATTATAGATAGGAATAAAGCACTCATAACAGGCATTACTTGTGGTATATCTAATTTAA +ATATAAGTTCTGGTAATTCGCGTAAAGCTTCAGTAGTTGAATTAATTGATAATTTCGGTA +TTAGTATGTAGCCAAAAACAGCTGAGAATAAAGCTGCACCTACAGATGATAAATAAGCAA +GTCCAACAGCATATCCTAATAGCTTTGATGCATTATTATTAAGTTTTGCTATAGATGGTG +CTATAAATCCGATAATAATTAGTGGAACTGTGAAGAATATGACTTGTCCTAAGATGTATT +TTAATGTAACTATGATGTTCATAAATCCTTCAGATGAATAAAAGCCAATTAAAAGCCCTA +AAGTAACTGCTAGTACTAGCTTAAAAATTAAGCTATTAAATAATTTTTTCATGTTAAAGA +CCCCCATTATTTAAAATAATAAATAAGATATAGCACTGATGTGAAAAATATAAGAAATAC +TAGCTACATAGAAAGTTTAGCAGTTGTTATCTTAACATTCAACAAATGTTATAATAAAAA +ATTAATATATAAATAAATAGTATTTATATTATATTAATTATAAATACGACAAAAAAATTA +AGGTGATATGTATAAACAAAATCTAGACTAATAAGAATAATAAATAATATAATTGATATA +GAAATAATTGAGTGGAAAAAGATTTAATGGGAAAAATATAGTAAAATATGTTATTTTATT +GAATATTAACAGTTATGGAGGATGTAAATGAAAAGAGAAGATTATATTTCTTGGAATGAT +TATTTTATGGGAATAGCTATACTTTCAGGAATGAGAAGCAAGGACCCATCAACTCAAGTA +GGAGCTTGTGTAGTAGATAAAGATAATAGAATTGTATCAATAGGATACAATGGATTTATT +AATGGATGCAGTGATGATGATTTTCCTTGGAGTAGAGAAGGTGAATTTTTAGATACAAAA +TATCCGTATGTAGTTCATGCAGAACAAAATGCTATTCTTAATGCAAGAGGGAAATCACTT +GAAGGATGTAGAATATATGTAAATCTTTTTCCATGTCATGAATGTGCTAGAAATATTATA +CAATCAGGGATAAGAGAAGTTTACTACCTTAGTGATAAATATGCGGAAACAGATTCTATA +AAAGCATCAAAATATATGTTTGAAAAATCAGGAATAAAATTAGTACAGTTATCTCCAGAA +GTAGAAAAAATCGAAATAAAATTAAAATAAGACTCTCATATGTTGAGAGTTTTTTATGTG +AAAATTTACTATAAATAATCAAAATACTTTCAAAAAAATAATAAAAATGGTAAAATTAAC +AAGAACCGACCAGTCGGTCAGATGGGAGAAATTTTGGGGAGGAAAGTAGATGTTTTCAAG +ATTCAGTGTAAAAAGACCATTAACAATATTTGTATCCGTAATACTTACTATCATTTTAGG +GATAGTATCATTTACAGGTATGACAACAGATTTATTGCCGAAAATGGATTTACCATATGT +AGTGGTAATTACAGCATATCCTGGAGCCAGTCCAGAAAAAGTTGAATTAGGAGTTACTAA +ACCGTTAGAGAAGGTACTGGCAACCACAAGTGGAATAGAAAATATAGATAGTGTTTCAAG +TGAAAACTCAAGTATGATTATTCTTGAATTCAGTCAAGATATGAATATGGATAGTGCGAT +GATAGATTTGAGTGGTAAAATTGACCTTGTAAAATCTCAATTGGATGACGAGGTTGGATC +ACCAATGCTTATGAAACTTAATCCGGATATGATGCCAATAATGGTAGCAAGTGTTGATGT +AGATGGATTAGATATAAAGGAAGTATCTAAGTATGTAAAAGATGAAGTTATACCAGAGTT +TGAAAGAATAGATGGAGTAGCTTCTGTAGATACAACGGGGATATTAGAAGAAAGTATTGG +GGTAACTTTGGATAGTGAAAAAATTGATGCTATCAATGATAAAGTTCTTAAATCAATTGA +TTCAAAGTTAGCAAAAACTAAATCTCAATTAGATAGTGCTAAAGCACAGATAAAAGAAGG +TAAAGATGTATTAGCAAAGGAGAGCAAAAGTAAGACAGAAGAGTTAATCGATGGAGGCAA +TGCTCTTGAAGAAGGTAAGAATCAAATAGAAGATGCTATTAATAACTTACCACAACTACA +AAAAGATTTAGAAACTCAAAGAGAAGATTTAGTATCTAAAAAAGATGCTCTTATCTGGGC +AATAGAACAACAGGAACAAGCAGGTATACCGGTAACTGAAGAACAGCAAGCAGCACTAAA +TCAACTTGAAGAGGGAATAAAGTCTATTGATAAAGGAATAGAAGATATACAAAATCAAAA +GCCTACTTTAGAAAGTAGTTTAAAAGATATAATAGATAAGCAAAAACAATTAGAAATGGG +TAAGGTTGTACTAAATCAAGAACTTACTAAAGCCTCTGTTAATCTTTCAAACAATGAAGC +TCAATTAGAAGAGTCTATTAAGAAATTTGAAGAATCTAGGGATGAGGCATATAAAAATGC +GAATATAAGCGATATGCTTACAAAAGACACTATAAGTAAAATTTTAATGGCTCAAAACTT +CTCTATGCCAGCAGGGTATATATCGCAAGATGGGAATGACTACATAGTAAAAGTAGGGGA +TAAAGTAAAGGATATAAAAGAGTTAGAGAATCTTGTTCTTTTCAACATAGATGTAGCTGG +TATAGGTGATATTAAATTAAAAGATGTAGCTAAAGTTGAAATGATTGATAACTCAGATGA +TATTTACGCTAAAATTAATGGAAATGATGGTATAATTCTGACTTTCCAAAAACAAAGTAC +AGCATCAACATCTGAAGTTTCGGATAAAATTAATGAAACTATAGAAAACCTTACAGAAGA +AAATAAAGATATGCATATAACAGCTTTACAAGATCAAGGTATATATATTGATATGGTTGT +AAATTCCGTATTGAATAACCTTGTATCAGGAGGAATATTAGCTGTAATCATATTATTTGT +ATTCTTAAAAAGTGTAAAACCAACAATAATAATAGCATTTAGTATACCGATAAGTTTATT +ATTTGCATTGACGCTAATGTATTTTAGTGGAATAACTTTGAATATGATTTCTTTATCTGG +TTTAGCACTTGGCGTAGGGATGTTGGTTGATAATAGTATAGTTGTTATTGAAAATACAGC +TAGATTAAGAAATAAGGGTATGAATGTAGCCACAGCATCAGTAAAAGGAGCTAGTCAGGT +TGCAGGTGCTATATTTGCATCTACATTAACTACTGTGTGCGTATTTTTACCAATTGTATT +TACTAAAGGTATAGCAAGACAGCTATTTGAAGATATGGGACTAACAATAGCATATTCTTT +ATTAGCGAGTTTAATAGTAGCATTAACACTAGTGCCAGCTATGTTCTCAACTATGAATAT +TGACCCTAAAGAAAAAGAAGATAAATTCTTTGATAAGATTATAAATATATATGAAAAACT +ATTAAGAAGTAGTTTAAAACATAAATTTATGGTTTTAGCTTTAACAGTAATTTTACTTGT +ATCAAGTACATTTTTAGTTATAGCTAAAGGTACTACATTAATGCCTACTAGTGATAGTAC +TCAAATTTCAATATCAATGGAAATGCCAAAAGAATCAACGCAAGAAGATGCTAGAAATAT +GAGTGATAAAATAATAGATAAATTAACAAATATTGATGATATAGAAACTATAGGAGCAAT +TGAATCTAGTGGAGGAATGATGAGTAGTATGTCAGGTGGTGGCAATATATCATTCTATGT +TCTATTAAAAGAAGATAAAAAGTTAACAAGTCAAGAAATTGGAGATTTGATAACAGAAAA +AACATCAGATTTAGATTGTAAAATAAGTGTAAATACATCGACAATGGATATGTCTGCATT +AGGTGGATCAGGAGTAGAGATTATTATAACAGGTAAGGAGTTAGATAAGCTACAAGAAAT +AAGTACTGAGATTGCAGATATAGTAAGTAGTGTAAAAGGGACTATAGATGTATCTAATGG +ATTAGAGGATTCGGATAAGGAAACTCGCATAACTGTTAATAAAAATAGTGCAATGAAGTA +TGGGTTAACAGTAGCACAAGTTTATCAAGAGATTTCAGCAGCGCTAAAGGATGAAACTAC +AGCAACTACATTAGAACTTGAAGATAATGATTATCCTGTAGTTTTAATAAATAGCGATGA +GGATAAATTAAAAAAATCTAACTTAGAAAGCTTTACAATAGCAGCAACTAAAGATGGTGA +AGAAGAAAAAGTAAAAATAAGTGATATAGCAACAATAAAAGAAGAGGAAAGTTTATCTTC +AATAAGTCATAAGAGTCAGAATAGAAGTATATCTGTAACAGCTGGAATCGATAGTAGTCA +CAATATTGGTCTTGTGAGTAAAGATATTGAAGAAAAGCTAAAAGATTATGATTTACCAGA +TGGATATAGTATTGACATGGGAGGAGAACAAGAGTCTATAAATAGTGCTTTTAGTGATTT +AATTAAAATGATTACCTTAGCAATTATATTTATATACTTAATAATGGTTGCTCAATTCCA +ATCATTATTATCTCCGTTTATAGTATTATTTACGATTCCATTAGCATTTACAGGAGGATT +CTTAGGACTACTTATAACTGGTACTGAGTTAAGTATGATATCTCTTCTTGGATTCTTAAT +ACTTTCTGGTATAGTAGTTAATAATGGTATAGTATTCGTAGACTACGTTAACCAATTAAG +GTTAGATGGAATGGATAAGAAAGAAGCATTAGTATTAGCTGGAAAAACTAGAATTAGGCC +GATATTAATGACTGCCCTTACAACAATACTAGGTCTATCTACTATGGCTCTTGGAGCTGG +TATGGGAGCAGATTTAATGCAGCCAATGGCTATTGTAACAATTGGAGGATTAAGTTATGC +TACAATATTAACATTATTTATAGTTCCTATAATGTATGATATACTACATCGTAGAAAACT +AAAGAAGGTAGTTATAGAGGAGGATGAGATGTAGTGAAAAGCAACCTGCACTCTGAAAAG +GAAATATTAATATTTAATGGTGTTATGAAGCTCATGAATGAGGGCGTTAATATACATACT +ATAAAAGTAGCAGATATAGCGAAGTCAGTGGGTATAGGAAAAGGTACTGTGTATGAATAC +TTTAAGTCTAAAGATGAGCTACTAGAAAAGTCTTTAATTTATTGTATGAACTTAAGTCTA +AATAAAGCAATTGAAAAAATAGATAATGCAAATGGGTTTGAAGAAAAAATATATACTATG +TTAGAAATAACTAAGTGTAATGTTCAAGATTTTAATTCGGGAAATGGATTCTTATTCTCT +AATATGGGAACTTGTGAATTTGCATACCTAATGAAATCGGAGAATAAAGAATTTAAATAT +AGAGAAAATATTATAAATAAAAGTATAGAAGATGTAATATCCGTAGGTATTGAAGAAGAA +GTTATTAAATGTCAAAGAGACAAAGAATATGAAAAAATGGTAATTAAAAGTGCGATAATA +GGATTTGCAAATGATCTTTATTGTAGCAAATTTACAATGGAAAAGGATATATATGAATTA +AAAAAAAGGTCATATAAGCTAATTATTAAAGGATTAAACTAATTAAAAAGGTACTATCTT +AAATTCTGTAAATATACAATTTAAGATAGTACCTTTAATTGTTAATATCAGCTATACTAT +TATTTGATTTAAATTTACAGATTAAAACAATTATTGTAAAATCATGGAATATTTCTTAAA +AGTATATTAATATATATAATAGTCTAAGGGGGATGTAGTCACTGATATGGAGGATACAGA +TTTTTATAATGAGACTTTAGAAGAAATATTAAATTATAACTTGGAGTTGCTTACTGAGAA +AGAAATTATTAAGCTAAATAAAAAATGTGAAGAAATTCAAATTGAGTCTATTTTAAACAA +TAATCTAGAGGAGTCTATAGATTTACCAATTAAAATAGAGAAAAAAATTATAGATGAAGA +ATTAGATTGTTCACTTATAAAAGGGCAGTACATAATAAATTTAATGGACTTAGCACGTAT +AAAATTTGACAAAGGTAAGTATGATGAAGCTGCAAAATTATATTGGGAAATCTTAAATAA +AGATAGTAAAGAGTGCTTAAGTGATAAGAATTTTATAATCGCAAACTTAATAGAATTAGG +TAATGATGTAACTTTAGTTTTAGAAGAGATTGAAAGATATAAAAATGATTATAGATATAG +AGAGATATTAAAAGAATATAAAAATAAGAATTTTGATAAAGTTAGATCGATGCTTTTAAA +TATATTTGAGGAAAATATAGAGAAGTTAGAAAAAACCCTATAGTAGGGTTTTTTCTTTTT +TATTTAGTTTTGTTAGTGTTAAGTTTAATTAATTTATGTAAATTAAAGTTTCTAAATAAA +GTAGATATAAGAATAACACCGAGTGCCAAAGCTCCAGCACTTGCTAATGTATTTGTACCA +AAATCAAGGGCTTTTATATAGTCTCCTTTTAAACATTCATATAAAGTATTATAAACACCA +TAACCAGGTACAAGTGGTATTAAACAACATACACTAAGTATTGTAGCCGGAGTCATGTAT +ATTCTTGCGCAAATTTCACAATAAATACTAAAAATGACAGCTGATAAAAATAATGAAGAG +CTATCTCCTACACCATAATTTAAGCAAACTTTATAAACAAGCCATCCTAGTGCTCCACCA +ATACCAGCAACATATAGATATTTACCCTTAACATTAAAAAGAATTCCAAAACTAAATGCT +GCAAAAAATGCTGATATAACTTCAATTATCATATTACAGTCCTCCTAATTTTAGGTATAG +GTGAATAACTGATCCAGTTCCAACTGCTGTAGAAATACCTATAAATAATGCTTCTGCAGC +TTTAGATAAACCAGCTAATAATTGACCTTCTAGTATATCTCTAATCGAGTTAGTAAGAGA +AAGTCCTGGTACTAAAAGCATTATGCTACCAGCAACGACTTTGTTTAAATCACCAATGAT +GCCTAAGTTTAGGAGTAATATAGAATAAATAGAAATTAATGCTCCACAAATACTATTAAT +AAAAAATTCATTTAAGGAAGATTTATTTAAAAATAATGATAGCGATTTTGTTAAAATTCC +TATAATAAAAGCACCAATAAAATCAATTATTCCACCACCAAATAGCACTGCAAAAGTAGA +TGTTGCAACACCTGAATATAGTAAGGTGGTCTTAATAGAATAAGAGTCATCTTTACATAA +TTTTTTTAATTCTTTCTCGCAAAAATCAATACTAGGTCTTTCTTTATATATTGTTCTAGA +TAAAGAGTTTATGTTATGGACTTTATTTAAGTCTATACCTCTAGAACTAATTCTTTTCAC +TACTGAATATATTTTACCATCCATTATAATTGAGACCATTACTGCAGTAGGGGATGCGAA +AACATCGACATCATCAACTGAAAATGATTGACATATTCTAGTGATGGTTTCCTCGACCCT +ATAAGTTTCTCCACCGCTTTGGAGCATAATTTTACCTGCATTAGAGGCAAAATTGAGAAT +TCTATTTATATCCATAATTACCACCTTTCTAATAAAGATATTGGTATTATAACACGGATA +AGAATAGATAATAAACTAGTTTAATAATAAAATTTTTAAGGAGTAGTTTATTATAGGTAT +ATTTCTTTAATGTATAATTATAATTGTGATAAACTATAACTTGGGACATATTTTTATTAT +AAGGACGATTAGGTGAAGTAAATGAAATTAAACAAAAATAACTTAAAAAATATATATGAT +ACGATAAGTAGTTTATTCTCATTAAATTTTATAGTAATGTATAACAATGAAAATGAAATT +ACTAGATTAAGTAATATTGAATTACCAGATTGCGTAAAAGAAGATGAAATGAAAATGATA +AATACTATATCAGAAAAAATATCCTTAAGATCAACAAATACAGTATGTTATTTTGAAAGT +AAAATGAAGTTGAAGTACATGTCCTTTAGTGTATGTTCAGATGAAAATTATGAGGGGAGT +ATTATTATAGGTCCATATATAAATTATCCTACTCAATTAGAAGTAGTTGATAGTAGTGGA +AGAAACTTAGACAAAGTTATTCCTATAATTAAAATATTACAGGAAAAAGCTATAGAAAAT +ATAGTTATTTCAATGATTAATTATCAAATTGAAGATACAAAGGTAATTATCATGCAGGAA +GATATGAAGATAAAGGATACTAATAAAAATCGCTATATAAAAGAATTTGATATGAGTTTA +ATAAATATAAGAGAGAGATATAAATTAGAAAATCAGCTATTACACTATGTAAGCATGGGA +GATATTAATAAAGCATCTAAAATTATTGGAAAAGATTTAGTTGTAGACCTTAATAGATTT +CCAGATGAGCCCATGAGAAATTTAAAAAATTTTGCTATAACTATGAACACACTTTTAAGA +AAAGCTGTACAAGAAAACAATATAGAACCTTATGTTCTAGATAGCATATCAGATTATTTT +GCTAAGAGAATAGAAAATTCTAATAAGATGAGCATTATATATAGCATATTTGAGGAAATG +ATGAAGGAATACTGTAATTTAGTTAATGAGTACAAAACTAAAGGATATTCTAAATTGGTG +TCTAATGCAATTAACTATGTAAAGTTAAATTTTAAGTATGAAATAGGTCTATCTAGTATA +GCGGATGAACTATTTGTGCATCCAACTTATTTAGCTAAAAAATTCAAAGAGGAGACTGAT +AAAACTATCTCAGAATATATAAATGAAATTAGAGTTAAAGAAGCAAAAATGATGTTAAAA +ACTACAGAATTTAAAATTGAAGATATTGCATATTACGTAGGATATAATGATAAAAAATAT +TTTTCTAAGGTATTTAAAAAAATATATAACCAGTCACCAAGTGATTATAGAAAGTATAAT +TAAATAAAGAAGGTATATAAAAGTTATTTGAAACTTATATATACCCTTTTATTATATAAT +ATATTAAATTATTTTTTTATTTGGCATAAGTCTTTGTCTAGTAGGAAGACAAGTCTTTCA +TCGAAAGCACCTTCTAACATTTTGTTTAAGTCACGAATAGAAGAATTTTTCATCATACCT +AACATTGGACTTTCTATCATTTTACCTAGATATTTAGCTAAAACAGCTTTAGTTTCTTCA +TTTTCTAATAATTCACTCATTGTGCAACCAGTAGAGTAAACATCATCAGTTATGTTTAAT +TCAGTTACTTCAACACCATCTAATAAGTTAACTAAACTTTCATCGAACCAGTTAGCTGCT +GGACCACCTGTTTTATCTGGGCATTCATAAACTGGATTTGGTTCATCAACTCTGTTGAAT +AAAGCAAAATCAGTAAATTCTTGACCATCTTTAGTTGCTATAACTTTTATATTATTTTGA +CCATCTATTAATTTAACATTTTCAAATACAAATGTATTTTCACCAGAGATAGTATTGAAT +TTTTCTCCGTTAACAAATAATGTTACTTCATCACAGTTAGAGTAAACTTTAACATTTATA +GTTTCAGTAGCTCTTTCTATGAATCTCTTACTATTTATATGAACAAATGGTACTTTAGAC +CATGCAGCCTTATAAGCATAGAATGCATCTTTCTTTATTTTACGGTCAAATGTCATTAAA +CCTTTGTTATTTCTACCTTTAACTCCACCTTCATCTCTTATAGCAGAACCGAAATCGAAG +AAGTTCCATACATATGTTCCCCATACAAATGGTCTTTCATTGAAATATTTTATTAACGTT +TCATGATATAAAGCATGATATTCTTCTGTATAGTCTTTTACTTTTGGTTCGTCAGTGTGG +TAAGTCATTATACCTTCAGCACCATACTCAGAAACACCTAAACATTTATCAGGATTTACA +GCATGGAATTCATCTAACCAATCTGCGAAATCTTCAGTCTTTCCAGTATACCAACCATAG +TATTTATTGTAAGCTATTATATCAGTGTAAGTATGGTATTCATCATTATCAGGAACCATC +ATTACTTGAGCTTGAGTAGTTAAACGAGTTTTATCCTCATTGTGAACTACTTCATTTAAG +TCTTGAACTATTTTTCTAACGTATGGTAAATCTCCGCCTATTTGTATTTCGTTTTGAACT +CCCCACATTACGATAGAAGAGTGGTTGTAATTTTGACGAATTAATTCTACCATTTGGTCT +TTAGCATTTTGTCCAGTGAAATCTGTTTCAGATGCTCTAGATATGAATGGTATTTCAGCC +CAAATTACCATACCTTCTTTATCGCATAAGTCATAGAAATATTGATCATGTTGATAGTGA +GCAAGACGTATAGAGTTAGCACCAACTTCTTTTATTAACTGCATATCAAGTTCATGATCT +TCTTTACTTAAAGCCCAACCTTTATCTTTCTTATCTTGGTGACGAGATACACCTTGTAAT +TTTAAATGTTTTCCATTTAAGAAGAAACCTTCTTTTGGATCAAAGTGGAAGTATCTTAAA +CCAGTTGCTATATTTAATTCATCTAGCATATCATTATGTCTTTCAACTGTTACTTGAACA +TTGTAAAGGTAAGGATTTTCAACACTGTTCCAAAGTATAGGATTTTCAACTGTTATAGGT +AATATTACTTCTGTAGTTCCTTCTACAATAACATCCTTTGCATTGTATATAACCACATTT +CCATTAGCGTCTAATACAGTTGCAACAACTCTAACAGCTTCTTTTTCTTCATTTTCATTA +GTTACGTTAGCTCTTACAGTTATTTTTGCTAACTCATCAGTTATTTCATCTTGAGATATG +AATACACCTTGAGAACCTTTGTTCATTAAGTCGAAATGAACATCTTCAGTAACTACTATA +TTTACATCCCTATATATTCCACCGTAGAATGTGAAGTCAGCCATTAATGGATAAACATCT +TCAACAGCAGTGTTATCAGCTTTTACAGCTATAGTATTTTCTCCACCGAAGTTAACTAAT +TCTGTTATATCATATCTAATTATAGAATATCCACCTCTATGCTCCCCTAAGTGAACACCA +TTTACATAAACATTAGATATGCTATTAATAGCACCAAATTCTATGTATATTTTTTTACCT +TCATAAAGTTTATCTATAGTAAGGTTTTTTCTGTACCAACAAGCCCCTCTAAAGAATTCA +TTTCCTGCAGCACCATCTACAGCATTCCAAGTATGAGGAACATTTACAGACTCCCAGCTA +GAAGTATTAAATTCTTTTGCAAATGCATCAGAAATATCTTCTTTAATAAAACTCCAATTA +TCATTAATATTAAATATTTTTCTCATTTGTGTACTCCCTTCTTGTGATGTTATTGATAAT +ATTATAACATTTAAAAACGTTTTTTAGGTGGAATAAAATAGACTTTTGTGTATTATTTTA +GTTTATTTAAAATTTAGATAATTAGAATTATAAAAGTAAAAAAATCTAAATCCTTAAAAT +AGATTTAGATTTTCTATATATTTTAAGGAGAATTTTGTTATATATCTATGCTATAAAATT +AGAATAATATTGATTAACTATGGGTTCACAAATATTAAGTATTTTCTTATTCCATCCGAA +TTGTAAGAAGAAATTTAGTTTTAGACTTTCCAAATCATAAGATGATCCAATAGCAATTAA +TGCTTTCGTTACAGTTTTATTTGTATACCCATAACTTTTCAATTCAACTATAATCTCTTC +TTCTAAATTGAGTATAGGATCACTATATACATTATATAAATTATGAGAAATAGTTAGTAT +ATCGGAAATAAGCTCTATGTGACATTTATTTTTTGATAAGTTTTTTAATAGGTTTATAGA +AGATAGGTATCCTTTATCTTTGCTAACTATATAATAATTTGAGTTTTCATCTTTTGAGCC +AATTAAATAACCTAAATATCCCACCAATTGAAAATCTAAGCTATTTTTTATTCCTGTAGT +AACATCTATTTTTTCTATCTTTGCACTAGTACCTAAAGATTGGATAATTGAATCTTTAAA +ATTAGTGGAAGATGTTCTTTTTGTTGTGAATAAAATTATTTTATCGCTGGAACTAAGAAG +ACGTGCTCCATGTAGAGCTCTTATATTTACATTTTCTGTATCAACTAAAAATATTTTTTT +CATTTATGGTTCCCCCTTTAACTTTCTATTACAGCTAGAGTGTTACCATAAATTTTGAAA +ATAATACTTGTAAAAAATAAGTGTGATATAAAAATTAAATGATTTCATTAAATTAATTGC +TAAAGAATACGAATTATGATAAATTTATATTATAAATTAATAAACAATTCTTCAGGGCAG +GGTGAAATTCCCGACCGGCGGTATAGCCCGCGAGCTTAATAAATATAATTAAGCAGATTT +GGTTAAATTCCAAAGCCGACAGTAAAGTCTGGATGAGAGAAGAAATATAGTAATTATCAG +AAGTATGTAAGTACATTTTATTTTAGTACATTTTTATTTGTGTATGTTTAAATAGGTGTA +TTGTACACTTTTATTGACTATTTTAAGCCCTAAGATTATTCTTAGGGCTTTTTTATTTGA +AAATAACTATATTTCAAAGATTATATCATTAAGGTGGTGAAGTTTTTGAAGTTTGAAGAA +TTAGATAATAAAGATATTTTTTATATGAAAAAAGCTATAAGTATAGCTGAAAAGGGGGAA +GGTTTTGTAAGTCCTAACCCTTTAGTAGGTTGTGTAATAGTAAAAGATAACAAAATAATT +GGACAAGGATATCATCAAGAGTATGGAAAAGCTCATGCAGAAGTGAATGCAATAAATAAT +GCTATAGAAAACTTAGAAGGGGCAACATTATACGTAAATTTAGAACCTTGTTCACATTAT +GGAAAGACGCCTCCCTGCATCAATAAGATAGTTGAAAGTAAAATAAAAAGAGTAGTTATA +TCAAATATTGATCCTAATCCATTAGTTTCTGGAAATGGAGTGAAAAAACTTAGAGAACAT +GGCATTGAAGTAAAAGTAGGTGTTTTAGAAAATGAAGGAAGAAAATTAAATGAAATATTC +TTTCACTACATAAAAAATAAAAGACCTTTATGTATAGTAAAATCAGCAGTTAGTTTGGAT +GGAAAAATTGCTACAAAACATAAAGAATCCAAGTGGATATCAAATGAAAAATCTAGATAT +ATTACACACAAATATAGATATAAATTTAAAGGAATAATGGTAGGAATAAATACAGTATTA +CAAGATAATCCAAGATTAACATGTAGACTATATGAAGAAAATGTATCTAATCCTATTAGG +ATAATTATAGATAGTAATTTAAAGATACCATTTAATAATAACTTAGTAAAAGATAAAAGT +GCGAAGACTATGATATTTACTTGCAGCCAAGATAATAAAAAAATAAATTTTTTAGAAAAA +GAAAATATAAAAATAATAAAATGTCCTTCAATTGAAAATCATGTTGACTTAAATTTTGTA +ATGAGCAAGTTAGGAGAGCTAAACATAGATTCGGTTTTAGTAGAAGGTGGAGCAACTTTA +AATGATAGCTTATTTAGATATAACTTAGTTGATAAGATTAAACTTTTTATAGCACCTAAA +ATAATAGGTGGTAGTAAGTCACCAACCTTTGTTTCTGGTGAAGGGATAGATAAATTATGT +GATGCAAGAAAGTTAAATATTGAAAATGTATCTTTAATAGATGGAGACATATTAGTTGAA +GCTGAGGTTATCAAATAAATAATATTTTTTCATAAAGATAGGTGAATTTAAAAATGTTTA +CAGGAATAATCGAAGAGCTAGGTGTAATCAAAAATATTACAGCTAATAGCAAAAGTGGAA +AAATCACTATTTTGGCAAATAAAATTTTAGAAGATACTAACTTAGGAGACAGTATAGCTG +TTAATGGCGTATGTTTAACTGTATCAAGTATAAATAAAAATGAATTTGTAGCAGATATAA +TGATGGAAACTATACGAGCTACTAACTTAGGAAAACTTAATATAAAAGATAAGGTGAATT +TAGAAAGAGCTATGAGTATATCCTCTAGATTTGGAGGTCATATAGTCACCGGGCATGTAG +ATACTGTGGGTATAATTCAAGAATTCAAAAGGGAAGAAAATGCTGTATGGGTATCAATTA +GGGCTGAAGAAGAATTCTTAAAAAATATGATTTACAAAGGATCTATAGCTATTGATGGAA +TTAGTTTAACTGTAGCCTATGTAGATAATAAAATATTTAAAGTTTCAATAATACCTCATA +CAAAGTCAAAGACTACTATTTTAGAAAAAAATGTAGGTAATATAGTTAACTTAGAAAGTG +ATGTAATTGGAAAATATATAAGGCATTTCTTAGATACTGATACTAAGGAAAATAATAATA +AGAATGTAAAGAATAGTATAGATTTAGAATTTTTAATTAAGAACGGTTTTTAAAAATAAA +AATTGGAGGATTGATTTATGTTTAATACTATAGAAGAAGCTATAAAAGATATAAGAGATG +GAAAGATGATAATAGTTGTAGATGATGAAAATAGAGAAAATGAAGGTGATTTATTAATGG +CTGCAGATAAGATAACTCCAGAAGCTGTTAACTTTATGGCTACAAATGGAAGGGGGCTTA +TCTGCTTGCCAGCAGCAAAGGAAAAAATAGAAGCATTAGATTTACCTCTTATGATTGAGA +AAAATACAGATTCATTTCAAACAGCATTTACTGTATCAATAGATGGAATCAATACAACTA +CTGGGATTTCAGCATATGAAAGAGCAGAAACTATAAAACAATTTACAAGTAAATTGGCTA +CTAAATATGATTTTAACACACCAGGTCATGTGTTTCCACTAGTAGCAAAAGTTGGAGGCG +TTTTAGTTAGGAATGGACATACTGAAGCTGCAGTTGATTTAGCAAAGTTAGCAGGATTTG +AACCAATAGGAGTAATTTGTGAAATTTTAAAAGATGATGGAACTATGGCTAGGGTAAATG +ATTTAATGGAATTTAAAGAAAAACATAACTTAAAAATAATAACGATAAAAGATTTAATAG +AGTATAGAAAAAGAAATGAAATAACTATAGAAAAAATATCAAGTGCTAATTTACCTACTA +AATATGGAATGTTTGAAATAGTAGGATATAAAGATATTTATACTAATCAAGAGCATATAG +CTCTTATTCATGGAGAAATAAGTCAAGAAAATACATTGGTTAGAGTTCATTCAGAGTGTT +TAACAGGAGACTCATTTGGCTCTTTAAAATGTGACTGTGGTACTCAATTAAGTGCTTCTA +TGCAAGCTATTGTGAAAAATGGTTGCGGAGTATTGATTTATCTAAGACAGGAAGGTCGTG +GTATAGGACTTTTGAATAAAATAAAGGCCTATAATCTTCAAGACAAAGGGTATGACACTG +TTGAAGCAAATTTGGAACTTGGATTTGAGGGAGATATGAGAGATTTTTATATGGCTGCTC +AAATTTTAAAAATCTTAGAAGTTAAAAGTATTAATTTACTAAGTAACAATCCAGATAAAT +TTGAGCAACTTGAAATGTATGGAATAAAAATAAATGGAAGAATTTCTACAAAAGGAGAAA +TTAATGAATTTAATAGAGGGTATCTAAAAACTAAAAAGGAAAAAATGGGACATTTCCTAG +AGATAATGTAATTTTGCATTTAAAAAATAAACTTATTGGAGGAATAAATATGATATATGA +AGGTAAATTAAATGGAAAAGAGCTTAGAATTGGTATAGTAGCAGCGCGATTTAATGAACT +TATAACAGCTAAATTATTAGGTGGAGCAAAGGATTGTTTACTTCGCCATGATGTTCATGA +AAATAATATAGACATAGCATGGGTACCAGGTGCATATGAGCTACCTTTAATCGCTCAGAA +AATGGCTAAAACTAACAAGTATGATGCTATACTTTGCTTAGGTTGTGTAATTAGAGGTGC +GACAACTCATTATGATTATGTTTGTAATGAAGCTTCTAAAGGTATTGCAAAAGTTTCTTT +AGATACAGAAGTTCCTATCATGTTTGGGGTTGTAACGACTGAAAATATAGAACAAGCAAT +TGAAAGAGCAGGAGCTAAAGCTGGAAATAAAGGATATGATGCTGCTATGGGAGCATTAGA +GATGACTAATTTATTAAAGGCTATAAATTAATTTATAAAATAAATGGTATGTTCCAACGT +ATAAATTTATTTTGGTACATACCATCTTAATTATTTTCCTGTGTAATTATGCATATCTAT +AATTAGGCATATCTTCTCTAAAGAACTTCCACCTAATAAAGTCATCAAGCAAAATTGCGG +CTAAAGATAAGAAAAACCAAATCACTGTATATTTCAAACATACCTGCCCGAATAAATTAA +AGGGTATATTAGAATAATCCCATACATTTAAACTTAGCCATAAATTTATTATTATCCCAG +AAAGAAATTCAATAGAAGTAATCCCAATTGCAGAAATGAACATTTGAAGTAAAAGAGGGG +GATTATATTTTAATATATTGTTAATTGAACCAATAAAAAGAAAGCAAATCCCTCCTACTA +TGATCATTGAAAAATGAGAATATCCTCGATACACTATTTCTAAAAAATAATATATAAATC +CACCTACTAGAAATAACACTATATATTTCAATATACTTTTTATATAATACAAGTTACACA +CCACCTAAGTTTATTTACTATAAGATTATTTTTTCAAAATATGGTGTTAAAATACTATAA +AATAATAAGGAATATTTTGCAAAAGGTATAAATTGATCGAAGCAGTGAAATTGTCCTAAA +TTTGACTTTAAAATGACACAATAATGACACAATTAAAATGACCAAGATAGCTATAATTAT +CTTGGTAAGATAAATATTTATACAATTATAAAAGATAGAGGGGAGTAGAGTATGAGAAAT +TTAAAACTAGGATTAATTGCAGCTTTTATGTTTGTTATTTTAAATCCAATTCAATCAAGT +GCAATGCATATAATGGAAGGATTTTTACCTCCTACATGGTCTATAATATGGACTGTTTTA +TTTATACCGTTTTTCTTGGTAGGTTTAAAATCTATAAATAAAATAGTGAAGGAACAACCA +AAGAAAAAATTATTGTTAGCGTTATGTGGAGCGTTTGTTTTTGTATTATCAGCTTTAAAA +ATACCATCAGTTACAGGGAGTTGTTCTCATCCAACAGGGGTAGGGTTAGGGGCAATTTTA +TTTGGACCAAGTGTAATGGCGGTATTAGGAGTAATAGTTCTTTTATTCCAAGCTATACTT +TTAGCACATGGTGGATTAACAACTTTAGGTGCAAATGCATTTTCAATGGCAATAGTAGGG +CCTATAGTATCTTTCTTTACATTTAAAATTTTAAAAAATAAAATAAATAAGAGTTGGGCT +GTATTTATGGCAGCAGCCTTGGGTGATTTACTTACATATACAATAACATCTTTACAGTTA +GCTTTAGCTTTTCCAGATCCAGCTGGCGGAGTAATGGTATCAGCGGCTAAGTTTTTAGGA +GTATTTTTCTTTACTCAAATTCCAATAGCAATTGCTGAAGGTATATTAACTACTATACTT +TATAACTTAATAGTTCAAAATGAAGGTGAGGAGGTTACTGAATATGGATACAAATGTTAG +ATCTAAAGATGCTAAAAAAAGTAATAAACTTAACTGGTTATTATTACTTCTAGCAGTTGC +ATTAATAATACTACCATTAGTATTTAATCCATCAGCAGAATATGGTGGTGCAGATGGAGA +GGCAGAAGAAGCCATAACAGAAATAGCTCCTAATTATGAACCATGGTTTAGTAGTTTTTA +TGAACCACCAAGTGGAGAGATTGAGAGTTTATTATTCTCAACACAAGCAGCGTTAGGAGC +TGGAATAGTTGGCTATTATTTAGGTAGTAGAAAAAGAAAAAAATAAAAATAATGGGCTGT +CTTAGGTTTTAAGACATGCCCTTTTGTTTTTGTATTTATTTATAAATGTGTTAATATATG +CTAGTATAAGATAAGAAAAAAACTCTAAGGGGGGAAAAATTTGAAAGATTCGCTTTTAGT +TTTGATTTGTGATGATCAACAATCTGTTCATGAAACTGTTGGAGAATATTTAAAATTAAA +TGGAATTAACTATATATCGGCTTATGATGGAATTGAAGCTATAGAAAGATGTAAAGAATA +TAAACCAGATTTAATATTATTAGATCTAATGATGCCTAAGATGTTTGGTGAAGAAGTATG +TAAGGAAATAAGAAAAAATAGTGATGTGCCAATAATTATGCTAAGTGCAAAAGATGATAC +TATAGATAAGATATTAGGATTAGAAATTGGAGCGGATGACTATATTACAAAGCCTTTTTC +ACCAAGAGAAGTAGTAACAAGAATAAAGACTGTTTTAAGAAGGTCTACAACAAGTACTCT +AAAAGAAGAATGTCATATTAAATTTAGAGATCTAGATATAAATTTAGATGCCCATGAGGT +TAAACTTAAGGGAGAATCTATAAAAATAACACCAAAAGAAATGAAGATACTTTATATGTT +AGCATCTAGTCCAGGAAGTATATTTAATAGAGAGCATATATTATCAGAAGTTTGGGGATA +CGATTACTTTGGAGACACAAGGGTTGTAGATACCCAAATAAAAAGACTTAGAAAGAAGCT +TCAAAGAGATGATTTAAGTTGGGAAATCAGATCAGTGTATGGGGTAGGATATAAACTTGA +GGTGTTATAATGGAGATTGGACATTCTAAAAAATTTTCAAAAAAAATTGGAAATATAACG +ATACTAATAGTAATTATGGTTATTTTATTTTGTAGCTTTACAATGAGTCAGTATTTTTTA +AAAATAAAACTTGGAGAAACTAAGGATAGTGTAAATACTATAGTTGAAAACTTTGACAGA +GATAAAAGTAATATAAGCGATATTATAGATAAATATCCAATATATAATTCGATTATACAA +GTATGTGATATAAGTGAAGATGTTATGATAAGTAAAAAACAATTCACTAAACAAATAGAT +TATGGAAACCTTACTATAGAAGGTTTGCATAATGCATTAGAACCATATAAGGTATCTGTA +CTCAACGGAAATTCTATAAGTGGTATTATAAAGTTAAGTGAAGTAAAAGGAGATGTAATG +ATAATAGGACAACCTTTAAAAGATGCAAATGAGAAGGTTGTAGGAGCTATTTTTGCACTA +AAATTCACCAAAGAGTTTAATGCTGTATTAATAGGATTAAATACTGTATTAAGTTTTAGT +ATGATTTTTATTTTAATATCAATAATAACACCTTTTTACTTAATATTAAAGAAGACTTTT +GAAAAAATAAGAAATATGACTGAAATGGTAATAGATATGTCTAAAGGAGACTACTCAGTA +AGATTTGAAAAAGATGAAAATGAACAATTAGATAAATTGTCAGGAGCTCTCAATGAATTA +GCTATTAGACTAGAGCAAACTGTAAATCAATCAAAATTATTAGAGCAAACAAGAAGAGAC +TATGTTGCTAATGTAAGTCATGAATTAAAAACACCCGTAACTTCGATTAGAGCAATGGCA +GAAATATTAAAAGATGGAAGTTTGGTAGATAAGGTAGATAAAGATAAGTACTATAGTATG +ATACTTAGGGAATCTATACGATTAGAATCACTTATAAAGGATATGTTAGAACTATCTAAA +CTTCAATCTGGAAAAGAATCCTTAGAAAAAAAGAAAGTAAGTTTAAATGAAACACTATTA +CAAGTGATTGATGAGTTTAAAATTATGTCTGAGGACTTAGATATAAAGCTTATTATAGAA +ATAGATTTTGATGATTTACCAGAAGTATATACTAATATTAACAGAATAGCTCAAGTACTA +GTTATATTAATTGATAATGCTTTTAAGTATACAGCGAATAATGGAAGTGTTACTTTAAAG +GTTCTAAAGCAGGAAGATTATGTTAAGGTAAGTGTATGTGATACAGGAGTTGGAGTAGAG +GAAGAAGATATTCCATTTATTTTTGATAGATTTTATCAAGCTGACAAATCACATTCATCA +GAAGGTACAGGGATTGGATTGTCGATTGCCTGGGAAATAATGAAGAATTTAGATGAGAAT +ATATACTATGAGTCAAATGATATATATCAATCTATATTTAATTTTACTATACACTATGAA +TAAGATATAAATTTTAAATTGATAATAGAGATATTCTGTGCTACCATCAAAGTATCTAGC +CTTAAGGGAATTTTCCCGAAAGAGAAGATTTTAAAAGTTAATCGTACTGAAATACATGAG +GGTTAGTCCCGAGTGAGAAGGCGATGGTATAAGACAGAATAATAATATCCTCATGCCTAT +ATTGGTGTGAGGATTTTTTTGAGGGGGATTTATCAATGGAGACAAGAATTGCATTAATTG +GGATAATTATAGAAGATAAAATGGCAATACCAAAACTTAATGAAACGATACATAAATATG +AACAATATATAGTTGGAAGAATGGGTATTCCATATAGAGAAAAGGGAATATCTATTATCA +GTATAATAATTGATGCGAATAATGATGTGATTAATTCATTATCAGGAAAACTTGGTATGA +TTAAAGGAATTAATGTGAAAATAAATTATTCGAAAGTTAACAAATAAATCCTATCCCATC +TTAAGCCATCACTTTTTGTCAACAATGAACATCGTAAACATATCAGAGTAAGTTTAACAA +TCAAATATTTAAAACTGAATAAAAATAATATAAAAAGAGGTATGGGAAATGTATGGTGTA +AAAACAAAAAGTGTGTATGATGCAAAGTCAAGTGTAGCTACAGAATTTATAAATCATGAG +GAAATACTGGAGACTCTTGAATATGCAAAGCAAAATAAAAATAACAAGGAATTAATAGAA +GGAATTCTAGACAAAGCAAATAGATGCAATGGATTAAGTCACAGAGACGCGGCTGTATTA +CTTGAATGTGAAGATGGAGATTTGATTCAAAAAATGTTTACTTTGGCAGAGGATATAAAA +AAGAGATTCTATGGTAATAGAATAGTAATGTTTGCTCCTTTATATCTTTCAAATTATTGC +GTGAATGGATGTGTTTATTGCCCGTATCATTTAAAGAATAAAACTATAGCAAGAAAGAAA +CTTACTCAAGAAGAAATAAAGAATGAAGTTATAGCTCTTCAAGATTTAGGACATAAAAGA +CTAGCTCTGGAAGCTGGAGAAGATCCAAAAATGAATCCTATAGAATATATATTGGAATGT +ATAGATACTATTTATAGTATAAAGCATAAAAATGGTGCAATACGTAGAGTAAATGTAAAT +ATTGCTGCGACAACAGTTGAGAATTATAAGAGATTAAAAGATGCGGGAATAGGAACATAT +ATATTGTTCCAAGAAACCTATAATAAAGAATCTTATGAAAGACTTCATCCAACAGGTCCT +AAGAGTGATTATGCATACCATACAGAGGCTATGGATAGAGCTATGGAAGGTGGAATAGAT +GACGTTGGTCTAGGGGTTTTATATGGTTTAAATACTTATAAATATGATTTTGTTGGAATA +CTTATGCATGCAGAACATTTAGAAGCTAAATTTGGGGTAGGACCTCATACTATAAGTGTT +CCAAGAATACGTCCTGCAGATGATATAAATCCAGATGATTTCCCAGACGGTGTTCCAGAT +GACGTGTTCCAAAAAATAGTAGCAGCACTTCGTATAGCAGTACCTTATACAGGTATGATA +GTTTCAACAAGAGAATCTCAAGAAACTAGAGAAAAGGTGCTGCATCTAGGTGTGTCTCAA +ATAAGTGGAGCATCATGTACTTCTGTTGGGGGGTATGCAGATAGAATTGAGGGGAAAAAA +GAAGAAGTAAATACAGCTCAATTTGACATTGATGATGACAGAACACTGGATGAAGTTGTA +AATTGGTTACTTGAAATGAGGTATATTCCAAGTTTCTGTACGGCTTGTTATCGTGAAGGA +AGAACTGGAGATAGGTTTATGAAATTGGTAAAATCAGGTCAGATAGCAAACTGTTGTCAA +CCGAATGCTCTTATGACATTAAAAGAGTATTTAGAGGATTATGCAACAGAAGATACAAAG +AAAAAAGGTGAACTATTAATAGATAAAGAAGTTGAAAAGATACCAAATGAGAAGGTTAAA +AAAATAGTTAAAGAGCACTTAAGTGATTTGCAAGAAGGTAAACGTGATTTTAGATTTTAG +GTAAAACAAATAAATGCCATAGGTAAGTTTATATTAACTACTTATGGCATTTATTTATAT +ATTGAAAATCTCTTGAACAATTAGTTAAATCTTCCATAATATTATATTGTATACTTTTTA +TTTGTCCGTTTAAAACTCTTGATAGAAAAAATAATTCTCCTAGCTCTTTTTCTTGTTCAT +TTTCTCCGCTTAAAAGTAATCTAATAGAAGATAAGTCATTACGAGAGAAAACTGTTAGTT +GAGTTCCTTGATTAAATACAATTTTTAATGGGAATTTTAAATTTGAAGAATCAATTTCCT +CTTTTAAGATAGAGTTTTCTACAACAAAAAATCTGCTATTTTCAAAAATAGCAAAGTTTT +CACCATACACCATAATTATAATATAAAGTTTTTGTAGGAACTTAATCTCCGAAACTAAAT +TCAATTAAATCTTCAGAACACTTAAATATTTTTCCTTCGTTATTTAGTGTTGGGTAATAA +AAGCATTGGAACACCATTGTTTATCATATCCTATAATTTATATTTTAACAAAATATCTAA +CCACAATATAATTATAACTATAAAATCTAAAGTCATGATGCGTATGATTATAAAATTATA +AAAAAGTTTTTTATATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATGTTGCA +TCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAGGTCTATTATTTATTATG +GTAACAATATTATCAAGTTCTTTCTGATTTATAGAAGAAAAATCAAACTTTTTAGGGTAA +AACTCTCTTAATAATCCATTTGTATTTTCATTTGTCCCCCTTTGCCAAGAAGCATACGCA +TCTGCAAAGTAGACATCTATATTTAGTGTATTTTCAATATCTACATACCCTGCAAACTCT +TTACCTCTATCAACTTTAAATGTTTTAATTAAATTAGTTGGAATATCTTTAAAAGCAGTA +AAGCAATGGAAGTTGAATGTTGAAGATTTCCTATTTTCCATAACTTGAGCTATTAAAAAT +CTACTTTT +>MGYG000000001_45 +AATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAA +CTCTCAAATAAAAGTTGATGGGCTCAGATACTGTTATATATCTGGCTTTGTTTGGTTGTT +TCGATAATTCTTTAATAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAGT +TCTTAACTGTTTTGTCCTTTTCTTTCGGACAAGTTATACTTTACCATCTTTATAAATTTA +CGTCAATACTTTTTATAAACTTTTTTTATTTTTTTATTTTGAGACTTTATTTATTGATAT +TATTATCTTATATTACATTGGTATTTGTATATATTTTTCTTACCTTAATATTATTTATCA +TTTCTATTTTTTTATTCATAAAATATAATCATATTTCATTATTATATTTATATTATTTAT +TCAGACTTAATTTTATCTATTAATATTATTTCTAGCTAGTATCTAAATATTTCAATTCAA +ATCCAATAATAAAAAATGAGTTTCTTAATATTATAAGAAACTCATTACTATAACTAAATT +AATAGTTATGCTACCTTTTTACTTTTCTTACTAGGTTTTAATTTAGGTACCCCAAATACT +ATGGCAAGCATTCCAAATATCCCCATTAATCCTGGATAATATAAATAAGGTATTATATCA +ACTGGAGATATAGATACTAGCCCTGCTGCCGTTAGTAATTGAGCTCCATAAGGGATTATA +CCTTGCCAGCAAGCTGAAAATATATCTAATATACTTGCTGATCTTCTTGGATCAATTTCA +AATTCATCAGCAATGTTTTTAGCTAATGGACCTGCCATTACTATTGCTATTGTATTGTTT +GCTGTACATAAATCTACTATACTTGCTAATGCTGCTATACCAACTTCAGCACCTTTTTTA +GATTTTATTCTACTGCTTATAAAGTATAATATAAAATCAATTCCACCGTTAAGCTTTATA +AGTTCTACTAATCCACCTATAGTTATTGATATCATAGCTAACTCAAACATTCCTGACATT +CCTGCATTTATAGATTCTATTGCTCCAAATAAATCAAATGAACCTGTGTATATTCCCACT +AATGAAGCAAATATAGTCCCTCCGCTAAGTAAAGCAAAAACATTAGCTCCTAATAATGCA +CCTATTAATACTACTAAGTACGGAACTATCTTAACTAGTTCATAAGTGTAAACCTCATTT +AATTCTACATTATAACTTGATGTTTTTACTGCAATTAAAATTACTGTTATTATTGCTGCT +GGTAATACTATTGAGAAATTAACTTTAAATTTATCTTTTAACTCACATCCTTGTGTCCTA +ACTGCAGCTATAGTTGTATCAGATATCATTGATAAATTATCTCCAAACATAGCTCCACCA +ACTACAGCACCTAATACTAAAGCTACAGGTATTCCAGTTGCTTCAGCAACACCTATCCCT +ATAGGCGCTATTGCTGCTATTGTTCCAACTGATGTTCCCATTGATAAAGAAATAAAACAT +CCTATAAGGAAAAGGCCTACTACAACTAAGTTTGCTGGCAATACAGATAAACTTAAGTTT +ACTATAGAATCAACTCCTCCTATAGTTTTAGTAACCGTACCAAAAGCTCCTGCTAATAAG +AATATTATACACATAGATATAATATCTGCGTGACCAGCTCCTTTACAGAATACATCCATT +TTTTTATTCATACTTTCTTTTCTATTTGATAATAGAGCTACTACTGTTGATATTATAAAT +GCCACAAGTACTGGCATCTTATAAAAATCATCTGTTATAATTCCTGATCCTACAAATAAT +AATAAAAATACAGCTAATGGCAATAATGCAAGTAAATTACCCTTTTTTCTTTCATTTTTC +ATATAATCACCTCTTCTTGACTCAGTTTATTTAATAAATTATTAAAGCCTGAGCATAAAC +TCAGGCTTACTTATCCAATAATGTTTATCTCCCAGTAAAATACTGCAGGATTTAGCACCA +TTACATATAATTATGCTGGTTGCTGGGTTTCAACGGGCCAGTCCCTCCACCTCTCTTGAT +AAAAGTATTTGCTATTAACTTTACAATAAGATATTACGATATTTTATTACAAAAGTCAAG +TTGTTTTTTAAATTTTCTTAAATTTTACAATAATTAATCAAATTATTATTATTTAGAAAT +TTTAATTGAAATTATTCTAAATTTAATTATTAATTAATATAACTTACTTATTTTCATATA +ACTCACAATCTATAAGCTGTAAATTATATCTTCTTATAAGATTTATAAGTATATCCGCAT +ATATCTTATTTCCATATTTGTCTTCTTTAGTACTATAACCTGCATCTTCTAAAGCTTGAG +CTTGTGAAGTATAGTGTTTAGCTGAAAACAATCCACTCTTTTCATACCTAGGATTTTCTT +TTAAAAATTTCCCATGATCTTTTATTGATTCATCAATGGAGGAATAAGACCTAAAAGCAG +CTACAATTTTATCATCATAATTCTCAGAAGTCGTCATATTTACACTATCACCATTCCATG +ATGAATCTGCCTTTATTCCAAATAAATTATTACCATTCTTAGCCAATTCTGAATTCCCCC +ATCCAGACTCCAGTATACATTGACCTATTGTTATAGATGGTAAAATTCCATACTCTTCAT +AATTTTTTATAGCTATATTTTTTATTTTATTTATAAAAACAACTTCAGGACTTTTTTCAT +TTAATTTTTTATTCCCTAAAAATACATATTCCAAATTTTTTAAATTTTTCTTCACCTCTG +ATTTTTGATTTTCAGTGAAGTTATGTTTCTCCAAAATTTCATCTAAAGTATGTAATGTGT +AATTCCATTCTCCAAATTTATCTTTTGAATATTTTATGAATTTTTTAGCCCTACTTAAGG +CATCACTCTTTTTTACGCCACTTAAATCACCATTATATATGATCATATCTACAGCAAGTA +GCTCTTTCCAATTAAGTTGTATTTTCTCCTTACCTACCTCGTCTGCTACGTCCATATAAA +ATTCTATCTTAGAATCCTCTATATTTTTTGCCATATACATTTCTTTTGCATATTTTAATC +CTGCTAGTAAAACTAATATAAATAAGAAACTAAAAAGTGTAGAAAAAATCCTTTTTAACT +TTTTATTTTTACTCTTTCTACCTTTCAGATGTTTAATTTTTTTATTCCCCATAACCCCTC +CTTATTATATTCTTGACTTGTAATACTATAGTTATCTATAAGTTTCTTTATTCTATCATA +AAATAAAAACTCGAATAATGTTTTCTATAATCTAAATACTATATATTTTTTAACTTTTCA +TCTATTATAATCATATTATTTATCAGAATACTATATTTTCGAAAGAGAGGCTTCTATGTT +ATGCCCCAAAATAACTATAAAGAATTTGTATTTTGTAATAAATGTCATAATTATCCTTGC +CATTGTAAAAAAAATGAAGTCATAAATATGTATAAACGACCTAATAATTATTATAATACC +ACAACTAACAATGAGCAAAATAATTGCTCTATTGTACAAAAGACAGATAACGCTTATTCA +ACAAACACTATATACTACAATAAATTTTGTAAAAAAAGACCTAGAAGGCAAAATAATAAA +TTTTACAAAGCAAATTGTAATACAAACAATTGTAACATCAATAACTGTAATATGAATAGT +TGTAATCCTAATCGTAGAAGAGGTTTTTGTGGTCTAAGTTGGTTATTGTTATTCCTATTC +TTCTTATAAAAATAAAAGCTATAATCCTAGAGTTTATATCTAGGATTATAGCTTTTTATC +TATTCACATTTTACTTCTATCCATGCATTATCATATAATCTTAATGTATTTGCATCTAAA +TCAGAAAACACTTCACTTTTATCAATTACTTCTTGAGAAGGATTCATTATAGGATCATCT +GTATAATCTTCTCCTAATATGTCTATGGCTCCTGTATTTGGTGTTGAATACCAAATATAT +TCAACATTTACAGCCGCATTTTCTGGATCTAACATAAAATTTATAAATTTTTCTGCGTAA +TCTTTATTTTCAGCTGTTTTAGGTATACACATAGCATCTATCCATCTATTTGTACCTTCT +TTTGGAACTGAATAAGCTAAATCATCATTACTTTCTATTAATGTAATTGCATCTCCTGAG +TAAACTATTCCCATAGCAGATTCACCTGCTACTAATCTATCTTTACCATCATCATTAACA +TAAGATTGAACTATAGGCTTTTGTGCCATAAGTTGTTCTTTAGCTTCTTCTATTTCTTTA +GGATTAGTTGAGTTCATAGAATATCCTAACCTTTTTAAAGATATTCCCATACTATCTCTA +ACAGAGTCAAGCATTTGAATTTCACCTGCATACTTTTTATTCCAAAGTACATCCCAACTT +TTCACATCTTCTTCATCTACAACGTTTTTGTTATATACTATTCCAAAAGTTCCCCATAAA +TAAGGCACGCTATGTTTATCACCGTTATCATACGCTGCATTTCTAAAATCTTCATCTATA +TATTTGTAGTTAGGTATATTACTATAATCAATTTCTTCTAACATATTTTCATTTATCATT +TTTTCAACCATATAATCTGATGGGAATACCAAATCATATTTCGTACTTCCACTCTTAACC +TTTTGATACATAGATTCATTTGTATCATAAGTCTCATAAACTACTTTTATTCCCGTTTCC +TCTTCAAACTTAGTTATTAAGCCTTCATCTATATAGTCACCCACATTATATACATTGAGA +ACTTGATTAGATGGCTTAGAAGTACCACATCCAACTAATAATGTAGAGGCTAGTGTAAAT +ATCGTAGCTAAAGATATAAACTTTTTAGACTTCATATTCACCCTCCTCAAAATAATTTAT +CTTAATTACTTATTACTGTTTTTTTATCTCCATTTACATTGGCTAAAATTAATAAAGTTA +ATACCACAACAAACATAATTGTTGACAATGCATTAATTTCAGGACTTATTCCTCTTCTAG +TCATCGAGTATATTTCAATAGATAAGTTACTAACACCATTTCCTGCTGCAAAGAAACTTA +TTACAAAATCATCTATAGACATAGTAAATGCGATTAACATACCTGATATTATTCCTGGCT +TTATTTGAGGTATTATTACTTTTTGTAAAGCATACATTGGTGTTGCACCTAAATCCATTG +CTGCTTCCTCAATATTAGCTGGTAGTTGCTTCAGTTTTGGTAAAACCGAAAGTATTACAT +ATGGAATATTAAATACTATATGCGAAAGTAAAATAGTTTTAAATCCAAATTCCACATTAA +TAAATACAAATAATGTCATTAAAGATACCCCAGTTACAACATCAGGGTTTAATATTGGAA +GATTATTTATACTCAATAGCGTACTTTTTAATTTTCCTTTTCTCATATTATGTATTCCAA +TTGCTGTAATTGTACCTATTATAGTAGCCACTACTGAGGCTATTACTGCTATAACAACAG +TATAAAATAAAGCAGTCATTATTCTCTCATCTTGGAATAAGCTCTCATACCATTTTAAAG +TAAATCCTTCCCATTTACCCATTGATTTAGAGTCATTAAATGAGAAAACTGCTAGTGCAA +GTATTGGTGCATATAAAAATATAAACACCAATGTTAAATATATATTAGACGTTAGTTTCT +TTATAATATTAATCCACCGCCTTCTTTACCAGATTCATTTCCAAATTTATTCATAAATGC +CATAGACAGTAGAATTAATATCATCATAAAAATCGATACGGCAGAACCAAAATGCCAATC +TCCAACTGTCATAAATTGCTGTTCAATTAAATTTCCAACCAGCATTACTTTTCCTCCACC +TAGTAATTTTGAAATTACAAAAGTGGATACTGCTGGCATAAATACCATAGTTATACCAGA +TACTATACCAGGTACACTTAAAGGCAATATTATTTTAGTAAAAACTTGGAAGCTATTTGC +CCCTAAGTCTTTCGCTGCATTAATTAAGTCTTTATCCATTTTTGATAGTATTGTATATAT +CGGAAGTACCATAAATGGTAAAAAGTTATACACCATACCTAATAATACGGCTGTGTTTGT +ATATAAAATATTTATAGGGTTAAACCCTAAGGTCGTAAGAACTGTATTAATAAATCCATT +TTTACCTAGAATAGCCATCCAAGCATAAGTTCTCAGTAAAAAATTCATCCACATTGGAAG +TATGAAAAGTAATATAAGTATACCTTGTCTGCTTACCTTTGCTTTTGAAATTATATAAGC +TGTAGGATATCCTATTAATATACATAGTATTGTTGACACTAAAGCTAACCATAGAGAACG +TGCAAATACCTTAAAGAATATCGGATCCATTAATCTTTGAAAATTCTCTAACGAAAATAT +ATATTGACAATTTTCTTCTTTTGTAAATCCAAAGAATACTATTAGTAATAAAGGAATCAC +TATAAAAATCATACTCCATACAACATAAGGAGAAGCTAAGTATGAATTAGATTTTCTTTT +CATTATGCTTCACTTACCTTTTTCATTATATGAATGTCTTCTGGATATATATCCATACCA +AGTTCTTCTCCTACCTTGGCACTTTGAGTATTATGAATTATCCATTTTCTACCATTTTCA +TTTACTTCTATTTCATAATGTACACCTTTGAATACAACAGATGTAACTATTCCTATTAGC +ATCCCTTCATTTGCAGCAGTCATTTTTATATCTTCAGGTCTAATTACGACATCTATATTT +TCATCCTTGTCAAATCCTTTATCTACACAATCAAAATTCTTGCCACAGAATTCAACTTTA +TAATCATCATGCATAATTCCATCAAATATGTTACTTTCACCTATAAACCTAGCAACAAAT +GCATTCTCAGGTTCATTATATATATCTTCTGGTGTACCCATTTGTTGTATCTTACCTTTG +TTCATAACAACTATTGTATCAGACATAGTTAATGCTTCTTCTTGGTCATGAGTTACAAAT +ATAAATGTAATCCCAAGTTTTTGCTGTATCTTTTTTAATTCAGTTTGCATCTCTTGTCTT +AGCTTTAAGTCTAGTGCTCCAAGTGGCTCATCTAGTAAAAGCACCTTAGGCTCATTCACC +AAAGCTCTCGCTATAGCAATCCTTTGTTGTTGACCTCCACTTAAAGAATCTACACTTCTT +TTTTCAAAACCTTCAAGAGCTACTAATTTAAGCATTTCTTTTACTTTTCTATCTATATCA +TCTTTAGGCATTTTTTTAATTTTTAATCCAAATGCTATATTTTCATAAATATTCATATGT +GGAAATAAAGCGTATTTTTGGAATACAGTATTTACTGCTCTCTCATATGGAGGGATATTA +TTCATATCCTTATTTTCAAATAATACCTTTCCATCGTCAGCATACTCAAATCCAGCTATA +ATTTTTAATGTAGTAGTTTTACCACATCCACTTGGGCCTAATAATGTTAAAAACTCATTT +TTCTTTATATCTAAATTTAAACCATCTAAAACTGTATTATCTTCATACGTTTTAGATATT +CCCTGTAAACTTATTATATTATCTTTCAATTATATAGCACCTCTTTTCTAAAATGATGGT +GGAGTACTTACCCAAACCACTCTAGCTTCCTTTTTACCAACATTAGATATGTAATGATTA +GCCCTAGGCTTAAAGTAGAAACTCTCTCCCTTTTTAACTTTACTTTTTTTATCTCCTATA +TGCACGTATATAGAACCAGCAAGAACATACCCAAATTCTTCACCTTCATGGGGCTTTTCT +TCTTTATACTGCCCACCTGGGTATAATGTTATTATTATAGGTTCCATTTGGTTTTTTTGT +GAATTAGGTATTAACCATTTTAATTTATATTTCAATTCTTCATCTTCAGTTTCAAACATA +TCATCTTTTGTAAATGATATTCTCTCATCGTCTATCTCATTAAAAAACTCTCTTAAGTTC +GTTCCTAAAATTTCTAGTATATCTATAAGAGTAGCTATGGACGGTGATGTTAAATTATTT +TCAACTTGAGAAATAAAACCCTTTGATAGTTCACATCTATTAGCTAATTCTTCCTGGGTC +AACTGTTTTTCTATTCTCATTCTCTTGATTTTTTCACCTATATCCATATTTACACCTCCT +CATTTTCGTTATAATTACTAAACATTCAGTTTAAAATTTCTAAACAACAAAAGTTATTAT +ATAAAATTTTATGATTAAATTCAATAGTTTTTAAGTATTTTTTTTATTTTTATTTATAGG +TATATGCTAGTATTTCAAATGACTTTATAGGTTATATTAGTATAACATGTTTATATTAAT +ATTTATAAAGTTTAGTATCTCTAACTTTTTTATCATAGTAAGTTTTCTTTATTTTTTCAT +TTTATTCTACGCAATCAATATTTTAATATATATCTTATATTCTATCCTTATATCTTCTCA +ATATTACACATATGTCTCTTATTATTTTTAGTTCTTAATTTACAACATAAAAAACCTCTC +AAGATTATTAAGAGGCTTTTTACTAATCATATTTTTAATTGAATATTGTTCATATAAATT +TCTTTTTTATTTTCTATATTAAACTACACAAACTTATACTAATTTATAATCACTAGGTTC +TAACTTACTAGCTGCTTCTTGATCTAAAATCAGTACAATATCCCCGTGGAATTGAAGTAT +TGATGCTGGTATTTCTGGAGTTATTTTTCCATGAACGGTATTGTAAACTGCATCTGCCTT +ACCTTCACCATAAGCTAACATCATTATTTTTCTAGCCTTAAATATAGATCCAGTCCCCAT +TGTTATAGCTTTTTTAGGTACATTATCTATAGACTCAAAAAATCTTGCATTTGCTTCTAT +TGTTGATGGAGTTAAGTCTACTAAATGAGTTCCTTTTTCAAAACTAACTGTTGGCTCATT +AAACCCTATATGCGCATTTCTACCTATCCCCAATACTTGTATATCTATTCCTCCTGCATC +TTTTATAGCATTTTCATATGTTTCACATTCATAGTCTACATTATCTGTCATACCATTTGG +TATATGTACATTTTTTGGATCAATATTTATATGGTTGAACAAGTTTTCTTGCATAAAATA +ATGATAACTCTGAGTGCTTGTTATAGGTAACTTATAATACTCATCTAAGTTAAAAGTAAT +TACATCTGAAAAATCAACTACACCACTTTCATACATTTCAACTAAATTTTTATACATTCC +TATCGGAGTACTACCTGTAGCCAAACCTAATACCGTATTTGGTTTTAAAGTTATCTGACT +CAATATAACCTGTGCTGCCTTTTTACTCATTGCTTCATAATCTTTACATACTAATATTCT +CATGTTACCCCTCCCATAAACTTAAATAAAATATATTTTTTAATCAGTTAAAGCTATTTC +ATATTGGTACTTATCACTTCTAAATATTGAGATTGTGTATTCTATAGGATGTCCATTTTC +TTCATATGAATTTCTATGAAGTTTTAAAGCTAAGCTTTTTTCTTCAACTTTAAGTATTTT +TGATTCTTCCTCAGAAAGAACTATTGGCTCTATTATCTGGTTAGCTTTCTTTATTATGTA +ATTATAGTCTTTATGTAAAACATCATATAATGATTTATTTGCTAACATTTCTTTTTTTAG +ATTATTACACATTTCATCTGAAATATAAGCAATTTCAATTCCAAATGGCTCTTCTTCAAT +ATACCTAAGTCTAACTACCTTGTATATTTCAGTAGCATCATCATTTATGTTTAGCTTGTC +TTTTACAAATTGACTTGGTAATTCTTTTTCAAAGGATAAAATATCTGTTTTTATTTTTAC +TCCCTTTGCTCTCATAACTTGGGTAAATCCTTTTACATTAGAAAACTGGTACTTTTCTTT +TTTCTTTGATACAAAAGTCCCCTTTCCTTGAACTCTATAAAGTATACCTTCTGATACAAG +ACCTACAATTGCCTTGTTCACTGTCATTCTACTTACATTCTGTATATTACAAAGTTCTCT +TTCTGGAATTATTGAATCCCCTTCTTTTAGCTCTTTATTATCTATCATATCCTTTATTAT +AGATGATAATTGTATATGCAACGGTATTGAGCTATCTTTATCAACTAATTTCATTTAATC +ACCACTTAACTTAATATGGTATATACCAATATTGGTATATACCAATATTGTAGTACGTTT +TCCTAATTCTTTCAATAATTTATTTGTATTTTGTTAAAAATATTTAATATAATATGCCTA +ATGTATGATATTATATTAAAATGTATAATTGTAAATAATAAATCAATAAGGAGATGCTTA +CTTTGATAAAAATAGGTGATTTTAATAAATTAAAAGTTAAAAGAAAAGCTGATTTTGGTT +ATTTCTTAGATGGTAAAACTAATAATACTAAAGATGATATTTTATTACATAATAGATTAC +TTGGAAAAAATGAAATTGAAGTTGGAGATGAAGTTGAAGCCTTCATATATAAAGATTCTG +AAGATAGAATTGCTGCCACTTTAATACCTCCCAAAGCTAAAGTTGGTGATATTGCAATAT +TAAAGGTTGTTGCTCATACTCAAATTGGTAGCTTCATTGATATCGGTCTTACTAAAGATA +TCTTAGTTCCTTTCAAAGCTAGAACTTATGACTTAGAAAAAGGAGAAAGATATCCGTTCT +ACATTTACGTAGATAAAAGTGGTAGAATAGCTGCTACTACAGATATTGATATGTACTTAA +CTACTGATCATGAATATAATATTGGAGATACTGTAACTGGTATAGTATATGGGTTCCAGA +CTAATAACTCTGCTATGGTGGTTGTTGATAATAAATATGCTGGTGTTATACTTCACAATG +AATACTTTACAGAATTAAAACCAGGAGAGGAATTAACTTTAAAAGTTATAAAAATTTACG +AAGACGGCAAACTTGGCCTTTCTCCTAGACAAAGTAGAAAAGAAGAATTAGATACCTTAG +AAACTTCTATAATGAATTATTTAGAAGGTAATGATGGATTTATGAGATTTAACGATAAGT +CTACTCCTGAAGAAATTGCTACTGTATTTAATTCTAGTAAAAAGAACTTTAAGCGTGCTT +TAGGAATTCTTATGAAAAAAGGTCTTATTTATCAAGATACTCAAGGAACTCATATAAAGT +AGATTTATAAAATAAAAAATACCTTAACAAATTCATACAGTTTGTTAAGGTATTTTTTTA +TTTGTTGAATCATACTTAACCTTGTATTAATTTTCTTTAAATATAAGTTCTTTATCTTGT +CAAACTTTAATAAATCGCCATAAAAAAGTATTCCCTACGCATAGATAATTGTATTGATTT +ACAAATTTAAATAAAATGATAAATACAAAAATAACAAAATAATATATGGATATAGTTTAT +TTAACATTATTTAAATAATATTTTTAAATATTTTTATAAAATTTAAAAGGTTATTTTCGT +AAATTATCGAATTTAAATTTAAATATAAAAAATTTAGATTTTAATCAATAATATTTTTTA +AATAGTAATAATGAGGAGTGAGTTTTATGAGTTTAGGAATGGTAAGTCTCTCAATTAAAG +CTTTTGATGAAATTAATCTATACTATAAGAAAGATTTAATAGATAACCCAAAAGCAGTAA +TTTTAATTTCACATGGACTTGCTGAACATTGCCAAAGATATGATTATGTTACTAATAAAT +TAAATAATTTAGGATACAATGTATATAGATATGACCATAGAGGTCATGGGTTGTCCGATG +GCAAAAGAGGTCATTTAAGTGATGTAAATAATTTAGTCAATGATGCGAATACAATATTAG +AATTAATAAAAAGTGAAAATCCCAATTCTCCTATTTTCCTTTTAGGCCAAGATGTTGGAG +GTCATACATTCTTAGAATATGGTTGCCAATATAAAGACTCTGTTCAAGGTATAATATTAT +GTTCACCTTTAGTATGTGATACATTAGGACTTACAAAAACAGATGAAAGTTTAACCGATA +TATTAACACCAATCCCTTATAATAATACTCACAATCTTACACATGATACAGTTATGCAAA +ATTCTTATGAAAATGATCCATTAATTTTAAATAAAATAACTTTAGGTATGTATAAATCAT +TAAGAGAAAGTTGTCTTAATATTATAGACGACTTATACAAATTTAAATATCCTTGTCTTA +TACTTCATGATTCTTCAGATAGTACTGTATCTCATAATGATAGTAAATTTTTATTTGATA +ATATACTATCTAGAGATAAGGATATTAGAATATTAAATGGTCTTTATCACAGGTTACTTG +ATGAAATAGTCAAAGATGAAATTATAGAAGAGATATCTAAATGGATAGAAAAAAGACTGA +GTTAAAATGCTCAGTCTATTTTATTAGATCTATAAACTCAAAATTTATTAAACTTAGTAA +ATCCCGAGGTGATATTTCTATCTGATATCCTATTTTACCTGCACTTACTATTATCGAGCT +TAAATTTTCTGCACTTTCATTTATAAAGGTTTTATATTGTTTTTTCATTCCAATAGGAGA +ACACCCACCTCTTATATATCCTGTGATCTTATTAATATCTTTTACATGTATCATTTCAAC +ATTTTTTTCATTGGCAGCCCTAGCTGCTTTCTTCAAATCTAGATTTTCATGTACTGGTAT +AACATATACATAAAATTCTTTACTTGCACCTTGTGCTACTAGAGTTTTATAAACTTCGCT +TACATCTCTACCTATCTTTTTTGCTACTTCTACTCCGTCTATATGATCTTTTCCTGAATC +ATAAGAATGCATTTTGTAATTTATATTATGAGAGTCAAGTATTCTCATAGCATTAGTTTT +TATCTTTGTTTTTGACATAGTCTTCCCCTTTCTAATACATATACTATATTATCCAACTAT +TTCCCAAGAAATTTCAATATTAATTTATAAATTTATGTCTTTATATGCTTTTAAAATATA +TAAATTATTCTTAATCAAAATTTTTAATTAAACTATGCTTATCATATTAAAATAATAAGG +AGGATACCCAAAATAATTTTGGTTCCTCCTTATTATTTTACTATATAGCCCTCGTATATT +CTTTTAACCATTCCTTTTCATCTTCATTTAAGAATGGAGATATTTCTTCATAAACCTTCT +TATGATAATTATTTAAGTACTCTATTTCTTTTCTTTCCATAAGTTCAGGATTAATTCCAT +CTAAGTCTATCGGTGCAAGAGTTACTGCCTCAAATTCCATAAATTGTCCATATTCAGTTG +CTTCACCTTTTATTGTTATAAGCTCATTTTCTATTCTTATACCATGAGAGCCATCTATAT +AAACTCCTGGTTCATTTGTAGTTACCATTCCTTCTTCTAAAATACAGCTATCATTTCTTT +CAGGCACAATCTTCCATCTAAATCCATTTGGAGCTTCATGTACATTTAAAACAAATCCTA +TTCCATGACCTGTTCCACATCTATAATCTAATCCCATCTCCCAAAGTGGACCTCTAGCAA +GTATATCTAAGTTATACCCTCTACATCCGTACATGAATTTAGCCATAGATAACTTTATCA +TCCCTCTAGTTACAGCTGTAAAATGAGTTTTTTGGATTTCTGGGATTTCCCCTAAAACAT +ACATTCTAGTAATATCTGTAGTTCCATCATAGTACTGTCCTCCAGAATCCACTAATAGTA +AACCTTCTGCTTCTAATTTATATACAGTTTCTTTAGTAGCACTATAGTGGATTATAGCAC +CATGATCCTTATAACCTGCAATAGTATTGAAGCTCGGCTCAATAAAGTTTTCTTGTTCCT +TTCTAAATGATAATAATTTCTCATCTATACTTATTTCATCCATATCAATTTTACCTACAT +TATTTTTTACCCAGTACATGAACTTAGTCATCGCAACACCATCTCTTATATGGCACTTTC +TTATATTTTCTAATTCAACCTTATTCTTAACTGCTTTAAATAACATAGTTGGATTCGATG +CATTTATTTTCTCCACATCACTTGGTATATTATTATAAATTGCATAGTTCACCTTAGACT +TATCTAATAATACCTTTTCATCTTTATTTATTTCTTTTACAAATTCATATATATCAAAAT +AAGGTTTTATTATTGTATTCCCTTTATTTAACTCTGTTTTTATTTCATCAGTTAATTTAT +TTTCATCAATAAATAAGTATACATTATCTAAGGTAATCACTGCATACGAAAGAAGAACAG +GGTTATATTTTACATCTCTACCTCTTATATTAAATAACCACGCTATATCATCTAGTGCTG +CAATTATATGCATAGTTGATTTTTTTTCTTTCATAGCATCTCTTACTCTGCTTAATTTAC +TTACAAAATCTTCACCTACATACTTTATGTCTAATAAAAATCCTTCTGAATCTGACATAG +ATATTCTTTCCTTCCATATGCTATCTATTAAGTCTTCTTCATAGGCAATCTTTATATTTT +TATCTTTTAATGTTTCTCGTAATTTCTCCCCTTCATAAACAGAAATTACTTTTCCATCAA +ACCCTAGCGTAGAATTTTCTGGCATAACTTCTTTTAAATAATCTTCTATTTCAGGAACAC +CTTCTAATCCAGCTTTAAATAATTTTACACCACTATTTTCCAATTCCTTTTCAGCTTGTA +GGTAGTATCTACCATCCGTCCATAAACCACCATCATCTTTAGTTATAACAGCAGTTCCAG +CTGATCCTGTAAATCCAGTTATAAACTCTCTGCTTTTAAAGTACTCACCTACATATTCAC +TTTGATGAAAATCTGAAGATGGTATTATATAAGCATAAATTCCTTTTTCATCCATAATTT +TTCTTAACTGTTCAACTCTGTTTTTTATCATATGTATACTCCCTTTTCATTCTTAATAAA +AAAGATAATTTTTAATACCCTAATCTCAGTAACAACTTTCCAGTTTCTTACCTTTCATAA +GTAACGTACTTTATTAGTATATTGACGAAATTAGTAAAGATAATATTATGATAATATCTG +TATTTTACTTTTTTAATATTATATACTTATTTATTAATAATTAATATACTATATCTTTAT +CTCATATATATTTTATATTACTTCATAAAGTTCCTTTTTTGTTAAATACTTGTTATTCTT +AAATATTTGAGTTACTTGTACAGGAGAGTTTCCTAATACAAAAATATAATCAGCTAAGTA +TATAGCTTCATCTATATCATGAGTTACAAACAAAACGGTTCTACTTTCTTTATTTAAAAT +TTCTTTTAAACTATCCATTATTATTTTTTTATTTTTTACATCTATAGATTTAAATGGTTC +ATCCATTATTATTATTTTAGATGGATATATAAATGCTCTAGCTATATTTACTCTTTGTCT +AATCCCTCCACTTAGCATTTGAGGATAATTATTTTTATACTCCTCAATTCCTACTAATTT +TAGATACTTTTGACTAAGCGCTTCTACTTTTTCTTTATTATAATGCGTCTTTGCTACTAA +CTTTATATTTTCTTCTACTGTAAGCCAATCTATAAGCCTATCTTCTTGAAATATATAACT +TAATCCTATACTTTCTAAACTAGTGAAGTTATTACTATCATTAGGAATTATTCCACTTAT +AATATTTAAAATTGTACTTTTACCACATCCTGACTTTCCAACTATACAATTCACTTTATT +AACATAGAAATCTATATTAAAATTCTCATATACAGTTCGACCATCGTATCTCTTATTAAT +ATCTTTTATGCTTAAGATTATCTCTTCCATATAAATCCTCTCCTTAGAAGTGGTTTTTGG +CAATACTCTAGTAAAAATGAAATTATAACTACTATAAATATCCAAGCGAATATACCAGGC +GTATTAAAATTCATTTTTTCTAATTGTATTTGAGTTCCCATCCCATACTTAGGTTGACCA +TATACTTCTCCTGCTATAACAACCTTTAACGCTAGAGAAAAAGTAGAACCTAATATTGAT +ATTATCCTAAATTTAATAGAAGGAACATATATTTTTAATACTTTATTATTTAGGCCTATC +TTATATAAGTTAGCCATTTCTAATATCCCTTTATCTATACTTAAAATAGAATCTAATATA +CTTTCATATAAAATAGGAAACACCATAGCAAATCCCACTATAAAAGGTGCATTATCCTTA +TCAAACCATATTAAAGATAATACAATGACTATCATCGTAGGTATTGACTGAGTTATAACT +GTAATAGGCTTAAGGAAATTTCTAATAAATCTATTAATATAAGAAATAATTCCCAGAGTA +AGTGCTGCTACTATTGCAGTGAAAAAACTAAACAAACAACGGCTTATTGAAAAAATTACA +TCTAAGTAAAATCTAGATGAAAATATAATTTCTTTCATACTATACAAAACTTGATTTATT +GTCGGTAAGTAAATATCATTATCTATTTTCAAGGCTATAATTTGCCATAAAAGCAAGAGT +ACGACACATGAAAATGCCATCTCAATTTTATCTATTTGTTGATCTTTATTCTCCTTTATA +GAAAATCCCTTCATCCGGTAGCTTTCCTCCCACTGTCTTTGGCTCAAAGTCAAATAATTT +TTGATAATAATCGTCATACTCTTTTTGCATTTCTGATATTCTAACAAATTCTAAATTTGC +TCTTTCCATAGCTTTTTCTATTACTGTTGGTTCTGTACTTACACCAAACTCTTTAGCATA +AATACCTGCATCTTTTGAATTCTCATTTAACCATTTTATACCATTTGATATTTCTTCTGT +GAAACTTTTTACAAACTCTGGATTTTCCCTCGCAAAATCTGATTTTATTATTAAAGTTGA +TTGAGGATATCCTGTTTTTGAATCACTTATTTCTTTCCAAGCATCATTTAATCCTTTTAT +AATTTTAATATTTTCATTCTTTATCATCAAACCTGTCAAAGCTGGTTCTGCTACAAACCC +AGTATTTAATTTACCTGTTGCCATCAATGGTACTAATTCACTCATTGCATTTACATAATT +AAAATTTACATCTTTGGTATTTATATTTTTTTCTTTTAAAATTGTTTGTACAGTTATATC +TGGCGTTAATCCCTTACCTGTATTTCCAACTTCTTTTCCTAGTAAATCGTCAAAGTCATT +TATATCTTCACTAGACACTAAATAAAAAGATCCCATTCCTACAGTACCTAATATTTGATA +GTTAGAAGTTTTATTATATGCCATTGCAGCCATATTCGATGGAACAACAGCTATATCCGG +CTCCTGTTTCATTACTGTTGTTGAAAGCGAATCACTAGTTGCTTCTATAGAATACTCTAT +TTTATATCCTTTCATAACTTCTGGATCTTCTTTTGCAAGCTTAGCTAAAGATATCGCAGG +TAATCCATCTGGAGCTGTGACCTTTACATTCTTAATTTCAACTACTGGCTCTTCTTTAGT +CTGATTACATCCAACTAAAAGAGTTCCTCCTATAAGGATTGATAATAATAGAGTTATACT +TTTTTTCATTCTCCTGCCCCCTTTTAATTTTCTACATTATTCTGTTTTATTTTATAGTTC +TCTTATTTTATAAGATACTCCTTCCTTATATATAATTCAATTTAAATAAAAAAGGAATTA +TCTCGATCAAAGAATCTATTTATAAAGCTATTGCTTAATTATATAAATTTCTTCTATCGA +AATAATTCCTATCATATTTTTTATTTATTAATTAAACTCTATAATGCTACTATTAAGCCT +ACTACTAAAGCACTTAATAAGCTTACTAAAAATCCACCTATCATACCTCTAAAAGCAAGT +TGTGATAATTGATTTCTTTTTTCAGGACAAAATACTGATATTCCTGATATACATATACCT +ATGCTTGATATATTTGCAAATCCAGTTAAAGATATAGCTAACATAAGTCCTGTTCTATAG +TCTAGAGATTTTATGACTTCTCCTAGCTGACCGAATGCTACGAATTCATTTAAAACCAAT +TTAGTTCCTAGTAATTGGCCCGCAAGTGAAACATCATCTGGTGATATACCCATTAAAAAT +CCTATTGGAGCAAATATTACTGATAATATTTGTTCTAATGATAATCCAAATATACCTAAT +GCTCCATTAACTAGCGCTACTAAAGATATTATAGCTATAAGAGATGCTCCTATACCTAGT +ACCATATTTAGACCATCTGTAGCTCCCTGAGATATTGCAGATAAAATATTCGCATTATCT +CCTTTATTATCTATACTTACCTCTTGAACTATATTACCATCTAGATTTTTTTCTTCTGGC +AACATAAGCTTTGAAACTATTATACTGCCTAATGGTACTAATGCTCCACCTATTAATAAA +TACTGCATTGGTATTCCCATGCCTGCATATCCCATAAGAACACTTGCAGACATACTACCC +ATACCTGAAATTAAAACTAACATTATTTCACTTTTAGTCATATATTTTAAGTATTTGCTT +ACTAATATTGGAGATTCAGTCTGTCCTAAAAACATATTAGCAACAGCAACAAAACTCTCT +ACCTTAGAAGTGCCTAGTATCTTTCCTATAGCTCCACCAATTACCTTTACAACTGCTCCT +ATAACACCCATATAATATAATGCACCAACTAATGCTGATATGAATATTATATTACCTAAC +ACTTGTATTCCAAACACAACTCCAGTTGGAGCTCCTCCATCTGCTAGTGATCCAAATACA +AAGTCTAGTCCTTCACTTCCATAACTTAATATATTTGTTACAAAGTCAGACACCTTCTCT +AAAGCCATTTGCCCTAAAGGAAATTTTACTAATATAAATGCTATTATAAATTGTATTACT +AAAGCTTTTAATATCATTTTTTTATTGATATTTTTCTTATTCTCAGAGAATAAATATAAC +CCACTTAGCAAAACAACTATACCTAATGTGTTTAATAATATTGTCATTTGATTTACCCAT +TCCTCTTTATATTATTTTTTTATTTATGATTTACTATTATAACGTCTATACTCTTATCTT +TTCAACACTTTATGACATATTTCGATATGTTCTATTATTCTTTATATTCATAAAATATAC +TATAATTCGAATAAAATAAAAGCTATAGATCTTATATCTATAGCTTTTAAGTTTACTTAT +ATTTAATTTGATATATTTTCTATTTTGTATAAGGTATCGTAAATATAATTACAAATTACC +AACGTTACAAAACTACATACTATACTAAATAATAGTATTAAGCCTTGTAATAAAATCCCA +TTACTATATTGTATACTTAAAATACTAGTTCTTAATGTCATGTTCATTCCGTTTATTGAA +ATAGCTAAAATAACTCCATTTATTATACTTATTAAAATATTTTTATTTAAATAATGACTA +AACATTCCAGGAAAAACTCCTATTACACCATAAAAAAATAAAAATATTATGCTATGATAA +TAATCAGTGGATAGAATAAATAAAAATACTATTATATATGTCAAAAGACCTGTACTTGGC +GACTTTTTGCTTATTATATATATTGGAACTGTACTCAATACAATAAATAAAGTAAGTACA +TTTGAATAAAATTTAAGTATACACATAATTATAGCCATAGAAATTAAAAATATAGTCGAA +TATTTCTTTTCCATAATATCCCTCCATGAACTGTCATTTCATGTGCATTTTTATATAGTA +TAATATGTTATGCTAACTTAATCGGATACAAAAATAGTGTTTCAAATTGTATGACTTGAA +ACACTATTTTTATTATATATTTAATTCTATACTATTTATAAAAATATCTACTATTTCTGG +ATCAAATTGTGTCCCAGAACATCTTCTTAACTCTTTTATTGCATCTTCTTTTTTCATAGC +CTTTTTATACACTCTTTCATGTACCATAGCATCATAAGAATCTGCTACAGCTATAATTCG +AGAAAGTAACGGTATTTCTTCCTTTTTTAATCCTAACGGATATCCACTACCATCCCATTT +TTCATGGTGAGTAAGAACGTTCTTTGCTACACTTCCTAATTCACCTAATGAGTTAACTAT +TCTATATCCCTTTTCAACATGACTCTTCATTATTTCAAATTCTTCATCATTTAATTTACT +AGGTTTTAAGAGTATATCTTCTGGAATTCCTATTTTACCTATATCATGTAATTCTGCTGA +CAAAATTAATTCGTCTAAATCAGACGTTTTAAGGTTCATTTTTTTTCCAATTTCAGTTGC +ATATTCTACAACTCTAATTGTATGTCTATTCGTATCTGTATTTTTCGCCTTTAACAATTT +TCTATATGATTCTAATATAGAACTCCTTACACTTTTACTTTGTAATAATTTCTGTCTATA +TAGCTTATCCTCAACCTTCTTTATATAGTCATAAATATTATCATCTGGTGTATATCTTAC +AGTTTCTCCTAAAGCTACACTTAGTTGCATATAATCATAGTTAGACTTATTACAATTATT +TATTATTTTTTTCATAATTTTTTCACAATTAGATTCATCACATTTCGGAACTAGTATCAT +AAATTCGTCTCCGCCCCATCTAAATACATGTCCTTTTTCACTACATGAATCCTTCAGTAC +CTTAGCTATTTCCTTTAATAAAGTATCTCCCTCTAGATGTCCAAAAGTATCATTAATAAT +TCTTAATCCATTTACATCTCCCATGATAATTCCTAATGGATGATATTTTTCATGGTTTAA +TTCTTTCATTTTTTCTTCAAAGCTATATCTATTATAAAGACCTGTGAGCATATCTGTTTG +ACTTAGATATCTTAATTTTTCCTCTATTTTCTTCCTATCTGTAATATTCCTTGATAGACC +TACTACTCCCCATACATTTCCATCATTATTGATTACAGGTATCTTTAAGTTTTCTTCTAT +TACTTCTTGACCCAACTCATTTTTAAATTTACACTCAAAGTATTTAGTTTTTTTACTACA +AATAATTTCTTTATCTTGATCTATAAAAGTTTGGGCTACGTTGCTATCATCATAAATATC +TAAATCTGTTTTCCCTACTATATCTGCTATTCCTCTTTTTCTATAAAATTCTTCAAATGT +TTTATTATATCCTATAAATTTACTGTCTCTATCCTTATAAAAAATAGCTTCTGGAACTGA +ATCTATAATTGTTCTTAAAATATCTTTTTGATTATTAACTTCTATTTCTCTTTCTTTTCT +ATCATTTGTATCTATCAGTATCCCTGCGACCGCATTAAGATCTCCCTCTTTATCTATTAT +AGGAAACATATGACACTCCATATAATTACCGTTTACCATAGATTCACTTTTGTGAACTTT +TCTATCACTTATACATTGCTTTATTTGACTATCATATTCTTCTGATACGCTTACTTGAAA +CACTTCTTTATTTGTTTTACCCTTAACATCAGATAATTTTATATTAAATTTTTTTTCATA +TGATTTATTTAAAAATATTATCTTTGAATCTATACTTTCAATCCATACTGGTAATGGTAT +ATTTTCTAAAAATAACTTATATATTCCGTCTATATTAACACACCCTCCATCTTAAAACAT +TTCACTTCTCTATATATACAATGTTATTGACTATTTTATTATAATACCTCCATCAAATTT +ATACAATATTAGACAAATGATATAGTAAAAATTTCAAACTCTCAATTGCAGTCTTCAATA +TTAGATAATTAATGTTTATACGATATGTCATAATTTAATTCATTTTTATAATATTTAATG +CTAAAATAAAATTTACTTTGCTTGAACCAATACATAGGTGAAATATTTTAAGCGTAGTAG +TTGGTATTATAAAAATAGGTTGCGCTAAAATATATTTTTGCGCAACCTATTTTTTCTAAT +CAATTATTTCAAAATTCATTTTATATAATTCTATAACATTTTCTATTAATGAATTAATTG +TAGCTTTTCCAGTGCAATTAATTCTATTTGATACAACACTAGCTTTACCTAAATTAACAA +TTTCATCTATATCAAAATCTAATATTTGTTTTCTTCCTACATAAGTAAATCCTACTCCAA +TTACAGTAGCACCTTCCTTAATATCCCTTGCATCAACTAGATTTTGTCTCCCTACACAAG +ATATAATTATGTCTGCCATTTTAACTAAATCAGATAAGTTACTTGTTTTACTATTTGCAT +TTATTAAAGTTGCTCCTCTATTCATTAGCATGGCACATAATGGTTTACCTACATGATTAG +ATTTTCCTATAACTAATGCAACTTTACCTTCTATTTGTATATTATTATACTCAAGTAATG +ATATTACTCCTTTAGGAGTTGCAGGTGCTAGTAACCTATCATTACCTAAGTTAATTTCTC +CTATCCATTCCTTAGCAAAACCATCTGCATCTACAGTATAATCTATTAATTTCATAAGGT +ATTCTGTATCTAAATGTTTAAATGTAGGTAGTTGAAGAATTACTGGTATCTTTTCTTCGT +TACATTTATTTATTATTTTTTCTACATCATTGTTAGTACAATCTGCTTCTAATTTTATAG +CATTTACTTTTAATCCTGCTTTTTCCCCTTCTGTTATCTTTCCTTTTATATATCTTGCAT +TACCTTCATCATCTGAAGCATTTATTATTATAAACTCTGGCTTTCTATTTATCCTAGCCT +CTATTTTTTTAGTTTCTTCTTTAAACTTATGTATCTTATTCTCACACATTTCTATTGCAT +CTACTATTTTTGTCATAATTCATCTCCTAATTTCTTTATTTCTATTATAATATGTTTTCT +TTGCATTATAAATATTATGTTTATTAATTATACTATAAAATTTTCTATTTCAAATTTACA +CCTAAAAAAGACCTAACAATATATAAAGCTAAGTTCAGATTTATTTTGGTTTATAAAAAT +TTATTTATATTTTATTAATTTTGCTAATTCTATAACTATAGTAGAAATCAGTACTAACCA +TAAGCAAATCCTTAATTATGCAATTCTAAATACATTCGGTATTGAAAATATTTCTCTTAT +TCCTGGTATTAGTGTTATTCCATAAAATACAAAACACAATATATATGTAATATTTTTCCA +TGTAAATATACTCATATATTTTTTTTCTTGGATAAAAATATAGTAATAGATATATATAAT +CTATGTAAGCATTTTACATAATTATACATTCTTTATATTATCTACAATTGTATCCAATAT +TTTTTGTCGAATCATGTAGGAAAAATTAAGGAAAACATTGTTTTTTTTAAAAAAAGTATT +ATAATGGTATTTGTCGTTAAAAAACAAGTAATAATTCGTACAGTAATTTTTTAAACAAAG +AAAGGAATAACAATATGGAAAAGAAGAGTCTTCAAAAAAATCTTGGATTTGCCGCAGCTT +TATCAACAGTTGTTGGTATGGTTATCGGTGGTGGTGTGTTCTTCAAGCCACAAGCAGTAT +TTACATTAACAGGTGGAGCACCTGGTCTTGGTATGATAGCTTGGATAGTAGCTGGTATAG +TTACAATAACAGCTGGTCTAACAGCTGCTGAAGTTTCGGCTGCTATACCTAAAACTGGTG +GTATGATGGTTTACATCGAAGAGATATATGGTAAAAGATTAGGGTTCTTAACAGGATGGA +TGCAATGTGTTCTATTCTTCCCAGCTACTATAGCTGCAATATCAGTTATGTTTGGTCAAC +AATCTGCAATATTACTTGGGCAAGCTGATAATCAAGCATTAGTTATATGTTTAACTGCCG +GTGTAATATTATTTATAGGATTTATAAACTCATTTGGTTCTAAAACAAGTGGTGTTATAC +AAACAGTATCAACTATATGTAAATTAATACCTCTTGTATTAATAATAGGATTTGGATTAA +TTAAAGGAAATTCATCTAACCCAATATTCACTCCACTTGTAGGAGAAGGTGTTAGCCCAG +GTGGTGTTTTCGGTCAATTATTAATAGCAATATTATTTGCTTATGATGGATGGATAAATG +TTGGTGCTATTGCTGGAGAAATGAAGGATCCTGGAAAAGATCTACCAAAAGCAATAGTTG +GTGGTTTATCATTAGTTATGGCTGTGTACGTTGTTATAAACGTAGCTTATTTATTTGTAT +TACCTGCTGATCAATTAGCTCAATTTGCTTCTCCTGCTTCAGCTGTTGCAGAAGTATTAT +TTGGTAAAATAGGTGGACAAATAATAACTATAGGTATATTAATATCAGTATTTGGTTGTA +TAAATGGTTACTTATTAACAGGACCAAGAATACTTTATACATTAGCACAACAAAAAACTT +TACCAGGATATAAATTTATAGGTGCATTAAATAAGAATGATGTTCCTGCTAATTCAACAA +TGATAATGGCTGTTATATCTGCATTATATGCATTATCTGGACAATTCAACTTATTAAGTG +ACTTATCTATGTTCGCAGTATGGTCATTCTATGTATTAACATTTGCTGGAGTTATAAAAT +TAAGAAAAACTCATCCAAATATGAATAGACCTTATAAGGTTCCTCTATATCCATTTATAC +CATTAGTGGCTATATGTGGTGGATTATTCGTTGTAATAAATCAATTATTCTTTGCTGGAA +TGACAAATACTTTAATGTCTATAGGTGGTGTTATAGTAACTATTATAGGTTTACCAATAT +ACAACTATATGGCTAAGGAAAATAATTCTGATTTAAATGATGTTGCTTAATAATTAATCT +ATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAATAGAC +CAATAGTGACTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGCTAAAA +AGTCATTTTTACCCATTAATTTATTTATAAGAAAAGAAATGTTATGAGCTAAAACTTTTA +TTGAAGTTCTAGTTATAAATCCTAGCATAGATTTACTC +>MGYG000000001_46 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAAACCTGTGGGTACCTTTTTTGGCTAAATAGCAATGAATATAGGTGACGAAAT +TTGTATTTTATTGACTATTTAAATTAACATATGGTATTATAAAATGATGTATTTATAAAG +AAAAGTGGTGATTACAAGATGGAAGTAAATGTAAAGAAAAGTAATAATGTTATAAGTAAA +GTATACAAAGGAAGTATAGCTGATGAAATTGGTATTGAAGTTGGAGACTTACTTATAAGC +ATAAATGAGCAAGAAATACATGATATAATAGAATATAAATTCTTAATGAGTGATGAATAT +ATAGAATTAGAAATACAAAAGATAAATGGTCAAATTTATATTTATGAAATAGAAAAAGAG +TATGATGATGACTTAGGGATTGAATTTACGAATCCAATTATTGATAAAGCTAAGAGTTGC +AGAAATAAATGTGTATTCTGCTTTATAGATCAGCTTCCAAAAGGTATGAGAGAAACTCTT +TACTTTAAAGATGATGATTCAAGACTTTCATTCTTACAAGGTAACTTTGTAACTCTAACA +AATATGAGTGAAGAAGATATAAATAATATAATTAAATATAGAATAAGCCCTATAAATATT +TCTGTACATACAACTAATCCAGAATTAAGACAGAAAATGATAAAGAACAAGTTTGCAGGT +AAATTATATGAGATAATGAAGAGGCTTGCTGAGGCAGGAATACAGATGAACTGTCAAATA +GTTTTATGTCCTGGATATAATGATAAAGAAGAATTAACAAGAACTATTTCTGATTTAGAA +ACTTTATATCCTTACGTAAATAGTGCTGCAATAGTACCTGTAGGTATAACTAAGCATAGA +GGTCACCTTCCAGACTTAGAGATATTTAATGAAAAGACTGCAGGGGAGACTATTGATCAG +ATTCATGAATTACAAAGGTATTATTTGGATAAAATAGGAACAAGGTTTGCCTTTTTATCA +GATGAATTTTACATAATTGCTAATAGAGAATTATTAAAATACGATGAGTACGAAGGATTT +ATTCAGTTTGAAAATGGTGTAGGTATGATAAGTAAGCTAGAAAGAGAAATTCAAGATTAT +TTAGCAGAAATACCACAAGATCAAATTACTAGAAAGAAAAAAGTTTCTATCGCAACAGGT +CATTCTGCATATGAATTTATAAAAGATATGGCAGAGTTAGTTATGAATAAATTTAATAAT +GTAGAAATTAATGTTTATAAAATAATAAATAATTTCTTTGGAGAAACAATAACTGTTGCT +GGCCTTATAACTGCAACAGATATAATAGATCAGTTAAAAGGAAAAGACTTAGGAGAAACT +TTATATATACCAAGAGCAATGCTTAAAGCAGATGAAGAGATATTCCTTGATAATATAACT +TTAGAAGGTATACAAGAACAAATGAATATAGAAGTTATTCCGTGTGAAAACAATGGGAAG +GACTTTATAGATAAGATTTTAAAATAAGGAAGGAGATTATTATGAGTGATAATAGACCGA +TAGTTGCAGTAGTTGGTAGACCAAACGTTGGTAAATCAACACTGTTTAATAAATTAGCAG +GAAAAAGAATATCTATAGTAGAAGATACTCCAGGAGTAACGAGAGATAGAATATTCACAG +AGGTAGAGTGGTTAAATACATACTTTACATTAGTAGATACAGGAGGTATAGAGCCAGACA +ATGGAGATGTAATATTATCTCAAATGAGAAATCAAGCAATGCTTGCAATGGATATGGCTC +ATGTTATTCTTTTTGTAGTTGATGGAAAGTCAGGAATAACAGCTGCTGATAAAGAAGTAG +CTACAATGCTTAGAAAAACTAAGAAACCAGTTATCTTAGTTGTTAACAAAATAGATAGTC +AAAAACAATTTGATAATGTATATGATTTCTATGAATTAGGACTTGGAAACCTACATGCAA +TATCAAGTGCCAATGGAATGGGACTTGGTGATTTATTAGATGAAGTAGTTGAGAATTTCC +CTAAAGGATTAAATACTGAGTATAGCGAAGATATAATAAGAGTAGCTATAACTGGTAAGC +CTAATGCAGGAAAGAGTTCTATATTAAATAACATATTAGGTGAAGAGAGAGTTATAGTAA +GTCCGATAGCTGGAACTACTAGAGATGCTGTAGATACATATTTCGAAAAAGATGGGCAAC +AATTCCTTCTTATAGATACAGCAGGTTTAAGAAGAAAAAGCAAAATATATGAAACTGTAG +AAAAGTATAGTGTAATAAGATCTATGAGTGCAGTAGATAGAGCTGACGTAGTATTAATAG +TAATAGATGCACAAGAAGGAATTACTGAGCAAGATACAAAGGTTGCAGGTATAGCTCATG +ATGAAGGTAAGGCATGTATATTTGTAGTTAACAAATGGGATTTAATAGAAAAAGATAATA +AAACCTTAGGTAACTACACAAAAGAAATAAAAGAAAAATTCCCATTCATGATGTATGCAC +CAGTACTATTTGTTTCTGCTAAAACTAATCAAAGAATGAACAAAATTTTAGAAACAGTGG +AATATGTAGCAAGTGAACATGCTAAGAGAATATCTACTTCAGCATTAAATGATGTTATCG +GTGAGGCAGTAATGTTAAATCAACCACCATCAGATAAAGGTAAGAGATTAAAAATTTACT +ATGCTTCTCAAACGGATATAAAACCACCTAAAATTACATTATTTATAAATGATAAACAAC +TTACTCACTTCTCATACCAAAGGTATCTTGAAAATAAAATAAGAGAGAACTTTGGATTTG +AAGGAACTTCTGTTAGATTTGAATATAGAGAGAAGAACAGAAGATAATAATTTTTCCAGG +GGGTAAATATGATTAGCTATATTATTTTAATTATAATTGCTTATCTTTTAGGTAATATAT +CAACATCTACTATAGTAGCAAAAAGAATGTATAATGTTGATATAAGAACTCAAGGTTCTG +GAAATCCAGGGTCTACAAATGTACTAAGAACGCTTGGAAAAAAAGCAGGAGCGATAACTT +TTGCAGGCGATTTACTAAAAGGATTAGTAGCAGTATTAATAGCTAGAATGATATCTAGAT +TTACAGGTGTAGATGAAACTACAGCTGCATATTTAGCAGTAGTAGCAGTAGTAGCAGGTC +ATAACTGGCCAGTATTCTTAGGATTTAAAGGTGGAAAAGGAGTAGCAACATCATTAGGTG +CTATGATAGGTATGAATCCAATTATTGCATTAACTTGTTTTGGTATATTCTTAGTTATAG +TTTTTATTACTAAGTATGTATCATTAGGTTCAGTTGTTGGGATTGCATCATCTCCTTTAT +TTATGATAGCTACAAGCAATAAAAAAGGAATTTTAGTTACATTATTTCTAACAGCATCAG +CAATATACACTCATAGAGAAAATATAAAAAGACTGTTAAATGGAACTGAAAGAAAAATTG +GTCAAAAAAACAAATAAATTAAGTGTATCCTAGGTGGTGTTTTTATGAAAAAAATATGTG +TATTAGGAGCTGGAAGTTGGGGAAGTGCATTAGCTTTGAGCCTTGCGAAAAAAGGTTATA +ATGTGATGATGTGGACTTTAAGCCAAGGACAAGCAGATAAAATAAATACAACAAAAGAAA +ATATAGATTATTTACCAGGAGTATTATTTCCAAATAATATAAAACTAACTACAAATATAG +AAGAAGCTGTTAGTGATAGTAGACTAATAATATTAGCAGTACCATCGCAGGCTATAAGAA +GTGTTTGCAAACAAATAAAAGAATTTGTTAAACCTAATCAAATACTAGTAGATGTAGCGA +AAGGACTAGAAAAAGGAACTGGATTTAGGCTTTCACAAGTTTGTGAGGAAGAATTACCAG +ATAATCCTTATGTAGCTTTATCAGGTCCATCTCATGCAGAAGAGGTTGCTAAAGATATAC +CGACAACATTAGTTGTAGCATCAGAAAACTTAGAAATTGCTCAAGAAGTGCAAGATATAT +TTATGAGCCCTAAGCTTAGAGTTTATACAAATCCTGATCTAACAGGAGTTGAGCTTGGAG +GTGCACTTAAAAATATAATTGCATTTGGAGCAGGTATATGTGATGGATTAGGTTATGGTG +ATAATACAAAGGCGGCTCTTATGACTAGAGGAATAAGAGAAATTGCAAGACTAGGGACAG +CTTTGGGTGCTGACGTTAATACATTCTCTGGGCTTTCAGGTATAGGTGATTTAATTGTTA +CTTGTACAAGTATGCATAGTAGAAATAGAAGAGCAGGTATTTTAATAGGTCAAGGCAAAA +GTCTTGATGAAACTTTAAAAGAAGTTAAAATGGTAGTTGAAGGAATAACAGCTATAGAAG +TTGCTTATGAAGTTTCTAAAAAGATGAATATAGAGATGCCTATAACTAGCGCTATATACT +CAGTATTACATGAGGGTAAAAATGCAAATGAAGTTGTAGTTAATCTTATGATGAGAAGTA +AAAAGCATGAAATAGAAGAAATAGTAGATGAAAAGCTAGGATTTTAATCCTAGTTTTTTT +ATATCTAGGAAAATATAATAAATAGATATGTGATAAAAGGAGGCTAGTATATAAGCCATT +CTATGATGGATTTATTTGCTTATATTATGTTTTAATAAAAGTAAAATATTTATTTTTGGT +ATATTAACTTTTACCTCAAAATATAATTTATTAAGAAATTATATGCAGGAGGGGAAATAG +ATGAATAACATATACGAAGACATAGCAAAAAGAACTCAAGGTGACATTTATATAGGTGTG +GTAGGTCCAGTAAGAACAGGTAAATCTACATTTATAAGAAAATTTATGGAAAAACTTGTG +TTACCTAATATAGACAATGAGTTCAAAAGAGAGAGAACTCAAGATGAGATACCACAAAGT +GGATCTGGTAAAACAATAATGACAGTTGAACCAAAATTTGTTCCAGCAGATGGTGTTGAA +ATAAAGATAAAGGATAATGTATCTTTAAAAGTCAGAATGGTTGACTGCGTAGGGTACATA +GTTGAAGGGGCTCTTGGCCATGAAGAAGATGGAAAACAAAGATTAGTATCTACACCATGG +TCACAAGAAGCTATGACATTTGAAAAAGCTGCAGAAATAGGAACTAAAAAAGTTATAAGA +GACCATTCAACAATAGGTATTGTAGTTATAACTGATGGATCTGTAACTGGAATGGATAGA +AATAGTTATGTTGTGCCAGAAGAAAGAGTAATAAATGAATTAAAATCACTTAAAAAGCCA +TTTGTAGTTATATTAAATACAATAAATCCAAATAGTGAAGAAACTGAACTACTTAGAGCT +GAATTAGAAGAAAAATATGAAGTACCTATAGTTCCTGTGAATGTTGTAGATATGGAAGAG +GAAGATATTGAAAACGTAATGGAAACAGTATTATATGATTTCCCATTAACAGAAATAAGA +ATAAACTTACCACAATGGGTGGAAGGCTTAGAAATGAATCATTGGATTAAAAATAATATT +ATATTTACATTAAAACAAAGTATAGCAGAAATAGGTAAAATAAGGGATGTTAATAAGATT +GTAGAAGGTTTCTCAGATTTAGACTTTTTACAAGATACAGAGGTTGATAATGTAGAATTA +GGTGAAGGTGTAATTACTATAGATTTAAGTACAAAACAAGAATTATTCTACAACATACTA +GAAGAAAAGAGTGGATTTAAAATTGATGGAGACTATCAATTATTAAACCTAGTAACAAGA +TTATCTAAGGTGAAAAATGAGTATGATAAGATAGAAAGTGCTTTATATGATGCTAAGACA +AAAGGTTATGGTGTAGTAGCACCATCACTAGACGAGTTAAGCCTAGAGGAACCTGAAATA +ATTAAACAAGGAAAACAATATGGTGTGAAATTAAGAGCAAATGCACCATCTCTTCATATA +ATAAAAGCGGACATATCTACGGAAGTTTCACCTATAGTAGGAAATCAAAATCAAGGTGAA +GAAATGGTTAAATATTTATTAGATGAATTTGAACAAAATCCAAGTGAAATTTGGGAATCT +AATATGTTTGGTAAATCATTGAATGATTTAGTTAAAGAACAATTACAAAGTAAATTATAT +ACAATGCCTGAAGAAATAAGAGTTAAGATTCAAAAAACTCTACAAAAAATAATAAATGAA +GGAAGTATGAATATAATTACTATTTTATTATAATGATTACATGAATTAATAAGTATATTT +GTCATATTCAAGATATAAAATAATACTTTCTTTATACGTGGAAATAGTTCTTAATTTTTT +AAGAACTATTTTTATTTGTGAAACTTGCAGCCAATGAGTGAGGTATTGTATATAACTCGA +TTGAAATGAGAATTTAGAAAATAATAGGGGGAGTATAATGAGGGCAATTATAACTGTAAT +AGGTAAAGATAAGGTGGGGATTGTAGCTGGAATTAGCGCAGAGTTATTAAATCATGACAT +AAATATTATTGATATTAATCAGACAATAATGGAAGAATTTTTTACTATGATTTTAATGGT +GGACTTGTCGAAATCTAAGAAGTCTTTTGAGGAAATAAAAAAAGGGTTAACCTTAAGAGG +TAATAACTTAGGCGTTGACGTTAAAATCCAAAGAGAAGAGATCTTTAATTCGATGCATAC +TTTATAGCAGGGGGAAAAATGAATATAAATAATATATTAGAAACAATAAGAATGATAGAG +GAAGAAAAATTAGACATAAGAACTATTACTATGGGAATATCGTTGATAGATTGCATTGAT +TCAGATGGAGATAGATGTAGAGAAAAAATATATAACAAGATTGTGAGTTCTGCTAAGGAT +TTAGTAAAGGTAGGAAGGGAGATAGAAAATGAATTTGGAATTCCTATTGTAAATAAAAGA +GTATCAGTAACACCAATATCTATAATAGCAGGTGCTACTGATGAATATGATTACATAAAG +TTTGCACAAACTCTAGATAAAGCAGCTCAAGATTTAGGAATTGATTTCATTGGGGGATTT +TCAGCATTAGTACAAAAAGGATATACAAAAGGGGATAAAATAGTAATAAAATCTATTCCA +AAAGCTTTGGCACTAACTGAAAAAGTATGTGCATCAGTTAACGTAGGTTCAACAAAATGT +GGATTAAATATGGATGCTATAAAAGAAATGGGGACTATAATAAAAGAAACTGCAGAGTTG +ACTAAAGAATCAAAGGGATTTGGATGTGCTAAATTAGTAGTATTTTGTAACGCAGTAGAA +AATAATCCATTTATGGCAGGTGCATTTCATGGTATAGGTGAAGATGATAAAGTTATTAAT +GTGGGAGTCAGTGGTCCTGGTGTAGTGCAAAGGGCTTTAGAAAAGGTAAAAGGTCAACCA +TTTGATGTAGTAGCAGATACTATAAAGAATACTGCATTTAAGGTCACTCGAATGGGGCAA +CTAGTTGGATATGAAGCATCTAAGAGGCTTGGAGTTCCATTTGGTATAGTTGATTTATCA +TTAGCTCCAACTCCTGCTGTAGGTGATTCTGTAGCTGATATACTAGAAGAAATGGGATTG +GAAGCTGTAGGTACTCATGGTACTACGGCTGCCTTAGCATTATTAAATGATGCTGTAAAA +AAAGGTGGAGTTATGGCTTGTTCAAGGGTAGGAGGACTAAGTGGTGCATTTATACCAGTA +TCTGAAGATGCAGGTATGATAAATGCTGTATTAAGAGAGTCCTTAAATTTAGAAAAATTA +GAGGCTATGACGGCTGTATGCTCTGTTGGACTAGATATGATAGCTGTAAGTGGAGACACA +TCTTCAGAAACTATAAGTGCAATGATAGCTGATGAGGCTGCTATAGGCATGATAAATAAT +AAAACGACAGCAGTTAGGGTAATTCCAGCGCCTGGTTGTAAAGTTGGTGATATGGTTGAA +TTTGGAGGATTATTAGGAAGAGCTCCTGTTATGGAAGTTAATAAATATTCTTCTGAATTA +TTTATAAAAAGAGGTGGAAAAATACCTGCACCAATTCATTCTTTCAAAAACTAACAAAAA +GCTCCTTTTAAGAAGCTTTTTATAATTAAAAGAAAAATAATATAATTAACTAAGTTTTAA +AATGAAAATTTAAACAATAAATATATGCATAAATAAAAGGAAAATTAGCTCCTGTAGAGA +AGTAATATAAAAGGTTTCAATATATATAGGAGGTGAAATCTTGAAGAAAATAAGATACTC +CAATTTATTTATTTTAGGGATATTTATCTACATAATATTTTATGCTATATCGTCAATTGT +TGGTAAGAATATACATACAAAAGTGTTAGAAAATGAAATGACAGATATGAAAATAAGCAG +AAAATGTCTTATTGTAAGAGATGAATATTTATTAAAATCAGATACAAATGGAGAAGTAAA +TCTATTAGTTGATGAAGGCGAAAGAGTAACAAAGTTACAAGAGGTTGCCAATGTATATAA +CAATGTAGACCGTAATATTGATGCTAATATAAGTAGTTTAGATGAGGAAATAGAAAAATT +AAAAAATGGAGAAGTTAATTTATCTAAAAATGAAATAAGCAACTTTAATGAAAAAATAGA +ATTTGTATTTAATGAAATACAGGTAGATTTATTAGTAAGTGATTATAGTAATATTAAAGA +ATATAAAGAAACCTTAGACAACTATTTGAGTGATAAAAATAAATTATTAAATAATGGTAT +CGATAGTGTCAAATTGGCTTCTAAAGAAGAACAAAAAAAGATTTTAGAAAAACAAAGGTC +AAGTAATGTTGCAACATATTATTCTAGTATGGCTGGAATAATCTCATTTAAATTTGATGG +AAATGAAGAAAAATATAATTTTAGTAATTTAGATGAAATAACTAAATCAGATATTGAAAA +AGAAAATAACAAATACGAAGATGTAAGTAGTAACTTAAAAGAAGTAAAAGATGGTAGCGT +GTTGTTAAGGATTATTAATAATTATGATGCTTATATAGTAACTTACGTAAGTGAAGATGA +ATCTAAAAACTTTGAAGAAAATCAGTCTATAAAATTAGATAGTGGTGATAATGAAATAGA +AGCAACTGTATATAAAGTCTATGAGGAGAATGATAATTTTATAGCAATATTTAAAATAAA +TAATCAAAATATGGGAATTTATGATACAAGAGTTAAAGAATTTGATATAATATATAAGCA +AATAGAAGGTTTAAAAATACCTAAAAGTTCTATAAAAATAGTCGATAATAAGGAAGGTGT +ATATGTAATAAATGAAGAAAATAAAACACCGACATTTGTTGAACTAAAAGGAATTGAATA +TGAAGATGATAGCTTTAAATATATAAACTATTATAAAAATAATATTGATGGAATTAATAC +TGTTGACTTGTATGATAAAATTATTTTAAAACCTAATATTATAAATACAAAAATGAAAAT +AGAGTAGGTGGTAATATGGAATTTATTAAAGAAAATATACAAGTTATAAATGAGAATATA +GAAAGAGCAGCATTAAACTCAAGTAGAAAAAAAGAAGATATTACCTTATTAGGAGTTACA +AAAACTGTAGATACGGATGCAATTTTAGAGGCTATAAATTGTGGTATTACAGATGTTGGT +GAGAATAAACCTCAAGAGTTAGCTAGAAAATACGATGTTATTGGAGACAAAGTAAGATGG +CATTTAATTGGAACATTGCAGACAAATAAAGTAAAGTATATAATAGATAAGGTATCAATG +ATACATTCTTTAGATAGAGAAGCACTTTGTGAAGAAATACAAAAGCGTGCAGAAAAAATA +GATAAAACTATAGATTGCTTGGTTCAAGTAAATATCTCTAAAGAGGAAAGCAAACATGGA +TTAGATAAAGAGAATGTTGTTGAATTTATAAAAAATACATCTAAAAAGTATAAAAATATT +AATATAAAAGGTCTTATGACTATGGCACCTTTTTCAGCAGATGAGAATGAGATAAGAAAT +GTATTTAAAGGGCTTAAAGATTTATCTTTAGAAATAAAAAATCTTAATATAAAAGGTGTA +TCCATGGATGTATTATCTATGGGAATGAGCAATGATTATGAAATTGCTATAGAAGAAGGC +TCTACGATTGTTAGAGTTGGGACATCTATATTTGGAAAAAGGAATTATTAATATTTAAGA +ATAATAAATTTAGGAGGACTATAAAAATGGGCGATGGATTAATTTCTAAAATAAAGGATT +GGGTAACTAGTCCAGATGAAGAATATGAAGATGATTACATGGAAGATGAAGTTGATGAAT +TAGTAGGAGAAATAGAAGATGAAGATGATATAACTGCAGGATTTGATTCAATAAACGCTT +CTAAAAGTAATAAAATAGTTAGTTTACATACAGTAAGTCAAATGAAAGTTGTAATAGTAG +AACCTAAGAAATATGAAGATGTTACAACAATAGCAGATCATTTAAAACAAAGAAGAGCAT +TAGTAGTTAACTTAGATAGTGTAGAAAAAAATGAAGATAAAAAGGCTATATTCAATTTTA +TGAATGGAGCTGTATATGTTTTAGAAGGAAATATACAAAAAATAACTAAGTCGATATTTA +TATTAGCACCAAGCAATGTTGATATTGATTCTTCAGTAAAAAAGGAATTAGAGAGTAGAA +CGACATTTCCTTGGCAAAAATAAATGATAAAGGAGTTTTAGGAACATGGGTATAATAGGA +ATGGCACTGTATAGACTATTAGACTTACTAATATTTTTAATATTTGTACAATGTATAATG +ACTTGGATTCCTGGAGCAACGCAAACAAAATTATATGATATGCTTTCGTCAATAACAGAC +CCGATAGAAGATCCGATTAGATCTGTTTTGTATAGATATTTAAATTCACCACTTGATTTT +ACACCGATAATAGCTTTTTTTCTAATAAGATTAGCACAAAGAGCTGTTTTAATGATTTTC +TGGTAAGATGGACAAGTTAAGACTGACTAATCACTTAAAAGATATTGATTTAAAAAATAA +GATGTATCAAATAATCGACAAAGCAAATAGCTGTATGAGAAACTATGATGTGAAATGTAG +CGATTTTCTAAATCCGTATGAAGTAAAAAATGCTATAGATATATTAAATTCTAACAAGGA +TATAAAATATACTGTAGATGGAGGATACGATGAAGCAGAAAGAAGCGTCATATTTATGTA +TCCTTTTTATATGGAGTATGAAGACATAGAAAATACTCTGAGGTTTATTCAGATAGAAGG +CAATTTTAAATTTAAGAGTATATCTCATAAAGATTATTTAGGTTCTCTTATGAATTTAGG +TATAAAAAGAGAAAAAGTTGGAGACATAATTATACATGAGAATTTCTGTCAAGTAATAGT +TAGTTCAGATATATGTGATTTTATAATTATGAATTTAGAAAAAGTATCTAGAAATAATGT +AAGGGTTAAAGAGATTTCTAAAGAAGAAGTCATATATAATCCACCTAATTATAAAGATAT +ATCTTTTACTATAACTTCAAGTAGGTTAGATTGTGTTATAAGTGGTCTTTATAATATATC +TAGACAAGAAAGTATGAAGTTTATTAATGGAGAAAAAGTTCAAGTTAATTATGAAAAAAT +AACATCTCCATCTAGAGAAATAAAGGATGAAGCTCTAATTTCAGTAAGAGGAAAAGGAAG +AGCTAAAATTATCAACATTGGTGAATTAACTAAGAAGGGTAAGATAAAGATACAAGCAAA +GTTAATAGTATAGGAGGGAATATATGCTAACTCCAATTGATATAGAAAATAAGGATTTTA +AAAAAGCTTTAAGAGGATACAAAGAAGATGATGTTGATGAATTTTTAGATATGGTTAAAG +AAGATTTTGAAACATTATATAGAGAAAACTTAGATCTTAAAGAAAAATTAAACTTATATC +AGGAACAAGTAAGCAGATATAAAAGTATAGAAGAAACTTTAAATGCAACTTTAATTACAG +CGCAAAGTACAGCTGAAGATACATGTGCAGCTGCAAATAAAAAAGCTAAAATAATAGTTG +AAGAAGCTGACTTAAAAGCAAGACAAATAATAGAACAAGGTAATAACCGTGTTATAGAAA +TAAGAAAAGAACATGATTCTTTAGTTAAAGAGTTCAAAGTATTTAGAAATAAATTTAAAT +CTCTTTTAGAAGATGAAATTAGAAGTATTGATGAAATATTCTCTAATGTGGATGAAAATT +GCAATGAACCATTTAATAACACTATGATTTACAATTTAGAAAACCATGGTGATGAACAAA +AAGAGATAGCTACAACAATTGACTAATAAATAAATTAAATAATCAGAATATAAAACATTG +ACTATTTTATAGACTTATTATATAATTTTTTATTATAAAATCAATTTAAATGAAAGTTAA +TAATTATCTAAAAGCAATGATAGAGAGAGTAAATTTTCGGAAGTTTTACAGAGAGTTGGG +TTTGCTGAGAACCAATGAATAGAAGAAAATTGAAAATCACTCTTAAGCTGCAGGCTGAAC +GATAGAAATATTTATTAAGCTGTGCCGGTTAGTGCCGTTAAACTATTTAGAGTGCTATAT +ATAAATTAGATTTATTATATATAGAATTAGGGTGGTAACGCGATAACAACTCGTCCCTTT +TATAGGGGACGGGTTTTTTTGTTGTATTCTGTTTTAGGATACAGTTTTTAGATAACAATG +TTAAATAGTAAAATTAATACAATCATTTTTAGAAAGGGTGATAATATGACAAAGTTTAAG +TCATTAGTAGACAGTTCTGTAAAAGATGCAGAAGCAAAAGTCTCTGAGTATTGGAAAGAT +ATAAACATACTTGAAAGAACACTAGAAAAAGGTGAAAATGATCCAAGCTTCGTATTCTAT +GAAGGTCCTCCAACAGCAAATGGTAACCCAGGAATACATCACGTTGTAGCTAGAACATTA +AAAGACTGGGTATGTAGATATAAGACAATGAGTGGGTATCAAGTAAGAAGAAAAGCTGGT +TGGGATACTCATGGTTTGCCAGTTGAAATACAAGTAGAAAAAGAGTTAGGCCTTTCAGAT +AAGCAAGAAATAGAGAATTACGGTATAGCAAACTTCAACCAAAAATGTAGAGAGTCCGTT +TTTACATATGAAAAGCAATGGAGAAATATGACTGAAAGAATGGCTTATGAAACAGATTTA +GATAATCCATATATAACTCTAGATAATAATTATATAGAATCTGTATGGTGGATACTAGAT +AAATTTAACAAAGAAAACTATATATATGAAGGACATAAAATACTTCCTTACTGCCCAAGA +TGTGGAACAGGTCTTGCTTCACATGAGGTTGCACAAGGATATAAAGAAATAAAGAATAAT +ACTGTAATAGCTAAGTTCAAGAGAAAAGATGCTGATGAATTTTTCTTAGCATGGACAACT +ACTCCTTGGACATTACCATCAAACGTTGCATTAACAGTAGGTCCAGAAGTTGACTATGTT +AAAGTTAAGCAAAATGATGAAGTATACTATGTAGCTAAAGCTTTAGCTAATAAGGTATTA +GGGGAAGAGTATGAAGTATTAGAAGAAATGAAAGGTAAAGATTTAGAACATATAGAATAT +GAACAATTAATGCCTTTCGTTGAAACTGACAAAAAAGCATTCTTCGTTACATTAGGAGAT +TACGTAACAACTGAAGACGGTACAGGTATAGTTCATACTGCACCAGCATTCGGTGAAGAC +GACTACAACTTAGGTAGAAAATATAACTTACCAGTTCTTCAACCAGTTGATGAAACAGGT +AAATTTACAACTACTCCATGGCAAGGCAAATTCGTTATGGAAGATGGAGTAGACGTTGAA +ATAATAAAATGGTTAGCTCATGAAAATAAATTATTCTCTAAAGAAAAGGTAGCTCATAAC +TACCCACACTGTTGGAGATGTCAAACTCCATTATTATACTATGCTAAGCCAAGTTGGTAT +ATAGAAATGACAAGACTTAAGGATCAATTAATAGAAAATAATAACTCTGTTGATTGGTAT +CCAAAGTTTGTTGGAGAAGGTAGATTTGGTAACTGGTTAGAAAACTTAAATGACTGGGCT +ATATCAAGAAGTAGATACTGGGGTACTCCACTTAACATATGGAAATGTGAATGTGGTCAC +AAAGAGTCTGTAGGCTCAAGAGCTGAACTTGCTGAAAAAGCAATAGAAGATGTAAATCCA +GAAACAGTTGAACTTCATAGACCATATGTTGATGATATACATTTAAAATGTGATTGTTGT +GGAGAATCAATGACAAGAGTAACTGATGTTATAGACTGTTGGTTCGATAGTGGATCAATG +CCATTTGCTCAACATCACTATCCATTTGAAAACAAAGAAAACTTTGACCAATTATTCCCA +GCAGATTATATCTGTGAAGGTATAGATCAAACTAGAGGATGGTTCTACTCATTACTTGCT +ATATCTACATTCGTAACAGGTAAAGCACCATACAAGAAAGTATTAGTTAATGACTTAGTT +CTTGATAAAGATGGAAAGAAAATGAGTAAGTCAAGAGGAAATACTGTAAATCCATTTGAA +TTATTCGATAAATACGGAGCAGATGCATTAAGATGGTACTTATTATACGTATCTCCACCA +TGGACTCCGATAAGATTTGATGAAGATGGATTAAAAGAAGTACAAAGTAAGTTCTTAGGA +ACTATGAAAAATGTATATAACTTCTTCACATTATATGCAAATACTGATGATATAAACCCA +ACTGACTTCTTTGTTGAGTACAAAGATAGACCAGAATTAGATAGATGGATATTATCTAAG +TTTAACAACTTAAAGAAAGAAACAGAAGAAAACTTAGAAATATTCGAAGTAAATAAAACT +ATAAGAAGAATACAAGCATTCATCAACGATGACTTATCTAACTGGTATATAAGACGTTCA +AGAAGAAGATTCTGGGCGACTGAATTAACAGAAGATAAGAAAGCTGTATATAATACAACT +TATGAAATATTAACAGAACTTTGTAGATTAATAGCTCCATTCGCTCCATACATGTCTGAA +GAAATGTATAGAAACTTAACTAATGAAGAATCTGTTCATTTAGCTAGCTATCCAAGAGCA +GATGTAAGTTTAATAGATACTAAATTAGAAGAAAAGATGGATTTAGCTAAAAACTTAGTT +ACATTAGGTAGAGCATCAAGAGAAGCAGCAAGAATAAAAGTACGTCAACCAATACAAGAA +GTATATGTAGACGGAAAATATGAAGCTATACTTAGTGATATAGTTGATTTAATAAAAGAG +GAGCTTAATGTTAAGAAAGTTGTATTTGCTAAAGATTTAGGTGAATTCATGAACTTTAGT +TTAAAGCCAAACTTCAAAGTATTAGGTCCAATATTAGGAGCTAAGATGAAATTCTTTGCT +GGTGCATTAAACAAATTAAATGCAGGTGAAGTAGTTCCTAAGTTAGAAGCTGGAGAAAGC +TTAACTGTTGATATAGATGGAGAAGACTTTGAGTTTAATAAGGATCATGTTTTAATAAAC +ATATCAGCTAAGGAAGGATTCAATGTAGTTATGGAAAATAACTTATTCGTTATACTTGAT +ACTACATTAACTCAAGAATTAATAGAAGAAGGATTCGCTAGAGAGTTCATATCTAAAGTA +CAACAATTAAGAAAGTCTAGTAACTTTGATGTATTAGATAACATAGTTATAGAATTCTGT +TCAGATGATGAAATAGCATCTGCTGTTGAAAAATTTGAAGACTATATTAAGTCAGAAACG +TTAGCTCTAGAAATAGAAAGAGTTGAAGATACTAGTTTAGAACAATGCAACTTAAATGAT +CATATGACTGGAATAAAGGTTATAAGAAAATAGTCTTTTAGATAATAGGGTTGATTTGTT +GACAGGCGCTTCGTTGCCTAGTTTGCAAATCAACCTTTTTTTATGCTAAAATATAGGATT +TATTTTAGGAAACTTATTGTAATAAAGTATTATTTGTATTATTATATATGATACAAATGA +TACTTATTTTGAAGGAGGTGTTTTCATGATTATAAATTTAAATTTTGAAAGTGAAGTACC +TATTTATTTGCAACTTAGAAATGAGATTGTCATAGCTATTGCTAAAGGTGATTTAGAACA +AGGTGAAGGTATTCCTACTGTTAGACAGATGTCTGAGGACTTGGGGATTAATCCTATGAC +TGTTAATAAGGCTTATGGACTTTTAAAAAGAGAAGGGTTTATTACTATAGATAGAAGACA +TGGAGCTAAGGTTAATTTAATTTCTGGTGGTAAGTTAGAGTTTAAGGAAAGATTAGAGGA +AGACTTGAATTTGGTAATTTCTGAAGCCAGTATTAAAGGGGTTGAAAAGGCGGAGTTTAT +GGAAATATGTGATAGGATATTTAACTTGATGAAAAGTATATCACTTGAGAATAAGTAGGG +GGAAGAATATAAGATGATGAATTTTATTTTAATGCCAGCAGTTATTATGATTGCAACTGT +GGTTTATTTTACAATGAATGGGGCTGCTAAGCCTAGAAGGAATATTTTACTTGGAGTTAC +ATTGCCTAAGGAAGCTTTAGAAGAGGAAATAGTTTTAAAAATAATTGGCGAATATAAAAG +GAATGTTAAGATATGTGTGTTAGGTAGTGTATTGACTGGATTGCCTATATTGTTCATAGA +TAAAACGGCTATTAACACGGTATACCTTATAATATGGGGGTTGATTACATCAGAGTGGTT +AGTTAAGCAACCATATAAGCATATGAATAGAAGGCTTAAAAAAATAAAAGAAGAGAATGA +GTGGTTTATAGGTGAAAAAAGAGTTATAAACATGGACACTAAGGTAAGCAAGTTGAAGAA +TAAAATGCCTATACCAGATAAGTATATGCTTATACCAATAGGTATATCTTTGATTCCACT +TACTATGTCTTTTGTAAAATATGATACAGATTTAAAGTATGCAAATGTTGTAGCGGTTAT +ATTGGTAGGAGTATTATTATTTTTATACTTTGTAGGTTTTAAAGGTAGTAATAAGCTTAA +ATTAAAAGTATATAGCAAAAATAGTGAGATTAATTACATATTGAATAAAGAAGAAAAATA +TTTAAATTCTATAGTGTGGTTTATAACATCTCTAACTGCGAGTATAATTTTTTTATTTAC +TTTTTCATTAGTGTATGAAGTCATAAATGTAAGTTATTATTTTATATCTTTTATAGCCAT +ATTAGCTTCTATAATCTCATTTGTAGGATTTGTCTATAAAGATAATAGAATTAAAAGCTT +AGAAGATGAATTGCTTAGAATGGATAGTGAAATTGTATATACGGATGATGATGAGTATTG +GATAGATGGATACAAATATTATAATGAAAATGATTTTAATTCAAAAGTAAGTCCTAGGTT +TGGATTTAATGCATATACATATAATTTAGCTACAAAAAAAGGTAAAATGTTATATTATAT +GCCTACTATAATATGTGCAGTAATAATGATACCATTATGCTTTAATTTATTAGAAATGGA +TTTTTCTCATCATAAAATTACTATATCAAAAGAAAATAATAGTATTAGTATTGATTATCC +ATCTTATGATTATGAATTTAGTGTTGCTGAAATAGAAGATGTAAGTTTAGTAGACGAAGT +TAATTTTAAGATAAGAACTAATGGAATAAGTACAGATGAATATAGCAGAGGTAGTTTCAA +GTCTGTACAATATGGAAAATGCAAAGCGTATATTTACAATGAAAGTAAACCATATATAGT +TGTTAAGCTAAAAAATACTTATCTTATATACAATGAAAGAACTAAAGATGAAACTATGAA +AGTATATAATGAATTAAAAAGTTTAGTAGATTAATTGCTAAAATTCTATTTAATAATAAT +ATAAAATCATTTTATAGATATAAATAAAGATAAAATAGAAATATAAAAGTTTAAGGCATA +TATAAACTTAATTACAAGTTTATATATGCCTTAAACTTTATCTATAATGTGAATTTTATA +TCCACTTACTAACTAAAAAGCTTGCTATTTTTTCATATGGTAATTTTTCTGTTTTTAATA +TACTTTGAACTACTAACCCATCAACTATTGAAATAAGTAAGAAAGAAAAAGCCTCAGCTT +CATCTATACTTTCAGATAAATTTTTATATATTTCATCTTGTAAAGTAGTTCTCCACTGAA +TATATTTTACTTTTATTCTTTCTCTTAAAGAATCATTTCCAGTTATAGCTTCACAAAGTA +AATACATATGAATTCTTCCAGTAGATCCTATCGTAGCAATTTTTCTGAGTATTAGATTTA +TAAGTTCATCTTTAGAAGAATTTTTTTCTATATTTTTAACACACTCTAAAACAGCATCGG +TAATTATATTTAGATGAACATCTGCAATATCAAATATTAAATCATCTTTAGATGAATAAT +GATAATATAAAGTGCCTTTACTTATACCGGCAGCTTTTGATATGTCAGAAAGACTAGTAT +TTTTAATTCCGTTATGTGTAATTAGATTTATAGCAATATCTAAAATATGTTCTTTCATAT +TATTGTTTGGCTTCATAAAATTAACCTTTCTATGTATTTAAAACATTAAACTAAATTATA +TTATAAAGTATATATAATTTTAAAGTCAATAAAACTAGGAATGTAATATTACAAGTGTTG +ACAACTTCTCAAAAGGTATATACAATAGAAATAAATAATCGGTCGACCGACTGACTGATT +ATATATTATTAATATTAACATAAATTTAGAAAATTAACACAAGAATTTAAATAAATAATT +AAGTGAGGTAAATAAAGTGAATAAGATAAAGTTATTAGTTGATGGTGGATGTGATTTACC +GGAAAATATTTTAGAAAAATATAATATAGAGCTAGTAGGGCTAAATGTAAGTTTTAATGA +TGAAAGTTATATAGCTGGAGTAGAAATAGATAATGAAACTTTTTATAAAAAAATGAGTGA +AAGTAAAGAACTACCTAAAACTTCATGCCCATCTCCAGATAGATTTTTAGAAGCGTACAA +AGGTGATGAAGATGTATTAATAATAACTGTAAGTTCATTATTATCTGGTACATATAGTAG +TGCAAAGCTTGCAAAGGATATGTATGAAGATAAAAATAGTAATAAAAAAATCGAAGTTTT +AGATAGTATGAGTGGCTCAATAGGTCAAGGTTTATTAGCGATAAAAGCAGCAGAATTAAT +TAATGAAGGAAAAAATTTAGATGAAATAGTGTCAATTCTTGAAAAATTAAAAAATGATGT +TATATTCTATGGAACATTAGAAACTTTAGAAAATGCTATAAAAGGTGGAAGAATAAATCC +ATTAGCAGGAAAACTTATAAATGCATTAAACTTTAAGGCTATAATACAAGTTACTGAAGG +TGTTGTAAAACCAATAGATAAAGCAAGAGGTGTAAATAATAGTTTAAAAAAGGTTTTAGA +GTATGTAGAATCTAATATAAAGAATGTTGATGAGAAAATTCTAGTAATAGCTCATGCTCA +TTGTGAAGATAAGGCATCTAAAATAAAAGAAAGCTTAGAAATAAAATATAAATTCAAAGA +TATAATAATAGCTGAGATAGGGCCTGTAATGGGAACATATACATCTCAAGGGGCTATACT +AATAAGTTCATTATAAGTAAGTTAATAAGGCATATACAAAGGATAGTTTAAGATAACTTA +AATTAGTTTTGTATATGTTTTTTTATTGAAAAATATATAGATTTAATCTATAAAAAATAA +TTAATATAGATTTAATCTATATGACTTTACTTGTTTTTTTTATTAAGTATATAATGTAGT +GTAAAAGAAAAGTTAGGAGGACAAGATGGCTATTAAAAAGATGAAAAGCATAATTTTAGT +GACAACTATGGTATTAGGATTATTATCACTATCAGGATGCTCTAAAAAAGAAGAAGCAAA +AGATGTAGAATTAAAAACTATTTCAACAAAAGATCTAGAATCAAAATTAGAAGATGATTC +ATGGGTAATAGTAGATACTAGAATTAATGATGCTTACAATGGATGGAAATTAGATGGTGT +TTCTAGAGGAGGCCATATAGCAGGAGCTGTAGATTTTTCATCAAACTGGTTAAGTGTTGA +TAACAAAAATAAAGAAGAAATATTAGATGAAGCATTAAAAACTAAAGGTATTGATAAAGA +TAAAAACATAGTTTTATATGATTCAAATGAAGAAGATGCAAAAGTAGTTGGAAATTATCT +ATCACAAAAAGGTTATACAAATGTTTATACTTATAATGTAAAAGAATGGGCAAAAGAGGA +ATCTTTATCTATGGAATCATATGAAAACTATGATAGATTAGTTCCAGCAGATATTGTAAA +GGAAGTAATAGATGGAAAAACTCCTGAAACTTTTGAAGGATCTAAAAATATAAAGATTGT +CGAAGCTAGTTGGGGAGAAGAAAGTGAAGCATATTCTAAAGGACATGTTCCAACTAGTGT +TCATATAAATACAGATACAGTAGAACCACCACCAAATTGGATGTTAGCAGGTGATGAAGA +ATTAGCTAAATTTGCGCTAGACTATGGATTTACTAAAGATGATACAATTATAGTTACAGG +TCCTGATGTCATGGCATCATACAGAGTTGCTGTTGTGCTTCGTTATATAGGCGTAAATGA +TGTAAGAGTACTTAATGGTGGAAATGATGCATGGGTAGCAGCTGGATATGAATTAGAAAC +AACAAGTAATGCACCTGTTGCAGGAACTAATTTTGGAGGAGAAATACCAGGAAATCCTGA +TCTAATAGTTACTATACCAGAACTTAAAGAAGAGCTAAAAAGTGATGATTCAGTTTTAGT +AGATAATCGTAGTTGGGAAGAATATATAGGAGAAGTATCTGGATATAGTTATCATGATAA +AAAAGGTCGTATACCGGGAGCTGTATATGGATATGCAGGTACAACATCAACGACATTGGA +AGACTATCGTAATATAGATAATACAATGAGAAATGCAGATGAGATAAAAGTTTTATGGGA +TAAAGCCGGAATAGACACAAATAAGAAGTTAATATTTATGTGTGGTAGCGGATGGAGAGC +TGCAGAAGTACTAACATATGCTAATGTTATGGGGTACGATAATTCAGCGTTATATAGTGA +TGGTTGGATAGGATGGAGTAATGATGCTTCAAATCCTGTTGAAACTGGCGATCCTACTAA +ATAGGATTAATAATTATGAATAATATAATAAAAAAAATATTATATACACTAACTGTTACA +CTTCAATTAGCAACAATTGTGGGAGTATTTGTAGTTCAATATTTAACAAATAAAAAAGCT +GGTGTAATGCACCATGTTTATTATAGAAAATATCAATTTGAAAACAGTATATTTTCTCCT +GAAAATTTATTAATTCAAAAAAATATTGCTATAGTACTCATAATCATATTTTTTGTGATT +TTTATTTATTTATTGAAAAAGAATAAAAATATTTTTTATAAAGTACAAGCAGGTTTAACA +TTTATAAGTAGTTTTCTAATTTATATATCTATGAGTAGTAGGTATTTTACTGAAAAACTA +GCTTACCATTACTTTATAATGGCATTTGTATTAGTATTTATAATACAATTTATAGTATTT +GTTATAACATCTATTCATAATAAAAATCCAAAAAATAATTACTTGCATTAATCATCCTCT +TGACATTTTTTCTAGGAAATCATATTATTAAATAAAAATAATATAATTAATCCAATGAAA +AGAGTTAGTAACTAAATAAAGATTCGATACAGAGAGTAAAGAAAGGTGAGAGCTTTACAA +GAAAAGTTTAGTGAATGGGTCTTTGAGGAATTAGGTTAAATATAATAATTAAGTTATTAT +AAAGTAGCTGATATCGTGACTGCACGTTATAGCAGGTTTAAGAGATACATATTATAAGAT +ATGTATAAATTAGGTGGTACCGCGGAAAATATATCCGTCCTATTAATTATAATAGGGCGG +ATTTTTTACGTTGAACAATCAAATTAAATTTTATATAAGATAAATTTTAGGAGGAAGAAT +ATGAACATAATAGGTATAATAGGAGCAATGGACGAAGAGGTAGATATATTAGTAGACCTT +ATGGAAATAGAAAAGATAGTTGAAAAAGCTAGTTTAAAATTCCACAAAGGTAAATTAGAA +GGCAAAGATATAGTATTAGTTAAATGTGGAATAGGTAAAGTAAATGCTGCTTTATGTACG +CAAATATTAATAAGTGAGTTTAATGTAGATGCAGTTGTAAACACTGGAGTTGCAGGAGCA +CTTCATAGTGAATTAGATGTTCAAGATATAGTAATATCAACAGATGCAATACAACATGAT +ATGGATACGACTGCATTTGGAGATAAAAAAGGTGAAATACCAAGAATGGAAACTTCAACA +TTTATAGCAGATCAAAAACTTATAGATGCAGCTTATGAATCGTCAATAAAAGAATTAGAA +GGAAACAAAGTTTTAAAAGGAAGAGTAGTATCAGGAGATATATTTGTAAGTTCTAGAGAA +TTAAAAGATAGCTTAGTAAGTGAATTTGGTGCTTACTGTGCAGAAATGGAAGGGGCTGCA +ATAGCTCATGTTTGTACTTTGAATAAAGTACCATTCGTAGTAATAAGATCAATGTCTGAT +AAGGCTGATGGAAGTGCAGATGTTACTTATGAAGAATTTGTAGTAAAAGCTGCTCATAAG +TCTAAAGATATAGTTTTAAATATGCTAAAGGCATTATAATTTAGGAGGTTTCAATGGGTG +ATAAGAAGGTAATCTTTAGTGGTGTTCAACCATCAGGAAAATTAACTCTAGGTAACTACT +TAGGAGCTTTAAGAAATTTTGGAAAATTCCAAGATGAATATGATTGTTACTATAGTATAG +TTGACTTACATGCAATAACTGTACCTCAAGAAGCTAAAAATTTAAGAGCAAATACATTAG +AGATATTAGCACAATATTTAGCTTGTGGACTTGATCCAGAGAAGAGTACTATATTTATAC +AATCACATGTAAGCGCACATACAGAACTTATGTGGATATTAAATACAATGACTTATATGG +GTGAGTTAAGTAGGATGACTCAGTTTAAAGATAAGTCACAAAAAAGTGAAGCGAACCTAA +ATGCAGGATTATTTACATATCCAGTGCTTATGGCTGCTGACATACTTTTATATCAAACAA +ACTTAGTACCAGTTGGAGAAGATCAAAAGCAACATTTAGAACTAGCTCGCGATTTAGCTG +CTAGATTTAATAATAGATATTCGCCTACTTTTGAAATACCAGAAGGATATATACCAAAAG +AGGTTGGAAGAGTAATGAGTTTACAAGAACCTACTAAGAAAATGAGTAAATCAGATTCAA +ATGAAAATGCATTTATACTGTTAGCTGATGACCCAGATACAATAAGAAGAAAAATAAAAA +GAAGTGTTACAGATTCAGAGGGTGTCGTGAGATATTGTGATGAACAACCTGGAATAAAGA +ACTTAATAGACATATACACTCAATTAGGTAATAAAACTATTGATGAAGTTGTTTCTATGT +ATGAAGGTAAAGGATATGGTGAGTTTAAAGCAGATGTAGCGGAAGTTATAGTAGAAGCTT +TAAGTCCAATAAGAGAAAAATATTTAGAGCTTCTTAAGGATAAGGAATATTTAGAAAAAG +TATATGCAATGGGTGCTGCAAAAGCTGAAAAACAAGCTAGAAAAACTTTAAGAAAAGTAT +ACAAAAAAGTAGGATTAATAGAAAGAAAATTTTTATAATATAAATAAAAAGTCACCATTT +AGGTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAAT +GAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_47 +TCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCACAAGACC +ATTTTTTATAATACCTTAGTATATAAAAAAATGGCATTACGCCATTTTTATCTTGCACCC +TCTCCAGTTAATACTACTCTAATTGTAGCAAATATAATTTTTATATCCATCAGTATATTT +CTATTTTTAATATATTCTATATCCCATTTTAATTTTTCTTCAGGACTTATTTCATATCCT +CCATTAACTTGAGCTAACCCTGTTAATCCAGGTTTAACTACTGTTCTCAATAGAAATCCT +GGTATTTCTTTATCAAACTGATAAGTTAATTCTGGTCTTTCTGGCCTTGGCCCAATTAAG +CTCATGTCACCTTTTAGTATGTTTACTAATTGTGGTATTTCATCAATTCGTGTTTTCCTG +ATGAAGTTTCCAACTTTGGTTATTCTTGGATCATTTTTTTGAGCCCATTGTGCTCCACTT +ATTTTTTCAGCATCAACTCTCATTGATCTTAATTTATATATCGAAAAATGTTTTTCGTCT +TTTCCTAATCTTTCTTGTTTATAGAAAATTGGTCCACCATCTTCTAATTTAATTAAAAGT +CCGAATATAATAACTAGTGGTGTCCCTACTAAAAGTCCTATAAATGATGAAACTATATCT +AACATTCTTGAGTATATTCTATATATAAAACTATCTTTTACATGTATTTTTTCCATAGAT +TTTGTGTCACTATCTTCTAAATCAATAAACTTAGAAACAGTTGTATCCATATATTCTTTC +CTCCTTAAAATATCATTATTATATGTTACTGTCATATTTCTACATTTTTATTAATCAATT +TCTTCTTATTACATTTTACTACATCTATATTATATTTGTCTATATTAATAATTTATTTAG +ATTTTACTTTTTAGATTATTGTTAACATAAATTTAAAATTAATAAAAAATGAGTATCCAT +ATAAATACTCATTTTTTACTGGCTATTCATTTATTTTAATAACTTATTTCACATTTCTTC +TAAATTTTATATTTCTTGAGAACCTTCTATTTCTTCAGATTTTTCTTGTCCTTGTAAATT +CTCAAAGTCATCCGTCTTTTCTATTAAATTACTTTCTTCTTGGATTTCAAGACCTTCAGG +TTTTTCTGGATTTTCTGGATTTTTAACAATAGACTCCGATACTAGCTCACCGTCAATATT +AAATGTATATTTAATATTTGCTATTATAAGATCTCCTACTACTATACCTCCATCTAAATC +ACAATAGTACTTCTTACCGTTAAGTTCTAACCACCCAATGTATGTACTTCCGTCTTGATT +TAGATAATATTTAGTTCCATCTAAATTCAACCATCCTATGCTCATTTCACCATTTTCTTT +TAGATGATATCTCTTATTATTGATGTCCTTCCATCCAGTTACCATTACTCCATCTGACTC +TAGGTAGTACCACTTATTATTCAACTTAATCCAACCAGTTGCCATACTTCCATCTGCATT +AAAGTAATACCACGTTCCTTTTATTTTTCCCCAGCCTGTTTCCATGCTTCCATCAGTATT +CAAATAGTACCATGTTCCTTTTATTTGATTCCATCCAGTTGCCATACTTCCGTCTGCATT +AAAGTAATACCATGTTCCTTTTACTTTTTCCCAACCTATTTTCATACTTCCGTCTGTATT +AAAGTAGTACCATGTTTCTTTTATTTGCTTCCACCCAGTTACCATACTTCCGTCTGCATT +AAAGTAATACCATGTTCCTTTTACTTTTCCCCAGCCTGTTTCCATGCTCCCATCAGTATT +CAAATAGTACCATGTTCCTTTTATTTGATTCCATCCAGTTGCCATACTTCCATCTGCATT +TAAATAGTACCAAGTTTCATTTACATTCTTCCATCCAGTTGCCATACTTCCATCTTCATT +AAAGTAATACCATGTTCCTTTTACTTTTTCCCAGCCTGTTACCATTGATCCATCTTGCCT +TAAGTAATACCATGTTCCCTTAGTTTGCTTCCATCCAGTTTGCATTCTTCCATCTGCATT +AAAGTAATACCATTTATTCCCTATTTGCTTCCAAGAGTTTCTTTGGTAATGTTCTGATTC +ATTTAAATAATACCAACTTCCATCTATTAATTTCCATTGATATGCAACTTTATCTATGTT +TATATTATATTTCGCTGCAATTTGTGAATATGTATCTGAAGTTTCACTGATTAGTACTGT +AGTACCTGTTGGTACTCTATCAAATAACCAACGCACTTCTTTGTTGTACATTCTTATACA +ACCACCACTAACATTTCCTCCTATAGAGTTTTCATTGTTAGTTCCATGTATTCCATATGT +AGTTCCATATGTATTTCCTACATGTAATCCTAGCCAACGATCTCCAAGTGGATTTCTAGG +ATCTCCTCCCGGTATTCCTCCACTATAATAAGGCCTATTTACAATTTTATTTACTATTGT +AAATTTACCCGTAGGCGTTTTAGTTCCATATTTCCCAGTTCCTACTTGGAACTCTTTAAC +CAATTTATTATCAACATAATATCCCATTGTATTCGTTTTAGAATTTATTATTAAAAGATG +TTTACTATCAGCACTTGCAGATGTAGCCCCCCCTAATAATAGAATACACATTGATAAGGT +TATAGCTATAAATTTACTTACAAACTTCTTCATTACTTCCCCCCTAAATAAAAACAAACA +TACTTAATTTCATATCTTAAATTTTACCATTTTAGTATAAATTTGTGTAAAACTCTTTCG +CATAGTTAATTATATAAAAAAATTTCTAATTTGTATACAGTTAATTGCTCTAGTTAAATG +ATATGAAATGATAGTAAATAAACTATAACTCCTGACATCATATTTCCTATTACCCCCCTA +AAAGTGCGTACTTTAACCTCATATGTAATATAGATGATATAGCTGATGCGGTCCAGGTTC +CTGTAGTTGGAAGGAGTATTCCTACAAATAAAATTATCCCTATAATAGAAGCATTCTTCA +TTTTTTTCATTCCGCTGTCTATTTTTTATCAATTTTTTTTATTAGACCTAAAAATGCTCC +TCTTTGCCTCAAGAAATCCATTATATGCCTAAAAGTTAATACTAGTGTAATAGCTACTAC +CGTCGAACCTACTACACTAGCTAAGTAAACTCCTATAGGATTTAAATCCATTGCTATACC +TATAGGAATAGCCCTCTTAATTCCGTTACAGGAATCATCGATAAAACCATAATTTTCAAA +TAATCCAATGCCATCATCCAATTTACTATTTATTTTCCTAATCTTATTAATATATCTAAA +ATACCATTATATTAAAAATATCATAAAAATAATATAATACTTAAAATATTTATTATTATT +TTATAAAAGGTACTATTTTAACTTTAATAGTTATTAATAGTACCTTTTATTTTATATATA +CTTAAGTTTATTTATCTCCATATCCATTTGGATTTTGGCTTTGCCATCTCCAAGAATCTT +GACACATATCATCAATTCCATATTCTGCCTTCCATCCTAGTTCAACTTCTGCTTTACTAG +GATCTGCATAGCACATCGCTATATCCCCAGCTCTTCTTTCTGCTATTTTATATGGAACTT +CTCTATTACTAGCTTTAGAAAAAGCTTTAACTAAATCAAGAACACTATAACCATTACCAG +TTCCTAAATTATAAGTAACTAATCCTGGATTTTCACTTAGTTTATCTAAAGCCTTAACAT +GTCCTCTAGCTAAATCTACTACATGTATATAATCTCTTACACCTGTACCATCATGAGTTG +GATAGTCATCTCCAAATACACTTAGTTCTTTTAGACTTCCTATAGCTACCTTTGTTATAT +ATGGCATTAAATTATTTGGTATTCCATTAGGTTCTTCACCTATTCTACCACTCTTATGAG +CTCCAACTGGATTAAAGTACCTTAAAATTGCAACATCTAATGTCTTATCAGCTTTGCATA +TATCTCTAAGCATATCTTCTATCATTAGTTTTGTTCTACCATAAGGATTTGTTACTGATA +AATCAAAATCTTCTAGTATAGGATTTCTTATTGGATCTCCATATACAGTAGCAGAAGAAC +TAAATACAAACTTTTTAACACTATATTCTCTCATTAAGTCTAATACAACTAATGTACTTG +TTAAATTATTTATATAGTACTCTAAAGGTTTTTCCACAGATTCCCCAACAGCTTTATATG +CAGCAAAATGTATTACTGAATCTATTTTATTTTCTTTAAATACTACCTCTAATTTTTCTT +TATCAGTTATGTCTATTTCATATAATTTAACTTTTTTCCCTAATAACTCCTCTATTCTCT +CTATTACTACAGGATTACTATTTGAGAAGTCATCGACTATTATAACTTCATATCCAGCCT +CAACTAATTCAATAGTTGTATGACTCCCTATATAACCAGCTCCTCCAGTTACTAATACTG +ACATGATCGTCCTCCCTCTAAAACTTTTATTATTTACTTTTCTACTTTAGTCTTTATAAA +TTTTAAAAGATCATCTTTTAAGTTATCTCTCTTTAATGCGAAATCTATTGTAGCTTCTAA +AAATCCTAATTTATCACCTACATCATATCTTCTTCCTTCAAAGTTGTAAGCATATATAGC +TTCTTGAGTAGCTAAAGTCTTTAATGCATCTGTTAACTGTATCTCTCCGCCTTTTCCAGG +TGCTTGAGTTTCAAGTATATTGAATATTTCAGGTGTTATTATATATCTACCTAATATTGC +TATATTAGATGGTGCCTCATCCACATTTGGCTTTTCTACCATATCTTTTACTTTATATAC +TCTATCTTCTATATGCCTAACCTCTAATATTCCATACTTATCTGTATCCTCTTTTGCAAC +TTCTTGCACTCCTAGTATAGACGCTTTGTACTCATCATAAGTGTTTATTAATTGCTTTAA +GCAAGGAACCTCTGAATCTACTATGTCATCACCTAATAATACTGCAAATGGTTCATTTCC +TATAAAGCTCTTTGCACAGTGTATCGCATGGCCTAGACCTTTTGGTTCTTTTTGTCTTAT +ATAATGTATATTTACCATGTTAGATATATCTCTTACCATTTCTAACATTTCTTTTTTTCC +TTTTTGCTCTAATTCTAGCTCTAATTCTACAGACTTATCAAAGTGATCCTCTATAGATTT +TTTATTTCTTCCAGTTATTATTAATATTTCTTCTATACCTGACTCTATAGCTTCTTCTAT +TATATATTGCAATGTTGGTTTATCTACAATAGGTAACATTTCCTTTGGCTGTGATTTAGT +AGCCGGTAAAAATCTTGTTCCTAAACCAGCTGCAGGTATTATAGCTTTTTTTACTGTCAT +AATAAACTCCTTCGCTTTACTTCTTTAAATTAATCTATTATTTTACTAAAAAATTAACAT +TATAATTTAAATTATAATATATCATAAATATTGTTCTGATTCAATTTTTTGTAATAGAAA +ATTAAATACCATTGTTATTTTTCCGACAATTATAGATATATTTCCCAATTTACTTTAATA +TAATAAATAATAATATATTTTTTATTATATATAAATAGGAGGAGTAAAATATGAGATTAA +AAGATAAAATAGCTTTAGTTACATCATCTACAAAGGGAATAGGGTTAGCTTGTGCTAAGG +CTCTTGCAAAAAATGGAGCATTAGTTTATATAGCTGCAAGAAATGAAGAGCTAGCTAATG +AAGTTATAGCTGAAATAGAAAACGAAGGCGGAAAAGCTAAGTTTGTATATTTCAACGCAA +GAGAAGTTGAAACATACAATTCTATGATAGATACAGTTATCGAAAACGAAGGAAGATTAG +ATATATTAGTAAATAACTACGGAGGTACTAATGTACAACTAGATAAAAACTTAGTTGATG +GAGATACAGATGCTTTCTTCAACATAGTACAAGATAATCTACAAAGTGTTTACTTACCTT +GTAAAAGAGTTGTACCTCACATGATAAAAAACGGTGGAGGAAGTATAGTAAATATATCTT +CTATAGGTTCTGTTGTACCTGATTTATCAAGAATGGGTTACTGTGTTACAAAGGCTGCAA +TAAACTCTTTAACACAAAATATAGCGCTTCAATATGCACATGATAATGTAAGATGTAATG +CAGTTTTACCAGGGCTTACAGCTACTAAGGCTGCTCTTTCAAATATGCCTGATGAGTTTA +GAAAATCATTCTTAAGACATGTTCCTTTAAATAGAATGGGTACTCCAGAAGATATAGCTA +ATGCCGTGTTATTCTATGCTTCTGATGAAACTTCATATATAACTGGAGATATATTAGAAG +TGTCTGGTGGATATGCCCTTGGAACACCTCAATATGGAGATCTTGTTCAAAGATAATTGG +GGATAGTTTTAATGCGGGCAAAGGGGTGTGATATTGCATTTTCCACACATACAAGGCACA +AATCGCCTTGTAAATGGGATGGAAAATTGCAATATCACACCCCCTTTTTGCCTTTGGTTA +CAACTATCCCCAATTATAAACTGCTATTTTATATAAATAAAATAAGTGCTTCAATGTTTA +TATAAACTTTGAGGCACTTTTTTATATTTAAGTATTATATTATATGAAGTGATAGTAATG +ACATTATTATTCCTGCCATCATGTTTCCTATTAGTACTCCTATAAATGCGTCTTTTATTC +TCATTTTTAGGATTGATGCTATTGCTGAGGCTGTCCATGTCCCTGTGGTTGGTAGTGGTA +TTCCTACAAATAGTATTATTCCAAATATAGATACTTGTTTCATTTTTTTCATACCTGAAT +GTATTTTTCTGTCTATCTTATTTAATAATTTTAAAAATATCCCTTTTTCTTTTAAGAATT +GCATTATATGTCTAAATGTTAATACAAGTGGAACTGATACTATTGTTGATCCTATTACAC +TTGCTATATATACACCTATTGGGTTTAAATCCATTGCTATTCCTATTGGTATAGCACCTC +TTAGCTCTGTAACTGGAATCATTGATAAAAGCATTATGTGTAAGTATTCCAATTTTATCC +TCCTCCAAAAAATAAAGATATAACATTTTATTTTTGCTATATCTCTATTTAAAAAAATTT +ATTTTATTCCTTGTATTTATACATCTCTCAATGTAAGATTTCTAATTTCACATCAAAAGT +TTTTCCCTACCTAATTATCCATAGATAAATAAATCTATTTTCCTTCTTTTTCTACTATAT +CTTTCATATAATTTAATAAATCTTCTCTTAACCCATCTCTCTTTAAAGCAAAATCTATTG +TTGCTTCTAAGAATCCAAATTTATCTCCTACATCATATCTTCTTCCTTCGAAGTTGTATG +CATATATTGCTTCTTGAGTAGATAAAGTTTTTAAAGCGTCAGTTAATTGTATTTCTCCAC +CTTTTCCAGGTTTTTGATTTTCTAATATTTCAAATATAGATGGATTGATTATATATCTTC +CTAGTATTGCTATGTTTGATGGTGCACTTTCTACAGAAGGCTTCTCAACCATATCTTTTA +CTTTATATACTCTATCTTCTATATGTTTTACATCTAGTATTCCATATTTATCTGTATCTT +CTTTTGCAACCTCTTGAACTCCTAATATTGTTGTTTTATATTCATCATAAGTATTTATTA +ATTGCTTTAAACAAGGAGTATCTGCATCGACTATATCGTCTCCTAATAATACAGCAAATG +GTTCATCCCCTATAAAACTCTTGGCACAGTGTATAGCATGCCCAAGTCCTTTTGGTTCTT +TTTGTCTTATATAGTGTATGTTAACCATGTTAGATATATCTCTTACCATTTCTAACATTT +CTTTTTTACCCTTTTGTTCTAATTCTAACTCCAGTTCTACTGATTTATCAAAGTGATCTT +CTATAGATTTTTTATTTCTCCCTGTTATTATTAATATCTCTTCAATACCAGACTCTATAG +CTTCCTCTATTATATATTGTAAAGTTGGTTTATCAACTATTGGAAGCATCTCCTTTGGTT +GAGATTTTGTAGCTGGTAAAAATCTTGTCCCTAATCCAGCTGCTGGTATTATAGCTTTTT +TTACTGTCATTTTATACTCCTCCGTATTTTTAAATTCTGCTAAATTTAAATATTTTCACT +GTGAATTTTTCATATAAACAAAATGAAATTTAGATATTATTTCTAATTTCTAAATTTCTA +AGACTGACTATTTCAATATTATAATTATAATTACAAATATAATATAGCATATATTCTATT +TTAATTCAATTTTGTATAAAAAAAACACCAGCAAAAGCTAGTGTACATCATTAAATTGAG +CAAATCTATAAGCGGAGTTCTGTATTAGATGATCATCTTTCTAGGCCTATTGTCACCAAT +AGGCTCAAGCGTCCTACCTACCGGAGGGTACGAGCAGCACCCTATAACCCTATCTTGGAC +TTGCTCCGGGTGGGGTTTACACGGCTTGGCTAGTCACCTAGCCAACGGTGAGCTCTTACC +TCACCTTTTCATCCTTACCAAATAAATTGGCGGTTATTTTCTGTTGCACTATCCTTAGGA +TCACTCCCACTAGGCGTTACCTAGCACCCTTGCTCTATGGAGCTCCGACTTTCCTCACGT +AGCAAAGTGCTACCCGCGATCATCTGACTTACTTAATTTAATTGATGAATTTATATTATC +ATAATTTATTAATACTGTCAAAAGTTAAATTTCTTATTATATGTAAAAAATTAGTACATA +TAAATATATGTATCATAACCATATATTTACTATTTTTATATTATCCCTTTCTCATGTACA +TATAATGCTGCGTGAGTTCTATCTCTTAATTTTAATTTTTCAAATATATTGCTTGTGTGC +TTTTTGACTGTATGCTCTGTAATACATAAATCATTTGCTATTTCATAATTTGTTTTTCCT +TTTGATATACATATCAATATCTCTTTTTCTCTTTTTGTAAGCTCTTTTATCTCTTCAAGA +TTATCTTTTTTCATATAATTTTCTACTAGGTCTGAATCAAAATATTTTCTCCCTTTAGAT +AATAGTCTTACTGCATATTTTATTCCTTCACCATCTATATTGGCTAGTATATAACTATCT +ATTCCTAATTTCATACATTTTGAAAATAATCTTGTATCTTCATAAAAATCTAGTACCATG +ACTTTTGCATTACTATGTTCTTTGACTTCTCTTATATAGTCTATATATTGTCTTGTATTT +TTATTTATACCAAATATTACCAAATCATAGTCACCATTATGTATGTCCTTACACATATAT +TCTTCATCTAAAAAATCTATACACTCTTCGTTAGATAAAATTTCAGCAACTCCTTTCCTT +ATTACAAGTGATTCTGAAATTACAATTCCTCTCATAAATACTCCCCCATATACCAAAGTA +TTCCCTTTGCTTATATATAAATAAATTATAAGTTTTATTTTAACTGTATTAAGTCACTCT +AAATTTATATATATTGTAGCAGTTTAGTTTAAGTTTTAATTATACTTGATAATAACTTTC +CTACATATTAAATATAAATTCACTATACTTTAGTAGTAAGAATTTAAAAAATAAAAAAGG +CTATATTTGTAAAAGTCAACTTTTACATAAATATAGCCGGTTGCATCACTAACTCCATAT +ATCCGAGATGCCCAAATTACAGGATATATATCACAGTTTCTTATATTGTTCTACGTTTCA +AAAACATAATACTTTATTTTTATTATTTATTATTTGAATATTAATAATATTAATTAATTT +ATATACTTAAATCTTATACATATTTAGTATAATATGCAATAATTACTTAGTATAATATTA +GAACTTTCATACTTCAAAAAATTACTTATTATTCAATATTGTTTTATTTTTTTATGTCTT +ATTCGAATTTCCTATATTTTCACTAATTTTTATACAATTTTCGCAACAGTTATAATTCCT +TAATATATAAAAATAGCAGCCCTAATTTATGAGGCTGCTATAGAAATTTATTCGTATTCT +TTTATATAGTTTGTATAATCAAATATGAACTTATAAATCGCATTTTTATTATACTCTTTT +TCCCACTCAATAACCCATCCTTTTTCATTACTTATTGTGTGGCCGGTTCTATGACCTTCT +AATGGAAACTCTAATTCATCAAATGCTTTATCACCAGTTTTTAGTGCTTGATTTGAAATA +CTTATAATCTCCATAGGTGTCATATTAGTTTTTGTGTATCTTAATAAATTATTAGCTATA +TCTAAAAATTCTGTTTTAGGTATAGTTGCTAGTTTATTATATACAGCTTGCAAAACAGTC +CTTTGTCTACTATCCCTTTGGTAAGCACTATCTATATATCTTATTCTGCTATATGATAAT +GCTTGCTCTCCCGTAAGAGTTTGGTTTCCAGCTTCATTAACTCCTGGTATCTCACTAACT +TCTTTATCTGTTACATCTATTTGGACTCCACCTAGTTCATCAATAATACTAATAAATGAA +CTAAAGCTAACTGATACATATTTATCAATATTTATTCCAAAATTATTCTTTATAGTTTCT +AACAATAAACTTGGCCCATTATAGGCATATGCATGTGTTAACTTTTCTGTACTATAACCT +GGAATATCTACGTAAGTATCTCTCGCAAGTGAAGTAAGCCTTATATCATTATTATCACTA +TCTATAGTAAGTACCATCATAGCATCAGATCTATTTCCTCTATCTACATTTTCACCATCA +ACACCTACTAAAAGTATATTAGTTATACCATCTACCTTTTCAACTTTTTCAATTTGATTT +GCTTCTTCTTTGTCATACATAGAATTTAGCTTATAATATAAAGCTCCAAATCCTATAAGA +GGTATTGTTACTAATAGTATTAATAAGCCTATTACAATCTTTTTTAAGTGTTTCATTTTA +TCATGTCCCCCATATTTTACATAAATATATTAAAGTTTTTTCTTTAAATTTATTTTATCA +CAATTATATACCTTTTCACTATTTTTATATCTCTAATGTTATTTCTAGTAAACATTGATT +AATTAAAGCAAATTAAAAGTAGGCTAGTTGCAACTAGCCTAATTCATTTTATTAAATATC +ACATTAACTATGATTTAAATATATGTCTGTATATAATAAAGTTACTCTTTATAAGTAACT +ATAAATGCACTATACCCTTTATTTTTTAATTCCTTTACCATATCTCCTGCATTATCTTTA +TTTTTATAACTACCAGCTACAACTCTATAGTATAAGTTACTCTCTCCTAATGTATCGTTG +TTAGATTCATTATTGTTTGTTGGTGGCTTATAAGTTACATTAAAATATTTACATATAGCA +ATTACAGTTGCTTCAACTAACTCATCCTTGTTATCCTTTAATATCTTTAAGTCGTCTTTA +TTTGTATAAAAAGCATATTCAATTAGTATAGAAGGCATACTTGCTTTATATATTACAGTG +AAATTTTCAGTTTTTACCCCTCTATCTTTTCCATTACTATCAATTTTCTTAATTGCTTTT +ACTATTTCATCATTAACATATTTAGCCGCTTTCTTTGAATTGCTACTTGCATTTCCAGCT +ACATATGTTTCAGTTCCTCTTGCTGTATTAAAAGAAGATCCATATGCATTAGCATGTATT +GATATAAATAAAGCATTTGGTTTACTTTTGTTTGACCAGTATGAATTTGCTAAAGTTGCT +CTTTTAGTTAATCCCATTTCATTAGATTTTGCTGGAGAAGGATTAGTCAAGTACACACTT +ATATCATGGTCTTCTAATCTTTTTTCCAACTTATATTGCATTTGATTATTAAAATCCCAT +TCTCTTAGGGACTTATCTGGAGCTTGTTTACCTTCAACATATTCTGCGTGTCCACTATCT +AATATTACTAAATTACTCATACTTTACCCCCCCTCTATATAATTATAGAAAATTCGGCTT +TCATGAGTTGGTAATTTATAATATAAATTTATAATAAATTATTTTGACAAAAAAAGAAGT +TTAGCAATATTAACTACTGCTAAACTCACTCTAAAAGTAACGACTAAGTATTTTATACCT +CTCAGTATTAAAATTATATCCTTATATTTCAATGTTTATACATATTTTTTCTATAAATTT +ACATTTAAGTTAATTTTATTTTATCATAGCCTTTATACTAAAATTGTACTTTTATATTTT +CTCTTTCACTCTTGTTTTCAAGTTCAAAGAAAGGTTCTTCTTTAAATTTAAACATTGATG +CAACTATACAAGTTGGTATTTTTTGAATAGATGTATTAAATTCTCTTACTATGCCATTAT +AGTATCTTCTAGATTTCTCTATATCTGATTCAATTGATTGTAATTGATTTTGTAGATTTA +TAAATTGTGCATCTGCTTTTAAGTCTGGGTAATTTTCAGAAATCATTAATAATCTACTTA +ATGCATTTGATAATTCACCTTCATATTTAGCTTTATCTTCAGGACTACTTGATACAGCTT +TACTTCTTGCTTCTACAACTTGACTTAAAGTATCTTTTTCATGTGTTGCATATCCTTTTA +CTGTTTCTACTAAGTTTGGTATTAAATCATATCTTTTCTTTAGAAATACATCTATTGTTG +AAAATCCTTCTTTTACCTTCATTCTTAATGATACTAATTTGTTGTAAGTCATTGCAATCC +AAAGTGCAACTATTACTATTAAACCTATTATTATAATCCCTGTCATTTTTAATTCTCCTT +ATAATTTTTTATATTACCAGCTTGAGCCTCCGCCGCCGCCAGCTCCACCACCTGAGAAGC +CTCCTCCTGAGAAGCCACCGCCTCCACCAAAACCTCCTCCTGATCCACCATTTGATGAAT +CATTAGTATGTGTCATAGTCTCATTAACTTTATTTAAATCATCCATTAAATGTGTCATCA +TATATACATTATTCATTGGATAGTAAGTCTCATAGAATGTAGGACTTTGCATTGTAATTC +CTTCGAATTTATTAGCCCATTTTTTAGTAACTCCTAACACATGTGCATACGGTAATGTGT +TGTAGAAATACTCTGGGTCCTCTTCTAATAAAGCTTCCAATCTATCCTTTTCAGCCACTT +CTACAAAGTTTCTAAATCCTATTATGTGCTCTAATATTTCTCTTCCATAATCAGTTCTTC +TAGGTATAAAAGAACTCATAGCCATTCCTGCAAATGATGCTACAGCTACTATTAAAGATA +TATACATAGGTATATTTAACATTGAGAATCCTCTTATACATACTAGTGTATATATTATTG +CTGAGAAAATTAATACTTTAGTTGCTTTACTTTTACCTTTTTCTGTATATCTACCCTTAT +TGAATATGTGTAACATAAAATATAGACTACATAATATAAATATTGCTAGTAAACCTATTA +AAAGCGATGCTCCAAAAACATTATGATTAATTTGACCACTCAATACTCCACATAATATTA +CCGGTATAGTAGATAGTAAAGTTAATCCAAATCCTAACATTGTAGCCAACGAATCTCTTA +ATTCTTTATTACCTTTAAATTCGTCAGATACAGCACAACTAGCCTTTATTACATCACTAG +CAATCTGCCCTTCTAACATAGAATTTGTAACTGTTTCTCCATCACCACAGTTAAATATTT +TTCTAAATAACTCTTTTTCATATAATTTATGCTTTTCATCTAATTCACTTATTTTTGTTA +AAGTAAAACCATCATCTTTTTTCATAGTTATTTTCATATGATTCTGACTTGCCCAGTAAA +ATAATAAGGTAGTTACATCTTTTGTTCCTACATGTTCCTTAAATGCATAAGCTACGTCTG +CGCTATTCATATCCTTTGGTGGATAAAATTCAATTGCTGATATAACTGGATTATTATCTT +TATTCTTTATATACATTAGGGCTAATACTATTAATAATATAGGAGAACCAAAAGTTATTA +TTTTAGATACTACAGGCAGTGGTCTTGAGAATAAAGAGTTATCTATGTCTAAAGATAGAT +TTATTTCTTCTCCTGTATTAACATTATTCAGTGTACTGAAGCTAATGCTATTTTCACTTT +TTTCTGCCTTATATCTTTCTGTTCCTAGGTTTACTCCTTTTTCAATGAATTCAACTTCAT +AATTATTTATTGCAAATGGCGATTTTATATTAACCTGTATATTTTCTGTTTTTCCTTCTC +TAAGATCATCTGATATATCAAAATTTATACGTGATTTCATGGTAGGTATTATTTTGTATG +ATACCTTAAATTTGTAAGTGCCTGCTTCTTTAGGAAAACTTACAGAATTATCCCAAGCAT +CTATAGATATATTAGGGTTATCTACTTTTATATCTTTTATATAATCTTTATCAGCATTTT +CTACATCCCAAAGATTTATATTATTTGAAAAATCATCTTTATAATCTTTATTTACTTCTA +TTGTAAATTCTCTATCTATTAGATATTCTTTTTCTTTTGTTATTTCTGCATTTATGATAT +CACTTTTTATTGTATAAGGATATTGTCTTATAGGTGCATTTTTAAATGCTCCTTCATTAA +GCATAGCATCTACAGTTACACCACAGTATTCTGGTATTTCATACTTAGATTCTATATTTA +TAGTATTTCCTTTTGTTGTGTAGTCTACATATTTACTAAAAGTGCTACCGTATTGACCAT +CAGTTATAGTTATATCTTCTAAATTAGCACCTTGTGGGTAAGTTATTGTCGATGTGAAGT +GTTCTATATATGTATCCCATTCTGTTCCTAATACATTTAGGTATATATAATCTCCTTCTG +GCTGTTCATCGTTATAAGTTTCTATTATATATTGGACTGTGTATGTTTTTTCTCCAATGA +CTGTTTCATCTGCATCTCCAATTCTTATTTCAATGTTTCCATTGTCTTCTATTTCATACG +GTGCTCCTTCTACACTTATATTGGTTATTTTATAATCTTCAAGATCTGTGTAGGTAGGGA +TGCTTCTTATTATTCCATGTCTATCTTCGTTGAAGTTTACTTTTATTGTTTCAGTTATTT +TGTATTCTCTTTTGTCATTTACGTTAACTTGTACATCCATATCTTTTATGTAATAGCCTG +TATCTTCTGCTTTTACTTTACGTATGTTTAAGTTTATAGCAAGTATTATTATTAGCAATA +CAGATAATATAGATTTATTCTTTTTCATCCCATTCTCCCTCTATCAATTTATATACAAGT +ATATTTTATCATTAATTTAATTAGAAAAATTTACAATAAGGTTAAATATATTATATATTA +TAAATTTTGACTTACAAGTTATTCTTCTATGTACATTCCACCTTTTAGCATATTAGATAT +TATAGATGCATTACCTGATGAATTTAAATACATATTATAGTCATGGTATTTATTCCTTTG +CGATCATCTTCTGTATCAGTTGTTCTAAAATTATTCCCTAATCCTCTATTTCTGTCTATT +GTATTACTTGTTATTATCTTCCTCTGACACCATTACTTCCATCCTAGGCATAAAAAATCA +TTATAATATTTTCTAATAAATTCATTTTCATTGCCAAATATAAAAAAAACGGTTAACTAT +AATAAAGTTAACCGTTTTTACATATAGATTTAGTATAAAAAATATTAGTATTAATTATTC +AGTCGGTGATGTCTTGTAATCTACCTCACAAGTTGTAGCTTCCTTAGCAACTACAGCTTG +CAGAGCTTTCACTAGATTTGCATGTTTTGTACTGTCTAAACCAAATCCTTTTTGATCTCC +AGTAGCCTCATGCTCTACCTTTCCATCAGTAGAATCAGTTATTGCTTCTGATGTACTTTG +TACACTATAAGCATCTATATCAACATTGAATCTTTGCCCTATGTAATTAGGATTAGTAGA +TACTGTGCCTGATAAAGTAACACTATCTAATATTTTATCTGTAAATCCACCTGCTATTAC +ATTTCCTATATAGTAATAATAAGTTTGTCCTTCTTCAGTTACTTTAACCCACTTACCTTC +TCCATTCTTTACTGTTCCATCTTCATTGAATGTTATATCATTTTCAGATATTACATTTGC +TTCATTAAGTTCTATTTTACTATTATCTAATCCCTCTTTTTCAAAGCTTGCATTCATTGT +TACTCTTATTAATGAGTTATATCCAGCTTCATTTTTAACTTGAACTACTTTCTCTACAGC +TTTTCCTGATTCTGCTACTGAGTTTTGTTCAAATTTTTCATATATATCTACACCATTATT +AAAACCATCTGGACCTTTTGTCGAAAATATATTTTGTACCTTATCTGTTGAACCTAACCA +CGCGAAAGTTCCTCCTACTAATACTGCTCCTAAAGCTAATGCTACTACTCCACTTTTTAA +TTTTTTATTATGCATATTATCCCCCTATTATTTTCAATTATAATTTTTAAATATTTCATT +AATTAGTTATATTATTTGTACTCTAATTGATTTGGTTTATCATGATTATCATGGAAATAG +CTATCATTTATACATTTATTAGTGATAACTATATTTATTTCGTTATTGTCTTTATTTATA +TTAAAATTCTGATTACTTATACTTACTAACTCATAATTCATCGGTACTATTTCGCTAACA +CTATAGTCTCCTGCTGTTAAGAAATTTAAATTTTTATCGAATTTATAGTTTTCATTTTCT +TTGTACTTTTCAGCATACTCACTTGATATATTAGTTTCATTTCCTTTTAAGTAAACTGTC +ATAGTCTGAGTTTCATCTGCCTTTAATCCTACACTATACTGCTCCTTATTTCCCTGAATT +AAAATAGGAAATACTTCTTGTGACATATCCTTTGATGGTGTAAGATTATCAGGATTTTGA +ACCACCTTTTTTACTGTTATTGTTGCTTTTTTAGGGTCTATAGTTACATGAGGTATATTA +AATTCCTCATTTTCAAATCTTTCATTAGGATTAATTGGATTTGTATGGTCTATAGTTGCT +TTAACATTTGTAGGAATATCTTCTCCAAATAAATATGGATCATTTACTTCTATTACAAAA +CTAATTGTTTTATCTGGATTTGATAAATCTTCATTTATATCCTCAACATCACCTAAATTA +AATTCTATGTTGTTTCCATTTATACTTACCTTATCTTTATCTATTCCTTGTATGTCATTT +CTGCTTATATCTACTATGCTGAAGTCTCCAGTTACAGTATCTTTTATCACTACATCTTTT +CCTAAATATGCATTTAACTCTCCTGATATTTCCTTAGCAATTGAGCTGAATATATTTGTC +ATTGCATCAGTACTTGATGTATAGTATTTATTTACATATTCATTAAATGAAGTTTCTGCA +TTTTGAATACTATACAAGAAACTTTTTGCCATATCCGACTCATCTGGATCAAATTTTGAT +AATTCACTAAAGTCATAAATTGCTCTACTTTGTTTAATCTCTTCCTTATTGACTTTATTT +TCATCTAAAACTTCTTCAGTTTTATTTTCAGTTAAATCTACTACTTCTTTTGTAGTATCT +TCTTTAACAGTCTCTACATATTCATCATCTGTTGATTCTACATTAGAATTATTAATCGAT +TCATCTATATTATCAGCAACTTCTCTTATTGAATAAGTAGAGTTAGTAAATAAGCCCATT +GTATAGAATTTTATATTTGGGTCTGCAGTTGAACTTATATCTTTTGATGTTAGTTCTTCT +GTTTGTGATTCTTTATTATCTTTCGAATCATATTCATATCCGTCTCTACCTCCATGCACT +TTCTGATAATATCTTCTTGGTGCTATTCCTCCTATATTACCTGTTCCACCAACTATATCA +TGGTAAGCACGTTGAGCAGCCATTATATCATTATTGTATGTTGCACTACCTCTATTTCCT +AATCTTAATAGATCAGTTGAATTTTTATTCGGCTTAGGCATATCTTCATAATAATCACCA +TTTTCATCCATATAGTTCTTATCAGCATAATATGTATTGTACGTTGGTAATCCATCTGTA +AATAATACAACATATTTTTTATCTGCATTGATATTAGAAATAATATTCTTAGCTTCTTTT +ATACCTTCTTCTGTATTAGTTCCTCCATTTGCTTTAAGAGAATCTATTTTTGAATTTAAA +TTATTCAAATTATTACTTGATTTAATATCTAAACTTGCAGATGATGCATAAGATACTATG +GATATCTTTACATTGTCACCCTTGCCATCTAATATAGTTTTACAAAAGTCCTTGGCTGCA +TTTTTAACCTTAGTTATCTTCTGCTCTTTATTAGTATCTTTCATACTACCAGATCTATCT +ATTACTAAGACAATCTCAGCAGTAGGCATTGCTACTTTTGGAGCAGTACCACTTATATCA +AAAGATATTCTATACTGATTATCAGTATTTTCTACTTTCGAGACACTCTTTTTTATATAT +AATCCAGATTCTGTTTTAATAAATCCTTCTGGAGTAGATGTTTCTGCTGTAGCAAGTGGA +GAAGATAACATCCCTAAAGTCAAGCATCCTACCAATAAAGACGATATTTTTTTACTTATC +TTTTTCATGTTTATTATCACCTCTTTGTACTAGACATCGTTAATCTTTTTTTCTTCGAAT +ATTGTATAATCCTAATAAACTCGCTCCACCTAAAGCAAGATATGCATATATACCCTGATC +TCCAGTTTGTGGTGTGCTATTACTTGGCTTATTTTGACTTGGATTATTAACTTCTGGTTC +TGTAGGTTTAGATGACTCTTTAGCCTGTGCGGTAAATATCCAGTTCACTTGAACTGTTTT +GTTCAAATATGCTGGATTTGTTGCACTCGGATCTAGCTCAGCTACTGCAGTTAAATTTTC +TTCATCACCTGGTTCAAATAATCCTAGCTCTATATTTTCTGTAAGTCCATCTTCTCCACT +TACTGGTCCGTCATATATTACTTCGTCTTTATAAGATATTTTTAAATTAATAACATCTAG +TAAATCATACTTTTCTGGAGGTGTTACTCTTTCGGCTTGCAGGTAAAGCTCATATGCTTT +ATCATATTTATTTTTTATTTCTAATGTTCTCGTTACTTTGTCTCCTGGGCTCATATCCTC +CCCAAGTAAAAATGGCTCGTCACCAGGTACATATACTATTCCCTCTGCATTCCCCAATAA +CTCAACATTAGGAGGCACTTTATGTAGCGCCTCTGCTTGTATAGTCATTATCGAAAGAAG +TGAAACAGTTGTTATAAGTGATTTTATCTTTTTATTCACTTTATCACTCCTCTATTTTTA +CCTATAATCTAATTATCAATTATTATTGATTTGAAACTGTAGGTTTTATAGTCAGCTTTC +CATCTTCTGAAGGTTGTCCTACTACAGCTTTTAATGCTGCTACTAAATTTTTATGCTTAA +CTTCGTCAAGTCCAAATCCATTTTCATTTGTTGTACCTGTATCTCCGTTACTAGTTATAG +CTTCTACTGTACTTTGAACACTTTCAGCATTTACTATTACATCGAATGCTACACCTTTAT +AGTTAGGATTACTTGCTATACTAGGATCTAAAGTAACACTATCTAATAATTGAGTCGTAT +ATCCTTCTGGAGCAACATTTCCTATGTAGTAATATTTATTTTCTGCTAATACCCACTTTC +CTTTAACGTCGTTTAAGTTAGTCACATCACCTTGATCATCTAGTTTTATATCACTTTCAG +ATATTATAGCTCCATCAAGATAATTAAGTATTATTTTTTCAATATCTAAGTTGTTTAAAG +TATTTCCATTCTCACCTTTGAATAGTTTTTCTATGTTAACTCTTATAAGAGAATCATAAT +CAGATTTATTTTGAACTTGAACTTTTTTATCTACATTTACCCCTGTTTTTATCTTTTCAG +CTTCTTCTTTATTAAACTCTTCTACTATGTCTATATCTCCTTTTTCTGATGCCTGTATTT +TAAAATTATTTGTTACACTATCATTTGCTCCTAGCCAAGCAAATGTTCCTCCTACTATTA +CTGTACATATAGCAAGTGCACCCATTAAACCTTTTAATTTTTTATTATGCATTTTACTTT +CCCCCTATTTAAATTTAATAAAAATACTTTTATATAAACTATTCTTTATTCATAAAGTAT +TATTTACATAAGGTTTCTAACATAGTTATTACATTTTGATTAGTTTTTCCTTCGCTTATT +TGTATCCATGATGCCTTATACGCATTTTGTGTTGCTTCTACAGCTTCTGATTTAACATTA +ACTATTAGCTTTTTATTTTTATAAATATCTCTTTGATTCTCTGGTATCTTATTAATATCA +AATGATACTTCATCAATAATTGTCTTATTAGTACCAGCTCCTGTATCTAGTGCCTTTGTA +TAGTAAAAGTATCCATCCTTACCATCCATCCAGCCTTCTTCATTTGGGTTACTTACAATA +TTTTTATTTAAAACTATTGCATTTATATCTCCTGCCCATGGTTTATTATTTTCATCAAGC +CATATAGGAACTATACTTACTCTTATAAGTGCTGGTGTTTCACGATTATTTTTTACTGTT +ACTTCTTTTACAAGTGCTGTTCCATCCCAATTTTTGGCGCCTTCTTCGTCAAAATTTTCT +TCTATTTCTATATCTACGCCACCTTTAAACTCATTTACTACTGTATCACTTGGATCTAAA +AGTTCTTTGATGGCTGCATATGTATTGGATACCCATCCACTTTTAGTTAATATAATACTA +CCCATCAATACTAGGCAAACTATAATCCCCCTTTTTCTTAATTTCACTCTATCACCTCCA +AACAACATATATTTTTATTTAATACTATATTTATGATTAATTAGTTTGCTTCTTTTTGGG +ACTATATTGAAATGATGTCATAATTATTAACATTACTAAAATAGCTAGTACTAATTTTAT +ATTAGATTTGATAAATTGCATGGTCGCTCCTATTATAGGTATATGAAATATAACTTTACC +TACAACAAGTTCTGAATCGAGAGGCTTTGGATCTACTGAATTATTTGCATCCCCTTGTGT +AATAAACTTTACACCATCCTCATGTAATACTTCTTTTACTCTATGAGTTGTTACACTTGT +CCTTGATGAATCATAAAAAGTAATCACATCTTCTTTTTGTATTTCTGCTGTAGGTGTTTC +TTTGACTAAAACCAATGTTCCCTTGCCCATAGTAGGGCTCATACTTCCTGTTAATACAGT +ATAAAATCTATATCCAAATATTGACACCGCCTCATTTTGGCTATTTCCTTTCGCGGAAAT +AACTGTGATTATTATCACAGATATTAAAAATATATAAAAAATGATATTCCATACATAATT +AAAAAACCTTTTTATACTCATATTCTATTCCCCTTATCTTTTCTCCCTATTATTCTAATA +TTTTTCACCTTTATTTTGTATTACACGTTAGTATATTTATAAAACACAATTTTCATAATA +CTTTAGTATTATATTCGTCAAAAAATTACTCTTAAGTATAATATCCTCTTACAATAGATA +TTTTAATTGATACCAAATATACTATCTGTACTCATGTTATATTTGGCTATATATTATATC +TTTCAAATCATAAAAAAATGGATGAACTCTATATGAGTTCATCCATTTCTTTTTGTGGAA +CTATCTTTTTATTTTAAATTAATCACTCTTCCATATACTATATCATTTTTAGAATGACCG +CTATACTCCCAATACTCATTCATTTCATTAGAAGTATAACCGATAATATTTAATATATCA +TAAGTACTTCTAATTACTCTAGTATAATTTCCAACTGCTTTAATTTTAGATAGAGCTTCT +TTTGGATTTTGCACTCCCTCTAAAATTATTTCTATCTTAGTTTTTAATGTAGCATTATTA +TTTTCTTCATCATAAACATTTTTTGCTGATATTGAAGTATACTCAGGTACTTCAACTGAT +TCACTCTCTATATCAGAATAACGCTTATTTATGCTAATCTTATTCTCACCTACAGCTTTT +ATCACAAGCTCTACATTCTTATCATCATCTGAATCTACTGATGATTCATCAGAATATATA +TTTATCTTATAATTATCTTTAATATCACTATTTTCTTTTTTAGCATCTTTAACTAAGTTT +ATAATATCCTCATCAGTAAGCTCTTTATTTTGATATGCCTTGATAGTGAAGCTTCCCTCA +TCTTCTAACGTACGTACTATTGAGTATGGATCTACATCTTCTTTTACTATATCTTCTTTA +GTCGCTGCTTCACTTTGATAATCATCTTTTACTTTAAATTTAATCGTACCTTGAGATAAT +GTAAATCCTCCTACTAATCCAACTGTTAGTATGCAGGCAATCAGGATTATCTTATTTTCA +TTATTTTTCTTCATATACTCCTCCCCTATGACTTAACTTTTTTATTATTGATATAATACC +ATTTTATATGTTAATTTTTTACATATATAAATATATTATATTTTATTTCAAATTTTTTTT +CAAATAAGTATAAAATTTTCATAAAACTATCCATATCTTAATTTCTAAGTCTAAAGAGAG +CTCTAATATGTAATAATTGATACTCCAACTCTATATCTATATTTATCATAAATCCCTAAA +TATCTAACAGCCTAAGTTATAACTTAGACCTAGCTTATAACAAATTTCATCATTATCAAT +AGATATTATCTTCTTATTATGTTTTTTATATTTTCTCAAAAACTTCTATCATAGATTATA +ACTACATGAGAAATTAACATAGTACTCTTTAATTAAACAAGGCACAAGCCTTAAATAAAT +TCCAAGGAGGTACACACTATGGCTACAGAAATAAAAAATGCTTCATCTTTAAAACTTCAA +TTTAACAAAGGACTTGGCTCAAATGGAAAAGCACAAATAAGCAGCAAAACATTCTCTAAT +CTAAAAGAAAACGCAACTGCTGATGATGTCTTAGAAGTTGCAAATGCTATAAGTGACTTA +CAAAAGCATGACTTATATGACATCATAAAAATAGACTATACATCTATATCATAAAACTCA +CTACGTTCGTGTCGCCAACGGCTTCGCCCGTTGCTCAAAATAATAATATTATAGGGGGAA +TTAATTATGGAAACTTCATTAAAATTAGTAATGACTTTTAAATCTGCTGGAGATAAGACT +GTCAACTTAACAGTTGATGATCCTAGAGATGATATAAGTGAGGATGAGGTAATATCAGCT +ATGAATTTAATACTAGAAAAAAATATCTTCTCACCAGACAATGTTGACTTAAAAGAAACT +GTTAAGGCTAAAGTTATTCAAACTGAAACTACTGAATTTGACCTTAAAGCATAGGAAGTG +ATATAAATGACAAACGAACTATCAACTATCATAGCTAATGTCGGTTTTCCAATTGCTATA +TCCATGTATCTTTTGGTTAGAATTGAAGGAAAACTTCAAGTGCTATCAGATAGTATCACA +GAACTTTCTAAAACACTTGTAGAATTTAATAAATAGAAATAAAAAAGGAGTAGCTAAAAC +TTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAG +AGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTT +ACC +>MGYG000000001_48 +AATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAA +CTCTCAAATAAAAGTTGATGGGCTCAGATACTGTTATATATCTGGCTTTGTTTGGTTGTT +TCGAATAATTCTTATTAAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAG +TTCTTGTTTTGTGCTGTTCTTGAGCACTTACTTATAATAACATTTGTATATTATTTCGTC +AACACTTTTTAAAAAGTTTTTTTATTTTTTATAAATACTTTAAAATAATAGCTTATATCA +GCGTATTTAGTCTGATATAAGCTATTATTTTCATTTTATTCATTTTTATACCCATCTTCA +CCAAAATATTTTTGAATACCTGCATATATAGACCAAGCTATTTTTTCTTGATATTTTTCG +TCATTTAATAATTCAGCTTCCTTTTCATTTGATAGAAAACCACATTCAATTAATACCGAT +GGCATTTTGCAATTCTTTAATAAGTAAAGATTATTTCTTGGCTTTATCACTCTATTATTA +CTATCATCTACAACTCTTTTCAATTCATCCTGTATACTCTTAGCTAAAACCTTACTATCA +TCCATCTCCTCTGGATAAAAAGTCTGAGCTCCTGAATACTTAGATTCAGTAAAATAATTC +AGATGTATAGAAACAAACATATCTGCATTCGAATCATCTGCTATCTTTTTACGATTTTTC +AAATTTTCATTATACTTTTGTCTTATCGTTTTATTCTCGCTCTCTTCATATAAACTGCTG +TCATCATCTCTAGTTAATATAACTAACCCTCCACTAGCTTCTATAAGCTCTTTTAACTTA +AGAGTAATAGCTAAGTTAACATCTTTCTCATATATAGTCTTATCGTCATTAGAAGCTCCC +GAATCAATACCTCCATGTCCAGCATCTAATACAATAGTCTTATTAGTTATAGGCATATAA +CTAATTGTTTCTTCAGAGACTTCTCTTATTTTTAATATACAAACTACTGTTAAGACTAAG +GCTACCACTCCAAAAACTATGTATTTTATGTATTTTCTCACAATATCACCCTATACATTT +ATATTAAAAAAGACTTTGGAATATTCCAAAGTCTTTGTACAAGTATATGAATAAAATTAT +CTCTTTGAGAATTGTGGAGCTCTTCTTGCTGCCTTTAATCCATATTTCTTTCTTTCTTTC +ATTCTAGCATCTCTAGTTAAGAATCCTTCTTTCTTTAAAGCAGGTCTTAAATCAGTGTCA +GCTTTTAATAAAGCTCTAGATATACCATGTCTTATAGCACCAGCTTGTCCAGTGAATCCT +CCACCTTCAACTTTTACTATTACATCGTATTTAGCTTCATTGTTAGTTAATACTAATGGT +TGCTTAACATCTCTTATTAATGTTTCGTAGTTGAAGTATTCTTCAACATTTCTTCCATTT +ATTATTATATTTCCTTCACCTGCTACTAATCTAACTCTAGCAACAGAGCTTTTTCTTCTT +CCAGTTCCGTAGTATTGAACGTTTGCCATGATAACTCCTCCTTTCACCCGTTAATTATTA +TTTAAAGTTTAAAACTTCTGGATTTTGAGCTGCATGATCATGGTTTGGTCCTGCGAATAC +TCTTAATCTAGTCATCATTCTGCTTCTTAATTTATTTTTTGGTAACATTCCGCTTACAGC +GTGAGCTACAACTTCTTCAGGCTTCTTAGCCATCATTTCTTTGTATGGTATTTCTTTTAA +ACCACCTACATAACCAGTGTGGTATCTGTACATTTTTTGCTCTAATTTCTTTCCTGTTAA +AACTACTTTCTCAGCATTAACAACAACAACGAAGTCTCCTCCGTCAACGTGTGGTGTGAA +AGTAACCTTATTTTTTCCTCTTAATACTGTCGCTATTTCAGTTGCTAAACGACCTAATGT +TTTTCCTTCAGCATCAACGATGTACCATTTTCTTTGTACATCAGCTGGCTTAGCTATATA +ACTTTTCATAGTTGTCCCTCCTTAACTTTTTTCCTTTAAAATTTTACCGTTTATGTCAAG +TCCGGGGCAAGTGGACTTATTAACACACTCCTACTAATTTTAATATATGCATAGTTGTGT +GTCAAGCTAATAATCAACTTTTTTAAGAAATAATCCATGCGCTGGTGCTGTATGACCAGT +TTTTGATCTACTCTTTGAGTTAATTATTTCAGATAAATTCTCTTTTATCCTGCCTCTGCC +TATATCTACTAACGTCCCTACTATTATTCTTACCATATTATATAAAAAACCATTACCTTC +GACTTCTAAAGTTATTAAATCTTCTTCTTTAGTTATTTCTATATCATATATAGTTCTAAC +TGTATCTACTACAGAAGATCCTGAACTCATAAATCCCTTAAAATCATGTGTACCAACTAA +ACATTTAGCTTCTTCACACATTTTATCAAAATCAAGTTCATATTTTACATGATATGATGT +ATCTTTATATATAGGACTTCTATAAGGACTATTATAAATTAAATATCTATACCTCTTACC +TTTTGCACTATATCTAGAGTGAAACTCTTCATTGACTTCCTCACAGCTAATTATAGCTAT +ATCTTTAGGTAGTTTTGCATTTAGTGCATTTGGTATTCTATCTGCAGGTATCTCAGAGTT +TAGTTTAAAATTTGCCACTTGTCCTAATGCATGAACTCCTGCATCAGTTCTCCCAGAGCC +AGTAATCTTTACTTCTTCCTTTGTTATTTCATAAATAGCTCTTTCTATTGTACCCTGTAT +CCCTAAAGAGTCAGGTTGCTTTTGCCATCCACAATAGTTAGCTCCATTATATTGTATTTT +TATCATTAAGTTTCTCATGTTGTACCTCTTTATATGAATCTAGTAACTATTATACTCCCT +AAATACATAAATTGTAATACATAAGATACATAATCAGATTTCGATAAAACAGATTCTTTC +ATCTTAGTTCTATTATATCCACCTCTATAGCATCTAGCTTCCATAGCTGTTCCTAATTCT +TCTGCTCTTCTAAATGCACTTACAAATAAAGGGACTAATAGTGGAACTAAGTTTTTAGCT +CTATTTATAAGATTATTACTTTCAAAATCTGCTCCCCTAGACATTTGAGCCTTCATTATC +TTATCAGTTTCATCTAATAATGTAGGGATAAATCTAAGAGCTATCGTCATCATCATAGCT +AATTCATGCACAGGTAACCCTATCTTTTTAAACGGATTTAAAAGCCTTTCTATACCATCT +GTAAGATCCATAGGAGATGTCGTTAGAGTTAATAAGGATGTTCCTAATACAAGTAGTGTA +AGCCTAATAGCCATAAATATAGCCTGACTTATACCTTCTTGAGTCACTTTTAAAAATCCA +AACGACCATATAATCTTTTCTCCTGGCAAGAAGAATATATTTATAACAAATGTAAATAAT +ATAATCCATCTAAGAGGTTTAAGCCCCTTTAGAATGTATTTAAACGGTATATTAGATAAC +TTTATTATTGCTAATAAAGATACTATCACTATTGAGTATGGCCAAAATTTATTAATTATA +AATAATGAAACCATAAATATAAATGTAGCTACAAGTTTTACTCTTGAATCTAATTTATGA +ATAATGGACTCTGTAGGGTAATGCTGACCAATAGTTATATCTTTTAACATTTTCCTCTTC +CTCTCATAACTCTTAATATTTCTTCTTTAGCTTCATCTATAGTCAATATATCTTGACGTA +TATCAAAACCTCTTTCTCTAAGCTTTATAGCTAACTCTATAGTCTGAGGTATATCTAAAC +CTATTTCTTTTAACCTAATTGCATTAGAATTAAAAACTTCTCTTGGAGTACCCATAAACT +CTATTTTACCATGATTCATAACTATTATAGTTTTAGCTAGTTTAGCCATATCATCCATAC +TGTGAGATGATAATATTATTGTTATATTATGTTTTCTATGAAGAGTTTTTATAAGCTCAA +AGATTTCATCTCTTCCTCCTGGATCAAGGCCTGCGGTAGGTTCATCTAAAATTAAAACTT +CTGGATTCATAGCTATAACCCCAGCTATTGCTACCCTACGTTTCTGACCTCCAGATAGTT +CAAAAGGTGACTTTTCTTTATACTCTTCATATTTTAATCCTACAGCTTCCATAGAATCTT +TTACTCTTTTTTTAACTTCAGCTTCATCTAAGCCTAAATTAGTCGGACCAAACGCTATAT +CTTTTTCAACAGTCTCTTCAAAAAGTTGATATTCTGGATATTGAAAAACAACCCCTACTC +TCTTTCTTATCTCTGTTAGGTTAAGTTCTGGATCAGTTATATTAAAATCATTTATATATA +TTTCTCCATATGAAGGCCTTAGAAGACCATTCAAATGCTGTATTAATGTAGACTTACCTG +AACCAGTATGACCAATTATACCTACAAAATCTCTATCTTGTATTTCAAAGCTAATATCAT +CTAACGCCTTACTTGCAAAAGGCATATCTTCGTTATATATATATGTTAAATTCTTTATTA +CAATTGACATAATTTTATCACCATCTCATCTACTGTTAATATATCAGAGTCTATATTTAA +ACCTTCTTTATTTAGTTCTTTCGATAGCTCTGTCATATAAGGCACATCTAAACCTATGTT +TTTTAACATATCTATTTTAGAAAACACCTGTCTAGGTGTACCTTCCAATATTTTTTTACC +TTTTTCCATAACTATAACCCTATCTGCATCCACTGCTTCTTCCATAAAATGCGTTATGTG +TATCACACTGATATTCTCTTCTTTATTAAGTCTTTTTATTGTACTCATAACCTCTTTTCT +ACCTGATGGATCAAGCATAGCTGTTGCTTCATCAAATATTACGCATTTAGGTTTCATAGC +TATTATACCCGCTATAGCAACTCTTTGCTTTTGTCCTCCAGATAGTAAATGTGGCTGTCT +GTCTCTTAATTCATATATCCCTACACTTTTAAGAGATTCATCTACCCTTTTTCTTATTTC +TGCTGGCTCTATTCCTAGATTTTCAGGTCCGAAAGCTACATCTTCCTCAACTACTGTAGC +AACAATTTGATTATCAGGATTTTGGAATACCATACCTGCAGTCTGTCTTATATCCCATAA +TTTTTCTTCATCTCTTGTATCCATATTATCTATAAGTATATTACCTTTTGTAGGCATAAG +AATTGCATTCAAATTTTTAGATAATGTAGATTTGCCTGATCCATTATGTCCTATTATCAC +TAAAAATTCACCTTTTTTTATATCTAAACTTAAATCTTCTATTGCTTTAAAGCTTTCTTC +TTCTGTTATATATTCAAATGAAATATTGTTAACTTCTACTATATTACTCATTAAATCTAC +TCCTTCTCATTAGGCAGCAATATAAAACCATTTTAAGTAGTATTATATCATAACCATATA +AAAAAAGATAATTCTTAATATACAAAATTTACTTCCTAGATATCGATGAAATCTTCGACT +TTTGATAAAAAATAGCATAAAAAAAGATTAAGCAAAAGCTTAATCTTTTTCTATACTATA +CTAATTCTATAAAAGCCATTTCAGCAGCGTCGCCTCTTCTTGGTCCTTTTTTGATTATTC +TAGTGTATCCACCATTTCTCTCAGCATACTTTGGAGCTATATCAGTGAATAAGTTGTTAA +CTACAGTTTCATCCATAACGTAAGCTAAAACTTGTCTTCTAGCGTGAAGATCTCCTCTTT +TAGCAAGAGTTATCATCTTTTCAGCCATTCTACGAGTTTCTTTTGCTCTTGTTACTGTAG +TTTCTATTCTACCACTTCTTAGTAAGTCAGTTACTAAGTTTCTTAACATAAGGTTTCTGT +GTGAAGTCACACGTCCTAATTTACGGTAATTAGCCATGCCAATCCCTCCTTTGCTCACTA +TTCTTCGCTTGGTTTAAGACCTAGTCCAAGTTCTTCTAACTTTTGGATAACTTCCTCAAG +TGACTTTTTACCAAGGTTTCTAACCTTCATCATATCGTCCTCAGACTTATTAGCTAATTC +TTCAACTGTATTTATTCCCGCTCTCTTTAAACAGTTGTAAGATCTAACTGATAAATCCAA +TTCTTCTATAGTCATTTCAAGAACTTTTTCTTTTTGATCTTCTTCTTTTTCTACCATTAT +TTCAACATTGCTTACATGCTCTGTTAAATCAATGAATAGATTTAAATGTTCAACTAATAC +TTTAGCAGCTAAAGATATTCCTTCTTGAGGATTTATACTACCGTTAGTTTGTACTTCAAG +TATTAATTTATCATAATCTGTTTTTTGACCTACTCTTGTATTTTCAACATGGTAGCTCAC +TTTTTCAACAGGAGTATATATTGAGTCTACAGGTAAAACACCTATAGGCATATTCTCTGT +CTTATTTTCTTCAGCAGAAACATATCCTCTACCTTTATCTATAGATATTTCCATATTAAG +CTTAGCATTATCATCTAGCGTAGCTATTTGTAAATCTTTGCTTAATATTTCAACATCTGG +AGGACATATAATATCTGATCCTTTGATAGAGCATGGTCCTTGTGCTTCTATTTTAAGAGT +TCTACTTCCTTCTCCATCAATAGTAGCTGAAAGCTCTTTTAAAGATAATATTATTTCAGT +AACATCTTCTTTAACACCTGGTATTGTTGAGAATTCGTGAAGAACTCCATCTATTTTTAT +AGAATTTACAGCAACACCTGGTAAAGATGATAATAATACTCTTCTTAAAGCATTTCCTAT +AGTTATACCATAACCTCTTTCTAGAGGTTCTATAACGAATTTTCCATATCTATAGTCTTC +GCTAAGTTCTATTATATCTACTTTAGGTTTTTCTATTTCTATCATGGACAAAAACCCTCC +TTCAATTTATTAATCCACTGAGGGTAAACAATTTTAAAAATTAATTTTAAAATTTGCTTA +TTACTTAGAGTAAAGCTCTACTATTAAGTGTTCAGCTATTTCAAGATCTATATCTTCTCT +TGTTGGCATAGCAACAACTTTAGCAGACATTCCTTCTAAGTTTGCATCTAACCACTTAGG +AGCTACTTTTGATGCATTAGCTTCTACTAAAGCTTTGAACTTAGCAGAAGTTTTAGAGTT +TTCTTTAACTGCTATAACATCATCAGCTTTAACAGTTATAGATGGTATATCTACCTTATT +TCCATTTAAAGTGAAGTGACCGTGAGTTACTAATTGTCTAGCTTCTTTTCTAGATGAAGC +TAATCCCATTCTGTAAACTACATTGTCTAATCTTCTTTCTAATAGGCTTAATAAATTTTC +CCCTGTTATACCAGGCATTTTATCAGCACGTTCATATAAGTTTCTGAATTGAGTTTCTAA +AACTCCGTATATTCTCTTAACTTTTTGTTTTTCTCTTAATTGTAAACCATAGTTAGAAAC +TTTCTTTCTTCCTTGTCCATGTTGTCCAGGAGCATAGTTTCTTTTTTCTATAGCACATTT +ATCTGTATGACATCTTTCGCCTTTAAGGAATAATTTCATTCCTTCTCTACGGCATTGTCT +ACAAGATGCACCTGTATATCTTGCCATGTCTTTACACCTCCTAATTAATTCTGTATATAA +TTACACTCTTCTTCTTTTTGGTGGTCTACATCCGTTGTGTGGGATTGGAGTAACGTCTTT +TATCATAGTTACTTCTAGTCCAGTAGCTTGTAAAGCTCTTATAGCAGCTTCTCTTCCTGA +ACCAGGACCTTTTACGAATACTTCTACAGTTTTTAAACCGTGTTCCATTGCAGCCTTAGC +AGCAGTTTCTGCAGCCATTTGAGATGCAAAAGGAGTAGCTTTTCTTGATCCTTTGAATCC +TAATTGTCCAGAAGATGCCCAAGATATAGCATTCCCATGAACGTCAGTTAAAGTTATTAT +AGTGTTGTTAAAAGTTGATTGTATATGCGCATGTCCACGTTCGATGTTTTTACGCTCTCT +TCTTCTAACACGTGTAGCTTTCTTTTTTGGTTTAGCCATTGTCATTTCCCTCCTATCTAC +TTATTATTTTTTCTTCTTACGAGATACAGTTTTTCTAGGACCTTTTCTAGTTCTAGCATT +AGTTTTAGTTCTTTGACCTCTTAAAGGAAGACCTTTAGCATGTCTTAAACCTCTGTAACA +CTTTATATCTCTTAATCTCTTTATGTTTAAAGCGATTTCTCTTCTTAAGTCACCTTCAAC +TAAGAAATCAGCATCTATTATTTTTCTTAATTCATTAACTTGATCGTCTGATAAATCCTT +TATTCTTGTGTCAGGATTTATATCAGCTTTAGCTAATATTTCGTTAGCAGTAGCTTTTCC +TATACCATATATATAAGTTAAGCCTATCTCTGCTCTTTTTTCTCTAGGTAAATCTACCCC +AGCTATTCTTGCCATGATTCGCACCTCCTACACATGTTTTATTTAAATTGTTTTGACGCT +TTTACGCCCTATTGTTAACATCACAGTTTACTATTATACTATAAAAGTTAACAAATTACT +AGTAATAATTTCTTATCCTTGCTTTTGCTTGTGCTTAGGATTTTCGCAGATAACCATTAC +TTTACCTTTTCTTTTTATAACCTTGCATTTTTCACACATTGGTTTTACTGATGGTCTTAC +TTTCATTATTAATCCCTCCTTAGACTACTAAATAAGATAGCCTACTTCTTACGCCAAGTG +ATTCTTCCTCTTGTAAGGTCATATGGAGAAAGTTCAACATTTACCTTATCACCTTCAAGA +ATTCTTATGAAGTTCATTCTTAGCTTTCCAGATAAATGGCATAATACTTCATGTCCATTT +TCTAATCTTACTTTGAACATAGCATTAGGTAAGTTTTCAATAACTGTACCTTCTAATTCT +ATTACATCTTTTTTGGCCATTAAATAACCAGACCTCCATTCAACTAATCAAAGATCAACT +CTTTTGATTTAGTAAGTTCAGCTCTTAAAAAAGCATCTGTTATCGTATCAGACGCTATTT +TATTTTTAACTTTATCATTTAAAAAACTATAAACTTTTAAGTGCTTAACTTTTTTTAGCT +TAGGTCTGTCAAGTTTTCTTTTCTTTCCATCAGATATAAGAACATATTCATGGTCAACTA +TTGTCACTATGAAAAATAACCTTCCTGTTTCTCTACCTGATAAACCTTCTACAACTTGAC +CTACTCTTGTATTTTCTGATAGCACTTTTTTCACCTGCCTTCAGACTAAAGCTTAGTTAA +TATAAGCGGTTCATCCTCAGTAATTGCTATCGTATGCTCATAATGAGCTGAGTTTTTGCC +GTCAATAGTGACGATTGTCCATCCATCTGATAGAGTCTTTACATGGTAACGACCAGCGTT +AATCATAGGCTCTATAGCAAGTACCATTCCTTCTTTAAGTCTTGGACCTTTTCCTGGAGG +ACCATAGTTAGGAACTTGAGGATCTTCATGAAGTTCTGTGCCTACTCCATGACCTACTAG +ATCTCTAACAACTGAGAAACCTTGTTTCTCTACGTGTGCTTGTATTGCGTGTGAGATATC +CGAAAGTCTATATCCTAGTTTAGCAAATTTTATGCCTTCATAGAAGCTTTCTTTTGTTAC +TTCTATTAATTTCCTATTTTCTTCAGATATAATGCCTACACCGTGTGTTTTTGCAGAGTC +GGCATGATATCCTTTATAATAGGCTCCTATATCTATACTAATAATGTCTCCCTCTTTAAC +TATCTGATTCCCTGGAATTCCATGTACAACTTGTTCATTTATAGATGCACATATAGTTCC +TGGAAAACCACCATAGCCTTTAAAAGATGGGATCGCATTGTATTTTCTTATATTCTCTTC +AGCTATTTTATCTAACTCTAAAGTAGATATTCCCGGAGTAATAGCTTCCTTTAATAGTTC +ATGAGTTTCAGCAACAATTTTACCCGCTTCCCTCATGAATTCTATTTCTTTTTTTGATTT +AATAATAATCATTATTTTTCACTTCCTAGAGCAGCAACTATATCTCCAAATACTTCATCT +ATAGATTGTTGACCATTTATGTTTGATAATATACCTACTTTAGCATAATAATCAGCTAAT +GGTCTAGTTTCGTCTAGATAAACTTGTATTCTCTTTGATACTGTTTCTTCATTATCATCC +GCTCTTTGGTATAACTCCCCTTGGCATACATTACATACACCTTCAATTTTAGGAGGATTA +AACTCAACATGATACGTAGCACCGCAAGATTTACAAATTCTTCTTCCAACTGCTCTTGAA +ACTAATATATTCTTATCAACCTCTATATTTATAACGTTGCTTAATTCTATATTATTTTCT +TTTAAAAACGCATCTAATTGTTCAGCTTGAGATACATTTCTTGGGAATCCATCTAACATA +AATCCATTTTCACAGTCAGCTTGAGTTATTCTGTCAGTAACTAAACCTACAGTTAACTCA +TCTGGAACTAGTAATCCTTGATCTATGTATTCTTTAGCTTTCTTTCCAAGATCTGTTCCT +TCTTTTATATTCTTTCTGAATATATCTCCTGTTGATATATGAGGTATGTTATATTTTTCT +ACTATCCCAGCCGCCTGAGTTCCTTTACCAGCACCAGGAGGTCCAAGTAATATTATTCTC +ATATTATCATCTCCTTATTTTAAGAAACCTTGATAGCTTCTCATAACTAAGTTTGATTCT +AATTGTTTCTTAAGTTCTAAAGCAACTCCAACAACTATTAGCAACGATGTACCTGCTAAA +TTCATTTGTACATTCATAAAATGCGTAACAAATGCTGGTATTAACGATATAATAGCTAGG +AATATAGCCCCTGCTAGAGTTAATCTTGATAATATTCTATTTAAATAATCTATAGTAGGT +TTTCCTGGCCTAATACCTGGTATAAATCCACCATTATTTTTCATGTTATTTGCTATATCT +TCTGTATTAAATGATACAGTTGTATAGAAATAAGCAAAGAATACTATAAGCAGAACTTCA +AGTGATCTAAATATCCAAAATCCTATGTCACCATTTGGACTTAAGTATGTTTGGACAAAG +TTTTGAGCATCAGATCCCATAAACATAGCAATAGTTTGTGGAAAAGCTAAAAGTGAACTA +GCAAAAATTACCGGAATAACTCCTGATTGGTTAACTTTCATTGGTATATGAGAACTTTGT +CCTCCATATGTTTTTCTTCCAACAACTCTTTTAGCATATTGTACTGGTATCTTTCTAGTA +GCTTCTTGTATATACGTAACTGCCATTATTGTAAGAAGTATTACTACTACTAACATTACT +GCAGCCCATATAGCTAGCTTACCATTTTGCACTTTATTGATAGCACTCATAATATCAATT +GGTACTCTTGAGATAATACCTACAAATATTATTATTGAACTACCATTACCTAAACCTTTT +TCTGTAATCTTATCTCCTATCCACATTAATAACATACTAGCTGATACTAACGTTAAGATA +ATCGTTGAGATAAAGAATATATTATCAGTTTTAAGAGCTCTTAAACCTTTGATAACACCT +AATGTAATACCAATAGCTTGTACAAGAGCTAGTGCTAATGCTGTATATTTAGTGTATTTG +TTGATCTTTTTCTTACCTTCTTCTCCTGATTTTTGAAGTTCATCCAGGCTTTCAAAACCA +ATAGTTAGAAGTTGTAAAATGATCGACGCTGTGATATATGGTCCTATTCCCAATGCAAAT +AGTGTAAAGTTACTAAATGCACCCCCTGTGAACATATTATATAGGGAAAGTAGGCTATTG +TTACCTACCATCTCCTTTATAATACTTGTGTCCACTCCAGGAACAGGTATAGTCGCACCT +ATCCTAAAGACTACAATCATCATTAAAGTATATAATATTTTTTTTCTTACGTCTTTAATC +TTCCAAGCTTGTTTTAACTGTGATAGCACGTTAATTCACCCCGCCTGTAGTGGTTTGGAG +TTAGCAGTTTAGATTAAACTAATTCCGCTTTCCCACCAGCTTTTTCTATTTTTTCTTGAG +CAGAAGCAGTGAACTTAGCAGCTTTAACAGTTACAGCCTTTTCTAAGTTTCCGTTTCCTA +GAACTTTTATACCATCTTTAGCTATTTTGCTTATAGCTCCAGTAGATTTTAAAACTTCAG +CAGTTACTTCTGTTCCGTTTTCAAATCTATTTAATAATTCAACATTAACTTCAGTGTATT +CTTTTCTGAATGGATTTTTGAAACCTCTCTTAGGAAGTCTTCTTGCAAGTGGCATTTGTC +CACCTTCGAATCCAACTCTTACTCCACCACCTGAACGAGACTTTTGTCCTTTTTGTCCAC +GTCCTGCAGTTTTACCTTGTCCAGTTGCAGTACCTCTACCTAATCTCTTCTTAGATCTTA +CTGCACCTTCAGCAGGTCTTAATTCATGTAGTTTCATGGTCAGCACCTCCTTTTATTACT +AGTCAATTATTATTCAGCTATTTCAGTTACTTCAACTAAATGCTTAACTTTGTTTATCAT +ACCTCTTGTTTGGGCATTATCTTCTTTAACAACTACTTGTTCTCTTTTTCTTAATCCTAA +CGCTTCTACGTTTTTTCTTTGGTTAGGAGTAGTTCCTATTGTACTTCTAACTAATTTTAT +TTGTAATTTAGCCATCTTACACTACCTCCTTACCCTAGAAGATCTTCAACTTTTTTACCT +CTTAATTTAGCTATTGCTTCAGCTGTCTTAAGAGAGTTAAGTCCTTCTATTGTAGCATTT +ACCATATTTCTTGGGTTGTTAGATCCTAAAGATTTAGCTCTAACGTCTTTTAATCCAGCT +AATTCAAGTACAGCTCTAGCAGGTCCCCCAGCTATAACTCCTGTACCTTCTTGAGCAGGC +ATTATTAATATTTTTCCAGCACCAAAGTGTCCGTTAACTTGATGAGGAATTGTTGTACCA +ACCATTGGTACTTCTATAAGATTCTTTTTAGCATCTTCTACTGCTTTTTTTATAGCATCT +GGAACTTCCATAGCTTTTCCAGTACCTACACCAACGTGTCCATTTTCGTCTCCTACAACA +ACTAAAGCTGCGAATCTGAAGTTTCTACCACCTTTAACAACTTTAGTAACACGTCTTACT +TCAACAACTTTCTCTTGTAGGTCAAGTTGTCTTGCATCTATCGGCTTACGACGTAGCATG +TGATTTCCCTCCTTTGTTTCTAATCTAATTAGAATTTAAGACCAGCTTCTCTAGCACCTT +CAGCTAACTCTTGTATTCTTCCGTGATATAAGTATCCACCTCTGTCAAATACAACTTCAG +TGATTCCTTTTTCTACAGCTTTCTTAGCTATCATTTGACCAACCATTTTAGCTGCTTCTT +TATTTCCACCATGACTTACAGCGCTCTTAACTTCTGCTTCTAAAGAAGATGCAGAAACAA +GAGTAACTCTGTTAGTATCATCTATTATTTGAGCATATATATTGTTTGAACTTCTAAATA +CACATAATCTTGGTCTTTGAGTAGTTCCAGATATTTTCTTACGAACTCTCTTATGTCTTT +GAAGTCTTTTTGCATTTTTATCAGCTTTCTTTAACATCGAGATCACTCCTTTCTTAACGT +TTAGGTTTGGTATTATTTCTTACCAGTTTTACCTTCTTTACGTCTTACAACTTCATCAGC +GTATCTTATACCTTTACCTTTGTATGGCTCTGGCTTTCTCCAGTCTCTTATCTTAGCAGC +GTAGTTTCCTACTAATTGCTTATCTATACCTTTAACTATTAACTCAGTTTGGTTAGGAGC +TTCAACAGTTATTCCTTCTGGATCTTCCATTTCTACTGGATGAGAATATCCTAAGTTCAT +AACTAATTTCTTTCCTTGCTTTTGAGCTCTGTATCCAACACCAACTAATTCTAATTTCTT +TTCGAATCCATTAGTAACACCAACTACCATATTATCTATTAACGTTCTTGTTAATCCGTG +TAATGATCTATGTTGCTTGTTGTTAGTAGGTCTTTCAACAGTTATAGTATTTTCTTCTTG +CTTTATTGTTAATGCACCATCAAATTGCTTGCTTAAAGTTCCCTTAGGTCCTTTAACAGT +AACTAAGTTTTCAGCAGTTATAGTTACTTCAACACCAGCTGGTACAGTTATTGGCTTAAC +ACCTATTCTTGACATAGTCGCACCTCCTTACACTGTTCGTTTATATTACCAAACGTAGCA +GATTACTTCTCCACCAACATTTTCTTTTCTTGCTTGCTTGTCAGTTAATATACCTTTTGA +AGTAGATATAACTGATATACCTAATCCATTTAATACTTTTGGTATTTCATGGTTAGCAGC +GTAAACTCTCATACCTGGCTTAGATATTCTCTTAAGTCCTGATATAACTCTTTCGCCTGA +TTGTCCGTACTTTAATTGTATTCTTATTATTCCTTGCTTTCCATCTTCTATAACATCGTA +ACCTCTAACGAAACCTTCTTCTAATAAGATTCTAGCTAATTCTTTCTTCATATTAGAAGC +AGGAACGTCAACAGTTTCATGCTTAACAACGTTAGCGTTTCTTATACGAGTAAGCATATC +TGCAATTGGATCTGTCATTGTCATATTGAAACCCTCCTTCCATTTGTTAACTGGTTTCTA +CCAGCTTGCTTTTCTAACACCAGGTATTTGACCTTTATAAGCTAATTCTCTAAAGCATAT +ACGGCATATACCGAATTTTCTTAATACTGAATGTGGTCTTCCACATATACTACATCTAGT +GTACTCTCTAGTAGCGTATTTTTGCTTCTTTTGTTGTTTAACAACCATTGCTTTTCTTGC +CACTGGAATTCCCTCCTTTGATTTCGCTTAGAAAATGTCATTTTCTAAGCTTACTTAGAA +AACGGCATTCCTAATAATTTTAATAATTCACGAGCTTCTTCGTCTGTCTTAGCAGTTGTA +ACGAATATTATATCCATTCCTCTTACTTTATCTACTTTATCGTACTCTATTTCAGGGAAT +ATTAATTGCTCTTTGACACCTAAAGCGTAGTTACCTCTTCCGTCGAATGCATTAGCATTA +ACACCTCTGAAGTCTCTAACTCTTGGTAAAGATACAGATACTAATTTGTCCATGAAGTAG +AACATTTTGTCTGCTCTTAAAGTTACTTTAGCACCTATTGGCATACCTTCTCTTAATTTG +AAGTTTGCTACAGATTTTCTAGCTCTAGTAACAACTGGCTTTTGACCAGATATTATTTCC +ATTTCTTCAACAGCTTTTTCTAAGCCTTTTGGATTTTCTCTAGCGTCACCTATACCCATG +TTTATAACTATTTTGTCTAACTTAGGTATTTCCATAACGTTCTTGTATCCAAATTTCTCC +ATTAAAGCAGGAGCAACTTCTTTCATATATTTTTCTTGTAATCTAGAAGCCATTTAAGGT +CCCTCCTTTCAAGCTATATTATATTTCTTTTCCGCTCTTTACTGATACTCTTACTTTTTT +CCCATCTTTAACTTCAAATCTAACTCTTGTTCCTTTTCCTGTTTCAGGATCTAATGGCAT +AACGTTAGATATATGAATTGGGGCTTCTTTATTTATTATTCCACCTTGTGGATTTATAGC +ACTTGGCTTTTGGTGTTTAGTTATTACGTTAACACCTTCAACTAATACTCTATTAGCTTT +TGGCATAACTTTAACTACTGTACCTTTTTTACCTTTATCTTTTCCTGCTATAACTACAAC +AGTGTCGCCTTTTTTAACACGCATCATGTCCTATTGCACCTCCTTATTATAGTACTTCTG +GAGCAAGAGAAACTATCTTCATGAAATCATTATCTCTTAACTCTCTAGCAACAGGCCCGA +ATATACGAGTTCCTACTGGAGTCTTATCATCTTTGATTATAACTGCAGCATTCTCGTCGA +AAGCTATATAACTTCCGTCATTACGTCTTATGCCTTTTTTACTTCTTACTATAACAGCTT +TAACAACTTTACCTTTTTTTACAACTCCACCTGGTGTTGCACTTTTAACACTAGCAACTA +TTACATCGCCTATATTACCATATCTTCTTTTACTTCCACCTAGTACACGAATACAAAGTA +ATTCTTTTGCACCAGAGTTATCCGCAACTTTTAAACGTGTCTCTTGTTGTACCATATCGT +AATCCCTCCTTTTCCAAAAAACTACTTAACTTTTTCAACAACTTCAACTAGTCTGAATCT +CTTATCTTTAGATAAAGGTCTAGTTTCCATTATTTTAACTCTATCTCCGATTCTACATAC +GTTGTTCTCATCATGAGCCTTGAACTTCTTAGTTCTCTTAACTGGCTTATTATATAATGG +ATGACGTACGAAATCTTCAACAGCAACAACTATAGTTTTGTCCATTTTGTCACTTACAAC +ACGGCCTATTCTTACTTTTCTTCTTCCTCTTTCCATGTTAAAAAGCCTCCTTTCCAATTA +AGCTCTAGTTTCGTTTAACTTTCTTTCAGCAAGGATAGTTTTTACTCTAGCTATATCCTT +TTTCACAAACTTGATTCTTGCTGTGTTTTCTAATTGACCAGTAGCTAATTGGAATCTTAA +GCTAAATAATTCACTTTTGAAGTCATTTAATTTATTCATTAGCTCTTCGCTTGTTAAATC +TCTTAATTCTTTAGCTTTCATCCTATTCACCACCCTTTACTTCTAAATCTTCTTTCTTTA +CAAACTTACATTTAACAGGAAGTTTGTGCATTGCAAGTCTCATAGCTTCTCTTGCTTTAG +CTTCATCTACACCAGCTAGTTCGAACATTACTCTTCCTGGCTTAACTACTGCTACCCAGT +ATTCTGGTGAACCTTTACCAGCACCCATACGAGTTTCAGCAGGTTTTCTTGTTACAGGCT +TGTGAGGGAATATTTTTATCCAAACCTTACCGCCTCTTTTTATATATCTTGTCATCGCGA +TTCTGGCAGCTTCTATTTGGTTAGAAGTTATCCAAGAAGCTTCCATAGCCATTAATCCGA +ATTCACCATAAGTAACTTTGTTACCTTTTTGAGCTTTACCAGCCATACTTCCTCTGTGAA +CTCTACGACGTTTTACTCTCTTTGGCATTAACATGAGAATTTCCTCCTTCCTTGAACCTT +ACTAATTTTAGTTTTCTTTGTTTTCAGTTCTTTGAGGTCTTTGAGGTCTTTGTCCTTGAG +GTCTTTGTCCTCTGTTGTTTCCTCTGTCGTTTCCTCTAGAATTGTTTCTTCTATTATCGT +TTCTTCTATCGTTTCTCTTATTGTTTCTTCTATCGTTTCTTCTTTCTTCTCTTGGGTTTA +CTCCGTTTTTAGTTGGTAAAACTTCTCCGTTGCATACCCAAACTTTGATACCTATTTTTC +CGTAAGTAGTATCAGCTTCAGCAAATCCGTAATCGATATCAGATCTTAATGTTTGTAAAG +GTACATTTCCTTCGCTGTATCCTTCAGTTCTAGCCATTTCAGCTCCACCTAATCTTCCAG +ATGCTGCAACTTTTATACCTTTAGCTCCTGATTTTAAAGCTCTTTGTATAGCTTGTTTCA +TAGCTCTTCTGAAAGCTACCCTTCTTTCGATAGCTAATGCTATGTTTTCAGCTACTAATT +GAGCGTTTTTATCGATGCTTTTTACTTCAACGATATTAACTATAACATTTTTCTTTGTCA +TTTTTTCTAATTCTGCTTTTAAAGCTTCTATACCAGCACCAGCTCTTCCTATAACTACAC +CTGGCTTAGCAACGTGTAAGTCTAATTTCAACTTATTTGCTGATCTTTCTATTTCTATCT +TAGCAACTCCAGCAGAGTATAATTTATTCTTTAAGAATTTACGTACATTGTGGTCTTCTA +ATATTAAGTTTCCGAACTCTTTTTTATCAGTTGTAAACCATCTTGAATCCCAATCTTTTA +TAACACCGACTCTCAGTCCGTGTGGGTTAACCTTTTGTCCCATTGTTTTCCCTCCTATCT +ATTTATTATTTTTTTTCTTTAACAACAACTTCTATGTGAGAAGTTCTTTTTCTTATCATA +GTAGCTCTACCCATAGCTCTAGGCATAAATCTCTTTATTGTAGGTCCTTGGTTAGCAACT +ATTGAATCTATATATAATTTCTCAACGTCCATCTCATGGTTATTTTCAGCGTTAGCTTTA +GCAGATTTAACAACCTTAGCTATTATTGAAGCAGCTCCTCTTGGAGTGTACTTTAATATT +GCTAATGCTTCATCAACATTTTTTCCTCTTACAAGGTCACATACTTGACCTGCTTTTCTT +GGAGATACACGTACAAATTTTGCAGTAGCTTTTGCTTCCATTGTGTTCTTCCTCCTTCCC +TAGTCAAAATATATAATTATTTTCTTTTGTTAGATTTTTCGTCGTCCTTGTGTCCTTTGA +AAGTTCTTGTAGAAACGAATTCACCTAATTTGTGTCCAACCATATCTTCTGTTATAAAAA +CAGGAACATGTCTTCTTCCATCATGTACAGCTATAGTATGCTCTACCATTTGAGGGAATA +TTGTTGAACTTCTTGACCAAGTTTTTATTACTTCTTTGTTTCCGCTTTCATTCATAGCTT +CAACTTTCTTTAAAAGTCTAGCATGTATAAAAGGTCCTTTTTTAGTTGATCTTGACATAT +AATATCCTCCTTTCCCGGGCAAATAAATTAAAATTTATTATTTAGTTCTTCTTGATACTA +TTAACTTATCAGAAGCTTTGTTTTTCTTTCTAGTTTTGTATCCAAGAGCTGGTTTACCCC +ATGGAGTAACTGGTGATGGTCTACCGATTGGAGATCTACCTTCACCACCACCGTGTGGAT +GGTCATTAGGGTTCATTACAGAACCTCTTACAGTAGGTCTTATACCCATATGTCTTTTTC +TACCTGCTTTACCGATAACTACGTTACCATGCTCTATATTACCAACTTGTCCTATAGTAG +CTTTACAGTTTATGCTTACATATCTCATTTCACCTGATGGTAATCTAAGTAATGCATATT +TTCCTTCTTTAGCCATTAATTGAGCTGAAACACCAGCAGATCTAACTAACTGAGCTCCTT +TTCCTGGCTTTAATTCTATGTTGTGTACCACTGTACCAACTGGCATATCTTTTAATGCCA +TTGCATTTCCTGGTTTTATATCAGCAGTTGGTCCTGATAATACAGTATCTCCAACTTTTA +ATCCAACAGGAGCTAGTATATATCTCTTTTCACCATCTGCATAGTTTAATAAAGCTATGT +TAGCAGTTCTGTTTGGATCGTATTCTATTGTAGCAACCTTCGCAGGTATACCATCTTTAT +TTCTCTTGAAATCTATTATTCTATATTTTCTTCTGTTTCCTCCACCTCTGTGACGAACAG +TTATTTTTCCGTGTGCATTTCTACCAGAGTTTTTCTTTAATGAAACTAAAAGAGATTTTT +CTGGTTCATTGCAAGTTATTTCATCAGAAATTAAAACTGTCATTTGTCTTAAGGCAGGAG +AAGTTGGTTTAAACTTTTTTATAGCCATCTGTTTTCCCTCCTTTGTTAATTAGGGGTATT +ACATACCTTGGAAGAATTCTATTTCTTTGCTATCAGCAGTTAACTTAACAACTGCTTTTT +TGAAGCTTGCAGTTCTTCCTTCAGATCTACCCATTCTTTTAACTTTTCCATCGTAGTTCA +TTGTGTTTACTTTTTCTACATTAACTCCGAAAACTTTTTCTACAGCTTTCTTTATTTCAG +TTTTATTAGCAGCCTTAGCTACTACAAAAGTATATTTTTTCTCAACCATGTCAGCCATAC +TTTGTTCAGTTACAACTGGCTTTATTATTATATCATGTGGATTAGTCATTATGCGTACAC +CTCCTCCACTTTTTTAACAGCGTCTGTTGTTATTATGAATGAATCATATTTTAATATATC +GTAAACGTTTATAGTGTTAACTGTAGCAGTTGCAACACCTTCTACGTTTGCAGCTGATTT +TATAACGTTAGTGTTATTTTCAGCAGTTACTACTAAAGCTTTCTTAGCAGCATTTACGTT +CTTTAATATTTGAACGAATTCTTTAGTCTTAGGAGCTTCCATGTTGAAAGCATCTAATAC +TATCATTTCACCATTTTGAACCTTAGAAGTTAAAGCACTCTTCATAGCTAATCTTCTAAC +TTTTCTTGGTAAAGTGTAGCTGTAGTTTCTTGGCTTTGGTGCGAAAGCAACTCCACCACC +AACCCATTGTACAGCTCTTATAGAACCTTGTCTAGCTCTACCAGTTCCTTTTTGTTTCCA +AGGTTTTCTTCCGCCACCTCTAACTTCTGCTCTAGTTTTAGCAGATTGAGTACCTTGTCT +CTTGTTTGCTAATTGGTTTTTAACAACTTCGTATAAAACGTGTTCATTAACTTCTACGTT +GAATATAGCATCATTTAATTCTATTTCTCCAACATTTTGTCCATTAGTATTTAATACATT +TAATTTTGGCATTATGCTTCCTCCTTTCTTAGGTTAGTTATTATTTAGAAGCTTTAACTG +CTTCTTTTATAGTTACTACTGAACCTTTAGCTCCTGGTATAGCACCTTTAACTAATATAA +GGTTCTTTTCAGCATCTATTCTAACTACTTCTAAGTTTTGAACAGTAACTTTAACGCTAC +CCATGTGTCCAGCTAATTTTTTGTTTTTGAATACTCTACCAGGGAATGAACAAGCACCCA +TTGAACCTGGTCTTCTGTGGTATCTAGAACCGTGAGATTCTGGTCCTCTAGATTGTCCAT +GTCTCTTTATTGGACCTTGGAATCCTTTACCTTTAGATATTCCTGTTACATCTATCATTT +CTCCTGCAGCGAATAAATCAGCTTTTATTTCTTGTCCAACTGTGTATCCTTCTACAGAAT +CAACTCTGAATTCTTTTAAGTGTTTCTTTAAAGTATTAGCAGCAGCTAAGTGTCCTTTTT +GAGGCTTGTTTAAAGATTTTTCTTTAACATCTCCAAAACCAACTTGAACTGCATTATATC +CGTCTTTTTCAACAGTTTTTATTTGAGTTATAACAACAGGTCCTGCTTCAACAACTGTTA +CTGGTACTACTTCACCAACTTCAGTGAATATTTGAGTCATACCTATTTTTTTACCTAATA +TTCCTTTCATATTAGCACCTCCTATAATCTTACAGCGGATTACCATTTTAGGTAATCATT +CTAAGATAGTTACCTTATAGGATAAGTATCTTAGGTGTTTGTTCTTATAATTTTATTTCT +ATATCAACACCAGCTGGTAAGTCTAATCTCATTAAAGAGTCAACTGTTTTAGGTGTTGGG +TTAGCTATGTCTATTAATCTCTTGTGAGTTCTTATTTCGAATTGCTCTCTAGAGTCTTTG +TATTTATGCACAGCTCTTAATATTGTCACTATTTGCTTTTCAGTTGGTAGTGGCACAGGT +CCTGAAACTTGTGATCCAGCTTTTTTAGCAGTTTCTACTATTTTTCCAGCTGAAAAATCT +AATAATTTGTGATCATATGACTTTAATCTTATTCTTATCTTTTCTTTAGCCATTTTATTT +CCCTCCTTTTATAGAACTTTTTTGATTCTTAAGTTTTAAACTCATCAATACCGATACACA +CCTCCGGGTGTGTTGTGTTTTTTCAAACTAATATCGACTCATCTTCTACTAAGATTCATT +ATAAGTTTTTCGTTTCTCTCAAGCACACTATTATATTTTATATCAAAATTTACATTTTTT +CAAGTTTTTTTTATCATTTTACTAATATTATTTTATTACATAAAAATTTTTTTTACAAAC +TTGATTTATTTTCTCTAACAAAGCACTTACTTAGTATATCTCTTTTAAGTACTATTGTCA +ACAACATATGTATACTATATACTTCCTTTTATTACAAATCAAAAAAGAGGAGGTCTCCCC +CCTCTTTTATATATAAATAATTTCTTAATAAGAGATTATTCCATTATAGAAGCAACAACA +CCTGATGCTACTGTTCTTCCACCTTCTCTTATTGCGAATCTTAATCCTTCTTCAACAC +>MGYG000000001_49 +AAGCCGACTTCAAGATAAGATTTCCCACCGTAAGGGTAAGACCCCAGGAAGACTACCTGG +TTGATAGGTCGGAGGTGGAAGTGCAGTAATGTATGTAGCTTACCGATACTAATAGGTCGA +GGACTTGACCAAAATAAACCTTTAGGTTTATATCGCCAACCAAATCATTATTGAAATTTC +AATATGTAAGATTTCGGTTGATAAAATTTTAAATGATTAAAACATAAATGATATGCAGTT +TTTAGAGTATTAACTCTTCATATATGCGGGTGTAGCTCAATGGTAGAGTTCCGGCCTTCC +AAGCCGGCTGTGAGGGTTCGATCCCCTTCACCCGCTCCAAATAAGATTATGTGGTTACTA +TAGCAAAGAGGATACACCTGTTCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGA +TGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGACGTAGCCACGTAGTCTTTTTTTATT +GTTCAAATAAAATTTATATTATTATAAAAATACATATTGATGTAAAAATTATCCATAAGT +CAAGCTTAAACTAAATATAGTTATTTGTTATAATTTAAATATACAGATAAAGATATATTC +ATTTTCTTTAATAAAAAATTTGCATATGGACAACTTAATTATAAGCATTTTATTTATTAA +AGGAGGTAAATTTATGGATAATATGAGAGAAATGAGAAAAAAACGTGAAGATGGAAAGTA +TGATTTAACGTTAGAAATAGGCGATGGAGCTTATTTTGGAACATATGAGGATGTAGATCT +AAAATCAGGAGAAGATTTAGTTAGAAATTACTTAAGAAATAATTCAGACGATGCTAATTT +TGAAGATATAAAAATAAACTATAATAAAAATAGACATACTATAAGAGTTACTGCTGAATT +AAACTATTATAACGATGAGCATAAGGATTATAGTAACAGAGGAAAATTAATGTAAAACAA +AATACAAATGAGCGTAACTCAAAATAAATTTATTAAATAAAATTTGATTTGGTACGCTCA +TTTTATTTATTACATTAAAATTTATAGTTTAAAATTAGAATATAAAATATAATTTCTATC +ATAATTATCATTTTATATTATTAAATAAAAATCAAAAAATATAATAAATAATATTTTGTT +GATAAATAAATTGCGCATTAAAATATATATTGCTACAATTACCTTGTAAAGATGGTTATA +TATACATCAATAAAACTTTATATATTTTGAAAAAATTAATGCAAATATCAGGAGGTGTTT +ATGAACGGAATAGTAATAATCGGGCATGGCAATTTTGGATCAGGACTTAATAGTACATTA +GAGCTTATTGCTGGAAAATATGATTTTGTTAAATATGGAGATTTTACATCTGAAAAATCA +CCTGAAGAATTTAAAGAAGAAGTTAAATTAGAATTAGAAAAATTAAAGGATAAGGAGAAG +ATTTTCTTTTTTACAGATGTAGTTGGTGGAACGCCATTTAAAGTTGCTTGTGAGTTAAAG +TTAGAAGATGATAGAATTGAAGTTTTCTATGGTACAAATATGGCTATGATAATAGAAACT +TGTATGAATTCACAATTTGAAATAGAGTTGGATAATGATTCAATTGCTCAAATTGGAAAA +TCTAATATAGATTCATTTAGATTAACTAAAAAAAATCAAACTCAAGAAATGGCAGAGGAA +GGTATATAGAATAAAATTTATGAATATATATTTTCTATATAGGTAATAGGTAATTTTAAC +AAAGTGATGGAAATTGTACAATAATTTAGGAAACGTTTACATAATTATAATAACTTGTAC +TAAAGATGTATATTTAGAGCAAATTAGAATTAATAAAGGGGTAATTTAGTATTATTTATG +TCGTATATATGCGATATGTTAGATAAAAGTATGAATATTAAAAATTCATAAAATATTTAT +ATAAATTAATTATGATATCAATCAGTTAGAAGATTTTCTAATCAGATTAATATAAAATTA +TAGTTTAAAAGGGGGATATTTTAATGCCAAATATAGTATTAACAAGAATAGACAATAGAT +TAATCCATGGTCAGGTTGCAACAATGTGGACTGCAAGTGTAGGTGCAAATTTATTATTAG +TTGCCAACGATGAAGTTTCAAAAGATGAATTTAGACAAAGTTTAATGGATATGGCGGCAC +CAGCAGCTGCTCAAACTAGATATTTTTCTATAGAAAAAACTATAAATATAATACATAAAG +CAAGTCCTTCTCAAATGATAGCTTTAATATGTGAAAATCCTCAAGATGTTTTAAAATTAG +TTGAGGGTGGCGTACCTATAAAAAAAGTTAATATAGGAAATATGCATATGGCAGAAGGTA +AAAAGCAGGTATCTAAGGCTGTTTGTGTGGATCAAAGTGACGTAGATGCATTTAAAAAAT +TAAAAGAATTAGGTATAGAGTTAGAAATACGTCGTGTTCCATCAGAATCAGCAGAAGATA +TAAATAAATTATTTGAATAGGGGGAATTATCATGGATTTAAGTTTTGGTCAAATCGCACT +AATACTTATTGTAACAATGATAGCAGCTATAGACCAGTACAGCTTCTTAGAGTCTATTTA +TAGACCGATAGTTATTGGTCCTATAATAGGAGCTATCATGGGAGATTTACAAACAGGACT +TATGATAGGCGCATCATATGAACTTATGATGATAGGAGCTATGCCAGTAGGTGGAGCTCA +ACCACCAAATGCTGTTATAGGGGGAATAATGGCAACAGTATTCGGTATAAGCTTAAAATT +AGATGTTGCAGCAGCATTACCGCTTGCAATACCATTTGCATTACTTGGACAATATGCTGT +TACTGCTTTATTTACAGTTGTATCTCCATTAATGCTTAAAGCAGATAAATATGCTGAAGA +AGGAAATCCGCAAGGTATAGTAAGGTTAAACTATTTAACAATGGGATTATTAGCAGTATT +ATTTGCTGTAATAGTTTTAGCAGGATTATTAGCAGGTTCAGCAATTGGTGAACAATTAAC +TAGTAAAATAGCACCATGGGTATTCGCAGGATTAGGTGCAGCAGGTAAGATGATGCCAGC +TCTAGGATTTGGTATGTTATTAAGAGTTATGTACAGTAAGGAATTAGCAATGTTCTTATT +CGTAGGATTTGTATTTGTTGCTTATATGCAATTACCATTGCTTGCAGTTGCATTTATAGG +GGTTGCGGTAGCAGTATATGATTTCCAAATGAATACAAGAAATGTACCACATGTAAAGGA +GGCTGATACTGATGGCATCTAAAGCAAAAGAATATTATGTAGATAAGCAAGAAGCTCCAA +AGTTAAGTAATAAAATACTTAATAAAATGGTTTGGAGATCATTATTCTTACAAGCATCAT +TTAACTATGAGAGAATGCAAGCTTGTGGATGGTTATATGGTATATTACCTGGATTACAAG +AAATCCATAAAAATAAAGAAGATTTATCAACATCAATGACTCACAACCTAGAATTCTTTA +ATACTCATCCATTCTTGGTAACATTTGTTATGGGGATAGTATTATCATTAGAACAAAAGA +AAACTGATGTACAAACAATAAGAGCATTAAGAGTTGCAGCAATGGGGCCTTTAGGAGGAA +TCGGAGATGCTATATTCTGGTTTACTTTAACTCCAATAGCTGCTGGTATAGGAGCTAACT +TAGCACTCCAAGGAAGTATTTTAGGACCAATTATATTCTTACTACTATTTAACGTAGTTC +AATTTGCTTTAAGATATTGGTTAATGCATTGGTCATATAAAGTAGGTATGGATGGTATCC +AAGCTATGACTAAGTTTGCTAAGCAGTTCACTCGTTCAGCAACTATACTTGGGTTAATAG +TTGTAGGTGCTTTAATAGCTTCTTATGTTGGTGTTAATATAGCATTAGAAATACCAATAG +GTGAAACTAGTGTTGTAGTTCAAGAAGTATTAGATAGTATAATGCCTTGTTTATTACCAT +TATGCTTAACATTTATGATGTATAGTCTAGTTAAGAAAAATGTAAGTCCATTATTAAATA +TAGGAATATTAGTATTAATAGGATTAGTAGGAGCATTCTTCGGTGTATTTGTATAAAATA +AATATTTAATATAAATAGAAAAAGCAGTGATGATTTAACATTGTCACTGCTTTTTCTATT +TTTGAGAGATATATAGTAAATAAAAGTTCGCTAATAAAAAACTGATTATCAGCGAACTTT +ATATACATTGTTATATTTCAAAAGCAACTTTACCACGGCATATAGTTTTTACTACATTAT +ATTCATTATCAAGAATGACTATATCAGCGTCTTTACCTATATCTAAGCTACCCTTTCTAG +TAAGGATTCCTAATTCCTTTGCAGGGTTAACACACGCCATAGTAATGGCATCTTCTAGGG +AACACCCTGAGAATTCCATCACATTTTTAACGCTGTTTATCATGGTATTAACACTTCCAG +CTAAAGAACCAGATTCTAGTCTAACTTCATTTTTAACTTTTATAACTTTTTGTCCACCTA +ATTTGTATTCTCCATCTTCTAAACCTTTTGCTTCCATAGCGTCAGTTATTAAGGTTACAT +TGTTAGGGCTTTTGATTTTAACCACTGATTTTACAGTATTAGGGTGAAGGTGAATACCAT +CAACAATAATTTCAGTGTTTAACTCATCAAAAGTAAATCCAGCAGTTACAACACCTGGAG +TTCTGTGGTGATGAGGACTTTGACCATTATGGAAGTGAGTAACACTACTAAGTCCAAAAG +AAATTGCATCTTCTATATTTTCAAAGCTAGCAGAACTATGTCCTACTGATGGTATTATAT +TATTTTCAGAAAGATATTTAGTAAACTCAAAATTTTTATCCAATTCTGGAGCATAAGTGA +CCTTTCTTATATTATTATTAGCTTCCTTTTCAAATATCTTGAAAGATTCAACTGTAGGAT +CTAGTATAAATTTCTCTGGTTGAGCACCTTTATGATGACAGTTTATAAATGGACCTTCTA +GATGGATGCCTAATATTTCTGGCTGTCCAGCGATGTTATTATTACTCATATAATCAGATA +TGTTGTTTAAAGCTCTATTTATATTACTTATTTCTTGAGTCATTGTAGTTGGCAAGAAAG +AAGTTACACCTTCTTTAGCAAGTGTTTTGACTATATGGTCTAAAGTTTCGAAAGTTCCAT +CCATAGCATCTGCGCCATGAGAACCATGTATATGCGTGTCTATAAAACCTGGAACAGCAA +AATATCCTTTTGGTATATTAATTTCTTCTCCGGAATTAGAAATTTTTCCGTCTTTTACAA +AAATACTAGTATTAGTTAAAACTTTTCTCATTTTAAATATTCCCCCGTTAAGATTATTTT +TTTGCAGGTTTATAACTCATTTTATAAACTACAAATGCTATGAAGCATGCTAATGTGATC +TTTATACATCCTATAAATAAGAATAAACGAATTAATGACATAAAATTTAATTTATTAAAA +ATTAAATATATTATGATTGTAGAAGAAGCTAAAATTTCGATTATAGAAACAAACTTAAGT +GACATAGTTTCTATCTTGATTAAATGCTCTTCTTTTTGAGTTATGTTTGGTGCAATTATT +CTTCTAACGTATGTAAATATGTTAAAAGCTAAAAATAGAATTATAGCTATTTTTATTATT +AGCATCTCTATTAAATCCTCCTTTTGAATATTGTACCCTAATTAAATTATACTGCACTTT +ATTAAAAAGATAAAAAAAATTAAAATAATTGTATAAATATTTTTTAGACTGTACATAATA +CATATATAAAACTTAATAAATAAAAAATTACTCAATCTCCCCCATTTTAAAAGATCTCTA +TCCCCCATAGAGATCTTTATTTTTTGAAAGTCTTTAGAAAATCTTTAGAATTATATAACC +TTTATTTTTAGAGTTTTTATTTACCATATAGTCATGGAAGATGAATTTACTAAATTGTGT +AAAAAGGGGGTGATAAATTTATGATATTATATAATCATGAAAAATTAAAAATGTGAGGTA +ATAACATGAATTCATATAATATTTTAGTTGTAGAAGATGAAATAGAGATAGCAAAAGCTA +TAGAAGCTTATTTGTTGAATCAAGGCTATAATGTGTTTTTGGGTAACAATGGTATAGATG +GGCTTGAAATTCTAGAAAAGAAAAATATACATTTAGCTATAGTAGATATAATGATGCCTA +AAATGGATGGAATAACATTTACTATGAAGGTGAGATTAGAACATGATTTTCCAATAATCA +TGTTATCAGCTAAATCAGAAGAAATAGATAAAATAACTGGATTAAATATAGGTGCAGATG +ACTATGTAAGCAAGCCATTTAAACCATTAGAATTACTGGCTAGAGTAAACTCACAATTAA +GACGATATAAAAAATTTTTAGATATGAAAGAAAATAATATTATAAATAGAAATCTATATA +CTGTGGGAGGCATTGAATTAGATAGCAGTACAAAAAATGTAACTGTTGATGGAAAAATTA +TAAAAACTACTCCTATAGAGTTTAAGATTTTAGAATTAATGATAAAAAATCCTGGAATCG +TATTTTCAGCTGAAGATATATATGAAAAAGTATGGAAGGAAAGAGCTGTAAATACAGATA +CAATAATGGTTCATATTAGAAATATAAGAGAAAAAATAGAAATAAATCCTAAAAATCCAA +AGTATTTGAAGGTAGTATGGGGAGTTGGATATAAAATTGAAAAACAATAAATTTATAGTA +AAAATAATTTTGGTAGTAAGCATATTAATTAGTGCTATAGGAGTTTGTACGGCATACCCT +AAAATAGAAAAAGATAGTACTAAATTTAGTTACGATGTATTTGAGTCAGAACACCATTTC +TTAAAATATATAAATAGAAGTAATTATGCATTATATTATAGTACATATAAAAATAATGGT +GAAGAGGTATTAAACCCATCACAACTTTTGTTAAATTTAAAATCAGTTAAGGATGACCAA +TATAGAATAAATAACTATGAAAAAATATTTAATGAAAAAATATTTAATTGGGTTGATAAT +TTAAAAGATCAATTAGAAAACTTGGAGTACTATGCAATAAATAAAAGTAATAATGTAGTT +ATAGAAAGAAGTAATTTAAAATTAGAAGAATTAATAAATAATGAATCTAGCTCAGATAAA +ATTAGTGAATTTAAGAAAATATATGAATTTTATGTGATAATAGATTATGATGAAAATGGA +AATATAAGTATATCAAATAGTTATAATGCAAATAAAATTGAAATATTAGGTAAGCTTGAT +GAACTACAGAGAGACAATTATGATTTTGAAATTTACTCACTAGAGGGTGCAAAAATTAAT +CCTATAAAGAATATGACATATATATATGCAGTGCCACACAATTTAATATTTTCTGATCAT +ATATCTTATATTATGCAAAATAAAGAGTATTATGCATATTCACAAGCGTCTTATTTATTT +ATAAATATGGCTATGGTATTTATTATATTGGTATCATTATTAGTTCCATATAAAGAAGTA +AAAGATATAAAAGTATTTAAAGTAATAGTAAATATACCAATAGAAATTTTAATAATAATA +GTATCTTGTGCAATAGCATTTATATATAATTCTTCTGAAATTATAATGGTAAGCTCTATA +AAAGGAGAATTAATAAACTTAGTTCAATTAGAATTAAATAATCAGATAAAAAATCTAATG +ACTTACTCATTGAACATTATTTATTTTGCAATATGGTTTAGTATAATATCAATCGGAATA +TTTATATTAAAACATATACATAGAAAAAAAGTGAGGGTATATTTAAGAGAAAATTCTATT +ATAATTAAATTTATTTTAAGGGTTTCAACATTTATCAAAAAAGGATGGAGCCACTTAATT +GATTTTGATTTAGCTTATAAAAACAATTCTAAATTGGTTAAACTGCTTTTAATAAACTTA +TTGATTATATCATTAATATGTACCATGTGGATATTTGGTATAATATTGGCGATTATTTAC +ACAGTAGTGATATTTTTAATTTTAAGAAAAAAGTATGAAAGGATTAATAATGATTATAAT +AATTTGCTTAAATTAACTAATGAAATAGCAAGTGGTAATTTAGATATTAATAATCAAGAG +GATCTAGGTATATTCAATTCGTTAAAAGATGAGGTAACACAGATACAAAAAGGATTCAAA +AATGCTGTAAGAGAAGAATTGAAGAGTCAAAAGATGAAAACAGAACTTATATCAAATGTA +AGTCATGATTTAAAAACACCATTGACTTCTATAATAACTTATATAGACTTGCTAAAAGAT +GAAAACTTAAGTCGTGGAAATCGTGAGGAATATTTAGAAGTATTAGATAGGAAATCTCAA +AGGCTAAAAGATTTGATAGAAGATTTATTCGAAGTAAGTAAAGCTACAAGTGGTGATATA +AATCTAAATATTATTGACGTAGATATAGTATCTCTTATGAAACAAACTTTATTAGAGTTA +AGCGATAAGATAAATGAATCGGATTTAATAATAAAGAAAAATTTACCTAGTGAAAAGGTA +GTTCTTAGGCTAGATAGCCAACGAACTTTTAGAGTATTTGAAAATCTTATAATAAATATA +ACTAAATACTCAATGAAAGGATCAAGAGTTTACATTGATATATTAGAGGGATTAGATAAC +GTAACTATAAGTTTTAAAAATATAGCAGCTGAGGAAATAGATTATGATGTAAACTATATA +ACAGATAGGTTTGTAAGAGGAGATAAATCTAGGAATACTGAAGGAAGTGGTCTTGGGCTT +GCAATAGCTAAAAGCTTTGTAGAACTTCAAGGAGGAAGTTTTGAAGTAAGTAACGATGGA +GATTTATTTAAAGTTATTATAGTTTTTAAAAAGTAAAATATAAAAATAAAAGAGCGTTTC +TGGATTAAATTAAATATCTAGAGACGCTTTTTGAATTAGTCTCATGATTTGGTAGGATTT +AAATTTAATTAAGTTGGGTAAAATATGTAAAAAATGTTCTATAAATTGAGGATAGAGTTT +ATATTGTGATATAATTATACTTATTAGGAACGAATGTTCGGAAAGGAGTGATATTGTGGA +TTTTAAAATAAGTTCAGATTTTAAACCTACAGGAGATCAACCAGAAGCAATAAAATCAAT +TGTTACTGCTATAAACAATGATGAAAAGTTCTCAACTTTATTAGGAGTTACAGGGTCGGG +AAAAACATTTACAATGGCAAATATTATACAAGAGGTAAAAAAACCAACGTTGATACTTGC +ACATAATAAGACTCTAGCAGCGCAGCTTTACAGCGAATTTAAAGAGTTTTTTCCAGATAA +TGCAGTTGAATATTTTGTAAGTTACTATGATTACTATCAGCCAGAAGCTTATGTAGCTCA +TAGTGATACATACATAGAAAAAGATGCAAGTATAAACGATGAAATCGATAAATTAAGACA +CTCTGCTACTGCATCAATTTTAGAAAGAAGAGATGTAATTATAATATCATCTGTTTCATG +TATTTATGGTTTAGGGGATCCAGAAGATTATAAAGAGCTAATGGTATCATTAAGACCAGG +AATGCAAAAGGATAGAGATGATATTATAAAGCGTTTAATAGAGATTCAATACGAAAGAAA +CGATATTAACTTTGTGAGGGGTACATTTAGAGTAAGAGGAGATATTTTAGAAATATTCCC +AGCTAGTAATGATGAAAAAGCTATTAGAATAGAATTCTTTGGTGATGAAATAGATAGAAT +TACTGAGATAGATTATGTAACAGGAAAAATTGAAGGAGTTAGAAATCATGTAGTTATATT +CCCTGCATCTCACTACGTAACAACACCAGAAAGAATAGAGCAAGCAATTATAAGGATAGA +AAAAGAGCTTGAAGAAAGAGTTAAGTATTTTAAAGAGAATGATAAATTGCTAGAAGCTCA +AAGAATAGAACAAAGAACGAAATATGATATAGAAATGTTAAAAGAAATTGGGTTCTGCCA +AGGAATCGAAAACTATTCTAGACACGTAACAGGCAGGAAAGAAGGGGAAAAACCATATAC +TCTAATGGATTTCTTCCCAAATGATTACTTAATGATAGTAGACGAGTCTCACGTTACGAT +ACCTCAGGTGAGAGGAATGTATGGAGGAGATAGATCAAGAAAAACATCGCTTATAGATAA +TGGATTTAGACTACCATCAGCTTATGATAATAGACCTTTAAATTTTGAGGAATTTGAAGA +GAATATAAATCAAATACTATTTGTAACAGCTACACCAGGCCCTTATGAAATAGAGCATTC +TACAACTGTAGCAGAACAAATAATAAGACCAACTGGATTACTAGACCCTATTATTGAAGT +AAGACCAATAGAAAACCAAATAGATAATTTAGTTGGAGAGATTAATACTGTTATAGAAAA +AGGTGAAAGAGTATTAATTACCACATTAACTAAAAAGATGAGTGAAGACCTTACTAATTA +TTTAAAAGAAATTGGAATAAAGGTCAAGTACTTACATTCTGATATAGACACTTTAGAAAG +AACTGAAATTATTAGAGATTTAAGATTAGGTAAGTTCGATGTTTTAGTAGGAATAAACTT +ATTAAGAGAAGGTTTGGATATACCAGAAGTATCATTAGTTGCAATTTTAGATGCTGATAA +GGAAGGTTTCTTACGTTCTGAAACTTCTTTAATACAAACAGTAGGACGTGCTGCAAGAAA +CTCAGAAGGTAAAGTTATAATGTATGCAGATAAGATAACTAGATCTATGCAAGCAACAAT +AGAAGAAACTAAGAGAAGAAGAGAAATACAATCTTTATACAACAAAGAGCATGGTATAGT +TCCAAAAACTATACAAAAACGTGTTAGAGATAGCATAGAAGCTACTAAGGTAGCAGATGA +AGAAGTAGTATACGGAATTAAAGATACTAATGATATAGAGGAAATTAAAAATAATATAGC +AATGCTACAGGCTGAAATGATGGATGCTGCACAGAATCTACAATTCGAAAGAGCGGCAGA +GCTTAGAGATAAAATAAAACAGTTAGAGGAAAGGATAAAAGATTAATGGAAGACAAAATT +ATAATTAAAGGTGCAAAAGAACATAATCTAAAAGATGTTAATTTAGAACTTCCTAGAAAT +AAATTTATTGTTTTTACAGGGTTATCAGGTTCGGGAAAGTCATCTTTAGCATTTGATACT +ATCTATGCTGAAGGTCAAAGAAGGTATGTAGAAAGTTTATCTGCATATGCAAGACAATTT +TTAGGACAAATGGAAAAACCTAATGTAGAGTACATAGAAGGTCTATCTCCAGCAATATCA +ATAGATCAAAAAACAACATCAAAGAATCCTCGTTCTACAGTGGGTACAGTTACTGAAATA +TATGATTATTTAAGATTACTATTTGCTAGAGTAGGAGAAGTTCATTGTCCTGTATGTGGT +GAAAAAATAAGTCAAATGACTATTCAAGAAATAGTAGATAAAATATTAGAGTTTCCAGAA +AGAACAAAGTTACAAATACTATCACCAGTAGTTAGAGGTCAAAAAGGAACTCATAAAAAA +GTTATAGAAAATATTAAAAAAGATGGTTTCGTAAGAATAAGAGTAGATAGAGAGAATTAC +GAAGTTACTGATGAATTTGATTTAAATAAAAATCAAAAACATAATATAGAAGTTGTAGTA +GATAGAATAATTGTAAAAGACGGAATTGAGTCAAGATTAGCGGATTCCATAGAAACTGCA +GTTAAGTTATCAGATGGACTTGTTATTGCTCAAATTATTGATGGAGAAGAAATTCTTTAC +TCTACTAAATTTGCTTGCCCTGAACATGGAATAGGTATAGAAGAGTTATCACCAAGAATG +TTCTCATTCAATGCTCCTTTTGGTGCTTGTAATGTTTGTAATGGATTAGGGGAAAGTAGG +GAAGTTGATCCTGATTTAGTTATACCAAATAAAGAGCTATCTATAAAACAAGGTGCAATA +GCTGCTTGGGGTTCAGTAAGTACAAGTGATGATACATACTATAGTAAAATGGTACAAAGT +TTAGCTGCACATTTTAATGTGTCATTAGAGACACCATTTAAAGATTTACCAGAAGATTTC +GTTCAAGAATTGCTTTATGGAGAAAATAATGTAATGGTAGAATTTATATTTGAATCTAAG +TTTGGAGGTAGAAGAGAATATAAAGCTCCATTTGAAGGTGTTATAGTAAACCTAGAAAGA +AGATACAGAGAAACTAACTCTGATTATTCTAGAGATAAGATAGAAGAATTTATGGCAGAA +AGACCTTGTCCAAAATGTAAAGGTTCAAGGCTTAGAAAAGAAGTTTTATCTGTGTTAGTT +GATAATAAGAATATAATGGATGTAACTGATTTATCAATTAATGAACTTATAGATTATATA +GAGAATATAGAGCTTACAGAAAAACAAAAATTCATAGCTCATGAAATATTAAAAGAAATA +AAGGGAAGAGCATCTTTCTTAAAAGATGTTGGGCTGGATTATTTAAATTTATCTAGAAAA +GCAGGAACTTTATCAGGAGGAGAAGCACAACGTATAAGACTTGCTACTCAGATAGGTTCT +GCTCTTGTAGGTGTATTATATGTTCTAGATGAACCAAGTATAGGACTACATCAAAGAGAT +AATGATAGACTTATCGCTACTTTAAGGCATTTAACTGATTTAGGAAATACACTTATAGTA +GTAGAACATGATGAAGATACTATGAAAGAAGCTGATTATATAGTGGATATAGGTCCAGGA +GCAGGTGTTCATGGTGGAGAAATCGTAGCCCAAGGTACTTTAGATGAAATTTTAGAAAAT +GAAAATTCTATTACAGGTCAGTACTTAAGTGGAAAGAAGCAGATAGTAATTCCTGAAAAA +ACTAGAGAAGGAAATGGAAACTTTATAGAGGTAGTTAGAGCGAGTGAAAATAACTTAAAA +AATATAAATGCAAAATTCCCATTGGGTAAATTTATATGTGTTACTGGAGTTTCAGGATCA +GGAAAAAGTACATTAATAAATGATATTTTATATACAGGGATAGCTGCTAAAGTAAATAGA +CTTAGAGAGAGACCAGGTAAACACAAAGAAATAAAAGGTATAGAAAATATAGATAAAATA +ATAAATATAGACCAAAGTCCAATAGGTAGAACTCCAAGATCAAATCCAGCAACTTATACA +GGTGTATTTGATCAAATAAGAGATATATTTGCTGCCACTAATGAAGCTAAAGCTAGAGGG +TATAAAAAAGGTAGATTCAGCTTTAATGTGAAGGGTGGAAGATGTGAAGCTTGTAAGGGT +GATGGTATAATTAAAATAGAAATGCATTTCTTACCAGATGTTTACGTTCCTTGTGAAGTT +TGTAAAGGCGAAAGATATAATAGAGAAACTTTACAAGTTAAATACAAAGATAAGACGATA +GCTGATATATTAGATATGAATGTGGAAGAAGCTCTTGCATTTTTTGAAAATATTCCAAAC +ATAAAGAGAAAACTTGAGACTTTAATGGATGTTGGTCTTTCATATATAAAACTAGGTCAA +CCTTCAACTCAATTATCAGGTGGGGAAGCTCAAAGAATTAAGTTAGCTACAGAGTTAAGT +AAAAGGCCTACTGGTAAAACTCTATATATTTTAGATGAACCTACTACTGGTCTTCATATG +GCGGATGTAGATAAGCTTATAGATGTATTACAAAGATTAGCGGATACAGGAAATACTATC +GTTGTTATAGAGCATAACTTAGATGTTATAAAAACTTGTGATTATATAATCGACTTGGGT +CCAGAAGGTGGAGATAAAGGTGGAACTATAATTGCAAAAGGAACTCCAAAAGAGGTTTCT +AAAGTAGAAGGATCTTATACAGGTAAATTCTTAAAAAGATACTTTGAAGAAGAAAAATAA +AATATAAAGTATTTTAATAATACCTCCTATTTTAAATATTACAGAAATAGTAATGTAAGT +TTAGGGGGTATTTTTTTACAAGGAGATATTTTAGGTTTTTAGGGTATAATTTTAATATAA +ATTTAAGTTTTGGAGGGAATAGTTTGTTTGACATACAAGAACAATTAAAAAAGCTTCCAG +CAGAGCCTGGAGTATATTTAATGAAGGATCAATTTAATAATATAATTTATGTTGGAAAGG +CTATATCATTAAAAAATAGAGTGAGACAATATTTTCAATCATCGAAAAATCACTCTTCAA +AAGTTAAGTCAATGGTTAAGAATATAAAAAGTTTCGAGTATATTATAACTGATTCTGAAT +TAGAGGCATTAATACTTGAATGTAACTTAATAAAGCAATATAGACCAAAATATAATGTTT +TATTAAGAGATGATAAGACTTATCCATATATAAAAGTAACTACAAATGAAGATTATCCAA +GAGTATTAAAAGTTAGAAGAGTACTAAAAGATAAGGCAAAATATTTTGGACCGTATACAA +ATTTAACTGCAGTAAATGATACCTTAGAAATAATAAGAAATACTTATCCTATAAGGACAT +GTAATATAGATATAGATAAGGCTATAAAAAATAATATGAGACCTTGTTTAAATATGCATA +TAAAGAAATGTGTAGGACCTTGTACAGGTAATATCTCTAAAGAAGAATATAATGAGATGG +TAGAAGATATAATTATGTTCTTATCGGGAAAAGAAGAAACATTAATAGAAATATTAAAAG +AAAAAATGAATAAATGTGCTATGAAGTTTAATTTCGAAGAAGCTGCCATATATAGAGATA +AAATTAGAAGCCTGGAAGAAATGATGCAAAAGCAAAAAATAGATGCTACTGCTTCAGATT +TAAATCAAGACGTAATAGCTATGGCAAGAGCTCATGATGAAGCTTGTGTTCAAGTATTCT +TTGTAAGAAATGGGAAGATAGTTGGAAGAGAACATTTTATATTAGTAGGTGTTATGGACA +GTTCTAGAGCATCCATTTTAGGATCTTTTGTAAAACAGTTTTATATGGAACAAGAGTATA +TTCCTAGAGAACTTATAATAGAAGATGAAATTGAGGATAGTTTTATTTTAGAAGAATGGT +TATCTACTAAAAAGGGTCAAAAGGTTACTATAAGAGTACCTCAAAAAGGAGAAAAAAAAA +ATTTAGTAGATATGGTCAGAAAAAATGCTATGGAATATCTTGAAAAATTCTCAGATATGA +ATAAGCTTAAATATGAAAAGAGTTTAGGTGCATTAGAACAATTAAAAGATTTATTAGGAT +TAGAAGAAATGCCAAAGAGAATAGAATCTTTTGATATTTCTAATATCCAAGGAGTAGACT +CAATAGGTTCAATGGTTGTATTTACAAATGGAAAGAAAGATAAGAAAGAATATAGAAGAT +ACAAAATAAAAACTGTAATAGGACCAAATGACTACGATTCTATGGCTGAAATAGTAGAAA +GAAGACTAAAATACGGTGACTTACCAGATTTAATTCTATTAGATGGAGGAAAAGGACAAG +TAAGCTCAGTCCAAAAAGTTTTAGATAAATATGATGTAGAAATTCCTCTATGGGGAATGT +ATAAAGACGATAAACATAGAACAAAGGGATTAATTTCCCAGGAAAAGGAGATAGAATTAG +ATAAAACTACTAATTTGTATAGATTTGTAGCAAGTATACAAGAAGAAGTTCATAATTTCG +CTATTAGCTATCATAGAAGTTTAAGAAATAAATCTTTGACAAAGTCAGTTTTAGATGATA +TACAAGGTATAGGGGAAAAAAGAAAAAAAGCTTTATTAGCTCACTTTAAGGATATAGATG +CTATAAAAAAAGCCAGTGTTGAAGAGTTGGCAAGTGTTGAGGGAATGAATACGGCATCAG +CAGAGAGTGTTTATAATTTTTTTAAGAAGGGATAGTAAAATATAATGGAATACTTAGATA +GGGTATCAATAAATGATATTATAAAAGATTTAAAGTTAGATATTGTATATATGCCAGAAG +GAAAGGAATATTATGTTACTTCTCAAGATTTAAATAGAACTGGACTACAGTTTGCAGGTT +ATTTTGAGTATTTTGCTTATGAAAGATTACAAATAGTAGGCAAAGCAGAGTATAACTATT +TTAGTAATATGGACTCAGATACAAGAGAAGTGGTATTAGATAAATTCTTTTCATATGAGA +TACCTGCACTAATAGTTTCTAGAAATTTAGAAGTTAAGCCAGACGTTATAGAAAAGGCAA +AAAAATATGACAGAGTAATCTTAAGTTCGAGAAGAAACACAACGAGAATTATGAATTCAT +TATCAAGTTATTTAGACAATAAATTAGCACCGCATACAACTATACATGGAGTTTTAGTTG +ATGTATATGGCATAGGTGTATTAATAAAAGGCGAAAGTAGTATAGGAAAATCAGAAACTG +CTCTAGAGCTTATCCAAAGAGGGCATAGATTAGTGGCTGATGATGCAGTAGAAATAAGAA +AATTAGATGATAGCTTCTTAGTTGGTCAATCACCAGAATTACTAAGACACTTCTTAGAAA +TAAGAGGTATAGGAATAATAGATGTAAGAAGTTTATACGGAGTAGGTGCTGTTAAAAACT +CTAAAAAAATAGATTTAGTAATACATCTAGAAGGATGGGATGAAAATAAATACTACGATA +GACTAGGGTTAGATAAAGAATATGAAGAAATTCTAGGAGAAAAAGTAGAGCAACTAGTTG +TCCCAGTTAAGCCAGGTAGAAATACCGCAATGATTATTGAGGTTGCAGCAATGAACTTTA +GACAAAAAGGTATGGGATATGATGCAGCTCAAGAATTTACTAAAAAATTATCAGATTTAA +TAGATAGAAAATAAAGATAAAATATATTAAAGAAATGTATAAGTGATAAATTTCTATTCA +AATATCTAAAAGTATAATTTGGTTAATACCAAGAAAGGTAGTGTCTAAAAATTAAAGACA +CTACCTTTTATTTTTTTATTATTCAGCAGAACTATCAGTAGCAAGTTCTGGCTCAGATAT +AGTTTCACCATATACATTACTTTTATCAAAATAATGAGTATGTAAATACTTATGAGCTAT +ATGACCGTTAGGTTCACCTAAGAATTCTGCATAAAGTTTTTGTATATCTGGATTTTCATG +AGATTTACGAAGAGTCTTATGAGAATCTATGTTATATAATCCAGCACCTCTAGCTTTAAC +TTTTTCGTAATCTCCTCCATGGAATGGCTGACCACCACCGGCTACACATCCACCAGGACA +AGCCATTATCTCTATAATATGATATTTAGATTTACCAGCTCTTAATTCATCCATAAGAAC +TCTAGCGTTACCTAGACTACTAGCAGCAGCAACATTTACAGTTGTTCCATTAATATCTAT +ACTAGCTTCTTTAATTCCTTCCATGCCTCTCACTGCATTAAAGTCGATATTTTCTAAAGT +TTCATCAGTTATTACTTCGTAAGCAGTACGAAGAGCTGCTTCTAGAACCCCACCAGTAAC +ACCGAATATATCAGCTGCACCAGTAGAATATCCAAGAGGGCTATCAAATTCAGATTCCTC +TAAGTTAGTTAAATCTAAACCAGCTTCTTTTATCATTCTTGCCAATTCTCTTACAGTTAT +AGATAAATCTGTATCAATTATTCCATCTTGACCTAACTCTTCTCTTGATACTTCGTATTT +TTTAGCAACGCAAGGCATTATAGATATAATTATAACTTCATCAGGTTTTTTATTTAGTAC +TTTATCAGCAAAATAGTATCTAGCTATTGGAGAGAACATACCTTGAGGAGATCTACAAGT +TGATAAATGATTTATCAAATCTGGATATTCATGTTCTACGAAATTAACCCAAGCAGGACA +ACAGCTTGTTAATATAGGAAGATTTTGATTTTGTTGTAATCTTCCTATAAATTCAGTTCC +TTCTTCCATTATAGTTAGGTCAGCTGCAAAGTTAGTATCAAAGACATAATCAAATCCTAA +TGCCTTTAAAGCAGATACTAATTTACCAGTAGATATAGAACCAGGAGCTAATCCAAATTC +TTCACTTATACCAACTCTTACGGCAGGAGCTATTTGAACCATTACTGGCTTTTCTTTTTG +AGATAAAGCAGCCCAAGCTTCAGAAGTATTGTCTTTTTCCATTAAAGCGCCAGTTGGACA +CACACTTATACATTGACCGCAGAATGTACATTCAGTATCGCATAAATCAGCATTAAAGAA +TGTACCAACCTCTGTGTTGAAGCCACGGTTAACACCAGAAAGTACACCTACAGTTTGAAC +TTCATTACACATAGTTTCACATCTTCTACATAGTATACACTTATCGTGGTCTTTAACTAT +AGATTTAGAAGAAGTATCAGTCGGAGCAGTAGCTTGCTCACCTCTGAATCTTACTTTTCT +TATGCCTAATTCTGCAGCTATATCTTGTAATTCACATTTTCCGTTTTTAGAACAAGATAA +ACAATCTTGTGGATGATCTGATAATAATAATTCAACAACATTTTTACGGAACTTTAATGC +TTCTGGAGTGTTAGTATTAACAACCATACCTTCCTTAACATTTGTACCACAAGCAGGAAC +TAAACCTCTTCCAGCACTAACCATACATACACGGCAAGATGCACATTGGTTAACCATATT +TATTTCATCCATTTTTAAATGACATAAATTAGGTATATTAATATTTACTTGTTTTGCAGC +ATCAAGGATTTTAGTACCAGCTGGTACAGATACCTCTTTGCCATTTATAGTTAAATTAAC +TAAACTCATTGATATCCCCCCTAAACTAATTACTTAGTGATTATAGCGTTAAACTTACAC +TTATCTATACAAGTACCACATTTTAAGCACTTAGAAGTATCTATAACATGTTGTTCTTTT +TTGTTACCAGTTATGCAACCAGCAGGACAAACTTTAGCACACATAGTACATCCTTTACAA +GCATCTGTTATATAATAATCTAACATAGCTGTACATTTACCAGCAGGACATTTATGATCT +TTGACATGAGCTAAATATTCATCATAGAAATATTCAAGTGTACTTAAAACTGGGTTAGGA +GCACATTTACCTAGTCCGCATAAAGAAGTAGTTTTTATAGTAGTAGCTAAATCCTTTAAG +TCAACAAGATCTTCTTCAGTTCCTTTGCCTTCAGTTATTTTAGTAAGTAATTCCAGCAAT +CTCTTATTACCTATACGACAAGGAGTACATTTACCGCAAGATTCTTCAACTGTAAACTCA +AGGAAGAATTTAGATATATTAACCATACAGTCGGAATCATCAAGAACAAGCATACCACCA +GATCCCATCATAGATCCTATCGAACTTAAGGATTTAAAATCTATAGGAGTATCTAAATTT +TCAGAAGATATACATCCACCAGATGGTCCACCAGTTTGAACAGCCTTGAATTCTCTTCCG +TTAGGAATACCTCCACCTATCTCATAAACTATTTCTCTTAGAGTAGTTCCCATTGGGACT +TCAACAAGTCCTACGTTATTTACTTTTCCACCAAGTGCGAAGACTTTAGTACCAGGAGAA +TCTTCAGTACCATAGCTATTAAACCAAGAAGCACCTTGATTTATTATAGCTGGAATGTTA +GCGAAAGTTTCAACGTTATTTAAACAAGTAGGAGAGTCCCATAATCCACGTTTAGATGAA +CTATAAGTTTTCATTCTAGGTTCACCACGTTTACCTTCGATTGAATGTATTAGAGCAGTA +CCTTCACCACATACGAATGCACCAGCACCATATTTTAATTCTATATTAAAGTTAAATCCA +GTCCCCATTATATTATTACCAAGAAGACCAGCTTCTTCAGCTTGTGCAATTGCAACTTTT +AACCTTTCTATAGCAAGAGGATATTCAGCTCTTATATATATATATCCAGTATCTGCACCA +ATAGAGTAACCACATATTGCCATAGCTTCTAATACGCTATGAGGGTCACCTTCAAGGACA +GATCTATCCATAAATGCACCAGGGTCACCTTCATCAGCATTACAGACAACATATTTATTA +CCAGGAGCAGTATTAGCAGTAGATTCCCACTTGACACCAGTAGGGAAACCAGCTCCACCT +CTACCTCTTAAACCGGAAGTTTTTACTTCAGCAATAACATCTTCAGGTTTTAACTCAGTT +AAACATTTTCCAAGGGCAACATAACCATCGTTACCTATGTACTCATTTATATTTTCAGGA +TTTATGTGTCCACAGTTTCTAAGGGCAACACGGCATTGTTTTTTATAGAATGACATTTCA +TCGTGTCTTTCAACTTTTTTATGATCAAGAGCAGGTTCCTCAAATAATAATCTTTCAACG +ACTCTGTGATTAAGTATATGTTCTTGAACGATTTCTCTTGCATCTTCAGGTGTAACTTGA +ACATAGAAAACGTTATCCGGATAAACTTTAACTATTGGTCCTTTAGCACAGAATCCAAAG +CAACCTGTTAGTTGAACTTCTGCATGATCAGAAAGACCTGCTTTTTCTATTTCAGATTTT +AAATTTTCTATTATTTCCATACTGTCAGAAGATGAACATCCAGTACCTCCGCAAACTAAT +ATATCTCTTTTAGCTAAATCATCTTTTGTAAAATTTTCTCTTAATTGAAGAGATGGTTTA +AACTCTTTAACTGCTTTCTTTAATTCATCAAATGAATTTATTCTACCCATTATCTATCCC +CCCTTAACAACTTAACTCTAGTTCTCTGTAATGATCTAAAATTTCGCTAACCTTATCAGG +TGTTACTTGTCCATAAACTTTACCATTTACAACAACAACCGGAGCAAGGCCACAAGCACC +AACACATCTTAAACCTTCTAGAGTAAACTTAAGGTCTTTAGTAGTTTCACCAGCTTTAAT +ACCTAATTGTTTTTCAAATTCAGCTATTATCTTATCTGCGCCTTTAACGAAACATACAGT +ACCTAGACAAACACTTATTTTGTATTCTCCTATCGGTTCTGTAGTGAAGTAAGAATAGAA +GCTTACAACACCATAAACTTTAGAAGGAGAAACTTCTAGCCTATCAGCTATATGAAGTTG +AACTTCTTTTGGAAGATAGCCAAAAATTCCCTGAGCAGTATGCAAAACTTGAATTAAAGC +TCCTTTTTTAGATGGAAGAGAGTCAATAAAGCTATCTAACTCTTCAAACAAATTTTTGTT +GCGAGAAACAAAATCGCACATAAAAATCCCCCTTTTCAATTTGAAGTTATTATTATATAA +AAATAATAAACTAGCACCTAAAATTAAAAATCCCAATTTTAATATAATTTGAATAAGAAA +ATAAACGTAGTTGATGAGTTTTGTGAATTGCATAGATGAATTAAGATAAATTTTTGTGTT +ATTATTAACTATATTATTATTATAGTATATAAAAAAGTTGAATAGTTAATATTGAAACTT +AAATATATGGTAAACATTTGTAAGTTGTATTTAAAATAGCAATGTACATCTATTATTAAT +TATAATAAAAAATACTCTTAAATGCATTAAATATAATTGTATTTAAGAGTATTTTTATAT +TAATATAACTCGTTGTGCTAGTTAATCTTTACAATAATAAAACTCCAACAAATATAGTAT +CCTAAGATTGTATCACCAATCTAAAGGAGGGTTACTATATGTTGGAGCTTAATAATTATT +ATATCC +>MGYG000000001_50 +AAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGCTCTAAAATCAT +GAGGGTTATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAGAAAGGGTATAGTA +CTTATAACTTTATATATTTTATATATGATATTTATAATTATTAGAAAGTAAGATATTAAA +AATAAAAAATCCCTATGAACTAGATTAATAACATCTATTTCATAGAGATTTTTAGTACAG +TTAAATTTATATAACTTCTTTTATTTTTTTATTTTTTGATTCTTCAGCAGCTTCTTCTGA +AAGCTTTTCTATAGTTAATCCTGTTAATCCATAGAATAATGAGATTATTGGACAAAGTAA +GTTAAAGAATGAAAATGGTAAGAATGCAAAACATCCTATATTCATTGTTGCAGACATATA +AGCTCCACATGTATTCCAAGGTATAAGTGGAGAAGTTATTGTTGCACTATCTTCTAAAGC +ACGAGATAGATTCTTAGCTGCTAAACCTTGTTTTTTGAATGCATCTCTATACATACTACC +TGGTATAACTATAGCTAAGTATTGATCAGCAACTGCTAAGTTAGTTCCTATAGCAGTAAA +TATTGTAGCAGCAATTAGGCCAAATGTTCCTTTAGCAATCTTAAGTATTGCCACTGCAAG +AGCTTGAAGTATACCTGATTTTTCTAGAATACCACCTGTAACTAAAGCACACATCATAAG +TGCTACTGTATCCAACATACTTTCAAGTCCACCGCGAGAAAGTAGTTCATCTACAAAGAC +CATACCACTGTTTGAAGTATATCCAACTTTAGCTGTTACTATTACATCGGCAACTGAGTT +TCCTTGGAATACCACAGCTACGAAACCTCCAAGTAAAGCTCCAGTCATAAGAGCTGGTAT +AGCAGGTACTTTTAAAATAACCATAGTTATAACAGCTATAGGAACTAAAAATAAAAATGG +AGACAAAGTATTAAAACTATTAAGTAATGAATTTTGTATTTCTGTTATTTGTGATGTATT +TATTTGACTTCCTGCATATTTCATTCCTAGTATTCCATAAAGAATAAGTGATATTGCTAA +AGCAGGCACAGTCGTGTATAACATGTGTTTTATATGATCAAATAAATTAGTTCCAGCCAT +TGCAGGAGCTAAGTTTGTAGTATCAGATAAAGGAGACATCTTATCTCCAAAATATGCTCC +AGATATTATTGCGCCGGCAATTATACTGCTTGGTATACCTAAGGCACTTCCTATACCTAA +TAAAGCTATACCTATTGTACCTACAGTTGTCCATGATGAACCTGTTGAAATAGATACAAT +TGCACAGATAATAGTTGTAGCAACTAAGAATATACTAGGAGATAATATGTTAAGTCCCCA +ATATATCATAGAAGGTACTATACCACTTATAATCCAAGTTCCTATTAAAATACCTACTAC +TAAAAGAATTAAAATTGACTGCATTGTGGTATTAATAGTTTCTAAAATTCCTTCTTCTAA +TTCTTTCCATGTAAATCCTAATTTAAATATAGCTATACAACCTGCAAATAAACCGCCTAA +GATTAAAGGTATATGTGCTGAAATTTCGTAATCTTTTAGTACAACTAAGCATGTAACTAA +AGTGACTATTAAAAAGCCTACACATAATATTGCGTCAAACAATGTTGCTTGTTTTTTTTC +TCTTGTTGATGTCATAATAGACCCCCTTAATTTTCTGTTGAATATAACCTGATATTTAAA +ATAGGGATAAAAAAATAGAGTAGAAGTTTCTACTCTAGACTTAATCATTTTTATACAGTA +TATGACTTAATCTAAAGATAGCACTCCACAAATTCTTGTGACAGTGTTATACATATTATG +CATAACCCCAACATATAAGCTTAAAGCGTCACTTATATATTTCGGCAATGTTACCTTTTA +TTTTGCTTCACTGTGCTTAACTCTGCAAAACTACTTATTAACAATGCAACCTCTATCATT +AGTTATATTCGATATTAAATTACAAAAAATATTATACCATAGCTAGGTAGAAATTGAAAT +AGATAAATAAACAAATAGTATAATTAAGAAATAAAACTTCAAAAATATATGAGTTTAAGT +TAAAATATTTAGTGATTTAATACGGATTATTATAGCAATAATTATTAAAATATAGGAGTG +ATTAAATTTGAGTAAAAAGAAGTTTTATGCTGTGAAAAAAGGTAAGTGTGTTGGTATATA +TAATACATGGGATGAATGTAAATCTCAGGTTAATGGATTTTCAGGAGCAGAATATAAAAG +TTTTTTAACTATGGATGAAGCGAAAGAGTATGTTTATGGGAAAAAAGAAATAGTTATAAG +AGATGAAAGTAATTTAGTAGAAGCATATGTTGACGGAAGTTATGAACACTGTATAAGAGA +ATATGGATCTGGTGTTGTTATTCTTAAAAATGGAGAAGTTCAAAAAACTTATAGTGAAAA +AGGAAATGAGGAATCTCTTGTAACTATGAGAAATGTAGCTGGAGAAATAGAAGCAGCAAA +ATTAGCTATGTCTTATTGTCTTGATAATAATATAGAAAATTTAGTACTTTATTTTGATTA +TGAAGGTATTGAAAAATGGTGTACAGGAGTATGGAAAACAAATAAAACTGGTACTATAGA +CTATAAGAAATACTATGACAGTATAAAAGATAAATTAAATGTTAAGTTTGTTAAAGTTAA +AGCTCACTCAGGTGATAAATATAATGAAGAAGCTGATAAATTAGCAAAAAAAGCAATCGG +GCTGTAAATAGCAAAAGCTCCACAATATAAATATGATTATGGAGCTTTTAAATATATAAG +GTTTTTTTAATTAAGCTTCAAATGGTCCGTAGATATCCTCTAATTCTTTTGAGAAGTTAA +GTGGATTATTAATTGATTCATACATAGCTCGAGCAAGTATATTTGCTTGATCAAAAGTTG +ATGTCCAAGAGAATATTCCTCCAAGACAGTTATTTAGTACGTATTGTCCTTTTATATATA +TTGATAGGTCATTATCGAATGACATAGCAAACTGACCATCTTTTACAAGGTAAGGTACTT +TAGCTGTATCATCAAATCTATAATCATATCCATTTTTATTTATATAATTTCTTCTTAGTT +CATCATAAGATGCAGTTGTTGTAGCACCTAATCTTCCGTAGAATGGAACTCCTAATAATA +TCTTTTCAGAAGGCATACCGTTATTTATTAAATTTTGTACCATTGCATCTACACTATAAC +CAGGCAATGATAAATTTGAATCATATAAGTTTGCTTGATGTCTTCTTCCTCTTTCGCCTG +TTTCTCCAGCAGTAAAATCATAACTCATAAGGTTAAAATGAGTTATTAAAGGAGCTATTT +TATCTATTTCTGCACTTCTAGTTGTATATCCGCTATCACCAGTTCCTGCTACACTTAACC +ATGCATCGTCCCCTATAACATCTCTAATTGCAGTTATTAAAAGAGTAAAATTTTCTCTAT +CTTGTGGGCTAGATTTTATTCCAGCTGCACTACTTCCAGGATATTCCCAGTCTAAATCTA +TTCCATCTAAGCCATAATCATTTATAAGTTCATTTACATTTCTAGCAAAATCATATCTAG +ATCTAGGTGTAGATGCCGCATCAGAGAAACCTTCAGCCCCCCATCCTCCAATAGCAGCTA +TAATTTTAAGACTAGGTTTTGAGTTTTTAAGAGAAAGTAAATAATTTAAATAATTAGGAG +TTGGGACTAACAAAGTTCCATCTGGATTAATTTCAACGAAGGCATAAATAACAGCATCTA +AAAATCTAGGGTCAACATTTTTAGGATTACCAAATACATATTCCATAACTATAGGAGAAA +GATTAGGGCAATTAGGATTACCTTCTTTTTGTTCACCAGGTGCATTTATCGGAGGTCTAT +TCATGTAATTCATAGCCTCACAAGTAGCGGTTTTTTTAGAATTAGCCTCAGGCATAAAAC +ATAAGTACCAATCCATGCATTGATATTCTTTGCTGCAGGATTTAACTCTGTTTTTTAATT +CTTTACATGTCTTAGGTGGAGGTAATACAACAGGCAAACCAGGTAACCAGTTAGCTGGAG +TAACTACGTTGTCTCTGTCTGATGTTTGCAGTGCATCAATAATTCTTATTATTTCTGGTA +TGTTTCTACCTGTAGTCATAGGATAATAAAGTATAGTTCTTAGAACTTGTTTATCATCTA +TAATAAATACGGAACGAACAGTGGTTGTGTTGTTAACTGGTTCAGAAATCATACCATATA +ATCTAGCGACCCTCGTACTAGAATCATCTATTATTGGAAATGGTATATCGATACCAGTAA +GAGTACATATATTGTAAATCCAAGCTAGATGAGAACTATTACTATCTACACTAAGACCTA +TAAGATCAGTATTTCTTTTTTGAAACTCGTCATAATACTTTGCAAAGCATATGAATTCTG +TAGTACAAACTGGTGTAAAGTCACCAGGATGAGAAAATAATACAACCCATTTACCTTTAT +AATCTGATAATCTAATAGGACCCATAGTTGTATTGGCTTCGAAATCAGGAGCAGTTGATC +CTAAACTTGGAAGACTTGGCATAAAAATCACCCCTTAATAAATAAAATATAATCTATTTC +ATAGTATTAAAAAATATTATTTTATGTTACTGTACCAAAAAGTCTATAAAAAAATATAGT +AAAATTACCGTAATAAATAACAAAATATTACAATAACAATTGCTATTTTTAGATAAATTT +GGTATAGTTAATGATAAATACAGATGTTCATAATTGTTATTATAGGGGTGAGTAATTTGA +AAAAAGTAGTAAAAATCCTTATTATGTCACTCATGGTATGTTTTTTTGTAACTTCTACGC +TATTTATTTCAAATATTTTTATGGGGGTAGCTGTAGGAATTAGATATTATTTTATGCTTT +TCCAGTTTGGAACTTTGGCATTATTCGGAACTTTATTCTTATGTAATATGAATCGTATAT +TTGCTAAGAAAAGAAGGGTACCTCAAGCGAGAGTTGCTAAAAAGACAACTAGTACTAAAA +AGCAGAAACAAAATATATCACGAAGAAAAGTATCTTAAAGTGTGCTATAATAAGTGTATA +TAAATTTAATGACATTAAATTTAGAACTTATGATATGTAGAAATGGGACTATAAATGATA +ATAATCATTTGTAGTCCCATTTTTATTTATGAATAAATTATAAATGGGAATAGTTTCTAA +TCTACAATAATAAAGAATAAATAAGAGGTAGTGAATTATAGGAGGTTAGGGATGGAATTT +GATGTATTTTACAGCAGTGTAGTAGGTTATAAGAATATATTAAAGGGTAAGTCTTCACAG +GATTATTGTGAATATAAGAAAATTAAAAATGGAATAATTTGTGCCTTAGCCGATGGTCAT +AGCACTGAATTTTTTGAATATAGTGATGTTGGTGCAAAATTTGCTTGTAAAGCTGGAATT +TTTATTTTAGAGGAATATATAAATAAAAATGGATATGGACTTAATAAAATAAGAGAGGAC +TTAGACAAGGGAGTGTTTCAGAAAAATATATATAATAAATGGATAGAACTAGTAGATAAT +CACTTTAAGAATGGTATTCCTATAGTATTTAGAACTCAGTATGTAAAGTATTCAACAACC +TTAGTTTTAGTTTTAGCGTGCGATAAATTCAGAATATATTTCAATATAGGTGATAGTACA +ATTTTAATAAAAAGGTTCAATAAATATGCAAAAGTATTAGGTAACAACAATGGATATTTA +GTAAAATCACTAGGAAAAGAAGAGGCTTATAAAGATATAGAGTATTATATAGAAGAAGTA +AATGAAAATAACAAAGACGATTGTATAATTATATTTAGTGATGGGTATAGTGATGGATTT +GAAAGTTTTAAAGATATGACAAATGACTTAGAAGAAACAATTAGGATATATGATAAAAAT +GTCTTTTCAAAATTATTTATAACTAAAAACTATAAAAAACATCTTGAAAAAATCACTAAA +GAAAAAAGTTATGACGATATATCAATAATGTTTATTAAGAGTATATAAAACATAAATGGA +ATATAACTAATAAGAAAAAATAATTTCCTTCTAATTATATTTTATAAAAACAGTATTTAT +AATATATTTATACTATATTTATACTATATTGTTTTTAAATGTAAATATTAGATATAATAT +GCTATAATAAAAAAGAAAAAATATGAAGTTCATGTAAATATTTTTATAAAAAATAGGAAG +GAAAGAATAATGAAACTTAGGGAACTATTAGATAAATTTGCTGACTTTATAGACAATAAC +AGAGAGAATATAACTAAATTCTTATTAGTAATATTAGCTTCTATTTCGTTAATGATAGTG +TTTTTTATTAGTAGTGATGAGATGAGTATAAGTAAAGAAGTTGACCATTTAGTAAAAAAT +ATAGAATCAAGAAAATATCAGATTGCTTATGATTATTATGAAGGTTTAAAAACTAATTTT +TCTGATTCGAAGATGAAAAGGTTTAATAAATCAGTATCTAAGAAAATCAACTCTGTAATT +ATAAATAATGGAGATAAATATATAAATGGTCAGATAACAAAGGAACAATATATTGGTTTG +ATAAATACAACAAATGCTTTAAGTGAAATTAGTATAAATGTAGAAAATTTAATAGAGCAA +GCTAAAAGAGTAGATGAAATGTATTTACAAGAAAATATATCCTATGATGTAGCGTTATCT +TATATGAATATTGCATCTAGTTTAAATGGGGTAAATGAAGAGTTAGATGATTATAAACAA +AATATTAAAGATTTTTATGAATCGAGAGCTGTTTATGAAGAGGCAACAAATAATCAACAA +GTAAAAAAATATCATGAAGCTATAGAGGGTTATAATAAAGTTTCAGATAAAGACAAGAAA +TATTATAAGCTAGCTAAAATGGCAAAAGAAGAGTGCATAAATATAATGTATGATTATTAT +ATACAAAAAGCTACTGAAGCTAATGAAAAAGGTAATTATGATGAGGCTATTAAGTATATA +AGTTATCTTAAACCTTATTACCAAGATGACGAAAAAATAGCATCATTGGAAAGTGAATAT +CAAGAAAATTTAGAGCTATATACTATGAGTACAGATGATATTATAGGCTTAATATCTAAA +AAAATGGAATCTGGTAGAGAAGGTCTTAGTATAAATTCTTATCAACAAATGATAAATGGA +GGTAAGTTTTATTACGTTGAATTATATAAGTATGACACATTAATTGATGAAATTTTAGTA +GATTCTAAAACTAAGAAAATTTACTCTTATAAATCAAATGATAAAGATTATAATGCTACA +TATAGTGACGGATACTTTAAAGTAACGCCAAATGGAGAATTTAGATTTGCTCTTAGTGAA +GGTGAATGTAGCTTTGCATTAGAAAATAAGTTAAAAGAAAAAGATGAGACATTTAAAAGT +ATAGAAATAGTATCAGATCAAAATAGTAATAAATACGTAAAAAATAATCAAGTTTTAAAA +GGCTTTTTAAAAAGCAATAAAAATGCATACTATTATGCATTAGTAAATAAAGGTTTCTTT +AAGAAAAAAGAATTATACCTTATAGATATGTACACTAAGAACATATATAAAGTAGAAAAT +GATAAGGTTGTAAATTATTAAAGCGTGTTTATACACGCTTTAATAATTAGCATAAAAGTT +CGAATAAAAATTTTCCATGTAAATTTAAAGGATAATTTGTGATAATAGATAAATATATAA +TGAGTACAAAACATAATTTAAGTAAGGAGAATTAGTAATGCACAAGGCAAAAAATAATGG +CTACATAGCAGTAGGTATTTTAGTAGCGACTTTGGTATTATTTTTAGGAATAATATATAG +TCAGATTAATGGAGGGAAAATTGCTAAAAATACATATGTAGGAGATGTCTGTATTGGAAG +CTTGAGTAAAGAAGAAGCAAAGAAATTATTAGAGAGTGAAGTAAATATAGGAACTATAGA +ATTATCTTATTTAGATAAGAAATGGGATATAAATCCTTCTGATATTGACGCAAGTTATGA +TATTGATAAAACTATAGAAAAAGCATATAACTTAAATAGAAATCAGAATGTATTTGAGAA +TTTATCAAAAACTATAAAAACTAATTTTGGAAGTAAAAACAATTTAGATATGATTGTTAA +TTACAACAAAGAAAAATTAAAGGATAAGCTAGAAGAAATAAAGCAGGAGATTGATGTAGA +AGTAAAAAATGCAGAATTAAGTATAAGTGGGGATAGCATAACAGTACTAGATGAGTCTAA +AGGACTAGAATTAGATGTTGAAGCAAGTTTAAAGAAAATAGAAAGCCAACTTGAAAATGG +AGTTTTATCTGATGATTTAGTCGTAAAAACTGTAGAGCCTAAAGTTACAAAATCAGAATT +AAGTGAAGTTAATACCGTACTAGGAAGATATACAACAATTATTAAAGCATCTTCTGCAGG +TAGAATAGCTAATATAAAGGCTGCTGCAGAAAAAATGAATAATTACTTGTTGATGCCAGG +AGATGAATTTTCATATGCTAGCGTAACGGGACCATATACAGCGACAAATGGATATAGCAA +TGCTCCTGTAATAGTTGAGGGTGAATTACAAAATGGAATAGGTGGGGGTGTTTGTCAACT +ATCTTCTACTTTATATAATTCAGTTTTATACTCAGGACTTGAAATAGTACAATTAAGGAA +TCATACAATACCTTCATCATACGTGCCAAAGGGTAGAGATGCTACTGTAACGGATAGTGG +AGTTGACTTTGTATTTAAAAACAATTTAGAACATCCAGTATACTTAAAAAGCTATGTATA +TGGTAGTTCAGTAGTTACAGCAATTTATGGTAGCTCAAAGGATAAGCAAAATATAGAGAT +ACAAACATATACTGATGGTGTATCAGCAGCTCCTGTGAAAAAGGTTGATGATCCTTCTAT +TGAAAAGGGAACTGAAAAGGTATTAGAAAAAGGTAGAGATGGTTATACTGTATCAACATA +TAGAGTATATAAGGATAATAGTGGAAATGTATTAAATAAGGAAAAAATATATACTTCATA +TTATCCAAAGAAGCAGTCTGTTATAGCAGTTGGTACTAAAGAAGTTAATGAAGAAGTTGA +AAATACAACTACAGAAGGTAAAGAAGAAAACTCACAGGATTCAACAAAACATGAAAACAC +AACAAAACCAGAATCATCGACAAAACCTGAAAACACAACAAAACCTGAAAATACAACGAA +GCCTGAAGAAAATAAACCAAGTGAAAATGGTTCAAATAACGATCAAACGACTACTCAATA +GCTAGTTGGTTAAGGATATGCTTTTATTAAAATATTGGGAGGTATTAATTTGAACTTAAA +TGATATAACCAATTATATTCAAAGTATTTGTGAAAATATTTCTAATGTTTTAGATGTGGA +TGTAACATTAGTTACTAAAGATTTAGTTAGAATAGCTGGAACAGGTATATTTAAAGATAA +AATAGGGGAAAAAATATCAGAAGAAGCAATTTATTATAATGTATTAAAAGAAGGTAAATC +TTACTTAATAAATAAGGAAATAAATAAGGAATGTAATAAATGTTGCCATAGGCAGCAATG +TAAAGAATTAGCAGATATATGTACACCTGTTAAATTAGGAAATGAAATATTAGGCGTTTT +AGGTATTGCAGCTTTTGATGAAGAACAAAAAAATAAATTTATATCAAAAAATAAAGATTT +AACTGAATTTATTTCTAGTATGTCTGATTTAATTTCTTTTAAATTAGATGAAATGTATAA +AGAAGAAGTAAAAACTATGGATGACTTAGAAAAAGAAGCTATTTTAAAAGCTATAAAAAA +GTACGGGAGTAACACAGAAAGTATGAAAAAGGTTGCGGATGTACTTGATATAGGAATAGC +TACACTATACAGAAAAGTAAAAAAGTATAATATCAAATAATATAAAAATATACCTTGTAT +GGTGGGGCTTGGGCTGGGATATAAATTTCTCTTACATGTAGCAAAAAACGCTGCAAATGT +TAGAGAAATTTATACTCCAGCCCTTTGCTTTATCATAAATGAATTGATTTTTATATTATT +TAATTTAGGAGGGAAATGTATGAAAAATTTTAAGAGTATAGATGAGATATTTGAATTACA +AAATGAGTTTTTTAATAGTCAGGTAACTAAAAATATTGATTTTAGAATTAAGCAGTTAGA +TACTTTAAAAACTGCTATTGAGGAGTATGAAGGTAAAATAATTGAAGCTATTAATATGGA +TTTTGACAAGTGTGAATTTGAGGCTTATGAAACAGAAGTCGGTATAACTTTATCTGAGAT +CAAACATGTGAGAAATAAGATTAAGAAGTGGGCTTCACCGCAAAAAGTTAAGACACCTCT +TACTAATCCAGGTGCTAAAACATATATATACAAGCAACCTTATGGGGTTTGTTTAATCAT +GTCTCCATGGAATTATCCTTTCTATTTATGTATATCTCCTTTAATTGGTGCTATTATAGG +TGGAAATTGTGCTGTCATAAAGCCTTCTGAATTATCTTTAAATACTTCAAAAGTAATTAA +GGAAATGATAGAAAAGTATTTTGATAAAAAGTACATTGCTGTAATTGAAGGAGAAATAGA +AGAAAATAAATATTTATTAAGTAAGGATTTTGATTATATTTTCTTTACAGGAAGTCCAGC +AGTAGGAAAGATTGTTATGGAAACAGCATCTAAAAATCTAACTCCTTGTACCCTAGAGCT +TGGTGGGAAGAGTCCTTGTATTGTAGATAAGAATTGTGACTTAGATTTAAGTGCCAAGAA +AATTGTGTGGGGAAAAATTTTAAACGGTGGTCAAACTTGTATCGCTCCAGATTATATAAT +TGCTCACAAAGATATTAAGAACAAGCTTATAGAAAATATGAAGAAATATATAGTTAACTT +TTATGGAGACGATCCAATAAAAAGCAAGGATTATGCAAGTGTAATTAACGAAAGACATTT +TAATAGAATATTAAATTTAATAAATTATGATAAAGTAGTGTACGGTGGTAGAAATGATAA +AAAAACTTTAAAAATAGAGCCTACAATTCTAGATAATGTAAATTTAGATGATGATGTAAT +GAATGATGAAATATTCGGTCCAATAATACCAGTACTAGAGTTTCAAACTACAGATGATAT +AGTTAAAGTTGTTAATGCAAATAAGAATCCACTAGCTCTTTATTTATTTACTAAAGATAA +GAACTTTGAAGAAGATATTTTAAATAGAATATCCTTTGGAGGAGGATGTGTAAACGATAC +GATAATGCATATATCTAACCATAATGCTCCTTTTGGGGGAATAGGAAATAGTGGCATAGG +TTCTTATCATGGGAAAAGAAGTTTTGATGCCTTTACTCATGAGAAAACAGTACTAAAGGC +ATCTATGATTGATATACCTTTTAAATATCCTCCATACACAAAGAAAGGATTAAACTTGCT +AAAGAAATCTTTTGAAATGTTATAATAAGCATTATGTAAATAATTAGCAAAATATGTATA +GTTTTGACTAACAATAATAAATATGATATCTTAGATATATAGTAGAAGTATAAATTGGAG +GCGATTGCTATTTTAGGTAACAATATAAAAAATGATATTCTTAGTATGCCTAGAAAGTCA +ATGGATATATCTTTAGTAGAAGAAGAAAAAAGTGATTTAACATTTTTTAATATAGAAGAA +GAAGAAGAACATGAGACATTAAAGGCATTAAAACAAAGTTATGTAACCACAAATTATAAA +GATGAAACAATATTAAACTTACAAAATGAGTTAAAAAGTAATAGCGAAGAAGTATCAAAA +GAAATTAAGTTAAAGTCATATAACGCTTACAACAATGCTCTTGAATTAGCGAATAAAGGA +TATATAACAAGAGCAGTAGAATTGATTGAAGAAGCTTTAGAAATAAATCCAAAGGATATA +GATATTTTAAATCTAAGGGGATTATTAAAGCTATTAAAATGTGACTTTTCAAAGGCATTT +GAAAGTTTTTATACTGGATTATGTTATGGTAACAATAAATTATCAAAGAAGTATGTAGAT +ATACTTTCGGCAGAAGATTTTAAAGTATTCTTAGGAAGGTATAATCATTCTATAAGATTT +ATAAATGAAGAATTAAATCAAGAATCTATACATATTCTCGACAATATAATAGATGAAGAT +CCTGATTTAATAGAGCCTTATGTAATACTTTACTTATTATATAATAAGTTAGGTAATGAT +AAAAAGAAAGAATTCTATTTTGCAAAACTTAAAGAAGTGGATAAGGATAACCCTTTGTTA +GAAGAAAAAAAGGAAGAGACACTACTACCAGCTAAAGTTGAAGAAAGTGTTGTTGTAGAT +AAGAAGGTTAAAAAATCTACTAAAAAGAACATAGTGCCATATATAATAATAGTGTGTCTT +GCTGTAGGGATTGGAATATATCATGTTAAAAATCAAGCTAGGATAGATAGCTTAACTTCA +GAGTTAAATAGCAAAGAAGAAGAAATAAATGAAGCTGATAAACAATTAAGCGACGCAAAT +AAACAATTAGATGAAACTAATAAAAAACTAGAAGAAACGAATCAAGTTTTAGATGAAACA +AAAACTAAAAAAGAAATAGCTACATTAGGCGAAGAAGAACTATATAGTAAGGCTTTAACT +CTTAAAAAATCAGGGAATACAGATGAAGCTATTTTATATTATAAAGGTGTAATTAAATCT +GGAAAAACTAAAAAATATATATCTTCATCTATATATGAATTAGCATTTTTATATGAAAAG +CAAGGTAATTATGATGAGGCTATAAAGTATTATAAAAAATATATAAATACGTATACTCCA +GAAGATAATTATTACGACGATGCTTTTTATCAATTAGGTATGACCTATTATGAAAAAGGT +GACTTAGAGAGTGCTAAGAAAACATTCTACGGTTTAAGAAGTGAAGTGCCTAATAGTATG +TACAATAATTCAAAGGTAGCTGAAATATTAAAGGAAAAATAATATAGAAGTACTATAAGT +TTATTAATAACAAGAGTAAGGGAATTAACTATTTTCCTTACTCTATTTTAATATATAGAA +AGATAAAAATAAAATAGCTGAAAGTTTAAATAGCTTTTGCATAGTATGTTAGTATTATAA +AAAAAGTAAATTAGCTTTAGGAGGATTAGAGATGTTATTAGATATTCATGCAGATATATT +CTCGGATATTTTTAGTAAAAGTTTAAAAGGAGAAACAAATATAGTAAGAAACTATCATTT +AAATAAATTTAAAGATGGTGGGATAAATGGAGGAATTTTTGTTTTTTGGCAAGATCCAGA +TTTAATTAAACATTATGACTATAATGGATTAAAATTAATGATGGAATATGCCAATAAAGA +AAAAGAACTATCTAAAGACTTTTTATCAATAGCAAAGAATTATGATGAGTTTGTTCAAGG +ATTAGAAGGTAATAAAATAACGGCTATGATGCATTTAGAAGGGGCTAAAAGTTTAGAAAA +TAATTTAGATAAGGTAAGAGAAATTTATGATTATGGTATAAGAACTGCATCATTAACTTG +GAATGAAGAAAATGAATTAGCAAGTGGAGCTGGTGTAGATAATAATGTAGGTCTAAAGGA +TAAGGGGAAAGACTTTATAAAAGAATGTGAGGATGCAGGAATAATTATAGATGTATCACA +TGCAAATGATAAAAGTTTCTATGATATATACAATGTAAGTACAAAGCCAATAATTGCAAC +TCATTCTAATGCTAGAGAGTTATGCAATGTAAAAAGGAACTTAACTAATGAGCAAATAAA +ACTAATAAAGGAAACTGGTGGAATAATTGGAATTAATGGTTATATAGGTTTTATTCATGA +TGATGAAGATAAAAAAGATTTATCTCACCTTGTAAATCATATAGATCACATAGTAGACCT +TATAGGTATAGATTCTGTATGTTTTGGATTTGATTACTGTGATTATCTAAGTTTAGATGA +CGGAGAGTGTACTAGAAATTTAGAAAATGCATCTAAATCTCAAAATATAATAAAAGAATT +AAAGGATAAAGGTTACAAAAATGAACATATAGAAAAAATTGCATATAAAAACTTTTTAAG +GTTTATAAAGAAAAAATTATATAAATAGAAACATTGACGGTATAAAAAGCATAGTATAAT +GAACAGAATAATAATATATAGTAATGATGATTATTATGGATTTATTATTAATAGGAGGGG +ATATACTATGCCTACTGAACTGTTTCTTCCAGTTCTGAAAGATGGTAAATATGGCTTTAT +AGATAAAGATAAAAACCTAATAATAAAGCCAAAATATAAATATGTTTCAGATAGATTTCG +AGATGGTTATTGTGTAATAACTTATATAAAGAAAATAAGAAAGTCGGCTAAATGGGTATT +TGGTTATATAGACACTCTTGGTAATGTGCGAATAATGCTACACCTAGAAGGTGCAACTGA +GTTTAATGAAGGTATGTCTAAAATAAAAATAAATAATAAGTACGGATATATAAACACATC +ACTAGAAGAAGTTATTAAGCCTAGATTTGACTGTGCTGCTAATTTTAGGCAAGATCTTGC +AGGGGTAAGGCTAAATAAAAAGTGGGGATTTATCAACAAAGAAGGAAATATTGTTATAGA +ACCGAAATACACATATGCTAATCAATTTTTTGAAGACAGAGCTTTAGTAGAATTTAAGAA +TAAATATAGTTATATAAATAAGGACGGAGAAATGATAATAGGACCAGAATTTGATTTAGC +AACAGATTTTTCTGAAGGTTTAGCAGCTATAAGGGTTGGAGATAAATGGGGATATATTAA +TAAAGATGGTAAATTAAAAATAGACTTTTTATTTGATAGAGCTAAACCTTTTTGTGAAGG +AATGGCTGCTGTATCTATAAATGACAAATGGGGCTATATAGATAAATTTGGGAACATAAT +AATAGAGCCTATGTTTGACTATGCATGTAATTTCTCTGAAGGATTAGCTAGATTTAATAT +GGGATTAGACTCTTTAACTAGAGGTGTAAGTATACCAAAGGGAGGAGTTTGGGGATTTTT +AAATAAATTAGGTGATATAGAGATAGTTCCTGTATACGATTTTATATCAGATTTTGAAGA +TGGATATGCACAGGTAATTCAAGGTAAGAATAGCAATTATATCGATAAAAATGGAAGTTT +AATTTTATAAAATCGTTAGTGGTAATAAATAAAGTTTGAAAAAATACTAGGTAAATAGTA +ATATATATTTAAACTTAAAAATAAGGGGAGAAATCTCCTTATTTTTAGGTTTAATAGACT +TATTTAAAATAATTTTTCTAGAAATTTTTTTTAGCTAATATTTATTATAGGGTTTTATAG +GAGGGTATATGAAATTATTTAATCAGCTAGCTCTTATTTTAGGCATATGGGCGATAGGAG +AGTATATTAGTTCCTTTATACAAAATATTATTGTAATACCAGGTAATATAATTGGAATGA +TATTATTATTTTTACTTTTACAATTTAAGGTAATAAAACTAGATAAGGTAAATGAATTGG +GTGATTTACTTATAAATAATATGGCAATATTCTTTGTTCCGGCAGGGGTATCACTTATAA +GGTCTTTAGATTTAATTAGTGATAATATATTTGTATTATTAATGACAATATTCTTTAGTA +CAATAGCAGTAATGTATATTACAGGTTTTGTAGTTGAAAAGATGATAAATAATAAACCTA +AGGAGGAACAAAATGTATAACGTATTAGATACACCAATATTTGGAATAGTAATGACAGTT +GTATTTTTCAACATAGGTGTTTATTTACAAAAGAAAACAAAAAGTCCAGCATGTAATCCT +TTGTTACTAGCAATAATTGGAATTATAATATTTTTAGGTATAACTAAAATACCATATGAA +AATTATAAAATTGGTGCCGATTGTATAAACTTCCTTTTAGGGCCAGTGACAGTTGTACTA +GCAATACCTTTATATAAGCAATTTGATTTATTGAAAAAACATTTTATAGAAATAATTGTA +GGAATAGTTTCGGGAATAGTAGTATCCTTAGGTTCTGTGATGATTATAGGTAAATTAACT +AATGCAAACATTGATATTATTAATTCTTTAATACCTAAATCTATAACAACACCAATGGGA +TTATCTCTTACAAATACATTAAGTGGTATTGAATCAATAACTGTTGTTTCTATAATATTA +ACTGGAATTTTAGGAGCAATAGTTGCGCCAACAGTGTTTAAAATAGGAAAAATAAAGCAT +CCAGTAGCTAAAGGAATTGCATTAGGAACTTCAGCACATGCATTAGGTACTACTAAAGCC +TTAGAGATAGGTGAAGTAGAGGGTGCTATGAGTAGTTTATCTATAGGAATAGCAGGAATA +ATTACTGTTATAGTAGTTCCTATAATATTAAACCTTTTATAATAGAGGTTATAATATATT +TTTAAATAAAATAAATTAAAAAATAATGAAAAGTTTCCTTCCTTAAGTTCAAATAATGAA +ATTAGCAATAAAAAGCTTTCATATATTACAAGATGACAACGATGTCATAAGGAAATAGTG +AAAGTTATATTATTGAAAATTCATAAAATGAAGTGGGGGTAAGCATAATCTCTAATTGTT +TAATTTGAGGGAAAAATCAAGTAGATTTTAACTGAAAAAATTACTAGACATCTTAAAAAA +AGGTAATATAATAGAATCTGTATGATGTTATTTACAAGTATTTTTAAGTGAAAGAGATTT +GAAGGGAGAAAACAATGAGTAAAGTTAACACCGTCTTAGAAGATAATATATTTTTAAGGT +ACACAGTAATAATCACAGGTATGCTTATTGCATGTGTAGGTATAAATGGATTTCTAAGGC +CAGCCCATTTATTAAGTGGAGGAGTACCTGGTATAGCTGCAATAATAAACTATACTACAG +ATATAAATATAGGGTTATTGACATTTTTAATAAATATACCTATATTTGTATTAGGATTTA +TCTATTTAGAAAAAGACTTTTGTATTACAAGCTTAATAAATATGGTGCTATTTTCTATTC +TTTTAGGTATAACTCAAAATATTGGAAAATTTATACCTGTGGATGATATACTTCTTCAAA +CTGTATTTGGAGGAATATTCTCTGGAATAGGATCAGGTATGGTATTTAGAACAAAATCTT +CTCAAGGTGGAACTGATATTATAGGAGCAATATTAAAATTTAAGAGAAATATTCCTGTAA +AAGATACAGCTTTAGCTACAAACTTAATAATTGTTTCTGTAGGTGGAGTTATATTTGGAA +TGAACTTAGCTTTATATACACTTATAGGATATTATGTAAGTGCTTCAGTTATGAGCTTTG +TAAAGGATGCTATGAGTTATGAAAAATCAGTTATGGTAATTTCAAAAGAAAGCGAACTTA +TAGCAAAAGAAATTATGTCTACATTAGTAAGAGGTGTAACTTTCTTAGAAGCTGAAGGAG +CCTATACTAAAGAGAAAAAAAGAATCATATACTGTATAGTATTATCTAAGGAAATTCCAA +AGATAAAAGAAATAGCTTTAAAGTATGATCAAAAAGCATTTATATCTGTAAATGATGTAA +GTGAAGTTAAAGGAAGAGGATTTAAAGAAAAATATTTATAAAATATTTACAATATATGAA +TAAAATTACTAAAAACACTAATAATATATAAAGAGAGGTAATATTCCTCTCTAAACTCTA +GAGTTAAAATCTTTAAGCGGGTATCTTATACAGAAGAGTATAAGAGTAAGTTTTTAATTT +ATTTTTAAATTAGGACGGATAGCTTATAAGTTATTGGTGAAATCGGATAATGTGGATGTG +TAAAGAATAGAGTAGATCGCTTTTGTGGTATACTCTATTTTTCGTTTCACAAAAATTTAT +ATACCTATAGAAATGTTGTTAATATAAATATATAATAAATCTATAGCGTTGGATGATTAA +ACTGATGGGGGAAGTGCAAAATGAATTTATCTAAAGAATACATTGACATATATAATAATT +ATATGAAATACATAAATGAAATAAAAAGAGAGTGTAGATCTATAGAACATATGAAAAGTA +GAGTTCTAAAGAAAGATAGAAAAGCAAGTGAAGAAGAAATTAAAGTTTTGGAAAGTGATA +AAGTAGTTGATGAAAATAATGAACTAGCTGAATCTAAATCTCAAAATAAAATTTACAAAT +TCTCTAATGGCGATACATATATAGGTAAGGTGATTAATGGTAAGATTAATGGTACAGGCG +TATATATGGTTTCATCAGAAGAATCTATAGGATTTGAGTATATAGGAGAATTCAATGATG +ATGTAAAAGAAGGAAAAGGAATATGTACCTTTACTAATGGACATATTTATACAGGTGGAT +TTAGGAATGATGTAATGGATGGAATAGGCCAAATGCTTTATAAAAATAATGATGAATACA +TAGGTGGCTGGGTAAAAGGTCATAAACATGGTCAAGGTATATATAGATGGAATGAAGGTA +CTATATATATAGGCGATTTTAAAAAGAATAAAAGAGAAGGCCAAGGTATTTGTTATGATA +AAGAAGGAAATGTAATTTACGATGGAGAATGGAAGAATAACCTAACTCATGGAGAAGGAA +CATATATCTGGAATGAGGGTAAAAGATACGTAGGTGAATTTCTAAATGGTAAAAGACATG +GATATGGAACTTTTTATTTAAATAATGAGCTTGTATATCAGGGAACTTGGAAGTATGATA +AACCGAGTATATTTGACAAAACTTTAGATGAAATATTTTCTTTTAAGCTATAGAGCTGTA +TTGAAAAGAAAATTCACCATATTTCTAGCTCAGGTTGAAATTAATTTTGACTTCAGTTTG +AGCTAGAGTATTGTGTGAATTTACTTTGAAATAGGCTCTATTTTTTTAGAACTATTTAAT +ATTTTAGGGGGGATATAAAAAATTGAAAAAGATAAGTGCTTTAATATTGATAATTTTATT +AATAGTATTTTATAATAATGGAATTTTTACAGAAATTGAATCTATATTCATTGATAATAA +TAATACTTTAGATATGAGTGTTAAGGATGATAAGAACAATGAATATATAAATGAAAAAGA +AGAAATTGACAACTTTCAATATATCAAAATTGGAGATAGTAAGGATTATGTTATCTCTAA +AATTGGAGAACCATCTAGAATAGATGCTAGTGAATATTCTTTTAATTGGTATGTTTACAA +TCAATATAAGGGTGAATTTGCTATGGTTGGAATTGAAAATAATATAGTAGTTGCTTTATT +TAGTAATACAATGAATTCTTGTGAAGCTGAAAATATAAAACTTGATGATAGTAAACAGAT +TGTAAATGATAACTATGATTCGATAGAATATAGGAAAAAAGGAAATACTAGATATATGAT +AAATTCAAAAGGTGAATATGATATTATAAAACAAAATAAAAAATATATTACAGTTTTTTA +TGATGTAGTAGAAGGAAGTAAGGTATGTTCATATAAGATAATAAATCAAAAAACAGAGGA +CAGTATGAAAGATATATATGCTAATGAAAGTGAAGAACTAAAGAAAAGTTTTGAACTTCA +GATAATAGACCTTATTAATAGTAGTAGAGAAAAGTATAATTTAAATAAATTAAAATACAG +TAAAAAAGCAACTATAAGTTCAAGAAAGCACAGTGAAGATATGATGAATAAGAATTATTT +TGATCATGTAAATAAAGAAAAAGAAACACCTTTTGATAGAATGAAAAAAGAGGGTATAAC +ATATATTAGTGCCGGTGAAAATATAGCATCAGGTCAATTTAGTGCAATATATGCTCATGA +AGCACTAATGAATTCAAAGGGACATAGAAAAAATATTTTGGGTAATTATAAATACATAGG +AGTTGGAGTGGATTTTGGAGGAACATATAAAATATACTACACTGAAAACTTTTATACATA +GACATATATGGAAAGGAGTTTGACAGAAATATGAATAAAAGAAAAACTTTATCGATACTA +GCGGCAACTCTTATGCTTTTTGCATCAATAAATCATAAAGTATATGCTATTGATGATGAG +GAAGTATTTATTAAAAATGGACCAAGAGATAAAAAACTTATAGCTCTTACATTTGATGAT +GGACCTCATCCAAAAGAAACAGACAAGGTTTTAGATGTATTAACAAAATATAACGTTAAA +GCAACATTTTTTATAGCTGGAAAACATGCAAATTGGTATAAAGATCCTTTAATTCGAGCA +AGTAAAGAAGGGCATGAAATTGGAAATCATACATTTAACCATCCGGATATTAGTAATTTA +AGCTCGAGTCAAATTGAAGAAGAAATCGTTAAATGTGAAGATACTCTTGTAAATCTAACA +GGTAAGAAGCCTACTTTATTTAGACCGCCTTTTGGTAGTTATAGAAAAGAAGATTTAGAA +TCTATAGCAAAGAAGCATGGTTATAAAATTGTATTATGGACAACTATAGATGCTAAGGAC +TGGAAAAACCCACCTGCTTCAAAAATAGCATCTTTAATTACAAATAATGCAAAAAATGGA +GATATAATATTATTACACGATTATGCTACTATTAATACAGTAGAAGCATTAAATATACTT +ATACCAGAGATGCAAAAAAAAGGATTTAGTTTTGTAACAGTATCAGAGTTATTAGAACAA +TAAACTTAAAATACACAAATAAAAAGAAGTTATCTTAAATTATTAAAGATTTAAAAGATA +ACTTCTTTTTATTTGTGTATTTTTTTTGATTTTTTTTAATATAATCTTATAAATATTAGT +AGCAATAGATTTAAATAGTACTTAAAATCAAAATACTTCTATAAGTAATTTGATAAATAA +ATTATAGGAGTATTAACAAAAACTTTACTTAGATTATGCCACAATTATTATAAAAAGGAG +GCGCTTTAAATTTTTTAAAATATAAACATTTTCCAGAAAATTGAATATTATATAACAAGA +CTATCTTGAGAAGGATTTGATATAATGAATAATAAGATTTATGAGAAAAAAGAATTCATG +ATATTTAAAGTTAAAGAAGGTTATATAGCATACAATACTAGAAAAAATTTTCAAGAGGGT +CATACGCATTTAAAGCACTTTGAAGCAGCAAAAACAGCAATTGATTTAGTAATAAATAAA +AAGGTACCTAGAAGTACAGATGGGTATTACCTTACTAGTTTAATAAGATTAAGTGAAGAT +GAGTTTTATATATCCAAGATAAACGAGTTAATCGAAACTAGAGAGCAAAAGGGCAAAAAA +GAAAAATATTATAACCCTAGATATAAATTATCAAAAAGGAGCTTATAGCTTCTAGTGTTG +CATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCT +TCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_51 +TCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTAATCCCTATCGGGGTCGAGATTC +AAATATAAATAAGTTAACAAAACGCATAAATTTATTGGGAGGGTGTTATGAATATATTAC +AAAATGAAAATTTGATAATTGAATCTAAAAATTCTGGGGCAGAACTTACTAGAATATATT +CTAAAAAAAATAAAAAAGACATACTATGGTGTGGAGATGATAAATACTGGGGTAGACGCT +CTCCTATTTTATTTCCTATAGTAGGAAGACTAAAAGATAATAAAACTATTATTGAAGGTA +ATGCATATACAATGGCTCAGCATGGATTTGCTAGGGATATGGATTTTGAAATATTAGATA +CTACTGATAATTCAGTATCTTATATACTTACTTCTAATGATAAAACAAAAGCTTTTTATC +CATATTCGTTTAATTTAATTGTTAGATATATATTAATGAAATCTAGCGTAGTTATAGAAT +GGGAAGTAGAAAATACAGATAATAAAGATATATATTTTTCAATAGGAGCACATCCAGCAT +TTAATATTCCTATGGATGATAGCAAGTCTATACAAAACTATAGCCTTAAATTTAAATATA +GAAATAAGGTAGATAATATAACTCTTAATGGTCCTTATCATGATCAAACTAAAAATGTCG +ATAGTCTTGATATTATTGATTTAAAACCTAGCTTATTCAGTAATGACGCATTAATTTATA +CAAATATAGATGAGATTACTGTATTAGAAAATAAAGAGAATGAAATTCTAAAAGTTGAAC +TTAAAGACTTTCCATTAGTGGGTATATGGAGTCCATATTACGAAGATGATAGTATAGCAC +CATTTATATGTATTGAACCTTGGTATGGATTAGCAGACAATATAAACTCTGATTATCAAT +ATTTAAATAAAGCATATATTAATAAATTAAAAATAAATGAAAAATTTAAAACATCATATA +AAATATCAGTATCATAAGTTATTAATTTATAAAATATACATATGCAAAAAACTACTGGAT +ACCATATCCAGTAGTTTTTTATTATCTCTTTATATCAATTACATTTTGAATAAGAGCCTT +ACATCTTCCACAAGCACCACCTGCTTTAGTTTCTTCAGTAACTTTTTCTACAGTATCAGC +ACCGTTGTTTACAGCATTAACTACAGATTCAAGTGAAACATTAAAACATCCACAGACAGA +TCCTAATATCTTTTCTATTTCACCAGCACATCTACCACATCCAGTAGCAGCACCAGTCAT +ATCCTTTATCTCATCTAAAGTACGAGCTCCTTGTATCATAGCTTTTCTTATATCAATATA +AGAAACATTTTTGCAATGACATATTATTCTATCTCCAGCCATTTCTAATTCTCCTTATGT +TTAAATATTTTTATGTAAATAATATTTTACCTTAATATCTATACCCAAGCAATAAGGATT +GAAACAAAATTTGGAAATAATGAATTATAGCTAGCATTATTTATAATATATCAAAAACTT +AATATTTCATTAAAAATTTTAATAGCATATGCATCTGTCATAGATGATACATAATCAACT +ATTAGCTGATAGTAATCATCTATATTATTTAGTTGATATATCTTAATATTATCGTATTTA +GAACCTCTAATATTTTCTTTATAATTTATACTATATTTAATAAGCCATTTTGAAAAACTA +TCACAAAGAGTAGGGTAAATATCCAACCATTCATTTAACTTATTTAAAGTATTCTCACCT +TCATAAATTGATTCCAATGTATTTAATATTGTATTTAAAACAAGTTCTACGTATTTTTGA +AAATTGTTTAGTCTACTATGAAAATATATGTTTTTATAGCAAAAGGCTTTTATATTATCC +ATAAACTCAGAATAATCAGGCGATAACATAATACCATTATCAACAGTACTATTTTCACAT +AAATTAGTAACAAGATTATGAACTATAACTGTATTATTAATTTTATCAAAATCAGGAATA +TTAAACTTTTTAGTAATGTTATTTAGTTCCTTAATTTGGTTTTCATTTAAAATTTTTAGA +GTAAGTGCATCTTCTATATCTCTACCTAAATATGATATTTTATCAGAAATCTTAACAACG +CAACCTTCCCAAGTATATGGAGAAATCTCGCCAGGCCTTGAAATTAAATTTAAATCAACA +TTTTCTTTTCTAGGAAATAATGGTTTAGATTTCACTTCTCCACAGTGGCAAATAATACCA +TCCCTTACAGCGTAAGTTAAATTCAAATTAACTTCTTTATCTGTTTGTGTTGGAAGAGTT +TCAATATAATCTGTAAATCTTAAACTATTTTTTTCATGCCAAAATTTATATCCTAATTTA +TTTTTAGTGAAATTACTTAAGACTCTTTCACCATCATGCCCAAAAGGAGGATGCCCAATA +TCATGTCCTATTGATATTGCCATTGTAAGCTCGGTATTTAAACCGAGATACTTTGCAATA +GAGTAACTAACAGAAGAAACATGATTAACATGCTCAATCCTAGTACATATATGATCATTC +TTAGTAGCAAAGAATACTTGAGTTTTATGCTTTAATCTCCTATAAGCATTAGAGTGAAGT +ATCCTATTATAATCTCTATTAAACTCACTTCTTATGTCATTAGAACGCTTATATATATCA +TCATTTCTAATAATACATTTCTCATATTTATCATTAGTTTCGCATATTGCAACATTTTCA +AATTTTTTACTCTCCATAAAAACTCCCCTACAAAATAATAAAGTATTAATAAAATTATAG +CAGTATTAATATAGTAGTAGTTTAAAATTTAAGCAAATAATATATTAAAATTTAGCTCTT +ATATTGAATCATGACTATATAGTACATAGTGGAATTAATGAACCTAAATCTAGCAATTTT +TCATTACTAAGTGATATAATTTTCTTGTTTTTCTTATTTACAAATTCTAGTATTCTATTA +TAATCAGGATGCTTTTTTATATCACCAAAGAATGATAATGTATCTTTAGATATTAATCCA +CTACATCCACCTATAAACCCATAGTCTAAATCAAATAAATCTATGTATCCTTTTTCTATT +AATAAGCTATCAATACCATATTTAATTACTTCTTTATGTATTCCTTCATCAGAGGTTATA +ATTGAATTTTCATCTACAATACATATAGAACATTTACAGTATCCTTGTTTTACATTTATT +TTCTTTATATTAAACTTATCTAAGTATTCTAGGATTATATTATCAGTATATTTAAAATTA +TGTATGGCATAATTGCCTAATATAGCAACATTATATTGAATATTATTAGGATATTTTTTA +GATATAGTTGAATTACCTTTGATAACATTAAAATTATAATTACTTAATATGTCATTATAA +TAATCATATACATTAGGTGCTACTACTATATTGTTAACATCTAACTTACACACACTAATA +TCAGGGTGATGCTTAATAGCGTTATAAGTATCATCACAAGAAGGTGTTTTTATTATATTA +ATATCATAATTCTTTAATTTATTTTCCATATCTATAGTAATTCTTTTATCAACAATAGCT +AATGATAGTCTTTCATTTGTTATAAAAGATTCTTCTACAAATTTCATATTTATTCTCCTT +AAGTATCTTTAGTATCTTTTGATATATAGTATTATAGTAAATGTACAAAAGTAAAACTAC +TAATTATTAAAAATTTATGTTATATTATAATTTCCTATAGACATTAATAAGTATTACATA +AAGGAAGGAATTTAAAATGGATCCAATAAGAATTAAACCAGATGAATTTAAATTAAACAA +TTTTATAAATTACTATAATGATAACTATGAAGAGTTACTTGAAGAGTATCCTAATAATAT +AAGTAGAATTTGTTTAGTAGATAAAGATTATATGGATGTAGTAACATTTGACGAAGACTA +CGAAGATATAGAAGATGCTCAAGATTATATAGATTTACTTCTAAATGAAGAATATGCTCT +ACATTTTGTTATTGGTAAAACAACTGAAAATCAAGAAACTGTTGAATTTATAAATGGAAA +AACGCAAAGCTTAAGAAATTATATAGATGATGCATATGAAGAATCATCTGTTAAGGATAT +AGGTGATCTTAATTTAGATTTAGATCACCTAATAGGTCTTTTATTTGATTTTGAAGAAGA +TGATATAGTTATATCGGTTGTCAACTTTGAACATGGTGGAGAAATGTCTACTCCAAGGAT +AATAGAGGTTGATGATTGTGGTGATTTAGAAGAAAGTATAAGTAAATTTATAGCTAGATT +CATGTAATAATAAATTTTAACAAACTATGCAAATATATGTAAATCCTTGAATTCTATGTT +AAATCCCTAGGGGGTAGTGTATAATACTATCAAAAGGTAACAAAATTGTAATTTGACAAG +ATGAGTTTTGTTAGCATAGGAGGGACATTATGAAGAGAAAGCTTTTAATGACAGCAGCAA +CATTAACTTTAATGCTTATGCCTTGTTTAAATACAAAATCATACGCAGCAGAAAATACAT +CAATTAATATAGAACAAACAAAACAAGGATATGTAAATGCATCTACTGTAAACTTTAGAG +CAGAAGGAAGCTTAGATGCGAAGGTATACTATACTTTAGATAAAAATGAAGACATACAAA +TTGTATCAAAAGAGTCTGATTGGACTAAAGTAATTCATAATAATAAGCCAGGATATGTAT +ATTCTAAATATATAAGCGAAAAAAGTAGCACAACATCAAATATTGATTATAAAACTATGA +ATGTAACTGCAACTGCATATGCAGGTGATACAATAACATCAACTGGAACTACACCAAAAT +GGGGAACTATAGCAGTAGATCCAAGTGTTATACCATATGGAACAAAAGTATATATACCTG +AATTTGGAAAGGTATTTATAGCTGAGGATACTGGAAGTGCTATAAAAGGAAATAAAATAG +ATATATTTATGGATACAGAAGAACATTGTAATACATGGGGTGTAAAAAAAATAGATATAT +ATGTTTTATCGTAGAGTTTAACATTATATATAAATAACATCTCTATAAAAAAGGGTGAAA +TCTAATGGATTTCACCCTTTTTCTTATAATTTATCACTAGAAGATAAAAACATTAATACG +TTATGTTTATCCTCACTATCTTTATATTTAATTTCCATTCTATATGAAATTAATCCTACA +AATAAAATATATAAAGTATTAGTTATTAGAATTGAAGAAAAATTAAAGTCTAATAATATA +CTCTTATATATGCTACAAGCATATGAAAATAAATAACTTAATACGAAAAACTCTACAGCT +AAAATAATATCTTTTATGCTATTGTCAATTAAATCTTTTATTAAATTATAATCTTTGTAT +AAGTCATCTTGAAGTTCTGGATTATTTTTGATTATAAATACATCTAATCTATGTTTTATG +AAAACGAAGAAATATTTTATCATCCGTATTAGATAAAATACTGTTGTAAAGGTTAGTCTT +AGATTTATGTAAAAGATAACATTTTTTAGGTTAGAATATGTAAACAACAACTTAATAATT +ATTACATCAAAAATTAAAAAAAATAAGCTTCTTATAATAATCCCTTTTTCGTTAAACTTA +GGTGAATATATAAATTGTAATCTCTTATTATTCATATATTTATCTCCTATTTTATTATAT +ATATATAGATTATAGAAAGTTTTATAAACTTTCTCAAGGATTTTACATGCAATACCTTAA +TATATTTTAGGTATTGCATGTAAAATTTAATTTTTAGAATTATAATTATTTAATAAAGCT +TTTTCACCCATCTCAACTAAATTTTTAGTCATATTACCTCCAACTTGTTCACCAGCAAGT +ACATTTTTTGCTATACCCTCTAAAGTATTTTGAGGTGCATTACTTTCAATTTTATCAGTA +ACTTGATTATAATCATATCCAAGTTCATTAGCTATTTCCATTTTCATCATATTAAGAGCC +AATTTAGCATTTGAATTAGTATTTTTATTTTCCATTATAATTCTCCTTTATTAAAATTAA +TTTACTTATAGCTTATACATATTACTAAAAAATATTAAGCATAATAAGTAAAAAATTAGT +TTACTTTAAGTCATAGGATGGAAAAGTACTTTTGGAGTAAAATCCCCTAATCTAGACTTT +AAATAATTACTTTGAAAAAGGAGAATTTATTATGTTTAGTGCACAGTTAGTAGAATGGAT +AGGTTACTTAGCATCTATATTAATAGTCATATCATTAATGATGACAAATATATTAAGATT +AAGAATAATTAACACAATAGGATGTGTAACATTTGTAGTTTATGGACTTTTAGTAGGGGC +TTATCCAGTCGCATTATCAAATTTTGCAATTATACTAATTAATATGTATAACTTATATAA +ACTTAAAAATCAAAACTAATAGTAATTATCCCCAAGGATACTTTTTATAGAGAATATTGA +GTAAAATCATAGAATATCTTTATAAGGTGAGGGGACTATATGGATGTAATGGATTTAAGT +TTTTTACAATCATATTATATACCAGTAATAGCAGGCATATGTTTATGTATAGGTTACATA +ATTAAAAGTAGTTTTGATTTTATACCTAATAAGTACATACCATTAACAGTAGGTGTTTTA +GGACTTTTAACTAATATAGCAATAAATAAGACTGTATCTGATGATATAGTTCTAGGTAGA +CTATTTAGTGGCTTAAGTAGTACAGGAATGTATGAGATGTTTAAAAATATAATAAAAGGT +TAAGATTTATATAAAGAATGAGGTATATATTAAATTACTATATATACCTTATTTTACTTT +TATCAATCATTTTCTTTTTATTTTACATATAATATAATCAATTCTAATGTTATAATTATA +TATATTTGAAATATTTGGGGGAAAATATACATGAAAGACTTGCTAGAAGTTAACCCTATA +ATTGGGGCTATAAAAAATGATGAGTGTATTCAAAAAGTAATAGATTCTGACTGTGAGGTT +GTATTTTTATTAAATGGGGACATTATGACTCTTAAAGAAAAAGTAGATTTATTACATAAA +CACAATAAAAAAGTATTTATTCATATAGATATGATAACTGGTATCTCATCTAATCCTATT +ATTATAGATTATCTAAAAAAGGAATCAAATATTGATGGTATTATTACTACTAAAACTAAT +ATTGTAAAAAGGGCAGTAGAACTTAAATTAAATGTTATACAAAGATTTTTCTTTATAGAT +TCAATATCATTAGAAAATGCTATAGAAAGTTTAAGAAAAGTAAAACCTCAAGCTATAGAA +ATTATGCCTGGAATACTTCCTAAAGTAATTAAAAGAATAAATGAGGAATTTAGTAATCTA +CCAATAATATGTGGTGGACTAATAGATGAAAAAGATGAAATAATAAAAGTATTATCTTCA +GGAGCTATGGCAGTATCAACTAGCAAATTTGAAATTTGGTAAGATAATATATTTATAAAT +ATTGCAGCTTGTTATATATAACGAGCTTTTTTGTTGACTAGGAAAATGTTTTCTGATACC +ATTTAAATAAGTCAATATTAAGGCTGGAGAAAAGAGAGCCATAGTTTATATACTATGAGC +TTTTATTTTTTGAAGGCTGTAGTTATTAATAATATTATTACATTGTAGTTTATATATAAT +ATCCTAAGTAAAATTGATACCATCAAATGTTTTCATATTATTAAGTTAGATCTATATATT +TAAATTATAGAAGTGATTTAATGTGTAAATTAAAATTTTTAATAAAATGGAGGAATATGG +TATGAGTAAAAAATACATAATGGCGTTAGATCAAGGTACTACAAGTTCAAGAGCAATATT +ATTTGACAAAGAAGGTAATATAATTGCTACTTCACAAAAAGAGTTCACACAAATATATCC +TAAGCCAGGTTGGGTAGAACACAACGCTATGGAAATATGGGGAAGTCAAAGTGGAGTAAT +GAGAGAAGTACTAGAAACTAATTCTATATCTCCAAATGAAATAGCAGCTATAGGTATAAC +TAATCAAAGAGAAACAACTATAGTATGGGATAAAAATACTGGAAAACCAATATATAACGC +AATAGTATGGCAATGTAGAAGAACTTCGGAGATATGTGATGAAATAGAAGCAAATGGATA +TAAAGATATGATAAAAGACAAAACAGGTCTTATTTTAGATGCTTATTTCTCAGGAACTAA +AATAAAATGGATATTAGATAATGTTGAAGGGGCAAGAGAAAAAGCTGAAAATGGCGAATT +ATTATTTGGAACAGTTGATACTTGGTTAATATGGAACTTAACTCGTGGTAAAGTACATGT +AACTGATTACTCTAATGCTTCTAGAACAATGCTTTATAATATAAAAGAATTAAAATGGGA +TGATGAAATATTAGAATTATTAAATATACCTAAATCTATGTTACCAAAAGTAAAACCTTC +AAGCTGTATATATGGTAATACAGATGAGCAAATGCTTGCAGGAGCACAAATACCAATAGC +TGGTTGTGCAGGAGATCAACAATCTGCATTATTCGGTCAAACATGCTTTGAAGAAGGTAG +TGCAAAGAATACTTATGGAACAGGATGCTTCATGTTAATGAATACTGGAGAAAAACCAGT +TGAGTCTAAAAATGGACTATTAACTACAATAGCTTGGGGCGTTGATGGAAAAGTAGAATA +CGCTTTAGAAGGAAGTATATTCGTAGGTGGAGCTGTAATACAGTGGTTGAGAGATGAATT +AAAAATATTATATAATGCTAAGCAAAGTGAGTTCTATGCAACAAGTGTTGAAGATACAAA +TGGTGTTTATGTTGTTCCTGCATTTACAGGACTTGGAGCACCACACTGGAATATGTATGC +AAGAGGATGTGTAATGGGACTTACTCGTGGAGCTAATAGAGAACATTTAGTTCGTGCTTC +ACTTGAATCTATAGCATATCAAGTTAAAGATGTTCTTCATGCTATGGAAGAAGATTCTGG +ATTAAAACTTGTTGGTCTAAAAGTTGATGGTGGAGCTAGTGCAAATAACTTCTTAATGCA +GTTCCAATCAGATATATTAGATACTAATATAAATAGACCTAAGGTTGTTGAAACTACAGC +ACTAGGTGCTGCATACTTAGCAGGTTTAGCTGTTGGATTCTACAGTAGTAAAGATGATAT +TAAGAATTCTTGGATAATAGATAAAGAATTTAAGCCAAATATGGAAGAAGCTAAAAGAGC +TAATTTATATAAAGGATGGAAAAAAGCGGTTCAAAGATCTCTTGACTGGGCTAAAGAAGA +TGAAGAGTTAGAAACAGCAGAGTGTTAATATTTAAACTTAATAGATATTAGTAAATAATG +CTGACAATATAAATAAAACTATATATAATTAAAGTATAAAAGAAAACGTTTCAAGTACAC +TGGATTAAATTCAATGTATAAACGTTAAATACTTGGCTAGAGAAAAGAGAGCCTTCTATA +CATTGTATAGGAGGCTTTTTGTTTTGTAGCTTGGCCAATATAAGGGGTGAAATATATGTA +TGATATAGCTATTATAGGTGCAGGTATTGTTGGTAGCGCAATTGCAAGGGAACTTTCAAA +ATATAAACTAAATATAGTCGTACTTGAAAAAGGAGTAGAGGTTTGTCAAGGAACAACAAA +ATCAAACAGTGCTATAGTTCATGGTGGATATGATGCAAAAGAAGGTAGTTTAAAAGCTAA +ATTAAATGTTAGAGGTAATGAATTATATCCAAAGTTATGTGAAGAATTAAGTGTTGATTT +TAAACAAATAGGCTCACTAGTATTAGCTTTTAGCGAAGAAGAACATAAACATATTGAATC +TTTATATAAAAGAGGAATAAATAATAATTGTAAAGGATTAAAGATTTTAAGTAAGAAAGA +AACTATAGCTTTAGAGCCAAATGTAAATGATAATGTAGTAAGTTCACTTCTTTGTAAAAG +CGCAGGAATAGTTTGTCCTTTTAATTTAAATGTTGCTCTTATGGAAAATGCTATTACAAA +TGGAGTAAACCTAAGTTTACAATCAGAGGTTATAGATATAAAAAAAGAAGATGAATATTT +TAATATTAAAGTATTAAATAAAGATGATATAAAAGCAAAATATGTAATAAATGCAGCTGG +TGTTTATTCAGATAAAATAAATAATATGATTGGTGGAAATGAGTATCATATTACAACTAG +AAAAGGTGAATATAAGATTCTTGATAAATCAGAGGGTAAAATAGCAAATCACGTAATATT +TCAATGCCCAACAGAAAAAGGAAAAGGTGTCCTTGTATCTCAAACCGTTCATGGTAATTT +AATAATTGGTCCTAATGCTAATGCAGTAGAAGATAGGGAAGATAAGTCAACTACTAAAGA +AGGTATAAACGAAATAGTTGAGCAATCAAAGAGAAGTATAAAAGGTATAGATTTTAGAAA +AACAATAACATCCTTTGCAGGTCTAAGAGCAACTCCAAATACAGGCGACTTTTGTATATT +CGCATCAAAAATAGCTAAAAACTTTATAAATGTAGGTGGTATTGAATCTCCTGGTCTTGT +TTCATCTCCAGCTATAGCAGAATATGTAGTTCAAATATTAAAAGAAGAAGGATTAGATTT +AATTGATAATGAAGATTTCAATCCTATAAGAAAAAAAGAAAAACCTTTCTCACACATGAC +TAAAGAAGAAAAATCAGAATTAATAAAAAAAGACGATAGATATAAAAAAATAATATGTAG +ATGTGAAAATGTAACAGAAGGAGAAATTGTAGATGCAATCAATAGACCTTGTGGTGCAAG +AACTGTTGATGGTGTAAAAAGAAGAGTTAGACCAGGTATGGGAAGATGTCAAGGAGGATT +CTGTGGACCTAGAGTAATAGAAATTTTATCAAGAGAATTAAATATACCAGTAGAAGATAT +ATTAAAAGATTATGAAAATTCTAAGGTGGTTGTAGGTAAAGTAAAAGAGATGAGGGGTGA +CACAGTTGAAATATAATGTTGTAGTTCTAGGTGGTGGTCCTGCAGGTTTAGGGGCTGCAG +TAGAAGCAAAGAGAAATGGAGCAAAATCTGTTCTTATAATTGAAAGAGATAGAGAACTTG +GTGGAATACTTAATCAATGTATTCACAATGGTTTTGGGCTACATGAATTTAAAGAAGAAT +TAACAGGGCCAGAGTATGCCGGAAGATTTATAAAAATGGCAAAAGAAGAAAATATAGATT +ATATGTTAAACACTATGGTTCTTAATATAACAGAGAGTAAAGCAATTAAGGCTTTAGGAG +AAGAAGGACTTTTAGATATAGAAGCTGACTCTATAGTTTTAGCTATGGGTTGTAGAGAAA +GAACAAGAGGCGCTATAGATATCGCTGGGTATAGACCTGCTGGAGTATACACAGCAGGAG +CAGCACAAAGACTTTGTAATATGGAAGGATATATGGTGGGTAAGGAAGTTGTGATATTTG +GCTCAGGAGATATCGGTCTTATTATGGCAAGAAGAATGACTTTAGAAGGCGCTAAAGTAA +AAGCAGTTATAGAACGTAAACCTCATTCAAGTGGACTTAATAGAAATATAGTTCAATGCT +TAAATGATTATAATATTCCTTTAAAACTTACAACAACAATATCTTATATACATGGAAAAG +AAAGAGTTAGCGGAGTTACAATTAACCAAGTAGATAAAAATAAGAATCCTATAAAAGGAA +CTGAAGAATTTATAAAATGCGATACAGTACTATTATCAGTAGGTCTTATACCTGAAAATG +AACTAAGTGTAGATGTTGGAGTAAAATTAGATAGAAAAACTAGTGGACCAATAGTAAATA +ATACTATGGAAACAAATATAGATGGTATATTTGCATGTGGCAATGTTGTTCATGTTCATG +ATTTAGTGGATTTTGTAACTAAAGAAAGCAAGATTGCAGGAAAAAATGCTGCTTTATATT +CTTTAAACAAGTTAAATATTAATGAAACTGTTAAAACTTCACCTGGTGAAGGTATTGGAT +ATATTGTGCCACAAAATATAGATACAAAATATAATGATGATATTAATTTATTTATGAGAG +TAAAAAACGTATGTAAAAATAAAAAAATAGTTGTAAGAGATGGCGATAAGATCATACTTG +AAAAGAAAAGAAAGCATATGATTCCTTCAGAAATGGAAAGTATCAATATAAATAAAGAAT +TATTAAAACAAATTACAGGAAATATTTCTGTTAGTGTTGAGGAGGCTTAATATGACTGAG +TTAATATGTATAGTTTGTCCTGTAGGATGTCACTTAACAATAAATAAAAATGAAGAAGGT +TTTAAAGTTGGAGGTAATACTTGCAAAAGAGGAGAAAAATATGCCATAGAAGAAATGACG +AATCCAAGAAGAGTAATTACATCAACAGTTAAGCTTCAAAACTCATATTTGCATCTTCTA +CCAGTTAAAACTGAGGATACAATACCAAAAGATATGATTTTTGAAATAATGGAGGAGTTA +AATAAGATTGAAGTAAGTGCACCAATAAACGCAGGTGATATTATAGTAGAGAATATACTA +GACACAGGTGTAAATGTAATAAGTACAAAAAATATTGAAGCTTGTTAGAAAAAAAGGAAG +TAAATATCTAATTATTTAGATATTTACTTCCTTTTTTTATTTATTAATTATAATTAGCGA +AATTGTTTCTCAATATTTAATTAAATAACTTTCATTTATTTAATTTTTGATGAGTATAAT +AATTATATAGTTTGCTATTCATTTAATATTGGGGGGAGGATTATGAACGAAGTTTACAAT +ATTGGTATAGATGTAGGGTCAACTACAGTCAAAGTAGTTGTCTTGAAAAATGATGAAGTT +ATATATAAGGAATACACAAGACATTATTCCGATGTAAAAAAATCAGTAGGTAATGTACTA +AAAAATATCTATAAGAATTTAGGTAATATTAAAACAAGCATATTAATGACAGGTTCTGGC +GGAATAGATATTGCAAATGATATAAATGTAAAATTTGTTCAAGAAGTAATAGCTAGTACT +AAAGCTATTGAAACTTATAATCCTAATGTAGATGTTGTAATAGAATTAGGAGGAGAAGAT +GCTAAGATTACTTATTTAACTGGTGGAATAGACCAAAGAATGAATGGTATCTGTGCAGGT +GGTACAGGTGCATTTATAGATCAAATGGCATCTTTACTAAAAACAAATGCTAATGGATTA +AATGAACTAGCTAAAAATTACAATGTTATATATCCTATAGCATCACGATGTGGAGTTTTT +GCTAAAACAGATATTCAGCCACTTATAAATGATGGTGCCAGTAAGAGTGATATAGCAATG +AGTATTTTCAATGCAGTAGTTGTTCAAACTGTTAGTGTTTTATCTTGCGGAAGAGAAATT +AAAGGAAAAGTTGCTTTCTTGGGAGGACCTTTGTATTTCTTATCAGAGTTAAGAAAATCA +TTTATAATGAATTTGAAATTAGAAGAGGATGATATTATATTTCCTCAAGATGCTCAGTTG +TATGTTGCAATAGGGGCTGCAATATTATCTCAAGAAGAAAAGACAATAGATTTAAGTAAT +CTAATAAATAATTTAGAAATAAATAATAATAATTTTAATACTAATCAAAAAGAATTAGAG +CCTTTATTTAATAACGAACAAGAGTATAAGGATTTTATATATAATCATGATAACACAGTA +AATTATAAAGATATTACAACTTATAAAGGAAGATGCTTTTTAGGAATAGATGCTGGTTCA +ACAACTACTAAAGCGACTTTAATTGATGAAGAATGTAATATACTTTATTCATATTATGGT +AGTAATGAAGGGAAGCCTTTAGATGCTGCTATTTATATTTTAAAAGAGATATATTCAAAA +CTACCTAATGAAAGTGAAGTAGTCTACTCTACTGTTACTGGATATGGAGAAGGGCTAATT +CAAAAAGCTTTAAATATTGACAAAGGGGAGATAGAAACAATTGCACATTATAAAGCAGCG +AAGTATTTTAATCCTAATGTTGACTTTATATTAGACATTGGAGGACAAGATATGAAATGC +TTAAAAATTAAAAATGGTGTAATTGATAGCATTATTTTAAATGAAGCTTGTTCCGCTGGA +TGTGGATCTTTTTTAGAAACATTCGCACACTCTCTTTCAATGACTATAGAAGACTTCTCA +CAAAAAGGTATATATTCTAAAGATCCAATTGACTTAGGTTCTAAATGTACAGTTTTTATG +AACTCTAAAGTTAAACAAGCGCAAAAAGAAGGCGCAAGCATATCAGACATATCTGCAGGG +TTATCTTATTCGGTAATAAAAAATGCTCTTTTTAAGGTTATTAAGTTACATAACATATCT +GACATTGGAGAAAATATAGTAGTTCAAGGTGGAACTTTTTACAATAATTTAGTTCTTAGA +GCCTTTGAGAAACTTATTAACCATAAAGTTACTAGAACAAGTATTTGTGGGATTATGGGA +GCTTATGGAGCTGCTTTGATTTCAAAAGAAGAATATAAAGAAGGATATAAAAGTACTTTA +ATAAATAAAAATGAACTTAAAAGTATTAATTATACTTCAAGTGTACATAGATGTAAAGGT +TGCGCTAATAAGTGTTTACTAACAATTAATGAATTTAATAATAATGAAAAATATATCTCT +GGTAATAGATGTGAAACTGGAGAACTACTTTATACTAATAAAAAAAGTAAAAGTAAAGAA +GAATTAAATTTATTTAAATACAAATATAATAGATTATTTAAATATAAACCTCTAAATATA +GAAAATGCACCTAGAGGTGAAATCGGAATACCAAGAGTATTAAATATGTATGAAGATTAT +CCTTTTTGGTTCACATTTTTTACAGAACTTGGATTTAAAGTTACTATTTCAAATAGGTCT +TCAAAGAAAATGTATGAAAAAGGCATTAGTTCTATAGCTTCTGATACTGTTTGCTATCCA +GCTAAACTTGTCCATGGTCATATAGAAAATTTAATAGAAAAGAATATTAAAAACATATTT +TATCCATCAGTAGTTTACGAAGTAGAAGATGATAAAACCAGCGATAATCATTTTAATTGC +CCCGTCGTTATTTCATACTCTGAAGTTATAAAAAATAATATGGAAAATTTAAAGTTTAAA +AATATAAATTTTATAAATCCATTTGTTACTATTAATAATAAATCAAAGTTAAAAAAGGTT +TTATATAAAGAATTTCAGAAGTATTTTAATATACAAAAATATGAAATAGATAAAGCTGTC +GATATGGCAACAAAAGAACAAGAAAGCTTTAAAATAGATATTAGAAATGAAGGAGAAAAA +GCCTTAAAATATATAAAAGAAAATAACTTAAAAGGAATTGTTTTATCTGGTAGACCTTAT +CATTTAGATCCAGAAATAAATCATGGAATACCAGAGCTGATAAATTCTTTAGATATGGCA +GTTTTAACAGAAGATTCTATCTGCCATTTATCAAACTTAAAAAGACCTCTAAGGGTTGTT +GATCAATGGGTATATCACTCAAGGCTATATAAAGCAGCGGACGTCGTAAAAAATACAAAT +TATTTAGAATTAGTTCAATTAAACTCATTTGGATGTGGAATAGATGCTGTAACAGTTGAT +CAAGTACAAGAAATATTACAGGAAAAAGGCAAGATTTATACAGTAGTAAAAATAGACGAA +GGAAATAATTTAGGTGCTGTTAAAATAAGACTACGTTCCTTAAAAGCTGCTATAAAAGAA +AGAGAATTAAATAATATTAAAGTAGAAGATATAGAAGAAAAAAGAATTGAATATAAAAGA +AGCCCAAAAGACCCATTAAAGAATACTATTTTAGTACCACAAATGTCTCCTATTCATTTT +GAATTATTTGAAGAAGCTATTAACTTAAGTGATATAAACCTTAAAGTAATAAAAGACTTA +AGTAAAGATGTCATAGATGAAGGCTTAAAATATGTAAATAATGATGCTTGTTTTCCAGCT +ATTATAACAATAGGTCAATTAATAAAAGCTTTAAAATCAGGAGAATATGATTTAAATACA +ACATCTGTTGCTATAACTCAAACTGGTGGAGGATGTAGGGCTACTAATTATATAGGATTT +TTAAGAAAAGCAATAAGAGATGCGGGATTTGAAAATGTGTCTGTAATTTCTCTTAATGTA +AATGGACTTGATGGACTAAACATTACTAAAAAAATATCACTTAAGCTTATTAATAGACTT +TTTATGTCATGTATATATGGTGACTTATTAATGAGAGTTCTATATAAAGTAAGACCTTAT +GAAAAGAATAAGGGAAGTTCAAATGAGCTATATAGAAAATGGATGAATAATTGCAAAGAT +TCTTTAAAAGAATGTAAGGTATCTAAATTTAAAGAAAATGTAAAAAGAATAATTCAAGAT +TTTGATAATTTAGAGATATTAGGTATATCAAAGCCAAAGGTAGGCTTAGTTGGAGAAATA +CTAGTTAAATTCCATCCAATAGCAAATAATAATTTAGTTGATATTATAGAAAGTGAAGGA +GCTGAAGCAGTAGTTCCAGATTTAACTAACTTCTTCCTTACGTGTGCATATAATACAATC +TTTAAAAATAAATATCTTGAGGGAAGTTTTAGAAATAAATTAACTGGAGAGTTCTTTATA +AAAATAATAGATATGTATCAAAGTGTATATAAGAAAGAACTTGATAATAGTAGTAGATTT +TCATCTCCACAGCATATCAAGGTTATGGCAGAAAATACTTCATCAATAGTATCATTAGGA +AATCAAACTGGAGAAGGTTGGTTGCTTACAGGTGAAATGATTGAGTTAATACATGAAGGC +ATTAATAATATAATATGTATGCAACCATTTGGATGCTTACCAAACCATATTATTGGTAAA +GGAAGTATTAAGGAGTTAAAAAGGATTCATAGTAGTGTAAATATAATACCTATAGATTAT +GATCCATCAGCAAGTGAAGTTAATCAGCTTAACCGTATTAAGCTAATGTTATCAAAAGCT +TTTAAAACAATGGAAAGTCCAAATGAAAATTCAAATAATAATATTAACATGTCTATTAAT +GAATATAAAAAATACACTATTAATTTAGAAAAATTAAAAGTTGAAAATTAAAAAGCAGTG +TTCAATATATTTGAACACTTTTTTAATTACTATTTCTCAATATAAATAAACTCTGTAATT +TTTTTATCATCATTGTATCTCTCATTAAGTATTTTAATTAAAAATTCATCAGATTTAAAA +GAGAATGTTTCTTCATAAGATTTAAACTCAGATATAATATCCTCTTTTACTTCAGAAATG +TCATTAGTTATTTTAGTTACATTTTTAATTTCAGCTTTTTTATTAAGGATTGGATTATAT +TTAAATTCGAATTTATAAATCGATTTACCTCCTTTAAATAATTCATATTTATTAATATAA +TTGTAGCACTGTATAAGCTTAATTTCATCTAATGAATTAAAATAAACTTAATATAAATAT +AGAAATAAAATAATATATTTTGAATATAAAATGGTACTTTCCACAACTAAGAACGTATGT +TCTTAACGGCGAAAAGTACCATATAAACCATAAATGCTAGTAGATTATCTACTAGCATTT +GTTTCAATAACAACTTTTTCTTTCTTTTCTCTAAAAGCAAGTTTTAATAAAATTGGAGCA +ATTATAGTAGTTACAACTACAACAATTACTACTGGACCAAGCATTGATGTAGATATTAAT +CCTAATGCTGCACCTTTACTAGCAACTATAAGAGCAACCTCACCTCTTGATACCATACCA +ACTCCTATTTGATAAGATTCCCTAGGTGAAAACTTACATAATCTTGCACCTATTCCTGCA +CCTACTATCTTTGTTAAAATAGCTATTATTGTAAGTAATACTGCAAACATAACAATATTA +AAATCCATTGCTGGCAAAACTATTTTAAGCCCTATACTCGCAAAGAATACAGGTGATAAT +AATGCATAAGATACAATATTTAATCGATTAGAAATAAATTCTTTTCTATCTATATTAGAT +AAGACTAAACCTGCTATAAATGCACCTGTTATATCTGCTACATCGAATACCTCTTCTGAG +ATATATGACAATAATAAACAGAATACAAATGAAGCAATTATAAATCTTCTTCTATCACGA +TTTTCATAATTTGACCATGCTTTAAAAATTTTATAGGAAATAAATCCAACTATTATAGCA +AATATAAAGAATCCTGCTATTTTCATTAAAACAAATCCTACTTTAACTGAAGTGTCAGTA +AGACTAGATATAACAGTTAATGCTATAATACCTAATATATCATCTATTATAGCTGCACCT +AATATTGCTGTACCAGCAGAAGTATTAAGTTTCCCCATTTCTTTTAATGTTTCTACTGTT +ATACTAACAGATGTCGCAGTTAATATAATTCCTATGAATATGTTTTGTAAAAATACAGTT +CCGCTTGTACCTTCTGATAATTCTGGTATAGCGTAAAAGTGAGCTATAGCGAATCCTCCG +ATTAAAGGAATAATCACTCCTAATGAAGCAATTATAAAAGAAGCTTTACCAGTTTTTTTA +AGTTCTTCTAAATCAGATTCCAAACCTGCATTGAACATTAATACAATTACACCAAGCTCT +GATAACTGAATAATAAAATCAGTTTCGCTTAAAATATTAAGCATTGCTGGACCAAGAATT +AATCCAGCTAATAATGCACCTACAACTTGCGGCATTTGAAATTTTCTTGTTATTAGACCT +AAAACCTTTGTACTTAATAGTATTAATGCTAAGTCTAATAAAAACTTATAAGATAACATT +TTAACTCATCCCCTTTTTCCCCAACAAATATATATATGATATAGGATACAAATATGTACT +TTAATAGTTAGTCTAGTCTCATAAATTGACTTTGTCAACTTAAATTTTGAAAATATATTA +TATTGAATAACTTTTTGAACATAAAATCAATTAAATATAGTTTTATAAAAATAATTCTCT +TTATTTTAAATATATTATTTTAATAATAAAATATTAAAAGTCTTATAGTTTTGTTATAAT +AACCTATATAATTTCAAATGATAAAACTAATAAGGAGTACATATGAATAAAAAAACAGTA +TTAATAACGGGAGCCTCTAGAGGTATTGGTAAAGCAATAGCTAAATTATTCGCTGAAAAT +AACTATAATGTTGTTATAAACTATAATAAATCAGAAGATGAAGCTAAAGAATTACAAAAT +TATTTAACTAATAAAGGATACTCTGTGAGAATATTTAAGGCTGATGTGTCGAATATAAAT +GAAGTTAATTCTTTAGTTAACTATACTATAGGACAATTTGAAAAAATTGATGTATTAATA +AATAATGCAGGAATTAGTAAAACAAATTTATTCACAGATATAAGTTATGAAGAATGGAAC +GAAATAATGAATGTAAACTTAAATGGAGTTTTTTATACAACAAAAAAAGCACTTCAATAT +ATGCTTCCTGAAATGAGTGGAAAAATCATAAATATATCATCAATATGGGGAATGGTGGGA +GGATCTTTTGAAGTTCATTACTCAGCTTCTAAAGCAGCTATTATTGGTATGACTAAAGCT +TTAGCAAAAGAGCTAGGTCCATCTAATATAAATGTTAATTGTATAGCTCCAGGTGTAATA +AAGACTGATATGCTTAACAATGTAAGTGAAGATACATTAGATGCGTTAAAAGAAGAAACA +CCACTTATGAAATTAGGTTCACCAGAAGATATAGCTAAATGTGCATTATTTTTAGCTAGT +GAGGGAGGAGACTTCTTAACAGGACAAGTAATAAGTCCAAATGGTGGTTTTGTAATATAA +ATATTTAATAAGGAGAAATAGACAACATTGTCTGTAATTAAAAATGATAAGAGAAATCGT +AAGAGATAACAAAAAACTAATGATAAAATCAGTTGAGGCAACAATAAATGATTTATATAT +TATTGATGATATGATTGATACTGCAAAAGCAAATAATGATATTTGTGTTGGACTAGCAGC +AAATCAAATTGGAGAAAGTATACGTATCATTGTAGTGGAGATGGGAGGCTTTTTTGTACC +ACTTGTAAATCCAAAAATTATAAGTCATAGTAAAACTACATATGAAGTAGAAGAAGCTTG +TTTGTCACATGAAGGAACTAAAGAAACAACTAGATATCATTCAATTGAAGTAGAGTACTG +TGATAGAACATTTACTAAGAAAAAACAAAATTTTAGTGGTTTTGTAGCTCAAGTAATTCA +GCATGAAATGGATCATTGTGAAGGTATTCTGATTTAATTTATATTTAAAAAGCTAGATGA +GATATTAAATATTTCATCTAGCTTTTTATTAATCATTTCTATCATCAATTCTCTTACCTT +CAGGATATGGATTATTACTATTTATAACTCTAAAACCTACAATGTCTGTAGTTTCACTGT +CTGTACTTTCTTCTATATCTAATGCATCTTTTATTTGGTGAAATTGATCATCGTATTTAT +CTAATACAAGCTCTTCAGTTTCTGTATTCATTTTTTTATTTTTCATCTTTACCTCCTCAG +TTAAATAAACGTTTTGTTAACTTATTTATATTTGAATCTCGCCCCCGATAGGGATTACAA +TAGTTTCACCACAAAACATATTCCCCCTATAGAAAGGAGTCGAGAAAATTGAAACCTACG +GTTAAATGCCCTGAATGTTATAACACAAATTTGTATAAGTTTGGTAAGGATAAGAATTCC +AATCAAAAGTACTTATGCAAAAAAATGTCGTAGACAATTTACCTTACAATCAAGCAAGAA +GCATTCTCTTGGGTATCCTAAATGTCCTGTATGTGGAAAAGGTATGTACCTTCACCATAA +ATACAAGTACCATGTTAGCTTTAAATGTAATAACAAA +>MGYG000000001_52 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAATCAGCAATGACACTTTTTTAGTATATGTTTTAAAAAAGAAGTAAAGAAAAT +GATTACTTATAGTAAATGACTCTAGAATCACATAGTTATAAGTAGTAACAAAGCTAGATT +ATATTAATTTAATTCAGATCTTATTTTTTATTACCATAAATCAAAATTACCATCTCTAAT +TAACAAGCCTAAAAGTCCTATCGCAGATATCCATGAAGTAACCAATATAAATAATAATAT +ATAGAACATTAAATCACCTCATTTACATTATGAACAAGCAATATAAAATATTATCATTAA +AAAATATTAATATATCGCAATAAATAACAAAAAGTTACACATACTTCATTATATAATCAA +ATATGTACATAATTATTTTAGGGGGAGAAAATATGAATAAAAAATTATTAACTTTAATTA +CAGCAGGAATATTATCATTATCTTTAGTAGCATGTAGTAGCGGAGATGGTGAAAAAGTAG +AAAGCGGAAGTGGAGCTCCAGTAGAAGAAAAGAAAGAAGAAACTCCAAAAGAAGAAGCTA +AACAAGAAGAAGTGATATTAGCCGATGATGATGTAGTTAAAATAGTTGTAACTGAAAAGG +TTAATGATGAAGTCTTTGGACCAACATATAAATTTTTAATAGAAAATAAATCAGATAAGA +AGATTACAATTCAATCTAGGGATACTTCTATAGATGGTGTTATGTCAGAACCTGTATTCA +GCGTAGATGTTATGCCAGGGAAAAAAGCTAACGGAGATATGACATTTATGGATGTGGAGA +GCCTAGATAAACTTAAGAACCTAGAAGGTAAATTAGTAGTTCTAGATGAAGATTTCAATG +ATGTATCATCTTACAATATAACAATAGAATAATTTTGTAATAAGGGCTGGAATTATATCC +AGTCTTTATTTTTTATTCAAAAATTAAATTGGACAGGCAAGTTTTACGTAGACATTACAT +AGAATTAAGTAAGAAAGGAGGAAGGTGAACTAAACTTTACTTAGAAAGGGGTAATAATAT +GGCTAAAAAGCAAAGTCTTAAACTGCAAGTTAGTTTTAAAGAAAATATATCGGATATAGA +AATATATAATTTTATATTAGAAAAAGGAAAAATAATGGGAATTAGTTCTTACATTAAAAC +ACTAGTAGCAAAAGATATGGAAAGTGATAACAAGAAGTAAATTAAAAGAGCTCCAGGAGT +GGGAGTCCATAGAGCTCAAACCTCAGTGAATTATAAAAAATATAATTCTTAGGTATAATT +CTACAAAATAAATTATATTCCTTTATTTTTTATTTAAAAAAGGAATTTTTCAGCTAATGT +TCCTAAAGTTCCAAATACAGCAAACCAAAGAATATCCATATTAGAATTACCTCCGATAAA +TGATTATAAGATTATTATTTACAATTTTAAGGGGGATTATACATGTTATTTACTGTAAAT +GAAGTTAAAACATATACGTTTAAGGAATTTAAAGAAATACAAGAAAATAGAAAAATAGAA +GAAAAATATACTAAAGAAGATTTAAATATATGTGAAAGAATATTAGAACATATAAAAACA +AATAAAGTTATGTACGGAAAATTAGTTTTAACAACAGCTATTTTACTATATCTTAATGTT +AATATAGGATATGCAGTATCTATAGAAGCATCTATAGATACTACCTTTAATCAGTTAATT +GAATTGATAAAGTCATTTGCAAAGTGGGGATGCCTGGGAATGGGGTTAAAAAGATCAATA +GAAGAAATGTTATCTGGTGCTAACTTCAAACAAGCAAGTACAGCAGGTGTTCAATACTGG +TTATGTTTTATATTTATACAATTCTATCCAAAATTATTTGAAATGATAAAAATGTAGGAG +GTATAAATATGTTTAGTAAAATTGAAAGCTGGTTAATGGCTAAAGGTGATTTGATAGTAT +TATCAATAGATAAATTTAGTTTTAAAGTATGCTTATTAGTAGGTTTAGTAGCACTTGTTT +TATCTGTATTCGGATATAGTAAAGGTAAAAAAATAGCTACTATAAGTCCTGCAGTATATG +TTATTTTACAAATTTTTATGAAAGTGTGGTTCGGTGTATGATGAAAACTAAATCTATGAA +ATTAAGTGACTATTTTGAAGTTAAAAAAGCTAAATATACTTATATCCAAGTAATACCTTC +TAAAAGTTGCAGAAATACATCTACAGATAAAATATTAGTGTTAGCAAATACAATGTATAA +GAAGCTTGATAAATTAATTAGAATAGAGAATAGAAAATTAATAATAGAAAGTAAATTAAA +ATTATCATATTATATTCACATAACAAAATCTAGCACTGAGTTTTATTTTATAGTACCTTC +AGTATTTTTAAATCAATTCAAAGTTAAGTTATCAGAAATATGGAAGAATGTAGAAATAAA +TAAAGTTAATTCACTTCCAATAGACATAAATTCATGTACTAAATACCAATTACAATATAA +ATTAAATGATGTTTTAAGTTTAAATATAGATAAGAAAAGTAATAGTTTACTAAATGCTAA +CTTGTCAGTACTAGAAATATTACAAGATCAGGAAAGTGTAGGGTTATTCTATAACTTTAT +GCCCATGTCTCAAAAGGAACAAAACTATTTTAAGATAAGCTCTCAAGAAACTTTAAACAA +CTTTAAAAAGGGTATGAATTTAAAGAAAAATAAAAATATAGTTGATTTAGGAGTAATAAC +TTTAAAATTCTTAATTGACTTTATAAACGGACTTCTAAATGCATTTTTAAGCACTTCAAA +GACAGCAAACGATACATTTATATCTATAGAAAAGCCTACGTCTACAAGCACTACTAGAAA +GTGTAAAAATGATATTATCAAAACTCAAGCATTAATTATTGCTAAAAGTAATAATAAAGA +TAGAGAAAATCAACTTTGTACTGCTACTTATAATACTTTTTCAAGTGTGAACGGAGATAA +TGAGCTCGAGATTGTAGAAGTCAAAAAAGATATAGATATAGAAAAACAAGATATAAAAGT +TAAAAGCAACTATACTTCTACTATAGAAGCTGGAAAGTTTGTGAATGTAGCTGGTAAAAG +CATAATAGAGCAATACAACAATATTAAACATAATAAAGTTCTAGAACTAAAAGCGCCTAA +ATGTTTAGAACAAGGAGAGGTAAGAATCGGCGAAGTTAAATGTAAGGATAATAAGCAAAT +GACTTATTATTCTACAGATGAACAAATGAAAAGGTTAGGTAGAGTGCTATTAGGTCCTAT +GGGAGCGGGCAAAGATTACTATATGGTTAATATGGCCAAGGATATAATAAAAGCTAATAG +AGGGCTTATAGTATTGGACTATATAGATCAATGCCAGTTAGCTAATAATATAAAAACCAT +AACTCCTCCGGATAGATTAGTAGAAATAGACTGTACTAATCCTAAACTATTGCAAACTCT +AAGTTATGATGAATATAAATATAAAGAAAATGATAGTGAATATGAAAAAGTTGATACATG +TATGCAAAAAGCTCAACAATACAATATGCTATTAGATACCATAAATGATGTTAATAGTAG +TTTAACTCCTAGGATGCTAAGATATTTAAATGCAGCTGCAACTATAGCTTTTAGGGTTAA +TCAATACTCTAGTTTTAAAGATATAATTGATGTACTTAAAAATCCAACGAAACGTGACGC +AATTATCAGCGAACTACCAACGGAAGCAATAGAGTTACTACAGGATGAAATAGATGATTT +AGAAGAATTATCTAAAAGAGATAAAAAGGGAAATGTAGAAAATGTAGATAGTAAAATAGA +TGGGATATTAGACAGAATAAGTAAACTTAAGAGTTCTAGTATATTTACTAAGTTGGCTTA +TATTAATTCTAGTGAAAATAACGTAGATTTCATAGAAGCTATTAACCAAGGTAAAGTTAT +ATTAGTTAAGATACCTGCTAAGAAGTTCTCTAAGAATATGAGAAGTTTATTAGCTACATT +TTTCTTACAAAAGATTTGGATAGCTAAAGAGCAAGGGGCAACTTTAAAGCAAACAGAGTT +ATTTATTAATGAAATACATCAAAGTTATCATTGTCAGTTATTAATGGAAGATATATTAGT +AGAGTGTAGAAAGTTTAATCTAACACCTACTTTAGCTATGCACTATCTAAGTCAAGGAAC +TAAGAAATTAAAAGAGAGCATACTGGCCTCTGGATCATCATTTTTACTAATGAGTGGATG +TGATGTTAAAGTGTACCAAGAACTATCGCATTACTTTGAGAAAGATGGGTATACAGAAAA +TGATTTAGCAGAGTTAGATAGGTATAATGCTTTGTGCCTTATAAAGAATGAAGAAAAACA +GTATAGCTCATTTATTGCTAAACTACCTGCTTAATGTAGGTAGTTTTCCTTATTTCTACA +TAGAAAAAGAGCAAAATCTATATACATAGACTTTGCCCAGGAACACTTATAACCAATTAA +CTGACGAGCAGCTAAATATTCTAGCGAGCTAGAAACGTAAACTTATTTATCTGCTAGTTA +ATATAAGTGTATGCAAAAGAGTAGCTAAAAGTTGCATGTCCTATTATAAAAAATAATTTT +ATAGTATTTACATTTTAAAAATGTATAGTTAAAATAAAAAAGACTAAGAAATGTAATCTT +AGTCTTTAATGTTATGAGATGTTGTGGATAACTTTCGAAAACTGACATCAAACTGACATT +TTAATAATATAATCTAATGTAAAGATTAAAAATACTAGGATGTATGAAAAACCTAGGACT +TGTTCGAGAACCTCCAAGTATAAAAAACTAAGGTATTTATATAGTGGCAGTATATAAGAT +GTACCCTTAGATATGACTTTTTAGACTATAAAAAGTTGTAAGGTTCTCCTTATCAATAAT +TTTAAGGAGGCATTTGTCATGCAAAAAAGAAAAGTAATAATTGATTGTGACCCAGGGATA +GATGATTCTCTGGCGATTCTTCTAGCTGTAAACTCACCAGAGCTAGAGATACTTGGTATT +ACTACGTGTAGTGGTAATGTAGAAGCTAAAATGGGAGCAAAGAATGCTCTTAAAACACTT +CAAATATGTTCTTCATTAAATATACCTGTATATAAAGGTGAAGACAAACCTTTAAAAAGA +GCGCTTGTAACAGCCCAAGATACTCATGGAGAAGATGGAATAGGAGAAAACTTCTATGAA +GATGTAGCTGAATATAAGATAAAGGAAAATGGAGTCGACTTTATAATAGATACCTTAAAA +AATAATAAAGATGTATCTATTATAGCGCTAGGACCTTTAACTAATATAGCTAAAGCTATT +ATGAAGGATAAAAAGGCCTTTGATAACTTAGATGAGTTCGTATCTATGGGAGGTGCTTTT +AGGATTCATGGAAACTGTTCTCCAGTTGCAGAATTTAATTATTGGGTAGATCCTCATGCA +GCAGATTATGTTTACAAGAACTTACCAAAGAAAATTCATATGATAGGATTAGATGTAACT +AGAAAAATTGTACTTACACCAAATATTATTGAGTTTATTAATCGACTTGATAAAGATATA +TCTAAGTATATAACAGAGATAACAAGATTTTATATAGATTTCCACTGGGAGCAAGAGGGA +ATAATTGGATGTGTAATCAACGATCCATTAGCTGTAGCCTACTTTATAGATAGGAGTATA +TGTAGTGGATTTGAATCTTATGTGGAAGTTGTAGATGATGGTATTGCTATGGGGCAATCA +GTAGTTGATTCTTTTGATTTCTATAAAAATGATAAGAATGCAGTTGTATTAACTGATGTT +GATGATAAGAAATTTATGTATATGTTTCTTAAAAGGTTATTTAAGGGATATGAAGGTGTA +ATAGATTCAGTAAAAGGAGTTATATAAGATGAAGAGTATATCTATCAAAAATATTTCATT +AGTAGGTTTAGGAATAGCTATAAATGTAGTAGGTGCATTTATAGCATATACATTAAAATT +ACCAATATATCTGGATTCTATTGGAACTATACTTATTGCAGCAATATTAGGACCAAAATA +CGCGATGATATCTGGTGTTTTAGGTAGTTTAGTTAGTGGTATAACTTTTGATGTATATTC +TCTATATTTTTCACCAGTACAGATAACGACAGGTCTTCTTTCTGGAATTATGTTTAAAAA +AGGCTTATTAAATGGAAGAAAAACTCCATTAGGAACTTTTATATTTGTATTACCAACATC +AATAATTAGTGCAATGATTGCTGCTGTGGTATTTGGAGGTGTAACATCTTCAGGTTCATC +ATACATTGTTCAGGCTTTAGAGGTACTAAGTATAGGCAATTTGTTCAGTAATATATTTTT +AACTCAAATATTGACAGACTATATGGATAAGTTTATCGGTGTGGTTTTAGTTAATTTAGG +CATAAATGCTATGCCAAAAAATTTAAGGACATCTTTTATAGCTAGCAAGTAAGTAAGGAG +ATAAAATATGGATAGATACAGTACGATAGAAAATAAAAATCAGAGAGAGATTGTTTTACT +TAAGGGATTTCCATGCGTATGGGGTAAATGCTCTTTTTGTGATTATATAGATGATAATTC +AGATATAGAAGATGAAATAAATAGTATAAACTTTGAAGTTTTAGAGAATATAACAGGAAA +ATACAAGGTTTTAGAAGTTATAAACTCAGGAAGTTGTTTCGAAATACCAAAGGCTACATT +AATAAGAATAAAAAAGATAATAAAAGAAAAGAAAATAGAAAAATTATTCTTAGAAAGTCA +CTGGTGCTATAAAAATAAATTACAAGAGATGAGAGATTTTTTTGAAATACCTATAATATT +TAAAATAGGAGTTGAGACATTTGATTATAATTTTAGAAATGTTGTTTTAAATAAAAATGC +TAGATTTAAAAGTGTTGAAGAATTAAAGGAATATTTTGATTCACCGTGTATGCTTGTTGG +AATTATGGGACAGACAAAAGAGATGATTGACAATGACATGGATATAATTTTAAATAATTT +TAACCATGCAACTATAAATGTTTTTGTTAATAATACGACGGATATAAAAAGAGATGAAGA +ACTTGTAGCTTGGTTTATTGAAAAATATAAATTCATAGATGAAAATACTGATTTTGAAGT +ACTTTATAATAATACAGATTTTGGAGTTGGTGATTAATATATGCTAGTAGAAAATGTATC +AGAATAAAATTATTCTGATACATTTTTTTGTATAAAAACAAAAATTGTTAAAAAATATAA +AATTAATAAAATATATTTGCCATGATATGCTTATTAATGTATTATAATTACTATGTATAA +CTATTTTTAATAAAATTGTAAGACAAGAAATGTTGATAAAAAAACAAAGTAAAATAGGAA +AACATTTACATAAAGAGTATTGAATATCAAAATTAAAAGACAAAAAGATAAAGACGTGAC +ATATGGAGGATAGTATGAAAGGGAACGAAAGACTAGAAAAGTTTTTGCAACTTCAAAATA +AAAATATTTCTTTTGAAAATATATCAAAAGAGATAGGGATTAGTCCAGTTACATTAAGAA +GATTTTTAAACAAGATGGGTTATAAGTCTGAAAATGGTAAATATGTTTTGACATCAGAAA +TAGAAAAAAATGAAATTGTTAAAACTAATAAAAAAGATAATAAAGGTTTATTAAATAAAA +GGGCAACTAAAAAAACAACTAAAAAAGAGATGCAAATATCATTTGATAATTTAGAAGAAA +AATCAAAAAAGGCAAATAATTCTAAAAAGAATAATGTATCTAAAATAAAATCTAAAAAAG +ATAGGAAAATAAATATTACTCAAGAGGATTTAGATAAAATATGCGAGGTATATGACTGGT +ATTTAGAAGTAAAAGACTATAAATCAATGAAGCCTAGAAAAACTTCTAATAAAAAAGATG +TAATTATTGAAGATAAAGAATTAAAAGATGTAAAGGGAACAAGTATAAAGGTAGATAAAA +ATACATGGGAAGAATTTGAAAGATTGTGTAGCAATTCAGAGTTTAGTAAACAACAAATAT +TAACACAAGCTTTGAAAGACTTTATGAAAGAATATAAACATTTATTATAGTAAATATTTT +TTATTATAAAATATGCTAATTAAATAGATGCAAAATATGAGGTGCATAATAATATGAAAA +ATATACTAAAAATATTACTACTAATAATAACAATAATAGGATTAGTAGCATGTAAAGGAA +ATAAAATACAAAATAATGGCGAAGTACTTTTAAATGGTTCATTAGTAAAAAAAGACGAGG +CTAAAGCTTTACAAATTGAGGCATTTGATGAGTATACTAGGGATTCTAATGGAGTTGTTG +TAAATAGAGTAGAAAACATAGCAAACTTTGATGTATCTAATATCTGGATAGTATACAATG +AATTAGATAAAGAAGGCAAGATTATTTCAGAATCGAAAATGTTTTTAGATATGACTTTAA +ATCCAGGAGATATTTTCAATGCTAGTTTTAAATTAAAGGAGTCGGGAGAGAATATAAGTA +TTACTTCTTATGAATATATGACTTCTGAAGAAGATGTTACTATTAATTTAAAAGATGGTA +GTGTGTACTCAGTTAATATTGATGATAAAGAAGAAGATAGTAGCCCTTACGAAGTTTTAG +CTTTTTCAGATGCAAAAAAAGTTGATGATGCAGATGATGGAGATACTTACATTGTAAAGG +TGAAAAATAACTCTTCAAAAAGTCTAGGAAATATAACTTTGAAAATAGGAGAAATTAATT +CAAAGAAAGAATATATAGGTGTAAATCATGAGTCTTCATACTCAGCTTTAAAACCATTAC +AAGAAGCTGAAATTATGATAAAAGTATCAAATCATACAGAGAAAATAAAAGTAATAGGTT +ATGTTTATGATGATATAGATGAAAAATCAAATATTGATATTGATTTAACATCTCATAAAG +CTCAGATAAATAAAAACTAAGATATATTTGATTTAAAAATAGTATAATATTTGTGTTTAT +CACGAATAATAAGTTATATCTTTATAAGGGGGTATAAATATGAATGATGATAAGCACAAT +CAATATGAATTGGATTATGAGCAGTTAAATTCACTATTAGCTAATCCAGAGTTTGCTAGT +TGGTATTTTGAAAAAATGTCAGACAAGACAAATGAAGATGTGAGTATAAGTGATTTTGTT +GATATACTAACAAATTACTCAAATAATCAATTACAATAAGAATAAAACAATAAGATGGCA +TGATTAATGTAGCTTTATAATATATTAAATCATGCCTTTTTAATTTTTGTATTAAAATAT +AATAAATAAAGAGTTATAATATATTTTAAGAAGCAATAATGGGAGGATAACATGAAGATA +TTAGTAGTTGAAGACAATAAAAAGCTCTTAGAAGGTATAGTAAAAGAAATCAGTAGTCAC +TTTCAATGTGAAAGCTGTGAAGATGGAGAAGAGGCTTTATATTTGATAAAACAAGATATA +TATGATCTAGTAGTATTAGATTTAATGCTACCAAATCTAAATGGATTAGATATATTAAAA +AAAATGAGAGATAATTACATAGATACACCAGTGATAATTTTAACTGCAAAAGAATCATTA +GATGATAAGGTTGGAGCATTCTCAATAGGTGCAAATGATTACCTAACGAAACCATTTTAT +ATGGAAGAATTAATAGCGAGGATATATGCAATATTAAGAACTAATGGAAAAATAAATGAT +AAAAATAGTTTAGATTTTAAAGACTTACACTTAGATCTTAGTAAAAAGAGAGTATTCATA +AATGGAGATGAAATAAATCTTCAAAATAAACAATTTGGCTTGTTGGAATACTTCTTATTG +AATAAAGGTACAATTTTATTAAAAGAACAGATATATGATAGAATATGGGGAGTAGAATCA +GATGCTACTATTGAAATTGTTGAGGTCTATGTAAGTAATTTAAGGAAAAAATTAGGGAAA +TACGGATATGATAAATACATAAAGACTAAACGTAAGGTAGGATATATGTTTGATGATAAA +TAAAAATGTATTTACTGATACAAAGCAAAGATTAATAAAAATAAATTTACTTGTTGTTGG +GGGATTTTTACTGATATTTTCAATTTTTATATTCTTCTATTTTAAAGAACTTACATATAC +TAATATAGATAGTAAAATAGAGGAAGAATTAGAATCAATAAGTGTACAATTTAATAGAAG +TTCAATGTTTAATCCTATTATTCTTGAAGATCCAAGAAATATGGTTTATGTATATGAAAA +TGGAACAATAAGATATTATACTGAAAATAGATATTTTGAAAATATCTATCCTGAAATAAA +TAATTCTAAAAAGGATACTTTCTTTACATGGTTGAATAATGGTTATACATTTAGAGTACT +TAATTTAAATATTGGAAAATACACTATTGAAATAATAAGAAATATAGATTCTGAAATAAG +TTCATTAAAACAACTTGTGTTTTCACTGATTATAGGAATATTAATATCATTAATAGTAGC +GTACTTTATAGCTATATATCTTACAAAAAAAGCATTAGTTCCTATAGAAACTGCATGGAA +TAATCAGGCTAAGTTTATACAAGATGCCTCACATGAGCTCAGAACACCAATTTCTATAAT +ATCATCAAAACTAGAAGGTATGTTAAAACATCCAGAAAATACAGTAAATGATGAAGTTGA +GACAGTAGCTGATGCTATGAGAGAAACAAGAAGAATGAAAAAGATTATAAATGATTTATT +ATCACTTACTAAGGAAGACTATATATCAACAATGAATTTTGAAAATATAGATATAGAAAA +TGTTGTATATGAAATATATAGAGATTATGAAGAAATAGCAGAAATGCAGGATAAAAAGTT +TATTTTTAAGAGTGAATTAGAGAATAAAATAATAGTTACGGATAAAAATAAATTAAGACA +ATTAGTTTTAATTTTTGTAGATAATGCATTTAAATACACTAATGAGTACGATGGTATATT +CATAAATCTTAAGGAAGAAGATAATAATATAAAATTGTCTATAAAGGATACTGGTATAGG +AATCAAGGAAGATGAAATAAAATATGTTTTTGATAGATTCTTTAGAGGTGATGATGTAAG +GAGTCAAGATATAGATGGCTCAGGAATTGGACTTTCTATAGCTAAAATGCTTAGCATTAA +TTTGAAATATGAAATTAATGTTGATTCTAAGGTTGGAGAATATACAGTATTTGAAATAAA +AATACCTAAGGTTAAAAAATAAATTAAAAAAATTTGATTTGTTAGATAATTCATGGGTAT +AATTGTATTAACAAAATTTAGAGATTTTTATAAAATATAATAACTATATTAAGAAAATAT +CATAATATAATTATAGAGAAGAACTAGGAGGAAATTAATATGGCTAAAATAATAAAAACA +TCAGAATTCAGAAGTGAAGTAGAGGAAAAACAAGGAGTAGTTGTAGTAGACTTTTTTGCA +ACTTGGTGTGGGCCTTGTAAAATGTTAGCACCAGTATTTGAAGCATTAGGTACAGAAATG +GATGGTAAGGCTAAGTTCTTTAAATTAGATGTAGACCAAAGTTTAGAAATAGCTCAACAA +TTTAGTGTATCAACAGTTCCAACAATGATAATATTTAAGGATGGTAAAGTAGTAGACAAA +ATGATAGGATTTATACCTAAGGAACAAATAAAGGCTAAGGTTGAATCTTACTTATAAAAA +ATGATAGGTGATATTATGAGATATGATATAGCGATAGTAGGTACTGGACCTGCAGGATTA +TCAGCAGCTATAAATGCCAAAATTAGAAATAAAAATATTATAGTATTTGGAAATGAGAAT +TTAAGTAATAAGCTTACCAAAGCACCTTCGATAGACAACTATTTAGGGTTTTATGATATA +AGTGGAGTAGATTTAAAAGATAAATTTTTGGAACATGTAAAAAGTTTAGATATTGAGATA +TGTGAAAAAAGAATAAATAACATTTACTCTATGGGTGATTACTTTGCATTAATGTCTAGT +GATTCTATGTACGAAGCAACTACAGTTATATTAGCAACTGGAGTAGAATATGGTAAGCCT +ATTAAGGGTGAAGAAGAATTTCTAGGTAAAGGAGTAGGGTATTGTGCAACTTGTGATGCT +CCTTTATATAGAGATAAAAAAGTAGCTATAATAGGATACAATAAAGAATCAGAAGAAGAA +GCTAATTTCTTAAGTGAAATTGCATCTAAAACTTATTTTATACCAATGTATAAAAATGAA +TCATTAATGAGAGGTAATCACGAACTAGATACTTCAATAGAAGTTATAAATGATAGACCT +ATTCAAATACAAGGAGAAACTCTTGTAAATAAAGTATCTTTCAAAGAGAAGGATATTGAT +GTAGATGGAGTTTTTGTAATAAAAGATAGTGCCTCATTAAAATCCCTTGTACCTGGTCTT +TATACTGATGGGCCTCACGTAATAGTAGATATTAATATGAAGACAAATATAGAGGGATGC +TTTGCTTGTGGTGATTGCGCAGGAAAGCCGTACTCGTATATTAAGTCGGCAGGTCAAGGT +CAAATTGCTGCATTAAATGCAGTATCTTATTTAGATAAGTTAAAAATGGAAGCAAGAAAA +AAAGAAAAATTAGAGCAAAAATAAATATAGATAATTAAGTTATTTTAAAAGATGTAAAGA +TAAATTTTAAAAAATTTACTTTATATCTTTTTTTATTTATTTTTTAAGATATTTTTAATA +AGCCTTGATAAAATTAATTAAGAGTATTACACTTTAATTAAGTAAATACTTAACTAGAAG +AGGTGATACATGGAAAATATAAGTAAAGTATTTAAGGCCTTAAGTGATGAAACTAGACTT +AATATATTAGTCTTAGCATCTAAGAGAAATATATGCCAAAAAGGAATATCTAAGTTTCTA +GGCATATCAGATTCAGCTGTATCACAACATATAAAAATACTTAAAGAAGCTGGAATACTT +AAGGGTATTAAAGAAGGTTACTTTGTATTTTATAGTGTTGATAAAGAAGCTTTTAATCAA +TGTGTATCATTTATTAATTTTATTAAAGGAGATCCAATAGATATTTTTATCGAAAATGAG +AATTTAAATTCTATAAATAATATTGGATGTAAGAGTAATTGTAAATCAATAAATAAGTGT +TGTAAAAAGGGAGGATTTTAAAATGAAAATTTGTGTACCAGTAGAAGCAAATAAAGGATT +AGAAAGTAAACCTTATGGACATTTTGGATCAGCACCATTATTTGTAATTTGTAACTTAGA +AAATCAAGAAGTAACTGAAATAAACAACCAGGATTTACATCATGAGCATGGAAAATGTCA +ACCATTAAAGGCATTACAAGGTAATGTTGTTGATGCAGTTATAGTAGGAGGAATAGGGCA +AGGTGCTATAATGAAATTAAATTCTATGGGTGTTAAAGTATATAAATCACAAGGGAATAC +AATAAAAGAAAATATTGAGCTATACAAAGAAAATAAACTGGAAGAATTCCCATCAAATCA +TACTTGCTCTCATGATGGTTGTGGGCATCATTAAGGAATATAACATTTTTAATTTATAAA +AATGAGTAAATAACTAGTATATAAATGGATTTGTTATATTTGAATGTACTATAATTTACT +GACATTCAACTGACAAATCCATTTATTTTACAAACTTACTGACATTCAACTGACATTACT +GACAGTATCATTTAAACATTAAATTTGATATGTTATCACTCGCTTTTGTATCCATTTCTT +TTAATACATGGCTATATCTATTTAGTGTAATTTGTATATCTGTATGGCCAAGCCTATTTG +AAATAGTTTTAAAGTCTGTTCCACTTAATACTAAGAAAGTAGCATGAGTATGCCTTAAAT +CGTGCATTCTTATATATCTAATACTATTCCTTTTAGTAAAACTTTTCCAACGTTCTCTCA +GCGAAGCTGGTATAAATGGAGTTAATTTACTATTTAAACATACTAAATCTTCATACTCTA +GTATCGAAGACAATCTATATTCATTATGTTTAGATTTCCATTTTTTTAATTTATTCATTA +ATTCTTGTGGAGCAGAGATAGTTCTAATAGAGCCTTTTGTTTTAGGCTGCTTAAATTTAA +TTTCATTCTTAACATATATTAAAACTTGATTAATACTTATAGTATTATTTTTAAAATCAA +TATCTTGCCATCGAAGACCACAAACCTCTCCAGTTCTTAATCCCATAGTTAACATTAAGA +GTATGGGTATTTCGATATTTGTTCCTTCTAATTTATTTATTACATTTTTAACTTCATCCT +TGTCGTAAACTTCAAAAGATTCTCTACTTTCTCTTAGAGCAGGTGGATTTTTGACAAAAT +GACAAGGATTTTCGTTTATTTCTTTTAATCTATATGCTTCGTTAAGCACAGCTTTTACAA +CACCTGTTATAGGTTCAGCTCCACTTTTGGTGTATTTAGCAAACATAGCATTTATAAAAG +ATTGTAGCATCGAAGGAGTAACATCTTTTAATTTTGTATCTTTGAAAAAAGGTTCTAAAT +TAACTTTAATAGTACTTTCTCTTCTATACAAAGTTGTAGGAGAGAAATTTTTAGATGGAT +CTTCATGATATTTTTTATATCTCTCGACAAATGTAATATCTTTACTTATAATAAATTTAT +TATTATTTATAGAACTTTTTAAATCTATTAAGTGTTTTTCTGCTTCTTTTTTTGTATCAT +ACTTAGCTAAACTTTTTTGTTTTAATTTCCCATTTTCACCTATATATTCAAGATAAACAT +TGTAGTTATTTCCTCTTTTTCTTATAAAAGAACTTTTTATATTAGTCATGGTTAACACCT +CTAGATGTTATAGTTTTTATAAGTTTATTTCTATTTTTACAACTTTCCCTAATATTCCTA +CATAGCCAGTTTCTATGTCGGATACTGGGAAAAACATAGGAGGATAATTTGGATTCTCGC +TTTGTAAAACTAATCCATTTTCTTGTCTGTAAACCCTTTTTAATGTAGCTTCATCACCGT +TTACCCTAACAGCCATTATATCGCCATCTTTTTCTAAAAAATTTTGTTTTTTTATTCTTA +CTCGGTCTCCTTCGTAAATTCTAGCATTTATCATGCTATCACCCTTAACTTGTAAGTAAA +AGTAATTCTCCCCTTGCATTAATTCCTCCTGATGCACATACTCGTAGTCTATTATATTTT +CTTCGGATAAAATAGGAACTCCGGCTTTAATAACCCCTAAAACTGGTATTTTCACCATTT +CACTTTCATGTATCTTTTTTAAAAATTTAACATCACCCTTTAAATTAAATAAGTCAGCAT +CATCAGTTTTTTTGTCAGGAACTAAATATTCTAGAGAAACACCGAAGAAATTAGCGAATT +GTTTTAATAACCCTATTTCTGGCATTTGCTTGTCGTGCTCGTACCTACTTATAGAACTTT +TCTTTAAATGAAACATATTAGCTAATTCCTCTTGAGTCAACCCTTTTAATTTCCTTTGCT +CTTTAAATCTTTTTCCAAATGTATCCACAAATTATTACACCTCCTATGAATATTATATAA +AAAGTTGCGTAATAATAAATAAAAGTTACGTAACGAAAAACTTTTTTACAAAAAATGTTG +ACAAGTTGTTTTTGATGTAATATTATTAAAACATAAAGTTGCTTAGATGGTAACAAAAAA +GAAAATGTAGAAAAAGGTGATGCAATGACAAAAACAGCCAAAGAGTTAAAAATGTTGAGG +ATAAAACATGAAGTATCACAAGAGTACTTAGCTCAACAATTAGGTGTAACAAAAGCTTCA +TATAGCAGGAAAGAAAATGGTAAAATAACATTCTCTTTAGAAGATGTAAAGAAGCTGAAA +AAAGTATTTAAATTGACAACAGAAGAAGTAGAAAAAATTTTTTTTTAAATCAAAAGTTGT +TTTCAACTAAACTTAGTTTAACCAAAGGCGATTAATAAAAACAGAACATATTGGAGGTAA +TGAAAATGAATGGAATAATTACAATGTCGAATGAAAATATAGTAAACATGACAAGTGTAG +AAGTTGTAAATTTAATAAACAATTTTAGAGAAGAAGAAGGAAATACAATTAAAAAAGAAC +ACAAGACATTAATGAGAGATATAAGAAATGAAATTGGCGCTTTAAAAGAAGTTGGGATAA +TAAACGAGAACAATTTTGTACCCGTTAAATATATAGATGCTAAAGGTGAAGAAAGACCTT +GTTACAAAATGAACAAAGCAGGAATAATGCAGATGTTAAATAAAGAAAGTGCATTAGTAA +GATATAAAACACAACAGTATATAGAAGTATTAGAAAATAAAATAAATCAACAGCATAAGC +CTTTAACTACTATGGAACTACTAGAGTTAGAATTCAAGGCTATAAGGGAGCAAGATCAGA +AAATAAAAGAAGTTAAGCAAGAATTAGATGAATTTAAGTTAGATATACCTTTATTCCAGG +TTGAATGCAAAGAACTTCAAGCTGAGGTAAGAAAAAAAGGTACTAAATGCTTGGGTGGAT +ATAAGTCTGTAGCTTATAAAGATAACTCTTTAAGAGGCAAAGTTTACGCAGATATACAGA +GACAATTAAAAAGAGAGTTTGGAATAGAAAGATATGAAGCTATTAAAAGAAGTCAGTATG +AGGTAGCTATAAAAATAGTTTCAAACTATAAACTACCTTTAGTATTAGAAGAAGAAGTAA +AACTAAAAAATAATCAATTAGCATTTGCATAAGGGAGGATAAATAAAATGAGTAAAAAAG +TTAAAACAACAAACACAAATATGGAGATAAAATGTACTACTCATTTAGTAGTAGATATAA +ATAGCTTTAGATTTATATTCGATGAAGAAATGCCACACTGAATAACTATTTTAGATTGTA +CAAATGGAGAAGATTTCGAATCTGTAGATGAAATAAATGGTGAAAATGTCTGCTCAATAA +GAACGTTAGAAGATCTAAAAAGAGTGGCTGTTAATTGGTATTTTGATAATGTTGAAGTTG +TAGAAGAAATAGATATATAAACGTAAAGAGGAGGTACATATGAAAAAAGTAATGACAGCA +AAAGACATACAAGAAATATTAGGAATATGTGAAAAAACTGCTTACGACTTAATTAGACAA +GCTTTAGTAACAGGAAGCATGTTTAAAGTCATTAAAGTAGGTAGATTATATAAAATCCCT +TCTCAACCATTCTTTGACTGGTTGGATTCATGGGAAGGTTGTTAAAGGAGGTTATGCAAT +TGAACATACTTATACTTCAATCTTTTGTAAAAGATTTTGAACATAGAAAAGATGAATTAA +ATTTTAGATTCGATTTATTAAAAGCATATAGAAAGATGGTGAGTTAAATGGATCAACTAA +AAAAAGTAAGACAATTGAGAATTGAGGCTTACAATGAATATTTAAATTTCAAGTCTAAAA +TGGCTAATGACAGAACAATGTTTACTGAGGATAAAGAGCTATTAGTCAAAGCAGCATATG +AGAAATATAAAGAAATTGAAGCGGAGGTAGATGCAATAGAAGATATGATTGAACTTGAAA +TATTAGAAAGGGACACCATACAGAGTATGAAATGTCCCTACTAAATAAAAGCCACTGCAA +TGGCCCTTATGCAAATAGACTAATTAAATTATATCACAAATAATTTAGAAAATAAACTGG +AGGATTAAATATGGAAAAAACTATAAGTTTGTATGAATTATCTAATGATTTATTAGAGTT +AATGGATATAGAAGATTGTGAGATTAATGAAGAAGTTAAATCTCAAATAATAGAGCAGAT +AGAAACTATGATAGAAGCTAAATCAGAAAATATAATAGCAGTTATAAAAAATTATGAAGC +AACTGTAAATGCAATAAAAGAAGAAGAGAAAAGATTAGCTACTAATAGAAAAGTTATAGA +AAATAAAGTTTCAAGACTTAAGGAGTATACAAAAGAATGTTTAGAAAAAACTGGTAAAAA +GAAAGTTGAAACTAAATTAGGGAATATAAGTTTAAGAAAGAAGCCTGTATCAGTAATTAT +AGAAGATGAATCATTAGTTCCAGAACTATATAAAACAGTCAAAGAAGTAGTAACAGTTGA +TAAAAATACTATAAAAGATTTCCTTAAAAAAGGTATGGAAATAGAAGGGTGTAGACTATC +AGAAGAAGATTATAACTTAACTATAAAATAGGTGATTGTAATGGGTAAAATTATAGATTT +AATAGGGCAAAAATTTGGAAGGTTAACAGCTGTAGAATTTTCACATGCAAATAGAACGAA +ATACTATTGGAAATTTAAATGTGACTGTGGTAACGAAATAATAACAAGGGCAGATACAGT +AAAGAATGGGAGAGTTAAAAGTTGTGGTTGTTTAAATGAAGAACAACTCAGAAGTTATAA +AAATAAAGAAAAACTTTTAAGAGCTGCTAAGATGGATTGCTATAAAAACACAAAAATATG +TACGCTTAAATCAAAGTTAGGAAGTACTAATAAAAGTGGTTACAAGGGTGTTTATTGGGA +TGAAAGCCATAAAAAATGGAGAGCTCAAATTAATATACAAGGGAAACGATACCATTTAGG +TAGACATAGTAGGTTAGAAGATGCGATAAAAGCTAGGAGAGAAGCCGAAGAAAAATATTT +TAAACCATTGATAGAAGAATACGAAAATGGAGGACAAATAAATGAATAATACAGTAGTAA +AACAAAGTGCATTAACATTAGCAGAGTTTACAACAGAAACTGGACAGGTGTTAACAGCTG +ATACAGTTAAGAACTATTTAGTAAGTGGAAATGGAGCAGTAACAGATCAAGAAGTATTAA +TGTTTATAGAATTGTGTAAGGCTCAACATCTTAATCCATTTATAAGAGAAGCTTATCTTA +TCAAGTTTGGAAGTTCTCCTGCAAATATAGTAGTTGGCAAAGATGTATTTGTTAAAAGAG +CACATAGAAATCCTGATTATGAAGGTATGAGAGCTGGAATAGTTGTAGCAACAAAAGATG +GAGAAATAAAAGAAAGAGAAGGTAGTTTAAAAGCTCCAGGAGAGGAATTAATCGGTGGGT +GGTGCGAAGTATATGTTAAGAACAAAAAACATCCTATAAAGTCACTGGTTAGCTTAGAAG +AGTATAGCAAATCACAAGCAACATGGAAACAAATGCCTATGGTTATGATTAGGAAATGTG +CAATAGTAACTGCATTAAGAGAAGCATTCCCAGAAGATTTGGCAGGTATGTATGATAGTG +CAGAAATTAAAAATGTACCTGATAAATTACCAGAAAAAGAAGTAAAAGTTGGATACGCTA +CAACTGGTCAAAAACAAGGAATCATGAAGTTAGCATCAATGAAAGGTTTATATGACTATG +AGACCCCTAAGGATATAAGCAAGATGCAAGAATTTTGTGAGAGTAACGGATATTGTTTAA +AAGAACTTAAATTTGATGAAGTAGATATAATACTAGATTTACTTTTTAAATATGAACCTA +AAGAAGAAGTGGTAATAGATACAGAGTTTAAAGAAGTAGCCGAAGACGATGGACAAGTAA +CTTTAGAGGTGTAATATGCAAGTGATATACATGACAATATTAGCAGATGCTCTAGTGATA +ACTGGAGCCTGCTACTTAATAAAAAAGATATGTAGCAGATAAGAGCAGGTGAGATTATGA +GTGATAATAAAAAATACTACTATTTAAAACTTGTAGATAATTTCTATGAACGTGATGAGA +TGATAATACTCGAGAGTATGCCGGATGGATATATGTACTCAAATATACTTTTAAAACTAT +ATCTTAGAAGTTTAAAAAATAATGGTAAATTACTTTTTAATGATAGAATTCCATACAATG +CAACAATGCTAGCGAATGTAACTAGATTCCCTGTAGCGGTTGTTGAAAAAGCAATAGCTA +TTTTTAAAGAATTAGGCTTAATTGAAGTCCTAGATAATGGAGCTATTTACATGTTAGATA +TACAAAATTTTATAGGCAAAAGTAGCACAGAAGCTGATAGAAAACGACTTTATAGAAATA +AGATAGAAGAAGAAAAAAAACTCATTGGACAAATGTCTGGACAAATGTCCGACAAAACTC +CACCAGAGATAGAGATAGATATAGATATAGATATAGAGAAAGAAAAAGAAATAGATACAG +ATATAGAAAAAAGTAACTATATAGGTAGCCAAGAAAATTTAAAACAATTCAGTAAACTAT +ATGAACAAAATATAGGTCTTATAAATGGAGTTACTGGAGAATGGCTTATAGAAATATCTG +AGCAAATAGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNAACGATAGATGCTTATTTAAAAGCAAAAAGCTACTCTAA +GAATTTTAGCGAGATTAGAGCAGCTAGACAAAATTCTATTATGTTTTTAGGACAAGTAGG +TTCTGGAAAAACACACTTATCTATGGCTATAGCTAAT +>MGYG000000001_53 +ATCTCCACAATTTAATGATTTAATAACTACATTATCTACATGAGTTCTCATTTCCTTCGG +AACTCTATGCCACATTCTTTTTTTTAAATTCATTATACTTATCTAATAGTATTTCTTTTA +TTGTTATCTTCTTTTCTGCATTTGTTCTCACATCATTATTATACATCAAAACTTATCCAC +AAGACCATTTTTTATAATACCTTAGTATATAAAAAAAGTTACTCAAAAAGAGTAACTTAA +ATCTAGCCTAATAATTTAATGTTTCGTGTAAAAGTATACACTTGACATTAATACTAAGTT +TAAAACAAAAAGTATTGTAATGTACCCTTTGGCAACTGGCTGACATAGTTAATAACCTTA +GTCCCTATAGCTTTGTGTCCCTAGATTTCCCTAGGTTTACCTATTTAATTTATACATTAT +TCTACCATTTATATCATTTTTTAGCAATTAAATTATACATTTTTTGATAAATTTATTTTT +TAATCTATAACGTATTCTTTATATTCTAAATTTCACCATAAATTTAGTAGATATTAGCTA +TAATTAAACACAATATTTTTAACCATTTTTTTCCTAATAAAAAATTATTGATATGAGTAT +TTGTGTATATTATACTGTAAAAAACAAAAGATTTAGAAAGGATTAAATTTATGATAAAAA +CAATAAAACTTGAAAAGAAGGGACTAGATAATATAAAATTGCTATCTGGTGCACAATTAA +AATATATCGCCTTCTTATCTATGTTAATTGACCATGTAAACAAAGCTTTAATATATCCTA +TTTTAGATGGAGGATTACTTTTAGAAATAAGTGATTTTTTTGATGTTATTGGAAGAATTG +CATTTCCTTTATTCGCATTTTTCATTGTTGAAGGATTTTTCAAAACAAAAAGTCGAAAAA +AATATCTTGCAAACTTATTAATATTTGCAGTTATATCAGAAATACCATTTGATATGTTTT +TCTCCCGCACATTTTTTAATACAAGAGCAAACAATGTTTTATTTACTTTAGCATTATCTC +TTATAACAATATGGATTATAGACATACTAAAAAGTAAATTAAAAAATAAACCTAGTATTT +TATGGTATTTCTCATCAGTAGTATTAATTCTTATTTCATCATTTATATCTATGCAATTTG +GATTAGACTACGAGCATTACTCAATAATAATCGTCTACTTATTTTATATTTTCTATAATA +ATCTTGTTATAGGTTGTGCTCTTGGATACCTTACTTTAATTAAAACACTTTGGTCTATAC +TAGGGTTTGGTCTTGTTCTTACATATAACGGAAAACGTGGTAATCAAAATAAAATTATAA +ATTATTGGTTTTATCCTGTTCACCTTCTTATATTAGGAATATTAAGAATGTATTTTAAAA +TCTAAAAAAAGAGATTAGGCAAAACCTAATCTCTTTTTTTAGTATGTCAATTTCTTATCT +TTTAATTCAAGTATGACATCTGATTTTTTTGCTAATTCCTTGCTATGAGTGACAACAATT +ACACATTTTCCCTGTTGATGAGCATTCTTTTTTAATATTTCTATAATCTCATCTTCTGTA +TCGCTATCTAAATTTCCCGTTGGCTCATCTGCTAGTATTACTGGTGAATTTGCTGCAAGA +GTCCTTGCAATTGCAACTCTTTGTTGTTGTCCACCTGATAATTTTAATACATTTCTATTA +ATTTCATCATCCTTTAATCCCAAGTCATTCAATATTCTTTTATCAGCCTTTGAATTAACG +ATTCTTATATTTTCTAAAGGTGTCATATAATCAATTAAATTATAGTTTTGGAAAATCAAT +GAAATATTATTTTTTCTATGATTTTCATATCCCTTTGCTTTTATATCTTCATTATTATAT +AATATTTGTCCGCTACTAGGTTCATCTAGACCTGCTAATAAAGATAGTAGGGTTGTTTTT +CCTGAGCCTGAAACTCCTAAAATAGTGTAAAACTTTCCTTTTTCAAATTCTATACTTACA +TCATTTAAAACTTTTTTTCCATTTTTATATGAATAGTTAACCTTATTTAATGCTAAAATT +GACATTTGTCTTCCTCCTAGCTCATTTTTGACAATATTTCTTTTGGTTTTAATTTAATTA +TCGATCTTGAAGATATCATTACTGAAGTTATAATTATAGCTGTTCCTATTAAATAAACAT +ATGCAACTTCTTTCAATTCTACATCTACATCAATTTCATCTGCAGTTTGAGTTGCTAAAG +AACTATTTGCATCAGCTCCTAAAGAGAATCCCCCAAATCCTTGTTGAACTTCTTGTATAG +CTTGTTTGCTGGCTTGGCTAACTATTGCATTGCCCATACTTTGTGAGATTGCTTTGCTTG +AGAAGAAAGAAGCTCCAAAAGCTATAGTAGCTATAAGCAGTAATTCTATGATATATTGTG +AAATAATTTTGAACTTTGGAACTCCTACAGAAAGTAATATTCCTGTTTCATGCACTCTTC +CTTGAATCCAAAATGCTAAAACTAGTGAAAGTATTATTATACCAACTACAATCGCTCCTA +TTAAAATTATATTTATAATTTTTTCCATAGCATCAAATGATTTTGATAATGCTAAAAAAG +TATCTTCACTTTTTAATATTGTATATAAACTCCAGTCTTCTGAAATTTTATTAAGACTTG +AAATTACGTCATCTACATTTTTGCTAGTGTTATATACAGCGCTTGTATATTGAATTTGAC +CATCTGAATATCCATATAAAGTTTTTAAAGTGTTTATATCTGATATTATAAGATTTTCTG +GAATTTCTAACTGACTTCCTTCTCTTTTTGTGTTTTCACTTTCAAAGATACCTACAATTT +CAAGGTCATATTCATTTGGTGAATCACTAGTTGCTCTGTAATCTACAGTATTTTTTGTTC +CTTTTATTTTATCTCCAACTTTTAATTTATTTTTTTCAGCTAAAGCCTTGTGTATCAATA +CTTTATTTTTATCTGTTGCTACAAGGTGTCTTCCTTCTACTAGTCTTAGTGATTTGCTTG +TAAATTTAGTATCGTATTGTGTTGATGTATGTCCTTCTACTGAAAAAAGATGTTTGTATT +CTTCTTCATTGTATTGAATCATATTATTTGCAGGGTCAACACTGCTTATGTTCTTAAAGT +CCATTCCTGAACCGCCAATTATACCATCATAATTTTTTATTCCATCCACTTTAGATATTT +TATTAACTAAGCTTTCTGGAATTAGTCCATCAAAGTTTGTAGCGAGATTTGTTTGAAGTT +CAAATATGTTTGAAATACCTTTATTTGAATCTTGTCTTGCTACTGTTGCTGCTTTTTTGA +TAGAAATTCCACTTAAAACAGCTGTTGCTATACCAAATAATATAAATAACATTATAAGAC +TTTTCTTTTTCTTTCTTGTTATATATAAAATTGATCTTTTAAATGCATTCATTGTTTTCC +TCCTCTGTTTGATTTTCTAAAAATATTATAATTTGCTTATGTGAAATATTTATGAAACTT +TAAAATAAAAATTACTAAGTTTCTAAAGTGGATCCTATACAGTGGACACGATAAAAAAAC +GTGTCTACTTGTATAAGATTTATTTTTATATAAAATATTTATAAAGGAGTTGATTTTTTA +TAAGTAAAAAATATCTTCAAGTAAAGAAATTAAGGAATTATCTATAATCATATGAAATAT +GAGATTGATTGTAAAAATTGTAATACATTTGAAGAGTTGCAGATTTTAGTAGATGACTAT +ATAGATTATTATAATAATTTCAGATAACAATGGAATTTAAAAAAGCTGACTCCTATTCAA +TTTAGAAATCAGCTTTTGATGGCGTCTTAGCCATGTGTTTTTTCTTTTGTCCTTGACAAG +GGGGCCACTTTATTCAAACTTAGTAGTTTCTTATTATTTGGGTATACACATAGGTCTTTG +CGTAATTGGATCAGAAATTACTATACTATCTACTCCAAAAACATCTCTTAACATGTCTTC +ATTAAATACATCCTCTACTTCTCCTTGAGAATATATATTTCCTTGTTTCATACAAACAAG +ATTATGAGCATATCTAGCCGCATGATTTAACTCATGTATAACTATAACTATTGTTTTCTT +AGTTTTATTATTTAAATCCTTTAATAATTCTAAAATCTCTATTTGATGAGCCAAATCCAA +ATATGTTGTAGGCTCATCAAGCAAAAGAACATCTGTATCTTGAGTTAAAGCCATGGCAAT +CCACGCACGTTGCCTTTGTCCCCCTGATAAAGAATCTAACTGTCTATTTTCAAAATCTTC +AAGACCAGTTGCTCTAATTGCCCAATTAACCATTTCTTCATCTTTTTGAGACCTTGTGCC +AAATATGCTTTTATATGGATTTCTACCAAAATAGCAAAGTTCTTTTACTGTTATCCCTTC +TGGTGCTATTGGGCCTTGTGGCAATATAGCCAGCCTTTTAGCTAATTCCTTTGGTTTATA +CTCATGTATAGATACATTATCTAATAATACACTTCCTTCTTTAGGTGTTAATAATCTACT +CATACCACTAAGTAACGTTGACTTACCGCAACCATTTGCACCAATTAAGATAGTAATTTT +ACCTTTTGGTATAGATAAATTTATATTGTTAACTATTTTTTTGTCTTCATATCCTAAAAC +TAAATCTTTTATATCTAAACTCATTATTATCACTACCTTTCTAATTAGCTTTTTTTCTTA +ATAATAAATATAAGAAATATGGTGCTCCTATAATAGCTGTTACTATTCCTACTGGTATTT +CCATTGGAGATATTATAGTTCTACCTATAATATCTGAAATTACTAAAAGATTTGCACCTA +TAAGTCCACTTAGTGGAATAACTAACCTGTGTTTATATCCTACTAAAGTTTTTGCTATAT +GTGGCGCTATAAGTCCCACAAAACCTATAGTTCCACTTACACTTACGCTGCTAGCTGTAA +GTATTATTCCTATTAATAAAAGTCCAACTCTTAATAAAAGTATATTTTCTCCTAAGTTTA +TGGCTACTTTATCACCTAAAGATAAAATATCTATTTTATTAGCTAAAATTATAGCTAATG +GTACAAAGATTGCTACATAAGGAATTAATATTTGAACCTCATCCCAATATCTTCCCCATA +CACTACCTGTTAACCAAAGAAGTATTGTTTGCACATTGGCTGAATTACTTATATTCAAAT +ATTGAATACCTGCATCAAATAATGCACTCATAGCTATACCCATTATAACTATACTTGTAT +TTTTAAAATTAGTCTTTTTAGTTAGTAAATAAATAATAATACCTACCATAAGTCCGCCAA +TCATAGCTGCTATAGATATACTACTTTTTAAGTTAAGACTTATGACAAGACATGCAAAAA +AACCTGCTCCTTTTCCTATTCCTAAAACATCAGTTGAAGCTAGAGGATTTCTAAGAACAC +CTTGAAAAATAGCTCCTGCTATAGCCAAACTCATTCCCACTATCATAGCTATTAGCAATC +TAGGAATTCTATATTCAAACACAATAAAAGAATATCTAGAACTGGAGTAATTAAAAATTG +CATCAAATACATTACTTATATTTAAAGATTTACTTCCAAAGAGTAAACTTATGAAAGATA +TTACTAATAGCATTACTATGCTTATTGTAAATATCAATGTATTTTTATTTTTCACTTACT +CCACCTCTTTTCATTTCTTTATTAGCTAGGAATATATAAAATACTGCTCCTATAAATGAT +GTTACTGTTCCTACAGGTGACTCATAAGGATATTTTAAAAGCTTAGATATTATATCCGAT +AGTAAAAGTAAATTTGCACCATATATTCCACATAATATAAAGTTTTGTCTGAAGTTTCGA +CCTCCAAGTTTACTAATTATATGAGGTGTTATCAATCCAATAAAAGATATCGGGCCTGCT +ATTGCAACAGATGAACTTGATAATAAAATTACCACTATTGTAGCCACAGTCTTTGTTAAC +TTAACATTCTCACCTAAGCTAATAGCTACACTATCTCCCATTTTTAAAGTATCCATAGAA +TTAGATATTAATATCGTTAAAATTATAGATAAAATAAACCATGGTAATATAGCCATTATA +TGTATGAATTGTGCATGATGGACTCCTCCAATCATCCAAAATACTAAATCAGATGTTTTA +CTTTCATTAAATAACATTATAGACTTTGTTATAGAACTTAAAAATAGTTGTATACTTATC +CCCACTAGTGTTATTTTTAGTGGAGATAAATTCTTAACGGTTCCAATTACATGAACAAAT +AATCCTATAACTCCAGCCCCTAAAAATGCACCTAATATTTTAGCCTTATATCCTAATAAA +GGGAAAAATACCATTATTACAACTACCGATAATGTTGCTCCTGAATTTATCCCTAAAATT +TGCGGTGATGCAAGGGGATTTCTAGTTAAATTTTGCATAATTAATCCTGAAATAGCCATA +GATGCTCCTATTAATATGCAAAGTAATACACGTGGTAGTCTAACAGTTCTTATTATTAAA +TCTTGCTTGCTACCACTATAATTTATAATAGAATCAATAATTTCTTTTATTCCTATATGG +CTCATTCCAATTAAAATATCTATTAATAATAACATTGCCACTGCAAATATACCTGCAAAT +GCAAATCCTATAAATTTACTCTTTTTTACACTATCCATATGAATAACCTTCTAGTTGTCT +ATTTATTTTCTAGTTATTTAATAACCAGCCTGACATTTCTTTTGTTAATGTATTTACAGA +AATAAATCCTCTATATTGAGTCCATGGACCTCTTGCTACAGTTGTATATACTTTGTTATT +TTTAACTGCATCTAATGATTTATATAACTGAGTATTTTTCCACTGTGTATATATAGTTGT +ATCTATATCATCTCTCATATAAACAATTATGTCTGGATTTATTTCAACTAATTGTTCTAA +AGATAAAGATGCTTCTCTATCATCACTTTGAATTGCATTTTTAAAACCAGCTTTTTCTAA +AACTTGTCCTACAAATGAACTTGAAGTATGTGCTGTATATTCATCGTTCTTTGGTGATAC +AGTTAATACCTCTTCATCGGATACTTTATCTTTCGCTTTATCTTTAACATCTGATAATAC +TTTTTCAGCTTCTTCTATTTTAGCTTTTGCTACATCTTCTTTACCAACAATTTCTGCAAT +AGTTTCAAAATTTTCTATGTATTCATCATATGAAGAATCAATACTATCTAATACTATTGT +TGGTGCTATTTTGTTTAAATCTTCATATATTTCACTATGTCTGCTAGTATCTGCTATTAT +TAAATCTAAATCCATTGAACTTAATTCTTCTAAATTTGGTTCTTTACGATCACCTACTGA +TACATAATCTATTTTTTCACCATTTGTAACATCTGTTACTTTGTTAGATTCTCCATCATC +AGCTATAGCCACTGGGTCTATATCTAAATTATGAAGAGAATCTAAAAATGATAATTCAAG +TACTGCTATTTTTTTAGGCTTGCTATTTAATTTTGTAGTTCCTAATTTATGTTGTACAGT +AATTTGATTATCACTGCTATTATTTTCTTTATTTGTACTATTATTTGTAGTACATCCAAC +AAGAGCTATACTGCTTAGTATTACACTTGTTATTAATATTTTTTACTTAACTTACCTAAT +TTCATTTTTAATATAATCCTCCTACATATATTGATAATCATTATCAATTAACTCATGTTA +TCATATATTTCTTTTACAGTCAATATTCATATATAATTTTATTTTTATAGTACTAAATTT +AGTAAACATTATAAAAGCTCCTTTATTAGTAATGATAAAATTATCAAAACGTTAAGGAGC +TTTTTTAATAAGTTACATTCTTTGATGTATTTGATTATCTCTACATATTTTATCTATATA +TATATCTTTTTCTACATCTATGAATACTTTTGCTATTACTTCATAAGCCTCTGCCCATGC +ATTTAATACTTCTTCTGTTGCCACGTCCCCTAGTACTTCTTTTATTGCTAATAGTAAATT +TTTACCTACTATTGGATAATGTTCTGCTTTTACATTAGAATTTACATGAATGCTGCCTAT +TTTTTTTACTGCTGGTAATAATATTTCTAAATTATCTATATTTTGAGCTGCTGCTAATAT +TGTCATTGCTAATGCTTTTGGTTGTTCTCCAGATTCTTGTTTATCCATATTGAACATTTC +TTTTACTTCTGGGTTATTTGTAAACATTGTTTTGTAGAAAGTTTTTGTTATTTCTAGTCC +ATGCTCTTTTAACACAGGTACTGTACTTTTTACGATTTCTATTGTTTTTTGATTTAACAT +ACTTACTCTCTCCTATAATGCGTATTTTGTATAGATTTTTTATATACTAAAAATATACCC +TGCTATGTTATATATAAACATTTTTATATCCTTTTTCAATTTTAAATTGTGTTAGCACAA +TTTTCACTATTCCAACCATGATAAGAATAATAAACATAATCCAGTAAATCCAGCGATTAA +GCCATGTTGTTTCAGTGTGTGAGAAAAGATTTACCGAAAAAATATATCCATTAATTGGCT +TTGGGTAAAGTGATAAAACTATAAGTATAAAGGAAAATAAATCTACCATTCCAAATAGCA +AGTCATCAATTGTTACACCAAAATAATTTGATATTTCCTTTAATGAGTCAATACTTAGAT +ATCCCCTTCCTGATTCCCATTTTGAAATGGCAGTTCTGGACACATATAAAACCTGTGCTA +ATTCTTCCTTCGTAAATCCTCTATTTTTTCTCAACTCCTGAAACCAGTCTTCCTATTACC +ATAAATATAGAAAATAAAATTGCTGAAATACTAATAATTTTTTTAAGTGCATCGTTTTTT +AATCTATAATTAACCTAATAAATAAGTGTTGGCATTGCACTTAATACAAGAAGTGTTGTC +GATGATGGGTACGAAGCTTCCATAAATCCTTCGATTAGTATTGGTCTATAATTGATAGGA +ATCATCTCAAAAATAAGATAATACCCAATTACTATAATGTAATATATCCCCAATAATATA +ATATCACAGTCCACTTTAAAAAGACTTTTTCTCTTAATTAATTGAACAAATCCAATTCCA +CCGAATATGATACAGATAAATATTGGTACAAGTCCCAACCAATCAGTGATTGTATAGATT +GTCATATGCACACCTGTTAATTTATGAAACCAACAGTTAAATGTTGCAAAACCTATATCA +GTTCCATTTTGTCCAAGGGGCTCAACATCTACCGTCTTTATTAATAATGTCCAAATAGTA +AATGCTATCACTAACATAATTCCTAAAATTAATAATCTCTTTTCATTCTTTTTCATTTTC +CCACGTCCTTTCTTATTCTCTTTTGCCATTATGCTAATTCAAAAGTAACAAAAGGCGTGA +AAAATATAAAGAATCGCAACGTCACATGCATGACACCAATGGTATCATCCGCATAAACAC +TGATGTTTCAAAATAAAATTTGATACATCCATCTAATTTGAATTTTCTCTTACATTCATA +TTAACCCAAAACATATTTCTGTACACAATAATATGATGTACAGATTTATACTTCAACTGT +TGGTTTTAAGCTTATTTAAGATATATATAGTTAAATAAAAATATTGTATTTATTGCTTTT +TGTATTCTAATAGATTTCTTTTATAATAAAATTTCATATTGTCGTTTTATGCAGTTTTTT +ATCAAATAAAATCACAAATACTAAAATCCCTACATATTATATATCAAATAGAAGTTTACC +AAAATTTAACTTAAAATACTACTTTTTAGTAAATATATAAAAAATTTAATTAAGGAGAAT +GATTATGGATAACTATAAAGACATCATACAAATTTCTGGCTGTGAATTAGCTAGACCATA +TATAAACCGTCAAGTTTATAACAAATACTATGATTTAGATATAGCTTTGCTAAGAGGAAC +TTTATTCCCAGAACTAGATTTAGTAGAGTCAAATAATTACAACGAATGGCTATATAAAAA +TCCTAAAAATAGGGTTATGGCCAAAAAGGAGTGTAAAAAATAGTCATGAAATCAAATAAA +AAAGAACTTTTAAATAGACTTTTAGAGTATCAATTTGCTTGTATAGAATTAAATTTATAT +TTAGATAATAACCCACATGATGAAAATGCTCTAGATTCATATAACACATACTTACGTAAA +TTTATGCAAACTAAGGAAGCCTATGAATGTGAATATGGACCATTGACTAACTTTGGCTAT +GTGCCAGGCTCAAGCCCTTGGCAATGGGTATGTAATCCTTGGCCATGGGACAATGAATTC +TATAATTAGATTTATACAATATAAAGATTAATTTAATTTTTTAACACTTAAAGGAGGTCA +AGTTAATATGTGGATTTACCAAAAAACATTGGAATACCCCGTTAACATAAAAAATTCAGA +TCCAAGGATGGCTAAACTTATACTTGCTCAGCTAGGAGGACCTAATGGAGAACTTGCAGC +TGCAATTAGATATCTTCAACAAAGATATACTATGCCAACTGGAAAATCTCGTGGACTTTT +AACTGACATAGGTACAGAAGAGATGGCTCACGTTGAAATAATATCTTCTATTTTATATCA +ATTAACTCGTAAATGTACTCCTGAAGAGCTTAAGGCTGCTGGATTTGGACCAAACTATGC +AACTTTTGGACATGGACTACAACCAGTAGATGCTAATGGCGTAAATTTTACAACATCTTA +TATTAATGCCTTTGGAGATGCTGTAACTAATTTGCATGAACATATGGCTGCTGAACAAAA +AGCATTGGCAACTTATTACCAATTGCTAAATTTAACTGATGATTGTGATTTAAAAGATGT +ATTACGTTTTTTAGGCCAAAGAGAAATAGTGCATTATCAAAGATTTGGTGAGGCATTGAT +GGATATTTATGAATTTACTGAATGTAAGAAACAATTTTAGTAAGTACTAATAAAATATTT +ATAAAAAGTAAAATAAAGTGGCTGTCTCAAAATAAAAAGATAGTTCCACAAAAAGGAAGG +GATGAACTCACATAAAGTTCATCCCTTTTGTGTACACTTAAAGTATTCAAAACTTCACTT +TATATAAAAATTATTCCCAAATCTCAGAAAATTATCAATTAAAATTACCTATAGATTTGG +ATGTATTAATACCAGAGGATGATTCAGTGAGATTGCTAAGCCTAATGATGGAGGAATTAG +ATTATAAAAAATTATACGAGGCGTACTCCCAAAATGGGAGAAATCCTGCAGTTCCACCTA +AAATCCTATTCAAAATATTAATTTATGCATACATGAATGATATTTGGTCAAGTAGAAAAA +TCGAACTTGCCTGTAAAAGAGATGTAAATTTTATGTGGCTATTAGAAGGTTTTAAAGCTC +CTGATCATAATAATATTGTAAGATTTAGAACGGGAAGATTAGAGATTATACTTGATGATT +TATTTAATCAATTTATTATAAAGTTATATGAAAATAATGAACTTGAATTAAAAAATCTAT +TTATAGATGGTACAAAAATTGAGGCTAACGCCAATAAATACACTTTTGTGTGGAAAAAAA +CAGTAAGCAAAAATGAAATAAAATTAGGCGAAGCCATAAAATTATTTATTAAAAATATAA +ATGATAAATTCAATAAAAACTTTTCAATTGTTGAAAATACACTTAAATGTAAATTACTCA +ATGAAATTTTAGAATTTTTAAACTCTATAAAATTATCATCAAATATAGAATTTGTTTATG +GCAAAGGCAAGAGAAAAACAGAACTTCAAAAATTAATAGAGGAAGCCAATAAATACTTAG +AAAGACAGTCTAAATATGATTTATATAATTCTATTTTTAATGGAAGAAATAGTTTTTCTA +AGACAGATATAGATGCTACATTTATGCATATGAAAGATGATCACATGAAAAATGCTCAAT +TAAAACCTGGATATAATATTCAGATAGGAGTTGAGGGTGAATATATAGTTGGAGTTGATA +TTTCTAGTGAAAGATCAGATCAACTTACATTTATTCCATTTTTAGATAAATTAGGCGAAA +GCCTTCCGGCTAAATATGAAAATATAATAGCTGATGCTGGTTATGAAAGTGAAGAAAATT +ATGTTTATTTAGAAGAAAATAATCAAAAATCATTTATAAAACCACAAAATTATGAAAATA +CAAAGAGTAAAAAGTTTAAGAATAATATTGGTAAAAGAGAAAATATGATTTATAACAAAA +TAGCTGATACTTATACTTGTGCTAATAATAAAGAATTAAAATTTATAGCTACAACTACGA +GAAAATCAAAATCTGGATATATTTCGAAAGCTAAAATATATGAATGTGAAAATTGTAATG +ACTGTCCTATTAAATTAAAATATACAAAAGCAAAGGGTAATAAAAGGATACAAGTATCTC +CTGTATTTATAACAAAAAGAAAACAATCACAAGATAATATAACAAGTGAGTTTGGTATTT +TAACTAGAATGAATAGATCTATACAAGTTGAAGGTGCATTTGCGGTAATAAAAGAAAATC +ATAATTTTAGAAGATTTTTAACTAGAGGTAAGAAAAATGTAAAAGTAGAATTTACACTTT +TAGCACTTGCTTACAATTTAAATAAACTTCATAATAAAATTCAACAAAATAGATTAGGTG +TAACTTTTTATACAAAAGCGATAGCTTAAATATTTACATTATATGGGATATTTATAGATA +TCCTATTTTGTCATGTCCAAATATAATCTAATTTAACAAATAACGTAAAATATATTAAAT +TATCCTAGGTATAAAGTCATAAAAAAGAGTTGCCTCTTTTATGATTTTAAAATCATTTTG +AGACAACCCCTCTTTTCCTCGTTTTCGAGGGTTTGAATGGTGGAGATGATTCACAAGAAT +CATACCCACAATTAACTTATACTCAACTTTATAATAAATGCCTAATAAAACTTCACATTC +ATTTATAGCTTATTTAAAATGCTATACGTCTAGCATTACAATAAATATACTCTAGCTATA +CTAAGTATATGTATAATCTATCTGAATATATCACACTTTAGTATTAATCATTAACGAAAC +CTCTGCACCAACTTTGTCTTCTCTATTTTTTAAGATTACAAAACCACCATGCTTTTTAGC +TACGGATTCTGCAATATACAATCCCATACCATAATGTTCTCCAACTTTTCTTTCATTTGC +TTCCATATAAAATTGACTTGTGGCATTTTTGAGTCCACCCTCAGTAAATCCTCTACCAGA +ATCCCTTATAGTAAATATAAACATACCTTCCTTCTCACTTACTACAAACTCAATCTCACT +TTTTGTATGTGAATAGTCAACTGCATTTGACATTATGTTTACAATAGCTCTCATTAAGAG +TTCTTTATTCCCTATAATTATTTTTGTTTTATAACTCATCTTATTAGAAACTGCTATGCT +TTTTAATGAACACAATGCGTAAAGTTCACATTTTAATTCTTCTACAAATTTATCTATGTC +AATAGCTTCTTTAGTTTCATTTTTTTCTAAAGGTGATTTTGATATATCAATTAATATAGA +TATATATTTTTCAACTTTATCTGCATTATTAATAATGTAGTCTGTAAACTCTCTATCCTC +TTGACATAGTTGACTCTCCTTTAAAAGTTCTGCATTTCCTTTTATTATAGTTATTGGTGT +TTTTATATCATGAGCTAGCGCACATATTTGATTTTTCTTTTCCTTTTCCATATGCCACTG +CATCATTAACGATTCTTTTAAGGCTATTTTCATATTTGAAATGGAAATTAATACTTCATT +AAATTCTTTCACATCACTATTTTTCACTTCAAAATCTAAGTCTTGATTCATTATTTTCTC +AGTTGATAATTTAAGAGGATACAATTCTTTTTTTAATTTTTTACCAAACTGTATTGCTAT +GATAAGTGCTATAAATATAAATCCTGTTAAAAATACAACTATTAATAGTTTTTCTGGGTA +TGGTATTAAGTCATGCAGTATCCTTGATGTAAAGTGTGCTTTAATATCATATCCAATTAT +ACAAGTTCCATCTTTAAAGATTATTTTATCGTAAACATATTTACTGCTGAATTTTTCCCC +ATTTAAATATTTATTTATATTCTTTGTTTCATCTTCATTAGTGTTTGCTTTAACCACTTT +ATTTTTATTATCAAAAAAAATGTAATTACTTGAATAAGGTATTTTACTTGAATCAAACTT +CAAACCTTGCTTTGCTTCTAGTTTTAATTTTTCTACTTGATTTTCCATATAGTTAGCAGG +CTTTATTATATCCTTATTAACAGAAATATTAATAAAAGCTACTAATGAAAAAATCCATAT +TATGCTTAAAATACAAAAACTAATCAAGTATCCTAAAAATATCATGTACAGACTTTTTCC +TCTTTTTATATCCATTTGTATCCTATCCCCCAAACTGTTGTGATGGGGCTTTCTATATAC +TTAGTAAGCTTGGCACGTATATTTTTTATATGTTCTCTAATGCAGCTACTGTCACTATCT +TTATCAAATCCATAAACTTCTATAAAAATTTGTTCTAATGTGAAAACTTGTCCCTTGTGT +CTTGCTAAATACTCACAAATTTTATATTCACCTTTTGTAAGTAGTATTTTTTCATCATTA +AAATATATTTCTTTTGATTTCAAGTTAAATTTTAATTCATTTGTTGATAAAACTTGTTGT +TTTTCTCTATGTTCTCTTCTGAGATGAGCCTCTACTCTTGCCCTTAATTCCAAAATACTA +AAAGGCTTTTTTATATAATCATCTGCACCTATAGAAAATCCTTCTAGTATATCTTCCTCC +ATCGTTTTGGCAGTTATGAAAATTATTGGACAATCAACTTCATCTCGAATATATCTACAT +AAAGTAAATCCATCTACGGTTGGCATCATTACATCTAATAGTATTAAATCAAATTTATTA +AGTTCTTCTTTACTAATATCTATTGCATTATTTCTTACAGTAACTGCGTATCCCTGCTTT +TTCAATGCACTTTTTATCAAATTACAAATCTCAATCTCATCATCAACTACTAAAATATTT +ATACTATTCATAAATACTCCTTGCTCTAATAATTTTCTCTGTTCCCTTCCCAATGATTAC +TAAATATTAATTGTGAAATAAAAGTTATAGCTATAAATATTATCATTATAAATATACCTT +GTATTATCTCACTATTTTGAATTAATATATTTTCCTTATACAATATAAAGTAAGAAGATA +ATCTCATTGAATATGCCCAAGGTATCACTTGCCATATTCCATCTCCTAAACCAGTTAACA +TCAGTGCTGAAATAAGGCTTCCAATTATTCCAATTCCAATTGATGCACCTTTGCCAAAAT +AAAATACTACTAAATATTGTATCATATATAAAAGTATGTTACTTGAGAATACTATCAAAG +TTTCTTTATAATAAAAACTTATCTCTATAGAGTCATTTCCCATAATATAAAACATAATTC +CAAAACCTAATATTGCTATAAGTGTTGATACTAACCCTAAAATAATTATTGATATTAACT +TGCTAAAATGGGGAAGGTATTTTTTATTCGGAGTAGTTAAAAAGTATTGAAATCCTCCAC +ATTCTTCTTGTTCATATACCATATTCAATATAATAGATATTATTAAAGGAAATGACATTG +AAATAATTTGAATATATGAAATAACTTTATCCAATTCATTCCATGGAGAAACTGAATAGT +ACGATAAAAAAGGTATCATAGCTAACACTGGAATAATAAAATGCACTTTAATTATTTTTG +AATGATAAAATTTATAGAAATCTATCTTTATATAATTTATAAAACTTGGCATAGTTAAAC +CTCCTGTTTTTCAAACCATTTTGCAGTTAAATATGACGTGACAATATAAAGTGTAATAGT +TACTAATACACCTATTAATATAACTTTTATATCAAATGGATAAGCTCCAGCCTCAACAGA +TAAACCATTTGGCATAACTCTTATTACATAGCACATAAGTTTTGATGGTATCGCAAATGG +AATCCACCATATTGGTGTTAACGCTAATAGTATGCCACCAAGAAAATTGCATAAAATACT +AATAATTATAGTAAATCCAGTACTAAATTTCATGGTTAAGTACATCAGTACCGGTATTTG +CCACGAGAACGTTATAAATAATATTGTAGATGCTAATAAACTATTTTGAACTTGAATAGC +AGTTTCAAATATAAATCCCATAATTGTTATTACTACGAAAAACACTAAACAACTTAACCC +TAAATACATAGTACTGATAATAATTTTAGAATACCAAATTTTTTGTTTATCCACTATAAC +ACTAAATAATCCATTGAATTTTCTTTTCCTATCATTAGATATAATAAATGAACATATCAT +AGTAAAACTTCCTGGTAATATCAATGTATACCACCAGTTATACGCACTTTTTTGTATATA +GTATCCTCCCATTAATACAAAAGCTATTGCTATACTTACTAATGGAGCTAAATATATTAA +TTTTTTTTGAAAAGTATGCTTTTGTTTTAAGTGCTCTGATTGTAGTATTTTATTCATATT +TAGTACCTGCCTTTTTAACAACTTCTAAAAATAACTTTTCTAAATCTATATCCTCTTGAA +CCTTTTCTTGATACCAAAGTTGACCATTTGCAATTATTCCTATATAATCTGCAATTTGCT +CTACTTCAGATAAAATGTGGCTAGATATGATTACTGTTATTCCTTTTTTGGGAAATGATT +TAATTAATTCTCTTAAATCTCCTATGCCTATTGGGTCTAATCCATTGGTAGGCTCATCTA +AGATTAATAGTTTTGGATTATTTAATAAAGCTATTGCAATTCCTAGTCTTTGTTTCATTC +CCATTGAAAATTTGCCTGCTTTTTTGTTTCCTGTATTTGTAAGGTTAACAATTTCTAGAA +CGTCTTCAATTCTTGAATCTGGTAAGTTGTATAATAGTGTACGTACTTTTAGATTTTCTC +TTGCGGTTAGGTTTTCATATATTGGCGATTGCTCTATAAGTGAACCTATTTCTAATAAGT +CATTTCTTGACCATGGTTTTTCTTTGTATATTATTTCTCCTGATGTAGGATTTATCATTC +CTGTAAGCATTTTAAGTAATGTTGATTTTCCAGCTCCATTTGGGCCTAGTAATCCATATA +TTGAATTCTTTGGTACTAGTAAAGATATATCTTTATTTACTTCTTGTTTTTTATAGCTTT +TATTTAAATTTTTTGTCTGTATCATATATTTCATAAAAAACATCCCTTCTACTTTTTGAT +TTAATAAAAGTATAAAGAATGTTTATAAGGATTTTATAAGGATTAGTATTTTTTATACTA +TAAATAAAAAAACACATTGACTATTATATCAATGTGTTTTTCGTGGATTTCAATGGTGGA +GACGAAGCGCACAGAACCCCTCCTACTATTTTCCTAGATTAAATAATATTTATTATTTTA +TTACCTAACTTTTCAAATAAACATTCATCATAATATCCAATAGTTCTCATATCGTTTCCC +AAACTAGCTAAAATATAAATCTCACCTTTGCATAAATTTAGCCTACTACTAATTAAGTTT +TCTCTTATATTTATATATTGAACTTTGCCATATTTTATAATGCTAATTTTCTTTGCAAAA +ATACCGTATGAAATAGTCAATTTATCCTTACTTAAATGAATACCTCTAGTAATATAGCTC +ATATATGAAATTAATAATCCCCCTAAAAATACTACTAAATCTGAAACTAATATAAATACT +GGTGATATTTCATAATCTAGTCTAGAAACAGAATATAATCCTATACCTAAAATAATTATG +CATATTATAAGGTTAATAAATCTGATTATAAGGCTCTTTTTAGGTTCTTTTTGTAAAATC +ATAATCCTCTCCTAAACTAAGTTCTGGAAGTAATATTTTTATATTTTTCATAAAATCTTC +TTTATTACTGGATAGTAATATCTGAGAACCTTCAGCCACATTATCGCCAACACCTATAGT +TACTATATCTACACTATACCTTTTAAATATCCTAGATATTACTGGCTGCTTAATATTAAT +AGCATTTATCCTATTTATAGGAACAGTATATTTTCTTTTCTTAAACATACCATAGCTTAT +GTATAAATTATCTTCTAATCTTTTTATAGAAAACTTATAATACTTAAAGAAATCACCTAA +AATAAGTTGTAATATATAAATTACATACCCAAGAATTAATAATCCTATTCCTAGTATTCC +ATCTAAGTTTTTTATTTCTTCTGAAATAAATATTGTGAACAAGATAATAGCTAGATTGAA +AATAATCGCTCCTGTTGATAAATTATAAAAACAGTGATTTACTACATCCTTATTAGAATA +AACTAAATCATATTCTATATTTTCATCTTCTTTAAAATCTAGTGCTGCATCAAAACTTTC +TTCTTTATCCATAATCGCCATAATATTTCTTTTAAATTCATGAGCTTTTTCTTTAGAAAG +AACTATCTCAATATCTGTATCATTAGCTATAGATAAACTATCCGTATCAATTTTAACTTT +ATATGTACCAATTATACGCTCAAAAATATTTTGCTCTAGATTAATATTTGAAATATTTTT +AATTCCATAAGTATTTTCCTTAGATATGATTGTATTTCTTTTAATAATAATCGTATTTTC +TTCAATACTTATAGAAGTCTTAGACCAGATTAATATATTATATATTATTATAAAAGATAA +TAATCCCAAAATTCCAATTGTTATTAATTCATTTTGTATATGTCCACCTTTGGTAAGTAT +TTCTGTTACATCATCTAAATTAGGTAAAATTAATATTATAAAAAATGTAATTATCCCACT +TAAATTTTCAAGTATAATACTAGGATGACATCTAAACTTCTCTTTCATAAATACCTCCTA +GAATTATAAAGTATCAATATTTTCTGGTCTTGATTTTATAGCTATTTCGTTTATCTTTTC +CTTAAGAGAATTCGCTATGATCTCAGATTTATCATCTTCTAAAAATCTAATAACTACATC +TCCACCAGCAGTAGTAACAATAACTTTTCCTAATTTAAAAATTCTATCTATAGGTCATTT +TTCTATGGCAATTTTGTGAAGTCTTTCAATAGGAACTATACTTCTTTTTATAAATAAGAA +CCCTTCTTTTACACCTATAGAATCTTCAGTAATTGAATATCTATATCTTTGGTATCTTAC +TTTCGGTGATATCAATAAATATAGAATATCAAGTACAACTGCTCCTATCATTATCATTTT +TATAATCTTTGGTAGCCTATCTTTAAAGATTAAATAAACTACAAATAAAATACTTGTTAC +AATTAAAACTTGTACTAATGTTGCTACAAACATACACCCTATAGAACTTTTGCTTATTTT +TTCGTGCTTCATATTCTTTCTCCCTTTAATTTGAATTAAAATACCACTTTGCATTCATTA +TTTACCTTAATTATATCATATATAATTCTTCATCTATTTATTAGTAGATTCTATTATCGG +TATATCCCTTTTGTAATCCTTGCCAAATGTAATTTAATAATATATAATTGCTATGATATT +TAATTATATGTAAATACGCTAAGGAGGTATATTTATGACTGATATTAAAAACCTACCTGA +ATGTCCTGTAGAAACAACATTAAAGTTAATAGGTAATAAATGGAAAGTATTAATTATTAG +AGATTTACTTACTGGTACAAAACGCTTCAATGAATTGATGAAATCTTTAGATGGAATTAG +TCAAAAAGTTTTAACTAGTAATTTACGTTCCATGGAAAATGATGGTATTATAAATCGAAA +GGTATATCCAGAAGTTCCACCCAAAGTAGAGTATACACTTACTGAAACAGGTTATAGCCT +TCAGCCTGTTCTTCACTCAATGATAATATGGGGAACAGAATATAAAAATAATTTAGGTTA +AATTAAAATCTACTCAAGAATAAATTTTCACCTGGTGGATTTTTAATTTTATTGATTAAT +ATAACTTACTTCTCTCTCAATAAGCTTCTCTACAAATTTATTAGCTGGACTTTTTAATAT +TTCATCAGGTGTACCAAGTTGTTGAATATTACCTTTATCCATAACTAATACTTTACTTCC +TAATTTTAATGCTTCTCTAATATCATGGGTGATAAAAATTATAGTAATATTAGCTTCTTT +TTGTATTCTTATAATTTCATCTTGTAAGCTTGAACGAGTAATCTCGTCTACTGCACCAAA +TGGCTCATCCATTAATAATATATCTGGAGATGCAGCAAGTGCTCTAGCAATACCAACTCT +TTGCTGTTGTCCACCACTTAATTCATTTGGATATCCTTTTAATAATTCTTCATCTAATCT +AACAATTTTCATCCATTTCTTTACTGCTATTTTAGTTTTATTTTTGTCTCTTTTATTCCA +AAGATTTGGCACATAAGATATATTTTCTTCCACAGTCATATGTAGAAACAAAACACTGCC +CTGAATTGCATATCCTATATTTCTTCTTAATTCAATAAGGTTTACTTCTTGAGTACATTT +TCCATGGACAAGCACTTGCCCTTTATCCGGAATAATTAGACCATTTACCATTTTCAATAA +GGTAGTTTTTCCACATCCAGAACTTCCTACTACTGTTAAAAACTCGCCTTGTTCTATTGA +TAAATTAAAATTTTCTAAAATTATCTTTTCTCCATACTCTTTTTTTATATGATAGATTGT +CAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTTATA +TCCAAGACAC +>MGYG000000001_54 +TTGTAGCATTAAGTGAGTAATATAAGTTAATAGCTATAATTATGGTATTTAAATTGAATC +TATGTCCAGAAAATACAGTTTTACCATTTAGTTTTTCAGATGATGGATCATCTATAGCTG +TAGGTATAAGTTGTTTAATAGTATGATTACACTTTTTGTTATTACATTTAAAGCTAACAT +GGTACTTGTATTTATGGTGAAGGTACATACCTTTTCCACATACAGGACATTTAACCGTAG +GTTTCAATTTTCTCGACTCCTTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTA +ATCCCTATCGGGGTCGAGATTCAAATATAAATAAGTTAACAAAACGGCGATTATATTTAG +GAGGAAAAGTAATGAAAGGAATTAGGAATTTACTTAAACCAGCTATATTTTTAATAGTAG +GTTTTTTAGTTATTTTCTCTATGAAATCTAATAATATATTTAGACTCCAGGATAAAATAA +AGACAAGCCTAGAAGAGGGATTAAAAGTTGTAAAAATAACAGAAGAAAGATCAGTTATAA +AAGAGAAAAGAGTAGTTATTGATGCAAGGATTCCCAAAATTCACTATGAAGATGATACTG +TAGAAAGATACATAAACTCATATGTAAGAAAAAATATAAATGAATTTATAAATCAACAAA +TACAATTAAGTGATATTAATAATAATGGATATAAAGAAGATATAGAGATAAATTATCAAA +TTGTTTATGAAGATGAAAGTTTAATTAATCTTATAATTTATAAGAGTACAAAATGGGGTA +GAAAAGAATTTAAATTAGAAAAAGACAGCTATGTTTTTGATTTAAAAACAGGACAAAGAA +TATATTTAGATAACTTTCTCAAAGAAAATGAAGACTATAAGGATGTAATAGAAAAGTATA +TATTTTCTAATTTAAAAAATAGTAATTCTAATGAGTATAAGAACAAGATTAATATAGAGA +AAGATACAAATTATTATATTAGTGATGGTGGAATAAATATATATTTTAACCCTTATAAAG +AAAGTAAGAGTAATGATAAATATGAATTTAAAATACCATATGATATTTTTAAAATTAAAA +TAAAAATGGTAAAGACTGATGATATAGTAGCTAATATAGATACCCAGACAATAAATAAAA +AAGATAAGTATATAAATAGCGTAATTAATATACCTATAGTAATGACTGAAAATAAACAAA +TAGAAAAATCTATAAATGATAAAATAAGAAATGATATTATGGACTTTTATAATAAATCAC +AAGAAGAAGCCAAAAAATTTTTAAAAGACTTTCCAGAGGATGAAGGTAAGTTTGTTGCAA +ATACTAATTTTGAAATAAAGAAAAATAGCAATAATATGCTGAGTATTTTAGTTACATATT +ATAAGTATAGTGGTGGAGCACATGGAGATTATAACAATATAGCATATAATATATATATGA +AAAATGGTGAATTTTTAAATTTAAGTGACTTATTTAAAGATGAGGTTAATTATAAAGAAG +TTATTAATAATGAAATAAGAAAACAAATTGAGGATATGGCCCAAAAAGACAAAGAAAATG +CAGGTGTGTATCAATTTACAACAATAAGTGATAATCAAAAATTTTACATTCAAGATGATA +ATATAGTAATATTTTTTGATTTATATGAAATAGCACCATATGCTGCTGGGATACCAGAAT +TTAAGATAAATATAAAGAGTCTTAACCATATTTTAAAAGACGATTATGTAAGTATATTTA +AATAATAAATGTTTAAAAATATCACATAGATATCATAGGATTAGTATAAAAAATAATTTA +TGAAATATAAAAATAGAGTATGGAATATAAATTCATACTCTACTTTTATATAACTATTTA +TATTAGATTGTTGGATTCAAAGATGCAATCTTAGTGACAGCAACATAAACTCTTGATATT +TCATACCAAGTTTTAAAATCAACAACTCCTGTTTGAGGTAAACCAAAAATACTTTGAAAT +GTTCTTACTGCCTCAGCTGTACTTTCACCATATATACCATCTTCTCTAACTTTAGGTATA +GCAGGATAAGATCTAGAAATAGCATTAAGTTGATTTTGTATTGTTTTTACATATTTATTA +TTTGAACCGACTTGTAAAGTTTCATTAGGATAGGATACTGGTACTCCACTTACAACTGGA +GCTTTTTCAAACACTATTTCATCACCATAAAAATATCTTAATATACCTTCATAATCATAT +CCTTGATCTCCTAAATCTTTACTTCCCCATTGGGTCATTTGATTAGGACATTGGGATTTC +TGACCATCACAATATTGAGCTAAAAGAGGCTGTCTTGCAGTTGGAGGTCTTTTTATAAAT +GTGTTAAATATATCATCCACAGCTACATTGATAGTATCAAATAAGTTTCTATTATTTATA +AATTTATGATCATATGCAGTAGATGATGTTATTGTAAAGTTATATCCTTTACTTCTATAC +CATTCTGTATATACTCTATTTAAGGTAAAAGAAATTATAGCTATTATATTTGCATATATC +GTCTGAGTTGGCCATGTAGAATAAATCTCAGAAGAAGCAACATTTTTTATATATTCTTTG +AATGGAACCCAATAGTTCTGAGCAGAGCTATTCTCAGGAAGACCATCATGAACAACTATA +AATTCAGGAACTACAGGATTATCTAGAACAACGAAGCCTGTAGGAGCAGGTAATGGTTTC +AAATCACTTTCTGGTATTTTTGGGGGGAAATCACCCCAAAGTGTATTAGGAGGAATATCA +AAGACAACTTCATTTTGTCTAGAATATGATCCTCTCCTTCTTTGACGCTGGTTAAGAGGA +ACACCTTGTCGCGCTTCTATAGTAGGAAATAATTGTGTTCCATTTATAATTACGGTATCA +TATCCATCTGCTATAACTTCTACAGTATATACACTATAAGGCTTAACATCAGAAGGTGCC +TGAGAATAAGCAATATCAGGAGCTGGCAAGGTTAAGTTGGTTACCTGGCCAGAAATATTA +CTTTTTAAATTACTGTAGACTGTAGTTGAACTTTCACCGCTCTCAGTAGGATTAGTATAT +ATATTTACTGTAGCTCCCTCGATTGGACGATTAGTGTTCGAATCAATTACACTTACTGTT +AAAAAACCATCTTGCATAAAATCACCCTTTCTCTAGAGAATTTTAAGCTCTATTATATTC +TATTTTATGAAGTTGAATCTTATTTTGTTAAGGAAATGGAAATAATAATAGGTAAAATAT +AAAGAAAGAGGATGTATAATGAAAATAAAGATACTTATATTAGCTATATCACCAATAGTA +GCGTTTCTATTTTGGATATATTTAAAAGATAAATATGATAAGGAACCTATACATATATTA +ATTAAATATTTTGCTTTAGGAATTTTGACTAGCGTATTAGGAATTATTGTGGAAAGATTT +TTAATTAATATAAATATATTAGATGGAATGAATTTAATTATATATACGTCTTTTATAGTA +GCAGGACTAACTGAAGAATCTTTAAAAGCACTTATGCTAATACCTAACTTATTGAAGGAA +GAATATTGTAACGAAAAGCTAGATTGCATAATCTATTCTGTATTTCTATCTCTAGGATTT +GCAACAGTGGAAAATTTGATTTACATATTATATGAAAGTAATGAACTAGTTCTACAAGTT +AGCTTAAGTAGAGCAATCATATCTATACCTGCTCATATAATGTTTGCTATAACTATGGGT +TATTATGTAGGTAAATATAAATTTGAAGAAAATAAGTTTAAAAGAAGAGAATATCTGATT +ATGTCTGTATTAGTGCCAATATTACTTCATGGAATTTTTGACTTTATATTAATCGTAAAA +TTTAGATGGTCTATTGTGGTTTTTATAGTTTATATTATATTTTTATGGAAAATTAACTTA +GATAAGTTAGATAAATATATGGAGATTTCTAAAATAAGATTTTTAAGATATATAAAACGT +AGGCAAAGAAAATAAAATAAATGAAGAACAATGAAAAATTTAAAAATTGAGAAGAAATAA +ATAATATAAAAATCATAATAAAAAAGAATTGCGGATAAATAACTAATAAAATATATATCC +ATGATTAATACTAAAATAGTATAAGGTATTTTAGGAGGTATTATTATGGGACCTTTAAAT +AAAGAACAAGAATATGTCATATCAAAATTTCTAGAAAGATATGATTATGGTGGGGTTTTA +GAGATATTAGAAGAGAGTGGAATAGAGGATGGTGACTTATATTTATTAATTAAGTCTTGT +AAATATGCAGTTAATTTTGATTTTAGAAGTGCTTTAAAAATTATGCAGTCTATGGAATTC +CAATCAATATCAAGAGGAGATGTACAATCTTTAGTTACAAATTTAGAAAATCTAATAGAA +GGCGAACCAGAAGATTTAATGTCAGAATTAATAGCAAATATAAAAATTCAGATTGTTAAT +GAGGAGTATATAGATTTTTTAGGAAGATTATATAGATTAAAAGAAGCTTTATTTAAATAT +ATTTTTGTAAATACAAAAGAAAATAAAAAATATAAGGTATGTATGCACGGTAAGATGGTA +TCTAAGAAAAATATTCAATATACTTTAAAAAAGAAGTATAATATATATAATGGAAATTTA +ATCCATGGGGTAACTAACTATATAAATAGATATGTAAAACATACAAAGAGAATGGAGAAG +GTTCTTGAAATTTTAAATGGGGATAAACTAGAAAATTTAATAAAGCTTAGAAATGATAGT +CTTGTTGGTCATGGATTTAAAGGAGTAAGTAAAGAGGATATTGAATATATATATGGAAAT +CCAATGGAAGTTACCAAGGACTTAGTAAAGGCTTGTGAACTCCTTGATTTAGGCATAAAT +ATAGATAAGTATGACCATATTAATGAGATAGCAATACAATTAATCGGAAACTATGCCAAT +TATTAGTTTAAAATTGTGTTTTAGGGGAGATGTTATGGGTGGTAGAGAAAATGAAAAATG +TAGCCTTTGAATGGGTTAAAGTAATTTTAGCAGCCATTGTAATTGCATTTATTATTACTC +AATTTATAAGGCCTACTTTAGTAAGAGGAGAATCTATGTATCCAACACTAGAAGAGAATG +ACTATTTAATAATAAGCAAGGTTTCTTACAAAGTAAAAAATCCTAAGTTTGGAGATATTA +TAGTTTTTAAGACTGATTTACTTCAGGAAGATGGGACTCATAAGGATTTAGTAAAAAGAG +TAATAGCAACTGAAGGAGATCATTTAGTTATTAAAGATTTTAAGGTGTACGTAAATGAAA +AACTAGTAGAGGAACCATACATCAATGGGCAGTATACCACTGGAGATATAGATATTATAA +TCCCAGAAAATAAGATATTTGCTATGGGGGACAATAGAGAAAAAAGTCTAGATAGTAGAT +ATGAAGAGGTAGGCCTTATAGAAAAAAATGATGTAATTGGTAAGGTAACTGTAAGATTAT +ACCCTTTTGATAGGATAGGTTTTGTAGATTAAATATACATTATAGTATAAATAAATGACA +TAGGAGAGAGCAAATGAGTGATAAACTAAAAAAAGAAATAATTGATTGGGTAAAAACTAT +AGCAATATCATTAGTACTAGCTTTTTTAATAGTTCAGGTAATAAAGCCTACAATTGTTAG +TGGGGAGTCAATGTATCCAACTTTAAATAATAAAGACTATTTAATACTAAATAGATTATC +TTATAAGTTTGGAGATATAAAAAGAGGAGATATTATAGTATTTAAAACAGATCTAAAACA +AGATAATGGAAAAGAAAAAGATTTAATAAAAAGGGTTATAGCAATTCCAGGAGATCATTT +AGTAATAATGGATTCTCAAGTATATTTAAATGATAAATTAATAGAGGAGCCCTATATAGA +TAATGCATATACATCTGGAGATATAGATATAGTTATCCCAGATGGTGAAGTATTTGTTAT +GGGAGATAATAGAGAAAATAGTAAAGATTCTAGATCAGAAGATGTAGGATTAGTAAATGA +AAGTGATATCTTAGGAGAAGTTATGATAAGATTACTTCCTTTAAATAAAATTGGTTCTGT +AGATTAGGTGATATGATGAAGGTGGGTATATCGGCCCTTTTATTTAATATGGAAGAGGCT +ATAGAAATCTGTAAATCAGAAAAAAGTATAAAACATATAGAAATAGGAATTGATAACTTA +GAAGAATGTGAAAAGTTACTAAGGTATAAGAAAGATTTTGAAGAGTTAAATTTGTCTATT +GGTATTCATTTACCTATGGAACTTAATACTTGCGAAAATATAATTTATATCAGAAATTCA +TGGATAAGTTTTATAAATGAAATTAATAAACAATTAAGCACCTTAAACATAGAATATTTT +AATATGCATTTAGGATATGCGATTACTAGTAGGTTAAATAATAATAGAAATAAGTATTTA +AAGAATACTGTGGAATTTTTAAATGATAACTGCTTAGATTCAAATATTGTTATATCTATA +GAGAACACATACTCAAAAAGAGGTGATTTCTCAAATATTGGAAATAATGTTAAAGATTTT +GAGTATATATTTAATAATACAATAAGAAAAAAAATATGCTTTTGCTATGATACAGGGCAT +TTTTTAATAAATAAAGATGATTATATAGATAAGTTAAGTGAAAAAATAAAAATAGTTCAT +TTGAGTGACAATGATGGTACTATAGACAGCCACATTGGTATAGGAAAAGGAATATTATGT +ATGAATCATATAAAAAAAATTTTAGAATATAATCCTGAATACTTAGTTTTAGAGATAGAT +TACAAGGATATAAAAGACACTTTAGTAAATTTAAAAAGCTTATAAAAGAGGTATACATAC +CTCTTTTTCCTATATAAGTAGAGGAAAGGAGAAAGGACTATGAGGAATTTAGAATTAAAT +GTAAATGGAGAGATAAAAAAATACTGTATAGATAAGAATCCTGAAGGTATAAAGTTAGAA +GAAATAGCAAGAGATATTGAAGAAAGTTCTGATGGAATTATAACCTTAGGAATTATAAAG +AACAAATTAAGAGAATTAAGTCATGTAGTAAAAGAAGATTGTAGTATAAAATTTTTAGAT +ACCACAGATTTGGATGGATATAGAGTATATGCTAGAGTTTTGAATTTTATATTTATGATG +GCCTGTGATGACCTTTTTAAGGATGTAAGGGTTACTGTGGAGCACTCTCTATCTGGTGGA +TTGTATTGTGAGGTTCATATTGATAGAGATTTAAATGAAGAAGATATAAAAAATATAAAA +TGTAAAATGAAAGAAATAATAAAAAATAATTATAAAATAGAAAAAATAAGTACTACAAGA +GCAGAAGCTATTTCAATATTTAAAGAGCATAAAATGATAGAAAAAGCAGAACTATTAAGA +TATAAAGAATATAATGATGTAAAAATATATAAGTGCAATAATTATATAGATCATTTTTAT +GGATACATGTTACCTTCAACGGGATATATAAAAACTTTTGATTTAAAGTTATATAAAAAT +GGAGTTATACTTTTTGGACCGAGTAAATTGTATAAGAATATACCAAGAGAATTTAAGCCT +CAGCCTAAATTATCTAATATATATCGTGAATCAGAAATATGGTCAAATTTAATAGGTGTA +GATAAAGTTTTAACTTTAAATAAAATTATAGAAAACAAAGAGTATGGAGATGTGATAAGA +ACAGTAGAAGCATTACATGAAAAAAAGCTTTCTCAAATTGCTGATATAATTAAAGAACAG +AAAAAAAGGATTATATTAATAGCAGCACCTTCATCATCAGGAAAAACAAGTTTTGCCCAT +AGATTATGTATTCACCTTAGAGTAAATAACCTGAATCCTGTATCTATATCTTTAGATGAT +TATTTTGTAGATAGAGAGCGCACTCCAGTAGATGAATTCGGAAACTATGATTTTGAATCT +ATCTATGCAATAAATTTAGAACAATTTAATAGAGATTTAAAAGATTTATTAGATGGAAAA +GAAATATCTCTACCAAAATTTGATTTTAAACAAGGGAAGCAGATTAATAGTAATAAAAAA +TTAAAAATAGATAGCAATCAGCCAATAATATTAGAAGGGATACACGGATTAAATCCATTG +TTAACATCTTCTATACCTAATGATGAAAAGTTTAAAATATATTTAAGTGCGCTTACTCAA +ATAAACTTAGATGACCATAATAGAATACCAACAACAGATTTAAGGTTAATTAGAAGGATA +GTAAGAGATTATAACTTTAGAGGTTATAGCGCAGAGACAACTATTATTAACTGGAATTCA +GTAAGAAGAGGAGAAGAAAAAAATATCTTCCCTTATCAAGAAGAAGCTGATGTTATATTC +AATTCAGCTTGTTTATATGAACTAGCGGTTTTAAAAAAATATGTAACTCCATTATTAGAA +AGTATTAAGGATAATAGTAGAGCATATATAGAGTCTAATAGACTATTAAAATTCCTACAG +TACTTTGTAGCGCTAGAGGATACATCGGATATACCATCAACATCTATATTAAGAGAATTT +ATTGGTGGTAGTAAAATTGTAGATTAAATAAGATTAGGCACGAATATAAAATTTTATGTT +ATTCAACTTAGAGTGTTGTAGATGGCATAAGTTTATATTTGTGCCTTGTTATTTAATATT +ATATAATTTTCTTTTAACGCATATAATTTTTGTATTATAATATACAATATATAATAGTAG +ATAAAGTTACGGAAGTTGTTAGCACAAAGGAGGATTTTATAGACATATGGAAAATTTATT +AAATAACATAATTAAATCAAATAAAAAATATACAAATTTTGGCCAGGTTGCAAGTTATAT +CCCAGAATTAAAAAATGCAAATGCAGAAGATCTAGGAATTTGTATAATAGATAAAGATAA +TAATATTTATTATGCAGGAGATTATAAAAAGAAATTTACGATACAAAGTGTTTCTAAAAC +TATTATATTAGCTATGGCATTAATGGATAATGATTGGGCTTATGTATTTTCAAAGGTAGG +AATGGAGCCAAGTGGAGACCCTTTTAATTCAATTATGAAATTAGAAACAGACGACACTAA +AAAGCCTTGTAATCCAATGATAAATGCAGGAGCCATAGTAACAACATCATTAATTAAAGG +TACTACACTAAAAGAGAAAGAAGAAAGAATGTTAGCTTTCTTTAGAAAAATAGCTAAAAA +TGATAATATAAAAATAAATCAAGCTGTATATGAATCTGAAAAACTAACAGGTGATAGAAA +TCGAGCGATGGCTTATTTATTAAAAAATGATGGTGTGATAAATGGAGATGTAGAGGAAAT +TCTTGATTTATACTTTAAACAATGTTCTATAGAAATTGACTGTGTAGATTTAGCTAGAAT +AGGTCTTATATTTGCAAATTATGGTATAGATATAGAAACAGGTGAACGTGTAATAAGTGA +AAATGTATCCAGAATGGTAAAAACATTTATGGTTACTTGTGGAATGTACGATGCATCTGG +GGAATTTGCAATAAAAGTTGGAATACCTGCAAAGTCTGGTGTAGGAGGAGGAATTATGGC +ATCTGTACCGAGAAAAATGGGTATAGGAGTTTACGGGCCTTCACTAGATAAAAAAGGAAA +TAGTATAGCTGGAATTAAGGTATTAGAAGATTTAGCAAAACAGTTAGAGTTAAGTATATT +TTAATATAGAGAATTTTTTGACGATTATATACACTTCATATATAATTAAAATATAATAAA +ATAATTTTTTTTAGGGGTGGGGGAATGAAAGAGTTACTTGTGCTACGAGACTTAGAATGT +ATAAAGGCTATTGCACATCCTCGTAGAATAGACATTCTAAAATCATTTGAAAAAGAGCCG +CTATCAGCGAAGCAATTGTCACAAATGTTAGATGAGCCTCATGCAAAAATCAACTATCAT +ATAAAAACTTTATACAAAGTTGGAATACTTGAATTAGTAGAAGAAAAGATAAAGTCCGGG +ATCGTTGAAAAATACTATTACCCAACTGCTAAAAACATAATAGTGGGTAAAAAAGTCATT +AATTTTTCATTAGATAACTTAGATGATGGTGAAAAGAAAGATATATGTATATCTAAATTT +GAAAATATGAGTGAACTTTTTTATAAGGCAGCAGAAGATGAAGTACTTCAACCAAATAAT +GTTATAGAATATAGTGATATTTCATTTACAGAAAGTGAAATTAATGAGATTAATGAAGCT +ATTAAAATAAAAGTAAATGAAATATTAGATAAAAAGTGTGAAAGCGAATCAGATATAGGG +TATAATATAGCATTAGTTAGTATACCTATATTGCAAAAAGAAGAGTATAATTTATAATAA +GTATCAACATTAGTTGATACTTATTTTTTTGGGTATAATTAAATTATACAATATTAAGTT +TATTAAACATAAGGAGGAGCGACATGCTTATAATAGGACCGCATATTTCAATTGCAAAAG +GTTTTGCAAAAGCTGCACAATCGGCTGTAGATATGAATGCAAATACTTTTCAATTTTTTA +CTAGAAATCCAAGGGGAGGAAATGCAAAAGACTTTGATGAAAAAGATATAGCAAAATTTC +AAAAAATAAGAGAAGAAAATAACTTTGGACCTCTTTTAGCTCATGCACCATATACTATGA +ATTTAGGCGGAGCAAAGGATGATGTATATGAATTTGCAAGGAGAGTAATAAAAGAAGATA +TAGAAAGAATGGATTCAATTGGAGTTGAGTACATGTGTTTTCATCCAGGAAGCCATGTAG +GTGGAGGAATAGACTTTGGTATAGAAAGAATAATCAAAGGTTTAAATGAAGGAATTAAAG +GCAATGAAAACATAACGATACTTTTAGAAACTATGTCAGGAAAAGGAACTGAAATAGGAT +TTGAATTTGAACAATTAAAAAGAATAATTGATGGAGTTGAACATAATGAAAAAATAGGGG +TATGTTTAGATACTTGTCATATATTCTCTGCAGGGTATGATATAGTAAATGATTTAGAAA +ATGTATTAGAAGGATTTGATAAAATAATTGGATTAGATAGACTTAAAGCAGTTCATTTAA +ATGATAGTTTAATGCCATTTGGTGACAAAAAGGATAGACACGCTCCATTAGGAGAAGGGA +AAATTGGTTTAGAAGCAATAGTTAACTTTATGACTCATCCTAAATTAAAAGATTTACCAT +TCTTTTTAGAAACTCCTTTTGATGAAGAAGGTCACAAGAGAGAGATAAAAATGATAAGAG +AAATACTGACTAATAATTAAGACTAATATATAATAGATATATAATTTTAAAAGAGAGGCG +GGGTTTAAATGAGACATTTAGGAAATACTAATATGAAAATAAAACGAGTTGGGTTTGGGG +GAATACCAATACAAAGGATAACTCAAGAAGATACTAATCTAGTTATTGATGAGTTAGAGA +AAAATAATATAAACTTCATAGATACAGCTAGAGGATATACTATAAGTGAAGAATACATAG +GGAATGCCCTAAGAGGAAGACGAGATAAGTTTTTTATTGCAACTAAAAGTATGTCTAGAG +ATTATGAAAGTATGAAGAAGGATATAGAAATTAGTTTAAGTAATCTTCAAACTGAATATA +TTGACCTATATCAGCTACACAATGTTAAGCTAGAAGAATATAAGACTATATTTGAAAATG +ATAAGGCAATGAGAGCATTATTAGAGGCTCAAAAAGAAGGTAAGATAAAATACATAGGAA +TAACTAGTCATAGTTTAGACACAATAGAACAAGCAGTAGAAGATGAAAGGTTTGACACTA +TACAGTTCCCATATAATATTGTTGAAGGTCAAGCCGATGAAGTATTTAGAAAAGCAAATG +AAAAAGGGATTGGTATAATAGTTATGAAGCCATTAGCTGGAGGTGCTTTAGATGATGCAA +CTTTAGCTATAAAATATATATTATCAAAAGATTACATTGACGTAGTTATACCAGGTATGG +ATAGTATTGATCAAGTTCAACAAAATGTTAATGTATTAAATAATTTAGAATTAACAGAAG +ATGATAATAAGAAAATAGAAGAGATAAGAACTACTTTAGGTGGTAAATTCTGTAGAAGAT +GTGAGTATTGTTTACCATGTCCGGTAGGTGTAAATATACCTCAAAACTTTTTATTAGAAG +GTTATTATACGAGATATAATCTAAAGGAATGGTCAAAAGAGAGATACGATGGGTTACAAG +GGAAAGCTATTGACTGTGTTAAGTGTGGAAAATGCGAAACAAAATGTCCATATGACCTTC +CAATAATAGAAATGCTAGAAAATGTATGTGAAAAGTTAGGTTAAATTAAACAAAGGGGAG +TGTATCAAATAATATATATAGATAACTTTGACACATACCCCTTTTAATTTTGCTCTATTC +TTTTTTTGATATAGAGTAAGAAACTTCGTATTCAGCTACTGGATAAAGTTCGATTTCAAC +TCTAGGGTTTTCTTTATCTATGAAATCAAAAAGTAGTACGGGTTTTAGTTGTTTATCATT +TTTTATTATTCCACTTTTTTCTATCCCGTCACAGATACTTTTAGGATAGTTATGTAAATC +TCCCATACGTTTATTTGGGAAATACAACTTTAGAACTGTTATTAAATCTTCTTCGATGGT +TTCGCCGAAATATTGTTGATTTATATAACCAGCAATCATATTCTCATAAGCTAAATATTT +AGAGTGTTTACCAGTTGAAGGCATCCATGCTTGACCGTGTATATTATGAAGTTTAAAATT +TGATTTACTTATAGGTCTACCTGGTATTGTTAATTTAATCAAAGTATCACATCCTTACGA +TTAGTAATTATAAATGTAATCGTAAATTAATGAAAGGAGGATTTTATGAATAATGAAAAA +TTAAAGAGTTTTTGCAGAGATATAGGATTAAAATGTGTTGGGATTGCAGGCGTTGGTCCT +TATGATAACTTAGAAAAAATAATAAAAAATAAATTATCTAACGGTCACTTTACAGGAATG +GAAGAAGAAATAATAGAAAAAAGAGTAAATCCTAAACTTATTATGGAAAATGCTAAATCA +ATAATTGTATGCGCATTTCCATATTATACAGGAGAATGCGAGGATTCTAATTTATCTAAG +TATTGTTATGGAAAAGATTATCACTTAGTTGCGAAGGATTATTTACAAAAAATATGTGAT +TACTTATCTGAAGAGATAAATAACTTTGAATATAAATACTTTGTTGATAACGGTCCACTA +GTAGATAGACACTTAGCATACTTAGCTGGAATTGGATATTTTGGAATAAATAATAATATA +ATAACAGATGAATATGGTTCATATATTTTTATAGGATATATAGTAAATAATTATGAATTT +TATGTAGATGAACCATTGCCTAAAACCTGTATAAAATGCAATAAATGTGTAAAATATTGT +CCGGGAAATGCGATATTGGGAAATTATGAATTAAATCCTAAAAGATGTTTATCTTATATA +ACTCAAAAGAAAGATGAATTTTCAGAAGAAGAAAAAATATTAATAAGAGATAATAAAAAG +GTATTTGGTTGCGATATATGTCAAGATGTGTGTCCTCATAATAAAAGAATATCTAAAACA +GAAATAAATGAATTTATAGATAATCAAATAACAAAACTAGAATATGAAGAAATAAATAGT +ATTTCTAATAAAGAATTTAAGAGAAGATATGGCGATAGAGCCTTTAGTTGGAGGGGAAAA +AATATAATAAAAAGAAATATGGAAATAATTTTAGAGGAGCCTTAATAGAATAAATAAAGG +GCTTCTTTTTATATTGGGAAAAATATACCTTAGTACATATAATTAGATATATTCATTTTA +CTGTATAATCAAAGGTTTATTATAAAAGGAAAGAAGGGGGAAATATGCAAAAATTCAAAA +ATACATCTGAAATAGAAGTGTTAGATGAAATACTAGGCCAAGAAAGAGCTATCAGAGCTA +TGGAGGTAGGACTTAAAATAGATAATCCAGCTTACAATATATATGTATCAGGACATTCAG +GAACAGGTAAAACCACATATACACTAAAGGCATTAAATAAATATTCAGCAGGTAAAAATA +GACATAAAGATTGGTGCTATGTATATAACTTTGAGCATCCTAGAGACCCGATATCCATTG +GTTTAAAAATAGGATTAGGAAAAGTATTTAAAAAAGATATAGAAAAATTAATAGAAGCAT +TACTAGATGAATTAAAAGATGCCTTTGAAAGCGAAGATTATGAATTAGGTAAAAATCAAT +TATTAGAAAGTTATGATATAGAAAAAGAATCTCTTTTAAAAGAAATTAAAAAGTATGGAG +AAGAAAAAGGTTTTAAATTAAAGAATAGTAGATTAGGTATGGTTTTTGTTCCTTTAAAAG +AAGACTATGAAGAAGAAGTATCAGATGAAGAATTTTATAAAACAAAAAGAGAATTAGAAC +ATATGGCGATTCAAACTGTATATAAAATAAGAGATATAGAAGATGAAGCAAAAGAAGCAT +TATTAGAATTAGAGGAAGAAATTGGGAGATTTATTATAGATCCTCATATAGATGAGCTAA +GTGAAAAATATAAAGAATATGAGAAGGTAGTACAGTATTTAAAAAATTTAAGGGATGATA +TATTAGAAAATATATTTTTATTTTATATGGATGAGGAAGAATTAAAAGATAAGATAGATA +AAGATCACTTCTTAAAATACAGAGTGAACTTATTTGTAGATAATGAAGATGAAAAAACTA +ATTCTTCAGCACCTATCATAGTAGAGACTAATCCTAGCCCAGCAAACTTATTTGGAAAGA +TAGAGTATGATTATTATAACGGAAATTTAAAAACTGATTTTACGAAAATAATTCCAGGAG +CAGTTCATAAAGCTAATGGTGGATATCTAGTTTTATATGCAGACCAATTACTTAGATACC +AATTATCTTGGGATATGCTAAAAAGAACTATTCAGTCTAAAAAAATAATTATTGATACTA +ATATATCTATAAATCCAGAGAGTATACCAATTGATATAAAGGTAATATTAATAGGAAGTA +ATTATTTATATAATCTTCTTTATAGTTATGATAGTGACTTTAGCAAGTACTTTAAGATCT +TTGTAGATTTCGATAACGAGATGAATAAAAATGAAGGTAATGAAATGGGTATTGCTAGAT +TTATAGCCCTTCAATGCAAAAAGAATAATTTAAAACACTTTACTTATGATGCAGTTCAAG +AAGTTATAAATTTTAGCACAAGATTATCTGGTGATATAGACCGATTATCTACTGAATTTA +ATAAGATTATGGAAGTAATTGTAGAGGGAAACACATATGCTGAAATAAATAATTCAGAGT +TTGTAGAGAAAGATGATGTGAAAATGGCTATAAATGAAAAAAGAAAGAGATTAAATAAAA +TAGAGTGTAAGATGGATGATTCCATAGAGAATGGATTTACATTGATAGATACAGAAGGAA +AGAGAGTAGGAATTATTAATGGTCTATCTGTACTAAGTACAGGAGAATATTCATTTGGAA +GAGCTTCTAGAATAACAGCTACAACAAGTATAGGTAATAGAGGAGTTATCAACATTGAAA +GAGAAGTTAAAATGAGTGGATCTATACATGATAAAGGGATTTTAATTTTATCTGGATACT +TATCTGAAAATTTTGCTCAAGGATATCCTTTATCAATGAATGCATCTATATGTTTTGAAC +AAAGTTATGGAGGTGTAGATGGGGATAGTGCATCTGGAGCAGAATTATATGCAATACTAT +CTTCATTAGGAGGAATACCTATAAAACAAAATATTGCTGCAACTGGATCAATTAATCAAA +AAGGTGAGATACAAGTAGTTGGAGGGATTACTGAAAAAATAGAAGGATTTTACTACACAT +GTAAAAATAAAGGTTTGAATGGAAATCAAGGTGTAATAATTCCAAAAAATAATATCAGGA +ATATGATTTTATCAGAAGAAGTTAACAATGCTATAAAAGAAGGTATGTTCCATATTTATA +CGGTAAACAATGTTGAAGAAGCCATGGAAATACTAACAGATATGAAATTTAGTGAAATAA +AGGCATTAGTTAAAGAGAGATTGGATAGTTTTGCTAAATTAAGGGACTCTTCTAAATAAA +TGATTTATACTATTTTAAAAAGGGTAATTAATATAACAAATAGAAAAGCGAAAACTAAAT +AGTTTTTGCTTTTTTATTTGTTATAGATTAGTGAAATTGATAGATAATATAAATATAATA +AAATTTAGAGGGGGACAAATTTATGAAAGATGTTAATAAAATATTAGATAAATTAGAAGA +ACTATATCCAGATGCTAAATGTGAATTAGACTATACAACTCCATTTGAACTTTTAATTGC +AACTATATTATCAGCTCAATGCACAGATGTAAGAGTGAATATTGTTACTGGAAAGATGTT +TAAAAAGTATAATACACCAGAAGCTTTTAATAAACTAAGTATAGAAGAAATAATAAAAGA +AATAAAAACTTGCGGTTTATATAAAAGTAAAGCAGAAAAAATAAAGATAACTTCGAAAAA +AATATGCGAAGATTATAATGGACAAGTTCCAGATACATTAGAAGAATTAGTGAAGCTGCC +TGGTGTAGGTAGAAAAACAGCTGGAGTTGTTTTAAGTAATGCATTTAATAAGCCTGCAAT +AGCTGTAGATACCCATGTATTTAGAGTTTCAAATAGAATTGGCATAGTTAATACTAAAAC +ACCTGAAAAGACTGAGTTTGCTCTTATGGAAGCAATACAAAAAAAAAGATGGTCTCATTC +TCATCATTTATTAATTTTTCATGGAAGGAGAATGTGTAAAGCAAGAAATCCAGAATGTGG +TATTTGCCCTATAAAAAGTGATTGTAACTACTATATAGGAAGGGAATGACAGCCTTGAAA +CGAATTAAAAAAATATCATTATTAATAGTAGCAATATTTTTTTTAGGAAACATGCAAATT +GTACAAGGAATTGAAAAGGAAGGAAAGATACATAAAAATATTTATGTAGAAAATATTGAC +TTATCACATTTAACCAATAAAGAAGCAATATATAAAATTAATAAAATAATAGAAGCAAAT +AATGAAGTAAAATTGAATTTTAATGAAAAAGTCTATAAATTGAATCTAGATGAGATAGAC +GTGCAATACAAAGTCAAGAAAGCAGTAGATGATGCTTATAATGTTGGAAGAAAGGATAGT +TTTATTAATGATATAAAAACTAAAGTTAGTTTAGACTTAGGACATAAGAAAATTATAAAA +TTAGAGTATACTTATAGTGATGAAAAATTAGAAAAATATATAGATACGATAAGTACTAAT +TTTTATGTACAACCTGTAAATGCAACTGCAAAAATAGAAAATGGTGTAGTTATAACGACA +AAAGAAAAAGTTGGACAAAGATTGAATAAAGGAAAATTAAAAAATGAAATTATTAATAAT +ATAAAAAATATTTATGTAGAAACAGTACAGCTAACTATACAAAATATAGAACCGAGGTAT +AAAGAATCGCAATTATCGAAAATTGATACAGTTCTAGGAACTTATGAAACTAGTTTTAAT +AGCAAAATTTTAAATAGAGTAAATAATATAAAGATAGCTTCAGATGCAACTACAAATGTA +TTGATAGGAAGTGGAGAAGAATTCTCTTTTAATTCTATAATTTTAAATTCCAATTGTGTT +AATAAGATGAAGGAAGCGCCTGTCATAGTAAATGGAAAATTAGAAAAGGGACTAGGTGGA +GGCATATGTCAAGTATCAAGTACTATATATAATGCTGCCCTTTATGCAGGAATGGATATT +ACAAGTGTAAAAAATCATACAATACCAAGTGCATATATTTCTAAGGGAAGAGATGCAACG +GTATCATTAGGTGGTATTGATTTTAAATTTAAAAATAAATTCAAAACACCTATCTTAGTA +TATAATGAAGTTTATGAAAATAGAATAGTTTCAACAATTTATGGGAATAAAGAAGACAAG +AAAGAAATAGAAATCATTACAGAGATTGTAGAAACACTTCCTAATAAAGTTGTACGAAAA +ACTAGTGAAGAAATGTATGAAGGAGAAAAAATTGTAGAACAGAATGGTAGAGTAGGATAT +AAGGTAAATACTTTTAGAATATATAAATTGGGTAAAGATATTTCTAAAGAATTAGTATAT +GAGAGTTTTTATCCTCCGAAGGATAAGGTAATCATACATGGAACGAAAAAGAAAATAATC +AAGGAAAAGGAAAATAATAACAAAGAAATTAATAAAAAATCGAAAGTTAAAAATGAGTTT +GTATAAATTTATGATTAGAAAATAGTTTTAATTAAAGAACTTTTTAAATTAAAACTATTT +TCTGCTATAATAATATTTAGAAAATAAAACCATATGATGGTTAAAATACAAAGGATATGA +ATTAATTAGGAGGATAAGTATGTCATTAAATATAGTTTTAGTAGAACCAGAAATACCTCA +AAATACTGGCAATATATTAAGAACATGTGCAGCTACAGGGTCAACCCTGCATTTAGTTAG +ACCTCTAGGGTTTTCTTTAGAGGATAAATATTTAAAAAGAAGTGGTCTTGATTATTGGGA +TATAGCAAATATACAATATTACGATAGTTTTGAAGAGGTAAAAGAAAAAAATCCTGATGG +AGTATTTTTCTACTCAACAACGAAAACAAATAATTCTCATTCAGATATGAAGTTTGTAGA +AAATTCATTTTTAGTATTTGGAAAAGAGACAAAAGGATTACCTGAGGATTTATTAAAGGC +AAATCCAGAAACTTGTATGAGGATACCAATGTTGAATCATGAAAGAGCAAGATCTTTAAA +TTTATCAAATGCAGTAGCAATAGTTGTATTTGAAGCATTAAGACAAATTGGATACCCAAA +TATGAAGTAATGCCAAAATACAAAATGTAATTTAAGGAGGGGGTATATTTTTATAATGAA +TAATTTAAAAATAGTATGCGATAGTTTATCTGACGTACCAATAGACTTAATTCATAAATA +CGATATAGAAGTAGTTCCACTGACTGTAATTTTAGATGGCAAAGAATATAAAGATGGCGT +AGATATAACAAAGGAAGAATTTTATAAGAAATTAAGAGAAGAAAATATATATCCAAAGAC +ATCTCAAGCTACATATGCACAATTTAAAGAAGTTTTTGAAAAATACATAAATGAAGGTAG +AGAGATACTTTATATAGCAGGTTCTTCTACTGCAACTGGGACTTACCAAAGTGCTGTTAT +GGCGAAAAATGATTTAAATGGAAATGTATATACATATGATTCACAGAGCTTTTCTTACGG +AATAGGTGTTTTAGTTGTAAAAGCAGCTGAACTTGCTAAGGAAGGCAAAAGTGGTGAAGA +AATAATAGAAGAGTTAAAGGATTTAAGAGAAAAATCATATTTATTATTTTCTGTTGATAC +ACTAGAATACCTTCAAAAAGGTGGAAGAATATCTTCAACAAAGGCTACAATAGCTAATAT +ATTAAATATAAAGCCTATTTTAGATGTGAAAGAGGGATTAGTATCTCCTGTAGCTCAAGT +TAGAGGAAAAAAACATGTAATTTCTAAAATGATAGAACTTGTAAAAGAGAACTGTGGGTA +TGATTTATCAGATCAGGTGATTTATATAGGTTATAGCGACGACTTAAAAGAAAAGGAAAA +GCTAATTGAAGTTGTAAAAAAAGAATTAAACCCTAAAGAAATACAGTTTTTCATGGTAGG +AACTTGTATAGGATCCCATTCAGGTCCAGGTGTAACTGGAATTTTAGCTTTTAAGAAATA +AAAGTAAGAAGTCTCAGAATAAATATTTATTTTGAGGCTCTTTTTTTATTTGATAAATTA +TCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGTTTATGTTCATG +TTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_55 +TTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTT +TTAGATGTTGCACTTAATATGATAATTTATCATTTATATATTTTAAATTGTTAGACATTA +TCTATCTTTCAAATAAATTTCCTAATGGACCTAATACACTTCCTTCACCCATTTGCTTTC +CATATGCTTCTCGCGCTGAAGCAAAGACTTTAGACGCTAAACGACTAAATGGTAAGCTTT +GTATCCATACTTCACCTAGACCCCTTAAAGTTACAAAGAATATTCCTTCTCCACCGAATA +AAGTATTTTTTATACCATCTACAAATTCAATATCATAATGAACATCTTTAGTCATTGCAA +CTAAACAACCTGTATCCAATCTAAGTTTTTCTCTTGATCTTAATTCTTTTTTACAATGGT +TCCTCCTACATGGATAAAACAAAGACCATAGCCCTCTAATTTTTTAAGTATAAAACCTTC +TCCTCCAAATAACCCTGAACTATTCTTTTACTATCATCTCCAAAAATAGTCTCCATCTCA +ATATTTTCATCCATCATCATAGCCCCAGCCTCAGCTACAATAGCTTCTCTAGGATCTAAT +TCTATCTCCACAAACTGCATATCATCCCCCTATAGTTTAATAATCAACATCATGAGAATT +CATAAAATACCTCCTCCAAACTAAACTGTTCCTATAATTATTTATAATATTATTCTTAAC +TAATTTATATTATTAATTTTAAATATATAATTTCCATATATATAGGCCATTTTAAAAGTC +CATATTATATTACTCAAGGGGTAAGAGATGAAAAAATTAATTTTTCATCTCTTACCCCTT +GAGTAATATAATATGGACTTTTAAAACCGGCCTCTTATTCAGCATCGAAATCTATATGGA +ATTTTCCTAGTGGTGAGTTTATATCAACATATGATAAGTTAAATTGCTCATCCATAACAT +CTATTTTATATTCAAACAGAACATCATCTTCTTTTTTAGACATAAATATATAACTTCCAT +TTTCCTTGTCTTCTATTTCATCACATATTTCATTGTATATTTCTTCTCCATTTACTATTC +CTGTGTATCCAGAATCAGCTATTTTTTCTTCTATTAATCTATATATTTCTTCCATTTTTT +GTCCTTCCTTCTAATCAATTATTTAGTTTATATACATTAGTTTAAACATTACAAAATTAT +TAGTCAAGAATGTAAATTAAGCATTTATAAGATTTTGCTTAATATCATATCCCATTTCTT +TAAATTTTGAATATAAAAATTCAAATTTACTTGGCTTAACTTTTATAATATTCATAGAAA +TAGGTAGATTCTTAAATCTATCAACTCCTATTTTTTTAAGTTTTAGAACTTTCTCATATT +CACTACTCCAATAATCTAAAAGTTCAACTTCTCCAGATATCTGTAATCCATTCAAATGAT +TCATATCAGTATAATTTTCATATATACTTACAGATATATTTTTATTTTGTAATATTCCTA +CAAATTTTAATCCACCTTCACTTATAAAATAAAAATTTCCTTGGAAATACTCATATTCTA +TTGGCGTCGACCTAAGAAAATCCTCATAACCCGTTGAAATTGAACAAGTATTATTTTCTT +TTATAAATTCTTCAATCTCTTTTCTTATAACTTCTCTTGGAGCTTCATTCTTCGGTCTAT +CAAAATATTCCTTGATTTTTATACCTGCATTTATGACCTTTTTATCTTCAAATTTACCCA +TATCTACAAAGGGTATTTTTATTTTCTTGCAATAACTTTCTAAACTTATTTTATCTTTAT +CATCTAATTTTTCTATCACTAATTGTCCTTTTATAAAGTGGTAGTAAATATCATTTTTCT +TTATTAAATCTTTTAGTCTTAATCCATATTTGATTCCATCAGACTTAGATAATCCCACAC +TCACTATACATACCTTTTTTTTAGAAAAATCATAAATATGATCCTTAAAATATGTAATTA +TATGATGTGCTGATTTTTCTTCATATAAAGGAAAAGCTATCACAATATTTTCATATATAT +TTACATCTGGCACTTTTTCTTCTATATTACACAATTTAGAAGGACCTAGAATCAATGAAA +GTATATGAGCAACCTTTTGAGTGGTTCCATATTTACTTTCATATATAATAAGAGTGCTAT +TCATAATTTCCACCTCTTTTAAATTAATTTATCCGGCTTAAATTCATTGTCTCTTATTTT +ATATACATATATCATTTTACTTATTCCTTTATTACGATATTTTTAATATTTGTGGCCCTT +TATAAGAATTTTATGTTATTTAAAGCTTCAATCTTTTTCACATTCGTCATCTCTATATTA +ACAGGTGTTAAAGATATATACCCATCCTCTACTGCAGTTATATCACTACTTTCATCTTGT +TCTAATTCTTTTACTTGTCCACCTATCCAAAAGTATCTATATCCATAAGGACTTACTCTT +TCTTCTAGAACATTATCATATTTTCTATCTCCTAAAGTAGTTACCTTAAAACCTTTTATT +TTAGTCTTTGGTATATTTATATTTAAAATACAATCATCTAACATATCTAACTTATCTTTT +AAGTTTTTTACTATATTTACTACATGTTTAGATGCTTCTTCATAAGTTTCTCTTGATACA +TTAAATTCATCGTAAGAAACTGCAATTGCTGGTTTATTTTGAACAAGACCTTCTATTGCT +GCGGATACTGTTCCCGAGTATATTACATCTGTCCCTAAATTGGGACCGTTATTTATACCA +CTTAATACTAAGTCAAAATCAACTTCTGAAAATAAAGCTTCTATACCTACCTTAACGCAA +TCTGCAGGTGTTCCAGAAATAGCGTAAGCTTTTATATCATCATCTATAAATGCATCTTTT +AGCATTATAGGATTATGAACTGTTATCGCATGACCTGTTGCACTTCTTTGACTATCTGGA +GCAACCACATACACATTTGCTATTGCCTTCATCGCTTTCGCTAGTTCTAATATTCCTTCT +GCGTTTATTCCATCATCATTCGTAATTAATATATTCATATTTTACACCTCTTCATTCTAA +AAAATTTAGTTTTTTGATTCATATACAATTCTACCATCAAAAAAAGTCATTAATACATTA +GTTTTTTCTATATCAATTGGATCTATATTAAATATATCCATATCAATAACTATAAAATCT +GCATACTTGCCTACTTCAATACTAACTATTTCATTTTCTCTAAAAATAGCATAAGCTCAA +TTGAAAATATAATCATACTATTAGATATTCTCATCTTTAATTTATCTTCTTCAAATAATC +TTTTCTCTGAATTATGACTTCTTCCAAATTTATACATCTTTATTTAAAATAGTTCAAAAG +CTTTCATATACTCTTCTTCAGAATAATTATGTTTTTTATAAGATGCATTGCTGATTCTTT +TAATGTACCCCAATAATTCATTAGTTTCTTCATTTATTTATATTTTTCCATCAATAGGAT +ATAATGTATCAATATCTATACTAAACTCTTTAAACTCTTTTGAGTTTAACCACATAGTGT +GTCCATCATAGGCTCTGAGAACTATAGATTTATCTATTGAAATCTCATCTAAGTTCCTTT +TTTCGGCCCTTTTCTAAGCTCTTCGCCTTTAAATATTCCTAAAAACCCCCCTATGCCAAA +CACAACTTTCAATATAACATTTCCTTTAGCATCTATGACTTTAGTTTCTTTTATATATAT +TTATTAATATCTTTATCATTTCCTACATATACAATTTTGTTATTCTTTATGACAATTGAT +TCTTTAATAGAACCTTCTTTATCTATTGTATATACTTTTTCATTTATTATAACTATATTG +TTATTATCAAAGTCATTGCACCTCTTTATATTAGTTGTTTATATCTACTTCTTTCTATAT +TACCTCATTAAATGTGTATTAAACAGCTAAAAGTAGAAATAATTATAATAAATCGTTCAT +ATTTTCTATTATAAAAAAGTAGATTATATATATTATGTAAAGTTATTTCTATATAGAATA +TAACTATTTTCGAAATCATAAAAAATATAAACTTTAAACAGATAAATATATTTTAAGGTA +GGTGAGGTTAGAATATGTCATGTAAGTTCTTAAATATTTATATTAAATGTTGCTTTGAAT +GTAAGGTCAATGATATTTGTCCCAAAAAATGCAGTGGCTTTGGCTCTCATGGCAAAAATT +GTGAGTTTTATGATAATAATATAAATGCTCTTTGTGTATATGAAAATAACGTAAAAAAAG +GAGAGCCCTTAGATTAGGCTCTTTCTTGACTACTTTTTACTAATTTATTATCATGCTAAA +ATTCTAGCTTTTTAACACCTAGTTCTACCCATTTAATTAGCTTTTCTCCTTTTTTAGAGA +ATAAATCTTCTATAATTTCATCTCTATCTTCATAAAATCCTTGCATTTCAATAAAACTGC +TACTTAAGTATTTATTTTTGATAAATATTACCTTATTATTTTCCTCTTCATTTTTCATTA +AATCTTTTCCTAAATTAATAATTTTATTAATTAATATTAAATTCTCTGTACTTATAATAT +TTAATTTTTCTGTGAAAACTTCAATCTCTTCTAGCCATGTATCTGGTATTTCTTTTGTAT +CTTTATTTCCATCAAATGATGAAATTTCATACTCTTCTTCTAAATCTATATCTTCTAGAA +ATTCATCTTCATAATCTATTTCTTCGTATTCCATGTAATCTATTTCTTCATGCTTAATAT +TGTTATATTGATTATCAAAATTTTTAATTATATTTATGAAGTTTATTATATCTTCTCTAA +TACCATTTTTATCAAGCATATCATTTCCCACATAAAACACCTCTTTTTTATTATTTATTT +ATATCTATGTATATAGGAAAATTATATATGCATGTTTTTATTTAAATTTATTTATACAAA +ATACCATAAGTAGATTTTAAAATTAAAGCCCCTTATGGTATCTTATATAATTAAAATATA +TTAAATTTCTTTGTGAAGTAAATATTTTAGCCAGAATAAATGTCTGAAAATTCTATATCA +CATTTTTCGATTTTAGAGCGTGGCATCTCTCCTATATTTCTTATATTTTTATCATCAATT +ACCTTCATATTTAAAAGTTCAAATTTAAATTCAGAACCCTCATTTACTTTACTTTTTACA +GTTATATTACCACCATGCATCTCTACTAAAGATTTCACTAATGATAAACCAATACCACTA +CCTTCACATCTTCTACTAAAATTGCTACTATCTTGGGCAAATCTTTCAAATATTTTATTA +ATACTCCTTTCAGATATACCTACTCCATTATCTTTTACAGATACAAAAACTTTTTCATCA +TTGTTTGTTATACTAACCTTAATTTCTCCACCTGGATCAGTGTACTTAATCGCATTAGAT +AGTAGGTTAAGTATTATTCGTTCTATCTTTTCTGGATCACAACCAATAATAATATCTTCT +TCTTCAGTATCAAATATAAGCTTTATACCTCTTTGCTGTGCATATTGAGTTATAGACATA +GTTATATCTTCAATAATTTCTACAATATTATAATTGGACATTTTTATATTATAATACCCT +GCATCTATCCTTGTTATATCTACTAAATTATTTACTAATTTTAAAAGCCTATATGAATTT +TGCTTTATTACATGATTATATTTTCTTAAATTAAAGTTTTCATTATAAGTTATATTATTA +TTTTCTATATTTTTGTTAATAAGTTGCATAGTTCCTAAAATTATATTTAATGGAGTTTTA +AATTCATGAGATAAGTTAGCAAAAAACTCATTTCTCATATTCTCAATAGATAAATTTTCA +TTTAACTCTTTAATTTTATTCTCCATGAACTTTATCTTTTCTTCTATGTCGATTTTATCT +TCTGCAACTTTTGATATGTCTTTTGATATGATTATAATGCACTCTTTGTCTTCATAATTA +TCTATTATGATTTTACCATTTACTGATATAGGATTTGAGATTTTAGGATATAATTTTAAA +TTTATATGATTAGCTTCTCTTTCTTTGTTATCTTTTAAATTTATCCATTTTTCTATTCCT +TTATTTTCATAACTAATTAAATCTATTACTGTTAATTTATTTATTTCATCTTCATTATAC +TCTAACCTTGATAATAATTTGCTATTACATTTTAAGATTGATCCCTTGATATCACTAATT +AGAATATATTCATCAATTATATCAATTAAATCATTCATTCTAAAATTCCCTTTCATAAAA +ACATATGAGCATGTCCCTTTATAAGTCTATATCGTATATCAACCTATCTAATAAGGTACT +ATACATTATTTACTATGAAACAGCTCATATAGTAAATATTTATCTTTATTTATAATTATA +CTATATTCTTTCTAATAATTCTGTTAATTACAGTAAATTATTTTTCTTTCTTTAAAAATA +ATATAATCATGTTCATTTCTCCTAGTAAACTTCTACACTTTTAAACTTTTCTCCTTCTTT +ATTTGATAATTTATGATGATGAATACTTTATTTTTATTATTTAAGACTCATTATTTGATT +CTTCTTATAAACAATGCATGTATTCTTCTACTTTTTCTGCATCTACACTATAAGCTTGAC +CCTTGGAGCAGAAAATAGAACTTGAAGTATAGTCTATATCTGCATCTTTATTATAATTTA +CTTTTTTTAAAACTGCTTCAGTATTATGGCAAACATCATATCCATCATTGATGTACGAAA +TGCTGCCACTACCCTTACTAAAATATATTATCTCCATAGAATAATCCATAAATGTGCTTA +CTGGACCTCTTCCATTTATAATTACTCTATCTCCAAAAATTTGAGGTTCCTCAAACTCTC +CACTCATTTTTTGTATATCAGATAACACCCTTCCTATATAATCAATATTTATTTCTATTT +TGAATTTATAATATGGTTCTAGTAGTATATTTTCAACTTTTTCAATGCCTTGTCTTAAAG +CTCTGAATGTAGCTTCTCTAAAATCACCACCACTAGTATGCTTCTTATGAGCTCTTCCAT +CTAATAAGGTTATTTTTATATCTGTAATAGGATACCCTCCTAATATTCCTCTATGTTCCC +TTTCAAATATATGAGTCCTAACTAAATTTTGATAACCTGCCTGTAAATCATCTACTAATG +CTATACTTTCAAAACTTATTCCACTATTTCTTTCTGTTGATTCTATTTTTAAATAAACTT +CTGCATAATGGCCTAGTGGTTCAAAATGACCACAACCCTTTGTAGCTTCATTTATACTTT +CTTTGTATAGAATTTCACAAGGTCCAAACTCTATATCTAAATTAAATCTATTTTTTACAA +CCTCTTTTAAAATCTCTAACTGAATCTTACCCATAACATGTACACTTATTTCTTTTAACT +TCTCGTCATAATTTACCTTTAAAGAAGGTTCTTCACTATCTAATATTTTAAAATAATTAT +AGATTTCGTTAATATTTAAAGATTTATCAAATATTACTTTTGACTTCATATTTGCCTTAA +TTTCAACATTAATATCATCTATAATATGTTTAATGGTACTTGACTGTAGACTATTGCTAA +ATACATAGTTTCCACTCACTGCATTGTTAATGCCTGTTACAGCAAATAGTTGACCAGCAC +CTACCATATTCTCAGTGGTAAACTTCTCTCTATTATAAATTCTTATTTGATTAATTTTAT +CATAACTATATTCATGCTCTTCATTATTTACATTAAGTACATTTCTATACTTAATCTCAT +CTTTTACAGATAAGTTCCCTTTTAAAGATTTTATATAAGTAATTCGTTTTTTATTTTCTT +CATTTGTAATCTTGTACACTTTACCTATAAACTCACCATCTTCATAGTAATTCGTATACG +TTAGCATGTGAATTTTATCTAAAAAGCTATCTATTCCAATATTATTCAGGGCTGATCCAA +AAGAACATGGATAGATTTTACTATCCTTTATCATCTTTCTAATACTATCTATCCATAGTT +CTTTTTCATATTTCTCCTCTAAATATTTTTCAAATAAGTCATCATCTCTTTCAGCAATAA +ATTCTATAAGATTGTTATCTAACTCATGATTTTCTTCAATATTAAACGAATTGCTAATAT +CTATAATATTTTCACTTAAATTAGATTTTAAATCTTTAATAACTTTATCTTTATCTGCCC +CAACCCTGTCCATCTTATTTACAAATATAAAAGTTGGCACTTCGTACTCTTTTAATAATC +TAAATGCTGTTTTTGTATGTGATTGTACCCTTTCTATACCACTTACTATCACAATAGCAT +AGTCCATTATCTTTATAGCTCGTTCCATTTCTGGAGAAAAATCTATGTGTCCTGGAGTGT +CTATTAGATAGTAATTTGAATCCTTATATGTAAAATTTCCTTGACCAGAAAATATTGTTA +TACCTCTAGATTTTTCTATACTATGACTATCTAAAAATGTGTCTTTATGATCTACTCGAC +CTAGTTTTCTAATTGCTTTTGTATGATAAAGTATTTGCTCACAAAAAGTAGTTTTTCCAG +CATCTACATGAGCTAATATTCCAATCGTCTTATTCATTTTGCACCTCTTTATAGATTCTT +ATAAATTGATTATATCACAATGAAAAAGCTTATTAATTTACAACTATAAAAATATCTCTA +TAATATGACAAAAGCCATAGCATTTGATATGGCCTTATATTTATAAAATCCTATTTAATA +TTAAAAGTTCAACAAATCCAACAACCCATACTATTGTACTTGCCATAGAGTAAACTCTCA +TTTGTTCTTTTACAATACGTCCAAGTGCTGCATCGTAGGTGATGTTACAGATGCTGCCGT +TGTCATTGCAACAGTTCCACTACCTTGAATAAATCTTACTATAGATGCTTTTTAGCGAAT +ATTTGTGCCATTTTTTTGCTGCACCCGATACTTCAAATATTGCTTCCATCATTACACCAA +AACTAGTTGTTATACTATTTACTACATTACTTGCTGGCATTCCACCTATAAGACCTGTAA +TCGATGCTTATATTACCATTCCTAAAAATGAATGTATCTTAGTTTTTAAAATTAAAAATG +TTAATATTGCTATTTCTCTATGTTTCTATAAGTTCATTTATATTCATCTATGCTTATCTT +ATTCCATACTTTTTTATTTTATCGACACTTTTTTATTTATTTCTATTTACTTAGAGTACA +AAATTTTTAATTTAGTATATAGTAAAAAAGACACACCTTAAACTATACGTTTGGGTATGT +CCTTTCCAATTTATTTTAATATAATATTTTTACTTTACATATCCTGTATTAAAGTCAATT +ATGTTAAATAACTTTTCATTATTTAAAAATCTTTCTAAGTTATCTACACTTATTTCAAAA +ATACTTTCATAAGTTTCAGCTAAATTATACCATCCTGAAATATGAGGAGTTATAACAGCA +TTTTGTAATCCCCAAATTCTATGATCACTTGGTAGTGGCTCTGGATCAATTACATCAAGG +CCTGCTCCTAATAAGTGATTACTTTCTAAGGCATCACATAAAGCTTCAGTATCAACGGAT +ACACCTCTACCTACATTTAATAATACACTTCCTTCTTTCATTAGTCTAATTCTTTCTTTT +GAGAATAACTTTTGAGTATCCTTAGTTGAAGGTAAACAAAGAGCAACTATATCAGCTTCA +GGTAATAACTCATCTAGCTTATCTGTTAAATATAGCTCGTCTATAAAGCTTGATTTTTCT +ATTTGTCTACGCTTTACACCAATAGTATATCCACCAAGAGATTTTATCATTTTTGCGAAA +TTACATCCTATATCACCAAGACCAACAACTAAAACCTTAGAATTATATATTGATTTTACA +CGACCTTCACTTTGCCATAATCTTTTGTTTTGATTATCTCTATAAATATGTAATTTTTTT +AGTAACTCTAAAAGCATAGCTAACATATGCTCTGAAACTGCCAAGCCATACGCACCAGTA +GAGTTGGTTAAAATTACATTATCCTCTAAAATTCCCTCTTTAATATATTCATCTGCTCCT +GCAGTATTTAGTTGAAGCCATATTAAATTTTTAGATCCCCTTACCATATCAGGCTTTGGT +TTGCCAATTATTATATTTGCATCTTGAACTTCTTCTTTACTAACACTACCCTCATCTGAA +TAAACAATTTTACAATTCAGCGCTTTTTCTTCTAAAATTTTCTTTTTAACATCATCCATA +GGTATTAAAACTAAAATATTATACATAACCCCTCCATATAATTCTAAGTATTTTATCTGT +TTAATTATCATTTAGCTATAATTAATACTACTATACAAATACTAATTATACTATATTTAC +CAAGAATAAATTGGTGATAATATACATTATCATATATATGAAAATTATAATAAATATTTT +AGTTCACTATTGAATACCTTATATAACTGCTTAGGTTACTCATCTTTATCATATATATCT +GAAAGCTCTATCTTGCTAGTATAGTCCAATGGTATATTCATTAGGTTTTGATTCGAATTT +TCCTTATCTACAAATCCTTGTGGTATTTTTATTATAAATTTTGTACCTTTATTAATTTCA +CTTTCAACATTAATACTTCCATTATGAATACCAACTAAGCCTTTAACTATAAATAGCCCT +AATCCACTACCTTCATGTTCTCTTTCTAAAGAGGGATAATGTTTTGCTTTTTTAAATTTT +TCAAACAAATGATCTTTAGTCTCGCTTGACATTCCAATACCATCATCTTTAACCTCAATA +ATAATATCATTTCCTTCTTTTTTTAAATTTACATATATATGTCCACCATCATTAGTAAAC +TTAATTGAATTTGATAAAAGATTAAGCATTATCCTTTCAATTTTACTTCTATCGATTGCT +GTTATTATCTCTTCTTCTTCTGTGTCAAAAATTATTTCTATGTTATAAGAGTTAGCTAAG +TCTACAACAGACATTGTTACATCTTCAACTACATCAACTATATTTTCATTTTTAAACGTA +GCATCAACATAACCAGTTTCTATCTTACTAACATCTATTAAATTATTTATTAATCTAAGC +AATCGATTAGAATTTTTATTAATTAAATTTATCTGTTTTTGAAAAAACTCTCGCTCATAC +TCATCACTATATACTCTTAAGTTTAATAATTTATTTGCATTAATTATTATATTTAAGGGG +GTTCTTAACTCATGAGACATAGTAATTATAAAATCAGTTTTTATTTCATCCTTTTCTATT +GATTTTCTTAATAACAATTTATATTTTAATGCGTTTTTCTTATCAGAAGAATACATATAA +ATTAAAGTGATAATTCCTAATATAACTAGTAATATACTAATCCAAATAATTACCTCTAAC +TTCTTAGGAACTAATAAATCAAATGTATCCTTATTTATAATTACACTATTCTTAGGTAGT +AATAAGGGATTTATATTGTATTCTCTTAAAGATTTAAAGTTAAATATGGCTGTATTAAAA +GTATTATATGATGGAGTTGCTATTCCTTTATGATCTCCATTTAATATTTCTTCTAAAAAA +ACTGCAGCTATTTTTCCTAACTTACTTTCATCATTAACTATTCCTCCAATAGCACCTGCT +TCTACATAAGTCTTCAGTTTACTATATATAGGTACATCAGTAACTTCTTTAATTTTTTCT +ATAAGATTTGTCTCATCCATAAATGCTCCATCAGCGAAATCTTTATAAGTTACACATAAT +ATAATGGCGTAAGAATTATCTAAGTTCTTTATTTTATCTTTTATATCTTCAAAAGCATAA +CCTTCTATTGTACACATATTAAATGGCCTAGAAGTAAACTTTGTTAAATAGCTTACATTT +TCTCTTATCATATTACTATAAATACTATTATTTAAAAGTAAACATACATTCTTAACCTCA +CTATTTAAATTAAGTATTGTATCTAGAAAAAATAAATTATCTTGATACTCAAGTATTCCC +GTAATATAATTTGATTCTTCTTGGCTTAAGGATATATAGCTATTAACACCTACGAATACT +ATAGGCTTCTTATACATAAACGAATCTTTATTAAATAAATTATGTCTAACAAAGTTTAAG +GCTTCATCGTCAATAGTTAATATACAGTCTATATCTTCATTCTTATACTTTATATTTAAC +AACTTCATAAAGCTCTCGTTATAAATATCTGAATCAGAGGATGTGCTATCTAAAAAATCT +ACTTTTATATTCGCATTTTTTAAATTCCTTTTAACCTCTTCAACTATAGAATGTTCCCAT +ACATTTTCAGAATTGTACGAGCATAAAATCAAAATATTTTTCTTACTTTTTTGACTATAA +GAATTTACATTGAAAAATGAAATTAAAATAATTATAGCTAATAATAAGATACTAAATTTT +CTTTTACGAATCATAATTTTAGCTCCTAATCTTAATTTAGTATAAAATTATTTTATGTTG +TTATATGTTATTAATACTGTTAATATTTTCAATATAATATTTATTCAAGTATATTTATAA +ACAAACTATTTTACAACGACATGATGACTTAATTTAAATATTTTTTTATAATCAAAATAT +AAGAGCGTATATTAAAATAAAATTTAAAATACGCTCTTTATATCTAATTAAACATGTATA +CTTTCCTTTACATTTTTTAATTTATGATTTTCATCTTTTTCTAGAGATTTATTAGACCAA +TAATTTGCAAGTAACGCTCCAGATACTGCATGATATGTACTAGATACAACCCCAGGTATT +GCTGTCATAGGAGTGAAGTGAGTCATAGCAAGAGAAGTTGCTAAACCTCCATTTTGTAAA +CCTACTTCTATAGCCATTGTTCTTCTTTTCGCTTCCTCTAATCCTACTTTCTTGGCAACT +AAATATCCTAAGAAGTAACCGCATGTATTATGTATTATAACTGCAACTAATATAAGTAAT +CCTGAACTTAACAGAGAATCTACATTTTTTCCAACTATTGAACCTATTATTAAAACTAAA +CATACAGTTGATAAAAGTGGAACTAACTTTGTACCTTCCTCTACTACCCTTGGTAGAAAT +CTATTACATAATAATCCTAAAACTATCGGCACTAGTACTACTTGAAGTATAGAAGTAAAC +ATAGCTGATAATGAAACTTCTATACTAGTTCCACCTAGAGCTAAAGTAAGAACTGGAGTT +AAAAATGGAGCTAAAAGTGTTGATATGGATGTTAATGTAACTGATAATGCTACATCTCCC +TTTGCCATAAATGCCATTACATTAGAAGATGCTCCACCAGGACAGCAACCAACTAATATT +AATCCTATCGCTAATTCAATTGGTAAATTTAATAATTTAGATATTATAAATGCAAGTAAA +GGCATAACTGTAAACTGCGCTAATGAACCACTAAGTACATCCATTGGTCTAGTAAGTACA +AGTTTAAAATCCTCCAGTCTTAATGTCATTCCCATTCCAAACATTATTACCCCTAAACAT +GTATTTATATGAGGTGCTGCAAATCCAAATGTAGCTGGTCTTAAAAGAGATATCCCTGCT +GCGGCTAATACTATAAAAGCCATATATTTTGATGCAAAATTGCTTAATCTTACTAAATTT +TTCATAATTACTCCCCCTAATTTTCTCAATAATTTTATAATTTATAAACCTCTTTCTACT +ACTTTTAATATGACTAATATCAATATCCATTTAGACTTTTCACCACCTTCTATTTTTATA +TTTTTCTTAAAATTAAAAAGACTAAACTAATGGTTACCATATATTTGAAGCATTTTACCA +GCTAAGTTATAGATAACTTATAGTTCAGTCTTAATTTCTATATAACTTTAATTATAACAA +GTCTTACATGCTGAATACCCAGCTTTTTTTGCTTCTGCTTCAGACATTTTAGTAGAATTT +TTCATTCCATGTGCATCTGAAGTAGAGTGATATTTTTTTGAAGAAGTATTTGCGTATACT +GATTTTGAATTAGTACCTCCACTATTATCTGAAGTAGGTGTTAAACTTTGATTAAATCCT +TTATCTGTTGCATATCCATCTATTTCCCATATATTCTTTTTACTTTTTTGAGCCTCATAT +TGCGCTGCTTTCATTTTATCTAAATGTCTAACTGCATCGTATATATATCCAACTCTAGCT +AGACCTTCCCTAACAACTTCTTCATTATACATTTTATAATCTTTGTTTCCTGTTGAATCA +TACCATAAATATCCTAAGTAACGACCATATTTATCTGTTTTGGCTCCATCTGTTTCTACA +TAAACAATATCACCTTTTTTAAGACTGTTTTTAGCAAAACTAGTAGCAACATCTCCTAAA +TATTGTTTTTCCTTAGTATCTTCCGGTGTATCTATTAATAGTATACGTAAACTTTCATTA +GTTCCATCTTCGAATTTTAACTTTACAGTATCACCATCAATAACCCTATCAACAGTAGCT +TTTAGCACATAATCTGGTACTTTTCCACTTTTTAAAGCTTTTATAAGTTCATCATAAGAA +AGTACTTTTGATCCTGAACTATTTTCCTCTGTTGATGTATCTTGTACATTTGATACTTGT +TGATATACTTGAGTTAAAATTTTTAAATCACTACTACATCCACTTAAAAAAAGTGAAAAT +CCAAGTATCCCCGATAGTAGTATATTTTTAGTTTTCTTCGCTGTTAATAACCTCATAATA +TGTCTCCTTAATAAATGTCATTCTTATCTAATTATATTATATAATAAGGAATATAGTATA +TCTTTTTATACTAAATCAACTATGTAACCCCTAAGTATACCATTTTCCATGTCAATCTTT +CTTATCTTACACACAACCTTAATTCCTTCAGCTTCATTTTCTCCTATATATCCAGCATTG +CAAAGCATATCTATACCGTTTACTATCCCTACGAAGTAACTTCCATTTACTACATATATA +GATAAGTATGCGCCTCTATTTATTATCTTAGTTATTTTTGCATTATTTATTTCATTATTT +TTTAGCTTTTCTATAACTATTTTTCTTTTTATATTACTAATTTCCTTTAAAGAAAATTCT +CTATTATATCTCCTTCTTTGAAAACTTCAAATATTCTAGTGTTATCTTTAAATATATCTT +TATTTAATGCTTTTACTTGAGTCCCATTTATATTAATAAATGCTCCCCCAATCTAATATT +TTTTCTATAGTTACCGAAGTATTGTGGTATAACTCTTTTTGTATTAATTTCATAGTATTT +TTAGAGTATTCAATTTTGCCCAATATTAAATTATTTTCTCTATCAATATACTCTACAAAA +TAATCCACAACTTTACCTATATATTTTTTCTTATCAATTTTATACTTTGGATCATCTTTA +AGCAAAATCCTTTTATTAGAACTGATTATGAACATATTTTTATCAACTTCATCACAAACT +CCATACATTATAATAGTTCCCTGTAATATTTCCTTAAAATCATCCCTTATTTCAAATCTC +CTCAATAAAACACAACCTCTCTAAACACACAATTTACTTTTATAAATATCACCTATATTA +ACTAATAATAATAAGTTAGTTTGTCTTTGCATGTCAATATATTTGGATAATTTTGTCTCA +TTATATAAAAAAATGATTATAAAAATGTATAATATCATAATACATCCTTACAATCATTTC +CTATTCATAATTTCAAATTTTAATAATATTTAACCAATCTAAACTTAAATGTTGTACTTT +CGTTCATAACATCTTCGTCAGCTATTAGTCTACTATCTTCAGATCTTACTCTAATATACT +TTCCATTTGGTGCTCTTAATGAATATAACATATTCTCTACTCTATCAACTCGAAATGTTG +CAGGCCCTTGATTGTCTACATCTACGACTAAATAGCCATCTTCATCTATTCTCAAGAACC +TAGAACCATGTAGCCTTATTAAGATATTATTATCTTCTAACAATATAAAACTAAATATCT +TACCAGTAAGAGGATTCTCTCCTATTGCATAAAAAAACTCATCAAAACCTATCTCTACAT +ATTTGTTATTAGATTCCGATTTTATTTGAACTATTAATAGTTCTTTTCCATCTTCTATAA +ACGGTGGTAAATCTATAAAATACGTTGGAGGAAGGCTTAATGCATCCTCTGGCATTATAT +CTCTTCTATTCCTATTCATTCTTAACCCCCTGATGTTTTATATTTTGTTTAATACGCTAC +TTTATTTTATGACATCTGTTATGCTAAGGTTACAAATGAAATAATTTCTACTTATTCAAA +TATCTTTAGATATTCACCATATCCCATTTCTTCCATTTTTTCTTTTGGAATAAATTTTAA +AGCTGCAGAGTTTATACAAAATCTTATTCCTCCCAACTCTTTAGGGCCATCATCAAAAAC +ATGTCCTAGATGTGAATCCCCTTCTTTACTTCTAACTTCTATCCTTTCCATTCCATGAGA +ATAATCTCTAACTCCAATTAATGCTTCTTTATTTATACTTCTTGCAAAACTTGGCCATCC +ACATCCTGAATCAAATTTATCATTTGATGAAAATAATACCTCATTACTAACTATATCTAC +ATATATACCTTCTTCAAAATGATCATAATATTCATTTTTAAATGGTGGTTCTGTCATATT +ATTTTGAGTAACTTCAAATTGAATAGGTGTCAAATTTTTTCTCGCCCAGTTTCTTTTTAC +AAAATCAAATCTACCCGAGCCTTTATAATACCTATTATAATGTTCTGGATTTTTCTTATA +ATAATCTTGATGATACTCTTCCGCGTCATAAAACTTTTTCACAGGTAAAATTTTTGTTGC +AATAGGTTTACTGTAAATTTTACTTTCTTCTAATTTTTTCTTTGACTCTTCAGCTAATTT +TCTCTGTTCTTCATCAAAATAGTAAATAGCAGTTTTATAATGCTCCCCCCTATCATTAAA +TTGTCCTCCTTCGTCAGTAGGATCTATTGCATTCCAATATATATCTAAAAGTTCATTATA +ACTTATTATATTATCATCATAAGTTATACAAATAGCTTCTCTATGACCAGTAACACCAGA +ACATACTTGTTCATATGTAGGATTAGCTAAATCTCCACCTGTATATCCTGAAATAACATT +TATAACTCCTTCATATCTATCAAAAGGCTTTACCATACACCAAAAACAACCACCTGCATA +TATTGCTTTTTTTAACATTCCAATCAACTCCTTATTTTTATGTTCATTAAATTTCAATCT +AGTTTATTTATTATTTATATTTTCTTGAGTATGTACTTTTTTATTCCCTTCTTAATTTAT +ATTTAATCTAATTTATTAATATTTATCTTCATATTTCTACACTATAATATTTCTTAACTA +TGCTACTATAATATTAAATTCTCGTATAATATGGAGGTTTCTATGAATAAATTAAAAGTA +GCAATTATTCAAATGGGCGTAATAGAAGATAAAATCAAGAATATTGAGAAAGCTAGTAGT +CTTATAAAAAATGCTGTGAAAAAAGGGATTGATATTGCAGTCCTTCCTGAAATGTTTTTA +TGCCCATATGATAAATCAAATTTTCCTGTATATGCAGAAAAAGAAGGTGATTTATCTTAT +TTATTATTATCTGAAATAGCAAAACAAAATAATATATACTTAATTGCTGGCTCTGTTCCT +GAAAAAGATAATAATGGAAATATTTTTAATACTTCTTATGTATTTGACCCAAATGGTAAT +AAAATAGCTAAACATAGAAAGGTACATTTATTTGATATCGACATAGAAAATGGACAGTAT +TTTAAAGAATCTGATACTCTTGATGTAGGAGATGAAGTTACTGTATTTGATACTAAATTT +GGGAAAATCGGGCTTTGTATTTGCTATGATCTTAGATTTCCAGAGCTATCTCGTCTAATG +ATGGATAAAGGAGCTAAAGCAATAATTGTTCCAGCTGCCTTTAATATGACTACAGGCCCT +GCTCATTGGGAACTTTTATTTAGATGCAGGGCTGTAGATAATCAAGTTTATACAATCGGA +TGTGCTCCTGCTAGAGATTATAATGCTTCTTATATTTCTTATGGCAATTCTATAGCAGTA +TCTCCTTTTGGAGAAATTTTAGTACATATGAATGAAAAAGAAGGTTATAATATTTGTTCA +TTAGATTTTGATTATGTTGATAAAGTTAGAAGTGAGTTACCTCTTATATCTCATAGGAGA +TTAGATATATATTAAAATGTATGCATTGTTATAAATCTAGTATTTTTAAATTTATCATAA +TTTTGTTAAATCTGATGAGTACCACATAAAAAAGCAATTGGAGTAAATAATTTTTCTCCA +GTTGCAAATATAGCATCTGGATGTTTTTTCTCCATAAAGTAGAATATTATTGCATTTAAT +ATCCCATTTATAATTCCATTTCCTATTATACACTTTTCTAATAAGTAACTATTTAATTTT +GCTTCCTTCATAATGTATCTCCTATTATCAAATATTTTTTCTTTTATACTTAATTTTTTA +GTTTTTTATGATATCATTTAGTAAGTATTTTTTAGTCTTATTCTAGACTACAACCGGTAT +TTATACTTAGCTATCATGGTGATAAGTACTTAACTTTATATTACCTCTATAAACTTATTT +TATAAGCATATAATTTGTACATTTGGCTCTAATAACAATTGTAGCATATAGTTTTACGTT +CTCATTCAGAGTTAATGTTCATCTTTGTGAGGAAATTTGAGTAAATATTAAATTTGAAAT +AATTCAAAACTCTCTATATAATCTTCTAGTGTTGCATTAATGTAAAATTTAATACTTTAC +AAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAATTTTTTC +CATTTTATTTTTAGACGCACTTACC +>MGYG000000001_56 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATATAAAAACA +AATAATACTTTAAATTCTCATCCATACATGGTTATATTTGGATGGCTAGGAGTTGTTACA +ATAGTCCCAGTTATTTTAGGTATAATTCATGGGATAATATCTTTAAAAGAATGGGATAAA +TTAATTCTTAATAAAATTTGTCCATCAACAATAAAATCAGCACCAACAGCATGGGATTAT +AAATTTAATAGTCTGACTGAAGGTAGACATATAATCGTCAAGTTAAAGGATGGATCTATT +ATATATGGTTTATACTCTACAAAGTCTTATGCATCAGGAATTCAAGATGAGAGAGATTTA +TATATAGAAGAAATTTTTGATGTTGAAGGAGATAGTTTATCAATTATTCCTGATAGTGAT +GGAGTATTAATCAAATCAGATCAGATATCTATGATTGAGTTTAGAAAAATCGATTTAAAT +GAAGATTCTAAAGTTAGCACTTATGAAGAATTAAAAAATATAAAAGAATCTATAGATGAT +ATATATAAATTATTAAAATCACAAAAAGATGAAAATAAGGGGGAGTAGATATGTCTAGTA +AGAATGTAAAAATAATTAAAGAAGGATATCAACCAATAAGTAGAAGCACAAATGTTGTAG +AAGAAAGAGGATACCAACCAGTAGTACCTAAAACAGAAACTCAAACTCCGAGAAAACTAC +CTAAGCCTAATACGGGGATAGGTCGAAAATAATTTAAGGTAGGAGTTATAATCCTACATA +TAGAAATTCTTAATTATACTTATGATGTAAGGAGGATATTTTGTATGGATTTAAAATTAA +GTGATTTACCTCCACAATTTGAAAAGATAGCATTGGAGCTTGGAGTAGAGAAAGTTAAGT +TATTATTTAAAGAATTTGGAGGGACTTCAGTATATTTTCCTACTGAAAAGATGATTTACA +AAGAAGCTAGAGACAGAGAGATTATATCAGAATATAATGGATTTAATATCAGATATTTAG +CATCTAAGTATAATATGTCTGAGGGATATGTAAGGTATATTATACGTGAGAAAAAGACAG +GTTAATTTTATAAAGAAAGAGCTATACATCTAAGTTTAGGTGCATAGCTCTTTTACATTT +TATTATTTAATTCATTAATGTTTGTGCTTAGTGATGATATACTTGTACTTAAATTTTCTA +GTTTCCCTTCGATACGAATCAATAGATACATTGTAACGATAGCGGGAAAGCCTAAATTTG +ACACTAGTTGCATTAAATCTAGTTCCAATGAGTAATTACCTCCTAATAGTAGAATAATGG +TCTTAGAAAGCCCCCTATGAGACCAGAGGGCTATCTGTGTTTCATTTGTTACGAAACTTG +TAAGTCGTATTCTGTTGTTTCTGTTTGAACAATCTTTGCTCCTAATGGTGATAATAGTTC +TTCTCCATGCATTGGTGCGAATATATTTTTAGATACTATTAATTCCATTGCTGATTTTAT +TTCTGTTTCATTTATATCTTCTCTAGGATCTGTTATGAAAAGACTTACTTTTCTTCCTGC +TGTTGTTGAGAATGTCATTAATAATTTAGTTTCTAGTTCCATTTTTACTTAGTCCTCCTT +TTTATTAGTTTAATATTGTGTTATCTTGCTTTATTACATCTGTTAAAGTATGTTTTTGAA +GTGATGCTAGCGTTTCAGCGACATTGTAGACATCAAGTGATGTTGCATCACTTTTTACGT +TTGAGAAACTTCTTGTTTTTGTTATTGTTTTTCCATCACTAGTTAAGCCACAATCAAATT +TTAGTTTTAATGTTGAATGTTCATTAACTTCTGTAACTTCTGTTGCAAGGTCTCTTTTTT +CCATAGATATAATCCTCCTTTTTAATTGGTTAATTTAAGTGTATTTGAAAGTTTATGTAA +AGTCCTAAAATATAAAGTTTGAATATTTATATGGTATTTTTTATTGGAAGTTTATTTGGA +ATGTATGCTTTCGCATGGGTTTATTGAGGTTTAGAGATTGATTTCAGTAGTTAAACCTTC +GGTTGTCAGCCCCTGTATGGACAAATCTTTCACTCCGTAAAAAATTAGGCATACAAGGTG +TGGCTATATTTTAGCTAATATGATATAGGATTTTTTGATTATGATATGAGCTAAAATATA +GCTTTATTTATTTGCTAACTATTTACTTCGTTTCAGATTGGTCCATAGTTCCCACCGCGC +TCTCTGCTCCCCCGCCATCCTTCCCTGTGTTTTTATTTGTGTAGATTTAAATTGAATAAT +GTATAGGAGGATAGTCTGACATCACAGATTGTAGTAAAAACCGCTACAAACTGTGATGAC +AGACTAAAGAGAATATTGATTTTATTTTTGTATTAAGAATAGGTGTATATGTTTTGATTT +TTATATATGATTTTAATTTGAATTATCAGAGTTTATATTTAGTGTAGATATTGATATAGC +TGGTATACATAGATTTGATACTTATGGAGTTTGGCTTTCGCCACCGCGCTTTACGTTCCA +ATCTTTTGAGTAAAGAGCACTCAAAGTAGTTCGCCCACACGTGGCTCAAAAGGATTTCCA +CTACAATCGCTAACTCAAAACCATTATTTATATATAGTTATTTGATGATGATGTTATATT +TTTGTTTGTAGTTAGCTTATTGAAAGATAGCCTTCGGCTGTGCCCCTCTGACTAATCCCC +AAAGCACTCACACTATTCTCTTCTAACATACTTCGCAAACATCTTATTTCATAACAAGTC +TGCTACGTATATTATCCGCTCATACGTGTTCGTAGCTTTTTGGGATAGCCATTCACTGCC +CTAAGCCCAATGCCCATATGCTTTTGCTTTTTGTTGCATATTACCATAGTTACTTTATAG +AGCCTCCACGTTTGTAATAAGATATTTTATTGATTTTATTAGGATTATAGCGTTAATTAT +AGGTAGCAGTTTTATCTAGTTGGTGTCGGCAAGGTAAGTTACTTCGTGGTATCCCGCAAT +TGGATAAAATCGTGCTCCGCTATCCAATTGCTAGGTGGATTTGGCTTTTAAGGAAAATTG +TATTCTCGGTATCGTGAAATTGGAGTTTTATTTTTTTATTATTTTTTCACGACATAGTGA +ATGTAAAAATGGTTTTAATTTGGATTAATAGAAGTATTTATGTATGAAATATAGATTAAA +AAATTACTAGGTTATAGAGTTATCAATGGTTAGAGGAGGATGAAATGGCAAGAGGAAGTT +TTGATGGGTTATATACTTTTAGTGAAGTTGGTCAGATTTATGGTATTGATAGTTCATGCC +TTAGAAAGAAAGTTTGTTTTGATAAATTTGTTGTTGGAAAAGATATTAAAAAGTTTGGTA +AGACTTGGCTTATCACAGAACAGGCTATGGTTAAACATTTTGGTGCTGAAAAGTTTGAGA +ACTTTAAATTGAAGAGATTGAAAGAAGATACTGCTAGAAATAAAATGATTAGGGATGAAA +GGAATAAGATTAAGTCTGAGAAGAAAAGTAAAAATGGAAACAGTATGAATGTGAAAGAAG +AAAAGAGTGTAGATAGTTGGATTAATGGTGAGATAAAGGGGAGAGAGGTTAAAAGTTTTA +GATTTTAAATATATTAGAAGTTAAAGCCTTTTTGCTAGAGTGAATTAAATAGTTTTTTAG +AAACTAGCTTATTATTTAATAAATATGATGGACTTATCTAATGAAAAAATATATATAGAT +ATCTTTTCTCTAATCTATATATTACCCCGATACCCCAAAAAAGGTGGTATCGGGAGATTT +TAGAAAATATATATAATTTAGGGGATGGATATAGTTGTTTCACTTGTTCTAAAATAAAAG +GTTATAATTTATATTTTCTTAAAAAAATTCTTAGTTGGAAAAATAAAATACAATAAAAAG +TATAACCTAGAGATACATTATAAAAATGTAAAAAATAAAAACAACTAGATATTAATCTAG +TTGTTTTTATTTAATTCTTTGGTATTAATTTTATTTTTTATTTTTAAATTTTTTAGGTTC +CTTTACTCTCATAGATAGTATTTCACCACAGTCAGTGCATATATCTGCTATAATTCCAGA +ACCTAATAGAGTATTTTTAGATTGCATAGCAGCATAACCATCTAATGTTCCTTGCCCTAT +ATTACTACTACCACATTTTTCACATTTAGTTTGTTCCATATTAAGAATCTCCTTTAAAAT +TTTTATATATTATTATAATTATTTAATAAAACTGCTATATTTGCAAGATAAGCTACACCA +TATCTTGAAGCGTTATAAAGATCATATATTGCAACACCAGCAGCTGTAGCTTTAAAGTAT +GCTGAGAATGTACTTATAGAAGGTGATAGATTCTTTTTTGATATATAGTGCGTTCCAACT +GCCGTAAGAGCAGCAGCAGCAGAATTACCTGCATAGTTTTTAGCTGTACCCCAACTTCTT +CTTGCATTTACTACATTATCGTAATATCCTTTAGTGTATCCTGAATACCAGTTATTTGTA +GGTTTTGTGTAAGATTTTTGAGTTCCAGTTAATGGATTACGAACTTTTATTGAATCTCTT +GAAGAGCCTTTTGTTACAGACATATAAGCTTTATCTGGCGCTTGAGTCTTCATACCAGAT +GGTCTGCTAGGTGCATATACAGATATGCTATTTTCTATATTTAATTTATTAAGCGTTTCA +AAATAATTTAATGTATCTACTTCATTTGTTTTAAGATCTGTTACTCTTATTATACCTCTA +GCACCATTAACTTCTGTTCTTGTTTCAGAATTTTCTTCAGTTATATTGAATTTATCTTCA +ATTCCATAACGTTCTTGAAACTCAACCTTTATTAATTTAATTTGCTCATCAGAGAAATAT +TCTTCAGAACTTGTATCTTCTGTAAAGTTATCTCTAGTATTTTTAGCCTCAATAAGTTCA +GATTCACTAACACCATTATTCGAAAGAATTGTACTATACATTTCCTCACTATTTTGCTCC +ATAGCCGATGCTGAATTTAACATTGGCGTTACAACTGTAATCCCTACTAATGCTAATGCA +ATAATTTTTGTTGCCCTTTTTTTAAAAGTCATAATTTTATTCCCCCTTAAAATTATTTTA +AATTTTGATATTAATATATCTTAAAAGTATTTTTTTAAAAAGTATTTTGATAAAACTAGA +CGTTAAATAAGACAAATTGGATATATCAGATTTGAAGGTCATTTTTTATATTAAATATAT +TTCGAGACTTTATTTTTTGAAATTAAAGCAATTATTTAGTTTATGAGATTTATTGTACGT +TAGAATTTATAATTTAGTTATAAGGATTGTAAATTTCAGGGGGGATTTTATGAAGAAGTT +AGTCATTGATTTGGGACATGGTGGTAATGATCCTGGTGCTATTGGACAAGGTGGAACTCA +TGAGGCTGATATTGTTTTGGATATTGGTAAGGAGATTGAGATTTTATTAAAGGGTTATAA +GGTTGATTATAAGTTTACTAGGCTTACTAATAAGAGTGTTTCACTGCTAGAGAGGTGTAG +GATTGCTAATGGATTTAATGCAGATTATTTTGTTTCTATACATATAAATTCAGCTAGTGA +TAAATCTGTTAGAGGGGTTGAGGTTTTTAAGTATTCTAATAGTAATGGGAAGATTAATAA +GTTTTGCGATGATGTTTGTCGTGATATTTCAAAGCAGTTGAGTATTAGAAATAGAGGTCC +TAAGATTGGTAATCAGTTTTATGTTGTTAAGAATACGAAGATGCCTGCAGCTTTAATTGA +GGTTGATTTTATTTCTAATAAGGATTGTGAGAGGGATTTGAAGGATTTAAATAATATTAA +GAAGTTATCTAAAATTATTTTTGATAGGTTGATTGATATGGTTGGGTTAGAGACTAAGGA +TGATAGATTGTATAGGGTTTGTATAGGAGCTTATAGGGATAAGAATAATGCTGTTAAACA +GTTAGAAATAGCTAAAAATAAGGGATTTAAAGATACATATGTCATCTAGTTCATTCATTT +GTAAAAATTTGTATTATAATATACATAAATTATATCATCATAAGGGAGCTAAATATGGTA +AATACACTAATTTTTAACAAGATACAAAGAGGTAATATATTTAATAATGATTTTATTAAC +TTTGATAAAAATAATAAAATTGAATTTAAAAAAATAGGAAGAAATAATATTGCTGTTATA +TATGGTCCTAATGGAACAGGCAAAACTAGTTTGAGTGTAGTTTTAGGTGGAAAAGAAGAT +AAAGATAATATTAGTTTTGATGTAGATTTTAATGGTACGAAATACACTCAAGACAATAAT +GAATTATTTTATGTAATAAGTGATCAAAATGGTAGAAATATAATAAGGGGTTCTGCTAGA +GACTACTTATTAGGGGATAATATAAAAAGGGAGTATGATTTAAAAGATTATATAAGTAAA +GAATTTATATTGCTTCAAAAAGATATAAATAAGTTAATGAAAAGTAGCTTTAATATATCC +TCTATGAAGAATGTATTAATTAATCAGGTTGAAAATACAGATTTAAGAGTATTTGTAAGA +AATTTTGCAAATAGTAGATTTAAAGTAGAAGAACAATTAGATAAGTCAAAATTTCTTGAT +GTAGTTAAATCTTTAAATAAAGAAGAAATAAATATAACTCTAGAAAATGAAGAAAAATAT +ATATTTATAAAAAATAATTTTAAAGACGAATCGTCATTAATATATAGAATTATGAATATT +AATGACAAAGAAATAAAAAAGAATGAAGAAATATTAAAAATAGAAGAAAATGATGAGGCT +TTAAATATACTAAGTAAATTCAAATATAAAGATGAATGTATCGTATGCGATAATAAGGAT +TATAACAGAGAAGAGCTTATTGAGAGAAAAACTTCGAATAAAGAGTCTATTATAAAAAGT +TTAGATCCTATTACAAAAAAAATATTAGAAGATATAATACAAATTGTTAAAACGTTGGAT +AAAGATCCGTTAAAGATAGAGGAGATATTTGTAAAAGCAATAGAGACCGGCGATAAAAAT +CTCATATTAGAATTAAAGAATGAAATACTTATTTACATAAAACTATTTAATAATGAAATA +AATAATTTATTTAAAGATTTAGTAAAGCCAGAATTAATAAAAAGATATGATGAATATATG +AAAATATTAGAGTCTCAGCCTACAATTTCAGATGAAGATATACTTTATATAGAAAAAATA +GTGAGTGAGAATATAAGAAAGTCTATTGAAATAAAGAGGGATACACAAAATGGAAATAAT +CTAAAGATATTATTAGGAGGAAAAGAATTTTTAGATAAAGATAGAGATGAATTACAGTTA +AGTACAGGACAACAGAATTTTATATCGCTATCATTCGAACTTTTAAAGGCTAAAAATTCA +GATAAAGAAATAATTATTTTAGACGATCCAATATCTAGTTTTGATTCAATATATAAAAAT +AAGATAGCATTTTGTATTATAAAATTTTTAGAAGGTAAAAATCAGATAATATTAACTCAT +AATACGGATTTGATAAGGTTACTTGAGTTTCAATTACAAAACTGCTTTAATTTATATTTA +TTCAATAACTCTGAAAATGCAATAAATGGATTTATAAAGGTAAACTTAAAGGAGAAAGAT +ATATTATTACAAATAAACAAGCTACTAGATTTATTTAGAACTAATATATTTGAAGAAGTA +AGGAATCAAAAACATTTTTTAATATCAATGATACCTTTCATGAGAGGGTATGCAAACATA +ACTGGTAAGAGACAGGAATACACTAATCTTTCTAAAGTTATGCATGGTTATGAAAATGAG +AAAATAGATATTCTAAAAATATATAATAATCTATTTTTAGATGATGATGTAAAGTTAAGT +GGAAAATTAGAAGTATCGGTAGATGATATATTAGAGTTAGATTTAGAGAATATAAGAATA +TTAAAGGAAGATAGCGAGTATCAGCTTTTAGATAATACACTATATCATACTTTAAGTTAT +CTATATTTAAGATTAAAAGTAGAAAAGGATTTAATTGATATTTATAATGTAATGGTTAAT +GGTAATATGACTGTACAACAGATTATAATGAAGGCTTTTACTCCATCTAACGGTGGAACT +ATTGAAGATAAAATATTTTTTACATCTAGAAAAACATTGCTAAATGAGTTTAACCACTTT +GAAGGTAATATGAATATATTTCAACCTGCAATTGATATTACAGATATAGCATTGAATGAA +GAAAAAGAAAGCATTTTAGATTATTTAGAAAAACTAAGAAAAAATAAAGAACATATGATT +GAAACAGAACTAGAGGAAGATCTGGTTTAATATAAATATATTAAGACAAAAATGCTCTAT +ATAATAGAATCATATATAGAGCATTTTGAAGTTTAAATATTAATTTTCTTGAAAAAATCT +ATATAACTTTTTAATATATAGTTTAAAAACTCTTGCTGATTAATTCCTTTACTAGAAAGA +TCTTTTGCTATTTCTTCAAATTCATTTAAAATCTCAGAATCAATTCTTAAGCTTTTAACT +TTATAGTCTCTTTTTTCTTGTTTAAATTTATAAATGTCACTAATTATATCATCAATACTA +TTTATTTCATTTTGAGAATTATTAGTTTTATTTCCTTCGATTATATTTTTTAATATATCT +ATATTTTTTAGCAAATATCCTAAATTATCAGAGTCAGTACTGTTTAATACTAAGTTAGTA +TTTTCATTATTACAACTTGTAAGCTCATTGCTTACAGAGTTGTCTTTGTTACTTTCTTCG +GACGGAGAAGTAGTTTTTTCTATATTTTTATTTTTAGAAATTTTATTTGTAAGCTGGTCG +CTTACTGTAAGCTTACTGTAAGCTCGTCCGTTATTTTCTAGTATATACTGGTTTAGGTCT +TTGTCAAATGTATACCCCAGTTTACTTGCTCTTGTTCCTACTGTACTCCTTGCAATACCT +ATGTTATTGCAAACTTTTGTTAGTGTTAATCCGCTTAATAATTTATTATTTATATAATTG +ATTTGGTCGGAAATTTGTAATTTATTAAATTCGTCCTTAGTCAAAATAATCTACCTCCCC +CTAAATTACAACTTGTAAGCTAGTTGTAATAAGTTGTAAGCTTTTTGTAATATTGTAGCT +TACTTTTAATATATTTGCACTAGAGTTGTGCTACAATTAAGTTACTAATTAAATAAATTT +TAAGCAACGTACCTTTAGGTCGTTGGTGATACGAGCATCGCGAATTTTAGTTTTTAGAAT +TAACCTTATTCCATAAATAGCTGCTAACTATTTTGGGAACTTCTAGGTTAATTTTATTTT +TTTCTACTTTTCCATTGTATGTATATTTTCCTATATAAATTGGATTTGAGAGTATATAAG +ATATTCTTTGTTTTGAAAAGTTAAATTCTTTTCCTATTTTCTCATAAGACATTCCCTTGG +ATCTTAGTTTAAATATTTTTTTTACTATTTCAGCCTCTTGGTTATTTAATATCAATTTAT +CATTGTCTATTAGTGTATATCCTAATGGTATTCTTCCTCCTGGAAATAGCTTTTTATATC +CTTTTGCAACTCTTCCAGAGTGGGTACGTTCTACGATTAACTTTCTTTCAAATTCTGAGA +AACTTCCTATCATTTGTAAGAATAAAAGTCCTTGAGCTGTTGAGGTGTCAAACTGCTCTG +TTATTGATACAAATCCAACGTTTATTTCATGAAGGTAATCAACCATTATCATAAGATTTT +TAAGGCTTCTATGTATTCTATCAGCTTTATAGACTACCACTGCATCTATTTCATTTTCTT +TTTTTGATATAAAGTTTAGCATTTCATTGTAAGAAGGTCTATCAGATGTTTTTGCTGATA +GACCTTCATCTATATATGTTTTTACTATTTCTATATTATTTAATTTACAGTAAAGCTCTA +TCTTTTCATTTTGAGTTTCTATAGAGGTGTTGTCAATTTGTGAGGCACTAGATATTCTAA +GGTAACTTACTATTTTTTTCATTTTTTATTTAGTATCTAATTTAAATCCCAAAGCATTTT +ATATTCTACTTTGAAATCTTCTAGACTTTCTAAGTACTTTGTAAGTGGATCATAGTGACC +TATATCACATAAATTTAGACTTTCTCTATATAAATCCTCACTATCCCAAGATACTATTTT +TACAGGTAGATTATTTTCAAGCATTTGTTTTAGCATAAGAAATCTTCCTATACGTCCATT +TCCATCTTGGAATGGGTGGATTAATTCAAATCTATAATGAAATTCAGATATATCTTTTAA +TGTTACAGTGTCTAGGTGATAGTACCATTGTAGTAGCTCATCTAGCTTTGATTGAACTTC +AAATGGTTGTGCAACTTTTGCTTTTGTTCCAATTATCATATTTGGAATTGTTTTATATAT +TCCTGCATATCCTCTTTGATGCATTGTTGTATTAAGCATAAGTCTTGCATGTAGATCTTT +TAGAAATTGGTCATCAATTTTCTTTCCTAATGTTTCTACTATTCTATCAAATACATAGCT +TGAGTTTACTGTTTCTTGAACATCATCTAATGTGTGTTTTCCTGTAACTACATTTTTATC +TAGTAATAGTGCAAGGGCTTCTGTTGTAAAAGTACTTCCTTCTATTTTATTTGAGTGATA +AAGGAAGTTGTGTTTTAAAATGCTATATAAGGAGTTTTTGAAATCTTTTGTTTGTAGTAA +AGCGTCGATAAAGTTTTTATTCATATAGGTAGTATCCTCCTAATTTTTTTATAAATATGT +ATTATTAGTTTGCCCAAAATGTCAAATAAATGCCGATTTATTTGACGTATATAGTTTATA +GTATATGTATAGTCCTTGCAACACAAAGGTTAAACGTATTTGAGTTTGATTATTTTTTTA +TAAGTGTTGAAAATACTATATTAATTTTGTGTTACAATATATAAATTTATTTTATTATAT +TTCGTCTAAACTTCAAGTAAGTTATGGGAAAAGTTTTATAAAATTAAAAAAGCTACTCAA +ATTAATGAGTAGTAGTTTATGCTTGTTTTTTATATTTATTTAATCCATCAGCGATAAACT +GAGAAAGTATTTCTTGTTGGGTAAATGTGGAACTGTTACAGAAGTCTATAAATTCATTTA +GGATACAAGAATGTATTCTAAATGATCTTGATGTTAAATTGCTATCTCTTTTCTCACATT +CTAGTGTAGATAACTTTGTATTTAATTTCATCATGATTCTATTTATGAGTTCGTCTGATA +TTTCAAGATTTATTATGTTGTCTATATTTTCATATTGGTTAATAATTCTGCTATATACAT +AATTATTACGTTTAAATCTATCTCTTATTGTGCTATAAGAAATATTTATTGATTTGCATA +TTTGACTTATATTTTTTCCTGATTTAAGTTTTGTATTAAAGTATTTGACTTGATCTTCTA +AAGCTAGCTTATTAAATGATAATTTATTCACTTTATGTCCTCCCCTAATGAACATTTATA +CTTTTATATTATATCATGAGGAAAATGTTTTACACAAATACAGAGTATAAAAGATAGCAG +GTATTAACCTACTATCTCTTATATTTTATATTTTTTCTTTTATTTCATTTACCTCAGATT +CTAAATTACCTAAGTATTGATATAATTCATTTAATTGTTTATATACAACCGTATTCATCT +GAGCATTTTCATATATAACGGTAGCATGGGCATTGTTTATGAAACTTTTTAACTCATATT +CTGACTCTAATACTTTTGGATCATTATTTATTTTTTTTATATAATGTTCTATACTTTCAA +GCTTTTTATTCACTTTTTTTAATAAAGAAGTCTTTATTATATTAATAACTATATTACCAT +TTAAATATTCGCCTGATTCAATATATCTTCTACATTCCTTTATATCTATAAGAAGATTTT +CACAATAATCATATATATTATCCATTATGCTTCTCCCATCTTAAATTTACTGATACACTA +ATTGTGTCTGTTACCCCTTATGTCTATTTACTTTTAATATTATTAATATGATTGATTTTT +TTCAATAATTTTGACAAAACTAGTTGTTAAATGTTTAAGTTTGGATATTTTCATCTACGA +TTCTTGTTGTGCTAGTTAATTTTTATAATAAAAAACTTCAACCAATATAGTACTTTAAGA +TTAATAACAATCAATTTTAACTAGAACAATAGATTAACTAATTAGCAGCTATTAAAATCT +ATTTAGTTAAATGTGTTGAAGGTAGGTTCGAATAATATTATCATAAATGTATAATTAAAA +AGGAGTTAGATGAGATCATGGGAGTTTTAAATAAAATTATAACCTTAGTTTTAGCGATTA +TATTATTTGAAGGACCACAGTTACATAAAGTAGATGCAATTGAAATATATGATAAGACAA +AAGTAAATATATCTAAAGAAATTAATTTATAGTTTAAAAGTTATCTAAAATATTTATATT +TTGGATAGCTTTTTTTATTTTAGTGAAGTATATATTAAGTTTCTAAAATGAAATAATTAA +CGTCCAAAAAGTACTATTTAAAGTCTATATCACAACAAAAGATGTATAAATATGGAAAAA +ACTGTAAAAATAAAGTAGTATAAAATATAGTATAAAATAATAATACGGAAGGAAGTTTAA +ATTGTGATTAGTATAGGAATATGTGATGATGAGTTACATTATAGATTAAATATCAAAGAG +ACATTAGATAAAATACTAACCTCATATCCTATAAATTATAAGTTATATGAATTTTCATCA +GGAGAAGATGTACTGAACAATTATCCTAAAGATTTAGATATATTAATTATGGATATACAA +ATGAAATCGATAAATGGAATGGATGTAGCAAGAAAGATTAGAGAATTTGATGAAAACTTA +GAGATAATATTTATGACTTCATTTACAGAATTTATGCAAGAAGGGTATGAGGTTAAAGCG +TATAGATACATATTAAAGCCAATAAGCGAAAGTAAAATTCTAAAAAATGTTGTACCATGT +ATAAATGAAATAGTAAAAAGGAGAAGCAACTATTTGACTATCAATGTTAAAAATTATGTA +GATAGAATTAAAATAGATAGTATTGTTTATATAGAAACAGATAGGCCTAATATACTAATT +TACACGTCAGACAATATGTATAGTGTAAGAATGAGCATATCTAAGATAGAGAAGATGATA +AGTGAGCATGGATTTTTTAGATGTCATAACAGTTATATAGTAAATTTAAAATTAGTAGAA +TCAATGAATGGAAGTACTTTAAGAATAAATGGAAAAGATATACCGATAAGTAAGTATAGG +GTTAAAGATTTAAAATTAGCAATAACTAATATATTAGGTGATATAGTATGTTAGAAAAAT +ACGGTATAAATTTATGGGATATTGTTAATACAATTACAGCATATATAGATTGGATTGTAT +TCTTTACAGTATTAAGTACAGTTGGAATTAGAAACGTATCTAATAAAAAATACTTATTTA +GAGTTACACTAATAACATTGTCTATGGGAATCATAAATATTTCTAATATATTCCCTAATA +CTAAAATTATTTTATGTATTATAACAGGAGTATTATTTTATAAATTATCATATGAAGACA +GTATTTATAAAGCCGTGATGATTAACTTATTATTCTGGTTAGGATTAATGATCATAGAGG +TATTATCTTCTGGAATAGTGATTTTAATAAATAACCTAGATAGTATACAGCCAATACTAG +ATGGTAATTTATTTAGATTTGAAGCAATATTTATATCAAAATTACTGTTATTTATAGAAT +TGATAATAATAAAATACTTTAAGTTATCATTAGAATTTAAGCCTAAAGACATGTTATTAA +TAGGAGTTCCAATATCATCTAACATAGTAAGTTTATTATTAATATTTGAGTATAATTTTA +ACCAAAATATATCAAGCAAAACAAATATTGCTGTATTAGGTTTTACTGTTTTACTGATAG +TGCTATCTAGTGTAACCTTGTTAATAGCAATAGGAAAGATCGTGCAAGATGATAAGCTTA +AATTGGAGTATGAGCTTATAAATGAAAGAATAAGAGCAAATCATAAAGGTTATGAAAATA +TAAATGAAATACATGAAAAATTAAAATACGTTTATCATGATTTAAAAAATCACATGATTT +GTATTAAAAACTACAGTACAAGAGATGAAATAATATCATATATAAATAATTTAGAGTTTC +AAATAAGTGATTTTGATAATTTAAAAGATACAGGAAATAAGACATTAGATATAATTTTAG +GAGAAAAAATTTATCTTTGCAAAAAATATAATATTGAATTTGAAGAGAATATAAATATTT +CAAAGTTAGGATTTATTAAAGACATAGATATATGTGCAATATTTGCTAATGCACTAGATA +ATGCAATTGAAGCATGTATGAAGATAGATAATGATTTGGAAAAAAGTATACAAGTTAAGG +CGACATATATAAATGGATTTGCAATTATTAAATTTACTAACACTAAGGTTAATGAGATTA +AATTTAGCGATAAAAGAATTCAAACAAGTAAGGATAATAAAAAAATTCATGGGATAGGTA +TTTCAAGTATTAAGTATATTGTAGGAAAATATAATGGTGAAGTAATAGTTAATTACTCAG +AGAATGAGTTTATATTAAAAATAATGATACCAATAATAAATTAGGGAGTGTAGAAATGAA +AAAAGTAGTATTAAAATGTCTTAAAAATATGTCAGCGTTAAGCTTAGGTGTAGCTGTTTT +ATCAGCAAATAGTCCGAGTATGTGGTTTGTACATCAGCCGAAAGAACCAAAAGAATTAGA +TAAATTAAAAAAAATAAGATAGATATAAAAAATCTCCTTTGGAAATAGGAGATTTTTTTA +TGTAAGGAGTAGATATGTTAAATAGTATACCAGAGAAAATTACAAGTGTATTAGTTGAAA +ATGAAATTATAGAAAGTGATGATTTTGAAATATATAGGTATGGTTTTGAGGCATTAATAT +ACTTTATAGTTAATATCTCAGTAGCGTTATTAATCGGCATTATTTTTGATAGGGTTATAC +ATACAATTGTATTTTTGAGTTGTTACTGTACTTTAAGGCAGTTTACAGGAGGGTATCATG +CTAGAAATTATACAGAGTGTACACTTACATTTGTGGTGATCTACCTAATAACTATTTTTA +TAGATAATAATATAGATGTAGATCAGTATAAGTACATACTAATATTGTTTTTGATTTTAA +GTATAATTATAATTTATAAATTGTCTCCAATGGAGCATAGAAATAAGCCTCTTAGTAGTA +GTGAAAAAAAACACTATAGAATGGTTGCTATGAACATAGTTGTAGCTGCAAGTTTGGTAT +TTATTTTAAGTATATGGTTAGATATTTTTAAGTCATATGCTATATATATTTTATTTGCTA +TTGTTTGGATTTGTATATTATTAATTCTAGGATTTTGTATAAATTTAGATAGATAAATAA +AATAAAAAATTTATGGTGGAGAAAAGTATTATTTGTAGATGCAGACTATAAATTAAGTGA +AGTGTATTTTTATTAGGAGAATAAGTATATATTAATTTGATGATTTTACATGTATCTATT +TTTTATGTACGAAAAATAGATTTTATGGTACAATTTATCTATAAATAGGCGGAAATGTAA +AAAAGTTAGAAACTCGGTCGCCAAACAGAAATTCTAACTTTTAACTAAAGCCCTACAAAA +TAAAGATAAAGATAAGAGTATCTTAATTTGTAAGATATATTTACTTTTTTATAGTGTAAT +TTTAGCATATCATGTAAATCATTACAAGATGTATCAAGTAAGTTCTCTTATCTTTTTTGA +GGGTTATTCTGCAAAGATGGGGGAATTTTTTTATGCAATTAAGTAATTTAGCTCTTGATA +TAGATATTAATATAGATGAATCAAAAAAACATTTACAAAATTTACATAAGAATAGTAAAG +GATACATAACTGTAGCATCAAAGAATCCAGGTTATAAGCAGTGGCATTATAAAAGCGAAG +AGCTAATCGAAAATGCTGAGGAAATTCTAAATAATATTAATGCTTATGTTTCTCAAAATA +CTTTTTATAAACCACAAAGAAGAATTGAAAATATAAAAGAGCTTAGGGCTATTTATATAG +ATATTGACTGCCATAATACTAAATACACTAAGGAAGCGGTTAAATACTTCTTAGAGAAGG +ATTTATATGGTTCAAAGATACCTAGACCAAATTATTTAATAGATAGTGGTAGGGGACTTT +ATTATATTATTTTAATAAAACCTGTTCCAAGTATGGCCATGCCTCTTTGGTATGCTATTC +AGAGGTATTTATATAATGAGCTAAAAGAGTTTGGTGCAGATGCTAATGCACTTGATCCAA +CAAGGGTTTTAAGGGTTGTTGGTACTATTAATTCAAAGAGTAATTCATGCGTTGAAATTT +TAGATATGGATTCTTATGAATATTCACTAAAAGAAATTCAGGAGGAGTATTTACCTGAGA +TTAGTGAAAAAAGAGAAAAGAAAAAGGGTAGACCTAAGAAGGTTGTAAGTTTATTTAATG +AATATAGTTTGTATCATGCTAGAGTGATTGATATAGCTAAGATTTGCGAGCTTAGAGATT +ATGATGTAAAAGGTCATAGAGAGTTAATTTTATTTTTATATAGATATTTTTCTTGTTGTT +TCTTAAATGATCCTGATGAGGCTTTAGAAAATGTATTAGAGTTAAATGCTATGTTTAAGG +AGCCGCTGCCTGAAAAAGAGGTAATAACTGATACAAGGTCTGCTGAGAGGGCTTATGAGG +AAAGAAAGTATAAATATACTAATGCTAAGTTGATTAAGATACTTGATATTACTTTAGATG +AGCAGCAGTATTTAAAGACTATTATTTCTGGAAAAGAGAAATATAGAAGATCTGCTGAAG +ATCAAAAAGCAAAGAAAAAGGCTAAGAGAAGAAATGAAAATGGATTAACTAAAAGGGAGC +AAGAGAAACAAGACAATATAAATGCTATAAAAAGTTTATATGAAAAAGGATATAAACAAG +TTGAAATAGTTAATAAATTAGGATTAAGTAAGGGGAGAGTATCTCAAATTATAAAAGAAT +TAAAAAAAGTTTAATGAAACGTCCTCTTAGTATTGGGGGGCTTTAGCCTGTATCTTTTTA +TTTTGGAGGAGAATGGAATGAAGTTATTATATAGTGATTATTTGATGTACTCTACATTAC +GATTAGAATGTTTCAATAAAGATAATTTAGTTTGTTTAGGTACTGGTTTTATTTTTAATT +TTTATTTTTCACCATTTAAATATCCAATACCTGTTCTTATAACGAATAAGCATATTATTA +AAGATTCTTTTATAGGAGATTTAAAGTTTACGTTATCTGATAATTCAGGCAATCCTTTAG +ACAATGAATTTGTAGGAATTAAATGTACTAATTTTGCAGATAGATTTATTATGCATCCTG +ATAAATCTATTGATTTATGTGGTATGTTTTTAGGTGAAATAATTAATTCTCTTAATATGG +AAAATAAAAAGATATTTTACATTCCATTAGAGAAATCAATTATTGCTACTAAATCTATTA +TGGAAGGGTTGCTTTCTGTTGAAGATGTAATAATGGTAGGATATCCAAATGGAATTTGGG +ATGAAGTTAACAATAAACCTATTTTTAGAAAAGGCATAACTGCAACAAGTCCTAAATTTG +ATTACAATGGAAAAAAAGAATTTTTAATTGATTTAGCATGTTTTCCAGGATCAAGTGGAT +CTCCTGTATTTATATATAATGAATCTGGATATACCGATAAGATTAATAACTCCTATAATA +TGAGTTCAAGAATAATTTTTGCAGGTATACTAAGAGGTGGGCATGAGTATACAATTCAAA +TAGATGATGAGGTTAATGGTACGGTAGAAACAAGTATCCCAAATAATCTAGGTGTTGTTA +TTAAAGCGGAAACAATATTTGAATTAGAGGCTGAAATGTCTAAAAAATTTTATTTTAATA +TAAGGAGGAAAATAGATGTATGTTAAATAATATAAATACTGTTTTTTATACAGTTACATT +TATTCTTCCTGGATTTATTATTTCCTATATTAAATCGAAGTTTGTTCCAATAAGGATTAT +ACATACTTCAGAATACATTTTTAGATATTTCTTTTATAGTGCTATAAATATGTTTATATC +TATTCCTGGTCTTTATTATATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATG +TTGCATCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAGGTCTA +>MGYG000000001_57 +TTTAGCTAAAATAAAAGAACTAGTATTTGGATAAAATTTACAAATACTAGTCACTATGGG +TCTATTTTTTTGCAAAAAACATTTCACTTTATTTGGAAATTAAATTTAATTAGCACAATA +GATTAATATGTAAAAGTGAATATTATTTGTACTTTTTATTTTCGCTTCTAATACTATAAA +AATCGTTATTTGTACTTTCTTTGTATGCATAATCTAAAATATCTTCTTTATTAAGATTAC +TTAATGCATATTTATTTCCTCTTAGATGTTTAGTTTTATCCTCATATATTATATGAGATC +TTACTTGTTTCATATCTTCATCTGTAATATTATAGAAATTTGCAATTTCCTTATCTGTTA +GGTTGAGCGTGCTTAATTCTTTTACTGCTTTGAAATCAATTACACGATTATTATATCTAT +GAAAGTATTTGTTATAAATATTGAATGCTTTGTATTTATCTATATTCAATTTACTTGATA +TAAAATTAAATCCTTTAGATTTCTCTAATAATTTATATATTTTTAAGGCAATCCCTATTT +CTTTAATTTTATTTCTATAATCATTATCATTTATTTCGTTAAGAGTTAGTAGAACTTTAA +CTTCATCACAGTTATATAATTCTGCTATTTCACTTACTGTGACACCTCTATCCATTAGAT +GTTTAGTCATTGCTTTACTTATATTTGTACCAAATTGTAAGGTTTCTTCTTGAAGTAATT +GTAGTACATCAATGGTATGCATCTCTAATTCTTTAGCTATATAATTGTAGTTACTTTTTG +AATTTAGTATGATTTTTATTTCTTTTAGTATCTTAGTTTTATTTGCTCTTATTTCTTTTG +TGGTTTTTATATTGTCTGTTTTTCTTAGAAACTCGTCTTTACATGGAGTTCCTACTTTTC +CTTTCATAATTCTGTACCCTCCACCCTTTGTATACTTTTATAGTTCTATTTTTTATATTT +AGAATTGAGAGAGAAAATATATCTCCATTTTTGATGTATATTGATTATACAATATCATCC +TTTATATCTTCATAAGCAAATAAAGGTATATCGTATAAATCACCAAAGTTGTCATATATA +ACCTTTGATGCTTTTAATAAACTATTTATAGAAGTTACATTAGGTATTGTAATTCCTAAT +TCTTTTGAAGTTACTTTAACCCTTTCATCTGGTACGCAACATAATTCTCCTGGAATGCTA +CTAAAAACTGATTGGCATCTTAACTCTCTTAATATCAATGGTATTTTTATTCTCATTTTA +TTTTTCCCTGATCCTAATCCTTCTAATTTACTTATATAATCAATAAATATGTTAAAATCA +TTATTTTCATTTGATTTTAATAAGCTATTTTTTATACTCTTCCAGTTATTTGCTATGATA +GAGACACTAGAATAATAATCTTTTCTAAAACTTACTTTCTTTCTTGGAATAAGTCCACTA +CACTGTTCTACTATTAATTTACTATTTTCTTCTCTTTTTTCAATTTCTTTATTTATAAAA +TCATTGTTTAACCATAAGTCTATTTTATCTTTGTTGTTTAATTTTAAGTAAGTTGTAAAA +AAGGCTGCATTTTCCCATGGTCCTGTTTTTGACCATGATGATGCTAGTACGAATAATAGA +AATAAATCATCTTCCTCATTCAAATCTAGCTTCATTTTTTCATTGTTTGGTAACTTTATA +TTAAAGTTTGAAGTCCATCCTTCATATTTATTATCTTTGCCTATATTTATATATGATAGC +TTTTCTTTATTTTTTATTACTGCCTTTATTAGTTTATCTTTCATATTTTCTCCTTTTGTA +TACGATTTATCTATTATATTTATACTCTAAAAAGCTATATATTAAACTAAATTATAGGTG +TTAATGGGTATTAAAAAAGATGACTCCTATTCAATACAGAAATCATCTACTAATGCTGCA +TAGCATTCAAAATTATCTTGATTAAGGATACATTTTAAACTTCTTTATATCTTTTGGAAT +TTATTTTATAATTTGTAAAAGATATAATTTAATTTTAACCTATTCGCAAACCCAAGTTAT +AACATATTTAAATTTGCTATCTATATTGCTAGGTTCTACAAATTCAAATCTTCCTTTTAA +ATCCTTTTCTTCTAATGTTAAATAAAAATGACAAAGAGCTATTCCTATATCAATTTTATT +CATTTCATTCTTATAATCTAGATAAAAATGAAATCTATTTTTATCTTTTAAAACTCTCCA +CGGCTGTTTATTTAAAGCAGATGGAGCTAATCTAACCATTTCTAATACTTCTAAATACTC +TCCTGCGTCTTCTTCTGAAAGTTCTTTATCAAAGTTTTCATTAAAGAAGATTTCTGAAAA +ATCTTTTCTTTTGTTATTATTATTTCCTATTAGTCTTGATATAATTGATTTTTTACCACC +TTCATATCCTACTGGAGATACTATCGGAAGTGTTTCATTTTCAGCTAAGTTCATAGCTTT +AGAAAACTCTCCTCTATTGAAGGTTCCTCCTAGCCATACTGTTCCAAGTCCTAGCGATGT +ACAGTATAAAACCAATTTTTCAAATGTAAATCCAAGAGATTCTAGAACAAATTCTTCTTT +GTTGCATGAAGTAGCTAAAAAGTATCTAGCTCCTTTTATTACCCCATAGGTTCCTAATTT +AAATTCTTGGTTGTGGTTGTTATTTTCTATTAGTTTAATTCTTATTTTTTTGTTAAAAGG +GTTGTCTATGCTATTTATGTAGTTTTCTATTTTTTCTATTGTTTCTTTTGATAAGGGTTT +ATCTTCGTAATTTCTTACTGATTTTCTTAGTTTTATAGATTCTACTACTGATTTTTCAAA +CTTATTATTCATAGTATTATCTCTCCTTAATTTTTATTATTTAAGGTATATCTTATTATA +TATTTTAATTCAATCTATTTTATTATGTTATTAATATTTCATTCTTTCTGGTATAACTCC +TCGTACTCCTCCTTGAGGTGAATTTGTATCTCCCTTATATCTCGGAATAAGATGTATATG +GACATGCATCACTGTTTGTCCAGAGTATTCTCCACAGTTAACTCCTATGTTGTATGCATC +TGGCGAGTACTTTTCATCTAGTAGTTTTTTACCTTCATCTACTAGATTGAATATTGCTTC +TCTTTCTTCTTTTGTTATATCAAAAAAATCTTTTACATGTCTTTTAGGTATGAATAACAT +ATGTCCTTTATTTACTGGAAACTTATCAAATATGGCGTATGCTAATTCATTTTCTAGGAT +ATAATTGTCTTTCATATTACAAAATATACAGTTCATAATTTCTCCTTAGGTCTGTTATTT +AATAGATAAATAATTGTTTACTCCACTTTTATTAATATTCTTTTATTTTTTCTGCTGCTT +CCATTATCTTTAATTCTATTGTAAACTCTATAGACTTTATAATTTCTTTACTTATATCTT +TTCTATATTTTATCACTTGCAAATCTATTTTTATAATATTCCTTTGTTCTAAAATCTATA +GCATCCTTAATATTTTTAAGGAAATATTTATTATTTAAAAACGGATTTAATTCTTCTTTT +AAACACACATAATCATCTTCTAAATAGAAAAACTCACTACTTTTACATAAAAACTTAACT +GGATTTTTTCTAGCTAAATTTATGTACTGCTTTTCTTCCCAATTCTTAAAGTTTGAAGTT +GATTTATCTCTAAGCATATCAACAGCATTAGATCCTTTACTATAAAACTCTTTAAATGAT +TTATATAGATCATCATCATTTATTTTTAACTTCATATCTCCATTATTATAAAAAGCTAGT +AATACTGGTATCTTGTAGGTTTTACTCATACTCGTATTTTCTATAAAGTTTATAAACTCA +TATGCAAAACTATCTTTTATATTAGCTTCATTTTTATTAATCTCATTTACTGAATCTAAA +AAATTAATATAATCCTTAAATATATTTAGTTTTGCTTTCTTCTTCATATTAGTATAAACT +GTGTCATCCATATAAGTAAACATCTCTACCCTTGAAGGTGTGTAACCTAAATCTAATTTT +ACTTTATAAAATTCTTCTTTAATGATATCCCCTAGCTTTTGATTTGCTTTTCTCATATTT +TCAAAAATATCTATTATCCTAAAATCAAAATCTATAAAGCAATCTTCTGGGTAATCGTCT +TCACTAGGTATATATGTTTCTTCATGTTTTCCTATACTACCTTTTCCTGTTAGTATATAC +GGTGCTAAATTTGCTTTTTTATAATTCCCTATAAAGTCTAATACATTAAGATATTTTTTA +TCTTTTGATATTCTAAGCCCCCTACCAAGTTGCTGTAAAAATATTGTACTAGACTGCGTA +GGTCTTAAAAATAAAACCATATCTATTTCTTTTACATCCAGCCCTTCGTTAAACATATCT +ACAGAAAATATTATCTGTATTTCTTCATTTCTTAATTTATCTAATGCTATATTTCTATCT +TCATTATATTGACCTTCATTTCCACTATATACAGCACATGCTTTTATATTATTTTCATTA +AAGAATTTCGCCATAAATTCTGCATGAGCTTTGCTAGTGCAAAATCCTAATGCCCTTTTT +GATCTATATTTTTTATAATGACTTAATATTAAATTAGCTCTTTTATTTATACTTAAAGCT +TCTTCTAATTGCTTATCATTATACTTTCCATTTTTAAATTCTATATTATCGTAATTTACA +CTTTCATCATAAATTCCATAATATCTAAACGGAACTAACCATCCTTTGTTTATTGCATCT +TTTAAAGATACTTCATACACAGTATTATAATCACATATACTAAATACATCTTTATTATCC +ATTCTATCTGGAGTGGCTGTAATTCCTAATAAAAATTTTGGTTCAAAGTAATTTATTATG +TTTTGATAATTCTTTGACGCTGCATGATGAAATTCATCTACTACTATATAATCAAAATAA +TCTTTTGAGAAATACTCTTCTGATAGGTACTCTTTTTTTCCTAAGCTTTGTACTGATGCA +AAAACTATATCTTTATTTGTATCTTTTATAGAATTCATAAAATATCCCATATTGTACTCT +TCTGCACTTGAATTGTCTTTATCATAATATAAATCATTTTCAAAGTTATTATTATTATCT +GCAACTTGATCTACCATAACACCAAATTGCTCATCTGTTCTAAAATTTATAATTTTATCT +TTTCTTATATTTTTAAAGCTTTCATAAGCTTGTTTTAAAATTTCTTCTCTATGAGCTAAA +AATAAAACTCTATTAAATTCTCTACTATCAAATGCTGCTAAGTATGTTTTTCCTATTCCT +GTAGCTGCTACCACTAATCCCTTATCATAACCTTCTTCTCGGCTTTTCTTAAGTTGGTAT +AAAGCTTCTATTTGTGCTCCTCTTGGCTCAAATAAATTTACTATATTACCCTCTTTTTCT +TTATATACATAATTTATAGCTTCCTCTTTACTTGATGAGTTTGAGTATAATTTTGGCTTT +TTCCAAGTTTTTGAGTATCTTTCTAATTCTGTATCATCTACTATTATTGATTCATTATTA +AACAAATCTTCAAACATAGCTTTATAGTAATTAAAGTCTTCTAATGATTTATTTTTATCT +ATCCTATAATTCCACTCTAGCCCACTAGTCCATGCTGAACGTGATAAGTTTGATGATCCG +ATAAATATTTCTCCGCCGTCATCGTACTCAAATATATACGCTTTTGGATGGAAACTTCTT +TTTGTGTCATTATAGAATCTTAAATCTACATTATCACCTAGTATATCTTTTAATAGGTAT +AGTGCTGATGGTTGTGTTATGTTTAAGTAGTTCCCTGTTAGTATTCTTATTGGTATGTTT +TTGTTTTTTATTTCTTCTAAGTCTTCTTTTATTAATTTCACTCCTGATTCCATTAAAAAT +GAAACTATTATATCTATTGATTTTGCACTATGTAAACTTTGTTGTATGTGTTTGTATAAG +TGGTCTTGGTTTCCTGTTATGCAGTTTATGTTCATATTTATATCTCCTATTTTAATAATA +ACTATATTTTATCATTTTTTGACATTCATATTTAAAGAGTTTATAATTTTTTTATACTAG +TTAGGAGGTTTGTTATGAAAGTTTACGATAAATTAGTTAGAGATAGAATTCCTGAGATTA +TTGAAGAATCTGGGAAGAAGTGTGAAGTTGAAGTTGTTAGTAATGAGATTGCTCTTGAAT +ATCTTTATAAGAAGTTAGGTGAAGAAATTGATGAGCTTTTAAGTGATAAAAATGTTGATG +AGATTGCAGATGTTATGGAAGTTCTTTTTGCTATTGCTAAAAAGTATGGTTATAGTGATG +AAGAGGTTCTTGATGTTAGGAATAATAAAAAATCTACTAGAGGTGGATTTGAGGATAATT +TAGTTTTAAAGAAGGTATTATAAGATCCTAAAGGTTCAAATTGAACCTTTAGGATCTGCT +TTTTAACTTATAAACACAATTTGCCAGAGCTAACAGTATTTTGCTACACATACTTACAGA +TTATATTGTATATTAGTAATATTTTATATACTTATTACTAAAGCTTAGCTTTCTTTCTTT +TTCTGTGATAAATTAGTCCACCTATTCCAGCTATGCCACCTAATCCAACTATACCTAAAG +TATTTTCCTGCTTTTTATCACTAACACCTTTAACATAAGACTCATTAATTACTTCTTTAG +CTATATCCATCTCTTCACTTATATATAAGTCTTCACCTTCATAACCTAAATTATAGGCTT +TTTCTAATTCTTCTTCTAAACTAGAAATTCCACTATCATAACCATCCTTAAACCATCCGA +TATATTTTTCATTATCTTCGTCTATCGATTTGTACTCTTCACCTTTGATAGCTGAATTAA +ACCCTAACATGTAATATTTATTTTTTAATTCTTCTTGAGCATCATTATATGACTGTATAT +ATGCATTTTTAAATTCCTCTTGAATATCATCAGGAAATTCTATCATATCTTTATTTTCAT +AACTATCATTTTTACCTTGTAAAGTATACTCTTCTATTTTAACTTCTTTATATTCACTAA +AACCTTTTTTATAACCTTCTTCATATGCTTCTGATAATGATTTATTTGTATAGGTATTAT +TTAATAAGGTTCCTGAAAGACCTATATTGTATCCACTTTCTTTTACAGATGCTACTTCCA +CCTCAAGTTTTTTACTACCCTCAGAATATCCATTTTCATACCCTTCATTATACTCATCAT +CATAACTTCCAGAATAAGATGATGTATCTATAGCGTAATTATTATACCCATCTTTGTATC +CTTGATTATAACCATCAGTTTTCGCTTTCTTTTTAGCACTTTCTACTGATGATTTAGTTG +TTTTAGATGATGTTGATGACGATTGACTTACTGATGTTATTGTATTTGTTGTCGTACTTG +AACTTTTATACGGACATCCATTAGTATGTAAATGAGCAGGATGTCCACCACAGTGATAAT +GATAGCTACCTAATCCTGATTTATTTTTATTATCTCTGTGACCTCCTGAAGCATCAGTTC +TTCCAGAATGAGCACTTGAAAAACTACTCATGCTAACAATTAAAATTGATGTTATAATTG +TATATTTTTTTGACTTAAACATAAATCCCCCCTCAATTGATAAAATATCATAAAATATAC +GAATTAAAGTATAATACATATTTTAATAATATTTTGTAGAATATTGTCATAAAACTAAGA +TATTTTTAATTTAAATCAACTTATTTTGTATTTAATAAATTTTTATTTATCAAAATTTTT +AATATTAACCTTATTTAAATATTTACTTTTTTTCACTTCTTTTATAAAATATCACTCTTC +ACACTTTTCTTTCCATTTGCTAAGTTTTTATTATATATACTTTTTACAGTCTCAATATCT +ACATCATTATCATAGCTTTGACTTATTATGGAACTTGCTACTATTATAACATCCAGACAT +TCTTCTACTAAATCTTCTTTCGATCTTTTCTTATATCCACATCCACAAGCATTAGAATAA +CTTAACATTGCCTGTGCAACTTCTCCTACTTCTTCTGATAGTTTTAATGTTCTTTCTAAT +AATGTTTTTTTATCTATTTCTGTTAATCTTGATAGTTCTTCAAAGTTTACTAATTTATTA +TCTTCCATTTCTAATCCTCCATTTATCTACTATTAATTTCTTCGATGTAATAAGTACATA +ATAACTATCCATTTATATGGTCATATACTTTCCGTATATTTTATATCATAATTTACATAT +AAGAGGCTATAGATCAAATGTATCTATAGCCTCTTTTTAATACCTTATTTTAGTAATTAC +TATTTATATTTTTTATATGATTTTCCTTAACTACTTCATCCACATTAGAATAATTTTCTA +ATTTATTGTATATTGATTCAACTTCACTATCGGTGTATATCTCATTTTTAGATTTTAGTA +TTTTATTCATTGTATATTTTAGCTTGTCTCGTTTTATTACTTTTAAATTTTCTTCTTGAA +TATCCATATTTCTTAATTTACATCTTTCACTAAATACTATTATTGAATAAAAATCCTCTT +TACTTAAATCCGGTAATACTTTATTCAAATATTTAATGTGAGTTTTATTTTGAATTATTG +GACTATAAAATCTATTCCTCTTGTTATTGTCTAGAATTTGCATCCAGTACTTATTTTCTT +TAGATCCGTAAATCTTTCCACTATAATTTTTTGATTCTATTACATACATTCCTGTTTTAT +TTATAAAAACTAAGTCAATTTCCGTTGTGGTATTATTCTTCGGTATATAAAGATTTGTTA +GTATCTCTCCATTCATTTTCCTTAGGATATTATATGTTAGGTATTCTCCATATACACCTT +TATCCTGTATTAGCTTTAATATTGATATTTTTGTTATGTTTCTATATTCTGTACTTTGAA +AATAGATTTGAGTTACTTTTAAGAAAAACAATAACATTGGTAATAGTGCAAATAGCATTA +TGTATTGAATTGTATTCACATCCTTTTTATTCTTGATTATTGTCATATAAACCTATTCTT +TATACACTAATACTTTTATTATTTGTATTTATTTTTAGTTTATATTATTACATTATTGTC +CATATTTACTAATAGAGGTGATATCATGACAGAAATTCTTAATATTATAATCACTTGGTT +AGCAGGCCTAACTGTAATAGGCATAATTCTAGCAAGTGTAGGTTTCTTTAGATAGTAGCG +CTTGACATAAACCCAAGCACTACTATTCTATCAAACTTATAACTCTACTCCATCAGTAAA +AGCTTTAATCCATTCTCTTATAGATCTATCCATCTCTACGGAAAAGTCTGCACTAGTCTT +TCTTTTATACATCAACTCGCCAAAGCTTCCTGCATTAAAAACATTAGATTTAGGCATACT +ATTTTCCTTATCTTCAAACATTTTGATTAAATCCTCATCATCTAACTTTTCATACTTTTC +ATCAAATACAACATACTCTTTTTTAAATCTCTCTCTATATACTCTCTTAGTATTTTCTGG +GTAATATCCAAGAGTTATCATAGCTGCTGGGAATGTGTAATCTGGTAAGTTTAATAATTC +CTTATGTACTTCATAATTTTCCATAATATCTCCAATATAACAACTTCCGATACCTAAGCT +TTCTGCTGCTAAAACAGCATTCTGGCATGCTATAATTGCATCATTTACCGATAGCATAAA +ATCATTCATACCTGGAGATTTTATATCTTCTACCTTACATAACTTATAATAATCATACCA +TTTTTGCATGTCTGCTAAGAATATTAATATTACTGGTGCTTTTTTTATAAAAGGCTGATT +ATCACAAGTTTTACTTAAAGTCTCTTTCAATTTTTCATCTGTTATTTTAAGTATGGAATA +CATCATCATGTTTCCTGCGGTTGGTGCTTTTATTGCACTGTTTATTATTGTATCTAAATC +TTCTTTTGATATTTCTTTTTCTTGGTATCTTCTTAAAGATACTCTTTTATTTATAGTTTT +TATAACCTCATTCATATTTTATACCCCATTTATTTTAATTATATTTAATCATTTATATTG +TAATAAGAAATAAGGTACTAAAATATATACTAAAATATTTATTAATGAATAGTTCCTATA +CCTATCTTAAATAATTATTTCAAGAACCTAAACACAAAAGGTCTCTTCAAATCCACAGCC +TTCTTAGGGCACAACTCATGACAACAAAAACATCTTATACAATGATCTAAATCAATAACA +GGTCCCTTATTCTCCATACTAATCACCTTAGGAGGGCAAACCTTACTACATTCACCACAC +TTAACACATTCCTTATAGTTAATAACTGGCTTTCCTGCTAGCTTTTTATTCACAAAAATC +TCAATACTCTTAGGTACAATCCCTCTTAAAAAACTTATACTCCTATTTGAAGGTATCTTA +AAATCTTTAATTACCTTATCTTCTACCTTTTCACCTAGTACACATACATCAGAAAAATCC +TTCTCTATAAATTCTCTTTCTACGCATCTTTGAACAGTTGGTACTTTATTAGGATCTAAA +TTTATAATATTACAAGCTACAACGTCTATAGCATAAGGGCTTTCAGAACCTAGTAATACA +CCTATCTTTCTAGGAACACCTGCTGTTGGTCCTTCTCCTTCCATTCCTATTACACCGTCC +ATTATTGTAAGACTAGGCGATACATAAGAACAAATATCAACTAAAGCTTCTGTAAAGTCA +ACTACCTTAGGCATCTTAAAATGATACTCTGCCTTAGAAACTCCAGGTATAACCCCAAAT +AAATTTTTAACTCCACCTGTAAAAGTTGCCATAGCATGAGTTTTTAATTTACATATATTT +ATAACATGATCTGCATCAACAATTGGTTTTATAACTGTCATGTACTTAAGTATTTTTCCA +TTTGGATTTTCCACTTTTACTTCAGATATATCATAATTTAACTCTATTCCAAGTTCTTCA +CATACTTCTTCTATTCCGCAGGTTTTATATACACCTTTTAAAGATGATTTTGTGTATGGT +CCACCTGGACTATCACCTACTATTACCTTACATCCTAGTTCTAAAAGCTTCTCTGCAATT +ACTTTTAGCACCATTGGATGAGTAGTTGCTACTTCATCTGGCTTTTTCTTAATAACTAAG +TTTAATTTTATAAATACTTTACTATCTCTTTTTATATATTCCTCAAGTCCACCTAAGTCA +TTTATTAACTTCTCGACTTGTGATTTTACTTCTTCATACTTATAGCTGTTACAACTTCTA +AGTGAAACATTTTTCATATTAAAATCTCCTTTTATAATAATAAAATAGTATTATCCCTAT +ACCATTTATATCCAAATAGCCTAATTAATTATATCATTTGCTTTTTCTTTTTTATACTTT +AAGAGCTTATCTATAATAACTTATTAAAGTGTTTAAAGTTTATATTACTTAAATATTTTT +GCTGTTAATTATGTACAATATAATTATATTAAGAAAGGTTTATAATAAATTTTTTATAAA +AAGGAGAACAGTACTATTGCTAAAATAACTATTGGTGATGTTATTTTTAAAAAGCCTATA +GGGCTTAAATCATAATACGATAACATTACTCATGGTATTGTTTGCGCTACTCTTTTACCA +CCTTGCACTAAATTAATTATTGAAAGATTACTTGAAAATAAAGAAGATAATATGATTTAT +TTGAATAAATATAAGCTTGTTGGTGAAATTTTATATAGTGATAAAGCATCTACTGTTGAG +GAAGGCTGTAAGATGCTTATTGATGAGCTTTATGGCTTTGTTGAAGATTTTTATATTCCT +AGGTTATCACCGTATGATATTTGTGAAGATGATTTTGATAGGATAATTAATCGTACTAGC +AATAAGTTTAATCCTGTTGCTTTATCTCATGAAGATTTATATTATATTTTGAAGGAAAGA +TTATGATTATAAAATTCTTTAAATGGGAATAAAAACATTATAAAAAGCTCTTTTCTTAAA +ATATAAAGAGCTAATAAAATGTGAAGGTGTTGTAATTATGAAAATATATACAAGAACAGG +AGACAAAGGTCAGACATCTCTATACGATGGTACTAGAGTTGATAAAGATAATATAAGAGT +TGAGTCTTACGGTACTCTTGATGAGCTAAATTCCTACATAGGACTTTGTACTCTTTATGC +TGAAGGTGAAGATAAAAAAATATTAAAAGATTTGCAGCTAAAGCTATTTTCAGTTTCTGG +AGAGCTTGCTACTAAAAAAAATGTTAAGTATAAAAATGTAGTAAGTGAAGATGATATAAA +AAATCTAGAAAATATAATAGATTGCTATATTAAGAAAATAGATGAAGTAAATGCCTTTAT +TATACCTGGTACTAGTTTAATTTCTGCAAATTTGCATATTGCTAGAACTATATGTAGAAG +AGCTGAGAGAAGAATTTATACTCTTAGTAAGGTAGAGTCTGTAAATCCTCTTATAATAAA +GTATGTAAATAGACTTTCTGATCTTCTTTATGCTATTGCCAGATATAATGAAAAAGAGCT +AAATTACGTTGAATTTTAAAGTTCATACTCTTATCCTCAAGTAATAATACTACTTGGGGT +ATTTTAAATTTTCTAATATATCCTTACTTTGAGTTAAAGTGGCTCCTCCATCTACCTCAT +TATTATGTATTAGCTTTTCTTTCTTTTATTTAGCGAAGATAATCCTGCTAAAGTACTTGA +TTTGAATTATGTTGTTGCTAAGTTTGATGTTGGAATGTAAGCAGATTTTTTAGTTGCTAA +TGTATATAAAATAAGAACTATACCCATTTAGAATGAGTATAGTTCTTATTTTATCTCAAT +CTATAATTCAATTTTCCATAATCCATGAAGGTTACAGTATGCATATACCTCTAATACCTC +TTCATTTTCAGCTAAAGCAAACTCTATAATTGGTTCACTGTTGATTTCTAGACATTTTCG +CTGTCCACCTTGTTTAGTAAGTAGATATATCCAACTTATATGATGTTCTTGAGTCATAGG +ATGTAAAGTGCTACCAACTTGTACTTTTACTTTATCATCATTTATAGTTACTACTGGTAT +ATGTTTTTCTAGTGATGCTTCTGTAGTATTCGCCACTAGTTCATTCATTTGTTTACCACA +ACAGACTACTTTAGGTCCTTTACTTTCTATCATTTCTATTATATTACCACAGATACTACA +TATAAAAAACTTTTTTGTGTTATTCATTTTACAATCCTCCATAATATTAAAAATTATCAT +TATTAATATTATGCTGTATTTAATTAATCGATACCAATTTTTTCTATTCTATCAAAAGCT +TCTTCTAAGATTTTAATATCCTTATTACAAGTTAGTCTTATATAATTTTTATATTCCGCC +CCAAAAATATCTCCAGGAAGTACTAATACTCCATTCTCTAGCAATAGATTTGAAAAGGCT +ACTCCATCTAATCCTGTCTTCTCAATGTTAATAAATAAATATATACATCCTTGAGGTGAT +TTCACATCAATATTATCTATTTTATTAACTCTAGAAAAAGCGTACTTTATCCTGTCATTA +TAAACGCCTTTTAATTTACTACTTATTTCTTTTCTAATTTTAAGAGCCTCTATAGACCCT +TCTTGACATATAGTAGGCGCTGAGTAAGTTATACCATCGTTTATATATTTTGATATATTA +ATAATTTCTTCACTGCTAATCATGTATCCAATTCTCCATCCTGTCATTGCATAATCCTTT +GACATAGATTTAAATACAATTGTGTTAGTAAGGTCTTTATCTATTTCTAGCATTGATACA +AATTTATTATCATCATATGTAAAAGCTGTATAAACTTCATCTGATAATACCATAAAATTA +TTTTCAATACTTAACTTATATATACCTTCTAATAAACTTTTAGGATAAATTGCTCCAGTT +GGATTATTTGGCGAATTTATTATTATTGCCTTAGTTTTATGTGTTACTTTTTCTTCTATA +TCTTCTATAGTTGGTATAAAACTATTTTCTTCACTAGTCTTTACTAAAACTATATTTCCA +TCTACTGAACTAACTTGATCTATATATGCTGGATAATAAGGTGCAATTACTAAAATTTCA +TCGCCTTCATTTACTATTCCTTGTAATGCTAGATACAATGCATGTCCAGCTCCAATAGTT +ACTATAATATTTTCTAAGTTTATTTTACAGCTATAGTCTTCTTTTATAGATCTTACTATT +ATATCTCTAAACTTAGGATCTCCTAATGGATGAGTATATAGTGTATGACCTATAACGTTA +TTTCTTGATGCTGCATCTATAACCCTTTGATCTGTAAATATGTCATGATCTCCTACACTT +AAATCTATTATATCATTTCTTAAATTTACAGTATCTGATGCTGTCATCATTGCATTTGCT +TTTATATTTTGATATTTATTTGATATAAAACTCATACTCTTTCTCCTTACACTATTTCTA +AATAAAAAACACTTAATCTAAAAAAATAAAATTTGCAATTAAAGTTATTATTGGTAATGT +AATTATAGTTCTTTCTATAAATATTACAAATAAGTCTTTTATATTCAAAAGAATATCTGA +TTTTAATATTATTACTCCTATTTCAGTCATGTAAATTAGTTGTGTAAATGATAATTCCCC +TATTATGAATCTTGTAATTTCTGACTCTATCACTGCTGCTAATACTGATGATAAAAATAA +GTGAGATATTTTTAAGAAAGATGCTACTACTGTTGCAAATGATAGTGATACTAATGAGGA +ACATGATACTATTGCATTTATTGCACTTCTTCCTGGGACTAAGAATAGTGGACGCATTAT +ACCTTTTATCAAAGTTCCAAAAAAATCCGTAATTCCGTAATTAAGTAATAAAGGTAAGAA +GAATCCTGATAATAAAAACCATGTTATAATAGTTTGCATTAAATCAAATAATAAAGTACC +TCCAGTTGCTGGTGAATGTATAAATTCTAGTCCTACTTTTAAAATGTACTTAAGATAAAT +CTCCTGAATTTATAATTTTTATTTTTAGGTTTATATTCTTCTTGTTTCTCCTACCTTCCA +TTTCTATCACCTCCTTGTTTTCATAATAAAATTCATTTTATTTTATTGTAATAAAAAAAC +GCCCCTTGGTTTATTAAAACCAAGAGACGATTATCCGCGTTACCACTCTTATTGAAAATT +ATATTTATTTATAATTTTCCTCTCAAACTCTTAAGGCAAGTAACCTATCATCATACTTAA +TTTCCGATGATATCCTCTAAGGCTCTCTTCATTGTAAACTTAATTATTAGGCTCACACCA +AACCTAACTCGCTGAAACTTTATTTACAGTTACTCTCCTCTTCACTGGATTTATTTGGTA +TTTTGTTTTTCTAAAAAAATATTTAATTTTTAGAACTGTCAATATTTTTTTATTTAAATT +ATTCCCTCACTGCTTCTGAATATTTTTCTAATGTAATATCAAAATCACCTTGAGATAACT +GTTTAAACTCAATCTTAATTAAGATTAAAGATAATATAACTGCAATAAAGTCACTAATTG +GCTGTGCTAAAAATATTCCATTTATACTTAAAAATTTCAGTAATATAATTATAAATGAAA +TTAATGCTAATACTTGTCTTATTAAAGTAATAAGACTTGATGCTGTAGGCTTTCCAATCG +ATTGGAAAAGTGTAGTCGCCAACATTACAAATCCAAGTACAAGAGTTATTATGAAATTAA +GTCTTAGTGCTGTTACTCCAACAGATAATAATGTTGCTTTTGTAAAAGTTTCCTTTACTC +TTTCATTATGTCCTGCACTATAATTAAATCCTATTATTGGTTGGATAACTTGACTTATTC +TAGATGCTGGCATAATTACAAATGTCATGATACTAGATATTACAGCATAAATACTTATAG +CTATGTCTCCACCATATTTTCCAAATTGACTATTATAAACTAAAGCTATAAATCCCATAG +CTATTTGCGCTATCCAAAATGCAAAACCATAACTTAAAATTTTGTTTGATAGATTTTTAT +TTATCTTAAATATGCTTATCTCTACTTTAACAAGAGTTCTTCCTGAAAATATTAGATATA +CTCCAAGTATAGTAGATAGAATTTAACCTAAAATAGTTGCAAGTGCAGCTCCTTAAACAC +TCCAATCTAAAAATACTACAAAAACTAAATCTAAAACTACATTTGCTACAGCACCTATTC +CTGTTACCATCATACCTAATATAGACTTCCCTGAAACCTTAACAAAATCACAAAATACTA +ATGTTAATCCTTGAAATATACATCCTATTGATACTATTTTATAATATTGCATTGATAAAT +CATAAGTAGTTTCTGCTACTCCAAATATATATAAAAATTTATCCGCAAATATAAATAACA +GAAGAGTTAGTAGTAGCTCAAAAAATATAGTCATTATAAATGTGTTTCCAAATGAAATAT +TAGCTTCTTCTACTTCATTTTTACCTCTAAATAAAGTAAAAAGATTTGATCCATCAACAC +TACACATTAATCCAAAAGCTATCATCATAAATGATAATGGGAAACATATTGATAATGATG +CTAAGGCTGTATTCCCTACATAATTTCCAACAAATATTCTATCCACTATATTATAAATTG +TTGTAATTAATAATGATACAGAAGCTGGTATAGAAGATTTTAAAATTAGAGGAAATAAAC +TTCCCTTTGAAAAATCTGCATTGTTATTCATTTTCCAATCCTTCTTTCTCTATATTTTTC +ACTGCTTTATACATTTTTTCTATTATATCTATAGCAACTTCACATTGTTCAGAGCTTATA +TCCTTTAATTTATAAGCTATTCTATTATGATACTCAACAACAAAATAGTTGTAATACTCT +TCTCCTAAATCTGTAAGTGATAAAGTTACTACCCTTTTATCTTCATCCTTATTCTCTTTG +TTTATTAAACCTTTTTCATCTAACTCATTAATTCATTTAGTTACACTTGGTGTTGTAATT +TTTAATGCACTACTAATATCGCTTACACATACTTTTTCTTTTATTATTCTGGTTTATGCG +ATGCAATCAATTACATGTATATGACGTGATTTTAATCCTTTCGGTAATTCTAACATTGTT +TCAGTAATACGCTTTGCAGTGAAACATGCATCAAGTAAATATTTAACTTTATATCTATCC +ATACTTTAACCTCCATTTATTCTTCAATATAATTACTATTAGTAATTACATTTTTATTCT +TATTTTTTGTCAATTAAATTAGCTAATATCTTTTTTCTTCTATTTAATTCCTCTAGTCTT +TTAATTTTTTTATTAATTATTGGTTAAAATAAAATAAATATTAAATCTTTTATATAAAGG +AAACCTTTTATATGGACTTTTTACATGATCAGGAAACACTTAGCACTATTGATTGGATAC +TTCGTGCTATTATTGCTTTTTTCTTTTTGCTGGCTATTGCAAAGCTACTAGGGCAACGCT +CTATATCTCAATTAAGACTAATTGATTTTGCTATTACTTTAGTAATTGGTAATATTATTG +CCCATCCGCTGTCTGATGAAAAACTTGGATTAGAAGGCTCAATCATCACAACACTTGTAT +TAGTTATCCTGTATATTTGTGGAGTATTCATAACTCTTAAATTTCCGTCTCTTAGAAGAC +TTGTTGATAGTCCACCAATTACAATTGTTCAAAATGGTGAAATCCTTCATGATGGATTAA +AAAAAGCAAGAATATCAATTGATGTATTACTAGAAGAATTACGTGAAGAAAAAGTAGATG +ATATAAAAAAATCCCCTAAAGGGGACCTTGAGTGGCTAACGCCACTCTTATTTGTTATCA +CCATCTTTGTAGTAAAAATCTGCATCACAATTAGGACATATCAAAATTGGCATGCCTTCG +GCTT +>MGYG000000001_58 +CCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTCCT +GGGAGAGTAAGACGTAGCCACGTAATCTTTTTTTATTTTTATATTATCAATAAACTTATA +TTTAAAAAAGATTGCTCTATATTAATATCCTTTCTTCTTACAAGATTGAATATCAATGTA +GAGTTATTTTTTATTTAAATGTGACAGTAGAATTGTATTTTTAAATATAGAGAACATTTT +TATGCTAATATAAATATAGAGTCTATTAACTACTGGGAGGATAGTATCATGGAGATAATA +AAAAATTTAAGAAAACAGGGGATAAGTGAAAGCTTAATAAAAGATATATTGTATTTTAGA +AAATACTATAGCTTAGATGAAGAATTAAAATATAGAATAACAAAATCCAATACATATTTT +TACGGAAAAGACATCTTATCAATGTGCATATCATCAATATTAGAAGGGGAGAATATTCTT +CTATCAGGACCTAAAGCAACAGGAAAGAACTTATTAGCAGATAATTTATCAGAGATTTTT +CAAAGACCACAATGGAATACATCATTTCATATAAATACAGATAGTTCTACATTCAGCCTT +AGATTATAGAAGGATAATAGATGTACCAGGATACGAGAGAATTAATTTACATCCGGCTAC +AAGATTTATAGGTACTATGAACTATGAATATGCAGGAACAAAAGAACTAAATGAAGCTCT +AGTATCTAGGTTCATGGTGGTAGATATACCTGCAGTAGAGGAGGATAAATTAAATTTGAT +TTTAGATAATGAATTTCCAGATGCAGATAAAGAAAAATTAAATCAATTTGTAGGTATCTT +TTTAGATTTACAATTGAAATCTCAAAATGGGGAAATATCTACGAAGCCTATAGACTTAAG +AGGCTTAATAGCATCTTTGAAAGTTATAAAAAGAGGATTAAAGCCAATACAGGCAATTAA +TATGGGCATGACGAGTAAAACCTTTGATATATATGAAAAGGAAATAGTAGGAGACGTTAT +CAGAACAAGGATTCCAGAAAAATGGAATAGTGAAGATATATTTCCATGTAACCAAGTACA +TAAGTATAAATAATTGCTTCAATGGGGGATATTATGAAGTGGATATATAATAACTATGAA +TTTGATAATAGAATTAATAATTTAGCATGGACTATTTGTGGAGACTATAGTTACGATATA +GATGTTTTAGAAATGGATTATTCATCAAAGGAAGTTTCTTTATATTTTGGCATAATAGCA +GGTGCTAGAAGAAAATATGTAGATTGGAATATAGTAAAAAAGTATTTGATACATAGGATA +AGTAAAGGTTATGAAAAAGATATAATATTAGATTTGGTACAAATAGTATTAAATAACTTA +GTAGAATCTAAAGTTATTGAAGATAGGCCAGGTATAGAAGAGATAAGAGCCAAAGCCTAT +AGAGATATTATTAATAGATTTGCTAAAATATATAATGATAATATTTTGCAAAATATAAAA +TATACATTAATATTAGAGGGAATGGGAAAACATCCTTCTGTAGATGGATTAAGCCGTAGA +TTAATCAATGAAATTAAGAATATTAATTTAAATAATGAAATAATAGAGATATTAAAAGAT +GTAGATAGTATATATATAAAATACTTTAATACTATTGCTAATGACTTAGATAAAAATGAG +CGAAGCGATTCGAAAGAATACAAGGAAATAGATATAGATTTTGACACATTCTCTGATTTT +ATGTATGAAGAATTATATAGTGATGAATATGAGGCATTTATTGAAAATGAAATTGATTCA +ATATCATCTTCTATGTTAGTAGAAAGTGTAGGAGAAATTAAGTTATCAGATAGCAGAAAT +ACATCTAATAGAGTTATCTATGTAGATGAAGAAACTGCTAGTAAAATTTATGAAAAGATA +GAGTACTATTATGGTAAATCATATCTAAATAAAAATGAAATTAAAAAAGTAGAAACTAAA +AATTGTAGAAATATTCATGAAGGTTGCAGGGTACATTTTACTGAAGGTGTTTTAAGATCA +GAATGTAAAAATGTATTTCAAGTAAAGTATGTAACTAGGCATAAAGAAAATAATTTAAAG +AAATATAGAGAAAAGATAAAAATTTATAAAAGAAATATTAATAAATTAACAGAAAATATA +TCTAGAATACTAATTGAAGAAAGTATAAATGATAGAGTTTACTCTGATTGTGGCACTATA +GATGCAAATAGAGCATGGAGAGTTGGAAGAAGTAGTAATAATAAAATATTTTATAAAGAT +ATAGAAAATGAAAAGGGAAGGTATGTAATAGATATACTTTTAGATTCAAGTGGTTCACAA +AGTAGGAATCAATATAGAGTTGCAATACAAGCATATATAATAGCAAGTGCATTAACTATG +GCTAAAATACCAAATAGGGTGACTGGATTCTCTAGTTTTTTAGATTATACTATATTAAAA +AGATTTAGAGATTATAAGGATCCTGTGAGCATAAATGAAAATATATTTGAATATTTTTGT +ACAGGTAACAATAGAGATGGGTTAGCTATAAAGTGTATATGTGACGGACTAATAGAAAGA +GAAGAAGAAAATAAAATATTAATTGTTTTGAGTGATGGAAAGCCTAATGATGTAAAGATA +GGTGCAGAAAAAGAGAGAAGTATAAGAGGGGAATCTGCCTATAAAGGAAAAATAGCAATA +AAAGATACAGCTAATGAAGTAAGGCTAGCGAGACAAAAAGGAATTTTAGTACTTGGAGTA +TTTACAGGAAAAGAAAATGAACTTACTGCTGAAAAAATGATTTATGGAAAAGATTTTATA +TATACTAAAAATATAGAGAGATTCTCAGATATTGTTTCTATGTATCTGAAGAAAATAATT +AGAAATTAATAGAAGTATAAAAATGATAGACAAAAAAGAAGGAATATAAAATAGCATATA +GAAATACATTATTAGTAAGAAAAAATTAAATACAAATATTGATGGGTTCTAGAAATTAGA +TTAATAGGGAAAGAGGTGTGATTCCTCTACAGCCCCCGTTACTGTAATGTAGACGAAACT +TTTAAAATACCACTGTGATAATCAAACTCACGGGAAGGAAAAGGAGTAGGATGAAGCTAA +GTCAGGAGACCTGCCTATTATATATTTAAATAACTTTTTCGGGGAGGAAAAGATTATGAT +AAGTCACGTATTTAGTGATTATATTGTGAAATTAAGGCCTAACCAATTAGTTAGGCTATT +TTTGTACTATAATCAAAACAGAAAGAAGAAATTAATATGATAGTAATAGATAAATATGCT +TATTCAAATACCTTAAGAAATAAAAATCCGAGTGTAAAGTTTACAATAGGGTTAATATTT +TTAGTTGCTTCTATGATAATAAAAAATTTAATAGCTTTATCGCTTATTATTTTATTAATG +AGCATAATCATAGTATCTATAGCTAAGATAGATATACACGATTACATTAAACTACTTAAG +ATACCAATGATATTTTTGCTTATGAGTATAGCGATGACGCTAATAAATATATCTGATGAC +TCAACCCTACTAATAAAAAGTTTTAGTATAGGTCAAAGATATATAGGTTTTTCAAATGAG +TCTATAAATACATCAATGCACATATTATTTAGAGCAATGTCGTGTTTAACATGTGTATAT +TTTATTATGTTAACAATACCATTTAGTCAATTATTAATAATATTTAAAAAATTACATGTT +CCAAGTATTATATTAGAATTATCTATGCTAATCTATAGATTTATATTTATATTTATGGAA +GAGGTCGCAGATATACGTAAATCTCAAGAATTAAGATTTGGATATATTAATTTAAAAACA +TCTTATAAATCCTTTGGACTGCTAGGTAATTTATTGTATAAAAGAATGATGATTAGATAT +GAAGAAATGTGTATATCGTTAGATGTGAAACTATATGATGACACATTTCATATAGTAGGA +GAGTAATATGTTTAAAATAAATAATCTTACATATCAGTATGAAAAAGAAAAACTGGCTTT +ATTAAATATAAATATGGATTTTAGTAAAGGTGATATAGTAGGTGTAATAGGAACCAATGG +CTCTGGAAAATCGACTTTATTTATGAATATGATGGGTATTTTAAAGCCGAGTGTAGGTAA +CATTATATTTAATAATGAGCCTATTAAATATAATAAAAGAAGTTTATATGAGTTAAGAAA +AGAAGTTGGGATTGTTTTTCAAGATCCAGAAAAGCAAATATTTTATTCTATGGTCTATGA +TGATATAGCATTTGCTTTAAGAAATATAGGTATAGAAGAAAACATTGTAAAGGAAAGAAT +TCTAAATGCTCTAGAAGCTGTTAATGGTTTGGATTTTATTGATAGGCCTGTACACTTTTT +AAGTTACGGACAAAAGAAAAGGGTAGCTATAGCATCAGTTATAGCTATGGAAAATAAAAT +TGTTTTACTAGATGAACCAACAGCAGGGTTAGATCCAGTCAGTACTAGAGCTATAGTTGA +AATTATAAATAATTTAAAAGGTAAAGGCGTAAAAATCGTTATTTCTAGCCATGATATGAA +TTTAATATATGAAATATGCGATTATATATATGTTTTAGATCAAGGTGAAATAATTAATGA +AGGTAGTACTGATGTAGTTTTTAATGATGAAGAAAAAATATTAAAAGCAGGATTAGAATT +ACCTTGGTTAGTAAAGCTTCATAGAAACTTAGGTTTACCATTATTCAAAACAGAAGATGA +TTTATATGACTTCTGGCATAATTCAAAGAATATAGTAAATCGCTAAATCAGCCCTCAACC +TATTTTAATATAGATTGAATAAATAAATAACCCTTAACCTATTTAATTTAGGTACCCTAA +AATTTCTCCAAAGTTTTAGGGGTATTTTTTTGTATTTACAACTGTATATACAGCTGGTAC +AATTAATGTGTATATTTAAAATACTTAAGGGGGAAGTTTATCGTGAATAAAAAAATGAAG +TCAATACTTGCAACTGGCCTAAGCTTAATAATGACTTTAGGACTAGTAGGGTGTAGCTCA +TCAAGAAATGATGACATACAAGATGCAGAAAATAAAGAAAAATATGAAATAGGAATAGTG +CTAGGAGAAGGCGGAGCAAATGACCAAAGTTTCAATCAATCATCATTAGAAGGATTCGAC +AAAGCTAAAAAAGAACTAGGTGTGACAGGAAGTTATCTAGAATCAAATCAGCAAGCTGAT +TACAAACCTAATATAGAGAATTTTGTAGATAAAGAAGTTGATTTAATAATAGGAGTAGGC +TATACAACGGCGGCATCAATGTTAGAAGCAGCAGAGTTACATAAAGATATGAAATTTGTT +ATGATAGACCATAATTATGAAGAAGAAGGTAAAGAAATTCCTGATAATATGGCATGTGTT +ACTTTTGATGAAAGAGAAGTATCTTATTTAGTTGGACTAATAGCGAGCAGAATGACGGAA +AGTGGTAAAGTTGGATTTATAGGTGGAATGAAAGATCCTAATATAACTAGATTTGAAGAA +GGTTTTGAACTAGGTGTAAAAGCAGGCAAAGAAGGTGTAACATTATCATCTCAGTATGCG +AACTCTTATGATGATGCTAGTTTAGGTAAATCTATAGCTAATCAAATGTACTTAAAAGGT +GTGGATGTCATATTCTCAGCTGCTGGAAATGTAGGAACAGGAGCTATAGAAGCAGCTAAG +GAACAAGATAAACTGGCAATAGGAGTAGATATGGATCAAAATAGCTTAGCTCCAGATAAC +GTAATAAGTTCAGCTATGAAAAGAGTTGATATAGGAGTATATGATATAATAGAAAAAGCT +TCAAAAGGTGAATTTGAAGGTGGACAAGTTACAGTTTATGGGTTAAAAGAAGGTGGAGTA +GGCATAGCACCTACTACAAGTAAAAATGTTCCAAAAGATGTATTAGATTTTGTCGAAGCT +GAAAGTCAAAAGATAATTAATGGAGAAGTAACTTTAAAATAGTATAATTAATTGTCGATA +TTTAAAATAAAATGTACTATAAAAATATTTGAAATATATAGGATATAGTGTAACAATATA +AATATAAAGAATACTTCTATGAAAGAAGAAATATAAATGAGAGCCATGAAGGTTTTTATA +TGTAATATATAGCTTTTAATTATTAAGCAAAGTTATATAGAATTGCATATAAAAACCTTT +TTTTATGCTTATTCATGATAAATAAAACTCAGGGGGATAAATATGATATTAAAAAAACTT +AAGAAATCAATCTCTTTAATGTTAGCAATATCACTAACAGCAGCTGTTTTAGTAGGATGT +TCAAATACTGATTCAAAAGGTGAAGAATCTAGTTCGGGTTCTCAAGTAAAAAATGAAAGA +AAAGCAAATAATGAGCTAGTAGTTGCAGTAGCAAGTGAACCAGAAGCTGGATTTGATGCT +ACGACAGGTGGACATGGATCGATGACAAGAGTATTTTTTAGTTCATTATTTAAAAGGGAT +AAAGAGCTTGGAATGGAAAATGATTTAGCAACTGAATATAAAGTATCTGATGATAAATTA +ACTTGGACAGTAAAAATAAGAGAAGATGTAAAATTCACTGATGGAGAGCCTTTAACAAGT +GAAGATGTTGTTTATACATATGAGACTGCAAAAGAAAGTGGATCTGAAATAGATTTAACT +ATGTTAGAAAGTATAACTGCTGTAGATAAGTATACAATAGATTTTAAGTTAAAAGAGCCA +CAATCGACATTTATGGAGAAATTAGCCTACTTAGGAATTGTTCCAAAACATGCACATGGA +AGTGACTTTGCAGATACTCCAATAGGTTCAGGTCCTTTTAAATTCATTCAATGGGACAAA +GGGCAACAAGTAATAGCTGAGAAAAATAAAGATTACTATGGTGATGAAGCTGGCGTAGAT +AAGCTTACTATGGTATTTTTAGATACTGATGCTGCCTATGCTGCTGTAAAATCTGGAGAT +GTTGACATGGCATCTATAACAGGGGATTTAGCCGGTGAAAAGGTAGAAGGTACAAAAATA +GTTAATTTAGATACAATAGAAACATTTGGTGTAGAATTTCCTATGCAAAAAAGTGGTGAA +AAGGACAAAGATGGAAATCCTATAGGGAATGATGTAACAAGTGATGAATCTATAAGAAAA +GCACTAAATATAGCGGTAGATAGAGAATCCATAGTAGAAGGTGTACTAGATGGATATGGA +ACAGTTTCAACTACAGGTCTGGAAAAGATGCCATGGCTAAATGAGGAAACTATTATAAAA +GAAGATGGAAAGGTTGATGAAGCTAAGGCAATATTAAAAGAAGGTGGATGGGAAGATACA +AACTCAGATGGAACTATAGATAAAGATGGTGTTGAAGCTGAATTCAAATTATTATATACA +GATGGTAAATATAGACAAGAAATAGGGTTAGCTTTTGTAGAAGTAGCTAAAGAATTAGGA +ATAAAGGTTAACTTAGAAATGAAAACTTGGGACAATATAGTTGGTGAAATACATTCTGAA +GCAGTTTTATTTGGGTTTGGTTCAGGTGATCCATCAGAATTATATAACTTATACAGTAGT +AAAGCTGCAGGAGGGGGAATTCCTTGGGATAATGCTGGATACTACAAAAATGAAACTGTT +GATAGTTATATAGACAAAGCATTTGCAAGTGAAAATGAAGAAGAAGCTTTAGATTTCTGG +AAAAAAGCTCAATGGGATGGAACTACAGGATTTTCTAATAAAGGTGATGCTACTTATGCT +TGGCTTGTAAATGTTAATCATGTTTATATAATGAGCGAAGATTTAGATATAGGAACTCCA +GTTGTGCAACCTCATGGAGGAAGAATATTCGATAACGTAACTGAGTGGAGTTGGAAATAA +ATTAAGTAGATTATGATAATAGGACATTCTCAAATTGGGAATGTCCTGTTGTGGATTATA +AAGAAAGGAAGTTTTGTATGAAAAATAGTAAAAGCTTATTGCCATATCTATTTAAGAAGT +TATTAAGGCTAGCATCTCTTTTCGTTGCGTTATGTATAATTACATTTGCCTTAATGGAAA +AATCTCCAATTGACCCTGTTACTGCTTATGTTGGAGCAGATACAAAAGTGAGCTTAGAAC +AAAGAGAAAATATAGCAGAGCATTGGGGATTAAATAAACCACCTGTAGAAAGATTTATGT +CTTGGTTTAAATCCATGGCTCAAGGTGATTGGGGAACTTCTATGATATATAGAAGACCCG +TTGTTGATGTTATAGGAGAAAGATTTATAGCATCGTTGGCCTTAATGTTAGTTGCATGGA +TTATATCAGGAGTATTAGGATTTGTTATGGGTATAATATCGGGAATAAATGAAGGAAAAT +TTATTGATAAAGCAATTAGATCTTATTGTTATGTTCTAATATCAACACCTACATTCTGGT +TAGGAATATTATTTATCATGATATTTTCAGTAAAATTAAAATGGTTCCCTGTAGGGTTAG +GAGTTCCAATAGGAGTGTTATCGGAAGAAGTAACACTTAAAAGCATGATAAATCACCTTA +TATTACCGGCCTTAACTTTAAGTATATTAGGTGTAGCTAATATATGTCTTCATACTAGAG +AAAAAGTTATAGAAATACTATCAAGTGATTATGTACTTTTTGCAAAAGCACGTGGAGAAA +GTAAAAAAAGTATAGTATTTAACCATGTTATAAAAAATGTGTCTTTACCAGCAATAACAT +TACAATTCTTGTCTTTTAGTGAACTTTTTGCAGGGGCTGTATTTGCAGAGCAAGTATTCT +CATATCCGGGGCTTGGTCAAGCAACTGTACAGGCAGGATTAAAAGGAGACTTACCTCTTT +TAATGGGAATAGTCATAATAAGTTTAGTATTCGTATACACAGGAAATTTAATTGCAGATA +TTTTATATAGAGTTATAGACCCAAGAATAAAGGAGGGACAACAAGCATAATGAATGAAGT +TGGAAATTTACTTGTAGAAAATAAAAAAAGATCCCAAATTAGACTTGGAGTAAGAGAAAA +GACACTAATGTCTATAGGAATATTCACATTATTTTTAGCGGGAATAATGTTATTTGGAAG +TATAATAACAGAAGAACAAATAGCTATAAGTCTTCTTAATAAAAATCAAGCTCCAAGTTT +AGAGTATTTATTTGGTACCGATTGGGTAGGTAGAAATATGTTATATAGAACTCTTAAAGG +TTTGAGTTTGAGTATGAAAATAGGATTATTATCTTCATGTATAAGTGGAGTAATAGCACT +AACACTAGGTGTACTAGGAGCAACTTTAGGTAATAAGGTAGATTCTTTTATAACTTGGTT +TATAGATTTAGTATTATCTGTTCCTCACACATTAGTTGTAATACTTATATCAATATCTGT +AGGCGGAGGCCTAAGAGGAATTGTATTAGGTGTATCTCTAACTCACTGGCCTTCCTTGAC +TAGGGTAATAAGAGCTGAAGTTATGCAAATTAGAGAATCAGATTATGCTAAAATATCTAG +AAATTTTGGTAAGTCTAATTTATACATAGCTATTCATCACATATTACCTCATATAATACC +TCAATTGCTGATAGGGATAGTATTAATATTCCCACATGCAGTTTTACATGAAGCATCTGT +TACATTCCTTGGTTTTGGGTTACCACCACATAAACCAGCAATCGGAATAATTTTATCAGA +AGCAATGAAGTATTTAAGTAGTGGAAAATGGTGGTTGGCATTTTTCCCAGGTCTAAGCTT +AGTTATAGTTTCGCTTATGGTAGATAATATAGGGAAAAAATTTAGCCAATTAATAAATCC +AAAAACATCTTATAAATAGGAGGAGAGAATGAAAAAGGAACCAATATTAAAAGTTAAAGA +TTTAGGAGTTTCTTTTTCTCAATATACAAAGGGATTAAGAAGAAGAGAACTAAAGGTTAT +AACAAATCTTGATGTAGAATTGTATGAAGGAGAAATATTAGCAGTAGTAGGGTCAAGTGG +TTCAGGTAAAAGTTTACTGGCTCATGCAATTCTTGGAATACTTCCAGATAACTCTGCTAC +AGAAGGTTCTATAACTTATAAAAATAAAGAATTAACTCAAAAAGATAAAGAAAAATTAAG +AGGAGATGAAATAGTTTTAATTCCTCAATCGGTTAATTACTTAGACCCATTGATGCAAGT +ATCTAAACAGGTAAAAATATCTATAAAGGATAAAACAAATGCAGATAAAATTCAAAGAAA +AATATTTAATAAATATGGATTAGATGAAAATGTAGATAAATATTATCCGTTCCAACTATC +TGGAGGAATGGCGAGAAAAGTATTGTTATCTACTGCTTTAGTATCTGATACAAAGGTTAT +AATTGCAGACGAACCAACTCCTGGTCTAGATGAAAAATCACTTAATGAAGCATTACAAAA +TTTTAGAGATATAGCAGATAATGGGTGTGCAGTTCTTATGATAACTCATGACATAGAAGC +AGCACTTAAAATTGCTGATAAAATTGCTATATTCTATGCTGGAACAACTTTAGAAATAGC +AAATGTCAAAGATTTTGAAAATGGAGGAGAAAATCTTAGACACCCATATACAAAAGCACT +TTATGAAGCTTTACCTCAAAATGGATTTAAACCAATAAAGGGAAATCAGCCACTACCAAA +TGAATTACCAAAAGGTTGTTTATTCTGCGATAGATGTGAAGAAGCTTCTGCTGATTGTAA +AATGATAAGACCAGATTCGAAAGAAGTTAGAAACGGGATGGTGAGATGTTTATATGCAAC +TTAAAGCAAAAGGTATAAATTTTAAATATAGAAATGACAGATATATATTAAAGGATATAG +ATTTTGAAATAAATAGCGGTGAAATAGTAGGTTTGGTAGCTCCAAGTGGTTTTGGAAAAA +CCACATTAGCAAAGATATTAGCAGGTTATGAAAAACCTGAAAGTGGAAGTGTAATTATAG +AGGGATATAAGAGTGAAAAAAACAAGTACAATCCTGTTCAACTAATATTCCAACACCCCG +AAAAATCAGTAAATCCAAAGTGGAAAATGAGTAAAATAATAAATGAAGCTTTTGAGCCAT +CAAAGGAATTGATAGATTCAATGGGAATTAAGGATGAATGGTTAAACAGATGGCCAAGTG +AACTCTCTGGAGGAGAGTTACAAAGATTTTGTGTATTAAGGGCTCTATCTAAAGATACAA +AGTTTTTAATAGCTGATGAAATGACAACTATGCTTGATGCAATTACTCAAGCTCAAATAT +GGGGTGTAGTATTAGAACATGTAAAAAAATATAATATTGGCATGATTGTTATAAGCCATG +AAAGAGCTTTAGTCGATAGAATATGTACTAGAATAGTAGATTTAACTGAGTTTGCAATGC +ATCATGATATATATGAAAATGGATACTATAGCAAAGATAAAACCCATGAAAATTCGCAGG +ATAAAGAGCATATACATCTTCACACTCATAACCATGGTCATCTTCATGATCATATAAATG +GTATGGGACATGATCATAATCATGATAATGGCATAACGGGAAGTCATATACATGAACATG +AACATATACATGAACATGACCATAATAGTGGGCACGGACATACTCATACACATGCTAAGA +GCTAGAATAAAAAGTAATATTTATATACCATAAGTAATAGATATAGGTTACTTATGGTAT +ATCTTTTTATTTTATCAAAAATAATAATTAAAATAAAAATGTTATGCTATTTATGTTAGA +ACAACTCTATATTGGAAAAGATTATAATATTACTATTTTACTTAAAATTTGAATAAACAC +TAGATTTAGATTAAAATATATTTATATTGTTTTAAATAGGAGGAAATAAATGAATTTAGA +TACATTAAATCCTGCCCAGAGAGAAGCTGTTGAAAAAACAGAAGGACCTGTACTTATATT +AGCAGGAGCAGGGTCAGGAAAGACAAGAGTTTTGACAACGAGAATAGCACATTTAATGGA +AGATAAAAATGTTCAAGCTGCAAATATATTAGCCATAACATTTACAAATAAAGCCGCTAC +GGAAATGAGAGAGAGAGTAGAAGAAACTATTACAGAACTTGATACTAAGGATATGTGGAT +AACAACATTCCACTCTTGTTGTGTTCGTATATTAAGAAAAGGAATAAATAGAATCGGATA +TAATAGAAGTTTTGTTATCTATGATAGTTCGGACCAGGTAACACTAATAAAAGACTGTTT +AAAGGAATTAAACTTAAGTGATAAGGTATTTGAACCTAAATCAGTTATAAGTGCTATATC +AGGGGCAAAGGATAAGCTACAAAGCCCAGCACAATTTAAGGCTTTATATCAAAGTGATGT +AAGAATGTCTAAGATAGCAGATATATACGCGCTATATCAAGATCGTTTAAAAAGAAATAG +TGCTTTAGATTTTGATGATTTAATATACAAGACTGTTGAATTATTTAAAGAAGACCCAGA +AACATTAGAATTTTATAGAAGTAGATTCAAATATATAATGGTTGATGAGTATCAAGATAC +AAGTAAGGCACAATATGAGTTAATAAAAATGTTAGCAAGACAGCATCAAAATATATGCGT +TGTTGGTGATGATGACCAAAGTATATACGGTTGGAGAGGTGCTGATATAAGAAATATTCT +TGAGTTCGAAAAAGATTATGATAATGTTCATGTAGTAAAGCTAGAGCAAAACTATAGATC +AACACAAGTAATTCTAGATGCAGCAAATACTGTAATATCTAATAATATAGAAAGAAAAAG +AAAGAAGCTTTGGAGTGAGAAAAAAGACGGAGAACTAATAAAAATTCAATTAGCTGTGGA +TGAATTAGATGAAGCTGAATTTATAGCTGATACTATATCTAGACTGAAGAGAAGAGATAG +AAGAAAATTCAGTGATTTTGCAGTTCTTTATAGGGCAAATGCACAAGCTCGTCCAGTAGA +AGATGCATTGAATAGAAGTCAAATTCCATATAATATATATGGTGGAACAAAGTTCTATGA +AAGAAAAGAGATAAAGGACTTAATAGCGTATTTAAGAGTCATACAAAATCCACAAGATGA +TATATCTCTAAAGAGGATTATAAACGTTCCTAGAAGAGGAATAGGTCTTAGAACAATAGA +AAAAGTAGAAGATAGAGCAAGTTTGAAGCAAGAAAGTTTATACTCTGTTCTTATAGATAT +AGAAAGTAACTCAGATATATCAAGCAAGGCAAGAAAAAGTATTAGTGACTTTGTTGACTT +AATGGGTACATTAAGAACTATAAAAGAGGTATATCCAGTAAGTAAGTTAATAGAGAAAGT +ACTAGACACTTCAGGATATATAGATGAATTACAAAAAGACAGTAAAAAAGAAGAATCTGA +AGATAGAATAGAAAACTTAAAAGAATTCATATCTGTAGCTTTAGAATTTGAACAAAACAG +TGAAGAAAAAGATTTAGAAACTTTCTTAACAACAGTAGCTCTTACTTCAGAATCTAGCGA +TGATGAAGAAGATGATAGAGTTTCTTTAATGACGATTCATACATCTAAGGGGTTAGAGTT +CCCAGTTGTATTCTTAACTGGTATGGAAGAAAAGTTATTCCCAATATCTAGAGCAATAAC +TTCTATGAGAGATTCAGATATAGAAGAGGAAAGAAGACTTTGTTATGTTGGTATAACAAG +AGCTAAAGAAGAGTTATATATGACTCTAACTCAGAAAAGAACTTTATATGGTAAGACTAA +TCAATCTATAGCTTCTAGATTTATGGAAGAATTACCAGGAGAATGCATAGAGAGGCTTAA +TAAAGCAGAAAATGAACTAAGTTACTCTAAAGCAAATTATAATATTTTAGATAAATATAC +TAAAAAATATATGAATAACGTACAAAAATCATCTATAGCTAAGAAAGTAAATGCAACAGT +TAAAGATACTACTAAGGAAACAAATATAGATGATATTAAGCCAGGAGCAAAGGTGCATCA +TCCTAAGTTTGGTGTAGGTACAGTAGTTATGATGAAGGGTACTGATGTAACAATAGCATT +TGATAATCAAGGTCTAAAAACTATAAATAAGGAATATACAACTTTAGACTTATTATAATT +AAGGAGGCTTATTGTGGATACAAAAGATTTTGCTAAGGATTTATTAGATTATATATATGA +TAGCCCAACTTCTTTTCATGCTGTAGAAACATCTATAGAGCTATTAGAAAAGAATGGATT +TAAAGAAGTTAAATTAAATGAAAAATGGAATTTAAAAGTTGAAGGAAAGTATTATGTGAC +AAAAAATTCTTCAGCATTAATAGCTTTTACAATAAATTCTAACAATATAGAAAAAGAAGG +ATTCCGAATGATAGCTTCTCATTCGGATTCACCTTCGTTTAGAATAAAGCCTAATGCTCA +AATGAGTGTAGAAAATACATATTTAAAATTAAATACAGAATGCTATGGTGGACCTATTTT +GAATACATGGCTAGACAGACCATTATCAATAGCGGGTAGAGTAGTTATAAAAAGTGAAAA +TATACTCAATCCAGAAGAAAAGCTTGTAAACTTAAGAAAACCTATTTGTATAATACCTAA +TGTAGCAATACATTTAAATAGAAGTATAAATGATGGATACAAGTATAATAAGCAAAAGGA +TATGTTACCTTTAGTCGGATTAATAAATGATGCTCTAGAAAAAGATAACTTTTTACTAAA +AGAAATAGCTAAAGAACTAAAGGTTGAAGTAGAAGATATATTAGATTTCGATTTATTCTT +ATACGAATATGAAAAAGGATGCCTGATGGGAATTAATGAAGAATTTATATCTACAGGTAG +ACTAGATAACTTATCTATGGCACATGCTAGCTTAAATGCACTTATAAATACTAGTGGAAA +ACATGGAATAAATTTAATTTCAATATTTGATAATGAAGAGGTTGGAAGCTCTACTAAGCA +AGGAGCAGATTCTAATATGCTACTAAATATATTAGAGAGAATCTGTATATCATTGGGAAA +AACAAGAGAAGAGTTCTTTACATCAATATACTCATCTTTTATTATATCTGCTGATTTAGC +ACATGGAGTTCATCCTAATATGGCAGAAAAACATGATCCAACTAATAGACCAGTACTTGG +AAAAGGTCCTGTTATAAAAATAAATGCAAACCAATCGTATACAAGTGATGCTTACTCGGC +ATCAGTTTATAAAAGTATATGTAAAGAAGCGAATGTCAAATATCAAGAATTTGTAAACAG +ATCAGATGAAAGAGGAGGAAGTACAATAGGTCCAATATCATCTACTCATATAGATATACC +ATCTGTAGATATAGGAAGTCCGATACTTGCAATGCATTCAATAAGAGAATTAGGTAGTAT +TTTAGATCACTATGGTATATATAAAACATTCGCTAAATTTTTTGAAGTGTAGATAAGGAG +AGATATTATGAGAATAGGATTATGCCTCTCAGGAGGAGGAGCAAAGGGATCTTATCAGGC +TGGTGTTATAAAAGCATTATATGATAGGGGAATAAAGGATTTTGCTGCTATATCAGGAAC +TTCTATAGGAGCAATAAATGGATACTTTGTATTCACAGGAAATGTTGAAAAACTAGAATA +TATGTGGATAAATATTGAAGAAAATTCAGAAAATAATGTGCAAATAGTAAATAATACTGT +GGATAATTCAGAATTAATAAAAATATTAGGTGAATTAGATAATAATTCTAAAGAAAAAAC +TAAGTTTTATGTTAATTATGTGAATATAAATAACAAACAAATAAAAGAAGAAGTGAAAGA +TATATCAACTTTAGATAAATTAGGAGCAATGGATTATATAAAATATAGCTCATTGTTGCC +TTTTAATCCAAAAGGAACTTTAAGCTTAAGAGATCAATTTATAAAAGATGTAAATGAGAA +TTTATATGAAGGTTGCAATCTAGATGGAGGTCTAGTAAGAAATACTCTAATAGAGCCTTT +AATAAATGATAATCTAGATAAAATAATAATTGTAGCAACTAGACATGATTATATTATACA +AGATGATATAAAATCAAAAATTGATGAAAGTAAATTAGTAGTAGTTAGACCTAAAACTAT +ACTTACTAGTCAAGATACTCTTAGATTTAAAAAAGAGTTCTGTGAGAAAATGTTTAAAGA +AGGATATGAGATAGGGAAAACATTAAACATAAGTAATTAGTGAAATAAGATGAACAATTA +TATGTAAATTAATAGAATTGTATTAAATGTATTGAATAAAAATTAAAATATTAGTATAAT +ATAAAAGTTCTTCAAATATGACAAAAACAGACATGGAGTTGAGATAAATATGGCAACTAA +GAGAATCGCCGTTTTAGGTGGTCCAAGATGTGGAAAAACAACATTAATACAACATTTATA +TGTTGAAATGAAAATAGCTGGATTAAATGCAGGATATGCTTTAGAATACTCTACAGAGTA +CTTAAAAGATAAAGGTATGATAGAGACTATATCTGAGCAATATGGAATATACTTAGGTCA +AAAGAAACTAGAAGATGAGTTAGCAAGCTTTGATTACGCTCTTACAGATTATGCTACTTT +TGTGCCTTACATATACGGAAGATTTATGTTAGGTAACAAAGAAAGAAGTAAAAAAGAAAT +AGAAATACTTAAGGATTTATATTCACTTGCATTAGAAGATATACAAAACTATGACATGAT +AGTTTATGTACCAAGAGAATTTGGATATGTTCAAGATGGTGTTAGATGGCAAGATGAAGG +AATAGCATTACAAATAGATGATGCTATATTAAGCTTCTTAAAGGCTGAAAATATAAACTT +TATAGAAGCAAAAGGTTCTACAAAAGATAGAGCTAAACAAATATTAGATTTATTAGAAAT +TGATTATAAAGAAACACCTCAATTAAATGAAAAAGAAAAGACGAAGTCTAAATAACTTTA +TATAAACTTGAGAATATGATGGTAGATATAGATCGTGTATAATTTATATCTACCACATTT +TTGTGCTTATATTTAGTACTTTACTTTGATTTTTTTACTGTATATGGCGAATATTGGCTT +TATTTTTTGCGGTGTTAGTATATAATATATATGATATACATAATTTTTTGAAAGGATGAA +TAATTACAATGGAAAATAAGAACCCAATAGTAACTATAGAAATGGAAAATGGTAAGAAAA +TAGTAGCTGAGTTATACCCAAATATAGCTCCAAACACTGTTAAAAACTTTGTTAGCTTAA +TAGAAAAAGGATACTACAATGGAGTAGGATTTCACAGAGTTATACCTGGATTTATGATAC +AAGGTGGATGCCCTAACGGAAATGGAATGGGTGGACCAGGATATTCTATAAAAGGAGAAT +TCACTAACAATGGATTTACTAACAATTTAAAGCATGAAAGAGGAGTATTATCGATGGCTA +GAACAATGGTTCCTAACTCAGCAGGTTCTCAGTTCTTTATAATGCATCAAACATCTCCAC +ACTTAGATAGAGAATATGCTTCTTTTGGTAGAGTAATAGAAGGTATGGATGTAGTAGATG +AAATAGCAAATACAAGAACCGATAGAATGGACAAGCCTAAAGAGCCTCAAGTTATGAAGA +CTGTTACAGTAGAAACATTTGGACAAGACTACTCAGATGTAGAAAAAATGTAATTAATCT +ATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATATTTTTTGCAAAAAAATAGAC +CCATAGTGACTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGCTAAAG +AATCATTTTTACCCATCAATTTATTTATAAGAAAAGAAATGTTATGAGCTAAAACTTTTA +TTGAAGTTCTAGTTATAAATCCTAGCATAGATTTACTCTTAACCTTATTTAAGTTT +>MGYG000000001_59 +AGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATA +TAAAGTGTTGCACTTATATTGACAATCTATCTATTATAAAAAATGGAAAATAGTAGCATA +ATGTGAAGAGTAGAGTAGTTATTATTAAATTATTTAGTAAACCTATTTATGCTACAATAG +GTAATATATAAAAAAGAAAAGGGTGATTAAATGTCGCATATAAATGTAAAAAAGGTTTAT +AAAAGCTTGGAAGAAAGATTAAATAGGTTTCCTCAAGGGGCACCTCCGTCAGATACTTTG +TATCAAATATTATCAATGTTATTTACTGAAAAAGAAGCAGAACTTGTAGCTCAATTGCCT +ATAAAAGCATTTAGAGTAAAAACAGCAGCTAAGATTTGGAGTGTAAGTGAAAGTGAGGCT +TTAAAGGTATTAGATAAACTAGCTAGTAAAGCAATATTATTAGATTTAGAAGATGATAAG +GGAAAACAGTACATATTACCACCACCAATGGCAGGATTTATTGAATTTGCTCTAATGAGA +ACTAGAAATGATATAGATCAGAAGCTTTTAGCAGAGCTTTACTACCAATATTTAAATGTA +GAGGAAGATTTTATAAAAGATTTATTTTATTCTGCTGAAACGAAGTTAGGGAGGGTTTAT +GTACAAGAAGAAATTCTAACTAATGAAAATGAAGTTACTATATTAGATTATGAAAGAGCT +AGTCATATTATAGAAGAGGCAGAACATATTGCTGTAGGAATGTGTTACTGCAGACATAAA +ATGCAACATGTCGGAAAAGCATGTGATGCTCCAATGGATATATGTATGACTTTTAATGGA +ACAGCAAATTCATTAATTAAAAATAATTATGCAAGAAGAATTGACGCGTCAGAATGTAAA +GAATTACTACACCAAGCATATGAACACAATCTAGTTCAATGTGGTGAAAATGTGAGACAA +GGAGTAAATTTTATTTGTAACTGTTGTGGTTGTTGTTGTGAAGCATTACTAGCTGCTAAG +AAATTTGGTAATTTACATCCTGTAGCAACGACAAGTTTTATTCCAAATATAAATGATAAG +ACTTGTGTCAAGTGTGAAAAGTGTATAAAAGCTTGTCCCATTGGAGCTATAAGTAAAGTG +AAAAATAATGATAAAACAATTATTAGAGTTGATGAAGATAGATGTTTAGGATGTGGAGTT +TGTGTTAGAAACTGTAGCAAAAGAAGTATTACATTATTAAAAAGAAAAGAAAAAATAATT +ACTCCAGCTAATTCTGTACATAGAGTAGTCCTTATGGCTATAGAAAAAGGTCAGCTACAA +GAACTTATATTTGATAATAAAGCTTTAAGTAGTCATAGAGCAATGGCAGCTATACTTTCT +GCAATTTTAAAATTACCTCCAGCTAAAAAGATGCTAGCAAGCCAACAAATGAAATCAATA +TACTTAGATAAGTTACTAAGCATGAATCAAAAGTAAATGTTAAAAATATGCAATTATGTT +AAAATAATAGAGTAAGATATATAGTAATATAATTTACTGGAGGTTGAATATGGATAATAA +TGTTAAGTGGGTTAATGAAAAAAAGATAGAAAGAACTATGAAAGCGTTAGAAAAAAATAA +TATGTGTGCTTATTTAGTAAATAATGAAGAAGAACTTTTAAATCAAATAGACGAACTAAT +AAATGAAGGTGATTTAGTAGCATGTGGGGGCTCAATGACTCTATTTGAAACTAACGTAAT +AGATTATCTTAGAAATGGGAAGTATAATTTTTTAGATAGATATCAAGCCAATATTTCTGC +TGATGATATGAAAGAGATATATAGAAAGTCTTTTTATGCAGATGCATATTTTGCAAGTAC +AAATGCTGTTACAGAAAATGGAGAATTATATAATGTAGATGGTAATGGTAATAGAGTAGC +AGCAATGCTTTATGGACCAGATAAAGTTATATTAGTTGTTGGTGTTAACAAAATTGTTAA +GGATGTAAATGAAGCTATAAATAGAAATAAAGAAATATGTGCTCCTGCAAATACAAAGAG +ATTAAGTTGTAAGACACCATGTGCATCAACAGGTCAATGTATGGATTGTTCAAGTCCAGG +AAGAATATGTTGTGAATATACATTAATAAAAAGACAAAGAACAGTTGGAAGAATGCATGT +AATATTCTTAAATGAGAACTTTGGATATTAATATGCAGTAAGGAGGAATAATGAAAAAGG +TAAAGCTAGTATATAATCCTAATTCTGGAGAAAGATCTATTGTCAATAAATTAGATTGCA +TAATAGAAACTTATCAAAGTTATGGCTATATATTAATTCCATATAGGTTAAATAAACAAA +ACCCTATTAAAGATGCTTTTATAGATTTAAATGAAGATTATGACCATATATTAATTTCAG +GCGGAGATGGTACTGTTGATATGGTTTTAAATGTTATGAAAGAATTAGAGATTAATAAAC +CTATTGGGATATTACCAACTGGAACAGCTAATGATTTCGCTAATGCTTTAAGTTTACCTT +TTAATGTTAAAGAATCCATAGAAAATATAATTAATTCTAGTCCAAAGAAAATAGACATTG +GAAAAGTGAATAATAAGTATTTTATTAATGTGGCTAGCGCAGGAATGTTTACAGATGTAT +CTCAAAAGATAAACACGGAATTTAAAAATTCTATGGGAAGAGTTTCGTATTATATAAAGG +GAATAGAAGAGGCATTACATTTAAGAGGGTTTAATATAAGAGTACATTCAGATGAGGTTA +TATATATTGGAGATATGTATCTAATGCTTGTATTTAATGGAAAAACTGCGGGAAATATTA +ATTTAGCATATAAGTCTGAATTAGATGATGGTTATTTGGATGTTATAATATTTAAAGCAA +CACCACTTCCAAAATCAATTCCTGTTCTTATAAGTATTTTAAAAGGAGAACATTTAGATC +ACTATAATGAAGAAGATTTATTGTACTTTAAAACTAAGAAAGTTATAATAGATTGCAATG +ATGACTTAATTACAGATATTGATGGAGAAAAAGGTCCAGATTTTCCATTAGAAATAGAAT +GTATTAAAAATGGAATAGAAATATTAGGGTGTAATTAAATAAAAAATCGGAAATAAACAT +TTACGTTTATTTCCGATTTTTTATTATTTTCCAGGTTTAAAAGAACTCTTTAGTGGAACT +ATTCTATTAAATACTAACTTATCATCAGTAGTGTATTTTGTATCTACACTATAGAAACCA +TTTCTAACGAATTGGAATTTATCTAATGGTTTAGCATCTTTTAATTGAGTAGTTTCAGCG +AATCCTTGTAATATTTCTATTGAAGATTCATTTATTTGATCTAAGAAGTGCTTTCCTTCA +TTTTCTGGAGCATCATCTAAGATTAATGGCTCAAATAATCTAAACTCACATGGCTTACAG +TTATTAGCATCTACCCAGTGTATAGTTGCTTTAACTTTACGACCTGTAAATCCTGAACCA +CTCTTAGTTTCTGGATCATATGTACAATGTACTTCTACAACGTCTCCATTTTCATCTTTT +ATTACATCTGTACACTTAACAAAGTAAGCACCTTTTAAACGAACTTCGTTTCCAGGGAAC +AATCTGAAGTATTTTTTTACTGGTTCTTCCATGAAATCTTCTTGTTCTATGTATAATTCT +CTAGAGAATGAAACTTGTCTAGTTCCTTTAGTTTCATCTTTAGCATTGTTTTCTATATCT +AACATTTCAGTTTGACCTTCTGGATAGTTAGTTATAACTAATTTTAATGGCTTTAATACA +CCCATTACAAGTGGAGCCTTAGGTTGTAAGTCTTCTCTTAAGAAGTGGTCTAATAATTGA +CTATCTACTTTAGAGTCAGCTCTAGCTACACCTATTTCAGAACAGAAGTTACGTATTGAT +TCTGGAGTGTATCCTCTTCTCCTAACTCCTGATATAGTAGGCATACGAGGATCATCCCAT +CCATCAACTACACCTTCATCAACAAGTTGCTTTAACTTTCTTTTACTCATAACAGTATTT +GTTAAGTTAAGTCTAGCAAACTCTATTTGTCTTGGAACATTTTCCATTTCACATTCTCTT +ACGAACCAATCGTAAAGTGGTCTTTGATCCTCAAATTCAAGAGTACATATTGAGTGTGTT +ATACCTTCAATAGCATCTTCAAGTGGGTGAGCGAAGCAGTACATTGGATATATACACCAT +TTATCTCCTGTATTATGATGAGAAGCATGTGCTATTCTGTATATTATTGGATCTCTAAAG +TTTATGTTAGGAGAAGACATATCTATTTTAGCTCTTAAAACTTTTTTTCCATCTTTAAAT +TCCCCGTTTTTCATTCTTTCGAATAAATCTAGATTTTCTTCTATAGTTCTGTTTCTATAT +GGGCTATCTTTACCTGGTTCAGTTAAAGTTCCACGGTACTCTCTCATTTCTTCTGGACTT +AAATCACAAACATAAGCTTTACCTTTTTTTATTAAAAGTATTGCTCTGTTGTACATTTCA +TCGAAGTAATCAGATGCAAAGAATAAGTTATTCCAATCAAAACCTAACCACTGAACGTCT +TCTTTTATAGAGTTTACGTATTCAACATCTTCTTTAACTGGATTTGTATCATCAAATCTT +AAGTTAACTTTTCCGCTGAATTCTTTTGCAAGCCCAAAGTTTAGGCATATACTTTTTGCA +TGACCTATATGTAAATACCCGTTTGGTTCTGGTGGGAAACGAGTTATTATGCTGTCATGT +TTACCTGTCTCTAAATCATTTATAATTATATTTCTTATAAAGTTAGATGAATTAGTTTCA +TTTGACATATTTTGTACCTCTCAATTTCAAATAATTTCTATATAGTAAAAATGATACTAT +AATTCCATATTATTAATTTTAATGCAATATAGCAAAAAAATAAAGATATAAATAACAAAT +AAAGATTAAATAATTAAATTTACGACATGATTTCGTTGTGTAACTTCATTAAATATTATA +TTTAAGAGTATTGAACAAAATTAAATATTTTATGTTAGTATTATAAAATTTTTTATTGTA +AATCATAATATTATAAAAATAAATTTATCAAAGTTTTTAAGCTAAATAAATTTTTTAAAC +ATATTAATAATAAATAGTATCAACTTTAGTTTAAGAAAGGAGAGGTTATTATAAAAGGTA +CAAAAATATTAATAACGATAGTGGTTATATTAGTCATATTGCTAGGTGGTACTTATTTCA +TGTTGATACCATCTAAAAAAGTAACTTTAGATACTAATAATAAAATTATTACGATAGAGG +ATTTATTAAAAGAAAACTTTATTGAGTCTTTTGAAATTTTAAATAATCCAATTGGATTAA +AAGGTACATTGGGAATATCACAAGATGAGTTTAGAGATATTTTATATACTGTAATGATGA +AGTATAATATAGAGGAATTTAAGCGTAATGAAACTACATTACATGATAATTATATAAAAA +TAAAGGTTCCAAATAGAGTTTTAAACTTTATAGATACTCAATATGAAGTAAATATTTATC +CAAGTATAATTGATAATAATTTACATCTTAAATTAAAGGACTTAAAAATAGGTAAATTAA +AACTTCCTAATAGTATAGTAGAATCTGTACTTAAATCAAATATGAATAAATTACCCTTTG +AAATAGAAAAAAATGAAATTATAATTGAGAGTTCTTACATAGAACCGTTATATATAGAAA +CTATAGAAGTTAATAAAGGAAAAATTATTTTAAATATATTCGTTACAGCTACAGATATTA +TTGAATTTATTGGAGAGTATAATACAAAGTAAATTGACATTAAAGTAGGTGATGCTAGTG +GAGCATATTTTATACTCTGTTGCTCAATATAAGATTTTATCAGCTTTTATTGCATTTTTG +TTAACTGCAGTAGAAAGTTTTATACCTGTTTTACCATTAGTTGCTATAATATTGGCGAAT +TCAATTATATTTGGTATGTGGCTTGGTTTTTTTATATCATGGGCAGGGTCATGTATTGCT +GCAATTTTACTTTATTATTGTGCTAAGAAACTATCTAAATTAAAAATATTTGATAAATAT +AGAAATAGACCTAAAAATGAAAAATTGACAGCATTTATTAAAAAACAAGGATTTAGTATG +ATTTTTATAACTTATGTTTGTCCTTTTATTTCAGACTTTCTTATTACTGTTGTAAGTGGA +CTAGTTAAATTTGATATAAAAACCTTTGTAAGCGGTATGGTATGTGGAAAATTCGTTATG +TTTTTATTTATAAGCTATGTAGGTGAAGATATAGAAGGTTTTTTTAAAAATCCATTAAAG +ATAATTTTATTTACTATGTTTATTTTAAGCTCTTGGATTATTGGGAAAAAAATTAATAAC +AAAATGCATGTAGAAGATAATTTATAGATTTAATTCTTACATTTACGTAATAAATTTGAA +TTCTTATGATAGATGTGCTATTATATAAAAAGTTATAATTAATTTAACTTAGGGGGAAGA +AATGAAGAAGATATATATAATAACAACCTATACAGGAACAGTATTATCTTATTTAATAAG +AAAAATTAGCAAAACCCCATATGCACATGTATCGATAGCATTGAATGAAGAATTGAATCC +TATGTATTCTTTTGGAAGACTAAATCCTAAAACTCCTATTTTCGCAGGGTTTGTTGAGGA +AAAAATAGATGAAGGTTTATACGCAATTAGAAAAAATACTATGTGTAGGGTGTACTCACT +AGATGTTACAGACTTACAATATAATGATATATATAATAATATAATGTTTGTTAGTGAAAA +CAGAAAAAAATATGATTATGATGTAATGGCACTAATATATTTAACATTAAATAGACCTAG +ACAAGCTGAATATAAATATGTTTGTTCACACTTTGTAGCAGATATGCTTATGAAAAGTGA +AGTTGGATTATTTGATGAACCATCTTGTAGTATAAGACCAGACTTTTTCTATGATAATGA +AAAGTTAACTTTAGAATATGAGGGACTTTTGTCTCAATACGGTAAAGAGCAAAAAAAATA +TGTTCCTTATGTATCTAAAATATAATACTACCAAAATAAATACCCCTTTTTATTAAGGGG +TATTTATTTTTTGTAAGTTTATGGATATAATGGTAATAATAACTATTTTGAAAGGAGTAT +TTATGAAAAGATATATAAAATCCTACGGGATAGCACTTGTATTAGTAGCAATATATGCAC +TTATAAAGCTACCAGTGCTAAGACTTGACTTTACTTCTGGCTTTTCAACAATTATTGTAT +TCTTTATTATAGCCGGAGTACTAGACATGATGTTTGATAAGGGAGAGAGAACTTCTAAAA +TTGCAAAAAATAACTTTTTCATAGCTATAGTTTTAATATTAATTGTAGCAGCAATACCTT +TTGTAACATCTTCTCCAATATTCCATTCTAAATCATATAGAAATCTTATTGGAAATGTTG +AAGAAAGTAATTTTGATAAGGATGTAAGTCCTGTAAGTGTAAAGGACATCCGTATAGTAG +ATGAAGAGATGGCTATGAAGTTAGGAGATAAAAAATTAGGAGAGATACCTGCAGTAGGTA +GTATATCTAAATTAGGACAATTTCATATACAAAGCGTAAACGGTGAACTATACTGGGTAG +CGCCTTTAGTACATAGGGATTTTATCAAATGGATAACAAACTTAGATGGAACTAGTGGGT +ATGTTATGGTTTCAGCAAGTAATCCACAAGATGTTAGATTAGTTCAAGAATTAGATGGAA +AACCTGTAAAGTTAGTATATCAGCCAGATGCGTATTTCCTTCAAGATTTGCACAGACATA +TGTATATAAATGGAATTGTAAATGCAGGCATGACTGAGTTTTCATTAGAAATAAATGATG +AAGGTAGACCATATTGGGTTACTAGTTTATATGAACATAAAGTTGGATTCAGTGGTTCTG +ATGCAACAGGAGTAGCCGTTGTTGATGCTCAGACTGGAGAAGTTAGTAGATATTCTATAG +AAGATGCTCCAGGATGGATAGATAGAATTCAGCCAGAAAAATTTGTAGCAGATCAAATTA +ATGATTGGGGACTTTATGTAAAAGGATTTTTAAACTCTGTTATTTCTGAAGAAGGAGTTT +TAGTGGCTACTGAAGGAACTTCTTTAGTATACGGAGATGATGGTAAGTCATATTGGTATA +CAGGAATCACTTCGGCTGGGGGAGATGAATCTACAATTGGATTTATGTTAGTAGATACTC +GTACAAAAGAGGCTAAATTATATAAACAACCAGGAGCAACAGAGACTGCAGCTATGAGAT +CTGCTGAAGGTAAGGTTCAAGAGAAAAATTATCAAGCAACTTTTCCTGTTATGTATAATA +TATTAGGAACACCTACATATGTTTCTGCATTAAAAGATAAGGCTGGACTTGTTAAGATGG +TTGCTTTTGTTTCGGTAGAAGACTTTGCCATATTAGGCTTAGGAGAAACAAAGGATGAAG +CTTTAATAAACTACAGGGAAGCTCTTTCTAGTGAAGGAAATAATATAAATATAGAAAATG +ATACAACGAAAAAAGATATAGAGGGCATAGTTAAAAGAATCAGTCCTGATGTTAAAGGAG +GAAATACTAGTTACTACCTAACTATAGATTCTGATAATAACATATTTGTAGCAACTTCTA +AGGTATCTACAGAGTTACCTTTAACTGTAGTTGGTGATAAGGTAAAGATAGCTTATCAAG +AAGGTAAAACAGGTGTAGTAGATATTATTGAATTTGATAACCTAAATTTAGGTGATGTTA +TAGAGAAAAATAAATCAGAGAATTCTACGCAAGAAGAATCTAAAACAGAAGACTCAGAAA +CAGATAAAACTGAATCAGAAAATACACAAGATCAATAAAGTATTTTAGAATATTAATAAA +AAGCATAAAGCATATTTTTATATGTTTTATGCTTTTTTGTATATTAAGGCATCAAAGACC +ATCTGGAGTGAAGATAATTTATAATCCCAACTACTAAACTTAAAATGTTTAACTAACACG +TTGCTCGAGCAAAGTAAATTTTTATTACGAGAATTTTATATTATATTGTCATATATAAAT +TTATTAAAAAAATTCCTAAAGGTGGTAATTTTAACTTATATACTTAATATAATATTAGTA +CAACTTGGTAAATTAATGACTCAAGGGAGACAGGCGTATGATAGGGATAGAAAAAGAAAT +ATTACTTTTAATTAGTAGAGTTAGATGTATGACAGAAACACAGGTTGGAAAAGTTTTTTC +ACCTAAAAAAAGATATGGTAGAAAACCTTTTAAAAAAACACTGAGAAAGATGTGTAATGA +GTATACATTAAGAAAATACCCATGCAATATAAATTATAGCGGATATAGAGACAATTCCTA +TGTATATTATCTAAATGGTAGCAAACAGTATAAAGGCAAGGATTTAGTTAAGATTATTAT +TGGATCAGAGCTGGCTATCAGAATAAATATGGGTGGATATGAAGTAAAGAGGTTTTATAG +AAATGCCAAAGTTGGTAAAGAAACCTTTGATATATTTATTGAGTATATAGATCGATACAA +TGAATTACATCAACTTTTAGTAGATATAGATATAGATGGAAATATAGAAAGGTCGAGATA +CGTAAATTTAGAGTATAAAATTAATGATTCCACTATTCCGTTTTTTGAATTGCCTAAAGT +ACTTATAATTACATCAAAAGATACACGTGATTTAGGTATAAATAATTTAAATGATAATGT +AAGTTATATTGATCCAACTTTAAATAAATTATTCAGATATATATAGACCTATTTTTAAGA +AAATAGGTCTTTTTATCAATTAATATAAATAATAATAAATTTACATGTAAATAATACTTT +ATATAAAAATAAATAAAAGTATTAAGAAATAAATTAATAGTTGAAATATTAAAAATGGTG +TGATAAAACTATATTAAATAAAAACTAAATTAAATGTACCTAGGGTAGAGGTGCTGTATT +TAATAGTAATTCATAGGAACTGGCAAGTGTTGATAATGAATGAAAGGAAATACAGCCGAA +GAAAATTTATTGGCAGATAATTTTTCTGGACTTGTACAGAATATGTGCAAGGCTGTCGCT +TATTAAAATAAGTGTTGAGCTACAAGGTTACTTTGTGTAATAATTTACGCCCAAAGTATA +CCTTTGGGCGTTTTTATATTAGTCACAAGAAATAAGGGGGGATTATATGAGTAGCATCAT +TGTTCAAAAATATGGTGGTAGTTCTGTAGAGAGTATTGAAAAAATAAAATGTATTGCAAA +AAATATAATTGAAAGAAAAAGAGTAGATAATAAAATAGTGGTAGTAGTTTCAGCAATGGG +GGATACTACAGATGATTATATAAAGCTTGCAAAAGATATAACTGATAGTCCAGATAAAAG +AGAGTTAGATGTATTAATGTCAACAGGTGAAATTATATCTGCATCACTTTTAGCTATGAG +CTTATCTTCTCTTGGGTGTGAATCAATAAGTTATAATGCATATCAACTAGATATACATAC +GAGTGGTGATCATGGGAAATCTCAAATTGATGATATAGATATAACTAAGATTAAAGAAAG +TCTATACAAAGAAAAGGTGGTTATAGTAACTGGTTTTCAAGGTCTAAATGATGAAGGAGA +TGTAACAACTTTAGGAAGAGGAGGTTCAGACACATCTGCAGTTGCTTTAGCAGTTAAATT +AGATGCTAAATGTGAAATTTATACAGATGTAGATGGAATATATTTTACAGATCCTAGGAA +ATATAAAGGTGCTAAAAAACTTAATGAAATAGAATACGAAGAAATGTTAGAGCTTGCTAG +TCTAGGTGCTCAAGTAATGCATTCAAGAAGCATAGAGTTAGCATAAAAGTATAATACAGA +AATATATGTAGGACTTTCATGTGGGAAATTAAATGGTACGTATATAAGGGGTGGAGAAGA +TATGAGATTAGAAGAAAAAGTTATAACTGGCCTTGCAACTAGTAATGATGTTGTTATTTT +AACTATAAAGGATTTTAGTTTAGATAAAGTTTCAAGCTTGTTTGAATGTATTGCAAGTAA +AAATATAAGTGTAGATATGATAAGTCAGACAGCGCCTATAGGTGATATAGTAAATGTGTC +ATTTACTATATCAAAAGAAGATTTAAATGAGTGTAAAGAATTAGTTGAAAAATATGCCAA +TAGTAAGGATATAGTAGTAGATAGTGAAGTTACAAAAGTATCTTTAGTTGGTTTAGGTAT +GAAAAATACAGCAGGAGTGGCGTCAAAAGTTTTTAAAATTTTCAAAGATAATAATATTAA +AGTTAAACTTATAACTACATCTGAAATAAGAATATCTTGTGCAATAAACTCTTCTGATGA +AGAAGTAGCAATAAATGAAGTGGCAAAAGTATTTAACGTTTAAAATTTAGGAGGGTACTA +TGAAACTACATGGAAATATGTCAATTAAGAATAATACATTATACATCGGAGGCATTAGTT +GCGTAGATTTAGCTAATAAATACTCAACACCACTTTATGTATTTGATGAGGATTTAATAA +GGGAAAATTGCAGAGAATATAGAAAGTATTTTAAAGTGGAGGAAAACAATAATAAAGTTG +CATATGCAGGAAAGGCATTTTTAACTTTATATATGTGTAACCTCATTAAAGAAGAAAACT +TATGCTTAGATGTAGTTTCAGGAGGTGAACTATACACTGCACATAAAGCAAACTTTCCAA +TGGAGAATATATTATTTCACGGAAATAATAAAACAATTGATGAAATAAAAATGGGAATAG +AGTTAGGAGTTGGAAGATTTGTAGTAGATAATTTTTATGAGCTTGATATAATAGAAGAAA +TATGTAAAGGAAAAAATAAGATACAAGAAATTTACTTTAGAATAACCCCAGGAATTGAAG +CTCATACACATGATTATATAAAAACAGGTCAAATAGATTCTAAATTTGGATTTGCATTAA +TAAATGGTGATTTGTATGAAGCTATAGAAAAATTGTCTGAATATAAAAATATAAAATTAG +TAGGGCTTCATGCTCATATAGGTTCACAAATATTTGATATAGAACCATTTATGGATGAAG +TTGATATTATGATAGATTTAATAAAAGAAATTAAAGATAAATTCGATATAGATTTAAAAG +AAATAGATTTAGGTGGAGGTATAGGAGTATATTACACTAAAGAGGATAAACCAAAAACTA +TAAAAGAATTTTGTGAAGCAATTATAAATAGAGCAGAAATTAAATGTAAGGAAATAGGAA +TAGAAATACCGACACTTATAATAGAGCCAGGGAGATCAATATCAGCTAATGCGGGTAGCA +CATTATACACTATAGGGTCTATAAAGGATATAAAAAATGTAAGAACATATGTGAGTGTAG +ATGGAGGAATGACTGATAATATAAGACCTTCATTATATAAAGCGGGATATGAATGTAGCA +TTGTAAATAAAATGAAGTATGAGAAAGTAAATAATGTTACGGTTGCTGGTAAATGTTGTG +AAAGTGGAGATATCTTAATAACTCATGCTAATATAATGGATATAGAGAGTGGAGATATCT +TAATTACAGCTTCAACAGGAGCATATGGCTATTCTATGGCTTCAAATTATAATAAAATAC +CTAAACCCGCAGTAGTGATGGTATCTAATGGAGAATTTAATCTTGTATGTAAAAGACAAA +CCTACGATGAACTTTTAGAATTAGAATTAATTTAAATTTAAATTTATAGTATAAAATAAT +ACAAACAGGTGCTATTAAAAAATTTAAAATAGTACCTGTTTTTTTATTGAAAATTAATAT +TTTCCTATAATATATTAAGCAAAATCTCATAACATAAAATTAAGTAATGAAATATCATAA +AATATTAAAAATATCATAAAAATAACAAATATATATAATTTTTTACAATATTCTTCTAAC +TTATGCCCAAAACTTATACAATTGTGGTAAAATTAACTAGAGGTAATAAGGAGGGATTCA +ATGAAGAAGAAAATAGTACTAATCATAACTTTATTATCAATATTTATGATAGGATGTACA +TCTAAAACAGAAGAAAGTAGTTTAGTAGAAGAGGGAAAGATTGCTCTAGAGGCTCATAAG +TACTCAGATGCAATGAAATTATTATCTAATGCTTTAGACGAAGATAGTTCTGATGAACAT +GCAAGATCAATGTATATGCAAGCAATGAGAATGATAAATGTGGATAGTTATAAATCAAAA +ACAAATTATAAAAAAGCTATTGAAGAACTTGAGGCTATAGAAAAAATAAAAAATGGATCT +CAAGTAATAAAGAGTGAAGCTTCTAATGAGTTAAAAGAGATTAAAAAATTATATGAGAGT +CAAAAAGAAGCTGAAAGAAAAAGAAAAGAAGATGCTAAAACTGCAGCTAGCAAAGATGCA +TATAAAGCAAGTCAGCAATTAACAAAATATGAAGAATCACTAAGAGAAGAAGAAGAAAAG +AAAAAGCAAGAGGAAGAAGAACAATTAAATAATAATCAAAACACTGAAAATAACGAAAAT +ACAAATGAAGGTGATAACCAAACCCAGGGAAATACAAATCAACCCCAAAGTACAGAAGAA +GCACCTTTGGTACAATAAAAATTACATTCATACTTGTTTTATATAACTAACGACAATATA +GTTACAAAATTGAGTATTTAGAAGTAATAACTTTATAACAAATAAAAAGTTGCCTTGAAT +CAAAAGGCAACTTTTTTATTATTTTGAATCGTTTATATAAAGTCTTTTTTCTATATATTT +ATCTATTGAAGCTTTAATTACTGCAGCTACAGGAACAGATAAAAATACTCCTATTAAACC +GAATAAATTAGAACCTATTAAAACAGCAGATATAATCCAAAGTGGACTAAGACCAACTGA +ATCACCCATTACCTTAGGTCCTATGAAGTTTCCATCCACTTGCTGAAGTATCAATATGAA +AATAGCAACCCAAAAGGCTTTGACAGGACTATATACTAAAGTCATAAGTATTGGTGGTAC +GGCACCAATAAATGGTCCAAAGTAAGGTATTATATTTGTTAAGAAAACTATAAATGACAA +GAACAATGTATTATCTATTTTTATTATAAATTGGAATCCTACAAAGGCAATTACACCGAT +TATAAGAGAATCTATAATCTTACCAATCATATAATTATAAAATATATCATGAGACATTTT +AAAGAATTCAACAGTCTCATCTGCTTTAGTTCTACTTACAGTAGCATAAAGTATTTTCTT +ACAACCTAAACCTATTTTTTCCTTATCAAATATCATATATATGGAAAGTATTAACCCCAT +TATTATATTGAATAATAAGGATGTTATACTTGATATATGTACTAAAAGATTAGAAGAGAA +TGTTGTAAGTATATTAACTACTTTCGTTAATATGCTATTTAAGTTCTCCTGTAAATGAGG +AGCAATGCTATTAAAGAATTCAGCCTTTGTCATATACTTACTTAAGAATGTATTAATCAT +ATCAATATATGTAGGAATTTCTTGTATTAACTTATTCAATGTATCAACTATTGATGGAAT +AAGTAATTTAAAGCCTAAAAATATAAGTATAAAAACTATTATATAAGATATAAGTATATT +CAATAATCTGTGTAGATTAAATTTCTTTTCAAAAAACATTACTAAAGGGTTTATTAGTAG +TGCAATAAGAATTCCTATAAGGAAAGGACTGAAAAAGTTAGCAAAACCACCTATTCCTGA +AATAAATTGCATAGGGTTGTTAATGAATTTATAAAGCAAAATAGCTACTAAAGCCAAAAA +TATATAATGCTTTATGTCTTCTTTTGAAATCATATTACCTCCTAAGTTTTTAAATATTTT +AAAATTAGTATATAATATAATTAATATAATTTAAAGGCATATTATAGTTAAATATTAAAA +ATTAAGAAATTTGTAATAAATACTTTGATTTTAATAATCAGGTATTATATTATAGAAAAG +AAATAAGAAAGCATAGTATTAATTAAATATTTAATAAAGAAAGGTTAAGTTATGAGAATA +AATAAATATATAGCTTCTTGTGGCGTTGCATCAAGAAGAAAAGCTGAAGAAATAATATTA +GATAGAAGGGTAAAAGTTAATGGCGAAATAGTCAGTGAGTTATCATTTAATATAGATGAA +AATAAAGATATAGTTGAAATAGATGGAAAAGTAATAAGTTTGAGTGAAAATCATGTTTAT +ATAGTTTTAAATAAACCAGAAGGATATATAACAACTGTAAAAGATCAATTTGATAGACCT +AGTGTATTAGATTTAGTTACAGATATAAAAGAAAGAGTTTACCCAATAGGTAGACTGGAT +TATGAAACTAGTGGTCTTTTGATACTTACTAATGATGGAGATTTAACATATAAGTTAACT +CATCCCAAACATGAAGTAGATAAGACATATGTTGCATTAGTAAAAGGTCAACCTACATAT +GAAGAACTTAAAAACTTTAGGGATGGTTTAGAAATAGAAGATTATAAAACTGCTCCAGCT +AAAATAAGAGTAGTAGATGTAAATGAAGAGAAAAATTATTCTAAATGTGAAATAAAAATA +CATGAGGGAAGAAATAGACAAGTTAGAAAAATGTGCAAAGCTATAAACCACCCTGTATTA +AGACTTAGAAGAATTGCAATGGGAGAGATTAGATTAAAAGGTCTTAAAGTTGGTGAATAT +AGACACTTAACAAAAGAAGAAATAGAATACTTAAAATGTATAAAATAGAGGTGCAATAAA +TGATAAAAGCTAAATATCTAACAAAAATTACAGAAGTAAATAAGTTATTTATAGAAGATG +TAATAAGTGAAGGTGATATAGCAATTGATGCTACTATGGGAAATGGATATGATACCAAAT +ATCTAGCAGAAAAAGTTGGTAATGATGGATTTGTATATAGTTTTGATATACAAGAAGAAG +CATTAAAATCAACGAAAAAAAAATTAGAAAAAGAAGACTTATTAAATAGAGTTAGCCTTA +TACTAGATGGTCATGAAAATATAGAAAATTACGTTAAAGATGAGGTTTCATTAGTATTAT +TTAATTTAGGTTATTTACCAAGGGCTGATCATAATGTAATAACAAAACCTGATACTACAA +TTAAGGCAATAAAGTCATCTTTAAAACTTTTAAAACCACATGGTGTTATTAGTATTGCAA +TATATACAGGTCATGAAGGTGGAATGGAAGAGAAAAATGAAGTTTATAAATTTGTACAAA +GCTTAGATCAAAATCAATTTAATGTTCTAGAAAGTAAGTTTGTAAATCAAATAAATAATC +CTCCGCAATTAATATTGATAGAAAAGAAAAAAGAGTATTAATAAACAAAATTGTGCATAA +ACAAAAAATTTTCATTCACTCTTTAAAAAATATATATATAAGTGATATAATGATTTTAGA +TAATTCTAGGAGTGTGAAAGAACAGTATTTGTTCTGCTAAAAGGAGAAATTTATGGACAA +TAAAGAAAAATTAGAAATGAAGGATGGAAAACATCTTATTTCAAATATACAAGCTCAATA +TGCAAGATTAAGTAAAGGACAAAAAATCATTGCTCAATATATATTAAAAAATTATGATAA +GGTTGCATTTATGACGGCATGTAAGTTAGGTGAAGCTGTAGGTGTTAGTGAATCAACTGT +AGTAAGATTTGCAAATGCTTTAGGATACTCAGGATATCCTAAGCTACAAGAAGCATTACA +GGAACTTATAAAAAATAAATTAACTACTGTTCAAAGAGTTGAGATGGCTCATGATCAGTA +TTCTGATGATTCAACTATACTAAATAAAGTATTAAAAAGTGATATAGACAATATAAGAGA +TACTTTAGATGCTATAGATGAAAATGCATTTAAAGGTGCTGCTGATAAAATACTAAAAGC +TAGAAAAATATATATTCTAGGCATGAGAAGCTCATTTACTATAGCTCAATACTTAGGATT +TTATCTTGATATAATACTTGATAATGTTCATATTATTAGAATGGATATGGGAGATGCATT +TGAACAAGTTGTAAGAGTAAATGAAGATGATGTACTAATTACAATAAGTTTCCCAAGGTA +CTCTAGAAAGTCTTATCAAGTAGCAAAATATGCAAAAAGCAAAGGAGCACATATAATATC +TATAACAGATAGTATGTTTGCACCAGTAGCATCAATTTCAGATAATACTTTATTAGTTAA +AAGTAATATGGCTTCTTTCGTTGACTCTTTAGTACCAGCATTAAGTGTTGCTAACGCACT +TGTAATATCTGTTGGAATGAAGGAAAAAGAAGATATTAAGGAATATTTTGATGATTTAGA +AACTATTTGGAAGGAATACTCAGTTTATGAGTAAAATCCAGTGATTATCAAGATGTAAAT +TGGCGACAATTAAGCATTTATAATAATCATAAAATTATACTAGATAGTTTTGAGTATAAA +ATGATACTGACATTGACTTATAGCTGACAATATTATAATTGTCAGTCGAGTTATTGTCAG +TTTTTTTATATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAG +TTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_60 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATAAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCATAATCGCTATAATTATATTTAGATTTTTTTCATCTTTTTATCCAACAATCC +CAAAAAAGCTATTACAAAATAAAAATTATTTTGTAATAGCTTTTTTAGTGATTTTAAATA +TAGCTATAAATATAACCCATATTTCAAGTCTTCCAAATAACATACCAATTATCTCAGTCC +ATAATATTAAACTTGGGGCAGTTGGAGATGTTATTCCAACAGATAAACCTACAGTTCCAA +GCGCTGAAGCGAACTCAAACATTGCTTCATGTAGTGGATATTTATATACTAACATCGTAC +TCACCCCTAAAACAAATATCACTATATATGCGCATATATAATTATAAATATCTATAACAT +CATCTTTATTTATAAATACTTTTCCTTCTGCTTTATACACATAATGTTTTTTTACAAAAT +GCTCTGGAAGAAATCTTAATTTTATACTCCAACCTAGTTGCTTCATCATCAAATAAACTC +TATAAAGTTTTATACCTCCTGAAGTAGATCCAGCACCTCCACCCATAATCATCAATATTA +TCATTATAAATATTGCAAAAGATGGCCAATTATTATATACAACTGTTGAAAACCCTGTAG +TTGATAAAGCTGATACTATTTCAAATAATGCAACTCTAGCTCCTTTATATACCCCCCCAT +ATAAATCTTTTAATGATACAAATGTAATTAAAGGTATAGTGATTCCTAAAATAAGAAACA +TAAATCTTATTTCTCCAATTTTTAGGATTTCTTTAAATTTCCTCTTTACTAATAATAAAT +GAGTTGCAAAGCTAATTGTACCAAGTATCATTAATATAATAGTTATTAACTCTATATAAA +CATTATTATAAAACCCTATACTTTCTAACTTTGTTGAGAAACCTCCTGTTGATAAGGCTG +CTATTGAATGATTTATTGCATCAAATATTGGCATTCCAGCTATTACATATAATATAGTTC +CAGCTATTACATATCCTAAATATATAGATAAAATCATTCTAGAGGATTTTATTAGATTAG +GTAATATCCTATCAGAATGTCCTTCTGAGTTATAAAGTCTCATTCCAAACGTAGACGACA +ATGCTGATATCATAACTAATACAATCCCTACACCCCCGAAAAATTGCATTATACTTCTAT +AAATTAAAAATATATGAGGTGTCGACTCAACGTCCATTACAGATAGACCCGTAGTTGTCC +AACCACTAACAGCTTCAAAATATGCTTGCGTAAAACTTAAATCTTGACTTATCATAAATG +GTATTGCTGAAAATACAGTAGCTAGTATCCATGCAACTACTACTATTACTGCATCTTCTC +CAACAGATAATTTTTTATTTGTATCACATTTAAACACTCTTACTAAAATTAATCCTAATA +TTATACATACCAGTGAAGGACATATAAAACTAAAAGTAAAGTTTATCTCATTTCTATAAA +AAGGTAGTACAGACAATGGTAACAATAGTATTACGCCTATTATTACTGTCAAAATACCTA +TATAATAAAGTAGTATATTCCATTTTTCTATTTTTTTTAATTCCATAGTATTATCCTCTT +ATATCTAATGTTCTTATCATATCATTCTGTACAGTAACATCACATAATATTATAAGCTTA +TCATCTTTATTTATTTTTGTATCTCCATTTGGAATAATACTATTTAAATCTCTAATTATA +CATGCAATTATTGATTTCATTGGTAAATTTATATCTTTTATATATTTATTACATAATGGC +GATTTTTCATTTACTACTACTTCTAGCATATTAACTTTTCCGTTTTCAATAGGAATAAAC +TTATGCATATCGTTTATCGTAGCCATCTGTTCTATAATATCGGAAACAACATAAGTTGCA +CTTATAGCTCCATCTATACCTAAATTTTTAAACACATCCACATTTTTAGGGTTAGCTACT +GTAGCAAAACTTTTCCTTATATTATATACCTTTTTAGATAGTTGACATATAGCTAAATTG +GTTGCATCTTTTGATGTCATAGCTATAACTACATCAGCACTCTGAATACCAGCCTCTTCT +AAAATATACCTTTTTCCTCCATCTCCATGTATTATAGAACATTCATATTTCTCACTTAAT +TTATTACAGTACTCATAATCTTTATTTATAATAGAAACTGTGTGTTTTTTATCTAATAAA +GACTTTAATAAAAATTCAGCCTTTTTCCTTCCACCTATAATTACTATATTCATCTAATTA +TGCACCTACCCTTCTTATTAAACTTTTCTTGTTAACTGCTTTATTTATTTCAAGCAATTT +ATCAAATTCATTTATAGTTAGAGTAGTAGGTCTAATTATCTTTATATCAAGACCTTCATA +CACAACTTCTTTTTCATTATCATATAGCCTAGTAATAACTGTATCTATATTTAGTATATT +TTTAGCTATTAAAGAAATCATAATATTTACATCATCATCATTAGTAGCTGCAATTAACAT +TGTAGCTTTATATATATCTACTTCCATTAAAGTATCTATATCAGTAGCATCTCCAACTAC +CTTAAATCCACTATAATTCGCTGATAGTTTTCTAAACGAATTTTCGTTTATGTCTATAAT +AACTACATCTCTTCCACTTAATGATAATTCTGTAGCTATATTAGTCCCAAATCTGCTACA +TCCTACAATAATTATATATTCAAAATTAATCTTTTTCATTCTATACCACCATCTCCTAAA +CTTTCTTTCATATTATTTATGTTTAGTTTATTATATTTGGTATAAAGATTGTGTTAAGAT +ATTTTAATCTTTATAAAGATTTCATTAACATATTTCAAATGACTATATAAAATTTATAAA +ATCTTTATATCTATTCATCGACAAGTTTATATCCTACCCCTACTTCCGTCTTTATATACT +CTGGCTGTGCAGGATTTTTTTCTATTTTTCTTCTTATACTAGCCATAAAAACTCTAAGTG +ATTGTGTTTCGGTATCTAAGTATCCTCCCCATATTTTATTTATAATAAATCTATGAGTTA +ATACTTTTCCTGCATTCTTAGATAATAACTCAAGCAACTTAAATTCTATAGGTGTTAAAT +GAATTGACTTTCCATCTAAACTTACTTCATACTTCTCAAAATCTATCTTTAATCCTCTAA +CTTCAAAACTTTTCATATTTTCAGTTTCGATAGAATTTGTTTTACTTTTTTGCCTTAAGG +ATACCCTAATTCTAGCTAAGAGTTCTGGGACACTAAATGGTTTTGTTAAGTAATCATCAG +CTCCTGTATCTAAAGCATATACTTTTTCCCTTTCATGCCCTCTAGCTGATACCACGATAA +TCTTTGCTTCACTTACATCTCTTATTTTATTAATTACATCAATCCCATCCATGTCTGGAA +GTCCTAAATCTAAAATTATTATATCTGGATTCATAGAATATACTAATGTTATTGCATTAC +TTCCATCAGATGCTTCTATACACTCATATCCTTGTGTTTCAAGTGATACTCTTATAAATT +TTCTTATGGGCTTTTCATCCTCTACTATTAATATTTGTGGCTTTAAACTCATACATTATT +CCTCCTCACAAGGTATTTTAAACCTAAATGTAGCTCCTCCTAATTTATTGTTGAAGGCTT +CAATTTCTCCATCATGGGCTTCTATAATTGACTTGCAGATAGAAAGTCCCAGACCTATTC +CCCTTTTTTCTAATGATTTCCTATTAGTCTTAGAATAAAATCTATCAAAAATATGATCAA +TGTCTTCATCTTTTAATCCATATCCGTTATCTTCAACTTCAAAGTATACATAGTTTTCTA +TTTTCATAACCTTTACTTTTATTTCAGAGTTATCCGGAGTATACCTCATTGCATTATCAA +TTAAATTTATAATAACTTGCTCAATTAGTAACCCATCTACATTAATAATAATTACATTAT +CCGGAATATCTACAATTATATTGTGTTTATTTGAAAACTTTTTGACTATAAATATAGATT +CTTCTACTATTTCTTCTACTACTTCCAGATTTTTTTTAACCTCTAATCTACCTTCATCTA +CCCTTGTTATACTTATAATATTTTCAACTGATCTAGCTAGCCAACTTGCATCTTCATATA +TATTTTTTAAAAGTTCCTTTTTTATATCCTCATCTACATAATCATAATTTTCTAATATTG +TTGATGATGAACCTATTATACTTGTTAAAGGGGTTCTTAAATCATGTGAGATTGATCTTA +GTAAGTTACTTCTTAGTCGCTCCGTTTCTGCATCTATATTTGCTTTTCTCGTTTTTTCAA +ATAAATCTTCTCTCTCAATTGCTAGTGCAACTTGATTTGAAACAGATTTTAATAGTATTT +TTTCATTTTCAGTTAGAGCTACACTCTCGATGCAAGATATACCTATAACCCCAAGAACAT +TTTTATGCCCTTTTATAGGAAAATTAAAGGTTTTTGCATTTTGATAAAACTCTGTTCCAC +ATCCAACTTCTTCTCCTAAACTGAAACATTCTTTTAATGCACACTTCTCTAATGGAGATT +GGAATATACCATTTGCATCTTCATCTTTAAATGTTTCTACAACTATTTTCTTTAAATTTT +CATCATTATCTACGATTGCTGTAGCTACAGACCTATTTAATATATCAACTAAACTAGAAT +TACACATTTCCACTATTTCATCTTTGTTTTTAGCTTTAAGCAAATTCTTATTATTTTTGT +ATAATAACTTTATCCTTTGCTCCCTCATATTTGATAACTTAATTTCTCTTTTTATTTTTG +ACGTCAAAGTACTAGTTATTGCTGCCGAAATAAGCATAATAAGAAAAGTAATAGGATAAT +CCGCTCTATATGCTATAAAAGTATAATACGGTTCTGTAAAAAAGAAATTAAATGATAAAA +CTCCTACTATGGATGATAATATTCCATATATATATCCATCTGTTTTGATGGCTGAAAATA +ATACACCTAGTATAAATACTAAAATAATGCTTGATTCATTTAAATCAATCACTTTAAAAA +ACAACCCTATTAGAGTTGCCATTGACATTATAAAAATAATTATTATTACATTTTTCAATA +TTTTATTTTTGATAAATTTATGTTCATAATAATCATTATTAGTGTACATAATACTATCTT +TTGAATCATCTGAAATCATTGTATTATTCCCCCTTAATAAATCATTTTATTAAATTATAG +AATCAAATTAATTAAAATACAATACATCATAAATAGTATACGTCATAAAGAAACCACCAA +TTAAAATAAAATTAGCTAAACTTTATTTTAATTGGTGGTTCATTATCTTTTTTCTAGCCT +ACCTATATTTCTTTTGTCATATACTAATTTGTATAAATTATATTCTTCTTTGTAAGTCTT +ATCTCCATAATCTATCTCTTCTAAGTTAAGTTTATATTGAAAAGAACTAACTCTTCGTAA +GTTTTTATCTGAAGCTCTAAATGTTGGATCTAATGCATAAGAGGCTCTATAATGTTTTCT +AGCTAAATCTAAATCCCCTTGTAATTCATACATAATTCCTAGTAAATTATGCCCTTCTGG +AAAAGAATCTTCTTCCATCATGATATTATATATATGTTCTTTGGCTAAGTCATAATTATA +TATTTTTAAGCAATCAATAGCTTCTTTTACTTCATCTTCATAAGAGTTTACTTTATATTT +AAATGCTAACATAATTAACACTCCTTTGTAACTATATTTTATATTTACTATCTTACGAAT +TTCTATATAAATATGGTATTAAGATAGTTACCAAAGGATAAAGATTTTGTTAATATTTTA +TAACTGTTTAAAGTAGTTTATACCTATAGCATCTCTAACTTCTTCTAAAGTATTTTTTGC +AATTATTCTCGCATTATAACTACCACTTCTAAGTATTTCATATAATCCTGGTATATCTTC +TTCGAATTCTTTTCTTCTCTTTCTAATAGGCTCTAGTTCAACTTGTAATATTTCATTTAA +GTATTTTTTAACTTTTACATCACCTAATCCACCCATTTGATAATTCTCTTTTAATTCTTC +TAAATATTCGTAATCATTACAAAATGTATCTAAATAAGTAAATACAGTATTATTTTCTAT +ACACCCTGGATCTTGTACTCTAATATAATTCGGATCTGTAAATATATTCATTACTTTTTT +AGTTATAATATCTGGTTCATCACTTAAATATATTGCATTATTTAGAGATTTACTCATTTT +TGCCTTTCCATCAATTCTAGGAAGTCTTGCAGCATTTCCTTTTGGAAATAATCCTTTAGG +CTCAACTAATACATTTCCATATATATTATTAAAGCTTCTTACTATTTCTCTAGCTTGTTC +TAACATAGGCTCTTGATCTTCTCCAACTGGAAAAAGTGTAGCCTTAAATGCTGTTATATC +AGATGCTTGGCTTACAGGATAAATAAAAAACTCCATCCTAAATTAATAGGACGGAGTTTC +CGCGTTGCCACCTAATTTGCCTAGTATTTACTTACTAAACAAAAGTGATTAATGTCTAAT +ATTTTGATAGATAATTATTCAAAGCATCTACTACTCCATCTTCATCGTTAGATTTTGCTT +CATAATTACAAATTTCCTTTAACTTTGGATGTGCATTTGCCATTGCATAACTATGCTTAC +ATTCTTGCATCATTTCATAGTCATTTAAATAATCTCCAAATGCCATACACTCATCATAAG +TAATTTCATATATTTCTTGTAACTTCTTTATTGCATTACCTTTATTAATGTCTAAATTCA +TAAAATCAACCCAATTTTCACCTGATAAACAAACTAATAATTTATCATTAAATTTCTCTA +ATAATGGATAACTATTAGTTTCAGCTCCGTTCCCATCAAATACAGCTATTTTACATATCT +TATCTTTTTTTATTACTTCTAGTATATTCGGTACTAATTCTAAACGTTCATAGTACATTC +TTGCATTACGAAGAAACTCTGAATTATCATCTTCTACATATGCAGATTTTTCCCCACATA +ATATTGGATATGCATTATCTATGTTACGAATAACTTCTACTGGCTCAATTAATTTTTCCT +CTTCTATTTCACTTATAAAAATATTCTCTTCACCTTCAAATACAATAGAACCATTATCAC +TTATAAATATCAAATCATCTTTTATTTCTTCAAAAATTTTTAATAAATTATAATACTGTC +TTCCACTTGCTATTGCAACCTTTATATCTTTGTCTCTTAATTTATTTACCGTATTAAATA +AATTTGGAGATAACTCCTTTTTGCTATTTAGTAAAGTTCCATCCATATCTGCTGCTACTA +GCTTAATCATCATTTAGTTCCCCCTTGCAGTCATAGTATATTTTAAAATATCTACTATTA +CATTATAATTTACTTTATTGAAAAAGGCATCTATTCAAGATAAATAAAAACGGCTAAACA +TGATATGTTTAGCCATTTTTTATAGGTTTACTAATTTCTTAGTTAGCTTTTTTTAATTTT +ACTATAGTCTCTACATGAGGAGTATTTGGGAACATATCCATACACTTAACTTTTTCAACC +TCATATCCATACTTTTTGAATTCAACTAAATCTAATACTAGAGTTTTTGGATTACAAGAA +ATATAAACTATTTCTTTTGCTCCAAAACCTGATATATCTCTTATAGCATCTTTGTGAACA +CCTGGTCTTGGTGGATCAACTATTATTAAATCAGGCTTAACTTTGAAGTTTTTAACAGTT +TTTGCAACATCTCCTGCTACAAATTCACAGTTTGTTAATCCATTTAATTTTGCATTATTG +TTAGCTGCAACAACTGCCTCTTCTATTAATTCTATTCCGTATACCTTTTTAGCAGCTCCT +GCCATAACTTGACCTATTGTTCCTGTTCCACTATATAAGTCAAATACTACTTTATTTTCA +TGATCACCTACAAATTCTCTAGCTATTGAGTAAAGCTTCTCTGCTCCCTTAGTATTTGTT +TGGAAGAATGAGAATGGAGATATTGTAAATTTAAGTCCTAATAATTCTTCATTTATATAA +TCTCTACCGTATAATACTCTTAATTCATCACATTGAACTGCGTCTGCAAGTCCATCATTT +ATAGTGTGTAATATACTTACTATTTCTGCTTCTATTTCAAGATTTAATAACATTTCCGTA +TACTCTGTCATATCGAAATCTTCTTGAGATGAAGTAACTATATTTACCATTAATTCATTA +GTGTTTATACCTTTTCTAACAACAAGGTTTCTTAAGTATCCTTTATGACTCATACATCTA +TAATAAGGTAATTTCTTTTCATCAAAATACTTAACTGTAGAAGTTAATACTTTTATGAAA +TCTTGATCTACTAAATAGCATCCATCAACAGTTAGTATATCTATATGTCTACCTTTCTTA +TGAAGACCTAATGTAAGAGGACCATCCTTCATTTCATCACCAAAAGTATATTCCATCTTA +TTTCTGTAAAGTCTATTTTGAGGACTGCCCTCTATTCCCAAAAATTGGAATCCAAATATA +TCTTGGCTTAAGAATAAATCCATAACTTGTCTTTCTTTTATCTCAAGTTGCTTTTCATAT +GGTACAGATAGTATAGTACATCCACCACACACTCCAAAATGTTTACATGGATTAGCTGTT +TCTATTGGAGATTTTTCTAGTATTTCTAACATCTTAACTTCTGCTTTTTTACTTCTAGCT +TTTTTTACTGCCGCTTTAACTTTTTGTCCACTTATTCCGCCCTTCATGTGGATTTCTCTG +TTTCCTAACATACTAACAGTAGTTCCACCGAACTCCATCTTATCTACTTCAAATTCAATT +ACGTCTTTTTTCTTCACGATACTTCCTCCGTTACATGTATATATTTTAAAACTATCTTTC +TTCTATTAGTTTTATTTCTTCTTCAGTCAACTCTCTATATTCTCCTAAAGCTAAACTTTC +ATCTAACTTTAATTTACCCATAGAAAGCCTTTTTAAGTATACTACTTTTTTACCTACACT +CTCAAACATTCTTTTAACTTGGTGGAATTTTCCTTCATGTATAGTAAGCTCTATTTCTGA +CTCTTCTCCACTCTTTAGTATTTTTAATTGTGAAGGCATTGTCTCATATCCATCATCAAG +AGTTACACCTTTTTCAAAAGCATCTATATCTTTCTCAGTTACCACTCCATCTATTTTAGC +ATAATAAGTCTTAGGTACATGCTTTTTAGGAGATAAAACCCTATGAGAAAGTTGGCCGTC +ATTAGTAAGGACTAACAAACCTTCTGTATCCTTATCTAATCTTCCTACTGGAAAAGGTTC +AAACACTAGATATGATGGATCTATCAAATCTAAAACAATAGGATCTCTTTTATCAAAAGT +TGCACTTATATATCCATCCGGTTTATTCATCATTATATATACAAACTCTCTATATGTTAT +TTTTTCACCATTAAATAATATTTCATCATTTTCTGGATCTACCTGAAGCCCTGGATTAGA +TACAGTTTGTCCATTGACTACTATACTTTTCTGCTTACAGTATTTTTTTATTTCCGCTCT +ACTTCCGCAACCTATGTTCGAAAGTATTTTATCAATACGTTGTTTTTTAGCCATTTATAA +TACTACCTTCCTTTAAGTAAGTTTTTTCATGGTTTATAATAATATTTTTTTACAGATATT +AATTTATAGATATTATTATACTTTTAATTTGAAGTTATTACAATTTACTATATACCTTTT +TTTATTTTAAAGATATAATAAAGAAGATGGGTAAATTTTATAAATTTTGTTTTTTTATGG +AGGTTTAACTATGTTAGTTTCTGCTAAAGAAATGTTAATTAAGGCTAGAGAAGGGAAATA +TGCCGTAGGTCAGTTCAATATAAACAACTTAGAATGGACTAAGGCAATATTATTAACAGC +ACAAGAAAATAATTCACCAGTTATATTAGGTGTGTCTGAAGGTGCTGGAAAATATATGGG +TGGATATAAAACTGTAGTTGGAATGGTTAATGGATTATTAGAAGGATTAAACATAACAGT +TCCAGTTGCTCTTCACTTAGATCATGGTAGTTATGATGGAGCATTAAAGGTAATAGAAGC +AGGATTCTCTTCTGTTATGTTCGATGGTTCTCACTACTCTATAGAAGAAAATATAGCTAA +AACAAAAGAAATAATAGAAATAGCAAACGCTAAAGGAATCTCTGTAGAAGCAGAAGTTGG +TTCTATAGGTGGAGAAGAAGATGGTGTTGTTGGTGCTGGTGAAATAGCAGATCCAGCTGA +GTGTAAGCAAATAGCTGACTTAGGTGTAGATATGTTAGCTGCTGGTATAGGAAATATCCA +CGGTAAGTACCCAGAAAATTGGGCAGGATTAAACTTTGATGCACTAGCTGCTATAAACAA +TGCTACAGGAGATATGCCTTTAGTATTACATGGTGGTACTGGTATACCTGAAGAAATGAT +AAAAGAAGCTATATCTTTAGGAGTTTCTAAAATAAATGTTAATACTGAGTGTCAGTTAGT +ATTCGCTGAAGCTACTCGTAAGTACATAGAAGAAGGTAAAGATTTACAAGGTAAAGGATT +TGACCCTCGTAAATTATTAGCTCCAGGATTCGAGGCTATAAAAACTTGTGTTAAAGAAAA +AATGGAATTATTCGGTTCTATAAACAAGGCTTAATTCCTTATAATAAATTAAAAGACTCT +AATAAACTTAAAATAAGTTTATTAGAGTCTTTTTTACTATTAAAATAAATAGCTAGTATT +AAAATAGCTCTATTTTTTAACTATAAAATTTTGAGGCGCCTACTAATTGTCTTTTAGCTA +CTATTTTCGCTAAATTAGTTAATGATGCTATTTTTATATCTTCAAAACTTACTACAAACA +CAAATTTGAAATCTGTAAATCCTTCATCTATATTATATACATCAAAGAAGCATCTAATAT +TATCAACTAGATAAATATCCTGTAACTCAGCTTCAATTTCATCGGTTGCATCTTTTAGAT +ATACTCTTACATCTTCAAATATTACATTAAAGTATGATTCATCTAAGTTTTCTCCCATTT +CTTCAAGTAATTCTTCTATATCTTCCATTGCAAATATATCTTCAGATAACTGACAGTCAA +AAACCATTATATTATCTTGATTTATTGTATTAGATATATCTTGAACATACTCAAAATCCG +GACGTAACTTTAAGATATCCATTACTTCCTTGCTATTTACATTAAAGTTTCCTTTTCTGT +TTTTTAATTTTAACTCTATCACTAGATCGCCTCCCCCATTATAAATTTAATAATGATTCT +CTATTAATTCTTTGATCTGTTTCCAATCTTTTACTCTAGTTATCCTCTCATGCTCGGTAC +CTTTATTATAATTTGCATCCATTAATATAACATTTATACCAGCTTCAGCAATTTGTATAG +CATTTGAAGGATTGTCTTCTATAAATAAATTACAATTTAATTCTTTTGCTTTTTCTATTT +TATAGTCACTACCTAGTAAATATACCTCAATATCAGAAAAACCATTTTTGTTTAACCAAT +TAGTTGTAATTCCTGTTAAAGATTCACTTCTAGCTGTAACAAAATATAAATTATTTCTTT +CATATAATTCTTTTATTATATCTCTTGCACCTTCTATAACCTCTGCTTCTTCATAGGCAT +TCATATATTCATTATGAAACTTATTTAATATATCTTCTATATCTTCACCGTATAATTCTG +TCCAGTCAAGTGTTGTACAATCTTCATTTGATAAGTTTTTATTATACATATTATTTAAAT +ACGGAATAAAATGATATGGACTTGTTATTGTTCCATCTATATCAATACATATATTTAAAT +TACTCATAAGCCCCTCCATTAATGATTTAACATTTAATAGTTAGAAATTATAGCATATAT +TAAATTATAAATCAAAGTATACAATCTAAGTATATGTATATAATACCAAAAAGCTTGCCA +TATAAGGCAAGCTTTTTAATAATTTTACATTTAATTTTCATCTATTTGGGCTTTTAAATC +TTTTACTCTTTCTTTGAAACTAGCGATCTGATTATCTGATAGCTTTAAGTATTCTGTTAT +CTTTCCTATGTACTTAGGATTTTTTGTATCCAAAAGCTTTATTGCACTTTCCATAGCTTT +CTTTCTTAATTCATATGCTTTTTTAACATCATCTCTTGCATTACTTAATACTATTTCATA +CTCATCCTTTGAAAGTTTCGGTATCTCCATTGTGCTATATATATCAATAACATCATTACA +CATTTCCTCTGCATATACGATGTCATCTCTTATTTCTGAAATTTTACTCAAATTCTTTGC +TATATCCTTAGTATAAGGAATGCAATCTCTCATAGGAAGTAATGCTACTTTTTCTATATC +ATATATATCTTGCTTAAACTCATCAAGTCTCTCTAAATCAGATTCTTTGCTGCTTTTTAT +TTTTTCTTTTGCAGTCTCTTTTTCTGTTTCTTTATCTTCTATATTTGGTACAGGATTGTC +TACATCTTTATCCTTAGACTCTTTATTACTTTGATTTGAGCTTTCATTTTCTACATTACT +ACTACCTGTATTTTCTTTGTTATGTTTATTCTTGCTATCTTTTTCAAAATTTGAAACGTA +TTTATCTTTATATCTTTGGTCAAAAGCATAATTTTGATAATATAATGCTTCTTCAATCTT +GTTGAGTCCACTCATATAAATATTACTTATTACTATGGTTGTTGCAAGTACAATATATAT +GCTTCCATACATACAAGCCTTTTTAAAATTTTTATTATTTCTAAATAATACTATAAGGGG +TATAAGATATAAAAATATGAATACTAATATCCATCTCATATATTAATTCTCCTTTTCATA +TAAATAAAACTTATATTCCCCCTATTTTTCAATACTTTTTATATTATTTACATTTAAATA +GTTTATTAATCCAAAATTTTAATTAAATCAAAATTTAAGTAATCACAAGAAGCTAGTATA +TATTCCACTCCATTTCTAATACCTTTTAGTCCCATCTTAAAAGATTCTCTTCCATGCAAA +TGTCCGTATATAACTTTTTCAACTTTATACTCTTCATATAACCTTGTAAAAAGAGATTCT +TCTAATTTGTCATTAGTAGGTGGATAATGTGTTACAACTATTATTTTTTCATATCCATTT +TTCCTAGCTGCTTCTAAAGATATCCTTATTCTATTTTCTTCTCTTTTATAAATTTGTTCA +TCCTTAGAATCAAACTTAACATCGTTAGGACAAATCCATCCTCTTCCTCCACAAATTGCA +TACTCACCATATTCATAGAAGTTAGTTTGCATAAACTTACAATTATCATATAATTTATTT +AAATTTGTAACAGTAGTCCACCAGTAATCATGGTTACCCTTTACAAAAAACTTTTGTCCT +GGAAGTTCGCTTATTATATCTAAGTCAGACTTAGCTTCTTCTAAATTTATTCCCCAAGAT +GTATCTCCTAATACCAATACTGTATCCTCAGGCTTTACTTTAAGTCTCCAACTATCAATT +ATTTTTATCTCATGATTATCCCAATTATCTCCAAATATATTCATTGGCTTATTTACAGAT +GTTGAAAAATGTAAATCTCCTATTGCATATAAACTCATATTTAATTCCTCTCTTTTTACA +TCTTAAATTACATTATTTCCTATATATATTTATATAAAACTTTATTTTTCATAAAAGTCA +AAGAAGCTACCTCAAAATCACTTGAGACAGCTCCCCTTTACTTCTTAGTTCTAGTGTCTT +TATACACTTCTAATAAATCATCTATTTCTCTTTTTAATTTTATTATTTCAGTTATATCTT +CTTCATTATCTATCTTATCTAGTCGCCTTTGATAAATTATTGCCTTATTAGTATCGCCTA +AATTGTATAATTCTTGAATTCTCTTCAATACATCTCTAACTGTTACAGTTTTTACTTGAT +ACATCACTTGAGCCTTCATAATATCCTCTCTTATCTCACTCATCTCTTGATCTAGTAAGA +ATGCCGCATCTGCTGCTCTTCTTAATCGCACAGCTAAATCTTCAGGAATATAATGCTCAT +ATTTATATTTTAAAGAGTGCTCTATTGTTGCCCAAAAGTTCATTGCTAATGTTCTTATCT +GTATTTCACATAAAATTTCCTTTGACCCAGCTATAGAGTTTATAGGGTATTTTATAATAA +CATGGTAACTTCTATATCCACTATCCTTAAAGTTCTCTATATAATCTTTTTCATACACTA +TAGTCATATCACTTCTAAGTTTTATTAATTCTACTATAGTATATATATCTTCTACAAACT +GGCACATTATTCTTATACCAGCTATATCTTCTATATCTCTTTCAATGTCATGTATACCAA +GTCTTTTAGCCTTTGAAATAATTGAGGCTATTTTCTTAGTTCTTCCTGTAACAAACTCAA +TAGGAGAATATTCCCCCTTAGTTAGAAACTCTTTTCTTATATTTTTGAATTTTACTTTTA +ATTCTTCTACAGCATGTTCATAAGGAGCCAATACTTCATCCCATCTTTCATATTCCATCT +TGCTCACCCTTTGTTTCTATTTTTACAGTCATATTTATTTTATCATAATTTGATTTTTTT +GGATATAATAAAGCAATTCTCCGTCCTTTAATATGTATTGAATTTCATCCAAATCACATA +AATAACTTATTGCTGACATTAAAGAACTCTTATAAAAATAAAACTCTTTATAGTTGTAGC +TTAAATTATTTTTTACTATTATATTTTTTAATAGCTGCTCTAATCCCATAGGCTCATTTA +GCTCTATTCTGATTTGACTAAGATACTTATTTATAGCTTTTTCATGCATTTCAATTAATT +CTTCACTATCTTCTTTTGATATTATATTTTTCCCATGACCCAATACTATATATTCAAAAC +CTATATTTCTAATTTTCTTTAGACTCTTTAAATACTCTTCTATATCAAAAACAAATAAAA +AATCATATTTATTAAGCATATCCTTACTTACTAGTAAATCTCCTATAAATAATATTTTAT +CCTTAGTCATAATACCTATACTACCAGGGGTATGACCTTTAAACTCTATTACCTCGAATA +TTTCTCTATTTAATATTATCTTGCCTTCATCTAGCGTATCATCTACTTTTAACTTGTCTA +AAGATTCATTTTTTAGACCTTTATTAAAAAAATTATTAGTTCTTCCACCAACTATATATT +TAGAAAATAACTCTGGGTTATCTATATATACCTTTGCATACTTAGATGATAGTATCTTTA +TATCCTTATTTTCTAACTTAAATTGATTACATGAACCATAGTGATCATCATGTTCATGAG +TATTTACTATAAATTTTAAGTTAATATTATTATTTGCTAGGATTTTCATAATCCTTTTAG +GTCTTACCCCTGATAACCCTGGATCTATCATAACTGCTGTATAATCTTCAAATAAATATA +TACCTGTGTTAGTTCCACCTTTTATATAAAAGGTATTTCCCTTTATATTTATCAAGTCCA +TAAATTCACCACTTATCTTATTAATATTCTTTTTAATCTATTAATTGTTCTTTTTCTTAT +TTTTTCATCCTTAGAAACCCTTAGTTTTATATTGTAGGCTACATTCTGATATAATAGTGA +TTCTATAAAATATTCTACAATCCCTCTATCTCTAAATTCTATATCTATAACCTCATTTGC +AAAGAGTCTTGAATCTAAAGTCATTATTTCATCTGAAAAACTTAATCTTGTAGACTTATC +TAAATAATCTTTCTTAGGTTTAAAATCTTCACAGTATTTAATTTTAAAATTAACTACTTC +ATCACTTATATCAAATCCATGTTTAGACTTCATAAACTCTTGGTAGTCTTTATTTCTTTG +AGTTACATTATCTAAGTTTTTATTATAATCATCTTTTTTCCAATGCCCAAATAATCTACA +ATTAAGAGGTCTTACCTCATAAATTAAGCATCTATTATTTTCATCTCTAAAAGGACAACA +TCTTTTTTCTGTATACTCTAAGAAATAATAATCTAAAATTCTATCTAATGATTCTTTTCT +CAGTCTTTCCTTATCCTTTAAGTAATTATATATGTTTATAAATTCAACTAAATTTATTCC +TACAGATTCATTACAGCACTTCCCACATCCAGTACAGTCTCCACTTGGCAAAGTAGTATA +TATTTTATTTAATTTATCAAATAATTCATTTTCATGAGCAAAATCTATACATTTATAAAT +ATCTACTTTTTTTATACTAGTCATTATTATTACTCCTTGTTATAATTATTAGGTTAATAC +AAACAATTATTATAACACATTTTATATGATTAATCGTAGGAGGTATTTTTATGAATAGAT +ATACAAAGATAATAAACATGATGGATAGTTATTTCGTTAAGGACTATGAGAAAACTAAAA +AAGGAATAACTAAAAAAAGAGAAGTTAGAGAAGAAACAGTTCAAAAAGCATTTTTAAAGG +GCAACTGTGAGGTTTTAGTTATTTTAGAAGATAGCTGTAGAGAAATACTTATTGATGACT +TCTCTTCTGATGAAGATATAAAAAAATATTTAGGTTCTAAGTTTATAAATCCTAAGAGAT +AGAGATTGTAACTACAAATATATTTTAATTTTTTAAAATTAATAATAATTTTTTTATTTT +TAATGTATAAAAATTTGTTATCGGACAATAATAGTTAATGAAAATTAAATATTTAACTCA +ATCTCCCCCAATTTTGAGCTTTCATTCCCCCAATGAAAGCTCTTTTTATTTCTTCAATAA +TCCATATTATATATAAATATTTACTTTAGTATAGTTAATACTTTATATATAAGTTATAAT +TAGAAAGAATTTAAATAAAACAGGGAGTGGCACCATGATAGAAATAGGAAATCTAAAATT +AGACACAGATTTTGAATATAGAATAATAAGAGAAGAAGAAGGAGATATAGACTTATTCAT +AGATGTAAATTACCGTAGCTTAGATATCGACTGTGATGGGTGTGAGTTTTTCAATTCAAG +AATTCAATTTCCTTTTGTAAGATCATTAATTTTAAGGATAAGTAAAGACAACTATCTAAT +GACGATTCATTTAATGAGAGATATAGACCTGTTCTCGGCCTTTGCCAACTTTGAATTTGA +TTACAAAAATTATATATTCAACATAAAAAATAACCAAGAGAAAGTACTTATAACAAGAAC +AAGTATTTAAGTTAAAAATAAGGGGGCCTTAACAGGTTCTAGTGTTGCATTAATGTAAAA +TTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGG +TTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_61 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCTCTATAAAAAAAGAGTTATCTCTAAT +ATAGAGATAACTCTTTTATATTTATCATTTATTAAGATTTTAGTGAACTAACTCGTAGCT +TGCTAATCTCTTATAACTTTCTAATCTTTCTTTAGCACTTTGTTCAGCCTGAGCAAATAA +TTCTTCAGCTACATCTGGGAATTGCTTAGCTACTGCAGAGTATCTTACTTGTTTTAATAA +GAACTCTCTGAAGCTTTCAGTTGGTTCTTTAGAATCTAAACTAAATGGATTCTTACCAGA +TGCTTGTAATTCTGGGTTGAATCTATATAAATGCCAGTATCCAGCTTTAACAGCTTGAGC +TTCATTTGCTACACTACGTCCCATACCTTCTTTTAGTCCGTGAGATATACATGGAGCGTA +ACATATTATTAATGATGGTCCATCATATTTTTCAGCTTCTACTATAGCTTTCATGAATTG +GTTCTTATCTGCACCCATAGCTACTTGTGCTACGTATACATTTCCATAAGACATTGCCAT +CATACCAAGGTCTTTCTTTCTAGTTCTCTTACCAGCAGCAGCGAACTTAGCCATTGCAGC +AACTGGAGTTGACTTAGAAGATTGTCCTCCTGTATTTGAGTAAATTTCTGTATCAAATAC +AAGAACATTTACATTTTCACCTGATGCAAGAACATGGTCTACACCACCGTAACCGATGTC +GTATGCCCAACCATCTCCACCAAGGATCCATTGAGATCTCTTAACTAAGTAATCTTCTCT +TTCTTTTATTTCTTCAACTAAAGCTTTAACTTCGGCATTTTCTATATTATGAGCATTTGC +TAATACTGCAACTACTTTAGCACTTGCAACCTTAGAAGCTTCTCCATCTTCTTTAGCGTC +TAACCAAGCAGTGAATGCTTCTCTTGCTTCATCACATATATTCATAGCTAATAAGCTTTC +CATATTTTCAGCTATTTTAGCTCTTATATGTTTAACTGCTAAATACATACCATATCCGAA +TTCAGCATTATCTTCGAATAATGAGTTTGCCCAAGCTGGACCTTTACCTTCATGGTTAAC +AGTATATGGAGATGATGGATATGAACCACCCCAAATTGAAGAACATCCAGTAGCATTAGC +TATCATCATTCTATCTCCGAATAATTGAGTTACGTTTTTGATGTATGCAGTTTCACCACA +TCCAGCACAAGCTCCAGAGAACTCATGTAATGGTTGTCTGAACTGACTTCCTTTTACAGT +TGTTGGTGCCATTATATCACCTTTTGTAGAAACATTTTTATGATCAGCTGCGAATGCCCA +GTTATCAACTTCTTGTAATTGAGTATCAAGAGGTTTCATAACTAAAGCTTTTTCTTTTGC +TGGACATATGTCAGCACAGTTTCCACATCCTGTACAGTCCATTGGACTTAATTGTATTCT +ATATTGTAATCCTTCGAATCCCTTACCTATAGCTTTTTTAGCATTAAATGCTTCTGGTGC +ATTTTGTAATTCTTCTTCATTTACAAGAACTGGTCTTATACATGAATGAGGACATATGAA +TGAACATTGGTTACATTGTATACAGTTTTCTAATATCCACTCAGGAACATTAACTGCTAT +ACCACGTTTTTCATATGCAGCTGTACCACATGGCATAGTACCATCTTCTAAACCTTCATT +GAAAGCAGATACTGGTAACTTATTACCTTGTTGTGCAGTTATAGGTCTTAATATATTTTT +GATGAAGTATGGCTCATTTACATCTTCTTTCTTATCATCAGTTGCATTTGCCCATTCAGC +TGGAACATCTATCTTAACTAAAGAGTTTATACCTCTATCAACAGCTTCATAGTTCATATT +AACAACTTTTTCACCTTTTTTACCGTATGCTTTAACTATAGAATCTTTTAAGTATTCTAC +TGCTTGTTCTACAGGTATTATATTAGCTAACTTGAAGAATGCAGATTGCATTATCATGTT +TATTCTGTTTCCTAATCCTATTTCTTGAGCTATCTTAGTAGCATTTACAGTATAGAATTG +TATATTATTTTTAGCTATATATTGTTTTAAGTGTGCTGGTAAATGTTCTTCAAGTCCAGC +TTGATCCCATATTGTGTTGAATACAAATGTTCCACCATTTCTAAGACCATGTAATAAATC +TGGATATTGATATACATATGCTTGAGTATGACAAGCTATGTAATCAGCTTCATCTATTAA +ATAAGTTGATCTTATTGGCTCATCTCCAAATCTTAAGTGAGACATTGTTACCCCACCAGA +TTTTTTAGAATCATAATCGAAGTACGCTTGAACGTATTTCTTAGTATTATCTCCTATTAT +TTTTATAGCTTGTTTATTAGCTCCAACAGTACCATCAGAACCTAATCCCCAGAACTTACA +TCTTACAGTTCCTGGAACAGCAACTTTTAATGGTTCTGATAATTCTAATGATCTGAAAGT +AACATCATCATCTATACCTACTGTGAAGTTATTTTTTGGATTTTCAGAAGCTAAATTATC +AAATACAGTTTTTATTTCTGTTGGAGTAGTATCTTTTGATCCTAATCCGTATATTCCACC +TATTATCATAGGAGCATTTTCTTTATTGTAATATGCAGAACGTACATCTAAGTATAATGG +TTCTCCTGGAGCGCCTGGTTCCTTAGTTCTGTCTAATACACATATTCTTTCAACTGTGCT +TGGTATAGCATCCATTAAATGTTCTATTGAGAATGGTCTATATAAGTGAACCTTAACTAA +ACCTACTTTTTGTCCCTCTGCATTTAATGCATCAACAGTTTCTTCTATAGTTTCTGTTAC +AGAACCCATAGCTATTATTATGTTAGTAGCATCTTCTGCTCCATAATAATTAAATAATCC +GTATTTTCTTCCTGTTAAGTCGCTCATTTTGTTCATGTATTTTTCAACTATTCCAACTAT +ATCTTCGTAGTATCTGTTTGAACTTTCTCTAGTTTGGAAATATACATCTGGATTTTGAGC +TGTACCACGAGTTACAGGGTGGTTTGGAGATAATGCTCTATCTCTAAATGCTTGTAATGC +ATCTTTATTTAATAAGCTTGCATAATCTTCATTTTCTAATAATTCTACTTTTTGGATTTC +ATGAGAAGTTCTGAATCCATCAAAGAAGTTTATAAATGGTAATCTACCTTCTATTGCAGC +TAAGTGTGCAACTGGAGATATATCAGCGACTTCTTGAACAGAACCTGATGCTAACATAAC +ACATCCAGTTTGTCTTGCAGCCATAACATCTTGGTGATCACCGAATATAGATAAAGCTTG +AGCAGCTAATGCACGAGCACTAACATGGAATACTCCTGGTAAAAGCTCTCCAGCAGTTTT +ATACATATTTGGTATCATTAATAATAACCCTTGTGATGCTGTAAAAGTAGTTGTTAATGC +ACCTGCTTGTAAAGAACCATGGAATGTTCCAGCAGCTCCAGCTTCAGATTGCATTTCTAC +AACACTAACTTTTTGCCCAAAGATATTTTTTCTACCTTGAGCTGACCATTCATCTACAAC +TTCTGCCATTGTTGAAGATGGAGTGATTGGGAATATAGCAGCTACTTCTGTAAATGCATA +AGCAACGTGAGCAGCAGCTGTATTACCGTCAACTGTTTTCATAAATTTAGCCATACTACG +TAATCCTCCTTAAATTCTTACTCCAAATGTAATGTAGTGAGGTTTATAAATCTTTATGTA +TATTGCACACAATTCTCTCACCGTTTATATCATTCTACATAATGGTGTCAATTCCTTTTT +TATATTAACTATTTCTAAATTTTAATATTTTTTTTAAAAAAAACCTATTTTTTTACTTAC +TTTTACTTATATACCCACCAATCAACATTTTAAACTAATTGATTTTAGATATATTTTTTT +ATAGTTATTCTTGATTCAATAGAGATTATTAAAGTTAGCTTAAGTTTTTAATATCCATCT +GTAGAGTTCTTTTCTCCATTTACTATAGCAACAGAAGCACTTGCTCCTATTCTGCTAGCT +CCTGCATTTATAACAGCTACAGCATCTTCTTTACATCTTACTCCACCAGATGCTTTTACA +CCTATTTCTGCTCCAACTACATCTCTCATTAATTTTATATCTTGTGGAGTTGATCCACCT +GTTCCAAATCCTGTTGAAGTTTTTACATAATCAGTTCCTGCTTTAACAGCTAATTCACAA +GCTATTTTCTTTTCTTCATCAGTTAAGTAACAAGTTTCTATTATAACTTTTACTAATACT +TCTTTATTTGCAGCATCAACTACTGCTTTTATATCTCTTTCAACTAAATCATAATTCTTA +TCTTTTAAAGCTCCTATGTTTATAACCATATCTACTTCATCTGCACCTTTAGCTATTGCA +TCCTTAGTTTCAAATCCTTTAACTTCCGGTGTATTAGCTCCTAGAGGGAATCCTATAACT +GTACATACCTTTACATTTGATCCTTCTAATTCTTTTTTTGCAAGTTCTATATGAGTAGGG +TTTATACATACTGAGAAAAATTGATTTTCCTTTGCTTCCTTACAAACCTTTACAACGTCT +TCTTTCGTTGTAGTTGCTTTTAATACTGTGTGATCTATCATGTTTGCTATTTTATTTTCC +ATATTAAGTCTCCTTCTTAATTAGTAATCTATTTTAGTACATACTAATGTTACCATATAA +TGGACACTAATTAAACTATGTTTTCTTACTATGCTCTCTAAAATATATTTTCCATAATAG +AATTTAATTATTATAAAATCCTTTAATATTTCATTAGCAATTATAATATACCTTCATACC +TATTTGAAAGTAGGCACTTTTTTTGTATATAGTATCCAAAAAGATACCGTATATATTTTT +TAATACTGATATTTTATGATATAATTAAAGAACTTATTTAACAATAATTTCTATTATCTA +GGGGTGTTTATAAAATGAATAAAGAAAAATCATTCCATAGTAAATGCCATAAAAGTAAAA +GTTGTGCAAAATATGAAACTTGCCCTATGTTTTTATTTCATAAATTAGTTTCTGGAAAGT +GGAAACTTTTAATACTGTGGTATTTAAGTGATGGTTGTCTAAGATTTAGCGAATTAAAAA +AGAAACTTCCTGACGTTACTCAAAAAATGTTAACAAATCAATTAAGAAGTTTAGAAAACG +ATAGACTTATAAATAGAAAAGTTTATGCTGTTATTCCACCTAAAGTTGAATATAGCTTAA +GTGAAATGGGAGAAAAAATGTTGCCTTTACTTGAGGAAATGTATGAATACGGAATTGACT +ATTTAAGATCTTCTGACAATACATAATAAAAATCCCATAAAATCAGAATTCATAAATTCT +AATTTTATGGGATTTTTGTATTATCTATATAATAGAATTATTTTATTAATTCTACTAATT +CTCCATTTCTAACACCAGCAGCATTTCCTTCTTCCATGTCTACATGCATTTCTAAAGCAA +ATTTTTCGCTAGCTCTAACTAATACATTTTCGAATACTAAACCTCTTGGTCCAGAAGTTC +TAACGCTTACTATGTCCTTATCTTTAACACCGAATTTTTCAGCATCTTCTAAGCTCATGT +GTATGTGTCTAGCTGCAACTATAACACCTTCAGCTATTTCAACTTCACCTTTAGGCCCTA +CTAATTTTAAACCTGGAGTTCCTGCTATATCTCCAGATTCTTTTATTGGAGCTTTTACTC +CTAAAGCGAATCCGTCAGTTAAAGATATTTCAACTTGAGTAGCTGGTCTAGCTGGCCCTA +AAACTCTAACTCCTTTTATAGTTCCTTTTGGTCCTACTAAGTCAACTTTTTCTTCACAAG +CAAATTGTCCTGGTTGAGATAATGGTTTGAAATGAGTTAACTCATGTCCTTCTCCAAATA +ATACATCTATATCTGCTTGGCTTAAATGTATATGTCTATTTGATAAAGCTATTGGTAATT +TCATTAATGTATCCTCCTACAAATTTTATAAAATATTCAACTTAATTATACATAAAAATA +ATCTTAAAATCAAACGGTATCGAAATTATTTTGACAAATCTTTCAATAAATCAAAATACC +CTGGGAATGAAATATCTATACATAATTTATTATCTAAAGAAATTTCTCCTTCACTAATTA +AGTTTGCTATTGAAAATGCCATAGCAATTCTATGATCATTGAATGTCTCAATTGGTGCTC +CTTTTAGCTTAGATTTTCCGTTTATAATCATCCCATCATCTAATTCTTCTATTTCTGCAC +CTATTTTCTTTAGATTATCCACTACTGCTTTTATTCTATTACTTTCTTTAACTTTTAATT +CATGAGCATCTTTTATTATAGTAGTGCCTTCTGCTTGAGTTGCTAAAACTGCTATTACAG +GAATTTCATCAATTAATCTTGGGATTATTTCTTTATCAATTTTTGTTCCTTGAAGGTTAG +GACTGTATTTTACTAATAAATCACCTACAATTTCCCCTCCAACAAACCTTTTATCTAGTA +TTTCTATATTCCCATTCATATTCTTTACAACATCTAGTATTCCTGTTCTTGTTTCGTTTA +ATCCAACATTTTTTATAAGTACTTCCGAACCTTCAGTAATTAAAGCTCCGACTATTATAA +ATGCTGCTGAAGATATATCACCAGGAACATATATATCTTGATTATATAATTCTTCTACTG +GCTTTATTTTTATTGTTAAATTATCAACATCAATGTTTGCTCCAAAAGATTTAAGCATTA +TTTCAGTATGATTTCTTGATTTTACTTTTTCATGTATCATACTTTGTCCATCTGCATATA +AGCTGGCTAATATTAATGACGACTTTACTTGTGCTGATGCAACAGGCATGTGATAATCAA +TACTATGTAAATATCCTCCAGTAATTACTATTGGAGTGTAATTTGCATCATCTTTTCCTT +CAATTTTACATCCCATAGACTTAAGCGGATCTGTAACTCTTTTCATAGGTCTTTTTCCTA +TTGACTCATCACCTATGATAGTAGATTCAAAATTGTTACCTGCTAGTATACCCATCATAA +GCCTTATCGTTGTTCCTGAATTACCTACATCAAGAATATCATTTGGCTTTTTTAAATTTC +TAAGTCCATTTCCTTTTACAAAAACGTCCCTACCTTGTATATCTATATCAACTCCCATTT +TCCTAAAACAAGAAATTGTGCTTAAACAATCTTGTCCCATTAAGAAATTACTTATTTTAT +TATTTCCTTTTGATATAGATGAAAACATTATTGCTCTATGTGATATTGATTTATCTCCTA +TTAGTTCAAAACTCCCTCTAAGCATTTTTGCACTCCTTTATTATATCTAATATCAAATCC +TCTGAAATATTATCTACTACTTCTACTTTACCTAATTCTACTGGTAAGACTAAGTTTATT +TTAGAGAAACTATTCTTCTTATCACTTTTCATTATATTAAGAACACTTTGTTCATCTGCA +TTTTCAAATATCAACGGTAAATCATAGCTTTCACATACTTTTAAAAACTTATTATAATAT +TCTTCTTCTATAAATCTTTCTCTTAAAGATAACTTAAACGCCATGTTCATTCCTATACTA +ACAGCATTACCATGACTTATTTTACATAATTTTTCTACTCCATGACCAAAAGTATGACCA +AAGTTTAGTATTTTTCTAAGTCCGCCCTCTCTTTCATCCTTACCTACTACCTCAGCCTTA +ATATTTGCGCATTTCTTAACTATATAATATAGTTTTTCAGTATCTTTATTAAGTATATCC +TTACTATTGTTTATTAAATAATCTAAAAAATCATAGTCATAAATTAAGCTATATTTTATA +ACTTCACTCATTCCACTTTTAAATTCATCCTCTGGTAATGTTTTTAATGCATCTACATTT +ATATATGTAAATTTTGGTTGATAGAAACTACCTATAATATTTTTAAAGTTCCCTATATTT +ATTCCTGTCTTGCCACCTATAGATGAATCTACTTGAGCTAAAAGTGTAGTTGGAACTTGT +ATAACATCTATACCTCTCATATATGTTGATGCTATAAATCCTGCTAAATCCCCTACTACA +CCTCCACCTAATGCAATTATTACTGATTTTCTAGATAAATTTATTTTTACACAGTATTCT +ATTATTTTTTCATAAATATCTAGAGATTTAGCATCCTCTCCAGGAGTAACTATATATTCG +TAAATGATTTTACTTTTAAGATTTTTTACAAAATTATCTCCTTGAGTATTATAAACATTA +CTATCACTTATTATTAAAACTGAATCGTACGTATTTTTTTCTTGTAATACATCTTCAAAG +CATCCATATCCTTTATCTAGAACTATTGTGCATACACTATTGTTTATCTTTTCCATCCTC +TATCACCTAACCTTTTTATATATGAATTATAATTTTCCTTTAAATCTAATAAGTTGTCTC +CACCTATTTTATCTAAAAAGTACTTGCATATTACAAAGGCTACTACATTTTCACATACAA +CACTACATGCAGGAACAGCACAATTATCAGATCTCTCTATACTTGCTTGATAACTTTCTA +AAGTATTAATATTTATAGAGTTTAATGGTTTGTACAGAGTTGGTATAGGTTTCATAGCAC +ATCTTATTATCAATTCTTCCCCGGTAGTCATTCCACCTTCTATTCCACCTAGTCTATTAG +TATTTCTTCTTATTCCATCTTCATCGTTATAAATTATCTCATCCATAACCTTTGAACCGT +AGTTATTAGCAACGTCAAATCCAATTCCAATCTCAACACCTTTTATAGCTTGAGTTCCCA +TTAAATGCATGGCTAACTCTCCATCAATTTTTTTATCGAAATGAGTGTATGATCCTAATC +CTGGTATTACATTTTTAACTCTTATCTCTACTACACCACCGATGGTATCTCCATTTGACT +TTACTTTGTCAATTTCATTTATCATGTCTTTTTCTATATCTTTGTTTACGCATCTAACTT +GGCTATTATCAACATTTTCTTTTATGTAATCAAATTCATATAAGTTATTGTCTTTTATGT +TCCCTATTTGAACAACATGAGAAGTAAAATATATATCGAAGTTTTTAAGTATTTGCTTAC +AAATCGCACCTACTGCAACTCTACTCGCTGTTTCTCTTGCACTAGATCTTTCTAATACAT +TTCTTGCATCATCAAAATCATATTTCAAACAACCTACCAAATCAGCATGTCCAGGCCTTA +CATTACTGACCTTTTTACTTTCTAAATCTACATCTTCCATAGGATTCATATATTTAGACC +AATTTTCATAATCTTTATTTTTAACTTCAACAGATATAGGTCCTCCAAGTGTTTTCTTAC +CTCTTACTCCACCTAGTATATTAATGGTATCTTGCTCTATTTTCATCCTACCACCACGAC +CATATCCAGATTGTCGTTTCTTTAATTCCTCATTAATTTCATCTATATTTAATTCAATAT +TTGATGGAACTCCATCTAATATTGATATTAAACTTTGTCCATGAGACTCTCCACTTGTCA +AATATCTTAACATATTATCATCCCTCTCTTTTTATCTTTCTTTCAAATATACTAAAAGGA +CATATCTCAAGATAAAGTTATATAGTATTCTTTACTTAAGAGTTAAATATAAAATAATGT +ATATTCAACTCTTAAGTACGGTATTATATAAACGCTTATTTCGAGATAAGTCCTTCTATA +TATTGTTCTAGATTATCATCTAGTTTTTGTCTAAATTCTGTATTTTCTCTAGATTCTAAA +TCATCTGTGTTATTTAAATATAAATTATACATGAGCTTCGTATTTATACTTTTAAAGAAA +AAATCCATTACTATTTGTCCACCCTTAAATTGTGTGTCATATGGATTTGCTCCTCCTACT +GCTATGTACATACCTATACGTTTTTTACTTCTATCTATTGATGGCTTTTTAAGTATATAC +TTACTAGCATAAAATGCTTGAGTTCTATCTACAAGAGTTTTTAATTTAGCAGTTACAGAG +TCAAAGTAAACAGGGCTTACAACTATAGTTCCCTTGCTTTTATTAAATATTTCATACATT +GGGGTCATTTCATCTTTTATCTTACAATATCCAGTTTTTTCACAAAAACCACATGCATTA +CAATATTCTATATTCATATCATATACATTAAATATCTTTGATATTATATTGCGTTCTTTT +AATTTAGATGATATTATATCCGAAATAAAAAAACAATTTTTATTTTTTCTAGGACTTGCA +TTTATAATTAAAACCTCTATATTTTCCAATTTGATCTCCCCTATATATTTTTTAACATTA +CTATCATTATATCGTCGTCGTAACTATCTGTAGATGCAAATTCTTTTAATTCCGTTTTTA +TATTTTCTATAATATTTTCTTGACTGTTAGAATAATTTTTTCTCAGGAATTCTTCTAATC +TTCCTATTCCGTATTCTTCTTTTTCTTTATTTTTTATTTCTAATACCCCATCAGTAAACA +TACAAATCATAGGACACTCTGTAACGTTAAATACATTACTTGTATACTCTGATTCTTCAA +GTATTCCTATAGGTATTCCTTTGACACAATTTAAATCTCTTTTTATTAAACCATCATTAT +TTATAATAATAGGGCTATAATGACCTGCATTTGATACTGAGATTGTATTGTCTTTAGTAT +TAAATACACTTATTAAACAAGTAGTAAATACTCCCATCTTATCAAATTCATCATATAACA +TTTTATTTAAATTCGTCATTATTTCTCCAGGGGTTTTATACTGATGGCAAAGAACTTTAA +ATGCACCTTTTATCATTGCTACTACATAATTTGATACAATCCCATGACCCATTACATCTG +CAACTATGTAAACTATATTATCCTCATCAACTCTAGTAGCATAGTAAAAGTCTCCTCCTA +CAACTCTAGCTGGCCTATGATAGTAATATAACTCTTTTTCATTATTACATTCCATCTTAC +TTTTATCCATTATAAGTCTTTGCTGTTCATTTAAAATATTAAGCTCATTTGCTAATAGTT +TATGCTTAACATCTATAATATTGTATTCATACAGCTGCATACCAACTGCTACTTGATTTG +CTAGTATACTTAATATATTCAAATCATCCTTTGTATAACTATCACTATTAGAACAAACTA +TACATCCTATAACTTTATTTTTATCGTATAGCTTATAGTAAATATATGTATCTATATTTA +CGTTATTTAGAATACAAGAACTTGCACTATTACAGTATCCTCCTCTATCTTCTTTTGATA +GAATTTCTCCTATAGAAGAATACACATCAGTTTTTACTTTTTTTCTTTTTCCCATATTAT +AAGAACTAGATATTTTACCTTTATATCGCTCTTCATCTATGATAATTAATGCTTCTTTGC +TATTTGTAATATCACAAGCTTGCTCACTTAAGTGATCTAAAAACTCATTTATATTTTTAT +TATGATAAAGCTTTTTTGTAGCTTCATTGATTGAACTTATAGCACCTCTTAATTTATGAA +CTAGTCTTTGCATATTATTATTTTTAGTAGTTATTTCTATCGATAAAGCTATTAAAGATG +CTACTGATGATATAAAATCTATATCATAATCTGAAATAGTATCTTCTTCAACTAAGAAAC +AAGTCATAAAGCCTACTACAATATTATTAACTATAAGAGGGAAAACAATCCGACCTACAT +AACCCTCTGACTTAGCCATTTCTCTTTCATCTATTGCTCTTATATCTTCAAATACATTCT +TTACATATACTATCTTTTTTTCTTTAACTGCCTCATGTATGTACTTAGGATAAGTAGAAA +AATCTATTTTAACACCTACAGTTCCTCCTATTGGGAAAAGGTATGGTATTTTTTCCAATG +TTTGCGAACATACTAAATAGGCATGCTTATAATTATTTTTATAAAATAAATTAACGCATG +CCTTAGTTGGATGTACTACTTCTAGCATTTTTTCTATTATTTTATCTTTTATCATAAAGA +AATCGGAAGACTCCGCTACCATAGAAGATATCTCCACTAAATTTCTCATTTTATAAATAT +CATTACTCATCCTATGCCCTCCCCACGATACTATTTATTCTATTTAATATTACTACATAT +GTGTTTTATAGTAAATAGAAAAACAGTTAAAAAGCTTATTACTATTATATAATTAAAGCC +AGTTAGAATGCCTATTATAATTAAACTCGCCAATAAATTTATACCAGATTTCCCCTTTTC +ATCAAGAACATTTGTTGCTGTAATTTCTATGCTATTTCTTATATTTTCAAGGCTATCTTT +TATCCTTACTTCTAGATTTCTTTTATAAATTACATAAGTGATTTCAAGTAAAAATACTTC +TATCCCTAAAATAAACTTTATATTAAATGCTAAAAATAAAATTAAAACTCCAAATATCAA +TTTCAATCCTTTAAAAAATACGCTATCTATTTTTAATGTTATATTTTGAATATCTTTACA +TTCATCTCTTAATTTATATTCTGATGATGGTGATGGCAAATTTTTCATCTTTGCTTTTAC +TACTTCTGAATAAAACAATTTTATTATTCCATTTATCATAAATAATTCCTCTCTTTACAT +AATTATTTATTTATATATTTTTACAATTATAATATTTTTTATACTTGGCAATAATTAAAA +AGGGTTATTTTACTTAATATTCTAACCAAAGGAGTGTTTATAACGTGGAAATTGAAAAAC +TAGATCTAGAGACTAGAAGCAAAATATATAGTTATACAAAAAAGGTGCTACGAAAATACC +AAAAAGGAATTATAACAGGAAAGTTAACAGCTGATAAATTTGCCGAAAATATTTTATCAA +ACGGAGACATAAATAATATACTTGACGAAAAATACACACATGAATTAGATTTTAAAAACT +CATATATAAATTATATAAATACGCTAATAGACATACAAAATGATAGTTTATCAAAAAATA +AGAAGAAAAAGTATCAACCTAATAATGTAAAGCCTAATATTTCAGAAAAAATAAAATTAA +AAAGTCTTTTAAAATCTAGTGGTCGTACTTTAACTATTCCAATTGATTATCTAAATGCTA +ATGATTTAGACAACATAATAAAATACATACAAACAGGTACTATAGACCTTGGTAATGAAA +GAATCTATAATTATGTTAATAAAGAAAATACTCATTAGAAAAAAACTCAATCGTATATGC +AACTTATGGTCTTTCATTTTGATGTCTCTAATGGCATATAAAACAACGAATTTGCCTTAT +TTATATACTAAATCTTCTAATGCTCTATTCCTTAAAAAGGAGCTATAAAAATGAATTTAT +CATTTGTATAACTCCTTTTTATGTTGCTACTAACTATATTCTATCCTAAAGCTTTTTCTA +ACTTTGATAGATGTTGTATTGGATAATATTTTAATAATTCTCTAAACTGCTCTACAGATA +ACCCTTCTGTTGTAGTATAAATACGTATCTTTTCATCTAAGTCTGCATTTATAAAGTTTG +TCTTTATTTCTTCAAAATTCACTGTACTCATTATATCACTACTCCTTATGTAAATTTATC +TCTTTAATTATTTTGTCCATAGATTAGTATTTTATTACCTACAGTTAACTTATAATTGAA +TAAAGCCCTATAGGATATCTAAAAGATATCTATAGGGCACTGTATGTTTTTTATTATTTG +TTTATTATTGTTGTTGTCTTCCTGACATTTGTTGTTCTGCCATTTCAACTAGTTTTTTAG +TCATGTATCCACCTACATAACCATTTTCTCTTGCAGTAAGATTTCCTTTATCAACTTGTT +GATAGTTAGCCATACCAAGTTCGTTAGCTATTTCTAATTTCATTTGATTTAATGCTGCTT +TAGCTCCTGGTACTACTGTTTTGTTGTTATTGTTATTACTTGCCATGTTGACTACCTCTT +TTCTGTTAATTATTTTGTTTCTTGGTAGTATTATATGAAATTAGATTTTTTTAATTCATG +TAAATTATTGCATTAACTAACAATTAATACCAGCTAAATATCCTGTTGAAAAAGCTATTT +GAAGATTAAATCCACCTGTATATGCATCTACATCTATAACTTCTCCAGCAAAGAATAACC +CTTCTACTAATTTTGATTCCATTGTACTAGCATTTATCTCACTTACCTTAATTCCTCCTG +AAGTTACTATAGCTTCTTCAATAGGACGATATCTTTTTACCGTAAAAGTAAAATTCTTAA +GTAAGCTTACCAAATTTCTTCTTTGTTCTCTAGAAATTTGATGAACTACAGTATCCTTTG +GAATATTACTTAGCTCAATTATTATTGGAATTAGTTTTTTAGGTAATAAATCATTTAAGG +CATTTTCAAATCTTTTGTTAGTGTACTTTTGAAAATCTTTTTGAACTCTTTTATCAAGCT +TTTCCTCATCTAAAGCAGGTTTTAAATCTACTACTATTTTATAATTCTCTTTCGTAGTAT +CTTTCATTCTACAACTTGCAGATTTTATAATAGGACCATCAAGACCATACTTTGTAAATT +CCATTTCTCCAAAATCATCATATACTTTTTTATTTTTACTATTTAGTACTGTTATTGATA +CATTCCTTAATGCTAATTTTTCTAAATCTTTAACAAAACTTTCTTGTACTTCTATACCTA +TTAATGATGGTTTCGTATCAATTATCGTATGTCCTAATGATTTTGCAAACTTGTATCCAT +CTCCTGTTGAACCAGTTAGAGGATAACTCACTCCACCTGTAGCAATAATTACAGAGTCAC +ATTTTATTTCTTTTCTATTTCTTAAAATTACTTTTTCAACCTTATTATTAGTGGCTACTA +TCTTATTTACTTCTGCGTTTAGCTCTAATTTTACTTTTTTGTTTTTTATATGTCTTTCTA +ATGCATCTACTACATCACGTGCTTTGTCACTTTCTGGGAAAACCCTTTTTCCTCTTTCTA +CTCTTGTGTTTACTCCTAAGTTATTAAACATATCTATAACATCGTCATTAGTAAATGTAT +AAAAAGCACTATATAAGAATTTCCCATTAGTAGGTACATTTTCTATTAGTTCCTCAATAT +CACAAGCATTTGTTATATTACATCTACCTTTACCTGTTATTAATAATTTCCTTCCAACTC +TATGCTGTTTTTCAAGTAGCACTACATCTAGTCCTCTATCAGCTGCTGTCGCTGCTGCTA +TCATCCCTGCTGCTCCTGCTCCTATTACTACTACTTTTTTCAAATAATCACCTTCTATAT +CTTTCTTAATCGTCTAAATTTAATCCTTTAAATAAAAGTGGTACTCCTGCTACTGCATAG +AATACAACTAACGAATATCTAATATAATTTGCTATCACACTATAAATTTCAAAGTTTTTA +ATTTCAAAATACTTAGGTATAATATAGGCTGCAGACTTTAATAACACATATACTACACCT +AAAGAAATTATACCTATAATAAATCTTTTAAATATTATACTTAGTCTATTTTCATGCTTA +CTATTTCTACTAAAATTAATAGCTTGTCTATTTCTTTTACCAGTATTAAAGTTTATAAAT +TTATCTTCAACTATGTATCCAATTACAAAACCAGTTAAAATTCCAAAGTATTCTATATAA +GACTCACCATTTATAAAGTATCCAATAATTGCAAATACAATTAATAGTAATATTAAAATC +CAATATTTTTTATACTCATCAACATAATCAAATAATCTTATAAATACTATACTAAATAGA +ATTCCAAATAACCAACCAAAAGCCACATCTATAGGCCAATGGACCCCTAAGTATAACCTT +GATGTCCCTACAGCTACTATCATAATTATCCCCAATACATAAACCCAACTTTGTCTAATT +AAAATCATAAAACTAGTCCAAAAAGCTGTTGCAGTTTGAGTATGTCCGCTTGGGAATGAA +TATCCTGTAGCAGTTGAGACCCTCATTGATTCTAAACCTGGAGTACCTATTGGTCTAGGT +GCCTTAACAAATTCCTTAACTCCAGTGTTTATAACAAAGTTACCTATTAAGGAAAATAAC +ATTCTTTGACCATATTTTTTATTAATACACCAATACATTAATGCTGATGCCAACACTATT +ACAGGTACCTCTGTACTAATTGTAAAAATCAAAAACATTGTATTTAGAAATGGAGATCTT +ATACTCTGAAAAAACATTAATATATTTAATTGAAGACTCATTCTATAGCCATCCTCCTAA +TCTATTCTCATATTGCAATTATACATAATTTTATTAAATAAATATATCTTTATTTAATTA +ACTAATCTTATTTTAATCTTTTCTTTACAAAATATATAAAAAATATAAAATTTAACTAAA +ACATTTACTTAATTTCTTATCTTATTAATAAAATTATTATGATTTTTATGCAACAAAAAA +AGGCCTATCTTAAAATATTATATTTTAAGTGGCCTCATTTGTTCTAGTGTTGCATTAATG +TAAAATTTAATACTTTACAAAATAACCCTCATGATTTTAGAGCTAACGCTCAATTATTAT +GAGGGTTGAAATTTTTTCCATTTTATTTTT +>MGYG000000001_62 +TTTATAAGGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTG +AGCGTTAGCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCA +ACACTAGAAATAAAATATATGCCTTTTTTATTTTTATTAGCTATTTTTATAATCTATTAA +ATTATCTTTATATAAAAAATCTATTGAAAGTATTGTTTAAAAATGCTAAATTAAATAAGG +AATAATTATTTTTCAGTAAAAAAACTAAATGGAGAGTGATGAAAAATGGACCATAGTCCC +TGGCGGGCTGTTTATTCATCATTCAATATTATGTAGATAAATACTAATTCATCTTTTATT +TTATATAAACTAGTTATTTAATACATAATATTAAATGATGAGATTTATATAAAACTGAAT +AAAGGATGTGTTGCCATGATAAGATACTATAAAACTATTGACTCTAAATTAGAGAAACTT +AATTCCTTTGAAAGTGGATGTTGGATAAATCTTGTTGAACCAAATCAAAGTGAAATTCAT +GAGATTTCTGAATTATTAAATTTAGATGTTGATAGTATAAAAGCGGCTCTTGATGAGGAA +GAACGTTCAAGAATAGAAGTTGAAGATAATCATACTCTTATTCTTATAGATATACCAGTA +GATGAAAGTGATGCTTCTGCATCTCATTATAGCACTATACCCTTAGGTATAATTATGCTT +GATAATGCTATTCTTACAGTATGTACTGCTCAAACTAAAATCTTAAACGATTTTATAGTA +GGTCATATAAAGGATTTTTATACTTTCATGAAAACGCGTTTTCTACTTCAAATTCTGTAT +AAAAATGCAACTTATTATTTATTATACCTAAGAAGAATAAATAAAATGACTAGCATAATA +GAACGTGAAATATATAACTCTATGCAAAATAAAGAGCTTATTCAATTGCTAGAACTAGAA +AAATCTCTAGTATATTTTTCTACGTCTTTAAAAGCTATTGAACTTGTTCTAAATAAAATG +GTTAGAACACCTAGCATTAAACGTTATGAAGAAGATGAGGACTTATTAGAAGATGTTATT +GTAGAAAATAGACAGGCCCTTGAAATGGCTACAATTTATGGTGACATACTTAGTAGAATT +ATGGATGCCTTCAGTGCTATTATTAGTAATAACCAAAATACTGTTATGCAATTTTTAACT +GTAGTTACACTTATAATGGCTATACCTACTATTGTGTCTGGATTTTTCGGTATGAATGTT +CCTGGAATACCGTTTGAAAATAATCCAAATGGATTTTGGATTACTATGCTAATTACTTGT +ATTATTTGTTTAGTAATAACTTTCTTTATGTCGAGAAAGAAATTACTGTAATATTTGACT +AATATTAATCATATAAATTATATATATCTAATATTTGTATTTTTTGTTGCAATTTACTAT +TTTATTTAATATAATAATATTAATAATAAATTTACCCTGAAGGGGAGTAGCTTACACTTT +GTGGTAATCAATCGTCAGTTCGGTGCTATGCACTCGGTTGATTAACAAGTATTATAACTT +GAAAGCAAGACCTTCAAAACAAATATATATATTTGTTTTGAAGGTCTTTTTTATTATAAA +AATATATTGGAGGTTTTATTATGAATATTATTATACTTTTACTAGGATTTGTATTATTAG +TAAAAGGTGCAGATATCTTCGTTGAAGGTTCTTCTACCATAGCTAAAATACTTAAAATCC +CCCCATTAATAATCGGTCTTACTATAGTTGCCTTTGGAACAAGTGCTCCAGAAGCTGCAG +TAAGTATTACAGCTGCACTCAACGGACAAAATGGTATGGCAATGGGGAATGTTGTGGGTT +CTAATATATTTAACTTGCTAATGGTTGTTGGTATATCAGGATTTATCAAAACTTTATCTG +TAGACAAAGCAATTATTTCTAAAGAATTTCCATTTTTACTATTAACATCCATACTATTAT +TTGTACTTACTTTTGATGTGTCTTTACAAGGAACTACGACTAATATATTAAGCCGTGGTG +ATGGTTTAGTTTTACTTATGTTCTTTGCAATATTTATGTATTCACTACTTAAGTCAGCTT +TAAGCTCCATGAATAATCCTTCACTTGAAGAGACTTCAATATCATTCGATAGTTCATCTA +TAGGTTATAATGATGATATTTTAGTAAAAGAAAAAACTAATTCCAAAGTATTAATAAAAA +ATATTTTAGCTTCTGTTATAGGAATCATACTTATTATATTAGGTGGAAATATGGTAGTAT +CAAGCGCTTCTAATATAGCATCTGACTTTGGTGTTAGTGATCAATTAATTGGTCTTACAA +TAGTATCTATCGGTACTTCACTTCCTGAATTTGTTACTTCTATAATAGCAGCAATAAAAG +GAGAATCTTCTATAGCGCTAGGAAATGTAATTGGTTCTAATATGTTTAACATTTTATTCG +TACTTGGAGCTTCTGCTACAATTTCTCCAATGTCTATAGATCCAGTGTTATTTATTGATA +CTTTGTTTATGATAATTGTAACTCTTATAACATACTTATTTGCGATACAAAAAAGAGACT +TAAATAAAGTTGAAAGTATAGTACTTGTGTTGCTATATATTGGATATATGGCTTACTTAC +TAATCTCAGCTTAATAATATTAAAAAGGTGTATGTTTAAACATACACCTTTTTAATATTA +TATTTAACTATTTTTCTATTATCATTTCTTTATTTATTCCTTCAAATATATCTTCTATAT +TTTCATTTAAATCTAATATATAATTTGGAACATACTCTTCTTCTTCTCCATCAGAAATTA +TCTTCTCTTCGTTAAACTCAGCAATCATTACTTCATCAACGTTAAGTTCTAATTTTGGTA +ATTTATCTGTTATGATAGTACTATTTAAATAATCTTCTTTTGAGAGATTTTCATAAATTT +CTAATGATTTTTTATAATAAAGGCCTGCTAGCATATACTCACATTTTTTATTACCCAATT +TAATTCCTTCATTATAGTATTTCTCAGCTTCAGCATATGAATTTAGTTTAAAGCTTAATT +GTCCTAAATTGTATATAGATTCTACACATCCATTATTTCTTGCTTTTTCATACCAGAACT +TAGCATTAACATAATCATTGTAATAAGTGTGATATATAACTCCTACCATATGCTGAGAAT +ATGTATTATTTTCATTTGCTGTAGTATCAAACATCTTTTTAGCGTCTTCATAAAGCTTCT +CTTCAAAATAAATTCTTCCTAAATGTATTCTTGAATTTAAATGATTTTTTTCAACAGCTA +AATTGAAATATCTTTTAGCTTCTTCTTTATTTCCTTGTTCCTCATAGATACATCCTAGTT +TATATGATGAAAATATATCATCATTCTCAGAGGCTTTTTTATACCAAATAATTGCCTCTT +CTATACGATCTATTTCTTCATAAATCTTACCTAACTTTACTTGACAAGAAATAGAATCTG +CATTTCTTAAATAATAAGAAATTGCTCTTTCAATATCATTAGTCTTATAATATAAATCAC +CTATATTTTCAATAGCAACTTTACAACCATCAGCAATTGCTTCTTCATAGTAACTAATTG +CTTTTGTATAATTCTCTTCTTCAAAAAATAACCCTGCTAAGTTATTCTTTGCTTCTATTA +AATTATCATTTGATGCCATCTCGTAGTAAATTTTTGCACTATCAATTTCATTTTCTCTAT +TATATAAGTTAGCTAATCTAAATTTAGCTAAAGTAAAATTGCCTTCTATTGCTTTTTCAT +AATACTCTATAGCATCTTCTCTCTTATTTTCCTTATCATATAATTTAGCTAATCTATATT +CTGATTTAGTATCACCTTTGTCAGCCACTTTTTTATAATATTTCTTAGCTTCATCATAAT +CTTTCTCTACTTCCATTATTAGTCCTAAGTTATAACATCCTTTAGTATGTGAAACTTTGT +ATAATTGCTTATATAATGATATAGATTCTTTTATATCCTCGTTTTGACTTAATACTGCTA +GATTATATTTACATTCATTATGTTGGAGAACAGATCCTTTCTTATAGTACTCTTTAGCTT +CATCTATTCTGTCTAATAATGTATATAAAAGAGCTAAATTAAAGCACGCAGTTCCTAAAT +TATTATCAGCAGCTTCCTTTAACCATTTTTCACTACGTTGATAATCTTTTAAGTGAAAAT +GTGCTACACCTAAATTATTCTGTCCTAATAAATTTCCTAAAAGTGCTATCTTTTCATACC +AATAAAGAGCATACTCATATCCGTCTATATCATAATACATATTTCCTAAATCAAAGGCAG +CTTCTTCATAACCATTTTTATATGACATCTTCAACCATTTCTCAGCTTCATGATATTGCT +TTCTTTTTTTATAAATATAACCTAAGGTATATTGAGACTTTACATGACCTTCCTCAGAAG +CTTCTTTATATGCCTCTATTGCCTTGTCTAACTTTCCTATCTTTTCATAAAAAGCTCCCT +TAGTATACCCTAACTTTGGATCGTTAGGTATATCTTTTATCTTTCCTATAGAAAACTTTG +TATTTTTCATAACTTACTCCCTACTATATATCTTTTTAATAAACTTATTATATAATATAT +AACTAGTTATTCTGTACCCTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN +NNNCTTTTTCATAATTTATTACTTCAAAATTTTATTACAACTTTTTATTCATTAAATAAG +AATTTCACTTGTTCATTAACATTATTTACATTTGTCTTTGTTCCATTATATGTAATATAT +TCTATATTAGCTTCATCAGTATTATTTACTTCAATATATTTATCTCCTTTATTGTATCTT +ATTGAATATAAGATTAATTCTTGATTAGCATTTATTTTTTTAAACTGTAAGGTAACAAAA +TCTCCAACGTATTCATCCTTTAATACAACCTTCTTTATATCAGCCTCTTCCGTTATATTA +TATTGATATCCAAAGGTATCTATAACAGAATTAAAATCTACAAAACTTTCATATCCTATA +CTATATGCATATACATTATAGACTTTTTCAAAAATATCTGTTGTATTTACACCTTGTTCT +TCATTAACTAATGCACCTATATAATTAATAACTTGTTCTTTTTTCTCATCTTCAAGGCTC +ATGAATATTTTACTTTCTTCAATTTCGTTTTTTAACTCTTCTACTTTTTTATTAGCATCA +TTTAATTCTGATTTAATCTTTTCATTAGCATTTTTAAGCTCGTTATATTCTGATTTCTTT +ATCCCACCTATTGGTAATAATATACCTACTATTAATCCAATTACTAGCCCTATAACTCCA +ACTGTTAGCAACATTTCAATTCTTTTTTTTATTACTCTATCTCTATTTATAGCTTTTCTT +TTATTTGTCGGTGTTTTATTTATTTTTTTTAAAGGTTTATTAGTACTTTCCACCTTAGTT +GTCCTCCTACTTATAAGTTACTTCTTTTTAATTATACTAAAAAATAAAATATTTTTGTAA +TTTTTTCTGAAAAAAATCGTTATTTATTACTATTTAATTATTTATTTAAAGCTAATATCC +ATAAATACTTTAATTTATACATCTATTGCGTTTTATTAACAATAGTTACAAATATACTTA +ATTATTGGATTTTAATTAATATCTGTTATATAATACTCATATAGTAGTTTTTAGTAATAT +AATAACTACTTAATTGATTGGAGGAAATTTTATGAACATTAACTTTATGGATATTGACTT +ATTGCTTAGACTTTGCGTTTTAATTGTTGTTATAGGAATTACAGTTAAAGCTATAAGACT +AATATCAGGAATCGCATTTAAAATTGCTTCTGTCGTTTTAATTCTGTTACTTCTATATAA +AATGTTAATATAGATAAAAAGAGTTTCCTTAATCAAGAAAACTCTTTTTTATTCTAATAA +CTATAAGTATATCTATAAATACGACATTAATAATATTTTTATAATTATTTTAGTTTCTAT +CATCTATCTCTTGATAGAATTTAATTATTTCACTTTCTGTATTGCTATGGTGATTTTTCA +CAATATCTAGTAGTAATTCATCCTTTATTAATTCTTTTAAAATATCATAACTATATTCAC +TATGATTATAATAACATTGAACTTTCTCAGATTTTTTAAATTTTTTAAGATTACCTTTAG +TTAGTTTATTCAGAATTACAATTATTGATTTATCTATTACATTTAACTTTTTTCTAATCT +TTCCTATATCATGAAGTAATGCAGCTTTAACTAATATATTTTTATTTAATATAATGTCTT +CATTGTCAGTTAGCCCATAATTAATAATATACTCAATTTCTCTTGCAATTCTAACACTAT +GTTTTTGCTCAGATTTTAGTAATCTGTTAAATAAATCAAATTCGACATTATTTAGAATGC +TCTTAACATATTCATAATCTTCTACGCTCATAAAATCGGTTACATTAGTATAAAATTGTT +TTACTCTTTTAGGTATCATTTTTATCTCCTGCTAATTTTCTACTATTAGTAAAATTAAAA +TAGGCCTATCTCAATAATTTTATAGTCATATTAAGATAGCCTATATAATATTTAACTTCT +TTTTATTTTACTCTTCAAGCCATTTAAAATCAAGTTCACTTCATCTACTTTTAGCACTAC +AATACTTAAGGCATACACTATAGCTCCTACTCCAATAGCTACAGCTAAAGTAATAACTTC +CTTTATAGTTCCAGAACCTAAGAAATATGAAACTTTTCTATATGCTATTATTGTAATTAT +AGCCATTAATAATGCAGATGTTATTGCTTTAACAAAAACTGACAATATTGCTTTTCCACC +AAATGGTCCTATTTTTATTCTTAAACTTATAAATAACATTGTTACTGTTACTAACGCAGC +TGTACTTGTAGCAAGTGCAAGGCCAGCTAGTTGCATATTAGTAAACTTAACGAATAATAT +ATTTAATATTATATTTAAACCCATAGCAATAGCTCCATTGATCATAGGGGTTCTAGTATC +CTGTAATGAATAAAACACCTTACCCAAAATGTCTCTAAGTCCAAATCCTATCATTCCTAT +TGAGTAAAATACAAGAGCCACAGAAGTCATATACGTTGCTCTAGCGTCAAATTCTCCTCT +TTGAAACAATATCTTAACTATAGGAGTTGATAGTATTATTGCTCCTACTGATATAGGTAT +AACTAATAAAATTACAATATTTATTGCTTTTATTATAGATTGATTAAATTTTACTTTATT +ATTTTCTGTTGATAGTTTTGATAACATTGGGTAAACAACTGATGATATTGATACTATGAA +CATTCCCATGACAAATTGATTTAACTTATTGGCATAATTTAAAGCCGATATACTTCCTTC +AACTAAAGTAGATGCTATGGTTCTATCTACAATTGTATTTATTTGATTAACTGCTACTCC +TATAAGTACAGGTGCAACAAGCCACAACATTTTCTTTAAATATTCATCTTTTAAATTTAT +GTATGGTTTATATCTAAATCCTTTTTTCATTGCAAAAGGAAGTTGAAATAAAAATTGCCC +TAATAATCCTATTAGCGCACCCCATGGCAATATATATGGCGAAGTTTTAACACTTAAAAG +TATTGATATTATTATACATGTATTATAAGGTACAGACATAAGCCCTGGTATTATAAAATT +TTCTTTTACTTGAAGATAAGCCATCATTATATAACTTATACCTAAAAAAGGAATACCAAG +AATCATTGCTCTTGTAAAATATACAGCTTTTTCCATAGTTTCACCTTTAAAACCTAATGC +AAATAATTTTACGACCTGTGGAGTTAATATTACTCCTATTATAGAAATTGCTATACATAT +AAGCACAACTACGTTAAAAATATTATTTGTATATTTAATTGAAGCTTTTTCACCTTGGCT +TGAGTTTACTTCACAGTAAAGTGGTATAAATGCTGTCCCTAAAGAAGTACCAATAGCTGT +AAATATTACTGCTGGTATATTCATTGCAACTAAAAATGCATCACTAGTTGACGATGCTCC +ATAAGCTGAGGCTAAAGTTAATTCTCTACCAAAACCTAAAATTTTTGCTATTAAAGTTGC +TGCCATAAGACCTAAGGCAGCTTTTGCTACTTTTGACATCAATTCTATCTCCTATTCTTA +GTATCTTTACTTGCTTTTTTTATTTTATTAGATTGCAAATGCATAATTAAATTTTGATTA +GTATTATCCAAGCCTTCTGGATTATTATATAAATCTCCGATAAATGCATTTCCAAGAACG +TCGCATTCTAATTTTTCTATATTTTCATTTTTATATTTTTTCTTATCTTGATTTTTCATA +AGTTATATCTCCTTCTTAATTTCATTATTTACTAATATATAGAAATATAATCAAATATAT +CCTCTTTAGATTTTTAAATCTTGTATTAATGTATTAATATTATTAATCATATTATTAGTG +CTTATTCTTTAAGTTATATGTATAAAAAGAGCATATTACTTTGTCATGAAATACTACTAA +AGCAATAAATATAATAATACTTTACCTTGCAATTATTTTGAATATCAAATTTTTTTATTT +ACTTAACAATATAACCATGTTAATATATACTAGTAAATATTAACACATACACTTACGGAG +GTTTAGACATGATAAAAATAATATGCGATAGTATATCGGATTTACCAATAGAGATAATAG +AAAAATACGATATTGAAATAATTCCTTTAACAGTTCTATTTAACGGAAAGGAATATTTAG +ATGGAGAAAATTTATCTAATACAGAATTTTATAAAATGCTTAGAGAATCAGACTCTATGC +CTAAAACATCTCAAGCTACTTATGCTCAGTTTAAGTCTGTTTTCGAAAAATACAATGACA +AGGATATATTATATATAGCAGGTTCATCTTCAGCTTCAGGAACATATCAAAGTTCTATAA +TAGCTAAAAATGATGGCCATGATAATGTAACTGTTTTTGATACTCAAAATCTTTCAATAG +GAAGTGCTTTATTCGTTATAAAAGCTTGCGAAATGGTAGAAAAAGGCTATTCTATAAAAG +AAATAGCTTCTAAATTAGAGGAGCTAAAAAGCAGTGAAGAAGTTATATTTTCAGTTGACA +ATTTAGAGTACTTAAAAATGGGAGGTAGAATTTCTTCTACTAAAGCAATTTTAGGAAACT +TATTATCAATAAAACCAATACTAGAGGTAAAAGATGGTCTAGTTGCTCAAAAATCTCAAG +TGAGAGGAAAAAAGCAAATCTATTCAACTTTAGTAAATTCATTGGTAAATAAATATGGTA +ATGATTTAAGTAATAGGACTATTATTATAGGTGCAGGTGACAATGAAGATGATTTCAATA +TACTTAAGGAAACTTTACTAAAAGAAGCTACTGTTAAAGAATTATACTTTGTTAATATAG +GATGCGTTGTATGTTCTCATTCTGGTCCTGGAATAGTAGGTATATCTTGTATGTAATTAC +ATTTAAGTGAAAGTTTAATTATTATAAAAATTATTTGGATAATATTATAAAATAATTACT +CATCATTTTGGAATAGTTAACTCTATAAATGGAAAATCTAATATAGATAAATATCTATAA +AGGAGATTACCTATGGAAGATATGCATAAGAATTTACTAGATGGAACTTTAGAGCAATAT +AATGATGCAGCTGTTCCTAAAATACCAGTTTTTGCAGGTAACGATATGACTTCTGAGGTT +TACTATTTTAAACCAAATCAAGTTTTAAAAATGCACAGACACCCAAACGGTGAACAAATT +TTCGTATTTGTTAAAGGATCTGGAACTATGATAGTTGCTGATAAAGAGCATAATGTAAAA +GAAGGTACTATGATATTAGTAAAAGCTGGTGAATGGCACGAAATTACAAACGGAAATGAA +AATATGGTTGCTGTACAAATAACTAAAGTAGGAGCAGGCGCAGAATTTAAAGATGCTTAA +TACTTAATGTCAATAATGACGATGGTTTATAGGACCGTCGTCATTATTATATATTTACAA +TTTAATTCTCTCAAGTTTAGTAATGTAAATTTACTTATTATTTATTGCTTTTATTATTAA +AAAATGAGGATTTTTTGATAAATAATTATAGTTATCTAAATCCTTCTCTTTAAAACTTTC +CTCTGGAGTTGGTTCAACTAAACATTCTAAATTAAAGTATTTTGTTGTAGTATTTATTAT +TTCTTGTAACGGTCTATGAAAAAATTGTACATCTACTACTACCCCACCCTTTTCCCATTT +TTCTTTATATAACTTTGTGATAAAATAGTTTTCATCTTCAAAATCTTTTATATCCATACA +AGGATGGTGCACAGAAAATAATAATATACCATTGGGTTTTAATATTCTTTTAAATTCACT +AAATGTCTTTTTTAAATCTTTTATATAATGTAATGTAAGTGAACTTACTACAATATCAAA +TTTATTATCTTTAAATGGTAATTCATTATTTAAGTCTAGGTTAAGTACATCGGCTTTATT +ACAAGTTCTTTCCTTAGTAATCTTAATCATTGTTTCACTAACATCTATAGCAGTAACTTT +AGCTCCCATTGAAATAAATTTTTCTGTATACCACCCTCCAGCACAGCCTGCATCAAGTAT +TTCTTTATTATATATATGTTTGTCTAATAACTTAATCATAGCTGGCCTTTCATAGTCTGA +ATTAAAAGGGCTACTTTCTTCATATTCTTTTTTATATGAATTAGATAATTCATCATATAC +CTTATCTATATTTTTAATCAATTTCATACCTCCTTAATCAAGGTGTTTAAAAATTTATTT +TTTCTTTCTCATCTCTACATTAAGTACTAATCCAACAGCTGCTATAGATGAAACAAGAGA +ACTTGCTCCATAACTAATAAAAGGTAGTGTCACTCCTGTAACAGGTATTAAAGCCATTGT +CATGCCTATATTTTGTATTATTTGATATGTAAACATACTTGTCACGCCAGTTATAATTAA +TGTACCATAAAAATCTTTAGCTTCCTTTCCAAGTCCTGGTACCCATACCATCAAAAGTAA +TACTATACTTGCTAAATAAAAATATCTATAGTTTTTTCCCATTTGAGAGTAATTTATTCT +AAGAATAGATATTATTAAAATGACGCCTAAGACAAAAGCTATGAGTTGTTTTTTATCTCT +TTATATATGTCTCAAAATAAGTACTGAAATATAATTTAGTTATTTCAGTACTTTAATTCT +TATATTTTAACTTATAAATATGTAGAACTTATGGAAATAACCTATAAAATATAAAAAAAT +AGACTATCGTGAGATAGTCTAAAAGTAGGGATATTTTAGTAATTTATTTTTTATGTTTTA +AATAAATATTTATGTCGAATTCCAATGTCTTTTTTATTATTAATTTGTCATTTCTTGCTG +ATGTAATATTAGTATATTTTATTTTTTATATAATGTCTATAATATAAATATTTTTTTATA +TATAATTTATACTAAAGATAGGTTTATAATTCCTACTTTCTTTATATAATATAAAAGAAA +CTTATCAATTTTAAATAACAGTTAATAAATTTTGAAAGGAGTTTTATATATGAAGAGATT +TTCATTATTTATAGTTATAAATGCTATTTCTTTGTTCATTGTATCTAACTTAATGGATAG +CATGTATATAGGCTCATTAAAGGCATTATTAGTATTAACATTAATTTTTGGTTTACTTAA +CACATTCGTTAAACCTATTATACAGTTTTTTTCATTACCTATTACTTTTTTAAGTTTAGG +CCTATTTTCTTTGGTAATTAATGGTATTGTACTAAAACTTGCATTTTCAATTGTTAGTGG +CGTACATTTATACGGTCTTTTTAATGCTATAATTGCATCTATTCTTTTATCCATTGCCAA +TACAATTTTCTATAATATTTTTGATTAGCAAAAATAAAATGGCTTCTATATAAATAAAAG +CCATTTTTTATATCTTTATTTTTTATTATGATTTTCTGGATGACAATTTTTTGAATACTC +CTCTGGACTTTTTTTAAGTGTTGATGTCCATTGGTTATTTCTTTCATCTTTTTCTTTTAC +TTCAGCTTTGCTTGTCCATGAAATATTTGAAGTTGACCATTGATTGCTAAATTCACATTT +TTCTTTTTTATCCATTATACCCTCCTTATATTATAATAAGATGCTTCTAATTTATTATTT +GTAAATCACTTTTTAAAATACCTAAAAATAAACCTTCAATTTTATAATCAACAATCTGTA +TCTACAATTAGTTATGTGCATAATGACTTCTGATATCTTAGCTATATCTACTAACTTAAA +AAGCATCGGCTCTAGCCAATGCTTTTTAATATATATACTATTAGTTATATTTTATTTTTT +CTAAAACAGTTTTACTATTTTACACTCTTTAAATCAATATATGCCTCAATTTGAGGAATA +TAGAGCATATTATCTTTTAAATGTGTATTTCCAAACTCTTTAAGTTCCATACCTTCTTTA +TCTTTTGTTATTTTATATCTAATTACTTCACTATCTTCGTTTATTGTGCAGTGAAAATAC +ATACCTTCATATTGTTTAAATCTAAAATTAAAATTATCTCTAGTTAACTTTATGCTAATA +TCTTTCATAACTTACCTTCCTTTAATTATCCTTTTAATTATTATAACTCAATATTTTACT +AATATAAAGATTTAGTGGATAATATTATATTTATTTTGAGAATATTAACTTATAATATAA +GTATTAATAAACTTAGGAGATTTAATTATGAAAAAAAATAAATTAATAATTTTTATGCTT +TTTCCTATATCGCTTTTACTTAACTTTTTAGCTTCAAAGTTTCCTTATTTTATTGAAACT +TTCTATACTCAAGGAATCAATAAAATTACAGTACAATTATTAAGTAAAATTAGTGGCATT +ATTCCATTTTCTATTTACGAGTTTACTATATATACAGTAATAATTTTTTCATTATATTTC +GTAATATACTCTTTGTACTTGCTTTTTAGTAACAAACATAAATTTAAAATTCACATGGTA +AAATCTATAACCAATTTTTTATCAATTGTTTCAATTGCATATTTTTTATTTCTAATTTTA +TGGGGATTTAATTATAATAAATTACCTTTAGAAACTATTTTAATAGATAGATACAATAAA +ACAAATGATAAGTCAATAACAAAGGTCGAATACAATAATGAAAACTTAATAGAGCTTTAC +AAGTACTTAATAGATAAAACTAACGAAACTAGAAAACTAGTTTTAGAGGACAACAATCAT +GTAATGAAATTAAACTCTGATTATAAAGACGTTATAAAAAGAGCAACTACAGGCTTTAAT +AATATTTCTAGCATTATTCCCAACTTAGATGGATACTATGGTAATGCTAAATATATACTT +TCTTCGAAATTGATGTGTTATACAGGAATAACTGGAATTTATTTTCCATTCACTGGAGAA +GCTAATATAAATAAAGCAACACCAGATTTTTCAATACCATCTACTACTTTGCATGAAATG +GCACATCAGCGTGGTTATGCAAGTGAGGATGAGGCAAATTTTATAGCTTATTTAGCGTCA +ATAAATCATTCTGATGTAGATTTTATTTATTCTGGATATAGACTTGCATTGCATCATACA +TCTAATGCTTTAAGAAATGTTGATTTTGATGCCTATAAAGAGTTATCACGTAATTTATCT +GAAGATGTAATTAATGATATAAAAAATAATAATGAGTTTTGGTCAAAATATGAAGGTGAA +ATAAATAATTTATCTGATAATTTTAATAATTCTTATCTAAAGGCAAATGGAGTTAAAGAA +GGAACAAAAAGTTATGGTAAGATGGTTGATTTACTATTAACATATTATAGTCTTAATAAA +TTTGATTGATAATTATAATAGGGATGGAAAATAGTATTTCCATCCCTATTATATATCTTA +CACTACATTAAGTTAAGTGTATTTATTTCCTTTCTTAGTAAATTAACTTGCATCTCTAAA +TTTTTTTCTTCTTCTTTTACATCTTCTATTCTTTCTTTTATTTCATTTCTATAAGATTCT +ATATATATTTTATCATCAATATTATTTTCTATATTAAAAGGATATATAATTTCCATAGAT +TTTATTTCCTCATTTAATTTATGTATATTTTCAACTAATTCTTCTGTGCTATATATCTTT +GTAGGTATATGATCTTCACTAAGTAAGTTTGATAATACTTTTAATAAATTAAGATTATTG +TATATATAAGCTAATTCAGTTTTTTGCCACAACTTTTCTTTATTTGAGTCAAGATGATTA +AATGTAGGGCTTATTCTAAAAATCATTTTTTTATATAACCTTGAAATTTCTTTTTTATAA +TTTTCATCTTTCTCATAATCTTTAATATATTCTTTTGCTGTATTTACTAGATCACCAATA +CCTAAAATATGATTATTAAGTGTAACTGTCTCTCTATTTATTAAGTTATTCATGATTTCC +CTATTCAATCTTCTACCTAATTTTATACTAGACTTTATCATATTCTTTTCTATCTTTAAT +TTCTTAACATTAACTTTTAATGTTAACTCAGTCTTCATTAAATCATAAGACATACATATG +TGTTTAGCATCTAAGTATATCTGCTTTTTAAGCATTAAATCATCTCTTTTAACAATTGTA +TCTAAATATTTATTAAGCAACTCTTTATCTCCACACCCATGGAAACTCTCAATATTATTT +ACAGATTCACCCATTTAAATGCCTCCAAAAAAATCTTTATATATAAATACTCCATAATTT +TCTATTTTTCCTCTTTTCTAATACTTCTTATTTCACAATATAAAAAACATAATGTGCATA +TTGTCCCAATTTAAGTTTTTTATCATATAAATATAATACGTAGATATACTACAAAAATAA +TTAACATGGAGTGTATATTATGTATAAAGACTGTCAAAATAAAAAAGATTCATGCAAATG +TACTTGTTCTAATGAATCTTCATGCCAGGAGTTAAAATCTAATAAGAGTTGTAAAAATAA +AAAGGTATATTGCTCAGGAAAAATGGATTCCTCTGCATGTCCTTTATTTGTAATTCCTGT +AGACTGTGGAGATTATCAAATATTTAATATTTTACGCTGCTCAATAGGTAAAGTTGTTGG +ACTAAAGCTAGATAGTAGTGATTGTATATTAAGATTAAAAATTTGCCAAGTTAATCAATG +TGTAGTTATGGGGAGAACTTGCTCTGGCAAAGGACCAATATATATTAAATTAAGTTCTAT +ACAGTATGTAGATTTAGGAAAAGAAGTTTATATCAATCCATTATGTAATGTAGTTTCCGG +TGGAGTTGGTCCTGCTGGTCCTCAAGGACCAATGGGTCCTATGGGTCCTCAGGGTGCTAC +TGGACCAATGGGTCCTATGGGTCCTGCTGGCCAGATGGGTCCTCAAGGCGCTACTGGACC +AATGGGTCCTATGGGTCCTGCTGGTCAGATGGGTCCTCAAGGCGCTACTGGTCCAATTGG +TCCTGCTGGTCAGATGGGTCCTCAGGGTGCTACTGGTCCTATGGGTCCTGCTGGTCAGAT +GGGTCCTCAAGGTGCTACTGGCCCTATGGGTCCTGCTGGTCCTACTGCAGTAGCTCCAGA +AAAATATGTTCCTAAAAAGGTCCCTTATAAAAAATAATTTTGAATAATGAAAAATAAGGT +AGTGATAACTTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTT +ATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_63 +AAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTAGCTCTAAAATCAT +GAGGGTTATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAGAAGTTTGCAGGGT +ATGTAGATATTGAAAATACACTAAATATAGATGTCTACTTTGCAGATGCGTATGCTTCTT +GGCAAAGGGGGACAAATGAAAATACAAATGGATTATTAAGAGAGTTTTACCCTAAAAAGT +TTGATTTTTCTTCTATAAATCAGAAAGAACTTGATAATATTGTTACCATAATAAATAATA +GACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATAT +AAAGTGTTGCACTTATATTGACAATCTATCATAAATAAAATAAGTATTGCTACTACAACA +CCAATAGTTAATGTCTTTTTACTCATAGTCAATTACCTTTTCCTTTTTAAACTTTATGTT +AATAATATCATTCTAATATTTAAAACACAATATCAAATAAATTACAAAACTCAGTAAAAA +TATTAGAACTTTCAGTTTCAAAAACTAATTATATATTATATAATATTTGATTATTAATTA +TAATATTTGGTATAAAACTATTTGGAAGTAAAAATTTATTAAGCGATTTAGCTAACAAAG +GATGATTTTTAATGTGTGATTTTATTATAAGAAACAAAGAATTATTTGAACAATTAGATA +TATTTATAAATTCCATTGATAATAAAGAAGACTCTTTAATGTATATTTTACACAATGCAC +AAAATTTATTTGGATATATTCCTAAGGATGTACAAAATTATATTTCAAAAAAATTAGATA +TTCCAGCTGAAAAAATATCTGAATTAATTAATTTTTATTCATACTTTAGCACTGAGCTTA +AAGGTGATTACAAGATAAATGTATGTGTAAGCGGTGCTTGTGCCAAAAATAACTCTCAAA +TGGTACTTGAAGAGTTTGAAAGTCAACTTGGAATAAAGACAGGGTTTACTACTAATGACT +CAAAATTTAACTTAGAATCATCAGGATGTATTGGAGTTTGCAGACGATCTCCAATAGTCA +CTGTTAATGGTAAAGTTTATGAACGAGTAAATCCTAAAGATGTAGAAAATATATTAAATG +AATGTGAATAATAGAGGGACAATTTCTCCCTCTATTATTCACATTCATTTAGCCCTTTAC +AGACTTAAATATAAATATGCCTAATATAATCAGCTCTATTGCTACTACATATGGCCTTGC +TAAAAACTGAATTGTTTAACCTACTTTTGGTATTTGTAAATATACTTCTCCTATTACATC +TTCTTTTAGCAATACTTTTTTATCTGTTGATTGATTATTGTCACCTTTAGTTAGATATCC +TTTATCCGTCTTATCTATAATTCTATGGGTTACTACTTTATTATCCTCTCTAAAAGTTAT +AATGTCATTAACTTCTAATTTAACCCTACTTTTATTCTTTACTATTATTACATCACCCGA +GTAATATGTAGACTCCATACTTCCAGATAGTACACTATAAATCCTATAATATTATCAATA +ATACTATAAGTATAAATGTAAACAAATACTTTATAATATTATTCATATTTATCTTTTCTC +TTTTAGTAAACATAATAAGTCTCCTTAATTATACTTGCTCTTCAGTAAATATATCTTCTT +CTAGTATAACTTCTTCTTTCAATAAGTCCTAAAGAGCATATAAGTTTTTATATTTTATTT +TGTATATTTCTTAAAGTTTCATTTTCTACTTAAAAATTTTATTAACTGTACATATAATAA +CAACTATATATTTAATGCAACCATCTCAAAATCATATAATAATTTATATTATTTACTAAA +TTTATATATGGATATATTCCAATTGAAATGAGTGTTCCAATTAATTTTATAAATATTATG +ATACAGTTATTTATATTTATTAGATAAATTTCAAAATTATATTTAATAGCATTTTTAATA +ATCAATATTTTCCAAGGCAACTTCTACATACTGCCTTAAGATTATTATAGCTATTATTGT +ATCTATTATTATTGATGTGATGTGTGTGTAAATAATACTTAGTAACACTACAGTCAAGGC +CACACTCTTCACATATCCAGTTACTCTTTTCTTTATAATTCATAGATACAATAGCCCAAT +CTCTAGTATATCTTCTATTATTATCTAACTTTAATCTTCTAAAAGGTATATTAAAGTCAA +TTTCTACTACATATCCATCATCTATATTCATCTTACTCTTTACTTCTTCAAATATATTAT +TTTCTAAAAAATTAGGTAGCTTCATAAATCTCCCTCTAATCATTATAATTCTCTATAATC +TCATTAATAATTTCATCAGAGTTTGTTATTACTCTAAATTCAACTCTTCTAGATGCATCC +TTATTCTCTACATTATTTTCATCGAAAATTCTTTTGCTATAGGACATTCCATTTGAAGTT +ATATTGTCTATTAGCCACTCTTCATATTGATTAAGCTGTGGAATATTCATGATGTATTTT +AAAACATTTCTAGTTCTATCTTGAGACAATTCCATATTTCCAAAGTAAGCATCTTTTGTA +TTTGCATTTTCTTCCCATTCACTAGAAGTATGACCTTCTATTCTAATTTCTTTTACATTA +TCTTTATGATTTTTGTATATTACATTTATATATCTAGGAAAAAATGAATCAAGTATATCC +TTAAATTGATCTTTTAATTCAGATTTGCCTTTTTCAAAATACACTTCTGGCTCTTTAAAT +CTTATAGTTCCGTCATTTTCTATTTCCATTTTCCAAGTATTCATATCTCCCTTAAATTCA +TTATATAAATCTTCATATATATTTACCTTTGTTTCTTCATAAGTATTTACAATATTTTCA +ACTGTTTGCTGTTGTTTTTTTATATTAATATTTTCATCATATACCTTACTCATAAATGCA +ACTGATATGAATAAGAAGACTATCATAAGTCCCGACATAAGGTCTGCTATTGCTGAATTT +ACACCTTCATTACTTTTATTTCTTCTTTTAAATTTATCAAGTTTACTCATAGCCTATTTT +ACTCCTTCAACAATAGTTACCACTTCTTTTAATTTATCCGCTAACGGAGTATAATCATCT +GCAAATTTTTCAGATATTGTAACTAACTGACTACCTAATGAGTTTAAAGATTTTGTAAGT +TCAGCTTCTAATACTTCATCTAGTTGTTCTACTTTTCTAGTAAATATATTTTCCATATCT +TCTATCATCATTTTTATTTGATTAGATGTTGCCATACTTAGATTTTCTATTCTCTTTGCA +GAATCTGAAATTGTATTTTCCAAGTTATAATTTATACTGTTAGTTGATTTTTGAAGAGAA +TCAACTTGTTTATTAAGTTGTTTTAAATTTTGTTGTAGTGATTTTTGTACTTCGTTATTA +TAAGTAGTTAAAGACTTATTAAATCTATGACTTGTTTGTTGCAAATTGCTATTTATTTCA +GGTACACATTTCTTTAAATTATATACAATCATTTTAAATCTATTTAAGTATTCTTCAACC +TCAGATCTAAATTCCATATTATTGTCTGCTATACAACGAGTTGTTTTTGATAAGGACTCT +GAAGTTATTTTTTCAAGGTGCTTTTCTAATTTATTACTATTATCATGAATTACCACATCT +AAATTCTCTACTGCACCTTTTAACTGTGTATCAATATGCTCGAAATATTTATTAATCTCA +GGTATAGACTCTTTCGCCCTGTCTGATATTTGAATTATTGATTTTGTTCCATCTACTATG +ATTGCTTGTGAATTTCTTATATCTTTTAAAACTTCACTTAAGTTTTCATTATTTTCTTTT +ATTAATGAAGAATTTTCAGCTATACTCTTGATTGACTCATCTGTATTATGTATAGATTCT +AAAACTAAGTTTAATTCTTTAGTAGTACTTTCTACAGTTTCCTTGTAATTTTCTTGCCAC +TGAAGAAGATCACCTACTCCACTATTAAGCTCTTTAAAGGTCTCTCCAAGTTTTTTAAAC +TCCATAATAAGCTCTTCTTGCTTAGATATTGTATTATTATTTAAGTTTAATATTTCATTG +GTTAATTCTTTCGTAAACTTTTGTTGATTATTTGACCATAACTCACTTACTTTATTTAAT +GCTTCTTTAGTTTGTATTTGATTTTGTACTAACGTAGCATTAACATTTCTACTTTCAGAT +ATCATAGTATTAAAAAGCTCCATAATATCGTCAATATTTTCCTCATCTTCATTTTTTAAA +GCTATGTACTTCATAAATATAGCTGCAGACATACCTGCTATTGATGTTGCAAATGCTATT +TTCATACCAGCTAGTAATAGTGGAACACTTTCAGTTATATTATTAGGATTAAACTTCCAT +AAACCTATTGCTATCCCTATAAATGTTCCAAGTACTCCTATTGTAGATGCTATATTCCCT +AATGCAGATTCATTGGAATATTTCTTTTCTTTTAAAAATTTATATACTATAGCTCCTACA +AGTAGGACAAACAGTAATGTTACTATCATTTCCAAGCTAATCCCCCCTTTTTTTAACTCT +ATTATTTAGTAGATATTTATATTCCTTCTCATGATTAAATTCATAATTTCTTCATAAATA +TGTTACTATTACATACACTAACGAATCATTCTTTTATCTATAGCAATCAATTAAGTAATT +GTTATATTTTGTCTTTTTATGTAGTTTTCCCTTGACACAGTAAAGTATCCTATTGTATAT +TAAATGCCATAGGATACTTTAAGATAGTCCCGTGAGACTAATAAGGAAATATACATAGTG +TAGTATTTTGCCTTAATATCTTTTTGTATTAAGGCTTTTTTGGTGTCCTAAATCAAATAT +CTACGGAGGATACTATGAAAACTCAAACTTCAAAAAACAATGCCAACAGCCTGGCTATAA +AAATGGCTATTGCTCTAATATTAGGATTAATTGCTGGTACATCATTTATTTTCTTAAGAG +AAAATTTAATTTCAAATGGAAATTCAGATACTTGGACTTTAATTAATAATTTATTATTCC +AAGATATAAGTAAGCCAGAAGCTAACAAAGCAATAGGAATCTTTTACATAGTTGGTCAAC +TATTTATAAACTCTCTACAATTAGTAATAGTACCTATGGTATTTACATCTATAACACTTG +CTATGTGTAATATAAGTGATACTAAAAAATTAGGTCGTATATCTTATAAAACAATACTTG +GATTTTTAGCAGCATCTATATTTGCACTAATTTTAGCTGGAATATTTGGAATTACTGCTC +ATAAAATGGGATTATTCAATGTAAGCATAAATAATATAACTTCAAGCGAAGGAACTGCTG +GTAGCAACCCACTTCTTGTATTTGTTCAAGCTATCCCTAATAATATAGGTTCTGTATTTA +GTGAGAATGGTCGTGTTTTATCTATAGTTTTCTTAGCTAGTGTTACTGGAATTTGCATAA +ATACACTAGGGGAACAAATATTAGTACTTAAAAACATATTACAAGATATAAATAAGATAA +TAACAATATTCTTAACTTTTGTAATAACTAAATTTGGACCAATAGCAATCTTCGTTTTAA +TAACAAGAACTTTTGCAATATACGGGGTTGATCATTTAAAACCAGCGCTAGCATATGTAT +TTACAGCTACAATTGCTTTATTTATATTCTTAGTTTTTGGATATGCTTTATTTATATATG +TTACTACAGGATTAAATCCAGTGAAGTTTATAAAGAAAATTACTAAAGTTGCTTTATTCG +GATTCTCTACATCTTCATCTGCTGCAACATTGCCTTTAAATACTAAAACAATAGTTGAAG +AATTAGGAGTAAATGAAGAAATAGCTTCTTTCACATTACCACTTGGAATGACTATAAATA +TGAATGGAACTGCAATAATGCAAGTTATAGCAGCAATATTTATAGCATCTAGTGCAGGAT +ATGAAGTAACAGTTGGAAACACATTAATAATCGCTTTACTTGCACTTATAGCTTCAATCG +GAACACCCGCTGCACCAGGTGCTGGAGCAATTATATTATTCACTGTTTTAACTGGTATGG +GGTACAATAATGATGCTGCCGTACTTGCCTATTCATTAATACTTGCAATAAACAGACCAA +TAGAAATGTTAGTTACATCTCTTAATGTTGTTGGGGATGCTGCAACAGCTGTATATGTTT +CTAAATCAGAAAATAACTTAAATGAAGAAATATATAATTCTTAATAAAATTAATATATAA +AATAAAAAAGAGCAATAATTTTTAGTTTTTTAATACATCTAAAATTATTGCTCTTTTTAT +AAAAGATAAAATTTACTATATATATTAGCATTTTTTAATTTTGCTGGTTTTTGTGATTAG +TGTATATGCCAAATTGATGTAGATTCTGATGATAAAAATACTACTGATAAAACTAATGGT +CCACAAACTTTCATTAATTTAACTGTTATCTTTTTCATATTCCTTCTCCTAATTGTATTT +AAAACTTTTAAAATTATCATTAATAGATTTACCCATGTTATGACTAAACAACTATATATG +ATATATTTATCTAAGTTTAATTGCATCACTATAATAATAACTACGCAAATAAACATTGAT +ATTAATCTTGATTTAAATTTGTTTGTTTTATATTCCTCATAACTTAGAGGATTATTTATA +TGACAAACTGGTGCTAGTACATATATAGTAAATATATTGTTTTTAATAAATGAGATAAAC +TTACTTCTCTCAAAATAAGTATGCCATTTTTTAACTTGGTTAAAATATACATATATAATA +CTATAGGAGAGTTTAATGAAATGGATAAACTTATTGCAATTATATTTATAATTCTTATTA +TTTTAATATTGGCTAAAACATTTAAAAAGATTTTTATATGTGCATTATTTGCAATTCTTA +CATTTGCTATATATACCATTACTCAACTTCCACTTTTAACAAGTTCCATCTTATCTATTG +TTATATTTAAAGGATTTAAAGATACTTTATTTAATTTAAGTGTAACTTTTAAAGCATTAT +TTAGATCGAAATATAAATTCAAGCAAAAATTTCTTGGCAAATTAGTTAATATTTTATTTG +AATTAAACTTTACTGTTTTTATTTTCTTGTGTTATATACTTTTAATATCATATGTAGCTT +ATTGGTTAGATATCGATTTTGAATTTATTACTATAACTTTTATAGCCCTATCTTTGGTTC +AAATGTTAAAACAATTAGCTTTTAGAAAAACTTATTATAATCCCCATAGATTTTTAAGAT +AATTGTTCAATAATATAAATATAAATATATATCTATATTATTTGCATATCCTACTATCAT +ACAGAAGGTATTATCCTACTAATATAGAAAGTATACTAAAAAAGGAGGTTTTCATTATGA +ACAACAATCACCCATATCAACTTAACTGTCCACACTGTGGTAGTTATATAACTTTTAATA +TTCCTGAAAATAAATCTATCACAAATGATACTTCAATGGTATTCTCAGATGAAAATATAG +GAAATATAAGTATATCAAACGCTTATAAAAATTCAGGTTCATTTGGAACCTATGAGGCTA +TGGATGTAGAAATGATTTGTCCTCATTGCTCTTACTCATTTAAATCCACCGTACATTCTA +ACTCTACACTTGAATAACAATATAACATTCATAATAAAAAGCTGAAACTATTTCTGTGTA +TAACTCATAAATGGTTTTAGCTTTTTTATTTTTCGCTACCTATTAAAATCATTATTGAAT +TATTTTCTATATTAAGGTAAAAATATCTACAAGATGATAAGAAAGGAGATTCATACTATT +ATGATTATAAATATTTCAGAGCCTGCTAAAACCAATCTTAATCTTATGTTCGATAATTAT +AATCTAAAAGAAAAAAACTTTAGAGTTTATATCCAAAGAATTAGCTCATGATATGGACCT +ATATTTTATGTGGCTCTGGATGAGCCTACTGAAAATGATGAGGTTTTCACCTCAGATGAT +TATAATGTAATTTTAAACAAAGACTTATGTGACAAAATAGAAGTCATAAATATCTTCTTC +TCTAGAGGAGAATTTAGAGTAAGCACAGACCTCTCTTGGAGAGATGAATACTATGGAACT +CCTTGGGCTAGACCATGGTAATTAAAATGGAGTGATACTATGAGTAAATCAATAAAAAGA +AATAATACTACATTAGCTATGGCAGTATTTTTATTAGGCATATTTATGGGTGCTTTAGAT +TCTGGAATAATCTCTCCTGCAAGAGGTGTTATTGCAGGTAGCTTAAATATTTCAGAATCT +GCAAGTATTTGGATGGTTACTATTTATACTCTTACTTATGCTGTATCAATGCCTATTACT +GGTAAGTTAGCTGATAGTCTTGGAAGAAAGAAAATTTATATTGCCTGTATAATAATATTT +ACTATAGGTTCCTTGTTATGTTGGTTATCCGATGTATTTAATAATTATAATTTTTTATTA +ATATCTAGAGTTATACAAGCTTTAGGTGGTGGTGGAATTATGCCAATTGCAACGGCATAT +ATAGGTGCATCTTTCCCTCCAGAAAAAAGAGGATCCGCCCTTGGCTTTGTAGGTTCTATA +TACGGAATAGCAACTGTTATTGGCCCTACTTTAGGTACTGCTATTCTTTCACTAGCTGGA +AGTAATAACTGGGGATATTTATTCTTAATAAACGTTCCTATAAGTTTAATTATACTTTTT +CTTGCATTTAGACTTGAAGAAAATAGAAATGAGTCTAAATCTAAAAAAATGGATATCTTA +GGTGCAGGAGTTTTAAGTGTGTTAATTGCATCATTAATGTATGCTCTTACTAACTTACAA +TTCCATGACTTCTTAACCTCAATTAAGTCAGAACATGTATGGCCTTTTTTAGCTATTGCT +TTAGTATCCTTACCTTTATTTATAGCTATTGAAAAAAATGCAAAAGATCCTATTTTAAAT +TTAAAGTTCTTCACTAATCCACAAATAGTAATTACATTAGCTTTAAGCTTCTTAGCTGGT +TGTGGTCTTATGGGAACAGTATTTTTACCTCAGTTCGGAGAAAATGTTCTTAGATTAAAA +AGTGGTACTGGAGGATATATAGTTACCTTATTTGCTTTATTTACTGGGATAGGCGCACCT +ATTGGTGGGAAAATAATTGACAGATATGGAGTTAAAATACTCCTTTTATTTGGATTCTCT +TTTACAATATCAGGTAGTTTATATCAATCATTTGTTACTGCCATTTATCCTAGCTTATCT +AATTTAGCTATAGGTATTGGACTTATGGGAGTTGGAATGGGATTCACTATGGGTACTCCT +ATAAATTATCTTATGATGAGTTTAGTTAAACCAAGTGAAATATCTATAGGTCAATCTACA +GCCTCATTATTTAGATCTATTGGTGTAGCAGTTTCTTCCAATTTACTTGTTAACTTTATA +TCTCAGGCTGGTGAAAAACTACCTAAAGCTATCAATGATATTTTACCTAAAATCACTGAT +ATAGGTAATCCTATGACATTTGGAGAAACTCTTCCTCCCGAAATTATAAGTAAATTTCAA +GCAGCAGATGTAACAACTATTTATTCCACTATAAAGGATTTATCAAATTCTATATTGAGT +AAATTACAAAGTGTCTATGTCAATGACCCAAATGTTAATTTTAGTGAAATAAAAACTCAA +TATATGATGTCTTTAGAACAGTCAAAATCAGTTATTGAAAATACTTACCAACTTACACTA +AATAAAGGCTATGCTAATTTATTTATCGCTACTGCAATAATAGCTTTAATAGGATTCATT +TTATCTTTATTTATTAAAGACAGAATAAAAATAACTAAGTAAATATAAATAAGAATGAGT +ATAGTTAGTAGTTTTATCATTCTATACTCATTTTTATTTTATTATTTTCCCATATCTCTT +CTATACTGAGTTGGAGACTTACCTAATTGTTTTTTAAATAATTTACTAAAATAGCTTAAA +TCATTTATTCCTACTTTTTCTGCAATCATCTGAATTTGCATATCTGTCTTTTTCATTAAC +TGTATTGCTTCTTTAATTCTTTTTTGATTGATGTATTCTATAACAGAAATTCCATTTTCC +TTTCTAAATAATCGTGAAAGATAATTGGGAGTTATACAAAGATTATATGCTATATCTGAA +ACCGTTAAATCAGAATTTAAATTTAAATTTATATAACTTATTGCTCTTTTAATTAAAGGG +CTAACGCCTTCTAAAGCATAATCTTTAACTAAAGAGCAATAATCTTTAATCATTTTCACA +GATATATTATCTACACTTTTAGATAAACTAAAAATTGAATATTTTGTGGATAAGTCATTT +AAATACAAAGGATGTACCCCACCAGCTTCTGCAGCTTTTCGAAGTATAACATTTAGTATA +GTAATTCCTTTAGTACTGCTATTAACACTATCATTAATACTATAATAAGAATTTAAGTTG +GACTTCATCTTCTCGTAAGCCATAAACGCAGAAGGAAAGTCCCCTCTTGATACTGCATTC +ATAAGTTCATTTTCCATTTGATATCTTTCTTCTAGCATTTTTATAGATAGATTTTTATCT +AAGCTTTCATCTAACTTATATTTTTTAGACGTTATATGCTCTTCTTTAATGCCTACAACT +GAAAATGGACCTTTAGTCTCAAAATATTTTTCTAAAAATATATTACACAGAGCCCATAAT +CTATCCAATCTAACAATAGGTATAGCTGAATAATACTTTTTTAATTCTATCAATAGGGTT +TCATCTATGTCTAAATTAGATTGTAATTCCCTTATTTGATTTTCGTTTACAGGTTCATTT +AAATAAGGTCCTATCACTAAATATTCTTCAGACTCTTTATTTAAACAAATATTTAGATAA +CAAGTCTTGATAGGAGTATTTGCATAGTATATTATTTTTTCTTGTAGTAAATTTAAATAT +TTACCTAAAATATTTTCATTATCTTTTGAAAAAAAGATACTATAAAAAGGATTTTCGCTA +TATACTTTTAAAAACTGACTCTTTTCTGAAATATACGAGACAGAAACATCCAATGACATT +GATACAGTTTGAATCCAAAACAATACTTCATTTTTTGTCATAAATTCCTCCCCTTATTAA +TAAAAATGCAATATTTGTACAAATTATAGCAATATTTATTATAACTGTAAAGGTTATCCC +TTTGTTATAATAAATTCAAAGCAAGGTTGTTAAATATTTATTTAAATATAATTATATATA +TATTGGGGAGGAAATAAAATGTCAGAATTAAAGCAAAAAATAGATTTAAAAGCTAAACCA +TTTAACTTATCCGATGAAGATATAAAATGGGTAGAAGAAACTTTAGCTAACTTAACTTTA +GATGAAAAAATAGGTCAAGTTTTCGTAGATATGTTATGGAATAATACTGAAGACGAAGTA +AAAGAGAGAATAGCAAAATACGGTATGGGTGGATTCAGATACAACAACATGCCTGCAACT +GACCTTTACAAGCAAAATAAGTTAATACAAGAAACTAGTAAAATACCTGCTCTAATAGCT +GCTAATATAGAAGCTGGTGGAGATGGTGGTGTTGGTGGTGGTACTCACTTAGGATATCAC +GTAACTATAGGTGCTACTCAAGATAAAGAAAATGCTTATAAATTAGGTTACTATGGATGT +AAGGAAGCTGCTGCAATCGGATGTAACTGGACTTTCGCTCCAATAGTTGATATAAATAAA +AACTGGAGAAGTTCAGTTGTTTCTAGTAGATGTTTCTCAAGTGAAGCACAGCAAGTTCTT +GAAATGTCTAAAGAATACTTAAGAGGTGCAAAAGATGCTGGTCTTGCAAGCTGTATGAAA +CACTTCCCAGGAGATGGACTTGATGAAAGAGATCAACATATAGTAACTGCAAACAATGAT +ATGAGCGTAGAAGAATGGGAAGAAAACTTCGGTAAAGTTTACAGAGGTATGATAGATGCT +GGTGTTGAATCAGTAATGATAGGACATATAAGACTTCCTGAAATGTCTAGAAAATTAAGA +CCAGGAATAAAAGATAATGAAATAATGCCTGCTACAATAGCACCAGAATTATTACAAGAC +TTATTAAGAGATAAATTAGGATTTAACGGATTAGTTATAACTGATGCTACTCACATGGTT +GGTTTAACTTCTGCTATGAGAAGATCTGAAATAATGCCTTATACTATAGCAGCTGGTTGT +GATATGATACTTTACTACAGAGATAAAGATGAAGATGTTGAATCTATAAAGGAAGGTCTT +GCTAACGGTGTATTAACTGAAGAAAGATTAAATGAGGCAGTTACTCGTGTACTAGCATTC +AAGGCAATGTTAAAGTTACACACTAAAAAAGCTAATGGTACTTTAGTTCCTAAGGAAGAA +GGACTTTCAGTTATAGGATGTGACGAACATAAAGAAGTTGCTAAAGACATAGCTGATAAA +GCTATAACATTAGTTAAAAATACTAAGAACCAATTACCAATAACTCCAGAAACTCATAAG +AGAATAATGCTTTACACAGTGGAAAATTCAGGATTTGCTCCTAATAAAGTAGAGACTGAT +TCTTTAAAATCAAGAGTAAAAACTAAGTTAGAAGCTCAAGGATTTGAAGTTACTTTATTC +GATCCAGCTGCTGGGCTTAATGGTAAGCAGTTATTAGCTGCGACTCCTATAAAAGAATTC +GTTGATAGTTTTGATGCAGTTATGTTATTCGTTAACGTTAGTGGATTCTCTCAAAGCAAT +GTAAGACGTATAACTTGGTCTATGCCAATGGGTCCAGATATTCCATGGTATGTAACAGAA +TTACCAACAGTTTGTGTATCTGTATTCAATCCATTCCACTTAATAGATGTACCAATGGTT +CCAACTTATATAAATGCATACACAGATAATGATGCAACTTTAGATTTAGTTATAGAAAAA +ATAATGGGTAAATCTGAATTCAAAGGAGTAAGCTCAGTAGACGCATTCTGCTCTTCTTGG +GATACTAGATTATAAGATAAAGAGCTTCGCTTAAAAGCTACTTAATATATACCTATGTGC +TTGGGTATGAAAATAAAAAACTCCAGTCCATGCAGCAAAGTAACGCTACAAATGGACTGG +AGTTTTTATTTTATCCCCTTGCACTGGGATTATTTAACTTTGCTTTATGAAATACTTCTC +TATCTTATTAATCTGTGTTAGGTATTATTTCATTTAGTTCATTTTGATTAATTTCTAACC +ATTCTGATTTTAACATTGCGTAGTGATCTACATCGTAATATTTTCCTTTTACTTTTACTT +CTTGGATGCCTCGTCCTTCATGTTTCATTTTACACTTTTGCATTACTTTGCCAGAAGCTC +CGTTTACTACATAGTGCTCAGCTTCAACTCTATTTATTTTTAATACTTCAAAGGAGAATC +TTAAAATTTCATTTAAAACTTCAGTCATATAACCTTTATTCCAATAATTTCTATTTAATA +TGTATCCAAAAGTTAGTTTGTCGTTTTCTTCATCTATTCTTATATCTACGCATCCTATAC +ACTTTTTATTTTCTCTTAATTCTATTGCATATATTCCGCCTCTACTGTAGTAGTTTAAAA +TTAGGTTTGCTGATTGGTCTATCGTTTTGTGAGTTTCCCAAGTTACATATTTAGTAGTTT +CTTCATCACTTGCAAATTCAAAAACATCTTTTCTATCTTCCATATTAAATGGTCTAAGCT +TAAATCTAATTGTATATAAAGTTTTATTTTGAGATAATATCAAATTATATTTTCTTCCCA +TCTACTATCCTCCTTTGTATATTTTTACTAACTTTCAACTATAGTTCTTGCTTTGTTTTT +CCTTCTCCTAAAAATGCTGATATTAATATTATACTGCCTACTATAACTTGATCTATAGAA +AGAGGGTCACTTAAAAATATCATGCTAAAAACTATAGAAGATATGGTATCTATATAGCTA +AGTAGTGATGTGATTTTAACATTTAAATTTTTAATGTTAATTTTTCTTTCAATATTACAA +GTAATAAAAAACAATAATTACTAGAGAATAATAATAAATTAAAATGTCCTTTGATACTAT +AGTATATTTATATGATTTAAATAAAAATGCCTAGTTAAAACTTATACATATTCCTGATAT +TATCAAAAATAGTAAGTTTTTATAACTTTTTTATTATTTTTTCATATTTATTTTCTTTAT +GATAATTAAATACAAATATTGTTCCTAGAAACATATTTATCCTATCTACCTTTATTAAAG +ATATAATATATGTACTGCTTATTTATAGATTATCCTCTATATAAATATATTTTCTGAAGT +ACAACATTATTATATACATTTGATAATGATCAGCTTAAAGTTTAGAATGATATTAAATTT +ATAATACTTAATATTTAAAAGAGGTGAACTCTATATAAGTTCACCCCTTAATATGTATTA +TACTATATTTTTTATTTTATATAGTCTATTATTTTTGATAATTCAACTCTAATTTATAGA +TATTTATCTTCTAATTCTTTTACTGATAACGGTTTACTATATAAATATCCTTGTATCACA +CATTCACCCATTTGTTGAATTATTTCTTTTTGCTCTCCATTCTCTACACCCTCTGCAACT +ACTTTTAAGTTTAAAGATTGAGCTAAAGTAAATATCATTTTTATTATCTTATCATTTTGG +CAAATGTAATCTACAAATTTCTTATCTATTTTTACCCCTCTTATCGGTAATTTTTCTAAA +TAGCTTAATGCACTATACCCTCTTCCAAAATCATCTAAGTATATATCCATTCCAGCTTTG +TTTATAATATTTAAGTTATCACTTATTTGTTTTTGATTTTCTATTGCAAAGTTTTCTGTT +ATTTCAAAACTATTTTATTAGTAGATATATTGTACTTATTAAGCATTTCTTTAACATAGT +TACAGAAGTTCTTATTCATTAACTGTATAGGTGAAATATTTATACTTACCTTAGGAATAT +TAAATTGTTTTTCTCCCAAATTTCTATTTGCTTAAACACTTCTTCTATTATAAATTCGCC +TAATTCATGAATAGTTCCAGTTTCTTCAGCAATATTTATAAATTCATTCGGTGGCACAAA +TCCTAATAATTGACTTTGCCATCTTACTAAAGATTCCATACATTCTATAATTCCAGTTCG +AGGATTTATTTGTGTCTGATATACCATATATAATTCTTTATATTTTATTCCTTCTGTTAT +AGATATTCCTGTTATTAACTTCTTCATATCTGAAGTATATTCTACAAAGTTATTTCTTCC +ATTTTTCTTTATGTTATACATGGCTAAATCACCTTGTATCATAATATCATTTATACTATT +ATTTCCTTCTAGATAAAAGGCCAAACCTATAGAAACAGTCGCCTTAATACTATATACACC +TAACTTGAATGGCTGCCCCATTGATTTAACTAGTTTTGATGTGAAATTTCTTATTTCATC +TTTATCCTTGTAATTCTTTACAAGAATGACAAACTCGTCTCCTGAAATTCTTGCTATTAC +ACTATTTGGAATTGAATTCTTAAAAACTCTATGTGCAAATTCAATTAATATTAGATCTCC +TACCTTATGCCCATATATGTCATTAATATTTTTAAATTTATCAATATCTAAAAATAACAA +TGCTGCCTTAGAATACTTTTCGCCAAATTCGCTTTTGAATTTTTCTAATTCTTTATACTT +TTCATTGAAATGACCTTTTTTAATTTTGAAATAGATTTATGTATTGCTTCTATTTTTGAC +ATAAATCTATTGTTTAAAAACTTCCATGTAGACATTATTATAGTAGTGTATAAGGCCAGT +ATTCCCAAAAATAAATTCCTTGTCATTTTTATATTTTCTATTAATACTTCATCTGAATTT +AATTTCGCAATTATTAATTTAATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTA +AAATGTTTTTTGCAAAAAAATAGACCCATAGTGACTAGTATTTGTAAATTTTATCCAAAT +ACTAGTTCTTTTATTTTAGCTAAAGA +>MGYG000000001_64 +GTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAACTCTCAAATAAAAGTTGAT +GGGCTCAGATACTGTTATATATCTGGCTTTGTTTGGTTGTTTCGAATAATTCTTAATAAG +AATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAGTTCATTTTTGTCCTTTCTCT +TTCGGACAAGTATTACTATATCATCGATTTTAAATAATAGCAATACTTTTTTTATATTTT +TTATTTATTTTTTAATATTTTTATGATTATGAGCATCATTCAGTAACACTCTAATTAAAA +CTTCTATGATATTAGGTTTAAATTTTATTCTTTTTGTTAATAAAATTAGTAACACAAGTA +TTATGTGTAAGGAGGTATAAAATTATGCGTAAAATAATTATTTATTTTTCACTATGCCTG +ACAATATCACTTTGTCTTACGGGTTGTACCTTATTTGATAAAGTAAAAGAAACCTCTTTT +TTTAATAGTGAACAATCAAATTCTAATAACAACGATACTAATAATAATTCAAATAAGAAT +TCAACAAATAAAAAAACTGTAACTGACTACAGCGACAAAGATAATGAGATTACTAGTTGG +TTCTATATGCCAAACGACACTCATACTACTCCTGATATAAACCCTAAGCTAACTTATGAT +TTATCTAATTACAATGCGATTTATAATGGACCTATTAACAAATCTACTAAAACACTATAT +CTAACTTTTGATGAAGGCTATGAAAATGGCTATACTTCAAAAATATTGGATGTTCTTAAA +GAAAAGAATGTAAAAGCAGTGTTCTTTGTTACTTCTTATTATTTAGAAAAAAATCCTGAT +CTTGTTAAGAGAATGGTTGATGAAGGTCATATAGTAGGAAATCATAGTAAAACTCATTCT +TCTATGCCGACATTGACATCTGATATGACTAAATTCAAAGAGGAATTTTCTGATGTAGAA +TCTAAATACAAAGAAATCACTGGTTTAGATATGAAGAAGTTTTTCCGACCTCCTATGGGA +TATTATTCTGAAAAAAGTTTAGCCATAACTAATGATTTAGGCTATAAGACAATGTTTTGG +AGTTTTGCATATGATGATTGGAACCCAGAAAAACAACCTGAGGTAAACTATGCAAAAAAT +AAAATTCTAGACAATCTACATAATGGTTCTATTTTACTTTTACATGCAGTTTCAAAAACT +AATACTGAAATTTTAGGCGATGTTATAGACTCTGCTAGAAATGCTGGCTATGAGTTTAAA +TTACTTAATTAAAAATTATTTTCACATAAAAAGTAATTATCCTACTTACATATTCCTTTT +TTTAGTATAAGATTAACATGAGACAATAATAATTATAATCACCTGAGGTAATTTAATCTT +GGAGGGATATTATGGAACTAAAAGGAAGTAAAACTGAAAAGAATTTATTAGCTTCATTCG +CAGGAGAGTCTCAAGCAAGAACTAAATATACTTATTATGCTTCAAAAGCAAAAAAGAAGG +ATGCAATCAAATAGCTTACTTATTTAAAGCTGTTGGGGAAATAGAGAAAGAATACGAAGA +AAGATATCTTAAGCTTCTTGAAAACTTAGAAAATAACGTTATATTTGAAAAATCAGAGGA +AGTTGCTTGGCATTGTCAAAACTGTGGCCATATACATTATGGTAAAAAAGCTCCAAAAGT +ATGTCCAGTATGCGATCACCCTCAATCATATTTCCAAGTAAGAGCCGAAAACTATAAATA +AAAAATATGGCTATCTTTAATTCAGATAAAATAATACTGAATATAGATAGCCCCATTTTA +CTTATGTTCTATATCGATTTAAATAATAAATACAGCAACTATTGTCGTTACGACAAATCC +AATCATTATCGGCTTAAAGTTTCTCTTAGCTAAATCTACTGGGTTAACTCCACATATTGC +TGCAGCTGATATTAATCCCCAAGGAACTAAACATCCTCCACCAACCCAGATACCAGCAAT +TTGACCTAAAGCACAAAGTGCTCCAACACTGGCATTTACAGCAGTTCCAAATACAGATGC +CAAAGAACCTGCTAATGATATTCCTGAAAATCCAGAACCATCAAGCCCTGTGATTGCACC +TACTACAGTTTGTATACTTGCTACTGCCAGTTTATTTAATGGTACTGCTTGAGATAAGGC +TATACCCATATCAGATAATAATCCTTGAGAGCCTGCTGGTAATACGTCTCCTAGTACAGA +AGTTATTGGTGCCACTTCACCCATATAGAAGAAAGCTGCTATTGGGATTATTGCTCCAAA +TATTTTTATCCCAAATACAAATCCATCTATAACGTTCTTACAAACTGAGTCTAAACAATC +TTTTTTATGATTCATAGCATTAATAATTACAATTAAAAGAAGTGCTGTTCCACCTAATAA +TGCTGTTGCATCTCCACCTTTTAAATTTAAAGCGTACATAGATACTATATCTAATAAAAA +ACCTATTAACACTAATAAAGTAGCTATTTTAGCTTTTTTGTTAAAAGATTTTATTTCTAC +ATGTTCAACTTGCTTTAACTCTTCTTTAAACATACCTTTTTTCAGATCTCTTCTTAGATA +ATAAAAGGCTGTTGATATAGTAACTATGCCCATTACTAAAAATAATGGCATACCTTCACT +TATAACTTGAGCAGCTTCTATCCCTGCTGCTCCACCGGTTATTGCTGGTGCACCTTGAAT +AACAAAGTCCGTTGACAATGCTAAACCATGACCAAATAAATTAAGAGCCATAGCAACACC +TATTGCAGGTAGTCCTACATCCATAGCTACTGGTAAGAATATCGCTCCTACCAATGCAAC +TGCTGGTGTTGGCCAGAAGAACCATGATAATAAACACATTACTATCCCTACTACAAAGAA +TGCTGTTGTAGGAGTTTTTATAACCTTAGAGAAAGGTTTTATCATGTAGTTAATAGCATT +ATTGTCTTCTAGGGCTTTAGATAATGCAACCATTACGGATATAATAAGAATTACTGGTCC +AAGTTCATTTAGAGAAACTATAAGAGCGTTAAATACTGCATTTATTGCTTGTGGAATACT +CTGAGTGTAAAATAATCCTAGACAAAATATACCTAATATACATGGTACTATTACATCCTT +TTTCATGATCATTATAATCAGGATGGCTAGCATAAATAAGATGTAAATATAATGAGCTCC +TGTTAAAACCATATACTAAAATCCCCTTTACATTTAAGATATTAGTATTATATGGTTTTA +TACTGCCTCGTGTTACTTCTAGAAATATATAAGTAAAATATTTTTTATATATTTTTTATA +TATTTTATTATGAAAATAATATAAAAGCTAAAACTATAAAAAAACTATGCTTATTATTAA +ATTTATTTATCGTTAAATTTTTGTAAATATATATATTTATCATAAATATTTGGTATAATC +TTCTTTATCATAAAAGAAGTACTGGAGGTGCACAATGTTTCAAGTAGAAGAACCTGAATA +TAAAAAAAATATTCTAAGGCTTGCTTTATTCATAGGAGAGCTTATGTTATCTAATGGAGC +AGAGACTTATAGAGTGGAAGATACAATAAAAAGAATTTGTAAATCTAGAGGTTTTAATCA +TGTAAATGTCTTTACTACTCCTACAGTAGTAATTATTTCAGATGATAGATTTGATGGATA +TAGTTTTATGAAAACTATCAACCGTAGAGCAATCAATTTAGGTAGAATTGCATTGCTAAA +TGATTTTTCTAGAGATTTTGTAAAAAATCCAGAAATGACTGTTAAAGAATCTATGGTTAG +ATTAAAGCAAATTGCATCATTCAAAGCTTATCCTACTTGGATTAATTATATGTTTACAGG +AATAGGGTCTGCATCATTCGCGTACTTGGTCGGTGGGAACTCACCGTTTGACTTTTTATT +AACCTTCTTGGTTTCTATAATTGCTCAAATGGTTTATGACCAGTTAATCAAGATTAGTTA +TATTCCAAGCTTCTGCTGTTTAGTTTCATCACTCTTAATGGCTGCTTCTGGAGTTGTACT +TACTGAATTAGGATTTTTAACAACTCCTAAAATGCTTATAGTCGGTTCTATAATGCCTTT +ACTTCCTGGGGTTCCTTTTATTAAAGGTGTTCGTGATTTAATCGCAGGAGATTTAATGTC +TGGTGTTGTACGATTCTTTGATGCAACTATTATATTTATATCAATTGCAGCTGGTGTTGG +GTTTGTCCTTGAATTTTGGTTTAGAATAGGAGGGGCATTATAATGATAGATTTACCAATT +TATTTAAATTTTACTTTTGCTTTTTTAGCAACGATAGGATTTGCAGTATATTTTAGTGCA +CCTAGAGTTTCTTTAATTCCATCTGGTATAATCGGAGGCTTAGGCTGGTTATTATACATA +TTTTTATTTAAATGGAATGACAATGCAGTTGTTTCAACCTTCTTTGCTGCAGGGTTCGTT +GCCTTTTTAGGTGAGATTCTTGCTAGAAGGTTAAAAAATCCAGCTACAGTATTTACTATA +CCAGGAATACTTCCTCTAGCTCCTGGGGTCGGTATTTATAATACTATGCTTTATATGGTT +CAAAAGGAATTTGAGCTAGGATTTTCTAAAGGTATAGATACATTCTCTATAGCTGCAGCG +ATTGCCCTTGGTATTCTTGTTGTAACATCTATTGTTAATACCTATAATATTTTAAGTAAA +AGAAGACTTTACAAAAAACTCGAAGCTTTACATGGCCCTTTTCATATGAATTTAAATAAT +CGTAAAGATAGTTAAAATAAAAATAGAGTATCTAAAAATGATTTTTGAATCATAAAAGGA +TACTCTATTTTTATTTACATAAATACTTTTATTATTTATTTTCCATGCTTTCCATTTTTT +TTATCTAATGCTTCTATTAGTTTTTGAGCTTTTTCTTTAGTTATTACATTTTCTTTAACC +ATATTATTTATTTCTTCATTTCTTTTTTCTTTCATCTCTGCTTTTCTAGCTTCCATTTGA +GCTTTTTGATATTCATCTATTTTCTTTACATCACTTTCTGTTAATACACCTGATTCTTGA +AGTTCTTTTAAAGTTGATTCAAATTTTTCTTTTCCTCTATGCTTGTGCTCTGGATGAGTG +ATATTGCTCGTCTCAATAGTTGTACTAGTTTTTTCTTCTGATCTATATGTAGCAGTTGTA +TCAGTATTATTAGCTTCATTTAGACTATTCTTACCATAAACCCCTTCTTTAAAGATACCA +ATTGTAAGAACTACAAGAGCAACTACTGACATAAAAACTATTTTTCTTTTACTATACATA +TAAAGTACCTCCTTATGATTTGTAAATACTATTTACATTTAATAGTTACTCTTAGATTTC +CCGTTAATCTTAATTTAAACTTAATTATTTCTAATTTTATAAAAAATTCATAAAAAAAAT +ATCTACTATTCAGCTAAAAATACTGAAGATAGTAGATATTTTCATTTGCACTATTATATA +TATCTAGTTGTTTTAATCCTACAATAGGTATTTGTATTTAGTTTATCTATCTAAGATGTT +TGTGATTACAGGTATAAACTTTCTACTTTCACGGAATTTATTATCATTTCTTTTTAATAT +TACATATGAAGTTGACATCATTACAATTCCAACTAATCCACTTATTATTTCCACACTTAT +ACCTTGTGCTTCTATTACCTTATCCAATACAAAGTAACTTCCTATAGTTCCTAACATTAA +AAAAATTAATGGTACTATATATGCAAGTGCTGTTGCTTTTAATACATTCATATTATCCAT +ATTCACTTCTACATGGTCCCCTATTTTTGCACCAATTGTATTATCAACTTCTACTAATAT +ATCTTTAGTTTCTGATGATAATGTTTGGCATTTTCCACAAGATGCACACGCTGAATGTCT +TTGCATTTTTAGCCTGGCTGTTTTTTCATCAACAATCTCTATTATATACCCCTGTTGATT +CATTTTTCTTCCCCCTATTTTGTAAACTTACTTATTGTATCCATAAGTTCTTGTATTGTT +TGTTCTGTTATTTCCATGTCATCATGTTTTATACTTTCTGTAACACATCCCTTTATGTGA +TTTTCAAGTATAATTGATCCTACTTTGTTTATAGCAGATCTTATTGCTGATATTTGTACT +AGTATATCTACACAGTACCTTTCTTCTTCTACCATTTTTTGTATACCTTTTACTTGTCCT +TCTATTCTTTTAAGTCTTTTTATAAGAGCATCTTTATCATTAGACGGTTGTAGTTTTTTT +TCCATACTGTCCACTCCTTATTAAGTGATTATATTTTATTATATCATATTTTTGTAAATC +TATTTTACTCAAAGTAAAAAGCACTAAATCATTTTTCGATTAGTGCTTTTATTTTTATTA +TATTAACTTTATTTGCTCTATAGGCATTGGCTTGTTATATAAATATCCTTGTACATATAA +TCTTTCATTATATATACTTTTAATCAATTCATTTTGAGATTTATCTTCTACACCTTCTAT +AATTAATGCTTTACCATTTCTCTTAGCTATTTTAGACATAAACATTATAATCTCTTCTTT +TATATTACAATCACATACATCATCTATGAAATACTTATCCAACTTTATAACATCAAAATC +TAGCTTTTTTAATACATCTAAATTAGAATATTCTACACCAAAATCATCAATTGCTATCTT +AAATCCTGCATCTTTTAATCTTTTTATAGATTTCTTTAGATTATCTAAATTTTCCATCTT +GACTCTTTCAGTTATTTCAAGGCATATTCTCTTACTTTCTATGTTTGACTTTAATAATAT +CTCTATAGCGTTATCAACAAATTCTTCATTTTCAATTTCATTTAATGATACATTCATAGA +TATATATATATTATTTATATTTTCATAACTACTAATCATATAATAGTCACTAGTTATTTT +ATTCAATATCCATATAGATAACTCAGCTAACATGTTATTATCTTCTATTTCAGAAATAAA +TCTATATGGTTGTATAATATTTTCATTTTTATCCTTAAGTCTTATTAAAGCTTCAAATGC +TACAACTTCATTAGTTTTTGGATTATATATAGGTTGGTAATGTAAAAAATAACTATTATT +ATTCATTCTTCTTCTTATTTTGCTTTTAATACTTCTTAATCTCATTTTCGGTATTATTAT +AAATATAAATGCCATTCCCAATATAATAATTAACATTATAGCCATTGACACATGTTGTAT +GTAGTTTAATTTATCTACCTGATTAAAATATTTGTTCCATAATTCTACTATAGCATTATC +ATCATCTTTTGAATTTTCTTCTATTAGTTCATCTAAATAATCGATAGTTAATCCAAACAT +TATATCTATATCCCCATCTTCAAGATGCTTTATTCCATCACTAAAATCACATACTACATA +TTCATATTTAAAGTTACCTTCTTTTTGTAACAAATTTAATAAATCCGAATAATATCCTTT +TACTTCTCCATTTTTTCCAATATAGCTATACGGTTTATATTCGTATACACCTACCTTTAT +GATTTCGTCTTGTCCTACGCTTTCTGCATAAGTATTAACATAAAACATATTTATAATAAT +GATTATCAGAGCTAAATATTTAAATCTCATGTGATCCTCTTTAATAAAATACAAATTTGG +GCATAACTTTAGAATTAAATTGTAAACTATATCTTATCTTTTTTCAAGAAAATTATATTT +TCAGTCCTAGAAAAAGATAGACTTCATATCTATTGTGAAGATACTTAGTCTATCTCTTTA +TTGATATTAATTTTTTGTATTTGATTTATTCTTCTTACATTCTCTACAATTTCCAGTACA +TTCATCTACCATCTCTAAACACTGGCTAAATGCTGCTTTACTATTATTTTTATGCCTTAT +TATAGGAATATTCCTTTTTTTAGCTTGCTCTTCTACAGATATTACCATCTTATGTGATAC +TACTGATGTAAATATTACTATTGCGTCAGGATCTCCTACACATTTTTTAACTTTAGAAGA +CATATTTAAAAACACTTTAGCTTTATAACCTTTCTCTTTAGCTAGTGATATGTAATCCTT +TTTCATTCTTTCATTTCCGCCTACTACTACTAAAGTCACAATATCATCCCCTTTCGCACT +GTAATTAATAATAATTCTCATCATTAATTATAGTGCAAAAAAAACCTCAAAGCAATATAA +TACTTTAAGGTCTTATACTATTTTTTTATTTTTATTTATCATCTCTACGAATAACTCTAC +TAATTGAGGATCAAATGCCTTTCCTGAACCAGCTAATAAATTAGATATTGCCTCATCTAT +AACTTTTTCGCTTACATATGATTCAGTAGATGTCATAGAATCAAAACTATCTACTATAGC +TAAAACTCTTACTAAGTATGGTATTTCCTCTTCCTTTAATCCTTCTGGATATCCCTTACC +ATCATATCTTTCATGATGATACTTAACCATAGGAATAAATGGTTTTAAACACTCTATATC +CTTAATAATAATTTCTCCATTTATAGAATGATTTTTAAAAGCTTCAAATTCTTCAGCATT +TAAATTATTCCTTTTATTTAATACTTCTTTAGGCATATCAAACTTACCAATATCATGTAA +GTAAGCTCCTATTTGCAAGTCTATCCGTTCTCTTGAACTTAATTTTAAATGTCTTCCAAA +ATTTTTACAATACTTAACTACTCTTTCTATATGACCATAAGTATATTTATCTTTTTGATT +AATCATTCTCATTAATTTTTTCAAATTATCAAGAATATCTTTATTTACTTGATTATCTTC +ATATAGCTCATCCAGTATACTATGATAATGCTCTACTCTATTCCTATTAAATGCTTTAGC +TTTATAAAGAGCATGGTCCGCAGTATTTATAAGGTCATATTTACTGTATGCTATCGTAGG +ATATGTAGATACCCCAATAGACATTGTTAGTTTCTCATTTGGCTGAGCTTCTTGCCCTTT +AAAATGTGTTTGCTCTATACATTGTCTAATTCTCTCTCCAACTTTAATAGCATGTTCTTG +ACCTGTATTTGGAAGTATTACTGCAAACTCTTCTCCTCCATACCTAGCTACTATATCTTC +ACTCCTAGTGCAGATTTTTAATAAATTACCGACTTCTCTTAATAGTAAATCCCCTGCTTG +ATGACCGTGTGTATCATTATAATGTTTAAAATAATCTATGTCCATAAACAGTAGTGATAC +CTCTGTATTATCATTAGATTCTTCAATTAACTTAGTTAAAGCATCTTGAAAATACCTATG +ATTGTGGATTCCTGTTAGTTCATCCATATTAGCAACTTTCTTTAATTCTTTAAAGTATTG +CCTTTCGGTATCTACATACATACCAAGAACAATTGATATTATGAATAACACAGCAGTTAA +TACTATATCTTTTTCTAAATAAATAACAGATGTCTCAACCCCAGACTTGTTAAAGAAAAG +GTCTATCCCTATTATTATAGTAGAATAACAAACAGACACACCTACGCTATATTTTTGTCC +AAACTGTATTGCCCCTATTATTACTGCTAAGATACTAAGTATTTTATAGTCACTAGTTTG +AAGCCCAGTAGCAGATATTACTAAAATAAATATAATCATTAGCACTAAGCTTTCAATATA +ATCCCTATACTTAGACTTCTCGTAAACCCTATCTTTGCTATAATTTGAAGACCATGATAA +ATAGTAATTCATCATAATCGCAATTATACACGTCGTAGCACTTATCATATATATATTATC +CTTAACTTGAAATGAAATTGTTTTTATAGTACTAAATGTTGATATTAATGCTAGTACTAT +ATACATTATCTTCAATAGGATTACTAATTTAAATACATTTTCATATCTTTCGTTATCATA +TTCATGTCTTTTATTTTGTTCATATACTTGATTAGAATTTTCCATGTCATATCACCTAAA +TATATTATAACATTCTACTCAATAAAAGCCATAAGGAAATAAACACCTTATGGCTTTTAT +TCATATTACTCTTCTCTTAAAGACTTTGGCATTTCTGGTTCAAAAAATATAAGTGAGCAA +TATGTAGATACTCCTGATGCTAAGTTTGAAATCATTTCAGCTATTGAGTCGAATAAAAAG +TTCATTACTTTACCTCCATTTAAATTTATTATAAAACATTTAAAAATTTTAAATATTTTT +TACTATTTTAAATTAACAATATCAAATATTTTTTCAAAAATATTAATACCTATGTCCCCT +AGCTTAGATATTGAAAATGTTTGTAGTGCAACTCCTAATGTTACAGACGAAACTATTGTC +TTTATTAGATAAATCTCGTTAATATTATAAATCATCAATAATATTACAATTAAAATACAA +TAAAAACTTAATAATTGAAACGATTTTTTTCTAAGCTTTTTTCTTGTTTTTTCATTTTTT +AAAGGTTTATTTTTAGATGGTACTGGGCATTTATTATAAAAAATATATATTGATGATACT +AATATAATAACTACAAAAAATAGTAGTCTATTATATTCAAAACTTGCAGATACATATTTA +GTACAAAATGCCAATGATATTGATAAAATCAATCCAGATAAAGTACACCTATTTGGTGTA +CTAGAATGCACTCCTCCTGAATACCTTTTCAATGATGATGCTACTATAGATATTGTCATT +ATTTCAAGTAGTACATTAAATACTATTCCAACTAATAAAGTGGCTATCAATGCTGTTGTC +GTATGTATTATAAAAAATAAACCATAGTTCAAAACAGCTATTTCTTCATCATTTTTATCA +AGTCTATTCCCTAAACTTTGAGCAATATTTGAAGATAGTCTTTCTACAAAACTCATGCTA +ATCTCCTTTTAAAAACTTTTCATCATTCTTTTTTTCATAGATTTTATTACCATAACTATC +ATAACTAATATAGCTAAAGATGGTAACGTTGAAACAGCTCCACTAACAGTTTGATAATTA +GTTAATATTTCAGGATCAATATATATTATTTTGCTAGCTATAAAATAATATATCCCTTCA +CTTAATGCTAAGGCTATCCATATATTACAAGGTGCTATTACTACTTCCATAAAGTTCTTT +CCTGATAACTTAAAAAGAATTAATCCTAGAGCTATCATAGATAATAAACTATGAACACCA +AAATTTATAGGTAAAGTTCTTATTAAAGTAACAATCATTCCATGAAAAACTCCATATTTT +AAAACTTTAAGTTTATCTAATTTTAAATCTAGTAATATAAAACTAGATAACATTAAAACT +ATACTTTCTGGTATTACTCTTAGTACTACGTATGCCAAAGATGAATGCAACATTTTTCCA +CTTCCTTTTACTATTCTTTTATAAGTATAACACTTTTTCCCATTTATGTAATGGTTTATT +ATGTTTTTTGTAATATAATATTAAATTGTTTTATATTTTGTCTTATTTAAATAATATAAA +TTCTAGTTAGGATTTATTATAAACCTTTTTTCACATTTGATTTTAGTAAAAAAGGTGATA +TGAAGATTAAATTAATCTTCATATCACCTTAATAATTAATTATTCTAATTAAACTAAATA +CTTATTTATAATTCCATTGAAATCATCAATATGATTCACAATAAATTCATCATAAGTAAT +TCCTAATTCATCCACTTTCACAGCTAACTCATATAAAAACTTAGGAACATCACCTCTAGC +TATATCTCCTACTGCACTACCAAGTTTAGTGTCGTCTTTACCAAGCCTTCCATTCATATG +AAGCTCAAACGCCTCTGTAACTACATCATTTACTCTTTTTTTCTTTCCTGCAAACCCAAG +TAAGCCTATTTGATGAGTACCGCAAGAATTATTGCATCCTGATATGCGAAGTGATGGCAA +TACATCTTTATTAAATCCATTTTTAGCAAAATATACTAATATCTCATCTAATAAAGATTG +GCTTTCAGCAATACCTATTTGACATGTCGGAACCCCTATGCAAGCAGAACTTTGCTCTAA +CTTAGTTTCACCACCAAGATTTTTAGTTATTTCTAATAAATCTTTAGCTTCATTTCCATT +TAAGTTTCTTATATACATACCTTCACTCATAGAAAGCCTTATTTCTACATCTTCTATATT +TTCTATACTATCTAAGATAAGTTTTAGTGTATCTAGCTTTAATATTCCTCCAATTGGGTG +GAAGTACACTGTATATAATCCTTCTTGCTTTTGATCTATTAATCTATTATTATTTAAATT +TATCTTTACTCCAACTTTATTGTACTCTTTTGGAATAACTTCTAAATCTAAATTATTTTT +CATCTTCACTTCAGCTAAGTGCTTTTTATAACATTCTAACGCTGCTTCTTCTCCCATTCT +CGCAGTTATATATCTAGAACGAGCTTTATTTTTATTCGAATAATCACCTTCTGCCATAAA +AAAGCTTGTTATAGCTTCAACATGATATAATACATCTTTAGTTTCTATTAACTCATCGAA +CGCTATAGCTTTTGCCGCATTTTTTCCAAGACCACCAGTTAAATAAACTTTAAAATAATC +CTTACCATTCTTTTTAGTAGCCATGAATCCTAAATCTGCAATACCTGCATTTCCAGTATC +TTTATCACTACTAGAGAAAGATACTTTTAATTTTCTAGGTAATTTATACGTAGTTATTTT +ATTCATAAAATAGCTATTTACAGCTTGTGCATAAGGTGTAACATCAAAAACTTCTTCTTT +ATCTACACCTGATAACGGCGATATTGATACGTTTCTAGGGAAGTTTCCTCCTCCACCTCT +AGTATATATTCCATTATTCATAGCTTCTTTCATAACATCACAAATTTCATCTATGTTTAA +CCCGTGAAGTTGTATAGCTTGACGAGTTGTTGTATGAACACTATCAAGATTTTTATCTTT +AGCCAAATTATAAATTACTTTTAATTCTTGTGTATTCAGTATACCTGATGGAATTCTAAG +TCTTATCATAAACTCTTCTCCACCACGATGTGCATATACTCCCATTCCCCCAGAAGTGGC +TTTGAAATCTGCTGATGATATCTCTTTATTTTCAAACTTGTGACCTAGCTCTCTAAAGCT +ATCTATTTCCTCTAATAACATACTTCTTAAATGCTCCATAATATACTCCTTTTCCTGTAG +TCTTCCTTATTGTAGTTTTATAAATTATATCACATATTTTTCCATTTTAATGTTATTAGA +ACAATAATTATACATTGAATATTCTTATGAATACTATTAACTTTTCCTATAGTTTTGCAA +CTACCATAAATATAGATTTAGGTTTAAATGGAATTACCTCTTTATCATTCCATACTTTCT +TATATATGTTTCTATCAATTTCTACATCTGAAAATCCGCATCTTTTTAATATTTCTCTAT +CTAAACTAGGTCTACCTTCACTAGATAGATCTAAATCCCGACTTGAATCAAAATATATTA +AAGTTCCATCATCCTTTAAAACTCTCTTCCATTCTCTAAAAGCAGCCCCAGGACCTTGAA +GTTGCCAAGTTATTTTACTAGAAATAATAAGATCAAAAGTTTTATCTTCAAAATCTAATG +CATTTTTATCCATTATTCTAAAATCAACTTCCACCTTAAACTTATTCAATTTTTGTTTAG +CTTCATTAATGCTCTTATAGGTCGGTCTTATAAGTGTAACTTCATGTCCTTCATCTGCCA +TAATCTTAGAAAAAAGAACATTTAGATTACCTATATTTAAAATTTTTAATTCATTTTTCA +TTGTAACATTTTTTAATATAAGATTTTTTAAAATTTCAGACTTGTATTCATCTAACTCTA +AGTAACTAAAATCTAAATTTGAAGTTGATCCTTTATTCCAAAGTTTCTTTTCATTATCAA +AAATACTTCCCCTATATTCTGTGTAATCTCTCATACAATCCCCCCTATTTATATGCTAAA +AACCATGAAGATTTAAATGTATATACACTTAATCTTCATGGCTTTATTTAAAATCCTACT +TTCAAATAAGAGGGTATCATCAGAGATAGTGTTTGTCAATTTAACCATTTCTGCTATTAA +ATTTATTAATATTGACCTTTACTCATATTACATTATTAATTTACAATATAATTTCTTATA +ATCACTTATATTTTTATATTATATGTATAAATTTATCTTAAACTTTTTATTTTATATTTC +AAAAAAGCAGCTTATAGCTACATTTAATCTAATATAATATTTTCTTTTATTATCGATATA +ATCATTATTATATAAATACTTAATACTGGTTTACTAACATATAACATATACTCAAGTAAA +TTAGATTTATATAAAAGTGCAGTTATAAATAAAAATGTTATCACAGAAAATATTTTTAAA +GTTAAACTACTTTTATCCTTTAAAAGACCATCGTGTATTACTTTTTTATTATAAATAGGC +TCTAATATATTTATACCAATAATACTAATACTTGTATAAAATAATATAAAACTTTTATAG +AACTCTACATCCATAACCTCTGATAATAAAACGGTTATTAGAAAAATAAAGGCTGGTTTA +ATATAATCTAATTTAGATTCACATTTACTACTTAACTTAATTAAAATATCTAAAATAATA +TAGAAATTCAAAAAAATAATAGAGTGAGCTATTTTATTTAGTAATAATCCCGATGCTAAA +ATTATTATTATAGTATTTAATCTATTTTTATTTTTATTTATTCTAGATATATTTATTTCA +TTTATTTTATTGTCATAATTATTTAATTTATCATTGCAAAAATAAGATGTGATTCCTTCA +GACCATGCGCTTGCCATTACATCCTCCCAAAAGCTATTTTTACAATAAATTAACATCTTA +TTGAATTTCATTCAATACTTTTAACAAAACTGGTCACTAACTATGCAAACTTAGTCATTT +TTAAATATTTACTTGTATTTTTTAACAAACAATAGCTCCTAAATAATTAATTAATTCTGA +CTTAAACTCTCTAATAGCATATTTACTTATAGGTATTTCTTTTCCTTTTATATAGATAGA +TTGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCT +TATATCCAAGACACTTGCGAGGTCTATTATTT +>MGYG000000001_65 +AGTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATA +TTTTTAGATGTTGCACTTAATATGATAATTTATCAAATAAAAAAGCTTGGATTAAATCCA +AACGTTTATATTACATTCACTTTTAATAAAGTAATTATGTTATAATTCAATTTATATGGT +ATATTTAACATCCTATGAAGTAATTGTTGCCTTTTAATAGTGTTTCTCATAAATTTATTA +AAATTATTATAGTGTTTCCTTTTCTTTATAAATTCTATTGTTTCTTTTTCATTCATCAAA +AATATATCTGGCCTATAAAAATATAAAGGTTCTTCTTGTGGTAATCTAAAGTGTTTTTTT +AAAGAATATACCACTTCTTTTTTATAATTACATACATTTATAAAGTATTTATATGATTTG +GGGTTTCGTTTTATATCATCAACTTTTCTAATCCCAAGTTTATATCCATTGTCTATTTTC +TCCACAATATCTAATTCAAAAAAGTTTGTTATAGAATCAATTCCACCTATGACTGTTATC +TCTTTATTTTCTCTTAATTCAAATTGTAAACGAATAGTATTTCCATTTACTTTAGGATTA +ATTATTATCGTTTCTACTATACTGAAAGAAGGCCTCTTCTTTGCTGATGTTTTATTACTC +ACTTTCTTATCCTCCATTTATTAGGTTAGCATTAATAAAAACTAACTACTCGTAAATAAA +ATACTATATTATAGTTTTATTAGTCAATAACATTCTACTTTTTTATATAATAACCAATAT +TTTTTATCTCTAAAATCATAAAAAACAATATGTAATTTGTATTTTTTTGTAATTTTGCAT +TTTAATATGTCATTATTATCAGTATTTTATATTATTTTTTATAGTGATATAAAACAACGA +ATATAGTAGAATTAAATTAAAGGGAATGTAATTCTGTTCCATTGGGGGGATATTATGGTT +ATTTTCACTCTTATTAGTTTGTCAATTGTTAGTCTTTGCCTAATTTATTTTTTATCTATG +GTATGTATTCAACTTAATCGAATTATGAATATAAATTTACTATTGGGAATGGATGTTACA +AAACTATATTCAGATGAAGATCTTGACAAAGAAGAAGACTGCATTGACTCATTAATAAAA +AATTGTGCTATGTTTATTTATAAAACTACAAATAAATTTAAAAAACATATTTAAAGCCTA +GGATAAATTACCTAGGCCTTTATTTTGTAAACTTATTTTTTTATTATTATATTTTTAAAA +ATTTCATCATTTTTAATAACACATGAATTTAAAGGATTTATTTCTTTACATTTCAAATGA +TGATAGTAAGATTTACTTATAAACCCCAATTCAAAATTACATACACATAGACTTAAGTTA +ACATTAAAGTTGAGATAATCAATATTTTCACAACACATAAACTTTTCACTTTCTTCTAAT +TTAAGGATAGCTTCGTACCATGTTATTGCTTTCAAATATTCCTTTTGAAGTTCAAATGAT +TCTGCTATATTGTAGAATATATTAATATTTGGGCAAGTATATTCAAAGCATCTATAAAAA +TATTCCCTTGATTTTTTATGATTATTTAAAAATAAATAACATTTACCTATTTTGCATAAT +GAATCAATTATTTCTTCTACCCAAATAGCTTTAGTTATAAATTCTTCTAATACTGCTATT +GCCTCTTCATAATATTTGTTGCAATATAGCTCTTTTCCATAATAGTATAAATCTCTATCA +CTTAATTTATTACCAGCTTCTACATTCTTTCTATATAACTTAAGGTTTCTATCACTTACA +CTTTTTACTTTATGGTGTGTAATAACAATATCACTATCTAGAATATCTCCACTTAGGTCT +ATATACTCGTGGACAAATCCTATCCATCTGAAATCTTTATCTTTTTTAACTATTCTATTT +CTTCTACCTATAAAAGTAAAGCACGTATTATTACAACCTAGCATATTAGTCTCAAAAGTT +ACTGCATCTATATTATTTGATAAGTTACTCTTTAATTTAATTAATTTTTCTTGATTTTCT +TTATCAAAATACTCGTCTGCATCCATCCATAATATATATTCTTTACTAGCCTTACTGAAG +GAGAAGTTTCTAGCTTCTGAAAAATCATCTATCCACTTAAAATCATATATTTTACTTGTA +TATTCTTTTACTATTTCTTTTGTTGTATCAGTTGAACCTGTATCTACAATAATAATTTCA +TCCACTATATTTATTACACTGTCTAGACATCTTCTTATAACATTTTCTTCATCTTTAACT +ATCATACATAGACTTAAGTTTATCATTATGAAATTCACCTTACTTTATAGTCGTATTTTA +GTATATGATGAAATGTAATGTTTTGTTAAATAAATTTATTTACCCTTTTATATATTGTTT +TAACTCTTTAATGTACATCTCAATATTTTTTATAAATTCCTCCATTTCATATTTACTCAT +ACTTATTCCTTTTTCTTTCTTAAATATCTCACTACTAGTAGTTACTATCTCTTCACTACA +CTTATAGTAATTTGATTTTAGTTCTGCTTTTACAGACTCTCTAAGTTCTTCTATAAATTG +TTCTATATCATTTAATATATTTTTACTTTTATTATTAATTTTCACCTTATCATATATTAG +CTTTCCTACAGCTCCACTTATAGTTCCTGCAACTAATAAAGGGGGGCAATACACCATAAG +AGCTGTTCCTATAGTCATAGAAGCCGCGCTGGAACCTACTGCTGCCGCATAAATAGACGC +TATTCCTCCTGATGTCACTCCCAAAATCGCTCCTGTCCCTACTGTAGCTAAAACTTCATT +TATATTTATATCTTCTTTATCCACCTTATAATGTGCAGAATTTAAAAATTCATTTTTATA +ATATACACGCTCTACGTTCTTATTAATACTAGTGTTTATTTCATACTCAACTTCATTTAA +ACACTCTTCCCATTCTTCAAAGAATAATTTATCTAATTCATCTTTCTTTTCATTTATATA +TTGATTTATATAATTCTCATTTATATAATCACTAGCGCTATCTATATTTTCTTTTATTTT +ACCAAGTTGATTACATAAAAAAACTCTATCTATCCAATCATCAATTTCATAATTCATTTT +TGAACTTATATAATCTAATTTATTTCTAAGTATTTTTTCATATTTATTAGTTTCCTCTTC +TACCATTAAAATGCTCTTGAAATAATCATAACTATATAACACTTCTTTTTGAACTATCCC +TTGAAGAGAATGCTTAATACTTTCATACTTTACTTCTTGTGAGTCTCTATATAAATCTTC +TATATACTTTATAAAAGTTGAAAAATCTTCTTTAAGCTCTTTATCACTATTTATTATCTT +ATTTTCATTTTCTTCAACTTTATTAGGATTAAATTTTTCTTCATACTCTACTAAGGAGGA +TATTAAGAAAAACTTATCCATATAAATTCCATACTCTTCTTGTATGTAGTCCATTAATTC +TATTTTATCACCATCTAATAAGTCACCTTTGTTTATTACTCCAATAATAGGTTTTTTAAA +AGATTCTATTAATTCTAAAGCATCTATTATATCTTCTTGGCCGATATGAGTTGCATCTAT +TACAAACACTATAAAGTCTGCATTTTGTATATAGTTTAATGTCTTATTTTCATTTTTAGT +AGTCATACTTCTTAGACCTGGTGTATCAACTATATTTATTCTTTTCAATAGTTCTAAATT +TAAGGATATATTTATAACTCCATCTACTATCTTAGATTCATACTCATCTCCATAAGACAC +TTCTATTATAGATGATGTAGCTTCTAATACATCAGTTTCACTTATATCCTTTTCTAACAA +CGCATTTACAAGTGTTGATTTACCTGATTTTACTTCTCCTACAACTACTAATTTTAGAGG +CTTAGACTCATTTATATCCAATATTTCAAGATTTGTCATATTATCATGTAAATCATTTAT +AACTAGATTTTTGAAAGGTATACTCTCCCCCTCTGCTAGTTTGCTTCTTAATGGAGATTT +TAAAAAATACTCTTTTACTTCATATATACTTTCCTTTACATCTTTCATAATATCACCTCA +AACTCTCTAGAATAGAGTAAATCATATCTAAATTTTTAATATGTTCTTTTATATTTCTGT +AATCTATATACTTTCTTTTAAAACTACTTTCTCTAATATCCGCTATTATAGTTTCAATTT +GACTAAATTTTTCATTTACTTCATTTATAGACTCTTTAATTAATGAGTTAATTTTAGTTT +GAATTTCATTTTTTATGGCTAGTTCATTATCATATAATATCTTAGAGTTGTTTGACCTTC +TTGTATTCATAGATTTGAGTAATCTTTCTCTTGGAGATTCATTTTTATATAGATTTTTTA +AAGATTTTATAAGGCTGTAATCTACTATTAAATTTTTATTTTTAGTTAAGTGGACATTAA +TGGATAAATAGTCATTTTCTAGTTGATTTGTAAATTTAGATATATTATAAAAACTTTTAT +ATAATTTATTTAGCTCATTATTACAGATCATCTCAATTTCTTTTAGCTGTTTCTCTAAAT +AATTTATATTAATTTCTTTATAATAAGATATATTTTTCATATCTAGTAATAAATTCTGCA +CATATTCTTTACTATGATTTACTTTTTCATTTAATTCAAATTTAGATTTATTGTATTTAG +ATATATCTTTATATAGCTCTCTTTTATAAATATCTATAGTTTTAATAATCTGATCTGACA +TTAAACTTAAATTCTTCTTCTTAGATTCTACTTGATTTATTTCTGAGTTTTTCTTAAAAT +TTTTATTAATTGAATTTATTAAATTGTTAATTTTACTTTTATTTATCAAATTTTCATTTT +TTATATTTCTTCCTTTTACAGCTTCTTTTGCTGAAATAAATACTATATCATCAAACATAT +CTCTATAAATTTCATTTACTTTTTCTTTTACTTTAGTAACATTATTCTCACCATTGTTTT +CGATTATATCCATCTTATTCACAACTAAAATCATATTCTTTTTAATATCATGAATCTTAT +TTAATTTATTAATATCTTTTATAAATTTATTGCTCATTTTAGAGATAATATTTTGAGCAT +CTATTAACCAAATGATCCCATCTGATTTTTGATAATAATCTTCTATCGAATTCAAAATAC +TTTTACTTAGAATTTGATTTAGACCTGGTGTATCTACAATAATAAAATCTTTAAGTATTC +CATTTTTATTAAAGTAATATTTTACTTCAACTATATCAGAAATATATAAATATTTCTCTT +TTAAAATTTTTTTATATTCCTTTAAATCTGAAATTGAAGCTTTATTATTATCTTTATACT +CTTTAAGAGCTCTAGAAATCTTTTTTCTAGATTTATTAAACTTCTCTTCCTCCTTATCTA +AATAATTAATACCATCTTCTAGTGTCATTTCTATATCCTCTTTATTGGCATAAGTTATCA +CAATCTTTTCAATCTTCGACTTGCAAAATAGATCCAACTTCCAAGTATTTGGTAAATCAT +TCGTCTTTACCAAATCTTCTTCGACTAGAGCATTAATTACAGTAGATTTTCCATAATTTC +CTGACCCTATTACAAACAACAAAAACGGTTCAAGAAGCTCTTTTAAATTTTCTAAATTCT +TTTCAAACTCCATATTAATATTCTCTAAACATTCATACGTTTTATTTCCTGGAATTTTAA +AGGTGTTTTTGTAACTACAATTATTTATGTTTTTAATGTCATTTTTCATGATCTCTACAT +GGTTCATTAAGTTTTCAATGACGCTACTTAGCCTATAAAACTCTTCCTTCCTGTTAATCG +AGTACATTTTTATCAGTCTCCTACATACTAATATCTCTACTAAATTATATGATTTTAGTA +CATTATATATCTCTATTAAATTACTTGAGTATATTCAATTATAAAATATTTATTTTAGAT +TACAAAAAAGAGCTATGATTCAAATTAATAAGGCTATTAACCTAGAGCTTGGTATATAAG +TATAAATTTCCTAATATATCCATATATAAAAGAAATCTTATACTTTATACAAAGCTCTTA +AAGGTTAATTCACCATATTTTTTAAATCTAGCTCTTCTAGTAAAAATGTTTTAATTGTTT +TAAGCGACTTGGGTGTCTAAGTTTTCTTATTGCTTTCGCTTCAATCTGTCTAATACGCTC +TCTTGTAACTCCAAACACCTTACCAATTTCCTCTAGTGTTTTTGGATCATCATCATCTAA +TCCGAATCTCATTCTTAAAACTTTTTGTTCCTGTTCACTAAGACCTGTCAATAGTTCTTC +TATCTTCTCTCTTAGATTATGTTGTTCGACCTCATGTATTACTACATCCGCAAAATTTGC +ATCAGATGGAATAAACTCAACCAAACTACTATCTTCATCTTCTTTAATTGGAGTATCTAA +AGAAACTATATTCTTATCTCTCTTTAATATATCTATAACTTTTTCAACTTCAAGATCGCA +CACTTCTGCAAGTTCTTCTAATGAAGGTTCTCTCTGAAGAATATTAGATAATTCTTGTTT +TTTTCTTTTCACAAAATTTATTCTTTGATGAAGATGAACTGGTATTCTAATTGTATTTTC +ACAATCATCAATATATCTTGTTATACTTTGCTTTATCCACCAAGTTGCATAAGTACTGAA +CTTATACCCTTTTGTATAATCATATTTTTCTACAGCTTTTATTAGTCCGATATTACCAGC +TTGAATTAAATCAAGCATATCTACACTTTCTTTTCTATATTTTTTAGCTATACTTACTAC +AAGTCGGTAATTTGCATTTATAAATTGCTCTTTAGCTTGTGGTGTAGAGTCACATATTGC +CTTTGCTAATTCTACTTCTTCCCCTGCAGACAACATCTTATACTCTTCAATTTCTTTCAA +ATACATTTTCATTGCATTTGATGAACTTGATGAGTCCCCATAAATATAATTTTCATAAGT +ATTTTCTCTTTTAGCCCCCATAATCTAACCCCTTCTATACATATAGTTTATTAAATTCCA +TATTAAAGTGTCTGTAGTCCTATTTATCTATATAATATGATTGTAATTATGAAAAAATAC +CTCTTCAATGTTTTGAGAAGTTTAATTTTATTTAATTGTCAATTACTTTATTTATCAATA +ATTCTACACATAAATGAAAAAACCTTCTTATTTTTTTAAATTACATTATATTTTTATAAA +AATTTTCATTATATTTTGTAATTTATATACTAGACATATCTAATAGTAATAGTTACACCT +ATATGCATATTTTTATTTCTTTTTTATAATTCTACTTCTAATCACAAATTCCCTTTTTTT +TATGTATATATTGCATTTTAAACAAAATAAAAGGCCACAAAATTTGTGGCCTTTTATTTT +CGAACGACGTTATAAATCCCACTGTTAATAAATCCTTAGTATTTTTGCCCCAACACTGAC +GGTTTTATTAGTGAATTTTAACCATTTAATAATAACATCATTGAAAATTATAGTCAAGTT +TTCTTATTTAATTATTCGTGATGATGTCCGCATCCACACTCATGATGTTCATCATGATTA +TGTCCACCACAACATCCACCTTCATTATCATGTCCACCGCATCCACATTCGTGTCTTTCT +TCATGATGACCGTGATCATGTCCACATCCACATCCATCTCCATGATGATGCTCAGCTTCT +AATTCTTTTATTTTTTCTTCCATTTCAAAGAATTCTTTTACCATTTGATCATATGTAGGA +AGTTCAGCTTCTGTATCGTATTCTTCTCCAGTCCAATCTGCATACATCATTTCATTTCCA +TTTGTTAATATCATTCTTCCAGCCATAGTTATGTTATCTACATCTTCTAAGAAATCTACT +TGTTTTTGAACAGTTTCGCCTTCCATTTGAACATCTTCATCTAAGCATTTTACTATTAGA +ACTGGTGCATAGTAATCTTCGCTATCCTTTACATTTACTATTATATCTAAAATACCTTCT +GCTCCTTCCTCAAATTCTGATAAAGGTACATCTGTATCTATCATATCATGTGGAACTAAT +AAATCTTCCATTAGATATTTCATAACTCTCTCTTTTACTAATTGTTGTGACATAGTCTTT +ATTCTCCTTTCGACTCTAAAAATTAAAGTAAATCCAAACTTTACCTTTTTATAGTATAAT +ACATCAAAAAATATTTCAATCTTTAGATTAAAATATTTTTATTTCTATCATTATAATACC +CATTTTAATATTTTCTAAATTATTATTTACAATATTTATCTTTTATATTAATAGCTCATC +GGATAAATAGATTTAAATAATTTTAGCAAGTGATATTTATAAATTTTCTAATTAATTTAT +CTTAAACATAAGTTTGCAATATTTTCTTCATTATTTTATATAAAATCTTCATTTGATTGA +ATTTGTTACTTTTTCTTAAGTTTTTGTAACTTTTATTGCCTTCATATCTGTTTTTTAATT +CACTTAAAGATTAACTTCTATATCATCAAAATCTATATTTTTTATTCTTCATATGATTAA +CTCTCTTTTTTTATTCATTATTTTATATTTTTAATAACAAATAAAACTGTTGAATTCACT +ATATTTCATCATTTTTATCATATATTTTACATTTATTTACATGATAATTCGATAAAATTC +TATGTTATGATAGATTTGCAAGGGGGGAGACCCCTAAATAAAAAGTTACAAAAATGTAAC +ATTGTTTCAATATTTAAACTACTGAAAGAAGAGGTGCTTTTTATGATTAAAAAATTAAAA +ACTTTATTAGTTCTAGGAGCTATAACTGTAATTACTGCAGGCAGTGCTGATCCAGTTAGT +GCTTTAACAACTAAAACTACTACTACTAAATCAAAAGGCGTTGTTTACTTATGTATTAAC +GGGAAAAAATATAAATTCAATATAAACTCAAACTGTACAAATAAACCATCAGTTCCTGAT +ACTAATAACAACGGTACTGGATCTAAACCAGACAATAATACTGGTTCTAACAATGGTTCT +ACATCTAAACCAGATAATAATACTGGTTCTGACAATAATTCTACATCTAAACCAGATAAT +AATACTGACTCTGGCAATGGTTCTACATCTAAACCAGATAATAATACTGGCTCAGACAAT +AATACATCTAAACCAAACAACAACACTGGTTCTGATTCTAATAACTCAGGTTCAACTAAT +CAAGGTTCAACTAGCTTCGCAGCTTACCAACAAGAAGTTGTTAATCTAGTAAATAAAGAA +AGAGCTAAATATGGTTTAAGCGCTCTTAAATCTAACTCTTCTTTAGCTAATGTAGCTACT +ATAAAATCTCAAGATATGGTAAATAAAAATTACTTCAGCCATACTTCTCCAACTTATGGT +TCACCATTTGATATGATGAAACAATTTGGAATAAGCTATAAGACAGCAGGAGAAAATATA +GCTATGGGTCAAAAAACTCCATCTGAAGTTGTTACTGCTTGGATGAATTCTGAAGGACAT +AGAAAAAATATATTAAGCTCTAGCTTCACTCAAATAGGTGTTGGTGTTGCTAAAAATGCT +AATGGTCAATTATACTGGACACAAATGTTTATAGGATAATATATAAATTACTATAACTTA +TATATTTTAAATTTCTTAACTTTATAATTCTAATAAAAGAAGGCTATAATATACATAAAA +TGTATATTATAGCCTTCTTCATAATTAAATCATATACAGATACTTCTGTTATAAAATCTA +AAGCCCTAAATTTCTTTTATAAATAATAACATTCCTTGAAGAATTGTAATTACAACTGAG +CTTTGTTTTCTATAAGCCATATATAACCCATCCCATTCTTCACAGTACTTTTCTTTAAAT +CTTTTTAATCCTTGGAATGAGTGAACTTTTTCACAGTATGTGTACATATAGCCACCCATT +CTTTCTAAAAATCTTGAATATTTTGACTGACCTACCTTAGATAATGGAGCTAATCCCATA +TTAAATTTAGAATATCCTTGTTCTTTTGACCAATTGAATAAGTTTACAAACATAAAGTCC +ATTACACCATTGCAAGTGCTATGTGAAAATCTCATTAAGTCAATTGACAAAGTTTCATTA +TCATACATAGGCATTAAGTTTGCAAAACCTTTTATTTCATTTTCCTTGTCTTTTACAATA +GCTATAGGTGCACGACTCAAATAATCTTCTTTGAAAGAACCTATAAAGAAACTTCTTTCC +TTTCTATCTCCTAACCACTCATCTGATACTACTTTTAAACTTTCTATAAAATCCTCACTA +AAAGGTGGATGAATCACTTCAAAAGTGTACTCTTGCTTTGTTACTCTAGCTATTGCATTT +CTTACACTTTTCATTTTTCTACCTTCTAAAGTAAATTCATTTAGATTAACTCTAGCTTCT +TCACCTAATTTCATAAATTCATATCCACTTTCATGAAGATGAGGGATTAAATTTTTATTT +ATTCCACAAAATACAGGTGTATATCCATATTTGTCTCCTAAATTATTTAATTCTTGTATT +GTTTCTTCAATTTTATCATCATTTCCTATTGGATTTCCTAAGATGAAAATTTTATCTGAG +CAAATTTGGTATTGCATAAGAACATCTTTATCTTTATTTAAATAAATATATTTATCATCT +AGGTATACATAATGTATCATAGGTGAACCTTCATATTTATTTAATATCATTTTTATATCT +TCTTCACATTCTTTTAATCTCATTTTAGGAAAATCATTAGATTTATTAGTATAGTACATT +ATAGCTAAATATAATATTGCTATAGTAAATCCTATTAAACTAAATTTTAAAATACCCTCA +CTATAATAACTAATTTGCCAATATGAGCTATTATAATTTGTAAATATATACAGTATTAAA +AATGCTGTTAATATTAAAATATCGCGTACTAGTTTATCCCATTTCATTATAAAACTATCT +CTATAAAATTGACCTTTACTTATGTAAAGAACTATTCCTAATATAATTAGATATATAATA +TTTAAACATCCCGAATTTTTTACTATCTCTACAATACTTGCTAATACCACTAAAATTAAT +GTAGATTTATATACTTTCTTTGATTTATAACTTATAAGTCTCGAAATAGCAATTAATAAA +AATCCTACTACTATAGATTCTTTATTTAAAAGTCGTAATTCTTCCCTGTTCATCATCAAT +AAGTTAGTACTATGTCTTAGTATCCCTACCTTATCAACTACATTAGGAATCGCTGCATGT +ATCAATAAAAGAGTACCTGTTAAAAATACTAAAATTGATATAGTTCTATAAGCAATTTTA +GATGAAACATTTGAAATAATATTAGTTGTATTATCTTCCATTTTTATATACATTTCGTGA +GCATATAGTATAAGTCCTATTATAAGTGGCACTATATAATAAGATACTCTATATAAAAAT +ATAACTAATAAAACTTGTTCTCCAGGGACGTTAAGTTCTTGTAAACCTAACATAAAACTT +AAATCAAAAGAACCAATCCCCCCTGGAGACATACTCACCATAGCAACTACAATTGCTACT +ACAAATATAGGGAACAACTGAGTTAAAGTAATATTTATATCTAAAATAACTAGTATTCCA +TAAATTAAATTTATCGTTGTTATCCATTCTAATGCTGATATTAATATTATTTTAATAGCA +TCCTTAATATCTACTTTTTCATCTTCTGTACAATTTACATATTTATATACAAAGTATGTA +CAAAGACCAGGAAGATATAAACCTATAAGTATTATTCCTATATTTTTTAGACTGTTTATT +GGTAAATTTCCAAAATTTATTATTACATAAATAAGACAAACCATTGAAAATCCTGTTAAA +TTCAATGCTATTATCTTAGATATTTCTTTTAATAGTAACTTATTATCTTTTACATGTTCT +TTATAAAAATGTGTCTTTAAAGCCAGAGCAGTACTCCCTCCAAAACCGGCAATACTTACT +ATTGAACTAGCTATCCATGAATATTTATATAATTTTTTGTTATTTAAATTGATTTTTACC +CTTTTCTTTAATACAAAATCATAAAAGCTCAATGGTAAGTAAGATATAATGCCTAATAAT +ACTATACTAAATATATCAATTACTGATAATTGCTGTGTATATACTTTAAATTTATCTGCA +TCAAATGATGATATTATGCCTATTAACTCTTTGAACACTAAAATAAAAATAGCCAACATT +ACTACAATTTTAGCTGTTTTCTTGAATTTTTCTTTGCTTGTGTTTGCTTCTAAAACCTTA +ACTCCTATGTCCATAACTTCATTTTCCTCCTTATTAACTTATTTCCTTCTATCTTATAAT +ACCATTTCTTTCTAACATATCACCTTACAACTATCTTACATTTTCGTAATATTTTGTTAA +CTAATCTTAAGAAATAAATTTTATTTTTATGTTTTATATTTATCTATAATTACATTGAAA +TAAAAAATAATCTATAAAATGAATTATATTTTTCATAATTCATTCCATAGATTATTTGTA +TTTTAACCCTATTTAAATATTATTTCTTATATATTAATCCTACCCCTTTACTATGCTAAT +TCTAAAGCTACTTCCATCATTTTTGTGAAGGCAGTTTGTCTTTCCATAGCAGTTGTTGCC +ACACCTTCAAATGGTAAATCTGATATTGTAAGCATACAAAGTGCATTAACGCCAGCCCTT +GCAGCATTCATATAAAGAGCTGCCGCTTCCATTTCTACTGCTAATATATTCATCTTACTC +CATGTTTTTAAAGATTCCATTCCATTATCACTATAGAAAACATCACTAGATAATATATTT +CCTACCTTGGCATCTATTCCTTTTTCTTTAGCTATATCATAAGCTTTTTTTACAAGTTCA +AAACTAGCTGATGGAGCATATGTTCCTGGTAAGTTGTATTGAGCTCCAAAGTTAGAGTCA +GTACTTGCTGCCATACCTATTACTAAATCTTGTATTTTTAAATCTTTATTTAAAGCTCCT +GCAGAACCTATTCTTATAAGATTTTTTACCCCATAGAAATGTATAAGTTCATATGAGTAT +ATTCCCATTGATGGTCCACCCATACCAGTTCCTTGAACAGATATTCTTTTACCTTTATAG +TATCCTGTGTACCCATACATTCCTCTTACTGTATTGTACTCAACTGCATCTTCTAAGAAG +TTTTCTGCTATAAATTTCGCTCTTAATGGATCTCCTGGCAATAATATAGTTTCTGCTATA +TCTCCCATATTTGCATTATTATGTGCTGTTAATCCCATTCTATTTCCTCCAAGTTATTAT +CTTATTACTTATTTTTATAATTTTATTATTTTAATTTATTATATTGCTCTTCATTTACTG +GAACAACTATTTCTCCAGATTTTATTTTTTCAGCTTGTTCTTCTACAAATGTTAATACTT +CTTCACTTATAAAGTTTTTAGTAGTTGGTGCTATCCCTACACCATCTTCTTTTAATCCAT +ATACACTTACTTCTCCACCTTTAAAGTTTCCTTCTTTTAAATCTTTTACAGTGTTATATA +CTACATTATCAACTCTTTTTATTGCTGATGTTATAACATTTTCTGGTGCTACAAAATTTT +GATCCATATCAACACCTATAGCTTTTTTGTTATTTTCTCTTGCTGCTTCTATTGCTCCTG +AACCTGTACTACCTGCTGCTGTAAATATAATATCTACATCATTTTTATGCATTTGCTTAG +CTATTGCCTTACCTTTTGCAGCATCAGCATATGTATCTGCATATTGTCTTAATAATTTCA +CACCATTCCCTACAGACTCTACTCCTGATAAGAATCCATATTCAAAACTTTCTATTATTG +GAACTTTAGTTCCTCCTATAAATCCAACTTTACCAGTTTCACTTGTTTTAGCAGCTATTA +ACCCAACTAGGTACGATGCTTCCTGTGCATTAAACATTATTGAATTTACATTTGATGGTT +GTTCTTCAAATGCATGATCTATTATTGCAAACTTTTGCTCTGGATAACTTTCAGCTGCAT +TTTTTATAGCTGCATCCATTTGGAAACCTATACCTATAACTAAATCTGAATCCTCATCTA +TTGCTGTTTCTACATTAGCCTCATAATCTGATACTTGCTTAGACTCTATAACATTAACTT +CTACACCTAATTCCTTTTCTGCTCTTTGTAAGCCTTCCCATGCTGATTGATTAAAACTTT +GATCATTTATTCCTCCTAAATCAGCAATCATCGTAACTTTTAACTTATCTGATTTATTAG +AATTTCCTTTACTTGAACTACACCCTACTAAAACTGAAGATGTTATTGATAGTATTATCC +CTAATGATAGTAATTTTTTTATTGTCATATCTTCCTCCAAATGTTGTATACTTTTCTTTA +TTGTATAACCTTTTTTTATTAAATGCAACATTTTTCTACATTTATTATACACTTTTTATT +TTTCAGTGTATCATTTTAATCAGATAACTCTTTTTATAATACACTTTTATAAATATTCCT +AATATATTTTCCCATCTATTCATCTTAGATTTAGAATATAAAAAATATACTTTCTTTATT +TTTATATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGTTCA +CAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_66 +GCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTG +TTGCACTTATATTGACAATCTATCATATTAAATTCAATTGATTTTCAGCTAATTTTGTAT +ATATAGTTTCAAATACATTAGTATATTTATTCAAATTATTTGATTAAATACGTATAAATA +CAAAAAATACAGAGCAATAGAATAATAAATTATATATAAAGAGCTAGTTTAATTATTAAC +AAATTGGTATTATATTGTAGTAAACAATTACAAAAATGGGTGGTATTATGAGCATAAATA +TAAATAGCAGGGAAACTAAAATAATTAATATATTAAAAAATGCAGTAGAACCAATTAGTG +GAGTAGCTTTAAGTGAAGAAATTGGATGCTCGACTAAAACTATACAAAGTGATATAAAAA +ACATTAATAAAGTTCTAGTTAAAAGTGAAATTGTATCCATAAGAGGCAAAGGATATAAAC +TTAAAGGGGATTTTGAAGAATTAGATATAAAAAATGATATTTATGATGATATAAATAGAG +AAAGTTATATTCTAAAAAAAATGATAAATCTAAGTAATTGTAATGATAATTATATAAGAA +TAGAAGATCTAGCAGATTTAATGTATGTTAGTTTATCAACAGTAAAAAATGATTTAAAAG +AAGTTAAAAAGAAATTAAATGATAATAATATTAAAGTTGAAACGAAGCATAAGCAAGGAA +TATACATAAGTGGAAGTGAAGATAACATTATAAAGTTTATTATAAATATCTGTAACGATA +AATCTAATAACCTTAATTTAAATGATTTTCTAATAACAGAAGTTATAAATAATATATTTA +AAATAAAACATAATATATTAGAGGTATTAGAAAAAGAAAGCCTACTAATTACAGATTTAG +AATTTAAAAATATATTAGATTATATTTTAATATCTTTAAGTAGAAACTCAATAGATAAAG +ATAATCTTATAAATAAATATATTAATAATTATAAGGAAAAAAGAAATAAAATAATAAACA +ATGATTCTAATAAAGAAAAGATAAAAAAAGCTATAAAAATATTCTGTGAGAATTTAAAAA +TTGCTACGAATATAGATATTACTGAAGATAAAATCTTTGAAGAATGTTTAGATAGCCATA +TAAGTAATTTATGTAAGAAGAAGGAATTAGGTATAAGTGAATCATATCCTATAAGTGCTA +ATGAAATAAAATTAAAATATGCATTTGCTTTTGAACTTGCAAAGATAGCAAAAAAAACTA +TTGAAGATAACTTAGAAATAAGTATTAATGAAGAAGAGACTGGAAATATTGCTCTACATA +TTGGTGGAGCAATAGAAAGAGCTAATCAAAATACAAAGAAAAAAATATATAAAGTAGTTA +TTGTGTGTACTTCAGGTATTGGAACATCAATGCTTATAAAATCAAAATTGGAAAATTTAT +TTTATAATAAAATCGAAATTGTAAAAGTTATTCCAGCATATTTAATTGATTATATAAATG +TTATTGATGTAGATTTTGTTATTTCAACAGTACCTATGGAATTAGAAAATACACCATTAA +TTAAAATTTCTCCTTTATTAAATGAAAAAGAAGTTAAAATAATAGAAAAGTATTTAGAAA +CTGAAAAAGTATATTCAAACCTAAGTATTCAATATTTATTAGAAAGAGACTTATTTTTTA +CAAATTTAATTTTGGATACAAAAGAAAAAATAATAGAGTACATGGCAGATGCTTTAATCG +AAAAAGAATATATAGATGAGGAGATGAAACAATCATTTTTTGATAGAGAAAAAATTGCAA +CTACTGAAATAGGCAATATGGTAGCAATTCCTCATGGAGCTAAAGGAAAAATCTTTAAAA +ATAGAATAGCAATAGGAATTTTAAGAAAACCAATAAAATGGGAAATTAATGAAGTAAAAT +TAGTAATTATGATGGCTATTGATACAGAATTTGTATTAAATTATGAAGAGTTATTTTCTG +ATATATATAAAAGAGTCGATTCTATTGCAAAGGTAATAAATATATGTGAGAATCAAAGTT +TTGATAAGTTTAGAAATATGTTTAATTAAAAAGGATAAACTAAATAATGAATCTGAATAA +ATTTCTCTTTTGACTAAGAGAAATTTTTTAACTTTCAGGGAAAATGATTTCAGAATACTA +TATAAATATAAGAAAAAACAGAGGTGAAAATATGATATATACGGTGACACTTAATCCAGC +AATTGATTATTTAATAAATTTAGACAACTTAGAAATTGGACGTATAAATAGAGTAGAATA +TGAAAAAGTTTATGCAGGTGGAAAGGGAATAAATGTTTCTAATATGCTAAAGCAATTAGG +CTATGAAAATACTGCATTAGGATTTATAAGCGGATTTACAGGAGAATTTATTGTTAATAC +TTTAATGGAAAAAGGAATTAATAATAAATTTATAAGATTAAAAAATGGATTTACTAGGAT +AAATGTAAAGGTTAAAGGAAAAGAAGAAACTGAAATTAATGGTAAAGGGCCAGCGATCAC +TAATAATGAACTTAATGAACTTTATAAGATATTAGAAAACTTAAATAGTAGTGATATCTT +AGTACTAGCTGGAAGTATACCATCAACACTTGATGATAAGTTATATGAAAACATAATGGA +TAGAATAAAAGATAATAATGTAAAGGTTGTAGTTGATGCAACTAAAAACTTATTACTAAA +TGTTCTAAAATATAAGCCATTTTTAATAAAACCAAATAATCATGAATTAGAAGAAATATT +TAATGTAAAACTAAATAATAATGAAGAAATAATAAAATATGCTAAAAAACTGAAAGAAAT +GGGTGCTTTGAATGTATTAGTGTCTATGGGGAAAGATGGAGCATTACTACTAACAGAAAA +CGATGAAGTATATGTAAGTAATGTAGCTAAAGGAATTGTAAAAAATTCTGTAGGAGCAGG +AGATTCCATGGTAGCAGGATTCATCGCTGGGTACTTAAATACAAATAGTTACTCAGAAGG +TTTAAAATTAGGTGCTGCATCAGGAGGTGCTACTGCATTTTCTTATGATATTGCAACTAA +AGAATATATTGATGAGATAAAAAAACAAATTATAGTAACTAAAATATAAAGGAGGTAATG +ATATGAGAATTACAGATTTAATAGATAAGAAGTCTATTAACTTAAACTTAAAATCTACTA +ATAAATCAGATGTAATAAATGAACTAGTAGAGTTAATGAATCACAGTGAAAATTTAAAAA +ATAAAGAAGAATATAAAAAGGCAATTTTAGCTCGTGAAGAATTAAGTACAACAGGTATAG +GAGAAGGAATAGCAATTCCACATGCTAAGACTACTGCCGTTAAAAAAGCATCATTAGCGA +CTGGTATAAGCAAAGATGGTATAGATTATGAAGCTTTTGATGGTAGTTTGGCAAATTTAT +TTTTTATGATAGCAGCACCAGATGGTGCTAATAACACACACTTAGAAGTATTAGCAAGAC +TTTCTACAATACTTATGGATGAAGATTTTAGAGAAAAATTAATAAATGCTTCTTCAGAAG +AAGAATTCTTAGATTTAATAAATCAAAAAGAGATGGAAAAATTTCCAGAAGAATATGAAA +TTGAAGAAATAGAATTAGAAAGAGATGCTGTAGAGATAAAAGAAGAAATCAAAGAAGAAA +ATGATTCAAAATATCCTAAAGTTCTTGCAGTAACAGCTTGTCCAACAGGTATAGCACATA +CATTTATGGCAGCAGAAAGTTTAAATAAAACTGCTAATCAGAAAGGGGTTTCTATAAAAG +TAGAAACAAACGGTTCATCAGGAGCTAAAAATATTTTAACTCGTGAAGAAATAGAACATG +CTAATTGTATAATAGTTGCAGCGGATAAAAATGTTGATATGTCAAGGTTTAATGGTAAAA +AAGTTATAATAACAAAGGTTGCAAATGGAATACACAAAGCTGATGAACTTATAGATAGGG +CAGTAAAAGGAGAAGCTCCTATTTATCATGGTTCAAGTGATAGTAAAAATTCAAATGAAG +GTTCACTTGAAGAAGAAGGAGCACTTAGAAAGATTTATAAAAATTTAATGAATGGTGTTT +CAAATATGTTACCATTTGTTGTAGCGGGTGGTATCCTTATAGCATTATCTTTCTTATTTG +ATAACTATGAAATAGATCCAGCTAATTTTGGTAAAAACACACCGATAGCTGCATATTTAA +ATATGATAGGTGGATATGCATTTGATTTTATGTTACCAGTTCTTGCAGGATATATTGCGT +TCTCTATTGCGGATAGACCTGCATTAGTAGTTGGATTTGTAGGTGGAATAATAGCTAAAG +AAGGTGGAGCAGGATTCTTAGGAGCATTAATAGCAGGATTTTTAGCTGGTTATTTAGTAC +TTGGGCTTAAGAAGTTATTTAGTTCACTTCCACAAGCTCTAGAAGGTATAAAACCAATAC +TTCTATTTCCATTATTAGGAGCATTTATAATATCATTATTAATGACATTCATAGTAATGC +CACCAGTGGTTGCACTAAATAACGGAATGACTAATTTCTTAATGGGCCTAGGTGGAAGTT +CCAAGTTACTATTAGGAATAGTTTTAGGAGCTATGATGGCAGTCGATATGGGTGGTCCAG +TAAATAAAGCTGCATATGTATTTGGTATTGCTGCTTTAGAGGCTGGTCAATTTGAAGTAA +TGGCAGCAGTAATGGCAGGTGGTATGGTGCCTCCTCTTGCAATAGCTTTAGCGACTACAT +TCTTTAAAAATAGATTTACAGAAGAAGAAATAAAATCTGGTATTGTTAATTATGTTATGG +GATTATCGTTTATAACTGAAGGTGCTATACCATTTGCAGCAGCAGATCCAATACATGTAA +TACCAGCATGTGTTGTAGGTTCTGGAGTTGCAGGAGCATTGAGTATGTTATTTGGTTCAG +CTCTAAGAGCTCCTCATGGTGGAATATTTGTAATACCAGTTATCTCTAATCCAATAGGAT +ACCTGATAGCAATATGTGCAGGTTCAGTAGTAGGCATGATATTATTATCTATACTAAAAA +AAACAATTAATAAATAAATTATTTAGGCTGAAGTAGAATTGTACTTCAGCCTTTTATATT +TAGGGGCTTAACAAAAATTTAAAGCTAATGAACCTATAATTTTTATATAAAAGGCATAAG +ATATTTTATAGAATATTAAATTCTTTTGTTTGGAGGAAGCAATATGAAGATAACAATATT +TCTAGGTGCAGGAGCTTCAGCAGCTGAAAATCTACCAATTCAAAATGAATTATTTAGTGA +GTACTTTAAGGATCTTAAGCCTAGTGATTATGATAAAGAAATGAATAAGGAACTACATAG +ATTTTTTAAACAGATGTTTAATATAGATTTAAAGAAGGATAAGATAGAAGAAGTTAATTT +TCCAACTTTCGAGGAAGTTTTAGGTATTTTAGACTTAGCTGAACACAGAAGAGAGTTTTT +TAAAAATTTTGCTCTTGAGATGGTTAATAAAAAAAGTGATAGTATAAGATTTGTGAGACA +GTATTTGATATTATTAATGGCTTATTCAGTTAATAAAAAAAATGCAAATAAATACCATAA +GATGCTATTAGATAATTTATTAAAAGAAGATATGCTATTAGATACTACATTTATAAGTGC +TAACTATGATATTAATATAGATAATACAATAGCCAGTTTATATGATGAAGAAAAGTTACC +TGTTATGCTTGATTATGGTATAGATTTTACGAATTTCTACGAGGGAAATAACTGGGTGAA +GCCCAAGGCACCTATGATTAAACTATATAAAATACATGGATCTTTAAATTGGATGTATTG +TCCATTCTGTAGTAGTTTGACTTTAACACCTTACGAGGGTGGGGTAATGAGAATATTAGA +AGATATAGAAGGAGCTAAGTGCCTTAGATGTGGAGAAATTACTGTACCGATTATAGTACC +TCCAACTTATTTTAAAGATATGTCTAATGTATTTTTGAGTAATGTTTGGAATGAAAGTGA +AAAGGCTTTAAGAGAAAGTAACATATTAATTTTTTGCGGATACTCATTTCCTGAAGCAGA +CATACATATAAAATATATAATAAAAAGAGTTCAAACTAGTAGAAAAAAACCACCTTTAAA +AATAATGGTCTTTAATAATCACGAAGGAAAAAAAGATTTCTCACTGAGAAGAGAAGAAGC +TAGGTATAAAAGGTTTTTAGGTGATGATATTGTATTTACAGATAAATCTTTTCAAGATTT +TGCAAAAGAACCAGGAACATATATAAAATTATTGCTTAATGATGAAAAGTGAATTGTGAA +AATTCAGAAATTAATATAGAATAATAAATAATGTATTTTTAATAAAACAAAATTACTTAG +GGGGAAATAAAATGAGAATTGTAGACTTAACACATTCACTAGAAAATAATATGCTTATTT +ATGCAGAGCCTAATAGACCTAATATTAAAAAAGTATCAACCGTAGAAGAAAATGGATATC +AAGAGACATTTTTGAGTATGTTTTCACATAATGGGACTCATATAGATTCTACGAAACATA +TGAATGCAAAAGGTAAAACTTTAGATTTATTAGAAGTAGATAATTTTGTAGGAAAAGCAG +TACTTATAGAGTTAGAAAATAAACAAACTATAGAATTAGAATATTTAAAAGAATACAAAG +ACAAAATAGATTCTTGTGATTTTATTATATTTAAATCAGGCTGGGATAAATATTGGGGGG +AGTTAAAATGCTTGGTACAATTGTAAATACTGGAGCAATAATAGGTGGATGTTTAGTTGG +ACTTTTAATAAAAGGAGGAATACCAGAAAGATTAAGTAATACGGTAATGAATGGTATTGC +ACTTTGTGTAATATATATAGGTATATCTGGTGCATTTGAAGGTGGAAATACTTTAATAAC +AATAATATCTATGGCATTTGGAGCAGCAATAGGGGAATTAATTGACTTAGATAAGTGGCT +AAATAAGTTAGGAGAATTTTTAGAAAGTAAATTTTCGAAAAATAAGATAGATGATGATAG +TGACGTAAAAACAAGTACAGTGACAATTTCTCAGGGGTTTGTATCTGCAAGTTTATTATT +TTGTGTAGGTGCTATGGCAGTAGTAGGTTCATTAGAAAGTGGTTTAAAGGGTGTTCATGA +GACATTATTCGCCAAATCTATATTAGATGGAATTTCTTCAATTATTTTTACAGCTTCTAT +GGGAATCGGTGTAATTTTTTCTGGAATATCAGTTTTTATATATCAGGGAGCTATTACAAT +AGGAGCTTCATTTTTATCAGGTATATTAAGTGATAGTGTAGTGAATTCAATGACTGCAGT +AGGGAGTTTATTAATAATGGCATTAGGTCTTAATATGATTAAAGCATGTAACATAAAAGT +TGCAAATTTACTACCATCTATGTTAATTCCTGTATTTTGTGAAATTTTCGGCATGCTTTA +AAAAAACTTTAGACAAATTCCATATTTAGGAGGAATAGTAGTATTATTAATCAAATTAAT +TATATATTAGTTAATAAAATACATATTTAATTTAATGAAATTAAAAGGAGGTTGATTAAT +AATGATTACATTTGATATAAATGGGGCTATTGTGGAGTTCGATGACACTATGGATAACTA +TAACAGCATAAGAAAGCAATTCCAAACTTATGCTTTTAATATATCTAATCAATTTGAAGA +GGATTGTTTGAATAATGCACATACAATAAAGCAAATTTCAGAGCAAGCGTTGGCAATTGG +AGAGGGACTGATTGACAGTATTATAAAAAAGGGTGTGGAAACTATTGTAACTTACAGAGT +AATCACAATAGACTTTAACATATTTAAGGAGCAGTATTGTAAAAAGTATTTAGATTATGC +AAGACTATTTAACAACCTAATGAAGGAGCATACAAATTCAAACAACAGAGGTAGAAAAAA +TAATAATGTTACAAAGTTTTACGAAATAAAACCTATAATAAAAAAATTGGCTGAATATAT +TTATAATGATTGCTTCAATATACACTATGCAATTATCGATGTTTTATTAGACCATAATGT +AAGTAATGTACATTGTTATATTGATAATAAGTCTATAAGACAGGCAAATGCGTTATTCAA +CAATTACAAAGATGGTTTTATTGGAAAGGCAGATGAATGTAAAGTAGTAAAACAAATAAT +ATCTTTAAATCCATATAGGCAAGATATATATGAATTTTTTATAAAGGAAGATGGAGATTT +TTCAGAAGAAATTGAAAGGCTAACAGATTATTTAGGTTATGATATAAAGGAATATAAAGC +AACTTTAATGGATATATATATAAAACAACTAATTGAAAGCAATTGTGTAATAGATATTGA +AAGTTCAAAAGAAAAAGTAAAAAAATATGCAAAATATATAGGTTGTAAAGATGATTCAAT +CTATATTACAAGAATTGATGCAATATATACATTTGAAAATGCTTAATAGTTGTAACTAGA +ACAATAGAATAAAGCTTCTACATTATGTAGAAGCTTTATTCTATATAGTCATAGTCATCA +AAATCATAGAAATAATCAACTAAATTATTTTTATTGCAAAAAGATAAATCATCATAATAG +CTATAATAATTTATATCTTGATCTAGATATAGGCTATCATCATAATCATCATCATAACTA +ACATCTTCTTCAAAGGAATTATACTTAAAAGAAGTATTACTTTTATATGTGTCAGATTTT +AAATTATTATAGTGCTTTCTAAACAAATTAAATTTTTTAGTCATAGAATACACCTCTTAT +AATATTTATAATCAAATTAATTATATGCTTCAAATATATAATTGACAATTTATAAAATAA +AAAACATGTAAAATTATACCATTATGTAGCAAAAAGTATTATACTTAAATTATGAAAACG +ATTTCCGGAATGCGCACCAATAAGTTCGCATTATATCATATCAAAATAATTATTAATTTA +TATTCTTTAGGAGGATTAAAAAATGAATAATGTAGGGTATTTAACTGAATCAGGTAAATA +TTTTACTCAAGAAGAAGCCATTTCAGAAGCTAGAAGATGTTTACTATGTGATGATGAATA +TTGTAGTAAAAACTGTCCGATAGATGTAAATCCAAAAGATATTATAAAATTAGTTACCGA +TGAAAAAATAGAAGAAGCTGTTAAAACTATAAGAGAGAAAAATCCTTTAGCAGCAATATG +TGCAAGGGTTTGCCCTTATGAATCTTACTGTATTGGAGGATGTAAAAACACTGAGTTAAA +AAATCCAATTATGATACCATATATAGAGAAGTTTCTGACAGAGTATGAGAAAGATAGTAA +TTGGAAAAATGAAAATAATGAAATAAATGTTAATCTTACAGGAAAAAAAGTAGCAATAAT +AGGATCAGGTCCTTCTGGCTTAACAGCTGCAGCATTTTTAGCACGTAAAGGACATAGTGT +AACTGTTTTCGAAGCAAGAGAAAATTTAGGAGGATGGTTGAGTTATGGTATACCTCCTCA +TAGATTACCTAAGCATGCTATAAATCAAGATTTAAAATATATAGAAGATTTAGGTGTTAA +ATTTAAAACTAATTGTACTGTTGGTAAAGATATTACTTTGGATGAACTAAGAAAGGATGG +ATATGATGCATTTTTACTTTCTAGTGGCTTAAACAAAGGGAGAATATTAAATATTAAAGG +TTCACAATATAAGGGGGTGATGAGCGCTGTCAGTTTTTTAGCAGATGCTAAATCTCATGA +CGGACATATCCCTATAGGCAAAAGTGCAGTAATTATTGGTGGTGGGGACGTTGCGATGGA +CTGCGGAACTACAGCAAAATTTATTGGATATGATAAGGTTAGGATAGTTGTGAGATGCAG +TCTAGAAGAAATGACTGCAAGTGCAAAAGAGTATAATTATCTTAAATTTGTAAATGTTCC +TGTTTTTGATCATTTTGATTCAGTTGAAATATTAGGAAATGAAGATAATGAGGTATACGC +AATTAAATTTAAAGGTACTGATGATAATTCAGATTTAACAATTGATGCTGACACAATTAT +ATTTGCAGTTGGTCAGATGTCAGAAGGAATTGAAAATATTGCACCAGTAGAATTAGATAA +AAGAGGAACAGTTATAACTAATAATTTTAAGACAAGTATAGTTGATATATTTGCAACCGG +GGATATTATACAGGGGCAAAAAACTGCATGTTATGCAACTTCATTAGGAAAAGAAGCTGC +TATAGAAATAAATAAGTACTTATGTAATTTATAAATATCAAATGATAGTTTTGTAACTAT +TGAATATTATGATGATAATATTAAATTTTATAAAAAATAGGGCAAAGTATGAAATATCAA +ACATTGCCCTATTTAAATTACACTAAATCATTATATATTTTTAAACTTATAGCTGTTTTT +ACTTAGAATTATTTACTGCATTCTCAGCAAATTCTGTAGTAACTATAGAAGAATAAGGAG +GTCTTTCGTCTAATTGATTTGCAGTTTCCATAACCTTCATTAAATTATTTAAACTTTCTT +CAGATAAAACTGGTTCAGAACACCAAGCATCTATTTCTCTATATTTTTGAGCAACTATAA +TTAAATCATCTATAGTATTATCTTCAAAGAAAGGTTGCATTGCTTTTGCTACTTCTTCAT +CAGATGCAGTTTGAATCCATTGTTGAGCTTTGTAAAGTGCATTTGTAAACCTTTGAACTA +AATCTTTATTTTCCTCCATATAAGACTTAGTAGCGGAGTAAGCTGTAAAAGGGATTTCTC +CAGAATCAGCACCTATAGATGCAACAACATATCCAGATCCATCTTTTTCAAGTTGACTAG +CAGTAGGTTCAAAGGCTGTTGTATAATCAGCTTCACCAGCAGCAAAGGCACCAGCCATTA +CTCCAAATTGTACATCAGTACGTACATTAACTTCTGCTGATGGATCATCTTCTCCTATAT +TAAGTCCATGTTGTTTAAGCACATATTCAAGTGTCATTAAAGGAACGCCACCTTTTCTTC +CTCCAAGTATTTCTGTACCTTTTAAATCTTCATAAGAGAAATCATCACTTTTTTCTCTAG +ATACTAAGAAACTACCATCTCTTTGAGTAAGTTGTGCAAAGTTTATTGCATAATCGTCGC +TACCTTGATTATAAACGTAGATTGAGGCTTCTGGTCCCATAAGTCCTATATCAGCTTCTC +CAGAAATTAAAGCAGCCATAGTTTTATCTGCACCTTGAGTATTAATAAGATCAACATCAA +TGCCTTCATCTTCAAAAAATCCTTGAGATATTGCAGCATATTGTGGAGCGTAGAAAACAG +AATGAGTAACTTCAGCTATAGTAACTTTATCTAATTCAGTTTTTTCTGTTGTAGTTTTAT +TTGTGTCATTTTGACTACATCCAGTAAGACAAACAACACCGAGGGCTAAAGAACTAGCAA +CTGATACAAGTTTTTTTAACATAGAATATCCTCCCTATAAAAAAATTCACATGTTATATA +ATATTATTTATGGCTAGTACTTGTTCATGTATTTAATAATAAATTATTTCTTATAACTGC +GAAAGAAGGATAGATTAAATCAATATTGAATATTTAAGTATATTAATGATGGGAGTGGGA +TTGATGTCTACATATAACAATAGTAACTATCTATATGAATTTGATGTTAGAGCAAATTAT +TATAAATTAGAAGGAATAAATGCTATTTTTAGAAACTTGTTAAATATAAAAAGAAAGTAT +AATAATAAGAAAATAATAGATGCTACCTTTATAATAGTGAATCCAAAGGGTGATAAGCAT +ATTAATAAAGACTACTATCAAAGAGTACCTGTATACACGGTAGAAGATATTGTTAATAAA +AATCTTCCAATAATATATAAGGATGCTAAAGTAAAAAAAAGATGAATTATATATTATGAA +AATCATGGATGATATGAAATGGGACAATGTAATTGTAAAAGTTTATCTATTCTAGCTGAG +AATTATTTTATTAAAAACAATATAAATATAGTAAGAATGAAAAATAAAAAAGGAAGATAC +TACAACTTAAAACATACATATTATAAAAAAATTAAGAGTTCCTTGATAGAAAGTATATAG +TTGTAAACAATATAGATACTATTTATAACTATGTATTTTAAGTCATCTAAGAGGTATCTA +TGTTAAGCAGAGTTTAGATTAAGAGTAAATCAAAAATTCAATTAAATAACAACTGAAAAG +TTCCAGTTTTATTATCAGCAATATTGATTATCATTAGTATGTTTACAGAAATACAGGTTG +CTTTATTTAATATAGTACTTCATCTAGTTGTATCCATACTAGGTATAAATCTATCTAAGG +TCTACTTAAATGCAGCAAAAAGTAAAGGAAAAGATGAAATTACTATTAAGGACACAAGTG +TTTCTTTAGAACAATATTTTAAGTGTGCTGTATATTCAATTTTAATATGGGCTATTACTT +TTGCTATAACAAGTTTATCTTTAATTTTAAGTAGTTTTCTAATGTGGATTTCTCCTTTAT +TATTTATAATCTTATTTATTTGTTCTTTTTTTATAGGTGGAATAATATCTTTATATGCTA +CATTTGCAATAACTGCTATTTTAGATCAGGATTACACAGCTTATGAGGCAATAAGTATAA +GTTTTAATTTAGTTAAAGGTTCATTTTGGCAAGTTGTACTATTTGGTTTAAGTTTTATTG +GATGGATGATATTAAGTGGTCTTACTTTTGGAATAGCAGGAATTTGGGTATTGCCATATA +TGGGCGTTTCTTTTGCAAATTATTATTTCGAACTTTATGGTGAAAAATTAAGATAGGGTA +TCATTGTCTTGATACCCTATTTTATAAAAAAGATTTAATTATCTTCTTTTTTTTCTATAT +ATTTTTTCTATTATATTAACAATTTCATACATTACCCAAGAACATATAGCAAGGATGAAT +ACACCCATCATAACTAAGTCTAGCTTGAATACTTGACTACCATATACTATTAAGTATCCA +AGACCGTATCTTGATACTAATAATTCACCTACTATAACACCAACCCAAGCCATACCTATA +TTAATTTTGGTTAAATTAATTAAGTTACCTATATTGGCAGGTAATATTAATTTAAATAAA +ATCTGAAGTTTGGATGCTCCAAAACTTTGAAACATTTTAACTTGTTCTTTATCAACGTTT +ATAAAATAATTATAAGCAGATAAAATTGTAACAACTATTGAAATTGCAACGGCAGTAACT +ACAATACCTTTTATACCAGCACCGACCCATACTATTATAATAGGAGCAAGAGCAGTTTTA +GGTAATGCGTTTAAAACTACAAGGAATGGATCTAAGATTTTAGATAGTCTCTCAGACCAC +CAAAGTGCAACTGCAATTAATATTCCAAGTACAGTACCTATTACAAGACCTAATAATGTT +TCATAAACTGATACTGCAACATGGGTTAACAACTGTCCGCTTTCTACATATTGAATAAAT +AATTTGTAAATAGCGCTAGGTTTACTAAATAAGAAAGTACTTATTACTCCTTGATTAGCA +AGCACTTCCCAAAGTATTACAAACCCAACTAATAAAGCTATTTGACATATTAGTATCTTA +ATTTTTTCTTTTTTTAATCCCTTTAAATAGTCAGTATATCCAGTTGATGATTTATTAATT +CTCATATGTGTCCAGCTCCTTCCATAATATATCAAAATAATCCTGGAAAGCAGGAACTTT +ACGACTTTTAATTGGAGTTCTTTCTCCATCCATTTCTAAGTTTATATCATGTATGTTTTT +TATAGTTGCAGGTCTTTTAGAGAGTATTGCAACTTGGTCTGACATACTAATTGCTTCCGA +TATATCATGAGTAACTAATATAGCAGATTTATGTTCATTTCTAATAATTTTATATACATC +ATCACTGACTAAGAGTCTAGTTTGATAATCAAGAGCTGAGAATGGTTCGTCTAAAAGTAA +TATAGAAGGATCAACTGATAAAGTACGGATTAAAGCAACTCTCTGTCTCATACCACCAGA +TAATTCAAAAGGATACATATTTCTAAATTCCCATAAGCCATAAGTTTTTAATAGATTTTC +AATTCTAGCTATAGATTCAGGTGTTTTTTTATGTTGTATTTCAAGTCCAATAGTTATATT +ATCCATTATATTTCTCCATTCTAGTAAATGGTCTTTTTGAAACATATACCCTATAGTTCC +TTGTATATTTACTTCTCCTGATGTTGGTTTTAAAAGTTTAGTCAAGATGTTTAAAATAGT +AGACTTACCACTTCCAGATGGTCCAAGGAGTGTTAGAATTTCACCTTCTTTTAAGGAAAA +GTTGATGTTTTTTAGTACTTCTAGTTCTCCTTCTTTACCATAAAAGTTTTTGTTGAGGTC +TTTTACTTCTACTATTGTTTGCACGATATCACCCCCTGATAATTAGCTCGTATAATTTAT +TGTATTAATTGAGAGGGTGATTTGTACCAAGTTTAGTGTAATAAATATGAATTATATCGT +AGAGCATGTAAAAACTTATAGCATTTAAATATAAATAAACTAAGCTATTAAGCTAATGTG +AGAAATATTTTATATACTAAGGTATTATAAAAAATGGTCTTGTGGATAAGTTTTGATGTA +TAATAATGATGTGAGAACAAATGCAGAAAAG +>MGYG000000001_67 +TCTATAGGGGGAATATGTTTTGTGGTGAAACTATTATAATCCCTATCGGGGTCGAGATTC +AAATATAAATAAGTTAACAAAACGGACTACTTTATGGGGGGAGAAAAATGAAAAAATTCA +AATTATTATTATTAGTAGCTTTAGGATGTATAGGATTAGTAGGGTGCTCAAGCAGTAAGC +TTAGTGATGCTTTTGACGAAGCAAAATTAAAAACTACTTCACAAGAGATAATTCAAATGC +TTTGCAATGAAGAATATGACAAAATAGAAGATCATATGAGTAAAGAGTTAAAAGATGCAG +GAGCAACGCAGCAAATAAAAGATGCATGGTCTACGGTATCAGGAAAATTAGGAGATTTTG +ATTCATATGAAAAAGAAGCTGTAGTAGGTAAGGAGAATCAAGCTACAGTTGTAACAATAA +ATAAATTTAAAAATGGGAAAGTTCAATTTACTATATCATACAATGAAGATATGGAACTAA +CTGGTTTTTATATTAAATAATATATAATAATAAGCACATGTTAAATGAAAATCTAGAATT +CAGATTCATCTAACATGTGCTTATTATTTAATTACTTAGACTTACGTCTTTTCTTTTGTG +CATTAGCATAGAATGGCGTTTTTTCTTGAGGTTTCTGTTCTTTGAGATTCGATTTGCTAT +TATTTTTAGTCGTAATTTTTGGCTTATCTATTTTCTTTTTTATATCATCTTTTATTTCTT +TTCCAGATAGAGTATCTAAAACTAATTTTTTTATAGTTTTAGCATCTCCAGATTTATTTA +TAAATCCATTAGAACTTTGTGTAGCTATAGCTAAATCATAGTAGTCGACACCTTTTATTT +CGTCTTTAAAGTTAATATAAAAGCTATATTTACCACATTTACTATGTATCATTAATGTTT +CTTCATCAAGTCCAATCTTAGAGAATAAACTTAAATCATCAAATTGTAAAAATTCCATAA +AATCACCTTTTTTCTTAAATTTATGTATAGTATATGAATATAACATATATTATACTATAA +AATCTCATTAATAAATAAAATTTAATAAAAAACAAAAAGAATGAATTAATAAGGACAAGC +TCTTTTTATATATAATTATAATAATATGTAGTAAAGTCATAATAATTAATTTATATTTGC +ATAAATAGAAGTATTCTTTTTAGTATATAAAATTTATGTAATACATAGTATTATTAAGAT +GTCATTACATAAATTTAAGTTTTCCTTAATAAGTTAATTATTAAAAAGGAGGTACTTTAT +GAAGTTTGGAGATAGAGTTTTATATGAAGGCGATGGAGATAGAGTCTTGGGGGTATACTT +ACATGAGGTTAATTCCAAGGAGGCAATTGTAAAATTAGATAATTCAAGGGAAAAAGTTAT +AGTTATGAAGAAGTACCTATCATTTATTAAAGATATAGAGAGTATGGACTTAATTCAAGC +TATGGTAATTGCTGATTATATATCTAAAGAAAAATATGATGGACATTATACTTTGATGGC +TTTTACAACTGGATGTAGATTTTGTTTTGGAACATTAGATAAGATAAATTATAATACGAC +AAGTCTTATGGCATTTGGTAAAACTGTTGAAGAAGCCATTAGTAAGGCTATAAAAAATAA +CATTGATACGGATAGTATAATGAATAAAGAAGATAAGATGTACAAATGATTTTAGAAATG +AATAAGTAATAAATGATTATAGTATTAAAGTAAGATAGATATATTAGAATGTATATAGAT +AAAAATAGAGCTTATTAGATTAATTTAAATCTAAATAAGCCCTTTTTATTTAATTTCTTT +TAGTTATCTTTTTCATTCAAATCTTCATTATTTAAAATCTTCATGAATTCTTCTCCAGTT +ATCGTTTCTTTTTCAAGTAGATAGTGAGAAAGTTCATGTAGCTTATCTATATTTTCTTTT +AAAATAGTACTCGCCTTTAAATGCGCTTCTTTTATTATACTTAGTACCTCTTCATCTACT +TTAGATGCAGTCTCAGACGAGCATGTTAAAGATGCATCTCCTCCTAGATACGGATTATTT +ACTGTTTCTAGAGCAACCATACCAAATTTATCACTCATACCAAATCTAGTTACCATAGAA +CGAGCAATTTTAGTTGCTTGTTCTATATCGTTTGATGCTCCAGAAGTAACAATATTAAAG +ATTATTTCTTCAGCAGCACGGCCACCAGTATAGGTAGTTATTTTGTTAAATGCATCTTCT +TTTGACATAAGTACGCTTTCTGATTCAGATACTTGCATAGTATATCCTAGAGCACCAGAA +GTACGAGGTATAATTGTGATTTTGTGAACAGGGTCACTATTAGTTTGTATAGCAGCAACA +AGTGCATGACCTATTTCATGGTAAGCAATAATCTTCTTTTCTTTATCAGATATAACTGCT +CCTTTACGCTGATACCCTGCTATTACAACCTCTACAGCTTCTTCAAGGTCTCTTTGTGAT +ACTAAATCTCTTTTATCTTTAACAGCTGCTATAGCTGCTTCGTTGACAATATTTGCAAGT +TCAGCTCCAGATGCACCGGAGGTAGCTCTTGCTATTACATTATAGTCTATATTATTTTCA +GTTTTAACGTTTGCAGCATGAACTTTTAATATAGATTCACGTCCAGCTAAATCAGGCATT +TCAACAGGTATACGTCTATCAAAACGACCTGGTCTAAGTAAAGCTTTATCTAAACTTTCA +GGTCTATTAGTAGCAGCAAGTATTACAACTCCTAAACCACCATCAAATCCATCCATTTCT +GTAAGTAATTGATTTAGTGTTTGTTCACGTTCATCATTTCCGCCCATTCCGCTACCATTA +TCACGCTTTTTACCTATTGTATCTATCTCGTCGATGAATACGATACATGGAGCTTTTTCT +TGAGCTTGTTTAAATAGATCTCTTACTCTTGCAGCACCCATACCAACAAACATCTCTACG +AACTCAGAACCTGAAATAGAGAAGAATGGAACATTAGCCTCACCAGCTACAGCTTTAGCA +AGTAAAGTTTTACCAGTACCTGGAGGACCCACTAAAAGAGCACCCTTAGGCATCTTAGCA +CCTATTTCTTTATATTTGTCAGGGTTATTTAGAAAATCTACAATTTCAGTAAGAGCTTCC +TTAGCTTCATCTTGGCCAGCAACATCTTTAAATGTTTTTCCAGTTTGAGCTTCTACATAA +ACTTTAGCATTACTTTTTCCAAATTGCATTGCACCGGGTCCACCCATTCTTTTAGCTAAC +ATTCTAGAGAACATTTGACCAAGCAGTGCAAAAATTAAAATAGGACCTATCCATGTCAGT +AGGAAGTTTAATATTGGAGAACTCTCTTTTGGTATTGACTTAGAGAATGTTACTCCAGCT +TTTTCTAGCCTATTAACTAAATCAGGATCATCCATTTTACCTGTAATGTAGATTTTGCTA +TTTTGGGGGTTTGAAGAAGTGAAAACTATCTCGTTGCTTTGGACCTCAACATCTTTGACT +TCTTTTTTATCAAGCATTGTAATAAATTTTCCATAGTCAACTTCCTCTGTATGTAATGAC +CTCATGCTTGGAAAGAAAAAAGCATTTAGAAGCATTACTATTAATAAAGTCGTTATGTAA +TAATAAATCAGTGGCTTTTTTGGTTTCTTATTATCATCCATATTTCTAATCTCCTTAAAA +TAATGATTATACTAAAATGTTGCAATGATTAATTATTTGAAATTAAAACTATTTATTGTT +ATATATCATAATATATTTTATGTAAATTTACAATATAAACACGTTATATTATAAAAGTTT +ATTATGTTTATAACTTAAATGTCAACCTTGTTAAATGAAAAGATTTGCTAAAATAAAAAC +TAATATGATAGAGAAACTAGTTAATGAAATAAAAATAGTATTAAATTAATAATAAATATT +AATATGAGAAAAAATAATAATAATACATATATATAAATATATTTATTGATAACCTCAAAA +AAAGTATATACACTTTAAGTAAGTGGGTATTGTAACTATTATTTTATAGTTAGAATGCCT +ATTATTTTTAAAAAAGTTGCAAACACAACTAAAATATATCATAACTAGACTAGGGGTGAT +TGAATTTATGATAATTGACCAAACTCAAGATAGAGAAAATAAAATGGGCGTTATGTCCAT +TAATAAGCTATTGATAACAATGTCTTTGCCAATGATAATATCAATGTTAGTTCAAGCACT +ATACAATGTAGTAGATAGCATGTTTGTTTCTCATATAAGTGAGAATGCTTTATCTGCTGT +TTCATTAGCATTTCCACTACAAAGTTTTATGATAGCAGTATGCACAGGTACAGGCGTTGG +AATCAATGCAGTCTTATCTAAGTCTTTAGGAGAGAAGAATTATGATGAGGCAAATAGTGC +TGCAAATAATGGTATATTTCTAGCAGTATTAAGCTATTTATTATTTTTAATTATTGGATT +ATTTTTCACACGATTTTTTTATCAATGTCAAACTGATATTACTGAAATAATTGAAGGTGG +ATATTCATACTTGGTGGTTTGTACTACTTGCTCATTTGGATTATTTGGTCAAATAGTTTT +CGAAAGGCTTATGCAGTCAACAGGAAAAACATTTTACACTATGATTACACAAGGATTAGG +AGCAATAATTAATATAATTTTAGATCCTATATTAATATTTGGATTATTTGGATTTCCAAA +GTTGGGAATAGCAGGGGCTGCTATAGCAACAGTAATTGGTCAAATTATTGCTATGTTATT +AGCTATTTATTACAATGTTTCTAAAAATGATGAAATCAAAATTAAAATAAAAGGATTTAA +ACCAAATTTTAAAACTATAAAGAAAATTTATTCAGTAGGAATTCCTTCAATAATAATGGG +TTCGATTGGGTCAGTTATGACTTTTGGAATGAATAAAATTTTAATGGTATTTACATCTAC +AGCTACAGCTGTGTTTGGCGTGTATTTTAAACTACAAAGTTTTGTATTCATGCCGGTATT +TGGAATAAATAATGGAATGGTGCCAATAGTATCTTACAACTTTGGAGCTCGTAACAAAGA +AAGAATGATTGATACTATGAAAATAAGTATAATATATGCAGTTTGCATAATGATTATAGG +CTTTACTATTATTCAGATTTACCCAGATAAGCTATTATCAATATTTAATGCTTCAAAATC +TATGATAGATATAGGTATACCAGCGCTTAAAATTATAAGTTTAAGTTTTTTATTTGCAGG +TTTTTGTATTATTGTTGGTTCAGTATTTCAAGCATTAGGAGAAGGTGTGCTTAGTATGAT +AGTTTCTATTGCAAGACAATTAGTTGTTTTATTACCAGTAGCGTATTTGTTTTCAAAGAC +TGGTAATTTAAATATGATATGGTGGGCTTTTCCTATAGCAGAGATAGCATCAGTAGTGTT +AAGTGTTATTTTCTTAAAACGTACTTATAATAAGATTATTAAGGATATATAAAATAAAAT +GTCTCAGTTCAATTTATACTGAGACATTTTTATATAAATTCAATTATAATTATCATAATT +AAAATAAAGTTAAAAAATTAGATTTTAATAGTTATTGAATTAATTAATTTAGAAATATTT +TCTCTATCCACAAAATCTATGGGATGTTCATATGCAGATAACATTCCTTTTTCATCATTA +TTTAAATTTTTCTTAAACTTTAATTTCAACTTCATTAATGTCATAAGAACTTTATCTACT +ATAGAAAGATTATTAAAATTAAATCCTCCTCTTAAATAAAAGAAGTCAATATTCTTTATT +TGTTCTTGATTGAAATTAGAATTTTTCATATTATTAATTTCATCATCACTACCAGAGCAT +AAGCCTGTAGCAAAGACTATAACTTTATGTTTTTTTAAAATATCAATATTTTTATTTATA +AAGTCAATACCATTTATACCGCCAGCATATAATCCACCGCCATAAATTATTGTATCGTAC +TTATCTATATCTTCAATTTTTATCTCATGTAATTCATAAATCTCTGCATCTAGATCTTCG +GCTATGAATTCAGCATATCTTTTAGTAAACCCAGTTTTTGATTTATATATAACTATAGTT +TCTATAGATAACACCCCCCTTTGAAAATTTAGCTGAAACTAAGAAGAAAATTAATAGATA +TATATAAAGAATATCTCAAATGATGCAAAAAAGAAATGAAATTAAATAAAGATTTTTGAA +ATTAAGTAAATAATTTATCATATGGATTATACTATAATTATAAAATAAGTACATTAATTA +TAAAATAGGGAGGTAACCAAATGCTAGGATTAGCACTAGAAGGAGGAGGGGCCAAAGGAG +CCTTTCATATAGGTGCAGTCAAGGCTCTTTTGGAAAATGGATATGAATTTGACGGAGTAG +TTGGGACTTCTATAGGAGCATTTAATGGAGCACTAATAAGTCAAGGTGATTTTGAAAAGG +CGTATGATTTATGGATTAATATGGAACCATCTATGTTATTTGATATAGAAGATGAGTGTA +TGAGAAATATTGTTCATAATGGACTTACTAAGGAAACCATAAAATATATATCTAGTAGAA +CTATAAATCTTATTGAAAATAGAGGAATAGATACAAGTAAGATTAGAAGGGTATTATATG +AAAATGTAGATGAGTATAAGTTAAGAACATCTAATATAGATTTTGGTATGGTAACAGTAT +CAATACCTGATTTTAATCCTGTAGAGGTATATAAAGAAGATATACCAGCTGGTAAAATAA +GAGATTATATAATGGCAAGTGCAAATTTTCCAGGTTTTAAGCTATATCCAATTGATGGCA +AATATTATATTGATGGAGGCATTTATGATAATTGTCCAGTCAACCTATTAATTAGAAAAG +GATATAAAGATATAATTGCGGTTAGGACATCTAAAAATGATAGATTTTCGAATATAATAA +ATAAAGATGTAAGAATAAGAAGTATTATAGCTTCGGAGGATTTAGGAAATGCTTTAATTT +TTGATAATGATTTAATAAGAAGGAATATTACATTAGGTTATTTTGACGCGATAAGGATGA +TAAAAAATTTAAAAGGAAGAAAATACTATATAGAGCCTTTTGAAGAAGTATTCTTCTTTG +ATATATTAAATAATATACCAGAAAATGTTATTTTGCAGATAGGAGAAACTTTAAAAGTAT +CACAAATGGATAGCAAAAGAATGTTGTTCGAGAAGATTATCCCAACTATTGCGGACTTAT +TAAAATTACCGAATACAGCAACCTATGAAGAAATATTTATAGGTTTATTAGAAGTAATTG +CAGAAAAGAAAAGTGTTGAAAAATTTAATATTTATTCTATAAATGAATTTATCGATGCAA +TAGAAAAAACTTCACCAATAGAAAGTAGAGATGAAAGGAAAAGAAGACACTTAAGAGACT +TGAAAAAGTTGGTTTCAGAGTTATTAGGTAGCCATATGTTAGATGAATTAGCATATGTAG +TTTTAGATACTTTACCTATAGAAAATTTTAAAATTAAATAATTATTAAATATATATAGTA +TTTAATGTATAGAAATAGGGATTTAAGATGACTTTATATTACATCCCTATTTTTATAGAT +TAAGTTCAAAGTTAGATTTATATTTAGATGGTGTACATTTTTTATATTCTTTAAATTTTC +TTATAAAATAACTAAAGTTATCAAATCCAACAGAAAAGCAGACATTCATTATTTTAACAT +CTTCAGTTTTTAATATTTCACATGCTTTTTCTATTCTATATTCGTTAATATACTCTATAG +ATGTTTTACCTACGTTAGACTTGAAAAATTTGCAAAAGTACTGAGGGCTCATATTTGCGA +CTTGTGCTAACTCAGCTATTGTTATTTTATTATGATAGTTTTTTTGTATATAAGAAATTA +TTTTTTTTAATATATTAATTTTATCTTTATTAGGATTTAGTTTATCTTTTTCAATAAGGC +AATTTTCTTCAATTAAGAAAGTAAGAATCTTAAGAAGAGAAGCCTTTATAGAAATAGACC +AGCCTAAAGATTTTTTATCATAACTTTTTATAATTTCCTTTAATTCATATATTATTTTAT +TTTTGAGGCAATCATTATGTTCGATTGAAAGAGGGAATTTTAATTTATTATTTAATAGAG +GTGTAATATAGTAACTTTGACAATGATCAAATTGTTCAAAGGATAATATCTCGGGTTTAA +AAACTATAGCGTGATGTAGAGAAGGATTATTTTCTCTCACATAAATTTTATGTAAATCAC +CACTATTTATAAAGTATAAATCACCAGGTCTACCTATAATATCAATGTCATTTACAGTAA +TATTAAATTCTCCTTTTTCAATATAAAGGATTTCAATTTGCTCATGCCAATGGTACTGTA +CTGAAAACTCACCGTTAGAATCAATCTGATAATAAACACGTAAAGGAAAAAATGCATTTC +CATGTGTTGAATTTTCTCTAAAATTTTCTATATTCATGTCCAATCCCCTTAATAAGTTAA +AATTGTGTTATTAATAAATAAAATAGTGCAAGCATTATACATATTATAAACGATATAATA +TGATTGTAAGTTAATATTATACTATTTTCAATATTTTACACTTAAAATTAGTGGATCATA +GTAAGTATAAAATTTATTTAAATAAAGGTATAAAAAGGGGAAGAGTTATGGTAAAGAAAT +GGTGGCATAGTTCAGTAGTTTATCAAATATATCCAAGAAGTTTTAAAGATAGCAATAATG +ATGGTATCGGAGATATTAATGGAATAATTGAAAAGTTAGATTATTTAAAAGAGCTTGGAA +TAGATGTAATATGGTTAAGCCCAGTTTATAAATCTCCAAATGATGATAATGGATATGATA +TAAGCGATTATTGTGATATTATGGACGAATTTGGAACTATGGATGATATGGATAGACTTT +TAGATGAAGGTAATAAAAGGGGAATAAAAATTGTAATGGACTTAGTTGTAAATCATACCT +CAGACGAACACAAGTGGTTTATAGAGGCTAGAAAATCTAAAGACAATGAGTATAGAGATT +ATTATGTTTGGAGAGATGGTTTTAATGATAAAGAACCAAATGATTTAGAGTCAATGTTTA +GTGGAAGTGCATGGGAGTTAGATAAACAAACTAATCAATATTATTTACATTTATTTAGCA +AAAAGCAGCCAGACTTGAATTGGGAAAATCCTAAAGTTAGAAATGAAGTTTATAAAATGA +TGAATTATTGGATAGATAAAGGTATAGGTGGATTTAGAATGGATGTTATAGATTTAATTG +GTAAACTACCAGATAAGAAAATAACAGCAAATGGACCTAAGTTACATGAATACATCCAAG +AAATGAATAGGGAAACACTAAGAGATAAAGATTTACTTACAGTAGGAGAAACTTGGGGTG +CAACTCCAGAAATAGGAAAAATGTATTCAGATCCAGCTAGAAATGAGCTTAGCATGATAT +TTCAATTTGAACATATAATGCTAGATCAAGAAGGAGAAGAAAAATGGGATTTGAAACAAT +TAAATTTACTAGATTTAAAAAGAATATTGTCTAAGTGGCAAACCGCTCTAGGTGATGAAG +GTTGGAACAGTTTATTCTGGAATAACCATGACTTGCCAAGAATAGTTTCAAGATGGGGAA +ATGACAAAGAGTATAGAGTTAAAAGTGCAAAAATGCTAGCTACACTTTTACATGGTATGA +AGGGAACTCCTTATATATATCAAGGAGAAGAACTTGGCATGACCAATGTGAAATTTGATA +ATATAGAAGATTATAATGATATAGAAAGCTTAAATATGTACAAAGAAAGAATATCAAAAG +GGTATAAGCATGAAGAAATAATGGAATCTATTTATGCAAAAGGAAGAGATAATGCTCGTA +CACCTATACAGTGGGATGATAGTGAATATGGAGGATTTTCAACTTCAAAACCATGGTTAG +CGGTAAATAAAAACTATAAATATATAAATGCTAAGAATTGTTTAAAAGATAATGACTCTA +TATTCTATCACTACAAGAAATTAATAGAAATAAGAAAAAGCAATGAGACTATTATCTATG +GTGATTATAATTTATTATGTGAAGATGATAAAAATATATTTGCTTATACTAGAAAACTAG +ATGGAGATACTATTTTAGTTGTTTGTAACTTTTATAATATAGAAACTAAAATTAATTATG +AGGGTGATTATGAAAGTTTGGAAATATTAATAAGTAATTATAGTGATTCTAGTATTAATT +TAAGCAATTTGAAGCTAAGACCTTATGAAGCTATTATGTATAGAATTAAATAACTATATA +TAGATATGAAAATAACCTGAAAGATGTATGCTTAAATCATCTATCAGGTTATTTTTTAGA +TAAACCAACCCTTTGAGATATTAGTAATTCTTCAGAGGAAGCAGCATCTGTACCAATATC +ATTCGAAGCTATAAATTTTACATATTCCAACATCCATAATTATTTAACAAAATAGACATC +TAAAAAATTGTATTTTTCGAGTAACAAAATATAATACAAGTTGAATATAATATAATGATT +AAATACTACTAAGGATATTGAATTCTGGAGGATATTATGGAAATAAGCTTATGTATGATA +GTCAAAAATGAAGAAAATGTTATAGATAGATGTTTAAATTGTGTAAAAGATGTAGTGGAT +GAAATGATAATTGTTGATACCGGATCTACTGATAATACTATAGCTAAAGCAGAGAGCTTA +GGAGCAAAAATATATAATTTTCAATGGATAGATGATTTTGCAGAGGCTAGAAATTTTTCC +TTTTCAAAAGCAACAAAGGATTATATTCTATGGCTTGATGCCGATGATGTATTAGAAGAA +GATGACGTAAAAAAACTTAGAGAATTAAAAGAAAGTATAAATGAATGCGTAGACTCAGTA +ATGATGAATTATGTATTACAAGTAGATAAAAACGGAAATAGTGTATACTCACTAAAAAGA +AACAGATTAGTAAAGAGAAATAGAAATTTTAGATGGGTTGGATATGTTCATGAGTATCTA +GAAGTTTATGGTAATATAATTCAATCAGAGATAAATATTGTTCATAAAAAAGACAAGGAA +TATACTAACAGGAATTTAGAAATTTATGAAAATAAATTATCTTCAGGGGAGGAGCTAAGC +ATTAGAGATATTTTGTATTATGGAAATGAACTTTATGATAATGGTAGGTATGATGATGCA +ATAAAACAATATATAAAATTTATAGATACAAAGCAAGGATGGGTAGAAGATATAAAAACA +GCATGTTATAAACTTGCGGATTGCTATATGTATAAAAATGATAAAGATAATGAATTAAAG +TACATTTTAAAATCATTTGAATATGATGTTCCAAGAGCAGATTTTTGCTGTAGATTAGCA +TATAAATTTTTAGAAGAAAATAAAATAGAAACAGCAATATATTGGTATAGACTTGCAATA +CAATCAGTGCCTAAGGATGAAAGCGCTAGCTTAATAAATCACGAAATGTATACTTATTTA +CCTTGGATTCAACTTTGTGTATGTTATTCTAGAATTGGAAATATGAAAGAAGCATATCTA +TGTAATGAAATGGCAGCTAAATACAAAGAAGATGACGAATATGTTAAGTATAATAGGGAA +TTCTTAAAGGATAAAGTTGATTTATCAATTTAATAATAAGGTATTAATTTATGAAAGGTT +AGATATCTATGAAACTAGTAAATAGATGTACAATTTATAGAAGTCCAATATATAAGTATG +CATTAACTAATTTGAATTTAAGAAGTGATAAATCAACAAATTCCAATGTAATTAGTGTTA +TACCAAAGAATTCAAAGCTAGAAGTAATTGATGAAGATGATGAATGGCTAAAGGTTAAAT +ATGACTCTAGAGAAGGGTATGTTTATAGTGATTATGTTTCAATAAGCAAACATCCTTGGA +CTAATCTAAACTTGAGAGAAAATGAGTCAATAGAATCTAAATCTTTAGTAATAATTCCTC +AAAAATCAAGGGTGGAAATTCTACAAAATGATGGAGACTGGAGTAAGGTAGTTTATAATG +ATATAATAGGATATGTTTTCAATTATTATCTATCTGATGATGGCAATAAGCCTAGTGATT +TAAACTATGAATACTTTTTTACTGATATGACTAAGTTTGTTAATGATAACAATATAAAAA +GTACTAGTAATTATTTAATTACTACAGATCTTAAAAATAAGTATACTTATATCTTTAGAA +AAGATAATGGAAGATGGGCAAATTTGTATAAATATAGAAGTACTGTAGGAAAACAATCAA +CTCCAACTATAACAGGCATATTTAATATAAGCGGTAGAAAACCATCTTTTGGAACTAATG +AATATCAAGTTAAGTATGCTACAAGAATTAAAGATGGGTACTATTATCACTCAATACTGT +ATGATTCAACTGGAAGTTATATAATAGATGGAAGACTTGGAATGGCCCTTAGCCATGGTT +GTATAAGATTAGATACAGATAATGCAAAATGGATATATGAGAATATACCAGATAATACCA +CAGTGATAATTCATTAATATAATAGATAATCAAGGAATAAGTTGATGTTATACCTTGATT +TTTTTTAGTATTTAATAATATAGATATTAATGATAAACTTATAAAAAAGAATTCATAAGG +AGAAATAACATGAAGAGATTGATGATAATAGAAGATACTCAGGTAATAAGAGAAGAGTTA +ACTTTTTTACTTATAAAATATGGATATGAAGTTATAGCACCTGTAGATTTTGAAAATATA +ATAAATGATATTAAATATGCAAAGCCAGATTTGATATTATTAGATATAAATTTACCTGTA +TTTGATGGATTTTATATTTGTAGAGAAATAAGAAAAGATACAAATATTCCTATAATAATT +GTGACAAGTAGGAATAGTGAGATTGACGAATTAATGAGTATGAATTTAGGGGCAGATGAT +TTTATTACAAAACCATATAATACTCAAATACTATTAGCTCATATAAACGCTGTATTAAAA +AGAGCTTATGCAGATATGGAAAGCTCAGATATACTGGGTATTAGAGATTTAGAATTAGAT +TTATCAAGGGGGATAATAAAAGCATTTGATAATACATTAGAAATTAGTAAAAACGAGCTT +AAGATATTATCTTATCTTATAAAAAACAAAGAAAAAATAGTATCAAGAGATTCTTTAATG +AATTATATGTGGAACTCAGATATATACATAGATGATAACACACTTTCTGTAAATATTAAT +AGATTAAGAAAGAAGCTAGGGGAAATAGGTTTAGAGGATTATATAGAAACTAAAAGAGGA +TTGGGGTATATGATTAAATGACAATATTACAATATATAAAAGATAAATCATTATTTTTAA +TAATAAACCTTGTACTATTTTTTATAGTTTTTATTATTTCTATTTATATTAATCTTAGTT +TTGAATTGGTAATAGGAATTTTTATATTATGGTTTTTCCCACTTATATCTTATATAATTT +TAGAGTTTATAAAATTTAAAAAGTATTATGAAAAAGTAGAGGGTATATGTGATGGTCTAG +ATAAAAAGTATTTATTATCTGAAGTAATAGAAGAGCCAGAGTTTCCAGAGGGGAAGATAT +TATATGATTTACTGAGTGAAACAAATCGTTCTATGAGAGAAAATATTAATTATTATAGAA +ATATCCAAAAAGAATATGAAGAGTATATAGAGATGTGGGTACATGAGATAAAAACACCTA +TAGCTTCTACATTGTTGCTTATTGAGAATAACATTGATATTATGCCTTTAGGTATAAAGG +AACAAATAAAAAATATAGAGGACTATGTAGAACAGGTATTATATTACTCAAAAATAAATG +ATGTAAATAAAGATTATATAGTAAAAAATGTTAACTTAGAATTAGTAGTAAAAAATGTAA +TAAGGAAAAATGCTAGTGATTTTATACATGATAAATTATCATATTAAGTGCAACATCTAA +AAATATGTAAAAAAATAGTTCATAAGTTTATGTTCATGTTACAGTAATAATAACCAC +>MGYG000000001_68 +ACTAGTCACTATGGGTCTATTTTTTTGCAAAAAACATTTTACTTTATTTGGAAATTAAAT +TTAACTAGCACAATAGATTAATTATTCTATTTTTATATTATTGATTAAGATAGTTTTTTC +AAAAAAAGTATGAAAAAGCTAAACTTTTCACAATGATATATTCTATATATAATTTAAAGT +GTAAAGGATAGTTATTAAACATCAATGTTAATGGGATACTTTTTTCACAAAATTTATGAA +AAATCTCAGCTTTTATATAAATTTCTTTTATAATATAATGGGATTTGTAATAAACAGTAT +AATTTTGGAAAAAGGGAGGAGCATATATGCGAGAAAGTCTCATTCTTAAAGAGTTAAAAG +ACAGTGGTGATTATCTAAGTTTAGATTATTTCTCAAAGAAATTTGAAGTATCAACTAGAA +CAATAAGAAATGATATGAAGATAATCGCAATTGATGAAAAATGTAATGGGTTTAAAATAG +AATATAAGAGTAAGCTGGGATATATTTTACAGATAGAAGATGAAATGAGATTTGAACGAT +ATCTTAAAAGCTTATCCCCTGTTCCTTTAGATAGCCCAGAACAGCGATTAAATTCAATAA +CTGCATTACTTTTATTAAAAGATGATTATACAACTATAGAACAACTCAGCCAAGAGTTTT +TAGTTAGCACATCTTTAATTAAAAATGATTTAAAAAGATTAAGTCAAAAACTTAAAGATA +CAAATTTAGAATTAGAACGTAAAGCACATTATGGGATTAAGATAATAGGACCAATTAAAT +ATAAACAGAAGATTCTATCAGAAATTGCATCAAAAGATAATAGAAAGCTTGAAGAGTTTT +ATAGTAAATTTATCAGTGATAAGAAAATGGAAAATATAAAGACTACAGAGGAAAATATAC +TAGTTAAATATAAGCTAGAAGCAAACTTTGTAGAGCTTGAGGAATTAAAACTTCAATTAG +TACTTTTATATATTAAAGCTAGTTTGAGGAGAAATAACGAAGAAAAAGAAATTACACAAT +TAAAGGTATCTTATAATGATATTATAATAGAACATATTATCAGAGAAGTTTTTTCTGAAC +TTCAATTTTTTATTACAGATGAGGAAAAGGATTACCTTAGTGATTTTATAAAAAGAAAAA +CTAAAAATAAGGAATCTGAAATAAATAGTGCTCAAAAAGATAAGTTACAAGAACTTATAT +ATAATTTCTTTGAAGAGGTAGATAAAGAATATAACACTTATTTCTTAGAAGATAAAGAAT +TTTTTAATTTATTATATCTTCATATAGCATCTTTAATAGAACGTGTTAGGAGAGAACAAA +ATCTAAAAAATCCTTTCTCTCGTCAAATAAGTCATCAATATCCAACTGTATTTAATTTAG +CAATTCAATTATCTAAGAGGCTAGAAAAAGAATACGGAATTAAGATTAATCAACATGAAA +TTGGATTTATAGCTACTCATATTGCAGTGCCTTTTGAAAAAAGACAAGGAGAAAATTTTA +AACAAAAATACAAGATAGGAATAGTTTGTTCTTCGGGTGGAGGAAGTGCTTATTTAATTA +AATTAAGATTACAAGAAATATTTCCAAATGCTGAGGTACAGAATTTTTCATTATTGGATA +AAGATAAAATAGTAAACTTTTCACCAGATTTGATTTTTTCAATTACGGATTTAAGTTTTG +AAGTGCATGCTCCTGTAATTTTAATAAAAGAGATACTAGATGATTTAGATTATTTAAAAA +TAAAGGAAAGTGTAAGATATGTAGATGATTTTGGAAAAGTAACTAATCCTAAACAGTATT +TCTTAAGTTTATTTAGCAAGAAACATTTTACTTGTATTACACAAAAATCAGAATATAAAG +GCATTCTTGACACGATGGCACAAAAAGTAGTTGAAGATGGGGCCTGTGCACCGAGTTATC +CAAAAGATGTTTGGGAGCGAGAGAGTTTTCTAAATACAATATATACAAATGGGGTTACAA +TTCCACATCCAATTGAAATGACAGGGAATAAAAACTTAATATCAGTAGGTCTTGTACAAA +CTGATATTGAATACGAAGAACGTAAACCTAAAATTATATTTATGGTTTCTTTAATAAAAG +GAAATCTTGAATTACATAAACTAGTTACAAAGCATCTTAGTATTATTATGGAAGATGAAA +GTGTTGTTAATAGATTAAGGGAATCACAGTCATATGAAGAATTCATGCATAAATTAAAAA +ATAGCCTGGGGGGATAGCAGATGAATTTAGAGTTTCTAAAAAAACTATCAGAAGCAGATG +GAATAGCATCTAATGAAGGGGAAGTTAGAAAAGTACTGTTAGATGAGTTAAAATCACACA +GCGATAATATAGTTTGTGATGGATTGGGAAGTATTATTTTTTCAAAAGAAATAAATGAGA +ATGCACCTAAAATTATGATTTGTGCTCATATGGATGAAGTAGGTTTCATAGTAAGAAGCA +TAAGTAAAGATGGAATGATCCATTTAATGGTAGTTGGTGGAGTTAAACCTTTAGCACAAC +ACTTACAGAAAGTAAGGATAACAACTGAAAGTGGAGTTAAAATACCTGCGATTATAAATG +GTACTTATAAAAATGAAGCAACAGAAGATTTATATGCAGATATAGGCGCTTATACAGATG +AAGAAGTATATAATTTAGGAATTCAAGTTGGAGATATGGTAACATATGCAACTGAGTTCG +AAAAGTTTTCACTTCCTAATAGATTAGTAGGTAAAGCCTTTGATGATCGTCTAGGATGTT +TCGTAATGGGAGAAGTACTAAAAAATTTAGATGATAAAAAATTAAATAGTAATATTTACT +TCGCAGCTACTAGTAGCGAAGAAGTAGGTATAAGAGGAGCAAAAACAGCAGCGCAATTAA +TAAACCCAGATGTTGTATTTGTAATAGATGTAGCCTGCCATAGAAATGAGTTTGTACGCG +ATCATACAAATAAAAAGCAAATTGATAAAGGTGTAATGCTTATGCATTTTGATAGAACAT +TAGCACCAAATAAAAAAATGATAAATTATGTGAAGGAAACTGCAAGTAATATAAATGTTC +CACTTCAACACGATATGTTCAAATCGGGTGGAACTGATGGAGGAGAAGCACACAAGGTAA +ATGAAGGAAAGCCAACTGTAGTTACTTGTCTTCCAGTTAGATATGGTCATTGTGCTTTTT +CAATAGTAAGCCCAATAGATCTTGAATTAATAATTAAGTTATATACAGAATTAATATTAA +ATTTTGATTCTGAGAAATACAAAGAAATAAAAAAATTTATCTAAGAGGAGAAAAAGACAT +GGGATCAACAGAATTTGAAGTAATGGAACTTATAACTACTGCTGGGGAAAGTAAAGCTAA +AGCTTTTGAAGCATTAAAAATGGTAAAGGATAAGAAGTTTGATGAGGCTAGAGAATTAAT +AGCTGAAGCTAGAAAAATAGATGTTCAAGCACATAGGATTCAAACTGAGCTAATAACTAG +GGATATAGATGAAGATCAAGAAAGTCCTGCTATGGGATTATTAATGGTTCATGCTCAAGA +TCACTATATGACATCTCAGTTAGCAAAGGATTTAATAGAAACTTTAATAGAGGTACTTGA +TGATACAAAGTAATTAAAAGAATTAATTGTAAAAATATAAATTAAAAATAATTTTAGGGG +GAATGATTATGAAAATATTATTATGCTGTGCAGGTGGATTTTCTACTAACATGTTAATGC +AAAATATGAAGAAGGTAGTTAAAGAAAGTACTAAACTAGATGAAAATGATTTTAAATTTA +CAGCTATACCAGCTGATTCATTAGAAAGTGAGATAGATGATTGGGATATAGTGATGATTG +GGCCACAAGTTTCTCACAAAACTGACTTTATAGAATCAATATGTAAGCCAAGAAATAAAC +CTTTTGTTGTAATAGATAAAGATGTATATGGAAAAATGGATGGGGCAACAGTAATGAAAT +TAGCTTTAGTAACATATAAAAAACATGAATTAGCTAATGCAGCAAAATAGTGGAGATAAA +AATTAATAAATAATAGGGGGATGACAATGTTCGCAAAGTTTGAAGCATTTATGAATCGTG +TATTTACACCTATAGCTCACAAAGTGGATAATCAACGTCACTTAAGTGCTATAAAAGCAG +GAATGGTAGCAATGACTCCATTCACTATACTAGGTAGTTTCTTTGCTATAATTCCAGCAC +TTCCAAATATGATAGGTGAAAATAACCCAGTAAGTCAATTTATATTAAATAACGCAGAAA +TATTAGATTTACCAGTAACTCTTTCGATAGGATTAATCGGACTGTATGCTTGTATGTGTA +TATCTTTCAACTTAGGTAATCATTACAAATTATATATTCCAGGTTGTGTTACTCTTTCTA +CTTTTGCTTTCTTATTCTTAGTATCATCGTTTACACCAGATGGAACTTTGGAACTTGGAA +ACTTAGGCGCTAAAGGTTTATTTACAGGTATGCTTACAGCTATAGGAGCAGTAGAACTTT +ATAATTTATGTAAGAAGAAAAATCTTACAATTAGGATGCCAGAAGGTGTACCAGACTTCG +TGTCTAAATCATTTGAATTAATACCTACAACTATAATCGTTGGTGGTACATTCATCGTAT +TACGTTTTGTATCCTTAAATGTTTTTGGAGAACTACCGCCACAAATACTTACTAGATTCT +TAGAACCGTTAGTAGGTAGTATGGATAACCCATGGGCAGTATTGGCATTAAATTTCTGTA +TATGTACGGTATTCTTCTTTGGTATACACTCATCAGTTTTCAGCCCAATAACTCGTCCGA +TAATGGTTACATTTATAGCTGAAAATATAGCTGCTATGCAAGCTGGTCAGCCAATACCTC +ACTTCTATACAGCAGGTGCATCTAGTGCATTCTTCGGATTTACAGGCGCAGGTATAACTA +TAGGTTGTGTAATAGCGTGTATGTTATCTAAAAATAAGAGTTTCAGAAAGATTGGTCAAG +TATCATTATTCCCATCATTATTCGGTATAAATGAACCAATATTATTTGGTGCTCCAATAA +TATTAAATCCAATAATGTTTATACCATTTGTATTTGGTGGAGCAATAATAGGTACATTAC +CTATGTTCTTAATGCACTACGGATGGCTAGCTAAGCCAGTATTTGATCCTCCATATGTTG +GAGTATTCCTTGAGGGGTTCTTAACAAATGGAGATTGGCGTTCAATAGTAGCAAATGCAA +TACAATTAGTATTAACAGTATTACTATATATGCCATTCTTTAAAATAATGGAACGTCAAG +CTAAAGCTAAATTAGAAGAAAGTAAATGTGCTAAAAATATATTTACAGAAGATGAAGCTG +ATTTATTAGATGATTTAGACTTAGATTTCTAGGAGATGGGTATGAATAGTAGATTAGATA +AAATTAAAAAATTAATAGAAGCAAAAAATATAGATGCATTACTAATAAAAGGTAAAAGTA +ATAAGCGATACATTGGCGCTTTAACAGGTAGTGGAGTATATGTTTTAGTTACAAAAGATA +AGGTTTATCAAATTTTAGACGGAAGATACATTGATGAAGCAAATAAAAAAACAACTGGAT +TCGAAAATAAAGTTGTTCCACAAGGATCATATATACCAACTATAATAGATTTACTTAAAG +AATTATCTATGCAAAAGGTTGGAATAGAGAGCCAAGCTATGAGTATAAAAGAGTATATTA +CTTTAAAAGAGCATAACTTTGATATTGAATTAATAACTAATGAGCTAGGAAAAGTAAGAT +CAGTAAAGTCTAAAGAAGAAATTGAAATTATTAGAAAAGCTTGTGAGTTAACAGATGAAA +TATTTGAAGAAGTTATTTCTGAAATAAAAGAAGGTATGACAGAGTTAGAGGTTTCTGCAT +TACTTCATTATTGGACTTTGAGAAAGGGTGCAAGTGGTATGGCTTTTGATCCAATTGTTG +CATCTGGTGAAAGGGGGGCCATGCCACATGGCCGTCCTACAACGAAAAAATTAAAAAGAA +ATGAAGCTATAACCATTGATTTCGGTATTGTTTATAAAGGGTATCAATCTGATATGACTC +GTACGATATCTATAGGAGAACCACCAAAAATAATTCAAGAGATATATAAAGCAGTTTTAA +AGGCTCAGGAGTTGGCAATAGAAGGAATTCGAGAAGGAGTATCTGCTAGAAGTGTAGATA +AAATTGCTAGAGATAGTATAACAGAATCAGGCTTTGGTGAGTATTTTACTCATGGCTTAG +GTCATGGAATGGGACTTGGTGATGGTGAAGTACCTACGCTAAACTCTAGAAGTGAAGATA +TTCTAGAAGAAGGCATGGTTATGTCATGTGAACCAGGTATATATATTCCTGATGTAGGTG +GAGTACGAATAGAAGATGATATCGTAATAATAAATGGAAAAGGTGTTTCACTCAATAAGA +CGTCAAAAGAATGGATTATACTAGGAGAGTAAAAATGAAATATGATTTTGATAAAGTAAT +AAATCGAAAAGAAAGCCATTGTAGAAAATGGAGTAATAAGGTTTTAAAAGATAAGTTTGA +CTTAGATGAAACTGCAATTCCAATGGATTTAGCTGATATTGATTTTGAATGTTCACCAGC +AATAAAGAGTGCAATAGTTAATAGGGCATCAGTGGGGGATTATAGTTATACTTTTGTAGA +AGATGAATTTTATGAATCTGCAGTTAATTGGAATAAAAGAAGATTTAATATTGATATTGA +AAAAGAATGGATAAAATTAACTTTTGGTACGGTTTCAACTTTACATTATATAGTTCAGGC +ATATACAAAAGAGGGTGAAGGTGTATTAATTAATACACCTGCGTATGATCCTTTTGCAGA +AGCAGTAGAAAATAATAATAGGAAACTATATTGTAGTTCATTAAGATTAATTGATAATAG +ATATTACCTAGATTTTGATGATATTGAAGCTAAAATGAAGGATGGTAATATCAAAGTATA +TATATTCTGTAGTCCACAAAACCCTTCAGGACGTATATGGACAAAGGATGAATTGTACAA +ATTATCGGAGTTATGTTTAAAATATAATGTGCTATTAGTAAGTGATGAAATACACAGAGA +TGTAGTATTTAAGGGACATGAGTTTATATCTTTATGGAATGCACATCCAGATATTCATAA +TAATAGTTTAATATGTATATCTCCAAATAAAGGATTTAATTTAGGAGGACTTAAAACTTC +ATATGTTATAGCAAAAAATAAAGAAGTAAGAGAAATTTTATTAGGACAGTTAAAAAGAAA +TTCAATAACATCTCCAAATGTATTTGCTATACCAGCAATTACAGCAGCTTACAATGATAG +CGAAGAATGGTTAGATGAAATGACTAAGTATGTTGAAGGAAATTTTGAAATAGTGTACGA +TTTCTTTGAAAAAAATATACCTAAGGCAAAGGTAATGAAATCAGACTCTTCTTTCTTAGC +ATGGATAGATGTAAGAGAATTATTTGAAGATGAAGAAGAAGCAAATAAATTTTTTAAAGC +TGCAAAGGTAACTATGGTAGTAGGAAGTTATTTTGTTAAAGATGGAGAAGGATTTATTCG +TCTTAATATAGGATGTCCTAGAGCTACATTAAATGAAGCTCTTAACAGAATTAAAGAGAC +ATATAAAAAACTTTATCATAATAAATTTAGTGTAAGTATGAATATAAATTAGATAAAAAA +GAGTTGTTCAAGTGATATATTTCATTTGGATAACTCTTTTTTTGTTGATAAAAATATAAT +AATCGACAAAATTTTTATGAAAACTAAATATTTTAATAAAAAAACTAAATATATTTTAAA +AAAGTTATTGACTAGAAATAAAAAGATGGTATAATGAATTCATAAATCAGATGATAACAA +TTATCAATATTGAGAGCTTATATAAATAAAATAAATTGGAGGATATAAAAGTGAAAAGGT +TAAAATCATTAATGCTATTAGGCGTAACAATAGCTACACTAGGATTAGTTACTGGGTGTT +CGGGAAACAGTAACAATGAAGTTTCAAAAGATGAAGCACAAACAAGAATAGTACAATCAG +TAAAAGGAGAAGTTGAAATACCAGCTGATCCTAAAAGAATAGTTGATATATCTGGGAGTA +GTGAAGAGCTAGCTCTATTAGGACATACTCCAGTAGGTACAGCCAATGTAGACTCATATG +AAACAGACAAAGTTCCATCATATGTACAAGATAAATTAGGTGATGCAAAAGTAGTTGGTC +ACTCAATGATGGATACAATGGATATAGAAGCAATACTTGCTGCAGAGCCAGATTTAATAA +TAATGGCTCCAAGACAAGAAAAAATATACGATCAATTAAAAGAAATAGCTCCAGTTGTTA +TGTTAGAAGATAGATCAAACGATTGGGAAGCAAAACTTAAGGATGTAGCGGCATTATTCG +GACAAGAAGAAGAAGCTCAAAAGTGGTTAGATAATTACTATGTAAAAGCAGAAGAAATAG +GTAAGGAAATAAAAGAAGCTAACGGGGACCAAACTTACTTAACAGTATTAGCATCATCAG +GACAATTTATGGTATTCACTGAAGGTGGTATAGGAACTGTATTAAAAGAAGATATGAAAT +TACCTCAACCAGCTAATATGCCTGAGCAAGATAGCATAACATTACCAACTGTTACTATGG +AAGGTTTAACAGAAATAGATGCAGATCACATAATAGTTATAGCTACAGAATCAGATAAAG +CTGATTTAGAGGCAAGTACGGTATGGCCACAAATAAGAGCTGTTAAAGAAGGTAACGTAA +CAATACTTGATGCAAGTCCATACTTCAGTCAAGCGTACAATCCAATAGGAAGAGAATTAT +TATTACAATCAATCAAAGATGAAGTTGTAAAATAGTAAATATATAGAAGTAGGTGGTGAA +AAACTATAAATTTTCATCACCTACTATTTCAGTTTATAGAAAAATTATATTTTAAAAATA +ATTGTATTAAAGTTTTGTGGGTATATATTAATTATAGTACTTCAGTTAACTTTGATGTAA +GGAGGATGAAGAATGGCTAAACCTAAAAGAAAAACCTTAGCTTATTCATTAATGATAATA +GGAATAATATTGCTTGTAGTTGGGATAGGAATGTCCATATCTCTTGGAGCAAAACAAATA +GATTTTTCAACAATAGTACAAAGCTTATTTACAAATGATAATGATGTAAATATTAAAATA +ATCAGAGATGTTAGAATACCTAGAGCAGTTGCAGCAGCACTTGTGGGTGGTTTTTTAGCA +GTGGCTGGAGCAATAATGCAGGGAATAACAAGAAATCCTATAGCGGAACCATCTGTAATG +GGAATTACGCAAGGTGCTACATTTATGATAGCAGTAGCATTTGTATTACAAAGAATTTAT +CCTAATTTAGTCATAGGAAGTTTCGGGCTTATGATATTTGCCTTTCTTGGGGCTAGCATA +AGTGGACTTTTAGTATATTTTGTAAGTTCAAGGTCAGCTAGAAAAGTAGACCCAGTAAAA +CTTGCTCTTGCAGGAACAGCCTTAGGTACTTTATTAATATCTTTAGCAATGGGAATATCA +ATGTACTTCAATCTATCGCAACAATTAAGTTTTTGGATTTCAGGAGGATTAGTAAGTGCT +AAGTGGCAAGGTGTAAAATTATTATTTACAGTTGGTGGAATTGCATTTATAGGAGCTATA +ATAATGGCACCGAAAATAACAATCCTTAGTTTAGGAGAAGAAGTAGCAATAGGATTAGGT +CAAAGAATAAATTTAGTAAGATTTATATGTTTAATGATAGTAATAGCTTTAACTGGAGCA +TCAGTTTCAGTAGCTGGTAACATAGTATTTGTAGGTCTTATAGTTCCTCAGATAGCTAAA +GCTATAGTAGGATCAGACTATAAATATATAATACCAAGCTCAATGATATTAGGTTCGGTG +TTATTAGTATACAGTGATATTATGGCTAGAATGATAAACCATCCTTATGAGACACCAATA +GGGTCATTAACAGCATTATTAGGAGTCCCTATGTTTATATACCTTGTGAGAAAGGATACG +AAATAAATTATGAGTATGAATAAAAATAAAAAGTTTGCCCTAGTTATAGGGATTTTGATA +GCATTAATATTTACTACATTTTTAGTTAGCTTGAATTTAGGATCATTATCTATAGAACCA +ATGGATGTTATAAAAACATTAATAGGGCAAGGATCTAAAAGTCAAGAAATAGCTATATTT +AAGTTAAGATTACCGAGAATAGTAATAGGAATATTAGTAGGTACGGCATTAGCTACAGCG +GGTACTATTTTACAAGGAGTTACTAAAAATGACTTAGCAGACTCAGGTATATTAGGTATA +AACTCAGGTGCAGCACTATTTGTTGTAGTATACATCTATCTTATGAATGGGAATGTATAT +GATGGAATAAGCAATACAACAATATTTACAATGCCTATAGTAGCTCTAACAGGGGCAATA +TTTGGAGCATTTTTAATTTATATGCTTGCATGGAAAAATGGTATAAGCTCATCAAGATTA +TTACTTATAGGAATAGGTATAAACGTTGCATTTACATCAATACTTACAATTTTCCAACTT +AAATTTACAACTCAGGAATTTAATAGAGTAATGGCTTGGACATCAGGAAGTATATGGGGA +TCAAATTGGAAATATGTAATGGCAGTATTACCTTTTATAATAATATTTATGGCGTTAACA +ATATACAAATCTAGATATTTAGATGCATTAAATTTAGGTGATGAAGTTGCAACTGGATTA +GGAATAGAAGTTGAAAAAGAGAGAAGAAAATTAATAGTATATGCAGTAATTTTAGCGGGT +GTTGCTACATCAGTAGCTGGAAGTATAGGCTTTTTAGGTTTGGTTGCACCACATATTGCT +CGTAAATTAGTAGGTCCTAAGCATAAAAAGTTAATTCCTGCAGCGGCTCTTGTTGGAACG +TTAATATTATTAGTTGCAGATACGATATCTAGGAATTTAATAGCTCCTATGGAGATTCCA +GTAGGAATAGTTGTAGCAATAATAGGTGTTCCGTACTTTATTTATTTAATGTTAGCAGAA +TAAGAGATTTATTTAGTAAGAATTAGGTGGCTTTAAATAGCTAGGAGGAGACAAATATGA +ATTGTATAAGTACTAAAAATTTAAATATTTCATATGGAAATTTATATATAGTAAAAGATT +TAAATTTAAATATACCAAAAGGAAAGATAACTACAATAATAGGCGCTAATGGTTGTGGAA +AATCAACAGTATTAAAAACTATAGCTAGAATCATACAACCTAAAAGTGGTGATATTTATA +TAAATGATAAAAATATAAAAGAGCAAAGTTCAAAAGATTTAGCGAAAACAATGGCTGTTC +TTCCTCAAAGTCCTCAAGCTCCAAGTGGACTTACTGTAGAAGAGCTAATAGCTTATGGAA +GATTTCCTCATCAAAAAGGATTTGGAAAGTTAAAAAAAGAAGATACAGATATAGTTACAT +GGGCGTTAGAGGTAACTGGTATAGATGAATTTAGAGATAGACCGATAGAAGCTTTATCAG +GTGGACAAAGACAAAGAGCTTGGATAGCAATGGCTTTGGCTCAACAAACAGATATACTTG +TACTTGACGAACCAACAACTTATTTAGATTTAGCACATCAACTTGAGGTATTAAATTTAC +TAGAAGAATTAAATAGAACTCAAGGTACAACTATAGTCATGGTAATACATGAACTTAATA +ATGCGGCTAGATTTGCAGATCATATGATAGGTGTAAAAAAAGGAAAGATAGTATGTCAAG +GTGATGCATACGAAGTAATGACAAAGGAAAATCTTAGAGAATTGTTTAATATAGATGCAG +AAATTGTACAAGACCCTAGAACTCAAAAGCCAGTATGCATAACTTACGACATGGTAGGAT +AGGTAGAATTTATGGATAATCAACAAGCATTAAAAGAAGAAAAAATAGGAAAATTATTAA +TAAAATACTCAGTACCAGCTATATTAGCAATGATGGTAACATCTTTATATAATACTGTAG +ATAGAGCTTTTATAGGATCTATAAAAGATGTAGGAGCACTTGCTATATCAGGGCTTGGAG +TAACAATGCCTTTATTTACGATTTTAGGAGCATTTTGTGTTGCAATCTCAATTGGAGGTA +GCACAAATATATCGATAAAGCTTGGTGAAGGTAATAAAGAAGAGGCAGAGGAAATTTTAG +GAAGTACAGTTGCTTTAGAATTTGCAGTAGCAATAGGAATATTACTTGTAGGAATTTTCT +TTTTAGATGACATACTTTATATATTTGGAGCAAGTAAACACACTATTAAATATGCTAGAG +AATATATGAGTGTAATATTTGCAGGTGCGTGGTTTAACTTACCTGGATTTGCTTTAAATA +GTGCAATAAGAGCTGAAGGGAATCCCAAGCTAGCAGCAAAGATGATGATAATAAGTTGTA +TTCTAAACTTAATATTAGACCCAATATTTATATTTGGATTTGGTATGGGGATAAGAGGAG +CAGCTGTAGGAACTGTAATATGCCAATTAGTAGTATGTCTTTGGTCTACACATTATTTTA +CAGTAGGAAAATCGAATTTAAAATTAAAAGTAAAGAATATAAAATTAGATAAGAAGTATT +TAAAGCTTATTGTAGTAATAGCGTTGACTCCATTTTGTATGGAGCTTGCAGCAGGATCGA +TACACTTAGTTACAAATAGAGTATTAAAAATATATGGTGGAGATTTAGCAATAGGTGCGA +TGACAGCAGTGACATCAATATCTTTAATGTTCTTAATGCCAGTGTTTGGACTAAGTCAAG +GAATGCAAACAATAATTGCATATAACCATGGTGCAAAGCAACCAGAGCGTACAAGAAAAG +CAATATTATTAGCTGTAATAGCTGCAACTACTATACTAACTGTTGGATGTATACTTATTA +AATTATTCCCAGAAGTATTTGTAGGGATATTTACAAAGGATGATGAACTTATGAATTTAG +CTATCAATGGTATAAATATAAACTTAGTAACACTTCCAACAATAAGTATTTCTATTTTAG +GAGCAGTATATTTCCAATCAATTGGTAGTGCTAAAATATCTATGTTTTTAAGTTTATTAA +GACAAGTAATAATATTAATACCAGTAATACTTTTAGTACCTAAATTCTATGGACTGAATG +GAGTATGGGCTTCACAACCAATAGCAGATATAGGTGCAATGGTTATAGTAGGGTTATTTT +TAGTAAGAGAATTCAAGAAAAAAGAAAGTATAGTGGAGAATATATAATTTTGAATTGTTT +AAAATAAAAAACATTGTCTTAGCTGACAATGTTTTTTATTTTTATTATTATATGAATTGA +TAAATTATTATTTTTGTATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAA +AAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTAC +ATGAAAGG +>MGYG000000001_69 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATATAAAAAGA +AGTGAAGCAAGTGGAGGGTGTATGGGGAATGATAATATCTACAATTTTATCACGGCTAAT +TTTTAATCTTTTATTTTACATATTAAATTACAAAATATATGGTGTATTTGAGTCAATGCA +AAGAGATTTAGAAAAATTAAGTAATATAAATAGAAGTATCTTAAACTTTGCAGGTCATGT +CTTAGCAATATCAATAACAGTTTTATTAAGTATTAGATTAGGTATTAGTAATGCTGTAGC +TGGTTTGATTTTAGGTTTTTTGATGGCTCTAATAGATATATGCTTTGGGAATAGTATTAT +AGGAAATACCCCTAAAAAAAATGTATAATAATATATTATGAAATAAGAAAATAACTGTAT +CTTATAGCTAAAGTATTGAAATTGATAAGATACAGTTATTTTTGTTGTACTTATCAATAT +ATTAAAAATATAAAGGGGTCAAATTAATATGATCCTATTTTTATGTTCAAAAAAATACCT +GTTCTAGTACACACTTTACAAAATAAAAGTTATGTTATAATTAAGATAGAAATTATTGTT +CAACATAAATATGATAGTATTCGTTTTATTGTATAAATACAGGTATCTTTACCATGTAAA +ATACTTTTGACATAGTAAAAGTAGGCAATATCAAGGACTTTTGATAGTGAAAATTTACTC +AAAATTATAGAATAATAGTGCAGGAGGGCATTGTATGGAAATTGGAAAACAGATAAAAAA +ATATAGAACTGAAATGAAGTTTTCACAAGAGGAATTATCTGAAAAGATATTTGTATCTCG +TCAAACTATATCAAATTGGGAGAATAATAAAAATTACCCCGATGTGAAAAGTTTATTATT +ATTAAGTTCACTTTTTAATGTCTCTCTTGACATATTAATTAAAGGAGACCTTGAGGAAAT +GAAAGAACAAATTAAAAAAGAGGATATTGACAAATTTAAACGTGATGGTAATATTTTCAC +TATACTGTTTATTTTAACTATGGTATCCGTTGTTCCACTTATAAAATTTATGGAAGAATA +CGGTTTTATAATTTGGAGCATCATTGCTATAGCAGCAATGTATTACGCTATTAAAGTTGA +TAAATATAAAAAGAATAATAACATCCAAACATATAGAGAAATAGCTGCTTTCCTAGATGG +AAAGAATTTGGATGAAGTTCAAAAACATCAGGAGTATGGAAAGCGACCATACCAGAAATG +TGCAATTGTAATAGGTTTTAGTTTATTAACAATAGTCATAGCAATAATTATGGAATATAT +ATTATTCTAATAGCTAAGTTAATAAGAAGTTGTTAAAGAAATAAAAATGATGAGGCTTTG +AACAACTTCTTGGATACACGATTTTAATATATTAAAAAGTAAAAGGATGAGAGCTATGCT +CTCATTTTTTTACGGATTTAAATGAGGTAGAGGTAAAAATAAATTTATAAATAATAAAAT +AAGGCTTAGAATTGAATTTAGAGCCTGTAAGGGGGATGATTTAAAGTAACTTAAACATAA +TAATTAATAATCTAAAAAAAGGGCTAACTTAATTTAATTAAGTTGCCCTTTTGCTATATC +TGAAAGTATTGAAAACACTATACTTCTTTAAACTATTCCCTAAACCTAATTTAAGGAGAA +GTTAAGTGAAAATATATAAATTAGCAAGGTTTTTATATCTTAACTTTATTTACTTTAGAA +ATATATAACTAATACTTGCATTACAAGTATTAGTTATAGTATTATAAGAATACAATACTA +GTTAAGCGAGGTATTAGTTTTTAACACTAAACCTTGTAATACAATGATTAGAAAGGGAGT +GAGATGATGGAGTTAAATAAAGAGATATTGAAAGGTCATATAGATACTATGATACTTGCG +ATATTAGAAAAAAATGATTCTTATGGATTTGAAATTGCTAAAAATGTTTTGGAACAAACA +ACCTTTGAACTAAAAGATGGAACATTATACATATCACTAAAAAGACTTGAGTCAAAAGGT +TTTATTGAATCTTACTGGCAAAGTAGTCAAGGTCCAGGTAATAGACGTAAGTACTACAAA +ATAACACAATATGGTATAGAAAGTTTAGATATAAAAGTTGATGAATGGAATTTTGTAAAA +AATATTATGGATAAATTCTTAGATGGGAGAGATGGTAATGGAAGTAATAAATAACTACAT +TGATTCATTATATAAAAATGATAATAGTCAAGAAGTACTAGAGCTTAAAGAAGAGTTAAA +AGAACACTTAATAATGTCAGCAAATGAATTTATTAATGAAGGATATGAAGAACAAGACGC +TTACGAAATGGCTATCAAAAAATTTGATGGTGGTTCTGATATGTTAAAAGAACTCTACTT +TGCTCTTAAAGAAAATAAAAAAGAGATTAAAGAGACTAATAAGGTTGCAAAGATAATAAC +TAGAATATCAGGTGTAATGTTTATTCTATGTTTAATAACATCTACAATTCTTACATCTAG +TAAACCCTTTAATTACATGTATGAAAAGCAGTATACATATTGGGAACAAGTAAATTCAAA +TATATCAAAAGAGTTAAATAAAATTATTAAAGATAAAGATGTGAAAAAAGATATAGATAG +TTACAAAGATGATATATCAAAATTATTATCATCTAGTAAGTTCAATAAAGATGTTATATT +AATGTATGTTTATGAAAGTGCACATAAGCAAGTTTGGGAAACTTATGAGCCATCATCTAT +TTTATATACTTATGGTAAGGATGCAACTGTAGATTATATGTTTATGAGTGGAGAAACTGT +TGAAAATGATAGAGGTCAAAAACTTTATTATAATGTAAAATTAACAAGAGCACTTTATTA +TAAAATTTATGAAAATACAAGAGTATCAGCTATTTTAGCAACTCCAATTTTCTTTATAAT +CTATGTAGTTTTAAAGATAGCTTTTAGAAAAAAGAAAGTTAAGTTTTAACTAACATTATG +AAGATTTTAGTTTGTATATTATTATGTTTGATTATGAATCTATTTATAATTTATTTAATA +TTGAAACTTATTATGGTTAAGTCAAAGTCATAGAATAAAATTCTATGACTTTTTTATTGT +AAGAAAATTATAACCCTCTATCAAACAAATGTGGAATCTTCTCTAAAATACTTATAAATC +AAAATAAAACTATATCAAAATATGTAAGAAAATAAAAAGATTTGATATAATCAAATTAAC +AATTGATATTAAGAAAATGGGAACAAGTGTTATCAATTAGGATTTAATATATTTTTGATA +GATAATGTGGGGGAAGAAATGGATAAGAATAATAAAAAGAGATATATATTTATAGTGGCA +ATGACGTTTTGCCTTATAATAGGAGCATTTAAAGTAAGAGAGTATTATATATTAAAAGAT +AGCTTTGTATTTTCTAAAGATAATGTAGTTGGGGCATAGACGTCTAAAAAAGACGTATTT +TCTTATAATTATGATTGTCATATCTCAAAAGAAGATATAACTTATTTAAGTGAACTATTA +ACTAATGCACAATTAAAAAAATCTAGTGTTAAAGAAGCTCCATATAATATGGGGAATATA +GTATTGTTTTTGGATGGTAATATTAGAGAAGATGAAGATGATAGTGTGACAGTTGAATAC +AAAAGAAGTATAAACTTGAGTAAAGTAAATAATGAGAAAGTATATGTAATTTTAGAAATA +AATAAACTTAGAGATGATAACAGTTTCAATATGGAAAATATAACACAGAAATTTTATACG +ATTAATTCTAAAGAATTAGTATAGTTTATAGAAAATATAGATAGTGAATATTAAGATATT +ACAGAATATAATATTTGAGTACTGGAGGAAACTTAGTTGGTGCTTACATTAGTTGATTAG +TCAAAAAATAAGAATAGTTTTGTTTTTTAAGTGACCTATTTTAGGTCATTTTTTATTTTT +TTAGAACTAAAGTAAATTAATTGAATAGACTATAGTAGAGTATTTTTGTATAAAAGTTCG +CATTAGGTTGTTTAAAATTGACGATTGGAGGTATGACTATATATGTTTACTAAAAGTTAT +ATCAATTTATATAATTCAAAACCTTTTTCAAGGAATATTAATTTAGCTATATGTGACCTA +ACAAGAAATAACAAAGATATACTATATTCCTACCAAATAGGTTCATCCGTTCAAGGAACT +CCTATTTTAGCTGTTGAACTAGGATGTGGAAGTACAAAGATACTTGTGCAAGGAACTCAT +CATGCTAGAGAAGCTATTAATACAATTTTATTGCTAGACCAAATAAATTACATGGTAAAT +TTATATAATAATCCTGCTATTGTCTGTGGAATAAATATAAGAGAACTTTTAAATCGGGTT +ACATTCGTTTTTGTTCCACTTGTAAACCCTGATGGAGCTGACTTAGTTTTAAATGGTAAA +GAATTTATTTGCAAAGAATATCAAAGTAAAGATTACTTGCAAAAAGAGTCTTTTTTATCT +TGGAAATCTAACATAAATGGAGTAGATTTAAATCGAAATTATCCAACGTCTAGTCCATCA +ACAGATTTAGCTAAAAGCCAAGGATCTGAAGTATACCCTGGACCTTATTGTTTTTCAGAA +CCAGAAACATATGCACTTAAAGTTCTAACTGAATGTTATAACTTTAATGGAACAATATCA +TATCATTCATCTGGAGAAGAAATTTACTGGTATTTCAATCAAATTGATGAAAATAGAGAT +TTAATTATTGCTAAGAGTATTGCTTTGCTAACTGGATATAAATTAATTCCTAAAGAAGAA +TCTACTACAGGTAATGGCTACAAGGATTGGTTTATAGAAAATTATCAAAAGCCGTCATTA +ACTATAGAAGTATCACCTTATGTTGGAGCCACGATAGTACCTGCTGAAAATTATTATGTT +ATATTTCAAAAAAATATAAATGTGCCTATTGTATTTGCGGATTTAGTAGATTGTATGGAA +GAATGTGAAAATTAAAAAAATAAACACAAAAGTATTGACATATAAAATTTAGTGTATTAT +TATAATAACTAACAAAATATACCAATAAAATTCTGTGAAAAAGAGAGTAGCTTAAATTGA +TTTTACAGAGAGCTTAGGATGGTGGAAGCTAGGCATTGAGATTTATGTGAAAAGAACTTT +GGAGAAGACTGCAGGAAATTAAGTATGGCAGTAGGTGTTCTCGCCTTAAGAGATAGAGTG +GGTAAGTTATTTTACCAATAAGAGTGGTAACGCGGATAGTATTCGCCTCTTGGATTTTAT +TCCAAGGGGCTTTTTTAATACAAAGAGTTATTTCTTAGAGGTTTAATTTCTTACTAATAA +GAGTGGTACCGCGGAAACTTCGCCTCTTAGCATTTTGCTAAGGGGCTTTTTAATTGCAAA +ATTAAGAATTAAGGACTAAAGAAATTTGCAGATGTATTGACTTAATCAAAGTGATTTTTA +TTATTATAAATATAAGTGGATAAGTCGGAATATTTTGAAAAAATACAGAGGGGAGATTTA +ATTATGGAACATTATGGAGTATTAAGTTTAATTTCACCATTAGTGGCAATTATAATAGCA +ATTTTAAGTAAAAATGTAATAATATCTTTATTTGCAGGAAGTTTTTTAGGAGTATTAGTA +TTAAGTAGATTTAGTCCAATAACAGCAGTAAAATCCCTTATAGGGGACTACTTCTTTGTT +CAACTTACAGATAGTTATAACGCAGGTGTGTTGATACTATTAATGTTTATAGGTGGATTT +ATAGCTTTAATAGAAAAATCAGGAGGAGCACAAGCATTTGCAGGGAAAGTAACAAAATTA +ATAAATACAAAAACTAAGGCTCAAATGAGTTCTTGGTTTGGAGGGATATTAATATTCTTC +TCAGATTTAGGAACACCACTTATAGTAGGTCCAATATTTGAACCTATATTTGATAAATTA +AAAATATCTAGAGAAAAATTAGCTTGGATAATAGATTCAACAGCATCACCAATAGCAGTA +TTAGTACCATTTATAGGATGGGGAGTATATGTAATGGGGTTTATACAAAAAGAATTTGAA +GCACTTAGTATAACTCAATCAGACTTTACTGCATTTGTAAAAGCAATACCATTTCAAATT +TATCCTATACTAGCAGTAACAATGGTTCCGATAATAGCATTTTCAAAGCTTGATTTTTCA +GCAATGCTAAAAGCCGAACAAAGAGTTGAAAACACTGGGAAATTATATTGGGATAGTTCT +AATCCTCAAAGAAAATCAGAAAAAATTTCAGAATATGAAGCTTCAAATTCAAAGGCTTCA +CTTGTAATAGCACCACTTGTAGTTTTATTTATAACATTATTTTCAATATTAATACCACTA +GGTTTTCCAATGAAACCAGTTGGAGGTAGTGATTTTAGAATAGCTTTAACAACAGCATAT +TTATTTGCAGCTATAGTTTTAATAGGTCTTATGGTTTATTACAAAACAAAAACTTTTAAT +GAATCGTTTGGTATTTATATAAATGGAATGCAAAAAATGATTTATGTATCTATTACCTTA +GTTCTTGCATGGTCACTTGGAGCAACTATTAAAAATTTAGGAACAGCAAATTATATAATA +CAATTACTTAGTGGTAATGTTCCAGTTGCATTAATACCAGCAATATTATTTATACTAGGT +GCATGTGTATCTTTTGCAACAGGGAGTTCTTGGGGGACTTTTGCAATAATGATGCCACTT +GCAATACCTATGGCAGTTTCTTTAGATGCATCTATATATGTATGTATAGGAGCAGTTTTA +TCAGGTGGATTATTTGGAGACCATTGTTCACCAATATCTGATACAACAATTTTATCATCT +ACAGGAGCAGGCTGTGATCTTGTAGACCATGTAAAAACACAACTGCCTTATGCACTTTTA +AATGGAGGTATAACTTTAGTAGGATTTTTAATTGCAGGTGTAATTAATAGTGAGATAAGT +TTAGTTATATCGCTTGTAATTTTACTTATAAGTGTATTTTTCTTAAGTAAATCAAATAAA +AATAAGCTAGAAGCAAATAATATAGAGTCAAATAAAAATTAATGGAGGTTGAGGATATGA +AATTATGGGGTGGACGTTTTAGAAAAGAAGAAAATAAATTAATGGAAGAATTCAACAAAT +CATTTGAATTTGATAAGGTATTATATAAACAAGATATAGAGGGAAGTATCGCTCATGTTT +ATATGCAAGGAGTATGTGGTTTATTAAGTAAAGAAGAATGTGAGATAATAACTAAAGAAT +TAATAAAGATAAAAGAAGATATTGAAAATGGAGATTTATTATTAGAAGGAAATTACGAAG +ATATACATAGCTTTGTTGAAATTAATTTAATACAAAGAATTGGAGAAGTAGGTAAAAAAC +TTCACACAGGTCGTAGTAGAAATGACCAAGTAGCAACAGACATGAGATTATATGCAAAAG +AAAAAACACAAGAATTAGTAGAGCTAATATCAAGTTTTAGAAATACAATAAAAGAAGTTG +CTAATAATAATTCAGTTATAATGCCAGGATATACTCACTTACAAAGAGCTCAAGTAGTTA +CTTTTAAACATCATTTAATGGCATATTATAGTATGTTTACTAGAGATGAGAAAAGACTAA +TAAATGCTTTAGAAATACTTGATGAAAGTCCTTTGGGATGTGGAGCATTAGCTGGAACAA +CTCATAATATAGATAGAAATATAACTATGGAAAAGCTAGGGTTTAAAAGAGTTGTAGAAA +ACTATATGGATGGAGTTAGTGATAGAGATTACTTAATAGAGTTAATGAGTGATTTTTCTA +TAATAATGATGCACCTAAGCAGACTAAGCGAAGAGTTAATATTATGGAGTAGTCAAGAGT +TTAAATTTGTTGAAATAGATGATTTATATACTACAGGAAGTAGTATAATGCCTCAAAAGA +AAAACCCAGATGGTGCAGAATTAATAAGAGGTAAAACTGGTAGAGTATATGGTAATTTAA +TGGGGCTTTTAACTGTTATGAAAGGCTTACCATTAGCATATAACAAAGATATGCAAGAAG +ACAAAGAAGGATTTTTTGACAGTGTAAAACAATTAAAAATGTGTATTCAAGTAATGGAAA +AAATGATAGCCACACTAAAAGTAAATAAGGACCAAATGAAGTCATGTGTCAAGAGTGGAT +TCTTAAATGCAACAGAGGTTGCAGATTATCTAGTTAAAAAAGGGATTCCATTTAGAAATG +CTCATAGTATAGTGGGTGCTATAGTAATTTATTGTGAAGATAATAAAAAGTCAATAGAAG +AGTTAAGCCTTAATGAGTTTAGTCAATTTGCAGATGTATTTGATGAAGGTATATATGACT +TTATTGATTATGATAAGATTTTAGATAAGGGAATAAAAGAGTTAATAAAATAAGATTAAA +TATAATTTATAATATAGATATCAACTGTATTTTACAATATTAAAAAAATGGTAGCTAGAT +ATTGGATGCTCCAATAGTCTAGCTATTTTAATTTCTTATGTATCACTCAATTGTATAACA +GAGTTAAGTTTATTATATAAACACAAATAAACAATGTCATATCAAACTCTATATATTCTT +TCCTTAATGTCCTTAAATTTAATATCTAAAATAAATATATTGCTATGAGGCAAATCCGAA +TAACACAGCAGCAATATTTACAACTAATATTATTGAACCAGTTGTATAAAATAAAGTCGA +TACAACTTTACTTTTATTTGGTGATTTATTTTCTAAGATCATTGTTACCCAAAATGTAAT +AAATATAACTCCTCCCAATATACGTTGTAAGTTACGTAGATATATAGCAGTTGCAAAGCT +TATAAGTAATATTACTAATGTAATGTATTGAAATACATTCCAAACCTTTTTTAACACTAA +ATCATCTCCCTTCAACAAATCCCTACTTTAAGCATATAATATCAATGTTTAATTCTCAAT +ATTTAACAGCTTTATTCTTAAATTTTGTTATCCGAAATTTCTCATATATACTTTTCTTAT +CTTTCTTATGTATTCCTATTTTCTCTTGAAATAAAATGATTTATTAATAAATTTAGTAAA +AATATTTACTGAGTTTTAAAAGAATAAAATTAGTAATTAACTTATATATTTCATTGAAAC +TCTAATATAATATATACTTAAAGATAATAATAAAAACTATTTAGTTATACTATTTAGTAA +CCATTATAAAAAATATAGTAAATATATTTACAAAGCATATTTATTTGATATACACTTAAC +TTGGAAATCGATTTCATATAAATTTAGGGGGTATAGATTGTTATGAAAAGAAAAGGTGTA +TCGTTATTATGTAGTTGTGCTATTGCACTGACAACTGTACACTCGGGTTTAAGCATATCT +AATGCTAGTTCAGTAGAAGTAGATAAAAGTGTAAAAGCAGGTATTAATGTTAAAAAGGTT +GAAGGTATATCTGAAGACACTATAAAAGGTGTAGATATATCAAGCATAATATCATTAGAA +GAAAGTGGAGTTAAATTTTATAACTTTGACAATAAAGAGCAAGATATATTTAAAACTTTT +TCAGAAGCAGGAGCTAATTATGTTAGAGTAAGGGTGTGGAATGACCCTTATGATAGTGAT +AAAAATGGTTATGGTGGGGGAAATAATGACCTTGAAAAAGCAATAGAAATAGGAAAAAGA +GCAACTGAAAACAATATGAAGGTCTTAATAGATTTTCATTACTCAGATTTCTGGGCAGAC +CCTGCAAAGCAAAAAGCACAAAAGGCTTGGGGAACTATTGATGATTTTGAATTAATAAGA +GTTGGTAATTGAAAATAAATTTAAAAATTATATAGTAACAAGTTAATAAAATTTGCATAT +AAATAAAACAAATAAAAAATTATTTAAAAAATTTAGAAAATGATATTGACTATATTAAAA +ATTTAAAATTTTATTAATATAAATTAATAAAAAATTCCTAAGAAAAGGGATAGTAACTAA +GTTTAGGTTCAACATAGAGAGTTGAGGATGGTGGAATCTCAACAAGAAGAAATTTAGTGA +ATGGGCCTTTGAGGAGTAAATTGAAATCATTTTATATGAGAGTAGACTTTACCGTCAGTC +GCACGTTATAGCGAATAGGGTATGATAGTACCTGAGAATGAGTGATGTATAGTAGTTTAT +TTACTTTACATAAATTAGGTGGCAACGCGGATAATCTCCGTCCTATTAATTTAGGGCGGA +GTTTTTTTATTGCAGGAAATTTTAATTTCCATCCTATAAACTTTAGCGACTGTGTCGGCG +ATATGAGCAAAGTGAATTTTTTATTGCATAAAATTTTAATTTAAGGTGGTGATAAGTATG +ATGTGAAGAGATAGCTCAAAGGAAAATGATATAGAACATTGGTTAAAAGAAAATATAAAT +TATTTAAATATTCTAGGAGGAATAAATTATGAGAACAAATACAAAAAAATTAACTTTAAA +TGCATTACTTTTAGCAATAGGACTACTACTTCATCAACTTACACCAGCAATGGGACTTCC +AATGCAGCCTGATATGTCATTAATAATGTTATTTACAATAATGATTATAAATAAAGGTGA +TTATAAAACTTCACTAGTATGTGGTATAGTAACAGGAATATTTACTGCATTAACTACAAA +ATTCCCAGGAGGTCAACTTCCAAACATAATAGATAAAATTATTACTGTAAACGTAGTATA +TATTTTAATGTTTATAAGCTATAGATTACCATTCTTGAAAAAAATAAAAGAAAAAACACA +AGATCTTATAGTATCTATAATAATTTTACCAATAGGTACATTAATAAGTGGAATGGCATT +TTTGTTATCAGCTAAATTAATAGTAGGTCTTCCAGGTTCATTTGAAGCATTATTTTTAGT +AGCAGTAGCACCAGCAATAATAATAAATTTAGTATTTGGTATTTTCTTCTTTAAAGTAAT +AAGCATGTCTGTAAATAGACTTGGATATAAGAACTTAAAGAGTTTAAATAAGTAGAATAA +AAATAAACTTGCTAGTAGGAAATGGTAAAAACAAAATCAAAGATAATATATATTTACAAG +TTCTAAAATAAGCAAATTAGCAATTCAAGGACCTAAGGCAGAAAAAATACTTCAAGAACT +TACTGATATAGATTTAAATACAGTTAAATTCTTTTATATGAGTTTAAAGGTAAAAGTGTG +TAATAAAAATTGTTTGATTTCAAGAACAGTTTATACTGGAGAAGATGGATTTGAAATTTA +TTGTAATAATGAAGATGTTAAAGAAATATGTTAAGTAATACTTGAAAAAGGAAATCTATA +GTAAAAAGAGTAGATGACGCAAGAGCTGTTAAAAATCCCATATTAACTTGGAAATAAAGT +AAAAACACCAAATAAGTAATTTATCTGGTGTTTTTCTTTAAATAAGTAGTATATTATGTT +AAATAAACATAGTGTACTACTTATTTAATATTGATTGATTTTTATAAAACAAAAGCTAAT +TGGATTACAGTAGATACAATTACTATAACAACGCCTATAAGTATCTCATAATGAATCAAC +TTAAAACGTTCAGTTAAATCCATTGAAACACTTCTAGAACTTGCATGGAATAAGGCTCCA +TGAGGTAAATGTTCAAATACACATGCACCTGCATTAACCATAGCAGCTCCTGAAACTTTA +GATAAACCAGAACCTAAGATTGCTTCTGAAAATGTAGATGATGCAATAGTTGCTCCACCA +GTAGTAGAAGCAGTAGCAAGTGACATTACCATACCAGAAATAGGTGCTAATAAAAATTGA +GGTATATTCATAACTTCTAATAACTCTATAGTACTATGTTGTAAATTAGACATTTGAATA +ATTCCAACTAAAGTGCCTGTTCCAAGTAATAATATACACACGCCTTGCATTTTTGCCACT +CCAAAAGCTAAATACTCCTTAGTATTTTCTAAGTTTCTTGTAGCAATAATACTTACAATA +GCGCCTATAGGTAAAGCAACAAGTGGATCTACTACAATATCAGAAATATTACCCAAGAAT +AATAAACAAATAGAAACTATAGGTCCTATTAAAGAAGCAAACAAACTTGGTAAATTTTCA +TTTTCTTCTACATTTATTTCCATATCAATTTTACTACCCTTATTGATTAATGTTCTTGCT +AAGATAGTAGTTACTATAACTCCACATATTGCAGGAATTATATTTGCAAGCATAACACTT +GATAATTCTACATTGAAATTACTTGCAGCTGCTAAAGTATTTGGATTTGGAGAAATAATA +TTTCCTGCTTTTCCTCCGCCTAATGCAGCTAAAAGTATTGCTAACTTTGAGTATCCTAAT +TTATGACCTATAGACATCCCAATAGGCCCAACTGTAAGTACAACAACATCCAAATCTACT +CCTACACCAGCAAGTACCATAGATGATAATACAATACCTAATATAGCCTTTTTCATACCA +AGGATTTTTATAATTTCTTCAGAAATTCTTTCAACGGCACCCGTTTTTATTAATGTTGCA +GCTAAAAAACCTGATGTCATTACTCTAAGAATAGCAGGAGCCATATTTTGAGCACCACTA +GCCATATACTCAACAGTATCAACTAAACTTGCACCACCTACTAATCCTCCAACTAATGCA +CCGAAAACTAAACAATAAAATGGTTCAAACTTTTTTATAATGAGTATAATTGATACTATT +AAACCAATAATTGCCCCAAAAGTTGTTATTATCATATTGTCAATCTCCTTTAATTATTAA +ATTACTAACTATATCTTTATAGTACAAAAAAAGTTCAATGGTGTCAAATGTAATTTAATT +AATTAAATTACATTAAATAAAACTGTATAATATAAATTTGTTAAATTAAAAGAAATCGCT +TTATAATATTAAAAAAGAGAGCCTAATAGATTCTAGTGTTGCATTAATGTAAAATTTAAT +ACTTTACAAAATAACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAA +TTTTTTCCATTTTATTTTT +>MGYG000000001_70 +TTAAGAATAGAACTTTCGGACATAAAAAAGGAACTTGGTGCAACAAGTTCCGATATGAGT +TTAGAAAATTCTATTCAAAAAAGAAAAACTAAAATATTAAGCCAACTAGATAGTAATCAT +AAGGAAATACTATTAGAAGGAATATTTTAATTTTTAGAGTGTTGTTGAATTTAACTTTTC +TAAACACTCTTTTTTATTTGTTTTACAAAGGTATTCTTTATAGCATTCTTCTAATTTAGG +AATGTCCTTATTTGTGAATTTATAAAAAAATTCCTTTGGAATGCAGAGTCTATTTGAAAA +ATGGTCAATTCTTTTTTTAGGCGTACCTCTAATATGCGCATAATTAATTACGCCTATTGT +AACTCCTAGTATATTTGCTATTTTATAATGACTCATTTTATATATTTTTTCTATTGCATC +ATATATATTTATATCTATTTTTTTGTTTGAGTATTCTTTTTCTGCAAGTTCCATAAATTC +TTTGAATGAAATATTGTGCCATTTATATTCATCTACGACATACCAAGGTGCATTATTTAC +TAAGTCTTTATAATGGTCGAATCCTATTTCCCATTGTTTGCAGTTATATATTATTTTCTT +TATTTCTTCTTCATCTTCATAATAATCACTATCTCCACAGCAAAATCCATTAAAATTAAA +TTTACAGGTGTTGCAGTTTTTTATTAATTTAAACTTCATAAAGTCACAACTCCTTTTGAC +AGTATAATTATTTTATACAATAATCATATCATATTTATGAAAAAATGAAGATATTTAGAG +TATATTTTTAAATAGTTTTTAAGGTTTTTATAATATAAAATTTCTATAATAATTCAATTA +AATATATAGTGATATAAATGTGATATACTTCTAATATATAGTAGAGAGGTGGCATTATGG +AAAAAGATATATTTTTAAATTTAAGTATAGAAGAGCAAGTAGAGTATTTAAATAAAAAGC +TAGAAGAGGGACAAACAGTTATAAGAATAAGAGAAGATTTGAGAATTGGTGAAAAGACAT +TACAAAGAATAATTAAGTCAAATGGATATAGGTATAATCAGAAGCTTAGAAAATATATTT +GTAATACAGAAGTATCACAAAAGGTACAAATACAAGGTGAGGTAATTGAAACGCCTTTAG +AAACTGATTTAGAGGGACAAAGTGATACATTGGTGATACAAAATAAATATAAAAATGATT +TATTAGAGCTTATTAAATATAAAAGCGAATTATTAGATATGTTAAAGGATTATAAGTTAA +ATAATCATATAAGTAATACAACTGTGATACAAATAGAATCTAAAGGGATAATAATAGATG +GTTTGCATGGTGAAACTGTACAAACATCTATTAGGGTTAACAAAGAGGTTATAAATGAAT +TTAGAGAGTTTTCAAAGGCATATAAGCAATATAAATCGTCTGACTTAATAAGTATGGCAT +TAAAAGAGTATATGGAAAATCATAGATAAGATAAAAAATAAAATGAACATTAGAGGAGCA +TAAGGAAGTGATTATATGAGTATAAAACCTCTCTCAAGTTTAACTTGCATAAAATCATGT +GAGGGTATGAGTAAAAGAACTTTATCAGATATTTAAAAAGAAATTTATTCTATTGATGAA +CTTATAGAAAGTTATAGGCAAGATAAAGAGTATGGAGGCAATACATACGATAATATAATT +CAATTAGGTGAACTATTAAAAAAGATAAAATGATTTAGAAGCTTATTAGACATATAATAA +GCTTTTTTTGTACAAAATGGAAAGTTAAAAAAAATGAGTTTCCAAATAGTGAAAATGTAT +AGATTTATATTATTTCATAGGGTAGTATAAAAAACAACAAAAGTAAAAAAGGTGGTTTTG +AAATGGAAAATATAAATTTAATAGAAATAATAGATAGGGTAAAAAATAATGAGTATATAA +CTGATATCGCAGAGGAATTAGATACTAATACACATGTAATATTAAGAATTATGGAAAAAC +ATAAAAATATATATACTCAGTTATTAGATTATATAAAAGAAGATAGTAAGAATAGAAAAG +AAAAGAGTATAAAAAATGAAGTAAAAAAAGAAATTGAAAAAACTTTATTAATAAATAGAA +TAATAGGTTATGTAAATTCGGGAGGACAATTAAATGAAATTGCAGAGCAAGATTATGTAT +CTACCTCTACATATTCGAAACTTTTAAGACGTGCAGGATATGAATATGATAGAACTTTAG +GAGGATACAAGCATAGCATTTTTAAAGATGTTGAAGGTTTTGCGAGATTAATGAATGGTA +TGGACTATGAGGAAGAAGTAGAATACTTATTTCAATCTTTATACTATGAATGCATAGAAG +AAGATGGAAATGTTCAAAGGGCTTCACTTGAGTTGTATAACTTTGATACTAAAGATATTT +ATATATATCATAAGTTATATGATGAACTAGAACAAATATCTTTAAATGACGGATGGGAAG +TTTTTAGTGATTTTATACATTATATTTTATTAAATTATGTTTATGATAGAACTGGTAGAG +ATGATAGCGAAAAGAATGAAATTCTTTTCTTTAAAGAGGTAGAAGGATTTTCAACAGATG +AAGAAATCGAAATATTAAAAAAGAATGACTTTTTATATGATGATATCAACGTTGAAAAAG +AACTAAGTAGTTTATATAGATCATATTTATTAAATCATTATGATAAAAAACATTTAGATA +CTTTGGATTGTTGGAGTTTATTTGAGTTATTCCATAAATACAAGTAAATATTTATGTTAT +ATAGGAGCAAAACAAGTAATTAATAGAAAAACCTCATTTCTAAGTTGGAAGTGAGGTTTT +TTAAACCAAAAAATAAAGGAGGGATAAAGTTAAATTATGATGGTAGAGGCATTTAGAAGT +AAGAAAGATATAGAAAAAGTTAAAAGGCGACTAAAAAAGCACAAAGATAAAAGGTTGTAC +CCTATGTTTATTATCGGATTAAATACAGGTTTACGAATAGCTGACATTGTTCCATTGAAA +GTAAGTGATTTCAGAGGTAAAAGATATTTAGTAATAAAAGAAGAGGGTAAAACAGGAAAA +AAGAAAAATATAGCTATAAATGAAGCTATAAAAGAAGTAATAGAAGAATACTACAGAGAA +TCTAAGAAGGATGAATATTTATTCAAGAGTCAAAAGGGTGGTCATATAGTAGAGAATACA +GCATATAGGCTATTAAAATCTGAATTCAAGAAATGTAGGTTTAAATACAATACAGGAACG +CACTCAATGAGAAAGAGCCATGGAAAAGAAATAAATGAGATATACGGTATTGAGATGGCT +CAAACAGTATTAGGTCATGACAATCAAAGAGATACATTAAGATATATAGGAATGGAAAAA +GAAATGGTAGATAAGGCAATATTGAGCTTGAATATATAAAAAGGAGTGATAATTTTTTTT +ATATGAGAAAATGTAGGAAAAAAATAATTTTTTTACATTTCATTATCAATTAGAAAAAAA +TAAGGTTATATAAAAGATATATCAAAGGGTAGAGAGAGTTAAAAAAATGTAGGAATCCGT +ATAAAAGCTACATTTTTTTATAGGCTTATATATATTGATTTTTCTTAGGTAGAAGCTAAA +TAAGGCTTATTTTATAAAAATCCTTATTATCATTTAAGAATTTAAGTAAGTTTTAAATAA +CAAACGCTAGGGCTAAGTTCAAACAATTATTATGCAAGAAGTAAGTAAACTCAATCATTT +AAAGGTGTTTTGTGTTTGTTAAAAGGTTGAAACAAAACTCAATTATATATGCAAGTAATT +TCAATAGTTCTGTCGTTTTTTTATAAAAAGCGTTTGTTATTATTAAAATACAACTTGAAT +AAACCATGTATGTATTGATTTTTCAATGAGAATTAATATTTGCGTTTATAAAAAAGTACA +TACGAATATAAGAAGGAGTTTTAATTATGGAATACATATAAAATAAAGAGCTATATAGTG +ATAGAATTTTAATTGCACATATGGCTGAAGCAACAATAAAGAGCGCCATTGCTAACGCCC +TTTTAAAAATGTAATAAAATTGGAATAATTTATAAAAAAATGTTATTATAGTATAAGATA +AAATATAGAGATAAATAAGGGGGAGAATATACTATGAACAAAAAAGCTATCTGCACATTA +CTTTCATTAGGGGTTATTATTACAAATACAGGTATGATTAATGCTAATGAGCTAAATTCA +CCAACATTAAATACCGAAATTTCACAAGAAGCTATTTCTGATAATGAAGTAAAAATCAAA +TCAGACTACTACAGTTTTAATCTACCTTATAATAAAGATGATATTAATATCACATATAAG +GAATATGAAAATAAAGTTGAATATACTGTAACATCTAAAAATACGGGGGAAATTCTTACT +GTTTTCGGTGAAGAAACTATTAAAATAGAAAAAAATATATACTCAGAAAAGCTTGGAAGA +ATGGCTACTAGACTAAGTAAAAATTTATATCAAAACCACTATAAGGGTCCTTGCACCGTT +AGAGTGAATCAACCGATTACTATATGGGCACAAGGTTCTTTTAGAGCAATTGATACAGCA +GGAAAACCTACTTTGACTCAAGTTAGTGGTGGAGATTGGAGCATGTCTTCTACAACTGTA +AAAAATAATTGGAAAAATGGACAACAATCTATGTCAATAACTACAACTGCTATGACGACT +CTAACAGTAAAAACTACAGCAACTACAGTTGGTAGTTTTAGTGTTTCAAATTTAAGAAAA +GCTGGATTCAGTGTTGCATCTTCAGATAATAAAAATTATATTGCTAGATTCACACCAGAA +AAGTATTTTGGGTTCAAATGGGATATAGAAAAGGGATACACTCCAATATATTAGAAAGTA +GGAATTAACATGGAACCAATTACGGAAATTAACAATACTATAAATTATTTACCTATAATA +TTTAGCATATTCAAAAACATATTAGTTTTATATTTAGTATACATTTCAATTAAAGCTATA +AACATATATATAAAAAATAATTCATAATTAACTCGTTGTGCTAGTTAATTAACTAATTCC +TAAATTTTACGTTAGAGACTAGTTATGTACTTGAGATAAAGTTAAAGCCCTTAGAATCCA +AATAAATAGATTTCAAGGGCTTTCTTAATATATCTCTTTAAATAAGTTTTTAGAGAATAG +TATTAACTTATCATATATACACGAAACCATCTGCTTTAATGGACACATAATACTGTGTGT +TATAATTAAGTAAATAATTGTATGATATTGTGCATCTTTTATCAGGAGAGGAAGTAGTAA +TGGCTTATGTTCATGAATTTGGAATAATTGATTGTATTGAAGAAAACATAGATTGTAAAT +CAGAAGAACTTGAAATATTGATAAATAAAATATCTGATGCTATTAAAGAAGATAAGTGGT +TAATTCATTATGGAATTTAATTAAATAGGAGAATATGTTCCTATTTTTGTGTTCAAAAAA +ACATATGACTTAATAGTCATATTTACTTGATCTATGACACACCTAAAAATATTTATATTA +ATATCCGTACTGTACAAGAAATTTAAAATACCATTTCATATACAGTTTTATTATGTCAAA +GCTAACTAATCTCAAAATTTAGATTCAGGAAATCGTTGAGAAATTAAAATAGTGTATATA +TTGAAATTGCTATATTTCAATATATACACTATTTTTTACTTTTATGTTTTTATGAAACTT +TAATTATTAAATTTTGATTATTATTTAATTTACTTCTAATTATATAATTTTTACTTTATT +CTTAATTATATAATTAGAATTTTTACTTTATTCTTAATTATATAATTAGAATTTTTGCTA +AGTTTACTAAACTTCTTCTAAGTATTATTTTTAAGCTATTAATTCCATATCTTCAATTGA +TTTATTAATACTATGTTTAATTTGTTTCCATTCAACTTTTTTAAATATTGAACAGATAGA +TATTGGCATATATGTAAACATAAATATTGGGAATGTAAATGTATAAAAAATCTTTTTATA +ACCTTTACATTGTATTCTATTCCATTCTGTTATCGTTGTTAATAAACCTAATAGGTACAT +CATAAGGTAAGTATTTAAAAAATAAGAAAGTACATATCCTATAGCTAATTTACTTGTTTG +AAAATCATTAGATATTAACGAATATAAAAATATACTACTATTAAATAAAATCATAACAAT +TGATATAAGCATCATTGGAGAAATAGTCATAAACATATCATAACAAGAAAAATCTCTATT +TTTAAATATAGATTTAAATAAATTATATCCATATTTAAAGAATACTTGATAAAACCCTTT +TGACCATCTCATTCTTTGATTCCATGAATCTCTAAATGATGTTGGTTGTTCATCATAAAA +ACAAGCTGAATTACAATAGCCTATTTTTTCTCCATTTATTATACTATCAATAGTAAACTC +TATATCTTCTGTAAGAAGATGATATTTCCATCCATTATTTTTATCTATTATCTCTGATGA +TATTAAAAAACCTGTACCTGATACTGCACAACTGTTATTTAACAACATTCGAGCATAATT +TAAGTATTTAGATTCTCTAAGAAACCATAATGAGTACCCTGCTGAAATCCAATTACTATC +ATAATTTTTAGAATTTCTATAACTTGTAACTATTTTATATTTACGATTAAATACTTTATT +CATCTCTGATATATAATTTCTAGATAGTAAATTATCCGCATCAAAAATAAAATACCCATC +ATATTTTGTTTTTCTGCTTCTTAGTATTTTAAATAAAAAATCTAAAGCATATCCTTTGCC +AACCTTTTTATTATCAAACCTTTCATAAACATGTGCTCCAGCTATTCTTGCTTTTTGTGC +TGTGTCATCACTACAGTTATCTGCTATAACATATACATCAATTAAATCACTTGGATAATC +TTGTAAATCAACTGTATGTATAAATTCTTCAATAACATCAGATTCATTTCTTGCAGAAAC +GATTACTGCAAACTTATTCATTATATTTTTACCCTTAGATTTTACATTTTTATTTTTCAA +TAAAACTACAATAATATAATAATATTGATAAATATACATTGCTGTAAATAATATAAATAC +AACTGTATTTATATTATTTATATTATTTTTTATCATTTTATTTAAAACTCTCCTCCTATT +TAATATTTATACAATTGTAATAATATCATAAATATTAAATACTAGTATGGTAAATTTTAA +CATATTTTACAAAATAAACTTATGATAAATAGTTACTTTTATTTTATGGTAGCTTTTTCT +ATACATCTTTAAATAATTTTATAGAAAATAGTGTTTCTTAGAATGTATATAAAGATATCT +GACTTACATGGTGCCATAATTTTAATATTGACACCAAAGGACTTAGTATAGTAAAATCAA +CATATAGAGAAGTGTCATTAATAGGTGACATAAATACATATTAAAATTAAGAGGTGTCAA +TTATGGTTTATGGATATATAAGGGTAAGTACAGTTAAACAAGCAAATGAGGGGAACAGTT +TGGAAGGGCAGACAAAATTATTATTAGAAAATGGAGTTCCACAAGAAAATATATATCAAG +ATGCATATACAGGAACAAAAGCAGATAGACCACAGTTTAATAAGTTACTAAACGAATTGA +AAGAAGGTGATACATTAGTTGTTACTAAGTTAGACAGGTTTGCTAGAAGTATGATAGAAG +GTTCTAAAATAGTTAATGATCTAATAGAAAAAGGCGTTAAGGTAAATGTATTAAACATCG +GGTTAATGGATAATACACCAGCTTCTAAGCTAATAAGAAATATATTCTTCTCATTTGCTG +AATTTGAAAGAGATATGATAGTTGAGCGTACACTTGAAGGAAAGCAAATAAAAATGGAAA +CTGATGTAGATGCAACATTAGGAAGACCTAAGAAATTTAAAAAGGCTCAAAGGGATATGG +CACTACAGTTGCTCGAGAAACATTCATATAATGAGGTTGCAAATATGACAGGAATAAGCA +GAAGAACATTGATAAGATATAAAAAAGAAAATGATTTAAAATTGTTAAAAACAGAATGTG +AAGGCAAATAGAAAGCAAAAAAAAAGAAATATTGTCAATTTATGAGAAAAAGAGTTATAA +TATAAAAAGACAATAGAATAAAGAAAAAGCCTTAAATTTTACAGTCATATAAAAGTGCTT +GCAACACTTAAATATGATTAAACGTACAAACTGCGACAACAGTTAGTAAGAGTTAGTAAA +ATCTAAGACTTATCATATATTAATTATACTTAGATTGTATCATTTTTCAAGTATAAATGT +AAATATAGATAATTTTAGAATATACAAGCCTTAACTAACCGTACAGTTAAGGCTTTTTTA +ATTCTAAAATTTATATTTAAGGAGAATTGAGAAATGGACAAAAAAGAATTAAAAAGACAA +ATAAAAGATTTAAATGAGGTATTGATTGAGTATGCAGAGCATTCGCCAAGTATTGTTGAA +TTTGCGTTAAAAATAGTTACTGTAGAAAAAAATATAGAAAGAAAATTAAATAATAGAAAA +TACAAAAGAGAAATAAAGAGAAGAAAATTAACAGATCAATACATAAAAAGATTTAATACT +TTTGATATACATGAGGCTTTAAATATAGATATAAAAGAAGCTAGAAAAAAGCTTAAAAAC +TTTGATTTTACAATAAAAGAAAAAAATATAATTCTAGATACATTTTATGGTGGAGCAGAA +AGTTTTCTAAAGGAATACAATGGGGAAGTGATTAACTAATGATAAGTTTAAAAAATATAA +TAGACGGATTAAAAAGTAATCCGTCTATACTTGAAAATACATTAAATTTATATGGAAGCT +ATGAAAAAAATAAAAATAGAAACTGTGTGCATTGTAGTAGTTCAGATGCACTAAAAATAA +ATAAGAAAAATAATACTTACAAATGCTTTAGTTGTGGAGCTGGTGGGAGTGTAATAGATT +TAGTCATAAATAAAGAGAAAACTGACTTTATGGGAGCTATAAAAAAGCTATGTATTGATA +ATGGCATAGAACTACCAAAAGCAGAATATACAGAAGAAGAAAAGCAAGTATTTAAAAAAG +CATTAGAAGATAAAAAAGAGATAAATAAACATATATGCAAACTAGAAAAAGCATTTGATG +ATCCAAATACAAGTTTAGATATGAAATTCAAAATTAGTTGCCTTATAGATAACTTAAAAG +AAAATAAGGACTTCATTAATGATACTGAAATAATTAATTATTCAAAATTTAAAGCAAATA +AAACAATAAGCATAGATAAATACATATCAGAACATGATGAAGCAGTTACAAATGCTATAA +ATGGTGCAAAAGGTGGGGAAACTCACCTTCTAATTGCCCCTACTGGAAGCGGAAAAACCT +ATTCAATAATAAATATATTAAAAAAATATAAATATAAAGCTATATTTATATTACCTAATA +GTGCAAATGTTGAACAAGTAATGTCTGAATATAATATTCCAGGGGCATACGATAAACTAT +CGGCAACGGATGCAATGGAAAAAGATAATGTAGTCGTAATGACATGGGATAAGGTATCTA +AACTAACAGAAGCGGATTTAAGTGAATATATAATAATCATTGATGAAATACATCAAACAT +ATACAGATACATACCGTAAAAAGGCAATAAAGGGTTTGTATGATGTATCAAAAAAATTTA +AAGGTAGAATAGATATAACTGCGACACCTAATAAGTTAGATTTTGAAATATACAACTATA +TCACAGAGTATAAGCAAAAAGAACAAACCAAGTACAATGTGAAATTATACAATGGTATAG +ACACAAAAATGATTATAGATATATTAAATAATTCAAATAATTCTTCTCTACTTATGAATG +ATACAAAAGAATTAAAATATATATCTACAATGATAAATAAAAAAAGTGATGTAATAACAT +CAGATACGAAAGAAACTAGTCAGTTATATAATAATATAATGACTAGAAGCGATATGGGCG +ATTTTAAGGTGCTTCTAAACACAACAACTATTGTTGCAGGTGTAAACATAAAAAATCCTA +ATGTAAGCGACATAATAGTGTCAAATATAAAAGACCTTGGTACTATAAAGCAATATGTAG +CAAGATTTAGGGATTTAAAAGAAGTTAATATACACATATTCAATAACTATCAAGAGGAAT +GCAAAATATACGATATAGAATGGCTTGTAAATGAAAATATAAGTAAAGCTAGTATATTAA +AAGATGCATATAATGTAGCTTGTAATGGAAATACAGAGTTTTCAACATTAGGACTAAATA +TAAATCCAATAAACCTCGATACAAACGTATATTTCAATAGAGATATAAATAATTACGAAA +TTGATAGTGTTTATATTAGAAGCCAAGTATATTCAAAATACTATAATTCAAGAACTCTAG +AAAGCTTCAAAGTACTATTAGAAGAATACTTTGAGAATATCGAAATAGTCTATAATATTA +AGGCTGACGAAGATATAAAAAGGGATAAAGATATATATAAACACGAATTAAAACTATCTA +AAGAAGAAGCTATTGATAACCTTGAAAAATACAAGGATATACTTATTGGATATGATGAAA +TAAAAAAATCAAAATTAAGTAGCAATCTAAAAGAATATTTAAAAATAAATAGCTTATACG +TTGAAGATATTCAGAAAGAGTATTTAAAAAACAATGTCCATAAATTAATAAATGAAAATT +CTTTAAAATCTATGATTAGCTTATACAGTAAATATGTACTAGAAAATAGCTTTAGTCTTG +ATTTAGCTTGGAATATGGCTCAAAGAAAGAACAATAAAAAGATATTTGCTAAGATAAACA +CTATTATTTATGATGAGTTAAAACAAGAATATCCTAATGCTTTTAAAAACGATTATTCTT +TAGAGGTTCGTGTGTATGAACTTATAACTCATTACTTATATGAAGGGGTTAGTTATACTC +AAGAACATTTAGAAGATTTGTCAGAAGCTTTAAGGATAGGATTTGGTGATAACTGGTCAT +TGTCTACCAAAAAAATTAGTGCTGTTTTAAATCAAATTTATAATATTGATAGGGTGAAAA +TAAATTTAAGTGTCGCAGATAAAAACTATAATTTTTATAAAAATATATTACCAGCAAGTG +CGACAACTAAAAAAAGAATAGATGCTTATACAATTAAATCGAGAATAGAATTTTCGGACA +TAAAAAAGGAACTTGGTGCAACAAGTTCCGATATGAGTTTAGAAAATTCTATTCAAAAAA +GAAAAACTAAAATATTAAGCCAACTAGATAGTAATCATAAGGAAATACTATTAGAAGGAA +TATTTTAAGTTTTAGAGTGTTGCTGAATTTGACCGTTCTCAACACTCTTTTTTATTACGA +TATAAGTATACCCATATTTTCACAAAAAAACAATAAGGAGTTTCGAAAAGTCGGAAAAAA +CACGAGAAAACGAAACCAAAAAATAAGTGTATTAAGGGGAAGTCTGAGAAGAAAGTTCTA +ATAGTTAATATTCAAAGGAGGATATAATGATAATAGATATTTTGATAGTGGGAGTTTTTA +GTTATATAGAATGAAGTATCAATAGATTTAATCATGAAAATTATATAATTATAAAAGTTT +TGTCCATTTTTGTATAGTTAACGACCATTTATGCAAAAGGAATATACAAAATATTCAGAA +TATGGTAAGGTTTATATACATTTATCTTTATATGAGGGGGAATTTTTATGAAATTAAAAA +AGATTTTAATGTTTTGTAGTATTTTTACAATGATATTTTCAGGAGGGTCATTTGCTTTAG +ACAATGTAAGTAGTGATGCTGAAGAAAATATAGTAAAAATAGTTCTTGTTAAAGATGGAA +AGGAACAAGAAATAACTCAAGATGAATTAGATAAAATCATAGAAGAAAGTAATAAAGAAT +ATGTAGAATCAAAAGATATAGATAACTTTAACTATATTGAAAGCCATGATGCTAGATTAG +TTAATCCACCAAGATATCAATATATTGAGTCTAGCAGAATCAAAGAATATCATCATAAAG +GAAGAAATAAAAGAATAACACCTTATGTTAGAAATGATACATCATCAACTATATCAAGAA +ATATATCTTTTTCTACAACGTATAGTAGAAGTTCAGATATAACTTTAACGACTAAAGAAT +TTAATGCGATAAATGCTCAGATAGGAAAAAGTTATGGTGTTTCACGTACATATTCAGATT +CAGTTGATGCAAAAATAAAACCAAAATATGAAAGTTGGGTAGAATTTTACCCAATAGTAT +ATAAAAGTTATGGAACGTTAAGATACTACTATGACGGAATAAATGCAAGAGATAAAAAAG +CAACTACATATTTTTCAAGAGCAAGTAAGAATGGTTTAGATGGAGTATATACTGTTAAAG +AAAGGAAGTATTAATATGTGGAAAAAAACTCTTGGATCGGTGTTTATAATAGCATCAGCT +ATATTGTATTCATCAATGTATATAAGCGCAGCTATTTATGGTAGTGCAATAACCTCTAAA +AGTAAAGAGATATTTAGTACGTATTTAGGGTTTATAGGAAACGGGTTAATTATACCTTCT +ATAATACTATTTATTTTAGGGTGTGTATTTATCCTTTTATCTAAAAATAAAGATTATTAA +ATTCAAGAATATACTCAAGAGCATTTAGAAGATTTGTCAGAATCATTAAGGATAACATTT +GGTGACAACTGGGCATTAACTACTGATAAAATAGGTAAAATAATTAATCAGATATACATT +ATTGAAAAGAAAAAAACAAAAATGTGTCCACCCTTTTCTTATACTTTTTATAAAAATATA +TTGCCAAAGAGTGGACACAATGAAAGAATAAATGTTTATACAATTAAATTAAGAATAGAA +CTTTCGGACATAAAAAAGGAACTTGGTGCAACAAGTTCCGATATGAGTTTAGAAAATTCT +ATTCAAAAAAGAAAAACTAAAATATTAAGCCAACTAGATAGTAATCATAAGGAAATACTA +TTAGAAGGAATATTTTAAGTTTTAGAGTGTTG +>MGYG000000001_71 +TTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTGTAATCCCTATCGGGGTCGAGAT +TCAAATATAAATAAGTTAACAAAACGTTTAGTTAATCTTGGAGGAAACTATGATAAAACA +TATATTTTGTGACTTAGATGGGACTCTTTATCACGATGGTATAAGTAAAGAGGATATAAA +GGCTATAGAAGATATAGAATCTAAGGGGGTTAAGTTTCATATAGCAACAGGTAGGGCTTT +AAAGCAAGCCTCTAAGATGATTGAAAATAAGCTCAATTTAAATGGATACTATATATGTCA +AAATGGAGCATTTGTATATGATAAGAACAAGAATATAGTTTTAAAGGAAGTTATTGATGA +TTGTTTAGTTGGAAAAGTTATAAATAGATTTAAATCAGATGATTCATATATTTATGTTAT +GTATGATGGAAATATAGTTATATCTGGTGGATTAGAAATATTAGATAAGTATGATAAAGA +ATGTATAATGGATTTAGATTTTTTTAAAAGAGATAAGTATGATAATTTAGTAAGTAATAT +AGGAATTTTATCTAGAAATATAGATGAATTAGGAAGGATGGAGCTGTACTATAAAAGTGA +ATTTGGTGATATTTTAGATGTTTATTTGTCAGGACCACATGTTTTAAGTATGGCACCAAA +GCATATATCAAAAGGCAATGGTATAAAACATGTATGTGATATATTAGATGTTACTTTAGA +TGAAGTTGCTACAATAGGAGATTCACCAAATGATATACCAATGTTATATGGATTTAAGTA +TAGTTTTGCAATGGAAAATGGCAGAAAAGAAGTTAAGGAAAGTGCAAGTTATAGTGCTAA +AAGTGTAAGAGATGTAATAGAAATTGTAGGCAAAATAAATGGTGTTGAATATTAATTCAA +CACCTAACCGCAATTTATTAAGGTATAAGATTTAGCTGTATTTGATAATACAGCATCAAG +TATATAGTCAACAACGCTGTTACAGACATAATTTGAAAATAATAAATCATTCTTATATTC +AGTTTTAGATTGGTATTCTAAGTAAATAGAATTAAAGAATTCGCGGAAGCTGTTAGCTTC +TATATTATCTCCTTTAAATTTTCTTAAATCAGTTTCTTTAGCAACAATAGATAGTTCTTT +CTCATAAGTAATATGCTTATTCATACTATGAGTCATCTCCCAACGTCTACTATGGGGTAC +GCAGAAGAAATCACATAAAAAATGACATATAACTCCTAATTCTTGGCTGAATTTGCTTAT +TGAAAAATACTTACTTATACAATCTAAGTTTAGAGTACATAAGTATTCTACCTTAGTAAA +TATCATTTCAAGGGATTCTTCTAAATAGTGCTTCTGTAGTACATATTTTGAAGATATATC +AGGTTTTATATTTCCATAAATAAAGTTTTTATCGCTTATAAAGAATGATTTATTTTCATT +TATATTTTCAACTATAGATTTACCTATTAAAATGTGAGTATTTACAAACATAATTACACC +TCATTAGTTCAACTAAAATTTACTCTACATAATATATGGTTTACTTTAATTAAATATTTA +TTATAAAGAATAGAAAAATAGTTAATATTTTTTACTATTTGTTTTTATAGCTAACTTAAT +AATATCAATAAGTATTATATGATGCAATAAGCAAGAAATTCCAAATAAGTATACAAAATA +TAAGATACTTACAGATGTAATATTAAAATAATAAAGGAATATAATAATTGGAGGTAAAAT +ATGAAAAAAGTATTGGTGTTTTTGGCAGATGGATTTGAGGAAATTGAAGCAATTTCAGTT +GTTGATGTTCTTAGAAGAGCAGATATAACATGTAATATGTGTACAATAAATGAAGAGTAT +GTAAGAGGAACTCATAATATTATAATAAAATCAGATTGCCATATAGATTCTATTGATGTA +AAAGAATATGATGCGGTTGTTTTACCAGGAGGACTACCAGGAGCTGATAATTTAAAAGAT +AAGAGGGTAGAAGAAATAGTAAAAAGATTTAATGCAGAAGATAAAATAGTTGCTGCAATT +TGTGCAGCTCCAGAAACTTTAGAAGGTTTTGGTGTATTAGAAAATAAAAGCTGTACATCT +TATCCAGGGTTTGTTAAGAATAGAGATAAGGTAAATTATATAGAAGATGAACTTGTTGTG +GTAGATAATAATATAATCACAAGCAGAGGACCTGCGACTGCAACTTTATTTGCTTTGGAG +ATTTTAAAAGAATTAGGTGAAACAAAGAAATCAGAAGAGATAAAAGAAGGTATGATGGTT +AAATTTTATAACCAAGTTATAAAGTAAGTAATAATTATATTAACTTAAAATAGTTGCTTC +TATATATACATAATATAAGTAACTTTCTATTATGAAATTAGCAGTATTTTCTAGAATTGT +ATTTAAAGAAAATATAAATAAAAATAAAATAATATCATTAATATCATATTTTATAGGGGC +TATACTAGCTGTAACAGGTGGAAAATTAGATTTAAGTACTTTAAGCCCAATAGGTATATT +ATCAGCAATAGTTGCAATAAAAGGAACTGATAATAAGAAAACTGAAGGTTATACTATAGA +TTTTCAAAAAATATGCTAAAAATAGTATATATTAAAAATAGGATGTTATAGATAATCTCA +TGGCGAACGGTTGAAAATATAAATTAGCTGACATTTGCAGCATACTCTCGCTGCATGGAA +GATAATTTATATTTCAACACAAGCCACGGATATTATAACACCCTATTTATATATACATTT +TACTCTGCGGTATATTTTGCTCCTTGGAATGTGTTACGTTCTTTCAACGTAGCATCTATT +TGATTTAATACTTCCCATTTTTTTAAACTCCATAAAGGGCCTACAAGATCTTCCCTTTTG +CCATCACCAGTAAGTCTATGGACTATCATTTCTTCAGGAAGAGCCTCAAGTTGATCACAT +ACTAAGTTTATATACTCATCTTGAGTCATAAGCTTTAACATACCATTATCAAGCATTTTT +TCCATAGGAGTATTTTTTATAACATGAAGTAAGTGTATTTTTATACCATCTACACCAAGT +CTACCAACGGCTTTAGCAGTTTCCATCATCATATTATAATCTTCACCAGGAAGACCATTA +ATTATATGGACTATTACCTTGATATTCTTAGCTTTTAGCTTCTCAACACCTTCAAGGAAG +GTTTGATAATCGTGTCCCCTGTTTATTAACTTAGAAGTTGAATCATGTATAGTTTGTAGA +CCAAGTTCAACCCATAAGTTAGTTCTTTCATTAAGTTCTCCTAAATATTCAACTACATCA +TCAGGAAGACAGTCAGGTCTTGTTGAAATAGATAAACCTATAACATCTTCTAATTCTAAA +ATAGTTTCATATTTTTCCTTTAATACTTCAAGAGGAGCATAAGTATTCGTGTAAGCTTGG +AAATATCCTATATACTTAGCCTTAGGCCACTTCTTTAGCATCATTTCTCTAATTTCATAA +AATTGCTTTATTAAATCATCCTTAGGATTTCCAGCAAAATCTCCAGAACCTTCCTTACTA +CAGTAAGTACACCCACCGTAAGTTATCTTTCCATCAATATTTGGGCAAGTGAATCCTGCA +TTTATAGATACTTTAAAGATTTTTTCGCCAAATGTATTTCTAAGGTAGTAATTCCATGTA +TGATATCTCTTATTGTCAAATGCATATTTAAATTTTGTCAATATTATCACCTTTTCTAAT +AGTTATTAATTGTAATTATATTAAAGATATATTACCATAAAAAAATTATATATACAAATT +AATAAACTATAAATACCTGTTTCATTATTATCATATACTTTAACGAATGTATATATCTGT +ACTAAGGGATTATAAATAAAATTAACTAGCACTAGTTAAAGTATTGGGGGGATTAATTTG +GATAAAGAAAAAGATGGGGTAAGTAATCAAGCAGGTGAAAATAAAGATCCTGATTTTAGT +GAAAATATCTTTGTAAATGAAGATGAATCTGTAAATGATGATAAGCAATTAGATGATGAG +GATTTATATGAATCAGAAATAAATAATGAAGTTTCAGAGCAAGATGATAGTGAAGTATCT +AATAAAGAAGAATTAAAAGAAGATAACATTTCTGAAGAAGAGGATATATCAGAAATTGAA +AATTTAAGCAATGAAATAAACTCAGAAGAAACTTTAGATGTAAAAGAAAAATCGAATGAG +TCTGATAAAGAAGAAAAACCTAATAAAAGTGGATTTACAAAGAAAAAGAAAATTATCACA +GGCGTATGTTTATGCGCAGCACTAATATTAGGAATAGTGGCTAATAATGTTGTTTCTAAG +TATGAAAAGATAGTGTATCCAAGAGCTAAGTTGTATGAAAGTAATATATCAAAACTTGAT +GAAAATAGCTTAAAAGAGGAAATAGAAAATGTGAAAAATGATATTGGTAATAGTAAAATA +AAAATAGAAACTAAAAATAACAAGTATGATATAAAGTTTAGTGAATTAATAAAAAGTTAT +AATGAAGAAGATCTTACAGAGGAGGCTATGTCTTATGGGAAAGATGGTAATATAATACAA +CAGTTCGGAATAATAACAATAGGTAAAAGTAGAGATTACACATTTGATATAGCTACTGAT +GATAAAGCTATAAGTGAGTTTGTGAATAAAGTTTATGAAGATAATAGTGAAAGTAGTATA +GAACCAAAAGTAGAAATAAATGGAGAAGACATCGAAATTATAAAAGGAAAAAATGGAAAT +GTAGTAGATAAAAATAGTTTGATTGATGAAATAAAATCTACTATAAAAGATTACGATGGG +AAAAATAAAGAAATTAATCTTACTGTAAATTATATAGAAGAAGAGCCTAAGATTAGTATT +TCAGACTTAGAAAAGGTTGATACAAAGATATCTAGTTATTCAACTCAATATGGAACTGGA +GGCGGTAGAGGTAAAAATATAGAAGTAGCAACAAGTAAAATAGATGATTTATTATTAATG +CCAGGAGAAGAATTTTCTTATGAAAATATGGTAGGTCCCGTTTCACAAGAGAATGGATAT +ACATATGCACCAGTAATATCTAATGGAGAATTAGTGCAAGGCATTGGAGGGGGAGTATGT +CAAGTTTCTAGTACAATATATAATGCACAGTTAAAAGCAGGTATACTTCCAACGGAAAGA +AGAAATCATTCAAAGGCAGTAAGCTATGTGCCTAGAGGTTTAGATGCAACTTTAGCATCT +GGAAGTATTGATTATAAATTTAAGAATACTTATGATTATCCACTAGTAATAAATACATAT +ACATCAGGTGGAAGAATATATATAGAATTTTGGTCTAATAAAAATTCAACGAAAGGTATA +ACGTATGAGGCAGTAAGTTATGTAAATGGAAAAGTAGCAAATACTTACCTTTATGGGTAT +GATTCTAATAAAAATAGAGTTTATGAAAAACATATAGACACAAGTGTATATAGATAAAAA +GTATTACTGGATATATTTCCAGTAATACTTTTTTATATAATTTATCTAAGACGATTACCC +ATAGTAAATAGATTTAGTCCTATTATTATTACTATAAATGACATTATAGATGATATAAAC +TTAGATAAAAATAATGGAGATATAATTAAAGTTATACCAAATAAAAATGCAAATATGTTA +GATAAACCAAATCTAAAATAAGGATTATTTTTACTTGCAGCAATTTTTAATAACTGATTA +ACCACTAAATATGCACCTATAACAGAAGAAATAAACCCTTGAATCTTTGTAGGAAATATA +AATAATAATACTACGAAGAATAAAATAATAGCTTGATTACGTTTATGTGGTTTAAGTTCT +TCTTTTGAAGCATATCTTGAAAGTTCATTAATGTTTTTTAAGTTCAGGTATGCTATAAAT +AATAGTGATAGACCTAATAGCCAAGACACTATTTTGATTCCAAGGTTTTTATATAATAGA +GAAAGTGTTCCTAAAACAATTAGAACTAAACCTATTGATATAAATTTAGTAGCATTTTCT +TTTTTATTAACTCCATCAAAGTTGATGTTAAAAAATTGAAACATAAATTCACCTCTTTAA +AAATACTTATGATTATTTTATAACATTATAACATAAAATAGTTAATTTCAAAGGACAAGA +GTAGTAATTAATAGATAGTTTGTATCATAAAATTTATTAATTACTATATTTATAAGGAGG +TTTGAATGTGTCTAACATGGTAGCTATATTTTTCGCAGTGCTTGCTGGCCTCTCTACTAC +TTTGGAAGCTTTTTTAAATGGAGAATTAGAGAAAAATACTACGGCTCTAATAGCAACTTT +TATTAGTTTAGTTGTAGGAGCATTATTTTTTTTAATAAGTATTTTAATAGCAGGTGATTT +TAAAGACTTAATAAAGGTTGGCCCTATAAAACCTATATTATTGTTAGGTGGTGTTTTTGG +AGGTTTAATAATTTATTTTACAGTAAAGGCCATACCATCATTAGGAGTATCTAATACACT +TACATTAATAGTAATTTCTCAAGTTATATTAGGGTTTATAATTGATAGTGTTATACTAGG +AAAAAATACTATACACCTGTATAATTATATAGGTGCAGCATTAATATTTATAGGAGTATT +CTTTATGCTAAATTAGATGCATAAATTACATATTTAATTACTTTTTATAGTAAAGGAAAT +ATAATATATACTTGATTAAAGTAGTTTGACAACTCAGTGACTCAAGCAAAGTGAATTTAA +ACAAATGATAATTGGAGGAGAGTTAGCGTGGAAAATAAAAAGTTTGTAATTTCATTTAGT +GGTGGAAAAGATAGTGTTTTAGCTTTACATAGAATGGTAAAAAAAGGATATACCCCAGTA +GCGCTTTTAACTACTGTAAAGAAAAATGAAGATGAGTCTTGGACTCATGGGATAAATCAT +GATTTTCTAAAAAAAGTAAGTGAGAGTTTAGGAATAGACCTTATTACTGTAGAGTGTGAT +GTTAACGAATATGAAAATGAGTTTGAAAGAAAATTATTAGTAGCAAAGAAAAAGGGTGCA +AGTATGTGTGTATATGGAGATATTGATATAGAACATCATAAACAATGGGGAGTAGATAGA +TGTAATGCAGTTGGTATGGTTGCAGAGTTTCCTTTATGGCAAGAGTCTAGAGAAAATCTA +GTACATGAATTTATTGATAGCGGATTTAAAGCAACCATTAAAAAAGTAAATTTAAATAAT +CTTGGTAAAGATTTCTTAGGTAAGGTACTAACAAGAGAATTAATACAAGAAATAAAAGCA +ACAGGCTCAGATGCTTGTGGTGAAAATGGAGAATACCATACTTTTGTAAGTGATGGACCT +TTATTTAAAAATCCTATAAACTTTAAGCAAAGTAAAGTTACTTTAGATGAAAATTATGGA +CATTTACATATTATTTAATAAAAAAGATCAGTTCGAAATATTTAATTTATTTTGAACTGA +CCTTTTTATTTTTAGGAATTATATTTAATTTTATTTATTTCTTTTCCCATGCAATCATTA +TAATATCTTTACCAGTTTCTGATTTTATTTGAGCTTCAGCTTTTCTTATAGCATCTTGCT +CTTTACTGTCAAGATGAGCTATTTGAAAAGTGTTATGACCACATTCACAATTATGTTCCA +TCATTAAGTCCTCCTTAAAATATGTTATTTATATTTTATGAAAATAGGGTAAAAGTATAA +CAATAGATAATTTGTATTTTTAGAAATAATAAAAAAATTATTTAAAAATTACTAATTAAA +TTATGGGGAATTTTAATGTGTACATAAAGTAAGAAATACTTTAAATCAGTTTATATTGAG +TTTTGGATATCATAATATAAATATTAAACTGTGATATAATACCAAAGACAAAATATTTAT +CCTAGAATATTAGTTAGGAGGAATACATGAAGGATTATTATAAAATAGGAGAAATATCAA +AAATATATGGAATAGGAAGAGACTCACTTATGTATTATGAGGAAATAGGAATTTTAAATC +CTTATAGAGATACAAATGGATACAGATTATACAGCATTTCAGATATATGGAGATTAAATT +TAATAAAAGAGTTAAGAAGTTTAAATTTTCCGATGAAAAAAATAAAAGAATATCTAGCAA +ATAGAAGTATTGAATCAACAAATCAAATGTTAAATGAAGAAATAGAATTAATTGATAATA +AAATATTAGAGCTTTTATCTCATAAAGAGAATATTAAACAAAGATTAAAATCTATTGAAG +AAACAGTTAGTAATACTAAGTTTAATGAAATTAAAGTAGAATATATTGAAAAAAGAAAAG +CTTTAAAGTTGAATGCAAACATAAAAAGAGATGAGGATGTAGACTTTTTAATACAAAAGC +TTCAAAAGGAATATGAACATAGGTTCAATATTCTTGGTAATAATAATATAGGAGCTGTAT +ACTCTTTGGATTCTATAAAAAAGCATATATACAATGAATTTAACTCCGTATTTTGTCTTT +TAAATGAAGATGAAAGAATATACAATATAACTTTTGATGAAAATTATTATATTACTATGA +CTTATAGAGGAAGTTATAGCAATAATAAAGAATATATAAATAGAATGATTGAATACTCGA +CTGATAAAAACTATGAGATAATCGGAGATCCTATAGAAATATATAAAATAGATGTACATG +AAACAGGTAAAGTTGAAGAATTTATTACAGAAATTCAAATACCTATAAAGAAAAGATTAC +AATAGCTATAAGTATTTGACAAACAAAGGGGAATTTTTTTATAATTAAATCAAGTCTCAC +CAAAATTTTTTATAATTAATAGAGTTATTGGTTTTAAAGATATAAGGGGGTAAAACTTTT +GATTACCAAGGTAAATGAAAGCTTAGAAAATGCATTTTGGGAATATGTATCCCATGAAGA +GCGTATAAATTTATTTATTATAGGTGATGTAGAGAATTATGGATTCGAAACTGACTTTCA +AGATGTTTGGTTTCAAATGAATGATGATAAGATTGTAGCAGTAATGTTGAGATACTATAA +ATCTTTAATTATTTATAGTTATGAAAATGATTATAATATAGATGAAATGATAGATCATAT +AAATAGCTTAGATATAAAAGAAATTAGTGGTAAAAAAATAGTTATTGATAGGTTATTGAC +AAAATATAAGGACTTTAAAAAGAGTAAAGAAACTCAATTTTGTAGTTTAAAAACTTTAAA +AGAGATAGATGTCTTAAACTTGAAAGATAATAAAATAGAAAAAGCAGAAATTAGTGATTT +AAAAGAATTAAATGATTTTATATGTAGTGTAGAAGATATGTATACTGAAGATTATATAGA +AACTAAGACTAAACAATTAAAAGAAAAAAATACAAGGATATACTTTATAAAACAAGATGA +TAAAATAGTAAGTACTACATCTACAGGTATAGAAACTAGTTTTCTAGCTATGGTATGCGG +AACATGTACAGATGTAAATTATAGAAATCAAGGTTTAGCTACTTTAATGACTTATACATT +ATCAAAAGAATTAGTTAATGAAGGGAAGATACCTTGTTTATTTTATTCTAGTGAAGTTGC +AGGTAGAATATATAAAAAAATTGGATATGAAATAGATGCTAATTGGAGTATGTTATTAAA +GTAAATATCAGGAGAAGGATATGGAAAAAAGCGAAAGAAAAAAATATTATAGATTAAAAG +CATTAAAAGAATCTTCTATGGTATTTTCAATAATTTTAATATTATTTGTATTGGTTATGA +AGTTTGATAACTCTATATTTTCGGTACTATTATCTAATATAGGACTTAAAGCTACTATTC +CAATATTAGTTTTATTATTTATTTGTTATACAGTTGTATATACTGTTAATTATGCATATG +GAGAAATGGATATAAGAGTAAAAAAAGATGATTTAAAAAGCGAGTAAAATTACTCGTTTT +TTATAAGTAAAATAAATGAATTATATACAAATAGTAAAGATCATTAAATTACTTACCATT +ATAAAGCCTTGTACAATTACATATAATAATATTGCAATTAAAAATATTTAATTTAAAAGG +AGAAATCTATGAAAAAATCCTTTAGAATTAAGATGAAAATGTTTTTAATTATTTTCTTAT +TAATAATATTATTTCCAACGTGCATTTATTCAATGCAAAAAAAAGAAAAAATTCCTTCTG +AAGTTATTATAGGAGGAGAACTTTTACAAATAAATATGAATACTAATAAAGTTATGTATT +ACAGAAATGAAAATGAAAAAAATGGATTAGAAAATTATGATTTAATATGCAAAATAGATG +GGAAAAATATAAATAATAGAGAAGACATATTTGAGCATATTTTATCAAATAAAAAAGATG +AAAAAGTTGAAACTATAGTATTAAGAAATAATAAGTACGAAACAGTATATTTAAAACTAA +ATGATTTAAAGCCATCTTTTTTTACAGAATATATACCTTTTTCTGCTACTTTAACTTATA +TAAATCCAAACGACTGTTCTTTTGGTGCAGTTGCTCATAACATAAAAGTACCAGATTTTA +ATAATGTATTAACTCAAAATGGAGAAATTTATTTATGTAATATGTTAGAAATAAAAAAAT +CTAATGAATTTGAAGTGGGAAGTATACATGGAAAAGTTAATGATTCTTCTCAAGGCAAAA +TTAATAAAGTAAATGAATTTGGTGCAAAAGGAAATATTAATTTAAATGGTTTTAAAGATA +AACAAATTTATGAAGTTTGTAAAGCAAAGGATGTTAAATTAGGAAGTGCAAGTTTAGTAA +TAAATAATAGTAATGAAGAAAATAAAAAGTTTTATGAAATTAATATAACTAAAATTAATA +AGCAAAACAAGCCAAGTACACAAGGTTTTGAATTTGAAGTAGTAGATGAAGATTTTATAA +AAGAATATGGTGGTATATTACAAGGTATGAGTGGCTCACCAATAGTTCAAAATGGTAAAA +TTATAGGAGCATTATCTCATGTAATAGCTACGAATCCAAAGGATGGTATAGGATTATATA +TAGAATGGATGATGGAAAAATAAATTTCCATCATCTATTTTTTTACCCAAATAGGAGCTG +TAACTGAAATTTTATCTCCGTTTTGAATAACCTTAACATAATAAAATGTATTTTCATTAG +ATTGTAAACTAAATTCTAACTTAGCTAAATTAGAATTAAATTTTTTGCTTTTAATTATTT +TACCTTGATTACTTATTACTTGAATTTCATTAATTTTATCGTCAAAATCATTATCAATAG +CGCATATTGCGAAATTTAATTTTGAAGGTTTATTTAATGTTGATCCCAAAGGAGAATCAT +TAACTGTATAGTCTATTTTTATGTTTTTGTCTTCAGTAGCATAAACTCTCATATTTCTTA +AGCCATCATATAATGCTTCTTTGGTAAGGTCAGTAGATAAAATTACTGTTCTATATTCAT +TAGCTATACCAAAATCCATTTTATGGTTGTCCTGATTACATGTTGGAGCAAGATGCCATC +CTTTATCTAAAGCCTTTTGATACATATCATGAGTTCTTTTGTTTTTACTGATGTCTTTTT +TAGCACCATTACCGACTTCTAAAAGACAAATTACACTATCAGCTTGAGGCGAATATTCAA +AATCCTCGAAATCACCAAATCTAGAACCTGGATGGTTAAATTGTCCTATTAAGTCATCGT +AGTTGGAGATAAGTGAATAAAAGTTTTTTAAATCTAGAGTTTCATCATTTCTAGAAACAA +ATCCATCAGTGTTGAATATATTTATATGACCTTTAGGATTTTTTACCTTACTACTATAGG +TCATTTCAAATCCATCTAATGCAATAAACTCTCCATTTGTTGTATATTTTTTTGAACAGT +TTATTAAATTAGTCCATTTTTCACTAAAACTAGCATCATCTAGAGTACACTTTAAGTCGT +TGTCAAAGTAATTTGAGTGTTCAGTTATAGCAAAAAAATCTAATTCTGCTTTGTACTTGG +ATAGATAATAAGCATCTTCATAAGTTCCATGTCCATCACTATTAGATGTGTGAGCATGAA +GTAATCCCCTATAATGAGTGTATATGGGTGTACCAACAGTAAAATACCACTCTAATTCTT +TTTTATTCTTATTTGGGGATAAATCGGAAAGTTCTATTTTAGCTATTTGACTTCCTCTTT +TAAATTTTTTCTTAGGTGTATAGGTTATTTTATTATCTGTTATTTTGCATTCTTTTGTTA +CATCTTTATAATTAATATAAAGCTTTATAGAAGATAAATCCACACCACTAGAATCTTTAA +AATTAACACTAATTTTAGGTTTACCAATTATATATTGTTGACACTTATTAGGATTAATTT +TATTTATATCTGGGGGTGTTAAATCAATATTTTCTTCACTTATTGCATTTGCAATATAAT +TTTGAGTTTCATTTCTTGTAATATCTTTATCTTTAAAGATAAGGATACTAGCTAAGATAA +TTGGAATTATTAATAATGTTATTTTTTTTAATTTCATGATATCATCCCTAGTAAATAATT +CGTTTTGTTAACTTATTTATATTTGAATCTCGACCCCGATAGGGATTATAATAGTTTCAC +CACAAAACATATTCCCCCTATAGAAAGGAGT +>MGYG000000001_72 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCAAATTATAAAA +GTAATTATCTCTAAGAGTTTGTGCGTTTTTACGATTAACTAAAAACTTTTTTAATTCTGT +TAAGCATAAAAAGAGTATTGCCCTATCCTCAAACTCTATTCTATCTACAGGAAGAGGCTG +TTGTTTCATATTAAGAATCAATCTTTCTAATTCGTCTAATAAATACTCAACTGTCTTAGA +ATTAAAGGAAGTATAACCTATTTTATGTATAAAAGCAGATACAATATGACCTTGAATAGG +AGTACTACTTAGTTGAGATACATAATTATATAAGTTTTCTAATATACTTCTTTGACTTTT +TATAATTTCCATATGATCTAAGAAAAACTTAGTATCACTTAGTAAATTATTATTCATATT +TTCATAAGCTGCAGAAATACTATTACTGATAAGTTTATTTAAAGTATCTAAGTCTTTATT +ATAATTACAATCTTTATTAGGATTTACAATTAAATCTGCAATATCTATTAGAACAGCACT +TACCTCGTCTTGCATTTTCTTTTGACCTTCATATATTTTTTCTATATTAGATGGAATATA +CATGTTTATCAAAACACCAATTCCAGCACCAATTATAAATAAACCAGATTCATTTAAAAT +CCAATGGATAGATACTTCACCTTGAAGAAAATAATGCGAAGCAATAACTACGCACATAGC +AATTACATCTTGTATTTTAAATATAAAACAAAGGCTTATAATTATTAAAATATACAATGC +GAATGCATATAAATGATATCCTAAAATATTAAAGCATAAATATGAAAATATAGTACATAA +AATAAATCCATAGATTTTTCCCATAGTACCTTTAAGAGTCTCTTTTTTTGTATTCTTTAC +TGTTAGTAATGTAATAACTCCTGCAACAGTAGAGTATTCCAGATTTAACATCCAAGCAAT +AAAAATAGCAAGGGAACTTCCAAATGACAATTTTATTACCTTAAGTGCATTAGTTTTATT +CAATTATAAAACCCCCTATGTATTATTTTACTAGAAAGTATTTTAACATAACTATTAGAG +ATTTTAAAAGTTAATAGGAAATTCTACAAAAAATGTTGTATCCTTATCAACAGTACTTTT +AGCGTATATATTACCTTTATGCTGTTCAACTATTGATTTTGCGATGGAAAGTCCTAATCC +ATAACCACCGGTTTCTCTTACTCTTGAGCTATCAACTCTGTAGAATCTTTCAAAGATTTT +TTCAATATGTTCGGAAGATATACCCTTACCTGTATTTTTTATAGATAACTTAACAGTATT +CTTATCCAAGATTAAATTCACATAAATACTACCGTTATTATTAGTATGCTTAATCGCGTT +ATCCATAATTATACTAAATAATTTTTTTATACTTTCTTTATCTCCAGTGATAAAAATATC +ATTGTCTATTTTAGTATATAGGTTTATTCCATTTTCATAAATTATAGCATCGAATTGTAA +AATCATACTTTCAATTATTTTACTTATATTAATAGGAGAGAGTACAAGTGTATTTTCCTC +TGTATCTAACTTTGCTAGAGATAGCATTTCATTAACTAGTTCAGACATTCTATCAGTTTG +TAAGTTTATATAATTAATCCATTTACGTTGATTTTTTACAGTATCTTCAGGATTGCTAAG +CACTAAAGAGGTATTAGTTTTTATTATAGTTAATGGAGTTTTTAATTCATGAGATGCATC +AGCTATAAATTGCTTTTGCTTGTCAAAAACATCTTTTATAGGTTTAATACTTTTATTAGT +AAGATAGATACTTATAATAAGCAATGCTATTAAACTTATAGATCCAACTGAAATAAATAT +TTTTAAAGGAGATAGCTTAAAGTTCTCTTGATAAGATATATTTAAAAATACTATTTTTGT +AGTCGTAGAACTTGTTCTTTTTAGATATACATATGGTTCTTTGTTAATATTGATTTTGGA +GGAATTATTTTTATTATTTAAAATTTTATTAATTGCATTTTGTAAATCGTTAGTATCAAC +ATTAAGATTGAAAGAAATAAATTTTTTTATTATATTTCCGTTATCATCAACATCGACTAT +TATATTACTAGTATTTGGTCTAGGTTTATGATTATCAATCATTAAAGCATTAAGAGAACC +GTTAGTTTCCCTATTCATGCTTTCATTAGTCATAAAATATAAAGTGCCAAAAATACTTAT +AAAGACGACTGTTAATAAACTCATATTTATTAGTATGAATTTTAGTTTAAGCTTATCGAA +CATATTTATTCCTCCAATTTATATCCAACTCGTCTTATAGTTGAAATCTTAACAGATGAA +TCAATGTGAGTTAATTTTTTTCTTAGGAAGGAAATATAAACCTCGATATTATTGTGGTCA +GCCTCAGAATCAAATCCCCAAAGTTTTGTTATTAGATCATCTTTACTTACAATGCTTTTT +GGTCTTTGCATAAAATAATGCAGTATATCAAATTCTTTTAATGTAAGAGTTATAGAATTA +TTTTTACACTCTAAATCATAGGTTGATAAGTTTAATCGAATATCACCGAAGTCTAAGATA +TTATCATTAATAACTTCACCTTTTCTTCTTGTTAAAGCCCTTAATCTAGCAAGTAGTTCT +TCAGAAGAAAAAGGCTTTGATAAATAATCATCGGCGCCTAAATCTAAACCAGTAACCTTA +TCTTCGACACTATCTTTAGCTGTAAGTAAAATAATGGGAGTAGAAACTCCCTTTTTTCTT +AATATTCTAAGAACTTGAAGTCCGTTTAGTTTAGGTAGCATTATATCTAAAATAATTACA +TCATAAATATCAGTTAAACCATAATTTAAACCATCATCACCATCATAGACAGCATCAACA +GAATAATTATTTTTTATAAGAATTTGGCTTAAAGCTTCAGATAATTGAACTTCATCTTCA +ACTAACAATAGTTTCATAAAATCACCTCTTTACATAATTTACAATTTGTACAAAATATAA +TCTTATTTTACAGTAAAAACACTTAATCTATATGAAGGTTACTTAAAATATATTTTAATA +GATAGTTAGTATGAGAATTATATAAACTAGCGAAGGGCTGATATATAAATTAACTAATAA +TTACAGCATCGTATGCCACATTAAAGCAAATTTATGTATCAGCCCAAACTTTCGTTTGAA +AATACTAAACCTAATTATAAACTTTTTCGTCGAAACCAGATAGGGTAAGTGTTATGTTTA +AATTTCCATTTCTACATCTTAACTCGTCTATAAATTTCTTTTGATCTACGTCAGGTTTCA +TATGAATAACGTAAGTCAGCTCAAATAAAGCACCAAAGTCTCTAGTCTTAACTTTTTCAA +TATTCCAAGAGTTAGTGTACTTTACTAATATATCTTCAAATATACCTTCATAATTTAAAT +CCTCAGGAACGGTAATTTTTAGTTGCATAGTTTTAGTTTTAGGCATAGCAAATTTTGTAG +CATCTAATATAAGCATCACTGCACATAAAATAGTGGTGAATATTATTCCATATCCTATGT +ATCCCATACCACAAGTAAGACCAACAGCTAATGTAAAGAATACATAAGAAATATCCTTTG +GGTCTCCAGGTGCGCTTCTAAAACGAATTATTGAAAATGCTCCAGCTAAGCTAAATGCTC +TAGCAACGTTATTTCCAACTAAAAGAATTATAATTGAAATTATAACTGGTAGCATTATTA +ATGTTATGCTAAAACCTGAGCTATATCCAGATTTTTTATTTGTTTTCATATATACAAGAC +TAATGGTTAGTCCAAGTATAATTGATGACACTATTACAAGTAGTGCATTAGTGAGAGTGA +AAGACTCTCCAGTAGTTGACGCAATTATTGTTTCTAACATACTTTTTCTCCTCTTACATG +ATTATTTTGTTTATTTAAGCAATAAGACATATATTCATTGCCATATTTTGAAAAATGAGT +ATTATATATTGAAAGTTCTGAAAGGATTCTTGTAAACCATACAGGAATCGCTCCTAAAAT +TTTAACTTCCATCAGATATTTATCTTCACCTAAGATATCATCACCAGAATTACCAAATTC +TAAAGATAAATTATTTCTTCTTGAAATGATATTAGAATCGAAAGTTAACCTAAAGTCAGG +ATCATCCTTGGCAAAGAAAGCATTTCTAGTATAACCAATATAAACTGTTGGCTTAACAGG +ATTATTATTTAAGTAATATTCTATTTCATTAAGTACCTGTGTATTTATGTAGTCATTAGA +GCAAGGTCTCTCACCTAATTCTAAAAACTTATATGCTTCTTCTAATGTAAGTGAAACTCT +TCTTTTATTTACGATACCATTTATTTTCTTTTTTAATTCTAAGAAAACTTTATCAGAAGG +ATTACTTGGAATTTTATAACTTCTAAGTCTAAGTTTTTCTTTATAAAATGGTTTAGAAAT +AGAGTGCCTAATCACATCATTATGTTCTGTATCGTAGTAAATATTATAAATGTTATAGTT +TTTTCCTGATTTACAATATTTATCAGGAGTCATATATTCAAGTAATTTTGGAATTAGCTT +ATTATACTGTTCTTTGTCTAAGATAAATTTTTTTTCATAACGTTTAAAAGATTTAATTGC +CATACGTTACCAACCCCTTATAATTAACTATTTTATATTCATATTGTAAAAATTTAACCT +TAAACAAACCTTAAGTTAATATGGATTTAACATGAATTAGCTTCATTATGAAAATATTAA +GAAATGAAATTTTAGATAGAGAATATAAAGAGAAAAAAAGGTGCTTTTAATGATATTTCA +AAGTCACCTTTTTATGTCATAATATTAATTATTGTAAAGTTTAGCTTCTAGTTCATTTGA +TATTGCTAAGTTATAAATATAAGCATTACTTATTTCATTTATAAACTTAACTTCCATTTC +TTTAGATAAGTTTAAGTTATTTATTTTATTAGCATAATTCATAACATAAGATCTGATATC +TTTAATCTTATCACAAGAATAATAATTTAGACCTTCAGGCTCAACTTTATAATTAACGCT +TAATAAAGCAATAAAAGTTCTTCCACCAAATAAATCAGCTATAAATCTTGTATAAGCATA +AGCTATTATTAATTCAGGATTAGTTTTTTCTAAATCGTTAATTTTATCAATAAAAGCTAG +AGTAGAAGGAAGTAAGTCCATCTCGACTAACTTATCTCCTAATAAGAATTTTAAATCCTT +TTGAATTAAATCATAACGATATAGTTCAGGAGTAACAAAATCTTTAATTATCTCATTAGT +AGAGTTATTTTCAATCGCATCTTCTATAGATTTATACATAGCTGATAGATTAAATAAGTA +TTCAGCATAACTTTCTCTTGATGCATTTCCATCAACTATTCTCTTTATAAAACCGCTGTG +TTCAGCTGCACTATGAAGTGTAGCGCTACTTTTTCTTATATTTGTCATTAAATCCATATG +TATCACCTCTTAAATTATTATAGATAATGATAATTATTATCATCACTTAATATAAAGATA +CCCACGAATATTTACTTAAAACAAATAAATTAAAAAATATTAAATTACATTTTTCAACTC +AGAAAGAGAAGAGGAGTTTATCATTTCCTTCATTATAGCTCTATCTTTTAAGAAGCTATT +ACTAACCTCATAAGAAATAGAAGGATCTCCATAAATTTTCCAGTATCTAGTCGCAGATAA +TTCATTTCTGCCATATCCCATAAATCCTAGAACATCTTTAAGAGGATATCCTAAAAATAT +ACCTATTTCATCTGGGAATTCTTCAGAGTGTAACTTATCAACTAACATATTTATATAAGA +ATCCAAATTGTAATCAGATGAATATCCAATAAATTTTAAAAAGTTTATACATTTTTTACT +AAAGAAAACACGTGATAAAGATGTTTTATTTATGAATAGAACTCTTATACCACCATCATA +AGTATTTATTATTTTATAAGAAATTTTACTACAGCTGTTAAAGAAAGATTTTATCTCCAT +TAATTTGCTTTCTTTTATATCAGGTTTTCCTGAAATATTTAAAATCTCAGCTGGTTTGGA +ACCTAGTATTACAGGACCTAATAGTTCTAGAATTCTTTTAATATAAGAAGAATTTAATTT +ATTTTCACAGTAACATTTTTCACAGTTTATATTCATTTTAACCTCCTAAGTGATAATTGT +TATCATATAGTATGATATCAGAAATAATAATTATTATCAATTATAAAAATTGTTATTATT +ATTTTAGTTTACCCAAATCAAATAAAATTTTTCTAAGAAATATAAGATTTACATAATATT +TACACGTGATAAGGAGATTAAAATATTAAGAAAAAATCTAGACAAAAAATAAAAAATATT +TTTATTTTATAATGAAAAAGAGGGCCTTATTGTTACAAAATATGCCAATAAAGCTATTTA +TTTTTACATAAAAAAAATAAAAATAAAAAAATAAAAATATCTTGCTTACATACTATATAT +AGTATAGAATAATTAGGTACTCACTATATATAGTACGTAGTAAGGGTATATAGTGTTAAA +AGTCAATACTTGAAATAATAAAAAATATATATTTTGTTCTAGGATTAAGTAATATGAATA +ATTACATAAATGGGTGAAAAGGAGAATGCTATGATTAAAGAGATAACGATAATAAAAAGA +GATGGAAATAGCGTTGGATTTGATAAATTTAAAATAAAAAATGCAATATTAAAAGCTATG +AAATATGGTAGTGGTATTTACAAAGAAGAAATAGCTAATAAAATATCAACTGATATAGAA +ACTTATTGTTACGAAAATTCGATATCGCCGACAGTTCATCAGGTTGAAGACATGGTTTAT +AAAATGCTAATAGATAATAAAGAAGAATTAACAGCGAAAGCATATGAAGGGTATAGAGCA +GTACAATCATTTAAAAGAGAAAATAATACAACTGATAAGAGTATACTAGGATTACTTGAT +AGAAGTAATGAAGATGTGCTTAATGAAAATTCAAATAAAAATGGTATGCTAGCATCTACC +CAAAGAGATTTAGTAGCAGGAGAGGTTTCAAAGGATATTGCAAGGAGAAAGCTAATACCA +GCTCATATAGTTCAAGCTCATGATGAAGGGGTACTTCATTTCCATGACATGGATTATACT +ATACAACCTATTCATAACTGTATGCTTATAAATTTAGAAGATATGCTTACTAATGGAACT +GTTATAAATAATAAGTTAGTTGAATCTCCAAAGTCATTCTCAACAGCTTGTACTATAGTA +ACTCAAATTATAGCTCAGATAGCAAGTGGTCAATATGGGGGGAATTCTATAACTATAAAA +CATATAGCTCCGTTCTTAAGAGTATCATATGATAAGTATTTTAATAAATATAAAGAAAAG +TATTCAGAAGAAATGGCTAATGAATTAGCTGAAGAAAGAATGCTAGAGGAATTAAAATCA +GGAATCCAAACAATTAGATATCAATTATCTACATTACACACTAGTAATGGTCAATCACCT +TTCTCAACTATTTATTTAGAAATTGAAGAAGGTAATGAATACGAAAAAGAGATGGCATTA +ATTTGTGAGGAAATGATTCTTCAGAGATTAGAGGGGATGAAAAACTATAAAGGAAATGAA +ATTGGTGAGGAATTCCCTAAATTAGTTTATTTATTAGATGAACATAATTGCTTAGAAGGT +GGAAAATATGATTATATCACGAAATTAGCAGCTAAGTGTAACACTAAGAGATTAGTACCA +GATTATCAATCTGCTAAGATAATGAGAAAAAATTATGATGGAGAAACATTCCCTCCAATG +GGATGTAGATCTCATCTAAGCAACTGGAAAGATGAAAATGGGAATTATAAATGGTACGGA +AGATTCAACCAAGGTGTTATTTCTCTTAACTTAGTGCAAGTAGCATTAACAGCTAATAAA +GATATGAATAAATTCTGGAATATACTGGATGAAAGATTAGACCTTTGTAAAGAGGCTTTA +ATGGTTAGACATAATTTCTTATTAGGTACTACATCGGATATATCTCCAATTCACTGGCAA +CATGGTGGTATTGCTAGACTTAAAAAAGGAGAAAAAATAGACAAGTTATTAAAAAATGGT +TACTCAACACTTTCGTTAGGTTATGTAGGAATATATGAAATGACTCAAGCAATGCTAGGA +GTAAGTCATACGACAAAAGAAGGTGAAGAGTTTGCACTGAAAGTTATGCATTACTTGAAT +GAAACTTGTAGTAGATGGAAAAAAGAAACTGGATTAGGATTTGGATTATATGGTACTCCA +GGAGAAAGTTTAACTTCAAGATTCTGTAGAATAGATAAACAAAAATTCGGGGAAATAAAA +AATGTAACAGATAGAATGTACTATACGAACTCATACCATGTTCATGTAACTGAAGAGATA +GATGCATTTTCTAAGTTGAAATTTGAAAGTCAGTTCCACGATATAAGTTTAGGTGGATGT +ATAAGTTATGTAGAAGTACCTGATATGAGCAAAAACTTACCTGCTGTAGAGCAGATAATT +AATTATATATATCATAACATTCAGTATGCTGAAATAAATACTAAGCCAGATGTATGTTTC +AAATGTGATTACACTGGAGAAATGAAGTTAGACAATGATTTAGAATGGTATTGTCCTAAC +TGTGGAAATAGAGATAAGGATGAAATGCAAGTTATGAGAAGAACTTGTGGTTATATAGGC +TCAAATATGTGGGGCAAAGGACGTACTCAAGAAATCGGAGAAAGAGTACTACATCTATAA +GATTTGGAGTGATTAAATTGAGATTTTCTAAGATAAAAGATAATGATATAGCAAATGGAC +TAGGAATAACCATGTCTTTTTGGACACAAGGGTGCCCGCATCATTGTAAAGGATGTTTTA +ATAAAGAAACATGGGATTACAATGGTGGAAAAGAATTCACAAAGGATGATTTAGAGTATA +TTATTGCTAATATAAATAAAAATAATATTAAGAGAGATTTATCAATACTAGGTGGAGAAC +CACTATGTATACAAAATGTTAAAGGTGTTATAGAACTTTGTAAGGAGTTTAAAAGCTATT +ATCCAAATAAAAAAATATATTTATGGACGGGTTATACTTTAGAGAATTTTAATGATATTC +AAAAAGAAGTATTAAAATATATAGACATTTTAATAGATGGAAAGTTTGAAGAAGAGAATA +AAAATTTATCTATTATGTTAAGAGGATCTTCAAATCAAAGAGTTATAGATGTGAAAAAAA +CATTAAGAGAAGAGAATATAGCATTACATGAGGTATGTTAAAATATTATAAACATAATTA +AGGAGACATTTATATATGATAATGAACGTAAAAAAAACTAGCGATAGTGCTGTAATACCA +GTATTTGCACATAAAACAGATAGTGGATTTGACTTATTTACATGTGAAGATTTAGTTGTA +GAAGGAAGAAAAAAGGCTATAGCTAAAACTGGGTTAATTTTTGAAATACCTTATGGTTGG +GGAATACAAATCAAAAATAAATCGGGAATAACTATGAAGGGTGTACCAACTACTTCTGGA +GTAAATGCAGATATAACAGTATATGAAGGTACTGTAGATATGGACTATAGAGGCGAAGTA +GGTATAATGTTAAAAAATGAAGAAGAACATCAAATAACAATACCTAAGCATACTAAAATA +GCTCAAGGAGTACTAAGAAAGGTATATCATTGTACATTTGAGGAAGTACAGGAAGTAAAT +GAAACAGTTAGAGGAGAAGGTGGATTTGGTTCTACTGGAAACACGTTAAAATAAATATTT +ATGATGAAATAAAGTCCTTAGAAATTCTAAGGGCTTTATTTTTAAATAATTACTTTTTTA +TTTATAAAAAGGTACTTTTATAGGTTAAATATTTTTTGAGAAAAGGATTGCTTAAATAAA +TTCAGTATGTTAGTATACAAGTAGGGGTAATTATTAATTTCATATTATTAATTATAATTG +AGATAAAAAGTATAAAAATTAGGATAATATACTTGTTTTATATAAATTATATAGATATGG +TGGAGGATATAATATGCAAACTGTTTTTGAACAATATGAAAAATCAAGTGAATTTTTAGT +ATGTGTAGATTCTGATGGATGTGCAATGGATACTATGGAAATAAAACATAGAAAATGTTT +TGCACCAGAAATGATAAAAACATGGAATTTATTTGAAAAAGAAGATTATATATTAAATCT +TTGGTATGATTTAAACCTTTACACAAGAACAAGAGGAATAAATAGATTTAAAGGTCTTGC +TGAAACTTTTAAGATAATAAGCAAAGAAGGTATAGAAATAAAAGACCTTGATAGTATAAT +AAATTGGGTTGAAACAACTAATGAATTATCAAATAATTCATTAAGAAGAGAAATAGAAAA +AACTGATAGTGAAGGGTTAAAAATGACTTTAGCATGGTCACTAGCAGTAAATGAATCAAT +AGAAAACTTACCTCAAGATGATGAGCCATTTGAAGGGGTTAAAGTAGGTTTAGAAGGTAT +ATCTAAATTAGCAGATATTTCAGTTGTATCTTCAGCTAATGGAGAAGCATTAGATAGCGA +ATGGAACAGACATGATTTAGTTAAGTACCTTAAAGCTTTATTAGGACAAGAAGCTGGAAC +TAAGCAACACTGTATAGCTGAGCTTAAGAAAAAAGGATACGATGCTAATAAGATATTAAT +GGTTGGTGATGCACCTGGAGATTTACATGCAGCTCAAAATAATGATGTAAACTTCTATCC +TATATTAGTTAACAAAGAAGGATTCTCTTGGGATAGACTATTAAATGAAGCTGTACCTAA +ATTAATAGAAGGTACTTTTGATGAAAAATATCAAAATCAATTAATAGAAGAATTTAATAA +TTCATTAAAATAGCCAATACACACTTTAATCAAATAAATTAGCTATAAAAATAAGGCGGG +ATTTTATATCCGGTCTTATTTTTATTATAAAATATATTTATTAATTGACTACTTATATTA +AGAAATATAAACTTAAAAGATAGCGTATAAGAAAATAAGGGTATATAAACCTTATTAAAA +ATAATCAATTTATATAATATATTAGGAGGTTTTAAGTGAATAACATAATAAAATCTAATA +GAATCAAAGGTATAATTTGTATAATATGTTCAGCATTAGGTTTTGCGCTTATGTCAGCCT +TTGTCAAGTTAGCCGGAGATTTACCGAATTTTCAAAAAGTATTTTTTAGAAATTTAGTAT +CTGCAATTATAGCTTTATACTTAATAATTAAAAATAAAGGAAGCATGACTGGTAAAAAGG +AAAATAGAAAGTTATTATTTATGAGGTCTTTATTTGGTACATTGGGTGTAATTCTTAATT +TTTATGCCATTGATAAGTTGGTTTTATCAGATGCAAACATGTTAAATAAAATCAGCCCAT +TTTTAGTAGTAATATTTAGTGCAATATTTTTAAAAGAAAAAATAAATAAAAATCAAATAA +TATCTATAGTTATAGCATTTACAGGTGCATTATTTATTATAAAGCCAACTTTTAGTGTAG +AGATAATACCTTATATGGGAGGCTTAATGTCAGCTGTATTTGCAGCATTAGCATATACAT +GCTTAAGGGCAATTGGAAATAAAGAAGAAGCACATACAATAGTATTCTTCTTCTCAATGT +TTTCATTAATAAGTATATTACCGATTTTTATTTATGTATATGAACCAATGACATTTAAAC +AATTACTTTGCATGATATTAGCAGGAGTATTTGCGAGTTTAGGACAATTTGGAGTTACAT +TAGCATATAGATACGCTCCAGCAAAAGAAATATCTATATTTGATTATAGTAATATAATTT +TCTCAGCAATACTAAGTATATTTATATTTAATCAATATCCAGATTTATTTAGTATAATTG +GATATATTATAGTATTCACAGCATCTTATTATGTATTTTTATATGATAGATTGTCAATAT +AAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAG +ACACTTGCGAGG +>MGYG000000001_73 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCAAATAATTTAATATTTTCTATAATATTTTTAGCGAATTTAAATCATAAATTA +CTGTAAATAAAAACCAAATGATTATATTAAAATTACATTATCAGTATCGCAATTTTGATT +AGTTAAAAATGATTTATTATCTAATTTAACTAACAAGGAATATAAAGAAATTCTACTATC +AAAATATAAATTTAAGTAATTTATTAAATCTACATAGAGGCCTAGGCTATCTTTGTATAT +ATCTAAATAAGAAGAATTAGATTCTTGGTTAGAAAAAGGATCAACCCATTTATTATGGTT +TTCATTTAGCAAATCATTAATACAATGTGTATAATTTGAATATACTTCATTATTTATAAA +ACTGTTTTTAGCAGTTTTATTTTTTATATTCAAATAAATTTTTGATAGAATATTTGGTGA +TGAATTTATTTTCTTTTCTACTTTTTTAAAGGTGCGAAATGATTTTTTTATATCATCACC +AGATATACTTTTCTCATAAACTGAACTTACTAAGTAGCTATACATGTCAGAGAATATTAT +AAGTTCATGATTACTTAAATTTATATACAAGTAATCTTTAAATTCATAAGGTTTTAAGTT +TTTGAATTTGAGAAGAAGTAAACTATCAATGTGTGTTTCTATGCTTTTATGAAGAGCGAT +AGAACTTCTATATTTGTATTTACTTCTTAAGTTTTTTTGTAAACTATATATATATGGATG +CGATTCCTTATCTAAAATATAATGTGTAAGATAACCATAGATATATGAAATACAGATATT +TGAAAAATTACTGTCATTAAATACATATTTTAAGGACTCTTTATTTTTAGAATACATAAT +CATATTTTTAAGGAAAAGGTTAATATTTTTACTATGAATAAGAGCATTTAATTGAGATAT +ATTTTTATTATTAAAAAATGAAAAGTCGTTATAATAATTAAAAAAATTAGGACCTTGGCA +TCCTAATAGATACATATCAAAATTATCATTTATAATATTTTTTGTATTAATATCTAGTTT +ATCTAAACAATCCATGGCAAATAAATAATGTGTAATAGCTCTTGGCATTTTTAATCCTCC +CATAAATATATGTAATTATTATGTTATGTAAATTTATAATCTATATACATTAGAACAAGC +TTACAGTTAATATAATTTATAAATATATAAAAACCATCCTAGGAGGATTAATATGCTAGT +GGATTCTATAAAAGTAAATATAAATAAACAAGATGCTATGAAGAAGATTTTTACTAAGAC +TCCTTTGATAAGTAAAGTTATACAATTTAATAATAAAGCTAAAGATATTCATTTAGAATA +CATTGAATTTAAGATTTTAACATATGAGATAATAAGTAAGAAAGGAAATAGGAGTTTCTT +TAGAAATAATTCTAAAACATTTAATATTACAATGATAGTTAATACATATAGTGGATATTC +TGAGTCTGTAGATTATGCTCCGACTACAGTAAAGAGATATATACCAAGGAGTTGCATAAA +AAAATCTAAAGTTGATGAGTACCAGATTATAGAAGAAGTTAAAAATCAAATATTTAAATT +TTTAGGAGGAAAATATAAACATAATTTATTAGAGAATATGAATATTCAAAATATAAAATT +AGTTGAGGTTAAAAGTATATATAAACCTTACTGGGTTGCTAATTATAATGGTAAGAATAT +ATTTGTGGATGCATAAAATTTCTTTTAATAAAAAGGTATTAGAGGTGGTTATTTATAACC +ACCTCTAATAGTTTATTTTTTTGATTTGTTTTTGACTAAATAATCAAGAGTCTCTAATCT +ATAACCTTCCTCTTCCCAGTGTGTTAGTACATCATCTAATATCTCGCTATTAGTTTTGGA +GTTAGAATGAAGTAAAACTATTGCCCCAGGATGTGTTCTTGAATAAATTTTATTTTTAGC +AAATTCATGAGTAGGTTGTTTATCGTTATACCAGTCTACATAAGCAAAACTCCAAAATAT +AGAACTATATCCTAAATCTTTTGTATATTTTAAGGATTCTTCACTGAATTTTCCCATTGG +AGGTCTAAAGTATTTTGGCATTTCTTTATTTGTTACTTCTTTATAAGCTTCTTCTACGCT +ATTAATTTCTGATTTAAACTTCTCGAAGTCATGTATACTAGCCATAGAAGGGTGGCTTTT +TGAATGATTACATACCAAATGTCCTTCTTTTTCCATACGCTTTATAATATCAGGATTAGA +TTTTATATATGTTTCTACAACAAAAAAGTGAGCTTTAGCGTTATGCTTCTTTAGAACATC +TAATAAAGTGTCTGTATATCCATTCTCATATCCTGAATCAAAAGTTAAGTATATTACCTT +TTCATTAGGATCTCCTACATAATATGAATCGTATTTATTAAAAAAGTTAGCTTCCTGTAT +AGCAGTTGGTTGTTTTCCATCTTCCCTTGGATTAAAATACCAGCTGTATTCATGAGTGCT +AAGATCAGGAGAAGATATTTGAGTTTTAATTTTATTAAATAATGAAAAATTAGGTATAAT +CAATAAAGAAAAGATGAGTAAAAATATACCTAATATATAATAATTTTTAAAACTTTTTTT +ATTCATAAAACCACCTCTATATATAAATAAATTTTATTTCATTATAGTTTTAATAAATCT +TAGTGATTATATACTACAAATATAGACAATGAGAAATTATAAAATTTTGTCAATTATTAT +AAGGGATTTTAATTTTATAAAATGTATAGTAAAGTTATTATTATATAAAATAATCGTATA +GTGTTTATTTGGCAATTTTGAAAGGACGGAAAATGGAGGAAATTACAAATATAATAAAAA +GTGAAAATGATATTATAAGTGTTTTAGATAATGTTGTTTTTTTAGATATAGAAACAAGTG +GATTAAATCCAAATAAATCAGAAATTATAGAAATAGGAGCTGTCAAAATAGAAGGTACAA +ATAAAACTACATTTGAAGCTTTAATAAAAAATAAGAGAGAAATACCTTTAGAAATATTTT +CATTGTGCACTGGATTAAAAAAAGAAGACTTTAAAAATGCCTTAGATTTAAATATTGTTA +AAAAAAAGCTTATTGAATTTGTTGATGATAAAACTATTATTTGTCATAATGCATTTTTTG +AGAAAAGTTTTTTTGATATATATGTACCTGAATTAAAAAATGAAATTATTGATTCTATGG +AGTTAGCGGCTATTTTAGAGCCTTATCATAGAGAATTTAATTTAGATTATTTAAAGAAAA +CTATAACTAACGATAAGAAAAATGAAAAACATAGAGCTTTAGAGGATGCAATTGATACAA +TAAAGATTGTAAACTCATTATTAATGAGACTAAATAAAAAAGAAGAAAGTGAGATTTCTT +TAGAGCCTTTAAGTTTTAAAATAAATTCTTATCTAAATAAATTTGGTTTACCAAATTGGA +ACTGGAGCAAATATATTGATAATGGAAATTACAATATCTCTGATGATTATGTAATATATA +AAGATGATAAAAATAATAACCTTAAGAGAGATAAAGAAAAAGAAAAGGAAATTTTTAATA +AAATTCATTCAAAACATAGTCCTTACGAAGATTTATTAAAGGACGAAAGTATATGGGCAA +GTAAAGAAGGCTTTATTTATGAATTTAGACCAGGACAACATGAGCTTACTAAAACTATAA +GAGAAACTTTTAGAGGTAATAGTGGTTCAGCTAAGGTTGCGTGTATTGAAGCACCTACAG +GAATAGGAAAAAGTGTAGGATATTTACTACCTGCAATTTTAGAAGCTAGATTAAGAAGTC +AAAGGATTATAATATCAACTGATACAAAAGAATTACAAACACAACTTATAAATAAGGATA +TTCCTAATATTTTAAATTCATTAGGTTTAAATAATAAAGTAAGTTATGGATATATAAAAG +GTAAAAATAACTATATTTGCGTAGAAAAACTAGAAGGGTATAAGTTAGATTATACCTCAG +AAGACGTAGCTATTTTAGATATACTTGGTATTATTTATCTTGAACGGCTAGTAGAAGAAG +GCAATTATGGAGATATAGAAGAAATCAATTATTGGGTTATAAATCATTTTGTAGGTATTG +AAAATCATATAATATATGCAAGTTGTGATCCTAATTTATGTAGACCTAAAAAATGTATTA +AAAACTGTCTGTATAAAAGACGAGTTGAAGAATTAAAAGAAGAAGACATAACAGTTATTA +ATCATTCGTTACTTGCTAAATGGCCATATAAAGAAGAAAAACCCATAGAAAATTTAATAG +TAGATGAGGCGCATAACCTAACTGAAAAAGGGTATGAGTTCTTTTCTAGCATAGTAGATT +CAAGAGCATTTAAATATTTCTTACAGGAAATGTATCCTTATGAAAATATTTATAATAGTT +CGTTTGCTTATAATAAAAAACTTAGAAAAATGAAAATGTTTGATAAGTTTTATAATCATA +TAAGGTTAGATAGAACTCAAAAAGATAAGATAAGTACAAATATAAATTTAATTGTACAAG +AAATAGAGTCCTTGCTTATGTACGGCGAAAGTAGTGATTATAGGAATGCTAGTATGTACA +ATTTGAGATGGGAACTAAACCTTCAAGAAAATGATGTTGCAAGTAAAGTAAAAAAGGATA +ATGATTATATTAGTTTAACATATAAAGCTTATACTGACAGAGTTAAACTTAGTTGTGAAA +CAATAATAAGAAATCTTTCTTCAATTTTAGTTATTATTGATAGAAATATGGATGATGATA +GTTGTGATAAAGAATCAGACATATATAAGTTTGGAAAGTCTCGATATATGGATATGGAAT +GTATAAAAACTACTATGCAAGCTTTCTTAGAGTATAGTGAAGATGATGAATTTGCTAGAA +TTGTTGATATAGATAGAGATTTTAGGCATTTTGAATTTAGAGTTGTGCCACTTAATTTGG +CAGATTTATTTGAGGAAAATATATTAAGTACTTTATCTAGTGGAATATTTTTATCTGCTA +CATTGAGTATTGGAAATAAGATGGATTACTTTAAGAGAACTTTAGGAATAAATAGGGTAG +GTAACGTTGAGAAGATTATAGACCCTATTTATAATTATAAAAATAGGCTATCAGTAATTA +GTGTAAATGATATATCTAGTTATAAAAATGAGAATTTTATAAGTGACATTAGTGAAATAA +TAAGTGATATTTGTGATATTACAAGTGGACATACATTATGCCTTTTTAATAGTAAAGATA +GGCAGAAAAAAACCTATGATATATTAAAAGATTATTTACATGAAAAAGATATAGAAATAT +ATAATGACAAAAAAGGAATTAAGGTACTTAAAAATATAAATAAAAAATGTGTAGTATTAG +GTTCTAAAGGATGCTTTGAAGGTGTTGATGTACCAGGAGATGGATTAATATGTGCAACAA +TGGATAAAATACCTAACTTAAATCCTAAGGACCCGTTGTATTCAACAATAATGCATAAAT +ATAATATACCTTATCATTCAATAAACTATCCTCAGTTGGCTATTAAAGTAAAGCAAGCAT +TAGGACGAATCTTAAGAAGTAAATATGACTATGGCTGTTTTGTTATATTTAATAGTGGTA +GCAACTTAGCAACTTTAAAGATGTTAGAAAGAGATTTACATGGATGTAGAATAGTTAGTA +TGAATAGAGCTAATATGTATAAAAATATTGAAAGTCATCTTAGAAAATCTAGGCAAGAAG +TTATAAAGTCAGCAATAATGGATATATCAAAATCTTTGAAAAATACAAATTTTGAAGATA +TGAAAAAGGTAGAAGAGTATATAAATAAAGAAATAAGAAATAGAACCTTAATGAGTCGAG +TACAATATATGTATAATTTTGAAAAAACTTTTAAAATAAAGTATTTTGATATAACTTATT +TAATAAATAAAGATAAGTTAATTTAGATATTTAATAATCAAATGTATATTTTTCATAAAA +ATGAAGAGAATATACATTCAACTTTCAAAAAAATGCTAAAATAAAGTAAATATAAAATTA +TTTTAATTTAAAATGAATCCTGGTGAAATGAGTATTTTACTAGGGTTTATTAATATGAAC +TAAAATTTTAGTGAAAAAATGAATTTTATGTAAATACAAGAATTATATAATAATGACGAA +ATTTAAAAAATAAAGTATTATTTTTTAAATTTATAGAAAATTTTAAAAAATAAAGTTGAC +ATTTATTTACGTATTGATATAATTAGTATATAAAATTTAATTTATATTTAATAAGGAATT +ATTATTAGGGAGGGAACGAATATGGATAGCGCTGTAAAATCATCGCAAGAGAAAAAAAGT +CTATTCCAAAAGTGTCTTGATGGAATAGAAATAGTTGGAAATAAACTTCCACATCCAATT +ACATTATTTTCATTATTTTGTTTAGCAATCATAATTATATCTGCAGTAACTGCAGCTATG +GGGCTTTCGGTAGAAGGGGAACTTGTAAATAGAACTACTGGAGAATTAGAAGTTTCTACA +ATAGCGGCAACTAGTTTACTTTCAAGAGATGGTATTGTTTATATGTTGGAAAACGCTATC +ACTAACTTTGTTAACTTTGCACCATTAGGAATGGTTTTAGTTGGTATGTTAGGGATAGGA +ACTGCAGAAGGAAGTGGATATATATCTGCTTTACTTAAGAAGACAGTTGCAGTAACTCCT +GCAGCATTAGTTACACCAATGGTTGTATTCTTAGGGGTTATGTCAAATATAGCAAGTGAT +GCTGGTTACGTTGTACTAGTTCCACTTGGAGCATTAATATTCATGTCATTTGGTAGACAT +CCACTTGCAGGACTTGCAGCAGGATTTGCTGGGGTATCTGGAGGTTTCAGTGCTAACTTA +ATAATAGGAACAATAGACCCAATGTTAGCTGGGATATCTACAAGTGCAGCACAAATGATA +GATCCAACTTATACAGTACAAGCAACTTCAAACCTATACTTTATGGTTGCTTCAACATTT +TTAATAACTTTATTAGGATGGTTTGTAACTGATAAAATAGTAGAGCCAAGACTAGGAGCC +TATTCTGGGAAGTCTACATTATCTAAAGAAGATCAAGATTTACAAAATCTAAGTGATAAA +GAAAAGAAAGCATTAAAAATAACTAACTTAACAGTTTTAGCAATGTTAATTGGTATAGTT +GTAGTAGTAATGCTTCCAAATTCACCATTAAGAAACGTAGCAATAGAGCAAGAACAAGGA +TTCATGGCTTCTATAATAGATCATTCACCATTAATGAATGGATTCGTATTATTAATAGCT +ATAATATTCTTCGTAGCAGCTTGTGTATATGGTAAAGTATCTGGACAATTTAAAAATGAA +AAAGATATTGGTGCTGAATTAGGAAAATCAATGGCTTCAATGGGAAGTTATATAGCATTA +GCATTCGTAATGGCTCAATTTGTTAACTACTTCTCATACACTAACTTAGGTACTATATTA +GCTATAAAAGGAGCTAACTTATTACAATCTATGAATATGAACGCTGTAGTTCTTATGGTG +GTATTCGTACTATTTGCAGGATTTATAAACTTATTCATGGGATCGGCTTCAGCTAAATGG +GCTATAATGGCTCCAGTATTCTTACCTATGTTTATGAAAATGAACATATCTCCAGAGTTA +ACTCAAGTTGCATACAGAATAGGTGATTCAACTACAAACATAATATCACCTCTTATGACT +TACTTTGCAATGATAGTTATATTTGCTCAAAAGCATGATAAGAAAGCTGGTATGGGTACA +TTAATATCAACGATGTTACCTTATACTATGATATTCTTAGCTGGATGGATATTAATGTTA +GTAATATGGATGGCTTTTGGATGGCCTTTAGGACCAGGAGCTGGACTAGTTTACGGATTA +TAAAATAAAAAATAGCTTCTTGAAATCTATTTAGATATCGGGGGCAGTCAAAATAAAATT +CCCAGTCATGCAGCTGTAAAGATGCTACAAATGACTGGGAATTTTTATTTTGCCTACCCA +TTGCAATTTCTAAATTGATTTTAAGATATATCTATTTTTTATATAGGGGAAGAGTGTTAT +TTGGAAAATGCTTTGTTGATTAGGCCTAAGACAAAGTCTTTTCCTTCTATTGTTATTGAT +TGTATTTTATTATCCTTTGTATATATTACTACTGATGAGTCTGAGTAATTACTTAAGTCT +TTGTTGTTTGTTTTGTTGGTGTTACTTAAGTTGTTGTTTACAGGGTTAACAGTATCTAGT +TTTACATTATTGTTAGAACTATACTTAGGATAGCTGTGATTTCTATCAGGATGTTGCTTA +TGAGGCACTAAAGGATAAAAGTAAAGTTTCTCTTTGTTGTCTATTGTAGAGGCTATAAAG +TTAGCGGAACTTAGGTTAAATGCATTATTAAAATCTCTAATGCTTTTGCCAACGAACTCT +TTAGCAGCATAACTTACTACAAAATCACCTTTACATATCATTCCTCTATGATTATAAAAT +TCTACTTTATAATCAGCATTTGATAAATATTCAGATGAAATGAAATCTTTTGAGGTTATT +AAGTTATAATCACCTGATATAGCATTTTTTACTAATCCATTTTCATAATATACATGAAGA +AATGGATTTTCTTTATTATTATTTTTATAAGTAGCAACTACAGATATACTATTTTCTAGG +TCTTTTAATGTTAGTTCTTCTGTACTTATATATTTAATCTTATTTGAATCAATGTAATAT +GTTGCTGAATATGGAACACCAAATGAAACTTCTAAATCATTGGATTTAGTACCTATTAAT +TTTGTTGGATTAATACTAGCTTGACTTATGTACTGATTATTTGAAGATAAATTATTTAAA +TTACAAGCTGTCGTCATTAATAACATAAAGAATAATATAGATATGATGCATTTTTTCATA +ATATACTAATCTCCTTTTCATAGACGTAATTTATATAAATAGTATCTAAAAATAACATGA +AAAATATACTTATAGATATTGTATTGAATAATAATAGATATATAAGAAAAAATAAGGAGA +GAATATAAATATTTAGCAAAAGTATAATAAAGGAGTAATTTTGTATGGTATATATATTAT +TATTAATTGGTTTTATTCTTCTTATAAAAGGAGCAGATGGGTTTGTATCAGGGGCATCCT +CTATAGCAAAAAGGTACAATATTCCTAGTTTGATTATAGGTCTTACTATTGTTGCATTTG +GAACAAGTGCCCCAGAGGCCGCTGTAAGCATTACAGCAGCATTAAGTGAACAAAATGATA +TGGCAATTGCAAATGCTGTAGGTTCTAACATATTTAATTTAAGTTTTGTTGTGGGAGCGA +CTGCATTAATACATCCGATAAACGTTCAAAAAAGTACTATAATTAAAGAATTTCCTTTTG +TAATGTTAGCCTCAGTGGTTTTAGCTATATTAGCACATGATACTAGATTTCAAGGTTATA +GTGAAAATGCATTAACAAGAGCAGATGGATTAATGTTATTATCCTTATTTATAATTTTTA +TGTATTATCTCATAGAAATGGCTTTTACGGCTAAAGATGATGTAGTAGAAGAAGAAATTC +AAGTTATGCCTTTAGGTAAAAGTATTTTATATAGTATACTAGGTGTTGCAGGAATTATAA +TAGGTGGAGACTTAGTGGTTAATTCTGCAAGTAATATTGCAATAACTTGGGGTATGAGTC +AAAATCTTGTGGGTCTTACTATAGTCTCTATAGGAACATCATTACCAGAACTTGTGACTA +GTATTGTAGCGGCAAGGAAAGGAGAAAGTGATATTGCTATAGGAAATGCTGTAGGTTCTA +ATATATTTAATATACTATTTGTTTTAGGTATATCATCATTTATTCACAATATAGCAGTTC +ATCCAATTGTATTTGCAGATATGCTTGTTATGCTTTTAATTAGTTTAATTACATTTATAT +TTGCATCTACAAAAAGATCTATTAAAAAAGGTGAGGGTATAGTTTCTAGTGTTGCATCTA +GTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTG +GTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_74 +TACTTCTTGGATATAATAATTATTAAGCTCCAACATATAGTAACCCTCCTTTAGATTGGT +GATGCAATCTTAGGATACTATATTGGTTGGAGTTTTATTATTGTAAAAATTAACTAGCAC +AACGAGTTACTTTAATTTATTTATAACTCATATAACCTATTTAACCTTAATAGTATATAC +TATAACTTTATTGTTTAAGGAGAATATTAATGAGAATAAAAGATAAAAACACACTTATAA +ATAATAATTACATATTTAGATATATGTTAATGATATTTGGCATATTTTTATGCGCTATAG +GCATTAATGCTTTTTTAACTCCCTCTAAGCTTTTAAGTGGTGGCGTTGCTGGAATAAGTG +TAATTTTATATCAGCTTTTGAGTTAAATCAAGGTATAAGTACCTTTTTAATCAACATTCC +TATATTTATAATAGGAGCGAAATATTTGGACAAAGATTTTTTAATTATTAGTTTCTTTAA +TATGTTTATATTTTCTTTTGCACTAGCTATAACCCAAGATTTACATAGATACATATATCT +TAATGACAATATAATTCAGTGCATCTACGGTGGATTATTAAATGGTTGTGGTATGGGTCT +TATATTCAAATCTAGGGCATGTTGTGGAGGATTAGACATAATAGCAGCCAGCTTTAAAAA +ACAATTCAATATAGAAATGAAAAATACATTCTTAACTGTAAATTTATTTATTGTTGCTGT +AGGAGGATTTTTCTTTGGATTCAAACTAGCATTATATACTTTAGTAGCAATGTATATTGC +ATCATATACAATGGATATAGTAAAAGATTCTTTCAATAGCCAAAAATCAATTATTGTTGT +TACTGATTATGATGCAGAAATTGCAGATTCAATAATGACAATATTAGGAAGAGGTGTTAC +TTATTTATCTGCTGAAGGAGCTTATACTCATCATAAGAAGAAACTTCTCTATTGTATTGT +AAAGACTAGCGAGATATCAAAATTTAAATATTTGGTATATTCCATTGATGATAAATCCTT +GGTTTGTATTAATGATGTAAATGAAGTTAGGGGTGGAGGATTTAGAGGTAAATTCTTATA +AAATATATCCCATTTTAATAATAAATAAACCCTACATGTGTTTGTAGGGTTTATTCTCTT +TATTTTTTAGGACTTGTTGCTTCCTCAAGTTCAGTTAAATATCTTAAGGCTTCTTCTCTA +TTATTCTTACACATGTCTTCACATGGTTTTAATTCACCGCAAACTTTCGGTCTTTTAGGA +TCTTTAAATATTTTACACATGTTATTGTCATCTAATTGAACACATCTTTCCCCTGCTGGT +TTTCCATTTTCCATATTTGGAATAGGAGATGTAATAGATGGAGCTATACAACATGCACCA +CAATTTGGTCTACATTCCATAGTTGTTATCTCCTTGAGTTTTATGCTCTAATATAATAAC +ACAACTAACTATAATTTATAAAGTATTTGTTTTGTTGTTTATTATATATAACTAAACTTC +TATTATACTAATCTCTTCTAATTCTGAAATATCCCCACTTTGCTTTATTTCATCTAGTAT +CCATCTATCATTCACATTATTAAACTTCCAATATTCTGTAAATGATGCAGGAATATGTTT +ATTACCTTCAAAAATTTTTTTATCTTTCTCTGTATAATCTATCATAGACCCTTTTATAGC +TACCCATATACTTCTTGTATTTTCTACCTTATCAACTTCCATACCAAAGACTCTAATAGA +TAATAATTTTACTTTTTTCAATATGTTTCTTTCATTTCTTACTTTCATCCACTCAAGTTT +AGTCTTATGATTATTATAAAGTTTCTCAGTAGAATAGTTTATAGCTATATCTTGATCCAT +CTCAGTCCAAGCCTTTTACATTATATAAAAAGTAGCCTCTACATCTTTATTTATTTTATC +TAATTCGTAATTAGAGTCATTTACACGTAACTCATTTAAAACTTGTTTACATTTCTTTTC +CTTTTTTATGATTTTAAGGCTGCAAAGTATATTATTTGTTCTTTGCATTATAATCATTGA +AGTTGTCATCACTACCATTGTTATAGCTCCAGAGATTGGATTTACACTTTCAGCTCTAGA +ACTCGAGCCATGACTTCCTGAACCTCCTCCCGAACCTCCTGAACCGCCTCCAGATCCACC +ACCACCTCCGCCAGCTCTAGCAAAAGATACTGATGTAAACATAAAAAATATAATTGTAAA +TATCACTAAATGACTAGCTTTTTTCACTATAAGGCCTCCTAAATCCATTATATCAAAATT +TATAAAAATAAAATCTAGCTAAATATGGCTAACTTATATAAAGCATATTATCATAGTCAC +AACTAAAATCAAAAATAATATAAATGTCATTAACTTACCTAATGGATGTGCCATATTCAT +GCTCCATCCTGCCCCTAATCTTTTTTCGACCATAAGACAAGGGTCTTCTTCATTGTAATA +TATAAATCCATAAATCCATTTCTCATCATCATTTTCAACTGCATAGTAAGATTTATCCTT +TGGTTTTAAACTTCCTAACATTATATAGAAATAAATTAATGCTACTGATATAAATATAGG +CGCTACACATACAAATAAAGTAAGCTGTAAAGGTATGTTCTTTTGCTGAACCATAAAAAT +AGGTATAGTTGTAGTAATAGATTGAATAGTCAAAGTCATTATAAAAAATGAATACCCGAT +CCCATTTAAATATTTAAGTGCTTTCTTTCTATTTCTTTCTAAATTTTCATTATCTATATA +AGTATTACTTGATATACTTCCTATTCCCATTACTGCAAGTAATATAACCATGCATATATC +TATAAAATTAGTAAAAAATACATCTATTATATTTTTTTTAGCAAAACCATCTGGTCTTCC +TCCTGATCCCCAGTGAGTAATAATAGTTTCTGGCATACTATTATAATTCACTAATACATA +TAAAAATGATAAAAGTGATAAAACTATACATATACCAAATAGTATTTTAAACTTTTTTAT +TATATTTAATTTTAGATTTCTTAGATCATTATCTTCTTTTAAATATTTTCTTTTCTTTCC +TTTTTAATATTTTCTTCATTTATAATTAAGTAATTATTTTTGATATTCTTAACTTTTTTA +TATTCATTTTTTAAAAATATATAATACAAAGCTAAATATATAATTGTACTAATCGTTATA +TTAAGCCCTATATTCAACTTAAGTATTAAATTAAATATTATATATATTATAATAACAATT +AATAGTGAAATATTTAATTTAAATTTAAAATTCTTATCTATTTCCTTTTTTAAACTTTCT +TCTATATTAATTTGTTTTACATACACACCGTAAAAATACTGCTTAGAGCTTATATTTTGC +GTATTAATAGTTAGCATATGGGTGAATAATAGTATTAATATGAAAATTATATAGTCTAAA +AATATATTCATAAATCCCCCTCCAATTTAGATTATTATATAACATTTTTACAATATTATC +CATTTCTAAATAATAATACTCTAACATTTATTATTTGGATATTGAAGAGCATCATAATCT +TCCTATCCAGTACTAACTCTAACTACATGTTATACATCATAAACAAATATTTTTCCATCA +CCTATACCACCTGTATAAAGAACCTTCTTAGCAGTTTCTACTACCTTCTCAGCAGGAACT +TTTGATACTACAATATCTACTTTTACTTTAGGTAATAAGTGTATTTCCATCTTAGAGCCA +CGATAGTATTCAGTAGAACCATTTTGTACTCCGCATCCTAATACTTACGTCACAGTCATC +CCACTTACACAAATCTTATTCATATCAACTTTTAATTCTTCAAATAAAATACCTCCTTTA +AATATAAATAGGCGTGTGATTCCTGTTATTGGAAACACACGCCTTTGTGAGTTTATTTAA +ATTATTAAGTTAATATACAGTATTAATAAATTTATTTTTTGATTCTATATAGTGTAAATT +TTAAATATAAACTAAGTTATTTATTTAGTAATTTTTCAATATCAGTTTTAATTTTAAGTG +GTGATACTGTAGGTGCATATCTTTTAATTACATTTCCATTTCTATCTATTAAGAATTTTG +TAAAGTTCCATTTTATATCTTTACTTAATAAGCCTTTAGCCTCATCTTTTAAATATTTAT +ATAATGGATGTGCATCTTTTCCATTTACATCTATTTTTTCAAACATATTAAAACTTACCC +CATAATTTAGTTGGCAAAACTCATGTATTTCTTCATTACTTCCTGAATCTTGTTTTGCAA +ATTGATTGCAAGGAAATCCTAATATCTCAAGTCCTTTAGATTTATATTCTTCATATATTT +CTTGTAATTCTTTAAATTGAGGTGTTAATCCACATTTGCTAGCAGTATTTACTACTAATA +TAACTTTTCCTTCATATTCATTCATACTCACTTCTTGTCCATTCATCTTTCTTGCTTTAA +AATCATAAAATTTCATTTGATATCTTCTCCTATCTTAATTTATATAAATTTAATTTTATT +CAATCAAATGCGTCATATTTTAGAGTTAAACTCAAATATGAATTTAACTCCTTAGTAAAC +ATATTTCTATATTATTAATCAAACATTTTTAATAAAGTATCTAGTTGAGATTTTAAAGAA +AGTAAATCTACTCCATCTCCTAAACACATTGAATATATATTTTCCGGTACTTCTATTATA +TCTTCTTTTAATAATTTGCCTTTTTCTGTAAGTTCTACTGTAACTACTCTATCATCTTCT +TTATTTCTATATTTCGTTACTAGTTCCATTGACTCTAATTTTTTAATAACTGGAGTAAGA +GTTCCAGAGTCAAGGTGTAGCCTTTTTCCTAATTCTTTAAAAATAATTTTTTCTTCTTCC +CACATTACTAACATTGCTATATACTGTGTATATGTCAAATTATACTTATCAAGTAATGGA +TTATATAATTTTATTACCTCCCTCGATAAAGCATATAATGAAAAACATAATTGATTATCT +AATTTTAATTTATCGTATTTATCCATATCTCCCTCTTCAACTTCTGATTTTTATAAATTT +AATTGAGTTAAATTGATTTATTAACTTATTATATATTGTAAATTTATTAGTGTCAACATA +TTTTATTTAGACACGTATCAAAAATCTATTCTAGAATATAGATCATTTCCCATTTGTATA +TAAAACTTAGCATCTGTACCCATTTCTTTTAAATAGGATACTAAACATTTTGCCATTTCA +TATTCTTTACTTTTTATTTAATTTTTTTAATAAAAAAGCACTTTGATATAATCAAAGTGC +TTGAAAGTCATTATTTAACTTGTATTGTATATTTTTAATTTATCTCTTAAATTCAGAAAA +TTCCTATCTATTTTACAAGAGTATTATATTCTCCTTCATTTTTTGGAGCAGTTAACTCAC +CATTTTGGAATTTAACCATTTGTTCATTAACATAATTTAATATTTCTTGTGGTACTAAGT +TTGAAGTAGTATCTGCTATACCAACAGCATTCTCATTTAATCCATAAACTACACTACTTC +CACCTTCAAATTTACCTTCTGCTAAATCTTTTACAGTTTCAAATACACCAGCATCAACTC +TCTTTATAGCTGAAGTTATTACATTTTCTGGAGCTAAGTCACTTTGGTCTCTATCTACAC +CTATAGCATATTTCCCAAGTTCTCTAGCTGATTCTATTGCACCTGTACCAACATCTCCAC +CTGCTGTGAATATTATGTCAGCACCATTTTTATACATTTGAGTAGCTATAGCTTTACCTT +TAGCTTGATCAGTAAATGAGTTTGCATATTGAGCTTGTAACTCTGCATCTGGGTTAGCAG +CTTTTACTCCTGCCATAAATCCATATTTAAAAGTATCTATAACTGATATTTGCATACCAC +CTATAAATCCAACATTATTTGTTTTTGTCATTTTACCAGCTATTAATCCTGCTAAGTAAG +CTGATTGCTCTGCTTGGAATAATATAGATTTTACATTTGATGGTATTTCTTCGTAAGTTT +CATCTACTAATGCAAATTTTTGATTTGGGTATGATTTAGCTGCTTCTTCTATTGTTGGGG +CTAATTTCATACCTACACCTATTATTAAATCAGTATCTTGATCTACTAATGTCTCTACAT +TTTGCATGTAGTCTGCATCTTGATTAGATTCTAAATATTTAACTTCAACTCCAAGTTCTT +TTTCAGCTCTTTGTAATCCTTCCCACGCACTTTGGTTGAAAGATTGGTCATTTACACCAG +CAACGTCTGTTATCATTGCAACTTTTATTTTATCCTCTCCTTCAGAATTACTTGAACATC +CTACTAATAATGATGTTGATAGTATAGCTGTCATAGCTATTGTTGCTATTTTTTTTAATT +TCATTGTCCTTCCTCCGTTGTCTTTAGCAAAATATCTTTACTGACACTCTTATACTTACA +TATCTAGTATATAATTTTTGTCCATAAAAAAATCCTTCTATCTACAGAGGATAAAAGGAT +ACTTACACAATTTTATATTAAAATATGTAAATCTCTTTATAGCCTCTCTGGACTAAATTA +AAGTATCAATTTTGTTTCTTTAAAGAGAGTACTATTATTTTGTTTCATTGTCAACATCTT +TTTTAAAATAAAATATAAATATATATTTAAATCTTATAACTATTATCATTTTTTGTCGAA +TATTTATATTTATTTTAATTTTATAATTTGCTTAAAATATGAACTTTATTTTATAATAAT +TTCTTTACATACCTATATTTTAATAAAATGTAATATTTCCACTCAGAAAAATTTTTTTCA +TTTTTTCTTTTATAATCTTTTATCTATAAAAACTTCATTTCAATTAAAAATAAATAATAT +GACATTTCATTATATCATCATCCTCAACTCCTTAAAAATTTGTTGAGCTAAATATCATAC +CACTACTAGTATATTTTTAAAACTACGTGGTTCTGTCATAAATTTACAAATCTAGTATAA +TATATCTAAAACAAAATAATATATGGAGGAAAAATATAAAGACATTAATAAGTCCAGATA +ATACTTGGATGCTATGGACATTCTTAGTAGGGATGGCCACTATTGCAATCGTTCTTGAGC +AAAAATATAAATTGGCAGCTAGGATAACTGGTGCCATAATAGCATTAATGGGATCAATAC +TATTCGCTAACTTCAATATAATTCCAACAACCTCACCAGTTTATGATATAGTTTGGGATT +ACGCTGTACCAATAGCAATTCCATTATTATTATTAAAAGCTGATATTAGAAAAATCAAAA +ATGAGAGTGGACGAATATTTAAAGCCTTTCATATTTCAGCATTTGGTACAATTGTAGGTA +CTTTTATTGCTGCATTTGCACTTAGCTCTACTTTACCATACGTAGCAGAAATTGCAGGAA +TGATGACTGGCTCATACATAGGTGGCGGAGTTAACTTTGTTGCTATGACATCAGCTTATA +ATACACCCGAAAATATTACAAATGCAACTATAGTAGCAGATAACTTAGTAATGGCTGTAT +ACTTCTTTATTTGTATGTCTATTTCATCTTTTAAGTTTTTCAGATGTAAGTTTGGTATGA +TTACTACAGAAGCAATAGAAGAAGGAAATGCTTCAACTTATTGGACTAAAAAAGAAATCT +CACTAAAAGACATCGCCGTAGCAATTACAATTGCAGTAACAGTTGCATCTTTATCTAATG +AAGTATCTGCATATTTAAAAGAAATTATTCCTGGAACTAATATATTAACTAACATGGCTA +AAAATATATTTGGTAATATGTATCTGATAATGACTACTTTAATGCTTATTGTTGCTACTA +TGTTCTCTAAACAACTTGAAAATATAAATGGCGCTGAAGAAATTGGTACATTTTTAATTT +ATCTATTCTTTGTTGTCTTAGGGGTTCCAGCTTCAATAAGTGAAATAATTAAAAACGGAG +CGTTTGTACTATTATTTTGTACCCTTGCGGTTTTAATACATTTAATAGTAACTTTAGGTG +TTAGTAAGTTATTTAAGTTCAAACTAGATGAGCTATTACTTGCTTCAAACGCATGTATCG +GTGGGCCTACTACTGCTGTTGCTATGGCAATTGCAAAAGGCTGGAATTCATTAATTATAC +CTACTATGCTATCTGGAATATGGGGATACATCTTAGGTAACTATGCTGGAATTTTAGTTG +GAAATATTTTAAAAAGTATCCTCTAAAATATTAATTTATCAGAGTATTAAACATGAATAA +AAATTAAATTATGATTTAATAACATAAATAAGAAACTATGAAATCTAGAGTTTTTCATCT +ATATTTCATAGTTTTATTATTTACTTTTTTGTATAATAATAGGAATATCTAAAAATTAAT +ATTTTTATTAAAACAATTTTGATAATATCTTAATCTATTTCAAATTCTCTGTTATTATTA +TCAATAAATCCATCTACAGGAAAAAATATATTAGTACTTTCATCAGTAATCTTTCCTTAC +TCACTTTGTCTCCATATCCATCTTCTTGTTCTTACATTATTGTCATCAGAATAAATTAAT +TCACTATCTTCTAAGATTTCATTTTTTTCACATCCTAAGGGAATAAATGTATCACCTTGC +TTTGAAAATATGACTTCAATACCTCCGCTTAATGTATCAACATCATGTTCCCCTAATAAA +ACCATAATCTACAATAGGAATTATACTAGGTAACCCTTAACATTTTAATTTTCTACTAAG +CATAGCTTCAATTGAACTCATAAACTTATTTGGATTAATACCTAGTTTTTTGAATGAACC +TCTTTAGCAAAGTATTTCATCTAATTCTTTTACTTTAATATTTTTAAATTTTTCTTCATA +ATATCATATTGTTTGATTTCATGTAGCAATAGCAAATTAATTTATAATTATAGTAGTTTT +ATCTAATATATTATCATAAATCCATTGGGCATTTTCTACAGCTAATCGAATACATCCATG +ACTCAAAGCCATTCCAAGTCTATCATCAATTATTTCAGTTCCAGATGCATTAAATAAAAT +TGAATGATTAATAATAGCTACCTCTGATTCTCGTAGCATATTTTACTCTATAAGTATCAG +ATCCAAAGTAAGGCTTTCTACCATTAACATAAAATGTACCTTTAATGGTTGGTGTACTTG +GTTTACCTATTGTACATGACCATTTATATAGTAATTTCCATGAACCATCATCATTTTTTT +CAAATATATAAGTAAGTTTATTTTCTAAATCTGTTGTAATTAAGTTTAAAGTTGGACTTT +TAATTTGATTGTCATTTACAAACCTTGTCATATCTGTATAAAAGTACTCAAAATCATATC +CTTCCGGTGGGTTTCCATCATCAGAAAGGAAATAACTAAATATATACCCTTCTTTATCAT +CATACATAACATGACTCCAATCTCCATTTACAGACAGCACTTGTACTATAGATTTTGGAG +GGATTACTGTTACTGGATTCGATTCAGCGGATGGATAAGACCTTAAAGTAACATCTGTCC +ATGTATATTTTGTTTTTGATAAGTAATCGCTATATACATACCCTTTCTGTCCATTGTATA +TTACTTCATACCAATCTTCCTCCGCATCTATAACTTTAATTTTTGATCCTTCAGGTATTA +CTGTGATTATATTTGAAGAAGTAGATTTTTCTTCCCTTAGATTAGTATTAACTAAGGTAT +ATTTATATGAAATTTGTTCTTGTCTTTTATATACTTTCATATTTCACCTCGAAATTTACT +TTTTATAATATCATATGAGACGTTTTCTTTATTTATCACCATTATACTTATAATCAGATA +ATACAAACTTTTTAAATTTATGTTTTTTACTAATTCTACATCATAAAAAGATGTTGATAA +TTATATTTCCGTATTTTTATTAAAATATAAAAAAATCCCCTAAAGGGGACCTTGAGTGGC +TAATGCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACAATTAGGA +C +>MGYG000000001_75 +TTCCAATTCCTTCTACTAAATACATTTTTACAGCTTTAAGTTTTATATCAAATGAATAAT +TCGTATTTTTTCTATTATTTTTTTTGCATAAAAATCACCCCTTAAAGTATCATTTTACAA +GTCTTTTTTGCTTGTGCCTACTTTAAGGGGTTCAGTTCAAATAGATTTCACCTTTTTATT +ATTACAATTAAATAAATATCTTAGAAATACCAAAAGAACAAACTATAGAGAAAGTTATTC +TTAGAATAATTTGACATGATGTGGTAAGAAAAATATAATATAGTTAACAAAGTAAACTAT +ATTGAATATACTATAAAGTAAGTCATCTTAGGAAGTGGAGAAGAAATATGCAAGATATGA +ATTGGATATATATGATGGAAAAAATGCAAGAGATACATTTATTTAGTAGAACAATGATAC +ATAGAGCAATAAAAGAATATGAATTGTCTGGACAACACTTAGAGTTATTATCTCAACTTT +TATTACATGAAGAGGGTATGACCCCAATGAAACTTAGTAAAATTATGGGTGTAAATAAAA +CAATTATAAGTAGAATAATAGATTCTTTAAATAAAGGAGGATATGTAATTAAAACACCGG +ATGCTAAAGATAAAAGAAGTTATTCAGTAACAATTACTGAGTTAGGAAAACAAATAATGG +ATAAAGTATACAAAAACTATTTGGGACCTATTTATGAATTACGTAGAAAATTAGGCGATG +TAGAATTTTTAGAATTAATGACTTATATAGAGAATGCAAATAAAAAAATGAGTAAAGATT +AGGAGGAGATGATTTAATGACTTTTTATCAAGCTATGCAAGTTGGAGTAAATGTAATGAA +GCCCTTGATTAAAGATACACAAAGTAAAAAATTAAAACAAAAATATATTACAGCTTTTAT +TTTAAAGAATATATTATGCCTTATATTTTGTATACTTGTTGTAACGAGTTTTGCGAAAGT +GTTTGGAAATGAAAATAGTATAGTAGGGGTTGTAACTATTTTAGGAGTATTAACTTTTAG +ATTTTCTAATATAGATTTTGATGTTAAACAGTCTTCATTTACATTATTTAGTGTGTTCTG +TATTTTTATGGTTGGCCCATATGTATCAAATTTAGTAGGACCGGTGCTAAGAAGTATTAT +TAACTTCATTTTTATAATGATAATACTTATATTAACATGCCATAATGTGATGCTTTCTAA +TCAATCAATACTTGTATTATCATATTTACTTTTATGTGGGTATGAAGTTAATGATATAAA +TGCATTAATTAATCGTGTATTAGGATTAGCAATTGGGGGAATTATCGTAGCAAGTATTTT +TTATATCAAACAAAGGAAGGTAAAATTTGAAAATAAATTATCTGATATTATCAAGGATGT +AAATTTAAGTAATGATCGAACAAAGTGGCAATTAAAGCTTGCTTTTGGTATTTGTACATC +TATGCTAATTGGAGAATTATTGCATTTACCTAGAACTATGTGGATAGGGATTGCGTGTAT +GTCAATAATTCAACCAAATAAAGAAGTAGTAGAATTTCGTTTTAAAAATAGAATCTTATT +TACTTTTTTAGGATGTTTACTATATTTTATTATTTATTCTGCTATACCAGTTAAATTTAG +AGATTTAATAGGAATGCTTGGAGGGATAATGGTGGGATTCTCTGCTACTTATCAATGGCA +GGTTATATTTAATGCTTTTGGTGGATTAACTTCAGCAATACCAGTTTTAGGTCTAGAAGG +TGCTTTAATAATTCGTTTACTTAATGGATGTTTTGGATCTATATACAGTAGAGTTTATGA +TAAAATATTTGATATAATCCATGAAAAAATTACATTTAGAAATAAAATTGAGCAAGTTAC +TACAAATGGAGAGATTTAATAGTTTATAATATTTAAAGTTTATATAAGAAAAACACCTTT +AAGTAATTAAATGTTAAAGGTGTTTTTTAGTTGAATAGAACTTAATAATCAATTTTACGT +AAAAATTTTAAGTTAATATATAATGAAGAAATAATAAATATTGTAAATATATGGAAAATA +TTATCAGAGAATGTAACTTTTTTGTAACTTTTTCACAAAATGTATTTACATTGTTGAATT +TTTCATATAAAGTTACATATATGGTATATATTTATCAATATACCAATTTTTTATCATAAT +AAATAAAAAATGGGAGAAATTGAGTAATGAATAAGAAAGTAATAATGTCATTAGGTCTAA +GTGCGGCTGCCTTATCTTTAAGCACGATAGATGCAAGTGCAGCGCAAACTGCGATAGTAA +CAACATCAGTTTTAAATGTTAGAACTGGAGCAGGAACAAATTACTCTATAATGTCAAAAG +TATACAAAGGTGACACTCTTGAGGTTATAGGAAGTTTAAATGGATGGTATAACATTAAGC +TATCAAATGGAAAAACAGGATGGGTAAGTGGAGATTATTTAAGTATAAGCGGTTCATCTA +CTAACACAGAAAGTAAAAAAGGAACAGTAACTACAGATACACTAAATGTAAGAAGTGGAG +CAGGAACAAGCTATTCTATAATATCAAAAGTATATAAAGGTGATACTGTAAATATAGTAG +GAAGCTCAAATGGATGGTACAAAATAGAATTATCAAGTGGAAAAACAGGATGGGTAAGTG +GAGACTACGTTAGTGTAGGAAGCTCATCTGATAACTCTTCATCTGATAATGCAACAACAG +AAAATAAAAAAGGAACAGTAACGACGGATACATTAAATGTAAGAAGTGGAGCAGGGACAA +GCTATTCTATAATATCAAAAGTACATAAAGGTGATACTGTAAATATAGTAGGAAGCTCAA +ATGGATGGTACAAAATAGAATTATCAAGTGGAAAAACAGGATGGGTAAGTGGAGACTACG +TTAGTGTGGGAAGCTCATCTGATAACTCTTCATCTGATAATACAACAACAGAAAATAAAA +AAGGAACAGTAACTACAGATACACTAAATGTAAGAAGTGGAGCAGGAACAAGTTATTCTA +TAATATCAAAAGTACATAAAGGTGATACTGTAAATATAGTAGGAAGCTCAAATGGATGGT +ATAAAATAGAATTATCAAGTGGAAAAACAGGATGGGTAAGTAGTGACTATGTAAGTATAG +GCAGTTCATCAGGAAGTTCAAATGGTTCTAGTTCTGCAACTACAAATAAAGCTCAAGCTA +TTGTTGATTTAGCAACTAAGCAAATTGGAAAACCTTACGTATGGGGAGCTGAAGGACCAA +GCACTTTTGACTGTTCAGGTCTTACATATTATGTATTTAAAAATGCTGTAGGTATATCTT +TACCAAGAACATCTACTGAACAATCGAAAACTGGAACAACAGTAAGTAAATCTAATCTAC +AACCAGGTGATTTAATATTCTCTAGTACAAATGGAACTGGAAATGTAAGTCATGTTGGTA +TATACATAGGAAATAATGAAATGATTCATGCTCCTAAGCCTGGAGATGTAGTTAAGAAAA +CAAAAATAAATAATTCTTATTGGGAGAATGCGTATCTATGGGCTAAGAGATATATATAAT +ATAGGAAGAGAATTAGAGAAATCTAATTCTCTTTTTTATAATTATTTACATAAATGTTTA +TTAAAATCCCAATAAACTAATTTATTATAAGCTTCCCAAACTTTAGAAGGTATTTTTTGT +TCAATTTGAAGTCCATTTTTACCATATAAATAAATTCTTTGGATATCTCCTACCATAATA +CTTATAAATTCATCTTTAGAGATTTCACCCTTAGAATAAAAATCACAATATTCTTCATAA +GTAAACTTTGGAGAAGTTATAACAAAATTTATTTCAGGCCATTGTTTTTTGAGAGTGGCG +AAGGTCCTTCTTTCTCTATAAGGTTTATCAACAACTATAAAAGATGAGGGAGAAAGATTG +ATATTTTTTAGTATTTCTTTAGTATTACTAATGTTTTCACCAGTATTACTAGCCTTATCT +TCAATAATAATTTTATTTTTAGGTACTCCCATTTTTATTGCGATTTGCGCAAATTTCTCA +GCTTCAGCCATATTCCATAAATTTTCGGTGATTCTACCATAACCACCAGTAAAAATAATC +ATATTACCATATCCATCTAAAAAAAGTTGGGCACATCTTTTTGCAACATGTAAGTCATGA +CTGCCAAATCCTAAGATAACATCTGACTTTTTTACATCCTCATTTAGTCGATGATAATTC +CAAAGAATTTTTCCGTAGTAATCAATATTCATAGTATATCCTCATTTAAAACTCTACTAG +AACTCTAGCTGGTTGAGCATAGATACCTTCAACTTTTATTGGTAAGCAATATACTTTAAA +ATATTTAGTTGGTATGTTTTTTAAGTTACATAAATTTTCTATACCATATATTTTATTTTC +AGTTAAGTAGTCATCAATAACACCATGGTTTCTTCTAAGTCCTAAGCCTAAAGTGTCTAT +GCCAATCATATTTACTTTTTTAGTTACTAAGTATTCTATTACATCTATATGAGTACCCAT +ATTATGTATATCACAAGAAAAATGTGTAGTAGTATATTCACTACCACTTTTAGAGTAACG +TTTTACGATACTTACTTCTAAAGGCTTGGAGCCGGTCCTATACTCTTTTCTAATTTTAGT +TGTTTGTGTTATATCTGCTATCATCTACTATATACCTTTCTAATTATTATTGATTTTATG +TTATATAATACCATTACTTACAGATGAAAAATAGGATAAAATAATAAATTTTTAGGATAT +TTAAAACATTAATATTTTATTAGAATTTAATTAAGAAAGAAAAAGGGTACTTGGAGGTAG +TATATGAAATCGAGATTACTCTTAGTTATGATTTCTATTATGGCTTGGTTAATTAATGGT +ATATTTGTTTATATTCAAATAAAAGACTTTGATAAAAACTACATTGAGATGAGAAAGAAT +GGGGAATAAGAGTGGAATTAATATTAAAAGAAGAAAAGCTAGAGACGTATTCAGAAAATC +AAATACATAGATATTATTATATTGATGGATTACCTAAGAATATACGATGTAAGCTTAAAA +TTATATATGGATATGATTTTAGAGATTTTAATATATCACCAAATAAATATTATCAGACTT +TTGTAGACATAGATAATGATAGTCTCTTTATATCATTGTGGTATGATAATTTTTCTATAA +ATTATTATAGCCAAGAATACTTTGAAGAAATTATAAACGTAATTATGAAGTATATTATAA +AAGAATTTTCAAGTTATAATATATACTTTTATGATATACCAAATGATGTAGAAAGAAAAA +TAATAGAAAAATATACTCAGACAATATATATAGGAAAATATAAAGCTACTATTTATTATA +TAAATAATTTGTCAATAATAAAAAGAGTAATAAATTTGGATGAATTTCCTAGTTTACTAC +TCTTTTTTAGATATATAATTTTACAAAATAGGAAGAATATATAATGGCAGTAGTGTATGA +TAGGAGGTAATAATGAATAAACTAAAAAATCAATTTATGCTATCAACATATATAATGATA +TTTCTTTTGTTTATAATAAAACCAATGCTAATACCTAATATAATAAGTAAAATTTTAATA +GCCTTTAAGCCATTTATAATAGGTGGAGTTATAGCATTTTTAATTAATATACCTATGAAA +ATAATAGAAGAAAAATTAGTTAGACCTTTATTAATGAAAAATAAGAAACTTGAAAATTTA +TCAAGGATAGCAGCTTTAGTAACTACCTTAATAATAGTAAGTATTATAATAGCTGTCTTT +ATAAATTATGTAGCACCACAGCTTATAGATAGTATAAGTACCCTAGCTAATATCATACCA +GAATATATAAACTCAGTACAAAATTTCATAATAGAAAAAATAAATAGTTTAAATATAGAA +GAGGAAATTAAAATAGATATACCTTTGATGATTCAAAAGTCAATGTCCTATATAGGAAAT +TTAATAAATATATTTATATCGAATTTATTTAACTTTACACTTGGTATCACAAATTTCTTT +ATTAATTTTTTCTTAGGAATAATAATAGCTGTATACATATTACTAAGTAAAGAAAAACTG +TCATCACAATTTAAAAAAGTGATATATGCTTTTTTTAATGAAAATAGATATGAAAAGATT +ATATATGTTTTACATTTAACTCATCAAAAATTTTCTAGGTTTATATTAGGCCAATCAACG +GATGGGTTAATACTGGGAACTACTTTTTTTATAGTTTTTACATTAGTAAAAATACCGTAT +GCTTTGCTTATAAGTATATTAATACCTATACTTAATTTTATACCTATATTTGGAACATAT +GTAGGTATTTTTATTTCCGCATTTATTATCCTTATGGTAAAACCAACAGTAGTTATTTTA +TTTTTAATATTAATTTTTTCAATACAGCAATTAGATGGTAAGTTTGTATATCCGATAGTA +GTTGGAAATTCATTGGGACTTCCTTCTTTATGGATATTGCTTGCAATTATTGTTGGAGGG +AACCTTTTTGGAATTATAGGTATGGTAGTTGGTATGCCTCTTGTTAGTGTTATTTACGAA +TTGTTTGGACAATATGTTAATAAGAAAATAGAAATCAAAATAAATGATAAAACTATAAAA +AGGTAAATATACCTTATAAAGTAAAAAGAATTCCTACCCGTATAAAATATATATTGCCAT +ACATAAATGATAAAAATATTATTTGGTTAAGTGGTATTGATACGGGCTTAGTTAAATATC +ACAAGCAGAATGGAGTAATAAAGCAGTACAAGTATGATTCATCAAATAAGAATTCTTTAA +TCACTAATTATATAAAAGGTACAGGTGCGAGTAGTAGTAGAATAGTGCTAACCCTTGTAA +AGTATGTAGCAGAACTTCATGATGGATATGTAAGACTTGATAGTGAAATTAATAAAGGGG +ATATATTTACAATAGGTCTTCCTAATATAGTGCAAGGCTCTGTATGTAATGATTAGAAAA +ACAAGCTAGATGAAGTAATTCCATTTAGCTTATTTTATTTTTATCAAAGATAGTAAGAAT +GAAGTGAAATTTAATTACTATTTAGTTGCATGGGTTTATAGTTGTTCGCATTCTTTTGGG +ACTCTGCAAAACTTACATACAGGACATATGTAAGATATAGCATCTCCCTTATTTGGAATT +GTAATATATCCGCAACAAGGACATTCTGAGTCACCTATTACTTCACTAGAATTATTATCT +TCGTATTCTTCAATTTCTTTATAATTTATTTCAGGTAAAAACTCATTTTCAAAATAAGTC +ATATATTTAATCTCCTAAATCAGTTAAAAATTTAATAAAAATATTCATTACTTCATATTT +TTATTATACATAATTTTTAATATTATACCATTTTGTGATATAAATACAATAGCTGAATAT +AAAAATATATTATATGCAACAAGAGGGGGAATATACAATAATATTTGTAAGTTTTACTAC +CGTAAGCTATAAAAAGTTTTATTTAGTTAAAGATGAATATGGAATGAAGTTAGAAAATAA +TGAATATTTTTTAGTAATATACCCAGAAGAATTAGAATTAAATAATGAATTAGTTGAGAA +TATTTATGATGGAAATGAAGATTTTAATTTCCTATTAAATTTTTAGATAAAGATGAAAGA +GAAGTAAAAGATATTTTACTTGTAAAAGAAAATAATTAATAAAAGTAATTTTCCTCTAAA +GTAATTTTAATATTATAAAAAGTTGTTGACTTGGAGTTAACTTAAAGTACTATTATTAAA +ATGAAATTACAAAGTGTATTGGGGGAATGAGAATGAGTAAAAAAGTATTAGTGTTGTCAG +GAAGTCCTAGAAAAAATGGAAACTCAGATATATTATGTGATGAGTTTATAAAAGGAGCAA +AAGAATCAAAACATGATGTAGAAAAAATATTATTAGGAGATAAAAATATAAATTATTGCA +TAGGATGTTATGGTTGTAATAGAAATAATGGTGTGTGTGTTCATAAAGATGATATGGCTG +AAATTTTATACAAAATGATAAATGCAGATATAATAGTAATGGCAACGCCAGTTTATTTTT +ATACGATGGATGCACAAGTAAAAACAGTAATAGATAGAACTGTAGCTAGATATATGGAAA +TTAAAAATAAAGATTTTTATTTTATTGCTACAGCAGCGGTAAATAGTAAGGTAATGTTAG +AAAGAACTTTTGATGGTTTTATAGGTTTCTTAGATTGTTTACCTAATGCAAAAGAAAAAG +GATGAATATATGGAACAAGTGCTTGGGAAAAAGGAGAAGTAAAAGTTACAAAAGCTATGA +AAGAAGCTTATAATATGGGAAAATATATTTAGTAAATAAATTATTTTTATTATAAAAAAT +TGTTGACTTAGAGTTGACTCTAAGTAGTATTATTAAGTTATGAGAAATTATTAAAATATA +ACAATAAGGGGTTTTATTTAGAGGAGGTTTTAATATGGGATTAAAAAAATTAGGATTTGG +ATTTATGCGTTTACCACTTTTAGATGCTGATGATCAAAGTAAAATTGATTTTGAACAATT +AAATAAAATGGTAGATAAATTTTTAGATAGAGGATTTACTTATTTTGATACAGCATATAT +GTATCACAATTTTACAAGTGAAATAGCATTAAGAGAATCTTTAGTTAAGCGTCATAAAAG +AGATACTTATGCTGTAGCAACAAAGTTGCCAACAATGTTTTTAAAGAAAGAAGAAGATTT +AGAAAGAATATTCAATGAGCAATTAGAAAAGACTGGTCTTGAATATTTTGATTATTATCT +ACTTCATAATTTAGGTGTTTCACATTATGAAATTGCTAAAGAATTCAATGCTTTTGAATT +TATACAAAAGAAAAAAGAAGAAGGAAAAGTAAAAAATATTGGTTTTTCATATCATGATAA +TGCAGAATTGTTAGATGAAATACTTACTGCACATCCTGAAGTTGATTTTGTACAATTACA +AATTAATTATATAGATTGGGATAATGAAAGTATACAATCTAGAAAATGCTATGAAGTGGC +TACAAAACGCAATAAACCAGTTATAGTTATGGAGCCAGTTAAAGGTGGAACTCTTACTAA +TGTACCAAAAGAAGCTGAGAAATTGTTTAAAGAATATAATAAAGATATGTCAATACCATC +ATGGGCTATTAGATTTGCAGCAAGTCATGATAATGTAATGATGGTACTTAGTGGTATGTC +TTCAATGGAACAATTATTAGATAATACATCATATATGAAAGACTTTACCCCTTTAAATAA +AGAAGAACAAAATATTGTTAATGAAGTAGTTGAAATTATAAATAAATCAATTGTAGTTCC +ATGTACGGCCTGTCAATATTGTGTTGAAGGATGCCCAAAAAATATTGCAATACCAAATTA +CTTTGCATTATATAATGCGGAAAAGCAAACATCAAGCGAAGGATTTTCAACTCAGGGAGT +ATATTATGGAAACCTTACTCAAAGTTATGGTAAGGCATCTGATTGTATCGAATGTAAAAA +ATGTGAAAAAAGCTGTCCACAGCATATAGACATTACTAAACATTTAAAAGATGTAGCAAA +AACATTTGAATTACAAAAATAATTAACATTGTTATATTTTTTTTTAATGATAGATTGTCA +ATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATC +CAAGACACTTGCG +>MGYG000000001_76 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAGTTATATAACGG +CTTTTTTTATTTATTTTATTAGAATGGAACTTCATCATCAGATATCTCTAATTCAGTATT +TGAGGTAGAAGACTCTTCGAATACTTTAGATGCATCATAATAATTCTTATTATTTTGTTT +TTTATTTGTATTATCTAAGAATTTTATATCGTTAGCTCTAACTTTAGTTATGCTTTTATT +ATCACCTTCTGTGGTTTGATATTTATCTATTCTTAGGCAGCCATCAACAGCAATTAATCT +ACCTTTTTGTAAGTATTGTCCACAGGTTTCTGCTTTTTTACCCCAAATTTCAATATTTAT +GAAATCAGATTCTACTATACCATCTTTTGTTTTATAATTTCTACTTACTGCTATTCTAAA +GTTAGTAACAGGATTATTAGGTTCTCCTACATATTTCAACTCTGGATCATTTACTAATCT +TCCAATTAAGACAATATTATTCATTTAACCACCTCAAAAATTTAATATTATTTATATTAG +GAGTCTAGACAAAGATGATTTTTTATATACCAATTATTTACATAAAGTAAAACGAAGTTT +TTTTATTAAAAACTTTCCTTAAGTTCGCATTAAAAAGAATTGTAAAAAAATATTATTCAT +AATAAAATAAAGTTTAAATATGATATGACTTAATAAAATTAATAAAAAAACACCTTAACA +AAGTTATTAATTAATTTTTTAATGTAATTTATAAAAAAATAGAGTATAATAAATTTATAA +GAAATAAAAATGTTCGAATGAGGGGAAATAAATATGAAAAAAAAGATAACATTAACTAGC +AAAATATTGATAGGTTTATTATTAGGATTTGTATTTGGATTAATATTAAAACAAGTACCA +GAAGGATTTATAAAAAATACGGTATTACTTGATGGTGTTTTAAAGATTATAGGTAATGGA +TTTACATCAGCTATAAAAATGATGGTTGTACCATTAGTATTTGTATCTTTAGTATGTGGG +ACATCATCTATGGGAGATGTTAAAAGATTAGGAAGAATTGGTGGAAAAACAATGCTTTTC +TATCTAGGTACAACAGCTATAGCAATAATAATATCTTTAGTTCTAGGTAGTACATTAAAA +CCAGGTGTCGGATTGGACATGAGTGGTATAGTTTCTGGAGAAGTTGCCATAGGAGAATCG +AAATCTTTAGTAGATATCATTTTAAATATAATACCTACAAATCCAATTGCTTCATTAGCA +AATGGGGAGATGTTACAAGTTATATTTTTTGCAATGCTTCTAGGAATAGCTATGAGTATT +GTAGGTAAAAAAGCAGAGCCGGTTAGGGTAATATTTGAAAGTGCAAATGAAATTTGTATG +AAGATGGTTAATTTAATAATGTTATTTGCTCCATATGGTGTATTTGCTTTAGTTTGTAAT +ACTTTTGCAACAGTTGGAACAGATGCAATATTTGCATTAGTAAAATACATATCAATAGTA +TTATTAGGTTTATTAATACATGTTACAGTGGTTTATGGTGGTTTATTTAAGATGATAACT +AGACAAAAAATAAAACCATTTATAAATAAATTTACTAGAGTAGCAGCAATTACTTTTTCA +ACAGCTTCAAGTAATGCTTCTGTACCAGCTAGTTTAGAGGTAATGGAAGAATTAGGTGTA +AGCAAAAGTGTTAGATCATTTACAATACCAATGGGAGCAACTATTAATATGGATGGAACA +GCTATAATGCAAGGTATTGCAGCATTATTTATAGCTCAAATATATCAAGTTGACTTAGGT +ATGAACGATATGATTACAATAGTTCTTACAGCAACATTGGCCTCTATTGGTACAGCTGGA +GTACCTGGTGTTGGTATGATAATGCTATCTATGGTGTTACAATCAGTAGGATTACCATTA +GAGGGAATTGGACTTATAATGGGGGTAGAAAGAATTATAGATATGTTTAGAACTACGGTA +AATGTAATGGGGGATAATATTTGTACGCTGATTATAGCAAATAGCGAGAAAGAAATAGAT +TTAGAGGAATATAACAAAGAAGAATCAATACAAAGTTTAGTATAATATAATTAAAATTTA +TTAAAAATTATGGATCGGATAAAATAAATAGGATATCTCATTTGGAGATATCCTATTTTT +ATTGTAAAATATACAATAAAATATAAATTAAAAAATAGGGAGAAATAATATGAGCACATA +TTTTACTATAGGAGAAGTATCGAAGTTATTTAATTTGCCAATTAAAACTCTTAGATACTA +TGATGAAAAAGGAGTACTAAAGCCTGCATATATAAATCCAAGTACTAATTATAGATACTA +TTCAAGAGAGCAGTTTATAAGCATAGATATAATAAAATATTGTAAGCTAATAGGAATGTC +CTTAGGAGAAATAAAAGAACTTATAAATTCAGATAGTTCAATAGAGATAATGATAAATAA +TATGAATAAGCAAAGTGAATTATTAAAAAAGAAAATAAAAGAATTAACAGATGTAAAAAC +GTATTTAGATGATGTAAAAAATAGTGTAGAAGAAATACTTGAATATGATATAGATAAGGT +AATAATAAGGAGAAATAAAGAGAGAAGAAATATAAGGTTTGATTTAGAATATGATGAGGT +CGAAGAATTAGAACTTTACTTAAGAAAAGTAATTTTATACTTAGAGGAGAGATATAATGA +TGTTTATCCTTTACTTGGAGTTATAGCTCCATATGATAATGTTAAAAAAAGGGAAAAAAT +AAAATATAGCTGCGTATGCGATTTTACAGATAGAGGTATTAAACATAAAGAAAGTAATAA +TCTAAATGGAGTAGAAAGAATAACTCCAGGAGGTAACTATATAACAATATTCTTTGATGA +TAATTGGGAAAATATAAATAAATACTATTATAAAATTATGGATTATATTGAAGAAAATAA +TATTGAAGTAGAAGGCGATTTTAATGAAGTTTGGACAATGCCTAGAGTGGATTCTAATGG +AAAAGAAAAAACATTTGGATATATAGAAATACTTATAAAAAATAATAAGTAATTGACTCT +CCATCAACTAGATACTTTATAATTTAAAATATGAAAATAAGAAAGGAGATTATAAAGTAT +GGTTAAGAGCTTTTTACAGTATGCTATACCATCAGCTCTAGCGATGTGTATAGCATCTTT +AAATACAGTTTTAGATGGAGTTTTTTTAGGTAAGGGCGTAGGAGATTTAGCTTTAGCATC +AGTTAATATTGTAATGCCGCTTACTATATTATTCTTTGGATTATCAACAATGGTTTCTGT +TGGTGGAGGAGCATTAGTTTCAAAAAATTTTGGAGCAAATAATGATGATCATGCTATAAA +GATTTTTAGACAAATAATAAAGTTTTTATTATTAGCAAGTTTATGTCTAAGTATAGTATG +CTCTTTGTTTGCAGAAAAGATAGTAATTCTTATGGGAGCTACAGACTCTTTAATTGATTT +ATCAGCTGAATATCTAAGATATTATTCTATGTTCTGTATTCCTAACTTATTAGGTCTTTC +TTTAGCAAGTTTTTTAAGAAATGACAATAGACCCAATCTTGCAATGATTTCAACAATAAT +AGGGACTATATGTAATGTTTATTTAAATTATTTATTTATTTTCAAACTAGGTCTAGGAAT +AAAGAGTGCAGCTATAGCAACAGGTTTAGGACAAATGGTTACAGTGTTAGTACAGATACC +TCACTTCTTGGGTAAAAAAGGTAAATTATCTTTTGGTAAAGCAAAAATAGAAATAGAAAT +TATAAAGGAAATAATAAAAGTAGGATTCCCATCATTTGTAGCTGAGGTAGCTTTTTCAAT +CATAATACTAGTTCATAATTTAGTATTAGTAAAAGTTGTTGGCGAAATTGGAGTATCGGT +GTATGCAATAATTAATTATATTACAACGAATATATATTTAGTTCTATTAGGTGTAACATT +AGGAGCTCAACCACTTATAAGTTATAGTTTTGGAGCAAAGGAAGAAGATAAAATACTTAC +TTATTATAAATTAGCAAATACTACAAGCCTATGTATAGCCACAGTATATTTCATAACATG +TTTAGTTTTTGGAAGGGAAATAATATCGATATTTACGTCTGATATAACAATAATGAATAT +GGCATATATAGCATTGAATCTAACAAATTTAGCATATTTTATTATAGGTATAAACTTAAC +AACAACGATGTATTACCAAGCAATAGAAATACCGAAGTACTCAAACTTAATAGGTGCATT +AAGATCAATTTTAGTTTTACCAATAATATTAATACTTTTCGCAAAGTTATTCAGTATAAA +TGGTATATGGGTTAGTATGGCAGTATCAGAGCTAATAACAGCGTTAATAGCATATAAATT +TATAAATATAAAAAAATATACAAAAGCCATATCGCATTACGCATAAAAGATATTCTCATG +AATAATAGTTTCAATTAAAGCGTATTAAAGTAATAAAAATATAGTATATATCCAAATGGA +GTACTTATATTTAATTACTATAATATGCTTTCTTTGCATATAAATTATTATGGACAAAGT +TATTTAATATTATTAGGAGGGGGAGTATGTCAAAGAAAAATAATACTAAAGAGATTATGA +AGTTTGCAGGTACGTACATATCGGTTTGTATTGGGTCTGGGTTTGCAACTGGACAGGAGA +TCATGCAATTTTTTTCAGCTCATGGAATAGGAAAAAGTGTTTTTTCAGTTCTAGTATGCA +TGATTATACTATCTTATTGTGGAGCTAAACTATTAGAGATAGGTAAGAGCGCTAATTTAA +GATCATCTAATGATATTTTCAATTACTTATGGGGAGAATCTATAGGTGGTATATTCAAAT +TATTTATGCCGGTATTTTTCCTTTGTAGTTTTGTAGTTATGGTATCTGGAGCAGGTGCAT +CTATTAATCAGTATTATGGATTAAGTAAGGGGATAGGAAGTATAATAATGGTTACCTTAT +CACTTATATCAGTTTTATTAGGAATGAACAAAGTAGTAGATATATTAGGTAATATAGGAC +CTATTATTATAGCTGTATCTCTGGGGATAGGAATTATTACTATATCAAGAAATTATGACA +ATCTTTTGAATGCAGAGAATATTATTACAACGCTTAATGTAACTAAAGCTGTAGATAACT +GGCATTTAACAGGCATTATTTATAGTGGCCTTAATGTAATTATTGTTACAACTTTTTTAG +TAGGAGTAGGAGAAACATCAAGTAATAAAAAAAATTGTATTTGGGGAGGTATTATAGGTG +GTGTAGCATTTATGGCAGCATGTTTAGTTCTAAATCTAGGTATATTATCTGATATAGGAA +ATATTTGTATGAATGAGATACCAACGCTGTATATGGCAGATAAAATAGGACCTATAGTAG +GTATTTTATTTTCATTTATTTTAATAGCAGGAATTTATACAACATCAGTTCCACTTTTAT +GGAGCGTATGTAATGGATTTGCTAAAGAAGGTACATGGAAATTTAATTTAATTGCTACTA +TGTGTTCTATAGTAGCCTTAGTTGGAGGAAGAATACCATTTTCTGCATTAGTTAATTTTA +TATATCCTATATCTGGAGCATTAGGTGTGATAATAATAATTGGCATATTTATGAAGAGTA +TAAGTGTAGAAAAATATTAGAAAGGGTTATTTATAAAAGTATACATAAAATTTGAGGTGG +GGGAATTGAGTCAATATGAATTTAAGTATGGTAACAGTAAATTAGTTACTGAAGTTAACT +TAGAGAATATAATTTATAATCTAGTACCGAAGAAATCAAATTTAATAAAAAATGTGAAAG +AGGAAGTAATAAAATCTTTAGATAATCCAACGTATTCATTTCCTTTAAAACAAATAATAA +AACCAGGAGAAAATATAGTAATAAAAGTAAGTGATATTACTAGAGCGTGGATAAAACAAG +TGAATTTCTAATACATATAATAAATTACTTATCTGACTTAGGTGTCTCTGACAATAATAT +AAAGATAGTAATTGCATTAGGTGGACATAGAAAGTCTACAAAGGAAGAACAAATATATAT +CGTTGGTGAAGAAGTCTATAAGAGAATTAAAGTTTATGATCATGAAAGTGAAGATAAATA +AAGAGGCTGATATCCAAAATATATAAATCTGTATCAAGGGACAAAAGCATCTGAAAATGC +CTTATGGAGGTAGTACATTACCTATATTATTATAAAAATCAGAATATAATAAAAATTTTG +AAAAATAATGATGTTTTTATTATACAATGATATAATCTTAAATAAAAACTAAAAGGAGAG +TATATATGGGGGAATGCAGTTTTAAATATGGTAATGATAAATTAAATACATTTATTAAGG +ATGAGCAGGTAATTCAAATATTAAAGCCTCAGCAAGTAGAAAAAATAAAAAATATAGAGG +ATGAGGTATATAGAGTATTAGACAATCCGATAGGAAGTATGCCACTAAAGGATATTGTAA +AACCAGGAGAGAAGATAGCAATTATAGTAAGTGACATAACTAGATCTTGGATGAAAAGTA +ATAAGCTTGTTATTTATATAGTTAATTATCTTTCAAAACTAGGAGTGGAAGATGAAGATA +TGTTTGTAGTAATTGCACTAGGTGGCCATAGAAAAAGTACAAAAGAAGAAATGATAGCTG +TAGTAGGAGAAGAAGTAATTAATAGAATTAATGTATATGACCATGAATGTGAAGATAAAG +AAGAATTAGTTTATTTAGGAGAATCAAGTAGAAAAACTCCTATTTATTTAAATAAAAGAG +TACATGAAGCAGATAGAGTTATACTAACAGGAGGAATAGTATTCCATATATTTGCAGGTT +TCGGTGGTGGAGCTAAATCAATATTACCAGGTGTTGTAGGAATAGAAACAATACAAGCTA +ATCATAGATTAAGCTTCAATCCAGGAAAGTCTAGTGGATTAAATTTAAACGCAGGACCTA +ATAAAGTAGAAGGAAATCCATTAAGAGAAGATATGAATGAAGTTTGTAAAATAGTAAATC +CAGATTTTTTATTTAATGCAATATTAGATACAGATGGAGATTTTATAAAATTTGTTGCAG +GACATTATTATGATGCATGGTATGAAGGTGGAATGTTCATAAGAAATCTTTATGGGGTAC +AAGTACAAAATCAAGCTGACATAATTGTGGCATCAGCAGGTGGATATCCAAAAGATATTA +ACTTATATCAAACTATAAAAACAATGGATAATGCATTATATGGTGGAAAAGAGGATAGTG +TATTAGTTCTTTTAAGTGAGTGTAGAGATGGACTAGGCGCTGATGAATTTGCAGACTGGT +TTAAATATAAAACATTAGAGGATATGGAGAATGCTTTAAAAGAGAATTTTACAGTACCTG +GATATGCAGCATATAAAACAGCATATACGGCTAGATATAGAAAGGTTATACTTATATCAA +ATATAGATGACAAAGTAATAAAAGATTTCAATATGATACCATGTCATAATCTAGATGATG +CTATGAATATGGCATATGAAATTTGTAAAGAAGAAAATCCGAAGGTAATTTTAATGCCTT +ATGGAGGTAATACATTACCAATTTCAATGTAAATAAAAAAGGCTATCTCAAAGTAGATAT +TATCCATCTACTTTGAGAAATGCCTTTTTTATTTTAGTTAAAAATAATTATTTTAATTTC +GGATTGTTTATAACAAATTTCATTAAGAAAAATACTGGTATAGTAGATATAACTGGTGCT +AACATTGGTGCAAATACCTTACTAATATTTAATATATTAACCATTAGTAAAATAACTCCC +ATATTTAATATATATTCGAATATGTAAACTAAGAATGTAAGTAAAAATTTTTTGAAAGAC +AGATTATTATTTTTAAATGTATATTTTGAATTTAAAAAATATGAAGCTGTTATGCTAATA +ACACTTACTATTGTATATGCTATTAAATAATTCATTTTAAATCCAAGAAACAGTATAAGA +TAAAATATTTGAGATACCCAAAAGTTACTTATTCCTACTATATTGAATCTTATATACTCA +ACAAACTTAGATTTGGTATTTTTTAAGTTAAAAGAAAAATGCTTATTCATTTTCATAATC +TCCTTTTAAATAGTAATATAAGTAATTATATAATAATAAAAATAAGTTGTATATACAGGT +TATTATGCCTAAAATTTAAAAATCAAATTATAAATATGTTTAACTTTAATGTATTTTATA +TTTGTAAATAAAATATTAGTAATATATTACTGCAGGACATGATTTCTATTATATTTTCAA +AATCAGCAAATAGGATGAGAAGAATGAATATAGATATAATAGGCATAATTAAAAATACAT +AATTCCTATTCTATAATTAATTAAATTATCACTTATTTAAATGTTAAAGGAACTATGATT +TTAGGAGGTTTAGTTATGAAACAACCTAGAAAATATGATTATAGAAGATATTTCACAGAA +AAAACATATCTTGAATACTTAATAAGAAGTGATGAATTAGAAGAAGTGAAATTAACTAAA +GAAGAAATGGAAGCTATAAATTTAAAAGATGTAAAAGGATATACTAAAAGAGAATGCTCA +AAAAGAATGGGGATTTCAGGGAAAAATTTTCAAAACTTAATTGAAGAAGCTCGAAAAAAA +ATTTCAATAGCATTAATTGAGGGAAAATCTATAAAAATAACTGTAGAAGAGGAAGTTGAG +GAAGAAGACTTACATGATGTAAAAGCTTGCAAATTTAGATGTGCCATATGTGGATATATC +TACTATGTAAATTATGAATATCAAGACATTGTTTGTCCAAAGTGCAATTCAACAAAAGTA +ATGTCAAGTGAAGAAGCAGGATTTAGCGAAAAATGGTCTATTAAGAAGTAGATAATAATT +GACTTAGTAATTTCAGTCTGATATTATTACTTTAATGCCACAATCATATAACTTGAATCT +TTTATTCAAGATTTTAGGAATAGAGGAGATGACAAGGTGAAAATATTAGATACAGTAATA +ATAGGAATAGACTTAATGTTATTTATGTATTTTTATAATGTAGCAATAAATACAACTGAT +ATGACGACAAGATTAATATCTTGTGCGGCTATGACTTTTGAAGTTTATTTTATTAGAAAG +CATATAAAAATAATGAGAAAATTAAATATAGCAAAAAATGAAAATACAACGAAAGATAAA +CAATAGTTAATAATAAAAGTGCCTAAATTTAGGTGCTTTTTTAATTCTTTAAATTATATA +TATGTATTTGATATTAGATTAATTATTGTGAATTATAAATTAGAAAAGATGAACAAATCA +AATAATAAGTATATTATTTTTTAGGTTTTGTTAATTAGATATGATGAGAATTATTCTCGA +ATTGATAAATAAACCGAGAGGTTAAATTAAGTTTCATATTTTTAAAAATTTGCATGGCAA +ACAAGCCTAACGAAATTATAAAATTTTTAGGCTACAAATGCAATTAATATTTGATGAACC +AATTAAC +>MGYG000000001_77 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAAGTATAACTCCT +CTTATTATATTACTACTCTTTTGTGACAAAAACTACTTTATTATTTTTAATTTTAGTTAC +TATTGAGCTTCCTTTCTTTACCTCACCTCTTAATATGGCCTCAGATAATTCATCTTCTAA +TTCTTTTTGAATTGCCCTCTTTAAAGGCCTAGCTCCATATTCTAAATCTATTCCTGATTT +AGCTATCAAACTTATAGCCTCATCGTCCATCTCTAAATTTATATCCATTTCTTTTAATCG +TTTAACTACCTGCTCTGCCATTAAAATTACTATTTGAGATATATGTTCTTCATTTAAAGC +ATGGAATACTATGATATCATCAATCCTATTTAAGAACTCAGGTCTAAATTGTTTCTTTAA +TTCAGACATTATACACTCTTTCATTTTTTCATATTCATATGCTTCTTTTTCTTCATTACT +TATTGTTGTAAAACCTAAATTTTTTTGTTGTTTTATTTTAGTTGCGCCTACATTTGAAGT +CATTATTATAATAGTATTTTTAAAATCTACTGATCTTCCTTTAGAATCAGTTAATCTACC +TTCATCTAATATCTGTAGTAGTATATTAAAAACATCAGGGTGAGCTTTTTCTATTTCATC +AAATAGTACTACTGAATATGGTTGCTTTCTTACCTTTTCTGTTAATTGACCACCTTCATC +ATGACCTATATATCCAGGAGGAGATCCTATCATTCTTGATACTGAGTGTTTTTCCATATA +TTCAGACATATCTATTCTTATAATCTGGTTTTCATCTCCAAAATGAGCTTCTGCTAAAGC +CTTACTTAATTCAGTTTTACCTACTCCTGTTGGTCCTAGAAATAAGAATGAACCTATAGG +TCTATTTGGATCTTTAAGCCCTGCTCTAGATCTTCTTATTGCTTTAGAAATCGAATCAAC +AGCTTCATTTTGACCTACAACCCTTTTGTGAAGTACCTCTTCTAAGTTTAGTAGCTTTTC +AGCTTCTTCTTCTACTATTTTATTTACAGGTACTCCAGTCCATAGACTTAAAACCTCTGC +TACTGCATCAGCATCTACCAAATCATAGTATTTAGAGGAAGATGTCCTCCACTCATTTTT +AACTGTCTCTAGTTTTCTCTTTAATTTACTTTGTTCATCGCGTACTTTTGCAGCCTTTTC +AAAATCCTGCCCCCTTATAGCCTCTTCTTTTTCTTTATCTATACTTTGTATTTTTTCTTC +TAATTCCTTTATACTCATTGGTGGTGTATTTTCTTTAAGTCTAACCTTTGATGCTGCTTC +ATCTATTAAGTCTATTGCTTTATCTGGTAAAAATCGGTCTGTTATATATCTAATTGACAG +GTCTACAGCAGAAACGATTGCCTCGTCACTAATTTTCACTTTATGATGTGCTTCATATTT +ATCTCTTAATCCTTCTAAAATATTTATTGTATCATCTTTACTTGGCTCATTTACCACAAT +AGGTTGGAATCTTCTTTCTAATGCTGCATCTTTTTCTACATGTTTTCTATATTCCTCTAT +AGTTGTTGCTCCTATAATTTGAATATCTCCTCTAGATAGTGTTGGCTTTAATATATTTGA +GGCATCTATTGATCCTTCTCCTGTTGCTCCTGCACCTATCATAGTATGCATTTCATCTAT +GAATAGTATTGTATTCCCATTTTTAATTACTTCATCTACTACTTGCTTTACTCTTTCCTC +AAATTCACCTCTATATTTTGCACCTGCTAATAATGTTCCCATATCTAATGTATACAGTAA +TTTATTTCTTAAATTTTCAGGTACATTACCTTGTGATATATTAATTGCTAATCCTTCTAC +TATAGCAGTTTTACCTACACCAGGATCTCCTATAAGAACAGGGTTATTTTTTGTTCTTCT +ACTTAATATTTGAATTATTCTTTGTATTTCTTTCTCTCTACCTATAACAGGATCCAATTT +ATTTTGCTTTGCAAATAAAGTTAAGTTTCTTCCGTATTTATCTAGTAATTTCGATGATGC +AACCTCTTGGTTACTTGTGAAACTACTTTCATTACTTACTTGCACTGTATATGACTCTAT +CCCCATCATTTCTATTATCAGCTGCACTATATCTCTTTGATTTATGCCTGAATAATTCAA +TATTTTTATCCCTATACCTTCTCCCTCTTGAGCTATTGCCAATAATATATGTTCTGTTCC +GATATAATTTGTTTTTAACTTATTAGCAAACATCCCTGAAAGTTCTAGTATTTGTTTTGC +TCTTGGACTTAAGGTTATATCTTCTGATATAATTTCATTTTTACCTTCTAATTCAATTAT +TTTAGATTCTAAATATTCTTCTGTAACCCCCAATTTTGTAAGTACCTTTGCTGCGATACC +TTCCTGTTCCTTAAGAAGGCCCAAAAGTATATGCTCGCTTCCTACTACCTTGTGTCCTAA +CCTCTTCGCTGAGTCTACACCCAAATCTATAGCTGCTTTAGCTCTTTGAGTAAATCTATT +GAAGTACATATATTTCTACCTCCTTTTATAATTAAATTTAGATATACTTATAATATATGC +AACGGATTCTATTTTTCTGTTTGTACAATAAATTAATATTATTTTAATATATACTTATTG +TCTTAATTTCGACATACGTATTAAAAATAATTAAAGCTCCAGATTTGATTTCCAGAGCTT +TAATCTATATTTATTGATTTGAACTTTCTATGATTTTTTTAGCTATCGCATTTGGAACCT +CTTCATATTTTTCTAACTCCATCTCGAAATATCCTCTACCTTGAGTCATTGATCTTAAAT +CTATAGCATATTTAAATGTTTCAGCTTGAGGAGCTTCTGCATATATAATTTGTTTACCTC +TATCATCTGGCTCCATACCTAATATCTTACCTCTTCTTTTATTTATATCTCCCATAACAT +CTCCCATATACTCATCCGGTATAGTTATTTTGAGCTTCATTATTGGCTCTAGTAAAATCG +GTTGTGCTTCTTCCATACCTTTTTTAAATGCTATATTAGCTGCCATTTTAAAAGCCATTT +CTGAAGAATCTACATCATGGTAAGATCCATCATAAAGAGTTGCCTTGATATTAGTTACTG +GAAAACCAGCTAAAACACCTTTTGTCATAGAATCTCTTAATCCTTTTTCAACAGCAGGTA +TATATTGTTTAGGTACTGATCCTCCAAAAATCTCTTCTCCAAATTTAAAATCATCTGAAC +ATCTCTCAAATTTAATTCTTACATCTCCATACTGTCCATGGCCTCCTGATTGTTTCTTAT +GTTTACCTTGAACGTCTGCAGAACCTTTAATTGTCTCTCTATAAGCAACCTTCAGGTCAT +CTAGTTCAACATCTACTCCAAATTTATTTTTAATTTTATTTTTAACCGTATTTATATGTA +ACTCCCCTTGACCTCCTATAAGGGCTTGTTTTGTCTCAGAATTTCTATACCATCTTATAG +TTGGATCTTCTTCAACTATCTTATTTAATGCTGCACTTATTTTTTCTTCATCACCTTTAT +TTTTAGGAACTACAGCATAGTATATTTGAGGTTTTGGTAAACTCATTCCTTCTAACGGTA +ACTCGTCTTTATTTGTAGATAAAGTATCTCCAGTTTGTAATGAGTTAATTTTTGTAAAAA +CTACAATATCTCCGCACTCTGCTTTTTCTATTTCTTCTAACTCTCCATTTTTCACTGTAT +ATAAATTATCTATTTTTTCTTTTATTGATTTGTTTATATTATATAATTCAGTATCTTTGT +TTATTTCACCTTGAGTTATTTTCAAATATGATATCTTGCCTTTAAAAGGATCTACTTTAG +TTTTAAATACTAATCCTTTAAACTCACTATCACTATCTTTATATTTAGGATCTAAGTATG +AAGATACAGTTTCTAATATTTCTTTAGTTCCTATATTATTTATAGTAGAACCACATATTA +CAGGGATTATATCTCCATTTTGCATTCCTATAGTTATGCCTTTTTGTATTTCTGCAGAAG +TTAATTCTTCTCCACTAAAATATTTATCTAACATTATATCATCAGTTTCAGCTATAAGTT +CCATTAAGGCTTCTTTTACTGTTGACGCTTCTGTTTTAAATTCACCATCTAAATCATCCA +TATTTTCAAAAATATTGTGCAATTTAACAAATTTCTTATCTTTGTATATAGGTATTATCA +TAGGTACTACTTTGCTTCCATACTTATCTCTTAGCATTGCTATTGCATCTTTATATCGTG +CTTTTTCATTATCTATTTTATTAATAAACATTATCTTAGGAATATTTTCTGTTAATTCTA +ATGATTTCTCTGTTCCAACTTGAATAGGTGTTATTGCATCAATTACTATTACTGCTGCAT +CACTAGCTCTAAGAGATGATATAACTTCTCCAGCAAAGTCGAAATAACCTGGAGTATCTA +ATAAATTGAACTTATAATTATCATACTCAACTGGAATTAAGTTCATGCTGTAAGTCATAT +TAGTTTTATCAGTCAGATTTGGTATCTTTTTAGTTAGATTTGATGTATAGGCTATTGCTT +CAATTAGATTTGTTTTACCACAACCACTGTGACCTAATACTGCTATGTTTCTTAACATGT +TACTATCATAAACTTTCATATAAGCACCTACCTTTTAATTTTTATACAAAATTTTTTTCT +TAAATAATTTTAAAACTTTTGTAATTGCAGGTGGTGAAGTTACTTAAATGATATAACATT +CCCGCTATACGCTTTAACTTTAGCTTAAGTAAGTCAACTTCATTTCTTTTTATGTACTTT +TTAATTTTAGTAATCTTCCTATTAAAATACTTACTTGGATATTCATCTACCTATAAAATA +TTATTTATCTTATAAGATATATTTATCTTTTTTACTCAGTTATTTAACGTAAAGCTTGGT +AATTATTCTATTATTTCCTGAGAAATAAATGTTATTAATTACTTTTAACTATTTCTATAT +TATATTATGTTTTTCCTTTATTTATAAATAAAAACTCTATATAGACTTTCATTTTATCTA +TATAGAGTTTTTATGCTTAATTACTATTCCATTACAATTAAAAGTTGAGCATCCCCCACT +GTATCATTTTCACTTACTTTAATCGATTTTATTTTTCCAGATACCTTTGATACTATATTA +GTTTCCATTTTCATAGCTTCAATAACTATTAGTGCTTCATGTTCTCCTACTTCATCGCCT +TCTTCAACTAATATTTTTATAACTTTGCCAGGTATACTTGCGCCTATTTGTAAAGGATTA +TCCATATCTGCTTTTACTACTTGATTTATTTTTCCAGAGAAGTTATTATCTTTTATTTCT +ATCCTTCTAGACATTCCATTTAGTTCAAATACTACTGTTCTATATCCATTTTCTTTTACA +TTTCCAATTCCAATTAGTTTTATAGTCAATACTTTCCCATCTTCTATTTCCACATCGCAT +TCTTCTCCTTTATTTAAACCATGGAAGAATACTTCACTATCTAACTTGGATATATCACTA +TATTCTTGGAAATGTCTTAGATAATCTTCATATACCCTTGGATATAATGCATAGCTTAAT +GCATTTCTTATATTTGATTTTATATTAAACTTTTTATCTAAATATCTCTTCTCATTTACA +AAATCAAATTTAGGTATTAATAAACCTGGTCTAACATATATAGGAGACTCTCCTTTTAAT +ACTACTTTCTGTAAATCCTTAGGTATTCCACCTTCTGGTTGACCAATCATACCTTTACAG +TAATCTACTACAGAATCCGGGAATGATAATTTCTCCCCTTCTTTAATTATGTTATATTTT +GTTAATTCATTCTTAGTCATAAATATTGCTAAGTCTCCAACTACCTTTGATGAAGGTGTT +ACTTTAATTATATCACCAACCACTTCGTTAGCTTCTTTATAATTTTCCTTCACCTCTTCA +AATCTTCCCGTTAACCCTAAACTATCAGCTTGAGGCTTTAGGTTAGAATATTGTCCTCCA +GGTATCTCATACTCATATATTTCTGAACATGAATTAACTAATCCACTTTCAAATTTTCTG +TATATTTTTCTTATATCCGAATAATAATTTCCAATTTCTCTATATCCATATAAGTCTATA +TTTGTATCTCTTTCTGTAAACTTAAGAGCTTCTACTATGGCATTTAATGATGGTTGACTT +GTAAGACCTGACATTGTTTCCAATGCACCATCTACTATATCAACTCCTGCTTGAGCAGCC +ATTAAACAAGTTGCAACGCCATTACCACTAGTATCATGCGTGTGTAAATGAATAGGCGCT +TTAACATTTTCTTTTAATGCCTTTATTAATATATATGCTGCCTGTGGTTTAAGTAATCCT +GCCATATCTTTTATACATATTATATCTGAACCTAATGACTCTAACTCTCTTGCCATTTTT +ACATAGTATTCTAAATCATATTTATTTTTTTCTGGATTTAATATATCCCCTGTATAGCAC +ATACTTGCCTCTACAATTTTACCTGTACTTAAAGCTGTTTCTATTGATGGTTTCATATTT +TCTACCCAGTTTAAAGAGTCAAATATTCTAAATACATCTATTCCTTGTCTAGCTGATTCT +TTTAAAAATTCTTTTATAACATTATCAGGGTAATTTGTATATCCAACACCATTAGATGCT +CTGAATAGCATTTGGAACATTATATCCGGTATTTCTTTTCTTAATTTTTGTAACCTAATC +CATGGAGATTCATTTAAAAATCTATAGGCTACATCAAAAGTTGCTCCTCCCCACATTTCT +AATGAAAATAAATCCTTCATGTATTCATTAGTAGGTTTAGCAACTTGTAATAAATCATAT +GTTCTAAATCTAGTTGCTAGTAAAGATTGGTGTGCATCCCTCATTGTTGTATCTGTAAGT +AATAATTTTTTTTCATTTTTTATCTTTTCTATATATGCTTCTTTTCCTAACCTATCAAAT +AAATTCTTACTGCCCTCTATCTTATTTAGATTATCTATTATATTAGGCTTATGAGGCTGT +TCAAACACGGGTTTCTCTTCACACTTATTATCATTTACTACTATATTACCTATAAATTGA +AGTAGTTTCGTACCCCTGTCTCTGCTTTTCTTTATTTCAAATAACTCTGGATGCTCATCA +ATGAATTTAGTACTACATTTACCTTCTTTAAATAATGGATTTTTTAACACATTTATCAAA +AATCCTATATTTGTCTTAACTCCTCTTATCCTTATTTCTTCTATCGATCTTATTGTCTTA +TTTATTGCTCCTTGGAAAGTTCTATCAAAGGATATTGTTTTAACTAATAAACTATCATAA +TGAGGACTTATTTCAGCTCCTGTAAATCCATTACCACCATCTAACCTTATACCAAATCCA +GATCCAGTCCTGTATACTTGAATTTTTCCTGTATCCGGCATGAAATTATTTTCTGGATCT +TCAGTAGTTATCCTTGCCTGTATTGAATAACCAATTACTTTAATATCTTCTTGAGATTTT +ATATTTATTCTTTCACTATCTAATCTATATCCTTGAGCAATTAATATTTGACTTTGTACT +ATATCCACTCCTGTAATCATTTCTGTTACAGTATGCTCTACCTGAACCCTAGGATTCATT +TCAATGAAATAATATTCTCCATTTGAATCTACTAGAAATTCTAAAGTCCCTGCATTAATA +TAACCTACATGTTTAGCTATTTTTAATGCATCATTGCATATATTTTCTCTTAATTCTTCA +CTTAAAGAAAATGCTGGAGCATATTCAATTATTTTTTGATGTCTTCTTTGTACTGAGCAA +TCTCTTTCATGTAAATGTACAATATTGCCATATTTATCACCTAAAATTTGTACTTCTATA +TGTTTAGGATCTACTACATACTTTTCTATAAATATAACATCTGCTCCAAATGCTTTTCTT +GATTCACTGCATACAGTTTCGTATTCACGTTCTAATTTACTCTCCTCATATACAACTCTC +ATACCTCTACCGCCACCGCCGTTAGAGGCTTTTAGCATAATAGGATAACCAATTTGAGCC +GCTATCTCTTTTGCTTCTTGAGCATTTTCTATTGGCTTATCTATTCCAGGTATAGTAGGT +ACATTTACTGCCTTTGCTATCTTTTTCGAGTTTATTTTATCTCCCATCATATTCATGATA +TCTGCACTTGGACCTATAAATGTAATTCCATTCTCTTCACATTTACGAACAAATTCTGGA +TTTTCCGCTAAAAAACCATAACCAGGATGTATTGCATCTACGTTCCTTTTTTTAGCTAAT +TCTATTATTCCATCAATATCTAAATAGGCATCTATTGGACCTTTATCTTCACCTATTAAG +TAAGACTCATCTGCTTTTGTTCTGAATAAACTATATTTATCTTCTTTACTATATATTCCC +ACGCTTTTTATACCTAATTCTGAACATGCTCTAAATACTCTTATTGCAATTTCTCCTCTA +TTAGCTACTAGTATTTTTTTAAATCCCTTAAGCATAAACCTTCCCCCTTATTCTCTCTAT +CTAATAATATTAAAAATTATAGTCTAAATTTACTGAATTTTGAATAGGTTTAGATAAGTT +CCTTAATTAATAATACAAATTAATAAAAGTAAATAACTTTCAGTTTGTTAATTCATCAAT +TACCCATATATAATTAGGTAATTTTTAACTATTTCAATTCTTACTGTCTTTAATCTACTA +TGGTAAATCAAATAACTCTTTTTATATTAAAAATTTATAAAAAATAAAGTATGTCTAATA +TTTATATGATAAAAATTAAAAATATATTAAAAAAATAGAAAGAAAAATTTTTCTCTCTAT +TTATATTAGTAAAGATATAATAAAAAAAGATTACGTGGCTACGTCTTACTCTCCCAGGAG +GTTGCCCCACAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACA +GGTGTATCCTCTTTGCTATAGTAACCACATAATCTTTCGATTAACTTATATTAAGTT +>MGYG000000001_78 +AACTTAATATAAGTTAATCGAAAGATTATGTGGTTACTATAGCAAAGAGGATACACCTGT +TCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGAGGGCAACCTC +CTGGGAGAGTAAGACGTAGCCACGTAATCTTTTTTATTGTATAAAAATTATAACGTTAAA +ATATTAAGCTCAAATTAAAGCATATAAATAAGGCTTAAATCTTAAATATTGAAGATAAAA +ATAAGATTGGTGTTATTGATTTATTGCATAATAAATTATAAAATGTTAAGAGAGATGTGA +AAGTAAAATATTAAACAAAATTATAGTTAGATATGTAATTCTTAACATAAGAGGTGAATT +ATGAATTCGAGTGAAAGAAAAGATAAATTATTAAAACTTATAGAAGAGTCTACAAAGCCT +ATAAAAGGGAATGAATTAGCTGAAAAACTAAATGTAAGTAGACAGATTATAGTTCAGGAT +ATAGCCCTTATTAGAGCGACAGGTAAAGATATAGTAGCAACACCTCAAGGTTATATGATC +TATAATCAAAATAATAAAATAGAAAAGAAAATCAAATGTAAAAATCATAAAAATAACGAA +GAACTTTTTGACGAATTAAAAAGTATAATTGATATGGGTGGGACTGTAAAAGATGTTATA +GTAAATCATCCGATATATGGAGAAATAAAAGCAGAATTAAATATATCATCTCTTAGGGAT +ATAAATGATTTTATGAATAAAATAAAAAAAGATGAATTTAAACAATTATCTTCATTAACA +AAATATAATCATACTCATACTATTGAAGCATCAAAAAATGAAATATTAGATGAAATTATA +GAGATATTAGGTGAAAAAGGTATTATATCTAACTAATATTGAGTATGAATACCATATAAA +AATAAAAAAGAAGATAAAATTGAATAATAGTATTGAAAGTTGTTAATATATATAATATAA +TGAGTATCAAATAAAACAATTAGTTAACAAGCTATGAAGGAAAATAGTAAAGAACATGTT +TGTATTCAGAGAATGAGTGGTTGGTGCGAACTCATGACAAAGGTTTTTGAATCCATTCCA +GAGCTTCTAATCGGAAATAATAGTAAGATTAGACGTATACCTACGTTACAGGATTGAGAG +AATTGTGTATATTTTACACAATTAATTAGGGTGGCAACGCGGATAAAAGACTTTCGTCCC +TTTTATAGGGGATAGAAGGTCTTTTTTTATTACCATAATTTAATTGGTACATTAATCCAA +ACTAGTTAACAAATAGATTATTTATAATAAATTTCCGGAAAATGTAAATAATACTAGTAA +TCAATAAATTTAAGATTAAATCAAAGTAAAATATATTTAAAGATATATAAATTAGGAGGG +CAACATGTTAGATATAAGAAGAATTAGAGAAAATTTAGAAGATATTAAAAAGGCAATGGA +CAGAAGAGGTGAAAAAGAATTCAACCTTGATATCGTAGTAGAATTAGACGATCAAAGAAG +AGAATTACTTAAAGAAGTTGAAGTAATGAAAAATGAAATGAACGTTGAATCTAAAAAAAT +ACCTCAATTAATAAAAGAAGGTAAGGATGTTACTGCTGATAAAGCAAGATTAAAAGAATT +ATCAGATAAGATAAAAGAATTAGATGAAAAAGTTAGAACTGTATCTAATGAAATAGAATA +TAACTTAATGAGAATACCTAACGTTCCAAATCCAGAAGTTCCACAAGGAACAACTGATGA +TGATAATGTTGAAATAAGAACTTGGGGAGAACCTACTAAATTTGAATTTGAACAAAAAGC +TCACTGGGATGTAGGAACTGGATTAGGAATATTAGACTTTGAGACTGCAGGGAAAATAAC +AGGATCAAGATTTACTTTATATAAAGGATTAGGAGCTAGACTTGAAAGAGCTTTAATAAA +CTTCTTCTTAAATACTCATACAGAAGAGCATGGATATACAGAAGTTTTACCACCTTTCAT +GGCTAACAGAAACAGCTTCATAGGAACTGGACAATTACCAAAATTCGAAGAAGATATGTT +TAAGGTTGAAGGTGTGGATTACTTCTTAATACCAACTGCAGAAGTTCCTGTAACAAATAT +ACACAGAGATGAAATATTAACAGTTGATCAATTACCAATAAAATATTGTGCATATACACC +ATGTTTTAGATCTGAAGCAGGTTCAGCTGGTAGAGATACAAGAGGTTTAGTAAGACAACA +TCAATTCAATAAAGTAGAATTAGTTAAGTTCGTTGCTCCAGAAAATTCTTACGATGAATT +AGAAAAATTAACTAACGATGCAGAGAGAATGTTACAATTATTAGGATTACCATACAGAGT +AGTTAAGATATGTACAGGAGATTTAGGATTTACTGCTGCATTTAAATATGACTTAGAAGT +TTGGATGCCAAGTTACAATAGATATGTTGAAATTTCTTCTTGTTCAAACTTTGAAGATTT +CCAAGCTAGAAGAGCTGGTATAAGATTCAAAAGAGATAAAAAATCTAAAGCTGAATATGT +TCACACTTTAAACGGTTCAGGATTAGCAGTAGGAAGATGTTTAGCTGCTATATTAGAGAA +CTACCAACAAGCTGATGGAACAGTTGTAGTTCCTGAAGCATTAAGACCATATATGGGTGT +AGATGTTATAAAATAAATTGAATTTAGTATAAAATAATATATGAAGGAGGGCTGAATTTA +GCTCTCCTTCGTAGTTTAAGAATATGATACAAAAATAAATTTGAGTTGAATTATAAAAAA +ATATATGTTATTATAGTGTTGTTATAAGTTCTAGGAGGAAATATGGAAAAATTATTCTAT +ATGAATGAAGCATTAAAAGAGGCATATAAAGCATATAATAAAGGTGAAACTCCAATTGGA +GCTGTTATAGTTAAAGATGGTGAGATAATTGCAAGGGCTCATAATTTAACAGAAGAGCTA +AAAGATAGCACAGCTCATGCTGAAATGTTAGCAATAAGACAAGCTTCAGAAAAGTTAGGT +GGATGGAGACTTATTAATTGTGACTTGTATGTTACTATGGAACCGTGTATAATGTGTAGT +GGAGCTATAGTTAACTCTAGAATAAAGAAACTTATAATAGGAACTAAACATATAAAAAAT +TCTTATATAGAAAAACAACATGAATTTAAAATGGATTATTTTAATTTTAATAATATAGAA +GTAACATTTGGAGTAAATCAAGAAGATTGCTCGATCATTTTACAAAGGTTTTTCAAAACT +TTACGTAAAAAATAATATGGAGAGATGGTCGAGTTGGTCGAAGGCGCTCGCCTGGAAAGT +GAGTATACGTGTTAAAAGCGTATCGTGGGTTCGAATCCCACTCTCTCCGCCAAGAAACTA +AATATGGTTGTAATTTTGCTGTACTAGATGGGGAGGTAGCGGTGCCCTGTAACCTGCAAT +CCGCTATAGCAGGGTTGAATTCCAGCTTAGAGGCTTATAATTTGCAGAGCAGCCCTAAAT +AAGTGGTGTTGACACTTAGGTCCTGCGCAACGAAAGCTCATGAACTCCGTCAGATCAGGA +ATGAAGCAGCGGTAAGTGATCACTTTCGTGTGCCGCGGGGGCGCCTAAGTCGAGCTAACT +GTTTAGGTAACGTCTGTGAATGTAAGTCGATAGTTGGTGTACAGCATTTAATATATAAAA +TCAAATCCCTTTGAGAGGGATTTTTTTTATTTGAAAAAATGATATAATAATTGAATATGA +TGGAAAAATTATAACTGAATGATTTTATGTTAAGGAGAGATAAAAATGCATAAGGCATTA +TATAGAGTTTATAGACCACAGAAATTTGAAGATGTAGTTGGTCAAGAACATATTACTAAG +ACCTTAAGAAATCAAATTGAGAATAATAATATAGGACATGCCTATTTATTTTCTGGTACT +AGAGGTACAGGTAAGACATCAACAGCAAAGATATTTGCGAGAGCAGTAAATTGCTTAGAG +AGTATAGAGCAAGAACCTTGTAATGAATGTGAAGTATGTAAGGATATATTACATGATAAT +ATAATGGATGTTGTAGAAATAGATGCAGCTTCTAATAACAGTGTTGATGATATAAGAGAA +CTTAGAGAAAATGTTAAGTACTCACCAACTAAAGCTAAATATAAAGTATATATAATAGAT +GAGGTTCATATGTTATCACAAGGTGCGTTTAATGCCCTGTTAAAGACATTAGAAGAGCCT +CCTTCATATGTAATCTTTATATTAGCTACTACAGAACCACATAAGATACCAGCTACTATT +TTATCAAGATGCCAAAGATTTGATTTTAAAAGAGTTACGGTGAAGGACATTACGTCTAGA +ATGAAGAAAATATGTGTAGAAGAAAATATAGAGGTTGAGGAAAAAGCCCTTAATTTAATA +GCTAGAAATTCACAAGGAGCTCTTAGAGATGCTCTTAGCATATTGGACCAATGTATTTCT +TTTGGAGATAATAAAATTGAATATAAGGACGTAGTAGAATTATTAGGAACAGTAAATGTA +GAACAATTATTTGATTTAGCGCAGTATATAATAAATCAAGATACAAAAGAATCGCTTAAA +ATTTTAAATGAATTTATAGTGTGGGGAAAGGATATAAGAAACTTAATAAATGATTTAATT +GATCATTTTAGAAATCTAATGATATGTAAAGTATCTACAGATTTAGATGAAATAATTTCT +TTACCAGAAGAGACCATAGAACAATTAAAATCACAAGCTGATACAATAAATAATAATGAC +TTAATAAGAATACTAAATATATTATCGACTACTCAAGATAATATAAAGACAGCTTCAAAC +CCTAGAGTTGTAGCTGAAGTTACTATGATGAAGATAGCTCAGCCAATGTTTGATGAAAGT +AAAGAAGCCTTAATTAAAAGAATAGAAAATCTAGAAAAAGTAATTGAAAGCGGTAATATA +AAGGTTACAACTGTAAATGAAGCTTTAGATAATCAAAATATTGAATCTGAAGTTAAAGAA +GAAATTGAATATGAAGATGTAAAGAGTGAAGATGTAAAGTTAATTGAACACTCTTGGAAA +AACATATTAAAAAGTATAAAAGCTGATAAAAATATGCCGGTTTATGCACTTTTAGGAGAT +GTAAGAAACTTTAATGTTTATGAAAGTGCATTATATTTAATATTTGATGATAACTATGGA +TTTGCTAAAACTAGATTAAGTTCACCTGAAACAATTGATTATATACAGAATAAAATAAGA +GAAAATATTAATAGAAGCTTTAATGTAAAAATCGTTTTAAAGTCTGAGGTTAAGAATATT +GATCTAGATATAAAAGAAAAATCTAAAGATAAAGGTGAAGAAATTTTAAAAGGCATAGTG +AGTGAAGATATACTAGAAGTTAAGGATAGTATAGATGAAAATTAGAACAAATAATAAATA +TTTATTTATGATATAATATTAAAATATAGATAATCAAGGAGGAAGAGTAATATGGCTAAG +AAAAATTTTGGTGGAATGATGCCTGGAAATATGAATAATATATTAAAGCAGGCGCAAAAG +ATGCAAGAAAATATGCAAAAGATGCAAGAGGAGTTAGAATCTAAAGAATTAGAAGCTTCA +GTTGGTGGAGGAGCAGTTACTGTAAAGGTAAATGGTAAAAAAGAAGTTTTAGATATAACA +ATAAAGCCAGAGGTAGTAGATCCAGATGACATAGAAATGCTACAAGATTTAGTGTTAAGT +GCAGTTAATCAAGCTCTAAAGAGTGTTGATGATATGCAAGCTAATCAAATGAGCAAAGTA +ACTGGAGGTATGAATATACCTGGTTTATTCTAGTAGGTGATATAAATGCAAGCGTACACA +GGACCGATATCTAGGTTAATAGAAGAATTTTCAAAACTTCCAGGTGTAGGAAGAAAGACA +GCACAAAGATTAGCTTTTCATGTTATAAATATGAATACAAATGACGTAGAAAGTTTATCA +AAAGCTATTATAGATGCTAAGAGAGAAATTAAATATTGCTCTATATGCTGTAATATAACA +GACACAGACCCTTGTAGTATGTGTTCTAATAAAAATAGAGATTCTAGTGTTATATGTGTA +GTAGAAGATCCTAGGGATGTAGCGGCTATGGAGAGAACAAGAGAATTTAAAGGTAAATAT +CACGTTTTAAATGGTGTAATATCTCCTATGGATGGTATAGGGCCTGATATGATAAAAATT +AAAGAACTTATCGTTAGACTTGGTAACGAGGATGTTAAAGAACTTATAATGGCAACTAAT +CCTACAATAGAAGGTGAAGCTACAGCGATGTACATAGCGAGATTAGTAAAACCTATGGGT +ATAAAGGTTACTAGAATTGCACATGGATTACCTGTTGGTGGAGACCTAGAGTATGCAGAT +GAGGTTACTATCACTAAGGCACTAGAAGGAAGAAGAGAAATATAAAAAATCGAGGTATAT +CCTCGGTTTTTTTGTCATTTTTTTAAAGAAATTTCTAAATAAACTTAACTATGAATTATT +GAAGAAAATATTTTACTATTGTATAATTCTAGTTAGATTTAGCTAAAAATTTTAATAGGG +GTGTAATATGAAATCAACTATGAACTTAGAAGAACATAAGGCTATGAAAGAAAAAAGAAC +AAAGAAAATCGAGTCTAAGGATAAGTCTAAGTATAATTATGATGATGATTTAAGTTTATT +AATTAGTAAAAAGAAAAAGAAACAGTCGAAAGGTAAGGACGGTGTCTTTAGAAATAATTA +TAAAAACTATCAGTATGATTATGAAGAAGATTTTTATGAACCTTTATAAGAATAGAATGA +TATTGGTTTGAATTAGATTGAAAAAGGGATTTTTTAAGTAAATTATACAATATTACTTAA +AAAAATCCCTTTTGTTTTATTGTTTTATCAAAATTTCTTCGACTAAATTAGCTATGTTCT +GAGCTGAATCAGATTTTCTAATAGATTTTATATTGTTTTTTAGCATTGTTAGTCTAGTAG +GATCATCAATAAGAACTTTTAGTAAGACTGTTAAGGTGAATTTTTTTGTTGGTCTTAATG +CTGCACCACAGTTTGAAAGAAAATCTAGGTTTTCTTCTTCTTGACCAGGTATATAATAAG +GTATTATCATAGGTAAATCCTTTAACAGTGCTTCCGTAGTAGTAAGACCACCTGGTTTAC +TTACTAATACATCGACAGAAGCTAGTAAATCATTCATTTTATTAGTGAATCCTAATACAA +GTATATTTTTATCATAGCAATCTTCATGGGCAGCTAATTTTTTTTCTAATTTTTCTTTTA +AGCTTTCATTCCTACCTGTTATCACTATAACTTGAAAATCTCTATCTATACTTAGTAGTT +CATCTAAAGTTTCTTTTATATTCCCAGCACCGAAGCTACCACCCATTAATAGAACAGTAA +ACTTTTCAGGATCTAATCCAAACTCTGATAAAACAGTATTTCTATCTCGGTTTGATAAAA +AAGATTTTTCTACAGGTATACCAAAAGTTTTGACTTTATCAGGATGTACACCATCGTAAA +TTAATAATTCTTTTACATATTCATGTCCAGCTATATAGAAATCAATCTCATTTTGAATCC +AAGTAGAATGAGTTGTATAATCTGTTAAAACAGTTATTAATGGAGGAACTGATAGATTAT +AGTAATATTTATGTAGCGTATCATGTAAAATAGAATTTTCATGATTTTTGCATGCGTTAG +TATGTTTCTTTAATGTACTAAGTGCAATCATAGGAAAAGGATGAGTACCGATGATTAAAT +CAGGTTTTGATTTATCTAATAAGGACCTAAACTTTTTAGCCATAAATGATGTTAGAGGAT +TATCCTTAAATTCATTTTTAGAAGCTAGACTTGTCTCAGAAAATCTATAGACACTTCCAT +AAGCCTTAGGAGTATATATAGCTGATTTTTCGTATCCTCTAGAGATTATTTTATCCATGG +TACTATTAACTAATTTTAAACTATCTATTATTTCACATTCTATTGGAGATCCATCTATTG +TTTTGTTACTAAGTTCTTCTTTAATAGCTCGAGCAGCTCTGTTATGCCCTCCTCCTGTAG +AGGCAGACATTATTAATACTTTTTTGCTCATAACAAAATCCTCCTAAAAGATATACGGTT +ATATTGTATAATAACCTAATTTTATGTATTATAATTATAATTTAAAAAATATATTTATTA +AATTATTATGTTTAAGTTAATAATAATCTAATACAAGATAAAAAAAAATACAAGTAGAAA +TAAGACAATGGAATTAGGAGGTACATATGAATAAAGTTGAAATATACTCAAGTGATACAT +GTATTAATTGTATAAAAGCAAAGGAATACTTTGAAGAGATAGATGTTGACTATATAGAAT +ATAACATATCGATAGATTTAGAAGCTAAGAGAGAATTAATAGGTATGGGGTACATGTCAG +TACCGTTGATAGTGATTAATGGAGAACATGTTCTTGGCTTTGATAAAAAAAGAATAGATG +ATTTATTAGATTAAATAACTATTTAGTGAAATTAGAATTAGATACACTTAAAATCTTAAT +TACTTTATTTTATGATAAAGTAATTAAGATAATATTGTATTTATAAGGATTTAAATAAAG +ATAATATATATTATAATGATGTAGTATAAAAAAGCAAAAATAGCGTAAAATAGACTATGA +TAAAAAATAAATAAAAAAGTTTTAAAAAATAGTTGACGATATAAAATAAAGATGGTATAG +TATTACTTGTCCTCGAGAGAGAGATAAAAGAAAAAGAAAAAGGACAAAAAAAGTCTTGAC +TAAGAAAGAAAAACTTGGTAAGATAAATGAGTCGAAAAAATGAACTTTGAAAATTAAACA +GTAGGTTAATTTATATAATTAATTCTTATAAAAAGAATTATTCGAAACAACCAAACAAAG +CCAGATATATAACAGTATCTGAGCCCATC +>MGYG000000001_79 +AAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGTT +GCACTTATATTGACAATCTATCATTTAATAAAAACTATAAACAAACCAGAAAGAGCATAA +AATATATCTCAACTTGGATGGGCATTAGAAGAAGGGTTAAAGTTTATTTTACATCAAGAT +CCACCAGTAAAATTACCAAATCAAATATTAGGTATGAATAATGCTGTAAATAGAAAAACT +CAATCTGGAAGAGTATTAGGAGAGTAACATAAGATATCTCCTTTAGATGCTTTGAGAGTT +GCGACTATAAATGGTGCGCATCAATATTTTTAAGAAGACATAATAAGGAAGTATAGAAGA +AGGAAAATATGCCTATTTTGTAATAATTGATAAGAATTTATTAGAAATAGAGAATATAAA +AGTTCTTGAAACTATAAAAGAAGGAAACATTATATATAAAGTATAAAAATACTTTTAATA +TATAGTAGAATGTAGTAAAAAAGTCTGGAAATTTCCAGACTTTTTCATTATATAAACATA +TTATAAATAGTAGTTGTTAAAAAGCATATAATAAAAGCTAGACAAGTAGGAAGTAAAAAA +CCAACAACAGTCCACTTTAAGCTACCAGTTTCTCTTTTAATAGTTAGCAATGTAGTAGCA +CAAGGCCAGTGAAGTAAGCTAAATAACATTACATTAAGAGCTGTTAAGTAAGTCCAACCA +TGTTCAATTAATACATTACCTAAAGCAAAGTTATCCATTTCAATCATAGATCCTGTAGAA +AGATACGCCATTAAAAGAATAGGTATTACAATTTCATTAGCAGGGAATCCCAATATAAAT +GCTAATAATATAAATCCATCAAGTCCAATTACTTTAGCTAGAGGATCTAAAAAGTTTGCA +ACATGAACTAATATACTAGCATCTCCAATGTATATATTTGCACATATCCAAATAATTATC +CCTGCAGGAATTGCAATTGTAATTGCTCTACCTAACACAAATATAGTTCTATCAACTATA +GATGTATAAACAACCCTACCAATTTGAGGAGCTCTATATGGTGGTAACTCTAATGTAAAA +GTAGATGTAACACCTTTAAGCAAAGTTTTAGATAATATATAAGAAACCATTAGAGTAATA +ATAACTCCAAGTATTATTAATAAAGCAATACATAAAGCAGTAGATACACTTGCAAAAGCA +GAATTAGTAATCATAGATGTAAAGAATATAGTTGAAATAGCAATTAAAGTTGGAAATCTA +CCATTACAAGGTACAAAGTTATTAGTAAGTATAGCAATAAGTCTTTCTCTAGGAGAATCT +ATTATTCTACAACCAATAACACCAGCAGCATTACAACCAAATCCCATGCACATAGTTAGA +CATTGCTTACCATGACAACAAGCCTTTTTGAATAAATGGTCCAAATTAAAAGCAACTCTA +GGCAAGTATCCTAAGTCCTCAAGCAAAGTAAATAAAGGGAAGAAGATTGCCATAGGAGGT +AACATTACAGATATAACCCAAGCTAAAGTTTTATATAGACCGTCTACTAACATGCTACTT +AACCAAACTGGGGTACCAATTGAATTTAAAGTATCTGTTAAATGAGGTTGTAAACCAAAT +AAGAAATTTGATAGCAGCTCAGATGGATAGTTGGCACCTTCTATTGTTATCCAAAGTATT +AAGGCAAGTAGTATAAGCATTATAGGCATACCAAAATATTTTGAAGTAAGTATTTTATCT +ATTTTTTCATCTCTATCCATTTTATTTTTAGATTTTATCTTCGTACACTTTTTGCTTAAA +GAGCTAGCTATGTCGTAGTTTATTTTTGTAAATTCATCTCTTATATTTTTGATGGAATTT +ATCTTTGGTAATTTATTTTTTATTTCTTCGAGTGCTTCATTATAATCGAATGTGATATAT +TCATTTATAGATTCTAAAATACTTTTATCACCATCTAATAATCTAAGACCTAACCACCTA +GGATTAAGATCAGGAATTAACTCATACAAGTCATCTTTTATTAAATTAACATTACTTTCT +ATTTCTTCCCCGTATGTTATAGGTTTGTTATTAAATTTGTACTTTCCTGATGATACCTTA +TCTATAGCTTCTAGTAAATCATTCATACCGTAACCAGATCTGGCTGCAGTTAAAACAACT +GGAATCCCAAGTTCTTTTTCAAGTATAGTTTTATCAATTTGTATACCTTTCTTTTTTGCT +TCATCTACCAAATTGATACATAAAATTACCTTATCAGTTAACTCCATTACTTGGAATGCT +AGGTTTAAATTTCTTTCTAAACAGTTAGCATCACATACTACAATAACAGCGTCAGGGTTA +CCAAAGCAAATAAAATCTCTTGCAACAACCTCTTCTTGAGATAAAGCAAATAAAGAATAG +GTGCCAGGTAAATCTATTAAAGCATAATCCTTATTATTATGTTTAAAATCTCCCCTAGCT +GTAGCTACTGTTTTACCTGGCCAATTACCTGTATGTTGTTTAAGTCCAGTTAGATAATTA +AATACAGTACTTTTCCCTGTATTAGGATTTCCAGCTAATGCTATGACATATTGATCTTCT +TTTTTTTCTATATCAAACATGTCTTTCAAAGATTTTGTTTTAGTACTTTGATGAGTTAGG +CCCATATTTATAATCCCCCTTAAATAAATGATAATAAAATTAAATAGATGACACTAATAT +TAAACTGCTTTCTTCGCGTCGTAGGGCTATTTTAGTTCCCCTGATATTATAAACTGTCAA +GTTATTTTTTGGTCCTTTTCTAACAACATCTATTAAAGCACCTTCAGTTAAACCAAGTGC +AAGCATTCTTTCTCTTAAATTACCATCAGATAAAAGTCCTTCTACTTTTACTGTGTTTTT +AGCTTGAATATCAGCAAGGTTTTTCATGACACACCTCCAAGTTAAATTTTAGCCTAAGCT +AACATTCTTAATTTAATTTATGCATTATTAGACAGGTTTGTTACCTAAAATTAAAAAAAT +AGTAATGAATATTATTTTTTAAAATATACATTAATATAAGTAGATATCGAGGTGATTTTT +TGAATAAGAGAGAAGAGTATTATACGTTTAATGAGTACATGAAATATAACTCTTTAACAC +CAAGTGAAGAGGATTACATAGAGATGATTTATAGACTATCTTTAAGCGAAGATAAAATAA +AGTTAAAAGAGATATCGACTTCTCTAAATATTAAGCCCCCTTCTGTAACAAAAATGATAA +AGAAATTAGAAAGTAAAAATTTATTAATTTATAGAAAATATGATTATATACAATTGACTG +ATATAGGAGAAATAGTAGGAAAAAGATTATTTGATAGACATAACGTAGTTTATTCTTTTT +TAGAAACTATAGGTTTAAAAGAGTATATTCATGAGGAAACAGAAAAAATTGAACATACCA +TTAGTATAGAAACGCTTCTAAGAATTGATGAACTTATTAATTTCTTTGAAGAAAATGAAT +CATTACTTAAAAAGTTTAGAGAATATCAAAATTTGTAGTTAATAAAAATAATATAGGTTA +ATCACGAATTTAAATTTGTTTTAGATAATGAAAATTAGAATGATTTTTAGAAAAGTAGTA +CAAGATTAAAAATAAAAAGCATACTTATAATTATACAAAAGAATTAGATAGGTGGTGGAT +TATGAATCTTGGTAAGATTTTAGATAAGGTTGATATATTAGGCATATATGGAGACGTTGA +TATAGATATCAAAAATGTTGAATTTGACTCAAGAAAAATTAAAAAAGATGGGTTATTTAT +ATGTGTTAATGGAGCTAATGTGAATGGACATGCGTTTATAAATAAAGCTATAGATAATGG +TGCAAAGGCATTTTTAATAAATGAATATGTGCAAATGATAGAAGGATATACATTTATTAA +AGTAAAGGATATAAAAGAGTCAATGGCAAAAATAGCTAGTAACTTTTATAATAATCCAAG +TAAAAACTTAGAGTTAATAGGTGTTACGGGAACAAATGGAAAAACAAGTATAACTACATT +TTTAAGCCAAATTTTAAATATTGATCATAGATGTGGTTTGATAGGAACAATAAAAATATA +TGATGGAAACTGCGAAATAGTTTCTCAAAATACGACTCCTGAGTCTTTAGATTTACAAAA +GGCACTTTACAATATGTTAAAAAATAAATGTGAATATTGTTCCATGGAGGTATCATCACA +TTCCCTAGCATTAAATAGAATTGATGGGATCGATATCCAAATAGGTATATTTAATAATTT +AACAGAAGATCACCTAGATTTTCACAAGGATTTAAATGAATATAGGAATGTAAAAGAACA +ATTATTTTATAAAACAAGTAAAGCAAATATTATAAATATAGATGACGAATCAGGAAGAAT +GATTTTAGATCATATAAAAGATTTAAATATACCACATTATACATATGGTATAGAAAGGGA +TGCAGATTTTATTGCAAAAAACATAGAGATGGACTCTAATGGGGTATCTTATACATTAGT +AACACCTACATATGAAGCTAAAATTAGAGTGCCAGTACCTGGTAAGTTTACGGTATATAA +CACATTAGCAACCATAAGTGCTTGTTATATTTTAAATATTTCTATAGATACAATAAAAAA +AGGACTTGAAAATTCAAAAGGCATAGAAGGCAGATTTGAACTTGTAAAAAATGATAAAGG +ATACAATGTAATAGTTGACTATGCACATACACCAGATGCTCTAAAGAATATTTTAAGTGC +TGTGAAAGAATTTTCTAAGGGAAAGATAATAACTGTTTTTGGATGTGGCGGAGATAGAGA +TAAACAAAAAAGACCTATAATGGGAAATATAGTACAAGAAAACTCAGATATAGCAATAAT +AACATCAGATAATCCGAGAACTGAAAATCCAAAAGAAATAATTAATGATATTTTATATGG +AATAAATAATAAAATAAATAACTATGTAGTAATAGAAGATAGAAAAAAAGCAATAGAAAA +AGCTATATCTATAGCTAAAAAAAATGACATAGTTCTAATAGCAGGAAAAGGGCATGAAAC +TTACCAAATAATTGGCAAAATTAAATATGATTTTGACGATAGAAAAATCGCTAAAGAAAT +TATAAATACGATAGATATATAATTAAGACAGTATAAGATTAAGTGAGCATAAGTATAAAT +GTGCAATTAATTAGCATATGAATATACTACATATATTGGTATTAAAAGAATTATATTTAA +ACTTAGCTCACTAATCTTATATCTCCATTAGGCAAATCTATAATTTCATTTTAACATGAG +GTATTCCAGCTTCATCATATACATCTGAAATTTCCTTAAATCCACAAGATAAGTAAAGAT +TTTTTATGTATACTTGAGCAGATAGAATTATATGATCTTCATTAAGATTACTTTGGATAA +AGTCTATAGCATGAATAATCATTTTTTTAGCTAGACTTTTTCTTCTATGACTTTGCATTA +CTAAAACTCTTCCAATAGAAGCCTCTCCATAGGAACTAAATTTCCTAGGAATTATCCTTA +AATAAGAGATAACTCTATCATTTTCTTCAAGAAAAAGATGATAACAATTTTTATCTATAT +CATCAAAATCATTCTCACTAAATATTTTTTGTTCACAGGCGAAAACTTCATATCTACATT +TTGTAATTTCATATAATTCATTAATTGATAACTCATTAAAATGTTTTATTTTGAACATAT +TATACCTCCATAAATATTTTTATTTATTATAACAAAATAATATTATTTAATCTATTGGAT +ATACATTACTTTAAAAATAGTGGTATACTTAAATTTAAATAATAAAATTTCATTGTCTAG +ATAAATATATTAATAAATCACCGTAGTTCAAGATAAAAGGATGGAGGTTATAAAATTGAA +TTCTACAAAGAAGATGACCGAAGCAGCATTGTTAACATCTTTATTTATAGTTACTACAAT +AGTCTCTGTAAGTACTGGTTTTGGATATGCAGTATATTTAGATTTTGCAGTACCTATATT +CTTTTGTATAATATGTTTGAAATGTGATTTTAAATATACAGTATTATCAAGTATAAGTTC +ATTGTTAATAGTTTCTTTGGTTTTAGGAAATATAGGAACAGCGATATGGATGATTCAAAG +TATTATTCTTGGGTTAACTTGTGGTGTATTGCTTACAAAATCTACAACAATAATAGATGA +TTTTATTTATGGATCAATATTAGGTGTTATACTTATGGTATTTGTAGATATTTATGCGTC +TACACTAATTGGATATAGTTTCATGAATGAGTTTCAAGGATATGCAAATATGTTTACAAA +TAAAAGATACATAGACTTAGTATATTATATTCTGATAGCATTGCTTCCTATGGGAACAAT +ATTTAGTGTTTATTTCTTATCACTACTTTTAGGGAAGAAGTTAAATATATTAAAAGAAAA +TTCTAAGAAGAAATTATATATGATGAAAAACTTTAGGACTTGTGGAAGATATATATGCTC +TTCGAAAAAAGTATTTTACTCTTGTGTTATTTATATATTATTTATAGAAATATTAAATCT +TATAGGTCTTAGAATTGAACAAACCTATATTAAAACAATATTAATATCCTCGGAGTATAT +ATGTTTATATTTTGTAATAAGGGATGCATTTATATTAGTTCAAAATTATATTTTACTAAA +ATACAAAAAAGCTATATATATAAGAATATTTTCTATAATAGTTGCAGTATCTTTAGTATT +TTTATTAAAAATAACTACAGCGGTATTAGTAATTTTTAATGTTATTTTAGATAAAAGAGT +AAATATAAGAATAAATCAAACTAAATTAGTTAATAACTATGTAAACCAGCTGATTTACAG +ATAATCTATTTTGTAGAAATAAAATGGTACTATTGAATAAAATAGAAAATCTTGTGTATA +ATAATAAAAAAGGTTGACAAATTTTGAAAATCACCATATATTAGAATTAACAATTATATC +AAATAAAGCAATGAAGAGAAGAAGTAAATTTAATGTCGTTTAACAGAGAGTTCCCGGTAG +GTGCGAGGGGATAAACAAGTTTTATTGAATACATCTCTGAGCTGTAGCTCCCAAAGATAA +CAACTAGTAGGAGTTTATCGTAGTAGCACACGTTATAGTGCTAAAGTATACTATTTTGTG +TACTTATAGAGGTTAATATTGTGAAGTATTAATAAACTAAGGTGGTAACACGTAAGCATA +GCTTTCGTCCTTTTTATAGGATGAAAGCTTTTTTTATTATAAAAAAGTTAGATATTAAAT +ATATAGGAGGCATAATTATGAAGAAAACTATTGAAGATCAAATGAAGATAATACTGAAGG +GTGTAGACTCAATCATAGATGAAAAAGATCTAAAAGAAAAGCTAGAAAAAGCTGAAAAAG +AAGGAAGACAATTAACAGTAAAACTAGGATTAGATCCAAGTGCTCCAGATATACATTTAG +GACATACTGTTGTTCTTAGAAAAATGAAGCAATTACAAGATTTAGGACACAAGGTTGTAA +TATTAATTGGAGACTTCACTGGTAAAATAGGAGATCCAACTGGCAAATCTGCTACTAGAA +AAGCTTTAACTACTAAGCAAGTTTTAGAAAATGCTCAAACTTACAAAGAGCAAATATTTA +AAGTATTAGATCCAGAAAAAACAGAAGTAAGATTCAACAGTGAGTGGTTAGGAGAATTAA +AATTTGATGAAGTTGTTAAACTAGCTGCTACTATAACTGTTGCAAGAATGTTAGAAAGAG +AAGATTTCAAGAAAAGATATGAAAATCAACAACCAATATCAGTTCATGAATTCTTCTATC +CGTTAATGCAAGGATACGATTCAGTTGCATTAAATGCAGATATAGAATTAGGTGGAACAG +ACCAAAGATTTAACTTACTTATGGGAAGAAGTTTACAAAGAGAGTTTGGACAAGAATCTC +AAGTAGTTATAATGATGCCATTACTTGAAGGTTTAGATGGTGTTAATAAAATGAGTAAGA +GTTTAGGAAACTACATAGGTATAGATGAAGCTGCTTCTGTAATGTACCAAAAAGCAATGG +AAATACCTGATGAGTTAATAATAAAATACTACAATTTAGTAACCGATGTTCACCCTGATG +AGGTAGCTAAAGTAGTAGAAAGATTAGAGAACGGTGAAAACCCTAGAAATATAAAAATGG +AATTAGCTAGAGAAATCGTAAGATTATATCATAGCGAAGAAGATGTGTTAGCAGCTGAAG +AAAGATTTAAGTCTGTATTCCAAAAAGGACAAATACCAACAGACATATTAACTGTGGAAG +TATCTAAAGAAAACTTAGATATAGCAGGTGTTTTAGTTGAGAATAAAATGGTTCCATCTA +AGAGTGAATTAAGAAGATTAGTTAATCAAGGTGGAGTTAAGGTAAATCAAGAGAAAATTA +GTAATTTACAAGATGTAGTTGCTGAAGGTGAATTAGTGATTCAAATAGGAAAGAAAAAGT +TTATAAAATTAATAGTTAAGTAATTATAAAGACTATCTTATAGTAAGAATATATTTAAAA +TATTTTAGACTATAAGATAGTCTTTTTTATATACTAAGGTATTATAAAAAATGGTCTTGT +GGATAAGTTTTGATGTATAATAATGATGTGAGAACAAATGCAGAAAAGA +>MGYG000000001_80 +AACATATAGTAACCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGA +GTTTTATTATTGTAAAGATTAACTAGCACAACGAGTTAATTAAATGTTACATGAACATCA +CTTTTTTGCCACAGCATACACAGTAATTAGAATCTGCTTCAATTTCCGAATCACAAAACT +CACATATTATCATATTTCTATCATCTAAATCATCAACTTTTTTACCACAAACTGAGCAAA +ATCTATCTTGGCCTTTAATTTTATTTCCGCATTCACAATCATTAGTAACGTTCTTTTTCT +TCAATTTATTTAACTCTAGATTTCTATCATAAATATACTTATCTAACTCTAATAAAGAAT +TAGATAAACTATCAAAATCTTCAATCTTTATATATCCTTCTCTAATTTTTTGATAAGTTA +AGATTCCCATTTCTATCAGTAAACTAGACTTTTTATTTTCCGCCTCATTTATTAAGTTAC +TTATTCTAGTTCTTTCTTCAAAATTTTTTCTTTCACTATTGCTTTTAGATACATTCTCTT +TAACTTTAGAAAACTTGTGATTTACTTTATCTTTAAAGTTATCATTATCTATGTTATTAT +TTTCAACATTATTATTTTGTAAATTATCCATTTTACTTTACGCCTCCGACATTAATTAAA +AATATTTAACTTATACCCTACTAAAGATATTAAAAAACTATATATAAATGATATTAATAT +AGAACTTATCATCCCAAATCCCATAGTTAGAGATGTAGTATAGTTACTTAAAGTAAATAT +ATCAATGCTATTACCTAAGGTTGCTGTTGTAACTATTGACAATGCTCCTACTAAAATCGC +ATAAAATCCACTTAATAATAAAATCGGCTTAATTCCATCTTCTTTTTTGCCATATTTCAT +TTCTAACTTACATGCAGATACTATTATTACTAGAGCTGATAAGAAAAACATAGCTATGAG +CATTAAGGTAGTAGTTAAATATAAATCTGATCTTATTAGATTAAATATAGATAACTCCTG +ACTTCCTATATTAACAGGAACAAAATTTCCAAAAGACCATATATAAGCTGCTAACTGACT +TAATACTACACCAATTCCAACCTGATTTACATAGTTTGATATACCTAAGTTATATAAATA +ACTTCTGTCTGCCATAGTCAAGATATATAAAATTACAAAAGTTAATATATACCCTATAAA +AAGCATGTTTATAGCTCTTTTTAATATTCCTAAATACATATTTTCATCTTCATATTCTTT +TTTATAAAGAAGTATATAGGTTGATAAAAAACCTAAAATAAATCCTTTAAGTATCATTCC +TAATGATCTAAAACTGAATTGTAGTATATATCCATATTGCATCATATCATAAGAATAGCT +CATCTTTGTCTTACTAAATAAAGCTAAAACTCCTAAAATTAATCCGTACGAAACACCTAC +TCCTAGTGAATTTCTCAAAGCTGATTGTGAATCTTTAGTAAACTTCTTGCTAAATATTAA +ATTTGATATAGTAATTGATATTATAGGCAATACAGCTAGTATAATTATGCCTAGATTTAG +TTCAAATCCACCCCATCCCATTGTAGTTAATGAATATACACTTAAAGAACCTAAATTTAA +ACTTAAAAGTATATGTATAGGACTAATCACATCTGCTACATCCGGTATATAACTAGATAC +TACGCCTTTAAACATAATAGATACAATAAATAACATTATAATAGCCATTACTGACGTAAT +GAATGTTTTAGGAATATTTAAATAACTAATTACATCTTTATAACCCCATTTTTTAACCCT +AGCATATGATTTATTTGTCTTATAAGTCTCTTCCAAGTCAAACCCACAAGACTTACAATA +AATATCATTATCTCCAACCTTACTATCACATCTAGGGCATCTTTCTAATTCAAGTTTTCT +TATTGTAAGGTCTTTATTTTTTATTTGTCTACTCATCATACCGTTAACTTTAGAATAATT +GCTATATTTATCATTAACGTTATTAAAATCAATATTATCCATACTATTCCTCCATCATTA +CTTATTTACTATATTAAAACAATTTTATTTTATTTATATCCATTATACAAAAAAATACTT +AACTATAGCTTAACTAAAAACTATAATTAAGTATTTTATGTATTTTTCTAGATTACATAA +TCTATTATTCCCTTTTCTAAATTATATAAATCATCGAATCCTTCCATAGCTAATAAATTA +CATGCCGTAATACTCCTATGTCCACTCCTACAGTATACAACTATCTTTCTATCCTTATAA +TCCTCAATCTCATCCATATTGAAAAGTAATTCCGAAAGTGGAACATTCACAGCACCATCA +ATCTTACTTTCCATAAATTCTTCTTTAGTTCTTATATCTAGAAGTAAAAAGTCCTCTTCA +CTTTTTAAAAGCATATTTAATTCTCTTTTATCTATATTTGTATAACTCATAATTCACCTC +GACCAATTATAAATTTTATCATATTATCTATATACCCCCTTCTTTTATTTTTCAAGCGTT +AAACTCTAATTCATATACAAAAAAAGGGCCTTAAAAAGCCCTTTTTATATAAAATTAGAA +TTCAGCATTTCTTGGTGTACGAGGGAATGGTATTACGTCTCTTATATTAGACATACCAGT +CATGTACATTATTATTCTTTCAAATCCAAGACCGAATCCTGAATGTGTAGCTGTTCCGAA +CTTTCTAAGTTCTAAATACCACCAGTAATCTTCCTCGTTTAATCCTAATTCTTTAATTCT +TTCTAATAATACATCTTCTCTTTCTTCTCTTTGAGAACCACCAACTATTTCCCCAACTCC +TGGAACTAATAAGTCCATAGCTCTAACAGTTTTTCCATCTTCGTTCATTCTCATGTAGAA +AGCTTTTATATCCTTTGGATAATCAGTTACGAATACTGGAGCATTAAATACTTGCTCTGT +TATATATCTTTCATGCTCAGTTTGTAAATCATCTCCCCAATTAACTGGATATTCAAAGTC +ATGACCTGATTTTTGTAATATTTCTACTGCTTCAGTATAAGTTATTCTCTTAAATTCAGA +GTTAACTACATTGTTTAATCTATCAAATAAACCTTTGTCTATAAAACTATTGAAAAATTC +CATTTCTTCTGGAGCATTTTCCATTACATAGTTTATTATATACTTTATTAAATCCTCAGC +TAATTCCATATCATCTTCTAAATCACCAAACGCGATTTCTGGTTCTATCATCCAGAACTC +TGAAGCATGTCTTTGAGTAAATGAGTTTTCAGCTCTAAATGTTGGTCCAAATGTATAAAC +ATTTCTAAATGCAAGTGCCATTATCTCTGCATTTAACTGACCACTAACTGTTAAATTAGC +TTCTTTCCCAAAGAAGTCTTTAGAGTAATCTATGTTACCATCTTCCGTCTTAGGTATATT +ATTTAAATCCATAGTAGTTAACCTAAACATTTCTCCAGCACCTTCACAGTCACTTCCTGT +TATAATTGGAGAATGTGCATATACGAAGTTTCTTTCTTGGAAAAACTTATGTATAGCATA +TGCAGCTAAACTTCTTACTCTAAATACAGCTGAGAAAGTATTACTTCTTGGTCTTAAGTG +AGCTATTGTTCTTAAGTACTCAAGAGTATGTCTTTTCTTTTGTAATGGATATGAGCTATC +AGACGCTCCTTCTACTACTATGTTAGTAGCATGTATTTCTATTGGTTGTTTAGCTCCTTC +TGTTGATACAACTTCACCCTCTACTAATATAGATGAACTTATTGGTAGTTTAGATATTTC +TTTGAAGTTTTCTAATTTATCATCAGCTAATATTATTTGCATATTTTTAAAGAAACTACC +ATCATTTAGTTCTACGAATCCGAAGTTCTTAGACCCTCTAGATGTTCTTATCCATCCAGC +CACTTTTACAGTTTTACCTATATACTCTTCTTGATTTCTATATAATTCTTTTACAGTTAT +AAATTGTTGTTGCATTTTTATTTCCTCCTTTTGATTAGTTTAATATTTTATAATAAAAAA +AGCCCTTCATCCCGTATAAAAGGGACGAAAGACTATACTCTCGCGGTACCACCCTAATTG +TCAAAATTTGACCTCTTAGTTAAGCTATGCTTATGATCGTAACGGGATCTTCCGTCTAGG +CCTACTCGCTATTGCTTTCGGTTAGAAACTCCGAGATGTTCTTCTATATAAATTTCGTAT +TAGGCTTACACCATCCCTAACTCGCTATAACTACCTTTTATATATACTCTTCTCATCATG +GTCTTTAGTATTATTATTTCAATTTGTAAGAAGATTATACCAACTAATAAAATTTTAGTC +AATATTTTTATTAAATGTGAATTTTATGCTCTTTTTCTACACTATTAGCATCATTTGATT +ACTTCGACATGTTTTTACATTTTTTACCATAAATTTATCATTTTAATTTATTATTTTGTC +ATTATTTGATATAGTCTTTATATAGAGAGTTTTAACAACCAAAATAACCCGAGGTGAATA +ATGATAGCTACAAAAAAAATTATTAAAAATACTTTTTTAACTATGATAGTTATACTCAGC +TTAAACTCTAAGCATACATATGCAAATTCTTATAACGATATAAATTTTAAAAGCTTAACT +ATTGAAAATGGATTATCTCAATCAACAGTAGAAACAATTCTTCAAGATAGTAATGGATAT +ATGTGGATAGGAACAAATGATGGCTTAAATAAATACAATGGATATAGTTTTAAAAAATAT +GAACATGATATATATGATAAGAATACAATTAGTAGCAATTATATTGTGGATATTGTAGAG +GATAAGGATGGATATATATGGGTTTCAACTACAAATGGATTAAATAAAATAAACCCAAAA +AATGATAACATTATTAATTACTTCTCAACATCTAAAGATGGAAATCTATCAAATAATCGT +ATATGTGAGATTTTAGTTAGAAAAAATAATGATATATTAGTTACAACATCTGACGGCTTA +AACTTATATAACAAGGATACAGATTCATTCGAAAGAATACTAGCTGGTAAAGACGATCTA +CCTAGCCAATACATACATTCTATCGAAGAGGATTATTATGGTAATATCTGGCTAGGAACT +CAAAGCGGATTAGTCAAATTAGATAAGAACTTAACTAAAATCCAAGAATTTACTAACAAA +ACCATTGATTCAATTTCAGATAATCCTATATATAGAGTATATAGTGATGGTAGTGATAAC +ATATGGGTTGCAACTTTAGGTTCTGGACTTATAAATATAAATTCTAAAACTAATAATATC +AAAGTATATAAAAATAGTAATTCAGAAAAATCTCTTCCTAACGACGTAGTTCGAGATATA +TTAAGAGATTCTAATGGAAATCTATGGATAACAACTCAAGGTGGTATATGCAAGTATAAT +GAAAAAGATGATAACTTTACTACATATAAAAATAAGATTTATGATCAGAATAGCCTTATA +GATGACAAGGCTTATTGCATGTTAGAAGATAAAAGTGGATTAATATGGGTAGGTACATAT +AAAGGGATTTCTCTATTCGACTCAAATAATAAATTTGAACACTACAGTTCAGACCCTTTT +TATAAAAATTCATTGAGTAGCAATATGATACATGGTATTTACGAAGATAATAACAATAAT +ATTTGGGTAGGTACTAGTTTAAAAGGAGTTAATATAATTGATAAGAAAACTAATAACATA +ATAATTTTAAACACTGAAAACAGTGATTTATGTGATGACTCTATCAACGATATTACCGGA +CTCAAAGATGAAATTTTTATTGGTACAGGTAACGGACTCTCCGTTATAAACAAATCTTCT +AAAAGCATAAAAAATTTTACCTCAGAGGATGGATTGCCTGTAGACCCTATAAAATCTTTA +TTTGTTGATAGCACTAATCACCTTTGGATTGGTACAAATAAGGGCTTAGCCATTATGAAT +ATTAAGACTAAAGAAATATTAAATATTACTCCTATTCTTGAAAATAATTCTATTAATGAT +TTATTTATAAAAGATATATACGAAAGTAAAAATGGGAATTATTATGTCGGTTGCTTTTTA +GATGGTGGATTAGTACAATTAAACCCTACTAACAAAAGCATTAAAATTTATAAAAATATA +GAGAATGACAACTCTAGTATAAGTAACGATTCAATACGATCAATATCAGAAGATAATTTA +GGAAATTTACTTGTAGGAACTAGCCATGGTTTAAATATTCTAGATATAGATTCAGGTAAA +TTTAAACACTATACAACTAATGATGGTTTACCTAATAATACTATTTATGGAATTTTGGTA +GATTCATATAATAACATTTGGATGAGTACAAACTCTGGACTATCAAAATTTAATCTATTT +ACAGAAGTATTCCAAAATTTCACTATAATAGATGGTATTCAAAGCAATGAATTTAATGGA +AATGCTTATTTTAAAAGTAATGATGGGAAATTTTATTTCGGAGGAATAAATGGTTTAAAT +GCATTTTCCCCAGAGGAAATAAATGTATCAGAGTTTATACCTAATGTAGTTTTTGATGAA +TTCAAAGTAGAAGGCTTAAGTTATAATATTAGTGATAATTATGAACTTAAATCAAATGAA +AATAATATCTCCTTAAGCTTTTTCGTTAATGATTATAAAAACTTAAATGGAGTTCAATAT +TATTACATGTTAGAAGGTTCTGATGAAAGCTGGAATATATCTCATAATAACGAAATAATT +TATGGGAACTTATCTCCTAGTAACTATATCTTTAAAGTAAAAACTTTGAGCTACAACGGA +GTTATGAGTCCTGAAAATAAAATTTCATTTACAATAAAACCTCCTTTTTGGAAAAGTAAC +CTTGCTATTTTGATATATATAATAATATTATTAATTACAATATACTTTAACCTCAGTAAG +GTTAAAAGGTTAGATAAATTGGTAGAAAAACGTACAGAAGAGCTTGTATATGAAATGAAT +AAAAATAAAAAATTATTTAATAAGTTAATAAAACTTGAAGTAAGTAAAAATAACTATTTT +GTAAATTTATCTCATGAATTAAGAACACCTTTAAATGTATTAAATGGAACAATCCAGCTT +ATAAAAGATTTTAATAAAAAAGGCGAGATAGAACCGAATAAACTAGATTATTATATGGAT +ATAATGACACGAAATTGTAATAGATTATTAAATATAATAAATAACATAATCGATACTAGT +AAACTTCAAAGCGATAACTATGTAATAACTAAAAAAAATGAAGATATCGTTTATATTGTT +GAAGAAACCATATTAGGATTAAAGGATTATATTGAAAGCAAAGGAATAGAATTTACTATA +GATACAATGGTTGAAGAAAAGATAATAGAATGCGATAAATACGAAATCGAAAGATGCATA +GTAAATTTGGTCGGAAATGCAGTTAAATTCACTCCAAAAGGTGGCAAAATAGATGTATTT +ATAAATGATTTAGGCAATGCAGTAGAAATACGTATAAAAGATACAGGTATAGGAATAAGT +AAAGAAAATCAACTAACTATTTTTGATAAATTCAATCAAGTTATAGATTCTCATTCAGAA +TCAAAAGGCGGTAGTGGCTTAGGTCTTACTATAACCAAACATTTAATAGAGCTTCATAAT +GGACACATATCTGTTAAAAGTAAATTAGGAGAAGGTAGTGAATTTATAATCATATTACCT +AATAATAGTAACGAAAATACACATTAAATAAAAAAGTGAACTGATACCTAAAAAGTAGAC +AGTTTAATAAAAGACTATCTATGAAATCATATGGCACCTGTATTCTGCAGGTGTCATATT +TTTTAATCCAGCTTGAAATCTACAGTTATTATACCAATATATATAATCATCTATTGATTT +AATTAATTCTTCTTTAGAATTATATGAATTTTGGTAAATTAATTCAGTCTTTAGGTGTCC +GAAAAAATTTTCAATACATGCATTATCATAACAATTTCCTTTTCTTGACATACTTTGTCT +AACGCCAGATTTCTTAAGTATAGACTTATAGATATTTGATTTATAATGAGATCCTTGATC +ACTGTGTATAATCAAATTTTTAAATTCACTGGTTTTAACTTTTTTAAAGGCTTCGCCTAA +AGTTTGCTCAACAAATGACATATCTAGAGTATCACTAATCTTGTAAGC +>MGYG000000001_81 +CAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTGT +TGCACTTATATTGACAATCTATCACATAAAAAAATTAGTATTAATTTAGATGATATCAAT +AAAAATGTATATACTGATCCAAAATGGATTGAGTTTATACTTAATCAAATAATATCAAAT +TCAATTAAGTATTCAGCAAAAAAACTTCCTAAGATAAATATAAGATCTGTAAAAAATGAA +AATAATACAATATTGGAAATTGAAGATAATGGAGTAGGAATAATAGACAAGGATATAAGG +AAAGTATTTGAAAAAGGATTTACAGGAGAAAATGGAAGAAAGTTCGGGAAATCAACTGGA +ATGGGATTATATCTATGTAATAAACTATGTGATAAACTTGGTATAGGAATTGATCTAATA +TCAAAAGAGAATGAAGGTACTAAAGTTAGTTTGGTATTTCCTCATGATAAAAATAGGATA +TTATTAAAATAAATAATTATGAGATTGAGCTGTATATAAAAATTATATATACAGCTCTTT +TTATATTTAAATAAATTATTAATATTGAAATTTACTATTCTTACGAAAATGTAAGCTTAG +ATTGCATATTATGTAATTTTTTTTTTAGCAAAAAAGTATAAAATATGTTTATAGAAACAA +TAGAAAATAAACTTTAATATTAAGTAAGGAGAAAAACAATGAAAAATATATTAAGTGTAG +AAAACATAGAAAAATATTATGGCAATAAAGAAAATATAACAAAAGCAATAGATAATATAA +ATTTTAAAGTAGATGAAGGTGAATTTGTTGGAATAATGGGACCAAGTGGGAGTGGTAAAA +CGACATTACTCAACTGCATATCTACAATAGATAAAGTATCAAATGGAAATATAATAATAA +ATAATCAAGATATAACAAAATTAAAATCAAAAAAGTTAGATAATTTTAGACGTAATGAGT +TAGGATTTATTTTCCAAGATTTTAATCTTTTGGATACATTAACAGCATATGAAAATATAG +CATTAGCATTAACTATTAAGGGTGAAGATTCATCACAAATAGATGGCAAAATAAAAAAAG +TAGCTAAAAACTTAGATATAGAGCAAGTATTGAATAAATATCCATATCAAATGTCAGGAG +GACAAAAACAAAGAGTAGCTTCAGCTAGAGCTATAGTTACAAATCCATCCTTAATATTAG +CAGATGAACCTACAGGAGCACTTGATTCAAAATCATCTAGATTATTATTAGATAGATTTG +AATATTTAAATCAAGAGTTAAAAGCAACAATATTAATGGTCACTCATGATGCTTTTACAG +CTAGCTATGCTCATAGAATATTATTTATAAAGGATGGAAAAATATTCAATGAACTTATAA +AAGGAAATGATACTAGAAAAGAGTTTTTCAATAGAATAATAGATGTTGTCACATTACTTG +GAGGTGACGAGGATGTATTCTAAGATAGCAATTGGTAATGTAAAGAAGAGTTTTAAAGAC +TATAGTATATACTTTTTAACGTTAACCTTAGCAGTTTGTATTTTTTATAGCTTTAACTCT +ATAGAATCTCAAAAAGCTATACTTGAATTAAATCAAAATGAATCTGAAAATTTAGACTTA +CTTTTTAATATAATTTCTTATATTTCTGTATTTGTAAGTGGGATATTAGGTTGTCTTATA +GTTTATGCAAATAACTTTTTAATAAAAAAGCGTAAAAAAGAATTAGGAATATACATGACA +CTAGGAATGGGAAAACAAAAGATATCTAAGATATTAATAATTGAAACTATACTAGTTGGT +TTTATTTCATTGGTAGGAGGATTAATATTAGGTATTGTGTTATCACAAGGATTGTCAATA +TTTACAAGTAAATTATTTGATGTTTCTATGACTGAATATCGTTTTGTAATATCACCTAAA +TCAATAGGAAAAACAATACTTTATTTTGGAATAATATTTATTTTAGTTACTGTACTAAAT +ACTTTCACAATATCAAAATATAAAATTATAGATTTATTAAACTCTTCAAAGAAAAACGAG +GATATAAAAATAAAAAATCCGATTATATATATAATAACTTTTATATTAGCATTAGTATGC +ATAGTATCAGCTTATAAAATGATAATAACTAATGGAATAACTTTAGATGCTAATTTTACT +ATTACTATATTGTTAGGTGTAGTAGGAACAATATTAATATTCTTTAGTTTAGCAGGATTT +GGACTTAATATAATAAAAAAATCTAAAAAAGTTTATTTTAAAAATTTAAACATTTTTATA +GTTAAACAATTAAATAATAAAATAAATACGAATTTTATGTCTATGTCTGTGATATGTTTA +ATGTTATTTTTAACTATAGTAATGTTGTCAACTGGATTAAGTTTTAAAGATGCTCTAGAA +AAAAGTTTAGAGCAAACTACACCATTTGATGCAACTGCAACAATGTATATGAGCCCTGAA +GATAATACAGACATAGAGAAAAGTTTAAAAGAATTAAACTTCAAATTTGATGATAATGAA +AAATATGCTTATTATAATGAATATATTATAAACACAAACTTAGGGAATGCTTTTAAAAAG +CATATAAGTCCATCTCAATTAAATAGATTATTATATAGGAAGAGCTCTTTATATGTAGTA +AAGGAATCTGAATATAATAACATTATGAAGCTAGGAAATAAAAAGACAATAAGCTTAGAC +AATAATGAAGTCTTAGTTACATCTAATCGCTCTCAAGTTGTAGATAATATTAATTCAATA +TTAAAGAACAATAATAAGATAGATCTTAACAATAAAACTTTTATAGTAAAAAATAAAAAG +GTAATAACAGATTCAACAAGAACAAGTGGTTATACAGACAACTTAATATCAATAGTAGTA +AATGATAGTATCTTCGATACGCTAGATGCAAAAATATCAGCGAATTATCTTAATATAAAT +TATGATAAAAATAATAGAGAAAAAACTGAGAAAAAGTATGAGAGTTTATTTAATTCTTTC +TTTAATGGTAAAGTAAAAAATGAAAAAGTTGGATTTATTATAGGAGACACAAAAGATATA +GTTTATTCACAAAATAAAAGTATGACTACAATAGTAATATTCATAGGAATATATTTAGGA +ATAGTATTCTTGATTTCTAGTATGGCTGTTTTATCTTTACAACAACTTTCAGAAGCTAGT +GACAGTATAGATAGATATAAGTCACTAAAGAGAATTGGTGCAAATGATAAGATGATAAAT +CAAACTATATTTATACAGACACTTATATACTTTACTCTTCCATTAGCCTTAGCTTTTATA +CATTCAGTAGTAGGTATAAATGTAGTTAGTGATCTTATTTCTGCTTTTGGTAAGCCAGAT +ATAGGATTATCATCTCTTATAACAGGAGTAATATTTATAGTAATATATATGGGATATTTC +TATGCTACTTATACAGGTTATAAAAATATAATAAAAAATTCATAAAAATAAAAATTCGTT +TCTCTCGAGCACGTCGTGTTTTTTTACGCGGTTGGTGATTGAGCTAAGCGAATTTTTTTT +GTTATACCCATGTGTCACTTGGTGCCATGCGTCACAATTTTTAGCTATGATTAGGTGAAA +ATTATGACATGATGTCAGAAAGTGGCACGAAATTTTAAGTTGGTGTCTAGTGATGAGTAT +GGCTTATTTGAATTGATGTAGGGGGTAATGACATGAGTGACATGATAGTTTAATGAGGTT +TAATTTTTATATATTTTTTAGTACTTATAGAATAGGGGGCATCTGGTGGAAGTGTCAAGA +ATTATTAAATTATCAAATTTAGGTTATGTAAAGAATATAAATTAAATGAAGGGAAAATAG +GTATATAAGGGGGAATGGAACTTATGGGATGTACTGCAATTATATATCAATCAAAATATG +GAAGTACAGAAAAATATGCAAAATGGCTTTGTGAAGAAATTGGTGGAGATTTGTACAAAA +AATCAGAGATATCTATTAGTGATTTAAAAAAATATGACACCATAATTTACGGAGGAGGAT +TATATATAACTGGTATAGCTGGTTTTTCTTTTATTAAAAATAATTATAAACATTTGGAAG +ATAAAAATATTATTGTATTTGCAGTAGGAGCATCTCCATTTGATACAGGATTAATATTTG +AAATAAAAGGAAATAACTTTCCTGATGAAATGAAATATATCCCATGTTTTTATCTTAGAG +GAGCATTTGATGAAAGTAAAATTAAATCTAGAGATAAAATTTTAATGCAATTGTTAAAAA +AATTTATTGGTAAAAAGGATGATTCGGATTATGAAGAATGGGAGAAAGCTTTTATCGAAA +GCACAAGAAAATCTGAAGACTGGACGTGTAAAGAAAGCTTAAAGCCTATAATCGAATATA +TTAATTTAAAGTATGAATAATAAAGTTAAAGATATAAATATATTCCTAAATCATATTAAA +TGATTTAATTTGTGCTACAATGACAGTAGATAATTAATTCAAAAGGAATATATGGGGTAA +GGAGATGATCAGCATAATGGGGGAAGATAAACAAAGGGTTATACAAGAATATGTTCCTGG +TAAACAGGTAACACTTGCACATATAATAGCGAGTCCAAGGGAAGAGTTATATCAAAAGAT +AGGACTTGTAGCAGAAAGAAGAGATGCCATAGGGGTACTAACAATAACTCCAAGTGAGGC +TTCTATAATAGCAGCGGATGTTGCAACAAAAGCTTCTGGAGTTTCTTTAGGTTTTGTAGA +CAGATTTAGTGGGTCCTTAGTTATTACTGGTGACATAAGCTCTGTAGAGTCAGCATTAAA +TAAAGTTATTATGATATTAGGAAGTACACTAAACTTTACAACTACAAATATAACGAGGTC +GTAAAATTATGAAAAAAATAATATTTATGGGTAAGACAGGTAGTGGAAAAACGACTTTAT +GTCAAAAACTAGATGATTTAGAATTAAGATATAGAAAGACACAATCAGTAGAAATATATA +GTGATGCAATTGATACTCCAGGGGAATTTATGGAAAATAGATGGATGTATACATCATTGG +CAACTACAGCATCTGATGCAAAAATAGTAGCCTTAGTTTATGACTGTACTCAGGATGAAA +ATTATATAGCACCTGGTTTTGCTACTATGTTTTGCAAGGAGGTTATAGGAATTATAACAA +AAATCTCACAAGGTAATGAAAAATCTATAAAGTTAGCCTGTGATAGATTAAATTTAGCAG +GGGTTAGTAGAATATTTAAAGTAGATACAATAGAAAATATAGGTATTAATGATCTTGTAG +AATATTTGAATACTATTTAAGGAAGGTTTAAAATGGGGGATATTAGATGACTAAGGAAAA +ACAAAGGATTATACAAGAATCAGTTCCTGGAAAACAAGTAACACTAGCTCACATAATAGC +AAATCCAAGAGAGGAGTTATATCAAAAAATTGGTCTTAAGGTTGAAAAAAGAGGATCTAT +TGGAGTATTAACTATAACGCCAAGTGAAACAGCTATGATTGCTGCAAATATTGCAGTAGA +ATCTTCAAGAGTATCATTAGGTTTTGTAGATAGATTTAGTGGATCATTAGTTATTACTGG +GGACTTGACATCAGTTGAATCTGCAATTAAGCAAATACTAACCACTTTAGAAAGTACTTT +AAACTTTTCAGCTACAAGAATAACTAAGTCCTAAATGAAAATAAAAAGCCTACATTATAT +TATAAAGTGCATTTATAAATATACGTAGGCTTTCTGCAAATTCAAATGTTCTTAATAGTA +CTTATAAAATAATTAGATATTAGTTTAAATTAATATAGATTTCTATATTAGAAGTATCAG +TATAGTCATTTATTAAATATAATATTGTATTTTTAAGATAATAGCATTCTTTTTCAGTTA +AACTATACTCGAATTGAAGTTTGTTTATTTTTATATGATTAATAAATAAGCTTACATTTT +TGTCTTTTTTGTTTTTTAATATCTCTATTTTTAAGTTTGATAATAAACTTTCACTAAGCG +ACTCTAAAGTATTTTTAATTTCATATAAAATTATATCTAAAGTAGATTGTTTCATTGAAA +TGTTTTTATTATCCTTACAAGAATCGCAATATAAATACAAAGCATTTGCTTTAGATTCAA +AATTTATTAATTCATTATTTCCACAGTTATTACATATAGAAGTATGTATTTTTGAAACAA +AAGCATCATTTGATAAAATAAAATGGTTAGTGTTCACAGCTAAACCCCCCAATTAAGTAT +GTTTATAATAGTTATTTAAATAGACTCTAAGAACATTTTAACATCAATTATAAAAGAATA +CTGTAGGTAAATGGTGGGAAAGCATATGAAATTATATAAATGTGGGCAAGAAAAAAAGAA +GCCATAAGCTTCTTTTTTCTGAATAAATCTATATATTAATATCTATATTAAAAATAAATT +ATATTCTGTTTACGTTAGCAGCTTGAGGACCTCTAGCTCCGTCAACTATTTCAAAGCTAA +CTGCTTGTCCTTCTTCTAAAGTCTTGAATCCTTCACCTTGTATAGCTGAGAAATGTACGA +ATACGTCATCTCCACCTTCTACAGATATGAATCCAAATCCTTTTTCGCTGTTAAACCATT +TTACTATTCCGTTCATCGTGAACCTCCAAATTATATAAAAAATACAAACCATTAAGATAA +ATAATTACCTTATCTTGTCTGTTAATTTATAGTAACATAGAAAAAAAATAAATACAAGGT +AAAAATTAAAAAAAATTTAGAAAACTTAAAATTTATATAGATTAGAGGAAAGATTGCTAA +TTATGGACATAATAAAAAAAATAGTGTATTATAATAAAAAACATAAAAAAATAATTTATT +TTAGAAAAAGATGTAGAATAAGGAGGAATTTATGCCGACAAGTGAAAAAGAAGTTGAAAC +AGCATTAGAAAAACTACAATCTTTAAACTTAAAAAACTTAGATACCTCTACACTATTGGA +TAAGTTTGTTAGTTGGGCTATAGATAGTGGTGTAAGATTAATAATTGGATTATTGATTAT +ATCAATAGGTTTTAAGATAATAAAAAAGGTTGTTAATAAATTTGAGCATTTCTTGGAAAA +AAGAGACGTAGATGTTACTTTAAGAAGATTTTTAAAATCTTTCTCAATAGGTGGCTTAAA +AGCAATAATAGTGTTATTGGTGGTTACGCTTATATGGGATGTTAAGCTGACAGGACTTGT +TGCTTTATTTACTTCGGCTGGGGTTGCAATAGGTCTTGCGCTTCAAGGAAGTTTATCAAA +TTTTGCAGGAGGATTTATAATTCTTTTACTAAGACCTTTCAAAGTAGGAGACTATATACA +AGCCGCTGGTTATGAGGGAACTGTCGAGCAAATAGGTGTATTTTATACTCATTTACTTAC +GATAGATAATAAGGTGGCATTAATACCAAATGGAACATTATCAAATAACAGCTTAATAAA +TTATTCAGCAAAAGAAAATAGAAGAGTTGATTTAATATTTAATGTAAGTTATGAGAATAA +TGTAATTCATGTTAGAAATGTTTTAAAAGAAATAATAGATAAGCATCCATTAATATCACA +TGACCCAGAACCATTTATTGGAATAGTTGAACATGCACAAAATTCAGTAAACTTTGGAGT +GAGAGTTTGGTGTAATAAAGATAATTATTGGACTATTTACTATGACTTACTAGAACAGGT +TAAAGTAAGATTTGATGAAGAAAATATAACTATACCATATCCTCAAATGGATTTACATGT +AAATTATAAAACAGAAAATAAAAAATAATTAATATTTCAAGAAAAAAGCTAGCCATATGG +CTAGCTTTTTTTATTAATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATGTTG +CATCAAATACCTCTGCAGGTGTCTTATATCCAAGACACTTGCGAG +>MGYG000000001_82 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGGTATTAACCTATCTTTTTTATAATATATTATTTCATCAATCTCTATACAATCGTTCT +ATGCAAGAGTTTTAAACTCATATCCATTATCTTTGAAGTATTTTATTATTGATGGTAAAG +CTTTTGCAGTTTCTTCTTTTCCGTAAGTGTCGTGCATTAAAAGAACTACCATTTCTTTTC +CTTGTGCTGTTTTTATTGCATAATCAGTTAATTCTTGTGCATTCTTTTTCTTACCTTCAG +CATCTGCATTTAGTGCATTCCAGTCAATTGATACTTTATTATTTTCTTCTAAATAAGTAT +CTAATTCATCCATACCTCTCCATGACATATGACCACCTGGACATCTTAATACTCTTGTTG +AGAAATACTTTCCTAGTACATCTTTTATAATCTTATCTGTTTTTGCAAAATCTGCTTTAA +ATGCTTCTAAATCTAAGTTTCTATTTGGATATAACAACTTATAATTATGGCTATATGAAT +GATTAGCTATAGCATGCCCCTCATTAAACTCTTGTTTTATAAGTTCTTTAGCTTTTTCTC +CGCCTCTTTCTATATTTTCACCAGTTAAGAAAAATGTTGCCTTAACATTCTCATCTTTTA +GTGTTTTTAATATTTGTGGCGTTACAGTTGTTGAAGTTCCATCATCAAATGTTAAAAATA +CTACCTTCTTACCATCATTTGAGTAATCATATTTACTAAGCTTATCATATACAAGTTTTG +CATCATATGAATATTTTTTACCTTCATGGCTAACTCCTACCATATATTTTTTCTTTTCTT +CTTCCGCTTTTCTTTTTTCTTCTTCTATTCTTTGTTGTTCTGCTTTAATTTGTCTTTGCT +CATCTACATAGGCCCATGTTCTATTAGCCACCCCCACAATAATTAAACCTATAACTGCTA +ATAATATAGCTTTACTTTTATTAACTTTTCTACCTTTGTAACTCATTTTTCTCTCCTCTT +AATTGATATATATAATTTTTGTCATTTTCGATCTTAATGAATTATCATTAATCCCCCGCT +ATATTTAGCAGCTTTATTTCATTAAATTTTCTACGATTTCTTGAGGTATTACAAATTCAA +CTAACCCTTCAGATCCTGGTGCTACATCGTATTTATCAAAGCATATAACTAATTGATTTT +TATCATTTATATAAAAGTCTTGATTTTTATCTATTTTTTCAAAATTACTATCAATAATTT +CATCATTTAGCCAATACGTCTCTTCTGGATTCTTTTCCATTCTCTCTTTCATTTGTTCTT +TTATATTTTCACTTATAACATTTACATAGCCTGTACCTTCAAACATACCCTCTAATGTTA +GTACTGTTTGATTCTTCTTATCTATATTATAAAATTTTCTAGTTGTATTTGACGATGCTT +GAGCTGAGTAATTATATACTACTATCGATAGAATATCATCAGTATCTGTTATTACCTCAT +ACCATGATTTTGCATATTCTTTCCCTTCAACACCTTCTGATTTTAATTTGTTAATCTCTT +TTATATACTCATCATATTGTTTTTTGCCCTCTTCTTCAAATTCCTTATTCAATTTAAATT +CTAAATTCTTATCCTTTAAGCCTTCAATTTTTGGTACATCTATAGAAATATCAAATCCAT +TTTCATCTATTCTGTAATTTCTAAAGTTTATGATTTTTATCACACTTCCTAAAACAGGTA +TACTTTCTAATGTATCTGCAAAAGTAGGGTTTAAATTAACTGCACCTACCACTATACCTA +TAGATGCTGCAACTACAGACCATTTAGCTGCTGTACTCTTTTTATTTTTTCTTAGATTGC +TATTAATAGCATCATTTACAATGCTATCCAACCTGCTCGGTATTTCTATATTTTTATAGT +TATCTTTTAACTTATCTAACTTTTCATTTTTATTCAATATTTTCACTCCCTTTATTCAGA +AATGCTTATTTTTAATTTGGCCAATGCATTGTACAATCTTGTTTTTATCGTATTTTCATT +TTCATCCAATATTTGAGCTATATCTCCTATCTTCATGTCTTCAAAATATCTAAGTACAAT +TATAGTTCTATATTTTTCTGGTAGTTGATCTAATGCTCTTTGCAAATCTATGTCTTCATA +TTTATCATAATCCACTAAATCATCTACCTCTAAATCGTCACTAGATATTACATATTTTTT +ATTTTTTCTTATATTGTCAATTGCACAATTTGCAACTATTCTATATATCCAAGGTTTTAT +ACTGTCTGTATCTTTGAGAGTGTTTATATTAGTTAATGACTTGCATATAGCATCATGTAC +TACATCTAATGCGTCATCTTCATTGTGAACATATGTATAAGCAAATCTATATAACGCTTC +TTTATTATCAACTATATATTGTTTTATTGTTTTTTCTTTTTTTCGTTCTACTAAGCTTAG +TAATTTCATTCTTTATACACCTCTCATATATAAGACGTTCTATGTAGTATTAAAAGTTTT +ATTTTTTTATTATTTTTTTAATTAAATTTTATTATTTATATTTATTCACTATATTATTAT +GTACAACAAGGCATAAAAAAAATGTGCCTGGTATTATGCACCGTCACATTTTATTATTTT +TAGACTATTATAGCTAGATTGTTAAATTATCTATATTTCCATAGATAATTCTCTCTAATT +CTTCTTCATTTATTATAAGAATATCTTGACCTCTCCCTCTATAATACATTGCAGTTCTTA +ACTTATTGCTCATTTGCTCTGGACTTAAACTATCTATATTAGGAGTATTGGTTATAAGTA +TATTTGTCTTTTTAGTTACAGAGCTTCTAGTTATCCCACCTAAACTATTTATTAATCTAG +TGCCCTCTATTCTACTCATAGAATTAAATGGTCCTGTAAATACTACAACCTTATCCTTAA +AGAATTCTGTTGTTGATGAGAATAAAGAACTTTCATCTTCTTCAGGGTAAATCTTATGCA +TATTTGAAACTACGCCAGAAGATACTTTACTACATGGAGAGTATCCTCCAATATTCAAAT +ATCCAAGTTTAAATCCAACTAAATTAGCTACCTCATCTATATTATCTATTTTTAATTCCT +CTGCTATATTAATTAAGATATTAGCGCAGGCAGTAGCATCTTCACTTGCATGATGATGCT +TAAACTTATATCCTAAATGCTTATTAACAGTATTTAATTCGTAATTACTCAAGTATCTAT +AAAAAAGTTTAAATGCTACTAATGTACAGCAATAATTAAGTTTTGGATAATCTATTCCGT +ATAAGTCTAAAGTTTTTCTTAGTACTGAAAAATCAAAGGAAACATTATGAGAAATTACTA +ATTTGTTTTCTAAGTAAGGCTTTATCTCAGGCCACACTTCATCAAATTCTTTTTCATTTA +TAACATCTGCTTCTCTTATTCCATGTATAGAAATATTTATAGGGTCAAATCTAAATGGAT +ATGGTTTTATTAACCAATATCTTTTTTCTACTATTTTATTATCTTTAACTACTGTAATAC +CAAGATAACATACAGAATCTCTATGCGAATTGGCTGTTTCAAAATCTATAGCAACAAAAT +CCATAATTCCTCCATTATTTAATTGCTTTAATCTATTATATAATCCTATAAATATATCAT +AAATGGAAATTTCTGTACAATTTATTAATCTTAAATCCAATAATATATTAATAATTTTAA +TTTGAAATATACTTTCTCTATCTGCATTAACCTTATTTAACTTTTTAACCAAAATTTAAA +ATATAAAATACAGTTATTCAAAATATAAGCCAGGGTATAATAATTTAATAAATAAACAAT +AAATTAATTTCATATAGAAATCTATAAATTTATAAAGGAGACGAAATGACTGATAAAAAA +GAAAGTATGAAAATTGGATGGAATTTTGATAACAGCTATAGCCGTTTACCAAAATTATTT +TTTAGTAAAATAGATTTAAACCCTGTATCATCACCCCAATTAGTTATTCTTAATTATCCT +TTAGCAAAATCTTTAGGATTAAATGCTGATGCTCTTAAAAGTAATGATGGTATATCAATT +CTTTCCGGTAATAAAACCATAGAAGAAGGTGCTTTTATTGCACAAGCTTATGCCGGTCAC +CAATTTGGTAACTTTACAATATTAGGTGATGGTAGAGCATTATTAATCGGTGAACAAATA +ACTCCTTTAGGTGAAAGATTTGATATTCAACTTAAGGGTTCTGGAAGAACACCATATTCT +CGTGGTAGTGATGGAAGAGCTGCACTTGGACCTATGCTTCGTGAATATATAATAAGTGAA +GCTATGAATGCCCTTGGTATTCCAACAACACGCAGTTTAGCTGTTGTTAAAACTGGTGAA +CCTGTGATTCGAAGAACTTTAGAACAAGGGGCAATATTAACTCGTGTTGCATCTAGTCAC +GTTAGATTTGGAACTTTCCAATATGTATCTCAATATGGTAATCTTGAACAACTTAAAGAG +TTGGCTGATTATTGTTTGAAAAGACATTACTCACATGTAAAAGATGATGAAAATAAATAT +ATCAACTTCCTTAATGAAGTAATAAAAGCTCATGCTAGCCTTGTTGCTAAATGGCAATCG +ATTGGATTTATTCATGGTGTTATGAATACTGACAATATGACTATCAGTGGCGAAACTATT +GACTATGGACCTTGTGCTTTTATGGATAATTATAATCCTAATACTGTATTTAGTTCTATT +GATGTTAATGGACGTTATGCTTATAAAAATCAACCAATTATGGCTGAATGGAATCTATGT +AGATTTGCTGAAGCTTTATTACCTTTATTACATGAAAATCGAGATGAGGCTATAAAAATT +GGACAAAATGCTATTTCTAATTTTTATGATATTTATTATTCTAATTGGATAGAAATAATG +AGATCAAAACTTGGAATATTTAATAAAGAAGCGCAAGATAAAGCTATTATTGAAGATTTA +CTTAATATGATGGAAAAGTATAGTGAAGATTATACTAATACTTTCCTTGCACTAACTTTT +AATAAGAATATAAATAATGATATGTTTAAAAGTACAGAGTTTGAAAATTGGTATAAGACT +TGGCAAGAACGATTAGAAAGACAGCCACAATCAAAAGAATCTGTGCATCAATTGATGAAA +GATTCTAATCCAGCAGTAATTCCAAGAAATCATAGAGTTGAAGAAGCCCTTAAAGGAGCT +AATGAAGGTGATTATAATATTATGATGAATCTTCTTGATGTTATATCAAGACCTTATGAC +CATTCTACTGCTCAAGAAAAATACTCAGAATTACCTCAACCTTCAAGCTGCCCTTATAGA +ACTTATTGTGGCACATAAATAAAAAAGATGATGGAATAAATAGTTTCATCATCTTTTTTT +ATTTATTCTAACTTATCACTTTACTTTCGCAAACTTCATTTGCTTTTTCTAATCCATATT +CTAAGTCTGCTATTAAATCGTCAACGTCTTCTATTCCTACAGATACTCTTATCATATCTG +GGGATACTCCAGCTAACTTTTGTTCTTCTTCATTTAACTGTGCATGAGTTGTGCTTGCTG +GATGTATTACTAAAGATTTTGCATCAGCTACATTAGCTAAATGAGAGAAAATCTTTAAAG +ATTCTATGAATATCTTACCAGCTTCTACTCCACCTTTAATTCCAAATATAAATATAGATC +CTGCTCCTTTAGGACAATATTTCTTAGCTAATTCATTGTATTTATTATTTTCAAGTCCAG +GATAGTTTACCCATGCTACTTGAGGGTGTTTACTTAAGTATTCTGTTATCTTTTTAGTGT +TAGATACGTGTCTTTCAACTCTTAATGATAAAGTTTCAAGACCTTGTAGTAATAAAAATG +AATTAAATGGACTTATACATGCCCCTGTATCCCTTAATAATTGTACTCTTAGCTTAGTTA +TATATGCGGCTCTACCAGCATCCTTTGTATAGCTCATTCCATGATAACTCTCATCTGGCT +CTACTAATACATTAAATTTGCCACTACCTTCCCAGTCAAAGTTGCCGGAATCTACTATAA +CGCCTCCTATAGATGTTCCATGTCCTCCTATAAATTTTGTAGCTGAATGTACAACTATAT +CAGCACCAAAATCAAATGGCCTAACTAAGTATGGAGTTCCAAAAGTATTATCAACTATTA +ACGGGATATTATGTTCATGGGCAATATTTGCTATAACTTCTATATCTGCAATATTAATTA +CTGGATTTCCGATAGTTTCAATATATAAAGCTTTTGTATTTTCATTTATAGCACTTCTAA +AGTTTTCTGGATTATCACAATCTACAAATGTAGTTTTAATCCCTAATCTTGGAAGAGTCG +TTGCAAATAAATTAAATGTTCCTCCATATAGAGTGCTCGCTGCTACTATTTCATCTCCTG +TTTGTAAGATATTAAGAATAGCATATGTTATTGCAGCAGAACCAGAAGCTACAGCCACTG +CACCTACTCCACCCTCAAGAAGTGCCATTCTTTGTTCAAATACATCTGAAGTTGGATTCA +TTATTCTTGTATAAATATTTCCTTCTTCTTTTAATGAAAATAAATTAGCACCGTGTTCTA +CACTATTAAATACGTATGAAGTTGTTTGATATATTGGTACTGCCCTAGAACCTGTTGTTG +GATCTGGACTTTGACCTCCATGAACTTGTATTGTATCAAAACCTAGTTTTCTATTTTCCA +TATTTGTATCCCCCTTTTAATGTTATAAATAAAGCCCTCTTTAATAAAAGAGGGCTTAGT +TTATATAAAGCATACTCTCTTATCTTTCTTATGGCTATTCCATAAGTAGGATTTAGCACC +ATGTATAAAATACTGGTTGCCGGGCTTCAAAGGGCCTATCCCTCCACCTCTCTTAATAAG +ATTTCAAAATTTTTATTTATTTTTATTAAGTACATTGTATTTTAGTTTATGATAATACAC +AAGAAGCTGATTTTTTTTATTTATGATAAATTATCATATTAAGTGCAACATCTAAAAATA +TGTAAAAAAATAGTTCATAAGTTTATGTTCATGTTACAGTAATAATAACCACA +>MGYG000000001_83 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGCTTATAGCTCCTTTTTTTAGTGTTCTTTTTTATAAGAATAAATTCAATATATAATAT +TAAATAAGATATATAAATGATTAATTGCATAGACATCATGTTAACGATGATAATATTGAC +ATAGATTTCGTATAGCATATATAATTAAATATAAAAATTTGCTTAAATTAGTTCGTTATT +TAGTGAACTGCTTAATGTCTCAGAGTGCAAATAAACGATGTTCGTTAAAATTAAAAAATA +TTAAATAAAAGCTAATATTCTAAAATTTATACAAAATTATTACTCAAGTAGTCTATAATA +ATATTGATAGTATATTAAAATTAAATTAGATATCTAATTTTAAAATATAGTACATTTAAG +GGGGCATTTGGTATGATTCTTATGATTGATAACTATGATTCGTTCGTTTATAACTTAGTT +CAATATATAGGAGAATTAGGAGAAGAGATAGTAGTAAAAAGAAATAATGAAATAACACTA +GAAGATATAGAAAATTTAGATCCAGAAATAATTGTTTTATCACCGGGACCATGTTCACCA +AAGGAAGCTGGCGTTTGTATAGATGTAGTAAATCATTTTAAAGGAAAGAAACCAATACTA +GGTATTTGCTTAGGACATCAAACTATTGGACATATTTTTGGAGGCAATGTCATAAAAGCA +ATAGAACCAGTACATGGAAAGGTACACAGTATAAAGCATAATAATAAAGGAGTTTTTAGA +AATCTAAATAATCCATTAAACGTTACTAGATATCATTCACTAGTAGTTGAAGAAGAAAGT +TTACCTAAAGATTTAGAAGTTACAGCTTTTACTAATGAAGGTGAGATAATGGGTATTAGA +CATAAAAAACACCTTATAGAAGGAGTTCAATTCCATCCAGAAGCTATTTTATCAGAGCAA +GGTCATGAGATACTTAGAAACTTTATAAAAGAAGCTAGAGAAAGGGTGGAAATATAATAT +GATAAAAGAAATAAAAACGGATTTAAATGCTTTTGAGATATTTACAATATTCAAAGATGA +AAAAGATAGTTTTATTTTAGATAGTGCTATGGATAAAGAAAAATTAGGTAGATATTCTTT +TATAAGTAGTAATCCATTTAAAACTTTAAAATACAAAAACACTGAGGAAAATCCACTAGA +TTATTTACAAGAAGAATTAAATAAATATAAAGCTGTAAATAATACTCATTTACCATTTAT +AGGAGGCGCTGTAGGTTATTTATCTTATGATTTAGGTAATTATATAGAAAAACTTCCAAG +AAGTGCTGTAGATGACTTGAATGTGTATGATTTATATTTTGGTTTATATAATTATGTAAT +TGTAGTAGATCATCTAGAAGAAAAAACTTATATAGCAACTCCAGATTTAGATATAGAAAA +AGAAAAACTTGTTATGTCTGAAGTAGAAGAAAGAATATTAAAAGCTGGAAAAGAAGGAGT +AGGCTCTATTTGTTATGAAGAAAAAGAGGTAGAACCTATAAGACTTAAGTCAAACTTTAC +TAAATGTGAATTTGAGAATTCAGTTCAAAGAGTAAAAGACTATATAAGATCAGGAGATAT +ATATCAAGCAAATTTAACTCAAAGATTTAATGGAAGAACGACTTTATCAAGTTATGAGTT +ATATAGAGATTTAAGAAAAATCAGTCCAGCACCTTTTGGAGCATACTTAAACTTTGATGA +TTTTAATATTTTATCTAATTCACCGGAAAGATTTATAAAATGTATAGATAGAAAGGTTGA +AACTAGACCTATAAAAGGGACAAGACCTAGAGGTAAAAACGAAGAAGAAGATTTAAAATT +ACAAGAAGAATTAAGAAATAGTGAAAAAGATAGAGCGGAACTACTTATGATAGTAGACCT +TGAAAGAAATGATATTGGTAGAATATCAAAAATAGGCAGTGTAAAAGTACCGGAATTATT +TGTAATAGAGCCATATGCAAATGTAAATCACTTAGTATCAACGGTAGTAGGAGAACTTCA +AGATGATAAAGATGCAGTAGACGTAATAAAAGCAACTTTCCCTGGAGGTTCTATAACTGG +AGCGCCAAAGATAAGATCTATGGAAATTATAGATGAACTAGAGCCAACTCAAAGAAATGT +TTATACTGGTTCAATTGGATACATAGGATTTAATGGAGATATGGATTTAAATATAGCTAT +TAGAACTATTGTTAAAAAAGATCAAGATGTATACTTCCAAGTTGGTGGTGGTATGACATG +GGGGTCTGATCCAAGTGATGAATATCAAGAAACATTAGATAAGGCTAAATCTATAATGAA +AGCTTTAAGAGGTTATTATGAAGAATAGTGCAAGTTTTAATAGTGATTTAAGTAAATTTG +GAATTGGATTATTTGAAACTATTAAGGTAGAAAAATACCCTATAGATTTAGATTTACATA +TGGATAGAATGTTTAATTCTATAAAAGAATTAAATATTAATATTCAATATAGTAAAGAGT +TTTTAAAAAATGAAATTTTAAAATATATAGATATAAATGGCATTGAAAATAAAGCACTTA +GACTAACTGTATTTGATGAAGGGTATAATATTTCTATTAGAGATATACCGTATAATAATG +AAACTTATGAAAAAGGATTTAAATTAATAATATCTCCTATAAAAAGAGGAAATAGTATAA +TTTATAAGCATAAAACTACAAACTATTATGAGAGTATCTACAGTAAAAGATATGCGAATA +AAAGAGGTTTTGATGATGGATTATTTGTAGACACTGATGGAAAAATTCTTGAATGTTCTA +TGAGTAATATATTTTTCATAAAAGGAAATTGTATATATACACCAAGCAGTAATCTTCCTA +TTTTAAACGGTATTATGAAAAAAAGGATTTTGGATATTTGTGGCGAAATAAATATACCAT +TGGTAGAGAAAAATATAAAAATAAGAGATATTGCAGAGTATGACTTTGTATTTATTACAA +ATAGTTTAATGAATGTTATGAAGGTAACGCAAATTGAAGATATATTTTATGAAATATCAA +ATGATTTATTTGATAAAATAGTGGCTTGTATATAATTAAATTACAGCTAGTGGAGAAATG +ATATGACAAATAAAATTTATGAAATTTGTAAATTAGAAATAGAAAAATTAAAGCAAAATT +CGAACACTATATCTGTATTTTTAGTTGGATCATCTAAGAATATAGACTTAAAGTTAGCTG +ATAACAATATAAATGATATTGATATTTTTGTATTTGTAAATCAAGGGGAAAATCAAGTAA +GAGAGATAAAAAGAATTGAAGGAATAGAGTTTGACATAAACTATTTTTCAAGAAGGGGAT +TTAAGCATCTAATGGATAATAAGGAATATTTTTTCTTAAATGGAATGAAGGATGCTAAAG +TAATTTTTGACAGAAATAATACGGCGACATGTATTATACAATTGTGTAGAACAAAATACC +AAGAAGGGCCAAATCAAATTTCAGATGGAGAGAAGTGTTTTCTTAAATCTGAGATGGAAT +CTAATATAAGTAGATTAAAAAATAAAGAAAAGTTTGATTTGTTTGAATATGAATTTTTAG +TAAATTTATATTTAAAAGAATTAATAGTTGGGTATTTTACTATAAACAACAAGTGGATAC +CAAAGGATAAGAAATTATTTAAAGAATTAAAAAAAGAAGATAGTTACCTTTATGATTTAG +CAAACGAAATTAAAGGTGAAGAAAAATATGAAAAGTTGTTAGAGATTTATGACTATATTT +TCAAAGATATAGTTATGAAAAATTATATAAAAATAACTTACTAGTCAAGGGGGTTAAACC +AATGAGTAAAGTAGATAAGAAGAAGATAGAAAATGCAATAAGAGATATATTAGAAGCTAT +AGGAGAAGACCCAGATAGAGAAGGTCTTATAGACACTCCAAGTAGAGTAGCAAGAATGTA +TGAAGAAATATATGGAGGTATTCATCAAGATCCAAGAGAACATTTAAAGGTTCTTTTCCA +AGATGAAAAGCATGAAGAAATGGTAATAGTAAAAGATATTCCTTTTTACTCATGCTGTGA +GCATCATCTAGTACCATTCTTTGGTAAAGCGCACATAGCGTATATTCCAAAGGGAGGAAG +ACTAACTGGTTTATCTAAACTTGCTAGAGTGGTTGAAACTTTTGCTAAGAGGCCTCAACT +TCAAGAGAGAATAACTAAAGGAATAGCAGATATAATAATGGAAGAGTTACAACCTTATGG +AGTAATGGTAGTTGTAGAAGCTGAACATATGTGCATGACTATGAGAGGTGTTAAAAAACC +AGGATCAAAAACTGTTACTTCAGCAGTAAGAGGAGCATTTGAACATGATCCATCAACAAG +AGCTGAGGCTATGAGCCTAATAAATATAAGATAGTAAAATTTATAAATTAGGAGATAAAT +GACATGTTTGATTATGGTAATAGAACTTATATAATGGGAATTTTAAATGTTACTCCAGAT +AGTTTTTCAGATGGTGGTAATTTTAATAAAATAGATGTAGCTATAAAACATGCTAGAAAA +ATGATAGAAGATGGAGCTGATATTATAGATATCGGTGGCGAATCTACAAGACCTGGTCAC +AAGTATGTAGAAGCAGACGAAGAAATAGAAAGAGTAATACCAGTAATAAAAGAGCTTAAA +AAAGAAATTAATGTCCCTATATCAGTAGATACTTATAAGGCAAGTGTTGCTGAGGAAGCC +TTAAAATTAGGTGTTGAAATGATAAATGATGTATGGGGATTAAAAAGAGATAAAGACATG +GCAAAAACTATTGCAAAATATGATGCACATGTTTGTATAATGCATAATCAAGATGGAACT +CATTATGATAAAGATATAATGGAAAGTATGAAAGAGTCACTTAAGGAAAGTATAGATATG +GCTCTAGAAGCTGGTGTGAAAAATGAAAAAATAGTTTTAGACCCAGGAATAGGATTTGGT +AAGACTTTTGAACAAAATTTAGAAGTGTTAAGAAGATTAAATGAGCTTAATGATTTAGGC +TATCCTGTTTTACTTGGAACATCTAGAAAATCTGTAATAGGAAATGTACTTAATGTAGAA +CCTAAAGAAAGATTAGAAGGAACTATAGCAACAACAGTTTTAGGAGTTAGAGACGGAGTT +GATATAGTTAGAGTACATGACGTAAAAGAAAACTTAAAAGCAGCTAAAATGGCAGATGCT +ATTTATAGAAAGTAGGTCTAAAAATTATGGATAAAATATTATTAAGCAATTTAGGATTTT +ATGGATATCATGGAGTGTTAAAAGAAGAAAGTGTTTTAGGACAAAAATTCTTTATAGATA +TGGAACTTCTTATAGATACAAAAGAGGCAGGTATAACTGATGATATGAATAAATCTGTTA +GTTATGCAGATGTTTATGAGGTAGTAAAAGAAATTACTGAAAAGAGAAGATTTAATCTTA +TAGAAGCCTTAGCAGAGAATATTGCTAAAGAAGTATTAGATAAGTTTGAACTTATAAATG +AAGTAATGGTTAGAGTTAAAAAGCCTGAGGCACCTGTAAATGGAATTTATGACTACTTTG +GTGTAGAAATAAGGAGAGGTAGATATGAATAAAAGTTACTTAGGTCTTGGAACTAACATG +GGTGATAGAGATAAGTACCTATCAGATGCATGTGAGCTTTTAAATAATCATGAAAAAATT +AATATAACAAAGAAATCAAAGATTTATGAAACAAAGGCTTGGGGATACACTGAACAAGCA +GATTTTTTAAATGTATGTCTAGAGGTTGATACAAGCTTAAATGAGTACGAATTATTAAGC +GTATGCCAAGAGGTAGAGCAAAAGCTAGATAGAAAAAGAATTATAAGATGGGGACCAAGA +ACTATAGATGTAGATATATTATTTTTCAACGATATAGTGTTAAATGATGAAAATTTACTA +ATTCCTCATCCTAGAATAAAAGAAAGAGCTTTTGTATTAATACCTCTTATGGATTTAAAT +AGTAAACTTTCTATTGATGGTAAAACTATAGATGTACATTTAAACTCTCTAACTAAAAAA +GAACGAGATGAGGTAAAGGAGTTTACAGGTGATGAAAAAGACACTATTTAATGACAACGA +TAAAATTGAAATCAACACATGTGATAAAAAATTAGTAGTAAAAGAAGATAAGATTATAAT +GGCAGGACCTTGCGCAATAGAAAGCTATGAACAACTTTTAGAAACTGCTAAATTTGTTAA +ATCACAAGGGGCAAATGTTCTAAGAGGAGGGGCTTTTAAGCCTAGAACATCACCAAATTC +ATTTAAAGGATTAAAAGAAGAAGGTCTTGAAATTTTAAAGGCTGTAAAAGAAGAAACTGG +ACTAGCTGTTATAACTGAGCTTATGGATATAAGAGATTTAGAAAAATTATATGAAGTAAG +TGATATAATTCAAATTGGTTCTAGAAATATGCAAAACTTTACACTTTTAACTGAGATAGG +AAAACAAGATAAGCCTATTATGTTAAAAAGGGGAATTGCCGCAACGATAAGTGAATGGAT +TGGAGCTGCTGAATATATAGCAGTAGAAGGTAATAATAAGATTATAATGTGTGAAAGAGG +AATAAGAACTTATAACGATTATACTAGAAACACACTTGATTTAGCAGCAGTACCAATAAT +ACAAAAGGAAACTAACTTACCAGTTATAGTAGACCCAAGTCACGGTACAGGTGTTAGGTA +CCTTGTGAAACCTATGTCACTTGCAGCTTTTGCCTGTGGTGCAGATGGTTTAATGATAGA +AGTTCATCCAAATCCAAGTGAAGCTTTATCAGATGGAATGCAGTCACTTCATTTTGATGA +ATTTGAAGATTTAATGAAGTCAATAAATGTAAATACTAAAGATTATATAAAAACTTTCTA +AAAGAGGCATTTAGCCTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACA +AAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCAT +CCAA +>MGYG000000001_84 +AAGACCCCAGGAAGACTACCTGGTTGATAGGTCGGAGGTGGAAGTGCAGTAATGTATGTA +GCTTACCGATACTAATAGGTCGAGGACTTGACCAAATTTAAATGATGATTTAAGCAACGG +GATATGAGCGGAGCGAAAAGACGTTGGCGCCATGAACGAAATGAATTTCATAAATGATAT +GCAGTTTTTAGAGTATTAACTCTAAAACTTAATATAAGTTAATCGAAAGATTATGTGGTT +ACTATAGCAAAGAGGATACACCTGTTCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCG +CTGATGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGACGTAGCCACGTAATCTTTTTT +TATTGATAAAAATTAGGAGTATAAATGTACTATTACTTTAAGTAAGTACAATTTATGCTC +TTTTTTATTTATCACTTTAATTTATAGTATCTATTGTATTCATACGGTTTTAATTAATTG +ATATTTTACCATCATATATTGACAAAAATTTAAAGCATATAATAATTATTAACTACTTTT +TTAATATATATATATTCCGTACAAATTTTCTTTTATATAATAAATTAAATAATCAAAATA +ATATGTAGAGTTTAATAGTAAAAAGTTATACTATTGTAAATAGCTTATAATAAAAGGAGG +ATGGTGTATGGCTGATCAAAGGTTAAATAAATTAGCAAAACTTTTAGTTGAATATTCTGT +AGAAGTAAAAGAGGGCGATATTGTATATGTATGTGCTGATGAGGTAGCAACACCATGGGT +TATAGAAGTTGTAAAAGAAGCTACTAAAAAAGGTGCCCATGTAGAATACACATTAGAATC +AGATGAGATAAAAGAAATTCAACTAAAGTATGGAAGTGAAAAACAGCTTAAGAGTGGCAA +TATGATATATGAATCTATATTAAGTAAAGCTGATGTATGGTTAACAGCTTGGGGGAATAG +AAATACAAGGATGCTATCTAGGATAGATTCTAATAAATTAAAAATACATCAACAAGGAGC +TAGTGTATGGAGAAAGATTTACTCAGATAGAACTGGTGATGGAAGCTTAAGATGGTGTGG +GACTCAATATCCAACATATGCAGATGCACAAGAGGCTTCTATGAGTATGAGTGAGTATGA +AGATTTTGTTTACGGAGCAGGATTATTAGATAGCGAAGATCCCGTGTCTGAATGGAAAAA +AATAAGTAAAGAACAAGATCGATGGGTAAAATACTTAGACAGTAAAAGTAGCCTACATAT +AGTATCTGAAGGTACAGATATAATGATAGGAATAAATGGTAGAAAGTGGATAAATTGTGA +CGGAAAACAAAATTTCCCAGATGGTGAAATTTTCACATCGCCATTAGAGAATAACATTAA +TGGATATATAACATTTTCATTTCCAGGAATATTTGCAGGTAGACAGATAGAAGGAATAAA +ACTTGAAGTTAAAGACGGTAAGGTTATTAATGCTTGGGCAAATAAGGGAGAAGAATTGCT +AAAGTCATTGCTAGAGACTGATGAAGGATCAAGTTTCTTTGGAGAAGTAGCTATAGGAAC +TAATTACGGAATAAAGGATTTTACTTCAAATATGCTATTTGATGAAAAAATAGGTGGTAC +AGTACATATGGCAATAGGGGACTCAATGCCAGAAGCAGGAGGAAAAAATAAATCATCATT +ACATTGGGATATGCTTTGTGATATGAGGAATGGTGGGAAAATATATGCTGATGGTGAGTT +ATTCTATGAAAATGGAAAATTTATAGATTCAATTCTAGAAAAGTACAATATAAAATAAAA +TCCTATAAACAAGTAAAATTTAATAGATAAAAGGTAGTATCAATAAATTGTATAAATTCA +TTAATACTACCTTTTTTATTTATTTAGTAATTATTAATAGTGTTTGGTTGCATTATATTT +GAAATAAATACATTTAATCTGTCTAATGCCTCTAAAAAGTAATCTTCTTTACATGCATAT +GAGATACGAACATAATCATCAATACCAAAAGCTAGACCAGGTACAATAGCAACGTTATAC +TCTTCTAAAAATTTTTCACAAAATTCTATAGAAAAACTTTCTTTGTAATTAAACTTATCT +TTTATTTTAGATAAATCTATGAACACATAGAATGCACCTTCAGGATATACATATTCGATA +TTAGGTATAGTATCTAACTTGGATGTTATCAAATCTCTTCTGTATTTATATGTTCTTACC +ATATTATTTATATCATCACTACACTGTTTTAATGCGCCATAACCTATGTATTGTGATGTT +AAAGAAGGATGAGATACGAGATGACCTTGGATAGCATTTATACCTTTTGCTATTTCTTTA +TTAGATGCAGAGTATCCTAACCTAACACCTGTCATAGCAGCAGATTTAGCAAATCCGTTT +ATAGTTATAGTAATATCTTTTATTTCATCACTTAAAGATGCAACCGATACAAATTTATCT +GTATAACATATCTTTTCATAAATTTCATCTGCTAGTATATATATATTATGTTTTAAACAT +ATATTTGCAATATCAATCAATTCTTCTTTTTTATAAACAGCCCCTGTTGGATTAGAAGGA +TTAGTTAAAATAAGAAGCTTAGTTTTATCTGTTATATATTTTTCTAATAATTCTCCTGTT +AACTTGAAGTCGTTATCTTTTTCGGTTTCAATAGGTACTGGAACTGCATTTACAATTTTA +GTCATTTCAGAATAACTTACCCAATATGGTTTAGGAAGTAAAACCTCATCCCCTGGATTA +GTAACGGCTAATAAAGTATTAGTAATAGCATGTTTTGCGCCATTAGATACAACTATTTCA +TCTATAGAATAGTTACAATTATTTTCACTTAAAAGCTTTTTACAAATCTCTTCTCTTAAA +ATTTTAATTCCAGAAACTAAGTTGTATTTTGTCTCATTATTATTAAGAGAATCTATTCCG +ACTGATTTAGCTTTTTCTGGAACGTTAAAATCTGGCTCCCCTATGCTAAGATTAATAATA +TCTCTTCCTAAGTTTTTTAATTCGCTCACCTTTGAACTAATTCCGATAGTTACTGATGGA +GTAATAGATGATAATCTATTAGATAACATAAAATCCCCCCTTTGAATTGTATATTTAATA +TGTTATACGAAAATTCAGGAAAAACATACTCTAAATTTGAAAATAAGTAAATTCCTGTTT +TAATAAAAGTATTTAGTTAAATTGGCTAAATAAGTTAATGATAGTATATGTTTTGCTAAA +AGATCAATACTAATAATCTCAATACACTAATATTTATAAGAAAAAAGTATATATTTGAAG +TGTATTGAAGTATATAGGTGAAAAATATAATTAAGTATAAAATAAAATCTTAAATAAAGA +TATATATATATTTATATATACAATATATAGTGTCTACTATAAAACTATGATACAATATAT +GGTGATAAAGGGGGCGTTTCATAATGATTAAATTTGTAAAGAAAAGGGATGGAAGGATTA +TACCTTTCAATGAAGATAGGATAACTAGAGCTATTTTTCTAGCAGCTGAGAAAGTTGCGA +AGAAAGAAGAAGAAGTTCCAGATTATAATCTATCAGAACAGTTAACTCAAGAAGTTATAA +GAGTATTGAATTCTAAATATACAGATTCTATACCTGGAGTAGAGGATATACAGGATGTAG +TTATAAAAGTATTAATAGAAACTGGGCATGCAAAAACTAGTGAAGAATACATTATATATA +GAACTGAGAGAAGTAGAATCAGAAATTCAAAAACAAGATTAATGAAAGCGATAGAAGAAA +TTACTTTTGAAGACGCTAGTGATGCAGATATAAAAAGGGAGAATGCTAACATAGATGGGA +ATACTGCCATGGGAACAATGCTTCAATATGGAAGTGCTGTATCTAAAGAGTTCTGCAAGA +CTCATATATTAAAACCAGAGCACTCATACGCTCATGATAATGGAGACATACATATACACG +ACATGGATTTTTTTAATATGGGAACATTGACTTGCTGCCAAATTGACCTTAAAAAACTTT +TCGAAGGTGGATTTTCAACTGGTCATGGTTTTTTAAGAGAACCAAATGACATAATGAGTT +ATGGAGCACTGGCCGCTATAGCAATTCAAAGTAATCAAAATGATCAACATGGAGGTCAAA +GTATACCTTTTTTTGATTATGGATTAGCTAAGGGAGTATATAAGACATTTAGAAAGTTAT +ATATATCTAATATGTCAAAGGCATTAAAACTATTTAAGGATATAGATAACAAAGAAGCTA +TAAAAAATATCGTTTGTAAGATAGAAGATGAAAATTTAAAGCTGGGATTAGAGAAAAATG +AGTATTATATAAATAAGGAAAAAGAAATTCTAAAGGAAGAATTTAATATAGATGAAGATA +TAGCTAAAAAGATACAAGATTTTGCTTATAATGAGGCATATGAAGAAACCGATAGACAAA +CATACCAATCAATGGAAGGGTTTATACACAATTTAAACACTATGCACTCGAGAGCAGGAG +CTCAAGTGCCTTTTTCTAGTGTGAATTTTGGTACTGATACATCAGAAGAAGGTAGAATGA +TTAGTAAGAATTTATTATTGTGTTTAGAGCGTGGGTTAGGGGATGGAGAAACACCTATAT +TTCCGATATTGATATTTAAGGTAAAAGAAGGTATAAATTTAAACCCAGGAGATCCTAATT +ATGACTTATTTAAACTATCTTGTAAAGTGTCAGCTAAGAGATTATTCCCGAACTTTAGTT +TTTTAGATGCTCCTTTTAATGCAAAATATTATAAGGAAGGTCATCCAGAAACTGAAGCTA +CATATATGGGATGTAGAACTAGAGTTTTGAGTAATGTTTGTGGAGAAGAAGTTGTTAATG +GTAGAGGTAATTTATCATTTACAACTATTAACTTGCCTAGATTAGGTATAAAACATGGAA +TGATAAATAATAGAGAGGCAAACCTAGATGGGTTCTTTAAAGAATTAGATGAAAAAATAG +ACTTAGTTATAGATCAACTACTGGAAAGGATGGAGGTTCAAGGTAATAAGAAAATGAAGA +ACTTTCCATTCTTAATGGGTCAAGGTATATGGTTGGGCTCTGACCATCTAGGTCCAGAAG +ATAGATTAAAAGAAGTAATAAAACAAGGAACGCTAACAGTAGGGTTTATAGGATTAGCAG +AGTGTTTAATTGGGCTTATAGGAAAACATCATGGTGAAAGTAAAGAAGCTCAAGAATTAG +GTATAAAAATAATATCACATATGAGAGATAGAATGGATGAAGCTAGCGATAAGTATAAGT +TAAACTTTTCATTAATAGCAACGCCAGCAGAGGGGCTTTCAGGTAGATTTACTTCTATAG +ACAAAGCCTTATATGGCATTATAGAAGGAATAACAGATAAAGAGTACTATACTAATTCTT +TCCATGTTCCGGTTTATTATAAAATAAGTGCCTTTGAAAAAATAAGAATAGAGGCACCTT +ATCATGAATTTACTAATGCAGGTCATATCACCTATGTAGAGTTAGATGGAGATCCTACAA +ATAATGTAGAAGCATTTGAAACAATAATAAGAGCTATGAAAGAGTTAGGAATAGGATATG +GTAGTATAAATCATCCTGTAGATAGAGACCCTATTTGCAAATACTCAGGAATTATTGAAG +GCAGTATATGTCCTGCTTGTGGTAGAAATGAAGAAATAAGTGACATTAAGTTTGAAAGGA +TAAGAAGAATAACAGGATATTTAGTAGGAACAGTTGATAGATTTAATAATGCAAAAAGAG +CAGAGGTACGTGATAGAGTAAAGCATATATGATTTAAATGGAGGCGGTATTATGGAATTA +AGGGTGGCATCGCCTACTACTTTTGATAGTATAGTAGATGGACCAGGCCTGAGAATGGTA +ATTTGGACTCAAGGTTGCATCCATAATTGTGCTGGATGTCATAACCCACAAACACACTCT +TTAAATGGTGGATATAAATTAGAGGTTAATGAGGTTATAGATATAATTAGAAATTTAAAA +CTTCAAAAAGGAATTACTTTATCAGGGGGGGAGCCATTCTTACAATCAGAAGTACTAGAA +TTAATTGCAAAAGAAGCTAAAAGAAATAAATTAGATGTATGGGCTTATACAGGGTTTACT +TTTGAAGAATTGTTAGAACAAGAGGATAAAGATTATAATGATAGGATCAAATTGCTTAAT +CAAATAGATGTTTTAGTTGATGGAAAATTTGAATTAAGTAAAAGAGATATAAGTCTAAAA +TTTAGAGGTTCATATAATCAGAGAATAATAGATGTTCAAAGGAGCTTAAAAGAAAATGAT +ATTATTTTAAAATATGAATATATGGATGAGGTATTATCCATTGCAAAATAAACTAATGTT +ATATTAATAAAGTTATTGAAGAGATAAGTATATATTTTATTAATAAGATTAGTTAGATAT +ATTATAAAAACCTAGATATTAACCTAAAAAGGTGATTAACATCTAGGTTTTTATTTATAT +AATGAATAATTATTTGATAAAAAATGTATAGTAAGAGAGGTAATCTTCTATCTATATTAC +AAGATAAAATTTATTAATGATGAAAATAAATAAAGATTAAATTTAGAGGTTGATACTATA +GATTTGATGGAAGAAGCTTTTTATTTACATATTGTTACTTAGAATAAGAAATATAGATTA +AAAAATATAATGTTAATAAATACTTTGATAATGTGGATAAAATAGGGTTGATACAGTTAG +AATCTATAAGTGAAGTTGTAAATAATGTGGATAACTTATTTTGATTAGATATAGGATTAT +ATTTAATAAAAAAATATATAAAAAAAGTGTTGACGAGATGCTTTAAAGTTGATATAGTAT +TACTTGTCCGAGAGACACGGACGAAACAAACAAAACAAATTAAGAACTTTGAAAATTAAA +CAGTAGGTTAATTTATATAACTAATTCTTATTAAGAATTATTCGAAACAACCAAACGAAG +CCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTTGATCCTGGCTCA +GGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATT +>MGYG000000001_85 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACTAACTTAGCCT +CTTTTTATATTACTAATAACTATATATGCCATTATTCTTATATTCTCTATTATCTAAACT +AGTTTCTTTAATGCTGATATCTGTTTTAACTCCTTTAAAATAATTGCAATACTACTTAAA +GTTATCTTTGTATTTAGATCTTTAATTTCTTTAATATTTTTTTCTATATCTTTGATCATA +TCTTCTATAGGTTCATCTTCATAAGAAATTAATATGTTAATCTCTGAAAGAACATATTTT +ACATATTCTGGCTTTACCTTTGCTCTTATAATCCAAATATACAGTTCATAAATATTCGCT +ACTAAAAATCTTCTCTCTTTAACAAGTTCTTCATAATGACTATCATGTAGTATCTGATTA +TTTAACTTTAACTTTTCTTCAACTAAAGAAGTTACGATTAATAAGTTTTTTATACTATGA +GGTTTCTTTATACCTTCAGCAACATTATATATTTCTCTTAACATTTCTAACACTGACAAT +GTATGTATTTTTTCTAATTCTTTATTAGAATCTTCTAACTTATATGGGAAAATATATTTA +TTTGCTATTATAGCCATTAATGCACCTATCACAACAAAAGTTATCCTACTAAGGGTTAAT +CCTCCAACATTTCCTACCATGGCAGCTGAACCTATTGCTGATACCGTAACTAATATCATA +TTGTATTTATACTTGCTTATATAACTGTTTATGTATCCCGCTAACATTAAAATTATAGTT +CTAGTTGTCATATCTTCAAATATATAAAATAATACTGTAACTAATATACCACCTAATATG +GTAGCAATTACTCTATGCATAACCTTACTTTTAGAAACTTCATATAACGGATTAACTAAA +GATAAAATAGTAAACATAATCCATCTACCTTCTGATAACCTGAAAAAGTCTGTTATAAAA +GCTCCTAAAGTTATAGTAATAGCTACACGCATAGCATAGCAAAATCTAAAAGATTTGTGG +TCACTTCGCATGTATCTAAATAAACTATCATTTTTATATTTGGGTATGGATTCAACTTGC +TTAACTAAATTATAGTTTTCTTTTTTCAAATTATTTAATTCATACATTGCATCTACTAAA +AGAATTGTACTATCTAAAATTTGCAACGTCATCAAATCATCAATATTTTTTTCCCTACAT +TCTGATAAGAATATATTCATATCATCATATAAATCTTTTTCACTTTCTTTTCCTTCTAAA +ATAGACTTTGTTTCATGTGTTAAACATTCTAACTTATTTAGTATAAATAAAACATTCAAT +GGTTCTTTTACTACACTAAGTATTGTATATATATTTTCTAAAGTCACCGATAAATTAAGT +TTTATTCTACCTTCTTCAGTTAAGTAATAATCAACTTCTCTTTTATCATATACCATCTTT +CTAAAGGCATTTATATTAGCTTCGATTCCATCGTTTGTTGTATCTTTTTGAGAGTTGTTT +TTTAAAAATTCTATTCTTGATAATATGCTATCGCATACATTTAATAAAATTTTATTACCG +CTTTTAGAAATTCTATTTTTATTTACAATTAGTTGTAGAATAATTACAAAAATCCCTCCA +AATGCTAGGGCAATTAATCTCTTTGGTATTTGCTCAATACTTACCGGGGAAGACAATAAG +AATAAGTATTGAAGTGTAAATGGAAAATACATAGGACTTTCCAAGTTATAGCATAAAAGA +TAGCTAATAATAAACAATGTAATAAAATTTATAATAATTCCTAACCATATATTCGAAGCT +GCAAGCATTGTAGCAATTCCAATAAATAAATTAAGTAAAATAAGTCTTGATGCATTTCTT +ACTGGAGATAAAGTCAAGTCTTTTCCTAAAAACATAAGTGCTGCAGTTATAGTTGTTACT +CCTACTAGACTATTTTCATCCCCAAATATTAGTTTGAATAATACTACATAGACAACTACA +AATATAAAAGTTACACTTTTCGATATCACTAATTTTTTATTCATTTTTCTCCTCCTTCTT +TATGATATTTACTATGCATATAGGTATAATGATTAATTATTTCACTTATAATCTTTATTT +TAATTACTTTATATGATACTTATTCATAATAAAAAAGAGTAAATCAAAATAATTCTATAC +TTAATAGACTATTTTGACATACTCTTTATATTTTATCAATATATATTTTTTTAAGCAGTT +ACATCTTCTATTGATTTGCTTAAATTTTCTATGAAATCTTCAGTTACAGTATTACCTGCT +AATTTATATGCTAATAGACATGCCCCTTCATCTGGACCTAAAACTGGCTTTATTAATTTA +ACATTAAAATCTAATAATTCTTTTCTTAAAGGTTTAAGTATCATTTCTTTACTATTAAAT +ACTCCACCAGAGTAAGAAACTAGTATTTCTTTATCAAAATCTAATTCATTTACTATCATC +TTTACTAATAAACTAAGCTCATATGCTGCATCTTCAAATATTTTTATAGCATTTTTATCG +CCTTGCAATGCACTTTCATGACATATACTAGAAAACTCAGCAATCTTACCTCTATCCTTT +TGAATTTTATTTAATACATAATCAATTATATCAAAATCATCTTCTAGATTTAACTTTTCT +CTTATATTGTAATATAAATCGCCCTTTTCAAGTCTATTATCAGCTTCTTTAGAAAATATT +TCTAATGTCTTTTTCCCTATCCAGTGAGCTGAACCTTCATCACCTACATAATCTCCCCAT +CCGCCACATCTAGCAAAAGTTCCTGTTGAATCTTTTCCTAGTCCAATAGATCCAGTTCCA +CTTACTATATTTACACCATCTTTACCAGCTAATGAACCCGCAAGACCTACTTCTACATCA +TTTCCTATTTCATACTTTATATCACTAAATATACTTTCTACTACTTCTTCAATTTTAAGT +TTTACACTTTTTACTTCGCCATATCCTGGTAAGCCTAAAAATACACTCTTTATTAAGTTT +CTGCTCACATCACTATTTTTAAGTATCTCTTCTATTCCCTCTGTAATAACAGTTTTTAAT +CCATCAAAACCTATTTGTGCATAATGTGTTGTTCCTGTTTTATATTGTCCTATTTTTAAT +CCTTGTTCATTAATCAAAGTAAAACTAGTCTTTGTTCCTCCACCATCTATACCTATATAA +TACATAAATTTTCCCCCTTAAGTTATATATCCATAATAAAGCTATGAAGATAAATCCATA +TAGCTTCATAGCTTTTTAAATTTATTTCTTATATATTTGTACTATAGCTTAATGCTTTGT +TTTCACTATTACACATCTTAATCTTTTCAACTACAACATCATATTCTTGCTTGATGGCAA +AACTCTTTTTATTTCACACATATATTTTCCCCCTGACAGATACTTATCTCTATATCTAAG +TTCTCTATCGCCTTTATAAACTCCTTCATCTTTGTCCTTAGTTCTATCCTTACATCTTCA +TATGCTTTTGCTTTAATTAAATTAACTCTTTCTAATGGGTCATTTTCTAAATCATATAAA +TAATATTCCTCATAATTTAAACTATGACTTTCTTCATAAGGTAATTTAGTTGGATCTATT +ATACAATACTTGTACTTTTTAGTTCTAATAGCTCTTCCCACATAACTCTCACTAATCTGT +ATAAATACTTCATCTCTACTTAAATCATTATTTGCCAAGTCAAGTAATGATACTCCTTGC +ATATACTCTGGTGGACTTTTCTGAGCAAGTTCCACTATAGTCTTTGGAATATCTATTAGA +CTAGCAAGTTCTTTAATAACCTTACCACCTTTAAAGCCGGGTCCATACGCTATCATTGGA +ACTCTTATGGTATTTTCATAAAAACTTCTCTTATAATCATCTGCACCACCATATGGAAGT +TCTTTATTTTTAGTTTTAAAGTGACATCCGTGATCACTTGTATAAATTATCACTGTATTA +TCATCAATCTCTAATTCTCTTAGTTTTTCTCTTATCCTTCCTAAATTATAATCTAAAGAC +TTGCAACAACCTAAATAATCTGGATAATTTATTTCATAATCTCCATCTATACCTTTTAAG +TCATCTGGTAAGACATAATTTTTAAATTCTTCCTTAGATCCTGTTGGCCCCTCATAAGTT +TTTCTATCATTTTGATGATGAGGCTCAATGTGGGATAAAAATAATAAAAATGGCTTCTTT +TTATCTCTGTTATCTAAAAACTCCAAGGCAAAATCTGTAATTTTATCTGCTCTATACCCT +TTAAAATCTACTCTCTTCATATCTTTATTGAATATATACCCATCATATCCATGAGAAGTA +AATTCTAAAATATCAGATGCCATCCAATAGTCTTTATATCCACCCCTTTTATTTTCGGGA +ACTGGAGAAATTGAAAAATCACATTCATCCTTAGTTGATGCAAGATGCCATTTACCAACA +TAAGCTGTTTCATACCCTTCTTCATTTAAAAGTTTTGCAATTGTGGTTTCATCTTCTTTA +AGACCTATATCATTTACAAAACACTCTGTTTGAGTGGCATATTTACCTGTTTGCATGCAA +CTTCTAGCTGGACCACATACAGGTTGGCAAGTAAATGCATTTTCAAATTTAACACCTTCG +CTTGCCATATAATCAAGATTAGGAGTAACTTCTAACTCTTGACCATATGCTCCCACAGTA +TCATATCTTTGTTGATCTGAAAAAAATACTATAATATTTGGTTTCATAATAATTACCCCT +TAAGTCCTCCAACGTTAACTGCTTCTGTAAGCTTCTTATTAAGGAAAGCATAAACAATAA +CTGTTGGAATTATTACTATTACCATACCTGCGAATAATGCTCCCCAGTCAGTTGAGAATC +TTTGAACTTCCATTAAGTTTTGAAGACCAACTGGTAATGTTTGTTTCTCAGGCAGAGTTA +GTAAAGTAAATGCCATTGCATATTCATTCCAGAATCCCATAAAGTTAAATATTAAAACTG +TTAACATTCCTGGCTTTATCATAGGAAGTACAACGTGTCTTATTGTTTGAAGTCTAGTAC +ATCCATCTATTTCTGCTGCTTCTTCATATTCTTTGGAAACCCCTTTTATAAACCCTGTCA +ATATAAAAATTGAGAATGGAAGCTGTATTATAGCGTATATTAAACCTAAAGCTGTTAAGT +TATTCAATAAGTTTAACTTTGCTACTAATAAAAATAATGGTACTAATATGTATGTTGGTT +GAATAAATAGCCCTAATGTCATAGCTAACATTATAAGCTCTCCTCCAAAGAATTTAAATC +TAGCTAAACAATATGAAGTTGGCACTGCTAATAACATTAAAAATCCTGTTGATACTAATG +TTACGTATATAGAGTTAAAGAAGAATGCCGACATATTTGCTTTTTCCCAAGCAGATACAT +AGTTAGTAAAATTAAATGCTCCTGGAAGAGCCCATGGATCTGCGAAGAACTCTTTTGAAG +TTTTGAAAGATTGCATTATTGTCCATAAAAGTGGTACTACAACCATAAATAAAAATGCTA +TTAATATTATTCTTAATACTGCACCTGTAAGTACACTTTTCGGTGTTATTTTATTACTTT +TTACCATTTATGTCTCCCCCCTTATAATTCTATAACATCACGTTCAGTGATTTTCTTAAC +TATTAAAGCAAGTACTATTGCTATTACAAATACAACTACTGAAATTGCCATTGCATAACC +ATAGTTCGCATTCATGAATGCTTGTATATCCATTGTAGTTAATAACATCTCAGATGCATG +ATCCGGTCCACCTTTTGTCATAACTTTTACAAATGTGAAACTTAAGTTAAACGCTCCTGT +AATAAAGAATGTGATTGTAACCCTAACAACCTCCCATATTAAAGGTAATGTAATTACAAA +AAATTGTCTTATTGGACTTGCACCATCCAATGTAACTGCTTCGTATAAGTCATCTGGTAT +TCTGTTAATTCCTGATATGTACATTACCATATAATAACCTGCTGCTTGCCAAACCATAGT +AAACGCTAGTGCCCACATAACAGTTCCACTTTCTCCAAGCCAGGTTCTCTTAAATGCACC +CATTCCTATAAAATCTAAAAATGAATTTAAAATTCCTAGATTAAAGTCATATACATACAT +GAACATCATACCTATTACAACCATAGAAAGAACATTTGGTAAGAAGTATACCAATCGGTA +TAACGTTTTCTCCCATTCGAAAATTTTTCCTTGTGTAAGTATTACTGCAAAGAATAAAGC +TAAAATCATTGTTACTAGTGGAAATACTCCTAATAAAAAGAAAGTATTTTTAAGAGACTT +CCAAAATATTGGATCATTAAATAAAGTTACAAAGTTATCAAATCCTATAAATGTTGGTGA +ACTACTAAGCCCTGTAGATCTATAAAGAGACATTTTCGCTGCACTTAACATAGGATAAAT +TTTAAAAAGTAAAAATAGTAAAAATGTTGGTACTACACTCCAAAATATAAATATATTTCT +GCTTCTTTCTCTAGGTGTTTTACCTAGAATACTTTTAAATTTAGATTCTTTTTTCTGTGG +TTTCTTCGGTACTGATGTCTTAATATCCACAGTTACTCCCCCTTTGTATTTTAATTAAAA +TTCTATACTTAAATAATAGTAATCTTTAGTCTTTATTAAAATAGATTAATATTACCCTTA +TATAGATTTTCTTTACTTTTATACATTACACCCATTAAAATAAACATTTTCCTTTAGTAA +TTGCATTTTTCTTCATATATGTTATATTTAATAGTGATATACTTTATTATTTTGGTTTTG +TTAATTAGATATGATGAGAATTATTCTCGAATTGATAAATAAACCGATAGGTTAAATTAA +GTTTCATATTTTTAAAAATTTGCATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAG +G +>MGYG000000001_86 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACCTTAACAGGCC +CTCTTTTATAATTAAATAATAATCTATATTATTTTATTAGTTAATGCTACTTTCTGAACA +TTCCAATACTTTCTTTTCAGCAGTTTGACCAAAAGCTGTTAAGTATATTACTTTTAATTC +TTCAACTAATGGTAATCTTGGGTTAGCTGGAGTACACTGATCATCGAAAGCATCTAAAGA +TAATTTATCTACTTTTGATAAGAATTGTTCTTCTAATACTCCACACTCTTTTATTGTTTT +TGGTATATTTAATTCAACTAATAAGTTGTTTACTGCGTCTATTAAGCTTTGAACACCTTC +TTCTACAGTATTAGCTTTTAAGCCTAAGAATCTAGCTATTTCAGCATATTTTTTATCAGC +TACGAACTCCTTATATTTAGGGAACGCAACGAATTTAGAAGGTTTAGTAGCGTTGTACTT +TATAACATGTGGTAATAATATAGCATTTGCTCTACCATGTGGTATATGGAATTCTCCACC +TAGCTTATGAGCTAATGAATGGTTTATTCCTAAGAAAGCATTTGTAAATGCCATACCTGC +CATACAAGATGCATTGTGCATTTTTTCTCTTGCTTCTTTATCATCTCCATTTCTATAAGC +TTTTGGTAAGTAATCAAATACTAATTGTATTGCTTTCAATGCTAATGCATCTGTATAATC +TGTTGCCATTATTGAAACATAAGCTTCTATAGCATGAGTTAATACATCAACTCCTGTATC +TGCTGTAACACCTGCTGGTACTGTCATAACTAAAGTTGGGTCTATTATAGCCACATCTGG +AGTTAACTCGTAGTCAGCTAAAGGATACTTCATATTATTTACTTTATCTGTAACAACTGC +GAAAGAAGTAACTTCTGAACCAGTTCCTGAAGTAGTTGGTATTGCCACTAATTGCGCTTG +TCTTCCTAATTTAGGGAACTTAAATACTCTCTTTCTTATATCTGCAAACTTTAATCTTAA +ATCATCAAAGTTAGCTTCTGGATTTTCGTAGAATAACCACATAGCTTTAGCAGCATCCAT +TGCTGAACCTCCACCAAGAGCTATTATAGTGTCAGGCTTGAATTTTCTCATAGCTTCTGC +ACCATTTAACACTGTTTCTACTGATGGATCTGGCTCTACGTCACAGAATACATCTATCAT +CACAGGATTTCTTCTTTTTCTTAATTGGTGAGTTATTTTATCTACATTTCCTAACTGAAC +CATAACTCTATCAGTTACTATCATTACTCTATTAGCATTTGGTAATTTTTCTAAGTAGCT +TATAGAACCGAATTCATGGTATATTCTTTCTGGAACTTTGAACCATTGCATATTTACTTT +TCTCATTGCAACTTTCTTAACATTGATTAAGTTACTTGCTGATACATTTTCTGTTGTTGA +GTTATTCCCCATAGATCCACATCCTAACGTTAATGATGGTATATTTGCATTGTATATATC +ACCTATTGCCCCATGAGTAGATGGCGCATTCACAAGTAATCTACCTGTTCTTACTCTTTT +ACTGAATTCTAATATTATATCATCATCGTTACAATGTATAACAGCTGAATGTCCTAGTCC +TCCAAATTCAGTCATTTCTACACATTTTTGTATTCCTTCTTGAGCATTTTTAACCTTGAA +ACAAGCAAGCACTGGACTTAACTTTTCTTTTGATAAAGGATCTTCCATCCCTACCTTTTC +AAGTTCTGCAACTATCATTTTTGCATCTTTAGGAACATTTATCCCTGCCATTTGTCCTAT +TGTATATGGACTTTGTCCTACTATATTTGGATTTAATGAACAAGTTTCATTATTTATAAC +TAATCCTTGTAATTTTTCTTTTTCTTCTTTATTTACAAAGTAGCATCCATAGTATTTCAT +TAAATCTGTTACTTCATTGTATATTTCTTCATCTATTATTACTGCTTGCTCAGAAGCACA +TATCATTCCATTATCGAAAGTTTTTGATAATATTAAATCATTTACTGCTTGCTTTATATC +TGCAGTTTTATTTATATAACAAGGAACATTTCCTGCTCCAACCCCAAGAGCTGGTTTTCC +TGAAGAGTATGCTGATTTAACCATTCCTGGTCCACCAGTAGCAAGTATTACTGATACTCC +GTCATGCTTCATTAATAAGTTAGTAGCTTCTATTGATGGTTTTTCTATCCATTGTATACA +GTCTTCTGGTGCTCCTGCCTTTACAGCTGCATCTCTTAATATTCTTGCTGCTTCTGAAGA +ACATTTTTGAGCTGATGGATGGAAGCTGAATATGATTGGGTTTCTACCCTTCATTGATAT +TAATGATTTAAACATTGTTGTAGAAGTTGGATTAGTAACTGGTGTTACCCCTGCAACTAC +ACCTACTGGCTCAGCTATTAGCATATATCCTTCTTCTTCATTTTTTTCTATTACTCCAAC +AGTTTTGTTGTATTTTATACTATTATAAATATATTCTGTAGCGAACATATTTTTAGTTAC +CTTATCTTCAAATATTCCCCTTTTAGTTTCATCTATTGCCATTTGTGCAAGTTCTATATG +TTTATCTAAACCAGCCATTGACATTTCTCTAACTATAGTATCTATTGCGTCTTGATCTAA +GCTTAGCATAGCTTGTTTAGCTTTTTCTGCTTTTACAACTAGCTCATCAATCATATTTTC +AACACTGAATTCATTATCTACTACTTTTAGTTTTCTTGACTCTTTGCTCATTTTCGTATC +CCCCATATAATTCATTTAAATATGTTAGTTATTTAACAAACTCATTATATAAATTATGAT +ACTTTAATTAAATATAAGTGTCAATAACTTTTGTTAAATTTTTTTCAATCTTTTAAATGA +AAACGTTTCTTTTTATATTATCTTTATAATGCTGTATTTTCTAATACTTTTAGGTCTTTT +CTCTAAGTAATATATTGAATTCTTTATTTTGTATACAAAATATTTTTATAAATTTCTCTT +CTCTTCATATTGTTAAATTTTATACATTAATACTTGTATACTATTAAGCTTTTATAAAGT +TTAATAAACAAAATAAAAATGTGGTGAGATAATTTCACCACATATCACAGTAAATACTAT +ATTCAACTTTAGTAAGTCACTTTTTTATCAATTATCACAGCATCTGCATATTTTTCTAAT +AAATCTATCGCATAATCTAAATATCTATTTAGTTCTTTGTCTTTGTCAAAAGCTATAATA +TTCATAAGTATATGCTTAGTATCTGATGTTATCATTGCCCTTTCTGAATCTGATGTAGTA +CTTCCAAATTTCCCAATTTCATCTTCAAATACAGGTAGATTTTCTAAATTAATTGATCCT +CTACCAATGCCATCATATCTCTGATTTTCTTCACCTACAGTGAAAATAATCTCTTTTCCT +AACTTGATTAAATCATAAGTCCCAACTGAATAAAAACTTTCTAATGATATTAAATTATTT +ATATCTACTACGTTATTTACTTTATATAAATTCATCCCTTTTACAACTCTTTTAGCAAGT +GATTCAGATGAAAGTCTATATCTACTTGGATCCTTTCCTAACTTTTTATATGCGATTCTA +GAAGTCTCTATATTTTTTATTTTCAATACTTCATCTTTCTTTATATTATTTTTTATTTCC +TCACATTTATCATTTATAATTTCCCATAAATGCTCATCTCCATCTCTAACAGATACTTCA +GCTTCTATTGATGCTACAGTCGTGTTTGGACATTTTTCTTTTAACTTATTGCTTATCTTA +ATATTTATCATATATTTACTCCTTTTTAAAAGATACATTTACTTCTTCATATCCAATATT +CTTTAATAAATTAACTAAACTCGCTTTTGTATTTTCTTTTATTTCTTCCATGAATCCTTC +CTTCAATATCTTATCTTCATATTCCTTCTTATATTTACTTATATCAGATAATATATCATT +TGTATCTAATTTATTAAAAATAGAATTTTTAATATCATATACATATAAGTTTTCGTCATC +TATGTAGTGATTCAATATTCTACACTGCTCTACTTCTATGTTTATCTTTTTTCCTGTATT +CTCAATTATCATTATATCTTCTGGCTTTATACCTCCATTAATGACCCCCTCATATTTAAT +TATAAAAGATTGTTCTGTAAAAGGTATTTTTATATCATTTATACTTTTATCTTTTTTTAC +TACCACAATGTTACTATAATTATATTTAACAGTGTTCAAATCCAAAACCTGACTTATAGT +AGATAATACTCTAGTATTATCATTATATCGATTATTTTCTTTCCCTAATATTCTTATACT +AAGCCCTACTGTTATTATGATTAACAAAATGGGTAATAATAGAACTACTTTATTATTTTT +TTTCCTTTTTATCAACAAATATATGCCTCCTTTTGGTATAATATTTAAGAATTAAATTTA +GTCTTAACCTATTATCAAGATGATTTTAGTTAATTTAATAGTTACTTTTTTATGAAAGGA +GTTTTTTTTAATGACATTATTAGTTTTCGGGCATAAAAATCCAGATACAGATTCAATATG +CTCATCAATTTCATTAACATACCTAAAAAATCAATTAGGCGAAAACGCAATAGCGTGTGC +TTTAGGAGAACCAAGAAAAGAAGCTCAATTTGCTTTAAACTACTTCAACGTTGAAGCTCC +TAAAATATTAGATAATGTAAAAATACAAGTTAAAGACTTAAGCTACGATAAGGTTAAGCC +TTTAACACCTGCAGCTTCAGTTATAGAAGCGTACTCTCTTATGAGTAATAAAGGAGTTAA +AACTTTACCTATAGTATCTGAGGATGGTAAATTTGAAGGAATAGTTACTATGCAAGAAAT +AGCAGAAGACCTTCTTCACCAACACTTCAATACTATACATACTTCTATATCTAATATATG +CAAGAACCTTAATGGTTCAGTCCTTGTAAATTGTGACGAAGAAGTAACAGGAAGAGTTGT +TACTTTATCATTTAACATGGATGCAGTAATGGATGTACTAAGCGAAGGTGATATCGCTAT +AGTTGGTAACAGATCTGATGTTATAGAATATGCTATAGACTCTAAGGTTAAGCTTTTAGT +TTTAACTGGTGGGGCAACTATAAGTGAGGAATTAATAGGTACAGCTAAACAAAATGGTGT +GTCTGTAGTATCAGTTGAATGTGATACTTATAAAACATCTAACATAATAAATCAATGTAA +TTACTTATCAGAAATAATCATTAAAGATAACTTAGTTGTTTTCCATGAAAATGATTACGC +TGATGATGTAAAAGAAACTATGTTAAACACTAACTTTAGAGCTTATCCTGTAGTAGATGA +TAACAATAACTTCTTAGGATTAGTTTCTAGAAAGCATCTTTTAAACCCAACTAAGAAAAA +TGTAGTATTAGTTGATCATAACGAAGCTGCTCAAAGTGCCGATGGTATTGAAGAAGCTAA +CTTAGTTGAAATAGTTGATCATCATAAAATAGGTGGAATATCTACTGATGTTCCTGTGTC +TATAAGAGTTATGCCTGTTGGATGTACTTGTACTATAATTTACAAAATGTTCAAAGAGCA +TAATGTTGAAATACCTAAATCTATAGCTGGTTTATTATTATCTGCTATATTATCAGATAC +TTTAATATTTAAATCTCCAACTACTACTGAATTAGATAAACAAGCTTGCGAAGAATTAAG +CAAAATAGCTGAAGTTGATATGGAGTCTTACGGAATGGAAATGTTCAAGTTCGGAACTTC +TTTAGATGAATATAGCATAGAAGAAATCGTAAATATGGACTTTAAAGAGTTTAACATGAG +CGGAAAAAGAGTTGGTATAGGTCAAGTATTTACTTTAGATATAGATTCTATATTTGCTAA +GCAAGATCAATTCTTATCTTATATAAACTCTACTGACTATGATATGTTAGTTCTTGCTGT +AACTGATATAATCAAAGAAGGTTCTTACTTAATATACAAGGCAGAAGATAAGTTAATTTC +TGAAGCATTCAATGTAGAAGGCGCTCAAGGAGTATTCGCTCCAGGGGTAGTTTCTAGAAA +GAAACAATTAGTACCAAACTTAACAACTGCTGTTAGAAATATGTAATATAAATATTTATA +TAAAAACAAAAAGGTGAGCTCATAAGAGTTCACCTTTTTTGCGAAACTATATTTTGATAG +TCCCTTTTATAAATCATGTTGTTTCTTTTTTGATTCACTTAGAACGTGTAATCAATTAAA +CTGGTTTAACAATAATATTTTTTACTTTTTTAAATGTGTTTTTTGTCTTTATGTTTTTTA +GGATTTATTACCTTACTATTTTATACGAAATTCGACATAAAGTAAATATAAAATATCAAT +ACATTTAAAATTAAATTTTAATTAACTCGTTGTGCTAGTTAATCTTTACAATAATAAAAC +TCCAACAAATATAGTATCCTAAGATTGTATCACCAATCTAAAGGAGGG +>MGYG000000001_87 +GCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAAGTG +TTGCACTTATATTGACAATCTATCGTATAAAAAATAATAAAATTGTTAAATATTATAGTA +GAACTAAATGGGTGCATAGCTCAGCTGGATAGAGCAACGCCCTTCTAAGGCGTGTGTCCG +GGGTTCGAATCTCTGTGCGCTCACCATATGATCCATTAGCTCAGTCGGTAGAGCACCTGA +CTTTTAATCAGGGTGTCCCGCGTTCGAGTCGCGGATGGATCACCATTAATCCACATCAAA +TTTGATGTGGATTTTTTTATGCTTAAAAATGTATTATAAATATATAAAAGGGACATATGT +CCTTTTGTTATTTTTAAATAATGATAAAATAATAGTAGAACAATGAAATGTTCGTTAGGA +GAAATGAAAATATGCAGAATAGCTTATTTTATAATCGTATTAGAAACAAGGATGCAAAAA +AGTTTATTGAAAAAATACCGAGTAATATAAAATTAAAATGTAAGATAAGGATTATTGAAA +AAGGAAAGATAGTAGTATTAAAAGGAAACGATATAGAAAATGTTTATGTAAGTTGTCAAG +GTAAGATGCAAGTCAGAAATGAGTTTGAAAATGGATTTGTATATAGTTTTGCAAGTATAA +ATCCTATAGCATATATAGGTGTGATGGAGATTATGGCTAACAAACAAAACTATTCATCTA +CATTACAAACTAGTACAGAGTGCATAATACTTGAAATACCGAAGAGTGACTTTATTGAGT +GGATTACTAGTGACCAAGAATTGACTTTAGAGGTACTGCATTTTGTATCAAAAAGTATGT +ATGAACAATCTTTAAAAACAGGTGAAGTACTAGCATATCCAGCAATATGTATATTAATAA +CTTATTTGATGAATGTTTTTGAAAGTGAAGACAAGGATATTGCTATTTTAGAAAAAACTA +GAGAAGAAATTGGATCAATATTAGGATTTTCAATAAGAACAATTAATAGAAATTTAAAAA +TACTAAAAGAAGAGAATCTAATTTCCGTAAATCGAAAAAGTATATCAATAACGAAAGAAC +AGTTTAATAGACTATCTTATAAATTAGAATCAATTAAATAATATATAAATAAAAATACGT +AAAATATATGGAGGAAAATAATGGAACAAGTATTAAATATCATAAAAAATGAGACATTAA +CTTACAATCAACAAGTATTACAGCTGGCAGGTCAAGCTGAAAGTACTCTTAATGTATTAA +ATATAGATGAAGAAACTAAAAAACTTCTTGATGCAGAAATAATATGTACTATGTTCGAAG +GGAATGCACCTTATAGACCAAGATATGTTATACCAAATTATGAAGTATTAATGGAAAAAG +GGTGTAAGTTCTTAGACTTAGATGTACCAAATGATATATGGGAAGCGACTAATAACTTAT +TAATATTATATAAGCATGTACCATCTATAACATCATATCCAGTATACCTAGGTAACATAG +ATACACTTTTAGAACCATTTGTAAAAGATGAAGAAGAAGCATATAAAGCTATAAAATTAT +ACTTAAAGCATATAGATAGATCACTTACTGATTCTTTCGTTCATGCAAATATAGGCCCAG +TAGATACAAAAGCAGGTAGATTAATACTTAAAGCTATGAAAGAATTAGAGTGTGCTATGC +CAAACTTAACAGTTAAATATGATAAAGACATAACTTCTAAGGAATTTATAGAATTATGTG +CAAGTACAGCTTTAGTAACTGCTAAGCCAAGTTTTGCTAATCATAAAATGGATGTAGAAG +ATTTTGGAACTGAAAATTATGCATTAGCAAGTTGTTATAATGGATTCATTATAGGTGGGG +GTGGATATACCCTAGTAAGACTTGTTCTAAGTAGATTAGCTGAAGCATCAGAATCAGTTG +AAGATTTCTTAGATAATAAATTACCATTTGCAGCTAAAAAGATGCTTGAATATATAGATG +AAAGAATAAAGTTCTTAGTAGAAGAAGCAGCATTCTTTAAATCTAATTTCCTTGTAAAAG +AAGGATTTATAAATAAAGATCTTTTTACAGGTATGTTTGGTTTAGTAGGTCTTGCTGAAG +CTGTAAATCATTTATTAAATGCTACTGAGCAAAAAAATAGATTTGGTCATTCAAAAGAAG +CTAATGATTTAGGTTTAAAAATAATTGAAAAGCTTAACTCTATAGTAAGCTCATATAAAT +CAATATATGTAAATTGTTTTAGTGGGAATCATGTGCTACATGCTCAAGTTGGTATAGATA +CAGATACTGGAATATCTCCAGGATGTAGAATACCTGTTGGTGAAGAGCCTGAATTATTTG +AGCATATTTTACAGTCTGCACCATATCATAAATACTTCTTCAATGGAATAGGAGATATAT +TCGTATTTGAAGATACTTATAAAAATAACCCTGAAGCTATAGTGAATGTTATTGATGGAG +CATTTAATTCAGGAATAAGATATACATCTGTTTATTCAGATAGCTGTGATGTTGTGCGTG +TAACAGGATATCTTGTAAAGAAATCTGAAGTAGCAGAACTTGAAAGCGGAAAAGCAGTTA +AAAATAATGCAACTGTATTTGGTATGAATGCAAAAAATGGCGCTAAAGCTTTTGATAGAA +GGCTTAGAGATTAATTATGGCTTTAGTAAATAAAATAATTCCGTTTTCTTGTATAGATGG +TCCTGGAAATAGAACGGCTATATTTTTCCAAGGATGTAACTTAAAATGTACTTATTGTCA +TAATCCAGAAACTATCAATAAGTGTATAAACTGTGGCAAGTGTGTTTTAACTTGCCCAGT +TAACGCTTTAGAAATGAATAATGGAAAAGTTTTATGGGATGAAGATAAATGCGTAGAATG +TGATAACTGTATTAAAACGTGTAAAATTTTATCAACTCCAAGAACTAAAGATTATTCAGT +AGATGAATTATTTGAAGAAATAAAAAAAGTTAGACCATTCATTCAAGGTATAACTGTAAG +TGGAGGTGAGTGTACTCTTAATGCAGATTTTTTAGTAGAATTATTTACTAAAGTAAAAGA +GGAGCTTAATCTTACTTGCTTTGTGGATACAAATGGAACCTTAGACCTTAGTGAAAAAGA +AGACTTGGTAAATGCAACCGATAAGTTTATGTTAGATGTTAAGTGTATGGATGAAGAAGA +GAGTGTAAGAATTACAGGATTAAGCAATGATATAGTTTTAAAAAATTTAAAATATCTATT +AGATAAAGACAAACTTCATGAAGTAAGAACTGTAATAGCTCCAAATCTAAATAATGAGTA +TACTGTTAAAGAAGTATCTAAGATTATTAATGGAAAATGTAAATATAAGCTTAATGCTTA +TAGAAAGTACGGAGTAAGACAAGAAGGACTAGATCTACATGGAGAGATAGGTCCAACTGA +TGAAGAAATGAAGGTTTATCTAGAATATATTTGATAATATATTAGAATGTTTAACATAGT +AAGGAGAGAATCTCAAAAAAATTTTTAGAGATTCTCTTTTTTTGTTAAAAACTATAGACC +TTGGTATAATACCAAGGTCTATAATAATATATAGATAATAGTCTGGGAGGATTTTATGTG +GATAAAAAAATATATAAAAAATTTAGTGTTAATAGTTTTAGGAAGTTGTATATTAGCCTT +TGGAAGTTTTAACTTTAACTATCAGAATGGTGTTACTGAAGGTGGAGTATTAGGTTTATT +ACTTCTTATAAAAAATATATTTGATATATCTCCATCAGTTACAGCATTAATAATAGATTT +ATCTTTATTTGCTCTTGGAGCTAAATTTTTTGGAAAGCAGTTTTTAGTTCTTTCTATTTT +TGCTAGCTTATCTTTTTCAAGCTGGTATAAGATGTGGGAGAGTATTGGATTTATAGTTCC +AAACTTAAGTAATAATATGCTTCTTGCAAGTATTCTTGCGGGGATAGGTGTAGGTATTGG +TATAGGTATAATAGTTAGAGCTGGAGGAGCAGCTGGAGGAGATGATGTCATAGCTTTAGT +GGGAACAAAACTTACTTCTCTTAAAGTAAATCATATATATATGATTACAGATTTTATAGT +ATTGATATTATCTTTATCTTACCTAAGTTTTAAACAAATATTATTTTCTTTAATAGCAGT +TACAATAAGTGGGAAAATAATAAGTATAATGTATGGCGAAGATGGAGATAATGATGTTGA +TAAAAGCCTTCAAGAAGAATTTGCAAGTACAAAAGAAATTTAAAAATTTAAGAAATATGA +ATAAAGAGCTCCGCAAATATGAATCTTATAAATGTAAGATTATAAATAAAAAGTAGGAGG +TTATACATGGCAAATAAACCAGTAGACCCAAATGCAAAGGCAGCGCTAAATCAAATGAAG +CTAGAAATAGCTAATGAATTAGGAATGGAAAATACTAATTTAAATGGAGCTAATAGTACC +TCATATAAAAATGGAGAAATAGGTGGTCGTGTTGGCGGTCAAATGAGCAAGAAGCTGGTT +GCAATGGGAGAAGAAGCATTACTTAGACAATATAATAGTAAAAAATAATATGAAATAAAG +CCATATTGTTCATAGAGATAATATGGCTTTTAATTTAATTCTCAAGATTTATATTAACCT +ATACCACCGTAAATTGAACCTAATATAATAACTATAACAGTTACTGGAACGAATACAAAT +CTAGCAAATTGTAAGAACCAATTTCCAAGAGGTCGCTTAGCTCCCTTATTTATTTCAGAT +AAAACATTTCCTTTAAATAAGAAGAATATTGATATTGCAGAAATAGTAGCTCCAATAGGA +GATAATATTATAGTTATAAAGTCTGTGAAAGAATTAAACTTATCAATATTAGTAGCTAAA +GGTAAAGCTAATACAAAACATAAGGCAGAAATAAATATAGATGCTTTTTTTCTACTAATC +TTAGTAACAGATAATAGTGCTTCAACAGGACCTTCTAGCATACTAACTGAAGCAGATATT +GCCGCGAATATAATGCTTAAGAAAAAGAATATGCTAATAATATTTCCGTAAGGCATTGCT +TTAAATATAGAAGGTACAGTTATAAATAAAAGTGAAGGACCAGCTGCTGGGTCAAAACCA +AAAGAGAAAACAGCAGGCATTATCATAAATGCAGCAAGTAGTGCAGCTATAGTATCAAAT +ATAGCAGTATTGACAGCCGAACTAATTATATCAAACTTATCATTTGTGTAACTTCCGTAA +ACAACCATACCACAACCAGTAAGAGATACAGTGAAGAATGCTTGCCCTAATGCCATAATC +CAAGTCTCTAAACTAAGTAAAGCTTCCCATCTAGGTTTAAGTAAGTATTCAACACCAGCC +ATAGCTCCAGGCAAAGAAATAGATCTTATAGTAAGGAATATAAATAGTAAAAGTAATAAT +GGCATTATTATTTTATTCAATTTTTCTATACCTTTAGATACTCCAAAGCAAACTACTAGT +AAAGTTATACCTACTGATAATAAAAAACAAGGGACAGATGCAGTAGTTCCGGCAAATGAA +TCAAAGTATGTCGGTATATCTATATTATTTATCTCACCAGTTACGCTAAGTGCAAAGTAC +TTTAAAATCCAACCTATAACTATAGAGTAAAACATGAATATACCAAATAATCCTATAACA +GGAATAGTAGAGAATATAGAAGAGAACTTCATATTTCTACTTTTGAATATTTTACTTATA +CCTACCATAGAGCCAGATTTAAAAGTTCTACCAAGTGTAAATTCACCAATAAGTCCAGTT +GTTCCAAGTAAGAATACAAATAAGAAGTACGGTATTAAGAAAGCAGCACCACCATATGTA +CCTAATTTATAAGAGAATATCCATATGTTACCTAGGCCTAAAGCAGCCCCGACACAAGAT +ATTATAAATCCAAATTTTGAAGAGAAATTTTCTCTATTGTCTTCGAGAGACATTTTTTCA +TTAGATATTTTTTCAATCATAATAATTTCCTCCTAAGATTTTATCTTCTAAATATATTTT +TATAAAATAAAAAGGCCACATAGTTTAAACTACATGACCTTTTATACCTAGGATAAAACA +AAAGGTCACATAGCTATTATCTATGTGACCACATTTATTGCATAATAACGTTAGCCATCA +TAGATACAAACTTTTGGGGTTTGTACCTATGATGTAAGACTATATATCATAAATACAAAC +CTATCTAAAATAGCTAAAGTAATAGAACTTATTAACTTTTAATAAATCTAGGTTTATATT +AGTATTCATTATTAAATCTCCTTTTAATTTCTTTCGTTTTGTTAACTTATTTATATTTGA +ATCTCGACCCCGATAGGGATTACAATAGTTTCACCACAAAACATATTCCCCCTATAGAAA +GGAGT +>MGYG000000001_88 +GAAATTACCGATCATTGTATCTAGTGAAAAAAATATAAATGAACTATTGGCTATTGATGA +GGCTATAGCTAGTAGGCTTATAGAAACTTCTAAAGGCTTTGTAATAGAGTTCAAAGGTAA +ACATCTTAATTATAGATTAGAAGGTGCTTAAAATGGAATATATTGAAGATTTTAAGCAAT +TATTAGAAATTATTAGAAATATATCTGGAGATAAGAGTGATGGATATATTTCTCTCAAAA +AAGCAATAGAACGATTAGAAAAAATAAAAAGAGGGGGAGCAAATGAAAAAGTTAAGAAAG +CTAAATAGGAGAATTAAAGAGTATTTAAGTAAAAAAGGATTAGATCCTGATGATTATCTT +GTAGAGAGACAAGGTATTAATGATGAATTTGGATATGAATATTTCCAAGTATTTAATTTA +AAAGAGAATAAGCTAGAAAGATATTATTATTAATATTTAAGGGGATTAAAATGAGTAAAG +CTGAGTTAGATAAATTAGTAGAGGATAATATGGGATTAGTACCATATATTATGCACAGGT +ATTTTAAACAATTTATACAAGAAAATAGATTTATAGCAGACGAACTTCTGCAAGAAGGTT +ATTATTGGCTAGTTAAGGCTAGTAAAGTTTATGATTCAAGTAAAGGTAAGTTTAGTACTA +TAGCGGGACTTTATATAAAAAGTGGAATGGTTAAATTTGTAGAAAGGTATTTCAGAAAGC +ACTATAGACCAAATGTTGTTAGTGCAAATATATTAATTTCAGATGATACTAAAGATGAAA +TAGAGTTATTAGATGTAATAGAAAGTAAAGAAAATATTCCAAGTGAGATGATTGCAATAA +TTGATGTAATTAAAAAGTCAAAAATAACTGAGATTGAAAAGATAATTACCTTAAGAGTAC +AAGGATATAGCCAAGCTGAGATAGGTAAAATTACTGATACTCAACAGACTTATATATCTA +AAAAAATAATAAACTTAAGAAATGAAATAAAAGCAGTTTAAAGGGGGAATGAAATATGAA +ACTACCATTCGTAAGTAGAAAAAAATATGATGCTATACAAAATAAGAATATAAAGTTGAT +AAAAGAGAAAGTAAATTTAGAATATGTGTTAGATGAACTAGATGCAGAGAATGAAGGTTT +ACTTAAAGATGTAATAAATCTAAAAGATGATTTAAAAGAAAAAGATAAGGAACTGGATTT +GGCTAAACAATATAATGACATAGCTACTAATAAAGTTTGTGAGCTTAATACTAAGTTAAT +AGCAGCAACAACCAGAAATGAAGAGCTAGAATCTAAAATAAAAGAATTAGAGTTTTGTTT +GAATGAAGTCAAGAAAGAAAATTACAATGCGGTTATAAGATTATCAAAGGATATTAGCGT +AGCAACTGTAATTAAAAATGTTTGCTGTGATAAAGCAAATGTTAAGTTTACAAAAGATAA +TATATTTGAATTAGCGACTAAGATAGGATAGACAACAAGAGAATAAGGAGTAGTTTTGCT +ATAAAACTAACTTCTTATTCTCAAATAATAATCAAATGAAAAGGAGAGTATAAAATGAAT +AAGGTTATTCTAAGTGGAAGATTAGTTGCAGATGCAGAACTTAAATATATAGCTGGTTCA +GGAACACCAAAAGGAACTTATAAGATAGCGGTAGATAGATCTTATAAAGATAAAGATGGA +AATAAGAAAACTGATTTTATACCATGTGAGCAATTAGGTAAGCATATGGAAAATCTAGTT +CAATATCTTACAAAAGGTAAACTAGTTGAAATAGATGGAGAATTACATATAGAAAATTGG +AAAGATGAAACTGGTAATTGGAAGAGCTTTACAAGTGTTAAGGTTGAAAAGTTAAACTTT +GTATCTGTAGGCAAAAAAGAAGAAAGTCAAAATAATAATCAACCAATATTTACACCTAAT +TTTGAACCAACAGGATTAGATCCACAAGGCTTCCAAGCAATAGACGATGATGACATACCA +TTCTGATAACAAGGGGGATATTATGATTAATAAAAAAGGCAAGAAAATAAAAGATACAAA +AGGATTTGGTGAAGATATTACGGTTTATAAACTAAATCAAAAAGAGTTAGAAGTGTATCT +TAAAAATATAGATAGCAGAGAAGGTCCTAGAAGAAAATAGGTACCAGAGGAAAAAAGATG +GGTTTTAATAGGAGGAGATTAAATGGCTGTATCAAGAAGTAGAAGAAGCCTTAAACGTAG +ATACAAGAAAGCAAGAGCTGAGTTCAGAGAAGAACTTAGAGAAATATTAAAAAATGATAG +AGCTTTAGGTATGGCTATATTTCTTACATATGTTTCAGAAAAACGTAGAATTCATATAAC +TAAAGTTTGGTACATATTAGGAACTAGACATAAAGAAGCATATAAAGATTACTGCAAAGA +ATTAATGGGAAGCAATTTATGCGTAAGTGATGATATTTTTAAAACTTTACATTTTAGTGG +ATATCAAGAATTAAGCAAAAAATACATAAGATTGATGCCGGAATGTTTTGCCATGGGAGA +AGCATTTGGATTAGCTAAAAAATGTGTAAACGGAAAATTATAGACTCCTGGATCTTATGG +TCCAGGAAATAAAAGAGGAGTTTTAATATGGAAGAATTTCAAGCGAAAGTAGGATTAGTA +GCAGAAGTTATAAAAGGATCACTTGAAAGTTTTAATTTATATATAGCGGTAGATCCTAAG +ACAGAGGAATTTATATTCATAGATAGAGATGCACTTGATAATAAAGGCTCAGGAAAAGTT +GCTAGAGTTAAAATGAATCAGATTAATGTTAGAAAATAGGTGGTGGAGATTATGAAAATA +GGACAAGAGATAACAGTAAAAGAAGATTTTAAGATAAATACAACTATTAGCGACAAGGTT +ATAACTGTAAAAAAAGATGATAAAGGATTTGTTGATAGTCAAGGCTTCTTGCATCTGACA +ACAGGAAATGGAAGAGGTAAAATAGTCAAAATAGATGATATAGAAGTTAGAGGATATGAC +CACGAAAACATAGCTAAAATGATATATAAAAGAATGAATAATGCATTTTTAATAGGATCA +ATTTTAGAAGATGAAGGATATGAAGTTGAAGATATTTTAGATGAAATAGAAGATGTTCTA +ACAGATATACTTTAGAAGTTAAAAGGGAGATTTTATATGGATATAGGTAAACTTAAAAGA +GCCAATGAATTAAAAAAAGAAATTCAAGAGTTAGATTCATTTATATTTTATGCTAGTAAA +GTATGGACTGGTAAACTTACTATAAAAGAAAAGGTTATGAGTTTTATAAGCAATGCTTAT +GGTGCATTTGAATCTAAAGAGTTTAAAATGGATACTCATATAAAAAATAGAGTATTAGAT +GTATTAATAGATTATAAAAATGAATTAGAAAAAGAATTTGAAGATATGTAAAGAAAACAA +TAATTTTAGTTTATGAGGGTAGAGCATTATAACTCATTCTCATATGATAATCAAATAAGG +AGATTGAGTATGAAAGTAAGTTTTACAATAGATGGTAAACCTCAAGGAAAAGGTAGACCT +AGATTAAGTTATGGAAGAATAAAGACACCAGATCAAACAGTAATGTATGAAAACTATATA +AAATTACTTTATAGAAGTAGCATTAAAACATATTTTGAAGGACCTATAAAGTTAATAATA +AAAGCATACTATCCAATAGCTAAAAGTGATAGTAAAAAGAAAAAAGAACAAAAGTTAAAT +GGAGATATAAGGCCATATAACATTAAGCTAGATATAGATAATGTAGTAAAAGTTATATGT +GATGCTCTTAATGAAATAGCTTACAAAGATGATACACAAATAGTTGAATTAGGGACCAGT +AAGTATTTTAGTGATAAACCTAGAGTGGAAGTTACAATAGAAAGTATTTAGAAAGTGGGG +GACTAATATGAGTAAAGACAAAAAAGAATTATTTAAAAAAGTTGAAGGTAGACTTCATAA +CTATAAAAATTTAGAAGTTCAAATAAGAAATTTAGAGTTAGATATTGAAAGAGAAAAGAA +TGATTATAGAGGTTGTGGAGCTATTGGATATGATGAAAAAACAGGAGTTACATATAACAT +ATCAAGAACTGTAGAAAATGAAGTTATAGCTAAAGAAAAAAGAATAGGAAATTTAATGCA +AACTAAATTAGAAAAAGAAATAGAAAAGAAAAAAATAGAAAATGCATTAACAACTTTAGA +TAGTAGAGAGACAGATCTGTTTAATCTACTTTATAACAGTAGAAGTAAAAACAATATGAA +CTATATAAGTATCAAGTTACATATTGATAGAAGTCATTGTTATAGGATGAGAGAAACTAT +AGTTTATAAAGTAATGAGCATTCTTTATCCGGATGTATTAAAAGAATTACCGTTATTAGA +GAATGTATAAAATATAATATTTATTTAAGGAGAGAAAGAAAATGAAATTAATGAGTATAA +AAAATGCTTACAAAATGATAGAAGATATATCTAATATATATGGGTTAGATGTAAATTTGA +CACATGGTGGAACTTACATAATGAAACTTGAAGAATTTAAAAAGAGAGTGGATGATATAG +TTTTAAAAAGAAGATTAGTAACAAATGAAGATGAATATAGTTGCATAACTATCAATGGAG +TTCCGATAATAGATGAATATGAATTATTAGATGCAAATACAATAAATATTCATATGCCTT +GTAAAGTGTTTAATATATCTAAATAAAATAATTTATTTATAATGAGATGAAAATGAGACA +CTTTTGAGACACTTTTGAGATTTTTTTGAGGGATAACGGTGAGATAATAGTAGTATAGAA +ATTTCTATTTCTCCCCCAATACCCCTATATATGAAAATACCAGGTTTCCCCGCCTGGTAT +TTTTATTTTTGTGAAAAGGTGATTTTATGAAAATTTATAAAGATATAGATGAAGTAATAA +AACCTACTGAAGTTCCTAGGGAACTTTGGAAATATGAAAAGGAAATGAAGAAGAAACCTA +AATTTGATAAAGTTAAAATAAATAAAAGAAATTTAAATAAAAAAGAAGGAAAACCACGAA +TTAAGTAGAATTATATACTTGAAAGAGGGGTGATATTATGTCTAATGAAAAAATAACTAT +AGCTAATCAAAGAAACTTAAATGATGTAGCTACAGAATTAACTTTGAAGTATATGGAAAG +CCATTCTTTAAATGTAGAGAAGATTGTAGAAGTATACAAAGCTTTTTATAAGGCGGCTGT +TGAAGCTTGGAATGGCGAATACTAATAATTATAAAGAACTCTAGAATAGGTTCTAGTGTT +GCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTC +AATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACC +>MGYG000000001_89 +TAATAGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATG +AATATAAAGTGTTGCACTTATATTGACAATCTATCTTATAAAAAATATATTATATATACT +TATTGAGCTAATATATTAGCTAAATTCTTGTATCCTCGTGATAATGTATTAGCTATATTC +TTAGTTTTGATTTTTGAGATTCTGATTTACTCTCTAAATAACTTATATCATCAATATTAT +AAGGTGTATTTTGATAAACACAGTAATTCAGCCAATTTCCAAATACTACATTTGCACTTT +CTCTCCAGGTTACTAATGGATTTGAATTTATATCATCATTATTAAAGTAATGTCTAGGTA +CTTCAATTTCCAGTCCCTTATTTAAATCTCTAAGATATTCATTCTTTAAAGTGTCTCTAT +CGTACTCTAAGTGACCTGTAATAAATATTTGTCTTCTATTTTTATTTGCTACAATAAATA +CTCCAGCTTCTTCAGATTCTGATAATATATCTAGATCCTCTACTTTTTCAATATCTTCTC +TTTTTATTTCTGTATGTCTTGAGTGTGGTGCATAAAATACATCATTTAATCCCCTAGTTA +AATTATCATTTACATAGTTATTCCAGTGTTTATATACCCCGAATAGCTTTTTATCCAAGA +TGTACTTTGGAATATCATAATGGTGATAAAGAGCTGCCTGTGCTCCCCAACAAATATGAA +TCGTAGAAAATACATTAGATTTAGTCCAATCCATAATACCTTTTAGCTCTTCCCAGTATT +CAACCTCTTCAAAATCTAGATGTTCAACTGGAGCACCTGTTATAATTAAACCATCAAATT +TTTGGTCTTTAACATCATCTATACATCTATAAAATTTTTCTAAATGCTCTATTGGAGTAT +GACTTCCTATATAACTTTTAGTTTGAAGTAATGTTATTTCCACTTGAAGCGGTGTATTTG +ATAAATATCTTAAAAGTTGATTTTCAGCTTGGATTTTAATAGGCATAAGATTTAGGATCG +CTATTTTTAATGGTCTGATGTCTTGTGTATTTGCTCTTTCTGTATTCATTACAAATATAT +TTCCATTTGATAGTACATCAAATGCTGGTAATTCTTTATGTATTTTTATAGGCATACCAA +TCCCCCCTTTTATCTCTGTTTTCCCTATTCCACTTTGAAATTAATTATAGCATAATAATA +AGACAATTGAATTAAGTTTAATTTCAATACCTGTGTTTAAATTAACTAAGCATTATTACC +ATCTTACGACATAATTAGCAATGTGAAACTTTTATTTTTATTTTTTAATAAAATTGTTAT +ATTTTTTTTAAATTTTAATATACATATATATAATCTATTTAATTTATAAAAATTAATTTC +ATATGAATTTTATTTTTTTAAGTAGATATCTGTGAGAATATCTTAAAAATATAAGCTTAA +TATCATATACAAAATCTACTATAAGGAGGGTAAAATAAATGAATGATTATATATTAGTTC +AACTTGAATATATAGTTAGAGTCCTGGTTGCTGGTTTTTGTGGAGCTATGATCGGATATG +AAAGAAAAAACAAATTAAAAGAAGCTGGAATTAGAACACATTTTATAGTTGCTCTTACAT +CAGCACTTATAATAATTATTTCTAAATATGGATTTTATGATATCATAGGTACTCCAGGTA +TAGGACTTGATCCTGCCCGTGTTGCTGCACAAGTTGTTAGTGGTGTTGGCTTTTTGGGAG +CAGGTTTAATATTTGTTAGAAATCAATCAATAAGTGGCCTTACTACAGCTGCAGGTATGT +GGGCTACAGCAGGTATAGGTCTTGCGATAGGTTGTGGGTTATACTTACTTGGAATTGTTT +CAAGTATTATTATACTTATTGCTCAATTTTTGCTTCATAGAAGCAGATGGTGGATAAGAC +TTCCTATAGCTGAACAACTGCTTATTAAAATTCGTAATACTGATGATTCTGTAACATATA +TTGAAGAAAAACTAAAAAATGATAGAATTGATATTATAAATATGAAAGTTAATAATCTTG +ATGAATTTTTTCTCGAAGTAACCATCTATGCTAAACTGCCTAAAGGTTATAATAAAACAA +ACTTAATAAAACTATTTAATGATAATCCTCTTATAAAATCCTTAGAAGTATAATAAAAAA +GTAAGCCTTTATAATATATAATGGCTTACTTTTTTATAGCATAAATATTTATCATTTAAA +TAGCTCTATAATTTATCATCAATATCACGAATTTCATTTATATTTTCTATTATCATACTT +ATATGATAGTTATAAACTGGGCTTATGTCTTCTTTTACCTCTATATCACTAGCCAATTCA +TAATATAAATTTTTAGATTTAATATAATTCTCTTCGTTTATATAACACTTATCTTTCATA +TGTCCTAAAACTTGAAGATGCATATATATTTGCTTACATGTATTTATTATTCTATTTATT +TCTTTATCATCAATTTCATCATTCCTATATTCTAGTTCATCTAAAAAGTTTTTATATAAT +CCCTCTAGTTTTGTAATTTCATTTTGTAAAGATGAGATATCTATATCTGCACCCATTTCG +ATTTCTTTCTTCAGTAATTTTATGGATGTATTTTCTATTACTTTAATTTCATTGTGTATT +CTACCTAAGTAGTCAGGTCTATAGATGAGATAATTTACACCTATTCCTATCAAAACACCG +ATGGAAGTATCTATTATCCTGTGTACAGAATAATAAACAGGGTCAGCTGTACCTATACCC +AAATGTATTGCACAATATACTACACAAGCTATTGTTATAGACTTATTTATTTTTATTAAA +TTACAAATATATATAGTTGTAATTATACCTAAACAAGATAATATTGGATTCCCTGGTCCT +ATAAGTGCAAACAAAAATCCTATTAATCCACCCACAAATGTACCTTTCAGCCTATTTAGA +CCTACCGTAAAAGAACCTTTAACCGTAGTCTGCATACATACTACGCAAGCTATTGCTGCA +TAAAATGTTTTATCAACTAAATTAAAATTTAGATATCCCAACAAAACACATAGCATTACC +CCTATGCCAGTTTTTATTGTCCTCATTCCAGGTTTATGTAACTTCAAAGCTCTTCCCCCC +TATCATTTATAACTATAACACAATCTAAATTAGCTTGCTTATTGTATAATATCTTTGATA +ATTAAAAATTCAGTTCTACTGAGTAACTTGTTGGCGAAACATTTCAGGTTTGATGATTTA +GATTATAAAAAAAGCTAGATTTTATGAAGTGCACTCTGTCTATTTAACAGTAAACATATC +ATCACTCTAGCTTTTTTATATTAATATTATTCTTCTGTATTATCGTCTTTATTTATATCT +GAATCTAAATTTTCTTTTTTATTCTTTTTTCTTATCACAACTACTATACCTACAATAACT +GCTATAACTAGCACTATAGCTATTACTATATTTATTATATTTGGAGCTTTCATGGTAGCA +TTTATACTGCCTATGTTTGATAAATTATAATCCCAATTATAAACGTACTTCTCATTCTCT +TCTGTTACACTTGTTGCGTTGCTCTCTTCTAGTTCTATAGGAGTCTTTATATGTATTCCT +ACATTAGCTGAACCACCTACAAATGCTAACATACTTTTTTCTTCAGCAGATAATTCACCT +AACATGGCATCTTTTAAGTTTAAATTCACTTTATATGTATTTGTAAATAATCCTTTTTCT +TCAGTTAAATTTACATATTTATCATAATCAAAATTACTATCTAAGCTACCAGATGCATCT +TCATTAATTTCTGATAAGTCTTCTTTTTTCGTTGTTAATTTATATCCGTATTTACCTTCT +TCTTCTATTATTTCAACTTTTTCATACTCTTTTTCTAAGGCTGCTATTTCTTCCTGAGTT +AGTTTGTTCATCATTTCATCTGGTGCAACCATCTCAATTATCATTCTTCCAGTTCCATCT +TTATCCATATCTAGCGTTATGTCTGCGTCAATACATCCTACTAGCATTAGCATAAACATC +ATCATTATTGAAAGTATAATTCCTTTTTTCATTTTTATATTAGTCCTCCCTCAATTTTTA +AAGCTTAAAAGTAGCTTTAGTATAAGTGTTTTACTTATTTTTCTATGTTTCTATGCCTTA +CTATAATACATCATTTCATTTGTCGTATATTGTAACAATCTGTGTTTTATATTAATATTT +TGTATTTTATAAAAAATGACCATAAATAAGTAACCTTAAAGCAAAAACTGTTCATAAAAA +TGTACTTTAATTTTTATGAACAGTTTTAATTATATTATTAATACTTTCATATATCTTATT +AACTAAATTAAATATGCCTATGAAAAAATATGTTTTATTGAACACTTCAAAGAGCATTAA +ACATTAATGTGCTTAGCCCTTAATATATCTGTACTTAAAATTCTTTTTTAAATATACCAT +GTCAATTAATTGTTTTTTACATTCATAAATTGGATTGTCATAATTATCTATAAAAAAATT +CTTAATCCTATGAGACTCTATAAATCCACACTTTAAATAAAAAGGTATAGTTAAAGGACT +ATCTCCTGTTCCTACATACATAGTGTCACAATCATTTTTAAAGTATTCAAAGATATACTC +AACTAATTTCTTTCCATATCCTTGGCCATAAAACTCTTTATAAATAGCAATATTTTTTAG +TTCATAAGTCCTCTCATCTTCTTTAGTAACTACACAAATTCCTTTTAAACTATCATCATA +TATTGCAAACATAATGCCTTTTTCAAGGTATTTATCAATCATACTTTCTTGTTCATCTGC +TAATAGTAGTAAATCTAAATAGTCTTTTTTATTTTCTTTTATCATTTCTATTTTCATTTT +AAAACTCCCTAATGTAAAATATGTACTGGTATGAAGTAATCTAAATGTCAAATTTCTATT +TCTCTATATTGTACAACAAATGTTAGCTTAATTATATTGAAGCTTAAAATTTAGTAATAT +AATCACGATAACAGATATTATCATGATCATATTATACAGATTAACTGCTGTATAAGTCAG +TTTTAGCTATACAATAAAAGCACCTCATTTCTAAGATGCTTTTATTACTTTATATATCTT +TGTTGTAATTAATTATAATAAAAAAAGACACACGATGTTCTAGTGTTGCATCTAGTTAAT +ATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAA +TGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_90 +TAGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAAT +ATAAAGTGTTGCACTTATATTGACAATCTATCATTTATAAACAATATAAAACTACCTATA +TAATATTTTCTATTTTTATATAGGTAGTTTTTCTATTATTTCACAACACTTAAACTTATA +TTTCCATCATATACACTATTTTCATTATTTTCAATATTTCCTTTTACTGCATATAAAGTT +TTCTTACTATTTCTATCTACTATGTATAAATATGATGTTGTAATAGGTCTACTATCCCAA +GACGCTTCTGTATCTTTTTGAGTTTCAATAGATATAAATAACTTATTATCTATGCACCTA +ATATTCTCTATAGTATATGACATACTATTAGTATTTTTAATGCTATCATCAAATTCTAAT +GAGTATGCTATTTCTTTATTAACTATTTTTTTCGTATTTAAGTCAACTTCCATTTCACGT +ATTTCGAATTTTTCGCCTCCAATATAATCGTATATAAAGTAAGCTTTATCATCTATTAAA +TAATATTTGAATATGTTCCATAATCCATCTAATTCTTCCTCTTCATTAGATTCTCCATCT +TTACCTAACTCTATAGTTTCAAACTTTCTAGTTTTTAAGCTAAATGATAATAATTGAGTT +TCTCTTTTAACCTCATATTTATCATTTTTACTATATAATGTATTTACAAAGTATGCCGTA +TCATCTTTTGCAAATGCAGCATTATATCCGATTGCTGACTCTCCATCTTTACTAAGTGAT +TTAGTTAATATATTCTCTGAACTTTCATTTTCTAAATCTAATTTGTATACATATATTCTT +GATTCTTCAATTTGATTTTCATAGGTATTAATATTATTATAATTTTCTATATCTACTCCA +ACAACTATATATAAATTATCTTCATATCTAATAGGAACAGTATTTGTTGATATCCCATTA +TCTCCACTATTTTTAAAATATGTATCCAGCGGTATAGTATACTCTGTAAGTTTTCCTGTT +TCGATATTTTCCTCCATTACTGTCGCTACTATCTCTAATTTTTCATCATTAGAAGTTTCA +TTTGTATAATGTATACCTACACTTACTACTCCAACATAATTATCATACTGATACGTTCCT +ACAATTCCTTGTGAATAATTCAACATATCCTCATTAGTTATTAAATCTTGTGCATCACTA +AATCTATTCGGTGTAGTTACGGCAAAATTATCTTTGCTAATTCCATCTTTACTTATTGTG +GTTTTTGTTGTCTTATATGAATTTTGCACATTTTGGAAAATTATATTTACATCCTCTAAT +GCAGATTTGCTACCTTTTAATTCTTCAATTTTAATTTTTTCTTTATCGTTTATCCACATA +AAAATGCTTAAACCTATCATTGTTATTATTGAACCTGCAAGAATCATTCTTGATAATTTT +AATTTCATATATATTCACCCCCTAAAGATATATCTTTTTATTTAAAAGCTTATATGATAT +TCCCATTGATACTAACGCTGTAATTAGATAACATACGGTTTGATACATTAACAATTGACC +GCTGTGTGATTTATAAGCTATCACATATAAGTTAATCATACAAAAAATAACTATATATCC +TATTCCAAGTAGTATACCTACTTTTCTAAATGACTTTTGAATTATTATTCCTGTAAATAT +AATAATTACCGAAATTATTATACCTATTATATTTATCATAATGAATGAAATACCATCAAA +TTGCATAAATCCTAGTAAACTAAACGATAATCTCCCTTGCAAAATATCTATAATTTGACT +TAATGTTACTGGTGTTAATGAAGTTACTACAAATGCAGATATTATCCAAGATAAAAATTG +CACAATTATTACTCCATATATAAGAAATACAATAGTAATTAATTTTGCTATATACATATC +AAATTTATTATTTGGTAACATAAAAAGTGTGTATGCAGTTTTGCTTTTTCCTACAAAATC +TCTATACCAAATTACAAATGCATAAAGTAAACATATAACAATTGCAACTATAAAGGCCAT +ACACATAATAGTAAATATATCACCCATCACATCTTCCCTTATAATTCTAGCTGATGATGC +TTTTTGTAAAATTTTAATACTCTTATTAGTTCCAAGCCTTGCAGATACTTTAAACACTAC +ATTAATTAACCCTGCTACTACTACACATACATTAAAAGCAATAAATGCAAAAAGCATACT +AAAATATAATTTATATATTCTCTTAAACTCTATATCATATAAAGTTAATATTTTATTCAC +CCCTATATACCTCCCTCATTTTATCTACGATTGACATTCCTTCTTTTTCTCTTGCTTCTT +CAACATTAAATTCACATACTAATTTCCCATTATTTATAAGTATTACATCATCTACAATCA +TTTCTATTTCTGGTATTTCATGAGTTGTAATTACTATACTTTGTTCATCAGTCATATATC +TTACCATCATTTTTATGATTTCTTCTCTTTTAAATATATCAATACCAGAGAATGGCTCAT +CTAGTAAAATATATTTTGATTCTTGAGCAAAACCTAAGATTATTTTTATTCTTGCTCTAT +TTCCTTTTGATAAATCAGATATTTTTTATCATCCGTTATATCAAAGTTCTTAAGCATTTC +ATAAGCTTTTTCATTATTCCAATGTTTATAAAATACGCTCATAAATTCAAATGTTTCTTT +TATATTTAGCTGTGGAAAATGTATATCTATATCTGGAACAAAAGCTAATTTATCATATAT +TTTGTTACTTATAGCTTCTCCATCTATTAATATTTCTCCCTTATCTAACTTTACTAGACC +TGATATAGCCTTTAGTATTGTGGATTTTCCTACTCCGTTTGTTCCTAATATACATGTTAT +TTTTCCTTCATGTATATTAAATGATATATTATCAAGAGCTTTTGTTCTTTTATATCTCTT +TACAACATTTTTTACCTCTATCATAAAGTCCCCCTAGTATCTATCATTTATAATTTTTAT +AATTTCTTCTTTATCTACATTTATAGCTTTCATACTTTCTATAAATAACTCCATAGATTC +ATCAATTAAATTTTGTTTTATATCGTTTATTATATTTGCATCAGTTGTTATTGTACTTTG +ATAATTTCTCGCTGTATTTATAATCCCCATATCCTCCATCTCCTTATATGCTTTTTGAAC +AGTATTTGGATTTACTTTTATACTTACTGCCATTTCTCGTCTTGATGGAATTGCATCCCC +AGGACTTAAATTTCCATTAACCACCTGTTGTTTCATGTATCTAACTATTTGAATATATAC +AGGTTCTCTGTCATTAGGTATAAAATTCATTATTTCACCTCCGTATCACTGTACTATATC +AGTAGTACACTCTATAAGTGTATTATAATCATAATACACTTATAATACAATACTTTTCTT +ATTTTATACTCTATCAAACAATAAAAATGCTCAGCATTATATTTAAATTTACTAACATGC +ACCGTCTATTTTGCTAATGTGAGTAAATTTATATTATTATACTGAGCATAAATTTTATAT +CTTATAGTTTAATTTACTTATTGAATCTCTCCTTCAATATTACCTTGTTGGGTATTTTCA +TTTCGTACATTACTTTGAGGTGCACTTTGCATATTACCTTTGTTTACACCTCTACCACCT +CTAGGCATTCCAATACTTCCTCCTGATGAAATTCCATCTTGAGTGATACTTGTTATACTA +CTTGATACTGTAGTACTTCCAATTTCAGTTCCCTTGCTATACGTTCCTCCTGAGTATAAT +CCATCACTCTGAGTTCCTGTTGAACTTCCTCCAACATAAACTTTATATGTTGAGTTAGAT +TTTATTTCTGGAGAAGATACCACAACAGATTGATAAGTTTTTGATGGTGCAAATGTTAAT +ACATTGTTTCCACTTTCATCTTCAACATGTATTATAGAATTAGCATCCTGCTGTGATACA +CTAATATTTAAAGAGTTTTGACTCGATGAATCACTAGGAGTTTGGACCATTCCTAGACTT +CCTGCTGTGATTAAAGTGCCTCCTGATATATTAAAGTTTCCATCATAATCTAATGCTCCA +TTTCCACCATTAGTTGGCCCATTTACGATAACAACGCCATCAGTCATTTCGATATTACCA +TTTGAATCTATTCCATCTCCATCTGCATCTACTACAATATATCCTCCTTTAATATTTATT +GCCCCATTACTATCAGAAGCAAAATTATTTTGACCTGGTCTACCATTTGTTGAAGAACTA +TCATTTCCTCCAGCTGCATTCATACCATCATCACTTGCTACTACATGTATTTTCCCATCA +TTAATAGTTATAACTTCACTTTCTATACCTTCATATGATTTAGTTACATTTATATTCCCA +CCATTAATTTCTAAAGTAGAATCTGAATGTATTCCATCATCTCCAGAAGACAGATTTATA +GTACCACTATTTATCACTAAACTGTCATTTGAATGAATTGAGTCATCTGATGAGTCTATA +TCAATAGTCCCTCCATCTATAGTTATGTTTACACCTGCTTTAATCCCCTTTGCACTAGTT +GACTCTTCAGATATATCTGTATTTTCTATCGTAGTAGTTTGCTCGTTTGGTCCTTTAGGT +ATCTGATCTGGTCTTCCTCCCCAGTTACCCCATTCTTGATTGTTTTTATCACTACTACTA +TTGGCACTTCCTCCTCCAGAAGAAATTTTTATATCTCCAGTCTTGATTAAAGTATTAGTT +TCACCCTGTATTCCATCTTGACCTGCTGTAATATCTAGCTTTCCACCTTCTATGGATACA +TATCCTTTTGATGTATCTTCAGTGTTGTTGGATTTAATTCCATCTCCACCTGCATTTATA +GTTATGTTTCCTCCAGTCACAACTACAGAGTCCTTACCTCTTAATGCATCTCCAACTGAA +GTAACATTTATATTACCATCTTGTATTACTAAATCATCCTTACTTACAATAGCTCTATCA +TAATTTCCACTTACCTCTAAAGATCCTGTTCCTATGAAAGTTAAATCTTCTTTACTAAAT +ATAGCTGCATTAGGCTCGTCCGTAGTTTCATCTTCAAAAACATACTCTGAACCATTCTAG +TGTTGCATTAATGTAAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAAC +GCTCAATTATTATGAGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACCTTAT +AAA +>MGYG000000001_91 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCATTTCTTTTATAAAAATAAGTATATTCAGATAATTTAGATTTGTCAATAAAA +AATATGAAAATTAATGAAAAAGCATTAGGGTCAGAGGCCTTGAAAATATTATAAAAATTA +TTTTTATTAGATTTTATTTTCTCCATAAGTTCTCCATATTTTTAACATATAATGAAAATA +AATAAAGAGAAAGGGTGTGATTTATATGGACAGCGATCCTCTACTGAAAACAAAAAATAA +TAAAGTTAAACAAATAGAGTTCATATACTTCACAAAACTTTTCAAGTTATGATATGAACT +CTATAGTAATGGGATAGGTATTCTTGATGAAGATAGAGAGTTTATATTTGAAAGGTTTTA +TAGAACAGATAAGTCTAGGGAGAAAGAAACTGGAGGCATAGGTATAGGACTTACTATATC +AAAGAGTATAGTAAATGCTCATAATGGAGAAATATTTGTGAATAGTAAACTTAATGAAGG +AACAGAGTTTATTATAAAACTACCCAAATTATAAATAGTAAATATAAATTTACAAATAAT +AATCATAATGATTGTAAGTAGAGATAATTATTATTTGTATAAAGGAGAAATTTATAATGG +GTAAATTAGATGGTAAAGTTGCATTGGTGACTTCTGGTACAAGAGGGATTGGACTTCAAT +CAGTTAAAACTTTAGCTGAAAATGGAGCAATTGTATATATAGGTGCAAGAAGATTAGATG +CAGCTCAAGAGATTTGCGATGAGTTAGAAAAATCAAATTATAAAGCAAAGGCAGTATATT +TTGATGCAACTAAAGAAGAAACTTATAAAACTATGGTCGAAGAAGTTGTTAATGATGCAG +GGAAAATCGATATATTAGTGAATAATTATGGAGGAACAGATGCTAGAAAAGATAGTAACT +TAGTGGATGGAGACCAAGAAACTTTTTTTGAAACGCTAAATAATAATGTAAAAAGTGTAT +ATATACCTTGTAAAATAGCAGTGCCATATATGGAAAAAAATGGAGGAGGTAGTATAGTAA +ATATTTCATCAATAGGGTCTATACTACCTGACTTATCAAGAATAGGGTATTGTGTATCAA +AAGCTGCGGTAAATTCACTTACTGAAAATATTGCAGTTCAATATGCAAGATCTAATATAA +GATGTAACGCTATCTTACCTGGGCTTATAGCAACGGATGCAGCATTACAAAATATGTCTC +AAGAATTTATAGATGTATTTTTAAAACATGTTCCTCTTAAGAGATTTGGACAACCTAAGG +ATATAGCAGAAGCTGTACTTTTTTTAGCTAGTGATGATTCATCATTTATTACAGGAGAGA +TTTTATCTGTTGCAGGTGGATACGGAGAACCATCACCTATGTATGGGGATGATGTTAGTA +AATAACAATAAAGTGAGGCACAATATGGAAAAAGTAGTAACAGTATCTTCTAATACTTTA +AAACAATCCATAAAAGTTAAAGATATTTTAACCAAAAAACTAACTGAAGCTGGATATTAT +GTAAGCAACAAAATAGAAAAAAATACAGAACTATTAATATCTATAGGTGGAGATGGATCT +TTCTTAAAAACTATTCATAGATTTAATTTTGTAGAGGTACCTGTTATAGCTATAAATACA +GGACATTTAGGTTTTTTTGCAGAATTATCGCCTAATCAAATTGATGATTTTATTAACGCT +TATATTAATGATAAGTACTTTATTCAGCAAGTTAGACCGCTAGAAGCTACTATATGCACA +AAAGGTCAATGTATAGATATAACTGCTATAAATGAAATTGTTATAAAAAATATAAAATCA +AGAACAGTACATTTAGATTTAAAGGTAAATGGTATAAAAATAGAAAGTTTTAGTGGAGAT +GGAATGTTAATATCTACTCCAATAGGATCTACTGCATATAACTATTCTGCAGGAGGAAGT +ATTGTTGATCCAGAGCTTAATTTACTTCAATTAACACCGATTGCTCCAATGAATACTAAT +GCATATAGATCATTTACATCAAGTATTATTTTGCCTACAACATCAGTAATAACAATATCT +CCAGAATATGATTTTGAAAATTCAATATTAATAGTAATAGATGGTACACAATATAAGTTT +ACTCATATTGATGAGGTAAGAGTCTTTAAGTCTGATAAAAAGATTCATCTACTAAGACTA +GAGGGATATGAATTTTGGAATAGAGTTTCAGAAAAATTTTTATAATAAACAAATAGAAAA +TGGAAAAGCACCTATCAAAGATAGGTGCTTTTATTTGGGCTAGCGTAATACTTATACTAA +ATATAAGTTCCCACTAATATTTAGTATAATATAAAATAAATTTTATGTAAAGATAAATCT +ATAGACGAACTATAATAAAAATTAAATATTTAAGGAATTAATAATATTATAATTTATATT +TTTTTCATAATAAATTTACATTAAATTCATATACCAGTAGTATCATATAATTAAAGAAAA +GGAAATTACATAAATTAGCAAATACCCTTATTAACATAGATTTAATAGTAGTTCTCCCTC +AAAATTTACTACTATTATAGAATCAGAAGCTGTACAGAATATTTATATATATTTTGTACA +GCTTTTTTGCTATACTTACTAATATGCTTAGAGATTAGAACTTTATATTAAAAAATTCTG +TGATAATATCACAGAATTTATATTCTATTTATTATAAAATATAGATATAAATGAACTATA +AAAAAATCATTGAAAGGGTGTATGAAATGACAAAACCAGCAATATATCATAGCCAAGGTT +ATACTTGTGCAGAATCATTAATAAAATCTTATAATGAAGAACATGACACAGATATTCCAG +TATCAATAGGTAGTGGAATGGGTGTAGGAATGACTGTTGGAAGTTTATGTGGAGCTGTAA +ATGCAGCTATAGTTATAATAGGATATATAAAAGGTAGAGATAGTCAGTTAAGTCAAAATG +AAGCTAGAAAATATTCTAAAGAATTAATGACGAGAATTAGAGAAAAATATAATTCTGAGT +TATGTCTAGATTTAAAAAGAAGTAAAATTGGATGTGATGAGATAATAAATTTCACATATG +ACGCTTTAAATGAAGTGTTAGGCTATTAATATTAATAAAAAAGTATTTCAATATTGTATT +AAGATATTGAGATACTTTTTTTATTATGAAAATTTAAGTAAAAATATATAAACATGGCAA +TAATCATATTATGAAAAAAATAAGAATAGTACAATACTTGATAATAGTTTTAATGGTAGT +TTTTGTTGGATGCAATAAGTCTAGACATGAGGCTATAAAGGAAGCTATAAAGGAAATGAC +ACTGCAAGAAAAAATAGGTCAAATGTTATTAGTTGGATTTAACGGAACTTCTGTAAATGA +TGAGTTAAATAGACTAATTGAAGATGAAAAGGTAGGAGGTTTAATATTATTTAAAGGAAA +TATAGAGACATCTTCACAATTAAAATCCTTAGTAGAAGACATTGATAAATTAAATGCAAA +TATTCCATTATTTATATCTATTGATGAAGAAGGTGGCAGAGTTAGTAGACTTCCAGATGA +TACAAATAAATTTCCAAGCGCTTCTGAAATTGGGTCCAAAGATGATGAAGGATACGCTTA +TGAGAATGGAATAAAAATGGGGAAGTTACTAAGTAGTTATGGTATCAATATGGATTTTGC +ACCTGTACTAGATATTTATAGCAATACTAAAAATACAGTGATAGGAGATAGAGCTTTTGG +AAATAATGAAGAAATTGTATCAACTATGGGAATAGCAATGATGAAAGGATTACAGGATGA +AAATATAATAGCTTGCGTAAAACACTTCCCAGGACATGGAGATACTGAGGTAGATTCACA +TATAGGCTTACCAATAGTATACAAAACCTTAAAAGAACTTGAAAAATTTGAATTTATACC +TTTTAAAAAAGCAATAGAAAGTAATTGTGATGTGGTAATGGTATCACATATTGTTTTAAA +TGAAATTGATAGCAAAAATCCTTCTTCATTATCTAAAACTGTAATAAGTGGTTTGCTTAG +AGAAAATTTAGGATTTGACAAGGTTGTAATAACTGATGATATGAATATGTCAGCTATAAC +GAACACTATAAGTGTTGAGAAAGCGAGCATAGAAAGTATAAAAGCCGGAAGTGATATTAT +TTTAATAGGAGGAGGATTAGAGACAATAACATCTGTTATTAGAGAAATTGAGTCAGCTAT +AAAAAATGGAGATTTAAGTGAAGATAGAATAGATGAAAGTGTTTATAGAATTTTAGAATT +AAAAAGTAAATATTTGCAGCTAAAGTAAGTATTTTAAGATTGATTTAAGGTACGATTGCT +ACTATATTTTAAAACGAAGATTTTATTTTAAGTAAAAATAATTTTGAACTTATTAGTAAA +TAAGAAGTAATTCATAAGCTTAATATATTAGATTAAGCGAAGTTAATAATTATAGTAGGA +GGAATAGACATGAATAAAAGACTTATATCAATCATATCGATATTTTCTTTATGTGTAGCA +ATGACAGGATGTTCAAATAAAAATAATGATTCATCTAGTAATTCTACAGAGAATTCACAA +ATAACAACAACCTCACCAAAGAGTGAATCAATAGGAGAGATAGACATATATATAAAGCTA +TCAGATAATAATACAACAGTAGATGGTGAAGGGGTGACTGCTGAAAATAACACTATTACT +ATTACAAATGCAGGAACTTATAGTATAAGTGGGAGTTTAAGCGATGGGCAAGTAATAATT +AATACTAATAAAGAAGAAAAAACATATATTCTTTTAGATGGTGCTAATATTACATGCTCT +AATAGTGCAGCGATTAATGTTATAAGCTCTAAAAAAACGGTTATTTCTTTAGCAGATGGA +ACAAAAAATTATATAAGAGATGGTTCAGAGTTCTAGTGTTGCATCTAGTTAATATTTGCA +ACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGT +AACGACAAATCCATCCAA +>MGYG000000001_92 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATAAAGAAAAA +CATCTCAATAATAATATTATTAAAGAGATGTTTTATCTATTTACTTTACCTACATTCCAA +TATGTTACCTAAACTTCAATAATAGTTTCATCTATAAATTTAAAATCTAAATCTGTTCTT +TTTAAATCTTCTATAAGTTTTAACATCGCTTTATCTTTCTTTTTAGCTTCTATCATCACA +TCCATATCTCTATTTACTTTAGATTTAACCAGTTTAATAAAATTTGCAAAATTATCTGCA +TCTATATAATCTGCATGTTTCCTATCATTTTCAAATTCTTTTGGAGTTGAAAAATGTAAC +TTAGGTGGAATGCTTTCGTCATTCCAGGTGTTAAATATCTCTTCTAATAAATCACCTATA +TCTTCACCCTCATTTTTACAATTGTGATGATGGATATCTAAAACCATTGGCACTTTAAGA +GCTTTACAAATTTGCAAAACATCTTTTGCCGTAAATACTTTATCATCATTTTCTAGGATT +AATCTTTCTTGTATTCTCCTAGGAAAATTATTAAAATTTCTTATAAACCTCTTTATACTT +TCTTCTTTGCCACCTTGAGAACTACCTATGTGTATAACCATTTTACCCAACTTATAATCC +ATAAGTTCAAATATATCTACACTGTTACTTAGATTAATTAATGTGCTTTGTATTACACTT +TCTCTCGTACTATTTATCACATTAAAATGGTCCGGATGGCTATCAATCCTCATGTTACTT +TTCTTTATAATATTTCCTAAATTTAAAAAATCTTGTCTAAAATACTTTTTATAATCCCAC +ATAACATCTGGATGAGTTGCTAGAGGAATTAAGTTAGAAGTTATTCTATAAAAATGAATA +TTATGATCAATATTATACTTTAATATTTTTTCTAGAGCCTCCAAATTTGAATAAGTAACT +TCTTTTAATTTTTTTAACTTTTCTTCTTCTGAGTTTATTTTAGAATATCTAGAATATGTT +ACTGTACTTGAAGATGTTACTTTATCCAGATTTAATGCAATTGCCACGTATCCTAATCTA +ACTCTCATACTTGTGCTCCTTATCATTATCTTTGCTTTATTTAAAAAAATTGTGTACTTT +TATACCTAAATAAACTACTATTTAGGTAAACTTATTTTAAAAATAGTAAATTAAATTTTA +AGTGTATAATTTGCATATACAAAAGGGGGGGATAATTTATGGAAACTTGTAATAAAATAG +TTAGAAATAATATACCTAATATTTTAGAAGAACTAGGTGAAAAATTCGATATAGAACTGC +TAGATAGTGATAAAGGATTAGAATTTCTTTATCTAAGTCTAATTTCAACAATATATGATA +GCTTTGAAAATAAATCCTTAGATCATATTTCAGAAGCAATAGAGTTACTTATGACAATAG +CTAAAGAGTATGGATATACTGAAAAAAATATTATTGACCAGAGAAATAAAACAAATAAAG +AAAACGGTGATTTTTCTAAAAAAATATTATTAAAAAATAGGTACTAATATAATTTAAATT +TTGATAAATTATATTGATATGGTAATATCATTAAAATTAGATTGCATTATAGTTATAATT +ATAACTATAATGCAATTTTTCTTATCCAATCTATTTATATATATTTTTAGCTTTTGCCGC +TTCTCTACTAGCTCCATAATTATATATTTCTGGATCTCTTTGATAACTTCCATCTTTAAT +TTTTTCTTTAAACTCTTCAGCAGAAGGATTTAAGTTTTTAAAGTAATTATTTTGTGTTGA +GTAAATACTTTTTTTATGTGGATTCTTTATTTCCATAAGAAAACTCCTTTCTTTCTCTTT +ATAAATATTTTCTCTTATAAACGGTTACATATTCATTCTAATTTTTGTATTTATTATTTT +TATAATATTTTGGACTTACTATTGCATATAAAATATATATAGCTCTTTGCTTAAGACTAA +TAACTTTTTATAGTAAAGTAGGAGATAGTAGATTATGAAAATAAAAAGAAAAAAATTAAT +ATTAAATGCTTTATTACTTACAATTAGTACAATGACATTCGGAATAACAAACATGATTTT +TAGAGTATATTTATCTAATAAAATTGGTGCTGAAGGTATGGGGTTGTTTCAATTGATTAT +GAGTATAAATGCAGTTGCATCTACCTTGGCTATATCAGGAATAAGAGTAACCATTACTAG +ATTAGTTGCAGAAGAACTAGGAAAAGGAAACTATGGTAAAATTAGAAAACTAGTACATAA +AGGACTCATTTATTCCTTATTTTTCAGCAGTATTACATTTATAATTCTTTACAATGGAGC +AGAATTTATAAGTAATGTATGGATAAAAGACTCCAGAGCAATAATATCACTCAAAATTCT +CGCTTATAGCATGCCTTTCGTCAGTGCATCTTGCTGCTTCGCTGGATATTTCTATGGAGT +TAGAAACGTAATGAAAAGTGTCACTGCTGATTTAGTAGAAATTTTTACTATGATGATGAT +AATTTACATATTTATAAGCAGATTTTTACCAATAGGCCTTGAATATACTTGCGCTTTAAT +ATCAGTTGGTATGGCTGTTGGTTCTATGTTTTCTGCACTATATTCTTATATTTTATACAT +ATTCGAAAAAAAACAATCTTCTCATAGCTCATCACAAAAAAATAAATGTTCTATATTTGA +CATAGGATCTATTGCTTTCCCAATTGCTTGCAGTGCTTATGTACAAACATCTTTAAGAAC +AGCAGAAGATATACTTATTCCAAACGCACTTAGACAGTATGGTTCTTCATCTTCATATTC +TTTAGCTATATTTGGAATGATAAAAGGTATGGTTATGCCTATACTTAACTTTCCTTCTAT +CTTTTTAGCATCATTTTCTACACTTATTATTCCTGAAATAGCTGAATCAAGTGCCTTGAA +TAAAAATAAAATGGTTAACTATATAATTGCTAAAGTATTTAAATTCACTCTATTAATTGC +TTTATTCGCCACAGGATTATTTATGATTTTTTCTAAAGAATTAGGATTAGCTATATATAA +AAGCGAAGAGGTCGCATTTATGATGAGAATATTAGCACCACTAATTCCTTTAATGTATTT +AGATAGAATAGTTGATGGTAGCTTAAATGCTCTTAACCAACAAATTTATACTTTAAAATA +TAATCTTATGGATATGTCGCTTAGAATATTTATAATTTTAGGTATCATTCCTAAAAAGGG +AATTGAAGGTTTTATCTTAGTCCTTTTCGTAAGTACAATTTTTAATGCTTCTTTAAGTAT +AAATAGACTTTTAAAAGTTACAAAATTAGAATTTGAGATAATTGATTGGGTTATCAAACC +TATTATTTGCGTCACAATTTCTAGCTATATAACTAAATATTTATTCTCATTCTTTAATCT +AGAGTCATTAATATTTTTACAAGTTATAGTTGATTTAATTTTATATTTAATTTGTTTATT +TATTTTTAAATGTATTAGATTAAAAGATATTAGATGGTTTACTGATGCATTCAAAAAAGA +TATTAAGGCCGTCGACTGGCACAGTATTAATATTTATAAAAAACTTTAACTAAAAATAAA +AAAGTTGTTTGAAATGATTTTTATCATATCAAACAACTTTTTTTATTTAATCGTACTTAT +AAAGTTAATTATATCTTTCGCAGCTATGTCTATTTGTTCTTCTCTATTAATTATAGGAGA +ATCATCTCCTTTTTGCTCTCCATAATCTCCAAATTGAGAGTGATTAGCTCCTTCTATTTC +TACATAAGTAGTATCTTCTGGCAATTTTTCTTTTGATTTAATTAATTTTTCGAAATTAAC +TATACCATCCTTGCTTCCCCAAATAGAAAGTACTTCTTTGCCCATATTCTTTAACTCATC +CCCAATAGGATAAGATGATAATAATACCACTCCATCAACAGCAGTATTTTCACTTGCAAA +TTTAGCTGCCATTGTACCACCTAACGAATGTCCACCTACAACCCAATTTTTTATATTGCT +ATACTCATTTATTACCTTTTCTCCTCTATTATAAGAAAGTATTGCTAAGTTCATAGGCAT +CTTTACAATAACAACTTCATAACCTTGCTCAGCTATTTTTCTACATAATGGTGCATATGA +TTCAGGATCTACTTTTGCACCTGGATAAAAAATAAAACCTTTTGTAACTTCTATATTTTT +AGGTGTAAATGATATAAATTTATCTATTTTCACTTCTACTGTATTATCACTAATAAGCGC +TTCTTTTGCTAGTGCTTGAGGTTTATAACTATCATTTGCCCATATAAATAAACCAACGAT +TCCTATCACAATAATTCCAGTAATTATCTTTATCAAGTTATTATTTTTATTTTTCTCTTC +TTTAATAAGTTCTTCATTTTTTAACTCGTCGTAAAGTAAAGGCCTTTCTAGTTCCATTGT +TATACTAAAAGTATCATCTAAATCACGCCCTTTTGACTTTACATCATCTTTCATACGCTA +CCTCCCCAAAATCTAAATACATATTATAGTTTACCATATATGATTTATTTTTTCACCTTA +TAAAATATTTCAAATTTTTTACTTTTTTAATAAATAATTATATCTTTATACAAAAAAGAG +ACTAGTATCCATATTACTATATATAGAACTAATCCCTTTATTTTTATACTATTTTACTTA +ATTAATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAA +AAATAGACCAATAGTGACTAGT +>MGYG000000001_93 +CGACTCCTTTCTATAGGGGGAATATGTTTTGTGGTGAAACTATTATAATCCCTATCGGGG +TCGAGATTCAAATATAAATAAGTTAACAAAACGAATCTTTATATAGGGGGAAACATATGA +ATAATGAAGTAAAGAAATTAGAAGCTAATTTGCCTAGAAATTGCTGTGCATTTTGTACCC +ATCTTTCATTTGAAGGACCTAATGAGAACTACACTTACGATATAAAATGTATTATGTTAG +ATAAAGAACCCAAACCGGACGAGTACTGTGAATATTTCGAGCCTGAAAATACTAAACTTA +ATACCTTTGATTTAGATAATTTATACATAAACTTTCTTGAAACATGTCTTAGAGTTAGTT +ATGATGACTATTTATGCTCTATATATTGGAAACTCTTTAAAGAAAAGGTATTAAGTGAAT +ATAATTATAAATGCTCTATTTGCGGTTCAAGTAAAAATGTAAACGTTTATCATCTCAGAA +AAAATTTAGGAAGAGAAACACTAAATGATGTGATGGTAATGTGTGATGAGTGTTTACCTA +GATAAAGAATAAAAATCTCATAACTTCAAATAATAAATAAAGGAAATTTATTATTTAGGA +GGTTTTTATGTCAAATTTAAAATGTGCTGCCAAAAACTGTAGATATAATGTTAATAGAGA +TTGTTACGCTGGTGGAATAAGAGTTGATGGAGAAAATGCTACTACTACTTGCAATACTTG +GTGTGCTTCATTTGAAGCTAAAACACAATCATCAATGGAAAATTCTCTTAATGCAACAGA +TATAGTAAGTACTCAAAATATCGATTGTAAAGCTGTTAAATGTCATTATAATAAGGCACA +GCTATGTAGTGCTAACCTGGTAGAAATTAACGCTTCAAATACAAGTTGCGAAACTTTTAA +ATGCCATTAAAGTTATTATGAAAATTTTAATAGGTGAATGGATAAAAAATATATATCCAT +TCACCTATTTATTTTATATGCTCGCCACAAACTCCTTATATATATGAGCTTCTTCTTCCT +TTTTAAGCACCCTAAGAACTCCAAGAGTAAGTGCTTCTAATTCATTTTCCCCAGGTATTA +TTTCTACTTTACCTATGAAATTTACTCTTTTATTTATCATATTTGTCATAACCTTAGAAT +AAGCAACCCCTCCTGTAAGGATTATTGCATCTATATTACCATCGACTACAGTTGCTAACT +CTCCAATTCCTTTTGAAATTTGATATGCAAATGCCTCATATATTAATTTAGCATCTGAAT +TTCCGTTTTCAATCATTTTTTCAACTTCTCTAGTATCTGTTGTATTTAAATAAGAAAATA +TTCCACCCTTTCCTCTTATTATGGCATTAATATCTTTTTGAGTATATTTCCCAGAAAAAC +ATTCACTTATAACCTTTTTTAAAGGCAAACGTCCTGTTCTATTAGATGAAAAAGGACCTT +CATCGTCTGCAACAATATCTACAATTCTACCTTTTTCATGTAATTGGATGGTTATTCCGC +CACCTAAGTGAGCAACTATTAAATTTAAATCTTTATATTCTTTGTTTATACTATTTGAGT +ATTTTATTGCTGTTGCTCTACAATTTAACGTATGACCTACACAAATTCTATCCATTCCTT +TTAGGCCTGAAATTCTAGATATATCTGTAAATTCATCCACAGATACAGAATCATATATAT +ATGATTCTATATTTACTAACTTGCCTATTTCATAAGCTATAATTGCAGCCAAGTTGGATA +CATGTTCTATCACTGGTCTATTTTTTAATCTATCTATCATATCTTCATTAATCAAATAGG +CGCCTGATTTTACAGGTGGTAGTAATCCCCCTCTTGCTACTATGGCATTAATAGAGTTTA +TATCAATATTATTATCTTTTAGCTCTTTTAAAATTAAATTTTTTCTCATTCCATACTGTT +CATTTATTTCTTTATACTTATTAATTTCTTCAGCTTTATGAGTTATAGATCTAATAAAAA +TAGGAACTTCATTATCATATATAGATATCTTAGTAGATGTGGATCCTGGATTTATAGCCA +ATATTCTATAATGCATATATATCCCCTTCTCTTTTATCAATTAATTTTATTCCCTCATTA +AAGGCTTTTATATTTACATCAATAAACTTTGCTTTTACATTATTTCTTATAATTTCCTCC +CAGTCTATATCTTCTAAGTTCATTATTTTTACTACAGTTCCTAATAATATTACATTCATC +ACCTTTATATTTCCTATTTCACTTGCTTTGTCAAACGCATTTATAACTGTAGCACTTAGA +AGTTTTAATTCTTCATCTATTTCTTTTTCAGGATATATTTCTTTTCCAATTAATACAGTA +AGAGGATTAATTTTATAATTATTGACTATTAAATGACCTTCTGGCTTTAAGAATTTCAAC +CATCTAATAGCTTCCATTTTCTCAAAAGAAATTAATAAATCTGCTTCTCCTTCTTCTATA +ACAGGAGAGTATACCTTTTCACCATATCTAACATGTGTAGAAACTGAACCACCTCTTTGA +CTCATTCCATGTATTTCACTCATTTTTACATCAAATCCAGCTTTTACAAGTCCTGCTGTA +AGCAATTTACTTACAAGTATAGTCCCCTGTCCCCCAACACCAACTAAAAGAACACTCTTT +GTCATCTACATCTCCTCCTTAATTATGGCTTTTTTAGGACATACTTGTGAACAAACTTCA +CAACCTGCGCATTGAGTTTTATCTATAGATACTATCTTTTTCTCATTATTAAAAGATATT +GCTGGGCATCCTACTTTCATACATAACTTGCAACCTATACAGCTATCGCTATTTACCTTA +ACCTTATTTATAAAAGGTTTATCAAATTCTTCAATATCATGTTTTGATAATTTCTTTAGA +ACACACGGCCATCTTGTAATTATTACAGATGGACCATCTTCATTACCTAAAGCCCAATCT +AAAGCTTCATTTACTTCTTTTAAATTATTTGGATTTATAAGCCTTATCTTCTCTACTCCA +CAAGCTTTTACTAATGTAGATATGTCAATTTCTTTAGTCTTATCTCCTTGTAAAGTATAT +CCTGTCCCAGGATTTTCTTGATGCCCTGTCATACCTGTTATTCTATTGTCTAAAATTACG +GTTATAGAATTCCCTTTGTTATATACCGTATTTAAAAGACTTGTTATACCACTATGAAAA +AACGTTGAGTCTCCTATTACGTTTATCAATCTACTTTCATTATTATCTTTCATATTAAAT +ACGGTTTGTGCTCCATGACCAGCACTAATGCTTGCTCCCATACAAATTATAAAATCCATT +GCATTATAAGGGCTAGCAAAACCAAGAGAATAACATCCTATGTCTCCTGATATTACTATA +TTTTTCCTTTTTCCAACTTCATAAAAAAATCCTCTATGCGGGCATCCAGCACATAGACCA +GGAGGTCTAGATGTTACTAAGTTCTCATTAAACTTTATTGTTTCTTTATTTTCATTTAAA +ATATGTTTTCTTATTATATCTGGAGTCAATTCACCATAGGTTGGAAGTACATCTTTTCCG +ATGCACTTTATTTGATTAGCTTTTAGTTGCTCTTCAATTATAGGATCATTTTCTTCAATT +ACATAGATTTTTTCTACTTTATCTGCAAACTCTTTTATTTTCTCTATAGGCATGGGATTT +GTAAAGCCTAATTTCATATAAGATGCTTTATCTTTAAATACTTCTTTAGCAAAGTTCACA +CACATTCCTGATGCTACGATTCCTATTTTAGTATCATTTATTTCATAGAAGTTTAAGTCT +GTAGTATTTGTAAATTCGCTTAATTTCTTCATCCTATTTTCAATTTCTACTCTTCTAATT +CTTCCAAATTCCGGAACTGTAACATTCTTAGGTATATTTCTTATATATTCTTTTATTTCA +GATTCTTCTCTATCAAAACATTCTACAATTCCTTTTGAGTGACATACTCTCGTTGTTACT +CTAACCAATACAGGTGTATCAAATGTTTCACTTATTTCAAATGCTACCTTAATCATATCC +TTAGCTTCTTGACTTGTTGATGGCTCTAATAATGGTATCTTTGCAAACCTAGCATAATTC +CTATTATCTTGTTCATTTTGTGATGAATGCATTCCTGGTTCATCAGCTGTAATTATTACT +GTTCCTCCATTTACTCCTGTATAAGAATAAGTAAATAATGGATCTGCTGCTACATTTAAT +CCAACATGCTTCATAGCAGCTATTGATCTTGCTCCAGCCATTGATGCTCCTATTACAGAT +TCAAGAGCTACTTTTTCATTTACTGCCCATTGAGCTACTATCTCCCCTTTATATTGAGCT +ATATTTTCTAATATTTCTGTACTTGGAGTTCCTGGATAAGCAGATGCAAATTTTACCCCT +GCCTCATATGCACCTCTAGCTATGGCCTCGTTGCCTGTCATTAATTGCTTCATCTTATTA +ATTCCCCCTTAGAAAATTACTATTATTGAAACATTCTTATGACTAATCCTTAAAGTATAA +ATACTTTTTCTTAATACTCTTTCACATATATGATTTTATATGATAAATTATCATATTAAG +TGCAACATCTAAAAATATGTAAAAAAATAGTTCACAAGTTTATGTTCATGTTACAGTAAT +AATAATCACAAAACTACTTTACATGAAAGG +>MGYG000000001_94 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCTTATATAATTA +ATTTCTAATTATCATTATCAGAGTTATTAAAAGTTTATTTTTTAATTAGTTTTTTATGTA +GCATTTTCATAAATTAAATACTACAATTTACCTAAAAGAGTAAGAATTCGTCAAATAACC +TACCAGAAAAGAAAGCTCTAATCTGAAAGGAGATATTTATGAAAGAACTAATAAATAAAT +TAATAGAAAGCAATAATTTATCTGAAGAGGAATTGATTTATCTAATTGATAACATTGGAT +CTGAAGATAAAAAATATTTATTCGAAAAAGCAAGTGAAATAAGAGATAAACACTATGGAA +ATAAAGTATTTTTGAGAGGATTAATTGAATTTACAAACTACTGTAAGAATGATTGTTATT +ACTGTGGAATTCGTTGTTCAAATAAAAATATAGATCGATATAGATTATCTTTAAATGATA +TACTCGAATGTTGTAAAATAGGATACAAACTTGGATATAGGACCTTTGTACTACAAGGTG +GTGAAGATCCATATTTTACAGATAATAAAATAGTGTCTATTTTAAAAGCTATAAAGGAAA +AATATAATGATTGCGCTATTACTCTTTCATTTGGAGAAAAAACTTATGAATCATATAAAA +AGTTCTATCATGCAGGAGCTGATAGATACTTACTTAGACATGAAAGTGCAAGTGATGATC +ATTATTCTCTACTTCATCCTAAAAATCTAAGTCTAGATAATAGGAAAAATTGTCTTTATG +ACTTAAAAAAGATTGGTTTTCAAGTGGGTGCGGGATTTATGGTTGAGTCCCCTTTCCAAA +CATCTAAGAACTTAGCAAAGGATTTATTATTTTTAAAAGAATTAGAACCTCATATGGTTG +GCATAGGACCTTTTATTCCTCATCATGATACAAAATTTAGAGAAAATAGCGCTGGTAGTT +TAGATAAAACCCTTGTAATGCTGGCACTTACAAGATTATTATTACCAAAAGTATTACTCC +CTGCAACTACAGCTCTTGGAACTATAGACCCCCTAGGAAGAGAGCTTGCTCTAAAAGCTG +GAGCAAATGTAATAATGCCAAACTTATCTCCAACAGAACTTAGAAAAAAATATTCACTTT +ATGACAATAAAGTAGGTACTGGTGACGAGGCTGCAGAATCTAAAAGACTGATTGAAGAAA +AAATAAACAAAGCAGGGTTTATTTTAGATACAAGTAGAGGAGATAGTATTATCTGGAACA +GAAATTAATGTAAATCTAAAATTAAAAAATTTTAAATTTATATATAATAATTTTATATCT +ATTATAAAAGGCTATATTTTTATATTTCATAATATAGCCTTTTATTTGTATTACTTACTA +TCTTTAATTTTACTTTTCTTATTAATCAATAAAATACATATTCCTAAAACAACTGACATA +CCAACTCCAGAACTAGTTATCATATACGAAATCAGTTTTATGGTTTCATAAATATTTGAA +TTTATATCTATTCTCTCCATAGCAAAAGTCAGTATAATTATATATTTTCCTTCTTCCATC +TTCTCCAGCTAAAGTTATATAATCTTGAGCTTGCATTTTTTTTAGCATAGTATATAAAGT +TGCTGGCCCTATAACCATTTCACCATCAGTTAACTCTTCAATATACTTAGTTACACCATA +TCCATGCATTGGTACTAAAAGAGCTAATAAAATATAATATCCTGGCTCAGTAAGCTGTTG +TTCTTCTAGAGAATTATTTCTATTAATGTTAATCACTTCTCATTTATATTTATATCTATA +ACCGATATATCCATTAGTGATATATATGTACATCATTTTTTTAAATTATAATTTTCTTAT +AATAAAAAATGGTTACATAAAAAGTAACCATCTTAATTACACTTACTATACCCACATTGA +AGACAAATTGCACATCCACCTGTTGGAATTACAGTTTTATTTCCACATTCAGGACATACA +AATTCTTCAACTCCATCTTCAATAGTAATTGTAGTTTCATCTTTATTTTTATCTATATCT +CTCTTATCTTTTTTATCAGCCTTATCATTTAAAAGAATTCCACTTCTTTTGCATCCATCT +CTATATATTGTTACGCCTTTTAATTTATGTTTCCATGCAGATACATATATATTATATACA +TCATCTACAGTTGCTTCATAAGGTAGGTTTATCGTAGATGAAATTGATGCATCAATGTAT +TTTTGCCATGCTTCTTGCATTCTTATCCTTTCTTCAGACTTTAATGTCATAGCCGTTTCA +AATATATCTGGCAAGTTATTATCATCTAAGATATCATTAATATCCATATACTCTTTTACT +ATAGGAGTATACACCTTATAAAATACATCTTCATCATGTAGGCTTTCTGTCTTTCTTATA +TAAGATGTATTAAACATTGGCTCTATCCCTCCACTAATTCCTAACATGGTAGAAATTGAA +CCGGTTGGTGGTATCGTTAATATTTGTGAGTTCCTTAAACCATACTCTTTGATTAATTCT +TTTACATCTTCATCTATATTATTAATAAAGAAATCAGACTTAAATATAGCTTCTTTGTTG +TATTTTTCATAGCTACCTAATTCTTTGGCTAAAAGAGCAGATTGTTTTACTGCACTATTT +AACATTATTTTAGCTATTTTTTCGCATAAATCTATAGACTTTTTTGATCCATACCTTATA +TTTAATTTTATAAGCATATCAGCTATTCCCATAACTCCTAAGCCTATTTGTCTATATTGT +CTAACACTTTCTTTTTGCTCTTTTAAAGGATGAAGCTCTAATCCTTCATCTAATACCTCA +TTTAAACCTATAATGCAATCAGCAACAGTATTTTTAAATTTTTGTATATCAAATATTGCA +TTATTTGTAAATGGTTCTACCACAAACTCTTCTAAATTTATAGATCCAAGAAGGCAACTA +CCACCAGGTGGTAATGGCTCTTCAGCACATGGATTTACGCCTGCATATTTAAACTCTTTA +TCCTCACTTAATAAATGGTATCTTTCTATATTATCCCAAAATAGTATTCCAGGCTCTGCA +AAGTCCCAGTTATTAGTTATAAGCTTCATAAATAATTTATAAGCATCAACTTCTTTTTCT +ATAACTTCATTAGTTTCCTCTACTATAAATCTACATACATACTTTTCCTTATTTTCTACA +GATTCCATAAATTTATCATTTATTCTTACTGAAATATTTGCCTTAGTAACTTTATTTAAA +TCTGTTTTTATATCAATGAAATCTTCTATATCAGGGTGATTTATATCCATTGAAATCATT +AATGCACCTCTTCTACCTCTCTGACCAATAAGACCAGTTGTCATTGAATATAAATCCATA +AAACTTACTGCACCAGTCGTAGTCTTAGCTGAATTATGAACTAAAGCACCACTTGGTCTT +AACTTAGATATATCAAAACCTACTCCACCGCCATAACTAAATGTTCTTGCAAGTTTTTTA +GCTGTATTAAATATTGATTCTAGATTATCCTCTGGTGGTTGCAAAACATAACAATTAGAA +TAAGTAACTTTTATTCCTTCCTTAGATAATCCCCTATTAGCTAATATCCTTCCTGCAAAT +AAAAATTTACGCTCCCTTATTAATTTTGCTATTTTAGGATTATTCCCAGACACCCTTTCT +ATCCAATCATCAAAAGATTCATTATTATACTGATATTTATTAGTCCAAATTGATTTTTGT +AATTCATCCATTTGCCATTTTGATTTTCTAATATCAGATTTTTTCTCTCTATACAATATA +TACTTTTTGGCAACATCTTTCCTATTTGATTCCATTAAAAAAAACTCTACATTATCTTGA +ATATCATCTACACATACATCTTTTTCCTGGGAGTATATTATTTTTTCAATTTTATCTGCT +ATTAGTTTTGGTAGTTCTCTATCTTCTCCATTTTTGCTATTAATAGTCGACTTATATACA +GCATTAATTATTTTAACTTTATCAAAAATTTCTTTCGTACCATCTCTTTTAATTATGTAC +TTCATTCTGTTAGCAACTCCAATACGTATAATTATTATTTAATATTTATCATATACCATT +TACCTAATTCTAAGATATTATATTGTATTTCTTTATAAAAAGCATACTATATATAGTATT +TCTTCTTTCATTTTTTATATGATTGAATTTTTTATACTCTAAAAAATAACAACTTCAATT +GATTAAAATTTATTAGTAATATAAAAAGAGGCTAACTTAGTTCTAGTGTTGCATTAATGT +AAAATTTAATACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATG +AGGGTTGAAATTTTTTCCATTTTATTTTTAGACGCACTTACCTTATAAA +>MGYG000000001_95 +CTCTACCGAACTCACATACTGGAATAGGCATACTATCTATAACTCTTATCTCATTAGAGT +AAGATTGAATAGATAATGAAATATATTCTTTGATTTCTTTAATTACAGCGTGGAGATTTC +GTTTTGTTCTATTAAATCTAGTTCTATCGCCTAATTTTGGAGATAGTCTTGTATACTCTC +TACTCAATAAACTAAAGAATGCTTTTTCTGAATCAATAGTTAAAAGTTCTCCAACTATAC +TTATAGTTATTATCTCACTATCTGAAAGTTTGCTATCCTTAATATTACGTCTGTTTCTAA +TACTTATAGGGATAATATCATTGTATATATCATCAACTATTGTAAAAATTATAGTAAATA +AGTCAGTTAAATTTTTTACTTCTTGGATATAATAATTATTAAGCTCCAACATATAGTAAC +CCTCCTTTAGATTGGTGATGCAATCTTAGGATACTATATTTGTTGGAGTTTTATTATTGT +AAAAATTAACTAGCACAACGAGTTAATTTTTAATATAATATGTCTAAAAATTATTAAGAA +CTATACTAAACTAAATTCTTCATCATTTAATATCTTTTTTACAGTTCTCATTGAGCACAT +TTTTCCACACATAGTGCAACTATCCTCATGGGTTGGCTTAGACTCTTCTCTATATTTTCT +TGCTTTTATAGGATCCATGCTTAAGCTAAACATCTCCTCCCAATCTAAATCTACCCTAGC +TTTACTCATTTTCTTATCCCATTCCCTTGCTCCAACTATATTTTTGGCTATATCACCTGC +ATGGGCAGCAATTTTGGTTGCAATTATACCTTCTCTCATATCATCTAAATTAGGAAGTCT +TAAATGTTCTGCTGGAGTTACATAGCATAAAAAATCAACTCCTTTAGAACTAGCAATTGC +ACCTCCAATAGCACTTGTTATATGATCATATCCTGGAGCTACATCTGTAACTAATGGACC +AAGAACGTAGAATGGTGCTTCATGACATAGTCTTTTTTGAAGTATTACATTAGCTTCAAT +TTCATTTATAGCCATATGACCTGGCCCTTCTATCATAACTTGTACATTTCTATCCCAAGC +TCTTTTAGTTAATTCTCCTAATACTATAAGTTCTTCTATTTGTACATTATCTGTTGAATC +CTCTATACAACCTGGTCTACACGCATCTCCAAGACTTAATGTAACGTCATACTCCTCGCA +AATATCTAATATCTTATCAAAGTTAGTATATAGTGGATTTTCTTTATTATTTAATTCCAT +CCATGCAAAAAGTAAAGAACCGCCTCTTGATACTATGTGAGTTAATCTATCATGATTTTT +AATTTTTTTGCAAATATTTCTTGTAAGTCCACAGTGAACTGTTATAAAATCAACACCGTC +TTTAGCATGTTGCCTAATAACATCTAAAAATTCTTCTTCAGTTATATCTTTTAATTCCTT +ATCTAAATGACCAATAGCATCATACATAGGCACTGTACCTACCATAGCAGTAGATAACCC +TATTAATCTATCTCTAAACTCTTTTGTTTTTCCATAACTACTTAAATCCATTATAGACTC +TATATTCATATCAAGAGCTATTTTTAATTTTTCAATTTCTTTCTCTATATTCATACAATC +TCTTGATATGCCTAAATTTACATTTACCTTTGTTCTTAAATTTTTTCCTATTCCATGTGG +ATCTAGCGATTTATGATTTTTATTTGCTGGTATTACGACTTGACCTATTGCCATTAGATC +TATTAATTGATTAATTTGAATAGATTCCTTTTTTGCAACAATTTTCATTTCATCTGTAAT +TATTCCCTTTTTTGCTGCATCCATTTGAGTTGTATAGTTCATATAAATCCCCCTAAATAA +TTTATTTAACATAGGGAATGCTTTTAAAAAAGCTTTATGTGATTATTTAATTCTAATAAA +AATGTGCTTTCTTAATAAAAAGAAGCACTTGAGTTTGTATAAATATAACTATATATAGAT +AATTATTATTCACATCAAGCTTCCCTTCGCAAGCATTACCTTGATCAGGTAGTTAGAGTT +TTTGAGTAGTACTCTCATCTCAGCTAATCAATTTTAGCTCCCCTAGCCCTACTATTATTT +TATTTAATTTAAGTTTATCATATTATCTACCTAATTATCTATATTTTAAGCATTAACTAA +CTATACAATTTGATAAAATAATCCGTGGTTTATGCAATAAAAGTATAGTTTCCCACGTCC +AACTTGATTAAGTCTAAACTGCATATTCCACTCTGGATATTGCTTTACGATTTGAACTCT +ATCACCCTTCACATGAGCTACAAAAGTAATATAATGTTCTTTTTTCATTTCATGCTCTGT +TGTTATGAAAAATTCATTTTCTATAGATTCCACATTAAGTTTATGGCCCTCTTCTGCTTT +TTTTGCAACTGCTGCTTCCATTTTTTTGCCGCAGCATGATATAGCTGCCTCTGAAGTGGA +AGTTATTAAGTTTCCACATTTGTCACATACATAAAACTTTATATTTTTCATATTTCCTCC +TGATAATTCATTTAAGTTGATTTCGCCAGATAAAATGCCTTCAATACTTACTCCAAATAT +ATTTGATAAGCCTAATAGTAAAGAAACATCAGGACAACCTAATCCTCTCTCCCACTTGCT +TATTGTTTTATCACTTATATTCATTAATTCAGCTACCTGCTTTTGTGTCATATTTTTTTC +TTTTCTTAATTCATATATTAATTTGCCAACTTTCTTGCAATCCATTAGCTTCACCTCTTA +ATACTAATTTAACTTAATATGAGAAATCATTCAATAAACTAATCGTAGAATTTTACAAAT +TTATCTTCTTTTGATAATACACAATCCCTATAATATCTGCTAAAGCCCATCCGATAGGAA +TATCGCACCATATACCACGTTCAGATAGCCATGTTGACGCAAGTATATACGCTAATATTA +CCCTGGTTCCTAATGATACTACTGATAGATACTCAACACCTAGGGATATGACTTCGATCT +CACTCTTATTTATAAATATATACATTATATCTTTTGAAAAAATAAATATGAGACTTGATA +CAATTACACAAAAAATTATTATAATTTTCGTTGAACTTCTGACTCCTTCTTTTACTCTAT +TAATTTTCCCTGCTCCTTTATTCTGAGCTACAAATGTTGAAAAAGCATTACCAAAATCTT +GTACTGGCATATATGCAATAGAATCAACCTTCACGCCTGCCGCAAAAGCTGCCATTACAG +TTGGACCAAATGTATTTACTAAACCTTGAACAATTAGTATTCCAAAGTTCATAATAGACT +ATTGAATTGATGTTAGTACAGAATACTTAACTACATTTTTAAATGTATCTTTATTTATTC +TTATATCTTGTTTTGATATTTTTATAAAATTTATACTTTTATATACATATATAATACTTA +AAATTGCCGATGTGGCTTGAGCAATTATAGTAGCAATCGCCACACCTCTTACTCCCCAGT +TAAATTTCAATACAAACACTATATCTAATACTATATTTATAATTGATGCTACTATTAAGA +AATATAGAGGTCTTTTTGAATCCCCTATAGATCTTAACAAAGCAGTGGCTAAATTATAAA +TAAATGTGAATAGTAGCCCTAATATGATGATTATTAAATATCCTTTTGAATCTTTAATAA +GCCTATTTGGCATGTTGAATAAATCTAGTATCAAATCTATGCATAATAAAGATACAATCA +TTATAAATATTGTAACTCCACCTATAAATATAAATGAAGTAACTATAGTTTCTTTAAAGT +TTTCCATATCTCTTGAGCCATAATATTGTGCAAAGATAATTCCAACTCCAATAGTCAATC +CAATTATTATTGATGTTATAAATACAACAATAGCAAAAGATGACCCTACAGCTGCTAAAG +CATCTGCTCCTACAAATTTTCCAACTACTATACTATCTACCAAGTTATATACCTGTTGAA +ATATATTGCCTAATATCATCGGAAATGCAAATTTTAATATTAATTTGTTTGGATTCCCTT +CAGTCATATCAACCATATACTTCTCCCCCTATAAACCACCTTTAGATTTTAAATAGTATA +TGGTATTCACCCTATTTTCAATAATGTATAACTTTTCTACTTAATAAAAAAAGATAGGTA +TTAACCTTCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATAT +AATGAAAAAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_96 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAACTATAGACCAC +GAAAAATGTGTAGGATGTGGAAGATGTATAGGATCTTGTAACTTTGATGCAGTTAATGCT +GCAGGAGATGAAGTTAATGATATATTAAATAAGAAAATAGCTGAATATTCATATGCAGTA +TTAGAAGGAAGACCTAATTTTCATATTAGCTTAGTTATAGATGTTTCACCTTATTGTGAC +TGTCATGCAGAAAATGACTTACCTATAATACCGGATGTAGGAATGTTTGCATCTTTTGAC +CCAGTTGCACTAGATATGGCCTGTGTTGATGCCGCTAATAAACAGGGTATTATACATGGA +AGTTGCTTAGAAGAAAGAGAAAAACATACTTGTGATCACTTTATAAATACTCATCCTGAA +ACTAACTGGGAAGTATGTATTGATCATGCTGTAAAATTAGGTCTAGGTAATAAAGAATAT +GAATTAATAGAGGTTTAAAATAAAAGATAGAAATTGTAGGTGAGTTTTAATATATTTACC +TACAATTTTTGAATATGTATAAATTTAATGAATAGAAGTGTAAAAGTTGAAGACGTTAAT +ATAGAAAGTTAGTTAATAAGTAGTGCCAAGAATAATTTTGTTTTTGGCACTATTTATTTT +GATATAAAAACATTAATTCAATATTAGGCTTATATTAGTTGCAAAAGTAAGATTTAATAT +ATAAAATGTATGTATAAATACAAAATATAACAAAAGGTGACTAGAAATAGTTTGATTTAT +TAAACTTGGGGAGGAAATAATATGAAATTCAAAAATATAGTTACAATATTAACGCTTAGC +CTAATTACATCATTAGCTATTGTAGGATGTAATAGTAGCGATACTAAAAATAAAGAGAGT +GAATCACAGGAAGCAGTTGAACTAAATATATCAGCGGCTGCAAGTTTGAAGGAAGCTATG +GCTAAAATAGAAGAAGAATATAAGAAAGTTAATGAAAATGTTACTTTAGTAGTAAACTAT +GGTGCTTCAGGTTCATTGCAACAACAAATAGAACAAGGAGCTCCTTGTGATGTGTTTATA +TCGGCTGGTCAAAAACAAATGAAAGCATTAGATGAAGCTAGTTTATTATTAGAAGGTACA +TATAAAGATTTATTAGAAAATGATTTAGTTCTAATTGCACCTAAAGATAGCGATGTATCT +AATTTAGATGATTTAATTACAAATAAAGTTAAACATATAGCTGTAGGAGAACCAAGCAGT +GTTCCTGCAGGAAAATATGCTGATGAAGTGTTAGTTAATTTAGATTTAAAATATAAAATT +AAAGATAAATTAGTATTTGCAAAAGATGTTAAAGAGGTATTAGCTTGGACTCAATCAGGA +AATGCTGAGGTTGGATTTGTTTATTACAGTGATACAATAAATACAGACAACATAAAAATA +GTTGAAACTACACCATCTACTTCACACTCTGCTATTGTATATCCTATTGCGGTTATTAAG +GAAAGTAAGAAACCAGAAGCTGCTAAAGAATTTGAAGATTTTTTATTAAGTACAGATGGA +CAAGCAATACTTAAAGATTTTGGATATAAAAGTGTAGAGTAGTTAAATTCATTTAGGAGG +CATAAAATTGGATATAAATTGGTCGCCACTATGGATATCTATAAAAACATCGATTCTATC +TACAATAATGACTTTTGTTATAGGAATAATTGTATCCTACTTAATGGCTAACTATAAAGG +AAGATATAAGGGGCTTATTGATGGAATTTTAACTCTTCCATTAGTACTTCCTCCTACTGT +AGTAGGATTTTTTCTTTTATTATTGATAGGTAAGAATGGATATATAGGAAAATTATTACT +AAATTTCGATACAACATTAGTGTTTAGTTGGACTGCAACTGTAATAGCATCTACTACAGT +TGCATTCCCAATGATGTACAGAACTTCAAGAGCTGCTTTTGAGCAGATAGATAACAATAT +AATTTGTGCAGCAAGGACTTTAGGACTTAGTGAATGGAAAATTTTTTATAAAATTGCTAT +TCCTTTAGCATGGCCAGGTATTATTGCAGGAATTGTTTTATCTTTTGCAAGAGCATTAGG +TGAATTTGGTGCAACATTGATGATTGCTGGAAATATACCGGGCAGAACACAAACTATGCC +ACTTGCGATATTTTTTGCAGTGGAAGGTGGAGATATGGAAAAAGCAATGGCATGGGTAAT +GATTATTACATTAATATCAATATCAATGATTTTAATATTAAATTATTGGTCTGAAAAGCA +GCAAAAAATAATTGGTAAAATTAAAAGAAAAGGGGTGTAAGTAATGGCTCTTTATGTAGA +TATTGAAAAAGACTTATCCTCTTTTACATTAAAATCAAAATTTGAACAAGAAAATGGAGT +ATTAGGTTTCCTTGGAGAATCTGGTTCTGGGAAAAGTATGACATTAAGGTGTATTGCAGG +TTTAGAAAATCCTTCAAGAGGTAAAATTATATTAAATAATAGAGTGTTATTTGATTCAGA +AAAAAAGATAAATTTATCAGCTCAAGAAAGAAAGGTTGGTTTTTTATTTCAAAATTACGC +TTTGTTCCCTCATATGACAGTTGTAGAAAATATAGAATTGGGATTAAGTAATCTTCAAAA +AGAAGAAAGAAATAAAATTACTAAGGAATATATAAAAAGATTATGTCTTGAAGGCTTAGA +AAATAGATACCCTTGGCAGCTATCAGGTGGTCAACAGCAAAGGGTAGCATTAGCAAGGGC +ATTAGCTCCTTCACCAGATATATTACTATTAGATGAACCTTTTTCAGCACTTGATTATCA +TCTTAGAGGTAATATGGAAAGAGAATTAATAAATATTTTAAATGATTATCATGGAGATGT +TATCTTCGTTACTCATGATAGGGAAGAAGCATATAGAGTTTGTAAAGATATAGTTGTTTA +TGATAAAGGTATAAGTTTACCAAAAAGAGAAGTACATGATTTATTTAATAATCCACAGTC +TTTGGCTGAAGCGAAAATAACAGGATGTAAAAATATATCAAAAATAGATATCTTGGATAA +GAACACTATACATGCTAAAAACTGGGGGATTAAGATTAAATTAAAAAAAGCCATTGATAG +TAATGCAAAATACATGGGAATTAGAGCTCATCATATTTCTATAGAGGATAATCATAATGA +AGAGTGTTACTATTTAACAGTTAAAAATATAATTGAGAATCCATTTAGCTATAGTGTTTA +TGTAATTAATGAAGATGATAAAACTTTTAATGAAATTCATATAGAAGTTAACAAGGATAT +TAAACCTATTAATATTGGAGATAAAATATTAATTAAATTACATGTTGATAAGTTATTTTT +ATTTTAAGTAATTTAGTATACATATAAAAGGGCAGTCTTAAAATAAATTTAAGATTGTCT +TTTTTTAGTTCTTTTCAATTATTATAATATAGAAATTAATGTTATAAGAGAAATATTAAA +TAGCTATAATTAGTCTGTGTTTTATAAATATTATAGAGTAAAATAGTTATATAAAAGAAT +TAATAAGTAAAATAGGAGGTAAGGATGTTCTTTATAGGTATACTAGGTGTTGATAATAAA +ACTAAAGATATTAAAGACTTAGATAATTTGAATTGTAAAATTTGTGATAGTAATAAAGAT +ATGAAGTTAATAAAGAACTATAGTTATTTTCATATATTTTTTATTCCAATTATTAAATGG +AATGTAAATTATTATATATCATGTAGCAAATGTAACTCTATATTTAAATTGAAAGAAGAG +AAAGGAAAGTTGTTAGAAAGAGGAGACAATATAGAAATTACTTATTGGGATCTTGAAGAA +ATAAGCAACAATCATAATAAAAATATATGTAACAACTGTGGTGCAAAGATTGAAGATAAC +TATACATATTGTCCTTTTTGTGGAGAAAGAAAATATAAATAAACTTTATAAGTCTCTTTT +AATGAAAATTAAAAGAGGCTTTTTTATATACTAAGGTATTATAAAAAATGGTCTTGTGGA +TAAGTTTTGATGTATAATAATGATGTGAGAACAAATGCAGAA +>MGYG000000001_97 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGAGTTATACTCCTCTATTTTTATATTAAAATTTAAGTTTTAGGCTATATTATATTAAA +AATTTATTACATTTACATATTATTCCATGCAAATGTTAAGATTATATAGTACAATAATAA +ATTAAGGGTGATTTAAATAATGGCAAAAATTAGAACAAAATATGTATGTCAAGAATGCGG +ATATGAGACAAGTAAATGGCTTGGAAAATGTCCAGAGTGTACAAAGTGGAATACATTTGT +AGAAGAGATAGAACAAAAAAATTCAAAAAAAGAAGTTTTTATTATAGATAAATCTTCATC +AAGACCAATGAATATAAATTCTATAGAAACAAAGGAAGAAGAAAGGTTTTCTACAGAAAT +AGCAGAATTAGATAGAGTTCTTGGTGGAGGAATTGTAAAAGGTTCATTAGTTCTTGTAGG +AGGGGATCCTGGTATAGGGAAATCAACCCTTTTAATACAAGTATCAAGCAATGTGGCAAA +TGCCGGCAGAAAGGTTTTATACATTTCAGGAGAAGAATCAGAATCTCAAATAAAAATGAG +AGCTAAAAGATTAGGAATTAATTCCGATAATTTATATATATTTGCAGAAAATAACTTAAG +CTTAATAGAAGCTAATCTAGATAGCATAAACCCAGAACTTATAATAGTAGATTCAATTCA +GACTGTATATAGTCCTGAAATAGCATCTGCTCCAGGTACCGTAAGTCAAATTAAAGAAGG +TACATCTAAATTTATGAAAATTTCTAAAAAAATGGGTATATCTACGTTTGTAGTTGGACA +TGTAACAAAAGAAGGTTCTTTAGCAGGTCCTAAGCTATTAGAGCATATGGTTGATACTGT +TATTTACTTTGAAGGAGAAAGATATAATACGTACAGATTAGTTAGAGCTGTAAAGAATAG +ATTTGGGTCAACTAATGAATTAGGTGTATTTGAGATGAGAGATATGGGGTTAGTTGAGCT +GGATAATCCTTCAAAGGTACTTATATCAGAAAAACCAAAAGATGTAGCTGGGTCAGTAAT +AATATCTACTGTTGAAGGTACTAGGCCAATGTTACTTGAGCTTCAAGCCCTAGTATCACC +TACAAGTTTTGGTATAGCTAAGCGAACAGCAACAGGAGTAGACTTTAACAGAGTTGCATT +ACTTTTAGCTGTATTAGAAAAGCGTGTAGGATTACAGATACAAAATCAAGATGTTTACAT +AAATGTAGTAGGTGGAATAAAGATTAATGAACCTTCTATAGACATGGGGATAATAATTGC +AGTAGCATCAAGTTTTAGAAATATACCAGTATCAGAACATGTAGTTGTTACAGGTGAAGT +GGGACTAACTGGAGAAGTAAGGGCTGTTAGTTTTATAGAAAAAAGGATAGCTGAATGTAA +AAAGCTAGGTTTTAAAAAAATAGTTATTCCTAAAAATAACTATGATGCAGTAAAAGATAT +TAAAGGAATAGATATTATTCCAGTAGATAATTTAAGACAGGCTATAAATATAGTGCTAGG +GGGGAATAAGTAAGTAATGGATAATTTCCTAAGCAATAAAGAATTATTACAGGCGTTAAA +AATGATATCTCCAGGAACTCCATTAAGACAGGGATTAGATAATGTATTAAAGGCTAAAAC +AGGAGGGCTTATAGTAATTGCTACAAACGAAGAAATAATGAATGTGGTAGATGGTGGATT +TGCAATAAATGCAGATTACTCACCAGCTTATGTATATGAATTAGCAAAAATGGATGGAGC +AATAGTTATAAGCGGAGATACTAAAAAAATTTTATATGCAAATGCGCAACTTATACCAGA +CTATTCTATTCCTACTTCGGAAACAGGTACTAGACACAGGACTGCAGAAAGAGTAGCTAT +ACAGACAGGAGCTATTGTTATAGCTATATCGCAAAGACGAAACATAATAACCGTATACCA +AGGACAATATAAATATGTAATAGAAGAAATATCAAAGATTTTTACAAAAGCTAATCAAGC +CATACAAACTTTAGAAAAATACAAAGCTGTTTTAGATCAAGCTGTAATAAATCTTAATGC +ATTAGAATTTAAGGATTTAGTTACTATTTATGATGTTGCTTTGGTTATACAAAAAATGGA +GATGGTAATGAGGATTACTAATATAATAGAAAATTATGTGATAGAATTAGGAGTAGAAGG +AAATCTAGTAAGTATGCAGCTAGAAGAATTAATGGGTACAGCTAGAGTTGATCAAAAGTT +AATATTTAAAGATTATAAAAGAGAAGATTTAGGCATAAAAGATTTCAATCAAAAAATGAG +AAGTTTAAGTGATGAGGAATTAATAGATTTAGCTAATATGGCAAGAATATTAGGTTATAG +TGGATTTTCTGAGAGTATGGATATGGCTATAAGGCCTAGGGGATACAGAATACTTAACAA +AATACACAGGCTACCTGCTACTATAATAGAGAATTTAGTTAATTATTTTGATAACTTCCA +ATCAATAGTTAGAGCATCCATAGAAGAGCTTGATGAAGTAGAAGGTATAGGAGAAATAAG +AGCAACTTATATAAAAAATGGACTTATAAAAATGCAACAATTAGTATTATTAGATAGGCA +CATATAAAGTATGTTACAACTTTGTTGTTGATTGTAACGAAAAATATGAATATAATAAAA +ATATTAAATAGATAACTAGGGGGTGAAATTTTGATACGAAAAATAATAAGAGCGTTCATT +GGAATAGCTGGTTTTGTATTAGGATTTACTACATACTTGACGTTAATGAGAGATTATGAA +ATGCTTACATTTGGAAGTGATTTACGTGGATTTATAATCTCAATAGGATTAGGAATAGTT +TTAGCCTTTGTATTCTATAAACTAGAACCATGGGTTGTAAATAAAACAAAAGAATTAGTT +AAAATATTGGATACAGAAATGGCAAAGTATCCTCAAACAGATATATTATTGGGTTCAATA +GGGCTTATAGTAGGATTAGTTATAGCTTATCTAATAAGCGGGCTAATAAGTACAATAGTT +AGAATACCGTTAATAAGTGGAATATTGTCATTGATTACATATATATTTATGGGTTATTTT +GGAATAAGAATATCCCTTAAAAGTAGAGATGATTTATTTAATATAAGTAAATTAAGTAGA +TTATCAACTAGCATAAAAGAAAAAGGAAGTAAAAAAGAAGTTAATAGGGAGATTCCTTCA +AAAATTTTAGATACTAGTGTAATTATTGATGGAAGAATAGCGGATATCTGTAAAACTGGA +TTTATAGAAGGTAAGCTAATAATACCTAAATTTGTTTTAAATGAATTACAGCATATAGCA +GACTCTTCTGATGATCTAAAAAGAGTTAGAGGAAGAAGAGGTCTTGATATATTAAACATA +ATTCAAAAAGAATTAGATATTGAAGTTGAAATAAGTGAAATGGATTTCGATGATATTCCT +GAAGTTGATAGTAAATTATTAAAACTTGCACAAGTTTTAAATGGTAAAGTAGTTACAAAT +GATTATAATTTAAATAAAGTTGCACAGTTCCAAGGTGTAGAAGTTTTAAATATAAATGAG +TTAGCTAATGCTATAAAGCCGGTTGCAATACCAGGTGAAGAAATGGTTGCACAGGTTGTA +AAAGAAGGTAAGGAAGCTAATCAAGGTATAGCATATTTAGATGATGGAACGATGATAGTT +GTAGATGGTGGAAGAAAACATATGGGTGAGACAATAAGAGTACTAGTTACATCTGTATTA +CAAACACCAGCAGGAAGAATGATATTTGGAAAGCCTAAAAACTAATTAGAGTTGTAGGGA +GTATTTTAGAGTTATGATTAGTTAATACTCAGATATTAACTAATCTATTGTGCTAGTTAA +ATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAATAGACCCATAGTGACTAGT +ATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGCTAAAGA +>MGYG000000001_98 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAACATTGCTGACAC +TTTTTTATTTTTTCATATTTATATTTTTAACAAAATATTTAAAAATCTTATTTATTACAA +ATATAGTTGTTATTAATAAAATAATAACTAATATTATATTTACTATTGAAAATTGATTCA +TTTCAATCCTCCTAAAATTTTAATCAAATGCATATAATGTAAATGCAGACCCCGCGTTTG +TTTTAACTGTGACATATGCATTTGTATAAGTATACACTACACCAGCCGCACTATATTCTT +TATACTTATTTGAATATAACGGTTGTGTATATTTCCATGCACTCGTTGTGCTATTTCCTA +CACTACCTTTATGTACTAGTCCTATATATGTTCCGCTTGTGCCGACAAGACCATATGCTG +AATTAGATACTTGATTAGATAAACTCTTCGTATGAGAACCTTTCAATACAGCTGAGCTGT +AATCACCTCCAAACTTATGATTCAAAACATTCACAGTAGATTTTACATAACCTTTTAATC +TTACTTTTACCCCATACTTCTCCTTAGTTCTATCAAATGATTTTGTATCAGTTTGTCTAG +CTTCATTATTTTCATTTGCATAATTTACAACGAATTCTGCATCTTTTTCTGAAAATGGCT +CACCTACATCATATGAAGAATTTATTTTTTCAAATCTTTCTACAACTTGTTGAGTATTTA +AATTTTTATTTTCTTCATACATAAAATTATCTAAATATTTAGATTCTAGCATCTGTACTC +TTAATCTAGTATTATCCTGGATATCTATACTAGAAGTTTCAGCGAAAGCTCCTATTACAT +TTAATGAAGTTGCAACTACAACCGTTCCTAAAACTAAGGACATTTTTTTCTTTAAATTCA +TATTTTCTCCTCCTCTTAATAACTGGATGGCATAAGTATTCCACCCTTAACCCCTTAATT +TATCAAACTAAAAAAATTAAAGTTTGACAAATTATAATCTCTAATTCTTAAAAATTATTT +GATTAAATTTTATATTTTTTATATAAATATGTAAATACATAATGCAAAACTAGTCGTTAA +ATGTGCAAAACTGGACATATTTTATTTATAATTTACATATTTCACCATAAAAAATAAGGT +AGTAAGCCTTAGCCTACTACCCTTTAAATATGAAATATATAATTATTGTTTAACACATAA +GTTGCATGGATCTGACTTGCCTCTGTTTATTGCTCCACTTGGTTTTAAACAATACCATGC +TTTTTTTATTGCATATGTAACATTAATATTTTTTATATTAACTCTAAACAGTACTTGCTA +AAATATCCAGTAGCATTAACAAGTCTCTTCGACTTCAAAATCATATTTTATCTTTTGATT +AAAAAATATAACTTTAAAATCAGTATATTCCTCATTACTACTTACATTTATTTTTCCATT +ATTATTTTCTACGATTTCCTTAACTATATGCAAGCCATATCCATGACTTCCATCTTCATT +AGTCTTTGTAGTAAATCCTGTATCAAATATATTTTCTAGTATATCTTGATCTATCTTCGG +TCCATTATTTTTAATACTTATATAAATACTGTTAAATATTTTGTATGTTTTTATAATTAT +TAATCCATGACCTTCTAACGCTGTAATTGCATTACTTAAAATATTTGATACTATTTTATG +TAACTCATATTCACTAATGTCTATTAGACTAGAATCAAACTCCTCATCTACAACTACATG +TATATCTTTTAAATCTAATGACTCAACTACACTAGATATTATAGAACCTCTATTAGTAAT +ATATTTTACACAAGATGATACTTCAGTGTTTCCATTCGTTATATTTTTTAACATTTCTCC +TAATCTATCATATTGTTGCATTATATATAAACCATTGATATATGATATTTGAGAGCCATA +GTCATGCTTTATTTTTTTAAGCTCATTATTTTTAGCAATTAATAAGTTATTCAACCTATT +AATTTCTTCATATTTCTTGTCCATGCTATTCATATAAACTGAAATGCCTATTATAAATAT +AACAATCATTAGTATCAACACATTAGTTAAAGCTATATTAGCCCATCCATTTAACATCAT +AGAAATACTTGCTATAAAATCCATCGATATAATAAGTATAAAAACAATTCCAAGTGATGC +CTTACTTTTAGTAAGGTTATCATATATTACATTCACACTATCTTTACTTTTTATAATAAG +TAACTCTAAAATCATAGCTGGAATATATATTCCTAATAATCTAGATAATTCTACATCATA +AATTATATTGCTTATTATAGGCCAAAATATACTCGTAACTAAAATAGCTACAATCTGTAC +TAATAAATATGATATTGAATAAGCCACTAATGCTTTTTTGTATACATTTATATAGATTAT +ACACATTATTATTAGACTCATTATTGTTATTGAAGTAGAAGTCATATTACTGTTTTTAAA +TATATTTGTAGCTAAAATAGATGTTAAAAATATACTTATACTACTTATAACTAAATTCTT +TTTTCCATCTTTATCATATATATCTTTATTAGTAATCAGAAAATAATATGGCAAGTAAGT +CATTATAAAGACTTGTACAACAGTATTTAATAAATCAATAAAAAAATTCATTACTAACTA +TATTTTTTCTTTATTAACTATCTTTTTTCTTTTAACGATTTAGGCATATCCTCTACACCT +ATTGCTACTACAGATGCTGCTCCACTACCTATTATAAGTATTGACATCATAGCCATTAAA +CTCCCCATTAATTTTTTCATCATTGTACCTCCCCATGTTTTTTGAATTGAACATTAAGCA +AACATTAATTGTTAATGTCCATGTTATTATATTGCTATAAACTCCATATTTAATTATAAA +TATAGAAATCATAGATAAAATTATTGAATTAATTAATGCTATTTTATTATTTTTCTTTAT +TAAACTTGATTTTGTTATAGGCATACATTTATTTACTATAGGGGCTTGATGATATATGCA +GAATATATTTATACTGCTTATCAATATAGTACTTACAAGGTTTAAATTGCTATTTTTTGC +TATTAATATAGTTAAACAGCATAGTGTTGTAGTAGCAATTAAACATCTCTTTTGTGATGT +CTCATGATACCCTCCTGTAAACGGTTTTACACATACCATAGTAAATATAATTAAAACTAC +CTCTTTAAAATATCCAAGCATAGAAAATATAATTATTATAGCTATAATTTTGAACATCTC +ATACATCATAAGTCTCATGACGTACTGTATTTCTTCTGTTGTCTCCTGTGTAAAGTTATT +ATATTTGCATATATCTTCCACAAAACAATCTATTTTTTTTCTTATCATTTGCGATAATTC +TCCATAAAAAAATTAATATATGTATATATTTCTATAATATTGCATTTTTTGTATTTTTTC +AACTAAAAAATTCTATTTTATACAAAATAAAAAATTGTTAGATAAATTATTATTCGTTTT +ATTACGAATTTTAACCCATATCCAATACTATGATTATTTTTATATTTTTCTATATGATAG +ATTGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTC +CTATATCCAAGACA +>MGYG000000001_99 +AGAAACAGAAGATACTACTATAGCTGACTTAGCTGTAGCTGTAAACGCTGGACAAATAAA +AACTGGTGCTCCATCAAGAACTGATAGAGTAGCTAAATACAACCAATTATTAAGAATAGA +AGAAATGGTTGGAGAGCAAGCTAGATACTGTGGAATGAATTCTTTCTATAACTTAAAGAA +ATAAATAATAATTTAATATAGTAATAGAGCCAATAATGAATGCATTATTGGCTTTTTTTA +TATTTCTAAATATAATTTATAGTAAAAATGAACCACTAATAAAGTTGTGATAATAATAAG +TGTAGGGGTGATAATATTGGAGTTAGAAGGTATGTATAAATCTAGCTTTATGAGGTTAGA +TGCTAGGATGTATTTATAAAAAATTAAAATTATTGTAAAATTAACTCCAGAAATCTTTAA +AAATCTTGTAAAAAAATGTATAATAAGAATTGGAATATAAATATTAATTATAATTAAGAA +TACATATTAGTATACAAGTGTATCAGTAAGTATTCGGGAGTATAGGAGAAGCACTATGAT +AAACAACACAAAAAGAACTAAAATAGTATGTACTTTAGGTCCAGCAAGTGAAAAAGAAGA +AACTCTTAGAGCACTTATAGAAAATGGATTAAATGTATGCAGAATGAACTTTTCTCATGG +ATCTCATGAAGAACACAAGGGGAGAATGGATTTAGTTAAAAAAGTAAGAGAAGAATTAGG +ACAACCTACAGCTATACTTTTAGATACTAAAGGTCCAGAAATAAGAACAGGGCAATTTGA +TGTTCCAGAAGTTCTTTTAGAAGAAGGTCAAACTTTCACTATAACAATGAAAGATGTTAT +GGGAAGTAAAGAAATGTGTACAGTAAGTTACAAAGGTTTAGCTGAAGACGTAGAACCAGG +AAATACTATATTAATAGATGATGGTTTAGTAGGTCTTACAGTTAAAGAAGTTAACGGAGA +CGACATAGTTTGTGTAGTTGAAAATTCAGGAATAGTGAAAAATCACAAAGGTGTTAACGT +ACCTGGGGTAAAGGTTAACCTACCTGCAATAACTGAAAAAGATAGAAGTGATATAGAGTT +CGGTATAGAACAAGGGATTGATTTTATAGCGGCATCTTTCGTAAGAAAAGTATCGGATGT +ATTAGCTATAAGAGAAATATTAGAAGAAAACAATGCTACAGATATAAAAATAATATCTAA +GATAGAAAACCAAGAAGGTGTAGATAACTTAGATGAAATAATAGCTGTATCTGACGGTAT +AATGGTTGCAAGAGGTGACTTAGGAGTTGAAATACCAACTGAAGAGATACCTGTTGTTCA +AAAATTAATGATAAAGAAATGTAATGAAGCAGGAAAGCCAGTTATAACAGCTACTCAAAT +GCTTGACTCTATGATGAGAAATCCTAGACCAACAAGAGCTGAAGTAACTGACGTTGCAAA +TGCTATATATGATGGAACAGATGCTATAATGCTTTCAGGAGAAACTGCTGCAGGAAAATA +TCCAGTAGAAGCAGTTAAGACTATGGCTACAATAGCTAAGAGAACTGAAGAAACTATAGA +TTATAACAAAAATTTAAGAAATAAGAGCTTAGTAGCTGCTAATGTAACAGATGCTATAAG +CTACTCAACTTGTACAACTGCTATAGATTTAAATGCAAAAGCTATAGTAAGTGCAACATC +TTCAGGACATACAGCAAGAATGGTTTCTAAATTTAGACCACAATGCCCAATAATAGCTAC +AACAGATAATGAAAGAGTAATGAGACAATTATCATTAACTTGGGGTGTATTACCAGTAGC +ATGTGAAAATGGTAAGAATACAGATGAAGTTATATCTAGTGCAATAGATGCAGGTAAAGA +AAAGAACTATTTAGCTGAAGGTGACTTAGTAGTTATAACTGCTGGAGTACCAGTTGCAAC +AAGTGGAACTACTAACTTAATAAAAGTTGAAACTATATAAATAATTTATAAATTTATTAA +TAGATGCAAACAATAGATAGTAGATTTTTTTATCTACTATCTAATTACATATAAATCTCG +GAGGTAAGGTAAATGTCAGTTATAGAAGCAGTATTAGCTAGAGAAGTATTAGATTCAAGA +GGAAATCCAACTGTAGAAGTTGAGGTTATATTAGAAAGTGGAACTATGGGTAGAGCGATA +GTACCATCAGGAGCATCAACAGGAGCTTTTGAAGCTGTAGAATTAAGAGATGGTGACAAA +GGAAGATATTTAGGAAAAGGTGTAGAAAAAGCTGTTGAAAACGTTAATGAGATAATAGCA +CCAGAGCTAGAAGGTATGGATTGTTTTGATCAGCCAGCAGTAGATGCAGTTATGATAGAA +TTAGATGGAACTCCAAACAAAGGGAAGTTAGGAGCTAATGCTATACTTGGTGTATCTATG +GCTGTAGCAAGAGCTGCTGCTGAAGAATTAGGATTACCTTTATTCCAATACATAGGTGGA +GTAAATGCTAAGCAATTACCAGTACCAATGATGAACATATTAAACGGTGGAGAGCATGCT +GATAACAACGTTGACGTTCAAGAATTCATGATATTACCAGTTGGAGCTAAGAGCTTCAGA +GAAGGTTTAAGAATGGGTGCAGAAGTATTCCATTCATTAAAGAAAGTTCTTGGAGAAAAA +GGACTTGCTTGTGGTGTAGGTGACGAAGGTGGATTCGCTCCAAACTTAGGATCAAACAGA +GAAGCTTTAGAATTAATAGTTGAAGCTATAGAAAAAGCTGGATACAAGCCAGGAGACGAT +ATAAGATTAGGTCTTGACGTTGCTGCTACAGAAATGTACAACAAAGAAACTAAAAAATAT +GTTTTAGCTGGAGAAGGAAAAGAATTAACTGCAGCTGAAATGGTTGATTTATATGAAGAT +TGGGCTAACAACTTCCCAATAGTAACTATAGAAGATGGTTTAGATGAAGAAGATTGGGAT +GGATGGAAGTTATTAACTGATAGATTAGGTAAGAAATTACAATTAGTTGGAGATGACTTA +TTCGTTACTAACACTGAAAGATTAGAAAGAGGAATAGAAGCTGGTGTTGCTAACTCTATA +TTAGTTAAAGTTAACCAAATAGGTACAATAACTGAAACTTTAGATGCTATAGAAATGGCT +AAGAGAGCTGGATACACTGCAGTTATATCTCACAGATCTGGAGAAACAGAAGATACTACT +ATAGCTGACTTAGCTGTAGCTGTAAACGCTGGACAAATAAAAACTGGTGCTCCATCAAGA +ACTGAT +>MGYG000000001_100 +TTTTTAACTGACTACGTCATAACTCCAGCAAATGTAGATGATAGAAATGCAGTATGGGAT +TTATGCTACAAATATAGTTCTATTTCTATTATAGGTGATAAGAGATACGTTAATAAAAGG +CTAACGCCTGAATTAAAAAGTGAAAAGGGCATAAATTTATTGTTTTAAAAAATAGGAAAT +AGTAAAGAAAGCTATCCAAAAGAAATAAGACAACTTATATTTAAGGTAAGAAGAAGGATA +GAAACTAGCTTTTCTCAATTAACAGAACAATTAAACTTAAATAAGGTTAAGAGTAAATCT +ATGCTAGGATTTATAACTAGAACTTCAATAAAAGTTTTAGCTCATAACATTTCTTTTCTT +ATAAATAAATTAATGGGTAAAAATGACTCTTTAGCTAAAATAAAAGAACTAGTATTTGGA +TAAAATTTACAAATACTAGCCACTATGGGTCTATTTTTTTGCAAAAAATATTTTACTTTA +TTTGGAAATTAAATTTAACTAGCACAATAGATTAAAGTAGTATATTTATAGGAGCTTTAT +GGAGATTATCTTATTAAAAGAGAAGTATATGAAATACATTCTTATATACATTAGTAGCTG +TATATATTAAAAAATATATTATAATAAAAAAGATATAATGCTTTTTTAGCGACGTTATAC +TATGCTGTAAGTATAAAGAGGATTATTTATGAGTATATTAAGAGATAAATGCAATAATTT +TATAGATGGAAAGAAACGTAGGTATTTAATTTTACCTATATATTTTTTTTATATAGTTAT +TTTTGTCTTAGTACTAGGGGTATTTACAGATAATCTTTGGGATAAATTAATTAAATGGTC +TCGTAATAAAAGTAACTAATTAAGAAAATAAATATATATAATAATTGATATAAAAAATAT +ATATGAGTCATAAATAAGGTTTTCTAAGTGATTAAAATGAAATTTGTCAAATTTTTATGA +TATAATTATTAATCATAATAAAATGGAGACTGAATTTATGGCTACTTATATATATTCATT +TGCTTTTGAGGTATTGAAAAGGTATTTCCAAATTATACCTGTAATTTTTATATTTTCTCC +TACATCATCCTTTATCTCTTTTTAAATCTATGAATTTTCCTAAAGATTTTAATTCATCCA +AATTTTTAATATCAATCCATCTCATATACAGACTCCTTAATATAAATTTCAATTACATTA +TATTCTTATATTGCTTATCCCATGATATTTTTCGAGAGAGTAATATATAAGCAAATGTTA +AGATAATATGAAAAAAGGATGTCACATCTTTTGACATCCTCTGTATATGAAGTACATTGT +AATAATATTTAAATTTTTATATTCTTTACAATAGAAGTATGTGTTTTTCTCATAAATCTA +TTTATAAAAACACATACTATCAATAAAATTGGGAATATACTAGCAGCAATAATTCCAATT +TTAATATTATCATTGAACATGCTTGAAACTTTACCTACAACAGTTGGTCCAATAGAACAT +CCTACATCTCCTGCAAGTGCTAAAAAAGCAAACATTGCAGTCGAGCCACTCTTTATTTTT +GAAGCAGATATACTAAATGTTCCTGGCCAAAGTATACCAACTGATAGGCCGCATAAGCTA +CATCCGATAAGACTTAATATTGGCCAAGGAGATAGTGAGATAATAAGATAGCTTAAAAGA +CAAAGAGCACCACTATATATCATAGATTTTTCAAGATCTACTTTTTCACCAAATTTGCTA +TAGACAATTCTAGATATTCCCATCATTACAGCGAAAAGCATTGGTCCAGTTAAATCACCT +ATAGATTTACTAACACCAAGACCTTTTTCGGCAAATGTTGAGGCCCATTGGCTAATAGAT +TGCTCACTTGCTCCAGCACATATCATTAACATTACCATAATCCAAAATATTTTTTGAGAT +AAAAGCTCTTTTATTGTTAATCCATTTTTATTTTCTTCAATTAAGTTCATTATAGGAACC +TTCATAAAGAAAATTGTATTAGCTATTGGTATTATAGCCCAAATTATAGTAAGGATTTTC +CAATTTGAAATTCCGAATAATGTAAAAAATATGGTTGATAATAACACTACACCCACATGC +CCCCAACAGTAGAATGAGTGTAAAAGACTCATAGCAGTTTTTTTGTTATCTGTAGGACAT +GCTTCTACAATTGGACTTATAAGTACTTCAATCAAACCACCCCCAATAGCATAAATCATA +ACTGAAAGTAATAGTCCTATAAAAGGATCATTAAAAATTTCTGGCAATATAGTTAATGAT +AGAAGACCTATGGCTGAACAAACATGAGCAATAATAACTGAAGTTCTATAACCGATTTTA +TCAATAAATCCTGCGGATAAAAAATCAATAACCAATTGAAATCCAAAATTGAAAGTAACT +AAAAAAGTAATCTTTGAAATTGGAATATTATAAGAAGACTGAAATGTTAAAAATAATAAA +GGTATAAAGTTATTTATTATTGCTTGTACGATATAGCCAGTAAAAGATGCATACATAGTA +TGCTTGTAATTTAATTTCATGATAACCCCCATATGTATTTTCATATTTTAGTATAATATT +AGATATGTTTACCCCAAGTAGTATTATATATTACTATATGGTAGTTGTGAAATACTATAT +AATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAATGTTTTTTGCAAAAAAA +TAGACCCATAGTGACTAGTATTTGTAAATTTTATCCAAATACTAGTTCTTTTATTTTAGA +TAAAGAATCATTTTTCCCTATTAATTTATTTATAAGATAGATTGTCAATATAAGTGCAAC +ACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCCTATATCCAAGACACTTGCG +AGGTCTA +>MGYG000000001_101 +GGTAAGTGCGTCTAAAAATAAAATGGAAAAAATTTCAACCCTCATAATAATTGAGCGTTA +GCTCTAAAATCATGAGGGTCATTTTGTAAAGTATTAAATTTTACATTAATGCAACACTAG +AAGCATCTTGCTCCTATTTTTTATTTATATTAAATTATTGATTAATTAATTCTTCTAACT +TTTTTGAATCATCCATTTCATAATGTTTTTTTAAATCTTCACTAGCTTTTAAGATACGTT +TTTCAATATTTTCCATATAAATATCACTATATAAAAATTGTTCTACAGAAATGGATGTAT +CATCTTCATTTGGCATCCCATCCTCTCTAGGCTTTTCTAAAGTAAAATCTATGGCATAGA +AAGATATATTTTCTTTATCTAAAATATCCTTTATATTAAGTAATATTTCACTAGCTTTTT +TTATACTTACCTCTTCATCTTGTGTGTAAAATACAATATGACCTGATTTTTTTCCTATTG +AATTAATATCATAATCCTTATCAAGTTCTAATTTTTCTACATCTAATCCATAATCAGGAT +AAAAATATTCATCCTCTTCATTTAAACTCTTATCTCTAATTTCACCAAAGTAAATATCAC +TTTTATACGGAAAATTTTTACTCTCAAAAACTGATTTTATTTTAGTATTATAACTAGAAT +CTATCCTATGTAAAGTATTATATTTACTAACTACATCGTATTCATAAGAATCATATATTA +ATTTTCCAAAAGGAGATATTGTAAGTGAGAAGTTAGTATCTTTACTAACTGGAGATTTCA +CTTGAACATAATAGTCTCCTGATTTAAAACTATAATAAGCATTTGATATTTCTAATTCCA +TATTAGAATATTTTTTTTCTATGTATTTTCTTGATGTATTATTAGCCATCATCTTAGATA +TAGGGTTACCTAAAAATCCATTAGCGAAGTAAAGTATCCCTATTATTAATAAAAAGGCAA +TTGATCCTGATAATATTTTAATAGATTTCTTCATATTATTTGTTCTCCTTTTTAAATGCT +ATATAAAGCAAAAATGCAATTAACATACCAATAGCACATAGTCCACTATATAAAATAGTC +CATAGCAAGGGTGCCAATAGTGATGATAGTAATTGTGATTTATCAAAAATTCCATCAATC +ATATATTTAATAAAATGATATAAATATGTAAATGCAAATATACTTAATAAGACAATGTAA +GATTTTTTTCTAAGAGCGAAATAAGCTAAAGCTCCAATAACAGGCATAATCAGAATATTA +TAAAACATTCCTTCACTTTCTGAAAGTCCTAACCCTATTACTGATCCCAAAACAACAAGT +ATGAGCGCTATAAGCATTAGTTGACTTTTAATCTTAGAAATGACTTTTTCATCATTCATA +TTTTGATTTACTTCAATATTTTCATCAAATAACACTTTGCACTTATTACACTCATCAATA +TGTTTTTTTACCAAATTATAACTATCTTCACTTGCAACATTATCTTTAACTAAAGGAATT +AAATCTTTACAAATATCACATGAGATTTTATTCATATACTATCTCCTCCTTTATTAAGAT +TTCTTTTATCTTCTTTTTAGCACGATAATCTATTACTCTCGCAGAGCTTTCTGATATATT +ATGCTTTTTTCCTATTTCAAAATAGGAGTACCCCTTTATCCTCATAAGAATAATATCTTC +TGTTCTAGGCGGTTCACTTTTAAGTAAATTAATTATTTTATTATAAAGTTCTTTTTTTAT +AAGAACATCATCTAAATCTGATTCACTTAAAATATAATTATAAGCTAAGTCATCTATGGA +TATATTAAATTTTTCTTTACGTAAATACTCATACCACTTATTTCTTGCAATAGAGAAAAG +CCACGTTTTAATACTCGATTCTCCCTTAAATTTATGCAATGACTTTAAAGCCCCTAAAAA +AGTTTCAGACACTAAATCTTCTGAAAGAGAGGTATCATGTGTTAAGCTTACAAGATATTT +AAATACATCTTGTTTATATTCTTCGTATATTTTTTTTAGTAACATAAATCTCCTTTCATA +ATATTAGTGATTTAAAAATCTATTTTGTTACAACTTTTTTTGAAATTATTTCTAATTTAA +ATTTATCATAATAGATAGCAGATTGAAATAAGCTATGAAACTAATTATATTTGTTATAAA +TTATAGAAATATCATTTTATAAAAATTAAGGACTGTAACTAAATTTGATTTTCATAAATC +TAGTACAGTCCTTAACAATATTTGTTTCTTATTTATTTCAACTTATCTTTTTAAATCTTC +CTCCTTTGTTAAAAATATTTCTTCATATCCATCGATTTTTCTATCTAATCTATCTAAAGT +CTCTTGCATTTCTCTAATTCTATCAGCTAGCTGATTTCTTTGTTCTATAAGAAGTTCTTT +TCTAGCTTTAACGGTAGAACTTCCTTCTTGAAATAAATTTACATATTCTGTTAGTATCTC +TATAGATAAGCCAGCACCTCTCATTCATTTTATAAATTCAACCCATCTACAGTCCTCTTC +TGTAAAATCTCTAATACCACTTTTATTTCTATTTACACGTGGAATCAATCCTATTCTTTC +GTAATATCTTATTGTATCAGCATTAAGTTCATATCTTTTACTTACTTCCGTTATTGTCAT +TAAATTCATCTCCCTTTGCTGAATAGTCATAAAGCTAAATATCTTATTTCACATTTAATG +ATTACTTATATTTTTATTTCATTAGATAAATTATCATATTAAGTGCAACATCTAAAAATA +TGTAAAAAAATAGTTCATAAGTTTATGTTCATGTTACAGTAATAATAACCACAAAACT +>MGYG000000001_102 +GTTTTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATAT +TTTTAGATGTTGCACTTAATATGATAATTTATCAAACAATAAAAAAGTTAAGCAAAATCA +AATTCACTTAACTTAATTTATTTCTATATCAATAAATATCTTCTTTAAATTATTTTTTAT +TCTATAGACATTATTGCATTAATTGCATTAAATACACTTGGGAATCCTATATATGGTAAG +CATTGAATTAATCCTTCATATATAGTTTCTTTTGAATTACCTAACTTTATATTAGCAATG +GTATGAGGTATAATTTGATTTGTAGAATTAAGAGTAGTTAAAACACATAAAATTAACAAC +TCCCTTGTTTTTATATCTATAGCTTTTCTAGTATAAAAATCTCCAAAACAAAACTCTGTT +AAAAATCTTGGCAAGGCTTTACTCACTTCATCTGGTAAACTTGAATATTTATCCTTTATC +TCACCTCCATAAATTGGATATTGGATCCCAAAACCTTTTTCGTATCTTTCACTATCTTCT +ATTTCGCATTGATTTTCTAAAGGTAATAGTATAAAAAAGACCAAAAGATACTATAATTAT +CAATACACTATTATAACAAACCAAATTTCCTACCCTTGACTGAAAGTCATTTTTAAATTT +TTCAATTTATATTTCCTCCACCTCTGAAAAATCAAATATCTCTTCTATGGTAGTTCCAAA +GTATTTAGCAATCTTATACGCTAAAACCAAAGATGCATTATACTTTTCAACCTCTATAGA +AGTTATTGTTTGCCTTGTAACTCCTACATATAAAGCTAGTTCTTCTTGCAAAATTTCCCC +AAATAATAGCAGACTTTATTGAAGTCTGCCACTTAGTATACAAAGAATTTGTACTTTTTA +ATTCTATTATATCTTACAGGTGAAATTATAACTTTCTTTTCATTAGATCATCGAATAAAG +TTAGTCATTTCTCTATTTTCTAACTCTGGTTTATTAACATTATTGTTTTTACCAAGTTCT +ATACATTTAATTAACCAAGCCATATTTCTACCTAAGACTCTCATTGTTTGCATTCCTTCT +AAGTCTTGTCTTACTTCTTCTGGACTATGACCGTGTACCATATTCCAGTATTGTGAACTC +ACAACTGGCATATTTGAAATTGTTAAATACTTAGTTAATTGATCTAAAGTAGCTGTTGTA +CCAGCACGTCTTGCACTACATATAACTGAGGCTGGTTTAAATTGCATATATCTTCCCCCG +CTATAAAACACTCTATCTAAAAACGATGTTATTGCACCTGATGCAGCAGCATAATGTACA +GGAGAACCAAATATAAATCCATCAGCAGTTTTTGCTTTTTCTACAAATTCATTAACTATA +TCTTTCATAAAACATTCTCCAGTTTTTCTACAGACGCCACACCCTATACATCCACCTATT +GGTTTATTTCCTACTTGAAATATTTCAGTTTCTATTCCACTTTCTTCTAAAGTTTTTGCT +ACTTCTTCTAGTGCAGTATAAGTACATCCTTTTTTATGTGGACTTCCATTAACTAATAAA +ACTTTCATAACTTTTCTCCCTTATTTGATTAAAATTTATCTTGTAAATCAATAGATTTCA +AGATTATCGGCCATTAACTTATAATGCTTAAATCTACTCTTAATAAAAATATATATTGAC +TTTAATTACAGTATATTACTTAATTTTTAATTTTAGAAGTACGCACTTTTTAGTAAGTAT +TATAAATAACTTCATAGTAAGTAAAAAAATCTTCCCAGTTTTTTAGGAAGGCTTTTTTAT +TTAAAATCCAATAAGTTCGTCACTACTCGCATACCCTTTATTTAAAGCATCTTCTCTAAG +ATAAGCATATAGTTCTGCATTTGTACCTTGTACATATGGATTAACATAGAAGATTCCAAG +TATACCAAATGTTATTGCTGATAAAATTTCCCATCCTATGAAAGATAAATCTAATACAAA +TGTATCCCACTTATTACCGTTCATCATTAGTTTACTTATCTCAAAAGCTCTTTGTCTACT +TACTTTCGGATTCTCACTTAAGATATATGGTATCATTCTATACTCATAAGATTTTATTAT +TCCTGGTATAACCAGTAATAATGACCATAAAAATTGGAATAATCCTTTCATAAACATAGT +TATTATTGTATCTTTAAGTTTACCACTCTTATAAATAAATATTAAACTATCTAAAGTTTT +TTCATTTTCTCTTATTCCCATAAAGAAATTATTCTTACCTATTTCTAGTGGGTAGACAAT +TAATAATTTAATAATAAATGCTAGAATAGCAAAAACTATTGCAATTCCTGTAAACATAAA +GAAGAAACCATCAGAAAAAAATGACTCTGTACCTTCAAATATATTACTAATAAATCCTTC +ATCGTAGTATTCATCATCAAAATACTCATCACCGTAATTTTCTTCATAACTATAATTATT +ATTTATAGTTGAATTATAAGTGTTATTACCCACACTACTATTTATACCTCCACCTAATAA +TAAAGTTATAAAACAAACTAAAACAGATTTCCAATAAAACCTTTTAAAATTTATTTTACC +TCTTTCTTTTAATTCACTTCTTATCCACATATAAACTCCCTCCTGCTTATTTGTTAAGTA +ATATTATATTATAAATTTGACTTTCATAATATTACAGTATTATAAATATTATGTATAAAT +TCCAATTTATTATTTAATTAACTCGTTGTGCTAGTTAATTTTTACAATAATAAAACTCCA +ACAAATATAGTATCCTAAGATTGCATCACCAATCTAAAGGAG +>MGYG000000001_103 +CCCGAGCGGCCAAAGGGGGCAGACTGTAAATCTGTTAGCATTGCTTTCGGTGGTTCGAAT +CCACCATCCTCCACCAACAATAAAGTACTAAGCGCGGATGTGGCGGAATTGGCAGACGCA +CCAGACTTAGGATCTGGCGCCTACGGCGTGGGGGTTCGACTCCCTTCATCCGCACCACTT +TATTACCTAAGCGGGAATAGTTCAGTGGTAGAGCGCAACCTTGCCAAGGTTGAAGTCGCG +AGTTCGAATCTCGTTTCCCGCTCCACTAACAATTTACTATAATGTGGGTGCATAGCTCAG +CTGGATAGAGCAACGCCCTTCTAAGGCGTGTGTCCGGGGTTCGAATCCCTGTGCGCTCAC +CACTTTATAGGGGATTCGCCAAGTCGGTAAGGCATAGCACTTTGACTGCTACATGCGTAG +GTTCGAGTCCTGCATCCCCTGCCAAGTAAATTATATATATTAAATACGGAGAGGTGTCCG +AGTGGTTTAAGGAGCTGGTCTTGAAAACCAGTGATGCTTAACGGCACCGTGGGTTCGAAT +CCCACCCTCTCCGCCAAATGCCCAGATAGCTCAGTCGGTAGAGCAGGGGACTGAAAATCC +CCGTGTCGGTGGTTCGATTCCGCCTCTGGGCACCATAAATGTGGCGGTATAGCTTAGTTG +GCTAGAGCGTTCGGTTCATACCCGAAAGGTCACAGGTTCGACTCCTGTTACCGCTACCAA +TTTAATTTAATGGACCATTAGCTCAGTTGGTTAGAGCGCCCGGCTCATAACCGGTAGGTC +TGGGGTTCGAGTCCCTGATGGTCCACCACTTAAACTTCGAGGTGTAGCGCAGTTTGGTAG +CGCACTTGGTTTGGGACCATGGGGCCGGGGGTTCGAGTCCCTTCACCTCGACCATTAAAA +TATGGTGGGTATAGCTCAGTTGGTTAGAGCGCCAGATTGTGGCTCTGGAGGTCGTGAGTT +CGACTCTCATTATCCACCCCATATATTTGTGATCCATTAGCTCAGTCGGTAGAGCACCTG +ACTTTTAATCAGGGTGTCCCGCGTTCGAGTCGCGGATGGATCACCATTTTATATATAAAT +AAGGCGACATAGCCAAGTGGTAAGGCAGTGGACTGCAACTCCTTGATCTCCAGTTCGAAT +CTGGATGTCGCCTCCAATAAAAATGCGCCTATAGCTCAACTGGATAGAGTGTCTGACTAC +GAATCAGAAGGTTAGGGGTTCGAGTCCCTTTGGGCGCACCATATTTCTTCTGGGATTATA +GCTCAGCTGGGAGAGCACCTGCCTTACAAGCAGGGGGTCACAGGTTCGAGCCCTGTTAAT +CCCACCAGTAACCTCTAGTGATTTCACTAGAGGTTTTTTTATACTTACAATAATATATAC +CTAAATCTAAATAACTTGTAAAAATGTATACGAAATCTACAAAATGTCAAGATTCTATAA +TACAAGTTACTAAGGAGGTTATATTATGTCTAGAAAAGATAGATTAAAAAATTCTAGTGT +TGAGAGTGAAAAAATAATTAAAGAAATAAAACAAGCTCAAAATGATATAAAAAATGCGGA +AAATTTTTTTCAGAATGTTACGGATATAGAGTTAATAGATGTAGCAATATATGAATTAGA +GGCAAAGAAATCTAAGTATCAATATTTGATAAAGATAGCCAAAGAAAAAGGAATTAAAAG +GTCTATAAAAGAGTCTTTAATAGAATCAATGGCTAAATAATATTAAGGAGATGAGGATTT +GTACGTAATATTTGGGACTGAAATAGTTGATAGTGAAGAAATAAAAGAAATAATAAGAGA +AAATAGCGATTTTATAGTAGAAAAGGATATGTCTAAAGCTACAAAGAGAGAAGATATTGT +AGCATATCAATTAAGTATATCTATAGATACTTTAAAACAATACGTAGAAGAAGATTTTGA +ATTAGATCAAGTAGAAGATGAAGAATTATTTGATGAACTTATGACTATGGCTGATGAAAC +AGCTATGGAATTAGAAGAAGTTATGCCACCAGAGAGTATAGTTAATGCAAGAGCTTATAA +ATGGGATAACTCTGATGAGGCAATTAAAGTTATTATTGCTATTTGTAATGAGGAAGTAGG +AGAATTAAAACTTTCGGATGTTACTAAAAGATTATTATCTCAAATAGATTAATATCTTTT +ATTTTAATATCAAAGTAGCAAGGGCTATTTTAATATTTTTATTAAATTTAATTTAAGTAG +AAATAAAATATATTGGAATATATTAAATAGAAATAAATTAAGATTTATAGTTTGTTTCTA +TTTAATATAATTTATATTAATTTTTATGTATAAAAAGTTAAATTAAAGATAAAATAAATA +AGTATTCAATTATGATATGTAAACTAAAATATAGATTAATTTATGAAGTAAAAGGTTGAA +AAATCAATATTTGTAATAAAAAAATGGAAAATAAAAAAAATATTAAAAAACTATTGACCA +ATGATTATAAAAATGATATATTATTACTTGTCCAAGAGATACGGACAAAATAAGAACTGA +AAAAAGTCTTGATTAAGAAAGAAAAACTTGGTAAGATAAGTAAGTCAAGAAAATGAACTT +TGAAAATTAAACAGTAGGTTAATTTATATAAATAATTCTTATTAAAGGATTATTCGAAAC +AACCAAACAAAGCCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTT +GATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATT +>MGYG000000001_104 +AATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAA +CTCTCAAATAAAAGTTGATGGGCTCAGATACTGTTATATATCTGGCTTTGCTTGGTTGTT +TCGAATAATTCTTTAATAAGAATTAGTTATATAAATTAACCTACTGTTTAATTTTCAAAG +TTCTTAATTAAATATAGTTTAAGTTGGTAGCGGTAACAGGAGTCGAACCTGTGACCTTTC +GGGTATGAACCGAACGCTCTAGCCAACTAAGCTATACCGCCATATTCATTATGGTGCCCA +GAGGCGGAATCGAACCACCGACACGGGGATTTTCAGTCCCCTGCTCTACCGACTGAGCTA +TCTGGGCAAATTTGGTGGGCCTAGCTGGACTCGAACCAGCGACCTCACGCTTATCAGGCG +TGCGCTCTAACCACCTGAGCTATAGGCCCTTATTCATGGTCGAGGTGAAGGGACTCGAAC +CCCCGGCCCCATGGTCCCAAACCAAGTGCGCTACCAAACTGCGCTACACCTCGACTTTAT +ATAAATTATATCTAATCCAATAAACTTCTTGGCAGGGGTGGAGGGACTCGAACCCCCGGC +GCACGGTTTTGGAGACCGACGCTCTACCAACTGAGCTACACCCCTATGTTATTTTAATAT +TAAAGTGGTGGACCATCAGGGACTCGAACCCCAGACCTACCGGTTATGAGCCGGGCGCTC +TAACCAACTGAGCTAATGGTCCACATTCATGGTCGAGGTGGAGGGACTCGAACCCCCGGC +CCCATGGTCCCAAACCAAGTGCGCTACCAAACTGCGCTACACCTCGACTTTATATTGGCG +GAGAAGGAGGGATTCGAACCCTCGCACCGGTTTACCCAGCCTAATCCCTTAGCAGGGGAT +CCTCTTGAGCCACTTGAGTACTTCTCCAATATTTGGCGGAGAGGGTGGGATTCGAACCCA +CGGTGCCGTTAAGCATCACTGGTTTTCAAGACCAGCTCCTTAAACCACTCGGACACCTCT +CCGTAAATGGTGATCCATCCGCGACTCGAACGCGGGACACCCTGATTAAAAGTCAGGTGC +TCTACCGACTGAGCTAATGGATCATCTTTAAATTTTCATTTGGCAGGGGATGCAGGACTC +GAACCTACGCATGTAGCAGTCAAAGTGCTATGCCTTACCGACTTGGCGAATCCCCTATAA +AGTGGTGAGCGCACAGGGATTCGAACCCCGGACACACGCCTTAGAAGGGCGTTGCTCTAT +CCAGCTGAGCTATGCACCCACAATATAGTTTGATTAAATGGAGCGGGTGAAGGGGATCGA +ACCCTCACAGCCGGCTTGGAAGGCCGGAACTCTACCATTGAGCTACACCCGCATATTTAA +TTTAAGTGGTGGAGGATGGTGGATTCGAACCACCGAAAGCAATGCTAACAGATTTACAGT +CTGCCCCCTTTGGCCGCTCGGGAAATCCTCCGTATTTATATGGAGCTGGTGATAGGAATC +GAACCTACAACCTGCTGATTACAAGTCAGCTGCTCTACCGTTGAGCCACACCAGCATATT +GGCGGGAATAACAGGACTCGAACCTGTGACCCAATGATTAACAGTCATTTGCTCTACCAA +CTGAGCCATATTCCCATATTATTGGCGGGAGTAACAGGACTCGAACCTGTGACCCAATGA +TTAACAGTCATTTGCTCTACCAACTGAGCCATACTCCCATATTTTATTGGCGACCTGGAA +GGGACTCGAACCCTCGACCTCCAGCGTGACAGGCTGGCATTCTAACCAACTGAACTACCA +GGCCGTAAATGGTGGGACTAACAGGGCTCGAACCTGTGACCCCCTGCTTGTAAGGCAGGT +GCTCTCCCAGCTGAGCTATAGTCCCATAAGTTTAATCTGGAGCGGGTGAAGGGGATCGAA +CCCTCACAGCCGGCTTGGAAGGCCGGAACTCTACCATTGAGCTACACCCGCGTATTTAAT +TGGTGACCCATAGGGGAATCGAACCCCTGTTACCGCCGTGAAAGGGCGGTGTCTTGACCG +CTTGACCAATGGGCCATGTACGTGGCTACGTCTTACTCTCCCGGGAGGTTGCCCTCCGAG +TACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGTGTATCCTCTT +TGCTATAATAACCACATTTGTTTTTTCAACACTTCCGTGTCGGACAAGTATTATATTAAC +ATTTTTATTTTTAAATGTCAACACTTTTTCTTAACTTTTTTTAGAAAGTTTTTTCTTAAA +AAGTTAAGTTAATACTCTAAAAACTGCATATCATTTATGAAATTCACTTCGTTCATGGCG +CCAACGTCTTTTCGCTCCGCTCATATCCCGTTGCTTAAATCATCATTTAAATTTGGTCAA +GTCCTCGACCTATTAGTATCGGTAAGCTACATACAT +>MGYG000000001_105 +CAGTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATACTTCTGGGGCT +ATAATAGGAAGTATTATATATTTTTTAATTAATAATTTGATATGTAAGATAAAATAAGAG +ATGTAATATAAAGCTAAAAATATGAAGTTTTGATATAGCTATTTGAGGTGAGCAAATTAT +TCAATAAGTTTTATATTGTAAGAAAGTTTGTAGTTGTTATGTAGTACTAAGTAAAAAATC +CATACAATAGAAGATATTAGATGGATTTTTAGTATTAAAAAAGTGATGATTTTTAGATTA +AAATATAAACACTGAGAATCATCACTTATTTTTATATGATAGATTGTCAATATAAGTGCA +ACATTTTATGTTTATGTTGCAGCGAAGACCTCTGCAGGTGTTTTATATCCAAGACACTTG +CGAGGTCTATTATTTATTATATTTACTACAACATCAAGCTCATTTTGAGTTATAGTAGAA +AAATCAAATCTTTTAGGATAAAACTTTCTTAATAATCCGTTAGTGTTCTCATTAGTACCT +CTTTGCCAAGAAGAATAAGGATCTGCGAAATAAACATCTATATTTAATCTATTCTCAATT +TCATTATAATTAGCAAATTCTTTACCCCTATCGACTGTAAATGTTTTAATTAATTTGTTT +GAAATATGTTCAAATGCTTTGAAACAATGTAAGTTAAATGTTGTTGATTTTCTATTATCC +ATAACTTGAGCGATTAAGTATCTGCTTTTTCTTTCTACAAAAGTTGAAGGGCAGGCTTTT +GACTTTCCTCTACTAGATACAACAGTATCTAATTCCCAATGTCCTATACTTTCTCTTTTC +CTAATGTCTTTTGGTCTATTTTTTATACTTTTACCTATATTAAATTTACCTCTTGTTTCT +TTTGGTTTTAAGGATTTTCCTTTTCTTCTTAATTTATTTATATTGCCTTTTACAATAATA +TTTTTGTATATCCATCTATAGATTGTTTTGAATCCAATCTTCATAGATTTATCATCTTTA +GATTCTAGGCGTAGCCTACCGGCTATTTGTTCAGGTGACCAAGTTTTGTTTAGACCATTT +TCTATATACTCAATTAATTTATAGTTAGATGATTTTCCCTTTGCGCCGCAGTTCATTCTG +TTATTTAGATAAATTTCATTTGCTATATGAGCTAAATATTTTCCATTAACAGAGTTTCTT +CTGATCTCTCTTGAAATTGTAGAAGCATTTCTATTAAGATGTTTTGCTATTTTTCTTATA +CTCCATCCTAAGCCTAAGAAATTAGCTATACAACATCTTTCATTTATGGTAATATGTTTG +TAGTTCATAATTTTATGTCCTTTCATGTAAAGTGATTTTGTAGTTATTATTACTGTAACA +TGAACATAAACTTATGAGCTATTTTTTTATCCATTTTTAAGTGTTGCACTTAATATGATA +ATTCATCATATAAATAAAGAAATAAGTATAGATGATGAAGATTTTAAAGCTTTAATTAAT +ATTGAACAATTAAGAGTATCTCCGATTTCAGTAAAATTAAGCTACACAAGCAAAATTGGT +GAGGGATATAGCTTTGAAAATAGAGATATAAAAATTGAGTTATTAGATCAAAATGGAGAA +AGTATCAATGTTGGTGGATCTGGTAGGTATAATGAAGATGAAACTTATATGGAAAATATA +TTTGAAGGAAATCTAGAAGATAATCAAAAGCTAAAGAGTATAAAGATTTTACCTTATCAA +TATTATATGGAGAAAAATTCTGATAATCCTAAATATCACCATAAAATAGACTATGAAGAT +AAGGCTATAATAATTGATTTAGATTAAGATAAATAGAATTTAAAGTTGGAGGGAACAAAT +GAGTGAAGTAAAAATTACTAAGAATAACAATAGTATTAATAAGATAAATATTTTTAAATG +TATTGGGAATTTAATTTTTTTAGTTTATATAGTAGCTGTATTATCAATAACAAATGTATT +ATATATAAAACCTAGCGATTTTACATATATGCATACTGCACCTAATTTAGTTCCACTTGT +AAATACAATAAGTGACTTTATGGGTAATCCACAAAGTGTACTAAGACAAGTTGTATTAAA +TATTATATTCTTTATGCCATTTGGATTTTTATTTACTATGCTATATTTGAAAAAGGATAA +AAAACTTTTAAAAGTATTTGTTATAGCATTAGTGTTTTCAACATGTATAGAGACTACTCA +GTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATACTTCTGGGGCTAT +AATAGGAAGTATTATATATTTT +>MGYG000000001_106 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCTAACTAAATATTTATTAATTCTAATCTTAAATCATTTAATATTGTCTTTGTT +GCTCTTAATCTTATTTGCTGTCTATTTCCATTAAATACGTATCTCTTTACTATTATCTTT +CCATTTATACAAATCCCAAAATATACCAAACCAACTGGTTTTTCTTCACTTCCACCTTCT +GGTCCTGCTATTCCTGTTGTTGATAGCCCTATATTGGTATTATGCCTTTTAGCTATACCT +TCTGCCATTTCTCTAGCTGTTTCCTCACTAACTGCTCCAAACTTATCTAGAGTTTCTTTT +TTCACACCTAAAGATTTCATCTTAGCTTCATTGGAATAAGTTACACAACCTTCCATAAAA +ACAGATGAAATTCCTGGATAATTTATAAGGTGAGATGATACCATTCCTCCTGTACATGAT +TCTGCTACACTTATAGTTAAATTTTTATTAACTAAAATCTCAGCAACAGTATCTTCTAAT +GAAATATCACCCTCTGAATATATGTAACTTCCTACTCTATCTTGAATTTTATGTACAACT +GGATTTATTAAATTAATAGCTTCTTCTTTACTAGTAGCTTTTGCTGTAATTCTTAAAGTT +ACTTCCGTGTCCTTTGCATATGGAGCTACAGTTGGATTTGATTGTTCTTTTATTATATCT +ATTATCTCTTCTTCTAAAGAAGATTCACCAATTCCATAGAATCTAAGAGTTTTAGAAACC +AAAATTTCATTTGTTAAATTTTTTAAATATGGCTTAACATTTTCTTCGAACATTGGCTTC +ATTTCTCTTGGTGGGCCTGGTAATACTATTATTGTTTTTTTTCCTTTTCTTAAAATTGCT +CCTGGTGCTGTACCATTGTTATTTTCAAGTATTATTGCATCCTTCGGAAAGTATGCTTGT +TTCTTGTTATTCTCAGTTGGTACTCTTCCTAATTTATTAAAATATATTTCTATCTTATTC +CATGATTTTTCATCAAGTACTAATTCTTGATTAAAAAACTTAGCTGCAGTTTCTTTCGTT +AAATCATCTTTAGTTGGACCAAGTCCTCCTGTAGTTATTACCATATCACTTCTATTTAAA +CTTTCTTCAAAATACTTTAATAATCTTTCCTCATTATCTCCCACAGTTCCTTGATAATAC +ACCTCGACTCCTAAATCAGCTAATTCTTTTGCCAAGTATTGCGAGTTTGTATTTACTATA +TCTCCTAAAAGAATTTCTGTTCCTACAGTTATAATTTCTGCTCTCATTGTCATTCACCCC +TTCAATAATAATGTTTACCATATACATAATTTTGATGTATTTTTATATCTAAATATCTTT +ATATAAAACAAAAGGGCATATTTCGAATATATTTAGTTTATCTCAGAAGAAAGATAGAAA +ATATAAATTTTCTACCAGCTCCTCTAAATAAACTAACCTATCCGAAACAGCCCATTTTCA +TTGGAGGCGACACCCAGATTCGAACTGGGGATCAAAGAGTTGCAGTCCACTGCCTTACCA +CTTGGCTATGTCGCCTTATTGATTACAAGTAAATTATATATATCTTTGGTAATTTGTGCA +ACATAATTAATAAATATACTTAAAAATTTTATTTATAATCTCAACCACTCCACTCATAAA +CTTATAAAGTAGTGGTACTTTCAGTTCAAATATTAATTCAATATAATTAACTATATGAAA +AAACATAGAAAATAAAATCGTCAATTTAATTTGAAGATTTAATAAATAGGTTTTGTTAAT +TAGATATGATGAGAATTATTCTCGAATTGATAAATAAACCGATAGGTTAAATTAAGTTTC +ATATTTTTAAAAATTTGCATGGCAAACAAGCCTAACGAAATTATAAAATTTTTAGG +>MGYG000000001_107 +ACCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGAGTTTTATTATT +GTAAAAATTAACTAGCACAACGAGTTAATTTACTATCAGTAAAATCTTTTATATATGCGC +TAGCATCTGAACTCGGCGTCTAGGCTTCATGTAAACTTATATTAGTTTCAACTTTACCTA +AATTCTTTGTATTTACTATAGATGAATCTAATAAGTCCATATTTATATCAGCTTCGAATA +TATCAAACTTTGGTACTGTTTCTTATAAAGTTTCTTGTGTTACTTCTTTAGCCATAACTA +TTACCCCAGCTTTATTCCCTATGGCATTATTTTTAAGTATTGGGTACATTGATACAAAGT +CTAACCCTTTATCGGTAGTTAAGATTCCATTCTTTGCTTTTATATTTCTAACACTGTCTA +AAATATCATTTTTTAATATGGTATTTCGTATATTATCATTAAGATTATAATTATTTAAAT +ATTTTTCATCGTAAAAAGACTCAAATAAAATCTTACCATTATTATCTAATATCATTATTG +CATTTAATTCTAAATTTCTCATATTTATAGTATCAAAGTTTTCTTTTTCAAACTCTTTAG +TATACTCTTGATCTTTATTCTGTTCTTTCAAATTTATATATTCATAAGTTCTATTCCAAT +TAGAATAGTCTTTACATGTTTTTTATATATTCTAGCTCTTTATCTAAAGTATTAACTATT +CGGTATATATCCTGATTAACCTTATTTTTTTCTAACTTAACAATATTTTCAGTAATCATT +CGTTTTGAAAAAACTATTACAATAAAAATCACTGCCATAATTTGGATAATAAAATAAAGA +AACATTTTATTATTTAAGCTTAATTTATTTAAAAAGGTTCTCTTATTATCTTTTGCGTTC +TTTTTTTGAAATAATTATTAGAAGTCATGCTAACCACCGTTCAAATTTTATTTTATCCAT +TATACATTTTACCATATTTTTACATATTGCATCATCTTTATTTTGTCACACTAATATTTT +TATTTATGACATATTTATGTAACAATTTTTAATTTATTTCTATATTATACAATATATGAA +TTTATATAAAATAAGGAGGAATGTTATGCAATTGGATCCTAGATTTGAATTTAGCAGTAA +AAAAGTAGTAACTAATATACTACCTCCTATGATGCCAAATAATCCTATTTGTAATAGAAA +ATATACTATTTATTATTCGCCAGTAACTTGTGAATACTTTTTAACTGTAGCCAATGATTT +TTTCAACGATGATATAAATCCTTTACTTAAAAATGAAGTTCATGGACTATGGGATATTCT +AGGAAATGGAATTTGTCGACTTAAAATATATGTAAATCTTGGCGGCGGTAATAATCTACT +CGTAATGGCTAGATACGCTTTATATAAACGATTATTACCAAATTATATCCGCACTATAAT +TCACGGCGATAGATGCTTTTTTAGAGAAAATAAATGCCTACTAAATTCCTTGGTTACAGT +CAGATTTATATCAGACTGTGACACCATGAATATTGTAGAACCATATGGAACACTTAGAAA +CTTCAGATAAACAAAAATTTATCTTCTACTAAACAGTGTGTTAGTGAAGTATTTCAATTT +TAGTTATCTAGATTATATATTATTCATAGTCTAGATAATTTATAATCCCTTAGTAAATAA +AAAGAGTATCAAAAATCATTTGATACTTTTTTTATTTGATAGATTGTCAATATAAGTGCA +ACACTTTATATTCATGTTGCACCAAATACCTCTGCAGGTGTCCTATATCCAAGACACTTG +CGAGGTCTATTATTTATTATGGTAACAATATTATCAAGTTCTTTCT +>MGYG000000001_108 +TGCTCTTGTATACCCTACCGAGAAATATCCCATGTTTTCATCAGTCCACAATCCACTAGC +AAATACAGGGTTGTTACCTCCTGTAGTATTATATCCGAACATTATTGCTCCACTAGATTC +TAGTCTTGCTCCAGACATATTTACACCATCTTTATAACACTTAAATACACCATTTAAAGT +TAAAACTCCATTTGAACCAACCCTAAATATATCTTTATTGTTATCCGTTCTTGTAATAGC +GAATCCATTCGCTGACATAGATGTCTTTGATTTAGCATTAGAAGATATAACTGTTATCCC +ATCTTTGTCTATAGTAGTTATACCGTCATAAACTTCGTTTGGGTTAGGTGTGAATCCATT +TACAACTTCTCCTTCTTCAAACATAACCTCTGATATGTAAACTGACCTTGTAGTATCTCT +ACAATAAAATTTGACTGCTATAGATTGGAATGTTTTACCACTCGGTCTATCTATTGTCAT +ACTAGCTTTAATCCATTTATTAAATGTTGTATGATTATATGAAGGATATGCTTTAGTACC +ATCTGTGTAGGTTACAGTACATTGACAATGGTAATATGGGTTAGTTGTTCCATTTGTACC +GTCTGAAACATAATACCAATAACTTACAGTGTAATGGTCTACTCCACCTTTTATATTACT +TACAGTTTGGTAAAAATGTTTTGTAATTCCTATAACACCACTTGCAACCATTGCTCTTTT +GTTTGGGCATGAATACCCACTATTTTCAACTATTTTAAATCCAGAATTATACCAATGAGT +GGTTCCATTTTTAAAGTCGCCATTATATAAAAGATTATATCCACCACTTTCTTGAAACTT +TAATTCAAAAGCATTAACAGTCTGTTGTACTTGTGATGAAGTCTGATAACCTTTACTCGT +TACTATCCCATTTACATCACTAGTAGTAGTGTAATGATTACCTATAGTAGTTGTTAAACT +ATCTTTAGTAAGTTTAGATTCTGCTGTACTAACTCTAGTTGTAAGTGTTGATATACTAGA +TTTATTAGCATTAGCTGTAGTTTGTGCATTATTCGCAGTAGTTTTTGCACTATCTGCAGT +GGATTTAGCACTATTCGCTGTATTAGTAGTTTTTGTTAATGTCGATTCGGCACTAGACAC +TCTACTAGTAATACTAGATAAATTTGTTTCTATAGATGCTACATTGCTTTTTACAGTTGT +TATCTCTGTTGTATGGGCATCTAGTTGCCCTTGTGTATCTTCAGGAGCAGGTGTCCAATC +TGTAGGCTTATTTCCCTCTTCAAATTTTAAATTAAACAATTCTACTATATCGCTACTTCC +GCTAGACCTTATTGTAGAGACATGAAAAATCCATATACTATTACCTGGATAAGATTGAGT +AATTACAAATCTCCCTGTTGCATTATCGTAATCGTTTCTTATTAATCCACTTCCATAGGT +GCTTGCAAGACCATTAAAATATCTTTCACTTGGAATTTTCCCATTAACCTTAATTGTTCC +AGATATAGTGTAAATACTTTTTTTCGGAGTAAAATTAGTAACACTTAGAGTAAAAATGTC +CCCTGTGTGACTTGATTTCCATGTAGATTTAATATAACCCACACTCCTGTCTGTAATAGT +GTTATAAGGTGTATAAGTACTAACTTTATCCGTAATAATGTAATTTCTCACACCTATTTG +CACATTATTAATAGCAGTTGTAATATCTGTTTGCTCTACTTTAAGTGCTATTTGACCTTT +TAGTTGCTCTATACTACTTCCTTGCGTACTAACTGTAGAATTTAAACCACTTATT +>MGYG000000001_109 +CCCTCCTTTAGATTGGTGATACAATCTTAGGATACTATATTTGTTGGAGTTTTATTATTG +TAAAGATTAACTAGCACAACGAGTTAATTAATATAATAAAATTCTAGCATATTTTCTTTG +ATAATAAATTTATTTATTTTATTTTTGTAATATATTTTTCTATAAAAATTTCATCTGACT +CTTATGCTGTTAAAATTAATTTGAAATAATCTTTAGATTTTTTTTGAAAAATAATTTTAT +TTACTATATAATAAAATAAATTACATAATATGTCATCTGGAGGATTTATGACAAAAGAAA +CCCATATAAAAGGAGGATATATATTCGCTTTATTAGCTCTTCCTTTTATTTATAATGATT +ATTTATTAGAGTATAATTTTTTCTATCGAATCATACTTTTACTTATATATGTTTACTTCT +CTTACTTTGGGTCTTTACTTCCTGATATAGATATGAGAGGCTCATACATTAGTAAAAGAT +TTCCCACTATTCATAAAAAAATAGGTAAAAAATTGCGACATAGAAGTTTTACCCATAGCT +TAATATTTATATGTATTTTGTCATTTTTAGGAGAATTACTTTTACAATATAGTGATAGTA +ACATTGTATTTTTGTGTCTAGTAAGTGGTCTTATTATAGGCAATATCTCGCATATTTGCC +TTGACTTACTCACAAAAGAAGGGGTAGAGCTATTATATCCAATTAATATTAATTTCTCTT +TACTATCAATAAAAACTAGCTCAAAACTAGAAAAGAGTATTTGTAAACTTCTTAACTTTA +TTATTATATTTCTTCTAGGATATAGATTCTACTTATTTGTTTGATATCTGTATACTAAAA +TAATAAATTGATTAAATAAAAAATGGGTCATAGTTTTCTATAACCCATTTTTATTTAAAC +TCCCTATTAATTTCTAGTAATTCTTCTTCACTATGTTCGAAACTTGAATTAATTTTATTC +CCTATCAACCATGCCAATAATACTATTAGTGCAAATACTATTATTTTTGTAGGACTTGTA +ATAAATCCTCTAATATCGCTACCTATATAACTTACAACTACAAACATTATAAACTTACCA +CTTAACATTGCTGTTGCAAAATGCTTAAATTCAGATTTACATAAAGCAGAAGATATTGTA +ACTAAACATGCTGGCATAAAAGGACAAGCATATGCTATAAATAATAATTTAAATCCTTTA +CTACTAATTTTTTCTACTATTTTTTTTGTTTTTCCATTCCTATATTTATTAATAAATTTA +TTATCACTAAATTTACTTACTATTAAAAATAATACTAGTGTTCCAAGCCCTGAACCTATC +CAAGATATTATAAGCCCAATACCAAGACCGAATACAGCTGCATTTATTGTTACGATTGCA +ACTAATGGTAATACAGGCAAGAAACTTTCAATAAATGTACTAAATAATCCTACTATCATT +GTAAGAAACCAATAATCTTGTGCTAAGTTAAATAATCCCTGAATATGCTCCATTAATTCT +CTCCCTTTCTTAATTGCTTTATAAATCAAGTATACATTATTTATATTAAATGTATCTTAC +TTTTTTCTTACAAATTTGTAACGCTTTTATTAAAATATATAAAAGTAATCTTCAATTCTT +GAATCTTATTTCTATTAGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAA +AAATAGTTCACAAGTTTATGTTCATGTTACAGTAATAATAATCACAAAACTACTTTACAT +GAAAGG +>MGYG000000001_110 +CCCGTCCGCCGCTCTTCTCCGAAGAGAATCGCTCGACTTGCATGTGTTAGGCACGCCGCC +AGCGTTCATCCTGAGCCAGGATCAAACTCTCAAATAAAATTTGATGGGCTCAGATACTGT +TATATATATATCTGGCTTTGTTTGGTTGTTTCGAATAATCCTTTAATAAGAATTATTTAT +ATAAATTAACCTACTGTTTAATTTTCAAAGTTCATTTTCTCGACTTACTTATCTTACCAG +GTTGTTACCCCTTAGTCAAGACTTTCTTTCATTTTATTTTCGTCCGTGTCTCTCGGACAA +GTAATACTTTACCACCTTAGTTAATATTGGTCAACACCTTTTTTGAAAGTTTTTTAATTT +TCTTTTTTCTAACCATTCTATAATTCTATTCAATCTATTGGTATAGCTAGGTTTATGCAC +TTTATAATTTATTTATAAAATAATAAATAAATTGTTTAATATTATTGAATACAATTAAAA +ATATACTCTTCTAATGTCCAAACTATCTAATAAATACTTGCTAAGTATATAAAAGACTGA +AATATAGTTATAATTGTAGTTAATTTTTCTTAATTTTACAACCATTTAGATTCTACTTGA +TATATTTATTTTTTTCCTCTCTTAATTCTTCTAAATTTAAAGTAATCAAATTTTTTATTA +AATTTCTTCTTATAGATATATCATCAACTTCTTCTATAATTTTTCTCCTAGCCTCTCCCA +AGAGATTTATATACTCTTCATAACTATCATCATATTGATCTTCTAATTCTTTTTTGATTT +TTCTAGATAAAGATGGACTCTTACCACCAGTAGATACACTAATAAGCAAGTCCCCTCTTT +TTATATATGAAGGAACTGTATAATTAGATAACTCTATACTGTCCACCACATTCACTAATT +TATTATTTAAATTGCAGTATTTACCTATAGCTTTATTTACATCTTTATTATTTGTAGCTG +CAACAACAATAAAACTATCTTTTATATATTCTTCTTTATAAATATCTTCTATTAGTTCTA +CCTTGTTACTTAACTCTTGAAACTCTTTTATAAACTTTGGAGCTATGACTTTTACTTTCT +TGTTAAAATCTAAAAAGTTTTTACATTTTCTATAAGCAACTTCACCGCCTCCAATTATAA +CTACTTCAAATTTATCTAATTCTAAGTTTATGGAATAAAACATGCTAACATTCTCCCCTA +ATTAAAATTTATCAGTATATATTTTATATATACAATATAGTATGTGTTATGTAAAGATGA +ATAACATTAAGCTTTCCCCGCATCATAAAAATAAGGCTCTATAATCTCTATCTTCTACTC +TTAGTAATTATAAAAAGAGCGCCTTTATATTTCTAGTGTTGCATTAATGTAAAATTTAAT +ACTTTACAAAATGACCCTCATGATTTTAGAGCTAACGCTCAATTATTATGAGGGTTGAAA +TTTTTTCCATTTTATTTTTAGACGCACTTACCTTATAAAACCAAAATTATTCCATAAATA +TCCATTTATATTATTTTCTAATTCAAGATAAAAATACTGATAGCAAATCGATTCGTTTCG +TAATGTATATCCTAATAATTCTAGTAATTTTTAAAATTGAATACTTATTATTTATTTCCT +CTTGGATTAATCTAATTAATCTATTGTGCTAGTTAAATTTAATTTCCAAATAAAGTAAAA +TGTTTTTTGCAAAAAAATAGACCCATAGTGACTAGT +>MGYG000000001_111 +ATGCCAATTTTGATATGTCCTAATTGTGATGCAGATTTTTACTACAAAGATGGTGATAAC +AAATAAGAGTGGCATTAGCCACTCAAGGTCCCCTTTAGGGGATTTTTTTATGATATAAAG +TTAAAAATAACAAAAATACTTGCATTATCAATTTGATAATGATATTATTATAAAGTCCAG +TTATCAAATTGATAATACGATGAGATTTATAAATACTATATATATTAAGTGCAATTTACA +AGAATTCTATAATTAATAAATATAATGATATGATTGGATTTAAAAAATTAATAAAAAATT +ACAAAATAATTTAAATCATATATTGACTAAAGTATGTTAATAATATATCATAGTTTGTGT +AGGAAGATTAATCCAATTTTGCTAAAGTTATAGTAAAAAAAGAGAATTATGTAAAAGTAC +ATCTTAAAGGGAGGAATAATCAATGGGAGGAAGTTCATTTTTACCAGAATTTCTTATGAT +AACTGATATAAAAACTGTTATTTTTATATCAATACTTATAGGAACATTTTTTATAGTTAA +TATTTTTGAGAAAAAGAAAATTAAGTTTTCTACTAGAACAATTTATGCAACAATAATAGG +TCTTATATTAGGTGTTATAATACAAATAGTTGCAGGTCTACCAGAAGATCCAAGTAAAGT +AACTTGGTTACAAGAAGTAAGTAAATGGTATAGTTTATTTGGTTCAGGATTTATGGATTT +ATTAAAAATGTTAGTTGTGCCTTTAGTATTTACATCAATACTAAGAGTAATAATTAATAT +GGGTGAAGGAGAAGACTTAGGTAAATTAACTTTTAGATCTTTAGGAATGTTACTTGCGAC +TACTGCATTAGCTGCAACAGTAGGTATAGTAGTTGGAAATGTAATGCAATTAGGTGTAGG +AGAAACAACTACTGTAGAACTATCAACTGAGATGAGAGAGATAACTCCGCTTGTTGATAC +AATAAGAGGATTATTACCATCGAATCCAGTTGCATCAATGGCTGATGGAAATATAGTTGC +AATCATAATATTTGCTGCATTCTTAGGATTAGCAGTAAAAAGACAAAGAAAGAAATATGC +TGATGTTATTAAACCTTTTGAAAATTTAGTAGAAGCATTTTATAAAATAATAATAAGTGT +TGCTATGACTGTAATTAAATTTATGCCATATGCAGTTGTAGCAATGCTTGCAAATACAAT +AACAGCTCGTGGAATTGCATCTATGATATCTGTATTTAAATTTGTAGCAGCACTTTATAT +AGCAGTTGCTATATTATTTGTAATTCATTTAATCATAATATCTTTAAATGGATTAAACCC +GATAACTTATGCAAAAAATGCAGTAGAACCTTTATTACTTGGTTTTACATCTAGATCAAG +TTTAGGTACACTTCCTGTAACTATAGAAACGCTAAAAGAGAAGCAAGGTGTAGATGAAAG +CGTAGCTAGCTTTACAGCAAGTTTAGGAGCTAACATGGGTATGAATGGATGTGCTGGTAT +ATATCCTGCTTTAATGGCAGTAACTGTAGCTAATATGGCTGGAGTTGAAATGAATGCTAG +TTTCTATGCTATGTTATTTATTGTTATAACAATAAGTTCTCTTGGAATAGCTGGCCTTCC +TGGTACAGCAACAATGGCTGTTTCAGTAGTTTTATCAGGTGTTGGCT +>MGYG000000001_112 +TTGGATGGATTTGTCGTTACTTCCATTTAACCAAAGAAGGTTATTTTTTTCATTATATAA +ATTTTGTAAAAATCAAGTTGCAAATATTAACTAGATGCAACACTAGAAGCCTTTATATGC +ACTCTTTTATACAAGTTGTTCTATATTTTCTCCGCTAACTATTAAAATATCTCCTTCTTC +TATAATAGTAGCTCCTTTAGGTATTATTATATCTCCTTTACGTTTAATCATTACAATTAG +TATGTCATCTGGAATATCTGCATTTACAATACTTTTATTTATCCATTTACTGTTCTTACT +TACATTTACCTCTAGTAACTTACTACTCATGTCTCCAGAATAATCATTAAATGTTTTTAG +TACATAAGCATTATCATCTACTAATTTTAGCTTTCTTGCTATATTAGGTAATAGTGTTCC +TTGAATCGCCACCGAGAATAATGCTACGAAAAATACAATATGAAATATATCATTTTCTAT +ATGCACTCCATAAGTTACTGCATATATTGCAAAAACTATGGATGCTGCTCCTCTTAATCC +AACCCAAGAAATAAATAATTTTTCTTTATTTGAAAATTTAAATGGATGTAAAATTATAAA +TGTAGCTAAAGGTCTAGCAACAACTATCATAAAAATTGATATTGGTATTGAAATACCGGC +TATACTAAAGAACTTCGAAGGGAAAGATAAAAGACCTAATATGAAAAATAAAGCAATTTG +CATAATCCATGAAATTCCATCAAAGAACTGATATAAAGTCTTTTTATATGGTATTTTACT +ATTCCCTATAATTATACCTGCCATATAAACACTTAAGTATCCATTGCCTCCCAACCACTC +ACTTAGAGAATATGATAATATAGCTATAGCTGTAATAAAAATTGGATAAAATCCTTTTAT +TTCAAAATTAACTTTTTTTACAGAATATACAGCTATTTTAGCCAGTATGGTACCTATCAA +TATTCCAAATACGATTTGGTTCACTAACATCGGCGCCACACTAGATAATCCTCCATTATT +CATCAAAGTCAATATTGCAAGCGTAAGCATATAAGCAGTAGTGTCATTGCTTCCACTTTC +AACTTCTAGTAAAGATGCTAGAGAACCTTCTAAATTTAACTTTTGTGAACGTAGTATAGC +AAAAACAGATGCTGCATCTGTAGATGCAACTATCGAACCTATAAGTAATCCTTCTAATAA +AGTTGTTCCTAAAATTAAACTGGAAAATAAACCTGTTAGAGCTGCTGTTATTAGCACACC +GAGAGTTGACATTAATATTGAAGGAGTGGCTGATGGTTTTGCCATTTCCCAATTAGTTCC +GAAACCACCGTAAAACATTATCATTACTAAAGCTATTGAGCATAACTCTTTAGTTAGCTC +ATAATCCGAAAAATAAATTCCAACAATTCCATCTGATCCAAATAACATTCCTAGTATAAT +AAATATCAAAAGTATTGGGACTCCAAATTTATATAACACTTTGCTTGAAGTTATTGAGAT +TAATAATACTAAACCACTTATAATCATTAATTTCACCATAGGCTACATTCCCCCCTTATT +TATTTATATGATAGATTGTCAATATAAGTGCAACACTTTATATTCATGTTGCATCAAATA +CCTCTGCAGGTGTCTTATATCCAAGACACTTGC +>MGYG000000001_113 +TAAATGTTTTAATTAAATTAGTTGGAATATCTTTAAAAGCAGTAAAGCAATGGAAGTTGA +ATGTTGAAGATTTCCTATTTTCCATAACTTGAGCTATTAAAAATCTACTTTTCCTCTCGA +CAAAAGTTGAAAGGCAAGCTTTTGATTTTCCTCTGCTAGATACAACAGTATCTAGTTCCC +AATGTCCTATAGTTTCTCTTTTTCGAACTTCTTTTGGTCTATCTTTAATACTTTTGCCTA +TATTAAATTTACCTCTAGTTTCTTTAGGCTTTAGTGATTTTCCTTTTCTTCTTAATCTAT +TCACGTTTCCTTTTGCAATAATTTTTTGATATAGCCATCTATATATTGTTTTAAAACCTA +TTTTCATAGATTTATCATCTTGGTAATCTAGGCGTAGCCTACCGGCTATTTGCTCTGGTG +ACCAAGTTTTCTCTAATCCATCTTCTATATATTTAATTAATGTAGGGTTACTTGATTTTC +CTTTTGCTCCGCAATTTTTTCTATTTTTAGCGTAATTTTCACATGCAATATGTGCTATAT +ACTTACCATTAGTAGAATTTCTCTTAACTTATCTTGAAATAGTAGATACATTTCGATTTA +AATGTTTTGCAATTTTTCTTAGACTCAATCCTAAACTTAGGAAATTTGCTATGCAGCATC +TTTCATTTGTGGTAATATGTTTGTAGTTCATAAATTTATGTCCTTTCATGTAAAGTAGTT +TTGTGGTTATTATTACTGTAACATGAACATAAACTTATGAACTATTTTTTTACATATTTT +TAGATGTTGCACTTAATATGATAATTTATCATATAAAAACAAAATAATTACTTGGAGTGG +TTATAAGCTACCGTTTTGTGATAGTTCAGTACTATCCATCTCTTACAATTCACCTCATGT +AAGTTTGGGTTGATAAGTTTAAGGAGTTTTAAATCCCTCTTATATAAATATACCATTCCA +AAATATTTTATAATCATATGATTTTAAATTACTTTAAATCAAAAATTTTCATTATTGAAA +AAATCACGATTTCTATAGACATAAAATAAAAAGGCTTAGAAAGCGACCTCGTAGAATCGA +TTCTAAGCCTTTTTTTATTGCCATTATATTTATATATGTATTATATAAATGTCATCTCAC +CGTCATTATTTATTTCTATTTTTTTATTTACAACTAACTCTCCATTATCTTTTAGGAAGT +ATAATTTATTCCCTAACTGTAATAATCCAGTTTCCATAGCTCCATTACTTCTTAAGTAAT +ACCACTTATTATTTTCCTTAAGCCATCCTGTAACCATTGCTCCGCTTGAATCTAAGAAAT +ACCATTTATCATTATCTTTAATCCATCCAGTTTTCATATAGCACCATTGGTCAAAGAAGT +ACCATTTATCATTAATTTTTCTCCATCCAGTAACAGCATAACCGTTGTTGTCTAAATAAA +ACCATGAGCTATTTATCTTCTTCCATCCATAGCACCACTTACTATTTTCTTTATATGCCC +AACCTACATTGTCCTTAATCCATCCTTCTTGTTCTTTAGGTATAGACTTATTTGCTATAC +CTTCTGC +>MGYG000000001_114 +AGACCTCGCAAGTGTCTTGGATATAGGACACCTGCAGAGGTATTTGATGCAACATGAATA +TAAAGTGTTGCACTTATATTGACAATCTATCCAATAAAAAAACTATCCTAATTTATTAGG +ATAGTTTTATATAAGGTAATTTTTATTTTCCGAATTGAGCTTCGAATTCTTCTTTAGTAG +AAGGTACTTTTATTTCTCCACTCTTTATTTTTTCAGCTACTTCATTAACATATTTTAATA +CTTCTGGATCTACATTCTTATCACTTGTTGGAGCTAAACCAACACCACCTGTAGTTAAAG +TGTTTACTATAACTTGACCACCTTTGTAGTCCCCATCTAACATGCTCTTACATAAGTTGA +ACATTGCAACATCTATATTTTTCATAGCAGATGTTAACATATTATTTGGAGCTAAATTGT +ACTGATCTGAGTCAACACCTATAGCTTTTTTATTATTTTCTTTAGCAGCTTCTATAGCTC +CTGTTCCAGTTGCTCCAGCAGCTGTGAATATTATATCTACACCATCTTTATGCATTTGAT +TTGCTATTGATTTACCTTTAGCAGCGTCACCAAAACTGTTCGCATATTGAGAAGTTACCT +TAGCATCTGGATTAGCAGTTAATACACCAGCTTTATATCCATATTCAAATTTAGCTAAAA +CATCACTTTCTATACCACCTATAAATGCAACTTTTCCAGTTTCAGTCATTCTACCAGCTA +CTAATCCAGTTAAAAATCCTGATACATTATCTTCAAAAGTTAATGAGTTAACGTTATCTC +CCTCTACAACAGAATCTATTATAGCAAATTGCTTTTCTGGGTAGTCTTTAGAAGCTTTCT +TTATAGCATCCTCTAATTTATATCCAACACCAACAATTAAATCATACTCATCATCTACAA +ATGTTTCAACATTTGGTACATAATCTGCATCTTGCTCAGATTCTAAGTACTTAACTTCTA +CTTTATCTCCATACTCAGCTTTTAAATCTTGAAGACCTTTCCAAGCAGATTGGTTGAATG +ATTCATCGTTTACCCCACCAGTATCTGTTATCATCCCTATTTTGTATACTTTATTTTCTG +ATCCTTGAGCAGAATCATCTGAGCTTGAACCACATCCTACTAGTAAACCAGCAGTCATAA +CTGTAGTTAAACCTAATGCTAATAACTTTTTAAGTTTCATAAATTCCCTCCTAAATTACT +CTACATATATAACAATTATCTTTATTTTACACTATTTTCTTTTTTTTAGCTATACTTTTT +CTGCAGAATTTTCTTTTTTTTTGTAAGAATGTGTTGCATTTAATAGTTAAAATTCTTATT +AGGGTATGTTTTATATTTATTTATGCATACTAATATGAATTTTTAATTAGATTTTTAATC +ATCATTAATATAAATAATAGTTTATATTTTCTTTTTAAATGATAGATTGTCAATATAAGT +GCAACACTTTATATTCATGTTGCATCAAATACCTCTGCAGGTGTCTTATATCCAAGACAC +TTGCGAGGTCTAT +>MGYG000000001_115 +GCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACAATTAGGACATA +TCAAAATTGGCATGCCTTCGGCTTTATGGTACTCTATTGTTCCATCTTCATAATTCAATT +TCTTAATAATCTCCTAATTCATCTACACATATTTCTGGAACTTCTTCTTCGTATTTACAT +ACTAAACAATGATAGTTGTACATCTTGTCCGGTTCTCTTCCATTTATCAGGTAATAAAAC +TCTTCTTCTGGAGTCATTTTCCTTTCCCTCCCTATAGCAATAGTCTTTTATATGATACAA +CAAACCATACCTTTCATGCCATACCCTATATAATTCCATTTCAGAGTTACACTTTTTACA +GCTAAGAGGATTTTCTCCAAAAAACTCTATCATTCTTTGTTTCCAACTTTTCTTTATAGT +ATTTTCTTTCTTAGATTTCAATAGTTCATTTATATTCCTTTGCCTCATAAATCTATATAA +GTGGATTATTTCTTGACTCCTCTTACTACTTCTTCTAGAGTATAATCCATATCTTCTTAC +TGTTTTAAACCCCTTCTTATGTATCTGCTGTGTTATTTTTCCTATAAATTCAAGTACTGG +CATTGATAATTCAATACGTTTATTATCTTCATCTTTATACCAAAATACTACCGTTTCTCC +ATCATAAGATTTAATTCTATATTCAGCGACAGCTGCTCTTCCTAAATACCTACCTATATA +TTTAATTGCTTGGCTAGTATCTTTCAATGACCTACGGGCATTTACATAAAATCCATTCGG +ATATTTTTTATACATTTTATTTACTAATCTTTTCATATCTACATCTTTTCTATAATCTTT +CATTATATCTAATACAACTTTCTGCCAAGACTTTCTAAGATACTCAAATGGAATATAGCC +TATACTTGTCCACCAATTAGTATTTTTATTTACCCCACCTTCTGTTATTAATGTGTGTAC +ATGTGGATTCCATTTAATATCTTTGCCAAAAGTATGTACTACAGCAATTATTCCTACTTC +ATATTTATTTTTACCTTTAGAATAATAATATCTAATTACTTCATTAACTCCATCTTGTAA +TTTCTTTATTAATTCTCTATTTGAGTAGAAATAATTTCTCAATTCATCTGGTATTGTAAA +TACCACATGTCTATGTGATACTTTCAACATTTTTTCATATTGTTTTTCTGCCCATTTCAG +TGCATATAATCTACCACACTTATTACAAAACTTACCTTTACACATAAACCCTATTTTACG +GCTATCGCCACATTTTAAACATATATATTCTCTAAATCCTTTACTTATATCTCCACAATT +TAATGATTTAATAACTACATTATCTACATGAGTTCTCATTTCCTTCGGAACTCTATGCCA +CATTCTTTTTTT +>MGYG000000001_116 +GGAAGTGCAGTAATGTATGTAGCTTACCGATACTAATAGGTCGAGGACTTGACCAAATTT +AAATGATGATTTAAGCAACGGGATATGAGCGGAGCAAAAAGACGTTGGCGCCATGAACGA +AGTGAATTTCATAAATGATATGCAGTTTTTAGAGTATTAACTTCATATATGCGGGTGTAG +CTCAATGGTAGAGTTCCGGCCTTCCAAGCCGGCTGTGAGGGTTCGATCCCCTTCACCCGC +TCCAAATAAGATTATGTGGTTATTATAGCAAAGAGGATACACCTGTTCCCATTCCGAACA +CAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGA +CATAGCCACGTAATCTTTTTTTATGAGAAAGATTATAAATTTAAACGACAAAGACTAAAA +ACATAAAAGTAAACCATCCATATTTAGGTGGTTTATTTTTATGCAAAAAAATACTTATAA +AGCTGGAAATTGAGTATTAAACAAGAAAGGTAAAGAGCTGATATTAGGTATATATTAATA +GAATGTATTATTATTTTTAAATAGTAACGTCAAAAGTGGAAATCTTAAGAGGAAAAATGG +AGTTGACTCAGACACCTAGTAGATTTAGATTAAAATAAAAGTATATGATAAATGTGAAAT +AAATTATGTATAAAAGAGAGAAGTTAGAGTTTTTAAGCAAAAATCCATAAGAAATTGTTA +TATTTATTATACTTATTATGGTATTTAAACTAAGATTAATTTTATGACAAATAAAGTAAT +TCAAAAATAAATTAAAAAAAATTATGTGAATAAGTAAGTTAATAATGTGGATAAAAAAAA +CAAAATATACTTATTGCAAGTGGATAAGGTTGTTAACACTGTTGATAACATTTCTACAAA +TTATTTATTTAAAATTAAATATAAAAAAATATTTAAAAAACTATTGACCAATATTTATTA +TGGTGGTAGAGTATTACTTGTCCGAGAGATACGGACGAAAAATAAATCCAAAAAAAGTCT +TGACTAAGGGGTAACAACCTGGTAAGATAAGTAAGTCGAGAAAATGAACTTTGAAAATTA +AACAGTAGGTTAATTTATATAACTAATTCTTTATTAAGAATTATTCGAAACAACCAAACA +AAGCCAGATATATAACAGTATCTGAGCCCATCAACTTTTATTTGAGAGTTTGATCCTGGC +TCAGGATGAACGCTGGCGGCGTGCCTAAC +>MGYG000000001_117 +CGTTAAGTGCCGAAGTGGCGGAACTGGCAGACGCACAGGACTTAAAATCCTGCGGGACTT +ACCTCTCGTACCGGTTCGATTCCGGTCTTCGGCACCACATATAATATCGCGGGGTGGAGC +AGTTGGCAGCTCGTCGGGCTCATAACCCGAAGGTCGCAGGTTCAAGTCCTGCCTCCGCAA +CCATTAAAATGGCCCATTGGTCAAGCGGTCAAGACACCGCCCTTTCACGGCGGTAACAGG +GGTTCGATTCCCCTATGGGTCACCAATTAAATACGCGGGTGTAGCTCAATGGTAGAGTTC +CGGCCTTCCAAGCCGGCTGTGAGGGTTCGATCCCCTTCACCCGCTCCAGATTAAACTTAT +GGGACTATAGCTCAGCTGGGAGAGCACCTGCCTTACAAGCAGGGGGTCACAGGTTCGAGC +CCTGTTAGTCCCACCATTTGCGGCCTGGTAGTTCAGCTGGTTAGAATGCCAGCCTGTCAC +GCTGGAGGTCGAGGGTTCGAGTCCCTTCCAGGTCGCCAAACTTAACATGGGAATATGGCT +CAGTTGGTAGAGCAAATGACTGTTAATCATTGGGTCACAGGTTCGAGTCCTGTTATTCCC +GCCAATATGCTGGTGTGGCTCAACGGTAGAGCAGCTGACTTGTAATCAGCAGGTTGTAGG +TTCGATTCCTATCACCAGCTCCATATAAATACGGAGGATTTCCCGAGCGGCCAAAGGGGG +CAGACTGTAAATCTGTTAGCATTGCTTTCGGTGGTTCGAATCCACCATCCTCCACCAACT +AAATAAAGTATTAAGCGCGGATGTGGCGGAATTGGCAGACGCACCAGACTTAGGATCTGG +CGCCTACGGCGTGGGGGTTCGACTCCCTTCATCCGCACCAACTTTATTAACTATAATGTG +GGTGCATAGCTCAGCTGGATAGAGCAACGCCCTTCTAAGGCGTGTGTCCGGGGTTCGAAT +CCCTGTGCGCTCACCAC +>MGYG000000001_118 +CCTTTCATGTAAAGTAGTTTTGTGATTATTATTACTGTAACATGAACATAAACTTGTGAA +CTATTTTTTTACATATTTTTAGATGTTGCACTTAATATGATAATTTATCATAATAAAATA +AAACCTGATAAAATACCAACTGGTATAAAGATTGAAATATGTAGTAATATCCCTGTAGGT +CGTGGTCTTGGTAGCAGTGCAACTTGTATAGTTGCTGGTGTTGTTGCTGCAAATATATTG +TCTGAATCTAATTTAGATAAAAAAGAGATACTAAAAATAGCAACAGAAATAGAAGGTCAT +CCTGATAATATAGCCCCAGCTTTATTTGGTAATATGATAATATCAATTTATGAAGATAAT +GAAGTTTACTTTGATATTGTCGACATACCAGATGAACTTAGTTTTTGTGCTATTATACCC +GACTTTGAATTATCTACTTCTTTAGCACGTAGCGTATTACCTAAAGAAATACCTCATAAA +GATGGTGTTTATAATATAGGCAGGGTATCCTTACTTATATCATCATTAATGAATAAAAAT +TTTGAACTTATAAAAATAGCTTGCCAAGACAAATTACATCAAATTTATAGATTTCCTTTA +ATAGAAAATTATAATGATATAGTAAGTAAATTATATGATTTAGAAAGCTTATGCGTCTTT +TTAAGCGGTGCTGGACCCACTATCATGTCTATTATCAAAGATGATGATTATGCGTTCGTA +GATAGTATGAAATCATTTCTACTCGAACTTAATAATAATTATGAAATAAAAAAACTTAAA +TGTGATAAGCACGGTACAAAAATAAATAAAGTATAAAATATATTCTAGTGTTGCATCTAG +TTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAAAAAATAACCTTCTTTGG +TTAAATGGAAGTAACGACAAATCCATCCAA +>MGYG000000001_119 +CATGCGATAAAAATATGTTATCTCGTATTAGCGTACCTTTCGGTACGTTATCCGTGTGTA +TAGGGCAGGTTACCCACGCGTTACTCACCCGTCCGCCGCTCACTTCCGAAGAAGTTCGCT +CGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAACTCTCAA +ATAAAAGTTGTCCATCGCTCAGCTAATCATTATCTGAATATCTGGCTTGGTTGTTTGTGT +TTAATTCTTAAATAAGAATAAATTTTATAAATTAACCTACTGTTTAATTTTCAAAGTTCT +TAAAGTGGTGGACCATCAGGGACTCGAACCCCAGACCTACCGGTTATGAGCCGGGCGCTC +TAACCAACTGAGCTAATGGTCCACTTTATTTTGGTGCCGAAGACCGGAATCGAACCGGTA +CGAGAGGTAAGTCCCGCAGGATTTTAAGTCCTGTGCGTCTGCCAGTTCCGCCACTTCGGC +ACTTAACGNGGCTACGTCTTACTCTCCCAGGAGGTTGCCCTCCAAGTACCATCAGCGCTA +AAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGTGTATCCTCTTTGCTATAGTAACCA +CATTAAATTGCTTTGTTTTTCAAGACAAGTATTATATTAACATCTTTATTATTCAATGTC +AACATATTTTTAAATCTTTTTTGTAAAAAATTCATCTTAGAGTTAATACTCTAAAAACTG +CATATCATTTATGAAATTCACTTCGTTCATGGCGCTAACGTCTTTTCGCTCCGCTCATAT +CCAGTTGCTTAAATCATCATTTAAATTTGGTCAAGTCCTCGACCTATTAGTATCGGTAAG +CTACATACATTACTGCACTTCCACCTCCGACCTATCAACCAGG +>MGYG000000001_120 +CGCTATCGGTCACTAGGTAGTATTTAGGCTTGGAGGATGGTCCCTCCTGCTTCCCACAGG +GTTTCACGTGTCCCGTGGTACTCTGGATCACATCTAAAGTCTTCTCGTTTCAGCTACAGG +GCTATTACCTTTTATAGCGGAGCTTTCCAACTCTCTTCACTTACGATACCTCTTCGTTAA +TGATATGTCCGCAACCCCAACGAAGTAAACTTCATTGGTTTGGCCTGTTCCGCGTTCGCT +CGCCGCTACTTACGGAATCGATTTTTCTTTCTCTTCCTCCAGGTACTTAGATGTTTCAGT +TCCCCGGGTTCCCCTCGCTAAGCTATGTATTCACTTAACGATACTTAGACATTACTCTAA +GTGAGTTTCCTCATTCGGAAATCTTCGGATCAAAGTTTACGTGCAACTCCCCGAAGCTTA +TCGCAGCTTATCACGTCCTTCATCGGCTCCTAGTGCCAAGGCATCCGCCCTGCACCCTTA +ATAACTTGACCAGTTATTAAAAGTTATCGCCAAAGTCTTTATATTCATATACATTCACAT +AAATCCCTTTTCTTAAAGTTGATTTTAAAGACTTATCTGTCTATATATAATTAAATGATG +TCATATCACTAAATGTTATGCAGTTTTCAAAGTACTAAAATGCTATTGCATATCGCCAAC +GTCTAAACATTCACATACGTTTATGTTCATCCCGTTGCTCAAAATACAGTTGCATTGGGC +TACGCCCTCTATTGTTGAGTTTTCATTTAATGAACCCTCAAAATTAAACAGTAGGCAATT +CTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTC +ACCCC +>MGYG000000001_121 +CCTAAAAATTTTATAATTTCGTTAGGCTTGTTTGCCATGCAAATTTTTAAAAATATGAAA +CTTAATTTAACCTATCGGTTTATTTATCAATTCGAGAATAATTCTCATCATATCTAATTA +ACAAAACCAATTTATGTACATATATTAATCTATACAAATACTATTTTATAGTAAAAATAT +AAAAAACGAAATATGTTGTAATAAATTTAGTTTTTTTTACCAATAATAAAGGTAGATTAA +TTAATGGAGGTAATTACATATGACTTTAAATTGCAATGCACATAATTGTGCTTATAATAA +CTCAGGTACATGTTATGCAGGTAGTATAAAAGTAATAGGATCTGAAGCAAATAGTACATC +AGGTACTAAATGCTCTACTTTTACACCTGAAGATAATAATAATCTTACAAATATTAATAG +TAATTATTTTACTACTTCTAGTGACATCAACTGTAAAGCTAAAAAATGTAATTATAATAT +TAACTCTACTTGTACTGCTCCTAGCGTGCTAATAAACATGAACAACGCTACTTGTGAGAC +TTTTATTTCTTAATAATATAAACAAATAATAAACCTCTATCATATTACGTATGTATAGAG +GTTTATTATTTATATATGATAATATAGTTAATGTAGTATGTAATAATTTAATATATAAAG +ATATTTTAATAAAATAAATTCAATAAAAAAATCCCCTAAAGGGGACCTTGAGTGGCTAAT +GCCACTCTTATTTGTTATCACCATCTTTGTAGTAAAAATCTGCATCACAATTAGGACATA +TCAAAATTGGCAT +>MGYG000000001_122 +CATTCTTTAGTTTATTAAGTAGAGAGTATACAAGACTATTTCCAAAATTAGGCGATAGAA +CTAGATTTAATAGAACAAAACGAAATCTCCACGCTGTAACTAAAGAAATCAGAGAATATA +TTTCATTATCTATTCAATCTTACTCTAATGAGATAATAATTATAGATAGTATGCCTATTC +CAGTATGTGAGTTCGGTAGAGCACATTTTAGTAAATGCTTTAAAGGCGAAGCCTCTTATG +GTAGATGCCCTTCAAAGAAACAAATATATTTTGGATTTAAGTTCCATGCACTTACTACAG +TAGATGGGTTTTTAACTGACTACGTCATAACTCCAGCAAATGTAGATGATAGAAATGCAG +TATGGGATTTATGCTACAAATATAGTTCTATTTATATTATAGGTGATAAGGGATACGTTA +ATAAAAGGCTAACGCCTGAATTAAAAGGAGAAAAGGGCATAAATTTATTGTTTTTAAAAA +GAGGAAATAGTAAAGAAAACTATCCAAAAGAAATAAGACAACTTATATTTAAGGTAAGAA +GAAGGATAGAAACTAGCTTTTCTCAATTAACAGAACAATTAAACTTAAATAAGGTTAAGA +GTAAATCTATGCTAGGATTTATAACTAGAACTTCAATAAAAGTTTTAGCTCATAACATTT +CTTTTCTTATGATAAATTATCATATTAAGTGCAACATCTAAAAATATGTAAAAAAATAGT +TCATAAGTTTATGTTCATGTTACAGTAATAATAACCACA +>MGYG000000001_123 +CCTTCTTCTTACCTTAAATATAAGTTGTCTTATTTCTTTTGGATAGTTTTCTTTACTATT +TCCTCTTTTTAAAAACAATAAATTTATGCCCTTTTCACCTTTTAATTCAGGCGTTAGCCT +TTTATTAATGTATCCCTTATCACATATAATAGAAATAGAACTATATTTATAGCATAAATC +CCATACTGCATTTCTATCATCTACATTTGCTGGAGTTATGACGTAGTCAGTTAAAAAAAC +ATCTACTGTAGTAAGTGCATGAAACTTAAATCTAAAATATATTTGTTTCTTTGAAGGGCA +TCTACCATAAGAGGCTTCGCCTTTAAAGCATTTACTAAAATGTGCTCTACCGAACTCACA +TACTGGAATAGGCATACTATCTATAACTCTTATCTCATTAGAGTAAGATTGAATAGATAA +TGAAATATATTCTCTGATTTCTTTAATTACAGCGTGGAGATTTCGTTTTGTTCTATTAAA +TCTAGTTCTATCGCCTAATTTTGGAAATAGTCTTGTATACTCTCTACT +>MGYG000000001_124 +AAGTACTAACAGTACATTTAAGTACTAATGGTGGAGATGAGGAGGATCGAACTCCTGACC +CCTTGCGTGCAAGGCAAGTGCTCTCCCAGCTGAGCTACACCCCCATATCAAGGTTATTTT +AGATATTTTCCATAATAAAAGACTGTATACTTATCTAATTGTTTTATCCATTTGGATGTT +TGATACAATCAAATTATAATCAGCCTCTTTATGGTTATAAAAACCCTCAAAATTAAACAG +TAGGCAATTCTCCTTAGAAAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGT +TACGACTTCACCCCAGTTATTGGTTTCACCTTCGACACTCGCTTCCCAAAAGGGTTAGCT +AAGTGGCTTCGGGCGCCCCCAACTCCCGTGGTGTGACGGGCGGTGTGTACAAGACCCGGG +AACGCATTCACCGCAGCATTCTGATCTGCGATTACTAGTAACTCCAGCTTCATGTAGGCG +AGTTTCAGCCTACAATCCGAACT +>MGYG000000001_125 +AAGCCGACTTCAAGATAAGATTTCCCACCGTAAGGGTAAGACCCCAGGAAGACTACCTGG +TTGATAGGTCGGAGGTGGAAGTGCAGTAATGTATGTAGCTTACCGATACTAATAGGTCGA +GGACTTGACCAAAATAAACCTAAAGGTTTATATCGCTAACCAAATTATCATTGAAATTTC +AATATGTAAGATTTCGGTTGCTAAAATTTTAAATGATTAAAACACAAATGATATGCAGTT +TTTAGAGTATTAACTCTAAGATTAATTTTTTACAAAAAGATTTAAAAATGTATTGACATT +GAACAATAAAGGTGTTAATATAATACTTGTCTTGAAAAACAAAGCAATTTAATGTGGTTA +CTATAGCAAAGAGGATACACCTGTTCCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGC +TGATGGTACTTGGAGGGCAACCTCCTGGGAGAGTAAGACGTAGCC +>MGYG000000001_126 +CCTCCTTTCTAAGGAGAATTGCCTACTGTTTAATTTTGAGGGTTCATTAAATGAAAACTC +AACAATAGAGGGCGTAGCCCAATGCAACTGCATTTTGAGCAACGGGATGAACATGAACGT +ATGTGAATGTTTAGACGTTGGCGACATGCGATAGCATTTTAGTACTTTGAAAACTGCATA +ACATTTAGTGGTATGACATCATTTAATTATATATAGACAGACAAGTCTTTAAAATCAACT +TTAAGCAAATGGATTTATGTGAATGAATATGAACATAAAGACTTTCGCGATAACTTTTAA +TAACTGGTCAAGTTATTAAGGGTGCAGGGCGGATGCCTTGGCACTAGGAGCCGATGAAGG +ACGTGATAAGCTGCGATAAGCTTCGGGG +>MGYG000000001_127 +GGTGCCGAAGACCGGAATCGAACCGGTACGAGAGGTAAGTCCCGCAGGATTTTAAGTCCT +GTGCGTCTGCCAGTTCCGCCACTTCGGCACATATAATGTTCATAAAGAACCTTTTTTATT +TAGTGGAGGCGACATCCAGATTCGAACTGGAGATCAAGGAGTTGCAGTCCACTGCCTTAC +CACTTGGCTATGTCGCCTTATAAATGGTGATCCATCCGCGACTCGAACGCGGGACACCCT +GATTAAAAGTCAGGTGCTCTACCGACTGAGCTAATGGATCACAATATATGGGGTGGATAA +TGAGAGTCGAACTCACGACCTCCAGAGCCACAATCTGGCGCTCTAACCAACTGAGCTATA +CCCACCATA +>MGYG000000001_128 +AACAGATATACATTATTTAGAAGAGCCTACAGGAGAAACTGTTATATTAGAAAATAGGGT +AGAGCGAAATATGCACATAACTACGAAAGATATGTATGACTTTGTAAAGGATGAATTAAA +ATTAGCTAGTTATAGATATAATATTAATTTAGAGAAAGGCAACACTTCTGTAGATTATGG +GTTTATTGCACAAGATATTTTATATACAAAAGTTGGTTCTGAAATAGTACAATTAGCAGA +TGAGAATAACTTAAATAGCGAACTTTCTTATAATCAAGGAAATTATATTTCTGTTATAGC +AGGAGCATTACAACAAGAGATAAGAAAAAGAGATAAAGAAATTAAAGAA +>MGYG000000001_129 +CTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGAATATAAA +GTGTTGCACTTATATTGACAATCTATCTTATAAATAAATCTCAGCTTATTAAATTAGTAA +ATTGTATCAGTACAATATATATTGTTTTATATAATATTATTACATATAATTAAATTATTA +ATTCGCTTATAATATGGAGGGATTTTATGAATAATCAAACTAAAAAAGTTGTTTTAAATT +TCTAGTGTTGCATCTAGTTAATATTTGCAACTTGATTTTTACAAAATTTATATAATGAAA +AAAATAACCTTCTTTGGTTAAATGGAAGTAACGACAAATCCATCCAA diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_InterProScan.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_InterProScan.tsv new file mode 100644 index 000000000..b9571fa2c --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_InterProScan.tsv @@ -0,0 +1,23356 @@ +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Gene3D G3DSA:3.40.50.300 554 793 4.7E-242 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SMART SM01058 491 588 7.9E-45 T 16-09-2021 IPR003711 CarD-like/TRCF domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SMART SM00982 1015 1113 1.4E-31 T 16-09-2021 IPR005118 Transcription-repair-coupling factor, C-terminal domain GO:0006281 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Hamap MF_00969 Transcription-repair-coupling factor [mfd]. 47 1119 27.561 T 16-09-2021 IPR004576 Transcription-repair coupling factor GO:0003684|GO:0005524|GO:0006281 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Gene3D G3DSA:3.30.2060.10 140 225 1.9E-69 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SMART SM00487 612 802 7.7E-38 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 TIGRFAM TIGR00580 mfd: transcription-repair coupling factor 157 1088 0.0 T 16-09-2021 IPR004576 Transcription-repair coupling factor GO:0003684|GO:0005524|GO:0006281 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 PANTHER PTHR14025:SF29 40 1101 0.0 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Pfam PF02559 CarD-like/TRCF domain 492 587 4.3E-30 T 16-09-2021 IPR003711 CarD-like/TRCF domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Pfam PF00270 DEAD/DEAH box helicase 618 776 9.2E-19 T 16-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SUPERFAMILY SSF141259 483 560 2.88E-23 T 16-09-2021 IPR036101 CarD-like/TRCF domain superfamily +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SMART SM00490 838 922 1.4E-20 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Pfam PF03461 TRCF domain 1016 1095 8.3E-25 T 16-09-2021 IPR005118 Transcription-repair-coupling factor, C-terminal domain GO:0006281 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SUPERFAMILY SSF143517 1000 1107 1.57E-31 T 16-09-2021 IPR037235 TRCF-like, C-terminal domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SUPERFAMILY SSF52540 368 478 3.52E-13 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SUPERFAMILY SSF52540 794 1002 2.32E-50 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Pfam PF00271 Helicase conserved C-terminal domain 817 921 1.0E-16 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 CDD cd17991 DEXHc_TRCF 601 792 4.82857E-122 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Gene3D G3DSA:3.40.50.11180 42 325 1.9E-69 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Coils Coil 569 589 - T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Gene3D G3DSA:2.30.30.840 495 553 4.7E-242 T 16-09-2021 IPR036101 CarD-like/TRCF domain superfamily +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SUPERFAMILY SSF52540 15 359 4.87E-82 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 SUPERFAMILY SSF52540 535 795 2.43E-63 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 630 791 23.298 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 PANTHER PTHR14025 40 1101 0.0 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 CDD cd18810 SF2_C_TRCF 800 950 9.14331E-70 T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Coils Coil 614 634 - T 16-09-2021 +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 800 966 17.007 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Pfam PF17757 UvrB interaction domain 143 229 3.5E-22 T 16-09-2021 IPR041471 UvrB, interaction domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Gene3D G3DSA:3.90.1150.50 1011 1130 2.2E-31 T 16-09-2021 IPR037235 TRCF-like, C-terminal domain +MGYG000000001_00696 c283920dfdfedd10d654a17cb7826ca9 1130 Gene3D G3DSA:3.40.50.300 491 1002 4.7E-242 T 16-09-2021 +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 Gene3D G3DSA:1.10.10.10 7 128 8.0E-35 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 SUPERFAMILY SSF46785 19 119 2.53E-32 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 CDD cd00090 HTH_ARSR 30 109 3.7241E-7 T 16-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 Pfam PF01638 HxlR-like helix-turn-helix 31 119 9.3E-32 T 16-09-2021 IPR002577 Helix-turn-helix, HxlR type +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 PANTHER PTHR33204 13 127 1.1E-34 T 16-09-2021 +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 ProSiteProfiles PS51118 HxlR-type HTH domain profile. 23 121 31.553 T 16-09-2021 IPR002577 Helix-turn-helix, HxlR type +MGYG000000001_02838 71ad8de3d4dfda3c76007e752ee4a297 130 PANTHER PTHR33204:SF29 13 127 1.1E-34 T 16-09-2021 +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 TIGRFAM TIGR03814 Gln_ase: glutaminase A 5 305 3.8E-127 T 16-09-2021 IPR015868 Glutaminase GO:0004359|GO:0006541 KEGG: 00220+3.5.1.2|KEGG: 00250+3.5.1.2|KEGG: 00471+3.5.1.2|MetaCyc: PWY-5921|Reactome: R-HSA-210500|Reactome: R-HSA-5628897|Reactome: R-HSA-8964539 +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 Gene3D G3DSA:3.40.710.10 1 305 3.1E-123 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 PANTHER PTHR12544:SF29 2 305 1.0E-108 T 16-09-2021 +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 Pfam PF04960 Glutaminase 19 305 3.1E-122 T 16-09-2021 IPR015868 Glutaminase GO:0004359|GO:0006541 KEGG: 00220+3.5.1.2|KEGG: 00250+3.5.1.2|KEGG: 00471+3.5.1.2|MetaCyc: PWY-5921|Reactome: R-HSA-210500|Reactome: R-HSA-5628897|Reactome: R-HSA-8964539 +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 SUPERFAMILY SSF56601 3 305 2.73E-114 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 PANTHER PTHR12544 2 305 1.0E-108 T 16-09-2021 IPR015868 Glutaminase GO:0004359|GO:0006541 KEGG: 00220+3.5.1.2|KEGG: 00250+3.5.1.2|KEGG: 00471+3.5.1.2|MetaCyc: PWY-5921|Reactome: R-HSA-210500|Reactome: R-HSA-5628897|Reactome: R-HSA-8964539 +MGYG000000001_02710 574c65a8d54dc038d8eb4b2aa0127fab 305 Hamap MF_00313 Glutaminase [glsA]. 1 305 47.245 T 16-09-2021 IPR015868 Glutaminase GO:0004359|GO:0006541 KEGG: 00220+3.5.1.2|KEGG: 00250+3.5.1.2|KEGG: 00471+3.5.1.2|MetaCyc: PWY-5921|Reactome: R-HSA-210500|Reactome: R-HSA-5628897|Reactome: R-HSA-8964539 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Pfam PF02874 ATP synthase alpha/beta family, beta-barrel domain 28 92 2.9E-17 T 16-09-2021 IPR004100 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal domain GO:0046034|GO:1902600 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 CDD cd18113 ATP-synt_F1_alpha_C 375 496 3.08002E-63 T 16-09-2021 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 ProSitePatterns PS00152 ATP synthase alpha and beta subunits signature. 355 364 - T 16-09-2021 IPR020003 ATPase, alpha/beta subunit, nucleotide-binding domain, active site GO:0005524 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Pfam PF00006 ATP synthase alpha/beta family, nucleotide-binding domain 149 364 7.1E-73 T 16-09-2021 IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding domain GO:0005524 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 SUPERFAMILY SSF47917 372 497 3.66E-44 T 16-09-2021 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Pfam PF00306 ATP synthase alpha/beta chain, C terminal domain 371 496 6.0E-47 T 16-09-2021 IPR000793 ATP synthase, alpha subunit, C-terminal GO:0015986 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Hamap MF_01346 ATP synthase subunit alpha [atpA]. 1 497 51.072 T 16-09-2021 IPR005294 ATP synthase, F1 complex, alpha subunit GO:0015986|GO:0045261|GO:0046933 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Gene3D G3DSA:1.20.150.20 372 497 1.0E-46 T 16-09-2021 IPR038376 ATP synthase, alpha subunit, C-terminal domain superfamily KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 TIGRFAM TIGR00962 atpA: ATP synthase F1, alpha subunit 3 496 1.6E-250 T 16-09-2021 IPR005294 ATP synthase, F1 complex, alpha subunit GO:0015986|GO:0045261|GO:0046933 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 PANTHER PTHR42875 1 497 4.7E-254 T 16-09-2021 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 SUPERFAMILY SSF52540 96 370 1.77E-100 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 CDD cd01132 F1_ATPase_alpha 94 367 0.0 T 16-09-2021 IPR033732 ATP synthase, F1 complex, alpha subunit nucleotide-binding domain GO:0032559 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 PANTHER PTHR42875:SF3 1 497 4.7E-254 T 16-09-2021 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Gene3D G3DSA:3.40.50.300 94 371 8.3E-127 T 16-09-2021 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 CDD cd18116 ATP-synt_F1_alpha_N 27 93 9.2081E-32 T 16-09-2021 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 PIRSF PIRSF039088 1 500 1.3E-254 T 16-09-2021 IPR005294 ATP synthase, F1 complex, alpha subunit GO:0015986|GO:0045261|GO:0046933 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 Gene3D G3DSA:2.40.30.20 1 93 7.1E-37 T 16-09-2021 IPR023366 ATP synthase subunit alpha, N-terminal domain-like superfamily KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00728 bbc4b40393946b0b0c24ca4eca2dd011 500 SUPERFAMILY SSF50615 10 94 8.89E-30 T 16-09-2021 IPR036121 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal domain superfamily GO:0046034|GO:1902600 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 CDD cd03280 ABC_MutS2 303 500 1.61654E-109 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Pfam PF00488 MutS domain V 331 512 5.3E-36 T 16-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Gene3D G3DSA:3.30.1370.110 705 792 4.3E-23 T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 SMART SM00534 328 513 1.5E-76 T 16-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Pfam PF01713 Smr domain 717 792 4.3E-17 T 16-09-2021 IPR002625 Smr domain +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 SUPERFAMILY SSF160443 716 791 4.45E-10 T 16-09-2021 IPR036063 Smr domain superfamily +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 SMART SM00533 9 315 1.3E-20 T 16-09-2021 IPR007696 DNA mismatch repair protein MutS, core GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 SUPERFAMILY SSF52540 292 513 6.57E-44 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 TIGRFAM TIGR01069 mutS2: MutS2 family protein 1 792 4.3E-223 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 SMART SM00463 714 792 6.0E-13 T 16-09-2021 IPR002625 Smr domain +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 ProSiteProfiles PS50828 Smr domain profile. 717 792 17.42 T 16-09-2021 IPR002625 Smr domain +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 SUPERFAMILY SSF48334 27 288 1.57E-22 T 16-09-2021 IPR036187 DNA mismatch repair protein MutS, core domain superfamily +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 PIRSF PIRSF005814 1 792 8.5E-258 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Coils Coil 580 616 - T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 ProSitePatterns PS00486 DNA mismatch repair proteins mutS family signature. 410 426 - T 16-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Gene3D G3DSA:3.40.50.300 292 599 4.6E-84 T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Hamap MF_00092 Endonuclease MutS2 [mutS2]. 2 791 21.348 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Coils Coil 230 254 - T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 CDD cd06503 ATP-synt_Fo_b 520 616 2.68886E-5 T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 PANTHER PTHR11361 6 710 1.0E-159 T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 Coils Coil 512 575 - T 16-09-2021 +MGYG000000001_01356 89e9dbb5ce3dd786d97f36b0bef76bee 792 PANTHER PTHR11361:SF14 6 710 1.0E-159 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 SUPERFAMILY SSF51412 20 135 7.87E-10 T 16-09-2021 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 Coils Coil 273 293 - T 16-09-2021 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 Hamap MF_00159 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (ferredoxin) [ispG]. 3 350 34.358 T 16-09-2021 IPR004588 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase, bacterial-type GO:0016114|GO:0046429|GO:0055114 KEGG: 00900+1.17.7.3 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 Gene3D G3DSA:3.20.20.20 1 257 2.4E-109 T 16-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 SUPERFAMILY SSF56014 262 349 7.98E-12 T 16-09-2021 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 PANTHER PTHR30454:SF0 2 350 3.3E-146 T 16-09-2021 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 TIGRFAM TIGR00612 ispG_gcpE: 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase 5 349 6.8E-131 T 16-09-2021 IPR004588 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase, bacterial-type GO:0016114|GO:0046429|GO:0055114 KEGG: 00900+1.17.7.3 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 Pfam PF04551 GcpE protein 9 350 8.7E-144 T 16-09-2021 IPR004588 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase, bacterial-type GO:0016114|GO:0046429|GO:0055114 KEGG: 00900+1.17.7.3 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 PIRSF PIRSF004640 1 351 1.6E-150 T 16-09-2021 IPR016425 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase, bacterial GO:0005506|GO:0008299|GO:0046429|GO:0055114 KEGG: 00900+1.17.7.3 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 PANTHER PTHR30454 2 350 3.3E-146 T 16-09-2021 IPR004588 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase, bacterial-type GO:0016114|GO:0046429|GO:0055114 KEGG: 00900+1.17.7.3 +MGYG000000001_01674 421e2d95e5d1c29e079f754fc9ed6c60 351 Gene3D G3DSA:3.30.413.10 258 351 2.6E-37 T 16-09-2021 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PANTHER PTHR21060:SF15 1 397 5.3E-168 T 16-09-2021 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 Gene3D G3DSA:3.30.420.40 198 398 6.1E-86 T 16-09-2021 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 ProSitePatterns PS01075 Acetate and butyrate kinases family signature 1. 3 14 - T 16-09-2021 IPR023865 Aliphatic acid kinase, short-chain, conserved site GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 SUPERFAMILY SSF53067 160 397 5.08E-96 T 16-09-2021 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 Pfam PF00871 Acetokinase family 2 391 3.4E-166 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 ProSitePatterns PS01076 Acetate and butyrate kinases family signature 2. 205 222 - T 16-09-2021 IPR023865 Aliphatic acid kinase, short-chain, conserved site GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PRINTS PR00471 Acetate kinase family signature 3 14 1.3E-47 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PRINTS PR00471 Acetate kinase family signature 302 315 1.3E-47 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PRINTS PR00471 Acetate kinase family signature 378 390 1.3E-47 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PRINTS PR00471 Acetate kinase family signature 324 340 1.3E-47 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PRINTS PR00471 Acetate kinase family signature 175 188 1.3E-47 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PRINTS PR00471 Acetate kinase family signature 205 226 1.3E-47 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 SUPERFAMILY SSF53067 1 198 1.68E-71 T 16-09-2021 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 Hamap MF_00020 Acetate kinase [ackA]. 1 398 197.866 T 16-09-2021 IPR004372 Acetate/propionate kinase GO:0006082|GO:0016301|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PIRSF PIRSF000722 1 398 8.1E-158 T 16-09-2021 IPR004372 Acetate/propionate kinase GO:0006082|GO:0016301|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 Gene3D G3DSA:3.30.420.40 1 197 2.4E-76 T 16-09-2021 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 PANTHER PTHR21060 1 397 5.3E-168 T 16-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02418 d3f4c2914e21100979c05866e24a7ecd 398 TIGRFAM TIGR00016 ackA: acetate kinase 1 397 7.5E-165 T 16-09-2021 IPR004372 Acetate/propionate kinase GO:0006082|GO:0016301|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Pfam PF04545 Sigma-70, region 4 231 283 1.3E-19 T 16-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 SUPERFAMILY SSF88659 191 286 7.66E-25 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 CDD cd06171 Sigma70_r4 224 282 6.40597E-14 T 16-09-2021 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Pfam PF04539 Sigma-70 region 3 140 207 5.0E-16 T 16-09-2021 IPR007624 RNA polymerase sigma-70 region 3 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 ProSitePatterns PS00716 Sigma-70 factors family signature 2. 255 281 - T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Gene3D G3DSA:1.10.10.10 133 208 3.0E-22 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PANTHER PTHR30603:SF45 53 293 9.2E-104 T 16-09-2021 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PIRSF PIRSF000770 4 289 1.9E-49 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PANTHER PTHR30603 53 293 9.2E-104 T 16-09-2021 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 55 283 4.1E-38 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Pfam PF04542 Sigma-70 region 2 60 124 9.6E-20 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 SUPERFAMILY SSF88946 20 126 9.55E-43 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Pfam PF00140 Sigma-70 factor, region 1.2 24 49 2.3E-8 T 16-09-2021 IPR009042 RNA polymerase sigma-70 region 1.2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Coils Coil 220 240 - T 16-09-2021 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 84 97 - T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PRINTS PR00046 Major sigma-70 factor signature 234 246 5.2E-31 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PRINTS PR00046 Major sigma-70 factor signature 84 97 5.2E-31 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PRINTS PR00046 Major sigma-70 factor signature 270 281 5.2E-31 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PRINTS PR00046 Major sigma-70 factor signature 108 116 5.2E-31 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 PRINTS PR00046 Major sigma-70 factor signature 255 270 5.2E-31 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Gene3D G3DSA:1.10.10.10 212 294 1.6E-33 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 Gene3D G3DSA:1.10.601.10 2 128 1.5E-44 T 16-09-2021 +MGYG000000001_02907 4c64b352fa7c4e5bbe43b3cc32bdffef 294 SUPERFAMILY SSF88659 133 206 2.27E-15 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 Gene3D G3DSA:3.40.50.1470 1 186 3.7E-71 T 16-09-2021 IPR036416 Peptidyl-tRNA hydrolase superfamily GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 ProSitePatterns PS01195 Peptidyl-tRNA hydrolase signature 1. 14 27 - T 16-09-2021 IPR018171 Peptidyl-tRNA hydrolase, conserved site GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 SUPERFAMILY SSF53178 1 185 5.89E-67 T 16-09-2021 IPR036416 Peptidyl-tRNA hydrolase superfamily GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 Pfam PF01195 Peptidyl-tRNA hydrolase 3 184 9.9E-63 T 16-09-2021 IPR001328 Peptidyl-tRNA hydrolase GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 TIGRFAM TIGR00447 pth: aminoacyl-tRNA hydrolase 2 185 1.1E-63 T 16-09-2021 IPR001328 Peptidyl-tRNA hydrolase GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 PANTHER PTHR17224 2 185 3.6E-66 T 16-09-2021 IPR001328 Peptidyl-tRNA hydrolase GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 CDD cd00462 PTH 3 173 2.65029E-89 T 16-09-2021 IPR001328 Peptidyl-tRNA hydrolase GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 ProSitePatterns PS01196 Peptidyl-tRNA hydrolase signature 2. 107 117 - T 16-09-2021 IPR018171 Peptidyl-tRNA hydrolase, conserved site GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_00695 ac245ca173c61e31669080be12dfa778 186 Hamap MF_00083 Peptidyl-tRNA hydrolase [pth]. 1 178 35.408 T 16-09-2021 IPR001328 Peptidyl-tRNA hydrolase GO:0004045 MetaCyc: PWY-6308 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 Pfam PF00297 Ribosomal protein L3 89 180 1.5E-17 T 16-09-2021 IPR000597 Ribosomal protein L3 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 Hamap MF_01325_B 50S ribosomal protein L3 [rplC]. 1 205 39.766 T 16-09-2021 IPR019927 Ribosomal protein L3, bacterial/organelle-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 PANTHER PTHR11229 3 208 1.3E-82 T 16-09-2021 IPR019927 Ribosomal protein L3, bacterial/organelle-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 TIGRFAM TIGR03625 L3_bact: 50S ribosomal protein uL3 3 202 6.0E-89 T 16-09-2021 IPR019927 Ribosomal protein L3, bacterial/organelle-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 ProSitePatterns PS00474 Ribosomal protein L3 signature. 100 123 - T 16-09-2021 IPR019926 Ribosomal protein L3, conserved site +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 SUPERFAMILY SSF50447 1 207 1.24E-81 T 16-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 Gene3D G3DSA:2.40.50.620 31 94 2.6E-15 T 16-09-2021 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 MobiDBLite mobidb-lite consensus disorder prediction 117 138 - T 16-09-2021 +MGYG000000001_02592 6fb66fde20fa94841e4b5885e4251f2b 209 Gene3D G3DSA:2.40.30.10 131 208 2.1E-17 T 16-09-2021 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 ProSiteProfiles PS51372 PRD domain profile. 169 271 11.809 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 Pfam PF00874 PRD domain 180 268 1.1E-9 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 Pfam PF00874 PRD domain 86 160 4.1E-18 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 Gene3D G3DSA:1.10.1790.10 166 271 1.3E-22 T 16-09-2021 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 PANTHER PTHR30185:SF2 1 270 3.6E-69 T 16-09-2021 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 SUPERFAMILY SSF63520 168 268 7.98E-16 T 16-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 SUPERFAMILY SSF50151 1 53 3.66E-15 T 16-09-2021 IPR036650 CAT RNA-binding domain superfamily GO:0003723 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 SMART SM01061 1 59 5.7E-23 T 16-09-2021 IPR004341 CAT RNA-binding domain GO:0003723 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 Gene3D G3DSA:2.30.24.10 1 54 6.9E-18 T 16-09-2021 IPR036650 CAT RNA-binding domain superfamily GO:0003723 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 ProSiteProfiles PS51372 PRD domain profile. 64 168 18.194 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 Gene3D G3DSA:1.10.1790.10 63 165 8.2E-26 T 16-09-2021 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 PANTHER PTHR30185 1 270 3.6E-69 T 16-09-2021 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 SUPERFAMILY SSF63520 57 165 1.03E-23 T 16-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_00137 b0e9e2c26123d8ecf056235a7b47a9d8 271 Pfam PF03123 CAT RNA binding domain 1 55 3.2E-18 T 16-09-2021 IPR004341 CAT RNA-binding domain GO:0003723 +MGYG000000001_02757 743e31c2525cf903b713ee741f9541e9 438 Pfam PF14501 GHKL domain 330 435 3.1E-26 T 16-09-2021 IPR032834 Sensor histidine kinase NatK, C-terminal domain +MGYG000000001_02757 743e31c2525cf903b713ee741f9541e9 438 Gene3D G3DSA:3.30.565.10 286 437 2.3E-10 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02757 743e31c2525cf903b713ee741f9541e9 438 SUPERFAMILY SSF55874 303 435 2.34E-7 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02757 743e31c2525cf903b713ee741f9541e9 438 CDD cd16935 HATPase_AgrC-ComD-like 300 434 3.07939E-32 T 16-09-2021 +MGYG000000001_02757 743e31c2525cf903b713ee741f9541e9 438 PANTHER PTHR40448 15 434 2.5E-23 T 16-09-2021 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 SUPERFAMILY SSF54849 137 204 3.43E-25 T 16-09-2021 IPR027410 TCP-1-like chaperonin intermediate domain superfamily +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 Pfam PF00118 TCP-1/cpn60 chaperonin family 22 523 1.8E-102 T 16-09-2021 IPR002423 Chaperonin Cpn60/TCP-1 family GO:0005524 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 Gene3D G3DSA:3.50.7.10 190 371 7.6E-229 T 16-09-2021 IPR027409 GroEL-like apical domain superfamily +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 SUPERFAMILY SSF52029 182 374 7.33E-82 T 16-09-2021 IPR027409 GroEL-like apical domain superfamily +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 Hamap MF_00600 60 kDa chaperonin [groL]. 1 539 41.314 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 Gene3D G3DSA:1.10.560.10 6 520 7.6E-229 T 16-09-2021 IPR027413 GroEL-like equatorial domain superfamily +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 Gene3D G3DSA:3.30.260.10 136 408 7.6E-229 T 16-09-2021 IPR027410 TCP-1-like chaperonin intermediate domain superfamily +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 TIGRFAM TIGR02348 GroEL: chaperonin GroL 2 524 1.0E-252 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 PRINTS PR00298 60kDa chaperonin signature 266 289 4.3E-70 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 PRINTS PR00298 60kDa chaperonin signature 348 373 4.3E-70 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 PRINTS PR00298 60kDa chaperonin signature 396 417 4.3E-70 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 PRINTS PR00298 60kDa chaperonin signature 26 52 4.3E-70 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 PRINTS PR00298 60kDa chaperonin signature 82 109 4.3E-70 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 PANTHER PTHR45633 2 527 1.8E-230 T 16-09-2021 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 CDD cd03344 GroEL 3 522 0.0 T 16-09-2021 IPR001844 Chaperonin Cpn60 GO:0042026 Reactome: R-HSA-1268020|Reactome: R-HSA-8869496 +MGYG000000001_01075 6b4e4f483a497d198e3c3f2451ea28e7 540 SUPERFAMILY SSF48592 6 520 1.22E-78 T 16-09-2021 IPR027413 GroEL-like equatorial domain superfamily +MGYG000000001_00548 fd32c31d72180283dda908e56ecb926c 140 Gene3D G3DSA:3.30.428.10 10 140 1.5E-34 T 16-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00548 fd32c31d72180283dda908e56ecb926c 140 ProSiteProfiles PS51084 HIT domain profile. 7 110 14.71 T 16-09-2021 IPR011146 HIT-like domain GO:0003824 +MGYG000000001_00548 fd32c31d72180283dda908e56ecb926c 140 Pfam PF01230 HIT domain 34 105 4.7E-6 T 16-09-2021 IPR001310 Histidine triad (HIT) protein +MGYG000000001_00548 fd32c31d72180283dda908e56ecb926c 140 SUPERFAMILY SSF54197 2 139 1.34E-32 T 16-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00548 fd32c31d72180283dda908e56ecb926c 140 PANTHER PTHR46648:SF3 4 139 3.5E-13 T 16-09-2021 +MGYG000000001_00548 fd32c31d72180283dda908e56ecb926c 140 PANTHER PTHR46648 4 139 3.5E-13 T 16-09-2021 +MGYG000000001_02265 9fe642cddabd7cd8264c4132fc601d27 193 PANTHER PTHR30576 6 183 9.4E-70 T 16-09-2021 +MGYG000000001_02265 9fe642cddabd7cd8264c4132fc601d27 193 Pfam PF02397 Bacterial sugar transferase 4 179 1.5E-59 T 16-09-2021 IPR003362 Bacterial sugar transferase +MGYG000000001_02265 9fe642cddabd7cd8264c4132fc601d27 193 PANTHER PTHR30576:SF0 6 183 9.4E-70 T 16-09-2021 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 Pfam PF14697 4Fe-4S dicluster domain 191 238 5.1E-9 T 16-09-2021 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 Pfam PF14697 4Fe-4S dicluster domain 191 238 5.1E-9 T 16-09-2021 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 Pfam PF04015 Domain of unknown function (DUF362) 43 314 8.4E-49 T 16-09-2021 IPR007160 Domain of unknown function DUF362 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 Pfam PF04015 Domain of unknown function (DUF362) 43 314 8.4E-49 T 16-09-2021 IPR007160 Domain of unknown function DUF362 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 188 217 9.684 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 188 217 9.684 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 218 247 10.129 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 218 247 10.129 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 Gene3D G3DSA:3.30.70.20 167 216 1.6E-6 T 16-09-2021 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 Gene3D G3DSA:3.30.70.20 167 216 1.6E-6 T 16-09-2021 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 SUPERFAMILY SSF54862 148 296 2.59E-18 T 16-09-2021 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 SUPERFAMILY SSF54862 148 296 2.59E-18 T 16-09-2021 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 PANTHER PTHR24960:SF72 13 369 2.0E-117 T 16-09-2021 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 PANTHER PTHR24960:SF72 13 369 2.0E-117 T 16-09-2021 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 PANTHER PTHR24960 13 369 2.0E-117 T 16-09-2021 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 PANTHER PTHR24960 13 369 2.0E-117 T 16-09-2021 +MGYG000000001_03176 c66fb586a3fa1d184b231531a2946234 369 Gene3D G3DSA:3.30.70.20 217 262 2.3E-5 T 16-09-2021 +MGYG000000001_01937 c66fb586a3fa1d184b231531a2946234 369 Gene3D G3DSA:3.30.70.20 217 262 2.3E-5 T 16-09-2021 +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 Gene3D G3DSA:3.20.20.140 7 464 4.1E-206 T 16-09-2021 +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 PANTHER PTHR30068:SF4 1 465 7.4E-214 T 16-09-2021 +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 Gene3D G3DSA:1.10.2020.10 46 136 4.1E-206 T 16-09-2021 +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 PANTHER PTHR30068 1 465 7.4E-214 T 16-09-2021 +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 SUPERFAMILY SSF51556 2 465 1.26E-190 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 Pfam PF02614 Glucuronate isomerase 1 464 1.5E-223 T 16-09-2021 IPR003766 Uronate isomerase GO:0006064|GO:0008880 KEGG: 00040+5.3.1.12|MetaCyc: PWY-7247|MetaCyc: PWY-7248 +MGYG000000001_02210 7508696a3cebe20fd617db469f45b4f1 466 Hamap MF_00675 Uronate isomerase [uxaC]. 2 466 50.689 T 16-09-2021 IPR003766 Uronate isomerase GO:0006064|GO:0008880 KEGG: 00040+5.3.1.12|MetaCyc: PWY-7247|MetaCyc: PWY-7248 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 Pfam PF01649 Ribosomal protein S20 2 84 1.6E-24 T 16-09-2021 IPR002583 Ribosomal protein S20 GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 PANTHER PTHR33398:SF1 3 86 6.0E-18 T 16-09-2021 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 PANTHER PTHR33398 3 86 6.0E-18 T 16-09-2021 IPR002583 Ribosomal protein S20 GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 SUPERFAMILY SSF46992 3 86 4.32E-26 T 16-09-2021 IPR036510 Ribosomal protein S20 superfamily GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 Hamap MF_00500 30S ribosomal protein S20 [rpsT]. 1 85 16.994 T 16-09-2021 IPR002583 Ribosomal protein S20 GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 Gene3D G3DSA:1.20.58.110 1 86 5.6E-26 T 16-09-2021 IPR036510 Ribosomal protein S20 superfamily GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00248 bca7958a7850f86ead895482c815a516 88 TIGRFAM TIGR00029 S20: ribosomal protein bS20 1 86 1.2E-23 T 16-09-2021 IPR002583 Ribosomal protein S20 GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 Pfam PF02457 DisA bacterial checkpoint controller nucleotide-binding 25 136 2.5E-28 T 16-09-2021 IPR003390 DNA integrity scanning protein, DisA, N-terminal +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 Gene3D G3DSA:3.40.1700.10 6 142 3.4E-58 T 16-09-2021 IPR036888 DNA integrity scanning protein, DisA, N-terminal domain superfamily +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 PANTHER PTHR34185:SF3 7 354 1.5E-144 T 16-09-2021 +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 Gene3D G3DSA:1.20.1260.110 143 288 1.9E-43 T 16-09-2021 IPR038331 DisA, linker domain superfamily +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 Pfam PF10635 DisA bacterial checkpoint controller linker region 143 279 1.6E-48 T 16-09-2021 IPR018906 DNA integrity scanning, DisA, linker region +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 Gene3D G3DSA:1.10.150.20 289 350 6.9E-23 T 16-09-2021 +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 PANTHER PTHR34185 7 354 1.5E-144 T 16-09-2021 +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 Hamap MF_01438 DNA integrity scanning protein DisA [disA]. 5 353 42.551 T 16-09-2021 IPR023763 DNA integrity scanning protein, DisA +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 ProSiteProfiles PS51794 Diadenylate cyclase (DAC) domain profile. 7 147 36.116 T 16-09-2021 IPR003390 DNA integrity scanning protein, DisA, N-terminal +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 SUPERFAMILY SSF47781 279 343 3.81E-11 T 16-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_03182 217467a43edfc1a757fdaa4941c608ad 356 SUPERFAMILY SSF143597 15 142 1.83E-32 T 16-09-2021 IPR036888 DNA integrity scanning protein, DisA, N-terminal domain superfamily +MGYG000000001_02291 28026a27943561773b015adc2a9fb124 305 CDD cd06580 TM_PBP1_transp_TpRbsC_like 21 290 3.2801E-50 T 16-09-2021 +MGYG000000001_02291 28026a27943561773b015adc2a9fb124 305 Pfam PF02653 Branched-chain amino acid transport system / permease component 15 290 2.0E-28 T 16-09-2021 IPR001851 ABC transporter, permease GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_02291 28026a27943561773b015adc2a9fb124 305 PANTHER PTHR43370 13 297 2.5E-75 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 PIRSF PIRSF000130 1 485 2.2E-213 T 16-09-2021 IPR005990 Inosine-5'-monophosphate dehydrogenase GO:0003938|GO:0006164|GO:0055114 KEGG: 00230+1.1.1.205|KEGG: 00983+1.1.1.205|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-7221|Reactome: R-HSA-6798695|Reactome: R-HSA-73817 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 CDD cd00381 IMPDH 8 459 0.0 T 16-09-2021 IPR001093 IMP dehydrogenase/GMP reductase GO:0003824|GO:0055114 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 Pfam PF00478 IMP dehydrogenase / GMP reductase domain 8 470 6.4E-168 T 16-09-2021 IPR001093 IMP dehydrogenase/GMP reductase GO:0003824|GO:0055114 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 ProSiteProfiles PS51371 CBS domain profile. 153 211 13.408 T 16-09-2021 IPR000644 CBS domain +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 SUPERFAMILY SSF51412 3 474 8.5E-128 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 TIGRFAM TIGR01302 IMP_dehydrog: inosine-5'-monophosphate dehydrogenase 8 452 1.2E-194 T 16-09-2021 IPR005990 Inosine-5'-monophosphate dehydrogenase GO:0003938|GO:0006164|GO:0055114 KEGG: 00230+1.1.1.205|KEGG: 00983+1.1.1.205|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-7221|Reactome: R-HSA-6798695|Reactome: R-HSA-73817 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 Hamap MF_01964 Inosine-5'-monophosphate dehydrogenase [guaB]. 8 483 86.538 T 16-09-2021 IPR005990 Inosine-5'-monophosphate dehydrogenase GO:0003938|GO:0006164|GO:0055114 KEGG: 00230+1.1.1.205|KEGG: 00983+1.1.1.205|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-7221|Reactome: R-HSA-6798695|Reactome: R-HSA-73817 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 ProSitePatterns PS00487 IMP dehydrogenase / GMP reductase signature. 294 306 - T 16-09-2021 IPR015875 IMP dehydrogenase / GMP reductase, conserved site GO:0016491|GO:0055114 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 PANTHER PTHR11911:SF111 6 479 5.4E-198 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 SMART SM01240 7 470 0.0 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 Pfam PF00571 CBS domain 150 203 2.4E-8 T 16-09-2021 IPR000644 CBS domain +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 Pfam PF00571 CBS domain 96 139 4.2E-9 T 16-09-2021 IPR000644 CBS domain +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 Gene3D G3DSA:3.20.20.70 1 483 3.5E-225 T 16-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 SUPERFAMILY SSF54631 63 204 3.41E-30 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 SMART SM00116 157 205 6.8E-10 T 16-09-2021 IPR000644 CBS domain +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 SMART SM00116 96 144 6.3E-8 T 16-09-2021 IPR000644 CBS domain +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 PANTHER PTHR11911 6 479 5.4E-198 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 CDD cd04601 CBS_pair_IMPDH 94 202 1.06379E-53 T 16-09-2021 +MGYG000000001_01543 c833ce066da89b02c028b7067478b928 487 ProSiteProfiles PS51371 CBS domain profile. 93 152 11.785 T 16-09-2021 IPR000644 CBS domain +MGYG000000001_01262 bee8b0ebcd36db852635872508d1bfaf 437 TIGRFAM TIGR00786 dctM: TRAP transporter, DctM subunit 22 430 2.0E-133 T 16-09-2021 IPR004681 TRAP transporter large membrane protein DctM GO:0016021 +MGYG000000001_01262 bee8b0ebcd36db852635872508d1bfaf 437 Pfam PF06808 Tripartite ATP-independent periplasmic transporter, DctM component 13 425 1.8E-113 T 16-09-2021 IPR010656 TRAP C4-dicarboxylate transport system permease DctM subunit +MGYG000000001_01262 bee8b0ebcd36db852635872508d1bfaf 437 PANTHER PTHR33362:SF2 7 433 2.5E-137 T 16-09-2021 +MGYG000000001_01262 bee8b0ebcd36db852635872508d1bfaf 437 PIRSF PIRSF006066 6 436 5.7E-156 T 16-09-2021 IPR004681 TRAP transporter large membrane protein DctM GO:0016021 +MGYG000000001_01262 bee8b0ebcd36db852635872508d1bfaf 437 PANTHER PTHR33362 7 433 2.5E-137 T 16-09-2021 IPR004681 TRAP transporter large membrane protein DctM GO:0016021 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 Pfam PF00275 EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase) 2 413 6.8E-121 T 16-09-2021 IPR001986 Enolpyruvate transferase domain GO:0016765 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 Hamap MF_00210 3-phosphoshikimate 1-carboxyvinyltransferase [aroA]. 1 419 30.551 T 16-09-2021 IPR006264 3-phosphoshikimate 1-carboxyvinyltransferase GO:0003866|GO:0009073 KEGG: 00400+2.5.1.19|MetaCyc: PWY-6163 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 PANTHER PTHR21090:SF5 2 417 1.1E-108 T 16-09-2021 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 TIGRFAM TIGR01356 aroA: 3-phosphoshikimate 1-carboxyvinyltransferase 4 417 6.4E-126 T 16-09-2021 IPR006264 3-phosphoshikimate 1-carboxyvinyltransferase GO:0003866|GO:0009073 KEGG: 00400+2.5.1.19|MetaCyc: PWY-6163 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 Gene3D G3DSA:3.65.10.10 4 413 4.0E-146 T 16-09-2021 IPR036968 Enolpyruvate transferase domain superfamily GO:0016765 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 Gene3D G3DSA:3.65.10.10 12 220 4.0E-146 T 16-09-2021 IPR036968 Enolpyruvate transferase domain superfamily GO:0016765 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 PANTHER PTHR21090 2 417 1.1E-108 T 16-09-2021 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 SUPERFAMILY SSF55205 2 417 3.46E-128 T 16-09-2021 IPR013792 RNA 3'-terminal phosphate cyclase/enolpyruvate transferase, alpha/beta GO:0003824 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 PIRSF PIRSF000505 1 419 9.8E-117 T 16-09-2021 IPR006264 3-phosphoshikimate 1-carboxyvinyltransferase GO:0003866|GO:0009073 KEGG: 00400+2.5.1.19|MetaCyc: PWY-6163 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 CDD cd01556 EPSP_synthase 2 417 1.08431E-168 T 16-09-2021 IPR006264 3-phosphoshikimate 1-carboxyvinyltransferase GO:0003866|GO:0009073 KEGG: 00400+2.5.1.19|MetaCyc: PWY-6163 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 ProSitePatterns PS00104 EPSP synthase signature 1. 78 92 - T 16-09-2021 IPR023193 3-phosphoshikimate 1-carboxyvinyltransferase, conserved site KEGG: 00400+2.5.1.19|MetaCyc: PWY-6163 +MGYG000000001_02840 58fcf6dad6c197ec22514dd6390d82a6 419 ProSitePatterns PS00885 EPSP synthase signature 2. 331 349 - T 16-09-2021 IPR023193 3-phosphoshikimate 1-carboxyvinyltransferase, conserved site KEGG: 00400+2.5.1.19|MetaCyc: PWY-6163 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 ProSitePatterns PS01261 Uncharacterized protein family UPF0020 signature. 198 209 - T 16-09-2021 IPR000241 Putative RNA methylase domain +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 ProSitePatterns PS00092 N-6 Adenine-specific DNA methylases signature. 302 308 - T 16-09-2021 IPR002052 DNA methylase, N-6 adenine-specific, conserved site GO:0003676|GO:0008168|GO:0032259 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 196 210 1.8E-5 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 299 311 1.8E-5 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 PANTHER PTHR47313 2 375 1.5E-128 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 CDD cd11715 THUMP_AdoMetMT 9 159 2.07638E-48 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 Pfam PF02926 THUMP domain 19 157 4.7E-8 T 16-09-2021 IPR004114 THUMP domain GO:0003723 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 SMART SM00981 58 157 9.4E-9 T 16-09-2021 IPR004114 THUMP domain GO:0003723 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 Pfam PF01170 Putative RNA methylase family UPF0020 165 369 8.3E-59 T 16-09-2021 IPR000241 Putative RNA methylase domain +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 ProSiteProfiles PS51165 THUMP domain profile. 45 157 11.11 T 16-09-2021 IPR004114 THUMP domain GO:0003723 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 CDD cd02440 AdoMet_MTases 251 318 1.49737E-5 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 Gene3D G3DSA:3.30.2130.30 10 248 1.4E-127 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 Gene3D G3DSA:3.40.50.150 163 369 1.4E-127 T 16-09-2021 +MGYG000000001_00856 a911b2a63927af0b125f302bb581d55f 382 SUPERFAMILY SSF53335 146 371 2.46E-42 T 16-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PRINTS PR00721 Stomatin signature 110 127 7.7E-36 T 16-09-2021 IPR001972 Stomatin family GO:0016020 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PRINTS PR00721 Stomatin signature 27 49 7.7E-36 T 16-09-2021 IPR001972 Stomatin family GO:0016020 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PRINTS PR00721 Stomatin signature 173 194 7.7E-36 T 16-09-2021 IPR001972 Stomatin family GO:0016020 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PRINTS PR00721 Stomatin signature 75 96 7.7E-36 T 16-09-2021 IPR001972 Stomatin family GO:0016020 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PRINTS PR00721 Stomatin signature 130 153 7.7E-36 T 16-09-2021 IPR001972 Stomatin family GO:0016020 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PRINTS PR00721 Stomatin signature 154 172 7.7E-36 T 16-09-2021 IPR001972 Stomatin family GO:0016020 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PANTHER PTHR43327 21 246 6.7E-81 T 16-09-2021 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 PANTHER PTHR43327:SF10 21 246 6.7E-81 T 16-09-2021 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 ProSitePatterns PS01270 Band 7 protein family signature. 134 162 - T 16-09-2021 IPR018080 Band 7/stomatin-like, conserved site +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 CDD cd08829 SPFH_paraslipin 58 168 2.81258E-60 T 16-09-2021 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 CDD cd06503 ATP-synt_Fo_b 183 266 0.00458653 T 16-09-2021 +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 SUPERFAMILY SSF117892 51 185 5.1E-42 T 16-09-2021 IPR036013 Band 7/SPFH domain superfamily +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 SMART SM00244 20 178 8.6E-57 T 16-09-2021 IPR001107 Band 7 domain +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 Pfam PF01145 SPFH domain / Band 7 family 24 193 4.6E-38 T 16-09-2021 IPR001107 Band 7 domain +MGYG000000001_01228 a65a81dcd0bb848a91bec5c0f40504e5 330 Gene3D G3DSA:3.30.479.30 48 180 7.7E-48 T 16-09-2021 +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 PANTHER PTHR42801:SF4 3 150 1.4E-54 T 16-09-2021 +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 Gene3D G3DSA:3.40.30.10 3 151 1.9E-54 T 16-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 Pfam PF00578 AhpC/TSA family 5 132 1.5E-41 T 16-09-2021 IPR000866 Alkyl hydroperoxide reductase subunit C/ Thiol specific antioxidant GO:0016209|GO:0016491|GO:0055114 KEGG: 00480+1.11.1.15|Reactome: R-HSA-3299685 +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 SUPERFAMILY SSF52833 1 150 2.74E-53 T 16-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 CDD cd03017 PRX_BCP 7 148 4.26265E-80 T 16-09-2021 +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 PIRSF PIRSF000239 1 151 6.4E-26 T 16-09-2021 IPR024706 Peroxiredoxin, AhpC-type KEGG: 00480+1.11.1.15|Reactome: R-HSA-3299685 +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 ProSiteProfiles PS51352 Thioredoxin domain profile. 2 151 17.214 T 16-09-2021 IPR013766 Thioredoxin domain GO:0045454 +MGYG000000001_01729 a47ec607c6855a434e19a297e6b57017 151 PANTHER PTHR42801 3 150 1.4E-54 T 16-09-2021 +MGYG000000001_00290 36fc3191f1c10eb4a2a006157dca35d7 105 CDD cd16332 YsxB-like 1 102 3.17743E-32 T 16-09-2021 IPR007422 Cysteine protease Prp +MGYG000000001_00290 36fc3191f1c10eb4a2a006157dca35d7 105 Gene3D G3DSA:3.30.70.1490 1 105 2.7E-24 T 16-09-2021 IPR036764 Cysteine protease Prp superfamily +MGYG000000001_00290 36fc3191f1c10eb4a2a006157dca35d7 105 SUPERFAMILY SSF118010 1 104 1.57E-28 T 16-09-2021 IPR036764 Cysteine protease Prp superfamily +MGYG000000001_00290 36fc3191f1c10eb4a2a006157dca35d7 105 Pfam PF04327 Cysteine protease Prp 1 101 1.6E-22 T 16-09-2021 IPR007422 Cysteine protease Prp +MGYG000000001_00290 36fc3191f1c10eb4a2a006157dca35d7 105 PANTHER PTHR39178 1 105 3.0E-20 T 16-09-2021 IPR007422 Cysteine protease Prp +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 ProSiteProfiles PS51352 Thioredoxin domain profile. 1 105 13.548 T 16-09-2021 IPR013766 Thioredoxin domain GO:0045454 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 TIGRFAM TIGR01068 thioredoxin: thioredoxin 6 103 1.6E-36 T 16-09-2021 IPR005746 Thioredoxin GO:0006662|GO:0015035|GO:0045454 Reactome: R-HSA-3299685 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 SUPERFAMILY SSF52833 3 105 2.1E-35 T 16-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 PRINTS PR00421 Thioredoxin family signature 21 29 2.1E-8 T 16-09-2021 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 PRINTS PR00421 Thioredoxin family signature 69 80 2.1E-8 T 16-09-2021 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 PRINTS PR00421 Thioredoxin family signature 29 38 2.1E-8 T 16-09-2021 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 PANTHER PTHR45663 4 103 1.7E-36 T 16-09-2021 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 PIRSF PIRSF000077 1 105 6.0E-38 T 16-09-2021 IPR005746 Thioredoxin GO:0006662|GO:0015035|GO:0045454 Reactome: R-HSA-3299685 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 ProSitePatterns PS00194 Thioredoxin family active site. 22 40 - T 16-09-2021 IPR017937 Thioredoxin, conserved site GO:0045454 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 Coils Coil 94 105 - T 16-09-2021 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 CDD cd02947 TRX_family 8 102 6.38107E-36 T 16-09-2021 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 Pfam PF00085 Thioredoxin 4 102 7.0E-31 T 16-09-2021 IPR013766 Thioredoxin domain GO:0045454 +MGYG000000001_02664 018ebf65ada0b03830d3d1fab9e371d3 105 Gene3D G3DSA:3.40.30.10 3 105 4.1E-34 T 16-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 CDD cd15482 Sialidase_non-viral 246 677 6.7049E-94 T 16-09-2021 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 Pfam PF02973 Sialidase, N-terminal domain 52 227 1.1E-35 T 16-09-2021 IPR004124 Glycoside hydrolase, family 33, N-terminal GO:0004308|GO:0005975 KEGG: 00511+3.2.1.18|KEGG: 00600+3.2.1.18 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 PANTHER PTHR10628:SF21 237 699 5.6E-77 T 16-09-2021 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 PANTHER PTHR10628 237 699 5.6E-77 T 16-09-2021 IPR026856 Sialidase family GO:0004308 KEGG: 00511+3.2.1.18|KEGG: 00600+3.2.1.18|Reactome: R-HSA-1660662|Reactome: R-HSA-4085001 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 Gene3D G3DSA:2.40.220.20 354 420 2.5E-177 T 16-09-2021 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 Gene3D G3DSA:2.120.10.10 248 665 2.5E-177 T 16-09-2021 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 SUPERFAMILY SSF49899 63 224 2.56E-22 T 16-09-2021 IPR013320 Concanavalin A-like lectin/glucanase domain superfamily +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 Pfam PF13088 BNR repeat-like domain 423 615 2.3E-20 T 16-09-2021 IPR011040 Sialidase KEGG: 00511+3.2.1.18|KEGG: 00600+3.2.1.18|Reactome: R-HSA-1660662|Reactome: R-HSA-4085001 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 Gene3D G3DSA:2.60.120.200 44 228 3.1E-44 T 16-09-2021 +MGYG000000001_01867 9a09e2533d1648055e48ae04015f87fc 803 SUPERFAMILY SSF50939 245 682 1.79E-92 T 16-09-2021 IPR036278 Sialidase superfamily KEGG: 00511+3.2.1.18|KEGG: 00600+3.2.1.18|Reactome: R-HSA-1660662|Reactome: R-HSA-4085001 +MGYG000000001_00052 ef12abf084de6ebbb581d947cf4cbf2c 53 Pfam PF09388 Spo0E like sporulation regulatory protein 9 48 1.2E-11 T 16-09-2021 IPR018540 Aspartyl-phosphate phosphatase Spo0E-like GO:0043937 +MGYG000000001_00052 ef12abf084de6ebbb581d947cf4cbf2c 53 Coils Coil 6 26 - T 16-09-2021 +MGYG000000001_00052 ef12abf084de6ebbb581d947cf4cbf2c 53 SUPERFAMILY SSF140500 5 51 1.57E-10 T 16-09-2021 IPR037208 Aspartyl-phosphate phosphatase Spo0E-like superfamily GO:0043937 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 Pfam PF01554 MatE 244 405 4.4E-20 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 Pfam PF01554 MatE 19 179 2.2E-29 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 CDD cd13134 MATE_like_8 9 446 3.67688E-171 T 16-09-2021 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 PANTHER PTHR42925:SF1 4 444 1.7E-133 T 16-09-2021 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 PIRSF PIRSF006603 2 447 5.1E-83 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 PANTHER PTHR42925 4 444 1.7E-133 T 16-09-2021 +MGYG000000001_01595 66e4068569c2a06504077d9dd3aa8278 447 TIGRFAM TIGR00797 matE: MATE efflux family protein 19 418 3.0E-52 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 SUPERFAMILY SSF54211 4 158 1.06E-42 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 TIGRFAM TIGR00154 ispE: 4-(cytidine 5'-diphospho)-2-C-methyl-D-erythritol kinase 3 282 7.9E-86 T 16-09-2021 IPR004424 4-diphosphocytidyl-2C-methyl-D-erythritol kinase GO:0016114|GO:0050515 KEGG: 00900+2.7.1.148|MetaCyc: PWY-7560 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 Pfam PF08544 GHMP kinases C terminal 200 277 6.1E-9 T 16-09-2021 IPR013750 GHMP kinase, C-terminal domain +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 Gene3D G3DSA:3.30.70.890 164 292 7.4E-27 T 16-09-2021 IPR036554 GHMP kinase, C-terminal domain superfamily +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 Gene3D G3DSA:3.30.230.10 1 159 2.8E-59 T 16-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 SUPERFAMILY SSF55060 164 282 3.17E-22 T 16-09-2021 IPR036554 GHMP kinase, C-terminal domain superfamily +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 Coils Coil 259 279 - T 16-09-2021 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 Hamap MF_00061 Putative 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase [ispE]. 4 282 33.748 T 16-09-2021 IPR004424 4-diphosphocytidyl-2C-methyl-D-erythritol kinase GO:0016114|GO:0050515 KEGG: 00900+2.7.1.148|MetaCyc: PWY-7560 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 Pfam PF00288 GHMP kinases N terminal domain 88 144 1.5E-8 T 16-09-2021 IPR006204 GHMP kinase N-terminal domain GO:0005524 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 PRINTS PR00958 Homoserine kinase signature 243 258 1.2E-7 T 16-09-2021 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 PRINTS PR00958 Homoserine kinase signature 104 119 1.2E-7 T 16-09-2021 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 PRINTS PR00958 Homoserine kinase signature 8 23 1.2E-7 T 16-09-2021 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 PRINTS PR00958 Homoserine kinase signature 170 187 1.2E-7 T 16-09-2021 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 PIRSF PIRSF010376 2 291 9.6E-91 T 16-09-2021 IPR004424 4-diphosphocytidyl-2C-methyl-D-erythritol kinase GO:0016114|GO:0050515 KEGG: 00900+2.7.1.148|MetaCyc: PWY-7560 +MGYG000000001_01998 d0b13c28547ec76d9e6376960600f292 293 PANTHER PTHR43527 2 287 3.8E-85 T 16-09-2021 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 PANTHER PTHR43823:SF1 10 448 4.5E-131 T 16-09-2021 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 Pfam PF01554 MatE 254 408 3.5E-23 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 Pfam PF01554 MatE 29 189 1.2E-30 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 PANTHER PTHR43823 10 448 4.5E-131 T 16-09-2021 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 PIRSF PIRSF006603 3 450 4.0E-95 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 TIGRFAM TIGR00797 matE: MATE efflux family protein 29 417 4.1E-64 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01757 91d59a62e8cda3026fe5fbcee8e6f717 452 CDD cd13143 MATE_MepA_like 18 439 1.03994E-127 T 16-09-2021 +MGYG000000001_00186 db4fec56976798a04bc5d72da2fb5d87 294 MobiDBLite mobidb-lite consensus disorder prediction 1 58 - T 16-09-2021 +MGYG000000001_00186 db4fec56976798a04bc5d72da2fb5d87 294 MobiDBLite mobidb-lite consensus disorder prediction 20 37 - T 16-09-2021 +MGYG000000001_00186 db4fec56976798a04bc5d72da2fb5d87 294 PANTHER PTHR32282 48 291 1.2E-73 T 16-09-2021 +MGYG000000001_00186 db4fec56976798a04bc5d72da2fb5d87 294 SUPERFAMILY SSF53955 105 289 4.78E-62 T 16-09-2021 IPR023346 Lysozyme-like domain superfamily +MGYG000000001_00186 db4fec56976798a04bc5d72da2fb5d87 294 Pfam PF00912 Transglycosylase 105 268 1.1E-59 T 16-09-2021 IPR001264 Glycosyl transferase, family 51 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00186 db4fec56976798a04bc5d72da2fb5d87 294 Gene3D G3DSA:1.10.3810.10 94 286 1.5E-68 T 16-09-2021 IPR036950 Penicillin binding protein transglycosylase domain KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01331 9cfae7c199db476bfbb7bac8c2f7e68b 62 Pfam PF10133 CO dehydrogenase accessory protein CooT 1 59 4.4E-23 T 16-09-2021 IPR019300 CO dehydrogenase accessory protein CooT +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 PANTHER PTHR24220:SF667 1 219 8.7E-79 T 16-09-2021 +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 PANTHER PTHR24220 1 219 8.7E-79 T 16-09-2021 +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 222 20.448 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 Gene3D G3DSA:3.40.50.300 1 222 3.3E-57 T 16-09-2021 +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 SUPERFAMILY SSF52540 3 218 1.63E-53 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 SMART SM00382 30 218 1.6E-6 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 Pfam PF00005 ABC transporter 21 167 2.3E-28 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 5 217 2.23391E-83 T 16-09-2021 +MGYG000000001_00128 a5fff9b7f43307213ef94e4705f43649 223 ProSitePatterns PS00211 ABC transporters family signature. 140 154 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 Hamap MF_00909 Cell division protein FtsZ [ftsZ]. 9 371 38.558 T 16-09-2021 IPR000158 Cell division protein FtsZ GO:0005525 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 PRINTS PR00423 Cell division protein FtsZ signature 189 211 1.2E-47 T 16-09-2021 IPR003008 Tubulin/FtsZ, GTPase domain GO:0003924 Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 PRINTS PR00423 Cell division protein FtsZ signature 98 118 1.2E-47 T 16-09-2021 IPR003008 Tubulin/FtsZ, GTPase domain GO:0003924 Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 PRINTS PR00423 Cell division protein FtsZ signature 126 147 1.2E-47 T 16-09-2021 IPR003008 Tubulin/FtsZ, GTPase domain GO:0003924 Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 PRINTS PR00423 Cell division protein FtsZ signature 212 233 1.2E-47 T 16-09-2021 IPR003008 Tubulin/FtsZ, GTPase domain GO:0003924 Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 PANTHER PTHR30314 4 380 7.9E-151 T 16-09-2021 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 Gene3D G3DSA:3.30.1330.20 221 332 1.8E-41 T 16-09-2021 IPR037103 Tubulin/FtsZ, C-terminal domain superfamily Reactome: R-HSA-1445148|Reactome: R-HSA-190840|Reactome: R-HSA-190861|Reactome: R-HSA-2132295|Reactome: R-HSA-2467813|Reactome: R-HSA-2500257|Reactome: R-HSA-3371497|Reactome: R-HSA-380320|Reactome: R-HSA-437239|Reactome: R-HSA-5617833|Reactome: R-HSA-5626467|Reactome: R-HSA-5663220|Reactome: R-HSA-6807878|Reactome: R-HSA-6811434|Reactome: R-HSA-6811436|Reactome: R-HSA-68877|Reactome: R-HSA-8852276|Reactome: R-HSA-8955332|Reactome: R-HSA-9609736|Reactome: R-HSA-9619483|Reactome: R-HSA-983189 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 SMART SM00865 207 324 8.0E-56 T 16-09-2021 IPR018316 Tubulin/FtsZ, 2-layer sandwich domain Reactome: R-HSA-1445148|Reactome: R-HSA-190840|Reactome: R-HSA-190861|Reactome: R-HSA-2132295|Reactome: R-HSA-2467813|Reactome: R-HSA-2500257|Reactome: R-HSA-3371497|Reactome: R-HSA-380320|Reactome: R-HSA-437239|Reactome: R-HSA-5617833|Reactome: R-HSA-5626467|Reactome: R-HSA-5663220|Reactome: R-HSA-6807878|Reactome: R-HSA-6811434|Reactome: R-HSA-6811436|Reactome: R-HSA-68877|Reactome: R-HSA-8852276|Reactome: R-HSA-8955332|Reactome: R-HSA-9609736|Reactome: R-HSA-9619483|Reactome: R-HSA-983189 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 ProSitePatterns PS01134 FtsZ protein signature 1. 44 78 - T 16-09-2021 IPR020805 Cell division protein FtsZ, conserved site GO:0005525 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 PANTHER PTHR30314:SF3 4 380 7.9E-151 T 16-09-2021 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 Pfam PF12327 FtsZ family, C-terminal domain 222 316 1.8E-35 T 16-09-2021 IPR024757 Cell division protein FtsZ, C-terminal +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 SMART SM00864 13 205 2.2E-117 T 16-09-2021 IPR003008 Tubulin/FtsZ, GTPase domain GO:0003924 Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 Pfam PF00091 Tubulin/FtsZ family, GTPase domain 13 173 4.2E-45 T 16-09-2021 IPR003008 Tubulin/FtsZ, GTPase domain GO:0003924 Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 SUPERFAMILY SSF52490 12 208 5.49E-73 T 16-09-2021 IPR036525 Tubulin/FtsZ, GTPase domain superfamily Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 ProSitePatterns PS01135 FtsZ protein signature 2. 97 118 - T 16-09-2021 IPR020805 Cell division protein FtsZ, conserved site GO:0005525 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 TIGRFAM TIGR00065 ftsZ: cell division protein FtsZ 9 326 6.4E-134 T 16-09-2021 IPR000158 Cell division protein FtsZ GO:0005525 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 CDD cd02201 FtsZ_type1 29 314 6.46227E-153 T 16-09-2021 IPR000158 Cell division protein FtsZ GO:0005525 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 Coils Coil 144 164 - T 16-09-2021 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 Gene3D G3DSA:3.40.50.1440 3 220 1.2E-83 T 16-09-2021 IPR036525 Tubulin/FtsZ, GTPase domain superfamily Reactome: R-HSA-380320 +MGYG000000001_01210 cf95773bb005d7ee9e4f7412b8ab61e5 381 SUPERFAMILY SSF55307 204 320 1.4E-44 T 16-09-2021 IPR008280 Tubulin/FtsZ, C-terminal Reactome: R-HSA-380320 +MGYG000000001_02965 50496f86aa54b86e040b7d1c70f5d3da 417 PANTHER PTHR30354 3 415 4.8E-129 T 16-09-2021 IPR003474 Gluconate transporter GO:0015128|GO:0016020|GO:0035429 +MGYG000000001_02965 50496f86aa54b86e040b7d1c70f5d3da 417 Pfam PF02447 GntP family permease 7 411 7.6E-17 T 16-09-2021 IPR003474 Gluconate transporter GO:0015128|GO:0016020|GO:0035429 +MGYG000000001_02965 50496f86aa54b86e040b7d1c70f5d3da 417 PANTHER PTHR30354:SF23 3 415 4.8E-129 T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 Coils Coil 259 279 - T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 ProSitePatterns PS00444 Polyprenyl synthases signature 2. 214 226 - T 16-09-2021 IPR033749 Polyprenyl synthetase, conserved site +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 PANTHER PTHR43281 2 294 4.4E-111 T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 Pfam PF00348 Polyprenyl synthetase 31 272 2.9E-58 T 16-09-2021 IPR000092 Polyprenyl synthetase GO:0008299 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 SFLD SFLDS00005 Isoprenoid Synthase Type I 5 293 0.0 T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 PANTHER PTHR43281:SF1 2 294 4.4E-111 T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 Gene3D G3DSA:1.10.600.10 1 295 1.4E-101 T 16-09-2021 IPR008949 Isoprenoid synthase domain superfamily +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 ProSitePatterns PS00723 Polyprenyl synthases signature 1. 81 97 - T 16-09-2021 IPR033749 Polyprenyl synthetase, conserved site +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 SFLD SFLDG01017 Polyprenyl Transferase Like 5 293 0.0 T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 CDD cd00685 Trans_IPPS_HT 30 293 1.4858E-87 T 16-09-2021 +MGYG000000001_02436 66b1b3382847aa7fcb284e98e9e96a7d 295 SUPERFAMILY SSF48576 1 278 1.98E-85 T 16-09-2021 IPR008949 Isoprenoid synthase domain superfamily +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PRINTS PR00173 Glutamate-aspartate symporter signature 43 63 5.2E-6 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PRINTS PR00173 Glutamate-aspartate symporter signature 1 21 5.2E-6 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PRINTS PR00173 Glutamate-aspartate symporter signature 339 359 5.2E-6 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PRINTS PR00173 Glutamate-aspartate symporter signature 72 97 5.2E-6 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PRINTS PR00173 Glutamate-aspartate symporter signature 277 303 5.2E-6 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 SUPERFAMILY SSF118215 7 387 2.22E-80 T 16-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 Pfam PF00375 Sodium:dicarboxylate symporter family 7 386 4.7E-82 T 16-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PANTHER PTHR42865:SF5 2 397 7.1E-99 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 PANTHER PTHR42865 2 397 7.1E-99 T 16-09-2021 +MGYG000000001_01459 ce310ea79f76859703af8f812c620cbe 401 Gene3D G3DSA:1.10.3860.10 2 393 3.4E-59 T 16-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 CDD cd00009 AAA 189 346 1.90213E-17 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Coils Coil 446 466 - T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 CDD cd00009 AAA 518 666 3.23571E-17 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Gene3D G3DSA:3.40.50.300 497 723 1.2E-90 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Coils Coil 420 440 - T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 ProSitePatterns PS00870 Chaperonins clpA/B signature 1. 302 314 - T 16-09-2021 IPR018368 ClpA/B, conserved site 1 GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Gene3D G3DSA:1.10.1780.10 1 148 2.2E-41 T 16-09-2021 IPR036628 Clp, N-terminal domain superfamily GO:0019538 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 211 328 3.7E-12 T 16-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 655 669 1.2E-42 T 16-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 622 640 1.2E-42 T 16-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 593 611 1.2E-42 T 16-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 548 566 1.2E-42 T 16-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Pfam PF07724 AAA domain (Cdc48 subfamily) 543 719 9.9E-58 T 16-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Gene3D G3DSA:3.40.50.300 155 349 1.4E-67 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Pfam PF17871 AAA lid domain 350 452 1.6E-37 T 16-09-2021 IPR041546 ClpA/ClpB, AAA lid domain +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 PANTHER PTHR43572:SF4 3 815 0.0 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Pfam PF02861 Clp amino terminal domain, pathogenicity island component 21 66 1.3E-12 T 16-09-2021 IPR004176 Clp, N-terminal +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Pfam PF02861 Clp amino terminal domain, pathogenicity island component 94 143 1.7E-9 T 16-09-2021 IPR004176 Clp, N-terminal +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 SUPERFAMILY SSF81923 4 143 5.89E-26 T 16-09-2021 IPR036628 Clp, N-terminal domain superfamily GO:0019538 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 SUPERFAMILY SSF52540 166 481 4.11E-74 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 ProSiteProfiles PS50151 UVR domain profile. 424 459 11.745 T 16-09-2021 IPR001943 UVR domain GO:0005515 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Pfam PF10431 C-terminal, D2-small domain, of ClpB protein 725 803 6.7E-25 T 16-09-2021 IPR019489 Clp ATPase, C-terminal +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Gene3D G3DSA:1.10.8.60 725 818 4.8E-26 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 SMART SM00382 544 690 1.6E-9 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 SMART SM00382 206 351 2.8E-10 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 Gene3D G3DSA:4.10.860.10 421 473 1.6E-17 T 16-09-2021 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 SUPERFAMILY SSF52540 493 814 2.33E-81 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 SMART SM01086 725 814 1.4E-33 T 16-09-2021 IPR019489 Clp ATPase, C-terminal +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 ProSitePatterns PS00871 Chaperonins clpA/B signature 2. 578 596 - T 16-09-2021 IPR028299 ClpA/B, conserved site 2 +MGYG000000001_03052 1d98e871377e1b9de404d3fa0a97db80 818 PANTHER PTHR43572 3 815 0.0 T 16-09-2021 +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 SUPERFAMILY SSF161098 4 272 3.08E-64 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 PANTHER PTHR43744:SF12 3 272 9.4E-84 T 16-09-2021 +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 CDD cd06261 TM_PBP2 68 251 1.15162E-13 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 Gene3D G3DSA:1.10.3720.10 1 263 3.9E-60 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 85 264 4.4E-19 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 PANTHER PTHR43744 3 272 9.4E-84 T 16-09-2021 +MGYG000000001_01947 611da1262c5c476b56230fcd0d31df80 272 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 68 257 21.797 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 PANTHER PTHR42994:SF2 1 371 1.2E-135 T 16-09-2021 IPR010162 Peptidase M20B, peptidase T-like +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 CDD cd05683 M20_peptT_like 3 370 4.56162E-175 T 16-09-2021 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 Gene3D G3DSA:3.40.630.10 14 364 7.7E-121 T 16-09-2021 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 SUPERFAMILY SSF55031 179 291 6.8E-22 T 16-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 PANTHER PTHR42994 1 371 1.2E-135 T 16-09-2021 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 Pfam PF01546 Peptidase family M20/M25/M40 72 369 9.9E-19 T 16-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 ProSitePatterns PS00758 ArgE / dapE / ACY1 / CPG2 / yscS family signature 1. 71 80 - T 16-09-2021 IPR001261 ArgE/DapE/ACY1/CPG2/YscS, conserved site GO:0006508|GO:0008237 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 Gene3D G3DSA:3.30.70.360 178 289 7.7E-121 T 16-09-2021 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 SUPERFAMILY SSF53187 5 370 7.29E-61 T 16-09-2021 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 PIRSF PIRSF001123 4 98 1.0E-8 T 16-09-2021 IPR008007 Peptidase M42 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 PIRSF PIRSF001123 262 371 4.3E-5 T 16-09-2021 IPR008007 Peptidase M42 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 PIRSF PIRSF001123 89 183 1.8E-5 T 16-09-2021 IPR008007 Peptidase M42 +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 Pfam PF07687 Peptidase dimerisation domain 184 275 1.7E-13 T 16-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_00676 41d0798de2022e68977fd549755e7379 371 TIGRFAM TIGR01883 PepT-like: peptidase T-like protein 6 368 4.9E-128 T 16-09-2021 IPR010162 Peptidase M20B, peptidase T-like +MGYG000000001_02732 bc82bbc11be81fb15bfc1eeed099b820 325 Pfam PF01758 Sodium Bile acid symporter family 43 220 8.9E-43 T 16-09-2021 IPR002657 Bile acid:sodium symporter/arsenical resistance protein Acr3 GO:0016020 +MGYG000000001_02732 bc82bbc11be81fb15bfc1eeed099b820 325 Gene3D G3DSA:1.20.1530.20 1 307 1.2E-107 T 16-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_02732 bc82bbc11be81fb15bfc1eeed099b820 325 PANTHER PTHR10361 8 315 2.1E-86 T 16-09-2021 IPR004710 Bile acid:sodium symporter +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 Coils Coil 324 344 - T 16-09-2021 +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 Pfam PF05193 Peptidase M16 inactive domain 181 358 4.3E-24 T 16-09-2021 IPR007863 Peptidase M16, C-terminal +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 PANTHER PTHR11851 12 418 2.7E-96 T 16-09-2021 +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 SUPERFAMILY SSF63411 242 412 3.19E-29 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 Gene3D G3DSA:3.30.830.10 238 420 9.0E-41 T 16-09-2021 +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 SUPERFAMILY SSF63411 13 227 4.22E-22 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 PANTHER PTHR11851:SF186 12 418 2.7E-96 T 16-09-2021 +MGYG000000001_01185 d8f4f988a8307401c6ecb043fa6cd1db 420 Gene3D G3DSA:3.30.830.10 4 227 2.3E-61 T 16-09-2021 +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 84 113 9.97 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 PANTHER PTHR42859:SF4 3 145 1.7E-30 T 16-09-2021 +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 93 104 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 Pfam PF13247 4Fe-4S dicluster domain 56 145 1.5E-19 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 2 31 7.777 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 114 146 7.92 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 PANTHER PTHR42859 3 145 1.7E-30 T 16-09-2021 +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 SUPERFAMILY SSF54862 4 143 2.23E-35 T 16-09-2021 +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 CDD cd10563 CooF_like 3 144 3.1565E-57 T 16-09-2021 +MGYG000000001_01058 f3a001a4b6cddc7cfcc695c2f2f0a7d8 151 Gene3D G3DSA:3.30.70.20 35 150 1.5E-26 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Coils Coil 228 267 - T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Gene3D G3DSA:3.30.230.70 1 230 2.6E-79 T 16-09-2021 IPR027408 PNPase/RNase PH domain superfamily Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF00013 KH domain 555 612 1.5E-10 T 16-09-2021 IPR004088 K Homology domain, type 1 GO:0003723 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF54211 294 487 7.09E-46 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF55666 452 559 6.81E-28 T 16-09-2021 IPR036345 Exoribonuclease, PH domain 2 superfamily Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF54791 553 621 8.22E-16 T 16-09-2021 IPR036612 K Homology domain, type 1 superfamily GO:0003723 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF01138 3' exoribonuclease family, domain 1 322 455 7.9E-18 T 16-09-2021 IPR001247 Exoribonuclease, phosphorolytic domain 1 Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF01138 3' exoribonuclease family, domain 1 14 144 2.8E-19 T 16-09-2021 IPR001247 Exoribonuclease, phosphorolytic domain 1 Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 ProSiteProfiles PS50084 Type-1 KH domain profile. 552 611 13.062 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SMART SM00316 619 689 1.4E-28 T 16-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Gene3D G3DSA:2.40.50.140 621 691 2.8E-29 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF00575 S1 RNA binding domain 618 689 9.8E-21 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF46915 238 320 6.8E-15 T 16-09-2021 IPR036456 Polyribonucleotide nucleotidyltransferase, RNA-binding domain superfamily GO:0003723|GO:0006396 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 CDD cd11364 RNase_PH_PNPase_2 322 543 9.92991E-141 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 CDD cd04472 S1_PNPase 621 688 8.03132E-34 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Hamap MF_01595 Polyribonucleotide nucleotidyltransferase [pnp]. 3 692 30.397 T 16-09-2021 IPR012162 Polyribonucleotide nucleotidyltransferase GO:0003723|GO:0004654|GO:0006402 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF03725 3' exoribonuclease family, domain 2 148 210 4.0E-12 T 16-09-2021 IPR015847 Exoribonuclease, phosphorolytic domain 2 Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF03725 3' exoribonuclease family, domain 2 458 526 9.8E-6 T 16-09-2021 IPR015847 Exoribonuclease, phosphorolytic domain 2 Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Gene3D G3DSA:3.30.1370.10 549 620 1.9E-19 T 16-09-2021 IPR036612 K Homology domain, type 1 superfamily GO:0003723 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SMART SM00322 551 616 1.3E-11 T 16-09-2021 IPR004087 K Homology domain GO:0003676 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 CDD cd02393 PNPase_KH 552 612 9.94652E-23 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF50249 608 693 3.43E-22 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 TIGRFAM TIGR03591 polynuc_phos: polyribonucleotide nucleotidyltransferase 11 690 0.0 T 16-09-2021 IPR012162 Polyribonucleotide nucleotidyltransferase GO:0003723|GO:0004654|GO:0006402 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF55666 145 235 2.49E-26 T 16-09-2021 IPR036345 Exoribonuclease, PH domain 2 superfamily Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 CDD cd11363 RNase_PH_PNPase_1 5 233 2.85364E-131 T 16-09-2021 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 SUPERFAMILY SSF54211 5 144 1.01E-47 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 PIRSF PIRSF005499 1 704 7.1E-293 T 16-09-2021 IPR012162 Polyribonucleotide nucleotidyltransferase GO:0003723|GO:0004654|GO:0006402 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Pfam PF03726 Polyribonucleotide nucleotidyltransferase, RNA binding domain 241 319 4.4E-10 T 16-09-2021 IPR015848 Polyribonucleotide nucleotidyltransferase, RNA-binding domain GO:0003723|GO:0006396 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 Gene3D G3DSA:3.30.230.70 233 548 9.3E-113 T 16-09-2021 IPR027408 PNPase/RNase PH domain superfamily Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 PANTHER PTHR11252 7 702 1.5E-275 T 16-09-2021 IPR012162 Polyribonucleotide nucleotidyltransferase GO:0003723|GO:0004654|GO:0006402 +MGYG000000001_01603 7fb935f9f6ae11ba42005c0fab9fa28c 704 ProSiteProfiles PS50126 S1 domain profile. 621 689 22.586 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 387 406 10.986 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 447 466 10.398 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 307 326 10.795 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Gene3D G3DSA:3.60.15.10 27 279 2.6E-67 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 327 346 10.564 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Gene3D G3DSA:2.10.270.10 405 523 5.7E-47 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 PANTHER PTHR30619 26 282 4.4E-72 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 288 304 6.261 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 467 486 10.15 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 SUPERFAMILY SSF69360 390 523 1.41E-49 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 SUPERFAMILY SSF56281 28 277 1.7E-45 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 SMART SM00849 39 234 8.0E-5 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 388 406 2.7E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 429 446 6.0E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 448 466 4.9E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 408 426 1.3E-5 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 328 346 2.2E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 368 386 4.9E-5 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 488 506 2.6E-5 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 348 366 8.6E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 468 486 6.2E-4 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 290 304 0.11 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF01473 Putative cell wall binding repeat 308 326 6.9E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Pfam PF00753 Metallo-beta-lactamase superfamily 37 233 2.4E-19 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 347 366 10.274 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 427 446 9.596 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 PANTHER PTHR30619:SF7 26 282 4.4E-72 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 367 386 10.795 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Gene3D G3DSA:2.20.120.10 368 404 5.5E-12 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Gene3D G3DSA:2.20.120.10 289 325 1.4E-9 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 487 506 9.248 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 CDD cd07731 ComA-like_MBL-fold 31 209 1.03413E-61 T 16-09-2021 IPR035681 ComA-like, MBL domain +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 Gene3D G3DSA:2.10.270.10 326 367 8.6E-16 T 16-09-2021 +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 407 426 9.836 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01507 6860845762a2fcf58994fc188b04fab7 594 SUPERFAMILY SSF69360 287 380 4.32E-33 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PIRSF PIRSF001535 1 567 2.7E-257 T 16-09-2021 IPR023717 Prolyl-tRNA synthetase, class IIa, type 1 GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 TIGRFAM TIGR00409 proS_fam_II: proline--tRNA ligase 1 560 1.3E-220 T 16-09-2021 IPR004500 Prolyl-tRNA synthetase, class IIa, bacterial-type GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 38 463 16.951 T 16-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Pfam PF03129 Anticodon binding domain 470 561 4.3E-21 T 16-09-2021 IPR004154 Anticodon-binding +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PRINTS PR01046 Prolyl-tRNA synthetase signature 134 142 7.9E-13 T 16-09-2021 IPR002316 Proline-tRNA ligase, class IIa GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15|Reactome: R-HSA-379726 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PRINTS PR01046 Prolyl-tRNA synthetase signature 104 115 7.9E-13 T 16-09-2021 IPR002316 Proline-tRNA ligase, class IIa GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15|Reactome: R-HSA-379726 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PRINTS PR01046 Prolyl-tRNA synthetase signature 68 86 7.9E-13 T 16-09-2021 IPR002316 Proline-tRNA ligase, class IIa GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15|Reactome: R-HSA-379726 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PRINTS PR01046 Prolyl-tRNA synthetase signature 144 155 7.9E-13 T 16-09-2021 IPR002316 Proline-tRNA ligase, class IIa GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15|Reactome: R-HSA-379726 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 SUPERFAMILY SSF52954 458 562 4.23E-32 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Hamap MF_01569 Proline--tRNA ligase [proS]. 1 564 40.596 T 16-09-2021 IPR023717 Prolyl-tRNA synthetase, class IIa, type 1 GO:0004827|GO:0005524|GO:0005737|GO:0006433 KEGG: 00970+6.1.1.15 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Gene3D G3DSA:3.40.50.800 3 547 3.0E-255 T 16-09-2021 IPR036621 Anticodon-binding domain superfamily +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Pfam PF00587 tRNA synthetase class II core domain (G, H, P, S and T) 94 454 4.4E-49 T 16-09-2021 IPR002314 Aminoacyl-tRNA synthetase, class II (G/ P/ S/T) GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PANTHER PTHR42753:SF2 3 561 3.2E-168 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Pfam PF04073 Aminoacyl-tRNA editing domain 256 375 4.3E-29 T 16-09-2021 IPR007214 YbaK/aminoacyl-tRNA synthetase-associated domain GO:0002161 KEGG: 00970+6.1.1.15 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 CDD cd04334 ProRS-INS 226 382 2.4417E-61 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Gene3D G3DSA:3.90.960.10 240 384 3.0E-255 T 16-09-2021 IPR036754 YbaK/aminoacyl-tRNA synthetase-associated domain superfamily GO:0002161 KEGG: 00970+6.1.1.15 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 Gene3D G3DSA:3.30.930.10 11 460 3.0E-255 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 PANTHER PTHR42753 3 561 3.2E-168 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 CDD cd00861 ProRS_anticodon_short 468 560 8.58189E-35 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 SUPERFAMILY SSF55681 9 473 1.28E-102 T 16-09-2021 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 CDD cd00779 ProRS_core_prok 17 453 2.39146E-137 T 16-09-2021 IPR033730 Prokaryote proline-tRNA ligase core domain KEGG: 00970+6.1.1.15|Reactome: R-HSA-379726 +MGYG000000001_02443 e8677357b9721a8e2971cf0ccca00368 571 SUPERFAMILY SSF55826 218 381 4.32E-31 T 16-09-2021 IPR036754 YbaK/aminoacyl-tRNA synthetase-associated domain superfamily GO:0002161 KEGG: 00970+6.1.1.15 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Pfam PF02436 Conserved carboxylase domain 826 1025 4.3E-67 T 16-09-2021 IPR003379 Carboxylase, conserved domain Reactome: R-HSA-196780|Reactome: R-HSA-3371599|Reactome: R-HSA-70263 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 ProSitePatterns PS00867 Carbamoyl-phosphate synthase subdomain signature 2. 290 297 - T 16-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 ProSitePatterns PS00866 Carbamoyl-phosphate synthase subdomain signature 1. 157 171 - T 16-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Gene3D G3DSA:3.20.20.70 483 1006 3.7E-259 T 16-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 PIRSF PIRSF001594 1 1143 0.0 T 16-09-2021 IPR005930 Pyruvate carboxylase GO:0004736|GO:0005524|GO:0006090|GO:0006094|GO:0009374 KEGG: 00020+6.4.1.1|KEGG: 00620+6.4.1.1|KEGG: 00720+6.4.1.1|MetaCyc: PWY-6142|MetaCyc: PWY-6146|Reactome: R-HSA-196780|Reactome: R-HSA-3371599|Reactome: R-HSA-70263 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SUPERFAMILY SSF56059 87 329 2.12E-67 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SUPERFAMILY SSF51230 1067 1143 2.22E-18 T 16-09-2021 IPR011053 Single hybrid motif +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 PANTHER PTHR43778 3 1142 0.0 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 ProSiteProfiles PS50979 Biotin carboxylation domain profile. 4 457 50.384 T 16-09-2021 IPR011764 Biotin carboxylation domain Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 ProSiteProfiles PS50991 Pyruvate carboxyltransferase domain. 531 799 36.231 T 16-09-2021 IPR000891 Pyruvate carboxyltransferase GO:0003824 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 CDD cd06850 biotinyl_domain 1076 1142 6.37616E-24 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Pfam PF02786 Carbamoyl-phosphate synthase L chain, ATP binding domain 119 326 2.4E-77 T 16-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Pfam PF00682 HMGL-like 532 803 2.1E-28 T 16-09-2021 IPR000891 Pyruvate carboxyltransferase GO:0003824 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Pfam PF00364 Biotin-requiring enzyme 1077 1141 5.7E-14 T 16-09-2021 IPR000089 Biotin/lipoyl attachment +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 ProSiteProfiles PS50968 Biotinyl/lipoyl domain profile. 1068 1143 21.425 T 16-09-2021 IPR000089 Biotin/lipoyl attachment +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Pfam PF00289 Biotin carboxylase, N-terminal domain 5 114 6.0E-41 T 16-09-2021 IPR005481 Biotin carboxylase-like, N-terminal domain Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SUPERFAMILY SSF51246 342 459 3.03E-34 T 16-09-2021 IPR011054 Rudiment single hybrid motif Reactome: R-HSA-196780 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Gene3D G3DSA:2.40.50.100 1066 1143 3.6E-18 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SMART SM00878 346 453 8.7E-46 T 16-09-2021 IPR005482 Biotin carboxylase, C-terminal Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Gene3D G3DSA:3.10.600.10 465 1056 3.7E-259 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 CDD cd07937 DRE_TIM_PC_TC_5S 533 815 4.5173E-161 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Gene3D G3DSA:3.30.470.130 1 461 5.6E-193 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SUPERFAMILY SSF52440 4 117 9.35E-44 T 16-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SUPERFAMILY SSF89000 831 1007 4.32E-49 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 Pfam PF02785 Biotin carboxylase C-terminal domain 346 454 1.0E-29 T 16-09-2021 IPR005482 Biotin carboxylase, C-terminal Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 SUPERFAMILY SSF51569 524 817 8.42E-84 T 16-09-2021 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 TIGRFAM TIGR01235 pyruv_carbox: pyruvate carboxylase 7 1143 0.0 T 16-09-2021 IPR005930 Pyruvate carboxylase GO:0004736|GO:0005524|GO:0006090|GO:0006094|GO:0009374 KEGG: 00020+6.4.1.1|KEGG: 00620+6.4.1.1|KEGG: 00720+6.4.1.1|MetaCyc: PWY-6142|MetaCyc: PWY-6146|Reactome: R-HSA-196780|Reactome: R-HSA-3371599|Reactome: R-HSA-70263 +MGYG000000001_03054 4e8fa422915577151654b4ccaaca59e7 1143 ProSiteProfiles PS50975 ATP-grasp fold profile. 124 321 47.68 T 16-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_02862 a6f478b841f8376f6251187babe54be3 95 Pfam PF01098 Cell cycle protein 13 94 5.5E-19 T 16-09-2021 IPR001182 Probable peptidoglycan glycosyltransferase FtsW/RodA GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_02862 a6f478b841f8376f6251187babe54be3 95 PANTHER PTHR30474 10 94 1.8E-24 T 16-09-2021 IPR001182 Probable peptidoglycan glycosyltransferase FtsW/RodA GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_02862 a6f478b841f8376f6251187babe54be3 95 PANTHER PTHR30474:SF1 10 94 1.8E-24 T 16-09-2021 IPR011923 Probable peptidoglycan glycosyltransferase RodA/MrdB GO:0008360|GO:0016021 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_03188 c5aa128a27f2699fa2beb4b9f6856825 207 Pfam PF04647 Accessory gene regulator B 9 177 6.7E-31 T 16-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_03188 c5aa128a27f2699fa2beb4b9f6856825 207 SMART SM00793 4 187 1.1E-20 T 16-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_02894 7c7b0ab9f88ffa1bb961045480bc1508 125 Pfam PF10087 Uncharacterized protein conserved in bacteria (DUF2325) 18 104 4.0E-25 T 16-09-2021 IPR016772 Uncharacterised conserved protein UCP020408 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 Pfam PF00383 Cytidine and deoxycytidylate deaminase zinc-binding region 10 106 2.1E-22 T 16-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 TIGRFAM TIGR00326 eubact_ribD: riboflavin biosynthesis protein RibD 14 363 9.1E-112 T 16-09-2021 IPR004794 Riboflavin biosynthesis protein RibD GO:0008835|GO:0009231|GO:0055114 KEGG: 00740+3.5.4.26+1.1.1.193|MetaCyc: PWY-7991 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 ProSiteProfiles PS51747 Cytidine and deoxycytidylate deaminases domain profile. 8 130 23.82 T 16-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 CDD cd01284 Riboflavin_deaminase-reductase 14 126 1.88479E-62 T 16-09-2021 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 PANTHER PTHR11079 7 350 7.8E-50 T 16-09-2021 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 TIGRFAM TIGR00227 ribD_Cterm: riboflavin-specific deaminase C-terminal domain 153 367 4.2E-65 T 16-09-2021 IPR011549 Riboflavin-specific deaminase, C-terminal GO:0008703|GO:0009231|GO:0050661|GO:0055114 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 Pfam PF01872 RibD C-terminal domain 156 362 7.7E-51 T 16-09-2021 IPR002734 Bacterial bifunctional deaminase-reductase, C-terminal GO:0008703|GO:0009231|GO:0055114 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 Gene3D G3DSA:3.40.430.10 149 369 8.9E-70 T 16-09-2021 IPR024072 Dihydrofolate reductase-like domain superfamily Reactome: R-HSA-196757 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 ProSitePatterns PS00903 Cytidine and deoxycytidylate deaminases zinc-binding region signature. 57 95 - T 16-09-2021 IPR016192 APOBEC/CMP deaminase, zinc-binding GO:0008270|GO:0016787 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 Gene3D G3DSA:3.40.140.10 3 148 1.7E-47 T 16-09-2021 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 PANTHER PTHR11079:SF162 7 350 7.8E-50 T 16-09-2021 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 SUPERFAMILY SSF53927 10 152 1.49E-46 T 16-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 PIRSF PIRSF006769 5 370 1.2E-131 T 16-09-2021 IPR004794 Riboflavin biosynthesis protein RibD GO:0008835|GO:0009231|GO:0055114 KEGG: 00740+3.5.4.26+1.1.1.193|MetaCyc: PWY-7991 +MGYG000000001_02475 3ff5f1db053acd42a627b7579eb21400 370 SUPERFAMILY SSF53597 154 364 4.54E-60 T 16-09-2021 IPR024072 Dihydrofolate reductase-like domain superfamily Reactome: R-HSA-196757 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 Coils Coil 224 224 - T 16-09-2021 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 CDD cd02869 PseudoU_synth_RluCD_like 11 197 4.17981E-56 T 16-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 Gene3D G3DSA:3.30.2350.10 2 219 5.2E-60 T 16-09-2021 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 Pfam PF00849 RNA pseudouridylate synthase 10 166 7.9E-36 T 16-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 PANTHER PTHR21600 3 215 1.0E-60 T 16-09-2021 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 SUPERFAMILY SSF55120 3 215 5.76E-53 T 16-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 Coils Coil 122 142 - T 16-09-2021 +MGYG000000001_01989 d5e408a4bd6787d2e1deb6ad6132668d 224 PANTHER PTHR21600:SF56 3 215 1.0E-60 T 16-09-2021 +MGYG000000001_02830 330b6262beb1de573d45d0644c9b95a4 230 Pfam PF00149 Calcineurin-like phosphoesterase 2 195 8.0E-14 T 16-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_02830 330b6262beb1de573d45d0644c9b95a4 230 SUPERFAMILY SSF56300 1 216 1.32E-24 T 16-09-2021 +MGYG000000001_02830 330b6262beb1de573d45d0644c9b95a4 230 PANTHER PTHR31302:SF22 1 221 2.9E-48 T 16-09-2021 +MGYG000000001_02830 330b6262beb1de573d45d0644c9b95a4 230 PANTHER PTHR31302 1 221 2.9E-48 T 16-09-2021 +MGYG000000001_02830 330b6262beb1de573d45d0644c9b95a4 230 PIRSF PIRSF033094 1 230 2.9E-89 T 16-09-2021 IPR014578 Predicted phosphoesterase, CT488 type +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 Coils Coil 116 143 - T 16-09-2021 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 SMART SM00345 14 73 1.5E-20 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 Gene3D G3DSA:1.20.120.530 79 234 1.9E-21 T 16-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 Gene3D G3DSA:1.10.10.10 2 74 8.8E-26 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 Pfam PF00392 Bacterial regulatory proteins, gntR family 11 73 1.8E-21 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 Pfam PF07729 FCD domain 98 226 1.2E-18 T 16-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 33 47 2.9E-10 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 47 63 2.9E-10 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 PANTHER PTHR43537 3 230 2.8E-41 T 16-09-2021 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 ProSiteProfiles PS50949 GntR-type HTH domain profile. 8 76 25.549 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 PANTHER PTHR43537:SF26 3 230 2.8E-41 T 16-09-2021 +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 SMART SM00895 98 227 9.4E-12 T 16-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 SUPERFAMILY SSF46785 1 75 9.23E-24 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 SUPERFAMILY SSF48008 97 232 3.14E-17 T 16-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_02411 02e5919da9eb449bf6a78513287b07c9 235 CDD cd07377 WHTH_GntR 9 74 2.73813E-26 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01539 64ca20eb2711b716f00e8c27f568e259 488 PANTHER PTHR11328:SF24 29 483 5.2E-36 T 16-09-2021 +MGYG000000001_01539 64ca20eb2711b716f00e8c27f568e259 488 CDD cd17332 MFS_MelB_like 21 465 2.74577E-40 T 16-09-2021 +MGYG000000001_01539 64ca20eb2711b716f00e8c27f568e259 488 SUPERFAMILY SSF103473 18 454 4.32E-15 T 16-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01539 64ca20eb2711b716f00e8c27f568e259 488 Pfam PF13347 MFS/sugar transport protein 27 465 9.1E-47 T 16-09-2021 +MGYG000000001_01539 64ca20eb2711b716f00e8c27f568e259 488 Gene3D G3DSA:1.20.1250.20 11 219 5.7E-9 T 16-09-2021 +MGYG000000001_01539 64ca20eb2711b716f00e8c27f568e259 488 PANTHER PTHR11328 29 483 5.2E-36 T 16-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 CDD cd02696 MurNAc-LAA 51 225 9.84587E-68 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 SMART SM00646 113 225 7.2E-39 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 PANTHER PTHR30032 49 229 2.2E-58 T 16-09-2021 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 Gene3D G3DSA:3.40.630.40 47 234 1.3E-63 T 16-09-2021 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 SUPERFAMILY SSF53187 50 229 8.48E-53 T 16-09-2021 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 52 225 2.3E-50 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01667 ea253a79875443f7332a172d67ce7cf3 236 PANTHER PTHR30032:SF1 49 229 2.2E-58 T 16-09-2021 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 PIRSF PIRSF006603 1 454 8.1E-126 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 CDD cd13140 MATE_like_1 10 445 0.0 T 16-09-2021 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 Pfam PF01554 MatE 22 183 3.6E-29 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 Pfam PF01554 MatE 248 408 4.0E-31 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 PANTHER PTHR43549 2 445 1.1E-87 T 16-09-2021 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 TIGRFAM TIGR00797 matE: MATE efflux family protein 22 421 1.0E-79 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01925 0356ad4ea8c8d4d02fd6c08beff7bedd 468 PANTHER PTHR43549:SF2 2 445 1.1E-87 T 16-09-2021 +MGYG000000001_01635 52b24273843db690210a723aea4b571f 232 Pfam PF13483 Beta-lactamase superfamily domain 2 124 3.6E-10 T 16-09-2021 +MGYG000000001_01635 52b24273843db690210a723aea4b571f 232 PANTHER PTHR42967 1 227 8.3E-28 T 16-09-2021 +MGYG000000001_01635 52b24273843db690210a723aea4b571f 232 Gene3D G3DSA:3.60.15.10 1 231 4.8E-34 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01635 52b24273843db690210a723aea4b571f 232 SUPERFAMILY SSF56281 1 204 7.0E-17 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 Gene3D G3DSA:2.30.30.60 142 191 6.9E-22 T 16-09-2021 IPR023408 Mechanosensitive ion channel MscS domain superfamily +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 PANTHER PTHR30221:SF7 16 295 3.1E-76 T 16-09-2021 +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 PANTHER PTHR30221 16 295 3.1E-76 T 16-09-2021 +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 Pfam PF00924 Mechanosensitive ion channel 92 281 5.2E-48 T 16-09-2021 IPR006685 Mechanosensitive ion channel MscS GO:0016020|GO:0055085 +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 Gene3D G3DSA:3.30.70.100 192 286 2.7E-26 T 16-09-2021 +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 SUPERFAMILY SSF82861 41 125 2.35E-9 T 16-09-2021 IPR011014 Mechanosensitive ion channel MscS, transmembrane-2 GO:0016020 +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 SUPERFAMILY SSF50182 127 192 5.89E-19 T 16-09-2021 IPR010920 LSM domain superfamily +MGYG000000001_03089 85b4adf6ab9ce1a8c62e615b57915685 298 SUPERFAMILY SSF82689 195 290 3.14E-30 T 16-09-2021 IPR011066 Mechanosensitive ion channel MscS, C-terminal GO:0016020 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 CDD cd14752 GH31_N 148 261 7.91879E-29 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Gene3D G3DSA:2.60.40.1760 6 245 1.9E-42 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Gene3D G3DSA:3.20.20.80 247 631 5.8E-102 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 PANTHER PTHR22762:SF120 90 776 9.9E-154 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 SUPERFAMILY SSF74650 8 245 9.42E-46 T 16-09-2021 IPR011013 Galactose mutarotase-like domain superfamily GO:0003824|GO:0005975|GO:0030246 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Gene3D G3DSA:2.60.40.1180 684 796 4.2E-9 T 16-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Pfam PF16338 Domain of unknown function (DUF4968) 14 111 2.6E-9 T 16-09-2021 IPR032513 Alpha-glucosidase, domain of unknown function DUF4968 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 SUPERFAMILY SSF51011 600 683 3.24E-16 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 SUPERFAMILY SSF51445 252 597 5.69E-63 T 16-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Pfam PF01055 Glycosyl hydrolases family 31 242 687 9.5E-107 T 16-09-2021 IPR000322 Glycoside hydrolase family 31 GO:0004553|GO:0005975 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 PANTHER PTHR22762 90 776 9.9E-154 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Gene3D G3DSA:2.60.40.1180 634 682 1.2E-11 T 16-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 CDD cd06599 GH31_glycosidase_Aec37 261 577 0.0 T 16-09-2021 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Pfam PF17137 Domain of unknown function (DUF5110) 708 761 4.8E-7 T 16-09-2021 IPR033403 Domain of unknown function DUF5110 +MGYG000000001_01475 e85a8dfa86075b68ca7c774a8883626d 796 Pfam PF13802 Galactose mutarotase-like 149 217 1.9E-23 T 16-09-2021 IPR025887 Glycoside hydrolase family 31, N-terminal domain +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 SMART SM00490 248 329 2.6E-8 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 SMART SM00487 1 188 4.4E-12 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 Gene3D G3DSA:3.40.50.300 1 172 2.3E-24 T 16-09-2021 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 221 402 11.694 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 Coils Coil 369 399 - T 16-09-2021 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 Gene3D G3DSA:3.40.50.300 173 353 1.4E-44 T 16-09-2021 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 PANTHER PTHR47396 2 465 3.9E-43 T 16-09-2021 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 CDD cd18799 SF2_C_EcoAI-like 237 339 6.18495E-33 T 16-09-2021 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 Pfam PF00271 Helicase conserved C-terminal domain 230 328 2.0E-13 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 Coils Coil 455 475 - T 16-09-2021 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 15 171 13.301 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 Pfam PF04851 Type III restriction enzyme, res subunit 2 154 8.0E-20 T 16-09-2021 IPR006935 Helicase/UvrB, N-terminal GO:0003677|GO:0005524|GO:0016787 +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 SUPERFAMILY SSF52540 49 338 3.95E-35 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01829 d20b06b9d11a7e51dec7777201a7e71f 540 CDD cd18032 DEXHc_RE_I_III_res 4 153 2.01228E-22 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 PANTHER PTHR43155 212 533 1.7E-85 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 Pfam PF01966 HD domain 373 493 1.8E-20 T 16-09-2021 IPR006674 HD domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 PANTHER PTHR43155:SF3 212 533 1.7E-85 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 SMART SM00267 190 355 3.2E-33 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 SMART SM00471 367 502 1.0E-11 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 ProSiteProfiles PS51832 HD-GYP domain profile. 349 536 53.777 T 16-09-2021 IPR037522 HD-GYP domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 72 197 3.4E-10 T 16-09-2021 IPR000014 PAS domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 Pfam PF08448 PAS fold 81 191 6.8E-11 T 16-09-2021 IPR013656 PAS fold-4 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 Gene3D G3DSA:3.30.70.270 197 350 2.0E-35 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 SUPERFAMILY SSF109604 362 532 1.77E-38 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 SUPERFAMILY SSF55073 206 348 6.67E-30 T 16-09-2021 IPR029787 Nucleotide cyclase +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 ProSiteProfiles PS50887 GGDEF domain profile. 228 358 19.545 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 Pfam PF00990 Diguanylate cyclase, GGDEF domain 202 346 1.2E-29 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 ProSiteProfiles PS50113 PAC domain profile. 147 199 11.013 T 16-09-2021 IPR000700 PAS-associated, C-terminal Reactome: R-HSA-1296072 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 CDD cd00077 HDc 374 512 6.37189E-26 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 TIGRFAM TIGR00254 GGDEF: diguanylate cyclase (GGDEF) domain 199 349 4.3E-27 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 Gene3D G3DSA:3.30.450.20 68 196 8.7E-19 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 CDD cd01949 GGDEF 202 345 2.64852E-35 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 Gene3D G3DSA:1.10.3210.10 351 535 1.6E-69 T 16-09-2021 +MGYG000000001_02507 44f18d5a500ff33159c17a73e6c0d936 536 SUPERFAMILY SSF55785 58 183 7.15E-15 T 16-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 CDD cd17321 MFS_MMR_MDR_like 16 465 2.8729E-80 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 12 469 41.238 T 16-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 SUPERFAMILY SSF103473 6 188 3.79E-44 T 16-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 PANTHER PTHR23501:SF5 7 462 4.0E-111 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 SUPERFAMILY SSF103473 206 470 8.37E-28 T 16-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 Pfam PF07690 Major Facilitator Superfamily 17 408 1.1E-51 T 16-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 TIGRFAM TIGR00711 efflux_EmrB: drug resistance MFS transporter, drug:H+ antiporter-2 (14 Spanner) (DHA2) family 12 421 1.2E-75 T 16-09-2021 IPR004638 Drug resistance transporter EmrB-like GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 PANTHER PTHR23501 7 462 4.0E-111 T 16-09-2021 IPR001411 Tetracycline resistance protein/drug resistance transporter +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 Gene3D G3DSA:1.20.1250.20 257 472 6.1E-25 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 Gene3D G3DSA:1.20.1720.10 12 198 5.2E-49 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 PRINTS PR01036 Tetracycline resistance protein TetB signature 106 126 2.5E-13 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 PRINTS PR01036 Tetracycline resistance protein TetB signature 15 39 2.5E-13 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 PRINTS PR01036 Tetracycline resistance protein TetB signature 301 325 2.5E-13 T 16-09-2021 +MGYG000000001_01797 c8821c8146d558618797b03c0fd9b1e2 472 PRINTS PR01036 Tetracycline resistance protein TetB signature 136 160 2.5E-13 T 16-09-2021 +MGYG000000001_03156 1b1e7c8bfc32627211225b01f68538e6 120 TIGRFAM TIGR01909 C_GCAxxG_C_C: C_GCAxxG_C_C family protein 12 118 1.6E-25 T 16-09-2021 IPR010181 CGCAxxGCC motif +MGYG000000001_03156 1b1e7c8bfc32627211225b01f68538e6 120 Pfam PF09719 Putative redox-active protein (C_GCAxxG_C_C) 12 116 4.3E-18 T 16-09-2021 IPR010181 CGCAxxGCC motif +MGYG000000001_03156 1b1e7c8bfc32627211225b01f68538e6 120 SUPERFAMILY SSF48695 7 75 7.53E-9 T 16-09-2021 IPR036280 Multiheme cytochrome superfamily +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 PANTHER PTHR30151:SF19 11 267 1.8E-88 T 16-09-2021 +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 PANTHER PTHR30151 11 267 1.8E-88 T 16-09-2021 +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 CDD cd06261 TM_PBP2 78 247 2.05878E-7 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 90 267 4.8E-22 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 Gene3D G3DSA:1.10.3720.10 69 266 4.8E-21 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 SUPERFAMILY SSF161098 70 251 3.27E-27 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02926 cc7097d87f0b807cdb205794b03c2864 268 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 72 256 16.68 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 Pfam PF07973 Threonyl and Alanyl tRNA synthetase second additional domain 179 221 3.7E-9 T 16-09-2021 IPR012947 Threonyl/alanyl tRNA synthetase, SAD GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 Pfam PF02272 DHHA1 domain 263 390 2.5E-15 T 16-09-2021 IPR003156 DHHA1 domain GO:0003676 KEGG: 00970+6.1.1.7|Reactome: R-HSA-379716 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 SUPERFAMILY SSF55186 87 228 5.36E-31 T 16-09-2021 IPR018163 Threonyl/alanyl tRNA synthetase, class II-like, putative editing domain superfamily GO:0000166 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 PANTHER PTHR43462 10 376 1.5E-67 T 16-09-2021 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 SMART SM00863 179 221 5.7E-10 T 16-09-2021 IPR012947 Threonyl/alanyl tRNA synthetase, SAD GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 Gene3D G3DSA:2.40.30.130 1 83 4.0E-29 T 16-09-2021 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 PANTHER PTHR43462:SF1 10 376 1.5E-67 T 16-09-2021 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 Gene3D G3DSA:3.30.980.10 84 237 1.8E-42 T 16-09-2021 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 Coils Coil 257 284 - T 16-09-2021 +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 SUPERFAMILY SSF50447 2 75 1.45E-13 T 16-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_02121 aec124c00525c0ad3787da9995774c82 398 Gene3D G3DSA:3.10.310.40 288 396 8.3E-16 T 16-09-2021 +MGYG000000001_01379 b0c48bcbaa19019d5e03b02dda99022c 128 Pfam PF06803 Protein of unknown function (DUF1232) 59 92 1.8E-5 T 16-09-2021 IPR010652 Domain of unknown function DUF1232 MetaCyc: PWY-7511 +MGYG000000001_02185 6c7f0ec8b71a41563bc139b5ce35dca9 251 ProSiteProfiles PS51014 Precorrin-6x reductase domain profile. 1 251 63.246 T 16-09-2021 IPR003723 Precorrin-6x reductase GO:0009236|GO:0016994|GO:0055114 +MGYG000000001_02185 6c7f0ec8b71a41563bc139b5ce35dca9 251 PANTHER PTHR36925 1 249 5.8E-84 T 16-09-2021 IPR003723 Precorrin-6x reductase GO:0009236|GO:0016994|GO:0055114 +MGYG000000001_02185 6c7f0ec8b71a41563bc139b5ce35dca9 251 TIGRFAM TIGR00715 precor6x_red: precorrin-6x reductase 2 249 3.8E-70 T 16-09-2021 IPR003723 Precorrin-6x reductase GO:0009236|GO:0016994|GO:0055114 +MGYG000000001_02185 6c7f0ec8b71a41563bc139b5ce35dca9 251 Pfam PF02571 Precorrin-6x reductase CbiJ/CobK 2 247 1.1E-76 T 16-09-2021 IPR003723 Precorrin-6x reductase GO:0009236|GO:0016994|GO:0055114 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Gene3D G3DSA:2.30.30.40 262 315 1.9E-17 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF08239 Bacterial SH3 domain 267 317 1.6E-15 T 16-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Gene3D G3DSA:3.90.1720.10 316 458 3.1E-49 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 190 209 9.687 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 232 251 8.346 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 148 167 9.496 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 PANTHER PTHR47053 319 460 2.1E-51 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 211 230 8.396 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 237 251 0.041 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 191 209 4.5E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 107 125 1.5E-5 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 149 167 6.7E-4 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 172 188 0.0022 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 212 230 0.016 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF01473 Putative cell wall binding repeat 128 146 6.8E-5 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51781 SH3b domain profile. 257 321 17.604 T 16-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 SUPERFAMILY SSF69360 87 255 3.69E-39 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Pfam PF00877 NlpC/P60 family 352 458 6.7E-31 T 16-09-2021 IPR000064 Endopeptidase, NLPC/P60 domain +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 127 146 8.495 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 SUPERFAMILY SSF54001 335 460 2.19E-46 T 16-09-2021 IPR038765 Papain-like cysteine peptidase superfamily +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 87 103 5.922 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 SUPERFAMILY SSF50044 286 327 1.81E-5 T 16-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 SMART SM00287 257 321 3.0E-9 T 16-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 169 188 6.989 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 106 125 9.099 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Gene3D G3DSA:2.20.120.10 129 170 2.7E-12 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Gene3D G3DSA:2.20.120.10 88 128 3.2E-8 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Gene3D G3DSA:2.20.120.10 213 261 6.1E-11 T 16-09-2021 +MGYG000000001_01411 800411437795d7f6c5f7cef31bf4a390 461 Gene3D G3DSA:2.20.120.10 171 212 1.4E-11 T 16-09-2021 +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 SUPERFAMILY SSF46785 9 121 8.56E-31 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 Gene3D G3DSA:1.10.10.10 1 143 5.8E-31 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 ProSiteProfiles PS50995 MarR-type HTH domain profile. 10 143 26.373 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 SMART SM00347 30 134 2.1E-17 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 PANTHER PTHR33164 6 120 4.9E-34 T 16-09-2021 +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 PANTHER PTHR33164:SF5 6 120 4.9E-34 T 16-09-2021 +MGYG000000001_03022 5363a9adf2cee0ec987a7c3e6e148261 143 Pfam PF01047 MarR family 37 95 1.3E-13 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 Pfam PF01370 NAD dependent epimerase/dehydratase family 2 251 4.2E-61 T 16-09-2021 IPR001509 NAD-dependent epimerase/dehydratase GO:0003824|GO:0050662 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 PANTHER PTHR43725 2 326 7.2E-106 T 16-09-2021 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 SUPERFAMILY SSF51735 2 325 2.93E-101 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 Gene3D G3DSA:3.40.50.720 2 251 1.9E-129 T 16-09-2021 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 Gene3D G3DSA:3.90.25.10 172 305 1.9E-129 T 16-09-2021 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 CDD cd05247 UDP_G4E_1_SDR_e 2 320 0.0 T 16-09-2021 IPR005886 UDP-glucose 4-epimerase GO:0003978|GO:0006012 KEGG: 00052+5.1.3.2|KEGG: 00520+5.1.3.2|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6397|MetaCyc: PWY-6527|MetaCyc: PWY-7328|MetaCyc: PWY-7344|Reactome: R-HSA-5609977|Reactome: R-HSA-70370 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 PANTHER PTHR43725:SF22 2 326 7.2E-106 T 16-09-2021 +MGYG000000001_01443 e1f927a35ea107729eb4316336e3b9f4 328 TIGRFAM TIGR01179 galE: UDP-glucose 4-epimerase GalE 1 324 4.5E-134 T 16-09-2021 IPR005886 UDP-glucose 4-epimerase GO:0003978|GO:0006012 KEGG: 00052+5.1.3.2|KEGG: 00520+5.1.3.2|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6397|MetaCyc: PWY-6527|MetaCyc: PWY-7328|MetaCyc: PWY-7344|Reactome: R-HSA-5609977|Reactome: R-HSA-70370 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 ProSiteProfiles PS50830 Thermonuclease domain profile. 76 212 28.91 T 16-09-2021 IPR016071 Staphylococcal nuclease (SNase-like), OB-fold Reactome: R-HSA-6802952 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 SMART SM00318 76 212 7.9E-24 T 16-09-2021 IPR016071 Staphylococcal nuclease (SNase-like), OB-fold Reactome: R-HSA-6802952 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 Pfam PF00565 Staphylococcal nuclease homologue 103 211 1.2E-21 T 16-09-2021 IPR016071 Staphylococcal nuclease (SNase-like), OB-fold Reactome: R-HSA-6802952 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 ProSitePatterns PS01123 Thermonuclease family signature 1. 87 112 - T 16-09-2021 IPR002071 Thermonuclease active site GO:0003676|GO:0004518 Reactome: R-HSA-6802952 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 SUPERFAMILY SSF50199 76 214 6.28E-26 T 16-09-2021 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 PANTHER PTHR12302 32 220 7.6E-22 T 16-09-2021 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 Gene3D G3DSA:2.40.50.90 75 217 3.2E-36 T 16-09-2021 IPR035437 SNase-like, OB-fold superfamily +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 27 6.0 T 16-09-2021 +MGYG000000001_02733 41faeb94098b98bd74c0b6ea0cbf6879 282 PANTHER PTHR12302:SF3 32 220 7.6E-22 T 16-09-2021 +MGYG000000001_03124 455f6998f6691e592fdba672167a3f22 215 PANTHER PTHR33545 3 193 3.9E-37 T 16-09-2021 +MGYG000000001_03124 455f6998f6691e592fdba672167a3f22 215 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 10 193 1.2E-38 T 16-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_02089 781a5103cf8f3155c761ccb47029f7af 263 PIRSF PIRSF033101 1 255 6.4E-53 T 16-09-2021 IPR011397 Intramembrane metalloprotease YhfC +MGYG000000001_02089 781a5103cf8f3155c761ccb47029f7af 263 Pfam PF10086 YhfC intramembrane metalloprotease 19 220 1.3E-47 T 16-09-2021 IPR011397 Intramembrane metalloprotease YhfC +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 Gene3D G3DSA:1.10.1660.10 1 117 1.9E-28 T 16-09-2021 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 CDD cd00592 HTH_MerR-like 5 107 6.80653E-27 T 16-09-2021 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 PANTHER PTHR30204:SF2 1 226 5.4E-27 T 16-09-2021 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 SUPERFAMILY SSF55136 123 267 1.92E-18 T 16-09-2021 IPR011256 Regulatory factor, effector binding domain superfamily +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 PANTHER PTHR30204 1 226 5.4E-27 T 16-09-2021 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 ProSiteProfiles PS50937 MerR-type HTH domain profile. 4 72 23.284 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 Coils Coil 72 113 - T 16-09-2021 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 SMART SM00871 120 268 1.9E-9 T 16-09-2021 IPR010499 Bacterial transcription activator, effector binding +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 Pfam PF13411 MerR HTH family regulatory protein 5 71 5.0E-15 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 Pfam PF06445 GyrI-like small molecule binding domain 150 268 1.5E-8 T 16-09-2021 IPR029442 GyrI-like small molecule binding domain +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 Gene3D G3DSA:3.20.80.10 188 270 8.8E-8 T 16-09-2021 IPR011256 Regulatory factor, effector binding domain superfamily +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 SUPERFAMILY SSF46955 5 113 2.12E-25 T 16-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_02990 f98d2e7b79255c422f709f4f2f2011af 272 SMART SM00422 5 73 4.1E-15 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01764 aa22ed53c471af2ae2684616e739ba2d 198 Coils Coil 93 120 - T 16-09-2021 +MGYG000000001_01764 aa22ed53c471af2ae2684616e739ba2d 198 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 6.0 T 16-09-2021 +MGYG000000001_01764 aa22ed53c471af2ae2684616e739ba2d 198 Coils Coil 70 90 - T 16-09-2021 +MGYG000000001_02539 d7ad97ae7cf2afec5606f7f0d0557b3d 145 Pfam PF06695 Putative small multi-drug export protein 16 136 2.9E-34 T 16-09-2021 IPR009577 Putative small multi-drug export +MGYG000000001_02539 d7ad97ae7cf2afec5606f7f0d0557b3d 145 PANTHER PTHR36007 6 140 3.0E-23 T 16-09-2021 IPR009577 Putative small multi-drug export +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 SUPERFAMILY SSF47413 2 67 3.22E-17 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 CDD cd06529 S24_LexA-like 130 217 2.47233E-16 T 16-09-2021 IPR039418 LexA-like +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 CDD cd00093 HTH_XRE 5 62 2.13216E-16 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 PANTHER PTHR33516:SF10 9 218 1.5E-35 T 16-09-2021 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 PRINTS PR00726 Repressor LexA serine protease (S24) family signature 171 183 2.8E-5 T 16-09-2021 IPR006197 Peptidase S24, LexA-like GO:0003677|GO:0006355 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 PRINTS PR00726 Repressor LexA serine protease (S24) family signature 141 152 2.8E-5 T 16-09-2021 IPR006197 Peptidase S24, LexA-like GO:0003677|GO:0006355 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 PRINTS PR00726 Repressor LexA serine protease (S24) family signature 130 140 2.8E-5 T 16-09-2021 IPR006197 Peptidase S24, LexA-like GO:0003677|GO:0006355 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 Gene3D G3DSA:1.10.260.40 1 94 8.1E-20 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 SUPERFAMILY SSF51306 92 219 3.14E-29 T 16-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 Pfam PF00717 Peptidase S24-like 133 200 7.8E-14 T 16-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 SMART SM00530 7 62 3.6E-15 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 Pfam PF12844 Helix-turn-helix domain 5 63 4.1E-15 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 Gene3D G3DSA:2.10.109.10 98 221 8.5E-35 T 16-09-2021 +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 8 62 15.519 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02669 4f35398a58f4e586a3814dc65850862b 223 PANTHER PTHR33516 9 218 1.5E-35 T 16-09-2021 +MGYG000000001_02324 eaa18be785217b07fe2c1bf5532f92de 502 PIRSF PIRSF033132 1 502 2.9E-259 T 16-09-2021 IPR014999 Uncharacterised protein family UPF0371 +MGYG000000001_02324 eaa18be785217b07fe2c1bf5532f92de 502 Gene3D G3DSA:1.20.1570.10 206 334 2.0E-163 T 16-09-2021 +MGYG000000001_02324 eaa18be785217b07fe2c1bf5532f92de 502 Pfam PF08903 Domain of unknown function (DUF1846) 3 499 2.8E-238 T 16-09-2021 IPR014999 Uncharacterised protein family UPF0371 +MGYG000000001_02324 eaa18be785217b07fe2c1bf5532f92de 502 Gene3D G3DSA:3.40.140.40 348 494 1.0E-51 T 16-09-2021 +MGYG000000001_02324 eaa18be785217b07fe2c1bf5532f92de 502 Hamap MF_01567 UPF0371 protein . 1 502 57.391 T 16-09-2021 IPR014999 Uncharacterised protein family UPF0371 +MGYG000000001_02324 eaa18be785217b07fe2c1bf5532f92de 502 Gene3D G3DSA:3.10.630.10 3 284 2.0E-163 T 16-09-2021 +MGYG000000001_02742 12d1af0830015a8a521f51f4e48cfa4a 86 PANTHER PTHR37812 16 85 1.9E-14 T 16-09-2021 +MGYG000000001_02742 12d1af0830015a8a521f51f4e48cfa4a 86 Pfam PF08765 Mor transcription activator family 14 85 1.9E-16 T 16-09-2021 IPR014875 Mor transcription activator +MGYG000000001_02742 12d1af0830015a8a521f51f4e48cfa4a 86 SUPERFAMILY SSF46689 18 85 1.29E-16 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02742 12d1af0830015a8a521f51f4e48cfa4a 86 Gene3D G3DSA:1.10.10.60 40 86 7.3E-7 T 16-09-2021 +MGYG000000001_01048 45f17518c83b5cecc134731bce36b3b6 200 Pfam PF12822 ECF transporter, substrate-specific component 16 191 9.0E-23 T 16-09-2021 IPR024529 ECF transporter, substrate-specific component GO:0022857 +MGYG000000001_01048 45f17518c83b5cecc134731bce36b3b6 200 Gene3D G3DSA:1.10.1760.20 3 200 2.7E-52 T 16-09-2021 +MGYG000000001_01048 45f17518c83b5cecc134731bce36b3b6 200 PIRSF PIRSF037778 9 200 2.7E-51 T 16-09-2021 IPR025720 ECF transporter, Riboflavin transporter RibU GO:0005886|GO:0032217|GO:0032218 +MGYG000000001_01048 45f17518c83b5cecc134731bce36b3b6 200 PANTHER PTHR38438 12 200 6.7E-46 T 16-09-2021 IPR025720 ECF transporter, Riboflavin transporter RibU GO:0005886|GO:0032217|GO:0032218 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 SUPERFAMILY SSF52172 4 129 7.4E-17 T 16-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 Gene3D G3DSA:3.40.50.2300 1 129 2.7E-20 T 16-09-2021 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 Pfam PF04397 LytTr DNA-binding domain 140 227 1.7E-19 T 16-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 Pfam PF00072 Response regulator receiver domain 7 115 2.5E-14 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 SMART SM00850 138 229 2.3E-20 T 16-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 CDD cd00156 REC 7 121 1.98889E-14 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 PANTHER PTHR43412 3 227 1.4E-43 T 16-09-2021 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 Gene3D G3DSA:2.40.50.1020 130 224 3.3E-17 T 16-09-2021 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 ProSiteProfiles PS50110 Response regulatory domain profile. 4 121 18.716 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 PANTHER PTHR43412:SF1 3 227 1.4E-43 T 16-09-2021 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 SMART SM00448 3 117 9.8E-10 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00345 7a183d8497ee637545bdb21248fccffc 237 ProSiteProfiles PS50930 LytTR-type HTH domain profile. 132 230 18.374 T 16-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_00158 2aa13fd99248a1fc80263b555b5de32f 305 Pfam PF12850 Calcineurin-like phosphoesterase superfamily domain 24 251 3.4E-8 T 16-09-2021 IPR024654 Calcineurin-like phosphoesterase domain, lpxH-type Reactome: R-HSA-3238698 +MGYG000000001_00158 2aa13fd99248a1fc80263b555b5de32f 305 Gene3D G3DSA:3.60.21.10 19 277 2.3E-10 T 16-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_00158 2aa13fd99248a1fc80263b555b5de32f 305 SUPERFAMILY SSF56300 24 274 2.15E-16 T 16-09-2021 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 SUPERFAMILY SSF52518 19 266 7.12E-65 T 16-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 SUPERFAMILY SSF52922 267 388 8.99E-39 T 16-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 Pfam PF17147 Pyruvate:ferredoxin oxidoreductase core domain II 277 381 6.1E-32 T 16-09-2021 IPR033412 Pyruvate:ferredoxin oxidoreductase, core domain II +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 CDD cd07034 TPP_PYR_PFOR_IOR-alpha_like 24 184 1.08319E-59 T 16-09-2021 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 Pfam PF01855 Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-bdg 32 255 3.5E-71 T 16-09-2021 IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 PANTHER PTHR32154 21 390 4.1E-115 T 16-09-2021 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 Gene3D G3DSA:3.40.50.920 268 408 1.0E-47 T 16-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 Gene3D G3DSA:3.40.50.970 17 267 7.9E-96 T 16-09-2021 +MGYG000000001_00125 27a91c9acc5e60794880d16a2d4b927e 408 PANTHER PTHR32154:SF0 21 390 4.1E-115 T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 CDD cd00077 HDc 334 448 1.96967E-11 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Gene3D G3DSA:3.30.1370.10 207 311 1.2E-8 T 16-09-2021 IPR036612 K Homology domain, type 1 superfamily GO:0003723 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 ProSiteProfiles PS51831 HD domain profile. 336 429 27.374 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 SUPERFAMILY SSF54791 208 304 1.11E-17 T 16-09-2021 IPR036612 K Homology domain, type 1 superfamily GO:0003723 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 TIGRFAM TIGR03319 RNase_Y: ribonuclease Y 15 520 5.3E-240 T 16-09-2021 IPR017705 Ribonuclease Y GO:0003723|GO:0006402|GO:0016020 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Coils Coil 438 458 - T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 PANTHER PTHR12826:SF15 19 520 2.5E-219 T 16-09-2021 IPR017705 Ribonuclease Y GO:0003723|GO:0006402|GO:0016020 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 TIGRFAM TIGR00277 HDIG: HDIG domain 332 409 3.9E-23 T 16-09-2021 IPR006675 HDIG domain +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 SMART SM00471 332 438 5.4E-14 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Gene3D G3DSA:1.10.3210.10 316 476 1.5E-17 T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 PANTHER PTHR12826 19 520 2.5E-219 T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Pfam PF00013 KH domain 212 270 1.1E-6 T 16-09-2021 IPR004088 K Homology domain, type 1 GO:0003723 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 ProSiteProfiles PS50084 Type-1 KH domain profile. 223 273 9.729 T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 SMART SM00322 208 275 1.7E-7 T 16-09-2021 IPR004087 K Homology domain GO:0003676 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 CDD cd06503 ATP-synt_Fo_b 37 83 4.82619E-4 T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Coils Coil 59 139 - T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Hamap MF_00335 Ribonuclease Y [rny]. 12 520 25.376 T 16-09-2021 IPR017705 Ribonuclease Y GO:0003723|GO:0006402|GO:0016020 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Pfam PF01966 HD domain 337 428 3.6E-18 T 16-09-2021 IPR006674 HD domain +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 SUPERFAMILY SSF109604 315 473 9.65E-31 T 16-09-2021 +MGYG000000001_01585 f695dbe7317dd7d5dba3b38442dfa60a 520 Pfam PF12072 Domain of unknown function (DUF3552) 14 205 7.1E-66 T 16-09-2021 IPR022711 Ribonuclease Y, N-terminal +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 Pfam PF07690 Major Facilitator Superfamily 29 269 1.8E-25 T 16-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 SUPERFAMILY SSF103473 8 405 9.55E-49 T 16-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 PANTHER PTHR11360 13 406 3.5E-34 T 16-09-2021 +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 Gene3D G3DSA:1.20.1250.20 227 420 5.7E-18 T 16-09-2021 +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 CDD cd17355 MFS_YcxA_like 13 410 4.54084E-56 T 16-09-2021 +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 Gene3D G3DSA:1.20.1250.20 8 203 3.8E-21 T 16-09-2021 +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 5.0 T 16-09-2021 +MGYG000000001_01000 7d89a9463e53e1144638d7648443d8e1 433 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 236 433 15.418 T 16-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01746 dbd93d62aee85b9dc2d41b2b4d696479 875 Pfam PF12704 MacB-like periplasmic core domain 19 210 2.4E-7 T 16-09-2021 IPR025857 MacB-like periplasmic core domain +MGYG000000001_01746 dbd93d62aee85b9dc2d41b2b4d696479 875 Pfam PF02687 FtsX-like permease family 774 865 1.7E-9 T 16-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01746 dbd93d62aee85b9dc2d41b2b4d696479 875 Pfam PF02687 FtsX-like permease family 326 426 8.5E-15 T 16-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01746 dbd93d62aee85b9dc2d41b2b4d696479 875 PANTHER PTHR30572 6 432 6.8E-87 T 16-09-2021 +MGYG000000001_01746 dbd93d62aee85b9dc2d41b2b4d696479 875 PANTHER PTHR30572 457 873 6.8E-87 T 16-09-2021 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Pfam PF13424 Tetratricopeptide repeat 236 307 2.2E-13 T 16-09-2021 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50293 TPR repeat region circular profile. 75 309 21.118 T 16-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 236 269 8.378 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SUPERFAMILY SSF48452 323 427 1.09E-7 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SUPERFAMILY SSF48452 73 232 9.1E-22 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SUPERFAMILY SSF47413 5 64 1.77E-13 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Pfam PF14938 Soluble NSF attachment protein, SNAP 68 179 5.1E-6 T 16-09-2021 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Gene3D G3DSA:1.25.40.10 317 429 2.5E-8 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 276 309 8.732 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Gene3D G3DSA:1.10.260.40 4 69 2.3E-16 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 395 427 5.074 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 PANTHER PTHR10098 85 418 5.0E-26 T 16-09-2021 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 10 63 12.897 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 197 230 7.434 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Gene3D G3DSA:1.25.40.10 77 231 4.7E-21 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SUPERFAMILY SSF48452 198 326 6.26E-14 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 155 188 5.9 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 75 108 6.667 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 236 269 0.066 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 155 188 41.0 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 276 309 96.0 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 75 108 260.0 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 115 148 0.15 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 355 388 29.0 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00028 197 230 34.0 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 SMART SM00530 9 63 7.8E-9 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Pfam PF13181 Tetratricopeptide repeat 199 230 0.12 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Pfam PF13181 Tetratricopeptide repeat 361 384 0.015 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 ProSiteProfiles PS50005 TPR repeat profile. 115 148 7.139 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 CDD cd00093 HTH_XRE 7 63 1.08324E-10 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Pfam PF12844 Helix-turn-helix domain 7 66 1.4E-12 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00935 0734359699d185fdce0a47dd453314f2 430 Gene3D G3DSA:1.25.40.10 243 316 1.3E-12 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00577 03b8d3274ce8f4bbb70c980c206162a9 89 Pfam PF04647 Accessory gene regulator B 8 84 1.5E-14 T 16-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_00319 4b59d10f59df5b40f11dbec4821f661f 338 PRINTS PR00164 ABC-2 type transport system membrane protein signature 258 277 9.7E-5 T 16-09-2021 IPR000412 ABC-2 transporter GO:0016021|GO:0043190|GO:0055085 +MGYG000000001_00319 4b59d10f59df5b40f11dbec4821f661f 338 PRINTS PR00164 ABC-2 type transport system membrane protein signature 221 245 9.7E-5 T 16-09-2021 IPR000412 ABC-2 transporter GO:0016021|GO:0043190|GO:0055085 +MGYG000000001_00319 4b59d10f59df5b40f11dbec4821f661f 338 Pfam PF01061 ABC-2 type transporter 191 300 2.0E-11 T 16-09-2021 IPR013525 ABC-2 type transporter GO:0016020 Reactome: R-HSA-1369062 +MGYG000000001_00319 4b59d10f59df5b40f11dbec4821f661f 338 PANTHER PTHR43027 192 326 3.8E-13 T 16-09-2021 +MGYG000000001_01136 be1ebcee288aba9a9c941b34b51d770b 345 Pfam PF13303 Phosphotransferase system, EIIC 29 334 3.4E-60 T 16-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_01136 be1ebcee288aba9a9c941b34b51d770b 345 PANTHER PTHR40063 19 343 1.8E-135 T 16-09-2021 +MGYG000000001_01182 6c52fbc9d09c9ba72a5c44a675c5319a 479 Pfam PF13722 5TM C-terminal transporter carbon starvation CstA 321 430 3.2E-23 T 16-09-2021 IPR025299 CstA, C-terminal domain +MGYG000000001_01182 6c52fbc9d09c9ba72a5c44a675c5319a 479 Pfam PF02554 Carbon starvation protein CstA 4 144 3.7E-34 T 16-09-2021 IPR003706 CstA, N-terminal domain GO:0009267|GO:0016020 +MGYG000000001_01182 6c52fbc9d09c9ba72a5c44a675c5319a 479 Pfam PF02554 Carbon starvation protein CstA 152 283 2.5E-19 T 16-09-2021 IPR003706 CstA, N-terminal domain GO:0009267|GO:0016020 +MGYG000000001_01182 6c52fbc9d09c9ba72a5c44a675c5319a 479 PANTHER PTHR30252 1 470 1.3E-205 T 16-09-2021 +MGYG000000001_01182 6c52fbc9d09c9ba72a5c44a675c5319a 479 PANTHER PTHR30252:SF4 1 470 1.3E-205 T 16-09-2021 +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 SUPERFAMILY SSF54211 5 130 1.82E-48 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 ProSitePatterns PS00360 Ribosomal protein S9 signature. 69 87 - T 16-09-2021 IPR020574 Ribosomal protein S9, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 Pfam PF00380 Ribosomal protein S9/S16 10 130 1.3E-46 T 16-09-2021 IPR000754 Ribosomal protein S9 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 PANTHER PTHR21569 3 130 5.6E-58 T 16-09-2021 IPR000754 Ribosomal protein S9 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 Gene3D G3DSA:3.30.230.10 1 130 5.6E-52 T 16-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 Hamap MF_00532_B 30S ribosomal protein S9 [rpsI]. 1 130 35.571 T 16-09-2021 IPR023035 Ribosomal protein S9, bacterial/plastid +MGYG000000001_02556 8b182f835c7f7c317c2e24d3568cd5ec 130 PANTHER PTHR21569:SF1 3 130 5.6E-58 T 16-09-2021 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 SUPERFAMILY SSF55174 1 67 1.06E-23 T 16-09-2021 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 PANTHER PTHR32319 1 67 1.7E-28 T 16-09-2021 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 TIGRFAM TIGR02988 YaaA_near_RecF: S4 domain protein YaaA 3 62 3.4E-28 T 16-09-2021 IPR014330 RNA-binding S4-related,YaaA +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 SMART SM00363 11 66 0.0058 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 11 66 13.548 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 Gene3D G3DSA:3.10.290.10 1 68 1.1E-30 T 16-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 CDD cd00165 S4 13 67 1.75083E-8 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 Pfam PF13275 S4 domain 4 68 3.4E-31 T 16-09-2021 +MGYG000000001_00950 659f7df49c3d68234ba719de2d29d414 68 PANTHER PTHR32319:SF3 1 67 1.7E-28 T 16-09-2021 +MGYG000000001_02688 5cdb3bfb327afa8d95810e2f96aa8d46 72 Pfam PF11007 Spore coat associated protein JA (CotJA) 15 46 7.2E-11 T 16-09-2021 IPR020256 Spore coat protein CotJA +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 SFLD SFLDG01144 C2.B.4: PGP Like 4 277 0.0 T 16-09-2021 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 SFLD SFLDS00003 Haloacid Dehalogenase 4 277 0.0 T 16-09-2021 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 CDD cd07516 HAD_Pase 6 276 1.65167E-79 T 16-09-2021 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 Pfam PF08282 haloacid dehalogenase-like hydrolase 7 274 6.8E-59 T 16-09-2021 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 SUPERFAMILY SSF56784 1 278 3.2E-66 T 16-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 TIGRFAM TIGR00099 Cof-subfamily: Cof-like hydrolase 6 274 4.0E-62 T 16-09-2021 IPR000150 Cof family GO:0016787 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 PANTHER PTHR10000 1 279 9.4E-64 T 16-09-2021 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 TIGRFAM TIGR01484 HAD-SF-IIB: HAD hydrolase, family IIB 7 247 9.4E-24 T 16-09-2021 IPR006379 HAD-superfamily hydrolase, subfamily IIB Reactome: R-HSA-446205 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 Gene3D G3DSA:3.40.50.1000 5 274 2.2E-73 T 16-09-2021 IPR023214 HAD superfamily +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 Gene3D G3DSA:3.30.1240.10 88 203 2.2E-73 T 16-09-2021 +MGYG000000001_02378 a87bfdeea38e2871e4d1bdcc6b67a9c5 283 PANTHER PTHR10000:SF8 1 279 9.4E-64 T 16-09-2021 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 SUPERFAMILY SSF52374 13 639 3.22E-136 T 16-09-2021 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Hamap MF_02003 Isoleucine--tRNA ligase [ileS]. 2 1034 13.762 T 16-09-2021 IPR023586 Isoleucine-tRNA ligase, type 2 GO:0004822 KEGG: 00970+6.1.1.5|Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 SUPERFAMILY SSF50677 207 380 8.79E-46 T 16-09-2021 IPR009008 Valyl/Leucyl/Isoleucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Gene3D G3DSA:1.10.730.10 633 817 1.1E-53 T 16-09-2021 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 TIGRFAM TIGR00392 ileS: isoleucine--tRNA ligase 10 836 5.2E-300 T 16-09-2021 IPR002301 Isoleucine-tRNA ligase GO:0000166|GO:0004822|GO:0005524|GO:0006428 KEGG: 00970+6.1.1.5 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Gene3D G3DSA:3.40.50.620 16 618 2.9E-249 T 16-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 CDD cd00818 IleRS_core 40 631 9.40084E-131 T 16-09-2021 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Coils Coil 683 703 - T 16-09-2021 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Pfam PF00133 tRNA synthetases class I (I, L, M and V) 20 623 2.1E-185 T 16-09-2021 IPR002300 Aminoacyl-tRNA synthetase, class Ia GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 SUPERFAMILY SSF47323 649 880 6.73E-56 T 16-09-2021 IPR009080 Aminoacyl-tRNA synthetase, class Ia, anticodon-binding GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Pfam PF08264 Anticodon-binding domain of tRNA 679 826 7.0E-34 T 16-09-2021 IPR013155 Methionyl/Valyl/Leucyl/Isoleucyl-tRNA synthetase, anticodon-binding GO:0004812|GO:0006418 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 PRINTS PR00984 Isoleucyl-tRNA synthetase signature 511 524 2.6E-30 T 16-09-2021 IPR002301 Isoleucine-tRNA ligase GO:0000166|GO:0004822|GO:0005524|GO:0006428 KEGG: 00970+6.1.1.5 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 PRINTS PR00984 Isoleucyl-tRNA synthetase signature 221 244 2.6E-30 T 16-09-2021 IPR002301 Isoleucine-tRNA ligase GO:0000166|GO:0004822|GO:0005524|GO:0006428 KEGG: 00970+6.1.1.5 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 PRINTS PR00984 Isoleucyl-tRNA synthetase signature 42 53 2.6E-30 T 16-09-2021 IPR002301 Isoleucine-tRNA ligase GO:0000166|GO:0004822|GO:0005524|GO:0006428 KEGG: 00970+6.1.1.5 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 PRINTS PR00984 Isoleucyl-tRNA synthetase signature 384 399 2.6E-30 T 16-09-2021 IPR002301 Isoleucine-tRNA ligase GO:0000166|GO:0004822|GO:0005524|GO:0006428 KEGG: 00970+6.1.1.5 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 PRINTS PR00984 Isoleucyl-tRNA synthetase signature 551 560 2.6E-30 T 16-09-2021 IPR002301 Isoleucine-tRNA ligase GO:0000166|GO:0004822|GO:0005524|GO:0006428 KEGG: 00970+6.1.1.5 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 CDD cd07961 Anticodon_Ia_Ile_ABEc 631 809 1.58365E-80 T 16-09-2021 IPR033709 Isoleucyl tRNA synthetase type 2, anticodon-binding domain GO:0000049 KEGG: 00970+6.1.1.5|Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 PANTHER PTHR42780 11 1021 0.0 T 16-09-2021 +MGYG000000001_02524 6299a04162e6a3fe10bb57d8ccedaa85 1035 Gene3D G3DSA:3.90.740.10 198 390 2.9E-249 T 16-09-2021 IPR009008 Valyl/Leucyl/Isoleucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 Gene3D G3DSA:3.30.70.1710 2 79 7.5E-29 T 16-09-2021 +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 SUPERFAMILY SSF143414 3 91 5.1E-25 T 16-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 Gene3D G3DSA:3.30.70.1710 80 181 1.1E-27 T 16-09-2021 +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 PANTHER PTHR33941 1 85 5.9E-42 T 16-09-2021 +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 PANTHER PTHR33941 94 178 5.9E-42 T 16-09-2021 +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 CDD cd07053 BMC_PduT_repeat1 4 79 3.68636E-33 T 16-09-2021 +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 SUPERFAMILY SSF143414 95 181 4.97E-19 T 16-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 Pfam PF00936 BMC domain 96 173 6.0E-18 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 Pfam PF00936 BMC domain 4 76 3.4E-24 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 PIRSF PIRSF034834 1 182 3.6E-55 T 16-09-2021 IPR011238 Polyhedral organelle shell protein PduT +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 SMART SM00877 3 77 7.1E-30 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 SMART SM00877 95 173 1.8E-21 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01147 4898f47fa8d7d7a707cf22e913a24195 182 CDD cd07054 BMC_PduT_repeat2 96 160 8.17692E-18 T 16-09-2021 +MGYG000000001_00201 65ef94c0ce3eb905903499259c180237 69 Pfam PF11007 Spore coat associated protein JA (CotJA) 16 47 1.3E-10 T 16-09-2021 IPR020256 Spore coat protein CotJA +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 CDD cd00019 AP2Ec 4 274 1.91576E-87 T 16-09-2021 IPR001719 AP endonuclease 2 GO:0003677|GO:0006281|GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 SMART SM00518 3 275 7.2E-97 T 16-09-2021 IPR001719 AP endonuclease 2 GO:0003677|GO:0006281|GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 PANTHER PTHR21445:SF0 2 274 1.6E-102 T 16-09-2021 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 SUPERFAMILY SSF51658 2 275 2.62E-92 T 16-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 Hamap MF_00152 Probable endonuclease 4 [nfo]. 2 275 41.558 T 16-09-2021 IPR001719 AP endonuclease 2 GO:0003677|GO:0006281|GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 ProSitePatterns PS00731 AP endonucleases family 2 signature 3. 210 226 - T 16-09-2021 IPR018246 AP endonuclease 2, zinc binding site GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 Pfam PF01261 Xylose isomerase-like TIM barrel 19 234 1.7E-35 T 16-09-2021 IPR013022 Xylose isomerase-like, TIM barrel domain +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 ProSitePatterns PS00730 AP endonucleases family 2 signature 2. 172 179 - T 16-09-2021 IPR018246 AP endonuclease 2, zinc binding site GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 Gene3D G3DSA:3.20.20.150 1 277 3.0E-97 T 16-09-2021 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 PANTHER PTHR21445 2 274 1.6E-102 T 16-09-2021 IPR001719 AP endonuclease 2 GO:0003677|GO:0006281|GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 TIGRFAM TIGR00587 nfo: apurinic endonuclease (APN1) 3 272 9.0E-90 T 16-09-2021 IPR001719 AP endonuclease 2 GO:0003677|GO:0006281|GO:0008270 +MGYG000000001_02712 56b0c016fbb2e61b6f818c6436aa6b90 278 ProSiteProfiles PS51432 AP endonucleases family 2 profile. 1 276 109.886 T 16-09-2021 IPR001719 AP endonuclease 2 GO:0003677|GO:0006281|GO:0008270 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 ProSitePatterns PS00332 Copper/Zinc superoxide dismutase signature 2. 155 166 - T 16-09-2021 IPR018152 Superoxide dismutase, copper/zinc, binding site GO:0004784|GO:0055114 MetaCyc: PWY-6854|Reactome: R-HSA-3299685 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 PANTHER PTHR10003:SF58 39 167 1.2E-27 T 16-09-2021 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 Pfam PF00080 Copper/zinc superoxide dismutase (SODC) 38 166 5.4E-31 T 16-09-2021 IPR001424 Superoxide dismutase, copper/zinc binding domain GO:0006801|GO:0046872 MetaCyc: PWY-6854|Reactome: R-HSA-3299685 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 Gene3D G3DSA:2.60.40.200 35 166 1.8E-37 T 16-09-2021 IPR036423 Superoxide dismutase-like, copper/zinc binding domain superfamily GO:0006801|GO:0046872 MetaCyc: PWY-6854|Reactome: R-HSA-3299685 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 SUPERFAMILY SSF49329 38 168 4.97E-37 T 16-09-2021 IPR036423 Superoxide dismutase-like, copper/zinc binding domain superfamily GO:0006801|GO:0046872 MetaCyc: PWY-6854|Reactome: R-HSA-3299685 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 ProSitePatterns PS00087 Copper/Zinc superoxide dismutase signature 1. 72 82 - T 16-09-2021 IPR018152 Superoxide dismutase, copper/zinc, binding site GO:0004784|GO:0055114 MetaCyc: PWY-6854|Reactome: R-HSA-3299685 +MGYG000000001_01950 454de235bd53cd8ffb3d25c2517e835a 169 PANTHER PTHR10003 39 167 1.2E-27 T 16-09-2021 IPR024134 Superoxide dismutase (Cu/Zn) / superoxide dismutase copper chaperone MetaCyc: PWY-6854|Reactome: R-HSA-3299685 +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 PANTHER PTHR43340 5 177 1.6E-60 T 16-09-2021 +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 PANTHER PTHR43340:SF1 5 177 1.6E-60 T 16-09-2021 +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 CDD cd06223 PRTases_typeI 22 148 8.14539E-23 T 16-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 TIGRFAM TIGR01203 HGPRTase: hypoxanthine phosphoribosyltransferase 10 174 5.5E-59 T 16-09-2021 IPR005904 Hypoxanthine phosphoribosyl transferase GO:0004422|GO:0006166 KEGG: 00230+2.4.2.8|KEGG: 00983+2.4.2.8|MetaCyc: PWY-6599|MetaCyc: PWY-6609|MetaCyc: PWY-6610|MetaCyc: PWY-6620 +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 Pfam PF00156 Phosphoribosyl transferase domain 15 161 3.7E-24 T 16-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 Gene3D G3DSA:3.40.50.2020 1 179 4.0E-63 T 16-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00092 ac2b717b4c0a1c6760898c0ef1ebbee0 179 SUPERFAMILY SSF53271 2 175 4.2E-51 T 16-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 Gene3D G3DSA:3.40.50.300 1 228 3.2E-61 T 16-09-2021 +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 SUPERFAMILY SSF52540 3 218 5.6E-66 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 232 25.55 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 ProSitePatterns PS00211 ABC transporters family signature. 138 152 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 PANTHER PTHR24220 1 232 1.4E-94 T 16-09-2021 +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 SMART SM00382 31 226 5.4E-14 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 PANTHER PTHR24220:SF661 1 232 1.4E-94 T 16-09-2021 +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 3 215 3.49895E-106 T 16-09-2021 +MGYG000000001_01890 5969238a99e4e39dc6fad7781419d050 232 Pfam PF00005 ABC transporter 22 165 4.9E-33 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02509 9887e9cc62a6ca627238ad0f7984d3c4 453 PANTHER PTHR11785 5 440 8.9E-90 T 16-09-2021 +MGYG000000001_02509 9887e9cc62a6ca627238ad0f7984d3c4 453 PIRSF PIRSF006060 1 452 4.0E-81 T 16-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02509 9887e9cc62a6ca627238ad0f7984d3c4 453 Gene3D G3DSA:1.20.1740.10 4 450 5.6E-90 T 16-09-2021 +MGYG000000001_02509 9887e9cc62a6ca627238ad0f7984d3c4 453 Pfam PF13520 Amino acid permease 10 431 3.1E-69 T 16-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 Hamap MF_00004 Adenine phosphoribosyltransferase [apt]. 3 170 39.065 T 16-09-2021 IPR005764 Adenine phosphoribosyl transferase GO:0003999|GO:0005737|GO:0006168 KEGG: 00230+2.4.2.7|MetaCyc: PWY-6605|MetaCyc: PWY-6610|MetaCyc: PWY-7805|MetaCyc: PWY-7807|Reactome: R-HSA-6798695|Reactome: R-HSA-74217 +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 Gene3D G3DSA:3.40.50.2020 1 170 9.8E-63 T 16-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 TIGRFAM TIGR01090 apt: adenine phosphoribosyltransferase 3 170 1.8E-70 T 16-09-2021 IPR005764 Adenine phosphoribosyl transferase GO:0003999|GO:0005737|GO:0006168 KEGG: 00230+2.4.2.7|MetaCyc: PWY-6605|MetaCyc: PWY-6610|MetaCyc: PWY-7805|MetaCyc: PWY-7807|Reactome: R-HSA-6798695|Reactome: R-HSA-74217 +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 CDD cd06223 PRTases_typeI 37 161 3.86527E-25 T 16-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 SUPERFAMILY SSF53271 2 168 1.23E-51 T 16-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 Pfam PF00156 Phosphoribosyl transferase domain 27 152 1.1E-16 T 16-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00354 cc16f7e9e723d376235acdc21faf93fd 170 PANTHER PTHR32315 2 170 2.4E-68 T 16-09-2021 +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 Pfam PF13581 Histidine kinase-like ATPase domain 9 136 6.9E-24 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 Hamap MF_00637 Anti-sigma F factor [spoIIAB]. 1 140 35.657 T 16-09-2021 IPR010194 Anti-sigma F factor GO:0004674|GO:0005524|GO:0006468|GO:0016989|GO:0042174|GO:0045892 KEGG: 04150+2.7.11.1|KEGG: 04151+2.7.11.1|KEGG: 04714+2.7.11.1|KEGG: 04926+2.7.11.1|KEGG: 05163+2.7.11.1|KEGG: 05165+2.7.11.1|KEGG: 05170+2.7.11.1 +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 Gene3D G3DSA:3.30.565.10 1 138 5.0E-30 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 PANTHER PTHR35526:SF2 1 138 2.6E-58 T 16-09-2021 IPR010194 Anti-sigma F factor GO:0004674|GO:0005524|GO:0006468|GO:0016989|GO:0042174|GO:0045892 KEGG: 04150+2.7.11.1|KEGG: 04151+2.7.11.1|KEGG: 04714+2.7.11.1|KEGG: 04926+2.7.11.1|KEGG: 05163+2.7.11.1|KEGG: 05165+2.7.11.1|KEGG: 05170+2.7.11.1 +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 SMART SM00387 35 140 2.9E-4 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 TIGRFAM TIGR01925 spIIAB: anti-sigma F factor 1 136 1.5E-62 T 16-09-2021 IPR010194 Anti-sigma F factor GO:0004674|GO:0005524|GO:0006468|GO:0016989|GO:0042174|GO:0045892 KEGG: 04150+2.7.11.1|KEGG: 04151+2.7.11.1|KEGG: 04714+2.7.11.1|KEGG: 04926+2.7.11.1|KEGG: 05163+2.7.11.1|KEGG: 05165+2.7.11.1|KEGG: 05170+2.7.11.1 +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 CDD cd16942 HATPase_SpoIIAB-like 3 136 1.57949E-61 T 16-09-2021 +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 SUPERFAMILY SSF55874 28 134 6.42E-20 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00408 3b0293a844e98d9d00d0140a0ba80dce 142 PANTHER PTHR35526 1 138 2.6E-58 T 16-09-2021 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 PANTHER PTHR46124 2 257 2.6E-104 T 16-09-2021 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 PIRSF PIRSF005902 1 258 1.1E-88 T 16-09-2021 IPR001130 TatD family GO:0016788 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 SUPERFAMILY SSF51556 2 255 2.62E-94 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 Pfam PF01026 TatD related DNase 3 254 4.5E-85 T 16-09-2021 IPR001130 TatD family GO:0016788 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 CDD cd01310 TatD_DNAse 2 254 1.44182E-126 T 16-09-2021 IPR001130 TatD family GO:0016788 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 ProSitePatterns PS01091 TatD deoxyribonuclease family signature 3. 190 206 - T 16-09-2021 IPR018228 Deoxyribonuclease, TatD-related, conserved site GO:0016888 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 Gene3D G3DSA:3.20.20.140 1 257 3.5E-108 T 16-09-2021 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 TIGRFAM TIGR00010 TIGR00010: hydrolase, TatD family 2 254 5.6E-93 T 16-09-2021 IPR015991 Uncharacterised hydrolase TatD-type GO:0004536 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 PANTHER PTHR46124:SF2 2 257 2.6E-104 T 16-09-2021 +MGYG000000001_00672 7071c5f4e3e953c379ee0ea1d3ffb05c 264 ProSitePatterns PS01137 TatD deoxyribonuclease family signature 1. 2 10 - T 16-09-2021 IPR018228 Deoxyribonuclease, TatD-related, conserved site GO:0016888 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 Gene3D G3DSA:3.80.30.20 258 495 1.7E-19 T 16-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 SFLD SFLDG01082 B12-binding domain containing 12 596 0.0 T 16-09-2021 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 PANTHER PTHR42731 6 607 1.7E-259 T 16-09-2021 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 TIGRFAM TIGR03960 rSAM_fuse_unch: radical SAM family uncharacterized protein 8 608 0.0 T 16-09-2021 IPR023862 Conserved hypothetical protein CHP03960, radical SAM +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 SFLD SFLDS00029 Radical SAM 12 596 0.0 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 CDD cd01335 Radical_SAM 263 430 6.21054E-8 T 16-09-2021 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 SUPERFAMILY SSF102114 227 603 1.06E-54 T 16-09-2021 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 SMART SM00729 259 485 6.6E-28 T 16-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 Pfam PF04055 Radical SAM superfamily 265 427 1.4E-18 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00294 493c105248d41fab0ef09d6cf0f1c60f 614 PANTHER PTHR42731:SF1 6 607 1.7E-259 T 16-09-2021 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 TIGRFAM TIGR00211 glyS: glycine--tRNA ligase, beta subunit 3 686 1.3E-232 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 SUPERFAMILY SSF109604 336 490 2.76E-16 T 16-09-2021 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 Hamap MF_00255 Glycine--tRNA ligase beta subunit [glyS]. 2 685 26.29 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 PANTHER PTHR30075 4 685 2.2E-233 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 ProSiteProfiles PS50861 Heterodimeric glycyl-transfer RNA synthetases family profile. 360 650 75.875 T 16-09-2021 IPR006194 Glycine-tRNA synthetase, heterodimeric GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 Pfam PF02092 Glycyl-tRNA synthetase beta subunit 5 550 2.1E-211 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 Coils Coil 191 218 - T 16-09-2021 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 PRINTS PR01045 Glycyl-tRNA synthetase beta subunit signature 49 61 5.9E-36 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 PRINTS PR01045 Glycyl-tRNA synthetase beta subunit signature 244 259 5.9E-36 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 PRINTS PR01045 Glycyl-tRNA synthetase beta subunit signature 315 331 5.9E-36 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 PRINTS PR01045 Glycyl-tRNA synthetase beta subunit signature 6 19 5.9E-36 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 PRINTS PR01045 Glycyl-tRNA synthetase beta subunit signature 393 412 5.9E-36 T 16-09-2021 IPR015944 Glycine-tRNA ligase, beta subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00214 dcac4b9aee58e718640f1d7b950dc9e3 688 Pfam PF05746 DALR anticodon binding domain 582 676 5.6E-8 T 16-09-2021 IPR008909 DALR anticodon binding GO:0004814|GO:0005524|GO:0006420 +MGYG000000001_01105 ed85ac1c9abb0cf29977fc9063aec842 137 Pfam PF06356 Protein of unknown function (DUF1064) 1 114 1.2E-44 T 16-09-2021 IPR009414 Protein of unknown function DUF1064 +MGYG000000001_02229 a553a78b264430ba08a0501407ec7b8e 445 Pfam PF14667 Polysaccharide biosynthesis C-terminal domain 355 437 4.9E-7 T 16-09-2021 IPR029303 Polysaccharide biosynthesis protein, C-terminal domain +MGYG000000001_02229 a553a78b264430ba08a0501407ec7b8e 445 CDD cd13124 MATE_SpoVB_like 11 437 8.75028E-89 T 16-09-2021 IPR024923 Peptidoglycan biosynthesis protein, SpoVB-type +MGYG000000001_02229 a553a78b264430ba08a0501407ec7b8e 445 PANTHER PTHR30250 3 437 1.7E-41 T 16-09-2021 +MGYG000000001_02229 a553a78b264430ba08a0501407ec7b8e 445 Pfam PF01943 Polysaccharide biosynthesis protein 9 302 6.1E-24 T 16-09-2021 IPR002797 Polysaccharide biosynthesis protein GO:0016020 +MGYG000000001_02229 a553a78b264430ba08a0501407ec7b8e 445 PANTHER PTHR30250:SF6 3 437 1.7E-41 T 16-09-2021 +MGYG000000001_02229 a553a78b264430ba08a0501407ec7b8e 445 PIRSF PIRSF038958 1 444 1.7E-84 T 16-09-2021 IPR024923 Peptidoglycan biosynthesis protein, SpoVB-type +MGYG000000001_01885 cf5d1793ce7d3a9462ff035e2a0569a9 126 Pfam PF07561 Domain of Unknown Function (DUF1540) 88 120 7.8E-6 T 16-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_01885 cf5d1793ce7d3a9462ff035e2a0569a9 126 Pfam PF07561 Domain of Unknown Function (DUF1540) 7 44 3.4E-7 T 16-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_00640 e1fc941436d49a191e191f994d661e32 70 Gene3D G3DSA:1.10.8.910 14 69 1.3E-6 T 16-09-2021 IPR038300 SASP, alpha/beta-type superfamily +MGYG000000001_02553 09db7027103ad07dea7c4d0d777a2513 71 Pfam PF07872 Protein of unknown function (DUF1659) 7 50 5.0E-15 T 16-09-2021 IPR012454 Protein of unknown function DUF1659 +MGYG000000001_01134 738166b06096337fc4eab73d2be37d2f 171 Pfam PF06114 IrrE N-terminal-like domain 16 135 9.4E-8 T 16-09-2021 IPR010359 IrrE N-terminal-like domain +MGYG000000001_01254 dd7ae7faa9f48f3781c28c6627b7d70c 131 PANTHER PTHR37831 1 131 1.7E-52 T 16-09-2021 IPR023064 D-ribose pyranase GO:0016872 +MGYG000000001_01254 dd7ae7faa9f48f3781c28c6627b7d70c 131 Hamap MF_01661 D-ribose pyranase [rbsD]. 1 131 32.456 T 16-09-2021 IPR023064 D-ribose pyranase GO:0016872 +MGYG000000001_01254 dd7ae7faa9f48f3781c28c6627b7d70c 131 Pfam PF05025 RbsD / FucU transport protein family 1 130 8.0E-49 T 16-09-2021 IPR007721 D-ribose pyranase RbsD/L-fucose mutarotase FucU GO:0005996|GO:0016853|GO:0048029 Reactome: R-HSA-6787639 +MGYG000000001_01254 dd7ae7faa9f48f3781c28c6627b7d70c 131 Gene3D G3DSA:3.40.1650.10 8 128 3.4E-38 T 16-09-2021 IPR023750 RbsD-like superfamily GO:0005996|GO:0016853|GO:0048029 Reactome: R-HSA-6787639 +MGYG000000001_01254 dd7ae7faa9f48f3781c28c6627b7d70c 131 SUPERFAMILY SSF102546 1 131 2.09E-46 T 16-09-2021 IPR023750 RbsD-like superfamily GO:0005996|GO:0016853|GO:0048029 Reactome: R-HSA-6787639 +MGYG000000001_03005 e9f7229b5376002458351165658f2c16 279 Gene3D G3DSA:1.10.150.240 81 142 8.2E-10 T 16-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_03005 e9f7229b5376002458351165658f2c16 279 CDD cd01427 HAD_like 164 234 5.8356E-4 T 16-09-2021 +MGYG000000001_03005 e9f7229b5376002458351165658f2c16 279 SUPERFAMILY SSF56784 10 241 7.66E-17 T 16-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_03005 e9f7229b5376002458351165658f2c16 279 Pfam PF13419 Haloacid dehalogenase-like hydrolase 87 234 4.9E-10 T 16-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_03005 e9f7229b5376002458351165658f2c16 279 Gene3D G3DSA:3.40.50.1000 143 234 8.2E-10 T 16-09-2021 IPR023214 HAD superfamily +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 PANTHER PTHR10291:SF0 10 242 6.4E-97 T 16-09-2021 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 SUPERFAMILY SSF64005 10 237 8.76E-92 T 16-09-2021 IPR036424 Decaprenyl diphosphate synthase-like superfamily GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 Hamap MF_01139 Ditrans,polycis-undecaprenyl-diphosphate synthase ((2E,6E)-farnesyl-diphosphate specific) [uppS]. 14 242 40.942 T 16-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 PANTHER PTHR10291 10 242 6.4E-97 T 16-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 Pfam PF01255 Putative undecaprenyl diphosphate synthase 21 241 3.5E-84 T 16-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 TIGRFAM TIGR00055 uppS: di-trans,poly-cis-decaprenylcistransferase 14 241 9.1E-90 T 16-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 Gene3D G3DSA:3.40.1180.10 2 243 1.5E-98 T 16-09-2021 IPR036424 Decaprenyl diphosphate synthase-like superfamily GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 ProSitePatterns PS01066 Undecaprenyl pyrophosphate synthase family signature. 187 204 - T 16-09-2021 IPR018520 Di-trans-poly-cis-decaprenylcistransferase-like, conserved site GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01678 e36e241d1a7e2093df39602d9656b541 244 CDD cd00475 Cis_IPPS 17 235 7.69594E-139 T 16-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 Pfam PF00550 Phosphopantetheine attachment site 3 71 1.7E-17 T 16-09-2021 IPR009081 Phosphopantetheine binding ACP domain +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 SUPERFAMILY SSF47336 2 74 6.67E-23 T 16-09-2021 IPR036736 ACP-like superfamily +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 TIGRFAM TIGR00517 acyl_carrier: acyl carrier protein 2 75 5.3E-26 T 16-09-2021 IPR003231 Acyl carrier protein (ACP) GO:0006633 Reactome: R-HSA-389661|Reactome: R-HSA-611105|Reactome: R-HSA-6799198|Reactome: R-HSA-77289 +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 Gene3D G3DSA:1.10.1200.10 1 75 1.8E-26 T 16-09-2021 IPR036736 ACP-like superfamily +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 PANTHER PTHR20863 2 74 1.3E-23 T 16-09-2021 +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 Hamap MF_01217 Acyl carrier protein [acpP]. 1 75 18.829 T 16-09-2021 IPR003231 Acyl carrier protein (ACP) GO:0006633 Reactome: R-HSA-389661|Reactome: R-HSA-611105|Reactome: R-HSA-6799198|Reactome: R-HSA-77289 +MGYG000000001_02212 67a00f3788d91c9a31fe3c92a36951ff 75 ProSiteProfiles PS50075 Carrier protein (CP) domain profile. 1 75 24.978 T 16-09-2021 IPR009081 Phosphopantetheine binding ACP domain +MGYG000000001_00378 63fff839b6090ee1415b2a60085fe559 229 Pfam PF06149 Protein of unknown function (DUF969) 2 215 2.7E-86 T 16-09-2021 IPR010374 Protein of unknown function DUF969 +MGYG000000001_00281 3c24c236d2536fad5182f53fbb5e3d89 212 Hamap MF_01114 Regulatory protein RecX [recX]. 42 208 16.065 T 16-09-2021 IPR003783 Regulatory protein RecX GO:0006282 +MGYG000000001_00281 3c24c236d2536fad5182f53fbb5e3d89 212 Gene3D G3DSA:1.10.10.2800 1 106 6.7E-24 T 16-09-2021 +MGYG000000001_00281 3c24c236d2536fad5182f53fbb5e3d89 212 Pfam PF02631 RecX family 87 203 8.5E-30 T 16-09-2021 IPR003783 Regulatory protein RecX GO:0006282 +MGYG000000001_00281 3c24c236d2536fad5182f53fbb5e3d89 212 Gene3D G3DSA:1.10.10.10 153 211 6.7E-11 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00281 3c24c236d2536fad5182f53fbb5e3d89 212 Gene3D G3DSA:1.10.10.10 107 150 1.9E-9 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00281 3c24c236d2536fad5182f53fbb5e3d89 212 PANTHER PTHR33602 1 204 1.1E-35 T 16-09-2021 IPR003783 Regulatory protein RecX GO:0006282 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 CDD cd01049 RNRR2 8 288 2.30839E-98 T 16-09-2021 IPR033909 Ribonucleotide reductase small subunit GO:0009263 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 PIRSF PIRSF000355 1 316 3.3E-88 T 16-09-2021 IPR000358 Ribonucleotide reductase small subunit family GO:0009263 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 SUPERFAMILY SSF47240 5 317 6.34E-88 T 16-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 Gene3D G3DSA:1.10.620.20 3 290 6.3E-97 T 16-09-2021 IPR012348 Ribonucleotide reductase-like GO:0016491|GO:0055114 Reactome: R-HSA-499943 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 PANTHER PTHR23409 6 308 4.0E-63 T 16-09-2021 IPR000358 Ribonucleotide reductase small subunit family GO:0009263 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 Pfam PF00268 Ribonucleotide reductase, small chain 8 281 3.2E-82 T 16-09-2021 IPR000358 Ribonucleotide reductase small subunit family GO:0009263 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 PANTHER PTHR23409:SF18 6 308 4.0E-63 T 16-09-2021 +MGYG000000001_00346 d26453147b4dc322962aad6247b62e3b 320 TIGRFAM TIGR04171 RNR_1b_NrdF: ribonucleoside-diphosphate reductase, class 1b, beta subunit 6 319 2.7E-136 T 16-09-2021 IPR026494 Ribonucleoside-diphosphate reductase subunit beta GO:0005971|GO:0009263 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Pfam PF01568 Molydopterin dinucleotide binding domain 568 655 1.2E-12 T 16-09-2021 IPR006657 Molybdopterin dinucleotide-binding domain GO:0016491|GO:0043546|GO:0055114 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Pfam PF04879 Molybdopterin oxidoreductase Fe4S4 domain 1 56 8.1E-13 T 16-09-2021 IPR006963 Molybdopterin oxidoreductase, 4Fe-4S domain GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Gene3D G3DSA:3.30.2070.10 425 512 9.5E-124 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Gene3D G3DSA:3.40.50.740 68 471 9.5E-124 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 PANTHER PTHR43742 5 661 8.5E-132 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 CDD cd02766 MopB_3 7 543 0.0 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Gene3D G3DSA:2.40.40.20 537 663 1.4E-17 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 PANTHER PTHR43742:SF6 5 661 8.5E-132 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Gene3D G3DSA:2.20.25.90 1 60 3.4E-15 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 SMART SM00926 1 56 2.0E-18 T 16-09-2021 IPR006963 Molybdopterin oxidoreductase, 4Fe-4S domain GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 SUPERFAMILY SSF50692 518 661 1.99E-18 T 16-09-2021 IPR009010 Aspartate decarboxylase-like domain superfamily +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Pfam PF00384 Molybdopterin oxidoreductase 59 466 2.3E-44 T 16-09-2021 IPR006656 Molybdopterin oxidoreductase GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 CDD cd02775 MopB_CT 560 653 7.04802E-11 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 SUPERFAMILY SSF53706 3 556 1.57E-133 T 16-09-2021 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 ProSiteProfiles PS51669 Prokaryotic molybdopterin oxidoreductases 4Fe-4S domain profile. 1 58 20.874 T 16-09-2021 IPR006963 Molybdopterin oxidoreductase, 4Fe-4S domain GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00410 2c12292888dc2bfc2305515945dc640b 663 Gene3D G3DSA:3.40.228.10 132 533 9.5E-124 T 16-09-2021 +MGYG000000001_00057 c0c8c88032bd6ab55cb27aefcaf5f6fc 187 Pfam PF02417 Chromate transporter 4 183 1.8E-42 T 16-09-2021 IPR003370 Chromate transporter GO:0015109|GO:0015703 +MGYG000000001_00057 c0c8c88032bd6ab55cb27aefcaf5f6fc 187 PANTHER PTHR43663:SF1 1 185 9.7E-45 T 16-09-2021 +MGYG000000001_00057 c0c8c88032bd6ab55cb27aefcaf5f6fc 187 PANTHER PTHR43663 1 185 9.7E-45 T 16-09-2021 +MGYG000000001_03072 873117bd76d5afeb58f5eacd0e88cb49 322 Pfam PF09991 Predicted membrane protein (DUF2232) 32 138 2.2E-7 T 16-09-2021 IPR018710 Protein of unknown function DUF2232 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 Coils Coil 385 408 - T 16-09-2021 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 Pfam PF00155 Aminotransferase class I and II 44 390 4.0E-47 T 16-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 PANTHER PTHR42832:SF3 21 400 9.6E-110 T 16-09-2021 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 CDD cd00609 AAT_like 46 397 5.74188E-81 T 16-09-2021 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 Gene3D G3DSA:3.40.640.10 55 295 1.5E-82 T 16-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 PANTHER PTHR42832 21 400 9.6E-110 T 16-09-2021 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 ProSitePatterns PS00105 Aminotransferases class-I pyridoxal-phosphate attachment site. 247 260 - T 16-09-2021 IPR004838 Aminotransferases, class-I, pyridoxal-phosphate-binding site GO:0003824|GO:0009058|GO:0030170 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 Gene3D G3DSA:3.90.1150.10 33 392 1.5E-82 T 16-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02362 fabd556763ef23964c24fb067e543835 409 SUPERFAMILY SSF53383 35 400 2.06E-77 T 16-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Pfam PF01381 Helix-turn-helix 9 61 7.8E-13 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Pfam PF01381 Helix-turn-helix 9 61 7.8E-13 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Coils Coil 133 153 - T 16-09-2021 +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Coils Coil 133 153 - T 16-09-2021 +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 PANTHER PTHR46558 9 138 6.1E-16 T 16-09-2021 +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 PANTHER PTHR46558 9 138 6.1E-16 T 16-09-2021 +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 SUPERFAMILY SSF48452 86 213 2.71E-5 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 SUPERFAMILY SSF48452 86 213 2.71E-5 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Gene3D G3DSA:1.25.40.10 76 246 2.4E-8 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Gene3D G3DSA:1.25.40.10 76 246 2.4E-8 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 9 63 15.659 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 9 63 15.659 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 SMART SM00530 8 63 1.8E-12 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 SMART SM00530 8 63 1.8E-12 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 SUPERFAMILY SSF47413 4 68 7.17E-17 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 SUPERFAMILY SSF47413 4 68 7.17E-17 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Gene3D G3DSA:1.10.260.40 2 67 2.8E-21 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 Gene3D G3DSA:1.10.260.40 2 67 2.8E-21 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00384 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 CDD cd00093 HTH_XRE 6 63 2.9656E-12 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00383 c7b22a8e112e5c1a4ccf5c53cdfa623e 353 CDD cd00093 HTH_XRE 6 63 2.9656E-12 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SUPERFAMILY SSF50249 301 388 7.46E-22 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 CDD cd04465 S1_RPS1_repeat_ec2_hs2 113 177 1.79242E-14 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Gene3D G3DSA:2.40.50.140 226 305 6.8E-27 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PRINTS PR00681 Ribosomal protein S1 signature 132 149 4.1E-15 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PRINTS PR00681 Ribosomal protein S1 signature 161 181 4.1E-15 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PRINTS PR00681 Ribosomal protein S1 signature 42 56 4.1E-15 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PRINTS PR00681 Ribosomal protein S1 signature 24 42 4.1E-15 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PRINTS PR00681 Ribosomal protein S1 signature 90 109 4.1E-15 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 CDD cd05687 S1_RPS1_repeat_ec1_hs1 24 92 5.00857E-13 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 ProSiteProfiles PS50126 S1 domain profile. 111 177 11.877 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Gene3D G3DSA:2.40.50.140 7 103 4.2E-15 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SMART SM00316 109 177 0.003 T 16-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SMART SM00316 22 93 9.6E-14 T 16-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SMART SM00316 314 385 2.5E-19 T 16-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SMART SM00316 229 299 3.6E-24 T 16-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Pfam PF00575 S1 RNA binding domain 228 299 1.6E-21 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Pfam PF00575 S1 RNA binding domain 315 385 2.6E-15 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Pfam PF00575 S1 RNA binding domain 21 92 2.0E-10 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Pfam PF00575 S1 RNA binding domain 108 177 2.2E-4 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PANTHER PTHR10724 13 397 4.1E-87 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 PANTHER PTHR10724:SF7 13 397 4.1E-87 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 ProSiteProfiles PS50126 S1 domain profile. 231 299 21.191 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Gene3D G3DSA:2.40.50.140 104 183 1.3E-7 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 ProSiteProfiles PS50126 S1 domain profile. 24 93 15.386 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SUPERFAMILY SSF50249 228 314 2.39E-24 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Coils Coil 185 223 - T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 Gene3D G3DSA:2.40.50.140 306 389 3.7E-20 T 16-09-2021 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SUPERFAMILY SSF50249 4 118 3.43E-20 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 ProSiteProfiles PS50126 S1 domain profile. 316 385 19.819 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_02337 639f6cc5386c8e54f3de54b6c5a34772 421 SUPERFAMILY SSF50249 109 190 6.12E-11 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 Gene3D G3DSA:3.30.70.20 2 33 2.2E-7 T 16-09-2021 +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 Gene3D G3DSA:3.30.70.20 34 68 1.3E-8 T 16-09-2021 +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 45 56 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 PANTHER PTHR24960 14 66 3.1E-14 T 16-09-2021 +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 6 35 10.533 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 Pfam PF14697 4Fe-4S dicluster domain 8 60 7.6E-11 T 16-09-2021 +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 PANTHER PTHR24960:SF55 14 66 3.1E-14 T 16-09-2021 +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 36 65 11.079 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00451 2695d74064d980e96530c1760e6d9140 69 SUPERFAMILY SSF54862 6 66 7.68E-18 T 16-09-2021 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 CDD cd18547 ABC_6TM_Tm288_like 15 297 1.89975E-22 T 16-09-2021 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 CDD cd18547 ABC_6TM_Tm288_like 15 297 1.89975E-22 T 16-09-2021 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Gene3D G3DSA:1.20.1560.10 1 318 1.2E-43 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Gene3D G3DSA:1.20.1560.10 1 318 1.2E-43 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 SUPERFAMILY SSF52540 322 563 4.63E-70 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 SUPERFAMILY SSF52540 322 563 4.63E-70 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 328 562 22.389 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 328 562 22.389 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 19 297 31.839 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 19 297 31.839 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 SMART SM00382 353 556 1.7E-13 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 SMART SM00382 353 556 1.7E-13 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 ProSitePatterns PS00211 ABC transporters family signature. 464 478 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 ProSitePatterns PS00211 ABC transporters family signature. 464 478 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 PANTHER PTHR24222 20 566 5.0E-99 T 16-09-2021 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 PANTHER PTHR24222 20 566 5.0E-99 T 16-09-2021 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 SUPERFAMILY SSF90123 2 309 1.7E-46 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 SUPERFAMILY SSF90123 2 309 1.7E-46 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Pfam PF00664 ABC transporter transmembrane region 19 285 2.1E-28 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Pfam PF00664 ABC transporter transmembrane region 19 285 2.1E-28 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Pfam PF00005 ABC transporter 344 492 6.1E-34 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Pfam PF00005 ABC transporter 344 492 6.1E-34 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Gene3D G3DSA:3.40.50.300 320 567 2.8E-72 T 16-09-2021 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 Gene3D G3DSA:3.40.50.300 320 567 2.8E-72 T 16-09-2021 +MGYG000000001_02058 bc2059f6a94e23d03ed1cbc8ab5c5255 567 PANTHER PTHR24222:SF22 20 566 5.0E-99 T 16-09-2021 +MGYG000000001_02056 bc2059f6a94e23d03ed1cbc8ab5c5255 567 PANTHER PTHR24222:SF22 20 566 5.0E-99 T 16-09-2021 +MGYG000000001_02521 5079ea4543aa0b4f66472bc8c1b38ccf 86 PANTHER PTHR33219 8 84 5.9E-12 T 16-09-2021 IPR003425 CCB3/YggT GO:0016020 +MGYG000000001_02521 5079ea4543aa0b4f66472bc8c1b38ccf 86 Pfam PF02325 YGGT family 11 79 4.9E-15 T 16-09-2021 IPR003425 CCB3/YggT GO:0016020 +MGYG000000001_02521 5079ea4543aa0b4f66472bc8c1b38ccf 86 PANTHER PTHR33219:SF5 8 84 5.9E-12 T 16-09-2021 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Gene3D G3DSA:3.30.1650.10 295 475 1.2E-73 T 16-09-2021 IPR038571 Bifunctional carbon monoxide dehydrogenase/acetyl-coa synthase, domain 3 superfamily KEGG: 00720+2.3.1.169|MetaCyc: PWY-7784 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Pfam PF03598 CO dehydrogenase/acetyl-CoA synthase complex beta subunit 297 454 4.5E-72 T 16-09-2021 IPR004461 CO dehydrogenase/acetyl-CoA synthase complex beta subunit GO:0006084|GO:0018492 KEGG: 00720+2.3.1.169|MetaCyc: PWY-7784 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Gene3D G3DSA:1.10.8.190 1 102 2.9E-30 T 16-09-2021 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 TIGRFAM TIGR00316 cdhC: CO dehydrogenase/CO-methylating acetyl-CoA synthase complex, beta subunit 296 704 5.1E-138 T 16-09-2021 IPR004461 CO dehydrogenase/acetyl-CoA synthase complex beta subunit GO:0006084|GO:0018492 KEGG: 00720+2.3.1.169|MetaCyc: PWY-7784 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Pfam PF18537 Carbon monoxide dehydrogenase subunit alpha N-terminal domain 20 100 9.4E-31 T 16-09-2021 IPR041350 Carbon monoxide dehydrogenase subunit alpha ,N-terminal KEGG: 00720+2.3.1.169|MetaCyc: PWY-7784 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 SUPERFAMILY SSF56821 8 707 2.75E-232 T 16-09-2021 IPR011254 Prismane-like superfamily GO:0003824|GO:0016491|GO:0055114 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Gene3D G3DSA:3.40.1470.10 580 709 1.6E-48 T 16-09-2021 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 PANTHER PTHR42281 3 704 3.8E-242 T 16-09-2021 IPR004461 CO dehydrogenase/acetyl-CoA synthase complex beta subunit GO:0006084|GO:0018492 KEGG: 00720+2.3.1.169|MetaCyc: PWY-7784 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Gene3D G3DSA:3.40.970.20 476 564 1.9E-38 T 16-09-2021 +MGYG000000001_01336 5174b89260a29cf7c08712c37f1a4142 709 Gene3D G3DSA:3.40.50.2030 103 288 1.8E-60 T 16-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 Pfam PF00005 ABC transporter 393 541 1.6E-32 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 CDD cd18547 ABC_6TM_Tm288_like 47 350 3.19014E-152 T 16-09-2021 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 ProSitePatterns PS00211 ABC transporters family signature. 513 527 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 Gene3D G3DSA:3.40.50.300 372 617 2.8E-87 T 16-09-2021 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 SUPERFAMILY SSF90123 30 359 4.45E-88 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 PANTHER PTHR24221 26 610 4.2E-147 T 16-09-2021 IPR039421 Type I protein exporter +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 376 610 21.375 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 Pfam PF00664 ABC transporter transmembrane region 47 329 7.5E-59 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 SUPERFAMILY SSF52540 367 612 5.76E-92 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 CDD cd03254 ABCC_Glucan_exporter_like 374 602 2.02579E-122 T 16-09-2021 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 PANTHER PTHR24221:SF457 26 610 4.2E-147 T 16-09-2021 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 SMART SM00382 401 573 3.6E-16 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 Gene3D G3DSA:1.20.1560.10 16 362 2.6E-105 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01271 75a17d02126a2e79f2acf797e999c728 618 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 48 342 60.491 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 PANTHER PTHR43586 25 426 1.3E-84 T 16-09-2021 +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 SUPERFAMILY SSF53383 24 419 3.29E-83 T 16-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 PANTHER PTHR43586:SF8 25 426 1.3E-84 T 16-09-2021 +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 Gene3D G3DSA:3.90.1150.10 25 415 8.5E-98 T 16-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 ProSitePatterns PS00595 Aminotransferases class-V pyridoxal-phosphate attachment site. 217 236 - T 16-09-2021 IPR020578 Aminotransferase class-V, pyridoxal-phosphate binding site +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 Pfam PF00266 Aminotransferase class-V 25 413 1.2E-78 T 16-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_01431 fded4d563e1b470dec54668b84bd0d73 440 Gene3D G3DSA:3.40.640.10 43 301 8.5E-98 T 16-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 468 500 - T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 SUPERFAMILY SSF56112 6 263 4.27E-46 T 16-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 423 449 - T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 Pfam PF00069 Protein kinase domain 28 249 4.3E-25 T 16-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 501 523 - T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 Gene3D G3DSA:1.10.510.10 4 328 4.8E-37 T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 359 377 - T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 PANTHER PTHR24348:SF22 28 436 2.3E-30 T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 PANTHER PTHR24348 28 436 2.3E-30 T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 ProSiteProfiles PS50011 Protein kinase domain profile. 14 259 24.259 T 16-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 378 406 - T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 407 422 - T 16-09-2021 +MGYG000000001_02274 c667066bb634ca022b7ce06184455d6f 523 MobiDBLite mobidb-lite consensus disorder prediction 359 523 - T 16-09-2021 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 PANTHER PTHR11264 4 220 2.7E-101 T 16-09-2021 IPR002043 Uracil-DNA glycosylase family 1 GO:0004844|GO:0006281|GO:0006284 Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 Hamap MF_00148 Uracil-DNA glycosylase [ung]. 5 220 40.301 T 16-09-2021 IPR002043 Uracil-DNA glycosylase family 1 GO:0004844|GO:0006281|GO:0006284 Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 Pfam PF03167 Uracil DNA glycosylase superfamily 54 208 6.4E-25 T 16-09-2021 IPR005122 Uracil-DNA glycosylase-like Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 SMART SM00986 49 209 4.9E-39 T 16-09-2021 IPR005122 Uracil-DNA glycosylase-like Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 TIGRFAM TIGR00628 ung: uracil-DNA glycosylase 6 211 6.7E-81 T 16-09-2021 IPR002043 Uracil-DNA glycosylase family 1 GO:0004844|GO:0006281|GO:0006284 Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 SMART SM00987 49 209 4.9E-39 T 16-09-2021 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 ProSitePatterns PS00130 Uracil-DNA glycosylase signature. 57 66 - T 16-09-2021 IPR018085 Uracil-DNA glycosylase, active site GO:0006281|GO:0016799 Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 SUPERFAMILY SSF52141 2 221 8.29E-94 T 16-09-2021 IPR036895 Uracil-DNA glycosylase-like domain superfamily Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 CDD cd10027 UDG_F1 19 219 1.02242E-129 T 16-09-2021 IPR002043 Uracil-DNA glycosylase family 1 GO:0004844|GO:0006281|GO:0006284 Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_00258 392c3af2007fa79599a7889f7f00b4f0 224 Gene3D G3DSA:3.40.470.10 1 224 2.9E-98 T 16-09-2021 IPR036895 Uracil-DNA glycosylase-like domain superfamily Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_01565 6a6b815f0374c3e550e9de6bd56a27d8 212 PANTHER PTHR23026 6 210 2.4E-34 T 16-09-2021 +MGYG000000001_01565 6a6b815f0374c3e550e9de6bd56a27d8 212 SUPERFAMILY SSF55469 3 211 3.53E-43 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_01565 6a6b815f0374c3e550e9de6bd56a27d8 212 Gene3D G3DSA:3.40.109.10 4 212 3.4E-49 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_01565 6a6b815f0374c3e550e9de6bd56a27d8 212 Pfam PF00881 Nitroreductase family 7 189 1.6E-33 T 16-09-2021 IPR029479 Nitroreductase Reactome: R-HSA-209968 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 15 355 1.6E-90 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 Pfam PF07687 Peptidase dimerisation domain 172 262 5.8E-9 T 16-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_00100 9995847c5082002af163061546f95654 372 SUPERFAMILY SSF53187 4 364 1.29E-60 T 16-09-2021 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 Gene3D G3DSA:3.40.630.10 14 353 3.2E-116 T 16-09-2021 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 Gene3D G3DSA:3.30.70.360 167 281 3.2E-116 T 16-09-2021 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 Pfam PF01546 Peptidase family M20/M25/M40 69 366 1.1E-22 T 16-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 CDD cd05670 M20_Acy1_YkuR-like 11 366 1.808E-161 T 16-09-2021 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 PIRSF PIRSF005962 1 370 1.1E-114 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 PANTHER PTHR11014 6 365 1.0E-107 T 16-09-2021 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 PANTHER PTHR11014:SF63 6 365 1.0E-107 T 16-09-2021 +MGYG000000001_00100 9995847c5082002af163061546f95654 372 SUPERFAMILY SSF55031 172 282 1.57E-27 T 16-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 CDD cd06261 TM_PBP2 76 253 1.26073E-15 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 SUPERFAMILY SSF161098 13 284 5.79E-66 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 76 269 24.214 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 PANTHER PTHR32243:SF24 18 284 9.2E-72 T 16-09-2021 +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 Gene3D G3DSA:1.10.3720.10 5 274 4.6E-62 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 95 271 1.0E-19 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03113 857fbe92b1813f595cbd823e0db0489e 284 PANTHER PTHR32243 18 284 9.2E-72 T 16-09-2021 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 Pfam PF02127 Aminopeptidase I zinc metalloprotease (M18) 33 458 5.5E-90 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 CDD cd05659 M18_API 18 459 0.0 T 16-09-2021 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 SUPERFAMILY SSF101821 109 237 1.28E-32 T 16-09-2021 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PANTHER PTHR28570:SF2 4 460 1.5E-186 T 16-09-2021 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 Gene3D G3DSA:2.30.250.10 108 242 5.2E-149 T 16-09-2021 IPR023358 Peptidase M18, domain 2 GO:0004177 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 Gene3D G3DSA:3.40.630.10 45 449 5.2E-149 T 16-09-2021 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PANTHER PTHR28570 4 460 1.5E-186 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 331 347 1.6E-28 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 130 150 1.6E-28 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 425 440 1.6E-28 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 287 305 1.6E-28 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 166 183 1.6E-28 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 97 113 1.6E-28 T 16-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02232 089ae0058875e6c86eaf1149922b27e6 463 SUPERFAMILY SSF53187 11 459 1.78E-99 T 16-09-2021 +MGYG000000001_01693 c2b3ee8035981f777018328f4454ecc7 210 Pfam PF03372 Endonuclease/Exonuclease/phosphatase family 5 203 5.5E-11 T 16-09-2021 IPR005135 Endonuclease/exonuclease/phosphatase +MGYG000000001_01693 c2b3ee8035981f777018328f4454ecc7 210 SUPERFAMILY SSF56219 1 210 2.62E-36 T 16-09-2021 IPR036691 Endonuclease/exonuclease/phosphatase superfamily +MGYG000000001_01693 c2b3ee8035981f777018328f4454ecc7 210 Gene3D G3DSA:3.60.10.10 1 210 1.6E-37 T 16-09-2021 IPR036691 Endonuclease/exonuclease/phosphatase superfamily +MGYG000000001_01693 c2b3ee8035981f777018328f4454ecc7 210 PANTHER PTHR14859:SF0 2 208 1.7E-29 T 16-09-2021 +MGYG000000001_01693 c2b3ee8035981f777018328f4454ecc7 210 PANTHER PTHR14859 2 208 1.7E-29 T 16-09-2021 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 PANTHER PTHR10846 169 317 3.3E-63 T 16-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 PANTHER PTHR10846:SF8 3 149 3.3E-63 T 16-09-2021 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 Pfam PF01699 Sodium/calcium exchanger protein 179 318 1.2E-26 T 16-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 Pfam PF01699 Sodium/calcium exchanger protein 2 139 3.6E-31 T 16-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 TIGRFAM TIGR00367 TIGR00367: K+-dependent Na+/Ca+ exchanger homolog 3 313 3.9E-80 T 16-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 Gene3D G3DSA:1.20.1420.30 33 311 1.3E-91 T 16-09-2021 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 PANTHER PTHR10846:SF8 169 317 3.3E-63 T 16-09-2021 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 Gene3D G3DSA:1.20.58.1130 6 210 1.3E-91 T 16-09-2021 +MGYG000000001_01942 573e2729cb79c9861115874ec6b170a3 320 PANTHER PTHR10846 3 149 3.3E-63 T 16-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_02113 e83316b31bf0f9f1b336be79991208f8 182 PANTHER PTHR39966 1 162 1.7E-39 T 16-09-2021 +MGYG000000001_02113 e83316b31bf0f9f1b336be79991208f8 182 Pfam PF01814 Hemerythrin HHE cation binding domain 3 139 8.7E-15 T 16-09-2021 IPR012312 Haemerythrin-like Reactome: R-HSA-390471|Reactome: R-HSA-8951664|Reactome: R-HSA-917937|Reactome: R-HSA-983168 +MGYG000000001_02113 e83316b31bf0f9f1b336be79991208f8 182 PANTHER PTHR39966:SF1 1 162 1.7E-39 T 16-09-2021 +MGYG000000001_02113 e83316b31bf0f9f1b336be79991208f8 182 Gene3D G3DSA:1.20.120.520 2 180 8.1E-25 T 16-09-2021 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 Gene3D G3DSA:3.30.2130.30 1 175 9.4E-53 T 16-09-2021 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 TIGRFAM TIGR00342 TIGR00342: tRNA sulfurtransferase ThiI 5 374 2.7E-113 T 16-09-2021 IPR003720 tRNA sulfurtransferase ThiI GO:0016783|GO:0034227 KEGG: 00730+2.8.1.4 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 SUPERFAMILY SSF143437 2 174 4.36E-49 T 16-09-2021 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 Hamap MF_00021 tRNA sulfurtransferase [thiI]. 1 390 148.007 T 16-09-2021 IPR003720 tRNA sulfurtransferase ThiI GO:0016783|GO:0034227 KEGG: 00730+2.8.1.4 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 SMART SM00981 73 166 2.0E-20 T 16-09-2021 IPR004114 THUMP domain GO:0003723 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 CDD cd01712 ThiI 180 356 5.20916E-83 T 16-09-2021 IPR020536 Thil, AANH domain GO:0004810 KEGG: 00730+2.8.1.4 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 Pfam PF02926 THUMP domain 43 165 9.8E-15 T 16-09-2021 IPR004114 THUMP domain GO:0003723 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 Pfam PF02568 Thiamine biosynthesis protein (ThiI) 176 371 8.9E-70 T 16-09-2021 IPR020536 Thil, AANH domain GO:0004810 KEGG: 00730+2.8.1.4 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 Gene3D G3DSA:3.40.50.620 176 389 6.8E-75 T 16-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 PANTHER PTHR43209 1 388 2.6E-130 T 16-09-2021 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 ProSiteProfiles PS51165 THUMP domain profile. 59 166 27.017 T 16-09-2021 IPR004114 THUMP domain GO:0003723 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 SUPERFAMILY SSF52402 175 383 5.29E-51 T 16-09-2021 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 Coils Coil 77 97 - T 16-09-2021 +MGYG000000001_00416 ec4f0bf827eead4072eceb19ebbc73bd 390 CDD cd11716 THUMP_ThiI 4 171 8.48503E-68 T 16-09-2021 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 Pfam PF04545 Sigma-70, region 4 184 238 1.0E-15 T 16-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 TIGRFAM TIGR02835 spore_sigmaE: RNA polymerase sigma-E factor 21 243 9.3E-113 T 16-09-2021 IPR014200 RNA polymerase sigma-E type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 Pfam PF04542 Sigma-70 region 2 66 135 1.6E-16 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PANTHER PTHR30376 27 133 5.8E-59 T 16-09-2021 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PANTHER PTHR30376 134 243 5.8E-59 T 16-09-2021 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 SUPERFAMILY SSF88946 40 134 3.92E-31 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PIRSF PIRSF000770 14 244 1.1E-62 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 ProSitePatterns PS00716 Sigma-70 factors family signature 2. 210 236 - T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 Gene3D G3DSA:1.10.10.10 178 244 6.3E-13 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 65 240 3.2E-32 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 CDD cd06171 Sigma70_r4 178 237 2.79744E-10 T 16-09-2021 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PRINTS PR00046 Major sigma-70 factor signature 188 200 4.6E-12 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PRINTS PR00046 Major sigma-70 factor signature 210 225 4.6E-12 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PRINTS PR00046 Major sigma-70 factor signature 90 103 4.6E-12 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 PRINTS PR00046 Major sigma-70 factor signature 225 236 4.6E-12 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 SUPERFAMILY SSF88659 147 242 1.18E-19 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 Gene3D G3DSA:1.20.120.1810 40 135 1.9E-23 T 16-09-2021 +MGYG000000001_01212 e5c3366dfef9fd2707da373f3ea14069 244 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 90 103 - T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03253 b11b24d93c8c2bd216333d84903c96ac 432 Pfam PF04986 Putative transposase 154 322 1.9E-36 T 16-09-2021 IPR007069 Transposase, IS801/IS1294 GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_02678 b11b24d93c8c2bd216333d84903c96ac 432 Pfam PF04986 Putative transposase 154 322 1.9E-36 T 16-09-2021 IPR007069 Transposase, IS801/IS1294 GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_03253 b11b24d93c8c2bd216333d84903c96ac 432 PANTHER PTHR37023 38 340 3.9E-40 T 16-09-2021 +MGYG000000001_02678 b11b24d93c8c2bd216333d84903c96ac 432 PANTHER PTHR37023 38 340 3.9E-40 T 16-09-2021 +MGYG000000001_03253 b11b24d93c8c2bd216333d84903c96ac 432 Pfam PF14319 Transposase zinc-binding domain 25 114 1.9E-24 T 16-09-2021 IPR026889 Transposase zinc-binding domain +MGYG000000001_02678 b11b24d93c8c2bd216333d84903c96ac 432 Pfam PF14319 Transposase zinc-binding domain 25 114 1.9E-24 T 16-09-2021 IPR026889 Transposase zinc-binding domain +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 Pfam PF00005 ABC transporter 23 169 1.2E-33 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 PANTHER PTHR24220 4 223 7.1E-96 T 16-09-2021 +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 PANTHER PTHR24220:SF636 4 223 7.1E-96 T 16-09-2021 +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 SUPERFAMILY SSF52540 3 221 5.7E-70 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 SMART SM00382 32 218 1.0E-14 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 224 25.544 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 4 219 2.82808E-116 T 16-09-2021 +MGYG000000001_01747 92596349a83061fce736336a4bab31a5 225 Gene3D G3DSA:3.40.50.300 1 224 1.1E-70 T 16-09-2021 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 Hamap MF_00571 Galactose-1-phosphate uridylyltransferase [galT]. 1 510 249.694 T 16-09-2021 IPR000766 Galactose-1-phosphate uridyl transferase, class II GO:0005737|GO:0006012|GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 ProSitePatterns PS01163 Galactose-1-phosphate uridyl transferase family 2 signature. 261 278 - T 16-09-2021 IPR023425 Galactose-1-phosphate uridyl transferase, class II, conserved site GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 Pfam PF02744 Galactose-1-phosphate uridyl transferase, C-terminal domain 248 431 2.1E-30 T 16-09-2021 IPR005850 Galactose-1-phosphate uridyl transferase, C-terminal GO:0006012|GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527|Reactome: R-HSA-5609978|Reactome: R-HSA-70370 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 PANTHER PTHR39191 8 504 5.3E-195 T 16-09-2021 IPR000766 Galactose-1-phosphate uridyl transferase, class II GO:0005737|GO:0006012|GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 PIRSF PIRSF006005 2 506 2.9E-218 T 16-09-2021 IPR000766 Galactose-1-phosphate uridyl transferase, class II GO:0005737|GO:0006012|GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 Pfam PF01087 Galactose-1-phosphate uridyl transferase, N-terminal domain 22 233 1.0E-36 T 16-09-2021 IPR005849 Galactose-1-phosphate uridyl transferase, N-terminal GO:0006012|GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527|Reactome: R-HSA-5609978|Reactome: R-HSA-70370 +MGYG000000001_01442 8131964e93ff66881c046e092b9bb210 510 TIGRFAM TIGR01239 galT_2: galactose-1-phosphate uridylyltransferase 9 502 7.7E-208 T 16-09-2021 IPR000766 Galactose-1-phosphate uridyl transferase, class II GO:0005737|GO:0006012|GO:0008108 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01410 9ccd9218f6f83a8af7d56f3d8ce29c92 325 Gene3D G3DSA:1.10.260.150 49 324 4.2E-74 T 16-09-2021 +MGYG000000001_01410 9ccd9218f6f83a8af7d56f3d8ce29c92 325 PANTHER PTHR33392 7 293 3.2E-68 T 16-09-2021 +MGYG000000001_01410 9ccd9218f6f83a8af7d56f3d8ce29c92 325 Pfam PF03816 Cell envelope-related transcriptional attenuator domain 72 232 3.5E-40 T 16-09-2021 IPR004474 Cell envelope-related transcriptional attenuator domain +MGYG000000001_01410 9ccd9218f6f83a8af7d56f3d8ce29c92 325 TIGRFAM TIGR00350 lytR_cpsA_psr: cell envelope-related function transcriptional attenuator common domain 72 232 1.1E-27 T 16-09-2021 IPR004474 Cell envelope-related transcriptional attenuator domain +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 Pfam PF02690 Na+/Pi-cotransporter 143 259 2.9E-21 T 16-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 Pfam PF02690 Na+/Pi-cotransporter 13 148 2.5E-53 T 16-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 PANTHER PTHR10010 2 535 8.7E-162 T 16-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 Gene3D G3DSA:1.20.58.220 338 437 1.1E-15 T 16-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 Gene3D G3DSA:1.20.58.220 443 542 1.1E-20 T 16-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 TIGRFAM TIGR00704 NaPi_cotrn_rel: Na/Pi-cotransporter II-related protein 1 310 7.6E-74 T 16-09-2021 IPR004633 Na/Pi-cotransporter II-related/YqeW-like protein GO:0016020 +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 SUPERFAMILY SSF109755 325 539 6.17E-51 T 16-09-2021 +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 Pfam PF01895 PhoU domain 345 429 3.5E-15 T 16-09-2021 IPR026022 PhoU domain +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 Pfam PF01895 PhoU domain 449 533 1.5E-14 T 16-09-2021 IPR026022 PhoU domain +MGYG000000001_00046 3c318aa9fd4cd5297d5f592a2f4afdec 542 PANTHER PTHR10010:SF26 2 535 8.7E-162 T 16-09-2021 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 Pfam PF17125 N-terminal domain of 16S rRNA methyltransferase RsmF 207 285 5.2E-8 T 16-09-2021 IPR031341 Ribosomal RNA small subunit methyltransferase F, N-terminal Reactome: R-HSA-6790901|Reactome: R-HSA-8869496 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 Gene3D G3DSA:1.10.940.10 41 187 1.0E-38 T 16-09-2021 IPR035926 NusB-like superfamily +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 Pfam PF01189 16S rRNA methyltransferase RsmB/F 290 482 3.7E-58 T 16-09-2021 IPR001678 SAM-dependent methyltransferase RsmB/NOP2-type GO:0008168 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 TIGRFAM TIGR00446 nop2p: NOL1/NOP2/sun family putative RNA methylase 225 483 1.4E-63 T 16-09-2021 IPR011023 Nop2p GO:0003723|GO:0006364|GO:0008757 Reactome: R-HSA-6790901|Reactome: R-HSA-8869496 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 Pfam PF01029 NusB family 45 169 1.4E-32 T 16-09-2021 IPR006027 NusB/RsmB/TIM44 GO:0003723|GO:0006355 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PANTHER PTHR22807 46 484 3.9E-115 T 16-09-2021 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 ProSiteProfiles PS51686 SAM-dependent MTase RsmB/NOP-type domain profile. 213 485 66.625 T 16-09-2021 IPR001678 SAM-dependent methyltransferase RsmB/NOP2-type GO:0008168 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PRINTS PR02008 RNA (C5-cytosine) methyltransferase signature 467 484 9.1E-29 T 16-09-2021 IPR023267 RNA (C5-cytosine) methyltransferase +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PRINTS PR02008 RNA (C5-cytosine) methyltransferase signature 300 310 9.1E-29 T 16-09-2021 IPR023267 RNA (C5-cytosine) methyltransferase +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PRINTS PR02008 RNA (C5-cytosine) methyltransferase signature 416 432 9.1E-29 T 16-09-2021 IPR023267 RNA (C5-cytosine) methyltransferase +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PRINTS PR02008 RNA (C5-cytosine) methyltransferase signature 367 379 9.1E-29 T 16-09-2021 IPR023267 RNA (C5-cytosine) methyltransferase +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PRINTS PR02008 RNA (C5-cytosine) methyltransferase signature 271 285 9.1E-29 T 16-09-2021 IPR023267 RNA (C5-cytosine) methyltransferase +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 PANTHER PTHR22807:SF53 46 484 3.9E-115 T 16-09-2021 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 TIGRFAM TIGR00563 rsmB: 16S rRNA (cytosine(967)-C(5))-methyltransferase 48 483 2.7E-116 T 16-09-2021 IPR004573 rRNA small subunit methyltransferase B GO:0006364|GO:0008649 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 CDD cd02440 AdoMet_MTases 298 378 3.73782E-5 T 16-09-2021 +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 SUPERFAMILY SSF48013 45 196 7.19E-34 T 16-09-2021 IPR035926 NusB-like superfamily +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 SUPERFAMILY SSF53335 182 485 8.2E-70 T 16-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02152 a8e6141af44c1da108faec4c9993a699 486 Gene3D G3DSA:3.40.50.150 189 484 2.5E-85 T 16-09-2021 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 CDD cd13612 PBP2_ProWX 245 511 3.3749E-174 T 16-09-2021 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 SUPERFAMILY SSF161098 14 198 3.4E-41 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 20 199 24.758 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 38 208 5.8E-20 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 Gene3D G3DSA:3.40.190.10 249 506 1.4E-84 T 16-09-2021 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 PANTHER PTHR30177:SF4 4 507 1.1E-155 T 16-09-2021 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 Pfam PF04069 Substrate binding domain of ABC-type glycine betaine transport system 246 506 3.4E-59 T 16-09-2021 IPR007210 ABC-type glycine betaine transport system, substrate-binding domain GO:0022857|GO:0043190|GO:0055085 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 Gene3D G3DSA:3.40.190.120 348 451 1.4E-84 T 16-09-2021 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 Gene3D G3DSA:1.10.3720.10 10 208 9.2E-36 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 CDD cd06261 TM_PBP2 20 184 4.84648E-21 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 SUPERFAMILY SSF53850 246 510 4.35E-60 T 16-09-2021 +MGYG000000001_02410 2c1112849cd53cdca5a84e393b8120d4 513 PANTHER PTHR30177 4 507 1.1E-155 T 16-09-2021 +MGYG000000001_00143 5b4236b62dc6a68355273122f6c1dbca 533 Pfam PF01807 CHC2 zinc finger 3 93 9.9E-19 T 16-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_00143 5b4236b62dc6a68355273122f6c1dbca 533 Pfam PF05272 Virulence-associated protein E 294 433 2.8E-31 T 16-09-2021 IPR007936 Virulence-associated E +MGYG000000001_00143 5b4236b62dc6a68355273122f6c1dbca 533 SUPERFAMILY SSF57783 2 96 1.21E-20 T 16-09-2021 +MGYG000000001_00143 5b4236b62dc6a68355273122f6c1dbca 533 Gene3D G3DSA:3.90.580.10 1 96 3.5E-22 T 16-09-2021 IPR036977 DNA Primase, CHC2-type zinc finger GO:0003677|GO:0006260|GO:0008270 +MGYG000000001_00143 5b4236b62dc6a68355273122f6c1dbca 533 PANTHER PTHR34985 177 473 8.5E-34 T 16-09-2021 +MGYG000000001_00143 5b4236b62dc6a68355273122f6c1dbca 533 SMART SM00400 30 86 6.9E-14 T 16-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_01731 5844a21b6881eec95178076c732e23c8 366 Pfam PF07995 Glucose / Sorbosone dehydrogenase 45 350 1.1E-81 T 16-09-2021 IPR012938 Glucose/Sorbosone dehydrogenase +MGYG000000001_01731 5844a21b6881eec95178076c732e23c8 366 Gene3D G3DSA:2.120.10.30 18 366 1.0E-118 T 16-09-2021 IPR011042 Six-bladed beta-propeller, TolB-like +MGYG000000001_01731 5844a21b6881eec95178076c732e23c8 366 PANTHER PTHR19328:SF53 29 365 1.4E-67 T 16-09-2021 +MGYG000000001_01731 5844a21b6881eec95178076c732e23c8 366 SUPERFAMILY SSF50952 31 357 2.48E-39 T 16-09-2021 IPR011041 Soluble quinoprotein glucose/sorbosone dehydrogenase GO:0003824 +MGYG000000001_01731 5844a21b6881eec95178076c732e23c8 366 PANTHER PTHR19328 29 365 1.4E-67 T 16-09-2021 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 270 312 - T 16-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 Gene3D G3DSA:1.10.10.60 215 266 1.1E-14 T 16-09-2021 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 220 318 28.853 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 Gene3D G3DSA:1.10.10.60 267 318 9.1E-16 T 16-09-2021 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 285 300 4.1E-6 T 16-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 300 316 4.1E-6 T 16-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 SUPERFAMILY SSF46689 218 267 8.6E-8 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 PANTHER PTHR43280 53 316 5.3E-36 T 16-09-2021 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 SUPERFAMILY SSF46689 270 316 5.82E-10 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 PANTHER PTHR43280:SF2 53 316 5.3E-36 T 16-09-2021 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 Pfam PF12833 Helix-turn-helix domain 239 316 6.6E-18 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01538 b0b4649c320c5df9d550a9daebc18dce 320 SMART SM00342 233 316 2.0E-25 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02088 b0a607c9a61760b612897d7add49b855 406 Gene3D G3DSA:3.30.565.10 260 405 1.2E-14 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02088 b0a607c9a61760b612897d7add49b855 406 Pfam PF14501 GHKL domain 305 405 3.4E-23 T 16-09-2021 IPR032834 Sensor histidine kinase NatK, C-terminal domain +MGYG000000001_02088 b0a607c9a61760b612897d7add49b855 406 PANTHER PTHR40448 7 404 1.5E-21 T 16-09-2021 +MGYG000000001_02088 b0a607c9a61760b612897d7add49b855 406 CDD cd16935 HATPase_AgrC-ComD-like 273 404 1.8512E-26 T 16-09-2021 +MGYG000000001_02088 b0a607c9a61760b612897d7add49b855 406 SUPERFAMILY SSF55874 271 405 1.43E-9 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 PANTHER PTHR32282 31 861 1.1E-167 T 16-09-2021 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 MobiDBLite mobidb-lite consensus disorder prediction 843 893 - T 16-09-2021 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 Gene3D G3DSA:3.90.1310.20 99 114 1.8E-60 T 16-09-2021 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 SUPERFAMILY SSF56601 332 795 1.54E-93 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 Pfam PF00912 Transglycosylase 106 263 4.8E-52 T 16-09-2021 IPR001264 Glycosyl transferase, family 51 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 SUPERFAMILY SSF53955 94 262 2.59E-52 T 16-09-2021 IPR023346 Lysozyme-like domain superfamily +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 MobiDBLite mobidb-lite consensus disorder prediction 1 44 - T 16-09-2021 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 Gene3D G3DSA:1.10.3810.10 115 264 1.8E-60 T 16-09-2021 IPR036950 Penicillin binding protein transglycosylase domain KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 Gene3D G3DSA:3.40.710.10 377 777 2.1E-98 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 MobiDBLite mobidb-lite consensus disorder prediction 16 34 - T 16-09-2021 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 MobiDBLite mobidb-lite consensus disorder prediction 790 830 - T 16-09-2021 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 Pfam PF00905 Penicillin binding protein transpeptidase domain 449 709 9.9E-38 T 16-09-2021 IPR001460 Penicillin-binding protein, transpeptidase GO:0008658 +MGYG000000001_00401 95a2e4315eaa928b11342ea14caf0156 893 PANTHER PTHR32282:SF22 31 861 1.1E-167 T 16-09-2021 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 PIRSF PIRSF000386 1 231 8.0E-101 T 16-09-2021 IPR002649 tRNA (guanine-N1-)-methyltransferase, bacteria GO:0008033|GO:0052906 MetaCyc: PWY-6829|MetaCyc: PWY-7285|MetaCyc: PWY-7286 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 CDD cd18080 TrmD-like 2 222 1.87644E-143 T 16-09-2021 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 Gene3D G3DSA:3.40.1280.10 1 174 1.7E-72 T 16-09-2021 IPR029026 tRNA (guanine-N1-)-methyltransferase, N-terminal +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 PANTHER PTHR46417 1 228 4.4E-99 T 16-09-2021 IPR002649 tRNA (guanine-N1-)-methyltransferase, bacteria GO:0008033|GO:0052906 MetaCyc: PWY-6829|MetaCyc: PWY-7285|MetaCyc: PWY-7286 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 SUPERFAMILY SSF75217 1 228 1.5E-94 T 16-09-2021 IPR029028 Alpha/beta knot methyltransferases +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 Hamap MF_00605 tRNA (guanine-N(1)-)-methyltransferase [trmD]. 1 231 99.079 T 16-09-2021 IPR002649 tRNA (guanine-N1-)-methyltransferase, bacteria GO:0008033|GO:0052906 MetaCyc: PWY-6829|MetaCyc: PWY-7285|MetaCyc: PWY-7286 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 Gene3D G3DSA:1.10.1270.20 175 231 2.0E-29 T 16-09-2021 IPR023148 tRNA (guanine-N1-)-methyltransferase, C-terminal GO:0008033|GO:0052906 MetaCyc: PWY-6829|MetaCyc: PWY-7285|MetaCyc: PWY-7286 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 Pfam PF01746 tRNA (Guanine-1)-methyltransferase 22 222 4.1E-65 T 16-09-2021 IPR016009 tRNA methyltransferase TRMD/TRM10-type domain MetaCyc: PWY-6829|MetaCyc: PWY-7285|MetaCyc: PWY-7286 +MGYG000000001_01314 807855ed4bb787999b298f87c46664d1 231 TIGRFAM TIGR00088 trmD: tRNA (guanine(37)-N(1))-methyltransferase 1 228 5.4E-96 T 16-09-2021 IPR002649 tRNA (guanine-N1-)-methyltransferase, bacteria GO:0008033|GO:0052906 MetaCyc: PWY-6829|MetaCyc: PWY-7285|MetaCyc: PWY-7286 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 SUPERFAMILY SSF55874 307 469 1.7E-42 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 Pfam PF00672 HAMP domain 195 245 2.3E-8 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 Gene3D G3DSA:1.10.287.130 246 317 5.0E-21 T 16-09-2021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 Gene3D G3DSA:3.30.565.10 322 473 4.7E-42 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 Pfam PF00512 His Kinase A (phospho-acceptor) domain 252 315 2.2E-15 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 PANTHER PTHR42878 9 472 6.6E-85 T 16-09-2021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 PANTHER PTHR42878:SF9 9 472 6.6E-85 T 16-09-2021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 364 470 3.6E-29 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 PRINTS PR00344 Bacterial sensor protein C-terminal signature 432 450 1.0E-11 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 PRINTS PR00344 Bacterial sensor protein C-terminal signature 401 415 1.0E-11 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 PRINTS PR00344 Bacterial sensor protein C-terminal signature 456 469 1.0E-11 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 ProSiteProfiles PS50885 HAMP domain profile. 196 250 9.654 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 ProSiteProfiles PS50109 Histidine kinase domain profile. 258 472 50.273 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 CDD cd00075 HATPase 369 468 4.64035E-32 T 16-09-2021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 SUPERFAMILY SSF158472 198 246 3.27E-8 T 16-09-2021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 SMART SM00304 196 250 1.4E-9 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 CDD cd06225 HAMP 198 245 1.98425E-8 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 Gene3D G3DSA:1.10.8.500 195 245 9.4E-11 T 16-09-2021 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 SMART SM00388 251 317 1.6E-15 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 CDD cd00082 HisKA 250 313 4.04562E-17 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 SUPERFAMILY SSF47384 234 318 2.16E-20 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00851 2339664887f9d013730e2e63a1700dbc 476 SMART SM00387 364 472 5.7E-37 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 Pfam PF00574 Clp protease 11 187 1.2E-66 T 16-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PANTHER PTHR10381:SF54 8 189 2.6E-59 T 16-09-2021 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 CDD cd07017 S14_ClpP_2 17 185 6.70795E-82 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 Gene3D G3DSA:3.90.226.10 4 193 6.4E-63 T 16-09-2021 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PANTHER PTHR10381 8 189 2.6E-59 T 16-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 SUPERFAMILY SSF52096 16 191 1.16E-56 T 16-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 Hamap MF_00444 ATP-dependent Clp protease proteolytic subunit [clpP]. 3 189 32.13 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 ProSitePatterns PS00382 Endopeptidase Clp histidine active site. 108 121 - T 16-09-2021 IPR033135 ClpP, histidine active site +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PRINTS PR00127 Clp protease catalytic subunit P signature 164 183 2.0E-25 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PRINTS PR00127 Clp protease catalytic subunit P signature 55 75 2.0E-25 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PRINTS PR00127 Clp protease catalytic subunit P signature 86 103 2.0E-25 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PRINTS PR00127 Clp protease catalytic subunit P signature 16 31 2.0E-25 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00915 8bd140a427ffa9b7e49c5c8e11851b90 194 PRINTS PR00127 Clp protease catalytic subunit P signature 107 126 2.0E-25 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_01634 f66c32fd667631e0f9afb1177bc4cbf3 337 Pfam PF00180 Isocitrate/isopropylmalate dehydrogenase 3 325 1.0E-106 T 16-09-2021 IPR024084 Isopropylmalate dehydrogenase-like domain GO:0016616|GO:0055114 Reactome: R-HSA-71403 +MGYG000000001_01634 f66c32fd667631e0f9afb1177bc4cbf3 337 ProSitePatterns PS00470 Isocitrate and isopropylmalate dehydrogenases signature. 222 241 - T 16-09-2021 IPR019818 Isocitrate/isopropylmalate dehydrogenase, conserved site GO:0000287|GO:0016616|GO:0051287|GO:0055114 Reactome: R-HSA-71403 +MGYG000000001_01634 f66c32fd667631e0f9afb1177bc4cbf3 337 SUPERFAMILY SSF53659 2 329 2.7E-128 T 16-09-2021 +MGYG000000001_01634 f66c32fd667631e0f9afb1177bc4cbf3 337 Gene3D G3DSA:3.40.718.10 1 336 3.8E-143 T 16-09-2021 +MGYG000000001_01634 f66c32fd667631e0f9afb1177bc4cbf3 337 PANTHER PTHR11835 2 329 2.1E-144 T 16-09-2021 +MGYG000000001_01634 f66c32fd667631e0f9afb1177bc4cbf3 337 SMART SM01329 3 326 3.1E-182 T 16-09-2021 IPR024084 Isopropylmalate dehydrogenase-like domain GO:0016616|GO:0055114 Reactome: R-HSA-71403 +MGYG000000001_00755 d07b2c545a1a96e61e484cad7a851c8c 329 SUPERFAMILY SSF51726 45 301 2.09E-30 T 16-09-2021 IPR038071 UROD/MetE-like superfamily Reactome: R-HSA-189451 +MGYG000000001_00755 d07b2c545a1a96e61e484cad7a851c8c 329 Pfam PF01208 Uroporphyrinogen decarboxylase (URO-D) 57 295 1.3E-19 T 16-09-2021 IPR000257 Uroporphyrinogen decarboxylase (URO-D) GO:0004853|GO:0006779 KEGG: 00860+4.1.1.37|MetaCyc: PWY-5531|MetaCyc: PWY-7159|MetaCyc: PWY-7766|Reactome: R-HSA-189451 +MGYG000000001_00755 d07b2c545a1a96e61e484cad7a851c8c 329 Gene3D G3DSA:3.20.20.210 19 319 1.5E-44 T 16-09-2021 IPR038071 UROD/MetE-like superfamily Reactome: R-HSA-189451 +MGYG000000001_00755 d07b2c545a1a96e61e484cad7a851c8c 329 PANTHER PTHR47099 111 267 6.4E-17 T 16-09-2021 +MGYG000000001_01570 9f394a13c73f8bdee93aee6b72aff407 146 SUPERFAMILY SSF48452 12 92 4.98E-6 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_01570 9f394a13c73f8bdee93aee6b72aff407 146 Gene3D G3DSA:1.25.40.10 2 102 3.2E-6 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 PIRSF PIRSF000538 7 499 4.5E-49 T 16-09-2021 IPR000577 Carbohydrate kinase, FGGY GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 SUPERFAMILY SSF53067 10 251 2.59E-49 T 16-09-2021 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 Pfam PF02782 FGGY family of carbohydrate kinases, C-terminal domain 261 450 5.0E-30 T 16-09-2021 IPR018485 Carbohydrate kinase, FGGY, C-terminal GO:0005975|GO:0016773 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 SUPERFAMILY SSF53067 256 491 1.49E-34 T 16-09-2021 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 CDD cd07771 FGGY_RhuK 9 447 0.0 T 16-09-2021 IPR013449 Rhamnulokinase GO:0008993|GO:0019301 KEGG: 00040+2.7.1.5|KEGG: 00051+2.7.1.5 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 PANTHER PTHR10196:SF6 8 492 3.5E-187 T 16-09-2021 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 Pfam PF00370 FGGY family of carbohydrate kinases, N-terminal domain 10 249 3.2E-34 T 16-09-2021 IPR018484 Carbohydrate kinase, FGGY, N-terminal GO:0005975|GO:0016773 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 Gene3D G3DSA:3.30.420.40 243 478 7.8E-98 T 16-09-2021 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 PANTHER PTHR10196 8 492 3.5E-187 T 16-09-2021 +MGYG000000001_00337 66224591307221a69af9ebfe69d0f99e 500 Gene3D G3DSA:3.30.420.40 6 242 1.6E-84 T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 ProSiteProfiles PS50198 PpiC-type peptidyl-prolyl cis-trans isomerase family profile. 174 280 23.958 T 16-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 Pfam PF13624 SurA N-terminal domain 16 145 4.6E-8 T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 Pfam PF13616 PPIC-type PPIASE domain 168 282 6.8E-32 T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 ProSitePatterns PS01096 PpiC-type peptidyl-prolyl cis-trans isomerase signature. 219 240 - T 16-09-2021 IPR023058 Peptidyl-prolyl cis-trans isomerase, PpiC-type, conserved site Reactome: R-HSA-1169408|Reactome: R-HSA-5668599|Reactome: R-HSA-6804756|Reactome: R-HSA-6811555|Reactome: R-HSA-936440 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 Coils Coil 187 212 - T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 Gene3D G3DSA:3.10.50.40 175 282 1.2E-44 T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 Gene3D G3DSA:1.10.4030.30 25 304 1.2E-44 T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 SUPERFAMILY SSF109998 23 201 3.53E-20 T 16-09-2021 IPR027304 Trigger factor/SurA domain superfamily +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 PANTHER PTHR47245 1 318 1.8E-50 T 16-09-2021 +MGYG000000001_01924 c49c175d847c4db30910e7b3c2941d0c 319 SUPERFAMILY SSF54534 175 283 1.18E-26 T 16-09-2021 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 ProSitePatterns PS00061 Short-chain dehydrogenases/reductases family signature. 144 172 - T 16-09-2021 IPR020904 Short-chain dehydrogenase/reductase, conserved site GO:0016491 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 Gene3D G3DSA:3.40.50.720 1 260 2.8E-79 T 16-09-2021 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 SUPERFAMILY SSF51735 4 250 4.41E-77 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 Pfam PF13561 Enoyl-(Acyl carrier protein) reductase 15 248 6.4E-58 T 16-09-2021 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PANTHER PTHR24321:SF11 1 256 1.9E-68 T 16-09-2021 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 81 92 4.0E-10 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 157 176 4.0E-10 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 137 145 4.0E-10 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PANTHER PTHR24321 1 256 1.9E-68 T 16-09-2021 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 CDD cd05233 SDR_c 8 244 1.78206E-75 T 16-09-2021 +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 178 195 5.2E-39 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 212 232 5.2E-39 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 81 92 5.2E-39 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 7 24 5.2E-39 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 157 176 5.2E-39 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02538 eb608d415636502253a72dcaea7842b8 261 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 131 147 5.2E-39 T 16-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 Pfam PF06725 3D domain 133 193 7.1E-21 T 16-09-2021 IPR010611 3D domain GO:0004553|GO:0009254|GO:0019867 +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 PANTHER PTHR39160 97 193 5.2E-32 T 16-09-2021 +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 Gene3D G3DSA:2.30.30.40 36 104 9.3E-14 T 16-09-2021 +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 SUPERFAMILY SSF50685 131 181 5.58E-11 T 16-09-2021 IPR036908 RlpA-like domain superfamily +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 Pfam PF08239 Bacterial SH3 domain 45 96 5.5E-8 T 16-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 SMART SM00287 37 99 2.4E-4 T 16-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 Gene3D G3DSA:2.40.40.10 105 183 1.2E-7 T 16-09-2021 IPR036908 RlpA-like domain superfamily +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 CDD cd14667 3D_containing_proteins 112 193 4.83054E-37 T 16-09-2021 +MGYG000000001_02636 77e397bf8d59fd1233e781ae72e35536 194 ProSiteProfiles PS51781 SH3b domain profile. 37 99 12.442 T 16-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 SUPERFAMILY SSF55811 5 172 8.67E-52 T 16-09-2021 IPR015797 NUDIX hydrolase-like domain superfamily GO:0016787 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 CDD cd03424 ADPRase_NUDT5 40 174 1.16213E-57 T 16-09-2021 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 PRINTS PR00502 NUDIX hydrolase family signature 70 84 1.8E-7 T 16-09-2021 IPR020476 NUDIX hydrolase Reactome: R-HSA-2393930 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 PRINTS PR00502 NUDIX hydrolase family signature 84 99 1.8E-7 T 16-09-2021 IPR020476 NUDIX hydrolase Reactome: R-HSA-2393930 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 ProSitePatterns PS00893 Nudix box signature. 75 96 - T 16-09-2021 IPR020084 NUDIX hydrolase, conserved site GO:0016787 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 Gene3D G3DSA:3.90.79.10 1 175 2.2E-56 T 16-09-2021 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 PANTHER PTHR11839:SF1 5 169 1.9E-42 T 16-09-2021 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 Pfam PF00293 NUDIX domain 41 153 2.5E-21 T 16-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 ProSiteProfiles PS51462 Nudix hydrolase domain profile. 39 167 16.003 T 16-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_01282 55f8b890aca7335f7d88ddcaf4cba3c2 175 PANTHER PTHR11839 5 169 1.9E-42 T 16-09-2021 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 Gene3D G3DSA:3.40.640.10 35 259 1.4E-99 T 16-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 PANTHER PTHR42885 2 357 1.4E-90 T 16-09-2021 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 CDD cd00609 AAT_like 24 355 1.01014E-64 T 16-09-2021 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 Pfam PF00155 Aminotransferase class I and II 22 353 3.6E-45 T 16-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 Gene3D G3DSA:3.90.1150.10 23 353 1.4E-99 T 16-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 PANTHER PTHR42885:SF1 2 357 1.4E-90 T 16-09-2021 +MGYG000000001_01378 2bc82871f9058626cbf07665f9b59fa0 358 SUPERFAMILY SSF53383 3 356 2.34E-69 T 16-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00691 7095690e34bbb148dacc31d7f757fb52 498 Coils Coil 362 382 - T 16-09-2021 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 PANTHER PTHR10587 47 245 7.4E-45 T 16-09-2021 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 Pfam PF01522 Polysaccharide deacetylase 68 179 1.5E-24 T 16-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 ProSiteProfiles PS51677 NodB homology domain profile. 60 240 36.594 T 16-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 SUPERFAMILY SSF88713 51 246 8.01E-49 T 16-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 Coils Coil 132 152 - T 16-09-2021 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 Gene3D G3DSA:3.20.20.370 34 247 1.5E-52 T 16-09-2021 +MGYG000000001_01602 c333b26e2c428ef0d1fa9168f34194da 247 PANTHER PTHR10587:SF80 47 245 7.4E-45 T 16-09-2021 +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 CDD cd01948 EAL 23 265 2.35357E-82 T 16-09-2021 IPR001633 EAL domain +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 Coils Coil 149 169 - T 16-09-2021 +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 Coils Coil 125 145 - T 16-09-2021 +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 Pfam PF00563 EAL domain 24 260 1.1E-62 T 16-09-2021 IPR001633 EAL domain +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 SMART SM00052 17 265 7.6E-68 T 16-09-2021 IPR001633 EAL domain +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 ProSiteProfiles PS50883 EAL domain profile. 18 274 58.699 T 16-09-2021 IPR001633 EAL domain +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 Gene3D G3DSA:3.20.20.450 19 276 4.3E-73 T 16-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 PANTHER PTHR33121 23 268 5.1E-67 T 16-09-2021 +MGYG000000001_00175 832d750998be65e4b393e49b3d6ef75a 278 SUPERFAMILY SSF141868 23 269 8.5E-70 T 16-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 CDD cd00186 TOP1Ac 156 582 3.32477E-89 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 Gene3D G3DSA:2.70.20.10 213 470 8.6E-124 T 16-09-2021 IPR013825 DNA topoisomerase, type IA, central region, subdomain 2 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 389 405 1.1E-21 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 314 323 1.1E-21 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 501 515 1.1E-21 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 101 114 1.1E-21 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 189 207 1.1E-21 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 Gene3D G3DSA:1.10.460.10 163 583 8.6E-124 T 16-09-2021 IPR013824 DNA topoisomerase, type IA, central region, subdomain 1 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 Gene3D G3DSA:3.40.50.140 1 155 9.9E-49 T 16-09-2021 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 Gene3D G3DSA:1.10.290.10 276 403 8.6E-124 T 16-09-2021 IPR013826 DNA topoisomerase, type IA, central region, subdomain 3 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 Pfam PF01131 DNA topoisomerase 156 573 1.2E-109 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 PANTHER PTHR11390 2 680 1.5E-99 T 16-09-2021 IPR000380 DNA topoisomerase, type IA GO:0003677|GO:0003917|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 ProSitePatterns PS00396 Prokaryotic DNA topoisomerase I active site. 305 323 - T 16-09-2021 IPR023406 DNA topoisomerase, type IA, active site GO:0003917 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 Pfam PF01751 Toprim domain 3 136 2.6E-17 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 ProSiteProfiles PS50880 Toprim domain profile. 1 137 19.701 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 CDD cd03362 TOPRIM_TopoIA_TopoIII 1 148 3.20251E-49 T 16-09-2021 IPR034144 DNA topoisomerase 3-like, TOPRIM domain +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 SMART SM00437 267 538 1.5E-55 T 16-09-2021 IPR003602 DNA topoisomerase, type IA, DNA-binding domain GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 SMART SM00436 127 219 2.2E-16 T 16-09-2021 IPR003601 DNA topoisomerase, type IA, domain 2 GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 SMART SM00493 1 127 2.8E-19 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00207 ed3da48545d0962bb1b594ec5898c62b 734 SUPERFAMILY SSF56712 1 588 1.83E-152 T 16-09-2021 IPR023405 DNA topoisomerase, type IA, core domain +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 SMART SM00388 223 290 1.3E-20 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 ProSiteProfiles PS50109 Histidine kinase domain profile. 230 446 40.972 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 SMART SM00387 334 446 2.1E-25 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 Gene3D G3DSA:3.30.565.10 294 445 1.6E-32 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 CDD cd00082 HisKA 222 286 2.66003E-17 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 Gene3D G3DSA:1.10.287.130 174 291 1.6E-28 T 16-09-2021 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 SUPERFAMILY SSF47384 208 289 1.12E-19 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 PRINTS PR00344 Bacterial sensor protein C-terminal signature 390 400 1.4E-6 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 PRINTS PR00344 Bacterial sensor protein C-terminal signature 372 386 1.4E-6 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 PRINTS PR00344 Bacterial sensor protein C-terminal signature 406 424 1.4E-6 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 337 442 4.4E-19 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 PANTHER PTHR45528 11 442 6.5E-72 T 16-09-2021 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 SUPERFAMILY SSF55874 279 442 3.14E-33 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 CDD cd00075 HATPase 339 442 2.34274E-27 T 16-09-2021 +MGYG000000001_01892 e33c9dc125648e872cae64ab85918323 447 Pfam PF00512 His Kinase A (phospho-acceptor) domain 224 289 5.2E-17 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 PANTHER PTHR45528 408 717 1.8E-73 T 16-09-2021 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 CDD cd16923 HATPase_VanS-like 617 715 1.09915E-33 T 16-09-2021 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 Pfam PF00512 His Kinase A (phospho-acceptor) domain 500 566 1.2E-16 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 SMART SM00388 500 566 4.9E-20 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 Coils Coil 536 556 - T 16-09-2021 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 ProSiteProfiles PS50109 Histidine kinase domain profile. 507 719 32.638 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 SMART SM00387 612 719 5.5E-7 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 Gene3D G3DSA:1.10.287.130 493 565 1.0E-20 T 16-09-2021 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 Gene3D G3DSA:3.30.565.10 569 719 9.1E-18 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 SUPERFAMILY SSF47384 487 567 8.44E-18 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 613 707 2.0E-9 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 SUPERFAMILY SSF55874 570 708 1.9E-19 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02604 69c90abba0b0ee327d0c7d32ef19a209 719 CDD cd00082 HisKA 498 562 1.69958E-17 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00626 97c5ab70874b4bd4693db4185f6440e0 311 Gene3D G3DSA:3.90.320.10 16 197 9.5E-36 T 16-09-2021 IPR011604 Exonuclease, phage-type/RecB, C-terminal +MGYG000000001_00626 97c5ab70874b4bd4693db4185f6440e0 311 SUPERFAMILY SSF52980 18 191 1.29E-27 T 16-09-2021 IPR011335 Restriction endonuclease type II-like Reactome: R-HSA-6783310 +MGYG000000001_00626 97c5ab70874b4bd4693db4185f6440e0 311 Coils Coil 229 259 - T 16-09-2021 +MGYG000000001_00626 97c5ab70874b4bd4693db4185f6440e0 311 Pfam PF09588 YqaJ-like viral recombinase domain 20 153 5.5E-25 T 16-09-2021 IPR019080 YqaJ viral recombinase +MGYG000000001_00626 97c5ab70874b4bd4693db4185f6440e0 311 TIGRFAM TIGR03033 phage_rel_nuc: putative phage-type endonuclease 16 163 9.2E-34 T 16-09-2021 IPR017482 Putative phage-type endonuclease +MGYG000000001_02700 4df646d7668eba9889bbc2ba2c065fbc 108 SUPERFAMILY SSF46785 8 104 1.64E-34 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02700 4df646d7668eba9889bbc2ba2c065fbc 108 ProSiteProfiles PS51118 HxlR-type HTH domain profile. 10 108 35.699 T 16-09-2021 IPR002577 Helix-turn-helix, HxlR type +MGYG000000001_02700 4df646d7668eba9889bbc2ba2c065fbc 108 Pfam PF01638 HxlR-like helix-turn-helix 18 105 1.1E-34 T 16-09-2021 IPR002577 Helix-turn-helix, HxlR type +MGYG000000001_02700 4df646d7668eba9889bbc2ba2c065fbc 108 Gene3D G3DSA:1.10.10.10 5 108 1.8E-40 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02700 4df646d7668eba9889bbc2ba2c065fbc 108 PANTHER PTHR33204 8 104 1.4E-40 T 16-09-2021 +MGYG000000001_02700 4df646d7668eba9889bbc2ba2c065fbc 108 CDD cd00090 HTH_ARSR 16 84 1.35856E-6 T 16-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 ProSiteProfiles PS51462 Nudix hydrolase domain profile. 56 190 11.874 T 16-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 PANTHER PTHR11839 7 182 1.3E-30 T 16-09-2021 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 SUPERFAMILY SSF55811 7 195 3.66E-32 T 16-09-2021 IPR015797 NUDIX hydrolase-like domain superfamily GO:0016787 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 CDD cd03424 ADPRase_NUDT5 59 195 7.3017E-35 T 16-09-2021 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 ProSitePatterns PS00893 Nudix box signature. 93 114 - T 16-09-2021 IPR020084 NUDIX hydrolase, conserved site GO:0016787 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 Gene3D G3DSA:3.90.79.10 1 195 4.4E-45 T 16-09-2021 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 PRINTS PR00502 NUDIX hydrolase family signature 88 102 8.9E-5 T 16-09-2021 IPR020476 NUDIX hydrolase Reactome: R-HSA-2393930 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 PRINTS PR00502 NUDIX hydrolase family signature 102 117 8.9E-5 T 16-09-2021 IPR020476 NUDIX hydrolase Reactome: R-HSA-2393930 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 Pfam PF00293 NUDIX domain 60 172 7.1E-12 T 16-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00562 142c8421134ba15385fcbcc0f598aebf 202 PANTHER PTHR11839:SF1 7 182 1.3E-30 T 16-09-2021 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 PIRSF PIRSF033579 1 265 9.9E-108 T 16-09-2021 IPR010388 Anaerobic cobalt chelatase GO:0016852|GO:0019251 KEGG: 00860+4.99.1.3|MetaCyc: PWY-7377 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 SUPERFAMILY SSF53800 2 257 5.89E-85 T 16-09-2021 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 Pfam PF06180 Cobalt chelatase (CbiK) 3 256 2.4E-102 T 16-09-2021 IPR010388 Anaerobic cobalt chelatase GO:0016852|GO:0019251 KEGG: 00860+4.99.1.3|MetaCyc: PWY-7377 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 Gene3D G3DSA:3.40.50.1400 114 236 1.7E-104 T 16-09-2021 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 CDD cd03412 CbiK_N 3 131 1.39761E-56 T 16-09-2021 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 CDD cd03413 CbiK_C 138 239 2.62036E-57 T 16-09-2021 +MGYG000000001_02184 b8f317cf33fe04df69ea527e6d310873 266 Gene3D G3DSA:3.40.50.1400 3 254 1.7E-104 T 16-09-2021 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 SUPERFAMILY SSF69765 1 157 3.66E-67 T 16-09-2021 IPR036571 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase superfamily GO:0008685|GO:0016114 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 TIGRFAM TIGR00151 ispF: 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase 2 156 1.2E-70 T 16-09-2021 IPR003526 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase GO:0008685|GO:0016114 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 Gene3D G3DSA:3.30.1330.50 1 159 1.5E-69 T 16-09-2021 IPR036571 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase superfamily GO:0008685|GO:0016114 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 CDD cd00554 MECDP_synthase 2 154 4.92839E-90 T 16-09-2021 IPR003526 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase GO:0008685|GO:0016114 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 ProSitePatterns PS01350 2C-methyl-D-erythritol 2,4-cyclodiphosphate synthase signature. 35 50 - T 16-09-2021 IPR020555 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase, conserved site GO:0008685 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 PANTHER PTHR43181 1 156 4.9E-70 T 16-09-2021 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 Hamap MF_00107 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase [ispF]. 1 156 36.243 T 16-09-2021 IPR003526 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase GO:0008685|GO:0016114 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_02442 3406635b280414eca7b015e603bc4ae1 159 Pfam PF02542 YgbB family 1 154 7.2E-68 T 16-09-2021 IPR003526 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase GO:0008685|GO:0016114 KEGG: 00900+4.6.1.12|MetaCyc: PWY-7560 +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 Pfam PF01026 TatD related DNase 9 248 4.7E-44 T 16-09-2021 IPR001130 TatD family GO:0016788 +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 SUPERFAMILY SSF51556 7 251 1.11E-47 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 Gene3D G3DSA:3.20.20.140 7 251 4.0E-56 T 16-09-2021 +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 PIRSF PIRSF005902 1 251 8.8E-45 T 16-09-2021 IPR001130 TatD family GO:0016788 +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 ProSitePatterns PS01137 TatD deoxyribonuclease family signature 1. 8 16 - T 16-09-2021 IPR018228 Deoxyribonuclease, TatD-related, conserved site GO:0016888 +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 PANTHER PTHR46317:SF4 6 249 2.3E-50 T 16-09-2021 +MGYG000000001_00466 54406aadb15766fe2e8ec8c732e13fc0 251 PANTHER PTHR46317 6 249 2.3E-50 T 16-09-2021 +MGYG000000001_00659 36026e985067163cc4ceac880cee46af 65 PANTHER PTHR37304 2 62 8.5E-16 T 16-09-2021 IPR007211 Protein of unknown function DUF378 +MGYG000000001_00659 36026e985067163cc4ceac880cee46af 65 Pfam PF04070 Domain of unknown function (DUF378) 2 56 3.5E-19 T 16-09-2021 IPR007211 Protein of unknown function DUF378 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 SUPERFAMILY SSF56349 65 363 5.89E-61 T 16-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 Gene3D G3DSA:1.10.443.10 171 372 1.6E-51 T 16-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 Pfam PF14657 Arm DNA-binding domain 16 58 1.1E-6 T 16-09-2021 IPR028259 AP2-like integrase, N-terminal domain +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 PANTHER PTHR30349:SF69 24 372 1.8E-55 T 16-09-2021 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 Pfam PF00589 Phage integrase family 175 357 2.1E-27 T 16-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 Gene3D G3DSA:1.10.150.130 61 170 2.3E-18 T 16-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 CDD cd01189 INT_ICEBs1_C_like 177 354 4.89511E-49 T 16-09-2021 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 Pfam PF14659 Phage integrase, N-terminal SAM-like domain 66 122 5.8E-13 T 16-09-2021 IPR004107 Integrase, SAM-like, N-terminal GO:0003677|GO:0015074 +MGYG000000001_02668 8d812892cf134de87ef1dc99baea4684 373 PANTHER PTHR30349 24 372 1.8E-55 T 16-09-2021 +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 Pfam PF09587 Bacterial capsule synthesis protein PGA_cap 44 280 1.5E-56 T 16-09-2021 IPR019079 Capsule synthesis protein, CapA +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 SUPERFAMILY SSF56300 43 321 2.53E-40 T 16-09-2021 +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 CDD cd07381 MPP_CapA 45 279 8.89303E-78 T 16-09-2021 IPR019079 Capsule synthesis protein, CapA +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 PANTHER PTHR33393 39 341 2.4E-69 T 16-09-2021 +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 SMART SM00854 44 281 7.8E-76 T 16-09-2021 IPR019079 Capsule synthesis protein, CapA +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 16-09-2021 +MGYG000000001_01250 4cdb4d4abbe9aaf983a9572fdb4d6a6e 352 Gene3D G3DSA:3.60.21.10 116 342 1.5E-6 T 16-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 SUPERFAMILY SSF53067 141 269 4.99E-26 T 16-09-2021 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 Gene3D G3DSA:3.30.420.40 142 255 7.8E-101 T 16-09-2021 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 Gene3D G3DSA:3.30.420.40 29 269 7.8E-101 T 16-09-2021 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 TIGRFAM TIGR02529 EutJ: ethanolamine utilization protein EutJ family protein 32 270 3.3E-110 T 16-09-2021 IPR013366 Ethanolamine utilisation EutJ +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 Pfam PF00012 Hsp70 protein 74 218 6.6E-13 T 16-09-2021 IPR013126 Heat shock protein 70 family Reactome: R-HSA-3371453 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 PANTHER PTHR32432 108 269 5.3E-40 T 16-09-2021 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 PANTHER PTHR32432 28 113 5.3E-40 T 16-09-2021 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 SUPERFAMILY SSF53067 30 134 7.13E-14 T 16-09-2021 +MGYG000000001_01154 3f47314b70eb03d0540d60d2291d0621 273 SMART SM00842 30 136 0.0084 T 16-09-2021 IPR003494 SHS2 domain inserted in FtsA GO:0005515|GO:0051301 +MGYG000000001_01121 dd3b1425a5e6729634d3209b4b414da6 205 Pfam PF07453 NUMOD1 domain 151 187 5.9E-6 T 16-09-2021 IPR010896 Nuclease-associated modular DNA-binding 1 +MGYG000000001_01121 dd3b1425a5e6729634d3209b4b414da6 205 SMART SM00497 87 138 0.0028 T 16-09-2021 IPR003647 Intron encoded nuclease repeat +MGYG000000001_01121 dd3b1425a5e6729634d3209b4b414da6 205 SMART SM00497 150 202 0.0012 T 16-09-2021 IPR003647 Intron encoded nuclease repeat +MGYG000000001_00723 2ad52982392304417b03351ea0fa97e4 129 Pfam PF03899 ATP synthase I chain 21 108 5.0E-13 T 16-09-2021 IPR005598 ATP synthase protein I +MGYG000000001_02474 ea1cb2929bacb05782566e7897a09934 205 Pfam PF18475 PIN domain 6 107 2.3E-21 T 16-09-2021 IPR041494 PIN-like domain +MGYG000000001_02474 ea1cb2929bacb05782566e7897a09934 205 CDD cd18723 PIN_LabA-like 3 107 7.83793E-7 T 16-09-2021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 PRINTS PR00344 Bacterial sensor protein C-terminal signature 349 363 5.7E-19 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 PRINTS PR00344 Bacterial sensor protein C-terminal signature 408 421 5.7E-19 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 PRINTS PR00344 Bacterial sensor protein C-terminal signature 384 402 5.7E-19 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 PRINTS PR00344 Bacterial sensor protein C-terminal signature 367 377 5.7E-19 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 SMART SM00304 27 79 7.6E-5 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 Pfam PF00672 HAMP domain 28 73 3.0E-5 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 SMART SM00387 312 424 2.2E-39 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 315 423 5.8E-28 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 SMART SM00388 200 267 1.6E-20 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 ProSiteProfiles PS50885 HAMP domain profile. 27 79 8.423 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 88 199 1.3E-5 T 16-09-2021 IPR000014 PAS domain +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 CDD cd00082 HisKA 198 262 2.93037E-17 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 Gene3D G3DSA:3.30.565.10 270 421 1.0E-46 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 CDD cd00075 HATPase 317 420 6.13366E-38 T 16-09-2021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 SUPERFAMILY SSF47384 189 266 1.12E-18 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 SUPERFAMILY SSF55874 256 422 1.26E-45 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 Gene3D G3DSA:3.30.450.20 88 193 3.9E-12 T 16-09-2021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 Pfam PF00512 His Kinase A (phospho-acceptor) domain 200 266 4.6E-18 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 Gene3D G3DSA:1.10.287.130 194 269 2.4E-23 T 16-09-2021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 SUPERFAMILY SSF158472 33 78 9.94E-5 T 16-09-2021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 ProSiteProfiles PS50109 Histidine kinase domain profile. 207 424 51.858 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 CDD cd06225 HAMP 29 73 1.38737E-4 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01218 10c085595ba218a4c0d29cfef88325e8 425 PANTHER PTHR45453 7 423 2.4E-81 T 16-09-2021 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 SFLD SFLDS00029 Radical SAM 2 376 0.0 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 Pfam PF04055 Radical SAM superfamily 6 177 4.1E-24 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 PANTHER PTHR13932 4 376 1.8E-128 T 16-09-2021 IPR034505 Anaerobic coproporphyrinogen-III oxidase +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 SMART SM00729 1 222 5.3E-58 T 16-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 TIGRFAM TIGR00539 hemN_rel: putative oxygen-independent coproporphyrinogen III oxidase 4 363 2.9E-101 T 16-09-2021 IPR004559 Heme chaperone HemW-like GO:0004109|GO:0005737|GO:0006779|GO:0051539 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 CDD cd01335 Radical_SAM 11 217 2.8409E-12 T 16-09-2021 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 Coils Coil 34 54 - T 16-09-2021 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 Gene3D G3DSA:3.80.30.20 1 300 2.5E-106 T 16-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 SFLD SFLDF00562 HemN-like, clustered with heat shock genes 2 376 0.0 T 16-09-2021 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 Pfam PF06969 HemN C-terminal domain 302 365 1.4E-17 T 16-09-2021 IPR010723 HemN, C-terminal +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 SFLD SFLDF00288 HemN-like, clustered with nucleoside-triphosphate RdgB 2 376 0.0 T 16-09-2021 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 SFLD SFLDG01082 B12-binding domain containing 11 230 2.2E-18 T 16-09-2021 +MGYG000000001_00239 3083b25c3c48c2899ad501c0adda278e 377 SUPERFAMILY SSF102114 3 376 1.57E-119 T 16-09-2021 +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 PANTHER PTHR30183:SF3 1 280 1.9E-45 T 16-09-2021 +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 PANTHER PTHR30183 1 280 1.9E-45 T 16-09-2021 +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 78 280 1.3E-18 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 SUPERFAMILY SSF161098 4 278 9.48E-43 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 CDD cd06261 TM_PBP2 63 268 4.48141E-9 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 63 274 25.977 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00078 e432d512a41b26495f02cbdc9235c5ef 286 Gene3D G3DSA:1.10.3720.10 7 282 3.7E-45 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 Gene3D G3DSA:3.90.230.10 1 248 3.4E-103 T 16-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 PRINTS PR00599 Methionine aminopeptidase-1 signature 89 105 3.5E-23 T 16-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 PRINTS PR00599 Methionine aminopeptidase-1 signature 159 171 3.5E-23 T 16-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 PRINTS PR00599 Methionine aminopeptidase-1 signature 67 80 3.5E-23 T 16-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 PRINTS PR00599 Methionine aminopeptidase-1 signature 190 202 3.5E-23 T 16-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 PANTHER PTHR43330:SF8 2 247 3.5E-96 T 16-09-2021 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 PANTHER PTHR43330 2 247 3.5E-96 T 16-09-2021 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 SUPERFAMILY SSF55920 1 247 6.54E-88 T 16-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 TIGRFAM TIGR00500 met_pdase_I: methionine aminopeptidase, type I 2 247 6.9E-102 T 16-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 Pfam PF00557 Metallopeptidase family M24 12 239 3.5E-53 T 16-09-2021 IPR000994 Peptidase M24 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 Hamap MF_01974 Methionine aminopeptidase [map]. 2 248 42.261 T 16-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02570 919af390438501e6154ef83bce2469a0 248 CDD cd01086 MetAP1 10 247 4.427E-138 T 16-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_00553 8111fafe6c7c95031dbf679b046b9be4 699 Gene3D G3DSA:3.40.50.300 283 432 1.2E-5 T 16-09-2021 +MGYG000000001_01846 8111fafe6c7c95031dbf679b046b9be4 699 Gene3D G3DSA:3.40.50.300 283 432 1.2E-5 T 16-09-2021 +MGYG000000001_00553 8111fafe6c7c95031dbf679b046b9be4 699 SUPERFAMILY SSF52540 320 630 2.04E-8 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01846 8111fafe6c7c95031dbf679b046b9be4 699 SUPERFAMILY SSF52540 320 630 2.04E-8 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02750 1fe5c0784ad3c74891abd6b0ec0ddb33 223 MobiDBLite mobidb-lite consensus disorder prediction 85 108 - T 16-09-2021 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 PANTHER PTHR46797 4 166 3.3E-13 T 16-09-2021 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 Gene3D G3DSA:2.60.40.730 84 192 2.3E-16 T 16-09-2021 IPR036073 Desulfoferrodoxin, ferrous iron-binding domain superfamily GO:0005506|GO:0016491|GO:0055114 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 Gene3D G3DSA:1.10.260.40 3 83 1.0E-18 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 SUPERFAMILY SSF57802 80 110 1.06E-5 T 16-09-2021 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 SUPERFAMILY SSF49367 115 191 4.32E-14 T 16-09-2021 IPR036073 Desulfoferrodoxin, ferrous iron-binding domain superfamily GO:0005506|GO:0016491|GO:0055114 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 10 64 15.668 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 SMART SM00530 9 64 2.4E-14 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 Pfam PF01381 Helix-turn-helix 10 63 2.2E-16 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 SUPERFAMILY SSF47413 3 69 7.78E-18 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_03173 26db4c6c2f99a803f212dd0c46272fe6 194 CDD cd00093 HTH_XRE 7 62 8.76183E-16 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02975 24fe4b2158d6f7d3a4ff67e10b523509 121 Coils Coil 3 23 - T 16-09-2021 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 PANTHER PTHR11014:SF63 7 387 6.9E-140 T 16-09-2021 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 14 373 3.1E-118 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 Pfam PF01546 Peptidase family M20/M25/M40 71 382 5.9E-30 T 16-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 Gene3D G3DSA:3.30.70.360 179 293 9.6E-141 T 16-09-2021 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 SUPERFAMILY SSF55031 182 294 1.7E-30 T 16-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 Pfam PF07687 Peptidase dimerisation domain 184 281 3.9E-12 T 16-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 PANTHER PTHR11014 7 387 6.9E-140 T 16-09-2021 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 PIRSF PIRSF005962 1 387 6.2E-133 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 SUPERFAMILY SSF53187 2 386 6.58E-85 T 16-09-2021 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 CDD cd08019 M20_Acy1-like 14 385 0.0 T 16-09-2021 +MGYG000000001_02074 1afd5b18cdc9ba4e13a9c72a3e9617c3 387 Gene3D G3DSA:3.40.630.10 14 370 9.6E-141 T 16-09-2021 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 SUPERFAMILY SSF69189 292 381 5.1E-8 T 16-09-2021 IPR015956 Penicillin-binding protein, C-terminal domain superfamily GO:0004180|GO:0006508 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 Pfam PF00768 D-alanyl-D-alanine carboxypeptidase 31 272 1.0E-57 T 16-09-2021 IPR001967 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A, N-terminal GO:0006508|GO:0009002 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 PANTHER PTHR21581:SF19 14 363 3.9E-66 T 16-09-2021 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 SUPERFAMILY SSF56601 6 292 6.87E-61 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 PANTHER PTHR21581 14 363 3.9E-66 T 16-09-2021 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 Gene3D G3DSA:3.40.710.10 24 289 1.1E-76 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 SMART SM00936 292 380 5.5E-17 T 16-09-2021 IPR012907 Peptidase S11, D-Ala-D-Ala carboxypeptidase A, C-terminal GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 59 70 1.6E-15 T 16-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 112 129 1.6E-15 T 16-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 139 152 1.6E-15 T 16-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 Gene3D G3DSA:2.60.410.10 292 379 5.8E-12 T 16-09-2021 IPR037167 D-Ala-D-Ala carboxypeptidase, C-terminal domain superfamily GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01684 423738a92274c813afc9a00cb306ca16 393 Pfam PF07943 Penicillin-binding protein 5, C-terminal domain 292 379 2.9E-10 T 16-09-2021 IPR012907 Peptidase S11, D-Ala-D-Ala carboxypeptidase A, C-terminal GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01814 a9778c8c7510cba985f9e7320f2e0a31 124 Pfam PF04883 Bacteriophage HK97-gp10, putative tail-component 10 90 9.6E-11 T 16-09-2021 IPR010064 Bacteriophage HK97-gp10, putative tail-component +MGYG000000001_01814 a9778c8c7510cba985f9e7320f2e0a31 124 TIGRFAM TIGR01725 phge_HK97_gp10: phage protein, HK97 gp10 family 7 120 5.1E-15 T 16-09-2021 IPR010064 Bacteriophage HK97-gp10, putative tail-component +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 TIGRFAM TIGR01007 eps_fam: capsular exopolysaccharide family 15 219 7.6E-71 T 16-09-2021 IPR005702 Exopolysaccharide synthesis protein GO:0045226 +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 CDD cd05387 BY-kinase 15 205 1.04164E-82 T 16-09-2021 +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 PANTHER PTHR32309 6 223 2.5E-51 T 16-09-2021 +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 PANTHER PTHR32309:SF25 6 223 2.5E-51 T 16-09-2021 +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 SUPERFAMILY SSF52540 34 215 3.28E-43 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 Pfam PF10609 NUBPL iron-transfer P-loop NTPase 34 204 1.1E-12 T 16-09-2021 IPR033756 Flagellum site-determining protein YlxH/ Fe-S cluster assembling factor NBP35 +MGYG000000001_02267 7364e4bcd950c6adeed4b224b4101908 236 Gene3D G3DSA:3.40.50.300 1 225 5.6E-78 T 16-09-2021 +MGYG000000001_01003 fb46c3f8289fcd42979e86b4c6de4f1c 364 PANTHER PTHR21716:SF40 9 361 8.3E-64 T 16-09-2021 +MGYG000000001_01003 fb46c3f8289fcd42979e86b4c6de4f1c 364 PANTHER PTHR21716 9 361 8.3E-64 T 16-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_01003 fb46c3f8289fcd42979e86b4c6de4f1c 364 Pfam PF01594 AI-2E family transporter 9 350 8.2E-63 T 16-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 SUPERFAMILY SSF52413 283 388 1.57E-27 T 16-09-2021 IPR036220 UDP-glucose/GDP-mannose dehydrogenase, C-terminal domain superfamily Reactome: R-HSA-173599 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 SUPERFAMILY SSF51735 1 194 2.18E-51 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 Gene3D G3DSA:3.40.50.720 222 388 2.0E-66 T 16-09-2021 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 Pfam PF00984 UDP-glucose/GDP-mannose dehydrogenase family, central domain 192 281 9.6E-25 T 16-09-2021 IPR014026 UDP-glucose/GDP-mannose dehydrogenase, dimerisation GO:0016616|GO:0051287|GO:0055114 Reactome: R-HSA-173599 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 TIGRFAM TIGR03026 NDP-sugDHase: nucleotide sugar dehydrogenase 1 377 1.5E-102 T 16-09-2021 IPR017476 UDP-glucose/GDP-mannose dehydrogenase GO:0016616|GO:0055114 Reactome: R-HSA-173599 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 SUPERFAMILY SSF48179 191 287 2.55E-29 T 16-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 Pfam PF03721 UDP-glucose/GDP-mannose dehydrogenase family, NAD binding domain 1 170 7.0E-35 T 16-09-2021 IPR001732 UDP-glucose/GDP-mannose dehydrogenase, N-terminal GO:0016616|GO:0051287|GO:0055114 Reactome: R-HSA-173599 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 PIRSF PIRSF000124 1 388 7.4E-135 T 16-09-2021 IPR017476 UDP-glucose/GDP-mannose dehydrogenase GO:0016616|GO:0055114 Reactome: R-HSA-173599 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 SMART SM00984 300 387 1.5E-12 T 16-09-2021 IPR014027 UDP-glucose/GDP-mannose dehydrogenase, C-terminal GO:0016616|GO:0051287|GO:0055114 Reactome: R-HSA-173599 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 Gene3D G3DSA:3.40.50.720 1 193 2.3E-61 T 16-09-2021 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 PANTHER PTHR43750:SF2 1 388 8.4E-206 T 16-09-2021 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 Gene3D G3DSA:1.20.5.100 194 220 1.2E-19 T 16-09-2021 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 PANTHER PTHR43750 1 388 8.4E-206 T 16-09-2021 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 PIRSF PIRSF500134 338 388 0.58 T 16-09-2021 IPR028357 UDP-glucose 6-dehydrogenase, bacterial type GO:0000271|GO:0003979 KEGG: 00040+1.1.1.22|KEGG: 00053+1.1.1.22|KEGG: 00520+1.1.1.22|MetaCyc: PWY-7346|MetaCyc: PWY-7820 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 PIRSF PIRSF500134 1 343 2.4E-120 T 16-09-2021 IPR028357 UDP-glucose 6-dehydrogenase, bacterial type GO:0000271|GO:0003979 KEGG: 00040+1.1.1.22|KEGG: 00053+1.1.1.22|KEGG: 00520+1.1.1.22|MetaCyc: PWY-7346|MetaCyc: PWY-7820 +MGYG000000001_02255 27fa98057ddb413c5ce8efd88085dae7 388 Pfam PF03720 UDP-glucose/GDP-mannose dehydrogenase family, UDP binding domain 301 366 2.7E-7 T 16-09-2021 IPR014027 UDP-glucose/GDP-mannose dehydrogenase, C-terminal GO:0016616|GO:0051287|GO:0055114 Reactome: R-HSA-173599 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 CDD cd00090 HTH_ARSR 39 103 4.84722E-23 T 16-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 ProSitePatterns PS00846 Bacterial regulatory proteins, arsR family signature. 60 78 - T 16-09-2021 IPR018334 ArsR-type transcription regulator, HTH motif GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 SUPERFAMILY SSF46785 25 117 3.96E-29 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 Pfam PF01022 Bacterial regulatory protein, arsR family 44 89 4.0E-18 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 ProSiteProfiles PS50987 ArsR-type HTH domain profile. 27 121 33.729 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 PANTHER PTHR43132:SF6 6 120 4.4E-33 T 16-09-2021 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 58 69 1.7E-19 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 86 101 1.7E-19 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 71 86 1.7E-19 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 39 54 1.7E-19 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 SMART SM00418 37 115 1.8E-28 T 16-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 Gene3D G3DSA:1.10.10.10 4 122 6.4E-39 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01576 a3093cf9c232adebbbc67324545f2e02 123 PANTHER PTHR43132 6 120 4.4E-33 T 16-09-2021 +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 Gene3D G3DSA:3.40.50.1450 1 317 1.4E-115 T 16-09-2021 IPR023430 Peptidase HybD-like domain superfamily +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 Pfam PF03418 Germination protease 9 258 3.5E-79 T 16-09-2021 IPR005080 Peptidase A25, germination protease GO:0006508|GO:0008233|GO:0009847 +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 SUPERFAMILY SSF53163 1 314 4.32E-107 T 16-09-2021 IPR023430 Peptidase HybD-like domain superfamily +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 PIRSF PIRSF019549 1 257 2.3E-96 T 16-09-2021 IPR005080 Peptidase A25, germination protease GO:0006508|GO:0008233|GO:0009847 +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 PIRSF PIRSF019549 246 317 5.9E-18 T 16-09-2021 IPR005080 Peptidase A25, germination protease GO:0006508|GO:0008233|GO:0009847 +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 TIGRFAM TIGR01441 GPR: GPR endopeptidase 3 255 5.5E-88 T 16-09-2021 IPR005080 Peptidase A25, germination protease GO:0006508|GO:0008233|GO:0009847 +MGYG000000001_00247 af86ffa0d3ad4ac58ca22a046ba30070 318 Hamap MF_00626 Germination protease [gpr]. 1 318 134.816 T 16-09-2021 IPR005080 Peptidase A25, germination protease GO:0006508|GO:0008233|GO:0009847 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 CDD cd00859 HisRS_anticodon 327 417 7.1072E-27 T 16-09-2021 IPR033656 Histidyl-anticodon-binding KEGG: 00970+6.1.1.21 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 PANTHER PTHR43707 3 416 2.5E-163 T 16-09-2021 IPR004516 Histidine-tRNA ligase/ATP phosphoribosyltransferase regulatory subunit GO:0005737 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 SUPERFAMILY SSF52954 327 420 7.85E-24 T 16-09-2021 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 Gene3D G3DSA:3.40.50.800 326 419 1.5E-25 T 16-09-2021 IPR036621 Anticodon-binding domain superfamily +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 SUPERFAMILY SSF55681 4 319 5.55E-97 T 16-09-2021 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 Hamap MF_00127 Histidine--tRNA ligase [hisS]. 1 418 33.218 T 16-09-2021 IPR015807 Histidine-tRNA ligase GO:0004821|GO:0005524|GO:0006427 KEGG: 00970+6.1.1.21 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 PIRSF PIRSF001549 1 420 5.9E-122 T 16-09-2021 IPR004516 Histidine-tRNA ligase/ATP phosphoribosyltransferase regulatory subunit GO:0005737 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 Gene3D G3DSA:3.30.930.10 2 323 3.9E-114 T 16-09-2021 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 Pfam PF03129 Anticodon binding domain 330 418 3.7E-15 T 16-09-2021 IPR004154 Anticodon-binding +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 CDD cd00773 HisRS-like_core 16 316 3.45325E-106 T 16-09-2021 IPR041715 Class II Histidinyl-tRNA synthetase (HisRS)-like catalytic core domain +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 TIGRFAM TIGR00442 hisS: histidine--tRNA ligase 4 408 2.1E-153 T 16-09-2021 IPR015807 Histidine-tRNA ligase GO:0004821|GO:0005524|GO:0006427 KEGG: 00970+6.1.1.21 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 Pfam PF13393 Histidyl-tRNA synthetase 8 311 1.3E-44 T 16-09-2021 IPR041715 Class II Histidinyl-tRNA synthetase (HisRS)-like catalytic core domain +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 Coils Coil 399 419 - T 16-09-2021 +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 23 325 20.293 T 16-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_00349 8b07e285b86d4895c05e1929de439deb 420 PANTHER PTHR43707:SF4 3 416 2.5E-163 T 16-09-2021 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 Hamap MF_01627 Purine nucleoside phosphorylase DeoD-type [deoD]. 7 239 41.194 T 16-09-2021 IPR004402 Purine nucleoside phosphorylase DeoD-type GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 ProSitePatterns PS01232 Purine and other phosphorylases family 1 signature. 67 82 - T 16-09-2021 IPR018016 Nucleoside phosphorylase, conserved site GO:0016763 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 Pfam PF01048 Phosphorylase superfamily 22 227 4.4E-39 T 16-09-2021 IPR000845 Nucleoside phosphorylase domain GO:0003824|GO:0009116 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 SUPERFAMILY SSF53167 8 238 5.5E-88 T 16-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 PANTHER PTHR43691:SF11 7 238 1.4E-94 T 16-09-2021 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 Gene3D G3DSA:3.40.50.1580 4 239 2.0E-70 T 16-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 PANTHER PTHR43691 7 238 1.4E-94 T 16-09-2021 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 TIGRFAM TIGR00107 deoD: purine nucleoside phosphorylase 10 238 5.8E-91 T 16-09-2021 IPR004402 Purine nucleoside phosphorylase DeoD-type GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1 +MGYG000000001_01645 d2311592eb61503ab61158b1a80b6386 239 CDD cd09006 PNP_EcPNPI-like 10 238 1.19394E-156 T 16-09-2021 +MGYG000000001_02659 480b1ae9a8adb753e9bc7329320e9610 211 Coils Coil 83 103 - T 16-09-2021 +MGYG000000001_02479 dfcd9685c5041b07a85e4194b620afa2 143 Pfam PF06541 Putative ABC-transporter type IV 13 121 6.9E-12 T 16-09-2021 IPR010540 Putative ABC-transporter type IV CmpB/TMEM229 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Coils Coil 586 603 - T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Pfam PF10410 DnaB-helicase binding domain of primase 363 415 1.9E-11 T 16-09-2021 IPR019475 DNA primase, DnaB-helicase binding domain GO:0016779 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Gene3D G3DSA:3.40.1360.10 238 360 5.8E-37 T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Pfam PF08275 DNA primase catalytic core, N-terminal domain 124 246 4.7E-41 T 16-09-2021 IPR013264 DNA primase, catalytic core, N-terminal +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 SUPERFAMILY SSF57783 4 96 2.72E-36 T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Coils Coil 552 582 - T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Hamap MF_00974 DNA primase [dnaG]. 2 587 28.093 T 16-09-2021 IPR030846 DNA primase DnaG, bacteria GO:0003896|GO:0006269|GO:0008270 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 SUPERFAMILY SSF56731 115 417 3.66E-99 T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 SMART SM00493 255 326 6.9E-16 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 PIRSF PIRSF002811 1 596 2.6E-165 T 16-09-2021 IPR030846 DNA primase DnaG, bacteria GO:0003896|GO:0006269|GO:0008270 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Gene3D G3DSA:3.90.980.10 108 237 5.5E-44 T 16-09-2021 IPR037068 DNA primase, catalytic core, N-terminal domain superfamily +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Pfam PF13155 Toprim-like 258 342 3.6E-20 T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 PANTHER PTHR30313 5 578 4.8E-151 T 16-09-2021 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 TIGRFAM TIGR01391 dnaG: DNA primase 5 411 9.7E-144 T 16-09-2021 IPR006295 DNA primase, DnaG GO:0003896|GO:0006269 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 ProSiteProfiles PS50880 Toprim domain profile. 255 336 19.2 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 CDD cd03364 TOPRIM_DnaG_primases 255 333 1.78629E-36 T 16-09-2021 IPR034151 Bacterial DnaG primase, TOPRIM domain +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Gene3D G3DSA:3.90.580.10 3 100 2.2E-40 T 16-09-2021 IPR036977 DNA Primase, CHC2-type zinc finger GO:0003677|GO:0006260|GO:0008270 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 Pfam PF01807 CHC2 zinc finger 6 98 2.0E-37 T 16-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_00745 b489c5bb3ed9b967d3524266aa06cb1c 603 SMART SM00400 34 88 5.2E-37 T 16-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_01909 b343c48fffe6d4c3d5c1600dd0b68773 177 PANTHER PTHR36214 109 169 3.2E-16 T 16-09-2021 +MGYG000000001_01909 b343c48fffe6d4c3d5c1600dd0b68773 177 PANTHER PTHR36214:SF3 109 169 3.2E-16 T 16-09-2021 +MGYG000000001_01909 b343c48fffe6d4c3d5c1600dd0b68773 177 Pfam PF04060 Putative Fe-S cluster 121 152 5.7E-13 T 16-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_01909 b343c48fffe6d4c3d5c1600dd0b68773 177 Gene3D G3DSA:1.10.15.40 112 168 1.8E-16 T 16-09-2021 +MGYG000000001_01909 b343c48fffe6d4c3d5c1600dd0b68773 177 ProSiteProfiles PS51656 4Fe-4S domain profile. 109 168 22.25 T 16-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_01138 5b5b6fa087f2bf66be904cedf77e3e2a 397 Pfam PF13576 Pentapeptide repeats (9 copies) 81 118 1.3E-7 T 16-09-2021 IPR001646 Pentapeptide repeat +MGYG000000001_01138 5b5b6fa087f2bf66be904cedf77e3e2a 397 Gene3D G3DSA:2.160.20.100 32 223 2.0E-13 T 16-09-2021 +MGYG000000001_01138 5b5b6fa087f2bf66be904cedf77e3e2a 397 SUPERFAMILY SSF141571 75 212 2.22E-13 T 16-09-2021 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 SMART SM00345 14 72 1.8E-13 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 ProSiteProfiles PS50949 GntR-type HTH domain profile. 8 75 20.537 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 Pfam PF07702 UTRA domain 94 233 1.0E-40 T 16-09-2021 IPR011663 UbiC transcription regulator-associated GO:0003677|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 32 46 1.4E-6 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 46 62 1.4E-6 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 Gene3D G3DSA:3.40.1410.10 75 241 7.5E-48 T 16-09-2021 IPR028978 Chorismate pyruvate-lyase/UbiC transcription regulator-associated domain superfamily +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 CDD cd07377 WHTH_GntR 9 73 1.59541E-25 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 SUPERFAMILY SSF64288 60 238 3.77E-51 T 16-09-2021 IPR028978 Chorismate pyruvate-lyase/UbiC transcription regulator-associated domain superfamily +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 Gene3D G3DSA:1.10.10.10 1 73 1.0E-23 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 SUPERFAMILY SSF46785 1 82 1.06E-21 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 PANTHER PTHR44846 1 238 3.2E-65 T 16-09-2021 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 SMART SM00866 94 234 3.9E-39 T 16-09-2021 IPR011663 UbiC transcription regulator-associated GO:0003677|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 Pfam PF00392 Bacterial regulatory proteins, gntR family 11 72 1.2E-13 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01940 4a9021abbe2d8cd37bbb6360c82134c7 241 PANTHER PTHR44846:SF1 1 238 3.2E-65 T 16-09-2021 +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 PANTHER PTHR34135 4 195 2.9E-50 T 16-09-2021 +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 PANTHER PTHR34135 4 195 2.9E-50 T 16-09-2021 +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 SMART SM00641 9 112 2.0E-9 T 16-09-2021 IPR018077 Glycoside hydrolase, family 25 subgroup +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 SMART SM00641 9 112 2.0E-9 T 16-09-2021 IPR018077 Glycoside hydrolase, family 25 subgroup +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 CDD cd06525 GH25_Lyc-like 10 195 2.32966E-86 T 16-09-2021 +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 CDD cd06525 GH25_Lyc-like 10 195 2.32966E-86 T 16-09-2021 +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 PANTHER PTHR34135:SF2 4 195 2.9E-50 T 16-09-2021 +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 PANTHER PTHR34135:SF2 4 195 2.9E-50 T 16-09-2021 +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 Gene3D G3DSA:3.20.20.80 1 217 1.2E-73 T 16-09-2021 +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 Gene3D G3DSA:3.20.20.80 1 217 1.2E-73 T 16-09-2021 +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 SUPERFAMILY SSF51445 7 196 9.83E-56 T 16-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 SUPERFAMILY SSF51445 7 196 9.83E-56 T 16-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02061 efd21c4b875df6d604b64b3485ffd559 219 Pfam PF01183 Glycosyl hydrolases family 25 12 186 4.3E-53 T 16-09-2021 IPR002053 Glycoside hydrolase, family 25 GO:0003796|GO:0009253|GO:0016998 +MGYG000000001_02060 efd21c4b875df6d604b64b3485ffd559 219 Pfam PF01183 Glycosyl hydrolases family 25 12 186 4.3E-53 T 16-09-2021 IPR002053 Glycoside hydrolase, family 25 GO:0003796|GO:0009253|GO:0016998 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 SMART SM00347 24 135 3.2E-15 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 ProSiteProfiles PS50995 MarR-type HTH domain profile. 1 147 29.497 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 PANTHER PTHR33164:SF56 12 145 4.4E-21 T 16-09-2021 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 Gene3D G3DSA:1.10.10.10 3 149 4.7E-28 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 PRINTS PR00598 Bacterial regulatory protein MarR family signature 125 145 1.3E-12 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 PRINTS PR00598 Bacterial regulatory protein MarR family signature 59 75 1.3E-12 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 PRINTS PR00598 Bacterial regulatory protein MarR family signature 95 111 1.3E-12 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 PRINTS PR00598 Bacterial regulatory protein MarR family signature 76 91 1.3E-12 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 Pfam PF01047 MarR family 54 100 4.9E-12 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 SUPERFAMILY SSF46785 14 152 1.89E-23 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 PANTHER PTHR33164 12 145 4.4E-21 T 16-09-2021 +MGYG000000001_01273 9d5ef7a316c6190fff9804e35d3c90ee 157 ProSitePatterns PS01117 MarR-type HTH domain signature. 74 108 - T 16-09-2021 IPR023187 Transcriptional regulator MarR-type, conserved site +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 Gene3D G3DSA:3.40.50.150 7 247 8.3E-79 T 16-09-2021 +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 Gene3D G3DSA:2.20.25.110 145 208 8.3E-79 T 16-09-2021 +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 SUPERFAMILY SSF53335 3 249 1.36E-51 T 16-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 PANTHER PTHR43591:SF32 2 224 9.6E-24 T 16-09-2021 +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 CDD cd02440 AdoMet_MTases 40 143 1.76667E-11 T 16-09-2021 +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 PANTHER PTHR43591 2 224 9.6E-24 T 16-09-2021 +MGYG000000001_00102 4810f6eaec91666ec7d4a17a68f0b8bd 249 Pfam PF13649 Methyltransferase domain 41 137 7.0E-20 T 16-09-2021 IPR041698 Methyltransferase domain 25 +MGYG000000001_03111 da1b76fc4f2a24e62146fcdd87175b59 324 Gene3D G3DSA:3.30.420.40 114 287 2.6E-72 T 16-09-2021 +MGYG000000001_03111 da1b76fc4f2a24e62146fcdd87175b59 324 SUPERFAMILY SSF53067 1 110 2.59E-18 T 16-09-2021 +MGYG000000001_03111 da1b76fc4f2a24e62146fcdd87175b59 324 Gene3D G3DSA:3.30.420.40 3 299 2.6E-72 T 16-09-2021 +MGYG000000001_03111 da1b76fc4f2a24e62146fcdd87175b59 324 SUPERFAMILY SSF53067 115 317 1.13E-45 T 16-09-2021 +MGYG000000001_03111 da1b76fc4f2a24e62146fcdd87175b59 324 Pfam PF01869 BadF/BadG/BcrA/BcrD ATPase family 4 276 6.7E-38 T 16-09-2021 IPR002731 ATPase, BadF/BadG/BcrA/BcrD type Reactome: R-HSA-446210 +MGYG000000001_03111 da1b76fc4f2a24e62146fcdd87175b59 324 PANTHER PTHR12862 1 315 4.5E-52 T 16-09-2021 IPR039758 N-acetyl-D-glucosamine kinase NAGK-like GO:0045127 KEGG: 00520+2.7.1.59|MetaCyc: PWY-6517|MetaCyc: PWY-6906|Reactome: R-HSA-446210 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 PANTHER PTHR24031:SF390 3 484 9.9E-137 T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Pfam PF00271 Helicase conserved C-terminal domain 232 337 3.7E-26 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Gene3D G3DSA:3.40.50.300 212 382 3.3E-46 T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 CDD cd18787 SF2_C_DEAD 218 347 4.42656E-49 T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Gene3D G3DSA:3.30.70.330 409 484 4.9E-22 T 16-09-2021 IPR012677 Nucleotide-binding alpha-beta plait domain superfamily +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 CDD cd00268 DEADc 14 205 1.37534E-88 T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Pfam PF03880 DbpA RNA binding domain 410 480 2.0E-15 T 16-09-2021 IPR005580 DEAD box helicase DbpA/CsdA, RNA-binding domain +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 SMART SM00487 22 218 1.3E-53 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 217 377 21.673 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Coils Coil 381 402 - T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Gene3D G3DSA:3.40.50.300 1 208 5.3E-69 T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 ProSiteProfiles PS51195 DEAD-box RNA helicase Q motif profile. 3 31 10.393 T 16-09-2021 IPR014014 RNA helicase, DEAD-box type, Q motif +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 Pfam PF00270 DEAD/DEAH box helicase 28 190 1.4E-44 T 16-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 PANTHER PTHR24031 3 484 9.9E-137 T 16-09-2021 +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 SMART SM00490 257 338 2.4E-29 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 34 204 30.692 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 SUPERFAMILY SSF52540 70 358 1.14E-66 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02115 983edcd15e0865b336b94e2352b2cd0f 485 ProSitePatterns PS00039 DEAD-box subfamily ATP-dependent helicases signature. 150 158 - T 16-09-2021 IPR000629 ATP-dependent RNA helicase DEAD-box, conserved site +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 SUPERFAMILY SSF46548 285 364 3.03E-12 T 16-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 278 310 6.794 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 Pfam PF00248 Aldo/keto reductase family 5 279 8.6E-51 T 16-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 Gene3D G3DSA:1.10.1060.10 280 371 1.5E-14 T 16-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 CDD cd06660 Aldo_ket_red 2 278 1.29015E-50 T 16-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 PANTHER PTHR11732:SF5 5 303 1.3E-67 T 16-09-2021 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 335 363 7.592 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 SUPERFAMILY SSF51430 4 281 1.7E-49 T 16-09-2021 IPR036812 NADP-dependent oxidoreductase domain superfamily +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 344 355 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 PRINTS PR00069 Aldo-keto reductase signature 130 147 6.7E-5 T 16-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 PRINTS PR00069 Aldo-keto reductase signature 95 113 6.7E-5 T 16-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 PRINTS PR00069 Aldo-keto reductase signature 36 60 6.7E-5 T 16-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 PANTHER PTHR11732 5 303 1.3E-67 T 16-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 Pfam PF13534 4Fe-4S dicluster domain 290 359 5.3E-10 T 16-09-2021 +MGYG000000001_03040 235e3895bfb207c1fef05003ef5e9cb9 375 Gene3D G3DSA:3.20.20.100 1 279 4.7E-47 T 16-09-2021 IPR036812 NADP-dependent oxidoreductase domain superfamily +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 SUPERFAMILY SSF56327 144 312 1.87E-55 T 16-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PIRSF PIRSF000102 1 315 1.0E-113 T 16-09-2021 IPR001557 L-lactate/malate dehydrogenase GO:0016616|GO:0019752|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PRINTS PR00086 L-lactate dehydrogenase signature 5 29 8.2E-47 T 16-09-2021 IPR001557 L-lactate/malate dehydrogenase GO:0016616|GO:0019752|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PRINTS PR00086 L-lactate dehydrogenase signature 171 184 8.2E-47 T 16-09-2021 IPR001557 L-lactate/malate dehydrogenase GO:0016616|GO:0019752|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PRINTS PR00086 L-lactate dehydrogenase signature 117 137 8.2E-47 T 16-09-2021 IPR001557 L-lactate/malate dehydrogenase GO:0016616|GO:0019752|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PRINTS PR00086 L-lactate dehydrogenase signature 30 54 8.2E-47 T 16-09-2021 IPR001557 L-lactate/malate dehydrogenase GO:0016616|GO:0019752|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PRINTS PR00086 L-lactate dehydrogenase signature 141 159 8.2E-47 T 16-09-2021 IPR001557 L-lactate/malate dehydrogenase GO:0016616|GO:0019752|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 TIGRFAM TIGR01771 L-LDH-NAD: L-lactate dehydrogenase 8 307 1.8E-127 T 16-09-2021 IPR011304 L-lactate dehydrogenase GO:0004459|GO:0005737|GO:0055114 KEGG: 00010+1.1.1.27|KEGG: 00270+1.1.1.27|KEGG: 00620+1.1.1.27|KEGG: 00640+1.1.1.27|MetaCyc: PWY-5481|MetaCyc: PWY-6901|Reactome: R-HSA-70268 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 Pfam PF02866 lactate/malate dehydrogenase, alpha/beta C-terminal domain 146 311 5.2E-37 T 16-09-2021 IPR022383 Lactate/malate dehydrogenase, C-terminal GO:0016616|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 Pfam PF00056 lactate/malate dehydrogenase, NAD binding domain 5 143 2.1E-46 T 16-09-2021 IPR001236 Lactate/malate dehydrogenase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PANTHER PTHR43128 1 312 7.7E-130 T 16-09-2021 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 Gene3D G3DSA:3.40.50.720 1 145 1.5E-58 T 16-09-2021 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 CDD cd05291 HicDH_like 4 311 0.0 T 16-09-2021 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 SUPERFAMILY SSF51735 2 143 1.72E-53 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 Hamap MF_00488 L-lactate dehydrogenase [ldh]. 3 313 44.46 T 16-09-2021 IPR011304 L-lactate dehydrogenase GO:0004459|GO:0005737|GO:0055114 KEGG: 00010+1.1.1.27|KEGG: 00270+1.1.1.27|KEGG: 00620+1.1.1.27|KEGG: 00640+1.1.1.27|MetaCyc: PWY-5481|MetaCyc: PWY-6901|Reactome: R-HSA-70268 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 PANTHER PTHR43128:SF4 1 312 7.7E-130 T 16-09-2021 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 ProSitePatterns PS00064 L-lactate dehydrogenase active site. 173 179 - T 16-09-2021 IPR018177 L-lactate dehydrogenase, active site GO:0004459|GO:0055114 KEGG: 00010+1.1.1.27|KEGG: 00270+1.1.1.27|KEGG: 00620+1.1.1.27|KEGG: 00640+1.1.1.27|MetaCyc: PWY-5481|MetaCyc: PWY-6901|Reactome: R-HSA-70268 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 Gene3D G3DSA:3.90.110.10 146 315 3.3E-59 T 16-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_02360 ab70e297a1da740fd3155dfda3482272 315 Coils Coil 295 315 - T 16-09-2021 +MGYG000000001_02276 019d5cd5fdf12eeef39fcc56005f597b 281 Pfam PF11299 Protein of unknown function (DUF3100) 19 264 4.6E-85 T 16-09-2021 IPR021450 Protein of unknown function DUF3100 +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 PIRSF PIRSF000654 8 274 3.2E-18 T 16-09-2021 +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 SUPERFAMILY SSF56112 3 250 5.06E-37 T 16-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 ProSiteProfiles PS50011 Protein kinase domain profile. 8 266 23.637 T 16-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 PANTHER PTHR24343:SF312 8 256 2.2E-28 T 16-09-2021 +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 PANTHER PTHR24343 8 256 2.2E-28 T 16-09-2021 +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 Pfam PF00069 Protein kinase domain 19 250 6.7E-27 T 16-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_01691 aa401fa2f0c7efc70b0b53c46711d1dd 317 Gene3D G3DSA:1.10.510.10 6 276 1.5E-35 T 16-09-2021 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 Gene3D G3DSA:3.20.20.20 1 319 4.7E-89 T 16-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 PANTHER PTHR36214 1 448 1.6E-117 T 16-09-2021 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 Pfam PF04060 Putative Fe-S cluster 13 43 3.9E-12 T 16-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 ProSiteProfiles PS51656 4Fe-4S domain profile. 1 59 21.757 T 16-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 Gene3D G3DSA:3.40.50.11600 320 450 7.3E-47 T 16-09-2021 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 PANTHER PTHR36214:SF4 1 448 1.6E-117 T 16-09-2021 +MGYG000000001_01338 1e6c4ed6fb06aafff76ba7efd97af1af 458 Pfam PF03599 CO dehydrogenase/acetyl-CoA synthase delta subunit 65 443 2.5E-83 T 16-09-2021 IPR016041 CO dehydrogenase/acetyl-CoA synthase delta subunit, TIM barrel +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 SUPERFAMILY SSF69593 3 193 1.96E-46 T 16-09-2021 +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 SMART SM00563 35 148 2.0E-29 T 16-09-2021 IPR002123 Phospholipid/glycerol acyltransferase GO:0016746 +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 CDD cd07989 LPLAT_AGPAT-like 13 177 8.31144E-47 T 16-09-2021 +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 PANTHER PTHR10434:SF42 3 186 1.3E-35 T 16-09-2021 +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 Pfam PF01553 Acyltransferase 22 145 3.3E-26 T 16-09-2021 IPR002123 Phospholipid/glycerol acyltransferase GO:0016746 +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 PANTHER PTHR10434 3 186 1.3E-35 T 16-09-2021 +MGYG000000001_01659 f7919cdd62062a66d6af009e44ccf576 198 TIGRFAM TIGR00530 AGP_acyltrn: 1-acylglycerol-3-phosphate O-acyltransferases 20 145 1.2E-30 T 16-09-2021 IPR004552 1-acyl-sn-glycerol-3-phosphate acyltransferase GO:0003841|GO:0008654|GO:0016020 KEGG: 00561+2.3.1.51|KEGG: 00564+2.3.1.51|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-6453|MetaCyc: PWY-7411|MetaCyc: PWY-7417|MetaCyc: PWY-7587|MetaCyc: PWY-7589|MetaCyc: PWY-7782|MetaCyc: PWY-8051|MetaCyc: PWY-8053|MetaCyc: PWY-8055|Reactome: R-HSA-1483166 +MGYG000000001_02523 9156495ec05c4723e757f4f6cec09ea7 180 PANTHER PTHR35794 2 143 4.4E-41 T 16-09-2021 IPR007793 DivIVA family +MGYG000000001_02523 9156495ec05c4723e757f4f6cec09ea7 180 Coils Coil 28 55 - T 16-09-2021 +MGYG000000001_02523 9156495ec05c4723e757f4f6cec09ea7 180 PANTHER PTHR35794:SF2 2 143 4.4E-41 T 16-09-2021 +MGYG000000001_02523 9156495ec05c4723e757f4f6cec09ea7 180 Pfam PF05103 DivIVA protein 2 132 8.4E-44 T 16-09-2021 IPR007793 DivIVA family +MGYG000000001_02523 9156495ec05c4723e757f4f6cec09ea7 180 TIGRFAM TIGR03544 DivI1A_domain: DivIVA domain 2 35 8.5E-15 T 16-09-2021 IPR019933 DivIVA domain +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.10 538 612 5.8E-23 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.10 374 446 6.3E-17 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.10 455 529 3.4E-23 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.10 291 371 4.7E-10 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.10 904 984 6.2E-26 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.10 809 888 2.5E-25 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 PANTHER PTHR24273 273 629 6.0E-19 T 16-09-2021 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 SUPERFAMILY SSF49373 616 697 4.47E-6 T 16-09-2021 IPR008964 Invasin/intimin cell-adhesion fragments +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 PANTHER PTHR24273:SF31 273 629 6.0E-19 T 16-09-2021 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Pfam PF16403 Domain of unknown function (DUF5011) 460 527 1.1E-11 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Pfam PF16403 Domain of unknown function (DUF5011) 378 444 4.3E-10 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Pfam PF16403 Domain of unknown function (DUF5011) 921 984 9.5E-18 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Pfam PF16403 Domain of unknown function (DUF5011) 823 885 7.3E-15 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Pfam PF16403 Domain of unknown function (DUF5011) 543 610 1.3E-11 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00172 2a1d21d11ef5978aaffcf3721f1ac9a5 1026 Gene3D G3DSA:2.60.40.1080 613 701 9.5E-11 T 16-09-2021 +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 CDD cd01092 APP-like 136 338 1.32194E-96 T 16-09-2021 +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 SUPERFAMILY SSF53092 3 111 2.27E-16 T 16-09-2021 IPR029149 Creatinase/Aminopeptidase P/Spt16, N-terminal +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 PANTHER PTHR46112:SF3 3 356 4.8E-114 T 16-09-2021 +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 Gene3D G3DSA:3.40.350.10 1 130 3.6E-24 T 16-09-2021 IPR029149 Creatinase/Aminopeptidase P/Spt16, N-terminal +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 Gene3D G3DSA:3.90.230.10 131 356 4.4E-77 T 16-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 Pfam PF00557 Metallopeptidase family M24 138 338 1.8E-64 T 16-09-2021 IPR000994 Peptidase M24 +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 PANTHER PTHR46112 3 356 4.8E-114 T 16-09-2021 +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 SUPERFAMILY SSF55920 130 356 1.57E-71 T 16-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02946 8732a20f77074067c094860603884cec 358 Pfam PF01321 Creatinase/Prolidase N-terminal domain 6 127 1.1E-14 T 16-09-2021 IPR000587 Creatinase, N-terminal GO:0016787 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 PANTHER PTHR11564:SF7 3 438 2.1E-199 T 16-09-2021 IPR004780 Signal recognition particle protein GO:0003924|GO:0005525|GO:0006614|GO:0048500 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 SMART SM00963 2 87 2.3E-35 T 16-09-2021 IPR013822 Signal recognition particle SRP54, helical bundle GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Pfam PF00448 SRP54-type protein, GTPase domain 101 296 6.3E-80 T 16-09-2021 IPR000897 Signal recognition particle, SRP54 subunit, GTPase domain GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 SUPERFAMILY SSF52540 43 354 1.49E-60 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 PANTHER PTHR11564 3 438 2.1E-199 T 16-09-2021 IPR022941 Signal recognition particle, SRP54 subunit GO:0003924|GO:0005525|GO:0006614|GO:0048500 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Gene3D G3DSA:3.40.50.300 91 285 5.3E-130 T 16-09-2021 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 CDD cd18539 SRP_G 102 294 1.1599E-118 T 16-09-2021 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Gene3D G3DSA:1.10.260.30 310 443 4.9E-43 T 16-09-2021 IPR036891 Signal recognition particle, SRP54 subunit, M-domain superfamily GO:0006614|GO:0008312|GO:0048500 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Gene3D G3DSA:1.20.120.140 6 306 5.3E-130 T 16-09-2021 IPR042101 Signal recognition particle SRP54, N-terminal domain superfamily Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 SUPERFAMILY SSF47446 328 428 1.96E-37 T 16-09-2021 IPR036891 Signal recognition particle, SRP54 subunit, M-domain superfamily GO:0006614|GO:0008312|GO:0048500 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 SMART SM00962 101 296 9.0E-122 T 16-09-2021 IPR000897 Signal recognition particle, SRP54 subunit, GTPase domain GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 SMART SM00382 100 301 1.5E-9 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Pfam PF02881 SRP54-type protein, helical bundle domain 6 83 3.3E-22 T 16-09-2021 IPR013822 Signal recognition particle SRP54, helical bundle GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Coils Coil 306 343 - T 16-09-2021 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Hamap MF_00306 Signal recognition particle 54 kDa protein [srp54]. 6 447 35.104 T 16-09-2021 IPR022941 Signal recognition particle, SRP54 subunit GO:0003924|GO:0005525|GO:0006614|GO:0048500 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 Pfam PF02978 Signal peptide binding domain 328 427 3.6E-35 T 16-09-2021 IPR004125 Signal recognition particle, SRP54 subunit, M-domain GO:0006614|GO:0008312|GO:0048500 Reactome: R-HSA-1799339 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 TIGRFAM TIGR00959 ffh: signal recognition particle protein 3 429 2.2E-190 T 16-09-2021 IPR004780 Signal recognition particle protein GO:0003924|GO:0005525|GO:0006614|GO:0048500 +MGYG000000001_01310 fe81ec74186147b36619db8564f917f1 450 ProSitePatterns PS00300 SRP54-type proteins GTP-binding domain signature. 269 282 - T 16-09-2021 IPR000897 Signal recognition particle, SRP54 subunit, GTPase domain GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 Pfam PF00237 Ribosomal protein L22p/L17e 5 108 7.2E-37 T 16-09-2021 IPR001063 Ribosomal protein L22/L17 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 SUPERFAMILY SSF54843 1 111 1.57E-45 T 16-09-2021 IPR036394 Ribosomal protein L22/L17 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 PANTHER PTHR13501 2 111 7.5E-46 T 16-09-2021 IPR005727 Ribosomal protein L22, bacterial/chloroplast-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 CDD cd00336 Ribosomal_L22 3 107 1.92592E-46 T 16-09-2021 IPR001063 Ribosomal protein L22/L17 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 ProSitePatterns PS00464 Ribosomal protein L22 signature. 83 107 - T 16-09-2021 IPR018260 Ribosomal protein L22/L17, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 TIGRFAM TIGR01044 rplV_bact: ribosomal protein uL22 5 107 1.4E-44 T 16-09-2021 IPR005727 Ribosomal protein L22, bacterial/chloroplast-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 Hamap MF_01331_B 50S ribosomal protein L22 [rplV]. 1 110 29.197 T 16-09-2021 IPR005727 Ribosomal protein L22, bacterial/chloroplast-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 Gene3D G3DSA:3.90.470.10 1 111 2.9E-48 T 16-09-2021 IPR036394 Ribosomal protein L22/L17 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02587 4713e815af7a9377c48aa2888b4e491f 111 PANTHER PTHR13501:SF8 2 111 7.5E-46 T 16-09-2021 +MGYG000000001_00751 b3abbdcf65a3fd60589bcd48c00360bb 352 Gene3D G3DSA:3.20.20.210 33 332 1.8E-37 T 16-09-2021 IPR038071 UROD/MetE-like superfamily Reactome: R-HSA-189451 +MGYG000000001_00751 b3abbdcf65a3fd60589bcd48c00360bb 352 PANTHER PTHR47099 144 273 1.7E-13 T 16-09-2021 +MGYG000000001_00751 b3abbdcf65a3fd60589bcd48c00360bb 352 Pfam PF01208 Uroporphyrinogen decarboxylase (URO-D) 86 270 2.8E-11 T 16-09-2021 IPR000257 Uroporphyrinogen decarboxylase (URO-D) GO:0004853|GO:0006779 KEGG: 00860+4.1.1.37|MetaCyc: PWY-5531|MetaCyc: PWY-7159|MetaCyc: PWY-7766|Reactome: R-HSA-189451 +MGYG000000001_00751 b3abbdcf65a3fd60589bcd48c00360bb 352 SUPERFAMILY SSF51726 39 324 3.92E-23 T 16-09-2021 IPR038071 UROD/MetE-like superfamily Reactome: R-HSA-189451 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 Pfam PF00005 ABC transporter 24 160 1.7E-29 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 ProSitePatterns PS00211 ABC transporters family signature. 133 147 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 PANTHER PTHR43514 5 307 5.9E-80 T 16-09-2021 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 Gene3D G3DSA:3.40.50.300 2 240 1.4E-55 T 16-09-2021 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 SMART SM00382 23 209 1.3E-17 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 233 23.063 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 PANTHER PTHR43514:SF1 5 307 5.9E-80 T 16-09-2021 +MGYG000000001_03179 3e79c2f558d9727fbc0ee890ae1e9904 347 SUPERFAMILY SSF52540 7 241 1.25E-68 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 107 211 8.2E-19 T 16-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 Pfam PF03460 Nitrite/Sulfite reductase ferredoxin-like half domain 14 73 1.4E-13 T 16-09-2021 IPR005117 Nitrite/Sulfite reductase ferredoxin-like domain GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 SUPERFAMILY SSF56014 86 213 4.32E-29 T 16-09-2021 +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 Gene3D G3DSA:3.90.480.20 3 80 2.7E-6 T 16-09-2021 +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 Gene3D G3DSA:3.30.413.10 82 215 1.1E-23 T 16-09-2021 +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 PANTHER PTHR43809 9 206 1.8E-43 T 16-09-2021 +MGYG000000001_00440 e69b8da4c2589d56dd5260e71b249ff2 216 SUPERFAMILY SSF55124 12 73 2.78E-13 T 16-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00393 e6f9b9494c618dc725899ecde2808490 212 Hamap MF_01521 Probable manganese efflux pump MntP [mntP]. 21 207 25.567 T 16-09-2021 IPR022929 Putative manganese efflux pump MntP +MGYG000000001_00393 e6f9b9494c618dc725899ecde2808490 212 Pfam PF02659 Putative manganese efflux pump 52 204 4.2E-53 T 16-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_00393 e6f9b9494c618dc725899ecde2808490 212 PANTHER PTHR35529 21 210 8.7E-61 T 16-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_00393 e6f9b9494c618dc725899ecde2808490 212 PANTHER PTHR35529:SF1 21 210 8.7E-61 T 16-09-2021 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 TIGRFAM TIGR02884 spore_pdaA: delta-lactam-biosynthetic de-N-acetylase 72 295 1.0E-93 T 16-09-2021 IPR014235 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 Gene3D G3DSA:3.20.20.370 53 295 2.2E-71 T 16-09-2021 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 Pfam PF01522 Polysaccharide deacetylase 106 229 8.3E-29 T 16-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 SUPERFAMILY SSF88713 93 292 2.72E-56 T 16-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 ProSiteProfiles PS51677 NodB homology domain profile. 109 292 41.591 T 16-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 PANTHER PTHR10587 1 294 3.2E-90 T 16-09-2021 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 MobiDBLite mobidb-lite consensus disorder prediction 35 61 - T 16-09-2021 +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 CDD cd10948 CE4_BsPdaA_like 71 294 4.07107E-117 T 16-09-2021 IPR014235 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 PANTHER PTHR10587:SF78 1 294 3.2E-90 T 16-09-2021 IPR014235 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MGYG000000001_02885 e154315c5ce77032d330884a98549b99 295 MobiDBLite mobidb-lite consensus disorder prediction 35 57 - T 16-09-2021 +MGYG000000001_02821 6265c62c3a327f5deaea7a6792882900 129 SMART SM00028 45 78 1.2E-4 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02821 6265c62c3a327f5deaea7a6792882900 129 ProSiteProfiles PS50005 TPR repeat profile. 45 78 8.939 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02821 6265c62c3a327f5deaea7a6792882900 129 SUPERFAMILY SSF48452 21 88 2.91E-7 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02821 6265c62c3a327f5deaea7a6792882900 129 Gene3D G3DSA:1.25.40.10 5 107 6.6E-11 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02821 6265c62c3a327f5deaea7a6792882900 129 Pfam PF07719 Tetratricopeptide repeat 45 77 1.8E-6 T 16-09-2021 IPR013105 Tetratricopeptide repeat 2 +MGYG000000001_02404 9910f2a61b7e1e8bc1a887d122b8f6ef 126 Pfam PF14478 Domain of unknown function (DUF4430) 63 121 2.8E-10 T 16-09-2021 IPR027954 Domain of unknown function DUF4430 Reactome: R-HSA-196741 +MGYG000000001_02404 9910f2a61b7e1e8bc1a887d122b8f6ef 126 Gene3D G3DSA:3.10.20.490 29 122 1.3E-17 T 16-09-2021 +MGYG000000001_02338 a1fb637dfd13afff54864df3ea237845 244 CDD cd07437 PHP_HisPPase_Ycdx_like 4 235 6.1146E-129 T 16-09-2021 +MGYG000000001_02338 a1fb637dfd13afff54864df3ea237845 244 Gene3D G3DSA:3.20.20.140 5 243 1.0E-61 T 16-09-2021 +MGYG000000001_02338 a1fb637dfd13afff54864df3ea237845 244 PANTHER PTHR36928 6 235 5.7E-56 T 16-09-2021 +MGYG000000001_02338 a1fb637dfd13afff54864df3ea237845 244 SUPERFAMILY SSF89550 5 236 3.66E-56 T 16-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_02338 a1fb637dfd13afff54864df3ea237845 244 SMART SM00481 5 79 5.3E-12 T 16-09-2021 IPR003141 Polymerase/histidinol phosphatase, N-terminal +MGYG000000001_02338 a1fb637dfd13afff54864df3ea237845 244 Pfam PF02811 PHP domain 6 134 9.4E-7 T 16-09-2021 IPR004013 PHP domain GO:0003824 +MGYG000000001_02161 0888b263cc4f8d87d438cc3ef10eae01 116 PANTHER PTHR34297 1 116 2.1E-34 T 16-09-2021 IPR005531 Alkaline shock protein Asp23 +MGYG000000001_02161 0888b263cc4f8d87d438cc3ef10eae01 116 PANTHER PTHR34297:SF2 1 116 2.1E-34 T 16-09-2021 +MGYG000000001_02161 0888b263cc4f8d87d438cc3ef10eae01 116 Pfam PF03780 Asp23 family, cell envelope-related function 9 114 2.8E-31 T 16-09-2021 IPR005531 Alkaline shock protein Asp23 +MGYG000000001_01328 c47d8d4a37152b4a2856af2c625ed89e 310 PANTHER PTHR18964 2 310 6.1E-66 T 16-09-2021 IPR000600 ROK family Reactome: R-HSA-4085001|Reactome: R-HSA-4085011 +MGYG000000001_01328 c47d8d4a37152b4a2856af2c625ed89e 310 Pfam PF00480 ROK family 4 310 2.4E-63 T 16-09-2021 IPR000600 ROK family Reactome: R-HSA-4085001|Reactome: R-HSA-4085011 +MGYG000000001_01328 c47d8d4a37152b4a2856af2c625ed89e 310 Gene3D G3DSA:3.30.420.40 4 310 1.6E-86 T 16-09-2021 +MGYG000000001_01328 c47d8d4a37152b4a2856af2c625ed89e 310 CDD cd00012 NBD_sugar-kinase_HSP70_actin 4 134 0.00164808 T 16-09-2021 +MGYG000000001_01328 c47d8d4a37152b4a2856af2c625ed89e 310 Gene3D G3DSA:3.30.420.40 125 297 1.6E-86 T 16-09-2021 +MGYG000000001_01328 c47d8d4a37152b4a2856af2c625ed89e 310 SUPERFAMILY SSF53067 1 310 2.12E-57 T 16-09-2021 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 TIGRFAM TIGR00312 cbiD: cobalamin biosynthesis protein CbiD 19 370 1.7E-84 T 16-09-2021 IPR002748 Cobalt-precorrin-5B C(1)-methyltransferase CbiD GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 Hamap MF_00787 Cobalt-precorrin-5B C(1)-methyltransferase [cbiD]. 12 371 29.535 T 16-09-2021 IPR002748 Cobalt-precorrin-5B C(1)-methyltransferase CbiD GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 PANTHER PTHR35863 5 373 3.3E-127 T 16-09-2021 IPR002748 Cobalt-precorrin-5B C(1)-methyltransferase CbiD GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 Gene3D G3DSA:3.30.2110.10 14 194 9.4E-51 T 16-09-2021 IPR036074 CbiD superfamily GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 SUPERFAMILY SSF111342 3 296 3.01E-81 T 16-09-2021 IPR036074 CbiD superfamily GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 PIRSF PIRSF026782 8 378 1.2E-125 T 16-09-2021 IPR002748 Cobalt-precorrin-5B C(1)-methyltransferase CbiD GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02191 1319fc15d91d9de41bd1403b8ccb81e5 382 Pfam PF01888 CbiD 13 279 1.6E-96 T 16-09-2021 IPR002748 Cobalt-precorrin-5B C(1)-methyltransferase CbiD GO:0008168|GO:0009236 KEGG: 00860+2.1.1.195|MetaCyc: PWY-7377 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 Pfam PF07687 Peptidase dimerisation domain 207 307 9.1E-15 T 16-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 SUPERFAMILY SSF55031 210 320 9.59E-43 T 16-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 PIRSF PIRSF037215 1 407 4.5E-182 T 16-09-2021 IPR010161 Peptidase M20B, tripeptide aminopeptidase GO:0006518|GO:0008270|GO:0045148 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 ProSitePatterns PS00758 ArgE / dapE / ACY1 / CPG2 / yscS family signature 1. 73 82 - T 16-09-2021 IPR001261 ArgE/DapE/ACY1/CPG2/YscS, conserved site GO:0006508|GO:0008237 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 PANTHER PTHR42994:SF1 2 406 1.3E-178 T 16-09-2021 IPR010161 Peptidase M20B, tripeptide aminopeptidase GO:0006518|GO:0008270|GO:0045148 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 SUPERFAMILY SSF53187 3 406 3.41E-78 T 16-09-2021 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 TIGRFAM TIGR01882 peptidase-T: peptidase T 3 405 1.5E-166 T 16-09-2021 IPR010161 Peptidase M20B, tripeptide aminopeptidase GO:0006518|GO:0008270|GO:0045148 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 Pfam PF01546 Peptidase family M20/M25/M40 140 402 4.4E-15 T 16-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 CDD cd03892 M20_peptT 7 403 0.0 T 16-09-2021 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 Gene3D G3DSA:3.30.70.360 210 319 2.2E-173 T 16-09-2021 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 ProSitePatterns PS00759 ArgE / dapE / ACY1 / CPG2 / yscS family signature 2. 139 178 - T 16-09-2021 IPR001261 ArgE/DapE/ACY1/CPG2/YscS, conserved site GO:0006508|GO:0008237 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 PANTHER PTHR42994 2 406 1.3E-178 T 16-09-2021 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 Gene3D G3DSA:3.40.630.10 5 400 2.2E-173 T 16-09-2021 +MGYG000000001_02029 e51ae93ca091d68e14ba674755d472a4 407 Hamap MF_00550 Peptidase T [pepT]. 2 404 54.623 T 16-09-2021 IPR010161 Peptidase M20B, tripeptide aminopeptidase GO:0006518|GO:0008270|GO:0045148 +MGYG000000001_01796 825050e345c1155b4dc845e0c62d2b75 126 PANTHER PTHR36437 1 124 5.6E-30 T 16-09-2021 +MGYG000000001_01796 825050e345c1155b4dc845e0c62d2b75 126 Gene3D G3DSA:3.10.180.10 1 124 3.1E-23 T 16-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_01796 825050e345c1155b4dc845e0c62d2b75 126 ProSiteProfiles PS51819 Vicinal oxygen chelate (VOC) domain profile. 4 124 13.514 T 16-09-2021 IPR037523 Vicinal oxygen chelate (VOC) domain +MGYG000000001_01796 825050e345c1155b4dc845e0c62d2b75 126 SUPERFAMILY SSF54593 1 124 5.36E-15 T 16-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_01796 825050e345c1155b4dc845e0c62d2b75 126 Pfam PF00903 Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily 4 118 3.0E-8 T 16-09-2021 IPR004360 Glyoxalase/fosfomycin resistance/dioxygenase domain +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 CDD cd11645 Precorrin_2_C20_MT 3 228 5.38834E-97 T 16-09-2021 IPR012382 Precorrin-2 C(20)-methyltransferase GO:0008757|GO:0009236|GO:0030788 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 PANTHER PTHR43467:SF2 1 234 1.9E-75 T 16-09-2021 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 TIGRFAM TIGR01467 cobI_cbiL: precorrin-2 C(20)-methyltransferase 3 230 2.1E-73 T 16-09-2021 IPR006364 Precorrin-2 C(20)-methyltransferase domain GO:0008757|GO:0009236 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 Gene3D G3DSA:3.40.1010.10 1 127 3.9E-33 T 16-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 PIRSF PIRSF036427 1 237 1.5E-74 T 16-09-2021 IPR012382 Precorrin-2 C(20)-methyltransferase GO:0008757|GO:0009236|GO:0030788 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 SUPERFAMILY SSF53790 1 230 2.49E-43 T 16-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 PANTHER PTHR43467 1 234 1.9E-75 T 16-09-2021 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 3 212 1.5E-44 T 16-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 ProSitePatterns PS00839 Uroporphyrin-III C-methyltransferase signature 1. 7 21 - T 16-09-2021 IPR003043 Uroporphiryn-III C-methyltransferase, conserved site GO:0008168|GO:0055114 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02183 0bfd1bba18f97e4c468b1a9b526d3080 244 Gene3D G3DSA:3.30.950.10 128 243 7.1E-15 T 16-09-2021 IPR014776 Tetrapyrrole methylase, subdomain 2 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Gene3D G3DSA:1.10.10.650 2 107 3.8E-37 T 16-09-2021 IPR023319 Tex-like protein, HTH domain superfamily +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SUPERFAMILY SSF47781 456 543 9.0E-26 T 16-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Pfam PF16921 Tex protein YqgF-like domain 312 437 1.3E-56 T 16-09-2021 IPR032639 Tex protein, YqgF-like domain +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Pfam PF12836 Helix-hairpin-helix motif 477 541 2.9E-27 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Gene3D G3DSA:3.30.420.140 311 437 1.2E-153 T 16-09-2021 IPR037027 YqgF/RNase H-like domain superfamily GO:0006139 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 PANTHER PTHR10724:SF10 2 712 3.9E-254 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SUPERFAMILY SSF50249 624 712 6.86E-26 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SMART SM00732 312 410 2.2E-38 T 16-09-2021 IPR006641 YqgF/RNase H-like domain GO:0006139 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SUPERFAMILY SSF53098 308 455 5.39E-52 T 16-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SMART SM00316 641 712 3.5E-25 T 16-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Coils Coil 125 162 - T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Pfam PF17674 HHH domain 547 622 6.6E-21 T 16-09-2021 IPR041692 HHH domain 9 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Pfam PF00575 S1 RNA binding domain 641 712 5.5E-19 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 ProSiteProfiles PS50126 S1 domain profile. 643 712 22.496 T 16-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 CDD cd16962 RuvC 314 372 0.00515648 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Pfam PF09371 Tex-like protein N-terminal domain 8 190 3.6E-67 T 16-09-2021 IPR018974 Tex-like protein, N-terminal +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 PANTHER PTHR10724 2 712 3.9E-254 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SUPERFAMILY SSF158832 1 307 5.89E-110 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Gene3D G3DSA:2.40.50.140 628 713 1.5E-26 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 SUPERFAMILY SSF47781 546 624 1.45E-18 T 16-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Gene3D G3DSA:1.10.150.310 485 622 8.1E-49 T 16-09-2021 +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 Gene3D G3DSA:1.10.3500.10 110 484 1.2E-153 T 16-09-2021 IPR023323 Tex-like domain superfamily +MGYG000000001_01046 8829cc164617cea72b0737075482bd10 713 CDD cd05685 S1_Tex 643 710 4.03302E-33 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 SUPERFAMILY SSF101386 229 330 4.58E-26 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 PIRSF PIRSF002845 1 482 2.5E-189 T 16-09-2021 IPR024180 Bifunctional tetrapyrrole methylase/MazG NTP pyrophosphohydrolase, predicted +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 SUPERFAMILY SSF53790 2 255 1.1E-31 T 16-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 CDD cd11529 NTP-PPase_MazG_Cterm 365 480 1.01274E-56 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Coils Coil 384 411 - T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Pfam PF03819 MazG nucleotide pyrophosphohydrolase domain 253 326 7.3E-27 T 16-09-2021 IPR004518 NTP pyrophosphohydrolase MazG, putative catalytic core +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Pfam PF03819 MazG nucleotide pyrophosphohydrolase domain 391 449 2.5E-10 T 16-09-2021 IPR004518 NTP pyrophosphohydrolase MazG, putative catalytic core +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 CDD cd11528 NTP-PPase_MazG_Nterm 233 344 6.29298E-43 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Gene3D G3DSA:3.40.1010.10 1 118 3.3E-13 T 16-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 SUPERFAMILY SSF101386 360 454 1.07E-24 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 3 192 1.9E-22 T 16-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Gene3D G3DSA:1.10.287.1080 227 349 1.3E-38 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 Gene3D G3DSA:1.10.287.1080 356 482 3.3E-42 T 16-09-2021 +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 TIGRFAM TIGR00444 mazG: MazG family protein 237 480 1.1E-90 T 16-09-2021 IPR011551 NTP pyrophosphohydrolase MazG +MGYG000000001_00700 a7e9d6d2228a6e99c43ce63231e833a5 482 PANTHER PTHR30522 201 481 4.1E-106 T 16-09-2021 IPR011551 NTP pyrophosphohydrolase MazG +MGYG000000001_02533 feb7f3077ad94448ec9557c04ab3de5b 220 PANTHER PTHR30576 24 219 5.0E-90 T 16-09-2021 +MGYG000000001_02533 feb7f3077ad94448ec9557c04ab3de5b 220 Pfam PF02397 Bacterial sugar transferase 35 214 1.1E-68 T 16-09-2021 IPR003362 Bacterial sugar transferase +MGYG000000001_02533 feb7f3077ad94448ec9557c04ab3de5b 220 PANTHER PTHR30576:SF0 24 219 5.0E-90 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PRINTS PR00344 Bacterial sensor protein C-terminal signature 996 1010 8.6E-14 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1055 1068 8.6E-14 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1031 1049 8.6E-14 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07495 Y_Y_Y domain 719 779 1.5E-11 T 16-09-2021 IPR011123 Two component regulator three Y +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SUPERFAMILY SSF63829 238 459 1.46E-16 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SUPERFAMILY SSF55874 902 1068 3.98E-39 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Gene3D G3DSA:2.130.10.10 36 352 2.0E-79 T 16-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 ProSiteProfiles PS50109 Histidine kinase domain profile. 849 1070 44.594 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SUPERFAMILY SSF47384 831 914 2.55E-14 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 CDD cd00082 HisKA 840 909 1.23286E-9 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Gene3D G3DSA:2.130.10.10 353 674 2.2E-86 T 16-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 456 478 6.7E-4 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 557 575 0.012 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 94 115 0.0027 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 321 343 0.0015 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 367 389 1.0E-4 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 47 70 7.0E-4 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 183 204 0.0088 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF07494 Two component regulator propeller 276 297 0.0018 T 16-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 963 1069 1.9E-25 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Gene3D G3DSA:3.30.565.10 917 1070 8.9E-40 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PANTHER PTHR43547:SF2 32 354 6.8E-129 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Pfam PF00512 His Kinase A (phospho-acceptor) domain 847 913 3.0E-8 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PANTHER PTHR43547 318 1069 6.8E-129 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SMART SM00387 959 1070 8.8E-28 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Gene3D G3DSA:2.60.40.10 675 786 1.2E-21 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Coils Coil 815 843 - T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SMART SM00388 842 913 1.6E-6 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PANTHER PTHR43547:SF2 318 1069 6.8E-129 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SUPERFAMILY SSF63829 18 296 1.37E-16 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 PANTHER PTHR43547 32 354 6.8E-129 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 CDD cd00075 HATPase 964 1067 2.66366E-31 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 SUPERFAMILY SSF63829 427 635 2.16E-14 T 16-09-2021 +MGYG000000001_01951 ea10fd2ce627b560b74ca4785ea785e5 1070 Gene3D G3DSA:1.10.287.130 831 915 1.9E-16 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Gene3D G3DSA:3.30.830.10 256 487 6.3E-70 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Gene3D G3DSA:3.30.830.10 496 948 2.7E-144 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Pfam PF05193 Peptidase M16 inactive domain 207 390 2.1E-14 T 16-09-2021 IPR007863 Peptidase M16, C-terminal +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Pfam PF05193 Peptidase M16 inactive domain 728 877 7.0E-6 T 16-09-2021 IPR007863 Peptidase M16, C-terminal +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Pfam PF00675 Insulinase (Peptidase family M16) 59 134 8.2E-5 T 16-09-2021 IPR011765 Peptidase M16, N-terminal +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Gene3D G3DSA:3.30.830.10 531 780 2.7E-144 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 SUPERFAMILY SSF63411 7 245 5.17E-52 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Coils Coil 468 495 - T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 SUPERFAMILY SSF63411 262 522 8.02E-63 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 PANTHER PTHR43016 11 963 1.5E-300 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 SUPERFAMILY SSF63411 778 974 1.66E-35 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Pfam PF08367 Peptidase M16C associated 464 714 1.8E-68 T 16-09-2021 IPR013578 Peptidase M16C associated GO:0006508 Reactome: R-HSA-1268020 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 SMART SM01264 464 714 9.2E-86 T 16-09-2021 IPR013578 Peptidase M16C associated GO:0006508 Reactome: R-HSA-1268020 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 PANTHER PTHR43016:SF8 11 963 1.5E-300 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 Gene3D G3DSA:3.30.830.10 1 255 6.6E-93 T 16-09-2021 +MGYG000000001_02373 27423aaed121bc9bd559d93e086adbb2 975 SUPERFAMILY SSF63411 523 771 1.81E-58 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01983 3a54f481753577addd0d0614b8ed5876 461 Pfam PF12389 Camelysin metallo-endopeptidase 17 108 3.5E-6 T 16-09-2021 IPR022121 Peptidase M73, camelysin +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 CDD cd01555 UdpNAET 12 408 0.0 T 16-09-2021 IPR005750 UDP-N-acetylglucosamine 1-carboxyvinyltransferase GO:0008760|GO:0019277 KEGG: 00520+2.5.1.7|KEGG: 00550+2.5.1.7|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 PANTHER PTHR43783 4 416 1.1E-166 T 16-09-2021 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 SUPERFAMILY SSF55205 1 416 6.7E-142 T 16-09-2021 IPR013792 RNA 3'-terminal phosphate cyclase/enolpyruvate transferase, alpha/beta GO:0003824 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 TIGRFAM TIGR01072 murA: UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1 413 8.3E-179 T 16-09-2021 IPR005750 UDP-N-acetylglucosamine 1-carboxyvinyltransferase GO:0008760|GO:0019277 KEGG: 00520+2.5.1.7|KEGG: 00550+2.5.1.7|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 Gene3D G3DSA:3.65.10.10 6 413 7.8E-173 T 16-09-2021 IPR036968 Enolpyruvate transferase domain superfamily GO:0016765 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 Hamap MF_00111 UDP-N-acetylglucosamine 1-carboxyvinyltransferase [murA]. 1 415 45.239 T 16-09-2021 IPR005750 UDP-N-acetylglucosamine 1-carboxyvinyltransferase GO:0008760|GO:0019277 KEGG: 00520+2.5.1.7|KEGG: 00550+2.5.1.7|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 Pfam PF00275 EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase) 7 403 4.6E-111 T 16-09-2021 IPR001986 Enolpyruvate transferase domain GO:0016765 +MGYG000000001_01033 8b2c9c110ce269c286d7aee00ee22314 417 Gene3D G3DSA:3.65.10.10 20 229 7.8E-173 T 16-09-2021 IPR036968 Enolpyruvate transferase domain superfamily GO:0016765 +MGYG000000001_02758 dc73c07c0ae43bf005c26c74073bc694 48 TIGRFAM TIGR04223 quorum_AgrD: cyclic lactone autoinducer peptide 7 41 3.3E-14 T 16-09-2021 IPR009229 Staphylococcal AgrD +MGYG000000001_00910 ab678f878b404bbf62f8f735849ec8f4 265 SUPERFAMILY SSF56281 4 239 1.57E-41 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00910 ab678f878b404bbf62f8f735849ec8f4 265 Pfam PF12706 Beta-lactamase superfamily domain 23 218 1.6E-19 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00910 ab678f878b404bbf62f8f735849ec8f4 265 PANTHER PTHR47619 3 262 2.6E-90 T 16-09-2021 +MGYG000000001_00910 ab678f878b404bbf62f8f735849ec8f4 265 SMART SM00849 12 193 1.7E-9 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00910 ab678f878b404bbf62f8f735849ec8f4 265 Gene3D G3DSA:3.60.15.10 7 250 7.8E-36 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 5 149 27.276 T 16-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 PANTHER PTHR43420:SF16 4 148 4.1E-37 T 16-09-2021 +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 SUPERFAMILY SSF55729 4 147 4.65E-36 T 16-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 CDD cd04301 NAT_SF 46 107 8.45809E-14 T 16-09-2021 +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 TIGRFAM TIGR01575 rimI: ribosomal-protein-alanine acetyltransferase 14 144 3.3E-47 T 16-09-2021 IPR006464 N-acetyltransferase RimI/Ard1 GO:0006474|GO:0016407 +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 PANTHER PTHR43420 4 148 4.1E-37 T 16-09-2021 +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 Pfam PF13673 Acetyltransferase (GNAT) domain 24 128 5.5E-20 T 16-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01051 d3f9b3459d790aa14c4b8ca7497b3fa7 151 Gene3D G3DSA:3.40.630.30 6 150 8.1E-45 T 16-09-2021 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 Pfam PF00294 pfkB family carbohydrate kinase 18 279 4.4E-52 T 16-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 ProSitePatterns PS00584 pfkB family of carbohydrate kinases signature 2. 246 259 - T 16-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 PANTHER PTHR46566 1 308 1.4E-92 T 16-09-2021 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 ProSitePatterns PS00583 pfkB family of carbohydrate kinases signature 1. 36 60 - T 16-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 TIGRFAM TIGR03168 1-PFK: hexose kinase, 1-phosphofructokinase family 2 306 8.6E-96 T 16-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 PIRSF PIRSF000535 1 308 2.3E-90 T 16-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 SUPERFAMILY SSF53613 1 289 8.89E-65 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 CDD cd01164 FruK_PfkB_like 1 289 5.18066E-114 T 16-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 Gene3D G3DSA:3.40.1190.20 1 310 4.5E-97 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01941 b056e59c6ca6d9fa44863bedf6521336 312 TIGRFAM TIGR03828 pfkB: 1-phosphofructokinase 2 306 3.2E-88 T 16-09-2021 IPR022463 Fructose 1-phosphate kinase GO:0008662 KEGG: 00051+2.7.1.56 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 Pfam PF08282 haloacid dehalogenase-like hydrolase 5 253 3.4E-52 T 16-09-2021 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 PANTHER PTHR10000 1 259 1.0E-52 T 16-09-2021 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 SUPERFAMILY SSF56784 1 257 1.44E-62 T 16-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 TIGRFAM TIGR00099 Cof-subfamily: Cof-like hydrolase 4 253 4.7E-52 T 16-09-2021 IPR000150 Cof family GO:0016787 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 SFLD SFLDG01144 C2.B.4: PGP Like 1 257 0.0 T 16-09-2021 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 SFLD SFLDS00003 Haloacid Dehalogenase 1 257 0.0 T 16-09-2021 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 TIGRFAM TIGR01484 HAD-SF-IIB: HAD hydrolase, family IIB 4 224 1.7E-25 T 16-09-2021 IPR006379 HAD-superfamily hydrolase, subfamily IIB Reactome: R-HSA-446205 +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 Gene3D G3DSA:3.40.50.1000 5 253 3.4E-64 T 16-09-2021 IPR023214 HAD superfamily +MGYG000000001_01622 e0e804b0b6da1674e957960a2c4f3062 268 Gene3D G3DSA:3.30.1240.10 81 183 3.4E-64 T 16-09-2021 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 CDD cd00430 PLPDE_III_AR 8 372 2.83695E-177 T 16-09-2021 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 32 48 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 68 86 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 164 175 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 264 279 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 301 318 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 129 141 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 207 234 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 281 296 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PRINTS PR00992 Alanine racemase signature 354 367 6.7E-58 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 Pfam PF00842 Alanine racemase, C-terminal domain 249 371 4.8E-41 T 16-09-2021 IPR011079 Alanine racemase, C-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 Hamap MF_01201 Alanine racemase. 6 372 32.49 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 SMART SM01005 248 372 4.5E-54 T 16-09-2021 IPR011079 Alanine racemase, C-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 Gene3D G3DSA:2.40.37.10 11 371 7.2E-132 T 16-09-2021 IPR009006 Alanine racemase/group IV decarboxylase, C-terminal GO:0003824 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 SUPERFAMILY SSF50621 243 378 2.51E-41 T 16-09-2021 IPR009006 Alanine racemase/group IV decarboxylase, C-terminal GO:0003824 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 SUPERFAMILY SSF51419 13 245 2.09E-65 T 16-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PANTHER PTHR30511 7 373 6.7E-125 T 16-09-2021 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 Gene3D G3DSA:3.20.20.10 15 229 7.2E-132 T 16-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 PANTHER PTHR30511:SF0 7 373 6.7E-125 T 16-09-2021 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 Pfam PF01168 Alanine racemase, N-terminal domain 13 234 1.4E-69 T 16-09-2021 IPR001608 Alanine racemase, N-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 TIGRFAM TIGR00492 alr: alanine racemase 9 372 9.3E-117 T 16-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_00735 9626cc284484f674486824df6a2b702a 386 ProSitePatterns PS00395 Alanine racemase pyridoxal-phosphate attachment site. 37 47 - T 16-09-2021 IPR020622 Alanine racemase, pyridoxal-phosphate attachment site KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_03116 e12276f1d0f77341297c4f85da3830e0 220 PANTHER PTHR39209 4 217 1.1E-35 T 16-09-2021 +MGYG000000001_03116 e12276f1d0f77341297c4f85da3830e0 220 SMART SM00873 63 210 3.9E-7 T 16-09-2021 IPR005146 B3/B4 tRNA-binding domain GO:0003723|GO:0004826 KEGG: 00970+6.1.1.20 +MGYG000000001_03116 e12276f1d0f77341297c4f85da3830e0 220 Pfam PF03483 B3/4 domain 67 190 1.5E-13 T 16-09-2021 IPR005146 B3/B4 tRNA-binding domain GO:0003723|GO:0004826 KEGG: 00970+6.1.1.20 +MGYG000000001_03116 e12276f1d0f77341297c4f85da3830e0 220 Gene3D G3DSA:3.50.40.10 76 197 4.5E-6 T 16-09-2021 IPR020825 Phenylalanyl-tRNA synthetase, B3/B4 KEGG: 00970+6.1.1.20 +MGYG000000001_03116 e12276f1d0f77341297c4f85da3830e0 220 SUPERFAMILY SSF56037 62 214 2.09E-19 T 16-09-2021 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 Pfam PF03477 ATP cone domain 3 89 7.6E-15 T 16-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 CDD cd02888 RNR_II_dimer 131 644 3.69286E-173 T 16-09-2021 IPR013344 Ribonucleotide reductase, adenosylcobalamin-dependent GO:0000166|GO:0004748|GO:0031419|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 Gene3D G3DSA:3.20.70.20 58 656 2.8E-162 T 16-09-2021 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 PRINTS PR01183 Ribonucleotide reductase large chain signature 238 257 6.8E-31 T 16-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 PRINTS PR01183 Ribonucleotide reductase large chain signature 425 447 6.8E-31 T 16-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 PRINTS PR01183 Ribonucleotide reductase large chain signature 453 476 6.8E-31 T 16-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 PRINTS PR01183 Ribonucleotide reductase large chain signature 509 536 6.8E-31 T 16-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 PRINTS PR01183 Ribonucleotide reductase large chain signature 385 408 6.8E-31 T 16-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 ProSiteProfiles PS51161 ATP-cone domain profile. 2 93 17.227 T 16-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 PANTHER PTHR43371 55 669 6.5E-159 T 16-09-2021 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 Pfam PF02867 Ribonucleotide reductase, barrel domain 163 641 7.7E-128 T 16-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 TIGRFAM TIGR02504 NrdJ_Z: ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent 78 649 3.7E-155 T 16-09-2021 IPR013344 Ribonucleotide reductase, adenosylcobalamin-dependent GO:0000166|GO:0004748|GO:0031419|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227 +MGYG000000001_03171 7be78488883c89a915a5d3b1feefb007 710 SUPERFAMILY SSF51998 162 645 3.05E-123 T 16-09-2021 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 TIGRFAM TIGR00639 PurN: phosphoribosylglycinamide formyltransferase 3 187 1.3E-55 T 16-09-2021 IPR004607 Phosphoribosylglycinamide formyltransferase GO:0004644|GO:0006189 KEGG: 00230+2.1.2.2|KEGG: 00670+2.1.2.2|MetaCyc: PWY-6121|MetaCyc: PWY-6613|Reactome: R-HSA-73817 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 PANTHER PTHR43369 3 193 9.1E-67 T 16-09-2021 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 SUPERFAMILY SSF53328 2 193 9.94E-56 T 16-09-2021 IPR036477 Formyl transferase, N-terminal domain superfamily GO:0009058|GO:0016742 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 Hamap MF_01930 Phosphoribosylglycinamide formyltransferase [purN]. 3 184 30.034 T 16-09-2021 IPR004607 Phosphoribosylglycinamide formyltransferase GO:0004644|GO:0006189 KEGG: 00230+2.1.2.2|KEGG: 00670+2.1.2.2|MetaCyc: PWY-6121|MetaCyc: PWY-6613|Reactome: R-HSA-73817 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 Gene3D G3DSA:3.40.50.170 1 196 7.8E-71 T 16-09-2021 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 CDD cd08645 FMT_core_GART 3 181 6.19441E-92 T 16-09-2021 IPR004607 Phosphoribosylglycinamide formyltransferase GO:0004644|GO:0006189 KEGG: 00230+2.1.2.2|KEGG: 00670+2.1.2.2|MetaCyc: PWY-6121|MetaCyc: PWY-6613|Reactome: R-HSA-73817 +MGYG000000001_01553 62ee391ea8fb8d70fe2e082fdc320565 197 Pfam PF00551 Formyl transferase 3 176 1.2E-47 T 16-09-2021 IPR002376 Formyl transferase, N-terminal GO:0009058|GO:0016742 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 PANTHER PTHR34134 1 122 1.5E-31 T 16-09-2021 IPR005650 BlaI transcriptional regulatory family GO:0003677|GO:0045892 +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 PANTHER PTHR34134:SF1 1 122 1.5E-31 T 16-09-2021 +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 Gene3D G3DSA:1.10.10.10 1 77 6.8E-26 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 SUPERFAMILY SSF46785 5 122 3.88E-29 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 PIRSF PIRSF019455 1 122 2.8E-36 T 16-09-2021 IPR005650 BlaI transcriptional regulatory family GO:0003677|GO:0045892 +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 Pfam PF03965 Penicillinase repressor 7 122 6.7E-34 T 16-09-2021 IPR005650 BlaI transcriptional regulatory family GO:0003677|GO:0045892 +MGYG000000001_02138 51b214336906d4c6e680affa466f8216 122 Gene3D G3DSA:1.10.4040.10 78 122 5.9E-18 T 16-09-2021 +MGYG000000001_03068 ad9bb63445f80c279569c4c2d3b3fdfe 75 SMART SM00899 2 74 1.8E-13 T 16-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_03068 ad9bb63445f80c279569c4c2d3b3fdfe 75 PANTHER PTHR42954 1 74 2.3E-13 T 16-09-2021 +MGYG000000001_03068 ad9bb63445f80c279569c4c2d3b3fdfe 75 Pfam PF04023 FeoA domain 3 73 1.9E-13 T 16-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_03068 ad9bb63445f80c279569c4c2d3b3fdfe 75 SUPERFAMILY SSF50037 4 73 3.36E-14 T 16-09-2021 IPR008988 Transcriptional repressor, C-terminal +MGYG000000001_03068 ad9bb63445f80c279569c4c2d3b3fdfe 75 Gene3D G3DSA:2.30.30.90 2 75 1.5E-17 T 16-09-2021 IPR038157 Ferrous iron transporter, core domain +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 Pfam PF00861 Ribosomal L18 of archaea, bacteria, mitoch. and chloroplast 6 122 1.7E-49 T 16-09-2021 IPR005484 Ribosomal protein L18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 PANTHER PTHR12899:SF3 5 122 1.0E-46 T 16-09-2021 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 SUPERFAMILY SSF53137 7 120 2.43E-55 T 16-09-2021 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 PANTHER PTHR12899 5 122 1.0E-46 T 16-09-2021 IPR005484 Ribosomal protein L18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 Hamap MF_01337_B 50S ribosomal protein L18 [rplR]. 6 122 29.583 T 16-09-2021 IPR004389 Ribosomal protein L18, bacterial-type GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 MobiDBLite mobidb-lite consensus disorder prediction 9 24 - T 16-09-2021 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 CDD cd00432 Ribosomal_L18_L5e 19 120 1.81478E-45 T 16-09-2021 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 TIGRFAM TIGR00060 L18_bact: ribosomal protein uL18 7 122 3.3E-46 T 16-09-2021 IPR004389 Ribosomal protein L18, bacterial-type GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 MobiDBLite mobidb-lite consensus disorder prediction 1 24 - T 16-09-2021 +MGYG000000001_02576 10b1b7149d48dfd83c2070d1fe00876e 122 Gene3D G3DSA:3.30.420.100 5 122 2.3E-48 T 16-09-2021 +MGYG000000001_00799 eee63d34c7d4ce6434d0e70034fce9bd 198 Pfam PF11385 Protein of unknown function (DUF3189) 31 178 1.3E-48 T 16-09-2021 IPR021525 Protein of unknown function DUF3189 +MGYG000000001_00799 eee63d34c7d4ce6434d0e70034fce9bd 198 Coils Coil 163 183 - T 16-09-2021 +MGYG000000001_00167 335994b42321ddaf9e5be9744e4c192d 598 PANTHER PTHR30480 33 588 1.3E-85 T 16-09-2021 +MGYG000000001_00167 335994b42321ddaf9e5be9744e4c192d 598 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 36 356 4.2E-64 T 16-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00167 335994b42321ddaf9e5be9744e4c192d 598 Gene3D G3DSA:3.40.50.1700 384 590 3.0E-18 T 16-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00167 335994b42321ddaf9e5be9744e4c192d 598 SUPERFAMILY SSF51445 19 397 4.21E-83 T 16-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00167 335994b42321ddaf9e5be9744e4c192d 598 Gene3D G3DSA:3.20.20.300 21 376 3.0E-89 T 16-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 Hamap MF_01345_B 30S ribosomal protein S17 [rpsQ]. 6 81 25.305 T 16-09-2021 IPR019984 30S ribosomal protein S17 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 TIGRFAM TIGR03635 uS17_bact: ribosomal protein uS17 6 77 1.8E-36 T 16-09-2021 IPR019984 30S ribosomal protein S17 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 PANTHER PTHR10744:SF1 2 82 5.9E-42 T 16-09-2021 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 SUPERFAMILY SSF50249 5 83 7.28E-33 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 Gene3D G3DSA:2.40.50.140 5 84 8.2E-36 T 16-09-2021 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 Pfam PF00366 Ribosomal protein S17 11 78 1.7E-34 T 16-09-2021 IPR000266 Ribosomal protein S17/S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 ProSitePatterns PS00056 Ribosomal protein S17 signature. 57 69 - T 16-09-2021 IPR019979 Ribosomal protein S17, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 PANTHER PTHR10744 2 82 5.9E-42 T 16-09-2021 IPR000266 Ribosomal protein S17/S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 PRINTS PR00973 Ribosomal protein S17 family signature 25 48 2.1E-13 T 16-09-2021 IPR000266 Ribosomal protein S17/S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 PRINTS PR00973 Ribosomal protein S17 family signature 67 74 2.1E-13 T 16-09-2021 IPR000266 Ribosomal protein S17/S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02583 50847316318b3a5ef3a679550164484e 84 PRINTS PR00973 Ribosomal protein S17 family signature 57 67 2.1E-13 T 16-09-2021 IPR000266 Ribosomal protein S17/S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 Gene3D G3DSA:3.90.1170.10 1 142 2.1E-56 T 16-09-2021 IPR036920 Ribosomal protein L10e/L16 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 ProSitePatterns PS00586 Ribosomal protein L16 signature 1. 59 70 - T 16-09-2021 IPR020798 Ribosomal protein L16, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 Hamap MF_01342 50S ribosomal protein L16 [rplP]. 1 134 40.182 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 Pfam PF00252 Ribosomal protein L16p/L10e 4 132 2.7E-52 T 16-09-2021 IPR016180 Ribosomal protein L10e/L16 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 CDD cd01433 Ribosomal_L16_L10e 23 132 1.48677E-58 T 16-09-2021 IPR016180 Ribosomal protein L10e/L16 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 ProSitePatterns PS00701 Ribosomal protein L16 signature 2. 82 93 - T 16-09-2021 IPR020798 Ribosomal protein L16, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 SUPERFAMILY SSF54686 1 139 6.15E-60 T 16-09-2021 IPR036920 Ribosomal protein L10e/L16 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 MobiDBLite mobidb-lite consensus disorder prediction 1 17 - T 16-09-2021 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 MobiDBLite mobidb-lite consensus disorder prediction 1 20 - T 16-09-2021 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 TIGRFAM TIGR01164 rplP_bact: ribosomal protein uL16 2 127 2.1E-60 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 PANTHER PTHR12220 1 138 7.1E-62 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 PRINTS PR00060 Ribosomal protein L16 signature 88 117 1.2E-38 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 PRINTS PR00060 Ribosomal protein L16 signature 42 53 1.2E-38 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 PRINTS PR00060 Ribosomal protein L16 signature 58 87 1.2E-38 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02585 4c0e476de14134eab7ebb84334693bcc 143 PRINTS PR00060 Ribosomal protein L16 signature 24 36 1.2E-38 T 16-09-2021 IPR000114 Ribosomal protein L16 GO:0003735|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 SUPERFAMILY SSF52172 2 132 1.29E-19 T 16-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 Pfam PF04397 LytTr DNA-binding domain 142 226 2.8E-16 T 16-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 SMART SM00448 2 116 1.0E-15 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 Gene3D G3DSA:2.40.50.1020 129 223 1.9E-14 T 16-09-2021 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 Gene3D G3DSA:3.40.50.2300 1 128 1.3E-22 T 16-09-2021 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 ProSiteProfiles PS50110 Response regulatory domain profile. 3 120 17.741 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 PANTHER PTHR43412:SF1 1 227 1.4E-44 T 16-09-2021 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 ProSiteProfiles PS50930 LytTR-type HTH domain profile. 131 229 17.695 T 16-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 Pfam PF00072 Response regulator receiver domain 6 116 2.1E-17 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 PANTHER PTHR43412 1 227 1.4E-44 T 16-09-2021 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 CDD cd00156 REC 6 114 6.77056E-19 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02756 8ae181342b08e99283ed3326fe89f66a 236 SMART SM00850 137 228 5.6E-18 T 16-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 ProSiteProfiles PS51462 Nudix hydrolase domain profile. 2 129 10.97 T 16-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 PANTHER PTHR21340:SF4 5 133 3.7E-19 T 16-09-2021 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 CDD cd03673 Ap6A_hydrolase 4 129 8.59488E-42 T 16-09-2021 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 PANTHER PTHR21340 5 133 3.7E-19 T 16-09-2021 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 Gene3D G3DSA:3.90.79.10 5 130 6.6E-22 T 16-09-2021 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 Pfam PF00293 NUDIX domain 7 112 7.6E-12 T 16-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00386 815cc115327462c25fd5c0aa5441291a 149 SUPERFAMILY SSF55811 2 125 1.62E-19 T 16-09-2021 IPR015797 NUDIX hydrolase-like domain superfamily GO:0016787 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 Pfam PF00392 Bacterial regulatory proteins, gntR family 16 74 3.0E-17 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 ProSiteProfiles PS50949 GntR-type HTH domain profile. 10 77 17.126 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 Gene3D G3DSA:1.20.120.530 80 214 9.6E-15 T 16-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 Gene3D G3DSA:1.10.10.10 4 75 1.2E-20 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 PANTHER PTHR43537:SF29 6 211 2.5E-30 T 16-09-2021 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 SUPERFAMILY SSF46785 7 83 1.34E-17 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 48 64 2.2E-5 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 34 48 2.2E-5 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 PANTHER PTHR43537 6 211 2.5E-30 T 16-09-2021 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 SMART SM00345 16 74 7.9E-17 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 SUPERFAMILY SSF48008 82 211 1.36E-12 T 16-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01270 58b0aad446265172b31e20d30460cd53 228 Pfam PF07729 FCD domain 87 206 6.6E-14 T 16-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 Pfam PF00512 His Kinase A (phospho-acceptor) domain 105 166 4.7E-10 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 PANTHER PTHR43711 43 165 2.1E-14 T 16-09-2021 +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 SUPERFAMILY SSF47384 93 166 1.43E-13 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 PANTHER PTHR43711:SF1 43 165 2.1E-14 T 16-09-2021 +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 Pfam PF08812 YtxC-like family 181 386 2.6E-47 T 16-09-2021 IPR014199 Sporulation protein YtxC +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 SMART SM00388 104 171 7.6E-11 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 CDD cd00082 HisKA 102 166 5.40392E-13 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01372 73bfe8b19cd6c8fd824b1a1c4c737d14 391 Gene3D G3DSA:1.10.287.130 79 168 4.6E-18 T 16-09-2021 +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 SUPERFAMILY SSF54862 164 243 4.06E-14 T 16-09-2021 +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 TIGRFAM TIGR00276 TIGR00276: epoxyqueuosine reductase 7 296 4.2E-75 T 16-09-2021 IPR004453 Epoxyqueuosine reductase QueG GO:0008033|GO:0008616|GO:0016491 MetaCyc: PWY-6700 +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 163 195 8.533 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 Pfam PF08331 Domain of unknown function (DUF1730) 53 121 5.5E-16 T 16-09-2021 IPR013542 Domain of unknown function DUF1730 MetaCyc: PWY-6700 +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 175 186 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 Pfam PF13484 4Fe-4S double cluster binding domain 174 239 1.3E-15 T 16-09-2021 +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 216 247 7.181 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 PANTHER PTHR30002 3 298 1.2E-80 T 16-09-2021 IPR004453 Epoxyqueuosine reductase QueG GO:0008033|GO:0008616|GO:0016491 MetaCyc: PWY-6700 +MGYG000000001_02715 ad3dbb9ec2cf9abe1d6df0b9d1a771f8 299 Gene3D G3DSA:3.30.70.20 164 264 6.3E-8 T 16-09-2021 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 CDD cd13143 MATE_MepA_like 12 439 4.04839E-147 T 16-09-2021 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 PIRSF PIRSF006603 1 455 3.2E-94 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 TIGRFAM TIGR00797 matE: MATE efflux family protein 23 420 3.8E-58 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 Pfam PF01554 MatE 23 185 3.6E-29 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 Pfam PF01554 MatE 251 406 8.5E-18 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 PANTHER PTHR43823:SF1 1 454 6.0E-144 T 16-09-2021 +MGYG000000001_01850 1cdf157325f3eafa30542dff01c912ec 460 PANTHER PTHR43823 1 454 6.0E-144 T 16-09-2021 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 Gene3D G3DSA:3.30.1370.160 14 83 8.0E-8 T 16-09-2021 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 Pfam PF17774 Putative RNA-binding domain in YlmH 90 166 6.7E-21 T 16-09-2021 IPR040591 YlmH, putative RNA-binding domain +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 Gene3D G3DSA:3.10.290.10 183 240 2.2E-7 T 16-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 CDD cd00165 S4 186 246 7.99162E-5 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 PANTHER PTHR32219 3 258 5.1E-66 T 16-09-2021 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 185 245 12.548 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 Gene3D G3DSA:3.30.70.330 85 170 4.9E-24 T 16-09-2021 IPR012677 Nucleotide-binding alpha-beta plait domain superfamily +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 SUPERFAMILY SSF55174 60 259 1.2E-25 T 16-09-2021 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 PANTHER PTHR32219:SF11 3 258 5.1E-66 T 16-09-2021 +MGYG000000001_02522 a6c7847ab3a1f0e198b65a7d32c5ff6d 261 SMART SM00363 185 242 1.9E-5 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_01337 bdf49555099d7639a40d11df559eb219 270 PANTHER PTHR45833 21 208 4.6E-12 T 16-09-2021 +MGYG000000001_01337 bdf49555099d7639a40d11df559eb219 270 Gene3D G3DSA:3.20.20.20 1 263 1.5E-72 T 16-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01337 bdf49555099d7639a40d11df559eb219 270 SUPERFAMILY SSF51717 4 260 2.62E-66 T 16-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01337 bdf49555099d7639a40d11df559eb219 270 Pfam PF00809 Pterin binding enzyme 22 232 3.0E-27 T 16-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01337 bdf49555099d7639a40d11df559eb219 270 ProSiteProfiles PS50972 Pterin-binding domain profile. 4 249 27.013 T 16-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01337 bdf49555099d7639a40d11df559eb219 270 PANTHER PTHR45833:SF1 21 208 4.6E-12 T 16-09-2021 +MGYG000000001_00450 4be853c4e94bb0882d65adbb5be9b2a0 190 Pfam PF12801 4Fe-4S binding domain 158 187 0.015 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00450 4be853c4e94bb0882d65adbb5be9b2a0 190 Pfam PF12801 4Fe-4S binding domain 29 72 0.005 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 SMART SM01208 86 164 1.6E-21 T 16-09-2021 IPR011098 G5 domain +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 CDD cd14667 3D_containing_proteins 193 274 1.00352E-37 T 16-09-2021 +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 Pfam PF07501 G5 domain 90 163 1.7E-18 T 16-09-2021 IPR011098 G5 domain +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 PANTHER PTHR39160 31 275 1.9E-57 T 16-09-2021 +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 PANTHER PTHR39160:SF4 31 275 1.9E-57 T 16-09-2021 +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 SUPERFAMILY SSF50685 212 255 1.78E-9 T 16-09-2021 IPR036908 RlpA-like domain superfamily +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 Pfam PF06725 3D domain 214 275 1.6E-19 T 16-09-2021 IPR010611 3D domain GO:0004553|GO:0009254|GO:0019867 +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 Gene3D G3DSA:2.40.40.10 169 257 1.0E-7 T 16-09-2021 IPR036908 RlpA-like domain superfamily +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 Gene3D G3DSA:2.20.230.10 28 163 6.6E-19 T 16-09-2021 +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 ProSiteProfiles PS51109 G5 domain profile. 84 164 25.999 T 16-09-2021 IPR011098 G5 domain +MGYG000000001_00257 c686a2dae79698d56e532cf3371daa2f 275 Pfam PF03990 G5-linked-Ubiquitin-like domain 33 73 4.7E-6 T 16-09-2021 IPR007137 Resuscitation-promoting factor, domain of unknown function DUF348 +MGYG000000001_00101 3f3d6f3603827b2160cad6c8762c3d09 89 MobiDBLite mobidb-lite consensus disorder prediction 73 89 - T 16-09-2021 +MGYG000000001_00101 3f3d6f3603827b2160cad6c8762c3d09 89 Pfam PF00269 Small, acid-soluble spore proteins, alpha/beta type 32 80 1.5E-8 T 16-09-2021 IPR001448 Small acid-soluble spore protein, alpha/beta-type GO:0003690|GO:0006265 +MGYG000000001_00101 3f3d6f3603827b2160cad6c8762c3d09 89 MobiDBLite mobidb-lite consensus disorder prediction 67 89 - T 16-09-2021 +MGYG000000001_00101 3f3d6f3603827b2160cad6c8762c3d09 89 Gene3D G3DSA:1.10.8.910 29 86 7.3E-7 T 16-09-2021 IPR038300 SASP, alpha/beta-type superfamily +MGYG000000001_00101 3f3d6f3603827b2160cad6c8762c3d09 89 ProSitePatterns PS00304 Small, acid-soluble spore proteins, alpha/beta type, signature 1. 35 44 - T 16-09-2021 IPR018126 Small acid-soluble spore protein, alpha/beta-type, conserved site GO:0003690|GO:0006265 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 Gene3D G3DSA:3.40.50.300 497 750 1.4E-82 T 16-09-2021 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 506 741 23.156 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 Gene3D G3DSA:1.20.1560.10 205 486 3.6E-60 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 SUPERFAMILY SSF52540 499 742 9.27E-84 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 PANTHER PTHR24221:SF276 1 745 1.3E-255 T 16-09-2021 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 Pfam PF00664 ABC transporter transmembrane region 217 459 2.2E-30 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 PANTHER PTHR24221 1 745 1.3E-255 T 16-09-2021 IPR039421 Type I protein exporter +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 SMART SM00382 532 724 3.4E-13 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 Pfam PF00005 ABC transporter 523 670 1.5E-30 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 212 471 39.654 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 ProSitePatterns PS00211 ABC transporters family signature. 644 658 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 SUPERFAMILY SSF90123 3 486 4.84E-63 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01272 93f8054da9eedfdb42ebd1912c8be09b 751 CDD cd18548 ABC_6TM_Tm287_like 223 479 5.56377E-118 T 16-09-2021 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 SUPERFAMILY SSF53649 2 432 2.49E-108 T 16-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 Pfam PF00884 Sulfatase 3 328 9.5E-62 T 16-09-2021 IPR000917 Sulfatase, N-terminal GO:0008484 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 Gene3D G3DSA:3.40.720.10 2 437 2.2E-100 T 16-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 CDD cd16152 sulfatase_like 2 433 0.0 T 16-09-2021 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 PANTHER PTHR42693 2 435 4.5E-87 T 16-09-2021 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 PANTHER PTHR42693:SF17 2 435 4.5E-87 T 16-09-2021 +MGYG000000001_03112 d33dea61da3afb67c972eedb1860c5b6 452 ProSitePatterns PS00149 Sulfatases signature 2. 91 101 - T 16-09-2021 IPR024607 Sulfatase, conserved site +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 Gene3D G3DSA:3.40.50.300 326 582 1.5E-82 T 16-09-2021 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 Pfam PF00664 ABC transporter transmembrane region 18 285 1.6E-30 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 PANTHER PTHR24222:SF22 15 572 4.9E-143 T 16-09-2021 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 335 569 23.363 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 SMART SM00382 360 546 4.6E-12 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 18 300 36.992 T 16-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 PANTHER PTHR24222 15 572 4.9E-143 T 16-09-2021 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 ProSitePatterns PS00211 ABC transporters family signature. 472 486 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 Pfam PF00005 ABC transporter 351 500 8.9E-33 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 SUPERFAMILY SSF52540 331 570 6.25E-80 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 SUPERFAMILY SSF90123 3 318 1.05E-58 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 CDD cd18781 ABC_6TM_AarD_CydDC_like 20 308 1.50934E-151 T 16-09-2021 +MGYG000000001_00963 00df6308394cd70ad00e37a1f4e0730d 587 Gene3D G3DSA:1.20.1560.10 2 319 2.3E-53 T 16-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 Gene3D G3DSA:1.10.1040.10 287 494 6.4E-42 T 16-09-2021 IPR013328 6-phosphogluconate dehydrogenase, domain 2 GO:0016491|GO:0055114 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 Pfam PF01232 Mannitol dehydrogenase Rossmann domain 30 183 1.5E-9 T 16-09-2021 IPR013131 Mannitol dehydrogenase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 PANTHER PTHR30524:SF1 25 490 3.7E-118 T 16-09-2021 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 SUPERFAMILY SSF48179 290 490 3.23E-29 T 16-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 PANTHER PTHR30524 25 490 3.7E-118 T 16-09-2021 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 Gene3D G3DSA:3.40.50.720 14 280 7.4E-45 T 16-09-2021 +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 SUPERFAMILY SSF51735 16 280 1.85E-54 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01267 ea716a90d614350b6522dfd522129e91 497 Pfam PF08125 Mannitol dehydrogenase C-terminal domain 216 474 2.4E-40 T 16-09-2021 IPR013118 Mannitol dehydrogenase, C-terminal GO:0016491|GO:0050662|GO:0055114 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 Pfam PF05167 Uncharacterised ACR (DUF711) 12 415 1.9E-182 T 16-09-2021 IPR007841 Uncharacterised protein family UPF0210 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 Hamap MF_01221 UPF0210 protein . 1 451 52.832 T 16-09-2021 IPR007841 Uncharacterised protein family UPF0210 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 PANTHER PTHR37560 1 451 1.4E-251 T 16-09-2021 IPR007841 Uncharacterised protein family UPF0210 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 SUPERFAMILY SSF51998 1 446 1.37E-181 T 16-09-2021 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 CDD cd08025 RNR_PFL_like_DUF711 4 405 0.0 T 16-09-2021 IPR007841 Uncharacterised protein family UPF0210 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 Gene3D G3DSA:3.20.70.20 1 451 1.9E-187 T 16-09-2021 +MGYG000000001_02517 0ff88012d405d1141c912199096a4f68 451 PANTHER PTHR37560:SF3 1 451 1.4E-251 T 16-09-2021 +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 Gene3D G3DSA:3.30.70.1810 60 152 1.2E-37 T 16-09-2021 +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 CDD cd07047 BMC_PduB_repeat1 46 179 5.03345E-79 T 16-09-2021 +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 CDD cd07048 BMC_PduB_repeat2 186 256 1.43385E-34 T 16-09-2021 +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 PIRSF PIRSF012290 14 272 5.2E-95 T 16-09-2021 IPR009193 Polyhedral organelle shell protein, EutL/PduB type GO:0031469 +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 SUPERFAMILY SSF143414 185 258 1.57E-12 T 16-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 Pfam PF00936 BMC domain 186 256 5.2E-15 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 Pfam PF00936 BMC domain 80 148 3.6E-8 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 SMART SM00877 79 161 9.0E-9 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 SMART SM00877 185 272 2.0E-16 T 16-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 Gene3D G3DSA:3.30.70.1810 153 249 1.2E-37 T 16-09-2021 +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 SUPERFAMILY SSF143414 79 155 6.15E-7 T 16-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01163 37a4b5ab57ffee0742600a988316ff0d 272 TIGRFAM TIGR04501 microcomp_PduB: microcompartment protein PduB 46 272 1.9E-118 T 16-09-2021 IPR030984 Microcompartment protein PduB GO:0005198 +MGYG000000001_02000 b25e90e0574446d1f1c498784f35e2c1 218 TIGRFAM TIGR02837 spore_II_R: stage II sporulation protein R 12 174 3.9E-62 T 16-09-2021 IPR014202 Sporulation stage II, protein R +MGYG000000001_02000 b25e90e0574446d1f1c498784f35e2c1 218 Pfam PF09551 Stage II sporulation protein R (spore_II_R) 44 169 1.1E-51 T 16-09-2021 IPR014202 Sporulation stage II, protein R +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 PANTHER PTHR19136 1 161 1.7E-37 T 16-09-2021 +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 SUPERFAMILY SSF52540 4 158 6.2E-22 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 Gene3D G3DSA:3.40.50.300 1 163 5.5E-48 T 16-09-2021 +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 PANTHER PTHR19136:SF82 1 161 1.7E-37 T 16-09-2021 +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 Pfam PF03205 Molybdopterin guanine dinucleotide synthesis protein B 4 133 1.9E-44 T 16-09-2021 IPR004435 Molybdopterin-guanine dinucleotide biosynthesis protein B (MobB) domain GO:0005525|GO:0006777 +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 CDD cd03116 MobB 4 156 2.38882E-49 T 16-09-2021 +MGYG000000001_02236 2f7e4223f1952dd556cd4d80992810c1 176 TIGRFAM TIGR00176 mobB: molybdopterin-guanine dinucleotide biosynthesis protein B 4 157 6.7E-46 T 16-09-2021 IPR004435 Molybdopterin-guanine dinucleotide biosynthesis protein B (MobB) domain GO:0005525|GO:0006777 +MGYG000000001_01229 96101c492df9fdcd68051a00fe0138c4 141 PANTHER PTHR33507 2 138 8.2E-18 T 16-09-2021 +MGYG000000001_01229 96101c492df9fdcd68051a00fe0138c4 141 Gene3D G3DSA:2.40.50.140 72 141 2.9E-17 T 16-09-2021 +MGYG000000001_01229 96101c492df9fdcd68051a00fe0138c4 141 Pfam PF01957 NfeD-like C-terminal, partner-binding 50 137 9.5E-19 T 16-09-2021 IPR002810 NfeD-like, C-terminal domain +MGYG000000001_01229 96101c492df9fdcd68051a00fe0138c4 141 SUPERFAMILY SSF141322 70 138 1.44E-9 T 16-09-2021 +MGYG000000001_01776 14b6a2a39c05d349e24a46d1b29709cd 275 Pfam PF11738 Protein of unknown function (DUF3298) 190 264 4.4E-20 T 16-09-2021 IPR021729 Domain of unknown function DUF3298 +MGYG000000001_01776 14b6a2a39c05d349e24a46d1b29709cd 275 Gene3D G3DSA:3.90.640.20 188 273 8.4E-25 T 16-09-2021 IPR037126 PdaC/RsiV-like superfamily +MGYG000000001_01776 14b6a2a39c05d349e24a46d1b29709cd 275 Pfam PF13739 Deacetylase PdaC 63 172 9.5E-18 T 16-09-2021 IPR025303 Deacetylase PdaC +MGYG000000001_01776 14b6a2a39c05d349e24a46d1b29709cd 275 Gene3D G3DSA:3.30.565.40 50 187 3.8E-30 T 16-09-2021 +MGYG000000001_01776 14b6a2a39c05d349e24a46d1b29709cd 275 Coils Coil 109 129 - T 16-09-2021 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Pfam PF13426 PAS domain 519 625 4.5E-5 T 16-09-2021 IPR000014 PAS domain +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 SMART SM00388 645 717 2.5E-10 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Pfam PF00512 His Kinase A (phospho-acceptor) domain 646 717 5.4E-12 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 PANTHER PTHR43547 627 876 2.6E-66 T 16-09-2021 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Gene3D G3DSA:3.30.565.10 721 886 3.6E-41 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 771 871 2.59738E-31 T 16-09-2021 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 SUPERFAMILY SSF55785 429 506 2.79E-5 T 16-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Gene3D G3DSA:1.10.287.130 627 719 1.5E-19 T 16-09-2021 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 ProSiteProfiles PS50112 PAS repeat profile. 507 580 9.009 T 16-09-2021 IPR000014 PAS domain +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 PRINTS PR00344 Bacterial sensor protein C-terminal signature 859 872 4.9E-12 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 PRINTS PR00344 Bacterial sensor protein C-terminal signature 835 853 4.9E-12 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 PRINTS PR00344 Bacterial sensor protein C-terminal signature 800 814 4.9E-12 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 PRINTS PR00344 Bacterial sensor protein C-terminal signature 818 828 4.9E-12 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 SUPERFAMILY SSF47384 634 717 8.24E-15 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 SUPERFAMILY SSF55785 494 624 2.27E-15 T 16-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 ProSiteProfiles PS50109 Histidine kinase domain profile. 652 875 46.199 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Coils Coil 250 277 - T 16-09-2021 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 505 630 1.4E-7 T 16-09-2021 IPR000014 PAS domain +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 SUPERFAMILY SSF55874 706 871 3.54E-41 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Gene3D G3DSA:3.30.450.20 493 624 3.6E-15 T 16-09-2021 +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 SMART SM00387 763 875 1.2E-34 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Pfam PF13188 PAS domain 414 445 4.0E-4 T 16-09-2021 IPR000014 PAS domain +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 764 873 1.5E-25 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00262 2cf8534e68c72448084e78967a8d6289 903 CDD cd00082 HisKA 643 713 1.86287E-11 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01722 1b21d303ec640eaf2af53d20d4a32997 378 Pfam PF14424 The BURPS668_1122 family of deaminases 247 373 5.9E-43 T 16-09-2021 IPR032721 Deaminases, BURPS668_1122 family +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 Pfam PF02601 Exonuclease VII, large subunit 123 340 3.2E-76 T 16-09-2021 IPR020579 Exonuclease VII, large subunit, C-terminal GO:0008855 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 Pfam PF02601 Exonuclease VII, large subunit 328 391 5.4E-10 T 16-09-2021 IPR020579 Exonuclease VII, large subunit, C-terminal GO:0008855 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 PANTHER PTHR30008 312 396 1.0E-132 T 16-09-2021 IPR003753 Exonuclease VII, large subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 PANTHER PTHR30008 4 339 1.0E-132 T 16-09-2021 IPR003753 Exonuclease VII, large subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 Pfam PF13742 OB-fold nucleic acid binding domain 7 100 1.7E-24 T 16-09-2021 IPR025824 OB-fold nucleic acid binding domain GO:0003676 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 TIGRFAM TIGR00237 xseA: exodeoxyribonuclease VII, large subunit 8 394 1.5E-142 T 16-09-2021 IPR003753 Exonuclease VII, large subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 CDD cd04489 ExoVII_LU_OBF 27 103 4.63175E-31 T 16-09-2021 IPR025824 OB-fold nucleic acid binding domain GO:0003676 +MGYG000000001_02434 464814e09fd74654876e87948a124ecb 401 Hamap MF_00378 Exodeoxyribonuclease 7 large subunit [xseA]. 3 394 26.445 T 16-09-2021 IPR003753 Exonuclease VII, large subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 Gene3D G3DSA:1.10.10.2830 112 224 1.2E-38 T 16-09-2021 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 SMART SM00470 33 123 9.1E-30 T 16-09-2021 IPR003115 ParB/Sulfiredoxin +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 Pfam PF02195 ParB-like nuclease domain 34 122 1.3E-22 T 16-09-2021 IPR003115 ParB/Sulfiredoxin +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 PANTHER PTHR33375 7 288 7.1E-89 T 16-09-2021 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 PANTHER PTHR33375:SF1 7 288 7.1E-89 T 16-09-2021 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 Gene3D G3DSA:3.90.1530.30 46 109 9.0E-25 T 16-09-2021 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 SUPERFAMILY SSF110849 29 127 4.45E-26 T 16-09-2021 IPR036086 ParB/Sulfiredoxin superfamily +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 SUPERFAMILY SSF109709 115 225 4.45E-36 T 16-09-2021 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 CDD cd16393 SPO0J_N 32 128 7.35876E-44 T 16-09-2021 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 TIGRFAM TIGR00180 parB_part: ParB/RepB/Spo0J family partition protein 30 208 5.0E-56 T 16-09-2021 IPR004437 ParB/RepB/Spo0J partition protein GO:0003677 +MGYG000000001_00937 4e5cdc757a5b67b8be0cae2bc55d9c5f 290 Pfam PF17762 HTH domain found in ParB protein 173 224 3.6E-18 T 16-09-2021 IPR041468 ParB/Spo0J, HTH domain +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 SMART SM00382 29 218 5.0E-13 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 Gene3D G3DSA:3.40.50.300 2 238 9.7E-62 T 16-09-2021 +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 239 22.209 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 CDD cd03235 ABC_Metallic_Cations 6 219 2.07566E-86 T 16-09-2021 +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 SUPERFAMILY SSF52540 4 231 8.58E-58 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 ProSitePatterns PS00211 ABC transporters family signature. 141 155 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 Pfam PF00005 ABC transporter 20 168 2.8E-34 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00521 702e66fb2ed77e28be9e722f1ed64dc6 240 PANTHER PTHR42734 4 236 4.3E-76 T 16-09-2021 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 PIRSF PIRSF005962 2 392 9.0E-136 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 Pfam PF01546 Peptidase family M20/M25/M40 75 385 5.4E-30 T 16-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 Gene3D G3DSA:3.40.630.10 18 374 7.4E-139 T 16-09-2021 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 SUPERFAMILY SSF53187 6 391 1.79E-85 T 16-09-2021 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 PANTHER PTHR11014 11 391 6.5E-139 T 16-09-2021 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 19 377 6.9E-118 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 CDD cd08019 M20_Acy1-like 18 389 0.0 T 16-09-2021 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 Gene3D G3DSA:3.30.70.360 183 297 7.4E-139 T 16-09-2021 +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 Pfam PF07687 Peptidase dimerisation domain 187 283 3.9E-7 T 16-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 SUPERFAMILY SSF55031 185 293 7.2E-27 T 16-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_02391 f033f3efb4cb233ab532e6ae85cf2de9 392 PANTHER PTHR11014:SF63 11 391 6.5E-139 T 16-09-2021 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 Hamap MF_00230 Nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase [cobT]. 19 354 32.418 T 16-09-2021 IPR017846 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase, prokaryotic GO:0008939|GO:0009163 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 PANTHER PTHR43463:SF1 5 349 7.5E-102 T 16-09-2021 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 Pfam PF02277 Phosphoribosyltransferase 17 349 3.4E-120 T 16-09-2021 IPR003200 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase-like GO:0008939|GO:0009236 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 Gene3D G3DSA:3.40.50.10210 63 335 6.7E-128 T 16-09-2021 IPR036087 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase-like superfamily GO:0008939|GO:0009236 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 Gene3D G3DSA:1.10.1610.10 17 344 6.7E-128 T 16-09-2021 IPR023195 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase, N-terminal GO:0008939|GO:0009236 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 PANTHER PTHR43463 5 349 7.5E-102 T 16-09-2021 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 CDD cd02439 DMB-PRT_CobT 36 350 4.34171E-127 T 16-09-2021 IPR003200 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase-like GO:0008939|GO:0009236 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 SUPERFAMILY SSF52733 11 349 6.54E-109 T 16-09-2021 IPR036087 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase-like superfamily GO:0008939|GO:0009236 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_02201 84f70ba42c176c87731c23063a6c6995 355 TIGRFAM TIGR03160 cobT_DBIPRT: nicotinate-nucleotide--dimethylbenzimidazole phosphoribosyltransferase 21 350 2.7E-121 T 16-09-2021 IPR017846 Nicotinate-nucleotide-dimethylbenzimidazole phosphoribosyltransferase, prokaryotic GO:0008939|GO:0009163 KEGG: 00860+2.4.2.21|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970 +MGYG000000001_00455 44d16dee5bb5d99f08ee279b820f7f68 164 Pfam PF11188 Protein of unknown function (DUF2975) 45 164 9.0E-18 T 16-09-2021 IPR021354 Protein of unknown function DUF2975 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 SUPERFAMILY SSF46689 232 280 9.86E-11 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 183 281 28.134 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 Gene3D G3DSA:1.10.10.60 230 282 1.0E-16 T 16-09-2021 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 Gene3D G3DSA:1.10.10.60 177 229 1.0E-14 T 16-09-2021 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 PANTHER PTHR43280 43 280 1.9E-39 T 16-09-2021 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 Pfam PF02311 AraC-like ligand binding domain 31 158 7.2E-26 T 16-09-2021 IPR003313 AraC-type arabinose-binding/dimerisation domain GO:0006355 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 233 275 - T 16-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 SUPERFAMILY SSF46689 180 229 2.15E-9 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 SMART SM00342 196 279 1.1E-27 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 Gene3D G3DSA:2.60.120.280 39 165 2.4E-9 T 16-09-2021 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 Pfam PF12833 Helix-turn-helix domain 202 280 2.2E-17 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 248 263 6.9E-6 T 16-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 263 279 6.9E-6 T 16-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00776 b58387ba40463dfd21b6e8f1199a094a 283 SUPERFAMILY SSF51215 23 164 1.16E-29 T 16-09-2021 IPR037923 Transcription regulator HTH-like +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 Gene3D G3DSA:3.40.50.300 7 252 1.4E-63 T 16-09-2021 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 Pfam PF00005 ABC transporter 24 179 6.1E-31 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 CDD cd03260 ABC_PstB_phosphate_transporter 9 236 4.27205E-146 T 16-09-2021 IPR005670 Phosphate transport system permease protein 1 GO:0005315|GO:0016020|GO:0035435 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 PANTHER PTHR43423 7 254 6.7E-131 T 16-09-2021 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 9 249 22.549 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 TIGRFAM TIGR00972 3a0107s01c2: phosphate ABC transporter, ATP-binding protein 9 254 7.8E-128 T 16-09-2021 IPR005670 Phosphate transport system permease protein 1 GO:0005315|GO:0016020|GO:0035435 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 SMART SM00382 33 233 2.3E-14 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 PANTHER PTHR43423:SF4 7 254 6.7E-131 T 16-09-2021 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 SUPERFAMILY SSF52540 9 240 1.15E-58 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 ProSiteProfiles PS51238 Phosphate import ATP-binding protein pstB family profile. 208 254 20.946 T 16-09-2021 IPR015850 ABC transporter, phosphate import, PstB GO:0005524|GO:0006817|GO:0015415|GO:0016020 +MGYG000000001_00061 0a52d30cdfdcb6079e9fd69978de8e18 254 ProSitePatterns PS00211 ABC transporters family signature. 151 165 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 ProSitePatterns PS00902 Glutamate 5-kinase signature. 217 234 - T 16-09-2021 IPR019797 Glutamate 5-kinase, conserved site GO:0004349|GO:0006561 KEGG: 00330+2.7.2.11|KEGG: 00332+2.7.2.11|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PRINTS PR00474 Glutamate 5-kinase family signature 158 185 2.1E-52 T 16-09-2021 IPR001057 Glutamate/acetylglutamate kinase Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PRINTS PR00474 Glutamate 5-kinase family signature 122 143 2.1E-52 T 16-09-2021 IPR001057 Glutamate/acetylglutamate kinase Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PRINTS PR00474 Glutamate 5-kinase family signature 219 239 2.1E-52 T 16-09-2021 IPR001057 Glutamate/acetylglutamate kinase Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PRINTS PR00474 Glutamate 5-kinase family signature 48 62 2.1E-52 T 16-09-2021 IPR001057 Glutamate/acetylglutamate kinase Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PRINTS PR00474 Glutamate 5-kinase family signature 82 110 2.1E-52 T 16-09-2021 IPR001057 Glutamate/acetylglutamate kinase Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 TIGRFAM TIGR01027 proB: glutamate 5-kinase 11 270 1.8E-94 T 16-09-2021 IPR005715 Glutamate 5-kinase/delta-1-pyrroline-5-carboxylate synthase GO:0005737|GO:0006561 KEGG: 00330+2.7.2.11|KEGG: 00332+2.7.2.11|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 Hamap MF_00456 Glutamate 5-kinase [proB]. 11 269 37.153 T 16-09-2021 IPR005715 Glutamate 5-kinase/delta-1-pyrroline-5-carboxylate synthase GO:0005737|GO:0006561 KEGG: 00330+2.7.2.11|KEGG: 00332+2.7.2.11|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PANTHER PTHR43654:SF3 5 270 4.7E-99 T 16-09-2021 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 CDD cd04242 AAK_G5K_ProB 12 266 1.93965E-135 T 16-09-2021 IPR041739 Glutamate-5-kinase domain KEGG: 00330+2.7.2.11|KEGG: 00332+2.7.2.11|MetaCyc: PWY-3341|MetaCyc: PWY-6922 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PIRSF PIRSF000729 6 272 9.3E-97 T 16-09-2021 IPR011529 Glutamate 5-kinase GO:0004349|GO:0005737|GO:0006561 KEGG: 00330+2.7.2.11|KEGG: 00332+2.7.2.11|MetaCyc: PWY-3341|MetaCyc: PWY-6922 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 Pfam PF00696 Amino acid kinase family 11 245 1.1E-40 T 16-09-2021 IPR001048 Aspartate/glutamate/uridylate kinase Reactome: R-HSA-8964539 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 PANTHER PTHR43654 5 270 4.7E-99 T 16-09-2021 +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 SUPERFAMILY SSF53633 11 267 1.02E-69 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_00986 f71d4138f45f70602162f90d6c936ef5 272 Gene3D G3DSA:3.40.1160.10 2 272 8.3E-93 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 PANTHER PTHR11693 7 287 1.8E-63 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 Gene3D G3DSA:1.10.287.80 8 283 3.3E-92 T 16-09-2021 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 SUPERFAMILY SSF52943 5 287 1.07E-79 T 16-09-2021 IPR035968 ATP synthase, F1 complex, gamma subunit superfamily GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 Pfam PF00231 ATP synthase 7 287 5.3E-91 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 TIGRFAM TIGR01146 ATPsyn_F1gamma: ATP synthase F1, gamma subunit 5 287 1.0E-89 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 CDD cd12151 F1-ATPase_gamma 4 283 8.52181E-114 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 Gene3D G3DSA:3.40.1380.10 63 206 3.3E-92 T 16-09-2021 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 Hamap MF_00815 ATP synthase gamma chain [atpG]. 3 287 32.418 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 PANTHER PTHR11693:SF22 7 287 1.8E-63 T 16-09-2021 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 PRINTS PR00126 ATP synthase gamma subunit signature 265 286 2.1E-34 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 PRINTS PR00126 ATP synthase gamma subunit signature 234 253 2.1E-34 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 PRINTS PR00126 ATP synthase gamma subunit signature 75 94 2.1E-34 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00729 281d1dba26bf7110272565e1dec1fa9b 288 PRINTS PR00126 ATP synthase gamma subunit signature 162 179 2.1E-34 T 16-09-2021 IPR000131 ATP synthase, F1 complex, gamma subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00536 71eda72af1ebb6f9145640cd18e79411 86 Pfam PF14184 Regulatory protein YrvL 2 68 1.4E-13 T 16-09-2021 IPR025912 Regulatory protein YrvL +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 ProSiteProfiles PS50980 Acetyl-coenzyme A (CoA) carboxyltransferase N-terminal domain profile. 31 289 107.135 T 16-09-2021 IPR011762 Acetyl-coenzyme A carboxyltransferase, N-terminal MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722|Reactome: R-HSA-196780 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 Hamap MF_01395 Acetyl-coenzyme A carboxylase carboxyl transferase subunit beta, chloroplastic [accD]. 3 284 39.234 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 SUPERFAMILY SSF52096 32 282 9.95E-77 T 16-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PANTHER PTHR42995:SF2 21 283 2.6E-118 T 16-09-2021 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 Pfam PF17848 Acetyl-coA carboxylase zinc finger domain 32 57 6.3E-9 T 16-09-2021 IPR041010 Acetyl-coA carboxylase zinc finger domain MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PRINTS PR01070 Acetyl-CoA carboxylase carboxyl transferase beta subunit signature 232 243 4.4E-38 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PRINTS PR01070 Acetyl-CoA carboxylase carboxyl transferase beta subunit signature 132 146 4.4E-38 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PRINTS PR01070 Acetyl-CoA carboxylase carboxyl transferase beta subunit signature 166 184 4.4E-38 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PRINTS PR01070 Acetyl-CoA carboxylase carboxyl transferase beta subunit signature 254 263 4.4E-38 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PRINTS PR01070 Acetyl-CoA carboxylase carboxyl transferase beta subunit signature 203 220 4.4E-38 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 Gene3D G3DSA:3.90.226.10 31 286 4.6E-91 T 16-09-2021 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 Pfam PF01039 Carboxyl transferase domain 93 245 4.9E-21 T 16-09-2021 IPR034733 Acetyl-CoA carboxylase MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722|Reactome: R-HSA-196780 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 PANTHER PTHR42995 21 283 2.6E-118 T 16-09-2021 +MGYG000000001_00825 4050376f726f3bd06d40c15b3df757d3 289 TIGRFAM TIGR00515 accD: acetyl-CoA carboxylase, carboxyl transferase, beta subunit 25 283 5.7E-115 T 16-09-2021 IPR000438 Acetyl-CoA carboxylase carboxyl transferase, beta subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00375 5ff1fd253c05fcffcb61e5f2114c6225 143 PANTHER PTHR12510 3 128 6.2E-12 T 16-09-2021 IPR039126 Gamma-glutamylaminecyclotransferase GO:0061929 +MGYG000000001_00375 5ff1fd253c05fcffcb61e5f2114c6225 143 Pfam PF06094 Gamma-glutamyl cyclotransferase, AIG2-like 6 137 3.2E-20 T 16-09-2021 IPR009288 Gamma-glutamylcyclotransferase, AIG2-like +MGYG000000001_00375 5ff1fd253c05fcffcb61e5f2114c6225 143 CDD cd06661 GGCT_like 6 116 5.50007E-13 T 16-09-2021 IPR013024 Gamma-glutamyl cyclotransferase-like +MGYG000000001_00375 5ff1fd253c05fcffcb61e5f2114c6225 143 PANTHER PTHR12510:SF13 3 128 6.2E-12 T 16-09-2021 +MGYG000000001_00375 5ff1fd253c05fcffcb61e5f2114c6225 143 SUPERFAMILY SSF110857 5 140 8.24E-21 T 16-09-2021 IPR036568 Gamma-glutamyl cyclotransferase-like superfamily +MGYG000000001_00375 5ff1fd253c05fcffcb61e5f2114c6225 143 Gene3D G3DSA:3.10.490.10 3 140 6.0E-21 T 16-09-2021 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 Pfam PF00486 Transcriptional regulatory protein, C terminal 146 219 7.9E-20 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 PANTHER PTHR26402 1 221 1.6E-70 T 16-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 Pfam PF00072 Response regulator receiver domain 4 113 3.8E-23 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 CDD cd00156 REC 5 108 5.62051E-28 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 SMART SM00448 2 113 2.5E-31 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 CDD cd00383 trans_reg_C 133 219 1.04547E-26 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 SMART SM00862 146 220 1.5E-17 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 ProSiteProfiles PS50110 Response regulatory domain profile. 3 117 37.604 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 Gene3D G3DSA:1.10.10.10 128 222 1.7E-24 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 Gene3D G3DSA:3.40.50.2300 1 127 6.9E-32 T 16-09-2021 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 SUPERFAMILY SSF52172 1 176 1.29E-36 T 16-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 125 222 31.391 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00149 03915c2925a5b75e78e337659510ffe3 223 PANTHER PTHR26402:SF704 1 221 1.6E-70 T 16-09-2021 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 Coils Coil 40 60 - T 16-09-2021 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 Gene3D G3DSA:3.40.50.300 288 544 2.0E-73 T 16-09-2021 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 SMART SM00533 9 311 2.6E-11 T 16-09-2021 IPR007696 DNA mismatch repair protein MutS, core GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 SUPERFAMILY SSF52540 289 509 1.54E-39 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 ProSitePatterns PS00486 DNA mismatch repair proteins mutS family signature. 405 421 - T 16-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 PANTHER PTHR11361:SF90 1 632 1.5E-278 T 16-09-2021 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 Pfam PF00488 MutS domain V 326 508 6.3E-36 T 16-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 SUPERFAMILY SSF48334 20 285 1.96E-21 T 16-09-2021 IPR036187 DNA mismatch repair protein MutS, core domain superfamily +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 PANTHER PTHR11361 1 632 1.5E-278 T 16-09-2021 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 PIRSF PIRSF005814 520 635 1.2 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 PIRSF PIRSF005814 1 536 4.2E-200 T 16-09-2021 IPR005747 Endonuclease MutS2 GO:0004519|GO:0016887|GO:0030983|GO:0045910 +MGYG000000001_00761 d222ef5a8d72394cab30bc0904c727bf 635 SMART SM00534 323 508 2.0E-67 T 16-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 PANTHER PTHR47245 5 324 7.4E-69 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 Pfam PF13624 SurA N-terminal domain 6 149 3.0E-13 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 ProSiteProfiles PS50198 PpiC-type peptidyl-prolyl cis-trans isomerase family profile. 179 285 29.276 T 16-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 Pfam PF13616 PPIC-type PPIASE domain 166 286 4.7E-37 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 Gene3D G3DSA:1.10.4030.30 30 307 9.2E-56 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 6.0 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 Coils Coil 306 326 - T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 SUPERFAMILY SSF54534 180 287 1.85E-34 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 SUPERFAMILY SSF109998 27 208 3.88E-24 T 16-09-2021 IPR027304 Trigger factor/SurA domain superfamily +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 Gene3D G3DSA:3.10.50.40 180 287 9.2E-56 T 16-09-2021 +MGYG000000001_00697 4e3dd4772bee819e3b1a4eb4b10f0618 334 ProSitePatterns PS01096 PpiC-type peptidyl-prolyl cis-trans isomerase signature. 224 245 - T 16-09-2021 IPR023058 Peptidyl-prolyl cis-trans isomerase, PpiC-type, conserved site Reactome: R-HSA-1169408|Reactome: R-HSA-5668599|Reactome: R-HSA-6804756|Reactome: R-HSA-6811555|Reactome: R-HSA-936440 +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 PANTHER PTHR23044 3 225 5.0E-25 T 16-09-2021 +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 SUPERFAMILY SSF53098 1 219 4.12E-34 T 16-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 PANTHER PTHR23044:SF61 3 225 5.0E-25 T 16-09-2021 +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 Pfam PF00929 Exonuclease 5 179 1.7E-18 T 16-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 CDD cd06133 ERI-1_3'hExo_like 3 182 6.85125E-51 T 16-09-2021 +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 SMART SM00479 2 188 1.4E-18 T 16-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_00504 f809c7cb3fb1a3c79f8c243138452119 261 Gene3D G3DSA:3.30.420.10 1 222 5.5E-43 T 16-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 Gene3D G3DSA:3.40.109.10 60 272 1.4E-33 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 Pfam PF00881 Nitroreductase family 82 254 3.3E-24 T 16-09-2021 IPR029479 Nitroreductase Reactome: R-HSA-209968 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 SUPERFAMILY SSF55469 77 267 8.38E-29 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 SUPERFAMILY SSF54862 1 80 2.96E-16 T 16-09-2021 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 Pfam PF13237 4Fe-4S dicluster domain 3 49 4.9E-8 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 PANTHER PTHR23026:SF120 7 266 1.1E-28 T 16-09-2021 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 38 49 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 PANTHER PTHR23026 7 266 1.1E-28 T 16-09-2021 +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 30 58 8.332 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 29 9.852 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00793 dfabc36887997395168aea9d70003513 273 Gene3D G3DSA:3.30.70.20 3 59 6.1E-14 T 16-09-2021 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 SUPERFAMILY SSF88946 11 105 3.79E-33 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Pfam PF04542 Sigma-70 region 2 37 103 2.3E-12 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Coils Coil 137 157 - T 16-09-2021 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Gene3D G3DSA:1.10.10.10 105 158 6.4E-15 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PRINTS PR00046 Major sigma-70 factor signature 206 218 4.0E-14 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PRINTS PR00046 Major sigma-70 factor signature 223 238 4.0E-14 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PRINTS PR00046 Major sigma-70 factor signature 85 93 4.0E-14 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PRINTS PR00046 Major sigma-70 factor signature 238 249 4.0E-14 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PRINTS PR00046 Major sigma-70 factor signature 61 74 4.0E-14 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 CDD cd06171 Sigma70_r4 196 250 4.53064E-13 T 16-09-2021 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Pfam PF04545 Sigma-70, region 4 202 250 5.0E-18 T 16-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 SUPERFAMILY SSF88659 185 253 5.42E-17 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Gene3D G3DSA:1.10.10.10 182 254 2.2E-13 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 TIGRFAM TIGR02980 SigBFG: RNA polymerase sigma-70 factor, sigma-B/F/G subfamily 31 253 2.8E-79 T 16-09-2021 IPR014322 RNA polymerase sigma-B/F/G type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Gene3D G3DSA:1.20.120.1810 3 104 2.4E-25 T 16-09-2021 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PIRSF PIRSF000770 4 254 2.9E-32 T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PANTHER PTHR30603:SF17 9 253 1.8E-84 T 16-09-2021 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Coils Coil 6 26 - T 16-09-2021 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 Pfam PF04539 Sigma-70 region 3 124 165 6.0E-7 T 16-09-2021 IPR007624 RNA polymerase sigma-70 region 3 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 SUPERFAMILY SSF88659 109 181 1.87E-12 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 61 74 - T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 33 252 1.2E-37 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 ProSitePatterns PS00716 Sigma-70 factors family signature 2. 223 249 - T 16-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00407 4c091ecda366c82b1b22a200c7232f4f 254 PANTHER PTHR30603 9 253 1.8E-84 T 16-09-2021 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 Pfam PF03063 Prismane/CO dehydrogenase family 45 607 9.7E-164 T 16-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 PANTHER PTHR30109 6 623 1.7E-245 T 16-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 PANTHER PTHR30109:SF5 6 623 1.7E-245 T 16-09-2021 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 SUPERFAMILY SSF56821 5 629 4.32E-181 T 16-09-2021 IPR011254 Prismane-like superfamily GO:0003824|GO:0016491|GO:0055114 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 PIRSF PIRSF005023 1 626 9.4E-221 T 16-09-2021 IPR010047 Ni-containing CO dehydrogenase GO:0006091|GO:0016151|GO:0018492|GO:0051539|GO:0055114 KEGG: 00633+1.2.7.4|KEGG: 00680+1.2.7.4|KEGG: 00720+1.2.7.4|MetaCyc: PWY-5372|MetaCyc: PWY-6780|MetaCyc: PWY-7784 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 Gene3D G3DSA:3.40.50.2030 400 624 4.1E-85 T 16-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 Gene3D G3DSA:3.40.50.2030 230 397 3.3E-67 T 16-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 Gene3D G3DSA:1.20.1270.30 60 229 4.9E-66 T 16-09-2021 IPR016101 CO dehydrogenase, alpha-bundle GO:0006091|GO:0016151|GO:0018492|GO:0051539|GO:0055114 KEGG: 00633+1.2.7.4|KEGG: 00680+1.2.7.4|KEGG: 00720+1.2.7.4|MetaCyc: PWY-5372|MetaCyc: PWY-6780|MetaCyc: PWY-7784 +MGYG000000001_01348 f7fa358b8851b0750ed4b9c917ee0371 639 TIGRFAM TIGR01702 CO_DH_cata: carbon-monoxide dehydrogenase, catalytic subunit 12 623 9.1E-197 T 16-09-2021 IPR010047 Ni-containing CO dehydrogenase GO:0006091|GO:0016151|GO:0018492|GO:0051539|GO:0055114 KEGG: 00633+1.2.7.4|KEGG: 00680+1.2.7.4|KEGG: 00720+1.2.7.4|MetaCyc: PWY-5372|MetaCyc: PWY-6780|MetaCyc: PWY-7784 +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 CDD cd06223 PRTases_typeI 56 164 3.42741E-14 T 16-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 Gene3D G3DSA:3.40.50.2020 8 194 1.7E-56 T 16-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 Pfam PF00156 Phosphoribosyl transferase domain 51 152 1.8E-12 T 16-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 SUPERFAMILY SSF53271 13 153 2.7E-36 T 16-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 PANTHER PTHR19278:SF9 7 152 1.9E-27 T 16-09-2021 +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 Hamap MF_01208 Orotate phosphoribosyltransferase [pyrE]. 1 198 22.937 T 16-09-2021 IPR023031 Orotate phosphoribosyltransferase GO:0004588|GO:0006221 KEGG: 00240+2.4.2.10|KEGG: 00983+2.4.2.10|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 PANTHER PTHR19278 7 152 1.9E-27 T 16-09-2021 +MGYG000000001_01066 f5d9fa00a7f26a6fefe770d6e110fac3 198 TIGRFAM TIGR01367 pyrE_Therm: orotate phosphoribosyltransferase 9 191 2.9E-66 T 16-09-2021 IPR006273 Orotate phosphoribosyltransferase, bacterial GO:0004588|GO:0019856 KEGG: 00240+2.4.2.10|KEGG: 00983+2.4.2.10|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01852 3041e50782dd9af8faef194f925c5f3a 376 SUPERFAMILY SSF52540 7 176 1.0E-17 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01852 3041e50782dd9af8faef194f925c5f3a 376 CDD cd00009 AAA 4 149 5.82995E-9 T 16-09-2021 +MGYG000000001_01852 3041e50782dd9af8faef194f925c5f3a 376 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 21 146 9.1E-9 T 16-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_01852 3041e50782dd9af8faef194f925c5f3a 376 Gene3D G3DSA:3.40.50.300 4 181 2.6E-18 T 16-09-2021 +MGYG000000001_01852 3041e50782dd9af8faef194f925c5f3a 376 SMART SM00382 16 176 1.8E-7 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00406 e65e2a0e6dd58948972240f2f8d45d16 196 Pfam PF12164 Stage V sporulation protein AA 3 84 2.1E-6 T 16-09-2021 IPR021997 Stage V sporulation protein AA +MGYG000000001_00406 e65e2a0e6dd58948972240f2f8d45d16 196 Gene3D G3DSA:2.60.480.10 1 96 9.3E-6 T 16-09-2021 IPR038548 Stage V sporulation protein AA, N-terminal domain superfamily +MGYG000000001_02657 53286bcefb61c9fe23e4187b2e8d6883 187 Pfam PF12822 ECF transporter, substrate-specific component 8 168 1.2E-7 T 16-09-2021 IPR024529 ECF transporter, substrate-specific component GO:0022857 +MGYG000000001_02657 53286bcefb61c9fe23e4187b2e8d6883 187 Gene3D G3DSA:1.10.1760.20 1 184 4.5E-16 T 16-09-2021 +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 ProSiteProfiles PS51747 Cytidine and deoxycytidylate deaminases domain profile. 8 137 25.459 T 16-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 CDD cd01286 deoxycytidylate_deaminase 10 139 4.63168E-60 T 16-09-2021 IPR035105 Deoxycytidylate deaminase domain +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 ProSitePatterns PS00903 Cytidine and deoxycytidylate deaminases zinc-binding region signature. 77 110 - T 16-09-2021 IPR016192 APOBEC/CMP deaminase, zinc-binding GO:0008270|GO:0016787 +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 SUPERFAMILY SSF53927 10 149 8.2E-36 T 16-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 Gene3D G3DSA:3.40.140.10 1 162 9.4E-61 T 16-09-2021 +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 PANTHER PTHR11086 2 161 3.4E-67 T 16-09-2021 IPR015517 Deoxycytidylate deaminase-related +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 Pfam PF00383 Cytidine and deoxycytidylate deaminase zinc-binding region 8 121 4.0E-26 T 16-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_02466 39d4ca7ea9f7574e028a50e13964e5bb 162 PIRSF PIRSF006019 1 156 1.1E-48 T 16-09-2021 IPR016473 Deoxycytidylate deaminase GO:0004132|GO:0006220|GO:0008270 KEGG: 00240+3.5.4.12|MetaCyc: PWY-7210|Reactome: R-HSA-499943 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 CDD cd00771 ThrRS_core 242 537 0.0 T 16-09-2021 IPR033728 Threonine-tRNA ligase catalytic core domain KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Pfam PF00587 tRNA synthetase class II core domain (G, H, P, S and T) 317 527 1.5E-39 T 16-09-2021 IPR002314 Aminoacyl-tRNA synthetase, class II (G/ P/ S/T) GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Hamap MF_00184 Threonine--tRNA ligase [thrS]. 66 632 34.948 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Pfam PF07973 Threonyl and Alanyl tRNA synthetase second additional domain 169 218 5.1E-16 T 16-09-2021 IPR012947 Threonyl/alanyl tRNA synthetase, SAD GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 CDD cd01667 TGS_ThrRS 2 66 3.10113E-24 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 CDD cd00860 ThrRS_anticodon 537 626 8.81181E-42 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 SUPERFAMILY SSF55186 63 240 1.24E-66 T 16-09-2021 IPR018163 Threonyl/alanyl tRNA synthetase, class II-like, putative editing domain superfamily GO:0000166 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PRINTS PR01047 Threonyl-tRNA synthetase signature 505 518 1.2E-50 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PRINTS PR01047 Threonyl-tRNA synthetase signature 361 384 1.2E-50 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PRINTS PR01047 Threonyl-tRNA synthetase signature 328 356 1.2E-50 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PRINTS PR01047 Threonyl-tRNA synthetase signature 532 544 1.2E-50 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PRINTS PR01047 Threonyl-tRNA synthetase signature 462 490 1.2E-50 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 SUPERFAMILY SSF52954 527 632 1.22E-36 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 SUPERFAMILY SSF81271 2 61 1.26E-14 T 16-09-2021 IPR012676 TGS-like KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 SUPERFAMILY SSF55681 242 524 8.04E-97 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Pfam PF02824 TGS domain 2 61 9.3E-13 T 16-09-2021 IPR004095 TGS KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 267 532 31.979 T 16-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Gene3D G3DSA:3.30.980.10 69 220 6.9E-67 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 SMART SM00863 169 218 1.6E-25 T 16-09-2021 IPR012947 Threonyl/alanyl tRNA synthetase, SAD GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Coils Coil 110 130 - T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Gene3D G3DSA:3.10.20.30 1 64 1.8E-21 T 16-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Pfam PF03129 Anticodon binding domain 539 628 5.0E-27 T 16-09-2021 IPR004154 Anticodon-binding +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PANTHER PTHR11451 1 635 5.8E-291 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 PANTHER PTHR11451:SF31 1 635 5.8E-291 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 TIGRFAM TIGR00418 thrS: threonine--tRNA ligase 72 629 2.0E-226 T 16-09-2021 IPR002320 Threonine-tRNA ligase, class IIa GO:0004829|GO:0005524|GO:0005737|GO:0006435 KEGG: 00970+6.1.1.3 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Gene3D G3DSA:3.40.50.800 530 639 1.4E-38 T 16-09-2021 IPR036621 Anticodon-binding domain superfamily +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Gene3D G3DSA:3.30.54.20 130 186 6.9E-67 T 16-09-2021 +MGYG000000001_01370 c753425fc9d93c05c1c86f9f11cff9da 639 Gene3D G3DSA:3.30.930.10 222 529 1.1E-132 T 16-09-2021 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 Gene3D G3DSA:3.10.410.10 445 534 1.1E-37 T 16-09-2021 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 Gene3D G3DSA:3.30.1510.10 131 249 1.4E-209 T 16-09-2021 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 PANTHER PTHR43274:SF6 3 558 1.8E-270 T 16-09-2021 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 ProSitePatterns PS00722 Formate--tetrahydrofolate ligase signature 2. 330 341 - T 16-09-2021 IPR020628 Formate-tetrahydrofolate ligase, FTHFS, conserved site GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 ProSitePatterns PS00721 Formate--tetrahydrofolate ligase signature 1. 105 115 - T 16-09-2021 IPR020628 Formate-tetrahydrofolate ligase, FTHFS, conserved site GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 Hamap MF_01543 Formate--tetrahydrofolate ligase [fhs]. 3 558 49.189 T 16-09-2021 IPR000559 Formate-tetrahydrofolate ligase, FTHFS GO:0004329|GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 Pfam PF01268 Formate--tetrahydrofolate ligase 4 558 3.7E-272 T 16-09-2021 IPR000559 Formate-tetrahydrofolate ligase, FTHFS GO:0004329|GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 SUPERFAMILY SSF52540 6 556 2.7E-247 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 Gene3D G3DSA:3.40.50.300 8 440 1.4E-209 T 16-09-2021 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 PANTHER PTHR43274 3 558 1.8E-270 T 16-09-2021 +MGYG000000001_01346 6ab93cf29ac129d740feaf44a9847d11 558 CDD cd00477 FTHFS 18 557 0.0 T 16-09-2021 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 SMART SM00729 53 280 7.1E-41 T 16-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 SFLD SFLDG01091 uncharacterized CHP01210-like 33 334 0.0 T 16-09-2021 IPR005911 Protein YhcC-like GO:0051536 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 PANTHER PTHR11135:SF1 28 334 2.4E-131 T 16-09-2021 IPR005911 Protein YhcC-like GO:0051536 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 Pfam PF16199 Radical_SAM C-terminal domain 241 324 2.0E-24 T 16-09-2021 IPR032432 Radical SAM, C-terminal extension Reactome: R-HSA-3214847 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 Pfam PF04055 Radical SAM superfamily 74 235 2.9E-15 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 SFLD SFLDS00029 Radical SAM 33 334 0.0 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 SUPERFAMILY SSF102114 28 330 3.14E-53 T 16-09-2021 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 Gene3D G3DSA:3.80.30.20 72 277 6.2E-17 T 16-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 SFLD SFLDG01086 elongater protein-like 34 327 0.0 T 16-09-2021 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 PANTHER PTHR11135 28 334 2.4E-131 T 16-09-2021 IPR039661 ELP3/YhcC Reactome: R-HSA-3214847 +MGYG000000001_02984 a99525d19b3862988e675590c7abc2c1 335 TIGRFAM TIGR01212 TIGR01212: radical SAM protein, TIGR01212 family 36 334 2.1E-120 T 16-09-2021 IPR005911 Protein YhcC-like GO:0051536 +MGYG000000001_01110 bf5ea468dbc70741f422d1dfcd5e4858 125 TIGRFAM TIGR01671 phage_TIGR01671: phage conserved hypothetical protein TIGR01671 28 124 2.7E-15 T 16-09-2021 IPR010024 Conserved hypothetical protein CHP1671 +MGYG000000001_01110 bf5ea468dbc70741f422d1dfcd5e4858 125 Pfam PF09643 YopX protein 5 124 3.1E-18 T 16-09-2021 IPR019096 YopX protein +MGYG000000001_01110 bf5ea468dbc70741f422d1dfcd5e4858 125 SUPERFAMILY SSF159006 2 124 2.22E-25 T 16-09-2021 +MGYG000000001_01110 bf5ea468dbc70741f422d1dfcd5e4858 125 Gene3D G3DSA:2.30.30.290 47 125 6.3E-17 T 16-09-2021 IPR023385 YopX-like, C-terminal +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 SUPERFAMILY SSF109604 8 192 5.65E-76 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 CDD cd04876 ACT_RelA-SpoT 664 734 4.53858E-17 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 SUPERFAMILY SSF81271 378 450 3.6E-23 T 16-09-2021 IPR012676 TGS-like KEGG: 00970+6.1.1.3 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 SMART SM00471 43 155 9.2E-12 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Pfam PF02824 TGS domain 391 450 3.7E-21 T 16-09-2021 IPR004095 TGS KEGG: 00970+6.1.1.3 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Pfam PF13291 ACT domain 658 734 8.5E-19 T 16-09-2021 IPR002912 ACT domain +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 PANTHER PTHR21262 5 735 6.3E-240 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 PANTHER PTHR21262:SF30 5 735 6.3E-240 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Coils Coil 548 568 - T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Pfam PF04607 Region found in RelA / SpoT proteins 237 347 1.9E-41 T 16-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Gene3D G3DSA:3.10.20.30 384 456 8.0E-33 T 16-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 SMART SM00954 237 347 1.5E-72 T 16-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 CDD cd00077 HDc 45 168 4.62148E-9 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 TIGRFAM TIGR00691 spoT_relA: RelA/SpoT family protein 28 733 1.1E-257 T 16-09-2021 IPR004811 RelA/SpoT family GO:0015969 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Gene3D G3DSA:3.30.70.260 658 737 4.0E-17 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Pfam PF13328 HD domain 28 177 1.9E-48 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 SUPERFAMILY SSF55021 663 736 1.48E-9 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 CDD cd01668 TGS_RSH 392 450 2.31437E-35 T 16-09-2021 IPR033655 RelA, TGS domain +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 ProSiteProfiles PS51831 HD domain profile. 47 146 20.639 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 ProSiteProfiles PS51671 ACT domain profile. 663 737 12.192 T 16-09-2021 IPR002912 ACT domain +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Gene3D G3DSA:3.30.460.10 195 327 1.9E-54 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 SUPERFAMILY SSF81301 194 368 2.94E-68 T 16-09-2021 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 CDD cd05399 NT_Rel-Spo_like 212 335 1.25393E-42 T 16-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_00353 64b4ea2f3dde79560f960af927c41699 737 Gene3D G3DSA:1.10.3210.10 2 193 3.1E-85 T 16-09-2021 +MGYG000000001_00084 37b9aa25da27dff56eaddda53fba0c4e 68 Pfam PF00269 Small, acid-soluble spore proteins, alpha/beta type 6 65 6.1E-27 T 16-09-2021 IPR001448 Small acid-soluble spore protein, alpha/beta-type GO:0003690|GO:0006265 +MGYG000000001_00084 37b9aa25da27dff56eaddda53fba0c4e 68 Gene3D G3DSA:1.10.8.910 6 68 3.4E-28 T 16-09-2021 IPR038300 SASP, alpha/beta-type superfamily +MGYG000000001_00084 37b9aa25da27dff56eaddda53fba0c4e 68 ProSitePatterns PS00304 Small, acid-soluble spore proteins, alpha/beta type, signature 1. 21 30 - T 16-09-2021 IPR018126 Small acid-soluble spore protein, alpha/beta-type, conserved site GO:0003690|GO:0006265 +MGYG000000001_00084 37b9aa25da27dff56eaddda53fba0c4e 68 ProSitePatterns PS00684 Small, acid-soluble spore proteins, alpha/beta type, signature 2. 44 58 - T 16-09-2021 IPR018126 Small acid-soluble spore protein, alpha/beta-type, conserved site GO:0003690|GO:0006265 +MGYG000000001_00084 37b9aa25da27dff56eaddda53fba0c4e 68 PANTHER PTHR36107 2 67 1.4E-26 T 16-09-2021 +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 Gene3D G3DSA:3.30.420.10 58 199 3.0E-37 T 16-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 SUPERFAMILY SSF53098 62 198 1.52E-23 T 16-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 Gene3D G3DSA:3.40.970.10 2 54 2.8E-22 T 16-09-2021 IPR037056 Ribonuclease H1, N-terminal domain superfamily +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 SUPERFAMILY SSF55658 4 49 5.07E-15 T 16-09-2021 IPR009027 Ribosomal protein L9/RNase H1, N-terminal +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 CDD cd09277 RNase_HI_bacteria_like 64 197 6.37219E-68 T 16-09-2021 +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 ProSiteProfiles PS50879 RNase H domain profile. 60 198 16.007 T 16-09-2021 IPR002156 Ribonuclease H domain GO:0003676|GO:0004523 +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 Pfam PF01693 Caulimovirus viroplasmin 5 48 3.0E-21 T 16-09-2021 IPR011320 Ribonuclease H1, N-terminal +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 Pfam PF00075 RNase H 62 197 3.5E-11 T 16-09-2021 IPR002156 Ribonuclease H domain GO:0003676|GO:0004523 +MGYG000000001_02613 5800d72127ff7348bb1f03c7f6cbad3a 199 PANTHER PTHR10642 1 193 4.6E-18 T 16-09-2021 +MGYG000000001_01462 7c75c51116f250bf168916378e02b497 95 Gene3D G3DSA:3.30.70.1120 1 95 6.0E-23 T 16-09-2021 IPR036746 TT1725-like superfamily +MGYG000000001_01462 7c75c51116f250bf168916378e02b497 95 Pfam PF04456 Protein of unknown function (DUF503) 3 89 3.8E-31 T 16-09-2021 IPR007546 Protein of unknown function DUF503 +MGYG000000001_01462 7c75c51116f250bf168916378e02b497 95 PANTHER PTHR36441 1 92 4.8E-27 T 16-09-2021 IPR007546 Protein of unknown function DUF503 +MGYG000000001_01462 7c75c51116f250bf168916378e02b497 95 SUPERFAMILY SSF103007 1 93 3.66E-29 T 16-09-2021 IPR036746 TT1725-like superfamily +MGYG000000001_00250 adabfd39220d9e73392ba3aa522c37bb 422 TIGRFAM TIGR00360 ComEC_N-term: ComEC/Rec2-related protein 170 333 2.6E-24 T 16-09-2021 IPR004477 ComEC/Rec2-related protein +MGYG000000001_00250 adabfd39220d9e73392ba3aa522c37bb 422 PANTHER PTHR30619 11 413 3.4E-44 T 16-09-2021 +MGYG000000001_00250 adabfd39220d9e73392ba3aa522c37bb 422 Pfam PF03772 Competence protein 149 404 4.6E-50 T 16-09-2021 IPR004477 ComEC/Rec2-related protein +MGYG000000001_01146 40a3845fb98aff3f6fb5efa64bf1c85d 339 Coils Coil 326 339 - T 16-09-2021 +MGYG000000001_01146 40a3845fb98aff3f6fb5efa64bf1c85d 339 PANTHER PTHR11012 25 281 8.4E-13 T 16-09-2021 +MGYG000000001_01146 40a3845fb98aff3f6fb5efa64bf1c85d 339 Pfam PF01636 Phosphotransferase enzyme family 211 260 3.3E-7 T 16-09-2021 IPR002575 Aminoglycoside phosphotransferase +MGYG000000001_01146 40a3845fb98aff3f6fb5efa64bf1c85d 339 Gene3D G3DSA:3.90.1200.10 122 330 8.0E-6 T 16-09-2021 +MGYG000000001_01146 40a3845fb98aff3f6fb5efa64bf1c85d 339 SUPERFAMILY SSF56112 95 285 3.64E-15 T 16-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 PIRSF PIRSF006603 1 451 3.6E-91 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 Pfam PF01554 MatE 256 405 2.0E-20 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 Pfam PF01554 MatE 22 185 1.2E-28 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 PANTHER PTHR43823:SF1 2 445 9.4E-129 T 16-09-2021 +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 CDD cd13143 MATE_MepA_like 12 437 7.33277E-127 T 16-09-2021 +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 PANTHER PTHR43823 2 445 9.4E-129 T 16-09-2021 +MGYG000000001_02952 b0a80f24411bfc35c2e6b3ec19fd651f 451 TIGRFAM TIGR00797 matE: MATE efflux family protein 22 419 5.2E-58 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 Pfam PF00005 ABC transporter 42 185 4.5E-33 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 SMART SM00382 51 234 9.6E-13 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 PANTHER PTHR42711 25 262 1.3E-85 T 16-09-2021 +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 Gene3D G3DSA:3.40.50.300 11 266 6.8E-67 T 16-09-2021 +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 257 22.202 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 SUPERFAMILY SSF52540 31 251 2.07E-60 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02080 eaa73546988bffcd438b10818a1030ba 270 PANTHER PTHR42711:SF2 25 262 1.3E-85 T 16-09-2021 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Pfam PF08245 Mur ligase middle domain 111 313 8.3E-42 T 16-09-2021 IPR013221 Mur ligase, central GO:0005524|GO:0009058 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Pfam PF02875 Mur ligase family, glutamate ligase domain 333 417 1.5E-12 T 16-09-2021 IPR004101 Mur ligase, C-terminal GO:0005524|GO:0009058|GO:0016874 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Gene3D G3DSA:3.40.1190.10 102 337 6.7E-69 T 16-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 PANTHER PTHR23135 5 491 1.4E-123 T 16-09-2021 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Pfam PF01225 Mur ligase family, catalytic domain 26 73 3.9E-7 T 16-09-2021 IPR000713 Mur ligase, N-terminal catalytic domain GO:0005524|GO:0009058 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Hamap MF_00208 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [murE]. 1 486 28.124 T 16-09-2021 IPR005761 UDP-N-acetylmuramoylalanyl-D-glutamate-2,6-diaminopimelate ligase GO:0005524|GO:0005737|GO:0008360|GO:0016881|GO:0051301 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 SUPERFAMILY SSF53244 333 488 1.81E-38 T 16-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Gene3D G3DSA:3.90.190.20 345 493 5.4E-49 T 16-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 TIGRFAM TIGR01085 murE: UDP-N-acetylmuramyl-tripeptide synthetase 23 485 3.3E-125 T 16-09-2021 IPR005761 UDP-N-acetylmuramoylalanyl-D-glutamate-2,6-diaminopimelate ligase GO:0005524|GO:0005737|GO:0008360|GO:0016881|GO:0051301 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 SUPERFAMILY SSF53623 102 329 8.59E-56 T 16-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 Gene3D G3DSA:3.40.1390.10 1 101 2.0E-20 T 16-09-2021 +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 SUPERFAMILY SSF63418 20 102 1.44E-17 T 16-09-2021 IPR035911 MurE/MurF, N-terminal +MGYG000000001_01178 8ba57659b89cb862aa3397334fbbfcf4 496 PANTHER PTHR23135:SF4 5 491 1.4E-123 T 16-09-2021 +MGYG000000001_01203 541e7c61a9972e7ef54f4ee70dd6ed4c 383 Pfam PF01098 Cell cycle protein 29 381 1.0E-110 T 16-09-2021 IPR001182 Probable peptidoglycan glycosyltransferase FtsW/RodA GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01203 541e7c61a9972e7ef54f4ee70dd6ed4c 383 PANTHER PTHR30474:SF2 21 381 7.2E-120 T 16-09-2021 +MGYG000000001_01203 541e7c61a9972e7ef54f4ee70dd6ed4c 383 TIGRFAM TIGR02614 ftsW: cell division protein FtsW 27 379 3.3E-121 T 16-09-2021 IPR013437 Probable peptidoglycan glycosyltransferase FtsW GO:0009252|GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01203 541e7c61a9972e7ef54f4ee70dd6ed4c 383 TIGRFAM TIGR02615 spoVE: stage V sporulation protein E 28 378 5.6E-137 T 16-09-2021 IPR013438 Sporulation stage V, protein E +MGYG000000001_01203 541e7c61a9972e7ef54f4ee70dd6ed4c 383 PANTHER PTHR30474 21 381 7.2E-120 T 16-09-2021 IPR001182 Probable peptidoglycan glycosyltransferase FtsW/RodA GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00647 e9429bd146e522e7a278391c51a2fbef 137 Pfam PF06935 Protein of unknown function (DUF1284) 19 130 1.6E-17 T 16-09-2021 IPR009702 Protein of unknown function DUF1284 +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 CDD cd06261 TM_PBP2 8 205 8.02001E-24 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 Gene3D G3DSA:1.10.3720.10 2 221 9.7E-60 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 PANTHER PTHR30183:SF3 5 220 7.4E-73 T 16-09-2021 +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 SUPERFAMILY SSF161098 4 214 1.05E-51 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 PANTHER PTHR30183 5 220 7.4E-73 T 16-09-2021 +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 TIGRFAM TIGR02141 modB_ABC: molybdate ABC transporter, permease protein 9 216 1.8E-77 T 16-09-2021 IPR011867 Molybdate ABC transporter, permease protein GO:0015098|GO:0015689|GO:0016021 +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 8 211 30.702 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03178 dfea705a009669965b486e25f30566b6 230 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 26 209 2.8E-25 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01888 c42ed6cb6c65f884c047ef1985de00c8 457 Pfam PF02687 FtsX-like permease family 357 445 1.8E-7 T 16-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01888 c42ed6cb6c65f884c047ef1985de00c8 457 PANTHER PTHR30287 211 436 1.6E-29 T 16-09-2021 IPR038766 Membrane component of ABC transporter, predicted +MGYG000000001_01888 c42ed6cb6c65f884c047ef1985de00c8 457 PANTHER PTHR30287 2 163 1.6E-29 T 16-09-2021 IPR038766 Membrane component of ABC transporter, predicted +MGYG000000001_00429 1a2be270f1a0c914af6a8d770a837196 304 Gene3D G3DSA:3.30.420.10 19 188 2.1E-11 T 16-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00429 1a2be270f1a0c914af6a8d770a837196 304 SUPERFAMILY SSF53098 14 189 3.63E-28 T 16-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00429 1a2be270f1a0c914af6a8d770a837196 304 Pfam PF13482 RNase_H superfamily 20 185 1.2E-35 T 16-09-2021 IPR038720 YprB, ribonuclease H-like domain +MGYG000000001_00429 1a2be270f1a0c914af6a8d770a837196 304 PANTHER PTHR38462 12 185 9.0E-27 T 16-09-2021 +MGYG000000001_01824 b1fd50d3643ca3fb1aca9608bd27d896 121 CDD cd00085 HNHc 50 102 0.00104944 T 16-09-2021 IPR003615 HNH nuclease +MGYG000000001_01824 b1fd50d3643ca3fb1aca9608bd27d896 121 SMART SM00507 46 102 1.3E-5 T 16-09-2021 IPR003615 HNH nuclease +MGYG000000001_01824 b1fd50d3643ca3fb1aca9608bd27d896 121 Pfam PF01844 HNH endonuclease 59 101 4.9E-8 T 16-09-2021 IPR002711 HNH endonuclease GO:0003676|GO:0004519 +MGYG000000001_01824 b1fd50d3643ca3fb1aca9608bd27d896 121 PANTHER PTHR41286 27 112 1.6E-13 T 16-09-2021 +MGYG000000001_01117 f4516ff84db63cedefd862a75429ea75 44 Coils Coil 32 44 - T 16-09-2021 +MGYG000000001_01013 2ef7d730702bf557ba683a62c041c023 61 SUPERFAMILY SSF54001 6 60 7.37E-17 T 16-09-2021 IPR038765 Papain-like cysteine peptidase superfamily +MGYG000000001_01013 2ef7d730702bf557ba683a62c041c023 61 PANTHER PTHR10363 1 60 3.2E-18 T 16-09-2021 IPR004134 Peptidase C1B, bleomycin hydrolase GO:0004197|GO:0006508 Reactome: R-HSA-983168 +MGYG000000001_01013 2ef7d730702bf557ba683a62c041c023 61 Gene3D G3DSA:3.90.70.10 1 61 1.2E-20 T 16-09-2021 +MGYG000000001_01013 2ef7d730702bf557ba683a62c041c023 61 Pfam PF03051 Peptidase C1-like family 1 61 2.4E-20 T 16-09-2021 IPR004134 Peptidase C1B, bleomycin hydrolase GO:0004197|GO:0006508 Reactome: R-HSA-983168 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 SUPERFAMILY SSF69360 177 341 1.57E-61 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 SUPERFAMILY SSF69360 334 498 9.32E-55 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.10.270.10 216 268 1.0E-19 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.10.270.10 319 377 1.1E-22 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.10.270.10 378 438 9.9E-23 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 318 337 10.944 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 378 397 11.201 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 177 196 7.784 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 438 457 8.272 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.40.440.10 25 157 1.4E-37 T 16-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 278 297 10.779 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 398 417 11.134 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.10.270.10 166 215 6.2E-12 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.10.270.10 439 497 1.8E-12 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 CDD cd16913 YkuD_like 33 155 1.63805E-37 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661:SF2 305 410 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661:SF2 266 321 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661:SF2 390 475 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661:SF2 168 261 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 MobiDBLite mobidb-lite consensus disorder prediction 504 548 - T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 238 257 11.159 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 338 357 10.638 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 258 277 10.555 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 458 477 7.552 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 218 237 10.34 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF03734 L,D-transpeptidase catalytic domain 33 155 1.5E-21 T 16-09-2021 IPR005490 L,D-transpeptidase catalytic domain GO:0016740 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 418 437 8.884 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 198 217 11.134 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 298 317 10.812 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661 305 410 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661 266 321 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661 390 475 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 PANTHER PTHR45661 168 261 6.5E-54 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 MobiDBLite mobidb-lite consensus disorder prediction 506 548 - T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Gene3D G3DSA:2.10.270.10 269 318 6.7E-19 T 16-09-2021 +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 358 377 10.779 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 SUPERFAMILY SSF141523 31 155 1.01E-31 T 16-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 259 277 1.4E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 199 217 6.6E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 219 237 3.7E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 440 456 0.0091 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 279 297 4.1E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 239 257 4.8E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 379 397 4.8E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 399 417 4.4E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 179 193 0.013 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 419 437 0.0013 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 340 357 1.8E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 299 317 1.1E-5 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 359 377 4.1E-6 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02534 c29d2fb73bf2653cc48f63134bd4b2c3 548 Pfam PF01473 Putative cell wall binding repeat 319 337 5.6E-7 T 16-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 CDD cd00082 HisKA 400 468 1.09952E-11 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 SUPERFAMILY SSF55874 462 629 9.95E-41 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 ProSiteProfiles PS50109 Histidine kinase domain profile. 409 631 42.104 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 PRINTS PR00344 Bacterial sensor protein C-terminal signature 591 609 8.5E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 PRINTS PR00344 Bacterial sensor protein C-terminal signature 574 584 8.5E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 PRINTS PR00344 Bacterial sensor protein C-terminal signature 615 628 8.5E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 PRINTS PR00344 Bacterial sensor protein C-terminal signature 556 570 8.5E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 527 628 2.26499E-30 T 16-09-2021 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 SMART SM00388 402 473 5.4E-13 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 SUPERFAMILY SSF47384 389 473 1.39E-13 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 Gene3D G3DSA:1.10.287.130 385 475 2.3E-17 T 16-09-2021 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 520 629 2.5E-23 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 Gene3D G3DSA:3.30.565.10 486 637 4.2E-41 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 Pfam PF00512 His Kinase A (phospho-acceptor) domain 403 473 1.7E-11 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 PANTHER PTHR43547 389 628 1.1E-60 T 16-09-2021 +MGYG000000001_01952 222f7b3eb0ab64752a9bbf96dac020d6 659 SMART SM00387 519 631 4.2E-30 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 CDD cd01544 PBP1_GalR 58 328 3.41881E-119 T 16-09-2021 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 PANTHER PTHR30146 1 329 7.8E-108 T 16-09-2021 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 Pfam PF00356 Bacterial regulatory proteins, lacI family 3 48 4.4E-12 T 16-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 Pfam PF13377 Periplasmic binding protein-like domain 161 328 1.2E-38 T 16-09-2021 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 ProSiteProfiles PS50932 LacI-type HTH domain profile. 2 58 16.708 T 16-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 Gene3D G3DSA:3.40.50.2300 74 321 8.2E-41 T 16-09-2021 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 SUPERFAMILY SSF53822 70 328 3.43E-38 T 16-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 SMART SM00354 1 61 2.1E-7 T 16-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 SUPERFAMILY SSF47413 2 51 5.63E-10 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 CDD cd01392 HTH_LacI 5 47 4.0485E-12 T 16-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 Gene3D G3DSA:1.10.260.40 1 47 1.3E-13 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 Gene3D G3DSA:3.40.50.2300 153 323 8.2E-41 T 16-09-2021 +MGYG000000001_00815 aef6a7ad0052b2aaf847d6c89b26546f 331 PANTHER PTHR30146:SF116 1 329 7.8E-108 T 16-09-2021 +MGYG000000001_00622 cd04c35e8257171156f75a22149fe7d0 576 PIRSF PIRSF014677 445 565 140.0 T 16-09-2021 IPR011202 Uncharacterised conserved protein UCP014677 +MGYG000000001_00622 cd04c35e8257171156f75a22149fe7d0 576 PIRSF PIRSF014677 6 496 1.0E-49 T 16-09-2021 IPR011202 Uncharacterised conserved protein UCP014677 +MGYG000000001_00622 cd04c35e8257171156f75a22149fe7d0 576 Pfam PF13289 SIR2-like domain 133 262 1.3E-26 T 16-09-2021 IPR039444 SIR2-like domain +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 CDD cd06530 S26_SPase_I 49 128 1.55431E-17 T 16-09-2021 +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 PANTHER PTHR10806 26 158 9.7E-22 T 16-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 SUPERFAMILY SSF51306 46 138 7.67E-11 T 16-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 Pfam PF00717 Peptidase S24-like 50 112 2.8E-10 T 16-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 PRINTS PR00728 Eukaryotic signal peptidase (S26B) family signature 104 115 2.9E-9 T 16-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 PRINTS PR00728 Eukaryotic signal peptidase (S26B) family signature 51 66 2.9E-9 T 16-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 PANTHER PTHR10806:SF6 26 158 9.7E-22 T 16-09-2021 +MGYG000000001_01984 584e8534d5a5b2934e410836e3fb6b5c 165 TIGRFAM TIGR02228 sigpep_I_arch: signal peptidase I 16 162 1.9E-33 T 16-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_01502 c19e9e6818be625109469eaaaf7ba569 128 Coils Coil 35 55 - T 16-09-2021 +MGYG000000001_01502 c19e9e6818be625109469eaaaf7ba569 128 Pfam PF07761 Protein of unknown function (DUF1617) 31 127 7.2E-10 T 16-09-2021 IPR011675 Protein of unknown function DUF1617 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 268 368 6.20691E-36 T 16-09-2021 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 Coils Coil 108 142 - T 16-09-2021 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 SUPERFAMILY SSF47384 132 214 3.34E-15 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 SMART SM00388 141 214 9.7E-12 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 Gene3D G3DSA:3.30.565.10 218 376 3.2E-44 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 PANTHER PTHR43547 126 368 1.4E-68 T 16-09-2021 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 Gene3D G3DSA:3.30.450.20 1 110 5.7E-7 T 16-09-2021 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 SMART SM00387 260 372 8.0E-34 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 Pfam PF00512 His Kinase A (phospho-acceptor) domain 141 214 9.4E-13 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 ProSiteProfiles PS50109 Histidine kinase domain profile. 148 372 48.73 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 Gene3D G3DSA:1.10.287.130 122 216 2.4E-20 T 16-09-2021 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 CDD cd00082 HisKA 139 210 8.89775E-12 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 261 368 8.9E-27 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 PRINTS PR00344 Bacterial sensor protein C-terminal signature 297 311 1.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 PRINTS PR00344 Bacterial sensor protein C-terminal signature 332 350 1.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 PRINTS PR00344 Bacterial sensor protein C-terminal signature 356 369 1.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 PRINTS PR00344 Bacterial sensor protein C-terminal signature 315 325 1.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02728 762e1db6830cc873537b731d754323e7 403 SUPERFAMILY SSF55874 203 368 1.27E-44 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 PANTHER PTHR45528 28 448 2.5E-51 T 16-09-2021 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 Pfam PF00512 His Kinase A (phospho-acceptor) domain 237 293 3.1E-10 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 Gene3D G3DSA:3.30.565.10 301 453 1.7E-22 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 SMART SM00388 232 297 3.5E-10 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 CDD cd00082 HisKA 240 293 8.50499E-10 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 344 448 8.1E-13 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 CDD cd16975 HATPase_SpaK_NisK-like 343 450 1.95413E-27 T 16-09-2021 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 Gene3D G3DSA:1.10.287.130 172 293 2.2E-12 T 16-09-2021 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 SUPERFAMILY SSF47384 219 294 6.08E-11 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 SUPERFAMILY SSF55874 302 448 2.62E-22 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 PRINTS PR01780 Lantibiotic regulatory protein signature 72 87 5.3E-12 T 16-09-2021 IPR008358 Signal transduction histidine kinase/phosphatase, lantibiotic regulatory protein MprB GO:0000155|GO:0000160|GO:0004673|GO:0016020 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 PRINTS PR01780 Lantibiotic regulatory protein signature 241 257 5.3E-12 T 16-09-2021 IPR008358 Signal transduction histidine kinase/phosphatase, lantibiotic regulatory protein MprB GO:0000155|GO:0000160|GO:0004673|GO:0016020 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 PRINTS PR01780 Lantibiotic regulatory protein signature 338 353 5.3E-12 T 16-09-2021 IPR008358 Signal transduction histidine kinase/phosphatase, lantibiotic regulatory protein MprB GO:0000155|GO:0000160|GO:0004673|GO:0016020 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 PRINTS PR01780 Lantibiotic regulatory protein signature 403 418 5.3E-12 T 16-09-2021 IPR008358 Signal transduction histidine kinase/phosphatase, lantibiotic regulatory protein MprB GO:0000155|GO:0000160|GO:0004673|GO:0016020 +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 SMART SM00387 342 454 1.2E-14 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02692 8d4f0866166385af5db4e5d96752542a 454 ProSiteProfiles PS50109 Histidine kinase domain profile. 239 454 31.959 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 SMART SM00382 57 190 1.5E-11 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Pfam PF05491 RuvB C-terminal winged helix domain 262 332 1.0E-24 T 16-09-2021 IPR008823 RuvB C-terminal winged helix domain GO:0003677|GO:0006281|GO:0006310|GO:0009378 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Gene3D G3DSA:1.10.8.60 188 262 2.3E-31 T 16-09-2021 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Gene3D G3DSA:1.10.10.10 263 338 9.7E-32 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Gene3D G3DSA:3.40.50.300 26 187 8.8E-45 T 16-09-2021 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 CDD cd00009 AAA 36 186 1.06568E-16 T 16-09-2021 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 PANTHER PTHR42848:SF1 6 336 1.6E-160 T 16-09-2021 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Pfam PF05496 Holliday junction DNA helicase RuvB P-loop domain 26 184 4.6E-85 T 16-09-2021 IPR008824 RuvB-like P-loop domain GO:0006281|GO:0006310|GO:0009378 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 SUPERFAMILY SSF52540 26 256 1.07E-56 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Hamap MF_00016 Holliday junction ATP-dependent DNA helicase RuvB [ruvB]. 1 338 174.519 T 16-09-2021 IPR004605 DNA helicase, Holliday junction RuvB-type GO:0003677|GO:0005524|GO:0006281|GO:0006310|GO:0009378 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 PANTHER PTHR42848 6 336 1.6E-160 T 16-09-2021 IPR004605 DNA helicase, Holliday junction RuvB-type GO:0003677|GO:0005524|GO:0006281|GO:0006310|GO:0009378 +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 SUPERFAMILY SSF46785 262 336 1.36E-23 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 Pfam PF17864 RuvB AAA lid domain 187 260 2.7E-32 T 16-09-2021 IPR041445 RuvB, AAA lid domain +MGYG000000001_00365 004675822fcd901e4a524e13ecdca240 338 TIGRFAM TIGR00635 ruvB: Holliday junction DNA helicase RuvB 29 333 8.4E-148 T 16-09-2021 IPR004605 DNA helicase, Holliday junction RuvB-type GO:0003677|GO:0005524|GO:0006281|GO:0006310|GO:0009378 +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 Pfam PF00483 Nucleotidyl transferase 7 267 5.5E-32 T 16-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 TIGRFAM TIGR01099 galU: UTP--glucose-1-phosphate uridylyltransferase 5 265 2.0E-125 T 16-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 PANTHER PTHR43197:SF1 3 287 1.2E-134 T 16-09-2021 +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 CDD cd02541 UGPase_prokaryotic 6 272 8.44437E-175 T 16-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 SUPERFAMILY SSF53448 3 269 3.76E-70 T 16-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 PANTHER PTHR43197 3 287 1.2E-134 T 16-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02246 1aefb5f85c2fed25d88aa21fb0e00c3b 311 Gene3D G3DSA:3.90.550.10 1 293 6.6E-97 T 16-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Pfam PF07882 L-fucose isomerase, second N-terminal domain 181 359 2.4E-93 T 16-09-2021 IPR012889 L-fucose isomerase, N-terminal-2 GO:0005737|GO:0006004|GO:0008736 KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Gene3D G3DSA:3.40.275.10 182 345 3.7E-78 T 16-09-2021 IPR038392 L-fucose isomerase, domain 2 superfamily KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 CDD cd03556 L-fucose_isomerase 11 597 0.0 T 16-09-2021 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Gene3D G3DSA:3.20.14.10 346 597 1.4E-126 T 16-09-2021 IPR038393 L-fucose isomerase, domain 3 superfamily KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 PANTHER PTHR37840 10 597 1.1E-266 T 16-09-2021 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 TIGRFAM TIGR01089 fucI: L-fucose isomerase 9 597 3.5E-301 T 16-09-2021 IPR005763 L-fucose isomerase GO:0005737|GO:0008736|GO:0019317|GO:0030145 KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Pfam PF02952 L-fucose isomerase, C-terminal domain 397 561 1.2E-46 T 16-09-2021 IPR015888 L-fucose isomerase, C-terminal GO:0005737|GO:0006004|GO:0008736 KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Gene3D G3DSA:3.40.50.1070 1 181 3.9E-89 T 16-09-2021 IPR038391 L-fucose isomerase, domain 1 superfamily KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 SUPERFAMILY SSF50443 361 597 3.66E-121 T 16-09-2021 IPR004216 L-fucose/L-arabinose isomerase, C-terminal +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Hamap MF_01254 L-fucose isomerase [fucI]. 7 597 63.345 T 16-09-2021 IPR005763 L-fucose isomerase GO:0005737|GO:0008736|GO:0019317|GO:0030145 KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 Pfam PF07881 L-fucose isomerase, first N-terminal domain 10 180 6.0E-79 T 16-09-2021 IPR012888 L-fucose isomerase, N-terminal-1 GO:0005737|GO:0006004|GO:0008736 KEGG: 00051+5.3.1.25 +MGYG000000001_00338 cbe95fbb6503defcbad98bae8fbc4a6c 597 SUPERFAMILY SSF53743 9 360 8.63E-138 T 16-09-2021 IPR009015 L-fucose isomerase, N-terminal/central domain superfamily GO:0005737|GO:0005996|GO:0016861 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 Gene3D G3DSA:2.40.50.140 1 65 2.9E-31 T 16-09-2021 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 Gene3D G3DSA:2.40.50.140 1 65 2.9E-31 T 16-09-2021 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 CDD cd04458 CSP_CDS 2 65 1.82401E-29 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 CDD cd04458 CSP_CDS 2 65 1.82401E-29 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 Pfam PF00313 'Cold-shock' DNA-binding domain 2 64 3.7E-31 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 Pfam PF00313 'Cold-shock' DNA-binding domain 2 64 3.7E-31 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 ProSitePatterns PS00352 Cold-shock (CSD) domain signature. 15 33 - T 16-09-2021 IPR019844 Cold-shock (CSD) domain +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 ProSitePatterns PS00352 Cold-shock (CSD) domain signature. 15 33 - T 16-09-2021 IPR019844 Cold-shock (CSD) domain +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 PRINTS PR00050 Cold shock protein signature 24 33 3.7E-19 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 PRINTS PR00050 Cold shock protein signature 24 33 3.7E-19 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 PRINTS PR00050 Cold shock protein signature 39 57 3.7E-19 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 PRINTS PR00050 Cold shock protein signature 39 57 3.7E-19 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 PRINTS PR00050 Cold shock protein signature 4 19 3.7E-19 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 PRINTS PR00050 Cold shock protein signature 4 19 3.7E-19 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 PANTHER PTHR11544:SF104 1 63 2.1E-37 T 16-09-2021 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 PANTHER PTHR11544:SF104 1 63 2.1E-37 T 16-09-2021 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 SMART SM00357 3 66 3.1E-29 T 16-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 SMART SM00357 3 66 3.1E-29 T 16-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 PIRSF PIRSF002599 1 67 1.1E-24 T 16-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 PIRSF PIRSF002599 1 67 1.1E-24 T 16-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 PANTHER PTHR11544 1 63 2.1E-37 T 16-09-2021 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 PANTHER PTHR11544 1 63 2.1E-37 T 16-09-2021 +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 SUPERFAMILY SSF50249 1 65 9.93E-26 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 SUPERFAMILY SSF50249 1 65 9.93E-26 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_03088 07ebce0c46419cb15a9b13760d6dc410 67 ProSiteProfiles PS51857 Cold-shock (CSD) domain profile. 1 65 37.021 T 16-09-2021 +MGYG000000001_00184 07ebce0c46419cb15a9b13760d6dc410 67 ProSiteProfiles PS51857 Cold-shock (CSD) domain profile. 1 65 37.021 T 16-09-2021 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 Pfam PF00881 Nitroreductase family 85 239 1.1E-23 T 16-09-2021 IPR029479 Nitroreductase Reactome: R-HSA-209968 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 Pfam PF00881 Nitroreductase family 85 239 1.1E-23 T 16-09-2021 IPR029479 Nitroreductase Reactome: R-HSA-209968 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 43 54 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 43 54 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 34 63 9.357 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 34 63 9.357 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 SUPERFAMILY SSF54862 5 76 5.0E-15 T 16-09-2021 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 SUPERFAMILY SSF54862 5 76 5.0E-15 T 16-09-2021 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 PANTHER PTHR23026:SF120 7 248 9.3E-25 T 16-09-2021 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 PANTHER PTHR23026:SF120 7 248 9.3E-25 T 16-09-2021 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 5 33 7.206 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 5 33 7.206 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 PANTHER PTHR23026 7 248 9.3E-25 T 16-09-2021 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 PANTHER PTHR23026 7 248 9.3E-25 T 16-09-2021 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 SUPERFAMILY SSF55469 81 256 3.66E-30 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 SUPERFAMILY SSF55469 81 256 3.66E-30 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 Gene3D G3DSA:3.30.70.20 4 64 9.8E-11 T 16-09-2021 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 Gene3D G3DSA:3.30.70.20 4 64 9.8E-11 T 16-09-2021 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 Gene3D G3DSA:3.40.109.10 73 256 8.3E-35 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 Gene3D G3DSA:3.40.109.10 73 256 8.3E-35 T 16-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_00153 6d220e1095bbf80339647da14f9578f2 258 Pfam PF13237 4Fe-4S dicluster domain 7 54 7.3E-6 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00154 6d220e1095bbf80339647da14f9578f2 258 Pfam PF13237 4Fe-4S dicluster domain 7 54 7.3E-6 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00681 729eb6b0969835f28201a9188223dc79 92 SUPERFAMILY SSF160537 1 85 3.14E-33 T 16-09-2021 IPR036751 Stage V sporulation protein G superfamily GO:0030435 +MGYG000000001_00681 729eb6b0969835f28201a9188223dc79 92 Pfam PF04026 SpoVG 1 82 2.4E-35 T 16-09-2021 IPR007170 Stage V sporulation protein G GO:0030435 +MGYG000000001_00681 729eb6b0969835f28201a9188223dc79 92 PANTHER PTHR38429 1 86 1.9E-34 T 16-09-2021 IPR007170 Stage V sporulation protein G GO:0030435 +MGYG000000001_00681 729eb6b0969835f28201a9188223dc79 92 Hamap MF_00819 Putative septation protein SpoVG [spoVG]. 1 92 25.813 T 16-09-2021 IPR007170 Stage V sporulation protein G GO:0030435 +MGYG000000001_00681 729eb6b0969835f28201a9188223dc79 92 Gene3D G3DSA:3.30.1120.40 1 92 1.1E-35 T 16-09-2021 IPR036751 Stage V sporulation protein G superfamily GO:0030435 +MGYG000000001_01277 40d330ac07c7a2aa10a46e2bc68a2d95 373 Pfam PF12555 Thiamine pyrophosphokinase C terminal 320 371 9.3E-13 T 16-09-2021 IPR022215 Thiamine pyrophosphokinase C-terminal +MGYG000000001_01277 40d330ac07c7a2aa10a46e2bc68a2d95 373 Gene3D G3DSA:3.40.50.10240 160 252 2.9E-12 T 16-09-2021 IPR036759 Thiamin pyrophosphokinase, catalytic domain superfamily GO:0004788|GO:0005524|GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_01277 40d330ac07c7a2aa10a46e2bc68a2d95 373 SUPERFAMILY SSF63999 139 322 3.01E-31 T 16-09-2021 IPR036759 Thiamin pyrophosphokinase, catalytic domain superfamily GO:0004788|GO:0005524|GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_01868 f225424bede440afd07fdfd0d061b39e 113 PANTHER PTHR38468 4 110 1.4E-25 T 16-09-2021 IPR012427 Protein of unknown function DUF1622 +MGYG000000001_01868 f225424bede440afd07fdfd0d061b39e 113 Pfam PF07784 Protein of unknown function (DUF1622) 25 106 8.0E-23 T 16-09-2021 IPR012427 Protein of unknown function DUF1622 +MGYG000000001_00242 2caf2fdc9e9b813aeaedd49ecd5770a3 119 Gene3D G3DSA:1.20.1740.10 3 119 1.0E-11 T 16-09-2021 +MGYG000000001_00242 2caf2fdc9e9b813aeaedd49ecd5770a3 119 Pfam PF13520 Amino acid permease 6 119 1.9E-10 T 16-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 TIGRFAM TIGR01029 rpsG_bact: ribosomal protein uS7 3 155 6.8E-69 T 16-09-2021 IPR005717 Ribosomal protein S7, bacterial/organellar-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 Pfam PF00177 Ribosomal protein S7p/S5e 1 149 8.2E-67 T 16-09-2021 IPR023798 Ribosomal protein S7 domain +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 PANTHER PTHR11205 4 155 3.5E-52 T 16-09-2021 IPR000235 Ribosomal protein S5/S7 GO:0006412 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 Hamap MF_00480_B 30S ribosomal protein S7 [rpsG]. 1 156 35.188 T 16-09-2021 IPR005717 Ribosomal protein S7, bacterial/organellar-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 ProSitePatterns PS00052 Ribosomal protein S7 signature. 20 46 - T 16-09-2021 IPR020606 Ribosomal protein S7, conserved site GO:0003723|GO:0003735|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 PIRSF PIRSF002122 3 156 3.3E-57 T 16-09-2021 IPR000235 Ribosomal protein S5/S7 GO:0006412 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 CDD cd14869 uS7_Bacteria 12 149 8.50367E-89 T 16-09-2021 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 PANTHER PTHR11205:SF19 4 155 3.5E-52 T 16-09-2021 +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 SUPERFAMILY SSF47973 3 152 3.01E-61 T 16-09-2021 IPR036823 Ribosomal protein S7 domain superfamily +MGYG000000001_02462 0d60079f63aeb1d33ea7dac467141f66 156 Gene3D G3DSA:1.10.455.10 2 156 2.7E-62 T 16-09-2021 IPR036823 Ribosomal protein S7 domain superfamily +MGYG000000001_00002 5c42344ace702d5b5bdd7d9ac15a590a 289 ProSitePatterns PS01005 Formate and nitrite transporters signature 1. 82 91 - T 16-09-2021 IPR024002 Formate/nitrite transporter, conserved site +MGYG000000001_00002 5c42344ace702d5b5bdd7d9ac15a590a 289 PANTHER PTHR30520 3 285 2.3E-72 T 16-09-2021 IPR000292 Formate/nitrite transporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00002 5c42344ace702d5b5bdd7d9ac15a590a 289 Gene3D G3DSA:1.20.1080.10 2 265 3.1E-82 T 16-09-2021 IPR023271 Aquaporin-like Reactome: R-HSA-432047 +MGYG000000001_00002 5c42344ace702d5b5bdd7d9ac15a590a 289 Pfam PF01226 Formate/nitrite transporter 11 273 9.3E-72 T 16-09-2021 IPR000292 Formate/nitrite transporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01788 460f82f61c0b43ae53441f91acd598e1 209 Gene3D G3DSA:3.90.1720.10 35 191 2.3E-26 T 16-09-2021 +MGYG000000001_01788 460f82f61c0b43ae53441f91acd598e1 209 Pfam PF00877 NlpC/P60 family 67 173 6.3E-16 T 16-09-2021 IPR000064 Endopeptidase, NLPC/P60 domain +MGYG000000001_01788 460f82f61c0b43ae53441f91acd598e1 209 PANTHER PTHR47359 53 171 2.9E-21 T 16-09-2021 +MGYG000000001_01788 460f82f61c0b43ae53441f91acd598e1 209 SUPERFAMILY SSF54001 53 186 7.36E-22 T 16-09-2021 IPR038765 Papain-like cysteine peptidase superfamily +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 PIRSF PIRSF002162 1 178 3.6E-51 T 16-09-2021 IPR000702 Ribosomal protein L6 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 SUPERFAMILY SSF56053 84 178 9.16E-39 T 16-09-2021 IPR036789 Ribosomal protein L6, alpha-beta domain superfamily GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 ProSitePatterns PS00525 Ribosomal protein L6 signature 1. 155 163 - T 16-09-2021 IPR002358 Ribosomal protein L6, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 PRINTS PR00059 Ribosomal protein L6 signature 72 97 1.9E-33 T 16-09-2021 IPR019906 Ribosomal protein L6, bacterial-type GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 PRINTS PR00059 Ribosomal protein L6 signature 100 116 1.9E-33 T 16-09-2021 IPR019906 Ribosomal protein L6, bacterial-type GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 PRINTS PR00059 Ribosomal protein L6 signature 142 163 1.9E-33 T 16-09-2021 IPR019906 Ribosomal protein L6, bacterial-type GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 SUPERFAMILY SSF56053 1 83 1.3E-26 T 16-09-2021 IPR036789 Ribosomal protein L6, alpha-beta domain superfamily GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 Gene3D G3DSA:3.90.930.12 1 83 2.9E-31 T 16-09-2021 IPR036789 Ribosomal protein L6, alpha-beta domain superfamily GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 Pfam PF00347 Ribosomal protein L6 11 83 5.2E-22 T 16-09-2021 IPR020040 Ribosomal protein L6, alpha-beta domain GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 Pfam PF00347 Ribosomal protein L6 91 165 7.9E-21 T 16-09-2021 IPR020040 Ribosomal protein L6, alpha-beta domain GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 Gene3D G3DSA:3.90.930.12 84 179 5.3E-43 T 16-09-2021 IPR036789 Ribosomal protein L6, alpha-beta domain superfamily GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 PANTHER PTHR11655 2 180 3.8E-77 T 16-09-2021 IPR000702 Ribosomal protein L6 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 Hamap MF_01365_B 50S ribosomal protein L6 [rplF]. 1 177 40.068 T 16-09-2021 IPR019906 Ribosomal protein L6, bacterial-type GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 PANTHER PTHR11655:SF14 2 180 3.8E-77 T 16-09-2021 IPR019906 Ribosomal protein L6, bacterial-type GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_02577 e928cc6ab9152d952094d53d41120623 180 TIGRFAM TIGR03654 L6_bact: ribosomal protein uL6 2 177 1.1E-78 T 16-09-2021 IPR019906 Ribosomal protein L6, bacterial-type GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 SMART SM00433 34 626 0.0 T 16-09-2021 IPR001241 DNA topoisomerase, type IIA GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Coils Coil 286 306 - T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 420 434 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 34 49 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 112 126 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 504 521 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 69 82 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 486 502 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 524 536 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 268 281 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR00418 DNA topoisomerase II family signature 565 581 1.2E-72 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 TIGRFAM TIGR01059 gyrB: DNA gyrase, B subunit 5 633 0.0 T 16-09-2021 IPR011557 DNA gyrase, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0005694|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Gene3D G3DSA:3.30.565.10 1 219 6.1E-93 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 ProSiteProfiles PS50880 Toprim domain profile. 418 532 20.942 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 SUPERFAMILY SSF55874 5 213 1.1E-72 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PANTHER PTHR45866 2 633 0.0 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Pfam PF01751 Toprim domain 419 529 9.1E-18 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Hamap MF_01898 DNA gyrase subunit B [gyrB]. 2 633 95.379 T 16-09-2021 IPR011557 DNA gyrase, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0005694|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Pfam PF00986 DNA gyrase B subunit, carboxyl terminus 561 622 4.5E-31 T 16-09-2021 IPR002288 DNA gyrase B subunit, C-terminal GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 CDD cd03366 TOPRIM_TopoIIA_GyrB 418 531 1.15141E-83 T 16-09-2021 IPR034160 DNA gyrase subunit B, TOPRIM domain +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 CDD cd16928 HATPase_GyrB-like 35 212 1.77694E-96 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 32 172 6.1E-21 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Gene3D G3DSA:3.40.50.670 399 633 4.0E-111 T 16-09-2021 IPR013759 DNA topoisomerase, type IIA, subunit B, C-terminal GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 CDD cd00822 TopoII_Trans_DNA_gyrase 220 374 4.46974E-80 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Gene3D G3DSA:3.30.230.10 220 398 7.6E-72 T 16-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Coils Coil 381 401 - T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PANTHER PTHR45866:SF5 2 633 0.0 T 16-09-2021 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 SUPERFAMILY SSF56719 394 624 1.6E-91 T 16-09-2021 IPR013760 DNA topoisomerase, type IIA-like domain superfamily GO:0003918|GO:0005524 Reactome: R-HSA-4615885 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 194 207 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 360 374 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 586 598 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 179 194 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 470 479 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 312 328 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 5 15 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 602 618 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 220 242 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 PRINTS PR01159 DNA gyrase subunit B signature 374 394 2.1E-75 T 16-09-2021 IPR000565 DNA topoisomerase, type IIA, subunit B GO:0003677|GO:0003918|GO:0005524|GO:0006265 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 SMART SM00387 30 174 3.3E-26 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 ProSitePatterns PS00177 DNA topoisomerase II signature. 422 430 - T 16-09-2021 IPR018522 DNA topoisomerase, type IIA, conserved site GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 SUPERFAMILY SSF54211 221 391 5.12E-60 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_00952 80dd4f69cef205794aab41b86349bb71 633 Pfam PF00204 DNA gyrase B 221 390 9.4E-63 T 16-09-2021 IPR013506 DNA topoisomerase, type IIA, subunit B, domain 2 GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_02964 46ddaecc78c2042e758c96c543a2c6dd 188 Pfam PF17099 Tryptophan transporter TrpP 4 174 4.6E-55 T 16-09-2021 IPR031360 Tryptophan transporter TrpP +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 Gene3D G3DSA:3.50.50.60 113 438 2.7E-144 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 SUPERFAMILY SSF55424 320 441 3.61E-32 T 16-09-2021 IPR016156 FAD/NAD-linked reductase, dimerisation domain superfamily GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 274 281 1.6E-13 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 149 174 1.6E-13 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 234 248 1.6E-13 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 2 24 1.6E-13 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PANTHER PTHR43429:SF1 1 441 6.4E-142 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 SUPERFAMILY SSF51905 1 312 1.17E-40 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 149 167 7.6E-20 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 259 281 7.6E-20 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 233 249 7.6E-20 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 3 22 7.6E-20 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 2 304 4.3E-65 T 16-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 PANTHER PTHR43429 1 441 6.4E-142 T 16-09-2021 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 Pfam PF02852 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain 328 428 2.4E-17 T 16-09-2021 IPR004099 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain GO:0045454|GO:0055114 +MGYG000000001_00395 14d6ccf0d56b1aedc6a6cef4a41351ff 442 Gene3D G3DSA:3.50.50.60 2 337 2.7E-144 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01458 b5ce0f418de0e84d8d26f20cb3fc852c 196 PANTHER PTHR35864 3 188 1.5E-44 T 16-09-2021 +MGYG000000001_01458 b5ce0f418de0e84d8d26f20cb3fc852c 196 CDD cd06158 S2P-M50_like_1 7 174 4.84629E-54 T 16-09-2021 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 SUPERFAMILY SSF144052 3 408 2.49E-148 T 16-09-2021 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 Pfam PF02073 Thermophilic metalloprotease (M29) 4 407 1.7E-176 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PANTHER PTHR34448:SF3 2 409 5.0E-183 T 16-09-2021 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PANTHER PTHR34448 2 409 5.0E-183 T 16-09-2021 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 Gene3D G3DSA:3.40.1830.10 1 178 5.4E-73 T 16-09-2021 IPR035097 Peptidase M29, N-terminal +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 244 263 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 323 344 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 14 31 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 388 407 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 362 384 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 79 98 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 155 177 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01976 c558dba5316a39221f419a653f714c3f 409 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 300 320 3.6E-66 T 16-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 PIRSF PIRSF005965 1 121 1.1E-43 T 16-09-2021 IPR008243 Chorismate mutase, AroH class KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 TIGRFAM TIGR01796 CM_mono_aroH: chorismate mutase 4 119 1.4E-37 T 16-09-2021 IPR008243 Chorismate mutase, AroH class KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 Pfam PF07736 Chorismate mutase type I 4 119 2.3E-42 T 16-09-2021 IPR008243 Chorismate mutase, AroH class KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 PANTHER PTHR21164 2 121 1.0E-43 T 16-09-2021 IPR008243 Chorismate mutase, AroH class KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 ProSiteProfiles PS51167 Chorismate mutase domain profile. 3 121 37.996 T 16-09-2021 IPR008243 Chorismate mutase, AroH class KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 Gene3D G3DSA:3.30.1330.40 1 121 1.1E-43 T 16-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 CDD cd02185 AroH 5 119 1.16907E-52 T 16-09-2021 IPR008243 Chorismate mutase, AroH class KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01661 867b450892b9fa001cfd019606a65112 121 SUPERFAMILY SSF55298 1 120 3.85E-42 T 16-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_02481 fe88437557bced0f039398922dce24eb 100 Hamap MF_00330 Cobalt transport protein CbiN [cbiN]. 1 100 43.71 T 16-09-2021 IPR003705 Cobalt transport protein CbiN GO:0006824|GO:0009236|GO:0015087|GO:0016020 +MGYG000000001_02481 fe88437557bced0f039398922dce24eb 100 Pfam PF02553 Cobalt transport protein component CbiN 17 83 2.9E-30 T 16-09-2021 IPR003705 Cobalt transport protein CbiN GO:0006824|GO:0009236|GO:0015087|GO:0016020 +MGYG000000001_02481 fe88437557bced0f039398922dce24eb 100 PANTHER PTHR38662 17 100 2.3E-35 T 16-09-2021 IPR003705 Cobalt transport protein CbiN GO:0006824|GO:0009236|GO:0015087|GO:0016020 +MGYG000000001_02481 fe88437557bced0f039398922dce24eb 100 TIGRFAM TIGR01165 cbiN: cobalt transport protein 17 97 4.0E-33 T 16-09-2021 IPR003705 Cobalt transport protein CbiN GO:0006824|GO:0009236|GO:0015087|GO:0016020 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 Gene3D G3DSA:1.10.287.1040 1 70 2.8E-18 T 16-09-2021 IPR037004 Exonuclease VII, small subunit superfamily GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 PANTHER PTHR34137 3 57 8.7E-17 T 16-09-2021 IPR003761 Exonuclease VII, small subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 PIRSF PIRSF006488 1 70 1.5E-19 T 16-09-2021 IPR003761 Exonuclease VII, small subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 Hamap MF_00337 Exodeoxyribonuclease 7 small subunit [xseB]. 4 64 13.231 T 16-09-2021 IPR003761 Exonuclease VII, small subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 SUPERFAMILY SSF116842 2 58 1.03E-17 T 16-09-2021 IPR037004 Exonuclease VII, small subunit superfamily GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 Coils Coil 2 29 - T 16-09-2021 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 Pfam PF02609 Exonuclease VII small subunit 5 56 1.6E-19 T 16-09-2021 IPR003761 Exonuclease VII, small subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_02435 65bb587028f07e5e7ce79293bb9271ea 71 TIGRFAM TIGR01280 xseB: exodeoxyribonuclease VII, small subunit 4 57 1.2E-21 T 16-09-2021 IPR003761 Exonuclease VII, small subunit GO:0006308|GO:0008855|GO:0009318 +MGYG000000001_00127 422447e334376be61490c59e09bf4817 439 Pfam PF03553 Na+/H+ antiporter family 24 213 4.7E-17 T 16-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_00127 422447e334376be61490c59e09bf4817 439 Pfam PF03553 Na+/H+ antiporter family 255 425 3.6E-12 T 16-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_00127 422447e334376be61490c59e09bf4817 439 PANTHER PTHR33451 3 435 8.4E-178 T 16-09-2021 +MGYG000000001_00127 422447e334376be61490c59e09bf4817 439 PANTHER PTHR33451:SF5 3 435 8.4E-178 T 16-09-2021 +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 SUPERFAMILY SSF63411 12 221 3.67E-42 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 SUPERFAMILY SSF63411 275 425 8.29E-18 T 16-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 Pfam PF00675 Insulinase (Peptidase family M16) 61 175 1.3E-15 T 16-09-2021 IPR011765 Peptidase M16, N-terminal +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 PANTHER PTHR11851:SF134 1 427 2.6E-141 T 16-09-2021 +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 Gene3D G3DSA:3.30.830.10 7 230 6.5E-58 T 16-09-2021 +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 PANTHER PTHR11851 1 427 2.6E-141 T 16-09-2021 +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 Pfam PF05193 Peptidase M16 inactive domain 182 362 1.5E-17 T 16-09-2021 IPR007863 Peptidase M16, C-terminal +MGYG000000001_01186 72d53883eb525cb03d1b9c1a6e529182 428 Gene3D G3DSA:3.30.830.10 239 427 1.0E-38 T 16-09-2021 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 16-09-2021 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 PANTHER PTHR33376:SF2 29 333 8.1E-95 T 16-09-2021 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 Pfam PF03480 Bacterial extracellular solute-binding protein, family 7 39 320 1.2E-79 T 16-09-2021 IPR018389 TRAP transporter solute receptor DctP/TeaA GO:0055085 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 PANTHER PTHR33376 29 333 8.1E-95 T 16-09-2021 IPR018389 TRAP transporter solute receptor DctP/TeaA GO:0055085 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 CDD cd13671 PBP2_TRAP_SBP_like_3 35 332 4.0034E-134 T 16-09-2021 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 TIGRFAM TIGR00787 dctP: TRAP transporter solute receptor, DctP family 39 294 2.2E-67 T 16-09-2021 IPR004682 TRAP transporter solute receptor, DctP family GO:0030288|GO:0055085 +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 Gene3D G3DSA:3.40.190.170 35 340 2.1E-89 T 16-09-2021 IPR038404 TRAP transporter solute receptor DctP superfamily +MGYG000000001_01264 2daceecd094e01c0fcce913a2cf3519c 348 PIRSF PIRSF006470 5 336 1.1E-80 T 16-09-2021 IPR004682 TRAP transporter solute receptor, DctP family GO:0030288|GO:0055085 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Pfam PF13237 4Fe-4S dicluster domain 3 50 1.2E-9 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Gene3D G3DSA:3.40.950.10 151 380 2.4E-129 T 16-09-2021 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 SUPERFAMILY SSF53920 39 450 6.28E-127 T 16-09-2021 IPR009016 Iron hydrogenase +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 SMART SM00902 395 453 2.9E-20 T 16-09-2021 IPR003149 Iron hydrogenase, small subunit +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 10 21 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Gene3D G3DSA:3.30.70.20 5 54 1.7E-12 T 16-09-2021 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 31 60 9.247 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 SUPERFAMILY SSF54862 3 77 2.93E-15 T 16-09-2021 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Pfam PF02256 Iron hydrogenase small subunit 401 451 8.1E-21 T 16-09-2021 IPR003149 Iron hydrogenase, small subunit +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 TIGRFAM TIGR02512 FeFe_hydrog_A: [FeFe] hydrogenase, group A 80 390 6.1E-129 T 16-09-2021 IPR013352 Iron hydrogenase, subset GO:0005506|GO:0008901|GO:0051536|GO:0055114 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 PANTHER PTHR11615 34 454 7.1E-95 T 16-09-2021 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 PANTHER PTHR11615:SF124 34 454 7.1E-95 T 16-09-2021 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Gene3D G3DSA:3.40.50.1780 85 389 2.4E-129 T 16-09-2021 +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Gene3D G3DSA:4.10.260.20 394 458 7.0E-19 T 16-09-2021 IPR036991 Iron hydrogenase, small subunit superfamily +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 30 10.482 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00022 3fcd6e12e89c737f768429d301ef433a 458 Pfam PF02906 Iron only hydrogenase large subunit, C-terminal domain 103 386 6.8E-92 T 16-09-2021 IPR004108 Iron hydrogenase, large subunit, C-terminal +MGYG000000001_01578 9a16200c47aba62fb5bf46f92d4bc1b3 215 TIGRFAM TIGR01065 hlyIII: channel protein, hemolysin III family 7 214 6.0E-60 T 16-09-2021 IPR005744 Hly-III GO:0016021|GO:0019835 +MGYG000000001_01578 9a16200c47aba62fb5bf46f92d4bc1b3 215 PANTHER PTHR20855 1 214 8.7E-81 T 16-09-2021 IPR004254 AdipoR/Haemolysin-III-related GO:0016021 +MGYG000000001_01578 9a16200c47aba62fb5bf46f92d4bc1b3 215 Pfam PF03006 Haemolysin-III related 4 207 3.5E-43 T 16-09-2021 IPR004254 AdipoR/Haemolysin-III-related GO:0016021 +MGYG000000001_01578 9a16200c47aba62fb5bf46f92d4bc1b3 215 PANTHER PTHR20855:SF117 1 214 8.7E-81 T 16-09-2021 +MGYG000000001_00185 1eed2c79eda6e6800f9a93ef0611e622 139 Pfam PF12653 Protein of unknown function (DUF3785) 4 139 2.1E-59 T 16-09-2021 IPR024210 Protein of unknown function DUF3785 +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 Pfam PF12706 Beta-lactamase superfamily domain 86 219 2.5E-8 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 CDD cd07732 metallo-hydrolase-like_MBL-fold 9 218 4.30533E-76 T 16-09-2021 +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 Gene3D G3DSA:3.60.15.10 8 425 1.5E-138 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 SUPERFAMILY SSF56281 9 430 9.61E-39 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 PANTHER PTHR43694 8 274 3.5E-20 T 16-09-2021 +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 Gene3D G3DSA:3.40.50.10710 229 385 1.5E-138 T 16-09-2021 IPR042173 Ribonuclease J, domain 2 +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 SMART SM00849 20 245 0.0097 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01946 75c70951dcab151f2b43461a3b1d1447 431 PANTHER PTHR43694:SF1 8 274 3.5E-20 T 16-09-2021 +MGYG000000001_01758 0b14fde71092531eff705406a9d4fe1b 171 Coils Coil 22 42 - T 16-09-2021 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 MobiDBLite mobidb-lite consensus disorder prediction 17 61 - T 16-09-2021 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 PRINTS PR00127 Clp protease catalytic subunit P signature 122 142 2.6E-5 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 PRINTS PR00127 Clp protease catalytic subunit P signature 235 254 2.6E-5 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 PRINTS PR00127 Clp protease catalytic subunit P signature 153 170 2.6E-5 T 16-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 Coils Coil 259 278 - T 16-09-2021 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 PANTHER PTHR10381 109 256 1.2E-14 T 16-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 MobiDBLite mobidb-lite consensus disorder prediction 17 48 - T 16-09-2021 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 SUPERFAMILY SSF52096 76 265 1.54E-37 T 16-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 Coils Coil 17 37 - T 16-09-2021 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 Pfam PF00574 Clp protease 82 257 7.2E-26 T 16-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 PANTHER PTHR10381:SF54 109 256 1.2E-14 T 16-09-2021 +MGYG000000001_01594 3dd9eedba896f9bd52aa78217d6ea0f8 278 Gene3D G3DSA:3.90.226.10 78 259 3.3E-31 T 16-09-2021 +MGYG000000001_00315 c7a89729a5667cc39405f929d7f9318b 251 Gene3D G3DSA:3.60.10.10 30 250 2.2E-50 T 16-09-2021 IPR036691 Endonuclease/exonuclease/phosphatase superfamily +MGYG000000001_00315 c7a89729a5667cc39405f929d7f9318b 251 SUPERFAMILY SSF56219 27 251 9.03E-40 T 16-09-2021 IPR036691 Endonuclease/exonuclease/phosphatase superfamily +MGYG000000001_00315 c7a89729a5667cc39405f929d7f9318b 251 Pfam PF03372 Endonuclease/Exonuclease/phosphatase family 37 242 4.9E-10 T 16-09-2021 IPR005135 Endonuclease/exonuclease/phosphatase +MGYG000000001_00315 c7a89729a5667cc39405f929d7f9318b 251 PANTHER PTHR14859:SF0 27 251 1.7E-35 T 16-09-2021 +MGYG000000001_00315 c7a89729a5667cc39405f929d7f9318b 251 PANTHER PTHR14859 27 251 1.7E-35 T 16-09-2021 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 PANTHER PTHR30447 1 322 3.4E-139 T 16-09-2021 IPR004464 Fructose-1,6-bisphosphatase class 2/Sedoheputulose-1,7-bisphosphatase GO:0006071|GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 PIRSF PIRSF004532 1 325 1.1E-139 T 16-09-2021 IPR004464 Fructose-1,6-bisphosphatase class 2/Sedoheputulose-1,7-bisphosphatase GO:0006071|GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 TIGRFAM TIGR00330 glpX: fructose-1,6-bisphosphatase, class II 1 321 1.2E-123 T 16-09-2021 IPR004464 Fructose-1,6-bisphosphatase class 2/Sedoheputulose-1,7-bisphosphatase GO:0006071|GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 CDD cd01516 FBPase_glpX 2 315 2.72102E-171 T 16-09-2021 IPR004464 Fructose-1,6-bisphosphatase class 2/Sedoheputulose-1,7-bisphosphatase GO:0006071|GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 Gene3D G3DSA:3.30.540.10 7 315 7.1E-129 T 16-09-2021 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 Gene3D G3DSA:3.40.190.90 124 288 7.1E-129 T 16-09-2021 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 Pfam PF03320 Bacterial fructose-1,6-bisphosphatase, glpX-encoded 3 315 4.1E-136 T 16-09-2021 IPR004464 Fructose-1,6-bisphosphatase class 2/Sedoheputulose-1,7-bisphosphatase GO:0006071|GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_00711 e7c805a4081b55934da81c980cb74c90 333 SUPERFAMILY SSF56655 1 319 1.33E-101 T 16-09-2021 +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 TIGRFAM TIGR00188 rnpA: ribonuclease P protein component 7 112 5.7E-28 T 16-09-2021 IPR000100 Ribonuclease P GO:0000049|GO:0004526|GO:0008033 +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 ProSitePatterns PS00648 Bacterial ribonuclease P protein component signature. 52 66 - T 16-09-2021 IPR020539 Ribonuclease P, conserved site GO:0004526 +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 PANTHER PTHR33992 1 111 4.2E-30 T 16-09-2021 IPR000100 Ribonuclease P GO:0000049|GO:0004526|GO:0008033 +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 Hamap MF_00227 Ribonuclease P protein component [rnpA]. 3 113 19.264 T 16-09-2021 IPR000100 Ribonuclease P GO:0000049|GO:0004526|GO:0008033 +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 Gene3D G3DSA:3.30.230.10 1 114 2.6E-34 T 16-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 Pfam PF00825 Ribonuclease P 3 110 2.4E-32 T 16-09-2021 IPR000100 Ribonuclease P GO:0000049|GO:0004526|GO:0008033 +MGYG000000001_00946 27ada69f4f92fcb3d8c44413327298c0 114 SUPERFAMILY SSF54211 3 112 3.79E-29 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 SMART SM00257 465 509 2.3E-5 T 16-09-2021 IPR018392 LysM domain +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 CDD cd00118 LysM 464 508 4.74702E-10 T 16-09-2021 IPR018392 LysM domain +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 SUPERFAMILY SSF54106 464 508 6.28E-9 T 16-09-2021 +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 Pfam PF01476 LysM domain 466 507 2.4E-10 T 16-09-2021 IPR018392 LysM domain +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 Gene3D G3DSA:3.10.350.10 457 512 4.0E-12 T 16-09-2021 IPR036779 LysM domain superfamily +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 Pfam PF12673 Domain of unknown function (DUF3794) 184 261 1.2E-9 T 16-09-2021 IPR024300 Domain of unknown function DUF3794 +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 Pfam PF12673 Domain of unknown function (DUF3794) 35 115 4.4E-13 T 16-09-2021 IPR024300 Domain of unknown function DUF3794 +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 Pfam PF12673 Domain of unknown function (DUF3794) 339 420 1.3E-12 T 16-09-2021 IPR024300 Domain of unknown function DUF3794 +MGYG000000001_01997 31bb533410ceb80c4b2e223abae1ee56 516 ProSiteProfiles PS51782 LysM domain profile. 464 508 12.51 T 16-09-2021 IPR018392 LysM domain +MGYG000000001_01209 259f49b59324b6635e28c907c4506f5d 117 Pfam PF06947 Protein of unknown function (DUF1290) 23 107 3.0E-36 T 16-09-2021 IPR009709 Protein of unknown function DUF1290 +MGYG000000001_01209 259f49b59324b6635e28c907c4506f5d 117 PIRSF PIRSF018579 1 113 3.5E-36 T 16-09-2021 IPR009709 Protein of unknown function DUF1290 +MGYG000000001_02795 029a43304be83c08bd78f91b156128f4 250 Gene3D G3DSA:3.40.1090.10 1 134 1.4E-20 T 16-09-2021 +MGYG000000001_02795 029a43304be83c08bd78f91b156128f4 250 Pfam PF01734 Patatin-like phospholipase 5 72 4.5E-14 T 16-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_02795 029a43304be83c08bd78f91b156128f4 250 ProSiteProfiles PS51635 Patatin-like phospholipase (PNPLA) domain profile. 5 250 11.812 T 16-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_02795 029a43304be83c08bd78f91b156128f4 250 SUPERFAMILY SSF52151 1 205 1.46E-24 T 16-09-2021 IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase +MGYG000000001_02795 029a43304be83c08bd78f91b156128f4 250 PANTHER PTHR14226 2 180 1.1E-15 T 16-09-2021 +MGYG000000001_01330 e84d7ae643325e50d188084a7838d572 138 Pfam PF12953 Domain of unknown function (DUF3842) 3 130 7.3E-50 T 16-09-2021 IPR024208 Protein of unknown function DUF3842 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 ProSitePatterns PS00188 Biotin-requiring enzymes attachment site. 128 145 - T 16-09-2021 IPR001882 Biotin-binding site Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 PANTHER PTHR43416:SF4 1 172 4.3E-37 T 16-09-2021 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 Pfam PF00364 Biotin-requiring enzyme 99 170 1.8E-19 T 16-09-2021 IPR000089 Biotin/lipoyl attachment +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 ProSiteProfiles PS50968 Biotinyl/lipoyl domain profile. 89 172 22.797 T 16-09-2021 IPR000089 Biotin/lipoyl attachment +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 SUPERFAMILY SSF51230 96 171 3.8E-21 T 16-09-2021 IPR011053 Single hybrid motif +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 CDD cd06850 biotinyl_domain 99 171 7.23026E-25 T 16-09-2021 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 PRINTS PR01071 Acetyl-CoA biotin carboxyl carrier protein signature 101 114 2.9E-16 T 16-09-2021 IPR001249 Acetyl-CoA biotin carboxyl carrier GO:0003989|GO:0006633|GO:0009317 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 PRINTS PR01071 Acetyl-CoA biotin carboxyl carrier protein signature 118 132 2.9E-16 T 16-09-2021 IPR001249 Acetyl-CoA biotin carboxyl carrier GO:0003989|GO:0006633|GO:0009317 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 PRINTS PR01071 Acetyl-CoA biotin carboxyl carrier protein signature 133 146 2.9E-16 T 16-09-2021 IPR001249 Acetyl-CoA biotin carboxyl carrier GO:0003989|GO:0006633|GO:0009317 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 TIGRFAM TIGR00531 BCCP: acetyl-CoA carboxylase, biotin carboxyl carrier protein 1 172 4.6E-41 T 16-09-2021 IPR001249 Acetyl-CoA biotin carboxyl carrier GO:0003989|GO:0006633|GO:0009317 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 Gene3D G3DSA:2.40.50.100 93 171 3.6E-25 T 16-09-2021 +MGYG000000001_00828 b1df748aaf1f3c9c0af1b5ae6f7a2489 174 PANTHER PTHR43416 1 172 4.3E-37 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 CDD cd01121 Sms 8 378 0.0 T 16-09-2021 IPR004504 DNA repair protein RadA GO:0003684|GO:0005524|GO:0006281 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 SUPERFAMILY SSF54211 252 454 2.58E-46 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PANTHER PTHR32472 1 453 2.0E-163 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 Gene3D G3DSA:3.40.50.300 59 290 1.7E-45 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 TIGRFAM TIGR00416 sms: DNA repair protein RadA 1 449 4.1E-191 T 16-09-2021 IPR004504 DNA repair protein RadA GO:0003684|GO:0005524|GO:0006281 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 Pfam PF05362 Lon protease (S16) C-terminal proteolytic domain 348 451 9.5E-12 T 16-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 Pfam PF18073 Rubredoxin metal binding domain 8 35 3.2E-13 T 16-09-2021 IPR041166 LapB, rubredoxin metal binding domain +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 SUPERFAMILY SSF52540 55 266 6.36E-51 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 Gene3D G3DSA:3.30.230.10 312 454 2.2E-27 T 16-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 79 107 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 121 138 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 171 195 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 245 271 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 210 238 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 319 342 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PRINTS PR01874 DNA repair protein radA signature 10 34 1.2E-88 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 SMART SM00382 87 241 2.4E-7 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 ProSiteProfiles PS50162 RecA family profile 1. 66 215 39.494 T 16-09-2021 IPR020588 DNA recombination and repair protein RecA-like, ATP-binding domain GO:0003677|GO:0005524|GO:0006281|GO:0008094 Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 Pfam PF13481 AAA domain 64 219 3.9E-16 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 PANTHER PTHR32472:SF10 1 453 2.0E-163 T 16-09-2021 +MGYG000000001_03181 75be1f91b8b5bba7e2f64f0ed40f55e2 457 Hamap MF_01498 DNA repair protein RadA [radA]. 21 453 43.742 T 16-09-2021 IPR004504 DNA repair protein RadA GO:0003684|GO:0005524|GO:0006281 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 PANTHER PTHR30480 37 573 1.3E-84 T 16-09-2021 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 Gene3D G3DSA:3.20.20.300 25 378 1.0E-86 T 16-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 SUPERFAMILY SSF51445 22 402 1.37E-83 T 16-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 40 359 8.1E-70 T 16-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 Gene3D G3DSA:3.40.50.1700 388 577 4.8E-20 T 16-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 PRINTS PR00133 Glycosyl hydrolase family 3 signature 196 212 5.1E-5 T 16-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 PRINTS PR00133 Glycosyl hydrolase family 3 signature 282 300 5.1E-5 T 16-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_02881 305ca1eb1b3749afd658eca73ee73e05 585 PRINTS PR00133 Glycosyl hydrolase family 3 signature 118 137 5.1E-5 T 16-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 MobiDBLite mobidb-lite consensus disorder prediction 104 125 - T 16-09-2021 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 ProSiteProfiles PS50935 Single-strand binding (SSB) domain profile. 1 104 29.709 T 16-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 PANTHER PTHR10302 1 149 1.4E-34 T 16-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 SUPERFAMILY SSF50249 1 149 3.12E-42 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 CDD cd04496 SSB_OBF 4 103 6.71897E-36 T 16-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 Gene3D G3DSA:2.40.50.140 1 111 4.5E-37 T 16-09-2021 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 Hamap MF_00984 Single-stranded DNA-binding protein. 1 107 29.366 T 16-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 MobiDBLite mobidb-lite consensus disorder prediction 104 149 - T 16-09-2021 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 Pfam PF00436 Single-strand binding protein family 1 102 1.1E-29 T 16-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 PANTHER PTHR10302:SF10 1 149 1.4E-34 T 16-09-2021 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 PIRSF PIRSF002070 1 149 9.2E-33 T 16-09-2021 +MGYG000000001_00928 95204219f6fe14920b0483e001b90e97 149 TIGRFAM TIGR00621 ssb: single-stranded DNA-binding protein 1 149 1.1E-34 T 16-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 Gene3D G3DSA:3.40.1410.10 77 244 5.8E-45 T 16-09-2021 IPR028978 Chorismate pyruvate-lyase/UbiC transcription regulator-associated domain superfamily +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 SMART SM00866 96 237 6.6E-34 T 16-09-2021 IPR011663 UbiC transcription regulator-associated GO:0003677|GO:0006355 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 Gene3D G3DSA:1.10.10.10 7 76 2.2E-22 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 PANTHER PTHR44846 1 243 1.3E-63 T 16-09-2021 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 SUPERFAMILY SSF46785 4 79 4.77E-19 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 SMART SM00345 16 75 4.7E-16 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 Pfam PF07702 UTRA domain 97 237 9.6E-34 T 16-09-2021 IPR011663 UbiC transcription regulator-associated GO:0003677|GO:0006355 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 PANTHER PTHR44846:SF1 1 243 1.3E-63 T 16-09-2021 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 Pfam PF00392 Bacterial regulatory proteins, gntR family 19 75 1.6E-13 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 SUPERFAMILY SSF64288 63 242 6.91E-45 T 16-09-2021 IPR028978 Chorismate pyruvate-lyase/UbiC transcription regulator-associated domain superfamily +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 CDD cd07377 WHTH_GntR 11 76 3.06961E-22 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02497 5fd2128fc4531eb4b7f12e93ac53139f 244 ProSiteProfiles PS50949 GntR-type HTH domain profile. 10 78 19.042 T 16-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00995 66b55945f64df3ba994f94a33c7cda0f 114 PANTHER PTHR35848 34 110 8.6E-17 T 16-09-2021 +MGYG000000001_00995 66b55945f64df3ba994f94a33c7cda0f 114 SUPERFAMILY SSF51182 17 112 4.11E-17 T 16-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_00995 66b55945f64df3ba994f94a33c7cda0f 114 Pfam PF07883 Cupin domain 43 110 3.8E-13 T 16-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_00995 66b55945f64df3ba994f94a33c7cda0f 114 Gene3D G3DSA:2.60.120.10 9 113 2.5E-25 T 16-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_02221 63addde6fb14d941db059a853e42f8e7 116 Gene3D G3DSA:2.30.40.10 6 107 6.2E-15 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_02221 63addde6fb14d941db059a853e42f8e7 116 PANTHER PTHR42752 3 52 8.0E-19 T 16-09-2021 IPR005920 Imidazolonepropionase GO:0005737|GO:0016812|GO:0019556 KEGG: 00340+3.5.2.7|MetaCyc: PWY-5028|MetaCyc: PWY-5030|Reactome: R-HSA-70921 +MGYG000000001_02221 63addde6fb14d941db059a853e42f8e7 116 PANTHER PTHR42752 54 100 8.0E-19 T 16-09-2021 IPR005920 Imidazolonepropionase GO:0005737|GO:0016812|GO:0019556 KEGG: 00340+3.5.2.7|MetaCyc: PWY-5028|MetaCyc: PWY-5030|Reactome: R-HSA-70921 +MGYG000000001_02221 63addde6fb14d941db059a853e42f8e7 116 SUPERFAMILY SSF51338 52 100 4.01E-16 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 PANTHER PTHR43133 4 159 1.8E-32 T 16-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 CDD cd06171 Sigma70_r4 111 156 1.05382E-9 T 16-09-2021 +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 Pfam PF04542 Sigma-70 region 2 9 73 3.2E-13 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 SUPERFAMILY SSF88946 4 86 3.81E-17 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 Pfam PF08281 Sigma-70, region 4 105 155 4.6E-10 T 16-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 Gene3D G3DSA:1.10.10.10 90 161 2.5E-13 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 6 158 1.0E-23 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 SUPERFAMILY SSF88659 104 161 2.43E-14 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01588 b3a83cac273d87907b36205f5792264b 161 Gene3D G3DSA:1.10.1740.10 2 74 4.1E-15 T 16-09-2021 +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 CDD cd01166 KdgK 11 322 1.35646E-87 T 16-09-2021 +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 Coils Coil 145 165 - T 16-09-2021 +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 Gene3D G3DSA:3.40.1190.20 9 343 2.2E-111 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 PANTHER PTHR43320 8 338 3.7E-88 T 16-09-2021 +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 SUPERFAMILY SSF53613 10 334 1.72E-65 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 Pfam PF00294 pfkB family carbohydrate kinase 11 208 5.6E-20 T 16-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_01268 259bfb04092c9c9f1f74e6d23f42da30 343 PANTHER PTHR43320:SF2 8 338 3.7E-88 T 16-09-2021 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 Gene3D G3DSA:3.80.30.20 2 298 4.8E-25 T 16-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 SFLD SFLDG01086 elongater protein-like 2 270 0.0 T 16-09-2021 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 PANTHER PTHR11135 11 271 1.2E-50 T 16-09-2021 IPR039661 ELP3/YhcC Reactome: R-HSA-3214847 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 Pfam PF16199 Radical_SAM C-terminal domain 183 268 4.4E-20 T 16-09-2021 IPR032432 Radical SAM, C-terminal extension Reactome: R-HSA-3214847 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 SFLD SFLDS00029 Radical SAM 2 270 0.0 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 SUPERFAMILY SSF102114 8 264 4.19E-54 T 16-09-2021 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 Pfam PF04055 Radical SAM superfamily 10 176 2.7E-20 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 CDD cd01335 Radical_SAM 9 209 1.47381E-14 T 16-09-2021 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 SFLD SFLDG01082 B12-binding domain containing 12 197 5.4E-22 T 16-09-2021 +MGYG000000001_01306 b4e041bdff894c9dd411c9e0003d9c0a 356 SMART SM00729 5 222 2.1E-37 T 16-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 ProSitePatterns PS00211 ABC transporters family signature. 134 148 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 PANTHER PTHR42939 1 229 6.2E-80 T 16-09-2021 +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 SMART SM00382 27 213 2.5E-6 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 233 18.621 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 Gene3D G3DSA:3.40.50.300 1 237 1.5E-61 T 16-09-2021 +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 SUPERFAMILY SSF52540 2 225 1.36E-56 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 CDD cd03230 ABC_DR_subfamily_A 2 211 3.23299E-78 T 16-09-2021 +MGYG000000001_02359 5d41bf0140c7b1ecd5bcaa359ced8da8 237 Pfam PF00005 ABC transporter 19 161 3.3E-29 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 PANTHER PTHR10000 1 246 6.6E-48 T 16-09-2021 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 SUPERFAMILY SSF56784 1 245 5.36E-53 T 16-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 SFLD SFLDG01140 C2.B: Phosphomannomutase and Phosphatase Like 1 247 1.2E-39 T 16-09-2021 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 Pfam PF08282 haloacid dehalogenase-like hydrolase 5 247 3.4E-52 T 16-09-2021 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 TIGRFAM TIGR01484 HAD-SF-IIB: HAD hydrolase, family IIB 4 228 7.8E-24 T 16-09-2021 IPR006379 HAD-superfamily hydrolase, subfamily IIB Reactome: R-HSA-446205 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 Coils Coil 137 157 - T 16-09-2021 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 SFLD SFLDS00003 Haloacid Dehalogenase 1 247 1.2E-39 T 16-09-2021 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 Gene3D G3DSA:3.30.1240.10 81 184 2.0E-54 T 16-09-2021 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 TIGRFAM TIGR00099 Cof-subfamily: Cof-like hydrolase 5 247 5.5E-44 T 16-09-2021 IPR000150 Cof family GO:0016787 +MGYG000000001_02980 95a5b9e48f01f5d7cfd3cb0801e3e660 261 Gene3D G3DSA:3.40.50.1000 5 247 2.0E-54 T 16-09-2021 IPR023214 HAD superfamily +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 Pfam PF05343 M42 glutamyl aminopeptidase 47 336 2.3E-72 T 16-09-2021 IPR008007 Peptidase M42 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 Coils Coil 123 143 - T 16-09-2021 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 PIRSF PIRSF001123 4 343 2.4E-32 T 16-09-2021 IPR008007 Peptidase M42 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 SUPERFAMILY SSF53187 7 342 9.55E-50 T 16-09-2021 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 CDD cd05657 M42_glucanase_like 6 341 1.78229E-158 T 16-09-2021 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 Gene3D G3DSA:3.40.630.10 12 341 1.5E-105 T 16-09-2021 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 SUPERFAMILY SSF101821 72 185 6.87E-27 T 16-09-2021 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 Gene3D G3DSA:2.40.30.40 75 170 1.5E-105 T 16-09-2021 IPR023367 Peptidase M42, domain 2 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 PANTHER PTHR32481:SF7 3 342 3.6E-137 T 16-09-2021 +MGYG000000001_00510 16022c6d365f377b04783dfcc133af51 343 PANTHER PTHR32481 3 342 3.6E-137 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 SUPERFAMILY SSF55021 327 397 2.0E-17 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 SUPERFAMILY SSF55021 327 397 2.0E-17 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 ProSitePatterns PS00324 Aspartokinase signature. 6 14 - T 16-09-2021 IPR018042 Aspartate kinase, conserved site GO:0004072|GO:0008652 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 ProSitePatterns PS00324 Aspartokinase signature. 6 14 - T 16-09-2021 IPR018042 Aspartate kinase, conserved site GO:0004072|GO:0008652 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 CDD cd04913 ACT_AKii-LysC-BS-like_1 276 326 7.63462E-10 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 CDD cd04913 ACT_AKii-LysC-BS-like_1 276 326 7.63462E-10 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Gene3D G3DSA:3.30.70.260 252 321 2.7E-10 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Gene3D G3DSA:3.30.70.260 252 321 2.7E-10 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Pfam PF00696 Amino acid kinase family 4 228 4.5E-47 T 16-09-2021 IPR001048 Aspartate/glutamate/uridylate kinase Reactome: R-HSA-8964539 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Pfam PF00696 Amino acid kinase family 4 228 4.5E-47 T 16-09-2021 IPR001048 Aspartate/glutamate/uridylate kinase Reactome: R-HSA-8964539 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 ProSiteProfiles PS51671 ACT domain profile. 263 343 9.537 T 16-09-2021 IPR002912 ACT domain +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 ProSiteProfiles PS51671 ACT domain profile. 263 343 9.537 T 16-09-2021 IPR002912 ACT domain +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Gene3D G3DSA:3.40.1160.10 2 251 1.1E-75 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Gene3D G3DSA:3.40.1160.10 2 251 1.1E-75 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PANTHER PTHR21499 1 397 3.6E-124 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PANTHER PTHR21499 1 397 3.6E-124 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 SUPERFAMILY SSF53633 4 242 6.02E-63 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 SUPERFAMILY SSF53633 4 242 6.02E-63 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 CDD cd04923 ACT_AK-LysC-DapG-like_2 336 397 2.01347E-19 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 CDD cd04923 ACT_AK-LysC-DapG-like_2 336 397 2.01347E-19 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 SUPERFAMILY SSF55021 249 324 3.15E-11 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 SUPERFAMILY SSF55021 249 324 3.15E-11 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PANTHER PTHR21499:SF3 1 397 3.6E-124 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PANTHER PTHR21499:SF3 1 397 3.6E-124 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 CDD cd04261 AAK_AKii-LysC-BS 4 240 4.65273E-117 T 16-09-2021 IPR041740 Aspartokinase catalytic domain KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 CDD cd04261 AAK_AKii-LysC-BS 4 240 4.65273E-117 T 16-09-2021 IPR041740 Aspartokinase catalytic domain KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PIRSF PIRSF000726 2 63 1.5E-17 T 16-09-2021 IPR005260 Aspartate kinase, monofunctional class GO:0004072|GO:0009089 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PIRSF PIRSF000726 2 63 1.5E-17 T 16-09-2021 IPR005260 Aspartate kinase, monofunctional class GO:0004072|GO:0009089 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PIRSF PIRSF000726 57 398 6.3E-99 T 16-09-2021 IPR005260 Aspartate kinase, monofunctional class GO:0004072|GO:0009089 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 PIRSF PIRSF000726 57 398 6.3E-99 T 16-09-2021 IPR005260 Aspartate kinase, monofunctional class GO:0004072|GO:0009089 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Gene3D G3DSA:3.30.70.260 322 398 1.6E-20 T 16-09-2021 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 Gene3D G3DSA:3.30.70.260 322 398 1.6E-20 T 16-09-2021 +MGYG000000001_02808 5cfa5bfc3cf19d7a6cd5602f85febcba 398 TIGRFAM TIGR00657 asp_kinases: aspartate kinase 64 396 7.0E-94 T 16-09-2021 IPR001341 Aspartate kinase GO:0004072|GO:0008652 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02809 5cfa5bfc3cf19d7a6cd5602f85febcba 398 TIGRFAM TIGR00657 asp_kinases: aspartate kinase 64 396 7.0E-94 T 16-09-2021 IPR001341 Aspartate kinase GO:0004072|GO:0008652 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_02918 8265ac4279eedea91c833e6534dbccad 237 Pfam PF04474 Protein of unknown function (DUF554) 2 231 3.2E-77 T 16-09-2021 IPR007563 Protein of unknown function DUF554 +MGYG000000001_02918 8265ac4279eedea91c833e6534dbccad 237 PANTHER PTHR36111 1 231 2.3E-66 T 16-09-2021 IPR007563 Protein of unknown function DUF554 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 Pfam PF00962 Adenosine/AMP deaminase 4 322 5.3E-68 T 16-09-2021 IPR001365 Adenosine/AMP deaminase domain GO:0019239 Reactome: R-HSA-74217 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 Gene3D G3DSA:3.20.20.140 1 328 1.4E-102 T 16-09-2021 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 PANTHER PTHR11409:SF43 1 321 4.3E-103 T 16-09-2021 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 TIGRFAM TIGR01430 aden_deam: adenosine deaminase 4 323 2.3E-91 T 16-09-2021 IPR006330 Adenosine/adenine deaminase GO:0019239 Reactome: R-HSA-74217 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 Hamap MF_00540 Adenosine deaminase [add]. 1 328 51.991 T 16-09-2021 IPR028893 Adenosine deaminase GO:0004000|GO:0009168 KEGG: 00230+3.5.4.4|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-74217 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 PANTHER PTHR11409 1 321 4.3E-103 T 16-09-2021 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 CDD cd01320 ADA 3 328 1.88688E-136 T 16-09-2021 IPR006330 Adenosine/adenine deaminase GO:0019239 Reactome: R-HSA-74217 +MGYG000000001_00635 6d07dcbf568c1c42a155f7e373cea79e 328 SUPERFAMILY SSF51556 2 326 2.3E-78 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Pfam PF00994 Probable molybdopterin binding domain 174 311 4.8E-23 T 16-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Gene3D G3DSA:2.40.340.10 320 380 9.5E-94 T 16-09-2021 IPR036688 MoeA, C-terminal, domain IV superfamily GO:0032324 KEGG: 00790+2.10.1.1|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 SUPERFAMILY SSF63882 1 169 1.7E-44 T 16-09-2021 IPR036135 MoeA, N-terminal and linker domain superfamily GO:0032324 KEGG: 00790+2.10.1.1|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Coils Coil 216 243 - T 16-09-2021 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 TIGRFAM TIGR00177 molyb_syn: molybdenum cofactor synthesis domain 171 306 6.5E-25 T 16-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 PANTHER PTHR10192 1 394 3.1E-91 T 16-09-2021 IPR038987 Molybdopterin biosynthesis protein MoeA-like KEGG: 00790+2.10.1.1|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Gene3D G3DSA:3.90.105.10 24 168 9.5E-94 T 16-09-2021 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 SUPERFAMILY SSF53218 171 315 7.2E-32 T 16-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Gene3D G3DSA:3.40.980.10 169 319 9.5E-94 T 16-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Pfam PF03453 MoeA N-terminal region (domain I and II) 3 161 5.3E-33 T 16-09-2021 IPR005110 MoeA, N-terminal and linker domain GO:0032324 KEGG: 00790+2.10.1.1|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 CDD cd00887 MoeA 6 394 3.82993E-120 T 16-09-2021 IPR038987 Molybdopterin biosynthesis protein MoeA-like KEGG: 00790+2.10.1.1|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 SMART SM00852 174 312 1.8E-27 T 16-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_02235 c7a4a99993116c8a1079de1f66be6832 394 Gene3D G3DSA:2.170.190.11 45 135 9.5E-94 T 16-09-2021 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 Gene3D G3DSA:1.10.10.10 8 144 2.2E-33 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 Pfam PF01047 MarR family 39 93 2.1E-14 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 ProSitePatterns PS01117 MarR-type HTH domain signature. 69 102 - T 16-09-2021 IPR023187 Transcriptional regulator MarR-type, conserved site +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 SUPERFAMILY SSF46785 11 142 1.99E-30 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 SMART SM00347 29 129 5.8E-19 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 PANTHER PTHR42756 10 143 1.8E-28 T 16-09-2021 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 89 105 4.5E-15 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 70 85 4.5E-15 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 119 139 4.5E-15 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 53 69 4.5E-15 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02077 882ce1d0fc751bb228097ab7beb2b30e 145 ProSiteProfiles PS50995 MarR-type HTH domain profile. 9 141 29.172 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 SMART SM00487 281 480 3.5E-19 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Pfam PF17764 3??? DNA-binding domain (3???BD) 7 107 5.3E-21 T 16-09-2021 IPR041222 Primosomal protein N', 3' DNA-binding domain GO:0003677 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 562 716 11.365 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Pfam PF00271 Helicase conserved C-terminal domain 591 679 4.5E-10 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Gene3D G3DSA:1.10.8.630 5 116 1.7E-18 T 16-09-2021 IPR042115 Primosomal protein N', 3' DNA-binding domain superfamily +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Pfam PF04851 Type III restriction enzyme, res subunit 283 448 1.6E-17 T 16-09-2021 IPR006935 Helicase/UvrB, N-terminal GO:0003677|GO:0005524|GO:0016787 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 SUPERFAMILY SSF52540 302 690 2.21E-37 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 CDD cd17929 DEXHc_priA 289 468 1.12271E-79 T 16-09-2021 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 299 465 19.267 T 16-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 PANTHER PTHR30580:SF0 5 828 1.9E-233 T 16-09-2021 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Hamap MF_00983 Probable primosomal protein N' [priA]. 10 828 22.557 T 16-09-2021 IPR005259 Primosomal protein N' GO:0003677|GO:0003678|GO:0006260|GO:0032508 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 PANTHER PTHR30580 5 828 1.9E-233 T 16-09-2021 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Pfam PF18074 Primosomal protein N C-terminal domain 723 825 2.8E-14 T 16-09-2021 IPR041236 Primosomal protein N, C-terminal domain +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 CDD cd18804 SF2_C_priA 477 717 3.14177E-124 T 16-09-2021 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Pfam PF18319 PriA DNA helicase Cys-rich region (CRR) domain 536 561 3.3E-11 T 16-09-2021 IPR040498 PriA DNA helicase, Cys-rich region (CRR) domain +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 SMART SM00490 583 680 1.1E-11 T 16-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 Gene3D G3DSA:3.40.50.300 272 466 1.5E-62 T 16-09-2021 +MGYG000000001_02147 3a0cd502f1caf473cadf57cdd0a23e38 829 TIGRFAM TIGR00595 priA: primosomal protein N' 310 825 1.4E-184 T 16-09-2021 IPR005259 Primosomal protein N' GO:0003677|GO:0003678|GO:0006260|GO:0032508 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 Pfam PF00313 'Cold-shock' DNA-binding domain 5 68 8.0E-24 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 PANTHER PTHR11544 1 68 1.2E-23 T 16-09-2021 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 PRINTS PR00050 Cold shock protein signature 6 21 4.5E-16 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 PRINTS PR00050 Cold shock protein signature 26 35 4.5E-16 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 PRINTS PR00050 Cold shock protein signature 42 60 4.5E-16 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 SMART SM00357 5 69 2.8E-19 T 16-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 ProSitePatterns PS00352 Cold-shock (CSD) domain signature. 17 35 - T 16-09-2021 IPR019844 Cold-shock (CSD) domain +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 CDD cd04458 CSP_CDS 4 68 1.84237E-22 T 16-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 PANTHER PTHR11544:SF107 1 68 1.2E-23 T 16-09-2021 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 ProSiteProfiles PS51857 Cold-shock (CSD) domain profile. 3 68 28.182 T 16-09-2021 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 SUPERFAMILY SSF50249 4 68 8.23E-21 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 Gene3D G3DSA:2.40.50.140 5 69 1.3E-24 T 16-09-2021 +MGYG000000001_02290 cd5f8868a4f9e1b8280b197e367d7a46 69 PIRSF PIRSF002599 1 69 7.4E-20 T 16-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_02271 98a470e3c9f68196bb590f4ac7d5f3ab 184 Pfam PF04892 VanZ like family 37 178 2.8E-24 T 16-09-2021 IPR006976 VanZ-like +MGYG000000001_02271 98a470e3c9f68196bb590f4ac7d5f3ab 184 PIRSF PIRSF019083 26 183 3.1E-36 T 16-09-2021 IPR016747 Phosphotransbutyrylase +MGYG000000001_00807 be98489a13db642ab2669505f567ae2c 48 Pfam PF12841 YvrJ protein family 8 42 6.6E-19 T 16-09-2021 IPR024419 Protein of unknown function YvrJ +MGYG000000001_03018 3f6cdd2c8fb7b94478eece7653a508ac 251 SMART SM00978 93 236 1.2E-14 T 16-09-2021 IPR007379 Tim44-like domain +MGYG000000001_03017 3f6cdd2c8fb7b94478eece7653a508ac 251 SMART SM00978 93 236 1.2E-14 T 16-09-2021 IPR007379 Tim44-like domain +MGYG000000001_03018 3f6cdd2c8fb7b94478eece7653a508ac 251 MobiDBLite mobidb-lite consensus disorder prediction 33 54 - T 16-09-2021 +MGYG000000001_03017 3f6cdd2c8fb7b94478eece7653a508ac 251 MobiDBLite mobidb-lite consensus disorder prediction 33 54 - T 16-09-2021 +MGYG000000001_03018 3f6cdd2c8fb7b94478eece7653a508ac 251 MobiDBLite mobidb-lite consensus disorder prediction 38 54 - T 16-09-2021 +MGYG000000001_03017 3f6cdd2c8fb7b94478eece7653a508ac 251 MobiDBLite mobidb-lite consensus disorder prediction 38 54 - T 16-09-2021 +MGYG000000001_03018 3f6cdd2c8fb7b94478eece7653a508ac 251 SUPERFAMILY SSF54427 79 238 1.88E-16 T 16-09-2021 IPR032710 NTF2-like domain superfamily +MGYG000000001_03017 3f6cdd2c8fb7b94478eece7653a508ac 251 SUPERFAMILY SSF54427 79 238 1.88E-16 T 16-09-2021 IPR032710 NTF2-like domain superfamily +MGYG000000001_03018 3f6cdd2c8fb7b94478eece7653a508ac 251 Gene3D G3DSA:3.10.450.240 59 239 1.4E-11 T 16-09-2021 +MGYG000000001_03017 3f6cdd2c8fb7b94478eece7653a508ac 251 Gene3D G3DSA:3.10.450.240 59 239 1.4E-11 T 16-09-2021 +MGYG000000001_03018 3f6cdd2c8fb7b94478eece7653a508ac 251 Pfam PF04280 Tim44-like domain 95 235 1.2E-7 T 16-09-2021 IPR007379 Tim44-like domain +MGYG000000001_03017 3f6cdd2c8fb7b94478eece7653a508ac 251 Pfam PF04280 Tim44-like domain 95 235 1.2E-7 T 16-09-2021 IPR007379 Tim44-like domain +MGYG000000001_02854 01c6cb145dbe7b27d0629a3667dd37dc 242 Coils Coil 59 97 - T 16-09-2021 +MGYG000000001_01034 2bc5d55f8a69d8de043bd619d41622a4 349 PANTHER PTHR30032:SF4 52 348 1.1E-77 T 16-09-2021 IPR013486 Sporulation stage II protein D, amidase enhancer LytB GO:0030435 +MGYG000000001_01034 2bc5d55f8a69d8de043bd619d41622a4 349 PANTHER PTHR30032 52 348 1.1E-77 T 16-09-2021 +MGYG000000001_01034 2bc5d55f8a69d8de043bd619d41622a4 349 TIGRFAM TIGR02669 SpoIID_LytB: SpoIID/LytB domain 79 346 6.1E-78 T 16-09-2021 IPR013486 Sporulation stage II protein D, amidase enhancer LytB GO:0030435 +MGYG000000001_01034 2bc5d55f8a69d8de043bd619d41622a4 349 Pfam PF08486 Stage II sporulation protein 74 180 7.8E-26 T 16-09-2021 IPR013693 Sporulation stage II protein D, amidase enhancer LytB N-terminal +MGYG000000001_01034 2bc5d55f8a69d8de043bd619d41622a4 349 TIGRFAM TIGR02870 spore_II_D: stage II sporulation protein D 11 347 1.3E-110 T 16-09-2021 IPR014225 Sporulation stage II, protein D firmicutes +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 Coils Coil 501 525 - T 16-09-2021 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 Pfam PF13684 Dihydroxyacetone kinase family 233 541 3.0E-124 T 16-09-2021 IPR033470 Uncharacterised protein, DhaK domain +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 PANTHER PTHR33434:SF4 3 541 2.6E-208 T 16-09-2021 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 Gene3D G3DSA:1.25.40.340 5 203 2.7E-8 T 16-09-2021 IPR036117 DhaL domain superfamily GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 PANTHER PTHR33434 3 541 2.6E-208 T 16-09-2021 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 SUPERFAMILY SSF101473 5 202 5.75E-44 T 16-09-2021 IPR036117 DhaL domain superfamily GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 SMART SM01121 233 541 5.2E-174 T 16-09-2021 IPR033470 Uncharacterised protein, DhaK domain +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 ProSiteProfiles PS51480 DhaL domain profile. 8 200 33.605 T 16-09-2021 IPR004007 DhaL domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 TIGRFAM TIGR03599 YloV: DAK2 domain fusion protein YloV 11 541 1.6E-207 T 16-09-2021 IPR019986 DAK2 domain-containing protein YloV +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 SMART SM01120 35 200 1.5E-64 T 16-09-2021 IPR004007 DhaL domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_02162 07e132d3a83f7c799195508ba6bddc5d 541 Pfam PF02734 DAK2 domain 35 199 1.6E-41 T 16-09-2021 IPR004007 DhaL domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_02054 bfc1c13d51637920b0fe9fef6c96d5b1 586 Gene3D G3DSA:3.30.420.10 11 197 1.7E-7 T 16-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_01719 bfc1c13d51637920b0fe9fef6c96d5b1 586 Gene3D G3DSA:3.30.420.10 11 197 1.7E-7 T 16-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_02054 bfc1c13d51637920b0fe9fef6c96d5b1 586 SUPERFAMILY SSF56672 218 486 4.67E-37 T 16-09-2021 +MGYG000000001_01719 bfc1c13d51637920b0fe9fef6c96d5b1 586 SUPERFAMILY SSF56672 218 486 4.67E-37 T 16-09-2021 +MGYG000000001_02054 bfc1c13d51637920b0fe9fef6c96d5b1 586 Gene3D G3DSA:3.90.1600.10 262 470 3.4E-13 T 16-09-2021 IPR023211 DNA polymerase, palm domain superfamily +MGYG000000001_01719 bfc1c13d51637920b0fe9fef6c96d5b1 586 Gene3D G3DSA:3.90.1600.10 262 470 3.4E-13 T 16-09-2021 IPR023211 DNA polymerase, palm domain superfamily +MGYG000000001_02054 bfc1c13d51637920b0fe9fef6c96d5b1 586 SUPERFAMILY SSF53098 8 166 3.66E-7 T 16-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_01719 bfc1c13d51637920b0fe9fef6c96d5b1 586 SUPERFAMILY SSF53098 8 166 3.66E-7 T 16-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 PANTHER PTHR10146:SF14 1 230 8.9E-82 T 16-09-2021 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 Gene3D G3DSA:3.20.20.10 1 231 8.1E-81 T 16-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 PANTHER PTHR10146 1 230 8.9E-82 T 16-09-2021 IPR011078 Pyridoxal phosphate homeostasis protein GO:0030170 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 Pfam PF01168 Alanine racemase, N-terminal domain 11 229 2.3E-16 T 16-09-2021 IPR001608 Alanine racemase, N-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 TIGRFAM TIGR00044 TIGR00044: pyridoxal phosphate enzyme, YggS family 1 229 2.7E-56 T 16-09-2021 IPR011078 Pyridoxal phosphate homeostasis protein GO:0030170 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 SUPERFAMILY SSF51419 3 227 3.34E-74 T 16-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 PIRSF PIRSF004848 1 231 5.0E-77 T 16-09-2021 IPR011078 Pyridoxal phosphate homeostasis protein GO:0030170 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 Hamap MF_02087 Pyridoxal phosphate homeostasis protein. 6 228 28.7 T 16-09-2021 IPR011078 Pyridoxal phosphate homeostasis protein GO:0030170 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 Coils Coil 1 21 - T 16-09-2021 +MGYG000000001_02519 0bd24e34925c4658d124e2fa1c90294d 231 CDD cd00635 PLPDE_III_YBL036c_like 4 227 5.65673E-120 T 16-09-2021 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 PRINTS PR00344 Bacterial sensor protein C-terminal signature 324 338 3.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 PRINTS PR00344 Bacterial sensor protein C-terminal signature 383 396 3.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 PRINTS PR00344 Bacterial sensor protein C-terminal signature 342 352 3.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 PRINTS PR00344 Bacterial sensor protein C-terminal signature 359 377 3.5E-15 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 Pfam PF00512 His Kinase A (phospho-acceptor) domain 176 241 1.6E-13 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 SUPERFAMILY SSF55874 231 397 1.28E-42 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 287 396 1.4E-24 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 PANTHER PTHR45453 163 396 2.3E-65 T 16-09-2021 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 CDD cd00082 HisKA 176 238 6.66239E-15 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 Gene3D G3DSA:1.10.287.130 162 243 4.8E-18 T 16-09-2021 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 CDD cd00075 HATPase 292 395 1.24018E-32 T 16-09-2021 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 SUPERFAMILY SSF47384 162 241 3.34E-16 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 ProSiteProfiles PS50109 Histidine kinase domain profile. 182 399 44.532 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 SMART SM00387 287 399 9.0E-32 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 Gene3D G3DSA:3.30.565.10 248 398 1.7E-39 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02996 2e1f77312d9b01b1000557b3b57c0aef 399 SMART SM00388 175 242 2.9E-16 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_03130 b5bdffbf310efa12ec0315dcaa16ab08 151 Coils Coil 88 108 - T 16-09-2021 +MGYG000000001_03130 b5bdffbf310efa12ec0315dcaa16ab08 151 Coils Coil 32 59 - T 16-09-2021 +MGYG000000001_03162 ed716893f1bde785d71b89e272596ef1 524 PIRSF PIRSF038958 3 510 9.6E-71 T 16-09-2021 IPR024923 Peptidoglycan biosynthesis protein, SpoVB-type +MGYG000000001_03162 ed716893f1bde785d71b89e272596ef1 524 Pfam PF14667 Polysaccharide biosynthesis C-terminal domain 356 492 1.4E-13 T 16-09-2021 IPR029303 Polysaccharide biosynthesis protein, C-terminal domain +MGYG000000001_03162 ed716893f1bde785d71b89e272596ef1 524 Pfam PF01943 Polysaccharide biosynthesis protein 11 304 4.3E-16 T 16-09-2021 IPR002797 Polysaccharide biosynthesis protein GO:0016020 +MGYG000000001_03162 ed716893f1bde785d71b89e272596ef1 524 PANTHER PTHR30250 1 500 7.1E-37 T 16-09-2021 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 PIRSF PIRSF001434 1 428 7.7E-131 T 16-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 TIGRFAM TIGR01326 OAH_OAS_sulfhy: O-acetylhomoserine aminocarboxypropyltransferase/cysteine synthase 8 425 4.9E-207 T 16-09-2021 IPR006235 O-acetylhomoserine/O-acetylserine sulfhydrylase GO:0006520|GO:0016765 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 Pfam PF01053 Cys/Met metabolism PLP-dependent enzyme 9 425 2.4E-147 T 16-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 CDD cd00614 CGS_like 24 425 0.0 T 16-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 SUPERFAMILY SSF53383 7 424 5.53E-131 T 16-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 ProSitePatterns PS00868 Cys/Met metabolism enzymes pyridoxal-phosphate attachment site. 201 215 - T 16-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 Gene3D G3DSA:3.90.1150.10 293 436 1.0E-50 T 16-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 Gene3D G3DSA:3.40.640.10 6 289 8.1E-107 T 16-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_03095 6f7bee68c64ca88a45b5c77d041c8728 437 PANTHER PTHR43797 1 426 2.4E-199 T 16-09-2021 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 SUPERFAMILY SSF55816 294 497 1.24E-39 T 16-09-2021 IPR036907 5'-Nucleotidase, C-terminal domain superfamily GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 Pfam PF00149 Calcineurin-like phosphoesterase 5 228 1.3E-9 T 16-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 Gene3D G3DSA:3.60.21.10 2 296 4.9E-74 T 16-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 ProSitePatterns PS00786 5'-nucleotidase signature 2. 82 93 - T 16-09-2021 IPR006146 5'-Nucleotidase, conserved site GO:0000166|GO:0016788|GO:0046872 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PANTHER PTHR11575:SF6 2 502 1.2E-85 T 16-09-2021 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 Gene3D G3DSA:3.90.780.10 297 504 1.7E-57 T 16-09-2021 IPR036907 5'-Nucleotidase, C-terminal domain superfamily GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PRINTS PR01607 Apyrase family signature 1 19 2.7E-18 T 16-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PRINTS PR01607 Apyrase family signature 440 459 2.7E-18 T 16-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PRINTS PR01607 Apyrase family signature 351 374 2.7E-18 T 16-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PRINTS PR01607 Apyrase family signature 211 234 2.7E-18 T 16-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PRINTS PR01607 Apyrase family signature 175 192 2.7E-18 T 16-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 SUPERFAMILY SSF56300 2 295 4.41E-60 T 16-09-2021 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 Pfam PF02872 5'-nucleotidase, C-terminal domain 298 462 1.9E-22 T 16-09-2021 IPR008334 5'-Nucleotidase, C-terminal GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_01944 03ebaa929ee6a67a0b51ad61614571cd 504 PANTHER PTHR11575 2 502 1.2E-85 T 16-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 PRINTS PR00990 Ribokinase signature 231 242 5.5E-6 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 PRINTS PR00990 Ribokinase signature 192 207 5.5E-6 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 PRINTS PR00990 Ribokinase signature 41 60 5.5E-6 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 SUPERFAMILY SSF53613 14 315 1.12E-72 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 ProSitePatterns PS00583 pfkB family of carbohydrate kinases signature 1. 46 70 - T 16-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 PANTHER PTHR43085 12 307 8.5E-50 T 16-09-2021 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 Gene3D G3DSA:3.40.1190.30 15 199 1.4E-46 T 16-09-2021 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 Gene3D G3DSA:3.40.1620.20 200 257 1.9E-22 T 16-09-2021 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 CDD cd01167 bac_FRK 17 278 2.79703E-66 T 16-09-2021 +MGYG000000001_00778 3b74f43424d7a1c526937beca1418039 318 Pfam PF00294 pfkB family carbohydrate kinase 16 308 9.4E-60 T 16-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 ProSiteProfiles PS50305 Sirtuin catalytic domain profile. 4 244 48.33 T 16-09-2021 IPR026590 Sirtuin family, catalytic core domain +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 SUPERFAMILY SSF52467 2 244 2.2E-81 T 16-09-2021 IPR029035 DHS-like NAD/FAD-binding domain superfamily +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 Gene3D G3DSA:3.30.1600.10 30 168 1.1E-75 T 16-09-2021 IPR026591 Sirtuin, catalytic core small domain superfamily +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 Hamap MF_01968 NAD-dependent protein deacetylase [cobB]. 5 241 60.665 T 16-09-2021 IPR028628 Sirtuin, class U GO:0034979|GO:0051287 +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 Pfam PF02146 Sir2 family 21 198 1.8E-48 T 16-09-2021 IPR003000 Sirtuin family GO:0070403 +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 PANTHER PTHR11085:SF15 2 242 6.3E-71 T 16-09-2021 +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 PANTHER PTHR11085 2 242 6.3E-71 T 16-09-2021 +MGYG000000001_01620 26524949e2fc71ed01927f975f75b75c 244 Gene3D G3DSA:3.40.50.1220 12 239 1.1E-75 T 16-09-2021 +MGYG000000001_01035 26cbc7440b5a94ee52d6a80406a8a05e 214 PANTHER PTHR21666 34 211 1.6E-19 T 16-09-2021 +MGYG000000001_01035 26cbc7440b5a94ee52d6a80406a8a05e 214 MobiDBLite mobidb-lite consensus disorder prediction 53 77 - T 16-09-2021 +MGYG000000001_01035 26cbc7440b5a94ee52d6a80406a8a05e 214 Gene3D G3DSA:2.70.70.10 61 212 8.4E-24 T 16-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_01035 26cbc7440b5a94ee52d6a80406a8a05e 214 SUPERFAMILY SSF51261 103 212 6.28E-18 T 16-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_01035 26cbc7440b5a94ee52d6a80406a8a05e 214 Pfam PF01551 Peptidase family M23 111 209 2.6E-18 T 16-09-2021 IPR016047 Peptidase M23 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 Gene3D G3DSA:1.20.1090.10 178 380 3.8E-56 T 16-09-2021 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 Gene3D G3DSA:3.40.50.1970 1 177 9.8E-46 T 16-09-2021 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 PANTHER PTHR11496:SF95 3 378 5.8E-110 T 16-09-2021 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 PANTHER PTHR11496 3 378 5.8E-110 T 16-09-2021 IPR039697 Iron-type alcohol dehydrogenase-like Reactome: R-HSA-880009 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 ProSitePatterns PS00913 Iron-containing alcohol dehydrogenases signature 1. 166 194 - T 16-09-2021 IPR018211 Alcohol dehydrogenase, iron-type, conserved site GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 SUPERFAMILY SSF56796 5 378 2.36E-108 T 16-09-2021 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 ProSitePatterns PS00060 Iron-containing alcohol dehydrogenases signature 2. 253 273 - T 16-09-2021 IPR018211 Alcohol dehydrogenase, iron-type, conserved site GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 CDD cd08180 PDD 7 377 3.84006E-162 T 16-09-2021 +MGYG000000001_01165 36b1c5d8a86027f6cad04af41574429e 380 Pfam PF00465 Iron-containing alcohol dehydrogenase 15 371 7.1E-101 T 16-09-2021 IPR001670 Alcohol dehydrogenase, iron-type/glycerol dehydrogenase GldA GO:0016491|GO:0046872|GO:0055114 Reactome: R-HSA-880009 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 TIGRFAM TIGR00181 pepF: oligoendopeptidase F 57 627 5.8E-157 T 16-09-2021 IPR004438 Peptidase M3B, oligoendopeptidase F GO:0004222|GO:0006508 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 Gene3D G3DSA:1.10.1370.20 262 632 4.7E-125 T 16-09-2021 IPR042088 Oligoendopeptidase F, C-terminal domain +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 PANTHER PTHR11804:SF8 56 630 5.0E-100 T 16-09-2021 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 PANTHER PTHR11804 56 630 5.0E-100 T 16-09-2021 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 Pfam PF01432 Peptidase family M3 240 615 2.6E-55 T 16-09-2021 IPR001567 Peptidase M3A/M3B catalytic domain GO:0004222|GO:0006508 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 Gene3D G3DSA:1.20.140.70 69 224 1.8E-28 T 16-09-2021 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 CDD cd09608 M3B_PepF 79 625 0.0 T 16-09-2021 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 Pfam PF08439 Oligopeptidase F 159 225 1.1E-13 T 16-09-2021 IPR013647 Oligopeptidase F, N-terminal domain +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 Coils Coil 615 632 - T 16-09-2021 +MGYG000000001_00708 4fe5fd6baa047a75f05eb1d0e593fca2 632 SUPERFAMILY SSF55486 57 612 1.76E-94 T 16-09-2021 +MGYG000000001_00453 a911504243a701484b30f125c48bd8d0 41 Pfam PF13031 Protein of unknown function (DUF3892) 1 37 1.4E-10 T 16-09-2021 IPR024997 Protein of unknown function DUF3892 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Gene3D G3DSA:2.40.50.570 125 209 3.3E-12 T 16-09-2021 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Pfam PF17650 RACo linker region 121 207 4.8E-21 T 16-09-2021 IPR040506 RACo linker region +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 PANTHER PTHR42895 9 628 4.4E-142 T 16-09-2021 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 SUPERFAMILY SSF53067 212 437 1.9E-6 T 16-09-2021 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 CDD cd00207 fer2 2 86 5.54586E-17 T 16-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Gene3D G3DSA:3.30.420.480 210 385 5.7E-53 T 16-09-2021 IPR042259 RACo, middle domain superfamily +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Pfam PF14574 C-terminal domain of RACo the ASKHA domain 376 637 3.9E-103 T 16-09-2021 IPR027980 RACo, C-terminal +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Pfam PF00111 2Fe-2S iron-sulfur cluster binding domain 11 79 6.0E-11 T 16-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Gene3D G3DSA:3.10.20.30 1 92 1.0E-25 T 16-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 PANTHER PTHR42895:SF2 9 628 4.4E-142 T 16-09-2021 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 Pfam PF17651 RACo middle region 212 371 1.2E-52 T 16-09-2021 IPR041414 RACo, middle region +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 SUPERFAMILY SSF54292 2 90 1.06E-20 T 16-09-2021 IPR036010 2Fe-2S ferredoxin-like superfamily GO:0009055|GO:0051536 +MGYG000000001_01334 cd05ec32c87c768ed3fce2871342f937 642 ProSiteProfiles PS51085 2Fe-2S ferredoxin-type iron-sulfur binding domain profile. 2 91 11.446 T 16-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 SUPERFAMILY SSF51569 2 198 1.83E-62 T 16-09-2021 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 Pfam PF01081 KDPG and KHG aldolase 3 186 1.1E-48 T 16-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 CDD cd00452 KDPG_aldolase 5 201 3.04168E-80 T 16-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 PANTHER PTHR30246 2 200 1.4E-65 T 16-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 Gene3D G3DSA:3.20.20.70 1 203 3.0E-73 T 16-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 PANTHER PTHR30246:SF1 2 200 1.4E-65 T 16-09-2021 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 Coils Coil 184 203 - T 16-09-2021 +MGYG000000001_01269 3e694afae0715debc0a11ac5851a7d60 203 TIGRFAM TIGR01182 eda: 2-dehydro-3-deoxyphosphogluconate aldolase/4-hydroxy-2-oxoglutarate aldolase 3 197 1.6E-56 T 16-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_02234 6675b31590f31cc99afd0111d7860510 245 Coils Coil 241 245 - T 16-09-2021 +MGYG000000001_02234 6675b31590f31cc99afd0111d7860510 245 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 7.0 T 16-09-2021 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 TIGRFAM TIGR00797 matE: MATE efflux family protein 28 423 1.9E-65 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 CDD cd13144 MATE_like_4 13 445 0.0 T 16-09-2021 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 PIRSF PIRSF006603 4 453 9.7E-111 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 Pfam PF01554 MatE 28 188 5.0E-29 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 Pfam PF01554 MatE 253 414 4.8E-20 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 PANTHER PTHR43823:SF1 7 452 3.4E-104 T 16-09-2021 +MGYG000000001_02932 453847e1a7d1a1acc98a834f4402666e 454 PANTHER PTHR43823 7 452 3.4E-104 T 16-09-2021 +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 103 302 8.2E-23 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 SUPERFAMILY SSF161098 32 301 8.69E-40 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 CDD cd06261 TM_PBP2 88 254 5.39882E-14 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 TIGRFAM TIGR02138 phosphate_pstC: phosphate ABC transporter, permease protein PstC 27 302 2.0E-85 T 16-09-2021 IPR011864 Phosphate ABC transporter, permease protein PstC GO:0005315|GO:0006817|GO:0016021 +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 Gene3D G3DSA:1.10.3720.10 82 305 3.1E-37 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 88 297 25.498 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00059 3f892aa057032e0904154de25e6d4f97 305 PANTHER PTHR30425 12 300 8.8E-90 T 16-09-2021 +MGYG000000001_00732 9c535c13f0b32ebc119665d48c763b45 126 Gene3D G3DSA:3.90.470.20 1 125 1.3E-35 T 16-09-2021 IPR037143 4'-phosphopantetheinyl transferase domain superfamily GO:0000287|GO:0008897 KEGG: 00770+2.7.8.7|MetaCyc: PWY-6012|MetaCyc: PWY-6012-1|MetaCyc: PWY-6289|Reactome: R-HSA-199220 +MGYG000000001_00732 9c535c13f0b32ebc119665d48c763b45 126 SUPERFAMILY SSF56214 3 121 1.02E-27 T 16-09-2021 IPR037143 4'-phosphopantetheinyl transferase domain superfamily GO:0000287|GO:0008897 KEGG: 00770+2.7.8.7|MetaCyc: PWY-6012|MetaCyc: PWY-6012-1|MetaCyc: PWY-6289|Reactome: R-HSA-199220 +MGYG000000001_00732 9c535c13f0b32ebc119665d48c763b45 126 Pfam PF01648 4'-phosphopantetheinyl transferase superfamily 6 119 8.6E-21 T 16-09-2021 IPR008278 4'-phosphopantetheinyl transferase domain GO:0000287|GO:0008897 KEGG: 00770+2.7.8.7|MetaCyc: PWY-6012|MetaCyc: PWY-6012-1|MetaCyc: PWY-6289|Reactome: R-HSA-199220 +MGYG000000001_00732 9c535c13f0b32ebc119665d48c763b45 126 TIGRFAM TIGR00516 acpS: holo-[acyl-carrier-protein] synthase 3 121 5.9E-30 T 16-09-2021 IPR002582 Holo-[acyl carrier protein] synthase GO:0000287|GO:0006633|GO:0008897 KEGG: 00770+2.7.8.7|MetaCyc: PWY-6012|MetaCyc: PWY-6012-1|MetaCyc: PWY-6289 +MGYG000000001_00732 9c535c13f0b32ebc119665d48c763b45 126 Hamap MF_00101 Holo-[acyl-carrier-protein] synthase [acpS]. 4 124 23.397 T 16-09-2021 IPR002582 Holo-[acyl carrier protein] synthase GO:0000287|GO:0006633|GO:0008897 KEGG: 00770+2.7.8.7|MetaCyc: PWY-6012|MetaCyc: PWY-6012-1|MetaCyc: PWY-6289 +MGYG000000001_00732 9c535c13f0b32ebc119665d48c763b45 126 TIGRFAM TIGR00556 pantethn_trn: phosphopantetheine--protein transferase domain 4 121 5.1E-29 T 16-09-2021 IPR004568 Phosphopantetheine-protein transferase domain GO:0000287|GO:0006633|GO:0008897 KEGG: 00770+2.7.8.7|MetaCyc: PWY-6012|MetaCyc: PWY-6012-1|MetaCyc: PWY-6289 +MGYG000000001_02677 c023d08952f958dd66e5ae8832acdb99 290 TIGRFAM TIGR01913 bet_lambda: phage recombination protein Bet 21 188 9.8E-45 T 16-09-2021 IPR010183 Bacteriophage lambda, Bet +MGYG000000001_02677 c023d08952f958dd66e5ae8832acdb99 290 Pfam PF03837 RecT family 26 193 4.8E-39 T 16-09-2021 IPR018330 RecT family GO:0003677|GO:0006259 +MGYG000000001_01643 b087769cc09cf748e55e522d8eb9ca6f 224 PANTHER PTHR31885 6 222 1.3E-27 T 16-09-2021 IPR012506 YhhN-like GO:0016021 +MGYG000000001_01643 b087769cc09cf748e55e522d8eb9ca6f 224 Pfam PF07947 YhhN family 27 221 1.3E-30 T 16-09-2021 IPR012506 YhhN-like GO:0016021 +MGYG000000001_02966 70489abc7750f0bc03ca806ff343c133 181 Coils Coil 170 181 - T 16-09-2021 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 PANTHER PTHR43166 1 318 5.7E-123 T 16-09-2021 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 Gene3D G3DSA:3.30.70.260 233 318 7.7E-11 T 16-09-2021 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 SUPERFAMILY SSF55021 238 318 1.83E-15 T 16-09-2021 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 PANTHER PTHR43166:SF5 1 318 5.7E-123 T 16-09-2021 IPR026253 Methionine import ATP-binding protein MetN GO:0005524|GO:0015821|GO:0042626 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 Pfam PF09383 NIL domain 248 317 8.5E-14 T 16-09-2021 IPR018449 NIL domain +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 SMART SM00382 26 213 9.3E-15 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 237 29.545 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 SUPERFAMILY SSF52540 1 229 3.19E-80 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 ProSitePatterns PS00211 ABC transporters family signature. 137 151 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 SMART SM00930 245 318 7.3E-19 T 16-09-2021 IPR018449 NIL domain +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 CDD cd03258 ABC_MetN_methionine_transporter 1 227 1.14739E-135 T 16-09-2021 IPR041701 Methionine import ATP-binding protein MetN, ATP-binding cassette domain +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 Pfam PF00005 ABC transporter 17 165 4.1E-39 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 ProSiteProfiles PS51264 Methionine import ATP-binding protein metN family profile. 213 318 16.47 T 16-09-2021 IPR017908 ABC transporter, methionine import, ATP-binding protein, MetN, C-terminal +MGYG000000001_01965 eb358030cbcdb60a83eb5ab82c96bd6f 318 Gene3D G3DSA:3.40.50.300 1 232 5.5E-76 T 16-09-2021 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 Gene3D G3DSA:3.40.1090.10 80 257 7.2E-17 T 16-09-2021 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 Gene3D G3DSA:3.40.1090.10 1 79 2.4E-21 T 16-09-2021 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 PANTHER PTHR14226 3 221 3.7E-28 T 16-09-2021 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 Pfam PF01734 Patatin-like phospholipase 4 190 1.4E-26 T 16-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 CDD cd07209 Pat_hypo_Ecoli_Z1214_like 4 255 1.63177E-60 T 16-09-2021 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 ProSiteProfiles PS51635 Patatin-like phospholipase (PNPLA) domain profile. 4 191 22.746 T 16-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_02934 48f11d2c3253c659fedfff7b1e9c2a92 406 SUPERFAMILY SSF52151 2 258 3.92E-43 T 16-09-2021 IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase +MGYG000000001_00603 b5265eb44f235a696990c1e4f3efda6d 474 PANTHER PTHR36834 20 205 1.6E-25 T 16-09-2021 +MGYG000000001_00603 b5265eb44f235a696990c1e4f3efda6d 474 Pfam PF04892 VanZ like family 57 174 3.8E-20 T 16-09-2021 IPR006976 VanZ-like +MGYG000000001_01419 f75da9254f5edcd9190ac45c05878aab 264 Pfam PF04991 LicD family 26 236 1.7E-46 T 16-09-2021 IPR007074 LicD family +MGYG000000001_01419 f75da9254f5edcd9190ac45c05878aab 264 PANTHER PTHR43404 3 252 1.7E-39 T 16-09-2021 +MGYG000000001_02870 993a1ec2b7071285be89a3d857411b18 80 CDD cd06530 S26_SPase_I 1 59 2.82526E-10 T 16-09-2021 +MGYG000000001_02870 993a1ec2b7071285be89a3d857411b18 80 TIGRFAM TIGR02228 sigpep_I_arch: signal peptidase I 1 77 5.8E-19 T 16-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_02870 993a1ec2b7071285be89a3d857411b18 80 PANTHER PTHR10806 1 79 2.2E-14 T 16-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_02870 993a1ec2b7071285be89a3d857411b18 80 PANTHER PTHR10806:SF11 1 79 2.2E-14 T 16-09-2021 +MGYG000000001_02870 993a1ec2b7071285be89a3d857411b18 80 Pfam PF00717 Peptidase S24-like 1 57 1.7E-8 T 16-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_02870 993a1ec2b7071285be89a3d857411b18 80 SUPERFAMILY SSF51306 1 59 2.22E-5 T 16-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 SMART SM00382 27 206 3.9E-12 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 Pfam PF00005 ABC transporter 22 157 3.3E-23 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 Gene3D G3DSA:3.40.50.300 1 243 2.3E-43 T 16-09-2021 +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 CDD cd03230 ABC_DR_subfamily_A 4 207 2.04202E-53 T 16-09-2021 +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 PANTHER PTHR42939:SF3 1 283 4.2E-93 T 16-09-2021 +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 SUPERFAMILY SSF52540 4 222 2.85E-43 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 229 18.568 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00860 761e8b6d1676716666ff7d61ae96491d 284 PANTHER PTHR42939 1 283 4.2E-93 T 16-09-2021 +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 PANTHER PTHR22550:SF15 74 190 1.4E-13 T 16-09-2021 +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 ProSiteProfiles PS50234 VWFA domain profile. 78 224 14.039 T 16-09-2021 IPR002035 von Willebrand factor, type A +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 MobiDBLite mobidb-lite consensus disorder prediction 271 286 - T 16-09-2021 +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 Gene3D G3DSA:3.40.50.410 73 353 1.2E-28 T 16-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 PANTHER PTHR22550 74 190 1.4E-13 T 16-09-2021 +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 SUPERFAMILY SSF53300 75 192 3.89E-22 T 16-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 CDD cd00198 vWFA 77 192 9.75419E-15 T 16-09-2021 +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 Pfam PF13519 von Willebrand factor type A domain 79 186 2.2E-18 T 16-09-2021 IPR002035 von Willebrand factor, type A +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 MobiDBLite mobidb-lite consensus disorder prediction 271 291 - T 16-09-2021 +MGYG000000001_02547 351c75533afb01e7cc97f3d6c0f7ce2d 698 SMART SM00327 76 342 2.5E-12 T 16-09-2021 IPR002035 von Willebrand factor, type A +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 PANTHER PTHR43022 6 363 1.2E-83 T 16-09-2021 IPR003488 DNA recombination-mediator protein A GO:0009294 +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 SUPERFAMILY SSF102405 81 288 1.99E-34 T 16-09-2021 +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 TIGRFAM TIGR00732 dprA: DNA protecting protein DprA 71 288 1.6E-74 T 16-09-2021 IPR003488 DNA recombination-mediator protein A GO:0009294 +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 Coils Coil 21 41 - T 16-09-2021 +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 Gene3D G3DSA:3.40.50.450 4 296 1.6E-91 T 16-09-2021 +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 SUPERFAMILY SSF47781 6 62 1.33E-5 T 16-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_01323 8b2774c062f9f8f5e2cb907c35bc5a30 366 Pfam PF02481 DNA recombination-mediator protein A 72 280 1.8E-76 T 16-09-2021 IPR003488 DNA recombination-mediator protein A GO:0009294 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 Hamap MF_00360 30S ribosomal protein S6 [rpsF]. 1 92 18.277 T 16-09-2021 IPR020814 Ribosomal protein S6, plastid/chloroplast GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 Gene3D G3DSA:3.30.70.60 1 92 4.3E-33 T 16-09-2021 IPR014717 Translation elongation factor EF1B/ribosomal protein S6 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 SUPERFAMILY SSF54995 1 90 9.94E-31 T 16-09-2021 IPR035980 Ribosomal protein S6 superfamily GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 PANTHER PTHR21011 1 90 2.0E-23 T 16-09-2021 IPR000529 Ribosomal protein S6 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 TIGRFAM TIGR00166 S6: ribosomal protein bS6 1 91 3.3E-28 T 16-09-2021 IPR000529 Ribosomal protein S6 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 CDD cd00473 bS6 3 90 2.50691E-38 T 16-09-2021 IPR020814 Ribosomal protein S6, plastid/chloroplast GO:0003735|GO:0005840|GO:0006412|GO:0019843 +MGYG000000001_00929 befe1c7bcf9b5a7fa116f58c81c3c956 92 Pfam PF01250 Ribosomal protein S6 3 90 4.3E-31 T 16-09-2021 IPR000529 Ribosomal protein S6 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01901 5892301d1a962ac4f69698663986bdb9 228 PANTHER PTHR40078 5 193 3.3E-43 T 16-09-2021 IPR038750 Uncharacterized protein YczE/YyaS-like +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 CDD cd04301 NAT_SF 202 261 9.59136E-8 T 16-09-2021 +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 PANTHER PTHR43420:SF16 149 282 9.2E-17 T 16-09-2021 +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 SUPERFAMILY SSF55729 119 283 6.45E-21 T 16-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 Gene3D G3DSA:3.40.630.30 146 283 8.8E-20 T 16-09-2021 +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 Pfam PF00583 Acetyltransferase (GNAT) family 194 279 3.1E-12 T 16-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 PANTHER PTHR43420 149 282 9.2E-17 T 16-09-2021 +MGYG000000001_00764 d8d8d6e75ddf7a42ca2766931d3216dd 293 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 151 293 18.745 T 16-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 Gene3D G3DSA:3.30.565.10 326 477 1.4E-33 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 SMART SM00387 368 477 3.2E-21 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 SUPERFAMILY SSF47384 237 322 3.53E-17 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 SMART SM00388 254 321 6.3E-18 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 CDD cd06225 HAMP 200 243 3.53286E-4 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 PRINTS PR00344 Bacterial sensor protein C-terminal signature 438 456 5.9E-8 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 PRINTS PR00344 Bacterial sensor protein C-terminal signature 423 433 5.9E-8 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 PRINTS PR00344 Bacterial sensor protein C-terminal signature 405 419 5.9E-8 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 PANTHER PTHR42878:SF3 10 463 2.5E-69 T 16-09-2021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 ProSiteProfiles PS50109 Histidine kinase domain profile. 261 477 43.215 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 370 474 3.3E-17 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 Gene3D G3DSA:1.10.287.130 245 325 3.6E-21 T 16-09-2021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 SUPERFAMILY SSF55874 311 474 4.19E-36 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 Coils Coil 315 342 - T 16-09-2021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 CDD cd00075 HATPase 373 474 5.19172E-27 T 16-09-2021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 Pfam PF00512 His Kinase A (phospho-acceptor) domain 255 321 5.2E-16 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 CDD cd00082 HisKA 252 317 3.62768E-16 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 PANTHER PTHR42878 10 463 2.5E-69 T 16-09-2021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 ProSiteProfiles PS50885 HAMP domain profile. 194 246 7.694 T 16-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_02483 c94f3ff9ad6eb0d91cbfdac592dca32f 477 Coils Coil 227 254 - T 16-09-2021 +MGYG000000001_01483 9a1a85de2f944326ffb95671eca97899 102 MobiDBLite mobidb-lite consensus disorder prediction 73 87 - T 16-09-2021 +MGYG000000001_01483 9a1a85de2f944326ffb95671eca97899 102 Pfam PF10668 Phage terminase small subunit 1 59 6.5E-31 T 16-09-2021 IPR018925 Phage terminase small subunit +MGYG000000001_01483 9a1a85de2f944326ffb95671eca97899 102 MobiDBLite mobidb-lite consensus disorder prediction 59 88 - T 16-09-2021 +MGYG000000001_02773 dc478d3c903b41fe8b7648b159df804b 84 Gene3D G3DSA:1.20.1090.10 3 83 3.0E-8 T 16-09-2021 +MGYG000000001_02773 dc478d3c903b41fe8b7648b159df804b 84 SUPERFAMILY SSF56796 4 82 8.37E-7 T 16-09-2021 +MGYG000000001_02773 dc478d3c903b41fe8b7648b159df804b 84 CDD cd08183 Fe-ADH-like 3 81 5.32979E-11 T 16-09-2021 +MGYG000000001_01837 706c172e29675c4d25412c647f38f743 256 PANTHER PTHR30283 1 256 2.5E-81 T 16-09-2021 IPR005583 Peroxide stress protein YaaA +MGYG000000001_01837 706c172e29675c4d25412c647f38f743 256 Hamap MF_00652 UPF0246 protein YaaA [yaaA]. 1 256 29.708 T 16-09-2021 IPR005583 Peroxide stress protein YaaA +MGYG000000001_01837 706c172e29675c4d25412c647f38f743 256 Pfam PF03883 Peroxide stress protein YaaA 1 245 2.2E-74 T 16-09-2021 IPR005583 Peroxide stress protein YaaA +MGYG000000001_01098 e7cd8b0406719dc83fae8ee501a5cdd8 279 Pfam PF04233 Phage Mu protein F like protein 151 270 1.2E-18 T 16-09-2021 IPR006528 Phage head morphogenesis domain +MGYG000000001_01098 e7cd8b0406719dc83fae8ee501a5cdd8 279 TIGRFAM TIGR01641 phageSPP1_gp7: phage head morphogenesis protein, SPP1 gp7 family 154 241 4.8E-11 T 16-09-2021 IPR006528 Phage head morphogenesis domain +MGYG000000001_01707 05c557525f32049571684133ae8c7e11 107 Pfam PF00455 DeoR C terminal sensor domain 9 87 2.0E-18 T 16-09-2021 IPR014036 DeoR C-terminal sensor domain +MGYG000000001_01707 05c557525f32049571684133ae8c7e11 107 PANTHER PTHR30363:SF53 7 91 4.4E-17 T 16-09-2021 +MGYG000000001_01707 05c557525f32049571684133ae8c7e11 107 SUPERFAMILY SSF100950 9 88 3.87E-13 T 16-09-2021 IPR037171 NagB/RpiA transferase-like +MGYG000000001_01707 05c557525f32049571684133ae8c7e11 107 SMART SM01134 1 89 0.002 T 16-09-2021 +MGYG000000001_01707 05c557525f32049571684133ae8c7e11 107 PANTHER PTHR30363 7 91 4.4E-17 T 16-09-2021 +MGYG000000001_02741 606ab46d509a8cb59d1349d1716e11e3 53 MobiDBLite mobidb-lite consensus disorder prediction 20 53 - T 16-09-2021 +MGYG000000001_01451 c871fa58d3e57fe5b1eba37683c9895f 141 Gene3D G3DSA:3.40.50.1820 7 139 9.2E-28 T 16-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01451 c871fa58d3e57fe5b1eba37683c9895f 141 SUPERFAMILY SSF53474 14 134 6.1E-24 T 16-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01451 c871fa58d3e57fe5b1eba37683c9895f 141 Pfam PF12146 Serine aminopeptidase, S33 34 135 3.1E-30 T 16-09-2021 IPR022742 Serine aminopeptidase, S33 +MGYG000000001_01451 c871fa58d3e57fe5b1eba37683c9895f 141 PANTHER PTHR11614:SF140 15 132 1.4E-29 T 16-09-2021 +MGYG000000001_01451 c871fa58d3e57fe5b1eba37683c9895f 141 PANTHER PTHR11614 15 132 1.4E-29 T 16-09-2021 +MGYG000000001_02258 a9a05673650032f9d01ba0f04c8b4428 355 Pfam PF01757 Acyltransferase family 12 317 2.1E-24 T 16-09-2021 IPR002656 Acyltransferase 3 GO:0016747 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 CDD cd06163 S2P-M50_PDZ_RseP-like 3 332 3.15939E-59 T 16-09-2021 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 Gene3D G3DSA:2.30.42.10 117 199 6.6E-23 T 16-09-2021 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 Pfam PF17820 PDZ domain 121 170 9.9E-12 T 16-09-2021 IPR041489 PDZ domain 6 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 PANTHER PTHR42837 1 334 2.7E-100 T 16-09-2021 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 SUPERFAMILY SSF50156 78 183 2.76E-20 T 16-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 Pfam PF02163 Peptidase family M50 6 320 7.4E-71 T 16-09-2021 IPR008915 Peptidase M50 GO:0004222|GO:0006508 Reactome: R-HSA-1655829|Reactome: R-HSA-381033|Reactome: R-HSA-8874211|Reactome: R-HSA-8963889 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 CDD cd00989 PDZ_metalloprotease 115 182 1.19356E-18 T 16-09-2021 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 PANTHER PTHR42837:SF2 1 334 2.7E-100 T 16-09-2021 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 TIGRFAM TIGR00054 TIGR00054: RIP metalloprotease RseP 117 334 2.5E-52 T 16-09-2021 IPR004387 Peptidase M50, putative membrane-associated zinc metallopeptidase GO:0004222|GO:0006508|GO:0016021 +MGYG000000001_01675 f1fb66ae27ee4ae98c344d4dd26b5e56 334 SMART SM00228 106 173 1.3E-6 T 16-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 Gene3D G3DSA:1.10.3720.10 1 271 5.7E-36 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 PANTHER PTHR42929:SF1 1 271 1.3E-44 T 16-09-2021 +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 SUPERFAMILY SSF161098 7 278 1.78E-43 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 CDD cd06261 TM_PBP2 127 236 6.52887E-5 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 PANTHER PTHR42929 1 271 1.3E-44 T 16-09-2021 +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 63 271 21.601 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02097 d582ef83bfb4856e60d98adb7de13c8f 282 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 85 279 4.2E-8 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02323 ead1485c5a69643206c1ec66dffdf8dc 156 SUPERFAMILY SSF51197 1 154 5.22E-40 T 16-09-2021 +MGYG000000001_02323 ead1485c5a69643206c1ec66dffdf8dc 156 TIGRFAM TIGR00022 TIGR00022: YhcH/YjgK/YiaL family protein 1 155 1.5E-40 T 16-09-2021 IPR004375 YhcH/YjgK/YiaL family +MGYG000000001_02323 ead1485c5a69643206c1ec66dffdf8dc 156 Gene3D G3DSA:2.60.120.370 1 155 4.6E-44 T 16-09-2021 IPR037012 YhcH/YjgK/YiaL superfamily +MGYG000000001_02323 ead1485c5a69643206c1ec66dffdf8dc 156 Pfam PF04074 YhcH/YjgK/YiaL 1 151 2.1E-43 T 16-09-2021 IPR004375 YhcH/YjgK/YiaL family +MGYG000000001_02323 ead1485c5a69643206c1ec66dffdf8dc 156 PANTHER PTHR34986 1 154 3.3E-42 T 16-09-2021 IPR004375 YhcH/YjgK/YiaL family +MGYG000000001_01869 50ab7930a54809ebe7f2e814d3e70327 58 Gene3D G3DSA:3.90.110.10 1 58 1.0E-19 T 16-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_01869 50ab7930a54809ebe7f2e814d3e70327 58 Pfam PF11975 Family 4 glycosyl hydrolase C-terminal domain 1 33 2.3E-5 T 16-09-2021 IPR022616 Glycosyl hydrolase, family 4, C-terminal GO:0004553 +MGYG000000001_01869 50ab7930a54809ebe7f2e814d3e70327 58 PANTHER PTHR32092:SF14 1 57 7.3E-22 T 16-09-2021 +MGYG000000001_01869 50ab7930a54809ebe7f2e814d3e70327 58 SUPERFAMILY SSF56327 1 57 2.59E-18 T 16-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_01869 50ab7930a54809ebe7f2e814d3e70327 58 PANTHER PTHR32092 1 57 7.3E-22 T 16-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00796 f42179d01f7f3e9a71ad7ee7053f2a27 50 SUPERFAMILY SSF53927 6 42 1.38E-7 T 16-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_01078 c4b0d2d9e0593db277dfa10da5be6789 285 Gene3D G3DSA:3.20.20.150 1 282 2.9E-67 T 16-09-2021 +MGYG000000001_01078 c4b0d2d9e0593db277dfa10da5be6789 285 PANTHER PTHR12110 1 277 6.6E-61 T 16-09-2021 +MGYG000000001_01078 c4b0d2d9e0593db277dfa10da5be6789 285 SUPERFAMILY SSF51658 19 279 8.84E-40 T 16-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_01078 c4b0d2d9e0593db277dfa10da5be6789 285 PANTHER PTHR12110:SF41 1 277 6.6E-61 T 16-09-2021 +MGYG000000001_01078 c4b0d2d9e0593db277dfa10da5be6789 285 Pfam PF01261 Xylose isomerase-like TIM barrel 26 214 4.6E-19 T 16-09-2021 IPR013022 Xylose isomerase-like, TIM barrel domain +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 Gene3D G3DSA:1.20.140.70 22 176 1.1E-46 T 16-09-2021 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 Pfam PF08439 Oligopeptidase F 112 180 9.5E-23 T 16-09-2021 IPR013647 Oligopeptidase F, N-terminal domain +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 Pfam PF01432 Peptidase family M3 201 580 8.0E-69 T 16-09-2021 IPR001567 Peptidase M3A/M3B catalytic domain GO:0004222|GO:0006508 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 TIGRFAM TIGR00181 pepF: oligoendopeptidase F 5 592 1.2E-203 T 16-09-2021 IPR004438 Peptidase M3B, oligoendopeptidase F GO:0004222|GO:0006508 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 Coils Coil 16 46 - T 16-09-2021 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 SUPERFAMILY SSF55486 12 573 5.62E-120 T 16-09-2021 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 Gene3D G3DSA:1.10.287.830 178 224 8.1E-21 T 16-09-2021 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 PANTHER PTHR11804 4 592 2.8E-150 T 16-09-2021 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 CDD cd09608 M3B_PepF 32 590 0.0 T 16-09-2021 +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 Gene3D G3DSA:1.10.1370.20 225 594 6.6E-141 T 16-09-2021 IPR042088 Oligoendopeptidase F, C-terminal domain +MGYG000000001_00055 8e141d907970c63c43cf256d4a79d1f1 594 PANTHER PTHR11804:SF8 4 592 2.8E-150 T 16-09-2021 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF49785 64 203 6.96E-17 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF08305 NPCBM/NEW2 domain 1747 1887 8.3E-40 T 16-09-2021 IPR013222 Glycosyl hydrolase family 98, putative carbohydrate-binding module +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF08305 NPCBM/NEW2 domain 1522 1658 8.5E-31 T 16-09-2021 IPR013222 Glycosyl hydrolase family 98, putative carbohydrate-binding module +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:1.20.1270.90 1895 1964 7.3E-6 T 16-09-2021 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF49785 520 650 5.74E-20 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF16403 Domain of unknown function (DUF5011) 1455 1513 4.3E-8 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF16403 Domain of unknown function (DUF5011) 1666 1740 7.7E-16 T 16-09-2021 IPR032179 Domain of unknown function DUF5011 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF49785 740 869 2.13E-17 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:3.80.10.10 1997 2055 6.8E-13 T 16-09-2021 IPR032675 Leucine-rich repeat domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.260 63 201 1.0E-17 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.260 518 649 6.3E-22 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.1250 926 1046 1.2E-8 T 16-09-2021 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 ProSiteProfiles PS51723 Peptidase family M60 domain profile. 961 1278 49.677 T 16-09-2021 IPR031161 Peptidase family M60 domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 ProSiteProfiles PS51450 Leucine-rich repeat profile. 1995 2014 4.701 T 16-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:3.80.10.10 1967 2015 6.8E-13 T 16-09-2021 IPR032675 Leucine-rich repeat domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.40.10 1441 1516 4.5E-14 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 ProSiteProfiles PS50022 Coagulation factors 5/8 type C domain (FA58C) profile. 502 651 12.243 T 16-09-2021 IPR000421 Coagulation factor 5/8 C-terminal domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF49785 1520 1662 6.38E-33 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:1.10.390.30 1202 1360 2.2E-22 T 16-09-2021 IPR042279 Peptidase M60, enhancin-like domain 3 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Coils Coil 245 265 - T 16-09-2021 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:1.10.1740.210 1063 1201 7.6E-12 T 16-09-2021 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.1060 1517 1659 3.6E-32 T 16-09-2021 IPR038637 NPCBM domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.1060 1741 1888 8.7E-47 T 16-09-2021 IPR038637 NPCBM domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 ProSiteProfiles PS51450 Leucine-rich repeat profile. 2015 2036 9.113 T 16-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SMART SM01276 961 1278 3.4E-38 T 16-09-2021 IPR031161 Peptidase family M60 domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 ProSiteProfiles PS51450 Leucine-rich repeat profile. 1413 1434 4.508 T 16-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF49785 1745 1891 8.5E-40 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 ProSiteProfiles PS50022 Coagulation factors 5/8 type C domain (FA58C) profile. 278 428 12.352 T 16-09-2021 IPR000421 Coagulation factor 5/8 C-terminal domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SMART SM00776 1743 1889 2.7E-47 T 16-09-2021 IPR013222 Glycosyl hydrolase family 98, putative carbohydrate-binding module +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SMART SM00776 1519 1660 2.2E-31 T 16-09-2021 IPR013222 Glycosyl hydrolase family 98, putative carbohydrate-binding module +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF49785 296 428 2.34E-20 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 SUPERFAMILY SSF52047 1954 2044 5.1E-7 T 16-09-2021 +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF00754 F5/8 type C domain 741 867 1.6E-13 T 16-09-2021 IPR000421 Coagulation factor 5/8 C-terminal domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF00754 F5/8 type C domain 69 198 1.5E-10 T 16-09-2021 IPR000421 Coagulation factor 5/8 C-terminal domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF00754 F5/8 type C domain 525 646 2.3E-14 T 16-09-2021 IPR000421 Coagulation factor 5/8 C-terminal domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Pfam PF00754 F5/8 type C domain 310 417 7.0E-14 T 16-09-2021 IPR000421 Coagulation factor 5/8 C-terminal domain +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.40.10 1664 1740 1.1E-19 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.260 276 428 7.4E-24 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00152 7b5118a88cfd9c4cbf6257f5e9238c10 2140 Gene3D G3DSA:2.60.120.260 719 872 9.5E-21 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 PIRSF PIRSF001492 1 510 1.1E-212 T 16-09-2021 IPR005995 Phosphoglycerate mutase, 2,3-bisphosphoglycerate-independent GO:0004619|GO:0006007 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 Hamap MF_01038 2,3-bisphosphoglycerate-independent phosphoglycerate mutase [gpmI]. 3 508 51.526 T 16-09-2021 IPR005995 Phosphoglycerate mutase, 2,3-bisphosphoglycerate-independent GO:0004619|GO:0006007 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 Pfam PF01676 Metalloenzyme superfamily 3 496 2.3E-83 T 16-09-2021 IPR006124 Metalloenzyme GO:0003824|GO:0046872 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 SUPERFAMILY SSF53649 2 507 2.49E-76 T 16-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 Gene3D G3DSA:3.40.1450.10 76 306 1.2E-230 T 16-09-2021 IPR036646 BPG-independent phosphoglycerate mutase, domain B superfamily GO:0004619|GO:0005737 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 Gene3D G3DSA:3.40.720.10 4 505 1.2E-230 T 16-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 PANTHER PTHR31637:SF0 2 508 4.4E-218 T 16-09-2021 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 SUPERFAMILY SSF64158 76 302 5.49E-89 T 16-09-2021 IPR036646 BPG-independent phosphoglycerate mutase, domain B superfamily GO:0004619|GO:0005737 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 Pfam PF06415 BPG-independent PGAM N-terminus (iPGM_N) 81 292 6.5E-92 T 16-09-2021 IPR011258 BPG-independent PGAM, N-terminal GO:0004619|GO:0005737|GO:0006007|GO:0030145 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 PANTHER PTHR31637 2 508 4.4E-218 T 16-09-2021 IPR005995 Phosphoglycerate mutase, 2,3-bisphosphoglycerate-independent GO:0004619|GO:0006007 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 TIGRFAM TIGR01307 pgm_bpd_ind: phosphoglycerate mutase (2,3-diphosphoglycerate-independent) 3 507 7.7E-219 T 16-09-2021 IPR005995 Phosphoglycerate mutase, 2,3-bisphosphoglycerate-independent GO:0004619|GO:0006007 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_00119 60279cae0e4dec94ae14dd97475a7352 513 CDD cd16010 iPGM 3 507 0.0 T 16-09-2021 IPR005995 Phosphoglycerate mutase, 2,3-bisphosphoglycerate-independent GO:0004619|GO:0006007 KEGG: 00010+5.4.2.12|KEGG: 00260+5.4.2.12|KEGG: 00680+5.4.2.12|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218 +MGYG000000001_03217 cd43dd0d166925a9b28756551b7fd334 137 CDD cd18079 S-AdoMet_synt 5 29 0.00285805 T 16-09-2021 +MGYG000000001_02269 5c4ab690329afb2be3d1a38b3965a3be 230 Pfam PF04203 Sortase domain 65 227 4.3E-24 T 16-09-2021 IPR005754 Sortase family +MGYG000000001_02269 5c4ab690329afb2be3d1a38b3965a3be 230 TIGRFAM TIGR03064 sortase_srtB: sortase, SrtB family 2 223 7.6E-69 T 16-09-2021 IPR009835 Sortase B family +MGYG000000001_02269 5c4ab690329afb2be3d1a38b3965a3be 230 Gene3D G3DSA:2.40.260.10 19 229 1.0E-68 T 16-09-2021 IPR023365 Sortase domain superfamily +MGYG000000001_02269 5c4ab690329afb2be3d1a38b3965a3be 230 SUPERFAMILY SSF63817 4 229 2.49E-61 T 16-09-2021 IPR023365 Sortase domain superfamily +MGYG000000001_02269 5c4ab690329afb2be3d1a38b3965a3be 230 CDD cd05826 Sortase_B 59 227 6.01326E-78 T 16-09-2021 IPR009835 Sortase B family +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 ProSiteProfiles PS50935 Single-strand binding (SSB) domain profile. 1 104 29.872 T 16-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 Gene3D G3DSA:2.40.50.140 1 113 3.5E-36 T 16-09-2021 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 CDD cd04496 SSB_OBF 4 103 3.4609E-33 T 16-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 PIRSF PIRSF002070 1 140 1.5E-30 T 16-09-2021 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 SUPERFAMILY SSF50249 1 141 7.28E-37 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 TIGRFAM TIGR00621 ssb: single-stranded DNA-binding protein 1 118 1.3E-31 T 16-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 Pfam PF00436 Single-strand binding protein family 1 103 1.3E-27 T 16-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 Hamap MF_00984 Single-stranded DNA-binding protein. 1 107 28.095 T 16-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 PANTHER PTHR10302:SF10 1 141 7.3E-35 T 16-09-2021 +MGYG000000001_03041 99a5fc619db1aedd7ada4a29a734ebfc 141 PANTHER PTHR10302 1 141 7.3E-35 T 16-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_02172 c2a12b30ebe5eba469e769a6b78b4330 71 Gene3D G3DSA:3.40.720.10 2 70 1.6E-11 T 16-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_02172 c2a12b30ebe5eba469e769a6b78b4330 71 SUPERFAMILY SSF53649 9 58 4.67E-7 T 16-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_02752 cb834e06808aa992695fe300637368d9 235 Pfam PF02661 Fic/DOC family 83 179 2.2E-19 T 16-09-2021 IPR003812 Fido domain +MGYG000000001_02752 cb834e06808aa992695fe300637368d9 235 SUPERFAMILY SSF140931 60 220 7.59E-33 T 16-09-2021 IPR036597 Fido-like domain superfamily +MGYG000000001_02752 cb834e06808aa992695fe300637368d9 235 PANTHER PTHR13504 16 221 2.6E-47 T 16-09-2021 IPR040198 Fido domain-containing protein +MGYG000000001_02752 cb834e06808aa992695fe300637368d9 235 ProSiteProfiles PS51459 Fido domain profile. 83 220 19.196 T 16-09-2021 IPR003812 Fido domain +MGYG000000001_02752 cb834e06808aa992695fe300637368d9 235 Gene3D G3DSA:1.10.3290.10 1 235 1.6E-64 T 16-09-2021 IPR036597 Fido-like domain superfamily +MGYG000000001_02752 cb834e06808aa992695fe300637368d9 235 PANTHER PTHR13504:SF38 16 221 2.6E-47 T 16-09-2021 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 PANTHER PTHR33778:SF1 7 223 2.4E-57 T 16-09-2021 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 PANTHER PTHR33778 7 223 2.4E-57 T 16-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 PRINTS PR01837 MgtC/SapB protein signature 18 37 2.6E-43 T 16-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 PRINTS PR01837 MgtC/SapB protein signature 37 55 2.6E-43 T 16-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 PRINTS PR01837 MgtC/SapB protein signature 71 93 2.6E-43 T 16-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 PRINTS PR01837 MgtC/SapB protein signature 98 122 2.6E-43 T 16-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_03143 1041a2858abecbcc462247090cf8a71e 224 Pfam PF02308 MgtC family 16 140 9.0E-34 T 16-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 Hamap MF_01369_B 50S ribosomal protein L23 [rplW]. 5 95 20.213 T 16-09-2021 IPR013025 Ribosomal protein L25/L23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 SUPERFAMILY SSF54189 3 94 4.68E-30 T 16-09-2021 IPR012678 Ribosomal protein L23/L15e core domain superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 Gene3D G3DSA:3.30.70.330 1 96 2.6E-32 T 16-09-2021 IPR012677 Nucleotide-binding alpha-beta plait domain superfamily +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 PANTHER PTHR11620:SF2 3 92 1.8E-21 T 16-09-2021 +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 Pfam PF00276 Ribosomal protein L23 6 88 4.8E-33 T 16-09-2021 IPR013025 Ribosomal protein L25/L23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 ProSitePatterns PS00050 Ribosomal protein L23 signature. 77 92 - T 16-09-2021 IPR001014 Ribosomal protein L23/L25, conserved site Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02590 ea9628b0f6e0b25b9a61c44d1fbd6d57 96 PANTHER PTHR11620 3 92 1.8E-21 T 16-09-2021 +MGYG000000001_03244 ac826362195493023cecee36fe4b08fa 122 Coils Coil 118 122 - T 16-09-2021 +MGYG000000001_03244 ac826362195493023cecee36fe4b08fa 122 Pfam PF05228 CHASE4 domain 10 121 4.3E-12 T 16-09-2021 IPR007892 CHASE4 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Gene3D G3DSA:3.40.930.10 454 593 1.1E-21 T 16-09-2021 IPR016152 Phosphotransferase/anion transporter Reactome: R-HSA-425381 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Pfam PF05043 Mga helix-turn-helix domain 94 159 1.9E-8 T 16-09-2021 IPR007737 Mga helix-turn-helix domain +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 ProSiteProfiles PS51094 PTS_EIIA type-2 domain profile. 456 593 27.28 T 16-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Gene3D G3DSA:1.10.10.10 3 142 1.4E-15 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 ProSiteProfiles PS51372 PRD domain profile. 247 355 15.624 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 PANTHER PTHR30185 243 593 2.5E-101 T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Coils Coil 116 140 - T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 ProSiteProfiles PS51099 PTS_EIIB type-2 domain profile. 361 451 21.874 T 16-09-2021 IPR013011 Phosphotransferase system, EIIB component, type 2 GO:0008982|GO:0009401 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 PANTHER PTHR30185:SF11 5 225 2.5E-101 T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 ProSitePatterns PS00372 PTS EIIA domains phosphorylation site signature 2. 501 517 - T 16-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Gene3D G3DSA:1.10.1790.10 249 351 4.3E-11 T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Pfam PF02302 PTS system, Lactose/Cellobiose specific IIB subunit 362 420 1.9E-6 T 16-09-2021 IPR003501 Phosphotransferase system, EIIB component, type 2/3 GO:0008982|GO:0009401 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 CDD cd05568 PTS_IIB_bgl_like 361 443 1.00906E-20 T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 SUPERFAMILY SSF55804 454 592 6.93E-23 T 16-09-2021 IPR016152 Phosphotransferase/anion transporter Reactome: R-HSA-425381 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Pfam PF08279 HTH domain 8 64 1.3E-11 T 16-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Pfam PF00874 PRD domain 262 348 5.1E-11 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 PANTHER PTHR30185:SF11 243 593 2.5E-101 T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 SUPERFAMILY SSF63520 250 349 2.62E-12 T 16-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 SUPERFAMILY SSF52794 359 437 1.31E-10 T 16-09-2021 IPR036095 PTS system IIB component-like superfamily GO:0008982|GO:0009401 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Pfam PF00359 Phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 2 457 582 4.8E-21 T 16-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 Gene3D G3DSA:3.40.50.2300 361 445 1.1E-11 T 16-09-2021 +MGYG000000001_02913 5c7e7c8cf72703274222c9b6b7852268 593 PANTHER PTHR30185 5 225 2.5E-101 T 16-09-2021 +MGYG000000001_02383 a0437f51abf8fc0d17d43c4f31123ac6 108 Gene3D G3DSA:3.40.50.360 1 108 7.7E-29 T 16-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_02383 a0437f51abf8fc0d17d43c4f31123ac6 108 Pfam PF02525 Flavodoxin-like fold 1 100 8.9E-23 T 16-09-2021 IPR003680 Flavodoxin-like fold +MGYG000000001_02383 a0437f51abf8fc0d17d43c4f31123ac6 108 PANTHER PTHR43741:SF7 1 108 3.4E-32 T 16-09-2021 +MGYG000000001_02383 a0437f51abf8fc0d17d43c4f31123ac6 108 PANTHER PTHR43741 1 108 3.4E-32 T 16-09-2021 +MGYG000000001_02383 a0437f51abf8fc0d17d43c4f31123ac6 108 SUPERFAMILY SSF52218 1 107 2.17E-27 T 16-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 PIRSF PIRSF002134 1 123 2.5E-46 T 16-09-2021 IPR001892 Ribosomal protein S13 GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 Hamap MF_01315 30S ribosomal protein S13 [rpsM]. 1 119 28.271 T 16-09-2021 IPR001892 Ribosomal protein S13 GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 Gene3D G3DSA:4.10.910.10 73 123 3.7E-26 T 16-09-2021 IPR027437 30s ribosomal protein S13, C-terminal Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 SUPERFAMILY SSF46946 2 121 3.79E-48 T 16-09-2021 IPR010979 Ribosomal protein S13-like, H2TH GO:0003676 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 ProSiteProfiles PS50159 Ribosomal protein S13 family profile. 4 112 41.054 T 16-09-2021 IPR001892 Ribosomal protein S13 GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 PANTHER PTHR10871 1 122 4.4E-52 T 16-09-2021 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 Pfam PF00416 Ribosomal protein S13/S18 3 109 4.5E-33 T 16-09-2021 IPR001892 Ribosomal protein S13 GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 PANTHER PTHR10871:SF1 1 122 4.4E-52 T 16-09-2021 IPR019980 Ribosomal protein S13, bacterial-type GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 Gene3D G3DSA:1.10.8.50 1 72 2.8E-31 T 16-09-2021 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 TIGRFAM TIGR03631 uS13_bact: ribosomal protein uS13 3 115 3.0E-54 T 16-09-2021 IPR019980 Ribosomal protein S13, bacterial-type GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 MobiDBLite mobidb-lite consensus disorder prediction 95 123 - T 16-09-2021 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 ProSitePatterns PS00646 Ribosomal protein S13 signature. 88 101 - T 16-09-2021 IPR018269 Ribosomal protein S13, conserved site GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02566 f5277f491a3aa4eeeb03db12d612df11 123 MobiDBLite mobidb-lite consensus disorder prediction 104 123 - T 16-09-2021 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 Gene3D G3DSA:3.40.50.2300 1 127 4.1E-35 T 16-09-2021 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 Gene3D G3DSA:1.10.10.10 128 221 5.6E-23 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 Pfam PF00072 Response regulator receiver domain 6 113 2.9E-25 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 SMART SM00862 146 220 1.4E-16 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 Pfam PF00486 Transcriptional regulatory protein, C terminal 147 219 5.0E-18 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 SUPERFAMILY SSF52172 1 168 7.26E-39 T 16-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 CDD cd00156 REC 7 117 1.89845E-38 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 PANTHER PTHR26402:SF726 3 220 8.3E-73 T 16-09-2021 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 SMART SM00448 4 113 2.9E-37 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 125 221 31.462 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 PANTHER PTHR26402 3 220 8.3E-73 T 16-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 CDD cd00383 trans_reg_C 133 220 5.65557E-26 T 16-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02693 a69723e31620ce9823464a3e22722643 221 ProSiteProfiles PS50110 Response regulatory domain profile. 5 117 38.907 T 16-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 PANTHER PTHR33603 6 169 1.0E-50 T 16-09-2021 IPR003742 RNA methyltransferase RlmH GO:0006364|GO:0008168 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 PIRSF PIRSF004505 11 169 4.4E-56 T 16-09-2021 IPR003742 RNA methyltransferase RlmH GO:0006364|GO:0008168 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 Hamap MF_00658 Ribosomal RNA large subunit methyltransferase H [rlmH]. 11 169 31.422 T 16-09-2021 IPR003742 RNA methyltransferase RlmH GO:0006364|GO:0008168 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 CDD cd18081 RlmH-like 13 169 4.66615E-80 T 16-09-2021 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 Pfam PF02590 Predicted SPOUT methyltransferase 11 168 6.2E-61 T 16-09-2021 IPR003742 RNA methyltransferase RlmH GO:0006364|GO:0008168 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 Gene3D G3DSA:3.40.1280.10 11 169 2.8E-67 T 16-09-2021 IPR029026 tRNA (guanine-N1-)-methyltransferase, N-terminal +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 TIGRFAM TIGR00246 tRNA_RlmH_YbeA: rRNA large subunit m3Psi methyltransferase RlmH 12 169 1.1E-61 T 16-09-2021 IPR003742 RNA methyltransferase RlmH GO:0006364|GO:0008168 +MGYG000000001_00909 0f85d936975d68884fad312acb26609b 169 SUPERFAMILY SSF75217 11 167 3.47E-62 T 16-09-2021 IPR029028 Alpha/beta knot methyltransferases +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 Pfam PF13614 AAA domain 3 159 6.9E-25 T 16-09-2021 IPR025669 AAA domain +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 PANTHER PTHR43384 1 254 4.0E-90 T 16-09-2021 +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 SUPERFAMILY SSF52540 1 250 1.82E-58 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 CDD cd02036 MinD 3 237 2.66069E-132 T 16-09-2021 +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 TIGRFAM TIGR01968 minD_bact: septum site-determining protein MinD 3 261 1.6E-124 T 16-09-2021 IPR010223 ATP binding protein MinD, bacterial-type GO:0016887 +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 PANTHER PTHR43384:SF1 1 254 4.0E-90 T 16-09-2021 +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 Gene3D G3DSA:3.40.50.300 1 254 2.9E-69 T 16-09-2021 +MGYG000000001_00299 c77c858070ae979fa078196eeb01cdc8 265 PIRSF PIRSF003092 1 265 6.1E-93 T 16-09-2021 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 Gene3D G3DSA:3.30.1070.10 1 87 8.7E-15 T 16-09-2021 IPR036707 Cell division topological specificity factor MinE superfamily GO:0032955|GO:0051301 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 PANTHER PTHR33404:SF2 7 93 2.1E-16 T 16-09-2021 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 TIGRFAM TIGR01215 minE: cell division topological specificity factor MinE 2 88 2.7E-22 T 16-09-2021 IPR005527 Cell division topological specificity factor MinE GO:0032955|GO:0051301 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 Hamap MF_00262 Cell division topological specificity factor [minE]. 1 91 16.479 T 16-09-2021 IPR005527 Cell division topological specificity factor MinE GO:0032955|GO:0051301 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 PANTHER PTHR33404 7 93 2.1E-16 T 16-09-2021 IPR005527 Cell division topological specificity factor MinE GO:0032955|GO:0051301 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 SUPERFAMILY SSF55229 32 90 8.24E-11 T 16-09-2021 IPR036707 Cell division topological specificity factor MinE superfamily GO:0032955|GO:0051301 +MGYG000000001_00298 47bce004e7b8f0497dbd522ed22896b3 108 Pfam PF03776 Septum formation topological specificity factor MinE 15 87 1.5E-23 T 16-09-2021 IPR005527 Cell division topological specificity factor MinE GO:0032955|GO:0051301 +MGYG000000001_02645 f6fd89cdc6c6bafe09f3b2e47fcb9967 118 SUPERFAMILY SSF160148 44 116 2.88E-26 T 16-09-2021 IPR036593 CPE0013-like superfamily +MGYG000000001_02645 f6fd89cdc6c6bafe09f3b2e47fcb9967 118 Gene3D G3DSA:3.10.530.10 45 113 3.9E-27 T 16-09-2021 IPR036593 CPE0013-like superfamily +MGYG000000001_02645 f6fd89cdc6c6bafe09f3b2e47fcb9967 118 PANTHER PTHR39450 2 116 3.6E-42 T 16-09-2021 IPR012460 Protein of unknown function DUF1667 +MGYG000000001_02645 f6fd89cdc6c6bafe09f3b2e47fcb9967 118 Pfam PF07892 Protein of unknown function (DUF1667) 32 113 2.0E-34 T 16-09-2021 IPR012460 Protein of unknown function DUF1667 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Coils Coil 506 533 - T 16-09-2021 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Gene3D G3DSA:1.50.10.10 317 690 3.1E-137 T 16-09-2021 IPR012341 Six-hairpin glycosidase-like superfamily GO:0003824 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Pfam PF03636 Glycosyl hydrolase family 65, N-terminal domain 17 267 1.0E-59 T 16-09-2021 IPR005196 Glycoside hydrolase, family 65, N-terminal GO:0003824|GO:0005975 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 PANTHER PTHR11051:SF11 2 766 0.0 T 16-09-2021 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 PANTHER PTHR11051 2 766 0.0 T 16-09-2021 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Pfam PF03632 Glycosyl hydrolase family 65 central catalytic domain 323 705 2.7E-149 T 16-09-2021 IPR005195 Glycoside hydrolase, family 65, central catalytic GO:0003824|GO:0005975 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Gene3D G3DSA:2.60.420.10 691 772 8.1E-22 T 16-09-2021 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Pfam PF03633 Glycosyl hydrolase family 65, C-terminal domain 709 757 5.6E-13 T 16-09-2021 IPR005194 Glycoside hydrolase family 65, C-terminal +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 PIRSF PIRSF036289 1 770 9.8E-267 T 16-09-2021 IPR017045 Maltose phosphorylase/glycosyl hydrolase/vacuolar acid trehalase +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 SUPERFAMILY SSF74650 5 269 7.85E-78 T 16-09-2021 IPR011013 Galactose mutarotase-like domain superfamily GO:0003824|GO:0005975|GO:0030246 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 SUPERFAMILY SSF48208 273 757 8.84E-138 T 16-09-2021 IPR008928 Six-hairpin glycosidase superfamily GO:0003824 +MGYG000000001_01232 190cbe5f87ac961709f18f32ec4a12df 775 Gene3D G3DSA:2.70.98.40 1 270 1.6E-82 T 16-09-2021 IPR037018 Glycoside hydrolase family 65, N-terminal domain superfamily +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PRINTS PR00125 ATP synthase delta subunit signature 150 168 1.4E-27 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PRINTS PR00125 ATP synthase delta subunit signature 135 150 1.4E-27 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PRINTS PR00125 ATP synthase delta subunit signature 74 85 1.4E-27 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PRINTS PR00125 ATP synthase delta subunit signature 5 24 1.4E-27 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PRINTS PR00125 ATP synthase delta subunit signature 85 99 1.4E-27 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 Pfam PF00213 ATP synthase delta (OSCP) subunit 5 175 4.2E-51 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 SUPERFAMILY SSF47928 2 106 3.92E-24 T 16-09-2021 IPR026015 F1F0 ATP synthase OSCP/delta subunit, N-terminal domain superfamily Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 Hamap MF_01416 ATP synthase subunit delta [atpD]. 1 177 21.625 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PANTHER PTHR11910 3 175 2.4E-44 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 Coils Coil 115 142 - T 16-09-2021 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 ProSitePatterns PS00389 ATP synthase delta (OSCP) subunit signature. 137 156 - T 16-09-2021 IPR020781 ATPase, OSCP/delta subunit, conserved site GO:0015986|GO:0016020|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 SUPERFAMILY SSF160527 108 179 8.37E-5 T 16-09-2021 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 PANTHER PTHR11910:SF15 3 175 2.4E-44 T 16-09-2021 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 TIGRFAM TIGR01145 ATP_synt_delta: ATP synthase F1, delta subunit 5 175 1.7E-42 T 16-09-2021 IPR000711 ATPase, OSCP/delta subunit GO:0015986|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00727 2f5da2f1b62a3f6ef1391bc4ba8f3b94 180 Gene3D G3DSA:1.10.520.20 2 106 1.2E-14 T 16-09-2021 IPR026015 F1F0 ATP synthase OSCP/delta subunit, N-terminal domain superfamily Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 SUPERFAMILY SSF52402 2 214 1.4E-52 T 16-09-2021 +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 Pfam PF01171 PP-loop family 24 195 6.9E-17 T 16-09-2021 IPR011063 tRNA(Ile)-lysidine/2-thiocytidine synthase, N-terminal Reactome: R-HSA-6782315 +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 CDD cd01993 Alpha_ANH_like_II 23 197 9.41341E-70 T 16-09-2021 +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 PANTHER PTHR43686 2 236 5.9E-70 T 16-09-2021 +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 PIRSF PIRSF004976 1 239 2.8E-69 T 16-09-2021 IPR035107 tRNA thiolation protein, TtcA/Ctu1 type GO:0008033 Reactome: R-HSA-6782315 +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 Gene3D G3DSA:3.40.50.620 1 236 6.7E-54 T 16-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00892 e4b6a01affb9e440b4e54717e44812ec 239 PANTHER PTHR43686:SF2 2 236 5.9E-70 T 16-09-2021 +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 PANTHER PTHR23407 2 187 2.6E-39 T 16-09-2021 +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 TIGRFAM TIGR02727 MTHFS_bact: 5-formyltetrahydrofolate cyclo-ligase 2 182 1.1E-50 T 16-09-2021 IPR002698 5-formyltetrahydrofolate cyclo-ligase +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 PIRSF PIRSF006806 1 185 1.0E-44 T 16-09-2021 IPR002698 5-formyltetrahydrofolate cyclo-ligase +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 Gene3D G3DSA:3.40.50.10420 1 189 7.7E-57 T 16-09-2021 IPR024185 5-formyltetrahydrofolate cyclo-ligase-like domain superfamily +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 PANTHER PTHR23407:SF1 2 187 2.6E-39 T 16-09-2021 IPR002698 5-formyltetrahydrofolate cyclo-ligase +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 SUPERFAMILY SSF100950 1 188 1.38E-48 T 16-09-2021 IPR037171 NagB/RpiA transferase-like +MGYG000000001_00742 a236efbaa115a9dbbac70f5b02938cc2 190 Pfam PF01812 5-formyltetrahydrofolate cyclo-ligase family 2 182 1.2E-38 T 16-09-2021 IPR002698 5-formyltetrahydrofolate cyclo-ligase +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 4 170 2.4E-47 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 4 170 2.4E-47 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 CDD cd02696 MurNAc-LAA 5 168 9.56065E-61 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 CDD cd02696 MurNAc-LAA 5 168 9.56065E-61 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 Gene3D G3DSA:3.40.630.40 2 181 1.8E-51 T 16-09-2021 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 Gene3D G3DSA:3.40.630.40 2 181 1.8E-51 T 16-09-2021 +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 PANTHER PTHR30404:SF0 4 177 4.0E-52 T 16-09-2021 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 PANTHER PTHR30404:SF0 4 177 4.0E-52 T 16-09-2021 +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 PANTHER PTHR30404 4 177 4.0E-52 T 16-09-2021 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 PANTHER PTHR30404 4 177 4.0E-52 T 16-09-2021 +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 SMART SM00646 62 173 7.5E-24 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 SMART SM00646 62 173 7.5E-24 T 16-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00600 6281bcb8c921b4bebbcd6a1c144e0e13 220 SUPERFAMILY SSF53187 1 177 3.14E-48 T 16-09-2021 +MGYG000000001_00599 6281bcb8c921b4bebbcd6a1c144e0e13 220 SUPERFAMILY SSF53187 1 177 3.14E-48 T 16-09-2021 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 ProSitePatterns PS01094 Uncharacterized protein family UPF0076 signature. 101 119 - T 16-09-2021 IPR019897 RidA, conserved site Reactome: R-HSA-8849175 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 SUPERFAMILY SSF55298 1 126 1.29E-45 T 16-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 PANTHER PTHR11803 1 124 4.3E-47 T 16-09-2021 IPR006175 YjgF/YER057c/UK114 family Reactome: R-HSA-8849175 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 PANTHER PTHR11803:SF13 1 124 4.3E-47 T 16-09-2021 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 TIGRFAM TIGR00004 TIGR00004: reactive intermediate/imine deaminase 5 124 3.8E-52 T 16-09-2021 IPR006056 RidA family Reactome: R-HSA-8849175 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 CDD cd00448 YjgF_YER057c_UK114_family 18 123 2.28525E-47 T 16-09-2021 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 Pfam PF01042 Endoribonuclease L-PSP 8 124 7.5E-42 T 16-09-2021 IPR006175 YjgF/YER057c/UK114 family Reactome: R-HSA-8849175 +MGYG000000001_00113 9b77aa1dd6f2e97dde497206b70ef4ff 127 Gene3D G3DSA:3.30.1330.40 1 127 3.2E-51 T 16-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 SUPERFAMILY SSF53822 53 263 4.32E-19 T 16-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 Gene3D G3DSA:3.40.50.2300 149 336 1.9E-95 T 16-09-2021 +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 Gene3D G3DSA:3.40.50.2300 44 302 1.9E-95 T 16-09-2021 +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 CDD cd06354 PBP1_BmpA_PnrA_like 42 308 7.28889E-112 T 16-09-2021 +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 24 7.0 T 16-09-2021 +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 PANTHER PTHR34296 1 338 5.1E-98 T 16-09-2021 +MGYG000000001_02787 edbdf95ce9bbaf67390013c6d5d72f42 339 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 46 338 6.9E-68 T 16-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 PANTHER PTHR30255 1 565 3.7E-192 T 16-09-2021 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 Gene3D G3DSA:3.90.1640.30 56 322 4.0E-99 T 16-09-2021 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 Pfam PF02272 DHHA1 domain 318 441 9.1E-23 T 16-09-2021 IPR003156 DHHA1 domain GO:0003676 KEGG: 00970+6.1.1.7|Reactome: R-HSA-379716 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 Pfam PF01368 DHH family 82 212 1.4E-12 T 16-09-2021 IPR001667 DDH domain +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 TIGRFAM TIGR00644 recJ: single-stranded-DNA-specific exonuclease RecJ 27 562 2.6E-182 T 16-09-2021 IPR004610 Bacterial RecJ exonuclease GO:0006281|GO:0006310|GO:0008409 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 Coils Coil 311 331 - T 16-09-2021 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 Gene3D G3DSA:3.10.310.30 323 446 1.0E-34 T 16-09-2021 +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 Pfam PF17768 RecJ OB domain 458 562 9.1E-29 T 16-09-2021 IPR041122 RecJ, OB domain +MGYG000000001_00355 c9a899f2075543c3fe80e1d3e14aba8c 826 SUPERFAMILY SSF64182 56 453 5.36E-120 T 16-09-2021 IPR038763 DHH phosphoesterase superfamily +MGYG000000001_01671 25d18c66346630f4dcaeea4527ef5259 456 TIGRFAM TIGR03850 bind_CPR_0540: carbohydrate ABC transporter substrate-binding protein, CPR_0540 family 6 449 2.8E-135 T 16-09-2021 IPR022387 Carbohydrate ABC transporter substrate-binding, CPR0540 +MGYG000000001_01671 25d18c66346630f4dcaeea4527ef5259 456 Gene3D G3DSA:3.40.190.10 34 450 2.7E-57 T 16-09-2021 +MGYG000000001_01671 25d18c66346630f4dcaeea4527ef5259 456 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 25 7.0 T 16-09-2021 +MGYG000000001_01671 25d18c66346630f4dcaeea4527ef5259 456 SUPERFAMILY SSF53850 24 446 2.48E-57 T 16-09-2021 +MGYG000000001_01671 25d18c66346630f4dcaeea4527ef5259 456 Pfam PF13416 Bacterial extracellular solute-binding protein 67 380 4.0E-28 T 16-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_01671 25d18c66346630f4dcaeea4527ef5259 456 PANTHER PTHR43649 11 454 8.6E-39 T 16-09-2021 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 TIGRFAM TIGR00313 cobQ: cobyric acid synthase CobQ 5 498 1.4E-166 T 16-09-2021 IPR004459 Cobyric acid synthase CobQ GO:0003824|GO:0009236 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 PANTHER PTHR21343 1 504 3.0E-198 T 16-09-2021 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 SUPERFAMILY SSF52317 254 459 1.72E-34 T 16-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 Pfam PF01656 CobQ/CobB/MinD/ParA nucleotide binding domain 5 229 5.5E-22 T 16-09-2021 IPR002586 CobQ/CobB/MinD/ParA nucleotide binding domain +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 Gene3D G3DSA:3.40.50.880 249 444 3.8E-20 T 16-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 ProSiteProfiles PS51274 CobBQ-type GATase domain profile. 249 451 53.628 T 16-09-2021 IPR017929 CobB/CobQ glutamine amidotransferase +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 PANTHER PTHR21343:SF1 1 504 3.0E-198 T 16-09-2021 IPR004459 Cobyric acid synthase CobQ GO:0003824|GO:0009236 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 CDD cd01750 GATase1_CobQ 252 456 5.27609E-76 T 16-09-2021 IPR033949 Cobyric acid synthase, glutamine amidotransferase type 1 GO:0009236 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 Gene3D G3DSA:3.40.50.300 2 240 1.7E-54 T 16-09-2021 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 SUPERFAMILY SSF52540 1 230 1.38E-52 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 Hamap MF_00028 Cobyric acid synthase [cobQ]. 1 505 173.092 T 16-09-2021 IPR004459 Cobyric acid synthase CobQ GO:0003824|GO:0009236 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 Pfam PF07685 CobB/CobQ-like glutamine amidotransferase domain 252 448 3.5E-58 T 16-09-2021 IPR011698 CobB/CobQ-like glutamine amidotransferase GO:0003824|GO:0009236 +MGYG000000001_02197 30a37816f24db26931fd1857b29fc2e6 505 CDD cd05389 CobQ_N 3 225 4.66902E-141 T 16-09-2021 +MGYG000000001_01530 0bba2e31f3c47742efeb38964171fb1a 318 Pfam PF12146 Serine aminopeptidase, S33 98 208 1.4E-12 T 16-09-2021 IPR022742 Serine aminopeptidase, S33 +MGYG000000001_01530 0bba2e31f3c47742efeb38964171fb1a 318 PANTHER PTHR43358:SF5 22 318 1.6E-55 T 16-09-2021 +MGYG000000001_01530 0bba2e31f3c47742efeb38964171fb1a 318 PANTHER PTHR43358 22 318 1.6E-55 T 16-09-2021 +MGYG000000001_01530 0bba2e31f3c47742efeb38964171fb1a 318 SUPERFAMILY SSF53474 75 317 2.72E-42 T 16-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01530 0bba2e31f3c47742efeb38964171fb1a 318 Gene3D G3DSA:3.40.50.1820 70 317 1.5E-46 T 16-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_03167 7dc9d92206ff93f6088d2862a2abda9c 199 PANTHER PTHR43854 1 191 2.2E-63 T 16-09-2021 +MGYG000000001_03167 7dc9d92206ff93f6088d2862a2abda9c 199 SUPERFAMILY SSF53323 1 191 6.15E-41 T 16-09-2021 IPR002869 Pyruvate-flavodoxin oxidoreductase, central domain GO:0016491|GO:0055114 +MGYG000000001_03167 7dc9d92206ff93f6088d2862a2abda9c 199 Pfam PF01558 Pyruvate ferredoxin/flavodoxin oxidoreductase 11 186 9.9E-37 T 16-09-2021 IPR019752 Pyruvate/ketoisovalerate oxidoreductase, catalytic domain GO:0016903|GO:0055114 +MGYG000000001_03167 7dc9d92206ff93f6088d2862a2abda9c 199 Gene3D G3DSA:3.40.920.10 1 196 3.2E-49 T 16-09-2021 IPR002869 Pyruvate-flavodoxin oxidoreductase, central domain GO:0016491|GO:0055114 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Gene3D G3DSA:1.10.10.1330 94 218 4.8E-24 T 16-09-2021 IPR038709 RNA polymerase sigma-54 factor, core-binding domain superfamily +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Gene3D G3DSA:1.10.10.60 391 448 2.2E-24 T 16-09-2021 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 PRINTS PR00045 Sigma-54 factor signature 160 177 6.8E-25 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 PRINTS PR00045 Sigma-54 factor signature 424 442 6.8E-25 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 PRINTS PR00045 Sigma-54 factor signature 350 362 6.8E-25 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 PRINTS PR00045 Sigma-54 factor signature 366 377 6.8E-25 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 ProSitePatterns PS00717 Sigma-54 factors family signature 1. 338 357 - T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 PANTHER PTHR32248 1 449 1.6E-136 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 TIGRFAM TIGR02395 rpoN_sigma: RNA polymerase sigma-54 factor 11 448 1.2E-135 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Pfam PF00309 Sigma-54 factor, Activator interacting domain (AID) 7 50 1.2E-15 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 PIRSF PIRSF000774 1 450 5.9E-139 T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Coils Coil 18 38 - T 16-09-2021 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Coils Coil 251 271 - T 16-09-2021 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 ProSiteProfiles PS50044 Sigma-54 factors family profile. 302 428 38.907 T 16-09-2021 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 ProSitePatterns PS00718 Sigma-54 factors family signature 2. 429 436 - T 16-09-2021 IPR000394 RNA polymerase sigma factor 54 GO:0001216|GO:0016987 +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Pfam PF04552 Sigma-54, DNA binding domain 291 449 7.9E-60 T 16-09-2021 IPR007634 RNA polymerase sigma factor 54, DNA-binding +MGYG000000001_00114 4fc62c4c43e1c38a6553727efa30f0bf 450 Pfam PF04963 Sigma-54 factor, core binding domain 87 276 3.7E-49 T 16-09-2021 IPR007046 RNA polymerase sigma factor 54, core-binding domain GO:0003677|GO:0006352 +MGYG000000001_00566 65da6e1aa4fbc2a8cf6064e15521258c 61 SUPERFAMILY SSF46689 2 59 4.48E-5 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 Gene3D G3DSA:3.40.50.10330 6 123 7.0E-66 T 16-09-2021 IPR017438 Inorganic polyphosphate/ATP-NAD kinase, N-terminal GO:0003951 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 Gene3D G3DSA:2.60.200.40 124 279 7.0E-66 T 16-09-2021 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 PANTHER PTHR12358:SF90 2 293 2.4E-60 T 16-09-2021 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 Pfam PF00781 Diacylglycerol kinase catalytic domain 4 126 1.6E-24 T 16-09-2021 IPR001206 Diacylglycerol kinase, catalytic domain GO:0016301 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 ProSiteProfiles PS50146 DAG-kinase catalytic (DAGKc) domain profile. 1 130 25.579 T 16-09-2021 IPR001206 Diacylglycerol kinase, catalytic domain GO:0016301 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 SMART SM00046 3 130 3.1E-6 T 16-09-2021 IPR001206 Diacylglycerol kinase, catalytic domain GO:0016301 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 PANTHER PTHR12358 2 293 2.4E-60 T 16-09-2021 +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 TIGRFAM TIGR00147 TIGR00147: lipid kinase, YegS/Rv2252/BmrU family 1 291 1.1E-52 T 16-09-2021 IPR005218 Diacylglycerol/lipid kinase +MGYG000000001_02801 e3a289c6a12ea7f987663effef21097b 295 SUPERFAMILY SSF111331 1 292 7.41E-66 T 16-09-2021 IPR016064 NAD kinase/diacylglycerol kinase-like domain superfamily +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 245 346 1.28259E-35 T 16-09-2021 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 CDD cd00082 HisKA 117 186 1.39371E-6 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 PRINTS PR00344 Bacterial sensor protein C-terminal signature 333 346 1.0E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 PRINTS PR00344 Bacterial sensor protein C-terminal signature 274 288 1.0E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 PRINTS PR00344 Bacterial sensor protein C-terminal signature 309 327 1.0E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 PRINTS PR00344 Bacterial sensor protein C-terminal signature 292 302 1.0E-16 T 16-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 SMART SM00387 237 349 1.5E-27 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 SUPERFAMILY SSF55785 11 109 1.27E-6 T 16-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 SUPERFAMILY SSF47384 107 191 6.28E-11 T 16-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 ProSiteProfiles PS50109 Histidine kinase domain profile. 126 349 39.943 T 16-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 SUPERFAMILY SSF55874 180 350 1.96E-39 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 Gene3D G3DSA:3.30.565.10 193 353 1.4E-38 T 16-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 Gene3D G3DSA:1.10.287.130 104 192 5.9E-13 T 16-09-2021 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 Pfam PF00512 His Kinase A (phospho-acceptor) domain 120 191 1.1E-6 T 16-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 238 346 5.5E-24 T 16-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00179 0a9af06ed65f63cea8be021e0bf67d9f 378 PANTHER PTHR43547 109 347 1.5E-57 T 16-09-2021 +MGYG000000001_00147 85d24256dc67df17d012a8748cb1979d 78 MobiDBLite mobidb-lite consensus disorder prediction 54 78 - T 16-09-2021 +MGYG000000001_00147 85d24256dc67df17d012a8748cb1979d 78 Coils Coil 44 71 - T 16-09-2021 +MGYG000000001_02897 29c1fb33737b2bed2de842caac70d0af 217 Pfam PF04647 Accessory gene regulator B 9 196 1.7E-36 T 16-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_02897 29c1fb33737b2bed2de842caac70d0af 217 SMART SM00793 6 205 3.0E-16 T 16-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_00887 877c6006d8709c0a4279981ae3454b49 231 Pfam PF02965 Vitamin B12 dependent methionine synthase, activation domain 93 197 3.2E-7 T 16-09-2021 IPR004223 Vitamin B12-dependent methionine synthase, activation domain GO:0008705|GO:0009086 KEGG: 00270+2.1.1.13|KEGG: 00450+2.1.1.13|KEGG: 00670+2.1.1.13|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-7977|Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00887 877c6006d8709c0a4279981ae3454b49 231 PIRSF PIRSF037984 4 227 1.3E-70 T 16-09-2021 IPR017342 S-adenosyl-L-methionine dependent methionine synthase, predicted +MGYG000000001_00887 877c6006d8709c0a4279981ae3454b49 231 Gene3D G3DSA:3.40.109.40 1 207 4.8E-62 T 16-09-2021 +MGYG000000001_00887 877c6006d8709c0a4279981ae3454b49 231 SUPERFAMILY SSF56507 14 199 2.22E-28 T 16-09-2021 IPR037010 Vitamin B12-dependent methionine synthase, activation domain superfamily GO:0008705|GO:0009086 KEGG: 00270+2.1.1.13|KEGG: 00450+2.1.1.13|KEGG: 00670+2.1.1.13|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-7977|Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00759 93f5676136edd39a133bc71593f5b6fa 179 Pfam PF10050 Predicted metal-binding protein (DUF2284) 22 178 6.0E-46 T 16-09-2021 IPR019271 Protein of unknown function DUF2284, metal-binding +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 TIGRFAM TIGR00787 dctP: TRAP transporter solute receptor, DctP family 35 284 8.0E-71 T 16-09-2021 IPR004682 TRAP transporter solute receptor, DctP family GO:0030288|GO:0055085 +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 CDD cd13671 PBP2_TRAP_SBP_like_3 33 328 2.96085E-157 T 16-09-2021 +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 PIRSF PIRSF006470 1 330 2.5E-86 T 16-09-2021 IPR004682 TRAP transporter solute receptor, DctP family GO:0030288|GO:0055085 +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 Gene3D G3DSA:3.40.190.170 32 332 9.3E-99 T 16-09-2021 IPR038404 TRAP transporter solute receptor DctP superfamily +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 PANTHER PTHR33376 30 329 1.9E-100 T 16-09-2021 IPR018389 TRAP transporter solute receptor DctP/TeaA GO:0055085 +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 PANTHER PTHR33376:SF2 30 329 1.9E-100 T 16-09-2021 +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 7.0 T 16-09-2021 +MGYG000000001_01478 6178d022af80aa683d51e8667b215d3d 332 Pfam PF03480 Bacterial extracellular solute-binding protein, family 7 35 316 6.0E-83 T 16-09-2021 IPR018389 TRAP transporter solute receptor DctP/TeaA GO:0055085 +MGYG000000001_00405 4aac76e1cadf030533fcbdbfb2e54282 135 Pfam PF13782 Stage V sporulation protein AB 24 132 1.3E-26 T 16-09-2021 IPR020144 Stage V sporulation protein AB +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 18 209 24.693 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 35 205 6.3E-20 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 CDD cd06261 TM_PBP2 18 211 1.77585E-14 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 PANTHER PTHR30450:SF1 9 219 8.3E-87 T 16-09-2021 +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 SUPERFAMILY SSF161098 13 207 2.09E-46 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 Gene3D G3DSA:1.10.3720.10 7 220 3.5E-49 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01767 4868b7676cf25c484db88f1fab784358 220 PANTHER PTHR30450 9 219 8.3E-87 T 16-09-2021 +MGYG000000001_01896 3ea4e852ddc4f73a168e6b8c2cd29771 203 PANTHER PTHR42709 8 194 4.7E-48 T 16-09-2021 +MGYG000000001_01896 3ea4e852ddc4f73a168e6b8c2cd29771 203 Pfam PF09335 SNARE associated Golgi protein 32 158 2.3E-21 T 16-09-2021 IPR032816 SNARE associated Golgi protein +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 Gene3D G3DSA:1.20.1260.10 58 177 4.4E-24 T 16-09-2021 IPR012347 Ferritin-like +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 ProSiteProfiles PS50905 Ferritin-like diiron domain profile. 51 182 21.184 T 16-09-2021 IPR009040 Ferritin-like diiron domain +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 SUPERFAMILY SSF47240 54 181 3.21E-30 T 16-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 Gene3D G3DSA:2.20.28.10 1 36 3.5E-16 T 16-09-2021 +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 CDD cd00729 rubredoxin_SM 2 35 1.52477E-14 T 16-09-2021 +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 PANTHER PTHR43339 37 180 2.2E-63 T 16-09-2021 +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 SUPERFAMILY SSF57802 1 45 1.68E-12 T 16-09-2021 +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 CDD cd01046 Rubrerythrin_like 56 179 8.18355E-54 T 16-09-2021 +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 Pfam PF02915 Rubrerythrin 61 174 7.2E-15 T 16-09-2021 IPR003251 Rubrerythrin GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_01735 da40a48241fd14c80932b6188fac36b7 183 ProSiteProfiles PS50903 Rubredoxin-like domain profile. 1 35 9.98 T 16-09-2021 IPR024934 Rubredoxin-like domain GO:0005506 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 Pfam PF13374 Tetratricopeptide repeat 184 213 0.0099 T 16-09-2021 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 ProSiteProfiles PS50005 TPR repeat profile. 266 299 10.178 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 ProSiteProfiles PS50005 TPR repeat profile. 333 366 13.098 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 Gene3D G3DSA:1.25.40.10 233 379 7.0E-24 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 SMART SM00028 184 217 4.8 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 SMART SM00028 334 366 0.0025 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 SMART SM00028 266 299 0.0051 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 SMART SM00028 300 333 10.0 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 ProSiteProfiles PS50005 TPR repeat profile. 184 217 8.555 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 ProSiteProfiles PS50293 TPR repeat region circular profile. 168 366 22.634 T 16-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 PANTHER PTHR45586 234 367 1.1E-19 T 16-09-2021 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 Pfam PF07719 Tetratricopeptide repeat 333 366 5.6E-8 T 16-09-2021 IPR013105 Tetratricopeptide repeat 2 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 PANTHER PTHR45586:SF1 234 367 1.1E-19 T 16-09-2021 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 Gene3D G3DSA:1.25.40.10 86 232 8.5E-14 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 SUPERFAMILY SSF48452 109 366 1.95E-24 T 16-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_01350 4afe00f95c71535256b7be8ada376a6f 380 Pfam PF13181 Tetratricopeptide repeat 268 297 2.7E-4 T 16-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00663 80c463bdf3c7cc27ff253ebd509a831e 295 Pfam PF04468 PSP1 C-terminal conserved region 61 146 7.3E-33 T 16-09-2021 IPR007557 PSP1, C-terminal +MGYG000000001_00663 80c463bdf3c7cc27ff253ebd509a831e 295 PANTHER PTHR43830:SF3 4 250 2.5E-100 T 16-09-2021 +MGYG000000001_00663 80c463bdf3c7cc27ff253ebd509a831e 295 PANTHER PTHR43830 4 250 2.5E-100 T 16-09-2021 +MGYG000000001_00663 80c463bdf3c7cc27ff253ebd509a831e 295 ProSiteProfiles PS51411 PSP1 C-terminal domain profile. 61 146 23.933 T 16-09-2021 IPR007557 PSP1, C-terminal +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 Coils Coil 241 261 - T 16-09-2021 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 Gene3D G3DSA:3.40.50.720 1 187 4.3E-34 T 16-09-2021 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 SUPERFAMILY SSF51735 1 99 8.14E-12 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 SUPERFAMILY SSF48179 180 354 1.12E-22 T 16-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 Gene3D G3DSA:1.10.1040.10 190 377 2.2E-51 T 16-09-2021 IPR013328 6-phosphogluconate dehydrogenase, domain 2 GO:0016491|GO:0055114 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 PANTHER PTHR38015 53 246 6.9E-49 T 16-09-2021 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 PANTHER PTHR38015 265 375 6.9E-49 T 16-09-2021 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 Pfam PF02317 NAD/NADP octopine/nopaline dehydrogenase, alpha-helical domain 178 338 7.5E-27 T 16-09-2021 IPR003421 Opine dehydrogenase GO:0016491|GO:0050662|GO:0055114 +MGYG000000001_01928 428e89f386f8f16e4b285dd84b980b47 378 Pfam PF02558 Ketopantoate reductase PanE/ApbA 3 118 4.0E-11 T 16-09-2021 IPR013332 Ketopantoate reductase, N-terminal domain +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 SUPERFAMILY SSF64182 350 658 2.88E-61 T 16-09-2021 IPR038763 DHH phosphoesterase superfamily +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 Gene3D G3DSA:3.30.450.20 52 168 7.0E-13 T 16-09-2021 +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 ProSiteProfiles PS50887 GGDEF domain profile. 186 314 11.157 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 Pfam PF01368 DHH family 351 506 1.3E-21 T 16-09-2021 IPR001667 DDH domain +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 Gene3D G3DSA:3.10.310.30 551 663 7.8E-10 T 16-09-2021 +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 PIRSF PIRSF026583 2 664 5.8E-209 T 16-09-2021 IPR014528 Cyclic-di-AMP phosphodiesterase GdpP/PdeA +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 SMART SM00267 161 312 2.6E-4 T 16-09-2021 IPR000160 GGDEF domain +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 Gene3D G3DSA:3.90.1640.10 334 550 5.5E-53 T 16-09-2021 +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 PANTHER PTHR12112 129 662 1.9E-143 T 16-09-2021 +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 PANTHER PTHR12112:SF18 129 662 1.9E-143 T 16-09-2021 +MGYG000000001_00924 b2e0bfad3e604880942fbb4a91c20dd8 664 Pfam PF02272 DHHA1 domain 528 656 1.4E-12 T 16-09-2021 IPR003156 DHHA1 domain GO:0003676 KEGG: 00970+6.1.1.7|Reactome: R-HSA-379716 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 MobiDBLite mobidb-lite consensus disorder prediction 18 63 - T 16-09-2021 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 MobiDBLite mobidb-lite consensus disorder prediction 1 17 - T 16-09-2021 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 Coils Coil 195 215 - T 16-09-2021 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 MobiDBLite mobidb-lite consensus disorder prediction 132 169 - T 16-09-2021 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 MobiDBLite mobidb-lite consensus disorder prediction 170 184 - T 16-09-2021 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 MobiDBLite mobidb-lite consensus disorder prediction 81 98 - T 16-09-2021 +MGYG000000001_00855 ec496ec28eeccb597f097bad2ae3a87a 261 MobiDBLite mobidb-lite consensus disorder prediction 1 195 - T 16-09-2021 +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 Gene3D G3DSA:1.10.1740.10 6 86 2.2E-18 T 16-09-2021 +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 PANTHER PTHR43133 3 161 5.2E-34 T 16-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 SUPERFAMILY SSF88659 104 160 2.62E-16 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 CDD cd06171 Sigma70_r4 107 160 1.64653E-14 T 16-09-2021 +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 Pfam PF08281 Sigma-70, region 4 108 159 1.4E-16 T 16-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 SUPERFAMILY SSF88946 3 101 3.49E-18 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 Pfam PF04542 Sigma-70 region 2 22 85 1.6E-11 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 Gene3D G3DSA:1.10.10.10 102 164 2.8E-18 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03092 a2481d25efca3ceaeb17cb79996030da 165 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 15 160 4.4E-26 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02640 06842eb47ce03a7b6ec42ba159cd24b6 87 Pfam PF16079 Phage holin family Hol44, in holin superfamily V 17 84 7.8E-12 T 16-09-2021 IPR032111 Clostridium phage holin +MGYG000000001_02993 48f7168178ab0c1982af6192297d0d25 324 SUPERFAMILY SSF50156 63 122 5.5E-7 T 16-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_02993 48f7168178ab0c1982af6192297d0d25 324 SUPERFAMILY SSF50494 275 318 3.21E-5 T 16-09-2021 IPR009003 Peptidase S1, PA clan +MGYG000000001_02993 48f7168178ab0c1982af6192297d0d25 324 Pfam PF05580 SpoIVB peptidase S55 134 322 1.1E-48 T 16-09-2021 IPR008763 Peptidase S55, SpoIVB +MGYG000000001_02993 48f7168178ab0c1982af6192297d0d25 324 Gene3D G3DSA:2.30.42.10 57 123 2.6E-9 T 16-09-2021 +MGYG000000001_02993 48f7168178ab0c1982af6192297d0d25 324 ProSiteProfiles PS51494 SpoIVB peptidase domain profile. 102 324 28.933 T 16-09-2021 IPR008763 Peptidase S55, SpoIVB +MGYG000000001_02993 48f7168178ab0c1982af6192297d0d25 324 Pfam PF13180 PDZ domain 63 117 1.5E-7 T 16-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_03127 178ef1ed20cb66d16c554929dd969d77 51 Coils Coil 43 51 - T 16-09-2021 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 Pfam PF03009 Glycerophosphoryl diester phosphodiesterase family 6 74 3.5E-20 T 16-09-2021 IPR030395 Glycerophosphodiester phosphodiesterase domain GO:0006629|GO:0008081 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 Pfam PF03009 Glycerophosphoryl diester phosphodiesterase family 81 123 2.6E-9 T 16-09-2021 IPR030395 Glycerophosphodiester phosphodiesterase domain GO:0006629|GO:0008081 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 PANTHER PTHR46211 81 128 2.8E-37 T 16-09-2021 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 PANTHER PTHR46211 2 75 2.8E-37 T 16-09-2021 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 Gene3D G3DSA:3.20.20.190 1 79 4.6E-32 T 16-09-2021 IPR017946 PLC-like phosphodiesterase, TIM beta/alpha-barrel domain superfamily GO:0006629|GO:0008081 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 ProSiteProfiles PS51704 GP-PDE domain profile. 1 138 26.023 T 16-09-2021 IPR030395 Glycerophosphodiester phosphodiesterase domain GO:0006629|GO:0008081 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 PANTHER PTHR46211:SF1 81 128 2.8E-37 T 16-09-2021 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 PANTHER PTHR46211:SF1 2 75 2.8E-37 T 16-09-2021 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 SUPERFAMILY SSF51695 1 76 2.93E-29 T 16-09-2021 IPR017946 PLC-like phosphodiesterase, TIM beta/alpha-barrel domain superfamily GO:0006629|GO:0008081 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 Gene3D G3DSA:3.20.20.190 80 133 6.8E-11 T 16-09-2021 IPR017946 PLC-like phosphodiesterase, TIM beta/alpha-barrel domain superfamily GO:0006629|GO:0008081 +MGYG000000001_01382 cceff44bd09b548c53e467f4d76fb291 138 SUPERFAMILY SSF51695 79 128 8.89E-12 T 16-09-2021 IPR017946 PLC-like phosphodiesterase, TIM beta/alpha-barrel domain superfamily GO:0006629|GO:0008081 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 Pfam PF14437 MafB19-like deaminase 3 148 8.8E-38 T 16-09-2021 IPR028883 tRNA-specific adenosine deaminase GO:0002100|GO:0008251 Reactome: R-HSA-6782315 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 Hamap MF_00972 tRNA-specific adenosine deaminase [tadA]. 7 148 39.544 T 16-09-2021 IPR028883 tRNA-specific adenosine deaminase GO:0002100|GO:0008251 Reactome: R-HSA-6782315 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 ProSiteProfiles PS51747 Cytidine and deoxycytidylate deaminases domain profile. 1 126 30.616 T 16-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 Gene3D G3DSA:3.40.140.10 1 150 9.4E-53 T 16-09-2021 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 PANTHER PTHR11079:SF169 4 150 4.5E-55 T 16-09-2021 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 CDD cd01285 nucleoside_deaminase 7 101 1.52835E-46 T 16-09-2021 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 PANTHER PTHR11079 4 150 4.5E-55 T 16-09-2021 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 SUPERFAMILY SSF53927 4 148 2.66E-47 T 16-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_03059 3822d40f053a673c48a9f51425ee940b 150 ProSitePatterns PS00903 Cytidine and deoxycytidylate deaminases zinc-binding region signature. 52 89 - T 16-09-2021 IPR016192 APOBEC/CMP deaminase, zinc-binding GO:0008270|GO:0016787 +MGYG000000001_00630 c6e3cb24c8eaa9dd62adfa12cdf456de 170 Pfam PF06114 IrrE N-terminal-like domain 47 141 1.2E-13 T 16-09-2021 IPR010359 IrrE N-terminal-like domain +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 Pfam PF01047 MarR family 36 94 3.2E-13 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 PRINTS PR00598 Bacterial regulatory protein MarR family signature 89 105 2.8E-10 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 PRINTS PR00598 Bacterial regulatory protein MarR family signature 53 69 2.8E-10 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 PRINTS PR00598 Bacterial regulatory protein MarR family signature 70 85 2.8E-10 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 PRINTS PR00598 Bacterial regulatory protein MarR family signature 119 139 2.8E-10 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 SUPERFAMILY SSF46785 8 146 3.45E-30 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 ProSiteProfiles PS50995 MarR-type HTH domain profile. 6 141 23.373 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 Gene3D G3DSA:1.10.10.10 2 145 6.0E-32 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 PANTHER PTHR33164 7 136 1.3E-31 T 16-09-2021 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 SMART SM00347 29 129 4.6E-19 T 16-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00823 e049ea44b270c72114bf1e6abebb44e6 151 PANTHER PTHR33164:SF67 7 136 1.3E-31 T 16-09-2021 +MGYG000000001_02350 922301889d86b079779ef84b8dc61da6 310 Coils Coil 2 32 - T 16-09-2021 +MGYG000000001_02350 922301889d86b079779ef84b8dc61da6 310 Coils Coil 40 60 - T 16-09-2021 +MGYG000000001_02350 922301889d86b079779ef84b8dc61da6 310 Coils Coil 282 302 - T 16-09-2021 +MGYG000000001_02350 922301889d86b079779ef84b8dc61da6 310 Coils Coil 145 165 - T 16-09-2021 +MGYG000000001_02350 922301889d86b079779ef84b8dc61da6 310 Coils Coil 70 97 - T 16-09-2021 +MGYG000000001_02542 53ffa5c64846e7b8b67de893e45ecab9 302 Gene3D G3DSA:1.10.260.150 44 301 9.2E-70 T 16-09-2021 +MGYG000000001_02542 53ffa5c64846e7b8b67de893e45ecab9 302 Pfam PF03816 Cell envelope-related transcriptional attenuator domain 69 210 1.2E-40 T 16-09-2021 IPR004474 Cell envelope-related transcriptional attenuator domain +MGYG000000001_02542 53ffa5c64846e7b8b67de893e45ecab9 302 PANTHER PTHR33392 3 284 1.4E-61 T 16-09-2021 +MGYG000000001_02542 53ffa5c64846e7b8b67de893e45ecab9 302 TIGRFAM TIGR00350 lytR_cpsA_psr: cell envelope-related function transcriptional attenuator common domain 69 209 2.6E-32 T 16-09-2021 IPR004474 Cell envelope-related transcriptional attenuator domain +MGYG000000001_01992 91b54ec1831c1fed202d6f1fd7bc18e9 165 Coils Coil 36 56 - T 16-09-2021 +MGYG000000001_01992 91b54ec1831c1fed202d6f1fd7bc18e9 165 SUPERFAMILY SSF103642 144 164 2.29E-7 T 16-09-2021 +MGYG000000001_01992 91b54ec1831c1fed202d6f1fd7bc18e9 165 Gene3D G3DSA:3.10.450.50 104 165 2.4E-10 T 16-09-2021 +MGYG000000001_01992 91b54ec1831c1fed202d6f1fd7bc18e9 165 PANTHER PTHR33747:SF8 100 165 9.1E-13 T 16-09-2021 +MGYG000000001_01992 91b54ec1831c1fed202d6f1fd7bc18e9 165 PANTHER PTHR33747 100 165 9.1E-13 T 16-09-2021 +MGYG000000001_01992 91b54ec1831c1fed202d6f1fd7bc18e9 165 Pfam PF02810 SEC-C motif 147 165 3.2E-10 T 16-09-2021 IPR004027 SEC-C motif +MGYG000000001_02929 928e704dc956e27cb07c370c3bf40c9e 144 MobiDBLite mobidb-lite consensus disorder prediction 112 144 - T 16-09-2021 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 Hamap MF_01249 HPr kinase/phosphorylase [hprK]. 6 309 41.147 T 16-09-2021 IPR003755 HPr(Ser) kinase/phosphorylase GO:0000155|GO:0000160|GO:0005524|GO:0006109 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 Pfam PF02603 HPr Serine kinase N terminus 7 130 3.4E-37 T 16-09-2021 IPR011126 HPr(Ser) kinase/phosphorylase, N-terminal GO:0000155|GO:0000160|GO:0004672|GO:0005524|GO:0006109 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 PANTHER PTHR30305:SF1 6 308 6.0E-113 T 16-09-2021 IPR003755 HPr(Ser) kinase/phosphorylase GO:0000155|GO:0000160|GO:0005524|GO:0006109 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 Gene3D G3DSA:3.40.50.300 134 309 1.7E-74 T 16-09-2021 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 SUPERFAMILY SSF75138 7 134 8.5E-34 T 16-09-2021 IPR028979 HPr(Ser) kinase/phosphorylase-like, N-terminal domain superfamily +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 Gene3D G3DSA:3.40.1390.20 6 133 5.2E-37 T 16-09-2021 IPR028979 HPr(Ser) kinase/phosphorylase-like, N-terminal domain superfamily +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 PANTHER PTHR30305 6 308 6.0E-113 T 16-09-2021 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 TIGRFAM TIGR00679 hpr-ser: HPr(Ser) kinase/phosphatase 7 304 5.4E-117 T 16-09-2021 IPR003755 HPr(Ser) kinase/phosphorylase GO:0000155|GO:0000160|GO:0005524|GO:0006109 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 CDD cd01918 HprK_C 136 285 1.33539E-74 T 16-09-2021 IPR011104 HPr kinase/phosphorylase, C-terminal GO:0000155|GO:0000160|GO:0004672|GO:0005524|GO:0006109 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 Pfam PF07475 HPr Serine kinase C-terminal domain 133 301 1.9E-76 T 16-09-2021 IPR011104 HPr kinase/phosphorylase, C-terminal GO:0000155|GO:0000160|GO:0004672|GO:0005524|GO:0006109 +MGYG000000001_02608 3382a45578772f3825bec108002712c4 309 SUPERFAMILY SSF53795 135 301 1.98E-41 T 16-09-2021 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 CDD cd00186 TOP1Ac 155 573 4.20625E-114 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 SMART SM00436 126 216 1.0E-39 T 16-09-2021 IPR003601 DNA topoisomerase, type IA, domain 2 GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Gene3D G3DSA:3.40.50.140 3 154 5.4E-53 T 16-09-2021 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 SMART SM00437 266 528 5.3E-73 T 16-09-2021 IPR003602 DNA topoisomerase, type IA, DNA-binding domain GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 CDD cd03362 TOPRIM_TopoIA_TopoIII 3 147 1.92162E-54 T 16-09-2021 IPR034144 DNA topoisomerase 3-like, TOPRIM domain +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Gene3D G3DSA:1.10.460.10 160 572 9.8E-132 T 16-09-2021 IPR013824 DNA topoisomerase, type IA, central region, subdomain 1 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 TIGRFAM TIGR01056 topB: DNA topoisomerase III 4 700 6.5E-234 T 16-09-2021 IPR005738 DNA topoisomerase III GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Pfam PF01751 Toprim domain 5 134 1.0E-14 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 ProSitePatterns PS00396 Prokaryotic DNA topoisomerase I active site. 303 318 - T 16-09-2021 IPR023406 DNA topoisomerase, type IA, active site GO:0003917 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 391 407 3.3E-24 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 100 113 3.3E-24 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 491 505 3.3E-24 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 309 318 3.3E-24 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 186 204 3.3E-24 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PANTHER PTHR11390 1 644 3.6E-131 T 16-09-2021 IPR000380 DNA topoisomerase, type IA GO:0003677|GO:0003917|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 SMART SM00493 3 126 8.7E-21 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Gene3D G3DSA:2.70.20.10 210 475 9.8E-132 T 16-09-2021 IPR013825 DNA topoisomerase, type IA, central region, subdomain 2 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 SUPERFAMILY SSF56712 3 602 6.28E-173 T 16-09-2021 IPR023405 DNA topoisomerase, type IA, core domain +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 ProSiteProfiles PS50880 Toprim domain profile. 3 136 17.765 T 16-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Pfam PF01131 DNA topoisomerase 152 562 3.4E-119 T 16-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Gene3D G3DSA:1.10.290.10 275 405 9.8E-132 T 16-09-2021 IPR013826 DNA topoisomerase, type IA, central region, subdomain 3 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 PANTHER PTHR11390:SF21 1 644 3.6E-131 T 16-09-2021 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Coils Coil 665 685 - T 16-09-2021 +MGYG000000001_00989 58aa0dd7bdd1c0c3c7560c44c24f109a 706 Hamap MF_00953 DNA topoisomerase 3 [topB]. 3 617 59.594 T 16-09-2021 IPR005738 DNA topoisomerase III GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_00341 42211ffba3c339f267fcdde071fa9c69 100 SUPERFAMILY SSF89360 3 92 2.16E-6 T 16-09-2021 IPR035903 HesB-like domain superfamily Reactome: R-HSA-1362409 +MGYG000000001_00470 d8635eb84fb34df311f93543d71f767e 258 PANTHER PTHR30336 34 244 4.4E-49 T 16-09-2021 +MGYG000000001_00470 d8635eb84fb34df311f93543d71f767e 258 Pfam PF02698 DUF218 domain 101 241 2.6E-32 T 16-09-2021 IPR003848 Domain of unknown function DUF218 +MGYG000000001_00470 d8635eb84fb34df311f93543d71f767e 258 PANTHER PTHR30336:SF18 34 244 4.4E-49 T 16-09-2021 +MGYG000000001_00470 d8635eb84fb34df311f93543d71f767e 258 CDD cd06259 YdcF-like 101 241 3.16294E-46 T 16-09-2021 IPR003848 Domain of unknown function DUF218 +MGYG000000001_02704 5c40d021967ec55c01c7840d943710e8 238 PIRSF PIRSF016933 2 231 9.2E-72 T 16-09-2021 IPR023596 Peptidase PrsW, archaeal/bacterial GO:0008233 +MGYG000000001_02704 5c40d021967ec55c01c7840d943710e8 238 PANTHER PTHR36844 5 209 1.1E-38 T 16-09-2021 IPR026898 Intramembrane metalloprotease PrsW GO:0008233 +MGYG000000001_02704 5c40d021967ec55c01c7840d943710e8 238 Pfam PF13367 PrsW family intramembrane metalloprotease 29 209 3.8E-36 T 16-09-2021 IPR026898 Intramembrane metalloprotease PrsW GO:0008233 +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 SUPERFAMILY SSF51011 541 630 3.42E-7 T 16-09-2021 +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 SUPERFAMILY SSF51445 132 541 7.88E-92 T 16-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 SMART SM00642 148 532 1.1E-77 T 16-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 CDD cd11338 AmyAc_CMD 143 542 0.0 T 16-09-2021 +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 Gene3D G3DSA:2.60.40.1180 541 637 1.0E-6 T 16-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 Pfam PF00128 Alpha amylase, catalytic domain 198 506 4.8E-66 T 16-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 Gene3D G3DSA:3.20.20.80 136 534 9.1E-128 T 16-09-2021 +MGYG000000001_01222 5aef49c8a55e0aace8fbc21baa6614fb 638 PANTHER PTHR43862 90 576 1.7E-122 T 16-09-2021 +MGYG000000001_01542 557f3a06ca91974484dbbeaa887e14c9 139 Pfam PF01969 Protein of unknown function DUF111 1 121 8.3E-37 T 16-09-2021 IPR002822 Nickel insertion protein +MGYG000000001_01542 557f3a06ca91974484dbbeaa887e14c9 139 Gene3D G3DSA:3.30.70.1380 1 72 5.9E-8 T 16-09-2021 +MGYG000000001_01542 557f3a06ca91974484dbbeaa887e14c9 139 PANTHER PTHR36566 1 130 1.1E-36 T 16-09-2021 IPR002822 Nickel insertion protein +MGYG000000001_01414 2f49e4b316bcfb06b73f999c35a7b818 316 PANTHER PTHR22911:SF105 14 315 7.9E-58 T 16-09-2021 +MGYG000000001_01414 2f49e4b316bcfb06b73f999c35a7b818 316 SUPERFAMILY SSF103481 88 165 6.15E-10 T 16-09-2021 +MGYG000000001_01414 2f49e4b316bcfb06b73f999c35a7b818 316 PANTHER PTHR22911 14 315 7.9E-58 T 16-09-2021 +MGYG000000001_01414 2f49e4b316bcfb06b73f999c35a7b818 316 Pfam PF00892 EamA-like transporter family 14 161 5.0E-12 T 16-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_01414 2f49e4b316bcfb06b73f999c35a7b818 316 Pfam PF00892 EamA-like transporter family 179 314 9.6E-8 T 16-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_01414 2f49e4b316bcfb06b73f999c35a7b818 316 SUPERFAMILY SSF103481 224 314 3.79E-8 T 16-09-2021 +MGYG000000001_01960 705b485ceaf9d30da65e330cc442da08 320 PANTHER PTHR43163 1 319 3.8E-100 T 16-09-2021 +MGYG000000001_01960 705b485ceaf9d30da65e330cc442da08 320 SUPERFAMILY SSF161098 97 300 4.32E-14 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01960 705b485ceaf9d30da65e330cc442da08 320 CDD cd06261 TM_PBP2 99 302 3.58797E-14 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01960 705b485ceaf9d30da65e330cc442da08 320 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 117 317 7.6E-34 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01960 705b485ceaf9d30da65e330cc442da08 320 Gene3D G3DSA:1.10.3720.10 89 312 4.5E-17 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01960 705b485ceaf9d30da65e330cc442da08 320 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 99 305 18.03 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00082 649550452a57ad021fa9b4000f920c95 288 Gene3D G3DSA:2.130.10.10 1 173 8.2E-27 T 16-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_00082 649550452a57ad021fa9b4000f920c95 288 SUPERFAMILY SSF51004 3 288 3.27E-45 T 16-09-2021 IPR011048 Cytochrome cd1-nitrite reductase-like, haem d1 domain superfamily +MGYG000000001_00082 649550452a57ad021fa9b4000f920c95 288 PANTHER PTHR47197 2 187 1.1E-33 T 16-09-2021 +MGYG000000001_00082 649550452a57ad021fa9b4000f920c95 288 PANTHER PTHR47197 200 285 1.1E-33 T 16-09-2021 +MGYG000000001_00082 649550452a57ad021fa9b4000f920c95 288 Gene3D G3DSA:2.130.10.10 174 287 2.6E-17 T 16-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_01125 e2b5e2831f4f1e536665b18b94f3a842 293 Pfam PF03837 RecT family 25 196 1.4E-40 T 16-09-2021 IPR018330 RecT family GO:0003677|GO:0006259 +MGYG000000001_01125 e2b5e2831f4f1e536665b18b94f3a842 293 TIGRFAM TIGR01913 bet_lambda: phage recombination protein Bet 23 194 4.0E-38 T 16-09-2021 IPR010183 Bacteriophage lambda, Bet +MGYG000000001_02736 bd6392700daa8bb961b653ba3f6a3a69 159 Gene3D G3DSA:2.80.10.50 37 158 8.2E-11 T 16-09-2021 +MGYG000000001_02736 bd6392700daa8bb961b653ba3f6a3a69 159 SUPERFAMILY SSF50405 39 156 1.44E-11 T 16-09-2021 IPR008999 Actin-crosslinking +MGYG000000001_00534 d6f21f83f71ac3c14adf77cd2e0928b1 114 Pfam PF01042 Endoribonuclease L-PSP 8 112 4.4E-24 T 16-09-2021 IPR006175 YjgF/YER057c/UK114 family Reactome: R-HSA-8849175 +MGYG000000001_00534 d6f21f83f71ac3c14adf77cd2e0928b1 114 ProSitePatterns PS01094 Uncharacterized protein family UPF0076 signature. 89 107 - T 16-09-2021 IPR019897 RidA, conserved site Reactome: R-HSA-8849175 +MGYG000000001_00534 d6f21f83f71ac3c14adf77cd2e0928b1 114 Gene3D G3DSA:3.30.1330.40 1 114 5.7E-39 T 16-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_00534 d6f21f83f71ac3c14adf77cd2e0928b1 114 CDD cd06150 YjgF_YER057c_UK114_like_2 10 112 1.56416E-53 T 16-09-2021 IPR035709 RutC family, YoaB-like +MGYG000000001_00534 d6f21f83f71ac3c14adf77cd2e0928b1 114 PANTHER PTHR47328 1 113 1.6E-42 T 16-09-2021 +MGYG000000001_00534 d6f21f83f71ac3c14adf77cd2e0928b1 114 SUPERFAMILY SSF55298 5 113 2.36E-30 T 16-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Gene3D G3DSA:3.20.20.80 5 429 6.8E-210 T 16-09-2021 +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Pfam PF17385 Lacto-N-biose phosphorylase central domain 441 658 2.0E-94 T 16-09-2021 IPR035363 Lacto-N-biose phosphorylase, central domain +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Gene3D G3DSA:3.40.50.880 437 662 6.7E-90 T 16-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 SUPERFAMILY SSF52317 444 653 3.89E-28 T 16-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 TIGRFAM TIGR02336 TIGR02336: 1,3-beta-galactosyl-N-acetylhexosamine phosphorylase 3 717 0.0 T 16-09-2021 IPR012711 Lacto-N-biose phosphorylase/D-galactosyl-beta-1->4-L-rhamnose phosphorylase GO:0004645 +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Pfam PF09508 Lacto-N-biose phosphorylase N-terminal TIM barrel domain 5 437 2.5E-212 T 16-09-2021 IPR035080 Lacto-N-biose phosphorylase-like, N-terminal TIM barrel domain +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Gene3D G3DSA:2.60.40.1180 663 720 1.4E-7 T 16-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Gene3D G3DSA:2.60.40.10 72 177 6.8E-210 T 16-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01670 949b7d1c6c7fe8f6250c1fc4a0ae7b60 720 Pfam PF17386 Lacto-N-biose phosphorylase C-terminal domain 664 716 1.3E-14 T 16-09-2021 IPR035356 Lacto-N-biose phosphorylase, C-terminal domain +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 SUPERFAMILY SSF52091 8 103 4.12E-20 T 16-09-2021 IPR036513 STAS domain superfamily +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 Pfam PF01740 STAS domain 18 101 1.5E-13 T 16-09-2021 IPR002645 STAS domain +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 Gene3D G3DSA:3.30.750.24 10 105 1.9E-21 T 16-09-2021 IPR036513 STAS domain superfamily +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 CDD cd07043 STAS_anti-anti-sigma_factors 18 103 1.53794E-25 T 16-09-2021 +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 PANTHER PTHR33495:SF9 4 104 3.5E-25 T 16-09-2021 +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 ProSiteProfiles PS50801 STAS domain profile. 18 105 19.695 T 16-09-2021 IPR002645 STAS domain +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 PANTHER PTHR33495 4 104 3.5E-25 T 16-09-2021 +MGYG000000001_00956 a3b5ef28ff7de223663f487993b9d074 105 TIGRFAM TIGR00377 ant_ant_sig: anti-anti-sigma factor 5 104 5.6E-25 T 16-09-2021 IPR003658 Anti-sigma factor antagonist GO:0006355|GO:0043856 +MGYG000000001_00050 9208d6e5688632e198ce08dca38f1eeb 73 SMART SM00899 2 73 1.8E-18 T 16-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_00050 9208d6e5688632e198ce08dca38f1eeb 73 PANTHER PTHR42954 1 72 3.4E-22 T 16-09-2021 +MGYG000000001_00050 9208d6e5688632e198ce08dca38f1eeb 73 Pfam PF04023 FeoA domain 2 71 5.1E-15 T 16-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_00050 9208d6e5688632e198ce08dca38f1eeb 73 Gene3D G3DSA:2.30.30.90 1 73 1.0E-21 T 16-09-2021 IPR038157 Ferrous iron transporter, core domain +MGYG000000001_00050 9208d6e5688632e198ce08dca38f1eeb 73 SUPERFAMILY SSF50037 6 72 5.26E-19 T 16-09-2021 IPR008988 Transcriptional repressor, C-terminal +MGYG000000001_00211 abcafc2b227e91733fbb75b084aaf8f8 156 PANTHER PTHR22931 4 150 8.3E-65 T 16-09-2021 IPR010121 Pyruvate, phosphate dikinase GO:0006090|GO:0050242 KEGG: 00620+2.7.9.1|KEGG: 00710+2.7.9.1|KEGG: 00720+2.7.9.1|MetaCyc: PWY-241|MetaCyc: PWY-6549|MetaCyc: PWY-7115|MetaCyc: PWY-7117 +MGYG000000001_00211 abcafc2b227e91733fbb75b084aaf8f8 156 PANTHER PTHR22931:SF9 4 150 8.3E-65 T 16-09-2021 +MGYG000000001_00211 abcafc2b227e91733fbb75b084aaf8f8 156 SUPERFAMILY SSF56059 4 150 2.24E-53 T 16-09-2021 +MGYG000000001_00211 abcafc2b227e91733fbb75b084aaf8f8 156 Pfam PF01326 Pyruvate phosphate dikinase, PEP/pyruvate binding domain 62 119 6.0E-5 T 16-09-2021 IPR002192 Pyruvate phosphate dikinase, PEP/pyruvate-binding GO:0005524|GO:0016301|GO:0016310 +MGYG000000001_00211 abcafc2b227e91733fbb75b084aaf8f8 156 Pfam PF01326 Pyruvate phosphate dikinase, PEP/pyruvate binding domain 18 60 3.8E-13 T 16-09-2021 IPR002192 Pyruvate phosphate dikinase, PEP/pyruvate-binding GO:0005524|GO:0016301|GO:0016310 +MGYG000000001_00211 abcafc2b227e91733fbb75b084aaf8f8 156 Gene3D G3DSA:3.30.1490.20 3 152 1.0E-50 T 16-09-2021 IPR013815 ATP-grasp fold, subdomain 1 GO:0005524 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 SMART SM00382 32 224 9.8E-14 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 PANTHER PTHR24220:SF636 4 221 1.0E-89 T 16-09-2021 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 Gene3D G3DSA:3.40.50.300 1 225 1.3E-67 T 16-09-2021 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 SUPERFAMILY SSF52540 3 223 9.94E-71 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 ProSitePatterns PS00211 ABC transporters family signature. 142 156 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 Pfam PF00005 ABC transporter 23 169 1.1E-34 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 PANTHER PTHR24220 4 221 1.0E-89 T 16-09-2021 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 4 219 4.95658E-108 T 16-09-2021 +MGYG000000001_01864 d2da2d2a54f2c240eaa06e0846f5fedb 225 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 225 25.604 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02124 c2d7f6f5e3b91242b806b962aadcfb1e 58 Pfam PF04256 Protein of unknown function (DUF434) 24 58 1.6E-12 T 16-09-2021 IPR007368 Domain of unknown function DUF434 +MGYG000000001_01446 4d7c79db5bf7ec779adc52ff9153f544 329 CDD cd00542 Ntn_PVA 2 304 1.19364E-124 T 16-09-2021 +MGYG000000001_01446 4d7c79db5bf7ec779adc52ff9153f544 329 Pfam PF02275 Linear amide C-N hydrolases, choloylglycine hydrolase family 2 316 8.5E-111 T 16-09-2021 IPR029132 Choloylglycine hydrolase/NAAA C-terminal +MGYG000000001_01446 4d7c79db5bf7ec779adc52ff9153f544 329 SUPERFAMILY SSF56235 2 329 7.02E-105 T 16-09-2021 IPR029055 Nucleophile aminohydrolases, N-terminal +MGYG000000001_01446 4d7c79db5bf7ec779adc52ff9153f544 329 PANTHER PTHR35527 2 326 4.6E-79 T 16-09-2021 +MGYG000000001_01446 4d7c79db5bf7ec779adc52ff9153f544 329 Gene3D G3DSA:3.60.60.10 1 319 7.2E-113 T 16-09-2021 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 Gene3D G3DSA:2.20.150.10 10 105 2.0E-53 T 16-09-2021 IPR023314 5-Dehydro-2-deoxygluconokinase-like superfamily KEGG: 00562+2.7.1.92 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 PANTHER PTHR43085:SF6 175 281 1.0E-67 T 16-09-2021 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 PANTHER PTHR43085 4 178 1.0E-67 T 16-09-2021 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 Gene3D G3DSA:3.40.1190.20 5 177 2.0E-53 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 SUPERFAMILY SSF53613 1 284 1.87E-67 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 Pfam PF00294 pfkB family carbohydrate kinase 3 174 3.6E-36 T 16-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 Pfam PF00294 pfkB family carbohydrate kinase 175 278 3.4E-19 T 16-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 CDD cd01167 bac_FRK 3 275 2.52459E-96 T 16-09-2021 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 ProSitePatterns PS00583 pfkB family of carbohydrate kinases signature 1. 34 58 - T 16-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 Gene3D G3DSA:3.40.1190.20 178 285 1.7E-24 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 PANTHER PTHR43085 175 281 1.0E-67 T 16-09-2021 +MGYG000000001_00502 13d4c4430285f34b2171f55462a99c5b 285 PANTHER PTHR43085:SF6 4 178 1.0E-67 T 16-09-2021 +MGYG000000001_01832 c06ffffb088a5d72a404b5a984433d30 1002 Coils Coil 753 780 - T 16-09-2021 +MGYG000000001_01832 c06ffffb088a5d72a404b5a984433d30 1002 Coils Coil 799 819 - T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00149 Fumarate lyase superfamily signature 102 120 1.8E-27 T 16-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00149 Fumarate lyase superfamily signature 146 164 1.8E-27 T 16-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00149 Fumarate lyase superfamily signature 274 290 1.8E-27 T 16-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00149 Fumarate lyase superfamily signature 230 257 1.8E-27 T 16-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PANTHER PTHR43814 2 431 1.0E-178 T 16-09-2021 IPR009049 Argininosuccinate lyase GO:0004056|GO:0042450 KEGG: 00220+4.3.2.1|KEGG: 00250+4.3.2.1|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 Pfam PF00206 Lyase 6 299 3.4E-72 T 16-09-2021 IPR022761 Fumarate lyase, N-terminal +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 Gene3D G3DSA:1.10.275.10 25 228 1.4E-176 T 16-09-2021 IPR024083 Fumarase/histidase, N-terminal +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PANTHER PTHR43814:SF1 2 431 1.0E-178 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 Gene3D G3DSA:1.20.200.10 119 358 1.4E-176 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 SUPERFAMILY SSF48557 3 430 1.27E-134 T 16-09-2021 IPR008948 L-Aspartase-like GO:0003824 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 Pfam PF14698 Argininosuccinate lyase C-terminal 362 428 1.0E-21 T 16-09-2021 IPR029419 Argininosuccinate lyase, C-terminal KEGG: 00220+4.3.2.1|KEGG: 00250+4.3.2.1|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00145 Argininosuccinate lyase family signature 141 161 1.6E-62 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00145 Argininosuccinate lyase family signature 230 254 1.6E-62 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00145 Argininosuccinate lyase family signature 101 123 1.6E-62 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00145 Argininosuccinate lyase family signature 192 208 1.6E-62 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00145 Argininosuccinate lyase family signature 309 328 1.6E-62 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 PRINTS PR00145 Argininosuccinate lyase family signature 274 290 1.6E-62 T 16-09-2021 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 TIGRFAM TIGR00838 argH: argininosuccinate lyase 3 431 9.0E-181 T 16-09-2021 IPR009049 Argininosuccinate lyase GO:0004056|GO:0042450 KEGG: 00220+4.3.2.1|KEGG: 00250+4.3.2.1|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 ProSitePatterns PS00163 Fumarate lyases signature. 274 283 - T 16-09-2021 IPR020557 Fumarate lyase, conserved site GO:0003824 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 CDD cd01359 Argininosuccinate_lyase 22 431 0.0 T 16-09-2021 IPR009049 Argininosuccinate lyase GO:0004056|GO:0042450 KEGG: 00220+4.3.2.1|KEGG: 00250+4.3.2.1|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 Hamap MF_00006 Argininosuccinate lyase [argH]. 2 428 39.45 T 16-09-2021 IPR009049 Argininosuccinate lyase GO:0004056|GO:0042450 KEGG: 00220+4.3.2.1|KEGG: 00250+4.3.2.1|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_02961 8a81834c1c01f43b8ec483327b5a59ee 438 Gene3D G3DSA:1.10.40.30 359 430 1.4E-176 T 16-09-2021 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 CDD cd02064 FAD_synthetase_N 19 194 4.61371E-64 T 16-09-2021 IPR015864 FAD synthetase GO:0003919|GO:0009231 KEGG: 00740+2.7.1.26+2.7.7.2|MetaCyc: PWY-5523|MetaCyc: PWY-6167|MetaCyc: PWY-6168|MetaCyc: PWY-7863 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 PIRSF PIRSF004491 1 306 1.1E-100 T 16-09-2021 IPR002606 Riboflavin kinase, bacterial GO:0003919|GO:0008531|GO:0009231 KEGG: 00740+2.7.1.26+2.7.7.2|MetaCyc: PWY-5523|MetaCyc: PWY-6167|MetaCyc: PWY-6168|MetaCyc: PWY-7863 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 PANTHER PTHR22749:SF6 14 300 2.5E-63 T 16-09-2021 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 SUPERFAMILY SSF52374 17 181 1.56E-30 T 16-09-2021 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 TIGRFAM TIGR00083 ribF: riboflavin biosynthesis protein RibF 18 298 4.9E-80 T 16-09-2021 IPR002606 Riboflavin kinase, bacterial GO:0003919|GO:0008531|GO:0009231 KEGG: 00740+2.7.1.26+2.7.7.2|MetaCyc: PWY-5523|MetaCyc: PWY-6167|MetaCyc: PWY-6168|MetaCyc: PWY-7863 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 Pfam PF01687 Riboflavin kinase 182 298 4.5E-36 T 16-09-2021 IPR015865 Riboflavin kinase domain, bacterial/eukaryotic GO:0008531|GO:0009231 KEGG: 00740+2.7.1.26|MetaCyc: PWY-5523|MetaCyc: PWY-6168|MetaCyc: PWY-7863|Reactome: R-HSA-196843 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 SUPERFAMILY SSF82114 172 302 5.01E-42 T 16-09-2021 IPR023465 Riboflavin kinase domain superfamily GO:0008531|GO:0009231 Reactome: R-HSA-196843 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 Pfam PF06574 FAD synthetase 13 164 3.5E-46 T 16-09-2021 IPR015864 FAD synthetase GO:0003919|GO:0009231 KEGG: 00740+2.7.1.26+2.7.7.2|MetaCyc: PWY-5523|MetaCyc: PWY-6167|MetaCyc: PWY-6168|MetaCyc: PWY-7863 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 PANTHER PTHR22749 14 300 2.5E-63 T 16-09-2021 IPR023468 Riboflavin kinase KEGG: 00740+2.7.1.26|MetaCyc: PWY-5523|MetaCyc: PWY-6168|MetaCyc: PWY-7863|Reactome: R-HSA-196843 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 Gene3D G3DSA:2.40.30.30 186 307 1.8E-40 T 16-09-2021 IPR023465 Riboflavin kinase domain superfamily GO:0008531|GO:0009231 Reactome: R-HSA-196843 +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 Gene3D G3DSA:3.40.50.620 3 185 1.3E-54 T 16-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_01606 369df69c358ef47dfc2cd297830f33e5 308 SMART SM00904 181 305 4.5E-52 T 16-09-2021 IPR015865 Riboflavin kinase domain, bacterial/eukaryotic GO:0008531|GO:0009231 KEGG: 00740+2.7.1.26|MetaCyc: PWY-5523|MetaCyc: PWY-6168|MetaCyc: PWY-7863|Reactome: R-HSA-196843 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 Pfam PF07883 Cupin domain 31 78 5.9E-10 T 16-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 Gene3D G3DSA:2.60.120.10 17 121 2.4E-11 T 16-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 SUPERFAMILY SSF51215 32 147 1.57E-13 T 16-09-2021 IPR037923 Transcription regulator HTH-like +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 Gene3D G3DSA:1.10.10.60 177 231 6.0E-12 T 16-09-2021 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 PANTHER PTHR43280 34 285 4.5E-31 T 16-09-2021 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 SMART SM00342 199 281 1.6E-13 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 Pfam PF12833 Helix-turn-helix domain 206 280 8.8E-13 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 SUPERFAMILY SSF46689 236 284 8.66E-8 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 SUPERFAMILY SSF46689 183 233 5.38E-6 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 186 283 23.578 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01479 9176c75c528bd2f7b0c7366f9a4e85cf 291 Gene3D G3DSA:1.10.10.60 232 286 2.2E-10 T 16-09-2021 +MGYG000000001_00051 fa3a637811aab1d39a8394ebaedd7932 168 Pfam PF07456 Heptaprenyl diphosphate synthase component I 12 156 8.4E-44 T 16-09-2021 IPR010898 Heptaprenyl diphosphate synthase component I +MGYG000000001_00051 fa3a637811aab1d39a8394ebaedd7932 168 PIRSF PIRSF027391 1 168 1.1E-43 T 16-09-2021 IPR014535 Predicted heptaprenyl diphosphate synthase, component I +MGYG000000001_00051 fa3a637811aab1d39a8394ebaedd7932 168 Gene3D G3DSA:1.10.1760.20 1 162 9.1E-10 T 16-09-2021 +MGYG000000001_00503 70404c9fc03c1f31a06c28b578d60ad6 170 ProSiteProfiles PS51093 PTS_EIIA type-1 domain profile. 41 145 27.489 T 16-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00503 70404c9fc03c1f31a06c28b578d60ad6 170 SUPERFAMILY SSF51261 19 164 9.42E-54 T 16-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00503 70404c9fc03c1f31a06c28b578d60ad6 170 Pfam PF00358 phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 1 25 146 2.0E-50 T 16-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00503 70404c9fc03c1f31a06c28b578d60ad6 170 TIGRFAM TIGR00830 PTBA: PTS system, glucose subfamily, IIA component 25 144 1.6E-44 T 16-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00503 70404c9fc03c1f31a06c28b578d60ad6 170 Gene3D G3DSA:2.70.70.10 11 170 3.8E-57 T 16-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00503 70404c9fc03c1f31a06c28b578d60ad6 170 PANTHER PTHR45008 4 165 2.1E-52 T 16-09-2021 +MGYG000000001_00374 6afe1c330e84e9d91d018496e7dbebe5 226 SUPERFAMILY SSF47240 1 207 1.61E-73 T 16-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_00374 6afe1c330e84e9d91d018496e7dbebe5 226 CDD cd01051 Mn_catalase 1 181 2.98782E-76 T 16-09-2021 IPR039377 Manganese catalase, ferritin-like di-iron-binding domain +MGYG000000001_00374 6afe1c330e84e9d91d018496e7dbebe5 226 Pfam PF05067 Manganese containing catalase 1 184 3.1E-56 T 16-09-2021 IPR007760 Manganese catalase +MGYG000000001_00374 6afe1c330e84e9d91d018496e7dbebe5 226 Gene3D G3DSA:1.20.1260.10 1 184 9.5E-68 T 16-09-2021 IPR012347 Ferritin-like +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 PANTHER PTHR43377 1 412 2.0E-107 T 16-09-2021 +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 Gene3D G3DSA:3.40.50.720 1 127 2.5E-25 T 16-09-2021 +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 SUPERFAMILY SSF55347 137 354 9.81E-24 T 16-09-2021 +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 SUPERFAMILY SSF51735 2 157 1.27E-34 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 Pfam PF01408 Oxidoreductase family, NAD-binding Rossmann fold 4 125 3.1E-17 T 16-09-2021 IPR000683 Oxidoreductase, N-terminal GO:0016491 +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 Pfam PF02894 Oxidoreductase family, C-terminal alpha/beta domain 141 212 1.8E-6 T 16-09-2021 IPR004104 Oxidoreductase, C-terminal GO:0016491|GO:0055114 +MGYG000000001_00535 c06f56b2022ea954edd9bae542223ad3 428 PANTHER PTHR43377:SF11 1 412 2.0E-107 T 16-09-2021 +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 CDD cd13597 PBP2_lipoprotein_Tp32 42 274 8.56854E-116 T 16-09-2021 +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 SUPERFAMILY SSF53850 42 276 9.29E-81 T 16-09-2021 +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 Gene3D G3DSA:3.40.190.10 45 274 2.7E-99 T 16-09-2021 +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 PIRSF PIRSF002854 1 276 1.3E-100 T 16-09-2021 IPR004872 Lipoprotein NlpA family +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 Gene3D G3DSA:3.40.190.10 124 226 2.7E-99 T 16-09-2021 +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 PANTHER PTHR30429 1 276 4.9E-104 T 16-09-2021 IPR004872 Lipoprotein NlpA family +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 PANTHER PTHR30429:SF0 1 276 4.9E-104 T 16-09-2021 +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 Pfam PF03180 NLPA lipoprotein 43 275 6.7E-89 T 16-09-2021 IPR004872 Lipoprotein NlpA family +MGYG000000001_01768 ea541a50fcd307138883ac07bf719608 276 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 7.0 T 16-09-2021 +MGYG000000001_01094 03c0510facb1524480e9c9deae26740b 110 Pfam PF05135 Phage gp6-like head-tail connector protein 5 94 1.5E-16 T 16-09-2021 IPR021146 Phage gp6-like head-tail connector protein +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 Gene3D G3DSA:3.40.50.1360 90 339 8.8E-69 T 16-09-2021 +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 PANTHER PTHR34294 1 338 1.2E-107 T 16-09-2021 +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 PANTHER PTHR34294:SF5 1 338 1.2E-107 T 16-09-2021 +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 Pfam PF04198 Putative sugar-binding domain 91 338 2.3E-54 T 16-09-2021 IPR007324 Sugar-binding domain, putative GO:0030246 +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 SUPERFAMILY SSF100950 91 338 1.95E-57 T 16-09-2021 IPR037171 NagB/RpiA transferase-like +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 SUPERFAMILY SSF46785 18 84 6.56E-12 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00115 2ae995d965ba3a88dd673c69d3fb368e 340 Gene3D G3DSA:1.10.10.10 19 89 7.7E-16 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 ProSiteProfiles PS50989 Acetyl-coenzyme A (CoA) carboxyltransferase C-terminal domain profile. 1 244 93.131 T 16-09-2021 IPR011763 Acetyl-coenzyme A carboxyltransferase, C-terminal GO:0016874 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722|Reactome: R-HSA-196780 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 Gene3D G3DSA:3.90.226.10 4 268 6.5E-104 T 16-09-2021 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PANTHER PTHR42853 9 267 3.7E-125 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 TIGRFAM TIGR00513 accA: acetyl-CoA carboxylase, carboxyl transferase, alpha subunit 9 267 2.7E-120 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 SUPERFAMILY SSF52096 9 267 9.0E-92 T 16-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PRINTS PR01069 Acetyl-CoA carboxylase carboxyl transferase alpha subunit signature 148 157 5.9E-43 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PRINTS PR01069 Acetyl-CoA carboxylase carboxyl transferase alpha subunit signature 85 101 5.9E-43 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PRINTS PR01069 Acetyl-CoA carboxylase carboxyl transferase alpha subunit signature 120 133 5.9E-43 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PRINTS PR01069 Acetyl-CoA carboxylase carboxyl transferase alpha subunit signature 39 50 5.9E-43 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PRINTS PR01069 Acetyl-CoA carboxylase carboxyl transferase alpha subunit signature 104 117 5.9E-43 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 PRINTS PR01069 Acetyl-CoA carboxylase carboxyl transferase alpha subunit signature 64 82 5.9E-43 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 Hamap MF_00823 Acetyl-coenzyme A carboxylase carboxyl transferase subunit alpha [accA]. 1 267 39.501 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00824 88afb1dd03b8ad6463eee0b9d050eb1b 268 Pfam PF03255 Acetyl co-enzyme A carboxylase carboxyltransferase alpha subunit 9 99 2.8E-44 T 16-09-2021 IPR001095 Acetyl-CoA carboxylase, alpha subunit GO:0003989|GO:0006633|GO:0009317 MetaCyc: PWY-4381|MetaCyc: PWY-5743|MetaCyc: PWY-5744|MetaCyc: PWY-5789|MetaCyc: PWY-6722 +MGYG000000001_00792 f880507f7600d2763f7257bd053dfd51 151 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 7.0 T 16-09-2021 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PANTHER PTHR10584:SF166 2 300 1.8E-93 T 16-09-2021 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PIRSF PIRSF000535 9 300 1.5E-28 T 16-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 ProSitePatterns PS00584 pfkB family of carbohydrate kinases signature 2. 245 258 - T 16-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 CDD cd01174 ribokinase 3 293 1.71669E-137 T 16-09-2021 IPR011877 Ribokinase GO:0004747|GO:0006014 KEGG: 00030+2.7.1.15|Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 Gene3D G3DSA:3.40.1190.20 1 301 2.1E-103 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 Hamap MF_01987 Ribokinase [rbsK]. 2 300 27.028 T 16-09-2021 IPR011877 Ribokinase GO:0004747|GO:0006014 KEGG: 00030+2.7.1.15|Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 Pfam PF00294 pfkB family carbohydrate kinase 1 293 1.4E-75 T 16-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PRINTS PR00990 Ribokinase signature 6 27 6.9E-34 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PRINTS PR00990 Ribokinase signature 104 117 6.9E-34 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PRINTS PR00990 Ribokinase signature 33 52 6.9E-34 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PRINTS PR00990 Ribokinase signature 172 187 6.9E-34 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PRINTS PR00990 Ribokinase signature 216 227 6.9E-34 T 16-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 ProSitePatterns PS00583 pfkB family of carbohydrate kinases signature 1. 38 62 - T 16-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 PANTHER PTHR10584 2 300 1.8E-93 T 16-09-2021 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 TIGRFAM TIGR02152 D_ribokin_bact: ribokinase 4 298 2.5E-113 T 16-09-2021 IPR011877 Ribokinase GO:0004747|GO:0006014 KEGG: 00030+2.7.1.15|Reactome: R-HSA-71336 +MGYG000000001_01255 09889f725e8dcceb53e6cfb38d990537 302 SUPERFAMILY SSF53613 1 300 4.37E-85 T 16-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Gene3D G3DSA:3.30.420.480 191 368 3.9E-55 T 16-09-2021 IPR042259 RACo, middle domain superfamily +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 SUPERFAMILY SSF54292 9 100 8.13E-20 T 16-09-2021 IPR036010 2Fe-2S ferredoxin-like superfamily GO:0009055|GO:0051536 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Pfam PF14574 C-terminal domain of RACo the ASKHA domain 356 599 4.8E-74 T 16-09-2021 IPR027980 RACo, C-terminal +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 PANTHER PTHR42895:SF2 15 601 2.2E-136 T 16-09-2021 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Gene3D G3DSA:2.40.50.570 112 189 1.8E-7 T 16-09-2021 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Coils Coil 14 34 - T 16-09-2021 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Pfam PF00111 2Fe-2S iron-sulfur cluster binding domain 14 87 1.0E-11 T 16-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 PANTHER PTHR42895 15 601 2.2E-136 T 16-09-2021 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Pfam PF17651 RACo middle region 193 352 2.5E-55 T 16-09-2021 IPR041414 RACo, middle region +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 ProSiteProfiles PS51085 2Fe-2S ferredoxin-type iron-sulfur binding domain profile. 5 99 10.955 T 16-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 CDD cd00207 fer2 19 93 1.13307E-13 T 16-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Pfam PF17650 RACo linker region 114 188 9.3E-13 T 16-09-2021 IPR040506 RACo linker region +MGYG000000001_00760 09c770e97e88413203680a9fe3abfd07 602 Gene3D G3DSA:3.10.20.30 7 99 5.1E-24 T 16-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 SUPERFAMILY SSF58104 408 645 2.01E-9 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077 352 518 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077 257 390 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077:SF5 352 518 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077:SF5 257 390 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 Gene3D G3DSA:1.10.287.950 642 769 1.5E-5 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 Gene3D G3DSA:1.10.287.950 376 516 1.3E-6 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 MobiDBLite mobidb-lite consensus disorder prediction 822 840 - T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 MobiDBLite mobidb-lite consensus disorder prediction 818 843 - T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077:SF5 504 677 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077:SF5 617 800 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077 504 677 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 PANTHER PTHR43077 617 800 1.2E-58 T 16-09-2021 +MGYG000000001_00342 50d0fc3365ccce44fac4257b41a4919f 854 TIGRFAM TIGR03057 xxxLxxG_by_4: X-X-X-Leu-X-X-Gly heptad repeats 700 722 3.7E-4 T 16-09-2021 IPR023908 xxxLxxG heptad repeat +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 PANTHER PTHR13847:SF246 3 498 1.1E-124 T 16-09-2021 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 Gene3D G3DSA:2.102.10.10 411 504 9.8E-23 T 16-09-2021 IPR036922 Rieske [2Fe-2S] iron-sulphur domain superfamily GO:0016491|GO:0051537|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 Pfam PF00355 Rieske [2Fe-2S] domain 418 496 7.4E-14 T 16-09-2021 IPR017941 Rieske [2Fe-2S] iron-sulphur domain GO:0016491|GO:0051537|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 CDD cd03477 Rieske_YhfW_C 422 497 2.85805E-40 T 16-09-2021 IPR038010 YhfW, C-terminal Rieske domain +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 PANTHER PTHR13847 3 498 1.1E-124 T 16-09-2021 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 Gene3D G3DSA:3.50.50.60 25 372 1.0E-48 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 SUPERFAMILY SSF51905 24 380 3.56E-34 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 Gene3D G3DSA:3.30.9.10 117 330 1.0E-48 T 16-09-2021 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 SUPERFAMILY SSF50022 423 496 1.57E-24 T 16-09-2021 IPR036922 Rieske [2Fe-2S] iron-sulphur domain superfamily GO:0016491|GO:0051537|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 Pfam PF01266 FAD dependent oxidoreductase 25 370 2.2E-46 T 16-09-2021 IPR006076 FAD dependent oxidoreductase GO:0016491|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 PRINTS PR00162 Rieske 2Fe-2S subunit signature 469 481 1.4E-7 T 16-09-2021 IPR005805 Rieske iron-sulphur protein, C-terminal GO:0016020|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 PRINTS PR00162 Rieske 2Fe-2S subunit signature 481 493 1.4E-7 T 16-09-2021 IPR005805 Rieske iron-sulphur protein, C-terminal GO:0016020|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 PRINTS PR00162 Rieske 2Fe-2S subunit signature 448 459 1.4E-7 T 16-09-2021 IPR005805 Rieske iron-sulphur protein, C-terminal GO:0016020|GO:0055114 +MGYG000000001_00990 adb447eecf824a87304483081fd65038 508 ProSiteProfiles PS51296 Rieske [2Fe-2S] iron-sulfur domain profile. 411 496 18.352 T 16-09-2021 IPR017941 Rieske [2Fe-2S] iron-sulphur domain GO:0016491|GO:0051537|GO:0055114 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 PIRSF PIRSF037383 3 620 5.6E-209 T 16-09-2021 IPR017190 Bifunctional CTP:phosphocholine cytidylyltransferase/choline kinase +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Pfam PF12804 MobA-like NTP transferase domain 92 214 6.1E-8 T 16-09-2021 IPR025877 MobA-like NTP transferase +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 CDD cd05151 ChoK-like 344 545 1.91002E-53 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 PANTHER PTHR22603:SF76 316 612 8.1E-41 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Pfam PF01633 Choline/ethanolamine kinase 366 553 6.7E-31 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Gene3D G3DSA:3.90.550.10 76 311 4.1E-35 T 16-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 CDD cd02523 PC_cytidylyltransferase 92 307 2.70907E-45 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Gene3D G3DSA:1.10.10.10 1 75 8.2E-7 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 SUPERFAMILY SSF53448 88 310 3.38E-23 T 16-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 SUPERFAMILY SSF46785 5 70 1.26E-8 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Pfam PF13412 Winged helix-turn-helix DNA-binding 3 46 1.3E-8 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 SUPERFAMILY SSF56112 326 613 8.64E-54 T 16-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Gene3D G3DSA:3.90.1200.10 419 620 4.6E-70 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 Gene3D G3DSA:3.30.200.20 322 418 5.7E-29 T 16-09-2021 +MGYG000000001_01415 76701d7402ea4a2566e33c721044af3b 620 PANTHER PTHR22603 316 612 8.1E-41 T 16-09-2021 +MGYG000000001_00925 6866d9b2c544a1f943aee164626ed301 318 Pfam PF09991 Predicted membrane protein (DUF2232) 18 305 2.8E-50 T 16-09-2021 IPR018710 Protein of unknown function DUF2232 +MGYG000000001_00925 6866d9b2c544a1f943aee164626ed301 318 PANTHER PTHR41324 6 314 1.7E-33 T 16-09-2021 +MGYG000000001_01447 66bf3b8573feb42edb9c503e2ae1d0dd 49 Gene3D G3DSA:1.20.1080.10 1 49 1.7E-8 T 16-09-2021 IPR023271 Aquaporin-like Reactome: R-HSA-432047 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 Pfam PF00465 Iron-containing alcohol dehydrogenase 33 362 1.6E-77 T 16-09-2021 IPR001670 Alcohol dehydrogenase, iron-type/glycerol dehydrogenase GldA GO:0016491|GO:0046872|GO:0055114 Reactome: R-HSA-880009 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 Gene3D G3DSA:1.20.1090.10 173 369 2.7E-47 T 16-09-2021 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 ProSitePatterns PS00060 Iron-containing alcohol dehydrogenases signature 2. 250 270 - T 16-09-2021 IPR018211 Alcohol dehydrogenase, iron-type, conserved site GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 PANTHER PTHR11496 59 368 3.9E-73 T 16-09-2021 IPR039697 Iron-type alcohol dehydrogenase-like Reactome: R-HSA-880009 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 CDD cd14860 4HBD_NAD 1 371 0.0 T 16-09-2021 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 SUPERFAMILY SSF56796 29 369 1.44E-79 T 16-09-2021 +MGYG000000001_00471 617d5b6e8a31a3bac1b2007e0e642026 371 Gene3D G3DSA:3.40.50.1970 13 172 6.0E-29 T 16-09-2021 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 PANTHER PTHR43335:SF6 2 288 3.1E-104 T 16-09-2021 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 CDD cd03264 ABC_drug_resistance_like 3 212 7.06637E-107 T 16-09-2021 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 231 20.388 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 PANTHER PTHR43335 2 288 3.1E-104 T 16-09-2021 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 SMART SM00382 26 208 7.0E-17 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 Gene3D G3DSA:3.40.50.300 1 232 5.1E-62 T 16-09-2021 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 Pfam PF00005 ABC transporter 20 161 5.6E-29 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 SUPERFAMILY SSF52540 4 222 1.28E-58 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00161 1b0bd755c2f8021c8906cf5609a40ad8 293 ProSitePatterns PS00211 ABC transporters family signature. 133 147 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 Coils Coil 587 607 - T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 SUPERFAMILY SSF51735 155 284 8.66E-14 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 Pfam PF13727 CoA-binding domain 83 244 7.6E-14 T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 PANTHER PTHR43318 22 625 1.1E-226 T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 SUPERFAMILY SSF51735 294 595 1.03E-59 T 16-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 Gene3D G3DSA:3.40.50.720 295 587 4.3E-123 T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 PANTHER PTHR43318:SF1 22 625 1.1E-226 T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 Gene3D G3DSA:3.40.50.720 154 278 4.4E-36 T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 Gene3D G3DSA:3.90.25.30 460 560 4.3E-123 T 16-09-2021 +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 CDD cd05237 UDP_invert_4-6DH_SDR_e 293 579 2.49582E-139 T 16-09-2021 IPR003869 Polysaccharide biosynthesis protein, CapD-like domain +MGYG000000001_02266 60f820f9ee9c92b712d66842bdfe538d 632 Pfam PF02719 Polysaccharide biosynthesis protein 297 580 2.7E-125 T 16-09-2021 IPR003869 Polysaccharide biosynthesis protein, CapD-like domain +MGYG000000001_00611 ba60283f60b23963975211e46004b6fc 189 Pfam PF12870 Domain of unknown function (DUF4878) 20 104 5.1E-10 T 16-09-2021 IPR024267 Domain of unknown function (DUF4878) +MGYG000000001_00611 ba60283f60b23963975211e46004b6fc 189 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 7.0 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 SMART SM00382 130 281 2.1E-11 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 ProSiteProfiles PS51372 PRD domain profile. 453 562 11.425 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 SUPERFAMILY SSF63520 821 915 7.06E-13 T 16-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Gene3D G3DSA:1.10.8.60 285 371 4.0E-5 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 SUPERFAMILY SSF53062 564 687 3.27E-15 T 16-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Gene3D G3DSA:3.40.50.300 95 282 6.2E-41 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Pfam PF03610 PTS system fructose IIA component 567 641 8.8E-5 T 16-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 ProSitePatterns PS00676 Sigma-54 interaction domain ATP-binding region B signature. 203 218 - T 16-09-2021 IPR025943 Sigma-54 interaction domain, ATP-binding site 2 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Pfam PF00874 PRD domain 830 915 6.7E-11 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Pfam PF00874 PRD domain 463 554 2.1E-4 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 SUPERFAMILY SSF63520 458 554 1.7E-6 T 16-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 SUPERFAMILY SSF52540 114 351 2.31E-43 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Gene3D G3DSA:1.10.1790.10 821 917 3.1E-6 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 PANTHER PTHR32071:SF90 6 693 2.2E-112 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Pfam PF00158 Sigma-54 interaction domain 106 273 5.6E-46 T 16-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 SUPERFAMILY SSF46785 12 66 4.33E-5 T 16-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Coils Coil 871 891 - T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 ProSiteProfiles PS50045 Sigma-54 interaction domain profile. 106 341 29.956 T 16-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Gene3D G3DSA:3.40.50.510 560 689 3.3E-34 T 16-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 PANTHER PTHR32071 6 693 2.2E-112 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 CDD cd00009 AAA 117 281 8.63047E-18 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 Gene3D G3DSA:1.10.1790.10 454 557 4.3E-5 T 16-09-2021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 ProSiteProfiles PS51096 PTS_EIIA type-4 domain profile. 563 689 14.598 T 16-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_01973 36e4d6a495cb6442d113c67888dce1ed 925 ProSiteProfiles PS51372 PRD domain profile. 819 925 12.74 T 16-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 Pfam PF07969 Amidohydrolase family 50 541 1.8E-87 T 16-09-2021 IPR013108 Amidohydrolase 3 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 CDD cd01300 YtcJ_like 23 512 2.58315E-147 T 16-09-2021 IPR033932 YtcJ like +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 PANTHER PTHR22642 3 543 2.2E-144 T 16-09-2021 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 PANTHER PTHR22642:SF16 3 543 2.2E-144 T 16-09-2021 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 SUPERFAMILY SSF51338 5 542 2.16E-21 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 Gene3D G3DSA:3.20.20.140 61 500 4.9E-134 T 16-09-2021 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 Gene3D G3DSA:2.30.40.10 8 518 4.9E-134 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 Gene3D G3DSA:3.10.310.70 79 193 4.9E-134 T 16-09-2021 +MGYG000000001_01002 9f28a54636586da1e68ee8fa2c37dfc6 544 SUPERFAMILY SSF51556 60 501 4.72E-22 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00579 5264f3d35f13c71c20439608e8c999b9 413 PIRSF PIRSF016636 1 413 7.9E-121 T 16-09-2021 IPR024194 Alginate O-acetyltransferase AlgI/D-alanyl transfer protein DltB +MGYG000000001_00579 5264f3d35f13c71c20439608e8c999b9 413 PANTHER PTHR13285:SF23 2 413 1.3E-106 T 16-09-2021 +MGYG000000001_00579 5264f3d35f13c71c20439608e8c999b9 413 PANTHER PTHR13285 2 413 1.3E-106 T 16-09-2021 +MGYG000000001_00579 5264f3d35f13c71c20439608e8c999b9 413 PIRSF PIRSF500217 1 413 9.6E-125 T 16-09-2021 IPR028362 Alginate O-acetyltransferase AlgI GO:0042121 +MGYG000000001_00579 5264f3d35f13c71c20439608e8c999b9 413 Pfam PF03062 MBOAT, membrane-bound O-acyltransferase family 100 330 2.1E-22 T 16-09-2021 IPR004299 Membrane bound O-acyl transferase, MBOAT +MGYG000000001_01715 28421c4877f2f961a70145a24f4f054a 104 Coils Coil 24 58 - T 16-09-2021 +MGYG000000001_01715 28421c4877f2f961a70145a24f4f054a 104 Gene3D G3DSA:1.10.10.60 57 99 9.0E-7 T 16-09-2021 +MGYG000000001_02420 78e319347bf8374936883b368a8413dc 58 TIGRFAM TIGR01031 rpmF_bact: ribosomal protein bL32 2 56 1.8E-27 T 16-09-2021 IPR002677 Ribosomal protein L32p GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02420 78e319347bf8374936883b368a8413dc 58 Hamap MF_00340 50S ribosomal protein L32 [rpmF]. 1 56 20.695 T 16-09-2021 IPR002677 Ribosomal protein L32p GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02420 78e319347bf8374936883b368a8413dc 58 SUPERFAMILY SSF57829 1 56 3.24E-22 T 16-09-2021 IPR011332 Zinc-binding ribosomal protein GO:0006412 +MGYG000000001_02420 78e319347bf8374936883b368a8413dc 58 PANTHER PTHR35534 1 58 1.5E-17 T 16-09-2021 IPR002677 Ribosomal protein L32p GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02420 78e319347bf8374936883b368a8413dc 58 Pfam PF01783 Ribosomal L32p protein family 2 57 5.0E-27 T 16-09-2021 IPR002677 Ribosomal protein L32p GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 Pfam PF00687 Ribosomal protein L1p/L10e family 47 236 3.7E-58 T 16-09-2021 IPR028364 Ribosomal protein L1/ribosomal biogenesis protein +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 PANTHER PTHR23105 24 246 2.2E-89 T 16-09-2021 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 CDD cd00403 Ribosomal_L1 40 240 6.83993E-71 T 16-09-2021 IPR028364 Ribosomal protein L1/ribosomal biogenesis protein +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 PIRSF PIRSF002155 16 243 4.2E-80 T 16-09-2021 IPR002143 Ribosomal protein L1 GO:0003723|GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 Hamap MF_01318_B 50S ribosomal protein L1 [rplA]. 17 245 44.395 T 16-09-2021 IPR005878 Ribosomal protein L1, bacterial-type GO:0003723|GO:0003735|GO:0006412|GO:0015934 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 Gene3D G3DSA:3.30.190.20 36 241 5.9E-85 T 16-09-2021 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 ProSitePatterns PS01199 Ribosomal protein L1 signature. 136 155 - T 16-09-2021 IPR023673 Ribosomal protein L1, conserved site Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 PANTHER PTHR23105:SF115 24 246 2.2E-89 T 16-09-2021 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 SUPERFAMILY SSF56808 21 241 2.75E-85 T 16-09-2021 IPR023674 Ribosomal protein L1-like +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 TIGRFAM TIGR01169 rplA_bact: ribosomal protein uL1 18 242 2.0E-102 T 16-09-2021 IPR005878 Ribosomal protein L1, bacterial-type GO:0003723|GO:0003735|GO:0006412|GO:0015934 +MGYG000000001_02456 f00b5e57d0144e27966da8c34cc556e4 247 Gene3D G3DSA:3.40.50.790 83 175 5.9E-85 T 16-09-2021 IPR016095 Ribosomal protein L1, 3-layer alpha/beta-sandwich +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 Pfam PF01479 S4 domain 20 65 2.4E-10 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 CDD cd00165 S4 20 88 4.30577E-8 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 SMART SM00363 20 83 3.1E-11 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 Gene3D G3DSA:3.10.290.10 17 99 6.6E-23 T 16-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 PIRSF PIRSF038881 20 99 4.0E-32 T 16-09-2021 IPR025490 RNA-binding protein, HP1423 type +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 20 79 13.432 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00702 5d6ccd2656b8212b1847a66deb3e5a1b 99 SUPERFAMILY SSF55174 20 96 5.23E-20 T 16-09-2021 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 SMART SM01374 1 122 5.7E-86 T 16-09-2021 IPR000218 Ribosomal protein L14P GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 PANTHER PTHR11761:SF3 1 122 2.2E-49 T 16-09-2021 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 SUPERFAMILY SSF50193 1 122 1.57E-50 T 16-09-2021 IPR036853 Ribosomal protein L14 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 TIGRFAM TIGR01067 rplN_bact: ribosomal protein uL14 1 122 2.0E-56 T 16-09-2021 IPR005745 Ribosomal protein L14P, bacterial-type GO:0003735|GO:0006412|GO:0015934 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 Pfam PF00238 Ribosomal protein L14p/L23e 1 122 4.9E-54 T 16-09-2021 IPR000218 Ribosomal protein L14P GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 ProSitePatterns PS00049 Ribosomal protein L14 signature. 60 86 - T 16-09-2021 IPR019972 Ribosomal protein L14P, conserved site Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 PANTHER PTHR11761 1 122 2.2E-49 T 16-09-2021 IPR000218 Ribosomal protein L14P GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 Hamap MF_01367 50S ribosomal protein L14 [rplN]. 1 122 26.424 T 16-09-2021 IPR000218 Ribosomal protein L14P GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02582 c7fc673595c288a0606cb18bc71e74c7 122 Gene3D G3DSA:2.40.150.20 1 122 1.4E-52 T 16-09-2021 IPR036853 Ribosomal protein L14 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 PIRSF PIRSF033722 1 349 6.3E-53 T 16-09-2021 IPR017019 Predicted DNA replication protein, bacterial +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 TIGRFAM TIGR01446 DnaD_dom: DnaD domain protein 225 293 2.6E-12 T 16-09-2021 IPR006343 DnaD domain +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 SUPERFAMILY SSF158499 230 288 1.1E-13 T 16-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 Coils Coil 278 298 - T 16-09-2021 +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 Gene3D G3DSA:1.10.10.630 131 209 2.2E-13 T 16-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 Gene3D G3DSA:1.10.10.630 218 293 8.8E-14 T 16-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 SUPERFAMILY SSF158499 136 203 2.48E-10 T 16-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 Pfam PF07261 Replication initiation and membrane attachment 230 293 2.2E-14 T 16-09-2021 IPR006343 DnaD domain +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 Pfam PF07261 Replication initiation and membrane attachment 136 209 9.0E-17 T 16-09-2021 IPR006343 DnaD domain +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 PANTHER PTHR37293 243 340 2.1E-30 T 16-09-2021 +MGYG000000001_00912 c41061d2f05e70b9ae8a4febf96750a6 351 PANTHER PTHR37293 13 216 2.1E-30 T 16-09-2021 +MGYG000000001_02697 852dbdc8759d67f61c24c8315fdd1fcd 147 Pfam PF03703 Bacterial PH domain 67 114 1.9E-6 T 16-09-2021 IPR005182 Domain of unknown function DUF304 +MGYG000000001_02053 b1061c3e7029be42c443ac55360f97d8 438 CDD cd00397 DNA_BRE_C 208 413 1.09472E-4 T 16-09-2021 +MGYG000000001_02053 b1061c3e7029be42c443ac55360f97d8 438 Gene3D G3DSA:1.10.443.10 197 429 8.3E-13 T 16-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_02053 b1061c3e7029be42c443ac55360f97d8 438 SUPERFAMILY SSF56349 96 402 1.94E-11 T 16-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01118 805df71a8081b4edac5fd19e506292c3 166 SUPERFAMILY SSF101386 33 165 2.62E-13 T 16-09-2021 +MGYG000000001_01118 805df71a8081b4edac5fd19e506292c3 166 Pfam PF08761 dUTPase 33 165 8.7E-15 T 16-09-2021 IPR014871 dUTPase/dCTP pyrophosphatase KEGG: 00240+3.6.1.12 +MGYG000000001_01118 805df71a8081b4edac5fd19e506292c3 166 CDD cd11523 NTP-PPase 38 87 4.88495E-6 T 16-09-2021 +MGYG000000001_01118 805df71a8081b4edac5fd19e506292c3 166 Gene3D G3DSA:1.10.287.1080 5 104 3.8E-9 T 16-09-2021 +MGYG000000001_00688 99efc31877bcdc410c9e9e55c34b6384 309 Coils Coil 63 90 - T 16-09-2021 +MGYG000000001_00688 99efc31877bcdc410c9e9e55c34b6384 309 Pfam PF04350 Pilus assembly protein, PilO 54 181 1.9E-5 T 16-09-2021 IPR007445 Pilus assembly protein, PilO +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 66 246 11.411 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 85 242 5.0E-11 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 Gene3D G3DSA:1.10.3720.10 61 252 1.6E-17 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 PANTHER PTHR30151 12 258 3.8E-35 T 16-09-2021 +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 SUPERFAMILY SSF161098 61 244 1.83E-19 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 PANTHER PTHR30151:SF22 12 258 3.8E-35 T 16-09-2021 +MGYG000000001_02503 98121c8e47665970d6a97d36f89bac59 258 CDD cd06261 TM_PBP2 69 242 1.85072E-7 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01535 86bbfe2d0edb6fbe1c1cca19c29fb949 131 TIGRFAM TIGR03987 TIGR03987: TIGR03987 family protein 5 129 1.1E-56 T 16-09-2021 IPR023813 Conserved hypothetical protein CHP03987 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 Gene3D G3DSA:3.90.220.20 15 391 1.2E-72 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 SUPERFAMILY SSF116734 2 200 1.26E-38 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 PANTHER PTHR30408 1 391 4.0E-58 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 SUPERFAMILY SSF116734 208 392 1.31E-40 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 PANTHER PTHR30408:SF12 1 391 4.0E-58 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 Gene3D G3DSA:3.90.220.20 177 373 1.2E-72 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 Coils Coil 369 389 - T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 CDD cd17286 RMtype1_S_Lla161ORF747P_TRD1-CR1_like 108 193 7.46682E-16 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 CDD cd17244 RMtype1_S_Apa101655I-TRD2-CR2_like 213 389 3.34921E-67 T 16-09-2021 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 Pfam PF01420 Type I restriction modification DNA specificity domain 15 181 9.2E-11 T 16-09-2021 IPR000055 Restriction endonuclease, type I, HsdS GO:0003677|GO:0006304 +MGYG000000001_00591 d3a09b7f84d09877c9d797eac9f4e296 392 Pfam PF01420 Type I restriction modification DNA specificity domain 209 379 2.0E-18 T 16-09-2021 IPR000055 Restriction endonuclease, type I, HsdS GO:0003677|GO:0006304 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 Gene3D G3DSA:3.40.50.300 2 259 1.2E-55 T 16-09-2021 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 Gene3D G3DSA:3.40.50.300 263 509 7.6E-36 T 16-09-2021 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 PANTHER PTHR43790 11 520 5.5E-203 T 16-09-2021 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 Pfam PF00005 ABC transporter 29 178 3.2E-30 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 PANTHER PTHR43790:SF4 11 520 5.5E-203 T 16-09-2021 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 CDD cd03216 ABC_Carb_Monos_I 13 230 4.66966E-77 T 16-09-2021 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 ProSitePatterns PS00211 ABC transporters family signature. 411 425 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 13 249 22.489 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 SMART SM00382 37 226 4.7E-10 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 CDD cd03215 ABC_Carb_Monos_II 262 497 1.47292E-76 T 16-09-2021 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 Pfam PF00005 ABC transporter 283 423 5.3E-15 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 266 519 17.394 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 SUPERFAMILY SSF52540 265 505 3.71E-38 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01375 6d7fa42ae321c4de353bf4e2c3bd220b 523 SUPERFAMILY SSF52540 12 238 7.17E-58 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01343 c35e5299e159dfbd8f9466702054926d 226 PANTHER PTHR38755 1 210 6.6E-35 T 16-09-2021 +MGYG000000001_01343 c35e5299e159dfbd8f9466702054926d 226 Coils Coil 68 88 - T 16-09-2021 +MGYG000000001_01343 c35e5299e159dfbd8f9466702054926d 226 MobiDBLite mobidb-lite consensus disorder prediction 199 226 - T 16-09-2021 +MGYG000000001_01343 c35e5299e159dfbd8f9466702054926d 226 MobiDBLite mobidb-lite consensus disorder prediction 208 226 - T 16-09-2021 +MGYG000000001_01343 c35e5299e159dfbd8f9466702054926d 226 Pfam PF12225 Methylene-tetrahydrofolate reductase C terminal 110 204 1.0E-36 T 16-09-2021 IPR022026 Methylene-tetrahydrofolate reductase C-terminal +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 CDD cd00165 S4 3 59 2.87166E-12 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 PIRSF PIRSF005578 1 262 8.6E-103 T 16-09-2021 IPR004538 Haemolysin A /rRNA methyltransferase TlyA GO:0003723 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 3 64 15.219 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 Gene3D G3DSA:3.40.50.150 62 270 8.3E-83 T 16-09-2021 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 Pfam PF01728 FtsJ-like methyltransferase 59 240 1.7E-20 T 16-09-2021 IPR002877 Ribosomal RNA methyltransferase FtsJ domain GO:0008168|GO:0032259 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 Gene3D G3DSA:3.10.290.10 1 61 1.6E-24 T 16-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 TIGRFAM TIGR00478 tly: TlyA family rRNA methyltransferase/putative hemolysin 4 235 3.4E-86 T 16-09-2021 IPR004538 Haemolysin A /rRNA methyltransferase TlyA GO:0003723 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 SUPERFAMILY SSF53335 55 245 5.81E-22 T 16-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 Pfam PF01479 S4 domain 4 48 1.5E-10 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 PANTHER PTHR32319:SF0 2 253 9.1E-111 T 16-09-2021 IPR004538 Haemolysin A /rRNA methyltransferase TlyA GO:0003723 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 SMART SM00363 3 68 8.5E-12 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 PANTHER PTHR32319 2 253 9.1E-111 T 16-09-2021 +MGYG000000001_02439 6b5b6c8c4ebf8efe517eccaf504a9d39 270 SUPERFAMILY SSF55174 3 60 2.21E-13 T 16-09-2021 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 Gene3D G3DSA:3.40.50.1240 3 211 8.7E-68 T 16-09-2021 IPR029033 Histidine phosphatase superfamily +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 PANTHER PTHR23029 1 201 5.9E-54 T 16-09-2021 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 PANTHER PTHR23029:SF83 1 201 5.9E-54 T 16-09-2021 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 Pfam PF00300 Histidine phosphatase superfamily (branch 1) 5 198 3.3E-62 T 16-09-2021 IPR013078 Histidine phosphatase superfamily, clade-1 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 SMART SM00855 4 158 1.7E-18 T 16-09-2021 IPR013078 Histidine phosphatase superfamily, clade-1 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 SUPERFAMILY SSF53254 3 202 3.93E-62 T 16-09-2021 IPR029033 Histidine phosphatase superfamily +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 CDD cd07067 HP_PGM_like 4 197 5.71287E-40 T 16-09-2021 IPR013078 Histidine phosphatase superfamily, clade-1 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 PIRSF PIRSF000709 2 211 2.6E-21 T 16-09-2021 +MGYG000000001_01663 da70132cd80b13038c390716ac33aa90 213 ProSitePatterns PS00175 Phosphoglycerate mutase family phosphohistidine signature. 7 16 - T 16-09-2021 IPR001345 Phosphoglycerate/bisphosphoglycerate mutase, active site GO:0003824 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 Pfam PF00654 Voltage gated chloride channel 75 415 2.8E-94 T 16-09-2021 IPR001807 Chloride channel, voltage gated GO:0005247|GO:0006821|GO:0016020|GO:0055085 Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 PANTHER PTHR45711 67 432 1.7E-74 T 16-09-2021 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 SUPERFAMILY SSF81340 16 430 9.55E-106 T 16-09-2021 IPR014743 Chloride channel, core Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 Gene3D G3DSA:1.10.3080.10 4 438 2.8E-108 T 16-09-2021 IPR014743 Chloride channel, core Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 Gene3D G3DSA:3.30.70.1450 439 515 1.2E-15 T 16-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 ProSiteProfiles PS51202 RCK C-terminal domain profile. 435 517 11.638 T 16-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 CDD cd01031 EriC 29 428 4.95555E-153 T 16-09-2021 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 PRINTS PR00762 Chloride channel signature 87 104 4.8E-26 T 16-09-2021 IPR001807 Chloride channel, voltage gated GO:0005247|GO:0006821|GO:0016020|GO:0055085 Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 PRINTS PR00762 Chloride channel signature 167 186 4.8E-26 T 16-09-2021 IPR001807 Chloride channel, voltage gated GO:0005247|GO:0006821|GO:0016020|GO:0055085 Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 PRINTS PR00762 Chloride channel signature 383 402 4.8E-26 T 16-09-2021 IPR001807 Chloride channel, voltage gated GO:0005247|GO:0006821|GO:0016020|GO:0055085 Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 PRINTS PR00762 Chloride channel signature 330 350 4.8E-26 T 16-09-2021 IPR001807 Chloride channel, voltage gated GO:0005247|GO:0006821|GO:0016020|GO:0055085 Reactome: R-HSA-2672351 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 Pfam PF02080 TrkA-C domain 448 510 9.8E-11 T 16-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_00430 a542cdadbace42870226046d3b4429b5 521 SUPERFAMILY SSF116726 442 511 5.89E-12 T 16-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 Gene3D G3DSA:3.40.50.1000 4 265 2.1E-76 T 16-09-2021 IPR023214 HAD superfamily +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 ProSitePatterns PS01229 Hypothetical cof family signature 2. 219 241 - T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 SFLD SFLDS00003 Haloacid Dehalogenase 3 268 0.0 T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 CDD cd07516 HAD_Pase 5 267 4.97929E-81 T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 Gene3D G3DSA:3.30.1240.10 84 194 2.1E-76 T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 PANTHER PTHR10000 1 268 1.7E-70 T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 SFLD SFLDG01144 C2.B.4: PGP Like 3 268 0.0 T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 TIGRFAM TIGR01484 HAD-SF-IIB: HAD hydrolase, family IIB 5 238 1.3E-29 T 16-09-2021 IPR006379 HAD-superfamily hydrolase, subfamily IIB Reactome: R-HSA-446205 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 Pfam PF08282 haloacid dehalogenase-like hydrolase 6 265 9.0E-70 T 16-09-2021 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 TIGRFAM TIGR00099 Cof-subfamily: Cof-like hydrolase 5 265 6.2E-63 T 16-09-2021 IPR000150 Cof family GO:0016787 +MGYG000000001_00269 9469c105c157a8a214dce8549fa6cc2f 276 SUPERFAMILY SSF56784 1 268 3.04E-75 T 16-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01215 feb4e240f6c224e3e09d27d1bdb12403 152 Pfam PF03477 ATP cone domain 49 135 5.2E-21 T 16-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_01215 feb4e240f6c224e3e09d27d1bdb12403 152 TIGRFAM TIGR00244 TIGR00244: transcriptional regulator NrdR 1 145 5.7E-60 T 16-09-2021 IPR003796 Ribonucleotide reductase regulator NrdR-like GO:0008270|GO:0045892 +MGYG000000001_01215 feb4e240f6c224e3e09d27d1bdb12403 152 Hamap MF_00440 Transcriptional repressor NrdR [nrdR]. 1 152 77.533 T 16-09-2021 IPR003796 Ribonucleotide reductase regulator NrdR-like GO:0008270|GO:0045892 +MGYG000000001_01215 feb4e240f6c224e3e09d27d1bdb12403 152 PANTHER PTHR30455 1 148 1.5E-60 T 16-09-2021 IPR003796 Ribonucleotide reductase regulator NrdR-like GO:0008270|GO:0045892 +MGYG000000001_01215 feb4e240f6c224e3e09d27d1bdb12403 152 ProSiteProfiles PS51161 ATP-cone domain profile. 48 138 21.466 T 16-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_01985 9f67bd617ca666eeee8b868c46112162 186 TIGRFAM TIGR01076 sortase_fam: sortase 59 183 2.9E-29 T 16-09-2021 IPR005754 Sortase family +MGYG000000001_01985 9f67bd617ca666eeee8b868c46112162 186 Pfam PF04203 Sortase domain 61 183 4.7E-28 T 16-09-2021 IPR005754 Sortase family +MGYG000000001_01985 9f67bd617ca666eeee8b868c46112162 186 Gene3D G3DSA:2.40.260.10 20 186 4.4E-45 T 16-09-2021 IPR023365 Sortase domain superfamily +MGYG000000001_01985 9f67bd617ca666eeee8b868c46112162 186 SUPERFAMILY SSF63817 50 185 1.57E-36 T 16-09-2021 IPR023365 Sortase domain superfamily +MGYG000000001_01985 9f67bd617ca666eeee8b868c46112162 186 CDD cd06166 Sortase_D_2 55 182 7.11996E-53 T 16-09-2021 IPR042000 Sortase D, type 2 +MGYG000000001_00398 1fd5b6e4147655a069b72286ee648807 157 MobiDBLite mobidb-lite consensus disorder prediction 1 49 - T 16-09-2021 +MGYG000000001_00398 1fd5b6e4147655a069b72286ee648807 157 MobiDBLite mobidb-lite consensus disorder prediction 10 49 - T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 SUPERFAMILY SSF52540 13 182 1.84E-39 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 PANTHER PTHR42714 5 340 2.9E-90 T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 12 166 1.4E-21 T 16-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 PANTHER PTHR42714:SF6 5 340 2.9E-90 T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 Gene3D G3DSA:3.40.50.11410 292 400 8.4E-44 T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 CDD cd00880 Era_like 15 169 3.86363E-51 T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 Gene3D G3DSA:3.40.50.300 4 180 1.7E-41 T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 TIGRFAM TIGR03918 GTP_HydF: [FeFe] hydrogenase H-cluster maturation GTPase HydF 6 397 4.1E-172 T 16-09-2021 IPR023873 [FeFe]-hydrogenase H-cluster maturation GTPase HydF +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 Pfam PF01926 50S ribosome-binding GTPase 14 128 2.3E-21 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 Pfam PF18128 Hydrogen maturase F dimerization domain 181 279 1.9E-40 T 16-09-2021 IPR041606 Hydrogen maturase F dimerization domain +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 Gene3D G3DSA:3.40.50.11420 183 291 7.9E-44 T 16-09-2021 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 Pfam PF18133 Hydrogen maturase F tetramerization domain 283 399 1.4E-47 T 16-09-2021 IPR040644 Hydrogen maturase F, tetramerization domain +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 81 99 4.5E-6 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 14 34 4.5E-6 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01695 9f615d7d4eee8b9ea65f86deb84dc2b3 406 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 64 79 4.5E-6 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 ProSitePatterns PS01129 Rlu family of pseudouridine synthase signature. 134 148 - T 16-09-2021 IPR006224 Pseudouridine synthase, RluC/RluD, conserved site GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 20 78 8.752 T 16-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 Pfam PF00849 RNA pseudouridylate synthase 91 241 3.0E-35 T 16-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 PANTHER PTHR21600 15 298 4.2E-77 T 16-09-2021 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 CDD cd02869 PseudoU_synth_RluCD_like 95 273 3.72925E-76 T 16-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 Gene3D G3DSA:3.30.2350.10 84 300 3.6E-71 T 16-09-2021 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 TIGRFAM TIGR00005 rluA_subfam: pseudouridine synthase, RluA family 17 300 7.7E-79 T 16-09-2021 IPR006225 Pseudouridine synthase, RluC/RluD GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 PANTHER PTHR21600:SF35 15 298 4.2E-77 T 16-09-2021 +MGYG000000001_02017 067a2a73a23de8d060e4e26a1a6da8ca 300 SUPERFAMILY SSF55120 76 299 7.56E-71 T 16-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 SUPERFAMILY SSF88946 37 113 2.0E-13 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 Gene3D G3DSA:1.10.10.10 132 193 5.9E-10 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 Gene3D G3DSA:1.10.1740.10 33 131 1.5E-14 T 16-09-2021 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 PANTHER PTHR43133:SF2 37 194 5.5E-18 T 16-09-2021 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 PANTHER PTHR43133 37 194 5.5E-18 T 16-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 Pfam PF04542 Sigma-70 region 2 54 112 2.4E-4 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 CDD cd06171 Sigma70_r4 141 188 4.34303E-8 T 16-09-2021 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 Pfam PF08281 Sigma-70, region 4 141 187 1.3E-7 T 16-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 SUPERFAMILY SSF88659 134 192 2.62E-11 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_02117 bc83ae836726f70b199754d2b4a48cbe 197 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 53 190 7.0E-13 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00752 af433f5e5875fd4985c14404924f018d 499 PANTHER PTHR33744:SF1 95 466 7.5E-19 T 16-09-2021 +MGYG000000001_00752 af433f5e5875fd4985c14404924f018d 499 Gene3D G3DSA:1.10.10.2840 354 477 8.9E-11 T 16-09-2021 IPR042070 PucR C-terminal helix-turn-helix domain superfamily +MGYG000000001_00752 af433f5e5875fd4985c14404924f018d 499 PANTHER PTHR33744 95 466 7.5E-19 T 16-09-2021 +MGYG000000001_00752 af433f5e5875fd4985c14404924f018d 499 Pfam PF13556 PucR C-terminal helix-turn-helix domain 418 465 1.2E-14 T 16-09-2021 IPR025736 PucR C-terminal helix-turn-helix domain +MGYG000000001_00075 c047fb7328063ab92f6a4a8e267c984e 222 PANTHER PTHR12677:SF49 8 219 6.3E-54 T 16-09-2021 +MGYG000000001_00075 c047fb7328063ab92f6a4a8e267c984e 222 Pfam PF09335 SNARE associated Golgi protein 65 181 2.6E-32 T 16-09-2021 IPR032816 SNARE associated Golgi protein +MGYG000000001_00075 c047fb7328063ab92f6a4a8e267c984e 222 PANTHER PTHR12677 8 219 6.3E-54 T 16-09-2021 IPR015414 Transmembrane protein TMEM64 GO:0016021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Coils Coil 727 754 - T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 SUPERFAMILY SSF50447 457 553 2.19E-17 T 16-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Pfam PF02272 DHHA1 domain 736 873 1.1E-22 T 16-09-2021 IPR003156 DHHA1 domain GO:0003676 KEGG: 00970+6.1.1.7|Reactome: R-HSA-379716 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 CDD cd00673 AlaRS_core 6 239 1.90205E-124 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Gene3D G3DSA:3.30.930.10 4 240 9.7E-102 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 SUPERFAMILY SSF55681 4 243 7.62E-96 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Coils Coil 421 441 - T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Gene3D G3DSA:3.30.980.10 564 699 5.5E-50 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Hamap MF_00036_B Alanine--tRNA ligase [alaS]. 1 878 176.237 T 16-09-2021 IPR023033 Alanine-tRNA ligase, eukaryota/bacteria GO:0004813 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 PANTHER PTHR11777 4 878 7.3E-285 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Pfam PF07973 Threonyl and Alanyl tRNA synthetase second additional domain 655 698 1.4E-19 T 16-09-2021 IPR012947 Threonyl/alanyl tRNA synthetase, SAD GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 MobiDBLite mobidb-lite consensus disorder prediction 425 449 - T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Pfam PF01411 tRNA synthetases class II (A) 8 557 2.0E-206 T 16-09-2021 IPR018164 Alanyl-tRNA synthetase, class IIc, N-terminal GO:0000166|GO:0004813|GO:0005524|GO:0006419 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 PRINTS PR00980 Alanyl-tRNA synthetase signature 224 237 1.7E-28 T 16-09-2021 IPR002318 Alanine-tRNA ligase, class IIc GO:0000166|GO:0005737 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 PRINTS PR00980 Alanyl-tRNA synthetase signature 274 290 1.7E-28 T 16-09-2021 IPR002318 Alanine-tRNA ligase, class IIc GO:0000166|GO:0005737 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 PRINTS PR00980 Alanyl-tRNA synthetase signature 197 208 1.7E-28 T 16-09-2021 IPR002318 Alanine-tRNA ligase, class IIc GO:0000166|GO:0005737 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 PRINTS PR00980 Alanyl-tRNA synthetase signature 73 84 1.7E-28 T 16-09-2021 IPR002318 Alanine-tRNA ligase, class IIc GO:0000166|GO:0005737 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 PRINTS PR00980 Alanyl-tRNA synthetase signature 298 311 1.7E-28 T 16-09-2021 IPR002318 Alanine-tRNA ligase, class IIc GO:0000166|GO:0005737 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 SMART SM00863 655 698 1.4E-23 T 16-09-2021 IPR012947 Threonyl/alanyl tRNA synthetase, SAD GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Gene3D G3DSA:3.10.310.40 766 876 3.6E-34 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Gene3D G3DSA:2.40.30.130 455 552 1.0E-11 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 Gene3D G3DSA:3.30.54.20 626 679 5.5E-50 T 16-09-2021 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 ProSiteProfiles PS50860 Alanyl-transfer RNA synthetases family profile. 4 711 124.133 T 16-09-2021 IPR018165 Alanyl-tRNA synthetase, class IIc, core domain GO:0003676|GO:0004813|GO:0005524|GO:0006419 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 SUPERFAMILY SSF55186 554 710 5.76E-50 T 16-09-2021 IPR018163 Threonyl/alanyl tRNA synthetase, class II-like, putative editing domain superfamily GO:0000166 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 SUPERFAMILY SSF101353 244 447 1.96E-67 T 16-09-2021 IPR018162 Alanine-tRNA ligase, class IIc, anti-codon-binding domain superfamily GO:0000166|GO:0004813|GO:0005524|GO:0005737|GO:0006419 KEGG: 00970+6.1.1.7 +MGYG000000001_01471 dffcbfd49bbe8ba9e336da2f7139057f 879 TIGRFAM TIGR00344 alaS: alanine--tRNA ligase 8 856 0.0 T 16-09-2021 IPR002318 Alanine-tRNA ligase, class IIc GO:0000166|GO:0005737 KEGG: 00970+6.1.1.7 +MGYG000000001_00880 7fadb990589b28adbcdf364e20a74bc2 175 TIGRFAM TIGR00723 ttdB_fumA_fumB: hydrolyase, tartrate beta subunit/fumarate domain protein, Fe-S type 11 174 3.4E-52 T 16-09-2021 IPR004647 Fe-S hydro-lyase, tartrate dehydratase beta-type, catalytic domain GO:0016836 +MGYG000000001_00880 7fadb990589b28adbcdf364e20a74bc2 175 Pfam PF05683 Fumarase C-terminus 2 174 6.4E-58 T 16-09-2021 IPR004647 Fe-S hydro-lyase, tartrate dehydratase beta-type, catalytic domain GO:0016836 +MGYG000000001_00880 7fadb990589b28adbcdf364e20a74bc2 175 PANTHER PTHR43351:SF2 2 174 2.2E-68 T 16-09-2021 +MGYG000000001_00880 7fadb990589b28adbcdf364e20a74bc2 175 PANTHER PTHR43351 2 174 2.2E-68 T 16-09-2021 +MGYG000000001_00880 7fadb990589b28adbcdf364e20a74bc2 175 SUPERFAMILY SSF117457 4 173 1.2E-58 T 16-09-2021 IPR036660 Fe-S hydro-lyase, tartrate dehydratase beta-type, catalytic domain superfamily GO:0016836 +MGYG000000001_00880 7fadb990589b28adbcdf364e20a74bc2 175 Gene3D G3DSA:3.20.130.10 1 174 8.3E-67 T 16-09-2021 IPR036660 Fe-S hydro-lyase, tartrate dehydratase beta-type, catalytic domain superfamily GO:0016836 +MGYG000000001_02471 5a0468eab6f9a4a0ab81d3b52b0f28e5 253 PANTHER PTHR34390:SF2 4 246 1.3E-52 T 16-09-2021 +MGYG000000001_02471 5a0468eab6f9a4a0ab81d3b52b0f28e5 253 Pfam PF06738 Putative threonine/serine exporter 9 246 2.2E-67 T 16-09-2021 IPR010619 Putative threonine/serine exporter +MGYG000000001_02471 5a0468eab6f9a4a0ab81d3b52b0f28e5 253 PANTHER PTHR34390 4 246 1.3E-52 T 16-09-2021 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 PANTHER PTHR42925 7 448 5.8E-103 T 16-09-2021 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 PIRSF PIRSF006603 2 451 2.1E-76 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 TIGRFAM TIGR00797 matE: MATE efflux family protein 19 415 3.7E-77 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 CDD cd13134 MATE_like_8 9 448 3.22388E-94 T 16-09-2021 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 Pfam PF01554 MatE 245 407 2.4E-19 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 Pfam PF01554 MatE 19 179 1.5E-34 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01793 97c7fffea7a243a2a976d4027c1104eb 452 PANTHER PTHR42925:SF2 7 448 5.8E-103 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PANTHER PTHR42863 2 294 7.4E-55 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 Gene3D G3DSA:3.50.50.60 3 282 4.4E-65 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 240 262 5.7E-13 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 5 24 5.7E-13 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 142 160 5.7E-13 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 Gene3D G3DSA:3.50.50.60 113 223 4.4E-65 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 123 135 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 250 268 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 37 52 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 4 26 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 138 162 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 57 67 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 102 110 1.4E-33 T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 Coils Coil 282 302 - T 16-09-2021 +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 SUPERFAMILY SSF51905 2 291 6.28E-31 T 16-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02665 7d93fa66111352611416f3a1d9961213 302 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 3 273 1.0E-17 T 16-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00848 b08f128c2d49bb12ff1d42828a190173 126 Pfam PF14276 Domain of unknown function (DUF4363) 20 125 3.4E-15 T 16-09-2021 IPR025373 Protein of unknown function DUF4363 +MGYG000000001_00495 8f3d3e62b9af9bdc321f9953c594cb29 102 Pfam PF07561 Domain of Unknown Function (DUF1540) 7 44 1.7E-8 T 16-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_00495 8f3d3e62b9af9bdc321f9953c594cb29 102 Pfam PF07561 Domain of Unknown Function (DUF1540) 67 101 2.8E-5 T 16-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 Pfam PF13840 ACT domain 336 399 4.5E-14 T 16-09-2021 IPR027795 CASTOR, ACT domain +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 PIRSF PIRSF000726 1 67 7.1E-15 T 16-09-2021 IPR005260 Aspartate kinase, monofunctional class GO:0004072|GO:0009089 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 PIRSF PIRSF000726 62 403 1.2E-82 T 16-09-2021 IPR005260 Aspartate kinase, monofunctional class GO:0004072|GO:0009089 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 SUPERFAMILY SSF55021 264 347 8.1E-9 T 16-09-2021 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 ProSitePatterns PS00324 Aspartokinase signature. 5 13 - T 16-09-2021 IPR018042 Aspartate kinase, conserved site GO:0004072|GO:0008652 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 PANTHER PTHR21499:SF41 1 401 1.1E-125 T 16-09-2021 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 PANTHER PTHR21499 1 401 1.1E-125 T 16-09-2021 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 Gene3D G3DSA:3.40.1160.10 1 253 4.2E-85 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 SUPERFAMILY SSF53633 4 246 5.11E-71 T 16-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 Pfam PF00696 Amino acid kinase family 3 235 6.2E-51 T 16-09-2021 IPR001048 Aspartate/glutamate/uridylate kinase Reactome: R-HSA-8964539 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 SUPERFAMILY SSF55021 340 402 3.35E-10 T 16-09-2021 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 Gene3D G3DSA:3.30.2130.10 262 403 6.0E-24 T 16-09-2021 +MGYG000000001_01599 9840692ae7f8b083dd9f1d64a64d9897 403 TIGRFAM TIGR00657 asp_kinases: aspartate kinase 64 402 5.5E-91 T 16-09-2021 IPR001341 Aspartate kinase GO:0004072|GO:0008652 KEGG: 00260+2.7.2.4|KEGG: 00261+2.7.2.4|KEGG: 00270+2.7.2.4|KEGG: 00300+2.7.2.4|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PANTHER PTHR13697 2 311 8.2E-120 T 16-09-2021 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PIRSF PIRSF000532 1 319 1.3E-125 T 16-09-2021 IPR012003 ATP-dependent 6-phosphofructokinase, prokaryotic-type GO:0005524|GO:0006002|GO:0006096|GO:0008443 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 ProSitePatterns PS00433 Phosphofructokinase signature. 243 261 - T 16-09-2021 IPR015912 Phosphofructokinase, conserved site GO:0003872|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 158 174 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 212 224 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 120 137 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 138 156 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 6 25 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 93 109 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 176 193 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 239 261 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 PRINTS PR00476 ATP-dependent phosphofructokinase family signature 31 44 1.0E-86 T 16-09-2021 IPR022953 ATP-dependent 6-phosphofructokinase GO:0003872|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 Gene3D G3DSA:3.40.50.450 4 286 1.4E-117 T 16-09-2021 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 Hamap MF_00339 ATP-dependent 6-phosphofructokinase [pfkA]. 1 318 46.739 T 16-09-2021 IPR012828 ATP-dependent 6-phosphofructokinase, prokaryotic GO:0003872|GO:0005524|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 Gene3D G3DSA:3.40.50.460 142 251 1.4E-117 T 16-09-2021 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 Pfam PF00365 Phosphofructokinase 4 275 6.0E-114 T 16-09-2021 IPR000023 Phosphofructokinase domain GO:0003872|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 SUPERFAMILY SSF53784 1 316 1.23E-122 T 16-09-2021 IPR035966 Phosphofructokinase superfamily GO:0003872|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385|Reactome: R-HSA-70171 +MGYG000000001_00011 380e03d1eaa76c8b4f521f0d75bb182a 319 TIGRFAM TIGR02482 PFKA_ATP: 6-phosphofructokinase 4 299 1.8E-131 T 16-09-2021 IPR012828 ATP-dependent 6-phosphofructokinase, prokaryotic GO:0003872|GO:0005524|GO:0006002|GO:0006096 KEGG: 00010+2.7.1.11|KEGG: 00030+2.7.1.11|KEGG: 00051+2.7.1.11|KEGG: 00052+2.7.1.11|KEGG: 00680+2.7.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-7385 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 PRINTS PR00040 MerR bacterial regulatory protein HTH signature 15 28 1.5E-5 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 PRINTS PR00040 MerR bacterial regulatory protein HTH signature 39 59 1.5E-5 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 PRINTS PR00040 MerR bacterial regulatory protein HTH signature 4 15 1.5E-5 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 Pfam PF07739 TipAS antibiotic-recognition domain 135 250 1.8E-26 T 16-09-2021 IPR012925 TipAS antibiotic-recognition domain +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 SMART SM00422 3 72 9.4E-22 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 CDD cd01106 HTH_TipAL-Mta 3 105 3.49839E-44 T 16-09-2021 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 ProSiteProfiles PS50937 MerR-type HTH domain profile. 1 71 31.416 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 PANTHER PTHR30204:SF55 1 229 1.1E-46 T 16-09-2021 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 Gene3D G3DSA:1.10.1660.10 1 144 4.4E-40 T 16-09-2021 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 PANTHER PTHR30204 1 229 1.1E-46 T 16-09-2021 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 Gene3D G3DSA:1.10.490.50 163 252 4.2E-15 T 16-09-2021 IPR036244 TipA-like multidrug resistance regulator, antibiotic-recognition domain +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 SUPERFAMILY SSF46955 3 109 2.27E-27 T 16-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 Pfam PF13411 MerR HTH family regulatory protein 3 69 3.1E-16 T 16-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 Coils Coil 77 97 - T 16-09-2021 +MGYG000000001_00463 bc094c0adda73f2fcd4109e2a2dfeb73 252 SUPERFAMILY SSF89082 163 252 6.15E-21 T 16-09-2021 IPR036244 TipA-like multidrug resistance regulator, antibiotic-recognition domain +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Pfam PF16326 ABC transporter C-terminal domain 566 638 9.1E-12 T 16-09-2021 IPR032524 ABC transporter Uup, C-terminal GO:0003677 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 SMART SM00382 357 523 5.9E-10 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 SMART SM00382 28 242 6.4E-10 T 16-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 CDD cd03221 ABCF_EF-3 4 240 9.50231E-29 T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 ProSitePatterns PS00211 ABC transporters family signature. 167 181 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 SUPERFAMILY SSF52540 314 535 3.28E-49 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Gene3D G3DSA:3.40.50.300 327 543 4.2E-54 T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 263 17.587 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 PANTHER PTHR19211:SF95 3 560 4.1E-184 T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Coils Coil 249 286 - T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 333 546 16.447 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 SUPERFAMILY SSF52540 4 248 1.01E-47 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Pfam PF00005 ABC transporter 19 195 7.4E-24 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Gene3D G3DSA:3.40.50.300 2 288 2.6E-64 T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Coils Coil 546 601 - T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Pfam PF12848 ABC transporter 234 321 2.7E-20 T 16-09-2021 IPR032781 ABC-transporter extension domain +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 PANTHER PTHR19211 3 560 4.1E-184 T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 MobiDBLite mobidb-lite consensus disorder prediction 549 588 - T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Coils Coil 614 634 - T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 CDD cd03221 ABCF_EF-3 333 523 5.36065E-59 T 16-09-2021 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Pfam PF00005 ABC transporter 349 478 2.2E-24 T 16-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 Gene3D G3DSA:1.10.287.380 575 639 3.0E-5 T 16-09-2021 IPR037118 Valyl-tRNA synthetase, tRNA-binding arm superfamily GO:0000166|GO:0004832|GO:0005524|GO:0005737|GO:0006438 KEGG: 00970+6.1.1.9|Reactome: R-HSA-379716 +MGYG000000001_01054 5e68afb641c6f6186c2378d1f106326c 639 ProSitePatterns PS00211 ABC transporters family signature. 450 464 - T 16-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 PANTHER PTHR43702 21 442 5.5E-101 T 16-09-2021 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 TIGRFAM TIGR00885 fucP: L-fucose:H+ symporter permease 26 438 9.7E-136 T 16-09-2021 IPR005275 L-fucose permease FucP GO:0015150|GO:0015756 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 Gene3D G3DSA:1.20.1250.20 242 445 3.6E-48 T 16-09-2021 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 PANTHER PTHR43702:SF3 21 442 5.5E-101 T 16-09-2021 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 SUPERFAMILY SSF103473 18 443 3.66E-38 T 16-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 Gene3D G3DSA:1.20.1250.20 24 239 8.0E-48 T 16-09-2021 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 CDD cd17394 MFS_FucP_like 30 440 4.34714E-142 T 16-09-2021 +MGYG000000001_00334 e3845358e3e6ae2504522355b81f5557 447 Pfam PF07690 Major Facilitator Superfamily 34 389 9.0E-23 T 16-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 PANTHER PTHR43133 5 154 7.3E-26 T 16-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 Pfam PF04542 Sigma-70 region 2 7 74 5.9E-13 T 16-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 3 156 1.3E-20 T 16-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 Gene3D G3DSA:1.10.10.10 83 157 4.8E-7 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 SUPERFAMILY SSF88659 91 155 4.49E-8 T 16-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 Gene3D G3DSA:1.10.1740.10 1 69 9.4E-18 T 16-09-2021 +MGYG000000001_00140 e0250e77f5c966aeacfc5b4f8e9d89a2 160 SUPERFAMILY SSF88946 7 83 1.77E-16 T 16-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 Gene3D G3DSA:3.40.1400.10 1 149 7.1E-60 T 16-09-2021 IPR036569 Sugar-phosphate isomerase, RpiB/LacA/LacB superfamily GO:0005975|GO:0016853 KEGG: 00052+5.3.1.26 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 SUPERFAMILY SSF89623 1 145 1.29E-58 T 16-09-2021 IPR036569 Sugar-phosphate isomerase, RpiB/LacA/LacB superfamily GO:0005975|GO:0016853 KEGG: 00052+5.3.1.26 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 TIGRFAM TIGR00689 rpiB_lacA_lacB: sugar-phosphate isomerase, RpiB/LacA/LacB family 4 146 2.5E-58 T 16-09-2021 IPR003500 Sugar-phosphate isomerase, RpiB/LacA/LacB family GO:0005975|GO:0016853 KEGG: 00052+5.3.1.26 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 PIRSF PIRSF005384 1 148 1.3E-61 T 16-09-2021 IPR003500 Sugar-phosphate isomerase, RpiB/LacA/LacB family GO:0005975|GO:0016853 KEGG: 00052+5.3.1.26 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 Pfam PF02502 Ribose/Galactose Isomerase 3 141 3.1E-57 T 16-09-2021 IPR003500 Sugar-phosphate isomerase, RpiB/LacA/LacB family GO:0005975|GO:0016853 KEGG: 00052+5.3.1.26 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 PANTHER PTHR43732 2 148 3.7E-42 T 16-09-2021 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 PANTHER PTHR43732:SF2 2 148 3.7E-42 T 16-09-2021 +MGYG000000001_00720 720ef8ba742d33056d636a0ad0823b47 150 TIGRFAM TIGR01120 rpiB: ribose 5-phosphate isomerase B 2 145 1.2E-52 T 16-09-2021 IPR004785 Ribose 5-phosphate isomerase B +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 CDD cd07731 ComA-like_MBL-fold 55 225 2.81452E-63 T 16-09-2021 IPR035681 ComA-like, MBL domain +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 Pfam PF00753 Metallo-beta-lactamase superfamily 62 249 5.1E-20 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 Gene3D G3DSA:3.60.15.10 50 296 9.6E-67 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 26 7.0 T 16-09-2021 +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 PANTHER PTHR30619 50 293 8.1E-64 T 16-09-2021 +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 SMART SM00849 63 250 9.0E-12 T 16-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01728 ec17976094ca9d7c75dc83eb97989942 377 SUPERFAMILY SSF56281 52 292 8.78E-49 T 16-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01953 b7cf4a75ca733c40e9032dd38becc1c8 212 PANTHER PTHR30383 2 208 1.2E-13 T 16-09-2021 +MGYG000000001_01953 b7cf4a75ca733c40e9032dd38becc1c8 212 Pfam PF13472 GDSL-like Lipase/Acylhydrolase family 5 197 3.7E-19 T 16-09-2021 IPR013830 SGNH hydrolase-type esterase domain +MGYG000000001_01953 b7cf4a75ca733c40e9032dd38becc1c8 212 SUPERFAMILY SSF52266 1 209 4.89E-28 T 16-09-2021 +MGYG000000001_01953 b7cf4a75ca733c40e9032dd38becc1c8 212 CDD cd01839 SGNH_arylesterase_like 2 206 1.32536E-69 T 16-09-2021 +MGYG000000001_01953 b7cf4a75ca733c40e9032dd38becc1c8 212 Gene3D G3DSA:3.40.50.1110 1 211 3.3E-75 T 16-09-2021 IPR036514 SGNH hydrolase superfamily +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 SUPERFAMILY SSF50486 208 307 9.42E-32 T 16-09-2021 IPR011034 Formyl transferase-like, C-terminal domain superfamily GO:0003824 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 15 5.0 T 16-09-2021 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 TIGRFAM TIGR00460 fmt: methionyl-tRNA formyltransferase 1 301 2.2E-96 T 16-09-2021 IPR005794 Methionyl-tRNA formyltransferase GO:0004479|GO:0071951 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9|Reactome: R-HSA-5368286 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 Gene3D G3DSA:3.40.50.170 1 205 1.2E-80 T 16-09-2021 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 PANTHER PTHR11138 1 303 5.0E-119 T 16-09-2021 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 Pfam PF02911 Formyl transferase, C-terminal domain 207 300 7.2E-31 T 16-09-2021 IPR005793 Formyl transferase, C-terminal GO:0009058|GO:0016742 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 ProSitePatterns PS00373 Phosphoribosylglycinamide formyltransferase active site. 132 155 - T 16-09-2021 IPR001555 Phosphoribosylglycinamide formyltransferase, active site KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 CDD cd08646 FMT_core_Met-tRNA-FMT_N 1 203 4.85699E-117 T 16-09-2021 IPR041711 Methionyl-tRNA formyltransferase, N-terminal domain KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9|Reactome: R-HSA-5368286 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 Hamap MF_00182 Methionyl-tRNA formyltransferase [fmt]. 1 303 35.5 T 16-09-2021 IPR005794 Methionyl-tRNA formyltransferase GO:0004479|GO:0071951 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9|Reactome: R-HSA-5368286 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 PANTHER PTHR11138:SF4 1 303 5.0E-119 T 16-09-2021 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 CDD cd08704 Met_tRNA_FMT_C 209 290 4.2382E-38 T 16-09-2021 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 SUPERFAMILY SSF53328 1 206 1.31E-70 T 16-09-2021 IPR036477 Formyl transferase, N-terminal domain superfamily GO:0009058|GO:0016742 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 Pfam PF00551 Formyl transferase 1 177 5.9E-42 T 16-09-2021 IPR002376 Formyl transferase, N-terminal GO:0009058|GO:0016742 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_02149 67bf53b5d01deb825b2dbb8361786058 309 Gene3D G3DSA:3.10.25.10 208 309 1.4E-34 T 16-09-2021 IPR037022 Formyl transferase, C-terminal domain superfamily GO:0009058|GO:0016742 KEGG: 00670+2.1.2.9|KEGG: 00970+2.1.2.9 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Pfam PF03717 Penicillin-binding Protein dimerisation domain 53 377 1.7E-52 T 16-09-2021 IPR005311 Penicillin-binding protein, dimerisation domain GO:0008658 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Gene3D G3DSA:3.90.1310.10 272 387 6.9E-26 T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 PANTHER PTHR30627 3 821 3.4E-137 T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Coils Coil 96 116 - T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 MobiDBLite mobidb-lite consensus disorder prediction 977 993 - T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Gene3D G3DSA:3.90.1310.30 46 223 1.8E-6 T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 MobiDBLite mobidb-lite consensus disorder prediction 977 1005 - T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 SUPERFAMILY SSF56519 46 391 1.83E-42 T 16-09-2021 IPR036138 Penicillin-binding protein, dimerisation domain superfamily GO:0008658 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 SUPERFAMILY SSF56601 343 814 2.23E-68 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 PANTHER PTHR30627:SF2 3 821 3.4E-137 T 16-09-2021 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Gene3D G3DSA:3.40.710.10 913 984 3.5E-6 T 16-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Pfam PF00905 Penicillin binding protein transpeptidase domain 436 819 5.6E-51 T 16-09-2021 IPR001460 Penicillin-binding protein, transpeptidase GO:0008658 +MGYG000000001_00301 6bef42c60a1c515dc022e8227d89545a 1005 Coils Coil 840 882 - T 16-09-2021 +MGYG000000001_01439 a8725475d8b8bed286a79a4b4cedd1e5 317 PANTHER PTHR43513 61 305 4.0E-29 T 16-09-2021 +MGYG000000001_01439 a8725475d8b8bed286a79a4b4cedd1e5 317 SUPERFAMILY SSF63380 65 155 2.04E-8 T 16-09-2021 IPR017938 Riboflavin synthase-like beta-barrel +MGYG000000001_01439 a8725475d8b8bed286a79a4b4cedd1e5 317 ProSitePatterns PS00197 2Fe-2S ferredoxin-type iron-sulfur binding region signature. 284 292 - T 16-09-2021 IPR006058 2Fe-2S ferredoxin, iron-sulphur binding site GO:0051537 +MGYG000000001_01439 a8725475d8b8bed286a79a4b4cedd1e5 317 Gene3D G3DSA:2.40.30.10 62 154 2.3E-10 T 16-09-2021 +MGYG000000001_01439 a8725475d8b8bed286a79a4b4cedd1e5 317 Gene3D G3DSA:3.10.20.30 262 312 1.1E-6 T 16-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_01439 a8725475d8b8bed286a79a4b4cedd1e5 317 SUPERFAMILY SSF54292 283 310 1.94E-8 T 16-09-2021 IPR036010 2Fe-2S ferredoxin-like superfamily GO:0009055|GO:0051536 +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 CDD cd00077 HDc 72 220 0.00134691 T 16-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 PANTHER PTHR11373:SF25 31 322 2.0E-57 T 16-09-2021 +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 TIGRFAM TIGR01353 dGTP_triPase: putative dGTPase 35 405 1.8E-45 T 16-09-2021 IPR006261 dNTP triphosphohydrolase GO:0016793 +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 PANTHER PTHR11373 31 322 2.0E-57 T 16-09-2021 +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 Gene3D G3DSA:1.10.3210.10 4 407 1.9E-82 T 16-09-2021 +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 SUPERFAMILY SSF109604 28 405 5.5E-53 T 16-09-2021 +MGYG000000001_02633 325717c1a605e6d7e59ccba06f8249f3 408 Pfam PF01966 HD domain 73 215 4.0E-7 T 16-09-2021 IPR006674 HD domain +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 SUPERFAMILY SSF54565 2 84 2.88E-34 T 16-09-2021 IPR023803 Ribosomal protein S16 domain superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 PANTHER PTHR12919:SF20 1 88 9.5E-34 T 16-09-2021 +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 Hamap MF_00385 30S ribosomal protein S16 [rpsP]. 2 77 25.281 T 16-09-2021 IPR000307 Ribosomal protein S16 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 Pfam PF00886 Ribosomal protein S16 9 67 3.0E-26 T 16-09-2021 IPR000307 Ribosomal protein S16 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 TIGRFAM TIGR00002 S16: ribosomal protein bS16 3 80 1.3E-35 T 16-09-2021 IPR000307 Ribosomal protein S16 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 Gene3D G3DSA:3.30.1320.10 1 90 3.1E-38 T 16-09-2021 IPR023803 Ribosomal protein S16 domain superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01311 7e22f30ac1603e591bf6346e20e1247d 90 PANTHER PTHR12919 1 88 9.5E-34 T 16-09-2021 IPR000307 Ribosomal protein S16 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 MobiDBLite mobidb-lite consensus disorder prediction 179 208 - T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 PANTHER PTHR24023 159 336 1.9E-42 T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 PANTHER PTHR24023 111 305 1.9E-42 T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 MobiDBLite mobidb-lite consensus disorder prediction 130 151 - T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 MobiDBLite mobidb-lite consensus disorder prediction 261 332 - T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 Gene3D G3DSA:1.20.5.320 305 356 2.2E-6 T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 MobiDBLite mobidb-lite consensus disorder prediction 177 241 - T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 Pfam PF18573 BclA C-terminal domain 350 468 9.1E-11 T 16-09-2021 IPR041415 BclA, C-terminal domain +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 Pfam PF01391 Collagen triple helix repeat (20 copies) 122 180 1.5E-8 T 16-09-2021 IPR008160 Collagen triple helix repeat +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 PANTHER PTHR24023:SF970 159 336 1.9E-42 T 16-09-2021 +MGYG000000001_01760 a692c45405218ef74916dde16df94207 468 PANTHER PTHR24023:SF970 111 305 1.9E-42 T 16-09-2021 +MGYG000000001_00043 d49f965704b14d911d69c61ce9f832d1 125 Coils Coil 84 104 - T 16-09-2021 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 Gene3D G3DSA:1.20.58.220 336 437 4.1E-17 T 16-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 Gene3D G3DSA:1.20.58.220 444 533 1.1E-18 T 16-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 PANTHER PTHR10010:SF26 3 532 1.1E-169 T 16-09-2021 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 PANTHER PTHR10010 3 532 1.1E-169 T 16-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 SUPERFAMILY SSF109755 322 530 5.86E-46 T 16-09-2021 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 TIGRFAM TIGR00704 NaPi_cotrn_rel: Na/Pi-cotransporter II-related protein 1 309 5.5E-77 T 16-09-2021 IPR004633 Na/Pi-cotransporter II-related/YqeW-like protein GO:0016020 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 Pfam PF02690 Na+/Pi-cotransporter 13 148 1.9E-53 T 16-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 Pfam PF02690 Na+/Pi-cotransporter 143 256 3.0E-20 T 16-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 Pfam PF01895 PhoU domain 341 427 5.3E-14 T 16-09-2021 IPR026022 PhoU domain +MGYG000000001_00655 c9fbb8851e50726a335da681061a5198 533 Pfam PF01895 PhoU domain 446 530 2.4E-14 T 16-09-2021 IPR026022 PhoU domain +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 PANTHER PTHR11113 3 361 8.0E-118 T 16-09-2021 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 PIRSF PIRSF038994 4 366 1.0E-125 T 16-09-2021 IPR003764 N-acetylglucosamine-6-phosphate deacetylase GO:0006044|GO:0008448 KEGG: 00052+3.5.1.25|KEGG: 00520+3.5.1.25|MetaCyc: PWY-6906|MetaCyc: PWY-7077|MetaCyc: PWY-7395|Reactome: R-HSA-446210 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 Gene3D G3DSA:2.30.40.10 3 362 2.4E-135 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 SUPERFAMILY SSF51338 3 364 5.49E-12 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 Gene3D G3DSA:3.20.20.140 35 334 2.4E-135 T 16-09-2021 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 PANTHER PTHR11113:SF1 3 361 8.0E-118 T 16-09-2021 IPR003764 N-acetylglucosamine-6-phosphate deacetylase GO:0006044|GO:0008448 KEGG: 00052+3.5.1.25|KEGG: 00520+3.5.1.25|MetaCyc: PWY-6906|MetaCyc: PWY-7077|MetaCyc: PWY-7395|Reactome: R-HSA-446210 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 Pfam PF01979 Amidohydrolase family 31 362 1.1E-26 T 16-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 SUPERFAMILY SSF51556 35 334 1.15E-94 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 TIGRFAM TIGR00221 nagA: N-acetylglucosamine-6-phosphate deacetylase 20 361 3.0E-106 T 16-09-2021 IPR003764 N-acetylglucosamine-6-phosphate deacetylase GO:0006044|GO:0008448 KEGG: 00052+3.5.1.25|KEGG: 00520+3.5.1.25|MetaCyc: PWY-6906|MetaCyc: PWY-7077|MetaCyc: PWY-7395|Reactome: R-HSA-446210 +MGYG000000001_02601 5bfdd540610c367e9ee3274d58fcd427 366 CDD cd00854 NagA 3 360 5.89417E-158 T 16-09-2021 IPR003764 N-acetylglucosamine-6-phosphate deacetylase GO:0006044|GO:0008448 KEGG: 00052+3.5.1.25|KEGG: 00520+3.5.1.25|MetaCyc: PWY-6906|MetaCyc: PWY-7077|MetaCyc: PWY-7395|Reactome: R-HSA-446210 +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 21 381 1.1E-51 T 16-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 Gene3D G3DSA:3.40.630.10 23 380 3.0E-85 T 16-09-2021 +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 PIRSF PIRSF037226 1 426 1.4E-75 T 16-09-2021 IPR017144 Peptidase M20A, amidohydrolase, predicted +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 PANTHER PTHR30575 3 422 4.0E-78 T 16-09-2021 +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 SUPERFAMILY SSF55031 201 316 4.97E-18 T 16-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 Pfam PF07687 Peptidase dimerisation domain 200 277 1.4E-5 T 16-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 Gene3D G3DSA:3.30.70.360 201 319 3.0E-85 T 16-09-2021 +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 CDD cd09849 M20_Acy1L2-like 15 403 0.0 T 16-09-2021 +MGYG000000001_02278 c83ca31b68c3dd46f8f58cb6df6893b9 437 SUPERFAMILY SSF53187 8 405 1.19E-45 T 16-09-2021 +MGYG000000001_00982 ff7cc9a41fa547226928f4510f239132 329 CDD cd06550 TM_ABC_iron-siderophores_like 64 324 9.70157E-49 T 16-09-2021 +MGYG000000001_00982 ff7cc9a41fa547226928f4510f239132 329 PANTHER PTHR30472 12 328 1.3E-89 T 16-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_00982 ff7cc9a41fa547226928f4510f239132 329 Gene3D G3DSA:1.10.3470.10 6 329 1.0E-93 T 16-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00982 ff7cc9a41fa547226928f4510f239132 329 Pfam PF01032 FecCD transport family 20 326 1.7E-91 T 16-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_00982 ff7cc9a41fa547226928f4510f239132 329 SUPERFAMILY SSF81345 7 326 2.75E-81 T 16-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_01407 1c060d23c01394cc8f0864f0b86dba16 160 Pfam PF14270 Domain of unknown function (DUF4358) 48 143 4.6E-14 T 16-09-2021 IPR025648 Protein of unknown function DUF4358 +MGYG000000001_01407 1c060d23c01394cc8f0864f0b86dba16 160 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 6.0 T 16-09-2021 +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 Pfam PF06605 Prophage endopeptidase tail 29 321 5.5E-41 T 16-09-2021 IPR010572 Prophage tail endopeptidase +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 ProSiteProfiles PS51688 Intramolecular chaperone auto-processing (ICA) domain profile. 1461 1587 8.731 T 16-09-2021 IPR030392 Intramolecular chaperone auto-processing domain +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 Gene3D G3DSA:2.60.120.260 970 1099 7.6E-7 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 SUPERFAMILY SSF49785 965 1100 9.35E-7 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 SUPERFAMILY SSF49785 759 851 2.76E-5 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 Pfam PF13884 Chaperone of endosialidase 1461 1532 1.2E-6 T 16-09-2021 IPR030392 Intramolecular chaperone auto-processing domain +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 Coils Coil 1566 1599 - T 16-09-2021 +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 Coils Coil 317 337 - T 16-09-2021 +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 Gene3D G3DSA:2.60.120.260 731 864 5.3E-7 T 16-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_01503 4916fc3a2425e67d8281cf01a3ffe379 1599 TIGRFAM TIGR01665 put_anti_recept: phage minor structural protein, N-terminal region 20 311 2.4E-35 T 16-09-2021 IPR007119 Phage minor structural protein, N-terminal domain +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Gene3D G3DSA:2.40.50.140 1 64 9.9E-22 T 16-09-2021 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Coils Coil 117 137 - T 16-09-2021 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 SMART SM00278 107 126 5.7 T 16-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 SMART SM00278 72 91 140.0 T 16-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 SUPERFAMILY SSF47781 65 135 6.12E-19 T 16-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 TIGRFAM TIGR00084 ruvA: Holliday junction DNA helicase RuvA 2 195 1.4E-43 T 16-09-2021 IPR000085 Bacterial DNA recombination protein RuvA GO:0003678|GO:0006281|GO:0006310 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Pfam PF01330 RuvA N terminal domain 1 59 2.0E-19 T 16-09-2021 IPR013849 DNA helicase, Holliday junction RuvA type, domain I, bacterial GO:0005524|GO:0006281|GO:0006310|GO:0009378 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Pfam PF07499 RuvA, C-terminal domain 152 195 3.5E-13 T 16-09-2021 IPR011114 Holliday junction DNA helicase RuvA, C-terminal GO:0005524|GO:0006281|GO:0006310|GO:0009378|GO:0009379 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Pfam PF14520 Helix-hairpin-helix domain 71 129 5.4E-16 T 16-09-2021 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Gene3D G3DSA:1.10.8.10 150 194 1.7E-11 T 16-09-2021 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 PANTHER PTHR33796 1 195 2.3E-58 T 16-09-2021 IPR000085 Bacterial DNA recombination protein RuvA GO:0003678|GO:0006281|GO:0006310 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 PANTHER PTHR33796:SF1 1 195 2.3E-58 T 16-09-2021 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 SUPERFAMILY SSF46929 152 195 8.24E-10 T 16-09-2021 IPR036267 RuvA, C-terminal domain superfamily +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Hamap MF_00031 Holliday junction ATP-dependent DNA helicase RuvA [ruvA]. 1 195 27.801 T 16-09-2021 IPR000085 Bacterial DNA recombination protein RuvA GO:0003678|GO:0006281|GO:0006310 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 Gene3D G3DSA:1.10.150.20 66 138 1.8E-25 T 16-09-2021 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 CDD cd14332 UBA_RuvA_C 153 191 7.46437E-10 T 16-09-2021 IPR011114 Holliday junction DNA helicase RuvA, C-terminal GO:0005524|GO:0006281|GO:0006310|GO:0009378|GO:0009379 +MGYG000000001_00366 d47f53fbc560cb93a0a5e4128b9a55c3 200 SUPERFAMILY SSF50249 1 62 9.14E-14 T 16-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 SUPERFAMILY SSF55979 243 364 9.74E-32 T 16-09-2021 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 Pfam PF02767 DNA polymerase III beta subunit, central domain 129 239 2.4E-27 T 16-09-2021 IPR022637 DNA polymerase III, beta sliding clamp, central GO:0003887|GO:0006260|GO:0008408|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 PANTHER PTHR30478 1 364 2.2E-111 T 16-09-2021 IPR001001 DNA polymerase III, beta sliding clamp GO:0003677|GO:0006260|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 PIRSF PIRSF000804 1 365 1.7E-109 T 16-09-2021 IPR001001 DNA polymerase III, beta sliding clamp GO:0003677|GO:0006260|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 CDD cd00140 beta_clamp 1 363 1.40357E-117 T 16-09-2021 IPR001001 DNA polymerase III, beta sliding clamp GO:0003677|GO:0006260|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 Pfam PF00712 DNA polymerase III beta subunit, N-terminal domain 1 119 2.5E-28 T 16-09-2021 IPR022634 DNA polymerase III, beta sliding clamp, N-terminal GO:0003677|GO:0003887|GO:0006260|GO:0008408|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 SUPERFAMILY SSF55979 128 242 3.77E-24 T 16-09-2021 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 Gene3D G3DSA:3.10.150.10 1 240 2.0E-115 T 16-09-2021 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 Gene3D G3DSA:3.70.10.10 137 362 2.0E-115 T 16-09-2021 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 SMART SM00480 17 360 7.7E-113 T 16-09-2021 IPR001001 DNA polymerase III, beta sliding clamp GO:0003677|GO:0006260|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 SUPERFAMILY SSF55979 1 119 8.64E-23 T 16-09-2021 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 Pfam PF02768 DNA polymerase III beta subunit, C-terminal domain 244 363 1.6E-29 T 16-09-2021 IPR022635 DNA polymerase III, beta sliding clamp, C-terminal GO:0003677|GO:0003887|GO:0006260|GO:0008408|GO:0009360 +MGYG000000001_00949 ef0208811ea4721978b0f7ef2396bd2c 368 TIGRFAM TIGR00663 dnan: DNA polymerase III, beta subunit 1 363 2.9E-94 T 16-09-2021 IPR001001 DNA polymerase III, beta sliding clamp GO:0003677|GO:0006260|GO:0009360 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 CDD cd13143 MATE_MepA_like 11 438 7.47468E-144 T 16-09-2021 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 Pfam PF01554 MatE 22 185 1.2E-27 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 Pfam PF01554 MatE 248 403 5.5E-24 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 TIGRFAM TIGR00797 matE: MATE efflux family protein 22 419 3.3E-61 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 PIRSF PIRSF006603 1 454 3.0E-91 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 PANTHER PTHR43823 3 450 1.0E-140 T 16-09-2021 +MGYG000000001_01921 ca2d9fb7bca14ae4e96d9ffe1ec3a231 468 PANTHER PTHR43823:SF1 3 450 1.0E-140 T 16-09-2021 +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 177 204 7.861 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 208 237 9.6 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 PANTHER PTHR24960:SF56 9 233 9.6E-37 T 16-09-2021 +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 SUPERFAMILY SSF54862 186 245 7.18E-15 T 16-09-2021 +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 Pfam PF13187 4Fe-4S dicluster domain 189 230 2.1E-7 T 16-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 Gene3D G3DSA:3.40.50.360 5 149 1.6E-9 T 16-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 PANTHER PTHR24960 9 233 9.6E-37 T 16-09-2021 +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 217 228 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 189 200 - T 16-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 SUPERFAMILY SSF52218 5 154 1.71E-13 T 16-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_01014 1c4fbdbd2ca5d64768e4b1c7ede8a02f 262 Gene3D G3DSA:3.30.70.20 184 232 1.9E-11 T 16-09-2021 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Coils Coil 241 261 - T 16-09-2021 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 CDD cd01900 YchF 4 279 4.90841E-161 T 16-09-2021 IPR041706 YchF, N-terminal Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Gene3D G3DSA:3.10.20.30 46 363 3.6E-155 T 16-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PANTHER PTHR23305:SF13 2 365 3.0E-143 T 16-09-2021 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Pfam PF06071 Protein of unknown function (DUF933) 281 364 7.7E-38 T 16-09-2021 IPR013029 YchF, C-terminal domain Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Hamap MF_00944 Ribosome-binding ATPase YchF [ychF]. 1 365 44.501 T 16-09-2021 IPR004396 Ribosome-binding ATPase YchF/Obg-like ATPase 1 GO:0005525 Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Gene3D G3DSA:1.10.150.300 111 197 3.6E-155 T 16-09-2021 IPR023192 TGS-like domain superfamily Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PIRSF PIRSF006641 1 365 6.7E-159 T 16-09-2021 IPR004396 Ribosome-binding ATPase YchF/Obg-like ATPase 1 GO:0005525 Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 68 83 8.3E-37 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 24 42 8.3E-37 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 85 103 8.3E-37 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 3 23 8.3E-37 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 SUPERFAMILY SSF81271 281 362 5.01E-34 T 16-09-2021 IPR012676 TGS-like KEGG: 00970+6.1.1.3 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 CDD cd04867 TGS_YchF_OLA1 279 363 6.35798E-53 T 16-09-2021 IPR013029 YchF, C-terminal domain Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 ProSiteProfiles PS51710 OBG-type guanine nucleotide-binding (G) domain profile. 1 257 55.094 T 16-09-2021 IPR031167 OBG-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Gene3D G3DSA:3.40.50.300 1 280 3.6E-155 T 16-09-2021 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 TIGRFAM TIGR00092 TIGR00092: GTP-binding protein YchF 2 365 2.5E-156 T 16-09-2021 IPR004396 Ribosome-binding ATPase YchF/Obg-like ATPase 1 GO:0005525 Reactome: R-HSA-114608 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 Pfam PF01926 50S ribosome-binding GTPase 3 111 1.3E-23 T 16-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 PANTHER PTHR23305 2 365 3.0E-143 T 16-09-2021 +MGYG000000001_01183 ba24c8622db501397c82954c316364c1 365 SUPERFAMILY SSF52540 1 303 2.83E-86 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR00315 GTP-binding elongation factor signature 4 17 2.4E-12 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR00315 GTP-binding elongation factor signature 86 97 2.4E-12 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR00315 GTP-binding elongation factor signature 122 131 2.4E-12 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR00315 GTP-binding elongation factor signature 70 80 2.4E-12 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR00315 GTP-binding elongation factor signature 50 58 2.4E-12 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PANTHER PTHR43636:SF3 1 664 2.4E-185 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 1 237 49.166 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Gene3D G3DSA:3.30.70.870 381 431 1.2E-9 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SMART SM00889 428 542 4.4E-20 T 16-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 CDD cd03711 Tet_C 547 624 3.22083E-32 T 16-09-2021 IPR035650 Tetracycline resistance protein, C-terminal +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Pfam PF14492 Elongation Factor G, domain II 371 425 2.4E-7 T 16-09-2021 IPR041095 Elongation Factor G, domain II +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR01037 Tetracycline resistance protein TetO/TetQ/TetM family signature 108 131 1.8E-15 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR01037 Tetracycline resistance protein TetO/TetQ/TetM family signature 261 287 1.8E-15 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR01037 Tetracycline resistance protein TetO/TetQ/TetM family signature 464 478 1.8E-15 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PRINTS PR01037 Tetracycline resistance protein TetO/TetQ/TetM family signature 208 230 1.8E-15 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SUPERFAMILY SSF52540 3 230 3.25E-66 T 16-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 3 152 3.4E-20 T 16-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 CDD cd04168 TetM_like 4 236 3.23334E-110 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SUPERFAMILY SSF54980 544 626 9.11E-17 T 16-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 43 58 - T 16-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Gene3D G3DSA:3.40.50.300 2 235 5.7E-68 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SUPERFAMILY SSF54980 359 429 2.91E-10 T 16-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SUPERFAMILY SSF50447 205 334 4.59E-8 T 16-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Gene3D G3DSA:2.40.30.10 240 344 4.4E-8 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Gene3D G3DSA:3.30.230.10 449 625 2.7E-35 T 16-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 PANTHER PTHR43636 1 664 2.4E-185 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Pfam PF00679 Elongation factor G C-terminus 544 626 7.2E-18 T 16-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Pfam PF03764 Elongation factor G, domain IV 429 540 1.1E-20 T 16-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Gene3D G3DSA:3.30.70.240 548 618 2.7E-35 T 16-09-2021 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SUPERFAMILY SSF54211 428 540 4.93E-25 T 16-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 Pfam PF00009 Elongation factor Tu GTP binding domain 4 230 6.1E-50 T 16-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02729 41731cdef2835a812e76de4c9a11c661 670 SMART SM00838 544 633 0.001 T 16-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 Gene3D G3DSA:3.40.50.10090 300 404 1.0E-24 T 16-09-2021 IPR036108 Tetrapyrrole biosynthesis, uroporphyrinogen III synthase superfamily GO:0004852|GO:0033014 KEGG: 00860+4.2.1.75|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 Pfam PF02602 Uroporphyrinogen-III synthase HemD 268 496 6.7E-58 T 16-09-2021 IPR003754 Tetrapyrrole biosynthesis, uroporphyrinogen III synthase GO:0004852|GO:0033014 KEGG: 00860+4.2.1.75|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 Gene3D G3DSA:3.40.50.10090 405 501 7.7E-17 T 16-09-2021 IPR036108 Tetrapyrrole biosynthesis, uroporphyrinogen III synthase superfamily GO:0004852|GO:0033014 KEGG: 00860+4.2.1.75|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 Gene3D G3DSA:3.30.950.10 119 270 9.0E-50 T 16-09-2021 IPR014776 Tetrapyrrole methylase, subdomain 2 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 SUPERFAMILY SSF53790 1 257 3.93E-78 T 16-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 CDD cd06578 HemD 257 498 2.92204E-72 T 16-09-2021 IPR003754 Tetrapyrrole biosynthesis, uroporphyrinogen III synthase GO:0004852|GO:0033014 KEGG: 00860+4.2.1.75|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 TIGRFAM TIGR01469 cobA_cysG_Cterm: uroporphyrinogen-III C-methyltransferase 3 241 9.1E-94 T 16-09-2021 IPR006366 Uroporphyrin-III C-methyltransferase GO:0008168|GO:0019354 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 PANTHER PTHR45790:SF2 1 366 4.0E-123 T 16-09-2021 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 Gene3D G3DSA:3.40.1010.10 1 118 9.3E-43 T 16-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 PIRSF PIRSF036426 1 257 2.8E-100 T 16-09-2021 IPR012409 Sirohaem synthase GO:0004851|GO:0009236|GO:0019354|GO:0043115|GO:0051266|GO:0051287 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 ProSitePatterns PS00840 Uroporphyrin-III C-methyltransferase signature 2. 83 116 - T 16-09-2021 IPR003043 Uroporphiryn-III C-methyltransferase, conserved site GO:0008168|GO:0055114 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 PANTHER PTHR45790 1 366 4.0E-123 T 16-09-2021 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 ProSitePatterns PS00839 Uroporphyrin-III C-methyltransferase signature 1. 8 22 - T 16-09-2021 IPR003043 Uroporphiryn-III C-methyltransferase, conserved site GO:0008168|GO:0055114 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 4 216 1.9E-45 T 16-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 SUPERFAMILY SSF69618 254 498 7.72E-60 T 16-09-2021 IPR036108 Tetrapyrrole biosynthesis, uroporphyrinogen III synthase superfamily GO:0004852|GO:0033014 KEGG: 00860+4.2.1.75|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02181 13594703970cab74cc72be95fbb018f3 501 CDD cd11642 SUMT 4 239 4.72207E-130 T 16-09-2021 IPR006366 Uroporphyrin-III C-methyltransferase GO:0008168|GO:0019354 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02311 0a37949e806a27c858e7fa775bd99c7b 241 Gene3D G3DSA:3.40.50.1440 85 241 6.6E-8 T 16-09-2021 IPR036525 Tubulin/FtsZ, GTPase domain superfamily Reactome: R-HSA-380320 +MGYG000000001_01247 5276e68c175034b381ae7391a5ab1a05 208 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 10 204 3.0E-43 T 16-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_01247 5276e68c175034b381ae7391a5ab1a05 208 PANTHER PTHR33545 4 204 5.3E-42 T 16-09-2021 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 CDD cd01297 D-aminoacylase 3 523 2.77656E-160 T 16-09-2021 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 Pfam PF07969 Amidohydrolase family 43 248 8.5E-12 T 16-09-2021 IPR013108 Amidohydrolase 3 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 Pfam PF07969 Amidohydrolase family 420 511 2.5E-12 T 16-09-2021 IPR013108 Amidohydrolase 3 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 PANTHER PTHR43283:SF9 4 526 3.2E-106 T 16-09-2021 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 Gene3D G3DSA:3.20.20.140 340 461 3.8E-18 T 16-09-2021 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 Gene3D G3DSA:3.20.20.140 54 339 1.2E-80 T 16-09-2021 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 SUPERFAMILY SSF51556 55 466 5.9E-74 T 16-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 SUPERFAMILY SSF51338 2 512 2.08E-19 T 16-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00107 069ab876c6bb7c4ed3502a6f90c00e01 532 PANTHER PTHR43283 4 526 3.2E-106 T 16-09-2021 +MGYG000000001_02407 529ceaa6cc5635405bd8268d7315048f 75 Pfam PF11148 Protein of unknown function (DUF2922) 7 70 2.0E-22 T 16-09-2021 IPR021321 Protein of unknown function DUF2922 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Coils Coil 224 251 - T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 MobiDBLite mobidb-lite consensus disorder prediction 596 611 - T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 ProSitePatterns PS00329 Heat shock hsp70 proteins family signature 2. 168 181 - T 16-09-2021 IPR018181 Heat shock protein 70, conserved site Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 CDD cd10234 HSPA9-Ssq1-like_NBD 1 354 0.0 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Coils Coil 481 514 - T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 306 322 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 174 184 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 441 457 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 360 379 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 3 16 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 114 134 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 54 62 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 31 43 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PRINTS PR00301 70kDa heat shock protein signature 337 357 1.3E-78 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 MobiDBLite mobidb-lite consensus disorder prediction 577 592 - T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 SUPERFAMILY SSF53067 1 159 1.67E-57 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PANTHER PTHR19375:SF409 3 578 4.7E-236 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Gene3D G3DSA:3.90.640.10 200 281 5.9E-147 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Hamap MF_00332 Chaperone protein DnaK [dnaK]. 1 607 37.044 T 16-09-2021 IPR012725 Chaperone DnaK GO:0005524|GO:0006457|GO:0051082 Reactome: R-HSA-1268020|Reactome: R-HSA-3371453|Reactome: R-HSA-8949613|Reactome: R-HSA-8950505 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Gene3D G3DSA:3.30.420.40 5 349 5.9E-147 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Gene3D G3DSA:3.30.420.40 161 339 5.9E-147 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 SUPERFAMILY SSF100934 479 579 4.71E-10 T 16-09-2021 IPR029048 Heat shock protein 70kD, C-terminal domain superfamily Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Pfam PF00012 Hsp70 protein 78 578 2.0E-218 T 16-09-2021 IPR013126 Heat shock protein 70 family Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 ProSitePatterns PS01036 Heat shock hsp70 proteins family signature 3. 309 323 - T 16-09-2021 IPR018181 Heat shock protein 70, conserved site Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 SUPERFAMILY SSF100920 356 512 6.41E-61 T 16-09-2021 IPR029047 Heat shock protein 70kD, peptide-binding domain superfamily Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 ProSitePatterns PS00297 Heat shock hsp70 proteins family signature 1. 7 14 - T 16-09-2021 IPR018181 Heat shock protein 70, conserved site Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 PANTHER PTHR19375 3 578 4.7E-236 T 16-09-2021 IPR013126 Heat shock protein 70 family Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 SUPERFAMILY SSF53067 163 354 8.87E-68 T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 MobiDBLite mobidb-lite consensus disorder prediction 577 611 - T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Gene3D G3DSA:1.20.1270.10 496 581 2.5E-20 T 16-09-2021 IPR029048 Heat shock protein 70kD, C-terminal domain superfamily Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Gene3D G3DSA:2.60.34.10 355 495 1.8E-63 T 16-09-2021 IPR029047 Heat shock protein 70kD, peptide-binding domain superfamily Reactome: R-HSA-3371453 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 Coils Coil 544 575 - T 16-09-2021 +MGYG000000001_00236 9c6b218b93742a02e751703eda7cfab5 611 TIGRFAM TIGR02350 prok_dnaK: chaperone protein DnaK 3 578 1.1E-284 T 16-09-2021 IPR012725 Chaperone DnaK GO:0005524|GO:0006457|GO:0051082 Reactome: R-HSA-1268020|Reactome: R-HSA-3371453|Reactome: R-HSA-8949613|Reactome: R-HSA-8950505 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 SUPERFAMILY SSF143744 191 321 9.94E-39 T 16-09-2021 IPR038084 GlcG-like domain superfamily +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 Pfam PF03928 Haem-degrading 193 319 5.0E-33 T 16-09-2021 IPR005624 Haem-degrading +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 Gene3D G3DSA:3.30.450.150 184 322 1.6E-48 T 16-09-2021 IPR038084 GlcG-like domain superfamily +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 Coils Coil 167 187 - T 16-09-2021 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 Coils Coil 123 160 - T 16-09-2021 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 Gene3D G3DSA:1.20.1200.10 13 183 7.3E-52 T 16-09-2021 IPR036451 Cobalamin adenosyltransferase-like superfamily KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 TIGRFAM TIGR00636 PduO_Nterm: ATP:cob(I)alamin adenosyltransferase 5 176 2.5E-55 T 16-09-2021 IPR029499 ATP:cob(I)alamin adenosyltransferase, PduO-type KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 PANTHER PTHR12213 3 180 2.3E-56 T 16-09-2021 IPR029499 ATP:cob(I)alamin adenosyltransferase, PduO-type KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 SUPERFAMILY SSF89028 4 176 1.08E-50 T 16-09-2021 IPR036451 Cobalamin adenosyltransferase-like superfamily KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 Pfam PF01923 Cobalamin adenosyltransferase 5 167 3.5E-52 T 16-09-2021 IPR016030 Cobalamin adenosyltransferase-like KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_01151 cb28d70ecfa52d215cf801f13fc732dd 322 PANTHER PTHR12213:SF0 3 180 2.3E-56 T 16-09-2021 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 Hamap MF_01251 UPF0313 protein YgiQ [ygiQ]. 5 565 52.884 T 16-09-2021 IPR022946 Uncharacterised protein family UPF0313 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 Pfam PF11842 Domain of unknown function (DUF3362) 518 660 5.4E-36 T 16-09-2021 IPR024560 Uncharacterised protein family UPF0313, C-terminal +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 Pfam PF04055 Radical SAM superfamily 303 508 2.7E-15 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 SFLD SFLDG01082 B12-binding domain containing 109 534 1.6E-26 T 16-09-2021 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 SUPERFAMILY SSF102114 301 547 1.47E-15 T 16-09-2021 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 MobiDBLite mobidb-lite consensus disorder prediction 600 669 - T 16-09-2021 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 SFLD SFLDS00029 Radical SAM 2 627 0.0 T 16-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 Pfam PF08497 Radical SAM N-terminal 5 302 7.1E-135 T 16-09-2021 IPR013704 Uncharacterised protein family UPF0313, N-terminal +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 MobiDBLite mobidb-lite consensus disorder prediction 604 627 - T 16-09-2021 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 TIGRFAM TIGR03904 SAM_YgiQ: uncharacterized radical SAM protein YgiQ 5 564 3.2E-270 T 16-09-2021 IPR022946 Uncharacterised protein family UPF0313 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 MobiDBLite mobidb-lite consensus disorder prediction 628 653 - T 16-09-2021 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 PANTHER PTHR32331 3 603 4.5E-271 T 16-09-2021 IPR022946 Uncharacterised protein family UPF0313 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 Gene3D G3DSA:3.80.30.20 299 561 8.0E-14 T 16-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 SFLD SFLDG01069 UPF0313 2 627 0.0 T 16-09-2021 IPR022946 Uncharacterised protein family UPF0313 +MGYG000000001_02343 e42ed5aecda940241b9b75422152c1ff 669 SMART SM00729 299 550 8.2E-4 T 16-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 CDD cd13138 MATE_yoeA_like 12 442 1.71125E-153 T 16-09-2021 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 TIGRFAM TIGR00797 matE: MATE efflux family protein 22 414 1.4E-69 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 PIRSF PIRSF006603 1 451 3.3E-103 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 PANTHER PTHR43549 5 447 4.5E-79 T 16-09-2021 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 Pfam PF01554 MatE 22 181 4.2E-30 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 Pfam PF01554 MatE 244 405 7.2E-23 T 16-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01857 08c4046054829f14a709714f16e9c470 459 PANTHER PTHR43549:SF2 5 447 4.5E-79 T 16-09-2021 +MGYG000000001_01279 517eda1590ef5c3217bb71b1dc0aedce 230 PANTHER PTHR43121 5 217 3.3E-36 T 16-09-2021 +MGYG000000001_01279 517eda1590ef5c3217bb71b1dc0aedce 230 Gene3D G3DSA:3.90.550.10 1 229 1.5E-49 T 16-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01279 517eda1590ef5c3217bb71b1dc0aedce 230 SUPERFAMILY SSF53448 1 227 2.1E-40 T 16-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01279 517eda1590ef5c3217bb71b1dc0aedce 230 CDD cd04179 DPM_DPG-synthase_like 8 180 4.69185E-36 T 16-09-2021 +MGYG000000001_01279 517eda1590ef5c3217bb71b1dc0aedce 230 PANTHER PTHR43121:SF2 5 217 3.3E-36 T 16-09-2021 +MGYG000000001_01279 517eda1590ef5c3217bb71b1dc0aedce 230 Pfam PF00535 Glycosyl transferase family 2 6 126 1.1E-28 T 16-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_00816 1fb2891bf9fed519f1298b4c9a0c9936 422 Pfam PF13416 Bacterial extracellular solute-binding protein 58 362 3.6E-52 T 16-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_00816 1fb2891bf9fed519f1298b4c9a0c9936 422 SUPERFAMILY SSF53850 45 413 1.84E-85 T 16-09-2021 +MGYG000000001_00816 1fb2891bf9fed519f1298b4c9a0c9936 422 PANTHER PTHR30061 1 419 1.1E-121 T 16-09-2021 +MGYG000000001_00816 1fb2891bf9fed519f1298b4c9a0c9936 422 Gene3D G3DSA:3.40.190.10 58 376 8.0E-105 T 16-09-2021 +MGYG000000001_00816 1fb2891bf9fed519f1298b4c9a0c9936 422 Gene3D G3DSA:3.40.190.10 150 409 8.0E-105 T 16-09-2021 +MGYG000000001_00816 1fb2891bf9fed519f1298b4c9a0c9936 422 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 16-09-2021 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 Coils Coil 111 131 - T 16-09-2021 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 Gene3D G3DSA:3.40.50.10490 105 291 3.9E-37 T 16-09-2021 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 PANTHER PTHR30514:SF18 13 293 4.2E-86 T 16-09-2021 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 SUPERFAMILY SSF46689 15 90 3.05E-20 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 ProSiteProfiles PS51071 RpiR-type HTH domain profile. 13 89 17.551 T 16-09-2021 IPR000281 Helix-turn-helix protein RpiR GO:0003700|GO:0006355 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 SUPERFAMILY SSF53697 108 268 3.78E-29 T 16-09-2021 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 ProSiteProfiles PS51464 SIS domain profile. 136 274 14.1 T 16-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 Pfam PF01418 Helix-turn-helix domain, rpiR family 15 87 1.5E-14 T 16-09-2021 IPR000281 Helix-turn-helix protein RpiR GO:0003700|GO:0006355 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 CDD cd05013 SIS_RpiR 131 266 2.91333E-29 T 16-09-2021 IPR035472 RpiR-like, SIS domain +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 Pfam PF01380 SIS domain 140 265 9.7E-23 T 16-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 Gene3D G3DSA:1.10.10.10 9 88 8.0E-24 T 16-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02815 edb8aaf0620cdaca73bda9c93d261be2 293 PANTHER PTHR30514 13 293 4.2E-86 T 16-09-2021 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 Gene3D G3DSA:1.10.10.60 345 398 1.8E-18 T 16-09-2021 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 PANTHER PTHR43280:SF2 58 397 1.3E-33 T 16-09-2021 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 SUPERFAMILY SSF46689 295 345 1.34E-5 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 PANTHER PTHR43280 58 397 1.3E-33 T 16-09-2021 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 Gene3D G3DSA:1.10.10.60 293 344 1.9E-15 T 16-09-2021 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 Pfam PF12833 Helix-turn-helix domain 318 395 5.7E-20 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 348 390 - T 16-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 298 396 32.276 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 SUPERFAMILY SSF46689 348 397 1.39E-12 T 16-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 363 378 1.2E-6 T 16-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 378 394 1.2E-6 T 16-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02349 3c01270b3a1e68a8b7b6a11229b34b67 399 SMART SM00342 311 394 8.6E-30 T 16-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02703 4167ecccf4c2ebecabf0b6ca62ee4674 424 Pfam PF01471 Putative peptidoglycan binding domain 350 404 1.9E-13 T 16-09-2021 IPR002477 Peptidoglycan binding-like +MGYG000000001_02703 4167ecccf4c2ebecabf0b6ca62ee4674 424 Gene3D G3DSA:1.10.101.10 334 415 4.3E-17 T 16-09-2021 IPR036366 PGBD superfamily Reactome: R-HSA-1442490|Reactome: R-HSA-1474228 +MGYG000000001_02703 4167ecccf4c2ebecabf0b6ca62ee4674 424 SUPERFAMILY SSF47090 334 408 3.45E-16 T 16-09-2021 IPR036365 PGBD-like superfamily +MGYG000000001_02864 3c0c510ae43cd5caef9f490cd3532017 59 MobiDBLite mobidb-lite consensus disorder prediction 23 59 - T 16-09-2021 +MGYG000000001_02864 3c0c510ae43cd5caef9f490cd3532017 59 MobiDBLite mobidb-lite consensus disorder prediction 45 59 - T 16-09-2021 +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 Pfam PF12911 N-terminal TM domain of oligopeptide transport permease C 34 80 4.0E-9 T 16-09-2021 IPR025966 Oligopeptide transport permease C-like, N-terminal domain +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 PANTHER PTHR43386:SF1 25 305 1.3E-92 T 16-09-2021 +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 103 294 17.638 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 SUPERFAMILY SSF161098 98 291 6.93E-23 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 CDD cd06261 TM_PBP2 104 288 2.71587E-19 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 PANTHER PTHR43386 25 305 1.3E-92 T 16-09-2021 +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 121 302 1.8E-28 T 16-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01959 61bdd29ffd556a4344dd371aa8b5ec31 307 Gene3D G3DSA:1.10.3720.10 92 302 3.4E-21 T 16-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Pfam PF01541 GIY-YIG catalytic domain 15 91 1.3E-11 T 16-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 SUPERFAMILY SSF46600 191 244 7.85E-13 T 16-09-2021 IPR036876 UVR domain superfamily +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 SMART SM00465 14 96 1.8E-25 T 16-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Pfam PF02151 UvrB/uvrC motif 207 239 1.1E-7 T 16-09-2021 IPR001943 UVR domain GO:0005515 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 ProSiteProfiles PS50164 GIY-YIG domain profile. 13 92 26.628 T 16-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 PANTHER PTHR30562 3 599 1.5E-207 T 16-09-2021 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 TIGRFAM TIGR00194 uvrC: excinuclease ABC subunit C 5 581 9.3E-187 T 16-09-2021 IPR004791 UvrABC system, subunit C GO:0006289|GO:0009380|GO:0009381 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Gene3D G3DSA:3.40.1440.10 2 100 4.5E-37 T 16-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 ProSiteProfiles PS50165 UvrC family, homology region profile. 257 480 51.716 T 16-09-2021 IPR001162 UvrC family homology region +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Gene3D G3DSA:3.30.420.340 381 541 4.6E-55 T 16-09-2021 IPR038476 UvrC homology region 2 superfamily +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 SMART SM00278 548 567 3.7 T 16-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 SMART SM00278 580 599 43.0 T 16-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Coils Coil 227 247 - T 16-09-2021 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 SUPERFAMILY SSF82771 15 98 2.88E-26 T 16-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Pfam PF08459 UvrC Helix-hairpin-helix N-terminal 389 534 6.9E-49 T 16-09-2021 IPR001162 UvrC family homology region +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Gene3D G3DSA:1.10.150.20 542 600 3.3E-23 T 16-09-2021 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 SUPERFAMILY SSF47781 520 601 3.81E-20 T 16-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 CDD cd10434 GIY-YIG_UvrC_Cho 11 92 5.79116E-39 T 16-09-2021 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Pfam PF12826 Helix-hairpin-helix motif 553 602 4.5E-11 T 16-09-2021 IPR041663 DisA/LigA, helix-hairpin-helix motif Reactome: R-HSA-6783310 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 ProSiteProfiles PS50151 UVR domain profile. 205 240 10.751 T 16-09-2021 IPR001943 UVR domain GO:0005515 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 Hamap MF_00203 UvrABC system protein C [uvrC]. 1 599 28.932 T 16-09-2021 IPR004791 UvrABC system, subunit C GO:0006289|GO:0009380|GO:0009381 +MGYG000000001_02607 e6d4ad5125f60a8d0c75a5927a421486 603 PANTHER PTHR30562:SF1 3 599 1.5E-207 T 16-09-2021 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Gene3D G3DSA:1.10.287.40 1 105 5.8E-22 T 16-09-2021 IPR042103 Serine-tRNA synthetase, type1, N-terminal domain superfamily KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Hamap MF_00176 Serine--tRNA ligase [serS]. 1 422 42.052 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Coils Coil 31 58 - T 16-09-2021 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PANTHER PTHR43697 1 423 5.6E-180 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PIRSF PIRSF001529 1 423 4.2E-179 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Pfam PF02403 Seryl-tRNA synthetase N-terminal domain 1 108 4.1E-26 T 16-09-2021 IPR015866 Serine-tRNA synthetase, type1, N-terminal KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281|Reactome: R-HSA-2408557|Reactome: R-HSA-379716 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Pfam PF00587 tRNA synthetase class II core domain (G, H, P, S and T) 223 400 5.5E-39 T 16-09-2021 IPR002314 Aminoacyl-tRNA synthetase, class II (G/ P/ S/T) GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 TIGRFAM TIGR00414 serS: serine--tRNA ligase 1 417 4.2E-168 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 172 410 25.505 T 16-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Gene3D G3DSA:3.30.930.10 106 423 1.4E-123 T 16-09-2021 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 CDD cd00770 SerRS_core 120 417 0.0 T 16-09-2021 IPR033729 Serine-tRNA ligase catalytic core domain KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PRINTS PR00981 Seryl-tRNA synthetase signature 316 329 3.3E-31 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PRINTS PR00981 Seryl-tRNA synthetase signature 276 289 3.3E-31 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PRINTS PR00981 Seryl-tRNA synthetase signature 264 276 3.3E-31 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PRINTS PR00981 Seryl-tRNA synthetase signature 333 349 3.3E-31 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 PRINTS PR00981 Seryl-tRNA synthetase signature 351 367 3.3E-31 T 16-09-2021 IPR002317 Serine-tRNA ligase, type1 GO:0000166|GO:0004828|GO:0005524|GO:0006434 KEGG: 00970+6.1.1.11|MetaCyc: PWY-6281 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 Coils Coil 69 96 - T 16-09-2021 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 SUPERFAMILY SSF55681 117 422 7.93E-105 T 16-09-2021 +MGYG000000001_03058 ec177f98a637e69301451f3f3474ba21 423 SUPERFAMILY SSF46589 1 113 8.37E-24 T 16-09-2021 IPR010978 Class I and II aminoacyl-tRNA synthetase, tRNA-binding arm GO:0000166 +MGYG000000001_02800 f1a59da9e71b7e8d544573665cc88fe7 213 Coils Coil 26 46 - T 16-09-2021 +MGYG000000001_02800 f1a59da9e71b7e8d544573665cc88fe7 213 PANTHER PTHR36179 2 213 3.1E-85 T 16-09-2021 +MGYG000000001_02800 f1a59da9e71b7e8d544573665cc88fe7 213 Pfam PF02589 LUD domain 13 207 3.8E-61 T 16-09-2021 IPR003741 LUD domain +MGYG000000001_02800 f1a59da9e71b7e8d544573665cc88fe7 213 PIRSF PIRSF020269 1 213 3.8E-91 T 16-09-2021 IPR009501 Uncharacterised conserved protein UCP020269 +MGYG000000001_02800 f1a59da9e71b7e8d544573665cc88fe7 213 PANTHER PTHR36179:SF2 2 213 3.1E-85 T 16-09-2021 +MGYG000000001_02800 f1a59da9e71b7e8d544573665cc88fe7 213 SUPERFAMILY SSF100950 11 155 1.4E-7 T 16-09-2021 IPR037171 NagB/RpiA transferase-like +MGYG000000001_02928 61bdb4eab8aa4fdbbd718b6d727ad588 130 Gene3D G3DSA:3.10.450.590 20 128 4.5E-26 T 16-09-2021 +MGYG000000001_02928 61bdb4eab8aa4fdbbd718b6d727ad588 130 Pfam PF13026 Protein of unknown function (DUF3887) 39 127 1.7E-18 T 16-09-2021 IPR024981 Domain of unknown function DUF3887 KEGG: 00983+3.1.1.1|MetaCyc: PWY-6303|MetaCyc: PWY-6857 +MGYG000000001_02928 61bdb4eab8aa4fdbbd718b6d727ad588 130 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 7.0 T 16-09-2021 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 PANTHER PTHR43214:SF29 4 199 9.2E-31 T 16-09-2021 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 ProSitePatterns PS00622 LuxR-type HTH domain signature. 153 180 - T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 PRINTS PR00038 LuxR bacterial regulatory protein HTH signature 139 153 9.3E-13 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 PRINTS PR00038 LuxR bacterial regulatory protein HTH signature 169 181 9.3E-13 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 PRINTS PR00038 LuxR bacterial regulatory protein HTH signature 153 169 9.3E-13 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 ProSiteProfiles PS50043 LuxR-type HTH domain profile. 132 197 26.346 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 SUPERFAMILY SSF46894 133 199 9.52E-20 T 16-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 CDD cd06170 LuxR_C_like 139 195 9.92338E-17 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 SMART SM00421 136 193 6.9E-19 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 Pfam PF00196 Bacterial regulatory proteins, luxR family 138 192 1.5E-17 T 16-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 PANTHER PTHR43214 4 199 9.2E-31 T 16-09-2021 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 Gene3D G3DSA:3.40.50.12740 4 199 1.1E-36 T 16-09-2021 +MGYG000000001_02541 34f656635b2358e03e8a3ff1cb5fbb3b 199 SUPERFAMILY SSF52172 5 141 1.45E-10 T 16-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 53 72 2.5E-11 T 16-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 309 328 2.5E-11 T 16-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 24 45 2.5E-11 T 16-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 CDD cd10336 SLC6sbd_Tyt1-Like 17 441 1.90712E-136 T 16-09-2021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 Coils Coil 2 22 - T 16-09-2021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 ProSiteProfiles PS50267 Sodium:neurotransmitter symporter family profile. 15 448 47.074 T 16-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 SUPERFAMILY SSF161070 16 443 5.89E-113 T 16-09-2021 IPR037272 Sodium:neurotransmitter symporter superfamily GO:0005328 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 PANTHER PTHR42948:SF1 14 443 4.4E-115 T 16-09-2021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 PANTHER PTHR42948 14 443 4.4E-115 T 16-09-2021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 Pfam PF00209 Sodium:neurotransmitter symporter family 16 137 3.5E-18 T 16-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_03126 661be33a127fa84b81c9d350b3b43b0a 448 Pfam PF00209 Sodium:neurotransmitter symporter family 161 443 2.6E-28 T 16-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_02059 17b9926df798490b5efb50107e84df15 361 Gene3D G3DSA:3.40.50.10690 122 361 4.2E-89 T 16-09-2021 +MGYG000000001_02059 17b9926df798490b5efb50107e84df15 361 Gene3D G3DSA:2.40.420.10 16 95 2.1E-13 T 16-09-2021 +MGYG000000001_01895 bd668096122696a8979e04a07dd57148 133 Pfam PF03413 Peptidase propeptide and YPEB domain 57 116 5.9E-5 T 16-09-2021 IPR025711 PepSY domain +MGYG000000001_01895 bd668096122696a8979e04a07dd57148 133 Gene3D G3DSA:3.10.450.40 51 120 2.6E-5 T 16-09-2021 +MGYG000000001_03091 8a58d6986306287d276e1892b7df92be 287 Pfam PF11738 Protein of unknown function (DUF3298) 202 279 3.6E-18 T 16-09-2021 IPR021729 Domain of unknown function DUF3298 +MGYG000000001_03091 8a58d6986306287d276e1892b7df92be 287 Pfam PF13739 Deacetylase PdaC 92 171 2.8E-8 T 16-09-2021 IPR025303 Deacetylase PdaC +MGYG000000001_03091 8a58d6986306287d276e1892b7df92be 287 Gene3D G3DSA:3.30.565.40 79 193 4.9E-30 T 16-09-2021 +MGYG000000001_03091 8a58d6986306287d276e1892b7df92be 287 Coils Coil 121 141 - T 16-09-2021 +MGYG000000001_03091 8a58d6986306287d276e1892b7df92be 287 Gene3D G3DSA:3.90.640.20 194 287 2.8E-33 T 16-09-2021 IPR037126 PdaC/RsiV-like superfamily +MGYG000000001_01991 508934fa5a846000065e0857feb3bd1a 235 Pfam PF12640 UPF0489 domain 76 200 1.6E-13 T 16-09-2021 IPR024131 Uncharacterised protein family UPF0489 +MGYG000000001_02413 cb7be3ab1850d56a5db0c69718db1582 440 Gene3D G3DSA:3.40.50.11440 34 269 6.2E-161 T 16-09-2021 +MGYG000000001_02413 cb7be3ab1850d56a5db0c69718db1582 440 PANTHER PTHR33171 4 423 3.3E-123 T 16-09-2021 +MGYG000000001_02413 cb7be3ab1850d56a5db0c69718db1582 440 Gene3D G3DSA:3.90.226.30 6 418 6.2E-161 T 16-09-2021 +MGYG000000001_02413 cb7be3ab1850d56a5db0c69718db1582 440 Pfam PF09861 Lactate racemase N-terminal domain 8 213 5.5E-76 T 16-09-2021 IPR018657 LarA-like, N-terminal GO:0050043 KEGG: 00620+5.1.2.1 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 Gene3D G3DSA:3.30.420.180 249 380 7.8E-30 T 16-09-2021 IPR036518 CobE/GbiG C-terminal domain superfamily GO:0009236 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 Pfam PF11760 Cobalamin synthesis G N-terminal 71 150 1.1E-32 T 16-09-2021 IPR021744 Cobalamin synthesis G, N-terminal KEGG: 00860+3.7.1.12|MetaCyc: PWY-7377 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 PANTHER PTHR37477 5 378 3.8E-95 T 16-09-2021 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 Pfam PF01890 Cobalamin synthesis G C-terminus 259 375 2.6E-27 T 16-09-2021 IPR002750 CobE/GbiG C-terminal domain GO:0009236 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 SUPERFAMILY SSF159664 252 379 8.89E-33 T 16-09-2021 IPR036518 CobE/GbiG C-terminal domain superfamily GO:0009236 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 SUPERFAMILY SSF159672 5 266 3.27E-54 T 16-09-2021 IPR038029 GbiG N-terminal domain superfamily KEGG: 00860+3.7.1.12|MetaCyc: PWY-7377 +MGYG000000001_02187 7e1b5135ddf34f54330d184f8fd9f54c 380 Gene3D G3DSA:3.40.50.11220 1 145 4.5E-33 T 16-09-2021 +MGYG000000001_02123 953b8fecca83915f35a738560ae5b8e8 384 CDD cd00093 HTH_XRE 10 67 3.55752E-6 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02123 953b8fecca83915f35a738560ae5b8e8 384 SMART SM00530 12 67 5.6E-4 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02123 953b8fecca83915f35a738560ae5b8e8 384 Pfam PF12844 Helix-turn-helix domain 10 72 2.0E-7 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02123 953b8fecca83915f35a738560ae5b8e8 384 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 13 67 11.144 T 16-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02123 953b8fecca83915f35a738560ae5b8e8 384 Gene3D G3DSA:1.10.260.40 3 72 2.7E-8 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02123 953b8fecca83915f35a738560ae5b8e8 384 SUPERFAMILY SSF47413 7 72 7.7E-10 T 16-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 Gene3D G3DSA:3.30.70.1350 225 307 9.4E-16 T 16-09-2021 IPR036837 Cation efflux protein, cytoplasmic domain superfamily Reactome: R-HSA-435368 +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 PANTHER PTHR43840:SF10 20 341 3.8E-123 T 16-09-2021 +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 Pfam PF16916 Dimerisation domain of Zinc Transporter 229 304 1.4E-11 T 16-09-2021 IPR027470 Cation efflux protein, cytoplasmic domain +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 SUPERFAMILY SSF161111 24 225 7.06E-53 T 16-09-2021 IPR027469 Cation efflux transmembrane domain superfamily +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 Gene3D G3DSA:1.20.1510.10 28 224 2.3E-57 T 16-09-2021 IPR027469 Cation efflux transmembrane domain superfamily +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 SUPERFAMILY SSF160240 227 306 1.24E-15 T 16-09-2021 IPR036837 Cation efflux protein, cytoplasmic domain superfamily Reactome: R-HSA-435368 +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 TIGRFAM TIGR01297 CDF: cation diffusion facilitator family transporter 32 303 1.2E-63 T 16-09-2021 IPR002524 Cation efflux protein GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 Pfam PF01545 Cation efflux family 32 224 1.6E-47 T 16-09-2021 IPR002524 Cation efflux protein GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_01927 df5aab4aa0aaae7dda9e34e7aaeb2db2 391 PANTHER PTHR43840 20 341 3.8E-123 T 16-09-2021 +MGYG000000001_02671 cabc434d6007c8c95218c7c2a626eb70 248 Pfam PF10552 ORF6C domain 126 238 1.5E-35 T 16-09-2021 IPR018878 ORF6C domain +MGYG000000001_02671 cabc434d6007c8c95218c7c2a626eb70 248 Coils Coil 126 153 - T 16-09-2021 +MGYG000000001_02671 cabc434d6007c8c95218c7c2a626eb70 248 Pfam PF09669 Phage regulatory protein Rha (Phage_pRha) 35 93 4.0E-9 T 16-09-2021 IPR014054 Bacteriophage regulatory protein, Rha family +MGYG000000001_02896 bccd42071f2b83bbfdc1a8ee7e310075 39 TIGRFAM TIGR04223 quorum_AgrD: cyclic lactone autoinducer peptide 5 37 7.5E-7 T 16-09-2021 IPR009229 Staphylococcal AgrD +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 CDD cd01744 GATase1_CPSase 366 540 1.97576E-111 T 16-09-2021 IPR035686 Carbamoyl-phosphate synthase small subunit, GATase1 domain KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 CDD cd04725 OMP_decarboxylase_like 1 160 3.77017E-46 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Gene3D G3DSA:3.20.20.70 1 175 2.9E-50 T 16-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 TIGRFAM TIGR01740 pyrF: orotidine 5'-phosphate decarboxylase 2 159 3.1E-30 T 16-09-2021 IPR014732 Orotidine 5'-phosphate decarboxylase GO:0004590|GO:0044205 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Gene3D G3DSA:3.50.30.20 196 343 2.2E-58 T 16-09-2021 IPR036480 Carbamoyl-phosphate synthase small subunit, N-terminal domain superfamily KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Hamap MF_01209 Carbamoyl-phosphate synthase small chain [carA]. 196 543 47.842 T 16-09-2021 IPR006274 Carbamoyl-phosphate synthase, small subunit GO:0004088|GO:0006207|GO:0006541 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Pfam PF00117 Glutamine amidotransferase class-I 368 541 1.6E-48 T 16-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 435 451 6.0E-35 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 477 488 6.0E-35 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 405 419 6.0E-35 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 366 380 6.0E-35 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 452 469 6.0E-35 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Pfam PF00988 Carbamoyl-phosphate synthase small chain, CPSase domain 199 325 6.5E-55 T 16-09-2021 IPR002474 Carbamoyl-phosphate synthase small subunit, N-terminal domain KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 SMART SM01097 196 326 2.0E-92 T 16-09-2021 IPR002474 Carbamoyl-phosphate synthase small subunit, N-terminal domain KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00096 Glutamine amidotransferase superfamily signature 435 446 9.0E-12 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00096 Glutamine amidotransferase superfamily signature 518 531 9.0E-12 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00096 Glutamine amidotransferase superfamily signature 408 417 9.0E-12 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00097 Anthranilate synthase component II signature 408 417 1.2E-6 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00097 Anthranilate synthase component II signature 435 446 1.2E-6 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PRINTS PR00097 Anthranilate synthase component II signature 518 531 1.2E-6 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 SUPERFAMILY SSF52021 196 341 1.02E-57 T 16-09-2021 IPR036480 Carbamoyl-phosphate synthase small subunit, N-terminal domain superfamily KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 SUPERFAMILY SSF51366 2 163 2.74E-41 T 16-09-2021 IPR011060 Ribulose-phosphate binding barrel GO:0003824 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 ProSiteProfiles PS51273 Glutamine amidotransferase type 1 domain profile. 365 543 32.94 T 16-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 TIGRFAM TIGR01368 CPSaseIIsmall: carbamoyl-phosphate synthase, small subunit 199 543 2.1E-146 T 16-09-2021 IPR006274 Carbamoyl-phosphate synthase, small subunit GO:0004088|GO:0006207|GO:0006541 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PANTHER PTHR11405:SF4 195 542 3.1E-143 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Gene3D G3DSA:3.40.50.880 353 543 4.3E-38 T 16-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 Pfam PF00215 Orotidine 5'-phosphate decarboxylase / HUMPS family 7 157 1.4E-19 T 16-09-2021 IPR001754 Orotidine 5'-phosphate decarboxylase domain GO:0004590|GO:0006207 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 SMART SM00934 1 160 1.6E-23 T 16-09-2021 IPR001754 Orotidine 5'-phosphate decarboxylase domain GO:0004590|GO:0006207 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 PANTHER PTHR11405 195 542 3.1E-143 T 16-09-2021 +MGYG000000001_01979 bc489fac544af5fa70f0b5f07deb33d8 543 SUPERFAMILY SSF52317 345 542 1.76E-59 T 16-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 Gene3D G3DSA:3.30.70.640 1 155 1.2E-65 T 16-09-2021 IPR036522 Molybdopterin cofactor biosynthesis C (MoaC) domain superfamily GO:0006777 KEGG: 00790+4.6.1.17|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 CDD cd01420 MoaC_PE 13 152 1.53105E-81 T 16-09-2021 IPR023045 Molybdenum cofactor biosynthesis C GO:0006777 KEGG: 00790+4.6.1.17|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 Hamap MF_01224_B Cyclic pyranopterin monophosphate synthase [moaC]. 1 155 32.066 T 16-09-2021 IPR023045 Molybdenum cofactor biosynthesis C GO:0006777 KEGG: 00790+4.6.1.17|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 SUPERFAMILY SSF55040 9 153 2.88E-60 T 16-09-2021 IPR036522 Molybdopterin cofactor biosynthesis C (MoaC) domain superfamily GO:0006777 KEGG: 00790+4.6.1.17|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 Pfam PF01967 MoaC family 13 148 2.5E-55 T 16-09-2021 IPR002820 Molybdopterin cofactor biosynthesis C (MoaC) domain GO:0006777 KEGG: 00790+4.6.1.17|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 TIGRFAM TIGR00581 moaC: molybdenum cofactor biosynthesis protein C 2 150 6.4E-60 T 16-09-2021 IPR023045 Molybdenum cofactor biosynthesis C GO:0006777 KEGG: 00790+4.6.1.17|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 PANTHER PTHR22960 2 152 1.3E-65 T 16-09-2021 +MGYG000000001_01523 c88d9541806c08ccf09e2fae53df7776 155 PANTHER PTHR22960:SF24 2 152 1.3E-65 T 16-09-2021 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 Coils Coil 113 127 - T 16-09-2021 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 Pfam PF03610 PTS system fructose IIA component 3 116 1.9E-27 T 16-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 Gene3D G3DSA:3.40.50.510 1 125 5.3E-46 T 16-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 ProSiteProfiles PS51096 PTS_EIIA type-4 domain profile. 1 127 18.554 T 16-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 SUPERFAMILY SSF53062 1 124 1.7E-35 T 16-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 TIGRFAM TIGR02364 dha_pts: dihydroxyacetone kinase, phosphotransfer subunit 2 122 1.7E-43 T 16-09-2021 IPR012844 Dihydroxyacetone kinase phosphotransferase subunit, N-terminal domain KEGG: 00561+2.7.1.121 +MGYG000000001_00877 6c91024723c5bfc6dfd688985dffd832 127 PANTHER PTHR38594 1 124 1.3E-40 T 16-09-2021 IPR039643 Dihydroxyacetone kinase phosphotransferase subunit DhaM GO:0019563|GO:0047324 KEGG: 00561+2.7.1.121 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 Gene3D G3DSA:3.90.190.20 298 435 3.8E-37 T 16-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 Pfam PF02875 Mur ligase family, glutamate ligase domain 296 369 2.1E-8 T 16-09-2021 IPR004101 Mur ligase, C-terminal GO:0005524|GO:0009058|GO:0016874 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 PANTHER PTHR11136 2 432 2.9E-115 T 16-09-2021 IPR001645 Folylpolyglutamate synthetase GO:0004326|GO:0005524|GO:0009396 KEGG: 00790+6.3.2.17|MetaCyc: PWY-2161|Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 PANTHER PTHR11136:SF0 2 432 2.9E-115 T 16-09-2021 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 SUPERFAMILY SSF53244 298 430 6.72E-31 T 16-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 PIRSF PIRSF001563 1 433 1.8E-147 T 16-09-2021 IPR001645 Folylpolyglutamate synthetase GO:0004326|GO:0005524|GO:0009396 KEGG: 00790+6.3.2.17|MetaCyc: PWY-2161|Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 Pfam PF08245 Mur ligase middle domain 44 270 5.7E-17 T 16-09-2021 IPR013221 Mur ligase, central GO:0005524|GO:0009058 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 TIGRFAM TIGR01499 folC: bifunctional protein FolC 23 427 6.4E-121 T 16-09-2021 IPR001645 Folylpolyglutamate synthetase GO:0004326|GO:0005524|GO:0009396 KEGG: 00790+6.3.2.17|MetaCyc: PWY-2161|Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 ProSitePatterns PS01012 Folylpolyglutamate synthase signature 2. 140 155 - T 16-09-2021 IPR018109 Folylpolyglutamate synthetase, conserved site GO:0004326|GO:0005524|GO:0009396 Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 Gene3D G3DSA:3.40.1190.10 1 297 3.3E-102 T 16-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 SUPERFAMILY SSF53623 1 296 1.37E-90 T 16-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_00071 eb2e80712c4ca550a471ec20952e8d42 437 ProSitePatterns PS01011 Folylpolyglutamate synthase signature 1. 42 65 - T 16-09-2021 IPR018109 Folylpolyglutamate synthetase, conserved site GO:0004326|GO:0005524|GO:0009396 Reactome: R-HSA-196757 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 PANTHER PTHR11328 25 467 3.3E-89 T 16-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 CDD cd17332 MFS_MelB_like 26 453 1.05857E-112 T 16-09-2021 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 PANTHER PTHR11328:SF39 25 467 3.3E-89 T 16-09-2021 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 TIGRFAM TIGR00792 gph: sugar (Glycoside-Pentoside-Hexuronide) transporter 27 464 2.1E-112 T 16-09-2021 IPR001927 Sodium:galactoside symporter GO:0006814|GO:0016020 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 Pfam PF13347 MFS/sugar transport protein 28 453 8.8E-101 T 16-09-2021 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 SUPERFAMILY SSF103473 28 453 2.22E-37 T 16-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 Gene3D G3DSA:1.20.1250.20 240 458 3.5E-14 T 16-09-2021 +MGYG000000001_02211 6dbaf1ffa25263eb49d81a2d0c6e52b6 469 Gene3D G3DSA:1.20.1250.20 25 227 3.3E-10 T 16-09-2021 +MGYG000000001_00586 bbf3e03cfaf9b80c5b2b6b7865e8f941 117 PANTHER PTHR43792 4 116 4.3E-20 T 16-09-2021 +MGYG000000001_00586 bbf3e03cfaf9b80c5b2b6b7865e8f941 117 Pfam PF13302 Acetyltransferase (GNAT) domain 8 116 3.1E-13 T 16-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_00586 bbf3e03cfaf9b80c5b2b6b7865e8f941 117 SUPERFAMILY SSF55729 2 116 7.01E-19 T 16-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_00586 bbf3e03cfaf9b80c5b2b6b7865e8f941 117 Gene3D G3DSA:3.40.630.30 2 117 5.5E-21 T 16-09-2021 +MGYG000000001_00243 ace8401781a78bc63d798ad7645c7bef 441 Pfam PF13520 Amino acid permease 9 425 4.5E-70 T 16-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00243 ace8401781a78bc63d798ad7645c7bef 441 Gene3D G3DSA:1.20.1740.10 4 441 4.1E-91 T 16-09-2021 +MGYG000000001_00243 ace8401781a78bc63d798ad7645c7bef 441 PANTHER PTHR11785:SF524 2 438 2.6E-94 T 16-09-2021 +MGYG000000001_00243 ace8401781a78bc63d798ad7645c7bef 441 PANTHER PTHR11785 2 438 2.6E-94 T 16-09-2021 +MGYG000000001_00243 ace8401781a78bc63d798ad7645c7bef 441 PIRSF PIRSF006060 1 441 6.2E-76 T 16-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 Gene3D G3DSA:1.20.1260.10 53 178 3.3E-25 T 16-09-2021 IPR012347 Ferritin-like +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 SUPERFAMILY SSF57802 1 45 2.86E-12 T 16-09-2021 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 ProSiteProfiles PS50905 Ferritin-like diiron domain profile. 51 181 20.098 T 16-09-2021 IPR009040 Ferritin-like diiron domain +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 ProSiteProfiles PS50903 Rubredoxin-like domain profile. 1 35 9.631 T 16-09-2021 IPR024934 Rubredoxin-like domain GO:0005506 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 Pfam PF02915 Rubrerythrin 61 174 6.0E-14 T 16-09-2021 IPR003251 Rubrerythrin GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 CDD cd00729 rubredoxin_SM 2 35 2.68364E-13 T 16-09-2021 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 PANTHER PTHR43339 37 179 1.9E-64 T 16-09-2021 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 Gene3D G3DSA:2.20.28.10 1 36 4.7E-16 T 16-09-2021 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 CDD cd01046 Rubrerythrin_like 56 179 1.9256E-49 T 16-09-2021 +MGYG000000001_01917 de1bc5d3a2e9d7f2bdedba292b047171 181 SUPERFAMILY SSF47240 54 179 1.05E-31 T 16-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 Gene3D G3DSA:3.40.718.10 1 336 1.1E-131 T 17-09-2021 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 PANTHER PTHR30100:SF1 1 331 3.7E-125 T 17-09-2021 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 PIRSF PIRSF002465 1 335 2.8E-122 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 Pfam PF02504 Fatty acid synthesis protein 1 319 3.5E-114 T 17-09-2021 IPR003664 Fatty acid synthesis PlsX protein GO:0003824|GO:0006633|GO:0016747 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 TIGRFAM TIGR00182 plsX: fatty acid/phospholipid synthesis protein PlsX 1 333 3.4E-113 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 SUPERFAMILY SSF53659 1 329 2.59E-99 T 17-09-2021 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 Coils Coil 38 58 - T 17-09-2021 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 Hamap MF_00019 Phosphate acyltransferase [plsX]. 1 335 142.027 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02421 63708c12a45c1e9c75ebdec24e818b60 336 PANTHER PTHR30100 1 331 3.7E-125 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02082 6fcc7684fe66e49ade94ebd3e9860e33 144 Coils Coil 42 80 - T 17-09-2021 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 Pfam PF02449 Beta-galactosidase 27 407 1.0E-152 T 17-09-2021 IPR013529 Glycoside hydrolase, family 42, N-terminal GO:0004565|GO:0005975|GO:0009341 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 Pfam PF08533 Beta-galactosidase C-terminal domain 633 690 5.0E-15 T 17-09-2021 IPR013739 Beta-galactosidase C-terminal GO:0004565|GO:0006012 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 PANTHER PTHR36447 19 689 4.8E-236 T 17-09-2021 IPR003476 Glycoside hydrolase, family 42 GO:0004565|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 Gene3D G3DSA:3.40.50.880 415 625 1.5E-60 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 CDD cd03143 A4_beta-galactosidase_middle_domain 419 523 5.05208E-29 T 17-09-2021 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 PIRSF PIRSF001084 14 691 2.8E-247 T 17-09-2021 IPR003476 Glycoside hydrolase, family 42 GO:0004565|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 SUPERFAMILY SSF52317 415 622 2.9E-54 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 PANTHER PTHR36447:SF1 19 689 4.8E-236 T 17-09-2021 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 SUPERFAMILY SSF51445 18 387 6.0E-114 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 Gene3D G3DSA:3.20.20.80 11 413 1.2E-143 T 17-09-2021 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 Pfam PF08532 Beta-galactosidase trimerisation domain 418 620 1.7E-67 T 17-09-2021 IPR013738 Beta-galactosidase trimerisation GO:0004565|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_00819 de49b561a0b36a7c0ab7c52b1e19e90f 692 Gene3D G3DSA:2.60.40.1180 631 692 1.8E-19 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 PANTHER PTHR43724 14 102 1.1E-27 T 17-09-2021 IPR011898 2-oxoacid:acceptor oxidoreductase, delta subunit, pyruvate/2-ketoisovalerate GO:0016625|GO:0051539 +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 SUPERFAMILY SSF54862 37 101 4.66E-21 T 17-09-2021 +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 42 71 9.684 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 Pfam PF14697 4Fe-4S dicluster domain 48 98 3.3E-9 T 17-09-2021 +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 Gene3D G3DSA:3.30.70.20 29 103 1.2E-14 T 17-09-2021 +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 72 101 11.104 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 81 92 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00124 0ae9c9268782841787338b0629b63199 103 TIGRFAM TIGR02179 PorD_KorD: 2-oxoacid:acceptor oxidoreductase, delta subunit, pyruvate/2-ketoisovalerate family 29 102 6.0E-30 T 17-09-2021 IPR011898 2-oxoacid:acceptor oxidoreductase, delta subunit, pyruvate/2-ketoisovalerate GO:0016625|GO:0051539 +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 Hamap MF_00839 Ribosome hibernation promoting factor [hpf]. 1 182 21.821 T 17-09-2021 IPR034694 Ribosome hibernation promoting factor, long/plastid +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 Gene3D G3DSA:3.30.505.50 136 181 1.5E-23 T 17-09-2021 IPR038416 Sigma 54 modulation/S30EA ribosomal protein, C-terminal domain superfamily +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 SUPERFAMILY SSF69754 2 104 1.96E-29 T 17-09-2021 IPR036567 Ribosome hibernation promotion factor-like +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 Pfam PF16321 Sigma 54 modulation/S30EA ribosomal protein C terminus 126 177 6.8E-26 T 17-09-2021 IPR032528 Sigma 54 modulation/S30EA ribosomal protein, C-terminal +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 Pfam PF02482 Sigma 54 modulation protein / S30EA ribosomal protein 3 93 1.5E-25 T 17-09-2021 IPR003489 Ribosome hibernation promoting factor/RaiA GO:0044238 +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 TIGRFAM TIGR00741 yfiA: ribosomal subunit interface protein 1 99 7.3E-25 T 17-09-2021 IPR003489 Ribosome hibernation promoting factor/RaiA GO:0044238 +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 CDD cd00552 RaiA 2 92 1.07531E-26 T 17-09-2021 IPR003489 Ribosome hibernation promoting factor/RaiA GO:0044238 +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 Gene3D G3DSA:3.30.160.100 1 96 2.8E-27 T 17-09-2021 IPR036567 Ribosome hibernation promotion factor-like +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 PANTHER PTHR33231 1 180 2.0E-48 T 17-09-2021 +MGYG000000001_01042 4af087bc0dc411d58d7355d773ac64c3 182 Coils Coil 72 99 - T 17-09-2021 +MGYG000000001_01397 823b4b240bd886d51ed9fdb832ad1bd1 105 SUPERFAMILY SSF89360 1 82 1.51E-6 T 17-09-2021 IPR035903 HesB-like domain superfamily Reactome: R-HSA-1362409 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 TIGRFAM TIGR00665 DnaB: replicative DNA helicase 8 438 6.0E-180 T 17-09-2021 IPR007692 DNA helicase, DnaB type GO:0003677|GO:0003678|GO:0005524|GO:0006260 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 Pfam PF03796 DnaB-like helicase C terminal domain 183 437 4.4E-113 T 17-09-2021 IPR007694 DNA helicase, DnaB-like, C-terminal GO:0003678|GO:0005524|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 Gene3D G3DSA:3.40.50.300 165 442 1.4E-109 T 17-09-2021 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 Gene3D G3DSA:1.10.860.10 2 164 5.2E-60 T 17-09-2021 IPR016136 DNA helicase DnaB, N-terminal/DNA primase DnaG, C-terminal +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 ProSiteProfiles PS51199 Superfamily 4 helicase domain profile. 177 442 107.778 T 17-09-2021 IPR007694 DNA helicase, DnaB-like, C-terminal GO:0003678|GO:0005524|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 SUPERFAMILY SSF52540 181 430 1.44E-50 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 PANTHER PTHR30153 4 439 1.5E-182 T 17-09-2021 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 CDD cd00984 DnaB_C 189 428 2.30241E-133 T 17-09-2021 IPR007694 DNA helicase, DnaB-like, C-terminal GO:0003678|GO:0005524|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 Pfam PF00772 DnaB-like helicase N terminal domain 8 109 8.5E-37 T 17-09-2021 IPR007693 DNA helicase, DnaB-like, N-terminal GO:0003678|GO:0005524|GO:0006260 +MGYG000000001_00922 dcc89040f26c8a14d95981e613cb077c 442 SUPERFAMILY SSF48024 6 118 1.06E-38 T 17-09-2021 IPR036185 DNA helicase, DnaB-like, N-terminal domain superfamily GO:0003678|GO:0005524|GO:0006260 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 Gene3D G3DSA:3.40.50.300 1 210 1.8E-56 T 17-09-2021 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 PANTHER PTHR24220 2 207 1.4E-76 T 17-09-2021 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 211 20.435 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 SMART SM00382 29 205 1.3E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 4 206 1.24069E-77 T 17-09-2021 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 PANTHER PTHR24220:SF667 2 207 1.4E-76 T 17-09-2021 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 ProSitePatterns PS00211 ABC transporters family signature. 129 143 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 Pfam PF00005 ABC transporter 20 156 3.7E-32 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00902 f223be12a5da8430004900e5294d4144 211 SUPERFAMILY SSF52540 3 208 6.18E-54 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 PANTHER PTHR42859 1 53 3.1E-13 T 17-09-2021 +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 SUPERFAMILY SSF54862 1 56 1.23E-17 T 17-09-2021 +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 PRINTS PR00354 7Fe ferredoxin signature 33 50 1.7E-5 T 17-09-2021 IPR000813 7Fe ferredoxin GO:0009055 +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 PRINTS PR00354 7Fe ferredoxin signature 17 27 1.7E-5 T 17-09-2021 IPR000813 7Fe ferredoxin GO:0009055 +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 29 57 10.852 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 28 8.861 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 Pfam PF12838 4Fe-4S dicluster domain 9 52 2.4E-9 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 PANTHER PTHR42859:SF2 1 53 3.1E-13 T 17-09-2021 +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 38 49 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00187 91c2072949779f01493b833fbcf9aca5 57 Gene3D G3DSA:3.30.70.20 2 54 4.6E-21 T 17-09-2021 +MGYG000000001_02231 531d4b9d1a63bbc76dde4ed0947a746a 69 Gene3D G3DSA:1.10.287.540 1 60 4.8E-23 T 17-09-2021 +MGYG000000001_02231 531d4b9d1a63bbc76dde4ed0947a746a 69 Pfam PF05979 Bacterial protein of unknown function (DUF896) 5 60 2.6E-23 T 17-09-2021 IPR009242 Protein of unknown function DUF896 +MGYG000000001_02231 531d4b9d1a63bbc76dde4ed0947a746a 69 SUPERFAMILY SSF158221 1 42 2.62E-15 T 17-09-2021 +MGYG000000001_02231 531d4b9d1a63bbc76dde4ed0947a746a 69 Hamap MF_01103 UPF0291 protein . 1 60 15.701 T 17-09-2021 IPR009242 Protein of unknown function DUF896 +MGYG000000001_02231 531d4b9d1a63bbc76dde4ed0947a746a 69 PANTHER PTHR37300 1 59 8.8E-22 T 17-09-2021 IPR009242 Protein of unknown function DUF896 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 TIGRFAM TIGR01128 holA: DNA polymerase III, delta subunit 16 341 6.7E-53 T 17-09-2021 IPR005790 DNA polymerase III, delta subunit GO:0003677|GO:0006260 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 Pfam PF06144 DNA polymerase III, delta subunit 19 197 6.9E-31 T 17-09-2021 IPR010372 DNA polymerase III delta, N-terminal GO:0003677|GO:0003887|GO:0006260|GO:0009360 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 PANTHER PTHR34388 1 344 1.7E-59 T 17-09-2021 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 SUPERFAMILY SSF48019 223 342 2.72E-19 T 17-09-2021 IPR008921 DNA polymerase III, clamp loader complex, gamma/delta/delta subunit, C-terminal GO:0003677|GO:0006260 Reactome: R-HSA-110312|Reactome: R-HSA-110314|Reactome: R-HSA-110320|Reactome: R-HSA-174411|Reactome: R-HSA-5651801|Reactome: R-HSA-5655862|Reactome: R-HSA-5656121|Reactome: R-HSA-5656169|Reactome: R-HSA-5685942|Reactome: R-HSA-5696397|Reactome: R-HSA-5696400|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-69091 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 Gene3D G3DSA:3.40.50.300 3 140 1.3E-37 T 17-09-2021 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 Gene3D G3DSA:1.20.272.10 219 346 6.8E-34 T 17-09-2021 +MGYG000000001_00249 a6c824a81592fff9355aa87387931841 347 SUPERFAMILY SSF52540 3 213 1.35E-13 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 ProSiteProfiles PS50110 Response regulatory domain profile. 1 137 26.453 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 Gene3D G3DSA:3.40.50.2300 25 146 8.5E-26 T 17-09-2021 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 SMART SM00448 31 133 2.8E-21 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 147 247 43.509 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 PANTHER PTHR26402:SF726 32 246 1.8E-73 T 17-09-2021 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 SMART SM00862 168 245 2.4E-25 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 CDD cd00383 trans_reg_C 155 245 1.5414E-30 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 SUPERFAMILY SSF46894 144 245 6.52E-28 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 Pfam PF00072 Response regulator receiver domain 42 134 9.1E-21 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 SUPERFAMILY SSF52172 41 139 8.25E-29 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 Gene3D G3DSA:1.10.10.10 147 252 2.7E-31 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 PANTHER PTHR26402 32 246 1.8E-73 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 CDD cd00156 REC 60 137 7.68336E-27 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01749 40fa20a57855203fda018396af83f427 254 Pfam PF00486 Transcriptional regulatory protein, C terminal 168 244 5.8E-25 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01176 27177d28c1cbd1242d53a6ec7386b4ed 404 SUPERFAMILY SSF56059 121 317 2.05E-22 T 17-09-2021 +MGYG000000001_01176 27177d28c1cbd1242d53a6ec7386b4ed 404 Gene3D G3DSA:3.30.470.20 116 361 9.9E-10 T 17-09-2021 +MGYG000000001_01176 27177d28c1cbd1242d53a6ec7386b4ed 404 ProSiteProfiles PS50975 ATP-grasp fold profile. 125 322 26.144 T 17-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_01140 c4d0453530ae9106034f0809577ac389 171 Pfam PF03553 Na+/H+ antiporter family 3 127 8.1E-12 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_01140 c4d0453530ae9106034f0809577ac389 171 PANTHER PTHR43478 1 169 9.4E-32 T 17-09-2021 +MGYG000000001_01140 c4d0453530ae9106034f0809577ac389 171 PANTHER PTHR43478:SF1 1 169 9.4E-32 T 17-09-2021 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 TIGRFAM TIGR00167 cbbA: ketose-bisphosphate aldolase 1 283 1.2E-95 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 Pfam PF01116 Fructose-bisphosphate aldolase class-II 4 282 4.3E-101 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 SUPERFAMILY SSF51569 2 283 6.45E-100 T 17-09-2021 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 ProSitePatterns PS00806 Fructose-bisphosphate aldolase class-II signature 2. 131 142 - T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 Gene3D G3DSA:3.20.20.70 1 284 2.1E-111 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 CDD cd00947 TBP_aldolase_IIB 6 281 6.00446E-139 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 PIRSF PIRSF001359 1 283 2.5E-103 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 PANTHER PTHR30304 1 283 7.1E-107 T 17-09-2021 +MGYG000000001_01938 4496cfaca42077f31b93be1dfeded14b 284 PANTHER PTHR30304:SF5 1 283 7.1E-107 T 17-09-2021 +MGYG000000001_00253 d30e85597b259fb96dc21257551bd818 282 PANTHER PTHR30619 27 278 9.7E-70 T 17-09-2021 +MGYG000000001_00253 d30e85597b259fb96dc21257551bd818 282 SUPERFAMILY SSF56281 31 278 2.62E-53 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00253 d30e85597b259fb96dc21257551bd818 282 SMART SM00849 40 234 2.8E-9 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00253 d30e85597b259fb96dc21257551bd818 282 Pfam PF00753 Metallo-beta-lactamase superfamily 38 111 1.2E-12 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00253 d30e85597b259fb96dc21257551bd818 282 CDD cd07731 ComA-like_MBL-fold 32 209 1.51856E-64 T 17-09-2021 IPR035681 ComA-like, MBL domain +MGYG000000001_00253 d30e85597b259fb96dc21257551bd818 282 Gene3D G3DSA:3.60.15.10 29 277 2.1E-70 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_02615 63709c54c4bab291e87f87e53406da2c 93 MobiDBLite mobidb-lite consensus disorder prediction 72 93 - T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 Pfam PF05670 NFACT protein RNA binding domain 470 570 4.5E-12 T 17-09-2021 IPR008532 NFACT, RNA-binding domain +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 PANTHER PTHR15239:SF8 1 586 5.4E-155 T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 Pfam PF18297 NFACT protein RNA binding domain 472 558 1.3E-8 T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 Gene3D G3DSA:2.30.310.10 1 168 4.3E-61 T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 Gene3D G3DSA:1.10.8.50 169 239 6.8E-7 T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 PANTHER PTHR15239 1 586 5.4E-155 T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 Pfam PF05833 Fibronectin-binding protein A N-terminus (FbpA) 4 460 8.0E-150 T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 Coils Coil 316 339 - T 17-09-2021 +MGYG000000001_02141 c0af53c0fb9d2710e3cd500ed1b67665 593 SUPERFAMILY SSF46946 178 243 1.3E-8 T 17-09-2021 IPR010979 Ribosomal protein S13-like, H2TH GO:0003676 +MGYG000000001_03074 5c302cf1bed74ca5d2888f02658ed11f 174 Pfam PF12773 Double zinc ribbon 120 168 2.2E-6 T 17-09-2021 IPR025874 Double zinc ribbon +MGYG000000001_03074 5c302cf1bed74ca5d2888f02658ed11f 174 Coils Coil 27 47 - T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 SMART SM00382 293 437 2.8E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 CDD cd00009 AAA 282 444 1.33348E-22 T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 ProSitePatterns PS00688 Sigma-54 interaction domain C-terminal part signature. 487 496 - T 17-09-2021 IPR025944 Sigma-54 interaction domain, conserved site +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 ProSitePatterns PS00675 Sigma-54 interaction domain ATP-binding region A signature. 297 310 - T 17-09-2021 IPR025662 Sigma-54 interaction domain, ATP-binding site 1 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 Gene3D G3DSA:3.40.50.300 263 445 1.2E-64 T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 Gene3D G3DSA:3.30.450.40 3 156 1.4E-7 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 PANTHER PTHR32071 145 604 4.0E-130 T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 SUPERFAMILY SSF46689 487 605 2.82E-5 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 SUPERFAMILY SSF52540 272 516 2.27E-69 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 PANTHER PTHR32071:SF57 145 604 4.0E-130 T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 SUPERFAMILY SSF55781 51 120 1.57E-5 T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 Gene3D G3DSA:1.10.10.60 557 604 4.2E-9 T 17-09-2021 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 Pfam PF00158 Sigma-54 interaction domain 273 440 1.4E-68 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 ProSiteProfiles PS50045 Sigma-54 interaction domain profile. 273 503 65.731 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_00104 07d8b5f4cb6f27360aa28374a296513f 606 Gene3D G3DSA:1.10.8.60 446 528 8.1E-21 T 17-09-2021 +MGYG000000001_00513 04e47bc5e71a823139a94fb9c4026262 340 Pfam PF13349 Putative adhesin 57 230 2.6E-9 T 17-09-2021 IPR025164 Putative adhesin +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Pfam PF00082 Subtilase family 71 244 1.3E-11 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 ProSitePatterns PS00138 Serine proteases, subtilase family, serine active site. 442 452 - T 17-09-2021 IPR023828 Peptidase S8, subtilisin, Ser-active site +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Gene3D G3DSA:2.60.120.1290 239 380 5.9E-125 T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Gene3D G3DSA:2.60.120.1290 820 963 2.0E-129 T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PANTHER PTHR43399 950 1092 1.0E-76 T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PANTHER PTHR43399 66 241 1.0E-76 T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PANTHER PTHR43399 642 822 1.0E-76 T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PANTHER PTHR43399 380 505 1.0E-76 T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Pfam PF18425 Csp protease B prodomain 2 44 4.5E-6 T 17-09-2021 IPR041365 Csp protease B, prodomain +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 CDD cd07478 Peptidases_S8_CspA-like 645 1083 2.41846E-169 T 17-09-2021 IPR034045 CspA-like domain +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Gene3D G3DSA:3.40.50.200 645 1084 2.0E-129 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Pfam PF00082 Subtilase family 647 829 1.6E-13 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Coils Coil 830 850 - T 17-09-2021 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 SUPERFAMILY SSF52743 24 525 7.2E-50 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Gene3D G3DSA:3.40.50.200 68 500 5.9E-125 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PRINTS PR00723 Subtilisin serine protease family (S8) signature 441 457 7.3E-14 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PRINTS PR00723 Subtilisin serine protease family (S8) signature 140 153 7.3E-14 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 PRINTS PR00723 Subtilisin serine protease family (S8) signature 71 90 7.3E-14 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 SUPERFAMILY SSF52743 641 1092 6.02E-45 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Pfam PF00082 Subtilase family 376 499 1.9E-15 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 Pfam PF00082 Subtilase family 950 1083 6.7E-16 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00192 e9ac51703609bff2e70603f7b102e0b3 1095 CDD cd07478 Peptidases_S8_CspA-like 69 499 5.86596E-161 T 17-09-2021 IPR034045 CspA-like domain +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 Pfam PF00005 ABC transporter 17 165 1.9E-39 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 CDD cd03262 ABC_HisP_GlnQ 2 214 2.7641E-146 T 17-09-2021 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 ProSitePatterns PS00211 ABC transporters family signature. 137 151 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 PIRSF PIRSF039085 1 241 7.5E-116 T 17-09-2021 IPR030679 ABC-type amino acid transport system, ATPase component, HisP-type GO:0003333|GO:0015424 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 PANTHER PTHR43166:SF4 1 240 2.2E-114 T 17-09-2021 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 SUPERFAMILY SSF52540 1 235 1.17E-83 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 236 32.773 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 Gene3D G3DSA:3.40.50.300 1 240 1.7E-84 T 17-09-2021 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 PANTHER PTHR43166 1 240 2.2E-114 T 17-09-2021 +MGYG000000001_00425 66f1da8cbec5aa7944716894744c6403 241 SMART SM00382 26 213 1.2E-15 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 Pfam PF01979 Amidohydrolase family 57 412 3.5E-63 T 17-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 Gene3D G3DSA:3.20.20.140 61 357 2.3E-145 T 17-09-2021 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 SUPERFAMILY SSF51556 60 365 5.21E-84 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 PANTHER PTHR43794 3 449 2.2E-141 T 17-09-2021 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 Gene3D G3DSA:2.30.40.10 12 431 2.3E-145 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 Coils Coil 421 441 - T 17-09-2021 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 SUPERFAMILY SSF51338 3 439 3.8E-35 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 PANTHER PTHR43794:SF11 3 449 2.2E-141 T 17-09-2021 +MGYG000000001_00439 9fa06fced1af258254cf58ee987b4c42 454 CDD cd01298 ATZ_TRZ_like 4 420 5.31379E-179 T 17-09-2021 +MGYG000000001_01008 79c2dee54605dce5504bf21fe1449331 205 PANTHER PTHR46889 11 202 3.9E-52 T 17-09-2021 +MGYG000000001_03079 79c2dee54605dce5504bf21fe1449331 205 PANTHER PTHR46889 11 202 3.9E-52 T 17-09-2021 +MGYG000000001_01008 79c2dee54605dce5504bf21fe1449331 205 Pfam PF00665 Integrase core domain 41 158 1.2E-27 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_03079 79c2dee54605dce5504bf21fe1449331 205 Pfam PF00665 Integrase core domain 41 158 1.2E-27 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_01008 79c2dee54605dce5504bf21fe1449331 205 ProSiteProfiles PS50994 Integrase catalytic domain profile. 38 204 20.267 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_03079 79c2dee54605dce5504bf21fe1449331 205 ProSiteProfiles PS50994 Integrase catalytic domain profile. 38 204 20.267 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_01008 79c2dee54605dce5504bf21fe1449331 205 Gene3D G3DSA:3.30.420.10 37 205 1.2E-13 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_03079 79c2dee54605dce5504bf21fe1449331 205 Gene3D G3DSA:3.30.420.10 37 205 1.2E-13 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_01008 79c2dee54605dce5504bf21fe1449331 205 SUPERFAMILY SSF53098 34 203 1.21E-36 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_03079 79c2dee54605dce5504bf21fe1449331 205 SUPERFAMILY SSF53098 34 203 1.21E-36 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 PRINTS PR00050 Cold shock protein signature 4 19 4.5E-18 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 PRINTS PR00050 Cold shock protein signature 24 33 4.5E-18 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 PRINTS PR00050 Cold shock protein signature 39 57 4.5E-18 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 PANTHER PTHR11544 1 64 4.5E-36 T 17-09-2021 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 SMART SM00357 3 66 2.2E-28 T 17-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 ProSitePatterns PS00352 Cold-shock (CSD) domain signature. 15 33 - T 17-09-2021 IPR019844 Cold-shock (CSD) domain +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 PIRSF PIRSF002599 1 66 3.5E-23 T 17-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 ProSiteProfiles PS51857 Cold-shock (CSD) domain profile. 1 65 33.51 T 17-09-2021 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 Gene3D G3DSA:2.40.50.140 1 64 2.8E-29 T 17-09-2021 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 PANTHER PTHR11544:SF104 1 64 4.5E-36 T 17-09-2021 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 SUPERFAMILY SSF50249 1 65 8.08E-23 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 CDD cd04458 CSP_CDS 4 65 8.93638E-27 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00571 e9fd77d1175598378be40b5d32f307c1 66 Pfam PF00313 'Cold-shock' DNA-binding domain 3 64 1.1E-28 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Gene3D G3DSA:3.30.420.10 310 526 4.7E-35 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SMART SM00475 31 289 4.3E-133 T 17-09-2021 IPR002421 5'-3' exonuclease, N-terminal GO:0003677 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SUPERFAMILY SSF47807 199 311 7.92E-35 T 17-09-2021 IPR036279 5'-3' exonuclease, C-terminal domain superfamily +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SMART SM00279 201 236 2.4E-18 T 17-09-2021 IPR008918 Helix-hairpin-helix motif, class 2 GO:0003677|GO:0003824 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Gene3D G3DSA:3.40.50.1010 33 305 1.8E-98 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SUPERFAMILY SSF56672 506 910 1.22E-153 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Coils Coil 119 139 - T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 737 762 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 774 785 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 828 844 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 638 660 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 661 676 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 683 706 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 796 807 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 858 871 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PRINTS PR00868 DNA-polymerase family A (pol I) signature 713 726 4.7E-75 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Pfam PF02739 5'-3' exonuclease, N-terminal resolvase-like domain 33 197 6.9E-52 T 17-09-2021 IPR020046 5'-3' exonuclease, alpha-helical arch, N-terminal GO:0003677 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Pfam PF00476 DNA polymerase family A 534 909 1.2E-154 T 17-09-2021 IPR001098 DNA-directed DNA polymerase, family A, palm domain GO:0003677|GO:0003887|GO:0006260 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 CDD cd09859 PIN_53EXO 35 195 5.62959E-81 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Gene3D G3DSA:3.30.70.370 645 907 7.2E-105 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SMART SM00482 669 875 6.5E-107 T 17-09-2021 IPR001098 DNA-directed DNA polymerase, family A, palm domain GO:0003677|GO:0003887|GO:0006260 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 CDD cd08637 DNA_pol_A_pol_I_C 532 908 0.0 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PANTHER PTHR10133:SF27 77 910 4.7E-178 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Pfam PF01367 5'-3' exonuclease, C-terminal SAM fold 200 293 3.8E-33 T 17-09-2021 IPR020045 DNA polymerase I-like, H3TH domain GO:0003677|GO:0003824 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Gene3D G3DSA:1.20.1060.10 527 640 8.0E-44 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Gene3D G3DSA:1.10.150.20 692 835 7.2E-105 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 CDD cd06140 DNA_polA_I_Bacillus_like_exo 343 523 5.53195E-42 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 CDD cd09898 H3TH_53EXO 201 273 1.94988E-35 T 17-09-2021 IPR020045 DNA polymerase I-like, H3TH domain GO:0003677|GO:0003824 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SMART SM00474 330 502 5.2E-8 T 17-09-2021 IPR002562 3'-5' exonuclease domain GO:0003676|GO:0006139|GO:0008408 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Gene3D G3DSA:1.10.150.20 202 274 1.8E-98 T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Coils Coil 327 354 - T 17-09-2021 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 Pfam PF01612 3'-5' exonuclease 331 472 5.3E-9 T 17-09-2021 IPR002562 3'-5' exonuclease domain GO:0003676|GO:0006139|GO:0008408 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 PANTHER PTHR10133 77 910 4.7E-178 T 17-09-2021 IPR002298 DNA polymerase A GO:0003887|GO:0006261 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SUPERFAMILY SSF88723 24 197 8.34E-54 T 17-09-2021 IPR029060 PIN-like domain superfamily +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 TIGRFAM TIGR00593 pola: DNA polymerase I 33 911 0.0 T 17-09-2021 IPR018320 DNA polymerase 1 GO:0003887|GO:0006260 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 ProSitePatterns PS00447 DNA polymerase family A signature. 737 756 - T 17-09-2021 IPR019760 DNA-directed DNA polymerase, family A, conserved site GO:0003887|GO:0006260 +MGYG000000001_00324 a4e0898ea8ff411cb95324d28bd7a00a 911 SUPERFAMILY SSF53098 331 503 6.07E-30 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 Pfam PF13411 MerR HTH family regulatory protein 5 73 1.2E-14 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 PANTHER PTHR30204 1 220 5.6E-32 T 17-09-2021 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 Gene3D G3DSA:1.10.1660.10 3 148 3.8E-25 T 17-09-2021 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 ProSiteProfiles PS50937 MerR-type HTH domain profile. 4 74 26.865 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 PANTHER PTHR30204:SF2 1 220 5.6E-32 T 17-09-2021 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 SMART SM00422 5 75 6.1E-17 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 CDD cd01107 HTH_BmrR 5 113 2.07304E-33 T 17-09-2021 +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 SUPERFAMILY SSF55136 124 269 1.39E-12 T 17-09-2021 IPR011256 Regulatory factor, effector binding domain superfamily +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 SUPERFAMILY SSF46955 3 109 6.96E-27 T 17-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_00431 c47477c68b478bfc2388bc51ce87ff67 272 Coils Coil 92 119 - T 17-09-2021 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 PANTHER PTHR11933:SF5 4 361 1.2E-117 T 17-09-2021 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 CDD cd01998 tRNA_Me_trans 5 359 0.0 T 17-09-2021 IPR004506 tRNA-specific 2-thiouridylase GO:0008033|GO:0016740 MetaCyc: PWY-7887|MetaCyc: PWY-7892|Reactome: R-HSA-6787450 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 PANTHER PTHR11933 4 361 1.2E-117 T 17-09-2021 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 Gene3D G3DSA:3.40.50.620 1 216 1.6E-86 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 Pfam PF03054 tRNA methyl transferase 4 359 8.6E-126 T 17-09-2021 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 Gene3D G3DSA:2.40.30.10 282 363 4.5E-24 T 17-09-2021 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 TIGRFAM TIGR00420 trmU: tRNA (5-methylaminomethyl-2-thiouridylate)-methyltransferase 4 359 1.8E-113 T 17-09-2021 IPR004506 tRNA-specific 2-thiouridylase GO:0008033|GO:0016740 MetaCyc: PWY-7887|MetaCyc: PWY-7892|Reactome: R-HSA-6787450 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 Hamap MF_00144 tRNA-specific 2-thiouridylase MnmA [mnmA]. 4 360 41.092 T 17-09-2021 IPR004506 tRNA-specific 2-thiouridylase GO:0008033|GO:0016740 MetaCyc: PWY-7887|MetaCyc: PWY-7892|Reactome: R-HSA-6787450 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 Gene3D G3DSA:2.30.30.280 222 281 2.6E-17 T 17-09-2021 IPR023382 Adenine nucleotide alpha hydrolase-like domains GO:0016783 MetaCyc: PWY-7887|MetaCyc: PWY-7892|Reactome: R-HSA-6787450 +MGYG000000001_01472 346fe8d63bad920a160e9f40d36621c7 363 SUPERFAMILY SSF52402 2 251 7.28E-60 T 17-09-2021 +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 Pfam PF07261 Replication initiation and membrane attachment 198 265 2.5E-9 T 17-09-2021 IPR006343 DnaD domain +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 Gene3D G3DSA:1.10.10.630 192 263 9.5E-9 T 17-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 SUPERFAMILY SSF158499 195 257 1.96E-12 T 17-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 TIGRFAM TIGR01446 DnaD_dom: DnaD domain protein 196 262 1.1E-13 T 17-09-2021 IPR006343 DnaD domain +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 Coils Coil 150 170 - T 17-09-2021 +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 PANTHER PTHR37293:SF5 1 288 3.1E-47 T 17-09-2021 +MGYG000000001_00624 c2d6fe70867918ade02f93d9539da777 319 PANTHER PTHR37293 1 288 3.1E-47 T 17-09-2021 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 SUPERFAMILY SSF51556 61 488 8.17E-23 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 SUPERFAMILY SSF51338 7 528 1.02E-15 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 PANTHER PTHR22642:SF16 2 529 5.7E-146 T 17-09-2021 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 Gene3D G3DSA:3.20.20.140 62 487 1.0E-128 T 17-09-2021 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 PANTHER PTHR22642 2 529 5.7E-146 T 17-09-2021 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 CDD cd01300 YtcJ_like 24 499 3.07953E-146 T 17-09-2021 IPR033932 YtcJ like +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 Gene3D G3DSA:2.30.40.10 10 505 1.0E-128 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 Pfam PF07969 Amidohydrolase family 50 528 6.6E-83 T 17-09-2021 IPR013108 Amidohydrolase 3 +MGYG000000001_01015 abe88bbe4baec9f9c2ba73574692e95f 530 Gene3D G3DSA:3.10.310.70 80 200 1.0E-128 T 17-09-2021 +MGYG000000001_02118 7336b146778085e939fc5de2383ba42d 261 ProSitePatterns PS00018 EF-hand calcium-binding domain. 123 135 - T 17-09-2021 IPR018247 EF-Hand 1, calcium-binding site +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 MobiDBLite mobidb-lite consensus disorder prediction 330 349 - T 17-09-2021 +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 Gene3D G3DSA:3.40.50.2300 44 298 2.5E-101 T 17-09-2021 +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 43 338 1.4E-83 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 CDD cd06354 PBP1_BmpA_PnrA_like 42 304 2.70941E-120 T 17-09-2021 +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 PANTHER PTHR34296 4 346 3.4E-105 T 17-09-2021 +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 SUPERFAMILY SSF53822 42 274 2.33E-14 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 Gene3D G3DSA:3.40.50.2300 145 332 2.5E-101 T 17-09-2021 +MGYG000000001_01376 03fe0a528329fe4f2fe80d73a5de4c7b 349 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_01761 6a1e998ca9f504094311d6b94ad4cbdc 78 Coils Coil 17 44 - T 17-09-2021 +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 CDD cd06261 TM_PBP2 205 381 3.18435E-13 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 205 423 25.368 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 PANTHER PTHR47314 14 434 4.9E-218 T 17-09-2021 +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 SUPERFAMILY SSF161098 190 421 4.45E-51 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 PANTHER PTHR47314:SF2 14 434 4.9E-218 T 17-09-2021 +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 220 428 2.6E-23 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 Gene3D G3DSA:1.10.3720.10 181 435 2.3E-60 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00817 ec59ca1797d073d9acf650cd302799a9 436 SUPERFAMILY SSF160964 103 185 7.19E-7 T 17-09-2021 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 54 70 2.2E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 120 140 2.2E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 71 86 2.2E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 PRINTS PR00598 Bacterial regulatory protein MarR family signature 90 106 2.2E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 ProSiteProfiles PS50995 MarR-type HTH domain profile. 1 142 20.774 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 Pfam PF12802 MarR family 34 93 2.8E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 Gene3D G3DSA:1.10.10.10 2 142 1.1E-26 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 PANTHER PTHR33164:SF64 34 140 4.6E-15 T 17-09-2021 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 PANTHER PTHR33164 34 140 4.6E-15 T 17-09-2021 +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 SUPERFAMILY SSF46785 32 143 7.93E-23 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01858 125afbe0996d1d2af0068411ec469336 145 SMART SM00347 27 130 2.3E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01794 cc2b7127dbc9e85d9612b6c8e148853a 241 TIGRFAM TIGR02206 intg_mem_TP0381: conserved hypothetical integral membrane protein TIGR02206 16 220 2.3E-38 T 17-09-2021 IPR011737 Conserved hypothetical protein CHP02206, TP0381 +MGYG000000001_01794 cc2b7127dbc9e85d9612b6c8e148853a 241 Pfam PF09529 Integral membrane protein (intg_mem_TP0381) 20 224 9.0E-36 T 17-09-2021 IPR011737 Conserved hypothetical protein CHP02206, TP0381 +MGYG000000001_01922 6ac6196e3ea45cc0076908a00c11b98d 216 Gene3D G3DSA:3.40.50.360 1 213 1.2E-40 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_01922 6ac6196e3ea45cc0076908a00c11b98d 216 Pfam PF02525 Flavodoxin-like fold 3 209 3.2E-30 T 17-09-2021 IPR003680 Flavodoxin-like fold +MGYG000000001_01922 6ac6196e3ea45cc0076908a00c11b98d 216 PANTHER PTHR43741 4 209 1.1E-38 T 17-09-2021 +MGYG000000001_01922 6ac6196e3ea45cc0076908a00c11b98d 216 Hamap MF_01216 FMN-dependent NADH-azoreductase [azoR]. 3 211 20.843 T 17-09-2021 IPR023048 NADH-azoreductase, FMN-dependent GO:0016661|GO:0055114 +MGYG000000001_01922 6ac6196e3ea45cc0076908a00c11b98d 216 PANTHER PTHR43741:SF7 4 209 1.1E-38 T 17-09-2021 +MGYG000000001_01922 6ac6196e3ea45cc0076908a00c11b98d 216 SUPERFAMILY SSF52218 3 212 1.51E-33 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 Pfam PF00763 Tetrahydrofolate dehydrogenase/cyclohydrolase, catalytic domain 10 125 6.8E-30 T 17-09-2021 IPR020630 Tetrahydrofolate dehydrogenase/cyclohydrolase, catalytic domain GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 Gene3D G3DSA:3.40.50.720 11 265 2.5E-94 T 17-09-2021 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 Pfam PF02882 Tetrahydrofolate dehydrogenase/cyclohydrolase, NAD(P)-binding domain 129 288 2.2E-57 T 17-09-2021 IPR020631 Tetrahydrofolate dehydrogenase/cyclohydrolase, NAD(P)-binding domain GO:0004488 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 SUPERFAMILY SSF51735 127 286 5.77E-41 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 Gene3D G3DSA:3.40.50.10860 13 282 2.5E-94 T 17-09-2021 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 ProSiteProfiles PS50972 Pterin-binding domain profile. 182 291 8.919 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 Hamap MF_01576 Bifunctional protein FolD [folD]. 8 289 33.807 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 160 180 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 79 106 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 262 280 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 209 238 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 245 261 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 114 135 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 38 60 8.8E-58 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 SUPERFAMILY SSF53223 8 125 2.01E-28 T 17-09-2021 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PANTHER PTHR10025 6 288 1.1E-89 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 CDD cd01080 NAD_bind_m-THF_DH_Cyclohyd 120 286 1.22291E-76 T 17-09-2021 IPR020631 Tetrahydrofolate dehydrogenase/cyclohydrolase, NAD(P)-binding domain GO:0004488 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_01344 9f843f766090fd7d3f7235ae70ad6955 291 PANTHER PTHR10025:SF46 6 288 1.1E-89 T 17-09-2021 +MGYG000000001_01504 900ce863ae071db926ae2d8e98f947ae 142 Pfam PF05105 Bacteriophage holin family 11 123 4.0E-20 T 17-09-2021 IPR006480 Bacteriophage holin family +MGYG000000001_01504 900ce863ae071db926ae2d8e98f947ae 142 TIGRFAM TIGR01593 holin_tox_secr: toxin secretion/phage lysis holin 13 131 2.3E-19 T 17-09-2021 IPR006480 Bacteriophage holin family +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 ProSitePatterns PS00397 Site-specific recombinases active site. 5 13 - T 17-09-2021 IPR006118 Recombinase, conserved site GO:0000150|GO:0006310 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 Gene3D G3DSA:1.10.10.60 156 190 9.8E-6 T 17-09-2021 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 SMART SM00857 2 143 7.1E-45 T 17-09-2021 IPR006119 Resolvase, N-terminal catalytic domain GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 PANTHER PTHR30461 1 140 1.2E-32 T 17-09-2021 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 SUPERFAMILY SSF53041 1 139 5.1E-38 T 17-09-2021 IPR036162 Resolvase-like, N-terminal catalytic domain superfamily GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 ProSiteProfiles PS51736 Resolvase/invertase-type recombinase catalytic domain profile. 1 141 33.157 T 17-09-2021 IPR006119 Resolvase, N-terminal catalytic domain GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 Pfam PF00239 Resolvase, N terminal domain 2 137 8.2E-35 T 17-09-2021 IPR006119 Resolvase, N-terminal catalytic domain GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 Pfam PF18010 Cry35Ab1 HTH C-terminal domain 160 187 5.5E-10 T 17-09-2021 IPR040652 Cry35Ab1 , HTH C-terminal domain +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 PANTHER PTHR30461:SF3 1 140 1.2E-32 T 17-09-2021 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 SUPERFAMILY SSF46689 147 190 6.27E-6 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 Gene3D G3DSA:3.40.50.1390 1 142 1.3E-38 T 17-09-2021 IPR036162 Resolvase-like, N-terminal catalytic domain superfamily GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02974 e726d993f8dca7a61af3fde0b578a0a6 202 CDD cd03768 SR_ResInv 2 133 2.11638E-49 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 SUPERFAMILY SSF82866 227 417 1.27E-19 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 Gene3D G3DSA:1.20.1640.10 248 427 6.6E-7 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 PANTHER PTHR33406:SF2 2 155 1.2E-37 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 PANTHER PTHR33406 2 155 1.2E-37 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 Pfam PF03176 MMPL family 3 68 2.3E-8 T 17-09-2021 IPR004869 Membrane transport protein MMPL domain GO:0016020 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 Pfam PF03176 MMPL family 200 416 3.6E-22 T 17-09-2021 IPR004869 Membrane transport protein MMPL domain GO:0016020 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 PANTHER PTHR33406:SF2 199 420 1.2E-37 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 SUPERFAMILY SSF82866 1 72 3.4E-12 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 PANTHER PTHR33406 199 420 1.2E-37 T 17-09-2021 +MGYG000000001_02306 0da80179b9ab68c3ab19a9a39c8b5734 436 Gene3D G3DSA:1.20.1640.10 1 84 6.0E-6 T 17-09-2021 +MGYG000000001_00141 a1068bc961354121736b1bacea83e390 203 Pfam PF13490 Putative zinc-finger 3 33 4.5E-6 T 17-09-2021 IPR027383 Putative zinc-finger +MGYG000000001_00881 d05651bab8dd08635644d570400961e9 280 PANTHER PTHR30389:SF1 1 280 2.5E-115 T 17-09-2021 +MGYG000000001_00881 d05651bab8dd08635644d570400961e9 280 Pfam PF05681 Fumarate hydratase (Fumerase) 11 278 6.3E-115 T 17-09-2021 IPR004646 Fe-S hydro-lyase, tartrate dehydratase alpha-type, catalytic domain GO:0016829 +MGYG000000001_00881 d05651bab8dd08635644d570400961e9 280 PANTHER PTHR30389 1 280 2.5E-115 T 17-09-2021 +MGYG000000001_00881 d05651bab8dd08635644d570400961e9 280 TIGRFAM TIGR00722 ttdA_fumA_fumB: hydrolyase, tartrate alpha subunit/fumarate domain protein, Fe-S type 12 279 1.3E-102 T 17-09-2021 IPR004646 Fe-S hydro-lyase, tartrate dehydratase alpha-type, catalytic domain GO:0016829 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 Pfam PF07690 Major Facilitator Superfamily 9 326 1.4E-40 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 5 386 33.837 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 CDD cd17325 MFS_MdtG_SLC18_like 9 382 6.87233E-50 T 17-09-2021 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PANTHER PTHR43414 9 382 3.8E-46 T 17-09-2021 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 SUPERFAMILY SSF103473 3 382 5.36E-61 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PRINTS PR01035 Tetracycline resistance protein signature 15 31 1.7E-10 T 17-09-2021 IPR001958 Tetracycline resistance protein TetA/multidrug resistance protein MdtG GO:0022857 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PRINTS PR01035 Tetracycline resistance protein signature 100 121 1.7E-10 T 17-09-2021 IPR001958 Tetracycline resistance protein TetA/multidrug resistance protein MdtG GO:0022857 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PRINTS PR01035 Tetracycline resistance protein signature 130 152 1.7E-10 T 17-09-2021 IPR001958 Tetracycline resistance protein TetA/multidrug resistance protein MdtG GO:0022857 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PRINTS PR01035 Tetracycline resistance protein signature 245 265 1.7E-10 T 17-09-2021 IPR001958 Tetracycline resistance protein TetA/multidrug resistance protein MdtG GO:0022857 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PRINTS PR01035 Tetracycline resistance protein signature 273 294 1.7E-10 T 17-09-2021 IPR001958 Tetracycline resistance protein TetA/multidrug resistance protein MdtG GO:0022857 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 PRINTS PR01035 Tetracycline resistance protein signature 333 356 1.7E-10 T 17-09-2021 IPR001958 Tetracycline resistance protein TetA/multidrug resistance protein MdtG GO:0022857 +MGYG000000001_02018 8ab9051c441f802b8ef44551f3fe1d3e 386 Gene3D G3DSA:1.20.1250.20 1 384 9.4E-59 T 17-09-2021 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 CDD cd06223 PRTases_typeI 64 183 1.51966E-18 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 Hamap MF_01218_B Uracil phosphoribosyltransferase [upp]. 3 209 48.417 T 17-09-2021 IPR034332 Uracil phosphoribosyltransferase, bacterial-type KEGG: 00240+2.4.2.9|MetaCyc: PWY-7183 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 Pfam PF14681 Uracil phosphoribosyltransferase 6 208 4.1E-78 T 17-09-2021 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 PANTHER PTHR10285 4 207 3.1E-55 T 17-09-2021 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 Gene3D G3DSA:3.40.50.2020 1 209 7.9E-85 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 TIGRFAM TIGR01091 upp: uracil phosphoribosyltransferase 4 209 2.1E-92 T 17-09-2021 IPR005765 Uracil phosphoribosyl transferase GO:0004845|GO:0006223 KEGG: 00240+2.4.2.9|MetaCyc: PWY-7183 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 PANTHER PTHR10285:SF135 4 207 3.1E-55 T 17-09-2021 +MGYG000000001_00721 25256edd01d2ba6d743e5359f8328bcf 209 SUPERFAMILY SSF53271 4 207 8.65E-75 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_02150 0e5b6ef70cce37b7b3eed50a169b46bd 243 Pfam PF01976 Protein of unknown function DUF116 85 238 8.3E-52 T 17-09-2021 IPR002829 Protein of unknown function DUF116 +MGYG000000001_02150 0e5b6ef70cce37b7b3eed50a169b46bd 243 PANTHER PTHR43801 43 241 7.1E-52 T 17-09-2021 IPR002829 Protein of unknown function DUF116 +MGYG000000001_02150 0e5b6ef70cce37b7b3eed50a169b46bd 243 PIRSF PIRSF006594 7 242 1.1E-51 T 17-09-2021 IPR002829 Protein of unknown function DUF116 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 SMART SM00487 20 217 2.2E-61 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 CDD cd18787 SF2_C_DEAD 214 343 1.75764E-55 T 17-09-2021 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 226 367 22.056 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 Pfam PF00271 Helicase conserved C-terminal domain 228 334 8.8E-30 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 PANTHER PTHR24031:SF276 9 360 6.4E-164 T 17-09-2021 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 PANTHER PTHR24031 9 360 6.4E-164 T 17-09-2021 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 SUPERFAMILY SSF52540 69 354 1.43E-72 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 Pfam PF00270 DEAD/DEAH box helicase 25 191 4.1E-47 T 17-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 32 202 33.024 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 Coils Coil 204 224 - T 17-09-2021 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 CDD cd00268 DEADc 12 203 1.29646E-98 T 17-09-2021 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 ProSiteProfiles PS51195 DEAD-box RNA helicase Q motif profile. 1 29 11.225 T 17-09-2021 IPR014014 RNA helicase, DEAD-box type, Q motif +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 SMART SM00490 253 334 4.0E-32 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 Gene3D G3DSA:3.40.50.300 1 204 2.6E-73 T 17-09-2021 +MGYG000000001_01248 3eeae6007f60f0d7831f81d33b0cb7e6 367 Gene3D G3DSA:3.40.50.300 205 367 1.7E-49 T 17-09-2021 +MGYG000000001_01440 45acf4377ceb6bbafae39df80b7e8675 216 Pfam PF09529 Integral membrane protein (intg_mem_TP0381) 6 207 1.2E-19 T 17-09-2021 IPR011737 Conserved hypothetical protein CHP02206, TP0381 +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 Gene3D G3DSA:1.10.10.10 2 76 2.4E-28 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 SUPERFAMILY SSF51735 82 206 3.15E-28 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 Pfam PF06971 Putative DNA-binding protein N-terminus 5 53 6.3E-20 T 17-09-2021 IPR009718 Rex DNA-binding, C-terminal domain GO:0045892|GO:0051775 +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 Gene3D G3DSA:3.40.50.720 77 209 5.8E-49 T 17-09-2021 +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 Hamap MF_01131 Redox-sensing transcriptional repressor Rex [rex]. 1 209 36.771 T 17-09-2021 IPR022876 Redox-sensing transcriptional repressor Rex GO:0045892|GO:0051775 +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 PANTHER PTHR35786 3 208 5.5E-77 T 17-09-2021 IPR022876 Redox-sensing transcriptional repressor Rex GO:0045892|GO:0051775 +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 SUPERFAMILY SSF46785 9 79 3.36E-18 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 SMART SM00881 80 180 2.8E-18 T 17-09-2021 IPR003781 CoA-binding GO:0048037 +MGYG000000001_01055 3550ec699c9956f66d4dcaef004921c7 209 Pfam PF02629 CoA binding domain 82 179 2.4E-22 T 17-09-2021 IPR003781 CoA-binding GO:0048037 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Gene3D G3DSA:3.40.1380.20 338 470 4.1E-198 T 17-09-2021 IPR036918 Pyruvate kinase, C-terminal domain superfamily KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Gene3D G3DSA:3.20.20.60 6 337 4.1E-198 T 17-09-2021 IPR040442 Pyruvate kinase-like domain superfamily +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PANTHER PTHR11817:SF3 4 477 6.1E-190 T 17-09-2021 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 SUPERFAMILY SSF50800 74 169 6.45E-30 T 17-09-2021 IPR011037 Pyruvate kinase-like, insert domain superfamily +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Pfam PF02887 Pyruvate kinase, alpha/beta domain 359 472 2.9E-38 T 17-09-2021 IPR015795 Pyruvate kinase, C-terminal KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PANTHER PTHR11817 4 477 6.1E-190 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 TIGRFAM TIGR01064 pyruv_kin: pyruvate kinase 6 473 8.1E-193 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Pfam PF00224 Pyruvate kinase, barrel domain 6 345 5.3E-151 T 17-09-2021 IPR015793 Pyruvate kinase, barrel GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Pfam PF00391 PEP-utilising enzyme, mobile domain 505 576 2.1E-20 T 17-09-2021 IPR008279 PEP-utilising enzyme, mobile domain GO:0016310|GO:0016772 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Gene3D G3DSA:2.40.33.10 74 170 4.1E-198 T 17-09-2021 IPR015806 Pyruvate kinase, insert domain superfamily GO:0004743|GO:0006096 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 SUPERFAMILY SSF51621 5 346 3.04E-103 T 17-09-2021 IPR015813 Pyruvate/Phosphoenolpyruvate kinase-like domain superfamily GO:0003824 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 SUPERFAMILY SSF52009 467 583 6.28E-28 T 17-09-2021 IPR036637 Phosphohistidine domain superfamily GO:0016310|GO:0016772 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 SUPERFAMILY SSF52935 325 474 7.59E-44 T 17-09-2021 IPR036918 Pyruvate kinase, C-terminal domain superfamily KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 ProSitePatterns PS00110 Pyruvate kinase active site signature. 217 229 - T 17-09-2021 IPR018209 Pyruvate kinase, active site GO:0004743|GO:0006096 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 Gene3D G3DSA:3.50.30.10 476 586 1.5E-31 T 17-09-2021 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 296 314 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 188 202 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 219 245 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 315 331 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 271 295 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 246 270 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00012 24b742614c6744a379ed2d32545e314e 586 PRINTS PR01050 Pyruvate kinase family signature 63 79 6.2E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_00496 42d4c18eb958d22a97fc213ed82d2d77 233 Gene3D G3DSA:3.30.1380.10 36 233 1.9E-65 T 17-09-2021 IPR009045 Hedgehog signalling/DD-peptidase zinc-binding domain superfamily Reactome: R-HSA-373080|Reactome: R-HSA-5358346|Reactome: R-HSA-5362798|Reactome: R-HSA-5632681|Reactome: R-HSA-5632684|Reactome: R-HSA-5635838|Reactome: R-HSA-5658034 +MGYG000000001_00496 42d4c18eb958d22a97fc213ed82d2d77 233 Coils Coil 83 103 - T 17-09-2021 +MGYG000000001_00496 42d4c18eb958d22a97fc213ed82d2d77 233 PANTHER PTHR34385 23 230 3.8E-50 T 17-09-2021 +MGYG000000001_00496 42d4c18eb958d22a97fc213ed82d2d77 233 SUPERFAMILY SSF55166 69 216 1.15E-37 T 17-09-2021 IPR009045 Hedgehog signalling/DD-peptidase zinc-binding domain superfamily Reactome: R-HSA-373080|Reactome: R-HSA-5358346|Reactome: R-HSA-5362798|Reactome: R-HSA-5632681|Reactome: R-HSA-5632684|Reactome: R-HSA-5635838|Reactome: R-HSA-5658034 +MGYG000000001_00496 42d4c18eb958d22a97fc213ed82d2d77 233 CDD cd14852 LD-carboxypeptidase 67 215 2.19602E-74 T 17-09-2021 +MGYG000000001_00496 42d4c18eb958d22a97fc213ed82d2d77 233 Pfam PF02557 D-alanyl-D-alanine carboxypeptidase 84 211 1.3E-41 T 17-09-2021 IPR003709 Peptidase M15B GO:0006508|GO:0008233 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 Pfam PF00072 Response regulator receiver domain 3 114 5.5E-17 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 CDD cd00156 REC 5 113 2.84795E-15 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 ProSiteProfiles PS50110 Response regulatory domain profile. 2 121 19.584 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 PANTHER PTHR43412 1 172 1.8E-31 T 17-09-2021 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 PANTHER PTHR43412:SF1 1 172 1.8E-31 T 17-09-2021 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 SUPERFAMILY SSF52172 1 132 1.39E-20 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 SMART SM00448 1 117 6.7E-11 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00173 48a0acc9da6c8636da51723dfecab181 173 Gene3D G3DSA:3.40.50.2300 1 132 1.3E-24 T 17-09-2021 +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 ProSitePatterns PS00595 Aminotransferases class-V pyridoxal-phosphate attachment site. 217 237 - T 17-09-2021 IPR020578 Aminotransferase class-V, pyridoxal-phosphate binding site +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 Gene3D G3DSA:3.90.1150.10 25 415 2.2E-98 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 SUPERFAMILY SSF53383 23 421 2.04E-80 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 Gene3D G3DSA:3.40.640.10 43 301 2.2E-98 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 PANTHER PTHR43586:SF8 25 423 8.2E-81 T 17-09-2021 +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 PANTHER PTHR43586 25 423 8.2E-81 T 17-09-2021 +MGYG000000001_02086 8f1b38bbc2f142a9878159d9c290c9cf 424 Pfam PF00266 Aminotransferase class-V 25 414 8.2E-79 T 17-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 ProSitePatterns PS00665 Dihydrodipicolinate synthase signature 1. 44 61 - T 17-09-2021 IPR020624 Schiff base-forming aldolase, conserved site GO:0016829 KEGG: 00261+4.3.3.7|KEGG: 00300+4.3.3.7|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 PIRSF PIRSF001365 5 300 2.2E-73 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 PRINTS PR00146 Dihydrodipicolinate synthase signature 109 125 1.4E-16 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 PRINTS PR00146 Dihydrodipicolinate synthase signature 77 95 1.4E-16 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 PRINTS PR00146 Dihydrodipicolinate synthase signature 41 62 1.4E-16 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 PRINTS PR00146 Dihydrodipicolinate synthase signature 134 151 1.4E-16 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 Gene3D G3DSA:3.20.20.70 3 294 1.7E-86 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 Pfam PF00701 Dihydrodipicolinate synthetase family 8 285 4.5E-62 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 SUPERFAMILY SSF51569 5 288 1.15E-76 T 17-09-2021 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 PANTHER PTHR42849 8 293 7.0E-66 T 17-09-2021 IPR005264 N-acetylneuraminate lyase GO:0005975|GO:0008747 KEGG: 00520+4.1.3.3|MetaCyc: PWY-7581|Reactome: R-HSA-4085001 +MGYG000000001_01954 e2ab2d429105522e5ba5e715695f6bb7 304 SMART SM01130 7 295 5.7E-75 T 17-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_01216 31a9384cc5dc5e43b22b99d1670c3eb6 236 PANTHER PTHR30616 14 233 5.0E-62 T 17-09-2021 IPR003730 Multi-copper polyphenol oxidoreductase +MGYG000000001_01216 31a9384cc5dc5e43b22b99d1670c3eb6 236 TIGRFAM TIGR00726 TIGR00726: YfiH family protein 12 232 1.9E-52 T 17-09-2021 IPR003730 Multi-copper polyphenol oxidoreductase +MGYG000000001_01216 31a9384cc5dc5e43b22b99d1670c3eb6 236 Gene3D G3DSA:3.60.140.10 8 236 1.8E-61 T 17-09-2021 IPR038371 Multi-copper polyphenol oxidoreductase superfamily +MGYG000000001_01216 31a9384cc5dc5e43b22b99d1670c3eb6 236 Pfam PF02578 Multi-copper polyphenol oxidoreductase laccase 30 231 1.5E-54 T 17-09-2021 IPR003730 Multi-copper polyphenol oxidoreductase +MGYG000000001_01216 31a9384cc5dc5e43b22b99d1670c3eb6 236 CDD cd16833 YfiH 53 220 1.47756E-78 T 17-09-2021 IPR003730 Multi-copper polyphenol oxidoreductase +MGYG000000001_01216 31a9384cc5dc5e43b22b99d1670c3eb6 236 SUPERFAMILY SSF64438 20 232 2.2E-59 T 17-09-2021 IPR011324 Cytotoxic necrotizing factor-like, catalytic +MGYG000000001_01312 706340ca20f967c4bbe09d26e364e9ae 75 Hamap MF_00088 UPF0109 protein . 1 75 22.292 T 17-09-2021 IPR020627 Uncharacterised protein family UPF0109 +MGYG000000001_01312 706340ca20f967c4bbe09d26e364e9ae 75 Pfam PF13083 KH domain 2 74 2.5E-25 T 17-09-2021 +MGYG000000001_01312 706340ca20f967c4bbe09d26e364e9ae 75 SUPERFAMILY SSF54814 15 59 9.16E-7 T 17-09-2021 IPR009019 K homology domain superfamily, prokaryotic type GO:0003723 +MGYG000000001_01312 706340ca20f967c4bbe09d26e364e9ae 75 Gene3D G3DSA:3.30.300.20 1 75 1.2E-6 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_01312 706340ca20f967c4bbe09d26e364e9ae 75 ProSiteProfiles PS50084 Type-1 KH domain profile. 29 75 8.282 T 17-09-2021 +MGYG000000001_01312 706340ca20f967c4bbe09d26e364e9ae 75 PANTHER PTHR34654 1 75 2.6E-25 T 17-09-2021 IPR020627 Uncharacterised protein family UPF0109 +MGYG000000001_00753 243180e7c10a75cb49998addb1f9c7c9 349 Pfam PF01208 Uroporphyrinogen decarboxylase (URO-D) 81 273 5.5E-13 T 17-09-2021 IPR000257 Uroporphyrinogen decarboxylase (URO-D) GO:0004853|GO:0006779 KEGG: 00860+4.1.1.37|MetaCyc: PWY-5531|MetaCyc: PWY-7159|MetaCyc: PWY-7766|Reactome: R-HSA-189451 +MGYG000000001_00753 243180e7c10a75cb49998addb1f9c7c9 349 Gene3D G3DSA:3.20.20.210 31 340 9.3E-39 T 17-09-2021 IPR038071 UROD/MetE-like superfamily Reactome: R-HSA-189451 +MGYG000000001_00753 243180e7c10a75cb49998addb1f9c7c9 349 PANTHER PTHR47099 137 284 6.2E-13 T 17-09-2021 +MGYG000000001_00753 243180e7c10a75cb49998addb1f9c7c9 349 SUPERFAMILY SSF51726 35 339 2.88E-25 T 17-09-2021 IPR038071 UROD/MetE-like superfamily Reactome: R-HSA-189451 +MGYG000000001_00785 cf9cd335869ac96dcabf1533c155b9a4 182 PANTHER PTHR36834:SF2 6 177 4.0E-27 T 17-09-2021 +MGYG000000001_00785 cf9cd335869ac96dcabf1533c155b9a4 182 PANTHER PTHR36834 6 177 4.0E-27 T 17-09-2021 +MGYG000000001_00785 cf9cd335869ac96dcabf1533c155b9a4 182 Pfam PF04892 VanZ like family 16 145 1.8E-23 T 17-09-2021 IPR006976 VanZ-like +MGYG000000001_01087 c9f554e95cc18d1c49df4ee5dccf70dc 935 Coils Coil 43 63 - T 17-09-2021 +MGYG000000001_01087 c9f554e95cc18d1c49df4ee5dccf70dc 935 SUPERFAMILY SSF48371 492 775 2.65E-12 T 17-09-2021 IPR016024 Armadillo-type fold +MGYG000000001_01087 c9f554e95cc18d1c49df4ee5dccf70dc 935 Gene3D G3DSA:1.25.10.10 419 794 1.7E-6 T 17-09-2021 IPR011989 Armadillo-like helical +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 Hamap MF_00005 Argininosuccinate synthase [argG]. 2 397 50.784 T 17-09-2021 IPR023434 Argininosuccinate synthase, type 1 subfamily GO:0004055 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 TIGRFAM TIGR00032 argG: argininosuccinate synthase 4 396 4.6E-142 T 17-09-2021 IPR001518 Argininosuccinate synthase GO:0004055|GO:0005524|GO:0006526 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 Gene3D G3DSA:3.40.50.620 5 172 5.5E-150 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 ProSitePatterns PS00564 Argininosuccinate synthase signature 1. 8 16 - T 17-09-2021 IPR018223 Argininosuccinate synthase, conserved site GO:0004055|GO:0005524|GO:0006526 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 Gene3D G3DSA:3.90.1260.10 63 352 5.5E-150 T 17-09-2021 IPR024074 Argininosuccinate synthetase, catalytic/multimerisation domain body GO:0004055 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 SUPERFAMILY SSF52402 2 165 2.28E-43 T 17-09-2021 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 PANTHER PTHR11587 2 398 1.5E-164 T 17-09-2021 IPR001518 Argininosuccinate synthase GO:0004055|GO:0005524|GO:0006526 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 Gene3D G3DSA:1.20.5.470 373 398 1.0E-8 T 17-09-2021 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 PANTHER PTHR11587:SF2 2 398 1.5E-164 T 17-09-2021 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 CDD cd01999 Argininosuccinate_Synthase 5 388 0.0 T 17-09-2021 IPR023434 Argininosuccinate synthase, type 1 subfamily GO:0004055 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 ProSitePatterns PS00565 Argininosuccinate synthase signature 2. 116 127 - T 17-09-2021 IPR018223 Argininosuccinate synthase, conserved site GO:0004055|GO:0005524|GO:0006526 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 SUPERFAMILY SSF69864 171 397 1.57E-84 T 17-09-2021 IPR024074 Argininosuccinate synthetase, catalytic/multimerisation domain body GO:0004055 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_00849 c12dc083043a87970fd45796a078b163 406 Pfam PF00764 Arginosuccinate synthase 6 391 9.9E-153 T 17-09-2021 IPR001518 Argininosuccinate synthase GO:0004055|GO:0005524|GO:0006526 KEGG: 00220+6.3.4.5|KEGG: 00250+6.3.4.5|MetaCyc: PWY-4983|MetaCyc: PWY-4984|MetaCyc: PWY-5|MetaCyc: PWY-5154|MetaCyc: PWY-7400|Reactome: R-HSA-70635 +MGYG000000001_01152 f7016639bf7ef54bac10f19b6f009a5b 89 Pfam PF03319 Ethanolamine utilisation protein EutN/carboxysome 1 83 1.5E-29 T 17-09-2021 IPR004992 Ethanolamine utilization protein EutN/carboxysome structural protein Ccml +MGYG000000001_01152 f7016639bf7ef54bac10f19b6f009a5b 89 Gene3D G3DSA:2.40.50.220 1 89 1.5E-31 T 17-09-2021 IPR036677 EutN/Ccml superfamily +MGYG000000001_01152 f7016639bf7ef54bac10f19b6f009a5b 89 SUPERFAMILY SSF159133 1 88 2.22E-28 T 17-09-2021 IPR036677 EutN/Ccml superfamily +MGYG000000001_01152 f7016639bf7ef54bac10f19b6f009a5b 89 CDD cd01614 EutN_CcmL 1 83 1.64077E-30 T 17-09-2021 IPR004992 Ethanolamine utilization protein EutN/carboxysome structural protein Ccml +MGYG000000001_01152 f7016639bf7ef54bac10f19b6f009a5b 89 PANTHER PTHR36539:SF1 1 88 2.0E-27 T 17-09-2021 +MGYG000000001_01152 f7016639bf7ef54bac10f19b6f009a5b 89 PANTHER PTHR36539 1 88 2.0E-27 T 17-09-2021 IPR004992 Ethanolamine utilization protein EutN/carboxysome structural protein Ccml +MGYG000000001_01568 fb67f728e8160775e27105298945eed6 174 Pfam PF12850 Calcineurin-like phosphoesterase superfamily domain 1 130 1.3E-24 T 17-09-2021 IPR024654 Calcineurin-like phosphoesterase domain, lpxH-type Reactome: R-HSA-3238698 +MGYG000000001_01568 fb67f728e8160775e27105298945eed6 174 Gene3D G3DSA:3.60.21.10 1 166 4.9E-27 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_01568 fb67f728e8160775e27105298945eed6 174 TIGRFAM TIGR00040 yfcE: phosphodiesterase, MJ0936 family 1 131 3.9E-22 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_01568 fb67f728e8160775e27105298945eed6 174 PANTHER PTHR11124 2 138 1.2E-33 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_01568 fb67f728e8160775e27105298945eed6 174 PANTHER PTHR11124:SF23 2 138 1.2E-33 T 17-09-2021 +MGYG000000001_01568 fb67f728e8160775e27105298945eed6 174 SUPERFAMILY SSF56300 1 139 1.36E-27 T 17-09-2021 +MGYG000000001_00076 4f2accfb93a46ce947c68c1f3b626183 194 Gene3D G3DSA:1.20.120.1760 7 193 2.4E-28 T 17-09-2021 +MGYG000000001_00076 4f2accfb93a46ce947c68c1f3b626183 194 Pfam PF01066 CDP-alcohol phosphatidyltransferase 28 90 6.8E-11 T 17-09-2021 IPR000462 CDP-alcohol phosphatidyltransferase GO:0008654|GO:0016020|GO:0016780 +MGYG000000001_00076 4f2accfb93a46ce947c68c1f3b626183 194 ProSitePatterns PS00379 CDP-alcohol phosphatidyltransferases signature. 68 90 - T 17-09-2021 IPR000462 CDP-alcohol phosphatidyltransferase GO:0008654|GO:0016020|GO:0016780 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 SUPERFAMILY SSF51569 6 287 5.86E-86 T 17-09-2021 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 ProSitePatterns PS00815 Alpha-isopropylmalate and homocitrate synthases signature 1. 19 35 - T 17-09-2021 IPR002034 Alpha-isopropylmalate/homocitrate synthase, conserved site GO:0019752|GO:0046912 KEGG: 00290+2.3.3.13|KEGG: 00620+2.3.3.13|MetaCyc: PWY-6871 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 Gene3D G3DSA:1.10.238.260 276 384 6.5E-30 T 17-09-2021 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 ProSiteProfiles PS50991 Pyruvate carboxyltransferase domain. 12 263 39.811 T 17-09-2021 IPR000891 Pyruvate carboxyltransferase GO:0003824 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 Pfam PF00682 HMGL-like 12 269 7.9E-80 T 17-09-2021 IPR000891 Pyruvate carboxyltransferase GO:0003824 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 CDD cd07939 DRE_TIM_NifV 14 272 3.27128E-153 T 17-09-2021 IPR013477 Homocitrate synthase NifV-like GO:0046912|GO:0051188 KEGG: 00300+2.3.3.14|KEGG: 00620+2.3.3.14|MetaCyc: PWY-3081|MetaCyc: PWY-7710 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 ProSitePatterns PS00816 Alpha-isopropylmalate and homocitrate synthases signature 2. 198 211 - T 17-09-2021 IPR002034 Alpha-isopropylmalate/homocitrate synthase, conserved site GO:0019752|GO:0046912 KEGG: 00290+2.3.3.13|KEGG: 00620+2.3.3.13|MetaCyc: PWY-6871 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 PANTHER PTHR42880 8 380 8.0E-156 T 17-09-2021 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 Gene3D G3DSA:3.20.20.70 4 274 3.9E-89 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 TIGRFAM TIGR02660 nifV_homocitr: homocitrate synthase 12 375 2.2E-156 T 17-09-2021 IPR013477 Homocitrate synthase NifV-like GO:0046912|GO:0051188 KEGG: 00300+2.3.3.14|KEGG: 00620+2.3.3.14|MetaCyc: PWY-3081|MetaCyc: PWY-7710 +MGYG000000001_01632 b077d97217f2d16f0714bcfb5626d721 385 PANTHER PTHR42880:SF1 8 380 8.0E-156 T 17-09-2021 +MGYG000000001_00302 e000f81a0e6327fbcd53415ff3b25499 162 TIGRFAM TIGR03426 shape_MreD: rod shape-determining protein MreD 2 152 7.2E-13 T 17-09-2021 IPR007227 Cell shape-determining protein MreD GO:0008360|GO:0016021 +MGYG000000001_00302 e000f81a0e6327fbcd53415ff3b25499 162 Pfam PF04093 rod shape-determining protein MreD 3 153 7.4E-9 T 17-09-2021 IPR007227 Cell shape-determining protein MreD GO:0008360|GO:0016021 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 CDD cd01298 ATZ_TRZ_like 2 420 1.01976E-120 T 17-09-2021 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 TIGRFAM TIGR03314 Se_ssnA: putative selenium metabolism protein SsnA 2 442 3.3E-184 T 17-09-2021 IPR017700 Putative aminohydrolase SsnA +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 Gene3D G3DSA:3.20.20.140 60 358 2.0E-106 T 17-09-2021 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 SUPERFAMILY SSF51338 1 439 1.92E-26 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 Pfam PF01979 Amidohydrolase family 56 413 2.1E-45 T 17-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 SUPERFAMILY SSF51556 59 338 5.11E-77 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 PANTHER PTHR43794:SF11 3 441 1.3E-86 T 17-09-2021 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 Gene3D G3DSA:2.30.40.10 4 430 2.0E-106 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00108 e8f843d1f8aa607ef3c6aaffd68d0c31 442 PANTHER PTHR43794 3 441 1.3E-86 T 17-09-2021 +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 Pfam PF00291 Pyridoxal-phosphate dependent enzyme 8 286 1.0E-66 T 17-09-2021 IPR001926 Pyridoxal-phosphate dependent enzyme +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 PANTHER PTHR10314 2 295 8.5E-113 T 17-09-2021 +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 PANTHER PTHR10314:SF185 2 295 8.5E-113 T 17-09-2021 +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 SUPERFAMILY SSF53686 2 295 5.5E-93 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 Gene3D G3DSA:3.40.50.1100 5 294 7.1E-111 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 TIGRFAM TIGR01136 cysKM: cysteine synthase 7 298 6.1E-116 T 17-09-2021 IPR005856 Cysteine synthase GO:0004124|GO:0006535 KEGG: 00270+2.5.1.47|KEGG: 00920+2.5.1.47|MetaCyc: PWY-6936 +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 CDD cd01561 CBS_like 11 294 6.73428E-147 T 17-09-2021 +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 TIGRFAM TIGR01139 cysK: cysteine synthase A 8 298 6.9E-114 T 17-09-2021 IPR005859 Cysteine synthase CysK GO:0004124|GO:0006535 KEGG: 00270+2.5.1.47|KEGG: 00920+2.5.1.47|MetaCyc: PWY-6936 +MGYG000000001_00560 c96300c5c7323bb20f3727ab69380cd7 298 Gene3D G3DSA:3.40.50.1100 41 140 7.1E-111 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Pfam PF00877 NlpC/P60 family 266 375 4.1E-29 T 17-09-2021 IPR000064 Endopeptidase, NLPC/P60 domain +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 PANTHER PTHR34408 24 92 1.7E-58 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 PANTHER PTHR34408 95 250 1.7E-58 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 PANTHER PTHR34408 261 354 1.7E-58 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 SUPERFAMILY SSF50044 125 160 2.91E-5 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 ProSiteProfiles PS51781 SH3b domain profile. 100 162 20.943 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 SMART SM00287 100 162 1.2E-18 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 SMART SM00287 32 92 6.0E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 SMART SM00287 177 239 4.6E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Pfam PF08239 Bacterial SH3 domain 40 89 7.6E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Pfam PF08239 Bacterial SH3 domain 109 158 1.3E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Pfam PF08239 Bacterial SH3 domain 185 235 1.4E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Gene3D G3DSA:2.30.30.40 181 236 2.2E-20 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Gene3D G3DSA:2.30.30.40 37 90 3.7E-20 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 ProSiteProfiles PS51781 SH3b domain profile. 31 93 18.014 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Gene3D G3DSA:2.30.30.40 98 169 1.1E-20 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 Gene3D G3DSA:3.90.1720.10 245 377 2.1E-46 T 17-09-2021 +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 ProSiteProfiles PS51781 SH3b domain profile. 177 239 18.512 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00205 200b0b33af7f402fb2d28c0c090f592f 377 SUPERFAMILY SSF54001 248 376 3.68E-44 T 17-09-2021 IPR038765 Papain-like cysteine peptidase superfamily +MGYG000000001_01664 690c607fa26fae3e14b6a6e5ecf96589 283 CDD cd16380 YitT_C 196 280 8.22722E-38 T 17-09-2021 +MGYG000000001_01664 690c607fa26fae3e14b6a6e5ecf96589 283 PANTHER PTHR33545 3 281 3.6E-75 T 17-09-2021 +MGYG000000001_01664 690c607fa26fae3e14b6a6e5ecf96589 283 Pfam PF10035 Uncharacterized protein conserved in bacteria (DUF2179) 223 277 1.7E-22 T 17-09-2021 IPR019264 Domain of unknown function DUF2179 +MGYG000000001_01664 690c607fa26fae3e14b6a6e5ecf96589 283 Gene3D G3DSA:3.30.70.120 194 270 6.8E-28 T 17-09-2021 IPR015867 Nitrogen regulatory protein PII/ATP phosphoribosyltransferase, C-terminal +MGYG000000001_01664 690c607fa26fae3e14b6a6e5ecf96589 283 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 10 217 9.6E-58 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_01664 690c607fa26fae3e14b6a6e5ecf96589 283 PIRSF PIRSF006483 1 283 2.5E-87 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 SUPERFAMILY SSF52540 3 230 1.57E-60 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 5 221 4.26932E-88 T 17-09-2021 +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 239 23.583 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 ProSitePatterns PS00211 ABC transporters family signature. 139 153 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 Gene3D G3DSA:3.40.50.300 1 257 1.7E-64 T 17-09-2021 +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 PANTHER PTHR42771 2 249 6.7E-94 T 17-09-2021 +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 SMART SM00382 27 216 8.3E-14 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00983 bdeb342e3519fb003baef7761098a232 259 Pfam PF00005 ABC transporter 19 166 7.0E-31 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01600 d8d4c732953d7a1286473391d72d6f42 81 TIGRFAM TIGR02888 spore_YlmC_YmxH: sporulation protein, YlmC/YmxH family 3 76 2.3E-27 T 17-09-2021 IPR014238 Sporulation protein YlmC/YmxH +MGYG000000001_01600 d8d4c732953d7a1286473391d72d6f42 81 PANTHER PTHR40061 2 78 1.2E-24 T 17-09-2021 IPR014238 Sporulation protein YlmC/YmxH +MGYG000000001_01600 d8d4c732953d7a1286473391d72d6f42 81 Gene3D G3DSA:2.30.30.240 1 78 5.6E-7 T 17-09-2021 +MGYG000000001_01600 d8d4c732953d7a1286473391d72d6f42 81 SUPERFAMILY SSF50346 2 75 7.06E-13 T 17-09-2021 IPR011033 PRC-barrel-like superfamily +MGYG000000001_01600 d8d4c732953d7a1286473391d72d6f42 81 Pfam PF05239 PRC-barrel domain 2 78 1.2E-13 T 17-09-2021 IPR027275 PRC-barrel domain +MGYG000000001_01408 b959874f207d4d016f0f71de6df0f9b3 173 PANTHER PTHR40032 5 161 2.6E-27 T 17-09-2021 +MGYG000000001_01408 b959874f207d4d016f0f71de6df0f9b3 173 Pfam PF12671 Putative amidase domain 7 162 1.3E-42 T 17-09-2021 IPR024301 Putative amidase domain +MGYG000000001_00399 8d46573edb3032125f264ee252dc1b77 335 Pfam PF05580 SpoIVB peptidase S55 141 333 3.8E-56 T 17-09-2021 IPR008763 Peptidase S55, SpoIVB +MGYG000000001_00399 8d46573edb3032125f264ee252dc1b77 335 Coils Coil 250 270 - T 17-09-2021 +MGYG000000001_00399 8d46573edb3032125f264ee252dc1b77 335 Gene3D G3DSA:2.30.42.10 55 137 2.1E-5 T 17-09-2021 +MGYG000000001_00399 8d46573edb3032125f264ee252dc1b77 335 ProSiteProfiles PS51494 SpoIVB peptidase domain profile. 115 335 38.782 T 17-09-2021 IPR008763 Peptidase S55, SpoIVB +MGYG000000001_00399 8d46573edb3032125f264ee252dc1b77 335 SUPERFAMILY SSF50156 59 127 1.73E-7 T 17-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 PANTHER PTHR30050:SF4 71 329 2.4E-45 T 17-09-2021 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 Coils Coil 3 30 - T 17-09-2021 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 SUPERFAMILY SSF52540 161 318 7.62E-19 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 Gene3D G3DSA:3.40.50.300 140 329 5.4E-39 T 17-09-2021 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 Pfam PF01695 IstB-like ATP binding protein 175 300 4.0E-15 T 17-09-2021 IPR002611 IstB-like ATP-binding protein GO:0005524 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 Coils Coil 67 87 - T 17-09-2021 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 CDD cd00009 AAA 187 310 2.07944E-9 T 17-09-2021 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 PANTHER PTHR30050 71 329 2.4E-45 T 17-09-2021 +MGYG000000001_00913 387466f17f2ae9e363c86b7d69dc9bfc 329 SMART SM00382 184 320 1.8E-4 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01184 a02c7b1bb4af9ded2aabb0b9377b66ef 372 Gene3D G3DSA:3.40.50.1400 80 269 1.7E-5 T 17-09-2021 +MGYG000000001_01184 a02c7b1bb4af9ded2aabb0b9377b66ef 372 SUPERFAMILY SSF53800 82 253 7.72E-10 T 17-09-2021 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PRINTS PR00151 Porphobilinogen deaminase signature 141 158 7.8E-37 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PRINTS PR00151 Porphobilinogen deaminase signature 228 245 7.8E-37 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PRINTS PR00151 Porphobilinogen deaminase signature 42 62 7.8E-37 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PRINTS PR00151 Porphobilinogen deaminase signature 73 92 7.8E-37 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PRINTS PR00151 Porphobilinogen deaminase signature 122 139 7.8E-37 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 TIGRFAM TIGR00212 hemC: hydroxymethylbilane synthase 4 295 3.1E-107 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Coils Coil 210 230 - T 17-09-2021 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Gene3D G3DSA:3.40.190.10 100 200 4.4E-82 T 17-09-2021 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Gene3D G3DSA:3.30.160.40 219 296 2.2E-16 T 17-09-2021 IPR036803 Porphobilinogen deaminase, C-terminal domain superfamily GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 SUPERFAMILY SSF54782 219 296 6.54E-19 T 17-09-2021 IPR036803 Porphobilinogen deaminase, C-terminal domain superfamily GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Pfam PF03900 Porphobilinogen deaminase, C-terminal domain 225 292 3.0E-13 T 17-09-2021 IPR022418 Porphobilinogen deaminase, C-terminal GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Pfam PF01379 Porphobilinogen deaminase, dipyromethane cofactor binding domain 4 211 9.8E-80 T 17-09-2021 IPR022417 Porphobilinogen deaminase, N-terminal GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Gene3D G3DSA:3.40.190.10 4 207 4.4E-82 T 17-09-2021 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 Hamap MF_00260 Porphobilinogen deaminase [hemC]. 2 295 36.778 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 ProSitePatterns PS00533 Porphobilinogen deaminase cofactor-binding site. 229 245 - T 17-09-2021 IPR022419 Porphobilinogen deaminase, dipyrromethane cofactor binding site GO:0004418|GO:0018160|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 SUPERFAMILY SSF53850 1 216 8.03E-78 T 17-09-2021 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PIRSF PIRSF001438 1 299 3.1E-110 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 CDD cd13646 PBP2_EcHMBS_like 2 276 1.2091E-128 T 17-09-2021 +MGYG000000001_02182 0a9b5165f1490850f14b545c9994159c 301 PANTHER PTHR11557 2 295 3.0E-103 T 17-09-2021 IPR000860 Porphobilinogen deaminase GO:0004418|GO:0033014 KEGG: 00860+2.5.1.61|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 Pfam PF01047 MarR family 45 91 5.8E-8 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 ProSiteProfiles PS50995 MarR-type HTH domain profile. 9 139 22.974 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 SUPERFAMILY SSF46785 10 140 7.31E-22 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 PRINTS PR00598 Bacterial regulatory protein MarR family signature 51 67 1.9E-9 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 PRINTS PR00598 Bacterial regulatory protein MarR family signature 68 83 1.9E-9 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 PRINTS PR00598 Bacterial regulatory protein MarR family signature 87 103 1.9E-9 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 PANTHER PTHR42756 8 113 2.7E-17 T 17-09-2021 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 SMART SM00347 26 127 7.4E-12 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_03028 600c943a88b343c81ee22a77509e6711 144 Gene3D G3DSA:1.10.10.10 5 144 1.0E-22 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 ProSitePatterns PS00211 ABC transporters family signature. 138 152 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 SMART SM00382 27 213 6.7E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 CDD cd03225 ABC_cobalt_CbiO_domain1 3 214 4.35152E-90 T 17-09-2021 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 Pfam PF00005 ABC transporter 19 166 4.2E-30 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 Gene3D G3DSA:3.40.50.300 2 246 2.4E-67 T 17-09-2021 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 237 22.316 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 PANTHER PTHR43553 1 249 4.4E-81 T 17-09-2021 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 TIGRFAM TIGR01166 cbiO: cobalt ABC transporter, ATP-binding protein 11 200 1.1E-69 T 17-09-2021 IPR005876 Cobalt transport protein ATP-binding subunit GO:0006824 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 PANTHER PTHR43553:SF16 1 249 4.4E-81 T 17-09-2021 +MGYG000000001_02786 5e104c87c89949e906b31fb6cf0f5ae9 272 SUPERFAMILY SSF52540 1 230 3.25E-58 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02224 ab8efab7da64b4ec614703860294acfd 139 MobiDBLite mobidb-lite consensus disorder prediction 121 139 - T 17-09-2021 +MGYG000000001_02224 ab8efab7da64b4ec614703860294acfd 139 Coils Coil 64 84 - T 17-09-2021 +MGYG000000001_02224 ab8efab7da64b4ec614703860294acfd 139 MobiDBLite mobidb-lite consensus disorder prediction 85 139 - T 17-09-2021 +MGYG000000001_02174 cddbb69a394154f327be9175963a9145 410 PANTHER PTHR43021:SF3 6 408 1.0E-91 T 17-09-2021 +MGYG000000001_02174 cddbb69a394154f327be9175963a9145 410 PANTHER PTHR43021 6 408 1.0E-91 T 17-09-2021 +MGYG000000001_02174 cddbb69a394154f327be9175963a9145 410 Pfam PF00999 Sodium/hydrogen exchanger family 9 377 5.1E-24 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_02174 cddbb69a394154f327be9175963a9145 410 Gene3D G3DSA:1.20.1530.20 3 399 2.3E-33 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Pfam PF02738 Molybdopterin-binding domain of aldehyde dehydrogenase 302 773 1.6E-110 T 17-09-2021 IPR008274 Aldehyde oxidase/xanthine dehydrogenase, molybdopterin binding GO:0016491|GO:0055114 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Pfam PF01799 [2Fe-2S] binding domain 70 141 5.2E-25 T 17-09-2021 IPR002888 [2Fe-2S]-binding GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 ProSitePatterns PS00197 2Fe-2S ferredoxin-type iron-sulfur binding region signature. 36 44 - T 17-09-2021 IPR006058 2Fe-2S ferredoxin, iron-sulphur binding site GO:0051537 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 PANTHER PTHR11908 32 849 1.9E-258 T 17-09-2021 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 SUPERFAMILY SSF47741 70 155 8.22E-26 T 17-09-2021 IPR036884 [2Fe-2S]-binding domain superfamily +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Gene3D G3DSA:3.10.20.30 1 73 5.1E-20 T 17-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 SUPERFAMILY SSF56003 290 844 5.76E-142 T 17-09-2021 IPR037165 Aldehyde oxidase/xanthine dehydrogenase, molybdopterin binding domain superfamily GO:0016491|GO:0055114 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 ProSiteProfiles PS51085 2Fe-2S ferredoxin-type iron-sulfur binding domain profile. 1 74 10.409 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Gene3D G3DSA:1.10.150.120 75 150 8.6E-26 T 17-09-2021 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 TIGRFAM TIGR03311 Se_dep_XDH: selenium-dependent xanthine dehydrogenase 3 851 0.0 T 17-09-2021 IPR017697 Selenium-dependent xanthine dehydrogenase +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 CDD cd00207 fer2 11 49 0.0016807 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 SUPERFAMILY SSF54292 13 75 2.75E-16 T 17-09-2021 IPR036010 2Fe-2S ferredoxin-like superfamily GO:0009055|GO:0051536 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 PANTHER PTHR11908:SF136 32 849 1.9E-258 T 17-09-2021 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 SUPERFAMILY SSF54665 137 286 3.66E-37 T 17-09-2021 IPR036856 Aldehyde oxidase/xanthine dehydrogenase, a/b hammerhead superfamily +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Gene3D G3DSA:3.30.365.10 151 849 5.3E-175 T 17-09-2021 +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 SMART SM01008 177 285 1.2E-36 T 17-09-2021 IPR000674 Aldehyde oxidase/xanthine dehydrogenase, a/b hammerhead +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Pfam PF01315 Aldehyde oxidase and xanthine dehydrogenase, a/b hammerhead domain 178 284 5.9E-23 T 17-09-2021 IPR000674 Aldehyde oxidase/xanthine dehydrogenase, a/b hammerhead +MGYG000000001_00112 2246af9cf8421889f9950da709483d56 853 Pfam PF00111 2Fe-2S iron-sulfur cluster binding domain 12 52 9.0E-6 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_02022 16f4453907531639bd5129ec555f8dfa 420 Pfam PF13346 ABC-2 family transporter protein 3 230 7.2E-21 T 17-09-2021 IPR025699 ABC-2 membrane transporter-like +MGYG000000001_02226 239a1e1baef18b838169a5ed0cb2c491 337 SUPERFAMILY SSF50939 97 307 2.78E-6 T 17-09-2021 IPR036278 Sialidase superfamily KEGG: 00511+3.2.1.18|KEGG: 00600+3.2.1.18|Reactome: R-HSA-1660662|Reactome: R-HSA-4085001 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 SUPERFAMILY SSF51998 131 762 2.75E-153 T 17-09-2021 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 Pfam PF13597 Anaerobic ribonucleoside-triphosphate reductase 126 781 8.9E-212 T 17-09-2021 IPR012833 Ribonucleoside-triphosphate reductase, anaerobic GO:0006260|GO:0008998|GO:0016491|GO:0055114 KEGG: 00230+1.1.98.6|KEGG: 00240+1.1.98.6|MetaCyc: PWY-7187|MetaCyc: PWY-7220|MetaCyc: PWY-7222 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 ProSiteProfiles PS51161 ATP-cone domain profile. 3 100 17.483 T 17-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 TIGRFAM TIGR02487 NrdD: anaerobic ribonucleoside-triphosphate reductase 300 781 1.9E-145 T 17-09-2021 IPR012833 Ribonucleoside-triphosphate reductase, anaerobic GO:0006260|GO:0008998|GO:0016491|GO:0055114 KEGG: 00230+1.1.98.6|KEGG: 00240+1.1.98.6|MetaCyc: PWY-7187|MetaCyc: PWY-7220|MetaCyc: PWY-7222 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 Pfam PF03477 ATP cone domain 4 97 5.1E-17 T 17-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 CDD cd01675 RNR_III 126 762 0.0 T 17-09-2021 IPR012833 Ribonucleoside-triphosphate reductase, anaerobic GO:0006260|GO:0008998|GO:0016491|GO:0055114 KEGG: 00230+1.1.98.6|KEGG: 00240+1.1.98.6|MetaCyc: PWY-7187|MetaCyc: PWY-7220|MetaCyc: PWY-7222 +MGYG000000001_03108 1e5adce045347104ac4f41bc54c8ad80 782 PANTHER PTHR21075 1 778 9.9E-155 T 17-09-2021 +MGYG000000001_00906 f301828e3f6e6905a5e4aaa2d7f39201 493 SUPERFAMILY SSF50939 352 489 1.55E-14 T 17-09-2021 IPR036278 Sialidase superfamily KEGG: 00511+3.2.1.18|KEGG: 00600+3.2.1.18|Reactome: R-HSA-1660662|Reactome: R-HSA-4085001 +MGYG000000001_00906 f301828e3f6e6905a5e4aaa2d7f39201 493 CDD cd15482 Sialidase_non-viral 363 492 0.00573433 T 17-09-2021 +MGYG000000001_00906 f301828e3f6e6905a5e4aaa2d7f39201 493 Coils Coil 309 329 - T 17-09-2021 +MGYG000000001_00906 f301828e3f6e6905a5e4aaa2d7f39201 493 Gene3D G3DSA:2.130.10.10 322 493 1.5E-8 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 TIGRFAM TIGR01990 bPGM: beta-phosphoglucomutase 2 190 7.7E-80 T 17-09-2021 IPR010972 Beta-phosphoglucomutase GO:0000287|GO:0005975|GO:0008801 KEGG: 00500+5.4.2.6|MetaCyc: PWY-2721|MetaCyc: PWY-2722|MetaCyc: PWY-7459 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 Pfam PF13419 Haloacid dehalogenase-like hydrolase 6 188 2.9E-24 T 17-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 CDD cd02598 HAD_BPGM 4 205 2.16588E-75 T 17-09-2021 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 PANTHER PTHR18901:SF19 2 218 1.8E-81 T 17-09-2021 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 Gene3D G3DSA:1.10.150.240 15 93 3.7E-71 T 17-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 SFLD SFLDF00046 beta-phosphoglucomutase 2 216 0.0 T 17-09-2021 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 SUPERFAMILY SSF56784 1 208 4.42E-43 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 TIGRFAM TIGR01509 HAD-SF-IA-v3: HAD hydrolase, family IA, variant 3 67 189 1.4E-14 T 17-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 TIGRFAM TIGR02009 PGMB-YQAB-SF: beta-phosphoglucomutase family hydrolase 2 189 7.2E-63 T 17-09-2021 IPR010976 Beta-phosphoglucomutase hydrolase +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 Gene3D G3DSA:3.40.50.1000 3 204 3.7E-71 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 SFLD SFLDG01135 C1.5.6: HAD, Beta-PGM, Phosphatase Like 2 216 0.0 T 17-09-2021 +MGYG000000001_01233 c5f4932697d1a038d09ead4db907c21d 226 PANTHER PTHR18901 2 218 1.8E-81 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 PANTHER PTHR35936 12 272 7.4E-54 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 Gene3D G3DSA:3.40.190.10 43 264 2.4E-59 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 SUPERFAMILY SSF53850 5 267 3.6E-54 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 Gene3D G3DSA:3.40.190.10 136 229 2.4E-59 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 Pfam PF00497 Bacterial extracellular solute-binding proteins, family 3 46 267 6.9E-44 T 17-09-2021 IPR001638 Solute-binding protein family 3/N-terminal domain of MltF +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 PANTHER PTHR35936:SF17 12 272 7.4E-54 T 17-09-2021 +MGYG000000001_00427 78e14f610efb11c75c001648f4fac14f 276 SMART SM00062 45 273 2.6E-36 T 17-09-2021 IPR001638 Solute-binding protein family 3/N-terminal domain of MltF +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 PANTHER PTHR10566:SF113 4 490 1.4E-126 T 17-09-2021 +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 PANTHER PTHR10566 4 490 1.4E-126 T 17-09-2021 +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 ProSiteProfiles PS50011 Protein kinase domain profile. 123 426 11.171 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 Gene3D G3DSA:1.10.510.10 106 326 7.3E-7 T 17-09-2021 +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 SUPERFAMILY SSF56112 95 427 1.2E-26 T 17-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 CDD cd05121 ABC1_ADCK3-like 92 337 7.185E-105 T 17-09-2021 +MGYG000000001_00356 14abac06d2f66c40b65a206095d62a27 554 Pfam PF03109 ABC1 family 112 229 7.3E-37 T 17-09-2021 IPR004147 UbiB domain +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 SUPERFAMILY SSF50044 39 76 5.7E-5 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 CDD cd16913 YkuD_like 163 282 4.82461E-16 T 17-09-2021 +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 Gene3D G3DSA:2.30.30.40 77 135 7.4E-12 T 17-09-2021 +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 Gene3D G3DSA:2.30.30.40 15 76 9.2E-18 T 17-09-2021 +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 Pfam PF03734 L,D-transpeptidase catalytic domain 162 281 1.7E-15 T 17-09-2021 IPR005490 L,D-transpeptidase catalytic domain GO:0016740 +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 Pfam PF08239 Bacterial SH3 domain 79 129 1.8E-9 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 Pfam PF08239 Bacterial SH3 domain 21 71 1.0E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 Gene3D G3DSA:2.40.440.10 145 282 1.3E-20 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 PANTHER PTHR34408 21 135 9.8E-19 T 17-09-2021 +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 SUPERFAMILY SSF141523 160 281 1.01E-20 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 ProSiteProfiles PS51781 SH3b domain profile. 12 74 13.731 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 SMART SM00287 12 74 2.4E-9 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_02938 2c66d3a896a4f32e71267475109ebd72 282 SMART SM00287 78 132 4.2 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 TIGRFAM TIGR00225 prc: C-terminal processing peptidase 62 370 1.9E-99 T 17-09-2021 IPR004447 C-terminal-processing peptidase S41A GO:0006508|GO:0008236 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 SUPERFAMILY SSF52096 56 366 1.24E-70 T 17-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 SMART SM00228 106 179 1.6E-14 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 Pfam PF13180 PDZ domain 107 187 1.8E-14 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 SUPERFAMILY SSF50156 95 191 4.05E-17 T 17-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 Gene3D G3DSA:3.90.226.10 194 362 1.9E-89 T 17-09-2021 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 ProSiteProfiles PS50106 PDZ domain profile. 94 190 13.31 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 Pfam PF03572 Peptidase family S41 205 362 4.2E-51 T 17-09-2021 IPR005151 Tail specific protease GO:0006508|GO:0008236 Reactome: R-HSA-2187335|Reactome: R-HSA-2453902 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 CDD cd07560 Peptidase_S41_CPP 203 360 7.04188E-80 T 17-09-2021 IPR004447 C-terminal-processing peptidase S41A GO:0006508|GO:0008236 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 Gene3D G3DSA:3.30.750.44 62 340 1.9E-89 T 17-09-2021 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 Gene3D G3DSA:2.30.42.10 106 193 1.9E-89 T 17-09-2021 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 SMART SM00245 179 365 4.6E-56 T 17-09-2021 IPR005151 Tail specific protease GO:0006508|GO:0008236 Reactome: R-HSA-2187335|Reactome: R-HSA-2453902 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 PANTHER PTHR32060 52 367 2.6E-90 T 17-09-2021 +MGYG000000001_00743 3324f2d7dca76f074be1d778fb19b6d4 383 CDD cd00988 PDZ_CTP_protease 105 189 2.28935E-23 T 17-09-2021 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 SMART SM00954 45 164 1.7E-37 T 17-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 Coils Coil 245 265 - T 17-09-2021 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 PANTHER PTHR47837:SF1 1 219 1.7E-85 T 17-09-2021 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 Gene3D G3DSA:3.30.460.10 1 146 2.2E-48 T 17-09-2021 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 SUPERFAMILY SSF81301 6 199 2.13E-53 T 17-09-2021 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 Pfam PF04607 Region found in RelA / SpoT proteins 45 161 3.6E-35 T 17-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 CDD cd05399 NT_Rel-Spo_like 35 152 1.47354E-28 T 17-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 Gene3D G3DSA:1.10.287.860 147 200 1.9E-23 T 17-09-2021 +MGYG000000001_02831 87c1ff3340f1a845a3d602312c800ade 266 PANTHER PTHR47837 1 219 1.7E-85 T 17-09-2021 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 PANTHER PTHR30182 70 392 2.0E-146 T 17-09-2021 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 Pfam PF03315 Serine dehydratase beta chain 5 62 1.3E-17 T 17-09-2021 IPR005131 Serine dehydratase beta chain GO:0003941|GO:0006094|GO:0051539 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 Pfam PF03315 Serine dehydratase beta chain 69 115 4.2E-8 T 17-09-2021 IPR005131 Serine dehydratase beta chain GO:0003941|GO:0006094|GO:0051539 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 SUPERFAMILY SSF143548 16 116 5.23E-26 T 17-09-2021 IPR029009 Allosteric substrate binding domain superfamily Reactome: R-HSA-977347 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 TIGRFAM TIGR00720 sda_mono: L-serine ammonia-lyase 70 392 1.5E-108 T 17-09-2021 IPR004644 Iron-sulphur-dependent L-serine dehydratase single chain form GO:0003941|GO:0006094 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 PANTHER PTHR30182:SF1 70 392 2.0E-146 T 17-09-2021 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 PANTHER PTHR30182:SF1 2 70 2.0E-146 T 17-09-2021 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 PANTHER PTHR30182 2 70 2.0E-146 T 17-09-2021 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 Pfam PF03313 Serine dehydratase alpha chain 143 391 3.9E-86 T 17-09-2021 IPR005130 Serine dehydratase-like, alpha subunit +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 Gene3D G3DSA:3.30.1330.90 10 67 3.1E-18 T 17-09-2021 IPR029009 Allosteric substrate binding domain superfamily Reactome: R-HSA-977347 +MGYG000000001_00099 5e8283bf2f7a758834f45141adf0911f 397 Gene3D G3DSA:3.30.1330.90 68 118 4.8E-8 T 17-09-2021 IPR029009 Allosteric substrate binding domain superfamily Reactome: R-HSA-977347 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 Gene3D G3DSA:2.40.40.20 417 533 1.4E-41 T 17-09-2021 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 Gene3D G3DSA:3.40.50.740 185 374 2.2E-140 T 17-09-2021 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 Pfam PF01568 Molydopterin dinucleotide binding domain 420 527 8.2E-28 T 17-09-2021 IPR006657 Molybdopterin dinucleotide-binding domain GO:0016491|GO:0043546|GO:0055114 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 PANTHER PTHR43105:SF6 2 536 1.4E-172 T 17-09-2021 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 ProSitePatterns PS00932 Prokaryotic molybdopterin oxidoreductases signature 3. 460 487 - T 17-09-2021 IPR006655 Molybdopterin oxidoreductase, prokaryotic, conserved site GO:0016491|GO:0055114 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 SUPERFAMILY SSF50692 384 532 2.49E-43 T 17-09-2021 IPR009010 Aspartate decarboxylase-like domain superfamily +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 SUPERFAMILY SSF53706 2 438 1.09E-137 T 17-09-2021 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 TIGRFAM TIGR01591 Fdh-alpha: formate dehydrogenase, alpha subunit 1 530 1.2E-209 T 17-09-2021 IPR006478 Formate dehydrogenase, alpha subunit GO:0008863|GO:0015942|GO:0055114 KEGG: 00630+1.17.1.9|KEGG: 00680+1.17.1.9|MetaCyc: PWY-1881|MetaCyc: PWY-5497|MetaCyc: PWY-6696|MetaCyc: PWY-7985 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 Coils Coil 533 553 - T 17-09-2021 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 CDD cd02790 MopB_CT_Formate-Dh_H 416 532 3.01809E-56 T 17-09-2021 IPR041925 Formate dehydrogenase H, molybdopterin-binding domain KEGG: 00630+1.17.1.9|KEGG: 00680+1.17.1.9|MetaCyc: PWY-1881|MetaCyc: PWY-5497|MetaCyc: PWY-6696|MetaCyc: PWY-7985 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 Pfam PF00384 Molybdopterin oxidoreductase 1 331 6.3E-74 T 17-09-2021 IPR006656 Molybdopterin oxidoreductase GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 Gene3D G3DSA:3.40.228.10 1 184 2.2E-140 T 17-09-2021 +MGYG000000001_00019 7bf9d83bf94d9a0d9d6ec442250ebfc1 559 PANTHER PTHR43105 2 536 1.4E-172 T 17-09-2021 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 Coils Coil 145 153 - T 17-09-2021 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 Gene3D G3DSA:3.40.50.960 1 153 7.2E-66 T 17-09-2021 IPR036467 Lumazine/riboflavin synthase superfamily GO:0009231|GO:0009349 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 SUPERFAMILY SSF52121 2 152 8.63E-65 T 17-09-2021 IPR036467 Lumazine/riboflavin synthase superfamily GO:0009231|GO:0009349 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 PANTHER PTHR21058:SF0 4 151 2.2E-65 T 17-09-2021 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 TIGRFAM TIGR00114 lumazine-synth: 6,7-dimethyl-8-ribityllumazine synthase 12 148 4.2E-60 T 17-09-2021 IPR034964 Lumazine synthase GO:0000906|GO:0009231 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 CDD cd09209 Lumazine_synthase-I 14 146 6.43782E-80 T 17-09-2021 IPR034964 Lumazine synthase GO:0000906|GO:0009231 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 PANTHER PTHR21058 4 151 2.2E-65 T 17-09-2021 IPR034964 Lumazine synthase GO:0000906|GO:0009231 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 Hamap MF_00178 6,7-dimethyl-8-ribityllumazine synthase [ribH]. 7 152 31.013 T 17-09-2021 IPR034964 Lumazine synthase GO:0000906|GO:0009231 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02478 b2519a7213483b7a469be0b9257f0daa 153 Pfam PF00885 6,7-dimethyl-8-ribityllumazine synthase 12 149 1.7E-60 T 17-09-2021 IPR002180 Lumazine/riboflavin synthase GO:0009231|GO:0009349 KEGG: 00740+2.5.1.78|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 CDD cd02809 alpha_hydroxyacid_oxid_FMN 17 332 8.57175E-99 T 17-09-2021 IPR012133 Alpha-hydroxy acid dehydrogenase, FMN-dependent GO:0010181|GO:0016491|GO:0055114 Reactome: R-HSA-9033241 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 PIRSF PIRSF000138 2 196 3.8E-21 T 17-09-2021 IPR012133 Alpha-hydroxy acid dehydrogenase, FMN-dependent GO:0010181|GO:0016491|GO:0055114 Reactome: R-HSA-9033241 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 PIRSF PIRSF000138 184 338 1.1E-60 T 17-09-2021 IPR012133 Alpha-hydroxy acid dehydrogenase, FMN-dependent GO:0010181|GO:0016491|GO:0055114 Reactome: R-HSA-9033241 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 SUPERFAMILY SSF51395 38 336 8.79E-63 T 17-09-2021 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 PANTHER PTHR10578 4 336 4.1E-101 T 17-09-2021 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 ProSiteProfiles PS51349 FMN-dependent alpha-hydroxy acid dehydrogenase domain profile. 37 338 45.944 T 17-09-2021 IPR037396 FMN hydroxy acid dehydrogenase domain Reactome: R-HSA-9033241 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 Pfam PF01070 FMN-dependent dehydrogenase 37 178 1.8E-12 T 17-09-2021 IPR000262 FMN-dependent dehydrogenase GO:0016491 Reactome: R-HSA-9033241 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 Pfam PF01070 FMN-dependent dehydrogenase 194 336 2.1E-58 T 17-09-2021 IPR000262 FMN-dependent dehydrogenase GO:0016491 Reactome: R-HSA-9033241 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 Gene3D G3DSA:3.20.20.70 36 338 1.8E-79 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01319 baf7687adcf59b093f68dad6d9446d87 338 PANTHER PTHR10578:SF109 4 336 4.1E-101 T 17-09-2021 +MGYG000000001_00598 86b4601ba8acbed8b72851d92f48239b 85 Pfam PF08765 Mor transcription activator family 16 82 4.8E-13 T 17-09-2021 IPR014875 Mor transcription activator +MGYG000000001_00598 86b4601ba8acbed8b72851d92f48239b 85 SUPERFAMILY SSF46689 15 82 3.23E-14 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Pfam PF05192 MutS domain III 271 563 2.8E-44 T 17-09-2021 IPR007696 DNA mismatch repair protein MutS, core GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Gene3D G3DSA:3.40.50.300 572 897 1.7E-108 T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 PANTHER PTHR11361:SF130 5 840 3.4E-260 T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 TIGRFAM TIGR01070 mutS1: DNA mismatch repair protein MutS 8 823 1.2E-298 T 17-09-2021 IPR005748 DNA mismatch repair protein MutS GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Gene3D G3DSA:1.10.1420.10 267 563 5.5E-98 T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 PANTHER PTHR11361 5 840 3.4E-260 T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 SUPERFAMILY SSF53150 119 281 9.55E-31 T 17-09-2021 IPR036678 MutS, connector domain superfamily GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Hamap MF_00096 DNA mismatch repair protein MutS [mutS]. 8 938 24.699 T 17-09-2021 IPR005748 DNA mismatch repair protein MutS GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Pfam PF00488 MutS domain V 617 803 1.3E-88 T 17-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 SUPERFAMILY SSF48334 268 570 2.75E-86 T 17-09-2021 IPR036187 DNA mismatch repair protein MutS, core domain superfamily +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Pfam PF05188 MutS domain II 129 253 9.2E-13 T 17-09-2021 IPR007860 DNA mismatch repair protein MutS, connector domain GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 PIRSF PIRSF037677 3 867 4.2E-172 T 17-09-2021 IPR017261 DNA mismatch repair protein MutS/MSH GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Coils Coil 846 901 - T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Gene3D G3DSA:3.30.420.110 128 263 3.6E-21 T 17-09-2021 IPR036678 MutS, connector domain superfamily GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Gene3D G3DSA:3.40.1170.10 2 122 1.1E-46 T 17-09-2021 IPR016151 DNA mismatch repair protein MutS, N-terminal GO:0005524|GO:0006298|GO:0030983 Reactome: R-HSA-5632928 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 SMART SM00533 285 595 3.4E-100 T 17-09-2021 IPR007696 DNA mismatch repair protein MutS, core GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Gene3D G3DSA:1.10.1420.10 402 539 5.5E-98 T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 ProSitePatterns PS00486 DNA mismatch repair proteins mutS family signature. 694 710 - T 17-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 SMART SM00534 613 800 8.4E-118 T 17-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 SUPERFAMILY SSF52540 571 804 5.73E-62 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Pfam PF01624 MutS domain I 9 119 2.7E-42 T 17-09-2021 IPR007695 DNA mismatch repair protein MutS-like, N-terminal GO:0005524|GO:0006298|GO:0030983 Reactome: R-HSA-5632928 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 SUPERFAMILY SSF55271 3 116 6.41E-43 T 17-09-2021 IPR016151 DNA mismatch repair protein MutS, N-terminal GO:0005524|GO:0006298|GO:0030983 Reactome: R-HSA-5632928 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Pfam PF05190 MutS family domain IV 430 522 1.8E-25 T 17-09-2021 IPR007861 DNA mismatch repair protein MutS, clamp GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 Coils Coil 510 530 - T 17-09-2021 +MGYG000000001_01625 aef1258e3bc843dfb5e7fd148314ddbf 950 CDD cd03284 ABC_MutS1 583 799 8.81171E-136 T 17-09-2021 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 SUPERFAMILY SSF46785 24 146 2.77E-26 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 Gene3D G3DSA:1.10.10.10 13 149 7.6E-28 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 PRINTS PR00598 Bacterial regulatory protein MarR family signature 71 86 4.8E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 PRINTS PR00598 Bacterial regulatory protein MarR family signature 54 70 4.8E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 PRINTS PR00598 Bacterial regulatory protein MarR family signature 120 140 4.8E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 PRINTS PR00598 Bacterial regulatory protein MarR family signature 90 106 4.8E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 ProSiteProfiles PS50995 MarR-type HTH domain profile. 1 142 26.023 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 SMART SM00347 30 130 1.4E-20 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 PANTHER PTHR42756 19 144 4.1E-24 T 17-09-2021 +MGYG000000001_00490 118b0442679deba4e3098dc44168025d 150 Pfam PF01047 MarR family 38 94 1.1E-13 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01160 ab5b440f89cc745e384e490d01c0a7cd 167 SUPERFAMILY SSF47148 35 166 6.54E-56 T 17-09-2021 IPR036091 Propanediol/glycerol dehydratase, small subunit superfamily KEGG: 00640+4.2.1.28|MetaCyc: PWY-7013 +MGYG000000001_01160 ab5b440f89cc745e384e490d01c0a7cd 167 PIRSF PIRSF018505 1 167 4.4E-64 T 17-09-2021 IPR003207 Propanediol/glycerol dehydratase, small subunit KEGG: 00640+4.2.1.28|MetaCyc: PWY-7013 +MGYG000000001_01160 ab5b440f89cc745e384e490d01c0a7cd 167 Pfam PF02287 Dehydratase small subunit 35 166 2.4E-61 T 17-09-2021 IPR003207 Propanediol/glycerol dehydratase, small subunit KEGG: 00640+4.2.1.28|MetaCyc: PWY-7013 +MGYG000000001_01160 ab5b440f89cc745e384e490d01c0a7cd 167 Gene3D G3DSA:1.10.1510.20 77 167 4.7E-40 T 17-09-2021 IPR036091 Propanediol/glycerol dehydratase, small subunit superfamily KEGG: 00640+4.2.1.28|MetaCyc: PWY-7013 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 CDD cd03230 ABC_DR_subfamily_A 5 208 1.01844E-47 T 17-09-2021 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 Pfam PF00005 ABC transporter 21 157 7.6E-17 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 PANTHER PTHR43158 3 289 8.5E-80 T 17-09-2021 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 Gene3D G3DSA:3.40.50.300 1 232 4.3E-39 T 17-09-2021 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 230 15.033 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 PANTHER PTHR43158:SF5 3 289 8.5E-80 T 17-09-2021 +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 SMART SM00382 29 207 1.2E-5 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01580 251e75070d1802986fbb604527bbe6b5 294 SUPERFAMILY SSF52540 3 223 3.23E-39 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 CDD cd00209 DHFR 2 160 5.07464E-52 T 17-09-2021 IPR001796 Dihydrofolate reductase domain GO:0004146|GO:0046654|GO:0055114 KEGG: 00670+1.5.1.3|KEGG: 00790+1.5.1.3|MetaCyc: PWY-3841|MetaCyc: PWY-6614|Reactome: R-HSA-196757 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 PANTHER PTHR22778 1 137 2.4E-29 T 17-09-2021 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 SUPERFAMILY SSF53597 1 160 1.31E-44 T 17-09-2021 IPR024072 Dihydrofolate reductase-like domain superfamily Reactome: R-HSA-196757 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 Gene3D G3DSA:3.40.430.10 1 162 5.3E-45 T 17-09-2021 IPR024072 Dihydrofolate reductase-like domain superfamily Reactome: R-HSA-196757 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 PANTHER PTHR22778:SF16 1 137 2.4E-29 T 17-09-2021 IPR012259 Dihydrofolate reductase GO:0004146|GO:0006545|GO:0046654|GO:0050661|GO:0055114 KEGG: 00670+1.5.1.3|KEGG: 00790+1.5.1.3|MetaCyc: PWY-3841|MetaCyc: PWY-6614 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 Pfam PF00186 Dihydrofolate reductase 1 131 2.5E-40 T 17-09-2021 IPR001796 Dihydrofolate reductase domain GO:0004146|GO:0046654|GO:0055114 KEGG: 00670+1.5.1.3|KEGG: 00790+1.5.1.3|MetaCyc: PWY-3841|MetaCyc: PWY-6614|Reactome: R-HSA-196757 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 PRINTS PR00070 Dihydrofolate reductase signature 92 106 7.5E-13 T 17-09-2021 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 PRINTS PR00070 Dihydrofolate reductase signature 40 51 7.5E-13 T 17-09-2021 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 PRINTS PR00070 Dihydrofolate reductase signature 27 35 7.5E-13 T 17-09-2021 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 PRINTS PR00070 Dihydrofolate reductase signature 13 23 7.5E-13 T 17-09-2021 +MGYG000000001_01529 44cc60fbd67da8281d8119267681720b 162 ProSiteProfiles PS51330 Dihydrofolate reductase (DHFR) domain profile. 1 162 43.92 T 17-09-2021 IPR001796 Dihydrofolate reductase domain GO:0004146|GO:0046654|GO:0055114 KEGG: 00670+1.5.1.3|KEGG: 00790+1.5.1.3|MetaCyc: PWY-3841|MetaCyc: PWY-6614|Reactome: R-HSA-196757 +MGYG000000001_01903 fad7e2a4f3e16367faaef1090d43ac01 389 Pfam PF13556 PucR C-terminal helix-turn-helix domain 328 384 1.4E-18 T 17-09-2021 IPR025736 PucR C-terminal helix-turn-helix domain +MGYG000000001_01903 fad7e2a4f3e16367faaef1090d43ac01 389 PANTHER PTHR33744 157 386 1.6E-33 T 17-09-2021 +MGYG000000001_01903 fad7e2a4f3e16367faaef1090d43ac01 389 Gene3D G3DSA:1.10.10.2840 257 388 3.7E-17 T 17-09-2021 IPR042070 PucR C-terminal helix-turn-helix domain superfamily +MGYG000000001_01903 fad7e2a4f3e16367faaef1090d43ac01 389 Pfam PF17853 GGDEF-like domain 156 273 3.4E-8 T 17-09-2021 IPR041522 CdaR, GGDEF-like domain +MGYG000000001_01903 fad7e2a4f3e16367faaef1090d43ac01 389 PANTHER PTHR33744:SF1 157 386 1.6E-33 T 17-09-2021 +MGYG000000001_01903 fad7e2a4f3e16367faaef1090d43ac01 389 Pfam PF07905 Purine catabolism regulatory protein-like family 15 121 4.1E-27 T 17-09-2021 IPR012914 Purine catabolism PurC-like domain +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 PANTHER PTHR33705 1 83 2.2E-23 T 17-09-2021 +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 SUPERFAMILY SSF55594 1 82 4.32E-21 T 17-09-2021 IPR035895 HPr-like superfamily +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 PRINTS PR00107 Phosphocarrier protein signature 53 70 1.8E-12 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 PRINTS PR00107 Phosphocarrier protein signature 38 53 1.8E-12 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 PRINTS PR00107 Phosphocarrier protein signature 13 29 1.8E-12 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 CDD cd00367 PTS-HPr_like 6 81 7.66007E-25 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 Pfam PF00381 PTS HPr component phosphorylation site 3 82 3.3E-23 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 ProSiteProfiles PS51350 PTS HPR domain profile. 1 87 23.01 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 TIGRFAM TIGR01003 PTS_HPr_family: phosphocarrier, HPr family 1 81 4.3E-23 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02063 892d7e117868657f39f50e53f1810a88 88 Gene3D G3DSA:3.30.1340.10 1 84 2.1E-26 T 17-09-2021 IPR035895 HPr-like superfamily +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 Gene3D G3DSA:3.40.50.880 257 453 3.8E-11 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 SUPERFAMILY SSF52540 1 194 3.99E-44 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 TIGRFAM TIGR00379 cobB: cobyrinic acid a,c-diamide synthase 4 448 1.4E-155 T 17-09-2021 IPR004484 Cobyrinic acid a,c-diamide synthase CbiA GO:0009236|GO:0042242 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 SUPERFAMILY SSF52317 246 444 8.06E-33 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 Pfam PF07685 CobB/CobQ-like glutamine amidotransferase domain 250 440 6.1E-43 T 17-09-2021 IPR011698 CobB/CobQ-like glutamine amidotransferase GO:0003824|GO:0009236 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 CDD cd03130 GATase1_CobB 250 449 2.95944E-93 T 17-09-2021 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 Pfam PF01656 CobQ/CobB/MinD/ParA nucleotide binding domain 4 187 2.0E-18 T 17-09-2021 IPR002586 CobQ/CobB/MinD/ParA nucleotide binding domain +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 Hamap MF_00027 Hydrogenobyrinate a,c-diamide synthase [cobB]. 1 442 43.55 T 17-09-2021 IPR004484 Cobyrinic acid a,c-diamide synthase CbiA GO:0009236|GO:0042242 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 Gene3D G3DSA:3.40.50.300 44 190 1.5E-20 T 17-09-2021 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 Gene3D G3DSA:3.40.50.300 1 40 6.7E-8 T 17-09-2021 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 ProSiteProfiles PS51274 CobBQ-type GATase domain profile. 249 443 59.094 T 17-09-2021 IPR017929 CobB/CobQ glutamine amidotransferase +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 CDD cd05388 CobB_N 2 194 1.35361E-90 T 17-09-2021 +MGYG000000001_02196 69a5473718f475245459affef1b450bf 454 PANTHER PTHR43873 1 450 4.5E-162 T 17-09-2021 IPR004484 Cobyrinic acid a,c-diamide synthase CbiA GO:0009236|GO:0042242 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 PANTHER PTHR30185:SF2 1 276 7.3E-89 T 17-09-2021 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 ProSiteProfiles PS51372 PRD domain profile. 171 281 21.167 T 17-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 SUPERFAMILY SSF63520 59 168 9.81E-27 T 17-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 Pfam PF00874 PRD domain 77 164 2.1E-21 T 17-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 Pfam PF00874 PRD domain 181 273 7.8E-22 T 17-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 Gene3D G3DSA:1.10.1790.10 65 168 9.8E-32 T 17-09-2021 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 PANTHER PTHR30185 1 276 7.3E-89 T 17-09-2021 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 SUPERFAMILY SSF50151 1 53 5.36E-15 T 17-09-2021 IPR036650 CAT RNA-binding domain superfamily GO:0003723 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 Pfam PF03123 CAT RNA binding domain 1 53 1.1E-20 T 17-09-2021 IPR004341 CAT RNA-binding domain GO:0003723 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 ProSiteProfiles PS51372 PRD domain profile. 66 170 19.54 T 17-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 SMART SM01061 1 60 2.1E-23 T 17-09-2021 IPR004341 CAT RNA-binding domain GO:0003723 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 Gene3D G3DSA:1.10.1790.10 170 277 6.9E-35 T 17-09-2021 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 Gene3D G3DSA:2.30.24.10 1 55 1.0E-20 T 17-09-2021 IPR036650 CAT RNA-binding domain superfamily GO:0003723 +MGYG000000001_01173 bb9111b0e66d4a22ac3a1a030c1c7ba2 287 SUPERFAMILY SSF63520 176 275 1.26E-27 T 17-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PRINTS PR00471 Acetate kinase family signature 295 311 9.5E-17 T 17-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PRINTS PR00471 Acetate kinase family signature 5 16 9.5E-17 T 17-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PRINTS PR00471 Acetate kinase family signature 272 285 9.5E-17 T 17-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PRINTS PR00471 Acetate kinase family signature 179 200 9.5E-17 T 17-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 Gene3D G3DSA:3.30.420.40 137 330 1.8E-135 T 17-09-2021 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 Pfam PF00871 Acetokinase family 5 321 1.4E-52 T 17-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PANTHER PTHR21060 1 356 1.4E-133 T 17-09-2021 IPR000890 Aliphatic acid kinase, short-chain GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PIRSF PIRSF036458 1 354 7.7E-134 T 17-09-2021 IPR011245 Butyrate kinase GO:0005524|GO:0005737|GO:0016310|GO:0047761 KEGG: 00650+2.7.2.7 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 Gene3D G3DSA:3.30.420.40 4 353 1.8E-135 T 17-09-2021 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 TIGRFAM TIGR02707 butyr_kinase: butyrate kinase 4 350 6.1E-130 T 17-09-2021 IPR011245 Butyrate kinase GO:0005524|GO:0005737|GO:0016310|GO:0047761 KEGG: 00650+2.7.2.7 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 ProSitePatterns PS01075 Acetate and butyrate kinases family signature 1. 5 16 - T 17-09-2021 IPR023865 Aliphatic acid kinase, short-chain, conserved site GO:0016301|GO:0016310|GO:0016774 KEGG: 00430+2.7.2.1|KEGG: 00620+2.7.2.1|KEGG: 00640+2.7.2.1|KEGG: 00680+2.7.2.1|KEGG: 00720+2.7.2.1|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-8015 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 SUPERFAMILY SSF53067 3 172 6.47E-58 T 17-09-2021 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 PANTHER PTHR21060:SF3 1 356 1.4E-133 T 17-09-2021 IPR011245 Butyrate kinase GO:0005524|GO:0005737|GO:0016310|GO:0047761 KEGG: 00650+2.7.2.7 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 SUPERFAMILY SSF53067 174 353 5.71E-41 T 17-09-2021 +MGYG000000001_03166 4cc2dcbb0ed60d2d51aa23a5ff714dd7 360 Hamap MF_00542 Probable butyrate kinase [buk]. 1 360 132.141 T 17-09-2021 IPR011245 Butyrate kinase GO:0005524|GO:0005737|GO:0016310|GO:0047761 KEGG: 00650+2.7.2.7 +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 Pfam PF00381 PTS HPr component phosphorylation site 2 81 1.4E-32 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 SUPERFAMILY SSF55594 2 86 1.09E-29 T 17-09-2021 IPR035895 HPr-like superfamily +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 ProSitePatterns PS00589 PTS HPR domain serine phosphorylation site signature. 38 53 - T 17-09-2021 IPR002114 Phosphotransferase system, HPr serine phosphorylation site +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 ProSiteProfiles PS51350 PTS HPR domain profile. 1 86 36.601 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 CDD cd00367 PTS-HPr_like 5 80 1.329E-32 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 PRINTS PR00107 Phosphocarrier protein signature 37 52 1.6E-23 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 PRINTS PR00107 Phosphocarrier protein signature 52 69 1.6E-23 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 PRINTS PR00107 Phosphocarrier protein signature 12 28 1.6E-23 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 Gene3D G3DSA:3.30.1340.10 1 86 4.4E-35 T 17-09-2021 IPR035895 HPr-like superfamily +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 PANTHER PTHR33705 2 86 4.3E-32 T 17-09-2021 +MGYG000000001_01401 2ed263f74003eeb42eb1f10dcdc0b384 86 TIGRFAM TIGR01003 PTS_HPr_family: phosphocarrier, HPr family 2 81 1.7E-31 T 17-09-2021 IPR000032 Phosphocarrier protein HPr-like +MGYG000000001_02973 82d49db325e64ca85c5a841559c3ad6f 421 Gene3D G3DSA:3.90.550.10 27 272 1.5E-23 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02973 82d49db325e64ca85c5a841559c3ad6f 421 PANTHER PTHR43630:SF1 11 417 1.1E-66 T 17-09-2021 +MGYG000000001_02973 82d49db325e64ca85c5a841559c3ad6f 421 PANTHER PTHR43630 11 417 1.1E-66 T 17-09-2021 +MGYG000000001_02973 82d49db325e64ca85c5a841559c3ad6f 421 CDD cd06438 EpsO_like 51 234 1.77979E-87 T 17-09-2021 +MGYG000000001_02973 82d49db325e64ca85c5a841559c3ad6f 421 Pfam PF13641 Glycosyltransferase like family 2 49 272 9.8E-21 T 17-09-2021 +MGYG000000001_02973 82d49db325e64ca85c5a841559c3ad6f 421 SUPERFAMILY SSF53448 46 319 5.16E-37 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00737 6ed29995c4a309b7a58ab8775a86d186 121 Gene3D G3DSA:2.30.30.110 2 120 1.4E-51 T 17-09-2021 IPR011067 Plasmid maintenance toxin/Cell growth inhibitor +MGYG000000001_00737 6ed29995c4a309b7a58ab8775a86d186 121 PANTHER PTHR33988:SF2 8 118 7.9E-41 T 17-09-2021 +MGYG000000001_00737 6ed29995c4a309b7a58ab8775a86d186 121 PIRSF PIRSF033490 6 118 1.1E-36 T 17-09-2021 IPR003477 mRNA interferase PemK-like GO:0003677 +MGYG000000001_00737 6ed29995c4a309b7a58ab8775a86d186 121 SUPERFAMILY SSF50118 8 118 4.74E-42 T 17-09-2021 +MGYG000000001_00737 6ed29995c4a309b7a58ab8775a86d186 121 Pfam PF02452 PemK-like, MazF-like toxin of type II toxin-antitoxin system 9 116 7.9E-34 T 17-09-2021 IPR003477 mRNA interferase PemK-like GO:0003677 +MGYG000000001_00737 6ed29995c4a309b7a58ab8775a86d186 121 PANTHER PTHR33988 8 118 7.9E-41 T 17-09-2021 IPR003477 mRNA interferase PemK-like GO:0003677 +MGYG000000001_00449 34d53b0efea3cc535da7c0dc2574155d 126 Gene3D G3DSA:3.10.530.10 53 121 4.3E-27 T 17-09-2021 IPR036593 CPE0013-like superfamily +MGYG000000001_00449 34d53b0efea3cc535da7c0dc2574155d 126 Pfam PF07892 Protein of unknown function (DUF1667) 40 121 5.0E-35 T 17-09-2021 IPR012460 Protein of unknown function DUF1667 +MGYG000000001_00449 34d53b0efea3cc535da7c0dc2574155d 126 PANTHER PTHR39450 9 124 7.7E-42 T 17-09-2021 IPR012460 Protein of unknown function DUF1667 +MGYG000000001_00449 34d53b0efea3cc535da7c0dc2574155d 126 SUPERFAMILY SSF160148 52 124 2.48E-26 T 17-09-2021 IPR036593 CPE0013-like superfamily +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 SUPERFAMILY SSF46689 226 272 8.06E-8 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 Gene3D G3DSA:1.10.10.60 222 277 9.9E-10 T 17-09-2021 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 175 272 26.412 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 Pfam PF12833 Helix-turn-helix domain 196 270 4.8E-15 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 PANTHER PTHR43280 19 273 6.3E-31 T 17-09-2021 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 Gene3D G3DSA:1.10.10.60 164 221 1.9E-15 T 17-09-2021 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 SMART SM00342 188 270 1.0E-18 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 225 266 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00873 93e77ada3ad7a1153ba5babdb19b80e7 277 SUPERFAMILY SSF46689 174 222 2.51E-7 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 Gene3D G3DSA:3.30.390.10 19 145 2.5E-57 T 17-09-2021 IPR029017 Enolase-like, N-terminal +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 Pfam PF00113 Enolase, C-terminal TIM barrel domain 159 443 2.1E-135 T 17-09-2021 IPR020810 Enolase, C-terminal TIM barrel domain KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 ProSitePatterns PS00164 Enolase signature. 354 367 - T 17-09-2021 IPR020809 Enolase, conserved site KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 SFLD SFLDF00002 enolase 19 430 0.0 T 17-09-2021 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 SMART SM01192 157 445 5.2E-226 T 17-09-2021 IPR020810 Enolase, C-terminal TIM barrel domain KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 CDD cd03313 enolase 25 429 0.0 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 Pfam PF03952 Enolase, N-terminal domain 22 152 7.0E-61 T 17-09-2021 IPR020811 Enolase, N-terminal KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PIRSF PIRSF001400 18 445 7.2E-195 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 SMART SM01193 22 152 1.1E-98 T 17-09-2021 IPR020811 Enolase, N-terminal KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 Gene3D G3DSA:3.20.20.120 146 450 1.0E-139 T 17-09-2021 IPR036849 Enolase-like, C-terminal domain superfamily +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 SUPERFAMILY SSF51604 156 446 4.39E-131 T 17-09-2021 IPR036849 Enolase-like, C-terminal domain superfamily +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PANTHER PTHR11902:SF1 20 439 1.6E-171 T 17-09-2021 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PANTHER PTHR11902 20 439 1.6E-171 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 SFLD SFLDG00178 enolase 19 430 0.0 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PRINTS PR00148 Enolase signature 125 141 1.1E-46 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PRINTS PR00148 Enolase signature 179 192 1.1E-46 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PRINTS PR00148 Enolase signature 55 69 1.1E-46 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PRINTS PR00148 Enolase signature 354 368 1.1E-46 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PRINTS PR00148 Enolase signature 383 400 1.1E-46 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 PRINTS PR00148 Enolase signature 331 342 1.1E-46 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 SUPERFAMILY SSF54826 21 156 3.68E-58 T 17-09-2021 IPR029017 Enolase-like, N-terminal +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 TIGRFAM TIGR01060 eno: phosphopyruvate hydratase 22 445 2.4E-216 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_00120 7fc84393e85fb6308b407011727065b3 450 Hamap MF_00318 Enolase [eno]. 20 431 46.038 T 17-09-2021 IPR000941 Enolase GO:0000015|GO:0000287|GO:0004634|GO:0006096 KEGG: 00010+4.2.1.11|KEGG: 00680+4.2.1.11|MetaCyc: PWY-1042|MetaCyc: PWY-1622|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7124|MetaCyc: PWY-7218|MetaCyc: PWY-8004 +MGYG000000001_01873 ff4b18b0dda98e37bf74d24887f22dde 120 Pfam PF12676 Protein of unknown function (DUF3796) 10 117 7.5E-9 T 17-09-2021 IPR024257 Protein of unknown function DUF3796 +MGYG000000001_00608 715ea239a790bebbf1e4ba14dfbc1606 289 SUPERFAMILY SSF51556 1 289 2.56E-25 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00608 715ea239a790bebbf1e4ba14dfbc1606 289 PANTHER PTHR21240 1 288 8.8E-22 T 17-09-2021 IPR032465 2-amino-3-carboxymuconate-6-semialdehyde decarboxylase GO:0016831 Reactome: R-HSA-71240 +MGYG000000001_00608 715ea239a790bebbf1e4ba14dfbc1606 289 Pfam PF04909 Amidohydrolase 80 289 1.1E-12 T 17-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_00608 715ea239a790bebbf1e4ba14dfbc1606 289 PANTHER PTHR21240:SF19 1 288 8.8E-22 T 17-09-2021 +MGYG000000001_00608 715ea239a790bebbf1e4ba14dfbc1606 289 Gene3D G3DSA:3.20.20.140 3 289 3.8E-38 T 17-09-2021 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 ProSiteProfiles PS51246 Cobalt import ATP-binding protein cbiO. 4 224 99.188 T 17-09-2021 IPR015856 ABC transporter, CbiO/EcfA subunit GO:0005524|GO:0016020|GO:0055085 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 PANTHER PTHR43553:SF16 4 264 4.7E-92 T 17-09-2021 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 TIGRFAM TIGR04520 ECF_ATPase_1: energy-coupling factor transporter ATPase 5 275 2.0E-122 T 17-09-2021 IPR030947 Energy-coupling factor transporter ATP-binding protein EcfA1 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 Pfam PF00005 ABC transporter 25 171 9.5E-31 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 ProSitePatterns PS00211 ABC transporters family signature. 143 157 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 PANTHER PTHR43553 4 264 4.7E-92 T 17-09-2021 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 Gene3D G3DSA:3.40.50.300 2 276 7.7E-74 T 17-09-2021 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 SMART SM00382 33 219 9.0E-15 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 CDD cd03225 ABC_cobalt_CbiO_domain1 6 219 2.90678E-100 T 17-09-2021 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 242 24.597 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02561 51e5f72af1d926ba74538d105fa4dc57 277 SUPERFAMILY SSF52540 3 235 9.29E-62 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02247 ad1f7faa571731cfd5faafd72f90327d 91 Pfam PF08765 Mor transcription activator family 11 86 1.2E-13 T 17-09-2021 IPR014875 Mor transcription activator +MGYG000000001_02247 ad1f7faa571731cfd5faafd72f90327d 91 SUPERFAMILY SSF46689 5 85 8.6E-16 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Gene3D G3DSA:3.40.50.300 237 520 3.4E-123 T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 MobiDBLite mobidb-lite consensus disorder prediction 48 69 - T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 SUPERFAMILY SSF50249 160 231 8.57E-21 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 SMART SM00382 273 458 6.5E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Gene3D G3DSA:1.10.720.10 1 47 2.9E-5 T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 SMART SM00357 160 224 1.0E-11 T 17-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 MobiDBLite mobidb-lite consensus disorder prediction 46 136 - T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 CDD cd01128 rho_factor 259 507 3.99723E-164 T 17-09-2021 IPR041703 Transcription termination factor Rho, ATP binding domain +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 TIGRFAM TIGR00767 rho: transcription termination factor Rho 6 520 2.5E-182 T 17-09-2021 IPR004665 Transcription termination factor Rho GO:0003723|GO:0005524|GO:0006353|GO:0008186 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Pfam PF00006 ATP synthase alpha/beta family, nucleotide-binding domain 263 466 3.1E-19 T 17-09-2021 IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding domain GO:0005524 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 ProSiteProfiles PS51856 Rho RNA-binding domain profile. 156 229 23.615 T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 PANTHER PTHR46425:SF1 4 520 9.5E-188 T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 MobiDBLite mobidb-lite consensus disorder prediction 70 98 - T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Pfam PF07497 Rho termination factor, RNA-binding domain 160 231 4.3E-29 T 17-09-2021 IPR011113 Rho termination factor, RNA-binding domain GO:0003723|GO:0006353 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 SUPERFAMILY SSF68912 5 47 1.92E-6 T 17-09-2021 IPR036269 Rho termination factor, N-terminal domain superfamily +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 PANTHER PTHR46425 4 520 9.5E-188 T 17-09-2021 IPR004665 Transcription termination factor Rho GO:0003723|GO:0005524|GO:0006353|GO:0008186 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 SMART SM00959 8 50 9.7E-10 T 17-09-2021 IPR011112 Rho termination factor, N-terminal GO:0006353 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Coils Coil 61 81 - T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Pfam PF07498 Rho termination factor, N-terminal domain 8 44 1.3E-10 T 17-09-2021 IPR011112 Rho termination factor, N-terminal GO:0006353 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 CDD cd04459 Rho_CSD 161 224 4.30783E-27 T 17-09-2021 IPR011113 Rho termination factor, RNA-binding domain GO:0003723|GO:0006353 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 MobiDBLite mobidb-lite consensus disorder prediction 106 136 - T 17-09-2021 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 Hamap MF_01884 Transcription termination factor Rho [rho]. 161 522 184.643 T 17-09-2021 IPR004665 Transcription termination factor Rho GO:0003723|GO:0005524|GO:0006353|GO:0008186 +MGYG000000001_00712 33e446360c376a3d3e228eb59249f897 522 SUPERFAMILY SSF52540 224 474 6.25E-64 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 Gene3D G3DSA:3.40.50.300 3 211 3.1E-67 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PRINTS PR00988 Uridine kinase signature 37 48 2.4E-36 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PRINTS PR00988 Uridine kinase signature 82 97 2.4E-36 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PRINTS PR00988 Uridine kinase signature 175 188 2.4E-36 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PRINTS PR00988 Uridine kinase signature 7 24 2.4E-36 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PRINTS PR00988 Uridine kinase signature 139 149 2.4E-36 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PRINTS PR00988 Uridine kinase signature 153 164 2.4E-36 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 SUPERFAMILY SSF52540 4 200 7.27E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PANTHER PTHR10285:SF70 3 209 3.2E-70 T 17-09-2021 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 Hamap MF_00551 Uridine kinase [udk]. 4 209 41.181 T 17-09-2021 IPR026008 Uridine kinase GO:0004849|GO:0005524|GO:0016773 KEGG: 00240+2.7.1.48|KEGG: 00983+2.7.1.48|MetaCyc: PWY-7193 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 Pfam PF00485 Phosphoribulokinase / Uridine kinase family 9 195 2.0E-44 T 17-09-2021 IPR006083 Phosphoribulokinase/uridine kinase GO:0005524|GO:0016301 Reactome: R-HSA-73614 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 CDD cd02023 UMPK 20 206 1.93164E-97 T 17-09-2021 IPR000764 Uridine kinase-like KEGG: 00240+2.7.1.48|KEGG: 00983+2.7.1.48|MetaCyc: PWY-7193|Reactome: R-HSA-73614 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 TIGRFAM TIGR00235 udk: uridine kinase 2 208 2.5E-86 T 17-09-2021 IPR000764 Uridine kinase-like KEGG: 00240+2.7.1.48|KEGG: 00983+2.7.1.48|MetaCyc: PWY-7193|Reactome: R-HSA-73614 +MGYG000000001_01291 f893d71d541b1364faef5bc4db1bc1e8 212 PANTHER PTHR10285 3 209 3.2E-70 T 17-09-2021 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 ProSitePatterns PS00850 Glycine radical domain signature. 718 726 - T 17-09-2021 IPR019777 Formate C-acetyltransferase glycine radical, conserved site +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 PANTHER PTHR30191:SF0 7 748 0.0 T 17-09-2021 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 TIGRFAM TIGR01255 pyr_form_ly_1: formate acetyltransferase 8 748 0.0 T 17-09-2021 IPR005949 Formate acetyltransferase GO:0005737|GO:0005975|GO:0008861 KEGG: 00620+2.3.1.54|KEGG: 00640+2.3.1.54|KEGG: 00650+2.3.1.54|MetaCyc: PWY-5480|MetaCyc: PWY-5485|MetaCyc: PWY-5493 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 Pfam PF01228 Glycine radical 623 729 7.7E-44 T 17-09-2021 IPR001150 Glycine radical domain GO:0003824 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 PIRSF PIRSF000379 6 748 0.0 T 17-09-2021 IPR005949 Formate acetyltransferase GO:0005737|GO:0005975|GO:0008861 KEGG: 00620+2.3.1.54|KEGG: 00640+2.3.1.54|KEGG: 00650+2.3.1.54|MetaCyc: PWY-5480|MetaCyc: PWY-5485|MetaCyc: PWY-5493 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 Pfam PF02901 Pyruvate formate lyase-like 22 607 1.5E-214 T 17-09-2021 IPR004184 Pyruvate formate lyase domain GO:0003824 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 ProSiteProfiles PS51554 Pyruvate formate-lyase domain profile. 1 618 142.734 T 17-09-2021 IPR004184 Pyruvate formate lyase domain GO:0003824 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 CDD cd01678 PFL1 9 745 0.0 T 17-09-2021 IPR005949 Formate acetyltransferase GO:0005737|GO:0005975|GO:0008861 KEGG: 00620+2.3.1.54|KEGG: 00640+2.3.1.54|KEGG: 00650+2.3.1.54|MetaCyc: PWY-5480|MetaCyc: PWY-5485|MetaCyc: PWY-5493 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 Gene3D G3DSA:3.20.70.20 1 748 0.0 T 17-09-2021 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 SUPERFAMILY SSF51998 5 747 8.24E-285 T 17-09-2021 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 PANTHER PTHR30191 7 748 0.0 T 17-09-2021 +MGYG000000001_00413 6dcaba56a0cf5d2325eb24ea3fb59f65 749 ProSiteProfiles PS51149 Glycine radical domain profile. 625 748 36.7 T 17-09-2021 IPR001150 Glycine radical domain GO:0003824 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 134 146 1.3E-47 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 79 99 1.3E-47 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 267 276 1.3E-47 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 7 20 1.3E-47 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 100 119 1.3E-47 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 157 178 1.3E-47 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 SUPERFAMILY SSF53067 6 126 2.33E-31 T 17-09-2021 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 Gene3D G3DSA:3.30.420.40 7 317 4.5E-127 T 17-09-2021 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PANTHER PTHR11735 4 336 3.8E-110 T 17-09-2021 IPR000905 Gcp-like domain +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 SUPERFAMILY SSF53067 104 315 7.56E-45 T 17-09-2021 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 TIGRFAM TIGR00329 gcp_kae1: metallohydrolase, glycoprotease/Kae1 family 7 310 3.5E-114 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 Pfam PF00814 Glycoprotease family 26 310 5.7E-104 T 17-09-2021 IPR000905 Gcp-like domain +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 Gene3D G3DSA:3.30.420.40 132 297 4.5E-127 T 17-09-2021 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 PANTHER PTHR11735:SF6 4 336 3.8E-110 T 17-09-2021 IPR022450 tRNA N6-adenosine threonylcarbamoyltransferase, TsaD GO:0002949|GO:0004222 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 ProSitePatterns PS01016 Glycoprotease family signature. 99 119 - T 17-09-2021 IPR017860 Peptidase M22, conserved site Reactome: R-HSA-6782315 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 TIGRFAM TIGR03723 T6A_TsaD_YgjD: tRNA threonylcarbamoyl adenosine modification protein TsaD 7 316 2.4E-136 T 17-09-2021 IPR022450 tRNA N6-adenosine threonylcarbamoyltransferase, TsaD GO:0002949|GO:0004222 +MGYG000000001_01052 5f13a46e55d966440a3c7d962d019e4e 338 Hamap MF_01445 tRNA N6-adenosine threonylcarbamoyltransferase [tsaD]. 4 335 63.07 T 17-09-2021 IPR022450 tRNA N6-adenosine threonylcarbamoyltransferase, TsaD GO:0002949|GO:0004222 +MGYG000000001_02143 d55a01ad7e47a7b8ee7e91e3271af493 293 Coils Coil 275 293 - T 17-09-2021 +MGYG000000001_02143 d55a01ad7e47a7b8ee7e91e3271af493 293 PANTHER PTHR30636 1 293 4.4E-92 T 17-09-2021 IPR005229 Conserved hypothetical protein CHP00255 +MGYG000000001_02143 d55a01ad7e47a7b8ee7e91e3271af493 293 Pfam PF03755 YicC-like family, N-terminal region 4 156 1.2E-42 T 17-09-2021 IPR013527 YicC-like, N-terminal +MGYG000000001_02143 d55a01ad7e47a7b8ee7e91e3271af493 293 TIGRFAM TIGR00255 TIGR00255: TIGR00255 family protein 1 293 8.7E-80 T 17-09-2021 IPR005229 Conserved hypothetical protein CHP00255 +MGYG000000001_02143 d55a01ad7e47a7b8ee7e91e3271af493 293 Pfam PF08340 Domain of unknown function (DUF1732) 209 293 1.8E-36 T 17-09-2021 IPR013551 Domain of unknown function DUF1732 +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 Pfam PF01595 Cyclin M transmembrane N-terminal domain 17 192 1.1E-54 T 17-09-2021 IPR002550 CNNM, transmembrane domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 Pfam PF03471 Transporter associated domain 343 416 2.8E-20 T 17-09-2021 IPR005170 Transporter-associated domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 Gene3D G3DSA:3.30.465.10 336 418 1.3E-25 T 17-09-2021 IPR016169 FAD-binding, type PCMH, subdomain 2 +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 SUPERFAMILY SSF56176 340 417 8.18E-21 T 17-09-2021 IPR036318 FAD-binding, type PCMH-like superfamily GO:0050660 +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 CDD cd04590 CBS_pair_CorC_HlyC_assoc 207 324 8.48782E-45 T 17-09-2021 +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 Pfam PF00571 CBS domain 285 327 2.4E-4 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 Pfam PF00571 CBS domain 216 261 2.2E-5 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 ProSiteProfiles PS51371 CBS domain profile. 211 270 11.145 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 ProSiteProfiles PS51846 CNNM transmembrane domain profile. 4 192 39.535 T 17-09-2021 IPR002550 CNNM, transmembrane domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 PANTHER PTHR22777 7 416 9.4E-120 T 17-09-2021 +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 ProSiteProfiles PS51371 CBS domain profile. 276 333 9.455 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 SMART SM01091 342 418 5.5E-21 T 17-09-2021 IPR005170 Transporter-associated domain +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 SUPERFAMILY SSF54631 194 330 2.32E-30 T 17-09-2021 +MGYG000000001_02031 a1bdcb5a8cd1032e1196254b4b974251 418 Gene3D G3DSA:3.10.580.10 187 335 1.5E-50 T 17-09-2021 +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 PIRSF PIRSF019345 1 182 6.4E-55 T 17-09-2021 IPR005234 Chromosome segregation/condensation protein ScpB GO:0051304 +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 Hamap MF_01804 Segregation and condensation protein B [scpB]. 4 181 29.173 T 17-09-2021 IPR005234 Chromosome segregation/condensation protein ScpB GO:0051304 +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 Pfam PF04079 Segregation and condensation complex subunit ScpB 9 169 7.8E-58 T 17-09-2021 IPR005234 Chromosome segregation/condensation protein ScpB GO:0051304 +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 SUPERFAMILY SSF46785 86 160 5.17E-24 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 Gene3D G3DSA:1.10.10.10 85 179 3.7E-36 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 TIGRFAM TIGR00281 TIGR00281: segregation and condensation protein B 6 173 8.6E-47 T 17-09-2021 IPR005234 Chromosome segregation/condensation protein ScpB GO:0051304 +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 Gene3D G3DSA:1.10.10.10 2 84 1.9E-24 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 SUPERFAMILY SSF46785 2 82 2.99E-19 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 PANTHER PTHR34298:SF2 3 175 3.4E-58 T 17-09-2021 +MGYG000000001_01456 0a6f09bb9b89e76bc6c32d8c90b6ef59 182 PANTHER PTHR34298 3 175 3.4E-58 T 17-09-2021 IPR005234 Chromosome segregation/condensation protein ScpB GO:0051304 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PANTHER PTHR11728:SF1 2 329 2.2E-114 T 17-09-2021 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 Pfam PF07479 NAD-dependent glycerol-3-phosphate dehydrogenase C-terminus 178 318 2.1E-54 T 17-09-2021 IPR006109 Glycerol-3-phosphate dehydrogenase, NAD-dependent, C-terminal GO:0004367|GO:0005975|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 Gene3D G3DSA:1.10.1040.10 187 334 2.0E-54 T 17-09-2021 IPR013328 6-phosphogluconate dehydrogenase, domain 2 GO:0016491|GO:0055114 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 Hamap MF_00394 Glycerol-3-phosphate dehydrogenase [NAD(P)+] [gpsA]. 2 320 37.619 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PRINTS PR00077 NAD-dependent glycerol-3-phosphate dehydrogenase signature 171 195 4.2E-46 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PRINTS PR00077 NAD-dependent glycerol-3-phosphate dehydrogenase signature 236 253 4.2E-46 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PRINTS PR00077 NAD-dependent glycerol-3-phosphate dehydrogenase signature 196 220 4.2E-46 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PRINTS PR00077 NAD-dependent glycerol-3-phosphate dehydrogenase signature 6 23 4.2E-46 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PRINTS PR00077 NAD-dependent glycerol-3-phosphate dehydrogenase signature 56 83 4.2E-46 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PRINTS PR00077 NAD-dependent glycerol-3-phosphate dehydrogenase signature 131 151 4.2E-46 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 Gene3D G3DSA:3.40.50.720 1 185 3.7E-68 T 17-09-2021 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 SUPERFAMILY SSF48179 178 330 5.95E-58 T 17-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 Pfam PF01210 NAD-dependent glycerol-3-phosphate dehydrogenase N-terminus 3 157 1.0E-54 T 17-09-2021 IPR011128 Glycerol-3-phosphate dehydrogenase, NAD-dependent, N-terminal GO:0016616|GO:0046168|GO:0051287|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PANTHER PTHR11728 2 329 2.2E-114 T 17-09-2021 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 PIRSF PIRSF000114 1 330 1.4E-110 T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 ProSitePatterns PS00957 NAD-dependent glycerol-3-phosphate dehydrogenase signature. 186 207 - T 17-09-2021 IPR006168 Glycerol-3-phosphate dehydrogenase, NAD-dependent GO:0004367|GO:0006072|GO:0009331|GO:0055114 KEGG: 00564+1.1.1.94|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7902|Reactome: R-HSA-1483166 +MGYG000000001_02514 6210ffdfacd43db3b97bdb232271d9f4 340 SUPERFAMILY SSF51735 3 176 8.62E-59 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01193 945214491922975400dfa0dc18b81d22 250 Pfam PF01790 Prolipoprotein diacylglyceryl transferase 4 236 1.3E-80 T 17-09-2021 IPR001640 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase Lgt GO:0005887|GO:0008961|GO:0042158 MetaCyc: PWY-7884 +MGYG000000001_01193 945214491922975400dfa0dc18b81d22 250 PANTHER PTHR30589 1 246 1.8E-81 T 17-09-2021 IPR001640 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase Lgt GO:0005887|GO:0008961|GO:0042158 MetaCyc: PWY-7884 +MGYG000000001_01193 945214491922975400dfa0dc18b81d22 250 TIGRFAM TIGR00544 lgt: prolipoprotein diacylglyceryl transferase 2 244 4.2E-63 T 17-09-2021 IPR001640 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase Lgt GO:0005887|GO:0008961|GO:0042158 MetaCyc: PWY-7884 +MGYG000000001_01193 945214491922975400dfa0dc18b81d22 250 Hamap MF_01147 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase [lgt]. 1 239 15.966 T 17-09-2021 IPR001640 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase Lgt GO:0005887|GO:0008961|GO:0042158 MetaCyc: PWY-7884 +MGYG000000001_01193 945214491922975400dfa0dc18b81d22 250 ProSitePatterns PS01311 Prolipoprotein diacylglyceryl transferase signature. 129 141 - T 17-09-2021 IPR001640 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase Lgt GO:0005887|GO:0008961|GO:0042158 MetaCyc: PWY-7884 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 PIRSF PIRSF006603 1 458 2.8E-66 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 CDD cd13134 MATE_like_8 14 454 2.50228E-93 T 17-09-2021 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 PANTHER PTHR42925 9 457 6.3E-89 T 17-09-2021 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 TIGRFAM TIGR00797 matE: MATE efflux family protein 24 416 2.2E-61 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 Pfam PF01554 MatE 24 183 3.1E-31 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 Pfam PF01554 MatE 252 414 2.4E-17 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01053 71f8584404d7758fa7c99eeb267ede9d 458 PANTHER PTHR42925:SF2 9 457 6.3E-89 T 17-09-2021 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 TIGRFAM TIGR01072 murA: UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1 415 5.3E-154 T 17-09-2021 IPR005750 UDP-N-acetylglucosamine 1-carboxyvinyltransferase GO:0008760|GO:0019277 KEGG: 00520+2.5.1.7|KEGG: 00550+2.5.1.7|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 Gene3D G3DSA:3.65.10.10 21 229 1.4E-153 T 17-09-2021 IPR036968 Enolpyruvate transferase domain superfamily GO:0016765 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 Pfam PF00275 EPSP synthase (3-phosphoshikimate 1-carboxyvinyltransferase) 7 407 1.2E-85 T 17-09-2021 IPR001986 Enolpyruvate transferase domain GO:0016765 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 Hamap MF_00111 UDP-N-acetylglucosamine 1-carboxyvinyltransferase [murA]. 1 417 39.334 T 17-09-2021 IPR005750 UDP-N-acetylglucosamine 1-carboxyvinyltransferase GO:0008760|GO:0019277 KEGG: 00520+2.5.1.7|KEGG: 00550+2.5.1.7|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 CDD cd01555 UdpNAET 12 410 0.0 T 17-09-2021 IPR005750 UDP-N-acetylglucosamine 1-carboxyvinyltransferase GO:0008760|GO:0019277 KEGG: 00520+2.5.1.7|KEGG: 00550+2.5.1.7|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 Gene3D G3DSA:3.65.10.10 6 414 1.4E-153 T 17-09-2021 IPR036968 Enolpyruvate transferase domain superfamily GO:0016765 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 PANTHER PTHR43783 3 416 2.3E-138 T 17-09-2021 +MGYG000000001_01205 39160c44ffc5194346b2d9a9054551b9 417 SUPERFAMILY SSF55205 1 415 3.76E-123 T 17-09-2021 IPR013792 RNA 3'-terminal phosphate cyclase/enolpyruvate transferase, alpha/beta GO:0003824 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 5 222 1.11923E-81 T 17-09-2021 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 Gene3D G3DSA:3.40.50.300 3 257 8.6E-72 T 17-09-2021 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 240 23.863 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 SUPERFAMILY SSF52540 4 232 2.72E-64 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 ProSitePatterns PS00211 ABC transporters family signature. 140 154 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 Pfam PF00005 ABC transporter 20 167 7.6E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 SMART SM00382 28 217 6.3E-18 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 PANTHER PTHR42771:SF4 1 260 4.8E-132 T 17-09-2021 +MGYG000000001_02951 9b247941602460d7544bc89d1a426aa6 261 PANTHER PTHR42771 1 260 4.8E-132 T 17-09-2021 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 Pfam PF00155 Aminotransferase class I and II 191 515 2.0E-17 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 TIGRFAM TIGR03801 asp_4_decarbox: aspartate 4-decarboxylase 15 535 1.2E-250 T 17-09-2021 IPR022518 Aspartate 4-decarboxylase KEGG: 00220+2.6.1.1|KEGG: 00250+4.1.1.12+2.6.1.1|KEGG: 00270+4.1.1.12+2.6.1.1|KEGG: 00330+2.6.1.1|KEGG: 00350+2.6.1.1|KEGG: 00360+2.6.1.1|KEGG: 00400+2.6.1.1|KEGG: 00401+2.6.1.1|KEGG: 00710+2.6.1.1|KEGG: 00950+2.6.1.1|KEGG: 00960+2.6.1.1|MetaCyc: PWY-5913|MetaCyc: PWY-6638|MetaCyc: PWY-6642|MetaCyc: PWY-6643|MetaCyc: PWY-7115|MetaCyc: PWY-7117|MetaCyc: PWY-7383 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 CDD cd00609 AAT_like 111 515 2.32534E-24 T 17-09-2021 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 Gene3D G3DSA:1.10.20.110 44 413 4.3E-212 T 17-09-2021 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 PANTHER PTHR43795:SF33 9 537 2.3E-225 T 17-09-2021 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 Gene3D G3DSA:3.90.1150.10 37 533 4.3E-212 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 PANTHER PTHR43795 9 537 2.3E-225 T 17-09-2021 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 SUPERFAMILY SSF53383 108 530 5.33E-43 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 ProSitePatterns PS00105 Aminotransferases class-I pyridoxal-phosphate attachment site. 321 334 - T 17-09-2021 IPR004838 Aminotransferases, class-I, pyridoxal-phosphate-binding site GO:0003824|GO:0009058|GO:0030170 +MGYG000000001_01145 4280aa770f8e4dc87fd375793c53069f 547 Gene3D G3DSA:3.40.640.10 166 391 4.3E-212 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 Gene3D G3DSA:3.40.50.620 6 328 3.0E-105 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 16 32 8.3E-24 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 200 210 8.3E-24 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 69 88 8.3E-24 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 147 168 8.3E-24 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 PANTHER PTHR10055:SF9 1 333 1.7E-121 T 17-09-2021 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 Coils Coil 281 301 - T 17-09-2021 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 Pfam PF00579 tRNA synthetases class I (W and Y) 6 288 3.9E-54 T 17-09-2021 IPR002305 Aminoacyl-tRNA synthetase, class Ic GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 SUPERFAMILY SSF52374 5 333 8.73E-80 T 17-09-2021 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 CDD cd00806 TrpRS_core 6 287 1.31346E-106 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 Gene3D G3DSA:1.10.240.10 185 301 3.0E-105 T 17-09-2021 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 PANTHER PTHR10055 1 333 1.7E-121 T 17-09-2021 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 12 21 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02822 4f42404baabeed2d45b29db1923de618 339 TIGRFAM TIGR00233 trpS: tryptophan--tRNA ligase 2 333 4.8E-79 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02403 1a8773177aae8298eb4d4544ee0d86b0 173 Gene3D G3DSA:1.10.1760.20 1 159 4.8E-5 T 17-09-2021 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 Gene3D G3DSA:3.40.50.2030 412 627 4.5E-72 T 17-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 Gene3D G3DSA:3.40.50.2030 233 405 1.7E-44 T 17-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 PANTHER PTHR30109 3 626 9.1E-254 T 17-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 TIGRFAM TIGR01702 CO_DH_cata: carbon-monoxide dehydrogenase, catalytic subunit 10 626 1.6E-244 T 17-09-2021 IPR010047 Ni-containing CO dehydrogenase GO:0006091|GO:0016151|GO:0018492|GO:0051539|GO:0055114 KEGG: 00633+1.2.7.4|KEGG: 00680+1.2.7.4|KEGG: 00720+1.2.7.4|MetaCyc: PWY-5372|MetaCyc: PWY-6780|MetaCyc: PWY-7784 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 PANTHER PTHR30109:SF4 3 626 9.1E-254 T 17-09-2021 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 Pfam PF03063 Prismane/CO dehydrogenase family 46 607 1.3E-141 T 17-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 PIRSF PIRSF005023 1 627 1.5E-228 T 17-09-2021 IPR010047 Ni-containing CO dehydrogenase GO:0006091|GO:0016151|GO:0018492|GO:0051539|GO:0055114 KEGG: 00633+1.2.7.4|KEGG: 00680+1.2.7.4|KEGG: 00720+1.2.7.4|MetaCyc: PWY-5372|MetaCyc: PWY-6780|MetaCyc: PWY-7784 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 Gene3D G3DSA:1.20.1270.30 61 231 1.6E-44 T 17-09-2021 IPR016101 CO dehydrogenase, alpha-bundle GO:0006091|GO:0016151|GO:0018492|GO:0051539|GO:0055114 KEGG: 00633+1.2.7.4|KEGG: 00680+1.2.7.4|KEGG: 00720+1.2.7.4|MetaCyc: PWY-5372|MetaCyc: PWY-6780|MetaCyc: PWY-7784 +MGYG000000001_01057 377ef9f6b209197f38f64391139c194d 633 SUPERFAMILY SSF56821 21 626 5.72E-152 T 17-09-2021 IPR011254 Prismane-like superfamily GO:0003824|GO:0016491|GO:0055114 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 381 621 3.5E-26 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 501 525 9.7E-13 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 382 404 9.7E-13 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 598 619 9.7E-13 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 Gene3D G3DSA:3.50.50.60 478 604 3.7E-58 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 596 612 3.7E-15 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 383 402 3.7E-15 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 505 523 3.7E-15 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 Gene3D G3DSA:3.40.50.720 382 642 3.7E-58 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 CDD cd02803 OYE_like_FMN_family 8 334 9.98782E-136 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 SUPERFAMILY SSF51395 3 366 1.44E-106 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 Gene3D G3DSA:3.20.20.70 1 380 2.8E-119 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 SUPERFAMILY SSF51905 357 648 3.93E-38 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 Pfam PF00724 NADH:flavin oxidoreductase / NADH oxidase family 7 337 4.3E-67 T 17-09-2021 IPR001155 NADH:flavin oxidoreductase/NADH oxidase, N-terminal GO:0010181|GO:0016491|GO:0055114 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PANTHER PTHR42917 534 647 3.4E-155 T 17-09-2021 +MGYG000000001_00145 9f1355b0e1f0e5115dba5ef5db8f7e66 648 PANTHER PTHR42917 1 523 3.4E-155 T 17-09-2021 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 PANTHER PTHR12934 1 146 1.7E-54 T 17-09-2021 IPR005749 Ribosomal protein L15, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 ProSitePatterns PS00475 Ribosomal protein L15 signature. 111 141 - T 17-09-2021 IPR001196 Ribosomal protein L15, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 MobiDBLite mobidb-lite consensus disorder prediction 1 17 - T 17-09-2021 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 Hamap MF_01341 50S ribosomal protein L15 [rplO]. 3 147 22.238 T 17-09-2021 IPR030878 Ribosomal protein L15 GO:0003735|GO:0006412|GO:0015934 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 PANTHER PTHR12934:SF11 1 146 1.7E-54 T 17-09-2021 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 SUPERFAMILY SSF52080 4 146 3.66E-47 T 17-09-2021 IPR036227 Ribosomal L18e/L15P superfamily +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 Pfam PF00828 Ribosomal proteins 50S-L15, 50S-L18e, 60S-L27A 27 145 2.4E-38 T 17-09-2021 IPR021131 Ribosomal protein L18e/L15P +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 TIGRFAM TIGR01071 rplO_bact: ribosomal protein uL15 2 144 1.1E-52 T 17-09-2021 IPR005749 Ribosomal protein L15, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 Gene3D G3DSA:3.100.10.10 67 147 4.1E-22 T 17-09-2021 +MGYG000000001_02573 b7c5c75242f69db94ca9621940c56b4e 147 MobiDBLite mobidb-lite consensus disorder prediction 1 51 - T 17-09-2021 +MGYG000000001_02679 f50bc4176983d5c1b09d956891e18999 244 Pfam PF05857 TraX protein 19 239 1.2E-50 T 17-09-2021 IPR008875 TraX +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 PANTHER PTHR32071:SF57 52 519 1.2E-136 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Gene3D G3DSA:3.30.450.20 90 194 1.1E-14 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 PANTHER PTHR32071 52 519 1.2E-136 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Pfam PF00158 Sigma-54 interaction domain 206 374 1.1E-69 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 ProSitePatterns PS00688 Sigma-54 interaction domain C-terminal part signature. 420 429 - T 17-09-2021 IPR025944 Sigma-54 interaction domain, conserved site +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Coils Coil 456 483 - T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Pfam PF18024 Helix-turn-helix domain 471 518 4.8E-13 T 17-09-2021 IPR030828 TyrR family, helix-turn-helix domain GO:0003677 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Gene3D G3DSA:3.30.70.260 2 80 1.3E-15 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 SUPERFAMILY SSF46689 469 519 1.84E-7 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 SUPERFAMILY SSF55785 79 135 4.36E-12 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 SMART SM00382 226 370 5.0E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 ProSitePatterns PS00675 Sigma-54 interaction domain ATP-binding region A signature. 230 243 - T 17-09-2021 IPR025662 Sigma-54 interaction domain, ATP-binding site 1 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 ProSiteProfiles PS51671 ACT domain profile. 3 75 9.078 T 17-09-2021 IPR002912 ACT domain +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Gene3D G3DSA:1.10.10.60 463 520 1.1E-11 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Gene3D G3DSA:1.10.8.60 378 456 9.2E-26 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 77 134 6.0E-8 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 CDD cd00130 PAS 90 195 4.39663E-7 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 ProSitePatterns PS00676 Sigma-54 interaction domain ATP-binding region B signature. 293 308 - T 17-09-2021 IPR025943 Sigma-54 interaction domain, ATP-binding site 2 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 TIGRFAM TIGR04381 HTH_TypR: TyrR family helix-turn-helix domain 472 519 1.1E-10 T 17-09-2021 IPR030828 TyrR family, helix-turn-helix domain GO:0003677 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 ProSiteProfiles PS50045 Sigma-54 interaction domain profile. 206 436 65.421 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 SMART SM00091 80 146 6.6E-6 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 SUPERFAMILY SSF52540 205 448 2.21E-68 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Pfam PF00989 PAS fold 83 149 1.4E-6 T 17-09-2021 IPR013767 PAS fold GO:0006355 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 Gene3D G3DSA:3.40.50.300 195 377 6.7E-64 T 17-09-2021 +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 ProSiteProfiles PS50112 PAS repeat profile. 78 133 14.288 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00121 440c07ca55637325174735e0ae3215c6 520 CDD cd00009 AAA 207 371 9.888E-21 T 17-09-2021 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 Hamap MF_00222 Shikimate dehydrogenase (NADP(+)) [aroE]. 7 281 31.561 T 17-09-2021 IPR022893 Shikimate dehydrogenase family GO:0004764|GO:0055114 KEGG: 00400+1.1.1.25|MetaCyc: PWY-6163 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 Gene3D G3DSA:3.40.50.720 106 246 3.0E-84 T 17-09-2021 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 PANTHER PTHR21089:SF1 2 272 1.4E-71 T 17-09-2021 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 SUPERFAMILY SSF51735 107 271 3.32E-34 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 SUPERFAMILY SSF53223 2 106 1.27E-34 T 17-09-2021 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 Pfam PF01488 Shikimate / quinate 5-dehydrogenase 121 198 6.4E-8 T 17-09-2021 IPR006151 Quinate/shikimate 5-dehydrogenase/glutamyl-tRNA reductase +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 TIGRFAM TIGR00507 aroE: shikimate dehydrogenase 9 271 1.5E-77 T 17-09-2021 IPR011342 Shikimate dehydrogenase GO:0004764|GO:0019632|GO:0050661|GO:0055114 KEGG: 00400+1.1.1.25|MetaCyc: PWY-6163 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 CDD cd01065 NAD_bind_Shikimate_DH 106 263 1.71169E-44 T 17-09-2021 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 PANTHER PTHR21089 2 272 1.4E-71 T 17-09-2021 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 Pfam PF18317 Shikimate 5'-dehydrogenase C-terminal domain 247 267 1.2E-6 T 17-09-2021 IPR041121 SDH, C-terminal KEGG: 00400+1.1.1.25|MetaCyc: PWY-6163 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 Pfam PF08501 Shikimate dehydrogenase substrate binding domain 12 94 1.6E-29 T 17-09-2021 IPR013708 Shikimate dehydrogenase substrate binding, N-terminal GO:0004764|GO:0055114 KEGG: 00400+1.1.1.25|MetaCyc: PWY-6163 +MGYG000000001_01296 2a07a601518396326baef19ae488fce6 284 Gene3D G3DSA:3.40.50.10860 10 268 3.0E-84 T 17-09-2021 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 37 51 6.1E-5 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 51 67 6.1E-5 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 SMART SM00345 18 77 7.7E-10 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 CDD cd07377 WHTH_GntR 13 76 5.95078E-21 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 Gene3D G3DSA:1.10.10.10 3 77 1.4E-20 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 Gene3D G3DSA:3.90.1150.10 116 479 9.4E-95 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 SUPERFAMILY SSF53383 110 480 4.49E-84 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 Pfam PF00155 Aminotransferase class I and II 138 470 5.4E-27 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 CDD cd00609 AAT_like 120 476 7.52834E-69 T 17-09-2021 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 Pfam PF00392 Bacterial regulatory proteins, gntR family 15 76 2.5E-11 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 PANTHER PTHR42790 4 480 5.8E-196 T 17-09-2021 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 Gene3D G3DSA:3.40.640.10 154 376 9.4E-95 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 ProSiteProfiles PS50949 GntR-type HTH domain profile. 12 80 19.289 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 PANTHER PTHR42790:SF8 4 480 5.8E-196 T 17-09-2021 +MGYG000000001_00549 e87ad997ef13843bb349cffa250af773 484 SUPERFAMILY SSF46785 8 81 7.0E-17 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02660 914ba9709a292b2f9ae3bca9b7d41853 268 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 6.0 T 17-09-2021 +MGYG000000001_02559 dd6293916caa010eb632870f28ff871f 266 PANTHER PTHR33514:SF4 4 264 9.6E-86 T 17-09-2021 +MGYG000000001_02559 dd6293916caa010eb632870f28ff871f 266 Pfam PF02361 Cobalt transport protein 14 236 1.0E-54 T 17-09-2021 IPR003339 ABC/ECF transporter, transmembrane component +MGYG000000001_02559 dd6293916caa010eb632870f28ff871f 266 PANTHER PTHR33514 4 264 9.6E-86 T 17-09-2021 +MGYG000000001_02559 dd6293916caa010eb632870f28ff871f 266 Hamap MF_01461 Energy-coupling factor transporter transmembrane protein EcfT [ecfT]. 2 265 34.131 T 17-09-2021 IPR024919 ECF transporter transmembrane protein EcfT GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_00899 b8e4e000f0c5b7135e2f7de6e1565aa1 146 Pfam PF12788 YmaF family 44 141 1.1E-37 T 17-09-2021 IPR024307 YmaF +MGYG000000001_02833 91ffa96aa727ade6038ff16ed5210b21 243 Coils Coil 117 137 - T 17-09-2021 +MGYG000000001_02833 91ffa96aa727ade6038ff16ed5210b21 243 Pfam PF03692 Putative zinc- or iron-chelating domain 36 122 1.5E-11 T 17-09-2021 IPR005358 Putative zinc- or iron-chelating domain containing protein +MGYG000000001_02833 91ffa96aa727ade6038ff16ed5210b21 243 PANTHER PTHR35866 36 175 4.4E-13 T 17-09-2021 +MGYG000000001_01916 855af4a8c35dc5dd620a7872d159d285 408 PANTHER PTHR35788 8 389 9.5E-83 T 17-09-2021 +MGYG000000001_01916 855af4a8c35dc5dd620a7872d159d285 408 Pfam PF12229 Putative peptidoglycan binding domain 75 187 2.9E-16 T 17-09-2021 IPR022029 Putative peptidoglycan binding domain +MGYG000000001_01916 855af4a8c35dc5dd620a7872d159d285 408 Pfam PF04294 VanW like protein 229 357 7.4E-45 T 17-09-2021 IPR007391 Vancomycin resistance VanW +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 PANTHER PTHR46658 44 445 1.2E-183 T 17-09-2021 IPR009651 Putative methionine gamma-lyase +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 Gene3D G3DSA:3.90.1150.60 47 440 1.3E-180 T 17-09-2021 +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 Gene3D G3DSA:3.40.640.10 88 300 1.3E-180 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 PANTHER PTHR46658:SF2 44 445 1.2E-183 T 17-09-2021 +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 SUPERFAMILY SSF53383 68 397 1.22E-48 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 Pfam PF06838 Methionine gamma-lyase 43 443 2.1E-188 T 17-09-2021 IPR009651 Putative methionine gamma-lyase +MGYG000000001_01630 65188dbb92f05b629b150b91309588ce 448 Coils Coil 448 448 - T 17-09-2021 +MGYG000000001_00573 0770605903f547fd89999619eaf15b81 120 Coils Coil 98 120 - T 17-09-2021 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 ProSiteProfiles PS51462 Nudix hydrolase domain profile. 22 156 12.297 T 17-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 PANTHER PTHR12992:SF25 19 201 4.4E-43 T 17-09-2021 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 CDD cd03426 CoAse 23 197 4.74265E-53 T 17-09-2021 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 ProSitePatterns PS00893 Nudix box signature. 61 82 - T 17-09-2021 IPR020084 NUDIX hydrolase, conserved site GO:0016787 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 Gene3D G3DSA:3.90.79.10 1 200 4.1E-47 T 17-09-2021 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 PANTHER PTHR12992 19 201 4.4E-43 T 17-09-2021 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 Pfam PF00293 NUDIX domain 34 151 8.0E-13 T 17-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00845 14995cb704b19aa133d8b8fe78be64a2 203 SUPERFAMILY SSF55811 16 194 1.76E-29 T 17-09-2021 IPR015797 NUDIX hydrolase-like domain superfamily GO:0016787 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 Pfam PF13561 Enoyl-(Acyl carrier protein) reductase 11 244 5.1E-75 T 17-09-2021 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 SMART SM00822 This enzymatic domain is part of bacterial polyketide synthases and catalyses the first step in the reductive modification of the beta-carbonyl centres in the growing polyketide chain. It uses NADPH to reduce the keto group to a hydroxy group. 5 185 2.4E-4 T 17-09-2021 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 CDD cd05333 BKR_SDR_c 5 244 2.06808E-129 T 17-09-2021 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 Coils Coil 35 55 - T 17-09-2021 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PANTHER PTHR42760 5 246 3.0E-94 T 17-09-2021 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PANTHER PTHR42760:SF16 5 246 3.0E-94 T 17-09-2021 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 ProSitePatterns PS00061 Short-chain dehydrogenases/reductases family signature. 141 169 - T 17-09-2021 IPR020904 Short-chain dehydrogenase/reductase, conserved site GO:0016491 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 TIGRFAM TIGR01830 3oxo_ACP_reduc: 3-oxoacyl-[acyl-carrier-protein] reductase 7 245 3.6E-107 T 17-09-2021 IPR011284 3-oxoacyl-(acyl-carrier-protein) reductase GO:0004316|GO:0006633|GO:0051287|GO:0055114 KEGG: 00061+1.1.1.100|KEGG: 00780+1.1.1.100|MetaCyc: PWY-5367|MetaCyc: PWY-5971|MetaCyc: PWY-5973|MetaCyc: PWY-5989|MetaCyc: PWY-5994|MetaCyc: PWY-6113|MetaCyc: PWY-6282|MetaCyc: PWY-6519|MetaCyc: PWY-7388|MetaCyc: PWY-7663|MetaCyc: PWY-7664|MetaCyc: PWY-7858|MetaCyc: PWYG-321 +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 SUPERFAMILY SSF51735 3 245 5.32E-94 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 154 173 7.2E-17 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 81 92 7.2E-17 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 134 142 7.2E-17 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 128 144 1.5E-48 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 6 23 1.5E-48 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 175 192 1.5E-48 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 154 173 1.5E-48 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 208 228 1.5E-48 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 81 92 1.5E-48 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_00830 29b14a307fa9b11ba8c35b5bb34f3662 246 Gene3D G3DSA:3.40.50.720 1 246 2.5E-92 T 17-09-2021 +MGYG000000001_02199 cfec9ee60f1ae8b30ee8acf2d24ccde6 257 TIGRFAM TIGR00317 cobS: cobalamin 5'-phosphate synthase 2 247 6.7E-43 T 17-09-2021 IPR003805 Adenosylcobinamide-GDP ribazoletransferase GO:0008818|GO:0009236|GO:0051073 KEGG: 00860+2.7.8.26|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7961|MetaCyc: PWY-7963|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970|MetaCyc: PWY-7975 +MGYG000000001_02199 cfec9ee60f1ae8b30ee8acf2d24ccde6 257 Hamap MF_00719 Adenosylcobinamide-GDP ribazoletransferase [cobS]. 1 257 36.076 T 17-09-2021 IPR003805 Adenosylcobinamide-GDP ribazoletransferase GO:0008818|GO:0009236|GO:0051073 KEGG: 00860+2.7.8.26|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7961|MetaCyc: PWY-7963|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970|MetaCyc: PWY-7975 +MGYG000000001_02199 cfec9ee60f1ae8b30ee8acf2d24ccde6 257 Pfam PF02654 Cobalamin-5-phosphate synthase 8 246 5.5E-51 T 17-09-2021 IPR003805 Adenosylcobinamide-GDP ribazoletransferase GO:0008818|GO:0009236|GO:0051073 KEGG: 00860+2.7.8.26|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7961|MetaCyc: PWY-7963|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970|MetaCyc: PWY-7975 +MGYG000000001_02199 cfec9ee60f1ae8b30ee8acf2d24ccde6 257 PANTHER PTHR34148 1 251 1.7E-60 T 17-09-2021 IPR003805 Adenosylcobinamide-GDP ribazoletransferase GO:0008818|GO:0009236|GO:0051073 KEGG: 00860+2.7.8.26|MetaCyc: PWY-5509|MetaCyc: PWY-6269|MetaCyc: PWY-7961|MetaCyc: PWY-7963|MetaCyc: PWY-7964|MetaCyc: PWY-7965|MetaCyc: PWY-7966|MetaCyc: PWY-7967|MetaCyc: PWY-7968|MetaCyc: PWY-7969|MetaCyc: PWY-7970|MetaCyc: PWY-7975 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 SUPERFAMILY SSF51261 203 371 7.06E-62 T 17-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 MobiDBLite mobidb-lite consensus disorder prediction 163 182 - T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 Coils Coil 140 216 - T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 MobiDBLite mobidb-lite consensus disorder prediction 221 243 - T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 Gene3D G3DSA:2.70.70.10 214 372 2.1E-53 T 17-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 Coils Coil 27 100 - T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 MobiDBLite mobidb-lite consensus disorder prediction 225 243 - T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 PANTHER PTHR21666:SF270 30 371 9.5E-55 T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 PANTHER PTHR21666 30 371 9.5E-55 T 17-09-2021 +MGYG000000001_00194 d87710e83788cd032a1976a108e30c7d 372 Pfam PF01551 Peptidase family M23 274 368 1.9E-37 T 17-09-2021 IPR016047 Peptidase M23 +MGYG000000001_00605 6bedceba7d9b537477e11e205fe8a234 72 Pfam PF07872 Protein of unknown function (DUF1659) 10 50 4.2E-11 T 17-09-2021 IPR012454 Protein of unknown function DUF1659 +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 SUPERFAMILY SSF69360 10 144 2.79E-6 T 17-09-2021 +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 275 303 2.0E-4 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 92 126 1.1E-6 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 160 194 5.1E-11 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 15 44 3.8E-6 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 194 228 1.0E-11 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 58 92 3.8E-5 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 228 257 3.1E-8 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 Pfam PF14903 WG containing repeat 126 160 2.5E-10 T 17-09-2021 IPR032774 WG containing repeat +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 SUPERFAMILY SSF69360 152 245 4.19E-14 T 17-09-2021 +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 PANTHER PTHR37841 11 46 1.7E-71 T 17-09-2021 +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 PANTHER PTHR37841 140 318 1.7E-71 T 17-09-2021 +MGYG000000001_02623 2320190084b9681dbc87e0a1b1cef472 320 PANTHER PTHR37841 49 148 1.7E-71 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 CDD cd16924 HATPase_YpdA-YehU-LytS-like 485 587 3.10018E-17 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 CDD cd12912 PDC2_MCP_like 198 294 1.03744E-4 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Pfam PF00672 HAMP domain 324 374 1.5E-7 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Gene3D G3DSA:3.30.450.20 194 296 3.5E-7 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 SUPERFAMILY SSF158472 328 375 5.1E-7 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 CDD cd06225 HAMP 329 375 1.55209E-6 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 SMART SM00387 481 590 0.0051 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Pfam PF06580 Histidine kinase 393 468 2.7E-22 T 17-09-2021 IPR010559 Signal transduction histidine kinase, internal region GO:0000155|GO:0000160|GO:0016021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 SUPERFAMILY SSF55874 446 587 5.76E-15 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 PANTHER PTHR42713:SF2 17 587 1.8E-58 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 ProSiteProfiles PS50885 HAMP domain profile. 327 379 8.415 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Pfam PF02743 Cache domain 44 289 3.3E-13 T 17-09-2021 IPR033479 Double Cache domain 1 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Gene3D G3DSA:1.20.1480.50 297 384 1.5E-8 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Gene3D G3DSA:3.30.565.10 447 589 8.8E-17 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 PANTHER PTHR42713 17 587 1.8E-58 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Gene3D G3DSA:3.30.450.20 172 193 3.5E-7 T 17-09-2021 +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 482 587 1.2E-6 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01673 18a9d8d78864402da48b18af84bfa5fb 592 SMART SM00304 327 379 6.5E-6 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00446 19988562bf716aeb23b901bda4b610c5 248 Gene3D G3DSA:3.20.20.190 1 245 1.4E-77 T 17-09-2021 IPR017946 PLC-like phosphodiesterase, TIM beta/alpha-barrel domain superfamily GO:0006629|GO:0008081 +MGYG000000001_00446 19988562bf716aeb23b901bda4b610c5 248 CDD cd08563 GDPD_TtGDE_like 1 234 5.34986E-97 T 17-09-2021 +MGYG000000001_00446 19988562bf716aeb23b901bda4b610c5 248 Pfam PF03009 Glycerophosphoryl diester phosphodiesterase family 6 235 3.6E-50 T 17-09-2021 IPR030395 Glycerophosphodiester phosphodiesterase domain GO:0006629|GO:0008081 +MGYG000000001_00446 19988562bf716aeb23b901bda4b610c5 248 SUPERFAMILY SSF51695 1 241 1.49E-73 T 17-09-2021 IPR017946 PLC-like phosphodiesterase, TIM beta/alpha-barrel domain superfamily GO:0006629|GO:0008081 +MGYG000000001_00446 19988562bf716aeb23b901bda4b610c5 248 ProSiteProfiles PS51704 GP-PDE domain profile. 1 241 42.977 T 17-09-2021 IPR030395 Glycerophosphodiester phosphodiesterase domain GO:0006629|GO:0008081 +MGYG000000001_00446 19988562bf716aeb23b901bda4b610c5 248 PANTHER PTHR46211 2 246 4.9E-70 T 17-09-2021 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 SUPERFAMILY SSF57802 5 37 2.51E-9 T 17-09-2021 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 Pfam PF01880 Desulfoferrodoxin 43 126 9.5E-22 T 17-09-2021 IPR002742 Desulfoferrodoxin, ferrous iron-binding domain GO:0005506|GO:0016491|GO:0055114 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 TIGRFAM TIGR00332 neela_ferrous: desulfoferrodoxin ferrous iron-binding domain 41 127 2.6E-18 T 17-09-2021 IPR002742 Desulfoferrodoxin, ferrous iron-binding domain GO:0005506|GO:0016491|GO:0055114 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 Pfam PF06397 Desulfoferrodoxin, N-terminal domain 5 36 4.5E-8 T 17-09-2021 IPR004462 Desulforodoxin domain GO:0005506 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 SUPERFAMILY SSF49367 34 127 6.41E-30 T 17-09-2021 IPR036073 Desulfoferrodoxin, ferrous iron-binding domain superfamily GO:0005506|GO:0016491|GO:0055114 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 Gene3D G3DSA:2.60.40.730 3 127 6.7E-43 T 17-09-2021 IPR036073 Desulfoferrodoxin, ferrous iron-binding domain superfamily GO:0005506|GO:0016491|GO:0055114 +MGYG000000001_02775 73a2a3d777a644757c9c6cee136f8c03 128 PANTHER PTHR36541 3 127 2.6E-29 T 17-09-2021 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 Gene3D G3DSA:3.30.450.40 189 333 1.7E-7 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 SUPERFAMILY SSF55781 70 183 7.63E-12 T 17-09-2021 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 SMART SM00331 371 588 2.7E-29 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 Gene3D G3DSA:3.60.40.10 337 588 1.6E-48 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 Gene3D G3DSA:3.30.450.40 5 184 6.1E-12 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 Pfam PF07228 Stage II sporulation protein E (SpoIIE) 396 587 1.1E-36 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 SUPERFAMILY SSF81606 377 536 1.12E-8 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 PANTHER PTHR43156 290 587 1.0E-43 T 17-09-2021 +MGYG000000001_02844 ee91cf288099e0c06154249b0b282eea 589 SUPERFAMILY SSF55781 192 335 1.31E-9 T 17-09-2021 +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 Pfam PF01266 FAD dependent oxidoreductase 3 353 6.0E-58 T 17-09-2021 IPR006076 FAD dependent oxidoreductase GO:0016491|GO:0055114 +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 Pfam PF04324 BFD-like [2Fe-2S] binding domain 399 452 1.7E-16 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 Gene3D G3DSA:3.50.50.60 3 349 1.9E-124 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 SUPERFAMILY SSF51905 1 374 1.51E-40 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 Gene3D G3DSA:1.10.10.1100 385 462 2.6E-24 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 PANTHER PTHR42720 1 472 1.1E-188 T 17-09-2021 +MGYG000000001_02643 2f365fd21441cca45b4485c97a696beb 486 Gene3D G3DSA:3.30.9.10 86 315 1.9E-124 T 17-09-2021 +MGYG000000001_00480 8e150da827c109a3590146d3206aeae9 270 PANTHER PTHR30622 1 267 5.9E-99 T 17-09-2021 IPR003824 Undecaprenyl-diphosphatase UppP GO:0016020|GO:0016311|GO:0050380 KEGG: 00550+3.6.1.27|MetaCyc: PWY-5785 +MGYG000000001_00480 8e150da827c109a3590146d3206aeae9 270 Hamap MF_01006 Undecaprenyl-diphosphatase [uppP]. 2 266 18.202 T 17-09-2021 IPR003824 Undecaprenyl-diphosphatase UppP GO:0016020|GO:0016311|GO:0050380 KEGG: 00550+3.6.1.27|MetaCyc: PWY-5785 +MGYG000000001_00480 8e150da827c109a3590146d3206aeae9 270 Pfam PF02673 Bacitracin resistance protein BacA 8 261 7.3E-88 T 17-09-2021 IPR003824 Undecaprenyl-diphosphatase UppP GO:0016020|GO:0016311|GO:0050380 KEGG: 00550+3.6.1.27|MetaCyc: PWY-5785 +MGYG000000001_00480 8e150da827c109a3590146d3206aeae9 270 TIGRFAM TIGR00753 undec_PP_bacA: undecaprenyl-diphosphatase UppP 7 259 4.5E-76 T 17-09-2021 IPR003824 Undecaprenyl-diphosphatase UppP GO:0016020|GO:0016311|GO:0050380 KEGG: 00550+3.6.1.27|MetaCyc: PWY-5785 +MGYG000000001_00480 8e150da827c109a3590146d3206aeae9 270 PANTHER PTHR30622:SF3 1 267 5.9E-99 T 17-09-2021 +MGYG000000001_02544 137828826e40728e85a2c0504392ffdb 182 PANTHER PTHR34478 1 182 3.3E-66 T 17-09-2021 IPR007156 MamQ/LemA +MGYG000000001_02544 137828826e40728e85a2c0504392ffdb 182 SUPERFAMILY SSF140478 24 170 1.57E-51 T 17-09-2021 IPR023353 LemA-like domain superfamily +MGYG000000001_02544 137828826e40728e85a2c0504392ffdb 182 Gene3D G3DSA:1.20.1440.20 14 182 1.3E-60 T 17-09-2021 IPR023353 LemA-like domain superfamily +MGYG000000001_02544 137828826e40728e85a2c0504392ffdb 182 Pfam PF04011 LemA family 35 182 1.2E-57 T 17-09-2021 IPR007156 MamQ/LemA +MGYG000000001_02770 51099338b48bbe2f959c279c4191d9bd 238 SUPERFAMILY SSF52980 56 119 2.15E-6 T 17-09-2021 IPR011335 Restriction endonuclease type II-like Reactome: R-HSA-6783310 +MGYG000000001_02770 51099338b48bbe2f959c279c4191d9bd 238 ProSiteProfiles PS50965 NERD domain profile. 56 170 25.63 T 17-09-2021 IPR011528 Nuclease-related domain, NERD +MGYG000000001_02770 51099338b48bbe2f959c279c4191d9bd 238 Pfam PF08378 Nuclease-related domain 56 166 9.1E-24 T 17-09-2021 IPR011528 Nuclease-related domain, NERD +MGYG000000001_01532 1a607a7844b99d1926fafecd3206df30 214 Pfam PF13599 Pentapeptide repeats (9 copies) 50 114 6.7E-13 T 17-09-2021 IPR001646 Pentapeptide repeat +MGYG000000001_01532 1a607a7844b99d1926fafecd3206df30 214 PANTHER PTHR42999 16 214 1.8E-32 T 17-09-2021 +MGYG000000001_01532 1a607a7844b99d1926fafecd3206df30 214 Gene3D G3DSA:2.160.20.100 2 214 6.6E-46 T 17-09-2021 +MGYG000000001_01532 1a607a7844b99d1926fafecd3206df30 214 SUPERFAMILY SSF141571 51 213 4.05E-37 T 17-09-2021 +MGYG000000001_01532 1a607a7844b99d1926fafecd3206df30 214 CDD cd17438 MFS_SV2B 56 107 1.17479E-6 T 17-09-2021 +MGYG000000001_01532 1a607a7844b99d1926fafecd3206df30 214 Pfam PF00805 Pentapeptide repeats (8 copies) 159 182 0.0041 T 17-09-2021 IPR001646 Pentapeptide repeat +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 Hamap MF_00183 1-deoxy-D-xylulose 5-phosphate reductoisomerase [dxr]. 4 381 49.072 T 17-09-2021 IPR003821 1-deoxy-D-xylulose 5-phosphate reductoisomerase GO:0008299|GO:0030604|GO:0046872|GO:0055114 KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 Pfam PF13288 DXP reductoisomerase C-terminal domain 260 376 1.9E-44 T 17-09-2021 IPR026877 DXP reductoisomerase C-terminal domain KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 Pfam PF08436 1-deoxy-D-xylulose 5-phosphate reductoisomerase C-terminal domain 145 228 4.3E-42 T 17-09-2021 IPR013644 1-deoxy-D-xylulose 5-phosphate reductoisomerase, C-terminal GO:0005515 KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 TIGRFAM TIGR00243 Dxr: 1-deoxy-D-xylulose 5-phosphate reductoisomerase 1 381 7.7E-166 T 17-09-2021 IPR003821 1-deoxy-D-xylulose 5-phosphate reductoisomerase GO:0008299|GO:0030604|GO:0046872|GO:0055114 KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 Pfam PF02670 1-deoxy-D-xylulose 5-phosphate reductoisomerase 4 131 4.5E-48 T 17-09-2021 IPR013512 1-deoxy-D-xylulose 5-phosphate reductoisomerase, N-terminal GO:0055114|GO:0070402 KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 SUPERFAMILY SSF55347 125 263 3.6E-62 T 17-09-2021 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 PIRSF PIRSF006205 1 383 6.6E-171 T 17-09-2021 IPR003821 1-deoxy-D-xylulose 5-phosphate reductoisomerase GO:0008299|GO:0030604|GO:0046872|GO:0055114 KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 PANTHER PTHR30525:SF0 1 382 3.2E-174 T 17-09-2021 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 SUPERFAMILY SSF51735 2 149 8.85E-49 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 Gene3D G3DSA:1.10.1740.10 301 383 3.6E-30 T 17-09-2021 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 Gene3D G3DSA:3.40.50.720 1 149 5.9E-57 T 17-09-2021 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 SUPERFAMILY SSF69055 291 382 2.09E-33 T 17-09-2021 IPR036169 DXP reductoisomerase, C-terminal domain superfamily KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_01676 59e6c8e39c19d60ff6ecffe83abc8683 383 PANTHER PTHR30525 1 382 3.2E-174 T 17-09-2021 IPR003821 1-deoxy-D-xylulose 5-phosphate reductoisomerase GO:0008299|GO:0030604|GO:0046872|GO:0055114 KEGG: 00900+1.1.1.267|MetaCyc: PWY-7560 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 Pfam PF13241 Putative NAD(P)-binding 6 112 8.2E-27 T 17-09-2021 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 Gene3D G3DSA:1.10.8.610 128 196 8.9E-11 T 17-09-2021 IPR042518 Precorrin-2 dehydrogenase, C-terminal helical domain KEGG: 00860+1.3.1.76|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 Coils Coil 177 196 - T 17-09-2021 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 Gene3D G3DSA:3.40.50.720 2 127 3.5E-34 T 17-09-2021 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 Coils Coil 137 157 - T 17-09-2021 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 TIGRFAM TIGR01470 cysG_Nterm: siroheme synthase, N-terminal domain 8 192 2.5E-36 T 17-09-2021 IPR006367 Sirohaem synthase, N-terminal GO:0006779|GO:0019354|GO:0055114 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 Pfam PF14824 Sirohaem biosynthesis protein central 116 143 1.7E-10 T 17-09-2021 IPR028281 Siroheme synthase, central domain KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 SUPERFAMILY SSF51735 4 108 2.24E-16 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 PANTHER PTHR35330 3 189 8.1E-49 T 17-09-2021 IPR028161 Siroheme biosynthesis protein Met8 GO:0004325|GO:0019354|GO:0043115 KEGG: 00860+1.3.1.76|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_03248 abe2a8bdb7c3c8ffb32e4d47aba3d12e 196 SUPERFAMILY SSF75615 111 181 2.62E-19 T 17-09-2021 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 Gene3D G3DSA:3.30.420.40 1 88 8.4E-34 T 17-09-2021 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 Gene3D G3DSA:3.30.420.40 89 256 8.9E-59 T 17-09-2021 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 SUPERFAMILY SSF53067 124 254 1.99E-36 T 17-09-2021 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 Hamap MF_01274 Type III pantothenate kinase [coaX]. 1 255 36.273 T 17-09-2021 IPR004619 Type III pantothenate kinase GO:0004594 KEGG: 00770+2.7.1.33|MetaCyc: PWY-3961 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 CDD cd00012 NBD_sugar-kinase_HSP70_actin 3 144 1.92723E-4 T 17-09-2021 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 TIGRFAM TIGR00671 baf: pantothenate kinase, type III 2 250 9.4E-76 T 17-09-2021 IPR004619 Type III pantothenate kinase GO:0004594 KEGG: 00770+2.7.1.33|MetaCyc: PWY-3961 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 PANTHER PTHR34265 1 255 3.5E-78 T 17-09-2021 IPR004619 Type III pantothenate kinase GO:0004594 KEGG: 00770+2.7.1.33|MetaCyc: PWY-3961 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 Pfam PF03309 Type III pantothenate kinase 2 204 1.5E-72 T 17-09-2021 IPR004619 Type III pantothenate kinase GO:0004594 KEGG: 00770+2.7.1.33|MetaCyc: PWY-3961 +MGYG000000001_02010 fe09b6b02e5b73269e1aa605084212f0 256 SUPERFAMILY SSF53067 1 122 4.66E-37 T 17-09-2021 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 Gene3D G3DSA:3.40.50.920 500 628 1.2E-36 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 PANTHER PTHR43322:SF5 13 627 6.4E-253 T 17-09-2021 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 Pfam PF02780 Transketolase, C-terminal domain 500 619 1.3E-28 T 17-09-2021 IPR033248 Transketolase, C-terminal domain +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 PANTHER PTHR43322 13 627 6.4E-253 T 17-09-2021 IPR005477 Deoxyxylulose-5-phosphate synthase GO:0008661|GO:0016114 KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 Hamap MF_00315 1-deoxy-D-xylulose-5-phosphate synthase [dxs]. 14 628 43.523 T 17-09-2021 IPR005477 Deoxyxylulose-5-phosphate synthase GO:0008661|GO:0016114 KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 ProSitePatterns PS00801 Transketolase signature 1. 40 59 - T 17-09-2021 IPR005474 Transketolase, N-terminal KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 Pfam PF13292 1-deoxy-D-xylulose-5-phosphate synthase 16 291 6.1E-120 T 17-09-2021 IPR005477 Deoxyxylulose-5-phosphate synthase GO:0008661|GO:0016114 KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 ProSitePatterns PS00802 Transketolase signature 2. 431 447 - T 17-09-2021 IPR020826 Transketolase binding site KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 SUPERFAMILY SSF52518 15 387 1.14E-78 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 Pfam PF02779 Transketolase, pyrimidine binding domain 326 485 3.3E-35 T 17-09-2021 IPR005475 Transketolase-like, pyrimidine-binding domain +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 SUPERFAMILY SSF52518 324 510 2.04E-53 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 Gene3D G3DSA:3.40.50.970 322 499 9.2E-65 T 17-09-2021 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 CDD cd02007 TPP_DXS 51 297 5.68782E-118 T 17-09-2021 IPR005477 Deoxyxylulose-5-phosphate synthase GO:0008661|GO:0016114 KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 SMART SM00861 325 489 1.4E-58 T 17-09-2021 IPR005475 Transketolase-like, pyrimidine-binding domain +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 CDD cd07033 TPP_PYR_DXS_TK_like 330 483 6.96097E-74 T 17-09-2021 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 TIGRFAM TIGR00204 dxs: 1-deoxy-D-xylulose-5-phosphate synthase 17 627 2.9E-246 T 17-09-2021 IPR005477 Deoxyxylulose-5-phosphate synthase GO:0008661|GO:0016114 KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_02438 81557b6b5bd7c58d9dc12969951f4c63 628 SUPERFAMILY SSF52922 496 628 2.36E-32 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 PANTHER PTHR43291 5 493 1.9E-170 T 17-09-2021 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 TIGRFAM TIGR02119 panF: sodium/pantothenate symporter 8 485 1.2E-176 T 17-09-2021 IPR011849 Sodium/pantothenate symporter GO:0015081|GO:0015233|GO:0015887|GO:0016021|GO:0036376 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 ProSiteProfiles PS50283 Sodium:solute symporter family profile. 5 459 64.532 T 17-09-2021 IPR001734 Sodium/solute symporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 TIGRFAM TIGR00813 sss: transporter, solute:sodium symporter (SSS) family 47 445 1.1E-82 T 17-09-2021 IPR001734 Sodium/solute symporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 PANTHER PTHR43291:SF1 5 493 1.9E-170 T 17-09-2021 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 Gene3D G3DSA:1.20.1730.10 36 498 1.0E-79 T 17-09-2021 IPR038377 Sodium/glucose symporter superfamily +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 Pfam PF00474 Sodium:solute symporter family 47 445 4.2E-89 T 17-09-2021 IPR001734 Sodium/solute symporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01930 0bc83cf898fe5b6cfb6bef2dee2db141 501 CDD cd10327 SLC5sbd_PanF 8 487 0.0 T 17-09-2021 IPR011849 Sodium/pantothenate symporter GO:0015081|GO:0015233|GO:0015887|GO:0016021|GO:0036376 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 CDD cd05794 S1_EF-P_repeat_2 168 222 2.27751E-31 T 17-09-2021 IPR015365 Elongation factor P, C-terminal GO:0005737|GO:0043043 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 CDD cd04470 S1_EF-P_repeat_1 104 164 2.449E-25 T 17-09-2021 IPR001059 Translation elongation factor P/YeiP, central GO:0003746|GO:0006414 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 SMART SM01185 105 159 4.0E-25 T 17-09-2021 IPR001059 Translation elongation factor P/YeiP, central GO:0003746|GO:0006414 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Gene3D G3DSA:2.40.50.140 102 165 7.6E-26 T 17-09-2021 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 SUPERFAMILY SSF50104 39 100 8.02E-21 T 17-09-2021 IPR008991 Translation protein SH3-like domain superfamily +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Gene3D G3DSA:2.40.50.140 167 223 9.8E-30 T 17-09-2021 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 TIGRFAM TIGR00038 efp: translation elongation factor P 41 223 8.1E-79 T 17-09-2021 IPR011768 Translation elongation factor P GO:0003746|GO:0005737|GO:0006414 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 SMART SM00841 167 222 6.7E-36 T 17-09-2021 IPR015365 Elongation factor P, C-terminal GO:0005737|GO:0043043 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 SUPERFAMILY SSF50249 167 223 4.71E-20 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 SUPERFAMILY SSF50249 103 166 1.54E-18 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 ProSitePatterns PS01275 Elongation factor P signature. 188 207 - T 17-09-2021 IPR013852 Translation elongation factor P/YeiP, conserved site +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Gene3D G3DSA:2.30.30.30 39 100 1.7E-25 T 17-09-2021 IPR014722 Ribosomal protein L2, domain 2 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Pfam PF08207 Elongation factor P (EF-P) KOW-like domain 41 98 7.7E-26 T 17-09-2021 IPR013185 Translation elongation factor, KOW-like +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Pfam PF01132 Elongation factor P (EF-P) OB domain 106 158 1.1E-21 T 17-09-2021 IPR001059 Translation elongation factor P/YeiP, central GO:0003746|GO:0006414 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Pfam PF09285 Elongation factor P, C-terminal 168 222 1.1E-29 T 17-09-2021 IPR015365 Elongation factor P, C-terminal GO:0005737|GO:0043043 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 PANTHER PTHR30053 39 223 7.7E-79 T 17-09-2021 IPR020599 Translation elongation factor P/YeiP +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 PIRSF PIRSF005901 38 223 1.9E-66 T 17-09-2021 IPR020599 Translation elongation factor P/YeiP +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 Hamap MF_00141 Elongation factor P [efp]. 39 223 50.485 T 17-09-2021 IPR011768 Translation elongation factor P GO:0003746|GO:0005737|GO:0006414 +MGYG000000001_01303 9ecc7c7a44d42f3f16255c7a297d7d83 223 PANTHER PTHR30053:SF1 39 223 7.7E-79 T 17-09-2021 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 TIGRFAM TIGR00160 MGSA: methylglyoxal synthase 1 130 1.6E-54 T 17-09-2021 IPR004363 Methylglyoxal synthase GO:0008929|GO:0019242 KEGG: 00640+4.2.3.3 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 SMART SM00851 16 109 4.0E-20 T 17-09-2021 IPR011607 Methylglyoxal synthase-like domain +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 PANTHER PTHR30492 3 120 8.7E-51 T 17-09-2021 IPR004363 Methylglyoxal synthase GO:0008929|GO:0019242 KEGG: 00640+4.2.3.3 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 CDD cd01422 MGS 4 118 9.70902E-61 T 17-09-2021 IPR004363 Methylglyoxal synthase GO:0008929|GO:0019242 KEGG: 00640+4.2.3.3 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 ProSitePatterns PS01335 Methylglyoxal synthase active site. 56 64 - T 17-09-2021 IPR018148 Methylglyoxal synthase, active site GO:0008929|GO:0019242 KEGG: 00640+4.2.3.3 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 Gene3D G3DSA:3.40.50.1380 1 139 1.7E-53 T 17-09-2021 IPR036914 Methylglyoxal synthase-like domain superfamily +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 ProSiteProfiles PS51855 MGS-like domain profile. 1 139 21.723 T 17-09-2021 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 SUPERFAMILY SSF52335 2 133 1.7E-51 T 17-09-2021 IPR036914 Methylglyoxal synthase-like domain superfamily +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 PIRSF PIRSF006614 1 138 3.0E-57 T 17-09-2021 IPR004363 Methylglyoxal synthase GO:0008929|GO:0019242 KEGG: 00640+4.2.3.3 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 Hamap MF_00549 Methylglyoxal synthase [mgsA]. 3 122 30.963 T 17-09-2021 IPR004363 Methylglyoxal synthase GO:0008929|GO:0019242 KEGG: 00640+4.2.3.3 +MGYG000000001_00296 1895aa5530ddf9e274291dc0c424a33a 139 Pfam PF02142 MGS-like domain 20 109 2.4E-16 T 17-09-2021 IPR011607 Methylglyoxal synthase-like domain +MGYG000000001_00454 8a7aed9e1370365a9acc3bdf2cbc0049 128 Pfam PF00903 Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily 4 118 7.0E-10 T 17-09-2021 IPR004360 Glyoxalase/fosfomycin resistance/dioxygenase domain +MGYG000000001_00454 8a7aed9e1370365a9acc3bdf2cbc0049 128 ProSiteProfiles PS51819 Vicinal oxygen chelate (VOC) domain profile. 4 125 14.94 T 17-09-2021 IPR037523 Vicinal oxygen chelate (VOC) domain +MGYG000000001_00454 8a7aed9e1370365a9acc3bdf2cbc0049 128 SUPERFAMILY SSF54593 1 125 3.36E-19 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_00454 8a7aed9e1370365a9acc3bdf2cbc0049 128 Gene3D G3DSA:3.10.180.10 1 125 2.4E-27 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_00454 8a7aed9e1370365a9acc3bdf2cbc0049 128 CDD cd07263 VOC_like 7 124 1.7807E-40 T 17-09-2021 +MGYG000000001_00454 8a7aed9e1370365a9acc3bdf2cbc0049 128 PANTHER PTHR36437 1 126 3.8E-34 T 17-09-2021 +MGYG000000001_01141 76dfee09c70a168120517427f537911b 92 PANTHER PTHR43478:SF1 10 90 2.7E-18 T 17-09-2021 +MGYG000000001_01141 76dfee09c70a168120517427f537911b 92 PANTHER PTHR43478 10 90 2.7E-18 T 17-09-2021 +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 ProSiteProfiles PS51000 DeoR-type HTH domain profile. 2 57 11.554 T 17-09-2021 IPR001034 DeoR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 SUPERFAMILY SSF46785 2 61 1.8E-9 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 PANTHER PTHR30595 1 315 1.8E-52 T 17-09-2021 +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 Pfam PF13280 WYL domain 142 311 2.2E-25 T 17-09-2021 IPR026881 WYL domain +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 Pfam PF08279 HTH domain 5 55 4.3E-14 T 17-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 Gene3D G3DSA:1.10.10.10 1 61 3.3E-12 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01786 1750d7d09a4d1f549807b874cdb64bdf 316 PANTHER PTHR30595:SF3 1 315 1.8E-52 T 17-09-2021 +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 PANTHER PTHR43133 3 179 5.8E-37 T 17-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 Pfam PF08281 Sigma-70, region 4 123 174 1.0E-12 T 17-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 Gene3D G3DSA:1.10.1740.10 1 117 2.0E-25 T 17-09-2021 +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 CDD cd06171 Sigma70_r4 122 175 1.19687E-11 T 17-09-2021 +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 Pfam PF04542 Sigma-70 region 2 23 89 2.8E-16 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 SUPERFAMILY SSF88659 111 179 7.48E-15 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 Gene3D G3DSA:1.10.10.10 118 179 1.3E-16 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 SUPERFAMILY SSF88946 3 101 1.51E-23 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00159 e2da2dfb07cd3e0252ebfa7a20ac19b9 194 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 19 178 4.2E-29 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 SMART SM01086 312 407 5.0E-33 T 17-09-2021 IPR019489 Clp ATPase, C-terminal +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 SMART SM00994 9 48 9.9E-24 T 17-09-2021 IPR010603 Zinc finger, ClpX C4-type GO:0008270|GO:0046983 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Hamap MF_00175 ATP-dependent Clp protease ATP-binding subunit ClpX [clpX]. 2 410 52.984 T 17-09-2021 IPR004487 Clp protease, ATP-binding subunit ClpX GO:0005524|GO:0006457|GO:0051082 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 SUPERFAMILY SSF57716 10 45 8.84E-12 T 17-09-2021 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Gene3D G3DSA:1.10.8.60 311 415 4.1E-40 T 17-09-2021 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Pfam PF06689 ClpX C4-type zinc finger 11 47 1.8E-20 T 17-09-2021 IPR010603 Zinc finger, ClpX C4-type GO:0008270|GO:0046983 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 PANTHER PTHR11262:SF4 7 405 1.8E-165 T 17-09-2021 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 TIGRFAM TIGR00382 clpX: ATP-dependent Clp protease, ATP-binding subunit ClpX 2 406 3.6E-202 T 17-09-2021 IPR004487 Clp protease, ATP-binding subunit ClpX GO:0005524|GO:0006457|GO:0051082 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Pfam PF10431 C-terminal, D2-small domain, of ClpB protein 312 390 4.7E-18 T 17-09-2021 IPR019489 Clp ATPase, C-terminal +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 SMART SM00382 108 260 1.9E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 PANTHER PTHR11262 7 405 1.8E-165 T 17-09-2021 IPR004487 Clp protease, ATP-binding subunit ClpX GO:0005524|GO:0006457|GO:0051082 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 CDD cd00009 AAA 75 213 1.76692E-16 T 17-09-2021 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Gene3D G3DSA:3.40.50.300 53 310 2.4E-106 T 17-09-2021 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Pfam PF07724 AAA domain (Cdc48 subfamily) 108 305 3.4E-48 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 Gene3D G3DSA:3.30.50.30 1 49 8.9E-23 T 17-09-2021 IPR038366 Zinc finger, ClpX C4-type superfamily +MGYG000000001_00030 95c592f5d8edb16d6692c1ead601460c 415 SUPERFAMILY SSF52540 60 397 1.25E-74 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 CDD cd03215 ABC_Carb_Monos_II 256 481 1.18702E-72 T 17-09-2021 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 Pfam PF00005 ABC transporter 24 171 2.7E-29 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 Gene3D G3DSA:3.40.50.300 253 497 4.9E-36 T 17-09-2021 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 Gene3D G3DSA:3.40.50.300 2 241 2.8E-57 T 17-09-2021 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 CDD cd03216 ABC_Carb_Monos_I 6 223 1.8055E-77 T 17-09-2021 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 PANTHER PTHR43790 4 505 2.5E-186 T 17-09-2021 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 SMART SM00382 31 219 5.6E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 SUPERFAMILY SSF52540 252 484 3.14E-41 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 ProSitePatterns PS00211 ABC transporters family signature. 404 418 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 SUPERFAMILY SSF52540 5 231 1.33E-57 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 Pfam PF00005 ABC transporter 275 431 1.3E-15 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 259 503 17.974 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 6 242 22.016 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02293 a2a47c16acbef6754392d3f5f8d6b33d 517 PANTHER PTHR43790:SF4 4 505 2.5E-186 T 17-09-2021 +MGYG000000001_00997 8c46db5efcdcf2c1175d5e4521c88cf1 520 Gene3D G3DSA:2.60.40.10 429 518 3.0E-5 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00997 8c46db5efcdcf2c1175d5e4521c88cf1 520 Gene3D G3DSA:2.60.40.1080 156 226 3.5E-6 T 17-09-2021 +MGYG000000001_00997 8c46db5efcdcf2c1175d5e4521c88cf1 520 SUPERFAMILY SSF49373 174 213 6.2E-5 T 17-09-2021 IPR008964 Invasin/intimin cell-adhesion fragments +MGYG000000001_00821 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652 155 202 3.5E-44 T 17-09-2021 +MGYG000000001_01621 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652 155 202 3.5E-44 T 17-09-2021 +MGYG000000001_00821 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652 1 157 3.5E-44 T 17-09-2021 +MGYG000000001_01621 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652 1 157 3.5E-44 T 17-09-2021 +MGYG000000001_00821 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 Pfam PF03606 C4-dicarboxylate anaerobic carrier 2 158 2.5E-34 T 17-09-2021 IPR018385 C4-dicarboxylate anaerobic carrier-like GO:0016021 +MGYG000000001_01621 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 Pfam PF03606 C4-dicarboxylate anaerobic carrier 2 158 2.5E-34 T 17-09-2021 IPR018385 C4-dicarboxylate anaerobic carrier-like GO:0016021 +MGYG000000001_00821 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652:SF1 155 202 3.5E-44 T 17-09-2021 +MGYG000000001_01621 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652:SF1 155 202 3.5E-44 T 17-09-2021 +MGYG000000001_00821 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652:SF1 1 157 3.5E-44 T 17-09-2021 +MGYG000000001_01621 8f1cbfbaf0ed67a47ed19fb612d0fa1e 210 PANTHER PTHR43652:SF1 1 157 3.5E-44 T 17-09-2021 +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 Pfam PF00005 ABC transporter 20 166 6.5E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 SUPERFAMILY SSF52540 5 240 2.26E-73 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 239 29.058 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 PANTHER PTHR43117:SF3 6 242 9.5E-88 T 17-09-2021 +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 Gene3D G3DSA:3.40.50.300 1 243 2.9E-71 T 17-09-2021 +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 SMART SM00382 29 216 4.9E-16 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 ProSitePatterns PS00211 ABC transporters family signature. 139 153 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02701 08204a63f830beb9a50b9a5a5f852d58 248 PANTHER PTHR43117 6 242 9.5E-88 T 17-09-2021 +MGYG000000001_01405 bd15f3a2f58d3a7fea4ded0b25410e51 303 Pfam PF01734 Patatin-like phospholipase 11 178 2.9E-15 T 17-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_01405 bd15f3a2f58d3a7fea4ded0b25410e51 303 Gene3D G3DSA:3.40.1090.10 1 300 5.8E-53 T 17-09-2021 +MGYG000000001_01405 bd15f3a2f58d3a7fea4ded0b25410e51 303 SUPERFAMILY SSF52151 10 296 1.57E-37 T 17-09-2021 IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase +MGYG000000001_01405 bd15f3a2f58d3a7fea4ded0b25410e51 303 ProSiteProfiles PS51635 Patatin-like phospholipase (PNPLA) domain profile. 9 182 22.256 T 17-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_01405 bd15f3a2f58d3a7fea4ded0b25410e51 303 PANTHER PTHR24138 5 301 4.2E-71 T 17-09-2021 +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 Gene3D G3DSA:3.30.428.10 3 316 4.0E-83 T 17-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 PANTHER PTHR42763:SF1 1 316 4.0E-66 T 17-09-2021 +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 SUPERFAMILY SSF54197 162 316 3.25E-21 T 17-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 SUPERFAMILY SSF54197 1 163 2.55E-36 T 17-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 PIRSF PIRSF000808 1 317 4.9E-70 T 17-09-2021 IPR001937 Galactose-1-phosphate uridyl transferase, class I GO:0008108|GO:0008270|GO:0033499 KEGG: 00052+2.7.7.12|KEGG: 00520+2.7.7.12|MetaCyc: PWY-6317|MetaCyc: PWY-6527|Reactome: R-HSA-5609978|Reactome: R-HSA-70370 +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 Pfam PF16268 Domain of unknown function (DUF4921) 124 315 1.6E-10 T 17-09-2021 IPR032576 Domain of unknown function DUF4921 +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 Gene3D G3DSA:3.30.428.10 44 161 4.0E-83 T 17-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00492 8218a785404a9d1a47841a8df5f7bd01 318 PANTHER PTHR42763 1 316 4.0E-66 T 17-09-2021 +MGYG000000001_01402 c4e21131e3d3c2c01b972eae6cd08b29 405 ProSiteProfiles PS51635 Patatin-like phospholipase (PNPLA) domain profile. 4 192 21.237 T 17-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_01402 c4e21131e3d3c2c01b972eae6cd08b29 405 CDD cd07209 Pat_hypo_Ecoli_Z1214_like 4 260 9.13036E-62 T 17-09-2021 +MGYG000000001_01402 c4e21131e3d3c2c01b972eae6cd08b29 405 Gene3D G3DSA:3.40.1090.10 1 126 1.8E-24 T 17-09-2021 +MGYG000000001_01402 c4e21131e3d3c2c01b972eae6cd08b29 405 PANTHER PTHR14226 3 261 1.6E-23 T 17-09-2021 +MGYG000000001_01402 c4e21131e3d3c2c01b972eae6cd08b29 405 SUPERFAMILY SSF52151 3 313 2.3E-39 T 17-09-2021 IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase +MGYG000000001_01402 c4e21131e3d3c2c01b972eae6cd08b29 405 Pfam PF01734 Patatin-like phospholipase 4 191 5.8E-21 T 17-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 SMART SM00382 29 204 4.1E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 SUPERFAMILY SSF52540 4 217 1.36E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 Gene3D G3DSA:3.40.50.300 1 230 2.2E-55 T 17-09-2021 +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 CDD cd03230 ABC_DR_subfamily_A 5 205 4.28896E-56 T 17-09-2021 +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 Pfam PF00005 ABC transporter 20 155 2.6E-26 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 227 21.182 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 PANTHER PTHR43158 1 231 1.1E-90 T 17-09-2021 +MGYG000000001_02084 a9585f668d25fde8016beb5d1fc91b9e 232 PANTHER PTHR43158:SF1 1 231 1.1E-90 T 17-09-2021 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 Gene3D G3DSA:2.40.50.140 2 79 2.5E-17 T 17-09-2021 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 TIGRFAM TIGR00479 rumA: 23S rRNA (uracil-5-)-methyltransferase RumA 17 444 8.3E-153 T 17-09-2021 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 Pfam PF01938 TRAM domain 6 58 4.4E-7 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 CDD cd02440 AdoMet_MTases 308 384 1.4023E-11 T 17-09-2021 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 ProSitePatterns PS01230 RNA methyltransferase trmA family signature 1. 382 413 - T 17-09-2021 IPR030390 RNA methyltransferase TrmA, active site +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 SUPERFAMILY SSF53335 71 451 2.6E-88 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 PANTHER PTHR11061 3 451 7.0E-141 T 17-09-2021 IPR010280 (Uracil-5)-methyltransferase family GO:0006396|GO:0008173 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 Gene3D G3DSA:3.40.50.150 81 445 2.3E-124 T 17-09-2021 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 ProSiteProfiles PS51687 SAM-dependent methyltransferase RNA m(5)U-type domain profile. 80 452 86.389 T 17-09-2021 IPR010280 (Uracil-5)-methyltransferase family GO:0006396|GO:0008173 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 ProSiteProfiles PS50926 TRAM domain profile. 1 59 13.796 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 Pfam PF05958 tRNA (Uracil-5-)-methyltransferase 89 447 1.9E-27 T 17-09-2021 IPR010280 (Uracil-5)-methyltransferase family GO:0006396|GO:0008173 +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 SUPERFAMILY SSF50249 7 65 2.96E-13 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 ProSitePatterns PS01231 RNA methyltransferase trmA family signature 2. 434 444 - T 17-09-2021 IPR030391 RNA methyltransferase TrmA, conserved site +MGYG000000001_00016 8d8ac170fa5e3d48820115c930dfea41 455 Gene3D G3DSA:3.40.1350.30 128 283 2.3E-124 T 17-09-2021 +MGYG000000001_02658 44279c4d4e9f6ddab7ee8e7714ca54a2 229 SMART SM00729 13 206 1.5E-4 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Gene3D G3DSA:1.20.120.850 842 1064 2.3E-84 T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Gene3D G3DSA:3.40.50.300 827 1025 2.3E-84 T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 ProSiteProfiles PS50966 Zinc finger SWIM-type profile. 74 118 8.877 T 17-09-2021 IPR007527 Zinc finger, SWIM-type GO:0008270 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 PANTHER PTHR10799 34 1055 2.0E-201 T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Gene3D G3DSA:3.40.50.10810 619 821 8.6E-66 T 17-09-2021 IPR038718 SNF2-like, N-terminal domain superfamily +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 CDD cd18793 SF2_C_SNF 897 1022 4.43311E-58 T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 902 1063 16.111 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 SUPERFAMILY SSF52540 591 820 9.94E-59 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 SMART SM00490 928 1011 1.5E-24 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 PANTHER PTHR10799:SF980 34 1055 2.0E-201 T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 SMART SM00487 614 795 2.3E-33 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Pfam PF00271 Helicase conserved C-terminal domain 899 1011 1.3E-21 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Coils Coil 1024 1044 - T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 630 787 23.216 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 CDD cd18012 DEXQc_arch_SWI2_SNF2 614 822 1.93228E-106 T 17-09-2021 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Pfam PF00176 SNF2 family N-terminal domain 636 888 2.9E-57 T 17-09-2021 IPR000330 SNF2-related, N-terminal domain GO:0005524 +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 SUPERFAMILY SSF52540 821 1069 2.42E-66 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01759 afc7414e7db88e10e41d6d4679c334b0 1069 Pfam PF08455 Bacterial SNF2 helicase associated 252 611 7.9E-77 T 17-09-2021 IPR013663 Helicase, SWF/SNF/SWI type, bacterial +MGYG000000001_02299 8033be16017577c874a1f83e3eaf57f3 332 Gene3D G3DSA:2.40.10.220 60 173 1.4E-9 T 17-09-2021 +MGYG000000001_02299 8033be16017577c874a1f83e3eaf57f3 332 Pfam PF07238 PilZ domain 64 160 2.6E-11 T 17-09-2021 IPR009875 PilZ domain GO:0035438 +MGYG000000001_02299 8033be16017577c874a1f83e3eaf57f3 332 SUPERFAMILY SSF141371 64 160 1.55E-8 T 17-09-2021 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Gene3D G3DSA:2.60.40.10 465 543 3.9E-5 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Gene3D G3DSA:2.60.40.10 612 747 8.2E-11 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Pfam PF13402 Peptidase M60, enhancin and enhancin-like 1258 1442 1.6E-22 T 17-09-2021 IPR031161 Peptidase family M60 domain +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Gene3D G3DSA:1.10.390.30 1308 1479 2.8E-37 T 17-09-2021 IPR042279 Peptidase M60, enhancin-like domain 3 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Gene3D G3DSA:2.60.120.260 755 891 6.7E-11 T 17-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SUPERFAMILY SSF49785 775 891 3.62E-9 T 17-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SUPERFAMILY SSF63446 228 288 7.72E-8 T 17-09-2021 IPR036439 Dockerin domain superfamily GO:0000272 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 ProSiteProfiles PS51723 Peptidase family M60 domain profile. 982 1374 38.787 T 17-09-2021 IPR031161 Peptidase family M60 domain +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SUPERFAMILY SSF49265 612 745 1.22E-9 T 17-09-2021 IPR036116 Fibronectin type III superfamily GO:0005515 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 ProSitePatterns PS00018 EF-hand calcium-binding domain. 268 280 - T 17-09-2021 IPR018247 EF-Hand 1, calcium-binding site +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 CDD cd00063 FN3 617 735 1.84997E-6 T 17-09-2021 IPR003961 Fibronectin type III GO:0005515 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SUPERFAMILY SSF49265 470 539 4.22E-5 T 17-09-2021 IPR036116 Fibronectin type III superfamily GO:0005515 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 ProSiteProfiles PS51766 Dockerin domain profile. 227 296 14.062 T 17-09-2021 IPR016134 Dockerin domain GO:0000272 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SMART SM01276 982 1374 7.6E-33 T 17-09-2021 IPR031161 Peptidase family M60 domain +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Gene3D G3DSA:2.60.120.260 1598 1787 3.7E-20 T 17-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SMART SM00060 617 725 1.2E-6 T 17-09-2021 IPR003961 Fibronectin type III GO:0005515 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SMART SM00060 458 540 5.5 T 17-09-2021 IPR003961 Fibronectin type III GO:0005515 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Gene3D G3DSA:1.10.1330.10 228 289 2.8E-8 T 17-09-2021 IPR036439 Dockerin domain superfamily GO:0000272 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 ProSiteProfiles PS50222 EF-hand calcium-binding domain profile. 265 290 8.795 T 17-09-2021 IPR002048 EF-hand domain GO:0005509 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 Pfam PF00404 Dockerin type I domain 234 287 4.9E-7 T 17-09-2021 IPR002105 Dockerin type I repeat GO:0000272|GO:0004553 +MGYG000000001_00171 091a698468fd29d0ba7adf84099ae9b1 1968 SUPERFAMILY SSF49785 1637 1784 5.88E-9 T 17-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 SUPERFAMILY SSF53807 62 337 3.92E-43 T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 Coils Coil 197 217 - T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 Gene3D G3DSA:3.40.50.1980 201 339 4.3E-44 T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 71 337 28.871 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 PANTHER PTHR30535 6 336 5.5E-50 T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 Gene3D G3DSA:3.40.50.1980 27 199 8.2E-45 T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 PANTHER PTHR30535:SF7 6 336 5.5E-50 T 17-09-2021 +MGYG000000001_01598 388c29a4f8c8e68a8aa02709c64d4520 339 Pfam PF01497 Periplasmic binding protein 72 307 3.9E-22 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 CDD cd18184 ATP-synt_Fo_c_NaATPase 14 77 2.24233E-19 T 17-09-2021 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 PANTHER PTHR10031 10 81 9.3E-18 T 17-09-2021 IPR000454 ATP synthase, F0 complex, subunit C GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 SUPERFAMILY SSF81333 10 80 7.19E-17 T 17-09-2021 IPR035921 F/V-ATP synthase subunit C superfamily +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 Gene3D G3DSA:1.20.20.10 1 81 1.6E-29 T 17-09-2021 IPR038662 F1F0 ATP synthase subunit C superfamily Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 PANTHER PTHR10031:SF0 10 81 9.3E-18 T 17-09-2021 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 TIGRFAM TIGR01260 ATP_synt_c: ATP synthase F0, C subunit 25 80 1.2E-18 T 17-09-2021 IPR005953 ATP synthase, F0 complex, subunit C, bacterial/chloroplast GO:0015078|GO:0015986|GO:0045263 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 Hamap MF_01396 ATP synthase subunit c [atpH]. 11 79 15.26 T 17-09-2021 IPR000454 ATP synthase, F0 complex, subunit C GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 Pfam PF00137 ATP synthase subunit C 17 78 6.4E-16 T 17-09-2021 IPR002379 V-ATPase proteolipid subunit C-like domain GO:0015078|GO:0033177|GO:1902600 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 PRINTS PR00124 ATP synthase C subunit signature 54 79 9.8E-19 T 17-09-2021 IPR000454 ATP synthase, F0 complex, subunit C GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 PRINTS PR00124 ATP synthase C subunit signature 16 35 9.8E-19 T 17-09-2021 IPR000454 ATP synthase, F0 complex, subunit C GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00725 c03e1214d94b41863e3376b2de92a7e7 87 PRINTS PR00124 ATP synthase C subunit signature 37 52 9.8E-19 T 17-09-2021 IPR000454 ATP synthase, F0 complex, subunit C GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 Pfam PF00724 NADH:flavin oxidoreductase / NADH oxidase family 3 331 3.4E-53 T 17-09-2021 IPR001155 NADH:flavin oxidoreductase/NADH oxidase, N-terminal GO:0010181|GO:0016491|GO:0055114 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 Gene3D G3DSA:3.50.50.60 475 595 2.9E-64 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PANTHER PTHR42917 2 536 1.3E-140 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PANTHER PTHR42917 552 639 1.3E-140 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 SUPERFAMILY SSF51395 2 363 1.08E-78 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 SUPERFAMILY SSF51905 356 600 3.69E-37 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 379 602 1.4E-33 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 499 523 4.4E-6 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 589 610 4.4E-6 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 380 402 4.4E-6 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 CDD cd02803 OYE_like_FMN_family 4 330 1.64735E-101 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 587 603 5.6E-17 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 463 481 5.6E-17 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 503 521 5.6E-17 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 381 400 5.6E-17 T 17-09-2021 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 Gene3D G3DSA:3.20.20.70 1 373 1.3E-93 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00876 4d05774bbb4a18fbbec2fc11d1ff0595 640 Gene3D G3DSA:3.40.50.720 380 632 2.9E-64 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Coils Coil 237 257 - T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 SUPERFAMILY SSF47831 23 141 7.98E-35 T 17-09-2021 IPR036618 PtsI, HPr-binding domain superfamily GO:0009401 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Pfam PF00391 PEP-utilising enzyme, mobile domain 150 223 3.8E-24 T 17-09-2021 IPR008279 PEP-utilising enzyme, mobile domain GO:0016310|GO:0016772 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 ProSitePatterns PS00370 PEP-utilizing enzymes phosphorylation site signature. 182 193 - T 17-09-2021 IPR018274 PEP-utilising enzyme, active site GO:0016310|GO:0016772 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PRINTS PR01736 Phosphoenolpyruvate-protein phosphotransferase signature 463 478 5.5E-25 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PRINTS PR01736 Phosphoenolpyruvate-protein phosphotransferase signature 499 511 5.5E-25 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PRINTS PR01736 Phosphoenolpyruvate-protein phosphotransferase signature 446 461 5.5E-25 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PRINTS PR01736 Phosphoenolpyruvate-protein phosphotransferase signature 291 310 5.5E-25 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 TIGRFAM TIGR01417 PTS_I_fam: phosphoenolpyruvate-protein phosphotransferase 3 564 5.9E-229 T 17-09-2021 IPR006318 Phosphotransferase system, enzyme I-like GO:0016772 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Pfam PF02896 PEP-utilising enzyme, TIM barrel domain 253 540 1.4E-121 T 17-09-2021 IPR000121 PEP-utilising enzyme, C-terminal GO:0016310|GO:0016772 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 SUPERFAMILY SSF52009 123 245 1.31E-38 T 17-09-2021 IPR036637 Phosphohistidine domain superfamily GO:0016310|GO:0016772 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PIRSF PIRSF000732 1 570 4.2E-227 T 17-09-2021 IPR024692 Phosphotransferase system, enzyme I GO:0008965|GO:0009401 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PANTHER PTHR46244 2 568 7.3E-238 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Gene3D G3DSA:3.20.20.60 232 570 9.5E-125 T 17-09-2021 IPR040442 Pyruvate kinase-like domain superfamily +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Coils Coil 31 69 - T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Coils Coil 395 415 - T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Gene3D G3DSA:1.10.274.10 21 144 1.6E-80 T 17-09-2021 IPR036618 PtsI, HPr-binding domain superfamily GO:0009401 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 PANTHER PTHR46244:SF3 2 568 7.3E-238 T 17-09-2021 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 SUPERFAMILY SSF51621 255 548 7.33E-108 T 17-09-2021 IPR015813 Pyruvate/Phosphoenolpyruvate kinase-like domain superfamily GO:0003824 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Pfam PF05524 PEP-utilising enzyme, N-terminal 3 124 3.1E-33 T 17-09-2021 IPR008731 Phosphotransferase system, enzyme I N-terminal GO:0009401 +MGYG000000001_01400 0304aab681bec39bcd46bb9b499505c9 570 Gene3D G3DSA:3.50.30.10 4 231 1.6E-80 T 17-09-2021 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 ProSiteProfiles PS50126 S1 domain profile. 137 201 11.719 T 17-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 SMART SM00316 135 201 1.9E-10 T 17-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 SUPERFAMILY SSF54814 280 343 4.38E-15 T 17-09-2021 IPR009019 K homology domain superfamily, prokaryotic type GO:0003723 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 SUPERFAMILY SSF54814 201 279 2.62E-29 T 17-09-2021 IPR009019 K homology domain superfamily, prokaryotic type GO:0003723 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Pfam PF13184 NusA-like KH domain 231 298 6.0E-27 T 17-09-2021 IPR025249 KH domain, NusA-like GO:0003723 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Gene3D G3DSA:3.30.1480.10 1 131 7.4E-50 T 17-09-2021 IPR036555 NusA, N-terminal domain superfamily GO:0003700|GO:0031554 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Gene3D G3DSA:3.30.300.20 279 350 1.5E-31 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Gene3D G3DSA:3.30.300.20 200 278 3.5E-32 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 CDD cd02134 NusA_KH 202 275 8.36617E-4 T 17-09-2021 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Pfam PF08529 NusA N-terminal domain 4 126 8.8E-46 T 17-09-2021 IPR013735 Transcription factor NusA, N-terminal GO:0003700|GO:0031554 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Hamap MF_00945_B Transcription termination/antitermination protein NusA [nusA]. 2 350 29.975 T 17-09-2021 IPR030842 Transcription termination/antitermination protein NusA, bacterial GO:0006353|GO:0031564 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 PANTHER PTHR22648 1 348 2.2E-142 T 17-09-2021 IPR030842 Transcription termination/antitermination protein NusA, bacterial GO:0006353|GO:0031564 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 ProSiteProfiles PS50084 Type-1 KH domain profile. 303 350 9.708 T 17-09-2021 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 CDD cd04455 S1_NusA 134 200 3.90811E-28 T 17-09-2021 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 TIGRFAM TIGR01953 NusA: transcription termination factor NusA 4 344 1.1E-132 T 17-09-2021 IPR010213 Transcription termination factor NusA GO:0003723 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Pfam PF00575 S1 RNA binding domain 135 196 8.1E-9 T 17-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 Gene3D G3DSA:2.40.50.140 138 199 8.4E-24 T 17-09-2021 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 SUPERFAMILY SSF50249 134 200 3.73E-19 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 CDD cd02134 NusA_KH 281 340 8.44798E-17 T 17-09-2021 +MGYG000000001_01613 9fa19e94feec37e947bc5c912564e842 350 SUPERFAMILY SSF69705 1 128 7.19E-45 T 17-09-2021 IPR036555 NusA, N-terminal domain superfamily GO:0003700|GO:0031554 +MGYG000000001_00539 b530a2b66ef17ee47b08569e9a6e9c58 196 Pfam PF12983 Protein of unknown function (DUF3867) 4 196 1.5E-77 T 17-09-2021 IPR024218 Protein of unknown function DUF3867 +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 SUPERFAMILY SSF161098 94 291 5.23E-20 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 Gene3D G3DSA:1.10.3720.10 86 301 2.3E-25 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 PANTHER PTHR30465:SF74 5 307 1.0E-107 T 17-09-2021 +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 CDD cd06261 TM_PBP2 96 295 3.81526E-19 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 114 305 1.7E-42 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 PANTHER PTHR30465 5 307 1.0E-107 T 17-09-2021 +MGYG000000001_00840 464f1bc72b1118fd8debbd7349346a64 308 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 96 297 19.075 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 CDD cd00093 HTH_XRE 7 61 8.78314E-14 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 Gene3D G3DSA:1.10.260.40 3 70 1.2E-16 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 Pfam PF07883 Cupin domain 110 178 5.2E-15 T 17-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 PANTHER PTHR46797:SF1 1 181 6.4E-51 T 17-09-2021 +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 Gene3D G3DSA:2.60.120.10 71 181 3.3E-19 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 Pfam PF01381 Helix-turn-helix 12 61 8.0E-14 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 SMART SM00530 9 64 1.3E-11 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 PANTHER PTHR46797 1 181 6.4E-51 T 17-09-2021 +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 10 65 14.595 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 SUPERFAMILY SSF51182 57 180 5.78E-27 T 17-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_01754 e9621bd6eefde2d5b79f1c78fd0c1283 182 SUPERFAMILY SSF47413 4 69 4.22E-16 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02179 cf52aee8affb681366a0050ff243d974 406 Pfam PF11449 Putative, 10TM heavy-metal exporter 4 405 3.6E-88 T 17-09-2021 IPR021552 Putative, 10TM heavy-metal exporter +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 PANTHER PTHR43018 1 336 1.9E-139 T 17-09-2021 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 Gene3D G3DSA:3.30.70.1140 1 75 1.0E-24 T 17-09-2021 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 Pfam PF18152 DAHP synthase ferredoxin-like domain 1 67 2.2E-19 T 17-09-2021 IPR041071 DAHP synthase ferredoxin-like domain KEGG: 00400+2.5.1.54|MetaCyc: PWY-6164 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 Pfam PF00793 DAHP synthetase I family 91 320 8.6E-75 T 17-09-2021 IPR006218 DAHP synthetase I/KDSA GO:0009058 KEGG: 00540+2.5.1.55|MetaCyc: PWY-1269|MetaCyc: PWY-7674 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 PANTHER PTHR43018:SF2 1 336 1.9E-139 T 17-09-2021 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 Gene3D G3DSA:3.20.20.70 76 331 8.3E-100 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 SUPERFAMILY SSF51569 1 334 5.59E-115 T 17-09-2021 +MGYG000000001_01241 bb845efd782a42c47c3d83d67c5e24e1 337 TIGRFAM TIGR01361 DAHP_synth_Bsub: 3-deoxy-7-phosphoheptulonate synthase 72 328 1.3E-121 T 17-09-2021 IPR006268 Phospho-2-dehydro-3-deoxyheptonate aldolase, subtype 2 GO:0009073|GO:0016832 KEGG: 00400+2.5.1.54|MetaCyc: PWY-6164 +MGYG000000001_02619 e9c3d8d68581fea66d80af9e0fa8bc1a 196 SUPERFAMILY SSF46689 148 195 7.17E-8 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02619 e9c3d8d68581fea66d80af9e0fa8bc1a 196 Pfam PF02954 Bacterial regulatory protein, Fis family 150 193 1.9E-7 T 17-09-2021 IPR002197 DNA binding HTH domain, Fis-type GO:0043565 +MGYG000000001_02619 e9c3d8d68581fea66d80af9e0fa8bc1a 196 Gene3D G3DSA:1.10.10.60 148 195 2.1E-13 T 17-09-2021 +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 SUPERFAMILY SSF56420 3 145 1.7E-55 T 17-09-2021 IPR036821 Peptide deformylase superfamily +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 Gene3D G3DSA:3.90.45.10 1 146 1.0E-56 T 17-09-2021 IPR036821 Peptide deformylase superfamily +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PRINTS PR01576 Peptide deformylase signature 86 97 2.0E-32 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PRINTS PR01576 Peptide deformylase signature 98 116 2.0E-32 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PRINTS PR01576 Peptide deformylase signature 33 62 2.0E-32 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PRINTS PR01576 Peptide deformylase signature 117 146 2.0E-32 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 CDD cd00487 Pep_deformylase 6 140 5.32088E-68 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PANTHER PTHR10458:SF2 4 145 9.6E-48 T 17-09-2021 +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PANTHER PTHR10458 4 145 9.6E-48 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 TIGRFAM TIGR00079 pept_deformyl: peptide deformylase 4 146 6.8E-49 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 Pfam PF01327 Polypeptide deformylase 4 146 2.6E-47 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 PIRSF PIRSF004749 1 146 1.4E-50 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02148 7e28dfb4d59673869dcd041e47d7145c 146 Hamap MF_00163 Peptide deformylase [def]. 2 146 27.495 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 TIGRFAM TIGR00089 TIGR00089: radical SAM methylthiotransferase, MiaB/RimO family 40 473 1.2E-150 T 17-09-2021 IPR005839 Methylthiotransferase GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 TIGRFAM TIGR01574 miaB-methiolase: tRNA-i(6)A37 thiotransferase enzyme MiaB 40 473 5.5E-164 T 17-09-2021 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 Hamap MF_01864 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase [miaB]. 39 476 71.615 T 17-09-2021 IPR006463 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase MiaB GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 ProSiteProfiles PS50926 TRAM domain profile. 413 476 14.761 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 ProSitePatterns PS01278 Methylthiotransferase radical SAM domain signature. 188 208 - T 17-09-2021 IPR020612 Methylthiotransferase, conserved site GO:0051539 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 SUPERFAMILY SSF102114 183 406 1.15E-60 T 17-09-2021 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 SFLD SFLDS00029 Radical SAM 38 474 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 SMART SM00729 184 402 7.7E-61 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 CDD cd01335 Radical_SAM 188 392 1.03639E-8 T 17-09-2021 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 Pfam PF01938 TRAM domain 413 474 4.1E-11 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 ProSiteProfiles PS51449 Methylthiotransferase N-terminal domain profile. 39 157 31.388 T 17-09-2021 IPR013848 Methylthiotransferase, N-terminal GO:0035596|GO:0051539 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 Gene3D G3DSA:3.40.50.12160 40 172 8.3E-32 T 17-09-2021 IPR038135 Methylthiotransferase, N-terminal domain superfamily +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 Gene3D G3DSA:3.80.30.20 183 416 1.1E-92 T 17-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 SFLD SFLDG01082 B12-binding domain containing 105 391 4.9E-33 T 17-09-2021 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 Pfam PF00919 Uncharacterized protein family UPF0004 40 141 3.0E-26 T 17-09-2021 IPR013848 Methylthiotransferase, N-terminal GO:0035596|GO:0051539 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 PANTHER PTHR43020:SF1 37 474 1.6E-174 T 17-09-2021 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 Pfam PF04055 Radical SAM superfamily 188 358 1.4E-31 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 SFLD SFLDF00273 (dimethylallyl)adenosine tRNA methylthiotransferase (MiaB-like) 38 474 0.0 T 17-09-2021 IPR006463 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase MiaB GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_00846 c914d0e6814323fe4fcd41a7c47cac15 476 PANTHER PTHR43020 37 474 1.6E-174 T 17-09-2021 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Hamap MF_01454 GTPase Obg [obg]. 1 330 47.213 T 17-09-2021 IPR014100 GTP-binding protein Obg/CgtA GO:0000287|GO:0003924|GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 ProSitePatterns PS00905 GTP1/OBG family signature. 212 225 - T 17-09-2021 IPR006074 GTP1/OBG, conserved site GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 CDD cd01898 Obg 159 329 4.11948E-92 T 17-09-2021 IPR031167 OBG-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Gene3D G3DSA:2.70.210.12 1 157 3.0E-56 T 17-09-2021 IPR036726 GTP1/OBG domain superfamily +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Pfam PF09269 Domain of unknown function (DUF1967) 360 424 6.7E-23 T 17-09-2021 IPR015349 GTP-binding protein OBG, C-terminal GO:0000166 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PANTHER PTHR11702 2 409 6.4E-144 T 17-09-2021 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Pfam PF01926 50S ribosome-binding GTPase 160 283 4.5E-24 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 ProSiteProfiles PS51710 OBG-type guanine nucleotide-binding (G) domain profile. 159 330 76.173 T 17-09-2021 IPR031167 OBG-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PANTHER PTHR11702:SF31 2 409 6.4E-144 T 17-09-2021 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 SUPERFAMILY SSF82051 1 157 5.89E-53 T 17-09-2021 IPR036726 GTP1/OBG domain superfamily +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 SUPERFAMILY SSF102741 361 425 7.98E-18 T 17-09-2021 IPR036346 GTP-binding protein OBG, C-terminal domain superfamily +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 227 245 1.7E-35 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 182 200 1.7E-35 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 210 225 1.7E-35 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 161 181 1.7E-35 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 TIGRFAM TIGR03595 Obg_CgtA_exten: Obg family GTPase CgtA, C-terminal extension 362 425 2.2E-20 T 17-09-2021 IPR015349 GTP-binding protein OBG, C-terminal GO:0000166 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 TIGRFAM TIGR02729 Obg_CgtA: Obg family GTPase CgtA 2 329 2.6E-137 T 17-09-2021 IPR014100 GTP-binding protein Obg/CgtA GO:0000287|GO:0003924|GO:0005525 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Pfam PF01018 GTP1/OBG 3 157 8.6E-58 T 17-09-2021 IPR006169 GTP1/OBG domain +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Gene3D G3DSA:3.40.50.300 158 343 1.3E-56 T 17-09-2021 +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 PIRSF PIRSF002401 1 374 5.5E-138 T 17-09-2021 IPR035101 GTP-binding protein, Obg-type +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 SUPERFAMILY SSF52540 150 333 3.54E-50 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00288 b3e581652659616a36a9b273775b5d9a 426 Gene3D G3DSA:2.40.240.60 356 426 2.0E-20 T 17-09-2021 IPR036346 GTP-binding protein OBG, C-terminal domain superfamily +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 Gene3D G3DSA:3.40.50.2300 65 312 4.4E-78 T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 Gene3D G3DSA:3.40.50.2300 163 293 4.4E-78 T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 PANTHER PTHR30146:SF115 4 336 1.3E-107 T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 PANTHER PTHR30146 4 336 1.3E-107 T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 SUPERFAMILY SSF53822 64 334 2.8E-79 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 PRINTS PR00036 LacI bacterial regulatory protein HTH signature 6 16 4.7E-7 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 PRINTS PR00036 LacI bacterial regulatory protein HTH signature 16 26 4.7E-7 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 ProSitePatterns PS00356 LacI-type HTH domain signature. 7 25 - T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 ProSiteProfiles PS50932 LacI-type HTH domain profile. 5 59 34.817 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 CDD cd01392 HTH_LacI 8 59 3.43183E-22 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 Gene3D G3DSA:1.10.260.40 3 63 4.0E-24 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 CDD cd06298 PBP1_CcpA_like 65 332 2.46389E-124 T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 Pfam PF13377 Periplasmic binding protein-like domain 172 333 8.3E-39 T 17-09-2021 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 Pfam PF00356 Bacterial regulatory proteins, lacI family 6 51 5.8E-19 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 SUPERFAMILY SSF47413 4 62 3.64E-19 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02219 c88bbbce24b54f9cb50583d617ec708b 337 SMART SM00354 4 74 1.7E-32 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 Gene3D G3DSA:3.40.50.300 2 283 1.7E-67 T 17-09-2021 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 Pfam PF00005 ABC transporter 17 189 9.0E-27 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 ProSitePatterns PS00211 ABC transporters family signature. 439 453 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 Pfam PF12848 ABC transporter 228 311 7.2E-25 T 17-09-2021 IPR032781 ABC-transporter extension domain +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 PANTHER PTHR19211 1 515 3.3E-249 T 17-09-2021 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 CDD cd03221 ABCF_EF-3 327 510 1.66844E-43 T 17-09-2021 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 PANTHER PTHR19211:SF65 1 515 3.3E-249 T 17-09-2021 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 SUPERFAMILY SSF52540 306 510 2.51E-36 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 SMART SM00382 26 234 9.8E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 SMART SM00382 347 512 4.9E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 257 18.187 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 Pfam PF00005 ABC transporter 339 467 3.0E-18 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 Gene3D G3DSA:3.40.50.300 287 515 7.8E-41 T 17-09-2021 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 SUPERFAMILY SSF52540 2 244 1.22E-50 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 316 516 10.371 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00394 172237591c12b3366a43a7585433a0c0 516 CDD cd03221 ABCF_EF-3 2 234 5.65892E-44 T 17-09-2021 +MGYG000000001_02354 799eda0a86325a3bc8fd704965f61725 419 Pfam PF00999 Sodium/hydrogen exchanger family 15 403 8.3E-55 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_02354 799eda0a86325a3bc8fd704965f61725 419 PANTHER PTHR32507 11 411 1.1E-80 T 17-09-2021 +MGYG000000001_02354 799eda0a86325a3bc8fd704965f61725 419 Gene3D G3DSA:1.20.1530.20 10 404 6.0E-34 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_00216 dcba4ee612f9f791b163358ee20926f5 196 Pfam PF14242 Domain of unknown function (DUF4342) 57 131 1.9E-19 T 17-09-2021 IPR025642 Domain of unknown function DUF4342 +MGYG000000001_00216 dcba4ee612f9f791b163358ee20926f5 196 Coils Coil 175 196 - T 17-09-2021 +MGYG000000001_00216 dcba4ee612f9f791b163358ee20926f5 196 SUPERFAMILY SSF46934 4 48 1.0E-6 T 17-09-2021 IPR009060 UBA-like superfamily GO:0005515 +MGYG000000001_00216 dcba4ee612f9f791b163358ee20926f5 196 Gene3D G3DSA:1.10.8.10 18 43 9.2E-6 T 17-09-2021 +MGYG000000001_00216 dcba4ee612f9f791b163358ee20926f5 196 MobiDBLite mobidb-lite consensus disorder prediction 164 196 - T 17-09-2021 +MGYG000000001_02309 b30c957074d3ebb513bf645e6ce66d26 188 PANTHER PTHR43777 2 186 4.0E-42 T 17-09-2021 +MGYG000000001_02309 b30c957074d3ebb513bf645e6ce66d26 188 SUPERFAMILY SSF53448 3 186 1.17E-29 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02309 b30c957074d3ebb513bf645e6ce66d26 188 TIGRFAM TIGR03310 matur_MocA_YgfJ: molybdenum cofactor cytidylyltransferase 3 185 2.3E-64 T 17-09-2021 IPR017696 Molybdenum cofactor cytidylyltransferase KEGG: 00790+2.7.7.76|MetaCyc: PWY-6476 +MGYG000000001_02309 b30c957074d3ebb513bf645e6ce66d26 188 Gene3D G3DSA:3.90.550.10 1 186 1.8E-44 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02309 b30c957074d3ebb513bf645e6ce66d26 188 Pfam PF12804 MobA-like NTP transferase domain 4 159 8.5E-34 T 17-09-2021 IPR025877 MobA-like NTP transferase +MGYG000000001_02309 b30c957074d3ebb513bf645e6ce66d26 188 CDD cd04182 GT_2_like_f 2 183 2.4037E-62 T 17-09-2021 +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 Hamap MF_00770 Rhamnulose-1-phosphate aldolase [rhaD]. 1 272 44.308 T 17-09-2021 IPR013447 Rhamnulose-1-phosphate aldolase GO:0008994|GO:0019301 KEGG: 00040+4.1.2.19|KEGG: 00051+4.1.2.19 +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 Gene3D G3DSA:3.40.225.10 1 273 4.6E-80 T 17-09-2021 IPR036409 Class II aldolase/adducin N-terminal domain superfamily +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 PANTHER PTHR22789:SF4 2 265 5.7E-84 T 17-09-2021 +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 SMART SM01007 10 238 4.9E-31 T 17-09-2021 IPR001303 Class II aldolase/adducin N-terminal +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 Pfam PF00596 Class II Aldolase and Adducin N-terminal domain 13 237 1.2E-32 T 17-09-2021 IPR001303 Class II aldolase/adducin N-terminal +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 PANTHER PTHR22789 2 265 5.7E-84 T 17-09-2021 +MGYG000000001_00333 604c153fc847110f93335285279dc3ba 275 SUPERFAMILY SSF53639 2 264 1.41E-53 T 17-09-2021 IPR036409 Class II aldolase/adducin N-terminal domain superfamily +MGYG000000001_00517 dd51b419202fae2562d7600d5be83e16 135 PANTHER PTHR38459 6 131 7.9E-33 T 17-09-2021 +MGYG000000001_00517 dd51b419202fae2562d7600d5be83e16 135 Pfam PF04138 GtrA-like protein 12 129 7.1E-24 T 17-09-2021 IPR007267 GtrA-like protein GO:0000271|GO:0016021 +MGYG000000001_00517 dd51b419202fae2562d7600d5be83e16 135 PANTHER PTHR38459:SF5 6 131 7.9E-33 T 17-09-2021 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 SFLD SFLDS00003 Haloacid Dehalogenase 3 216 0.0 T 17-09-2021 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 Gene3D G3DSA:3.40.50.1000 7 206 4.3E-56 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 TIGRFAM TIGR01549 HAD-SF-IA-v1: HAD hydrolase, family IA, variant 1 97 171 1.3E-7 T 17-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 TIGRFAM TIGR01509 HAD-SF-IA-v3: HAD hydrolase, family IA, variant 3 69 185 8.8E-21 T 17-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 CDD cd07505 HAD_BPGM-like 6 189 3.7283E-50 T 17-09-2021 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 Pfam PF13419 Haloacid dehalogenase-like hydrolase 7 187 5.8E-39 T 17-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 PANTHER PTHR18901 3 212 9.9E-51 T 17-09-2021 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 Gene3D G3DSA:1.10.150.240 18 87 4.3E-56 T 17-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 SFLD SFLDG01135 C1.5.6: HAD, Beta-PGM, Phosphatase Like 3 216 0.0 T 17-09-2021 +MGYG000000001_01527 d82f3f09d1296cb249495d52e167d262 223 SUPERFAMILY SSF56784 2 216 8.68E-53 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 PANTHER PTHR46111 2 275 1.2E-101 T 17-09-2021 IPR008189 rRNA small subunit methyltransferase I GO:0008168 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 PIRSF PIRSF005917 1 277 5.0E-104 T 17-09-2021 IPR008189 rRNA small subunit methyltransferase I GO:0008168 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 Hamap MF_01877 Ribosomal RNA small subunit methyltransferase I [rsmI]. 4 222 36.625 T 17-09-2021 IPR008189 rRNA small subunit methyltransferase I GO:0008168 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 ProSitePatterns PS01296 RsmI AdoMet-dependent methyltransferase protein family signature. 82 93 - T 17-09-2021 IPR018063 SAM-dependent methyltransferase RsmI, conserved site GO:0008168 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 Gene3D G3DSA:3.40.1010.10 1 111 4.7E-44 T 17-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 Gene3D G3DSA:3.30.950.10 112 226 9.1E-40 T 17-09-2021 IPR014776 Tetrapyrrole methylase, subdomain 2 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 TIGRFAM TIGR00096 TIGR00096: 16S rRNA (cytidine(1402)-2'-O)-methyltransferase 5 275 4.9E-89 T 17-09-2021 IPR008189 rRNA small subunit methyltransferase I GO:0008168 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 CDD cd11648 RsmI 5 222 1.31595E-134 T 17-09-2021 IPR008189 rRNA small subunit methyltransferase I GO:0008168 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 PANTHER PTHR46111:SF1 2 275 1.2E-101 T 17-09-2021 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 4 201 2.9E-27 T 17-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00665 02fc87501b3f9cebd416ee1ea553cdfa 277 SUPERFAMILY SSF53790 3 220 1.22E-81 T 17-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Pfam PF17657 Bacterial DNA polymerase III alpha subunit finger domain 556 717 5.4E-62 T 17-09-2021 IPR040982 DNA polymerase III alpha subunit finger domain +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Gene3D G3DSA:1.10.150.870 784 881 6.4E-7 T 17-09-2021 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Pfam PF07733 Bacterial DNA polymerase III alpha NTPase domain 297 553 3.4E-112 T 17-09-2021 IPR011708 Bacterial DNA polymerase III, alpha subunit, NTPase domain GO:0006260|GO:0008408 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Pfam PF01336 OB-fold nucleic acid binding domain 1004 1078 8.3E-7 T 17-09-2021 IPR004365 OB-fold nucleic acid binding domain, AA-tRNA synthetase-type GO:0003676 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Pfam PF14579 Helix-hairpin-helix motif 804 892 2.7E-26 T 17-09-2021 IPR029460 DNA polymerase, helix-hairpin-helix motif +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 SMART SM00481 6 73 7.4E-33 T 17-09-2021 IPR003141 Polymerase/histidinol phosphatase, N-terminal +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 SUPERFAMILY SSF89550 4 269 3.92E-40 T 17-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Gene3D G3DSA:1.10.10.1600 430 507 1.3E-29 T 17-09-2021 IPR041931 Bacterial DNA polymerase III alpha subunit, thumb domain +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 CDD cd12113 PHP_PolIIIA_DnaE3 5 285 0.0 T 17-09-2021 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Gene3D G3DSA:3.20.20.140 1 276 1.4E-115 T 17-09-2021 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 PANTHER PTHR32294 1 1169 0.0 T 17-09-2021 IPR004805 DNA polymerase III, alpha subunit GO:0006260|GO:0008408 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 PANTHER PTHR32294:SF0 1 1169 0.0 T 17-09-2021 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 TIGRFAM TIGR00594 polc: DNA polymerase III, alpha subunit 5 1038 0.0 T 17-09-2021 IPR004805 DNA polymerase III, alpha subunit GO:0006260|GO:0008408 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 CDD cd04485 DnaE_OBF 1002 1083 6.13937E-23 T 17-09-2021 +MGYG000000001_00010 c0215999919baca6aa7c44581007ffdc 1171 Pfam PF02811 PHP domain 7 179 3.9E-53 T 17-09-2021 IPR004013 PHP domain GO:0003824 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 PANTHER PTHR22926 8 316 4.3E-102 T 17-09-2021 IPR000715 Glycosyl transferase, family 4 GO:0008963|GO:0016021 KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471|Reactome: R-HSA-446193|Reactome: R-HSA-4549356 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 PANTHER PTHR22926:SF5 8 316 4.3E-102 T 17-09-2021 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 TIGRFAM TIGR00445 mraY: phospho-N-acetylmuramoyl-pentapeptide-transferase 19 319 1.2E-104 T 17-09-2021 IPR003524 Phospho-N-acetylmuramoyl-pentapeptide transferase GO:0008963|GO:0016020 KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 ProSitePatterns PS01347 MraY family signature 1. 49 61 - T 17-09-2021 IPR018480 Phospho-N-acetylmuramoyl-pentapeptide transferase, conserved site KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 Pfam PF10555 Phospho-N-acetylmuramoyl-pentapeptide-transferase signature 1 49 61 3.6E-6 T 17-09-2021 IPR018480 Phospho-N-acetylmuramoyl-pentapeptide transferase, conserved site KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 Pfam PF00953 Glycosyl transferase family 4 79 245 5.0E-39 T 17-09-2021 IPR000715 Glycosyl transferase, family 4 GO:0008963|GO:0016021 KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471|Reactome: R-HSA-446193|Reactome: R-HSA-4549356 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 CDD cd06852 GT_MraY 42 318 8.60857E-104 T 17-09-2021 IPR003524 Phospho-N-acetylmuramoyl-pentapeptide transferase GO:0008963|GO:0016020 KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 Hamap MF_00038 Phospho-N-acetylmuramoyl-pentapeptide-transferase [mraY]. 6 320 22.468 T 17-09-2021 IPR003524 Phospho-N-acetylmuramoyl-pentapeptide transferase GO:0008963|GO:0016020 KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01201 74ebacd29030368cf1f12310875f1a77 320 ProSitePatterns PS01348 MraY family signature 2. 166 177 - T 17-09-2021 IPR018480 Phospho-N-acetylmuramoyl-pentapeptide transferase, conserved site KEGG: 00550+2.7.8.13|MetaCyc: PWY-5265|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 Hamap MF_01543 Formate--tetrahydrofolate ligase [fhs]. 3 559 49.15 T 17-09-2021 IPR000559 Formate-tetrahydrofolate ligase, FTHFS GO:0004329|GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 ProSitePatterns PS00722 Formate--tetrahydrofolate ligase signature 2. 330 341 - T 17-09-2021 IPR020628 Formate-tetrahydrofolate ligase, FTHFS, conserved site GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 CDD cd00477 FTHFS 18 558 0.0 T 17-09-2021 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 SUPERFAMILY SSF52540 6 557 2.37E-248 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 PANTHER PTHR43274 2 559 1.7E-271 T 17-09-2021 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 Gene3D G3DSA:3.30.1510.10 131 249 1.6E-210 T 17-09-2021 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 Gene3D G3DSA:3.40.50.300 8 441 1.6E-210 T 17-09-2021 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 ProSitePatterns PS00721 Formate--tetrahydrofolate ligase signature 1. 105 115 - T 17-09-2021 IPR020628 Formate-tetrahydrofolate ligase, FTHFS, conserved site GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 PANTHER PTHR43274:SF6 2 559 1.7E-271 T 17-09-2021 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 Gene3D G3DSA:3.10.410.10 446 535 4.9E-36 T 17-09-2021 +MGYG000000001_01547 ea6ab3cab9f10333416129b5490f8335 559 Pfam PF01268 Formate--tetrahydrofolate ligase 4 559 1.6E-272 T 17-09-2021 IPR000559 Formate-tetrahydrofolate ligase, FTHFS GO:0004329|GO:0005524 KEGG: 00670+6.3.4.3|KEGG: 00720+6.3.4.3|MetaCyc: PWY-1722|MetaCyc: PWY-2161|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 Gene3D G3DSA:2.160.10.10 272 376 3.1E-23 T 17-09-2021 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 SUPERFAMILY SSF53448 24 341 1.37E-42 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 PANTHER PTHR43523:SF6 1 374 3.6E-106 T 17-09-2021 IPR011832 Glucose-1-phosphate adenylyltransferase, GlgD subunit GO:0005978 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 CDD cd02508 ADP_Glucose_PP 7 247 9.17661E-71 T 17-09-2021 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 PANTHER PTHR43523 1 374 3.6E-106 T 17-09-2021 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 Gene3D G3DSA:3.90.550.10 18 270 2.7E-37 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 TIGRFAM TIGR02092 glgD: glucose-1-phosphate adenylyltransferase, GlgD subunit 3 374 4.4E-120 T 17-09-2021 IPR011832 Glucose-1-phosphate adenylyltransferase, GlgD subunit GO:0005978 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 SUPERFAMILY SSF51161 293 360 2.5E-13 T 17-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 CDD cd04651 LbH_G1P_AT_C 285 376 6.29323E-25 T 17-09-2021 +MGYG000000001_01225 16e37916c725cd2ee137d34da5a6cfef 376 Pfam PF00483 Nucleotidyl transferase 30 172 4.0E-11 T 17-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_00260 1be7a79e0eaa43b4c93a892f7befaa0f 353 PANTHER PTHR30040 12 334 2.5E-91 T 17-09-2021 IPR024932 Flavin transferase ApbE GO:0017013 +MGYG000000001_00260 1be7a79e0eaa43b4c93a892f7befaa0f 353 Gene3D G3DSA:3.10.520.20 25 347 1.2E-109 T 17-09-2021 IPR042159 Flavin-trafficking protein ApbE +MGYG000000001_00260 1be7a79e0eaa43b4c93a892f7befaa0f 353 PIRSF PIRSF006268 1 341 7.2E-109 T 17-09-2021 IPR024932 Flavin transferase ApbE GO:0017013 +MGYG000000001_00260 1be7a79e0eaa43b4c93a892f7befaa0f 353 Pfam PF02424 ApbE family 39 318 3.0E-83 T 17-09-2021 IPR024932 Flavin transferase ApbE GO:0017013 +MGYG000000001_00260 1be7a79e0eaa43b4c93a892f7befaa0f 353 SUPERFAMILY SSF143631 31 336 3.2E-95 T 17-09-2021 IPR003374 ApbE-like superfamily +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 Gene3D G3DSA:3.90.400.10 88 176 4.7E-121 T 17-09-2021 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 Gene3D G3DSA:3.90.400.10 88 176 4.7E-121 T 17-09-2021 +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 SMART SM00642 8 431 1.7E-4 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 SMART SM00642 8 431 1.7E-4 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 SUPERFAMILY SSF51445 4 434 1.54E-64 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 SUPERFAMILY SSF51445 4 434 1.54E-64 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 PANTHER PTHR43276 3 470 3.3E-106 T 17-09-2021 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 PANTHER PTHR43276 3 470 3.3E-106 T 17-09-2021 +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 PIRSF PIRSF003059 1 487 1.0E-143 T 17-09-2021 IPR016377 Sucrose/Glucosylglycerate phosphorylase-related +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 PIRSF PIRSF003059 1 487 1.0E-143 T 17-09-2021 IPR016377 Sucrose/Glucosylglycerate phosphorylase-related +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 Gene3D G3DSA:3.20.20.80 9 415 4.7E-121 T 17-09-2021 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 Gene3D G3DSA:3.20.20.80 9 415 4.7E-121 T 17-09-2021 +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 Pfam PF00128 Alpha amylase, catalytic domain 18 255 4.2E-13 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 Pfam PF00128 Alpha amylase, catalytic domain 18 255 4.2E-13 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 PANTHER PTHR43276:SF1 3 470 3.3E-106 T 17-09-2021 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 PANTHER PTHR43276:SF1 3 470 3.3E-106 T 17-09-2021 +MGYG000000001_00779 0f4101f616bb36b97f4b7100db9c4765 489 TIGRFAM TIGR03852 sucrose_gtfA: sucrose phosphorylase 5 472 1.6E-157 T 17-09-2021 IPR022527 Sucrose phosphorylase GO:0004645|GO:0044262 +MGYG000000001_00780 0f4101f616bb36b97f4b7100db9c4765 489 TIGRFAM TIGR03852 sucrose_gtfA: sucrose phosphorylase 5 472 1.6E-157 T 17-09-2021 IPR022527 Sucrose phosphorylase GO:0004645|GO:0044262 +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 PANTHER PTHR11124:SF22 1 160 3.3E-43 T 17-09-2021 +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 PANTHER PTHR11124 1 160 3.3E-43 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 Pfam PF12850 Calcineurin-like phosphoesterase superfamily domain 1 161 6.5E-22 T 17-09-2021 IPR024654 Calcineurin-like phosphoesterase domain, lpxH-type Reactome: R-HSA-3238698 +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 SUPERFAMILY SSF56300 1 165 1.07E-33 T 17-09-2021 +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 CDD cd00841 MPP_YfcE 2 167 6.6562E-44 T 17-09-2021 IPR041802 YfcE-like, metallophosphatase domain +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 TIGRFAM TIGR00040 yfcE: phosphodiesterase, MJ0936 family 1 164 2.1E-25 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_02028 de7a45f370170afddbee28216fc5ca90 187 Gene3D G3DSA:3.60.21.10 1 177 7.4E-49 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_03201 191c0cf8becebf486a8e638a88b7062f 269 Pfam PF06161 Protein of unknown function (DUF975) 164 253 6.5E-25 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_03201 191c0cf8becebf486a8e638a88b7062f 269 PANTHER PTHR40076 2 258 1.1E-42 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 TIGRFAM TIGR03956 rSAM_HydE: [FeFe] hydrogenase H-cluster radical SAM maturase HydE 4 342 3.9E-170 T 17-09-2021 IPR024021 [FeFe]-hydrogenase maturation HydE, radical SAM +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 SMART SM00876 228 321 0.0015 T 17-09-2021 IPR010722 Biotin and thiamin synthesis-associated domain KEGG: 00780+2.8.1.6|MetaCyc: PWY-7380 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 CDD cd01335 Radical_SAM 56 235 4.78092E-11 T 17-09-2021 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 Gene3D G3DSA:3.20.20.70 1 345 2.4E-115 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 SUPERFAMILY SSF102114 12 293 8.44E-52 T 17-09-2021 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 SMART SM00729 52 257 2.6E-17 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 Pfam PF04055 Radical SAM superfamily 56 207 1.6E-10 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 SFLD SFLDG01060 BATS domain containing 3 347 0.0 T 17-09-2021 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 PANTHER PTHR43726 3 346 1.2E-118 T 17-09-2021 IPR034422 HydE/PylB-like +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 PIRSF PIRSF004762 1 335 2.1E-72 T 17-09-2021 +MGYG000000001_03169 04400180fe4c53757d64efeeeee6e8a4 349 SFLD SFLDG01280 HydE/PylB-like 3 347 0.0 T 17-09-2021 +MGYG000000001_01848 5301fcbba824796a1f351d5847bc03ae 91 Gene3D G3DSA:3.30.565.10 1 86 1.2E-16 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01848 5301fcbba824796a1f351d5847bc03ae 91 SUPERFAMILY SSF55874 4 82 1.15E-15 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01848 5301fcbba824796a1f351d5847bc03ae 91 PANTHER PTHR45528:SF3 1 80 1.0E-18 T 17-09-2021 +MGYG000000001_01848 5301fcbba824796a1f351d5847bc03ae 91 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 17 80 6.7E-6 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01848 5301fcbba824796a1f351d5847bc03ae 91 PANTHER PTHR45528 1 80 1.0E-18 T 17-09-2021 +MGYG000000001_01848 5301fcbba824796a1f351d5847bc03ae 91 CDD cd00075 HATPase 21 81 9.08713E-15 T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 Coils Coil 46 66 - T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 Gene3D G3DSA:3.40.190.10 120 225 4.3E-81 T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 Gene3D G3DSA:3.40.190.10 43 262 4.3E-81 T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 6.0 T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 TIGRFAM TIGR01256 modA: molybdate ABC transporter, periplasmic molybdate-binding protein 46 261 1.7E-65 T 17-09-2021 IPR005950 Molybdate ABC transporter, substrate-binding protein GO:0015689 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 Pfam PF13531 Bacterial extracellular solute-binding protein 41 262 1.2E-47 T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 CDD cd13537 PBP2_YvgL_like 40 263 4.47921E-100 T 17-09-2021 IPR041879 YvgL-like, substrate binding domain +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 SUPERFAMILY SSF53850 40 263 3.96E-63 T 17-09-2021 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 PIRSF PIRSF004846 1 266 9.7E-77 T 17-09-2021 IPR005950 Molybdate ABC transporter, substrate-binding protein GO:0015689 +MGYG000000001_03177 2134001011f27ed3e7870a9c1a7105a5 266 PANTHER PTHR30632 7 265 1.2E-62 T 17-09-2021 +MGYG000000001_01004 0d8344b53260f41a8d0b84333a8eaecb 85 Coils Coil 13 33 - T 17-09-2021 +MGYG000000001_01004 0d8344b53260f41a8d0b84333a8eaecb 85 Pfam PF12655 Domain of unknown function (DUF3787) 53 84 3.0E-11 T 17-09-2021 IPR024209 Protein of unknown function DUF3787 +MGYG000000001_01815 e5c3f51f5037384a1354350ddb7cc9a4 105 Pfam PF05521 Phage head-tail joining protein 7 101 1.9E-15 T 17-09-2021 IPR008767 Bacteriophage SPP1, head-tail adaptor +MGYG000000001_01815 e5c3f51f5037384a1354350ddb7cc9a4 105 Gene3D G3DSA:2.40.10.270 1 105 7.8E-12 T 17-09-2021 IPR038666 Bacteriophage SPP1, head-tail adaptor superfamily +MGYG000000001_01815 e5c3f51f5037384a1354350ddb7cc9a4 105 TIGRFAM TIGR01563 gp16_SPP1: putative phage head-tail adaptor 5 103 2.0E-7 T 17-09-2021 IPR008767 Bacteriophage SPP1, head-tail adaptor +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 SMART SM00857 4 150 4.5E-45 T 17-09-2021 IPR006119 Resolvase, N-terminal catalytic domain GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 Gene3D G3DSA:3.40.50.1390 1 136 3.5E-37 T 17-09-2021 IPR036162 Resolvase-like, N-terminal catalytic domain superfamily GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 SUPERFAMILY SSF53041 2 147 4.05E-34 T 17-09-2021 IPR036162 Resolvase-like, N-terminal catalytic domain superfamily GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 Pfam PF07508 Recombinase 175 250 1.7E-10 T 17-09-2021 IPR011109 DNA-binding recombinase domain GO:0000150|GO:0003677 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 ProSiteProfiles PS51737 DNA-binding recombinase domain profile. 159 251 11.123 T 17-09-2021 IPR011109 DNA-binding recombinase domain GO:0000150|GO:0003677 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 ProSiteProfiles PS51736 Resolvase/invertase-type recombinase catalytic domain profile. 3 151 29.956 T 17-09-2021 IPR006119 Resolvase, N-terminal catalytic domain GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 CDD cd00338 Ser_Recombinase 6 143 8.65386E-42 T 17-09-2021 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 PANTHER PTHR30461 1 247 1.9E-53 T 17-09-2021 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 Pfam PF00239 Resolvase, N terminal domain 4 147 1.1E-37 T 17-09-2021 IPR006119 Resolvase, N-terminal catalytic domain GO:0000150|GO:0003677|GO:0006310 +MGYG000000001_02751 2cdeda8238eae6c6c8ef47724c7d7dae 251 Gene3D G3DSA:1.10.10.2600 137 251 2.4E-18 T 17-09-2021 IPR038109 DNA-binding recombinase domain superfamily +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Gene3D G3DSA:2.10.270.10 380 483 1.3E-39 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 382 401 10.406 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 SUPERFAMILY SSF69360 261 385 8.89E-47 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 462 481 7.502 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 281 301 12.003 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 422 441 10.042 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 442 461 8.917 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Gene3D G3DSA:3.40.630.40 66 255 3.1E-45 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 261 280 8.048 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 362 381 10.241 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 SMART SM00646 133 254 1.1E-17 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 302 321 10.704 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 342 361 9.951 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 CDD cd02696 MurNAc-LAA 70 253 3.52242E-56 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 403 421 3.6E-6 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 424 441 4.4E-7 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 324 341 3.5E-7 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 282 301 3.5E-5 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 263 280 0.51 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 303 321 9.6E-7 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 444 461 0.011 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 384 401 1.5E-6 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 363 381 3.6E-6 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01473 Putative cell wall binding repeat 344 361 1.4E-6 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Gene3D G3DSA:2.10.270.10 322 379 8.3E-23 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Gene3D G3DSA:2.10.270.10 256 321 3.3E-20 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 PANTHER PTHR30404 54 255 1.6E-43 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 PANTHER PTHR30404:SF0 54 255 1.6E-43 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 SUPERFAMILY SSF69360 349 482 4.41E-51 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 SUPERFAMILY SSF53187 69 254 1.41E-41 T 17-09-2021 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 71 253 6.9E-40 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 402 421 10.266 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01429 744c50ec179f8d8658cccddba29c4e7b 483 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 322 341 10.539 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_02268 da5f74ddcac7e506e88635be92d5397d 224 PANTHER PTHR32309:SF13 152 220 1.0E-53 T 17-09-2021 +MGYG000000001_02268 da5f74ddcac7e506e88635be92d5397d 224 PANTHER PTHR32309 152 220 1.0E-53 T 17-09-2021 +MGYG000000001_02268 da5f74ddcac7e506e88635be92d5397d 224 PANTHER PTHR32309 1 150 1.0E-53 T 17-09-2021 +MGYG000000001_02268 da5f74ddcac7e506e88635be92d5397d 224 Pfam PF02706 Chain length determinant protein 3 95 9.6E-19 T 17-09-2021 IPR003856 Polysaccharide chain length determinant N-terminal domain GO:0009103|GO:0016020 +MGYG000000001_02268 da5f74ddcac7e506e88635be92d5397d 224 PANTHER PTHR32309:SF13 1 150 1.0E-53 T 17-09-2021 +MGYG000000001_02268 da5f74ddcac7e506e88635be92d5397d 224 Pfam PF13807 G-rich domain on putative tyrosine kinase 147 193 1.4E-11 T 17-09-2021 IPR032807 Tyrosine kinase, G-rich domain +MGYG000000001_01108 93da57df7f7fb8e6849e0227311264c2 138 Gene3D G3DSA:2.30.30.290 69 138 6.7E-17 T 17-09-2021 IPR023385 YopX-like, C-terminal +MGYG000000001_01108 93da57df7f7fb8e6849e0227311264c2 138 Pfam PF09643 YopX protein 5 137 4.2E-23 T 17-09-2021 IPR019096 YopX protein +MGYG000000001_01108 93da57df7f7fb8e6849e0227311264c2 138 SUPERFAMILY SSF159006 2 137 2.49E-27 T 17-09-2021 +MGYG000000001_01685 fa113e493c5f1c60d51ff41f158967ed 352 Pfam PF07885 Ion channel 256 351 3.5E-8 T 17-09-2021 IPR013099 Potassium channel domain +MGYG000000001_01685 fa113e493c5f1c60d51ff41f158967ed 352 Gene3D G3DSA:1.10.287.70 249 352 6.2E-14 T 17-09-2021 +MGYG000000001_01685 fa113e493c5f1c60d51ff41f158967ed 352 SUPERFAMILY SSF81324 250 351 8.77E-15 T 17-09-2021 +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 Gene3D G3DSA:3.30.9.10 86 312 3.4E-121 T 17-09-2021 +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 PANTHER PTHR42720 2 467 2.7E-169 T 17-09-2021 +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 SUPERFAMILY SSF51905 1 369 6.47E-44 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 Pfam PF04324 BFD-like [2Fe-2S] binding domain 395 448 2.7E-14 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 Gene3D G3DSA:3.50.50.60 3 346 3.4E-121 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 Gene3D G3DSA:1.10.10.1100 381 458 2.5E-19 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_02075 d7952c7b0f8e1f26cf13e4d7ad77e36a 473 Pfam PF01266 FAD dependent oxidoreductase 3 350 1.4E-65 T 17-09-2021 IPR006076 FAD dependent oxidoreductase GO:0016491|GO:0055114 +MGYG000000001_02784 ae84b53f6f7d1b4756332ebce5500c60 591 Gene3D G3DSA:3.40.50.410 399 591 2.4E-8 T 17-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_02784 ae84b53f6f7d1b4756332ebce5500c60 591 PANTHER PTHR41248 329 589 6.0E-20 T 17-09-2021 +MGYG000000001_02784 ae84b53f6f7d1b4756332ebce5500c60 591 SUPERFAMILY SSF53300 401 588 4.62E-11 T 17-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_02784 ae84b53f6f7d1b4756332ebce5500c60 591 SMART SM00327 396 589 3.0E-4 T 17-09-2021 IPR002035 von Willebrand factor, type A +MGYG000000001_02784 ae84b53f6f7d1b4756332ebce5500c60 591 Coils Coil 321 355 - T 17-09-2021 +MGYG000000001_02365 34cdc9f1e8201ae31fc4562bba638e7b 78 Coils Coil 1 21 - T 17-09-2021 +MGYG000000001_02365 34cdc9f1e8201ae31fc4562bba638e7b 78 MobiDBLite mobidb-lite consensus disorder prediction 53 78 - T 17-09-2021 +MGYG000000001_00162 57cc4451097654f7948495df12c52f6a 384 Coils Coil 68 91 - T 17-09-2021 +MGYG000000001_00162 57cc4451097654f7948495df12c52f6a 384 PANTHER PTHR37305 1 375 2.9E-17 T 17-09-2021 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 356 398 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 PANTHER PTHR43280 97 405 1.8E-23 T 17-09-2021 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 PANTHER PTHR43280:SF2 97 405 1.8E-23 T 17-09-2021 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 SMART SM00342 319 402 1.3E-19 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 SUPERFAMILY SSF46689 355 406 4.93E-11 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 Gene3D G3DSA:1.10.10.60 300 352 1.3E-10 T 17-09-2021 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 306 404 26.913 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 Gene3D G3DSA:1.10.10.60 353 410 1.3E-15 T 17-09-2021 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 Pfam PF12833 Helix-turn-helix domain 336 403 2.0E-15 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00165 68d9f459ab285dcbc27e35b9ab6de736 414 SUPERFAMILY SSF46689 303 353 2.33E-5 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01079 1ae0bdf55829d03feb78a7f4c4f1c7e6 497 Gene3D G3DSA:1.20.1250.20 28 471 1.9E-8 T 17-09-2021 +MGYG000000001_01079 1ae0bdf55829d03feb78a7f4c4f1c7e6 497 PANTHER PTHR11328:SF24 41 489 3.9E-30 T 17-09-2021 +MGYG000000001_01079 1ae0bdf55829d03feb78a7f4c4f1c7e6 497 CDD cd17332 MFS_MelB_like 32 476 2.26063E-38 T 17-09-2021 +MGYG000000001_01079 1ae0bdf55829d03feb78a7f4c4f1c7e6 497 Pfam PF13347 MFS/sugar transport protein 43 476 2.8E-45 T 17-09-2021 +MGYG000000001_01079 1ae0bdf55829d03feb78a7f4c4f1c7e6 497 SUPERFAMILY SSF103473 29 470 7.85E-15 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01079 1ae0bdf55829d03feb78a7f4c4f1c7e6 497 PANTHER PTHR11328 41 489 3.9E-30 T 17-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SUPERFAMILY SSF50249 125 224 7.59E-23 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SMART SM00357 71 132 5.5E-6 T 17-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SMART SM00357 137 201 1.9E-4 T 17-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Pfam PF00773 RNB domain 247 576 6.4E-114 T 17-09-2021 IPR001900 Ribonuclease II/R GO:0003723|GO:0004540 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Pfam PF17876 Cold shock domain 151 225 1.5E-30 T 17-09-2021 IPR040476 RNase II/RNase R, cold shock domain +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 PANTHER PTHR23355:SF9 64 687 2.7E-158 T 17-09-2021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Hamap MF_01895 Ribonuclease R [rnr]. 24 706 57.833 T 17-09-2021 IPR011805 Ribonuclease R GO:0003723|GO:0004518 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SUPERFAMILY SSF50249 626 705 1.19E-21 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SMART SM00955 247 577 6.4E-172 T 17-09-2021 IPR001900 Ribonuclease II/R GO:0003723|GO:0004540 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Coils Coil 565 585 - T 17-09-2021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Pfam PF00575 S1 RNA binding domain 623 704 4.1E-14 T 17-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SUPERFAMILY SSF50249 208 623 2.46E-144 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 TIGRFAM TIGR00358 3_prime_RNase: VacB and RNase II family 3'-5' exoribonucleases 65 706 1.4E-210 T 17-09-2021 IPR004476 Ribonuclease II/ribonuclease R GO:0003723|GO:0004540|GO:0016070 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 ProSiteProfiles PS50126 S1 domain profile. 626 706 16.196 T 17-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 PANTHER PTHR23355 64 687 2.7E-158 T 17-09-2021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SUPERFAMILY SSF50249 55 134 3.24E-17 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 SMART SM00316 624 706 8.9E-15 T 17-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Pfam PF08206 Ribonuclease B OB domain 72 131 4.1E-17 T 17-09-2021 IPR013223 Ribonuclease B, N-terminal OB domain +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 TIGRFAM TIGR02063 RNase_R: ribonuclease R 5 707 2.0E-265 T 17-09-2021 IPR011805 Ribonuclease R GO:0003723|GO:0004518 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Gene3D G3DSA:2.40.50.140 135 202 9.9E-9 T 17-09-2021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Gene3D G3DSA:2.40.50.140 56 134 1.8E-16 T 17-09-2021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 CDD cd04471 S1_RNase_R 625 706 5.44532E-38 T 17-09-2021 +MGYG000000001_00132 27c085e6de5ffb16302d96f327ad1870 715 Gene3D G3DSA:2.40.50.140 627 715 2.6E-21 T 17-09-2021 +MGYG000000001_00584 d74760ecbf7bb51323a3bc76ef5b351a 66 PANTHER PTHR30015:SF7 2 63 2.1E-17 T 17-09-2021 +MGYG000000001_00584 d74760ecbf7bb51323a3bc76ef5b351a 66 PANTHER PTHR30015 2 63 2.1E-17 T 17-09-2021 +MGYG000000001_00584 d74760ecbf7bb51323a3bc76ef5b351a 66 SUPERFAMILY SSF52980 2 44 3.97E-5 T 17-09-2021 IPR011335 Restriction endonuclease type II-like Reactome: R-HSA-6783310 +MGYG000000001_00584 d74760ecbf7bb51323a3bc76ef5b351a 66 Pfam PF04471 Restriction endonuclease 2 40 3.2E-9 T 17-09-2021 IPR007560 Restriction endonuclease type IV, Mrr GO:0003677|GO:0004519|GO:0009307 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 SUPERFAMILY SSF51445 274 567 1.15E-66 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 SUPERFAMILY SSF49303 176 267 5.47E-12 T 17-09-2021 IPR036156 Beta-Galactosidase/glucuronidase domain superfamily +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 PRINTS PR00132 Glycosyl hydrolase family 2 signature 279 293 6.0E-8 T 17-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 PRINTS PR00132 Glycosyl hydrolase family 2 signature 310 328 6.0E-8 T 17-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 PRINTS PR00132 Glycosyl hydrolase family 2 signature 375 390 6.0E-8 T 17-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 PANTHER PTHR42732 4 646 7.2E-109 T 17-09-2021 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Gene3D G3DSA:2.60.120.260 2 151 7.4E-30 T 17-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Gene3D G3DSA:2.60.40.10 152 267 3.6E-20 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Pfam PF02836 Glycosyl hydrolases family 2, TIM barrel domain 275 566 5.8E-32 T 17-09-2021 IPR006103 Glycoside hydrolase family 2, catalytic domain GO:0004553|GO:0005975 Reactome: R-HSA-6798695 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Gene3D G3DSA:3.20.20.80 269 569 9.5E-84 T 17-09-2021 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Gene3D G3DSA:2.60.40.10 570 658 5.5E-12 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Pfam PF00703 Glycosyl hydrolases family 2 209 267 4.4E-9 T 17-09-2021 IPR006102 Glycoside hydrolase, family 2, immunoglobulin-like beta-sandwich GO:0004553|GO:0005975 Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 PANTHER PTHR42732:SF1 4 646 7.2E-109 T 17-09-2021 +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 SUPERFAMILY SSF49785 5 148 4.96E-24 T 17-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_00327 b2a7f0e729eaac1c90604f8f4dac0881 760 Pfam PF02837 Glycosyl hydrolases family 2, sugar binding domain 50 148 4.2E-12 T 17-09-2021 IPR006104 Glycosyl hydrolases family 2, sugar binding domain GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 CDD cd01129 PulE-GspE 116 369 2.18606E-123 T 17-09-2021 +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 Gene3D G3DSA:3.30.450.90 30 165 2.4E-41 T 17-09-2021 +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 SUPERFAMILY SSF52540 52 425 1.65E-90 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 SMART SM00382 193 316 4.0E-7 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 PANTHER PTHR30258 27 425 3.3E-124 T 17-09-2021 +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 Pfam PF00437 Type II/IV secretion system protein 68 332 2.2E-77 T 17-09-2021 IPR001482 Type II/IV secretion system protein +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 Gene3D G3DSA:3.40.50.300 169 429 1.1E-96 T 17-09-2021 +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 ProSitePatterns PS00662 Bacterial type II secretion system protein E signature. 260 274 - T 17-09-2021 IPR001482 Type II/IV secretion system protein +MGYG000000001_00036 238be0f38e8184c5b3fee5f912c3d0d8 433 PANTHER PTHR30258:SF2 27 425 3.3E-124 T 17-09-2021 +MGYG000000001_01688 bfe1c2295d98431e971b9ff9469ac9b4 370 Pfam PF01594 AI-2E family transporter 35 360 1.1E-47 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_01688 bfe1c2295d98431e971b9ff9469ac9b4 370 PANTHER PTHR21716 33 365 9.5E-55 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_01688 bfe1c2295d98431e971b9ff9469ac9b4 370 PANTHER PTHR21716:SF40 33 365 9.5E-55 T 17-09-2021 +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 PANTHER PTHR11373 12 406 1.7E-77 T 17-09-2021 +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 ProSiteProfiles PS51831 HD domain profile. 65 235 19.978 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 CDD cd00077 HDc 63 134 2.14268E-6 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 Pfam PF01966 HD domain 65 172 7.6E-15 T 17-09-2021 IPR006674 HD domain +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 Pfam PF13286 Phosphohydrolase-associated domain 462 481 6.4E-6 T 17-09-2021 IPR026875 Phosphohydrolase-associated domain +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 Pfam PF13286 Phosphohydrolase-associated domain 346 407 2.6E-7 T 17-09-2021 IPR026875 Phosphohydrolase-associated domain +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 SUPERFAMILY SSF109604 18 484 1.16E-68 T 17-09-2021 +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 Gene3D G3DSA:1.10.3210.10 2 440 1.3E-94 T 17-09-2021 +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 Coils Coil 307 327 - T 17-09-2021 +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 SMART SM00471 61 244 1.3E-8 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 TIGRFAM TIGR01353 dGTP_triPase: putative dGTPase 28 483 6.0E-76 T 17-09-2021 IPR006261 dNTP triphosphohydrolase GO:0016793 +MGYG000000001_00616 3772091ce13d0eab963edf0c812595c2 490 PANTHER PTHR11373:SF25 12 406 1.7E-77 T 17-09-2021 +MGYG000000001_01007 36bd6df34f295b6a19f074a71e487f06 182 Coils Coil 157 162 - T 17-09-2021 +MGYG000000001_01007 36bd6df34f295b6a19f074a71e487f06 182 PANTHER PTHR46889 21 162 4.6E-29 T 17-09-2021 +MGYG000000001_01007 36bd6df34f295b6a19f074a71e487f06 182 PANTHER PTHR46889:SF1 21 162 4.6E-29 T 17-09-2021 +MGYG000000001_01007 36bd6df34f295b6a19f074a71e487f06 182 Pfam PF13276 HTH-like domain 47 104 3.4E-15 T 17-09-2021 IPR025948 HTH-like domain +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 CDD cd16443 LplA 1 199 3.63982E-77 T 17-09-2021 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 PANTHER PTHR12561:SF3 5 307 3.1E-90 T 17-09-2021 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 Gene3D G3DSA:3.30.390.50 239 326 1.8E-24 T 17-09-2021 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 Pfam PF10437 Bacterial lipoate protein ligase C-terminus 240 322 2.0E-22 T 17-09-2021 IPR019491 Lipoate protein ligase, C-terminal KEGG: 00785+6.3.1.20 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 Gene3D G3DSA:3.30.930.10 1 238 1.3E-78 T 17-09-2021 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 PANTHER PTHR12561 5 307 3.1E-90 T 17-09-2021 IPR004562 Lipoyltransferase/lipoate-protein ligase GO:0009249 KEGG: 00785+6.3.1.20|Reactome: R-HSA-389661 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 SUPERFAMILY SSF82649 239 324 6.8E-21 T 17-09-2021 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 ProSiteProfiles PS51733 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL) catalytic domain profile. 24 210 32.86 T 17-09-2021 IPR004143 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL), catalytic domain GO:0006464 KEGG: 00785+2.3.1.181|MetaCyc: PWY-6987|MetaCyc: PWY-7382 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 Pfam PF03099 Biotin/lipoate A/B protein ligase family 44 147 1.7E-8 T 17-09-2021 IPR004143 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL), catalytic domain GO:0006464 KEGG: 00785+2.3.1.181|MetaCyc: PWY-6987|MetaCyc: PWY-7382 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 SUPERFAMILY SSF55681 1 238 1.7E-77 T 17-09-2021 +MGYG000000001_01144 aeca3bbbb0a99b5a7c0cd0c15324d040 328 TIGRFAM TIGR00545 lipoyltrans: lipoyltransferase and lipoate-protein ligase 3 308 9.5E-102 T 17-09-2021 IPR004562 Lipoyltransferase/lipoate-protein ligase GO:0009249 KEGG: 00785+6.3.1.20|Reactome: R-HSA-389661 +MGYG000000001_01496 294d1c983bdf0252fdb8b1003e41ffb7 114 Coils Coil 65 85 - T 17-09-2021 +MGYG000000001_01753 2d74fbd6a78bf2bfcf60bea71c7983c8 368 PANTHER PTHR37810:SF7 30 365 7.4E-25 T 17-09-2021 +MGYG000000001_01753 2d74fbd6a78bf2bfcf60bea71c7983c8 368 PANTHER PTHR37810 30 365 7.4E-25 T 17-09-2021 +MGYG000000001_01304 d8888132884c64c836a06e6811951ba3 146 Coils Coil 58 78 - T 17-09-2021 +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 Coils Coil 237 257 - T 17-09-2021 +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 Gene3D G3DSA:3.40.50.300 334 560 4.1E-53 T 17-09-2021 +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 SMART SM00534 368 553 1.5E-15 T 17-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 SUPERFAMILY SSF52540 343 553 1.8E-27 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 SUPERFAMILY SSF48334 90 323 3.79E-5 T 17-09-2021 IPR036187 DNA mismatch repair protein MutS, core domain superfamily +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 PANTHER PTHR11361 11 539 1.6E-66 T 17-09-2021 +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 Pfam PF00488 MutS domain V 372 554 1.4E-30 T 17-09-2021 IPR000432 DNA mismatch repair protein MutS, C-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_00391 2d575aa8bd0bdceec01449223105127f 562 PANTHER PTHR11361:SF99 11 539 1.6E-66 T 17-09-2021 +MGYG000000001_01082 1538cee8a54e8965015b030f16e519a9 128 Coils Coil 35 55 - T 17-09-2021 +MGYG000000001_01082 1538cee8a54e8965015b030f16e519a9 128 Pfam PF07761 Protein of unknown function (DUF1617) 32 127 2.2E-8 T 17-09-2021 IPR011675 Protein of unknown function DUF1617 +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 CDD cd06920 NEAT 366 479 9.14455E-13 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SUPERFAMILY SSF158911 522 632 2.09E-23 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Pfam PF00746 LPXTG cell wall anchor motif 642 676 2.8E-6 T 17-09-2021 IPR019948 Gram-positive LPXTG cell wall anchor +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 ProSiteProfiles PS50978 NEAT domain profile. 46 178 7.674 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Gene3D G3DSA:2.60.40.1850 49 170 8.6E-14 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Gene3D G3DSA:2.60.40.1850 171 293 1.8E-18 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Gene3D G3DSA:2.60.40.1850 518 639 4.8E-26 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Gene3D G3DSA:2.60.40.1850 364 487 4.9E-20 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SUPERFAMILY SSF158911 172 282 1.02E-11 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SUPERFAMILY SSF158911 84 160 2.55E-7 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 TIGRFAM TIGR01167 LPXTG_anchor: LPXTG cell wall anchor domain 643 676 4.8E-5 T 17-09-2021 +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 ProSiteProfiles PS50847 Gram-positive cocci surface proteins LPxTG motif profile. 644 676 10.039 T 17-09-2021 IPR019931 LPXTG cell wall anchor domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 ProSiteProfiles PS50978 NEAT domain profile. 364 492 22.044 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 MobiDBLite mobidb-lite consensus disorder prediction 489 511 - T 17-09-2021 +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 ProSiteProfiles PS50978 NEAT domain profile. 170 300 19.202 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 CDD cd06920 NEAT 521 632 2.62853E-17 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 ProSiteProfiles PS50978 NEAT domain profile. 518 643 23.029 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SUPERFAMILY SSF158911 366 479 2.16E-15 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 MobiDBLite mobidb-lite consensus disorder prediction 316 367 - T 17-09-2021 +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Pfam PF05031 Iron Transport-associated domain 520 621 6.2E-19 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Pfam PF05031 Iron Transport-associated domain 169 272 6.9E-11 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 Pfam PF05031 Iron Transport-associated domain 363 477 9.4E-15 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 MobiDBLite mobidb-lite consensus disorder prediction 489 515 - T 17-09-2021 +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SMART SM00725 170 295 1.0E-18 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SMART SM00725 46 168 0.086 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SMART SM00725 518 643 7.1E-26 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00978 51e55ae3b591dc3a566df256cb63292c 676 SMART SM00725 364 492 2.2E-26 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00908 3adbdcfa92b85a5ef446827ec8b7b3df 380 Coils Coil 324 344 - T 17-09-2021 +MGYG000000001_00908 3adbdcfa92b85a5ef446827ec8b7b3df 380 Coils Coil 210 230 - T 17-09-2021 +MGYG000000001_00908 3adbdcfa92b85a5ef446827ec8b7b3df 380 Pfam PF10112 5-bromo-4-chloroindolyl phosphate hydrolysis protein 107 364 7.8E-15 T 17-09-2021 IPR018770 5-bromo-4-chloroindolyl phosphate hydrolysis protein +MGYG000000001_00812 af082cabbb631c82f44c15a8999991c3 88 Pfam PF08765 Mor transcription activator family 18 87 7.0E-14 T 17-09-2021 IPR014875 Mor transcription activator +MGYG000000001_00812 af082cabbb631c82f44c15a8999991c3 88 SUPERFAMILY SSF46689 5 87 6.9E-16 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00330 01bd9c15a1b03dcba3b29935beba8ee1 41 Gene3D G3DSA:2.30.30.840 1 41 5.1E-6 T 17-09-2021 IPR036101 CarD-like/TRCF domain superfamily +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 CDD cd17260 RMtype1_S_EcoEI-TRD1-CR1_like 32 190 4.40708E-75 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 CDD cd17262 RMtype1_S_Aco12261I-TRD2-CR2 222 393 1.77187E-88 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 Gene3D G3DSA:3.90.220.20 4 191 1.1E-31 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 PANTHER PTHR30408:SF12 4 400 4.8E-62 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 SUPERFAMILY SSF116734 4 196 4.91E-33 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 Gene3D G3DSA:3.90.220.20 209 353 1.8E-29 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 Pfam PF01420 Type I restriction modification DNA specificity domain 219 356 1.6E-16 T 17-09-2021 IPR000055 Restriction endonuclease, type I, HsdS GO:0003677|GO:0006304 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 Pfam PF01420 Type I restriction modification DNA specificity domain 5 179 3.2E-18 T 17-09-2021 IPR000055 Restriction endonuclease, type I, HsdS GO:0003677|GO:0006304 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 Coils Coil 164 184 - T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 PANTHER PTHR30408 4 400 4.8E-62 T 17-09-2021 +MGYG000000001_00619 1002fc085a6c19e5137d37a753765637 401 SUPERFAMILY SSF116734 212 401 1.64E-33 T 17-09-2021 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 Pfam PF11975 Family 4 glycosyl hydrolase C-terminal domain 194 425 1.7E-48 T 17-09-2021 IPR022616 Glycosyl hydrolase, family 4, C-terminal GO:0004553 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PANTHER PTHR32092:SF14 3 449 8.0E-164 T 17-09-2021 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 SUPERFAMILY SSF51735 3 168 6.09E-51 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 Gene3D G3DSA:3.90.110.10 166 450 1.2E-84 T 17-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PANTHER PTHR32092 3 449 8.0E-164 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 Gene3D G3DSA:3.40.50.720 1 165 9.6E-55 T 17-09-2021 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 SUPERFAMILY SSF56327 167 449 2.64E-79 T 17-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 Pfam PF02056 Family 4 glycosyl hydrolase 3 183 8.3E-51 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 CDD cd05298 GH4_GlvA_pagL_like 1 450 0.0 T 17-09-2021 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PRINTS PR00732 Glycosyl hydrolase family 4 signature 72 88 2.8E-34 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PRINTS PR00732 Glycosyl hydrolase family 4 signature 190 202 2.8E-34 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PRINTS PR00732 Glycosyl hydrolase family 4 signature 163 174 2.8E-34 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PRINTS PR00732 Glycosyl hydrolase family 4 signature 137 154 2.8E-34 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PRINTS PR00732 Glycosyl hydrolase family 4 signature 2 17 2.8E-34 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00139 7650e7d71ecc1d65313112e9e8cadc33 450 PRINTS PR00732 Glycosyl hydrolase family 4 signature 93 106 2.8E-34 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 Pfam PF00005 ABC transporter 21 157 2.2E-31 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 PANTHER PTHR43158 2 229 1.5E-105 T 17-09-2021 +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 SMART SM00382 29 222 1.4E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 CDD cd03268 ABC_BcrA_bacitracin_resist 5 209 2.83236E-96 T 17-09-2021 +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 Gene3D G3DSA:3.40.50.300 1 234 1.3E-58 T 17-09-2021 +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 TIGRFAM TIGR03740 galliderm_ABC: lantibiotic protection ABC transporter, ATP-binding subunit 6 227 5.3E-111 T 17-09-2021 IPR022501 Gallidermin ABC transporter, ATP-binding subunit +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 PANTHER PTHR43158:SF8 2 229 1.5E-105 T 17-09-2021 +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 SUPERFAMILY SSF52540 2 218 1.78E-58 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02696 894a2459e48638d781f45cfef745a690 234 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 228 21.836 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 SUPERFAMILY SSF55821 22 221 2.11E-65 T 17-09-2021 IPR017945 DHBP synthase RibB-like alpha/beta domain superfamily +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 Pfam PF03481 Putative GTP-binding controlling metal-binding 216 355 3.3E-32 T 17-09-2021 IPR005145 Putative GTP-binding controlling metal-binding domain +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 PIRSF PIRSF004930 16 361 1.3E-129 T 17-09-2021 IPR010923 tRNA threonylcarbamoyladenosine biosynthesis protein SUA5 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 Pfam PF01300 Telomere recombination 39 214 2.1E-57 T 17-09-2021 IPR006070 YrdC-like domain GO:0003725 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 PANTHER PTHR17490:SF9 20 358 5.1E-122 T 17-09-2021 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 TIGRFAM TIGR00057 TIGR00057: tRNA threonylcarbamoyl adenosine modification protein, Sua5/YciO/YrdC/YwlC family 23 225 3.1E-71 T 17-09-2021 IPR006070 YrdC-like domain GO:0003725 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 Gene3D G3DSA:3.40.50.11030 233 361 2.1E-36 T 17-09-2021 IPR038385 Threonylcarbamoyl-AMP synthase, C-terminal domain superfamily +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 PANTHER PTHR17490 20 358 5.1E-122 T 17-09-2021 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 Gene3D G3DSA:3.90.870.10 17 230 4.3E-84 T 17-09-2021 +MGYG000000001_00719 28295eaf33fe54ebca4a9031234a7c6c 361 ProSiteProfiles PS51163 YrdC-like domain profile. 30 216 29.837 T 17-09-2021 IPR006070 YrdC-like domain GO:0003725 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 PANTHER PTHR32347:SF14 126 335 8.5E-33 T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 MobiDBLite mobidb-lite consensus disorder prediction 327 343 - T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 Gene3D G3DSA:2.40.420.20 269 348 7.8E-8 T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 PANTHER PTHR32347 10 147 8.5E-33 T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 PANTHER PTHR32347:SF14 10 147 8.5E-33 T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 MobiDBLite mobidb-lite consensus disorder prediction 324 352 - T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 Gene3D G3DSA:2.40.30.170 159 268 6.9E-10 T 17-09-2021 +MGYG000000001_01913 ecfa4c45effb4695d0e1778dd5b757f1 352 PANTHER PTHR32347 126 335 8.5E-33 T 17-09-2021 +MGYG000000001_02371 68d6213423c53f9a5079f17a6bfa7a9d 45 MobiDBLite mobidb-lite consensus disorder prediction 1 31 - T 17-09-2021 +MGYG000000001_02371 68d6213423c53f9a5079f17a6bfa7a9d 45 MobiDBLite mobidb-lite consensus disorder prediction 12 27 - T 17-09-2021 +MGYG000000001_02767 3dbf640b553a7df33b67cdf52e5fa358 102 SUPERFAMILY SSF101386 33 89 2.62E-7 T 17-09-2021 +MGYG000000001_02767 3dbf640b553a7df33b67cdf52e5fa358 102 CDD cd11532 NTP-PPase_COG4997 4 95 1.27067E-32 T 17-09-2021 IPR038735 MSMEG_1276-like, nucleoside triphosphate pyrophosphohydrolase domain +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 SUPERFAMILY SSF160996 192 354 6.93E-40 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PANTHER PTHR42887:SF2 2 406 6.6E-127 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 TIGRFAM TIGR00275 TIGR00275: flavoprotein, HI0933 family 4 405 2.4E-140 T 17-09-2021 IPR004792 3-Dehydro-bile acid delta(4,6)-reductase-like +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 Gene3D G3DSA:3.50.50.60 5 402 2.1E-130 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PIRSF PIRSF038984 1 204 1.5E-15 T 17-09-2021 IPR028348 FAD dependent protein +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PIRSF PIRSF038984 245 312 240.0 T 17-09-2021 IPR028348 FAD dependent protein +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PIRSF PIRSF038984 317 392 140.0 T 17-09-2021 IPR028348 FAD dependent protein +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 4 23 5.3E-9 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 155 173 5.3E-9 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 361 383 5.3E-9 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 Pfam PF03486 HI0933-like protein 3 405 8.7E-136 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 Gene3D G3DSA:2.40.30.10 191 353 2.1E-130 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 Gene3D G3DSA:1.10.8.260 272 336 2.1E-130 T 17-09-2021 IPR023166 HI0933-like insert domain superfamily +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 SUPERFAMILY SSF51905 1 407 4.66E-57 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 158 167 3.0E-7 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 3 25 3.0E-7 T 17-09-2021 +MGYG000000001_02849 0b93181fd92b782ed94f133877ecdf76 408 PANTHER PTHR42887 2 406 6.6E-127 T 17-09-2021 IPR004792 3-Dehydro-bile acid delta(4,6)-reductase-like +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 185 198 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 515 537 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 127 144 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 153 169 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 548 558 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 215 234 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PRINTS PR00985 Leucyl-tRNA synthetase signature 476 494 6.0E-49 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Pfam PF09334 tRNA synthetases class I (M) 41 181 1.7E-25 T 17-09-2021 IPR015413 Methionyl/Leucyl tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 CDD cd00812 LeuRS_core 35 605 2.81365E-139 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 PANTHER PTHR43740 4 806 0.0 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 SUPERFAMILY SSF50677 223 407 3.77E-56 T 17-09-2021 IPR009008 Valyl/Leucyl/Isoleucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Pfam PF00133 tRNA synthetases class I (I, L, M and V) 405 606 2.9E-24 T 17-09-2021 IPR002300 Aminoacyl-tRNA synthetase, class Ia GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 SUPERFAMILY SSF47323 609 806 1.8E-40 T 17-09-2021 IPR009080 Aminoacyl-tRNA synthetase, class Ia, anticodon-binding GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 TIGRFAM TIGR00396 leuS_bact: leucine--tRNA ligase 4 806 0.0 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Gene3D G3DSA:3.10.20.590 744 806 6.9E-21 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Pfam PF13603 Leucyl-tRNA synthetase, Domain 2 221 391 3.5E-65 T 17-09-2021 IPR025709 Leucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 KEGG: 00970+6.1.1.4 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Gene3D G3DSA:3.40.50.620 33 557 7.4E-268 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Gene3D G3DSA:1.10.730.10 7 32 7.4E-268 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 42 53 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 SUPERFAMILY SSF52374 3 615 1.37E-150 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Gene3D G3DSA:3.90.740.10 227 402 7.4E-268 T 17-09-2021 IPR009008 Valyl/Leucyl/Isoleucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 CDD cd07958 Anticodon_Ia_Leu_BEm 605 719 2.3537E-55 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Gene3D G3DSA:1.10.730.10 568 743 2.2E-61 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Pfam PF08264 Anticodon-binding domain of tRNA 644 765 1.1E-22 T 17-09-2021 IPR013155 Methionyl/Valyl/Leucyl/Isoleucyl-tRNA synthetase, anticodon-binding GO:0004812|GO:0006418 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 CDD cd04606 CBS_pair_Mg_transporter 338 370 0.00200243 T 17-09-2021 +MGYG000000001_00277 d0430fb37f45ca63e38168a664b0f586 806 Hamap MF_00049_B Leucine--tRNA ligase [leuS]. 3 805 23.15 T 17-09-2021 IPR002302 Leucine-tRNA ligase GO:0000166|GO:0004823|GO:0005524|GO:0006429 KEGG: 00970+6.1.1.4|Reactome: R-HSA-379726 +MGYG000000001_02721 00e16c5bd917ea3d0754415a62e3a242 106 SUPERFAMILY SSF51219 8 81 4.97E-19 T 17-09-2021 IPR016031 Tryptophan RNA-binding attenuator protein-like domain superfamily +MGYG000000001_02721 00e16c5bd917ea3d0754415a62e3a242 106 Gene3D G3DSA:3.60.160.10 2 94 1.6E-26 T 17-09-2021 IPR036983 Mitochondrial biogenesis AIM24 superfamily +MGYG000000001_02721 00e16c5bd917ea3d0754415a62e3a242 106 Pfam PF01987 Mitochondrial biogenesis AIM24 11 69 4.8E-15 T 17-09-2021 IPR002838 Mitochondrial biogenesis protein AIM24 +MGYG000000001_02721 00e16c5bd917ea3d0754415a62e3a242 106 PANTHER PTHR43657 11 93 7.0E-28 T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 Pfam PF01497 Periplasmic binding protein 44 274 7.0E-35 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 SUPERFAMILY SSF53807 28 300 7.46E-59 T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 43 298 42.981 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 Gene3D G3DSA:3.40.50.1980 163 297 1.0E-37 T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 6.0 T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 CDD cd01143 YvrC 40 239 5.26312E-66 T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 Gene3D G3DSA:3.40.50.1980 41 162 1.1E-29 T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 Coils Coil 160 180 - T 17-09-2021 +MGYG000000001_00486 7967cb882bc9b927cdfb885e72f4b73f 301 PANTHER PTHR30535 2 299 1.4E-69 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 ProSiteProfiles PS51193 Superfamilies 1 and 2 helicase ATP-binding type-2 domain profile. 181 432 16.667 T 17-09-2021 IPR014013 Helicase superfamily 1/2, ATP-binding domain, DinG/Rad3-type GO:0005524 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Pfam PF13307 Helicase C-terminal domain 596 758 5.2E-39 T 17-09-2021 IPR006555 ATP-dependent helicase, C-terminal GO:0003676|GO:0004386|GO:0005524|GO:0006139|GO:0016818 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 CDD cd18788 SF2_C_XPD 600 743 1.31554E-11 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 CDD cd17970 DEAHc_FancJ 212 395 1.06176E-5 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 SMART SM00487 187 570 0.0083 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Coils Coil 417 437 - T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 CDD cd17920 DEXHc_RecQ 186 224 3.00711E-5 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Gene3D G3DSA:3.40.50.300 562 773 2.8E-55 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 PANTHER PTHR11472 183 762 8.9E-85 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 SMART SM00488 182 428 4.5E-5 T 17-09-2021 IPR006554 Helicase-like, DEXD box c2 type GO:0003678|GO:0016818 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 SUPERFAMILY SSF52540 150 537 8.29E-20 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 586 772 7.003 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 SUPERFAMILY SSF52540 210 756 9.3E-8 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Gene3D G3DSA:3.40.50.300 202 546 5.4E-49 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 SMART SM00491 609 745 2.8E-14 T 17-09-2021 IPR006555 ATP-dependent helicase, C-terminal GO:0003676|GO:0004386|GO:0005524|GO:0006139|GO:0016818 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Pfam PF06733 DEAD_2 273 398 4.2E-12 T 17-09-2021 IPR010614 DEAD2 GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Gene3D G3DSA:1.10.275.40 392 513 5.4E-49 T 17-09-2021 +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 Gene3D G3DSA:1.10.30.20 276 335 5.4E-49 T 17-09-2021 IPR042493 Bacterial type XPD DNA helicase, FeS cluster domain +MGYG000000001_00866 c3ca2ae9f1200461916075d3d95901ca 779 PANTHER PTHR11472:SF47 183 762 8.9E-85 T 17-09-2021 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 CDD cd06229 M14_Endopeptidase_I 60 294 2.13016E-80 T 17-09-2021 IPR034274 ENP1, carboxypeptidase domain +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 Gene3D G3DSA:3.40.630.10 15 301 1.0E-50 T 17-09-2021 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 PRINTS PR00765 Carboxypeptidase A metalloprotease (M14) family signature 58 72 1.2E-5 T 17-09-2021 IPR000834 Peptidase M14, carboxypeptidase A GO:0004181|GO:0006508|GO:0008270 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 PRINTS PR00765 Carboxypeptidase A metalloprotease (M14) family signature 39 51 1.2E-5 T 17-09-2021 IPR000834 Peptidase M14, carboxypeptidase A GO:0004181|GO:0006508|GO:0008270 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 PRINTS PR00765 Carboxypeptidase A metalloprotease (M14) family signature 153 161 1.2E-5 T 17-09-2021 IPR000834 Peptidase M14, carboxypeptidase A GO:0004181|GO:0006508|GO:0008270 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 Pfam PF00246 Zinc carboxypeptidase 26 230 1.3E-31 T 17-09-2021 IPR000834 Peptidase M14, carboxypeptidase A GO:0004181|GO:0006508|GO:0008270 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 PANTHER PTHR11705:SF132 28 270 8.2E-34 T 17-09-2021 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 SUPERFAMILY SSF53187 24 273 4.54E-45 T 17-09-2021 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 SMART SM00631 19 289 3.1E-9 T 17-09-2021 IPR000834 Peptidase M14, carboxypeptidase A GO:0004181|GO:0006508|GO:0008270 +MGYG000000001_02959 7d5b9dddcce7a9950bd3b680f28f01f1 310 PANTHER PTHR11705 28 270 8.2E-34 T 17-09-2021 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 Pfam PF13416 Bacterial extracellular solute-binding protein 46 318 1.6E-41 T 17-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PIRSF PIRSF019574 1 351 2.2E-122 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 79 93 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 296 322 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 36 52 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 95 108 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 251 270 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 170 189 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 52 73 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 152 166 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 207 226 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 126 142 9.1E-52 T 17-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 Gene3D G3DSA:3.40.190.10 135 346 4.3E-120 T 17-09-2021 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 Gene3D G3DSA:3.40.190.10 34 318 4.3E-120 T 17-09-2021 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 CDD cd13590 PBP2_PotD_PotF_like 32 345 4.4843E-139 T 17-09-2021 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 SUPERFAMILY SSF53850 31 349 1.04E-94 T 17-09-2021 +MGYG000000001_02491 fee73bb35e5e34b83d6bedce52ad2973 351 PANTHER PTHR30222 5 348 2.0E-103 T 17-09-2021 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 CDD cd01107 HTH_BmrR 5 111 1.61588E-36 T 17-09-2021 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 ProSiteProfiles PS50937 MerR-type HTH domain profile. 4 74 27.469 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 SUPERFAMILY SSF46955 4 110 5.13E-26 T 17-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 Coils Coil 82 102 - T 17-09-2021 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 Pfam PF13411 MerR HTH family regulatory protein 5 74 4.1E-17 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 Gene3D G3DSA:3.20.80.10 123 277 4.2E-10 T 17-09-2021 IPR011256 Regulatory factor, effector binding domain superfamily +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 PANTHER PTHR30204 1 238 2.1E-31 T 17-09-2021 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 PANTHER PTHR30204:SF2 1 238 2.1E-31 T 17-09-2021 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 SMART SM00422 5 75 1.4E-16 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 Gene3D G3DSA:1.10.1660.10 3 122 1.2E-25 T 17-09-2021 +MGYG000000001_03043 f411130f4ff95906e5ce25c01017b517 280 SUPERFAMILY SSF55136 131 268 2.17E-11 T 17-09-2021 IPR011256 Regulatory factor, effector binding domain superfamily +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 PRINTS PR00598 Bacterial regulatory protein MarR family signature 66 81 1.2E-17 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 PRINTS PR00598 Bacterial regulatory protein MarR family signature 85 101 1.2E-17 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 PRINTS PR00598 Bacterial regulatory protein MarR family signature 115 135 1.2E-17 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 PRINTS PR00598 Bacterial regulatory protein MarR family signature 49 65 1.2E-17 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 PANTHER PTHR42756 1 140 3.7E-28 T 17-09-2021 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 CDD cd00090 HTH_ARSR 40 114 3.45414E-6 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 Coils Coil 55 75 - T 17-09-2021 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 Pfam PF01047 MarR family 35 88 9.1E-14 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 ProSiteProfiles PS50995 MarR-type HTH domain profile. 5 137 32.271 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 SUPERFAMILY SSF46785 8 139 9.84E-32 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 Gene3D G3DSA:1.10.10.10 7 141 2.9E-34 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02178 dca153d3029a08242e784b3bcb2de2b1 141 SMART SM00347 25 125 1.3E-22 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 ProSiteProfiles PS51794 Diadenylate cyclase (DAC) domain profile. 90 251 57.008 T 17-09-2021 IPR003390 DNA integrity scanning protein, DisA, N-terminal +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 PIRSF PIRSF004793 12 273 4.1E-89 T 17-09-2021 IPR014046 Diadenylate cyclase GO:0004016|GO:0006171 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 Pfam PF02457 DisA bacterial checkpoint controller nucleotide-binding 127 245 2.6E-43 T 17-09-2021 IPR003390 DNA integrity scanning protein, DisA, N-terminal +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 Hamap MF_01499 Diadenylate cyclase [dacA]. 13 263 32.904 T 17-09-2021 IPR034701 Diadenylate cyclase CdaA GO:0004016|GO:0006171 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 TIGRFAM TIGR00159 TIGR00159: TIGR00159 family protein 13 265 1.8E-80 T 17-09-2021 IPR034701 Diadenylate cyclase CdaA GO:0004016|GO:0006171 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 Coils Coil 115 135 - T 17-09-2021 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 PANTHER PTHR34185:SF1 18 270 5.1E-88 T 17-09-2021 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 SUPERFAMILY SSF143597 49 249 1.96E-65 T 17-09-2021 IPR036888 DNA integrity scanning protein, DisA, N-terminal domain superfamily +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 PANTHER PTHR34185 18 270 5.1E-88 T 17-09-2021 +MGYG000000001_01026 01e6217c62d3f579858190a38537104f 278 Gene3D G3DSA:3.40.1700.10 110 264 2.0E-60 T 17-09-2021 IPR036888 DNA integrity scanning protein, DisA, N-terminal domain superfamily +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 ProSitePatterns PS00108 Serine/Threonine protein kinases active-site signature. 129 141 - T 17-09-2021 IPR008271 Serine/threonine-protein kinase, active site GO:0004672|GO:0006468 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 ProSiteProfiles PS51178 PASTA domain profile. 442 510 14.452 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Pfam PF03793 PASTA domain 379 441 1.2E-14 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Pfam PF03793 PASTA domain 447 510 3.3E-9 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Pfam PF00069 Protein kinase domain 10 263 5.8E-60 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 MobiDBLite mobidb-lite consensus disorder prediction 509 536 - T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 ProSiteProfiles PS50011 Protein kinase domain profile. 10 270 43.538 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 ProSitePatterns PS00107 Protein kinases ATP-binding region signature. 16 39 - T 17-09-2021 IPR017441 Protein kinase, ATP binding site GO:0005524 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Gene3D G3DSA:3.30.10.20 444 512 7.4E-17 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 CDD cd06577 PASTA_pknB 380 440 1.28759E-15 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 PANTHER PTHR43289 8 380 4.5E-88 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Gene3D G3DSA:1.10.510.10 91 282 2.1E-51 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 SMART SM00740 375 441 1.0E-14 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 SMART SM00740 442 510 1.3E-10 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 SMART SM00220 10 270 1.2E-73 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 CDD cd06577 PASTA_pknB 447 509 3.10634E-13 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 MobiDBLite mobidb-lite consensus disorder prediction 577 623 - T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 CDD cd14014 STKc_PknB_like 9 267 3.53137E-129 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Gene3D G3DSA:3.30.10.20 379 443 1.8E-17 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 SUPERFAMILY SSF56112 5 266 1.75E-82 T 17-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 SUPERFAMILY SSF54184 379 440 7.06E-5 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 MobiDBLite mobidb-lite consensus disorder prediction 577 610 - T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 ProSiteProfiles PS51178 PASTA domain profile. 375 441 14.004 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 Gene3D G3DSA:3.30.200.20 1 89 2.6E-33 T 17-09-2021 +MGYG000000001_02155 f2e109cf86098b34a563b7083b251ebd 623 PANTHER PTHR43289:SF11 8 380 4.5E-88 T 17-09-2021 +MGYG000000001_00322 5b88d08c113baa899e8177dbb18731d3 185 PANTHER PTHR37423:SF2 28 181 2.4E-21 T 17-09-2021 +MGYG000000001_00322 5b88d08c113baa899e8177dbb18731d3 185 SUPERFAMILY SSF53955 34 180 3.15E-41 T 17-09-2021 IPR023346 Lysozyme-like domain superfamily +MGYG000000001_00322 5b88d08c113baa899e8177dbb18731d3 185 Gene3D G3DSA:1.10.530.10 29 185 4.5E-46 T 17-09-2021 +MGYG000000001_00322 5b88d08c113baa899e8177dbb18731d3 185 Pfam PF01464 Transglycosylase SLT domain 38 147 6.4E-31 T 17-09-2021 IPR008258 Transglycosylase SLT domain 1 +MGYG000000001_00322 5b88d08c113baa899e8177dbb18731d3 185 PANTHER PTHR37423 28 181 2.4E-21 T 17-09-2021 +MGYG000000001_00322 5b88d08c113baa899e8177dbb18731d3 185 CDD cd16896 LT_Slt70_like 32 178 1.40042E-73 T 17-09-2021 +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 PANTHER PTHR33434:SF3 7 281 2.7E-67 T 17-09-2021 +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 Pfam PF02645 Uncharacterised protein, DegV family COG1307 7 279 3.9E-73 T 17-09-2021 IPR003797 DegV +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 Gene3D G3DSA:3.40.50.10170 1 151 1.6E-49 T 17-09-2021 +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 PANTHER PTHR33434 7 281 2.7E-67 T 17-09-2021 +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 TIGRFAM TIGR00762 DegV: EDD domain protein, DegV family 7 280 1.0E-85 T 17-09-2021 IPR003797 DegV +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 Gene3D G3DSA:3.30.1180.10 156 282 1.2E-29 T 17-09-2021 +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 SUPERFAMILY SSF82549 6 280 6.02E-73 T 17-09-2021 +MGYG000000001_01704 006132be9c5631223b2f8ba8c57cb3ef 282 ProSiteProfiles PS51482 DegV domain profile. 7 282 55.053 T 17-09-2021 IPR003797 DegV +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 Pfam PF01522 Polysaccharide deacetylase 94 215 1.1E-23 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 CDD cd10944 CE4_SmPgdA_like 98 297 3.42523E-81 T 17-09-2021 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 ProSiteProfiles PS51677 NodB homology domain profile. 98 296 32.159 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 PANTHER PTHR10587:SF125 5 298 3.8E-52 T 17-09-2021 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 SUPERFAMILY SSF88713 90 299 1.58E-45 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 Coils Coil 30 64 - T 17-09-2021 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 PANTHER PTHR10587 5 298 3.8E-52 T 17-09-2021 +MGYG000000001_02376 59dc55b77d72a4c9cd09b282dca9acbd 301 Gene3D G3DSA:3.20.20.370 59 299 1.1E-60 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Gene3D G3DSA:1.10.8.60 153 222 3.1E-11 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 CDD cd00009 AAA 17 150 1.00479E-19 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 PANTHER PTHR13779 2 410 2.9E-142 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 SMART SM00382 37 154 1.7E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Pfam PF12002 MgsA AAA+ ATPase C terminal 256 420 1.2E-61 T 17-09-2021 IPR021886 MgsA AAA+ ATPase C-terminal +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Gene3D G3DSA:1.10.3710.10 334 423 2.5E-20 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 SUPERFAMILY SSF52540 2 213 1.42E-42 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Pfam PF16193 AAA C-terminal domain 177 255 1.0E-18 T 17-09-2021 IPR032423 AAA C-terminal domain +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 CDD cd18139 HLD_clamp_RarA 154 225 2.148E-12 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Gene3D G3DSA:1.20.272.10 230 333 4.4E-37 T 17-09-2021 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 41 145 2.3E-15 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 SUPERFAMILY SSF48019 241 422 6.8E-64 T 17-09-2021 IPR008921 DNA polymerase III, clamp loader complex, gamma/delta/delta subunit, C-terminal GO:0003677|GO:0006260 Reactome: R-HSA-110312|Reactome: R-HSA-110314|Reactome: R-HSA-110320|Reactome: R-HSA-174411|Reactome: R-HSA-5651801|Reactome: R-HSA-5655862|Reactome: R-HSA-5656121|Reactome: R-HSA-5656169|Reactome: R-HSA-5685942|Reactome: R-HSA-5696397|Reactome: R-HSA-5696400|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-69091 +MGYG000000001_01326 076f7c5d20eed8aa06645644a1889636 424 Gene3D G3DSA:3.40.50.300 1 152 1.1E-41 T 17-09-2021 +MGYG000000001_00632 6c92c806f8decbf238ab39e4e1cd8a9d 167 Pfam PF14595 Thioredoxin 13 137 8.3E-23 T 17-09-2021 +MGYG000000001_00632 6c92c806f8decbf238ab39e4e1cd8a9d 167 Gene3D G3DSA:3.40.30.10 4 167 1.3E-47 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 ProSiteProfiles PS51450 Leucine-rich repeat profile. 102 123 9.013 T 17-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00369 78 98 43.0 T 17-09-2021 IPR003591 Leucine-rich repeat, typical subtype +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00369 34 57 50.0 T 17-09-2021 IPR003591 Leucine-rich repeat, typical subtype +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00369 100 122 8.9 T 17-09-2021 IPR003591 Leucine-rich repeat, typical subtype +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 Pfam PF12799 Leucine Rich repeats (2 copies) 80 120 2.2E-7 T 17-09-2021 IPR025875 Leucine rich repeat 4 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SUPERFAMILY SSF52075 33 146 2.35E-22 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 ProSiteProfiles PS51450 Leucine-rich repeat profile. 58 79 8.436 T 17-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SUPERFAMILY SSF49478 269 333 7.06E-7 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00365 56 77 190.0 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00365 100 121 41.0 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00365 78 99 27.0 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 SMART SM00365 34 55 370.0 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 Gene3D G3DSA:2.60.40.10 252 353 6.5E-5 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 ProSiteProfiles PS51450 Leucine-rich repeat profile. 80 101 9.622 T 17-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 ProSiteProfiles PS51450 Leucine-rich repeat profile. 36 57 7.974 T 17-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 PANTHER PTHR46652 34 174 3.7E-22 T 17-09-2021 +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 Gene3D G3DSA:3.80.10.10 3 154 8.4E-29 T 17-09-2021 IPR032675 Leucine-rich repeat domain superfamily +MGYG000000001_01654 bba254da0ad9bf7d3811336a48dcc6f4 354 ProSiteProfiles PS51450 Leucine-rich repeat profile. 124 145 6.842 T 17-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 CDD cd02440 AdoMet_MTases 177 256 5.20337E-6 T 17-09-2021 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 PANTHER PTHR13369 170 296 6.4E-53 T 17-09-2021 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 PANTHER PTHR13369 304 348 6.4E-53 T 17-09-2021 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 Pfam PF13679 Methyltransferase domain 152 287 9.3E-37 T 17-09-2021 IPR025714 Methyltransferase domain +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 PANTHER PTHR13369:SF2 170 296 6.4E-53 T 17-09-2021 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 PANTHER PTHR13369:SF2 304 348 6.4E-53 T 17-09-2021 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 Gene3D G3DSA:3.40.50.150 139 313 5.4E-17 T 17-09-2021 +MGYG000000001_02464 e00e1d53d3702e46568573201b613a9b 386 SUPERFAMILY SSF53335 158 284 2.41E-18 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 PRINTS PR00455 TetR bacterial regulatory protein HTH signature 40 63 4.0E-8 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 PRINTS PR00455 TetR bacterial regulatory protein HTH signature 19 32 4.0E-8 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 ProSitePatterns PS01081 TetR-type HTH domain signature. 31 62 - T 17-09-2021 IPR023772 DNA-binding HTH domain, TetR-type, conserved site +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 PANTHER PTHR30055:SF167 14 144 6.9E-16 T 17-09-2021 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 PANTHER PTHR30055 14 144 6.9E-16 T 17-09-2021 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 ProSiteProfiles PS50977 TetR-type HTH domain profile. 13 73 21.016 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 SUPERFAMILY SSF46689 14 78 5.49E-15 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 Gene3D G3DSA:1.10.357.10 13 193 1.5E-22 T 17-09-2021 +MGYG000000001_02243 948c1b6c7c0b7c5fe38bb8a6dd3bab77 228 Pfam PF00440 Bacterial regulatory proteins, tetR family 19 64 4.0E-14 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02282 ebccc1c49a56f7d96a0ae5fe92d3de21 123 Gene3D G3DSA:3.30.360.10 1 117 9.6E-26 T 17-09-2021 +MGYG000000001_02282 ebccc1c49a56f7d96a0ae5fe92d3de21 123 PANTHER PTHR43331 1 115 1.2E-25 T 17-09-2021 +MGYG000000001_02282 ebccc1c49a56f7d96a0ae5fe92d3de21 123 SUPERFAMILY SSF55347 4 117 6.41E-21 T 17-09-2021 +MGYG000000001_02282 ebccc1c49a56f7d96a0ae5fe92d3de21 123 Pfam PF00742 Homoserine dehydrogenase 2 116 6.5E-21 T 17-09-2021 IPR001342 Homoserine dehydrogenase, catalytic GO:0006520|GO:0055114 KEGG: 00260+1.1.1.3|KEGG: 00270+1.1.1.3|KEGG: 00300+1.1.1.3 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 PIRSF PIRSF006603 1 446 1.9E-59 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 Pfam PF01554 MatE 248 401 6.6E-17 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 Pfam PF01554 MatE 22 183 1.3E-23 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 CDD cd13143 MATE_MepA_like 11 434 1.98583E-98 T 17-09-2021 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 PANTHER PTHR43823 2 436 4.0E-93 T 17-09-2021 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 PANTHER PTHR43823:SF1 2 436 4.0E-93 T 17-09-2021 +MGYG000000001_00484 f5e2cab77ed9e8cebc5aa1fe34686e45 447 TIGRFAM TIGR00797 matE: MATE efflux family protein 22 416 4.6E-50 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01531 171a63dffe5716746417f63c481de456 409 Pfam PF00999 Sodium/hydrogen exchanger family 8 388 1.0E-34 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_01531 171a63dffe5716746417f63c481de456 409 PANTHER PTHR31102:SF1 4 399 8.6E-77 T 17-09-2021 +MGYG000000001_01531 171a63dffe5716746417f63c481de456 409 PANTHER PTHR31102 4 399 8.6E-77 T 17-09-2021 +MGYG000000001_01531 171a63dffe5716746417f63c481de456 409 Gene3D G3DSA:1.20.1530.20 2 394 1.3E-30 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_01713 46c2c3a128b326173b6c84bee0cd4c0a 63 Pfam PF04324 BFD-like [2Fe-2S] binding domain 6 46 6.3E-9 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_01713 46c2c3a128b326173b6c84bee0cd4c0a 63 Gene3D G3DSA:1.10.10.1100 5 58 2.5E-10 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 CDD cd06261 TM_PBP2 5 188 5.61466E-14 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 5 190 19.837 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 PANTHER PTHR30614:SF0 2 202 1.8E-61 T 17-09-2021 +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 SUPERFAMILY SSF161098 3 188 3.4E-40 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 TIGRFAM TIGR01726 HEQRo_perm_3TM: amino ABC transporter, permease protein, 3-TM region, His/Glu/Gln/Arg/opine family 2 95 7.6E-27 T 17-09-2021 IPR010065 Amino acid ABC transporter, permease protein, 3-TM domain GO:0016021|GO:0022857|GO:0043190|GO:0071705 +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 20 199 5.7E-22 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 Gene3D G3DSA:1.10.3720.10 1 201 3.8E-47 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01640 ab04127be6906c4faa7951fe36e49b1a 203 PANTHER PTHR30614 2 202 1.8E-61 T 17-09-2021 +MGYG000000001_02531 0748b304928a8661b81fa589ef462709 232 Pfam PF01048 Phosphorylase superfamily 4 229 8.5E-54 T 17-09-2021 IPR000845 Nucleoside phosphorylase domain GO:0003824|GO:0009116 +MGYG000000001_02531 0748b304928a8661b81fa589ef462709 232 PANTHER PTHR46832 3 232 4.7E-70 T 17-09-2021 +MGYG000000001_02531 0748b304928a8661b81fa589ef462709 232 TIGRFAM TIGR01704 MTA/SAH-Nsdase: MTA/SAH nucleosidase 4 231 3.4E-61 T 17-09-2021 IPR010049 MTA/SAH nucleosidase GO:0008782|GO:0008930|GO:0009164|GO:0019509 KEGG: 00270+3.2.2.9|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_02531 0748b304928a8661b81fa589ef462709 232 CDD cd09008 MTAN 4 228 3.42829E-106 T 17-09-2021 +MGYG000000001_02531 0748b304928a8661b81fa589ef462709 232 Gene3D G3DSA:3.40.50.1580 1 232 5.2E-69 T 17-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_02531 0748b304928a8661b81fa589ef462709 232 SUPERFAMILY SSF53167 4 231 1.96E-65 T 17-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 PIRSF PIRSF000098 1 401 1.1E-119 T 17-09-2021 IPR016204 Homoserine dehydrogenase GO:0004412|GO:0006520|GO:0055114 KEGG: 00260+1.1.1.3|KEGG: 00270+1.1.1.3|KEGG: 00300+1.1.1.3 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 Pfam PF03447 Homoserine dehydrogenase, NAD binding domain 7 118 1.6E-17 T 17-09-2021 IPR005106 Aspartate/homoserine dehydrogenase, NAD-binding GO:0016491|GO:0050661|GO:0055114 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 SUPERFAMILY SSF51735 1 147 3.12E-28 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 Pfam PF00742 Homoserine dehydrogenase 126 304 5.1E-56 T 17-09-2021 IPR001342 Homoserine dehydrogenase, catalytic GO:0006520|GO:0055114 KEGG: 00260+1.1.1.3|KEGG: 00270+1.1.1.3|KEGG: 00300+1.1.1.3 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 Gene3D G3DSA:3.30.360.10 125 330 2.5E-115 T 17-09-2021 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 ProSitePatterns PS01042 Homoserine dehydrogenase signature. 172 194 - T 17-09-2021 IPR019811 Homoserine dehydrogenase, conserved site GO:0006520|GO:0055114 KEGG: 00260+1.1.1.3|KEGG: 00270+1.1.1.3|KEGG: 00300+1.1.1.3 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 Gene3D G3DSA:3.30.70.260 331 387 2.5E-115 T 17-09-2021 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 PANTHER PTHR43331 2 310 8.9E-104 T 17-09-2021 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 Gene3D G3DSA:3.40.50.720 2 323 2.5E-115 T 17-09-2021 +MGYG000000001_01838 acb3ae3dbf8870492ac7af93c28af74c 401 SUPERFAMILY SSF55347 126 291 3.6E-45 T 17-09-2021 +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 SUPERFAMILY SSF53822 39 277 1.01E-16 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 CDD cd06354 PBP1_BmpA_PnrA_like 40 302 3.73465E-111 T 17-09-2021 +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 Gene3D G3DSA:3.40.50.2300 143 330 1.0E-101 T 17-09-2021 +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 Gene3D G3DSA:3.40.50.2300 42 296 1.0E-101 T 17-09-2021 +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 43 335 5.6E-85 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_03252 72380b235a8ce043d973ba4ea74ff83e 345 PANTHER PTHR34296 4 340 5.0E-103 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 Pfam PF00271 Helicase conserved C-terminal domain 230 338 2.5E-29 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 Pfam PF00270 DEAD/DEAH box helicase 29 192 1.1E-52 T 17-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 CDD cd18787 SF2_C_DEAD 218 347 7.80616E-58 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 CDD cd00268 DEADc 15 207 4.33742E-108 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 Gene3D G3DSA:3.40.50.300 4 209 3.6E-78 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 ProSiteProfiles PS51195 DEAD-box RNA helicase Q motif profile. 4 32 12.24 T 17-09-2021 IPR014014 RNA helicase, DEAD-box type, Q motif +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 ProSitePatterns PS00039 DEAD-box subfamily ATP-dependent helicases signature. 152 160 - T 17-09-2021 IPR000629 ATP-dependent RNA helicase DEAD-box, conserved site +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 SUPERFAMILY SSF52540 72 359 5.63E-77 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 MobiDBLite mobidb-lite consensus disorder prediction 436 455 - T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 Gene3D G3DSA:3.40.50.300 214 447 1.2E-49 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 PANTHER PTHR24031 3 539 5.1E-139 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 SMART SM00490 257 338 7.0E-33 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 Gene3D G3DSA:3.30.70.330 463 538 6.4E-25 T 17-09-2021 IPR012677 Nucleotide-binding alpha-beta plait domain superfamily +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 217 378 22.893 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 PANTHER PTHR24031:SF650 3 539 5.1E-139 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 CDD cd12252 RRM_DbpA 464 534 5.05974E-24 T 17-09-2021 +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 35 206 34.313 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 SMART SM00487 23 221 3.9E-67 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00411 8f4e7e9935407174db647293e89c38a6 542 Pfam PF03880 DbpA RNA binding domain 464 534 4.3E-26 T 17-09-2021 IPR005580 DEAD box helicase DbpA/CsdA, RNA-binding domain +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 PANTHER PTHR43116 3 338 1.3E-143 T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Coils Coil 24 54 - T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 TIGRFAM TIGR00020 prfB: peptide chain release factor 2 3 335 5.2E-156 T 17-09-2021 IPR004374 Peptide chain release factor 2 GO:0005737|GO:0006415|GO:0016149 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Pfam PF00472 RF-1 domain 200 309 3.2E-43 T 17-09-2021 IPR000352 Peptide chain release factor class I GO:0003747|GO:0006415 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Gene3D G3DSA:3.30.70.1660 101 329 6.0E-96 T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Coils Coil 67 87 - T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Hamap MF_00094 Peptide chain release factor 2 [prfB]. 1 337 36.946 T 17-09-2021 IPR004374 Peptide chain release factor 2 GO:0005737|GO:0006415|GO:0016149 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 ProSitePatterns PS00745 Prokaryotic-type class I peptide chain release factors signature. 216 232 - T 17-09-2021 IPR000352 Peptide chain release factor class I GO:0003747|GO:0006415 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 SUPERFAMILY SSF75620 2 338 1.7E-133 T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Coils Coil 255 275 - T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Gene3D G3DSA:1.20.58.410 2 94 7.5E-17 T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 PANTHER PTHR43116:SF3 3 338 1.3E-143 T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Pfam PF03462 PCRF domain 3 191 5.9E-60 T 17-09-2021 IPR005139 Peptide chain release factor GO:0006415 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 Gene3D G3DSA:3.30.160.20 197 292 6.0E-96 T 17-09-2021 +MGYG000000001_01045 376ba98a9a2e9a3c35295341a6e16c42 340 SMART SM00937 52 166 2.6E-47 T 17-09-2021 IPR005139 Peptide chain release factor GO:0006415 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 SMART SM00434 11 464 1.5E-290 T 17-09-2021 IPR002205 DNA topoisomerase, type IIA, subunit A/C-terminal GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF03989 DNA gyrase C-terminal domain, beta-propeller 506 548 1.5E-9 T 17-09-2021 IPR006691 DNA gyrase/topoisomerase IV, subunit A, C-terminal repeat GO:0003677|GO:0003916|GO:0005524|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF03989 DNA gyrase C-terminal domain, beta-propeller 708 755 2.1E-9 T 17-09-2021 IPR006691 DNA gyrase/topoisomerase IV, subunit A, C-terminal repeat GO:0003677|GO:0003916|GO:0005524|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF03989 DNA gyrase C-terminal domain, beta-propeller 658 703 1.6E-14 T 17-09-2021 IPR006691 DNA gyrase/topoisomerase IV, subunit A, C-terminal repeat GO:0003677|GO:0003916|GO:0005524|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF03989 DNA gyrase C-terminal domain, beta-propeller 609 653 8.2E-9 T 17-09-2021 IPR006691 DNA gyrase/topoisomerase IV, subunit A, C-terminal repeat GO:0003677|GO:0003916|GO:0005524|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF03989 DNA gyrase C-terminal domain, beta-propeller 555 602 1.4E-7 T 17-09-2021 IPR006691 DNA gyrase/topoisomerase IV, subunit A, C-terminal repeat GO:0003677|GO:0003916|GO:0005524|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF03989 DNA gyrase C-terminal domain, beta-propeller 758 804 5.7E-8 T 17-09-2021 IPR006691 DNA gyrase/topoisomerase IV, subunit A, C-terminal repeat GO:0003677|GO:0003916|GO:0005524|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Hamap MF_01897 DNA gyrase subunit A [gyrA]. 3 806 24.78 T 17-09-2021 IPR005743 DNA gyrase, subunit A GO:0003677|GO:0003918|GO:0005524|GO:0005694|GO:0006265 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 CDD cd00187 TOP4c 31 474 0.0 T 17-09-2021 IPR002205 DNA topoisomerase, type IIA, subunit A/C-terminal GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 SUPERFAMILY SSF56719 31 486 3.4E-183 T 17-09-2021 IPR013760 DNA topoisomerase, type IIA-like domain superfamily GO:0003918|GO:0005524 Reactome: R-HSA-4615885 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Gene3D G3DSA:2.120.10.90 495 806 1.7E-124 T 17-09-2021 IPR035516 DNA gyrase/topoisomerase IV, subunit A, C-terminal +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Gene3D G3DSA:3.90.199.10 32 486 1.1E-219 T 17-09-2021 IPR013758 DNA topoisomerase, type IIA, subunit A/ C-terminal, alpha-beta GO:0003677|GO:0003918|GO:0005524|GO:0006259|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 PANTHER PTHR43493:SF5 2 807 0.0 T 17-09-2021 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Gene3D G3DSA:3.30.1360.40 236 332 1.1E-219 T 17-09-2021 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 TIGRFAM TIGR01063 gyrA: DNA gyrase, A subunit 8 804 0.0 T 17-09-2021 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 PANTHER PTHR43493 2 807 0.0 T 17-09-2021 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Pfam PF00521 DNA gyrase/topoisomerase IV, subunit A 32 470 2.8E-163 T 17-09-2021 IPR002205 DNA topoisomerase, type IIA, subunit A/C-terminal GO:0003677|GO:0003918|GO:0005524|GO:0006265 Reactome: R-HSA-4615885 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Gene3D G3DSA:1.10.268.10 369 457 1.1E-219 T 17-09-2021 IPR013757 Type IIA DNA topoisomerase subunit A, alpha-helical domain superfamily GO:0003677|GO:0003918|GO:0005524 Reactome: R-HSA-4615885 +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 SUPERFAMILY SSF101904 498 807 2.75E-106 T 17-09-2021 IPR035516 DNA gyrase/topoisomerase IV, subunit A, C-terminal +MGYG000000001_00953 9fb20450eee45bcd9cd2e7ec715db75f 809 Coils Coil 436 484 - T 17-09-2021 +MGYG000000001_03064 969730ff3dc3a761f9648cfed8c5c17a 73 Coils Coil 4 24 - T 17-09-2021 +MGYG000000001_03064 969730ff3dc3a761f9648cfed8c5c17a 73 MobiDBLite mobidb-lite consensus disorder prediction 1 27 - T 17-09-2021 +MGYG000000001_03064 969730ff3dc3a761f9648cfed8c5c17a 73 MobiDBLite mobidb-lite consensus disorder prediction 1 15 - T 17-09-2021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 PANTHER PTHR24221:SF298 2 564 9.4E-255 T 17-09-2021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 CDD cd18549 ABC_6TM_YwjA_like 13 307 7.72671E-163 T 17-09-2021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 ProSitePatterns PS00211 ABC transporters family signature. 469 483 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 Gene3D G3DSA:1.20.1560.10 1 315 6.5E-77 T 17-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 SUPERFAMILY SSF52540 322 564 2.72E-90 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 17 299 48.813 T 17-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 Pfam PF00664 ABC transporter transmembrane region 17 286 1.2E-42 T 17-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 CDD cd03251 ABCC_MsbA 332 564 4.13611E-135 T 17-09-2021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 Pfam PF00005 ABC transporter 348 497 6.8E-34 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 Gene3D G3DSA:3.40.50.300 328 565 6.1E-89 T 17-09-2021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 SMART SM00382 357 529 6.2E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 SUPERFAMILY SSF90123 3 321 1.44E-73 T 17-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 PANTHER PTHR24221 2 564 9.4E-255 T 17-09-2021 IPR039421 Type I protein exporter +MGYG000000001_02241 4896ca70c769e48272c72b20432edb0f 565 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 332 563 22.129 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00006 85e0b098eb69d3fa7ec186445ee7cf39 285 SUPERFAMILY SSF52540 1 154 5.2E-16 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00006 85e0b098eb69d3fa7ec186445ee7cf39 285 PIRSF PIRSF005052 1 285 1.7E-110 T 17-09-2021 IPR005337 RapZ-like family GO:0005524 +MGYG000000001_00006 85e0b098eb69d3fa7ec186445ee7cf39 285 Hamap MF_00636 RNase adapter protein RapZ [rapZ]. 1 284 40.894 T 17-09-2021 IPR005337 RapZ-like family GO:0005524 +MGYG000000001_00006 85e0b098eb69d3fa7ec186445ee7cf39 285 PANTHER PTHR30448 1 282 3.5E-98 T 17-09-2021 IPR005337 RapZ-like family GO:0005524 +MGYG000000001_00006 85e0b098eb69d3fa7ec186445ee7cf39 285 Pfam PF03668 P-loop ATPase protein family 1 281 9.2E-102 T 17-09-2021 IPR005337 RapZ-like family GO:0005524 +MGYG000000001_00006 85e0b098eb69d3fa7ec186445ee7cf39 285 Gene3D G3DSA:3.40.50.300 1 169 6.6E-8 T 17-09-2021 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 PANTHER PTHR21371:SF1 1 330 2.9E-118 T 17-09-2021 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 Pfam PF01450 Acetohydroxy acid isomeroreductase, catalytic domain 184 326 9.0E-64 T 17-09-2021 IPR000506 Ketol-acid reductoisomerase, C-terminal GO:0004455|GO:0009082|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 ProSiteProfiles PS51851 KARI C-terminal domain profile. 183 328 66.974 T 17-09-2021 IPR000506 Ketol-acid reductoisomerase, C-terminal GO:0004455|GO:0009082|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 Gene3D G3DSA:1.10.3730.40 183 337 6.8E-66 T 17-09-2021 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 PIRSF PIRSF000116 1 207 4.4E-42 T 17-09-2021 IPR014359 Ketol-acid reductoisomerase, prokaryotic GO:0004455|GO:0009082|GO:0050661|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 PIRSF PIRSF000116 202 334 2.1E-12 T 17-09-2021 IPR014359 Ketol-acid reductoisomerase, prokaryotic GO:0004455|GO:0009082|GO:0050661|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 Pfam PF07991 Acetohydroxy acid isomeroreductase, NADPH-binding domain 15 178 2.1E-76 T 17-09-2021 IPR013116 Ketol-acid reductoisomerase, N-terminal KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 SUPERFAMILY SSF51735 3 183 5.73E-74 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 Gene3D G3DSA:3.40.50.720 1 182 1.1E-78 T 17-09-2021 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 Coils Coil 300 320 - T 17-09-2021 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 ProSiteProfiles PS51850 KARI N-terminal domain profile. 2 182 53.638 T 17-09-2021 IPR013116 Ketol-acid reductoisomerase, N-terminal KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 PANTHER PTHR21371 1 330 2.9E-118 T 17-09-2021 IPR013023 Ketol-acid reductoisomerase GO:0009082|GO:0016491|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 TIGRFAM TIGR00465 ilvC: ketol-acid reductoisomerase 15 327 3.4E-136 T 17-09-2021 IPR013023 Ketol-acid reductoisomerase GO:0009082|GO:0016491|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 SUPERFAMILY SSF48179 184 329 1.46E-65 T 17-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_01936 5df86a8c3ddcd34d437e8e28ad6ee658 339 Hamap MF_00435 Ketol-acid reductoisomerase (NADP(+)) [ilvC]. 2 329 43.981 T 17-09-2021 IPR013023 Ketol-acid reductoisomerase GO:0009082|GO:0016491|GO:0055114 KEGG: 00290+1.1.1.86|KEGG: 00770+1.1.1.86|MetaCyc: PWY-5103|MetaCyc: PWY-7111 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 Gene3D G3DSA:1.10.20.140 113 184 1.1E-100 T 17-09-2021 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 TIGRFAM TIGR00174 miaA: tRNA dimethylallyltransferase 6 289 1.8E-90 T 17-09-2021 IPR018022 IPP transferase GO:0008033 KEGG: 00908+2.5.1.75|MetaCyc: PWY-2781|Reactome: R-HSA-6782315|Reactome: R-HSA-6787450 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 Gene3D G3DSA:3.40.50.300 10 287 1.1E-100 T 17-09-2021 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 Pfam PF01715 IPP transferase 39 282 2.2E-78 T 17-09-2021 IPR018022 IPP transferase GO:0008033 KEGG: 00908+2.5.1.75|MetaCyc: PWY-2781|Reactome: R-HSA-6782315|Reactome: R-HSA-6787450 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 Hamap MF_00185 tRNA dimethylallyltransferase [miaA]. 6 307 29.251 T 17-09-2021 IPR018022 IPP transferase GO:0008033 KEGG: 00908+2.5.1.75|MetaCyc: PWY-2781|Reactome: R-HSA-6782315|Reactome: R-HSA-6787450 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 PANTHER PTHR11088 2 291 5.6E-84 T 17-09-2021 IPR039657 Dimethylallyltransferase KEGG: 00908+2.5.1.75|MetaCyc: PWY-2781|Reactome: R-HSA-6782315|Reactome: R-HSA-6787450 +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 SUPERFAMILY SSF52540 6 150 3.36E-17 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 SUPERFAMILY SSF52540 1 309 4.17E-10 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01627 55bd1b2213ecb81a668101a59c712846 313 PANTHER PTHR11088:SF25 2 291 5.6E-84 T 17-09-2021 +MGYG000000001_00073 87f3dc429f15d628945be753e3391af5 240 PANTHER PTHR12677 15 237 1.3E-53 T 17-09-2021 IPR015414 Transmembrane protein TMEM64 GO:0016021 +MGYG000000001_00073 87f3dc429f15d628945be753e3391af5 240 PANTHER PTHR12677:SF48 15 237 1.3E-53 T 17-09-2021 +MGYG000000001_00073 87f3dc429f15d628945be753e3391af5 240 Pfam PF09335 SNARE associated Golgi protein 86 203 2.6E-26 T 17-09-2021 IPR032816 SNARE associated Golgi protein +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 TIGRFAM TIGR01297 CDF: cation diffusion facilitator family transporter 17 297 9.7E-74 T 17-09-2021 IPR002524 Cation efflux protein GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 Pfam PF01545 Cation efflux family 22 214 8.6E-52 T 17-09-2021 IPR002524 Cation efflux protein GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 Pfam PF16916 Dimerisation domain of Zinc Transporter 220 296 1.1E-23 T 17-09-2021 IPR027470 Cation efflux protein, cytoplasmic domain +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 PANTHER PTHR43840:SF15 13 298 9.0E-90 T 17-09-2021 +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 SUPERFAMILY SSF160240 219 298 1.28E-19 T 17-09-2021 IPR036837 Cation efflux protein, cytoplasmic domain superfamily Reactome: R-HSA-435368 +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 SUPERFAMILY SSF161111 13 216 3.66E-57 T 17-09-2021 IPR027469 Cation efflux transmembrane domain superfamily +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 Gene3D G3DSA:1.20.1510.10 15 215 1.1E-64 T 17-09-2021 IPR027469 Cation efflux transmembrane domain superfamily +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 Gene3D G3DSA:3.30.70.1350 216 298 1.4E-18 T 17-09-2021 IPR036837 Cation efflux protein, cytoplasmic domain superfamily Reactome: R-HSA-435368 +MGYG000000001_01708 5f0d8bda326dcb9900b229ffc796a536 301 PANTHER PTHR43840 13 298 9.0E-90 T 17-09-2021 +MGYG000000001_02818 7a9aff08babe1bd272847b909f524049 153 Gene3D G3DSA:3.40.50.720 2 139 9.7E-33 T 17-09-2021 +MGYG000000001_02818 7a9aff08babe1bd272847b909f524049 153 Pfam PF02254 TrkA-N domain 9 119 4.6E-24 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_02818 7a9aff08babe1bd272847b909f524049 153 SUPERFAMILY SSF51735 8 144 4.13E-27 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02818 7a9aff08babe1bd272847b909f524049 153 ProSiteProfiles PS51201 RCK N-terminal domain profile. 8 129 15.169 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_02818 7a9aff08babe1bd272847b909f524049 153 PANTHER PTHR43833 8 136 1.5E-23 T 17-09-2021 +MGYG000000001_00891 12890bc36cc27f0e4d6438f8212164ed 216 Pfam PF02557 D-alanyl-D-alanine carboxypeptidase 70 193 3.2E-39 T 17-09-2021 IPR003709 Peptidase M15B GO:0006508|GO:0008233 +MGYG000000001_00891 12890bc36cc27f0e4d6438f8212164ed 216 Coils Coil 62 82 - T 17-09-2021 +MGYG000000001_00891 12890bc36cc27f0e4d6438f8212164ed 216 Gene3D G3DSA:3.30.1380.10 17 216 5.8E-70 T 17-09-2021 IPR009045 Hedgehog signalling/DD-peptidase zinc-binding domain superfamily Reactome: R-HSA-373080|Reactome: R-HSA-5358346|Reactome: R-HSA-5362798|Reactome: R-HSA-5632681|Reactome: R-HSA-5632684|Reactome: R-HSA-5635838|Reactome: R-HSA-5658034 +MGYG000000001_00891 12890bc36cc27f0e4d6438f8212164ed 216 PANTHER PTHR34385 31 215 6.7E-55 T 17-09-2021 +MGYG000000001_00891 12890bc36cc27f0e4d6438f8212164ed 216 CDD cd14852 LD-carboxypeptidase 37 200 4.3623E-72 T 17-09-2021 +MGYG000000001_00891 12890bc36cc27f0e4d6438f8212164ed 216 SUPERFAMILY SSF55166 58 202 1.39E-32 T 17-09-2021 IPR009045 Hedgehog signalling/DD-peptidase zinc-binding domain superfamily Reactome: R-HSA-373080|Reactome: R-HSA-5358346|Reactome: R-HSA-5362798|Reactome: R-HSA-5632681|Reactome: R-HSA-5632684|Reactome: R-HSA-5635838|Reactome: R-HSA-5658034 +MGYG000000001_01436 e624190290f1e67bbc9b0a52fc14bded 221 Gene3D G3DSA:2.60.40.680 54 219 5.4E-15 T 17-09-2021 +MGYG000000001_01436 e624190290f1e67bbc9b0a52fc14bded 221 SUPERFAMILY SSF49384 61 146 8.07E-6 T 17-09-2021 IPR008965 CBM2/CBM3, carbohydrate-binding domain superfamily GO:0030246 +MGYG000000001_00282 07fc8a02b731c729aad7f93ae87b87c9 189 Gene3D G3DSA:1.10.1760.20 21 189 1.7E-48 T 17-09-2021 +MGYG000000001_00282 07fc8a02b731c729aad7f93ae87b87c9 189 PANTHER PTHR37815:SF6 22 187 3.1E-34 T 17-09-2021 +MGYG000000001_00282 07fc8a02b731c729aad7f93ae87b87c9 189 Pfam PF07155 ECF-type riboflavin transporter, S component 25 185 8.2E-50 T 17-09-2021 IPR009825 ECF transporter, substrate-specific component-like GO:0016020 +MGYG000000001_00282 07fc8a02b731c729aad7f93ae87b87c9 189 PANTHER PTHR37815 22 187 3.1E-34 T 17-09-2021 +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 SUPERFAMILY SSF53822 50 271 5.65E-10 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 CDD cd06354 PBP1_BmpA_PnrA_like 44 319 1.77789E-66 T 17-09-2021 +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 Gene3D G3DSA:3.40.50.2300 41 312 9.6E-92 T 17-09-2021 +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 Gene3D G3DSA:3.40.50.2300 148 347 9.6E-92 T 17-09-2021 +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 PANTHER PTHR34296 1 353 1.6E-64 T 17-09-2021 +MGYG000000001_02294 f76c77a79d69d7cf3318d6f00cfc9a6d 370 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 36 341 2.0E-46 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 CDD cd01673 dNK 7 197 8.54314E-49 T 17-09-2021 IPR031314 Deoxynucleoside kinase domain +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 Pfam PF01712 Deoxynucleoside kinase 8 210 1.2E-40 T 17-09-2021 IPR031314 Deoxynucleoside kinase domain +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 PANTHER PTHR10513:SF15 7 200 1.7E-36 T 17-09-2021 +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 PIRSF PIRSF000705 1 220 3.4E-53 T 17-09-2021 IPR002624 Deoxynucleoside kinase GO:0005524|GO:0006139|GO:0019206 +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 SUPERFAMILY SSF52540 1 210 4.02E-46 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 PANTHER PTHR10513 7 200 1.7E-36 T 17-09-2021 +MGYG000000001_01071 929ae6bc3aa5325360c9fdd6a79cb039 220 Gene3D G3DSA:3.40.50.300 6 210 1.5E-43 T 17-09-2021 +MGYG000000001_02724 d04a516b401d55f14de0fa92a5ca7b4b 315 SUPERFAMILY SSF52218 1 103 2.65E-10 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_02724 d04a516b401d55f14de0fa92a5ca7b4b 315 Pfam PF01243 Pyridoxamine 5'-phosphate oxidase 174 256 2.4E-6 T 17-09-2021 IPR011576 Pyridoxamine 5'-phosphate oxidase, putative KEGG: 00750+1.4.3.5|MetaCyc: PWY-7204|MetaCyc: PWY-7282|Reactome: R-HSA-964975 +MGYG000000001_02724 d04a516b401d55f14de0fa92a5ca7b4b 315 SUPERFAMILY SSF50475 174 260 1.81E-11 T 17-09-2021 +MGYG000000001_02724 d04a516b401d55f14de0fa92a5ca7b4b 315 Pfam PF12724 Flavodoxin domain 5 126 2.4E-9 T 17-09-2021 IPR026816 Flavodoxin domain +MGYG000000001_02724 d04a516b401d55f14de0fa92a5ca7b4b 315 Gene3D G3DSA:2.30.110.10 171 304 1.2E-14 T 17-09-2021 IPR012349 FMN-binding split barrel GO:0048037 +MGYG000000001_02724 d04a516b401d55f14de0fa92a5ca7b4b 315 Gene3D G3DSA:3.40.50.360 5 136 1.1E-6 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 ProSiteProfiles PS51071 RpiR-type HTH domain profile. 3 79 14.486 T 17-09-2021 IPR000281 Helix-turn-helix protein RpiR GO:0003700|GO:0006355 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 SUPERFAMILY SSF53697 99 218 4.67E-15 T 17-09-2021 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 PANTHER PTHR30514:SF19 13 236 3.3E-41 T 17-09-2021 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 Pfam PF01418 Helix-turn-helix domain, rpiR family 13 73 4.0E-15 T 17-09-2021 IPR000281 Helix-turn-helix protein RpiR GO:0003700|GO:0006355 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 Gene3D G3DSA:3.40.50.10490 88 236 4.4E-14 T 17-09-2021 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 Gene3D G3DSA:1.10.10.10 9 78 1.0E-16 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 ProSiteProfiles PS51464 SIS domain profile. 104 239 9.837 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 SUPERFAMILY SSF46689 14 77 1.06E-15 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 PANTHER PTHR30514 13 236 3.3E-41 T 17-09-2021 +MGYG000000001_00424 d7468bc745412b93db0e7ad2fdaf7690 239 Pfam PF01380 SIS domain 109 214 1.5E-9 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 Pfam PF00905 Penicillin binding protein transpeptidase domain 250 550 1.0E-62 T 17-09-2021 IPR001460 Penicillin-binding protein, transpeptidase GO:0008658 +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 Gene3D G3DSA:3.90.1310.30 52 209 5.0E-17 T 17-09-2021 +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 Gene3D G3DSA:3.40.710.10 224 557 1.2E-83 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 SUPERFAMILY SSF56601 230 555 4.48E-74 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 Coils Coil 128 152 - T 17-09-2021 +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 SUPERFAMILY SSF56519 52 198 3.79E-16 T 17-09-2021 IPR036138 Penicillin-binding protein, dimerisation domain superfamily GO:0008658 +MGYG000000001_01292 222c59dd20d9603b57f8f0b0235001be 558 PANTHER PTHR30627 11 555 1.6E-109 T 17-09-2021 +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 SUPERFAMILY SSF52518 3 270 2.21E-94 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 Pfam PF00456 Transketolase, thiamine diphosphate binding domain 13 270 9.7E-62 T 17-09-2021 IPR005474 Transketolase, N-terminal KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 ProSitePatterns PS00801 Transketolase signature 1. 15 35 - T 17-09-2021 IPR005474 Transketolase, N-terminal KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 Gene3D G3DSA:3.40.50.970 2 274 2.2E-113 T 17-09-2021 +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 PANTHER PTHR47514:SF1 1 270 2.7E-121 T 17-09-2021 +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 CDD cd02012 TPP_TK 14 266 2.69612E-154 T 17-09-2021 IPR005474 Transketolase, N-terminal KEGG: 00730+2.2.1.7|KEGG: 00900+2.2.1.7|MetaCyc: PWY-6891|MetaCyc: PWY-6892|MetaCyc: PWY-7560 +MGYG000000001_00738 47c475818c050e60edc20f71b82f052a 275 PANTHER PTHR47514 1 270 2.7E-121 T 17-09-2021 +MGYG000000001_03197 4c29fa3f50776a818912853f34b00bfd 73 Coils Coil 29 63 - T 17-09-2021 +MGYG000000001_03197 4c29fa3f50776a818912853f34b00bfd 73 Pfam PF09278 MerR, DNA binding 2 55 1.2E-5 T 17-09-2021 IPR015358 Transcription regulator MerR, DNA binding +MGYG000000001_03197 4c29fa3f50776a818912853f34b00bfd 73 SUPERFAMILY SSF46955 1 61 2.61E-11 T 17-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_03197 4c29fa3f50776a818912853f34b00bfd 73 Gene3D G3DSA:1.10.1660.10 1 73 1.1E-9 T 17-09-2021 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 SUPERFAMILY SSF102114 23 215 3.01E-13 T 17-09-2021 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 SFLD SFLDG01084 Uncharacterised Radical SAM Subgroup 2 4 279 0.0 T 17-09-2021 IPR040086 Protein MJ0683-like +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 SFLD SFLDS00029 Radical SAM 4 279 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 CDD cd01335 Radical_SAM 27 198 8.32811E-8 T 17-09-2021 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 Pfam PF04055 Radical SAM superfamily 27 193 6.8E-14 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 Gene3D G3DSA:3.80.30.30 59 276 7.0E-9 T 17-09-2021 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 SMART SM00729 23 237 2.8E-7 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 PANTHER PTHR43432:SF3 5 278 2.0E-68 T 17-09-2021 +MGYG000000001_01872 599cb052c0768cde35ca034dfcc226fe 298 PANTHER PTHR43432 5 278 2.0E-68 T 17-09-2021 IPR040086 Protein MJ0683-like +MGYG000000001_02933 4556b4795dea5d851cc788db639be6bb 178 Pfam PF12724 Flavodoxin domain 7 137 1.1E-21 T 17-09-2021 IPR026816 Flavodoxin domain +MGYG000000001_02933 4556b4795dea5d851cc788db639be6bb 178 ProSitePatterns PS00201 Flavodoxin signature. 8 24 - T 17-09-2021 IPR001226 Flavodoxin, conserved site GO:0009055|GO:0010181 +MGYG000000001_02933 4556b4795dea5d851cc788db639be6bb 178 PANTHER PTHR38030 6 174 5.0E-23 T 17-09-2021 +MGYG000000001_02933 4556b4795dea5d851cc788db639be6bb 178 Gene3D G3DSA:3.40.50.360 7 114 1.3E-12 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_02933 4556b4795dea5d851cc788db639be6bb 178 ProSiteProfiles PS50902 Flavodoxin-like domain profile. 6 178 9.043 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_02933 4556b4795dea5d851cc788db639be6bb 178 SUPERFAMILY SSF52218 6 141 4.35E-17 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 CDD cd00413 Glyco_hydrolase_16 48 289 1.56319E-38 T 17-09-2021 +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 SUPERFAMILY SSF49899 32 294 1.58E-45 T 17-09-2021 IPR013320 Concanavalin A-like lectin/glucanase domain superfamily +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 Gene3D G3DSA:2.60.120.200 32 295 3.9E-74 T 17-09-2021 +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 Gene3D G3DSA:2.80.10.50 296 427 4.4E-37 T 17-09-2021 +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 PANTHER PTHR10963:SF55 14 290 9.3E-21 T 17-09-2021 +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 SUPERFAMILY SSF50370 300 427 2.56E-19 T 17-09-2021 IPR035992 Ricin B-like lectins +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 Pfam PF00722 Glycosyl hydrolases family 16 137 286 1.8E-13 T 17-09-2021 IPR000757 Glycoside hydrolase family 16 GO:0004553|GO:0005975 +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 PANTHER PTHR10963 14 290 9.3E-21 T 17-09-2021 +MGYG000000001_00420 0fdc25d5c303c5bb62ccbb1e4d0dc36a 431 ProSiteProfiles PS51762 Glycosyl hydrolases family 16 (GH16) domain profile. 28 294 20.012 T 17-09-2021 IPR000757 Glycoside hydrolase family 16 GO:0004553|GO:0005975 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 CDD cd13143 MATE_MepA_like 11 447 1.63424E-96 T 17-09-2021 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 Pfam PF01554 MatE 249 407 6.0E-17 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 Pfam PF01554 MatE 22 185 3.1E-27 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 PANTHER PTHR43823 5 447 1.9E-76 T 17-09-2021 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 TIGRFAM TIGR00797 matE: MATE efflux family protein 22 413 1.5E-49 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 PIRSF PIRSF006603 2 455 3.4E-70 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02168 46bce3e3cd6e62a76bc8671b25c99660 462 PANTHER PTHR43823:SF1 5 447 1.9E-76 T 17-09-2021 +MGYG000000001_03033 90b1fd49a58b0bf4a533aa306017adf7 41 Pfam PF06923 Glucitol operon activator protein (GutM) 7 40 4.5E-7 T 17-09-2021 IPR009693 Glucitol operon activator +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 Pfam PF01430 Hsp33 protein 3 279 8.1E-89 T 17-09-2021 IPR000397 Heat shock protein Hsp33 GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 CDD cd00498 Hsp33 5 280 7.88529E-114 T 17-09-2021 IPR000397 Heat shock protein Hsp33 GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 Gene3D G3DSA:3.55.30.10 2 236 7.9E-85 T 17-09-2021 IPR016153 Heat shock protein Hsp33, N-terminal GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 Gene3D G3DSA:3.90.1280.10 237 291 1.1E-18 T 17-09-2021 IPR016154 Heat shock protein Hsp33, C-terminal GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 PANTHER PTHR30111 2 289 1.9E-93 T 17-09-2021 IPR000397 Heat shock protein Hsp33 GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 PIRSF PIRSF005261 1 291 1.7E-79 T 17-09-2021 IPR000397 Heat shock protein Hsp33 GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 Hamap MF_00117 33 kDa chaperonin [hslO]. 2 291 36.67 T 17-09-2021 IPR000397 Heat shock protein Hsp33 GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 SUPERFAMILY SSF118352 233 290 1.1E-16 T 17-09-2021 IPR016154 Heat shock protein Hsp33, C-terminal GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_00103 9659305318ab8c4fd411fe08732b63dd 291 SUPERFAMILY SSF64397 2 241 2.62E-71 T 17-09-2021 IPR016153 Heat shock protein Hsp33, N-terminal GO:0005737|GO:0006457|GO:0051082 +MGYG000000001_03110 daf4c845bdc7fee6f5df0682b7c7011a 636 Coils Coil 593 613 - T 17-09-2021 +MGYG000000001_03110 daf4c845bdc7fee6f5df0682b7c7011a 636 PANTHER PTHR30509 333 481 5.0E-19 T 17-09-2021 +MGYG000000001_03110 daf4c845bdc7fee6f5df0682b7c7011a 636 Pfam PF13515 Fusaric acid resistance protein-like 355 473 1.2E-13 T 17-09-2021 +MGYG000000001_03110 daf4c845bdc7fee6f5df0682b7c7011a 636 PANTHER PTHR30509:SF8 333 481 5.0E-19 T 17-09-2021 +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 Gene3D G3DSA:3.90.70.10 182 366 2.5E-53 T 17-09-2021 +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 Gene3D G3DSA:3.90.70.10 182 366 2.5E-53 T 17-09-2021 +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 ProSiteProfiles PS51781 SH3b domain profile. 39 101 16.931 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 ProSiteProfiles PS51781 SH3b domain profile. 39 101 16.931 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 Pfam PF13529 Peptidase_C39 like family 187 340 5.2E-29 T 17-09-2021 IPR039564 Peptidase C39-like +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 Pfam PF13529 Peptidase_C39 like family 187 340 5.2E-29 T 17-09-2021 IPR039564 Peptidase C39-like +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 PANTHER PTHR37806 182 365 3.4E-44 T 17-09-2021 +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 PANTHER PTHR37806 182 365 3.4E-44 T 17-09-2021 +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 Pfam PF08239 Bacterial SH3 domain 130 180 9.9E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 Pfam PF08239 Bacterial SH3 domain 130 180 9.9E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 Pfam PF08239 Bacterial SH3 domain 48 98 5.6E-12 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 Pfam PF08239 Bacterial SH3 domain 48 98 5.6E-12 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 Gene3D G3DSA:2.30.30.40 122 180 6.0E-18 T 17-09-2021 +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 Gene3D G3DSA:2.30.30.40 122 180 6.0E-18 T 17-09-2021 +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 SMART SM00287 122 184 3.0E-11 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 SMART SM00287 122 184 3.0E-11 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 SMART SM00287 39 101 8.9E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 SMART SM00287 39 101 8.9E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 Gene3D G3DSA:2.30.30.40 40 107 2.2E-16 T 17-09-2021 +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 Gene3D G3DSA:2.30.30.40 40 107 2.2E-16 T 17-09-2021 +MGYG000000001_01258 805c896ca885d6c93db72c1a2c528e49 366 ProSiteProfiles PS51781 SH3b domain profile. 122 184 16.133 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01257 805c896ca885d6c93db72c1a2c528e49 366 ProSiteProfiles PS51781 SH3b domain profile. 122 184 16.133 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 PANTHER PTHR32502 3 389 7.2E-138 T 17-09-2021 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 Gene3D G3DSA:3.40.50.10490 1 204 5.9E-60 T 17-09-2021 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 PANTHER PTHR32502:SF3 3 389 7.2E-138 T 17-09-2021 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 SUPERFAMILY SSF53697 17 378 4.55E-53 T 17-09-2021 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 CDD cd05008 SIS_GlmS_GlmD_1 57 192 1.387E-27 T 17-09-2021 IPR035466 GlmS/AgaS, SIS domain 1 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 ProSiteProfiles PS51464 SIS domain profile. 221 369 13.533 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 Pfam PF01380 SIS domain 57 192 8.6E-9 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 Pfam PF01380 SIS domain 230 323 1.7E-6 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 ProSiteProfiles PS51464 SIS domain profile. 45 201 15.754 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 CDD cd05010 SIS_AgaS_like 232 382 3.9147E-85 T 17-09-2021 IPR035464 AgaS, SIS domain +MGYG000000001_01939 3bfa09a2dee34e3e3b8797ee671e0a61 394 Gene3D G3DSA:3.40.50.10490 205 381 5.0E-62 T 17-09-2021 +MGYG000000001_01339 294d983c3dc99e7ab979f330162cbce5 314 Pfam PF03599 CO dehydrogenase/acetyl-CoA synthase delta subunit 16 247 3.7E-39 T 17-09-2021 IPR016041 CO dehydrogenase/acetyl-CoA synthase delta subunit, TIM barrel +MGYG000000001_01339 294d983c3dc99e7ab979f330162cbce5 314 PANTHER PTHR36214:SF5 6 310 8.9E-54 T 17-09-2021 +MGYG000000001_01339 294d983c3dc99e7ab979f330162cbce5 314 SUPERFAMILY SSF51717 64 232 2.98E-6 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01339 294d983c3dc99e7ab979f330162cbce5 314 Gene3D G3DSA:3.20.20.20 15 314 7.0E-107 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_01339 294d983c3dc99e7ab979f330162cbce5 314 PANTHER PTHR36214 6 310 8.9E-54 T 17-09-2021 +MGYG000000001_01274 d01479a03176878c988ecb62777c150f 342 ProSiteProfiles PS51494 SpoIVB peptidase domain profile. 122 342 48.29 T 17-09-2021 IPR008763 Peptidase S55, SpoIVB +MGYG000000001_01274 d01479a03176878c988ecb62777c150f 342 SUPERFAMILY SSF50156 46 127 2.89E-10 T 17-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_01274 d01479a03176878c988ecb62777c150f 342 Pfam PF13180 PDZ domain 65 127 2.9E-6 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_01274 d01479a03176878c988ecb62777c150f 342 Gene3D G3DSA:2.30.42.10 42 140 8.4E-11 T 17-09-2021 +MGYG000000001_01274 d01479a03176878c988ecb62777c150f 342 Pfam PF05580 SpoIVB peptidase S55 137 341 5.7E-71 T 17-09-2021 IPR008763 Peptidase S55, SpoIVB +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 Hamap MF_00033 UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase [murG]. 3 365 33.59 T 17-09-2021 IPR006009 N-acetylglucosaminyltransferase, MurG GO:0050511 KEGG: 00550+2.4.1.227|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 SUPERFAMILY SSF53756 1 366 1.26E-105 T 17-09-2021 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 MobiDBLite mobidb-lite consensus disorder prediction 375 397 - T 17-09-2021 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 Gene3D G3DSA:3.40.50.2000 167 349 7.5E-109 T 17-09-2021 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 Pfam PF04101 Glycosyltransferase family 28 C-terminal domain 192 355 1.3E-32 T 17-09-2021 IPR007235 Glycosyl transferase, family 28, C-terminal GO:0016758 KEGG: 00550+2.4.1.227|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471|Reactome: R-HSA-446193|Reactome: R-HSA-5633231 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 MobiDBLite mobidb-lite consensus disorder prediction 375 411 - T 17-09-2021 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 TIGRFAM TIGR01133 murG: undecaprenyldiphospho-muramoylpentapeptide beta-N-acetylglucosaminyltransferase 1 359 3.5E-90 T 17-09-2021 IPR006009 N-acetylglucosaminyltransferase, MurG GO:0050511 KEGG: 00550+2.4.1.227|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 Gene3D G3DSA:3.40.50.2000 4 353 7.5E-109 T 17-09-2021 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 Pfam PF03033 Glycosyltransferase family 28 N-terminal domain 3 142 1.2E-44 T 17-09-2021 IPR004276 Glycosyltransferase family 28, N-terminal domain GO:0005975|GO:0016758|GO:0030259 KEGG: 00550+2.4.1.227|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 PANTHER PTHR21015 1 369 1.2E-107 T 17-09-2021 +MGYG000000001_01204 6e481018400b917b3c4ec5b23d45ac5a 411 CDD cd03785 GT28_MurG 2 360 2.36976E-151 T 17-09-2021 +MGYG000000001_01435 e8b67a5bce51cf452d1bf33bb477142b 383 Pfam PF07907 YibE/F-like protein 134 374 6.7E-77 T 17-09-2021 IPR012507 YibE/F-like +MGYG000000001_01435 e8b67a5bce51cf452d1bf33bb477142b 383 PANTHER PTHR41771 72 374 1.7E-73 T 17-09-2021 IPR012507 YibE/F-like +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 Gene3D G3DSA:4.10.830.10 1 61 5.3E-30 T 17-09-2021 +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 PANTHER PTHR19836:SF26 1 61 3.1E-35 T 17-09-2021 +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 PANTHER PTHR19836 1 61 3.1E-35 T 17-09-2021 IPR001209 Ribosomal protein S14 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 Pfam PF00253 Ribosomal protein S14p/S29e 9 60 1.7E-24 T 17-09-2021 IPR001209 Ribosomal protein S14 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 SUPERFAMILY SSF57716 5 61 1.43E-21 T 17-09-2021 +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 ProSitePatterns PS00527 Ribosomal protein S14 signature. 23 45 - T 17-09-2021 IPR018271 Ribosomal protein S14, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02579 2e958c20a8da3f561d72e6a9037b9807 61 Hamap MF_01364_B 30S ribosomal protein S14 type Z [rpsZ]. 1 61 26.208 T 17-09-2021 IPR023053 Ribosomal protein S14, type Z +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 PANTHER PTHR43686 22 276 6.7E-90 T 17-09-2021 +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 Gene3D G3DSA:3.40.50.620 23 274 2.3E-49 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 PANTHER PTHR43686:SF2 22 276 6.7E-90 T 17-09-2021 +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 SUPERFAMILY SSF52402 31 228 1.72E-47 T 17-09-2021 +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 CDD cd01993 Alpha_ANH_like_II 55 225 1.13028E-54 T 17-09-2021 +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 PIRSF PIRSF004976 8 289 1.1E-69 T 17-09-2021 IPR035107 tRNA thiolation protein, TtcA/Ctu1 type GO:0008033 Reactome: R-HSA-6782315 +MGYG000000001_00200 da15c103cbf26c89785fc3558c605f4c 290 Pfam PF01171 PP-loop family 55 218 1.4E-16 T 17-09-2021 IPR011063 tRNA(Ile)-lysidine/2-thiocytidine synthase, N-terminal Reactome: R-HSA-6782315 +MGYG000000001_02108 225119ffa0b18daf9ce1c288d263c4e0 166 Coils Coil 33 53 - T 17-09-2021 +MGYG000000001_01816 b2a6d31531be8cb7cb31e3a7ab7e3856 131 CDD cd08054 gp6 40 125 1.14261E-11 T 17-09-2021 +MGYG000000001_01816 b2a6d31531be8cb7cb31e3a7ab7e3856 131 Pfam PF05135 Phage gp6-like head-tail connector protein 40 113 1.1E-6 T 17-09-2021 IPR021146 Phage gp6-like head-tail connector protein +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 PRINTS PR00344 Bacterial sensor protein C-terminal signature 610 623 1.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 PRINTS PR00344 Bacterial sensor protein C-terminal signature 551 565 1.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 PRINTS PR00344 Bacterial sensor protein C-terminal signature 586 604 1.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 PRINTS PR00344 Bacterial sensor protein C-terminal signature 569 579 1.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 Pfam PF00512 His Kinase A (phospho-acceptor) domain 401 467 2.7E-7 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 CDD cd00075 HATPase 519 622 3.68422E-30 T 17-09-2021 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 Coils Coil 254 274 - T 17-09-2021 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 517 624 2.2E-24 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 SUPERFAMILY SSF55785 263 327 6.28E-6 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 SMART SM00387 514 626 1.3E-29 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 SMART SM00388 400 468 2.0E-5 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 Gene3D G3DSA:3.30.565.10 474 630 6.9E-38 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 SMART SM00091 273 338 6.6E-4 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 PANTHER PTHR43711 374 624 1.0E-56 T 17-09-2021 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 ProSiteProfiles PS50109 Histidine kinase domain profile. 407 626 41.281 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 CDD cd00130 PAS 282 331 0.00940502 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 Gene3D G3DSA:1.10.287.130 382 470 3.3E-13 T 17-09-2021 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 SUPERFAMILY SSF55874 457 622 5.37E-38 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 SUPERFAMILY SSF47384 393 467 7.65E-14 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 CDD cd00082 HisKA 398 464 3.39271E-10 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01751 fca7cafa9f9e757d52068ad0eda2c745 651 Gene3D G3DSA:3.30.450.20 255 376 3.0E-7 T 17-09-2021 +MGYG000000001_00844 96ca834d825937a9a2636493f68db988 96 Gene3D G3DSA:3.30.70.930 1 96 1.8E-29 T 17-09-2021 IPR029756 MTH1187/YkoF-like +MGYG000000001_00844 96ca834d825937a9a2636493f68db988 96 TIGRFAM TIGR00106 TIGR00106: uncharacterized protein, MTH1187 family 2 93 1.5E-18 T 17-09-2021 IPR002767 Thiamine-binding protein +MGYG000000001_00844 96ca834d825937a9a2636493f68db988 96 PANTHER PTHR33777 6 94 1.2E-22 T 17-09-2021 +MGYG000000001_00844 96ca834d825937a9a2636493f68db988 96 PANTHER PTHR33777:SF5 6 94 1.2E-22 T 17-09-2021 +MGYG000000001_00844 96ca834d825937a9a2636493f68db988 96 Pfam PF01910 Thiamine-binding protein 4 95 6.3E-27 T 17-09-2021 IPR002767 Thiamine-binding protein +MGYG000000001_00844 96ca834d825937a9a2636493f68db988 96 SUPERFAMILY SSF89957 1 95 4.19E-25 T 17-09-2021 IPR029756 MTH1187/YkoF-like +MGYG000000001_02395 2affcc6bbc6009c733b9110c632aee05 449 CDD cd16935 HATPase_AgrC-ComD-like 307 428 1.00112E-13 T 17-09-2021 +MGYG000000001_02395 2affcc6bbc6009c733b9110c632aee05 449 Gene3D G3DSA:3.30.565.10 294 443 3.8E-22 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02395 2affcc6bbc6009c733b9110c632aee05 449 SUPERFAMILY SSF55874 306 446 7.19E-13 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02395 2affcc6bbc6009c733b9110c632aee05 449 PANTHER PTHR43547 253 441 1.6E-20 T 17-09-2021 +MGYG000000001_02395 2affcc6bbc6009c733b9110c632aee05 449 PANTHER PTHR43547:SF10 253 441 1.6E-20 T 17-09-2021 +MGYG000000001_02395 2affcc6bbc6009c733b9110c632aee05 449 Pfam PF14501 GHKL domain 340 432 1.9E-10 T 17-09-2021 IPR032834 Sensor histidine kinase NatK, C-terminal domain +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 PANTHER PTHR30446 1 199 1.7E-90 T 17-09-2021 IPR000093 DNA recombination protein RecR GO:0003677|GO:0006281|GO:0006310 +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 TIGRFAM TIGR00615 recR: recombination protein RecR 3 197 2.0E-87 T 17-09-2021 IPR000093 DNA recombination protein RecR GO:0003677|GO:0006281|GO:0006310 +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 Pfam PF02132 RecR protein 40 79 1.6E-15 T 17-09-2021 IPR023628 Recombination protein RecR, C4-type zinc finger +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 Gene3D G3DSA:1.10.8.420 1 54 8.1E-23 T 17-09-2021 +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 SUPERFAMILY SSF111304 4 199 1.83E-78 T 17-09-2021 IPR023627 Recombination protein RecR +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 SMART SM00493 81 166 2.0E-17 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 CDD cd01025 TOPRIM_recR 81 192 3.9636E-68 T 17-09-2021 IPR034137 RecR, TOPRIM domain +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 Pfam PF13662 Toprim domain 81 172 4.0E-27 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 Gene3D G3DSA:3.40.1360.10 78 199 1.3E-49 T 17-09-2021 +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 ProSiteProfiles PS50880 Toprim domain profile. 81 176 39.16 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_03063 6b947abfe82de700ed89c383926679ff 199 Hamap MF_00017 Recombination protein RecR [recR]. 1 199 111.439 T 17-09-2021 IPR000093 DNA recombination protein RecR GO:0003677|GO:0006281|GO:0006310 +MGYG000000001_00443 8518bf8db6b0bd7093482ef3aa470bed 623 PANTHER PTHR47371:SF3 11 604 7.4E-53 T 17-09-2021 +MGYG000000001_00443 8518bf8db6b0bd7093482ef3aa470bed 623 SUPERFAMILY SSF53649 266 574 4.86E-23 T 17-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_00443 8518bf8db6b0bd7093482ef3aa470bed 623 Pfam PF00884 Sulfatase 269 558 1.3E-12 T 17-09-2021 IPR000917 Sulfatase, N-terminal GO:0008484 +MGYG000000001_00443 8518bf8db6b0bd7093482ef3aa470bed 623 PANTHER PTHR47371 11 604 7.4E-53 T 17-09-2021 +MGYG000000001_00443 8518bf8db6b0bd7093482ef3aa470bed 623 CDD cd16015 LTA_synthase 268 558 2.69989E-49 T 17-09-2021 +MGYG000000001_00443 8518bf8db6b0bd7093482ef3aa470bed 623 Gene3D G3DSA:3.40.720.10 258 561 3.1E-40 T 17-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_01690 19a2f73ce42d94e52e4c8b891dd97ae6 387 Pfam PF01594 AI-2E family transporter 35 369 6.7E-52 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_01690 19a2f73ce42d94e52e4c8b891dd97ae6 387 PANTHER PTHR21716:SF35 34 373 3.7E-59 T 17-09-2021 +MGYG000000001_01690 19a2f73ce42d94e52e4c8b891dd97ae6 387 PANTHER PTHR21716 34 373 3.7E-59 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 Gene3D G3DSA:2.10.109.10 36 169 1.4E-34 T 17-09-2021 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 SUPERFAMILY SSF51306 29 176 1.05E-46 T 17-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 ProSitePatterns PS00760 Signal peptidases I lysine active site. 86 98 - T 17-09-2021 IPR019757 Peptidase S26A, signal peptidase I, lysine active site GO:0008236|GO:0016021 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 PANTHER PTHR43390 4 175 6.1E-45 T 17-09-2021 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 ProSitePatterns PS00761 Signal peptidases I signature 3. 133 146 - T 17-09-2021 IPR019758 Peptidase S26A, signal peptidase I, conserved site GO:0008236|GO:0016021 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 Pfam PF00717 Peptidase S24-like 35 108 2.4E-16 T 17-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 TIGRFAM TIGR02227 sigpep_I_bact: signal peptidase I 12 171 5.8E-46 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 PRINTS PR00727 Bacterial leader peptidase 1 (S26A) family signature 28 44 1.0E-18 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 PRINTS PR00727 Bacterial leader peptidase 1 (S26A) family signature 128 147 1.0E-18 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 PRINTS PR00727 Bacterial leader peptidase 1 (S26A) family signature 84 96 1.0E-18 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 CDD cd06530 S26_SPase_I 32 163 1.01502E-24 T 17-09-2021 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 PANTHER PTHR43390:SF1 4 175 6.1E-45 T 17-09-2021 +MGYG000000001_02707 4c963f263fbf07604d50073b18cd7f57 177 ProSitePatterns PS00501 Signal peptidases I serine active site. 37 44 - T 17-09-2021 IPR019756 Peptidase S26A, signal peptidase I, serine active site GO:0008236|GO:0016021 Reactome: R-HSA-1799339|Reactome: R-HSA-381771|Reactome: R-HSA-400511|Reactome: R-HSA-422085 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 CDD cd00001 PTS_IIB_man 4 153 5.24851E-69 T 17-09-2021 IPR004720 Phosphotransferase system, sorbose subfamily IIB component GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 ProSiteProfiles PS51101 PTS_EIIB type-4 domain profile. 1 158 40.239 T 17-09-2021 IPR004720 Phosphotransferase system, sorbose subfamily IIB component GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 PANTHER PTHR33799 1 155 3.9E-62 T 17-09-2021 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 Pfam PF03830 PTS system sorbose subfamily IIB component 4 149 4.6E-54 T 17-09-2021 IPR004720 Phosphotransferase system, sorbose subfamily IIB component GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 TIGRFAM TIGR00854 pts-sorbose: PTS system, mannose/fructose/sorbose family, IIB component 3 152 7.0E-62 T 17-09-2021 IPR018455 Phosphotransferase system, sorbose subfamily IIB component, subgroup GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 PANTHER PTHR33799:SF5 1 155 3.9E-62 T 17-09-2021 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 Gene3D G3DSA:3.40.35.10 1 158 3.9E-58 T 17-09-2021 IPR036667 Phosphotransferase system, sorbose subfamily IIB component superfamily GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_02598 b60ae8754060b15f73a078aa8cddde4c 158 SUPERFAMILY SSF52728 3 157 5.62E-55 T 17-09-2021 IPR036667 Phosphotransferase system, sorbose subfamily IIB component superfamily GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_01171 b89ba2a4f849ca35b7728710e6d7b5b0 50 Pfam PF12669 FeoB-associated Cys-rich membrane protein 3 45 2.3E-8 T 17-09-2021 +MGYG000000001_02279 2d758211f0909745b8631ba89aa7734f 427 Gene3D G3DSA:3.30.70.270 207 322 1.2E-7 T 17-09-2021 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 Pfam PF01467 Cytidylyltransferase-like 9 137 1.9E-20 T 17-09-2021 IPR004821 Cytidyltransferase-like domain GO:0003824|GO:0009058 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 Gene3D G3DSA:3.40.50.620 2 165 1.7E-58 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 SUPERFAMILY SSF52374 6 160 1.39E-44 T 17-09-2021 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 CDD cd02163 PPAT 7 159 2.89944E-88 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 Hamap MF_00151 Phosphopantetheine adenylyltransferase [coaD]. 6 162 34.203 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 TIGRFAM TIGR00125 cyt_tran_rel: cytidyltransferase-like domain 8 67 1.1E-15 T 17-09-2021 IPR004821 Cytidyltransferase-like domain GO:0003824|GO:0009058 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PANTHER PTHR21342:SF1 6 163 8.3E-57 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 TIGRFAM TIGR01510 coaD_prev_kdtB: pantetheine-phosphate adenylyltransferase 8 160 8.6E-59 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PANTHER PTHR21342 6 163 8.3E-57 T 17-09-2021 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PRINTS PR01020 Lipopolysaccharide core biosynthesis protein signature 89 105 4.5E-46 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PRINTS PR01020 Lipopolysaccharide core biosynthesis protein signature 6 24 4.5E-46 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PRINTS PR01020 Lipopolysaccharide core biosynthesis protein signature 116 138 4.5E-46 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PRINTS PR01020 Lipopolysaccharide core biosynthesis protein signature 53 77 4.5E-46 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_02165 3456f1c2c505db8781ac5fc456930d74 165 PRINTS PR01020 Lipopolysaccharide core biosynthesis protein signature 24 45 4.5E-46 T 17-09-2021 IPR001980 Phosphopantetheine adenylyltransferase GO:0004595|GO:0015937 KEGG: 00770+2.7.7.3|MetaCyc: PWY-7851 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 201 217 1.6E-23 T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 227 241 1.6E-23 T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 331 355 1.6E-23 T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 295 307 1.6E-23 T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 TIGRFAM TIGR00497 hsdM: type I restriction-modification system, M subunit 10 495 8.8E-145 T 17-09-2021 IPR004546 Restriction endonuclease, type I, HsdM GO:0003677|GO:0009007|GO:0009307 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 Coils Coil 484 511 - T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 Pfam PF12161 HsdM N-terminal domain 15 166 2.6E-21 T 17-09-2021 IPR022749 N6 adenine-specific DNA methyltransferase, N-terminal domain +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 ProSitePatterns PS00092 N-6 Adenine-specific DNA methylases signature. 298 304 - T 17-09-2021 IPR002052 DNA methylase, N-6 adenine-specific, conserved site GO:0003676|GO:0008168|GO:0032259 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 Gene3D G3DSA:1.20.1260.30 4 195 9.6E-60 T 17-09-2021 IPR038333 N6 adenine-specific DNA methyltransferase, N-terminal domain superfamily +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 Gene3D G3DSA:3.40.50.150 199 474 9.6E-88 T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 PANTHER PTHR42933 3 513 1.8E-204 T 17-09-2021 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 Pfam PF02384 N-6 DNA Methylase 177 480 2.9E-110 T 17-09-2021 IPR003356 DNA methylase, adenine-specific GO:0003677|GO:0006306|GO:0008170 +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 SUPERFAMILY SSF53335 13 513 3.44E-129 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00592 7d164fcd861abcce589d1aece26653a1 514 PANTHER PTHR42933:SF1 3 513 1.8E-204 T 17-09-2021 +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 SUPERFAMILY SSF52833 1 116 1.21E-33 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 PANTHER PTHR30041 1 116 3.5E-26 T 17-09-2021 +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 Pfam PF03960 ArsC family 9 113 1.3E-14 T 17-09-2021 IPR006660 Arsenate reductase-like +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 Gene3D G3DSA:3.40.30.10 1 115 2.7E-44 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 CDD cd03036 ArsC_like 2 112 8.64059E-48 T 17-09-2021 +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 TIGRFAM TIGR01617 arsC_related: transcriptional regulator, Spx/MgsR family 2 115 7.8E-34 T 17-09-2021 IPR006504 Transcriptional regulator Spx/MgsR +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 PANTHER PTHR30041:SF4 1 116 3.5E-26 T 17-09-2021 +MGYG000000001_00652 05ee85145717d32a96b0ed4a3a425851 117 ProSiteProfiles PS51353 ArsC family profile. 1 117 24.133 T 17-09-2021 IPR006660 Arsenate reductase-like +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PRINTS PR00987 Glutamyl-tRNA synthetase signature 6 18 2.1E-26 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PRINTS PR00987 Glutamyl-tRNA synthetase signature 216 224 2.1E-26 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PRINTS PR00987 Glutamyl-tRNA synthetase signature 35 48 2.1E-26 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PRINTS PR00987 Glutamyl-tRNA synthetase signature 200 210 2.1E-26 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PRINTS PR00987 Glutamyl-tRNA synthetase signature 20 31 2.1E-26 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PANTHER PTHR43311:SF2 2 487 2.1E-188 T 17-09-2021 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 SUPERFAMILY SSF48163 321 488 4.45E-39 T 17-09-2021 IPR008925 Aminoacyl-tRNA synthetase, class I, anticodon-binding GO:0000049 KEGG: 00860+6.1.1.17|KEGG: 00970+6.1.1.17|MetaCyc: PWY-5188|Reactome: R-HSA-379726 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 Gene3D G3DSA:1.10.10.350 395 492 4.4E-26 T 17-09-2021 IPR020751 Aminoacyl-tRNA synthetase, class I, anticodon-binding domain, subdomain 2 KEGG: 00860+6.1.1.17|KEGG: 00970+6.1.1.17|MetaCyc: PWY-5188|Reactome: R-HSA-379726 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 TIGRFAM TIGR00464 gltX_bact: glutamate--tRNA ligase 3 486 3.2E-182 T 17-09-2021 IPR004527 Glutamate-tRNA ligase, bacterial/mitochondrial GO:0000166|GO:0004818|GO:0005524|GO:0006424 KEGG: 00860+6.1.1.17|KEGG: 00970+6.1.1.17|MetaCyc: PWY-5188|Reactome: R-HSA-379726 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 Gene3D G3DSA:3.40.50.620 1 336 5.9E-153 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 SUPERFAMILY SSF52374 3 317 3.22E-113 T 17-09-2021 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 Pfam PF00749 tRNA synthetases class I (E and Q), catalytic domain 3 327 2.5E-115 T 17-09-2021 IPR020058 Glutamyl/glutaminyl-tRNA synthetase, class Ib, catalytic domain GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 Hamap MF_00022 Glutamate--tRNA ligase [gltX]. 2 489 32.743 T 17-09-2021 IPR004527 Glutamate-tRNA ligase, bacterial/mitochondrial GO:0000166|GO:0004818|GO:0005524|GO:0006424 KEGG: 00860+6.1.1.17|KEGG: 00970+6.1.1.17|MetaCyc: PWY-5188|Reactome: R-HSA-379726 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 PANTHER PTHR43311 2 487 2.1E-188 T 17-09-2021 +MGYG000000001_02444 a67cd5771e6b8e0cc83bc8d8af6c64b0 493 CDD cd00808 GluRS_core 2 334 3.91062E-134 T 17-09-2021 IPR033910 Glutamyl-tRNA synthetase GO:0006424|GO:0008270 KEGG: 00860+6.1.1.17|KEGG: 00970+6.1.1.17|MetaCyc: PWY-5188|Reactome: R-HSA-379726 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 CDD cd00001 PTS_IIB_man 2 151 4.26394E-64 T 17-09-2021 IPR004720 Phosphotransferase system, sorbose subfamily IIB component GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 ProSiteProfiles PS51101 PTS_EIIB type-4 domain profile. 1 157 34.29 T 17-09-2021 IPR004720 Phosphotransferase system, sorbose subfamily IIB component GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 PANTHER PTHR33799:SF5 1 153 2.7E-58 T 17-09-2021 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 SUPERFAMILY SSF52728 1 156 3.53E-48 T 17-09-2021 IPR036667 Phosphotransferase system, sorbose subfamily IIB component superfamily GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 Pfam PF03830 PTS system sorbose subfamily IIB component 2 149 8.1E-50 T 17-09-2021 IPR004720 Phosphotransferase system, sorbose subfamily IIB component GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 Gene3D G3DSA:3.40.35.10 1 157 2.7E-48 T 17-09-2021 IPR036667 Phosphotransferase system, sorbose subfamily IIB component superfamily GO:0005737|GO:0008982|GO:0009401 +MGYG000000001_01971 c09619f6c01ff5652ce6de0279b23d7f 157 PANTHER PTHR33799 1 153 2.7E-58 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Gene3D G3DSA:3.30.365.10 131 367 4.4E-109 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Gene3D G3DSA:3.90.1170.50 33 130 4.4E-109 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Gene3D G3DSA:3.30.365.10 378 748 2.5E-114 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 SUPERFAMILY SSF56003 122 752 2.88E-182 T 17-09-2021 IPR037165 Aldehyde oxidase/xanthine dehydrogenase, molybdopterin binding domain superfamily GO:0016491|GO:0055114 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Pfam PF01315 Aldehyde oxidase and xanthine dehydrogenase, a/b hammerhead domain 18 129 4.0E-28 T 17-09-2021 IPR000674 Aldehyde oxidase/xanthine dehydrogenase, a/b hammerhead +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 SUPERFAMILY SSF54665 2 150 4.84E-42 T 17-09-2021 IPR036856 Aldehyde oxidase/xanthine dehydrogenase, a/b hammerhead superfamily +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Pfam PF02738 Molybdopterin-binding domain of aldehyde dehydrogenase 161 692 2.1E-165 T 17-09-2021 IPR008274 Aldehyde oxidase/xanthine dehydrogenase, molybdopterin binding GO:0016491|GO:0055114 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Gene3D G3DSA:3.30.365.10 457 608 2.5E-114 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 PANTHER PTHR11908 5 749 5.1E-191 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 PANTHER PTHR11908:SF137 5 749 5.1E-191 T 17-09-2021 +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 SMART SM01008 18 130 4.1E-42 T 17-09-2021 IPR000674 Aldehyde oxidase/xanthine dehydrogenase, a/b hammerhead +MGYG000000001_02351 413c866c3010805b7d30a76c1eb17074 754 Gene3D G3DSA:3.30.365.10 17 290 4.4E-109 T 17-09-2021 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 Coils Coil 314 334 - T 17-09-2021 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 SUPERFAMILY SSF52374 2 310 5.9E-104 T 17-09-2021 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 SMART SM00840 353 416 2.1E-15 T 17-09-2021 IPR015273 Cysteinyl-tRNA synthetase, class Ia, DALR GO:0000166|GO:0004817|GO:0005524|GO:0005737|GO:0006423 KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 Gene3D G3DSA:3.40.50.620 1 303 2.9E-140 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 SUPERFAMILY SSF47323 314 464 1.57E-32 T 17-09-2021 IPR009080 Aminoacyl-tRNA synthetase, class Ia, anticodon-binding GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 Gene3D G3DSA:1.20.120.1910 304 465 1.8E-34 T 17-09-2021 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 Pfam PF01406 tRNA synthetases class I (C) catalytic domain 15 311 5.2E-136 T 17-09-2021 IPR032678 tRNA synthetases class I, catalytic domain KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 Pfam PF09190 DALR domain 353 412 5.5E-13 T 17-09-2021 IPR015273 Cysteinyl-tRNA synthetase, class Ia, DALR GO:0000166|GO:0004817|GO:0005524|GO:0005737|GO:0006423 KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 Hamap MF_00041 Cysteine--tRNA ligase [cysS]. 1 465 39.626 T 17-09-2021 IPR015803 Cysteine-tRNA ligase GO:0004817|GO:0005524|GO:0006423 KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 PANTHER PTHR10890 1 458 2.0E-172 T 17-09-2021 IPR024909 Cysteinyl-tRNA synthetase/mycothiol ligase KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 CDD cd00672 CysRS_core 2 303 6.54069E-127 T 17-09-2021 IPR032678 tRNA synthetases class I, catalytic domain KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 TIGRFAM TIGR00435 cysS: cysteine--tRNA ligase 1 464 1.5E-182 T 17-09-2021 IPR015803 Cysteine-tRNA ligase GO:0004817|GO:0005524|GO:0006423 KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 PRINTS PR00983 Cysteinyl-tRNA synthetase signature 60 69 2.6E-30 T 17-09-2021 IPR024909 Cysteinyl-tRNA synthetase/mycothiol ligase KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 PRINTS PR00983 Cysteinyl-tRNA synthetase signature 189 207 2.6E-30 T 17-09-2021 IPR024909 Cysteinyl-tRNA synthetase/mycothiol ligase KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 PRINTS PR00983 Cysteinyl-tRNA synthetase signature 220 241 2.6E-30 T 17-09-2021 IPR024909 Cysteinyl-tRNA synthetase/mycothiol ligase KEGG: 00970+6.1.1.16 +MGYG000000001_02446 0428add70dd76a4ab078e0c95151d547 465 PRINTS PR00983 Cysteinyl-tRNA synthetase signature 24 35 2.6E-30 T 17-09-2021 IPR024909 Cysteinyl-tRNA synthetase/mycothiol ligase KEGG: 00970+6.1.1.16 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Coils Coil 60 80 - T 17-09-2021 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 CDD cd17932 DEXQc_UvrD 7 282 4.10493E-93 T 17-09-2021 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Pfam PF13361 UvrD-like helicase C-terminal domain 276 615 3.3E-77 T 17-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 PANTHER PTHR11070 1 736 2.5E-227 T 17-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 CDD cd18807 SF1_C_UvrD 284 612 4.29039E-25 T 17-09-2021 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 PANTHER PTHR11070:SF52 1 736 2.5E-227 T 17-09-2021 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Gene3D G3DSA:3.40.50.300 6 271 5.7E-106 T 17-09-2021 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 SUPERFAMILY SSF52540 3 641 9.13E-178 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Pfam PF12073 Protein of unknown function (DUF3553) 697 741 1.1E-5 T 17-09-2021 IPR021938 Protein of unknown function DUF3553 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Pfam PF00580 UvrD/REP helicase N-terminal domain 6 271 9.2E-88 T 17-09-2021 IPR034739 UvrD/AddA helicase, N-terminal GO:0005524 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 ProSiteProfiles PS51217 UvrD-like DNA helicase C-terminal domain profile. 286 561 26.516 T 17-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Gene3D G3DSA:3.40.50.300 279 632 1.6E-126 T 17-09-2021 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 ProSiteProfiles PS51198 UvrD-like DNA helicase ATP-binding domain profile. 4 285 53.695 T 17-09-2021 IPR014016 UvrD-like helicase, ATP-binding domain GO:0005524 +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Gene3D G3DSA:1.10.10.160 108 188 5.7E-106 T 17-09-2021 IPR013986 DExx box DNA helicase domain superfamily +MGYG000000001_02793 84fd4cc9462091f89cea2f3fff7aaba6 742 Gene3D G3DSA:1.10.486.10 382 544 1.6E-126 T 17-09-2021 +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 SUPERFAMILY SSF53218 169 304 9.68E-35 T 17-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 Gene3D G3DSA:3.40.980.10 147 305 3.2E-29 T 17-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 SMART SM00852 173 305 2.0E-23 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 CDD cd03522 MoeA_like 11 322 1.33534E-157 T 17-09-2021 +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 Pfam PF00994 Probable molybdopterin binding domain 173 303 2.4E-22 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 PANTHER PTHR10192 4 304 5.2E-30 T 17-09-2021 IPR038987 Molybdopterin biosynthesis protein MoeA-like KEGG: 00790+2.10.1.1|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_02308 91094dc6dd9e38a6ee9b9bab00a3d896 339 PANTHER PTHR10192:SF21 4 304 5.2E-30 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 Gene3D G3DSA:3.30.420.40 27 340 1.5E-136 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 Pfam PF06723 MreB/Mbl protein 25 346 2.3E-155 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 SUPERFAMILY SSF53067 24 161 3.28E-44 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 Gene3D G3DSA:3.30.420.40 167 330 1.5E-136 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PANTHER PTHR42749:SF1 20 356 9.6E-144 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PANTHER PTHR42749 20 356 9.6E-144 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 SUPERFAMILY SSF53067 163 340 1.36E-49 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 TIGRFAM TIGR00904 mreB: cell shape determining protein, MreB/Mrl family 24 348 2.7E-154 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 Gene3D G3DSA:3.90.640.10 199 272 1.5E-136 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 CDD cd10225 MreB_like 27 346 0.0 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 Hamap MF_02207 Cell shape-determining protein MreB [mreB]. 24 353 44.453 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 62 80 1.0E-62 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 200 220 1.0E-62 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 82 105 1.0E-62 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 145 164 1.0E-62 T 17-09-2021 +MGYG000000001_00304 9974ab033de3a9ad8c8150bbfb38de86 358 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 313 339 1.0E-62 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 Coils Coil 170 197 - T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 59 318 37.823 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 SUPERFAMILY SSF53807 42 310 2.79E-57 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 CDD cd01146 FhuD 55 305 1.26792E-65 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 Gene3D G3DSA:3.40.50.1980 36 146 3.5E-24 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 PANTHER PTHR30532:SF1 9 310 2.3E-70 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 Gene3D G3DSA:3.40.50.1980 147 315 1.9E-45 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 25 6.0 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 PANTHER PTHR30532 9 310 2.3E-70 T 17-09-2021 +MGYG000000001_02685 87c6aed1c025285097903a6dc028b182 318 Pfam PF01497 Periplasmic binding protein 60 289 3.3E-32 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PANTHER PTHR10906 6 424 6.3E-137 T 17-09-2021 IPR002208 SecY/SEC61-alpha family GO:0015031|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PANTHER PTHR10906:SF2 6 424 6.3E-137 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 Gene3D G3DSA:1.10.3370.10 1 419 4.4E-160 T 17-09-2021 IPR023201 SecY domain superfamily Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 Hamap MF_01465 Protein translocase subunit SecY [secY]. 5 423 29.471 T 17-09-2021 IPR026593 Protein translocase subunit SecY +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 ProSitePatterns PS00756 Protein secY signature 2. 163 180 - T 17-09-2021 IPR030659 SecY conserved site Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 Pfam PF00344 SecY translocase 69 406 1.2E-111 T 17-09-2021 IPR002208 SecY/SEC61-alpha family GO:0015031|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 ProSitePatterns PS00755 Protein secY signature 1. 69 88 - T 17-09-2021 IPR030659 SecY conserved site Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 SUPERFAMILY SSF103491 1 413 3.27E-122 T 17-09-2021 IPR023201 SecY domain superfamily Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 109 132 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 144 169 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 18 36 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 68 88 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 392 410 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 170 193 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 360 378 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 262 281 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PRINTS PR00303 Preprotein translocase SecY subunit signature 305 327 2.0E-91 T 17-09-2021 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 PIRSF PIRSF004557 1 424 8.5E-125 T 17-09-2021 IPR002208 SecY/SEC61-alpha family GO:0015031|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02572 55676e7828f3cdc4890b930c2b65ce2d 424 TIGRFAM TIGR00967 3a0501s007: preprotein translocase, SecY subunit 15 419 1.1E-123 T 17-09-2021 IPR002208 SecY/SEC61-alpha family GO:0015031|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 Hamap MF_00235 Adenylate kinase [adk]. 1 213 52.486 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 Pfam PF05191 Adenylate kinase, active site lid 127 162 5.3E-18 T 17-09-2021 IPR007862 Adenylate kinase, active site lid domain GO:0004017 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PANTHER PTHR23359:SF145 1 212 3.7E-64 T 17-09-2021 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 CDD cd01428 ADK 2 204 3.66077E-97 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 TIGRFAM TIGR01351 adk: adenylate kinase 2 212 3.7E-83 T 17-09-2021 IPR006259 Adenylate kinase subfamily GO:0004017|GO:0005524|GO:0016776 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PRINTS PR00094 Adenylate kinase signature 81 97 1.9E-35 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PRINTS PR00094 Adenylate kinase signature 32 46 1.9E-35 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PRINTS PR00094 Adenylate kinase signature 177 191 1.9E-35 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PRINTS PR00094 Adenylate kinase signature 160 175 1.9E-35 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PRINTS PR00094 Adenylate kinase signature 4 17 1.9E-35 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 PANTHER PTHR23359 1 212 3.7E-64 T 17-09-2021 IPR000850 Adenylate kinase/UMP-CMP kinase GO:0005524|GO:0006139|GO:0019205 KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 ProSitePatterns PS00113 Adenylate kinase signature. 81 92 - T 17-09-2021 IPR033690 Adenylate kinase, conserved site KEGG: 00230+2.7.4.3|KEGG: 00730+2.7.4.3|MetaCyc: PWY-7219|Reactome: R-HSA-499943 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 Gene3D G3DSA:3.40.50.300 1 215 8.5E-87 T 17-09-2021 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 Pfam PF00406 Adenylate kinase 5 190 2.1E-58 T 17-09-2021 +MGYG000000001_02571 7c151147d6e012a1305cef121908382c 216 SUPERFAMILY SSF52540 1 211 1.96E-46 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00387 eb2c2e61674ef56b001d6cb65e3cdc82 222 Pfam PF13646 HEAT repeats 128 195 2.8E-8 T 17-09-2021 +MGYG000000001_00387 eb2c2e61674ef56b001d6cb65e3cdc82 222 SUPERFAMILY SSF48371 106 200 2.76E-12 T 17-09-2021 IPR016024 Armadillo-type fold +MGYG000000001_00387 eb2c2e61674ef56b001d6cb65e3cdc82 222 Gene3D G3DSA:1.25.10.10 98 215 2.5E-12 T 17-09-2021 IPR011989 Armadillo-like helical +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 Gene3D G3DSA:2.60.120.10 4 95 8.6E-11 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 184 282 29.987 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 Pfam PF02311 AraC-like ligand binding domain 22 82 8.6E-8 T 17-09-2021 IPR003313 AraC-type arabinose-binding/dimerisation domain GO:0006355 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 Pfam PF12833 Helix-turn-helix domain 203 281 2.0E-22 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 234 276 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 SUPERFAMILY SSF46689 184 230 8.51E-8 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 249 264 1.1E-7 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 264 280 1.1E-7 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 SUPERFAMILY SSF46689 233 281 2.51E-14 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 PANTHER PTHR43280 25 281 2.7E-48 T 17-09-2021 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 Gene3D G3DSA:1.10.10.60 231 283 1.3E-20 T 17-09-2021 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 SUPERFAMILY SSF51215 15 160 8.63E-14 T 17-09-2021 IPR037923 Transcription regulator HTH-like +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 Gene3D G3DSA:1.10.10.60 182 230 1.4E-13 T 17-09-2021 +MGYG000000001_00339 ee84956c63777a59d129f3ffa8b9f6d3 284 SMART SM00342 197 280 1.0E-33 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01700 4490cbd36089931f8e9cebed3c658ce2 266 Pfam PF06541 Putative ABC-transporter type IV 9 162 4.6E-48 T 17-09-2021 IPR010540 Putative ABC-transporter type IV CmpB/TMEM229 +MGYG000000001_01700 4490cbd36089931f8e9cebed3c658ce2 266 Coils Coil 166 186 - T 17-09-2021 +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 Gene3D G3DSA:3.40.50.300 19 200 5.1E-39 T 17-09-2021 +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 CDD cd00009 AAA 68 193 1.26274E-10 T 17-09-2021 +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 SMART SM00382 72 200 1.6E-5 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 73 93 1.7E-5 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 170 197 1.7E-5 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 136 150 1.7E-5 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 PANTHER PTHR30050 9 213 4.1E-64 T 17-09-2021 +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 PANTHER PTHR30050:SF10 9 213 4.1E-64 T 17-09-2021 +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 SUPERFAMILY SSF52540 62 203 8.16E-17 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01123 aff73d350295e6b916d9c411c145d8cf 216 Pfam PF01695 IstB-like ATP binding protein 37 182 6.1E-16 T 17-09-2021 IPR002611 IstB-like ATP-binding protein GO:0005524 +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Gene3D G3DSA:3.30.565.40 247 361 9.0E-22 T 17-09-2021 +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Gene3D G3DSA:3.30.565.40 43 156 1.4E-8 T 17-09-2021 +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Gene3D G3DSA:3.90.640.20 363 457 1.1E-25 T 17-09-2021 IPR037126 PdaC/RsiV-like superfamily +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Gene3D G3DSA:3.90.640.20 159 246 2.2E-5 T 17-09-2021 IPR037126 PdaC/RsiV-like superfamily +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Pfam PF11738 Protein of unknown function (DUF3298) 162 216 2.1E-5 T 17-09-2021 IPR021729 Domain of unknown function DUF3298 +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Pfam PF11738 Protein of unknown function (DUF3298) 365 441 6.7E-22 T 17-09-2021 IPR021729 Domain of unknown function DUF3298 +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Coils Coil 375 395 - T 17-09-2021 +MGYG000000001_02702 0cea2216a607a68a0bed16dd2eff1130 457 Pfam PF13739 Deacetylase PdaC 254 346 2.9E-19 T 17-09-2021 IPR025303 Deacetylase PdaC +MGYG000000001_02670 f3d10920ff70e2e7ad405caab7408324 67 Gene3D G3DSA:1.10.260.40 2 66 7.1E-13 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02670 f3d10920ff70e2e7ad405caab7408324 67 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 8 62 13.12 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02670 f3d10920ff70e2e7ad405caab7408324 67 SMART SM00530 7 62 1.8E-8 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02670 f3d10920ff70e2e7ad405caab7408324 67 SUPERFAMILY SSF47413 3 62 1.89E-12 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02670 f3d10920ff70e2e7ad405caab7408324 67 CDD cd00093 HTH_XRE 5 46 2.50231E-7 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02670 f3d10920ff70e2e7ad405caab7408324 67 Pfam PF01381 Helix-turn-helix 8 61 1.7E-11 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01572 901856023397b9f8c92f13e8769719dc 256 SUPERFAMILY SSF140860 37 116 9.94E-5 T 17-09-2021 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 ProSiteProfiles PS50151 UVR domain profile. 192 227 8.329 T 17-09-2021 IPR001943 UVR domain GO:0005515 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 Gene3D G3DSA:3.40.1440.10 1 99 1.1E-30 T 17-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 CDD cd10434 GIY-YIG_UvrC_Cho 10 90 4.49104E-24 T 17-09-2021 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 PANTHER PTHR30562:SF1 2 308 3.3E-70 T 17-09-2021 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 PANTHER PTHR30562 2 308 3.3E-70 T 17-09-2021 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 Pfam PF01541 GIY-YIG catalytic domain 15 90 1.9E-9 T 17-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 SUPERFAMILY SSF82771 13 94 4.18E-20 T 17-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 SUPERFAMILY SSF46600 179 231 8.63E-7 T 17-09-2021 IPR036876 UVR domain superfamily +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 SMART SM00465 13 95 5.8E-19 T 17-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00564 e79d154fae6e4ebdb1d644b45638d325 330 ProSiteProfiles PS50164 GIY-YIG domain profile. 12 91 22.114 T 17-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00177 e4884c0e65c2d6341df0584e903e6548 174 Gene3D G3DSA:2.30.30.840 1 58 6.1E-14 T 17-09-2021 IPR036101 CarD-like/TRCF domain superfamily +MGYG000000001_00177 e4884c0e65c2d6341df0584e903e6548 174 Pfam PF02559 CarD-like/TRCF domain 2 100 7.0E-11 T 17-09-2021 IPR003711 CarD-like/TRCF domain +MGYG000000001_00177 e4884c0e65c2d6341df0584e903e6548 174 SUPERFAMILY SSF141259 1 52 6.28E-6 T 17-09-2021 IPR036101 CarD-like/TRCF domain superfamily +MGYG000000001_00177 e4884c0e65c2d6341df0584e903e6548 174 Coils Coil 109 132 - T 17-09-2021 +MGYG000000001_01188 d26818f868b5875ff6d70f9ae6a0c4ed 362 Pfam PF12698 ABC-2 family transporter protein 22 353 3.4E-19 T 17-09-2021 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 Pfam PF00005 ABC transporter 24 189 4.6E-27 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 262 24.116 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 PANTHER PTHR43297 1 331 1.5E-137 T 17-09-2021 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 TIGRFAM TIGR01727 oligo_HPY: oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal domain 240 326 2.5E-24 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 CDD cd03257 ABC_NikE_OppD_transporters 4 244 2.08943E-121 T 17-09-2021 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 PANTHER PTHR43297:SF8 1 331 1.5E-137 T 17-09-2021 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 Gene3D G3DSA:3.40.50.300 1 333 1.5E-93 T 17-09-2021 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 SMART SM00382 33 247 1.9E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 Pfam PF08352 Oligopeptide/dipeptide transporter, C-terminal region 241 306 1.1E-18 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 SUPERFAMILY SSF52540 4 261 4.33E-64 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01958 ae86aef05176a1be09b1c4803b2a20db 335 ProSitePatterns PS00211 ABC transporters family signature. 162 176 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01380 db3db630bec94038430affa91f0e4e71 437 TIGRFAM TIGR00796 livcs: branched-chain amino acid transport system II carrier protein 11 410 2.5E-97 T 17-09-2021 IPR004685 Branched-chain amino acid transport system II carrier protein GO:0015658|GO:0015803|GO:0016021 +MGYG000000001_01380 db3db630bec94038430affa91f0e4e71 437 PANTHER PTHR30588 3 426 3.7E-122 T 17-09-2021 IPR004685 Branched-chain amino acid transport system II carrier protein GO:0015658|GO:0015803|GO:0016021 +MGYG000000001_01380 db3db630bec94038430affa91f0e4e71 437 Pfam PF05525 Branched-chain amino acid transport protein 5 424 2.7E-113 T 17-09-2021 IPR004685 Branched-chain amino acid transport system II carrier protein GO:0015658|GO:0015803|GO:0016021 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 CDD cd03259 ABC_Carb_Solutes_like 4 216 6.93516E-115 T 17-09-2021 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 234 30.799 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 PANTHER PTHR42781 2 341 1.0E-117 T 17-09-2021 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 SUPERFAMILY SSF52540 4 243 1.01E-81 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 PANTHER PTHR42781:SF4 2 341 1.0E-117 T 17-09-2021 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 SMART SM00382 28 211 5.3E-17 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 Pfam PF00005 ABC transporter 19 161 7.2E-36 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 ProSitePatterns PS00211 ABC transporters family signature. 134 148 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 Gene3D G3DSA:3.40.50.300 1 237 7.3E-75 T 17-09-2021 +MGYG000000001_00080 9949c2e8e73a6611a2c9f4d4993defc6 347 SUPERFAMILY SSF50331 237 343 1.39E-7 T 17-09-2021 IPR008995 Molybdate/tungstate binding, C-terminal +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 CDD cd10944 CE4_SmPgdA_like 94 293 1.00061E-82 T 17-09-2021 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 PANTHER PTHR10587:SF125 13 294 1.5E-51 T 17-09-2021 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 Gene3D G3DSA:3.20.20.370 57 295 7.2E-62 T 17-09-2021 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 Coils Coil 33 64 - T 17-09-2021 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 ProSiteProfiles PS51677 NodB homology domain profile. 94 292 33.232 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 Pfam PF01522 Polysaccharide deacetylase 90 211 1.2E-24 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 PANTHER PTHR10587 13 294 1.5E-51 T 17-09-2021 +MGYG000000001_03090 40a7307fcf6eb29c5dcc1476a33e8e5e 295 SUPERFAMILY SSF88713 74 294 4.7E-48 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_00661 e6ede0fc441f75b6ff98b7a6534f0f2f 224 Gene3D G3DSA:3.40.50.300 5 221 2.5E-47 T 17-09-2021 +MGYG000000001_00661 e6ede0fc441f75b6ff98b7a6534f0f2f 224 SUPERFAMILY SSF52540 1 222 7.07E-31 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00661 e6ede0fc441f75b6ff98b7a6534f0f2f 224 Pfam PF02223 Thymidylate kinase 11 199 1.3E-17 T 17-09-2021 IPR039430 Thymidylate kinase-like domain KEGG: 00240+2.7.4.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7197|MetaCyc: PWY-7198|MetaCyc: PWY-7210 +MGYG000000001_00661 e6ede0fc441f75b6ff98b7a6534f0f2f 224 PANTHER PTHR10344 1 223 2.0E-29 T 17-09-2021 +MGYG000000001_00661 e6ede0fc441f75b6ff98b7a6534f0f2f 224 PANTHER PTHR10344:SF4 1 223 2.0E-29 T 17-09-2021 +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 PANTHER PTHR40068 1 169 7.6E-58 T 17-09-2021 IPR026043 Transcription repressor NadR +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 SUPERFAMILY SSF46785 1 61 2.72E-10 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 Pfam PF08279 HTH domain 6 58 4.9E-16 T 17-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 PIRSF PIRSF037847 1 171 6.4E-65 T 17-09-2021 IPR026043 Transcription repressor NadR +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 SUPERFAMILY SSF75500 78 169 5.1E-27 T 17-09-2021 IPR035922 3H domain superfamily +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 Pfam PF02829 3H domain 75 168 9.6E-30 T 17-09-2021 IPR004173 3H domain GO:0036094 +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 Gene3D G3DSA:3.30.1340.20 64 171 6.7E-31 T 17-09-2021 IPR035922 3H domain superfamily +MGYG000000001_03057 8d08ad9485892e6aa61e106c8120bb97 171 Gene3D G3DSA:1.10.10.10 1 61 7.3E-19 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01668 15f7551dc73f41fdfbdd0cccda94fba0 187 PANTHER PTHR43663:SF1 2 186 7.4E-53 T 17-09-2021 +MGYG000000001_01668 15f7551dc73f41fdfbdd0cccda94fba0 187 PANTHER PTHR43663 2 186 7.4E-53 T 17-09-2021 +MGYG000000001_01668 15f7551dc73f41fdfbdd0cccda94fba0 187 Pfam PF02417 Chromate transporter 5 180 7.7E-46 T 17-09-2021 IPR003370 Chromate transporter GO:0015109|GO:0015703 +MGYG000000001_00596 efe6dd030d1073633e57974d7d44c651 56 Coils Coil 29 56 - T 17-09-2021 +MGYG000000001_01091 00834d5423b30810ad2cd47cba41e093 136 Gene3D G3DSA:3.30.2000.30 1 132 4.9E-5 T 17-09-2021 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 Gene3D G3DSA:3.30.70.890 202 362 3.2E-139 T 17-09-2021 IPR036554 GHMP kinase, C-terminal domain superfamily +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 SUPERFAMILY SSF55060 207 385 6.66E-56 T 17-09-2021 IPR036554 GHMP kinase, C-terminal domain superfamily +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 ProSitePatterns PS00627 GHMP kinases putative ATP-binding domain. 121 132 - T 17-09-2021 IPR006203 GHMP kinase, ATP-binding, conserved site GO:0005524 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PANTHER PTHR10457:SF6 5 368 6.6E-93 T 17-09-2021 IPR000705 Galactokinase GO:0004335|GO:0005524|GO:0006012|GO:0046835 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 Pfam PF10509 Galactokinase galactose-binding signature 8 56 1.3E-20 T 17-09-2021 IPR019539 Galactokinase galactose-binding domain GO:0005534 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00959 Mevalonate kinase family signature 24 48 3.8E-43 T 17-09-2021 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00959 Mevalonate kinase family signature 333 350 3.8E-43 T 17-09-2021 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00959 Mevalonate kinase family signature 162 181 3.8E-43 T 17-09-2021 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00959 Mevalonate kinase family signature 119 141 3.8E-43 T 17-09-2021 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 TIGRFAM TIGR00131 gal_kin: galactokinase 3 387 1.4E-132 T 17-09-2021 IPR000705 Galactokinase GO:0004335|GO:0005524|GO:0006012|GO:0046835 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 Pfam PF08544 GHMP kinases C terminal 284 358 5.2E-12 T 17-09-2021 IPR013750 GHMP kinase, C-terminal domain +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PANTHER PTHR10457 5 368 6.6E-93 T 17-09-2021 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 Pfam PF00288 GHMP kinases N terminal domain 115 181 2.4E-12 T 17-09-2021 IPR006204 GHMP kinase N-terminal domain GO:0005524 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 Hamap MF_00246 Galactokinase [galK]. 24 386 47.95 T 17-09-2021 IPR022963 Galactokinase, bacterial GO:0004335|GO:0006012 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 ProSitePatterns PS00106 Galactokinase signature. 26 37 - T 17-09-2021 IPR019741 Galactokinase, conserved site KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 SUPERFAMILY SSF54211 3 202 6.75E-63 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 Gene3D G3DSA:3.30.230.10 21 201 3.2E-139 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PIRSF PIRSF000530 1 387 2.5E-127 T 17-09-2021 IPR006206 Mevalonate/galactokinase GO:0005524|GO:0005737|GO:0016301|GO:0016773 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00473 Galactokinase signature 112 130 1.7E-28 T 17-09-2021 IPR000705 Galactokinase GO:0004335|GO:0005524|GO:0006012|GO:0046835 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00473 Galactokinase signature 269 283 1.7E-28 T 17-09-2021 IPR000705 Galactokinase GO:0004335|GO:0005524|GO:0006012|GO:0046835 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00473 Galactokinase signature 91 102 1.7E-28 T 17-09-2021 IPR000705 Galactokinase GO:0004335|GO:0005524|GO:0006012|GO:0046835 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_01444 0b627aa66e976d2ddc3672c11f2af353 387 PRINTS PR00473 Galactokinase signature 26 44 1.7E-28 T 17-09-2021 IPR000705 Galactokinase GO:0004335|GO:0005524|GO:0006012|GO:0046835 KEGG: 00052+2.7.1.6|KEGG: 00520+2.7.1.6|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6527 +MGYG000000001_00468 003012e5d0e57d2b643b35e7c60a89ad 105 Pfam PF00258 Flavodoxin 7 103 1.5E-12 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_00468 003012e5d0e57d2b643b35e7c60a89ad 105 Gene3D G3DSA:3.40.50.360 5 104 1.0E-24 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00468 003012e5d0e57d2b643b35e7c60a89ad 105 ProSiteProfiles PS50902 Flavodoxin-like domain profile. 5 105 19.501 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_00468 003012e5d0e57d2b643b35e7c60a89ad 105 PANTHER PTHR32145 3 102 4.0E-12 T 17-09-2021 +MGYG000000001_00468 003012e5d0e57d2b643b35e7c60a89ad 105 SUPERFAMILY SSF52218 4 101 3.14E-25 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_02251 b45ae46653d1dfbc45b3b7be7deb5579 142 Pfam PF03374 Phage antirepressor protein KilAC domain 43 134 2.8E-13 T 17-09-2021 IPR005039 Antirepressor protein, C-terminal GO:0003677 +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 Gene3D G3DSA:3.30.1180.10 152 279 2.4E-32 T 17-09-2021 +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 TIGRFAM TIGR00762 DegV: EDD domain protein, DegV family 3 276 3.0E-88 T 17-09-2021 IPR003797 DegV +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 SUPERFAMILY SSF82549 1 276 3.14E-76 T 17-09-2021 +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 PANTHER PTHR33434:SF3 1 277 5.4E-73 T 17-09-2021 +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 PANTHER PTHR33434 1 277 5.4E-73 T 17-09-2021 +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 Pfam PF02645 Uncharacterised protein, DegV family COG1307 2 277 1.5E-79 T 17-09-2021 IPR003797 DegV +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 ProSiteProfiles PS51482 DegV domain profile. 3 279 58.691 T 17-09-2021 IPR003797 DegV +MGYG000000001_01604 040d200f1d8bdc69cb4e7c01ab9bffd2 279 Gene3D G3DSA:3.40.50.10170 1 151 3.2E-49 T 17-09-2021 +MGYG000000001_01830 f3f7bf45bd1d6ba1baa8c6ee2ddaf660 517 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 12 203 12.879 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01830 f3f7bf45bd1d6ba1baa8c6ee2ddaf660 517 CDD cd00046 SF2-N 22 184 1.56108E-5 T 17-09-2021 +MGYG000000001_01830 f3f7bf45bd1d6ba1baa8c6ee2ddaf660 517 SUPERFAMILY SSF52540 16 333 1.73E-19 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01830 f3f7bf45bd1d6ba1baa8c6ee2ddaf660 517 Gene3D G3DSA:3.40.50.300 211 408 1.2E-5 T 17-09-2021 +MGYG000000001_01830 f3f7bf45bd1d6ba1baa8c6ee2ddaf660 517 Gene3D G3DSA:3.40.50.300 3 210 8.3E-13 T 17-09-2021 +MGYG000000001_01830 f3f7bf45bd1d6ba1baa8c6ee2ddaf660 517 Pfam PF04851 Type III restriction enzyme, res subunit 16 184 2.3E-11 T 17-09-2021 IPR006935 Helicase/UvrB, N-terminal GO:0003677|GO:0005524|GO:0016787 +MGYG000000001_02799 0d288aa475cffe34428c42d05f03e74e 421 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 316 345 9.835 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02799 0d288aa475cffe34428c42d05f03e74e 421 Pfam PF14697 4Fe-4S dicluster domain 286 336 1.9E-9 T 17-09-2021 +MGYG000000001_02799 0d288aa475cffe34428c42d05f03e74e 421 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 292 303 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02799 0d288aa475cffe34428c42d05f03e74e 421 Gene3D G3DSA:3.30.70.20 266 361 2.1E-14 T 17-09-2021 +MGYG000000001_02799 0d288aa475cffe34428c42d05f03e74e 421 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 283 312 10.012 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02799 0d288aa475cffe34428c42d05f03e74e 421 SUPERFAMILY SSF54862 283 356 3.31E-17 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 272 595 8.784 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 SUPERFAMILY SSF52540 620 913 1.56E-53 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Pfam PF17760 UvrA interaction domain 132 238 5.7E-39 T 17-09-2021 IPR041102 UvrA, interaction domain +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 CDD cd03270 ABC_UvrA_I 465 577 9.4448E-70 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 TIGRFAM TIGR00630 uvra: excinuclease ABC subunit A 4 924 0.0 T 17-09-2021 IPR004602 UvrABC system subunit A GO:0003677|GO:0006289|GO:0009380|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Pfam PF00005 ABC transporter 624 860 5.0E-11 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Pfam PF17755 UvrA DNA-binding domain 288 401 5.7E-37 T 17-09-2021 IPR041552 UvrA DNA-binding domain +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 PANTHER PTHR43152 1 942 0.0 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 PANTHER PTHR43152:SF3 1 942 0.0 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 CDD cd03271 ABC_UvrA_II 614 921 2.23503E-165 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Gene3D G3DSA:1.20.1580.10 693 830 5.4E-145 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 ProSitePatterns PS00211 ABC transporters family signature. 830 844 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 ProSitePatterns PS00211 ABC transporters family signature. 489 503 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Gene3D G3DSA:3.30.190.20 131 240 6.2E-253 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 CDD cd03270 ABC_UvrA_I 5 117 1.06341E-76 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Gene3D G3DSA:1.10.8.280 285 405 6.2E-253 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 SUPERFAMILY SSF52540 11 571 4.25E-47 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 606 937 11.725 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Gene3D G3DSA:1.20.1580.10 91 494 6.2E-253 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Hamap MF_00205 UvrABC system protein A [uvrA]. 2 940 23.04 T 17-09-2021 IPR004602 UvrABC system subunit A GO:0003677|GO:0006289|GO:0009380|GO:0016887 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Gene3D G3DSA:3.40.50.300 614 936 5.4E-145 T 17-09-2021 +MGYG000000001_02606 44c835fe68096fb752c086de62ddfd0e 944 Gene3D G3DSA:3.40.50.300 6 597 6.2E-253 T 17-09-2021 +MGYG000000001_00757 d835c2ce4811917d6aba9622bfc8db2b 271 SUPERFAMILY SSF51717 1 260 1.57E-75 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00757 d835c2ce4811917d6aba9622bfc8db2b 271 ProSiteProfiles PS50972 Pterin-binding domain profile. 1 246 16.338 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00757 d835c2ce4811917d6aba9622bfc8db2b 271 Pfam PF00809 Pterin binding enzyme 19 228 4.3E-18 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00757 d835c2ce4811917d6aba9622bfc8db2b 271 Gene3D G3DSA:3.20.20.20 1 268 4.4E-90 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 TIGRFAM TIGR00172 maf: septum formation protein Maf 1 183 8.6E-56 T 17-09-2021 IPR003697 Nucleoside triphosphate pyrophosphatase Maf-like protein GO:0047429 KEGG: 00230+3.6.1.9|KEGG: 00240+3.6.1.9|KEGG: 00500+3.6.1.9|KEGG: 00740+3.6.1.9|KEGG: 00760+3.6.1.9|KEGG: 00770+3.6.1.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7206|MetaCyc: PWY-7821 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 PIRSF PIRSF006305 1 190 4.4E-59 T 17-09-2021 IPR003697 Nucleoside triphosphate pyrophosphatase Maf-like protein GO:0047429 KEGG: 00230+3.6.1.9|KEGG: 00240+3.6.1.9|KEGG: 00500+3.6.1.9|KEGG: 00740+3.6.1.9|KEGG: 00760+3.6.1.9|KEGG: 00770+3.6.1.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7206|MetaCyc: PWY-7821 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 Pfam PF02545 Maf-like protein 3 184 8.3E-59 T 17-09-2021 IPR003697 Nucleoside triphosphate pyrophosphatase Maf-like protein GO:0047429 KEGG: 00230+3.6.1.9|KEGG: 00240+3.6.1.9|KEGG: 00500+3.6.1.9|KEGG: 00740+3.6.1.9|KEGG: 00760+3.6.1.9|KEGG: 00770+3.6.1.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7206|MetaCyc: PWY-7821 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 SUPERFAMILY SSF52972 1 184 3.07E-62 T 17-09-2021 IPR029001 Inosine triphosphate pyrophosphatase-like +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 CDD cd00555 Maf 3 182 8.42964E-87 T 17-09-2021 IPR003697 Nucleoside triphosphate pyrophosphatase Maf-like protein GO:0047429 KEGG: 00230+3.6.1.9|KEGG: 00240+3.6.1.9|KEGG: 00500+3.6.1.9|KEGG: 00740+3.6.1.9|KEGG: 00760+3.6.1.9|KEGG: 00770+3.6.1.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7206|MetaCyc: PWY-7821 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 PANTHER PTHR43213 3 185 3.7E-55 T 17-09-2021 IPR003697 Nucleoside triphosphate pyrophosphatase Maf-like protein GO:0047429 KEGG: 00230+3.6.1.9|KEGG: 00240+3.6.1.9|KEGG: 00500+3.6.1.9|KEGG: 00740+3.6.1.9|KEGG: 00760+3.6.1.9|KEGG: 00770+3.6.1.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7206|MetaCyc: PWY-7821 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 Hamap MF_00528 Septum formation protein Maf [maf]. 2 189 30.926 T 17-09-2021 IPR003697 Nucleoside triphosphate pyrophosphatase Maf-like protein GO:0047429 KEGG: 00230+3.6.1.9|KEGG: 00240+3.6.1.9|KEGG: 00500+3.6.1.9|KEGG: 00740+3.6.1.9|KEGG: 00760+3.6.1.9|KEGG: 00770+3.6.1.9|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7206|MetaCyc: PWY-7821 +MGYG000000001_00306 c27cb3b05c01e9082f6b829a45134d3f 194 Gene3D G3DSA:3.90.950.10 1 188 2.2E-69 T 17-09-2021 IPR029001 Inosine triphosphate pyrophosphatase-like +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 SMART SM00382 33 206 3.5E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 Pfam PF00005 ABC transporter 24 155 1.1E-29 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 228 24.457 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 PANTHER PTHR42788:SF13 2 246 5.4E-74 T 17-09-2021 +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 ProSitePatterns PS00211 ABC transporters family signature. 128 142 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 Gene3D G3DSA:3.40.50.300 1 231 7.0E-58 T 17-09-2021 +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 PANTHER PTHR42788 2 246 5.4E-74 T 17-09-2021 +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 SUPERFAMILY SSF52540 3 203 4.9E-57 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02927 59bcb16104832dd317a16138fbefd7a7 249 CDD cd03293 ABC_NrtD_SsuB_transporters 5 216 1.94753E-107 T 17-09-2021 +MGYG000000001_01540 50f5cd2ec936a43dfac711aeaa60d464 247 SUPERFAMILY SSF52255 117 246 1.29E-28 T 17-09-2021 IPR035893 PurE domain superfamily Reactome: R-HSA-73817 +MGYG000000001_01540 50f5cd2ec936a43dfac711aeaa60d464 247 Gene3D G3DSA:3.40.50.7700 118 247 3.4E-34 T 17-09-2021 IPR035893 PurE domain superfamily Reactome: R-HSA-73817 +MGYG000000001_01540 50f5cd2ec936a43dfac711aeaa60d464 247 PANTHER PTHR43064 2 246 3.4E-100 T 17-09-2021 IPR039476 Pyridinium-3,5-biscarboxylic acid mononucleotide synthase GO:0016787 +MGYG000000001_01540 50f5cd2ec936a43dfac711aeaa60d464 247 Pfam PF00731 AIR carboxylase 118 244 1.2E-15 T 17-09-2021 IPR000031 PurE domain GO:0006189 Reactome: R-HSA-73817 +MGYG000000001_01540 50f5cd2ec936a43dfac711aeaa60d464 247 CDD cd08174 G1PDH-like 99 202 0.00943403 T 17-09-2021 +MGYG000000001_01540 50f5cd2ec936a43dfac711aeaa60d464 247 SMART SM01001 117 246 2.4E-31 T 17-09-2021 IPR000031 PurE domain GO:0006189 Reactome: R-HSA-73817 +MGYG000000001_00403 40fe6abfcb2f32329f16052ae282de6b 337 TIGRFAM TIGR02845 spore_V_AD: stage V sporulation protein AD 9 334 1.4E-139 T 17-09-2021 IPR010894 Stage V sporulation AD +MGYG000000001_00403 40fe6abfcb2f32329f16052ae282de6b 337 PIRSF PIRSF011570 3 337 1.8E-149 T 17-09-2021 IPR010894 Stage V sporulation AD +MGYG000000001_00403 40fe6abfcb2f32329f16052ae282de6b 337 Pfam PF07451 Stage V sporulation protein AD (SpoVAD) 7 334 9.3E-152 T 17-09-2021 IPR010894 Stage V sporulation AD +MGYG000000001_00403 40fe6abfcb2f32329f16052ae282de6b 337 Gene3D G3DSA:3.40.47.40 3 337 3.4E-145 T 17-09-2021 IPR038369 Stage V sporulation AD superfamily +MGYG000000001_00403 40fe6abfcb2f32329f16052ae282de6b 337 SUPERFAMILY SSF53901 59 262 1.07E-14 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00693 9f84000f0622bf068df9603191738535 259 Pfam PF06750 Bacterial Peptidase A24 N-terminal domain 11 91 5.3E-31 T 17-09-2021 IPR010627 Peptidase A24A, N-terminal +MGYG000000001_00693 9f84000f0622bf068df9603191738535 259 PANTHER PTHR30487 1 258 5.6E-73 T 17-09-2021 +MGYG000000001_00693 9f84000f0622bf068df9603191738535 259 Pfam PF01478 Type IV leader peptidase family 104 213 8.5E-16 T 17-09-2021 IPR000045 Prepilin type IV endopeptidase, peptidase domain GO:0004190|GO:0016020 +MGYG000000001_00693 9f84000f0622bf068df9603191738535 259 PRINTS PR00864 Type IV prepilin cysteine protease (C20) family signature 181 192 8.7E-6 T 17-09-2021 IPR014032 Peptidase A24A, prepilin type IV, bacterial +MGYG000000001_00693 9f84000f0622bf068df9603191738535 259 PRINTS PR00864 Type IV prepilin cysteine protease (C20) family signature 113 130 8.7E-6 T 17-09-2021 IPR014032 Peptidase A24A, prepilin type IV, bacterial +MGYG000000001_00693 9f84000f0622bf068df9603191738535 259 PRINTS PR00864 Type IV prepilin cysteine protease (C20) family signature 170 180 8.7E-6 T 17-09-2021 IPR014032 Peptidase A24A, prepilin type IV, bacterial +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 Pfam PF00677 Lumazine binding domain 99 183 5.4E-23 T 17-09-2021 IPR026017 Lumazine-binding domain KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 Pfam PF00677 Lumazine binding domain 3 86 2.8E-22 T 17-09-2021 IPR026017 Lumazine-binding domain KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 SUPERFAMILY SSF63380 1 87 2.21E-24 T 17-09-2021 IPR017938 Riboflavin synthase-like beta-barrel +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 Gene3D G3DSA:2.40.30.20 1 88 2.3E-29 T 17-09-2021 IPR023366 ATP synthase subunit alpha, N-terminal domain-like superfamily KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 ProSiteProfiles PS51177 Riboflavin synthase alpha chain lumazine-binding repeat profile. 97 193 25.284 T 17-09-2021 IPR026017 Lumazine-binding domain KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 ProSiteProfiles PS51177 Riboflavin synthase alpha chain lumazine-binding repeat profile. 1 96 27.492 T 17-09-2021 IPR026017 Lumazine-binding domain KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 Gene3D G3DSA:2.40.30.20 101 205 4.2E-31 T 17-09-2021 IPR023366 ATP synthase subunit alpha, N-terminal domain-like superfamily KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 PANTHER PTHR21098:SF9 1 219 3.3E-79 T 17-09-2021 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 CDD cd00402 Riboflavin_synthase_like 1 185 1.74676E-94 T 17-09-2021 IPR001783 Lumazine-binding protein KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 PANTHER PTHR21098 1 219 3.3E-79 T 17-09-2021 IPR001783 Lumazine-binding protein KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 SUPERFAMILY SSF63380 92 195 5.02E-31 T 17-09-2021 IPR017938 Riboflavin synthase-like beta-barrel +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 PIRSF PIRSF000498 1 211 2.1E-75 T 17-09-2021 IPR001783 Lumazine-binding protein KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02476 2e9489285e0bff898ed7009245906046 219 TIGRFAM TIGR00187 ribE: riboflavin synthase, alpha subunit 1 201 4.0E-69 T 17-09-2021 IPR001783 Lumazine-binding protein KEGG: 00740+2.5.1.9|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 PANTHER PTHR43515 1 493 9.4E-187 T 17-09-2021 +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 CDD cd01560 Thr-synth_2 3 437 0.0 T 17-09-2021 +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 PANTHER PTHR43515:SF2 1 493 9.4E-187 T 17-09-2021 +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 Gene3D G3DSA:3.40.50.1100 106 455 1.2E-135 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 Pfam PF00291 Pyridoxal-phosphate dependent enzyme 90 416 2.8E-14 T 17-09-2021 IPR001926 Pyridoxal-phosphate dependent enzyme +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 SUPERFAMILY SSF53686 1 471 2.56E-142 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 Pfam PF14821 Threonine synthase N terminus 3 78 7.3E-23 T 17-09-2021 IPR029144 Threonine synthase, N-terminal +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 Gene3D G3DSA:3.40.50.1100 96 454 1.2E-135 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 TIGRFAM TIGR00260 thrC: threonine synthase 67 437 2.7E-76 T 17-09-2021 IPR004450 Threonine synthase-like +MGYG000000001_00885 776d8753d874b6be9db512727bd1f939 493 Gene3D G3DSA:3.90.1380.10 1 89 1.6E-22 T 17-09-2021 IPR037158 Threonine synthase, N-terminal domain superfamily +MGYG000000001_00628 8ffb95e91a466582d09fdbe756abd8eb 78 SMART SM00530 5 60 1.2E-6 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00628 8ffb95e91a466582d09fdbe756abd8eb 78 CDD cd00093 HTH_XRE 4 60 3.98621E-8 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00628 8ffb95e91a466582d09fdbe756abd8eb 78 Pfam PF01381 Helix-turn-helix 6 60 7.3E-9 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00628 8ffb95e91a466582d09fdbe756abd8eb 78 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 6 60 12.411 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00628 8ffb95e91a466582d09fdbe756abd8eb 78 Gene3D G3DSA:1.10.260.40 3 74 4.9E-10 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00628 8ffb95e91a466582d09fdbe756abd8eb 78 SUPERFAMILY SSF47413 4 60 2.55E-10 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01284 f0e37c61cb66ff3f38ea0fc816679025 291 Gene3D G3DSA:1.10.443.10 107 283 2.0E-45 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01284 f0e37c61cb66ff3f38ea0fc816679025 291 Gene3D G3DSA:1.10.150.130 1 95 2.0E-21 T 17-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_01284 f0e37c61cb66ff3f38ea0fc816679025 291 Pfam PF00589 Phage integrase family 108 275 1.3E-35 T 17-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01284 f0e37c61cb66ff3f38ea0fc816679025 291 PANTHER PTHR30349 5 281 2.7E-46 T 17-09-2021 +MGYG000000001_01284 f0e37c61cb66ff3f38ea0fc816679025 291 SUPERFAMILY SSF56349 2 284 2.38E-48 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01284 f0e37c61cb66ff3f38ea0fc816679025 291 Pfam PF02899 Phage integrase, N-terminal SAM-like domain 4 82 2.1E-17 T 17-09-2021 IPR004107 Integrase, SAM-like, N-terminal GO:0003677|GO:0015074 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 Gene3D G3DSA:3.90.79.10 1 185 9.6E-51 T 17-09-2021 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 SUPERFAMILY SSF55811 41 181 3.11E-17 T 17-09-2021 IPR015797 NUDIX hydrolase-like domain superfamily GO:0016787 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 PANTHER PTHR43736:SF1 36 182 4.2E-22 T 17-09-2021 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 Pfam PF00293 NUDIX domain 57 162 5.2E-10 T 17-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 CDD cd03674 Nudix_Hydrolase_1 42 169 4.76423E-44 T 17-09-2021 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 ProSiteProfiles PS51462 Nudix hydrolase domain profile. 41 178 10.082 T 17-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_01926 b0c72d5cce7220434f67b2131c85044f 185 PANTHER PTHR43736 36 182 4.2E-22 T 17-09-2021 +MGYG000000001_00954 eb84aeeb0e90e1efb546ec43e6c2d54b 93 Coils Coil 47 74 - T 17-09-2021 +MGYG000000001_00954 eb84aeeb0e90e1efb546ec43e6c2d54b 93 Pfam PF12732 YtxH-like protein 9 77 8.9E-19 T 17-09-2021 IPR024623 Uncharacterised protein family YtxH +MGYG000000001_02348 c6d84d7f43987b631840ab0f355e4b4b 593 Gene3D G3DSA:3.40.50.1700 381 585 1.2E-16 T 17-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_02348 c6d84d7f43987b631840ab0f355e4b4b 593 SUPERFAMILY SSF51445 11 394 1.37E-84 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02348 c6d84d7f43987b631840ab0f355e4b4b 593 PANTHER PTHR30480 28 582 8.0E-87 T 17-09-2021 +MGYG000000001_02348 c6d84d7f43987b631840ab0f355e4b4b 593 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 31 352 3.4E-70 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_02348 c6d84d7f43987b631840ab0f355e4b4b 593 Gene3D G3DSA:3.20.20.300 16 377 1.8E-89 T 17-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00209 f9b11fc83d2031f333b3b3679a65c18d 318 PANTHER PTHR22931 9 313 6.5E-140 T 17-09-2021 IPR010121 Pyruvate, phosphate dikinase GO:0006090|GO:0050242 KEGG: 00620+2.7.9.1|KEGG: 00710+2.7.9.1|KEGG: 00720+2.7.9.1|MetaCyc: PWY-241|MetaCyc: PWY-6549|MetaCyc: PWY-7115|MetaCyc: PWY-7117 +MGYG000000001_00209 f9b11fc83d2031f333b3b3679a65c18d 318 Pfam PF02896 PEP-utilising enzyme, TIM barrel domain 9 312 2.9E-78 T 17-09-2021 IPR000121 PEP-utilising enzyme, C-terminal GO:0016310|GO:0016772 +MGYG000000001_00209 f9b11fc83d2031f333b3b3679a65c18d 318 Gene3D G3DSA:3.20.20.60 4 316 1.2E-134 T 17-09-2021 IPR040442 Pyruvate kinase-like domain superfamily +MGYG000000001_00209 f9b11fc83d2031f333b3b3679a65c18d 318 PANTHER PTHR22931:SF9 9 313 6.5E-140 T 17-09-2021 +MGYG000000001_00209 f9b11fc83d2031f333b3b3679a65c18d 318 ProSitePatterns PS00742 PEP-utilizing enzymes signature 2. 204 222 - T 17-09-2021 IPR023151 PEP-utilising enzyme, conserved site GO:0016772 +MGYG000000001_00209 f9b11fc83d2031f333b3b3679a65c18d 318 SUPERFAMILY SSF51621 9 312 5.34E-111 T 17-09-2021 IPR015813 Pyruvate/Phosphoenolpyruvate kinase-like domain superfamily GO:0003824 +MGYG000000001_03125 73437ce19554de9431c061332adda9b6 73 Gene3D G3DSA:1.10.8.910 4 73 1.1E-15 T 17-09-2021 IPR038300 SASP, alpha/beta-type superfamily +MGYG000000001_03125 73437ce19554de9431c061332adda9b6 73 Pfam PF00269 Small, acid-soluble spore proteins, alpha/beta type 3 65 1.0E-16 T 17-09-2021 IPR001448 Small acid-soluble spore protein, alpha/beta-type GO:0003690|GO:0006265 +MGYG000000001_03125 73437ce19554de9431c061332adda9b6 73 PANTHER PTHR36107 3 65 2.8E-15 T 17-09-2021 +MGYG000000001_03125 73437ce19554de9431c061332adda9b6 73 ProSitePatterns PS00304 Small, acid-soluble spore proteins, alpha/beta type, signature 1. 18 27 - T 17-09-2021 IPR018126 Small acid-soluble spore protein, alpha/beta-type, conserved site GO:0003690|GO:0006265 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 ProSitePatterns PS01223 Gamma-glutamyl phosphate reductase signature. 321 342 - T 17-09-2021 IPR020593 Gamma-glutamyl phosphate reductase GPR, conserved site GO:0004350|GO:0006561|GO:0055114 KEGG: 00330+1.2.1.41|KEGG: 00332+1.2.1.41|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 Gene3D G3DSA:3.40.309.10 224 372 1.7E-169 T 17-09-2021 IPR016163 Aldehyde dehydrogenase, C-terminal GO:0016491|GO:0016620|GO:0055114 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 Gene3D G3DSA:3.40.605.10 17 409 1.7E-169 T 17-09-2021 IPR016162 Aldehyde dehydrogenase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 PANTHER PTHR11063:SF8 7 413 2.7E-146 T 17-09-2021 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 SUPERFAMILY SSF53720 6 414 4.06E-117 T 17-09-2021 IPR016161 Aldehyde/histidinol dehydrogenase GO:0016491|GO:0055114 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 CDD cd07079 ALDH_F18-19_ProA-GPR 7 410 0.0 T 17-09-2021 IPR000965 GPR domain GO:0004350|GO:0006561|GO:0055114 KEGG: 00330+1.2.1.41|KEGG: 00332+1.2.1.41|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 TIGRFAM TIGR00407 proA: glutamate-5-semialdehyde dehydrogenase 11 404 8.4E-158 T 17-09-2021 IPR000965 GPR domain GO:0004350|GO:0006561|GO:0055114 KEGG: 00330+1.2.1.41|KEGG: 00332+1.2.1.41|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 PIRSF PIRSF000151 1 414 5.1E-185 T 17-09-2021 IPR012134 Glutamate-5-semialdehyde dehydrogenase GO:0004350|GO:0006561|GO:0050661|GO:0055114 KEGG: 00330+1.2.1.41|KEGG: 00332+1.2.1.41|MetaCyc: PWY-3341|MetaCyc: PWY-6922 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 Hamap MF_00412 Gamma-glutamyl phosphate reductase [proA]. 3 414 43.474 T 17-09-2021 IPR000965 GPR domain GO:0004350|GO:0006561|GO:0055114 KEGG: 00330+1.2.1.41|KEGG: 00332+1.2.1.41|MetaCyc: PWY-3341|MetaCyc: PWY-6922|Reactome: R-HSA-8964539 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 PANTHER PTHR11063 7 413 2.7E-146 T 17-09-2021 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 Pfam PF00171 Aldehyde dehydrogenase family 315 377 1.6E-6 T 17-09-2021 IPR015590 Aldehyde dehydrogenase domain GO:0016491|GO:0055114 +MGYG000000001_00987 d1a9e77a9d27e992a7688b2e075bc8ef 414 Pfam PF00171 Aldehyde dehydrogenase family 11 284 1.9E-13 T 17-09-2021 IPR015590 Aldehyde dehydrogenase domain GO:0016491|GO:0055114 +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 2 32 6.525 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 PANTHER PTHR42859 2 99 3.7E-15 T 17-09-2021 +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 109 120 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 43 72 9.222 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 73 97 9.138 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 Pfam PF00037 4Fe-4S binding domain 106 125 3.2E-7 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 Gene3D G3DSA:3.30.70.20 104 129 3.0E-6 T 17-09-2021 +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 Gene3D G3DSA:3.30.70.20 63 103 3.7E-10 T 17-09-2021 +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 Gene3D G3DSA:3.30.70.20 7 62 3.5E-5 T 17-09-2021 +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 100 129 10.415 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 SUPERFAMILY SSF54862 2 126 6.05E-29 T 17-09-2021 +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 Pfam PF13187 4Fe-4S dicluster domain 52 97 8.7E-10 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01636 541f3666866b441f907a576927562d2c 129 PANTHER PTHR42859:SF4 2 99 3.7E-15 T 17-09-2021 +MGYG000000001_01252 a9026f94cd4feb75aecb2bc4d0657b62 325 Pfam PF02653 Branched-chain amino acid transport system / permease component 49 318 1.1E-53 T 17-09-2021 IPR001851 ABC transporter, permease GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_01252 a9026f94cd4feb75aecb2bc4d0657b62 325 CDD cd06579 TM_PBP1_transp_AraH_like 57 321 7.64949E-91 T 17-09-2021 +MGYG000000001_01252 a9026f94cd4feb75aecb2bc4d0657b62 325 PANTHER PTHR32196:SF21 10 323 5.0E-116 T 17-09-2021 +MGYG000000001_01252 a9026f94cd4feb75aecb2bc4d0657b62 325 PANTHER PTHR32196 10 323 5.0E-116 T 17-09-2021 +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 TIGRFAM TIGR01099 galU: UTP--glucose-1-phosphate uridylyltransferase 3 263 1.1E-124 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 TIGRFAM TIGR01099 galU: UTP--glucose-1-phosphate uridylyltransferase 3 263 1.1E-124 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 PANTHER PTHR43197 1 288 1.6E-133 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 PANTHER PTHR43197 1 288 1.6E-133 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 CDD cd02541 UGPase_prokaryotic 4 270 2.41125E-171 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 CDD cd02541 UGPase_prokaryotic 4 270 2.41125E-171 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 Pfam PF00483 Nucleotidyl transferase 5 264 1.2E-32 T 17-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 Pfam PF00483 Nucleotidyl transferase 5 264 1.2E-32 T 17-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 PANTHER PTHR43197:SF1 1 288 1.6E-133 T 17-09-2021 +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 PANTHER PTHR43197:SF1 1 288 1.6E-133 T 17-09-2021 +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 Gene3D G3DSA:3.90.550.10 1 290 9.6E-95 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 Gene3D G3DSA:3.90.550.10 1 290 9.6E-95 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02540 8ae1b548f8cd7256be7bb29e36c77c2e 291 SUPERFAMILY SSF53448 2 267 1.48E-69 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02537 8ae1b548f8cd7256be7bb29e36c77c2e 291 SUPERFAMILY SSF53448 2 267 1.48E-69 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01765 229218bccce7ccaf7af53807f08d7fc1 215 Coils Coil 113 137 - T 17-09-2021 +MGYG000000001_01765 229218bccce7ccaf7af53807f08d7fc1 215 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 6.0 T 17-09-2021 +MGYG000000001_00500 6f2b20b37f9503ddc1a4d7347dedbc22 41 CDD cd18623 GH32_ScrB-like 7 39 1.45398E-7 T 17-09-2021 +MGYG000000001_02412 d29bf2108445582aaa3449bb08b8d8df 522 PANTHER PTHR30003:SF0 6 515 2.2E-153 T 17-09-2021 +MGYG000000001_02412 d29bf2108445582aaa3449bb08b8d8df 522 Pfam PF02652 L-lactate permease 7 515 2.5E-144 T 17-09-2021 IPR003804 L-lactate permease GO:0005887|GO:0015129|GO:0015727 +MGYG000000001_02412 d29bf2108445582aaa3449bb08b8d8df 522 PANTHER PTHR30003 6 515 2.2E-153 T 17-09-2021 IPR003804 L-lactate permease GO:0005887|GO:0015129|GO:0015727 +MGYG000000001_02412 d29bf2108445582aaa3449bb08b8d8df 522 TIGRFAM TIGR00795 lctP: transporter, lactate permease (LctP) family 4 515 1.4E-138 T 17-09-2021 IPR003804 L-lactate permease GO:0005887|GO:0015129|GO:0015727 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 Gene3D G3DSA:2.40.10.120 46 263 4.9E-67 T 17-09-2021 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 Gene3D G3DSA:2.30.42.10 269 360 1.1E-20 T 17-09-2021 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 SUPERFAMILY SSF50156 249 359 4.6E-20 T 17-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 SMART SM00228 268 351 7.6E-11 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 Pfam PF13180 PDZ domain 288 359 5.9E-16 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PANTHER PTHR43019 5 359 2.8E-83 T 17-09-2021 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 Pfam PF13365 Trypsin-like peptidase domain 93 232 1.1E-34 T 17-09-2021 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 ProSiteProfiles PS50106 PDZ domain profile. 262 351 10.114 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 SUPERFAMILY SSF50494 56 264 1.37E-58 T 17-09-2021 IPR009003 Peptidase S1, PA clan +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PRINTS PR00834 HtrA/DegQ protease family signature 102 114 1.6E-33 T 17-09-2021 IPR001940 Peptidase S1C GO:0004252|GO:0006508 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PRINTS PR00834 HtrA/DegQ protease family signature 125 145 1.6E-33 T 17-09-2021 IPR001940 Peptidase S1C GO:0004252|GO:0006508 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PRINTS PR00834 HtrA/DegQ protease family signature 225 242 1.6E-33 T 17-09-2021 IPR001940 Peptidase S1C GO:0004252|GO:0006508 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PRINTS PR00834 HtrA/DegQ protease family signature 165 189 1.6E-33 T 17-09-2021 IPR001940 Peptidase S1C GO:0004252|GO:0006508 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PRINTS PR00834 HtrA/DegQ protease family signature 309 321 1.6E-33 T 17-09-2021 IPR001940 Peptidase S1C GO:0004252|GO:0006508 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PRINTS PR00834 HtrA/DegQ protease family signature 203 220 1.6E-33 T 17-09-2021 IPR001940 Peptidase S1C GO:0004252|GO:0006508 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 CDD cd00987 PDZ_serine_protease 270 358 4.30614E-18 T 17-09-2021 +MGYG000000001_00048 79c5c047877f43faa5b4bb31204790ec 360 PANTHER PTHR43019:SF4 5 359 2.8E-83 T 17-09-2021 +MGYG000000001_00853 0e41939ff6d1e65c77b0fcbc06676588 464 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 6.0 T 17-09-2021 +MGYG000000001_00853 0e41939ff6d1e65c77b0fcbc06676588 464 SUPERFAMILY SSF69318 60 352 1.29E-9 T 17-09-2021 +MGYG000000001_02991 d3d930fde5c18bc499d8b839c17337b1 261 SUPERFAMILY SSF55729 132 257 7.7E-14 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_02991 d3d930fde5c18bc499d8b839c17337b1 261 Gene3D G3DSA:3.40.630.30 100 250 1.8E-12 T 17-09-2021 +MGYG000000001_02991 d3d930fde5c18bc499d8b839c17337b1 261 PANTHER PTHR43072:SF25 5 259 2.8E-20 T 17-09-2021 +MGYG000000001_02991 d3d930fde5c18bc499d8b839c17337b1 261 Pfam PF12746 GNAT acetyltransferase 175 258 1.2E-7 T 17-09-2021 IPR027365 GNAT acetyltransferase YdfB-like +MGYG000000001_02991 d3d930fde5c18bc499d8b839c17337b1 261 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 131 261 10.876 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02991 d3d930fde5c18bc499d8b839c17337b1 261 PANTHER PTHR43072 5 259 2.8E-20 T 17-09-2021 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 Gene3D G3DSA:3.90.100.10 397 489 7.6E-18 T 17-09-2021 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 CDD cd00615 Orn_deC_like 21 313 9.21739E-122 T 17-09-2021 IPR000310 Orn/Lys/Arg decarboxylase, major domain GO:0003824 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 PANTHER PTHR43277 13 494 8.2E-165 T 17-09-2021 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 Gene3D G3DSA:3.40.640.10 20 295 1.4E-92 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 Pfam PF03711 Orn/Lys/Arg decarboxylase, C-terminal domain 414 477 2.0E-9 T 17-09-2021 IPR008286 Orn/Lys/Arg decarboxylase, C-terminal GO:0003824 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 PANTHER PTHR43277:SF4 13 494 8.2E-165 T 17-09-2021 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 Pfam PF01276 Orn/Lys/Arg decarboxylase, major domain 21 381 8.4E-73 T 17-09-2021 IPR000310 Orn/Lys/Arg decarboxylase, major domain GO:0003824 +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 SUPERFAMILY SSF53383 21 393 7.8E-88 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02090 1eb5f01cd7affbb0943b1d4c46563e87 495 SUPERFAMILY SSF55904 355 494 6.15E-32 T 17-09-2021 IPR036633 Orn/Lys/Arg decarboxylase, C-terminal domain superfamily GO:0003824 +MGYG000000001_02300 dea0f19434212c6cbb738a65e04cef1d 111 MobiDBLite mobidb-lite consensus disorder prediction 1 20 - T 17-09-2021 +MGYG000000001_02300 dea0f19434212c6cbb738a65e04cef1d 111 MobiDBLite mobidb-lite consensus disorder prediction 1 43 - T 17-09-2021 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 Pfam PF01470 Pyroglutamyl peptidase 1 198 4.1E-86 T 17-09-2021 IPR016125 Peptidase C15, pyroglutamyl peptidase I-like MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 CDD cd00501 Peptidase_C15 1 194 1.3248E-96 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 Hamap MF_00417 Pyrrolidone-carboxylate peptidase [pcp]. 1 199 38.979 T 17-09-2021 IPR029762 Pyroglutamyl peptidase I, bacterial-type GO:0005829|GO:0006508|GO:0008234|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 ProSitePatterns PS01334 Pyrrolidone-carboxylate peptidase cysteine active site. 128 142 - T 17-09-2021 IPR033694 Pyroglutamyl peptidase I, Cys active site MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 Gene3D G3DSA:3.40.630.20 1 213 1.9E-80 T 17-09-2021 IPR036440 Peptidase C15, pyroglutamyl peptidase I-like superfamily MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PANTHER PTHR23402:SF1 2 178 1.5E-41 T 17-09-2021 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PIRSF PIRSF015592 1 211 1.2E-84 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 TIGRFAM TIGR00504 pyro_pdase: pyroglutamyl-peptidase I 2 211 4.0E-79 T 17-09-2021 IPR029762 Pyroglutamyl peptidase I, bacterial-type GO:0005829|GO:0006508|GO:0008234|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 ProSitePatterns PS01333 Pyrrolidone-carboxylate peptidase glutamic acid active site. 67 83 - T 17-09-2021 IPR033693 Pyroglutamyl peptidase I, Glu active site MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PANTHER PTHR23402 2 178 1.5E-41 T 17-09-2021 IPR016125 Peptidase C15, pyroglutamyl peptidase I-like MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PRINTS PR00706 Pyroglutamyl peptidase I (C15) family signature 3 26 4.4E-45 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PRINTS PR00706 Pyroglutamyl peptidase I (C15) family signature 130 146 4.4E-45 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PRINTS PR00706 Pyroglutamyl peptidase I (C15) family signature 78 98 4.4E-45 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PRINTS PR00706 Pyroglutamyl peptidase I (C15) family signature 160 172 4.4E-45 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 PRINTS PR00706 Pyroglutamyl peptidase I (C15) family signature 60 72 4.4E-45 T 17-09-2021 IPR000816 Peptidase C15, pyroglutamyl peptidase I GO:0005829|GO:0006508|GO:0016920 MetaCyc: PWY-7942 +MGYG000000001_00376 dbd4e560adc149aa25517dc32362ddd3 213 SUPERFAMILY SSF53182 1 212 1.96E-71 T 17-09-2021 IPR036440 Peptidase C15, pyroglutamyl peptidase I-like superfamily MetaCyc: PWY-7942 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 SUPERFAMILY SSF55315 3 75 2.59E-18 T 17-09-2021 IPR029064 50S ribosomal protein L30e-like +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 CDD cd18103 SpoU-like_RlmB 95 236 5.03241E-83 T 17-09-2021 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 Pfam PF08032 RNA 2'-O ribose methyltransferase substrate binding 4 78 1.7E-21 T 17-09-2021 IPR013123 RNA 2-O ribose methyltransferase, substrate binding GO:0008168 Reactome: R-HSA-6793080 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 Gene3D G3DSA:3.30.1330.30 1 73 1.9E-12 T 17-09-2021 IPR029064 50S ribosomal protein L30e-like +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 SUPERFAMILY SSF75217 66 241 1.44E-48 T 17-09-2021 IPR029028 Alpha/beta knot methyltransferases +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 SMART SM00967 3 78 8.6E-22 T 17-09-2021 IPR013123 RNA 2-O ribose methyltransferase, substrate binding GO:0008168 Reactome: R-HSA-6793080 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 PANTHER PTHR46429:SF1 3 242 5.4E-98 T 17-09-2021 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 Pfam PF00588 SpoU rRNA Methylase family 95 234 1.4E-39 T 17-09-2021 IPR001537 tRNA/rRNA methyltransferase, SpoU type GO:0003723|GO:0006396|GO:0008173 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 Gene3D G3DSA:3.40.1280.10 75 241 1.5E-56 T 17-09-2021 IPR029026 tRNA (guanine-N1-)-methyltransferase, N-terminal +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 TIGRFAM TIGR00186 rRNA_methyl_3: RNA methyltransferase, TrmH family, group 3 3 240 3.0E-83 T 17-09-2021 IPR004441 RNA methyltransferase TrmH family GO:0006396|GO:0008173 Reactome: R-HSA-6793080 +MGYG000000001_02448 c50ab3b8d0098cf3ca1f3e26099f0e61 244 PANTHER PTHR46429 3 242 5.4E-98 T 17-09-2021 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 Hamap MF_00501 50S ribosomal protein L31 [rpmE]. 2 67 26.066 T 17-09-2021 IPR027491 Ribosomal protein L31 type A GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 Pfam PF01197 Ribosomal protein L31 2 65 7.9E-31 T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 SUPERFAMILY SSF143800 2 66 1.61E-25 T 17-09-2021 IPR034704 L28p-like Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 TIGRFAM TIGR00105 L31: ribosomal protein bL31 2 66 2.1E-29 T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 PRINTS PR01249 Ribosomal protein L31 signature 3 20 2.2E-19 T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 PRINTS PR01249 Ribosomal protein L31 signature 31 46 2.2E-19 T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 PRINTS PR01249 Ribosomal protein L31 signature 46 64 2.2E-19 T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 Gene3D G3DSA:2.30.170.50 2 67 2.8E-30 T 17-09-2021 IPR042105 Ribosomal protein L31 superfamily +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 ProSitePatterns PS01143 Ribosomal protein L31 signature. 35 56 - T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 PANTHER PTHR33280:SF1 2 66 5.3E-24 T 17-09-2021 +MGYG000000001_00713 babe1ad39fd31cb3707f60946166afdd 67 PANTHER PTHR33280 2 66 5.3E-24 T 17-09-2021 IPR002150 Ribosomal protein L31 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 SUPERFAMILY SSF52161 1 140 1.57E-57 T 17-09-2021 IPR036899 Ribosomal protein L13 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 CDD cd00392 Ribosomal_L13 15 128 7.3658E-45 T 17-09-2021 IPR005822 Ribosomal protein L13 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 Hamap MF_01366 50S ribosomal protein L13 [rplM]. 15 141 27.529 T 17-09-2021 IPR005822 Ribosomal protein L13 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 Pfam PF00572 Ribosomal protein L13 14 138 1.3E-58 T 17-09-2021 IPR005822 Ribosomal protein L13 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 Gene3D G3DSA:3.90.1180.10 2 143 8.6E-65 T 17-09-2021 IPR036899 Ribosomal protein L13 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 PIRSF PIRSF002181 1 143 1.8E-52 T 17-09-2021 IPR005822 Ribosomal protein L13 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 PANTHER PTHR11545:SF2 9 140 2.8E-60 T 17-09-2021 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 PANTHER PTHR11545 9 140 2.8E-60 T 17-09-2021 IPR005822 Ribosomal protein L13 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02557 d4c945345fac0c1bc9464b5cfb95689d 143 TIGRFAM TIGR01066 rplM_bact: ribosomal protein uL13 5 141 3.2E-63 T 17-09-2021 IPR005823 Ribosomal protein L13, bacterial-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 Gene3D G3DSA:3.30.70.1710 1 93 7.8E-42 T 17-09-2021 +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 ProSitePatterns PS01139 Bacterial microcompartiments proteins signature. 22 41 - T 17-09-2021 IPR020808 Bacterial microcompartments protein, conserved site +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 CDD cd07045 BMC_CcmK_like 5 88 1.90413E-41 T 17-09-2021 +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 Pfam PF00936 BMC domain 5 80 2.8E-28 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 PANTHER PTHR33941 1 91 2.0E-42 T 17-09-2021 +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 SMART SM00877 4 80 8.3E-37 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01164 f1445d4b9e0398569ce8b61591503575 93 SUPERFAMILY SSF143414 4 90 7.85E-33 T 17-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_02049 2ad148b7ae2940c666e072344374667f 95 Gene3D G3DSA:2.60.120.10 1 95 8.0E-18 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_02049 2ad148b7ae2940c666e072344374667f 95 SUPERFAMILY SSF51182 14 90 4.05E-13 T 17-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_02049 2ad148b7ae2940c666e072344374667f 95 Pfam PF07883 Cupin domain 27 89 8.3E-8 T 17-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 PANTHER PTHR30472 8 330 1.2E-95 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 Gene3D G3DSA:1.10.3470.10 6 332 3.0E-82 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 PANTHER PTHR30472:SF1 8 330 1.2E-95 T 17-09-2021 +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 CDD cd06550 TM_ABC_iron-siderophores_like 64 324 1.54912E-43 T 17-09-2021 +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 ProSiteProfiles PS50283 Sodium:solute symporter family profile. 1 141 9.132 T 17-09-2021 IPR001734 Sodium/solute symporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 SUPERFAMILY SSF81345 11 327 1.31E-71 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02684 b00b564f075f65ffade5506d7ec9a89c 337 Pfam PF01032 FecCD transport family 20 325 7.0E-83 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02760 bba685c304dfbcaeb353e1cd61d632e5 413 Coils Coil 48 68 - T 17-09-2021 +MGYG000000001_02760 bba685c304dfbcaeb353e1cd61d632e5 413 MobiDBLite mobidb-lite consensus disorder prediction 348 371 - T 17-09-2021 +MGYG000000001_02760 bba685c304dfbcaeb353e1cd61d632e5 413 Coils Coil 341 361 - T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Pfam PF00117 Glutamine amidotransferase class-I 10 190 1.3E-42 T 17-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PANTHER PTHR11922:SF2 2 512 8.4E-229 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PRINTS PR00096 Glutamine amidotransferase superfamily signature 79 90 9.7E-6 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PRINTS PR00096 Glutamine amidotransferase superfamily signature 52 61 9.7E-6 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PRINTS PR00096 Glutamine amidotransferase superfamily signature 167 180 9.7E-6 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Gene3D G3DSA:3.40.50.620 199 392 6.8E-77 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Pfam PF00958 GMP synthase C terminal domain 420 511 3.4E-44 T 17-09-2021 IPR001674 GMP synthase, C-terminal GO:0003922|GO:0005524|GO:0006164|GO:0006177 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221|Reactome: R-HSA-73817 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 SUPERFAMILY SSF52402 183 433 3.53E-57 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 8 22 3.8E-6 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 49 63 3.8E-6 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 79 95 3.8E-6 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 CDD cd01997 GMP_synthase_C 219 511 0.0 T 17-09-2021 IPR001674 GMP synthase, C-terminal GO:0003922|GO:0005524|GO:0006164|GO:0006177 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221|Reactome: R-HSA-73817 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Pfam PF02540 NAD synthase 206 282 6.0E-6 T 17-09-2021 IPR022310 NAD/GMP synthase +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Gene3D G3DSA:3.30.300.10 393 512 5.1E-52 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 SUPERFAMILY SSF52317 5 227 2.81E-53 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Hamap MF_00344 GMP synthase [glutamine-hydrolyzing] [guaA]. 5 512 55.305 T 17-09-2021 IPR022955 GMP synthase GO:0003922|GO:0006177 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 ProSiteProfiles PS51273 Glutamine amidotransferase type 1 domain profile. 7 197 34.447 T 17-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 TIGRFAM TIGR00888 guaA_Nterm: GMP synthase (glutamine-hydrolyzing), N-terminal domain 8 194 3.4E-74 T 17-09-2021 IPR004739 GMP synthase, glutamine amidotransferase GO:0003922|GO:0005524|GO:0006177 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221|Reactome: R-HSA-73817 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 CDD cd01742 GATase1_GMP_Synthase 8 188 2.67236E-96 T 17-09-2021 IPR004739 GMP synthase, glutamine amidotransferase GO:0003922|GO:0005524|GO:0006177 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221|Reactome: R-HSA-73817 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 Gene3D G3DSA:3.40.50.880 1 195 8.4E-56 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 TIGRFAM TIGR00884 guaA_Cterm: GMP synthase (glutamine-hydrolyzing), C-terminal domain 203 512 2.3E-156 T 17-09-2021 IPR001674 GMP synthase, C-terminal GO:0003922|GO:0005524|GO:0006164|GO:0006177 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221|Reactome: R-HSA-73817 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 ProSiteProfiles PS51553 GMP synthetase ATP pyrophosphatase (GMPS ATP-PPase) domain profile. 198 387 84.438 T 17-09-2021 IPR025777 GMP synthetase ATP pyrophosphatase domain GO:0005524|GO:0016462 KEGG: 00230+6.3.5.2|KEGG: 00983+6.3.5.2|MetaCyc: PWY-7221|Reactome: R-HSA-73817 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 PANTHER PTHR11922 2 512 8.4E-229 T 17-09-2021 +MGYG000000001_01544 7bf50aa7fdb6cc675ca133d26e67f7cb 512 SUPERFAMILY SSF54810 392 512 7.85E-53 T 17-09-2021 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 Hamap MF_00444 ATP-dependent Clp protease proteolytic subunit [clpP]. 3 193 45.271 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 Pfam PF00574 Clp protease 13 192 2.7E-90 T 17-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 ProSitePatterns PS00382 Endopeptidase Clp histidine active site. 112 125 - T 17-09-2021 IPR033135 ClpP, histidine active site +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 TIGRFAM TIGR00493 clpP: ATP-dependent Clp endopeptidase, proteolytic subunit ClpP 1 191 8.8E-109 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 SUPERFAMILY SSF52096 10 194 6.39E-76 T 17-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PANTHER PTHR10381 3 193 2.6E-98 T 17-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 Gene3D G3DSA:3.90.226.10 1 194 2.2E-86 T 17-09-2021 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 CDD cd07017 S14_ClpP_2 19 189 2.32419E-117 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 ProSitePatterns PS00381 Endopeptidase Clp serine active site. 90 101 - T 17-09-2021 IPR018215 ClpP, Ser active site +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PRINTS PR00127 Clp protease catalytic subunit P signature 90 107 2.1E-55 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PRINTS PR00127 Clp protease catalytic subunit P signature 168 187 2.1E-55 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PRINTS PR00127 Clp protease catalytic subunit P signature 111 130 2.1E-55 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PRINTS PR00127 Clp protease catalytic subunit P signature 19 34 2.1E-55 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PRINTS PR00127 Clp protease catalytic subunit P signature 59 79 2.1E-55 T 17-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_00029 f6343b74112d488e12f573fa34d7dc67 196 PANTHER PTHR10381:SF11 3 193 2.6E-98 T 17-09-2021 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 TIGRFAM TIGR00406 prmA: ribosomal protein L11 methyltransferase 3 305 3.6E-76 T 17-09-2021 IPR004498 Ribosomal protein L11 methyltransferase GO:0006479|GO:0008276 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 PANTHER PTHR43648 1 310 1.9E-67 T 17-09-2021 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 Hamap MF_00735 Ribosomal protein L11 methyltransferase [prmA]. 3 312 35.535 T 17-09-2021 IPR004498 Ribosomal protein L11 methyltransferase GO:0006479|GO:0008276 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 Pfam PF06325 Ribosomal protein L11 methyltransferase (PrmA) 2 311 6.1E-100 T 17-09-2021 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 CDD cd02440 AdoMet_MTases 179 235 1.71124E-10 T 17-09-2021 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 PIRSF PIRSF000401 1 313 2.2E-107 T 17-09-2021 IPR004498 Ribosomal protein L11 methyltransferase GO:0006479|GO:0008276 +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 SUPERFAMILY SSF53335 99 309 1.27E-47 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00234 f67be8073d8171f825783fc2d90212aa 313 Gene3D G3DSA:3.40.50.150 118 313 1.6E-62 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 CDD cd01335 Radical_SAM 181 338 5.71141E-6 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 Pfam PF02310 B12 binding domain 9 122 1.2E-16 T 17-09-2021 IPR006158 Cobalamin (vitamin B12)-binding domain GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 Pfam PF13311 Protein of unknown function (DUF4080) 370 566 4.1E-55 T 17-09-2021 IPR025288 Domain of unknown function DUF4080 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 SMART SM00729 176 388 1.7E-25 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 Gene3D G3DSA:3.80.30.20 174 377 1.9E-21 T 17-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 SUPERFAMILY SSF102114 164 376 1.03E-42 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 Pfam PF04055 Radical SAM superfamily 181 343 1.4E-15 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 SFLD SFLDS00029 Radical SAM 9 403 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 SFLD SFLDG01123 methyltransferase (Class B) 9 403 0.0 T 17-09-2021 IPR034466 Methyltransferase, class B +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 CDD cd02068 radical_SAM_B12_BD 17 143 1.86521E-22 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 ProSiteProfiles PS51332 B12-binding domain profile. 1 133 25.026 T 17-09-2021 IPR006158 Cobalamin (vitamin B12)-binding domain GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 PANTHER PTHR43409:SF8 1 458 1.4E-99 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 Gene3D G3DSA:3.40.50.280 13 136 7.4E-6 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 PANTHER PTHR43409 1 458 1.4E-99 T 17-09-2021 +MGYG000000001_01351 ad25817e29debdda253cc13ee177e0b2 584 SUPERFAMILY SSF52242 40 148 1.65E-6 T 17-09-2021 IPR036724 Cobalamin-binding domain superfamily GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 TIGRFAM TIGR02859 spore_sigH: RNA polymerase sigma-H factor 39 233 1.9E-104 T 17-09-2021 IPR014218 RNA polymerase sigma-H type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 PANTHER PTHR30385 40 236 8.4E-74 T 17-09-2021 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 83 96 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 SUPERFAMILY SSF88659 146 234 2.62E-10 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 55 232 9.1E-25 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 Coils Coil 168 192 - T 17-09-2021 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 Pfam PF04542 Sigma-70 region 2 60 128 2.2E-13 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 PANTHER PTHR30385:SF1 40 236 8.4E-74 T 17-09-2021 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 Pfam PF00196 Bacterial regulatory proteins, luxR family 185 229 8.0E-6 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 ProSitePatterns PS00622 LuxR-type HTH domain signature. 200 227 - T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 SUPERFAMILY SSF88946 33 128 3.66E-24 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 PIRSF PIRSF002939 24 237 2.6E-101 T 17-09-2021 IPR016371 RNA polymerase sigma-H factor GO:0003677|GO:0006351|GO:0016987 +MGYG000000001_02450 5cf16b3a82e5707dd65b1b86c15bc440 237 Coils Coil 207 234 - T 17-09-2021 +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 ProSitePatterns PS01332 Rrf2-type HTH domain signature. 49 67 - T 17-09-2021 IPR030489 Transcription regulator Rrf2-type, conserved site +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 SUPERFAMILY SSF46785 2 135 1.07E-34 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 TIGRFAM TIGR00738 rrf2_super: Rrf2 family protein 1 132 1.4E-41 T 17-09-2021 IPR000944 Transcription regulator Rrf2-type +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 PANTHER PTHR33221 1 137 1.3E-48 T 17-09-2021 IPR000944 Transcription regulator Rrf2-type +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 Pfam PF02082 Transcriptional regulator 1 81 8.0E-28 T 17-09-2021 IPR000944 Transcription regulator Rrf2-type +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 Gene3D G3DSA:1.10.10.10 1 143 7.9E-51 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 PANTHER PTHR33221:SF1 1 137 1.3E-48 T 17-09-2021 +MGYG000000001_01482 dea5399036fbdc1c50da598c16339e61 151 ProSiteProfiles PS51197 Rrf2-type HTH domain profile. 2 132 47.521 T 17-09-2021 IPR000944 Transcription regulator Rrf2-type +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 Gene3D G3DSA:3.40.1010.10 1 101 1.4E-21 T 17-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 SUPERFAMILY SSF53790 1 200 7.07E-35 T 17-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 PANTHER PTHR10882 1 201 1.1E-53 T 17-09-2021 +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 1 184 8.8E-20 T 17-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 CDD cd11644 Precorrin-6Y-methylase 2 199 1.74616E-64 T 17-09-2021 IPR012818 Cobalamin (vitamin B12) biosynthesis CbiE, precorrin-6Y methyltransferase GO:0008276|GO:0009236 +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 PANTHER PTHR10882:SF4 1 201 1.1E-53 T 17-09-2021 +MGYG000000001_02190 2fe37529a5fdf9a09e5bc7b0395bd424 202 TIGRFAM TIGR02467 CbiE: precorrin-6y C5,15-methyltransferase (decarboxylating), CbiE subunit 4 197 1.8E-54 T 17-09-2021 IPR012818 Cobalamin (vitamin B12) biosynthesis CbiE, precorrin-6Y methyltransferase GO:0008276|GO:0009236 +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 CDD cd07121 ALDH_EutE 33 462 0.0 T 17-09-2021 IPR012408 Acetaldehyde/propionaldehyde dehydrogenase, EutE/PduP-related +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 SUPERFAMILY SSF53720 36 458 1.26E-62 T 17-09-2021 IPR016161 Aldehyde/histidinol dehydrogenase GO:0016491|GO:0055114 +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 Gene3D G3DSA:3.40.309.10 245 423 3.4E-124 T 17-09-2021 IPR016163 Aldehyde dehydrogenase, C-terminal GO:0016491|GO:0016620|GO:0055114 +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 PANTHER PTHR11699 19 458 3.7E-153 T 17-09-2021 +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 PIRSF PIRSF036410 3 468 1.2E-214 T 17-09-2021 IPR012408 Acetaldehyde/propionaldehyde dehydrogenase, EutE/PduP-related +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 PANTHER PTHR11699:SF68 19 458 3.7E-153 T 17-09-2021 +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 Pfam PF00171 Aldehyde dehydrogenase family 17 423 6.7E-33 T 17-09-2021 IPR015590 Aldehyde dehydrogenase domain GO:0016491|GO:0055114 +MGYG000000001_01150 3e9a4f6e3459cdb6446e5ae774614740 468 Gene3D G3DSA:3.40.605.10 38 244 3.4E-124 T 17-09-2021 IPR016162 Aldehyde dehydrogenase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 SUPERFAMILY SSF53271 84 238 3.41E-33 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 PANTHER PTHR43864 1 261 8.5E-97 T 17-09-2021 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 Gene3D G3DSA:3.40.50.2020 74 267 7.8E-48 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 SUPERFAMILY SSF46785 2 73 7.34E-24 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 Gene3D G3DSA:1.10.10.10 1 73 1.7E-30 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 CDD cd06223 PRTases_typeI 118 240 3.05124E-16 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 Pfam PF00156 Phosphoribosyl transferase domain 111 249 1.2E-17 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 Coils Coil 272 296 - T 17-09-2021 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 TIGRFAM TIGR01743 purR_Bsub: pur operon repressor PurR 3 257 1.8E-102 T 17-09-2021 IPR010078 Pur operon repressor GO:0003677|GO:0045892|GO:0045982 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 Pfam PF09182 Bacterial purine repressor, N-terminal 4 73 4.4E-30 T 17-09-2021 IPR015265 Bacterial purine repressor, N-terminal GO:0003677|GO:0006355 +MGYG000000001_00680 dc029a0f72c18886abac194b1cd5d4e9 296 PANTHER PTHR43864:SF2 1 261 8.5E-97 T 17-09-2021 IPR010078 Pur operon repressor GO:0003677|GO:0045892|GO:0045982 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 ProSitePatterns PS01232 Purine and other phosphorylases family 1 signature. 63 78 - T 17-09-2021 IPR018016 Nucleoside phosphorylase, conserved site GO:0016763 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 PANTHER PTHR43691:SF11 2 234 1.7E-91 T 17-09-2021 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 SUPERFAMILY SSF53167 4 234 1.01E-85 T 17-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 Pfam PF01048 Phosphorylase superfamily 18 217 4.8E-38 T 17-09-2021 IPR000845 Nucleoside phosphorylase domain GO:0003824|GO:0009116 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 PANTHER PTHR43691 2 234 1.7E-91 T 17-09-2021 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 CDD cd09006 PNP_EcPNPI-like 6 234 2.17429E-150 T 17-09-2021 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 Gene3D G3DSA:3.40.50.1580 4 235 8.6E-70 T 17-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 TIGRFAM TIGR00107 deoD: purine nucleoside phosphorylase 6 234 9.9E-89 T 17-09-2021 IPR004402 Purine nucleoside phosphorylase DeoD-type GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1 +MGYG000000001_02911 e77725bc9d42d3083d0819772f23b364 235 Hamap MF_01627 Purine nucleoside phosphorylase DeoD-type [deoD]. 3 235 40.799 T 17-09-2021 IPR004402 Purine nucleoside phosphorylase DeoD-type GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1 +MGYG000000001_01847 078a48af2efc590661eceaec30d0c99c 587 SUPERFAMILY SSF51445 8 391 2.74E-84 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_01847 078a48af2efc590661eceaec30d0c99c 587 Gene3D G3DSA:3.40.50.1700 378 581 9.7E-19 T 17-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_01847 078a48af2efc590661eceaec30d0c99c 587 PANTHER PTHR30480 25 577 5.2E-81 T 17-09-2021 +MGYG000000001_01847 078a48af2efc590661eceaec30d0c99c 587 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 29 348 8.3E-66 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_01847 078a48af2efc590661eceaec30d0c99c 587 Gene3D G3DSA:3.20.20.300 13 374 4.8E-85 T 17-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 Pfam PF00005 ABC transporter 18 184 3.3E-17 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 325 540 12.839 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 CDD cd03221 ABCF_EF-3 331 517 2.11685E-37 T 17-09-2021 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 Pfam PF00005 ABC transporter 345 472 6.2E-19 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 254 15.153 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 SUPERFAMILY SSF52540 341 519 1.03E-36 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 SUPERFAMILY SSF52540 2 235 1.92E-38 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 Gene3D G3DSA:3.40.50.300 1 287 1.9E-45 T 17-09-2021 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 SMART SM00382 354 517 6.4E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 SMART SM00382 26 231 3.8E-5 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 ProSitePatterns PS00211 ABC transporters family signature. 158 172 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 Gene3D G3DSA:3.40.50.300 319 531 1.7E-43 T 17-09-2021 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 PANTHER PTHR19211 1 536 3.5E-103 T 17-09-2021 +MGYG000000001_00801 6785bec4226b246f95e01f273dd16174 579 PANTHER PTHR19211:SF95 1 536 3.5E-103 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 6 188 59.144 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 SUPERFAMILY SSF50447 169 292 1.85E-34 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 SUPERFAMILY SSF54980 403 498 1.44E-25 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 CDD cd16260 EF4_III 297 372 1.00589E-47 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Pfam PF03144 Elongation factor Tu domain 2 209 279 1.8E-15 T 17-09-2021 IPR004161 Translation elongation factor EFTu-like, domain 2 GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PRINTS PR00315 GTP-binding elongation factor signature 94 105 3.9E-14 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PRINTS PR00315 GTP-binding elongation factor signature 10 23 3.9E-14 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PRINTS PR00315 GTP-binding elongation factor signature 53 61 3.9E-14 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PRINTS PR00315 GTP-binding elongation factor signature 130 139 3.9E-14 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PRINTS PR00315 GTP-binding elongation factor signature 78 88 3.9E-14 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Gene3D G3DSA:3.40.50.300 3 189 2.2E-73 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Gene3D G3DSA:2.40.30.10 190 289 2.9E-39 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Gene3D G3DSA:3.30.70.870 290 371 1.2E-35 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Gene3D G3DSA:3.30.70.2570 484 558 6.3E-34 T 17-09-2021 IPR038363 LepA, C-terminal domain superfamily +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 TIGRFAM TIGR01393 lepA: elongation factor 4 7 600 0.0 T 17-09-2021 IPR006297 Elongation factor 4 GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Pfam PF00679 Elongation factor G C-terminus 403 489 1.0E-23 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Pfam PF06421 GTP-binding protein LepA C-terminus 492 598 5.4E-51 T 17-09-2021 IPR013842 GTP-binding protein LepA, C-terminal +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Pfam PF00009 Elongation factor Tu GTP binding domain 7 185 9.0E-53 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 CDD cd03709 lepA_C 405 483 1.21121E-43 T 17-09-2021 IPR035654 Elongation factor 4, domain IV +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PANTHER PTHR43512 3 601 7.5E-299 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 CDD cd03699 EF4_II 195 280 2.39803E-46 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Hamap MF_00071 Elongation factor 4 [lepA]. 1 602 305.768 T 17-09-2021 IPR006297 Elongation factor 4 GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 SUPERFAMILY SSF52540 4 209 2.32E-54 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 SMART SM00838 402 485 0.0011 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 46 61 - T 17-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 CDD cd01890 LepA 9 187 2.47415E-128 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 8 177 4.5E-20 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 Gene3D G3DSA:3.30.70.3380 372 482 2.6E-42 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 PANTHER PTHR43512:SF4 3 601 7.5E-299 T 17-09-2021 +MGYG000000001_00244 c741ac7254da219c2be503b8fc3300ee 606 SUPERFAMILY SSF54980 296 374 4.68E-18 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_01101 30003b6834b3218b1712f231fdf5e5f5 147 Pfam PF03592 Terminase small subunit 3 130 7.4E-32 T 17-09-2021 IPR005335 Terminase small subunit GO:0006323 +MGYG000000001_01101 30003b6834b3218b1712f231fdf5e5f5 147 Gene3D G3DSA:1.10.10.1400 1 64 9.2E-18 T 17-09-2021 IPR038713 Terminase small subunit, N-terminal domain superfamily +MGYG000000001_01101 30003b6834b3218b1712f231fdf5e5f5 147 PANTHER PTHR41328 1 138 4.5E-33 T 17-09-2021 +MGYG000000001_01101 30003b6834b3218b1712f231fdf5e5f5 147 PANTHER PTHR41328:SF2 1 138 4.5E-33 T 17-09-2021 +MGYG000000001_00229 165f2a9b5fa0a51375ce945d406600f3 147 Gene3D G3DSA:1.10.1510.10 1 90 2.0E-26 T 17-09-2021 IPR042184 YqeY/Aim41, N-terminal domain +MGYG000000001_00229 165f2a9b5fa0a51375ce945d406600f3 147 SUPERFAMILY SSF89095 1 146 6.8E-44 T 17-09-2021 IPR003789 Aspartyl/glutamyl-tRNA amidotransferase subunit B-like GO:0016884 +MGYG000000001_00229 165f2a9b5fa0a51375ce945d406600f3 147 Gene3D G3DSA:1.10.10.410 91 147 2.6E-25 T 17-09-2021 IPR023168 Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase, C-terminal, domain 2 +MGYG000000001_00229 165f2a9b5fa0a51375ce945d406600f3 147 Pfam PF09424 Yqey-like protein 4 146 2.9E-54 T 17-09-2021 IPR019004 Uncharacterised protein YqeY/Aim41 +MGYG000000001_00229 165f2a9b5fa0a51375ce945d406600f3 147 Coils Coil 4 24 - T 17-09-2021 +MGYG000000001_00229 165f2a9b5fa0a51375ce945d406600f3 147 PANTHER PTHR28055 2 147 1.5E-49 T 17-09-2021 IPR019004 Uncharacterised protein YqeY/Aim41 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 Gene3D G3DSA:3.40.50.2300 1 128 2.1E-25 T 17-09-2021 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 ProSiteProfiles PS50930 LytTR-type HTH domain profile. 132 229 14.154 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 PANTHER PTHR43412:SF1 1 224 6.5E-36 T 17-09-2021 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 Pfam PF00072 Response regulator receiver domain 3 115 3.3E-18 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 Pfam PF04397 LytTr DNA-binding domain 143 223 2.2E-17 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 CDD cd00156 REC 5 119 3.23759E-20 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 SMART SM00850 138 225 8.2E-13 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 SUPERFAMILY SSF52172 1 131 2.7E-24 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 ProSiteProfiles PS50110 Response regulatory domain profile. 2 119 25.638 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 SMART SM00448 1 115 9.2E-17 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 Gene3D G3DSA:2.40.50.1020 129 225 1.4E-16 T 17-09-2021 +MGYG000000001_02394 5ba590fb0a3b09f8018e8df55b521fc4 229 PANTHER PTHR43412 1 224 6.5E-36 T 17-09-2021 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 SUPERFAMILY SSF53756 75 371 2.51E-23 T 17-09-2021 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 Gene3D G3DSA:3.40.50.2000 192 351 9.3E-21 T 17-09-2021 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 CDD cd17507 GT28_Beta-DGS-like 10 372 1.32518E-100 T 17-09-2021 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 Pfam PF04101 Glycosyltransferase family 28 C-terminal domain 232 350 1.5E-12 T 17-09-2021 IPR007235 Glycosyl transferase, family 28, C-terminal GO:0016758 KEGG: 00550+2.4.1.227|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471|Reactome: R-HSA-446193|Reactome: R-HSA-5633231 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 PANTHER PTHR43025 4 372 2.0E-68 T 17-09-2021 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 Pfam PF06925 Monogalactosyldiacylglycerol (MGDG) synthase 21 184 2.2E-32 T 17-09-2021 IPR009695 Diacylglycerol glucosyltransferase, N-terminal GO:0009247|GO:0016758 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 PANTHER PTHR43025:SF3 4 372 2.0E-68 T 17-09-2021 +MGYG000000001_00508 4748abbfdc0ad62d3c81933bc4e39dc9 377 Gene3D G3DSA:3.40.50.2000 46 191 5.4E-6 T 17-09-2021 +MGYG000000001_03114 0f0394a677c8bcd50cfdd2d6e2a762a2 322 PANTHER PTHR43227 27 319 1.1E-71 T 17-09-2021 +MGYG000000001_03114 0f0394a677c8bcd50cfdd2d6e2a762a2 322 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 93 311 23.06 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03114 0f0394a677c8bcd50cfdd2d6e2a762a2 322 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 115 311 1.6E-15 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_03114 0f0394a677c8bcd50cfdd2d6e2a762a2 322 Gene3D G3DSA:1.10.3720.10 73 319 4.3E-62 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_03114 0f0394a677c8bcd50cfdd2d6e2a762a2 322 SUPERFAMILY SSF161098 77 310 6.28E-53 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_03114 0f0394a677c8bcd50cfdd2d6e2a762a2 322 CDD cd06261 TM_PBP2 93 305 2.29266E-10 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 ProSitePatterns PS00873 Sodium:alanine symporter family signature. 93 108 - T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PANTHER PTHR30330:SF1 1 468 2.2E-206 T 17-09-2021 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PRINTS PR00175 Sodium/alanine symporter signature 407 427 1.2E-59 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PRINTS PR00175 Sodium/alanine symporter signature 183 201 1.2E-59 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PRINTS PR00175 Sodium/alanine symporter signature 302 320 1.2E-59 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PRINTS PR00175 Sodium/alanine symporter signature 211 230 1.2E-59 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PRINTS PR00175 Sodium/alanine symporter signature 347 369 1.2E-59 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PRINTS PR00175 Sodium/alanine symporter signature 93 115 1.2E-59 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 TIGRFAM TIGR00835 agcS: amino acid carrier protein 16 438 1.2E-149 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 Pfam PF01235 Sodium:alanine symporter family 56 451 9.2E-162 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01515 9303f7b2f8d514cdcd99ff59a51710e7 474 PANTHER PTHR30330 1 468 2.2E-206 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 5 146 14.289 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 Pfam PF13673 Acetyltransferase (GNAT) domain 41 146 7.0E-14 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 PANTHER PTHR13355 19 144 5.6E-17 T 17-09-2021 IPR039143 Glucosamine 6-phosphate N-acetyltransferase GO:0004343|GO:0006048 Reactome: R-HSA-446210 +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 Gene3D G3DSA:3.40.630.30 1 145 1.8E-34 T 17-09-2021 +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 CDD cd04301 NAT_SF 47 113 9.01423E-5 T 17-09-2021 +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 SUPERFAMILY SSF55729 4 145 1.01E-29 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_03071 e3abddb2bdf29809b4d880e00e6db617 146 PANTHER PTHR13355:SF8 19 144 5.6E-17 T 17-09-2021 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 PANTHER PTHR43133:SF2 2 171 4.4E-30 T 17-09-2021 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 PANTHER PTHR43133 2 171 4.4E-30 T 17-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 Coils Coil 151 171 - T 17-09-2021 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 Gene3D G3DSA:1.10.1740.10 1 109 1.9E-22 T 17-09-2021 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 SUPERFAMILY SSF88946 2 99 6.28E-22 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 Pfam PF04542 Sigma-70 region 2 22 86 1.0E-8 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 CDD cd06171 Sigma70_r4 112 166 4.36748E-9 T 17-09-2021 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 Pfam PF08281 Sigma-70, region 4 117 164 3.3E-11 T 17-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 Gene3D G3DSA:1.10.10.10 112 171 3.3E-14 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 SUPERFAMILY SSF88659 109 170 1.68E-13 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01773 6eb40c6ffefada567be74b99cf07d5ef 176 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 17 168 1.4E-20 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02806 58ed4f6352a0486722402375cd4bb340 571 MobiDBLite mobidb-lite consensus disorder prediction 544 571 - T 17-09-2021 +MGYG000000001_02806 58ed4f6352a0486722402375cd4bb340 571 MobiDBLite mobidb-lite consensus disorder prediction 540 571 - T 17-09-2021 +MGYG000000001_00809 4bb5f8efb5022b3b920db941e23ef27d 71 Pfam PF07872 Protein of unknown function (DUF1659) 7 50 1.6E-13 T 17-09-2021 IPR012454 Protein of unknown function DUF1659 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 SUPERFAMILY SSF160996 193 349 2.62E-38 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 4 23 3.0E-7 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 156 174 3.0E-7 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 Gene3D G3DSA:1.10.8.260 272 331 1.8E-121 T 17-09-2021 IPR023166 HI0933-like insert domain superfamily +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 PANTHER PTHR42887 2 402 9.4E-116 T 17-09-2021 IPR004792 3-Dehydro-bile acid delta(4,6)-reductase-like +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 Pfam PF03486 HI0933-like protein 3 401 1.0E-128 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 TIGRFAM TIGR00275 TIGR00275: flavoprotein, HI0933 family 4 400 2.2E-133 T 17-09-2021 IPR004792 3-Dehydro-bile acid delta(4,6)-reductase-like +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 3 25 2.9E-5 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 159 168 2.9E-5 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 Gene3D G3DSA:2.40.30.10 192 348 1.8E-121 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 PANTHER PTHR42887:SF2 2 402 9.4E-116 T 17-09-2021 +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 SUPERFAMILY SSF51905 3 403 2.86E-45 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01662 d60f000be954b276091be9f665e8e4c3 403 Gene3D G3DSA:3.50.50.60 5 397 1.8E-121 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 14 414 16.333 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 SUPERFAMILY SSF103473 12 407 7.59E-52 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 Gene3D G3DSA:1.20.1250.20 222 423 7.3E-21 T 17-09-2021 +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 CDD cd17355 MFS_YcxA_like 14 406 4.07178E-61 T 17-09-2021 +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 5.0 T 17-09-2021 +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 Gene3D G3DSA:1.20.1250.20 9 203 8.5E-23 T 17-09-2021 +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 PANTHER PTHR11360 14 403 6.6E-32 T 17-09-2021 +MGYG000000001_01566 e076d3a504c075fe668a5639664e2768 428 Pfam PF07690 Major Facilitator Superfamily 26 254 3.6E-20 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 Coils Coil 36 56 - T 17-09-2021 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 Pfam PF03466 LysR substrate binding domain 87 296 1.4E-29 T 17-09-2021 IPR005119 LysR, substrate-binding +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 29 39 2.2E-7 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 39 50 2.2E-7 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 18 29 2.2E-7 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 Gene3D G3DSA:3.40.190.290 91 299 8.7E-31 T 17-09-2021 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 Gene3D G3DSA:1.10.10.10 1 90 2.2E-27 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 PANTHER PTHR30126:SF64 1 297 1.8E-78 T 17-09-2021 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 SUPERFAMILY SSF53850 89 298 3.36E-26 T 17-09-2021 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 PANTHER PTHR30126 1 297 1.8E-78 T 17-09-2021 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 SUPERFAMILY SSF46785 1 87 5.05E-22 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 ProSiteProfiles PS50931 LysR-type HTH domain profile. 1 58 32.103 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_02233 cf969bfec2c1adabfdb5fa57e2c748c6 301 Pfam PF00126 Bacterial regulatory helix-turn-helix protein, lysR family 3 62 2.9E-20 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_03241 320133c4746233c4a2224cdc28d2703b 393 Pfam PF13786 Domain of unknown function (DUF4179) 45 131 6.3E-11 T 17-09-2021 IPR025436 Domain of unknown function DUF4179 +MGYG000000001_00766 320133c4746233c4a2224cdc28d2703b 393 Pfam PF13786 Domain of unknown function (DUF4179) 45 131 6.3E-11 T 17-09-2021 IPR025436 Domain of unknown function DUF4179 +MGYG000000001_03241 320133c4746233c4a2224cdc28d2703b 393 Pfam PF18705 Family of unknown function (DUF5643) 264 377 2.8E-12 T 17-09-2021 IPR040680 Domain of unknown function DUF5643 +MGYG000000001_00766 320133c4746233c4a2224cdc28d2703b 393 Pfam PF18705 Family of unknown function (DUF5643) 264 377 2.8E-12 T 17-09-2021 IPR040680 Domain of unknown function DUF5643 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 CDD cd03811 GT4_GT28_WabH-like 3 367 1.18529E-70 T 17-09-2021 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 Pfam PF13439 Glycosyltransferase Family 4 14 171 3.1E-8 T 17-09-2021 IPR028098 Glycosyltransferase subfamily 4-like, N-terminal domain Reactome: R-HSA-446193|Reactome: R-HSA-4549349 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 SUPERFAMILY SSF53756 6 389 2.32E-63 T 17-09-2021 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 Pfam PF00534 Glycosyl transferases group 1 184 306 7.2E-33 T 17-09-2021 IPR001296 Glycosyl transferase, family 1 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 Gene3D G3DSA:3.40.50.2000 3 178 1.4E-11 T 17-09-2021 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 Gene3D G3DSA:3.40.50.2000 183 375 1.7E-44 T 17-09-2021 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 PANTHER PTHR46401 12 296 4.8E-39 T 17-09-2021 +MGYG000000001_02260 376120949930e5230b28b5b6c5d3d32a 390 PANTHER PTHR46401:SF2 12 296 4.8E-39 T 17-09-2021 +MGYG000000001_01261 9cb3a84769b7a5b3126690b7ae562515 233 PANTHER PTHR40078 1 208 3.9E-27 T 17-09-2021 IPR038750 Uncharacterized protein YczE/YyaS-like +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 PANTHER PTHR43630:SF3 2 291 9.9E-76 T 17-09-2021 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 SMART SM00028 261 294 0.098 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 SMART SM00028 227 260 73.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 Gene3D G3DSA:1.25.40.10 182 257 4.9E-5 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 Gene3D G3DSA:1.25.40.10 260 357 9.6E-6 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 SUPERFAMILY SSF48452 191 293 3.29E-11 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 Pfam PF00535 Glycosyl transferase family 2 5 98 4.3E-19 T 17-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 Gene3D G3DSA:3.90.550.10 2 151 7.4E-23 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 ProSiteProfiles PS50293 TPR repeat region circular profile. 227 294 10.911 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 PANTHER PTHR43630 2 291 9.9E-76 T 17-09-2021 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 CDD cd02511 Beta4Glucosyltransferase 3 177 2.69908E-50 T 17-09-2021 +MGYG000000001_02904 007fd0d2bec30ac544f838a6d80f6907 357 SUPERFAMILY SSF53448 4 149 8.04E-23 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02711 8975840b46226291be4cbb1c3c2596d1 190 Gene3D G3DSA:1.10.10.10 6 84 3.9E-20 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02711 8975840b46226291be4cbb1c3c2596d1 190 Pfam PF12840 Helix-turn-helix domain 13 67 9.5E-11 T 17-09-2021 +MGYG000000001_02711 8975840b46226291be4cbb1c3c2596d1 190 SMART SM00418 11 91 0.0027 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02711 8975840b46226291be4cbb1c3c2596d1 190 CDD cd00090 HTH_ARSR 13 87 4.36861E-9 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_02711 8975840b46226291be4cbb1c3c2596d1 190 SUPERFAMILY SSF46785 1 86 4.95E-18 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01100 714dd93a3596c874996f132e56b96a58 425 Gene3D G3DSA:3.30.420.280 236 413 1.0E-51 T 17-09-2021 +MGYG000000001_01100 714dd93a3596c874996f132e56b96a58 425 Pfam PF17288 Terminase RNAseH like domain 263 405 8.7E-15 T 17-09-2021 IPR035413 Phage terminase large subunit, C-terminal +MGYG000000001_01100 714dd93a3596c874996f132e56b96a58 425 PANTHER PTHR39184 1 420 4.8E-115 T 17-09-2021 +MGYG000000001_01100 714dd93a3596c874996f132e56b96a58 425 Pfam PF04466 Phage terminase large subunit 27 230 1.9E-52 T 17-09-2021 IPR035412 Phage terminase large subunit, N-terminal +MGYG000000001_01100 714dd93a3596c874996f132e56b96a58 425 Gene3D G3DSA:3.40.50.300 8 234 3.2E-57 T 17-09-2021 +MGYG000000001_01100 714dd93a3596c874996f132e56b96a58 425 TIGRFAM TIGR01547 phage_term_2: phage terminase, large subunit, PBSX family 28 407 3.7E-55 T 17-09-2021 IPR006437 Bacteriophage terminase, large subunit GO:0006323 +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 PANTHER PTHR33164:SF56 21 138 9.0E-17 T 17-09-2021 +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 Pfam PF01047 MarR family 35 92 1.1E-10 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 SMART SM00347 28 128 2.7E-8 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 ProSiteProfiles PS50995 MarR-type HTH domain profile. 3 140 20.874 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 PANTHER PTHR33164 21 138 9.0E-17 T 17-09-2021 +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 Gene3D G3DSA:1.10.10.10 3 146 2.7E-21 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01453 c42c36beed45ae5ea7bfe7e2e5ba310f 150 SUPERFAMILY SSF46785 11 141 5.64E-20 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01709 0a8e3c143fde9c64a43dc6152eddc82d 160 PANTHER PTHR31087 2 148 1.1E-14 T 17-09-2021 IPR007612 LURP-one-related +MGYG000000001_01709 0a8e3c143fde9c64a43dc6152eddc82d 160 SUPERFAMILY SSF54518 1 151 1.12E-21 T 17-09-2021 IPR025659 Tubby-like, C-terminal +MGYG000000001_01709 0a8e3c143fde9c64a43dc6152eddc82d 160 PANTHER PTHR31087:SF52 2 148 1.1E-14 T 17-09-2021 +MGYG000000001_01709 0a8e3c143fde9c64a43dc6152eddc82d 160 Gene3D G3DSA:3.20.90.20 1 158 3.0E-11 T 17-09-2021 IPR038595 LURP-one-related superfamily +MGYG000000001_00931 606b180d84093f0fd35b35d3bdcb0fda 61 PIRSF PIRSF037263 1 61 9.8E-28 T 17-09-2021 IPR009296 Protein of unknown function DUF951 +MGYG000000001_00931 606b180d84093f0fd35b35d3bdcb0fda 61 PANTHER PTHR38455 4 60 1.0E-24 T 17-09-2021 IPR009296 Protein of unknown function DUF951 +MGYG000000001_00931 606b180d84093f0fd35b35d3bdcb0fda 61 Pfam PF06107 Bacterial protein of unknown function (DUF951) 6 59 5.9E-27 T 17-09-2021 IPR009296 Protein of unknown function DUF951 +MGYG000000001_01421 3e64868c4a51dd87beff2d1ed835990b 266 Pfam PF00535 Glycosyl transferase family 2 14 131 1.2E-17 T 17-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_01421 3e64868c4a51dd87beff2d1ed835990b 266 Gene3D G3DSA:3.90.550.10 1 215 1.4E-26 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01421 3e64868c4a51dd87beff2d1ed835990b 266 SUPERFAMILY SSF53448 1 210 5.38E-28 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01421 3e64868c4a51dd87beff2d1ed835990b 266 CDD cd00761 Glyco_tranf_GTA_type 6 114 1.17121E-19 T 17-09-2021 +MGYG000000001_01421 3e64868c4a51dd87beff2d1ed835990b 266 PANTHER PTHR22916:SF51 17 149 4.3E-16 T 17-09-2021 +MGYG000000001_01421 3e64868c4a51dd87beff2d1ed835990b 266 PANTHER PTHR22916 17 149 4.3E-16 T 17-09-2021 +MGYG000000001_02549 7909985e9824d4a7e1f1180bdd4fc980 249 TIGRFAM TIGR04090 exp_by_SipW_IV: alternate signal-mediated exported protein, CPF_0494 family 3 200 1.6E-24 T 17-09-2021 IPR024008 Conserved hypothetical protein CHP04090 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 PANTHER PTHR13710:SF105 8 570 1.6E-150 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF16124 RecQ zinc-binding 336 398 5.0E-12 T 17-09-2021 IPR032284 ATP-dependent DNA helicase RecQ, zinc-binding domain +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Gene3D G3DSA:1.10.150.80 614 696 2.7E-22 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Gene3D G3DSA:1.10.150.80 516 601 1.2E-22 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SMART SM00487 14 211 4.2E-28 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SMART SM00956 405 513 1.1E-42 T 17-09-2021 IPR018982 RQC domain GO:0006260|GO:0006281|GO:0043138 Reactome: R-HSA-3108214|Reactome: R-HSA-5685938|Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579|Reactome: R-HSA-5693607|Reactome: R-HSA-5693616|Reactome: R-HSA-6804756|Reactome: R-HSA-69473 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF14493 Helix-turn-helix domain 715 806 1.1E-15 T 17-09-2021 IPR029491 Helicase Helix-turn-helix domain Reactome: R-HSA-3108214|Reactome: R-HSA-5685938|Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579|Reactome: R-HSA-5693607|Reactome: R-HSA-5693616|Reactome: R-HSA-6804756|Reactome: R-HSA-69473 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF00270 DEAD/DEAH box helicase 21 182 2.7E-20 T 17-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 TIGRFAM TIGR01389 recQ: ATP-dependent DNA helicase RecQ 7 591 2.7E-229 T 17-09-2021 IPR006293 DNA helicase, ATP-dependent, RecQ type, bacterial GO:0003678|GO:0006310|GO:0009432 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SUPERFAMILY SSF47819 616 695 2.4E-19 T 17-09-2021 IPR010997 HRDC-like superfamily GO:0000166|GO:0003824|GO:0044237 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SMART SM00490 243 324 3.8E-30 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF00271 Helicase conserved C-terminal domain 216 323 5.2E-21 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 219 369 22.713 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Gene3D G3DSA:1.10.10.10 334 515 1.2E-42 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SMART SM00341 518 598 3.9E-16 T 17-09-2021 IPR002121 HRDC domain GO:0003676 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SMART SM00341 614 694 3.1E-9 T 17-09-2021 IPR002121 HRDC domain GO:0003676 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF09382 RQC domain 402 512 3.6E-32 T 17-09-2021 IPR018982 RQC domain GO:0006260|GO:0006281|GO:0043138 Reactome: R-HSA-3108214|Reactome: R-HSA-5685938|Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579|Reactome: R-HSA-5693607|Reactome: R-HSA-5693616|Reactome: R-HSA-6804756|Reactome: R-HSA-69473 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 ProSiteProfiles PS50967 HRDC domain profile. 518 598 20.484 T 17-09-2021 IPR002121 HRDC domain GO:0003676 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 CDD cd18794 SF2_C_RecQ 203 333 1.74303E-52 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Gene3D G3DSA:3.40.50.300 202 333 2.6E-43 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Gene3D G3DSA:3.40.50.300 2 201 1.6E-73 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 ProSiteProfiles PS50967 HRDC domain profile. 614 694 21.16 T 17-09-2021 IPR002121 HRDC domain GO:0003676 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 26 195 22.958 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SUPERFAMILY SSF47819 518 596 2.09E-22 T 17-09-2021 IPR010997 HRDC-like superfamily GO:0000166|GO:0003824|GO:0044237 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SUPERFAMILY SSF52540 58 345 2.8E-66 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 TIGRFAM TIGR00614 recQ_fam: ATP-dependent DNA helicase, RecQ family 7 457 1.1E-146 T 17-09-2021 IPR004589 DNA helicase, ATP-dependent, RecQ type GO:0004386|GO:0006310 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Coils Coil 617 637 - T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 PANTHER PTHR13710 8 570 1.6E-150 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 CDD cd17920 DEXHc_RecQ 6 202 6.00956E-97 T 17-09-2021 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF00570 HRDC domain 619 681 8.1E-18 T 17-09-2021 IPR002121 HRDC domain GO:0003676 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 Pfam PF00570 HRDC domain 523 588 1.6E-17 T 17-09-2021 IPR002121 HRDC domain GO:0003676 +MGYG000000001_01517 481ea4e2c58d93b90cc7168b76874e35 822 SUPERFAMILY SSF46785 396 544 1.09E-36 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 Pfam PF06968 Biotin and Thiamin Synthesis associated domain 283 392 7.6E-24 T 17-09-2021 IPR010722 Biotin and thiamin synthesis-associated domain KEGG: 00780+2.8.1.6|MetaCyc: PWY-7380 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 SMART SM00876 283 394 1.3E-21 T 17-09-2021 IPR010722 Biotin and thiamin synthesis-associated domain KEGG: 00780+2.8.1.6|MetaCyc: PWY-7380 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 Gene3D G3DSA:3.20.20.70 19 406 1.9E-113 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 SFLD SFLDG01081 cleavage of the Ca-Cb bond in aromatic amino acids 12 483 0.0 T 17-09-2021 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 TIGRFAM TIGR03955 rSAM_HydG: [FeFe] hydrogenase H-cluster radical SAM maturase HydG 10 483 1.7E-279 T 17-09-2021 IPR024007 [FeFe]-hydrogenase maturation HydG, radical SAM +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 SUPERFAMILY SSF102114 54 394 3.79E-47 T 17-09-2021 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 SFLD SFLDF00319 [Fe] hydrogenase maturase (HydG-like) 12 483 0.0 T 17-09-2021 IPR024007 [FeFe]-hydrogenase maturation HydG, radical SAM +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 CDD cd01335 Radical_SAM 98 289 1.21664E-8 T 17-09-2021 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 PANTHER PTHR43583 8 483 2.6E-221 T 17-09-2021 IPR034428 ThiH/NocL/HydG-like KEGG: 00730+4.1.99.19|MetaCyc: PWY-6892 +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 PANTHER PTHR43583:SF2 8 483 2.6E-221 T 17-09-2021 IPR024007 [FeFe]-hydrogenase maturation HydG, radical SAM +MGYG000000001_02485 07b28930a71a63cc39107e4cee214430 483 Pfam PF04055 Radical SAM superfamily 101 252 9.0E-9 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 PANTHER PTHR46558 9 97 5.9E-14 T 17-09-2021 +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 Gene3D G3DSA:1.10.260.40 9 125 4.0E-21 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 SMART SM00530 13 68 5.2E-12 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 Pfam PF01381 Helix-turn-helix 14 68 5.1E-13 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 SUPERFAMILY SSF47413 7 75 9.12E-18 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 CDD cd00093 HTH_XRE 11 68 1.69786E-13 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01132 f610ba7c5d9a6680c9d0d0bd2b022b58 126 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 14 68 14.714 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02357 071c181d31d9c838bc2efd34171769a3 58 Coils Coil 5 25 - T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 Pfam PF03460 Nitrite/Sulfite reductase ferredoxin-like half domain 42 96 3.4E-11 T 17-09-2021 IPR005117 Nitrite/Sulfite reductase ferredoxin-like domain GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 379 461 0.21 T 17-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 SUPERFAMILY SSF55124 13 114 3.11E-25 T 17-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 SUPERFAMILY SSF56014 376 488 3.27E-17 T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 SUPERFAMILY SSF56014 118 277 1.57E-40 T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 118 271 1.4E-34 T 17-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 Gene3D G3DSA:3.90.480.10 50 358 1.5E-68 T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 PANTHER PTHR32439 28 503 8.0E-74 T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 PANTHER PTHR32439:SF5 28 503 8.0E-74 T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 SUPERFAMILY SSF55124 249 386 1.98E-7 T 17-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 Gene3D G3DSA:3.30.413.10 117 284 1.5E-68 T 17-09-2021 +MGYG000000001_00996 7b05ccbaafec6430c33c2f066f86a251 518 Gene3D G3DSA:3.30.413.10 365 505 6.5E-20 T 17-09-2021 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 Gene3D G3DSA:3.40.50.10490 2 163 4.5E-40 T 17-09-2021 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 Gene3D G3DSA:3.40.50.10490 164 324 6.3E-52 T 17-09-2021 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 PANTHER PTHR10937:SF14 1 336 2.4E-175 T 17-09-2021 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 PANTHER PTHR10937 1 336 2.4E-175 T 17-09-2021 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 ProSiteProfiles PS51464 SIS domain profile. 26 160 18.687 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 PIRSF PIRSF009290 1 336 5.2E-105 T 17-09-2021 IPR024713 Fructosamine deglycase FrlB +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 SUPERFAMILY SSF53697 21 334 1.29E-51 T 17-09-2021 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 Pfam PF01380 SIS domain 36 134 4.7E-12 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01967 21aec80370128dc025ac7b0da2d70abf 336 CDD cd05710 SIS_1 37 155 2.15068E-48 T 17-09-2021 IPR035488 Fructosamine deglycase FrlB, SIS domain 1 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 Pfam PF04542 Sigma-70 region 2 35 103 3.4E-16 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PANTHER PTHR30603 102 209 4.2E-55 T 17-09-2021 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 SUPERFAMILY SSF88659 118 210 5.23E-20 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 31 209 4.0E-33 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 Gene3D G3DSA:1.20.120.1810 3 104 7.3E-25 T 17-09-2021 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PANTHER PTHR30603:SF17 102 209 4.2E-55 T 17-09-2021 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PIRSF PIRSF000770 2 216 5.4E-68 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PRINTS PR00046 Major sigma-70 factor signature 179 194 3.0E-15 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PRINTS PR00046 Major sigma-70 factor signature 59 72 3.0E-15 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PRINTS PR00046 Major sigma-70 factor signature 194 205 3.0E-15 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PRINTS PR00046 Major sigma-70 factor signature 158 170 3.0E-15 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 59 72 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PANTHER PTHR30603:SF17 7 102 4.2E-55 T 17-09-2021 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 PANTHER PTHR30603 7 102 4.2E-55 T 17-09-2021 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 Pfam PF04545 Sigma-70, region 4 158 207 5.0E-16 T 17-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 CDD cd06171 Sigma70_r4 156 206 1.373E-10 T 17-09-2021 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 ProSitePatterns PS00716 Sigma-70 factors family signature 2. 179 205 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 SUPERFAMILY SSF88946 10 103 2.2E-31 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 TIGRFAM TIGR02846 spore_sigmaK: RNA polymerase sigma-K factor 5 209 1.3E-95 T 17-09-2021 IPR014209 RNA polymerase sigma-K type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01293 b6c35a35704a184e758bba45ad000d1a 216 Gene3D G3DSA:1.10.10.10 148 216 2.8E-14 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 SUPERFAMILY SSF55874 461 632 2.49E-40 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 PANTHER PTHR43547 360 629 8.5E-72 T 17-09-2021 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 519 628 5.0E-25 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Gene3D G3DSA:3.40.50.2300 149 324 2.5E-6 T 17-09-2021 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 526 627 1.51213E-34 T 17-09-2021 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Gene3D G3DSA:3.40.50.2300 147 316 2.5E-6 T 17-09-2021 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 SMART SM00388 401 472 8.8E-15 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Coils Coil 381 401 - T 17-09-2021 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 SMART SM00387 518 630 1.3E-30 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 PRINTS PR00344 Bacterial sensor protein C-terminal signature 573 583 2.8E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 PRINTS PR00344 Bacterial sensor protein C-terminal signature 614 627 2.8E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 PRINTS PR00344 Bacterial sensor protein C-terminal signature 555 569 2.8E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 PRINTS PR00344 Bacterial sensor protein C-terminal signature 590 608 2.8E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 SUPERFAMILY SSF47384 389 472 6.08E-17 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Gene3D G3DSA:3.30.565.10 476 633 6.5E-40 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 ProSiteProfiles PS50109 Histidine kinase domain profile. 408 630 46.075 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Gene3D G3DSA:1.10.287.130 374 470 1.1E-21 T 17-09-2021 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 Pfam PF00512 His Kinase A (phospho-acceptor) domain 401 472 2.5E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 CDD cd00082 HisKA 399 468 9.11918E-16 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01389 bbab2efe68af9210763048426a51bb0d 656 PANTHER PTHR43547:SF2 360 629 8.5E-72 T 17-09-2021 +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 SUPERFAMILY SSF88946 20 112 1.37E-17 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 Gene3D G3DSA:1.10.10.10 126 184 8.8E-14 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 PANTHER PTHR43133 18 184 4.1E-27 T 17-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 Pfam PF04542 Sigma-70 region 2 36 103 5.0E-9 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 Gene3D G3DSA:1.10.1740.10 11 125 1.5E-18 T 17-09-2021 +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 31 181 1.1E-21 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 SUPERFAMILY SSF88659 119 183 2.06E-14 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 Pfam PF08281 Sigma-70, region 4 128 178 8.4E-11 T 17-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_02389 2af0f2be4791b579eaa4165ec3944285 186 CDD cd06171 Sigma70_r4 125 178 1.86892E-9 T 17-09-2021 +MGYG000000001_02131 1b187f0fd9bc6acd206ec0814daf3bd9 259 PANTHER PTHR10587 7 248 1.1E-64 T 17-09-2021 +MGYG000000001_02131 1b187f0fd9bc6acd206ec0814daf3bd9 259 SUPERFAMILY SSF88713 43 249 5.87E-68 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_02131 1b187f0fd9bc6acd206ec0814daf3bd9 259 CDD cd10954 CE4_CtAXE_like 57 246 1.43377E-82 T 17-09-2021 +MGYG000000001_02131 1b187f0fd9bc6acd206ec0814daf3bd9 259 ProSiteProfiles PS51677 NodB homology domain profile. 57 241 52.691 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02131 1b187f0fd9bc6acd206ec0814daf3bd9 259 Pfam PF01522 Polysaccharide deacetylase 52 171 1.3E-37 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02131 1b187f0fd9bc6acd206ec0814daf3bd9 259 Gene3D G3DSA:3.20.20.370 15 249 2.5E-77 T 17-09-2021 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Gene3D G3DSA:3.30.1490.100 243 351 9.6E-29 T 17-09-2021 IPR036775 DNA polymerase, Y-family, little finger domain superfamily GO:0003684|GO:0006281 Reactome: R-HSA-5656169 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 PANTHER PTHR11076:SF33 4 346 2.3E-121 T 17-09-2021 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Pfam PF00817 impB/mucB/samB family 10 157 3.2E-52 T 17-09-2021 IPR001126 UmuC domain GO:0006281 Reactome: R-HSA-5656169 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Gene3D G3DSA:1.10.150.20 169 232 3.3E-15 T 17-09-2021 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Pfam PF11799 impB/mucB/samB family C-terminal domain 236 347 5.0E-22 T 17-09-2021 IPR017961 DNA polymerase, Y-family, little finger domain GO:0003684|GO:0006281 Reactome: R-HSA-5656169 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 ProSiteProfiles PS50173 UmuC domain profile. 7 188 56.35 T 17-09-2021 IPR001126 UmuC domain GO:0006281 Reactome: R-HSA-5656169 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Pfam PF11798 IMS family HHH motif 169 200 6.9E-8 T 17-09-2021 IPR024728 DNA polymerase type-Y, HhH motif Reactome: R-HSA-5655862|Reactome: R-HSA-5656169|Reactome: R-HSA-5685942|Reactome: R-HSA-5696397|Reactome: R-HSA-5696400|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Hamap MF_01113 DNA polymerase IV [dinB]. 4 356 40.228 T 17-09-2021 IPR022880 DNA polymerase IV GO:0003887 Reactome: R-HSA-5655862|Reactome: R-HSA-5656169|Reactome: R-HSA-5685942|Reactome: R-HSA-5696397|Reactome: R-HSA-5696400|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 SUPERFAMILY SSF56672 3 237 1.69E-91 T 17-09-2021 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Gene3D G3DSA:2.30.40.20 24 76 4.3E-64 T 17-09-2021 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 PANTHER PTHR11076 4 346 2.3E-121 T 17-09-2021 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 SUPERFAMILY SSF100879 241 343 3.3E-27 T 17-09-2021 IPR036775 DNA polymerase, Y-family, little finger domain superfamily GO:0003684|GO:0006281 Reactome: R-HSA-5656169 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 CDD cd03586 PolY_Pol_IV_kappa 8 344 0.0 T 17-09-2021 IPR022880 DNA polymerase IV GO:0003887 Reactome: R-HSA-5655862|Reactome: R-HSA-5656169|Reactome: R-HSA-5685942|Reactome: R-HSA-5696397|Reactome: R-HSA-5696400|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210 +MGYG000000001_02325 17227c5551a12e26421a922e6acbf1aa 364 Gene3D G3DSA:3.30.70.270 7 167 4.3E-64 T 17-09-2021 +MGYG000000001_03099 cc20f9c1265d23c0e9e8a029987c4900 233 Gene3D G3DSA:3.30.460.10 2 113 2.7E-5 T 17-09-2021 +MGYG000000001_00798 915c17fbdbc277cc03e370433d6be860 534 Pfam PF05272 Virulence-associated protein E 277 432 1.1E-33 T 17-09-2021 IPR007936 Virulence-associated E +MGYG000000001_00798 915c17fbdbc277cc03e370433d6be860 534 Pfam PF01807 CHC2 zinc finger 3 90 3.7E-20 T 17-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_00798 915c17fbdbc277cc03e370433d6be860 534 Gene3D G3DSA:3.90.580.10 1 98 3.1E-23 T 17-09-2021 IPR036977 DNA Primase, CHC2-type zinc finger GO:0003677|GO:0006260|GO:0008270 +MGYG000000001_00798 915c17fbdbc277cc03e370433d6be860 534 SUPERFAMILY SSF57783 2 97 1.87E-22 T 17-09-2021 +MGYG000000001_00798 915c17fbdbc277cc03e370433d6be860 534 SMART SM00400 30 86 2.8E-19 T 17-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_00798 915c17fbdbc277cc03e370433d6be860 534 PANTHER PTHR34985 228 499 5.2E-32 T 17-09-2021 +MGYG000000001_03011 a2189778b245984551a4191a125238b4 533 PANTHER PTHR30282 9 531 2.8E-196 T 17-09-2021 IPR004697 p-Aminobenzoyl-glutamate transport protein AbgT GO:0015558|GO:1902604 +MGYG000000001_03011 a2189778b245984551a4191a125238b4 533 Pfam PF03806 AbgT putative transporter family 18 530 2.2E-189 T 17-09-2021 IPR004697 p-Aminobenzoyl-glutamate transport protein AbgT GO:0015558|GO:1902604 +MGYG000000001_01877 b6bc8453881ce7844f15a6585ac1b521 548 CDD cd00009 AAA 294 445 0.00332802 T 17-09-2021 +MGYG000000001_01877 b6bc8453881ce7844f15a6585ac1b521 548 Gene3D G3DSA:3.40.50.300 278 453 4.4E-22 T 17-09-2021 +MGYG000000001_01877 b6bc8453881ce7844f15a6585ac1b521 548 Pfam PF07728 AAA domain (dynein-related subfamily) 295 437 6.0E-13 T 17-09-2021 IPR011704 ATPase, dynein-related, AAA domain GO:0005524|GO:0016887 +MGYG000000001_01877 b6bc8453881ce7844f15a6585ac1b521 548 PANTHER PTHR43882 294 519 1.6E-14 T 17-09-2021 +MGYG000000001_01877 b6bc8453881ce7844f15a6585ac1b521 548 SUPERFAMILY SSF52540 276 501 4.71E-22 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01877 b6bc8453881ce7844f15a6585ac1b521 548 Coils Coil 222 249 - T 17-09-2021 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 Gene3D G3DSA:1.10.10.10 122 220 4.1E-32 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 Pfam PF00072 Response regulator receiver domain 4 113 1.1E-29 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 Coils Coil 105 125 - T 17-09-2021 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 CDD cd00383 trans_reg_C 134 219 3.41816E-32 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 ProSiteProfiles PS50110 Response regulatory domain profile. 3 116 46.059 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 Gene3D G3DSA:3.40.50.2300 1 121 4.7E-41 T 17-09-2021 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 PANTHER PTHR26402:SF736 1 220 6.4E-77 T 17-09-2021 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 SUPERFAMILY SSF52172 1 126 1.99E-42 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 CDD cd00156 REC 5 116 3.54653E-40 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 SMART SM00448 2 112 2.1E-45 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 Pfam PF00486 Transcriptional regulatory protein, C terminal 148 218 2.5E-26 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 SMART SM00862 147 219 5.2E-27 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 SUPERFAMILY SSF46894 124 219 3.97E-29 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 126 220 41.785 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01894 3903bb99a71aeb2b2b446b0da983535e 220 PANTHER PTHR26402 1 220 6.4E-77 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_01649 b98426b675abdccf840ad6e8db76bd54 88 Gene3D G3DSA:3.30.110.20 3 88 3.6E-35 T 17-09-2021 IPR036882 Alba-like domain superfamily GO:0003676 +MGYG000000001_01649 b98426b675abdccf840ad6e8db76bd54 88 Pfam PF04232 Stage V sporulation protein S (SpoVS) 4 86 1.7E-40 T 17-09-2021 IPR007347 Sporulation stage V, protein S +MGYG000000001_01649 b98426b675abdccf840ad6e8db76bd54 88 PANTHER PTHR35331 4 87 1.2E-32 T 17-09-2021 IPR007347 Sporulation stage V, protein S +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 SUPERFAMILY SSF46689 192 241 4.44E-13 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 207 222 7.1E-5 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 222 238 7.1E-5 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 Pfam PF12833 Helix-turn-helix domain 161 239 3.1E-18 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 142 240 28.548 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 Gene3D G3DSA:1.10.10.60 137 188 1.6E-17 T 17-09-2021 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 PANTHER PTHR43280 46 239 8.6E-35 T 17-09-2021 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 192 234 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 Gene3D G3DSA:1.10.10.60 189 241 8.2E-18 T 17-09-2021 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 SUPERFAMILY SSF46689 139 188 1.43E-8 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00977 abe2d3aec722aaf80648e24766605789 244 SMART SM00342 155 238 1.5E-24 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00651 a6153ad2ed669b64711decc0e27807c1 248 CDD cd07989 LPLAT_AGPAT-like 45 234 6.97357E-36 T 17-09-2021 +MGYG000000001_00650 a6153ad2ed669b64711decc0e27807c1 248 CDD cd07989 LPLAT_AGPAT-like 45 234 6.97357E-36 T 17-09-2021 +MGYG000000001_00651 a6153ad2ed669b64711decc0e27807c1 248 Pfam PF01553 Acyltransferase 56 186 1.2E-17 T 17-09-2021 IPR002123 Phospholipid/glycerol acyltransferase GO:0016746 +MGYG000000001_00650 a6153ad2ed669b64711decc0e27807c1 248 Pfam PF01553 Acyltransferase 56 186 1.2E-17 T 17-09-2021 IPR002123 Phospholipid/glycerol acyltransferase GO:0016746 +MGYG000000001_00651 a6153ad2ed669b64711decc0e27807c1 248 PANTHER PTHR10434 10 244 1.8E-29 T 17-09-2021 +MGYG000000001_00650 a6153ad2ed669b64711decc0e27807c1 248 PANTHER PTHR10434 10 244 1.8E-29 T 17-09-2021 +MGYG000000001_00651 a6153ad2ed669b64711decc0e27807c1 248 SUPERFAMILY SSF69593 5 245 1.16E-22 T 17-09-2021 +MGYG000000001_00650 a6153ad2ed669b64711decc0e27807c1 248 SUPERFAMILY SSF69593 5 245 1.16E-22 T 17-09-2021 +MGYG000000001_00651 a6153ad2ed669b64711decc0e27807c1 248 SMART SM00563 69 189 2.5E-14 T 17-09-2021 IPR002123 Phospholipid/glycerol acyltransferase GO:0016746 +MGYG000000001_00650 a6153ad2ed669b64711decc0e27807c1 248 SMART SM00563 69 189 2.5E-14 T 17-09-2021 IPR002123 Phospholipid/glycerol acyltransferase GO:0016746 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 Pfam PF10418 Iron-sulfur cluster binding domain of dihydroorotate dehydrogenase B 192 228 1.0E-15 T 17-09-2021 IPR019480 Dihydroorotate dehydrogenase, electron transfer subunit, iron-sulphur cluster binding domain +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 Gene3D G3DSA:2.10.240.10 192 229 1.9E-13 T 17-09-2021 IPR037117 Dihydroorotate dehydrogenase, electron transfer subunit, Fe-S binding domain superfamily +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 Gene3D G3DSA:2.40.30.10 1 89 1.2E-24 T 17-09-2021 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 PANTHER PTHR43513 4 230 1.9E-59 T 17-09-2021 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 Hamap MF_01211 Dihydroorotate dehydrogenase B (NAD(+)), electron transfer subunit [pyrK]. 1 230 33.421 T 17-09-2021 IPR023455 Dihydroorotate dehydrogenase electron transfer subunit +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 PIRSF PIRSF006816 1 232 2.5E-59 T 17-09-2021 IPR012165 Cytochrome-c3 hydrogenase, gamma subunit GO:0006221|GO:0050660|GO:0051537 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 PANTHER PTHR43513:SF3 4 230 1.9E-59 T 17-09-2021 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 SUPERFAMILY SSF63380 3 91 6.09E-20 T 17-09-2021 IPR017938 Riboflavin synthase-like beta-barrel +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 ProSiteProfiles PS51384 Ferredoxin reductase-type FAD binding domain profile. 1 93 11.059 T 17-09-2021 IPR017927 FAD-binding domain, ferredoxin reductase-type GO:0016491|GO:0055114 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 CDD cd06218 DHOD_e_trans 6 224 1.23548E-101 T 17-09-2021 +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 SUPERFAMILY SSF52343 86 229 1.1E-21 T 17-09-2021 IPR039261 Ferredoxin-NADP reductase (FNR), nucleotide-binding domain +MGYG000000001_01064 3dd539bb54dd8fe95edbc5f73ae88b62 232 Gene3D G3DSA:3.40.50.80 93 191 3.4E-14 T 17-09-2021 IPR039261 Ferredoxin-NADP reductase (FNR), nucleotide-binding domain +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 Gene3D G3DSA:3.40.50.150 54 282 1.4E-74 T 17-09-2021 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 PANTHER PTHR11558 4 283 3.3E-88 T 17-09-2021 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 Pfam PF17284 Spermidine synthase tetramerisation domain 3 52 4.3E-16 T 17-09-2021 IPR035246 Spermidine synthase, tetramerisation domain KEGG: 00270+2.5.1.16|KEGG: 00330+2.5.1.16|KEGG: 00480+2.5.1.16|Reactome: R-HSA-351202 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 TIGRFAM TIGR00417 speE: spermidine synthase 4 275 1.2E-93 T 17-09-2021 IPR001045 Spermidine/spermine synthases GO:0003824 KEGG: 00270+2.5.1.16|KEGG: 00330+2.5.1.16|KEGG: 00480+2.5.1.16|Reactome: R-HSA-351202 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 ProSiteProfiles PS51006 Polyamine biosynthesis (PABS) domain profile. 2 238 101.468 T 17-09-2021 IPR030374 Polyamine biosynthesis domain KEGG: 00270+2.5.1.16|KEGG: 00330+2.5.1.16|KEGG: 00480+2.5.1.16|Reactome: R-HSA-351202 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 CDD cd02440 AdoMet_MTases 78 187 1.09566E-8 T 17-09-2021 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 Hamap MF_00198 Polyamine aminopropyltransferase [speE]. 3 281 39.42 T 17-09-2021 IPR001045 Spermidine/spermine synthases GO:0003824 KEGG: 00270+2.5.1.16|KEGG: 00330+2.5.1.16|KEGG: 00480+2.5.1.16|Reactome: R-HSA-351202 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 SUPERFAMILY SSF53335 3 281 1.06E-83 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 Pfam PF01564 Spermine/spermidine synthase domain 58 239 2.9E-56 T 17-09-2021 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 ProSitePatterns PS01330 Polyamine biosynthesis (PABS) domain signature. 79 92 - T 17-09-2021 IPR030373 Polyamine biosynthesis domain, conserved site KEGG: 00270+2.5.1.16|KEGG: 00330+2.5.1.16|KEGG: 00480+2.5.1.16|Reactome: R-HSA-351202 +MGYG000000001_02092 90d7c4db6ec91ed492fe34055d0791ed 284 Gene3D G3DSA:2.30.140.10 1 52 3.6E-20 T 17-09-2021 IPR037163 Spermidine synthase, tetramerisation domain superfamily KEGG: 00270+2.5.1.16|KEGG: 00330+2.5.1.16|KEGG: 00480+2.5.1.16|Reactome: R-HSA-351202 +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 16 221 6.5E-57 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 27 5.0 T 17-09-2021 +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 CDD cd16380 YitT_C 204 283 1.35352E-32 T 17-09-2021 +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 Pfam PF10035 Uncharacterized protein conserved in bacteria (DUF2179) 226 280 9.6E-21 T 17-09-2021 IPR019264 Domain of unknown function DUF2179 +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 Gene3D G3DSA:3.30.70.120 197 273 2.7E-23 T 17-09-2021 IPR015867 Nitrogen regulatory protein PII/ATP phosphoribosyltransferase, C-terminal +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 PIRSF PIRSF006483 1 288 1.1E-88 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_02626 fdb07d8c1d53733a3797221d339f04b1 288 PANTHER PTHR33545 10 285 8.6E-78 T 17-09-2021 +MGYG000000001_00965 4afd09d4250ce73b64e496679d6be61c 99 Pfam PF11756 Nitrous oxide-stimulated promoter 3 98 5.5E-41 T 17-09-2021 IPR020483 Uncharacterised protein family YgbA +MGYG000000001_01524 8ba17b429f5b9611b85bd584d84db8dd 143 Gene3D G3DSA:2.40.33.20 1 143 2.2E-34 T 17-09-2021 +MGYG000000001_01524 8ba17b429f5b9611b85bd584d84db8dd 143 ProSiteProfiles PS51340 MOSC domain profile. 18 143 26.808 T 17-09-2021 IPR005302 Molybdenum cofactor sulfurase, C-terminal GO:0003824|GO:0030151|GO:0030170 +MGYG000000001_01524 8ba17b429f5b9611b85bd584d84db8dd 143 SUPERFAMILY SSF50800 1 143 2.04E-37 T 17-09-2021 IPR011037 Pyruvate kinase-like, insert domain superfamily +MGYG000000001_01524 8ba17b429f5b9611b85bd584d84db8dd 143 PANTHER PTHR36930 2 142 3.3E-39 T 17-09-2021 +MGYG000000001_01524 8ba17b429f5b9611b85bd584d84db8dd 143 Pfam PF03473 MOSC domain 36 122 2.4E-5 T 17-09-2021 IPR005302 Molybdenum cofactor sulfurase, C-terminal GO:0003824|GO:0030151|GO:0030170 +MGYG000000001_02114 61d61b81c2cd73b15a47d4e0106ce6b5 62 Pfam PF08984 Domain of unknown function (DUF1858) 2 54 9.4E-23 T 17-09-2021 IPR015077 Domain of unknown function DUF1858 +MGYG000000001_02114 61d61b81c2cd73b15a47d4e0106ce6b5 62 Gene3D G3DSA:1.10.3910.10 1 62 2.1E-25 T 17-09-2021 IPR038062 ScdA-like, N-terminal domain superfamily +MGYG000000001_02114 61d61b81c2cd73b15a47d4e0106ce6b5 62 TIGRFAM TIGR03980 prismane_assoc: hybrid cluster protein-associated redox disulfide domain 2 59 5.7E-27 T 17-09-2021 IPR023883 Conserved hypothetical protein CHP03980, redox-disulphide +MGYG000000001_02114 61d61b81c2cd73b15a47d4e0106ce6b5 62 SUPERFAMILY SSF140683 1 60 5.89E-19 T 17-09-2021 IPR038062 ScdA-like, N-terminal domain superfamily +MGYG000000001_02114 61d61b81c2cd73b15a47d4e0106ce6b5 62 PANTHER PTHR39341 1 60 2.2E-22 T 17-09-2021 IPR023883 Conserved hypothetical protein CHP03980, redox-disulphide +MGYG000000001_00957 fd86262146fa07a12608740a3457a8ec 135 CDD cd16936 HATPase_RsbW-like 41 129 1.01669E-25 T 17-09-2021 +MGYG000000001_00957 fd86262146fa07a12608740a3457a8ec 135 Gene3D G3DSA:3.30.565.10 3 133 4.4E-24 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00957 fd86262146fa07a12608740a3457a8ec 135 SUPERFAMILY SSF55874 30 128 1.3E-15 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00957 fd86262146fa07a12608740a3457a8ec 135 Pfam PF13581 Histidine kinase-like ATPase domain 10 129 9.4E-26 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00957 fd86262146fa07a12608740a3457a8ec 135 PANTHER PTHR35526:SF1 4 131 8.4E-38 T 17-09-2021 +MGYG000000001_00957 fd86262146fa07a12608740a3457a8ec 135 PANTHER PTHR35526 4 131 8.4E-38 T 17-09-2021 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 SUPERFAMILY SSF56219 1 249 6.02E-83 T 17-09-2021 IPR036691 Endonuclease/exonuclease/phosphatase superfamily +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 ProSiteProfiles PS51435 AP endonucleases family 1 profile. 1 250 51.052 T 17-09-2021 IPR004808 AP endonuclease 1 GO:0004518|GO:0006281 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 TIGRFAM TIGR00633 xth: exodeoxyribonuclease III (xth) 1 249 6.1E-102 T 17-09-2021 IPR004808 AP endonuclease 1 GO:0004518|GO:0006281 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 PANTHER PTHR22748 1 250 1.0E-113 T 17-09-2021 IPR004808 AP endonuclease 1 GO:0004518|GO:0006281 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 Gene3D G3DSA:3.60.10.10 1 249 2.8E-99 T 17-09-2021 IPR036691 Endonuclease/exonuclease/phosphatase superfamily +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 TIGRFAM TIGR00195 exoDNase_III: exodeoxyribonuclease III 1 249 5.3E-101 T 17-09-2021 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 CDD cd09087 Ape1-like_AP-endo 1 249 9.45509E-171 T 17-09-2021 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 Pfam PF03372 Endonuclease/Exonuclease/phosphatase family 5 242 1.1E-24 T 17-09-2021 IPR005135 Endonuclease/exonuclease/phosphatase +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 ProSitePatterns PS00726 AP endonucleases family 1 signature 1. 28 37 - T 17-09-2021 IPR020847 AP endonuclease 1, binding site GO:0003677|GO:0004519|GO:0006281 +MGYG000000001_00493 90de9915dcdcbd060450517fd482d759 250 PANTHER PTHR22748:SF6 1 250 1.0E-113 T 17-09-2021 +MGYG000000001_01097 25689334e3bf89e5d6d0a750dc58008d 143 Pfam PF14550 Putative phage serine protease XkdF 7 138 3.6E-23 T 17-09-2021 IPR027924 Phage-like element PBSX protein, XkdF +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 SUPERFAMILY SSF55874 360 524 3.27E-39 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 ProSiteProfiles PS50109 Histidine kinase domain profile. 309 526 43.05 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 SUPERFAMILY SSF55781 140 295 3.27E-8 T 17-09-2021 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 PRINTS PR00344 Bacterial sensor protein C-terminal signature 469 479 2.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 PRINTS PR00344 Bacterial sensor protein C-terminal signature 451 465 2.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 PRINTS PR00344 Bacterial sensor protein C-terminal signature 486 504 2.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 PRINTS PR00344 Bacterial sensor protein C-terminal signature 510 523 2.2E-13 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 CDD cd00082 HisKA 300 366 2.4286E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Gene3D G3DSA:3.30.450.40 144 295 5.5E-21 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Pfam PF00512 His Kinase A (phospho-acceptor) domain 303 370 1.7E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Pfam PF13493 Domain of unknown function (DUF4118) 32 137 2.1E-29 T 17-09-2021 IPR025201 Sensor protein KdpD, transmembrane domain +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Gene3D G3DSA:3.30.565.10 371 527 1.0E-39 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 SMART SM00387 414 526 3.6E-32 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 PANTHER PTHR45569 52 526 6.3E-97 T 17-09-2021 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Gene3D G3DSA:1.10.287.130 297 369 3.2E-14 T 17-09-2021 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 SMART SM00388 302 370 2.1E-13 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Gene3D G3DSA:1.20.120.620 26 132 8.0E-28 T 17-09-2021 IPR038318 KdpD, transmembrane domain superfamily +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 CDD cd00075 HATPase 419 522 5.35869E-35 T 17-09-2021 +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 419 525 5.3E-23 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02820 35e6ac03e13623f0e3be15187f27cdb1 527 SUPERFAMILY SSF47384 298 371 3.92E-15 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00810 d33508cb7625f3658b71fb3a1f5dc2d3 74 Pfam PF01726 LexA DNA binding domain 12 68 1.0E-12 T 17-09-2021 IPR006199 LexA repressor, DNA-binding domain GO:0004252|GO:0006508 +MGYG000000001_00810 d33508cb7625f3658b71fb3a1f5dc2d3 74 Gene3D G3DSA:1.10.10.10 1 72 5.3E-17 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00810 d33508cb7625f3658b71fb3a1f5dc2d3 74 SUPERFAMILY SSF46785 12 72 2.05E-15 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03247 dcf6b65b913e1839fe11c61ebf9e48ae 200 PANTHER PTHR12677 18 172 8.9E-15 T 17-09-2021 IPR015414 Transmembrane protein TMEM64 GO:0016021 +MGYG000000001_03247 dcf6b65b913e1839fe11c61ebf9e48ae 200 Coils Coil 185 200 - T 17-09-2021 +MGYG000000001_03247 dcf6b65b913e1839fe11c61ebf9e48ae 200 Pfam PF09335 SNARE associated Golgi protein 35 152 9.0E-17 T 17-09-2021 IPR032816 SNARE associated Golgi protein +MGYG000000001_01465 3e33b76c2ca41503127174bfa68f82f7 245 Pfam PF04307 LexA-binding, inner membrane-associated putative hydrolase 1 239 8.4E-22 T 17-09-2021 IPR007404 LexA-binding, inner membrane-associated putative hydrolase +MGYG000000001_01465 3e33b76c2ca41503127174bfa68f82f7 245 PANTHER PTHR35531 1 241 2.8E-14 T 17-09-2021 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 Pfam PF13347 MFS/sugar transport protein 19 458 4.7E-46 T 17-09-2021 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 ProSitePatterns PS00872 Sodium:galactoside symporter family signature. 66 90 - T 17-09-2021 IPR018043 Sodium:galactoside symporter, conserved site GO:0006814|GO:0016020|GO:0022857 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 PANTHER PTHR11328 9 472 6.2E-30 T 17-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 SUPERFAMILY SSF103473 23 446 3.66E-12 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 Coils Coil 462 479 - T 17-09-2021 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 CDD cd17332 MFS_MelB_like 19 458 1.5411E-41 T 17-09-2021 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 PANTHER PTHR11328:SF24 9 472 6.2E-30 T 17-09-2021 +MGYG000000001_01080 80b7fad0c4e565f8e212381c28fbb68c 479 Gene3D G3DSA:1.20.1250.20 9 215 5.2E-8 T 17-09-2021 +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 Pfam PF00990 Diguanylate cyclase, GGDEF domain 2 124 7.3E-31 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 SUPERFAMILY SSF55073 1 129 2.12E-33 T 17-09-2021 IPR029787 Nucleotide cyclase +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 Gene3D G3DSA:3.30.70.270 1 138 3.6E-37 T 17-09-2021 +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 PANTHER PTHR44757 2 217 4.3E-64 T 17-09-2021 +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 SUPERFAMILY SSF141868 142 222 4.84E-17 T 17-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 CDD cd01949 GGDEF 1 126 3.73131E-42 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 ProSiteProfiles PS50887 GGDEF domain profile. 1 130 28.613 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 TIGRFAM TIGR00254 GGDEF: diguanylate cyclase (GGDEF) domain 2 125 4.1E-27 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 ProSiteProfiles PS50883 EAL domain profile. 134 224 19.301 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 SMART SM00267 1 128 5.6E-8 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 Gene3D G3DSA:3.20.20.450 139 224 4.6E-19 T 17-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 PANTHER PTHR44757:SF2 2 217 4.3E-64 T 17-09-2021 +MGYG000000001_02884 93ef7deaecb1f6427eaa74b20fd71413 224 Pfam PF00563 EAL domain 142 216 9.8E-14 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 ProSiteProfiles PS51371 CBS domain profile. 226 289 9.389 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 SMART SM00116 231 280 2.3 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 SMART SM00116 295 343 0.18 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 Pfam PF03471 Transporter associated domain 359 435 7.3E-16 T 17-09-2021 IPR005170 Transporter-associated domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 PANTHER PTHR22777:SF17 12 435 1.4E-111 T 17-09-2021 +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 ProSiteProfiles PS51846 CNNM transmembrane domain profile. 7 207 30.277 T 17-09-2021 IPR002550 CNNM, transmembrane domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 SUPERFAMILY SSF56176 353 435 1.28E-16 T 17-09-2021 IPR036318 FAD-binding, type PCMH-like superfamily GO:0050660 +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 CDD cd04590 CBS_pair_CorC_HlyC_assoc 223 340 1.53283E-44 T 17-09-2021 +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 Gene3D G3DSA:3.30.465.10 352 436 2.6E-17 T 17-09-2021 IPR016169 FAD-binding, type PCMH, subdomain 2 +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 ProSiteProfiles PS51371 CBS domain profile. 292 349 11.322 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 Pfam PF00571 CBS domain 289 343 3.0E-6 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 Pfam PF00571 CBS domain 223 277 7.4E-4 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 Gene3D G3DSA:3.10.580.10 201 351 1.1E-50 T 17-09-2021 +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 SMART SM01091 358 436 4.4E-16 T 17-09-2021 IPR005170 Transporter-associated domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 Pfam PF01595 Cyclin M transmembrane N-terminal domain 17 207 2.2E-45 T 17-09-2021 IPR002550 CNNM, transmembrane domain +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 PANTHER PTHR22777 12 435 1.4E-111 T 17-09-2021 +MGYG000000001_01689 4420e0e54e70308dd98ef35ffa7536a4 436 SUPERFAMILY SSF54631 217 358 7.45E-33 T 17-09-2021 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 SUPERFAMILY SSF53681 107 208 1.64E-23 T 17-09-2021 IPR001920 Asp/Glu racemase GO:0016855 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 SUPERFAMILY SSF53681 5 119 6.76E-32 T 17-09-2021 IPR001920 Asp/Glu racemase GO:0016855 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 Gene3D G3DSA:3.40.50.1860 6 222 2.5E-74 T 17-09-2021 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 Gene3D G3DSA:3.40.50.1860 109 217 2.5E-74 T 17-09-2021 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 ProSitePatterns PS00923 Aspartate and glutamate racemases signature 1. 83 91 - T 17-09-2021 IPR018187 Asp/Glu racemase, active site 1 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 Pfam PF01177 Asp/Glu/Hydantoin racemase 11 225 9.7E-62 T 17-09-2021 IPR015942 Asp/Glu/hydantoin racemase GO:0006807|GO:0036361 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 TIGRFAM TIGR00035 asp_race: aspartate racemase 5 228 8.8E-69 T 17-09-2021 IPR004380 Aspartate racemase GO:0047661 +MGYG000000001_01177 45f4bed7b7452af9accc25427557539d 235 PANTHER PTHR21198 2 229 1.7E-36 T 17-09-2021 +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 Coils Coil 32 52 - T 17-09-2021 +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 Pfam PF05065 Phage capsid family 91 360 4.1E-43 T 17-09-2021 IPR024455 Phage capsid +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 TIGRFAM TIGR01554 major_cap_HK97: phage major capsid protein, HK97 family 4 360 9.4E-56 T 17-09-2021 IPR024455 Phage capsid +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 Gene3D G3DSA:3.30.2400.10 146 349 3.1E-14 T 17-09-2021 +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 SUPERFAMILY SSF56563 84 360 6.67E-48 T 17-09-2021 +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 Gene3D G3DSA:3.30.2320.10 218 317 3.1E-14 T 17-09-2021 +MGYG000000001_01819 a898f84bc5ecd88887a8654836f6b7fe 363 Coils Coil 3 23 - T 17-09-2021 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 PANTHER PTHR43823 1 425 4.9E-92 T 17-09-2021 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 PANTHER PTHR43823:SF1 1 425 4.9E-92 T 17-09-2021 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 CDD cd13143 MATE_MepA_like 3 418 7.35219E-98 T 17-09-2021 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 PIRSF PIRSF006603 1 434 1.2E-60 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 Pfam PF01554 MatE 11 172 4.4E-28 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 Pfam PF01554 MatE 231 389 4.8E-16 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03044 f6630685a309d0140681e2582257cc56 435 TIGRFAM TIGR00797 matE: MATE efflux family protein 11 404 1.7E-55 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 Gene3D G3DSA:1.10.287.130 368 491 1.1E-19 T 17-09-2021 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 SMART SM00388 430 497 4.6E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 ProSiteProfiles PS50885 HAMP domain profile. 370 422 7.522 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 544 635 9.8E-10 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 SUPERFAMILY SSF55874 486 635 2.6E-20 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 SMART SM00387 543 652 6.8E-9 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 SUPERFAMILY SSF47384 417 498 4.51E-16 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 CDD cd16923 HATPase_VanS-like 548 647 7.47642E-37 T 17-09-2021 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 ProSiteProfiles PS50109 Histidine kinase domain profile. 437 636 34.017 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 Pfam PF00512 His Kinase A (phospho-acceptor) domain 430 497 2.8E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 PANTHER PTHR45528 344 648 4.6E-87 T 17-09-2021 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 CDD cd00082 HisKA 428 493 3.96905E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 CDD cd06225 HAMP 376 418 0.00801604 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00976 78322ffcbb318aae6b1f62b34b7589bb 654 Gene3D G3DSA:3.30.565.10 501 642 1.6E-20 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 ProSiteProfiles PS51689 rRNA adenine N(6)-methyltransferase family profile. 21 286 88.2 T 17-09-2021 IPR001737 Ribosomal RNA adenine methyltransferase KsgA/Erm +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 SMART SM00650 35 210 1.3E-74 T 17-09-2021 IPR020598 Ribosomal RNA adenine methylase transferase, N-terminal GO:0000154|GO:0000179|GO:0008649 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 Gene3D G3DSA:3.40.50.150 1 213 1.0E-71 T 17-09-2021 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 Gene3D G3DSA:1.10.8.100 218 286 7.0E-24 T 17-09-2021 IPR023165 rRNA adenine dimethylase-like Reactome: R-HSA-2151201|Reactome: R-HSA-6793080 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 ProSitePatterns PS01131 Ribosomal RNA adenine dimethylases signature. 51 78 - T 17-09-2021 IPR020596 Ribosomal RNA adenine methylase transferase, conserved site GO:0000154|GO:0000179|GO:0008649 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 SUPERFAMILY SSF53335 16 283 5.48E-74 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 Hamap MF_00607 Ribosomal RNA small subunit methyltransferase A [rsmA]. 19 283 55.313 T 17-09-2021 IPR011530 Ribosomal RNA adenine dimethylase GO:0000179|GO:0006364 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 PANTHER PTHR11727 11 283 5.1E-71 T 17-09-2021 IPR001737 Ribosomal RNA adenine methyltransferase KsgA/Erm +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 Pfam PF00398 Ribosomal RNA adenine dimethylase 19 276 9.8E-67 T 17-09-2021 IPR001737 Ribosomal RNA adenine methyltransferase KsgA/Erm +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 Coils Coil 286 289 - T 17-09-2021 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 TIGRFAM TIGR00755 ksgA: ribosomal RNA small subunit methyltransferase A 19 281 2.2E-83 T 17-09-2021 IPR011530 Ribosomal RNA adenine dimethylase GO:0000179|GO:0006364 +MGYG000000001_00674 66eb8fb98e8e11c8adbc7ea9fe02d4c8 289 CDD cd02440 AdoMet_MTases 50 141 5.23481E-5 T 17-09-2021 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 Gene3D G3DSA:3.30.465.10 98 217 4.9E-47 T 17-09-2021 IPR016169 FAD-binding, type PCMH, subdomain 2 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 Gene3D G3DSA:3.30.70.2740 341 422 1.7E-12 T 17-09-2021 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 Gene3D G3DSA:1.10.45.10 423 462 2.6E-11 T 17-09-2021 IPR016171 Vanillyl-alcohol oxidase, C-terminal subdomain 2 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 Pfam PF01565 FAD binding domain 44 181 1.4E-40 T 17-09-2021 IPR006094 FAD linked oxidase, N-terminal GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 ProSiteProfiles PS51387 PCMH-type FAD-binding domain profile. 39 218 25.405 T 17-09-2021 IPR016166 FAD-binding domain, PCMH-type GO:0071949 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 PANTHER PTHR42934 4 462 5.9E-158 T 17-09-2021 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 SUPERFAMILY SSF56176 4 219 6.54E-69 T 17-09-2021 IPR036318 FAD-binding, type PCMH-like superfamily GO:0050660 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 PANTHER PTHR42934:SF2 4 462 5.9E-158 T 17-09-2021 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 Pfam PF02913 FAD linked oxidases, C-terminal domain 219 462 1.1E-60 T 17-09-2021 IPR004113 FAD-linked oxidase, C-terminal GO:0003824|GO:0050660 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 SUPERFAMILY SSF55103 224 463 3.76E-54 T 17-09-2021 IPR016164 FAD-linked oxidase-like, C-terminal GO:0003824|GO:0050660 +MGYG000000001_02416 c7c62703ec098601bc0a259f99ddb6e6 463 Gene3D G3DSA:3.30.43.10 1 96 9.5E-23 T 17-09-2021 IPR016167 FAD-binding, type PCMH, subdomain 1 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 PANTHER PTHR21368 1 147 1.1E-38 T 17-09-2021 IPR000244 Ribosomal protein L9 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 SUPERFAMILY SSF55653 57 147 1.07E-24 T 17-09-2021 IPR036791 Ribosomal protein L9, C-terminal domain superfamily +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 SUPERFAMILY SSF55658 1 56 5.23E-18 T 17-09-2021 IPR009027 Ribosomal protein L9/RNase H1, N-terminal +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Coils Coil 37 64 - T 17-09-2021 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Hamap MF_00503 50S ribosomal protein L9 [rplI]. 1 148 25.624 T 17-09-2021 IPR020594 Ribosomal protein L9, bacteria/chloroplast GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Pfam PF01281 Ribosomal protein L9, N-terminal domain 1 47 2.2E-23 T 17-09-2021 IPR020070 Ribosomal protein L9, N-terminal Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Gene3D G3DSA:3.40.5.10 1 52 1.4E-24 T 17-09-2021 IPR036935 Ribosomal protein L9, N-terminal domain superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Coils Coil 99 119 - T 17-09-2021 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 TIGRFAM TIGR00158 L9: ribosomal protein bL9 1 147 3.9E-42 T 17-09-2021 IPR020594 Ribosomal protein L9, bacteria/chloroplast GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Gene3D G3DSA:3.10.430.100 60 149 8.5E-27 T 17-09-2021 IPR036791 Ribosomal protein L9, C-terminal domain superfamily +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 PANTHER PTHR21368:SF18 1 147 1.1E-38 T 17-09-2021 +MGYG000000001_00923 f0799a11d916bd130080412d8191a71b 149 Pfam PF03948 Ribosomal protein L9, C-terminal domain 63 146 9.4E-25 T 17-09-2021 IPR020069 Ribosomal protein L9, C-terminal +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 CDD cd03242 ABC_RecF 3 363 1.26562E-91 T 17-09-2021 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 Gene3D G3DSA:1.20.1050.90 119 307 1.4E-106 T 17-09-2021 IPR042174 DNA-binding RecF, domain 2 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 PANTHER PTHR32182 1 364 1.4E-73 T 17-09-2021 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 SUPERFAMILY SSF52540 1 366 7.72E-42 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 Hamap MF_00365 DNA replication and repair protein RecF [recF]. 1 371 87.298 T 17-09-2021 IPR001238 DNA-binding, RecF GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 TIGRFAM TIGR00611 recf: DNA replication and repair protein RecF 1 361 1.7E-105 T 17-09-2021 IPR001238 DNA-binding, RecF GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 Pfam PF02463 RecF/RecN/SMC N terminal domain 3 341 3.2E-17 T 17-09-2021 IPR003395 RecF/RecN/SMC, N-terminal +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 PANTHER PTHR32182:SF0 1 364 1.4E-73 T 17-09-2021 IPR001238 DNA-binding, RecF GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 Gene3D G3DSA:3.40.50.300 6 340 1.4E-106 T 17-09-2021 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 ProSitePatterns PS00618 RecF protein signature 2. 308 326 - T 17-09-2021 IPR018078 DNA-binding, RecF, conserved site GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_00951 88b6f1b64cc2db02674c97dc04342cf8 371 ProSitePatterns PS00617 RecF protein signature 1. 116 136 - T 17-09-2021 IPR018078 DNA-binding, RecF, conserved site GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 Gene3D G3DSA:3.30.230.30 1 132 4.2E-48 T 17-09-2021 IPR036956 Impact, N-terminal domain superfamily +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 Pfam PF01205 Uncharacterized protein family UPF0029 19 120 3.1E-32 T 17-09-2021 IPR001498 Impact, N-terminal +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 PANTHER PTHR16301 2 205 5.3E-60 T 17-09-2021 IPR023582 Impact family +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 PANTHER PTHR16301:SF20 2 205 5.3E-60 T 17-09-2021 +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 TIGRFAM TIGR00257 IMPACT_YIGZ: uncharacterized protein, YigZ family 1 201 6.5E-61 T 17-09-2021 IPR015796 Impact family, bacterial/archaeal +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 SUPERFAMILY SSF54211 3 131 3.53E-43 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 SUPERFAMILY SSF54980 134 201 9.35E-10 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_00385 0b921c1103ac15fd97c5d45fb8ad5156 214 Pfam PF09186 Domain of unknown function (DUF1949) 139 193 3.1E-15 T 17-09-2021 IPR015269 Uncharacterised domain UPF0029, Impact, C-terminal +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 ProSitePatterns PS00843 D-alanine--D-alanine ligase signature 1. 104 115 - T 17-09-2021 IPR000291 D-alanine--D-alanine ligase/VANA/B/C, conserved site KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 ProSiteProfiles PS50975 ATP-grasp fold profile. 142 348 48.784 T 17-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 Pfam PF01820 D-ala D-ala ligase N-terminus 5 127 5.3E-33 T 17-09-2021 IPR011127 D-alanine--D-alanine ligase, N-terminal domain KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 Gene3D G3DSA:3.30.1490.20 152 224 3.1E-79 T 17-09-2021 IPR013815 ATP-grasp fold, subdomain 1 GO:0005524 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 PANTHER PTHR23132:SF8 1 354 7.4E-139 T 17-09-2021 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 ProSitePatterns PS00844 D-alanine--D-alanine ligase signature 2. 292 321 - T 17-09-2021 IPR000291 D-alanine--D-alanine ligase/VANA/B/C, conserved site KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 PANTHER PTHR23132 1 354 7.4E-139 T 17-09-2021 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 Gene3D G3DSA:3.40.50.20 1 126 3.8E-41 T 17-09-2021 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 TIGRFAM TIGR01205 D_ala_D_alaTIGR: D-alanine--D-alanine ligase 6 350 3.7E-113 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 Gene3D G3DSA:3.30.470.20 127 350 3.1E-79 T 17-09-2021 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 SUPERFAMILY SSF52440 3 136 1.82E-38 T 17-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 PIRSF PIRSF039102 1 355 3.8E-122 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 Pfam PF07478 D-ala D-ala ligase C-terminus 146 348 7.8E-77 T 17-09-2021 IPR011095 D-alanine--D-alanine ligase, C-terminal GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 SUPERFAMILY SSF56059 137 351 6.88E-58 T 17-09-2021 +MGYG000000001_02002 71a45d96a30d2375ba8d42e576bf77be 355 Hamap MF_00047 D-alanine--D-alanine ligase [ddl]. 4 351 42.274 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 Pfam PF02575 YbaB/EbfC DNA-binding family 18 108 4.7E-35 T 17-09-2021 IPR004401 Nucleoid-associated protein YbaB/EbfC family +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 Gene3D G3DSA:3.30.1310.10 5 113 2.9E-40 T 17-09-2021 IPR036894 Nucleoid-associated protein YbaB-like domain superfamily +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 Hamap MF_00274 Nucleoid-associated protein YbaB [ybaB]. 12 106 23.222 T 17-09-2021 IPR004401 Nucleoid-associated protein YbaB/EbfC family +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 Coils Coil 14 43 - T 17-09-2021 +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 PANTHER PTHR33449:SF1 9 112 3.2E-28 T 17-09-2021 +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 PIRSF PIRSF004555 10 113 7.0E-41 T 17-09-2021 IPR004401 Nucleoid-associated protein YbaB/EbfC family +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 SUPERFAMILY SSF82607 18 112 2.22E-33 T 17-09-2021 IPR036894 Nucleoid-associated protein YbaB-like domain superfamily +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 TIGRFAM TIGR00103 DNA_YbaB_EbfC: DNA-binding protein, YbaB/EbfC family 12 112 4.8E-30 T 17-09-2021 IPR004401 Nucleoid-associated protein YbaB/EbfC family +MGYG000000001_03062 5a9ba285c8017f4581de471545d71323 113 PANTHER PTHR33449 9 112 3.2E-28 T 17-09-2021 IPR004401 Nucleoid-associated protein YbaB/EbfC family +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 TIGRFAM TIGR01466 cobJ_cbiH: precorrin-3B C17-methyltransferase 2 240 8.8E-106 T 17-09-2021 IPR006363 Precorrin-3B C17-methyltransferase domain GO:0008168|GO:0009236 +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 Gene3D G3DSA:3.40.1010.10 1 110 2.6E-36 T 17-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 SUPERFAMILY SSF53790 1 239 5.63E-59 T 17-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 1 206 3.3E-39 T 17-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 PANTHER PTHR47036 2 240 4.1E-107 T 17-09-2021 +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 CDD cd11646 Precorrin_3B_C17_MT 2 239 3.17146E-153 T 17-09-2021 IPR006363 Precorrin-3B C17-methyltransferase domain GO:0008168|GO:0009236 +MGYG000000001_02186 e2ca7d059a52f1a3cdeb9ce574e0db91 241 Gene3D G3DSA:3.30.950.10 111 241 1.0E-52 T 17-09-2021 IPR014776 Tetrapyrrole methylase, subdomain 2 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 Gene3D G3DSA:3.90.640.10 181 254 3.0E-129 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 61 84 3.7E-59 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 182 202 3.7E-59 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 295 321 3.7E-59 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 127 146 3.7E-59 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PRINTS PR01652 Bacterial cell shape determinant MreB/Mbl protein signature 41 59 3.7E-59 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 TIGRFAM TIGR00904 mreB: cell shape determining protein, MreB/Mrl family 4 330 9.4E-147 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 Gene3D G3DSA:3.30.420.40 6 321 3.0E-129 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PANTHER PTHR42749 2 332 5.9E-132 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 PANTHER PTHR42749:SF1 2 332 5.9E-132 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 CDD cd10225 MreB_like 6 321 0.0 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 Pfam PF06723 MreB/Mbl protein 4 330 3.9E-146 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 SUPERFAMILY SSF53067 4 143 4.08E-42 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 SUPERFAMILY SSF53067 145 326 3.0E-47 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 Gene3D G3DSA:3.30.420.40 149 312 3.0E-129 T 17-09-2021 +MGYG000000001_01037 e5d8286e58e8a75070c48aae111c7144 339 Hamap MF_02207 Cell shape-determining protein MreB [mreB]. 3 335 42.578 T 17-09-2021 +MGYG000000001_02292 4f989a1cdb76f610a8f62c8916b67b04 362 Pfam PF02653 Branched-chain amino acid transport system / permease component 58 333 1.5E-33 T 17-09-2021 IPR001851 ABC transporter, permease GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_02292 4f989a1cdb76f610a8f62c8916b67b04 362 PANTHER PTHR47089 15 350 3.9E-74 T 17-09-2021 +MGYG000000001_02292 4f989a1cdb76f610a8f62c8916b67b04 362 CDD cd06580 TM_PBP1_transp_TpRbsC_like 65 333 1.91045E-53 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 SUPERFAMILY SSF55424 324 441 5.15E-31 T 17-09-2021 IPR016156 FAD/NAD-linked reductase, dimerisation domain superfamily GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 Pfam PF02852 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain 331 432 4.5E-15 T 17-09-2021 IPR004099 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain GO:0045454|GO:0055114 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 Gene3D G3DSA:3.50.50.60 113 440 2.1E-162 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 Gene3D G3DSA:3.50.50.60 2 340 2.1E-162 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 SUPERFAMILY SSF51905 1 316 1.02E-46 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PANTHER PTHR43429 1 442 1.2E-145 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 3 22 2.1E-24 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 235 251 2.1E-24 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 104 122 2.1E-24 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 151 169 2.1E-24 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 262 284 2.1E-24 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 2 287 1.9E-62 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 277 284 1.8E-16 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 151 176 1.8E-16 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 2 24 1.8E-16 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 236 250 1.8E-16 T 17-09-2021 +MGYG000000001_00286 48a528bea93a442300646cd80fba2139 444 PANTHER PTHR43429:SF1 1 442 1.2E-145 T 17-09-2021 +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 Gene3D G3DSA:3.40.50.150 2 220 1.7E-63 T 17-09-2021 +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 Pfam PF01596 O-methyltransferase 34 213 2.2E-33 T 17-09-2021 IPR002935 Class I-like SAM-dependent O-methyltransferase GO:0008171 +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 PANTHER PTHR10509:SF14 7 213 3.1E-41 T 17-09-2021 +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 ProSiteProfiles PS51682 SAM-dependent O-methyltransferase class I-type profile. 1 214 36.491 T 17-09-2021 IPR002935 Class I-like SAM-dependent O-methyltransferase GO:0008171 +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 CDD cd02440 AdoMet_MTases 58 157 5.17082E-16 T 17-09-2021 +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 SUPERFAMILY SSF53335 29 214 1.82E-46 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01289 f6deb4e3444117fd0688ae749fc9e9c5 220 PANTHER PTHR10509 7 213 3.1E-41 T 17-09-2021 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 SUPERFAMILY SSF102645 183 398 1.03E-74 T 17-09-2021 IPR035929 CoaB-like superfamily KEGG: 00770+6.3.2.5|Reactome: R-HSA-196783 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 Coils Coil 324 344 - T 17-09-2021 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 Pfam PF04127 DNA / pantothenate metabolism flavoprotein 185 368 6.5E-72 T 17-09-2021 IPR007085 DNA/pantothenate metabolism flavoprotein, C-terminal KEGG: 00770+6.3.2.5|Reactome: R-HSA-196783 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 Gene3D G3DSA:3.40.50.10300 186 399 2.7E-82 T 17-09-2021 IPR035929 CoaB-like superfamily KEGG: 00770+6.3.2.5|Reactome: R-HSA-196783 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 SUPERFAMILY SSF52507 1 179 2.22E-64 T 17-09-2021 IPR036551 Flavin prenyltransferase-like GO:0003824 Reactome: R-HSA-196783 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 PANTHER PTHR14359 1 396 5.1E-153 T 17-09-2021 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 Coils Coil 248 268 - T 17-09-2021 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 Gene3D G3DSA:3.40.50.1950 1 185 2.1E-63 T 17-09-2021 IPR036551 Flavin prenyltransferase-like GO:0003824 Reactome: R-HSA-196783 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 PANTHER PTHR14359:SF24 1 396 5.1E-153 T 17-09-2021 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 TIGRFAM TIGR00521 coaBC_dfp: phosphopantothenoylcysteine decarboxylase / phosphopantothenate--cysteine ligase 2 393 1.6E-149 T 17-09-2021 IPR005252 Coenzyme A biosynthesis bifunctional protein CoaBC GO:0004632|GO:0004633|GO:0010181|GO:0015937|GO:0015941 KEGG: 00770+4.1.1.36+6.3.2.5|MetaCyc: PWY-7851 +MGYG000000001_02146 48fc550fe4b12f56c74453d67af65ae0 399 Pfam PF02441 Flavoprotein 5 178 3.7E-46 T 17-09-2021 IPR003382 Flavoprotein GO:0003824 Reactome: R-HSA-196783 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 SMART SM00116 208 256 9.0E-7 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 SMART SM00116 144 197 0.15 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Gene3D G3DSA:1.10.357.20 283 456 7.1E-42 T 17-09-2021 IPR038048 Magnesium transporter MgtE, transmembrane domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Coils Coil 8 28 - T 17-09-2021 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 PANTHER PTHR43773:SF1 6 454 2.1E-116 T 17-09-2021 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 ProSiteProfiles PS51371 CBS domain profile. 141 203 11.513 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Pfam PF01769 Divalent cation transporter 331 448 6.6E-23 T 17-09-2021 IPR006667 SLC41 divalent cation transporters, integral membrane domain GO:0006812|GO:0008324 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Pfam PF03448 MgtE intracellular N domain 35 135 3.4E-19 T 17-09-2021 IPR006668 Magnesium transporter, MgtE intracellular domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Pfam PF00571 CBS domain 138 195 2.5E-9 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Pfam PF00571 CBS domain 201 255 7.7E-10 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 SMART SM00924 34 137 6.5E-22 T 17-09-2021 IPR006668 Magnesium transporter, MgtE intracellular domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Gene3D G3DSA:1.25.60.10 5 132 6.4E-24 T 17-09-2021 IPR038076 MgtE, N-terminal domain superfamily +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 PANTHER PTHR43773 6 454 2.1E-116 T 17-09-2021 IPR006669 Magnesium transporter MgtE GO:0015095|GO:0015693|GO:0016020 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 Gene3D G3DSA:3.10.580.10 133 261 1.4E-47 T 17-09-2021 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 SUPERFAMILY SSF158791 8 134 1.02E-26 T 17-09-2021 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 ProSiteProfiles PS51371 CBS domain profile. 205 261 12.578 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 CDD cd04606 CBS_pair_Mg_transporter 135 255 3.49621E-60 T 17-09-2021 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 SUPERFAMILY SSF161093 287 455 6.93E-35 T 17-09-2021 IPR036739 SLC41 divalent cation transporters, integral membrane domain superfamily GO:0006812|GO:0008324 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 TIGRFAM TIGR00400 mgtE: magnesium transporter 10 456 3.1E-103 T 17-09-2021 IPR006669 Magnesium transporter MgtE GO:0015095|GO:0015693|GO:0016020 +MGYG000000001_00219 26f9c52e6c160540de28e9a8e3f06dc2 459 SUPERFAMILY SSF54631 137 271 3.03E-33 T 17-09-2021 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 Gene3D G3DSA:1.20.970.10 1 67 1.2E-30 T 17-09-2021 IPR036320 Glycosyl transferase family 3, N-terminal domain superfamily Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 SUPERFAMILY SSF54680 331 433 1.44E-28 T 17-09-2021 IPR036566 Pyrimidine nucleoside phosphorylase-like, C-terminal domain superfamily GO:0006213|GO:0016763 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 PIRSF PIRSF000478 1 434 2.2E-160 T 17-09-2021 IPR000053 Thymidine/pyrimidine-nucleoside phosphorylase GO:0004645|GO:0006206 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 Pfam PF00591 Glycosyl transferase family, a/b domain 78 306 5.0E-43 T 17-09-2021 IPR000312 Glycosyl transferase, family 3 GO:0016757 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 Pfam PF07831 Pyrimidine nucleoside phosphorylase C-terminal domain 345 418 4.2E-23 T 17-09-2021 IPR013102 Pyrimidine nucleoside phosphorylase, C-terminal GO:0006213|GO:0016763 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 PANTHER PTHR10515 1 430 2.0E-169 T 17-09-2021 IPR000053 Thymidine/pyrimidine-nucleoside phosphorylase GO:0004645|GO:0006206 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 SUPERFAMILY SSF52418 69 330 1.31E-90 T 17-09-2021 IPR035902 Nucleoside phosphorylase/phosphoribosyltransferase catalytic domain superfamily Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 Gene3D G3DSA:3.40.1030.10 77 330 5.9E-144 T 17-09-2021 IPR035902 Nucleoside phosphorylase/phosphoribosyltransferase catalytic domain superfamily Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 SMART SM00941 345 419 2.1E-30 T 17-09-2021 IPR013102 Pyrimidine nucleoside phosphorylase, C-terminal GO:0006213|GO:0016763 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 Gene3D G3DSA:3.90.1170.30 331 421 5.9E-144 T 17-09-2021 IPR036566 Pyrimidine nucleoside phosphorylase-like, C-terminal domain superfamily GO:0006213|GO:0016763 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 Pfam PF02885 Glycosyl transferase family, helical bundle domain 5 66 5.6E-23 T 17-09-2021 IPR017459 Glycosyl transferase family 3, N-terminal domain Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 SUPERFAMILY SSF47648 1 69 9.94E-23 T 17-09-2021 IPR036320 Glycosyl transferase family 3, N-terminal domain superfamily Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 TIGRFAM TIGR02644 Y_phosphoryl: pyrimidine-nucleoside phosphorylase 4 418 3.0E-173 T 17-09-2021 IPR018090 Pyrimidine-nucleoside phosphorylase, bacterial/eukaryotic GO:0006213|GO:0016154 KEGG: 00240+2.4.2.4|KEGG: 00983+2.4.2.4|MetaCyc: PWY-7181|Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 PANTHER PTHR10515:SF0 1 430 2.0E-169 T 17-09-2021 +MGYG000000001_01287 976a0e945ce3d5609243df78e568fb20 441 ProSitePatterns PS00647 Thymidine and pyrimidine-nucleoside phosphorylases signature. 110 125 - T 17-09-2021 IPR017872 Pyrimidine-nucleoside phosphorylase, conserved site GO:0006206 Reactome: R-HSA-73614|Reactome: R-HSA-73621 +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 Hamap MF_00361 NAD kinase [nadK]. 2 266 24.704 T 17-09-2021 IPR002504 NAD kinase GO:0003951|GO:0006741 KEGG: 00760+2.7.1.23|MetaCyc: PWY-5083|MetaCyc: PWY-7268|MetaCyc: PWY-7269|Reactome: R-HSA-196807 +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 SUPERFAMILY SSF111331 23 265 9.94E-64 T 17-09-2021 IPR016064 NAD kinase/diacylglycerol kinase-like domain superfamily +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 PANTHER PTHR20275 2 263 3.2E-46 T 17-09-2021 +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 Gene3D G3DSA:2.60.200.30 105 244 7.5E-74 T 17-09-2021 IPR017437 ATP-NAD kinase, PpnK-type, C-terminal GO:0003951|GO:0019674 KEGG: 00760+2.7.1.23|MetaCyc: PWY-5083|MetaCyc: PWY-7268|MetaCyc: PWY-7269|Reactome: R-HSA-196807 +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 Pfam PF01513 ATP-NAD kinase 13 251 9.5E-42 T 17-09-2021 IPR002504 NAD kinase GO:0003951|GO:0006741 KEGG: 00760+2.7.1.23|MetaCyc: PWY-5083|MetaCyc: PWY-7268|MetaCyc: PWY-7269|Reactome: R-HSA-196807 +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 Gene3D G3DSA:3.40.50.10330 22 266 7.5E-74 T 17-09-2021 IPR017438 Inorganic polyphosphate/ATP-NAD kinase, N-terminal GO:0003951 +MGYG000000001_03155 e332404c6f4090cb263fc4e307d2f5ed 266 PANTHER PTHR20275:SF34 2 263 3.2E-46 T 17-09-2021 +MGYG000000001_02829 71ad084a63dd9bb44d798df2250b485d 282 MobiDBLite mobidb-lite consensus disorder prediction 81 136 - T 17-09-2021 +MGYG000000001_02829 71ad084a63dd9bb44d798df2250b485d 282 Coils Coil 120 140 - T 17-09-2021 +MGYG000000001_02829 71ad084a63dd9bb44d798df2250b485d 282 MobiDBLite mobidb-lite consensus disorder prediction 103 136 - T 17-09-2021 +MGYG000000001_02829 71ad084a63dd9bb44d798df2250b485d 282 Coils Coil 258 282 - T 17-09-2021 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 ProSitePatterns PS00460 Glutathione peroxidases active site. 23 38 - T 17-09-2021 IPR029759 Glutathione peroxidase active site Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 PRINTS PR01011 Glutathione peroxidase family signature 121 130 1.0E-19 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 PRINTS PR01011 Glutathione peroxidase family signature 21 38 1.0E-19 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 PRINTS PR01011 Glutathione peroxidase family signature 56 72 1.0E-19 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 ProSitePatterns PS00763 Glutathione peroxidases signature 2. 59 66 - T 17-09-2021 IPR029760 Glutathione peroxidase conserved site Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 Gene3D G3DSA:3.40.30.10 1 159 3.0E-75 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 CDD cd00340 GSH_Peroxidase 3 153 3.56948E-100 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 PIRSF PIRSF000303 1 159 4.3E-73 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 SUPERFAMILY SSF52833 1 158 2.21E-64 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 ProSiteProfiles PS51355 Glutathione peroxidase profile. 1 159 78.485 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 PANTHER PTHR11592:SF78 2 158 1.1E-69 T 17-09-2021 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 PANTHER PTHR11592 2 158 1.1E-69 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_03021 6f137e77d68e37154c2137675a4d2e0f 159 Pfam PF00255 Glutathione peroxidase 3 110 2.6E-46 T 17-09-2021 IPR000889 Glutathione peroxidase GO:0004602|GO:0006979|GO:0055114 Reactome: R-HSA-3299685 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PANTHER PTHR45625:SF4 3 160 1.3E-58 T 17-09-2021 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PIRSF PIRSF001467 2 165 9.3E-42 T 17-09-2021 IPR024936 Cyclophilin-type peptidyl-prolyl cis-trans isomerase GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PANTHER PTHR45625 3 160 1.3E-58 T 17-09-2021 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 ProSitePatterns PS00170 Cyclophilin-type peptidyl-prolyl cis-trans isomerase signature. 43 60 - T 17-09-2021 IPR020892 Cyclophilin-type peptidyl-prolyl cis-trans isomerase, conserved site GO:0003755|GO:0006457 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 22 37 1.3E-18 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 121 136 1.3E-18 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 48 60 1.3E-18 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 108 120 1.3E-18 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 CDD cd00317 cyclophilin 9 153 8.3478E-55 T 17-09-2021 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 SUPERFAMILY SSF50891 6 162 7.01E-54 T 17-09-2021 IPR029000 Cyclophilin-like domain superfamily +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 Pfam PF00160 Cyclophilin type peptidyl-prolyl cis-trans isomerase/CLD 8 160 1.8E-50 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 ProSiteProfiles PS50072 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain profile. 8 161 28.396 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_02797 15147935c52be6c20b5da5e51d77b0c0 174 Gene3D G3DSA:2.40.100.10 2 171 9.3E-58 T 17-09-2021 IPR029000 Cyclophilin-like domain superfamily +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 ProSiteProfiles PS50883 EAL domain profile. 158 410 56.772 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 SUPERFAMILY SSF141868 164 407 2.48E-64 T 17-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 Coils Coil 288 308 - T 17-09-2021 +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 Pfam PF00497 Bacterial extracellular solute-binding proteins, family 3 31 95 3.0E-11 T 17-09-2021 IPR001638 Solute-binding protein family 3/N-terminal domain of MltF +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 PANTHER PTHR33121 160 408 1.2E-58 T 17-09-2021 +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 Gene3D G3DSA:3.20.20.450 158 409 8.3E-67 T 17-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 SUPERFAMILY SSF53850 31 97 1.18E-14 T 17-09-2021 +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 SMART SM00052 157 406 2.1E-45 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 Gene3D G3DSA:3.40.190.10 19 108 6.2E-14 T 17-09-2021 +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 CDD cd01948 EAL 165 406 1.7305E-67 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02893 a72af012f8b27921907045c766038d9a 410 Pfam PF00563 EAL domain 164 401 3.2E-53 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02861 7cae286d5a5684f420220fce6e8f46d3 236 PANTHER PTHR43464:SF31 27 175 5.6E-29 T 17-09-2021 +MGYG000000001_02861 7cae286d5a5684f420220fce6e8f46d3 236 CDD cd02440 AdoMet_MTases 48 146 1.64488E-18 T 17-09-2021 +MGYG000000001_02861 7cae286d5a5684f420220fce6e8f46d3 236 PANTHER PTHR43464 27 175 5.6E-29 T 17-09-2021 +MGYG000000001_02861 7cae286d5a5684f420220fce6e8f46d3 236 Pfam PF08241 Methyltransferase domain 49 142 7.1E-24 T 17-09-2021 IPR013216 Methyltransferase type 11 GO:0008168 +MGYG000000001_02861 7cae286d5a5684f420220fce6e8f46d3 236 Gene3D G3DSA:3.40.50.150 29 235 1.4E-44 T 17-09-2021 +MGYG000000001_02861 7cae286d5a5684f420220fce6e8f46d3 236 SUPERFAMILY SSF53335 7 206 2.46E-36 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02925 e41013288646fd9f1fcc51da76166046 185 PANTHER PTHR40076 10 183 1.1E-15 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_02925 e41013288646fd9f1fcc51da76166046 185 Pfam PF06161 Protein of unknown function (DUF975) 13 179 5.6E-16 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 Pfam PF13353 4Fe-4S single cluster domain 13 176 2.8E-14 T 17-09-2021 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 36 63 9.76 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 Gene3D G3DSA:3.20.20.70 1 56 1.3E-12 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 Gene3D G3DSA:3.20.20.70 70 265 9.5E-37 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 SFLD SFLDF00392 YjjI activase 2 246 0.0 T 17-09-2021 IPR023912 Putative glycyl-radical enzyme activating enzyme YjjW +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 PIRSF PIRSF000371 1 262 7.1E-75 T 17-09-2021 IPR012839 Organic radical enzyme activase GO:0016491|GO:0055114 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 SUPERFAMILY SSF102114 75 218 1.7E-14 T 17-09-2021 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 TIGRFAM TIGR04041 activase_YjjW: glycine radical enzyme activase, YjjW family 2 261 1.1E-108 T 17-09-2021 IPR023912 Putative glycyl-radical enzyme activating enzyme YjjW +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 PANTHER PTHR30352:SF13 2 259 1.3E-66 T 17-09-2021 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 Pfam PF04055 Radical SAM superfamily 22 216 8.3E-21 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 SFLD SFLDS00029 Radical SAM 2 246 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 43 54 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 CDD cd01335 Radical_SAM 22 219 2.63418E-7 T 17-09-2021 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 SUPERFAMILY SSF54862 41 112 1.47E-14 T 17-09-2021 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 ProSitePatterns PS01087 Radical activating enzymes signature. 15 36 - T 17-09-2021 IPR001989 Radical-activating enzyme, conserved site GO:0016491|GO:0051539|GO:0055114 +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 64 93 7.483 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03123 5cd6fc036fb377ce74625799bfa76bad 265 PANTHER PTHR30352 2 259 1.3E-66 T 17-09-2021 IPR034457 Organic radical-activating enzymes +MGYG000000001_02489 0785878588b882265e6a2a7299786285 322 SMART SM00047 155 315 9.5E-34 T 17-09-2021 IPR002901 Mannosyl-glycoprotein endo-beta-N-acetylglucosamidase-like domain GO:0004040 +MGYG000000001_02489 0785878588b882265e6a2a7299786285 322 Pfam PF01832 Mannosyl-glycoprotein endo-beta-N-acetylglucosaminidase 172 311 3.3E-23 T 17-09-2021 IPR002901 Mannosyl-glycoprotein endo-beta-N-acetylglucosamidase-like domain GO:0004040 +MGYG000000001_02489 0785878588b882265e6a2a7299786285 322 PANTHER PTHR33308 17 320 4.4E-54 T 17-09-2021 +MGYG000000001_02489 0785878588b882265e6a2a7299786285 322 Coils Coil 123 143 - T 17-09-2021 +MGYG000000001_02489 0785878588b882265e6a2a7299786285 322 Gene3D G3DSA:1.10.530.10 166 312 1.0E-42 T 17-09-2021 +MGYG000000001_02489 0785878588b882265e6a2a7299786285 322 Gene3D G3DSA:4.10.80.30 219 241 1.0E-42 T 17-09-2021 +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 CDD cd06354 PBP1_BmpA_PnrA_like 34 296 1.15546E-128 T 17-09-2021 +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 PANTHER PTHR34296 2 335 2.6E-104 T 17-09-2021 +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 SUPERFAMILY SSF53822 46 244 2.55E-17 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 33 329 4.7E-82 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 Gene3D G3DSA:3.40.50.2300 36 290 9.5E-105 T 17-09-2021 +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_03023 d609f2e001d46da04da48e104c550443 338 Gene3D G3DSA:3.40.50.2300 137 323 9.5E-105 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 ProSiteProfiles PS50206 Rhodanese domain profile. 49 157 14.587 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 Gene3D G3DSA:3.40.250.10 306 452 1.7E-41 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 PANTHER PTHR11364 38 156 4.7E-81 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 CDD cd01448 TST_Repeat_1 185 287 1.25601E-25 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 CDD cd01449 TST_Repeat_2 315 439 2.45966E-31 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 Gene3D G3DSA:3.40.250.10 159 302 7.9E-32 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 25 7.0 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 PANTHER PTHR11364 172 448 4.7E-81 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 Pfam PF00581 Rhodanese-like domain 40 144 1.4E-11 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 Pfam PF00581 Rhodanese-like domain 319 439 2.2E-12 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 Pfam PF00581 Rhodanese-like domain 187 285 3.1E-13 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 PANTHER PTHR11364:SF26 38 156 4.7E-81 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 ProSiteProfiles PS50206 Rhodanese domain profile. 185 292 17.83 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 Gene3D G3DSA:3.40.250.10 36 153 1.1E-25 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 SUPERFAMILY SSF52821 161 299 3.01E-24 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 SUPERFAMILY SSF52821 37 157 2.1E-18 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 SMART SM00450 166 289 1.3E-9 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 SMART SM00450 315 443 1.1E-14 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 SMART SM00450 39 154 2.1E-10 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 PANTHER PTHR11364:SF26 172 448 4.7E-81 T 17-09-2021 +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 ProSiteProfiles PS50206 Rhodanese domain profile. 325 446 17.464 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02529 957252ac02f7929a593e48073fb2b6ec 452 SUPERFAMILY SSF52821 311 450 4.32E-31 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 SUPERFAMILY SSF69754 2 103 1.31E-28 T 17-09-2021 IPR036567 Ribosome hibernation promotion factor-like +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 Gene3D G3DSA:3.30.505.50 132 176 3.6E-22 T 17-09-2021 IPR038416 Sigma 54 modulation/S30EA ribosomal protein, C-terminal domain superfamily +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 PANTHER PTHR33231 1 175 5.3E-40 T 17-09-2021 +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 Hamap MF_00839 Ribosome hibernation promoting factor [hpf]. 1 177 19.471 T 17-09-2021 IPR034694 Ribosome hibernation promoting factor, long/plastid +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 Pfam PF16321 Sigma 54 modulation/S30EA ribosomal protein C terminus 118 173 4.4E-23 T 17-09-2021 IPR032528 Sigma 54 modulation/S30EA ribosomal protein, C-terminal +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 CDD cd00552 RaiA 2 92 6.08838E-26 T 17-09-2021 IPR003489 Ribosome hibernation promoting factor/RaiA GO:0044238 +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 Pfam PF02482 Sigma 54 modulation protein / S30EA ribosomal protein 3 93 1.6E-24 T 17-09-2021 IPR003489 Ribosome hibernation promoting factor/RaiA GO:0044238 +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 TIGRFAM TIGR00741 yfiA: ribosomal subunit interface protein 1 98 4.9E-23 T 17-09-2021 IPR003489 Ribosome hibernation promoting factor/RaiA GO:0044238 +MGYG000000001_00170 56c8d9b3593b3de8e4e732a967002657 177 Gene3D G3DSA:3.30.160.100 1 107 1.9E-28 T 17-09-2021 IPR036567 Ribosome hibernation promotion factor-like +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 Pfam PF01895 PhoU domain 343 428 2.0E-12 T 17-09-2021 IPR026022 PhoU domain +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 Pfam PF01895 PhoU domain 447 531 2.3E-15 T 17-09-2021 IPR026022 PhoU domain +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 TIGRFAM TIGR00704 NaPi_cotrn_rel: Na/Pi-cotransporter II-related protein 1 308 1.4E-77 T 17-09-2021 IPR004633 Na/Pi-cotransporter II-related/YqeW-like protein GO:0016020 +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 Gene3D G3DSA:1.20.58.220 336 438 2.2E-17 T 17-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 Gene3D G3DSA:1.20.58.220 442 540 2.3E-21 T 17-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 SUPERFAMILY SSF109755 323 533 4.29E-52 T 17-09-2021 +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 PANTHER PTHR10010:SF26 1 536 7.2E-169 T 17-09-2021 +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 PANTHER PTHR10010 1 536 7.2E-169 T 17-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 Pfam PF02690 Na+/Pi-cotransporter 160 257 5.0E-19 T 17-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00868 662ab570140489b5fb43bc30ef08a1e8 545 Pfam PF02690 Na+/Pi-cotransporter 13 148 1.5E-52 T 17-09-2021 IPR003841 Sodium-dependent phosphate transport protein GO:0015321|GO:0016020|GO:0044341 Reactome: R-HSA-427589 +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 Pfam PF02540 NAD synthase 13 82 2.7E-6 T 17-09-2021 IPR022310 NAD/GMP synthase +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 CDD cd01990 Alpha_ANH_like_I 20 221 1.27126E-100 T 17-09-2021 IPR005232 Pyridinium-3,5-bisthiocarboxylic acid mononucleotide synthase LarE GO:0016783 +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 PANTHER PTHR43169 1 264 1.5E-95 T 17-09-2021 +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 SUPERFAMILY SSF52402 18 225 1.65E-40 T 17-09-2021 +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 TIGRFAM TIGR00268 TIGR00268: TIGR00268 family protein 6 261 1.8E-83 T 17-09-2021 IPR005232 Pyridinium-3,5-bisthiocarboxylic acid mononucleotide synthase LarE GO:0016783 +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 Gene3D G3DSA:3.40.50.620 3 168 2.9E-28 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 PANTHER PTHR43169:SF2 1 264 1.5E-95 T 17-09-2021 IPR005232 Pyridinium-3,5-bisthiocarboxylic acid mononucleotide synthase LarE GO:0016783 +MGYG000000001_00857 e5513d57ef97c9f21b1670c01062567b 266 PIRSF PIRSF006661 1 266 1.3E-99 T 17-09-2021 IPR005232 Pyridinium-3,5-bisthiocarboxylic acid mononucleotide synthase LarE GO:0016783 +MGYG000000001_01711 953575cd4bd79b55b2d6d0c395a8a72d 56 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 1 22 7.04922E-6 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 Pfam PF00005 ABC transporter 275 430 1.1E-20 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 10 245 22.663 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 PANTHER PTHR43790 5 501 1.8E-268 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 Pfam PF00005 ABC transporter 25 174 2.6E-27 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 Gene3D G3DSA:3.40.50.300 1 246 7.0E-56 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 SMART SM00382 34 222 8.3E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 SMART SM00382 284 479 0.35 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 Gene3D G3DSA:3.40.50.300 247 510 8.1E-42 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 260 502 18.067 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 SUPERFAMILY SSF52540 8 235 2.13E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 CDD cd03215 ABC_Carb_Monos_II 258 480 3.41034E-89 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 ProSiteProfiles PS51260 Galactose/methyl galactoside import ATP-binding protein mglA family profile. 9 502 209.1 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 PANTHER PTHR43790:SF7 5 501 1.8E-268 T 17-09-2021 IPR015862 ABC transporter, galactose import, MglA GO:0005524|GO:0008643|GO:0016020|GO:0043211 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 CDD cd03216 ABC_Carb_Monos_I 10 226 4.67763E-80 T 17-09-2021 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 ProSitePatterns PS00211 ABC transporters family signature. 403 417 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00275 4a0c0f0f1af1598d0fb234bb4f7e9ac8 513 SUPERFAMILY SSF52540 247 483 9.26E-43 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 Pfam PF01699 Sodium/calcium exchanger protein 196 334 1.2E-30 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 Pfam PF01699 Sodium/calcium exchanger protein 3 149 6.3E-32 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 PANTHER PTHR10846:SF8 3 156 6.2E-63 T 17-09-2021 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 Gene3D G3DSA:1.20.1420.30 33 327 1.3E-88 T 17-09-2021 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 PANTHER PTHR10846 187 334 6.2E-63 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 TIGRFAM TIGR00367 TIGR00367: K+-dependent Na+/Ca+ exchanger homolog 2 329 1.3E-77 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 Gene3D G3DSA:1.20.58.1130 7 226 1.3E-88 T 17-09-2021 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 PANTHER PTHR10846 3 156 6.2E-63 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_02852 e9ea32b2227be02cb15e447ce75f3582 337 PANTHER PTHR10846:SF8 187 334 6.2E-63 T 17-09-2021 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 PANTHER PTHR23417 23 212 2.4E-51 T 17-09-2021 IPR003358 tRNA (guanine-N-7) methyltransferase, Trmb type GO:0006400|GO:0008176 Reactome: R-HSA-6782315 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 Hamap MF_01057 tRNA (guanine-N(7)-)-methyltransferase [trmB]. 1 213 26.95 T 17-09-2021 IPR003358 tRNA (guanine-N-7) methyltransferase, Trmb type GO:0006400|GO:0008176 Reactome: R-HSA-6782315 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 Gene3D G3DSA:3.40.50.150 1 212 5.7E-64 T 17-09-2021 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 PANTHER PTHR23417:SF14 23 212 2.4E-51 T 17-09-2021 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 ProSiteProfiles PS51625 SAM-dependent methyltransferase TRMB-type domain profile. 1 212 49.956 T 17-09-2021 IPR003358 tRNA (guanine-N-7) methyltransferase, Trmb type GO:0006400|GO:0008176 Reactome: R-HSA-6782315 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 CDD cd02440 AdoMet_MTases 44 153 0.00122624 T 17-09-2021 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 SUPERFAMILY SSF53335 32 211 1.91E-25 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 TIGRFAM TIGR00091 TIGR00091: tRNA (guanine-N(7)-)-methyltransferase 27 213 6.7E-51 T 17-09-2021 IPR003358 tRNA (guanine-N-7) methyltransferase, Trmb type GO:0006400|GO:0008176 Reactome: R-HSA-6782315 +MGYG000000001_01652 28743885056a2749b8494586ed23f37b 214 Pfam PF02390 Putative methyltransferase 39 208 7.8E-42 T 17-09-2021 IPR003358 tRNA (guanine-N-7) methyltransferase, Trmb type GO:0006400|GO:0008176 Reactome: R-HSA-6782315 +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 3 220 2.32396E-81 T 17-09-2021 +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 238 22.222 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 SMART SM00382 26 215 1.4E-18 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 Gene3D G3DSA:3.40.50.300 1 249 7.1E-67 T 17-09-2021 +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 PANTHER PTHR42794 1 242 1.1E-78 T 17-09-2021 +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 SUPERFAMILY SSF52540 2 230 1.89E-59 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00488 adb11d5230ba4a47f8cd260692847db8 254 Pfam PF00005 ABC transporter 17 166 8.1E-33 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 ProSiteProfiles PS50156 Sterol-sensing domain (SSD) profile. 544 673 10.004 T 17-09-2021 IPR000731 Sterol-sensing domain +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 PANTHER PTHR33406 573 680 4.9E-81 T 17-09-2021 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 PANTHER PTHR33406 2 217 4.9E-81 T 17-09-2021 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 PANTHER PTHR33406 201 565 4.9E-81 T 17-09-2021 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 Gene3D G3DSA:1.20.1640.10 479 681 9.2E-12 T 17-09-2021 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 SUPERFAMILY SSF82866 499 677 4.45E-25 T 17-09-2021 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 Pfam PF03176 MMPL family 75 330 2.7E-31 T 17-09-2021 IPR004869 Membrane transport protein MMPL domain GO:0016020 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 Pfam PF03176 MMPL family 469 673 6.0E-29 T 17-09-2021 IPR004869 Membrane transport protein MMPL domain GO:0016020 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 Gene3D G3DSA:1.20.1640.10 142 341 9.4E-15 T 17-09-2021 +MGYG000000001_00343 e1b28e66f588d76ca6b5a910aa4ac777 696 SUPERFAMILY SSF82866 118 330 1.96E-29 T 17-09-2021 +MGYG000000001_00320 94cfc6159bb9c8f79e17abdcad8364bf 70 Pfam PF00403 Heavy-metal-associated domain 6 65 1.4E-9 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_00320 94cfc6159bb9c8f79e17abdcad8364bf 70 CDD cd00371 HMA 4 65 4.025E-12 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_00320 94cfc6159bb9c8f79e17abdcad8364bf 70 Gene3D G3DSA:3.30.70.100 1 66 3.1E-17 T 17-09-2021 +MGYG000000001_00320 94cfc6159bb9c8f79e17abdcad8364bf 70 ProSiteProfiles PS50846 Heavy-metal-associated domain profile. 2 68 16.799 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_00320 94cfc6159bb9c8f79e17abdcad8364bf 70 SUPERFAMILY SSF55008 1 66 7.33E-15 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_00320 94cfc6159bb9c8f79e17abdcad8364bf 70 ProSitePatterns PS01047 Heavy-metal-associated domain. 7 37 - T 17-09-2021 IPR017969 Heavy-metal-associated, conserved site GO:0030001|GO:0046872 +MGYG000000001_02910 49647cf6bd3bda478279108b870feab5 842 PANTHER PTHR34697 276 838 6.5E-134 T 17-09-2021 +MGYG000000001_02910 49647cf6bd3bda478279108b870feab5 842 Pfam PF03706 Lysylphosphatidylglycerol synthase TM region 108 300 2.3E-14 T 17-09-2021 IPR022791 Lysylphosphatidylglycerol synthetase/glycosyltransferase AglD +MGYG000000001_02910 49647cf6bd3bda478279108b870feab5 842 SUPERFAMILY SSF55729 642 818 1.75E-6 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_02910 49647cf6bd3bda478279108b870feab5 842 Pfam PF09924 Uncharacterised conserved protein (DUF2156) 531 821 3.3E-78 T 17-09-2021 IPR024320 Phosphatidylglycerol lysyltransferase, C-terminal +MGYG000000001_00218 88edcea28545bae62fcf3ba17ca815fb 51 Pfam PF14006 YqzL-like protein 3 41 1.5E-6 T 17-09-2021 IPR025617 YqzL-like protein +MGYG000000001_00218 88edcea28545bae62fcf3ba17ca815fb 51 MobiDBLite mobidb-lite consensus disorder prediction 31 51 - T 17-09-2021 +MGYG000000001_02098 05b11fafa80771cfc6234b27ca03b348 287 CDD cd06261 TM_PBP2 59 246 4.52341E-13 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02098 05b11fafa80771cfc6234b27ca03b348 287 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 86 248 6.3E-13 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02098 05b11fafa80771cfc6234b27ca03b348 287 Gene3D G3DSA:1.10.3720.10 6 259 3.1E-39 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02098 05b11fafa80771cfc6234b27ca03b348 287 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 59 249 23.865 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02098 05b11fafa80771cfc6234b27ca03b348 287 PANTHER PTHR43357 7 247 8.4E-43 T 17-09-2021 +MGYG000000001_02098 05b11fafa80771cfc6234b27ca03b348 287 SUPERFAMILY SSF161098 7 252 1.02E-42 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Pfam PF08245 Mur ligase middle domain 107 286 2.1E-30 T 17-09-2021 IPR013221 Mur ligase, central GO:0005524|GO:0009058 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 SUPERFAMILY SSF53623 90 304 1.16E-57 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 TIGRFAM TIGR01082 murC: UDP-N-acetylmuramate--L-alanine ligase 2 446 7.0E-145 T 17-09-2021 IPR005758 UDP-N-acetylmuramate--L-alanine ligase GO:0008763 KEGG: 00471+6.3.2.8|KEGG: 00550+6.3.2.8|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 PANTHER PTHR43445:SF3 2 449 2.4E-149 T 17-09-2021 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Gene3D G3DSA:3.40.50.720 2 88 1.0E-29 T 17-09-2021 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 SUPERFAMILY SSF51984 1 86 9.29E-26 T 17-09-2021 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Pfam PF01225 Mur ligase family, catalytic domain 3 101 1.2E-25 T 17-09-2021 IPR000713 Mur ligase, N-terminal catalytic domain GO:0005524|GO:0009058 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 SUPERFAMILY SSF53244 306 448 1.01E-42 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Hamap MF_00046 UDP-N-acetylmuramate--L-alanine ligase [murC]. 1 451 36.337 T 17-09-2021 IPR005758 UDP-N-acetylmuramate--L-alanine ligase GO:0008763 KEGG: 00471+6.3.2.8|KEGG: 00550+6.3.2.8|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Gene3D G3DSA:3.40.1190.10 90 304 3.3E-65 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Gene3D G3DSA:3.90.190.20 305 451 4.8E-57 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 Pfam PF02875 Mur ligase family, glutamate ligase domain 307 389 2.6E-22 T 17-09-2021 IPR004101 Mur ligase, C-terminal GO:0005524|GO:0009058|GO:0016874 +MGYG000000001_00679 8541e0753395f4824f18fd80acfd3c39 451 PANTHER PTHR43445 2 449 2.4E-149 T 17-09-2021 +MGYG000000001_00309 7c6842f7453844e39dc6acb37f8a314f 197 TIGRFAM TIGR01948 rnfE: electron transport complex, RnfABCDGE type, E subunit 5 194 1.9E-80 T 17-09-2021 IPR010968 Ion-translocating oxidoreductase complex subunit E GO:0016020|GO:0022900 +MGYG000000001_00309 7c6842f7453844e39dc6acb37f8a314f 197 Hamap MF_00478 Ion-translocating oxidoreductase complex subunit E [rsxE]. 1 196 27.481 T 17-09-2021 IPR010968 Ion-translocating oxidoreductase complex subunit E GO:0016020|GO:0022900 +MGYG000000001_00309 7c6842f7453844e39dc6acb37f8a314f 197 Pfam PF02508 Rnf-Nqr subunit, membrane protein 5 186 3.6E-67 T 17-09-2021 IPR003667 NqrDE/RnfAE GO:0016020 +MGYG000000001_00309 7c6842f7453844e39dc6acb37f8a314f 197 PANTHER PTHR30586 4 196 1.1E-78 T 17-09-2021 +MGYG000000001_00309 7c6842f7453844e39dc6acb37f8a314f 197 PIRSF PIRSF006102 1 197 2.9E-73 T 17-09-2021 IPR003667 NqrDE/RnfAE GO:0016020 +MGYG000000001_01198 052f949e25b73921289c21dee006a19c 118 Coils Coil 3 23 - T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 6.0 T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 Gene3D G3DSA:3.40.50.1980 201 313 1.6E-38 T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 Gene3D G3DSA:3.40.50.1980 24 200 5.2E-53 T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 SUPERFAMILY SSF53807 32 310 5.4E-81 T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00691 Adhesin B signature 291 309 6.9E-17 T 17-09-2021 IPR006129 Adhesin B GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00691 Adhesin B signature 79 98 6.9E-17 T 17-09-2021 IPR006129 Adhesin B GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00691 Adhesin B signature 60 78 6.9E-17 T 17-09-2021 IPR006129 Adhesin B GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00691 Adhesin B signature 35 56 6.9E-17 T 17-09-2021 IPR006129 Adhesin B GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00691 Adhesin B signature 142 161 6.9E-17 T 17-09-2021 IPR006129 Adhesin B GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00690 Adhesin family signature 251 269 8.2E-14 T 17-09-2021 IPR006128 Adhesion lipoprotein GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00690 Adhesin family signature 198 219 8.2E-14 T 17-09-2021 IPR006128 Adhesion lipoprotein GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00690 Adhesin family signature 79 96 8.2E-14 T 17-09-2021 IPR006128 Adhesion lipoprotein GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00690 Adhesin family signature 35 53 8.2E-14 T 17-09-2021 IPR006128 Adhesion lipoprotein GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PRINTS PR00690 Adhesin family signature 66 79 8.2E-14 T 17-09-2021 IPR006128 Adhesion lipoprotein GO:0007155 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 PANTHER PTHR42953 1 311 1.1E-86 T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 Coils Coil 172 203 - T 17-09-2021 +MGYG000000001_00520 f490acc3ed09c1301fcb005214fd4e92 313 Pfam PF01297 Zinc-uptake complex component A periplasmic 38 309 5.7E-75 T 17-09-2021 IPR006127 Periplasmic solute binding protein, ZnuA-like GO:0030001|GO:0046872 +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 SUPERFAMILY SSF161098 81 274 9.16E-21 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 85 275 20.948 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 104 279 4.2E-22 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 CDD cd06261 TM_PBP2 85 267 6.92705E-13 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 PANTHER PTHR43386:SF15 24 287 7.3E-100 T 17-09-2021 +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 PANTHER PTHR43386 24 287 7.3E-100 T 17-09-2021 +MGYG000000001_02790 13d691ebabd5c54d1f21caa9f645c583 289 Gene3D G3DSA:1.10.3720.10 75 280 7.2E-18 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 Pfam PF00583 Acetyltransferase (GNAT) family 38 131 3.7E-14 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 CDD cd04301 NAT_SF 48 114 1.98856E-7 T 17-09-2021 +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 3 150 17.817 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 Gene3D G3DSA:3.40.630.30 43 152 5.2E-28 T 17-09-2021 +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 SUPERFAMILY SSF55729 1 141 2.27E-27 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 PANTHER PTHR43420:SF11 1 145 7.1E-30 T 17-09-2021 +MGYG000000001_02169 48f9863a5352e665fa718b4bc5424656 157 PANTHER PTHR43420 1 145 7.1E-30 T 17-09-2021 +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 CDD cd07377 WHTH_GntR 12 77 1.14097E-16 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 ProSiteProfiles PS50949 GntR-type HTH domain profile. 11 79 17.337 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 SMART SM00345 17 76 2.3E-8 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 PANTHER PTHR38445 1 124 1.3E-34 T 17-09-2021 +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 76 9.5E-12 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 SUPERFAMILY SSF46785 6 80 1.08E-15 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 Gene3D G3DSA:1.10.10.10 10 128 3.1E-18 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02525 e82210e5f362b132e7c2404a5401f259 130 PANTHER PTHR38445:SF12 1 124 1.3E-34 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 Hamap MF_02126 Release factor glutamine methyltransferase [prmC]. 3 282 40.057 T 17-09-2021 IPR019874 Protein-(glutamine-N5) methyltransferase, release factor-specific GO:0008168 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 Gene3D G3DSA:3.40.50.150 82 282 4.2E-65 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 TIGRFAM TIGR03534 RF_mod_PrmC: protein-(glutamine-N5) methyltransferase, release factor-specific 24 278 1.3E-87 T 17-09-2021 IPR019874 Protein-(glutamine-N5) methyltransferase, release factor-specific GO:0008168 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 183 195 3.0E-5 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 222 246 3.0E-5 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 116 130 3.0E-5 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 SUPERFAMILY SSF53335 1 267 3.11E-57 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 TIGRFAM TIGR00536 hemK_fam: methyltransferase, HemK family 1 281 8.0E-77 T 17-09-2021 IPR004556 Methyltransferase HemK-like GO:0006479|GO:0008276 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 Gene3D G3DSA:1.10.8.10 1 81 1.3E-18 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 Pfam PF13847 Methyltransferase domain 111 255 2.6E-16 T 17-09-2021 IPR025714 Methyltransferase domain +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 ProSitePatterns PS00092 N-6 Adenine-specific DNA methylases signature. 186 192 - T 17-09-2021 IPR002052 DNA methylase, N-6 adenine-specific, conserved site GO:0003676|GO:0008168|GO:0032259 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 PANTHER PTHR18895 18 281 1.8E-77 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 CDD cd02440 AdoMet_MTases 115 197 8.34458E-14 T 17-09-2021 +MGYG000000001_00716 41b5558b99af26922d207363415c8209 283 Pfam PF17827 PrmC N-terminal domain 11 75 1.3E-12 T 17-09-2021 IPR040758 Release factor glutamine methyltransferase, N-terminal domain +MGYG000000001_02480 d630f99f43c6683bf4c1080297fcb195 246 Hamap MF_01462 Cobalt transport protein CbiM [cbiM]. 27 241 28.556 T 17-09-2021 IPR018024 Cobalamin (vitamin B12) transport protein CbiM GO:0006824|GO:0009236|GO:0016021|GO:0043190 +MGYG000000001_02480 d630f99f43c6683bf4c1080297fcb195 246 PANTHER PTHR43627 1 242 2.3E-97 T 17-09-2021 IPR018024 Cobalamin (vitamin B12) transport protein CbiM GO:0006824|GO:0009236|GO:0016021|GO:0043190 +MGYG000000001_02480 d630f99f43c6683bf4c1080297fcb195 246 Pfam PF01891 Cobalt uptake substrate-specific transmembrane region 28 231 7.0E-52 T 17-09-2021 IPR002751 Metal transport protein CbiM/NikMN GO:0000041|GO:0016021 +MGYG000000001_02480 d630f99f43c6683bf4c1080297fcb195 246 Gene3D G3DSA:1.10.1760.20 27 236 9.1E-55 T 17-09-2021 +MGYG000000001_02480 d630f99f43c6683bf4c1080297fcb195 246 TIGRFAM TIGR00123 cbiM: cobalamin biosynthesis protein CbiM 27 233 2.1E-91 T 17-09-2021 IPR018024 Cobalamin (vitamin B12) transport protein CbiM GO:0006824|GO:0009236|GO:0016021|GO:0043190 +MGYG000000001_02690 8d2f976d5bb79afe286fd75e9c1c4de9 190 Gene3D G3DSA:1.20.1260.10 1 188 1.3E-56 T 17-09-2021 IPR012347 Ferritin-like +MGYG000000001_02690 8d2f976d5bb79afe286fd75e9c1c4de9 190 CDD cd01051 Mn_catalase 1 177 9.16268E-63 T 17-09-2021 IPR039377 Manganese catalase, ferritin-like di-iron-binding domain +MGYG000000001_02690 8d2f976d5bb79afe286fd75e9c1c4de9 190 Pfam PF05067 Manganese containing catalase 1 182 7.0E-50 T 17-09-2021 IPR007760 Manganese catalase +MGYG000000001_02690 8d2f976d5bb79afe286fd75e9c1c4de9 190 SUPERFAMILY SSF47240 1 188 8.5E-62 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_02714 e8fc1d81edf27ba1488ccb93b8a96856 136 Pfam PF05866 Endodeoxyribonuclease RusA 7 119 1.4E-21 T 17-09-2021 IPR008822 Holliday junction resolvase RusA-like GO:0000287|GO:0006281|GO:0006310 +MGYG000000001_02714 e8fc1d81edf27ba1488ccb93b8a96856 136 SUPERFAMILY SSF103084 1 120 4.58E-20 T 17-09-2021 IPR036614 Holliday junction resolvase RusA-like superfamily GO:0000287|GO:0006281|GO:0006310 +MGYG000000001_02714 e8fc1d81edf27ba1488ccb93b8a96856 136 Gene3D G3DSA:3.30.1330.70 3 124 1.1E-10 T 17-09-2021 IPR036614 Holliday junction resolvase RusA-like superfamily GO:0000287|GO:0006281|GO:0006310 +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 SMART SM00530 6 62 1.6E-4 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 CDD cd00093 HTH_XRE 10 62 8.75693E-5 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 SUPERFAMILY SSF47413 1 69 1.97E-18 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 7 62 10.728 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 Gene3D G3DSA:1.10.260.40 6 74 1.2E-9 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 Pfam PF13443 Cro/C1-type HTH DNA-binding domain 6 68 2.0E-25 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00456 a87d3ea9455d7f19eb9690aac6089986 74 PANTHER PTHR37301 1 72 3.7E-37 T 17-09-2021 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 PANTHER PTHR11918 1 433 6.3E-170 T 17-09-2021 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 SFLD SFLDG01061 methylthiotransferase 1 433 0.0 T 17-09-2021 IPR005839 Methylthiotransferase GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 TIGRFAM TIGR01574 miaB-methiolase: tRNA-i(6)A37 thiotransferase enzyme MiaB 6 436 3.6E-107 T 17-09-2021 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 Gene3D G3DSA:3.40.50.12160 2 136 7.9E-27 T 17-09-2021 IPR038135 Methylthiotransferase, N-terminal domain superfamily +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 ProSiteProfiles PS51449 Methylthiotransferase N-terminal domain profile. 2 114 31.759 T 17-09-2021 IPR013848 Methylthiotransferase, N-terminal GO:0035596|GO:0051539 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 PANTHER PTHR11918:SF46 1 433 6.3E-170 T 17-09-2021 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 TIGRFAM TIGR01579 MiaB-like-C: MiaB-like tRNA modifying enzyme 6 422 7.5E-142 T 17-09-2021 IPR006467 MiaB-like tRNA modifying enzyme GO:0016740 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 SFLD SFLDF00295 threonylcarbamoyladenosine tRNA methylthiotransferase 1 433 0.0 T 17-09-2021 IPR034557 Threonylcarbamoyladenosine tRNA methylthiotransferase GO:0035598|GO:0035600 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 SMART SM00729 145 361 1.1E-58 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 CDD cd01335 Radical_SAM 151 355 4.27898E-8 T 17-09-2021 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 ProSitePatterns PS01278 Methylthiotransferase radical SAM domain signature. 149 169 - T 17-09-2021 IPR020612 Methylthiotransferase, conserved site GO:0051539 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 Gene3D G3DSA:3.80.30.20 142 379 1.9E-90 T 17-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 TIGRFAM TIGR00089 TIGR00089: radical SAM methylthiotransferase, MiaB/RimO family 3 433 6.4E-142 T 17-09-2021 IPR005839 Methylthiotransferase GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 SFLD SFLDG01082 B12-binding domain containing 41 357 1.5E-32 T 17-09-2021 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 Pfam PF04055 Radical SAM superfamily 150 323 2.1E-29 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 Pfam PF00919 Uncharacterized protein family UPF0004 3 98 6.8E-29 T 17-09-2021 IPR013848 Methylthiotransferase, N-terminal GO:0035596|GO:0051539 +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 ProSiteProfiles PS50926 TRAM domain profile. 376 436 9.442 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_00232 0f4072e6936ed654075f4a11e4bdd323 436 SUPERFAMILY SSF102114 131 369 1.57E-57 T 17-09-2021 +MGYG000000001_02016 fb77134882cfe6be58155b95a8951ffd 334 Pfam PF04245 37-kD nucleoid-associated bacterial protein 7 330 7.0E-57 T 17-09-2021 IPR007358 Nucleoid-associated protein NdpA GO:0009295 +MGYG000000001_03174 e91eff3b8b965c4b677f6463718c2222 159 PANTHER PTHR43549:SF2 1 113 3.1E-23 T 17-09-2021 +MGYG000000001_03174 e91eff3b8b965c4b677f6463718c2222 159 Pfam PF01554 MatE 5 133 3.1E-20 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03174 e91eff3b8b965c4b677f6463718c2222 159 PANTHER PTHR43549 1 113 3.1E-23 T 17-09-2021 +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 CDD cd03131 GATase1_HTS 38 213 9.32336E-89 T 17-09-2021 IPR033752 MetA family +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 Hamap MF_00295 Homoserine O-succinyltransferase [metAS]. 7 299 43.223 T 17-09-2021 IPR033752 MetA family +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 TIGRFAM TIGR01001 metA: homoserine O-succinyltransferase 1 301 2.2E-137 T 17-09-2021 IPR005697 Homoserine O-succinyltransferase MetA GO:0005737|GO:0008899|GO:0019281 +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 Pfam PF04204 Homoserine O-succinyltransferase 2 299 1.1E-135 T 17-09-2021 IPR033752 MetA family +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 PANTHER PTHR20919 1 305 1.8E-133 T 17-09-2021 IPR033752 MetA family +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 PIRSF PIRSF000450 1 309 2.5E-145 T 17-09-2021 IPR033752 MetA family +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 Gene3D G3DSA:3.40.50.880 1 301 1.7E-127 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_03142 fb530c7069b3bcc3540eedadd579bf31 320 SUPERFAMILY SSF52317 18 297 2.64E-99 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 Coils Coil 581 601 - T 17-09-2021 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 187 335 13.401 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 SMART SM00487 160 344 3.6E-5 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 Pfam PF04851 Type III restriction enzyme, res subunit 181 318 4.1E-10 T 17-09-2021 IPR006935 Helicase/UvrB, N-terminal GO:0003677|GO:0005524|GO:0016787 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 Gene3D G3DSA:3.90.580.10 4 97 1.2E-11 T 17-09-2021 IPR036977 DNA Primase, CHC2-type zinc finger GO:0003677|GO:0006260|GO:0008270 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 Pfam PF01807 CHC2 zinc finger 31 95 8.7E-10 T 17-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 CDD cd17926 DEXHc_RE 180 317 2.79783E-9 T 17-09-2021 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 SMART SM00400 38 85 8.5E-4 T 17-09-2021 IPR002694 Zinc finger, CHC2-type GO:0003677|GO:0003896|GO:0006260|GO:0008270 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 Gene3D G3DSA:3.40.50.300 175 340 9.5E-17 T 17-09-2021 +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 SUPERFAMILY SSF52540 192 437 1.59E-17 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02976 f3a447811d8b047c5abfc41dc2398983 849 SUPERFAMILY SSF57783 4 96 2.55E-14 T 17-09-2021 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 298 396 32.603 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 Pfam PF12833 Helix-turn-helix domain 320 395 4.5E-21 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 Gene3D G3DSA:1.10.10.60 293 344 7.7E-18 T 17-09-2021 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 SUPERFAMILY SSF46689 295 345 1.25E-8 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 SMART SM00342 311 394 1.9E-30 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 PANTHER PTHR43280:SF2 20 395 1.1E-36 T 17-09-2021 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 Gene3D G3DSA:1.10.10.60 345 398 5.1E-19 T 17-09-2021 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 SUPERFAMILY SSF46689 348 397 1.03E-11 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 363 378 1.1E-5 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 378 394 1.1E-5 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 348 390 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02880 d0793776183d19393748d31f95309b6a 399 PANTHER PTHR43280 20 395 1.1E-36 T 17-09-2021 +MGYG000000001_03242 3f752322f153c042875731685464739e 413 TIGRFAM TIGR00199 PncC_domain: amidohydrolase, PncC family 264 407 8.0E-48 T 17-09-2021 IPR008136 CinA, C-terminal +MGYG000000001_03242 3f752322f153c042875731685464739e 413 PANTHER PTHR13939:SF0 3 410 1.6E-158 T 17-09-2021 +MGYG000000001_03242 3f752322f153c042875731685464739e 413 PIRSF PIRSF006728 2 413 1.8E-164 T 17-09-2021 IPR008135 Competence-induced protein CinA +MGYG000000001_03242 3f752322f153c042875731685464739e 413 SUPERFAMILY SSF53218 3 206 9.55E-45 T 17-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_03242 3f752322f153c042875731685464739e 413 CDD cd00885 cinA 4 173 8.16675E-94 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_03242 3f752322f153c042875731685464739e 413 Pfam PF02464 Competence-damaged protein 258 407 2.1E-57 T 17-09-2021 IPR008136 CinA, C-terminal +MGYG000000001_03242 3f752322f153c042875731685464739e 413 Gene3D G3DSA:3.40.980.10 2 173 1.4E-56 T 17-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_03242 3f752322f153c042875731685464739e 413 TIGRFAM TIGR00177 molyb_syn: molybdenum cofactor synthesis domain 3 168 1.2E-32 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_03242 3f752322f153c042875731685464739e 413 Hamap MF_00226_B Putative competence-damage inducible protein [cinA]. 1 413 177.543 T 17-09-2021 IPR008135 Competence-induced protein CinA +MGYG000000001_03242 3f752322f153c042875731685464739e 413 Pfam PF00994 Probable molybdopterin binding domain 6 171 3.6E-40 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_03242 3f752322f153c042875731685464739e 413 Gene3D G3DSA:3.90.950.20 243 410 4.8E-59 T 17-09-2021 IPR036653 CinA-like, C-terminal +MGYG000000001_03242 3f752322f153c042875731685464739e 413 SUPERFAMILY SSF142433 250 410 9.02E-57 T 17-09-2021 IPR036653 CinA-like, C-terminal +MGYG000000001_03242 3f752322f153c042875731685464739e 413 Pfam PF18146 Damage-inducible protein CinA KH domain 180 252 9.1E-28 T 17-09-2021 IPR041424 CinA, KH domain +MGYG000000001_03242 3f752322f153c042875731685464739e 413 SMART SM00852 6 172 1.2E-45 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_03242 3f752322f153c042875731685464739e 413 TIGRFAM TIGR00200 cinA_nterm: competence/damage-inducible protein CinA N-terminal domain 3 407 6.9E-132 T 17-09-2021 IPR008135 Competence-induced protein CinA +MGYG000000001_03242 3f752322f153c042875731685464739e 413 PANTHER PTHR13939 3 410 1.6E-158 T 17-09-2021 +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 Pfam PF00027 Cyclic nucleotide-binding domain 23 109 1.6E-13 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 SMART SM00100 1 122 9.0E-9 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 SUPERFAMILY SSF51206 3 132 4.58E-26 T 17-09-2021 IPR018490 Cyclic nucleotide-binding-like +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 ProSiteProfiles PS51063 Crp-type HTH domain profile. 138 206 10.103 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 ProSiteProfiles PS50042 cAMP/cGMP binding motif profile. 1 124 15.278 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 PANTHER PTHR24567 8 202 7.7E-37 T 17-09-2021 +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 SUPERFAMILY SSF46785 140 212 1.73E-11 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 Gene3D G3DSA:2.60.120.1460 1 208 1.7E-55 T 17-09-2021 +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 CDD cd00038 CAP_ED 1 118 9.26894E-19 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 PANTHER PTHR24567:SF58 8 202 7.7E-37 T 17-09-2021 +MGYG000000001_02328 2b334203eb988b0930b3802f9794341e 214 Pfam PF13545 Crp-like helix-turn-helix domain 142 210 3.8E-12 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01158 6235934e44be645ca8852d796802afc8 119 Pfam PF02288 Dehydratase medium subunit 10 117 1.7E-31 T 17-09-2021 IPR003208 Diol/glycerol dehydratase/dehydratase reactivating factor +MGYG000000001_01158 6235934e44be645ca8852d796802afc8 119 Gene3D G3DSA:3.40.50.10150 5 119 3.5E-37 T 17-09-2021 IPR010254 B12-dependent dehydratases, beta subunit +MGYG000000001_01158 6235934e44be645ca8852d796802afc8 119 SUPERFAMILY SSF52968 3 118 6.8E-32 T 17-09-2021 IPR010254 B12-dependent dehydratases, beta subunit +MGYG000000001_01158 6235934e44be645ca8852d796802afc8 119 PIRSF PIRSF011503 3 119 4.4E-38 T 17-09-2021 IPR009192 Diol/glycerol dehydratase reactivating factor, small subunit +MGYG000000001_01977 89467d4cb7eedbb2ee66a7bcbd054fdc 268 Gene3D G3DSA:3.40.109.10 1 151 3.0E-23 T 17-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_01977 89467d4cb7eedbb2ee66a7bcbd054fdc 268 Gene3D G3DSA:3.40.109.10 171 262 8.6E-8 T 17-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_01977 89467d4cb7eedbb2ee66a7bcbd054fdc 268 PANTHER PTHR43673 1 169 2.0E-12 T 17-09-2021 +MGYG000000001_01977 89467d4cb7eedbb2ee66a7bcbd054fdc 268 Pfam PF14512 Putative TM nitroreductase 2 235 1.5E-37 T 17-09-2021 IPR029478 Putative nitroreductase TM1586 +MGYG000000001_01977 89467d4cb7eedbb2ee66a7bcbd054fdc 268 SUPERFAMILY SSF55469 3 158 6.0E-18 T 17-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_02429 5867536cb90083abb0cb31ef1148b383 186 MobiDBLite mobidb-lite consensus disorder prediction 40 63 - T 17-09-2021 +MGYG000000001_02429 5867536cb90083abb0cb31ef1148b383 186 Coils Coil 43 68 - T 17-09-2021 +MGYG000000001_02429 5867536cb90083abb0cb31ef1148b383 186 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 32 5.0 T 17-09-2021 +MGYG000000001_02429 5867536cb90083abb0cb31ef1148b383 186 MobiDBLite mobidb-lite consensus disorder prediction 95 123 - T 17-09-2021 +MGYG000000001_01245 c58766e6e34203793f02be5cedeb3438 103 Gene3D G3DSA:1.10.10.60 54 100 4.1E-6 T 17-09-2021 +MGYG000000001_01245 c58766e6e34203793f02be5cedeb3438 103 SUPERFAMILY SSF48295 70 99 3.09E-5 T 17-09-2021 IPR010921 Trp repressor/replication initiator GO:0043565 +MGYG000000001_01245 c58766e6e34203793f02be5cedeb3438 103 Coils Coil 17 51 - T 17-09-2021 +MGYG000000001_01911 207d8d08b644f3de62717c0da4e1e20c 421 Pfam PF12704 MacB-like periplasmic core domain 19 204 2.9E-16 T 17-09-2021 IPR025857 MacB-like periplasmic core domain +MGYG000000001_01911 207d8d08b644f3de62717c0da4e1e20c 421 PANTHER PTHR30572 2 419 6.7E-77 T 17-09-2021 +MGYG000000001_01911 207d8d08b644f3de62717c0da4e1e20c 421 PANTHER PTHR30572:SF10 2 419 6.7E-77 T 17-09-2021 +MGYG000000001_01911 207d8d08b644f3de62717c0da4e1e20c 421 Pfam PF02687 FtsX-like permease family 327 415 2.8E-13 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_00670 602ff62907ad8add1c7eec5b388d71d5 174 PANTHER PTHR35793 3 173 1.5E-46 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 ProSiteProfiles PS51712 EngA-type guanine nucleotide-binding (G) domain profile. 179 354 81.008 T 17-09-2021 IPR031166 EngA-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 ProSiteProfiles PS51712 EngA-type guanine nucleotide-binding (G) domain profile. 6 170 74.26 T 17-09-2021 IPR031166 EngA-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 TIGRFAM TIGR03594 GTPase_EngA: ribosome-associated GTPase EngA 6 436 6.5E-176 T 17-09-2021 IPR016484 GTP-binding protein EngA GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 PANTHER PTHR43834:SF2 2 440 4.3E-164 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 CDD cd01895 EngA2 177 349 1.55248E-98 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 PIRSF PIRSF006485 4 441 9.1E-175 T 17-09-2021 IPR016484 GTP-binding protein EngA GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Gene3D G3DSA:3.40.50.300 4 166 4.9E-46 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 SUPERFAMILY SSF52540 8 171 1.07E-46 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 178 347 9.7E-29 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 6 137 8.6E-26 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Gene3D G3DSA:3.30.300.20 356 439 1.7E-32 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Pfam PF14714 KH-domain-like of EngA bacterial GTPase enzymes, C-terminal 356 436 6.9E-33 T 17-09-2021 IPR032859 GTPase Der, C-terminal KH-domain-like +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Hamap MF_00195 GTPase Der [der]. 5 439 40.588 T 17-09-2021 IPR016484 GTP-binding protein EngA GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 CDD cd01894 EngA1 9 166 1.03222E-87 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Pfam PF01926 50S ribosome-binding GTPase 180 298 1.8E-25 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Pfam PF01926 50S ribosome-binding GTPase 8 123 6.9E-28 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 76 94 1.2E-6 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 8 28 1.2E-6 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 PANTHER PTHR43834 2 440 4.3E-164 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 Gene3D G3DSA:3.40.50.300 173 354 1.2E-53 T 17-09-2021 +MGYG000000001_02512 0f23c112e2498e9904de550d9e2ff4e6 441 SUPERFAMILY SSF52540 141 439 3.26E-68 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PANTHER PTHR42861:SF66 3 872 0.0 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Pfam PF00689 Cation transporting ATPase, C-terminus 702 871 7.0E-40 T 17-09-2021 IPR006068 Cation-transporting P-type ATPase, C-terminal Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 ProSitePatterns PS00154 E1-E2 ATPases phosphorylation site. 323 329 - T 17-09-2021 IPR018303 P-type ATPase, phosphorylation site Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 CDD cd02089 P-type_ATPase_Ca_prok 20 739 0.0 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Pfam PF00690 Cation transporter/ATPase, N-terminus 4 68 4.1E-19 T 17-09-2021 IPR004014 Cation-transporting P-type ATPase, N-terminal Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 210 343 6.2E-26 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 589 703 1.2E-34 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 81 192 1.8E-18 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Pfam PF00122 E1-E2 ATPase 109 301 1.8E-57 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SUPERFAMILY SSF56784 319 722 2.07E-59 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Gene3D G3DSA:2.70.150.10 16 224 5.3E-278 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SUPERFAMILY SSF81660 327 528 5.45E-53 T 17-09-2021 IPR023299 P-type ATPase, cytoplasmic domain N GO:0000166 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SUPERFAMILY SSF81653 113 220 1.14E-30 T 17-09-2021 IPR008250 P-type ATPase, A domain superfamily Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Gene3D G3DSA:3.40.1110.10 331 523 5.3E-278 T 17-09-2021 IPR023299 P-type ATPase, cytoplasmic domain N GO:0000166 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00120 H+-transporting ATPase (proton pump) signature 475 493 3.9E-16 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00120 H+-transporting ATPase (proton pump) signature 590 606 3.9E-16 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00120 H+-transporting ATPase (proton pump) signature 618 634 3.9E-16 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00120 H+-transporting ATPase (proton pump) signature 649 674 3.9E-16 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SUPERFAMILY SSF81665 3 873 7.19E-110 T 17-09-2021 IPR023298 P-type ATPase, transmembrane domain superfamily Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Gene3D G3DSA:3.40.50.1000 318 662 5.3E-278 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SFLD SFLDG00002 C1.7: P-type atpase like 303 669 0.0 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Pfam PF00702 haloacid dehalogenase-like hydrolase 319 632 3.7E-25 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SMART SM00831 1 74 3.1E-23 T 17-09-2021 IPR004014 Cation-transporting P-type ATPase, N-terminal Reactome: R-HSA-936837 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Coils Coil 21 41 - T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 SFLD SFLDF00027 p-type atpase 303 669 0.0 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 Gene3D G3DSA:1.20.1110.10 52 869 5.3E-278 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PANTHER PTHR42861 3 872 0.0 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 321 335 2.8E-38 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 159 173 2.8E-38 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 641 653 2.8E-38 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 516 527 2.8E-38 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 618 637 2.8E-38 T 17-09-2021 +MGYG000000001_00460 342e45be801a94d5f97f950d3c88ba2a 873 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 538 548 2.8E-38 T 17-09-2021 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 PANTHER PTHR42691 1 393 6.6E-157 T 17-09-2021 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 CDD cd00609 AAT_like 36 379 5.27348E-81 T 17-09-2021 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 Coils Coil 76 96 - T 17-09-2021 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 Pfam PF00155 Aminotransferase class I and II 34 375 3.7E-53 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 Gene3D G3DSA:3.40.640.10 69 300 4.2E-134 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 SUPERFAMILY SSF53383 15 389 2.29E-87 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 ProSitePatterns PS00105 Aminotransferases class-I pyridoxal-phosphate attachment site. 242 255 - T 17-09-2021 IPR004838 Aminotransferases, class-I, pyridoxal-phosphate-binding site GO:0003824|GO:0009058|GO:0030170 +MGYG000000001_02284 bd24c3a9f76a4dc355325efabd077760 400 Gene3D G3DSA:3.90.1150.10 15 376 4.2E-134 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01638 ac9886b87e75e5b33621eaa110789b69 479 PIRSF PIRSF006247 1 476 1.5E-152 T 17-09-2021 IPR004772 TrkH potassium transport family GO:0015379|GO:0016021|GO:0071805 +MGYG000000001_01638 ac9886b87e75e5b33621eaa110789b69 479 PANTHER PTHR32024:SF2 2 472 9.6E-148 T 17-09-2021 +MGYG000000001_01638 ac9886b87e75e5b33621eaa110789b69 479 PANTHER PTHR32024 2 472 9.6E-148 T 17-09-2021 +MGYG000000001_01638 ac9886b87e75e5b33621eaa110789b69 479 Pfam PF02386 Cation transport protein 60 470 1.3E-53 T 17-09-2021 IPR003445 Cation transporter GO:0006812|GO:0008324|GO:0055085 +MGYG000000001_01702 7279cdf292eac1e380e3106ee30bedac 176 Coils Coil 136 170 - T 17-09-2021 +MGYG000000001_01702 7279cdf292eac1e380e3106ee30bedac 176 Coils Coil 61 81 - T 17-09-2021 +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 Gene3D G3DSA:1.20.1250.20 229 425 5.0E-18 T 17-09-2021 +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 1 424 16.524 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 Gene3D G3DSA:1.20.1250.20 12 207 1.4E-16 T 17-09-2021 +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 CDD cd17355 MFS_YcxA_like 15 415 2.36826E-44 T 17-09-2021 +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 PANTHER PTHR11360 14 415 5.4E-33 T 17-09-2021 +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 Pfam PF07690 Major Facilitator Superfamily 30 344 7.6E-21 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_01559 01af8c40c7482176f0e529815f3d7207 436 SUPERFAMILY SSF103473 6 416 2.62E-43 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 CDD cd01992 PP-ATPase 21 206 1.30606E-74 T 17-09-2021 IPR012795 tRNA(Ile)-lysidine synthase, N-terminal GO:0000166|GO:0005524|GO:0008033|GO:0016879 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 PANTHER PTHR43033 12 433 6.9E-73 T 17-09-2021 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 SMART SM00977 386 456 3.3E-20 T 17-09-2021 IPR012796 Lysidine-tRNA(Ile) synthetase, C-terminal GO:0000166|GO:0005524|GO:0005737|GO:0008033|GO:0016879 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 SUPERFAMILY SSF56037 376 455 4.84E-17 T 17-09-2021 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 Pfam PF01171 PP-loop family 21 201 2.2E-52 T 17-09-2021 IPR011063 tRNA(Ile)-lysidine/2-thiocytidine synthase, N-terminal Reactome: R-HSA-6782315 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 PANTHER PTHR43033:SF1 12 433 6.9E-73 T 17-09-2021 IPR012094 tRNA(Ile)-lysidine synthase GO:0000166|GO:0005524|GO:0008033|GO:0016879 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 Hamap MF_01161 tRNA(Ile)-lysidine synthase [tilS]. 3 316 24.417 T 17-09-2021 IPR012094 tRNA(Ile)-lysidine synthase GO:0000166|GO:0005524|GO:0008033|GO:0016879 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 SUPERFAMILY SSF52402 9 235 2.21E-58 T 17-09-2021 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 Gene3D G3DSA:3.50.40.10 329 457 3.3E-6 T 17-09-2021 IPR020825 Phenylalanyl-tRNA synthetase, B3/B4 KEGG: 00970+6.1.1.20 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 TIGRFAM TIGR02432 lysidine_TilS_N: tRNA(Ile)-lysidine synthetase 21 206 9.0E-59 T 17-09-2021 IPR012795 tRNA(Ile)-lysidine synthase, N-terminal GO:0000166|GO:0005524|GO:0008033|GO:0016879 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 SUPERFAMILY SSF82829 215 321 8.63E-14 T 17-09-2021 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 TIGRFAM TIGR02433 lysidine_TilS_C: tRNA(Ile)-lysidine synthetase, C-terminal domain 386 430 5.8E-16 T 17-09-2021 IPR012796 Lysidine-tRNA(Ile) synthetase, C-terminal GO:0000166|GO:0005524|GO:0005737|GO:0008033|GO:0016879 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 Pfam PF03483 B3/4 domain 357 454 4.3E-10 T 17-09-2021 IPR005146 B3/B4 tRNA-binding domain GO:0003723|GO:0004826 KEGG: 00970+6.1.1.20 +MGYG000000001_02005 67dfb4c16386aba82293a0d863dd5e73 461 Gene3D G3DSA:3.40.50.620 8 236 2.5E-70 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 PANTHER PTHR36113:SF1 5 124 3.7E-31 T 17-09-2021 +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 PANTHER PTHR36113 5 124 3.7E-31 T 17-09-2021 +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 SUPERFAMILY SSF54593 1 127 6.31E-29 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 Gene3D G3DSA:3.10.180.10 8 126 5.2E-32 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 CDD cd08352 VOC_Bs_YwkD_like 4 126 3.6823E-73 T 17-09-2021 IPR037478 YwkD-like domain +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 Pfam PF00903 Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily 5 124 2.4E-17 T 17-09-2021 IPR004360 Glyoxalase/fosfomycin resistance/dioxygenase domain +MGYG000000001_01589 85a141b7d2e46b0760e450e847d5172f 130 ProSiteProfiles PS51819 Vicinal oxygen chelate (VOC) domain profile. 5 127 20.788 T 17-09-2021 IPR037523 Vicinal oxygen chelate (VOC) domain +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 5 298 3.3E-45 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 39 54 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 60 70 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 238 259 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 105 113 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 272 290 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 127 139 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 194 210 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 6 28 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 142 166 2.8E-67 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 TIGRFAM TIGR01292 TRX_reduct: thioredoxin-disulfide reductase 5 309 8.1E-110 T 17-09-2021 IPR005982 Thioredoxin reductase GO:0004791|GO:0005737|GO:0019430|GO:0055114 KEGG: 00450+1.8.1.9 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 Gene3D G3DSA:3.50.50.60 121 249 4.5E-101 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PANTHER PTHR42863 3 311 2.8E-112 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 Gene3D G3DSA:3.50.50.60 8 308 4.5E-101 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 SUPERFAMILY SSF51905 113 231 3.38E-18 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 104 122 3.9E-33 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 7 26 3.9E-33 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 146 164 3.9E-33 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 236 252 3.9E-33 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 262 284 3.9E-33 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 PANTHER PTHR42863:SF6 3 311 2.8E-112 T 17-09-2021 +MGYG000000001_00968 231dcfed8ee482fd0870134739e95810 314 SUPERFAMILY SSF51905 5 311 1.3E-43 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01781 975e9c8c90a0b8c321bb24959aa6e3c8 245 PANTHER PTHR43464 1 243 2.6E-41 T 17-09-2021 +MGYG000000001_01781 975e9c8c90a0b8c321bb24959aa6e3c8 245 CDD cd02440 AdoMet_MTases 45 145 1.9329E-15 T 17-09-2021 +MGYG000000001_01781 975e9c8c90a0b8c321bb24959aa6e3c8 245 SUPERFAMILY SSF53335 5 241 3.75E-44 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01781 975e9c8c90a0b8c321bb24959aa6e3c8 245 Pfam PF08241 Methyltransferase domain 47 141 3.4E-21 T 17-09-2021 IPR013216 Methyltransferase type 11 GO:0008168 +MGYG000000001_01781 975e9c8c90a0b8c321bb24959aa6e3c8 245 Gene3D G3DSA:3.40.50.150 26 244 2.6E-70 T 17-09-2021 +MGYG000000001_01781 975e9c8c90a0b8c321bb24959aa6e3c8 245 PANTHER PTHR43464:SF31 1 243 2.6E-41 T 17-09-2021 +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 ProSiteProfiles PS50206 Rhodanese domain profile. 15 134 19.909 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 CDD cd01448 TST_Repeat_1 4 129 4.17753E-45 T 17-09-2021 +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 SMART SM00450 5 131 1.2E-22 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 SMART SM00450 154 273 1.5E-16 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 PANTHER PTHR11364 2 277 7.6E-60 T 17-09-2021 +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 CDD cd01449 TST_Repeat_2 154 269 3.53608E-38 T 17-09-2021 +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 ProSiteProfiles PS50206 Rhodanese domain profile. 164 276 18.297 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 PANTHER PTHR11364:SF27 2 277 7.6E-60 T 17-09-2021 +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 Gene3D G3DSA:3.40.250.10 1 147 6.8E-43 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 SUPERFAMILY SSF52821 152 270 1.44E-27 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 Gene3D G3DSA:3.40.250.10 157 277 2.3E-28 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 Pfam PF00581 Rhodanese-like domain 7 128 1.2E-18 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 Pfam PF00581 Rhodanese-like domain 157 268 4.5E-15 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00769 3468ec030be43c2701709a951e2e5c24 278 SUPERFAMILY SSF52821 4 145 9.43E-36 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01172 c255fdb0fc58a9ad168aa7381a35b82b 661 Pfam PF06874 Firmicute fructose-1,6-bisphosphatase 17 655 0.0 T 17-09-2021 IPR009164 Fructose-1,6-bisphosphatase class 3 GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_01172 c255fdb0fc58a9ad168aa7381a35b82b 661 PIRSF PIRSF000906 11 657 0.0 T 17-09-2021 IPR009164 Fructose-1,6-bisphosphatase class 3 GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_01172 c255fdb0fc58a9ad168aa7381a35b82b 661 SUPERFAMILY SSF56300 197 256 1.3E-7 T 17-09-2021 +MGYG000000001_01172 c255fdb0fc58a9ad168aa7381a35b82b 661 Hamap MF_01854 Fructose-1,6-bisphosphatase class 3 [fbp]. 15 656 40.515 T 17-09-2021 IPR009164 Fructose-1,6-bisphosphatase class 3 GO:0006094|GO:0042132 KEGG: 00010+3.1.3.11|KEGG: 00030+3.1.3.11|KEGG: 00051+3.1.3.11|KEGG: 00680+3.1.3.11|KEGG: 00710+3.1.3.11|MetaCyc: PWY-5484 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Gene3D G3DSA:2.20.110.10 134 201 5.2E-12 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Gene3D G3DSA:2.20.110.10 202 256 2.5E-11 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Gene3D G3DSA:2.20.110.10 62 133 1.2E-7 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 200 221 2.5E-6 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 223 241 1.0E-5 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 153 174 1.3E-4 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 246 255 9.3 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 80 95 1.3 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 176 197 0.0013 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 130 151 0.0073 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Pfam PF02493 MORN repeat 107 128 7.7E-6 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 Coils Coil 33 53 - T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SUPERFAMILY SSF82185 148 253 1.7E-29 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 PANTHER PTHR43215 191 255 3.4E-48 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 PANTHER PTHR43215 51 196 3.4E-48 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SUPERFAMILY SSF82185 74 160 3.66E-17 T 17-09-2021 +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 105 126 0.12 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 198 219 8.3E-4 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 128 149 0.11 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 151 172 0.0055 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 174 195 0.43 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 78 99 16.0 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02627 a8884dd3a30bf2fffd78617cd9597f30 270 SMART SM00698 221 242 5.0E-5 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 Pfam PF04257 Exodeoxyribonuclease V, gamma subunit 304 430 2.4E-9 T 17-09-2021 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 Pfam PF12705 PD-(D/E)XK nuclease superfamily 778 1121 2.4E-55 T 17-09-2021 IPR038726 PD-(D/E)XK endonuclease-like domain, AddAB-type +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 PANTHER PTHR11070 1 1149 1.8E-176 T 17-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 ProSiteProfiles PS51198 UvrD-like DNA helicase ATP-binding domain profile. 1 298 9.752 T 17-09-2021 IPR014016 UvrD-like helicase, ATP-binding domain GO:0005524 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 TIGRFAM TIGR02773 addB_Gpos: helicase-exonuclease AddAB, AddB subunit 1 1149 0.0 T 17-09-2021 IPR014140 DNA helicase subunit AddB GO:0000724|GO:0016788 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 ProSiteProfiles PS51217 UvrD-like DNA helicase C-terminal domain profile. 269 586 8.914 T 17-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 Gene3D G3DSA:3.40.50.300 277 402 1.7E-28 T 17-09-2021 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 Gene3D G3DSA:3.40.50.300 519 686 1.7E-40 T 17-09-2021 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 SUPERFAMILY SSF52980 777 978 7.51E-6 T 17-09-2021 IPR011335 Restriction endonuclease type II-like Reactome: R-HSA-6783310 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 Hamap MF_01452 ATP-dependent helicase/deoxyribonuclease subunit B [addB]. 1 1151 59.494 T 17-09-2021 IPR014140 DNA helicase subunit AddB GO:0000724|GO:0016788 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 SUPERFAMILY SSF52540 295 738 1.59E-63 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 PANTHER PTHR11070:SF49 1 1149 1.8E-176 T 17-09-2021 +MGYG000000001_02036 91de61417d0f21adbf50ac1d3693b304 1151 Gene3D G3DSA:3.40.50.300 127 271 4.3E-26 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Gene3D G3DSA:3.30.1360.120 1 125 1.0E-48 T 17-09-2021 IPR027266 GTP-binding protein TrmE/Glycine cleavage system T protein, domain 1 GO:0005515 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Gene3D G3DSA:1.20.120.430 126 459 1.8E-113 T 17-09-2021 IPR027368 tRNA modification GTPase MnmE domain 2 Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 ProSiteProfiles PS51709 TrmE-type guanine nucleotide-binding (G) domain profile. 221 380 73.413 T 17-09-2021 IPR031168 TrmE-type guanine nucleotide-binding domain Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Gene3D G3DSA:3.40.50.300 222 387 1.8E-113 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 PANTHER PTHR42714:SF2 4 459 1.0E-129 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Pfam PF01926 50S ribosome-binding GTPase 224 336 2.1E-26 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 PRINTS PR00449 Transforming protein P21 ras signature 357 379 2.8E-7 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 PRINTS PR00449 Transforming protein P21 ras signature 222 243 2.8E-7 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 PRINTS PR00449 Transforming protein P21 ras signature 326 339 2.8E-7 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 PRINTS PR00449 Transforming protein P21 ras signature 262 284 2.8E-7 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 TIGRFAM TIGR00450 mnmE_trmE_thdF: tRNA modification GTPase TrmE 11 459 1.6E-128 T 17-09-2021 IPR004520 tRNA modification GTPase MnmE GO:0003924|GO:0005525|GO:0006400 Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 CDD cd04164 trmE 219 379 3.62436E-73 T 17-09-2021 IPR031168 TrmE-type guanine nucleotide-binding domain Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 SUPERFAMILY SSF52540 78 375 4.83E-47 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 PANTHER PTHR42714 4 459 1.0E-129 T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Hamap MF_00379 tRNA modification GTPase MnmE [mnmE]. 5 459 34.918 T 17-09-2021 IPR004520 tRNA modification GTPase MnmE GO:0003924|GO:0005525|GO:0006400 Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Pfam PF10396 GTP-binding protein TrmE N-terminus 6 125 5.3E-41 T 17-09-2021 IPR018948 GTP-binding protein TrmE, N-terminal Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Coils Coil 191 211 - T 17-09-2021 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 Pfam PF12631 MnmE helical domain 128 456 1.2E-59 T 17-09-2021 IPR025867 MnmE, helical domain Reactome: R-HSA-6787450 +MGYG000000001_00942 b9dbbb6e0c18cedb6cdea3cbf0516885 459 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 223 376 1.2E-29 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 PANTHER PTHR11615:SF124 127 302 1.7E-18 T 17-09-2021 +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 Gene3D G3DSA:3.40.50.1780 145 327 6.5E-38 T 17-09-2021 +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 Pfam PF02906 Iron only hydrogenase large subunit, C-terminal domain 163 398 2.2E-54 T 17-09-2021 IPR004108 Iron hydrogenase, large subunit, C-terminal +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 PANTHER PTHR11615 127 302 1.7E-18 T 17-09-2021 +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 Gene3D G3DSA:3.40.950.10 204 344 6.5E-38 T 17-09-2021 +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 119 149 7.483 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 SUPERFAMILY SSF53920 129 429 1.96E-65 T 17-09-2021 IPR009016 Iron hydrogenase +MGYG000000001_00066 7d90a6b6708bae44d2848cff49bc4669 462 Gene3D G3DSA:3.30.70.20 104 144 6.5E-38 T 17-09-2021 +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 Pfam PF01933 Uncharacterised protein family UPF0052 46 337 2.9E-105 T 17-09-2021 IPR002882 LPPG:FO 2-phospho-L-lactate transferase CofD/UPF0052 +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 PANTHER PTHR30135 41 361 1.4E-117 T 17-09-2021 IPR010119 Gluconeogenesis factor +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 CDD cd07187 YvcK_like 46 357 2.95581E-135 T 17-09-2021 +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 TIGRFAM TIGR01826 CofD_related: conserved hypothetical protein 46 359 3.7E-114 T 17-09-2021 IPR010119 Gluconeogenesis factor +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 Hamap MF_00973 Gluconeogenesis factor. 42 362 33.896 T 17-09-2021 IPR010119 Gluconeogenesis factor +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 Gene3D G3DSA:3.40.50.12300 40 368 1.8E-126 T 17-09-2021 IPR038136 Gluconeogenesis factor superfamily +MGYG000000001_00007 355324a453d3be1cc83ceadcb716089f 369 SUPERFAMILY SSF142338 43 357 1.24E-99 T 17-09-2021 +MGYG000000001_00091 b3415fb8487e0f575327be67720f6062 434 Hamap MF_01845 UPF0597 protein YhaM [yhaM]. 4 429 37.135 T 17-09-2021 IPR021144 Uncharacterised protein family UPF0597 +MGYG000000001_00091 b3415fb8487e0f575327be67720f6062 434 PIRSF PIRSF006054 1 431 1.8E-154 T 17-09-2021 IPR021144 Uncharacterised protein family UPF0597 +MGYG000000001_00091 b3415fb8487e0f575327be67720f6062 434 PANTHER PTHR30501 2 429 8.3E-157 T 17-09-2021 IPR021144 Uncharacterised protein family UPF0597 +MGYG000000001_00091 b3415fb8487e0f575327be67720f6062 434 Pfam PF03313 Serine dehydratase alpha chain 87 424 6.2E-54 T 17-09-2021 IPR005130 Serine dehydratase-like, alpha subunit +MGYG000000001_00436 3fc610593c1dd560ffe826bad401887d 360 Pfam PF01032 FecCD transport family 28 349 6.2E-94 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_00436 3fc610593c1dd560ffe826bad401887d 360 PANTHER PTHR30472:SF18 18 355 2.5E-100 T 17-09-2021 +MGYG000000001_00436 3fc610593c1dd560ffe826bad401887d 360 PANTHER PTHR30472 18 355 2.5E-100 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_00436 3fc610593c1dd560ffe826bad401887d 360 CDD cd06550 TM_ABC_iron-siderophores_like 82 349 4.31122E-39 T 17-09-2021 +MGYG000000001_00436 3fc610593c1dd560ffe826bad401887d 360 Gene3D G3DSA:1.10.3470.10 14 355 3.2E-102 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00436 3fc610593c1dd560ffe826bad401887d 360 SUPERFAMILY SSF81345 10 349 4.05E-82 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 Pfam PF00768 D-alanyl-D-alanine carboxypeptidase 29 268 1.2E-59 T 17-09-2021 IPR001967 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A, N-terminal GO:0006508|GO:0009002 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 Pfam PF07943 Penicillin-binding protein 5, C-terminal domain 289 377 6.9E-8 T 17-09-2021 IPR012907 Peptidase S11, D-Ala-D-Ala carboxypeptidase A, C-terminal GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 Gene3D G3DSA:3.40.710.10 19 293 8.6E-88 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 PANTHER PTHR21581:SF25 1 326 1.4E-79 T 17-09-2021 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 PANTHER PTHR21581 1 326 1.4E-79 T 17-09-2021 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 SUPERFAMILY SSF69189 281 377 1.63E-11 T 17-09-2021 IPR015956 Penicillin-binding protein, C-terminal domain superfamily GO:0004180|GO:0006508 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 Gene3D G3DSA:2.60.410.10 294 378 5.3E-11 T 17-09-2021 IPR037167 D-Ala-D-Ala carboxypeptidase, C-terminal domain superfamily GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 137 150 2.9E-14 T 17-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 110 127 2.9E-14 T 17-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 62 73 2.9E-14 T 17-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 SMART SM00936 289 379 1.8E-9 T 17-09-2021 IPR012907 Peptidase S11, D-Ala-D-Ala carboxypeptidase A, C-terminal GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_00267 af871dfe4a2b919cb952f821d64def14 429 SUPERFAMILY SSF56601 2 289 1.14E-70 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_00621 fd5dbf95433ad8a6d05e5b51875a58d9 447 CDD cd09117 PLDc_Bfil_DEXD_like 27 129 4.79509E-13 T 17-09-2021 +MGYG000000001_00621 fd5dbf95433ad8a6d05e5b51875a58d9 447 Gene3D G3DSA:3.30.870.10 19 177 3.8E-20 T 17-09-2021 +MGYG000000001_00621 fd5dbf95433ad8a6d05e5b51875a58d9 447 Pfam PF13091 PLD-like domain 32 133 2.5E-7 T 17-09-2021 IPR025202 Phospholipase D-like domain Reactome: R-HSA-1483148|Reactome: R-HSA-1483166 +MGYG000000001_00621 fd5dbf95433ad8a6d05e5b51875a58d9 447 Coils Coil 168 188 - T 17-09-2021 +MGYG000000001_01116 305e47f34e62e77a0c4bbd53a6436397 148 Gene3D G3DSA:2.30.30.290 54 148 4.1E-15 T 17-09-2021 IPR023385 YopX-like, C-terminal +MGYG000000001_01116 305e47f34e62e77a0c4bbd53a6436397 148 SUPERFAMILY SSF159006 2 147 8.5E-30 T 17-09-2021 +MGYG000000001_01116 305e47f34e62e77a0c4bbd53a6436397 148 TIGRFAM TIGR01671 phage_TIGR01671: phage conserved hypothetical protein TIGR01671 4 147 1.2E-15 T 17-09-2021 IPR010024 Conserved hypothetical protein CHP1671 +MGYG000000001_01116 305e47f34e62e77a0c4bbd53a6436397 148 Pfam PF09643 YopX protein 5 147 1.3E-22 T 17-09-2021 IPR019096 YopX protein +MGYG000000001_01629 8b599589883ed6915b9182b1c7f77504 461 Pfam PF02447 GntP family permease 4 452 3.7E-11 T 17-09-2021 IPR003474 Gluconate transporter GO:0015128|GO:0016020|GO:0035429 +MGYG000000001_01629 8b599589883ed6915b9182b1c7f77504 461 PANTHER PTHR30354:SF7 3 455 1.7E-151 T 17-09-2021 +MGYG000000001_01629 8b599589883ed6915b9182b1c7f77504 461 PANTHER PTHR30354 3 455 1.7E-151 T 17-09-2021 IPR003474 Gluconate transporter GO:0015128|GO:0016020|GO:0035429 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 Gene3D G3DSA:1.10.287.130 368 457 5.6E-19 T 17-09-2021 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 SUPERFAMILY SSF47384 380 458 7.06E-15 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 513 615 1.49469E-35 T 17-09-2021 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 CDD cd00082 HisKA 390 455 2.35923E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 SMART SM00387 505 617 1.3E-28 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 ProSiteProfiles PS50109 Histidine kinase domain profile. 399 617 45.458 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 Gene3D G3DSA:3.30.565.10 466 622 1.0E-40 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 506 615 4.5E-24 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 SUPERFAMILY SSF55874 448 619 5.11E-41 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 Pfam PF00512 His Kinase A (phospho-acceptor) domain 393 458 1.8E-11 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 Gene3D G3DSA:3.40.50.2300 98 307 7.5E-6 T 17-09-2021 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 Gene3D G3DSA:3.40.50.2300 152 322 7.5E-6 T 17-09-2021 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 PRINTS PR00344 Bacterial sensor protein C-terminal signature 560 570 1.2E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 PRINTS PR00344 Bacterial sensor protein C-terminal signature 542 556 1.2E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 PRINTS PR00344 Bacterial sensor protein C-terminal signature 577 595 1.2E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 PRINTS PR00344 Bacterial sensor protein C-terminal signature 601 614 1.2E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 SMART SM00388 392 459 4.0E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00750 67e630f767531294c348655aa94cb0ef 646 PANTHER PTHR43711 382 615 8.3E-64 T 17-09-2021 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 SMART SM00382 32 215 3.5E-15 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 Gene3D G3DSA:3.40.50.300 2 228 1.6E-65 T 17-09-2021 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 SUPERFAMILY SSF52540 4 220 1.3E-67 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 231 25.003 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 4 216 5.84208E-104 T 17-09-2021 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 Pfam PF00005 ABC transporter 24 166 9.6E-37 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 ProSitePatterns PS00211 ABC transporters family signature. 139 153 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 PANTHER PTHR24220:SF661 3 233 4.4E-92 T 17-09-2021 +MGYG000000001_01010 d8094cf41a04b8f2832897cde90ba158 233 PANTHER PTHR24220 3 233 4.4E-92 T 17-09-2021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 CDD cd17332 MFS_MelB_like 24 457 2.96662E-83 T 17-09-2021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 PANTHER PTHR11328 15 467 3.5E-73 T 17-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 Pfam PF13347 MFS/sugar transport protein 26 457 1.2E-83 T 17-09-2021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 Gene3D G3DSA:1.20.1250.20 23 235 1.8E-8 T 17-09-2021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 Gene3D G3DSA:1.20.1250.20 245 463 6.6E-13 T 17-09-2021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 PANTHER PTHR11328:SF24 15 467 3.5E-73 T 17-09-2021 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 TIGRFAM TIGR00792 gph: sugar (Glycoside-Pentoside-Hexuronide) transporter 24 467 3.4E-90 T 17-09-2021 IPR001927 Sodium:galactoside symporter GO:0006814|GO:0016020 +MGYG000000001_00166 f184bbda679dd24c09f1d0a74ecb1c3c 469 SUPERFAMILY SSF103473 27 463 1.44E-30 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00656 a3858cb9f7a472373414101c9fc8934e 64 MobiDBLite mobidb-lite consensus disorder prediction 1 38 - T 17-09-2021 +MGYG000000001_00656 a3858cb9f7a472373414101c9fc8934e 64 MobiDBLite mobidb-lite consensus disorder prediction 41 55 - T 17-09-2021 +MGYG000000001_00656 a3858cb9f7a472373414101c9fc8934e 64 MobiDBLite mobidb-lite consensus disorder prediction 1 64 - T 17-09-2021 +MGYG000000001_02372 c9cdfa9a65a47097fa0878f0ce5ccdfd 182 Pfam PF14091 Domain of unknown function (DUF4269) 24 169 2.1E-49 T 17-09-2021 IPR025365 Protein of unknown function DUF4269 +MGYG000000001_02848 7c069f78142f391f218b1ba044aa6966 73 Pfam PF00269 Small, acid-soluble spore proteins, alpha/beta type 8 67 9.7E-26 T 17-09-2021 IPR001448 Small acid-soluble spore protein, alpha/beta-type GO:0003690|GO:0006265 +MGYG000000001_02848 7c069f78142f391f218b1ba044aa6966 73 Gene3D G3DSA:1.10.8.910 8 73 2.3E-27 T 17-09-2021 IPR038300 SASP, alpha/beta-type superfamily +MGYG000000001_02848 7c069f78142f391f218b1ba044aa6966 73 ProSitePatterns PS00304 Small, acid-soluble spore proteins, alpha/beta type, signature 1. 23 32 - T 17-09-2021 IPR018126 Small acid-soluble spore protein, alpha/beta-type, conserved site GO:0003690|GO:0006265 +MGYG000000001_02848 7c069f78142f391f218b1ba044aa6966 73 PANTHER PTHR36107 1 71 2.4E-27 T 17-09-2021 +MGYG000000001_00278 1f93ba78c7eea3f3d4910a51cf4a384a 116 SUPERFAMILY SSF81301 1 114 4.25E-41 T 17-09-2021 +MGYG000000001_00278 1f93ba78c7eea3f3d4910a51cf4a384a 116 Hamap MF_01477 Ribosomal silencing factor RsfS [rsfS]. 3 105 25.32 T 17-09-2021 IPR004394 Protein Iojap/ribosomal silencing factor RsfS +MGYG000000001_00278 1f93ba78c7eea3f3d4910a51cf4a384a 116 Gene3D G3DSA:3.30.460.10 1 108 1.6E-40 T 17-09-2021 +MGYG000000001_00278 1f93ba78c7eea3f3d4910a51cf4a384a 116 PANTHER PTHR21043 10 109 6.8E-32 T 17-09-2021 IPR004394 Protein Iojap/ribosomal silencing factor RsfS +MGYG000000001_00278 1f93ba78c7eea3f3d4910a51cf4a384a 116 TIGRFAM TIGR00090 rsfS_iojap_ybeB: ribosome silencing factor 7 104 4.3E-37 T 17-09-2021 IPR004394 Protein Iojap/ribosomal silencing factor RsfS +MGYG000000001_00278 1f93ba78c7eea3f3d4910a51cf4a384a 116 Pfam PF02410 Ribosomal silencing factor during starvation 10 104 8.2E-28 T 17-09-2021 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 PANTHER PTHR43848 2 242 1.5E-92 T 17-09-2021 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 47 236 26.892 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 Gene3D G3DSA:1.10.3720.10 1 246 1.2E-44 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 Coils Coil 244 248 - T 17-09-2021 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 PANTHER PTHR43848:SF2 2 242 1.5E-92 T 17-09-2021 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 CDD cd06261 TM_PBP2 74 233 1.67602E-10 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 62 236 3.2E-14 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02492 1b2bc25cc7f58557bffcf34364a13384 248 SUPERFAMILY SSF161098 2 236 3.4E-52 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 Gene3D G3DSA:3.30.1180.10 154 281 1.4E-37 T 17-09-2021 +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 TIGRFAM TIGR00762 DegV: EDD domain protein, DegV family 5 277 4.2E-96 T 17-09-2021 IPR003797 DegV +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 Pfam PF02645 Uncharacterised protein, DegV family COG1307 4 280 6.9E-86 T 17-09-2021 IPR003797 DegV +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 SUPERFAMILY SSF82549 1 280 9.94E-84 T 17-09-2021 +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 PANTHER PTHR33434 1 279 8.0E-81 T 17-09-2021 +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 ProSiteProfiles PS51482 DegV domain profile. 4 280 63.689 T 17-09-2021 IPR003797 DegV +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 Gene3D G3DSA:3.40.50.10170 3 151 2.0E-51 T 17-09-2021 +MGYG000000001_02720 13fb21e2035891316e17b8667da6e77b 281 PANTHER PTHR33434:SF3 1 279 8.0E-81 T 17-09-2021 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 ProSiteProfiles PS51219 Dephospho-CoA kinase (DPCK) domain profile. 3 201 42.329 T 17-09-2021 IPR001977 Dephospho-CoA kinase GO:0004140|GO:0005524|GO:0015937 KEGG: 00770+2.7.1.24|MetaCyc: PWY-7851 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 TIGRFAM TIGR00152 TIGR00152: dephospho-CoA kinase 3 187 1.4E-51 T 17-09-2021 IPR001977 Dephospho-CoA kinase GO:0004140|GO:0005524|GO:0015937 KEGG: 00770+2.7.1.24|MetaCyc: PWY-7851 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 Gene3D G3DSA:3.40.50.300 1 200 1.0E-67 T 17-09-2021 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 PANTHER PTHR10695:SF35 1 199 8.7E-59 T 17-09-2021 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 SUPERFAMILY SSF52540 1 194 3.23E-36 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 Hamap MF_00376 Dephospho-CoA kinase [coaE]. 1 198 25.566 T 17-09-2021 IPR001977 Dephospho-CoA kinase GO:0004140|GO:0005524|GO:0015937 KEGG: 00770+2.7.1.24|MetaCyc: PWY-7851 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 Pfam PF01121 Dephospho-CoA kinase 2 182 1.5E-49 T 17-09-2021 IPR001977 Dephospho-CoA kinase GO:0004140|GO:0005524|GO:0015937 KEGG: 00770+2.7.1.24|MetaCyc: PWY-7851 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 PANTHER PTHR10695 1 199 8.7E-59 T 17-09-2021 +MGYG000000001_00323 85c48c33ec7e97e242edc9c5b354267f 201 CDD cd02022 DPCK 3 183 5.08184E-54 T 17-09-2021 +MGYG000000001_00718 670e4e90b3e3ba17b7858addef8a2f9d 226 Pfam PF02535 ZIP Zinc transporter 87 224 5.6E-17 T 17-09-2021 IPR003689 Zinc/iron permease GO:0016020|GO:0030001|GO:0046873|GO:0055085 +MGYG000000001_00718 670e4e90b3e3ba17b7858addef8a2f9d 226 PANTHER PTHR11040 7 224 1.2E-38 T 17-09-2021 +MGYG000000001_00718 670e4e90b3e3ba17b7858addef8a2f9d 226 PANTHER PTHR11040:SF70 7 224 1.2E-38 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 Gene3D G3DSA:3.30.870.10 5 180 4.8E-39 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 Pfam PF13091 PLD-like domain 19 149 1.3E-13 T 17-09-2021 IPR025202 Phospholipase D-like domain Reactome: R-HSA-1483148|Reactome: R-HSA-1483166 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 217 407 11.603 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 CDD cd09205 PLDc_N_DEXD_b3 11 152 5.34021E-69 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 SUPERFAMILY SSF56024 9 154 2.04E-11 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 SMART SM00487 200 415 9.3E-10 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 Pfam PF04851 Type III restriction enzyme, res subunit 202 391 3.9E-32 T 17-09-2021 IPR006935 Helicase/UvrB, N-terminal GO:0003677|GO:0005524|GO:0016787 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 PANTHER PTHR47396 193 607 2.0E-53 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 CDD cd18032 DEXHc_RE_I_III_res 204 401 7.97847E-63 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 SMART SM00490 486 570 1.3E-11 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 Pfam PF00271 Helicase conserved C-terminal domain 468 569 2.1E-11 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 CDD cd18799 SF2_C_EcoAI-like 469 582 1.0428E-44 T 17-09-2021 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 ProSiteProfiles PS50035 Phospholipase D phosphodiesterase active site profile. 91 121 8.751 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 SUPERFAMILY SSF52540 131 391 1.35E-12 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 462 615 11.823 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 SUPERFAMILY SSF52540 249 584 1.52E-38 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02766 fab822654b100c827cec7ad25b3f331e 850 Gene3D G3DSA:3.40.50.300 410 594 1.1E-42 T 17-09-2021 +MGYG000000001_02244 f60c7e15d0d278bd86d1f4c05915033c 291 Pfam PF00149 Calcineurin-like phosphoesterase 45 225 1.5E-19 T 17-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_02244 f60c7e15d0d278bd86d1f4c05915033c 291 Gene3D G3DSA:3.60.21.10 43 241 5.5E-25 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_02244 f60c7e15d0d278bd86d1f4c05915033c 291 PANTHER PTHR31302:SF19 3 289 1.8E-69 T 17-09-2021 +MGYG000000001_02244 f60c7e15d0d278bd86d1f4c05915033c 291 CDD cd07385 MPP_YkuE_C 45 286 1.19782E-57 T 17-09-2021 +MGYG000000001_02244 f60c7e15d0d278bd86d1f4c05915033c 291 PANTHER PTHR31302 3 289 1.8E-69 T 17-09-2021 +MGYG000000001_02244 f60c7e15d0d278bd86d1f4c05915033c 291 SUPERFAMILY SSF56300 45 287 4.45E-32 T 17-09-2021 +MGYG000000001_02960 04430618afb349ea1e3a34f1bc9b0ed6 512 Pfam PF03553 Na+/H+ antiporter family 158 473 4.5E-64 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_02960 04430618afb349ea1e3a34f1bc9b0ed6 512 PANTHER PTHR43478 4 506 2.2E-135 T 17-09-2021 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 CDD cd01557 BCAT_beta_family 43 327 3.50392E-136 T 17-09-2021 IPR033939 Branched-chain aminotransferase GO:0004084|GO:0009081 KEGG: 00270+2.6.1.42|KEGG: 00280+2.6.1.42|KEGG: 00290+2.6.1.42|KEGG: 00770+2.6.1.42|KEGG: 00966+2.6.1.42|MetaCyc: PWY-5057|MetaCyc: PWY-5076|MetaCyc: PWY-5078|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-5108|MetaCyc: PWY-7767|Reactome: R-HSA-70895 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 PIRSF PIRSF006468 1 341 5.8E-120 T 17-09-2021 IPR005786 Branched-chain amino acid aminotransferase II GO:0004084|GO:0009081 KEGG: 00270+2.6.1.42|KEGG: 00280+2.6.1.42|KEGG: 00290+2.6.1.42|KEGG: 00770+2.6.1.42|KEGG: 00966+2.6.1.42|MetaCyc: PWY-5057|MetaCyc: PWY-5076|MetaCyc: PWY-5078|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-5108|MetaCyc: PWY-7767|Reactome: R-HSA-70895 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 Gene3D G3DSA:3.30.470.10 1 160 3.0E-57 T 17-09-2021 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 ProSitePatterns PS00770 Aminotransferases class-IV signature. 220 249 - T 17-09-2021 IPR018300 Aminotransferase, class IV, conserved site GO:0003824 Reactome: R-HSA-70895 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 Pfam PF01063 Amino-transferase class IV 56 295 6.1E-38 T 17-09-2021 IPR001544 Aminotransferase class IV GO:0003824 Reactome: R-HSA-70895 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 PANTHER PTHR42825:SF2 6 337 1.0E-114 T 17-09-2021 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 TIGRFAM TIGR01123 ilvE_II: branched-chain amino acid aminotransferase 31 339 9.7E-127 T 17-09-2021 IPR005786 Branched-chain amino acid aminotransferase II GO:0004084|GO:0009081 KEGG: 00270+2.6.1.42|KEGG: 00280+2.6.1.42|KEGG: 00290+2.6.1.42|KEGG: 00770+2.6.1.42|KEGG: 00966+2.6.1.42|MetaCyc: PWY-5057|MetaCyc: PWY-5076|MetaCyc: PWY-5078|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-5108|MetaCyc: PWY-7767|Reactome: R-HSA-70895 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 Gene3D G3DSA:3.20.10.10 161 339 2.2E-55 T 17-09-2021 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 SUPERFAMILY SSF56752 3 336 2.22E-102 T 17-09-2021 IPR036038 Aminotransferase-like, PLP-dependent enzymes GO:0003824 Reactome: R-HSA-70895 +MGYG000000001_01714 648294a23bfa5e4620f754e800c1adc8 345 PANTHER PTHR42825 6 337 1.0E-114 T 17-09-2021 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 Hamap MF_01820 Small ribosomal subunit biogenesis GTPase RsgA [rsgA]. 2 290 36.635 T 17-09-2021 IPR004881 Ribosome biogenesis GTPase RsgA GO:0003924|GO:0005525 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 Pfam PF03193 RsgA GTPase 62 225 5.6E-59 T 17-09-2021 IPR010914 RsgA GTPase domain GO:0003924|GO:0005525 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 ProSiteProfiles PS51721 Circularly permuted (CP)-type guanine nucleotide-binding (G) domain profile. 65 223 54.462 T 17-09-2021 IPR030378 Circularly permuted (CP)-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 SUPERFAMILY SSF52540 67 288 7.85E-57 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 Gene3D G3DSA:1.10.40.50 226 292 1.8E-23 T 17-09-2021 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 PANTHER PTHR32120 3 290 3.9E-97 T 17-09-2021 IPR004881 Ribosome biogenesis GTPase RsgA GO:0003924|GO:0005525 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 Pfam PF16745 RsgA N-terminal domain 3 57 2.7E-22 T 17-09-2021 IPR031944 Ribosome biogenesis GTPase RsgA, N-terminal +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 PANTHER PTHR32120:SF9 3 290 3.9E-97 T 17-09-2021 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 Gene3D G3DSA:2.40.50.140 1 63 3.5E-24 T 17-09-2021 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 TIGRFAM TIGR00157 TIGR00157: ribosome small subunit-dependent GTPase A 39 283 5.4E-74 T 17-09-2021 IPR004881 Ribosome biogenesis GTPase RsgA GO:0003924|GO:0005525 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 ProSiteProfiles PS50936 EngC GTPase domain profile. 74 221 48.127 T 17-09-2021 IPR010914 RsgA GTPase domain GO:0003924|GO:0005525 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 SUPERFAMILY SSF50249 1 64 1.86E-14 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 CDD cd04466 S1_YloQ_GTPase 2 70 7.69938E-22 T 17-09-2021 IPR031944 Ribosome biogenesis GTPase RsgA, N-terminal +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 Gene3D G3DSA:3.40.50.300 64 224 1.6E-48 T 17-09-2021 +MGYG000000001_02156 5dbcbf19818fbbb256276c40507e2876 296 CDD cd01854 YjeQ_EngC 74 284 5.25122E-115 T 17-09-2021 IPR004881 Ribosome biogenesis GTPase RsgA GO:0003924|GO:0005525 +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 SUPERFAMILY SSF55729 144 255 1.83E-17 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 PANTHER PTHR43072 1 254 4.7E-31 T 17-09-2021 +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 CDD cd04301 NAT_SF 170 224 0.00258971 T 17-09-2021 +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 134 257 12.016 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 PANTHER PTHR43072:SF25 1 254 4.7E-31 T 17-09-2021 +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 Pfam PF12746 GNAT acetyltransferase 104 254 1.8E-20 T 17-09-2021 IPR027365 GNAT acetyltransferase YdfB-like +MGYG000000001_01327 c1d41121dc11079c3655aa821d0e139d 257 Gene3D G3DSA:3.40.630.30 112 245 1.8E-19 T 17-09-2021 +MGYG000000001_01655 1e22a2e7100b3f61e9323e9ce0c8e45f 192 SUPERFAMILY SSF55729 7 181 2.24E-36 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01655 1e22a2e7100b3f61e9323e9ce0c8e45f 192 Gene3D G3DSA:3.40.630.30 10 192 8.5E-40 T 17-09-2021 +MGYG000000001_01655 1e22a2e7100b3f61e9323e9ce0c8e45f 192 Pfam PF13302 Acetyltransferase (GNAT) domain 16 157 4.0E-24 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01655 1e22a2e7100b3f61e9323e9ce0c8e45f 192 PANTHER PTHR43792:SF9 10 186 4.0E-32 T 17-09-2021 +MGYG000000001_01655 1e22a2e7100b3f61e9323e9ce0c8e45f 192 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 17 179 13.995 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01655 1e22a2e7100b3f61e9323e9ce0c8e45f 192 PANTHER PTHR43792 10 186 4.0E-32 T 17-09-2021 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 Pfam PF01554 MatE 23 185 8.5E-27 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 Pfam PF01554 MatE 250 406 4.2E-21 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 CDD cd13143 MATE_MepA_like 12 439 1.0946E-138 T 17-09-2021 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 PIRSF PIRSF006603 1 455 1.7E-93 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 TIGRFAM TIGR00797 matE: MATE efflux family protein 23 420 9.7E-60 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 PANTHER PTHR43823 1 454 8.3E-144 T 17-09-2021 +MGYG000000001_02177 ffbabb86b24bcfcfc04a0eac26d38052 460 PANTHER PTHR43823:SF1 1 454 8.3E-144 T 17-09-2021 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 Hamap MF_00140_B Tryptophan--tRNA ligase [trpS]. 4 329 42.065 T 17-09-2021 IPR024109 Tryptophan-tRNA ligase, bacterial-type GO:0004830 KEGG: 00970+6.1.1.2|Reactome: R-HSA-379726 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 Gene3D G3DSA:3.40.50.620 7 327 3.8E-140 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 SUPERFAMILY SSF52374 6 328 5.63E-97 T 17-09-2021 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 Pfam PF00579 tRNA synthetases class I (W and Y) 6 283 5.9E-81 T 17-09-2021 IPR002305 Aminoacyl-tRNA synthetase, class Ic GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 Gene3D G3DSA:1.10.240.10 187 296 3.8E-140 T 17-09-2021 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 143 164 2.6E-28 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 196 206 2.6E-28 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 17 33 2.6E-28 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 PRINTS PR01039 Tryptophanyl-tRNA synthetase signature 67 86 2.6E-28 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 CDD cd00806 TrpRS_core 7 281 6.49483E-136 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 TIGRFAM TIGR00233 trpS: tryptophan--tRNA ligase 4 328 1.6E-112 T 17-09-2021 IPR002306 Tryptophan-tRNA ligase GO:0000166|GO:0004830|GO:0005524|GO:0006436 KEGG: 00970+6.1.1.2 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 PANTHER PTHR43766 4 330 5.1E-138 T 17-09-2021 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 13 22 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02532 42427e2aac59ace40446fbd77adf813f 334 PANTHER PTHR43766:SF2 4 330 5.1E-138 T 17-09-2021 +MGYG000000001_02599 1f0564019565d693f40a00e6e6cb4492 256 Pfam PF03609 PTS system sorbose-specific iic component 7 236 1.3E-69 T 17-09-2021 IPR004700 Phosphotransferase system, mannose/fructose/sorbose family, IIC subunit GO:0009401|GO:0016021 +MGYG000000001_02599 1f0564019565d693f40a00e6e6cb4492 256 ProSiteProfiles PS51106 PTS_EIIC type-4 domain profile. 3 236 58.121 T 17-09-2021 IPR004700 Phosphotransferase system, mannose/fructose/sorbose family, IIC subunit GO:0009401|GO:0016021 +MGYG000000001_02599 1f0564019565d693f40a00e6e6cb4492 256 PANTHER PTHR32502:SF8 5 244 6.0E-67 T 17-09-2021 +MGYG000000001_02599 1f0564019565d693f40a00e6e6cb4492 256 PANTHER PTHR32502 5 244 6.0E-67 T 17-09-2021 +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 219 24.41 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 PIRSF PIRSF039085 1 219 4.8E-82 T 17-09-2021 IPR030679 ABC-type amino acid transport system, ATPase component, HisP-type GO:0003333|GO:0015424 +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 Pfam PF00005 ABC transporter 17 164 4.7E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 PANTHER PTHR43166:SF4 1 213 5.3E-84 T 17-09-2021 +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 Gene3D G3DSA:3.40.50.300 1 220 3.5E-68 T 17-09-2021 +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 SUPERFAMILY SSF52540 1 216 1.36E-69 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 SMART SM00382 26 213 4.1E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01641 52e0acbccd178fca6a1d83bb706d06f8 220 PANTHER PTHR43166 1 213 5.3E-84 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 SUPERFAMILY SSF118215 7 404 1.24E-117 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 Pfam PF00375 Sodium:dicarboxylate symporter family 7 403 2.4E-127 T 17-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 296 322 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 358 378 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 230 249 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 5 25 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 83 108 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 331 350 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 195 214 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PRINTS PR00173 Glutamate-aspartate symporter signature 53 73 8.0E-58 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PANTHER PTHR42865 1 417 1.7E-119 T 17-09-2021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 PANTHER PTHR42865:SF4 1 417 1.7E-119 T 17-09-2021 IPR033380 Glutamate-aspartate symport protein GltP/GltT GO:0015293|GO:0015810|GO:0015813|GO:0016021 +MGYG000000001_03042 e2c9ce8035fc8aaba612a24f120e63ea 423 Gene3D G3DSA:1.10.3860.10 1 421 2.8E-137 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 CDD cd01283 cytidine_deaminase 7 116 4.18998E-37 T 17-09-2021 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 PANTHER PTHR11644:SF23 1 131 5.0E-49 T 17-09-2021 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 TIGRFAM TIGR01354 cyt_deam_tetra: cytidine deaminase 5 131 2.2E-40 T 17-09-2021 IPR006262 Cytidine deaminase, homotetrameric GO:0004126|GO:0008270|GO:0009972 KEGG: 00240+3.5.4.5|KEGG: 00983+3.5.4.5|MetaCyc: PWY-6556|MetaCyc: PWY-7181|MetaCyc: PWY-7193|MetaCyc: PWY-7199|Reactome: R-HSA-6798695|Reactome: R-HSA-73614 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 SUPERFAMILY SSF53927 4 133 1.17E-43 T 17-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 ProSiteProfiles PS51747 Cytidine and deoxycytidylate deaminases domain profile. 1 130 25.639 T 17-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 Gene3D G3DSA:3.40.140.10 1 134 1.5E-49 T 17-09-2021 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 PANTHER PTHR11644 1 131 5.0E-49 T 17-09-2021 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 ProSitePatterns PS00903 Cytidine and deoxycytidylate deaminases zinc-binding region signature. 53 96 - T 17-09-2021 IPR016192 APOBEC/CMP deaminase, zinc-binding GO:0008270|GO:0016787 +MGYG000000001_00221 2950e43b3a783de03025627df7f8d953 135 Pfam PF00383 Cytidine and deoxycytidylate deaminase zinc-binding region 3 102 1.1E-16 T 17-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Hamap MF_01210_B Carbamoyl-phosphate synthase large chain [carB]. 1 1061 12.898 T 17-09-2021 IPR006275 Carbamoyl-phosphate synthase, large subunit GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SUPERFAMILY SSF52440 1 127 2.01E-49 T 17-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Gene3D G3DSA:3.40.50.20 550 658 2.4E-48 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SMART SM00851 953 1040 2.7E-26 T 17-09-2021 IPR011607 Methylglyoxal synthase-like domain +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PANTHER PTHR11405 8 1064 0.0 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Pfam PF02786 Carbamoyl-phosphate synthase L chain, ATP binding domain 669 869 1.5E-34 T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Pfam PF02786 Carbamoyl-phosphate synthase L chain, ATP binding domain 128 333 7.4E-80 T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSitePatterns PS00866 Carbamoyl-phosphate synthase subdomain signature 1. 705 719 - T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 CDD cd01424 MGS_CPS_II 940 1050 1.88658E-42 T 17-09-2021 IPR033937 Carbamoyl-phosphate synthase large chain, methylglyoxal synthase-like domain KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSitePatterns PS00866 Carbamoyl-phosphate synthase subdomain signature 1. 164 178 - T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PANTHER PTHR11405:SF5 8 1064 0.0 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SUPERFAMILY SSF52440 553 671 2.45E-48 T 17-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Pfam PF02142 MGS-like domain 954 1036 4.4E-21 T 17-09-2021 IPR011607 Methylglyoxal synthase-like domain +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSitePatterns PS00867 Carbamoyl-phosphate synthase subdomain signature 2. 833 840 - T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSiteProfiles PS50975 ATP-grasp fold profile. 133 327 46.686 T 17-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SMART SM01096 420 543 5.1E-57 T 17-09-2021 IPR005480 Carbamoyl-phosphate synthetase, large subunit oligomerisation domain KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 TIGRFAM TIGR01369 CPSaseII_lrg: carbamoyl-phosphate synthase, large subunit 3 1050 0.0 T 17-09-2021 IPR006275 Carbamoyl-phosphate synthase, large subunit GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Gene3D G3DSA:3.30.470.20 662 932 2.9E-100 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Gene3D G3DSA:3.40.50.1380 936 1069 9.7E-36 T 17-09-2021 IPR036914 Methylglyoxal synthase-like domain superfamily +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 48 58 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 296 325 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 378 396 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 239 256 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 204 223 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 168 180 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 PRINTS PR00098 Carbamoyl-phosphate synthase protein CPSase domain signature 19 33 4.2E-63 T 17-09-2021 IPR005483 Carbamoyl-phosphate synthase large subunit, CPSase domain GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Gene3D G3DSA:3.40.50.20 1 116 2.3E-49 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSiteProfiles PS51855 MGS-like domain profile. 933 1075 26.864 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Gene3D G3DSA:1.10.1030.10 403 549 4.8E-42 T 17-09-2021 IPR036897 Carbamoyl-phosphate synthetase, large subunit oligomerisation domain superfamily KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Hamap MF_01210_A Carbamoyl-phosphate synthase large chain [carB]. 5 1069 13.34 T 17-09-2021 IPR006275 Carbamoyl-phosphate synthase, large subunit GO:0006807 KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SUPERFAMILY SSF56059 669 930 2.3E-94 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SUPERFAMILY SSF56059 128 399 2.83E-105 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SUPERFAMILY SSF52335 940 1065 8.11E-32 T 17-09-2021 IPR036914 Methylglyoxal synthase-like domain superfamily +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSitePatterns PS00867 Carbamoyl-phosphate synthase subdomain signature 2. 296 303 - T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Pfam PF02787 Carbamoyl-phosphate synthetase large chain, oligomerisation domain 423 543 1.3E-35 T 17-09-2021 IPR005480 Carbamoyl-phosphate synthetase, large subunit oligomerisation domain KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 ProSiteProfiles PS50975 ATP-grasp fold profile. 674 864 45.25 T 17-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 Gene3D G3DSA:3.30.470.20 119 401 4.2E-123 T 17-09-2021 +MGYG000000001_01980 50020ed49c91aed9d00ca68765366e5d 1075 SUPERFAMILY SSF48108 395 549 2.48E-44 T 17-09-2021 IPR036897 Carbamoyl-phosphate synthetase, large subunit oligomerisation domain superfamily KEGG: 00240+6.3.5.5|KEGG: 00250+6.3.5.5|MetaCyc: PWY-5154|MetaCyc: PWY-5686|MetaCyc: PWY-7400|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_00865 60b43c7414e0249048ad844144e195d5 173 Gene3D G3DSA:3.90.1140.10 1 173 1.4E-19 T 17-09-2021 +MGYG000000001_00865 60b43c7414e0249048ad844144e195d5 173 Pfam PF13563 2'-5' RNA ligase superfamily 18 163 5.2E-15 T 17-09-2021 +MGYG000000001_00865 60b43c7414e0249048ad844144e195d5 173 SUPERFAMILY SSF55144 1 173 9.68E-9 T 17-09-2021 IPR009097 Cyclic phosphodiesterase +MGYG000000001_00865 60b43c7414e0249048ad844144e195d5 173 PANTHER PTHR40037 1 173 2.1E-13 T 17-09-2021 +MGYG000000001_01187 09b2fb3a10e14edc97cf94ac389aea48 356 Pfam PF12698 ABC-2 family transporter protein 24 343 1.6E-20 T 17-09-2021 +MGYG000000001_01187 09b2fb3a10e14edc97cf94ac389aea48 356 PANTHER PTHR43027 1 344 8.2E-18 T 17-09-2021 +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 CDD cd00077 HDc 24 138 1.97444E-9 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 PANTHER PTHR33594:SF2 1 211 2.7E-79 T 17-09-2021 +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 SMART SM00471 22 135 1.2E-4 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 SUPERFAMILY SSF109604 1 212 1.15E-72 T 17-09-2021 +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 Pfam PF01966 HD domain 29 125 1.9E-8 T 17-09-2021 IPR006674 HD domain +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 Gene3D G3DSA:1.20.58.1910 99 217 3.9E-48 T 17-09-2021 +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 Gene3D G3DSA:1.10.472.50 1 98 1.3E-31 T 17-09-2021 +MGYG000000001_00563 d539a6229f15e5eb7b0db32bde8c4981 217 PANTHER PTHR33594 1 211 2.7E-79 T 17-09-2021 +MGYG000000001_01219 a2ead0fe4446e4cfefd06f49ea1ee65e 313 Pfam PF14045 YIEGIA protein 15 303 6.8E-101 T 17-09-2021 IPR025918 YIEGIA protein +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 Hamap MF_01393 ATP synthase subunit a [atpB]. 7 232 12.86 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 CDD cd00310 ATP-synt_Fo_a_6 80 228 2.02153E-30 T 17-09-2021 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 Pfam PF00119 ATP synthase A chain 19 227 6.8E-51 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 PRINTS PR00123 ATP synthase A subunit signature 214 229 4.7E-15 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 PRINTS PR00123 ATP synthase A subunit signature 154 176 4.7E-15 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 PRINTS PR00123 ATP synthase A subunit signature 138 153 4.7E-15 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 PRINTS PR00123 ATP synthase A subunit signature 80 96 4.7E-15 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 TIGRFAM TIGR01131 ATP_synt_6_or_A: ATP synthase F0, A subunit 16 229 2.3E-32 T 17-09-2021 IPR000568 ATP synthase, F0 complex, subunit A GO:0015078|GO:0015986|GO:0045263 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 PANTHER PTHR42823 7 232 2.2E-53 T 17-09-2021 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 Gene3D G3DSA:1.20.120.220 71 232 2.1E-35 T 17-09-2021 IPR035908 ATP synthase, F0 complex, subunit A superfamily Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00724 df47bf2f70063a217eb4b4985bec2455 232 SUPERFAMILY SSF81336 75 227 3.66E-32 T 17-09-2021 IPR035908 ATP synthase, F0 complex, subunit A superfamily Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00531 8c4d15ea530af36e12ded2e70d6b5ea8 87 Pfam PF12637 TSCPD domain 4 76 2.3E-27 T 17-09-2021 IPR024434 TSCPD domain +MGYG000000001_00531 8c4d15ea530af36e12ded2e70d6b5ea8 87 TIGRFAM TIGR03905 TIGR03905_4_Cys: uncharacterized protein TIGR03905 2 76 6.9E-28 T 17-09-2021 IPR023806 Conserved hypothetical protein CHP03905 +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 Gene3D G3DSA:3.30.450.90 1 99 2.0E-28 T 17-09-2021 +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 Pfam PF00437 Type II/IV secretion system protein 79 264 2.4E-42 T 17-09-2021 IPR001482 Type II/IV secretion system protein +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 ProSitePatterns PS00662 Bacterial type II secretion system protein E signature. 193 207 - T 17-09-2021 IPR001482 Type II/IV secretion system protein +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 TIGRFAM TIGR01420 pilT_fam: twitching motility protein 3 341 3.7E-141 T 17-09-2021 IPR006321 Pilus retraction protein PilT GO:0005524 +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 PANTHER PTHR30486:SF6 2 340 2.1E-135 T 17-09-2021 +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 SMART SM00382 122 256 2.7E-4 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 Gene3D G3DSA:3.40.50.300 101 350 1.1E-99 T 17-09-2021 +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 SUPERFAMILY SSF52540 5 336 2.06E-66 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00692 a4bde7727d1218f3d44d38df109693cb 353 PANTHER PTHR30486 2 340 2.1E-135 T 17-09-2021 +MGYG000000001_00208 e58a73486b86fc58a9ac7e963083c88b 83 Pfam PF12773 Double zinc ribbon 4 55 2.3E-8 T 17-09-2021 IPR025874 Double zinc ribbon +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 CDD cd04886 ACT_ThrD-II-like 332 403 1.57682E-16 T 17-09-2021 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 Pfam PF00291 Pyridoxal-phosphate dependent enzyme 19 307 7.8E-86 T 17-09-2021 IPR001926 Pyridoxal-phosphate dependent enzyme +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 Gene3D G3DSA:3.30.70.260 327 404 7.9E-7 T 17-09-2021 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 SUPERFAMILY SSF53686 5 314 3.67E-100 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 CDD cd01562 Thr-dehyd 6 311 6.52699E-156 T 17-09-2021 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 Gene3D G3DSA:3.40.50.1100 9 312 8.1E-123 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 PANTHER PTHR43419:SF8 4 397 3.2E-133 T 17-09-2021 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 Pfam PF01842 ACT domain 331 398 9.7E-7 T 17-09-2021 IPR002912 ACT domain +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 PANTHER PTHR43419 4 397 3.2E-133 T 17-09-2021 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 TIGRFAM TIGR01127 ilvA_1Cterm: threonine ammonia-lyase 27 403 4.3E-145 T 17-09-2021 IPR005789 Threonine dehydratase, catabolic GO:0004794|GO:0006567 KEGG: 00260+4.3.1.19|KEGG: 00290+4.3.1.19 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 Gene3D G3DSA:3.40.50.1100 52 148 8.1E-123 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 ProSiteProfiles PS51671 ACT domain profile. 331 405 14.287 T 17-09-2021 IPR002912 ACT domain +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 Coils Coil 2 22 - T 17-09-2021 +MGYG000000001_00273 0eace89d0daa3db92e75dc328d72ea7e 405 SUPERFAMILY SSF55021 329 401 2.33E-7 T 17-09-2021 +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 PANTHER PTHR30471 13 233 1.5E-80 T 17-09-2021 IPR001405 Uncharacterised protein family UPF0758 +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 PANTHER PTHR30471:SF3 13 233 1.5E-80 T 17-09-2021 +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 CDD cd08071 MPN_DUF2466 119 230 1.17448E-58 T 17-09-2021 IPR025657 RadC-like JAB domain +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 SUPERFAMILY SSF47781 29 102 2.11E-5 T 17-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 ProSitePatterns PS01302 Uncharacterized protein family UPF0758 signature. 184 189 - T 17-09-2021 IPR020891 Uncharacterised protein family UPF0758, conserved site +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 TIGRFAM TIGR00608 radc: DNA repair protein RadC 22 234 1.3E-71 T 17-09-2021 IPR001405 Uncharacterised protein family UPF0758 +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 ProSiteProfiles PS50249 MPN domain profile. 113 235 32.756 T 17-09-2021 IPR037518 MPN domain +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 Gene3D G3DSA:3.40.140.10 110 235 2.2E-46 T 17-09-2021 +MGYG000000001_00305 610d72a1fd289607191b360a48d0cbfa 235 Pfam PF04002 RadC-like JAB domain 115 232 2.5E-44 T 17-09-2021 IPR025657 RadC-like JAB domain +MGYG000000001_00820 207676ef0247602ea85bf2342a3604c5 111 Pfam PF13630 SdpI/YhfL protein family 32 98 8.8E-11 T 17-09-2021 IPR025962 SdpI/YhfL protein family +MGYG000000001_00079 fd4c468a9cee59006ddf39a34b0afcc9 266 PANTHER PTHR43357 14 254 1.1E-44 T 17-09-2021 +MGYG000000001_00079 fd4c468a9cee59006ddf39a34b0afcc9 266 SUPERFAMILY SSF161098 10 254 3.27E-42 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00079 fd4c468a9cee59006ddf39a34b0afcc9 266 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 60 248 24.083 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00079 fd4c468a9cee59006ddf39a34b0afcc9 266 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 87 251 6.7E-13 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00079 fd4c468a9cee59006ddf39a34b0afcc9 266 Gene3D G3DSA:1.10.3720.10 10 256 2.1E-40 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00079 fd4c468a9cee59006ddf39a34b0afcc9 266 CDD cd06261 TM_PBP2 71 242 1.57625E-11 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 Pfam PF03374 Phage antirepressor protein KilAC domain 159 266 2.1E-23 T 17-09-2021 IPR005039 Antirepressor protein, C-terminal GO:0003677 +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 PANTHER PTHR36180 6 160 7.1E-24 T 17-09-2021 +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 Coils Coil 135 161 - T 17-09-2021 +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 SMART SM01040 14 110 9.7E-24 T 17-09-2021 IPR003497 BRO N-terminal domain +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 PANTHER PTHR36180:SF2 6 160 7.1E-24 T 17-09-2021 +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 Pfam PF02498 BRO family, N-terminal domain 15 110 7.1E-20 T 17-09-2021 IPR003497 BRO N-terminal domain +MGYG000000001_00627 4ba22a8c51eb5b822567c22b0e5d6467 268 ProSiteProfiles PS51750 Bro-N domain profile. 1 116 15.723 T 17-09-2021 IPR003497 BRO N-terminal domain +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 SMART SM00862 152 228 8.7E-23 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 SUPERFAMILY SSF52172 4 187 3.17E-38 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 Gene3D G3DSA:3.40.50.2300 1 135 6.8E-36 T 17-09-2021 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 Pfam PF00486 Transcriptional regulatory protein, C terminal 153 228 2.7E-25 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 131 230 39.736 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 ProSiteProfiles PS50110 Response regulatory domain profile. 4 119 42.133 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 Gene3D G3DSA:1.10.10.10 136 232 3.2E-32 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 CDD cd00383 trans_reg_C 139 228 1.04804E-32 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 SMART SM00448 3 115 3.7E-40 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 PANTHER PTHR26402 3 230 3.3E-86 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 Coils Coil 108 128 - T 17-09-2021 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 CDD cd00156 REC 6 119 9.64331E-40 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 Pfam PF00072 Response regulator receiver domain 5 115 1.0E-24 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00852 e0340b5cf40c3f10129b7252e89f0005 232 PANTHER PTHR26402:SF677 3 230 3.3E-86 T 17-09-2021 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 PANTHER PTHR43280 25 279 3.0E-34 T 17-09-2021 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 Gene3D G3DSA:1.10.10.60 174 223 1.9E-14 T 17-09-2021 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 SMART SM00342 190 273 3.6E-21 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 177 275 26.041 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 SUPERFAMILY SSF51215 32 108 4.71E-8 T 17-09-2021 IPR037923 Transcription regulator HTH-like +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 Gene3D G3DSA:1.10.10.60 224 279 5.9E-12 T 17-09-2021 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 Gene3D G3DSA:2.60.120.10 22 90 7.2E-7 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 SUPERFAMILY SSF46689 177 223 4.12E-7 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 SUPERFAMILY SSF46689 226 279 5.38E-9 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 Pfam PF12833 Helix-turn-helix domain 197 274 7.2E-16 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00144 bc947ce5f8739add00865f8a92898da0 355 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 227 269 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 ProSiteProfiles PS51857 Cold-shock (CSD) domain profile. 1 65 33.276 T 17-09-2021 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 PANTHER PTHR11544 1 64 2.4E-34 T 17-09-2021 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 Pfam PF00313 'Cold-shock' DNA-binding domain 3 64 1.7E-28 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 PRINTS PR00050 Cold shock protein signature 4 19 1.1E-17 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 PRINTS PR00050 Cold shock protein signature 24 33 1.1E-17 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 PRINTS PR00050 Cold shock protein signature 39 57 1.1E-17 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 Gene3D G3DSA:2.40.50.140 1 64 6.7E-29 T 17-09-2021 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 SMART SM00357 3 66 1.1E-28 T 17-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 SUPERFAMILY SSF50249 1 65 4.29E-23 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 ProSitePatterns PS00352 Cold-shock (CSD) domain signature. 15 33 - T 17-09-2021 IPR019844 Cold-shock (CSD) domain +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 PANTHER PTHR11544:SF104 1 64 2.4E-34 T 17-09-2021 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 CDD cd04458 CSP_CDS 4 65 3.18431E-27 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00176 1ec239e888b57e477ae03adeef0c41aa 66 PIRSF PIRSF002599 1 66 6.3E-24 T 17-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_00499 d0ecc9394182da74ca29126e4173938f 78 Gene3D G3DSA:3.40.50.2300 35 57 1.1E-12 T 17-09-2021 +MGYG000000001_00499 d0ecc9394182da74ca29126e4173938f 78 Pfam PF13377 Periplasmic binding protein-like domain 2 76 2.4E-9 T 17-09-2021 +MGYG000000001_00499 d0ecc9394182da74ca29126e4173938f 78 Gene3D G3DSA:3.40.50.2300 2 34 1.1E-12 T 17-09-2021 +MGYG000000001_00499 d0ecc9394182da74ca29126e4173938f 78 SUPERFAMILY SSF53822 2 77 7.54E-12 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 Gene3D G3DSA:3.90.105.10 406 462 1.1E-17 T 17-09-2021 +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 Pfam PF01276 Orn/Lys/Arg decarboxylase, major domain 8 304 4.2E-67 T 17-09-2021 IPR000310 Orn/Lys/Arg decarboxylase, major domain GO:0003824 +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 PANTHER PTHR43277 5 468 5.8E-151 T 17-09-2021 +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 Gene3D G3DSA:3.40.640.10 46 276 2.2E-102 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 Pfam PF03711 Orn/Lys/Arg decarboxylase, C-terminal domain 367 457 4.7E-10 T 17-09-2021 IPR008286 Orn/Lys/Arg decarboxylase, C-terminal GO:0003824 +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 Gene3D G3DSA:3.90.1150.150 277 368 2.2E-102 T 17-09-2021 +MGYG000000001_00660 ad380a2a5f05b840a8745bb8cc6d1f40 469 SUPERFAMILY SSF53383 5 374 1.33E-78 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00015 82444c9857302fceed3cb64d362f2a6d 232 Coils Coil 14 48 - T 17-09-2021 +MGYG000000001_00756 3029c1a48a478c3545b73eff1632087b 517 PANTHER PTHR33744:SF1 331 502 5.4E-22 T 17-09-2021 +MGYG000000001_00756 3029c1a48a478c3545b73eff1632087b 517 PANTHER PTHR33744 331 502 5.4E-22 T 17-09-2021 +MGYG000000001_00756 3029c1a48a478c3545b73eff1632087b 517 Coils Coil 100 127 - T 17-09-2021 +MGYG000000001_00756 3029c1a48a478c3545b73eff1632087b 517 Pfam PF13556 PucR C-terminal helix-turn-helix domain 444 498 4.7E-15 T 17-09-2021 IPR025736 PucR C-terminal helix-turn-helix domain +MGYG000000001_00756 3029c1a48a478c3545b73eff1632087b 517 Gene3D G3DSA:1.10.10.2840 373 506 4.1E-10 T 17-09-2021 IPR042070 PucR C-terminal helix-turn-helix domain superfamily +MGYG000000001_00402 e0fa21f2c9caf89b2c7942770444a6b6 120 Pfam PF03862 SpoVAC/SpoVAEB sporulation membrane protein 4 113 1.2E-32 T 17-09-2021 IPR005562 SpoVA +MGYG000000001_00402 e0fa21f2c9caf89b2c7942770444a6b6 120 TIGRFAM TIGR02839 spore_V_AE: stage V sporulation protein AE 5 117 2.7E-40 T 17-09-2021 IPR014204 Sporulation stage V, protein AE +MGYG000000001_00402 e0fa21f2c9caf89b2c7942770444a6b6 120 PANTHER PTHR38450:SF2 3 118 9.4E-40 T 17-09-2021 +MGYG000000001_00402 e0fa21f2c9caf89b2c7942770444a6b6 120 PANTHER PTHR38450 3 118 9.4E-40 T 17-09-2021 IPR005562 SpoVA +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 SUPERFAMILY SSF53697 5 447 8.48E-141 T 17-09-2021 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 CDD cd05016 SIS_PGI_2 266 431 7.53573E-57 T 17-09-2021 IPR035482 Phosphoglucose isomerase, SIS domain 2 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 ProSitePatterns PS00174 Phosphoglucose isomerase signature 2. 408 425 - T 17-09-2021 IPR018189 Phosphoglucose isomerase, conserved site GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 Gene3D G3DSA:3.40.50.10490 1 59 7.6E-10 T 17-09-2021 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PRINTS PR00662 Glucose-6-phosphate isomerase signature 273 294 6.9E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PRINTS PR00662 Glucose-6-phosphate isomerase signature 376 394 6.9E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PRINTS PR00662 Glucose-6-phosphate isomerase signature 394 408 6.9E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PRINTS PR00662 Glucose-6-phosphate isomerase signature 198 216 6.9E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PRINTS PR00662 Glucose-6-phosphate isomerase signature 408 421 6.9E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PRINTS PR00662 Glucose-6-phosphate isomerase signature 76 95 6.9E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 CDD cd05015 SIS_PGI_1 56 222 2.87233E-59 T 17-09-2021 IPR035476 Phosphoglucose isomerase, SIS domain 1 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 Coils Coil 434 450 - T 17-09-2021 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 Pfam PF00342 Phosphoglucose isomerase 76 425 1.2E-22 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PANTHER PTHR11469:SF1 4 443 3.8E-102 T 17-09-2021 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 ProSitePatterns PS00765 Phosphoglucose isomerase signature 1. 202 215 - T 17-09-2021 IPR018189 Phosphoglucose isomerase, conserved site GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 ProSiteProfiles PS51463 Glucose-6-phosphate isomerase family profile. 1 450 87.631 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 PANTHER PTHR11469 4 443 3.8E-102 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 Hamap MF_00473 Glucose-6-phosphate isomerase [pgi]. 1 435 25.72 T 17-09-2021 IPR001672 Phosphoglucose isomerase (PGI) GO:0004347|GO:0006094|GO:0006096 KEGG: 00010+5.3.1.9|KEGG: 00030+5.3.1.9|KEGG: 00500+5.3.1.9|KEGG: 00520+5.3.1.9|MetaCyc: PWY-3801|MetaCyc: PWY-5054|MetaCyc: PWY-5384|MetaCyc: PWY-5514|MetaCyc: PWY-5659|MetaCyc: PWY-6142|MetaCyc: PWY-621|MetaCyc: PWY-622|MetaCyc: PWY-6981|MetaCyc: PWY-6992|MetaCyc: PWY-7238|MetaCyc: PWY-7347|MetaCyc: PWY-7385|MetaCyc: PWY-8013|Reactome: R-HSA-5628897|Reactome: R-HSA-6798695|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 Gene3D G3DSA:3.40.50.10490 227 417 2.1E-145 T 17-09-2021 +MGYG000000001_00047 f1f77c56dd9de953e9a0f8fef84556b1 450 Gene3D G3DSA:3.40.50.10490 60 226 2.1E-145 T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 ProSiteProfiles PS50823 Type-2 KH domain profile. 40 108 18.41 T 17-09-2021 IPR004044 K Homology domain, type 2 GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 PANTHER PTHR11760 1 207 1.9E-80 T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 SMART SM00322 61 126 7.0E-7 T 17-09-2021 IPR004087 K Homology domain GO:0003676 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 Hamap MF_01309_B 30S ribosomal protein S3 [rpsC]. 1 207 36.649 T 17-09-2021 IPR005704 Ribosomal protein S3, bacterial-type GO:0003735|GO:0006412 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 CDD cd02412 30S_S3_KH 2 108 1.6264E-50 T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 SUPERFAMILY SSF54814 2 107 2.33E-35 T 17-09-2021 IPR009019 K homology domain superfamily, prokaryotic type GO:0003723 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 Pfam PF07650 KH domain 40 109 4.3E-16 T 17-09-2021 IPR004044 K Homology domain, type 2 GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 Pfam PF00189 Ribosomal protein S3, C-terminal domain 121 203 4.6E-38 T 17-09-2021 IPR001351 Ribosomal protein S3, C-terminal GO:0003735|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 Gene3D G3DSA:3.30.1140.32 110 209 4.9E-39 T 17-09-2021 IPR036419 Ribosomal protein S3, C-terminal domain superfamily Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 PANTHER PTHR11760:SF19 1 207 1.9E-80 T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 MobiDBLite mobidb-lite consensus disorder prediction 214 271 - T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 TIGRFAM TIGR01009 rpsC_bact: ribosomal protein uS3 1 210 2.2E-87 T 17-09-2021 IPR005704 Ribosomal protein S3, bacterial-type GO:0003735|GO:0006412 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 MobiDBLite mobidb-lite consensus disorder prediction 214 245 - T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 SUPERFAMILY SSF54821 110 207 1.19E-36 T 17-09-2021 IPR036419 Ribosomal protein S3, C-terminal domain superfamily Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 MobiDBLite mobidb-lite consensus disorder prediction 246 262 - T 17-09-2021 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 ProSitePatterns PS00548 Ribosomal protein S3 signature. 164 198 - T 17-09-2021 IPR018280 Ribosomal protein S3, conserved site Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02586 bb47951c11e27022f8a7bd0be92099f9 271 Gene3D G3DSA:3.30.300.20 17 108 1.2E-28 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_00926 083424be26f25ef660d73b8a467e9255 106 Coils Coil 95 106 - T 17-09-2021 +MGYG000000001_00926 083424be26f25ef660d73b8a467e9255 106 Pfam PF12643 MazG-like family 9 95 1.9E-28 T 17-09-2021 IPR025984 dCTP pyrophosphatase 1 GO:0009143|GO:0047429 KEGG: 00240+3.6.1.12|Reactome: R-HSA-499943 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 ProSitePatterns PS01035 PTS EIIB domains cysteine phosphorylation site signature. 408 425 - T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 ProSiteProfiles PS51098 PTS_EIIB type-1 domain profile. 393 475 22.827 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 Pfam PF02378 Phosphotransferase system, EIIC 16 306 5.4E-54 T 17-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 PANTHER PTHR30009:SF4 10 469 7.7E-141 T 17-09-2021 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 PANTHER PTHR30009 10 469 7.7E-141 T 17-09-2021 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 Gene3D G3DSA:3.30.1360.60 391 472 3.6E-23 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 TIGRFAM TIGR00826 EIIB_glc: PTS system, glucose-like IIB component 366 455 2.4E-16 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 ProSiteProfiles PS51103 PTS_EIIC type-1 domain profile. 6 374 52.229 T 17-09-2021 IPR013013 Phosphotransferase system, EIIC component, type 1 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 CDD cd00212 PTS_IIB_glc 395 465 3.0806E-25 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 Pfam PF00367 phosphotransferase system, EIIB 397 430 1.1E-11 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_00422 c237825471bed5307260bebcd9012dc1 478 SUPERFAMILY SSF55604 395 469 2.48E-19 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_00476 a7d8a6db934ad3506542fa1fb3ba59db 128 Pfam PF00005 ABC transporter 3 112 2.9E-15 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00476 a7d8a6db934ad3506542fa1fb3ba59db 128 PANTHER PTHR43204 4 118 1.7E-20 T 17-09-2021 +MGYG000000001_00476 a7d8a6db934ad3506542fa1fb3ba59db 128 SUPERFAMILY SSF52540 2 93 3.78E-20 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00476 a7d8a6db934ad3506542fa1fb3ba59db 128 Gene3D G3DSA:3.40.50.300 1 123 2.6E-19 T 17-09-2021 +MGYG000000001_00476 a7d8a6db934ad3506542fa1fb3ba59db 128 PANTHER PTHR43204:SF2 4 118 1.7E-20 T 17-09-2021 +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 SFLD SFLDG01129 C1.5: HAD, Beta-PGM, Phosphatase Like 10 209 2.4E-22 T 17-09-2021 +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 SUPERFAMILY SSF56784 5 210 5.07E-38 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 Pfam PF13419 Haloacid dehalogenase-like hydrolase 12 187 2.7E-26 T 17-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 Gene3D G3DSA:3.40.50.1000 11 199 5.9E-35 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 Gene3D G3DSA:1.10.150.240 22 91 5.9E-35 T 17-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 PANTHER PTHR43434 9 209 1.0E-48 T 17-09-2021 +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 TIGRFAM TIGR01549 HAD-SF-IA-v1: HAD hydrolase, family IA, variant 1 90 182 2.3E-7 T 17-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_01259 876d37e289c90a0565415dbcccbfda53 211 SFLD SFLDS00003 Haloacid Dehalogenase 10 209 2.4E-22 T 17-09-2021 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 Gene3D G3DSA:1.25.40.340 2 209 5.6E-67 T 17-09-2021 IPR036117 DhaL domain superfamily GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 Pfam PF02734 DAK2 domain 32 205 1.3E-57 T 17-09-2021 IPR004007 DhaL domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 SUPERFAMILY SSF101473 3 207 2.22E-57 T 17-09-2021 IPR036117 DhaL domain superfamily GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 PANTHER PTHR28629 8 208 2.5E-51 T 17-09-2021 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 ProSiteProfiles PS51480 DhaL domain profile. 6 206 42.467 T 17-09-2021 IPR004007 DhaL domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 PANTHER PTHR28629:SF4 8 208 2.5E-51 T 17-09-2021 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 SMART SM01120 32 206 1.4E-79 T 17-09-2021 IPR004007 DhaL domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00878 6dbf4e712515cf8571e97cf868060b14 211 TIGRFAM TIGR02365 dha_L_ycgS: dihydroxyacetone kinase, L subunit 10 205 1.8E-76 T 17-09-2021 IPR012737 Dihydroxyacetone kinase, subunit L GO:0016772 KEGG: 00561+2.7.1.121 +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 PANTHER PTHR30093 4 96 1.4E-15 T 17-09-2021 +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 TIGRFAM TIGR02532 IV_pilin_GFxxxE: prepilin-type N-terminal cleavage/methylation domain 11 34 5.8E-9 T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 ProSitePatterns PS00409 Prokaryotic N-terminal methylation site. 12 32 - T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 Gene3D G3DSA:3.30.700.10 14 123 3.8E-16 T 17-09-2021 +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 SUPERFAMILY SSF54523 14 117 1.8E-15 T 17-09-2021 +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 Pfam PF07963 Prokaryotic N-terminal methylation motif 8 34 8.2E-10 T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00038 a49644ed48159afcdc9b780c3d108a9f 126 PANTHER PTHR30093:SF18 4 96 1.4E-15 T 17-09-2021 +MGYG000000001_00862 5536281c71d374e9f6ec40738a511ac9 207 MobiDBLite mobidb-lite consensus disorder prediction 44 139 - T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 Pfam PF13353 4Fe-4S single cluster domain 17 121 1.7E-8 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 Pfam PF04055 Radical SAM superfamily 15 176 5.6E-26 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 Gene3D G3DSA:3.20.20.70 1 319 4.3E-91 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 Hamap MF_01225_B GTP 3',8-cyclase [moaA]. 1 319 35.811 T 17-09-2021 IPR013483 Molybdenum cofactor biosynthesis protein A GO:0006777|GO:0046872 KEGG: 00790+4.1.99.22|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 PANTHER PTHR22960 2 281 4.0E-90 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 ProSitePatterns PS01305 moaA / nifB / pqqE family signature. 16 27 - T 17-09-2021 IPR000385 MoaA/NifB/PqqE, iron-sulphur binding, conserved site GO:0003824|GO:0046872|GO:0051539 KEGG: 00790+4.1.99.22|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 CDD cd01335 Radical_SAM 14 212 2.74261E-18 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 SFLD SFLDG01216 thioether bond formation requiring one auxiliary iron-sulfur cluster 1 319 0.0 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 PANTHER PTHR22960:SF0 2 281 4.0E-90 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 Pfam PF06463 Molybdenum Cofactor Synthesis C 181 301 1.4E-32 T 17-09-2021 IPR010505 Molybdenum cofactor synthesis C-terminal GO:0006777|GO:0019008|GO:0051539 KEGG: 00790+4.1.99.22|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 SMART SM00729 10 211 7.7E-8 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 SFLD SFLDG01383 cyclic pyranopterin phosphate synthase (MoaA-like) 1 319 0.0 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 SUPERFAMILY SSF102114 2 291 2.09E-67 T 17-09-2021 +MGYG000000001_01522 60df176d9544bd4624ae2969484ed65b 319 TIGRFAM TIGR02666 moaA: molybdenum cofactor biosynthesis protein A 1 319 6.7E-104 T 17-09-2021 IPR013483 Molybdenum cofactor biosynthesis protein A GO:0006777|GO:0046872 KEGG: 00790+4.1.99.22|MetaCyc: PWY-6823|Reactome: R-HSA-947581 +MGYG000000001_00070 96a48a4daf0a760775cf9ddfbaf782d8 181 SUPERFAMILY SSF53448 4 168 1.66E-19 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00070 96a48a4daf0a760775cf9ddfbaf782d8 181 CDD cd02503 MobA 1 167 3.01242E-50 T 17-09-2021 IPR013482 Molybdenum cofactor guanylyltransferase GO:0003824|GO:0006777 KEGG: 00790+2.7.7.77|MetaCyc: PWY-5964|MetaCyc: PWY-7639 +MGYG000000001_00070 96a48a4daf0a760775cf9ddfbaf782d8 181 Gene3D G3DSA:3.90.550.10 1 174 3.2E-38 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00070 96a48a4daf0a760775cf9ddfbaf782d8 181 PANTHER PTHR19136:SF81 1 170 3.2E-27 T 17-09-2021 +MGYG000000001_00070 96a48a4daf0a760775cf9ddfbaf782d8 181 Pfam PF12804 MobA-like NTP transferase domain 1 141 1.2E-15 T 17-09-2021 IPR025877 MobA-like NTP transferase +MGYG000000001_00070 96a48a4daf0a760775cf9ddfbaf782d8 181 PANTHER PTHR19136 1 170 3.2E-27 T 17-09-2021 +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 SMART SM00530 7 62 5.7E-14 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 CDD cd00093 HTH_XRE 6 62 4.23971E-12 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 PANTHER PTHR46558 4 66 2.0E-22 T 17-09-2021 +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 PANTHER PTHR46558:SF7 4 66 2.0E-22 T 17-09-2021 +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 8 62 14.928 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 Gene3D G3DSA:1.10.260.40 4 67 5.6E-22 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 SUPERFAMILY SSF47413 6 65 2.95E-16 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01874 b46df0f6e1ee77c49e338cf963461e4e 68 Pfam PF01381 Helix-turn-helix 8 62 3.9E-13 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00585 a41bfac1eb20725590e43c3a8b1982b0 134 Pfam PF01726 LexA DNA binding domain 7 70 1.4E-15 T 17-09-2021 IPR006199 LexA repressor, DNA-binding domain GO:0004252|GO:0006508 +MGYG000000001_00585 a41bfac1eb20725590e43c3a8b1982b0 134 Gene3D G3DSA:1.10.10.10 7 73 1.1E-20 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00585 a41bfac1eb20725590e43c3a8b1982b0 134 PANTHER PTHR33516 7 82 1.3E-13 T 17-09-2021 +MGYG000000001_00585 a41bfac1eb20725590e43c3a8b1982b0 134 PANTHER PTHR33516:SF2 7 82 1.3E-13 T 17-09-2021 +MGYG000000001_00585 a41bfac1eb20725590e43c3a8b1982b0 134 SUPERFAMILY SSF46785 8 75 4.35E-18 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00648 8026eea17c5020f132297b770849078b 180 Gene3D G3DSA:1.10.1760.20 1 178 1.5E-53 T 17-09-2021 +MGYG000000001_00648 8026eea17c5020f132297b770849078b 180 PANTHER PTHR34295 2 174 2.2E-48 T 17-09-2021 IPR003784 BioY protein GO:0005886|GO:0015225|GO:0015878 +MGYG000000001_00648 8026eea17c5020f132297b770849078b 180 PIRSF PIRSF016661 1 176 1.6E-44 T 17-09-2021 IPR003784 BioY protein GO:0005886|GO:0015225|GO:0015878 +MGYG000000001_00648 8026eea17c5020f132297b770849078b 180 Pfam PF02632 BioY family 30 169 1.1E-37 T 17-09-2021 IPR003784 BioY protein GO:0005886|GO:0015225|GO:0015878 +MGYG000000001_01851 d18214777412fa4a41a878a2c4adb0bf 469 Pfam PF09967 VWA-like domain (DUF2201) 315 440 3.8E-20 T 17-09-2021 IPR018698 VWA-like domain +MGYG000000001_01851 d18214777412fa4a41a878a2c4adb0bf 469 MobiDBLite mobidb-lite consensus disorder prediction 197 216 - T 17-09-2021 +MGYG000000001_01851 d18214777412fa4a41a878a2c4adb0bf 469 SUPERFAMILY SSF53300 310 407 1.71E-8 T 17-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_01851 d18214777412fa4a41a878a2c4adb0bf 469 PANTHER PTHR38730 54 440 2.6E-45 T 17-09-2021 +MGYG000000001_01851 d18214777412fa4a41a878a2c4adb0bf 469 Pfam PF13203 Putative metallopeptidase domain 94 298 2.4E-10 T 17-09-2021 IPR025154 Putative metallopeptidase domain +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 PANTHER PTHR44305:SF12 28 256 3.8E-38 T 17-09-2021 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 PANTHER PTHR44305 28 256 3.8E-38 T 17-09-2021 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 CDD cd14014 STKc_PknB_like 25 267 2.5047E-55 T 17-09-2021 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 SMART SM00220 9 266 1.9E-25 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 Gene3D G3DSA:1.10.510.10 89 316 1.9E-37 T 17-09-2021 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 SUPERFAMILY SSF56112 14 265 1.17E-54 T 17-09-2021 IPR011009 Protein kinase-like domain superfamily +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 Gene3D G3DSA:3.30.200.20 3 88 6.5E-10 T 17-09-2021 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 ProSitePatterns PS00108 Serine/Threonine protein kinases active-site signature. 125 137 - T 17-09-2021 IPR008271 Serine/threonine-protein kinase, active site GO:0004672|GO:0006468 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 PIRSF PIRSF000654 2 282 1.1E-29 T 17-09-2021 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 Pfam PF00069 Protein kinase domain 18 256 7.7E-42 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_00189 dd3016df3cc74ec6c91c8d1689872b25 341 ProSiteProfiles PS50011 Protein kinase domain profile. 9 272 29.686 T 17-09-2021 IPR000719 Protein kinase domain GO:0004672|GO:0005524|GO:0006468 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PRINTS PR00315 GTP-binding elongation factor signature 195 206 8.3E-25 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PRINTS PR00315 GTP-binding elongation factor signature 159 167 8.3E-25 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PRINTS PR00315 GTP-binding elongation factor signature 114 127 8.3E-25 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PRINTS PR00315 GTP-binding elongation factor signature 232 241 8.3E-25 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PRINTS PR00315 GTP-binding elongation factor signature 179 189 8.3E-25 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 110 306 61.611 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 SUPERFAMILY SSF52540 106 321 1.57E-64 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 CDD cd03697 EFTU_II 313 400 8.55119E-50 T 17-09-2021 IPR033720 Elongation factor Tu, domain 2 Reactome: R-HSA-5389840 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 SUPERFAMILY SSF50447 307 402 1.89E-29 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PANTHER PTHR43721 1 96 2.5E-246 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 113 247 2.3E-15 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 SUPERFAMILY SSF50465 405 497 9.78E-34 T 17-09-2021 IPR009001 Translation elongation factor EF1A/initiation factor IF2gamma, C-terminal +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Pfam PF03144 Elongation factor Tu domain 2 327 396 2.0E-16 T 17-09-2021 IPR004161 Translation elongation factor EFTu-like, domain 2 GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 52 67 - T 17-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PANTHER PTHR43721 101 497 2.5E-246 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Gene3D G3DSA:3.40.50.300 103 305 4.7E-70 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Gene3D G3DSA:3.40.50.300 1 102 5.9E-30 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Pfam PF03143 Elongation factor Tu C-terminal domain 401 495 7.8E-32 T 17-09-2021 IPR004160 Translation elongation factor EFTu/EF1A, C-terminal +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 TIGRFAM TIGR00485 EF-Tu: translation elongation factor Tu 101 497 6.2E-221 T 17-09-2021 IPR004541 Translation elongation factor EFTu/EF1A, bacterial/organelle GO:0003746|GO:0005525|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Gene3D G3DSA:2.40.30.10 308 437 3.3E-53 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 SUPERFAMILY SSF52540 6 96 2.9E-26 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Gene3D G3DSA:2.40.30.10 441 496 9.6E-26 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PANTHER PTHR43721:SF5 101 497 2.5E-246 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Pfam PF00009 Elongation factor Tu GTP binding domain 110 303 1.3E-58 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Pfam PF00009 Elongation factor Tu GTP binding domain 10 96 1.4E-28 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 10 96 23.833 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 CDD cd01884 EF_Tu 111 305 6.28717E-125 T 17-09-2021 IPR041709 Elongation factor Tu (EF-Tu), GTP-binding domain Reactome: R-HSA-5389840 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 Hamap MF_00118_B Elongation factor Tu [tuf]. 101 497 59.007 T 17-09-2021 IPR004541 Translation elongation factor EFTu/EF1A, bacterial/organelle GO:0003746|GO:0005525|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 PANTHER PTHR43721:SF5 1 96 2.5E-246 T 17-09-2021 +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 152 167 - T 17-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_02451 b1386ff4e6da4a03f217b0676a2f1f46 497 CDD cd03707 EFTU_III 403 492 5.5292E-59 T 17-09-2021 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 PANTHER PTHR10073 4 701 9.6E-124 T 17-09-2021 IPR038973 DNA mismatch repair protein MutL/Mlh/Pms GO:0006298|GO:0016887|GO:0032300 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Gene3D G3DSA:3.30.230.10 215 338 1.2E-30 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Pfam PF13589 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 26 125 9.5E-12 T 17-09-2021 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Gene3D G3DSA:2.30.42.20 531 712 9.2E-59 T 17-09-2021 IPR042120 MutL, C-terminal domain, dimerisation subdomain +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Pfam PF08676 MutL C terminal dimerisation domain 530 669 1.1E-36 T 17-09-2021 IPR014790 MutL, C-terminal, dimerisation GO:0005524|GO:0006298 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Pfam PF01119 DNA mismatch repair protein, C-terminal domain 211 327 4.9E-35 T 17-09-2021 IPR013507 DNA mismatch repair protein, S5 domain 2-like GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 TIGRFAM TIGR00585 mutl: DNA mismatch repair protein MutL 4 307 1.3E-89 T 17-09-2021 IPR002099 DNA mismatch repair protein family, N-terminal GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 CDD cd16926 HATPase_MutL-MLH-PMS-like 12 198 3.55786E-95 T 17-09-2021 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 SUPERFAMILY SSF118116 528 712 6.93E-50 T 17-09-2021 IPR037198 MutL, C-terminal domain superfamily +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 CDD cd00782 MutL_Trans 206 316 2.75897E-40 T 17-09-2021 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 SMART SM01340 210 328 4.5E-48 T 17-09-2021 IPR013507 DNA mismatch repair protein, S5 domain 2-like GO:0005524|GO:0006298|GO:0030983 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 SUPERFAMILY SSF54211 192 327 6.07E-34 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Gene3D G3DSA:3.30.565.10 4 208 1.8E-62 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 SMART SM00853 530 670 6.7E-45 T 17-09-2021 IPR014790 MutL, C-terminal, dimerisation GO:0005524|GO:0006298 +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 ProSitePatterns PS00058 DNA mismatch repair proteins mutL / hexB / PMS1 signature. 95 101 - T 17-09-2021 IPR014762 DNA mismatch repair, conserved site +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 SUPERFAMILY SSF55874 4 216 6.55E-51 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Gene3D G3DSA:3.30.1370.100 572 667 9.2E-59 T 17-09-2021 IPR042121 MutL, C-terminal domain, regulatory subdomain +MGYG000000001_01626 d941eebbda5a905e8182af64f377e6c7 714 Hamap MF_00149 DNA mismatch repair protein MutL [mutL]. 3 710 24.603 T 17-09-2021 IPR020667 DNA mismatch repair protein, MutL GO:0006298 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 CDD cd01914 HCP 5 552 0.0 T 18-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Hamap MF_00069 Hydroxylamine reductase [hcp]. 5 553 23.831 T 18-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Gene3D G3DSA:3.40.50.2030 234 382 3.2E-71 T 18-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Pfam PF03063 Prismane/CO dehydrogenase family 5 548 8.7E-185 T 18-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 PANTHER PTHR30109:SF0 3 552 4.9E-237 T 18-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 PIRSF PIRSF000076 5 553 3.3E-268 T 18-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 PANTHER PTHR30109 3 552 4.9E-237 T 18-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 SUPERFAMILY SSF56821 4 551 4.97E-209 T 18-09-2021 IPR011254 Prismane-like superfamily GO:0003824|GO:0016491|GO:0055114 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 TIGRFAM TIGR01703 hybrid_clust: hydroxylamine reductase 5 551 8.2E-235 T 18-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Gene3D G3DSA:1.20.1270.20 2 148 3.0E-44 T 18-09-2021 IPR016100 Prismane, alpha-bundle GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Gene3D G3DSA:3.40.50.2030 383 552 1.6E-63 T 18-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Coils Coil 86 109 - T 18-09-2021 +MGYG000000001_02112 e771cb26014943d821470204fe6a22f3 553 Gene3D G3DSA:1.20.1270.20 149 232 3.0E-32 T 18-09-2021 IPR016100 Prismane, alpha-bundle GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_00907 42d82bcfb3b240ed355914efbb306194 382 PIRSF PIRSF026508 20 381 1.2E-90 T 18-09-2021 IPR008863 Toxic anion resistance +MGYG000000001_00907 42d82bcfb3b240ed355914efbb306194 382 PANTHER PTHR38432 28 381 4.4E-84 T 18-09-2021 IPR008863 Toxic anion resistance +MGYG000000001_00907 42d82bcfb3b240ed355914efbb306194 382 Coils Coil 291 311 - T 18-09-2021 +MGYG000000001_00907 42d82bcfb3b240ed355914efbb306194 382 Coils Coil 352 379 - T 18-09-2021 +MGYG000000001_00907 42d82bcfb3b240ed355914efbb306194 382 Pfam PF05816 Toxic anion resistance protein (TelA) 53 378 4.3E-125 T 18-09-2021 IPR008863 Toxic anion resistance +MGYG000000001_01562 6a73cd5c73d5ff16487943d6494e167b 502 CDD cd00093 HTH_XRE 24 56 0.00894199 T 18-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 ProSiteProfiles PS51671 ACT domain profile. 295 372 13.14 T 18-09-2021 IPR002912 ACT domain +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Gene3D G3DSA:3.30.70.260 288 374 6.1E-31 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 SUPERFAMILY SSF55021 278 373 1.06E-24 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 CDD cd13631 PBP2_Ct-PDT_like 104 284 7.97543E-95 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Pfam PF00800 Prephenate dehydratase 107 284 8.2E-53 T 18-09-2021 IPR001086 Prephenate dehydratase GO:0004664|GO:0009094 KEGG: 00400+4.2.1.51|MetaCyc: PWY-7432 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 ProSiteProfiles PS51168 Chorismate mutase domain profile. 1 88 12.705 T 18-09-2021 IPR002701 Chorismate mutase II, prokaryotic-type GO:0046417 KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Pfam PF01817 Chorismate mutase type II 8 84 2.5E-15 T 18-09-2021 IPR002701 Chorismate mutase II, prokaryotic-type GO:0046417 KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 CDD cd04905 ACT_CM-PDT 293 372 4.64339E-35 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 SUPERFAMILY SSF48600 4 86 1.07E-15 T 18-09-2021 IPR036263 Chorismate mutase type II superfamily GO:0046417 KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 SMART SM00830 8 87 5.6E-15 T 18-09-2021 IPR002701 Chorismate mutase II, prokaryotic-type GO:0046417 KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Gene3D G3DSA:1.20.59.10 1 85 2.1E-17 T 18-09-2021 IPR036979 Chorismate mutase domain superfamily GO:0046417 KEGG: 00400+5.4.99.5|MetaCyc: PWY-3461|MetaCyc: PWY-3462|MetaCyc: PWY-6120|MetaCyc: PWY-6627|MetaCyc: PWY-7626 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Gene3D G3DSA:3.40.190.10 191 272 2.0E-25 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Coils Coil 4 24 - T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 ProSitePatterns PS00858 Prephenate dehydratase signature 2. 321 328 - T 18-09-2021 IPR018528 Prephenate dehydratase, conserved site GO:0004664|GO:0009094 KEGG: 00400+4.2.1.51|MetaCyc: PWY-7432 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 Gene3D G3DSA:3.40.190.10 100 190 1.5E-23 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 PIRSF PIRSF001500 1 376 7.1E-96 T 18-09-2021 IPR008242 Bifunctional P-protein, chorismate mutase/prephenate dehydratase GO:0004106|GO:0004664|GO:0009094 KEGG: 00400+4.2.1.51|MetaCyc: PWY-7432 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 ProSiteProfiles PS51171 Prephenate dehydratase domain profile. 106 283 45.036 T 18-09-2021 IPR001086 Prephenate dehydratase GO:0004664|GO:0009094 KEGG: 00400+4.2.1.51|MetaCyc: PWY-7432 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 PANTHER PTHR21022 55 374 5.3E-83 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 PANTHER PTHR21022:SF0 55 374 5.3E-83 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 SUPERFAMILY SSF53850 106 285 8.58E-50 T 18-09-2021 +MGYG000000001_01242 f4f1ce56a284a15aeaa2b73b18581dad 376 TIGRFAM TIGR01805 CM_mono_grmpos: chorismate mutase 4 84 1.4E-24 T 18-09-2021 IPR011279 Chorismate mutase, Gram-positive +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 SUPERFAMILY SSF46689 283 334 4.17E-12 T 18-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 Pfam PF07883 Cupin domain 75 130 5.1E-10 T 18-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 Gene3D G3DSA:1.10.10.60 228 279 2.9E-12 T 18-09-2021 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 Gene3D G3DSA:1.10.10.60 280 337 2.3E-16 T 18-09-2021 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 Coils Coil 3 23 - T 18-09-2021 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 235 332 26.128 T 18-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 PANTHER PTHR43280 58 332 4.3E-34 T 18-09-2021 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 SUPERFAMILY SSF51182 75 137 5.34E-14 T 18-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 299 314 2.8E-5 T 18-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 314 330 2.8E-5 T 18-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 SMART SM00342 247 330 7.9E-21 T 18-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 Gene3D G3DSA:2.60.120.10 53 134 5.7E-13 T 18-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_00329 349a0ec9babc404491bc61d1117973a5 342 Pfam PF12833 Helix-turn-helix domain 253 332 5.7E-18 T 18-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02402 7adaf5b34bf3a735ca516cc8ac11be3d 283 Pfam PF05857 TraX protein 2 279 7.2E-32 T 18-09-2021 IPR008875 TraX +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 Hamap MF_00097 Thiamine-phosphate synthase [thiE]. 10 210 26.066 T 18-09-2021 IPR034291 Thiamine phosphate synthase GO:0004789|GO:0009228 KEGG: 00730+2.5.1.3|MetaCyc: PWY-6893|MetaCyc: PWY-6894|MetaCyc: PWY-6897|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 PANTHER PTHR20857 8 211 7.8E-66 T 18-09-2021 +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 Gene3D G3DSA:3.20.20.70 5 210 1.6E-65 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 CDD cd00564 TMP_TenI 13 206 2.23635E-77 T 18-09-2021 IPR022998 Thiamine phosphate synthase/TenI KEGG: 00730+2.5.1.3|MetaCyc: PWY-6893|MetaCyc: PWY-6894|MetaCyc: PWY-6897|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 Pfam PF02581 Thiamine monophosphate synthase 13 192 3.8E-59 T 18-09-2021 IPR022998 Thiamine phosphate synthase/TenI KEGG: 00730+2.5.1.3|MetaCyc: PWY-6893|MetaCyc: PWY-6894|MetaCyc: PWY-6897|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 TIGRFAM TIGR00693 thiE: thiamine-phosphate diphosphorylase 12 201 2.3E-61 T 18-09-2021 IPR034291 Thiamine phosphate synthase GO:0004789|GO:0009228 KEGG: 00730+2.5.1.3|MetaCyc: PWY-6893|MetaCyc: PWY-6894|MetaCyc: PWY-6897|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00554 e0c71dbb66f65399d71017ab1e7470db 213 SUPERFAMILY SSF51391 9 208 1.28E-58 T 18-09-2021 IPR036206 Thiamin phosphate synthase superfamily KEGG: 00730+2.5.1.3|MetaCyc: PWY-6893|MetaCyc: PWY-6894|MetaCyc: PWY-6897|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00618 1e5080a90c4fc5c896bb095b9ca25e5c 609 Pfam PF07510 Protein of unknown function (DUF1524) 445 589 4.9E-11 T 18-09-2021 IPR011089 Domain of unknown function DUF1524 +MGYG000000001_00618 1e5080a90c4fc5c896bb095b9ca25e5c 609 PANTHER PTHR35149:SF2 1 604 2.7E-60 T 18-09-2021 +MGYG000000001_00618 1e5080a90c4fc5c896bb095b9ca25e5c 609 Coils Coil 413 436 - T 18-09-2021 +MGYG000000001_00618 1e5080a90c4fc5c896bb095b9ca25e5c 609 PANTHER PTHR35149 1 604 2.7E-60 T 18-09-2021 +MGYG000000001_00618 1e5080a90c4fc5c896bb095b9ca25e5c 609 Pfam PF03235 Protein of unknown function DUF262 11 224 1.1E-30 T 18-09-2021 IPR004919 Domain of unknown function DUF262 +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 Gene3D G3DSA:3.90.226.10 3 201 1.2E-41 T 18-09-2021 +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 SUPERFAMILY SSF52096 10 180 3.89E-40 T 18-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 Pfam PF00574 Clp protease 50 180 3.9E-29 T 18-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 PANTHER PTHR10381 49 180 1.5E-37 T 18-09-2021 IPR023562 Clp protease proteolytic subunit /Translocation-enhancing protein TepA +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 PRINTS PR00127 Clp protease catalytic subunit P signature 56 76 3.5E-8 T 18-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 PRINTS PR00127 Clp protease catalytic subunit P signature 106 125 3.5E-8 T 18-09-2021 IPR001907 ATP-dependent Clp protease proteolytic subunit GO:0004252|GO:0006508 +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 PANTHER PTHR10381:SF54 49 180 1.5E-37 T 18-09-2021 +MGYG000000001_01820 a4e80dd4bb65351b8e272a0454d4f0c5 237 CDD cd07016 S14_ClpP_1 19 181 4.98618E-69 T 18-09-2021 +MGYG000000001_00590 a1445d51dcd21988e63281f76004a066 306 Coils Coil 6 33 - T 17-09-2021 +MGYG000000001_00590 a1445d51dcd21988e63281f76004a066 306 PANTHER PTHR35149:SF1 5 293 1.5E-37 T 17-09-2021 +MGYG000000001_00590 a1445d51dcd21988e63281f76004a066 306 Gene3D G3DSA:3.40.1350.10 19 120 4.9E-9 T 17-09-2021 IPR011856 tRNA endonuclease-like domain superfamily GO:0003676|GO:0004518 +MGYG000000001_00590 a1445d51dcd21988e63281f76004a066 306 PANTHER PTHR35149 5 293 1.5E-37 T 17-09-2021 +MGYG000000001_00590 a1445d51dcd21988e63281f76004a066 306 Coils Coil 186 206 - T 17-09-2021 +MGYG000000001_02683 afdc2a0651f31d8068101b151f96599b 324 Pfam PF01032 FecCD transport family 16 320 1.0E-94 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02683 afdc2a0651f31d8068101b151f96599b 324 PANTHER PTHR30472 11 321 1.0E-95 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02683 afdc2a0651f31d8068101b151f96599b 324 Gene3D G3DSA:1.10.3470.10 2 324 7.8E-98 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02683 afdc2a0651f31d8068101b151f96599b 324 PANTHER PTHR30472:SF2 11 321 1.0E-95 T 17-09-2021 +MGYG000000001_02683 afdc2a0651f31d8068101b151f96599b 324 CDD cd06550 TM_ABC_iron-siderophores_like 60 318 2.91746E-48 T 17-09-2021 +MGYG000000001_02683 afdc2a0651f31d8068101b151f96599b 324 SUPERFAMILY SSF81345 4 320 6.93E-81 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 Gene3D G3DSA:3.40.50.1260 175 388 2.9E-160 T 17-09-2021 IPR015824 Phosphoglycerate kinase, N-terminal GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 Pfam PF00162 Phosphoglycerate kinase 9 388 9.8E-165 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 Hamap MF_00145 Phosphoglycerate kinase [pgk]. 8 398 42.258 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PANTHER PTHR11406 2 397 3.0E-168 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 ProSitePatterns PS00111 Phosphoglycerate kinase signature. 18 28 - T 17-09-2021 IPR015911 Phosphoglycerate kinase, conserved site GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 Gene3D G3DSA:3.40.50.1260 11 396 2.9E-160 T 17-09-2021 IPR015824 Phosphoglycerate kinase, N-terminal GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 CDD cd00318 Phosphoglycerate_kinase 9 398 0.0 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 SUPERFAMILY SSF53748 4 398 7.66E-156 T 17-09-2021 IPR036043 Phosphoglycerate kinase superfamily GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 351 362 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 13 29 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 374 391 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 142 164 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 196 215 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 173 195 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 317 342 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 34 56 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PRINTS PR00477 Phosphoglycerate kinase family signature 114 129 2.1E-92 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00117 d7d44d279423dce6f52e8c7a05a28f35 399 PIRSF PIRSF000724 1 399 1.0E-154 T 17-09-2021 IPR001576 Phosphoglycerate kinase GO:0004618|GO:0006096 KEGG: 00010+2.7.2.3|KEGG: 00710+2.7.2.3|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 Gene3D G3DSA:2.60.120.10 69 174 5.7E-22 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 Pfam PF07883 Cupin domain 106 173 4.8E-17 T 17-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 SMART SM00530 6 61 3.2E-13 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 PANTHER PTHR46797:SF2 2 175 9.9E-50 T 17-09-2021 +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 7 61 15.613 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 Pfam PF12844 Helix-turn-helix domain 4 66 5.0E-15 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 Gene3D G3DSA:1.10.260.40 1 68 5.9E-20 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 PANTHER PTHR46797 2 175 9.9E-50 T 17-09-2021 +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 SUPERFAMILY SSF51182 54 179 2.3E-30 T 17-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 SUPERFAMILY SSF47413 1 68 2.51E-18 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02495 38114f4e8252689d6c6132d19320b542 179 CDD cd00093 HTH_XRE 4 61 1.91374E-15 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 Gene3D G3DSA:1.10.285.10 26 400 8.9E-170 T 17-09-2021 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 PRINTS PR00082 Glutamate/leucine/phenylalanine/valine dehydrogenase signature 255 275 6.9E-31 T 17-09-2021 IPR006095 Glutamate/phenylalanine/leucine/valine dehydrogenase GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 PRINTS PR00082 Glutamate/leucine/phenylalanine/valine dehydrogenase signature 133 147 6.9E-31 T 17-09-2021 IPR006095 Glutamate/phenylalanine/leucine/valine dehydrogenase GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 PRINTS PR00082 Glutamate/leucine/phenylalanine/valine dehydrogenase signature 213 235 6.9E-31 T 17-09-2021 IPR006095 Glutamate/phenylalanine/leucine/valine dehydrogenase GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 PRINTS PR00082 Glutamate/leucine/phenylalanine/valine dehydrogenase signature 391 402 6.9E-31 T 17-09-2021 IPR006095 Glutamate/phenylalanine/leucine/valine dehydrogenase GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 PANTHER PTHR43571 10 466 2.9E-210 T 17-09-2021 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 SUPERFAMILY SSF53223 25 216 5.44E-76 T 17-09-2021 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 Gene3D G3DSA:3.40.50.10860 74 209 8.9E-170 T 17-09-2021 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 Gene3D G3DSA:3.40.50.720 229 392 8.9E-170 T 17-09-2021 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 Gene3D G3DSA:1.10.285.10 401 467 2.0E-10 T 17-09-2021 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 CDD cd05313 NAD_bind_2_Glu_DH 215 466 1.84873E-154 T 17-09-2021 IPR033922 NAD(P) binding domain of glutamate dehydrogenase GO:0016639 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 PIRSF PIRSF000185 41 467 4.9E-127 T 17-09-2021 IPR014362 Glutamate dehydrogenase GO:0016639|GO:0055114 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 Pfam PF00208 Glutamate/Leucine/Phenylalanine/Valine dehydrogenase 222 465 3.8E-89 T 17-09-2021 IPR006096 Glutamate/phenylalanine/leucine/valine dehydrogenase, C-terminal GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 ProSitePatterns PS00074 Glu / Leu / Phe / Val dehydrogenases active site. 141 154 - T 17-09-2021 IPR033524 Leu/Phe/Val dehydrogenases active site Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 Pfam PF02812 Glu/Leu/Phe/Val dehydrogenase, dimerisation domain 76 204 6.5E-51 T 17-09-2021 IPR006097 Glutamate/phenylalanine/leucine/valine dehydrogenase, dimerisation domain GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 SMART SM00839 224 465 2.5E-85 T 17-09-2021 IPR006096 Glutamate/phenylalanine/leucine/valine dehydrogenase, C-terminal GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_00063 8b307f683bec417558c008a939e74c0a 467 SUPERFAMILY SSF51735 222 466 3.75E-75 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Pfam PF02378 Phosphotransferase system, EIIC 317 586 1.0E-18 T 17-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Coils Coil 160 182 - T 17-09-2021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 ProSiteProfiles PS51099 PTS_EIIB type-2 domain profile. 185 282 18.124 T 17-09-2021 IPR013011 Phosphotransferase system, EIIB component, type 2 GO:0008982|GO:0009401 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 TIGRFAM TIGR00829 FRU: PTS system, Fru family, IIB component 189 269 7.1E-31 T 17-09-2021 IPR003353 Phosphotransferase system, fructose-specific IIB subunit GO:0009401|GO:0022877 KEGG: 00051+2.7.1.202 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 ProSiteProfiles PS51104 PTS_EIIC type-2 domain profile. 311 644 31.582 T 17-09-2021 IPR013014 Phosphotransferase system, EIIC component, type 2 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 CDD cd05569 PTS_IIB_fructose 187 282 1.98346E-40 T 17-09-2021 IPR003353 Phosphotransferase system, fructose-specific IIB subunit GO:0009401|GO:0022877 KEGG: 00051+2.7.1.202 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Pfam PF02302 PTS system, Lactose/Cellobiose specific IIB subunit 189 278 2.0E-17 T 17-09-2021 IPR003501 Phosphotransferase system, EIIB component, type 2/3 GO:0008982|GO:0009401 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 ProSitePatterns PS00372 PTS EIIA domains phosphorylation site signature 2. 52 68 - T 17-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 PANTHER PTHR30505 1 642 1.5E-258 T 17-09-2021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Pfam PF00359 Phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 2 6 148 4.1E-39 T 17-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Gene3D G3DSA:3.40.50.2300 174 288 1.2E-40 T 17-09-2021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 ProSiteProfiles PS51094 PTS_EIIA type-2 domain profile. 5 149 45.275 T 17-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 PANTHER PTHR30505:SF28 1 642 1.5E-258 T 17-09-2021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 TIGRFAM TIGR01427 PTS_IIC_fructo: PTS system, Fru family, IIC component 298 639 1.3E-124 T 17-09-2021 IPR006327 Phosphotransferase system, fructose IIC component GO:0005351|GO:0008982|GO:0009401|GO:0016021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Gene3D G3DSA:3.40.930.10 1 151 1.4E-47 T 17-09-2021 IPR016152 Phosphotransferase/anion transporter Reactome: R-HSA-425381 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 SUPERFAMILY SSF52794 186 288 1.43E-36 T 17-09-2021 IPR036095 PTS system IIB component-like superfamily GO:0008982|GO:0009401 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 SUPERFAMILY SSF55804 1 148 7.19E-42 T 17-09-2021 IPR016152 Phosphotransferase/anion transporter Reactome: R-HSA-425381 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 Coils Coil 21 41 - T 17-09-2021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 TIGRFAM TIGR00848 fruA: PTS system, fructose subfamily, IIA component 7 133 5.4E-38 T 17-09-2021 IPR004715 Phosphotransferase system, IIA component fructose subfamily GO:0008982|GO:0009401|GO:0016021 +MGYG000000001_02915 550e7b6693e21bef8b28b0e36f826e8c 644 CDD cd00211 PTS_IIA_fru 7 146 5.89607E-43 T 17-09-2021 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 SUPERFAMILY SSF56176 5 159 1.69E-24 T 17-09-2021 IPR036318 FAD-binding, type PCMH-like superfamily GO:0050660 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 SMART SM01092 165 261 1.0E-9 T 17-09-2021 IPR005107 CO dehydrogenase flavoprotein, C-terminal +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 ProSiteProfiles PS51387 PCMH-type FAD-binding domain profile. 1 163 11.226 T 17-09-2021 IPR016166 FAD-binding domain, PCMH-type GO:0071949 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 Gene3D G3DSA:3.30.465.10 3 162 2.1E-27 T 17-09-2021 IPR016169 FAD-binding, type PCMH, subdomain 2 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 SUPERFAMILY SSF55447 163 261 5.23E-15 T 17-09-2021 IPR036683 CO dehydrogenase flavoprotein, C-terminal domain superfamily +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 Pfam PF00941 FAD binding domain in molybdopterin dehydrogenase 6 156 6.6E-23 T 17-09-2021 IPR002346 Molybdopterin dehydrogenase, FAD-binding GO:0016491|GO:0055114 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 Gene3D G3DSA:3.30.390.50 164 261 1.1E-15 T 17-09-2021 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 PANTHER PTHR42659 6 261 3.9E-30 T 17-09-2021 +MGYG000000001_02353 c246be004885842fc14ae9d45b982a00 262 Pfam PF03450 CO dehydrogenase flavoprotein C-terminal domain 166 261 6.0E-13 T 17-09-2021 IPR005107 CO dehydrogenase flavoprotein, C-terminal +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 ProSiteProfiles PS51781 SH3b domain profile. 9 71 16.733 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 Gene3D G3DSA:2.40.440.10 159 280 3.2E-20 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 Pfam PF03734 L,D-transpeptidase catalytic domain 160 279 1.4E-14 T 17-09-2021 IPR005490 L,D-transpeptidase catalytic domain GO:0016740 +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 SUPERFAMILY SSF50044 36 83 1.22E-5 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 SUPERFAMILY SSF141523 161 279 4.71E-19 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 Gene3D G3DSA:2.30.30.40 72 130 4.8E-11 T 17-09-2021 +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 Gene3D G3DSA:2.30.30.40 12 71 2.3E-17 T 17-09-2021 +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 SMART SM00287 9 71 5.9E-12 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 SMART SM00287 72 129 1.4 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 CDD cd16913 YkuD_like 160 279 1.4269E-17 T 17-09-2021 +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 Pfam PF08239 Bacterial SH3 domain 77 126 4.2E-9 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 Pfam PF08239 Bacterial SH3 domain 19 68 8.2E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03027 22f3b7460596403adbddf384e7f951e9 280 PANTHER PTHR34408 18 131 3.4E-19 T 17-09-2021 +MGYG000000001_02310 6fe5647dac95be9ff1d76c81a83d2628 238 TIGRFAM TIGR03172 TIGR03172: putative selenium-dependent hydroxylase accessory protein YqeC 13 232 2.9E-45 T 17-09-2021 IPR017587 Putative selenium-dependent hydroxylase accessory protein YqeC +MGYG000000001_02238 0e62fb05484f513699bdbddbac4a9b5c 334 CDD cd06550 TM_ABC_iron-siderophores_like 61 329 2.0444E-25 T 17-09-2021 +MGYG000000001_02238 0e62fb05484f513699bdbddbac4a9b5c 334 PANTHER PTHR30472:SF19 22 334 6.7E-115 T 17-09-2021 +MGYG000000001_02238 0e62fb05484f513699bdbddbac4a9b5c 334 SUPERFAMILY SSF81345 25 331 4.84E-55 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02238 0e62fb05484f513699bdbddbac4a9b5c 334 Gene3D G3DSA:1.10.3470.10 23 334 1.1E-54 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02238 0e62fb05484f513699bdbddbac4a9b5c 334 PANTHER PTHR30472 22 334 6.7E-115 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02238 0e62fb05484f513699bdbddbac4a9b5c 334 Pfam PF01032 FecCD transport family 42 331 8.5E-48 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 Gene3D G3DSA:3.40.250.10 1 130 1.9E-44 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 SMART SM00450 1 130 9.0E-15 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 Pfam PF00581 Rhodanese-like domain 8 125 1.5E-11 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 ProSiteProfiles PS50206 Rhodanese domain profile. 11 133 16.015 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 SUPERFAMILY SSF52540 136 310 2.28E-7 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 SUPERFAMILY SSF52821 2 131 2.36E-23 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 PANTHER PTHR30401 5 327 2.5E-84 T 17-09-2021 +MGYG000000001_01592 250466194830bd658b1f639275cae465 352 TIGRFAM TIGR03167 tRNA_sel_U_synt: tRNA 2-selenouridine synthase 14 323 3.2E-96 T 17-09-2021 IPR017582 tRNA 2-selenouridine/geranyl-2-thiouridine synthase GO:0016785|GO:0043828|GO:0070329 +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 PANTHER PTHR44757:SF2 2 96 2.6E-35 T 17-09-2021 +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 Pfam PF00563 EAL domain 3 87 1.5E-23 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 SUPERFAMILY SSF141868 3 96 5.62E-30 T 17-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 PANTHER PTHR44757 2 96 2.6E-35 T 17-09-2021 +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 Gene3D G3DSA:3.20.20.450 1 96 5.4E-33 T 17-09-2021 IPR035919 EAL domain superfamily +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 ProSiteProfiles PS50883 EAL domain profile. 1 98 33.334 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_02883 cc4076cf81f8f7cc105c903015e3882f 98 CDD cd01948 EAL 3 92 1.7492E-34 T 17-09-2021 IPR001633 EAL domain +MGYG000000001_03047 befa3c21ef0a957aa4ebdff77e85b911 64 Pfam PF09861 Lactate racemase N-terminal domain 3 64 1.1E-17 T 17-09-2021 IPR018657 LarA-like, N-terminal GO:0050043 KEGG: 00620+5.1.2.1 +MGYG000000001_03047 befa3c21ef0a957aa4ebdff77e85b911 64 Gene3D G3DSA:3.40.50.11440 2 64 3.1E-13 T 17-09-2021 +MGYG000000001_03047 befa3c21ef0a957aa4ebdff77e85b911 64 PANTHER PTHR33171 2 63 2.7E-13 T 17-09-2021 +MGYG000000001_00556 6f14c759462df48d52874b0ef927f8f0 270 PANTHER PTHR20858 8 265 8.1E-114 T 17-09-2021 +MGYG000000001_00556 6f14c759462df48d52874b0ef927f8f0 270 SUPERFAMILY SSF53613 9 262 1.5E-79 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00556 6f14c759462df48d52874b0ef927f8f0 270 Pfam PF08543 Phosphomethylpyrimidine kinase 15 258 3.7E-97 T 17-09-2021 IPR013749 Pyridoxamine kinase/Phosphomethylpyrimidine kinase Reactome: R-HSA-6798695|Reactome: R-HSA-964975 +MGYG000000001_00556 6f14c759462df48d52874b0ef927f8f0 270 CDD cd01169 HMPP_kinase 9 247 2.97467E-131 T 17-09-2021 IPR004399 Hydroxymethylpyrimidine kinase/phosphomethylpyrimidine kinase GO:0008972|GO:0009228 KEGG: 00730+2.7.1.49|MetaCyc: PWY-6910|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00556 6f14c759462df48d52874b0ef927f8f0 270 TIGRFAM TIGR00097 HMP-P_kinase: hydroxymethylpyrimidine kinase/phosphomethylpyrimidine kinase 9 260 2.2E-103 T 17-09-2021 IPR004399 Hydroxymethylpyrimidine kinase/phosphomethylpyrimidine kinase GO:0008972|GO:0009228 KEGG: 00730+2.7.1.49|MetaCyc: PWY-6910|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00556 6f14c759462df48d52874b0ef927f8f0 270 Gene3D G3DSA:3.40.1190.20 3 270 2.4E-101 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 324 345 0.21 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 187 208 0.0024 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 302 319 1.2E-5 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 95 114 8.9E-4 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 279 296 0.0069 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 233 254 4.0E-5 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 118 140 4.6E-6 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 164 185 0.0044 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 141 162 1.3E-4 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 256 277 3.0E-4 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Pfam PF02493 MORN repeat 210 232 2.3E-6 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 PANTHER PTHR43215 180 271 4.9E-79 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Gene3D G3DSA:2.20.110.10 215 283 5.0E-15 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Gene3D G3DSA:2.20.110.10 142 214 4.7E-16 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 Gene3D G3DSA:2.20.110.10 284 385 5.9E-11 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 17 5.0 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SUPERFAMILY SSF82185 232 352 1.44E-26 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 PANTHER PTHR43215:SF4 180 271 4.9E-79 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 PANTHER PTHR43215 33 225 4.9E-79 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 93 114 0.023 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 231 252 0.01 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 116 137 0.0038 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 208 229 3.8E-5 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 185 206 0.14 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 277 298 0.0024 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 322 343 3.0 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 300 321 0.001 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 139 160 0.0025 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 254 275 0.038 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SMART SM00698 162 183 0.15 T 17-09-2021 IPR003409 MORN motif +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 PANTHER PTHR43215:SF4 33 225 4.9E-79 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 PANTHER PTHR43215:SF4 247 402 4.9E-79 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 PANTHER PTHR43215 247 402 4.9E-79 T 17-09-2021 +MGYG000000001_00198 5b6169713c3bea16728d0543b9c53d24 409 SUPERFAMILY SSF82185 89 208 1.44E-32 T 17-09-2021 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 ProSitePatterns PS01149 Rsu family of pseudouridine synthase signature. 100 114 - T 17-09-2021 IPR018496 Pseudouridine synthase, RsuA/RluB/E/F, conserved site GO:0001522|GO:0003723|GO:0009451|GO:0016866 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 Gene3D G3DSA:3.30.70.1560 124 216 4.7E-58 T 17-09-2021 IPR042092 Pseudouridine synthase, RsuA/RluB/E/F, catalytic domain +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 Gene3D G3DSA:3.30.70.580 64 224 4.7E-58 T 17-09-2021 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 TIGRFAM TIGR00093 TIGR00093: pseudouridine synthase 67 228 1.7E-50 T 17-09-2021 IPR000748 Pseudouridine synthase, RsuA/RluB/E/F GO:0001522|GO:0003723|GO:0009451|GO:0016866 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 Pfam PF00849 RNA pseudouridylate synthase 63 197 5.1E-25 T 17-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 SUPERFAMILY SSF55120 53 235 1.64E-48 T 17-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 Pfam PF01479 S4 domain 1 45 2.0E-10 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 PANTHER PTHR21600:SF2 1 234 6.6E-74 T 17-09-2021 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 CDD cd02870 PseudoU_synth_RsuA_like 63 209 8.70983E-76 T 17-09-2021 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 CDD cd00165 S4 1 67 6.52591E-10 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 1 61 14.487 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 PANTHER PTHR21600 1 234 6.6E-74 T 17-09-2021 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 SMART SM00363 1 70 8.8E-11 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 Gene3D G3DSA:3.10.290.10 1 56 5.2E-20 T 17-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_02813 9c4b46ed4325b300bbd4c90b7df15082 238 SUPERFAMILY SSF55174 1 57 8.24E-14 T 17-09-2021 +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 PRINTS PR01576 Peptide deformylase signature 30 59 2.0E-11 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 PRINTS PR01576 Peptide deformylase signature 84 95 2.0E-11 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 PRINTS PR01576 Peptide deformylase signature 114 137 2.0E-11 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 SUPERFAMILY SSF56420 1 137 4.45E-37 T 17-09-2021 IPR036821 Peptide deformylase superfamily +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 PIRSF PIRSF004749 1 137 9.7E-34 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 PANTHER PTHR10458 25 137 5.8E-27 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 PANTHER PTHR10458:SF2 25 137 5.8E-27 T 17-09-2021 +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 Gene3D G3DSA:3.90.45.10 3 137 3.6E-35 T 17-09-2021 IPR036821 Peptide deformylase superfamily +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 Pfam PF01327 Polypeptide deformylase 4 137 6.9E-29 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02649 898c36d47caa2842e4de0c16ae0da1f0 137 CDD cd00487 Pep_deformylase 5 137 1.25398E-41 T 17-09-2021 IPR023635 Peptide deformylase +MGYG000000001_02432 c8bbebd8e1a5a59cf52568dcfe42d557 171 Pfam PF01029 NusB family 11 165 2.3E-38 T 17-09-2021 IPR006027 NusB/RsmB/TIM44 GO:0003723|GO:0006355 +MGYG000000001_02432 c8bbebd8e1a5a59cf52568dcfe42d557 171 PANTHER PTHR11078 60 169 6.9E-28 T 17-09-2021 IPR011605 NusB antitermination factor GO:0006353 +MGYG000000001_02432 c8bbebd8e1a5a59cf52568dcfe42d557 171 TIGRFAM TIGR01951 nusB: transcription antitermination factor NusB 11 167 2.4E-35 T 17-09-2021 IPR011605 NusB antitermination factor GO:0006353 +MGYG000000001_02432 c8bbebd8e1a5a59cf52568dcfe42d557 171 Hamap MF_00073 Transcription antitermination protein NusB [nusB]. 7 169 19.633 T 17-09-2021 IPR011605 NusB antitermination factor GO:0006353 +MGYG000000001_02432 c8bbebd8e1a5a59cf52568dcfe42d557 171 SUPERFAMILY SSF48013 10 168 1.44E-28 T 17-09-2021 IPR035926 NusB-like superfamily +MGYG000000001_02432 c8bbebd8e1a5a59cf52568dcfe42d557 171 Gene3D G3DSA:1.10.940.10 7 171 5.3E-33 T 17-09-2021 IPR035926 NusB-like superfamily +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 ProSiteProfiles PS51677 NodB homology domain profile. 81 203 17.263 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 Pfam PF01522 Polysaccharide deacetylase 77 192 5.7E-16 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 PANTHER PTHR10587 51 193 2.6E-25 T 17-09-2021 +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 Gene3D G3DSA:3.20.20.370 56 195 2.1E-21 T 17-09-2021 +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 SUPERFAMILY SSF88713 66 192 3.89E-20 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 6.0 T 17-09-2021 +MGYG000000001_01725 bcffdbc22d23e275cbb8afc333e00878 203 PANTHER PTHR10587:SF127 51 193 2.6E-25 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 11 22 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 SUPERFAMILY SSF53920 39 320 4.45E-56 T 17-09-2021 IPR009016 Iron hydrogenase +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 40 51 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 2 31 9.567 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 PANTHER PTHR11615 5 570 4.6E-121 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Gene3D G3DSA:1.10.15.40 365 417 1.0E-5 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 SMART SM00091 414 480 1.5E-5 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 CDD cd00130 PAS 423 494 0.00285208 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 SUPERFAMILY SSF54862 8 68 5.12E-15 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Pfam PF00037 4Fe-4S binding domain 8 27 5.4E-5 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Gene3D G3DSA:3.40.950.10 112 235 3.2E-35 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Gene3D G3DSA:3.30.70.20 7 55 3.2E-35 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Coils Coil 325 345 - T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 32 60 8.315 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 PANTHER PTHR11615:SF231 5 570 4.6E-121 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Coils Coil 203 223 - T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 SUPERFAMILY SSF55785 410 512 2.09E-8 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Pfam PF02906 Iron only hydrogenase large subunit, C-terminal domain 73 292 1.9E-45 T 17-09-2021 IPR004108 Iron hydrogenase, large subunit, C-terminal +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Pfam PF04060 Putative Fe-S cluster 377 406 3.3E-9 T 17-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Gene3D G3DSA:3.30.450.20 418 507 9.7E-9 T 17-09-2021 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 ProSiteProfiles PS51656 4Fe-4S domain profile. 360 421 26.285 T 17-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_02287 763deabaf374ffbf5d1f3d7d949db216 575 Gene3D G3DSA:3.40.50.1780 56 232 3.2E-35 T 17-09-2021 +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 SUPERFAMILY SSF53686 5 316 9.3E-101 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 Gene3D G3DSA:3.40.50.1100 52 148 2.6E-123 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 Pfam PF00291 Pyridoxal-phosphate dependent enzyme 19 307 3.6E-84 T 17-09-2021 IPR001926 Pyridoxal-phosphate dependent enzyme +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 CDD cd01562 Thr-dehyd 6 311 6.01152E-166 T 17-09-2021 +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 CDD cd04886 ACT_ThrD-II-like 334 398 1.57204E-10 T 17-09-2021 +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 Gene3D G3DSA:3.40.50.1100 9 312 2.6E-123 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 PANTHER PTHR43419:SF8 3 394 2.2E-127 T 17-09-2021 +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 TIGRFAM TIGR01127 ilvA_1Cterm: threonine ammonia-lyase 25 400 7.4E-141 T 17-09-2021 IPR005789 Threonine dehydratase, catabolic GO:0004794|GO:0006567 KEGG: 00260+4.3.1.19|KEGG: 00290+4.3.1.19 +MGYG000000001_00773 c90e025c1614d7ce662d781ae13adb35 402 PANTHER PTHR43419 3 394 2.2E-127 T 17-09-2021 +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 PIRSF PIRSF000216 3 159 1.3E-40 T 17-09-2021 IPR002023 NADH-quinone oxidoreductase subunit E-like GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 Pfam PF01257 Thioredoxin-like [2Fe-2S] ferredoxin 18 158 9.4E-41 T 17-09-2021 +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 Gene3D G3DSA:1.10.10.1590 7 75 1.7E-8 T 17-09-2021 IPR041921 NADH-quinone oxidoreductase subunit E, N-terminal Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 Gene3D G3DSA:3.40.30.10 76 157 3.6E-24 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 PANTHER PTHR43342 8 158 5.6E-44 T 17-09-2021 +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 SUPERFAMILY SSF52833 8 157 3.8E-39 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02869 6b945a45ac97234e08bcc46ee35495d6 159 CDD cd03064 TRX_Fd_NuoE 80 158 5.07209E-24 T 17-09-2021 IPR042128 NuoE domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 SUPERFAMILY SSF53649 3 256 1.96E-40 T 17-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 Pfam PF01663 Type I phosphodiesterase / nucleotide pyrophosphatase 5 210 2.2E-14 T 17-09-2021 IPR002591 Type I phosphodiesterase/nucleotide pyrophosphatase/phosphate transferase +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 Gene3D G3DSA:3.40.720.10 3 265 1.5E-32 T 17-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 PANTHER PTHR10151 3 85 3.6E-19 T 17-09-2021 +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 PANTHER PTHR10151 144 210 3.6E-19 T 17-09-2021 +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 PANTHER PTHR10151:SF112 3 85 3.6E-19 T 17-09-2021 +MGYG000000001_02096 700c0b5d972c9265558a2035ef07903d 268 PANTHER PTHR10151:SF112 144 210 3.6E-19 T 17-09-2021 +MGYG000000001_02526 5423e79e7f51bfe9296c692fc774d16e 466 PANTHER PTHR37810 15 164 5.3E-13 T 17-09-2021 +MGYG000000001_02526 5423e79e7f51bfe9296c692fc774d16e 466 PANTHER PTHR37810:SF7 184 350 5.3E-13 T 17-09-2021 +MGYG000000001_02526 5423e79e7f51bfe9296c692fc774d16e 466 Pfam PF10882 Bacterial PH domain 367 445 1.8E-5 T 17-09-2021 IPR027783 Bacterial Pleckstrin homology domain-related +MGYG000000001_02526 5423e79e7f51bfe9296c692fc774d16e 466 PANTHER PTHR37810:SF7 15 164 5.3E-13 T 17-09-2021 +MGYG000000001_02526 5423e79e7f51bfe9296c692fc774d16e 466 PANTHER PTHR37810 184 350 5.3E-13 T 17-09-2021 +MGYG000000001_02101 12fb250416ce193130a48c18346ed914 118 Pfam PF06953 Arsenical resistance operon trans-acting repressor ArsD 1 117 2.9E-27 T 17-09-2021 IPR010712 Arsenical-resistance operon trans-acting repressor ArsD GO:0003677|GO:0045892|GO:0046685 +MGYG000000001_02101 12fb250416ce193130a48c18346ed914 118 Gene3D G3DSA:3.40.30.10 1 102 6.7E-26 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 Gene3D G3DSA:3.40.640.10 15 260 3.2E-112 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 ProSitePatterns PS00595 Aminotransferases class-V pyridoxal-phosphate attachment site. 182 202 - T 17-09-2021 IPR020578 Aminotransferase class-V, pyridoxal-phosphate binding site +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 PANTHER PTHR21152:SF33 2 368 2.9E-101 T 17-09-2021 +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 PANTHER PTHR21152 2 368 2.9E-101 T 17-09-2021 +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 Gene3D G3DSA:3.90.1150.10 10 367 3.2E-112 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 SUPERFAMILY SSF53383 3 364 2.15E-86 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 PIRSF PIRSF000524 1 382 3.2E-97 T 17-09-2021 IPR024169 Serine-pyruvate aminotransferase/2-aminoethylphosphonate-pyruvate transaminase KEGG: 00440+2.6.1.37|MetaCyc: PWY-6832|Reactome: R-HSA-389661|Reactome: R-HSA-9033241 +MGYG000000001_00283 c081cbfa27a808b5276f524ebbdd602d 387 Pfam PF00266 Aminotransferase class-V 33 302 1.6E-31 T 17-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 ProSiteProfiles PS51178 PASTA domain profile. 582 647 11.349 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 TIGRFAM TIGR02214 spoVD_pbp: stage V sporulation protein D 2 646 2.4E-218 T 17-09-2021 IPR011927 Stage V sporulation protein D +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 Pfam PF00905 Penicillin binding protein transpeptidase domain 234 560 2.6E-82 T 17-09-2021 IPR001460 Penicillin-binding protein, transpeptidase GO:0008658 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 Pfam PF03793 PASTA domain 586 645 1.5E-9 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 PANTHER PTHR30627 1 580 7.5E-180 T 17-09-2021 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 Gene3D G3DSA:3.40.710.10 204 565 5.6E-111 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 SUPERFAMILY SSF56601 158 575 2.33E-102 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 PANTHER PTHR30627:SF1 1 580 7.5E-180 T 17-09-2021 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 Gene3D G3DSA:3.30.10.20 586 645 4.3E-8 T 17-09-2021 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 SUPERFAMILY SSF56519 36 207 6.02E-44 T 17-09-2021 IPR036138 Penicillin-binding protein, dimerisation domain superfamily GO:0008658 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 CDD cd06576 PASTA_Pbp2x-like_1 587 646 1.3316E-10 T 17-09-2021 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 Gene3D G3DSA:3.90.1310.30 35 203 9.2E-49 T 17-09-2021 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 Pfam PF03717 Penicillin-binding Protein dimerisation domain 43 188 3.2E-24 T 17-09-2021 IPR005311 Penicillin-binding protein, dimerisation domain GO:0008658 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 SUPERFAMILY SSF54184 585 646 1.83E-6 T 17-09-2021 +MGYG000000001_01199 cab3ad3e84468ee55b1d4d3e11508e92 647 SMART SM00740 582 647 2.7E-6 T 17-09-2021 IPR005543 PASTA domain +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 Gene3D G3DSA:3.30.559.10 170 280 6.6E-17 T 17-09-2021 IPR023213 Chloramphenicol acetyltransferase-like domain superfamily Reactome: R-HSA-389661 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 Gene3D G3DSA:3.30.559.10 170 280 6.6E-17 T 17-09-2021 IPR023213 Chloramphenicol acetyltransferase-like domain superfamily Reactome: R-HSA-389661 +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 Gene3D G3DSA:3.30.559.10 2 153 6.4E-21 T 17-09-2021 IPR023213 Chloramphenicol acetyltransferase-like domain superfamily Reactome: R-HSA-389661 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 Gene3D G3DSA:3.30.559.10 2 153 6.4E-21 T 17-09-2021 IPR023213 Chloramphenicol acetyltransferase-like domain superfamily Reactome: R-HSA-389661 +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 PANTHER PTHR43178 14 147 2.2E-23 T 17-09-2021 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 PANTHER PTHR43178 14 147 2.2E-23 T 17-09-2021 +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 PANTHER PTHR43178 178 278 2.2E-23 T 17-09-2021 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 PANTHER PTHR43178 178 278 2.2E-23 T 17-09-2021 +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 SUPERFAMILY SSF52777 11 279 3.42E-33 T 17-09-2021 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 SUPERFAMILY SSF52777 11 279 3.42E-33 T 17-09-2021 +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 Pfam PF00198 2-oxoacid dehydrogenases acyltransferase (catalytic domain) 10 143 3.4E-15 T 17-09-2021 IPR001078 2-oxoacid dehydrogenase acyltransferase, catalytic domain GO:0016746 Reactome: R-HSA-389661 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 Pfam PF00198 2-oxoacid dehydrogenases acyltransferase (catalytic domain) 10 143 3.4E-15 T 17-09-2021 IPR001078 2-oxoacid dehydrogenase acyltransferase, catalytic domain GO:0016746 Reactome: R-HSA-389661 +MGYG000000001_00569 9d38915eaba1cb2a730910542c600f3a 283 Pfam PF00198 2-oxoacid dehydrogenases acyltransferase (catalytic domain) 186 278 3.2E-13 T 17-09-2021 IPR001078 2-oxoacid dehydrogenase acyltransferase, catalytic domain GO:0016746 Reactome: R-HSA-389661 +MGYG000000001_00570 9d38915eaba1cb2a730910542c600f3a 283 Pfam PF00198 2-oxoacid dehydrogenases acyltransferase (catalytic domain) 186 278 3.2E-13 T 17-09-2021 IPR001078 2-oxoacid dehydrogenase acyltransferase, catalytic domain GO:0016746 Reactome: R-HSA-389661 +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 Pfam PF13183 4Fe-4S dicluster domain 19 76 1.1E-7 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 PANTHER PTHR43255 18 333 2.8E-41 T 17-09-2021 +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 SUPERFAMILY SSF46548 17 90 8.2E-12 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 Pfam PF02754 Cysteine-rich domain 246 323 2.1E-9 T 17-09-2021 IPR004017 Cysteine-rich domain +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 Pfam PF02754 Cysteine-rich domain 131 208 1.7E-4 T 17-09-2021 IPR004017 Cysteine-rich domain +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 52 81 6.542 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 21 32 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 Gene3D G3DSA:1.10.1060.10 9 91 9.6E-7 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_00074 deb2c89195d6c09ea09dc111b7a2f2c8 378 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 12 42 7.601 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 PANTHER PTHR30151 12 253 2.2E-76 T 17-09-2021 +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 62 242 16.898 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 Gene3D G3DSA:1.10.3720.10 58 251 8.8E-21 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 CDD cd06261 TM_PBP2 65 241 1.68104E-8 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 78 249 9.9E-28 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 SUPERFAMILY SSF161098 58 237 3.27E-26 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00843 29da3b49a8af3f9feb2943cd544dd7b7 254 PANTHER PTHR30151:SF20 12 253 2.2E-76 T 17-09-2021 +MGYG000000001_00180 50f20c2f1571b8eac4520ba50b57d8ee 194 Pfam PF07796 Protein of unknown function (DUF1638) 37 184 4.9E-17 T 17-09-2021 IPR012437 Domain of unknown function DUF1638 +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 PANTHER PTHR34296 4 339 2.2E-108 T 17-09-2021 +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 Gene3D G3DSA:3.40.50.2300 39 293 4.9E-106 T 17-09-2021 +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 SUPERFAMILY SSF53822 37 263 2.16E-12 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 Gene3D G3DSA:3.40.50.2300 140 327 4.9E-106 T 17-09-2021 +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 CDD cd06354 PBP1_BmpA_PnrA_like 37 299 1.70784E-125 T 17-09-2021 +MGYG000000001_01545 832960c2180059c78dce17ec23f0a6be 340 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 37 333 5.3E-84 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 SUPERFAMILY SSF116726 132 214 8.76E-13 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 Gene3D G3DSA:3.30.70.1450 138 216 8.3E-19 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 Pfam PF02080 TrkA-C domain 150 205 1.5E-11 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PANTHER PTHR43833 1 205 2.3E-39 T 17-09-2021 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PRINTS PR00335 TrkA potassium uptake protein signature 73 87 1.7E-7 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PRINTS PR00335 TrkA potassium uptake protein signature 60 70 1.7E-7 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PRINTS PR00335 TrkA potassium uptake protein signature 2 16 1.7E-7 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PRINTS PR00335 TrkA potassium uptake protein signature 49 59 1.7E-7 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PRINTS PR00335 TrkA potassium uptake protein signature 19 33 1.7E-7 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 Gene3D G3DSA:3.40.50.720 2 133 1.4E-32 T 17-09-2021 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 ProSiteProfiles PS51202 RCK C-terminal domain profile. 137 219 13.105 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 PANTHER PTHR43833:SF5 1 205 2.3E-39 T 17-09-2021 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 SUPERFAMILY SSF51735 1 146 5.63E-28 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 ProSiteProfiles PS51201 RCK N-terminal domain profile. 2 125 14.092 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_02817 fe349448c27ed993c27386d71c27127d 220 Pfam PF02254 TrkA-N domain 3 118 7.8E-22 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 ProSiteProfiles PS51462 Nudix hydrolase domain profile. 1 135 14.618 T 17-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 CDD cd03673 Ap6A_hydrolase 4 132 3.18938E-48 T 17-09-2021 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 Pfam PF00293 NUDIX domain 9 127 8.1E-22 T 17-09-2021 IPR000086 NUDIX hydrolase domain GO:0016787 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 Coils Coil 117 137 - T 17-09-2021 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 PANTHER PTHR21340 3 138 8.3E-26 T 17-09-2021 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 PANTHER PTHR21340:SF4 3 138 8.3E-26 T 17-09-2021 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 Gene3D G3DSA:3.90.79.10 5 138 1.1E-31 T 17-09-2021 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 SUPERFAMILY SSF55811 5 133 9.61E-29 T 17-09-2021 IPR015797 NUDIX hydrolase-like domain superfamily GO:0016787 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 ProSitePatterns PS00893 Nudix box signature. 32 53 - T 17-09-2021 IPR020084 NUDIX hydrolase, conserved site GO:0016787 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 PRINTS PR00502 NUDIX hydrolase family signature 41 56 1.5E-7 T 17-09-2021 IPR020476 NUDIX hydrolase Reactome: R-HSA-2393930 +MGYG000000001_00008 b9ef5b68a3f0f1f06ca21f32fc176b0a 142 PRINTS PR00502 NUDIX hydrolase family signature 27 41 1.5E-7 T 17-09-2021 IPR020476 NUDIX hydrolase Reactome: R-HSA-2393930 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 Gene3D G3DSA:2.40.50.530 1 64 9.3E-26 T 17-09-2021 IPR037229 Ribosomal protein L35 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 PRINTS PR00064 Ribosomal protein L35 signature 3 20 1.3E-21 T 17-09-2021 IPR001706 Ribosomal protein L35, non-mitochondrial GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 PRINTS PR00064 Ribosomal protein L35 signature 21 35 1.3E-21 T 17-09-2021 IPR001706 Ribosomal protein L35, non-mitochondrial GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 PRINTS PR00064 Ribosomal protein L35 signature 36 54 1.3E-21 T 17-09-2021 IPR001706 Ribosomal protein L35, non-mitochondrial GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 TIGRFAM TIGR00001 rpmI_bact: ribosomal protein bL35 2 64 2.3E-27 T 17-09-2021 IPR001706 Ribosomal protein L35, non-mitochondrial GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 PANTHER PTHR33343 2 64 1.3E-23 T 17-09-2021 IPR021137 Ribosomal protein L35 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 SUPERFAMILY SSF143034 2 64 5.89E-24 T 17-09-2021 IPR037229 Ribosomal protein L35 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 MobiDBLite mobidb-lite consensus disorder prediction 1 23 - T 17-09-2021 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 Pfam PF01632 Ribosomal protein L35 2 62 2.8E-26 T 17-09-2021 IPR021137 Ribosomal protein L35 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 Hamap MF_00514 50S ribosomal protein L35 [rpmI]. 1 64 19.805 T 17-09-2021 IPR001706 Ribosomal protein L35, non-mitochondrial GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 PANTHER PTHR33343:SF1 2 64 1.3E-23 T 17-09-2021 +MGYG000000001_01367 c9c1dbea6fb5d19c3c092e7897cadd47 64 ProSitePatterns PS00936 Ribosomal protein L35 signature. 5 31 - T 17-09-2021 IPR018265 Ribosomal protein L35, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 SMART SM00422 5 74 5.2E-13 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 SUPERFAMILY SSF46955 5 104 2.23E-21 T 17-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 Coils Coil 83 110 - T 17-09-2021 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 ProSiteProfiles PS50937 MerR-type HTH domain profile. 4 73 20.852 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 PANTHER PTHR30204 1 137 1.3E-22 T 17-09-2021 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 PANTHER PTHR30204:SF2 1 137 1.3E-22 T 17-09-2021 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 Pfam PF13411 MerR HTH family regulatory protein 5 72 6.8E-14 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_02170 b7ec063ab40e8b25de810c85c517451c 271 Gene3D G3DSA:1.10.1660.10 3 145 4.4E-28 T 17-09-2021 +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 Gene3D G3DSA:2.30.30.100 1 76 1.4E-31 T 17-09-2021 +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 Hamap MF_00436 RNA-binding protein Hfq [hfq]. 1 67 28.083 T 17-09-2021 IPR005001 RNA-binding protein Hfq GO:0003723|GO:0006355 +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 PANTHER PTHR34772 5 82 2.2E-31 T 17-09-2021 IPR005001 RNA-binding protein Hfq GO:0003723|GO:0006355 +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 Pfam PF17209 Hfq protein 8 71 1.4E-31 T 17-09-2021 IPR005001 RNA-binding protein Hfq GO:0003723|GO:0006355 +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 SUPERFAMILY SSF50182 7 73 2.05E-23 T 17-09-2021 IPR010920 LSM domain superfamily +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 CDD cd01716 Hfq 7 67 1.73463E-28 T 17-09-2021 IPR005001 RNA-binding protein Hfq GO:0003723|GO:0006355 +MGYG000000001_01628 d4a59b1bc5400697ff1a640cbb39c63d 84 TIGRFAM TIGR02383 Hfq: RNA chaperone Hfq 7 67 4.3E-29 T 17-09-2021 IPR005001 RNA-binding protein Hfq GO:0003723|GO:0006355 +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 Pfam PF13187 4Fe-4S dicluster domain 190 234 2.3E-7 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 PANTHER PTHR24960 136 237 1.6E-12 T 17-09-2021 +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 Coils Coil 19 39 - T 17-09-2021 +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 182 211 10.381 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 Gene3D G3DSA:3.40.50.360 1 143 9.1E-13 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 191 202 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 Pfam PF12724 Flavodoxin domain 1 107 2.8E-10 T 17-09-2021 IPR026816 Flavodoxin domain +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 Gene3D G3DSA:3.30.70.20 184 249 1.0E-11 T 17-09-2021 +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 PANTHER PTHR24960:SF55 136 237 1.6E-12 T 17-09-2021 +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 SUPERFAMILY SSF54862 186 242 1.67E-15 T 17-09-2021 +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 SUPERFAMILY SSF52218 1 146 1.29E-20 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 212 239 8.054 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00156 91cb8c927ffce165572b90b2e63103da 249 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 219 230 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Pfam PF01261 Xylose isomerase-like TIM barrel 23 220 2.2E-23 T 17-09-2021 IPR013022 Xylose isomerase-like, TIM barrel domain +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Pfam PF02894 Oxidoreductase family, C-terminal alpha/beta domain 440 540 1.2E-8 T 17-09-2021 IPR004104 Oxidoreductase, C-terminal GO:0016491|GO:0055114 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Gene3D G3DSA:3.40.50.720 300 438 8.5E-33 T 17-09-2021 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Gene3D G3DSA:3.30.360.10 439 663 1.4E-42 T 17-09-2021 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 SUPERFAMILY SSF51658 16 245 8.42E-33 T 17-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 SUPERFAMILY SSF51735 303 458 5.19E-37 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Gene3D G3DSA:3.20.20.150 9 264 5.5E-43 T 17-09-2021 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 SUPERFAMILY SSF55347 433 585 4.09E-34 T 17-09-2021 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Coils Coil 671 691 - T 17-09-2021 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 Pfam PF01408 Oxidoreductase family, NAD-binding Rossmann fold 305 423 6.9E-17 T 17-09-2021 IPR000683 Oxidoreductase, N-terminal GO:0016491 +MGYG000000001_01076 1170c3cc64518b6fa41b9d1a4951127d 693 PANTHER PTHR43249 303 660 1.3E-69 T 17-09-2021 +MGYG000000001_02520 a657efc91bbab7756cc81735fca15a50 158 PANTHER PTHR35798 4 153 5.2E-31 T 17-09-2021 IPR023052 Cell division protein SepF GO:0090529 +MGYG000000001_02520 a657efc91bbab7756cc81735fca15a50 158 Gene3D G3DSA:3.30.110.150 62 156 1.2E-30 T 17-09-2021 IPR038594 SepF-like superfamily +MGYG000000001_02520 a657efc91bbab7756cc81735fca15a50 158 Hamap MF_01197 Cell division protein SepF [sepF]. 3 148 15.761 T 17-09-2021 IPR023052 Cell division protein SepF GO:0090529 +MGYG000000001_02520 a657efc91bbab7756cc81735fca15a50 158 Pfam PF04472 Cell division protein SepF 68 140 2.1E-24 T 17-09-2021 IPR007561 Cell division protein SepF/SepF-related GO:0090529 +MGYG000000001_02743 08ed1606b73b0c32589f87dfa021517b 77 Pfam PF11148 Protein of unknown function (DUF2922) 7 71 1.8E-21 T 17-09-2021 IPR021321 Protein of unknown function DUF2922 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 Gene3D G3DSA:3.30.565.10 1 111 3.1E-32 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 PANTHER PTHR43547 2 104 3.7E-33 T 17-09-2021 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 2 102 3.6E-22 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 1 101 1.40213E-29 T 17-09-2021 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 SUPERFAMILY SSF55874 1 107 5.24E-29 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 ProSiteProfiles PS50109 Histidine kinase domain profile. 1 104 29.593 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 SMART SM00387 1 104 4.7E-15 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 PRINTS PR00344 Bacterial sensor protein C-terminal signature 47 57 1.1E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 PRINTS PR00344 Bacterial sensor protein C-terminal signature 64 82 1.1E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 PRINTS PR00344 Bacterial sensor protein C-terminal signature 88 101 1.1E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01943 d090691dacfb082c91b8cd4e638ca161 135 PRINTS PR00344 Bacterial sensor protein C-terminal signature 29 43 1.1E-16 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 Pfam PF01597 Glycine cleavage H-protein 7 123 5.7E-43 T 17-09-2021 IPR033753 Glycine cleavage system H-protein/Simiate +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 Gene3D G3DSA:2.40.50.100 2 124 2.0E-47 T 17-09-2021 +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 PANTHER PTHR11715 3 123 5.5E-46 T 17-09-2021 IPR002930 Glycine cleavage system H-protein GO:0005960|GO:0019464 Reactome: R-HSA-389661|Reactome: R-HSA-6783984 +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 ProSiteProfiles PS50968 Biotinyl/lipoyl domain profile. 22 103 27.017 T 17-09-2021 IPR000089 Biotin/lipoyl attachment +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 CDD cd06848 GCS_H 9 102 1.09411E-43 T 17-09-2021 IPR033753 Glycine cleavage system H-protein/Simiate +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 SUPERFAMILY SSF51230 4 123 7.2E-40 T 17-09-2021 IPR011053 Single hybrid motif +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 Hamap MF_00272 Glycine cleavage system H protein [gcvH]. 6 124 33.387 T 17-09-2021 IPR002930 Glycine cleavage system H-protein GO:0005960|GO:0019464 Reactome: R-HSA-389661|Reactome: R-HSA-6783984 +MGYG000000001_01335 9adc947272ade5ccccc946ce73eaf175 124 TIGRFAM TIGR00527 gcvH: glycine cleavage system H protein 6 123 2.5E-44 T 17-09-2021 IPR017453 Glycine cleavage system H-protein, subgroup GO:0005960|GO:0019464 Reactome: R-HSA-389661|Reactome: R-HSA-6783984 +MGYG000000001_01785 560995fac06dcdfeb8e7177ba2ec0ca2 162 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 1 140 13.511 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01785 560995fac06dcdfeb8e7177ba2ec0ca2 162 Pfam PF13508 Acetyltransferase (GNAT) domain 31 109 2.1E-7 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01785 560995fac06dcdfeb8e7177ba2ec0ca2 162 SUPERFAMILY SSF55729 10 113 1.95E-12 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01785 560995fac06dcdfeb8e7177ba2ec0ca2 162 Gene3D G3DSA:3.40.630.30 2 139 2.7E-32 T 17-09-2021 +MGYG000000001_01785 560995fac06dcdfeb8e7177ba2ec0ca2 162 CDD cd04301 NAT_SF 32 76 6.00106E-4 T 17-09-2021 +MGYG000000001_03015 230a44b285c33c618aee77bfa9c98e2e 290 PIRSF PIRSF006483 1 290 1.0E-92 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_03014 230a44b285c33c618aee77bfa9c98e2e 290 PIRSF PIRSF006483 1 290 1.0E-92 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_03015 230a44b285c33c618aee77bfa9c98e2e 290 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 18 223 7.1E-60 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_03014 230a44b285c33c618aee77bfa9c98e2e 290 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 18 223 7.1E-60 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_03015 230a44b285c33c618aee77bfa9c98e2e 290 Gene3D G3DSA:3.30.70.120 199 275 2.7E-21 T 17-09-2021 IPR015867 Nitrogen regulatory protein PII/ATP phosphoribosyltransferase, C-terminal +MGYG000000001_03014 230a44b285c33c618aee77bfa9c98e2e 290 Gene3D G3DSA:3.30.70.120 199 275 2.7E-21 T 17-09-2021 IPR015867 Nitrogen regulatory protein PII/ATP phosphoribosyltransferase, C-terminal +MGYG000000001_03015 230a44b285c33c618aee77bfa9c98e2e 290 PANTHER PTHR33545 1 286 1.5E-78 T 17-09-2021 +MGYG000000001_03014 230a44b285c33c618aee77bfa9c98e2e 290 PANTHER PTHR33545 1 286 1.5E-78 T 17-09-2021 +MGYG000000001_03015 230a44b285c33c618aee77bfa9c98e2e 290 Pfam PF10035 Uncharacterized protein conserved in bacteria (DUF2179) 228 282 1.9E-19 T 17-09-2021 IPR019264 Domain of unknown function DUF2179 +MGYG000000001_03014 230a44b285c33c618aee77bfa9c98e2e 290 Pfam PF10035 Uncharacterized protein conserved in bacteria (DUF2179) 228 282 1.9E-19 T 17-09-2021 IPR019264 Domain of unknown function DUF2179 +MGYG000000001_03015 230a44b285c33c618aee77bfa9c98e2e 290 CDD cd16380 YitT_C 202 285 1.33777E-30 T 17-09-2021 +MGYG000000001_03014 230a44b285c33c618aee77bfa9c98e2e 290 CDD cd16380 YitT_C 202 285 1.33777E-30 T 17-09-2021 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 Gene3D G3DSA:2.40.50.140 36 112 4.7E-37 T 17-09-2021 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 CDD cd04451 S1_IF1 47 110 5.04224E-38 T 17-09-2021 IPR004368 Translation initiation factor IF-1 GO:0003743|GO:0006413 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 TIGRFAM TIGR00008 infA: translation initiation factor IF-1 43 111 4.9E-36 T 17-09-2021 IPR004368 Translation initiation factor IF-1 GO:0003743|GO:0006413 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 PANTHER PTHR33370 12 112 3.4E-39 T 17-09-2021 IPR004368 Translation initiation factor IF-1 GO:0003743|GO:0006413 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 Hamap MF_00075 Translation initiation factor IF-1 [infA]. 41 112 26.917 T 17-09-2021 IPR004368 Translation initiation factor IF-1 GO:0003743|GO:0006413 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 ProSiteProfiles PS50832 S1 domain IF1 type profile. 37 112 24.559 T 17-09-2021 IPR006196 RNA-binding domain, S1, IF1 type GO:0003723|GO:0003743|GO:0006413 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 SUPERFAMILY SSF50249 28 110 1.28E-29 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 Pfam PF01176 Translation initiation factor 1A / IF-1 47 110 2.5E-28 T 17-09-2021 IPR006196 RNA-binding domain, S1, IF1 type GO:0003723|GO:0003743|GO:0006413 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 SMART SM00316 44 112 2.4E-6 T 17-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02568 56910fc6160fe0ae004cd8606f70d8ba 112 PANTHER PTHR33370:SF1 12 112 3.4E-39 T 17-09-2021 +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 Gene3D G3DSA:3.40.50.2300 40 293 5.8E-102 T 17-09-2021 +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 SUPERFAMILY SSF53822 49 247 3.53E-17 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 6.0 T 17-09-2021 +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 Gene3D G3DSA:3.40.50.2300 140 327 5.8E-102 T 17-09-2021 +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 PANTHER PTHR34296 4 338 3.8E-103 T 17-09-2021 +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 CDD cd06354 PBP1_BmpA_PnrA_like 37 299 5.19454E-122 T 17-09-2021 +MGYG000000001_02912 8cb93b854ecdcdd0b5fcc50b19884dee 340 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 38 333 1.8E-77 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_01142 971314e9be8fa60068ba0bab751c977c 574 Pfam PF03553 Na+/H+ antiporter family 201 533 3.1E-62 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_01142 971314e9be8fa60068ba0bab751c977c 574 PANTHER PTHR43478:SF1 34 566 3.5E-166 T 17-09-2021 +MGYG000000001_01142 971314e9be8fa60068ba0bab751c977c 574 PANTHER PTHR43478 34 566 3.5E-166 T 17-09-2021 +MGYG000000001_02081 7b8281f18a71be22cb7fcf294a2ac6cf 673 Pfam PF02517 CPBP intramembrane metalloprotease 527 613 1.4E-17 T 17-09-2021 IPR003675 CAAX prenyl protease 2 GO:0004197|GO:0016020|GO:0071586 Reactome: R-HSA-5689880 +MGYG000000001_02081 7b8281f18a71be22cb7fcf294a2ac6cf 673 Coils Coil 121 148 - T 17-09-2021 +MGYG000000001_02081 7b8281f18a71be22cb7fcf294a2ac6cf 673 Pfam PF12679 ABC-2 family transporter protein 4 380 5.3E-24 T 17-09-2021 IPR032688 ABC-2 family transporter protein GO:0055085 +MGYG000000001_02081 7b8281f18a71be22cb7fcf294a2ac6cf 673 PANTHER PTHR43471 3 393 4.9E-78 T 17-09-2021 +MGYG000000001_02081 7b8281f18a71be22cb7fcf294a2ac6cf 673 PANTHER PTHR43471:SF3 3 393 4.9E-78 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 333 362 10.885 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 Gene3D G3DSA:3.30.70.20 280 368 2.9E-14 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 SUPERFAMILY SSF54862 291 359 3.84E-17 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 Gene3D G3DSA:3.20.20.70 12 279 6.1E-78 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 CDD cd02810 DHOD_DHPD_FMN 6 271 2.39712E-80 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 Pfam PF14697 4Fe-4S dicluster domain 308 356 1.2E-9 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 305 331 9.062 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 342 353 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 PANTHER PTHR43843 1 297 1.9E-67 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 SUPERFAMILY SSF51395 1 292 1.5E-66 T 17-09-2021 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 TIGRFAM TIGR01037 pyrD_sub1_fam: dihydroorotate dehydrogenase family protein 4 292 1.6E-57 T 17-09-2021 IPR005720 Dihydroorotate dehydrogenase domain GO:0005737|GO:0016627|GO:0055114 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 Pfam PF01180 Dihydroorotate dehydrogenase 4 276 2.3E-35 T 17-09-2021 IPR005720 Dihydroorotate dehydrogenase domain GO:0005737|GO:0016627|GO:0055114 +MGYG000000001_00110 cdaa51056d9993ed643ff4d5d99177ea 369 Gene3D G3DSA:2.30.26.10 54 205 6.1E-78 T 17-09-2021 IPR023359 Dihydroorotate dehydrogenase A, chain A, domain 2 +MGYG000000001_02888 93d837e18e296d662161126e185541d2 262 Pfam PF06738 Putative threonine/serine exporter 15 255 6.7E-68 T 17-09-2021 IPR010619 Putative threonine/serine exporter +MGYG000000001_02888 93d837e18e296d662161126e185541d2 262 PANTHER PTHR34390 6 255 1.2E-48 T 17-09-2021 +MGYG000000001_01750 5ae7052c64f5d78c08b7148c3856fcaf 148 MobiDBLite mobidb-lite consensus disorder prediction 126 148 - T 17-09-2021 +MGYG000000001_01750 5ae7052c64f5d78c08b7148c3856fcaf 148 MobiDBLite mobidb-lite consensus disorder prediction 126 140 - T 17-09-2021 +MGYG000000001_01750 5ae7052c64f5d78c08b7148c3856fcaf 148 Coils Coil 73 109 - T 17-09-2021 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 PANTHER PTHR11061:SF30 3 450 4.8E-125 T 17-09-2021 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 Pfam PF05958 tRNA (Uracil-5-)-methyltransferase 260 450 1.4E-20 T 17-09-2021 IPR010280 (Uracil-5)-methyltransferase family GO:0006396|GO:0008173 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 ProSiteProfiles PS51687 SAM-dependent methyltransferase RNA m(5)U-type domain profile. 78 451 66.904 T 17-09-2021 IPR010280 (Uracil-5)-methyltransferase family GO:0006396|GO:0008173 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 Gene3D G3DSA:3.40.50.150 79 445 2.2E-105 T 17-09-2021 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 SUPERFAMILY SSF53335 69 450 5.03E-69 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 ProSitePatterns PS01230 RNA methyltransferase trmA family signature 1. 381 412 - T 17-09-2021 IPR030390 RNA methyltransferase TrmA, active site +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 TIGRFAM TIGR00479 rumA: 23S rRNA (uracil-5-)-methyltransferase RumA 17 443 5.7E-85 T 17-09-2021 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 PANTHER PTHR11061 3 450 4.8E-125 T 17-09-2021 IPR010280 (Uracil-5)-methyltransferase family GO:0006396|GO:0008173 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 Gene3D G3DSA:2.40.50.140 1 77 3.7E-10 T 17-09-2021 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 Gene3D G3DSA:3.40.1350.30 125 285 2.2E-105 T 17-09-2021 +MGYG000000001_02824 958cec96d0d8b42910be6875cc30142f 452 CDD cd02440 AdoMet_MTases 311 390 5.20284E-9 T 17-09-2021 +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 SUPERFAMILY SSF88713 70 269 2.97E-60 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 CDD cd10948 CE4_BsPdaA_like 45 267 5.15682E-116 T 17-09-2021 IPR014235 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 PANTHER PTHR10587:SF78 34 273 4.3E-94 T 17-09-2021 IPR014235 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 Gene3D G3DSA:3.20.20.370 34 275 8.4E-74 T 17-09-2021 +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 ProSiteProfiles PS51677 NodB homology domain profile. 83 265 40.212 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 TIGRFAM TIGR02884 spore_pdaA: delta-lactam-biosynthetic de-N-acetylase 48 270 1.3E-96 T 17-09-2021 IPR014235 Peptidoglycan-N-acetylmuramic acid deacetylase PdaA +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 Pfam PF01522 Polysaccharide deacetylase 79 201 2.1E-30 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 PANTHER PTHR10587 34 273 4.3E-94 T 17-09-2021 +MGYG000000001_03009 64e582d89b59970489c4aa114f625973 277 Coils Coil 154 174 - T 17-09-2021 +MGYG000000001_01842 5df0c0b290cb15ad80863f9d64248195 376 Gene3D G3DSA:1.10.3860.10 1 372 1.1E-97 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_01842 5df0c0b290cb15ad80863f9d64248195 376 Pfam PF00375 Sodium:dicarboxylate symporter family 1 352 9.2E-99 T 17-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_01842 5df0c0b290cb15ad80863f9d64248195 376 PANTHER PTHR42865:SF5 1 364 9.2E-82 T 17-09-2021 +MGYG000000001_01842 5df0c0b290cb15ad80863f9d64248195 376 SUPERFAMILY SSF118215 1 352 1.05E-83 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_01842 5df0c0b290cb15ad80863f9d64248195 376 PANTHER PTHR42865 1 364 9.2E-82 T 17-09-2021 +MGYG000000001_02656 f0f2799f806f16292ef69ff84cff249c 322 CDD cd02653 nuc_hydro_3 5 310 1.13766E-147 T 17-09-2021 +MGYG000000001_02656 f0f2799f806f16292ef69ff84cff249c 322 SUPERFAMILY SSF53590 3 307 1.19E-93 T 17-09-2021 IPR036452 Ribonucleoside hydrolase-like +MGYG000000001_02656 f0f2799f806f16292ef69ff84cff249c 322 Gene3D G3DSA:3.90.245.10 1 309 3.4E-98 T 17-09-2021 IPR036452 Ribonucleoside hydrolase-like +MGYG000000001_02656 f0f2799f806f16292ef69ff84cff249c 322 Pfam PF01156 Inosine-uridine preferring nucleoside hydrolase 4 300 1.8E-86 T 17-09-2021 IPR001910 Inosine/uridine-preferring nucleoside hydrolase domain +MGYG000000001_02656 f0f2799f806f16292ef69ff84cff249c 322 PANTHER PTHR12304 1 307 1.3E-80 T 17-09-2021 IPR023186 Inosine/uridine-preferring nucleoside hydrolase +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 SUPERFAMILY SSF55681 113 590 6.17E-108 T 17-09-2021 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Pfam PF00152 tRNA synthetases class II (D, K and N) 125 565 2.3E-110 T 17-09-2021 IPR004364 Aminoacyl-tRNA synthetase, class II (D/K/N) GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Gene3D G3DSA:3.30.1360.30 280 425 3.4E-197 T 17-09-2021 IPR004115 GAD-like domain superfamily GO:0004812|GO:0005524|GO:0005737 Reactome: R-HSA-379726 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 PANTHER PTHR22594:SF5 3 590 1.7E-227 T 17-09-2021 IPR004524 Aspartate-tRNA ligase, type 1 GO:0005524|GO:0016874 Reactome: R-HSA-379726 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 PRINTS PR01042 Aspartyl-tRNA synthetase signature 525 539 1.1E-26 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 PRINTS PR01042 Aspartyl-tRNA synthetase signature 198 210 1.1E-26 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 PRINTS PR01042 Aspartyl-tRNA synthetase signature 215 228 1.1E-26 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 PRINTS PR01042 Aspartyl-tRNA synthetase signature 481 497 1.1E-26 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Gene3D G3DSA:3.30.930.10 124 589 3.4E-197 T 17-09-2021 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 146 570 19.242 T 17-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 SUPERFAMILY SSF50249 6 115 9.52E-34 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 TIGRFAM TIGR00459 aspS_bact: aspartate--tRNA ligase 8 590 5.9E-247 T 17-09-2021 IPR004524 Aspartate-tRNA ligase, type 1 GO:0005524|GO:0016874 Reactome: R-HSA-379726 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Pfam PF02938 GAD domain 316 411 3.4E-24 T 17-09-2021 IPR029351 GAD domain Reactome: R-HSA-379726 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 SUPERFAMILY SSF55261 297 424 5.72E-39 T 17-09-2021 IPR004115 GAD-like domain superfamily GO:0004812|GO:0005524|GO:0005737 Reactome: R-HSA-379726 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 CDD cd00777 AspRS_core 146 566 9.53222E-169 T 17-09-2021 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 CDD cd04317 EcAspRS_like_N 9 142 5.30855E-76 T 17-09-2021 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 PANTHER PTHR22594 3 590 1.7E-227 T 17-09-2021 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Gene3D G3DSA:2.40.50.140 2 111 2.5E-34 T 17-09-2021 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Hamap MF_00044 Aspartate--tRNA(Asp/Asn) ligase [aspS]. 8 591 33.862 T 17-09-2021 IPR004524 Aspartate-tRNA ligase, type 1 GO:0005524|GO:0016874 Reactome: R-HSA-379726 +MGYG000000001_00348 5703f1ed2d5b46ad31c24b55efff2de1 596 Pfam PF01336 OB-fold nucleic acid binding domain 25 108 1.1E-13 T 17-09-2021 IPR004365 OB-fold nucleic acid binding domain, AA-tRNA synthetase-type GO:0003676 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 PANTHER PTHR10986 2 115 3.6E-40 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 Gene3D G3DSA:1.10.720.90 2 55 3.4E-21 T 17-09-2021 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 SUPERFAMILY SSF74731 3 116 9.94E-47 T 17-09-2021 IPR035566 Ribosomal protein L20, C-terminal Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 Gene3D G3DSA:1.10.1900.20 56 118 5.9E-30 T 17-09-2021 IPR035566 Ribosomal protein L20, C-terminal Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 CDD cd07026 Ribosomal_L20 10 111 8.43302E-50 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 PANTHER PTHR10986:SF12 2 115 3.6E-40 T 17-09-2021 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 Pfam PF00453 Ribosomal protein L20 3 109 5.5E-46 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 Hamap MF_00382 50S ribosomal protein L20 [rplT]. 2 115 28.636 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 PRINTS PR00062 Ribosomal protein L20 signature 42 71 2.3E-38 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 PRINTS PR00062 Ribosomal protein L20 signature 12 41 2.3E-38 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 PRINTS PR00062 Ribosomal protein L20 signature 75 101 2.3E-38 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 TIGRFAM TIGR01032 rplT_bact: ribosomal protein bL20 1 114 9.0E-47 T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01366 6b2d01e07d99ac755fe37d6b8168453c 118 ProSitePatterns PS00937 Ribosomal protein L20 signature. 54 70 - T 17-09-2021 IPR005813 Ribosomal protein L20 GO:0003735|GO:0005840|GO:0006412|GO:0019843 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Gene3D G3DSA:3.40.50.10490 446 594 5.3E-152 T 17-09-2021 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 CDD cd05008 SIS_GlmS_GlmD_1 294 419 4.11828E-67 T 17-09-2021 IPR035466 GlmS/AgaS, SIS domain 1 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 CDD cd00714 GFAT 2 214 3.15052E-126 T 17-09-2021 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 PANTHER PTHR10937 1 609 8.1E-233 T 17-09-2021 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Pfam PF13522 Glutamine amidotransferase domain 66 186 1.8E-21 T 17-09-2021 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Gene3D G3DSA:3.60.20.10 2 240 4.4E-74 T 17-09-2021 IPR029055 Nucleophile aminohydrolases, N-terminal +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 ProSiteProfiles PS51464 SIS domain profile. 458 599 30.122 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 PANTHER PTHR10937:SF0 1 609 8.1E-233 T 17-09-2021 IPR005855 Glucosamine-fructose-6-phosphate aminotransferase, isomerising GO:0004360|GO:1901137 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 SUPERFAMILY SSF56235 2 233 6.78E-71 T 17-09-2021 IPR029055 Nucleophile aminohydrolases, N-terminal +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Gene3D G3DSA:3.40.50.10490 246 608 5.3E-152 T 17-09-2021 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 ProSiteProfiles PS51464 SIS domain profile. 285 424 32.204 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Hamap MF_00164 Glutamine--fructose-6-phosphate aminotransferase [isomerizing] [glmS]. 1 609 41.077 T 17-09-2021 IPR005855 Glucosamine-fructose-6-phosphate aminotransferase, isomerising GO:0004360|GO:1901137 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 TIGRFAM TIGR01135 glmS: glutamine-fructose-6-phosphate transaminase (isomerizing) 2 609 1.3E-252 T 17-09-2021 IPR005855 Glucosamine-fructose-6-phosphate aminotransferase, isomerising GO:0004360|GO:1901137 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 CDD cd05009 SIS_GlmS_GlmD_2 457 607 2.20132E-68 T 17-09-2021 IPR035490 GlmS/FrlB, SIS domain 2 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 SUPERFAMILY SSF53697 245 609 3.8E-113 T 17-09-2021 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Pfam PF01380 SIS domain 462 591 4.1E-28 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 Pfam PF01380 SIS domain 289 415 8.5E-34 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01031 47ed1722c5a1bef873b8ae374d662fee 609 ProSiteProfiles PS51278 Glutamine amidotransferase type 2 domain profile. 2 217 46.906 T 17-09-2021 IPR017932 Glutamine amidotransferase type 2 domain +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PANTHER PTHR11652:SF1 2 136 8.8E-54 T 17-09-2021 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 MobiDBLite mobidb-lite consensus disorder prediction 1 44 - T 17-09-2021 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 Pfam PF00164 Ribosomal protein S12/S23 39 137 7.8E-39 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PIRSF PIRSF002133 2 138 4.1E-48 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 Gene3D G3DSA:2.40.50.140 1 141 1.4E-60 T 17-09-2021 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 TIGRFAM TIGR00981 rpsL_bact: ribosomal protein uS12 2 138 2.7E-66 T 17-09-2021 IPR005679 Ribosomal protein S12, bacterial-type GO:0003735|GO:0006412|GO:0015935 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PRINTS PR01034 Ribosomal protein S12 signature 108 124 1.8E-57 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PRINTS PR01034 Ribosomal protein S12 signature 124 136 1.8E-57 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PRINTS PR01034 Ribosomal protein S12 signature 41 56 1.8E-57 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PRINTS PR01034 Ribosomal protein S12 signature 91 108 1.8E-57 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PRINTS PR01034 Ribosomal protein S12 signature 72 91 1.8E-57 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PRINTS PR01034 Ribosomal protein S12 signature 56 71 1.8E-57 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 Hamap MF_00403_B 30S ribosomal protein S12 [rpsL]. 2 137 40.351 T 17-09-2021 IPR005679 Ribosomal protein S12, bacterial-type GO:0003735|GO:0006412|GO:0015935 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 CDD cd03368 Ribosomal_S12 4 124 3.02754E-62 T 17-09-2021 IPR005679 Ribosomal protein S12, bacterial-type GO:0003735|GO:0006412|GO:0015935 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 SUPERFAMILY SSF50249 3 137 5.31E-48 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 PANTHER PTHR11652 2 136 8.8E-54 T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02461 1463d8e1b2e40140f4d3d0bb46469873 141 ProSitePatterns PS00055 Ribosomal protein S12 signature. 57 64 - T 17-09-2021 IPR006032 Ribosomal protein S12/S23 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02518 03c26cc0292920ae52cb0ed11e4d1efb 408 Pfam PF12700 HlyD family secretion protein 2 407 3.4E-102 T 17-09-2021 IPR032681 HlyD family secretion protein +MGYG000000001_02518 03c26cc0292920ae52cb0ed11e4d1efb 408 Coils Coil 97 117 - T 17-09-2021 +MGYG000000001_02518 03c26cc0292920ae52cb0ed11e4d1efb 408 Coils Coil 222 245 - T 17-09-2021 +MGYG000000001_02518 03c26cc0292920ae52cb0ed11e4d1efb 408 Coils Coil 145 165 - T 17-09-2021 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 SFLD SFLDS00029 Radical SAM 29 292 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 SUPERFAMILY SSF102114 20 266 4.58E-21 T 17-09-2021 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 PANTHER PTHR43288:SF2 27 291 1.5E-77 T 17-09-2021 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 SFLD SFLDG01113 Uncharacterised Radical SAM Subgroup 4 29 292 0.0 T 17-09-2021 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 Gene3D G3DSA:3.20.20.70 4 285 3.1E-18 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 SMART SM00729 34 228 0.0046 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01333 0f1619dca3d1da88ffbb8e016884c823 292 PANTHER PTHR43288 27 291 1.5E-77 T 17-09-2021 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 Pfam PF01554 MatE 20 180 3.1E-33 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 Pfam PF01554 MatE 242 402 1.4E-24 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 CDD cd13138 MATE_yoeA_like 11 435 2.70416E-124 T 17-09-2021 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 TIGRFAM TIGR00797 matE: MATE efflux family protein 20 413 1.9E-73 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 PANTHER PTHR43549:SF2 3 441 2.7E-103 T 17-09-2021 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 PIRSF PIRSF006603 1 449 1.7E-107 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02334 4b605f25b873f94260240505386b8866 452 PANTHER PTHR43549 3 441 2.7E-103 T 17-09-2021 +MGYG000000001_00962 9bde2dd13ad0191d10992176564d9b79 129 Pfam PF04304 Protein of unknown function (DUF454) 6 121 6.7E-38 T 17-09-2021 IPR007401 Protein of unknown function DUF454 +MGYG000000001_00962 9bde2dd13ad0191d10992176564d9b79 129 PIRSF PIRSF016789 5 126 9.1E-32 T 17-09-2021 IPR007401 Protein of unknown function DUF454 +MGYG000000001_00962 9bde2dd13ad0191d10992176564d9b79 129 PANTHER PTHR35813 3 121 1.4E-33 T 17-09-2021 IPR007401 Protein of unknown function DUF454 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 7.0 T 17-09-2021 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 CDD cd14748 PBP2_UgpB 39 350 2.03177E-80 T 17-09-2021 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 Gene3D G3DSA:3.40.190.10 158 299 6.6E-77 T 17-09-2021 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 Pfam PF13416 Bacterial extracellular solute-binding protein 56 354 6.7E-49 T 17-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 SUPERFAMILY SSF53850 17 416 1.97E-68 T 17-09-2021 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 Gene3D G3DSA:3.40.190.10 42 354 6.6E-77 T 17-09-2021 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 PANTHER PTHR43649:SF2 1 409 1.1E-65 T 17-09-2021 +MGYG000000001_01945 3f0439fbebe4bb1f8e8a5152f2c0e3db 417 PANTHER PTHR43649 1 409 1.1E-65 T 17-09-2021 +MGYG000000001_02030 2f3ce3c858ef25007412685731ccd9e2 350 TIGRFAM TIGR02872 spore_ytvI: sporulation integral membrane protein YtvI 18 350 4.5E-72 T 17-09-2021 IPR014227 Putative transport protein YtvI-like +MGYG000000001_02030 2f3ce3c858ef25007412685731ccd9e2 350 Pfam PF01594 AI-2E family transporter 18 340 6.0E-45 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_02030 2f3ce3c858ef25007412685731ccd9e2 350 PANTHER PTHR21716:SF9 6 347 3.7E-52 T 17-09-2021 +MGYG000000001_02030 2f3ce3c858ef25007412685731ccd9e2 350 PANTHER PTHR21716 6 347 3.7E-52 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Gene3D G3DSA:3.30.1390.30 173 245 2.7E-40 T 17-09-2021 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 SUPERFAMILY SSF54427 31 141 2.02E-22 T 17-09-2021 IPR032710 NTF2-like domain superfamily +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 PANTHER PTHR30627:SF3 98 666 1.4E-119 T 17-09-2021 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Pfam PF03717 Penicillin-binding Protein dimerisation domain 152 310 3.4E-29 T 17-09-2021 IPR005311 Penicillin-binding protein, dimerisation domain GO:0008658 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 SUPERFAMILY SSF56601 333 667 1.47E-79 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 PANTHER PTHR30627 98 666 1.4E-119 T 17-09-2021 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Pfam PF05223 NTF2-like N-terminal transpeptidase domain 31 144 6.1E-20 T 17-09-2021 IPR007887 NTF2-like N-terminal transpeptidase GO:0046677 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 SUPERFAMILY SSF56519 146 332 5.49E-35 T 17-09-2021 IPR036138 Penicillin-binding protein, dimerisation domain superfamily GO:0008658 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Pfam PF00905 Penicillin binding protein transpeptidase domain 350 663 3.2E-63 T 17-09-2021 IPR001460 Penicillin-binding protein, transpeptidase GO:0008658 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 6.0 T 17-09-2021 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Gene3D G3DSA:3.40.710.10 332 669 3.0E-83 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Gene3D G3DSA:3.10.450.100 27 140 6.8E-19 T 17-09-2021 +MGYG000000001_01775 f96308283a53bf0aedf04caefe827e53 669 Gene3D G3DSA:3.90.1310.10 153 328 2.7E-40 T 17-09-2021 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 PANTHER PTHR42788 14 244 4.4E-89 T 17-09-2021 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 SMART SM00382 39 211 1.5E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 SUPERFAMILY SSF52540 15 221 2.07E-57 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 ProSitePatterns PS00211 ABC transporters family signature. 134 148 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 PANTHER PTHR42788:SF2 14 244 4.4E-89 T 17-09-2021 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 15 234 22.809 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 Gene3D G3DSA:3.40.50.300 4 240 2.1E-57 T 17-09-2021 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 CDD cd03293 ABC_NrtD_SsuB_transporters 15 221 1.01144E-106 T 17-09-2021 +MGYG000000001_00841 a2ef35aecd1031acc7978f38da0b4521 244 Pfam PF00005 ABC transporter 30 161 3.0E-25 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 PIRSF PIRSF005572 1 380 2.5E-67 T 17-09-2021 IPR016454 Cysteine desulfurase KEGG: 00730+2.8.1.7|MetaCyc: PWY-7250 +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 SUPERFAMILY SSF53383 1 376 7.45E-105 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 Pfam PF00266 Aminotransferase class-V 2 368 4.0E-96 T 17-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 PANTHER PTHR43586:SF4 1 378 4.3E-125 T 17-09-2021 +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 CDD cd06453 SufS_like 2 373 9.8699E-154 T 17-09-2021 +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 TIGRFAM TIGR01977 am_tr_V_EF2568: cysteine desulfurase family protein 2 376 2.9E-156 T 17-09-2021 IPR010969 Cysteine desulfurase-related, unknown function +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 PANTHER PTHR43586 1 378 4.3E-125 T 17-09-2021 +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 Gene3D G3DSA:3.40.640.10 16 266 2.6E-125 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00936 a3bf090ae638b2a5f282ec05cc5a4516 380 Gene3D G3DSA:3.90.1150.10 2 370 2.6E-125 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 Hamap MF_01916 Cardiolipin synthase. 14 494 42.567 T 17-09-2021 IPR030874 Cardiolipin synthase, Firmicutes-type GO:0008808|GO:0032049 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 Pfam PF13396 Phospholipase_D-nuclease N-terminal 19 62 9.5E-6 T 17-09-2021 IPR027379 Cardiolipin synthase N-terminal +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 Pfam PF13091 PLD-like domain 334 461 6.7E-25 T 17-09-2021 IPR025202 Phospholipase D-like domain Reactome: R-HSA-1483148|Reactome: R-HSA-1483166 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 Pfam PF13091 PLD-like domain 141 250 8.5E-15 T 17-09-2021 IPR025202 Phospholipase D-like domain Reactome: R-HSA-1483148|Reactome: R-HSA-1483166 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 ProSiteProfiles PS50035 Phospholipase D phosphodiesterase active site profile. 221 248 13.87 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 SUPERFAMILY SSF56024 273 476 6.73E-46 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 CDD cd09110 PLDc_CLS_1 131 282 1.75629E-71 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 SUPERFAMILY SSF56024 112 322 5.61E-47 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 TIGRFAM TIGR04265 bac_cardiolipin: cardiolipin synthase 12 494 3.3E-159 T 17-09-2021 IPR022924 Cardiolipin synthase GO:0008808|GO:0016780|GO:0032049 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 Gene3D G3DSA:3.30.870.10 323 470 2.3E-25 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 SMART SM00155 221 248 9.1E-6 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 SMART SM00155 407 434 1.3E-5 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 PANTHER PTHR21248 28 494 5.6E-139 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 PANTHER PTHR21248:SF22 28 494 5.6E-139 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 PIRSF PIRSF000850 272 389 1.2 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 PIRSF PIRSF000850 390 493 0.16 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 PIRSF PIRSF000850 102 189 0.11 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 ProSiteProfiles PS50035 Phospholipase D phosphodiesterase active site profile. 407 434 12.732 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 CDD cd09112 PLDc_CLS_2 317 492 1.00769E-85 T 17-09-2021 +MGYG000000001_00001 a1e80e300092955c7ccec5183512e126 494 Gene3D G3DSA:3.30.870.10 115 318 1.7E-43 T 17-09-2021 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 Pfam PF07228 Stage II sporulation protein E (SpoIIE) 600 785 3.8E-31 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 TIGRFAM TIGR02865 spore_II_E: stage II sporulation protein E 29 787 6.5E-192 T 17-09-2021 IPR014221 Sporulation stage II, protein E KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 ProSiteProfiles PS51746 PPM-type phosphatase domain profile. 575 786 14.103 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 PANTHER PTHR43156 587 785 3.7E-28 T 17-09-2021 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 SUPERFAMILY SSF81606 587 784 5.36E-18 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 CDD cd17336 MFS_SLCO_OATP 155 274 6.06645E-4 T 17-09-2021 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 Gene3D G3DSA:3.60.40.10 568 788 1.1E-46 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00707 67b94e67627d54ace73dac5060e63b05 789 SMART SM00331 573 786 2.0E-36 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Gene3D G3DSA:3.40.50.970 459 539 4.3E-60 T 17-09-2021 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 SUPERFAMILY SSF52467 288 455 3.76E-36 T 17-09-2021 IPR029035 DHS-like NAD/FAD-binding domain superfamily +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Gene3D G3DSA:3.40.50.2020 151 288 1.5E-120 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Pfam PF14572 Phosphoribosyl synthetase-associated domain 208 281 7.4E-19 T 17-09-2021 IPR005946 Ribose-phosphate pyrophosphokinase GO:0000287|GO:0004749|GO:0009165 KEGG: 00030+2.7.6.1|KEGG: 00230+2.7.6.1 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Gene3D G3DSA:3.40.50.2020 11 150 1.5E-120 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 PANTHER PTHR10210 6 292 2.1E-130 T 17-09-2021 IPR005946 Ribose-phosphate pyrophosphokinase GO:0000287|GO:0004749|GO:0009165 KEGG: 00030+2.7.6.1|KEGG: 00230+2.7.6.1 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 SUPERFAMILY SSF52518 469 541 7.36E-10 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 PANTHER PTHR10210:SF41 6 292 2.1E-130 T 17-09-2021 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Gene3D G3DSA:3.40.50.1220 299 458 4.3E-60 T 17-09-2021 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 CDD cd14863 Fe-ADH-like 298 376 0.00763404 T 17-09-2021 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Hamap MF_00583_B Putative ribose-phosphate pyrophosphokinase [prs]. 8 317 47.157 T 17-09-2021 IPR037515 Ribose-phosphate pyrophosphokinase, bacterial-type GO:0004749 KEGG: 00030+2.7.6.1|KEGG: 00230+2.7.6.1|Reactome: R-HSA-73843 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 SUPERFAMILY SSF53271 73 286 1.58E-60 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 CDD cd00568 TPP_enzymes 472 541 1.70927E-11 T 17-09-2021 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 SMART SM01400 8 124 2.9E-84 T 17-09-2021 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Pfam PF00205 Thiamine pyrophosphate enzyme, central domain 294 428 1.4E-29 T 17-09-2021 IPR012000 Thiamine pyrophosphate enzyme, central domain GO:0000287|GO:0030976 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 Pfam PF13793 N-terminal domain of ribose phosphate pyrophosphokinase 8 124 4.9E-52 T 17-09-2021 IPR029099 Ribose-phosphate pyrophosphokinase, N-terminal domain KEGG: 00030+2.7.6.1|KEGG: 00230+2.7.6.1 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 ProSitePatterns PS00114 Phosphoribosyl pyrophosphate synthase signature. 132 147 - T 17-09-2021 IPR000842 Phosphoribosyl pyrophosphate synthetase, conserved site GO:0000287|GO:0004749|GO:0009156|GO:0044249 KEGG: 00030+2.7.6.1|KEGG: 00230+2.7.6.1|Reactome: R-HSA-73843 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 TIGRFAM TIGR01251 ribP_PPkin: ribose-phosphate diphosphokinase 8 290 1.8E-115 T 17-09-2021 IPR005946 Ribose-phosphate pyrophosphokinase GO:0000287|GO:0004749|GO:0009165 KEGG: 00030+2.7.6.1|KEGG: 00230+2.7.6.1 +MGYG000000001_00683 aaee73111ea3e17b2d94325c6078115c 542 CDD cd06223 PRTases_typeI 152 278 2.90773E-25 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 SUPERFAMILY SSF50447 263 386 4.29E-27 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 CDD cd04169 RF3 14 281 0.0 T 17-09-2021 IPR041732 Peptide chain release factor 3, GTP-binding domain +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 Gene3D G3DSA:3.40.50.300 74 381 5.4E-107 T 17-09-2021 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 CDD cd03689 RF3_II 298 383 2.55624E-51 T 17-09-2021 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 PANTHER PTHR43556 7 530 1.1E-229 T 17-09-2021 IPR004548 Peptide chain release factor 3 GO:0003924|GO:0005737|GO:0006415 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 TIGRFAM TIGR00503 prfC: peptide chain release factor 3 8 530 1.1E-212 T 17-09-2021 IPR004548 Peptide chain release factor 3 GO:0003924|GO:0005737|GO:0006415 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 18 150 1.1E-24 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 Hamap MF_00072 Peptide chain release factor 3 [prfC]. 6 531 50.297 T 17-09-2021 IPR004548 Peptide chain release factor 3 GO:0003924|GO:0005737|GO:0006415 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 PRINTS PR00315 GTP-binding elongation factor signature 17 30 2.1E-11 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 PRINTS PR00315 GTP-binding elongation factor signature 67 75 2.1E-11 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 PRINTS PR00315 GTP-binding elongation factor signature 139 148 2.1E-11 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 PRINTS PR00315 GTP-binding elongation factor signature 87 97 2.1E-11 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 PRINTS PR00315 GTP-binding elongation factor signature 103 114 2.1E-11 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 Pfam PF00009 Elongation factor Tu GTP binding domain 14 279 1.7E-51 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 Gene3D G3DSA:3.40.50.300 112 277 5.4E-107 T 17-09-2021 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 Gene3D G3DSA:3.30.70.3280 393 531 4.5E-43 T 17-09-2021 IPR038467 Peptide chain release factor 3, C-terminal domain superfamily +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 Pfam PF16658 Class II release factor RF3, C-terminal domain 390 517 3.8E-45 T 17-09-2021 IPR032090 Peptide chain release factor 3, C-terminal +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 SUPERFAMILY SSF52540 12 279 9.64E-89 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 60 75 - T 17-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 13 282 63.187 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00614 cea7f034b5159c66d92c1f2afa8eb003 532 SUPERFAMILY SSF54980 396 469 6.83E-15 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 Gene3D G3DSA:1.10.10.10 151 268 6.2E-54 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 ProSiteProfiles PS50110 Response regulatory domain profile. 6 124 37.586 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 Pfam PF08769 Sporulation initiation factor Spo0A C terminal 159 262 1.1E-46 T 17-09-2021 IPR014879 Sporulation initiation factor Spo0A, C-terminal GO:0003700|GO:0005509|GO:0005737|GO:0006355|GO:0042173 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 Gene3D G3DSA:3.40.50.2300 1 134 6.9E-32 T 17-09-2021 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 SUPERFAMILY SSF46894 153 266 1.62E-49 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 Pfam PF00072 Response regulator receiver domain 7 118 1.6E-22 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 SUPERFAMILY SSF52172 4 132 2.28E-31 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 CDD cd00156 REC 9 123 3.23545E-27 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 PANTHER PTHR43228:SF5 3 267 1.9E-124 T 17-09-2021 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 SMART SM00448 5 120 3.4E-27 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 TIGRFAM TIGR02875 spore_0_A: sporulation transcription factor Spo0A 3 267 5.8E-126 T 17-09-2021 IPR012052 Sporulation transcription factor Spo0A GO:0003677|GO:0005509|GO:0006355|GO:0043937|GO:0051606 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 PANTHER PTHR43228 3 267 1.9E-124 T 17-09-2021 +MGYG000000001_01275 9da8544ad2f3b5bd0cfd403d4078c608 270 PIRSF PIRSF002937 1 269 6.8E-135 T 17-09-2021 IPR012052 Sporulation transcription factor Spo0A GO:0003677|GO:0005509|GO:0006355|GO:0043937|GO:0051606 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 PIRSF PIRSF005650 1 234 4.1E-94 T 17-09-2021 IPR011817 Uridylate kinase GO:0006221|GO:0009041 KEGG: 00240+2.7.4.22 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 Gene3D G3DSA:3.40.1160.10 2 234 3.5E-75 T 17-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 TIGRFAM TIGR02075 pyrH_bact: UMP kinase 6 234 1.4E-94 T 17-09-2021 IPR015963 Uridylate kinase, bacteria GO:0005737|GO:0006221|GO:0033862 KEGG: 00240+2.7.4.22 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 Hamap MF_01220_B Uridylate kinase [pyrH]. 4 234 43.383 T 17-09-2021 IPR015963 Uridylate kinase, bacteria GO:0005737|GO:0006221|GO:0033862 KEGG: 00240+2.7.4.22 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 Pfam PF00696 Amino acid kinase family 7 213 5.1E-26 T 17-09-2021 IPR001048 Aspartate/glutamate/uridylate kinase Reactome: R-HSA-8964539 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 PANTHER PTHR42833:SF4 1 233 8.9E-104 T 17-09-2021 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 SUPERFAMILY SSF53633 4 233 8.51E-69 T 17-09-2021 IPR036393 Acetylglutamate kinase-like superfamily +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 CDD cd04254 AAK_UMPK-PyrH-Ec 7 233 7.47086E-127 T 17-09-2021 IPR015963 Uridylate kinase, bacteria GO:0005737|GO:0006221|GO:0033862 KEGG: 00240+2.7.4.22 +MGYG000000001_01681 2e4ff7386692c5c3ae8dfc835d671840 234 PANTHER PTHR42833 1 233 8.9E-104 T 17-09-2021 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 Coils Coil 65 92 - T 17-09-2021 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 SUPERFAMILY SSF46589 14 99 6.8E-21 T 17-09-2021 IPR010978 Class I and II aminoacyl-tRNA synthetase, tRNA-binding arm GO:0000166 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 111 330 16.72 T 17-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 PANTHER PTHR11538 94 335 1.5E-87 T 17-09-2021 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 SUPERFAMILY SSF55681 93 339 6.77E-85 T 17-09-2021 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 Pfam PF01409 tRNA synthetases class II core domain (F) 93 339 1.1E-104 T 17-09-2021 IPR002319 Phenylalanyl-tRNA synthetase GO:0000049|GO:0004812|GO:0005524|GO:0043039 KEGG: 00970+6.1.1.20 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 PANTHER PTHR11538:SF40 94 335 1.5E-87 T 17-09-2021 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 Pfam PF02912 Aminoacyl tRNA synthetase class II, N-terminal domain 21 88 3.2E-23 T 17-09-2021 IPR004188 Phenylalanine-tRNA ligase, class II, N-terminal GO:0000166|GO:0004826|GO:0005524|GO:0005737|GO:0006432 KEGG: 00970+6.1.1.20 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 Gene3D G3DSA:3.30.930.10 9 339 1.5E-124 T 17-09-2021 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 Hamap MF_00281 Phenylalanine--tRNA ligase alpha subunit [pheS]. 9 339 47.504 T 17-09-2021 IPR022911 Phenylalanine-tRNA ligase alpha chain 1, bacterial GO:0004826 KEGG: 00970+6.1.1.20 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 TIGRFAM TIGR00468 pheS: phenylalanine--tRNA ligase, alpha subunit 39 339 1.5E-107 T 17-09-2021 IPR004529 Phenylalanyl-tRNA synthetase, class IIc, alpha subunit GO:0000166|GO:0004826|GO:0005524|GO:0005737|GO:0006432 KEGG: 00970+6.1.1.20|Reactome: R-HSA-379716 +MGYG000000001_01362 b412dc849c8f3b1ebd15d215985edc56 339 CDD cd00496 PheRS_alpha_core 108 334 2.18117E-133 T 17-09-2021 +MGYG000000001_00126 5611fd0d41eebd27e06e7e931e2f67af 312 CDD cd03376 TPP_PFOR_porB_like 15 255 3.1477E-130 T 17-09-2021 +MGYG000000001_00126 5611fd0d41eebd27e06e7e931e2f67af 312 Gene3D G3DSA:3.40.50.970 90 307 3.4E-66 T 17-09-2021 +MGYG000000001_00126 5611fd0d41eebd27e06e7e931e2f67af 312 PANTHER PTHR42897 9 305 1.3E-119 T 17-09-2021 +MGYG000000001_00126 5611fd0d41eebd27e06e7e931e2f67af 312 SUPERFAMILY SSF52518 12 304 2.11E-75 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_00126 5611fd0d41eebd27e06e7e931e2f67af 312 Pfam PF02775 Thiamine pyrophosphate enzyme, C-terminal TPP binding domain 50 218 2.8E-22 T 17-09-2021 IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:0003824|GO:0030976 +MGYG000000001_00126 5611fd0d41eebd27e06e7e931e2f67af 312 PANTHER PTHR42897:SF2 9 305 1.3E-119 T 17-09-2021 +MGYG000000001_01239 c4d4b6e81ed228ac38dcf246c636d92e 73 Pfam PF01106 NifU-like domain 5 71 6.3E-26 T 17-09-2021 IPR001075 NIF system FeS cluster assembly, NifU, C-terminal GO:0005506|GO:0016226|GO:0051536 +MGYG000000001_01239 c4d4b6e81ed228ac38dcf246c636d92e 73 SUPERFAMILY SSF117916 2 72 3.27E-24 T 17-09-2021 IPR034904 Fe-S cluster assembly domain superfamily +MGYG000000001_01239 c4d4b6e81ed228ac38dcf246c636d92e 73 PANTHER PTHR11178:SF44 1 71 2.9E-25 T 17-09-2021 +MGYG000000001_01239 c4d4b6e81ed228ac38dcf246c636d92e 73 PANTHER PTHR11178 1 71 2.9E-25 T 17-09-2021 +MGYG000000001_01239 c4d4b6e81ed228ac38dcf246c636d92e 73 Gene3D G3DSA:3.30.300.130 1 73 1.6E-27 T 17-09-2021 IPR034904 Fe-S cluster assembly domain superfamily +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 SUPERFAMILY SSF47323 351 563 4.86E-43 T 17-09-2021 IPR009080 Aminoacyl-tRNA synthetase, class Ia, anticodon-binding GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 CDD cd02800 tRNA_bind_EcMetRS_like 545 649 1.37936E-46 T 17-09-2021 IPR004495 Methionyl-tRNA synthetase, beta subunit, C-terminal GO:0000166|GO:0004825|GO:0005524|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Gene3D G3DSA:3.40.50.620 6 334 5.6E-142 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Gene3D G3DSA:1.10.730.10 339 513 7.1E-53 T 17-09-2021 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 TIGRFAM TIGR00399 metG_C_term: methionine--tRNA ligase, beta subunit 525 648 7.7E-41 T 17-09-2021 IPR004495 Methionyl-tRNA synthetase, beta subunit, C-terminal GO:0000166|GO:0004825|GO:0005524|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PRINTS PR01041 Methionyl-tRNA synthetase signature 88 99 2.9E-31 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PRINTS PR01041 Methionyl-tRNA synthetase signature 8 21 2.9E-31 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PRINTS PR01041 Methionyl-tRNA synthetase signature 257 272 2.9E-31 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PRINTS PR01041 Methionyl-tRNA synthetase signature 224 235 2.9E-31 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PRINTS PR01041 Methionyl-tRNA synthetase signature 40 54 2.9E-31 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PRINTS PR01041 Methionyl-tRNA synthetase signature 349 360 2.9E-31 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 ProSiteProfiles PS50886 tRNA-binding domain profile. 549 649 33.586 T 17-09-2021 IPR002547 tRNA-binding domain GO:0000049 Reactome: R-HSA-379716 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 SUPERFAMILY SSF50249 548 647 4.9E-36 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 CDD cd07957 Anticodon_Ia_Met 346 475 2.83424E-55 T 17-09-2021 IPR041872 Methionyl-tRNA synthetase, anticodon-binding domain KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Gene3D G3DSA:2.40.50.140 543 649 4.7E-39 T 17-09-2021 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Hamap MF_01228 Methionine--tRNA ligase [metG]. 1 510 48.237 T 17-09-2021 IPR023457 Methionine-tRNA synthetase, type 2 GO:0004825 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 15 24 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Pfam PF09334 tRNA synthetases class I (M) 7 361 4.2E-111 T 17-09-2021 IPR015413 Methionyl/Leucyl tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Gene3D G3DSA:2.170.220.10 117 226 5.6E-142 T 17-09-2021 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 PANTHER PTHR43326 2 514 7.3E-191 T 17-09-2021 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 SUPERFAMILY SSF52374 3 352 2.23E-106 T 17-09-2021 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Pfam PF08264 Anticodon-binding domain of tRNA 395 529 2.9E-6 T 17-09-2021 IPR013155 Methionyl/Valyl/Leucyl/Isoleucyl-tRNA synthetase, anticodon-binding GO:0004812|GO:0006418 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 CDD cd00814 MetRS_core 5 337 9.27091E-157 T 17-09-2021 IPR033911 Methioninyl-tRNA synthetase core domain GO:0004825|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 Pfam PF01588 Putative tRNA binding domain 555 638 9.5E-31 T 17-09-2021 IPR002547 tRNA-binding domain GO:0000049 Reactome: R-HSA-379716 +MGYG000000001_00671 36988badf723059d0ead1977335ee4f8 649 TIGRFAM TIGR00398 metG: methionine--tRNA ligase 145 511 8.4E-116 T 17-09-2021 IPR014758 Methionyl-tRNA synthetase GO:0000166|GO:0004825|GO:0005524|GO:0006431 KEGG: 00450+6.1.1.10|KEGG: 00970+6.1.1.10 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 CDD cd13138 MATE_yoeA_like 11 435 6.9543E-116 T 17-09-2021 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 Pfam PF01554 MatE 19 179 1.6E-35 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 Pfam PF01554 MatE 244 403 4.9E-24 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 PIRSF PIRSF006603 2 438 1.2E-107 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 PANTHER PTHR43549:SF2 1 436 3.3E-96 T 17-09-2021 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 TIGRFAM TIGR00797 matE: MATE efflux family protein 19 415 7.1E-75 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_03175 0beae7988a1ab6e1e8c316a1d4be151a 439 PANTHER PTHR43549 1 436 3.3E-96 T 17-09-2021 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 Gene3D G3DSA:2.30.30.790 6 113 1.0E-13 T 17-09-2021 IPR038657 Ribosomal protein L19 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 Hamap MF_00402 50S ribosomal protein L19 [rplS]. 2 114 31.492 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 PIRSF PIRSF002191 1 114 2.6E-48 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 ProSitePatterns PS01015 Ribosomal protein L19 signature. 86 101 - T 17-09-2021 IPR018257 Ribosomal protein L19, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 Pfam PF01245 Ribosomal protein L19 4 112 1.6E-49 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 PANTHER PTHR15680 6 112 4.3E-35 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 PRINTS PR00061 Ribosomal protein L19 signature 4 33 1.1E-41 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 PRINTS PR00061 Ribosomal protein L19 signature 34 63 1.1E-41 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 PRINTS PR00061 Ribosomal protein L19 signature 88 113 1.1E-41 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 SUPERFAMILY SSF50104 1 113 1.4E-46 T 17-09-2021 IPR008991 Translation protein SH3-like domain superfamily +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 TIGRFAM TIGR01024 rplS_bact: ribosomal protein bL19 3 113 4.8E-49 T 17-09-2021 IPR001857 Ribosomal protein L19 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01315 561f4bc653b53995467e60d34734795d 114 PANTHER PTHR15680:SF9 6 112 4.3E-35 T 17-09-2021 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PIRSF PIRSF000149 1 337 5.9E-142 T 17-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 ProSitePatterns PS00071 Glyceraldehyde 3-phosphate dehydrogenase active site. 152 159 - T 17-09-2021 IPR020830 Glyceraldehyde 3-phosphate dehydrogenase, active site GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 TIGRFAM TIGR01534 GAPDH-I: glyceraldehyde-3-phosphate dehydrogenase, type I 3 327 6.6E-142 T 17-09-2021 IPR006424 Glyceraldehyde-3-phosphate dehydrogenase, type I GO:0006006|GO:0016620|GO:0050661|GO:0051287|GO:0055114 KEGG: 00010+1.2.1.12|KEGG: 00710+1.2.1.12|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 SMART SM00846 2 154 4.2E-93 T 17-09-2021 IPR020828 Glyceraldehyde 3-phosphate dehydrogenase, NAD(P) binding domain GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PANTHER PTHR43148:SF4 2 336 2.4E-169 T 17-09-2021 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 Pfam PF02800 Glyceraldehyde 3-phosphate dehydrogenase, C-terminal domain 159 315 1.7E-71 T 17-09-2021 IPR020829 Glyceraldehyde 3-phosphate dehydrogenase, catalytic domain GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 Gene3D G3DSA:3.40.50.720 3 331 5.5E-158 T 17-09-2021 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 SUPERFAMILY SSF55347 154 316 2.2E-75 T 17-09-2021 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 231 248 1.1E-40 T 17-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 175 191 1.1E-40 T 17-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 271 286 1.1E-40 T 17-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 111 124 1.1E-40 T 17-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 148 166 1.1E-40 T 17-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 Pfam PF00044 Glyceraldehyde 3-phosphate dehydrogenase, NAD binding domain 3 105 1.3E-36 T 17-09-2021 IPR020828 Glyceraldehyde 3-phosphate dehydrogenase, NAD(P) binding domain GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 Gene3D G3DSA:3.30.360.10 153 317 5.5E-158 T 17-09-2021 +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 SUPERFAMILY SSF51735 2 170 8.62E-64 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01836 3110d7be65fc0d0c6393fbfe34ada285 342 PANTHER PTHR43148 2 336 2.4E-169 T 17-09-2021 +MGYG000000001_01131 01c1c6a3f42c25ee7ff2fcee47361017 63 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 6 60 13.422 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01131 01c1c6a3f42c25ee7ff2fcee47361017 63 CDD cd00093 HTH_XRE 4 60 6.07376E-10 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01131 01c1c6a3f42c25ee7ff2fcee47361017 63 Gene3D G3DSA:1.10.260.40 2 63 7.5E-13 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01131 01c1c6a3f42c25ee7ff2fcee47361017 63 Pfam PF01381 Helix-turn-helix 6 60 4.4E-10 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01131 01c1c6a3f42c25ee7ff2fcee47361017 63 SUPERFAMILY SSF47413 4 61 2.68E-13 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01131 01c1c6a3f42c25ee7ff2fcee47361017 63 SMART SM00530 5 60 9.9E-9 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 Pfam PF00367 phosphotransferase system, EIIB 443 475 5.3E-15 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 SUPERFAMILY SSF55604 441 513 1.31E-18 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 ProSiteProfiles PS51098 PTS_EIIB type-1 domain profile. 438 516 20.728 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 Gene3D G3DSA:3.30.1360.60 436 516 1.8E-25 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 ProSiteProfiles PS51103 PTS_EIIC type-1 domain profile. 3 422 46.195 T 17-09-2021 IPR013013 Phosphotransferase system, EIIC component, type 1 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 TIGRFAM TIGR00826 EIIB_glc: PTS system, glucose-like IIB component 411 499 1.7E-17 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 CDD cd00212 PTS_IIB_glc 442 509 9.57814E-22 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 Pfam PF02378 Phosphotransferase system, EIIC 14 352 1.3E-50 T 17-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 ProSitePatterns PS01035 PTS EIIB domains cysteine phosphorylation site signature. 453 470 - T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 PANTHER PTHR30009 1 514 1.3E-153 T 17-09-2021 +MGYG000000001_00138 4150ea2747366db25a02a18229fac96b 516 PANTHER PTHR30009:SF24 1 514 1.3E-153 T 17-09-2021 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 Pfam PF00248 Aldo/keto reductase family 202 258 3.8E-11 T 17-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 Pfam PF00248 Aldo/keto reductase family 17 192 2.6E-44 T 17-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 CDD cd06660 Aldo_ket_red 9 257 1.19304E-102 T 17-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 Gene3D G3DSA:3.20.20.100 1 272 8.1E-111 T 17-09-2021 IPR036812 NADP-dependent oxidoreductase domain superfamily +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PIRSF PIRSF000097 112 274 4.0E-45 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PIRSF PIRSF000097 1 117 2.1E-39 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 ProSitePatterns PS00062 Aldo/keto reductase family signature 2. 122 139 - T 17-09-2021 IPR018170 Aldo/keto reductase, conserved site GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 SUPERFAMILY SSF51430 5 264 7.99E-93 T 17-09-2021 IPR036812 NADP-dependent oxidoreductase domain superfamily +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PANTHER PTHR43827:SF4 7 271 7.3E-106 T 17-09-2021 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 ProSitePatterns PS00063 Aldo/keto reductase family putative active site signature. 226 241 - T 17-09-2021 IPR018170 Aldo/keto reductase, conserved site GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PRINTS PR00069 Aldo-keto reductase signature 37 61 8.7E-46 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PRINTS PR00069 Aldo-keto reductase signature 93 111 8.7E-46 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PRINTS PR00069 Aldo-keto reductase signature 156 185 8.7E-46 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PRINTS PR00069 Aldo-keto reductase signature 193 217 8.7E-46 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PRINTS PR00069 Aldo-keto reductase signature 122 139 8.7E-46 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_02106 399336c8f82be06aa614e0687a04ea0e 275 PANTHER PTHR43827 7 271 7.3E-106 T 17-09-2021 IPR020471 Aldo/keto reductase GO:0016491|GO:0055114 +MGYG000000001_01692 1a31de8fddd72264f6d8ff54012f7050 418 PANTHER PTHR35788 27 376 2.3E-78 T 17-09-2021 +MGYG000000001_01692 1a31de8fddd72264f6d8ff54012f7050 418 Pfam PF12229 Putative peptidoglycan binding domain 92 202 3.2E-21 T 17-09-2021 IPR022029 Putative peptidoglycan binding domain +MGYG000000001_01692 1a31de8fddd72264f6d8ff54012f7050 418 Pfam PF04294 VanW like protein 244 372 2.0E-42 T 17-09-2021 IPR007391 Vancomycin resistance VanW +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 PANTHER PTHR11766 3 398 1.1E-176 T 17-09-2021 IPR024088 Tyrosine-tRNA ligase, bacterial-type GO:0004831 KEGG: 00970+6.1.1.1|Reactome: R-HSA-379726 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 CDD cd00165 S4 345 401 2.82668E-7 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Gene3D G3DSA:1.10.240.10 227 327 1.0E-25 T 17-09-2021 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 CDD cd00805 TyrRS_core 39 303 1.51483E-108 T 17-09-2021 IPR002307 Tyrosine-tRNA ligase GO:0000166|GO:0004831|GO:0005524|GO:0006437 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 SUPERFAMILY SSF55174 305 400 5.63E-16 T 17-09-2021 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 47 57 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 SUPERFAMILY SSF52374 13 321 5.12E-91 T 17-09-2021 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Coils Coil 22 42 - T 17-09-2021 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Gene3D G3DSA:3.40.50.620 3 223 3.4E-76 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 PRINTS PR01040 Tyrosyl-tRNA synthetase signature 183 205 5.1E-25 T 17-09-2021 IPR002307 Tyrosine-tRNA ligase GO:0000166|GO:0004831|GO:0005524|GO:0006437 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 PRINTS PR01040 Tyrosyl-tRNA synthetase signature 51 73 5.1E-25 T 17-09-2021 IPR002307 Tyrosine-tRNA ligase GO:0000166|GO:0004831|GO:0005524|GO:0006437 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 PRINTS PR01040 Tyrosyl-tRNA synthetase signature 216 228 5.1E-25 T 17-09-2021 IPR002307 Tyrosine-tRNA ligase GO:0000166|GO:0004831|GO:0005524|GO:0006437 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 PRINTS PR01040 Tyrosyl-tRNA synthetase signature 166 181 5.1E-25 T 17-09-2021 IPR002307 Tyrosine-tRNA ligase GO:0000166|GO:0004831|GO:0005524|GO:0006437 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Hamap MF_02007 Tyrosine--tRNA ligase [tyrS]. 3 400 46.427 T 17-09-2021 IPR024108 Tyrosine-tRNA ligase, bacterial-type, type 2 GO:0004831 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Gene3D G3DSA:3.10.290.10 328 399 1.1E-15 T 17-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 TIGRFAM TIGR00234 tyrS: tyrosine--tRNA ligase 9 400 1.3E-126 T 17-09-2021 IPR002307 Tyrosine-tRNA ligase GO:0000166|GO:0004831|GO:0005524|GO:0006437 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 340 400 12.28 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Pfam PF01479 S4 domain 345 386 1.2E-6 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 PANTHER PTHR11766:SF1 3 398 1.1E-176 T 17-09-2021 IPR024108 Tyrosine-tRNA ligase, bacterial-type, type 2 GO:0004831 KEGG: 00970+6.1.1.1 +MGYG000000001_03073 ab730956e27fb9bc0c75b662a77ccf69 401 Pfam PF00579 tRNA synthetases class I (W and Y) 36 322 1.1E-80 T 17-09-2021 IPR002305 Aminoacyl-tRNA synthetase, class Ic GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00637 effe0b07b78444f798fb4900de39b3d4 403 Hamap MF_02062 Sodium/glutamate symporter [gltS]. 3 402 21.832 T 17-09-2021 IPR004445 Sodium/glutamate symport carrier protein GltS GO:0015501|GO:0015813|GO:0016021 +MGYG000000001_00637 effe0b07b78444f798fb4900de39b3d4 403 PANTHER PTHR36178:SF1 3 399 6.3E-97 T 17-09-2021 +MGYG000000001_00637 effe0b07b78444f798fb4900de39b3d4 403 Pfam PF03616 Sodium/glutamate symporter 4 370 9.4E-111 T 17-09-2021 IPR004445 Sodium/glutamate symport carrier protein GltS GO:0015501|GO:0015813|GO:0016021 +MGYG000000001_00637 effe0b07b78444f798fb4900de39b3d4 403 TIGRFAM TIGR00210 gltS: sodium/glutamate symporter 5 401 6.9E-94 T 17-09-2021 IPR004445 Sodium/glutamate symport carrier protein GltS GO:0015501|GO:0015813|GO:0016021 +MGYG000000001_00637 effe0b07b78444f798fb4900de39b3d4 403 PANTHER PTHR36178 3 399 6.3E-97 T 17-09-2021 IPR004445 Sodium/glutamate symport carrier protein GltS GO:0015501|GO:0015813|GO:0016021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 CDD cd18787 SF2_C_DEAD 218 347 1.83901E-44 T 17-09-2021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 33 206 25.058 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 SUPERFAMILY SSF52540 70 359 1.07E-56 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 Pfam PF00270 DEAD/DEAH box helicase 26 191 2.9E-33 T 17-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 PANTHER PTHR24031:SF656 21 350 9.3E-85 T 17-09-2021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 CDD cd00268 DEADc 13 206 2.59311E-70 T 17-09-2021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 Pfam PF00271 Helicase conserved C-terminal domain 230 338 6.0E-23 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 Gene3D G3DSA:3.40.50.300 219 380 1.7E-39 T 17-09-2021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 Gene3D G3DSA:3.40.50.300 1 218 1.6E-55 T 17-09-2021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 SMART SM00490 257 338 4.0E-24 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 233 377 18.615 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 ProSiteProfiles PS51195 DEAD-box RNA helicase Q motif profile. 2 30 9.977 T 17-09-2021 IPR014014 RNA helicase, DEAD-box type, Q motif +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 PANTHER PTHR24031 21 350 9.3E-85 T 17-09-2021 +MGYG000000001_02361 dcdfea4258c1ef696a33dea5405e1595 382 SMART SM00487 21 221 1.7E-38 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 Gene3D G3DSA:3.40.50.300 1 216 9.7E-83 T 17-09-2021 +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 TIGRFAM TIGR00017 cmk: cytidylate kinase 3 213 6.3E-75 T 17-09-2021 IPR003136 Cytidylate kinase GO:0004127|GO:0005524|GO:0006139 KEGG: 00240+2.7.4.25|MetaCyc: PWY-7205 +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 Hamap MF_00238 Cytidylate kinase [cmk]. 4 216 32.25 T 17-09-2021 IPR003136 Cytidylate kinase GO:0004127|GO:0005524|GO:0006139 KEGG: 00240+2.7.4.25|MetaCyc: PWY-7205 +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 PANTHER PTHR21299 4 214 8.9E-79 T 17-09-2021 +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 Pfam PF02224 Cytidylate kinase 6 215 5.7E-75 T 17-09-2021 IPR011994 Cytidylate kinase domain GO:0004127|GO:0005524|GO:0006139 KEGG: 00240+2.7.4.25|MetaCyc: PWY-7205 +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 PANTHER PTHR21299:SF2 4 214 8.9E-79 T 17-09-2021 +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 SUPERFAMILY SSF52540 1 215 2.81E-50 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01660 c5cfac0603648c3502594e8cf50c133f 216 CDD cd02020 CMPK 5 199 1.65787E-64 T 17-09-2021 IPR011994 Cytidylate kinase domain GO:0004127|GO:0005524|GO:0006139 KEGG: 00240+2.7.4.25|MetaCyc: PWY-7205 +MGYG000000001_00547 52dc88dd74057cb751ef6e68c8c3311c 292 PANTHER PTHR12110:SF42 30 234 6.7E-12 T 17-09-2021 +MGYG000000001_00547 52dc88dd74057cb751ef6e68c8c3311c 292 Pfam PF01261 Xylose isomerase-like TIM barrel 24 211 8.3E-11 T 17-09-2021 IPR013022 Xylose isomerase-like, TIM barrel domain +MGYG000000001_00547 52dc88dd74057cb751ef6e68c8c3311c 292 SUPERFAMILY SSF51658 41 250 6.42E-24 T 17-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_00547 52dc88dd74057cb751ef6e68c8c3311c 292 PANTHER PTHR12110 30 234 6.7E-12 T 17-09-2021 +MGYG000000001_00547 52dc88dd74057cb751ef6e68c8c3311c 292 Gene3D G3DSA:3.20.20.150 5 251 9.1E-34 T 17-09-2021 +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 Gene3D G3DSA:3.30.1330.30 3 105 1.0E-22 T 17-09-2021 IPR029064 50S ribosomal protein L30e-like +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 Gene3D G3DSA:3.40.1280.10 113 265 4.4E-54 T 17-09-2021 IPR029026 tRNA (guanine-N1-)-methyltransferase, N-terminal +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 SMART SM00967 32 108 5.9E-8 T 17-09-2021 IPR013123 RNA 2-O ribose methyltransferase, substrate binding GO:0008168 Reactome: R-HSA-6793080 +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 PANTHER PTHR43191:SF4 4 261 1.8E-76 T 17-09-2021 +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 PANTHER PTHR43191 4 261 1.8E-76 T 17-09-2021 +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 Pfam PF08032 RNA 2'-O ribose methyltransferase substrate binding 32 102 3.5E-9 T 17-09-2021 IPR013123 RNA 2-O ribose methyltransferase, substrate binding GO:0008168 Reactome: R-HSA-6793080 +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 CDD cd18095 SpoU-like_rRNA-MTase 119 260 2.81739E-72 T 17-09-2021 +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 SUPERFAMILY SSF75217 96 262 9.81E-41 T 17-09-2021 IPR029028 Alpha/beta knot methyltransferases +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 SUPERFAMILY SSF55315 3 104 1.65E-19 T 17-09-2021 IPR029064 50S ribosomal protein L30e-like +MGYG000000001_01363 e96a82f52d96bb614b059a24cfd5753d 265 Pfam PF00588 SpoU rRNA Methylase family 119 258 1.7E-35 T 17-09-2021 IPR001537 tRNA/rRNA methyltransferase, SpoU type GO:0003723|GO:0006396|GO:0008173 +MGYG000000001_00357 4e507e7b5450eb55b609dfd8fef802a3 166 PANTHER PTHR13061 5 166 9.5E-68 T 17-09-2021 +MGYG000000001_00357 4e507e7b5450eb55b609dfd8fef802a3 166 SUPERFAMILY SSF51161 6 161 6.79E-48 T 17-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_00357 4e507e7b5450eb55b609dfd8fef802a3 166 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 87 120 4.1E-7 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00357 4e507e7b5450eb55b609dfd8fef802a3 166 Gene3D G3DSA:2.160.10.10 1 166 3.1E-63 T 17-09-2021 +MGYG000000001_00357 4e507e7b5450eb55b609dfd8fef802a3 166 CDD cd04645 LbH_gamma_CA_like 11 163 8.86626E-85 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 CDD cd01891 TypA_BipA 6 199 4.54311E-125 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 CDD cd03710 BipA_TypA_C 400 477 1.10858E-30 T 17-09-2021 IPR035651 BipA, domain V +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Pfam PF03144 Elongation factor Tu domain 2 221 291 1.4E-10 T 17-09-2021 IPR004161 Translation elongation factor EFTu-like, domain 2 GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 5 207 53.54 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 PANTHER PTHR42908:SF8 2 602 2.2E-232 T 17-09-2021 IPR006298 GTP-binding protein TypA GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Pfam PF00009 Elongation factor Tu GTP binding domain 6 197 2.8E-52 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 6 146 2.7E-24 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 SUPERFAMILY SSF50447 153 301 3.09E-31 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 SUPERFAMILY SSF54980 305 389 1.08E-14 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Gene3D G3DSA:3.30.70.870 308 590 1.7E-123 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Gene3D G3DSA:2.40.30.10 202 299 6.5E-33 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 PANTHER PTHR42908 2 602 2.2E-232 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 PRINTS PR00315 GTP-binding elongation factor signature 73 83 8.4E-13 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 PRINTS PR00315 GTP-binding elongation factor signature 9 22 8.4E-13 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 PRINTS PR00315 GTP-binding elongation factor signature 125 134 8.4E-13 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 PRINTS PR00315 GTP-binding elongation factor signature 53 61 8.4E-13 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 CDD cd03691 BipA_TypA_II 207 299 2.14982E-40 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Gene3D G3DSA:3.40.50.300 4 200 1.3E-61 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 CDD cd16263 BipA_III 307 385 3.30814E-46 T 17-09-2021 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 SUPERFAMILY SSF54980 400 513 1.82E-22 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 SUPERFAMILY SSF52540 3 208 3.4E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 SMART SM00838 397 484 1.7E-4 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 TIGRFAM TIGR01394 TypA_BipA: GTP-binding protein TypA/BipA 8 597 4.7E-263 T 17-09-2021 IPR006298 GTP-binding protein TypA GO:0005525 +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Pfam PF00679 Elongation factor G C-terminus 398 482 2.3E-20 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Gene3D G3DSA:2.40.50.250 483 598 1.7E-123 T 17-09-2021 IPR042116 GTP-binding protein TypA/BipA, C-terminal +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 46 61 - T 17-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_00883 3b9ad47f6cf44658dd8b1eb6f5acda7e 608 Gene3D G3DSA:3.30.70.240 391 482 1.7E-123 T 17-09-2021 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PANTHER PTHR10353 3 462 3.9E-139 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 Gene3D G3DSA:3.20.20.80 1 468 7.0E-154 T 17-09-2021 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PANTHER PTHR10353:SF136 3 462 3.9E-139 T 17-09-2021 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 Pfam PF00232 Glycosyl hydrolase family 1 2 465 1.0E-140 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 ProSitePatterns PS00653 Glycosyl hydrolases family 1 N-terminal signature. 9 23 - T 17-09-2021 IPR033132 Glycosyl hydrolases family 1, N-terminal conserved site +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 SUPERFAMILY SSF51445 2 466 4.7E-158 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 ProSitePatterns PS00572 Glycosyl hydrolases family 1 active site. 364 372 - T 17-09-2021 IPR018120 Glycoside hydrolase family 1, active site +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PRINTS PR00131 Glycosyl hydrolase family 1 signature 364 372 6.8E-16 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PRINTS PR00131 Glycosyl hydrolase family 1 signature 430 442 6.8E-16 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PRINTS PR00131 Glycosyl hydrolase family 1 signature 406 423 6.8E-16 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PRINTS PR00131 Glycosyl hydrolase family 1 signature 287 301 6.8E-16 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_02385 46842e7f68ff224efccffbf7ebca0317 469 PRINTS PR00131 Glycosyl hydrolase family 1 signature 385 396 6.8E-16 T 17-09-2021 IPR001360 Glycoside hydrolase family 1 GO:0004553|GO:0005975 +MGYG000000001_01876 2c7b2f24c7225bdedfbb89ea9e225d42 548 PANTHER PTHR43882 294 505 4.0E-14 T 17-09-2021 +MGYG000000001_01876 2c7b2f24c7225bdedfbb89ea9e225d42 548 Pfam PF07728 AAA domain (dynein-related subfamily) 295 436 2.2E-11 T 17-09-2021 IPR011704 ATPase, dynein-related, AAA domain GO:0005524|GO:0016887 +MGYG000000001_01876 2c7b2f24c7225bdedfbb89ea9e225d42 548 Gene3D G3DSA:3.40.50.300 278 453 5.7E-21 T 17-09-2021 +MGYG000000001_01876 2c7b2f24c7225bdedfbb89ea9e225d42 548 SUPERFAMILY SSF52540 280 503 4.64E-21 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01876 2c7b2f24c7225bdedfbb89ea9e225d42 548 PANTHER PTHR43882:SF2 294 505 4.0E-14 T 17-09-2021 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 PANTHER PTHR11265 3 310 5.0E-116 T 17-09-2021 IPR002903 Ribosomal RNA small subunit methyltransferase H GO:0008168 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 TIGRFAM TIGR00006 TIGR00006: 16S rRNA (cytosine(1402)-N(4))-methyltransferase 3 310 7.3E-126 T 17-09-2021 IPR002903 Ribosomal RNA small subunit methyltransferase H GO:0008168 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 Gene3D G3DSA:3.40.50.150 5 309 9.5E-110 T 17-09-2021 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 Hamap MF_01007 Ribosomal RNA small subunit methyltransferase H [rsmH]. 5 311 40.074 T 17-09-2021 IPR002903 Ribosomal RNA small subunit methyltransferase H GO:0008168 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 SUPERFAMILY SSF53335 4 311 3.58E-46 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 Pfam PF01795 MraW methylase family 2 310 1.3E-130 T 17-09-2021 IPR002903 Ribosomal RNA small subunit methyltransferase H GO:0008168 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 Coils Coil 52 86 - T 17-09-2021 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 Gene3D G3DSA:1.10.150.170 112 216 9.5E-110 T 17-09-2021 IPR023397 S-adenosyl-L-methionine-dependent methyltransferase, MraW, recognition domain superfamily GO:0008168 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 PIRSF PIRSF004486 1 312 1.7E-120 T 17-09-2021 IPR002903 Ribosomal RNA small subunit methyltransferase H GO:0008168 +MGYG000000001_01194 10a94f49aa14c06b90574afc8ed1aca1 312 SUPERFAMILY SSF81799 114 215 1.06E-35 T 17-09-2021 IPR023397 S-adenosyl-L-methionine-dependent methyltransferase, MraW, recognition domain superfamily GO:0008168 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 Pfam PF13370 4Fe-4S single cluster domain of Ferredoxin I 5 60 1.0E-16 T 17-09-2021 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 SUPERFAMILY SSF54862 2 61 5.95E-13 T 17-09-2021 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 PANTHER PTHR36923 1 62 4.7E-17 T 17-09-2021 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 Gene3D G3DSA:3.30.70.20 1 62 1.5E-20 T 17-09-2021 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 29 9.785 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 PRINTS PR00352 3Fe-4S ferredoxin signature 47 59 1.3E-8 T 17-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 PRINTS PR00352 3Fe-4S ferredoxin signature 5 16 1.3E-8 T 17-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 PRINTS PR00352 3Fe-4S ferredoxin signature 16 26 1.3E-8 T 17-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_02051 f74bbee15e11991f2b09d2d4a684e178 62 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 10 21 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_03157 8f476e6847d4820c37ca7088905eaa62 365 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 7.0 T 17-09-2021 +MGYG000000001_03157 8f476e6847d4820c37ca7088905eaa62 365 Coils Coil 77 97 - T 17-09-2021 +MGYG000000001_03157 8f476e6847d4820c37ca7088905eaa62 365 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 37 357 1.6E-89 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_03157 8f476e6847d4820c37ca7088905eaa62 365 PANTHER PTHR30480 34 362 3.4E-122 T 17-09-2021 +MGYG000000001_03157 8f476e6847d4820c37ca7088905eaa62 365 SUPERFAMILY SSF51445 15 361 1.47E-88 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_03157 8f476e6847d4820c37ca7088905eaa62 365 Gene3D G3DSA:3.20.20.300 21 365 4.3E-121 T 17-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 CDD cd01293 Bact_CD 2 399 1.58494E-176 T 17-09-2021 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 Gene3D G3DSA:2.30.40.10 6 402 7.2E-174 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 SUPERFAMILY SSF51338 2 72 1.73E-10 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 PANTHER PTHR32027 3 410 5.4E-137 T 17-09-2021 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 Pfam PF07969 Amidohydrolase family 40 399 9.1E-46 T 17-09-2021 IPR013108 Amidohydrolase 3 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 Gene3D G3DSA:3.20.20.140 51 358 7.2E-174 T 17-09-2021 +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 SUPERFAMILY SSF51556 50 370 8.62E-105 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_02065 ec459461669396eedd3a3e07c53a5236 421 PANTHER PTHR32027:SF0 3 410 5.4E-137 T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 SUPERFAMILY SSF55874 416 551 4.19E-13 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 CDD cd16955 HATPase_YpdA-like 454 552 2.597E-35 T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 CDD cd17502 MFS_Azr1_MDR_like 107 191 7.53382E-4 T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 PANTHER PTHR34220 17 552 9.8E-125 T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 Coils Coil 352 372 - T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 PANTHER PTHR34220:SF7 17 552 9.8E-125 T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 Gene3D G3DSA:1.10.1760.20 34 198 1.8E-7 T 17-09-2021 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 Pfam PF07694 5TMR of 5TMR-LYT 29 192 3.7E-40 T 17-09-2021 IPR011620 Signal transduction histidine kinase, 5TM receptor LytS, transmembrane region GO:0000155|GO:0000160|GO:0004673|GO:0016021|GO:0071555 +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 Gene3D G3DSA:3.30.565.10 414 552 2.1E-12 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01180 d04f5e56113a643a3000b3b24d02b8c8 552 Pfam PF06580 Histidine kinase 362 440 2.8E-26 T 17-09-2021 IPR010559 Signal transduction histidine kinase, internal region GO:0000155|GO:0000160|GO:0016021 +MGYG000000001_00847 6d0350e092f067a3aa40840d411acfbf 218 PANTHER PTHR34582:SF6 2 216 2.0E-60 T 17-09-2021 +MGYG000000001_00847 6d0350e092f067a3aa40840d411acfbf 218 Gene3D G3DSA:3.30.240.20 159 217 7.3E-16 T 17-09-2021 IPR023090 UPF0702, alpha/beta domain superfamily +MGYG000000001_00847 6d0350e092f067a3aa40840d411acfbf 218 Coils Coil 102 122 - T 17-09-2021 +MGYG000000001_00847 6d0350e092f067a3aa40840d411acfbf 218 PANTHER PTHR34582 2 216 2.0E-60 T 17-09-2021 +MGYG000000001_00847 6d0350e092f067a3aa40840d411acfbf 218 Pfam PF04239 Protein of unknown function (DUF421) 86 195 7.0E-35 T 17-09-2021 IPR007353 Protein of unknown function DUF421 +MGYG000000001_00847 6d0350e092f067a3aa40840d411acfbf 218 Gene3D G3DSA:3.30.240.20 78 152 1.8E-25 T 17-09-2021 IPR023090 UPF0702, alpha/beta domain superfamily +MGYG000000001_01206 5b4569a2e3ff10b954026b407feaf211 246 Gene3D G3DSA:3.10.20.310 36 104 4.4E-5 T 17-09-2021 +MGYG000000001_01206 5b4569a2e3ff10b954026b407feaf211 246 Pfam PF08478 POTRA domain, FtsQ-type 36 103 1.7E-13 T 17-09-2021 IPR013685 POTRA domain, FtsQ-type +MGYG000000001_01206 5b4569a2e3ff10b954026b407feaf211 246 PANTHER PTHR37820 2 242 1.2E-30 T 17-09-2021 +MGYG000000001_01206 5b4569a2e3ff10b954026b407feaf211 246 ProSiteProfiles PS51779 POTRA domain profile. 36 104 14.274 T 17-09-2021 IPR034746 POTRA domain Reactome: R-HSA-1268020|Reactome: R-HSA-8949613 +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 SUPERFAMILY SSF53686 13 398 2.49E-57 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 PANTHER PTHR42937 2 401 9.7E-192 T 17-09-2021 +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 TIGRFAM TIGR01747 diampropi_NH3ly: diaminopropionate ammonia-lyase family 27 399 1.8E-179 T 17-09-2021 IPR010081 Diaminopropionate ammonia-lyase GO:0008838|GO:0030170 +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 Gene3D G3DSA:3.40.50.1100 78 200 3.3E-142 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 Gene3D G3DSA:3.40.50.1100 35 397 3.3E-142 T 17-09-2021 IPR036052 Tryptophan synthase beta subunit-like PLP-dependent enzyme +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 CDD cd00640 Trp-synth-beta_II 47 267 9.21939E-35 T 17-09-2021 +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 Pfam PF00291 Pyridoxal-phosphate dependent enzyme 43 384 8.2E-49 T 17-09-2021 IPR001926 Pyridoxal-phosphate dependent enzyme +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 PANTHER PTHR42937:SF2 2 401 9.7E-192 T 17-09-2021 +MGYG000000001_00105 d366fc3a388763b866d14f4b7225ecd8 405 TIGRFAM TIGR03528 2_3_DAP_am_ly: diaminopropionate ammonia-lyase 4 400 4.4E-200 T 17-09-2021 IPR019871 Diaminopropionate ammonia-lyase, subgroup GO:0008838 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Gene3D G3DSA:1.10.10.10 81 143 5.1E-7 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Gene3D G3DSA:1.10.10.10 1 62 9.4E-10 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Pfam PF00874 PRD domain 294 379 8.2E-19 T 17-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Pfam PF00359 Phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 2 496 630 2.4E-19 T 17-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 ProSiteProfiles PS51099 PTS_EIIB type-2 domain profile. 395 484 10.558 T 17-09-2021 IPR013011 Phosphotransferase system, EIIB component, type 2 GO:0008982|GO:0009401 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 SUPERFAMILY SSF52794 394 472 3.82E-7 T 17-09-2021 IPR036095 PTS system IIB component-like superfamily GO:0008982|GO:0009401 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 PANTHER PTHR30185 2 631 2.8E-90 T 17-09-2021 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Pfam PF05043 Mga helix-turn-helix domain 95 148 3.6E-7 T 17-09-2021 IPR007737 Mga helix-turn-helix domain +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Gene3D G3DSA:3.40.930.10 493 631 3.0E-17 T 17-09-2021 IPR016152 Phosphotransferase/anion transporter Reactome: R-HSA-425381 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Gene3D G3DSA:1.10.1790.10 284 382 1.0E-17 T 17-09-2021 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 CDD cd05568 PTS_IIB_bgl_like 395 478 2.01975E-11 T 17-09-2021 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 ProSiteProfiles PS51094 PTS_EIIA type-2 domain profile. 494 633 22.663 T 17-09-2021 IPR002178 PTS EIIA type-2 domain +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 ProSiteProfiles PS51372 PRD domain profile. 282 389 18.344 T 17-09-2021 IPR011608 PRD domain GO:0006355 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Gene3D G3DSA:3.40.50.2300 395 479 1.0E-5 T 17-09-2021 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 SUPERFAMILY SSF55804 492 630 9.16E-23 T 17-09-2021 IPR016152 Phosphotransferase/anion transporter Reactome: R-HSA-425381 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Coils Coil 115 142 - T 17-09-2021 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 Pfam PF08279 HTH domain 2 60 1.4E-9 T 17-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 PANTHER PTHR30185:SF11 2 631 2.8E-90 T 17-09-2021 +MGYG000000001_02941 5f0a4d74106a92ffff2d483557a05880 636 SUPERFAMILY SSF63520 285 381 8.76E-18 T 17-09-2021 IPR036634 PRD domain superfamily GO:0006355 +MGYG000000001_02342 418011a0f6dec03a114b4269659370f0 446 PANTHER PTHR30330:SF7 14 437 3.4E-26 T 17-09-2021 +MGYG000000001_02342 418011a0f6dec03a114b4269659370f0 446 PANTHER PTHR30330 14 437 3.4E-26 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 PANTHER PTHR12903 2 102 6.1E-36 T 17-09-2021 IPR003256 Ribosomal protein L24 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 TIGRFAM TIGR01079 rplX_bact: ribosomal protein uL24 1 102 8.2E-39 T 17-09-2021 IPR003256 Ribosomal protein L24 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 Hamap MF_01326_B 50S ribosomal protein L24 [rplX]. 2 97 21.888 T 17-09-2021 IPR003256 Ribosomal protein L24 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 Pfam PF17136 Ribosomal proteins 50S L24/mitochondrial 39S L24 39 102 1.1E-29 T 17-09-2021 IPR003256 Ribosomal protein L24 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 ProSitePatterns PS01108 Ribosomal protein L24 signature. 7 24 - T 17-09-2021 IPR005825 Ribosomal protein L24/L26, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 SUPERFAMILY SSF50104 2 99 9.78E-38 T 17-09-2021 IPR008991 Translation protein SH3-like domain superfamily +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 CDD cd06089 KOW_RPL26 7 70 7.52124E-26 T 17-09-2021 IPR041988 Ribosomal Protein L26/L24, KOW domain +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 Pfam PF00467 KOW motif 6 37 3.9E-8 T 17-09-2021 IPR005824 KOW +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 Gene3D G3DSA:2.30.30.30 1 101 7.1E-41 T 17-09-2021 IPR014722 Ribosomal protein L2, domain 2 +MGYG000000001_02581 ca7fc4b64291c56103956ed1798175ce 102 SMART SM00739 3 30 3.3E-5 T 17-09-2021 IPR005824 KOW +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 PRINTS PR01044 Glycyl-tRNA synthetase alpha subunit signature 76 96 3.7E-65 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 PRINTS PR01044 Glycyl-tRNA synthetase alpha subunit signature 133 153 3.7E-65 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 PRINTS PR01044 Glycyl-tRNA synthetase alpha subunit signature 156 171 3.7E-65 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 PRINTS PR01044 Glycyl-tRNA synthetase alpha subunit signature 55 70 3.7E-65 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 PRINTS PR01044 Glycyl-tRNA synthetase alpha subunit signature 107 131 3.7E-65 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 PRINTS PR01044 Glycyl-tRNA synthetase alpha subunit signature 241 257 3.7E-65 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 Gene3D G3DSA:3.30.930.10 1 204 6.8E-112 T 17-09-2021 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 Pfam PF02091 Glycyl-tRNA synthetase alpha subunit 3 280 6.6E-150 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 SUPERFAMILY SSF55681 1 280 9.94E-132 T 17-09-2021 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 CDD cd00733 GlyRS_alpha_core 2 280 0.0 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 Gene3D G3DSA:1.20.58.180 205 285 1.8E-32 T 17-09-2021 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 TIGRFAM TIGR00388 glyQ: glycine--tRNA ligase, alpha subunit 1 288 3.1E-156 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 Hamap MF_00254 Glycine--tRNA ligase alpha subunit [glyQ]. 1 281 58.128 T 17-09-2021 IPR002310 Glycine-tRNA ligase, alpha subunit GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_00215 32b422ea0cc86500e20dc1e589f16be6 292 ProSiteProfiles PS50861 Heterodimeric glycyl-transfer RNA synthetases family profile. 2 276 101.651 T 17-09-2021 IPR006194 Glycine-tRNA synthetase, heterodimeric GO:0000166|GO:0004820|GO:0005524|GO:0005737|GO:0006426 KEGG: 00970+6.1.1.14 +MGYG000000001_03161 c87d11f09d51f7f94dbe05dceb72baed 61 MobiDBLite mobidb-lite consensus disorder prediction 33 50 - T 17-09-2021 +MGYG000000001_03161 c87d11f09d51f7f94dbe05dceb72baed 61 MobiDBLite mobidb-lite consensus disorder prediction 33 61 - T 17-09-2021 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 SMART SM00382 74 210 6.0E-23 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 SUPERFAMILY SSF140990 292 463 5.62E-54 T 17-09-2021 IPR037219 Peptidase M41-like GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 ProSitePatterns PS00674 AAA-protein family signature. 178 196 - T 17-09-2021 IPR003960 ATPase, AAA-type, conserved site GO:0005524 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 SUPERFAMILY SSF52540 37 302 8.65E-71 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Gene3D G3DSA:3.40.50.300 27 209 1.8E-68 T 17-09-2021 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 CDD cd00009 AAA 45 208 4.85247E-28 T 17-09-2021 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Gene3D G3DSA:1.10.8.60 210 283 4.2E-25 T 17-09-2021 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 PANTHER PTHR23076:SF97 22 465 2.7E-180 T 17-09-2021 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 PANTHER PTHR23076 22 465 2.7E-180 T 17-09-2021 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 TIGRFAM TIGR01241 FtsH_fam: ATP-dependent metallopeptidase HflB 28 461 1.4E-174 T 17-09-2021 IPR005936 Peptidase, FtsH GO:0004222|GO:0016020 Reactome: R-HSA-8949664 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Pfam PF17862 AAA+ lid domain 230 274 2.2E-11 T 17-09-2021 IPR041569 AAA ATPase, AAA+ lid domain +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 78 207 5.2E-47 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Hamap MF_01458 ATP-dependent zinc metalloprotease FtsH [ftsH]. 2 467 30.25 T 17-09-2021 IPR005936 Peptidase, FtsH GO:0004222|GO:0016020 Reactome: R-HSA-8949664 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Pfam PF01434 Peptidase family M41 291 460 9.2E-50 T 17-09-2021 IPR000642 Peptidase M41 GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_01369 34c6b640a2d04317c40915f29f21cca0 467 Gene3D G3DSA:1.20.58.760 284 467 1.3E-56 T 17-09-2021 IPR037219 Peptidase M41-like GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_03245 1a45f5f02ed225c36369201910ba0d2e 154 PANTHER PTHR31750:SF18 5 152 8.3E-12 T 17-09-2021 +MGYG000000001_03245 1a45f5f02ed225c36369201910ba0d2e 154 Pfam PF12638 Staygreen protein 9 153 5.1E-26 T 17-09-2021 IPR024438 Staygreen protein +MGYG000000001_03245 1a45f5f02ed225c36369201910ba0d2e 154 PANTHER PTHR31750 5 152 8.3E-12 T 17-09-2021 +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 Pfam PF01965 DJ-1/PfpI family 2 164 8.9E-44 T 17-09-2021 IPR002818 DJ-1/PfpI Reactome: R-HSA-3899300|Reactome: R-HSA-9613829|Reactome: R-HSA-9615710 +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 SUPERFAMILY SSF52317 1 182 2.58E-46 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 TIGRFAM TIGR01383 not_thiJ: DJ-1 family protein 3 176 2.3E-56 T 17-09-2021 IPR006287 Protein/nucleic acid deglycase DJ-1 Reactome: R-HSA-3899300|Reactome: R-HSA-9613829|Reactome: R-HSA-9615710 +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 CDD cd03135 GATase1_DJ-1 4 165 3.82099E-64 T 17-09-2021 +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 PANTHER PTHR43444:SF2 2 181 7.3E-50 T 17-09-2021 +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 PANTHER PTHR43444 2 181 7.3E-50 T 17-09-2021 +MGYG000000001_02982 ed9b7ef32efb5f34b4f35d153c922ac0 188 Gene3D G3DSA:3.40.50.880 1 187 8.5E-50 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_00642 ba7f565ee9f10fbdf2eef3c8142adaed 195 Coils Coil 134 154 - T 17-09-2021 +MGYG000000001_01650 114d68fd437906e1302fced7302ec0b5 211 Coils Coil 113 133 - T 17-09-2021 +MGYG000000001_01650 114d68fd437906e1302fced7302ec0b5 211 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 5.0 T 17-09-2021 +MGYG000000001_00482 78dc492472ecdcf14f3e1dedc352e4f9 132 Pfam PF06953 Arsenical resistance operon trans-acting repressor ArsD 73 124 1.8E-5 T 17-09-2021 IPR010712 Arsenical-resistance operon trans-acting repressor ArsD GO:0003677|GO:0045892|GO:0046685 +MGYG000000001_00482 78dc492472ecdcf14f3e1dedc352e4f9 132 Gene3D G3DSA:3.40.30.10 58 129 5.0E-6 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 MobiDBLite mobidb-lite consensus disorder prediction 61 148 - T 17-09-2021 +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 CDD cd05379 CAP_bacterial 156 277 6.99726E-47 T 17-09-2021 +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 PANTHER PTHR31157 57 277 3.0E-45 T 17-09-2021 +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 Gene3D G3DSA:3.40.33.10 15 277 3.6E-60 T 17-09-2021 IPR035940 CAP superfamily +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 SMART SM00198 154 278 0.004 T 17-09-2021 IPR014044 CAP domain +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 PANTHER PTHR31157:SF1 57 277 3.0E-45 T 17-09-2021 +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 Pfam PF00188 Cysteine-rich secretory protein family 160 276 1.4E-22 T 17-09-2021 IPR014044 CAP domain +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 TIGRFAM TIGR02909 spore_YkwD: uncharacterized protein, YkwD family 154 278 8.2E-61 T 17-09-2021 IPR014258 CAP domain, YkwD-like +MGYG000000001_02909 541394265517cfe59e8aa1e6d639022c 278 SUPERFAMILY SSF55797 153 276 2.49E-30 T 17-09-2021 IPR035940 CAP superfamily +MGYG000000001_00578 b28df3bdf999bbfc5da749a6f4336da1 154 Pfam PF14270 Domain of unknown function (DUF4358) 44 138 5.2E-13 T 17-09-2021 IPR025648 Protein of unknown function DUF4358 +MGYG000000001_00578 b28df3bdf999bbfc5da749a6f4336da1 154 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 6.0 T 17-09-2021 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 Pfam PF02875 Mur ligase family, glutamate ligase domain 313 385 7.0E-10 T 17-09-2021 IPR004101 Mur ligase, C-terminal GO:0005524|GO:0009058|GO:0016874 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 Hamap MF_00639 UDP-N-acetylmuramoylalanine--D-glutamate ligase [murD]. 6 452 34.954 T 17-09-2021 IPR005762 UDP-N-acetylmuramoylalanine-D-glutamate ligase GO:0005524|GO:0005737|GO:0008360|GO:0008764|GO:0051301 KEGG: 00471+6.3.2.9|KEGG: 00550+6.3.2.9|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 PANTHER PTHR43692 1 452 1.5E-143 T 17-09-2021 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 SUPERFAMILY SSF51984 6 96 4.45E-14 T 17-09-2021 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 SUPERFAMILY SSF53623 105 310 9.16E-52 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 Gene3D G3DSA:3.40.50.720 6 91 3.9E-21 T 17-09-2021 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 SUPERFAMILY SSF53244 313 452 4.12E-43 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 Pfam PF08245 Mur ligase middle domain 115 292 4.0E-37 T 17-09-2021 IPR013221 Mur ligase, central GO:0005524|GO:0009058 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 Gene3D G3DSA:3.40.1190.10 98 310 1.6E-62 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 Gene3D G3DSA:3.90.190.20 318 453 3.9E-47 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_01202 689a94912f813b680766cf58611bc7fa 453 TIGRFAM TIGR01087 murD: UDP-N-acetylmuramoylalanine--D-glutamate ligase 7 450 1.3E-132 T 17-09-2021 IPR005762 UDP-N-acetylmuramoylalanine-D-glutamate ligase GO:0005524|GO:0005737|GO:0008360|GO:0008764|GO:0051301 KEGG: 00471+6.3.2.9|KEGG: 00550+6.3.2.9|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_03104 c719d40ef095875eede576b02a5359ad 269 SUPERFAMILY SSF51569 20 258 3.57E-93 T 17-09-2021 +MGYG000000001_03104 c719d40ef095875eede576b02a5359ad 269 TIGRFAM TIGR01361 DAHP_synth_Bsub: 3-deoxy-7-phosphoheptulonate synthase 21 259 1.1E-111 T 17-09-2021 IPR006268 Phospho-2-dehydro-3-deoxyheptonate aldolase, subtype 2 GO:0009073|GO:0016832 KEGG: 00400+2.5.1.54|MetaCyc: PWY-6164 +MGYG000000001_03104 c719d40ef095875eede576b02a5359ad 269 Pfam PF00793 DAHP synthetase I family 24 257 3.8E-74 T 17-09-2021 IPR006218 DAHP synthetase I/KDSA GO:0009058 KEGG: 00540+2.5.1.55|MetaCyc: PWY-1269|MetaCyc: PWY-7674 +MGYG000000001_03104 c719d40ef095875eede576b02a5359ad 269 PANTHER PTHR43018 22 263 9.8E-114 T 17-09-2021 +MGYG000000001_03104 c719d40ef095875eede576b02a5359ad 269 Gene3D G3DSA:3.20.20.70 5 262 3.6E-97 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01844 d01ed023a5706d597428ab550233ef98 263 Pfam PF12640 UPF0489 domain 58 158 2.0E-15 T 17-09-2021 IPR024131 Uncharacterised protein family UPF0489 +MGYG000000001_02748 67889f199421e0a2868b69995a70e0c7 219 SMART SM00646 63 175 3.4E-23 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02748 67889f199421e0a2868b69995a70e0c7 219 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 5 172 1.6E-43 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02748 67889f199421e0a2868b69995a70e0c7 219 PANTHER PTHR30404 2 172 1.3E-44 T 17-09-2021 +MGYG000000001_02748 67889f199421e0a2868b69995a70e0c7 219 SUPERFAMILY SSF53187 1 178 6.28E-43 T 17-09-2021 +MGYG000000001_02748 67889f199421e0a2868b69995a70e0c7 219 CDD cd02696 MurNAc-LAA 3 172 2.24498E-58 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02748 67889f199421e0a2868b69995a70e0c7 219 Gene3D G3DSA:3.40.630.40 1 182 7.3E-46 T 17-09-2021 +MGYG000000001_01812 72f0675a13f96126062ce26700e9164d 188 TIGRFAM TIGR01603 maj_tail_phi13: phage major tail protein, phi13 family 10 185 2.6E-10 T 17-09-2021 IPR006490 Phage major tail protein, phi13 family +MGYG000000001_01426 101dda5a00e910b1282901813b8c8803 138 PANTHER PTHR38459:SF5 7 131 5.3E-28 T 17-09-2021 +MGYG000000001_01426 101dda5a00e910b1282901813b8c8803 138 Pfam PF04138 GtrA-like protein 12 129 2.6E-21 T 17-09-2021 IPR007267 GtrA-like protein GO:0000271|GO:0016021 +MGYG000000001_01426 101dda5a00e910b1282901813b8c8803 138 PANTHER PTHR38459 7 131 5.3E-28 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 MobiDBLite mobidb-lite consensus disorder prediction 226 255 - T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 244 306 19.354 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 253 303 9.0E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 403 453 3.8E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 33 84 1.2E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 328 378 3.8E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 106 156 1.0E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 478 528 3.0E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF08239 Bacterial SH3 domain 175 224 2.2E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:1.10.530.10 638 785 3.5E-10 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 24 87 16.894 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 394 456 19.479 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 469 531 17.363 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 470 527 7.3E-20 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 98 160 17.399 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 MobiDBLite mobidb-lite consensus disorder prediction 308 327 - T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 394 465 3.0E-20 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 244 315 6.3E-20 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 319 390 3.0E-20 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 166 236 6.7E-20 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 99 165 9.0E-20 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 166 228 17.78 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 166 228 3.3E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 24 87 1.3E-11 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 98 160 2.8E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 319 381 4.2E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 244 306 4.5E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 469 531 1.6E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00287 394 456 4.2E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 MobiDBLite mobidb-lite consensus disorder prediction 456 482 - T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Gene3D G3DSA:2.30.30.40 16 86 3.5E-17 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 ProSiteProfiles PS51781 SH3b domain profile. 319 381 19.479 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 PANTHER PTHR34408 249 390 3.7E-94 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 PANTHER PTHR34408 102 238 3.7E-94 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 PANTHER PTHR34408 30 102 3.7E-94 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 PANTHER PTHR34408 399 544 3.7E-94 T 17-09-2021 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 SMART SM00047 633 785 8.8E-20 T 17-09-2021 IPR002901 Mannosyl-glycoprotein endo-beta-N-acetylglucosamidase-like domain GO:0004040 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 Pfam PF01832 Mannosyl-glycoprotein endo-beta-N-acetylglucosaminidase 645 780 6.7E-13 T 17-09-2021 IPR002901 Mannosyl-glycoprotein endo-beta-N-acetylglucosamidase-like domain GO:0004040 +MGYG000000001_01618 59af808439973c498f40862f8d7851ba 798 MobiDBLite mobidb-lite consensus disorder prediction 382 403 - T 17-09-2021 +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 PANTHER PTHR11601 2 377 8.8E-130 T 17-09-2021 +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 SUPERFAMILY SSF53383 3 373 3.52E-99 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 Gene3D G3DSA:3.40.640.10 14 257 9.7E-139 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 PIRSF PIRSF005572 1 379 5.9E-122 T 17-09-2021 IPR016454 Cysteine desulfurase KEGG: 00730+2.8.1.7|MetaCyc: PWY-7250 +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 Pfam PF00266 Aminotransferase class-V 3 361 1.8E-85 T 17-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 Gene3D G3DSA:3.90.1150.10 3 372 9.7E-139 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 ProSitePatterns PS00595 Aminotransferases class-V pyridoxal-phosphate attachment site. 194 213 - T 17-09-2021 IPR020578 Aminotransferase class-V, pyridoxal-phosphate binding site +MGYG000000001_00417 dc00e127f3870d19e627454a70224e07 383 Coils Coil 251 278 - T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 PIRSF PIRSF000850 122 300 0.0044 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 PIRSF PIRSF000850 316 413 0.26 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 PIRSF PIRSF000850 389 492 35.0 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 CDD cd09110 PLDc_CLS_1 139 294 2.03189E-79 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 SMART SM00155 409 436 9.5E-6 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 SMART SM00155 233 260 5.4E-6 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 Hamap MF_01916 Cardiolipin synthase. 11 496 43.754 T 17-09-2021 IPR030874 Cardiolipin synthase, Firmicutes-type GO:0008808|GO:0032049 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 Pfam PF13396 Phospholipase_D-nuclease N-terminal 21 59 4.5E-9 T 17-09-2021 IPR027379 Cardiolipin synthase N-terminal +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 ProSiteProfiles PS50035 Phospholipase D phosphodiesterase active site profile. 409 436 13.112 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 ProSiteProfiles PS50035 Phospholipase D phosphodiesterase active site profile. 233 260 12.764 T 17-09-2021 IPR001736 Phospholipase D/Transphosphatidylase GO:0003824 Reactome: R-HSA-1483148 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 Pfam PF13091 PLD-like domain 148 270 5.5E-12 T 17-09-2021 IPR025202 Phospholipase D-like domain Reactome: R-HSA-1483148|Reactome: R-HSA-1483166 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 Pfam PF13091 PLD-like domain 340 462 1.1E-29 T 17-09-2021 IPR025202 Phospholipase D-like domain Reactome: R-HSA-1483148|Reactome: R-HSA-1483166 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 Gene3D G3DSA:3.30.870.10 125 313 4.3E-44 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 TIGRFAM TIGR04265 bac_cardiolipin: cardiolipin synthase 12 496 2.0E-162 T 17-09-2021 IPR022924 Cardiolipin synthase GO:0008808|GO:0016780|GO:0032049 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 SUPERFAMILY SSF56024 120 326 7.22E-54 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 SUPERFAMILY SSF56024 285 480 1.32E-49 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 PANTHER PTHR21248:SF20 14 496 4.4E-161 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 CDD cd09112 PLDc_CLS_2 321 494 6.78147E-92 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 Gene3D G3DSA:3.30.870.10 314 468 2.0E-29 T 17-09-2021 +MGYG000000001_01073 c8e84515cae09cbda4f18f1e25fdc9b3 496 PANTHER PTHR21248 14 496 4.4E-161 T 17-09-2021 +MGYG000000001_01001 cafabcb6988e3ee87a06f968cdb3e59c 497 Gene3D G3DSA:1.10.260.40 2 55 9.7E-6 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01001 cafabcb6988e3ee87a06f968cdb3e59c 497 CDD cd00093 HTH_XRE 24 55 0.00287224 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_01001 cafabcb6988e3ee87a06f968cdb3e59c 497 SUPERFAMILY SSF47413 4 55 1.6E-5 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01394 9ab0dbf4ebf684cf17bfbd84de1fc229 301 Pfam PF13349 Putative adhesin 62 297 7.7E-30 T 17-09-2021 IPR025164 Putative adhesin +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 Pfam PF03610 PTS system fructose IIA component 4 114 2.4E-18 T 17-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 PANTHER PTHR33799:SF4 2 134 2.9E-38 T 17-09-2021 +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 CDD cd00006 PTS_IIA_man 2 118 9.11185E-24 T 17-09-2021 IPR033887 PTS system mannose/sorbose specific IIA subunit +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 SUPERFAMILY SSF53062 1 128 7.72E-33 T 17-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 Gene3D G3DSA:3.40.50.510 1 138 2.4E-39 T 17-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 PANTHER PTHR33799 2 134 2.9E-38 T 17-09-2021 +MGYG000000001_01972 9d71789707193763a8299a104d2db592 138 ProSiteProfiles PS51096 PTS_EIIA type-4 domain profile. 1 122 21.153 T 17-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PANTHER PTHR42760 6 283 2.6E-114 T 17-09-2021 +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PANTHER PTHR42760:SF48 6 283 2.6E-114 T 17-09-2021 +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 SUPERFAMILY SSF51735 10 279 5.08E-62 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 179 198 5.9E-9 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 87 98 5.9E-9 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 159 167 5.9E-9 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 Gene3D G3DSA:3.40.50.720 4 283 6.9E-70 T 17-09-2021 +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 Pfam PF00106 short chain dehydrogenase 12 220 4.3E-39 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 13 30 2.8E-29 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 240 260 2.8E-29 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 179 198 2.8E-29 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 200 217 2.8E-29 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 87 98 2.8E-29 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 153 169 2.8E-29 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 CDD cd08935 mannonate_red_SDR_c 7 282 4.92229E-163 T 17-09-2021 +MGYG000000001_02206 73ceacdcf48c4349fbff6a24996b4b4b 283 ProSitePatterns PS00061 Short-chain dehydrogenases/reductases family signature. 166 194 - T 17-09-2021 IPR020904 Short-chain dehydrogenase/reductase, conserved site GO:0016491 +MGYG000000001_02195 44e923a20c4ed9efb6e5faaaa7bd7ef4 316 PANTHER PTHR34308 3 314 2.3E-111 T 17-09-2021 IPR004485 Cobalamin biosynthesis CobD/CbiB GO:0009236|GO:0016021|GO:0048472 +MGYG000000001_02195 44e923a20c4ed9efb6e5faaaa7bd7ef4 316 TIGRFAM TIGR00380 cobD: cobalamin biosynthesis protein CobD 8 312 2.2E-71 T 17-09-2021 IPR004485 Cobalamin biosynthesis CobD/CbiB GO:0009236|GO:0016021|GO:0048472 +MGYG000000001_02195 44e923a20c4ed9efb6e5faaaa7bd7ef4 316 Hamap MF_00024 Cobalamin biosynthesis protein CbiB [cbiB]. 1 316 93.342 T 17-09-2021 IPR004485 Cobalamin biosynthesis CobD/CbiB GO:0009236|GO:0016021|GO:0048472 +MGYG000000001_02195 44e923a20c4ed9efb6e5faaaa7bd7ef4 316 Pfam PF03186 CobD/Cbib protein 7 296 1.4E-101 T 17-09-2021 IPR004485 Cobalamin biosynthesis CobD/CbiB GO:0009236|GO:0016021|GO:0048472 +MGYG000000001_00597 b29255e9581bfa9d2216bd64aed10aa3 54 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 6.0 T 17-09-2021 +MGYG000000001_00597 b29255e9581bfa9d2216bd64aed10aa3 54 MobiDBLite mobidb-lite consensus disorder prediction 27 54 - T 17-09-2021 +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 Gene3D G3DSA:3.40.50.1000 8 207 1.2E-75 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 PANTHER PTHR43434 5 215 5.7E-75 T 17-09-2021 +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 PANTHER PTHR43434:SF6 5 215 5.7E-75 T 17-09-2021 +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 Pfam PF13419 Haloacid dehalogenase-like hydrolase 8 186 8.0E-30 T 17-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 Gene3D G3DSA:1.10.150.240 19 84 1.2E-75 T 17-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 SFLD SFLDG01129 C1.5: HAD, Beta-PGM, Phosphatase Like 4 215 1.597E-43 T 17-09-2021 +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 SUPERFAMILY SSF56784 3 215 1.65E-59 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 CDD cd04302 HAD_5NT 7 215 4.91849E-107 T 17-09-2021 +MGYG000000001_00894 c8b899a101a1e0cd0ddb2012d3b96518 215 SFLD SFLDG01135 C1.5.6: HAD, Beta-PGM, Phosphatase Like 4 215 1.597E-43 T 17-09-2021 +MGYG000000001_02785 9963b7c4b88ca8556ef1af996931c426 229 Pfam PF02361 Cobalt transport protein 10 222 1.8E-32 T 17-09-2021 IPR003339 ABC/ECF transporter, transmembrane component +MGYG000000001_02785 9963b7c4b88ca8556ef1af996931c426 229 PANTHER PTHR43723 3 226 6.6E-59 T 17-09-2021 +MGYG000000001_02785 9963b7c4b88ca8556ef1af996931c426 229 TIGRFAM TIGR02454 ECF_T_CbiQ: cobalt ECF transporter T component CbiQ 17 216 1.3E-41 T 17-09-2021 IPR012809 Cobalt ECF transporter T component CbiQ GO:0005887|GO:0006824|GO:0043190 +MGYG000000001_01161 10122f17fccf3a35efb5686d9192dd51 221 PIRSF PIRSF018506 1 220 2.8E-95 T 17-09-2021 IPR025541 Propanediol/glycerol dehydratase, medium subunit KEGG: 00640+4.2.1.28|MetaCyc: PWY-7013 +MGYG000000001_01161 10122f17fccf3a35efb5686d9192dd51 221 Gene3D G3DSA:3.40.50.10150 31 221 2.2E-79 T 17-09-2021 IPR010254 B12-dependent dehydratases, beta subunit +MGYG000000001_01161 10122f17fccf3a35efb5686d9192dd51 221 SUPERFAMILY SSF52968 43 220 1.24E-66 T 17-09-2021 IPR010254 B12-dependent dehydratases, beta subunit +MGYG000000001_01161 10122f17fccf3a35efb5686d9192dd51 221 Pfam PF02288 Dehydratase medium subunit 64 177 1.9E-37 T 17-09-2021 IPR003208 Diol/glycerol dehydratase/dehydratase reactivating factor +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 Hamap MF_00187 Sulfur carrier protein FdhD [fdhD]. 13 256 28.819 T 17-09-2021 IPR003786 Sulfur carrier protein FdhD GO:0016783 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 Gene3D G3DSA:3.10.20.10 37 108 9.0E-14 T 17-09-2021 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 Gene3D G3DSA:3.40.140.10 113 257 4.4E-50 T 17-09-2021 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 TIGRFAM TIGR00129 fdhD_narQ: formate dehydrogenase family accessory protein FdhD 31 256 3.3E-62 T 17-09-2021 IPR003786 Sulfur carrier protein FdhD GO:0016783 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 PIRSF PIRSF015626 1 257 1.2E-68 T 17-09-2021 IPR003786 Sulfur carrier protein FdhD GO:0016783 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 PANTHER PTHR30592 26 256 1.8E-63 T 17-09-2021 IPR003786 Sulfur carrier protein FdhD GO:0016783 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 SUPERFAMILY SSF53927 14 255 1.11E-67 T 17-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_00020 c03924620cc2a11926c43a89d4cb85ab 257 Pfam PF02634 FdhD/NarQ family 35 255 1.4E-65 T 17-09-2021 IPR003786 Sulfur carrier protein FdhD GO:0016783 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 CDD cd01392 HTH_LacI 6 57 5.43397E-24 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 Gene3D G3DSA:3.40.50.2300 165 329 3.3E-65 T 17-09-2021 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 CDD cd06294 PBP1_ycjW_transcription_regulator_like 62 327 3.6607E-98 T 17-09-2021 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 PANTHER PTHR30146:SF99 1 331 4.8E-92 T 17-09-2021 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 Gene3D G3DSA:3.40.50.2300 77 324 3.3E-65 T 17-09-2021 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 SMART SM00354 2 72 2.2E-31 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 ProSiteProfiles PS50932 LacI-type HTH domain profile. 3 57 35.274 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 SUPERFAMILY SSF53822 59 326 4.32E-55 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 SUPERFAMILY SSF47413 2 60 1.97E-19 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 Pfam PF13377 Periplasmic binding protein-like domain 175 331 4.2E-25 T 17-09-2021 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 Gene3D G3DSA:1.10.260.40 1 60 2.7E-26 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 PANTHER PTHR30146 1 331 4.8E-92 T 17-09-2021 +MGYG000000001_01234 5db285cede664e8c33e86bec398e0702 333 Pfam PF00356 Bacterial regulatory proteins, lacI family 4 49 4.5E-19 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03165 ba8fc19e7ae7c9c6dbbb5cb0aac92d98 100 Pfam PF07561 Domain of Unknown Function (DUF1540) 5 42 4.0E-7 T 17-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_03165 ba8fc19e7ae7c9c6dbbb5cb0aac92d98 100 Pfam PF07561 Domain of Unknown Function (DUF1540) 65 97 1.6E-6 T 17-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_00130 620cb313c0b0f562952b4b005ef88e85 75 PANTHER PTHR34182 4 74 1.8E-14 T 17-09-2021 IPR004692 Preprotein translocase SecG subunit GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_00130 620cb313c0b0f562952b4b005ef88e85 75 Pfam PF03840 Preprotein translocase SecG subunit 5 73 1.7E-17 T 17-09-2021 IPR004692 Preprotein translocase SecG subunit GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_00130 620cb313c0b0f562952b4b005ef88e85 75 PRINTS PR01651 Protein-export SecG membrane protein signature 54 75 1.0E-9 T 17-09-2021 IPR004692 Preprotein translocase SecG subunit GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_00130 620cb313c0b0f562952b4b005ef88e85 75 PRINTS PR01651 Protein-export SecG membrane protein signature 38 54 1.0E-9 T 17-09-2021 IPR004692 Preprotein translocase SecG subunit GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_00130 620cb313c0b0f562952b4b005ef88e85 75 PRINTS PR01651 Protein-export SecG membrane protein signature 4 24 1.0E-9 T 17-09-2021 IPR004692 Preprotein translocase SecG subunit GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_00130 620cb313c0b0f562952b4b005ef88e85 75 TIGRFAM TIGR00810 secG: preprotein translocase, SecG subunit 4 74 3.9E-19 T 17-09-2021 IPR004692 Preprotein translocase SecG subunit GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 ProSitePatterns PS00211 ABC transporters family signature. 124 138 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 234 18.427 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 PANTHER PTHR43776 17 201 2.7E-59 T 17-09-2021 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 SUPERFAMILY SSF52540 3 199 4.62E-45 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 Pfam PF00005 ABC transporter 19 151 3.9E-21 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 PANTHER PTHR43776:SF5 17 201 2.7E-59 T 17-09-2021 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 Gene3D G3DSA:3.40.50.300 2 269 1.0E-49 T 17-09-2021 +MGYG000000001_02792 4439259654aec93a4d921741d5365a4e 283 SMART SM00382 28 200 4.1E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01196 b4e584bbaea118611cbef28968ef3c07 477 PANTHER PTHR33451 1 472 2.8E-154 T 17-09-2021 +MGYG000000001_01196 b4e584bbaea118611cbef28968ef3c07 477 PANTHER PTHR33451:SF3 1 472 2.8E-154 T 17-09-2021 +MGYG000000001_01196 b4e584bbaea118611cbef28968ef3c07 477 TIGRFAM TIGR00931 antiport_nhaC: Na+/H+ antiporter NhaC 7 464 6.6E-154 T 17-09-2021 IPR004770 Na+/H+ antiporter NhaC GO:0015297|GO:0016021 +MGYG000000001_01196 b4e584bbaea118611cbef28968ef3c07 477 Pfam PF03553 Na+/H+ antiporter family 161 460 7.9E-53 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 PANTHER PTHR30217 2 786 1.8E-198 T 17-09-2021 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 ProSitePatterns PS01276 Peptidase family U32 signature. 161 179 - T 17-09-2021 IPR001539 Peptidase U32 GO:0006508|GO:0008233 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 Pfam PF01136 Peptidase family U32 75 299 3.5E-84 T 17-09-2021 IPR001539 Peptidase U32 GO:0006508|GO:0008233 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 Pfam PF01136 Peptidase family U32 587 791 6.6E-18 T 17-09-2021 IPR001539 Peptidase U32 GO:0006508|GO:0008233 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 PANTHER PTHR30217:SF10 2 786 1.8E-198 T 17-09-2021 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 SUPERFAMILY SSF51366 13 166 1.29E-5 T 17-09-2021 IPR011060 Ribulose-phosphate binding barrel GO:0003824 +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 Pfam PF12392 Collagenase 384 503 2.4E-22 T 17-09-2021 IPR020988 Peptidase U32, collagenase +MGYG000000001_01359 efcfbe14dfabbc48debf41cda97ed3ef 803 Coils Coil 528 548 - T 17-09-2021 +MGYG000000001_02001 f9a58e18c29874bc7405a8269e849253 170 Pfam PF07486 Cell Wall Hydrolase 71 168 9.2E-30 T 17-09-2021 IPR011105 Cell wall hydrolase, SleB GO:0016787 +MGYG000000001_02001 f9a58e18c29874bc7405a8269e849253 170 Gene3D G3DSA:1.10.10.2520 55 134 1.9E-31 T 17-09-2021 IPR042047 Cell wall hydrolase SleB, domain 1 +MGYG000000001_02001 f9a58e18c29874bc7405a8269e849253 170 Gene3D G3DSA:2.40.10.420 135 170 2.1E-15 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 CDD cd00012 NBD_sugar-kinase_HSP70_actin 5 160 6.94529E-4 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 PANTHER PTHR30005 2 303 4.0E-79 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 PANTHER PTHR30005:SF12 2 303 4.0E-79 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 SUPERFAMILY SSF53067 126 303 1.19E-42 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 SUPERFAMILY SSF53067 2 122 7.34E-31 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 Gene3D G3DSA:3.30.420.40 1 123 1.4E-35 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 Gene3D G3DSA:3.30.420.150 124 306 1.4E-54 T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 Coils Coil 228 248 - T 17-09-2021 +MGYG000000001_00706 ef4982a89b0aa0ca73a94cc71f5f055e 306 Pfam PF02541 Ppx/GppA phosphatase family 31 304 2.7E-61 T 17-09-2021 IPR003695 Ppx/GppA phosphatase KEGG: 00230+3.6.1.40 +MGYG000000001_00790 eb97ff6639129bf004fa0097a77bb549 470 PANTHER PTHR19328 27 466 2.2E-47 T 17-09-2021 +MGYG000000001_00790 eb97ff6639129bf004fa0097a77bb549 470 SUPERFAMILY SSF50952 68 315 2.09E-11 T 17-09-2021 IPR011041 Soluble quinoprotein glucose/sorbosone dehydrogenase GO:0003824 +MGYG000000001_00790 eb97ff6639129bf004fa0097a77bb549 470 Pfam PF07995 Glucose / Sorbosone dehydrogenase 31 280 8.1E-12 T 17-09-2021 IPR012938 Glucose/Sorbosone dehydrogenase +MGYG000000001_00790 eb97ff6639129bf004fa0097a77bb549 470 PANTHER PTHR19328:SF13 27 466 2.2E-47 T 17-09-2021 +MGYG000000001_00790 eb97ff6639129bf004fa0097a77bb549 470 Gene3D G3DSA:2.120.10.30 1 399 2.0E-26 T 17-09-2021 IPR011042 Six-bladed beta-propeller, TolB-like +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 CDD cd07377 WHTH_GntR 10 75 1.64791E-19 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 PANTHER PTHR38445:SF6 1 120 1.6E-39 T 17-09-2021 +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 SUPERFAMILY SSF46785 4 88 1.37E-18 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 Gene3D G3DSA:1.10.10.10 8 121 2.9E-23 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 SMART SM00345 15 74 2.2E-13 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 74 2.7E-13 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 ProSiteProfiles PS50949 GntR-type HTH domain profile. 9 77 19.482 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02083 c36fabf78488540b0aefe7110b277e0d 121 PANTHER PTHR38445 1 120 1.6E-39 T 17-09-2021 +MGYG000000001_03082 2810ef983605ec5f4ff7c2a3ead46b66 670 Pfam PF02687 FtsX-like permease family 88 184 5.6E-10 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_03082 2810ef983605ec5f4ff7c2a3ead46b66 670 PIRSF PIRSF018968 1 670 1.2E-75 T 17-09-2021 IPR027022 ABC transporter permease protein, BceB-type GO:0055085 +MGYG000000001_03082 2810ef983605ec5f4ff7c2a3ead46b66 670 PANTHER PTHR46795:SF3 1 669 6.5E-158 T 17-09-2021 +MGYG000000001_03082 2810ef983605ec5f4ff7c2a3ead46b66 670 PANTHER PTHR46795 1 669 6.5E-158 T 17-09-2021 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 CDD cd07377 WHTH_GntR 14 75 2.06354E-16 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 Pfam PF07729 FCD domain 88 207 4.8E-15 T 17-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 PANTHER PTHR43537:SF6 15 208 8.8E-29 T 17-09-2021 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 Gene3D G3DSA:1.20.120.530 80 213 3.3E-16 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 34 48 2.7E-5 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 48 64 2.7E-5 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 SMART SM00345 16 74 1.0E-15 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 Gene3D G3DSA:1.10.10.10 3 75 8.5E-20 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 SUPERFAMILY SSF48008 82 208 3.66E-11 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 ProSiteProfiles PS50949 GntR-type HTH domain profile. 10 77 16.51 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 PANTHER PTHR43537 15 208 8.8E-29 T 17-09-2021 +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 SMART SM00895 84 208 2.4E-4 T 17-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 SUPERFAMILY SSF46785 14 84 5.57E-16 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02205 8fd910e60dee1c60e67518f128e6be9f 231 Pfam PF00392 Bacterial regulatory proteins, gntR family 16 74 1.1E-16 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02296 55fc0422753efe8c627500760e91ad81 405 Pfam PF16822 SGNH hydrolase-like domain, acetyltransferase AlgX 110 221 1.2E-12 T 17-09-2021 IPR031811 AlgX/AlgJ, SGNH hydrolase-like domain +MGYG000000001_00581 8c0d96feb8f57272c2171e62a7b48ee1 222 Pfam PF03692 Putative zinc- or iron-chelating domain 29 116 5.1E-10 T 17-09-2021 IPR005358 Putative zinc- or iron-chelating domain containing protein +MGYG000000001_00581 8c0d96feb8f57272c2171e62a7b48ee1 222 PANTHER PTHR35866 5 183 4.7E-19 T 17-09-2021 +MGYG000000001_01403 4c3a6cee1324c8cc297a6bf3f79163a6 114 SUPERFAMILY SSF54631 18 100 2.6E-5 T 17-09-2021 +MGYG000000001_00293 86b9070086b28f67dba2cc67f216f34d 232 PANTHER PTHR42731:SF1 5 163 4.8E-31 T 17-09-2021 +MGYG000000001_00293 86b9070086b28f67dba2cc67f216f34d 232 PANTHER PTHR42731 5 163 4.8E-31 T 17-09-2021 +MGYG000000001_00293 86b9070086b28f67dba2cc67f216f34d 232 Pfam PF10105 Uncharacterized protein conserved in bacteria (DUF2344) 5 192 2.0E-58 T 17-09-2021 IPR018768 Domain of unknown function DUF2344 +MGYG000000001_00293 86b9070086b28f67dba2cc67f216f34d 232 TIGRFAM TIGR03936 sam_1_link_chp: radical SAM-linked protein 5 221 3.5E-68 T 17-09-2021 IPR018768 Domain of unknown function DUF2344 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 CDD cd16443 LplA 1 199 9.66791E-79 T 17-09-2021 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 Gene3D G3DSA:3.30.390.50 239 326 4.8E-26 T 17-09-2021 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 SUPERFAMILY SSF55681 1 238 3.55E-78 T 17-09-2021 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 Pfam PF10437 Bacterial lipoate protein ligase C-terminus 240 321 2.8E-23 T 17-09-2021 IPR019491 Lipoate protein ligase, C-terminal KEGG: 00785+6.3.1.20 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 PANTHER PTHR12561 3 308 4.9E-88 T 17-09-2021 IPR004562 Lipoyltransferase/lipoate-protein ligase GO:0009249 KEGG: 00785+6.3.1.20|Reactome: R-HSA-389661 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 SUPERFAMILY SSF82649 239 324 2.04E-22 T 17-09-2021 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 TIGRFAM TIGR00545 lipoyltrans: lipoyltransferase and lipoate-protein ligase 3 312 2.1E-103 T 17-09-2021 IPR004562 Lipoyltransferase/lipoate-protein ligase GO:0009249 KEGG: 00785+6.3.1.20|Reactome: R-HSA-389661 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 Gene3D G3DSA:3.30.930.10 1 238 2.8E-78 T 17-09-2021 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 ProSiteProfiles PS51733 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL) catalytic domain profile. 24 210 33.069 T 17-09-2021 IPR004143 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL), catalytic domain GO:0006464 KEGG: 00785+2.3.1.181|MetaCyc: PWY-6987|MetaCyc: PWY-7382 +MGYG000000001_01143 4dcdb70294bf5558714c8887b972e8d8 335 Pfam PF03099 Biotin/lipoate A/B protein ligase family 43 147 2.6E-9 T 17-09-2021 IPR004143 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL), catalytic domain GO:0006464 KEGG: 00785+2.3.1.181|MetaCyc: PWY-6987|MetaCyc: PWY-7382 +MGYG000000001_00228 7bf8b5c410f0383f15b36544c6513054 165 PANTHER PTHR10057:SF0 6 165 2.1E-37 T 17-09-2021 +MGYG000000001_00228 7bf8b5c410f0383f15b36544c6513054 165 Pfam PF03073 TspO/MBR family 14 161 3.0E-37 T 17-09-2021 IPR004307 TspO/MBR-related protein GO:0016021 +MGYG000000001_00228 7bf8b5c410f0383f15b36544c6513054 165 CDD cd15904 TSPO_MBR 15 161 1.60224E-35 T 17-09-2021 IPR004307 TspO/MBR-related protein GO:0016021 +MGYG000000001_00228 7bf8b5c410f0383f15b36544c6513054 165 Gene3D G3DSA:1.20.1260.100 6 165 5.4E-39 T 17-09-2021 IPR038330 TspO/MBR-related superfamily +MGYG000000001_00228 7bf8b5c410f0383f15b36544c6513054 165 PIRSF PIRSF005859 5 165 1.5E-36 T 17-09-2021 IPR004307 TspO/MBR-related protein GO:0016021 +MGYG000000001_00228 7bf8b5c410f0383f15b36544c6513054 165 PANTHER PTHR10057 6 165 2.1E-37 T 17-09-2021 IPR004307 TspO/MBR-related protein GO:0016021 +MGYG000000001_01006 80e761153f7e9032553d188085d5bac5 105 SUPERFAMILY SSF46689 7 101 1.36E-14 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01006 80e761153f7e9032553d188085d5bac5 105 Coils Coil 79 105 - T 17-09-2021 +MGYG000000001_01006 80e761153f7e9032553d188085d5bac5 105 Pfam PF13518 Helix-turn-helix domain 16 65 4.3E-9 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 274 452 14.049 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 530 694 8.841 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Gene3D G3DSA:3.40.50.300 454 696 1.9E-49 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Pfam PF00271 Helicase conserved C-terminal domain 538 654 4.8E-5 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Pfam PF11867 Domain of unknown function (DUF3387) 684 1003 9.4E-80 T 17-09-2021 IPR021810 Protein of unknown function DUF3387 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 SUPERFAMILY SSF52540 378 683 1.79E-11 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 SUPERFAMILY SSF52540 216 480 6.57E-28 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 TIGRFAM TIGR00348 hsdR: type I site-specific deoxyribonuclease, HsdR family 4 684 6.9E-180 T 17-09-2021 IPR004473 Restriction endonuclease, type I, HsdR GO:0003677|GO:0005524|GO:0009035|GO:0009307 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Pfam PF18766 SWI2/SNF2 ATPase 260 494 3.3E-75 T 17-09-2021 IPR040980 SWI2/SNF2 ATPase +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 PANTHER PTHR30195 3 1000 3.1E-251 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 SMART SM00487 252 468 2.3E-13 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 PANTHER PTHR30195:SF15 3 1000 3.1E-251 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 CDD cd18030 DEXHc_RE_I_HsdR 239 455 1.8458E-66 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 CDD cd18800 SF2_C_EcoR124I-like 611 666 3.59416E-29 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Gene3D G3DSA:3.40.50.300 256 453 1.2E-43 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Gene3D G3DSA:3.90.1570.50 80 255 2.8E-29 T 17-09-2021 +MGYG000000001_00615 3896713bfae4bbfd51c46a7348b7848b 1007 Pfam PF04313 Type I restriction enzyme R protein N terminus (HSDR_N) 2 199 8.4E-36 T 17-09-2021 IPR007409 Restriction endonuclease, type I, HsdR, N-terminal GO:0003677|GO:0004519|GO:0006304 +MGYG000000001_00551 42a8a20ca8110a826f6b3b2ebbae9998 436 Coils Coil 54 74 - T 17-09-2021 +MGYG000000001_00551 42a8a20ca8110a826f6b3b2ebbae9998 436 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 6.0 T 17-09-2021 +MGYG000000001_01687 e2313632b25e741b95fd95635cdd9818 129 PANTHER PTHR30607 1 113 1.4E-43 T 17-09-2021 IPR004623 Potassium-transporting ATPase A chain GO:0006813|GO:0008556 +MGYG000000001_01687 e2313632b25e741b95fd95635cdd9818 129 Pfam PF03814 Potassium-transporting ATPase A subunit 1 116 3.7E-45 T 17-09-2021 IPR004623 Potassium-transporting ATPase A chain GO:0006813|GO:0008556 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 SUPERFAMILY SSF53613 1 303 6.39E-64 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 TIGRFAM TIGR03828 pfkB: 1-phosphofructokinase 2 302 8.5E-106 T 17-09-2021 IPR022463 Fructose 1-phosphate kinase GO:0008662 KEGG: 00051+2.7.1.56 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 Pfam PF00294 pfkB family carbohydrate kinase 11 284 7.2E-51 T 17-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 PANTHER PTHR46566:SF1 1 304 4.7E-108 T 17-09-2021 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 Gene3D G3DSA:3.40.1190.20 1 305 1.5E-99 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 TIGRFAM TIGR03168 1-PFK: hexose kinase, 1-phosphofructokinase family 2 302 4.2E-104 T 17-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 PIRSF PIRSF000535 1 305 3.4E-84 T 17-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 PANTHER PTHR46566 1 304 4.7E-108 T 17-09-2021 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 CDD cd01164 FruK_PfkB_like 1 288 1.24383E-122 T 17-09-2021 IPR017583 Tagatose/fructose phosphokinase GO:0005975|GO:0016773 +MGYG000000001_02914 e025010112eba53783362e697c6738f0 305 ProSitePatterns PS00584 pfkB family of carbohydrate kinases signature 2. 245 258 - T 17-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 SUPERFAMILY SSF55785 404 524 2.09E-6 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Gene3D G3DSA:1.10.287.130 653 747 1.6E-16 T 17-09-2021 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Pfam PF00512 His Kinase A (phospho-acceptor) domain 676 746 1.6E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 SUPERFAMILY SSF47384 660 746 1.33E-13 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 SMART SM00388 674 746 2.4E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 SMART SM00387 792 904 9.1E-29 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Gene3D G3DSA:3.30.565.10 753 906 6.4E-38 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Gene3D G3DSA:3.30.450.20 530 652 4.7E-10 T 17-09-2021 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 PANTHER PTHR43547 659 902 4.6E-59 T 17-09-2021 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 534 659 9.1E-7 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 SUPERFAMILY SSF55874 735 901 3.54E-41 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 793 902 5.3E-24 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 PRINTS PR00344 Bacterial sensor protein C-terminal signature 829 843 3.9E-12 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 PRINTS PR00344 Bacterial sensor protein C-terminal signature 847 857 3.9E-12 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 PRINTS PR00344 Bacterial sensor protein C-terminal signature 864 882 3.9E-12 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 PRINTS PR00344 Bacterial sensor protein C-terminal signature 888 901 3.9E-12 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 ProSiteProfiles PS50109 Histidine kinase domain profile. 681 904 43.75 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 CDD cd00082 HisKA 675 742 1.29859E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Gene3D G3DSA:3.30.450.20 405 524 6.2E-5 T 17-09-2021 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Pfam PF13188 PAS domain 540 583 3.7E-4 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 Coils Coil 404 427 - T 17-09-2021 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 CDD cd00075 HATPase 797 900 2.36644E-31 T 17-09-2021 +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 SUPERFAMILY SSF55785 530 651 1.26E-9 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00261 a0b07c66b320b71974443a0a79f6f32f 938 ProSiteProfiles PS50112 PAS repeat profile. 536 577 9.685 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 Gene3D G3DSA:3.30.565.10 340 489 4.1E-24 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 CDD cd00082 HisKA 269 333 7.86072E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 SUPERFAMILY SSF158472 204 254 4.71E-7 T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 SMART SM00388 271 337 5.2E-5 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 Gene3D G3DSA:1.20.1480.50 171 258 1.2E-8 T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 PANTHER PTHR42878:SF3 5 486 5.9E-51 T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 SUPERFAMILY SSF47384 256 335 1.24E-10 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 Gene3D G3DSA:1.10.287.130 259 337 2.4E-11 T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 Coils Coil 241 268 - T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 ProSiteProfiles PS50885 HAMP domain profile. 204 256 7.652 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 382 482 5.5E-14 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 PANTHER PTHR42878 5 486 5.9E-51 T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 ProSiteProfiles PS50109 Histidine kinase domain profile. 278 488 27.947 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 SMART SM00387 381 486 1.4E-19 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 CDD cd00075 HATPase 386 466 1.43891E-19 T 17-09-2021 +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 SUPERFAMILY SSF55874 343 480 1.83E-24 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00904 a8a994061a03fb88104f98b9a0fd0d31 495 CDD cd06225 HAMP 206 251 0.00129583 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 SUPERFAMILY SSF52540 215 927 5.46E-18 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 CDD cd18788 SF2_C_XPD 778 926 8.32164E-6 T 17-09-2021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 Gene3D G3DSA:3.40.50.300 275 559 3.1E-31 T 17-09-2021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 ProSiteProfiles PS51193 Superfamilies 1 and 2 helicase ATP-binding type-2 domain profile. 268 549 16.524 T 17-09-2021 IPR014013 Helicase superfamily 1/2, ATP-binding domain, DinG/Rad3-type GO:0005524 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 Pfam PF00929 Exonuclease 22 172 1.4E-14 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 Pfam PF13307 Helicase C-terminal domain 791 927 9.7E-18 T 17-09-2021 IPR006555 ATP-dependent helicase, C-terminal GO:0003676|GO:0004386|GO:0005524|GO:0006139|GO:0016818 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 Gene3D G3DSA:3.30.420.10 15 184 4.5E-30 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 785 979 6.829 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 PANTHER PTHR11472:SF60 271 926 6.1E-84 T 17-09-2021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 SMART SM00479 20 182 1.7E-17 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 Gene3D G3DSA:3.40.50.300 763 943 4.1E-21 T 17-09-2021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 CDD cd06127 DEDDh 22 172 7.34358E-38 T 17-09-2021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 SMART SM00491 815 934 7.9E-5 T 17-09-2021 IPR006555 ATP-dependent helicase, C-terminal GO:0003676|GO:0004386|GO:0005524|GO:0006139|GO:0016818 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 SMART SM00487 274 569 0.0032 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 PANTHER PTHR11472 271 926 6.1E-84 T 17-09-2021 +MGYG000000001_03010 781eb24ec08b490f71a358453b67cc64 1037 SUPERFAMILY SSF53098 18 177 2.54E-30 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00164 0709ab13377e62d43a2c6e431115ce08 239 SMART SM00849 19 224 2.0E-30 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00164 0709ab13377e62d43a2c6e431115ce08 239 SUPERFAMILY SSF56281 17 236 1.07E-44 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00164 0709ab13377e62d43a2c6e431115ce08 239 Gene3D G3DSA:3.60.15.10 5 239 5.0E-46 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00164 0709ab13377e62d43a2c6e431115ce08 239 Pfam PF00753 Metallo-beta-lactamase superfamily 20 224 2.2E-21 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00164 0709ab13377e62d43a2c6e431115ce08 239 PANTHER PTHR42951 6 232 1.6E-32 T 17-09-2021 +MGYG000000001_00164 0709ab13377e62d43a2c6e431115ce08 239 CDD cd07721 yflN-like_MBL-fold 5 225 1.05837E-74 T 17-09-2021 +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 Pfam PF00583 Acetyltransferase (GNAT) family 42 146 2.0E-10 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 CDD cd04301 NAT_SF 52 129 5.39534E-5 T 17-09-2021 +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 SUPERFAMILY SSF55729 1 162 1.72E-24 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 PANTHER PTHR43420:SF10 1 159 4.7E-14 T 17-09-2021 +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 Gene3D G3DSA:3.40.630.30 1 167 5.7E-51 T 17-09-2021 +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 PANTHER PTHR43420 1 159 4.7E-14 T 17-09-2021 +MGYG000000001_02109 1ff0c591df5d39c36db2e404e95f263d 167 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 1 167 17.012 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02335 05b91561e04aee09b0bd885760931ecc 339 TIGRFAM TIGR00797 matE: MATE efflux family protein 2 300 6.4E-50 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02335 05b91561e04aee09b0bd885760931ecc 339 Pfam PF14667 Polysaccharide biosynthesis C-terminal domain 28 127 4.6E-11 T 17-09-2021 IPR029303 Polysaccharide biosynthesis protein, C-terminal domain +MGYG000000001_02335 05b91561e04aee09b0bd885760931ecc 339 PANTHER PTHR43549:SF2 1 328 2.4E-67 T 17-09-2021 +MGYG000000001_02335 05b91561e04aee09b0bd885760931ecc 339 Pfam PF01554 MatE 133 289 4.1E-20 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02335 05b91561e04aee09b0bd885760931ecc 339 PANTHER PTHR43549 1 328 2.4E-67 T 17-09-2021 +MGYG000000001_02335 05b91561e04aee09b0bd885760931ecc 339 SUPERFAMILY SSF103473 58 324 6.02E-5 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 76 3.2E-14 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 SUPERFAMILY SSF46785 6 80 6.96E-19 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 CDD cd07377 WHTH_GntR 12 77 2.02818E-19 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 PANTHER PTHR38445:SF12 1 127 1.1E-37 T 17-09-2021 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 PANTHER PTHR38445 1 127 1.1E-37 T 17-09-2021 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 ProSiteProfiles PS50949 GntR-type HTH domain profile. 11 79 19.042 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 Coils Coil 81 101 - T 17-09-2021 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 SMART SM00345 17 76 6.2E-11 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01752 2672a2d0947125c3859308a159aa19db 129 Gene3D G3DSA:1.10.10.10 11 129 2.8E-21 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 PANTHER PTHR26402 2 231 2.1E-97 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 Gene3D G3DSA:3.40.50.12740 2 137 3.1E-38 T 17-09-2021 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 Pfam PF00072 Response regulator receiver domain 4 112 6.4E-28 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 Gene3D G3DSA:1.10.10.10 138 232 5.5E-31 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 Pfam PF00486 Transcriptional regulatory protein, C terminal 153 229 9.0E-25 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 SUPERFAMILY SSF46894 129 229 6.24E-28 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 CDD cd00156 REC 5 116 1.65682E-36 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 SUPERFAMILY SSF52172 2 124 1.57E-38 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 ProSiteProfiles PS50110 Response regulatory domain profile. 3 116 42.532 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 PANTHER PTHR26402:SF709 2 231 2.1E-97 T 17-09-2021 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 CDD cd00383 trans_reg_C 140 229 2.19628E-31 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 SMART SM00448 2 112 4.8E-38 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 132 231 37.96 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00974 4db590d0b53605d842c1e7af9022f6d0 232 SMART SM00862 153 229 8.1E-23 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00583 67c28cfa39f4856c19294336287a3674 585 CDD cd00009 AAA 234 437 4.81169E-6 T 17-09-2021 +MGYG000000001_00583 67c28cfa39f4856c19294336287a3674 585 SUPERFAMILY SSF52540 225 510 1.09E-15 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00583 67c28cfa39f4856c19294336287a3674 585 SMART SM00382 236 440 7.6E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00583 67c28cfa39f4856c19294336287a3674 585 Gene3D G3DSA:3.40.50.300 228 443 9.3E-22 T 17-09-2021 +MGYG000000001_00583 67c28cfa39f4856c19294336287a3674 585 PANTHER PTHR37291 108 513 6.4E-100 T 17-09-2021 +MGYG000000001_00583 67c28cfa39f4856c19294336287a3674 585 Pfam PF07728 AAA domain (dynein-related subfamily) 239 430 1.3E-12 T 17-09-2021 IPR011704 ATPase, dynein-related, AAA domain GO:0005524|GO:0016887 +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 Pfam PF13545 Crp-like helix-turn-helix domain 154 221 5.8E-9 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 Gene3D G3DSA:1.10.10.10 149 222 1.8E-10 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 ProSiteProfiles PS51063 Crp-type HTH domain profile. 149 216 9.368 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 ProSiteProfiles PS50042 cAMP/cGMP binding motif profile. 31 117 10.758 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 SUPERFAMILY SSF51206 22 138 4.45E-29 T 17-09-2021 IPR018490 Cyclic nucleotide-binding-like +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 Pfam PF00027 Cyclic nucleotide-binding domain 35 118 1.5E-15 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 SMART SM00100 15 133 1.1E-4 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 PANTHER PTHR24567:SF26 1 227 2.9E-77 T 17-09-2021 +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 Gene3D G3DSA:2.60.120.10 14 146 9.9E-21 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 PANTHER PTHR24567 1 227 2.9E-77 T 17-09-2021 +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 CDD cd00038 CAP_ED 19 125 1.10949E-17 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_01399 d0e68b4ef1ed7e676f90ba72c0a9448d 227 SUPERFAMILY SSF46785 151 223 9.98E-10 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 Gene3D G3DSA:2.30.30.40 9 71 1.9E-17 T 17-09-2021 +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 Gene3D G3DSA:2.30.30.40 72 130 3.5E-11 T 17-09-2021 +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 ProSiteProfiles PS51781 SH3b domain profile. 9 71 17.26 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 Pfam PF08239 Bacterial SH3 domain 18 68 1.0E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 Pfam PF08239 Bacterial SH3 domain 77 126 3.9E-8 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 SUPERFAMILY SSF141523 158 279 1.7E-18 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 PANTHER PTHR34408 17 154 7.6E-20 T 17-09-2021 +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 SMART SM00287 9 71 3.5E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 SMART SM00287 72 129 3.8 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 Pfam PF03734 L,D-transpeptidase catalytic domain 159 279 4.2E-13 T 17-09-2021 IPR005490 L,D-transpeptidase catalytic domain GO:0016740 +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 CDD cd16913 YkuD_like 160 279 6.13193E-16 T 17-09-2021 +MGYG000000001_03026 4273086521b506718d6c574870184c62 280 Gene3D G3DSA:2.40.440.10 158 280 9.5E-19 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 SUPERFAMILY SSF89919 2 111 7.59E-32 T 17-09-2021 IPR023799 Ribosome-binding factor A domain superfamily +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 Pfam PF02033 Ribosome-binding factor A 6 108 6.0E-30 T 17-09-2021 IPR000238 Ribosome-binding factor A GO:0006364 +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 ProSitePatterns PS01319 Ribosome-binding factor A signature. 74 95 - T 17-09-2021 IPR020053 Ribosome-binding factor A, conserved site GO:0006364 +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 PANTHER PTHR33515 1 122 1.6E-37 T 17-09-2021 IPR000238 Ribosome-binding factor A GO:0006364 +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 Gene3D G3DSA:3.30.300.20 1 117 4.8E-33 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 TIGRFAM TIGR00082 rbfA: ribosome-binding factor A 1 113 2.0E-32 T 17-09-2021 IPR000238 Ribosome-binding factor A GO:0006364 +MGYG000000001_01609 cec608b6f21a993f58895766cfec9a0b 128 Hamap MF_00003 Ribosome-binding factor A [rbfA]. 5 108 23.95 T 17-09-2021 IPR000238 Ribosome-binding factor A GO:0006364 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 TIGRFAM TIGR01700 PNPH: purine nucleoside phosphorylase I, inosine and guanosine-specific 24 270 2.9E-115 T 17-09-2021 IPR011270 Purine nucleoside phosphorylase I, inosine/guanosine-specific GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-6798695|Reactome: R-HSA-74217|Reactome: R-HSA-74259 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 PANTHER PTHR11904 5 273 2.1E-111 T 17-09-2021 IPR011268 Purine nucleoside phosphorylase GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-6798695|Reactome: R-HSA-74217|Reactome: R-HSA-74259 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 SUPERFAMILY SSF53167 3 273 5.63E-102 T 17-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 Pfam PF01048 Phosphorylase superfamily 25 270 9.1E-56 T 17-09-2021 IPR000845 Nucleoside phosphorylase domain GO:0003824|GO:0009116 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 Gene3D G3DSA:3.40.50.1580 1 273 3.2E-118 T 17-09-2021 IPR035994 Nucleoside phosphorylase superfamily GO:0003824|GO:0009116 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 CDD cd09009 PNP-EcPNPII_like 6 270 4.83819E-180 T 17-09-2021 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 PIRSF PIRSF000477 1 273 8.1E-120 T 17-09-2021 IPR011268 Purine nucleoside phosphorylase GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-6798695|Reactome: R-HSA-74217|Reactome: R-HSA-74259 +MGYG000000001_01286 7323734251a071d749cfa49d016d4dde 273 TIGRFAM TIGR01697 PNPH-PUNA-XAPA: inosine/guanosine/xanthosine phosphorylase family 24 271 3.2E-113 T 17-09-2021 IPR011268 Purine nucleoside phosphorylase GO:0004731|GO:0006139 KEGG: 00230+2.4.2.1|KEGG: 00240+2.4.2.1|KEGG: 00760+2.4.2.1|MetaCyc: PWY-4202|MetaCyc: PWY-5532|MetaCyc: PWY-5695|MetaCyc: PWY-6608|MetaCyc: PWY-6609|MetaCyc: PWY-6611|MetaCyc: PWY-6620|MetaCyc: PWY-6627|MetaCyc: PWY-6644|MetaCyc: PWY-7179|MetaCyc: PWY-7179-1|Reactome: R-HSA-6798695|Reactome: R-HSA-74217|Reactome: R-HSA-74259 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 SUPERFAMILY SSF52540 4 245 4.09E-88 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 Pfam PF00005 ABC transporter 20 162 2.2E-30 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 Pfam PF17912 MalK OB fold domain 236 292 4.6E-13 T 17-09-2021 IPR040582 MalK, OB fold domain +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 Gene3D G3DSA:3.40.50.300 1 239 9.6E-76 T 17-09-2021 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 Gene3D G3DSA:2.40.50.100 240 366 3.9E-30 T 17-09-2021 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 Gene3D G3DSA:2.40.50.140 288 353 3.9E-30 T 17-09-2021 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 235 32.546 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 SUPERFAMILY SSF50331 238 368 3.64E-28 T 17-09-2021 IPR008995 Molybdate/tungstate binding, C-terminal +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 SMART SM00382 29 213 2.9E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 CDD cd03301 ABC_MalK_N 4 217 5.36923E-147 T 17-09-2021 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 PANTHER PTHR43875 1 368 3.1E-154 T 17-09-2021 +MGYG000000001_01732 fbfe48ece702d566095847dae76ce18a 369 ProSitePatterns PS00211 ABC transporters family signature. 135 149 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 Coils Coil 24 44 - T 17-09-2021 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 ProSitePatterns PS00362 Ribosomal protein S15 signature. 34 64 - T 17-09-2021 IPR000589 Ribosomal protein S15 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 TIGRFAM TIGR00952 S15_bact: ribosomal protein uS15 2 80 3.3E-38 T 17-09-2021 IPR005290 Ribosomal protein S15, bacterial-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 SUPERFAMILY SSF47060 2 80 1.65E-33 T 17-09-2021 IPR009068 S15/NS1, RNA-binding +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 PANTHER PTHR23321 1 78 5.3E-38 T 17-09-2021 IPR005290 Ribosomal protein S15, bacterial-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 SMART SM01387 3 83 1.1E-49 T 17-09-2021 IPR000589 Ribosomal protein S15 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 Gene3D G3DSA:1.10.287.10 1 83 1.8E-33 T 17-09-2021 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 Pfam PF00312 Ribosomal protein S15 3 77 7.7E-37 T 17-09-2021 IPR000589 Ribosomal protein S15 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 Hamap MF_01343_B 30S ribosomal protein S15 [rpsO]. 1 84 21.102 T 17-09-2021 IPR005290 Ribosomal protein S15, bacterial-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01605 45f3c3e528ad1dafc56ffca19fa6d3fc 85 CDD cd00353 Ribosomal_S15p_S13e 2 75 9.08951E-32 T 17-09-2021 IPR000589 Ribosomal protein S15 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 PANTHER PTHR10357 1 541 2.0E-243 T 17-09-2021 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 SUPERFAMILY SSF51445 4 461 2.76E-154 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 PANTHER PTHR10357:SF184 1 541 2.0E-243 T 17-09-2021 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 CDD cd11333 AmyAc_SI_OligoGlu_DGase 7 458 0.0 T 17-09-2021 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 Pfam PF16657 Maltogenic Amylase, C-terminal domain 465 535 2.1E-8 T 17-09-2021 IPR032091 Maltogenic Amylase, C-terminal +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 Gene3D G3DSA:3.20.20.80 5 457 1.3E-202 T 17-09-2021 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 Pfam PF00128 Alpha amylase, catalytic domain 28 362 1.7E-127 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 Gene3D G3DSA:3.90.400.10 105 174 1.3E-202 T 17-09-2021 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 SUPERFAMILY SSF51011 465 540 2.1E-18 T 17-09-2021 +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 Gene3D G3DSA:2.60.40.1180 466 541 9.8E-23 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_02936 d8c19951040e5cbe2b5774280ff9fd39 541 SMART SM00642 13 404 9.7E-162 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 Coils Coil 313 318 - T 17-09-2021 +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 Pfam PF01244 Membrane dipeptidase (Peptidase family M19) 4 313 3.2E-78 T 17-09-2021 IPR008257 Peptidase M19 GO:0006508|GO:0016805 MetaCyc: PWY-7533|Reactome: R-HSA-2142691|Reactome: R-HSA-5423646 +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 PANTHER PTHR10443:SF39 2 313 1.3E-69 T 17-09-2021 +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 Gene3D G3DSA:3.20.20.140 1 316 4.2E-91 T 17-09-2021 +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 SUPERFAMILY SSF51556 2 316 7.42E-71 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 PANTHER PTHR10443 2 313 1.3E-69 T 17-09-2021 IPR008257 Peptidase M19 GO:0006508|GO:0016805 MetaCyc: PWY-7533|Reactome: R-HSA-2142691|Reactome: R-HSA-5423646 +MGYG000000001_02622 cc0384222d13f7ce87be1dd75f28cc96 318 ProSiteProfiles PS51365 Renal dipeptidase family profile. 1 318 40.43 T 17-09-2021 IPR008257 Peptidase M19 GO:0006508|GO:0016805 MetaCyc: PWY-7533|Reactome: R-HSA-2142691|Reactome: R-HSA-5423646 +MGYG000000001_00511 814990c0b00705d37ce9cf4cb25e6333 103 Gene3D G3DSA:1.10.10.10 1 103 4.2E-35 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00511 814990c0b00705d37ce9cf4cb25e6333 103 SUPERFAMILY SSF46785 4 96 1.01E-24 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00511 814990c0b00705d37ce9cf4cb25e6333 103 Pfam PF03551 Transcriptional regulator PadR-like family 14 83 3.1E-20 T 17-09-2021 IPR005149 Transcription regulator PadR, N-terminal +MGYG000000001_00511 814990c0b00705d37ce9cf4cb25e6333 103 PANTHER PTHR33169:SF24 2 102 1.1E-44 T 17-09-2021 +MGYG000000001_00511 814990c0b00705d37ce9cf4cb25e6333 103 PANTHER PTHR33169 2 102 1.1E-44 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 ProSiteProfiles PS51781 SH3b domain profile. 250 313 21.866 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SUPERFAMILY SSF50044 276 314 2.49E-6 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Pfam PF08239 Bacterial SH3 domain 259 310 3.7E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Pfam PF08239 Bacterial SH3 domain 182 233 7.7E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Pfam PF08239 Bacterial SH3 domain 34 86 2.5E-15 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Pfam PF08239 Bacterial SH3 domain 105 156 7.7E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 PANTHER PTHR34408 337 436 1.8E-74 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 PANTHER PTHR34408 175 326 1.8E-74 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 PANTHER PTHR34408 22 165 1.8E-74 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Gene3D G3DSA:2.30.30.40 90 158 4.5E-24 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Gene3D G3DSA:2.30.30.40 166 235 6.1E-24 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Gene3D G3DSA:2.30.30.40 243 311 3.5E-24 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Gene3D G3DSA:2.30.30.40 21 88 4.3E-22 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Gene3D G3DSA:3.90.1720.10 321 450 1.0E-46 T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SUPERFAMILY SSF50044 199 238 7.34E-6 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 ProSiteProfiles PS51781 SH3b domain profile. 173 236 21.764 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SUPERFAMILY SSF50044 122 161 7.34E-6 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 ProSiteProfiles PS51781 SH3b domain profile. 96 159 22.408 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SMART SM00287 96 158 4.1E-18 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SMART SM00287 173 235 4.2E-17 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SMART SM00287 26 89 1.4E-16 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SMART SM00287 250 313 9.7E-19 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 Pfam PF00877 NlpC/P60 family 341 446 4.7E-31 T 17-09-2021 IPR000064 Endopeptidase, NLPC/P60 domain +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SUPERFAMILY SSF50044 52 89 5.16E-5 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 MobiDBLite mobidb-lite consensus disorder prediction 160 179 - T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 ProSiteProfiles PS51781 SH3b domain profile. 26 89 19.581 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 MobiDBLite mobidb-lite consensus disorder prediction 235 254 - T 17-09-2021 +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 SUPERFAMILY SSF54001 325 449 2.35E-45 T 17-09-2021 IPR038765 Papain-like cysteine peptidase superfamily +MGYG000000001_03030 6f321d777ef8b74c6f709ba5d5ba80ce 450 ProSitePatterns PS00430 TonB-dependent receptor proteins signature 1. 1 63 - T 17-09-2021 IPR010916 TonB box, conserved site +MGYG000000001_02769 870b39ab53d140f5303d096894f5b84f 108 SUPERFAMILY SSF101386 19 80 4.8E-6 T 17-09-2021 +MGYG000000001_02769 870b39ab53d140f5303d096894f5b84f 108 CDD cd11533 NTP-PPase_Af0060_like 19 75 4.24979E-15 T 17-09-2021 +MGYG000000001_02769 870b39ab53d140f5303d096894f5b84f 108 Gene3D G3DSA:1.10.287.1080 5 105 1.8E-9 T 17-09-2021 +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 PANTHER PTHR23029:SF83 2 192 1.5E-47 T 17-09-2021 +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 Gene3D G3DSA:3.40.50.1240 1 202 1.1E-60 T 17-09-2021 IPR029033 Histidine phosphatase superfamily +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 SMART SM00855 3 157 2.8E-12 T 17-09-2021 IPR013078 Histidine phosphatase superfamily, clade-1 +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 CDD cd07067 HP_PGM_like 3 196 4.87458E-36 T 17-09-2021 IPR013078 Histidine phosphatase superfamily, clade-1 +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 SUPERFAMILY SSF53254 1 200 6.0E-57 T 17-09-2021 IPR029033 Histidine phosphatase superfamily +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 Pfam PF00300 Histidine phosphatase superfamily (branch 1) 4 196 3.1E-53 T 17-09-2021 IPR013078 Histidine phosphatase superfamily, clade-1 +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 PANTHER PTHR23029 2 192 1.5E-47 T 17-09-2021 +MGYG000000001_02198 cdaa794b67f4cba0929381a60f9196c6 202 PIRSF PIRSF000709 3 193 5.1E-28 T 17-09-2021 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 TIGRFAM TIGR01182 eda: 2-dehydro-3-deoxyphosphogluconate aldolase/4-hydroxy-2-oxoglutarate aldolase 3 191 6.7E-51 T 17-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 Pfam PF01081 KDPG and KHG aldolase 3 183 2.2E-42 T 17-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 PANTHER PTHR30246 2 198 5.9E-62 T 17-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 CDD cd00452 KDPG_aldolase 5 199 2.70781E-77 T 17-09-2021 IPR000887 KDPG/KHG aldolase GO:0016829 KEGG: 00030+4.1.2.14|MetaCyc: PWY-2221|MetaCyc: PWY-6507|MetaCyc: PWY-7242|MetaCyc: PWY-7310|MetaCyc: PWY-7562 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 SUPERFAMILY SSF51569 2 194 6.78E-58 T 17-09-2021 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 Gene3D G3DSA:3.20.20.70 1 201 1.8E-67 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02207 9c31c0d39c0aeb307b31a28230b71655 203 PANTHER PTHR30246:SF1 2 198 5.9E-62 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 ProSiteProfiles PS50198 PpiC-type peptidyl-prolyl cis-trans isomerase family profile. 231 335 25.159 T 17-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Pfam PF13624 SurA N-terminal domain 50 205 4.4E-7 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 ProSitePatterns PS01096 PpiC-type peptidyl-prolyl cis-trans isomerase signature. 274 294 - T 17-09-2021 IPR023058 Peptidyl-prolyl cis-trans isomerase, PpiC-type, conserved site Reactome: R-HSA-1169408|Reactome: R-HSA-5668599|Reactome: R-HSA-6804756|Reactome: R-HSA-6811555|Reactome: R-HSA-936440 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Coils Coil 354 374 - T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 PANTHER PTHR47245 59 372 2.3E-48 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Coils Coil 146 166 - T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 MobiDBLite mobidb-lite consensus disorder prediction 1 29 - T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 SUPERFAMILY SSF109998 90 251 1.29E-22 T 17-09-2021 IPR027304 Trigger factor/SurA domain superfamily +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 SUPERFAMILY SSF54534 231 333 1.11E-27 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Pfam PF13616 PPIC-type PPIASE domain 219 334 5.6E-31 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Gene3D G3DSA:3.10.50.40 231 335 1.2E-50 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Gene3D G3DSA:1.10.4030.30 91 230 1.2E-50 T 17-09-2021 +MGYG000000001_00994 ea3ced8a130d81b034c42cca4894f1c7 374 Coils Coil 331 351 - T 17-09-2021 +MGYG000000001_03144 c52bfa4276f6a742160c3385b1e57a37 293 PANTHER PTHR30509 7 250 2.3E-24 T 17-09-2021 +MGYG000000001_03144 c52bfa4276f6a742160c3385b1e57a37 293 Pfam PF06081 Aromatic acid exporter family member 1 6 147 1.6E-17 T 17-09-2021 IPR010343 Aromatic acid exporter family member 1 +MGYG000000001_03144 c52bfa4276f6a742160c3385b1e57a37 293 Coils Coil 184 204 - T 17-09-2021 +MGYG000000001_03144 c52bfa4276f6a742160c3385b1e57a37 293 PANTHER PTHR30509:SF27 7 250 2.3E-24 T 17-09-2021 +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 CDD cd00609 AAT_like 30 379 1.91426E-93 T 17-09-2021 +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 SUPERFAMILY SSF53383 1 380 1.71E-97 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 Gene3D G3DSA:3.90.1150.10 27 379 3.0E-103 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 ProSitePatterns PS00105 Aminotransferases class-I pyridoxal-phosphate attachment site. 230 243 - T 17-09-2021 IPR004838 Aminotransferases, class-I, pyridoxal-phosphate-binding site GO:0003824|GO:0009058|GO:0030170 +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 Gene3D G3DSA:3.40.640.10 47 285 3.0E-103 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 Pfam PF00155 Aminotransferase class I and II 28 377 7.4E-57 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_02776 5c38f952d3bb43d0c0bab073e5807994 383 PANTHER PTHR46383 3 380 4.3E-104 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 Gene3D G3DSA:3.90.400.10 116 176 7.5E-31 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 CDD cd11333 AmyAc_SI_OligoGlu_DGase 13 475 0.0 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 Gene3D G3DSA:3.20.20.80 177 482 3.2E-115 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 Pfam PF00128 Alpha amylase, catalytic domain 34 379 5.4E-114 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 PRINTS PR00110 Alpha-amylase signature 199 210 5.9E-5 T 17-09-2021 IPR006046 Alpha amylase GO:0003824|GO:0005975|GO:0043169 KEGG: 00500+3.2.1.1|Reactome: R-HSA-189085 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 PRINTS PR00110 Alpha-amylase signature 98 109 5.9E-5 T 17-09-2021 IPR006046 Alpha amylase GO:0003824|GO:0005975|GO:0043169 KEGG: 00500+3.2.1.1|Reactome: R-HSA-189085 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 PRINTS PR00110 Alpha-amylase signature 322 334 5.9E-5 T 17-09-2021 IPR006046 Alpha amylase GO:0003824|GO:0005975|GO:0043169 KEGG: 00500+3.2.1.1|Reactome: R-HSA-189085 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 Gene3D G3DSA:2.60.40.1180 483 559 1.3E-19 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 PANTHER PTHR10357 7 559 5.8E-278 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 SUPERFAMILY SSF51445 9 479 5.37E-152 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 SMART SM00642 19 421 2.4E-151 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 PANTHER PTHR10357:SF178 7 559 5.8E-278 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 Gene3D G3DSA:3.20.20.80 4 115 1.1E-48 T 17-09-2021 +MGYG000000001_01231 9fc8d7410a2db2f06848411008067e57 559 SUPERFAMILY SSF51011 482 558 7.92E-16 T 17-09-2021 +MGYG000000001_01587 f07ffe4a70f9344251439f0e893528ac 393 Pfam PF13791 Sigma factor regulator C-terminal 221 384 2.5E-25 T 17-09-2021 IPR025672 Sigma factor regulator C-terminal domain +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 PIRSF PIRSF002741 5 545 5.3E-87 T 17-09-2021 IPR030678 Peptide/nickel binding protein, MppA-type GO:0043190|GO:0055085 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 ProSitePatterns PS01040 Bacterial extracellular solute-binding proteins, family 5 signature. 96 118 - T 17-09-2021 IPR023765 Solute-binding protein family 5, conserved site +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 26 7.0 T 17-09-2021 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 Pfam PF00496 Bacterial extracellular solute-binding proteins, family 5 Middle 92 448 9.1E-71 T 17-09-2021 IPR000914 Solute-binding protein family 5 domain +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 SUPERFAMILY SSF53850 47 544 2.99E-97 T 17-09-2021 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 PANTHER PTHR30290 47 544 8.4E-116 T 17-09-2021 IPR039424 Solute-binding protein family 5 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 PANTHER PTHR30290:SF55 47 544 8.4E-116 T 17-09-2021 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 CDD cd08518 PBP2_NikA_DppA_OppA_like_19 50 524 0.0 T 17-09-2021 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 Gene3D G3DSA:3.10.105.10 270 519 5.0E-166 T 17-09-2021 +MGYG000000001_02788 3b81e735253261e27073dd17fd6c6ab1 545 Gene3D G3DSA:3.40.190.10 63 531 5.0E-166 T 17-09-2021 +MGYG000000001_02981 8f9dc1dba611b005e0ed8052fdf34466 195 Pfam PF00882 Zinc dependent phospholipase C 5 157 4.7E-22 T 17-09-2021 IPR029002 Phospholipase C/D Reactome: R-HSA-163125 +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 SMART SM00479 3 168 1.1E-42 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 PANTHER PTHR30231 6 162 3.4E-37 T 17-09-2021 +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 Pfam PF00929 Exonuclease 5 161 1.3E-35 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 PANTHER PTHR30231:SF24 6 162 3.4E-37 T 17-09-2021 +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 SUPERFAMILY SSF53098 2 167 2.07E-50 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 TIGRFAM TIGR00573 dnaq: exonuclease, DNA polymerase III, epsilon subunit family 2 163 8.3E-29 T 17-09-2021 IPR006054 DNA polymerase III epsilon subunit, exonuclease domain GO:0003677|GO:0003887|GO:0006260 +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 CDD cd06127 DEDDh 5 162 1.08832E-51 T 17-09-2021 +MGYG000000001_00193 2fe88332fbec84ab8f3f3bfa2a74a0ef 168 Gene3D G3DSA:3.30.420.10 1 167 1.4E-52 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 CDD cd00553 NAD_synthase 8 247 1.87052E-89 T 17-09-2021 IPR003694 NAD(+) synthetase GO:0003952|GO:0004359|GO:0005737|GO:0009435 KEGG: 00760+6.3.1.5|Reactome: R-HSA-196807 +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 Pfam PF02540 NAD synthase 13 247 3.9E-68 T 17-09-2021 IPR022310 NAD/GMP synthase +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 Gene3D G3DSA:3.40.50.620 1 253 1.1E-75 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 Hamap MF_00193 NH(3)-dependent NAD(+) synthetase [nadE]. 8 253 45.555 T 17-09-2021 IPR022926 NH(3)-dependent NAD(+) synthetase GO:0008795|GO:0009435 KEGG: 00760+6.3.1.5 +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 TIGRFAM TIGR00552 nadE: NAD+ synthetase 13 251 1.1E-72 T 17-09-2021 IPR003694 NAD(+) synthetase GO:0003952|GO:0004359|GO:0005737|GO:0009435 KEGG: 00760+6.3.1.5|Reactome: R-HSA-196807 +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 SUPERFAMILY SSF52402 3 255 2.0E-69 T 17-09-2021 +MGYG000000001_00380 d75051dc4a85b3087e99e9a793625db2 256 PANTHER PTHR23090 12 227 2.7E-52 T 17-09-2021 IPR003694 NAD(+) synthetase GO:0003952|GO:0004359|GO:0005737|GO:0009435 KEGG: 00760+6.3.1.5|Reactome: R-HSA-196807 +MGYG000000001_03159 2d1c5670ef34c9e3ff94eb051b72a14c 319 PANTHER PTHR31290 1 314 1.2E-94 T 17-09-2021 IPR004601 UV-endonuclease UvdE GO:0004519|GO:0006289|GO:0009411 +MGYG000000001_03159 2d1c5670ef34c9e3ff94eb051b72a14c 319 SUPERFAMILY SSF51658 73 232 4.1E-9 T 17-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_03159 2d1c5670ef34c9e3ff94eb051b72a14c 319 TIGRFAM TIGR00629 uvde: UV damage endonuclease UvdE 1 303 1.4E-74 T 17-09-2021 IPR004601 UV-endonuclease UvdE GO:0004519|GO:0006289|GO:0009411 +MGYG000000001_03159 2d1c5670ef34c9e3ff94eb051b72a14c 319 PANTHER PTHR31290:SF6 1 314 1.2E-94 T 17-09-2021 +MGYG000000001_03159 2d1c5670ef34c9e3ff94eb051b72a14c 319 Pfam PF03851 UV-endonuclease UvdE 5 272 1.1E-78 T 17-09-2021 IPR004601 UV-endonuclease UvdE GO:0004519|GO:0006289|GO:0009411 +MGYG000000001_03159 2d1c5670ef34c9e3ff94eb051b72a14c 319 Gene3D G3DSA:3.20.20.150 2 308 6.1E-98 T 17-09-2021 +MGYG000000001_00980 72f8e4eb85fbb13b14a82042485327d3 180 Gene3D G3DSA:2.40.260.10 22 179 4.0E-43 T 17-09-2021 IPR023365 Sortase domain superfamily +MGYG000000001_00980 72f8e4eb85fbb13b14a82042485327d3 180 Pfam PF04203 Sortase domain 59 179 4.7E-28 T 17-09-2021 IPR005754 Sortase family +MGYG000000001_00980 72f8e4eb85fbb13b14a82042485327d3 180 TIGRFAM TIGR01076 sortase_fam: sortase 57 177 2.4E-21 T 17-09-2021 IPR005754 Sortase family +MGYG000000001_00980 72f8e4eb85fbb13b14a82042485327d3 180 SUPERFAMILY SSF63817 49 179 7.06E-33 T 17-09-2021 IPR023365 Sortase domain superfamily +MGYG000000001_00980 72f8e4eb85fbb13b14a82042485327d3 180 CDD cd06166 Sortase_D_2 53 178 5.17816E-54 T 17-09-2021 IPR042000 Sortase D, type 2 +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 Gene3D G3DSA:2.40.50.140 143 216 1.5E-9 T 17-09-2021 +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 PIRSF PIRSF012524 1 279 1.4E-81 T 17-09-2021 IPR014464 Conserved virulence factor B +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 SUPERFAMILY SSF50249 144 213 1.35E-8 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 SMART SM00316 73 134 4.8 T 17-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 SMART SM00316 146 209 0.075 T 17-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 SMART SM00316 3 68 1.2 T 17-09-2021 IPR022967 RNA-binding domain, S1 +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 Pfam PF13509 S1 domain 4 67 1.7E-20 T 17-09-2021 IPR039566 Conserved virulence factor B, S1 domain +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 Pfam PF13509 S1 domain 74 133 1.0E-6 T 17-09-2021 IPR039566 Conserved virulence factor B, S1 domain +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 Pfam PF17783 CvfB-like winged helix domain 222 276 5.5E-21 T 17-09-2021 IPR040764 Conserved virulence factor B-like, winged helix domain +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 Gene3D G3DSA:1.10.10.10 219 278 4.4E-22 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 PANTHER PTHR37296 1 278 1.3E-82 T 17-09-2021 IPR014464 Conserved virulence factor B +MGYG000000001_02498 a12327c71a2c8bc351b1e4bd0f156245 279 ProSiteProfiles PS50126 S1 domain profile. 148 209 10.099 T 17-09-2021 IPR003029 S1 domain GO:0003676 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 536 564 9.583 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 575 586 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 SUPERFAMILY SSF52922 224 285 9.03E-7 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Gene3D G3DSA:3.30.70.20 537 593 3.6E-10 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 SUPERFAMILY SSF54862 512 592 5.23E-17 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Gene3D G3DSA:3.40.50.970 1 182 1.9E-58 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 566 595 10.239 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 PIRSF PIRSF006439 1 595 5.3E-227 T 17-09-2021 IPR017721 Indolepyruvate ferredoxin oxidoreductase, alpha subunit GO:0043805|GO:0055114 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Pfam PF13237 4Fe-4S dicluster domain 538 586 5.3E-7 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 CDD cd07034 TPP_PYR_PFOR_IOR-alpha_like 7 161 1.17775E-58 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Pfam PF01855 Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-bdg 14 179 8.7E-19 T 17-09-2021 IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Gene3D G3DSA:3.40.50.970 351 536 6.3E-21 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 TIGRFAM TIGR03336 IOR_alpha: indolepyruvate ferredoxin oxidoreductase, alpha subunit 1 590 6.7E-213 T 17-09-2021 IPR017721 Indolepyruvate ferredoxin oxidoreductase, alpha subunit GO:0043805|GO:0055114 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Gene3D G3DSA:3.40.50.920 216 324 6.9E-8 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 PANTHER PTHR43710:SF4 2 584 4.3E-171 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 PANTHER PTHR43710 2 584 4.3E-171 T 17-09-2021 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 Pfam PF02775 Thiamine pyrophosphate enzyme, C-terminal TPP binding domain 364 512 1.5E-28 T 17-09-2021 IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:0003824|GO:0030976 +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 SUPERFAMILY SSF52518 336 519 4.68E-30 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 SUPERFAMILY SSF52518 3 226 2.03E-64 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_03168 5be6b24b615b48f3b4eeb9f873fc1f6f 595 CDD cd02008 TPP_IOR_alpha 336 517 6.96661E-80 T 17-09-2021 +MGYG000000001_03194 e6bcc9deaab9a5bc02bc4252fe8acf8c 279 Coils Coil 247 267 - T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 Gene3D G3DSA:3.40.50.2300 1 130 9.3E-30 T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 Coils Coil 109 129 - T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 SUPERFAMILY SSF52172 1 125 9.25E-28 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 SMART SM00448 1 116 1.1E-20 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 Gene3D G3DSA:1.10.10.60 344 397 2.6E-18 T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 CDD cd00156 REC 4 119 2.21314E-23 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 Pfam PF00072 Response regulator receiver domain 3 116 7.9E-24 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 PANTHER PTHR42713:SF3 2 395 4.8E-46 T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 Pfam PF12833 Helix-turn-helix domain 316 395 2.1E-23 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 Gene3D G3DSA:1.10.10.60 294 343 3.2E-17 T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 297 395 33.606 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 ProSiteProfiles PS50110 Response regulatory domain profile. 2 119 30.929 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 SMART SM00342 310 393 4.4E-32 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 347 389 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 PANTHER PTHR42713 2 395 4.8E-46 T 17-09-2021 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 SUPERFAMILY SSF46689 296 344 3.23E-9 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 SUPERFAMILY SSF46689 347 396 1.66E-12 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 362 377 2.8E-5 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_01672 4aa4df7bd8e4b8cf593e797684627c71 399 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 377 393 2.8E-5 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 Gene3D G3DSA:3.50.50.60 119 253 3.8E-55 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 203 219 1.5E-14 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 283 301 1.5E-14 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 108 116 1.5E-14 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 150 174 1.5E-14 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 4 26 1.5E-14 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PANTHER PTHR42949 1 402 1.7E-108 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 SUPERFAMILY SSF51905 1 321 7.24E-35 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 3 295 6.0E-30 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 154 172 7.8E-22 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 245 261 7.8E-22 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 273 295 7.8E-22 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 107 125 7.8E-22 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 5 24 7.8E-22 T 17-09-2021 +MGYG000000001_02644 80927a65e5adef9240f6bbb49f1ead5f 414 Gene3D G3DSA:3.50.50.60 3 296 3.8E-55 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01931 fcf3dd5e9d2149b170c39b71be79971b 249 Gene3D G3DSA:3.30.2010.10 148 246 1.9E-16 T 17-09-2021 +MGYG000000001_01931 fcf3dd5e9d2149b170c39b71be79971b 249 PANTHER PTHR30399 23 248 1.5E-41 T 17-09-2021 +MGYG000000001_01931 fcf3dd5e9d2149b170c39b71be79971b 249 CDD cd07344 M48_yhfN_like 145 243 5.63941E-39 T 17-09-2021 +MGYG000000001_01931 fcf3dd5e9d2149b170c39b71be79971b 249 Pfam PF01863 Protein of unknown function DUF45 33 242 1.1E-52 T 17-09-2021 IPR002725 Protein of unknown function DUF45 +MGYG000000001_01931 fcf3dd5e9d2149b170c39b71be79971b 249 PANTHER PTHR30399:SF1 23 248 1.5E-41 T 17-09-2021 +MGYG000000001_01900 a522e327f65b7762631cd48d13dadff8 643 Pfam PF03169 OPT oligopeptide transporter protein 25 592 6.4E-100 T 17-09-2021 IPR004813 Oligopeptide transporter, OPT superfamily GO:0055085 +MGYG000000001_01900 a522e327f65b7762631cd48d13dadff8 643 PANTHER PTHR31645:SF0 24 595 5.1E-98 T 17-09-2021 +MGYG000000001_01900 a522e327f65b7762631cd48d13dadff8 643 PANTHER PTHR31645 24 595 5.1E-98 T 17-09-2021 +MGYG000000001_01900 a522e327f65b7762631cd48d13dadff8 643 TIGRFAM TIGR00733 TIGR00733: oligopeptide transporter, OPT family 25 592 1.7E-126 T 17-09-2021 IPR004814 Oligopeptide transporter OPT +MGYG000000001_01900 a522e327f65b7762631cd48d13dadff8 643 TIGRFAM TIGR00728 OPT_sfam: oligopeptide transporter, OPT superfamily 20 592 1.0E-61 T 17-09-2021 IPR004813 Oligopeptide transporter, OPT superfamily GO:0055085 +MGYG000000001_00875 78d0582171af762ac5cd3f35005286fb 253 SUPERFAMILY SSF53474 3 247 4.22E-38 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_00875 78d0582171af762ac5cd3f35005286fb 253 Gene3D G3DSA:3.40.50.1820 2 251 1.8E-41 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_00875 78d0582171af762ac5cd3f35005286fb 253 PANTHER PTHR42886 9 246 1.7E-16 T 17-09-2021 +MGYG000000001_00875 78d0582171af762ac5cd3f35005286fb 253 Pfam PF12146 Serine aminopeptidase, S33 30 142 4.9E-12 T 17-09-2021 IPR022742 Serine aminopeptidase, S33 +MGYG000000001_02843 e0f6a5525f41a00ceca20832e7e5c1a8 197 SUPERFAMILY SSF52218 6 173 2.44E-24 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_02843 e0f6a5525f41a00ceca20832e7e5c1a8 197 PANTHER PTHR43278 6 177 5.5E-29 T 17-09-2021 +MGYG000000001_02843 e0f6a5525f41a00ceca20832e7e5c1a8 197 Pfam PF03358 NADPH-dependent FMN reductase 5 134 5.9E-18 T 17-09-2021 IPR005025 NADPH-dependent FMN reductase-like GO:0016491 +MGYG000000001_02843 e0f6a5525f41a00ceca20832e7e5c1a8 197 Gene3D G3DSA:3.40.50.360 5 196 8.9E-32 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 Gene3D G3DSA:3.40.630.40 99 284 1.7E-56 T 17-09-2021 +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 PANTHER PTHR30404:SF0 26 281 5.2E-50 T 17-09-2021 +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 SMART SM00646 165 277 2.1E-25 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 104 277 2.6E-42 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 PANTHER PTHR30404 26 281 5.2E-50 T 17-09-2021 +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 CDD cd02696 MurNAc-LAA 103 277 1.55708E-59 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01406 dff2fb6dcabedad55f0cf408b3119082 284 SUPERFAMILY SSF53187 102 280 1.63E-43 T 17-09-2021 +MGYG000000001_02009 7315e622322f563287ed9292fe58e9cb 200 Gene3D G3DSA:1.10.1760.20 9 200 9.1E-58 T 17-09-2021 +MGYG000000001_02009 7315e622322f563287ed9292fe58e9cb 200 Pfam PF12822 ECF transporter, substrate-specific component 15 191 3.7E-28 T 17-09-2021 IPR024529 ECF transporter, substrate-specific component GO:0022857 +MGYG000000001_00445 011c364cf8b325d84cfd74939c8e4c57 124 PANTHER PTHR30330:SF16 33 119 7.4E-30 T 17-09-2021 +MGYG000000001_00445 011c364cf8b325d84cfd74939c8e4c57 124 Pfam PF01235 Sodium:alanine symporter family 31 89 1.4E-12 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00445 011c364cf8b325d84cfd74939c8e4c57 124 PANTHER PTHR30330 33 119 7.4E-30 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Pfam PF05362 Lon protease (S16) C-terminal proteolytic domain 659 762 3.5E-9 T 17-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Coils Coil 205 225 - T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PANTHER PTHR10046 13 769 4.4E-249 T 17-09-2021 IPR027065 Lon protease GO:0004176|GO:0004252|GO:0005524|GO:0030163 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 SUPERFAMILY SSF54211 573 766 2.28E-34 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 575 591 1.2E-14 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 656 675 1.2E-14 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 716 734 1.2E-14 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 64 83 1.2E-14 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 686 705 1.2E-14 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Gene3D G3DSA:1.10.8.60 461 546 4.3E-10 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 SUPERFAMILY SSF52540 33 545 2.95E-5 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Gene3D G3DSA:3.30.230.10 551 789 1.0E-98 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Gene3D G3DSA:3.40.50.300 7 163 7.9E-24 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Gene3D G3DSA:3.40.50.300 254 460 1.3E-58 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 ProSiteProfiles PS51786 Lon proteolytic domain profile. 572 767 36.685 T 17-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 PANTHER PTHR10046:SF46 13 769 4.4E-249 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 CDD cd03868 M14_CPD_I 241 271 0.00957945 T 17-09-2021 +MGYG000000001_00741 e92a64caeec17068adede5af08500e46 804 Pfam PF13654 AAA domain 28 549 1.7E-180 T 17-09-2021 IPR041699 Lon protease, AAA domain +MGYG000000001_00864 285775802bbd45275060f100d30a559b 223 PANTHER PTHR31088 1 221 2.5E-24 T 17-09-2021 IPR007157 PspA/IM30 +MGYG000000001_00864 285775802bbd45275060f100d30a559b 223 Coils Coil 47 77 - T 17-09-2021 +MGYG000000001_00864 285775802bbd45275060f100d30a559b 223 Pfam PF04012 PspA/IM30 family 3 220 3.2E-20 T 17-09-2021 IPR007157 PspA/IM30 +MGYG000000001_00864 285775802bbd45275060f100d30a559b 223 PANTHER PTHR31088:SF6 1 221 2.5E-24 T 17-09-2021 +MGYG000000001_00864 285775802bbd45275060f100d30a559b 223 Coils Coil 108 142 - T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 3 295 4.8E-32 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PANTHER PTHR42949 1 402 2.4E-110 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 288 295 1.4E-15 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 4 26 1.4E-15 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 154 179 1.4E-15 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 246 260 1.4E-15 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 SUPERFAMILY SSF51905 1 321 5.36E-39 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 Gene3D G3DSA:3.50.50.60 3 296 2.6E-56 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 Gene3D G3DSA:3.50.50.60 119 253 2.6E-56 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 273 295 1.4E-21 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 107 125 1.4E-21 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 245 261 1.4E-21 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 5 24 1.4E-21 T 17-09-2021 +MGYG000000001_00448 a682d920544d233ca682730ea278b942 414 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 154 172 1.4E-21 T 17-09-2021 +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 SUPERFAMILY SSF54197 18 135 2.94E-38 T 17-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 ProSiteProfiles PS51084 HIT domain profile. 11 126 22.368 T 17-09-2021 IPR011146 HIT-like domain GO:0003824 +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 ProSitePatterns PS00892 HIT domain signature. 100 118 - T 17-09-2021 IPR019808 Histidine triad, conserved site +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 Pfam PF01230 HIT domain 31 121 9.1E-23 T 17-09-2021 IPR001310 Histidine triad (HIT) protein +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 PANTHER PTHR46243:SF3 22 133 6.5E-41 T 17-09-2021 +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 Gene3D G3DSA:3.30.428.10 6 140 2.1E-40 T 17-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_02765 b7f96b9ffe72aa53e5ad2c231d2b913b 141 PANTHER PTHR46243 22 133 6.5E-41 T 17-09-2021 +MGYG000000001_00973 36641455759c09478ad68e8a068c6bd3 200 Coils Coil 103 125 - T 17-09-2021 +MGYG000000001_00973 36641455759c09478ad68e8a068c6bd3 200 MobiDBLite mobidb-lite consensus disorder prediction 47 126 - T 17-09-2021 +MGYG000000001_00582 4f3817fd1b701d8af8e16fff5ec97e4c 420 Pfam PF10117 McrBC 5-methylcytosine restriction system component 56 372 1.4E-82 T 17-09-2021 IPR019292 5-methylcytosine restriction system component +MGYG000000001_00582 4f3817fd1b701d8af8e16fff5ec97e4c 420 PANTHER PTHR38733 28 376 2.8E-70 T 17-09-2021 IPR019292 5-methylcytosine restriction system component +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 Coils Coil 164 191 - T 17-09-2021 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 Pfam PF10150 Ribonuclease E/G family 116 383 4.9E-97 T 17-09-2021 IPR019307 RNA-binding protein AU-1/Ribonuclease E/G GO:0003723 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 PANTHER PTHR30001:SF0 16 460 1.1E-136 T 17-09-2021 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 SUPERFAMILY SSF50249 53 120 2.23E-9 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 Coils Coil 224 244 - T 17-09-2021 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 CDD cd04453 S1_RNase_E 45 120 1.13136E-26 T 17-09-2021 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 Gene3D G3DSA:2.40.50.140 44 120 5.5E-16 T 17-09-2021 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 PANTHER PTHR30001 16 460 1.1E-136 T 17-09-2021 +MGYG000000001_00292 65678d3ecc5f6c129131a63a78111766 481 TIGRFAM TIGR00757 RNaseEG: ribonuclease, Rne/Rng family 28 416 2.4E-117 T 17-09-2021 IPR004659 Ribonuclease E/G GO:0003723|GO:0004540|GO:0006396 +MGYG000000001_01005 5b2f04e942c037eef14d2f4915ad86c6 133 ProSiteProfiles PS51782 LysM domain profile. 75 130 8.642 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 Gene3D G3DSA:3.40.50.9100 1 142 4.0E-62 T 17-09-2021 IPR036441 Dehydroquinase, class II superfamily GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 Hamap MF_00169 3-dehydroquinate dehydratase [aroQ]. 1 142 60.119 T 17-09-2021 IPR001874 Dehydroquinase, class II GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 PIRSF PIRSF001399 1 142 2.0E-61 T 17-09-2021 IPR001874 Dehydroquinase, class II GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 PANTHER PTHR21272 1 140 2.1E-59 T 17-09-2021 IPR001874 Dehydroquinase, class II GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 ProSitePatterns PS01029 Dehydroquinase class II signature. 6 23 - T 17-09-2021 IPR018509 Dehydroquinase, class II, conserved site GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 PANTHER PTHR21272:SF3 1 140 2.1E-59 T 17-09-2021 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 SUPERFAMILY SSF52304 1 140 1.44E-56 T 17-09-2021 IPR036441 Dehydroquinase, class II superfamily GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 Pfam PF01220 Dehydroquinase class II 2 137 5.1E-59 T 17-09-2021 IPR001874 Dehydroquinase, class II GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 CDD cd00466 DHQase_II 2 139 2.38722E-80 T 17-09-2021 IPR001874 Dehydroquinase, class II GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_01302 8953aa0f7a6a80bcdedecee66c418585 142 TIGRFAM TIGR01088 aroQ: 3-dehydroquinate dehydratase, type II 2 139 3.0E-59 T 17-09-2021 IPR001874 Dehydroquinase, class II GO:0003855 KEGG: 00400+4.2.1.10|MetaCyc: PWY-6163|MetaCyc: PWY-6416|MetaCyc: PWY-6707 +MGYG000000001_00163 f591ab91febff52f7b4addf8f98e4838 91 SUPERFAMILY SSF46689 1 88 1.79E-17 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00163 f591ab91febff52f7b4addf8f98e4838 91 PANTHER PTHR37812 3 90 2.2E-19 T 17-09-2021 +MGYG000000001_00163 f591ab91febff52f7b4addf8f98e4838 91 Pfam PF08765 Mor transcription activator family 16 88 9.5E-8 T 17-09-2021 IPR014875 Mor transcription activator +MGYG000000001_00617 958fa3b0aed9745ce80e60e50e6bd30c 195 Coils Coil 23 43 - T 17-09-2021 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 PRINTS PR00976 Ribosomal protein S21 family signature 25 35 6.8E-14 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 PRINTS PR00976 Ribosomal protein S21 family signature 37 47 6.8E-14 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 PRINTS PR00976 Ribosomal protein S21 family signature 13 22 6.8E-14 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 PRINTS PR00976 Ribosomal protein S21 family signature 5 13 6.8E-14 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 MobiDBLite mobidb-lite consensus disorder prediction 32 59 - T 17-09-2021 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 Hamap MF_00358 30S ribosomal protein S21 [rpsU]. 1 57 22.091 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 Pfam PF01165 Ribosomal protein S21 3 56 1.5E-22 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 PANTHER PTHR21109 3 58 8.7E-15 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 MobiDBLite mobidb-lite consensus disorder prediction 32 46 - T 17-09-2021 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 Gene3D G3DSA:1.20.5.1150 16 59 6.7E-19 T 17-09-2021 IPR038380 Ribosomal protein S21 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00230 fd0efb65f89a673dad6f9e2e0a80d66c 59 TIGRFAM TIGR00030 S21p: ribosomal protein bS21 3 59 1.4E-22 T 17-09-2021 IPR001911 Ribosomal protein S21 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02694 19c34d9d970a7acf89986c4ad71b5368 248 TIGRFAM TIGR03733 lanti_perm_MutG: lantibiotic protection ABC transporter permease subunit, MutG family 7 244 1.5E-61 T 17-09-2021 IPR022294 Lantibiotic protection ABC transporter permease subunit, MutG family +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 SUPERFAMILY SSF55298 1 126 6.44E-53 T 17-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 TIGRFAM TIGR00004 TIGR00004: reactive intermediate/imine deaminase 4 125 3.3E-58 T 17-09-2021 IPR006056 RidA family Reactome: R-HSA-8849175 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 ProSitePatterns PS01094 Uncharacterized protein family UPF0076 signature. 102 120 - T 17-09-2021 IPR019897 RidA, conserved site Reactome: R-HSA-8849175 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 Gene3D G3DSA:3.30.1330.40 1 127 4.9E-59 T 17-09-2021 IPR035959 RutC-like superfamily Reactome: R-HSA-8849175 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 Pfam PF01042 Endoribonuclease L-PSP 9 126 6.6E-50 T 17-09-2021 IPR006175 YjgF/YER057c/UK114 family Reactome: R-HSA-8849175 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 PANTHER PTHR11803:SF13 1 125 4.0E-56 T 17-09-2021 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 PANTHER PTHR11803 1 125 4.0E-56 T 17-09-2021 IPR006175 YjgF/YER057c/UK114 family Reactome: R-HSA-8849175 +MGYG000000001_00272 923d6ee9086c041b5271d2426e313b5e 127 CDD cd00448 YjgF_YER057c_UK114_family 18 124 1.67408E-51 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF04998 RNA polymerase Rpb1, domain 5 743 936 1.8E-47 T 17-09-2021 IPR007081 RNA polymerase Rpb1, domain 5 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF04998 RNA polymerase Rpb1, domain 5 970 1101 1.1E-16 T 17-09-2021 IPR007081 RNA polymerase Rpb1, domain 5 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 SUPERFAMILY SSF64484 5 1153 0.0 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 TIGRFAM TIGR02386 rpoC_TIGR: DNA-directed RNA polymerase, beta' subunit 9 1153 0.0 T 17-09-2021 IPR012754 DNA-directed RNA polymerase, subunit beta-prime GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:2.40.50.100 939 1001 6.2E-69 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:1.10.1790.20 923 1100 6.2E-69 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Hamap MF_01322 DNA-directed RNA polymerase subunit beta' [rpoC]. 4 1161 18.553 T 17-09-2021 IPR012754 DNA-directed RNA polymerase, subunit beta-prime GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF05000 RNA polymerase Rpb1, domain 4 665 728 1.1E-13 T 17-09-2021 IPR007083 RNA polymerase Rpb1, domain 4 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:1.10.132.30 633 767 5.1E-58 T 17-09-2021 IPR038120 RNA polymerase Rpb1, funnel domain superfamily +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 CDD cd02655 RNAP_beta'_C 884 1149 9.09617E-115 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF04997 RNA polymerase Rpb1, domain 1 5 332 1.0E-91 T 17-09-2021 IPR007080 RNA polymerase Rpb1, domain 1 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Coils Coil 182 202 - T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 CDD cd01609 RNAP_beta'_N 5 790 0.0 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:1.10.150.390 1102 1161 7.4E-30 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:1.10.274.100 548 632 1.1E-23 T 17-09-2021 IPR042102 RNA polymerase Rpb1, domain 3 superfamily +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:1.10.40.90 364 406 2.1E-22 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF04983 RNA polymerase Rpb1, domain 3 479 636 1.1E-25 T 17-09-2021 IPR007066 RNA polymerase Rpb1, domain 3 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 PANTHER PTHR19376 5 1154 0.0 T 17-09-2021 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 SMART SM00663 225 504 1.2E-182 T 17-09-2021 IPR006592 RNA polymerase, N-terminal GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF00623 RNA polymerase Rpb1, domain 2 334 381 3.5E-8 T 17-09-2021 IPR000722 RNA polymerase, alpha subunit GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Pfam PF00623 RNA polymerase Rpb1, domain 2 382 475 1.3E-28 T 17-09-2021 IPR000722 RNA polymerase, alpha subunit GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 Gene3D G3DSA:1.10.274.100 480 547 2.0E-23 T 17-09-2021 IPR042102 RNA polymerase Rpb1, domain 3 superfamily +MGYG000000001_02460 f660e82ec55db6f7bf483baf32ad1464 1162 PANTHER PTHR19376:SF32 5 1154 0.0 T 17-09-2021 +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 Pfam PF00636 Ribonuclease III domain 13 110 1.9E-17 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 Gene3D G3DSA:1.10.1520.10 2 130 7.8E-47 T 17-09-2021 IPR036389 Ribonuclease III, endonuclease domain superfamily GO:0004525|GO:0006396 +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 PANTHER PTHR34276 9 126 1.8E-31 T 17-09-2021 +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 Hamap MF_01468 Mini-ribonuclease 3 [mrnC]. 3 128 30.345 T 17-09-2021 IPR008226 Mini-ribonuclease 3 family +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 CDD cd00593 RIBOc 14 127 8.58817E-11 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 PIRSF PIRSF005520 1 133 8.5E-51 T 17-09-2021 IPR008226 Mini-ribonuclease 3 family +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 SUPERFAMILY SSF69065 9 124 4.01E-38 T 17-09-2021 IPR036389 Ribonuclease III, endonuclease domain superfamily GO:0004525|GO:0006396 +MGYG000000001_02447 b9a8a24dd48257c7a0abfc0737efead4 133 SMART SM00535 2 131 0.0034 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 Pfam PF01022 Bacterial regulatory protein, arsR family 10 56 4.9E-17 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 ProSiteProfiles PS50987 ArsR-type HTH domain profile. 1 85 19.368 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 PANTHER PTHR33154:SF19 2 81 4.6E-27 T 17-09-2021 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 SMART SM00418 3 81 8.8E-30 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 Gene3D G3DSA:1.10.10.10 1 85 1.7E-28 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 52 67 5.3E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 5 20 5.3E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 37 52 5.3E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 PANTHER PTHR33154 2 81 4.6E-27 T 17-09-2021 +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 SUPERFAMILY SSF46785 1 82 4.54E-28 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02399 2d302940b764a60b29c2b1bebe3ffa04 85 CDD cd00090 HTH_ARSR 5 68 2.08659E-23 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 PRINTS PR01713 Nucleotide sugar epimerase signature 31 47 5.3E-28 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 PRINTS PR01713 Nucleotide sugar epimerase signature 218 233 5.3E-28 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 PRINTS PR01713 Nucleotide sugar epimerase signature 258 273 5.3E-28 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 PRINTS PR01713 Nucleotide sugar epimerase signature 297 314 5.3E-28 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 Gene3D G3DSA:3.40.50.720 6 318 4.8E-101 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 Gene3D G3DSA:3.90.25.10 182 330 4.8E-101 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 PANTHER PTHR43574:SF3 3 338 6.6E-140 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 SUPERFAMILY SSF51735 4 336 1.16E-90 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 Pfam PF16363 GDP-mannose 4,6 dehydratase 6 326 9.0E-61 T 17-09-2021 IPR016040 NAD(P)-binding domain +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 PANTHER PTHR43574 3 338 6.6E-140 T 17-09-2021 +MGYG000000001_02256 4c593af439cbd798433b6b5126349091 351 CDD cd05253 UDP_GE_SDE_e 4 334 0.0 T 17-09-2021 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 Gene3D G3DSA:2.40.33.10 74 170 5.3E-201 T 17-09-2021 IPR015806 Pyruvate kinase, insert domain superfamily GO:0004743|GO:0006096 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 ProSitePatterns PS00110 Pyruvate kinase active site signature. 217 229 - T 17-09-2021 IPR018209 Pyruvate kinase, active site GO:0004743|GO:0006096 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 63 79 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 246 270 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 296 314 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 315 331 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 188 202 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 271 295 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PRINTS PR01050 Pyruvate kinase family signature 219 245 5.3E-81 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PANTHER PTHR11817:SF3 4 472 1.6E-191 T 17-09-2021 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 SUPERFAMILY SSF52935 325 474 1.44E-43 T 17-09-2021 IPR036918 Pyruvate kinase, C-terminal domain superfamily KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 TIGRFAM TIGR01064 pyruv_kin: pyruvate kinase 6 474 6.0E-196 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 Gene3D G3DSA:3.40.1380.20 338 470 5.3E-201 T 17-09-2021 IPR036918 Pyruvate kinase, C-terminal domain superfamily KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 Pfam PF00224 Pyruvate kinase, barrel domain 6 345 1.3E-153 T 17-09-2021 IPR015793 Pyruvate kinase, barrel GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 Gene3D G3DSA:3.20.20.60 6 337 5.3E-201 T 17-09-2021 IPR040442 Pyruvate kinase-like domain superfamily +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 Pfam PF02887 Pyruvate kinase, alpha/beta domain 359 471 6.4E-37 T 17-09-2021 IPR015795 Pyruvate kinase, C-terminal KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 SUPERFAMILY SSF50800 74 169 2.09E-30 T 17-09-2021 IPR011037 Pyruvate kinase-like, insert domain superfamily +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 SUPERFAMILY SSF51621 5 344 1.12E-104 T 17-09-2021 IPR015813 Pyruvate/Phosphoenolpyruvate kinase-like domain superfamily GO:0003824 +MGYG000000001_03189 3778679bdedbeff9bc379f52eb4d0abb 474 PANTHER PTHR11817 4 472 1.6E-191 T 17-09-2021 IPR001697 Pyruvate kinase GO:0000287|GO:0004743|GO:0006096|GO:0030955 KEGG: 00010+2.7.1.40|KEGG: 00230+2.7.1.40|KEGG: 00620+2.7.1.40|MetaCyc: PWY-1042|MetaCyc: PWY-2221|MetaCyc: PWY-5484|MetaCyc: PWY-5723|MetaCyc: PWY-6142|MetaCyc: PWY-6886|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-7218|MetaCyc: PWY-7383|MetaCyc: PWY-8004|Reactome: R-HSA-70171 +MGYG000000001_01036 1a4beb2680349e752c97553934e8f23a 113 Pfam PF12116 Stage III sporulation protein D 27 107 6.0E-41 T 17-09-2021 IPR014208 Sporulation stage III, transcriptional regulator SpoIIID +MGYG000000001_01036 1a4beb2680349e752c97553934e8f23a 113 ProSitePatterns PS00894 DeoR-type HTH domain signature. 33 66 - T 17-09-2021 IPR018356 Transcription regulator, HTH DeoR-type, conserved site GO:0003700|GO:0006355 +MGYG000000001_01036 1a4beb2680349e752c97553934e8f23a 113 Gene3D G3DSA:1.10.10.60 26 112 6.2E-38 T 17-09-2021 +MGYG000000001_01036 1a4beb2680349e752c97553934e8f23a 113 TIGRFAM TIGR02844 spore_III_D: sporulation transcriptional regulator SpoIIID 27 106 5.9E-39 T 17-09-2021 IPR014208 Sporulation stage III, transcriptional regulator SpoIIID +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 SUPERFAMILY SSF55666 154 245 2.09E-24 T 17-09-2021 IPR036345 Exoribonuclease, PH domain 2 superfamily Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Pfam PF03725 3' exoribonuclease family, domain 2 159 225 5.8E-12 T 17-09-2021 IPR015847 Exoribonuclease, phosphorolytic domain 2 Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Pfam PF01725 Ham1 family 253 440 2.4E-59 T 17-09-2021 IPR002637 Ham1-like protein GO:0009143|GO:0047429 KEGG: 00230+3.6.1.66|Reactome: R-HSA-74259 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 TIGRFAM TIGR01966 RNasePH: ribonuclease PH 3 237 4.3E-117 T 17-09-2021 IPR002381 Ribonuclease PH, bacterial-type GO:0000049|GO:0008033|GO:0009022 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 PANTHER PTHR11953:SF2 1 236 7.5E-69 T 17-09-2021 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Hamap MF_00564 Ribonuclease PH [rph]. 12 238 44.107 T 17-09-2021 IPR002381 Ribonuclease PH, bacterial-type GO:0000049|GO:0008033|GO:0009022 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 SUPERFAMILY SSF54211 3 182 6.58E-45 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Hamap MF_01405 dITP/XTP pyrophosphatase. 251 445 46.108 T 17-09-2021 IPR020922 dITP/XTP pyrophosphatase GO:0009143|GO:0017111 KEGG: 00230+3.6.1.66 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Gene3D G3DSA:3.30.230.70 11 239 2.4E-63 T 17-09-2021 IPR027408 PNPase/RNase PH domain superfamily Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 CDD cd11362 RNase_PH_bact 11 237 6.77337E-152 T 17-09-2021 IPR002381 Ribonuclease PH, bacterial-type GO:0000049|GO:0008033|GO:0009022 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Pfam PF01138 3' exoribonuclease family, domain 1 11 141 3.8E-23 T 17-09-2021 IPR001247 Exoribonuclease, phosphorolytic domain 1 Reactome: R-HSA-380994|Reactome: R-HSA-429958|Reactome: R-HSA-450385|Reactome: R-HSA-450513|Reactome: R-HSA-450604|Reactome: R-HSA-6791226 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 Gene3D G3DSA:3.90.950.10 249 448 7.2E-73 T 17-09-2021 IPR029001 Inosine triphosphate pyrophosphatase-like +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 TIGRFAM TIGR00042 TIGR00042: non-canonical purine NTP pyrophosphatase, RdgB/HAM1 family 253 442 1.1E-55 T 17-09-2021 IPR002637 Ham1-like protein GO:0009143|GO:0047429 KEGG: 00230+3.6.1.66|Reactome: R-HSA-74259 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 SUPERFAMILY SSF52972 250 443 2.09E-64 T 17-09-2021 IPR029001 Inosine triphosphate pyrophosphatase-like +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 ProSitePatterns PS01277 Ribonuclease PH signature. 117 129 - T 17-09-2021 IPR018336 Ribonuclease PH, conserved site +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 PANTHER PTHR11953 1 236 7.5E-69 T 17-09-2021 +MGYG000000001_00026 0cfa05bd2585d375c76cdca5f445560e 449 CDD cd00515 HAM1 253 441 1.00057E-80 T 17-09-2021 IPR002637 Ham1-like protein GO:0009143|GO:0047429 KEGG: 00230+3.6.1.66|Reactome: R-HSA-74259 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 Pfam PF00707 Translation initiation factor IF-3, C-terminal domain 102 187 1.1E-31 T 17-09-2021 IPR019815 Translation initiation factor 3, C-terminal GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 PANTHER PTHR10938 22 187 1.8E-53 T 17-09-2021 IPR001288 Translation initiation factor 3 GO:0003743|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 PANTHER PTHR10938:SF0 22 187 1.8E-53 T 17-09-2021 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 TIGRFAM TIGR00168 infC: translation initiation factor IF-3 26 188 7.9E-64 T 17-09-2021 IPR001288 Translation initiation factor 3 GO:0003743|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 ProSitePatterns PS00938 Initiation factor 3 signature. 77 90 - T 17-09-2021 IPR019813 Translation initiation factor 3, conserved site GO:0003743|GO:0006413 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 Gene3D G3DSA:3.10.20.80 20 94 1.4E-33 T 17-09-2021 IPR036787 Translation initiation factor 3 (IF-3), N-terminal domain superfamily GO:0003743|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 Pfam PF05198 Translation initiation factor IF-3, N-terminal domain 26 95 3.3E-31 T 17-09-2021 IPR019814 Translation initiation factor 3, N-terminal GO:0003743|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 Gene3D G3DSA:3.30.110.10 95 188 7.1E-33 T 17-09-2021 IPR036788 Translation initiation factor 3 (IF-3), C-terminal domain superfamily GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 SUPERFAMILY SSF55200 102 188 1.57E-27 T 17-09-2021 IPR036788 Translation initiation factor 3 (IF-3), C-terminal domain superfamily GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 Hamap MF_00080 Translation initiation factor IF-3 [infC]. 20 188 27.135 T 17-09-2021 IPR001288 Translation initiation factor 3 GO:0003743|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01368 a729a51a194060586caa66cf94497e8d 188 SUPERFAMILY SSF54364 25 97 2.22E-28 T 17-09-2021 IPR036787 Translation initiation factor 3 (IF-3), N-terminal domain superfamily GO:0003743|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_00083 bedb48d25a74c4ff9f903537ba9cd532 178 SUPERFAMILY SSF46785 12 87 1.84E-6 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00083 bedb48d25a74c4ff9f903537ba9cd532 178 Pfam PF14277 Domain of unknown function (DUF4364) 13 173 1.2E-52 T 17-09-2021 IPR025374 Protein of unknown function DUF4364 +MGYG000000001_00083 bedb48d25a74c4ff9f903537ba9cd532 178 Gene3D G3DSA:1.10.10.10 13 105 9.7E-10 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Gene3D G3DSA:3.40.50.300 305 725 2.8E-144 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 SUPERFAMILY SSF52540 313 708 5.49E-62 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Pfam PF14490 Helix-hairpin-helix containing domain 138 228 7.6E-32 T 17-09-2021 IPR029493 RecD helicase-like helix-hairpin-helix domain +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 PANTHER PTHR43788:SF6 35 707 1.3E-91 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Gene3D G3DSA:1.10.10.2220 180 270 3.7E-15 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 SUPERFAMILY SSF47781 79 138 1.61E-10 T 17-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Pfam PF13538 UvrD-like helicase C-terminal domain 655 703 9.2E-19 T 17-09-2021 IPR027785 UvrD-like helicase C-terminal domain +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 TIGRFAM TIGR01448 recD_rel: helicase, RecD/TraA family 4 728 2.0E-207 T 17-09-2021 IPR006345 RecD-like DNA helicase GO:0003677|GO:0032508|GO:0043139 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 PANTHER PTHR43788 35 707 1.3E-91 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 SMART SM00278 81 102 2400.0 T 17-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 SMART SM00278 180 199 160.0 T 17-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 SMART SM00278 116 135 6.1 T 17-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Gene3D G3DSA:1.10.150.20 74 139 4.4E-11 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Hamap MF_01488 ATP-dependent RecD-like DNA helicase [recD2]. 1 737 27.908 T 17-09-2021 IPR006345 RecD-like DNA helicase GO:0003677|GO:0032508|GO:0043139 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 CDD cd18809 SF1_C_RecD 648 704 3.79872E-19 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 SMART SM00382 332 476 8.8E-7 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Pfam PF18335 ATP-dependent RecD-like DNA helicase SH3 domain 561 637 8.0E-21 T 17-09-2021 IPR041451 RecD-like DNA helicase, SH3 domain +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Gene3D G3DSA:2.30.30.940 570 656 2.8E-144 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Gene3D G3DSA:3.40.50.300 481 719 2.8E-144 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Coils Coil 297 330 - T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Pfam PF13604 AAA domain 319 500 1.4E-44 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 CDD cd17933 DEXSc_RecD-like 357 480 4.02838E-54 T 17-09-2021 +MGYG000000001_01040 4c8d016038961df4c261e9e60cfc354a 740 Pfam PF14520 Helix-hairpin-helix domain 87 134 5.5E-8 T 17-09-2021 +MGYG000000001_02655 99b7d9889f6e9e857636a2e26abd496f 758 SUPERFAMILY SSF52540 383 726 1.06E-5 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02655 99b7d9889f6e9e857636a2e26abd496f 758 Coils Coil 538 558 - T 17-09-2021 +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 Pfam PF08274 PhnA Zinc-Ribbon 4 32 3.7E-16 T 17-09-2021 IPR013987 Protein YjdM, N-terminal +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 Gene3D G3DSA:2.30.30.40 42 114 6.3E-33 T 17-09-2021 +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 Pfam PF03831 PhnA domain 44 114 4.0E-33 T 17-09-2021 IPR013988 Protein YjdM, C-terminal +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 PANTHER PTHR30305:SF3 1 114 2.8E-49 T 17-09-2021 IPR004624 Protein YjdM +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 SUPERFAMILY SSF82057 39 114 5.95E-26 T 17-09-2021 +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 PANTHER PTHR30305 1 114 2.8E-49 T 17-09-2021 +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 TIGRFAM TIGR00686 phnA: putative alkylphosphonate utilization operon protein PhnA 3 114 1.8E-44 T 17-09-2021 IPR004624 Protein YjdM +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 Gene3D G3DSA:2.20.25.10 1 41 8.5E-21 T 17-09-2021 +MGYG000000001_00898 659d2cf18ad18305431ad0ae923c143f 114 SUPERFAMILY SSF57783 3 37 9.35E-15 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 Pfam PF00375 Sodium:dicarboxylate symporter family 7 403 1.2E-134 T 17-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PANTHER PTHR42865:SF4 1 421 3.7E-123 T 17-09-2021 IPR033380 Glutamate-aspartate symport protein GltP/GltT GO:0015293|GO:0015810|GO:0015813|GO:0016021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 Gene3D G3DSA:1.10.3860.10 2 423 1.7E-141 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 296 322 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 195 214 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 358 378 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 83 108 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 331 350 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 53 73 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PRINTS PR00173 Glutamate-aspartate symporter signature 5 25 7.9E-52 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 PANTHER PTHR42865 1 421 3.7E-123 T 17-09-2021 +MGYG000000001_00972 030904b67db5661dc6608f88e244577c 432 SUPERFAMILY SSF118215 7 404 2.35E-122 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_00893 3e74abe8d45be8801de2eda3f40c3c49 205 PANTHER PTHR39337 2 153 7.1E-25 T 17-09-2021 +MGYG000000001_00893 3e74abe8d45be8801de2eda3f40c3c49 205 PIRSF PIRSF024492 1 195 6.7E-56 T 17-09-2021 IPR014519 Uncharacterised conserved protein UCP024492 +MGYG000000001_00893 3e74abe8d45be8801de2eda3f40c3c49 205 Pfam PF04343 Protein of unknown function, DUF488 13 127 4.0E-21 T 17-09-2021 IPR007438 Protein of unknown function DUF488 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PANTHER PTHR10720:SF3 2 207 3.4E-40 T 17-09-2021 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 SUPERFAMILY SSF48613 1 205 1.27E-40 T 17-09-2021 IPR016084 Haem oxygenase-like, multi-helical Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PIRSF PIRSF000343 1 210 3.8E-49 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 Gene3D G3DSA:1.20.910.10 1 210 8.1E-45 T 17-09-2021 IPR016084 Haem oxygenase-like, multi-helical Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 CDD cd19165 HemeO 2 203 1.31434E-47 T 17-09-2021 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 Pfam PF01126 Heme oxygenase 1 200 9.5E-35 T 17-09-2021 IPR016053 Haem oxygenase-like GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PANTHER PTHR10720 2 207 3.4E-40 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PRINTS PR00088 Haem oxygenase signature 156 177 3.0E-26 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PRINTS PR00088 Haem oxygenase signature 62 87 3.0E-26 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PRINTS PR00088 Haem oxygenase signature 114 135 3.0E-26 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PRINTS PR00088 Haem oxygenase signature 188 206 3.0E-26 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PRINTS PR00088 Haem oxygenase signature 37 62 3.0E-26 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_03000 40f3529f278338876ca4e8654f1303cd 210 PRINTS PR00088 Haem oxygenase signature 2 27 3.0E-26 T 17-09-2021 IPR002051 Haem oxygenase GO:0004392|GO:0006788|GO:0055114 KEGG: 00860+1.14.14.18|MetaCyc: PWY-5874|Reactome: R-HSA-189483|Reactome: R-HSA-917937 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Gene3D G3DSA:4.10.860.10 615 663 3.8E-9 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 PANTHER PTHR24029:SF0 7 662 0.0 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 SMART SM00490 465 551 4.5E-22 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 CDD cd17916 DEXHc_UvrB 11 419 0.0 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Pfam PF04851 Type III restriction enzyme, res subunit 18 145 3.6E-13 T 17-09-2021 IPR006935 Helicase/UvrB, N-terminal GO:0003677|GO:0005524|GO:0016787 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 SUPERFAMILY SSF46600 624 661 8.76E-10 T 17-09-2021 IPR036876 UVR domain superfamily +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Gene3D G3DSA:3.40.50.300 420 601 8.3E-53 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 CDD cd18790 SF2_C_UvrB 425 595 1.43172E-112 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Pfam PF00271 Helicase conserved C-terminal domain 446 550 1.6E-18 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 TIGRFAM TIGR00631 uvrb: excinuclease ABC subunit B 11 659 0.0 T 17-09-2021 IPR004807 UvrABC system, subunit B GO:0003677|GO:0005524|GO:0006289|GO:0009380|GO:0016887 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Pfam PF17757 UvrB interaction domain 166 255 5.8E-34 T 17-09-2021 IPR041471 UvrB, interaction domain +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Hamap MF_00204 UvrABC system protein B [uvrB]. 9 661 43.831 T 17-09-2021 IPR004807 UvrABC system, subunit B GO:0003677|GO:0005524|GO:0006289|GO:0009380|GO:0016887 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 ProSiteProfiles PS50151 UVR domain profile. 626 661 12.335 T 17-09-2021 IPR001943 UVR domain GO:0005515 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 443 598 22.873 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 SUPERFAMILY SSF52540 11 420 5.94E-140 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Gene3D G3DSA:3.40.50.300 3 244 2.1E-80 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Coils Coil 622 664 - T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Pfam PF12344 Ultra-violet resistance protein B 557 598 4.9E-23 T 17-09-2021 IPR024759 UvrB, YAD/RRR-motif-containing domain +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Gene3D G3DSA:3.40.50.300 271 419 3.9E-50 T 17-09-2021 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 32 187 15.08 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 SMART SM00487 15 430 1.9E-27 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 SUPERFAMILY SSF52540 43 577 2.32E-36 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 Pfam PF02151 UvrB/uvrC motif 627 660 6.6E-8 T 17-09-2021 IPR001943 UVR domain GO:0005515 +MGYG000000001_02605 6d55db4cd58bcecaf6fd20ec1b3c3cc1 664 PANTHER PTHR24029 7 662 0.0 T 17-09-2021 IPR004807 UvrABC system, subunit B GO:0003677|GO:0005524|GO:0006289|GO:0009380|GO:0016887 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Coils Coil 88 108 - T 17-09-2021 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Coils Coil 88 108 - T 17-09-2021 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Pfam PF16107 Domain of unknown function (DUF4825) 374 459 2.3E-19 T 17-09-2021 IPR032250 Domain of unknown function DUF4825 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Pfam PF16107 Domain of unknown function (DUF4825) 374 459 2.3E-19 T 17-09-2021 IPR032250 Domain of unknown function DUF4825 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 PANTHER PTHR34978:SF2 2 337 1.2E-40 T 17-09-2021 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 PANTHER PTHR34978:SF2 2 337 1.2E-40 T 17-09-2021 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 PANTHER PTHR34978 2 337 1.2E-40 T 17-09-2021 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 PANTHER PTHR34978 2 337 1.2E-40 T 17-09-2021 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Gene3D G3DSA:3.30.2010.10 171 243 6.2E-7 T 17-09-2021 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Gene3D G3DSA:3.30.2010.10 171 243 6.2E-7 T 17-09-2021 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Pfam PF05569 BlaR1 peptidase M56 8 327 1.9E-67 T 17-09-2021 IPR008756 Peptidase M56 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Pfam PF05569 BlaR1 peptidase M56 8 327 1.9E-67 T 17-09-2021 IPR008756 Peptidase M56 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 CDD cd07341 M56_BlaR1_MecR1_like 138 331 4.91891E-50 T 17-09-2021 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 CDD cd07341 M56_BlaR1_MecR1_like 138 331 4.91891E-50 T 17-09-2021 +MGYG000000001_02140 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Coils Coil 739 754 - T 17-09-2021 +MGYG000000001_02139 68da9fdf85a6dc8b16d22d7f4c2d8cbd 754 Coils Coil 739 754 - T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Coils Coil 96 116 - T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Gene3D G3DSA:1.10.8.60 413 500 1.2E-12 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 SUPERFAMILY SSF52540 12 85 1.69E-5 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Coils Coil 222 242 - T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Gene3D G3DSA:3.40.50.300 1 142 1.9E-23 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Gene3D G3DSA:3.40.50.300 177 412 5.5E-53 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Gene3D G3DSA:3.30.230.10 504 740 5.1E-95 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PANTHER PTHR10046 3 725 3.7E-226 T 17-09-2021 IPR027065 Lon protease GO:0004176|GO:0004252|GO:0005524|GO:0030163 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Coils Coil 127 147 - T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 SUPERFAMILY SSF54211 526 720 2.77E-34 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Coils Coil 195 215 - T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 43 62 2.4E-10 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 609 628 2.4E-10 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 528 544 2.4E-10 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 639 658 2.4E-10 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 669 687 2.4E-10 T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Coils Coil 489 516 - T 17-09-2021 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Pfam PF13654 AAA domain 7 502 2.2E-164 T 17-09-2021 IPR041699 Lon protease, AAA domain +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 Pfam PF05362 Lon protease (S16) C-terminal proteolytic domain 612 716 2.9E-9 T 17-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 ProSiteProfiles PS51786 Lon proteolytic domain profile. 525 720 27.852 T 17-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_02716 b7ba43e90c43356c56591974562e7853 744 PANTHER PTHR10046:SF46 3 725 3.7E-226 T 17-09-2021 +MGYG000000001_03012 47984759180c8e5ea8ec37f6e6578912 280 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 6.0 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 348 563 11.031 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 29 280 18.034 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 SUPERFAMILY SSF52540 323 551 2.12E-31 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 Coils Coil 269 303 - T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 Gene3D G3DSA:3.40.50.300 26 308 2.1E-59 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 CDD cd03221 ABCF_EF-3 348 539 5.62207E-45 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 PANTHER PTHR19211:SF96 29 558 2.1E-238 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 SMART SM00382 53 264 1.5E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 Pfam PF00005 ABC transporter 363 494 3.0E-10 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 CDD cd03221 ABCF_EF-3 29 257 4.28384E-44 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 PANTHER PTHR19211 29 558 2.1E-238 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 SUPERFAMILY SSF52540 33 265 9.41E-48 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 Pfam PF00005 ABC transporter 45 211 6.8E-24 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 Gene3D G3DSA:3.40.50.300 309 567 1.0E-37 T 17-09-2021 +MGYG000000001_02301 22f987dad27cd776aea346e62f0cbd7e 568 Pfam PF12848 ABC transporter 251 330 1.6E-20 T 17-09-2021 IPR032781 ABC-transporter extension domain +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 600 655 - T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 600 655 - T 17-09-2021 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 630 655 - T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 630 655 - T 17-09-2021 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 276 295 - T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 276 295 - T 17-09-2021 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 270 300 - T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 270 300 - T 17-09-2021 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 600 615 - T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 600 615 - T 17-09-2021 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 25 44 - T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 MobiDBLite mobidb-lite consensus disorder prediction 25 44 - T 17-09-2021 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 Pfam PF14262 Carbohydrate-binding domain-containing protein Cthe_2159 72 371 3.8E-87 T 17-09-2021 IPR025584 Carbohydrate-binding domain-containing protein Cthe_2159 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 Pfam PF14262 Carbohydrate-binding domain-containing protein Cthe_2159 72 371 3.8E-87 T 17-09-2021 IPR025584 Carbohydrate-binding domain-containing protein Cthe_2159 +MGYG000000001_03152 fa24ef5ba59ed8575e5c93d0a81e7483 655 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 17-09-2021 +MGYG000000001_03158 fa24ef5ba59ed8575e5c93d0a81e7483 655 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 17-09-2021 +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 CDD cd04301 NAT_SF 60 122 2.12494E-10 T 17-09-2021 +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 Pfam PF00583 Acetyltransferase (GNAT) family 51 139 2.9E-17 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 Gene3D G3DSA:3.40.630.30 3 159 3.5E-31 T 17-09-2021 +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 PANTHER PTHR43305 81 162 7.3E-28 T 17-09-2021 +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 PANTHER PTHR43305 9 82 7.3E-28 T 17-09-2021 +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 SUPERFAMILY SSF55729 7 148 1.99E-25 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01854 f4d4590c1a742f71ee3973d0322af130 163 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 3 161 21.004 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 PANTHER PTHR37813 32 614 1.9E-27 T 17-09-2021 +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 PANTHER PTHR37813 688 876 1.9E-27 T 17-09-2021 +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 TIGRFAM TIGR01760 tape_meas_TP901: phage tail tape measure protein, TP901 family, core region 64 419 3.9E-56 T 17-09-2021 IPR010090 Phage tail tape measure protein +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 Pfam PF10145 Phage-related minor tail protein 105 299 4.4E-18 T 17-09-2021 IPR010090 Phage tail tape measure protein +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 Gene3D G3DSA:1.10.287.700 520 599 2.4E-5 T 17-09-2021 +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 Gene3D G3DSA:1.10.287.700 715 816 1.2E-8 T 17-09-2021 +MGYG000000001_01499 8b9375fd790756a896ec8943c0ac119d 977 SUPERFAMILY SSF48371 452 853 1.94E-10 T 17-09-2021 IPR016024 Armadillo-type fold +MGYG000000001_02374 503c741d69ab2f32168c2d6da2920fa3 476 Gene3D G3DSA:1.20.1530.20 65 463 2.2E-31 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_02374 503c741d69ab2f32168c2d6da2920fa3 476 Pfam PF00999 Sodium/hydrogen exchanger family 72 459 3.6E-50 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_02374 503c741d69ab2f32168c2d6da2920fa3 476 PANTHER PTHR32507 67 465 2.6E-87 T 17-09-2021 +MGYG000000001_00033 253562e51d4a05fc60c58601a132335e 447 PANTHER PTHR11785 5 440 1.3E-93 T 17-09-2021 +MGYG000000001_00033 253562e51d4a05fc60c58601a132335e 447 PIRSF PIRSF006060 1 447 1.8E-73 T 17-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00033 253562e51d4a05fc60c58601a132335e 447 Gene3D G3DSA:1.20.1740.10 6 447 1.7E-87 T 17-09-2021 +MGYG000000001_00033 253562e51d4a05fc60c58601a132335e 447 Pfam PF13520 Amino acid permease 12 426 8.3E-64 T 17-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01887 808d4293518357e185ce9e2bd01c8b1f 31 SUPERFAMILY SSF55008 3 27 5.63E-6 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_01887 808d4293518357e185ce9e2bd01c8b1f 31 Gene3D G3DSA:3.30.70.100 2 30 5.8E-5 T 17-09-2021 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 Pfam PF00206 Lyase 86 304 1.8E-22 T 17-09-2021 IPR022761 Fumarate lyase, N-terminal +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 ProSitePatterns PS00163 Fumarate lyases signature. 284 293 - T 17-09-2021 IPR020557 Fumarate lyase, conserved site GO:0003824 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 Gene3D G3DSA:1.10.275.10 6 104 2.8E-37 T 17-09-2021 IPR024083 Fumarase/histidase, N-terminal +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 Gene3D G3DSA:1.20.200.10 417 477 1.9E-5 T 17-09-2021 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 Gene3D G3DSA:1.20.200.10 105 416 1.3E-110 T 17-09-2021 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 SUPERFAMILY SSF48557 12 458 3.61E-92 T 17-09-2021 IPR008948 L-Aspartase-like GO:0003824 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 Pfam PF10397 Adenylosuccinate lyase C-terminus 374 453 7.0E-16 T 17-09-2021 IPR019468 Adenylosuccinate lyase C-terminal KEGG: 00230+4.3.2.2|KEGG: 00250+4.3.2.2|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7219|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 PANTHER PTHR43172 6 468 3.9E-188 T 17-09-2021 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 Coils Coil 51 71 - T 17-09-2021 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 PRINTS PR00149 Fumarate lyase superfamily signature 147 165 5.1E-10 T 17-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 PRINTS PR00149 Fumarate lyase superfamily signature 284 300 5.1E-10 T 17-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 PRINTS PR00149 Fumarate lyase superfamily signature 241 268 5.1E-10 T 17-09-2021 IPR000362 Fumarate lyase family +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 TIGRFAM TIGR00928 purB: adenylosuccinate lyase 14 456 2.0E-117 T 17-09-2021 IPR004769 Adenylosuccinate lyase GO:0004018|GO:0009152 KEGG: 00230+4.3.2.2|KEGG: 00250+4.3.2.2|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7219|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 CDD cd03302 Adenylsuccinate_lyase_2 13 448 0.0 T 17-09-2021 +MGYG000000001_00485 0d6ad4c259097a43cd7a8ddcf5d24d90 480 SMART SM00998 373 457 1.7E-26 T 17-09-2021 IPR019468 Adenylosuccinate lyase C-terminal KEGG: 00230+4.3.2.2|KEGG: 00250+4.3.2.2|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7219|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 PIRSF PIRSF037489 1 365 2.2E-144 T 17-09-2021 IPR017221 GTP cyclohydrolase 1 type 2//Nif3, bacteria +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 SUPERFAMILY SSF102705 1 364 8.24E-132 T 17-09-2021 IPR036069 GTP cyclohydrolase 1 type 2/Nif3 superfamily +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 TIGRFAM TIGR00486 YbgI_SA1388: dinuclear metal center protein, YbgI/SA1388 family 1 360 1.5E-68 T 17-09-2021 IPR002678 GTP cyclohydrolase 1 type 2/Nif3 +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 Pfam PF01784 NIF3 (NGG1p interacting factor 3) 6 345 2.6E-86 T 17-09-2021 IPR002678 GTP cyclohydrolase 1 type 2/Nif3 +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 PANTHER PTHR13799 1 364 1.2E-76 T 17-09-2021 IPR002678 GTP cyclohydrolase 1 type 2/Nif3 +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 Gene3D G3DSA:3.40.1390.30 1 127 7.3E-41 T 17-09-2021 +MGYG000000001_00749 ea3f3092d291253ba72477dcd485a88b 365 Gene3D G3DSA:3.30.70.120 129 238 1.9E-44 T 17-09-2021 IPR015867 Nitrogen regulatory protein PII/ATP phosphoribosyltransferase, C-terminal +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 SMART SM00271 5 63 3.3E-36 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 CDD cd10747 DnaJ_C 127 349 3.3253E-67 T 17-09-2021 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 SUPERFAMILY SSF46565 2 113 6.54E-40 T 17-09-2021 IPR036869 Chaperone J-domain superfamily +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Pfam PF00684 DnaJ central domain 156 220 9.0E-16 T 17-09-2021 IPR001305 Heat shock protein DnaJ, cysteine-rich domain GO:0031072|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Gene3D G3DSA:2.10.230.10 154 224 8.8E-20 T 17-09-2021 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 CDD cd06257 DnaJ 6 60 6.92171E-32 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 CDD cd10719 DnaJ_zf 156 220 3.54699E-31 T 17-09-2021 IPR001305 Heat shock protein DnaJ, cysteine-rich domain GO:0031072|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 ProSiteProfiles PS51008 Multiheme cytochrome c family profile. 151 222 7.996 T 17-09-2021 IPR011031 Multihaem cytochrome +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Gene3D G3DSA:1.10.287.110 2 117 3.8E-42 T 17-09-2021 IPR036869 Chaperone J-domain superfamily +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 SUPERFAMILY SSF57938 143 223 2.22E-19 T 17-09-2021 IPR036410 Heat shock protein DnaJ, cysteine-rich domain superfamily +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 PRINTS PR00625 DnaJ domain signature 63 82 1.1E-33 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 PRINTS PR00625 DnaJ domain signature 26 41 1.1E-33 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 PRINTS PR00625 DnaJ domain signature 43 63 1.1E-33 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 PRINTS PR00625 DnaJ domain signature 8 26 1.1E-33 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 PANTHER PTHR43096 3 369 1.6E-122 T 17-09-2021 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Pfam PF01556 DnaJ C terminal domain 130 346 3.8E-43 T 17-09-2021 IPR002939 Chaperone DnaJ, C-terminal +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 ProSiteProfiles PS50076 dnaJ domain profile. 6 71 27.188 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 ProSiteProfiles PS51188 Zinc finger CR-type profile. 143 225 26.062 T 17-09-2021 IPR001305 Heat shock protein DnaJ, cysteine-rich domain GO:0031072|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 SUPERFAMILY SSF49493 123 269 2.49E-18 T 17-09-2021 IPR008971 HSP40/DnaJ peptide-binding GO:0006457|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 SUPERFAMILY SSF49493 272 357 1.96E-24 T 17-09-2021 IPR008971 HSP40/DnaJ peptide-binding GO:0006457|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 TIGRFAM TIGR02349 DnaJ_bact: chaperone protein DnaJ 6 363 1.4E-146 T 17-09-2021 IPR012724 Chaperone DnaJ GO:0005524|GO:0006457|GO:0009408|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Coils Coil 41 61 - T 17-09-2021 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Hamap MF_01152 Chaperone protein DnaJ [dnaJ]. 3 382 42.661 T 17-09-2021 IPR012724 Chaperone DnaJ GO:0005524|GO:0006457|GO:0009408|GO:0051082 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Pfam PF00226 DnaJ domain 6 68 9.6E-31 T 17-09-2021 IPR001623 DnaJ domain +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 Gene3D G3DSA:2.60.260.20 268 377 4.4E-30 T 17-09-2021 +MGYG000000001_00235 7ce5835b0a072acb5bbc706005670e4c 386 ProSitePatterns PS00636 Nt-dnaJ domain signature. 48 67 - T 17-09-2021 IPR018253 DnaJ domain, conserved site +MGYG000000001_00390 644dada7cb32726d4940511b8015276f 217 Pfam PF07314 Protein of unknown function (DUF1461) 16 188 7.2E-47 T 17-09-2021 IPR010178 Integral membrane protein 1906 +MGYG000000001_00390 644dada7cb32726d4940511b8015276f 217 TIGRFAM TIGR01906 integ_TIGR01906: integral membrane protein TIGR01906 9 215 1.7E-46 T 17-09-2021 IPR010178 Integral membrane protein 1906 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 ProSitePatterns PS00758 ArgE / dapE / ACY1 / CPG2 / yscS family signature 1. 67 76 - T 17-09-2021 IPR001261 ArgE/DapE/ACY1/CPG2/YscS, conserved site GO:0006508|GO:0008237 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 Pfam PF07687 Peptidase dimerisation domain 172 277 5.1E-16 T 17-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 Gene3D G3DSA:3.40.630.10 13 378 8.6E-80 T 17-09-2021 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 Pfam PF01546 Peptidase family M20/M25/M40 68 390 1.3E-31 T 17-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 PANTHER PTHR43808 4 389 2.0E-73 T 17-09-2021 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 SUPERFAMILY SSF55031 180 276 3.14E-16 T 17-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 SUPERFAMILY SSF53187 4 392 8.38E-56 T 17-09-2021 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 PANTHER PTHR43808:SF8 4 389 2.0E-73 T 17-09-2021 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 CDD cd05649 M20_ArgE_DapE-like 11 392 0.0 T 17-09-2021 +MGYG000000001_00106 4f6ed7745fd84f0610bafc1d527d59db 395 Gene3D G3DSA:3.30.70.360 176 305 8.6E-80 T 17-09-2021 +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 Gene3D G3DSA:3.40.50.2020 2 176 1.0E-66 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 PANTHER PTHR43340 5 173 4.3E-66 T 17-09-2021 +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 CDD cd06223 PRTases_typeI 20 145 5.01865E-23 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 SUPERFAMILY SSF53271 5 171 8.78E-58 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 Pfam PF00156 Phosphoribosyl transferase domain 11 158 6.9E-28 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 TIGRFAM TIGR01203 HGPRTase: hypoxanthine phosphoribosyltransferase 7 172 2.8E-71 T 17-09-2021 IPR005904 Hypoxanthine phosphoribosyl transferase GO:0004422|GO:0006166 KEGG: 00230+2.4.2.8|KEGG: 00983+2.4.2.8|MetaCyc: PWY-6599|MetaCyc: PWY-6609|MetaCyc: PWY-6610|MetaCyc: PWY-6620 +MGYG000000001_01377 2c318b13ac02e09e1ff261aa1eec25d3 176 PANTHER PTHR43340:SF1 5 173 4.3E-66 T 17-09-2021 +MGYG000000001_01207 ca2c1f6330a355ec8e662991947a3ab6 237 Coils Coil 38 82 - T 17-09-2021 +MGYG000000001_01207 ca2c1f6330a355ec8e662991947a3ab6 237 Gene3D G3DSA:3.30.70.1880 86 236 3.0E-32 T 17-09-2021 +MGYG000000001_01207 ca2c1f6330a355ec8e662991947a3ab6 237 PANTHER PTHR37313:SF2 9 227 1.3E-40 T 17-09-2021 +MGYG000000001_01207 ca2c1f6330a355ec8e662991947a3ab6 237 Pfam PF05949 Bacterial protein of unknown function (DUF881) 87 226 1.1E-32 T 17-09-2021 IPR010273 Protein of unknown function DUF881 +MGYG000000001_01207 ca2c1f6330a355ec8e662991947a3ab6 237 PANTHER PTHR37313 9 227 1.3E-40 T 17-09-2021 IPR010273 Protein of unknown function DUF881 +MGYG000000001_01207 ca2c1f6330a355ec8e662991947a3ab6 237 SUPERFAMILY SSF48678 25 92 4.45E-5 T 17-09-2021 IPR008954 Moesin tail domain superfamily GO:0003779 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 PANTHER PTHR32481:SF0 2 341 2.1E-94 T 17-09-2021 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 PIRSF PIRSF001123 1 346 2.0E-106 T 17-09-2021 IPR008007 Peptidase M42 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 Gene3D G3DSA:2.40.30.40 68 149 1.3E-98 T 17-09-2021 IPR023367 Peptidase M42, domain 2 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 PANTHER PTHR32481 2 341 2.1E-94 T 17-09-2021 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 Pfam PF05343 M42 glutamyl aminopeptidase 43 327 1.2E-75 T 17-09-2021 IPR008007 Peptidase M42 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 CDD cd05656 M42_Frv 4 332 2.27522E-135 T 17-09-2021 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 Gene3D G3DSA:3.40.630.10 6 321 1.3E-98 T 17-09-2021 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 SUPERFAMILY SSF53187 3 342 4.53E-56 T 17-09-2021 +MGYG000000001_02942 7bd5b7dddcc63dee920e03c31668bfcf 347 SUPERFAMILY SSF101821 68 168 1.68E-19 T 17-09-2021 +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 Pfam PF07963 Prokaryotic N-terminal methylation motif 5 30 1.0E-10 T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 ProSitePatterns PS00409 Prokaryotic N-terminal methylation site. 9 29 - T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 PANTHER PTHR30093:SF25 4 127 3.6E-19 T 17-09-2021 +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 PANTHER PTHR30093 4 127 3.6E-19 T 17-09-2021 +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 TIGRFAM TIGR02532 IV_pilin_GFxxxE: prepilin-type N-terminal cleavage/methylation domain 9 31 2.2E-9 T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 SUPERFAMILY SSF54523 11 103 7.85E-17 T 17-09-2021 +MGYG000000001_00684 ad8b549e280ea6480a91b7fa832600d1 139 Gene3D G3DSA:3.30.700.10 11 139 1.5E-18 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 ProSitePatterns PS00933 FGGY family of carbohydrate kinases signature 1. 135 147 - T 17-09-2021 IPR018483 Carbohydrate kinase, FGGY, conserved site GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 Gene3D G3DSA:3.30.420.40 1 253 1.3E-113 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 PANTHER PTHR10196 3 497 7.0E-224 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 Pfam PF00370 FGGY family of carbohydrate kinases, N-terminal domain 5 252 4.3E-90 T 17-09-2021 IPR018484 Carbohydrate kinase, FGGY, N-terminal GO:0005975|GO:0016773 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 TIGRFAM TIGR01311 glycerol_kin: glycerol kinase 4 496 2.5E-234 T 17-09-2021 IPR005999 Glycerol kinase GO:0004370|GO:0006072 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261|Reactome: R-HSA-75109 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 SUPERFAMILY SSF53067 255 497 1.46E-85 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 SUPERFAMILY SSF53067 4 255 3.77E-100 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 PIRSF PIRSF000538 3 502 3.8E-186 T 17-09-2021 IPR000577 Carbohydrate kinase, FGGY GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 Pfam PF02782 FGGY family of carbohydrate kinases, C-terminal domain 261 450 3.3E-61 T 17-09-2021 IPR018485 Carbohydrate kinase, FGGY, C-terminal GO:0005975|GO:0016773 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 ProSitePatterns PS00445 FGGY family of carbohydrate kinases signature 2. 362 382 - T 17-09-2021 IPR018483 Carbohydrate kinase, FGGY, conserved site GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 PANTHER PTHR10196:SF69 3 497 7.0E-224 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 Gene3D G3DSA:3.30.420.40 254 503 9.7E-90 T 17-09-2021 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 Hamap MF_00186 Glycerol kinase [glpK]. 3 497 60.656 T 17-09-2021 IPR005999 Glycerol kinase GO:0004370|GO:0006072 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261|Reactome: R-HSA-75109 +MGYG000000001_02642 0b020b5758e1ac907acea87deadae2ca 509 CDD cd07786 FGGY_EcGK_like 5 491 0.0 T 17-09-2021 +MGYG000000001_02955 d365bf9dedc9e980858c56f1dad2e85b 115 PANTHER PTHR33169 1 106 8.8E-24 T 17-09-2021 +MGYG000000001_02955 d365bf9dedc9e980858c56f1dad2e85b 115 Gene3D G3DSA:1.10.10.10 1 113 2.9E-31 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02955 d365bf9dedc9e980858c56f1dad2e85b 115 SUPERFAMILY SSF46785 5 107 9.26E-23 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02955 d365bf9dedc9e980858c56f1dad2e85b 115 Pfam PF03551 Transcriptional regulator PadR-like family 16 87 1.2E-19 T 17-09-2021 IPR005149 Transcription regulator PadR, N-terminal +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 SUPERFAMILY SSF53850 48 262 4.21E-21 T 17-09-2021 +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 Gene3D G3DSA:3.40.190.10 113 221 1.3E-72 T 17-09-2021 +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 PIRSF PIRSF027386 1 326 2.8E-104 T 17-09-2021 IPR027024 ABC-type uncharacterised transport system, substrate-binding component, TM0202 type +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 Pfam PF09084 NMT1/THI5 like 74 259 3.4E-11 T 17-09-2021 IPR015168 SsuA/THI5-like +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 PANTHER PTHR30024:SF34 1 313 1.0E-27 T 17-09-2021 +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 Gene3D G3DSA:3.40.190.10 37 321 1.3E-72 T 17-09-2021 +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 PANTHER PTHR30024 1 313 1.0E-27 T 17-09-2021 +MGYG000000001_02504 c3f2318991c2a7dded8e52c8c780e2b2 327 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 17-09-2021 +MGYG000000001_02891 2557869e7cc1537f533eadd06d1243b1 146 PANTHER PTHR35867 1 145 9.9E-24 T 17-09-2021 IPR007359 Positive regulator of sigma(E), RseC/MucC +MGYG000000001_02891 2557869e7cc1537f533eadd06d1243b1 146 PIRSF PIRSF004923 1 146 1.9E-30 T 17-09-2021 IPR026268 Protein RseC +MGYG000000001_02891 2557869e7cc1537f533eadd06d1243b1 146 Pfam PF04246 Positive regulator of sigma(E), RseC/MucC 11 141 5.7E-31 T 17-09-2021 +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 SUPERFAMILY SSF82549 2 273 4.45E-74 T 17-09-2021 +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 Gene3D G3DSA:3.40.50.10170 1 147 3.1E-48 T 17-09-2021 +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 Pfam PF02645 Uncharacterised protein, DegV family COG1307 2 273 9.9E-78 T 17-09-2021 IPR003797 DegV +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 Gene3D G3DSA:3.30.1180.10 150 275 3.9E-35 T 17-09-2021 +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 TIGRFAM TIGR00762 DegV: EDD domain protein, DegV family 2 274 7.9E-87 T 17-09-2021 IPR003797 DegV +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 PANTHER PTHR33434:SF3 2 275 2.6E-76 T 17-09-2021 +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 ProSiteProfiles PS51482 DegV domain profile. 2 275 56.395 T 17-09-2021 IPR003797 DegV +MGYG000000001_02859 6ffeb7fad980fc536dd8ba5c6d579270 275 PANTHER PTHR33434 2 275 2.6E-76 T 17-09-2021 +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 Pfam PF02826 D-isomer specific 2-hydroxyacid dehydrogenase, NAD binding domain 102 277 3.9E-48 T 17-09-2021 IPR006140 D-isomer specific 2-hydroxyacid dehydrogenase, NAD-binding domain GO:0051287|GO:0055114 +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 Gene3D G3DSA:3.40.50.720 95 285 1.4E-86 T 17-09-2021 +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 SUPERFAMILY SSF51735 96 278 5.29E-46 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 Gene3D G3DSA:3.40.50.720 21 308 1.4E-86 T 17-09-2021 +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 SUPERFAMILY SSF52283 4 122 2.32E-9 T 17-09-2021 +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 CDD cd05300 2-Hacid_dh_1 3 316 5.32232E-140 T 17-09-2021 +MGYG000000001_02730 44fea862e112f2440e40ff78740307f5 318 PANTHER PTHR43333 30 316 5.6E-68 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 PANTHER PTHR43725:SF14 2 336 2.9E-149 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 TIGRFAM TIGR01179 galE: UDP-glucose 4-epimerase GalE 3 334 1.2E-137 T 17-09-2021 IPR005886 UDP-glucose 4-epimerase GO:0003978|GO:0006012 KEGG: 00052+5.1.3.2|KEGG: 00520+5.1.3.2|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6397|MetaCyc: PWY-6527|MetaCyc: PWY-7328|MetaCyc: PWY-7344|Reactome: R-HSA-5609977|Reactome: R-HSA-70370 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 Gene3D G3DSA:3.90.25.10 193 328 9.0E-144 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 SUPERFAMILY SSF51735 1 335 1.12E-95 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 Gene3D G3DSA:3.40.50.720 3 273 9.0E-144 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 PANTHER PTHR43725 2 336 2.9E-149 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 CDD cd05247 UDP_G4E_1_SDR_e 3 329 0.0 T 17-09-2021 IPR005886 UDP-glucose 4-epimerase GO:0003978|GO:0006012 KEGG: 00052+5.1.3.2|KEGG: 00520+5.1.3.2|MetaCyc: PWY-3821|MetaCyc: PWY-6317|MetaCyc: PWY-6397|MetaCyc: PWY-6527|MetaCyc: PWY-7328|MetaCyc: PWY-7344|Reactome: R-HSA-5609977|Reactome: R-HSA-70370 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 Pfam PF16363 GDP-mannose 4,6 dehydratase 4 323 1.3E-61 T 17-09-2021 IPR016040 NAD(P)-binding domain +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 PRINTS PR01713 Nucleotide sugar epimerase signature 294 311 5.7E-5 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 PRINTS PR01713 Nucleotide sugar epimerase signature 230 245 5.7E-5 T 17-09-2021 +MGYG000000001_02536 27a9125aa6f28dea037c4d29c82276e0 338 PRINTS PR01713 Nucleotide sugar epimerase signature 255 270 5.7E-5 T 17-09-2021 +MGYG000000001_02987 8bb4a7810efff11d953a8b1018a244f7 142 SUPERFAMILY SSF103481 45 140 3.92E-5 T 17-09-2021 +MGYG000000001_02987 8bb4a7810efff11d953a8b1018a244f7 142 Pfam PF04657 Putative inner membrane exporter, YdcZ 6 138 1.3E-24 T 17-09-2021 IPR006750 Putative inner membrane exporter, YdcZ +MGYG000000001_02987 8bb4a7810efff11d953a8b1018a244f7 142 PANTHER PTHR34821 2 141 7.8E-19 T 17-09-2021 IPR006750 Putative inner membrane exporter, YdcZ +MGYG000000001_03019 1b39ac2b54c4e0cf7a57674abce6a90e 200 PANTHER PTHR37810:SF7 2 199 2.6E-18 T 17-09-2021 +MGYG000000001_03019 1b39ac2b54c4e0cf7a57674abce6a90e 200 PANTHER PTHR37810 2 199 2.6E-18 T 17-09-2021 +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 PIRSF PIRSF012296 1 115 4.5E-51 T 17-09-2021 IPR009307 Ethanolamine utilisation EutS GO:0031469 +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 SUPERFAMILY SSF143414 43 106 9.94E-11 T 17-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 Pfam PF00936 BMC domain 44 101 3.4E-9 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 PANTHER PTHR40449 3 115 1.4E-48 T 17-09-2021 IPR009307 Ethanolamine utilisation EutS GO:0031469 +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 CDD cd07046 BMC_PduU-EutS 6 115 5.6633E-57 T 17-09-2021 IPR009307 Ethanolamine utilisation EutS GO:0031469 +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 Gene3D G3DSA:3.30.70.1710 1 115 4.1E-47 T 17-09-2021 +MGYG000000001_03086 9211fc481f45035a02810f8ee2ee819f 115 SMART SM00877 43 115 1.9E-10 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 ProSitePatterns PS00627 GHMP kinases putative ATP-binding domain. 25 36 - T 17-09-2021 IPR006203 GHMP kinase, ATP-binding, conserved site GO:0005524 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 PANTHER PTHR20861 12 237 2.8E-60 T 17-09-2021 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 Gene3D G3DSA:3.30.70.890 102 229 5.3E-35 T 17-09-2021 IPR036554 GHMP kinase, C-terminal domain superfamily +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 PRINTS PR00958 Homoserine kinase signature 184 199 1.0E-26 T 17-09-2021 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 PRINTS PR00958 Homoserine kinase signature 105 122 1.0E-26 T 17-09-2021 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 PRINTS PR00958 Homoserine kinase signature 32 47 1.0E-26 T 17-09-2021 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 PRINTS PR00958 Homoserine kinase signature 66 79 1.0E-26 T 17-09-2021 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 SUPERFAMILY SSF54211 12 91 2.66E-20 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 TIGRFAM TIGR00191 thrB: homoserine kinase 14 238 7.8E-60 T 17-09-2021 IPR000870 Homoserine kinase GO:0004413|GO:0005524|GO:0006566 KEGG: 00260+2.7.1.39|MetaCyc: PWY-702 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 Pfam PF08544 GHMP kinases C terminal 144 206 3.1E-4 T 17-09-2021 IPR013750 GHMP kinase, C-terminal domain +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 PANTHER PTHR20861:SF1 12 237 2.8E-60 T 17-09-2021 +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 SUPERFAMILY SSF55060 101 208 1.15E-25 T 17-09-2021 IPR036554 GHMP kinase, C-terminal domain superfamily +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 Gene3D G3DSA:3.30.230.10 3 101 3.2E-28 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_03267 67bf4db0893bfef9c662650bee9b0b51 239 Pfam PF00288 GHMP kinases N terminal domain 19 79 3.2E-12 T 17-09-2021 IPR006204 GHMP kinase N-terminal domain GO:0005524 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 40 55 6.4E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 55 70 6.4E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 8 23 6.4E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 CDD cd00090 HTH_ARSR 8 71 1.67606E-19 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 Gene3D G3DSA:1.10.10.10 1 85 2.0E-23 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 ProSiteProfiles PS50987 ArsR-type HTH domain profile. 1 97 18.46 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 PANTHER PTHR33154 3 78 2.1E-19 T 17-09-2021 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 Pfam PF01022 Bacterial regulatory protein, arsR family 13 57 1.6E-10 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 SUPERFAMILY SSF46785 1 80 6.75E-21 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 PANTHER PTHR33154:SF27 3 78 2.1E-19 T 17-09-2021 +MGYG000000001_02666 049bc4fb1749f0613a21ee4cde6e2d23 123 SMART SM00418 6 84 1.2E-14 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_02698 76006989407f838cfc5ccb620009a53a 342 Pfam PF03703 Bacterial PH domain 244 302 3.9E-9 T 17-09-2021 IPR005182 Domain of unknown function DUF304 +MGYG000000001_02698 76006989407f838cfc5ccb620009a53a 342 Pfam PF03703 Bacterial PH domain 68 146 2.7E-6 T 17-09-2021 IPR005182 Domain of unknown function DUF304 +MGYG000000001_02698 76006989407f838cfc5ccb620009a53a 342 PANTHER PTHR34473 4 332 7.8E-35 T 17-09-2021 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 CDD cd00038 CAP_ED 24 129 5.82272E-10 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 SMART SM00419 167 215 4.0E-8 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 PANTHER PTHR24567 27 215 3.8E-20 T 17-09-2021 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 SUPERFAMILY SSF46785 152 215 5.52E-10 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 SUPERFAMILY SSF51206 26 136 7.15E-16 T 17-09-2021 IPR018490 Cyclic nucleotide-binding-like +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 Gene3D G3DSA:2.60.120.10 16 146 2.5E-16 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 Gene3D G3DSA:1.10.10.10 155 222 5.8E-9 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 PANTHER PTHR24567:SF68 27 215 3.8E-20 T 17-09-2021 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 Pfam PF13545 Crp-like helix-turn-helix domain 156 215 1.2E-7 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 PRINTS PR00034 CRP bacterial regulatory protein HTH signature 189 204 3.3E-5 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 PRINTS PR00034 CRP bacterial regulatory protein HTH signature 173 189 3.3E-5 T 17-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 Pfam PF00027 Cyclic nucleotide-binding domain 34 120 1.3E-9 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_03121 c7e37c01713763146bfa7aa6465220dd 229 ProSiteProfiles PS50042 cAMP/cGMP binding motif profile. 6 114 9.206 T 17-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 ProSitePatterns PS01127 Elongation factor Ts signature 2. 76 86 - T 17-09-2021 IPR018101 Translation elongation factor Ts, conserved site GO:0003746|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Gene3D G3DSA:3.30.479.20 56 149 2.5E-22 T 17-09-2021 IPR036402 Elongation factor Ts, dimerisation domain superfamily Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Pfam PF00889 Elongation factor TS 72 284 2.4E-73 T 17-09-2021 IPR014039 Translation elongation factor EFTs/EF1B, dimerisation GO:0003746|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 ProSitePatterns PS01126 Elongation factor Ts signature 1. 11 26 - T 17-09-2021 IPR018101 Translation elongation factor Ts, conserved site GO:0003746|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Coils Coil 23 43 - T 17-09-2021 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 PANTHER PTHR11741 2 288 5.4E-96 T 17-09-2021 IPR001816 Translation elongation factor EFTs/EF1B GO:0003746|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 CDD cd14275 UBA_EF-Ts 6 42 5.93117E-14 T 17-09-2021 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 SUPERFAMILY SSF54713 151 301 2.35E-50 T 17-09-2021 IPR036402 Elongation factor Ts, dimerisation domain superfamily Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 TIGRFAM TIGR00116 tsf: translation elongation factor Ts 1 302 4.8E-102 T 17-09-2021 IPR001816 Translation elongation factor EFTs/EF1B GO:0003746|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Hamap MF_00050 Elongation factor Ts [tsf]. 1 301 78.587 T 17-09-2021 IPR001816 Translation elongation factor EFTs/EF1B GO:0003746|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 SUPERFAMILY SSF54713 55 145 3.27E-18 T 17-09-2021 IPR036402 Elongation factor Ts, dimerisation domain superfamily Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Gene3D G3DSA:1.10.8.10 1 55 9.2E-27 T 17-09-2021 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Gene3D G3DSA:3.30.479.20 150 283 3.2E-51 T 17-09-2021 IPR036402 Elongation factor Ts, dimerisation domain superfamily Reactome: R-HSA-5389840 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 SUPERFAMILY SSF46934 3 54 1.62E-19 T 17-09-2021 IPR009060 UBA-like superfamily GO:0005515 +MGYG000000001_01682 a915f3c8cc47c56457a2a7a93992125a 302 Gene3D G3DSA:1.10.286.20 198 242 3.2E-51 T 17-09-2021 +MGYG000000001_00254 f8e62a09516439dcfd68be52bcbe7921 234 PANTHER PTHR43267:SF1 3 233 1.0E-80 T 17-09-2021 +MGYG000000001_00254 f8e62a09516439dcfd68be52bcbe7921 234 CDD cd00755 YgdL_like 13 229 8.33431E-92 T 17-09-2021 +MGYG000000001_00254 f8e62a09516439dcfd68be52bcbe7921 234 PANTHER PTHR43267 3 233 1.0E-80 T 17-09-2021 +MGYG000000001_00254 f8e62a09516439dcfd68be52bcbe7921 234 Pfam PF00899 ThiF family 11 182 1.4E-39 T 17-09-2021 IPR000594 THIF-type NAD/FAD binding fold GO:0008641 +MGYG000000001_00254 f8e62a09516439dcfd68be52bcbe7921 234 SUPERFAMILY SSF69572 7 232 1.83E-58 T 17-09-2021 IPR035985 Ubiquitin-activating enzyme GO:0008641 +MGYG000000001_00254 f8e62a09516439dcfd68be52bcbe7921 234 Gene3D G3DSA:3.40.50.720 1 234 3.5E-78 T 17-09-2021 +MGYG000000001_02998 41fea9f538d9950999eb6877b3030987 229 Pfam PF16316 Domain of unknown function (DUF4956) 30 178 3.6E-19 T 17-09-2021 IPR032531 Protein of unknown function DUF4956 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 CDD cd17752 BRCT_RFC1 592 664 1.03066E-29 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 SMART SM00292 589 664 2.8E-12 T 17-09-2021 IPR001357 BRCT domain +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:1.10.150.20 500 581 3.8E-19 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 SUPERFAMILY SSF50249 310 393 9.25E-28 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 SUPERFAMILY SSF52113 588 664 1.74E-20 T 17-09-2021 IPR036420 BRCT domain superfamily +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 PANTHER PTHR23389:SF9 4 663 2.3E-233 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Pfam PF03119 NAD-dependent DNA ligase C4 zinc finger domain 401 426 7.6E-7 T 17-09-2021 IPR004149 Zinc-finger, NAD-dependent DNA ligase C4-type GO:0003911|GO:0006260|GO:0006281 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 CDD cd00114 LIGANc 5 310 8.64845E-137 T 17-09-2021 IPR013839 NAD-dependent DNA ligase, adenylation GO:0003911 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:3.30.470.90 68 311 3.7E-87 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:2.20.70.80 385 421 2.5E-7 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:1.10.150.20 424 499 2.6E-19 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 TIGRFAM TIGR00575 dnlj: DNA ligase, NAD-dependent 10 659 1.3E-233 T 17-09-2021 IPR001679 NAD-dependent DNA ligase GO:0003911|GO:0006260|GO:0006281 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 ProSiteProfiles PS50172 BRCT domain profile. 587 664 18.959 T 17-09-2021 IPR001357 BRCT domain +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Pfam PF12826 Helix-hairpin-helix motif 506 568 1.7E-16 T 17-09-2021 IPR041663 DisA/LigA, helix-hairpin-helix motif Reactome: R-HSA-6783310 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 SUPERFAMILY SSF56091 2 311 2.72E-105 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:2.40.50.140 312 384 4.5E-31 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:1.10.287.610 1 67 1.9E-25 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Gene3D G3DSA:3.40.50.10190 588 664 3.1E-27 T 17-09-2021 IPR036420 BRCT domain superfamily +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Pfam PF03120 NAD-dependent DNA ligase OB-fold domain 315 389 2.9E-34 T 17-09-2021 IPR004150 NAD-dependent DNA ligase, OB-fold GO:0003911|GO:0006260|GO:0006281 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 PANTHER PTHR23389 4 663 2.3E-233 T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 PIRSF PIRSF001604 1 664 7.5E-240 T 17-09-2021 IPR001679 NAD-dependent DNA ligase GO:0003911|GO:0006260|GO:0006281 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Coils Coil 34 54 - T 17-09-2021 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 ProSitePatterns PS01056 NAD-dependent DNA ligase signature 2. 324 339 - T 17-09-2021 IPR033136 NAD-dependent DNA ligase, conserved site +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 SUPERFAMILY SSF47781 396 578 4.45E-44 T 17-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 SMART SM00532 2 440 4.4E-206 T 17-09-2021 IPR013840 NAD-dependent DNA ligase, N-terminal GO:0003911 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Pfam PF01653 NAD-dependent DNA ligase adenylation domain 2 311 8.5E-111 T 17-09-2021 IPR013839 NAD-dependent DNA ligase, adenylation GO:0003911 +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Pfam PF00533 BRCA1 C Terminus (BRCT) domain 592 663 5.4E-17 T 17-09-2021 IPR001357 BRCT domain +MGYG000000001_00025 58b2885b0ba1f42f42542d994b710c4f 664 Hamap MF_01588 DNA ligase [ligA]. 1 663 47.557 T 17-09-2021 IPR001679 NAD-dependent DNA ligase GO:0003911|GO:0006260|GO:0006281 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 Pfam PF00436 Single-strand binding protein family 108 203 1.6E-14 T 17-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 Gene3D G3DSA:2.40.50.140 2 100 4.2E-16 T 17-09-2021 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 Gene3D G3DSA:2.40.50.140 101 207 1.5E-24 T 17-09-2021 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 ProSiteProfiles PS50935 Single-strand binding (SSB) domain profile. 107 206 20.421 T 17-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 SUPERFAMILY SSF50249 8 205 1.76E-29 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 CDD cd04496 SSB_OBF 110 205 2.62688E-15 T 17-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 PANTHER PTHR10302 107 209 2.8E-24 T 17-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_00087 064633fdac28f504e9a686f9cb2ff6cd 212 PANTHER PTHR10302:SF10 107 209 2.8E-24 T 17-09-2021 +MGYG000000001_00945 315e5dc625195c984714cd2b74e58cc9 84 PANTHER PTHR33383 10 82 3.6E-32 T 17-09-2021 IPR002696 Putative membrane protein insertion efficiency factor +MGYG000000001_00945 315e5dc625195c984714cd2b74e58cc9 84 TIGRFAM TIGR00278 TIGR00278: putative membrane protein insertion efficiency factor 21 82 9.2E-31 T 17-09-2021 IPR002696 Putative membrane protein insertion efficiency factor +MGYG000000001_00945 315e5dc625195c984714cd2b74e58cc9 84 Hamap MF_00386 Putative membrane protein insertion efficiency factor [yidD]. 16 84 25.436 T 17-09-2021 IPR002696 Putative membrane protein insertion efficiency factor +MGYG000000001_00945 315e5dc625195c984714cd2b74e58cc9 84 Pfam PF01809 Putative membrane protein insertion efficiency factor 18 82 5.9E-32 T 17-09-2021 IPR002696 Putative membrane protein insertion efficiency factor +MGYG000000001_00945 315e5dc625195c984714cd2b74e58cc9 84 SMART SM01234 16 83 4.3E-46 T 17-09-2021 IPR002696 Putative membrane protein insertion efficiency factor +MGYG000000001_02681 14749a5c535f36e37f48476c65b8e146 451 Pfam PF02687 FtsX-like permease family 322 443 1.0E-5 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_02681 14749a5c535f36e37f48476c65b8e146 451 PANTHER PTHR30572:SF9 1 450 2.9E-59 T 17-09-2021 +MGYG000000001_02681 14749a5c535f36e37f48476c65b8e146 451 PANTHER PTHR30572 1 450 2.9E-59 T 17-09-2021 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 ProSitePatterns PS00856 Guanylate kinase-like signature. 40 57 - T 17-09-2021 IPR020590 Guanylate kinase, conserved site KEGG: 00230+2.7.4.8|MetaCyc: PWY-7221 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 PANTHER PTHR23117 8 190 1.2E-68 T 17-09-2021 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 Pfam PF00625 Guanylate kinase 8 185 4.3E-52 T 17-09-2021 IPR008145 Guanylate kinase/L-type calcium channel beta subunit +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 CDD cd00071 GMPK 8 180 2.49286E-63 T 17-09-2021 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 ProSiteProfiles PS50052 Guanylate kinase-like domain profile. 6 184 36.248 T 17-09-2021 IPR008144 Guanylate kinase-like domain +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 SMART SM00072 5 187 1.5E-63 T 17-09-2021 IPR008145 Guanylate kinase/L-type calcium channel beta subunit +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 TIGRFAM TIGR03263 guanyl_kin: guanylate kinase 7 184 4.9E-74 T 17-09-2021 IPR017665 Guanylate kinase GO:0004385|GO:0006163 KEGG: 00230+2.7.4.8|MetaCyc: PWY-7221|Reactome: R-HSA-2161541|Reactome: R-HSA-499943 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 Coils Coil 169 196 - T 17-09-2021 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 Gene3D G3DSA:3.30.63.10 37 96 3.9E-67 T 17-09-2021 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 SUPERFAMILY SSF52540 3 191 1.33E-68 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 Hamap MF_00328 Guanylate kinase [gmk]. 4 187 37.169 T 17-09-2021 IPR017665 Guanylate kinase GO:0004385|GO:0006163 KEGG: 00230+2.7.4.8|MetaCyc: PWY-7221|Reactome: R-HSA-2161541|Reactome: R-HSA-499943 +MGYG000000001_02144 fd9fb2f25c15740ffbaa361213a827a0 205 Gene3D G3DSA:3.40.50.300 10 183 3.9E-67 T 17-09-2021 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 85 217 3.4E-34 T 17-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 Gene3D G3DSA:3.90.480.20 3 78 9.5E-10 T 17-09-2021 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 ProSitePatterns PS00365 Nitrite and sulfite reductases iron-sulfur/siroheme-binding site. 130 146 - T 17-09-2021 IPR006066 Nitrite/sulphite reductase iron-sulphur/sirohaem-binding site GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 SUPERFAMILY SSF55124 8 74 9.49E-18 T 17-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 SUPERFAMILY SSF56014 85 220 6.67E-47 T 17-09-2021 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 Gene3D G3DSA:3.30.413.10 82 222 6.2E-42 T 17-09-2021 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 PANTHER PTHR43809 10 221 1.8E-68 T 17-09-2021 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 PIRSF PIRSF037487 1 218 9.2E-101 T 17-09-2021 IPR017220 Sulphite reductase, assimilatory +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 Pfam PF03460 Nitrite/Sulfite reductase ferredoxin-like half domain 12 74 1.5E-15 T 17-09-2021 IPR005117 Nitrite/Sulfite reductase ferredoxin-like domain GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 PRINTS PR00397 Sirohaem Fe-binding site signature 130 148 2.8E-8 T 17-09-2021 IPR006066 Nitrite/sulphite reductase iron-sulphur/sirohaem-binding site GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02032 873f65529b7f2ecff688a2cfa0537c22 224 PRINTS PR00397 Sirohaem Fe-binding site signature 87 105 2.8E-8 T 17-09-2021 IPR006066 Nitrite/sulphite reductase iron-sulphur/sirohaem-binding site GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 PANTHER PTHR10954 42 251 5.4E-77 T 17-09-2021 IPR001352 Ribonuclease HII/HIII GO:0003723|GO:0004523 +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 Gene3D G3DSA:3.30.420.10 48 255 2.3E-78 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 Coils Coil 33 60 - T 17-09-2021 +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 CDD cd07182 RNase_HII_bacteria_HII_like 77 252 2.97345E-105 T 17-09-2021 IPR022898 Ribonuclease HII GO:0004523 +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 SUPERFAMILY SSF53098 64 250 2.73E-66 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 Pfam PF01351 Ribonuclease HII 77 251 1.6E-38 T 17-09-2021 IPR024567 Ribonuclease HII/HIII domain +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 PANTHER PTHR10954:SF18 42 251 5.4E-77 T 17-09-2021 IPR022898 Ribonuclease HII GO:0004523 +MGYG000000001_01318 3d0bbf487671076eabb338d781ad61f4 255 Hamap MF_00052_B Ribonuclease HII [rnhB]. 74 253 36.25 T 17-09-2021 IPR022898 Ribonuclease HII GO:0004523 +MGYG000000001_02419 f22ffc1762f358c375e1e3a2a5e264ba 175 Pfam PF02620 Large ribosomal RNA subunit accumulation protein YceD 56 171 1.3E-27 T 17-09-2021 IPR003772 Large ribosomal RNA subunit accumulation protein YceD +MGYG000000001_02419 f22ffc1762f358c375e1e3a2a5e264ba 175 PANTHER PTHR34374 36 173 2.6E-19 T 17-09-2021 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 TIGRFAM TIGR01696 deoB: phosphopentomutase 3 383 1.5E-164 T 17-09-2021 IPR010045 Phosphopentomutase GO:0000287|GO:0005737|GO:0008973|GO:0009117|GO:0043094 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 CDD cd16009 PPM 2 384 0.0 T 17-09-2021 IPR010045 Phosphopentomutase GO:0000287|GO:0005737|GO:0008973|GO:0009117|GO:0043094 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 PIRSF PIRSF001491 1 389 4.4E-161 T 17-09-2021 IPR010045 Phosphopentomutase GO:0000287|GO:0005737|GO:0008973|GO:0009117|GO:0043094 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 SUPERFAMILY SSF53649 1 386 2.09E-74 T 17-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 PANTHER PTHR21110 1 387 3.5E-166 T 17-09-2021 IPR010045 Phosphopentomutase GO:0000287|GO:0005737|GO:0008973|GO:0009117|GO:0043094 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 Gene3D G3DSA:3.40.720.10 2 384 9.4E-169 T 17-09-2021 IPR017850 Alkaline-phosphatase-like, core domain superfamily GO:0003824 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 Gene3D G3DSA:3.30.70.1250 96 214 9.4E-169 T 17-09-2021 IPR024052 Phosphopentomutase DeoB cap domain superfamily GO:0008973 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 SUPERFAMILY SSF143856 98 214 5.36E-48 T 17-09-2021 IPR024052 Phosphopentomutase DeoB cap domain superfamily GO:0008973 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 Hamap MF_00740 Phosphopentomutase [deoB]. 1 385 53.262 T 17-09-2021 IPR010045 Phosphopentomutase GO:0000287|GO:0005737|GO:0008973|GO:0009117|GO:0043094 KEGG: 00030+5.4.2.7|KEGG: 00230+5.4.2.7|MetaCyc: PWY-7180 +MGYG000000001_01285 29c4d4dcada204422993aa837843f8d5 390 Pfam PF01676 Metalloenzyme superfamily 3 376 9.0E-32 T 17-09-2021 IPR006124 Metalloenzyme GO:0003824|GO:0046872 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 SUPERFAMILY SSF55973 121 243 4.32E-53 T 17-09-2021 IPR022636 S-adenosylmethionine synthetase superfamily GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Pfam PF02773 S-adenosylmethionine synthetase, C-terminal domain 244 383 1.6E-69 T 17-09-2021 IPR022630 S-adenosylmethionine synthetase, C-terminal GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Hamap MF_00086 S-adenosylmethionine synthase [metK]. 2 394 58.451 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Pfam PF02772 S-adenosylmethionine synthetase, central domain 126 242 3.6E-50 T 17-09-2021 IPR022629 S-adenosylmethionine synthetase, central domain GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 PANTHER PTHR11964 3 390 3.1E-184 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 SUPERFAMILY SSF55973 3 109 1.61E-47 T 17-09-2021 IPR022636 S-adenosylmethionine synthetase superfamily GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Pfam PF00438 S-adenosylmethionine synthetase, N-terminal domain 4 100 1.5E-44 T 17-09-2021 IPR022628 S-adenosylmethionine synthetase, N-terminal GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Gene3D G3DSA:3.30.300.10 11 281 2.6E-179 T 17-09-2021 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 ProSitePatterns PS00377 S-adenosylmethionine synthase signature 2. 270 278 - T 17-09-2021 IPR022631 S-adenosylmethionine synthetase, conserved site GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Gene3D G3DSA:3.30.300.10 102 386 2.6E-179 T 17-09-2021 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 Gene3D G3DSA:3.30.300.10 5 244 2.6E-179 T 17-09-2021 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 TIGRFAM TIGR01034 metK: methionine adenosyltransferase 5 392 1.0E-184 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 SUPERFAMILY SSF55973 244 392 1.56E-69 T 17-09-2021 IPR022636 S-adenosylmethionine synthetase superfamily GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 CDD cd18079 S-AdoMet_synt 5 385 0.0 T 17-09-2021 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 ProSitePatterns PS00376 S-adenosylmethionine synthase signature 1. 127 137 - T 17-09-2021 IPR022631 S-adenosylmethionine synthetase, conserved site GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 PIRSF PIRSF000497 1 395 5.3E-176 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_02094 8ef2ac91015ba6753a5009d156d04879 400 PANTHER PTHR11964:SF1 3 390 3.1E-184 T 17-09-2021 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 CDD cd01572 QPRTase 7 273 6.97944E-146 T 17-09-2021 IPR004393 Nicotinate-nucleotide pyrophosphorylase GO:0004514|GO:0009435 KEGG: 00760+2.4.2.19|MetaCyc: PWY-5316|MetaCyc: PWY-5653|MetaCyc: PWY-7342|Reactome: R-HSA-196807 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 Gene3D G3DSA:3.90.1170.20 11 272 4.4E-106 T 17-09-2021 IPR037128 Quinolinate phosphoribosyl transferase, N-terminal domain superfamily GO:0016763 Reactome: R-HSA-196807 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 SUPERFAMILY SSF54675 1 107 2.59E-28 T 17-09-2021 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 Gene3D G3DSA:3.20.20.70 122 264 4.4E-106 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 Coils Coil 187 207 - T 17-09-2021 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 PANTHER PTHR32179:SF3 4 274 4.9E-101 T 17-09-2021 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 PANTHER PTHR32179 4 274 4.9E-101 T 17-09-2021 IPR027277 Nicotinate-nucleotide pyrophosphorylase/Putative pyrophosphorylase ModD Reactome: R-HSA-196807 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 Pfam PF01729 Quinolinate phosphoribosyl transferase, C-terminal domain 108 273 3.2E-60 T 17-09-2021 IPR002638 Quinolinate phosphoribosyl transferase, C-terminal GO:0004514|GO:0009435 Reactome: R-HSA-196807 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 SUPERFAMILY SSF51690 108 273 5.1E-59 T 17-09-2021 IPR036068 Nicotinate phosphoribosyltransferase-like, C-terminal GO:0004514|GO:0009435 KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 Pfam PF02749 Quinolinate phosphoribosyl transferase, N-terminal domain 18 106 1.8E-27 T 17-09-2021 IPR022412 Quinolinate phosphoribosyl transferase, N-terminal GO:0016763 Reactome: R-HSA-196807 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 TIGRFAM TIGR00078 nadC: nicotinate-nucleotide diphosphorylase (carboxylating) 10 273 3.1E-101 T 17-09-2021 IPR004393 Nicotinate-nucleotide pyrophosphorylase GO:0004514|GO:0009435 KEGG: 00760+2.4.2.19|MetaCyc: PWY-5316|MetaCyc: PWY-5653|MetaCyc: PWY-7342|Reactome: R-HSA-196807 +MGYG000000001_02331 e1e1fd3ae516156a57800e4ade81e3d0 278 PIRSF PIRSF006250 1 277 4.1E-97 T 17-09-2021 IPR027277 Nicotinate-nucleotide pyrophosphorylase/Putative pyrophosphorylase ModD Reactome: R-HSA-196807 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 ProSiteProfiles PS51387 PCMH-type FAD-binding domain profile. 32 198 16.917 T 17-09-2021 IPR016166 FAD-binding domain, PCMH-type GO:0071949 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 SUPERFAMILY SSF56176 5 196 1.73E-50 T 17-09-2021 IPR036318 FAD-binding, type PCMH-like superfamily GO:0050660 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Coils Coil 193 213 - T 17-09-2021 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Gene3D G3DSA:3.90.78.10 219 304 4.7E-32 T 17-09-2021 IPR036635 UDP-N-acetylenolpyruvoylglucosamine reductase, C-terminal domain superfamily GO:0008762|GO:0055114 KEGG: 00520+1.3.1.98|KEGG: 00550+1.3.1.98|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 PANTHER PTHR21071 14 301 1.0E-100 T 17-09-2021 IPR003170 UDP-N-acetylenolpyruvoylglucosamine reductase GO:0008762|GO:0055114 KEGG: 00520+1.3.1.98|KEGG: 00550+1.3.1.98|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 TIGRFAM TIGR00179 murB: UDP-N-acetylenolpyruvoylglucosamine reductase 25 302 1.1E-76 T 17-09-2021 IPR003170 UDP-N-acetylenolpyruvoylglucosamine reductase GO:0008762|GO:0055114 KEGG: 00520+1.3.1.98|KEGG: 00550+1.3.1.98|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 SUPERFAMILY SSF56194 198 303 1.44E-35 T 17-09-2021 IPR036635 UDP-N-acetylenolpyruvoylglucosamine reductase, C-terminal domain superfamily GO:0008762|GO:0055114 KEGG: 00520+1.3.1.98|KEGG: 00550+1.3.1.98|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Pfam PF01565 FAD binding domain 38 167 9.0E-28 T 17-09-2021 IPR006094 FAD linked oxidase, N-terminal GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Gene3D G3DSA:3.30.465.10 92 218 1.7E-43 T 17-09-2021 IPR016169 FAD-binding, type PCMH, subdomain 2 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Hamap MF_00037 UDP-N-acetylenolpyruvoylglucosamine reductase [murB]. 1 304 92.393 T 17-09-2021 IPR003170 UDP-N-acetylenolpyruvoylglucosamine reductase GO:0008762|GO:0055114 KEGG: 00520+1.3.1.98|KEGG: 00550+1.3.1.98|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Pfam PF02873 UDP-N-acetylenolpyruvoylglucosamine reductase, C-terminal domain 202 301 1.5E-29 T 17-09-2021 IPR011601 UDP-N-acetylenolpyruvoylglucosamine reductase, C-terminal GO:0008762|GO:0055114 KEGG: 00520+1.3.1.98|KEGG: 00550+1.3.1.98|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00004 b0beafbc8de18daafc1a28b36c6a6673 304 Gene3D G3DSA:3.30.43.10 1 88 1.6E-30 T 17-09-2021 IPR016167 FAD-binding, type PCMH, subdomain 1 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Hamap MF_00356 DNA polymerase III PolC-type [polC]. 1 1431 375.093 T 17-09-2021 IPR006308 DNA polymerase III, alpha subunit, Gram-positive type GO:0003677|GO:0003887|GO:0005737|GO:0006260 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF11490 DNA polymerase III polC-type N-terminus II 92 201 2.6E-15 T 17-09-2021 IPR024754 DNA polymerase III PolC-like, N-terminal domain II +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 CDD cd04484 polC_OBF 239 317 8.6419E-22 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:2.40.50.140 221 317 2.1E-22 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 PANTHER PTHR23044 15 1431 0.0 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 SMART SM00481 332 399 1.4E-24 T 17-09-2021 IPR003141 Polymerase/histidinol phosphatase, N-terminal +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 CDD cd06127 DEDDh 418 573 9.21653E-58 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 TIGRFAM TIGR01405 polC_Gram_pos: DNA polymerase III, alpha subunit, Gram-positive type 233 1431 0.0 T 17-09-2021 IPR006308 DNA polymerase III, alpha subunit, Gram-positive type GO:0003677|GO:0003887|GO:0005737|GO:0006260 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 SUPERFAMILY SSF53098 416 868 6.68E-102 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 PANTHER PTHR23044:SF26 15 1431 0.0 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:1.10.150.870 1280 1417 1.6E-49 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:3.30.420.10 409 552 1.4E-43 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 CDD cd07435 PHP_PolIIIA_POLC 604 800 9.05704E-103 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF02811 PHP domain 333 688 6.0E-48 T 17-09-2021 IPR004013 PHP domain GO:0003824 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:1.10.100.20 988 1035 9.9E-55 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:3.20.20.140 553 794 4.2E-54 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 SUPERFAMILY SSF160975 1372 1415 2.22E-5 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF07733 Bacterial DNA polymerase III alpha NTPase domain 816 1087 3.9E-54 T 17-09-2021 IPR011708 Bacterial DNA polymerase III, alpha subunit, NTPase domain GO:0006260|GO:0008408 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF14480 DNA polymerase III polC-type N-terminus I 4 75 5.6E-10 T 17-09-2021 IPR028112 DNA polymerase III PolC-type, N-terminal domain I +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF00929 Exonuclease 418 572 1.0E-33 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF14579 Helix-hairpin-helix motif 1342 1423 2.4E-13 T 17-09-2021 IPR029460 DNA polymerase, helix-hairpin-helix motif +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 TIGRFAM TIGR00573 dnaq: exonuclease, DNA polymerase III, epsilon subunit family 415 631 7.9E-40 T 17-09-2021 IPR006054 DNA polymerase III epsilon subunit, exonuclease domain GO:0003677|GO:0003887|GO:0006260 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 SMART SM00479 416 581 3.0E-48 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Pfam PF17657 Bacterial DNA polymerase III alpha subunit finger domain 1091 1236 5.6E-22 T 17-09-2021 IPR040982 DNA polymerase III alpha subunit finger domain +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:3.30.1900.20 966 1088 9.9E-55 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:3.20.20.140 332 394 2.1E-11 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:1.10.150.700 1228 1279 1.5E-12 T 17-09-2021 +MGYG000000001_01616 a3f356267e505b4dd15fecaac60b317f 1431 Gene3D G3DSA:1.10.150.700 1089 1178 2.5E-32 T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 390 410 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 542 576 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 666 707 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 507 527 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Pfam PF13558 Putative exonuclease SbcCD, C subunit 1059 1132 3.8E-13 T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 783 810 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 SUPERFAMILY SSF52540 5 1150 2.44E-25 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 981 1015 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 348 382 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 834 861 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Pfam PF13476 AAA domain 5 207 1.0E-23 T 17-09-2021 IPR038729 Rad50/SbcC-type AAA domain +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 296 330 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Gene3D G3DSA:3.40.50.300 913 1175 3.0E-28 T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Gene3D G3DSA:3.40.50.300 1 307 9.7E-38 T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 PANTHER PTHR32114 1 1171 5.9E-133 T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 183 203 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 722 742 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 434 458 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 919 946 - T 17-09-2021 +MGYG000000001_02033 74b415e85869fe46679baae922b3a343 1176 Coils Coil 256 286 - T 17-09-2021 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 SMART SM00382 38 245 7.0E-15 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 ProSitePatterns PS00211 ABC transporters family signature. 160 174 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 10 260 23.97 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 SUPERFAMILY SSF52540 9 257 1.33E-68 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 Pfam PF08352 Oligopeptide/dipeptide transporter, C-terminal region 239 304 1.3E-18 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 TIGRFAM TIGR01727 oligo_HPY: oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal domain 238 324 2.0E-26 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 Gene3D G3DSA:3.40.50.300 7 335 6.0E-99 T 17-09-2021 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 PANTHER PTHR43297 9 329 6.9E-135 T 17-09-2021 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 CDD cd03257 ABC_NikE_OppD_transporters 9 242 2.73579E-126 T 17-09-2021 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 Coils Coil 327 337 - T 17-09-2021 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 PANTHER PTHR43297:SF2 9 329 6.9E-135 T 17-09-2021 +MGYG000000001_00838 c0a63dbe00a488bcb2590366e4bbc492 337 Pfam PF00005 ABC transporter 30 187 6.8E-29 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00094 a46290cf1d9092b677ea237d45f4160e 200 Pfam PF14344 Domain of unknown function (DUF4397) 10 124 2.6E-27 T 17-09-2021 IPR025510 Domain of unknown function DUF4397 +MGYG000000001_00094 a46290cf1d9092b677ea237d45f4160e 200 Pfam PF14344 Domain of unknown function (DUF4397) 107 188 1.2E-18 T 17-09-2021 IPR025510 Domain of unknown function DUF4397 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 SUPERFAMILY SSF51735 161 304 4.3E-24 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 PIRSF PIRSF000445 1 411 4.9E-125 T 17-09-2021 IPR000343 Tetrapyrrole biosynthesis, glutamyl-tRNA reductase GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 Hamap MF_00087 Glutamyl-tRNA reductase [hemA]. 2 409 25.99 T 17-09-2021 IPR000343 Tetrapyrrole biosynthesis, glutamyl-tRNA reductase GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 CDD cd05213 NAD_bind_Glutamyl_tRNA_reduct 3 311 4.91176E-101 T 17-09-2021 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 TIGRFAM TIGR01035 hemA: glutamyl-tRNA reductase 3 410 2.1E-108 T 17-09-2021 IPR000343 Tetrapyrrole biosynthesis, glutamyl-tRNA reductase GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 SUPERFAMILY SSF69075 318 410 1.7E-13 T 17-09-2021 IPR036453 Glutamyl tRNA-reductase dimerization domain superfamily GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 PANTHER PTHR43120:SF1 3 410 5.3E-107 T 17-09-2021 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 Pfam PF00745 Glutamyl-tRNAGlu reductase, dimerisation domain 316 410 9.9E-21 T 17-09-2021 IPR015896 Tetrapyrrole biosynthesis, glutamyl-tRNA reductase, dimerisation domain GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 Gene3D G3DSA:3.30.460.30 1 155 5.0E-48 T 17-09-2021 IPR036343 Glutamyl-tRNA reductase, N-terminal domain superfamily GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 Pfam PF01488 Shikimate / quinate 5-dehydrogenase 169 299 1.5E-33 T 17-09-2021 IPR006151 Quinate/shikimate 5-dehydrogenase/glutamyl-tRNA reductase +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 SUPERFAMILY SSF69742 1 155 1.57E-40 T 17-09-2021 IPR036343 Glutamyl-tRNA reductase, N-terminal domain superfamily GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 PANTHER PTHR43120 3 410 5.3E-107 T 17-09-2021 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 Pfam PF05201 Glutamyl-tRNAGlu reductase, N-terminal domain 6 153 2.2E-45 T 17-09-2021 IPR015895 Tetrapyrrole biosynthesis, glutamyl-tRNA reductase, N-terminal GO:0008883|GO:0033014|GO:0050661|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 Gene3D G3DSA:3.40.50.720 159 305 1.4E-35 T 17-09-2021 +MGYG000000001_02203 e34672b9d109cf8a7718049e8a960628 411 ProSitePatterns PS00747 Glutamyl-tRNA reductase signature. 96 119 - T 17-09-2021 IPR018214 Glutamyl-tRNA reductase, conserved site GO:0008883|GO:0055114 KEGG: 00860+1.2.1.70|MetaCyc: PWY-5188 +MGYG000000001_02624 035511e47a656ca92c1a58dd21aa54c8 123 PANTHER PTHR33931 2 121 1.3E-33 T 17-09-2021 IPR005538 LrgA/CidA family GO:0016021 +MGYG000000001_02624 035511e47a656ca92c1a58dd21aa54c8 123 Pfam PF03788 LrgA family 14 109 1.6E-27 T 17-09-2021 IPR005538 LrgA/CidA family GO:0016021 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Coils Coil 38 58 - T 17-09-2021 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Gene3D G3DSA:3.40.640.10 100 364 1.6E-168 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 TIGRFAM TIGR00474 selA: L-seryl-tRNA(Sec) selenium transferase 11 465 3.0E-183 T 17-09-2021 IPR004534 L-seryl-tRNA(Sec) selenium transferase GO:0001514|GO:0004125|GO:0005737 KEGG: 00450+2.9.1.1|KEGG: 00970+2.9.1.1 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Coils Coil 366 386 - T 17-09-2021 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Pfam PF03841 L-seryl-tRNA selenium transferase 88 452 3.3E-162 T 17-09-2021 IPR018319 L-seryl-tRNA selenium transferase-like KEGG: 00450+2.9.1.1|KEGG: 00970+2.9.1.1 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Hamap MF_00423 L-seryl-tRNA(Sec) selenium transferase [selA]. 1 470 199.153 T 17-09-2021 IPR004534 L-seryl-tRNA(Sec) selenium transferase GO:0001514|GO:0004125|GO:0005737 KEGG: 00450+2.9.1.1|KEGG: 00970+2.9.1.1 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Pfam PF12390 Selenocysteine synthase N terminal 10 49 4.3E-11 T 17-09-2021 IPR025862 L-seryl-tRNA selenium transferase N-terminal domain KEGG: 00450+2.9.1.1|KEGG: 00970+2.9.1.1 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 PANTHER PTHR32328 12 468 2.6E-153 T 17-09-2021 +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 SUPERFAMILY SSF53383 83 461 2.64E-51 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00264 6d2a7e8a585a5fc3c2ab688a2a2cf1f7 470 Gene3D G3DSA:3.90.1150.110 13 457 1.6E-168 T 17-09-2021 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 Gene3D G3DSA:3.20.20.140 6 57 4.6E-18 T 17-09-2021 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 Gene3D G3DSA:1.10.2020.10 58 138 5.9E-42 T 17-09-2021 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 PANTHER PTHR30068 9 471 1.3E-211 T 17-09-2021 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 Gene3D G3DSA:3.20.20.140 139 474 1.3E-139 T 17-09-2021 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 Pfam PF02614 Glucuronate isomerase 9 470 4.8E-219 T 17-09-2021 IPR003766 Uronate isomerase GO:0006064|GO:0008880 KEGG: 00040+5.3.1.12|MetaCyc: PWY-7247|MetaCyc: PWY-7248 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 Hamap MF_00675 Uronate isomerase [uxaC]. 9 473 50.382 T 17-09-2021 IPR003766 Uronate isomerase GO:0006064|GO:0008880 KEGG: 00040+5.3.1.12|MetaCyc: PWY-7247|MetaCyc: PWY-7248 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 PANTHER PTHR30068:SF4 9 471 1.3E-211 T 17-09-2021 +MGYG000000001_01265 641e746543a5b9dcac2e8f897c920784 474 SUPERFAMILY SSF51556 9 471 7.99E-188 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_00704 37cf34ba322ab1dbf89b8fca24241d36 164 Pfam PF09578 Spore cortex protein YabQ (Spore_YabQ) 14 89 4.8E-16 T 17-09-2021 IPR019074 Spore cortex biosynthesis protein, YabQ-like +MGYG000000001_00202 f1cfb65463c2b1138984f5285fb2f187 89 PIRSF PIRSF010606 1 85 4.9E-29 T 17-09-2021 IPR016571 Spore coat assembly protein CotJB +MGYG000000001_00202 f1cfb65463c2b1138984f5285fb2f187 89 Pfam PF12652 CotJB protein 9 84 2.7E-29 T 17-09-2021 IPR024207 Spore coat assembly protein CotJB, domain +MGYG000000001_00808 275d8dafc80750027d216097fe5bfc27 75 Pfam PF11148 Protein of unknown function (DUF2922) 7 71 6.6E-23 T 17-09-2021 IPR021321 Protein of unknown function DUF2922 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PANTHER PTHR42865:SF7 157 444 2.3E-70 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PANTHER PTHR42865:SF7 3 141 2.3E-70 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PANTHER PTHR42865 157 444 2.3E-70 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PRINTS PR00173 Glutamate-aspartate symporter signature 176 198 1.8E-23 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PRINTS PR00173 Glutamate-aspartate symporter signature 388 408 1.8E-23 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PRINTS PR00173 Glutamate-aspartate symporter signature 361 380 1.8E-23 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PRINTS PR00173 Glutamate-aspartate symporter signature 224 243 1.8E-23 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PRINTS PR00173 Glutamate-aspartate symporter signature 11 31 1.8E-23 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PRINTS PR00173 Glutamate-aspartate symporter signature 326 352 1.8E-23 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 PANTHER PTHR42865 3 141 2.3E-70 T 17-09-2021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 SUPERFAMILY SSF118215 13 439 7.45E-82 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 Gene3D G3DSA:1.10.3860.10 2 449 9.0E-92 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_02874 dd535403fd9a39c8f5b801e19f9a0f3c 449 Pfam PF00375 Sodium:dicarboxylate symporter family 13 437 7.7E-92 T 17-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 CDD cd07025 Peptidase_S66 13 290 6.24871E-118 T 17-09-2021 +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 Gene3D G3DSA:3.50.30.60 150 301 6.2E-45 T 17-09-2021 IPR027461 LD-carboxypeptidase A, C-terminal domain superfamily +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 Pfam PF02016 LD-carboxypeptidase N-terminal domain 13 130 1.5E-37 T 17-09-2021 IPR040449 LD-carboxypeptidase, N-terminal +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 PANTHER PTHR30237 2 297 2.0E-85 T 17-09-2021 IPR003507 Peptidase family S66 +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 PIRSF PIRSF028757 1 302 1.4E-90 T 17-09-2021 IPR003507 Peptidase family S66 +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 PANTHER PTHR30237:SF2 2 297 2.0E-85 T 17-09-2021 +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 SUPERFAMILY SSF52317 1 154 6.41E-45 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 SUPERFAMILY SSF141986 161 296 1.7E-43 T 17-09-2021 IPR027461 LD-carboxypeptidase A, C-terminal domain superfamily +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 Pfam PF17676 LD-carboxypeptidase C-terminal domain 176 291 3.7E-35 T 17-09-2021 IPR040921 LD-carboxypeptidase, C-terminal +MGYG000000001_00538 9dcc11f38f8bf455b16d09c15b0dae00 302 Gene3D G3DSA:3.40.50.10740 1 149 3.3E-48 T 17-09-2021 IPR027478 Murein tetrapeptide carboxypeptidase, N-terminal +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 CDD cd13143 MATE_MepA_like 12 439 6.17045E-138 T 17-09-2021 +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 PANTHER PTHR43823 1 454 5.2E-140 T 17-09-2021 +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 PIRSF PIRSF006603 1 455 2.0E-95 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 PANTHER PTHR43823:SF1 1 454 5.2E-140 T 17-09-2021 +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 Pfam PF01554 MatE 23 185 4.2E-29 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 Pfam PF01554 MatE 250 406 6.3E-20 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02078 425a8d2b2ea0d7a4aa4976988069cd43 460 TIGRFAM TIGR00797 matE: MATE efflux family protein 23 420 3.2E-59 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 PIRSF PIRSF039102 41 299 4.9E-80 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 PIRSF PIRSF039102 1 49 4.8E-12 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 Gene3D G3DSA:3.30.470.20 84 293 3.9E-60 T 17-09-2021 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 Pfam PF01820 D-ala D-ala ligase N-terminus 2 85 7.6E-22 T 17-09-2021 IPR011127 D-alanine--D-alanine ligase, N-terminal domain KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 ProSitePatterns PS00843 D-alanine--D-alanine ligase signature 1. 62 73 - T 17-09-2021 IPR000291 D-alanine--D-alanine ligase/VANA/B/C, conserved site KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 ProSitePatterns PS00844 D-alanine--D-alanine ligase signature 2. 240 267 - T 17-09-2021 IPR000291 D-alanine--D-alanine ligase/VANA/B/C, conserved site KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 Gene3D G3DSA:3.40.50.20 1 83 6.8E-31 T 17-09-2021 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 TIGRFAM TIGR01205 D_ala_D_alaTIGR: D-alanine--D-alanine ligase 2 296 7.1E-81 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 Pfam PF07478 D-ala D-ala ligase C-terminus 103 294 5.8E-40 T 17-09-2021 IPR011095 D-alanine--D-alanine ligase, C-terminal GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 PANTHER PTHR23132 1 295 6.6E-65 T 17-09-2021 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 Hamap MF_00047 D-alanine--D-alanine ligase [ddl]. 1 297 32.715 T 17-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 ProSiteProfiles PS50975 ATP-grasp fold profile. 100 294 39.986 T 17-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 Gene3D G3DSA:3.30.1490.20 110 176 3.9E-60 T 17-09-2021 IPR013815 ATP-grasp fold, subdomain 1 GO:0005524 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 SUPERFAMILY SSF56059 95 295 1.28E-43 T 17-09-2021 +MGYG000000001_00550 d9afd9a79a9c13691bd95739a2c094d0 299 SUPERFAMILY SSF52440 1 94 4.99E-29 T 17-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 Pfam PF00731 AIR carboxylase 34 179 2.0E-56 T 17-09-2021 IPR000031 PurE domain GO:0006189 Reactome: R-HSA-73817 +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 SUPERFAMILY SSF52255 33 189 5.1E-57 T 17-09-2021 IPR035893 PurE domain superfamily Reactome: R-HSA-73817 +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 SMART SM01001 33 181 2.2E-78 T 17-09-2021 IPR000031 PurE domain GO:0006189 Reactome: R-HSA-73817 +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 TIGRFAM TIGR01162 purE: phosphoribosylaminoimidazole carboxylase, catalytic subunit 35 188 1.1E-54 T 17-09-2021 IPR000031 PurE domain GO:0006189 Reactome: R-HSA-73817 +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 PIRSF PIRSF001338 30 190 3.4E-64 T 17-09-2021 IPR024694 PurE, prokaryotic type GO:0006189 KEGG: 00230+5.4.99.18|MetaCyc: PWY-6123|MetaCyc: PWY-7234 +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 Gene3D G3DSA:3.40.50.7700 22 190 4.9E-62 T 17-09-2021 IPR035893 PurE domain superfamily Reactome: R-HSA-73817 +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 Hamap MF_01929 N5-carboxyaminoimidazole ribonucleotide mutase [purE]. 35 185 29.11 T 17-09-2021 IPR033747 Class I PurE +MGYG000000001_01549 6c1484bbab1fa52a83d5a0bf91c726ec 190 PANTHER PTHR23046 32 188 5.9E-59 T 17-09-2021 +MGYG000000001_00636 9d4f00d85c6bfb3289f827296109c556 147 Pfam PF12638 Staygreen protein 4 144 8.8E-21 T 17-09-2021 IPR024438 Staygreen protein +MGYG000000001_02339 67f7657a9cd2124bbc6a56a397566f3f 270 Pfam PF02517 CPBP intramembrane metalloprotease 130 216 5.2E-16 T 17-09-2021 IPR003675 CAAX prenyl protease 2 GO:0004197|GO:0016020|GO:0071586 Reactome: R-HSA-5689880 +MGYG000000001_02339 67f7657a9cd2124bbc6a56a397566f3f 270 PANTHER PTHR43592 20 221 4.6E-22 T 17-09-2021 +MGYG000000001_02339 67f7657a9cd2124bbc6a56a397566f3f 270 PANTHER PTHR43592:SF15 20 221 4.6E-22 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 Hamap MF_00109 Shikimate kinase [aroK]. 1 173 24.641 T 17-09-2021 IPR000623 Shikimate kinase/Threonine synthase-like 1 KEGG: 00400+2.7.1.71|MetaCyc: PWY-6163 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 ProSitePatterns PS01128 Shikimate kinase signature. 56 81 - T 17-09-2021 IPR023000 Shikimate kinase, conserved site KEGG: 00400+2.7.1.71|MetaCyc: PWY-6163 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PRINTS PR01100 Shikimate kinase family signature 94 111 1.9E-19 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PRINTS PR01100 Shikimate kinase family signature 55 63 1.9E-19 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PRINTS PR01100 Shikimate kinase family signature 3 18 1.9E-19 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PRINTS PR01100 Shikimate kinase family signature 73 82 1.9E-19 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PRINTS PR01100 Shikimate kinase family signature 27 40 1.9E-19 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PANTHER PTHR21087:SF16 2 179 3.9E-44 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 SUPERFAMILY SSF47384 174 254 3.14E-8 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 Gene3D G3DSA:1.10.287.130 172 256 5.7E-8 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 SUPERFAMILY SSF52540 1 156 1.46E-23 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 Gene3D G3DSA:3.40.50.300 1 171 3.9E-47 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 CDD cd00082 HisKA 185 252 1.56437E-4 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 Pfam PF01202 Shikimate kinase 9 156 3.3E-43 T 17-09-2021 IPR031322 Shikimate kinase/gluconokinase KEGG: 00400+2.7.1.71|MetaCyc: PWY-6163 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 PANTHER PTHR21087 2 179 3.9E-44 T 17-09-2021 +MGYG000000001_01301 8ec4a99c5887283c92a05ec8762e7786 421 CDD cd00464 SK 3 143 3.6275E-37 T 17-09-2021 IPR000623 Shikimate kinase/Threonine synthase-like 1 KEGG: 00400+2.7.1.71|MetaCyc: PWY-6163 +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 SUPERFAMILY SSF103473 15 428 1.4E-17 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 PANTHER PTHR11328 7 448 7.4E-37 T 17-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 ProSitePatterns PS00872 Sodium:galactoside symporter family signature. 66 91 - T 17-09-2021 IPR018043 Sodium:galactoside symporter, conserved site GO:0006814|GO:0016020|GO:0022857 +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 Pfam PF13347 MFS/sugar transport protein 18 446 5.8E-52 T 17-09-2021 +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 CDD cd17332 MFS_MelB_like 20 447 1.07796E-43 T 17-09-2021 +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 Gene3D G3DSA:1.20.1250.20 14 431 8.9E-15 T 17-09-2021 +MGYG000000001_00328 9a6846ed9b7e0e17c9720f2adfaa20ab 467 PANTHER PTHR11328:SF24 7 448 7.4E-37 T 17-09-2021 +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 Pfam PF00482 Type II secretion system (T2SS), protein F 265 387 1.4E-26 T 17-09-2021 IPR018076 Type II secretion system F domain +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 Pfam PF00482 Type II secretion system (T2SS), protein F 64 184 1.6E-22 T 17-09-2021 IPR018076 Type II secretion system F domain +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 Gene3D G3DSA:1.20.81.30 248 360 4.4E-25 T 17-09-2021 IPR042094 Type II secretion system F domain superfamily +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 Gene3D G3DSA:1.20.81.30 49 164 3.0E-21 T 17-09-2021 IPR042094 Type II secretion system F domain superfamily +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 PRINTS PR00812 Bacterial general secretion pathway protein F signature 59 71 9.0E-11 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 PRINTS PR00812 Bacterial general secretion pathway protein F signature 156 184 9.0E-11 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 PRINTS PR00812 Bacterial general secretion pathway protein F signature 360 374 9.0E-11 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 PRINTS PR00812 Bacterial general secretion pathway protein F signature 376 395 9.0E-11 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 PANTHER PTHR30012 1 395 1.2E-93 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00037 347be835cfa5941bd88d705f3bc87984 395 ProSitePatterns PS00874 Bacterial type II secretion system protein F signature. 156 184 - T 17-09-2021 IPR001992 Type II secretion system conserved site GO:0009306|GO:0016020 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 PANTHER PTHR43031 136 235 3.9E-52 T 17-09-2021 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 CDD cd00158 RHOD 43 130 3.01691E-28 T 17-09-2021 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 Gene3D G3DSA:3.40.250.10 35 133 6.7E-25 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 ProSiteProfiles PS50206 Rhodanese domain profile. 151 238 18.079 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 Gene3D G3DSA:3.40.250.10 134 237 1.4E-26 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 SUPERFAMILY SSF52821 136 232 3.8E-26 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 PANTHER PTHR43031:SF1 32 134 3.9E-52 T 17-09-2021 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 CDD cd00158 RHOD 144 233 7.19512E-28 T 17-09-2021 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 ProSiteProfiles PS50206 Rhodanese domain profile. 49 136 18.902 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 SMART SM00450 39 136 1.2E-17 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 SMART SM00450 141 238 3.5E-20 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 Pfam PF00581 Rhodanese-like domain 143 233 1.4E-14 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 Pfam PF00581 Rhodanese-like domain 49 131 6.8E-15 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 PANTHER PTHR43031 32 134 3.9E-52 T 17-09-2021 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 PANTHER PTHR43031:SF1 136 235 3.9E-52 T 17-09-2021 +MGYG000000001_00072 4cb70302467856d4b028b6d129e90809 238 SUPERFAMILY SSF52821 37 130 3.54E-26 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_00781 3e54bb17a9ea3ef363f041e7bdfe01f0 62 Pfam PF14205 Cysteine-rich KTR 5 56 9.4E-28 T 17-09-2021 IPR025957 Cysteine-rich KTR +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 PANTHER PTHR33841 15 563 2.5E-51 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 Coils Coil 74 94 - T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 SUPERFAMILY SSF53335 11 340 2.49E-55 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 Pfam PF07669 Eco57I restriction-modification methylase 161 268 6.2E-13 T 17-09-2021 IPR011639 Restriction modification methylase Eco57I GO:0003677|GO:0003824|GO:0006304 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 62 76 3.7E-18 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 162 174 3.7E-18 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 198 222 3.7E-18 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 32 48 3.7E-18 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 ProSitePatterns PS00092 N-6 Adenine-specific DNA methylases signature. 165 171 - T 17-09-2021 IPR002052 DNA methylase, N-6 adenine-specific, conserved site GO:0003676|GO:0008168|GO:0032259 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 Gene3D G3DSA:3.40.50.150 14 349 1.6E-57 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 Pfam PF12950 TaqI-like C-terminal specificity domain 387 535 1.7E-13 T 17-09-2021 IPR025931 TaqI-like C-terminal specificity domain +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 PANTHER PTHR33841:SF1 15 563 2.5E-51 T 17-09-2021 +MGYG000000001_01404 0c0a3f04c99f7cd5186aabe77bf0206b 590 Coils Coil 546 566 - T 17-09-2021 +MGYG000000001_01982 9948a5eacf3f38a6132e34ececac291b 236 TIGRFAM TIGR01167 LPXTG_anchor: LPXTG cell wall anchor domain 196 228 2.3E-5 T 17-09-2021 +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 CDD cd06920 NEAT 42 154 3.9109E-16 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 ProSiteProfiles PS50978 NEAT domain profile. 39 168 20.898 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 SUPERFAMILY SSF158911 42 157 1.44E-18 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 Pfam PF05031 Iron Transport-associated domain 38 153 2.9E-16 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 MobiDBLite mobidb-lite consensus disorder prediction 164 187 - T 17-09-2021 +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 Gene3D G3DSA:2.60.40.1850 39 161 1.0E-26 T 17-09-2021 IPR037250 NEAT domain superfamily +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 SMART SM00725 39 168 4.4E-24 T 17-09-2021 IPR006635 NEAT domain +MGYG000000001_00979 e19a95f4fc058aab10e5259f0ac49f13 214 TIGRFAM TIGR01167 LPXTG_anchor: LPXTG cell wall anchor domain 184 214 0.0016 T 17-09-2021 +MGYG000000001_01083 c8c3e8d1616e0e82637b311ee22f5581 84 Coils Coil 45 65 - T 17-09-2021 +MGYG000000001_01501 c8c3e8d1616e0e82637b311ee22f5581 84 Coils Coil 45 65 - T 17-09-2021 +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 PANTHER PTHR30465:SF0 28 344 8.5E-93 T 17-09-2021 +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 PANTHER PTHR30465 28 344 8.5E-93 T 17-09-2021 +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 SUPERFAMILY SSF161098 117 331 1.13E-16 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 139 343 4.6E-43 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 121 331 15.831 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 CDD cd06261 TM_PBP2 121 324 3.051E-15 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02789 d05284c10cc220a09df0e7296cf270f5 348 Gene3D G3DSA:1.10.3720.10 111 339 4.6E-19 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 Coils Coil 237 257 - T 17-09-2021 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 Pfam PF01743 Poly A polymerase head domain 23 144 8.7E-37 T 17-09-2021 IPR002646 Poly A polymerase, head domain GO:0003723|GO:0006396|GO:0016779 Reactome: R-HSA-6784531|Reactome: R-HSA-6785470 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 Pfam PF12627 Probable RNA and SrmB- binding site of polymerase A 172 226 4.4E-15 T 17-09-2021 IPR032828 tRNA nucleotidyltransferase/poly(A) polymerase, RNA and SrmB- binding domain Reactome: R-HSA-6784531|Reactome: R-HSA-6785470 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 SUPERFAMILY SSF81891 143 416 3.66E-41 T 17-09-2021 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 Gene3D G3DSA:1.10.3090.10 145 410 8.9E-44 T 17-09-2021 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 Pfam PF13735 tRNA nucleotidyltransferase domain 2 putative 259 415 1.6E-9 T 17-09-2021 IPR032810 CCA-adding enzyme, C-terminal +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 Gene3D G3DSA:3.30.460.10 5 144 1.0E-46 T 17-09-2021 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 CDD cd05398 NT_ClassII-CCAase 6 141 1.44418E-44 T 17-09-2021 IPR002646 Poly A polymerase, head domain GO:0003723|GO:0006396|GO:0016779 Reactome: R-HSA-6784531|Reactome: R-HSA-6785470 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 PANTHER PTHR46173 7 416 2.7E-93 T 17-09-2021 +MGYG000000001_01276 17f3fc4a28c6ac8763c113237c490657 417 SUPERFAMILY SSF81301 5 142 1.04E-38 T 17-09-2021 +MGYG000000001_02468 c62e6facc10a5edb58e8dd8b6627eb70 202 SUPERFAMILY SSF46689 17 67 2.48E-9 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02468 c62e6facc10a5edb58e8dd8b6627eb70 202 ProSiteProfiles PS50977 TetR-type HTH domain profile. 7 68 14.037 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02468 c62e6facc10a5edb58e8dd8b6627eb70 202 Pfam PF00440 Bacterial regulatory proteins, tetR family 28 58 2.5E-9 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02468 c62e6facc10a5edb58e8dd8b6627eb70 202 Gene3D G3DSA:1.10.357.10 4 197 3.3E-17 T 17-09-2021 +MGYG000000001_01822 52d3828d249a991bb79756de437b8d30 566 Coils Coil 42 62 - T 17-09-2021 +MGYG000000001_01822 52d3828d249a991bb79756de437b8d30 566 Gene3D G3DSA:3.40.50.300 83 261 2.4E-14 T 17-09-2021 +MGYG000000001_01822 52d3828d249a991bb79756de437b8d30 566 PANTHER PTHR41287 9 547 1.0E-74 T 17-09-2021 IPR005021 Terminase large subunit, Lambdalikevirus-type +MGYG000000001_01822 52d3828d249a991bb79756de437b8d30 566 Pfam PF03354 Phage Terminase 88 547 7.5E-53 T 17-09-2021 IPR005021 Terminase large subunit, Lambdalikevirus-type +MGYG000000001_01822 52d3828d249a991bb79756de437b8d30 566 PANTHER PTHR41287:SF1 9 547 1.0E-74 T 17-09-2021 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 MobiDBLite mobidb-lite consensus disorder prediction 261 277 - T 17-09-2021 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 SUPERFAMILY SSF50104 126 273 3.49E-59 T 17-09-2021 IPR008991 Translation protein SH3-like domain superfamily +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 Pfam PF03947 Ribosomal Proteins L2, C-terminal domain 125 251 6.6E-55 T 17-09-2021 IPR022669 Ribosomal protein L2, C-terminal GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 Gene3D G3DSA:2.30.30.30 118 196 7.6E-33 T 17-09-2021 IPR014722 Ribosomal protein L2, domain 2 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 PANTHER PTHR13691 8 275 1.9E-108 T 17-09-2021 IPR002171 Ribosomal protein L2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 TIGRFAM TIGR01171 rplB_bact: ribosomal protein uL2 3 275 1.9E-132 T 17-09-2021 IPR005880 Ribosomal protein L2, bacterial/organellar-type GO:0003723|GO:0003735|GO:0006412|GO:0015934|GO:0016740 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 Gene3D G3DSA:4.10.950.10 197 276 8.4E-33 T 17-09-2021 IPR014726 Ribosomal protein L2, domain 3 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 PIRSF PIRSF002158 3 276 3.4E-95 T 17-09-2021 IPR002171 Ribosomal protein L2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 SUPERFAMILY SSF50249 2 125 5.48E-49 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 Gene3D G3DSA:2.40.50.140 1 114 9.4E-48 T 17-09-2021 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 MobiDBLite mobidb-lite consensus disorder prediction 222 277 - T 17-09-2021 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 SMART SM01383 42 118 1.8E-44 T 17-09-2021 IPR002171 Ribosomal protein L2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 ProSitePatterns PS00467 Ribosomal protein L2 signature. 218 229 - T 17-09-2021 IPR022671 Ribosomal protein L2, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 SMART SM01382 124 253 6.2E-89 T 17-09-2021 IPR022669 Ribosomal protein L2, C-terminal GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 Hamap MF_01320_B 50S ribosomal protein L2 [rplB]. 1 275 47.639 T 17-09-2021 IPR005880 Ribosomal protein L2, bacterial/organellar-type GO:0003723|GO:0003735|GO:0006412|GO:0015934|GO:0016740 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 PANTHER PTHR13691:SF5 8 275 1.9E-108 T 17-09-2021 +MGYG000000001_02589 9183ef7659af4a4e5a5c1cff4bdae08b 277 Pfam PF00181 Ribosomal Proteins L2, RNA binding domain 42 117 2.2E-32 T 17-09-2021 IPR022666 Ribosomal Proteins L2, RNA binding domain GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 CDD cd02037 Mrp_NBP35 3 131 2.50476E-12 T 17-09-2021 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 Coils Coil 98 118 - T 17-09-2021 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 Gene3D G3DSA:3.40.50.300 1 254 1.9E-82 T 17-09-2021 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 CDD cd02042 ParAB_family 3 201 1.64521E-47 T 17-09-2021 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 PANTHER PTHR13696 3 251 2.1E-77 T 17-09-2021 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 Pfam PF13614 AAA domain 2 178 9.8E-72 T 17-09-2021 IPR025669 AAA domain +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 PANTHER PTHR13696:SF90 3 251 2.1E-77 T 17-09-2021 +MGYG000000001_00938 a8b010c61e5e7537fff1f5278e19a241 257 SUPERFAMILY SSF52540 1 252 5.22E-70 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 PANTHER PTHR30595:SF3 2 170 8.2E-26 T 17-09-2021 +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 SUPERFAMILY SSF46785 2 52 9.09E-9 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 ProSiteProfiles PS51000 DeoR-type HTH domain profile. 1 55 11.646 T 17-09-2021 IPR001034 DeoR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 Pfam PF08279 HTH domain 2 53 4.3E-12 T 17-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 Gene3D G3DSA:1.10.10.10 1 56 2.2E-10 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 PANTHER PTHR30595 2 170 8.2E-26 T 17-09-2021 +MGYG000000001_00183 4f29e2aa3cb6048a849748d2e08b6176 216 SMART SM00420 4 59 0.0017 T 17-09-2021 IPR001034 DeoR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00054 b40bb55c04c64cf728d93b68f78548e5 147 Pfam PF02308 MgtC family 2 66 1.3E-16 T 17-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_00054 b40bb55c04c64cf728d93b68f78548e5 147 PANTHER PTHR33778:SF1 2 144 1.0E-33 T 17-09-2021 +MGYG000000001_00054 b40bb55c04c64cf728d93b68f78548e5 147 PANTHER PTHR33778 2 144 1.0E-33 T 17-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 PIRSF PIRSF001555 7 334 9.5E-157 T 17-09-2021 IPR004618 Aspartate--ammonia ligase GO:0004071|GO:0005737|GO:0006529 KEGG: 00250+6.3.1.1|KEGG: 00460+6.3.1.1 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 TIGRFAM TIGR00669 asnA: aspartate--ammonia ligase 16 326 3.5E-107 T 17-09-2021 IPR004618 Aspartate--ammonia ligase GO:0004071|GO:0005737|GO:0006529 KEGG: 00250+6.3.1.1|KEGG: 00460+6.3.1.1 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 PANTHER PTHR30073 9 327 4.4E-147 T 17-09-2021 IPR004618 Aspartate--ammonia ligase GO:0004071|GO:0005737|GO:0006529 KEGG: 00250+6.3.1.1|KEGG: 00460+6.3.1.1 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 Gene3D G3DSA:3.30.930.10 13 329 7.4E-148 T 17-09-2021 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 25 319 20.945 T 17-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 Pfam PF03590 Aspartate-ammonia ligase 19 244 3.3E-108 T 17-09-2021 IPR004618 Aspartate--ammonia ligase GO:0004071|GO:0005737|GO:0006529 KEGG: 00250+6.3.1.1|KEGG: 00460+6.3.1.1 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 SUPERFAMILY SSF55681 16 326 3.28E-94 T 17-09-2021 +MGYG000000001_01755 acd6be3340dadaac7797a16c15e66788 334 Hamap MF_00555 Aspartate--ammonia ligase [asnA]. 11 330 49.713 T 17-09-2021 IPR004618 Aspartate--ammonia ligase GO:0004071|GO:0005737|GO:0006529 KEGG: 00250+6.3.1.1|KEGG: 00460+6.3.1.1 +MGYG000000001_01214 c6d793f7968f07c94b7436b7109cefe5 89 Pfam PF05239 PRC-barrel domain 1 75 1.8E-8 T 17-09-2021 IPR027275 PRC-barrel domain +MGYG000000001_01214 c6d793f7968f07c94b7436b7109cefe5 89 PANTHER PTHR40061 2 76 1.8E-15 T 17-09-2021 IPR014238 Sporulation protein YlmC/YmxH +MGYG000000001_01214 c6d793f7968f07c94b7436b7109cefe5 89 Gene3D G3DSA:2.30.30.240 1 76 2.9E-7 T 17-09-2021 +MGYG000000001_01214 c6d793f7968f07c94b7436b7109cefe5 89 SUPERFAMILY SSF50346 1 74 4.79E-10 T 17-09-2021 IPR011033 PRC-barrel-like superfamily +MGYG000000001_01214 c6d793f7968f07c94b7436b7109cefe5 89 TIGRFAM TIGR02888 spore_YlmC_YmxH: sporulation protein, YlmC/YmxH family 3 74 1.1E-16 T 17-09-2021 IPR014238 Sporulation protein YlmC/YmxH +MGYG000000001_00523 df2292b6bdead1d211666f9226c7b36b 106 Pfam PF06133 Control of competence regulator ComK, YlbF/YmcA 3 103 1.1E-14 T 17-09-2021 IPR010368 Control of competence regulator ComK, YlbF/YmcA +MGYG000000001_00523 df2292b6bdead1d211666f9226c7b36b 106 Gene3D G3DSA:1.20.1500.10 1 106 1.1E-15 T 17-09-2021 IPR023378 YheA/YmcA-like domain superfamily +MGYG000000001_00523 df2292b6bdead1d211666f9226c7b36b 106 SUPERFAMILY SSF158622 1 104 2.62E-15 T 17-09-2021 IPR023378 YheA/YmcA-like domain superfamily +MGYG000000001_00311 1657c43e320b159b5111cfd0e80dc638 325 Pfam PF03116 NQR2, RnfD, RnfE family 7 321 9.6E-113 T 17-09-2021 IPR004338 Ion-translocating oxidoreductase NqrB/RnfD GO:0016020|GO:0055085 +MGYG000000001_00311 1657c43e320b159b5111cfd0e80dc638 325 PANTHER PTHR30578:SF0 4 325 3.4E-106 T 17-09-2021 IPR011303 Ion-translocating oxidoreductase complex Rnf, subunit D GO:0016021|GO:0022900 +MGYG000000001_00311 1657c43e320b159b5111cfd0e80dc638 325 PANTHER PTHR30578 4 325 3.4E-106 T 17-09-2021 IPR004338 Ion-translocating oxidoreductase NqrB/RnfD GO:0016020|GO:0055085 +MGYG000000001_00311 1657c43e320b159b5111cfd0e80dc638 325 TIGRFAM TIGR01946 rnfD: electron transport complex, RnfABCDGE type, D subunit 10 322 5.1E-101 T 17-09-2021 IPR011303 Ion-translocating oxidoreductase complex Rnf, subunit D GO:0016021|GO:0022900 +MGYG000000001_00311 1657c43e320b159b5111cfd0e80dc638 325 Hamap MF_00462 Ion-translocating oxidoreductase complex subunit D [rsxD]. 5 323 23.765 T 17-09-2021 IPR011303 Ion-translocating oxidoreductase complex Rnf, subunit D GO:0016021|GO:0022900 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 PANTHER PTHR11831:SF4 39 197 9.6E-37 T 17-09-2021 IPR005709 Ribosomal protein S4, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 SMART SM01390 3 87 2.9E-31 T 17-09-2021 IPR001912 Ribosomal protein S4/S9, N-terminal GO:0019843 Reactome: R-HSA-6790901|Reactome: R-HSA-6791226 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 Hamap MF_01306_B 30S ribosomal protein S4 [rpsD]. 1 197 30.846 T 17-09-2021 IPR005709 Ribosomal protein S4, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 PANTHER PTHR11831 39 197 9.6E-37 T 17-09-2021 IPR022801 Ribosomal protein S4/S9 Reactome: R-HSA-6790901|Reactome: R-HSA-6791226 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 88 156 15.127 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 ProSitePatterns PS00632 Ribosomal protein S4 signature. 86 110 - T 17-09-2021 IPR018079 Ribosomal protein S4, conserved site GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6790901|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 SUPERFAMILY SSF55174 2 197 5.1E-59 T 17-09-2021 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 Pfam PF00163 Ribosomal protein S4/S9 N-terminal domain 5 87 3.8E-21 T 17-09-2021 IPR001912 Ribosomal protein S4/S9, N-terminal GO:0019843 Reactome: R-HSA-6790901|Reactome: R-HSA-6791226 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 CDD cd00165 S4 89 149 5.94397E-20 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 Gene3D G3DSA:3.10.290.10 87 182 4.7E-66 T 17-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 Gene3D G3DSA:1.10.1050.10 6 197 4.7E-66 T 17-09-2021 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 Pfam PF01479 S4 domain 89 135 7.7E-20 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 TIGRFAM TIGR01017 rpsD_bact: ribosomal protein uS4 3 197 1.3E-66 T 17-09-2021 IPR005709 Ribosomal protein S4, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_00392 7801f0a5274c6ece759fa3df579af97d 198 SMART SM00363 88 151 5.7E-18 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_01597 4c7dc929b864312e25d2ee3c8a27e51e 363 CDD cd06550 TM_ABC_iron-siderophores_like 86 352 8.04886E-40 T 17-09-2021 +MGYG000000001_01597 4c7dc929b864312e25d2ee3c8a27e51e 363 Gene3D G3DSA:1.10.3470.10 18 360 1.4E-97 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_01597 4c7dc929b864312e25d2ee3c8a27e51e 363 PANTHER PTHR30472 11 356 5.9E-95 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_01597 4c7dc929b864312e25d2ee3c8a27e51e 363 PANTHER PTHR30472:SF67 11 356 5.9E-95 T 17-09-2021 +MGYG000000001_01597 4c7dc929b864312e25d2ee3c8a27e51e 363 Pfam PF01032 FecCD transport family 32 354 4.2E-91 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_01597 4c7dc929b864312e25d2ee3c8a27e51e 363 SUPERFAMILY SSF81345 15 354 3.92E-81 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 Pfam PF00425 chorismate binding enzyme 184 435 3.3E-97 T 17-09-2021 IPR015890 Chorismate-utilising enzyme, C-terminal +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 SUPERFAMILY SSF56322 15 443 1.57E-139 T 17-09-2021 IPR005801 ADC synthase GO:0009058 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 Coils Coil 139 159 - T 17-09-2021 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 Pfam PF04715 Anthranilate synthase component I, N terminal region 9 132 7.0E-30 T 17-09-2021 IPR006805 Anthranilate synthase component I, N-terminal GO:0009058 KEGG: 00400+4.1.3.27|KEGG: 00405+4.1.3.27|MetaCyc: PWY-5958|MetaCyc: PWY-6661 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 Gene3D G3DSA:3.60.120.10 2 444 4.8E-163 T 17-09-2021 IPR005801 ADC synthase GO:0009058 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 PRINTS PR00095 Anthranilate synthase component I signature 297 310 1.9E-18 T 17-09-2021 IPR019999 Anthranilate synthase component I-like GO:0009058 KEGG: 00400+4.1.3.27|KEGG: 00405+4.1.3.27|MetaCyc: PWY-5958|MetaCyc: PWY-6661 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 PRINTS PR00095 Anthranilate synthase component I signature 377 391 1.9E-18 T 17-09-2021 IPR019999 Anthranilate synthase component I-like GO:0009058 KEGG: 00400+4.1.3.27|KEGG: 00405+4.1.3.27|MetaCyc: PWY-5958|MetaCyc: PWY-6661 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 PRINTS PR00095 Anthranilate synthase component I signature 392 406 1.9E-18 T 17-09-2021 IPR019999 Anthranilate synthase component I-like GO:0009058 KEGG: 00400+4.1.3.27|KEGG: 00405+4.1.3.27|MetaCyc: PWY-5958|MetaCyc: PWY-6661 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 PRINTS PR00095 Anthranilate synthase component I signature 283 296 1.9E-18 T 17-09-2021 IPR019999 Anthranilate synthase component I-like GO:0009058 KEGG: 00400+4.1.3.27|KEGG: 00405+4.1.3.27|MetaCyc: PWY-5958|MetaCyc: PWY-6661 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 TIGRFAM TIGR00553 pabB: aminodeoxychorismate synthase, component I 85 438 3.7E-114 T 17-09-2021 IPR005802 Aminodeoxychorismate synthase, component I GO:0009396 KEGG: 00790+2.6.1.85|MetaCyc: PWY-6543|MetaCyc: PWY-8032 +MGYG000000001_03097 cb786c4d1f0ded750dcfbd00eb5b6cb6 449 PANTHER PTHR11236 13 444 3.9E-145 T 17-09-2021 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 PANTHER PTHR43661:SF3 1 548 6.9E-235 T 17-09-2021 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 Gene3D G3DSA:3.50.30.80 370 521 2.4E-51 T 17-09-2021 IPR042096 Dihydroxy-acid dehydratase, C-terminal KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 PANTHER PTHR43661 1 548 6.9E-235 T 17-09-2021 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 Hamap MF_00012 Dihydroxy-acid dehydratase [ilvD]. 1 549 45.22 T 17-09-2021 IPR004404 Dihydroxy-acid dehydratase GO:0004160|GO:0009082 KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 ProSitePatterns PS00887 Dihydroxy-acid and 6-phosphogluconate dehydratases signature 2. 458 469 - T 17-09-2021 IPR020558 Dihydroxy-acid/6-phosphogluconate dehydratase, conserved site GO:0003824 KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 ProSitePatterns PS00886 Dihydroxy-acid and 6-phosphogluconate dehydratases signature 1. 119 129 - T 17-09-2021 IPR020558 Dihydroxy-acid/6-phosphogluconate dehydratase, conserved site GO:0003824 KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 SUPERFAMILY SSF52016 370 548 9.42E-57 T 17-09-2021 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 SUPERFAMILY SSF143975 2 369 1.83E-133 T 17-09-2021 IPR037237 IlvD/EDD, N-terminal domain KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 TIGRFAM TIGR00110 ilvD: dihydroxy-acid dehydratase 14 548 4.3E-231 T 17-09-2021 IPR004404 Dihydroxy-acid dehydratase GO:0004160|GO:0009082 KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01934 07b6d618735990b549c78888ff88dc00 549 Pfam PF00920 Dehydratase family 31 546 3.3E-215 T 17-09-2021 IPR000581 Dihydroxy-acid/6-phosphogluconate dehydratase GO:0003824 KEGG: 00290+4.2.1.9|KEGG: 00770+4.2.1.9|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-7111 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 Gene3D G3DSA:1.10.1060.10 2 140 1.0E-41 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 Pfam PF14691 Dihydroprymidine dehydrogenase domain II, 4Fe-4S cluster 18 128 4.3E-43 T 17-09-2021 IPR028261 Dihydroprymidine dehydrogenase domain II Reactome: R-HSA-73621 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 SUPERFAMILY SSF46548 7 150 3.09E-32 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PANTHER PTHR11938 4 461 5.9E-208 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PRINTS PR00419 Adrenodoxin reductase family signature 141 163 5.4E-21 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PRINTS PR00419 Adrenodoxin reductase family signature 207 217 5.4E-21 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PRINTS PR00419 Adrenodoxin reductase family signature 283 297 5.4E-21 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PRINTS PR00419 Adrenodoxin reductase family signature 316 329 5.4E-21 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PRINTS PR00419 Adrenodoxin reductase family signature 164 177 5.4E-21 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 32 65 7.324 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 PANTHER PTHR11938:SF130 4 461 5.9E-208 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 140 447 2.1E-35 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 Gene3D G3DSA:3.50.50.60 279 469 1.1E-30 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 Gene3D G3DSA:3.50.50.60 141 278 7.8E-39 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 SUPERFAMILY SSF51971 139 392 1.29E-67 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 SUPERFAMILY SSF51971 344 459 1.18E-7 T 17-09-2021 +MGYG000000001_01919 e86ae9d34c176c46c5844ba4598cb599 470 TIGRFAM TIGR01316 gltA: glutamate synthase (NADPH), homotetrameric 16 458 2.1E-179 T 17-09-2021 IPR006004 Glutamate synthase (NADPH), homotetrameric KEGG: 00195+1.18.1.2|MetaCyc: PWY-101 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 SMART SM00387 264 375 1.9E-28 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 Pfam PF00512 His Kinase A (phospho-acceptor) domain 152 217 3.8E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 268 374 1.6E-17 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 PANTHER PTHR45528:SF3 16 375 3.5E-94 T 17-09-2021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 PRINTS PR00344 Bacterial sensor protein C-terminal signature 336 354 2.3E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 PRINTS PR00344 Bacterial sensor protein C-terminal signature 359 372 2.3E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 PRINTS PR00344 Bacterial sensor protein C-terminal signature 319 329 2.3E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 ProSiteProfiles PS50109 Histidine kinase domain profile. 158 375 43.75 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 ProSiteProfiles PS50885 HAMP domain profile. 91 143 8.093 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 Gene3D G3DSA:1.20.1480.50 70 146 7.9E-6 T 17-09-2021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 CDD cd06225 HAMP 95 139 3.90828E-6 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 SUPERFAMILY SSF55874 207 373 2.75E-36 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 SUPERFAMILY SSF47384 137 218 5.89E-17 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 SUPERFAMILY SSF158472 97 140 1.44E-6 T 17-09-2021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 Pfam PF00672 HAMP domain 99 139 2.3E-6 T 17-09-2021 IPR003660 HAMP domain GO:0007165|GO:0016021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 Gene3D G3DSA:3.30.565.10 223 374 1.7E-34 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 SMART SM00388 151 218 1.1E-15 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 CDD cd00075 HATPase 269 371 1.05202E-28 T 17-09-2021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 CDD cd00082 HisKA 149 214 9.60337E-16 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 PANTHER PTHR45528 16 375 3.5E-94 T 17-09-2021 +MGYG000000001_00889 39f43dc6bbdb0e32076f7372ae8d5512 375 Gene3D G3DSA:1.10.287.130 147 219 9.8E-20 T 17-09-2021 +MGYG000000001_00389 75bfec7f68e1c725dde537206695fc3d 87 Pfam PF04071 Cysteine-rich small domain 4 85 1.7E-30 T 17-09-2021 IPR007212 Cysteine-rich small domain +MGYG000000001_01779 b14b4832532350772e1d3c6c5bee27a4 64 Gene3D G3DSA:3.40.50.1820 1 63 4.9E-10 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01779 b14b4832532350772e1d3c6c5bee27a4 64 SUPERFAMILY SSF53474 4 56 6.86E-7 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_02625 b3f5f3f6ef5cde3485b68baae104f41d 229 PANTHER PTHR30249 5 228 4.4E-55 T 17-09-2021 IPR007300 CidB/LrgB family +MGYG000000001_02625 b3f5f3f6ef5cde3485b68baae104f41d 229 Pfam PF04172 LrgB-like family 15 227 1.5E-75 T 17-09-2021 IPR007300 CidB/LrgB family +MGYG000000001_02625 b3f5f3f6ef5cde3485b68baae104f41d 229 PANTHER PTHR30249:SF11 5 228 4.4E-55 T 17-09-2021 +MGYG000000001_00005 dd3562dcda5e5a08a704fa2b1176fd38 237 Coils Coil 54 74 - T 17-09-2021 +MGYG000000001_00005 dd3562dcda5e5a08a704fa2b1176fd38 237 SUPERFAMILY SSF89550 4 234 8.76E-47 T 17-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_00005 dd3562dcda5e5a08a704fa2b1176fd38 237 SMART SM00481 5 83 1.5E-13 T 17-09-2021 IPR003141 Polymerase/histidinol phosphatase, N-terminal +MGYG000000001_00005 dd3562dcda5e5a08a704fa2b1176fd38 237 Gene3D G3DSA:3.20.20.140 1 236 7.2E-58 T 17-09-2021 +MGYG000000001_00005 dd3562dcda5e5a08a704fa2b1176fd38 237 Pfam PF02811 PHP domain 6 142 5.8E-12 T 17-09-2021 IPR004013 PHP domain GO:0003824 +MGYG000000001_00005 dd3562dcda5e5a08a704fa2b1176fd38 237 PANTHER PTHR36928 2 232 4.9E-40 T 17-09-2021 +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 PANTHER PTHR10256:SF0 1 283 9.7E-94 T 17-09-2021 +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 SUPERFAMILY SSF56042 102 284 5.08E-51 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 CDD cd02195 SelD 1 276 2.60702E-118 T 17-09-2021 IPR004536 Selenophosphate synthetase GO:0005524 KEGG: 00450+2.7.9.3|MetaCyc: PWY-6281 +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 Pfam PF02769 AIR synthase related protein, C-terminal domain 108 286 5.3E-36 T 17-09-2021 IPR010918 PurM-like, C-terminal domain +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 Gene3D G3DSA:3.30.1330.10 1 102 8.8E-33 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 PANTHER PTHR10256 1 283 9.7E-94 T 17-09-2021 IPR004536 Selenophosphate synthetase GO:0005524 KEGG: 00450+2.7.9.3|MetaCyc: PWY-6281 +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 SUPERFAMILY SSF55326 2 101 7.18E-31 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 PIRSF PIRSF036407 1 287 1.6E-112 T 17-09-2021 IPR004536 Selenophosphate synthetase GO:0005524 KEGG: 00450+2.7.9.3|MetaCyc: PWY-6281 +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 Pfam PF00586 AIR synthase related protein, N-terminal domain 4 95 4.1E-18 T 17-09-2021 IPR016188 PurM-like, N-terminal domain +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 TIGRFAM TIGR00476 selD: selenide, water dikinase 2 253 2.5E-100 T 17-09-2021 IPR004536 Selenophosphate synthetase GO:0005524 KEGG: 00450+2.7.9.3|MetaCyc: PWY-6281 +MGYG000000001_00265 f593c701a38f9abd1a159f3f1326de20 287 Gene3D G3DSA:3.90.650.10 103 287 7.8E-56 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 Gene3D G3DSA:2.40.50.940 223 349 1.0E-19 T 17-09-2021 +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 Gene3D G3DSA:3.40.50.300 1 222 6.0E-65 T 17-09-2021 +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 SUPERFAMILY SSF50331 241 349 7.23E-11 T 17-09-2021 IPR008995 Molybdate/tungstate binding, C-terminal +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 SUPERFAMILY SSF52540 1 244 1.2E-82 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 PANTHER PTHR43875 2 352 1.8E-117 T 17-09-2021 +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 Gene3D G3DSA:2.40.50.140 287 340 1.0E-19 T 17-09-2021 +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 235 31.806 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 SMART SM00382 27 213 1.6E-17 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01949 efbbad64183336a0602a81ce818fce65 356 Pfam PF00005 ABC transporter 18 162 2.2E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 Gene3D G3DSA:3.40.50.2300 2 125 6.1E-31 T 17-09-2021 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 Gene3D G3DSA:3.40.50.2300 2 125 6.1E-31 T 17-09-2021 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 126 226 40.651 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 126 226 40.651 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 CDD cd00156 REC 5 118 1.18456E-31 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 CDD cd00156 REC 5 118 1.18456E-31 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 CDD cd00383 trans_reg_C 134 224 1.48429E-34 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 CDD cd00383 trans_reg_C 134 224 1.48429E-34 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 SMART SM00448 2 114 9.9E-34 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 SMART SM00448 2 114 9.9E-34 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 PANTHER PTHR26402:SF726 3 224 1.3E-62 T 17-09-2021 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 PANTHER PTHR26402:SF726 3 224 1.3E-62 T 17-09-2021 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 Pfam PF00486 Transcriptional regulatory protein, C terminal 148 224 1.3E-24 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 Pfam PF00486 Transcriptional regulatory protein, C terminal 148 224 1.3E-24 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 ProSiteProfiles PS50110 Response regulatory domain profile. 3 118 37.072 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 ProSiteProfiles PS50110 Response regulatory domain profile. 3 118 37.072 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 SMART SM00862 147 224 1.8E-24 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 SMART SM00862 147 224 1.8E-24 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 Gene3D G3DSA:1.10.10.10 126 226 7.4E-31 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 Gene3D G3DSA:1.10.10.10 126 226 7.4E-31 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 SUPERFAMILY SSF52172 2 178 8.95E-36 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 SUPERFAMILY SSF52172 2 178 8.95E-36 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 Pfam PF00072 Response regulator receiver domain 4 115 2.8E-23 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 Pfam PF00072 Response regulator receiver domain 4 115 2.8E-23 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01861 fc57631b0c559b4c349de7042c010f40 226 PANTHER PTHR26402 3 224 1.3E-62 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_01862 fc57631b0c559b4c349de7042c010f40 226 PANTHER PTHR26402 3 224 1.3E-62 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_00871 754301f11d21005cf8c0d97404c432a0 203 Pfam PF13679 Methyltransferase domain 38 96 2.7E-6 T 17-09-2021 IPR025714 Methyltransferase domain +MGYG000000001_00871 754301f11d21005cf8c0d97404c432a0 203 SUPERFAMILY SSF53335 26 148 8.52E-15 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00871 754301f11d21005cf8c0d97404c432a0 203 Gene3D G3DSA:3.40.50.150 24 172 3.0E-14 T 17-09-2021 +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 SMART SM00382 26 213 8.8E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 SUPERFAMILY SSF52540 1 226 1.69E-58 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 3 218 2.53508E-74 T 17-09-2021 +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 236 23.743 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 Pfam PF00005 ABC transporter 17 164 4.8E-30 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 PANTHER PTHR42771 1 251 3.7E-119 T 17-09-2021 +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 Gene3D G3DSA:3.40.50.300 1 250 4.6E-66 T 17-09-2021 +MGYG000000001_02239 1a6b8d98fe46c157c2d5e8f4e884b2fc 251 PANTHER PTHR42771:SF3 1 251 3.7E-119 T 17-09-2021 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Hamap MF_01554_B Phosphoglucosamine mutase [glmM]. 1 446 45.562 T 17-09-2021 IPR006352 Phosphoglucosamine mutase, bacterial type GO:0000287|GO:0005975|GO:0008966 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Gene3D G3DSA:3.40.120.10 173 362 1.2E-71 T 17-09-2021 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Gene3D G3DSA:3.40.120.10 256 339 1.2E-71 T 17-09-2021 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Pfam PF02878 Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain I 2 136 1.1E-46 T 17-09-2021 IPR005844 Alpha-D-phosphohexomutase, alpha/beta/alpha domain I GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 SUPERFAMILY SSF53738 2 180 6.47E-52 T 17-09-2021 IPR016055 Alpha-D-phosphohexomutase, alpha/beta/alpha I/II/III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 PRINTS PR00509 Phosphoglucomutase/phosphomannomutase family signature 173 192 1.9E-14 T 17-09-2021 IPR005841 Alpha-D-phosphohexomutase superfamily GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 PRINTS PR00509 Phosphoglucomutase/phosphomannomutase family signature 93 107 1.9E-14 T 17-09-2021 IPR005841 Alpha-D-phosphohexomutase superfamily GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 PRINTS PR00509 Phosphoglucomutase/phosphomannomutase family signature 233 248 1.9E-14 T 17-09-2021 IPR005841 Alpha-D-phosphohexomutase superfamily GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 TIGRFAM TIGR01455 glmM: phosphoglucosamine mutase 5 444 1.4E-179 T 17-09-2021 IPR006352 Phosphoglucosamine mutase, bacterial type GO:0000287|GO:0005975|GO:0008966 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 SUPERFAMILY SSF53738 157 256 5.89E-31 T 17-09-2021 IPR016055 Alpha-D-phosphohexomutase, alpha/beta/alpha I/II/III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Pfam PF02880 Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain III 257 369 5.4E-32 T 17-09-2021 IPR005846 Alpha-D-phosphohexomutase, alpha/beta/alpha domain III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 PANTHER PTHR42946 3 445 2.9E-114 T 17-09-2021 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 ProSitePatterns PS00710 Phosphoglucomutase and phosphomannomutase phosphoserine signature. 94 103 - T 17-09-2021 IPR016066 Alpha-D-phosphohexomutase, conserved site GO:0000287 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Pfam PF02879 Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain II 158 253 5.7E-21 T 17-09-2021 IPR005845 Alpha-D-phosphohexomutase, alpha/beta/alpha domain II GO:0005975 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 PANTHER PTHR42946:SF1 3 445 2.9E-114 T 17-09-2021 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 SUPERFAMILY SSF53738 257 364 5.89E-29 T 17-09-2021 IPR016055 Alpha-D-phosphohexomutase, alpha/beta/alpha I/II/III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Pfam PF00408 Phosphoglucomutase/phosphomannomutase, C-terminal domain 373 443 2.8E-14 T 17-09-2021 IPR005843 Alpha-D-phosphohexomutase, C-terminal GO:0016868|GO:0071704 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Gene3D G3DSA:3.40.120.10 3 153 1.2E-54 T 17-09-2021 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 CDD cd05802 GlmM 4 440 0.0 T 17-09-2021 IPR006352 Phosphoglucosamine mutase, bacterial type GO:0000287|GO:0005975|GO:0008966 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 SUPERFAMILY SSF55957 358 447 9.81E-21 T 17-09-2021 IPR036900 Alpha-D-phosphohexomutase, C-terminal domain superfamily GO:0016868|GO:0071704 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01030 db9791118d42577943d52390cf228428 448 Gene3D G3DSA:3.30.310.50 370 448 5.2E-24 T 17-09-2021 +MGYG000000001_01329 2c15603ecc738f3cbffc5b7161c2fe17 103 MobiDBLite mobidb-lite consensus disorder prediction 1 43 - T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 Pfam PF08282 haloacid dehalogenase-like hydrolase 5 264 3.6E-70 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 Gene3D G3DSA:3.40.50.1000 3 264 7.5E-85 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 SFLD SFLDG01140 C2.B: Phosphomannomutase and Phosphatase Like 1 268 0.0 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 ProSitePatterns PS01228 Hypothetical cof family signature 1. 4 15 - T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 SFLD SFLDG01144 C2.B.4: PGP Like 1 268 0.0 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 PANTHER PTHR10000:SF8 2 270 1.1E-76 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 SUPERFAMILY SSF56784 1 269 2.2E-75 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 PANTHER PTHR10000 2 270 1.1E-76 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 TIGRFAM TIGR00099 Cof-subfamily: Cof-like hydrolase 4 264 1.4E-64 T 17-09-2021 IPR000150 Cof family GO:0016787 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 Gene3D G3DSA:3.30.1240.10 86 193 7.5E-85 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 CDD cd07516 HAD_Pase 4 266 1.09842E-97 T 17-09-2021 +MGYG000000001_00966 90ece2f9a215b5ca69b32a760c593d00 271 TIGRFAM TIGR01484 HAD-SF-IIB: HAD hydrolase, family IIB 4 237 1.9E-26 T 17-09-2021 IPR006379 HAD-superfamily hydrolase, subfamily IIB Reactome: R-HSA-446205 +MGYG000000001_01373 8b8f86d00a41a601ba323c847f833cd2 311 PANTHER PTHR43370 6 310 3.5E-97 T 17-09-2021 +MGYG000000001_01373 8b8f86d00a41a601ba323c847f833cd2 311 Pfam PF02653 Branched-chain amino acid transport system / permease component 8 289 7.5E-39 T 17-09-2021 IPR001851 ABC transporter, permease GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_01373 8b8f86d00a41a601ba323c847f833cd2 311 PANTHER PTHR43370:SF1 6 310 3.5E-97 T 17-09-2021 +MGYG000000001_01373 8b8f86d00a41a601ba323c847f833cd2 311 CDD cd06580 TM_PBP1_transp_TpRbsC_like 15 289 1.32833E-59 T 17-09-2021 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 SUPERFAMILY SSF56425 220 329 1.15E-34 T 17-09-2021 IPR027477 Succinate dehydrogenase/fumarate reductase flavoprotein, catalytic domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-71403 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 Pfam PF00890 FAD binding domain 6 369 5.7E-80 T 17-09-2021 IPR003953 FAD-dependent oxidoreductase 2, FAD binding domain Reactome: R-HSA-611105|Reactome: R-HSA-71403 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 Gene3D G3DSA:3.90.700.10 227 324 1.1E-128 T 17-09-2021 IPR027477 Succinate dehydrogenase/fumarate reductase flavoprotein, catalytic domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-71403 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 Gene3D G3DSA:3.50.50.60 6 380 1.1E-128 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 PANTHER PTHR42716 3 425 3.0E-148 T 17-09-2021 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 PANTHER PTHR42716:SF2 3 425 3.0E-148 T 17-09-2021 IPR005288 L-aspartate oxidase GO:0008734|GO:0009435|GO:0055114 KEGG: 00250+1.4.3.16|KEGG: 00760+1.4.3.16|MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 SUPERFAMILY SSF51905 2 394 9.36E-50 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 7 26 1.6E-6 T 17-09-2021 +MGYG000000001_02330 42d84bfec84dc29c5a95757aea361fa4 434 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 332 354 1.6E-6 T 17-09-2021 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 Hamap MF_00074 Ribosomal RNA small subunit methyltransferase G [rsmG]. 15 215 27.766 T 17-09-2021 IPR003682 rRNA small subunit methyltransferase G GO:0005737|GO:0006364|GO:0008649 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 SUPERFAMILY SSF53335 4 238 9.34E-45 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 CDD cd02440 AdoMet_MTases 74 172 1.75798E-4 T 17-09-2021 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 PIRSF PIRSF003078 2 221 1.8E-51 T 17-09-2021 IPR003682 rRNA small subunit methyltransferase G GO:0005737|GO:0006364|GO:0008649 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 PANTHER PTHR31760 17 238 1.8E-73 T 17-09-2021 IPR003682 rRNA small subunit methyltransferase G GO:0005737|GO:0006364|GO:0008649 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 Gene3D G3DSA:3.40.50.150 1 239 6.1E-80 T 17-09-2021 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 Pfam PF02527 rRNA small subunit methyltransferase G 24 195 3.4E-51 T 17-09-2021 IPR003682 rRNA small subunit methyltransferase G GO:0005737|GO:0006364|GO:0008649 +MGYG000000001_00940 7eae5941a943bd905c854d7d1b0206ba 239 TIGRFAM TIGR00138 rsmG_gidB: 16S rRNA (guanine(527)-N(7))-methyltransferase RsmG 26 217 3.0E-53 T 17-09-2021 IPR003682 rRNA small subunit methyltransferase G GO:0005737|GO:0006364|GO:0008649 +MGYG000000001_01879 4455bd1190b4bae3d210181acb1636ef 116 Gene3D G3DSA:3.40.1440.10 19 114 3.1E-14 T 17-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_01879 4455bd1190b4bae3d210181acb1636ef 116 CDD cd10451 GIY-YIG_LuxR_like 7 107 1.29966E-31 T 17-09-2021 +MGYG000000001_01879 4455bd1190b4bae3d210181acb1636ef 116 SUPERFAMILY SSF82771 20 88 6.28E-7 T 17-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_03046 ccbe91ea78888d57d5d6620a7375cbe8 81 Gene3D G3DSA:3.40.50.11440 34 80 3.7E-6 T 17-09-2021 +MGYG000000001_03046 ccbe91ea78888d57d5d6620a7375cbe8 81 Pfam PF09861 Lactate racemase N-terminal domain 8 74 4.0E-11 T 17-09-2021 IPR018657 LarA-like, N-terminal GO:0050043 KEGG: 00620+5.1.2.1 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 Pfam PF00149 Calcineurin-like phosphoesterase 1 239 1.8E-12 T 17-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 TIGRFAM TIGR00619 sbcd: exonuclease SbcCD, D subunit 1 266 1.3E-56 T 17-09-2021 IPR004593 Nuclease SbcCD subunit D GO:0004519|GO:0006259|GO:0008408 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 PANTHER PTHR30337 1 396 6.9E-78 T 17-09-2021 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 PANTHER PTHR30337:SF0 1 396 6.9E-78 T 17-09-2021 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 SUPERFAMILY SSF56300 1 346 4.94E-54 T 17-09-2021 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 CDD cd00840 MPP_Mre11_N 2 258 5.83189E-44 T 17-09-2021 IPR041796 Mre11 nuclease, N-terminal metallophosphatase domain Reactome: R-HSA-1834949|Reactome: R-HSA-2559586|Reactome: R-HSA-3270619|Reactome: R-HSA-5685938|Reactome: R-HSA-5685939|Reactome: R-HSA-5685942|Reactome: R-HSA-5693548|Reactome: R-HSA-5693554|Reactome: R-HSA-5693565|Reactome: R-HSA-5693568|Reactome: R-HSA-5693571|Reactome: R-HSA-5693579|Reactome: R-HSA-5693607|Reactome: R-HSA-5693616|Reactome: R-HSA-6804756|Reactome: R-HSA-69473|Reactome: R-HSA-912446 +MGYG000000001_02034 2e59647be268c6c2675b9b4fdb8cd040 404 Gene3D G3DSA:3.60.21.10 1 286 4.8E-74 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_02431 f08bb2fbe4ad0e1cf93fdeb5a8adc438 134 Coils Coil 105 134 - T 17-09-2021 +MGYG000000001_02431 f08bb2fbe4ad0e1cf93fdeb5a8adc438 134 Pfam PF03780 Asp23 family, cell envelope-related function 7 103 8.4E-28 T 17-09-2021 IPR005531 Alkaline shock protein Asp23 +MGYG000000001_02431 f08bb2fbe4ad0e1cf93fdeb5a8adc438 134 MobiDBLite mobidb-lite consensus disorder prediction 114 134 - T 17-09-2021 +MGYG000000001_02431 f08bb2fbe4ad0e1cf93fdeb5a8adc438 134 PANTHER PTHR34297 2 116 8.0E-29 T 17-09-2021 IPR005531 Alkaline shock protein Asp23 +MGYG000000001_02286 d674d1d3fcd72cbda5b4ee26bcebbf56 386 Pfam PF07228 Stage II sporulation protein E (SpoIIE) 30 218 5.7E-16 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02286 d674d1d3fcd72cbda5b4ee26bcebbf56 386 SUPERFAMILY SSF81606 5 218 1.44E-11 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02286 d674d1d3fcd72cbda5b4ee26bcebbf56 386 Gene3D G3DSA:3.60.40.10 1 227 6.0E-28 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02286 d674d1d3fcd72cbda5b4ee26bcebbf56 386 SMART SM00331 4 218 3.7E-4 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02286 d674d1d3fcd72cbda5b4ee26bcebbf56 386 PANTHER PTHR35801 10 217 3.7E-13 T 17-09-2021 IPR039248 Phosphatase RsbX KEGG: 00260+3.1.3.3|KEGG: 00680+3.1.3.3 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 SMART SM00382 44 234 1.5E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 TIGRFAM TIGR01727 oligo_HPY: oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal domain 234 322 1.1E-28 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 CDD cd03257 ABC_NikE_OppD_transporters 10 237 4.19877E-126 T 17-09-2021 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 11 257 25.79 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 ProSitePatterns PS00211 ABC transporters family signature. 157 171 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 PANTHER PTHR43776 1 322 3.1E-136 T 17-09-2021 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 SUPERFAMILY SSF52540 10 256 2.6E-72 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 Pfam PF08352 Oligopeptide/dipeptide transporter, C-terminal region 236 303 4.6E-17 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 Pfam PF00005 ABC transporter 36 184 4.9E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00837 19175c8fe5d726b26c22a3055ba6adaa 327 Gene3D G3DSA:3.40.50.300 8 327 6.8E-101 T 17-09-2021 +MGYG000000001_00703 058331e900e17c6c87a418709833e7d5 84 PIRSF PIRSF011576 1 84 3.3E-15 T 17-09-2021 IPR012504 Sporulation protein YabP +MGYG000000001_00703 058331e900e17c6c87a418709833e7d5 84 Pfam PF07873 YabP family 3 68 7.9E-19 T 17-09-2021 IPR022476 Sporulation protein YabP/YqfC +MGYG000000001_00703 058331e900e17c6c87a418709833e7d5 84 Gene3D G3DSA:2.60.40.2000 11 68 2.3E-17 T 17-09-2021 IPR038705 YabP superfamily +MGYG000000001_00093 90341b4c00c4040a28e47918d754df2f 134 PANTHER PTHR36113 6 129 8.0E-12 T 17-09-2021 +MGYG000000001_00093 90341b4c00c4040a28e47918d754df2f 134 Pfam PF00903 Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily 6 99 3.8E-9 T 17-09-2021 IPR004360 Glyoxalase/fosfomycin resistance/dioxygenase domain +MGYG000000001_00093 90341b4c00c4040a28e47918d754df2f 134 ProSiteProfiles PS51819 Vicinal oxygen chelate (VOC) domain profile. 5 132 15.337 T 17-09-2021 IPR037523 Vicinal oxygen chelate (VOC) domain +MGYG000000001_00093 90341b4c00c4040a28e47918d754df2f 134 Gene3D G3DSA:3.10.180.10 1 133 2.8E-20 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_00093 90341b4c00c4040a28e47918d754df2f 134 CDD cd06587 VOC 8 129 1.13579E-13 T 17-09-2021 +MGYG000000001_00093 90341b4c00c4040a28e47918d754df2f 134 SUPERFAMILY SSF54593 6 130 6.31E-20 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 Pfam PF07690 Major Facilitator Superfamily 15 406 1.8E-50 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PRINTS PR01036 Tetracycline resistance protein TetB signature 334 354 1.5E-13 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PRINTS PR01036 Tetracycline resistance protein TetB signature 135 159 1.5E-13 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PRINTS PR01036 Tetracycline resistance protein TetB signature 299 323 1.5E-13 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PRINTS PR01036 Tetracycline resistance protein TetB signature 14 38 1.5E-13 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PRINTS PR01036 Tetracycline resistance protein TetB signature 105 125 1.5E-13 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 Gene3D G3DSA:1.20.1720.10 11 247 1.3E-36 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PANTHER PTHR42718 5 460 1.1E-136 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 11 460 34.772 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 PANTHER PTHR42718:SF24 5 460 1.1E-136 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 TIGRFAM TIGR00711 efflux_EmrB: drug resistance MFS transporter, drug:H+ antiporter-2 (14 Spanner) (DHA2) family 13 427 8.6E-92 T 17-09-2021 IPR004638 Drug resistance transporter EmrB-like GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 CDD cd17503 MFS_LmrB_MDR_like 15 453 2.31493E-83 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 Gene3D G3DSA:1.20.1250.20 255 469 7.6E-20 T 17-09-2021 +MGYG000000001_01615 84d730b4dbe66eac9f72a036331b66cd 474 SUPERFAMILY SSF103473 4 468 3.27E-66 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 ProSitePatterns PS00061 Short-chain dehydrogenases/reductases family signature. 140 168 - T 17-09-2021 IPR020904 Short-chain dehydrogenase/reductase, conserved site GO:0016491 +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 Pfam PF13561 Enoyl-(Acyl carrier protein) reductase 10 243 2.2E-66 T 17-09-2021 +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 153 172 4.9E-16 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 133 141 4.9E-16 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 80 91 4.9E-16 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 Gene3D G3DSA:3.40.50.720 1 245 1.3E-82 T 17-09-2021 +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 SUPERFAMILY SSF51735 3 244 1.7E-86 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 153 172 3.7E-46 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 174 191 3.7E-46 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 127 143 3.7E-46 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 5 22 3.7E-46 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 207 227 3.7E-46 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 80 91 3.7E-46 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02648 47f8dadb2c237724ebc110154f1cbc32 245 PANTHER PTHR42879 2 243 7.2E-81 T 17-09-2021 +MGYG000000001_00064 1b132c5a5f3f5064e221e2d6e5911c59 181 Gene3D G3DSA:1.10.3210.10 1 179 2.8E-38 T 17-09-2021 +MGYG000000001_00064 1b132c5a5f3f5064e221e2d6e5911c59 181 SUPERFAMILY SSF109604 2 176 1.1E-31 T 17-09-2021 +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 5.0 T 17-09-2021 +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 14 424 12.186 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 PANTHER PTHR11360 13 413 4.3E-28 T 17-09-2021 +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 SUPERFAMILY SSF103473 7 414 7.59E-41 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 Gene3D G3DSA:1.20.1250.20 2 421 1.2E-35 T 17-09-2021 +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 CDD cd17355 MFS_YcxA_like 14 415 3.41751E-46 T 17-09-2021 +MGYG000000001_01561 5daeb678f594360ea06d4b32dc35ed84 436 Pfam PF07690 Major Facilitator Superfamily 31 378 2.4E-25 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 ProSitePatterns PS00136 Serine proteases, subtilase family, aspartic acid active site. 54 65 - T 17-09-2021 IPR023827 Peptidase S8, subtilisin, Asp-active site +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 ProSitePatterns PS00138 Serine proteases, subtilase family, serine active site. 250 260 - T 17-09-2021 IPR023828 Peptidase S8, subtilisin, Ser-active site +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 PANTHER PTHR43399:SF2 31 308 2.9E-89 T 17-09-2021 +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 Pfam PF00082 Subtilase family 49 303 2.5E-54 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 PANTHER PTHR43399 31 308 2.9E-89 T 17-09-2021 +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 CDD cd07477 Peptidases_S8_Subtilisin_subset 51 289 1.78015E-105 T 17-09-2021 IPR034202 Subtilisin Carlsberg-like catalytic domain +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 Gene3D G3DSA:3.40.50.200 11 314 2.3E-101 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 PRINTS PR00723 Subtilisin serine protease family (S8) signature 91 104 3.6E-17 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 PRINTS PR00723 Subtilisin serine protease family (S8) signature 249 265 3.6E-17 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 PRINTS PR00723 Subtilisin serine protease family (S8) signature 49 68 3.6E-17 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 ProSitePatterns PS00137 Serine proteases, subtilase family, histidine active site. 95 105 - T 17-09-2021 IPR022398 Peptidase S8, subtilisin, His-active site +MGYG000000001_00197 847ff11428f9955f3a477df61b1b62f4 318 SUPERFAMILY SSF52743 30 306 1.96E-87 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 ProSitePatterns PS01278 Methylthiotransferase radical SAM domain signature. 149 169 - T 17-09-2021 IPR020612 Methylthiotransferase, conserved site GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Gene3D G3DSA:3.40.50.12160 2 135 3.4E-44 T 17-09-2021 IPR038135 Methylthiotransferase, N-terminal domain superfamily +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 SUPERFAMILY SSF102114 127 368 5.1E-63 T 17-09-2021 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 TIGRFAM TIGR00089 TIGR00089: radical SAM methylthiotransferase, MiaB/RimO family 3 437 2.7E-138 T 17-09-2021 IPR005839 Methylthiotransferase GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 ProSiteProfiles PS51449 Methylthiotransferase N-terminal domain profile. 2 118 29.618 T 17-09-2021 IPR013848 Methylthiotransferase, N-terminal GO:0035596|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 SFLD SFLDG01061 methylthiotransferase 2 441 0.0 T 17-09-2021 IPR005839 Methylthiotransferase GO:0006400|GO:0016740|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Pfam PF00919 Uncharacterized protein family UPF0004 3 102 1.4E-30 T 17-09-2021 IPR013848 Methylthiotransferase, N-terminal GO:0035596|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 SFLD SFLDG01082 B12-binding domain containing 62 326 8.5E-34 T 17-09-2021 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 PANTHER PTHR43837 3 440 4.0E-168 T 17-09-2021 IPR005840 Ribosomal protein S12 methylthiotransferase RimO GO:0005737|GO:0016740|GO:0018339|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Hamap MF_01865 Ribosomal protein S12 methylthiotransferase RimO [rimO]. 2 439 67.612 T 17-09-2021 IPR005840 Ribosomal protein S12 methylthiotransferase RimO GO:0005737|GO:0016740|GO:0018339|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Pfam PF04055 Radical SAM superfamily 151 320 3.3E-31 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 ProSiteProfiles PS50926 TRAM domain profile. 374 441 13.851 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 CDD cd01335 Radical_SAM 149 342 1.4481E-11 T 17-09-2021 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 SFLD SFLDF00274 ribosomal protein S12 methylthiotransferase (RimO-like) 2 441 0.0 T 17-09-2021 IPR005840 Ribosomal protein S12 methylthiotransferase RimO GO:0005737|GO:0016740|GO:0018339|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Coils Coil 50 70 - T 17-09-2021 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Pfam PF18693 TRAM domain 377 440 5.9E-19 T 17-09-2021 IPR041582 RimO, TRAM domain +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Gene3D G3DSA:3.80.30.20 144 377 1.8E-89 T 17-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 SMART SM00729 145 363 3.3E-58 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 TIGRFAM TIGR01125 TIGR01125: ribosomal protein S12 methylthiotransferase RimO 3 437 1.9E-160 T 17-09-2021 IPR005840 Ribosomal protein S12 methylthiotransferase RimO GO:0005737|GO:0016740|GO:0018339|GO:0051539 +MGYG000000001_01591 1c20ac31c8b25ae7145dc1da3ed19679 444 Gene3D G3DSA:2.40.50.140 378 444 5.0E-20 T 17-09-2021 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 Gene3D G3DSA:3.20.20.370 73 312 5.9E-64 T 17-09-2021 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 PANTHER PTHR10587 47 311 2.4E-53 T 17-09-2021 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 Pfam PF01522 Polysaccharide deacetylase 107 229 5.8E-25 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 PANTHER PTHR10587:SF125 47 311 2.4E-53 T 17-09-2021 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 SUPERFAMILY SSF88713 87 311 4.7E-49 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 Coils Coil 250 270 - T 17-09-2021 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 ProSiteProfiles PS51677 NodB homology domain profile. 111 309 38.041 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 Coils Coil 47 77 - T 17-09-2021 +MGYG000000001_00373 4281fe20d4d21c147508733a1b5c2a7e 312 CDD cd10944 CE4_SmPgdA_like 111 310 5.29792E-87 T 17-09-2021 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 ProSitePatterns PS00061 Short-chain dehydrogenases/reductases family signature. 191 219 - T 17-09-2021 IPR020904 Short-chain dehydrogenase/reductase, conserved site GO:0016491 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PANTHER PTHR43348 12 301 1.1E-136 T 17-09-2021 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 Pfam PF13561 Enoyl-(Acyl carrier protein) reductase 65 297 6.3E-60 T 17-09-2021 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PANTHER PTHR43348:SF3 12 301 1.1E-136 T 17-09-2021 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 184 192 3.0E-9 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 204 223 3.0E-9 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 132 143 3.0E-9 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 CDD cd05355 SDR_c1 30 301 1.45454E-165 T 17-09-2021 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 Gene3D G3DSA:3.40.50.720 11 299 8.0E-81 T 17-09-2021 +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 SUPERFAMILY SSF51735 55 297 7.08E-79 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 225 242 1.7E-38 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 178 194 1.7E-38 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 204 223 1.7E-38 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 132 143 1.7E-38 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 57 74 1.7E-38 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01726 7b1ad9ac1a9d145e1db692b407e40e20 302 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 262 282 1.7E-38 T 17-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 Pfam PF13407 Periplasmic binding protein domain 32 284 1.6E-63 T 17-09-2021 IPR025997 Periplasmic binding protein +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 CDD cd06323 PBP1_ribose_binding 31 297 1.21012E-129 T 17-09-2021 +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 Gene3D G3DSA:3.40.50.2300 130 265 2.3E-91 T 17-09-2021 +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 SUPERFAMILY SSF53822 18 299 2.36E-89 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 Gene3D G3DSA:3.40.50.2300 34 285 2.3E-91 T 17-09-2021 +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 PANTHER PTHR46847 1 299 2.1E-103 T 17-09-2021 +MGYG000000001_01251 96f11e99e892b514847c9d18203e979a 300 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 17-09-2021 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 SUPERFAMILY SSF82549 10 330 6.8E-128 T 17-09-2021 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 Gene3D G3DSA:3.30.1180.20 185 329 3.3E-51 T 17-09-2021 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 PANTHER PTHR28629 1 328 7.8E-136 T 17-09-2021 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 TIGRFAM TIGR02363 dhaK1: dihydroxyacetone kinase, DhaK subunit 1 327 1.7E-154 T 17-09-2021 IPR012736 Dihydroxyacetone kinase DhaK, subunit 1 KEGG: 00561+2.7.1.121 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 ProSiteProfiles PS51481 DhaK domain profile. 7 329 137.105 T 17-09-2021 IPR004006 DhaK domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 Pfam PF02733 Dak1 domain 17 326 5.7E-134 T 17-09-2021 IPR004006 DhaK domain GO:0004371|GO:0006071 Reactome: R-HSA-168928|Reactome: R-HSA-70350 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 Gene3D G3DSA:3.40.50.10440 12 184 8.8E-71 T 17-09-2021 +MGYG000000001_00879 4b96fb196326e68f7c2637b8dded79ea 332 PANTHER PTHR28629:SF4 1 328 7.8E-136 T 17-09-2021 +MGYG000000001_02364 35dc01a6a3f2a0c721a8bd90ee4dabd6 412 ProSitePatterns PS01276 Peptidase family U32 signature. 163 181 - T 17-09-2021 IPR001539 Peptidase U32 GO:0006508|GO:0008233 +MGYG000000001_02364 35dc01a6a3f2a0c721a8bd90ee4dabd6 412 Gene3D G3DSA:2.40.30.10 319 406 2.3E-28 T 17-09-2021 +MGYG000000001_02364 35dc01a6a3f2a0c721a8bd90ee4dabd6 412 PANTHER PTHR30217 1 405 3.2E-157 T 17-09-2021 +MGYG000000001_02364 35dc01a6a3f2a0c721a8bd90ee4dabd6 412 PANTHER PTHR30217:SF6 1 405 3.2E-157 T 17-09-2021 +MGYG000000001_02364 35dc01a6a3f2a0c721a8bd90ee4dabd6 412 Pfam PF16325 Peptidase family U32 C-terminal domain 322 404 4.9E-27 T 17-09-2021 IPR032525 Peptidase family U32, C-terminal +MGYG000000001_02364 35dc01a6a3f2a0c721a8bd90ee4dabd6 412 Pfam PF01136 Peptidase family U32 77 309 3.9E-95 T 17-09-2021 IPR001539 Peptidase U32 GO:0006508|GO:0008233 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 CDD cd06223 PRTases_typeI 37 169 2.0795E-10 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 Hamap MF_01184 Xanthine phosphoribosyltransferase [xpt]. 1 190 40.881 T 17-09-2021 IPR010079 Xanthine phosphoribosyltransferase GO:0016763|GO:0043101|GO:0046110 KEGG: 00230+2.4.2.22 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 Pfam PF00156 Phosphoribosyl transferase domain 36 157 6.6E-7 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 TIGRFAM TIGR01744 XPRTase: xanthine phosphoribosyltransferase 1 188 3.8E-70 T 17-09-2021 IPR010079 Xanthine phosphoribosyltransferase GO:0016763|GO:0043101|GO:0046110 KEGG: 00230+2.4.2.22 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 PANTHER PTHR43864 1 189 7.1E-66 T 17-09-2021 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 Gene3D G3DSA:3.40.50.2020 3 189 4.9E-51 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 PANTHER PTHR43864:SF1 1 189 7.1E-66 T 17-09-2021 +MGYG000000001_00970 d654509eff1263e9d3315fda1b254236 190 SUPERFAMILY SSF53271 1 185 1.9E-39 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_00767 f91a2c151535a68522a18b980b4fc523 158 PANTHER PTHR36834:SF1 13 154 1.2E-23 T 17-09-2021 +MGYG000000001_00767 f91a2c151535a68522a18b980b4fc523 158 PANTHER PTHR36834 13 154 1.2E-23 T 17-09-2021 +MGYG000000001_00767 f91a2c151535a68522a18b980b4fc523 158 Pfam PF04892 VanZ like family 27 150 1.7E-22 T 17-09-2021 IPR006976 VanZ-like +MGYG000000001_01191 9be8d67fbec68d4de68bd0a15a8eee3a 385 Gene3D G3DSA:3.30.565.10 258 380 1.3E-23 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01191 9be8d67fbec68d4de68bd0a15a8eee3a 385 PANTHER PTHR24421 9 381 1.3E-52 T 17-09-2021 +MGYG000000001_01191 9be8d67fbec68d4de68bd0a15a8eee3a 385 Pfam PF07730 Histidine kinase 186 250 1.4E-14 T 17-09-2021 IPR011712 Signal transduction histidine kinase, subgroup 3, dimerisation and phosphoacceptor domain GO:0000155|GO:0000160|GO:0016021|GO:0046983 +MGYG000000001_01191 9be8d67fbec68d4de68bd0a15a8eee3a 385 CDD cd16917 HATPase_UhpB-NarQ-NarX-like 295 376 6.82919E-17 T 17-09-2021 +MGYG000000001_01191 9be8d67fbec68d4de68bd0a15a8eee3a 385 PANTHER PTHR24421:SF50 9 381 1.3E-52 T 17-09-2021 +MGYG000000001_01191 9be8d67fbec68d4de68bd0a15a8eee3a 385 SUPERFAMILY SSF55874 283 376 2.75E-10 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01068 e5dc0b49c8fdb73e1ca4093242a29905 342 Pfam PF03601 Conserved hypothetical protein 698 17 319 1.7E-73 T 17-09-2021 IPR018383 Uncharacterised protein family UPF0324, prokaryote GO:0016021 +MGYG000000001_01068 e5dc0b49c8fdb73e1ca4093242a29905 342 PANTHER PTHR30106 9 336 6.0E-65 T 17-09-2021 IPR018383 Uncharacterised protein family UPF0324, prokaryote GO:0016021 +MGYG000000001_00434 2ab1dd68cafc8758efed47a5318f251b 262 Pfam PF02811 PHP domain 3 151 2.9E-15 T 17-09-2021 IPR004013 PHP domain GO:0003824 +MGYG000000001_00434 2ab1dd68cafc8758efed47a5318f251b 262 CDD cd12110 PHP_HisPPase_Hisj_like 2 260 1.43416E-66 T 17-09-2021 +MGYG000000001_00434 2ab1dd68cafc8758efed47a5318f251b 262 SUPERFAMILY SSF89550 2 257 1.01E-39 T 17-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_00434 2ab1dd68cafc8758efed47a5318f251b 262 TIGRFAM TIGR01856 hisJ_fam: histidinol phosphate phosphatase, HisJ family 3 253 2.2E-67 T 17-09-2021 IPR010140 Histidinol phosphate phosphatase, HisJ GO:0000105|GO:0004401 KEGG: 00340+3.1.3.15 +MGYG000000001_00434 2ab1dd68cafc8758efed47a5318f251b 262 Gene3D G3DSA:3.20.20.140 2 261 2.9E-69 T 17-09-2021 +MGYG000000001_00434 2ab1dd68cafc8758efed47a5318f251b 262 PANTHER PTHR21039 2 253 6.5E-49 T 17-09-2021 IPR010140 Histidinol phosphate phosphatase, HisJ GO:0000105|GO:0004401 KEGG: 00340+3.1.3.15 +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 Gene3D G3DSA:1.10.1740.10 3 86 2.7E-10 T 17-09-2021 +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 PANTHER PTHR43133:SF12 3 170 5.0E-36 T 17-09-2021 +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 Gene3D G3DSA:1.10.10.10 100 172 7.4E-10 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 Pfam PF08281 Sigma-70, region 4 114 166 2.1E-8 T 17-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 SUPERFAMILY SSF88946 2 100 1.73E-12 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 PANTHER PTHR43133 3 170 5.0E-36 T 17-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 19 170 6.7E-20 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 SUPERFAMILY SSF88659 92 170 1.87E-11 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01883 5251b1d49b4b9520c17bcf5bc73c482f 176 Pfam PF04542 Sigma-70 region 2 23 87 2.8E-7 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_02629 fd866ac99046764ef3987f69626fb220 230 PANTHER PTHR10587 35 230 4.5E-59 T 17-09-2021 +MGYG000000001_02629 fd866ac99046764ef3987f69626fb220 230 CDD cd10917 CE4_NodB_like_6s_7s 42 215 9.93681E-77 T 17-09-2021 +MGYG000000001_02629 fd866ac99046764ef3987f69626fb220 230 Gene3D G3DSA:3.20.20.370 23 230 1.2E-72 T 17-09-2021 +MGYG000000001_02629 fd866ac99046764ef3987f69626fb220 230 Pfam PF01522 Polysaccharide deacetylase 37 160 7.9E-37 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02629 fd866ac99046764ef3987f69626fb220 230 ProSiteProfiles PS51677 NodB homology domain profile. 42 222 48.758 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_02629 fd866ac99046764ef3987f69626fb220 230 SUPERFAMILY SSF88713 9 229 3.11E-65 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 SUPERFAMILY SSF55826 8 159 2.75E-40 T 17-09-2021 IPR036754 YbaK/aminoacyl-tRNA synthetase-associated domain superfamily GO:0002161 KEGG: 00970+6.1.1.15 +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 Gene3D G3DSA:3.90.960.10 1 160 5.9E-51 T 17-09-2021 IPR036754 YbaK/aminoacyl-tRNA synthetase-associated domain superfamily GO:0002161 KEGG: 00970+6.1.1.15 +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 PIRSF PIRSF006181 3 160 2.8E-61 T 17-09-2021 IPR004369 Prolyl-tRNA editing protein, YbaK/EbsC +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 TIGRFAM TIGR00011 YbaK_EbsC: Cys-tRNA(Pro) deacylase 8 158 1.1E-58 T 17-09-2021 IPR004369 Prolyl-tRNA editing protein, YbaK/EbsC +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 CDD cd00002 YbaK_deacylase 7 158 1.96323E-81 T 17-09-2021 IPR004369 Prolyl-tRNA editing protein, YbaK/EbsC +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 PANTHER PTHR30411 4 159 5.9E-57 T 17-09-2021 +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 Pfam PF04073 Aminoacyl-tRNA editing domain 37 149 1.3E-22 T 17-09-2021 IPR007214 YbaK/aminoacyl-tRNA synthetase-associated domain GO:0002161 KEGG: 00970+6.1.1.15 +MGYG000000001_02500 bc85cab5ebd6908c4eeed8ad564fc5d0 160 PANTHER PTHR30411:SF0 4 159 5.9E-57 T 17-09-2021 +MGYG000000001_02427 535396effad833a46affc0c693bae2c4 393 Pfam PF09546 Stage III sporulation protein AE (spore_III_AE) 68 388 1.0E-82 T 17-09-2021 IPR014194 Sporulation stage III, protein AE +MGYG000000001_02427 535396effad833a46affc0c693bae2c4 393 TIGRFAM TIGR02829 spore_III_AE: stage III sporulation protein AE 3 387 6.2E-76 T 17-09-2021 IPR014194 Sporulation stage III, protein AE +MGYG000000001_00699 fe94aaf83e1bf0a53433587f00e3af52 537 Pfam PF01943 Polysaccharide biosynthesis protein 10 315 4.1E-39 T 17-09-2021 IPR002797 Polysaccharide biosynthesis protein GO:0016020 +MGYG000000001_00699 fe94aaf83e1bf0a53433587f00e3af52 537 PIRSF PIRSF038958 5 527 9.8E-139 T 17-09-2021 IPR024923 Peptidoglycan biosynthesis protein, SpoVB-type +MGYG000000001_00699 fe94aaf83e1bf0a53433587f00e3af52 537 CDD cd13124 MATE_SpoVB_like 15 452 1.96703E-138 T 17-09-2021 IPR024923 Peptidoglycan biosynthesis protein, SpoVB-type +MGYG000000001_00699 fe94aaf83e1bf0a53433587f00e3af52 537 PANTHER PTHR30250:SF6 7 519 5.1E-111 T 17-09-2021 +MGYG000000001_00699 fe94aaf83e1bf0a53433587f00e3af52 537 Pfam PF14667 Polysaccharide biosynthesis C-terminal domain 368 510 1.1E-23 T 17-09-2021 IPR029303 Polysaccharide biosynthesis protein, C-terminal domain +MGYG000000001_00699 fe94aaf83e1bf0a53433587f00e3af52 537 PANTHER PTHR30250 7 519 5.1E-111 T 17-09-2021 +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 ProSitePatterns PS01139 Bacterial microcompartiments proteins signature. 21 40 - T 17-09-2021 IPR020808 Bacterial microcompartments protein, conserved site +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 Pfam PF00936 BMC domain 4 79 4.5E-29 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 SUPERFAMILY SSF143414 3 89 4.71E-32 T 17-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 SMART SM00877 3 79 1.6E-37 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 CDD cd07045 BMC_CcmK_like 4 87 2.11193E-40 T 17-09-2021 +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 PANTHER PTHR33941 2 90 6.2E-42 T 17-09-2021 +MGYG000000001_01156 3f9364b55b3b0168a8b7fef7fb620d26 92 Gene3D G3DSA:3.30.70.1710 1 92 8.3E-41 T 17-09-2021 +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 ProSiteProfiles PS01031 Small heat shock protein (sHSP) domain profile. 29 144 21.241 T 17-09-2021 IPR002068 Alpha crystallin/Hsp20 domain +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 SUPERFAMILY SSF49764 14 137 6.41E-32 T 17-09-2021 IPR008978 HSP20-like chaperone +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 Pfam PF00011 Hsp20/alpha crystallin family 39 143 3.7E-20 T 17-09-2021 IPR002068 Alpha crystallin/Hsp20 domain +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 PANTHER PTHR11527 21 136 3.5E-24 T 17-09-2021 IPR031107 Small heat shock protein HSP20 +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 Gene3D G3DSA:2.60.40.790 12 143 1.1E-31 T 17-09-2021 IPR008978 HSP20-like chaperone +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 PANTHER PTHR11527:SF175 21 136 3.5E-24 T 17-09-2021 +MGYG000000001_01557 3290e8d12ee786d00ae28eb8f16d3bd6 144 CDD cd06471 ACD_LpsHSP_like 36 129 1.35857E-38 T 17-09-2021 +MGYG000000001_00089 717f220ba9f2837d50db6439d4fd3bb7 45 Coils Coil 30 45 - T 17-09-2021 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 CDD cd01570 NAPRTase_A 6 331 0.0 T 17-09-2021 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 Pfam PF17956 Nicotinate phosphoribosyltransferase C-terminal domain 358 466 6.0E-34 T 17-09-2021 IPR041619 Nicotinate phosphoribosyltransferase C-terminal domain KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381|Reactome: R-HSA-197264|Reactome: R-HSA-6798695 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 TIGRFAM TIGR01513 NAPRTase_put: nicotinate phosphoribosyltransferase 5 462 3.5E-173 T 17-09-2021 IPR006405 Nicotinate phosphoribosyltransferase pncB-type GO:0004516|GO:0009435 KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381|Reactome: R-HSA-197264|Reactome: R-HSA-6798695 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 Pfam PF04095 Nicotinate phosphoribosyltransferase (NAPRTase) family 153 330 1.9E-5 T 17-09-2021 IPR041525 Nicotinate/nicotinamide phosphoribosyltransferase KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381|Reactome: R-HSA-1368108|Reactome: R-HSA-197264 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 Gene3D G3DSA:3.20.140.10 6 466 1.6E-200 T 17-09-2021 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 SUPERFAMILY SSF54675 3 134 4.71E-49 T 17-09-2021 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 PIRSF PIRSF000484 1 474 1.3E-154 T 17-09-2021 IPR007229 Nicotinate phosphoribosyltransferase family KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381|Reactome: R-HSA-197264|Reactome: R-HSA-6798695 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 Pfam PF17767 Nicotinate phosphoribosyltransferase (NAPRTase) N-terminal domain 6 130 3.0E-41 T 17-09-2021 IPR040727 Nicotinate phosphoribosyltransferase, N-terminal domain KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381|Reactome: R-HSA-197264|Reactome: R-HSA-6798695 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 PANTHER PTHR11098:SF1 5 470 1.3E-148 T 17-09-2021 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 SUPERFAMILY SSF51690 135 471 3.03E-121 T 17-09-2021 IPR036068 Nicotinate phosphoribosyltransferase-like, C-terminal GO:0004514|GO:0009435 KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 Gene3D G3DSA:3.20.20.70 147 316 1.6E-200 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00668 8a0b83d2d219aa25508df4141016a46a 478 PANTHER PTHR11098 5 470 1.3E-148 T 17-09-2021 IPR007229 Nicotinate phosphoribosyltransferase family KEGG: 00760+6.3.4.21|MetaCyc: PWY-5381|Reactome: R-HSA-197264|Reactome: R-HSA-6798695 +MGYG000000001_00607 588a4ebb1efc7c13cb83e5f8772c92ff 279 Gene3D G3DSA:3.40.50.10310 1 250 1.3E-23 T 17-09-2021 IPR024087 Creatininase-like superfamily KEGG: 00740+3.5.1.102|MetaCyc: PWY-6167 +MGYG000000001_00607 588a4ebb1efc7c13cb83e5f8772c92ff 279 PANTHER PTHR35005 1 162 2.1E-18 T 17-09-2021 IPR003785 Creatininase/formamide hydrolase KEGG: 00740+3.5.1.102|MetaCyc: PWY-6167 +MGYG000000001_00607 588a4ebb1efc7c13cb83e5f8772c92ff 279 SUPERFAMILY SSF102215 4 159 7.06E-21 T 17-09-2021 IPR024087 Creatininase-like superfamily KEGG: 00740+3.5.1.102|MetaCyc: PWY-6167 +MGYG000000001_00607 588a4ebb1efc7c13cb83e5f8772c92ff 279 Coils Coil 246 266 - T 17-09-2021 +MGYG000000001_00607 588a4ebb1efc7c13cb83e5f8772c92ff 279 Pfam PF02633 Creatinine amidohydrolase 9 159 4.8E-18 T 17-09-2021 IPR003785 Creatininase/formamide hydrolase KEGG: 00740+3.5.1.102|MetaCyc: PWY-6167 +MGYG000000001_01611 f03f7e04d92589bf0876d05d2e9f4ede 102 Gene3D G3DSA:3.30.1330.30 3 102 4.3E-35 T 17-09-2021 IPR029064 50S ribosomal protein L30e-like +MGYG000000001_01611 f03f7e04d92589bf0876d05d2e9f4ede 102 SUPERFAMILY SSF55315 6 101 3.7E-26 T 17-09-2021 IPR029064 50S ribosomal protein L30e-like +MGYG000000001_01611 f03f7e04d92589bf0876d05d2e9f4ede 102 PANTHER PTHR11449 4 101 8.8E-31 T 17-09-2021 IPR039109 Ribosomal protein L30/YlxQ GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_01611 f03f7e04d92589bf0876d05d2e9f4ede 102 Pfam PF01248 Ribosomal protein L7Ae/L30e/S12e/Gadd45 family 7 97 1.7E-16 T 17-09-2021 IPR004038 Ribosomal protein L7Ae/L30e/S12e/Gadd45 +MGYG000000001_01611 f03f7e04d92589bf0876d05d2e9f4ede 102 PANTHER PTHR11449:SF17 4 101 8.8E-31 T 17-09-2021 IPR039107 Ribosomal protein YlxQ GO:0003723 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 Gene3D G3DSA:3.30.930.10 65 271 3.4E-58 T 17-09-2021 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 PANTHER PTHR12835:SF5 12 317 1.0E-61 T 17-09-2021 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 Pfam PF08279 HTH domain 3 56 1.6E-17 T 17-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 Gene3D G3DSA:1.10.10.10 1 61 7.4E-23 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 Gene3D G3DSA:2.30.30.100 273 320 1.5E-10 T 17-09-2021 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 Hamap MF_00978 Bifunctional ligase/repressor BirA [birA]. 4 319 34.609 T 17-09-2021 IPR030855 Bifunctional ligase/repressor BirA GO:0004077|GO:0006355 KEGG: 00780+6.3.4.15 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 SUPERFAMILY SSF50037 283 319 2.66E-5 T 17-09-2021 IPR008988 Transcriptional repressor, C-terminal +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 CDD cd16442 BPL 82 253 7.7669E-63 T 17-09-2021 IPR004408 Biotin--acetyl-CoA-carboxylase ligase GO:0004077|GO:0006464 KEGG: 00780+6.3.4.15|Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 Pfam PF03099 Biotin/lipoate A/B protein ligase family 88 209 6.3E-15 T 17-09-2021 IPR004143 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL), catalytic domain GO:0006464 KEGG: 00785+2.3.1.181|MetaCyc: PWY-6987|MetaCyc: PWY-7382 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 ProSiteProfiles PS51733 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL) catalytic domain profile. 68 254 17.123 T 17-09-2021 IPR004143 Biotinyl protein ligase (BPL) and lipoyl protein ligase (LPL), catalytic domain GO:0006464 KEGG: 00785+2.3.1.181|MetaCyc: PWY-6987|MetaCyc: PWY-7382 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 PANTHER PTHR12835 12 317 1.0E-61 T 17-09-2021 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 SUPERFAMILY SSF46785 3 58 3.11E-12 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 SUPERFAMILY SSF55681 71 270 4.33E-56 T 17-09-2021 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 TIGRFAM TIGR00121 birA_ligase: biotin--[acetyl-CoA-carboxylase] ligase 83 318 1.6E-59 T 17-09-2021 IPR004408 Biotin--acetyl-CoA-carboxylase ligase GO:0004077|GO:0006464 KEGG: 00780+6.3.4.15|Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_02007 212537545ea20bde17557be772e845be 325 CDD cd00090 HTH_ARSR 2 62 1.28934E-7 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 CDD cd00212 PTS_IIB_glc 426 500 4.94482E-25 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 PANTHER PTHR30009 2 661 3.5E-279 T 17-09-2021 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 Pfam PF02378 Phosphotransferase system, EIIC 12 341 2.6E-91 T 17-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 TIGRFAM TIGR00830 PTBA: PTS system, glucose subfamily, IIA component 531 651 9.9E-43 T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 TIGRFAM TIGR02002 PTS-II-BC-glcB: PTS system, glucose-specific IIBC component 1 502 2.2E-242 T 17-09-2021 IPR011299 PTS system glucose-specific IIBC component GO:0005355|GO:0016021|GO:1904659 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 Pfam PF00367 phosphotransferase system, EIIB 430 462 1.6E-13 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 ProSitePatterns PS01035 PTS EIIB domains cysteine phosphorylation site signature. 440 457 - T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 TIGRFAM TIGR00826 EIIB_glc: PTS system, glucose-like IIB component 400 486 1.1E-20 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 ProSitePatterns PS00371 PTS EIIA domains phosphorylation site signature 1. 593 605 - T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 ProSiteProfiles PS51093 PTS_EIIA type-1 domain profile. 547 651 27.085 T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 SUPERFAMILY SSF51261 527 671 8.02E-50 T 17-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 Pfam PF00358 phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 1 530 653 3.2E-48 T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 Gene3D G3DSA:3.30.1360.60 423 503 1.7E-28 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 ProSiteProfiles PS51103 PTS_EIIC type-1 domain profile. 2 411 70.789 T 17-09-2021 IPR013013 Phosphotransferase system, EIIC component, type 1 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 PANTHER PTHR30009:SF20 2 661 3.5E-279 T 17-09-2021 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 SUPERFAMILY SSF55604 427 500 4.58E-21 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 Gene3D G3DSA:2.70.70.10 516 677 2.0E-55 T 17-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_01174 65530f36ed65b6dd42e4aa11277f271c 678 ProSiteProfiles PS51098 PTS_EIIB type-1 domain profile. 425 506 22.309 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 Pfam PF13361 UvrD-like helicase C-terminal domain 312 701 5.1E-24 T 17-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 SUPERFAMILY SSF52540 5 703 2.31E-85 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 CDD cd18807 SF1_C_UvrD 607 699 3.63701E-11 T 17-09-2021 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 Gene3D G3DSA:3.40.50.300 559 734 3.9E-20 T 17-09-2021 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 Gene3D G3DSA:3.40.50.300 311 440 2.1E-6 T 17-09-2021 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 Gene3D G3DSA:1.10.10.160 111 218 1.2E-51 T 17-09-2021 IPR013986 DExx box DNA helicase domain superfamily +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 Pfam PF00580 UvrD/REP helicase N-terminal domain 9 301 7.7E-46 T 17-09-2021 IPR034739 UvrD/AddA helicase, N-terminal GO:0005524 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 PANTHER PTHR11070 8 701 6.0E-73 T 17-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 CDD cd17932 DEXQc_UvrD 8 299 2.32437E-29 T 17-09-2021 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 Gene3D G3DSA:3.40.50.300 9 299 1.2E-51 T 17-09-2021 +MGYG000000001_02038 5d7abae59a5ec57897f77c9bbb5dcbec 735 ProSiteProfiles PS51198 UvrD-like DNA helicase ATP-binding domain profile. 4 314 32.796 T 17-09-2021 IPR014016 UvrD-like helicase, ATP-binding domain GO:0005524 +MGYG000000001_00944 9d82c8fa722f8f8e1ea1d3f0e1cf099a 234 PANTHER PTHR12428:SF14 2 223 7.6E-70 T 17-09-2021 +MGYG000000001_00944 9d82c8fa722f8f8e1ea1d3f0e1cf099a 234 PANTHER PTHR12428 2 223 7.6E-70 T 17-09-2021 IPR001708 Membrane insertase YidC/ALB3/OXA1/COX18 GO:0016021|GO:0032977 +MGYG000000001_00944 9d82c8fa722f8f8e1ea1d3f0e1cf099a 234 Pfam PF02096 60Kd inner membrane protein 22 210 1.0E-60 T 17-09-2021 IPR001708 Membrane insertase YidC/ALB3/OXA1/COX18 GO:0016021|GO:0032977 +MGYG000000001_00944 9d82c8fa722f8f8e1ea1d3f0e1cf099a 234 TIGRFAM TIGR03592 yidC_oxa1_cterm: membrane protein insertase, YidC/Oxa1 family 21 210 1.6E-60 T 17-09-2021 IPR028055 Membrane insertase YidC/Oxa1, C-terminal Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 Pfam PF00550 Phosphopantetheine attachment site 4 68 3.9E-14 T 17-09-2021 IPR009081 Phosphopantetheine binding ACP domain +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 ProSiteProfiles PS50075 Carrier protein (CP) domain profile. 1 72 13.497 T 17-09-2021 IPR009081 Phosphopantetheine binding ACP domain +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 SUPERFAMILY SSF47336 2 74 4.19E-17 T 17-09-2021 IPR036736 ACP-like superfamily +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 Hamap MF_01217 Acyl carrier protein [acpP]. 1 72 17.223 T 17-09-2021 IPR003231 Acyl carrier protein (ACP) GO:0006633 Reactome: R-HSA-389661|Reactome: R-HSA-611105|Reactome: R-HSA-6799198|Reactome: R-HSA-77289 +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 Gene3D G3DSA:1.10.1200.10 1 77 9.5E-20 T 17-09-2021 IPR036736 ACP-like superfamily +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 PANTHER PTHR20863:SF62 2 73 5.0E-19 T 17-09-2021 +MGYG000000001_00833 83b5da0acc63f86001f4c1308ecf9888 78 PANTHER PTHR20863 2 73 5.0E-19 T 17-09-2021 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 SUPERFAMILY SSF51735 1 165 1.35E-34 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 SUPERFAMILY SSF48179 173 276 1.47E-24 T 17-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 PANTHER PTHR21363 2 276 2.3E-52 T 17-09-2021 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 Pfam PF02153 Prephenate dehydrogenase 15 269 7.0E-53 T 17-09-2021 IPR003099 Prephenate dehydrogenase GO:0004665|GO:0006571|GO:0008977|GO:0055114 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 PANTHER PTHR21363:SF0 2 276 2.3E-52 T 17-09-2021 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 Gene3D G3DSA:3.40.50.720 1 175 6.6E-41 T 17-09-2021 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 ProSiteProfiles PS51176 Prephenate/arogenate dehydrogenase domain profile. 1 277 36.868 T 17-09-2021 IPR003099 Prephenate dehydrogenase GO:0004665|GO:0006571|GO:0008977|GO:0055114 +MGYG000000001_01240 9bb17de2e35e96d46dbb86b3f37ef577 277 Gene3D G3DSA:1.10.3660.10 176 277 2.4E-26 T 17-09-2021 +MGYG000000001_00203 194cacc43653c69ec421cf86112d4ec1 190 SUPERFAMILY SSF47240 1 189 8.75E-62 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_00203 194cacc43653c69ec421cf86112d4ec1 190 CDD cd01051 Mn_catalase 1 177 1.91958E-63 T 17-09-2021 IPR039377 Manganese catalase, ferritin-like di-iron-binding domain +MGYG000000001_00203 194cacc43653c69ec421cf86112d4ec1 190 Gene3D G3DSA:1.20.1260.10 1 183 3.2E-55 T 17-09-2021 IPR012347 Ferritin-like +MGYG000000001_00203 194cacc43653c69ec421cf86112d4ec1 190 Pfam PF05067 Manganese containing catalase 1 180 1.5E-50 T 17-09-2021 IPR007760 Manganese catalase +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 PANTHER PTHR11548:SF1 1 276 1.9E-98 T 17-09-2021 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 PANTHER PTHR11548 1 276 1.9E-98 T 17-09-2021 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 Gene3D G3DSA:3.30.572.10 2 276 3.9E-72 T 17-09-2021 IPR036926 Thymidylate synthase/dCMP hydroxymethylase superfamily KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 CDD cd00351 TS_Pyrimidine_HMase 7 227 7.08505E-51 T 17-09-2021 IPR023451 Thymidylate synthase/dCMP hydroxymethylase domain KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 SUPERFAMILY SSF55831 2 275 1.96E-66 T 17-09-2021 IPR036926 Thymidylate synthase/dCMP hydroxymethylase superfamily KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 Pfam PF00303 Thymidylate synthase 8 276 1.5E-62 T 17-09-2021 IPR023451 Thymidylate synthase/dCMP hydroxymethylase domain KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 PRINTS PR00108 Thymidylate synthase family signature 55 76 7.2E-14 T 17-09-2021 IPR000398 Thymidylate synthase GO:0004799|GO:0006231 KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 PRINTS PR00108 Thymidylate synthase family signature 124 143 7.2E-14 T 17-09-2021 IPR000398 Thymidylate synthase GO:0004799|GO:0006231 KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 PRINTS PR00108 Thymidylate synthase family signature 169 195 7.2E-14 T 17-09-2021 IPR000398 Thymidylate synthase GO:0004799|GO:0006231 KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 PRINTS PR00108 Thymidylate synthase family signature 207 224 7.2E-14 T 17-09-2021 IPR000398 Thymidylate synthase GO:0004799|GO:0006231 KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_01528 20c7d2b2a4adb7f39caefdd390ce584e 276 Hamap MF_00008 Thymidylate synthase [thyA]. 5 276 33.24 T 17-09-2021 IPR000398 Thymidylate synthase GO:0004799|GO:0006231 KEGG: 00240+2.1.1.45|KEGG: 00670+2.1.1.45|MetaCyc: PWY-3841|MetaCyc: PWY-7184|MetaCyc: PWY-7187|MetaCyc: PWY-7198|MetaCyc: PWY-7199|MetaCyc: PWY-7210|Reactome: R-HSA-499943|Reactome: R-HSA-69205 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 PANTHER PTHR44379 3 145 1.9E-41 T 17-09-2021 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 ProSiteProfiles PS51085 2Fe-2S ferredoxin-type iron-sulfur binding domain profile. 1 76 10.583 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 Gene3D G3DSA:1.10.150.120 76 148 1.7E-21 T 17-09-2021 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 Pfam PF00111 2Fe-2S iron-sulfur cluster binding domain 6 60 2.0E-7 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 SUPERFAMILY SSF54292 3 77 1.57E-19 T 17-09-2021 IPR036010 2Fe-2S ferredoxin-like superfamily GO:0009055|GO:0051536 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 CDD cd00207 fer2 3 48 3.02547E-4 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 Pfam PF01799 [2Fe-2S] binding domain 72 142 7.9E-23 T 17-09-2021 IPR002888 [2Fe-2S]-binding GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 Gene3D G3DSA:3.10.20.30 1 75 2.7E-22 T 17-09-2021 IPR012675 Beta-grasp domain superfamily +MGYG000000001_02352 b4571d5b6ae2110d724dc3c2c9a8d864 149 SUPERFAMILY SSF47741 72 147 3.53E-24 T 17-09-2021 IPR036884 [2Fe-2S]-binding domain superfamily +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 Gene3D G3DSA:2.30.33.40 1 94 5.7E-35 T 17-09-2021 IPR037124 GroES chaperonin superfamily GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 ProSitePatterns PS00681 Chaperonins cpn10 signature. 3 27 - T 17-09-2021 IPR018369 Chaperonin GroES, conserved site GO:0005524|GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 PANTHER PTHR10772 1 94 7.3E-34 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 CDD cd00320 cpn10 2 93 2.70094E-34 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 PANTHER PTHR10772:SF24 1 94 7.3E-34 T 17-09-2021 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 SUPERFAMILY SSF50129 1 94 3.67E-31 T 17-09-2021 IPR011032 GroES-like superfamily +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 SMART SM00883 2 93 1.2E-47 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 Pfam PF00166 Chaperonin 10 Kd subunit 2 93 2.0E-32 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 PRINTS PR00297 10kDa chaperonin signature 3 18 1.3E-28 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 PRINTS PR00297 10kDa chaperonin signature 59 71 1.3E-28 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 PRINTS PR00297 10kDa chaperonin signature 25 46 1.3E-28 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 PRINTS PR00297 10kDa chaperonin signature 80 93 1.3E-28 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_01074 67db5b90409bd233fcbf8f048c976802 94 Hamap MF_00580 10 kDa chaperonin [groS]. 2 94 24.708 T 17-09-2021 IPR020818 GroES chaperonin family GO:0006457 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 Gene3D G3DSA:3.30.1550.10 2 71 5.1E-34 T 17-09-2021 IPR036796 Ribosomal protein L11/L12, N-terminal domain superfamily +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 SUPERFAMILY SSF54747 3 72 1.96E-30 T 17-09-2021 IPR036796 Ribosomal protein L11/L12, N-terminal domain superfamily +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 SUPERFAMILY SSF46906 67 140 1.44E-26 T 17-09-2021 IPR036769 Ribosomal protein L11, C-terminal domain superfamily +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 CDD cd00349 Ribosomal_L11 9 139 1.72935E-69 T 17-09-2021 IPR000911 Ribosomal protein L11/L12 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 Hamap MF_00736 50S ribosomal protein L11 [rplK]. 5 141 29.652 T 17-09-2021 IPR000911 Ribosomal protein L11/L12 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 SMART SM00649 9 140 2.9E-84 T 17-09-2021 IPR000911 Ribosomal protein L11/L12 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 Pfam PF00298 Ribosomal protein L11, RNA binding domain 71 139 4.0E-26 T 17-09-2021 IPR020783 Ribosomal protein L11, C-terminal GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 TIGRFAM TIGR01632 L11_bact: ribosomal protein uL11 3 141 6.3E-63 T 17-09-2021 IPR006519 Ribosomal protein L11, bacterial-type GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 PANTHER PTHR11661 1 141 8.5E-65 T 17-09-2021 IPR000911 Ribosomal protein L11/L12 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 Gene3D G3DSA:1.10.10.250 72 140 8.1E-28 T 17-09-2021 IPR036769 Ribosomal protein L11, C-terminal domain superfamily +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 PANTHER PTHR11661:SF10 1 141 8.5E-65 T 17-09-2021 +MGYG000000001_02455 4290228bd7e750f5fe425be35a840704 141 Pfam PF03946 Ribosomal protein L11, N-terminal domain 2 66 1.6E-33 T 17-09-2021 IPR020784 Ribosomal protein L11, N-terminal +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 PANTHER PTHR13718 13 168 2.1E-57 T 17-09-2021 IPR000851 Ribosomal protein S5 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 SUPERFAMILY SSF54768 12 79 8.27E-24 T 17-09-2021 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 SUPERFAMILY SSF54211 83 162 7.33E-26 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 Gene3D G3DSA:3.30.160.20 6 75 9.9E-32 T 17-09-2021 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 TIGRFAM TIGR01021 rpsE_bact: ribosomal protein uS5 13 166 9.5E-68 T 17-09-2021 IPR005712 Ribosomal protein S5, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 Hamap MF_01307_B 30S ribosomal protein S5 [rpsE]. 1 166 35.231 T 17-09-2021 IPR005712 Ribosomal protein S5, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 PANTHER PTHR13718:SF94 13 168 2.1E-57 T 17-09-2021 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 ProSiteProfiles PS50881 S5 double stranded RNA-binding domain profile. 14 77 26.632 T 17-09-2021 IPR013810 Ribosomal protein S5, N-terminal GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 Gene3D G3DSA:3.30.230.10 77 169 2.0E-35 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 Pfam PF03719 Ribosomal protein S5, C-terminal domain 90 160 1.1E-29 T 17-09-2021 IPR005324 Ribosomal protein S5, C-terminal GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 Pfam PF00333 Ribosomal protein S5, N-terminal domain 14 78 1.3E-30 T 17-09-2021 IPR013810 Ribosomal protein S5, N-terminal GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02575 3d1b87e41521539ed29af02bd4368438 169 ProSitePatterns PS00585 Ribosomal protein S5 signature. 31 63 - T 17-09-2021 IPR018192 Ribosomal protein S5, N-terminal, conserved site +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 Gene3D G3DSA:3.40.50.150 73 287 1.9E-111 T 17-09-2021 +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 SUPERFAMILY SSF53335 3 249 6.96E-64 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 PANTHER PTHR43042:SF2 7 289 6.2E-99 T 17-09-2021 +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 Pfam PF10672 S-adenosylmethionine-dependent methyltransferase 56 203 1.3E-18 T 17-09-2021 IPR019614 S-adenosylmethionine-dependent methyltransferase GO:0008168 +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 PANTHER PTHR43042 7 289 6.2E-99 T 17-09-2021 +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 CDD cd02440 AdoMet_MTases 140 197 0.00150728 T 17-09-2021 +MGYG000000001_01988 929f261f365aff9fb224f63547e8c634 291 Gene3D G3DSA:2.60.40.1180 10 72 1.9E-111 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 Pfam PF13936 Helix-turn-helix domain 3 45 9.6E-16 T 17-09-2021 IPR025246 Transposase IS30-like HTH domain +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 Pfam PF13936 Helix-turn-helix domain 3 45 9.6E-16 T 17-09-2021 IPR025246 Transposase IS30-like HTH domain +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 Pfam PF13936 Helix-turn-helix domain 3 45 9.6E-16 T 17-09-2021 IPR025246 Transposase IS30-like HTH domain +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 Gene3D G3DSA:3.30.420.10 160 317 9.9E-7 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 Gene3D G3DSA:3.30.420.10 160 317 9.9E-7 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 Gene3D G3DSA:3.30.420.10 160 317 9.9E-7 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 SUPERFAMILY SSF53098 169 315 3.03E-24 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 SUPERFAMILY SSF53098 169 315 3.03E-24 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 SUPERFAMILY SSF53098 169 315 3.03E-24 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 Pfam PF00665 Integrase core domain 169 274 3.9E-12 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 Pfam PF00665 Integrase core domain 169 274 3.9E-12 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 Pfam PF00665 Integrase core domain 169 274 3.9E-12 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 PANTHER PTHR10948 1 316 3.1E-95 T 17-09-2021 +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 PANTHER PTHR10948 1 316 3.1E-95 T 17-09-2021 +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 PANTHER PTHR10948 1 316 3.1E-95 T 17-09-2021 +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 ProSitePatterns PS01043 Transposases, IS30 family, signature. 263 279 - T 17-09-2021 IPR001598 Transposase, IS30, conserved site GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 ProSitePatterns PS01043 Transposases, IS30 family, signature. 263 279 - T 17-09-2021 IPR001598 Transposase, IS30, conserved site GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 ProSitePatterns PS01043 Transposases, IS30 family, signature. 263 279 - T 17-09-2021 IPR001598 Transposase, IS30, conserved site GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_02487 307bbd3001e78b3051e26edb2955ec10 318 ProSiteProfiles PS50994 Integrase catalytic domain profile. 155 318 17.764 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_00444 307bbd3001e78b3051e26edb2955ec10 318 ProSiteProfiles PS50994 Integrase catalytic domain profile. 155 318 17.764 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_00438 307bbd3001e78b3051e26edb2955ec10 318 ProSiteProfiles PS50994 Integrase catalytic domain profile. 155 318 17.764 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_00561 52660d077a54a8662619078dfe0d1ab2 182 Gene3D G3DSA:3.40.50.360 2 105 4.0E-12 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00561 52660d077a54a8662619078dfe0d1ab2 182 SUPERFAMILY SSF52218 5 137 1.5E-14 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00561 52660d077a54a8662619078dfe0d1ab2 182 ProSiteProfiles PS50902 Flavodoxin-like domain profile. 7 155 9.157 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_00561 52660d077a54a8662619078dfe0d1ab2 182 ProSitePatterns PS00201 Flavodoxin signature. 9 25 - T 17-09-2021 IPR001226 Flavodoxin, conserved site GO:0009055|GO:0010181 +MGYG000000001_00561 52660d077a54a8662619078dfe0d1ab2 182 Pfam PF12724 Flavodoxin domain 9 143 6.1E-26 T 17-09-2021 IPR026816 Flavodoxin domain +MGYG000000001_00561 52660d077a54a8662619078dfe0d1ab2 182 PANTHER PTHR38030 6 146 1.1E-23 T 17-09-2021 +MGYG000000001_00625 269846ebb7f902b29c6c1af27b632200 262 TIGRFAM TIGR00616 rect: recombinase, phage RecT family 4 236 2.8E-72 T 17-09-2021 IPR004590 DNA single-strand annealing protein RecT GO:0003677|GO:0006259 +MGYG000000001_00625 269846ebb7f902b29c6c1af27b632200 262 Pfam PF03837 RecT family 49 237 1.6E-52 T 17-09-2021 IPR018330 RecT family GO:0003677|GO:0006259 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 Pfam PF01628 HrcA protein C terminal domain 106 325 7.8E-53 T 17-09-2021 IPR021153 Heat-inducible transcription repressor HrcA, C-terminal GO:0003677|GO:0006355 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 Gene3D G3DSA:1.10.10.10 1 86 2.6E-36 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 PANTHER PTHR34824 2 337 6.4E-97 T 17-09-2021 IPR002571 Heat-inducible transcription repressor HrcA GO:0003677|GO:0006355 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 PIRSF PIRSF005485 1 340 3.1E-97 T 17-09-2021 IPR002571 Heat-inducible transcription repressor HrcA GO:0003677|GO:0006355 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 Hamap MF_00081 Heat-inducible transcription repressor HrcA [hrcA]. 2 333 27.494 T 17-09-2021 IPR002571 Heat-inducible transcription repressor HrcA GO:0003677|GO:0006355 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 Gene3D G3DSA:3.30.390.60 130 230 2.4E-42 T 17-09-2021 IPR023120 Winged helix-turn-helix transcription repressor, HrcA, inserted dimerising domain superfamily +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 TIGRFAM TIGR00331 hrcA: heat-inducible transcription repressor HrcA 4 339 1.3E-92 T 17-09-2021 IPR002571 Heat-inducible transcription repressor HrcA GO:0003677|GO:0006355 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 SUPERFAMILY SSF55781 72 337 1.12E-46 T 17-09-2021 +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 SUPERFAMILY SSF46785 2 86 1.58E-23 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00238 858eb7f7c8d5c963c583a7b1f1a864bf 340 Gene3D G3DSA:3.30.450.40 107 333 2.4E-42 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_00400 2f7cdb98f4c868850ccaee82eb752ec9 223 PIRSF PIRSF021383 2 216 7.4E-54 T 17-09-2021 IPR014197 Sporulation protein YunB +MGYG000000001_00400 2f7cdb98f4c868850ccaee82eb752ec9 223 Pfam PF09560 Sporulation protein YunB (Spo_YunB) 113 200 8.4E-34 T 17-09-2021 IPR014197 Sporulation protein YunB +MGYG000000001_00400 2f7cdb98f4c868850ccaee82eb752ec9 223 TIGRFAM TIGR02832 spo_yunB: sporulation protein YunB 4 204 9.4E-63 T 17-09-2021 IPR014197 Sporulation protein YunB +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 Gene3D G3DSA:1.10.3720.10 13 281 1.1E-63 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 CDD cd06261 TM_PBP2 87 273 3.15626E-19 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 SUPERFAMILY SSF161098 19 294 1.3E-67 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 PANTHER PTHR32243 17 294 2.2E-128 T 17-09-2021 +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 87 279 21.993 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 113 286 1.4E-19 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00818 7a29a448d17ae40acce68840f09b8b4c 294 PANTHER PTHR32243:SF34 17 294 2.2E-128 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Coils Coil 792 812 - T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 254 402 12.408 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Gene3D G3DSA:3.90.640.50 29 101 1.3E-80 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Gene3D G3DSA:3.40.50.300 427 658 1.2E-81 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Gene3D G3DSA:1.20.58.910 659 746 1.1E-25 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 CDD cd18030 DEXHc_RE_I_HsdR 223 428 1.98429E-70 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 PANTHER PTHR30195 1 919 0.0 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 SUPERFAMILY SSF52540 200 407 1.01E-31 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 PANTHER PTHR30195:SF16 1 919 0.0 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Gene3D G3DSA:3.90.1570.50 3 232 1.3E-80 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Pfam PF04313 Type I restriction enzyme R protein N terminus (HSDR_N) 3 187 2.0E-41 T 17-09-2021 IPR007409 Restriction endonuclease, type I, HsdR, N-terminal GO:0003677|GO:0004519|GO:0006304 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Gene3D G3DSA:3.40.50.300 240 426 1.1E-62 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 SMART SM00487 237 429 8.8E-16 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 TIGRFAM TIGR00348 hsdR: type I site-specific deoxyribonuclease, HsdR family 9 655 2.8E-144 T 17-09-2021 IPR004473 Restriction endonuclease, type I, HsdR GO:0003677|GO:0005524|GO:0009035|GO:0009307 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Pfam PF12008 Type I restriction and modification enzyme - subunit R C terminal 660 919 8.2E-51 T 17-09-2021 IPR022625 Type-1 restriction enzyme R protein, C-terminal +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 SUPERFAMILY SSF52540 260 628 9.86E-5 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 CDD cd18800 SF2_C_EcoR124I-like 557 638 9.33846E-32 T 17-09-2021 +MGYG000000001_00593 46ef5d4c2f9f45a32e950f26272b9ac1 920 Pfam PF18766 SWI2/SNF2 ATPase 244 459 1.9E-56 T 17-09-2021 IPR040980 SWI2/SNF2 ATPase +MGYG000000001_00722 1fcdaa7e4be721ce93cb2490ae2ab14a 75 Pfam PF09527 Putative F0F1-ATPase subunit Ca2+/Mg2+ transporter 14 67 1.7E-15 T 17-09-2021 IPR032820 Putative F0F1-ATPase subunit, Ca2+/Mg2+ transporter +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 CDD cd13143 MATE_MepA_like 5 418 4.49342E-112 T 17-09-2021 +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 PIRSF PIRSF006603 1 440 3.9E-67 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 PANTHER PTHR43823 3 438 7.4E-104 T 17-09-2021 +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 Pfam PF01554 MatE 231 390 8.7E-20 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 Pfam PF01554 MatE 11 172 1.8E-30 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 PANTHER PTHR43823:SF1 3 438 7.4E-104 T 17-09-2021 +MGYG000000001_00432 585f9c01996d759ac7f09e2c61eccec6 444 TIGRFAM TIGR00797 matE: MATE efflux family protein 11 404 1.0E-62 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 CDD cd01392 HTH_LacI 5 53 6.36332E-11 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 Gene3D G3DSA:1.10.260.40 1 55 1.5E-12 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 Pfam PF00356 Bacterial regulatory proteins, lacI family 3 45 3.2E-10 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 ProSitePatterns PS00356 LacI-type HTH domain signature. 3 21 - T 17-09-2021 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 PANTHER PTHR30146 2 55 1.2E-12 T 17-09-2021 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 SUPERFAMILY SSF47413 2 54 2.53E-10 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 PANTHER PTHR30146:SF110 2 55 1.2E-12 T 17-09-2021 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 SMART SM00354 1 55 3.5E-5 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00497 747926e601eea5ce3fec5566ee6e5d8d 55 ProSiteProfiles PS50932 LacI-type HTH domain profile. 1 53 17.393 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 ProSitePatterns PS00610 Sodium:neurotransmitter symporter family signature 1. 29 43 - T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PANTHER PTHR42948:SF1 1 455 4.3E-95 T 17-09-2021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 438 458 6.4E-19 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 315 334 6.4E-19 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 42 61 6.4E-19 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 13 34 6.4E-19 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PRINTS PR00176 Sodium/chloride neurotransmitter symporter signature 398 418 6.4E-19 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 ProSiteProfiles PS50267 Sodium:neurotransmitter symporter family profile. 4 460 45.758 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 PANTHER PTHR42948 1 455 4.3E-95 T 17-09-2021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 SUPERFAMILY SSF161070 5 495 6.41E-109 T 17-09-2021 IPR037272 Sodium:neurotransmitter symporter superfamily GO:0005328 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 CDD cd10333 LeuT-like_sbd 5 511 0.0 T 17-09-2021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 Pfam PF00209 Sodium:neurotransmitter symporter family 5 131 5.2E-28 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00013 eaa78f0ce8948c19439735cbaae328b7 521 Pfam PF00209 Sodium:neurotransmitter symporter family 151 464 3.8E-24 T 17-09-2021 IPR000175 Sodium:neurotransmitter symporter GO:0016021 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 Pfam PF03315 Serine dehydratase beta chain 15 82 1.1E-12 T 17-09-2021 IPR005131 Serine dehydratase beta chain GO:0003941|GO:0006094|GO:0051539 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 SUPERFAMILY SSF143548 20 138 1.2E-28 T 17-09-2021 IPR029009 Allosteric substrate binding domain superfamily Reactome: R-HSA-977347 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 TIGRFAM TIGR00719 sda_beta: L-serine dehydratase, iron-sulfur-dependent, beta subunit 3 209 7.7E-70 T 17-09-2021 IPR004643 Iron-sulphur-dependent L-serine dehydratase beta subunit GO:0003941|GO:0006094 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 PANTHER PTHR30182 2 217 9.5E-76 T 17-09-2021 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 SUPERFAMILY SSF55021 142 221 6.87E-11 T 17-09-2021 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 PANTHER PTHR30182:SF12 2 217 9.5E-76 T 17-09-2021 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 Gene3D G3DSA:3.30.1330.90 15 139 8.6E-21 T 17-09-2021 IPR029009 Allosteric substrate binding domain superfamily Reactome: R-HSA-977347 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 ProSiteProfiles PS51671 ACT domain profile. 151 223 10.799 T 17-09-2021 IPR002912 ACT domain +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 PIRSF PIRSF036692 2 223 4.3E-77 T 17-09-2021 IPR004643 Iron-sulphur-dependent L-serine dehydratase beta subunit GO:0003941|GO:0006094 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00271 7a49d332acee3c5707599f40e5c683c6 224 Gene3D G3DSA:3.30.70.260 142 221 3.7E-7 T 17-09-2021 +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 CDD cd16935 HATPase_AgrC-ComD-like 299 431 7.18183E-35 T 17-09-2021 +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 SUPERFAMILY SSF55890 245 323 4.18E-7 T 17-09-2021 IPR016120 Signal transduction histidine kinase, sporulation regulator SpoOB GO:0000155|GO:0000160|GO:0016772 +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 Pfam PF14501 GHKL domain 331 432 6.5E-24 T 17-09-2021 IPR032834 Sensor histidine kinase NatK, C-terminal domain +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 SUPERFAMILY SSF55874 300 427 2.1E-10 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 Gene3D G3DSA:3.30.565.10 271 432 5.5E-17 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 Coils Coil 429 432 - T 17-09-2021 +MGYG000000001_00174 1d46eab90623920312a2c0085df2d24a 432 PANTHER PTHR40448 13 431 7.8E-21 T 17-09-2021 +MGYG000000001_00754 d3727697f9c8bcfb5deee9433203d608 399 Gene3D G3DSA:1.20.1250.20 9 387 4.0E-38 T 17-09-2021 +MGYG000000001_00754 d3727697f9c8bcfb5deee9433203d608 399 CDD cd17473 MFS_arabinose_efflux_permease_like 17 386 7.48998E-55 T 17-09-2021 +MGYG000000001_00754 d3727697f9c8bcfb5deee9433203d608 399 SUPERFAMILY SSF103473 11 397 3.53E-44 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00754 d3727697f9c8bcfb5deee9433203d608 399 PANTHER PTHR23517 17 393 6.2E-19 T 17-09-2021 +MGYG000000001_00754 d3727697f9c8bcfb5deee9433203d608 399 Pfam PF07690 Major Facilitator Superfamily 17 290 2.1E-24 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_00754 d3727697f9c8bcfb5deee9433203d608 399 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 12 395 23.777 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_00336 042ac4022d9e6371c1114ecfe84f0f5a 146 Gene3D G3DSA:3.40.1650.10 1 145 1.2E-55 T 17-09-2021 IPR023750 RbsD-like superfamily GO:0005996|GO:0016853|GO:0048029 Reactome: R-HSA-6787639 +MGYG000000001_00336 042ac4022d9e6371c1114ecfe84f0f5a 146 Pfam PF05025 RbsD / FucU transport protein family 3 144 9.1E-42 T 17-09-2021 IPR007721 D-ribose pyranase RbsD/L-fucose mutarotase FucU GO:0005996|GO:0016853|GO:0048029 Reactome: R-HSA-6787639 +MGYG000000001_00336 042ac4022d9e6371c1114ecfe84f0f5a 146 PANTHER PTHR31690:SF4 1 144 2.5E-54 T 17-09-2021 +MGYG000000001_00336 042ac4022d9e6371c1114ecfe84f0f5a 146 PANTHER PTHR31690 1 144 2.5E-54 T 17-09-2021 +MGYG000000001_00336 042ac4022d9e6371c1114ecfe84f0f5a 146 SUPERFAMILY SSF102546 1 144 6.67E-45 T 17-09-2021 IPR023750 RbsD-like superfamily GO:0005996|GO:0016853|GO:0048029 Reactome: R-HSA-6787639 +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 Gene3D G3DSA:3.40.190.10 50 185 6.4E-9 T 17-09-2021 +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 SUPERFAMILY SSF53850 48 360 8.69E-28 T 17-09-2021 +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 Pfam PF13416 Bacterial extracellular solute-binding protein 70 358 4.4E-23 T 17-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 Gene3D G3DSA:3.40.190.10 237 313 1.1E-5 T 17-09-2021 +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 Gene3D G3DSA:3.40.190.10 314 344 1.1E-5 T 17-09-2021 +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 PIRSF PIRSF029172 1 404 8.4E-124 T 17-09-2021 IPR027020 Protein YnjB +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 7.0 T 17-09-2021 +MGYG000000001_00077 8232035b12580ace61af16b67d6ee859 405 PANTHER PTHR42779 1 402 2.4E-114 T 17-09-2021 +MGYG000000001_00109 37d03252b847363e6e1e3959ac1464bf 447 TIGRFAM TIGR00801 ncs2: uracil-xanthine permease 22 440 2.6E-90 T 17-09-2021 IPR006042 Xanthine/uracil permease GO:0016020|GO:0022857|GO:0055085 Reactome: R-HSA-196836 +MGYG000000001_00109 37d03252b847363e6e1e3959ac1464bf 447 PANTHER PTHR42810:SF4 13 445 7.1E-135 T 17-09-2021 +MGYG000000001_00109 37d03252b847363e6e1e3959ac1464bf 447 TIGRFAM TIGR03173 pbuX: xanthine permease 27 442 1.1E-128 T 17-09-2021 IPR017588 Uric acid permease UacT-like GO:0015851|GO:0016021|GO:0022857 +MGYG000000001_00109 37d03252b847363e6e1e3959ac1464bf 447 ProSitePatterns PS01116 Xanthine/uracil permeases family signature. 356 376 - T 17-09-2021 IPR006042 Xanthine/uracil permease GO:0016020|GO:0022857|GO:0055085 Reactome: R-HSA-196836 +MGYG000000001_00109 37d03252b847363e6e1e3959ac1464bf 447 PANTHER PTHR42810 13 445 7.1E-135 T 17-09-2021 +MGYG000000001_00109 37d03252b847363e6e1e3959ac1464bf 447 Pfam PF00860 Permease family 23 409 1.7E-80 T 17-09-2021 IPR006043 Xanthine/uracil/vitamin C permease GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 PANTHER PTHR34138 55 297 4.3E-43 T 17-09-2021 IPR007221 Rod shape-determining protein MreC GO:0008360 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 PIRSF PIRSF038471 7 301 1.1E-65 T 17-09-2021 IPR007221 Rod shape-determining protein MreC GO:0008360 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 Coils Coil 80 114 - T 17-09-2021 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 Pfam PF04085 rod shape-determining protein MreC 137 292 4.5E-38 T 17-09-2021 IPR007221 Rod shape-determining protein MreC GO:0008360 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 Gene3D G3DSA:2.40.10.350 194 280 1.8E-39 T 17-09-2021 IPR042175 Cell/Rod shape-determining protein MreC, domain 2 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 TIGRFAM TIGR00219 mreC: rod shape-determining protein MreC 62 298 2.6E-31 T 17-09-2021 IPR007221 Rod shape-determining protein MreC GO:0008360 +MGYG000000001_00303 d3d7ff7bef1a02453e92418824656eb1 301 Gene3D G3DSA:2.40.10.340 135 291 1.8E-39 T 17-09-2021 IPR042177 Cell/Rod shape-determining protein MreC, domain 1 +MGYG000000001_00142 f4fe74336425b10c0bf2e3c06b086492 66 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 10 64 12.101 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00142 f4fe74336425b10c0bf2e3c06b086492 66 Pfam PF01381 Helix-turn-helix 10 63 2.6E-10 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00142 f4fe74336425b10c0bf2e3c06b086492 66 SMART SM00530 9 64 1.4E-7 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00142 f4fe74336425b10c0bf2e3c06b086492 66 Gene3D G3DSA:1.10.260.40 9 66 7.9E-10 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00142 f4fe74336425b10c0bf2e3c06b086492 66 SUPERFAMILY SSF47413 10 65 4.55E-10 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00142 f4fe74336425b10c0bf2e3c06b086492 66 CDD cd00093 HTH_XRE 10 64 1.59328E-7 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 Gene3D G3DSA:3.60.40.10 1 250 2.0E-69 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 PANTHER PTHR13832 7 248 2.2E-59 T 17-09-2021 IPR015655 Protein phosphatase 2C family GO:0004722|GO:0006470 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 Pfam PF13672 Protein phosphatase 2C 12 216 2.7E-15 T 17-09-2021 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 SUPERFAMILY SSF81606 5 248 4.45E-63 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 SMART SM00332 1 247 1.8E-29 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 PANTHER PTHR13832:SF278 7 248 2.2E-59 T 17-09-2021 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 SMART SM00331 20 249 4.9E-33 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 CDD cd00143 PP2Cc 2 247 3.57143E-59 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02154 5b971f164b6cfb88b115e1ec01a7a671 250 ProSiteProfiles PS51746 PPM-type phosphatase domain profile. 2 249 26.493 T 17-09-2021 IPR001932 PPM-type phosphatase domain GO:0003824 KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_00483 f565d541189258a8e6d7219808dfea5d 476 PANTHER PTHR43652:SF1 20 475 7.2E-75 T 17-09-2021 +MGYG000000001_00483 f565d541189258a8e6d7219808dfea5d 476 Pfam PF03606 C4-dicarboxylate anaerobic carrier 57 471 1.5E-92 T 17-09-2021 IPR018385 C4-dicarboxylate anaerobic carrier-like GO:0016021 +MGYG000000001_00483 f565d541189258a8e6d7219808dfea5d 476 PANTHER PTHR43652 20 475 7.2E-75 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 Gene3D G3DSA:3.40.190.10 123 219 6.1E-70 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 Gene3D G3DSA:3.40.190.10 38 260 6.1E-70 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 25 7.0 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 Pfam PF00497 Bacterial extracellular solute-binding proteins, family 3 38 261 2.1E-59 T 17-09-2021 IPR001638 Solute-binding protein family 3/N-terminal domain of MltF +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 SMART SM00062 37 261 3.9E-56 T 17-09-2021 IPR001638 Solute-binding protein family 3/N-terminal domain of MltF +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 PANTHER PTHR35936:SF9 31 260 3.2E-59 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 Coils Coil 225 245 - T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 SUPERFAMILY SSF53850 7 261 3.58E-64 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 CDD cd00996 PBP2_AatB_like 34 260 1.4322E-110 T 17-09-2021 +MGYG000000001_01639 a15df50e989c511ae5e2191b55bc079b 262 PANTHER PTHR35936 31 260 3.2E-59 T 17-09-2021 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 ProSitePatterns PS00194 Thioredoxin family active site. 21 39 - T 17-09-2021 IPR017937 Thioredoxin, conserved site GO:0045454 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 Gene3D G3DSA:3.40.30.10 1 105 2.9E-25 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 CDD cd02947 TRX_family 11 102 2.07541E-19 T 17-09-2021 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 PIRSF PIRSF000077 1 105 4.1E-22 T 17-09-2021 IPR005746 Thioredoxin GO:0006662|GO:0015035|GO:0045454 Reactome: R-HSA-3299685 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 PANTHER PTHR45663 4 104 2.6E-23 T 17-09-2021 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 Pfam PF00085 Thioredoxin 2 103 3.3E-22 T 17-09-2021 IPR013766 Thioredoxin domain GO:0045454 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 ProSiteProfiles PS51352 Thioredoxin domain profile. 1 105 10.894 T 17-09-2021 IPR013766 Thioredoxin domain GO:0045454 +MGYG000000001_00969 d2fbb2c0c964d876ea4c1fc1e0683083 105 SUPERFAMILY SSF52833 2 104 6.36E-27 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 SUPERFAMILY SSF53062 1 128 2.22E-28 T 17-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 PANTHER PTHR33799 1 132 1.2E-23 T 17-09-2021 +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 Gene3D G3DSA:3.40.50.510 1 139 4.4E-33 T 17-09-2021 IPR036662 Phosphotransferase system, mannose-type IIA component superfamily GO:0009401|GO:0016021 +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 PANTHER PTHR33799:SF1 1 132 1.2E-23 T 17-09-2021 +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 Pfam PF03610 PTS system fructose IIA component 3 104 3.1E-21 T 17-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 ProSiteProfiles PS51096 PTS_EIIA type-4 domain profile. 1 142 21.398 T 17-09-2021 IPR004701 Phosphotransferase system, mannose-type IIA component GO:0009401|GO:0016021 +MGYG000000001_02597 f37cbf89f1f30c5de0e05b733c0830e6 142 CDD cd00006 PTS_IIA_man 3 111 2.19606E-23 T 17-09-2021 IPR033887 PTS system mannose/sorbose specific IIA subunit +MGYG000000001_00487 c75d32449c3441bb83f5331f1f33557b 338 SUPERFAMILY SSF81345 8 335 1.44E-74 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00487 c75d32449c3441bb83f5331f1f33557b 338 CDD cd06550 TM_ABC_iron-siderophores_like 67 333 1.45816E-52 T 17-09-2021 +MGYG000000001_00487 c75d32449c3441bb83f5331f1f33557b 338 Pfam PF01032 FecCD transport family 14 335 2.7E-88 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_00487 c75d32449c3441bb83f5331f1f33557b 338 Gene3D G3DSA:1.10.3470.10 2 338 1.3E-93 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00487 c75d32449c3441bb83f5331f1f33557b 338 PANTHER PTHR30472 11 337 4.1E-86 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_00487 c75d32449c3441bb83f5331f1f33557b 338 PANTHER PTHR30472:SF25 11 337 4.1E-86 T 17-09-2021 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 Gene3D G3DSA:1.20.120.790 482 622 9.6E-12 T 17-09-2021 IPR037196 HSP90, C-terminal domain +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 SUPERFAMILY SSF110942 499 617 2.09E-8 T 17-09-2021 IPR037196 HSP90, C-terminal domain +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 Gene3D G3DSA:3.30.230.80 229 361 8.7E-41 T 17-09-2021 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PIRSF PIRSF002583 1 620 1.5E-156 T 17-09-2021 IPR001404 Heat shock protein Hsp90 family GO:0005524|GO:0006457|GO:0051082 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 Gene3D G3DSA:3.30.565.10 2 228 5.2E-58 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PRINTS PR00775 90kDa heat shock protein signature 171 188 3.3E-32 T 17-09-2021 IPR020575 Heat shock protein Hsp90, N-terminal +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PRINTS PR00775 90kDa heat shock protein signature 25 47 3.3E-32 T 17-09-2021 IPR020575 Heat shock protein Hsp90, N-terminal +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PRINTS PR00775 90kDa heat shock protein signature 119 141 3.3E-32 T 17-09-2021 IPR020575 Heat shock protein Hsp90, N-terminal +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PRINTS PR00775 90kDa heat shock protein signature 189 207 3.3E-32 T 17-09-2021 IPR020575 Heat shock protein Hsp90, N-terminal +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PRINTS PR00775 90kDa heat shock protein signature 92 109 3.3E-32 T 17-09-2021 IPR020575 Heat shock protein Hsp90, N-terminal +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PRINTS PR00775 90kDa heat shock protein signature 74 91 3.3E-32 T 17-09-2021 IPR020575 Heat shock protein Hsp90, N-terminal +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 SUPERFAMILY SSF54211 230 476 2.88E-68 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 Pfam PF00183 Hsp90 protein 219 619 1.9E-59 T 17-09-2021 IPR001404 Heat shock protein Hsp90 family GO:0005524|GO:0006457|GO:0051082 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 Gene3D G3DSA:3.40.50.12450 363 474 5.8E-19 T 17-09-2021 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PANTHER PTHR11528:SF54 3 619 1.6E-162 T 17-09-2021 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 CDD cd16927 HATPase_Hsp90-like 13 203 9.81265E-73 T 17-09-2021 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 Pfam PF13589 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 31 142 8.0E-11 T 17-09-2021 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 PANTHER PTHR11528 3 619 1.6E-162 T 17-09-2021 IPR001404 Heat shock protein Hsp90 family GO:0005524|GO:0006457|GO:0051082 +MGYG000000001_01558 0cbc59f980921aa830988ea308986d1f 623 SUPERFAMILY SSF55874 3 212 6.94E-53 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 Pfam PF00005 ABC transporter 24 173 4.8E-31 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 PANTHER PTHR24220 5 224 1.5E-104 T 17-09-2021 +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 SUPERFAMILY SSF52540 4 224 3.04E-71 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 231 24.803 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 PANTHER PTHR24220:SF636 5 224 1.5E-104 T 17-09-2021 +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 Gene3D G3DSA:3.40.50.300 1 226 1.0E-67 T 17-09-2021 +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 SMART SM00382 33 221 1.1E-16 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 5 220 5.75468E-118 T 17-09-2021 +MGYG000000001_01912 e457a5cc934d800f7a5601dfd6c16148 231 ProSitePatterns PS00211 ABC transporters family signature. 146 160 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00669 47e993670b1c0aa1fd60473e7f96104d 185 Pfam PF07670 Nucleoside recognition 35 145 1.7E-10 T 17-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 Pfam PF13407 Periplasmic binding protein domain 42 316 1.4E-62 T 17-09-2021 IPR025997 Periplasmic binding protein +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 PANTHER PTHR30036:SF2 36 345 7.9E-127 T 17-09-2021 +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 CDD cd01539 PBP1_GGBP 41 338 1.46404E-153 T 17-09-2021 +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 6.0 T 17-09-2021 +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 PANTHER PTHR30036 36 345 7.9E-127 T 17-09-2021 +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 SUPERFAMILY SSF53822 41 345 2.94E-78 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 Gene3D G3DSA:3.40.50.2300 146 295 3.8E-108 T 17-09-2021 +MGYG000000001_00276 9d07c1c33655a5417e1df576546b37a3 347 Gene3D G3DSA:3.40.50.2300 42 318 3.8E-108 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 SUPERFAMILY SSF46689 492 587 1.54E-10 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 SUPERFAMILY SSF55785 147 204 1.51E-6 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 ProSitePatterns PS00688 Sigma-54 interaction domain C-terminal part signature. 492 501 - T 17-09-2021 IPR025944 Sigma-54 interaction domain, conserved site +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Coils Coil 133 167 - T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Gene3D G3DSA:3.40.50.300 263 450 8.2E-65 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 SUPERFAMILY SSF52540 277 522 4.8E-70 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 ProSiteProfiles PS50112 PAS repeat profile. 153 209 11.745 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Pfam PF02954 Bacterial regulatory protein, Fis family 541 585 1.4E-8 T 17-09-2021 IPR002197 DNA binding HTH domain, Fis-type GO:0043565 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 CDD cd00009 AAA 279 443 8.22314E-23 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Gene3D G3DSA:3.30.450.20 142 256 3.4E-8 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Gene3D G3DSA:1.10.10.60 540 587 1.7E-16 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 154 242 3.0E-6 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 PANTHER PTHR32071:SF57 129 587 4.8E-143 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Gene3D G3DSA:1.10.8.60 451 530 2.5E-24 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 Pfam PF00158 Sigma-54 interaction domain 278 446 2.0E-69 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 ProSitePatterns PS00675 Sigma-54 interaction domain ATP-binding region A signature. 302 315 - T 17-09-2021 IPR025662 Sigma-54 interaction domain, ATP-binding site 1 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 ProSiteProfiles PS50045 Sigma-54 interaction domain profile. 278 508 65.614 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 PANTHER PTHR32071 129 587 4.8E-143 T 17-09-2021 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 ProSitePatterns PS00676 Sigma-54 interaction domain ATP-binding region B signature. 365 380 - T 17-09-2021 IPR025943 Sigma-54 interaction domain, ATP-binding site 2 +MGYG000000001_00090 02a5963627fe84917f1d17d46a7ae35c 590 SMART SM00382 298 442 2.9E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 SUPERFAMILY SSF46785 5 66 2.98E-12 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 Gene3D G3DSA:1.10.10.10 2 63 3.4E-9 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 Gene3D G3DSA:3.10.580.10 64 211 1.7E-48 T 17-09-2021 +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 Pfam PF08279 HTH domain 9 61 3.9E-11 T 17-09-2021 IPR013196 Helix-turn-helix, type 11 +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 PANTHER PTHR43803 24 209 2.3E-23 T 17-09-2021 +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 Pfam PF00571 CBS domain 147 205 1.6E-5 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 Pfam PF00571 CBS domain 81 132 2.9E-7 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 SUPERFAMILY SSF54631 72 207 6.41E-23 T 17-09-2021 +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 ProSiteProfiles PS51371 CBS domain profile. 148 211 10.344 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 ProSiteProfiles PS51371 CBS domain profile. 83 139 10.609 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 SMART SM00116 153 206 5.9E-4 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 SMART SM00116 86 134 0.027 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 CDD cd04617 CBS_pair_CcpN 82 208 4.45831E-63 T 17-09-2021 +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 PIRSF PIRSF026546 4 211 4.7E-91 T 17-09-2021 IPR016842 Protein of unknown function UCP026546, HtH-CBS +MGYG000000001_00213 1e5c85f9cdf987bb44908d173b49d7f7 211 PANTHER PTHR43803:SF3 24 209 2.3E-23 T 17-09-2021 +MGYG000000001_02499 225545efda55cf8c7a6c33b863613fd3 272 Gene3D G3DSA:3.40.50.1820 9 272 9.9E-52 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_02499 225545efda55cf8c7a6c33b863613fd3 272 PANTHER PTHR11614 26 270 5.8E-52 T 17-09-2021 +MGYG000000001_02499 225545efda55cf8c7a6c33b863613fd3 272 SUPERFAMILY SSF53474 18 271 2.96E-36 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_02499 225545efda55cf8c7a6c33b863613fd3 272 Pfam PF12146 Serine aminopeptidase, S33 27 253 1.2E-59 T 17-09-2021 IPR022742 Serine aminopeptidase, S33 +MGYG000000001_02499 225545efda55cf8c7a6c33b863613fd3 272 PANTHER PTHR11614:SF87 26 270 5.8E-52 T 17-09-2021 +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 ProSiteProfiles PS51482 DegV domain profile. 4 280 61.256 T 17-09-2021 IPR003797 DegV +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 Coils Coil 133 153 - T 17-09-2021 +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 Gene3D G3DSA:3.40.50.10170 1 151 1.6E-48 T 17-09-2021 +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 PANTHER PTHR33434 1 280 1.1E-78 T 17-09-2021 +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 Gene3D G3DSA:3.30.1180.10 152 280 1.5E-36 T 17-09-2021 +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 PANTHER PTHR33434:SF3 1 280 1.1E-78 T 17-09-2021 +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 Pfam PF02645 Uncharacterised protein, DegV family COG1307 4 279 3.0E-79 T 17-09-2021 IPR003797 DegV +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 TIGRFAM TIGR00762 DegV: EDD domain protein, DegV family 4 278 5.6E-90 T 17-09-2021 IPR003797 DegV +MGYG000000001_01703 22bb1ef6c822c3ee76fab74594320d4d 281 SUPERFAMILY SSF82549 1 278 1.31E-78 T 17-09-2021 +MGYG000000001_01027 3bace2d9fee726d223d87e384a882285 389 Gene3D G3DSA:2.170.120.40 218 300 4.0E-8 T 17-09-2021 +MGYG000000001_01027 3bace2d9fee726d223d87e384a882285 389 Gene3D G3DSA:2.170.120.40 135 216 3.4E-6 T 17-09-2021 +MGYG000000001_01027 3bace2d9fee726d223d87e384a882285 389 Gene3D G3DSA:2.170.120.30 304 389 7.6E-6 T 17-09-2021 +MGYG000000001_01027 3bace2d9fee726d223d87e384a882285 389 Gene3D G3DSA:2.170.120.30 29 134 2.8E-13 T 17-09-2021 +MGYG000000001_01027 3bace2d9fee726d223d87e384a882285 389 Pfam PF07949 YbbR-like protein 235 285 1.9E-5 T 17-09-2021 IPR012505 YbbR-like +MGYG000000001_01027 3bace2d9fee726d223d87e384a882285 389 PANTHER PTHR37804 5 363 1.7E-41 T 17-09-2021 +MGYG000000001_01612 bf0443580caae1690794b1e2a93b60e4 91 CDD cd00279 YlxR 8 85 1.40507E-30 T 17-09-2021 IPR037465 Uncharacterized protein YlxR +MGYG000000001_01612 bf0443580caae1690794b1e2a93b60e4 91 PANTHER PTHR34215 1 88 7.4E-34 T 17-09-2021 IPR037465 Uncharacterized protein YlxR +MGYG000000001_01612 bf0443580caae1690794b1e2a93b60e4 91 SUPERFAMILY SSF64376 5 88 4.97E-30 T 17-09-2021 IPR035931 YlxR-like superfamily +MGYG000000001_01612 bf0443580caae1690794b1e2a93b60e4 91 Pfam PF04296 Protein of unknown function (DUF448) 10 82 1.4E-31 T 17-09-2021 IPR007393 Domain of unknown function DUF448 +MGYG000000001_01612 bf0443580caae1690794b1e2a93b60e4 91 Gene3D G3DSA:3.30.1230.10 1 91 1.2E-35 T 17-09-2021 IPR035931 YlxR-like superfamily +MGYG000000001_01612 bf0443580caae1690794b1e2a93b60e4 91 Coils Coil 79 91 - T 17-09-2021 +MGYG000000001_01244 2e1aedd054358c99abfc8638461cb860 224 Pfam PF02517 CPBP intramembrane metalloprotease 116 220 2.8E-7 T 17-09-2021 IPR003675 CAAX prenyl protease 2 GO:0004197|GO:0016020|GO:0071586 Reactome: R-HSA-5689880 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 Pfam PF01522 Polysaccharide deacetylase 61 167 1.0E-24 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 Coils Coil 220 240 - T 17-09-2021 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 PANTHER PTHR10587:SF125 4 255 7.7E-50 T 17-09-2021 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 ProSiteProfiles PS51677 NodB homology domain profile. 65 245 35.223 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 PANTHER PTHR10587 4 255 7.7E-50 T 17-09-2021 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 CDD cd10944 CE4_SmPgdA_like 65 246 6.37601E-72 T 17-09-2021 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 Gene3D G3DSA:3.20.20.370 23 256 2.1E-51 T 17-09-2021 +MGYG000000001_00067 e9bcf1430914acaca41b7492e85d3515 263 SUPERFAMILY SSF88713 61 250 9.39E-45 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 Pfam PF01035 6-O-methylguanine DNA methyltransferase, DNA binding domain 74 153 8.5E-29 T 17-09-2021 IPR014048 Methylated-DNA-[protein]-cysteine S-methyltransferase, DNA binding GO:0003824|GO:0006281 Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 CDD cd06445 ATase 75 153 1.20358E-38 T 17-09-2021 IPR014048 Methylated-DNA-[protein]-cysteine S-methyltransferase, DNA binding GO:0003824|GO:0006281 Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 Pfam PF02870 6-O-methylguanine DNA methyltransferase, ribonuclease-like domain 5 69 2.0E-5 T 17-09-2021 IPR008332 Methylguanine DNA methyltransferase, ribonuclease-like domain GO:0003908|GO:0006281 Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 SUPERFAMILY SSF53155 3 77 7.85E-13 T 17-09-2021 IPR036631 Methylated DNA-protein cysteine methyltransferase domain superfamily GO:0003908|GO:0006281 Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 Hamap MF_00772 Methylated-DNA--protein-cysteine methyltransferase [ogt]. 5 153 40.316 T 17-09-2021 IPR023546 Methylated-DNA--protein-cysteine methyltransferase GO:0003824|GO:0006281 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 PANTHER PTHR10815 4 154 1.3E-53 T 17-09-2021 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 SUPERFAMILY SSF46767 72 153 3.4E-29 T 17-09-2021 IPR036217 Methylated DNA-protein cysteine methyltransferase, DNA binding domain Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 ProSitePatterns PS00374 Methylated-DNA--protein-cysteine methyltransferase active site. 123 129 - T 17-09-2021 IPR001497 Methylated-DNA-[protein]-cysteine S-methyltransferase, active site GO:0003908|GO:0006281 Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 Gene3D G3DSA:1.10.10.10 72 156 6.2E-34 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 TIGRFAM TIGR00589 ogt: methylated-DNA--[protein]-cysteine S-methyltransferase 73 152 9.7E-35 T 17-09-2021 IPR014048 Methylated-DNA-[protein]-cysteine S-methyltransferase, DNA binding GO:0003824|GO:0006281 Reactome: R-HSA-5657655 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 Gene3D G3DSA:3.30.160.70 1 68 3.3E-12 T 17-09-2021 +MGYG000000001_00867 9ea9ea34f5654c95b6cfd2c59fc56f74 156 PANTHER PTHR10815:SF5 4 154 1.3E-53 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Pfam PF00403 Heavy-metal-associated domain 82 142 1.1E-17 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Pfam PF00403 Heavy-metal-associated domain 9 69 5.6E-14 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Gene3D G3DSA:3.30.70.100 79 143 7.7E-21 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PANTHER PTHR43520:SF8 10 827 4.4E-297 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Gene3D G3DSA:3.40.1110.10 526 646 1.4E-100 T 17-09-2021 IPR023299 P-type ATPase, cytoplasmic domain N GO:0000166 Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 TIGRFAM TIGR01525 ATPase-IB_hvy: heavy metal translocating P-type ATPase 244 823 2.1E-200 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Gene3D G3DSA:3.30.70.100 7 78 3.0E-19 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Pfam PF00122 E1-E2 ATPase 315 494 1.3E-55 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Gene3D G3DSA:2.70.150.20 307 419 3.5E-43 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Gene3D G3DSA:3.40.50.1000 496 766 1.4E-100 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SFLD SFLDS00003 Haloacid Dehalogenase 497 765 0.0 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 287 794 1.2E-100 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 CDD cd00371 HMA 9 72 3.10063E-15 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 Pfam PF00702 haloacid dehalogenase-like hydrolase 511 728 2.8E-49 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 ProSitePatterns PS00154 E1-E2 ATPases phosphorylation site. 517 523 - T 17-09-2021 IPR018303 P-type ATPase, phosphorylation site Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 ProSiteProfiles PS50846 Heavy-metal-associated domain profile. 7 73 20.311 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SUPERFAMILY SSF56784 513 821 1.03E-69 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 TIGRFAM TIGR00003 TIGR00003: copper ion binding protein 80 142 2.8E-13 T 17-09-2021 IPR006122 Heavy metal-associated domain, copper ion-binding GO:0005507 Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 TIGRFAM TIGR00003 TIGR00003: copper ion binding protein 9 72 1.9E-11 T 17-09-2021 IPR006122 Heavy metal-associated domain, copper ion-binding GO:0005507 Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SUPERFAMILY SSF81665 268 783 2.35E-12 T 17-09-2021 IPR023298 P-type ATPase, transmembrane domain superfamily Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 691 708 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 498 513 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 437 451 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 748 762 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 304 322 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 123 143 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00943 Copper-transporting ATPase signature 284 303 1.4E-17 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SFLD SFLDF00027 p-type atpase 497 765 0.0 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PANTHER PTHR43520 10 827 4.4E-297 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00942 Copper-transporting ATPase 1 signature 102 123 4.6E-15 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00942 Copper-transporting ATPase 1 signature 7 32 4.6E-15 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00942 Copper-transporting ATPase 1 signature 227 252 4.6E-15 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00942 Copper-transporting ATPase 1 signature 170 191 4.6E-15 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 ProSiteProfiles PS50846 Heavy-metal-associated domain profile. 79 145 21.377 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 CDD cd00371 HMA 81 143 1.98656E-18 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 661 671 1.8E-31 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 364 378 1.8E-31 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 639 650 1.8E-31 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 515 529 1.8E-31 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 714 733 1.8E-31 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 737 749 1.8E-31 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SUPERFAMILY SSF55008 76 144 2.36E-20 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SUPERFAMILY SSF81653 317 414 5.89E-30 T 17-09-2021 IPR008250 P-type ATPase, A domain superfamily Reactome: R-HSA-936837 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 SUPERFAMILY SSF55008 7 77 1.57E-19 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 TIGRFAM TIGR01511 ATPase-IB1_Cu: copper-translocating P-type ATPase 225 824 7.3E-191 T 17-09-2021 +MGYG000000001_02370 59e38b799d0f91d046442daf6c5af421 829 CDD cd02094 P-type_ATPase_Cu-like 169 825 0.0 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 PANTHER PTHR47891:SF2 1 310 6.9E-123 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 CDD cd12827 EcCorA_ZntB-like_u2 23 311 3.13532E-130 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 Gene3D G3DSA:3.30.460.20 3 130 6.3E-33 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 SUPERFAMILY SSF144083 246 309 4.45E-17 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 Coils Coil 45 65 - T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 Pfam PF01544 CorA-like Mg2+ transporter protein 20 306 1.1E-61 T 17-09-2021 IPR002523 Mg2+ transporter protein, CorA-like/Zinc transport protein ZntB GO:0016020|GO:0030001|GO:0046873|GO:0055085 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 Gene3D G3DSA:1.20.58.340 254 311 1.4E-16 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 PANTHER PTHR47891 1 310 6.9E-123 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 Gene3D G3DSA:1.20.58.340 131 252 5.3E-24 T 17-09-2021 +MGYG000000001_02851 8e153cbfd76ebf2182adb53198bc5259 311 SUPERFAMILY SSF143865 3 245 1.96E-51 T 17-09-2021 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 236 22.282 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 SMART SM00382 28 221 6.4E-14 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 Gene3D G3DSA:3.40.50.300 2 253 7.2E-70 T 17-09-2021 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 5 218 1.79714E-82 T 17-09-2021 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 Pfam PF00005 ABC transporter 19 168 1.5E-36 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 PANTHER PTHR42794:SF2 1 254 3.1E-103 T 17-09-2021 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 PANTHER PTHR42794 1 254 3.1E-103 T 17-09-2021 +MGYG000000001_00435 235779d4e311736a3c74a168e8f71abb 282 SUPERFAMILY SSF52540 4 226 7.21E-64 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02768 6ffd290d4609f9119b48d907bbf2dcb8 354 MobiDBLite mobidb-lite consensus disorder prediction 74 91 - T 17-09-2021 +MGYG000000001_02768 6ffd290d4609f9119b48d907bbf2dcb8 354 MobiDBLite mobidb-lite consensus disorder prediction 74 101 - T 17-09-2021 +MGYG000000001_01192 7b2acf3468d022e00acf02611b730eb7 259 PIRSF PIRSF016557 1 257 6.2E-84 T 17-09-2021 IPR016667 Capsular polysaccharide synthesis, CpsB/CapC GO:0004725|GO:0030145 +MGYG000000001_01192 7b2acf3468d022e00acf02611b730eb7 259 SUPERFAMILY SSF89550 1 213 7.06E-20 T 17-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_01192 7b2acf3468d022e00acf02611b730eb7 259 Gene3D G3DSA:3.20.20.140 1 259 2.4E-89 T 17-09-2021 +MGYG000000001_01192 7b2acf3468d022e00acf02611b730eb7 259 PANTHER PTHR39181 1 254 1.5E-76 T 17-09-2021 IPR016667 Capsular polysaccharide synthesis, CpsB/CapC GO:0004725|GO:0030145 +MGYG000000001_02722 f425dd1cff614274d3d1b5259b1912bc 54 Gene3D G3DSA:3.60.160.10 1 50 1.9E-7 T 17-09-2021 IPR036983 Mitochondrial biogenesis AIM24 superfamily +MGYG000000001_02722 f425dd1cff614274d3d1b5259b1912bc 54 SUPERFAMILY SSF51219 1 45 1.07E-6 T 17-09-2021 IPR016031 Tryptophan RNA-binding attenuator protein-like domain superfamily +MGYG000000001_01882 39d69229d5f667d2dac986cd0fbfade9 379 Pfam PF13786 Domain of unknown function (DUF4179) 45 159 5.4E-12 T 17-09-2021 IPR025436 Domain of unknown function DUF4179 +MGYG000000001_01882 39d69229d5f667d2dac986cd0fbfade9 379 Gene3D G3DSA:2.60.40.1630 110 267 1.3E-11 T 17-09-2021 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 CDD cd00830 KAS_III 4 321 9.64289E-158 T 17-09-2021 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 Pfam PF08541 3-Oxoacyl-[acyl-carrier-protein (ACP)] synthase III C terminal 234 323 5.3E-36 T 17-09-2021 IPR013747 3-Oxoacyl-[acyl-carrier-protein (ACP)] synthase III, C-terminal KEGG: 00061+2.3.1.180|MetaCyc: PWY-4381 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 Gene3D G3DSA:3.40.47.10 2 325 2.7E-131 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 TIGRFAM TIGR00747 fabH: 3-oxoacyl-[acyl-carrier-protein] synthase III 5 323 5.2E-116 T 17-09-2021 IPR004655 3-oxoacyl-[acyl-carrier-protein] synthase 3 GO:0004315|GO:0006633 KEGG: 00061+2.3.1.180|MetaCyc: PWY-4381 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 SUPERFAMILY SSF53901 5 323 2.51E-67 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 PANTHER PTHR43091 4 323 8.6E-119 T 17-09-2021 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 Pfam PF08545 3-Oxoacyl-[acyl-carrier-protein (ACP)] synthase III 106 182 1.1E-29 T 17-09-2021 IPR013751 3-Oxoacyl-[acyl-carrier-protein (ACP)] synthase III GO:0004315|GO:0006633 KEGG: 00061+2.3.1.180|MetaCyc: PWY-4381 +MGYG000000001_00834 bd99dd30c0dd972ed4cee638bc6d91bd 325 Hamap MF_01815 3-oxoacyl-[acyl-carrier-protein] synthase 3 [fabH]. 2 323 68.275 T 17-09-2021 IPR004655 3-oxoacyl-[acyl-carrier-protein] synthase 3 GO:0004315|GO:0006633 KEGG: 00061+2.3.1.180|MetaCyc: PWY-4381 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 Pfam PF04389 Peptidase family M28 104 300 8.9E-36 T 17-09-2021 IPR007484 Peptidase M28 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 SUPERFAMILY SSF53187 38 305 1.34E-43 T 17-09-2021 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 PANTHER PTHR12147 24 530 3.8E-37 T 17-09-2021 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 PANTHER PTHR12147:SF22 24 530 3.8E-37 T 17-09-2021 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 Gene3D G3DSA:3.40.630.10 32 323 3.0E-49 T 17-09-2021 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 CDD cd17332 MFS_MelB_like 371 476 1.76338E-4 T 17-09-2021 +MGYG000000001_01712 25c13e4dfe5d29e8e6a38d173675628c 545 CDD cd03875 M28_Fxna_like 46 335 8.15395E-53 T 17-09-2021 +MGYG000000001_02428 2a8d8ba742cf2e0a9b84c08d3b1ee147 190 Coils Coil 130 150 - T 17-09-2021 +MGYG000000001_02428 2a8d8ba742cf2e0a9b84c08d3b1ee147 190 Pfam PF09581 Stage III sporulation protein AF (Spore_III_AF) 16 189 3.0E-25 T 17-09-2021 IPR014245 Sporulation stage III, protein AF +MGYG000000001_02850 375c84b0c98fbb52755579bb6b0a5aa9 311 SUPERFAMILY SSF48317 4 167 6.28E-32 T 17-09-2021 IPR036938 Phosphatidic acid phosphatase type 2/haloperoxidase superfamily +MGYG000000001_02850 375c84b0c98fbb52755579bb6b0a5aa9 311 Pfam PF01569 PAP2 superfamily 54 165 3.8E-21 T 17-09-2021 IPR000326 Phosphatidic acid phosphatase type 2/haloperoxidase +MGYG000000001_02850 375c84b0c98fbb52755579bb6b0a5aa9 311 Gene3D G3DSA:1.20.144.10 80 173 2.0E-23 T 17-09-2021 +MGYG000000001_02850 375c84b0c98fbb52755579bb6b0a5aa9 311 Gene3D G3DSA:1.20.144.10 2 79 1.5E-6 T 17-09-2021 +MGYG000000001_02850 375c84b0c98fbb52755579bb6b0a5aa9 311 PANTHER PTHR14969 12 273 3.7E-36 T 17-09-2021 +MGYG000000001_02850 375c84b0c98fbb52755579bb6b0a5aa9 311 SMART SM00014 49 161 1.1E-19 T 17-09-2021 IPR000326 Phosphatidic acid phosphatase type 2/haloperoxidase +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 PANTHER PTHR43795 3 393 3.4E-170 T 17-09-2021 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 Gene3D G3DSA:3.90.1150.10 15 382 2.3E-135 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 ProSitePatterns PS00105 Aminotransferases class-I pyridoxal-phosphate attachment site. 231 244 - T 17-09-2021 IPR004838 Aminotransferases, class-I, pyridoxal-phosphate-binding site GO:0003824|GO:0009058|GO:0030170 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 CDD cd00609 AAT_like 33 387 3.94387E-93 T 17-09-2021 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 Gene3D G3DSA:3.40.640.10 44 280 2.3E-135 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 PANTHER PTHR43795:SF5 3 393 3.4E-170 T 17-09-2021 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 Pfam PF00155 Aminotransferase class I and II 31 340 7.0E-49 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_00768 7a50e9f68d300558d65ba1e73232be57 401 SUPERFAMILY SSF53383 1 390 1.21E-91 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 PANTHER PTHR33941 2 165 2.2E-34 T 17-09-2021 +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 SMART SM00877 4 81 4.3E-25 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 Pfam PF00936 BMC domain 5 81 4.2E-23 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 Gene3D G3DSA:3.30.70.1710 1 114 1.1E-31 T 17-09-2021 +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 Coils Coil 119 161 - T 17-09-2021 +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 CDD cd07045 BMC_CcmK_like 5 88 1.20264E-29 T 17-09-2021 +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 SUPERFAMILY SSF143414 5 90 5.89E-25 T 17-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01157 9a9aaa7e555fdf0e576ab02d0e68737d 236 MobiDBLite mobidb-lite consensus disorder prediction 156 185 - T 17-09-2021 +MGYG000000001_02037 8d7aab542659f75454f171e61e8e4d92 240 Pfam PF12705 PD-(D/E)XK nuclease superfamily 10 96 1.9E-7 T 17-09-2021 IPR038726 PD-(D/E)XK endonuclease-like domain, AddAB-type +MGYG000000001_02037 8d7aab542659f75454f171e61e8e4d92 240 Pfam PF12705 PD-(D/E)XK nuclease superfamily 97 239 1.3E-14 T 17-09-2021 IPR038726 PD-(D/E)XK endonuclease-like domain, AddAB-type +MGYG000000001_02037 8d7aab542659f75454f171e61e8e4d92 240 ProSitePatterns PS00265 Pancreatic hormone family signature. 197 213 - T 17-09-2021 IPR020392 Pancreatic hormone-like, conserved site Reactome: R-HSA-375276|Reactome: R-HSA-418594 +MGYG000000001_01653 26c529737c1ebec57916fc152119e8d4 107 Pfam PF01521 Iron-sulphur cluster biosynthesis 1 74 1.5E-6 T 17-09-2021 IPR000361 FeS cluster biogenesis Reactome: R-HSA-1362409 +MGYG000000001_01653 26c529737c1ebec57916fc152119e8d4 107 PANTHER PTHR43011 3 103 1.0E-11 T 17-09-2021 +MGYG000000001_01653 26c529737c1ebec57916fc152119e8d4 107 Gene3D G3DSA:2.60.300.12 3 91 3.4E-10 T 17-09-2021 IPR035903 HesB-like domain superfamily Reactome: R-HSA-1362409 +MGYG000000001_01653 26c529737c1ebec57916fc152119e8d4 107 PANTHER PTHR43011:SF2 3 103 1.0E-11 T 17-09-2021 +MGYG000000001_01653 26c529737c1ebec57916fc152119e8d4 107 SUPERFAMILY SSF89360 2 78 1.45E-10 T 17-09-2021 IPR035903 HesB-like domain superfamily Reactome: R-HSA-1362409 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 Gene3D G3DSA:2.30.42.10 2 75 2.5E-7 T 17-09-2021 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 PANTHER PTHR43871:SF1 3 440 5.4E-156 T 17-09-2021 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 ProSiteProfiles PS50106 PDZ domain profile. 1 43 8.808 T 17-09-2021 IPR001478 PDZ domain GO:0005515 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 SUPERFAMILY SSF50156 11 100 1.71E-10 T 17-09-2021 IPR036034 PDZ superfamily GO:0005515 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 SMART SM00729 84 254 0.006 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 Pfam PF04459 Protein of unknown function (DUF512) 226 430 1.2E-73 T 17-09-2021 IPR007549 Domain of unknown function DUF512 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 Gene3D G3DSA:3.20.20.70 115 360 7.9E-9 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 SUPERFAMILY SSF102114 92 243 2.88E-13 T 17-09-2021 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 PANTHER PTHR43871 3 440 5.4E-156 T 17-09-2021 +MGYG000000001_02511 5ebce053f24de452694ce937b3f3f8bd 442 Pfam PF17820 PDZ domain 11 61 5.3E-10 T 17-09-2021 IPR041489 PDZ domain 6 +MGYG000000001_02628 eed93a5d068cb970e55551ace04208a2 332 Pfam PF14504 CAP-associated N-terminal 63 196 7.0E-32 T 17-09-2021 IPR029410 CAP-associated domain +MGYG000000001_02628 eed93a5d068cb970e55551ace04208a2 332 CDD cd05379 CAP_bacterial 211 331 1.30304E-33 T 17-09-2021 +MGYG000000001_02628 eed93a5d068cb970e55551ace04208a2 332 Gene3D G3DSA:3.40.33.10 28 331 1.0E-70 T 17-09-2021 IPR035940 CAP superfamily +MGYG000000001_02628 eed93a5d068cb970e55551ace04208a2 332 Pfam PF00188 Cysteine-rich secretory protein family 216 326 4.4E-14 T 17-09-2021 IPR014044 CAP domain +MGYG000000001_02628 eed93a5d068cb970e55551ace04208a2 332 SUPERFAMILY SSF55797 207 331 4.97E-19 T 17-09-2021 IPR035940 CAP superfamily +MGYG000000001_02628 eed93a5d068cb970e55551ace04208a2 332 PANTHER PTHR31157 180 331 7.9E-34 T 17-09-2021 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 Gene3D G3DSA:3.30.30.80 1 64 9.4E-10 T 17-09-2021 IPR038247 Jag, N-terminal domain superfamily +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 CDD cd02644 R3H_jag 147 213 1.5426E-26 T 17-09-2021 IPR034079 Jag, R3H domain GO:0003676 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 Gene3D G3DSA:3.30.1370.50 149 214 1.1E-26 T 17-09-2021 IPR036867 R3H domain superfamily GO:0003676 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 Gene3D G3DSA:3.30.300.20 65 148 1.2E-22 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 CDD cd02414 jag_KH 72 149 4.22645E-20 T 17-09-2021 IPR038008 Jag, KH domain +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 SMART SM00393 134 213 4.3E-15 T 17-09-2021 IPR001374 R3H domain GO:0003676 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 SMART SM01245 6 63 1.2E-9 T 17-09-2021 IPR032782 Jag, N-terminal +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 PANTHER PTHR35800 1 213 2.3E-56 T 17-09-2021 IPR039247 Jag protein +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 Pfam PF14804 Jag N-terminus 10 55 3.1E-10 T 17-09-2021 IPR032782 Jag, N-terminal +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 ProSiteProfiles PS50084 Type-1 KH domain profile. 94 132 8.387 T 17-09-2021 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 Pfam PF01424 R3H domain 154 211 1.7E-14 T 17-09-2021 IPR001374 R3H domain GO:0003676 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 Pfam PF13083 KH domain 70 135 7.1E-13 T 17-09-2021 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 SUPERFAMILY SSF82708 159 211 4.32E-7 T 17-09-2021 IPR036867 R3H domain superfamily GO:0003676 +MGYG000000001_00943 f886b4dead152c7d44836ec26895ea64 214 ProSiteProfiles PS51061 R3H domain profile. 148 214 15.921 T 17-09-2021 IPR001374 R3H domain GO:0003676 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 PIRSF PIRSF002741 1 570 2.1E-65 T 17-09-2021 IPR030678 Peptide/nickel binding protein, MppA-type GO:0043190|GO:0055085 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 8.0 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 Gene3D G3DSA:3.40.190.10 50 275 1.4E-62 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 Gene3D G3DSA:3.90.76.10 71 186 1.4E-62 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 Gene3D G3DSA:3.10.105.10 406 542 1.1E-13 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 Pfam PF00496 Bacterial extracellular solute-binding proteins, family 5 Middle 84 489 5.0E-46 T 17-09-2021 IPR000914 Solute-binding protein family 5 domain +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 MobiDBLite mobidb-lite consensus disorder prediction 376 402 - T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 Gene3D G3DSA:3.10.105.10 276 368 1.4E-62 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 SUPERFAMILY SSF53850 49 550 2.85E-73 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 CDD cd00995 PBP2_NikA_DppA_OppA_like 50 549 2.42906E-72 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 MobiDBLite mobidb-lite consensus disorder prediction 376 410 - T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 PANTHER PTHR30290:SF69 4 549 4.5E-51 T 17-09-2021 +MGYG000000001_00321 e50656ba23e4c867027db4c95269dabb 570 PANTHER PTHR30290 4 549 4.5E-51 T 17-09-2021 IPR039424 Solute-binding protein family 5 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 Pfam PF03466 LysR substrate binding domain 89 288 5.7E-33 T 17-09-2021 IPR005119 LysR, substrate-binding +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 PANTHER PTHR30126 2 289 5.1E-73 T 17-09-2021 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 Gene3D G3DSA:3.40.190.290 91 293 2.4E-34 T 17-09-2021 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 ProSiteProfiles PS50931 LysR-type HTH domain profile. 1 59 20.567 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 SUPERFAMILY SSF53850 88 289 1.88E-31 T 17-09-2021 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 Gene3D G3DSA:1.10.10.10 1 82 6.2E-21 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 28 38 5.2E-8 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 17 28 5.2E-8 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 38 49 5.2E-8 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 Pfam PF00126 Bacterial regulatory helix-turn-helix protein, lysR family 3 62 3.8E-15 T 17-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 SUPERFAMILY SSF46785 4 111 1.52E-18 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01067 859fd3d94878b90c80f4d21cf1ac7284 296 PANTHER PTHR30126:SF39 2 289 5.1E-73 T 17-09-2021 +MGYG000000001_01782 a33b2fd90e5fb9646e26c3ce9d1356e5 266 PANTHER PTHR11040 4 264 6.0E-87 T 17-09-2021 +MGYG000000001_01782 a33b2fd90e5fb9646e26c3ce9d1356e5 266 PANTHER PTHR11040:SF139 4 264 6.0E-87 T 17-09-2021 +MGYG000000001_01782 a33b2fd90e5fb9646e26c3ce9d1356e5 266 Hamap MF_00548 Zinc transporter ZupT [zupT]. 4 266 34.197 T 17-09-2021 IPR023498 Zinc transporter ZupT +MGYG000000001_01782 a33b2fd90e5fb9646e26c3ce9d1356e5 266 Pfam PF02535 ZIP Zinc transporter 107 260 5.6E-26 T 17-09-2021 IPR003689 Zinc/iron permease GO:0016020|GO:0030001|GO:0046873|GO:0055085 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 TIGRFAM TIGR01241 FtsH_fam: ATP-dependent metallopeptidase HflB 111 600 5.5E-229 T 17-09-2021 IPR005936 Peptidase, FtsH GO:0004222|GO:0016020 Reactome: R-HSA-8949664 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Pfam PF01434 Peptidase family M41 412 599 4.4E-71 T 17-09-2021 IPR000642 Peptidase M41 GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Hamap MF_01458 ATP-dependent zinc metalloprotease FtsH [ftsH]. 3 625 36.426 T 17-09-2021 IPR005936 Peptidase, FtsH GO:0004222|GO:0016020 Reactome: R-HSA-8949664 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 PANTHER PTHR23076:SF97 18 608 2.6E-242 T 17-09-2021 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Pfam PF17862 AAA+ lid domain 354 398 2.1E-10 T 17-09-2021 IPR041569 AAA ATPase, AAA+ lid domain +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 SMART SM00382 195 334 6.0E-24 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 PANTHER PTHR23076 18 608 2.6E-242 T 17-09-2021 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 199 330 1.3E-42 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Gene3D G3DSA:1.20.58.760 413 622 4.2E-72 T 17-09-2021 IPR037219 Peptidase M41-like GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 SUPERFAMILY SSF140990 413 604 2.62E-71 T 17-09-2021 IPR037219 Peptidase M41-like GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 CDD cd00009 AAA 194 331 7.49437E-27 T 17-09-2021 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Gene3D G3DSA:1.10.8.60 333 410 7.8E-27 T 17-09-2021 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 ProSitePatterns PS00674 AAA-protein family signature. 302 320 - T 17-09-2021 IPR003960 ATPase, AAA-type, conserved site GO:0005524 +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 SUPERFAMILY SSF52540 157 402 7.28E-71 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02006 43c361e9523b69974bd8b49eccbbabf5 656 Gene3D G3DSA:3.40.50.300 149 331 1.1E-68 T 17-09-2021 +MGYG000000001_02465 c2741066c4c07c9eca0bf4ec2913b89c 396 PANTHER PTHR42865:SF8 2 386 2.8E-110 T 17-09-2021 +MGYG000000001_02465 c2741066c4c07c9eca0bf4ec2913b89c 396 PANTHER PTHR42865 2 386 2.8E-110 T 17-09-2021 +MGYG000000001_02465 c2741066c4c07c9eca0bf4ec2913b89c 396 Pfam PF00375 Sodium:dicarboxylate symporter family 8 378 3.3E-73 T 17-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_02465 c2741066c4c07c9eca0bf4ec2913b89c 396 Gene3D G3DSA:1.10.3860.10 2 385 3.8E-45 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_02465 c2741066c4c07c9eca0bf4ec2913b89c 396 SUPERFAMILY SSF118215 8 377 1.1E-68 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 Gene3D G3DSA:3.40.50.300 1 198 1.7E-58 T 17-09-2021 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 PANTHER PTHR11649 2 196 7.3E-68 T 17-09-2021 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 PANTHER PTHR11649:SF13 2 196 7.3E-68 T 17-09-2021 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 TIGRFAM TIGR03598 GTPase_YsxC: ribosome biogenesis GTP-binding protein YsxC 7 189 1.8E-73 T 17-09-2021 IPR019987 GTP-binding protein, ribosome biogenesis, YsxC GO:0005525 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 SUPERFAMILY SSF52540 17 194 2.99E-42 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 Pfam PF01926 50S ribosome-binding GTPase 25 143 4.8E-22 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 CDD cd01876 YihA_EngB 25 189 1.98185E-87 T 17-09-2021 IPR030393 EngB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 ProSiteProfiles PS51706 EngB-type guanine nucleotide-binding (G) domain profile. 22 195 45.429 T 17-09-2021 IPR030393 EngB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00032 183e7853350647ad5fe7c903977bf0bf 203 Hamap MF_00321 Probable GTP-binding protein EngB [engB]. 11 193 28.521 T 17-09-2021 IPR019987 GTP-binding protein, ribosome biogenesis, YsxC GO:0005525 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PANTHER PTHR43828:SF3 5 326 3.7E-87 T 17-09-2021 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 Gene3D G3DSA:3.40.50.40 211 327 6.7E-34 T 17-09-2021 IPR027473 L-asparaginase, C-terminal Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 SFLD SFLDS00057 Glutaminase/Asparaginase 2 327 0.0 T 17-09-2021 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PRINTS PR00139 Asparaginase/glutaminase family signature 84 102 2.3E-16 T 17-09-2021 IPR006034 Asparaginase/glutaminase-like Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PRINTS PR00139 Asparaginase/glutaminase family signature 257 275 2.3E-16 T 17-09-2021 IPR006034 Asparaginase/glutaminase-like Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PRINTS PR00139 Asparaginase/glutaminase family signature 7 18 2.3E-16 T 17-09-2021 IPR006034 Asparaginase/glutaminase-like Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 Gene3D G3DSA:3.40.50.1170 2 210 3.1E-65 T 17-09-2021 IPR037152 L-asparaginase, N-terminal domain superfamily Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 SUPERFAMILY SSF53774 2 329 3.27E-101 T 17-09-2021 IPR036152 Asparaginase/glutaminase-like superfamily Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 ProSiteProfiles PS51732 Asparaginase / glutaminase domain profile. 5 328 68.294 T 17-09-2021 IPR006034 Asparaginase/glutaminase-like Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 CDD cd08964 L-asparaginase_II 5 322 6.76276E-145 T 17-09-2021 IPR004550 L-asparaginase, type II GO:0004067|GO:0006528 KEGG: 00250+3.5.1.1|KEGG: 00460+3.5.1.1 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 Pfam PF17763 Glutaminase/Asparaginase C-terminal domain 210 325 5.5E-29 T 17-09-2021 IPR040919 Asparaginase/glutaminase, C-terminal Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 Pfam PF00710 Asparaginase, N-terminal 6 193 4.7E-53 T 17-09-2021 IPR027474 L-asparaginase, N-terminal Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PIRSF PIRSF500176 3 330 1.7E-85 T 17-09-2021 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PIRSF PIRSF001220 1 331 1.3E-89 T 17-09-2021 IPR006034 Asparaginase/glutaminase-like Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 SMART SM00870 6 322 1.1E-132 T 17-09-2021 IPR006034 Asparaginase/glutaminase-like Reactome: R-HSA-8963693 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 PANTHER PTHR43828 5 326 3.7E-87 T 17-09-2021 +MGYG000000001_00418 26f1570c88ef709e7b6a91ff76473dd1 331 ProSitePatterns PS00144 Asparaginase / glutaminase active site signature 1. 9 17 - T 17-09-2021 IPR020827 Asparaginase/glutaminase, active site 1 GO:0006520 +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 PANTHER PTHR33202 2 146 3.4E-42 T 17-09-2021 IPR002481 Ferric-uptake regulator GO:0003700|GO:0006355 +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 PANTHER PTHR33202:SF7 2 146 3.4E-42 T 17-09-2021 +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 Gene3D G3DSA:3.30.1490.190 94 149 6.7E-19 T 17-09-2021 +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 Gene3D G3DSA:1.10.10.10 1 88 2.6E-29 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 CDD cd07153 Fur_like 21 141 6.95151E-43 T 17-09-2021 IPR002481 Ferric-uptake regulator GO:0003700|GO:0006355 +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 SUPERFAMILY SSF46785 7 142 2.0E-38 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01466 c9720371685195ab8dc6b7800e169320 151 Pfam PF01475 Ferric uptake regulator family 14 138 8.1E-37 T 17-09-2021 IPR002481 Ferric-uptake regulator GO:0003700|GO:0006355 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 ProSitePatterns PS00632 Ribosomal protein S4 signature. 96 120 - T 17-09-2021 IPR018079 Ribosomal protein S4, conserved site GO:0019843 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6790901|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 PANTHER PTHR11831 7 207 1.5E-39 T 17-09-2021 IPR022801 Ribosomal protein S4/S9 Reactome: R-HSA-6790901|Reactome: R-HSA-6791226 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 Hamap MF_01306_B 30S ribosomal protein S4 [rpsD]. 1 208 35.596 T 17-09-2021 IPR005709 Ribosomal protein S4, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 Pfam PF00163 Ribosomal protein S4/S9 N-terminal domain 3 97 1.0E-33 T 17-09-2021 IPR001912 Ribosomal protein S4/S9, N-terminal GO:0019843 Reactome: R-HSA-6790901|Reactome: R-HSA-6791226 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 Pfam PF01479 S4 domain 98 145 2.9E-19 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 TIGRFAM TIGR01017 rpsD_bact: ribosomal protein uS4 3 208 4.5E-75 T 17-09-2021 IPR005709 Ribosomal protein S4, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 CDD cd00165 S4 98 152 6.02861E-18 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 Gene3D G3DSA:1.10.1050.10 6 208 8.3E-88 T 17-09-2021 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 SUPERFAMILY SSF55174 3 208 1.44E-67 T 17-09-2021 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 PANTHER PTHR11831:SF4 7 207 1.5E-39 T 17-09-2021 IPR005709 Ribosomal protein S4, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 SMART SM00363 98 160 3.9E-16 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 Gene3D G3DSA:3.10.290.10 97 193 8.3E-88 T 17-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 SMART SM01390 3 97 1.8E-57 T 17-09-2021 IPR001912 Ribosomal protein S4/S9, N-terminal GO:0019843 Reactome: R-HSA-6790901|Reactome: R-HSA-6791226 +MGYG000000001_02564 f49d1544fc6f99e64c452834186a0171 208 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 98 163 15.083 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 Pfam PF01850 PIN domain 172 278 3.8E-5 T 17-09-2021 IPR002716 PIN domain +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 Gene3D G3DSA:3.40.50.1010 169 299 1.6E-52 T 17-09-2021 +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 CDD cd09877 PIN_YacL-like 171 297 3.95193E-74 T 17-09-2021 +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 PANTHER PTHR11603 4 364 2.6E-120 T 17-09-2021 +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 PANTHER PTHR11603:SF147 4 364 2.6E-120 T 17-09-2021 +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 ProSiteProfiles PS50926 TRAM domain profile. 298 359 9.415 T 17-09-2021 IPR002792 TRAM domain +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 SUPERFAMILY SSF88723 171 297 5.05E-26 T 17-09-2021 IPR029060 PIN-like domain superfamily +MGYG000000001_03183 2875288f62ff6b30ed7d0ee38a188721 364 SMART SM00670 169 276 7.4E-15 T 17-09-2021 IPR002716 PIN domain +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 SUPERFAMILY SSF51261 3 158 3.84E-53 T 17-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 Pfam PF00358 phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 1 12 136 1.2E-47 T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 ProSitePatterns PS00371 PTS EIIA domains phosphorylation site signature 1. 75 87 - T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 TIGRFAM TIGR00830 PTBA: PTS system, glucose subfamily, IIA component 15 133 8.9E-42 T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 PANTHER PTHR45008 1 159 1.4E-51 T 17-09-2021 +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 ProSiteProfiles PS51093 PTS_EIIA type-1 domain profile. 29 133 26.47 T 17-09-2021 IPR001127 Phosphotransferase system, sugar-specific permease EIIA type 1 GO:0009401 +MGYG000000001_00136 dca8a2e5e63e056edc94a0a2568e24f7 160 Gene3D G3DSA:2.70.70.10 3 160 9.8E-53 T 17-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_02759 f80f6e99096636e36b5b6da9a649dcff 193 Pfam PF04647 Accessory gene regulator B 7 184 5.0E-41 T 17-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_02759 f80f6e99096636e36b5b6da9a649dcff 193 SMART SM00793 4 192 9.0E-6 T 17-09-2021 IPR006741 Accessory gene regulator B GO:0008233|GO:0009372|GO:0009405|GO:0016021 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 Pfam PF00072 Response regulator receiver domain 5 114 2.4E-28 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 PANTHER PTHR26402 3 221 5.2E-69 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 ProSiteProfiles PS50110 Response regulatory domain profile. 4 117 41.743 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 CDD cd00156 REC 6 117 3.01157E-35 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 CDD cd00383 trans_reg_C 134 218 2.07286E-28 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 Gene3D G3DSA:3.40.50.2300 1 126 1.2E-36 T 17-09-2021 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 SMART SM00448 3 113 5.6E-37 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 Gene3D G3DSA:1.10.10.10 127 224 7.6E-26 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 126 220 32.64 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 PANTHER PTHR26402:SF713 3 221 5.2E-69 T 17-09-2021 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 SUPERFAMILY SSF52172 3 168 2.13E-38 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 Pfam PF00486 Transcriptional regulatory protein, C terminal 147 218 3.7E-21 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00905 114034fb83da8bfed1363e252bb3916e 224 SMART SM00862 147 218 4.0E-20 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 PANTHER PTHR43097:SF4 12 551 6.6E-225 T 17-09-2021 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Gene3D G3DSA:2.40.240.10 338 547 3.1E-74 T 17-09-2021 IPR020056 Ribosomal protein L25/Gln-tRNA synthetase, N-terminal Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 33 44 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 TIGRFAM TIGR00440 glnS: glutamine--tRNA ligase 28 550 1.1E-220 T 17-09-2021 IPR004514 Glutamine-tRNA synthetase GO:0000166|GO:0004819|GO:0005524|GO:0005737|GO:0006425 KEGG: 00970+6.1.1.18|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Gene3D G3DSA:3.90.800.10 99 207 1.7E-104 T 17-09-2021 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 PRINTS PR00987 Glutamyl-tRNA synthetase signature 59 72 2.0E-10 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 PRINTS PR00987 Glutamyl-tRNA synthetase signature 44 55 2.0E-10 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 PRINTS PR00987 Glutamyl-tRNA synthetase signature 30 42 2.0E-10 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 PRINTS PR00987 Glutamyl-tRNA synthetase signature 208 218 2.0E-10 T 17-09-2021 IPR000924 Glutamyl/glutaminyl-tRNA synthetase GO:0000166|GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Gene3D G3DSA:3.40.50.620 27 244 1.7E-104 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Pfam PF03950 tRNA synthetases class I (E and Q), anti-codon binding domain 341 529 1.1E-52 T 17-09-2021 IPR020059 Glutamyl/glutaminyl-tRNA synthetase, class Ib, anti-codon binding domain GO:0000166|GO:0004812|GO:0005524|GO:0005737|GO:0006418 Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 CDD cd00807 GlnRS_core 27 339 8.54521E-143 T 17-09-2021 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 PANTHER PTHR43097 12 551 6.6E-225 T 17-09-2021 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Hamap MF_00126 Glutamine--tRNA ligase [glnS]. 1 550 50.375 T 17-09-2021 IPR022861 Glutamine-tRNA ligase, bacterial GO:0004819 KEGG: 00970+6.1.1.18 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 SUPERFAMILY SSF50715 341 548 3.61E-67 T 17-09-2021 IPR011035 Ribosomal protein L25/Gln-tRNA synthetase, anti-codon-binding domain superfamily GO:0006412 Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Gene3D G3DSA:2.40.240.10 346 464 3.1E-74 T 17-09-2021 IPR020056 Ribosomal protein L25/Gln-tRNA synthetase, N-terminal Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Gene3D G3DSA:1.10.1160.10 259 337 5.3E-33 T 17-09-2021 IPR020061 Glutamine-tRNA ligase, alpha-bundle domain superfamily GO:0005524 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 SUPERFAMILY SSF52374 10 334 1.1E-100 T 17-09-2021 +MGYG000000001_02802 553803070fc072f8bfa8b31491c22472 554 Pfam PF00749 tRNA synthetases class I (E and Q), catalytic domain 27 335 6.5E-114 T 17-09-2021 IPR020058 Glutamyl/glutaminyl-tRNA synthetase, class Ib, catalytic domain GO:0004812|GO:0005524|GO:0043039 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 ProSitePatterns PS01109 Ribosomal protein L10 signature. 8 42 - T 17-09-2021 IPR002363 Ribosomal protein L10, eubacterial, conserved site GO:0003735|GO:0006412|GO:0015934 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 PANTHER PTHR11560:SF8 6 157 7.9E-38 T 17-09-2021 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 CDD cd05797 Ribosomal_L10 5 161 1.97078E-63 T 17-09-2021 IPR001790 Ribosomal protein L10P GO:0042254 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 Hamap MF_00362 50S ribosomal protein L10 [rplJ]. 3 162 27.12 T 17-09-2021 IPR022973 Ribosomal protein L10 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 Pfam PF00466 Ribosomal protein L10 6 100 1.4E-29 T 17-09-2021 IPR001790 Ribosomal protein L10P GO:0042254 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 PANTHER PTHR11560 6 157 7.9E-38 T 17-09-2021 IPR001790 Ribosomal protein L10P GO:0042254 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 SUPERFAMILY SSF160369 5 161 6.93E-53 T 17-09-2021 +MGYG000000001_02457 aec0290fb15e88c1f09bbb6125344f61 167 Gene3D G3DSA:3.30.70.1730 5 134 4.8E-42 T 17-09-2021 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 Coils Coil 385 386 - T 17-09-2021 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 PANTHER PTHR42857 2 385 2.1E-133 T 17-09-2021 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 SUPERFAMILY SSF51556 53 349 4.35E-48 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 Coils Coil 175 195 - T 17-09-2021 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 Pfam PF01979 Amidohydrolase family 50 382 1.3E-22 T 17-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 SUPERFAMILY SSF51338 2 385 5.85E-26 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 CDD cd01309 Met_dep_hydrolase_C 26 383 1.50187E-162 T 17-09-2021 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 Gene3D G3DSA:2.30.40.10 4 379 6.9E-125 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01047 7044f44230772f5aa38a401c61b5ff93 386 Gene3D G3DSA:3.20.20.140 54 345 6.9E-125 T 17-09-2021 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 Pfam PF00486 Transcriptional regulatory protein, C terminal 146 220 3.5E-20 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 Gene3D G3DSA:1.10.10.10 123 223 5.1E-28 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 SUPERFAMILY SSF52172 1 174 2.11E-36 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 CDD cd00383 trans_reg_C 132 220 3.23072E-31 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 124 222 34.495 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 PANTHER PTHR26402 1 221 2.2E-62 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 SMART SM00448 1 111 1.3E-38 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 CDD cd00156 REC 4 115 8.2619E-38 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 PANTHER PTHR26402:SF715 1 221 2.2E-62 T 17-09-2021 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 Pfam PF00072 Response regulator receiver domain 3 111 2.0E-26 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 SMART SM00862 145 220 2.1E-19 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 Gene3D G3DSA:3.40.50.2300 1 120 6.5E-36 T 17-09-2021 +MGYG000000001_02662 6892c507c601df60cc45097c43ae2320 223 ProSiteProfiles PS50110 Response regulatory domain profile. 2 115 41.557 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 Hamap MF_00406 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ [fabZ]. 2 140 30.676 T 17-09-2021 IPR010084 Beta-hydroxyacyl-(acyl-carrier-protein) dehydratase FabZ GO:0006633|GO:0016836 KEGG: 00061+4.2.1.59|KEGG: 00780+4.2.1.59|MetaCyc: PWY-5971|MetaCyc: PWY-5973|MetaCyc: PWY-5989|MetaCyc: PWY-5994|MetaCyc: PWY-6113|MetaCyc: PWY-6282|MetaCyc: PWY-6519|MetaCyc: PWY-7388|MetaCyc: PWY-7663|MetaCyc: PWY-7664|MetaCyc: PWY-7858|MetaCyc: PWYG-321 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 Gene3D G3DSA:3.10.129.10 1 139 1.9E-55 T 17-09-2021 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 CDD cd01288 FabZ 11 140 1.85762E-72 T 17-09-2021 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 PANTHER PTHR30272:SF1 2 140 1.1E-53 T 17-09-2021 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 TIGRFAM TIGR01750 fabZ: beta-hydroxyacyl-(acyl-carrier-protein) dehydratase FabZ 2 139 3.8E-55 T 17-09-2021 IPR010084 Beta-hydroxyacyl-(acyl-carrier-protein) dehydratase FabZ GO:0006633|GO:0016836 KEGG: 00061+4.2.1.59|KEGG: 00780+4.2.1.59|MetaCyc: PWY-5971|MetaCyc: PWY-5973|MetaCyc: PWY-5989|MetaCyc: PWY-5994|MetaCyc: PWY-6113|MetaCyc: PWY-6282|MetaCyc: PWY-6519|MetaCyc: PWY-7388|MetaCyc: PWY-7663|MetaCyc: PWY-7664|MetaCyc: PWY-7858|MetaCyc: PWYG-321 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 SUPERFAMILY SSF54637 1 139 2.73E-48 T 17-09-2021 IPR029069 HotDog domain superfamily +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 Pfam PF07977 FabA-like domain 11 133 3.0E-34 T 17-09-2021 IPR013114 Beta-hydroxydecanoyl thiol ester dehydrase, FabA/FabZ KEGG: 00061+4.2.1.59|KEGG: 00780+4.2.1.59|MetaCyc: PWY-5971|MetaCyc: PWY-5973|MetaCyc: PWY-5989|MetaCyc: PWY-5994|MetaCyc: PWY-6113|MetaCyc: PWY-6282|MetaCyc: PWY-6519|MetaCyc: PWY-7388|MetaCyc: PWY-7663|MetaCyc: PWY-7664|MetaCyc: PWY-7858|MetaCyc: PWYG-321 +MGYG000000001_00827 cb8aa093b1f5fc9fe747a933541c5ad9 140 PANTHER PTHR30272 2 140 1.1E-53 T 17-09-2021 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 Hamap MF_00011 Adenylosuccinate synthetase [purA]. 1 429 200.88 T 17-09-2021 IPR001114 Adenylosuccinate synthetase GO:0004019|GO:0005525|GO:0006164 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 ProSitePatterns PS01266 Adenylosuccinate synthetase GTP-binding site. 10 17 - T 17-09-2021 IPR018220 Adenylosuccinate synthase, GTP-binding site GO:0005525 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 Gene3D G3DSA:3.90.170.10 266 429 2.2E-72 T 17-09-2021 IPR042111 Adenylosuccinate synthetase, domain 3 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 Gene3D G3DSA:3.40.440.10 6 259 3.8E-100 T 17-09-2021 IPR042109 Adenylosuccinate synthetase, domain 1 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 ProSitePatterns PS00513 Adenylosuccinate synthetase active site. 131 142 - T 17-09-2021 IPR033128 Adenylosuccinate synthase, active site KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 PANTHER PTHR11846 2 423 2.8E-178 T 17-09-2021 IPR001114 Adenylosuccinate synthetase GO:0004019|GO:0005525|GO:0006164 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 SUPERFAMILY SSF52540 1 428 4.25E-173 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 SMART SM00788 3 423 1.6E-278 T 17-09-2021 IPR001114 Adenylosuccinate synthetase GO:0004019|GO:0005525|GO:0006164 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 Gene3D G3DSA:1.10.300.10 100 200 3.8E-100 T 17-09-2021 IPR042110 Adenylosuccinate synthetase, domain 2 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 TIGRFAM TIGR00184 purA: adenylosuccinate synthase 6 426 1.9E-176 T 17-09-2021 IPR001114 Adenylosuccinate synthetase GO:0004019|GO:0005525|GO:0006164 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 Pfam PF00709 Adenylosuccinate synthetase 4 422 2.9E-183 T 17-09-2021 IPR001114 Adenylosuccinate synthetase GO:0004019|GO:0005525|GO:0006164 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00921 ec18a4d48cf00366e547891a7c8b8029 429 CDD cd03108 AdSS 2 423 1.29351E-173 T 17-09-2021 IPR001114 Adenylosuccinate synthetase GO:0004019|GO:0005525|GO:0006164 KEGG: 00230+6.3.4.4|KEGG: 00250+6.3.4.4|MetaCyc: PWY-7219|Reactome: R-HSA-73817 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 SUPERFAMILY SSF53850 31 277 2.24E-71 T 17-09-2021 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 PANTHER PTHR30570 7 277 7.6E-70 T 17-09-2021 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 Gene3D G3DSA:3.40.190.10 41 269 1.3E-85 T 17-09-2021 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 TIGRFAM TIGR02136 ptsS_2: phosphate binding protein 3 276 3.1E-73 T 17-09-2021 IPR011862 Phosphate binding protein GO:0042301 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 CDD cd13653 PBP2_phosphate_like_1 45 273 1.71127E-93 T 17-09-2021 +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 Pfam PF12849 PBP superfamily domain 31 264 7.1E-39 T 17-09-2021 IPR024370 PBP domain +MGYG000000001_00058 aace6875dc47ba9b21bf48a4d8fc0653 278 Gene3D G3DSA:3.40.190.10 113 239 1.3E-85 T 17-09-2021 +MGYG000000001_00359 8ee7ed2da8264c04b9e4e85d2cfac883 47 Pfam PF13165 Six-cysteine peptide SCIFF 4 46 1.2E-23 T 17-09-2021 IPR023975 Six-cysteine peptide SCIFF +MGYG000000001_00359 8ee7ed2da8264c04b9e4e85d2cfac883 47 TIGRFAM TIGR03973 six_Cys_in_45: six-cysteine peptide SCIFF 4 46 9.0E-24 T 17-09-2021 IPR023975 Six-cysteine peptide SCIFF +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 ProSitePatterns PS00584 pfkB family of carbohydrate kinases signature 2. 251 264 - T 17-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 PANTHER PTHR43085 4 293 5.8E-47 T 17-09-2021 +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 CDD cd01941 YeiC_kinase_like 8 290 8.7829E-87 T 17-09-2021 +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 Gene3D G3DSA:3.40.1190.20 3 318 2.5E-82 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 Pfam PF00294 pfkB family carbohydrate kinase 10 296 5.1E-51 T 17-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 SUPERFAMILY SSF53613 10 304 6.55E-60 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01975 e337502796526a61d3882c656d8751e9 319 PANTHER PTHR43085:SF25 4 293 5.8E-47 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 Pfam PF02874 ATP synthase alpha/beta family, beta-barrel domain 7 75 1.9E-22 T 17-09-2021 IPR004100 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal domain GO:0046034|GO:1902600 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 Gene3D G3DSA:1.10.1140.10 348 464 8.1E-57 T 17-09-2021 IPR024034 ATPase, F1/V1 complex, beta/alpha subunit, C-terminal KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 PANTHER PTHR15184:SF8 3 461 4.0E-248 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 Pfam PF00006 ATP synthase alpha/beta family, nucleotide-binding domain 132 345 3.3E-67 T 17-09-2021 IPR000194 ATPase, F1/V1/A1 complex, alpha/beta subunit, nucleotide-binding domain GO:0005524 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 SMART SM00382 144 330 1.2E-7 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 ProSitePatterns PS00152 ATP synthase alpha and beta subunits signature. 336 345 - T 17-09-2021 IPR020003 ATPase, alpha/beta subunit, nucleotide-binding domain, active site GO:0005524 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 PANTHER PTHR15184 3 461 4.0E-248 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 Gene3D G3DSA:2.40.10.170 1 77 2.6E-30 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 TIGRFAM TIGR01039 atpD: ATP synthase F1, beta subunit 4 461 3.0E-257 T 17-09-2021 IPR005722 ATP synthase, F1 complex, beta subunit GO:0015986|GO:0045261|GO:0046933 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-2151201|Reactome: R-HSA-8949613 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 CDD cd18115 ATP-synt_F1_beta_N 3 78 3.12279E-36 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 SUPERFAMILY SSF50615 3 77 6.54E-25 T 17-09-2021 IPR036121 ATPase, F1/V1/A1 complex, alpha/beta subunit, N-terminal domain superfamily GO:0046034|GO:1902600 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 SUPERFAMILY SSF52540 79 350 3.12E-94 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 CDD cd01133 F1-ATPase_beta 77 350 0.0 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 CDD cd18110 ATP-synt_F1_beta_C 352 459 3.59011E-74 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 SUPERFAMILY SSF47917 348 461 3.92E-52 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 Gene3D G3DSA:3.40.50.300 78 347 1.1E-116 T 17-09-2021 +MGYG000000001_00730 2555f7aea98c0b9b0d5c4d83ecfafc71 464 Hamap MF_01347 ATP synthase subunit beta [atpB]. 2 463 58.557 T 17-09-2021 IPR005722 ATP synthase, F1 complex, beta subunit GO:0015986|GO:0045261|GO:0046933 KEGG: 00190+7.1.2.2|KEGG: 00195+7.1.2.2|MetaCyc: PWY-7980|Reactome: R-HSA-1268020|Reactome: R-HSA-163210|Reactome: R-HSA-2151201|Reactome: R-HSA-8949613 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Gene3D G3DSA:3.10.50.40 153 247 1.0E-29 T 17-09-2021 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 ProSiteProfiles PS50059 FKBP-type peptidyl-prolyl cis-trans isomerase domain profile. 163 253 10.81 T 17-09-2021 IPR001179 FKBP-type peptidyl-prolyl cis-trans isomerase domain GO:0003755 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 SUPERFAMILY SSF54534 90 243 9.43E-32 T 17-09-2021 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 SUPERFAMILY SSF102735 1 129 4.45E-34 T 17-09-2021 IPR036611 Trigger factor ribosome-binding domain superfamily GO:0006457|GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 PANTHER PTHR30560:SF3 6 408 1.3E-96 T 17-09-2021 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Hamap MF_00303 Trigger factor [tig]. 1 428 22.27 T 17-09-2021 IPR005215 Trigger factor GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 TIGRFAM TIGR00115 tig: trigger factor 12 422 1.5E-133 T 17-09-2021 IPR005215 Trigger factor GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 PIRSF PIRSF003095 1 428 8.4E-125 T 17-09-2021 IPR005215 Trigger factor GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Pfam PF05698 Bacterial trigger factor protein (TF) C-terminus 263 423 5.2E-41 T 17-09-2021 IPR008880 Trigger factor, C-terminal GO:0006457|GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Pfam PF05697 Bacterial trigger factor protein (TF) 1 145 1.9E-39 T 17-09-2021 IPR008881 Trigger factor, ribosome-binding, bacterial GO:0006457|GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 PANTHER PTHR30560 6 408 1.3E-96 T 17-09-2021 IPR005215 Trigger factor GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Gene3D G3DSA:3.30.70.1050 1 130 3.1E-34 T 17-09-2021 IPR036611 Trigger factor ribosome-binding domain superfamily GO:0006457|GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 SUPERFAMILY SSF109998 250 427 4.71E-42 T 17-09-2021 IPR027304 Trigger factor/SurA domain superfamily +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Pfam PF00254 FKBP-type peptidyl-prolyl cis-trans isomerase 158 239 4.9E-12 T 17-09-2021 IPR001179 FKBP-type peptidyl-prolyl cis-trans isomerase domain GO:0003755 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Gene3D G3DSA:1.10.3120.10 248 428 2.8E-55 T 17-09-2021 IPR037041 Trigger factor, C-terminal domain superfamily GO:0006457|GO:0015031 +MGYG000000001_00028 454a44bd20319c2fdcd4ea07fa762de9 428 Coils Coil 268 293 - T 17-09-2021 +MGYG000000001_00903 a146700ad71b2e3b8eca251e01a7dcf9 452 Pfam PF02687 FtsX-like permease family 323 444 3.2E-6 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_00903 a146700ad71b2e3b8eca251e01a7dcf9 452 PANTHER PTHR30572 1 451 5.6E-63 T 17-09-2021 +MGYG000000001_00903 a146700ad71b2e3b8eca251e01a7dcf9 452 PANTHER PTHR30572:SF9 1 451 5.6E-63 T 17-09-2021 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 SUPERFAMILY SSF46548 327 437 1.06E-15 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Hamap MF_00461 Ion-translocating oxidoreductase complex subunit C [rsxC]. 1 445 151.725 T 17-09-2021 IPR010208 Ion-translocating oxidoreductase complex, subunit RnfC/RsxC GO:0009055|GO:0016020|GO:0051539 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 SUPERFAMILY SSF142019 90 292 5.62E-57 T 17-09-2021 IPR037225 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Pfam PF10531 SLBB domain 287 337 2.4E-12 T 17-09-2021 IPR019554 Soluble ligand binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 407 418 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 PANTHER PTHR43034 1 443 2.5E-154 T 17-09-2021 IPR010208 Ion-translocating oxidoreductase complex, subunit RnfC/RsxC GO:0009055|GO:0016020|GO:0051539 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 358 390 7.769 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 TIGRFAM TIGR01945 rnfC: electron transport complex, RnfABCDGE type, C subunit 3 436 3.3E-165 T 17-09-2021 IPR010208 Ion-translocating oxidoreductase complex, subunit RnfC/RsxC GO:0009055|GO:0016020|GO:0051539 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Pfam PF13375 RnfC Barrel sandwich hybrid domain 5 102 4.6E-37 T 17-09-2021 IPR026902 RnfC Barrel sandwich hybrid domain +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 398 427 7.08 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Gene3D G3DSA:3.40.50.11540 133 282 9.9E-11 T 17-09-2021 IPR037225 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Gene3D G3DSA:1.10.1060.10 357 436 1.0E-9 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Pfam PF01512 Respiratory-chain NADH dehydrogenase 51 Kd subunit 128 273 1.4E-50 T 17-09-2021 IPR011538 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00312 c1631dcbf53606a180d384befa132a4b 445 Pfam PF13237 4Fe-4S dicluster domain 365 418 4.1E-8 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02273 d03189067634bde8f77a08e5472ce72e 39 Coils Coil 13 34 - T 17-09-2021 +MGYG000000001_02273 d03189067634bde8f77a08e5472ce72e 39 MobiDBLite mobidb-lite consensus disorder prediction 1 22 - T 17-09-2021 +MGYG000000001_02273 d03189067634bde8f77a08e5472ce72e 39 MobiDBLite mobidb-lite consensus disorder prediction 1 39 - T 17-09-2021 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 SMART SM00878 336 442 6.9E-64 T 17-09-2021 IPR005482 Biotin carboxylase, C-terminal Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 SUPERFAMILY SSF52440 1 113 1.01E-47 T 17-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 ProSitePatterns PS00867 Carbamoyl-phosphate synthase subdomain signature 2. 286 293 - T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 SUPERFAMILY SSF51246 331 444 1.36E-45 T 17-09-2021 IPR011054 Rudiment single hybrid motif Reactome: R-HSA-196780 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 Pfam PF00289 Biotin carboxylase, N-terminal domain 1 109 9.4E-43 T 17-09-2021 IPR005481 Biotin carboxylase-like, N-terminal domain Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 ProSitePatterns PS00866 Carbamoyl-phosphate synthase subdomain signature 1. 153 167 - T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 Gene3D G3DSA:3.30.470.130 1 448 9.0E-196 T 17-09-2021 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 TIGRFAM TIGR00514 accC: acetyl-CoA carboxylase, biotin carboxylase subunit 1 447 8.4E-217 T 17-09-2021 IPR004549 Acetyl-CoA carboxylase, biotin carboxylase GO:0016874 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 SUPERFAMILY SSF56059 83 352 7.07E-73 T 17-09-2021 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 Pfam PF02786 Carbamoyl-phosphate synthase L chain, ATP binding domain 115 322 3.2E-81 T 17-09-2021 IPR005479 Carbamoyl-phosphate synthetase large subunit-like, ATP-binding domain GO:0005524 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 PANTHER PTHR42761 3 447 4.5E-212 T 17-09-2021 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 ProSiteProfiles PS50979 Biotin carboxylation domain profile. 1 446 57.395 T 17-09-2021 IPR011764 Biotin carboxylation domain Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 Pfam PF02785 Biotin carboxylase C-terminal domain 336 443 1.8E-40 T 17-09-2021 IPR005482 Biotin carboxylase, C-terminal Reactome: R-HSA-196780|Reactome: R-HSA-3371599 +MGYG000000001_00826 417ac2bc86b8796f29f207a77292ed51 450 ProSiteProfiles PS50975 ATP-grasp fold profile. 120 317 52.355 T 17-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 Pfam PF00924 Mechanosensitive ion channel 51 261 2.8E-37 T 17-09-2021 IPR006685 Mechanosensitive ion channel MscS GO:0016020|GO:0055085 +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 PANTHER PTHR30460 2 269 4.7E-65 T 17-09-2021 +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 SUPERFAMILY SSF50182 97 161 1.83E-14 T 17-09-2021 IPR010920 LSM domain superfamily +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 SUPERFAMILY SSF82861 3 95 5.89E-9 T 17-09-2021 IPR011014 Mechanosensitive ion channel MscS, transmembrane-2 GO:0016020 +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 Gene3D G3DSA:2.30.30.60 112 162 1.1E-17 T 17-09-2021 IPR023408 Mechanosensitive ion channel MscS domain superfamily +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 Gene3D G3DSA:3.30.70.100 163 259 2.6E-14 T 17-09-2021 +MGYG000000001_00053 b1ff1de0383d2439203d6e76a61ac747 280 SUPERFAMILY SSF82689 162 265 1.7E-9 T 17-09-2021 IPR011066 Mechanosensitive ion channel MscS, C-terminal GO:0016020 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 SUPERFAMILY SSF55874 254 406 1.96E-32 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 Gene3D G3DSA:1.10.287.130 172 250 1.5E-14 T 17-09-2021 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 297 406 3.3E-21 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 Pfam PF00512 His Kinase A (phospho-acceptor) domain 186 249 7.9E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 ProSiteProfiles PS50109 Histidine kinase domain profile. 191 408 38.174 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 PANTHER PTHR45453 183 407 1.9E-49 T 17-09-2021 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 CDD cd00075 HATPase 301 404 1.30417E-26 T 17-09-2021 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 CDD cd00082 HisKA 184 247 6.61443E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 Gene3D G3DSA:3.30.565.10 255 409 1.7E-34 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 SMART SM00388 184 251 4.4E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 PRINTS PR00344 Bacterial sensor protein C-terminal signature 368 386 1.6E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 PRINTS PR00344 Bacterial sensor protein C-terminal signature 333 347 1.6E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 PRINTS PR00344 Bacterial sensor protein C-terminal signature 392 405 1.6E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 PRINTS PR00344 Bacterial sensor protein C-terminal signature 351 361 1.6E-10 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 SUPERFAMILY SSF47384 173 248 2.75E-12 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02663 3eee3a3834159598d852635412f9039c 409 SMART SM00387 296 408 7.7E-26 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00129 2ae679aa68c8f4800708f7d65be484c6 73 PANTHER PTHR30572:SF9 5 72 1.7E-13 T 17-09-2021 +MGYG000000001_00129 2ae679aa68c8f4800708f7d65be484c6 73 PANTHER PTHR30572 5 72 1.7E-13 T 17-09-2021 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 SUPERFAMILY SSF102114 25 241 1.7E-33 T 17-09-2021 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 PANTHER PTHR42762 1 304 8.8E-91 T 17-09-2021 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 CDD cd01335 Radical_SAM 28 228 5.06445E-10 T 17-09-2021 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 SFLD SFLDG01082 B12-binding domain containing 25 240 3.8E-16 T 17-09-2021 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 SFLD SFLDG01098 Uncharacterised Radical SAM Subgroup 11 1 310 0.0 T 17-09-2021 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 Pfam PF04055 Radical SAM superfamily 31 194 8.3E-14 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 Gene3D G3DSA:3.20.20.70 17 238 3.5E-32 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 SFLD SFLDS00029 Radical SAM 1 310 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01332 140d19d7fc17a8272d0afffde271cbab 313 SMART SM00729 24 234 3.3E-21 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_00024 e13a6e9de100ef17dab71f819551f7d6 140 Pfam PF12646 Domain of unknown function (DUF3783) 76 130 6.8E-14 T 17-09-2021 IPR016621 Uncharacterised conserved protein UCP014543 +MGYG000000001_01933 54d36f2a14bbba9806e924b298deffac 75 Pfam PF13710 ACT domain 16 72 1.6E-8 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 24 313 2.6E-53 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PANTHER PTHR43429:SF3 23 412 9.3E-100 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PANTHER PTHR43429 23 412 9.3E-100 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 Gene3D G3DSA:3.50.50.60 127 265 3.9E-75 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 25 47 6.2E-11 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 288 306 6.2E-11 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 255 276 6.2E-11 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 120 128 6.2E-11 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00469 Pyridine nucleotide disulphide reductase class-II signature 161 185 6.2E-11 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 SUPERFAMILY SSF51905 20 322 9.34E-41 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 Pfam PF18267 Rubredoxin NAD+ reductase C-terminal domain 335 400 3.1E-9 T 17-09-2021 IPR041575 NADH-rubredoxin oxidoreductase, C-terminal +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 Gene3D G3DSA:3.50.50.60 27 300 3.9E-75 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 26 45 2.0E-20 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 119 137 2.0E-20 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 278 300 2.0E-20 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 253 269 2.0E-20 T 17-09-2021 +MGYG000000001_01059 054e059c84fdaafa5bef37ffe5bdc1c0 431 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 165 183 2.0E-20 T 17-09-2021 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 235 21.829 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 Pfam PF00005 ABC transporter 18 167 4.9E-32 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 ProSitePatterns PS00211 ABC transporters family signature. 139 153 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 PANTHER PTHR42794:SF2 2 251 9.2E-100 T 17-09-2021 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 4 217 1.6001E-83 T 17-09-2021 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 SMART SM00382 27 211 1.9E-18 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 Gene3D G3DSA:3.40.50.300 1 253 3.4E-70 T 17-09-2021 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 PANTHER PTHR42794 2 251 9.2E-100 T 17-09-2021 +MGYG000000001_01596 859baf6b788a1bfa4ff1dbf69acc0194 255 SUPERFAMILY SSF52540 3 226 1.33E-61 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00524 0efdc85786517a4ad187bb5456ee74ae 272 Pfam PF08543 Phosphomethylpyrimidine kinase 70 254 6.9E-29 T 17-09-2021 IPR013749 Pyridoxamine kinase/Phosphomethylpyrimidine kinase Reactome: R-HSA-6798695|Reactome: R-HSA-964975 +MGYG000000001_00524 0efdc85786517a4ad187bb5456ee74ae 272 SUPERFAMILY SSF53613 1 267 8.89E-56 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00524 0efdc85786517a4ad187bb5456ee74ae 272 PANTHER PTHR10534 3 253 1.9E-31 T 17-09-2021 IPR004625 Pyridoxine kinase GO:0008478|GO:0009443 KEGG: 00750+2.7.1.35|MetaCyc: PWY-7204|MetaCyc: PWY-7282|Reactome: R-HSA-6798695|Reactome: R-HSA-964975 +MGYG000000001_00524 0efdc85786517a4ad187bb5456ee74ae 272 CDD cd01173 pyridoxal_pyridoxamine_kinase 4 249 1.05338E-63 T 17-09-2021 IPR004625 Pyridoxine kinase GO:0008478|GO:0009443 KEGG: 00750+2.7.1.35|MetaCyc: PWY-7204|MetaCyc: PWY-7282|Reactome: R-HSA-6798695|Reactome: R-HSA-964975 +MGYG000000001_00524 0efdc85786517a4ad187bb5456ee74ae 272 Gene3D G3DSA:3.40.1190.20 1 271 1.4E-67 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00524 0efdc85786517a4ad187bb5456ee74ae 272 PANTHER PTHR10534:SF2 3 253 1.9E-31 T 17-09-2021 +MGYG000000001_01756 d8edab7f3d1fbacff9532e78187529ba 165 PANTHER PTHR13943 2 38 1.2E-18 T 17-09-2021 +MGYG000000001_01756 d8edab7f3d1fbacff9532e78187529ba 165 PANTHER PTHR13943 103 156 1.2E-18 T 17-09-2021 +MGYG000000001_01756 d8edab7f3d1fbacff9532e78187529ba 165 Pfam PF04970 Lecithin retinol acyltransferase 2 144 1.0E-19 T 17-09-2021 IPR007053 LRAT domain +MGYG000000001_02969 4e767dcca2ff2ea968eea317fa3896cc 180 Gene3D G3DSA:1.10.443.10 6 179 2.7E-24 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_02969 4e767dcca2ff2ea968eea317fa3896cc 180 PANTHER PTHR30349 6 166 1.4E-18 T 17-09-2021 +MGYG000000001_02969 4e767dcca2ff2ea968eea317fa3896cc 180 Pfam PF00589 Phage integrase family 17 165 6.0E-20 T 17-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_02969 4e767dcca2ff2ea968eea317fa3896cc 180 PANTHER PTHR30349:SF34 6 166 1.4E-18 T 17-09-2021 +MGYG000000001_02969 4e767dcca2ff2ea968eea317fa3896cc 180 SUPERFAMILY SSF56349 9 174 6.47E-27 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00097 Anthranilate synthase component II signature 2 16 1.3E-33 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00097 Anthranilate synthase component II signature 47 56 1.3E-33 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00097 Anthranilate synthase component II signature 74 85 1.3E-33 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00097 Anthranilate synthase component II signature 164 177 1.3E-33 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00097 Anthranilate synthase component II signature 99 107 1.3E-33 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00097 Anthranilate synthase component II signature 119 131 1.3E-33 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 TIGRFAM TIGR00566 trpG_papA: glutamine amidotransferase of anthranilate synthase or aminodeoxychorismate synthase 1 186 1.9E-78 T 17-09-2021 IPR006221 Anthranilate synthase/para-aminobenzoate synthase like domain KEGG: 00400+4.1.3.27|KEGG: 00405+4.1.3.27|MetaCyc: PWY-5958|MetaCyc: PWY-6661 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00096 Glutamine amidotransferase superfamily signature 47 56 1.1E-13 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00096 Glutamine amidotransferase superfamily signature 74 85 1.1E-13 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00096 Glutamine amidotransferase superfamily signature 164 177 1.1E-13 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 Pfam PF00117 Glutamine amidotransferase class-I 4 186 8.5E-54 T 17-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 ProSiteProfiles PS51273 Glutamine amidotransferase type 1 domain profile. 1 194 29.644 T 17-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PANTHER PTHR43418 2 190 1.4E-82 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PANTHER PTHR43418:SF4 2 190 1.4E-82 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 SUPERFAMILY SSF52317 1 190 1.47E-55 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 74 90 2.4E-5 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 PRINTS PR00099 Carbamoyl-phosphate synthase protein GATase domain signature 44 58 2.4E-5 T 17-09-2021 +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 Gene3D G3DSA:3.40.50.880 1 189 1.5E-62 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_03096 b7799344fc12f0e0029351669d47ccac 194 CDD cd01743 GATase1_Anthranilate_Synthase 2 185 5.7177E-103 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 PANTHER PTHR32071:SF57 196 605 5.4E-121 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 Gene3D G3DSA:1.10.10.10 586 666 2.1E-6 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 PANTHER PTHR32071 196 605 5.4E-121 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 ProSitePatterns PS00676 Sigma-54 interaction domain ATP-binding region B signature. 412 427 - T 17-09-2021 IPR025943 Sigma-54 interaction domain, ATP-binding site 2 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 SMART SM00091 210 276 9.2E-6 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 SUPERFAMILY SSF52540 324 570 1.15E-65 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 CDD cd00009 AAA 336 488 3.72582E-23 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 CDD cd00130 PAS 222 279 1.99549E-4 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 ProSitePatterns PS00675 Sigma-54 interaction domain ATP-binding region A signature. 349 362 - T 17-09-2021 IPR025662 Sigma-54 interaction domain, ATP-binding site 1 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 Gene3D G3DSA:3.30.450.20 200 309 2.6E-8 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 Gene3D G3DSA:1.10.8.60 498 574 6.1E-19 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 ProSitePatterns PS00688 Sigma-54 interaction domain C-terminal part signature. 538 547 - T 17-09-2021 IPR025944 Sigma-54 interaction domain, conserved site +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 ProSiteProfiles PS50112 PAS repeat profile. 208 259 10.876 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 SUPERFAMILY SSF55785 200 262 8.38E-8 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 Pfam PF00158 Sigma-54 interaction domain 325 492 5.2E-68 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 Gene3D G3DSA:3.40.50.300 310 497 5.1E-63 T 17-09-2021 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 ProSiteProfiles PS50045 Sigma-54 interaction domain profile. 325 554 61.154 T 17-09-2021 IPR002078 RNA polymerase sigma factor 54 interaction domain GO:0005524|GO:0006355|GO:0008134 +MGYG000000001_01195 579e26d06f63c8a357b1a8ead9f4d177 666 SMART SM00382 345 489 5.6E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PANTHER PTHR35799 1 146 5.9E-54 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 Pfam PF02664 S-Ribosylhomocysteinase (LuxS) 3 144 4.1E-49 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PIRSF PIRSF006160 1 150 1.1E-58 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PRINTS PR01487 Bacterial autoinducer-2 (AI-2) production protein LuxS signature 114 133 2.5E-34 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PRINTS PR01487 Bacterial autoinducer-2 (AI-2) production protein LuxS signature 49 67 2.5E-34 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PRINTS PR01487 Bacterial autoinducer-2 (AI-2) production protein LuxS signature 73 91 2.5E-34 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PRINTS PR01487 Bacterial autoinducer-2 (AI-2) production protein LuxS signature 5 23 2.5E-34 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 PRINTS PR01487 Bacterial autoinducer-2 (AI-2) production protein LuxS signature 28 46 2.5E-34 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 SUPERFAMILY SSF63411 1 147 8.42E-56 T 17-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 Hamap MF_00091 S-ribosylhomocysteine lyase [luxS]. 1 148 33.261 T 17-09-2021 IPR003815 S-ribosylhomocysteinase (LuxS) GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_00888 e9e47907106ecda13725baa93c594373 151 Gene3D G3DSA:3.30.1360.80 1 149 2.7E-53 T 17-09-2021 IPR037005 S-ribosylhomocysteinase (LuxS) superfamily GO:0005506|GO:0009372|GO:0043768 KEGG: 00270+4.4.1.21|MetaCyc: PWY-6151|MetaCyc: PWY-6153|MetaCyc: PWY-6154 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SMART SM00838 548 636 3.4E-44 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SMART SM00889 430 546 7.0E-64 T 17-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Gene3D G3DSA:3.30.70.240 552 623 3.5E-88 T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SUPERFAMILY SSF50447 234 352 1.85E-24 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Gene3D G3DSA:3.30.70.870 362 431 7.7E-18 T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 PANTHER PTHR43261 1 641 1.1E-225 T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Coils Coil 119 139 - T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 CDD cd16262 EFG_III 355 426 9.3096E-30 T 17-09-2021 IPR009022 Elongation factor G, domain III +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 CDD cd01434 EFG_mtEFG1_IV 433 546 4.75408E-64 T 17-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 PANTHER PTHR43261:SF6 1 641 1.1E-225 T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Pfam PF03144 Elongation factor Tu domain 2 274 340 2.2E-8 T 17-09-2021 IPR004161 Translation elongation factor EFTu-like, domain 2 GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Gene3D G3DSA:2.40.30.10 251 361 1.2E-31 T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SUPERFAMILY SSF54211 432 547 9.86E-41 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SUPERFAMILY SSF52540 5 249 8.09E-57 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 PRINTS PR00315 GTP-binding elongation factor signature 11 24 1.7E-7 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 PRINTS PR00315 GTP-binding elongation factor signature 81 92 1.7E-7 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 PRINTS PR00315 GTP-binding elongation factor signature 65 75 1.7E-7 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 PRINTS PR00315 GTP-binding elongation factor signature 115 124 1.7E-7 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Gene3D G3DSA:3.40.50.300 2 250 7.7E-54 T 17-09-2021 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 10 131 6.7E-17 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Pfam PF00009 Elongation factor Tu GTP binding domain 9 249 7.3E-29 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SUPERFAMILY SSF54980 355 431 3.53E-20 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 SUPERFAMILY SSF54980 548 639 6.12E-28 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Gene3D G3DSA:3.30.230.10 434 636 3.5E-88 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Pfam PF03764 Elongation factor G, domain IV 430 546 1.0E-39 T 17-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 CDD cd03713 EFG_mtEFG_C 551 629 4.82113E-41 T 17-09-2021 IPR035649 EFG, domain V +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Pfam PF00679 Elongation factor G C-terminus 548 635 1.2E-30 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 7 252 25.836 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_03053 1f40079c479e559df912437099e1e290 642 Pfam PF14492 Elongation Factor G, domain II 354 427 5.5E-26 T 17-09-2021 IPR041095 Elongation Factor G, domain II +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 SUPERFAMILY SSF102829 6 89 1.83E-12 T 17-09-2021 IPR036192 Cell division protein ZapA-like superfamily +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 Gene3D G3DSA:3.40.50.300 5 207 1.6E-5 T 17-09-2021 +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 Coils Coil 97 145 - T 17-09-2021 +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 PANTHER PTHR34981 4 94 1.2E-15 T 17-09-2021 IPR007838 Cell division protein ZapA-like +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 SUPERFAMILY SSF57997 84 206 4.25E-6 T 17-09-2021 +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 Pfam PF05164 Cell division protein ZapA 7 90 4.3E-9 T 17-09-2021 IPR007838 Cell division protein ZapA-like +MGYG000000001_01360 ac71d1955ec7b48efd09167423694b6a 209 Coils Coil 153 187 - T 17-09-2021 +MGYG000000001_02513 047a5df6ebe88c671c3fcb4553a261fa 202 PANTHER PTHR30309 2 201 4.7E-57 T 17-09-2021 IPR003811 Glycerol-3-phosphate acyltransferase, PlsY GO:0005886|GO:0008654|GO:0043772 KEGG: 00561+2.3.1.275|KEGG: 00564+2.3.1.275|MetaCyc: PWY-5981 +MGYG000000001_02513 047a5df6ebe88c671c3fcb4553a261fa 202 Hamap MF_01043 Glycerol-3-phosphate acyltransferase [plsY]. 6 198 20.814 T 17-09-2021 IPR003811 Glycerol-3-phosphate acyltransferase, PlsY GO:0005886|GO:0008654|GO:0043772 KEGG: 00561+2.3.1.275|KEGG: 00564+2.3.1.275|MetaCyc: PWY-5981 +MGYG000000001_02513 047a5df6ebe88c671c3fcb4553a261fa 202 PANTHER PTHR30309:SF0 2 201 4.7E-57 T 17-09-2021 +MGYG000000001_02513 047a5df6ebe88c671c3fcb4553a261fa 202 SMART SM01207 9 190 1.4E-82 T 17-09-2021 IPR003811 Glycerol-3-phosphate acyltransferase, PlsY GO:0005886|GO:0008654|GO:0043772 KEGG: 00561+2.3.1.275|KEGG: 00564+2.3.1.275|MetaCyc: PWY-5981 +MGYG000000001_02513 047a5df6ebe88c671c3fcb4553a261fa 202 TIGRFAM TIGR00023 TIGR00023: acyl-phosphate glycerol 3-phosphate acyltransferase 5 200 2.0E-55 T 17-09-2021 IPR003811 Glycerol-3-phosphate acyltransferase, PlsY GO:0005886|GO:0008654|GO:0043772 KEGG: 00561+2.3.1.275|KEGG: 00564+2.3.1.275|MetaCyc: PWY-5981 +MGYG000000001_02513 047a5df6ebe88c671c3fcb4553a261fa 202 Pfam PF02660 Glycerol-3-phosphate acyltransferase 10 189 1.6E-54 T 17-09-2021 IPR003811 Glycerol-3-phosphate acyltransferase, PlsY GO:0005886|GO:0008654|GO:0043772 KEGG: 00561+2.3.1.275|KEGG: 00564+2.3.1.275|MetaCyc: PWY-5981 +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 PANTHER PTHR43840 1 290 6.5E-87 T 17-09-2021 +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 Gene3D G3DSA:3.30.70.1350 207 289 1.6E-21 T 17-09-2021 IPR036837 Cation efflux protein, cytoplasmic domain superfamily Reactome: R-HSA-435368 +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 Pfam PF01545 Cation efflux family 15 206 1.5E-44 T 17-09-2021 IPR002524 Cation efflux protein GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 Gene3D G3DSA:1.20.1510.10 9 206 1.2E-60 T 17-09-2021 IPR027469 Cation efflux transmembrane domain superfamily +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 PANTHER PTHR43840:SF15 1 290 6.5E-87 T 17-09-2021 +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 SUPERFAMILY SSF161111 6 207 1.7E-54 T 17-09-2021 IPR027469 Cation efflux transmembrane domain superfamily +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 Pfam PF16916 Dimerisation domain of Zinc Transporter 213 288 1.8E-22 T 17-09-2021 IPR027470 Cation efflux protein, cytoplasmic domain +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 SUPERFAMILY SSF160240 211 289 1.31E-19 T 17-09-2021 IPR036837 Cation efflux protein, cytoplasmic domain superfamily Reactome: R-HSA-435368 +MGYG000000001_00677 da102079a399dc2bf34ce1883c70d622 298 TIGRFAM TIGR01297 CDF: cation diffusion facilitator family transporter 10 289 5.7E-72 T 17-09-2021 IPR002524 Cation efflux protein GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 CDD cd06261 TM_PBP2 70 280 4.03588E-11 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 84 292 8.4E-17 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 SUPERFAMILY SSF160964 13 42 4.05E-5 T 17-09-2021 +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 PANTHER PTHR30193 7 290 7.3E-80 T 17-09-2021 +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 SUPERFAMILY SSF161098 56 283 3.4E-53 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 70 284 22.21 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 Gene3D G3DSA:1.10.3720.10 50 293 1.6E-62 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01948 b3d7873f1d657d4069ca646476c0127f 293 PANTHER PTHR30193:SF6 7 290 7.3E-80 T 17-09-2021 +MGYG000000001_03039 a9a8c0559b883a8874de556b0cda8677 150 Gene3D G3DSA:3.40.50.360 2 144 1.6E-42 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_03039 a9a8c0559b883a8874de556b0cda8677 150 Pfam PF03358 NADPH-dependent FMN reductase 4 123 9.4E-26 T 17-09-2021 IPR005025 NADPH-dependent FMN reductase-like GO:0016491 +MGYG000000001_03039 a9a8c0559b883a8874de556b0cda8677 150 SUPERFAMILY SSF52218 1 141 1.75E-38 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_03039 a9a8c0559b883a8874de556b0cda8677 150 PANTHER PTHR43278 1 113 1.8E-37 T 17-09-2021 +MGYG000000001_02437 788cb53c512bf7b3f211985ccdd37dce 145 PANTHER PTHR31446 4 143 1.6E-55 T 17-09-2021 IPR003832 Protein of unknown function DUF212 +MGYG000000001_02437 788cb53c512bf7b3f211985ccdd37dce 145 Pfam PF02681 Divergent PAP2 family 8 140 2.2E-49 T 17-09-2021 IPR003832 Protein of unknown function DUF212 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 PANTHER PTHR21581:SF25 2 369 5.1E-123 T 17-09-2021 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 SUPERFAMILY SSF56601 1 278 5.8E-78 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 Gene3D G3DSA:2.60.410.10 278 367 1.5E-16 T 17-09-2021 IPR037167 D-Ala-D-Ala carboxypeptidase, C-terminal domain superfamily GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 113 130 2.8E-16 T 17-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 140 153 2.8E-16 T 17-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 PRINTS PR00725 D-Ala-D-Ala carboxypeptidase 1 (S11) family signature 60 71 2.8E-16 T 17-09-2021 IPR018044 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A GO:0006508|GO:0009002 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 Pfam PF07943 Penicillin-binding protein 5, C-terminal domain 278 368 4.9E-17 T 17-09-2021 IPR012907 Peptidase S11, D-Ala-D-Ala carboxypeptidase A, C-terminal GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 Gene3D G3DSA:3.40.710.10 17 277 3.0E-87 T 17-09-2021 IPR012338 Beta-lactamase/transpeptidase-like +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 SUPERFAMILY SSF69189 270 366 2.94E-15 T 17-09-2021 IPR015956 Penicillin-binding protein, C-terminal domain superfamily GO:0004180|GO:0006508 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 PANTHER PTHR21581 2 369 5.1E-123 T 17-09-2021 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 Pfam PF00768 D-alanyl-D-alanine carboxypeptidase 27 258 1.3E-74 T 17-09-2021 IPR001967 Peptidase S11, D-alanyl-D-alanine carboxypeptidase A, N-terminal GO:0006508|GO:0009002 +MGYG000000001_01460 2ad96f67620ed77482b9cb77bf16f4f7 383 SMART SM00936 278 368 3.4E-18 T 17-09-2021 IPR012907 Peptidase S11, D-Ala-D-Ala carboxypeptidase A, C-terminal GO:0006508|GO:0009002 KEGG: 00550+3.4.16.4|MetaCyc: PWY-5265|MetaCyc: PWY-6471 +MGYG000000001_02445 67aefd69f1b3ba2f26e334989b557a24 50 Coils Coil 2 29 - T 17-09-2021 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 4 206 6.20559E-82 T 17-09-2021 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 PANTHER PTHR24220:SF667 2 206 3.0E-79 T 17-09-2021 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 ProSitePatterns PS00211 ABC transporters family signature. 129 143 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 SUPERFAMILY SSF52540 10 206 1.15E-55 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 SMART SM00382 29 205 2.5E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 208 21.395 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 Pfam PF00005 ABC transporter 20 156 7.2E-33 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 Gene3D G3DSA:3.40.50.300 2 208 7.6E-59 T 17-09-2021 +MGYG000000001_02680 2dc3db2c206f9dac93da8c2e9dcc4ebf 208 PANTHER PTHR24220 2 206 3.0E-79 T 17-09-2021 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 Gene3D G3DSA:1.20.1530.20 2 388 7.9E-21 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 SUPERFAMILY SSF116726 408 469 4.97E-12 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 Gene3D G3DSA:3.30.70.1450 395 474 3.1E-15 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 PANTHER PTHR32507:SF7 3 470 1.4E-155 T 17-09-2021 IPR030151 K(+)/H(+) antiporter NhaP GO:0005451|GO:0006813|GO:0016021 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 Pfam PF02080 TrkA-C domain 414 469 2.7E-11 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 PANTHER PTHR32507 3 470 1.4E-155 T 17-09-2021 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 ProSiteProfiles PS51202 RCK C-terminal domain profile. 400 475 12.75 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_00900 b1f9c0c450e7d996ddf8b1fd12577ba9 475 Pfam PF00999 Sodium/hydrogen exchanger family 9 381 4.3E-46 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 PANTHER PTHR46383:SF1 1 390 4.6E-130 T 17-09-2021 +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 PANTHER PTHR46383 1 390 4.6E-130 T 17-09-2021 +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 CDD cd00609 AAT_like 32 385 1.86879E-99 T 17-09-2021 +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 SUPERFAMILY SSF53383 1 390 3.59E-102 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 Pfam PF00155 Aminotransferase class I and II 30 384 4.3E-63 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 Gene3D G3DSA:3.40.640.10 61 282 4.0E-119 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_03107 79db224bf41d02c54b3e09ee4529dc53 401 Gene3D G3DSA:3.90.1150.10 24 385 4.0E-119 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 Pfam PF08222 CodY helix-turn-helix domain 198 258 7.2E-35 T 17-09-2021 IPR013198 GTP-sensing helix-turn-helix, CodY, C-terminal +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 Gene3D G3DSA:1.10.10.10 161 260 1.2E-45 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 Hamap MF_00621 GTP-sensing transcriptional pleiotropic repressor CodY [codY]. 1 261 125.23 T 17-09-2021 IPR014154 GTP-sensing transcriptional pleiotropic repressor CodY GO:0003677|GO:0003700|GO:0005525|GO:0045892 +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 PIRSF PIRSF011572 1 258 2.1E-106 T 17-09-2021 IPR014154 GTP-sensing transcriptional pleiotropic repressor CodY GO:0003677|GO:0003700|GO:0005525|GO:0045892 +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 PANTHER PTHR40062 4 259 2.8E-106 T 17-09-2021 IPR014154 GTP-sensing transcriptional pleiotropic repressor CodY GO:0003677|GO:0003700|GO:0005525|GO:0045892 +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 SUPERFAMILY SSF46785 168 257 1.23E-41 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 TIGRFAM TIGR02787 codY_Gpos: GTP-sensing transcriptional pleiotropic repressor CodY 6 254 1.3E-104 T 17-09-2021 IPR014154 GTP-sensing transcriptional pleiotropic repressor CodY GO:0003677|GO:0003700|GO:0005525|GO:0045892 +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 Pfam PF06018 CodY GAF-like domain 5 179 3.8E-56 T 17-09-2021 IPR010312 GTP-sensing transcriptional pleiotropic repressor CodY, N-terminal GO:0003677|GO:0005525 +MGYG000000001_01325 ee653938fd00d52abe1678f4b8a8fd1c 261 Gene3D G3DSA:3.30.450.40 1 160 3.6E-50 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 Hamap MF_00171 tRNA pseudouridine synthase A [truA]. 2 243 37.145 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 Pfam PF01416 tRNA pseudouridine synthase 144 243 7.5E-27 T 17-09-2021 IPR020097 Pseudouridine synthase I, TruA, alpha/beta domain GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 Pfam PF01416 tRNA pseudouridine synthase 9 103 2.7E-12 T 17-09-2021 IPR020097 Pseudouridine synthase I, TruA, alpha/beta domain GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 PANTHER PTHR11142 3 243 3.2E-86 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 Gene3D G3DSA:3.30.70.580 1 105 1.2E-36 T 17-09-2021 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 SUPERFAMILY SSF55120 1 243 1.09E-82 T 17-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 TIGRFAM TIGR00071 hisT_truA: tRNA pseudouridine(38-40) synthase 3 238 4.6E-66 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 CDD cd02570 PseudoU_synth_EcTruA 6 243 1.39174E-138 T 17-09-2021 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 Gene3D G3DSA:3.30.70.660 106 242 1.6E-48 T 17-09-2021 IPR020095 Pseudouridine synthase I, TruA, C-terminal GO:0003723|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 PIRSF PIRSF001430 1 243 8.6E-83 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02558 122c13abe7cae8c2d6794d7cd63fba0c 243 PANTHER PTHR11142:SF18 3 243 3.2E-86 T 17-09-2021 +MGYG000000001_01168 02ef6685346d5530669c7631b0d7fada 70 Pfam PF04023 FeoA domain 1 69 3.1E-13 T 17-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_01168 02ef6685346d5530669c7631b0d7fada 70 SMART SM00899 1 70 2.2E-8 T 17-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_01168 02ef6685346d5530669c7631b0d7fada 70 PANTHER PTHR43151:SF1 1 69 7.8E-19 T 17-09-2021 +MGYG000000001_01168 02ef6685346d5530669c7631b0d7fada 70 PANTHER PTHR43151 1 69 7.8E-19 T 17-09-2021 +MGYG000000001_01168 02ef6685346d5530669c7631b0d7fada 70 SUPERFAMILY SSF50037 3 69 2.75E-11 T 17-09-2021 IPR008988 Transcriptional repressor, C-terminal +MGYG000000001_01168 02ef6685346d5530669c7631b0d7fada 70 Gene3D G3DSA:2.30.30.90 1 70 2.2E-15 T 17-09-2021 IPR038157 Ferrous iron transporter, core domain +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 Gene3D G3DSA:1.10.10.10 11 151 1.0E-31 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 PRINTS PR00598 Bacterial regulatory protein MarR family signature 88 104 4.5E-7 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 PRINTS PR00598 Bacterial regulatory protein MarR family signature 118 138 4.5E-7 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 PRINTS PR00598 Bacterial regulatory protein MarR family signature 69 84 4.5E-7 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 PRINTS PR00598 Bacterial regulatory protein MarR family signature 52 68 4.5E-7 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 SUPERFAMILY SSF46785 11 141 1.07E-30 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 Pfam PF01047 MarR family 36 92 1.6E-12 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 SMART SM00347 28 128 2.6E-23 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 Coils Coil 132 152 - T 17-09-2021 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 ProSiteProfiles PS50995 MarR-type HTH domain profile. 8 140 28.797 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 PANTHER PTHR42756 9 151 1.9E-27 T 17-09-2021 +MGYG000000001_01392 72d04401e2e2fbaa25f4a556ee84173a 154 ProSitePatterns PS01117 MarR-type HTH domain signature. 67 101 - T 17-09-2021 IPR023187 Transcriptional regulator MarR-type, conserved site +MGYG000000001_02638 9ec82a2a7a817cacf21d35cfcc5f5338 82 Gene3D G3DSA:1.10.8.910 5 82 1.1E-8 T 17-09-2021 IPR038300 SASP, alpha/beta-type superfamily +MGYG000000001_02638 9ec82a2a7a817cacf21d35cfcc5f5338 82 Pfam PF00269 Small, acid-soluble spore proteins, alpha/beta type 3 74 1.4E-9 T 17-09-2021 IPR001448 Small acid-soluble spore protein, alpha/beta-type GO:0003690|GO:0006265 +MGYG000000001_02225 10113be36d61c6c8c91ad7735f8fab8c 286 MobiDBLite mobidb-lite consensus disorder prediction 24 69 - T 17-09-2021 +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 SUPERFAMILY SSF53383 1 393 4.26E-90 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 PANTHER PTHR43795 3 395 7.0E-169 T 17-09-2021 +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 CDD cd00609 AAT_like 33 388 1.26914E-92 T 17-09-2021 +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 Gene3D G3DSA:3.40.640.10 44 281 5.3E-133 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 Gene3D G3DSA:3.90.1150.10 14 383 5.3E-133 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 Pfam PF00155 Aminotransferase class I and II 32 383 6.4E-45 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_00491 ed892134afa2e2ed70ea6096038c68fe 411 PANTHER PTHR43795:SF5 3 395 7.0E-169 T 17-09-2021 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 PANTHER PTHR11070 6 622 1.1E-144 T 17-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 Gene3D G3DSA:1.10.10.160 106 184 1.6E-78 T 17-09-2021 IPR013986 DExx box DNA helicase domain superfamily +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 PANTHER PTHR11070:SF47 6 622 1.1E-144 T 17-09-2021 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 Pfam PF00580 UvrD/REP helicase N-terminal domain 7 266 3.4E-57 T 17-09-2021 IPR034739 UvrD/AddA helicase, N-terminal GO:0005524 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 ProSiteProfiles PS51217 UvrD-like DNA helicase C-terminal domain profile. 282 546 16.107 T 17-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 SUPERFAMILY SSF52540 5 618 9.58E-131 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 Pfam PF13361 UvrD-like helicase C-terminal domain 272 602 4.7E-43 T 17-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 CDD cd18807 SF1_C_UvrD 280 602 1.88995E-24 T 17-09-2021 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 CDD cd17932 DEXQc_UvrD 8 278 1.14881E-73 T 17-09-2021 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 Gene3D G3DSA:3.40.50.300 277 620 1.3E-79 T 17-09-2021 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 ProSiteProfiles PS51198 UvrD-like DNA helicase ATP-binding domain profile. 5 281 42.547 T 17-09-2021 IPR014016 UvrD-like helicase, ATP-binding domain GO:0005524 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 Gene3D G3DSA:3.40.50.300 7 267 1.6E-78 T 17-09-2021 +MGYG000000001_00428 0532267098ed046ecc97bbd4d4085c02 679 Gene3D G3DSA:1.10.486.10 380 523 1.3E-79 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 Gene3D G3DSA:3.40.50.720 22 340 3.0E-132 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 PIRSF PIRSF000148 19 348 2.9E-124 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 Pfam PF01118 Semialdehyde dehydrogenase, NAD binding domain 21 136 1.5E-33 T 17-09-2021 IPR000534 Semialdehyde dehydrogenase, NAD-binding GO:0016620|GO:0051287|GO:0055114 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 PANTHER PTHR46278 18 345 1.9E-145 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 TIGRFAM TIGR01296 asd_B: aspartate-semialdehyde dehydrogenase 21 344 2.3E-136 T 17-09-2021 IPR005986 Aspartate-semialdehyde dehydrogenase, beta-type GO:0004073|GO:0009086|GO:0009088|GO:0009089|GO:0009097|GO:0050661|GO:0055114 KEGG: 00260+1.2.1.11|KEGG: 00261+1.2.1.11|KEGG: 00270+1.2.1.11|KEGG: 00300+1.2.1.11|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 Gene3D G3DSA:3.30.360.10 144 326 3.0E-132 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 PANTHER PTHR46278:SF2 18 345 1.9E-145 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 Pfam PF02774 Semialdehyde dehydrogenase, dimerisation domain 155 329 1.6E-48 T 17-09-2021 IPR012280 Semialdehyde dehydrogenase, dimerisation domain GO:0008652|GO:0016620|GO:0046983 KEGG: 00220+1.2.1.38|MetaCyc: PWY-5154|MetaCyc: PWY-7400 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 SUPERFAMILY SSF55347 145 330 4.76E-71 T 17-09-2021 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 Hamap MF_02121 Aspartate-semialdehyde dehydrogenase [asd]. 19 343 35.81 T 17-09-2021 IPR012080 Aspartate-semialdehyde dehydrogenase GO:0004073|GO:0009086|GO:0009088|GO:0009089|GO:0009097|GO:0050661 KEGG: 00260+1.2.1.11|KEGG: 00261+1.2.1.11|KEGG: 00270+1.2.1.11|KEGG: 00300+1.2.1.11|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|MetaCyc: PWY-6160|MetaCyc: PWY-6559|MetaCyc: PWY-6562|MetaCyc: PWY-7153|MetaCyc: PWY-7977 +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 SUPERFAMILY SSF51735 19 172 1.19E-50 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00098 e79cafbfd7c2a26776cf39914f0e67ae 348 SMART SM00859 21 137 1.0E-45 T 17-09-2021 IPR000534 Semialdehyde dehydrogenase, NAD-binding GO:0016620|GO:0051287|GO:0055114 +MGYG000000001_02064 b2dd9a5bf12a2300495dbacbdb3e1a00 178 Gene3D G3DSA:1.10.4160.10 3 177 9.0E-14 T 17-09-2021 IPR038271 Purine-cytosine permease superfamily +MGYG000000001_02064 b2dd9a5bf12a2300495dbacbdb3e1a00 178 PANTHER PTHR30569 2 171 1.4E-40 T 17-09-2021 IPR030191 Cytosine permease GO:0015209|GO:0016021 +MGYG000000001_02064 b2dd9a5bf12a2300495dbacbdb3e1a00 178 Pfam PF02133 Permease for cytosine/purines, uracil, thiamine, allantoin 23 144 2.0E-10 T 17-09-2021 IPR001248 Purine-cytosine permease GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PRINTS PR01806 Virulence factor MviN signature 34 53 1.1E-24 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PRINTS PR01806 Virulence factor MviN signature 254 280 1.1E-24 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PRINTS PR01806 Virulence factor MviN signature 352 371 1.1E-24 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PRINTS PR01806 Virulence factor MviN signature 406 423 1.1E-24 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PRINTS PR01806 Virulence factor MviN signature 155 176 1.1E-24 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PIRSF PIRSF002869 1 510 5.4E-133 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 CDD cd13123 MATE_MurJ_like 12 429 1.05952E-138 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 Hamap MF_02078 Probable lipid II flippase MurJ [murJ]. 4 464 17.596 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 Pfam PF03023 Lipid II flippase MurJ 29 468 6.4E-97 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 TIGRFAM TIGR01695 murJ_mviN: murein biosynthesis integral membrane protein MurJ 4 505 1.0E-113 T 17-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_02857 721c43fcdcb2061a3d5fbd0fe558b837 515 PANTHER PTHR47019 3 505 1.3E-102 T 17-09-2021 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 SUPERFAMILY SSF46785 7 82 3.58E-14 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 ProSiteProfiles PS50949 GntR-type HTH domain profile. 9 77 15.121 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 CDD cd07377 WHTH_GntR 10 75 8.14495E-15 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 PANTHER PTHR38445:SF10 2 118 6.3E-25 T 17-09-2021 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 74 1.7E-8 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 Coils Coil 95 121 - T 17-09-2021 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 Gene3D G3DSA:1.10.10.10 8 120 1.5E-20 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 SMART SM00345 15 74 3.1E-4 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01581 4f2451d671b907eaab82099d38cde5ef 121 PANTHER PTHR38445 2 118 6.3E-25 T 17-09-2021 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 Pfam PF16874 Glycosyl hydrolase family 36 C-terminal domain 649 725 2.2E-23 T 17-09-2021 IPR031705 Glycosyl hydrolase family 36, C-terminal KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 358 373 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 466 481 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 292 312 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 545 561 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 241 256 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 520 536 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 330 344 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PRINTS PR00743 Glycosyl hydrolase family 36 signature 408 430 1.1E-61 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 Pfam PF16875 Glycosyl hydrolase family 36 N-terminal domain 30 285 5.7E-96 T 17-09-2021 IPR031704 Glycosyl hydrolase family 36, N-terminal KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 ProSitePatterns PS00512 Alpha-galactosidase signature. 359 374 - T 17-09-2021 IPR000111 Glycoside hydrolase family 27/36, conserved site GO:0004553|GO:0005975 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PANTHER PTHR43053 66 727 7.9E-195 T 17-09-2021 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 Pfam PF02065 Melibiase 289 635 4.6E-163 T 17-09-2021 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 Gene3D G3DSA:2.70.98.60 1 309 1.0E-120 T 17-09-2021 IPR038417 Alpha-galactosidase, N-terminal domain superfamily KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 Gene3D G3DSA:2.60.40.1180 633 728 1.0E-30 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 CDD cd14791 GH36 329 627 5.51378E-145 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PIRSF PIRSF005536 1 728 7.8E-299 T 17-09-2021 IPR002252 Glycoside hydrolase family 36 GO:0004557|GO:0016052 KEGG: 00052+3.2.1.22|KEGG: 00561+3.2.1.22|KEGG: 00600+3.2.1.22|KEGG: 00603+3.2.1.22|MetaCyc: PWY-6527 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 Gene3D G3DSA:3.20.20.70 310 632 9.6E-130 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 SUPERFAMILY SSF51445 325 665 4.06E-107 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00777 298d1a07a356f52b8fe763c76039f92f 728 PANTHER PTHR43053:SF7 66 727 7.9E-195 T 17-09-2021 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 TIGRFAM TIGR02033 D-hydantoinase: dihydropyrimidinase 4 454 5.9E-178 T 17-09-2021 IPR011778 Hydantoinase/dihydropyrimidinase GO:0005737 Reactome: R-HSA-399956 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 Gene3D G3DSA:3.20.20.140 53 423 2.2E-171 T 17-09-2021 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 SUPERFAMILY SSF51338 351 455 4.03E-29 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 Gene3D G3DSA:2.30.40.10 3 455 2.2E-171 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 PANTHER PTHR11647:SF91 1 455 9.5E-150 T 17-09-2021 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 CDD cd01314 D-HYD 3 443 0.0 T 17-09-2021 IPR011778 Hydantoinase/dihydropyrimidinase GO:0005737 Reactome: R-HSA-399956 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 PANTHER PTHR11647 1 455 9.5E-150 T 17-09-2021 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 Pfam PF01979 Amidohydrolase family 49 436 6.6E-31 T 17-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 SUPERFAMILY SSF51338 1 74 3.24E-15 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_00111 41c25673262fced60e765a3f5c7c48ec 457 SUPERFAMILY SSF51556 53 382 1.05E-111 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 SMART SM00849 18 209 4.7E-18 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 CDD cd07743 metallo-hydrolase-like_MBL-fold 10 209 4.33153E-72 T 17-09-2021 +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 Gene3D G3DSA:3.60.15.10 1 234 2.0E-35 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 Coils Coil 216 236 - T 17-09-2021 +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 SUPERFAMILY SSF56281 5 285 5.04E-35 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 PANTHER PTHR42951 3 288 4.0E-46 T 17-09-2021 +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 PANTHER PTHR42951:SF10 3 288 4.0E-46 T 17-09-2021 +MGYG000000001_02832 cda4f996cd49d3c3cf7e4810206a1a9b 308 Pfam PF00753 Metallo-beta-lactamase superfamily 26 209 6.4E-13 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 SUPERFAMILY SSF50621 240 376 4.19E-40 T 17-09-2021 IPR009006 Alanine racemase/group IV decarboxylase, C-terminal GO:0003824 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 Pfam PF00842 Alanine racemase, C-terminal domain 247 371 1.1E-39 T 17-09-2021 IPR011079 Alanine racemase, C-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 CDD cd00430 PLPDE_III_AR 8 372 2.37971E-172 T 17-09-2021 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 Coils Coil 177 197 - T 17-09-2021 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 Hamap MF_01201 Alanine racemase. 5 372 31.034 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 Gene3D G3DSA:3.20.20.10 14 229 5.9E-121 T 17-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 Gene3D G3DSA:2.40.37.10 10 371 5.9E-121 T 17-09-2021 IPR009006 Alanine racemase/group IV decarboxylase, C-terminal GO:0003824 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 300 317 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 207 234 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 280 295 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 164 175 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 263 278 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 354 367 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 68 86 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 31 47 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PRINTS PR00992 Alanine racemase signature 129 141 6.8E-59 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PANTHER PTHR30511:SF0 7 373 7.7E-119 T 17-09-2021 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 Pfam PF01168 Alanine racemase, N-terminal domain 12 234 2.6E-59 T 17-09-2021 IPR001608 Alanine racemase, N-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 ProSitePatterns PS00395 Alanine racemase pyridoxal-phosphate attachment site. 36 46 - T 17-09-2021 IPR020622 Alanine racemase, pyridoxal-phosphate attachment site KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 TIGRFAM TIGR00492 alr: alanine racemase 8 372 3.1E-110 T 17-09-2021 IPR000821 Alanine racemase GO:0006522|GO:0008784 KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 SMART SM01005 247 372 7.5E-50 T 17-09-2021 IPR011079 Alanine racemase, C-terminal KEGG: 00473+5.1.1.1|MetaCyc: PWY-7383|MetaCyc: PWY-8040 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 PANTHER PTHR30511 7 373 7.7E-119 T 17-09-2021 +MGYG000000001_02173 c870f30bdebf55b550c8c40af7f5cfa3 385 SUPERFAMILY SSF51419 12 238 6.92E-58 T 17-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Coils Coil 241 261 - T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 SUPERFAMILY SSF88697 11 204 3.48E-37 T 17-09-2021 IPR015947 PUA-like superfamily +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 SMART SM00382 352 500 2.5E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 ProSiteProfiles PS51786 Lon proteolytic domain profile. 597 778 85.902 T 17-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 SMART SM00464 11 206 1.9E-61 T 17-09-2021 IPR003111 Lon, substrate-binding domain +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Pfam PF02190 ATP-dependent protease La (LON) substrate-binding domain 11 204 6.2E-42 T 17-09-2021 IPR003111 Lon, substrate-binding domain +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Gene3D G3DSA:1.10.8.60 496 589 6.5E-33 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 ProSiteProfiles PS51787 Lon N-terminal domain profile. 12 206 54.341 T 17-09-2021 IPR003111 Lon, substrate-binding domain +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 356 493 1.8E-23 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Gene3D G3DSA:3.40.50.300 317 495 2.0E-69 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PANTHER PTHR10046:SF56 9 779 0.0 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 CDD cd00009 AAA 335 493 1.80091E-16 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PIRSF PIRSF001174 1 780 0.0 T 17-09-2021 IPR004815 Lon protease, bacterial/eukaryotic-type GO:0004176|GO:0005524|GO:0006508 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Gene3D G3DSA:1.20.58.1480 125 249 1.7E-39 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 TIGRFAM TIGR00763 lon: endopeptidase La 13 776 1.2E-303 T 17-09-2021 IPR004815 Lon protease, bacterial/eukaryotic-type GO:0004176|GO:0005524|GO:0006508 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Pfam PF05362 Lon protease (S16) C-terminal proteolytic domain 575 777 2.7E-94 T 17-09-2021 IPR008269 Peptidase S16, Lon proteolytic domain GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PANTHER PTHR10046 9 779 0.0 T 17-09-2021 IPR027065 Lon protease GO:0004176|GO:0004252|GO:0005524|GO:0030163 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 SUPERFAMILY SSF54211 600 775 9.1E-58 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 708 727 1.4E-50 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 678 697 1.4E-50 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 360 379 1.4E-50 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 600 616 1.4E-50 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 PRINTS PR00830 Endopeptidase La (Lon) serine protease (S16) signature 731 749 1.4E-50 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Gene3D G3DSA:3.30.230.10 599 782 5.1E-82 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Hamap MF_01973 Lon protease [lon]. 12 777 71.745 T 17-09-2021 IPR027543 Lon protease, bacterial GO:0004176|GO:0004252|GO:0005524|GO:0006508|GO:0043565 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 SUPERFAMILY SSF52540 315 593 5.89E-53 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 Gene3D G3DSA:2.30.130.40 5 117 9.7E-30 T 17-09-2021 +MGYG000000001_00031 6ca8f6b95196b4d20bce2f50d1da1e45 782 ProSitePatterns PS01046 ATP-dependent serine proteases, lon family, serine active site. 681 689 - T 17-09-2021 IPR008268 Peptidase S16, active site GO:0004176|GO:0004252|GO:0006508 +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 CDD cd01027 TOPRIM_RNase_M5_like 15 92 5.15226E-19 T 17-09-2021 IPR034141 Ribonuclease M5-like, TOPRIM domain +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 SUPERFAMILY SSF110455 13 127 1.6E-34 T 17-09-2021 +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 Pfam PF13331 Domain of unknown function (DUF4093) 102 186 1.4E-26 T 17-09-2021 IPR025156 Ribonuclease M5, C-terminal domain +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 TIGRFAM TIGR00334 5S_RNA_mat_M5: ribonuclease M5 15 185 7.9E-48 T 17-09-2021 IPR004466 Ribonuclease M5 GO:0043822 +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 Hamap MF_01469 Ribonuclease M5 [rnmV]. 15 188 32.083 T 17-09-2021 IPR004466 Ribonuclease M5 GO:0043822 +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 ProSiteProfiles PS50880 Toprim domain profile. 16 99 16.172 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 PANTHER PTHR39156 14 190 1.0E-56 T 17-09-2021 +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 SMART SM00493 16 89 1.6E-9 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 Pfam PF13662 Toprim domain 16 82 3.1E-6 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 Gene3D G3DSA:3.40.1360.20 13 130 5.5E-24 T 17-09-2021 +MGYG000000001_00673 1baeaa108f853fbe0db99e95133e39c0 192 PANTHER PTHR39156:SF1 14 190 1.0E-56 T 17-09-2021 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 ProSiteProfiles PS50937 MerR-type HTH domain profile. 1 69 29.134 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 SMART SM00422 1 70 1.7E-21 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 SUPERFAMILY SSF46955 1 116 1.03E-31 T 17-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 CDD cd01109 HTH_YyaN 1 113 1.26192E-55 T 17-09-2021 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 PANTHER PTHR30204:SF68 1 115 7.2E-29 T 17-09-2021 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 Pfam PF13411 MerR HTH family regulatory protein 1 68 7.0E-17 T 17-09-2021 IPR000551 MerR-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 Gene3D G3DSA:1.10.1660.10 1 126 5.2E-36 T 17-09-2021 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 Coils Coil 88 115 - T 17-09-2021 +MGYG000000001_03198 556dfc72e262693559a5e14305e0cd7b 126 PANTHER PTHR30204 1 115 7.2E-29 T 17-09-2021 +MGYG000000001_01467 cb09e39f363aeb93ed350c28460c3560 91 Hamap MF_01448 UPF0473 protein . 2 81 15.028 T 17-09-2021 IPR009711 Uncharacterised protein family UPF0473 +MGYG000000001_01467 cb09e39f363aeb93ed350c28460c3560 91 Pfam PF06949 Protein of unknown function (DUF1292) 11 80 7.7E-14 T 17-09-2021 IPR009711 Uncharacterised protein family UPF0473 +MGYG000000001_01467 cb09e39f363aeb93ed350c28460c3560 91 PANTHER PTHR40066 2 82 2.8E-14 T 17-09-2021 IPR009711 Uncharacterised protein family UPF0473 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Gene3D G3DSA:3.30.300.10 31 270 1.4E-180 T 17-09-2021 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Gene3D G3DSA:3.30.300.10 128 412 1.4E-180 T 17-09-2021 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 PANTHER PTHR11964 25 415 3.8E-185 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 TIGRFAM TIGR01034 metK: methionine adenosyltransferase 31 418 1.6E-185 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 CDD cd18079 S-AdoMet_synt 31 411 0.0 T 17-09-2021 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 SUPERFAMILY SSF55973 147 269 8.24E-53 T 17-09-2021 IPR022636 S-adenosylmethionine synthetase superfamily GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 PANTHER PTHR11964:SF1 25 415 3.8E-185 T 17-09-2021 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Pfam PF02772 S-adenosylmethionine synthetase, central domain 152 268 8.0E-50 T 17-09-2021 IPR022629 S-adenosylmethionine synthetase, central domain GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Pfam PF02773 S-adenosylmethionine synthetase, C-terminal domain 270 409 3.2E-70 T 17-09-2021 IPR022630 S-adenosylmethionine synthetase, C-terminal GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Gene3D G3DSA:3.30.300.10 37 307 1.4E-180 T 17-09-2021 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 PIRSF PIRSF000497 25 421 3.0E-177 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 ProSitePatterns PS00376 S-adenosylmethionine synthase signature 1. 153 163 - T 17-09-2021 IPR022631 S-adenosylmethionine synthetase, conserved site GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Pfam PF00438 S-adenosylmethionine synthetase, N-terminal domain 30 126 4.3E-44 T 17-09-2021 IPR022628 S-adenosylmethionine synthetase, N-terminal GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 SUPERFAMILY SSF55973 270 418 5.1E-70 T 17-09-2021 IPR022636 S-adenosylmethionine synthetase superfamily GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 Hamap MF_00086 S-adenosylmethionine synthase [metK]. 28 420 58.688 T 17-09-2021 IPR002133 S-adenosylmethionine synthetase GO:0004478|GO:0005524|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 ProSitePatterns PS00377 S-adenosylmethionine synthase signature 2. 296 304 - T 17-09-2021 IPR022631 S-adenosylmethionine synthetase, conserved site GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01039 3b38cdfa719cc84b821914301f847fbd 422 SUPERFAMILY SSF55973 29 135 1.61E-47 T 17-09-2021 IPR022636 S-adenosylmethionine synthetase superfamily GO:0004478|GO:0006556 KEGG: 00270+2.5.1.6|MetaCyc: PWY-5041|MetaCyc: PWY-5912|Reactome: R-HSA-156581 +MGYG000000001_01041 83fe91dfa1758f3209f1b14c810628f9 253 CDD cd06223 PRTases_typeI 113 252 1.42595E-10 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01041 83fe91dfa1758f3209f1b14c810628f9 253 Gene3D G3DSA:3.40.50.2020 107 252 4.0E-18 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01041 83fe91dfa1758f3209f1b14c810628f9 253 PANTHER PTHR47505 7 241 9.0E-54 T 17-09-2021 +MGYG000000001_01041 83fe91dfa1758f3209f1b14c810628f9 253 SUPERFAMILY SSF53271 70 247 2.23E-26 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01041 83fe91dfa1758f3209f1b14c810628f9 253 Pfam PF00156 Phosphoribosyl transferase domain 185 246 1.4E-6 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 Gene3D G3DSA:3.30.360.10 126 324 2.9E-76 T 17-09-2021 +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 Gene3D G3DSA:3.40.50.720 3 305 2.9E-76 T 17-09-2021 +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 SUPERFAMILY SSF51735 3 162 1.89E-38 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 Pfam PF02894 Oxidoreductase family, C-terminal alpha/beta domain 131 243 4.0E-8 T 17-09-2021 IPR004104 Oxidoreductase, C-terminal GO:0016491|GO:0055114 +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 Pfam PF01408 Oxidoreductase family, NAD-binding Rossmann fold 3 113 2.0E-19 T 17-09-2021 IPR000683 Oxidoreductase, N-terminal GO:0016491 +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 PANTHER PTHR43249 3 327 3.3E-60 T 17-09-2021 +MGYG000000001_01077 f250c477198d049e409e769b3ef6a47d 333 SUPERFAMILY SSF55347 126 273 1.11E-26 T 17-09-2021 +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 SUPERFAMILY SSF57802 1 46 3.87E-10 T 17-09-2021 +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 SUPERFAMILY SSF57802 1 46 3.87E-10 T 17-09-2021 +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 SUPERFAMILY SSF47240 55 180 1.51E-32 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 SUPERFAMILY SSF47240 55 180 1.51E-32 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 CDD cd01046 Rubrerythrin_like 57 180 2.80364E-55 T 17-09-2021 +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 CDD cd01046 Rubrerythrin_like 57 180 2.80364E-55 T 17-09-2021 +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 Gene3D G3DSA:1.20.1260.10 54 179 5.8E-26 T 17-09-2021 IPR012347 Ferritin-like +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 Gene3D G3DSA:1.20.1260.10 54 179 5.8E-26 T 17-09-2021 IPR012347 Ferritin-like +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 Pfam PF02915 Rubrerythrin 62 175 1.1E-13 T 17-09-2021 IPR003251 Rubrerythrin GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 Pfam PF02915 Rubrerythrin 62 175 1.1E-13 T 17-09-2021 IPR003251 Rubrerythrin GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 ProSiteProfiles PS50903 Rubredoxin-like domain profile. 1 36 9.246 T 17-09-2021 IPR024934 Rubredoxin-like domain GO:0005506 +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 ProSiteProfiles PS50903 Rubredoxin-like domain profile. 1 36 9.246 T 17-09-2021 IPR024934 Rubredoxin-like domain GO:0005506 +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 ProSiteProfiles PS50905 Ferritin-like diiron domain profile. 52 183 20.067 T 17-09-2021 IPR009040 Ferritin-like diiron domain +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 ProSiteProfiles PS50905 Ferritin-like diiron domain profile. 52 183 20.067 T 17-09-2021 IPR009040 Ferritin-like diiron domain +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 Gene3D G3DSA:2.20.28.10 1 36 4.1E-12 T 17-09-2021 +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 Gene3D G3DSA:2.20.28.10 1 36 4.1E-12 T 17-09-2021 +MGYG000000001_01730 35a56f734e213abe58768c9e9468cfce 184 PANTHER PTHR43339 38 180 6.9E-66 T 17-09-2021 +MGYG000000001_01910 35a56f734e213abe58768c9e9468cfce 184 PANTHER PTHR43339 38 180 6.9E-66 T 17-09-2021 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 Gene3D G3DSA:3.30.860.10 1 92 3.3E-38 T 17-09-2021 IPR023575 Ribosomal protein S19, superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 PRINTS PR00975 Ribosomal protein S19 family signature 53 65 1.6E-22 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 PRINTS PR00975 Ribosomal protein S19 family signature 33 52 1.6E-22 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 PRINTS PR00975 Ribosomal protein S19 family signature 65 80 1.6E-22 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 SUPERFAMILY SSF54570 2 84 6.02E-34 T 17-09-2021 IPR023575 Ribosomal protein S19, superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 PIRSF PIRSF002144 1 93 4.7E-31 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 Pfam PF00203 Ribosomal protein S19 3 83 2.6E-35 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 TIGRFAM TIGR01050 rpsS_bact: ribosomal protein uS19 1 91 1.7E-43 T 17-09-2021 IPR005732 Ribosomal protein S19, bacterial-type GO:0003735|GO:0006412|GO:0015935 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 ProSitePatterns PS00323 Ribosomal protein S19 signature. 53 77 - T 17-09-2021 IPR020934 Ribosomal protein S19 conserved site GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 PANTHER PTHR11880 1 92 1.3E-37 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 Hamap MF_00531 30S ribosomal protein S19 [rpsS]. 1 89 24.564 T 17-09-2021 IPR002222 Ribosomal protein S19/S15 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02588 ddc6e59f5dd15e6efb46c25e48d34949 93 PANTHER PTHR11880:SF8 1 92 1.3E-37 T 17-09-2021 +MGYG000000001_00308 df6578beeb9d841555f450b5b08ea0bf 191 TIGRFAM TIGR01943 rnfA: electron transport complex, RnfABCDGE type, A subunit 1 189 1.7E-82 T 17-09-2021 IPR011293 Ion-translocating oxidoreductase complex, subunit RnfA/RsxA GO:0022900 +MGYG000000001_00308 df6578beeb9d841555f450b5b08ea0bf 191 PANTHER PTHR30335 2 190 9.0E-84 T 17-09-2021 +MGYG000000001_00308 df6578beeb9d841555f450b5b08ea0bf 191 Pfam PF02508 Rnf-Nqr subunit, membrane protein 5 189 8.7E-63 T 17-09-2021 IPR003667 NqrDE/RnfAE GO:0016020 +MGYG000000001_00308 df6578beeb9d841555f450b5b08ea0bf 191 PANTHER PTHR30335:SF0 2 190 9.0E-84 T 17-09-2021 +MGYG000000001_00308 df6578beeb9d841555f450b5b08ea0bf 191 PIRSF PIRSF006102 1 191 4.8E-60 T 17-09-2021 IPR003667 NqrDE/RnfAE GO:0016020 +MGYG000000001_00308 df6578beeb9d841555f450b5b08ea0bf 191 Hamap MF_00459 Ion-translocating oxidoreductase complex subunit A [rsxA]. 1 189 25.874 T 17-09-2021 IPR011293 Ion-translocating oxidoreductase complex, subunit RnfA/RsxA GO:0022900 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 TIGRFAM TIGR00061 L21: ribosomal protein bL21 2 102 1.9E-39 T 17-09-2021 IPR001787 Ribosomal protein L21 GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 SUPERFAMILY SSF141091 1 102 1.7E-39 T 17-09-2021 IPR036164 L21-like superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 ProSitePatterns PS01169 Ribosomal protein L21 signature. 72 94 - T 17-09-2021 IPR018258 Ribosomal protein L21, conserved site GO:0003723|GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 PANTHER PTHR21349:SF3 1 103 1.6E-44 T 17-09-2021 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 Hamap MF_01363 50S ribosomal protein L21 [rplU]. 1 103 27.613 T 17-09-2021 IPR001787 Ribosomal protein L21 GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 PANTHER PTHR21349 1 103 1.6E-44 T 17-09-2021 IPR028909 Ribosomal protein L21-like GO:0005840 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00291 7eff58f97ab682e96daa06afb8b86f3c 103 Pfam PF00829 Ribosomal prokaryotic L21 protein 1 101 5.5E-43 T 17-09-2021 IPR028909 Ribosomal protein L21-like GO:0005840 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 Pfam PF00849 RNA pseudouridylate synthase 66 198 1.1E-19 T 17-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 Gene3D G3DSA:3.30.70.580 66 234 1.2E-56 T 17-09-2021 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 Pfam PF01479 S4 domain 6 51 6.8E-13 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 SUPERFAMILY SSF55174 5 95 1.38E-18 T 17-09-2021 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 Gene3D G3DSA:3.10.290.10 3 61 2.7E-18 T 17-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 CDD cd00165 S4 6 70 3.23309E-11 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 CDD cd02553 PseudoU_synth_RsuA 65 234 1.05671E-96 T 17-09-2021 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 PANTHER PTHR21600 6 237 3.1E-70 T 17-09-2021 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 Gene3D G3DSA:3.30.70.1560 133 216 1.2E-56 T 17-09-2021 IPR042092 Pseudouridine synthase, RsuA/RluB/E/F, catalytic domain +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 ProSitePatterns PS01149 Rsu family of pseudouridine synthase signature. 104 118 - T 17-09-2021 IPR018496 Pseudouridine synthase, RsuA/RluB/E/F, conserved site GO:0001522|GO:0003723|GO:0009451|GO:0016866 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 TIGRFAM TIGR00093 TIGR00093: pseudouridine synthase 70 231 4.0E-47 T 17-09-2021 IPR000748 Pseudouridine synthase, RsuA/RluB/E/F GO:0001522|GO:0003723|GO:0009451|GO:0016866 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 5 69 15.027 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 PANTHER PTHR21600:SF19 6 237 3.1E-70 T 17-09-2021 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 SUPERFAMILY SSF55120 65 234 3.06E-43 T 17-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02825 06b218f80987410a117977bdc7d52d78 240 SMART SM00363 5 63 1.8E-11 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00736 5fa3231ff6b61dcd8f9b995beadf802b 94 Gene3D G3DSA:1.10.1220.10 1 92 1.0E-23 T 17-09-2021 IPR013321 Arc-type ribbon-helix-helix GO:0006355 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 PIRSF PIRSF006092 1 159 6.4E-50 T 17-09-2021 IPR023459 Transcription elongation factor GreA/GreB family GO:0070063 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 ProSitePatterns PS00830 Prokaryotic transcription elongation factors signature 2. 123 139 - T 17-09-2021 IPR018151 Transcription elongation factor, GreA/GreB, conserved site GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 Gene3D G3DSA:3.10.50.30 80 159 7.3E-26 T 17-09-2021 IPR036953 Transcription elongation factor GreA/GreB, C-terminal domain superfamily GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 Coils Coil 51 71 - T 17-09-2021 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 PANTHER PTHR30437:SF4 3 159 4.6E-50 T 17-09-2021 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 PANTHER PTHR30437 3 159 4.6E-50 T 17-09-2021 IPR023459 Transcription elongation factor GreA/GreB family GO:0070063 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 Hamap MF_00105 Transcription elongation factor GreA [greA]. 5 158 30.743 T 17-09-2021 IPR028624 Transcription elongation factor GreA/GreB GO:0003677|GO:0032784|GO:0070063 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 Pfam PF03449 Transcription elongation factor, N-terminal 7 77 1.7E-28 T 17-09-2021 IPR022691 Transcription elongation factor, GreA/GreB, N-terminal GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 TIGRFAM TIGR01462 greA: transcription elongation factor GreA 9 157 8.1E-54 T 17-09-2021 IPR006359 Transcription elongation factor GreA GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 Gene3D G3DSA:1.10.287.180 4 78 9.1E-28 T 17-09-2021 IPR036805 Transcription elongation factor, GreA/GreB, N-terminal domain superfamily GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 ProSitePatterns PS00829 Prokaryotic transcription elongation factors signature 1. 20 51 - T 17-09-2021 IPR018151 Transcription elongation factor, GreA/GreB, conserved site GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 SUPERFAMILY SSF54534 86 158 2.35E-21 T 17-09-2021 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 Pfam PF01272 Transcription elongation factor, GreA/GreB, C-term 86 158 3.4E-25 T 17-09-2021 IPR001437 Transcription elongation factor, GreA/GreB, C-terminal GO:0003677|GO:0032784 +MGYG000000001_02012 c8663900d600815489980d717ba8e3c6 159 SUPERFAMILY SSF46557 5 79 1.83E-24 T 17-09-2021 IPR036805 Transcription elongation factor, GreA/GreB, N-terminal domain superfamily GO:0003677|GO:0032784 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PANTHER PTHR28570:SF12 1 430 5.0E-168 T 17-09-2021 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 CDD cd05658 M18_DAP 7 431 0.0 T 17-09-2021 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 Gene3D G3DSA:2.30.250.10 87 220 6.4E-163 T 17-09-2021 IPR023358 Peptidase M18, domain 2 GO:0004177 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 SUPERFAMILY SSF101821 89 216 1.37E-36 T 17-09-2021 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 SUPERFAMILY SSF53187 4 431 2.09E-101 T 17-09-2021 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 Gene3D G3DSA:3.40.630.10 10 430 6.4E-163 T 17-09-2021 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 308 324 2.3E-43 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 148 165 2.3E-43 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 77 93 2.3E-43 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 265 283 2.3E-43 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 111 131 2.3E-43 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PRINTS PR00932 Aminopeptidase I zinc metalloprotease (M18) signature 397 412 2.3E-43 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 Pfam PF02127 Aminopeptidase I zinc metalloprotease (M18) 13 430 2.8E-140 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02794 1fb86f04baaddc78377122a8f0d6ec56 432 PANTHER PTHR28570 1 430 5.0E-168 T 17-09-2021 IPR001948 Peptidase M18 GO:0004177|GO:0006508|GO:0008270 +MGYG000000001_02922 763f8c629088b9e9c661514ae370b86e 347 Gene3D G3DSA:3.40.190.10 40 132 9.1E-16 T 17-09-2021 +MGYG000000001_02922 763f8c629088b9e9c661514ae370b86e 347 PANTHER PTHR30024 13 321 1.4E-70 T 17-09-2021 +MGYG000000001_02922 763f8c629088b9e9c661514ae370b86e 347 Pfam PF13379 NMT1-like family 36 274 7.3E-24 T 17-09-2021 +MGYG000000001_02922 763f8c629088b9e9c661514ae370b86e 347 Gene3D G3DSA:3.40.190.10 157 345 2.4E-30 T 17-09-2021 +MGYG000000001_02922 763f8c629088b9e9c661514ae370b86e 347 SUPERFAMILY SSF53850 40 270 6.98E-36 T 17-09-2021 +MGYG000000001_02922 763f8c629088b9e9c661514ae370b86e 347 PANTHER PTHR30024:SF8 13 321 1.4E-70 T 17-09-2021 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 SUPERFAMILY SSF52540 3 140 2.94E-11 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 CDD cd00882 Ras_like_GTPase 6 140 4.37099E-5 T 17-09-2021 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 PANTHER PTHR40453 1 142 2.9E-40 T 17-09-2021 IPR012381 Ethanolamine/propanediol utilisation protein, EutP/PduV GO:0005524|GO:0006576 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 PIRSF PIRSF036409 1 143 2.5E-55 T 17-09-2021 IPR012381 Ethanolamine/propanediol utilisation protein, EutP/PduV GO:0005524|GO:0006576 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 TIGRFAM TIGR02528 EutP: ethanolamine utilization protein, EutP 2 141 3.1E-54 T 17-09-2021 IPR012381 Ethanolamine/propanediol utilisation protein, EutP/PduV GO:0005524|GO:0006576 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 Gene3D G3DSA:3.40.50.300 1 143 1.2E-8 T 17-09-2021 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 Pfam PF10662 Ethanolamine utilisation - propanediol utilisation 1 141 1.1E-57 T 17-09-2021 IPR012381 Ethanolamine/propanediol utilisation protein, EutP/PduV GO:0005524|GO:0006576 +MGYG000000001_03085 09e4dadc82edd308f1c39ed251969594 143 PANTHER PTHR40453:SF1 1 142 2.9E-40 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 PANTHER PTHR12112:SF22 3 530 1.3E-107 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 SMART SM01131 408 528 5.8E-45 T 17-09-2021 IPR004097 DHHA2 domain GO:0005737|GO:0016462 KEGG: 00190+3.6.1.1|MetaCyc: PWY-7805|MetaCyc: PWY-7807 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 CDD cd04597 CBS_pair_inorgPPase 69 292 2.58916E-21 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 CDD cd02205 CBS_pair_SF 73 175 1.98566E-6 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 SUPERFAMILY SSF64182 3 526 1.57E-69 T 17-09-2021 IPR038763 DHH phosphoesterase superfamily +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 SUPERFAMILY SSF54631 65 292 2.08E-22 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Pfam PF02833 DHHA2 domain 409 527 1.2E-18 T 17-09-2021 IPR004097 DHHA2 domain GO:0005737|GO:0016462 KEGG: 00190+3.6.1.1|MetaCyc: PWY-7805|MetaCyc: PWY-7807 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Pfam PF07085 DRTGG domain 135 236 3.4E-22 T 17-09-2021 IPR010766 DRTGG KEGG: 00430+2.3.1.8|KEGG: 00620+2.3.1.8|KEGG: 00640+2.3.1.8|KEGG: 00680+2.3.1.8|KEGG: 00720+2.3.1.8|MetaCyc: PWY-1281|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-6637 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Gene3D G3DSA:3.10.310.20 417 531 4.8E-34 T 17-09-2021 IPR038222 DHHA2 domain superfamily KEGG: 00190+3.6.1.1|MetaCyc: PWY-7805|MetaCyc: PWY-7807 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 ProSiteProfiles PS51371 CBS domain profile. 243 300 11.094 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Pfam PF00571 CBS domain 244 291 3.4E-9 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Pfam PF00571 CBS domain 67 121 3.9E-7 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 SMART SM00116 74 122 3.5 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 SMART SM00116 247 295 0.0018 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Gene3D G3DSA:3.40.1390.20 125 236 1.5E-70 T 17-09-2021 IPR028979 HPr(Ser) kinase/phosphorylase-like, N-terminal domain superfamily +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Pfam PF01368 DHH family 4 373 4.2E-29 T 17-09-2021 IPR001667 DDH domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 SUPERFAMILY SSF75138 131 238 1.96E-21 T 17-09-2021 IPR028979 HPr(Ser) kinase/phosphorylase-like, N-terminal domain superfamily +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 PANTHER PTHR12112 3 530 1.3E-107 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Gene3D G3DSA:3.90.1640.10 2 71 1.1E-17 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 ProSiteProfiles PS51371 CBS domain profile. 70 128 10.631 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Gene3D G3DSA:3.10.580.10 72 283 1.5E-70 T 17-09-2021 +MGYG000000001_03118 464e8cfd0cff33fd1366130c52558a86 531 Gene3D G3DSA:3.90.1640.10 284 415 1.4E-51 T 17-09-2021 +MGYG000000001_02761 51a2c296b3e429758628a8d03a2629d5 282 SUPERFAMILY SSF50494 26 214 5.72E-7 T 17-09-2021 IPR009003 Peptidase S1, PA clan +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 SUPERFAMILY SSF47413 1 65 4.83E-18 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 Pfam PF01381 Helix-turn-helix 7 61 9.3E-15 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 CDD cd00093 HTH_XRE 4 61 3.62805E-12 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 7 61 16.928 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 PANTHER PTHR46558 2 110 2.1E-16 T 17-09-2021 +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 Gene3D G3DSA:1.10.260.40 1 65 1.5E-21 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02954 4d9fe4e78e26fe0b066ca6abd1ec0456 191 SMART SM00530 6 61 9.4E-14 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02890 a213751539d0cf9baa592fd43fe6dd64 147 MobiDBLite mobidb-lite consensus disorder prediction 45 59 - T 17-09-2021 +MGYG000000001_02890 a213751539d0cf9baa592fd43fe6dd64 147 MobiDBLite mobidb-lite consensus disorder prediction 45 70 - T 17-09-2021 +MGYG000000001_02890 a213751539d0cf9baa592fd43fe6dd64 147 Coils Coil 99 119 - T 17-09-2021 +MGYG000000001_03050 7cc64988ed74f8af571113995ea487d5 151 PANTHER PTHR37478:SF2 24 148 2.5E-26 T 17-09-2021 +MGYG000000001_03050 7cc64988ed74f8af571113995ea487d5 151 PANTHER PTHR37478 24 148 2.5E-26 T 17-09-2021 IPR002852 Uncharacterised protein family UPF0251 +MGYG000000001_03050 7cc64988ed74f8af571113995ea487d5 151 Pfam PF02001 Protein of unknown function DUF134 10 88 3.4E-14 T 17-09-2021 IPR002852 Uncharacterised protein family UPF0251 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 PIRSF PIRSF001359 1 287 1.3E-116 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 PANTHER PTHR30304:SF0 2 287 1.9E-79 T 17-09-2021 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 TIGRFAM TIGR00167 cbbA: ketose-bisphosphate aldolase 1 287 9.6E-99 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 PANTHER PTHR30304 2 287 1.9E-79 T 17-09-2021 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 Pfam PF01116 Fructose-bisphosphate aldolase class-II 4 286 3.4E-95 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 Gene3D G3DSA:3.20.20.70 1 287 4.6E-100 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 ProSitePatterns PS00806 Fructose-bisphosphate aldolase class-II signature 2. 132 143 - T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 CDD cd00947 TBP_aldolase_IIB 5 285 1.55418E-142 T 17-09-2021 IPR000771 Fructose-bisphosphate aldolase, class-II GO:0005975|GO:0008270|GO:0016832 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 TIGRFAM TIGR01859 fruc_bis_ald_: fructose-1,6-bisphosphate aldolase, class II 2 287 8.9E-120 T 17-09-2021 IPR011289 Fructose-1,6-bisphosphate aldolase, class 2 GO:0004332|GO:0006096|GO:0008270|GO:0030388 KEGG: 00010+4.1.2.13|KEGG: 00030+4.1.2.13|KEGG: 00051+4.1.2.13|KEGG: 00680+4.1.2.13|KEGG: 00710+4.1.2.13|MetaCyc: PWY-1042|MetaCyc: PWY-1861|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7385 +MGYG000000001_02826 08093073598a4c96034738f3bd7db66a 287 SUPERFAMILY SSF51569 4 287 2.93E-98 T 17-09-2021 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 ProSitePatterns PS00101 Hexapeptide-repeat containing-transferases signature. 175 203 - T 17-09-2021 IPR018357 Hexapeptide transferase, conserved site GO:0016740 Reactome: R-HSA-446205 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 PANTHER PTHR43300 3 237 2.0E-73 T 17-09-2021 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 TIGRFAM TIGR03532 DapD_Ac: 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase 7 237 5.3E-102 T 17-09-2021 IPR019873 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase, DapH GO:0009089|GO:0047200 KEGG: 00300+2.3.1.89|MetaCyc: PWY-2941 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 Pfam PF14602 Hexapeptide repeat of succinyl-transferase 166 201 7.2E-13 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 Hamap MF_01691 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase [dapH]. 2 236 42.076 T 17-09-2021 IPR019873 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase, DapH GO:0009089|GO:0047200 KEGG: 00300+2.3.1.89|MetaCyc: PWY-2941 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 Pfam PF08503 Tetrahydrodipicolinate succinyltransferase N-terminal 6 87 9.2E-28 T 17-09-2021 IPR013710 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-acetyltransferase, N-terminal GO:0047200 KEGG: 00300+2.3.1.89|MetaCyc: PWY-2941 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 122 157 8.8E-6 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 Gene3D G3DSA:2.160.10.10 86 234 6.2E-48 T 17-09-2021 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 PANTHER PTHR43300:SF4 3 237 2.0E-73 T 17-09-2021 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 SUPERFAMILY SSF51161 84 225 1.74E-49 T 17-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 CDD cd03350 LbH_THP_succinylT 93 214 5.80138E-53 T 17-09-2021 +MGYG000000001_00095 8754e41e371728cca0c43c5f62de9324 238 Gene3D G3DSA:3.30.70.250 2 85 7.6E-29 T 17-09-2021 +MGYG000000001_00594 05e98594a5579d2ed809dd72f3823081 170 PANTHER PTHR35176:SF6 2 136 3.2E-24 T 17-09-2021 +MGYG000000001_00594 05e98594a5579d2ed809dd72f3823081 170 SUPERFAMILY SSF50475 2 137 5.5E-24 T 17-09-2021 +MGYG000000001_00594 05e98594a5579d2ed809dd72f3823081 170 PIRSF PIRSF004633 1 158 3.4E-41 T 17-09-2021 IPR014419 Heme utilization protein HutZ KEGG: 00860+1.14.99.58|MetaCyc: PWY-7844 +MGYG000000001_00594 05e98594a5579d2ed809dd72f3823081 170 Gene3D G3DSA:2.30.110.10 1 165 1.0E-43 T 17-09-2021 IPR012349 FMN-binding split barrel GO:0048037 +MGYG000000001_00594 05e98594a5579d2ed809dd72f3823081 170 Pfam PF01243 Pyridoxamine 5'-phosphate oxidase 2 82 2.7E-10 T 17-09-2021 IPR011576 Pyridoxamine 5'-phosphate oxidase, putative KEGG: 00750+1.4.3.5|MetaCyc: PWY-7204|MetaCyc: PWY-7282|Reactome: R-HSA-964975 +MGYG000000001_00594 05e98594a5579d2ed809dd72f3823081 170 PANTHER PTHR35176 2 136 3.2E-24 T 17-09-2021 +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 PIRSF PIRSF000883 1 244 4.0E-64 T 17-09-2021 IPR011152 Phosphoesterase MJ0912 +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 SUPERFAMILY SSF56300 1 229 2.49E-51 T 17-09-2021 +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 PANTHER PTHR42850 1 239 1.1E-59 T 17-09-2021 +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 Gene3D G3DSA:3.60.21.10 1 244 6.3E-63 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 TIGRFAM TIGR00040 yfcE: phosphodiesterase, MJ0936 family 1 200 3.9E-19 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 Pfam PF12850 Calcineurin-like phosphoesterase superfamily domain 1 198 1.4E-33 T 17-09-2021 IPR024654 Calcineurin-like phosphoesterase domain, lpxH-type Reactome: R-HSA-3238698 +MGYG000000001_00791 7c9f481e4fed55b6bb5c775eca3d0bfd 244 PANTHER PTHR42850:SF2 1 239 1.1E-59 T 17-09-2021 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 Pfam PF13416 Bacterial extracellular solute-binding protein 56 376 9.5E-43 T 17-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 SUPERFAMILY SSF53850 22 434 2.22E-53 T 17-09-2021 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 Gene3D G3DSA:3.40.190.10 57 368 4.7E-66 T 17-09-2021 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 PANTHER PTHR43649 5 435 6.4E-45 T 17-09-2021 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 ProSitePatterns PS01037 Bacterial extracellular solute-binding proteins, family 1 signature. 142 159 - T 17-09-2021 IPR006061 Solute-binding family 1, conserved site GO:0055085 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 PANTHER PTHR43649:SF12 5 435 6.4E-45 T 17-09-2021 +MGYG000000001_01237 a7047d11398a434ccc6ae01d52fb3fd5 437 Gene3D G3DSA:3.40.190.10 143 426 4.7E-66 T 17-09-2021 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 ProSitePatterns PS00102 Phosphorylase pyridoxal-phosphate attachment site. 648 660 - T 17-09-2021 IPR035090 Phosphorylase pyridoxal-phosphate attachment site KEGG: 00500+2.4.1.1|MetaCyc: PWY-5941|MetaCyc: PWY-6731|MetaCyc: PWY-6737|MetaCyc: PWY-7238|Reactome: R-HSA-70221 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 PIRSF PIRSF000460 1 809 1.0E-206 T 17-09-2021 IPR000811 Glycosyl transferase, family 35 GO:0005975|GO:0008184 KEGG: 00500+2.4.1.1|MetaCyc: PWY-5941|MetaCyc: PWY-6731|MetaCyc: PWY-6737|MetaCyc: PWY-7238|Reactome: R-HSA-70221 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 SUPERFAMILY SSF53756 3 803 4.16E-287 T 17-09-2021 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 Gene3D G3DSA:3.40.50.2000 20 802 0.0 T 17-09-2021 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 PANTHER PTHR11468 5 802 0.0 T 17-09-2021 IPR000811 Glycosyl transferase, family 35 GO:0005975|GO:0008184 KEGG: 00500+2.4.1.1|MetaCyc: PWY-5941|MetaCyc: PWY-6731|MetaCyc: PWY-6737|MetaCyc: PWY-7238|Reactome: R-HSA-70221 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 PANTHER PTHR11468:SF3 5 802 0.0 T 17-09-2021 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 Gene3D G3DSA:3.40.50.2000 470 797 0.0 T 17-09-2021 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 Pfam PF00343 Carbohydrate phosphorylase 90 802 0.0 T 17-09-2021 IPR000811 Glycosyl transferase, family 35 GO:0005975|GO:0008184 KEGG: 00500+2.4.1.1|MetaCyc: PWY-5941|MetaCyc: PWY-6731|MetaCyc: PWY-6737|MetaCyc: PWY-7238|Reactome: R-HSA-70221 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 CDD cd04300 GT35_Glycogen_Phosphorylase 10 802 0.0 T 17-09-2021 +MGYG000000001_01223 1867a8571b29c1b3f5358e23b38415a3 815 TIGRFAM TIGR02093 P_ylase: glycogen/starch/alpha-glucan phosphorylases 6 802 0.0 T 17-09-2021 IPR011833 Glycogen/starch/alpha-glucan phosphorylase GO:0004645|GO:0005975|GO:0030170 KEGG: 00500+2.4.1.1|MetaCyc: PWY-5941|MetaCyc: PWY-6731|MetaCyc: PWY-6737|MetaCyc: PWY-7238|Reactome: R-HSA-70221 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 Gene3D G3DSA:1.10.357.10 2 182 5.7E-29 T 17-09-2021 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 PRINTS PR00455 TetR bacterial regulatory protein HTH signature 32 55 1.5E-10 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 PRINTS PR00455 TetR bacterial regulatory protein HTH signature 11 24 1.5E-10 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 PANTHER PTHR43479:SF11 5 179 1.5E-25 T 17-09-2021 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 SUPERFAMILY SSF48498 87 181 2.47E-6 T 17-09-2021 IPR036271 Tetracyclin repressor-like, C-terminal domain superfamily +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 ProSiteProfiles PS50977 TetR-type HTH domain profile. 5 65 22.51 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 Pfam PF00440 Bacterial regulatory proteins, tetR family 11 55 2.4E-15 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 PANTHER PTHR43479 5 179 1.5E-25 T 17-09-2021 +MGYG000000001_02527 174a477dac7c581a9ceaa834ca2a7065 186 SUPERFAMILY SSF46689 4 73 3.73E-18 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02095 9be79a036c8a03416b985853e2ff2ae1 369 Pfam PF13343 Bacterial extracellular solute-binding protein 106 330 1.0E-31 T 17-09-2021 +MGYG000000001_02095 9be79a036c8a03416b985853e2ff2ae1 369 SUPERFAMILY SSF53850 61 361 1.52E-43 T 17-09-2021 +MGYG000000001_02095 9be79a036c8a03416b985853e2ff2ae1 369 Gene3D G3DSA:3.40.190.10 73 324 1.6E-33 T 17-09-2021 +MGYG000000001_02095 9be79a036c8a03416b985853e2ff2ae1 369 Gene3D G3DSA:3.40.190.10 158 275 1.6E-33 T 17-09-2021 +MGYG000000001_02095 9be79a036c8a03416b985853e2ff2ae1 369 PANTHER PTHR30006 15 364 1.8E-43 T 17-09-2021 +MGYG000000001_02095 9be79a036c8a03416b985853e2ff2ae1 369 PANTHER PTHR30006:SF2 15 364 1.8E-43 T 17-09-2021 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 CDD cd03257 ABC_NikE_OppD_transporters 6 243 3.78733E-121 T 17-09-2021 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 Gene3D G3DSA:3.40.50.300 6 339 6.1E-96 T 17-09-2021 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 TIGRFAM TIGR01727 oligo_HPY: oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal domain 238 328 2.3E-26 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 ProSitePatterns PS00211 ABC transporters family signature. 161 175 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 Pfam PF08352 Oligopeptide/dipeptide transporter, C-terminal region 240 305 3.3E-16 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 SUPERFAMILY SSF52540 23 260 3.75E-69 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 SMART SM00382 42 238 2.8E-17 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 18 261 24.83 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 PANTHER PTHR43776 2 331 1.1E-127 T 17-09-2021 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 Pfam PF00005 ABC transporter 34 188 7.9E-31 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01957 a17f917a5ab5227a79f4db80050a43d2 345 PANTHER PTHR43776:SF6 2 331 1.1E-127 T 17-09-2021 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 PANTHER PTHR13767 2 216 4.9E-76 T 17-09-2021 IPR014780 tRNA pseudouridine synthase II, TruB GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 Pfam PF16198 tRNA pseudouridylate synthase B C-terminal domain 174 232 7.5E-19 T 17-09-2021 IPR032819 tRNA pseudouridylate synthase B, C-terminal Reactome: R-HSA-171319|Reactome: R-HSA-6790901 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 Pfam PF01509 TruB family pseudouridylate synthase (N terminal domain) 23 173 4.7E-54 T 17-09-2021 IPR002501 Pseudouridine synthase II, N-terminal GO:0006396 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 Hamap MF_01080 tRNA pseudouridine synthase B [truB]. 1 300 18.292 T 17-09-2021 IPR014780 tRNA pseudouridine synthase II, TruB GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 Gene3D G3DSA:3.30.2350.10 1 239 3.5E-89 T 17-09-2021 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 SUPERFAMILY SSF55120 1 232 1.44E-77 T 17-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 CDD cd02573 PseudoU_synth_EcTruB 4 214 4.96963E-116 T 17-09-2021 IPR014780 tRNA pseudouridine synthase II, TruB GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 TIGRFAM TIGR00431 TruB: tRNA pseudouridine(55) synthase 2 212 3.8E-75 T 17-09-2021 IPR014780 tRNA pseudouridine synthase II, TruB GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01607 22ab284963eff356410627b0774b0f4c 301 Pfam PF09157 Pseudouridine synthase II TruB, C-terminal 238 289 1.7E-4 T 17-09-2021 IPR015240 tRNA pseudouridine synthase II, TruB, subfamily 1, C-terminal GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Pfam PF08245 Mur ligase middle domain 112 297 1.0E-43 T 17-09-2021 IPR013221 Mur ligase, central GO:0005524|GO:0009058 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Gene3D G3DSA:3.90.190.20 318 457 6.3E-41 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Gene3D G3DSA:3.40.1390.10 1 82 4.3E-17 T 17-09-2021 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 PANTHER PTHR43024 1 456 2.1E-136 T 17-09-2021 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Pfam PF01225 Mur ligase family, catalytic domain 29 101 4.8E-11 T 17-09-2021 IPR000713 Mur ligase, N-terminal catalytic domain GO:0005524|GO:0009058 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Gene3D G3DSA:3.40.1190.10 88 316 5.3E-68 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 TIGRFAM TIGR01143 murF: UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase 31 455 8.7E-129 T 17-09-2021 IPR005863 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase GO:0005524|GO:0047480|GO:0071555 KEGG: 00300+6.3.2.10|KEGG: 00550+6.3.2.10|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 SUPERFAMILY SSF53623 107 315 1.31E-50 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Pfam PF02875 Mur ligase family, glutamate ligase domain 320 398 5.8E-12 T 17-09-2021 IPR004101 Mur ligase, C-terminal GO:0005524|GO:0009058|GO:0016874 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 Hamap MF_02019 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase [murF]. 4 456 31.135 T 17-09-2021 IPR005863 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase GO:0005524|GO:0047480|GO:0071555 KEGG: 00300+6.3.2.10|KEGG: 00550+6.3.2.10|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 SUPERFAMILY SSF53244 319 455 4.58E-36 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_01200 85c11022d85b94ed629eeb3541314670 457 SUPERFAMILY SSF63418 3 103 1.11E-18 T 17-09-2021 IPR035911 MurE/MurF, N-terminal +MGYG000000001_00223 5522c7b3328456eb32424dacdf44a2ca 153 SUPERFAMILY SSF55486 3 152 1.17E-42 T 17-09-2021 +MGYG000000001_00223 5522c7b3328456eb32424dacdf44a2ca 153 Pfam PF02130 Uncharacterized protein family UPF0054 14 148 1.7E-44 T 17-09-2021 IPR002036 Endoribonuclease YbeY GO:0004222|GO:0006364 +MGYG000000001_00223 5522c7b3328456eb32424dacdf44a2ca 153 Gene3D G3DSA:3.40.390.30 2 151 8.1E-45 T 17-09-2021 IPR023091 Metalloprotease catalytic domain superfamily, predicted GO:0004222 +MGYG000000001_00223 5522c7b3328456eb32424dacdf44a2ca 153 PANTHER PTHR46986 37 150 1.8E-21 T 17-09-2021 +MGYG000000001_00223 5522c7b3328456eb32424dacdf44a2ca 153 Hamap MF_00009 Endoribonuclease YbeY [ybeY]. 2 152 22.348 T 17-09-2021 IPR002036 Endoribonuclease YbeY GO:0004222|GO:0006364 +MGYG000000001_00223 5522c7b3328456eb32424dacdf44a2ca 153 TIGRFAM TIGR00043 TIGR00043: rRNA maturation RNase YbeY 40 148 4.2E-39 T 17-09-2021 IPR002036 Endoribonuclease YbeY GO:0004222|GO:0006364 +MGYG000000001_02192 c7aef2e08982f2d86fdd2cac4a99db9b 210 Pfam PF02570 Precorrin-8X methylmutase 10 208 7.1E-72 T 17-09-2021 IPR003722 Cobalamin biosynthesis precorrin-8X methylmutase CobH/CbiC GO:0009236|GO:0016993 +MGYG000000001_02192 c7aef2e08982f2d86fdd2cac4a99db9b 210 Gene3D G3DSA:3.40.50.10230 1 210 7.1E-78 T 17-09-2021 IPR036588 Precorrin-8X methylmutase CobH/CbiC superfamily GO:0009236|GO:0016993 +MGYG000000001_02192 c7aef2e08982f2d86fdd2cac4a99db9b 210 SUPERFAMILY SSF63965 10 208 4.97E-67 T 17-09-2021 IPR036588 Precorrin-8X methylmutase CobH/CbiC superfamily GO:0009236|GO:0016993 +MGYG000000001_02192 c7aef2e08982f2d86fdd2cac4a99db9b 210 PANTHER PTHR43588 1 208 1.2E-72 T 17-09-2021 +MGYG000000001_01355 a37c5fabe28a53e907f47dcd9aaa94fa 147 Pfam PF04463 Protein of unknown function (DUF523) 2 146 4.2E-43 T 17-09-2021 IPR007553 Domain of unknown function DUF523 +MGYG000000001_01355 a37c5fabe28a53e907f47dcd9aaa94fa 147 PANTHER PTHR30087 2 146 2.9E-39 T 17-09-2021 +MGYG000000001_01355 a37c5fabe28a53e907f47dcd9aaa94fa 147 PANTHER PTHR30087:SF1 2 146 2.9E-39 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 Gene3D G3DSA:3.30.70.20 65 128 7.4E-31 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 CDD cd10554 HycB_like 4 153 6.48048E-71 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 90 101 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 Gene3D G3DSA:3.30.70.20 6 164 7.4E-31 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 PANTHER PTHR42859:SF8 1 170 2.2E-44 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 PANTHER PTHR42859 1 170 2.2E-44 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 49 77 6.685 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 121 155 7.811 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 2 22 7.483 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 SUPERFAMILY SSF54862 2 167 9.21E-42 T 17-09-2021 +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 81 110 11.028 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00023 2b34589108ba48f8d964f203958e9e13 172 Pfam PF13247 4Fe-4S dicluster domain 55 152 2.1E-9 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01969 3b939da8dec0d28c1e2d320a0035c454 283 PANTHER PTHR32502 16 282 1.3E-110 T 17-09-2021 +MGYG000000001_01969 3b939da8dec0d28c1e2d320a0035c454 283 ProSiteProfiles PS51108 PTS_EIID domain profile. 18 282 70.034 T 17-09-2021 IPR004704 Phosphotransferase system, mannose/fructose/sorbose family IID component GO:0009401|GO:0016021 +MGYG000000001_01969 3b939da8dec0d28c1e2d320a0035c454 283 PANTHER PTHR32502:SF23 16 282 1.3E-110 T 17-09-2021 +MGYG000000001_01969 3b939da8dec0d28c1e2d320a0035c454 283 Pfam PF03613 PTS system mannose/fructose/sorbose family IID component 20 282 4.0E-106 T 17-09-2021 IPR004704 Phosphotransferase system, mannose/fructose/sorbose family IID component GO:0009401|GO:0016021 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 Coils Coil 42 62 - T 17-09-2021 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 Coils Coil 42 62 - T 17-09-2021 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 Gene3D G3DSA:1.20.120.530 81 212 3.1E-10 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 Gene3D G3DSA:1.20.120.530 81 212 3.1E-10 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 SMART SM00345 16 75 1.6E-9 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 SMART SM00345 16 75 1.6E-9 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 SUPERFAMILY SSF48008 83 209 1.88E-9 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 SUPERFAMILY SSF48008 83 209 1.88E-9 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 PANTHER PTHR43537:SF6 16 208 3.4E-24 T 17-09-2021 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 PANTHER PTHR43537:SF6 16 208 3.4E-24 T 17-09-2021 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 Pfam PF07729 FCD domain 88 207 8.4E-11 T 17-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 Pfam PF07729 FCD domain 88 207 8.4E-11 T 17-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 SUPERFAMILY SSF46785 10 83 2.12E-13 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 SUPERFAMILY SSF46785 10 83 2.12E-13 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 CDD cd07377 WHTH_GntR 17 72 1.40537E-13 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 CDD cd07377 WHTH_GntR 17 72 1.40537E-13 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 74 2.2E-11 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 74 2.2E-11 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 ProSiteProfiles PS50949 GntR-type HTH domain profile. 10 78 16.0 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 ProSiteProfiles PS50949 GntR-type HTH domain profile. 10 78 16.0 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 Gene3D G3DSA:1.10.10.10 4 75 2.0E-15 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 Gene3D G3DSA:1.10.10.10 4 75 2.0E-15 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01474 100cdb68a5ddc389415a8d80d1770247 215 PANTHER PTHR43537 16 208 3.4E-24 T 17-09-2021 +MGYG000000001_01473 100cdb68a5ddc389415a8d80d1770247 215 PANTHER PTHR43537 16 208 3.4E-24 T 17-09-2021 +MGYG000000001_02392 61a6ee5db7eb0dbe412af901994d5593 523 PANTHER PTHR30282 10 522 2.8E-192 T 17-09-2021 IPR004697 p-Aminobenzoyl-glutamate transport protein AbgT GO:0015558|GO:1902604 +MGYG000000001_02392 61a6ee5db7eb0dbe412af901994d5593 523 PANTHER PTHR30282:SF0 10 522 2.8E-192 T 17-09-2021 +MGYG000000001_02392 61a6ee5db7eb0dbe412af901994d5593 523 Pfam PF03806 AbgT putative transporter family 17 521 3.2E-186 T 17-09-2021 IPR004697 p-Aminobenzoyl-glutamate transport protein AbgT GO:0015558|GO:1902604 +MGYG000000001_00689 03c9db4bae3afddd92ee8f9364dc7831 313 Pfam PF07963 Prokaryotic N-terminal methylation motif 2 25 1.5E-7 T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00689 03c9db4bae3afddd92ee8f9364dc7831 313 TIGRFAM TIGR02532 IV_pilin_GFxxxE: prepilin-type N-terminal cleavage/methylation domain 4 26 1.5E-7 T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00689 03c9db4bae3afddd92ee8f9364dc7831 313 ProSitePatterns PS00409 Prokaryotic N-terminal methylation site. 4 24 - T 17-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 TIGRFAM TIGR00846 caca2: calcium/proton exchanger 3 345 6.6E-97 T 17-09-2021 IPR004713 Calcium/proton exchanger GO:0006812|GO:0008324|GO:0016021|GO:0055085 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 TIGRFAM TIGR00378 cax: calcium/proton exchanger 7 345 6.3E-117 T 17-09-2021 IPR004798 Calcium/proton exchanger CAX GO:0006816|GO:0015369 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 PANTHER PTHR31503:SF22 3 346 3.7E-117 T 17-09-2021 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 Pfam PF01699 Sodium/calcium exchanger protein 26 179 8.5E-17 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 Pfam PF01699 Sodium/calcium exchanger protein 203 342 1.5E-17 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 32 6.0 T 17-09-2021 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 Gene3D G3DSA:1.20.58.1130 30 235 8.0E-26 T 17-09-2021 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 Gene3D G3DSA:1.20.1420.30 55 338 8.0E-26 T 17-09-2021 +MGYG000000001_00897 f45ba65ef015697238f204baffaf0c44 347 PANTHER PTHR31503 3 346 3.7E-117 T 17-09-2021 +MGYG000000001_01463 80557a930ccdb74117bb1919e80e1633 111 Coils Coil 68 88 - T 17-09-2021 +MGYG000000001_01463 80557a930ccdb74117bb1919e80e1633 111 Gene3D G3DSA:1.20.1500.10 2 111 4.2E-24 T 17-09-2021 IPR023378 YheA/YmcA-like domain superfamily +MGYG000000001_01463 80557a930ccdb74117bb1919e80e1633 111 SUPERFAMILY SSF158622 1 108 3.4E-23 T 17-09-2021 IPR023378 YheA/YmcA-like domain superfamily +MGYG000000001_01463 80557a930ccdb74117bb1919e80e1633 111 Pfam PF06133 Control of competence regulator ComK, YlbF/YmcA 3 106 4.0E-19 T 17-09-2021 IPR010368 Control of competence regulator ComK, YlbF/YmcA +MGYG000000001_00241 2eb285cb0ea5e8703f09fb75a7798e81 133 Gene3D G3DSA:1.20.1740.10 1 133 3.9E-21 T 17-09-2021 +MGYG000000001_00241 2eb285cb0ea5e8703f09fb75a7798e81 133 PANTHER PTHR11785:SF524 1 132 2.2E-15 T 17-09-2021 +MGYG000000001_00241 2eb285cb0ea5e8703f09fb75a7798e81 133 PANTHER PTHR11785 1 132 2.2E-15 T 17-09-2021 +MGYG000000001_00241 2eb285cb0ea5e8703f09fb75a7798e81 133 Pfam PF13520 Amino acid permease 2 132 1.0E-16 T 17-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 Gene3D G3DSA:3.30.70.270 193 369 5.9E-55 T 17-09-2021 +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 ProSiteProfiles PS51832 HD-GYP domain profile. 380 570 42.932 T 17-09-2021 IPR037522 HD-GYP domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 SUPERFAMILY SSF109604 390 564 4.4E-29 T 17-09-2021 +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 Gene3D G3DSA:1.10.3210.10 386 570 1.3E-59 T 17-09-2021 +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 SMART SM00471 398 533 2.9E-5 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 Pfam PF01966 HD domain 402 524 2.9E-16 T 17-09-2021 IPR006674 HD domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 SMART SM00267 194 367 8.7E-66 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 CDD cd00077 HDc 401 544 2.76811E-20 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 SUPERFAMILY SSF55073 210 368 2.86E-47 T 17-09-2021 IPR029787 Nucleotide cyclase +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 ProSiteProfiles PS50887 GGDEF domain profile. 234 369 34.31 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 Pfam PF00990 Diguanylate cyclase, GGDEF domain 205 363 5.6E-49 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 CDD cd01949 GGDEF 206 364 1.12753E-62 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 PANTHER PTHR45138 116 369 6.2E-71 T 17-09-2021 +MGYG000000001_02895 07b096ac56dea183a7fc82bd0fc21fc3 570 TIGRFAM TIGR00254 GGDEF: diguanylate cyclase (GGDEF) domain 201 365 1.9E-50 T 17-09-2021 IPR000160 GGDEF domain +MGYG000000001_02344 dc31f3d56e05859b5c7d274c3029130c 183 Gene3D G3DSA:1.10.1760.20 2 176 2.8E-20 T 17-09-2021 +MGYG000000001_02344 dc31f3d56e05859b5c7d274c3029130c 183 PANTHER PTHR37815:SF3 1 180 4.0E-49 T 17-09-2021 +MGYG000000001_02344 dc31f3d56e05859b5c7d274c3029130c 183 Pfam PF07155 ECF-type riboflavin transporter, S component 5 171 6.9E-48 T 17-09-2021 IPR009825 ECF transporter, substrate-specific component-like GO:0016020 +MGYG000000001_02344 dc31f3d56e05859b5c7d274c3029130c 183 PANTHER PTHR37815 1 180 4.0E-49 T 17-09-2021 +MGYG000000001_02344 dc31f3d56e05859b5c7d274c3029130c 183 Hamap MF_01572 UPF0397 protein . 3 182 26.419 T 17-09-2021 IPR022914 Protein of unknown function UPF0397 +MGYG000000001_02315 b248bae2eaf15ec0e522ab83b937c92d 400 Gene3D G3DSA:1.20.1530.10 4 382 8.0E-112 T 17-09-2021 IPR023171 Na/H antiporter domain superfamily +MGYG000000001_02315 b248bae2eaf15ec0e522ab83b937c92d 400 Hamap MF_01844 Na(+)/H(+) antiporter NhaA [nhaA]. 7 386 18.734 T 17-09-2021 IPR004670 Na+/H+ antiporter NhaA GO:0006814|GO:0006885|GO:0016021 +MGYG000000001_02315 b248bae2eaf15ec0e522ab83b937c92d 400 TIGRFAM TIGR00773 NhaA: Na+/H+ antiporter NhaA 13 368 1.0E-99 T 17-09-2021 IPR004670 Na+/H+ antiporter NhaA GO:0006814|GO:0006885|GO:0016021 +MGYG000000001_02315 b248bae2eaf15ec0e522ab83b937c92d 400 Pfam PF06965 Na+/H+ antiporter 1 11 373 5.3E-113 T 17-09-2021 IPR004670 Na+/H+ antiporter NhaA GO:0006814|GO:0006885|GO:0016021 +MGYG000000001_02315 b248bae2eaf15ec0e522ab83b937c92d 400 PANTHER PTHR30341 6 385 2.0E-97 T 17-09-2021 IPR004670 Na+/H+ antiporter NhaA GO:0006814|GO:0006885|GO:0016021 +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 CDD cd07377 WHTH_GntR 12 77 1.19962E-27 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 SUPERFAMILY SSF46785 6 80 1.14E-22 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 PANTHER PTHR38445:SF7 1 122 6.9E-42 T 17-09-2021 +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 ProSiteProfiles PS50949 GntR-type HTH domain profile. 11 79 21.118 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 Pfam PF00392 Bacterial regulatory proteins, gntR family 14 76 6.0E-16 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 Gene3D G3DSA:1.10.10.10 10 122 2.5E-27 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 PANTHER PTHR38445 1 122 6.9E-42 T 17-09-2021 +MGYG000000001_02026 8f81d842f28663de407d755efe68371b 123 SMART SM00345 17 76 2.5E-15 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 SFLD SFLDG01384 thioether bond formation requiring two auxiliary iron-sulfur clusters 91 454 0.0 T 17-09-2021 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 SFLD SFLDS00029 Radical SAM 91 454 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 Pfam PF05402 Coenzyme PQQ synthesis protein D (PqqD) 14 60 1.4E-5 T 17-09-2021 IPR008792 Coenzyme PQQ synthesis protein D +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 PANTHER PTHR43273 90 444 3.9E-82 T 17-09-2021 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 Pfam PF13186 Iron-sulfur cluster-binding domain 345 407 5.5E-5 T 17-09-2021 IPR023885 4Fe4S-binding SPASM domain +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 Gene3D G3DSA:3.20.20.70 91 453 1.4E-72 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 Pfam PF13353 4Fe-4S single cluster domain 96 230 2.3E-14 T 17-09-2021 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 TIGRFAM TIGR03974 rSAM_six_Cys: SCIFF radical SAM maturase 4 450 7.2E-215 T 17-09-2021 IPR024025 SCIFF radical SAM maturase +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 TIGRFAM TIGR04085 rSAM_more_4Fe4S: radical SAM additional 4Fe4S-binding SPASM domain 345 431 4.5E-20 T 17-09-2021 IPR023885 4Fe4S-binding SPASM domain +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 SUPERFAMILY SSF102114 93 416 2.88E-56 T 17-09-2021 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 CDD cd01335 Radical_SAM 98 308 4.81055E-7 T 17-09-2021 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 PANTHER PTHR43273:SF5 90 444 3.9E-82 T 17-09-2021 +MGYG000000001_00358 0034c08175e879607a9b4760ff4c50b7 457 Pfam PF04055 Radical SAM superfamily 101 256 6.4E-13 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02423 01023e01d0b1a47b9850e0818dbf0f27 322 Gene3D G3DSA:3.40.50.300 128 298 2.3E-22 T 17-09-2021 +MGYG000000001_02423 01023e01d0b1a47b9850e0818dbf0f27 322 TIGRFAM TIGR02858 spore_III_AA: stage III sporulation protein AA 31 312 2.8E-111 T 17-09-2021 IPR014217 Sporulation stage III, protein AA +MGYG000000001_02423 01023e01d0b1a47b9850e0818dbf0f27 322 PANTHER PTHR20953 7 287 6.2E-40 T 17-09-2021 +MGYG000000001_02423 01023e01d0b1a47b9850e0818dbf0f27 322 PANTHER PTHR20953:SF3 7 287 6.2E-40 T 17-09-2021 +MGYG000000001_02423 01023e01d0b1a47b9850e0818dbf0f27 322 SUPERFAMILY SSF52540 72 280 8.99E-12 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 5 165 3.9E-28 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 ProSiteProfiles PS50823 Type-2 KH domain profile. 193 279 11.352 T 17-09-2021 IPR004044 K Homology domain, type 2 GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 CDD cd04163 Era 2 168 2.91459E-85 T 17-09-2021 IPR030388 Era-type guanine nucleotide-binding (G) domain GO:0005525 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 PANTHER PTHR42698:SF2 3 295 3.4E-102 T 17-09-2021 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 Pfam PF01926 50S ribosome-binding GTPase 7 121 3.2E-25 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 ProSiteProfiles PS51713 Era-type guanine nucleotide-binding (G) domain profile. 3 170 65.667 T 17-09-2021 IPR030388 Era-type guanine nucleotide-binding (G) domain GO:0005525 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 PANTHER PTHR42698 3 295 3.4E-102 T 17-09-2021 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 Hamap MF_00367 GTPase Era [era]. 2 293 37.424 T 17-09-2021 IPR005662 GTP-binding protein Era GO:0003723|GO:0005525 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 SUPERFAMILY SSF54814 179 293 1.11E-39 T 17-09-2021 IPR009019 K homology domain superfamily, prokaryotic type GO:0003723 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 TIGRFAM TIGR00436 era: GTP-binding protein Era 5 276 8.3E-97 T 17-09-2021 IPR005662 GTP-binding protein Era GO:0003723|GO:0005525 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 Pfam PF07650 KH domain 204 282 4.8E-21 T 17-09-2021 IPR004044 K Homology domain, type 2 GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 SUPERFAMILY SSF52540 7 200 1.02E-49 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 Gene3D G3DSA:3.30.300.20 181 295 3.7E-43 T 17-09-2021 IPR015946 K homology domain-like, alpha/beta +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 7 27 1.4E-5 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 74 92 1.4E-5 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00220 19fc30656f17bcc04898396a3149e9c1 296 Gene3D G3DSA:3.40.50.300 2 180 1.0E-47 T 17-09-2021 +MGYG000000001_00287 84ff3fe7903e3f0fcb7a6b0370d99efa 123 SMART SM01103 2 85 9.1E-35 T 17-09-2021 IPR001890 RNA-binding, CRM domain GO:0003723 +MGYG000000001_00287 84ff3fe7903e3f0fcb7a6b0370d99efa 123 Pfam PF01985 CRS1 / YhbY (CRM) domain 2 85 5.9E-21 T 17-09-2021 IPR001890 RNA-binding, CRM domain GO:0003723 +MGYG000000001_00287 84ff3fe7903e3f0fcb7a6b0370d99efa 123 Gene3D G3DSA:3.30.110.60 1 104 2.8E-30 T 17-09-2021 IPR035920 YhbY-like superfamily +MGYG000000001_00287 84ff3fe7903e3f0fcb7a6b0370d99efa 123 ProSiteProfiles PS51295 CRM domain profile. 1 96 21.78 T 17-09-2021 IPR001890 RNA-binding, CRM domain GO:0003723 +MGYG000000001_00287 84ff3fe7903e3f0fcb7a6b0370d99efa 123 PANTHER PTHR40065 1 95 1.6E-24 T 17-09-2021 +MGYG000000001_00287 84ff3fe7903e3f0fcb7a6b0370d99efa 123 SUPERFAMILY SSF75471 1 94 2.49E-26 T 17-09-2021 IPR035920 YhbY-like superfamily +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Gene3D G3DSA:1.10.287.380 556 634 6.5E-12 T 17-09-2021 IPR037118 Valyl-tRNA synthetase, tRNA-binding arm superfamily GO:0000166|GO:0004832|GO:0005524|GO:0005737|GO:0006438 KEGG: 00970+6.1.1.9|Reactome: R-HSA-379716 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 CDD cd03221 ABCF_EF-3 318 513 2.41397E-49 T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 ProSitePatterns PS00211 ABC transporters family signature. 158 172 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Pfam PF00005 ABC transporter 334 468 9.7E-23 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Gene3D G3DSA:3.40.50.300 1 280 6.6E-72 T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 254 19.988 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Coils Coil 604 624 - T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 SMART SM00382 342 512 8.0E-5 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 SMART SM00382 28 231 5.0E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 318 556 14.539 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 SUPERFAMILY SSF52540 312 516 6.76E-45 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Coils Coil 573 593 - T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 CDD cd03221 ABCF_EF-3 5 231 2.10754E-52 T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 PANTHER PTHR42855 1 632 3.9E-247 T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Gene3D G3DSA:3.40.50.300 281 555 2.1E-59 T 17-09-2021 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Pfam PF00005 ABC transporter 19 186 4.2E-29 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 SUPERFAMILY SSF52540 4 239 2.08E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Pfam PF12848 ABC transporter 225 304 6.4E-14 T 17-09-2021 IPR032781 ABC-transporter extension domain +MGYG000000001_00545 994239cbb2bb4c5ff0ece837be33cb8a 640 Pfam PF16326 ABC transporter C-terminal domain 564 629 2.0E-18 T 17-09-2021 IPR032524 ABC transporter Uup, C-terminal GO:0003677 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Gene3D G3DSA:3.30.56.10 408 482 1.6E-21 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Gene3D G3DSA:3.30.56.10 4 187 8.5E-69 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SMART SM00873 219 392 5.8E-89 T 17-09-2021 IPR005146 B3/B4 tRNA-binding domain GO:0003723|GO:0004826 KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 CDD cd02796 tRNA_bind_bactPheRS 45 154 3.20625E-42 T 17-09-2021 IPR033714 Phenylalanly tRNA synthetase, tRNA-binding-domain GO:0000049 KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Hamap MF_00283 Phenylalanine--tRNA ligase beta subunit [pheT]. 1 788 43.319 T 17-09-2021 IPR004532 Phenylalanine-tRNA ligase, class IIc, beta subunit GO:0000287|GO:0004826|GO:0005524|GO:0006432 KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SUPERFAMILY SSF46955 410 482 3.94E-16 T 17-09-2021 IPR009061 Putative DNA-binding domain superfamily +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Pfam PF01588 Putative tRNA binding domain 45 134 1.5E-21 T 17-09-2021 IPR002547 tRNA-binding domain GO:0000049 Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Gene3D G3DSA:3.30.930.10 494 687 4.9E-54 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 ProSiteProfiles PS50886 tRNA-binding domain profile. 39 155 35.681 T 17-09-2021 IPR002547 tRNA-binding domain GO:0000049 Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 ProSiteProfiles PS51447 Ferredoxin-fold anticodon binding (FDX-ACB) domain profile. 701 794 32.456 T 17-09-2021 IPR005121 Ferrodoxin-fold anticodon-binding domain KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Gene3D G3DSA:3.30.70.380 702 795 8.8E-31 T 17-09-2021 IPR036690 Ferrodoxin-fold anticodon-binding domain superfamily KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 ProSiteProfiles PS51483 B5 domain profile. 407 483 25.538 T 17-09-2021 IPR005147 tRNA synthetase, B5-domain GO:0000287|GO:0003723|GO:0005524|GO:0006432 KEGG: 00970+6.1.1.20|Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 TIGRFAM TIGR00472 pheT_bact: phenylalanine--tRNA ligase, beta subunit 1 794 1.5E-263 T 17-09-2021 IPR004532 Phenylalanine-tRNA ligase, class IIc, beta subunit GO:0000287|GO:0004826|GO:0005524|GO:0006432 KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SMART SM00896 701 794 9.0E-43 T 17-09-2021 IPR005121 Ferrodoxin-fold anticodon-binding domain KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 PANTHER PTHR10947 1 686 2.2E-108 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 PANTHER PTHR10947:SF0 1 686 2.2E-108 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SUPERFAMILY SSF50249 35 199 1.35E-44 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SUPERFAMILY SSF56037 207 403 1.88E-72 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SMART SM00874 409 478 1.9E-23 T 17-09-2021 IPR005147 tRNA synthetase, B5-domain GO:0000287|GO:0003723|GO:0005524|GO:0006432 KEGG: 00970+6.1.1.20|Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SUPERFAMILY SSF55681 474 687 2.88E-43 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Pfam PF03484 tRNA synthetase B5 domain 414 478 2.2E-17 T 17-09-2021 IPR005147 tRNA synthetase, B5-domain GO:0000287|GO:0003723|GO:0005524|GO:0006432 KEGG: 00970+6.1.1.20|Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Gene3D G3DSA:2.40.50.140 39 161 8.5E-69 T 17-09-2021 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 SUPERFAMILY SSF54991 696 794 2.09E-30 T 17-09-2021 IPR036690 Ferrodoxin-fold anticodon-binding domain superfamily KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 CDD cd00769 PheRS_beta_core 498 687 3.16402E-57 T 17-09-2021 IPR041616 Phenylalanyl tRNA synthetase beta chain, core domain KEGG: 00970+6.1.1.20|Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Pfam PF03147 Ferredoxin-fold anticodon binding domain 701 794 2.6E-30 T 17-09-2021 IPR005121 Ferrodoxin-fold anticodon-binding domain KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Pfam PF03483 B3/4 domain 220 390 5.3E-69 T 17-09-2021 IPR005146 B3/B4 tRNA-binding domain GO:0003723|GO:0004826 KEGG: 00970+6.1.1.20 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Pfam PF17759 Phenylalanyl tRNA synthetase beta chain CLM domain 481 684 6.6E-64 T 17-09-2021 IPR041616 Phenylalanyl tRNA synthetase beta chain, core domain KEGG: 00970+6.1.1.20|Reactome: R-HSA-379716 +MGYG000000001_01361 6f1e6c725ac59ff2710aa780d46b5370 796 Gene3D G3DSA:3.50.40.10 197 407 2.4E-87 T 17-09-2021 IPR020825 Phenylalanyl-tRNA synthetase, B3/B4 KEGG: 00970+6.1.1.20 +MGYG000000001_01263 344faff283606d85b24b602955ec78a7 169 PANTHER PTHR35011 2 162 2.8E-37 T 17-09-2021 IPR007387 TRAP transporter, small membrane protein DctQ +MGYG000000001_01263 344faff283606d85b24b602955ec78a7 169 Pfam PF04290 Tripartite ATP-independent periplasmic transporters, DctQ component 23 151 2.5E-31 T 17-09-2021 IPR007387 TRAP transporter, small membrane protein DctQ +MGYG000000001_01560 bc6e2089ea45b6c9d5d81ed2a28fd1b3 450 PANTHER PTHR30330 10 438 9.1E-40 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01560 bc6e2089ea45b6c9d5d81ed2a28fd1b3 450 PANTHER PTHR30330:SF7 10 438 9.1E-40 T 17-09-2021 +MGYG000000001_01560 bc6e2089ea45b6c9d5d81ed2a28fd1b3 450 Coils Coil 442 450 - T 17-09-2021 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 Gene3D G3DSA:3.40.50.12260 187 289 4.9E-89 T 17-09-2021 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 PANTHER PTHR30532:SF4 1 314 1.1E-89 T 17-09-2021 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 CDD cd01140 FatB 44 311 1.1324E-100 T 17-09-2021 IPR033870 FatB domain GO:0006826 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 Gene3D G3DSA:3.40.50.1980 50 307 4.9E-89 T 17-09-2021 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 Pfam PF01497 Periplasmic binding protein 74 290 4.8E-30 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 Coils Coil 159 193 - T 17-09-2021 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 57 314 41.717 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 PANTHER PTHR30532 1 314 1.1E-89 T 17-09-2021 +MGYG000000001_02240 5d6bcd23307fe519a250e45cd583eeff 314 SUPERFAMILY SSF53807 35 299 3.85E-65 T 17-09-2021 +MGYG000000001_02488 f10e379a027cb3bef5e48102f1c2f685 438 PANTHER PTHR33451 3 436 9.7E-175 T 17-09-2021 +MGYG000000001_02488 f10e379a027cb3bef5e48102f1c2f685 438 PANTHER PTHR33451:SF5 3 436 9.7E-175 T 17-09-2021 +MGYG000000001_02488 f10e379a027cb3bef5e48102f1c2f685 438 Pfam PF03553 Na+/H+ antiporter family 232 424 1.3E-10 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_02488 f10e379a027cb3bef5e48102f1c2f685 438 Pfam PF03553 Na+/H+ antiporter family 38 211 8.5E-17 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_02430 856df5764b260f0a7c8dde47ff1ae487 217 Pfam PF12685 SpoIIIAH-like protein 10 210 3.7E-42 T 17-09-2021 IPR024232 Stage III sporulation protein AH-like +MGYG000000001_02430 856df5764b260f0a7c8dde47ff1ae487 217 MobiDBLite mobidb-lite consensus disorder prediction 46 91 - T 17-09-2021 +MGYG000000001_02430 856df5764b260f0a7c8dde47ff1ae487 217 Gene3D G3DSA:3.30.300.270 101 213 6.1E-30 T 17-09-2021 IPR038503 Stage III sporulation protein AH-like superfamily +MGYG000000001_02430 856df5764b260f0a7c8dde47ff1ae487 217 Coils Coil 108 128 - T 17-09-2021 +MGYG000000001_02430 856df5764b260f0a7c8dde47ff1ae487 217 MobiDBLite mobidb-lite consensus disorder prediction 52 90 - T 17-09-2021 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 Pfam PF00160 Cyclophilin type peptidyl-prolyl cis-trans isomerase/CLD 41 193 4.3E-51 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PIRSF PIRSF001467 33 197 8.8E-46 T 17-09-2021 IPR024936 Cyclophilin-type peptidyl-prolyl cis-trans isomerase GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 7.0 T 17-09-2021 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 ProSitePatterns PS00170 Cyclophilin-type peptidyl-prolyl cis-trans isomerase signature. 75 92 - T 17-09-2021 IPR020892 Cyclophilin-type peptidyl-prolyl cis-trans isomerase, conserved site GO:0003755|GO:0006457 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 153 168 2.6E-19 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 140 152 2.6E-19 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 54 69 2.6E-19 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PRINTS PR00153 Cyclophilin peptidyl-prolyl cis-trans isomerase signature 80 92 2.6E-19 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 Gene3D G3DSA:2.40.100.10 34 202 1.2E-60 T 17-09-2021 IPR029000 Cyclophilin-like domain superfamily +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 SUPERFAMILY SSF50891 45 196 1.61E-56 T 17-09-2021 IPR029000 Cyclophilin-like domain superfamily +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PANTHER PTHR45625 31 193 1.4E-58 T 17-09-2021 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 ProSiteProfiles PS50072 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain profile. 45 193 29.698 T 17-09-2021 IPR002130 Cyclophilin-type peptidyl-prolyl cis-trans isomerase domain GO:0000413|GO:0003755 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 CDD cd00317 cyclophilin 48 190 3.07684E-67 T 17-09-2021 +MGYG000000001_00332 c074071af797a94bc513d973a2762c5a 206 PANTHER PTHR45625:SF4 31 193 1.4E-58 T 17-09-2021 +MGYG000000001_00065 9e09e8bbeb65a4890ffe427463857335 289 Coils Coil 272 289 - T 17-09-2021 +MGYG000000001_00065 9e09e8bbeb65a4890ffe427463857335 289 PANTHER PTHR30509:SF27 4 239 1.1E-21 T 17-09-2021 +MGYG000000001_00065 9e09e8bbeb65a4890ffe427463857335 289 PANTHER PTHR30509 4 239 1.1E-21 T 17-09-2021 +MGYG000000001_00065 9e09e8bbeb65a4890ffe427463857335 289 Pfam PF06081 Aromatic acid exporter family member 1 4 144 1.2E-14 T 17-09-2021 IPR010343 Aromatic acid exporter family member 1 +MGYG000000001_00489 65177f6870278fa8e516040af31e3a08 504 PIRSF PIRSF006060 1 503 8.2E-49 T 17-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00489 65177f6870278fa8e516040af31e3a08 504 Pfam PF13520 Amino acid permease 11 477 2.9E-29 T 17-09-2021 IPR002293 Amino acid/polyamine transporter I GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00489 65177f6870278fa8e516040af31e3a08 504 Gene3D G3DSA:1.20.1740.10 5 493 2.4E-13 T 17-09-2021 +MGYG000000001_00489 65177f6870278fa8e516040af31e3a08 504 PANTHER PTHR43243:SF54 1 503 1.5E-177 T 17-09-2021 +MGYG000000001_00489 65177f6870278fa8e516040af31e3a08 504 PANTHER PTHR43243 1 503 1.5E-177 T 17-09-2021 +MGYG000000001_02004 dd5e1b88ac007c0689ecb9f0ae6fc353 136 Pfam PF09148 Domain of unknown function (DUF1934) 5 131 6.8E-32 T 17-09-2021 IPR015231 Protein of unknown function DUF1934 +MGYG000000001_02004 dd5e1b88ac007c0689ecb9f0ae6fc353 136 SUPERFAMILY SSF50814 4 134 1.26E-26 T 17-09-2021 IPR012674 Calycin +MGYG000000001_02004 dd5e1b88ac007c0689ecb9f0ae6fc353 136 Gene3D G3DSA:2.40.128.20 1 136 8.4E-35 T 17-09-2021 IPR012674 Calycin +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 Pfam PF02645 Uncharacterised protein, DegV family COG1307 3 274 4.2E-76 T 17-09-2021 IPR003797 DegV +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 PANTHER PTHR33434:SF3 1 276 1.4E-76 T 17-09-2021 +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 PANTHER PTHR33434 1 276 1.4E-76 T 17-09-2021 +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 Gene3D G3DSA:3.30.1180.10 156 278 1.6E-33 T 17-09-2021 +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 ProSiteProfiles PS51482 DegV domain profile. 4 279 58.916 T 17-09-2021 IPR003797 DegV +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 SUPERFAMILY SSF82549 3 277 5.23E-79 T 17-09-2021 +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 Gene3D G3DSA:3.40.50.10170 1 151 3.8E-51 T 17-09-2021 +MGYG000000001_02528 70caa52f642d9b6a24f89a23000b09e2 279 TIGRFAM TIGR00762 DegV: EDD domain protein, DegV family 4 277 2.2E-85 T 17-09-2021 IPR003797 DegV +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 PANTHER PTHR30349 17 270 7.5E-30 T 17-09-2021 +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 Gene3D G3DSA:1.10.150.130 12 107 8.2E-11 T 17-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 CDD cd00397 DNA_BRE_C 117 269 1.1925E-24 T 17-09-2021 +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 Pfam PF00589 Phage integrase family 112 277 2.1E-24 T 17-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 Pfam PF02899 Phage integrase, N-terminal SAM-like domain 21 84 9.1E-5 T 17-09-2021 IPR004107 Integrase, SAM-like, N-terminal GO:0003677|GO:0015074 +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 Gene3D G3DSA:1.10.443.10 108 290 3.3E-30 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_00481 9928d2b8de2f49c37d96f9d903f322f0 302 SUPERFAMILY SSF56349 20 276 1.68E-50 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_03045 624335646d1e0730a5dd6b036e17a2ff 357 PANTHER PTHR37814 3 352 1.2E-58 T 17-09-2021 IPR038728 Uncharacterized membrane protein YkvI +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 PANTHER PTHR42925 9 456 3.0E-97 T 17-09-2021 +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 PANTHER PTHR42925:SF2 9 456 3.0E-97 T 17-09-2021 +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 PIRSF PIRSF006603 4 460 2.6E-77 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 Pfam PF01554 MatE 251 411 9.6E-15 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 Pfam PF01554 MatE 25 185 2.8E-32 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 CDD cd13134 MATE_like_8 15 454 1.20169E-97 T 17-09-2021 +MGYG000000001_01710 cdb6ee8414cdf9305f172cc252634f58 464 TIGRFAM TIGR00797 matE: MATE efflux family protein 25 420 2.2E-70 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 ProSiteProfiles PS51202 RCK C-terminal domain profile. 140 223 10.824 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 PANTHER PTHR43004:SF2 1 448 1.8E-100 T 17-09-2021 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Gene3D G3DSA:3.40.50.720 2 136 3.6E-36 T 17-09-2021 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Gene3D G3DSA:3.40.50.720 230 361 1.3E-27 T 17-09-2021 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 SUPERFAMILY SSF116726 369 448 1.07E-8 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Pfam PF02080 TrkA-C domain 153 221 6.1E-10 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 PRINTS PR00335 TrkA potassium uptake protein signature 19 33 3.6E-11 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 PRINTS PR00335 TrkA potassium uptake protein signature 2 16 3.6E-11 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 PRINTS PR00335 TrkA potassium uptake protein signature 73 87 3.6E-11 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 PRINTS PR00335 TrkA potassium uptake protein signature 60 70 3.6E-11 T 17-09-2021 IPR006036 Potassium uptake protein TrkA GO:0005886|GO:0006813|GO:0015079 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 SUPERFAMILY SSF116726 133 222 4.19E-12 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 ProSiteProfiles PS51201 RCK N-terminal domain profile. 2 128 12.332 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Gene3D G3DSA:3.30.70.1450 137 225 1.3E-13 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Pfam PF02254 TrkA-N domain 3 106 3.4E-21 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Pfam PF02254 TrkA-N domain 231 347 1.7E-19 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 SUPERFAMILY SSF51735 1 142 7.73E-27 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 ProSiteProfiles PS51201 RCK N-terminal domain profile. 230 353 13.016 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 ProSiteProfiles PS51202 RCK C-terminal domain profile. 370 450 11.2 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 PANTHER PTHR43004 1 448 1.8E-100 T 17-09-2021 +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 SUPERFAMILY SSF51735 230 368 9.0E-25 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01637 ba31295e1c8b37f1c50cf226521eb76b 450 Gene3D G3DSA:3.30.70.1450 370 449 5.6E-12 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_00372 ea98339bbac985e7e04d718051a57d60 216 PANTHER PTHR40078 8 196 1.8E-33 T 17-09-2021 IPR038750 Uncharacterized protein YczE/YyaS-like +MGYG000000001_02355 f18e6d83adbb4e8ae98cd45488914712 441 Pfam PF00860 Permease family 17 393 3.2E-87 T 17-09-2021 IPR006043 Xanthine/uracil/vitamin C permease GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02355 f18e6d83adbb4e8ae98cd45488914712 441 TIGRFAM TIGR00801 ncs2: uracil-xanthine permease 14 424 6.2E-106 T 17-09-2021 IPR006042 Xanthine/uracil permease GO:0016020|GO:0022857|GO:0055085 Reactome: R-HSA-196836 +MGYG000000001_02355 f18e6d83adbb4e8ae98cd45488914712 441 PANTHER PTHR42810 2 435 2.5E-120 T 17-09-2021 +MGYG000000001_02355 f18e6d83adbb4e8ae98cd45488914712 441 TIGRFAM TIGR03173 pbuX: xanthine permease 21 426 2.2E-128 T 17-09-2021 IPR017588 Uric acid permease UacT-like GO:0015851|GO:0016021|GO:0022857 +MGYG000000001_02355 f18e6d83adbb4e8ae98cd45488914712 441 ProSitePatterns PS01116 Xanthine/uracil permeases family signature. 341 361 - T 17-09-2021 IPR006042 Xanthine/uracil permease GO:0016020|GO:0022857|GO:0055085 Reactome: R-HSA-196836 +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 CDD cd02612 HAD_PGPPase 5 203 9.21883E-46 T 17-09-2021 +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 Pfam PF12710 haloacid dehalogenase-like hydrolase 6 192 2.1E-17 T 17-09-2021 +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 Gene3D G3DSA:3.40.50.1000 6 209 5.1E-36 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 SUPERFAMILY SSF56784 1 227 2.03E-29 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 PANTHER PTHR43344 1 240 1.1E-95 T 17-09-2021 +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 PANTHER PTHR43344:SF11 1 240 1.1E-95 T 17-09-2021 +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 TIGRFAM TIGR01490 HAD-SF-IB-hyp1: HAD hydrolase, family IB 5 205 1.8E-51 T 17-09-2021 IPR006385 HAD-superfamily hydrolase, subfamily IB, SerB1-like +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 Gene3D G3DSA:1.20.1440.100 17 93 5.1E-36 T 17-09-2021 +MGYG000000001_01573 c361cc513074783536c2ca34098c2602 242 TIGRFAM TIGR01488 HAD-SF-IB: HAD phosphoserine phosphatase-like hydrolase, family IB 5 194 6.0E-29 T 17-09-2021 +MGYG000000001_01727 f6bb14a7ae762431069c57a85f1fe213 389 Gene3D G3DSA:2.120.10.80 84 309 1.1E-21 T 17-09-2021 IPR015915 Kelch-type beta propeller GO:0005515 +MGYG000000001_01727 f6bb14a7ae762431069c57a85f1fe213 389 PANTHER PTHR23244 151 382 1.0E-35 T 17-09-2021 +MGYG000000001_01727 f6bb14a7ae762431069c57a85f1fe213 389 Pfam PF01344 Kelch motif 221 262 3.6E-5 T 17-09-2021 IPR006652 Kelch repeat type 1 GO:0005515 +MGYG000000001_01727 f6bb14a7ae762431069c57a85f1fe213 389 PANTHER PTHR23244:SF442 151 382 1.0E-35 T 17-09-2021 +MGYG000000001_01727 f6bb14a7ae762431069c57a85f1fe213 389 TIGRFAM TIGR03548 mutarot_permut: cyclically-permuted mutarotase family protein 60 381 8.4E-122 T 17-09-2021 IPR019937 Cyclically-permuted mutarotase family +MGYG000000001_01727 f6bb14a7ae762431069c57a85f1fe213 389 SUPERFAMILY SSF117281 74 383 2.75E-32 T 17-09-2021 IPR015915 Kelch-type beta propeller GO:0005515 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 Gene3D G3DSA:1.10.287.130 111 186 3.5E-15 T 17-09-2021 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 Gene3D G3DSA:3.30.565.10 187 349 6.4E-33 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 CDD cd00075 HATPase 239 336 7.56333E-29 T 17-09-2021 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 PRINTS PR00344 Bacterial sensor protein C-terminal signature 268 282 7.8E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 PRINTS PR00344 Bacterial sensor protein C-terminal signature 286 296 7.8E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 PRINTS PR00344 Bacterial sensor protein C-terminal signature 324 337 7.8E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 PRINTS PR00344 Bacterial sensor protein C-terminal signature 301 319 7.8E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 ProSiteProfiles PS50109 Histidine kinase domain profile. 127 340 43.915 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 PANTHER PTHR45453 97 340 2.4E-44 T 17-09-2021 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 CDD cd00082 HisKA 124 182 2.77222E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 SMART SM00388 120 186 6.1E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 SUPERFAMILY SSF47384 105 186 1.47E-14 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 SMART SM00387 231 340 6.8E-29 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 Coils Coil 107 127 - T 17-09-2021 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 Pfam PF00512 His Kinase A (phospho-acceptor) domain 124 186 3.9E-11 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 SUPERFAMILY SSF55874 176 342 4.85E-34 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01860 27c25b1609a60b205f2c51456bb93de3 357 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 237 338 4.5E-20 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03032 82c1d86c092312066a0a4aac8b7b0741 132 Gene3D G3DSA:3.50.30.50 1 131 3.4E-17 T 17-09-2021 IPR037175 Kynurenine formamidase superfamily GO:0004061|GO:0019441 KEGG: 00380+3.5.1.9|KEGG: 00630+3.5.1.9|MetaCyc: PWY-5651|MetaCyc: PWY-6309|MetaCyc: PWY-7717|MetaCyc: PWY-7733|MetaCyc: PWY-7734|MetaCyc: PWY-7765 +MGYG000000001_03032 82c1d86c092312066a0a4aac8b7b0741 132 SUPERFAMILY SSF102198 40 130 1.7E-17 T 17-09-2021 IPR037175 Kynurenine formamidase superfamily GO:0004061|GO:0019441 KEGG: 00380+3.5.1.9|KEGG: 00630+3.5.1.9|MetaCyc: PWY-5651|MetaCyc: PWY-6309|MetaCyc: PWY-7717|MetaCyc: PWY-7733|MetaCyc: PWY-7734|MetaCyc: PWY-7765 +MGYG000000001_03032 82c1d86c092312066a0a4aac8b7b0741 132 PANTHER PTHR31118 54 130 3.4E-15 T 17-09-2021 +MGYG000000001_03032 82c1d86c092312066a0a4aac8b7b0741 132 PANTHER PTHR31118:SF12 54 130 3.4E-15 T 17-09-2021 +MGYG000000001_03024 0f1a29a7205cd9c4e97dc7e564d216b6 396 Pfam PF05684 Protein of unknown function (DUF819) 15 394 3.7E-90 T 17-09-2021 IPR008537 Protein of unknown function DUF819 +MGYG000000001_03024 0f1a29a7205cd9c4e97dc7e564d216b6 396 PANTHER PTHR34289 3 393 7.8E-87 T 17-09-2021 IPR008537 Protein of unknown function DUF819 +MGYG000000001_00525 289ee073aaec7a6bb6744f8a0024e0d5 390 Pfam PF12671 Putative amidase domain 226 385 1.7E-46 T 17-09-2021 IPR024301 Putative amidase domain +MGYG000000001_00525 289ee073aaec7a6bb6744f8a0024e0d5 390 Coils Coil 209 229 - T 17-09-2021 +MGYG000000001_00525 289ee073aaec7a6bb6744f8a0024e0d5 390 PANTHER PTHR40032 12 389 1.6E-81 T 17-09-2021 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 ProSitePatterns PS00211 ABC transporters family signature. 138 152 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 228 23.063 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 SUPERFAMILY SSF52540 1 223 7.87E-68 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 Coils Coil 228 228 - T 17-09-2021 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 PANTHER PTHR24220:SF470 1 226 1.2E-87 T 17-09-2021 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 PANTHER PTHR24220 1 226 1.2E-87 T 17-09-2021 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 Gene3D G3DSA:3.40.50.300 1 226 5.7E-67 T 17-09-2021 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 TIGRFAM TIGR02673 FtsE: cell division ATP-binding protein FtsE 1 214 7.9E-84 T 17-09-2021 IPR005286 Cell division protein FtsE, ATP-binding GO:0005524|GO:0051301 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 Pfam PF00005 ABC transporter 18 165 9.3E-36 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00196 4c2029c7fa88dd55319631c06fffdaf1 228 SMART SM00382 27 222 7.2E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02647 f02866171ed6fe14404c353628a9ad35 404 Pfam PF00999 Sodium/hydrogen exchanger family 12 387 1.6E-72 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_02647 f02866171ed6fe14404c353628a9ad35 404 PANTHER PTHR43562 3 395 1.7E-92 T 17-09-2021 +MGYG000000001_02647 f02866171ed6fe14404c353628a9ad35 404 Gene3D G3DSA:1.20.1530.20 3 397 1.8E-94 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 PIRSF PIRSF006603 1 455 8.3E-95 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 CDD cd13143 MATE_MepA_like 12 439 5.72674E-155 T 17-09-2021 +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 TIGRFAM TIGR00797 matE: MATE efflux family protein 23 420 1.6E-57 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 PANTHER PTHR43823:SF1 1 453 1.9E-145 T 17-09-2021 +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 PANTHER PTHR43823 1 453 1.9E-145 T 17-09-2021 +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 Pfam PF01554 MatE 23 185 5.7E-28 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00771 b0b411441ecc6c43127a0fb84b144962 456 Pfam PF01554 MatE 251 405 9.7E-19 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_01880 772de4f0a84d3b232f404bb0a4039fc4 220 PIRSF PIRSF000440 3 218 1.4E-70 T 17-09-2021 IPR001707 Chloramphenicol acetyltransferase GO:0008811 +MGYG000000001_01880 772de4f0a84d3b232f404bb0a4039fc4 220 Gene3D G3DSA:3.30.559.10 3 212 4.3E-65 T 17-09-2021 IPR023213 Chloramphenicol acetyltransferase-like domain superfamily Reactome: R-HSA-389661 +MGYG000000001_01880 772de4f0a84d3b232f404bb0a4039fc4 220 Pfam PF00302 Chloramphenicol acetyltransferase 6 209 9.6E-59 T 17-09-2021 IPR001707 Chloramphenicol acetyltransferase GO:0008811 +MGYG000000001_01880 772de4f0a84d3b232f404bb0a4039fc4 220 SUPERFAMILY SSF52777 5 215 5.08E-65 T 17-09-2021 +MGYG000000001_01880 772de4f0a84d3b232f404bb0a4039fc4 220 PANTHER PTHR38474 3 212 3.2E-55 T 17-09-2021 IPR001707 Chloramphenicol acetyltransferase GO:0008811 +MGYG000000001_01880 772de4f0a84d3b232f404bb0a4039fc4 220 SMART SM01059 4 209 8.3E-87 T 17-09-2021 IPR001707 Chloramphenicol acetyltransferase GO:0008811 +MGYG000000001_01780 963af5d31964de99f3eb34c54389169e 167 PANTHER PTHR42797 6 160 7.2E-26 T 17-09-2021 +MGYG000000001_01780 963af5d31964de99f3eb34c54389169e 167 Gene3D G3DSA:3.40.50.1820 1 166 4.8E-36 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01780 963af5d31964de99f3eb34c54389169e 167 SUPERFAMILY SSF53474 4 160 2.29E-25 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01780 963af5d31964de99f3eb34c54389169e 167 PANTHER PTHR42797:SF2 6 160 7.2E-26 T 17-09-2021 +MGYG000000001_01780 963af5d31964de99f3eb34c54389169e 167 Pfam PF00756 Putative esterase 6 160 1.2E-16 T 17-09-2021 IPR000801 Putative esterase Reactome: R-HSA-156590 +MGYG000000001_02167 c7bc42fa6281153a31236615c5d0edd8 399 TIGRFAM TIGR02871 spore_ylbJ: sporulation integral membrane protein YlbJ 14 377 3.3E-94 T 17-09-2021 IPR014226 Sporulation integral membrane protein YlbJ +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 Pfam PF02565 Recombination protein O C terminal 84 241 2.3E-32 T 17-09-2021 IPR003717 Recombination protein O, RecO GO:0006281|GO:0006310 +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 TIGRFAM TIGR00613 reco: DNA repair protein RecO 5 247 1.3E-53 T 17-09-2021 IPR003717 Recombination protein O, RecO GO:0006281|GO:0006310 +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 Pfam PF11967 Recombination protein O N terminal 1 79 2.4E-23 T 17-09-2021 IPR022572 DNA replication/recombination mediator RecO, N-terminal +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 Gene3D G3DSA:1.20.1440.120 87 235 2.3E-16 T 17-09-2021 +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 Hamap MF_00201 DNA repair protein RecO [recO]. 2 247 26.786 T 17-09-2021 IPR003717 Recombination protein O, RecO GO:0006281|GO:0006310 +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 Gene3D G3DSA:3.30.60.100 148 184 2.3E-16 T 17-09-2021 IPR042242 Recombination protein O, zinc-binding domain +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 SUPERFAMILY SSF50249 2 79 1.05E-17 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 SUPERFAMILY SSF57863 82 233 2.62E-33 T 17-09-2021 IPR037278 ARFGAP/RecO-like zinc finger +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 PANTHER PTHR33991 1 247 2.4E-53 T 17-09-2021 IPR003717 Recombination protein O, RecO GO:0006281|GO:0006310 +MGYG000000001_00217 fd74c239e5ca99e2d0ef764eb7ca1cb8 258 Gene3D G3DSA:2.40.50.140 3 83 3.5E-14 T 17-09-2021 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 SUPERFAMILY SSF55874 271 422 4.06E-32 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 SUPERFAMILY SSF47384 187 265 5.69E-14 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 Pfam PF00512 His Kinase A (phospho-acceptor) domain 202 266 2.2E-11 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 313 417 4.5E-16 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 SMART SM00388 201 267 2.0E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 PRINTS PR00344 Bacterial sensor protein C-terminal signature 388 406 1.9E-6 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 PRINTS PR00344 Bacterial sensor protein C-terminal signature 353 367 1.9E-6 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 PRINTS PR00344 Bacterial sensor protein C-terminal signature 371 381 1.9E-6 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 Gene3D G3DSA:1.10.287.130 194 266 3.9E-17 T 17-09-2021 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 Gene3D G3DSA:3.30.565.10 268 423 2.7E-33 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 CDD cd00082 HisKA 199 263 8.47593E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 CDD cd00075 HATPase 329 423 1.42882E-17 T 17-09-2021 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 SMART SM00387 312 423 1.8E-25 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 PANTHER PTHR45453 50 421 3.6E-68 T 17-09-2021 +MGYG000000001_02368 0f850fb33bdc48ca57b2357b61bac1fd 423 ProSiteProfiles PS50109 Histidine kinase domain profile. 208 423 37.186 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01374 188a3dc0a2f74305f95cd6c9138aea5d 363 Pfam PF02653 Branched-chain amino acid transport system / permease component 63 340 2.7E-40 T 17-09-2021 IPR001851 ABC transporter, permease GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_01374 188a3dc0a2f74305f95cd6c9138aea5d 363 CDD cd06580 TM_PBP1_transp_TpRbsC_like 67 341 6.13654E-65 T 17-09-2021 +MGYG000000001_01374 188a3dc0a2f74305f95cd6c9138aea5d 363 PANTHER PTHR47089 1 357 3.4E-108 T 17-09-2021 +MGYG000000001_02285 40fd1a6cfdc30e9487cc8c37c50879d9 163 Coils Coil 58 78 - T 17-09-2021 +MGYG000000001_02285 40fd1a6cfdc30e9487cc8c37c50879d9 163 Coils Coil 21 51 - T 17-09-2021 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 PANTHER PTHR14269:SF11 1 172 2.2E-43 T 17-09-2021 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 PANTHER PTHR14269 1 172 2.2E-43 T 17-09-2021 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 Pfam PF01066 CDP-alcohol phosphatidyltransferase 2 69 6.4E-19 T 17-09-2021 IPR000462 CDP-alcohol phosphatidyltransferase GO:0008654|GO:0016020|GO:0016780 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 ProSitePatterns PS00379 CDP-alcohol phosphatidyltransferases signature. 47 69 - T 17-09-2021 IPR000462 CDP-alcohol phosphatidyltransferase GO:0008654|GO:0016020|GO:0016780 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 PIRSF PIRSF000847 1 180 9.1E-57 T 17-09-2021 IPR004570 CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase GO:0008444|GO:0008654|GO:0016021 KEGG: 00564+2.7.8.5|MetaCyc: PWY-5269|MetaCyc: PWY-5668|MetaCyc: PWY-7817 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 Gene3D G3DSA:1.20.120.1760 3 169 2.8E-15 T 17-09-2021 +MGYG000000001_01590 c8f072e5c2d6bfd33c4309fa70f97a11 180 TIGRFAM TIGR00560 pgsA: CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase 1 174 4.1E-52 T 17-09-2021 IPR004570 CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase GO:0008444|GO:0008654|GO:0016021 KEGG: 00564+2.7.8.5|MetaCyc: PWY-5269|MetaCyc: PWY-5668|MetaCyc: PWY-7817 +MGYG000000001_00869 0c619c18c160f3b56941685ee5f5357a 206 Pfam PF12654 Domain of unknown function (DUF3786) 21 195 5.3E-42 T 17-09-2021 IPR024264 Domain of unknown function DUF3786 +MGYG000000001_01246 40860347dbf4d317bcf9a043b8234e04 205 Pfam PF02659 Putative manganese efflux pump 118 200 1.2E-9 T 17-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_01246 40860347dbf4d317bcf9a043b8234e04 205 Pfam PF02659 Putative manganese efflux pump 3 82 6.7E-7 T 17-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_01246 40860347dbf4d317bcf9a043b8234e04 205 TIGRFAM TIGR02840 spore_YtaF: putative sporulation protein YtaF 6 203 1.4E-47 T 17-09-2021 IPR014205 Sporulation protein YtaF +MGYG000000001_01246 40860347dbf4d317bcf9a043b8234e04 205 PANTHER PTHR35529 1 203 3.6E-42 T 17-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_01246 40860347dbf4d317bcf9a043b8234e04 205 PANTHER PTHR35529:SF2 1 203 3.6E-42 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Pfam PF08841 Diol dehydratase reactivase ATPase-like domain 273 599 2.2E-167 T 17-09-2021 IPR030994 Diol dehydratase reactivase ATPase-like domain +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 TIGRFAM TIGR04491 reactive_PduG: diol dehydratase reactivase alpha subunit 3 599 9.0E-303 T 17-09-2021 IPR009191 Diol dehydratase-reactivating factor alpha subunit +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Gene3D G3DSA:3.50.30.70 96 245 1.7E-253 T 17-09-2021 IPR028975 Diol dehydratase-reactivating factor, alpha subunit, swiveling domain superfamily +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Pfam PF18427 DD-reactivating factor swiveling domain 92 252 5.0E-76 T 17-09-2021 IPR040916 DD-reactivating factor swiveling domain +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Gene3D G3DSA:2.40.50.140 464 508 1.7E-253 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 SUPERFAMILY SSF53067 248 401 2.23E-42 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Gene3D G3DSA:3.30.420.40 3 598 1.7E-253 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 PANTHER PTHR32432 395 602 3.6E-12 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Gene3D G3DSA:3.30.420.40 403 580 1.7E-253 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 SUPERFAMILY SSF82317 92 252 3.14E-64 T 17-09-2021 IPR028975 Diol dehydratase-reactivating factor, alpha subunit, swiveling domain superfamily +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 SUPERFAMILY SSF53067 403 598 5.06E-31 T 17-09-2021 +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 PIRSF PIRSF011502 1 605 0.0 T 17-09-2021 IPR009191 Diol dehydratase-reactivating factor alpha subunit +MGYG000000001_01159 0c84abaa3d72d6db2c5ee7c143b7eb46 605 Gene3D G3DSA:3.90.470.30 76 368 1.7E-253 T 17-09-2021 +MGYG000000001_00274 397ae68bf1cea1cae7ffdbb3ad7cce77 344 Pfam PF02653 Branched-chain amino acid transport system / permease component 48 333 1.1E-40 T 17-09-2021 IPR001851 ABC transporter, permease GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_00274 397ae68bf1cea1cae7ffdbb3ad7cce77 344 PANTHER PTHR32196:SF18 14 344 8.2E-132 T 17-09-2021 IPR030158 Galactoside transport system permease protein MglC GO:0008643|GO:0016021 +MGYG000000001_00274 397ae68bf1cea1cae7ffdbb3ad7cce77 344 CDD cd06579 TM_PBP1_transp_AraH_like 56 336 7.7225E-58 T 17-09-2021 +MGYG000000001_00274 397ae68bf1cea1cae7ffdbb3ad7cce77 344 PANTHER PTHR32196 14 344 8.2E-132 T 17-09-2021 +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 Pfam PF00005 ABC transporter 19 161 2.9E-37 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 Pfam PF08402 TOBE domain 257 332 2.7E-5 T 17-09-2021 IPR013611 Transport-associated OB, type 2 GO:0005524|GO:0022857|GO:0043190|GO:0055085 +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 Gene3D G3DSA:3.40.50.300 1 238 4.0E-81 T 17-09-2021 +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 SUPERFAMILY SSF50331 255 335 6.8E-9 T 17-09-2021 IPR008995 Molybdate/tungstate binding, C-terminal +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 SUPERFAMILY SSF52540 4 240 4.54E-88 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 SMART SM00382 28 211 5.0E-15 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 ProSitePatterns PS00211 ABC transporters family signature. 134 148 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 234 32.42 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02099 07533d93e2d6e81a06cac2a18136ee56 347 PANTHER PTHR42781 2 334 2.1E-122 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Hamap MF_00129 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG [mnmG]. 7 624 41.224 T 17-09-2021 IPR004416 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG GO:0002098 Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Pfam PF13932 GidA associated domain 402 616 6.3E-79 T 17-09-2021 IPR026904 GidA associated domain 3 Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 TIGRFAM TIGR00136 gidA: tRNA uridine 5-carboxymethylaminomethyl modification enzyme GidA 9 621 9.6E-262 T 17-09-2021 IPR004416 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG GO:0002098 Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Gene3D G3DSA:1.10.10.1800 460 559 5.3E-21 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 SUPERFAMILY SSF51905 8 262 1.87E-42 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Gene3D G3DSA:1.10.150.570 569 622 2.2E-23 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 SMART SM01228 546 617 1.3E-41 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Coils Coil 464 484 - T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 ProSitePatterns PS01281 Glucose inhibited division protein A family signature 2. 369 392 - T 17-09-2021 IPR020595 MnmG-related, conserved site Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 ProSitePatterns PS01280 Glucose inhibited division protein A family signature 1. 274 288 - T 17-09-2021 IPR020595 MnmG-related, conserved site Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Pfam PF01134 Glucose inhibited division protein A 10 400 3.5E-158 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 10 32 2.4E-5 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 153 162 2.4E-5 T 17-09-2021 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 PANTHER PTHR11806:SF0 7 625 5.9E-248 T 17-09-2021 IPR004416 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG GO:0002098 Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 PANTHER PTHR11806 7 625 5.9E-248 T 17-09-2021 IPR002218 tRNA uridine 5-carboxymethylaminomethyl modification enzyme MnmG-related GO:0008033|GO:0050660 Reactome: R-HSA-6787450 +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Gene3D G3DSA:3.50.50.60 2 228 6.8E-75 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00941 7b27fd06623e26d0d9a64e00133c3bd4 632 Gene3D G3DSA:3.50.50.60 297 459 1.6E-57 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01537 b5122132d496dff626247cafa0b90577 168 PANTHER PTHR37815:SF6 5 157 4.8E-40 T 17-09-2021 +MGYG000000001_01537 b5122132d496dff626247cafa0b90577 168 Gene3D G3DSA:1.10.1760.20 1 163 5.4E-53 T 17-09-2021 +MGYG000000001_01537 b5122132d496dff626247cafa0b90577 168 PANTHER PTHR37815 5 157 4.8E-40 T 17-09-2021 +MGYG000000001_01537 b5122132d496dff626247cafa0b90577 168 Pfam PF07155 ECF-type riboflavin transporter, S component 3 158 1.3E-48 T 17-09-2021 IPR009825 ECF transporter, substrate-specific component-like GO:0016020 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 PANTHER PTHR30032:SF5 1 238 2.2E-59 T 17-09-2021 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 SMART SM00646 118 230 4.1E-33 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 TIGRFAM TIGR02883 spore_cwlD: N-acetylmuramoyl-L-alanine amidase CwlD 41 232 5.5E-71 T 17-09-2021 IPR014234 N-acetylmuramoyl-L-alanine amidase CwlD MetaCyc: PWY-7883 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 PANTHER PTHR30032 1 238 2.2E-59 T 17-09-2021 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 Gene3D G3DSA:3.40.630.40 39 238 5.5E-62 T 17-09-2021 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 43 230 2.1E-53 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 SUPERFAMILY SSF53187 41 234 4.71E-54 T 17-09-2021 +MGYG000000001_02555 5dbb004998913e3cbb9a23439152c6d8 241 CDD cd02696 MurNAc-LAA 42 230 1.11388E-70 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02270 802eeec843091dfebdc1cbe34a474dce 311 Pfam PF03816 Cell envelope-related transcriptional attenuator domain 66 226 9.6E-37 T 17-09-2021 IPR004474 Cell envelope-related transcriptional attenuator domain +MGYG000000001_02270 802eeec843091dfebdc1cbe34a474dce 311 TIGRFAM TIGR00350 lytR_cpsA_psr: cell envelope-related function transcriptional attenuator common domain 66 226 1.5E-28 T 17-09-2021 IPR004474 Cell envelope-related transcriptional attenuator domain +MGYG000000001_02270 802eeec843091dfebdc1cbe34a474dce 311 Gene3D G3DSA:1.10.260.150 44 310 4.1E-68 T 17-09-2021 +MGYG000000001_02270 802eeec843091dfebdc1cbe34a474dce 311 PANTHER PTHR33392 41 304 8.8E-59 T 17-09-2021 +MGYG000000001_02872 d88a88fadfa91d11abfcc8413db7d0ac 244 Coils Coil 50 70 - T 17-09-2021 +MGYG000000001_02872 d88a88fadfa91d11abfcc8413db7d0ac 244 SUPERFAMILY SSF103088 96 227 4.97E-14 T 17-09-2021 IPR036737 OmpA-like domain superfamily +MGYG000000001_02872 d88a88fadfa91d11abfcc8413db7d0ac 244 ProSiteProfiles PS51123 OmpA-like domain profile. 92 231 13.748 T 17-09-2021 IPR006665 OmpA-like domain +MGYG000000001_02872 d88a88fadfa91d11abfcc8413db7d0ac 244 Pfam PF00691 OmpA family 104 218 8.2E-12 T 17-09-2021 IPR006665 OmpA-like domain +MGYG000000001_02872 d88a88fadfa91d11abfcc8413db7d0ac 244 Gene3D G3DSA:3.30.1330.60 46 235 3.8E-18 T 17-09-2021 IPR036737 OmpA-like domain superfamily +MGYG000000001_02872 d88a88fadfa91d11abfcc8413db7d0ac 244 PANTHER PTHR30329 53 230 2.3E-14 T 17-09-2021 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 Pfam PF02784 Pyridoxal-dependent decarboxylase, pyridoxal binding domain 39 296 6.6E-58 T 17-09-2021 IPR022644 Orn/DAP/Arg decarboxylase 2, N-terminal GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 TIGRFAM TIGR01048 lysA: diaminopimelate decarboxylase 9 429 1.5E-145 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 5.0 T 17-09-2021 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 SUPERFAMILY SSF51419 30 298 2.04E-80 T 17-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PANTHER PTHR43727:SF2 6 426 9.5E-128 T 17-09-2021 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 Hamap MF_02120 Diaminopimelate decarboxylase [lysA]. 18 430 38.613 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 SUPERFAMILY SSF50621 272 430 2.09E-47 T 17-09-2021 IPR009006 Alanine racemase/group IV decarboxylase, C-terminal GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01179 Ornithine/diaminopimelate/arginine (ODA) decarboxylase family signature 387 400 7.2E-15 T 17-09-2021 IPR000183 Ornithine/DAP/Arg decarboxylase GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01179 Ornithine/diaminopimelate/arginine (ODA) decarboxylase family signature 82 94 7.2E-15 T 17-09-2021 IPR000183 Ornithine/DAP/Arg decarboxylase GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01179 Ornithine/diaminopimelate/arginine (ODA) decarboxylase family signature 197 210 7.2E-15 T 17-09-2021 IPR000183 Ornithine/DAP/Arg decarboxylase GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01179 Ornithine/diaminopimelate/arginine (ODA) decarboxylase family signature 286 305 7.2E-15 T 17-09-2021 IPR000183 Ornithine/DAP/Arg decarboxylase GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01181 Diaminopimelate decarboxylase signature 80 97 1.6E-25 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01181 Diaminopimelate decarboxylase signature 397 419 1.6E-25 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01181 Diaminopimelate decarboxylase signature 315 333 1.6E-25 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PRINTS PR01181 Diaminopimelate decarboxylase signature 169 178 1.6E-25 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 Gene3D G3DSA:2.40.37.10 16 426 2.0E-151 T 17-09-2021 IPR009006 Alanine racemase/group IV decarboxylase, C-terminal GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 Gene3D G3DSA:3.20.20.10 37 296 2.0E-151 T 17-09-2021 IPR029066 PLP-binding barrel +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 PANTHER PTHR43727 6 426 9.5E-128 T 17-09-2021 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 Pfam PF00278 Pyridoxal-dependent decarboxylase, C-terminal sheet domain 297 387 3.0E-15 T 17-09-2021 IPR022643 Orn/DAP/Arg decarboxylase 2, C-terminal GO:0003824 +MGYG000000001_02810 93b6ba18237cde5e468c613efabf471d 431 CDD cd06828 PLPDE_III_DapDC 28 408 1.41496E-178 T 17-09-2021 IPR002986 Diaminopimelate decarboxylase, LysA GO:0008836|GO:0009089 KEGG: 00300+4.1.1.20|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 Pfam PF00270 DEAD/DEAH box helicase 262 421 3.1E-19 T 17-09-2021 IPR011545 DEAD/DEAH box helicase domain GO:0003676|GO:0005524 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 SUPERFAMILY SSF50249 5 173 2.96E-49 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 Gene3D G3DSA:3.40.50.300 445 618 1.4E-61 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 455 616 18.406 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 SMART SM00490 493 578 1.9E-23 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 Gene3D G3DSA:2.40.50.140 47 142 4.7E-23 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 SUPERFAMILY SSF52540 179 441 5.33E-62 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 SMART SM00487 257 447 4.6E-33 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 TIGRFAM TIGR00643 recG: ATP-dependent DNA helicase RecG 28 653 7.9E-237 T 17-09-2021 IPR004609 ATP-dependent DNA helicase RecG GO:0003678|GO:0006281|GO:0006310 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 Gene3D G3DSA:3.40.50.300 242 444 3.7E-88 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 Pfam PF00271 Helicase conserved C-terminal domain 458 577 1.6E-20 T 17-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 PANTHER PTHR14025 240 630 5.0E-120 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 CDD cd18811 SF2_C_RecG 445 603 1.03192E-76 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 CDD cd04488 RecG_wedge_OBF 63 135 8.27368E-14 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 Pfam PF17191 RecG wedge domain 10 171 5.1E-35 T 17-09-2021 IPR033454 RecG, wedge domain +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 PANTHER PTHR14025:SF29 240 630 5.0E-120 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 275 436 22.449 T 17-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 CDD cd17992 DEXHc_RecG 217 440 3.49141E-132 T 17-09-2021 +MGYG000000001_02163 216f1a6ba7471b59fd10bca60e67aef2 689 SUPERFAMILY SSF52540 373 634 3.47E-45 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PANTHER PTHR43798:SF10 4 269 5.2E-92 T 17-09-2021 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 SUPERFAMILY SSF53474 8 269 4.12E-55 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PRINTS PR00111 Alpha/beta hydrolase fold signature 50 65 2.5E-14 T 17-09-2021 IPR000073 Alpha/beta hydrolase fold-1 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PRINTS PR00111 Alpha/beta hydrolase fold signature 94 107 2.5E-14 T 17-09-2021 IPR000073 Alpha/beta hydrolase fold-1 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PRINTS PR00111 Alpha/beta hydrolase fold signature 214 228 2.5E-14 T 17-09-2021 IPR000073 Alpha/beta hydrolase fold-1 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PANTHER PTHR43798 4 269 5.2E-92 T 17-09-2021 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 Gene3D G3DSA:3.40.50.1820 2 269 5.2E-65 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 Pfam PF00561 alpha/beta hydrolase fold 25 133 1.3E-22 T 17-09-2021 IPR000073 Alpha/beta hydrolase fold-1 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PRINTS PR00412 Epoxide hydrolase signature 30 48 1.9E-8 T 17-09-2021 IPR000639 Epoxide hydrolase-like GO:0003824 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PRINTS PR00412 Epoxide hydrolase signature 50 65 1.9E-8 T 17-09-2021 IPR000639 Epoxide hydrolase-like GO:0003824 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 PRINTS PR00412 Epoxide hydrolase signature 245 267 1.9E-8 T 17-09-2021 IPR000639 Epoxide hydrolase-like GO:0003824 +MGYG000000001_02289 346b052b7763bf73c245bfed8f5b5c5b 270 Pfam PF08386 TAP-like protein 207 262 1.3E-4 T 17-09-2021 IPR013595 Peptidase S33 tripeptidyl aminopeptidase-like, C-terminal +MGYG000000001_03049 9804291ef547c01c83c31f306cf0ca5b 140 PANTHER PTHR38459:SF1 14 134 5.4E-18 T 17-09-2021 +MGYG000000001_03049 9804291ef547c01c83c31f306cf0ca5b 140 Pfam PF04138 GtrA-like protein 21 134 4.5E-15 T 17-09-2021 IPR007267 GtrA-like protein GO:0000271|GO:0016021 +MGYG000000001_03049 9804291ef547c01c83c31f306cf0ca5b 140 PANTHER PTHR38459 14 134 5.4E-18 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 CDD cd06525 GH25_Lyc-like 5 193 2.13013E-83 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 CDD cd00118 LysM 219 263 9.66963E-15 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SUPERFAMILY SSF54106 342 386 1.57E-12 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 CDD cd00118 LysM 401 444 2.43096E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Gene3D G3DSA:3.10.350.10 401 444 6.5E-18 T 17-09-2021 IPR036779 LysM domain superfamily +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734:SF11 275 324 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734:SF11 334 387 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SUPERFAMILY SSF54106 219 264 9.55E-12 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734 275 324 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734 211 264 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734 334 387 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Gene3D G3DSA:3.20.20.80 1 215 1.6E-67 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Pfam PF01183 Glycosyl hydrolases family 25 7 184 4.5E-51 T 17-09-2021 IPR002053 Glycoside hydrolase, family 25 GO:0003796|GO:0009253|GO:0016998 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 CDD cd00118 LysM 343 386 1.0663E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 ProSiteProfiles PS51782 LysM domain profile. 400 444 16.399 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734 390 444 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 ProSiteProfiles PS51782 LysM domain profile. 279 323 16.61 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Pfam PF01476 LysM domain 221 263 5.5E-14 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Pfam PF01476 LysM domain 281 324 8.4E-15 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Pfam PF01476 LysM domain 344 386 5.0E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Pfam PF01476 LysM domain 402 444 5.5E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Coils Coil 104 124 - T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SUPERFAMILY SSF54106 402 444 6.28E-12 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 CDD cd00118 LysM 279 323 1.30967E-14 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SMART SM00641 4 111 3.5E-13 T 17-09-2021 IPR018077 Glycoside hydrolase, family 25 subgroup +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SUPERFAMILY SSF51445 4 195 1.33E-51 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 ProSiteProfiles PS51782 LysM domain profile. 342 386 18.074 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SUPERFAMILY SSF54106 279 324 1.83E-12 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734:SF11 211 264 8.3E-66 T 17-09-2021 +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Gene3D G3DSA:3.10.350.10 337 400 2.0E-20 T 17-09-2021 IPR036779 LysM domain superfamily +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Gene3D G3DSA:3.10.350.10 216 275 1.3E-18 T 17-09-2021 IPR036779 LysM domain superfamily +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 Gene3D G3DSA:3.10.350.10 276 336 3.1E-19 T 17-09-2021 IPR036779 LysM domain superfamily +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 ProSiteProfiles PS51782 LysM domain profile. 219 263 16.091 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SMART SM00257 220 264 3.3E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SMART SM00257 343 387 5.7E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SMART SM00257 401 444 1.3E-13 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 SMART SM00257 280 324 2.2E-16 T 17-09-2021 IPR018392 LysM domain +MGYG000000001_02110 86612949fad14683c14c2c92d4d67d2c 444 PANTHER PTHR33734:SF11 390 444 8.3E-66 T 17-09-2021 +MGYG000000001_02917 8af4d5779eb898bbb38a44ce0ff3dac6 124 Pfam PF04199 Putative cyclase 4 115 2.6E-16 T 17-09-2021 IPR007325 Kynurenine formamidase/cyclase-like GO:0004061|GO:0019441 KEGG: 00380+3.5.1.9|KEGG: 00630+3.5.1.9|MetaCyc: PWY-5651|MetaCyc: PWY-6309|MetaCyc: PWY-7717|MetaCyc: PWY-7733|MetaCyc: PWY-7734|MetaCyc: PWY-7765 +MGYG000000001_02917 8af4d5779eb898bbb38a44ce0ff3dac6 124 Gene3D G3DSA:3.50.30.50 1 121 1.7E-26 T 17-09-2021 IPR037175 Kynurenine formamidase superfamily GO:0004061|GO:0019441 KEGG: 00380+3.5.1.9|KEGG: 00630+3.5.1.9|MetaCyc: PWY-5651|MetaCyc: PWY-6309|MetaCyc: PWY-7717|MetaCyc: PWY-7733|MetaCyc: PWY-7734|MetaCyc: PWY-7765 +MGYG000000001_02917 8af4d5779eb898bbb38a44ce0ff3dac6 124 PANTHER PTHR31118 2 113 3.6E-21 T 17-09-2021 +MGYG000000001_02917 8af4d5779eb898bbb38a44ce0ff3dac6 124 PANTHER PTHR31118:SF12 2 113 3.6E-21 T 17-09-2021 +MGYG000000001_02917 8af4d5779eb898bbb38a44ce0ff3dac6 124 SUPERFAMILY SSF102198 1 117 2.09E-25 T 17-09-2021 IPR037175 Kynurenine formamidase superfamily GO:0004061|GO:0019441 KEGG: 00380+3.5.1.9|KEGG: 00630+3.5.1.9|MetaCyc: PWY-5651|MetaCyc: PWY-6309|MetaCyc: PWY-7717|MetaCyc: PWY-7733|MetaCyc: PWY-7734|MetaCyc: PWY-7765 +MGYG000000001_00814 629877a8d55e714103ac0f29a3fe2be9 99 Gene3D G3DSA:2.60.120.10 2 95 3.4E-16 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_00814 629877a8d55e714103ac0f29a3fe2be9 99 Pfam PF07883 Cupin domain 26 83 6.2E-8 T 17-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_00814 629877a8d55e714103ac0f29a3fe2be9 99 SUPERFAMILY SSF51182 14 84 5.67E-14 T 17-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_03016 a75597d5f7905c4cd1fd335897b347a2 86 Pfam PF03692 Putative zinc- or iron-chelating domain 2 59 8.0E-6 T 17-09-2021 IPR005358 Putative zinc- or iron-chelating domain containing protein +MGYG000000001_03016 a75597d5f7905c4cd1fd335897b347a2 86 PANTHER PTHR36931 1 85 4.3E-19 T 17-09-2021 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 Hamap MF_00089 Phosphomethylpyrimidine synthase [thiC]. 4 427 86.828 T 17-09-2021 IPR037509 Phosphomethylpyrimidine synthase GO:0009228|GO:0016830 KEGG: 00730+4.1.99.17|MetaCyc: PWY-6890 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 PANTHER PTHR30557 4 426 6.9E-184 T 17-09-2021 IPR002817 Phosphomethylpyrimidine synthase ThiC/5-hydroxybenzimidazole synthase BzaA/B GO:0009228|GO:0051536 KEGG: 00730+4.1.99.17|MetaCyc: PWY-6890 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 Pfam PF01964 Radical SAM ThiC family 5 422 1.8E-195 T 17-09-2021 IPR002817 Phosphomethylpyrimidine synthase ThiC/5-hydroxybenzimidazole synthase BzaA/B GO:0009228|GO:0051536 KEGG: 00730+4.1.99.17|MetaCyc: PWY-6890 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 Gene3D G3DSA:3.20.20.540 46 363 2.2E-139 T 17-09-2021 IPR038521 ThiC/Bza superfamily KEGG: 00730+4.1.99.17|MetaCyc: PWY-6890 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 SFLD SFLDS00113 Radical SAM Phosphomethylpyrimidine Synthase 2 428 0.0 T 17-09-2021 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 SFLD SFLDG01114 phosphomethylpyrimidine synthase (ThiC) 2 428 0.0 T 17-09-2021 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 TIGRFAM TIGR00190 thiC: phosphomethylpyrimidine synthase 5 424 8.7E-181 T 17-09-2021 IPR002817 Phosphomethylpyrimidine synthase ThiC/5-hydroxybenzimidazole synthase BzaA/B GO:0009228|GO:0051536 KEGG: 00730+4.1.99.17|MetaCyc: PWY-6890 +MGYG000000001_03172 3abe1e1a90837a7b2efc6b4a01ce4bdf 433 SFLD SFLDF00407 phosphomethylpyrimidine synthase (ThiC) 5 422 0.0 T 17-09-2021 IPR002817 Phosphomethylpyrimidine synthase ThiC/5-hydroxybenzimidazole synthase BzaA/B GO:0009228|GO:0051536 KEGG: 00730+4.1.99.17|MetaCyc: PWY-6890 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 PIRSF PIRSF001435 1 207 3.7E-57 T 17-09-2021 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Pfam PF10576 Iron-sulfur binding domain of endonuclease III 185 201 3.8E-5 T 17-09-2021 IPR003651 Endonuclease III-like, iron-sulphur cluster loop motif GO:0051539 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Gene3D G3DSA:1.10.340.30 19 130 9.7E-80 T 17-09-2021 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Pfam PF00730 HhH-GPD superfamily base excision DNA repair protein 32 166 7.5E-23 T 17-09-2021 IPR003265 HhH-GPD domain GO:0006284 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 ProSitePatterns PS01155 Endonuclease III family signature. 100 129 - T 17-09-2021 IPR004036 Endonuclease III-like, conserved site-2 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 SMART SM00525 184 204 3.0E-5 T 17-09-2021 IPR003651 Endonuclease III-like, iron-sulphur cluster loop motif GO:0051539 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Gene3D G3DSA:1.10.1670.10 9 201 9.7E-80 T 17-09-2021 IPR023170 Helix-turn-helix, base-excision DNA repair, C-terminal Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 SUPERFAMILY SSF48150 2 204 1.18E-72 T 17-09-2021 IPR011257 DNA glycosylase GO:0003824|GO:0006281 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 SMART SM00478 36 183 1.1E-59 T 17-09-2021 IPR003265 HhH-GPD domain GO:0006284 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 PANTHER PTHR10359 3 204 3.2E-86 T 17-09-2021 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Coils Coil 1 21 - T 17-09-2021 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Hamap MF_00942 Endonuclease III [nth]. 1 207 38.284 T 17-09-2021 IPR005759 Endonuclease III GO:0003906|GO:0006284 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 Pfam PF00633 Helix-hairpin-helix motif 98 125 1.6E-10 T 17-09-2021 IPR000445 Helix-hairpin-helix motif GO:0003677 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 CDD cd00056 ENDO3c 28 181 2.47801E-58 T 17-09-2021 IPR003265 HhH-GPD domain GO:0006284 Reactome: R-HSA-110357 +MGYG000000001_02717 6e4142a587d75b7968fd0d015d697d7c 208 TIGRFAM TIGR01083 nth: endonuclease III 3 192 5.4E-83 T 17-09-2021 IPR005759 Endonuclease III GO:0003906|GO:0006284 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 CDD cd01086 MetAP1 50 287 2.38237E-139 T 17-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 SUPERFAMILY SSF103642 4 24 7.68E-8 T 17-09-2021 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 Pfam PF02810 SEC-C motif 5 23 1.1E-8 T 17-09-2021 IPR004027 SEC-C motif +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 Gene3D G3DSA:3.90.230.10 41 289 2.3E-106 T 17-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 Pfam PF00557 Metallopeptidase family M24 51 281 4.5E-57 T 17-09-2021 IPR000994 Peptidase M24 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 PRINTS PR00599 Methionine aminopeptidase-1 signature 231 243 9.2E-22 T 17-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 PRINTS PR00599 Methionine aminopeptidase-1 signature 130 146 9.2E-22 T 17-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 PRINTS PR00599 Methionine aminopeptidase-1 signature 107 120 9.2E-22 T 17-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 PRINTS PR00599 Methionine aminopeptidase-1 signature 200 212 9.2E-22 T 17-09-2021 IPR001714 Peptidase M24, methionine aminopeptidase MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 Gene3D G3DSA:3.10.450.50 1 24 2.9E-5 T 17-09-2021 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 Hamap MF_01974 Methionine aminopeptidase [map]. 42 289 39.506 T 17-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 PANTHER PTHR43330 3 288 8.0E-132 T 17-09-2021 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 TIGRFAM TIGR00500 met_pdase_I: methionine aminopeptidase, type I 44 288 2.7E-94 T 17-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 PANTHER PTHR43330:SF18 3 288 8.0E-132 T 17-09-2021 +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 SUPERFAMILY SSF55920 43 287 5.1E-88 T 17-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02363 9c022413349373504bd5058287276c81 289 ProSitePatterns PS00680 Methionine aminopeptidase subfamily 1 signature. 206 224 - T 17-09-2021 IPR002467 Peptidase M24A, methionine aminopeptidase, subfamily 1 GO:0004177|GO:0006508|GO:0008235 MetaCyc: PWY-7799|MetaCyc: PWY-7800 +MGYG000000001_02749 16a338a3b0338893d8531a3b88f7b0c1 751 CDD cd00267 ABC_ATPase 404 490 3.17122E-5 T 17-09-2021 +MGYG000000001_02749 16a338a3b0338893d8531a3b88f7b0c1 751 SMART SM00382 36 498 0.0018 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02749 16a338a3b0338893d8531a3b88f7b0c1 751 Gene3D G3DSA:3.40.50.300 14 182 1.5E-5 T 17-09-2021 +MGYG000000001_02749 16a338a3b0338893d8531a3b88f7b0c1 751 SUPERFAMILY SSF52540 34 489 2.08E-16 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02749 16a338a3b0338893d8531a3b88f7b0c1 751 Gene3D G3DSA:3.40.50.300 335 496 8.3E-10 T 17-09-2021 +MGYG000000001_02749 16a338a3b0338893d8531a3b88f7b0c1 751 SUPERFAMILY SSF52540 33 321 4.51E-5 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03140 1cd8e9e64cfbb896ecb7d8b4e5658288 53 MobiDBLite mobidb-lite consensus disorder prediction 34 53 - T 17-09-2021 +MGYG000000001_01309 e970b0d4333f96c04173947fb16dbd39 138 Pfam PF04297 Putative helix-turn-helix protein, YlxM / p13 like 19 111 1.7E-27 T 17-09-2021 IPR007394 Putative helix-turn-helix protein, YlxM/p13-like +MGYG000000001_01309 e970b0d4333f96c04173947fb16dbd39 138 Hamap MF_00245 UPF0122 protein . 19 123 18.816 T 17-09-2021 IPR007394 Putative helix-turn-helix protein, YlxM/p13-like +MGYG000000001_01309 e970b0d4333f96c04173947fb16dbd39 138 PANTHER PTHR40083 17 128 5.7E-31 T 17-09-2021 IPR007394 Putative helix-turn-helix protein, YlxM/p13-like +MGYG000000001_01309 e970b0d4333f96c04173947fb16dbd39 138 SUPERFAMILY SSF88659 18 110 1.1E-29 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01309 e970b0d4333f96c04173947fb16dbd39 138 Gene3D G3DSA:1.10.10.10 15 132 5.5E-34 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 Gene3D G3DSA:3.30.60.20 142 193 3.2E-25 T 17-09-2021 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 Pfam PF00265 Thymidine kinase 8 187 4.3E-57 T 17-09-2021 IPR001267 Thymidine kinase GO:0004797|GO:0005524 KEGG: 00240+2.7.1.21|KEGG: 00983+2.7.1.21|MetaCyc: PWY-7199|Reactome: R-HSA-69205|Reactome: R-HSA-73614 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 SUPERFAMILY SSF52540 8 141 1.52E-41 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 PANTHER PTHR11441 5 189 4.5E-55 T 17-09-2021 IPR001267 Thymidine kinase GO:0004797|GO:0005524 KEGG: 00240+2.7.1.21|KEGG: 00983+2.7.1.21|MetaCyc: PWY-7199|Reactome: R-HSA-69205|Reactome: R-HSA-73614 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 PANTHER PTHR11441:SF0 5 189 4.5E-55 T 17-09-2021 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 PIRSF PIRSF035805 5 194 9.7E-66 T 17-09-2021 IPR001267 Thymidine kinase GO:0004797|GO:0005524 KEGG: 00240+2.7.1.21|KEGG: 00983+2.7.1.21|MetaCyc: PWY-7199|Reactome: R-HSA-69205|Reactome: R-HSA-73614 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 ProSitePatterns PS00603 Thymidine kinase cellular-type signature. 174 187 - T 17-09-2021 IPR020633 Thymidine kinase, conserved site GO:0004797|GO:0005524 KEGG: 00240+2.7.1.21|KEGG: 00983+2.7.1.21|MetaCyc: PWY-7199|Reactome: R-HSA-69205|Reactome: R-HSA-73614 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 Hamap MF_00124 Thymidine kinase [tdk]. 7 190 37.43 T 17-09-2021 IPR001267 Thymidine kinase GO:0004797|GO:0005524 KEGG: 00240+2.7.1.21|KEGG: 00983+2.7.1.21|MetaCyc: PWY-7199|Reactome: R-HSA-69205|Reactome: R-HSA-73614 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 SUPERFAMILY SSF57716 142 191 2.21E-16 T 17-09-2021 +MGYG000000001_00714 c5ebcb9f68c61e4f3bb4580e0fd8ba18 194 Gene3D G3DSA:3.40.50.300 1 141 8.7E-56 T 17-09-2021 +MGYG000000001_02695 0d0224ee9e45d807eb379749e8ee47eb 240 TIGRFAM TIGR03732 lanti_perm_MutE: lantibiotic protection ABC transporter permease subunit, MutE/EpiE family 4 240 1.4E-65 T 17-09-2021 IPR021205 Lantibiotic ABC transporter permease subunit, SpaE/MutE +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 PANTHER PTHR42771 3 255 6.3E-115 T 17-09-2021 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 ProSitePatterns PS00211 ABC transporters family signature. 139 153 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 239 22.736 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 Gene3D G3DSA:3.40.50.300 1 253 5.5E-66 T 17-09-2021 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 PANTHER PTHR42771:SF2 3 255 6.3E-115 T 17-09-2021 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 SMART SM00382 27 216 3.3E-14 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 CDD cd03214 ABC_Iron-Siderophores_B12_Hemin 4 221 1.85903E-88 T 17-09-2021 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 Pfam PF00005 ABC transporter 18 166 9.2E-32 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02682 6485eb2418dc24203e8a576b3f6d3665 256 SUPERFAMILY SSF52540 3 229 2.5E-61 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 308 408 1.2E-17 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 PANTHER PTHR45528 52 408 1.7E-52 T 17-09-2021 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 Gene3D G3DSA:1.10.287.130 187 257 4.7E-12 T 17-09-2021 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 Gene3D G3DSA:3.30.565.10 261 413 1.5E-30 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 SUPERFAMILY SSF47384 184 256 5.49E-13 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 CDD cd00075 HATPase 310 408 9.13319E-30 T 17-09-2021 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 CDD cd00082 HisKA 197 253 1.11999E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 Pfam PF00512 His Kinase A (phospho-acceptor) domain 195 256 1.4E-8 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 SMART SM00387 302 412 3.7E-23 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 PRINTS PR00344 Bacterial sensor protein C-terminal signature 396 409 6.2E-9 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 PRINTS PR00344 Bacterial sensor protein C-terminal signature 339 353 6.2E-9 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 PRINTS PR00344 Bacterial sensor protein C-terminal signature 372 390 6.2E-9 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 PRINTS PR00344 Bacterial sensor protein C-terminal signature 357 367 6.2E-9 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 SUPERFAMILY SSF55874 247 408 5.37E-31 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 SMART SM00388 192 257 3.8E-8 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01748 9f2ad56164ce6671a5dc2792fe928cb6 414 ProSiteProfiles PS50109 Histidine kinase domain profile. 199 412 37.433 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 PANTHER PTHR10513:SF40 12 212 7.3E-79 T 17-09-2021 +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 Gene3D G3DSA:3.40.50.300 15 216 4.7E-63 T 17-09-2021 +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 SUPERFAMILY SSF52540 15 215 2.73E-50 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 CDD cd01673 dNK 17 201 1.15015E-66 T 17-09-2021 IPR031314 Deoxynucleoside kinase domain +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 PIRSF PIRSF000705 4 216 1.6E-66 T 17-09-2021 IPR002624 Deoxynucleoside kinase GO:0005524|GO:0006139|GO:0019206 +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 Pfam PF01712 Deoxynucleoside kinase 18 214 4.1E-61 T 17-09-2021 IPR031314 Deoxynucleoside kinase domain +MGYG000000001_01070 3389fa8f37106827cd0f28b86c36453a 217 PANTHER PTHR10513 12 212 7.3E-79 T 17-09-2021 +MGYG000000001_02470 c4fd20a789305f724db1339503689a10 151 Pfam PF12821 Threonine/Serine exporter, ThrE 5 131 3.3E-36 T 17-09-2021 IPR024528 Threonine/Serine exporter, ThrE +MGYG000000001_02470 c4fd20a789305f724db1339503689a10 151 PANTHER PTHR34390:SF1 2 138 6.5E-30 T 17-09-2021 +MGYG000000001_02470 c4fd20a789305f724db1339503689a10 151 PANTHER PTHR34390 2 138 6.5E-30 T 17-09-2021 +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 ProSiteProfiles PS01033 Globin family profile. 1 138 25.313 T 17-09-2021 IPR000971 Globin GO:0020037 +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 PANTHER PTHR43396:SF3 1 145 5.2E-59 T 17-09-2021 +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 SUPERFAMILY SSF46458 2 143 4.32E-43 T 17-09-2021 IPR009050 Globin-like superfamily +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 Gene3D G3DSA:1.10.490.10 1 145 3.7E-59 T 17-09-2021 IPR012292 Globin/Protoglobin GO:0019825|GO:0020037 +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 Pfam PF00042 Globin 7 102 7.7E-15 T 17-09-2021 IPR000971 Globin GO:0020037 +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 PANTHER PTHR43396 1 145 5.2E-59 T 17-09-2021 IPR023950 Flavohemoprotein GO:0008941|GO:0019825|GO:0020037|GO:0051409|GO:0055114|GO:0071949 +MGYG000000001_02686 6e00d5655048f4f752832cb4131d0cb2 155 CDD cd14778 VtHb-like_SDgb 2 141 2.35455E-88 T 17-09-2021 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 Pfam PF00411 Ribosomal protein S11 23 132 2.1E-50 T 17-09-2021 IPR001971 Ribosomal protein S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 Gene3D G3DSA:3.30.420.80 5 133 2.0E-54 T 17-09-2021 IPR036967 Ribosomal protein S11 superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 ProSitePatterns PS00054 Ribosomal protein S11 signature. 101 123 - T 17-09-2021 IPR018102 Ribosomal S11, conserved site +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 Hamap MF_01310 30S ribosomal protein S11 [rpsK]. 3 133 33.96 T 17-09-2021 IPR001971 Ribosomal protein S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 TIGRFAM TIGR03632 uS11_bact: ribosomal protein uS11 14 130 4.0E-59 T 17-09-2021 IPR019981 Ribosomal protein S11, bacterial-type GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 PANTHER PTHR11759:SF13 7 133 2.0E-55 T 17-09-2021 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 SUPERFAMILY SSF53137 18 133 5.75E-50 T 17-09-2021 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 PIRSF PIRSF002131 2 133 1.9E-52 T 17-09-2021 IPR001971 Ribosomal protein S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02565 cd77612fa6e38d0fb671d65309579f83 133 PANTHER PTHR11759 7 133 2.0E-55 T 17-09-2021 IPR001971 Ribosomal protein S11 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 3 174 5.9E-23 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 3 174 5.9E-23 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 222 236 0.0059 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 222 236 0.0059 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 203 220 7.2E-5 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 203 220 7.2E-5 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 262 280 1.1E-7 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 262 280 1.1E-7 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 242 260 8.2E-8 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Pfam PF01473 Putative cell wall binding repeat 242 260 8.2E-8 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Gene3D G3DSA:2.20.120.10 262 317 1.7E-16 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Gene3D G3DSA:2.20.120.10 262 317 1.7E-16 T 17-09-2021 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 201 220 9.058 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 201 220 9.058 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Gene3D G3DSA:2.10.270.10 183 261 2.8E-20 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Gene3D G3DSA:2.10.270.10 183 261 2.8E-20 T 17-09-2021 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 SMART SM00646 64 174 8.5E-10 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 SMART SM00646 64 174 8.5E-10 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 281 300 6.303 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 281 300 6.303 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 PANTHER PTHR30404:SF4 1 191 6.6E-24 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 PANTHER PTHR30404:SF4 1 191 6.6E-24 T 17-09-2021 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 SUPERFAMILY SSF69360 179 315 5.2E-41 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 SUPERFAMILY SSF69360 179 315 5.2E-41 T 17-09-2021 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 Gene3D G3DSA:3.40.630.40 1 179 2.3E-45 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 Gene3D G3DSA:3.40.630.40 1 179 2.3E-45 T 17-09-2021 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 PANTHER PTHR30404 1 191 6.6E-24 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 PANTHER PTHR30404 1 191 6.6E-24 T 17-09-2021 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 CDD cd02696 MurNAc-LAA 2 174 4.92879E-32 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 CDD cd02696 MurNAc-LAA 2 174 4.92879E-32 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 261 280 10.977 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 261 280 10.977 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 241 260 10.944 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 241 260 10.944 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 221 240 9.521 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 ProSiteProfiles PS51170 Cell wall-binding repeat profile. 221 240 9.521 T 17-09-2021 IPR018337 Cell wall/choline-binding repeat +MGYG000000001_03251 5a625ca1a4ce114bcc076a050c60eb34 317 SUPERFAMILY SSF53187 2 175 9.42E-29 T 17-09-2021 +MGYG000000001_01505 5a625ca1a4ce114bcc076a050c60eb34 317 SUPERFAMILY SSF53187 2 175 9.42E-29 T 17-09-2021 +MGYG000000001_02055 610511f33c97c18101546ab142a9b341 305 SUPERFAMILY SSF158430 8 189 8.11E-34 T 17-09-2021 +MGYG000000001_02055 610511f33c97c18101546ab142a9b341 305 SUPERFAMILY SSF158430 192 302 9.94E-34 T 17-09-2021 +MGYG000000001_02055 610511f33c97c18101546ab142a9b341 305 Gene3D G3DSA:1.20.1260.120 76 305 1.6E-58 T 17-09-2021 +MGYG000000001_02055 610511f33c97c18101546ab142a9b341 305 Gene3D G3DSA:1.20.1260.120 1 73 2.6E-14 T 17-09-2021 +MGYG000000001_02055 610511f33c97c18101546ab142a9b341 305 Pfam PF11155 Domain of unknown function (DUF2935) 10 175 2.2E-38 T 17-09-2021 IPR021328 Protein of unknown function DUF2935 +MGYG000000001_02055 610511f33c97c18101546ab142a9b341 305 Pfam PF11155 Domain of unknown function (DUF2935) 193 299 2.6E-29 T 17-09-2021 IPR021328 Protein of unknown function DUF2935 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 38 49 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 PANTHER PTHR42859 1 53 3.7E-17 T 17-09-2021 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 29 57 10.978 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 Pfam PF12838 4Fe-4S dicluster domain 8 52 3.9E-9 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 PRINTS PR00354 7Fe ferredoxin signature 17 27 9.1E-8 T 17-09-2021 IPR000813 7Fe ferredoxin GO:0009055 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 PRINTS PR00354 7Fe ferredoxin signature 33 50 9.1E-8 T 17-09-2021 IPR000813 7Fe ferredoxin GO:0009055 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 PANTHER PTHR42859:SF2 1 53 3.7E-17 T 17-09-2021 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 SUPERFAMILY SSF54862 1 54 5.98E-19 T 17-09-2021 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 Gene3D G3DSA:3.30.70.20 2 55 1.2E-21 T 17-09-2021 +MGYG000000001_01056 d6fe99170de6d5f6a8eca44b46c6a6c6 57 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 28 9.037 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01153 5f18a3ba2ae7140dfe7fa412b1546b73 286 SUPERFAMILY SSF52507 32 146 1.7E-13 T 17-09-2021 IPR036551 Flavin prenyltransferase-like GO:0003824 Reactome: R-HSA-196783 +MGYG000000001_01153 5f18a3ba2ae7140dfe7fa412b1546b73 286 Gene3D G3DSA:3.40.50.1950 28 207 3.9E-20 T 17-09-2021 IPR036551 Flavin prenyltransferase-like GO:0003824 Reactome: R-HSA-196783 +MGYG000000001_01153 5f18a3ba2ae7140dfe7fa412b1546b73 286 Pfam PF02441 Flavoprotein 35 133 6.1E-15 T 17-09-2021 IPR003382 Flavoprotein GO:0003824 Reactome: R-HSA-196783 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PANTHER PTHR42865 1 402 2.9E-171 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 Gene3D G3DSA:1.10.3860.10 2 399 8.5E-73 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 Pfam PF00375 Sodium:dicarboxylate symporter family 13 394 9.7E-65 T 17-09-2021 IPR001991 Sodium:dicarboxylate symporter GO:0015293|GO:0016021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 Hamap MF_01582 Serine/threonine transporter SstT [sstT]. 1 402 35.759 T 17-09-2021 IPR023025 Serine/threonine transporter SstT GO:0015293|GO:0015826|GO:0032329 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PRINTS PR00173 Glutamate-aspartate symporter signature 347 367 3.8E-16 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PRINTS PR00173 Glutamate-aspartate symporter signature 320 339 3.8E-16 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PRINTS PR00173 Glutamate-aspartate symporter signature 285 311 3.8E-16 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PRINTS PR00173 Glutamate-aspartate symporter signature 11 31 3.8E-16 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PRINTS PR00173 Glutamate-aspartate symporter signature 218 237 3.8E-16 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PRINTS PR00173 Glutamate-aspartate symporter signature 183 202 3.8E-16 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 PANTHER PTHR42865:SF8 1 402 2.9E-171 T 17-09-2021 +MGYG000000001_01795 a3bec675dd8ee56c4b30eb26c9d697e1 414 SUPERFAMILY SSF118215 13 394 2.22E-92 T 17-09-2021 IPR036458 Sodium:dicarboxylate symporter superfamily GO:0015293|GO:0016021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Gene3D G3DSA:3.40.50.300 348 551 9.8E-68 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Gene3D G3DSA:3.40.50.300 557 771 3.5E-89 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Pfam PF07724 AAA domain (Cdc48 subfamily) 603 767 3.2E-56 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 SUPERFAMILY SSF52540 553 858 9.57E-82 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 SMART SM01086 773 862 1.0E-32 T 17-09-2021 IPR019489 Clp ATPase, C-terminal +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Gene3D G3DSA:1.10.1780.10 1 153 7.0E-30 T 17-09-2021 IPR036628 Clp, N-terminal domain superfamily GO:0019538 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 ProSitePatterns PS00871 Chaperonins clpA/B signature 2. 638 656 - T 17-09-2021 IPR028299 ClpA/B, conserved site 2 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Pfam PF02861 Clp amino terminal domain, pathogenicity island component 17 68 5.8E-12 T 17-09-2021 IPR004176 Clp, N-terminal +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Pfam PF02861 Clp amino terminal domain, pathogenicity island component 97 150 9.5E-8 T 17-09-2021 IPR004176 Clp, N-terminal +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Pfam PF17871 AAA lid domain 347 449 7.0E-34 T 17-09-2021 IPR041546 ClpA/ClpB, AAA lid domain +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 653 671 2.1E-41 T 17-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 682 700 2.1E-41 T 17-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 715 729 2.1E-41 T 17-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 PRINTS PR00300 ATP-dependent Clp protease ATP-binding subunit signature 608 626 2.1E-41 T 17-09-2021 IPR001270 ClpA/B family GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 TIGRFAM TIGR03346 chaperone_ClpB: ATP-dependent chaperone protein ClpB 6 862 0.0 T 17-09-2021 IPR017730 Chaperonin ClpB GO:0005737|GO:0009408|GO:0042026 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Coils Coil 417 473 - T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Pfam PF10431 C-terminal, D2-small domain, of ClpB protein 773 853 3.4E-24 T 17-09-2021 IPR019489 Clp ATPase, C-terminal +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 CDD cd00009 AAA 186 346 6.70853E-21 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 SUPERFAMILY SSF81923 4 161 2.22E-37 T 17-09-2021 IPR036628 Clp, N-terminal domain superfamily GO:0019538 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Coils Coil 511 531 - T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Gene3D G3DSA:3.40.50.300 154 347 7.2E-73 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 ProSitePatterns PS00870 Chaperonins clpA/B signature 1. 299 311 - T 17-09-2021 IPR018368 ClpA/B, conserved site 1 GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 208 308 2.3E-12 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 CDD cd00009 AAA 578 726 1.92466E-20 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 SUPERFAMILY SSF52540 162 552 1.67E-96 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Coils Coil 50 70 - T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 PANTHER PTHR11638:SF143 4 859 0.0 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Coils Coil 477 504 - T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 PANTHER PTHR11638 4 859 0.0 T 17-09-2021 +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 SMART SM00382 604 746 4.5E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 SMART SM00382 203 348 2.3E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01665 9ffcbd71229ed6f7474daaa190edd51c 865 Gene3D G3DSA:1.10.8.60 773 865 4.5E-26 T 17-09-2021 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 PANTHER PTHR10587 5 255 6.2E-47 T 17-09-2021 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 ProSiteProfiles PS51677 NodB homology domain profile. 68 248 31.989 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 Gene3D G3DSA:3.20.20.370 41 259 1.6E-52 T 17-09-2021 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 SUPERFAMILY SSF88713 65 252 1.09E-44 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 CDD cd10944 CE4_SmPgdA_like 68 247 1.27899E-73 T 17-09-2021 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 PANTHER PTHR10587:SF125 5 255 6.2E-47 T 17-09-2021 +MGYG000000001_01923 c374ae275d5a8387727e8fb5ce0abd22 265 Pfam PF01522 Polysaccharide deacetylase 65 188 1.5E-23 T 17-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 Gene3D G3DSA:3.30.70.660 107 244 6.0E-48 T 17-09-2021 IPR020095 Pseudouridine synthase I, TruA, C-terminal GO:0003723|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 PIRSF PIRSF001430 1 245 6.8E-78 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 SUPERFAMILY SSF55120 1 245 1.73E-77 T 17-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 PANTHER PTHR11142 2 245 9.9E-88 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 Pfam PF01416 tRNA pseudouridine synthase 147 245 6.9E-29 T 17-09-2021 IPR020097 Pseudouridine synthase I, TruA, alpha/beta domain GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 Pfam PF01416 tRNA pseudouridine synthase 8 105 3.4E-9 T 17-09-2021 IPR020097 Pseudouridine synthase I, TruA, alpha/beta domain GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 Hamap MF_00171 tRNA pseudouridine synthase A [truA]. 2 245 35.631 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 CDD cd02570 PseudoU_synth_EcTruA 6 245 2.42797E-123 T 17-09-2021 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 PANTHER PTHR11142:SF18 2 245 9.9E-88 T 17-09-2021 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 Gene3D G3DSA:3.30.70.580 1 106 3.2E-32 T 17-09-2021 +MGYG000000001_00850 b60c6b01171522c1a588bf25df267b95 245 TIGRFAM TIGR00071 hisT_truA: tRNA pseudouridine(38-40) synthase 2 240 1.6E-62 T 17-09-2021 IPR001406 Pseudouridine synthase I, TruA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 ProSitePatterns PS00331 Malic enzymes signature. 156 172 - T 17-09-2021 IPR015884 Malic enzyme, conserved site GO:0004471|GO:0055114 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 Pfam PF03949 Malic enzyme, NAD binding domain 162 382 4.3E-27 T 17-09-2021 IPR012302 Malic enzyme, NAD-binding GO:0051287 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 CDD cd05311 NAD_bind_2_malic_enz 160 382 5.49798E-104 T 17-09-2021 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 Pfam PF00390 Malic enzyme, N-terminal domain 20 148 4.3E-31 T 17-09-2021 IPR012301 Malic enzyme, N-terminal domain GO:0004471|GO:0055114 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 Gene3D G3DSA:3.40.50.10380 1 157 5.9E-77 T 17-09-2021 IPR037062 Malic enzyme, N-terminal domain superfamily GO:0004471|GO:0055114 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 PANTHER PTHR43237:SF4 2 393 4.2E-182 T 17-09-2021 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 SUPERFAMILY SSF51735 160 392 3.53E-77 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 PANTHER PTHR43237 2 393 4.2E-182 T 17-09-2021 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 Gene3D G3DSA:3.40.50.720 158 390 1.3E-83 T 17-09-2021 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 PIRSF PIRSF000106 17 396 2.8E-87 T 17-09-2021 IPR001891 Malic oxidoreductase GO:0004470|GO:0004471 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 PRINTS PR00072 Malic enzyme signature 187 203 3.3E-9 T 17-09-2021 IPR001891 Malic oxidoreductase GO:0004470|GO:0004471 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 PRINTS PR00072 Malic enzyme signature 156 172 3.3E-9 T 17-09-2021 IPR001891 Malic oxidoreductase GO:0004470|GO:0004471 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 PRINTS PR00072 Malic enzyme signature 77 99 3.3E-9 T 17-09-2021 IPR001891 Malic oxidoreductase GO:0004470|GO:0004471 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 SUPERFAMILY SSF53223 10 158 1.51E-57 T 17-09-2021 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 SMART SM00919 160 383 1.2E-115 T 17-09-2021 IPR012302 Malic enzyme, NAD-binding GO:0051287 +MGYG000000001_00882 558de567d0a72642d5e544dcca71a172 397 SMART SM01274 15 148 3.5E-87 T 17-09-2021 IPR012301 Malic enzyme, N-terminal domain GO:0004471|GO:0055114 +MGYG000000001_01409 4f89f7516244ab959b9dcceb1ee79d40 214 Gene3D G3DSA:3.30.565.40 2 112 1.9E-12 T 17-09-2021 +MGYG000000001_01409 4f89f7516244ab959b9dcceb1ee79d40 214 Pfam PF11738 Protein of unknown function (DUF3298) 116 197 1.1E-7 T 17-09-2021 IPR021729 Domain of unknown function DUF3298 +MGYG000000001_01409 4f89f7516244ab959b9dcceb1ee79d40 214 Gene3D G3DSA:3.90.640.20 114 212 1.5E-10 T 17-09-2021 IPR037126 PdaC/RsiV-like superfamily +MGYG000000001_01409 4f89f7516244ab959b9dcceb1ee79d40 214 Pfam PF13739 Deacetylase PdaC 9 93 6.7E-7 T 17-09-2021 IPR025303 Deacetylase PdaC +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 Pfam PF01381 Helix-turn-helix 7 61 6.0E-18 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 SUPERFAMILY SSF47413 1 66 2.94E-20 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 SMART SM00530 6 61 1.2E-16 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 7 61 18.017 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 PANTHER PTHR46558:SF8 2 75 4.2E-18 T 17-09-2021 +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 Gene3D G3DSA:1.10.260.40 1 64 2.3E-26 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 Coils Coil 7 27 - T 17-09-2021 +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 CDD cd00093 HTH_XRE 4 61 1.34906E-19 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_02019 46f2a2c968223badd4d5f3754f86c77d 147 PANTHER PTHR46558 2 75 4.2E-18 T 17-09-2021 +MGYG000000001_00984 cdc1a317b7770b7efba0ac3eaf2f985c 248 Pfam PF14358 Domain of unknown function (DUF4405) 76 130 4.4E-7 T 17-09-2021 IPR025517 Domain of unknown function DUF4405 +MGYG000000001_01987 ebb36c77291128c869a2ea44137d6eff 242 Gene3D G3DSA:3.30.565.40 15 141 9.2E-13 T 17-09-2021 +MGYG000000001_01987 ebb36c77291128c869a2ea44137d6eff 242 Gene3D G3DSA:3.90.640.20 143 238 8.2E-13 T 17-09-2021 IPR037126 PdaC/RsiV-like superfamily +MGYG000000001_01987 ebb36c77291128c869a2ea44137d6eff 242 Pfam PF11738 Protein of unknown function (DUF3298) 145 204 1.5E-8 T 17-09-2021 IPR021729 Domain of unknown function DUF3298 +MGYG000000001_01987 ebb36c77291128c869a2ea44137d6eff 242 Pfam PF13739 Deacetylase PdaC 26 120 4.4E-7 T 17-09-2021 IPR025303 Deacetylase PdaC +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 ProSitePatterns PS00211 ABC transporters family signature. 138 152 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 PANTHER PTHR24220:SF661 1 154 4.6E-61 T 17-09-2021 +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 PANTHER PTHR24220 1 154 4.6E-61 T 17-09-2021 +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 Gene3D G3DSA:3.40.50.300 2 161 1.2E-38 T 17-09-2021 +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 162 10.498 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 SUPERFAMILY SSF52540 3 153 8.62E-44 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01891 1abeec412ed8cdc532ebd69222e5f456 163 Pfam PF00005 ABC transporter 22 156 1.2E-26 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 CDD cd09019 galactose_mutarotase_like 24 342 4.49747E-122 T 17-09-2021 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 Pfam PF01263 Aldose 1-epimerase 21 341 6.4E-68 T 17-09-2021 IPR008183 Aldose 1-/Glucose-6-phosphate 1-epimerase GO:0005975|GO:0016853 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 Gene3D G3DSA:2.70.98.10 7 345 1.4E-93 T 17-09-2021 IPR014718 Glycoside hydrolase-type carbohydrate-binding GO:0030246 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 PANTHER PTHR10091 13 344 2.5E-83 T 17-09-2021 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 SUPERFAMILY SSF74650 10 342 3.08E-87 T 17-09-2021 IPR011013 Galactose mutarotase-like domain superfamily GO:0003824|GO:0005975|GO:0030246 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 PIRSF PIRSF005096 1 345 5.6E-103 T 17-09-2021 IPR015443 Aldose 1-epimerase GO:0016853|GO:0019318 KEGG: 00010+5.1.3.3|KEGG: 00052+5.1.3.3|MetaCyc: PWY-6317 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 PANTHER PTHR10091:SF0 13 344 2.5E-83 T 17-09-2021 +MGYG000000001_01441 d6166575c74c7f4330db35c62cafc1cd 346 ProSitePatterns PS00545 Aldose 1-epimerase putative active site. 175 184 - T 17-09-2021 IPR018052 Aldose 1-epimerase, conserved site KEGG: 00010+5.1.3.3|KEGG: 00052+5.1.3.3|MetaCyc: PWY-6317 +MGYG000000001_00914 26a0a34ec68714d4f33232d17e8a427b 343 Gene3D G3DSA:3.40.640.10 13 250 2.0E-109 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00914 26a0a34ec68714d4f33232d17e8a427b 343 PANTHER PTHR43703 1 341 2.0E-136 T 17-09-2021 +MGYG000000001_00914 26a0a34ec68714d4f33232d17e8a427b 343 Pfam PF01212 Beta-eliminating lyase 23 230 3.3E-28 T 17-09-2021 IPR001597 Aromatic amino acid beta-eliminating lyase/threonine aldolase GO:0006520|GO:0016829 Reactome: R-HSA-6783984 +MGYG000000001_00914 26a0a34ec68714d4f33232d17e8a427b 343 Gene3D G3DSA:3.90.1150.10 6 328 2.0E-109 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00914 26a0a34ec68714d4f33232d17e8a427b 343 SUPERFAMILY SSF53383 1 337 8.07E-74 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 SUPERFAMILY SSF63411 2 209 3.0E-61 T 17-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 Pfam PF00675 Insulinase (Peptidase family M16) 16 159 2.2E-40 T 17-09-2021 IPR011765 Peptidase M16, N-terminal +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 Coils Coil 306 326 - T 17-09-2021 +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 Pfam PF05193 Peptidase M16 inactive domain 166 340 6.3E-34 T 17-09-2021 IPR007863 Peptidase M16, C-terminal +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 Gene3D G3DSA:3.30.830.10 222 411 4.8E-44 T 17-09-2021 +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 ProSitePatterns PS00143 Insulinase family, zinc-binding region signature. 33 56 - T 17-09-2021 IPR001431 Peptidase M16, zinc-binding site GO:0004222|GO:0006508 +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 PANTHER PTHR11851 2 407 3.3E-88 T 17-09-2021 +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 Gene3D G3DSA:3.30.830.10 2 216 1.8E-73 T 17-09-2021 +MGYG000000001_01601 b988c4987d96878455cb71bef2945656 413 SUPERFAMILY SSF63411 221 406 8.77E-38 T 17-09-2021 IPR011249 Metalloenzyme, LuxS/M16 peptidase-like GO:0003824|GO:0046872 +MGYG000000001_01827 5115f0018c07133c4fac41cf98ed981f 90 Coils Coil 11 52 - T 17-09-2021 +MGYG000000001_01345 dbe54bae864f86ffe541cc5ad5ca539b 210 Coils Coil 52 72 - T 17-09-2021 +MGYG000000001_01345 dbe54bae864f86ffe541cc5ad5ca539b 210 PANTHER PTHR12234 1 207 3.8E-60 T 17-09-2021 +MGYG000000001_01345 dbe54bae864f86ffe541cc5ad5ca539b 210 PANTHER PTHR12234:SF4 1 207 3.8E-60 T 17-09-2021 +MGYG000000001_01345 dbe54bae864f86ffe541cc5ad5ca539b 210 Gene3D G3DSA:1.20.120.680 8 207 1.3E-68 T 17-09-2021 IPR036178 Formimidoyltransferase-cyclodeaminase-like superfamily GO:0003824|GO:0044237 KEGG: 00340+2.1.2.5|KEGG: 00670+4.3.1.4+2.1.2.5|MetaCyc: PWY-5030|MetaCyc: PWY-5497|Reactome: R-HSA-70921 +MGYG000000001_01345 dbe54bae864f86ffe541cc5ad5ca539b 210 SUPERFAMILY SSF101262 4 205 3.92E-60 T 17-09-2021 IPR036178 Formimidoyltransferase-cyclodeaminase-like superfamily GO:0003824|GO:0044237 KEGG: 00340+2.1.2.5|KEGG: 00670+4.3.1.4+2.1.2.5|MetaCyc: PWY-5030|MetaCyc: PWY-5497|Reactome: R-HSA-70921 +MGYG000000001_01345 dbe54bae864f86ffe541cc5ad5ca539b 210 Pfam PF04961 Formiminotransferase-cyclodeaminase 7 187 3.8E-71 T 17-09-2021 IPR007044 Cyclodeaminase/cyclohydrolase GO:0003824|GO:0044237 KEGG: 00340+2.1.2.5|KEGG: 00670+4.3.1.4+2.1.2.5|MetaCyc: PWY-5030|MetaCyc: PWY-5497|Reactome: R-HSA-70921 +MGYG000000001_01281 50c9d0e46aa80776bf160170f63c57d6 363 Pfam PF12982 Protein of unknown function (DUF3866) 32 349 4.4E-135 T 17-09-2021 IPR024479 Protein of unknown function DUF3866 +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 Hamap MF_00014 Ribosome maturation factor RimM [rimM]. 7 168 24.269 T 17-09-2021 IPR011961 16S rRNA processing protein RimM GO:0005840|GO:0006364|GO:0043022 +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 Gene3D G3DSA:2.40.30.60 8 91 2.1E-20 T 17-09-2021 IPR036976 RimM, N-terminal domain superfamily GO:0006364 +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 TIGRFAM TIGR02273 16S_RimM: 16S rRNA processing protein RimM 8 167 3.2E-46 T 17-09-2021 IPR011961 16S rRNA processing protein RimM GO:0005840|GO:0006364|GO:0043022 +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 SUPERFAMILY SSF50447 8 90 2.97E-19 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 SUPERFAMILY SSF50346 99 167 2.55E-17 T 17-09-2021 IPR011033 PRC-barrel-like superfamily +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 PANTHER PTHR33692 8 170 1.6E-37 T 17-09-2021 +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 Pfam PF05239 PRC-barrel domain 96 168 1.1E-10 T 17-09-2021 IPR027275 PRC-barrel domain +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 Pfam PF01782 RimM N-terminal domain 9 90 4.7E-22 T 17-09-2021 IPR002676 RimM, N-terminal GO:0006364 +MGYG000000001_01313 168346f58b136b5ac9cc87545be16597 170 Gene3D G3DSA:2.30.30.240 94 170 1.5E-17 T 17-09-2021 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 SUPERFAMILY SSF52172 2 129 1.85E-41 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 SUPERFAMILY SSF46894 128 226 1.48E-31 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 PANTHER PTHR26402:SF726 1 226 4.5E-82 T 17-09-2021 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 CDD cd00383 trans_reg_C 139 226 3.20213E-38 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 Gene3D G3DSA:1.10.10.10 134 227 3.3E-35 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 CDD cd00156 REC 6 120 9.32131E-40 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 SMART SM00448 3 116 4.9E-43 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 Pfam PF00486 Transcriptional regulatory protein, C terminal 153 226 6.8E-28 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 ProSiteProfiles PS50110 Response regulatory domain profile. 4 120 43.923 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 Pfam PF00072 Response regulator receiver domain 5 116 5.1E-27 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 131 227 42.946 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 SMART SM00862 152 226 5.6E-28 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 Gene3D G3DSA:3.40.50.2300 1 133 1.7E-36 T 17-09-2021 +MGYG000000001_01217 7d61cbadeff0dd437683bbaa2557dee1 227 PANTHER PTHR26402 1 226 4.5E-82 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_01088 9bac3615920d770db46d4fd988b2faba 98 Coils Coil 75 98 - T 17-09-2021 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 Gene3D G3DSA:3.40.1190.20 1 289 9.2E-53 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 Pfam PF00294 pfkB family carbohydrate kinase 4 281 4.8E-41 T 17-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 PANTHER PTHR10584:SF166 2 280 4.6E-34 T 17-09-2021 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 PRINTS PR00990 Ribokinase signature 214 225 8.7E-11 T 17-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 PRINTS PR00990 Ribokinase signature 5 26 8.7E-11 T 17-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 PRINTS PR00990 Ribokinase signature 175 190 8.7E-11 T 17-09-2021 IPR002139 Ribokinase/fructokinase GO:0016301 Reactome: R-HSA-71336 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 PANTHER PTHR10584 2 280 4.6E-34 T 17-09-2021 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 ProSitePatterns PS00584 pfkB family of carbohydrate kinases signature 2. 243 256 - T 17-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_02119 6fcccb3b4d2c5a7f9c30884abc623ba0 307 SUPERFAMILY SSF53613 1 284 2.65E-53 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01249 69fac261a84421824f41052daed873a8 113 Gene3D G3DSA:3.40.50.2300 11 113 4.9E-15 T 17-09-2021 +MGYG000000001_01249 69fac261a84421824f41052daed873a8 113 SUPERFAMILY SSF52794 27 110 9.68E-15 T 17-09-2021 IPR036095 PTS system IIB component-like superfamily GO:0008982|GO:0009401 +MGYG000000001_01697 8ca909c8532f1243170b1091b1f96842 302 SUPERFAMILY SSF52490 8 161 1.23E-7 T 17-09-2021 IPR036525 Tubulin/FtsZ, GTPase domain superfamily Reactome: R-HSA-380320 +MGYG000000001_01697 8ca909c8532f1243170b1091b1f96842 302 Gene3D G3DSA:3.40.50.1440 5 302 1.8E-19 T 17-09-2021 IPR036525 Tubulin/FtsZ, GTPase domain superfamily Reactome: R-HSA-380320 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PANTHER PTHR43160 3 639 1.6E-255 T 17-09-2021 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 SUPERFAMILY SSF52016 438 639 2.75E-51 T 17-09-2021 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 Pfam PF00694 Aconitase C-terminal domain 517 575 3.4E-21 T 17-09-2021 IPR000573 Aconitase A/isopropylmalate dehydratase small subunit, swivel domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 Pfam PF00330 Aconitase family (aconitate hydratase) 8 407 1.0E-105 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 Gene3D G3DSA:3.20.19.10 461 646 1.0E-45 T 17-09-2021 IPR015928 Aconitase/3-isopropylmalate dehydratase, swivel KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 TIGRFAM TIGR01342 acon_putative: putative aconitate hydratase 5 642 9.1E-268 T 17-09-2021 IPR006250 Aconitase, putative +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 SUPERFAMILY SSF53732 2 422 3.79E-143 T 17-09-2021 IPR036008 Aconitase, iron-sulfur domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 ProSitePatterns PS00450 Aconitase family signature 1. 289 305 - T 17-09-2021 IPR018136 Aconitase family, 4Fe-4S cluster binding site KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 Gene3D G3DSA:3.30.499.10 270 444 1.9E-53 T 17-09-2021 IPR015931 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha, subdomain 1/3 KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PANTHER PTHR43160:SF4 3 639 1.6E-255 T 17-09-2021 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 Gene3D G3DSA:3.30.499.20 4 267 3.2E-85 T 17-09-2021 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 ProSitePatterns PS01244 Aconitase family signature 2. 349 362 - T 17-09-2021 IPR018136 Aconitase family, 4Fe-4S cluster binding site KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PRINTS PR00415 Aconitase family signature 349 362 7.1E-22 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PRINTS PR00415 Aconitase family signature 186 199 7.1E-22 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PRINTS PR00415 Aconitase family signature 200 213 7.1E-22 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PRINTS PR00415 Aconitase family signature 90 98 7.1E-22 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PRINTS PR00415 Aconitase family signature 110 123 7.1E-22 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01633 3647dc6e8e23f3474a2b3892cbe31cf0 647 PRINTS PR00415 Aconitase family signature 124 139 7.1E-22 T 17-09-2021 IPR001030 Aconitase/3-isopropylmalate dehydratase large subunit, alpha/beta/alpha domain KEGG: 00290+4.2.1.33 +MGYG000000001_01762 a324199139091283edb9032a3c343148 89 CDD cd16948 HATPase_BceS-YxdK-YvcQ-like 53 83 9.8878E-5 T 17-09-2021 +MGYG000000001_01762 a324199139091283edb9032a3c343148 89 Gene3D G3DSA:3.30.565.10 8 88 7.6E-9 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01762 a324199139091283edb9032a3c343148 89 SUPERFAMILY SSF55874 17 82 1.66E-7 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 Gene3D G3DSA:3.40.50.2300 1 123 8.3E-28 T 17-09-2021 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 ProSiteProfiles PS50110 Response regulatory domain profile. 3 116 27.225 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 SUPERFAMILY SSF52172 1 124 3.84E-23 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 SMART SM00850 133 225 5.6E-15 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 PANTHER PTHR43412:SF1 1 225 1.6E-41 T 17-09-2021 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 CDD cd00156 REC 6 116 2.51669E-22 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 Pfam PF00072 Response regulator receiver domain 4 112 2.6E-19 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 Pfam PF04397 LytTr DNA-binding domain 134 224 1.5E-15 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 SMART SM00448 2 112 1.4E-17 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 ProSiteProfiles PS50930 LytTR-type HTH domain profile. 127 226 15.429 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 Gene3D G3DSA:2.40.50.1020 124 233 5.6E-14 T 17-09-2021 +MGYG000000001_02087 82b7e0229935351c807ad31113258b00 238 PANTHER PTHR43412 1 225 1.6E-41 T 17-09-2021 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 CDD cd00383 trans_reg_C 141 230 2.25748E-31 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 Gene3D G3DSA:1.10.10.10 132 233 3.0E-29 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 133 232 34.513 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 PANTHER PTHR26402 2 231 8.9E-82 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 PANTHER PTHR26402:SF628 2 231 8.9E-82 T 17-09-2021 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 CDD cd00156 REC 8 116 2.71298E-37 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 SMART SM00448 5 115 4.2E-39 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 ProSiteProfiles PS50110 Response regulatory domain profile. 6 119 40.006 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 Gene3D G3DSA:3.40.50.2300 2 131 7.2E-36 T 17-09-2021 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 SUPERFAMILY SSF52172 5 176 3.13E-38 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 Pfam PF00486 Transcriptional regulatory protein, C terminal 154 230 3.5E-22 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 Pfam PF00072 Response regulator receiver domain 7 116 2.7E-28 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02819 bd8b0d7aa394d27d7155f65ee58b849e 233 SMART SM00862 154 230 3.0E-22 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 CDD cd00383 trans_reg_C 137 226 2.55965E-34 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 ProSiteProfiles PS50110 Response regulatory domain profile. 4 117 48.904 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 SMART SM00862 150 226 4.5E-25 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 Pfam PF00486 Transcriptional regulatory protein, C terminal 151 226 6.0E-25 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 CDD cd00156 REC 6 117 7.60802E-45 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 Gene3D G3DSA:1.10.10.10 129 228 4.0E-33 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 Gene3D G3DSA:3.40.50.2300 1 128 3.6E-41 T 17-09-2021 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 PANTHER PTHR26402:SF748 1 228 4.5E-114 T 17-09-2021 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 Pfam PF00072 Response regulator receiver domain 5 113 9.6E-33 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 PANTHER PTHR26402 1 228 4.5E-114 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 129 228 38.567 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 SMART SM00448 3 113 1.7E-47 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 SUPERFAMILY SSF52172 2 126 4.27E-44 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_00890 5ad72a3f21261ec1f65437c817c58da0 228 SUPERFAMILY SSF46894 125 226 1.76E-29 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 SUPERFAMILY SSF56300 1 152 3.44E-40 T 17-09-2021 +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 CDD cd00841 MPP_YfcE 2 146 3.87387E-36 T 17-09-2021 IPR041802 YfcE-like, metallophosphatase domain +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 TIGRFAM TIGR00040 yfcE: phosphodiesterase, MJ0936 family 1 146 1.6E-33 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 Pfam PF12850 Calcineurin-like phosphoesterase superfamily domain 1 147 8.8E-32 T 17-09-2021 IPR024654 Calcineurin-like phosphoesterase domain, lpxH-type Reactome: R-HSA-3238698 +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 Gene3D G3DSA:3.60.21.10 1 155 2.1E-42 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 PANTHER PTHR11124:SF23 1 153 5.2E-31 T 17-09-2021 +MGYG000000001_00027 95fdde05972cd1ea949a3c7cb53f53b5 156 PANTHER PTHR11124 1 153 5.2E-31 T 17-09-2021 IPR000979 Phosphodiesterase MJ0936/Vps29 Reactome: R-HSA-3238698 +MGYG000000001_00522 85b45aa70ce6c167568f1750b136032e 275 PANTHER PTHR30477:SF0 1 262 2.6E-83 T 17-09-2021 +MGYG000000001_00522 85b45aa70ce6c167568f1750b136032e 275 Pfam PF00950 ABC 3 transport family 5 259 8.3E-65 T 17-09-2021 IPR001626 ABC transporter, TroCD-like GO:0005887|GO:0042626|GO:0043190|GO:0055085 +MGYG000000001_00522 85b45aa70ce6c167568f1750b136032e 275 SUPERFAMILY SSF81345 3 256 1.07E-35 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00522 85b45aa70ce6c167568f1750b136032e 275 Gene3D G3DSA:1.10.3470.10 58 263 4.9E-8 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_00522 85b45aa70ce6c167568f1750b136032e 275 PANTHER PTHR30477 1 262 2.6E-83 T 17-09-2021 IPR001626 ABC transporter, TroCD-like GO:0005887|GO:0042626|GO:0043190|GO:0055085 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 ProSitePatterns PS00211 ABC transporters family signature. 150 164 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 7 249 18.281 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 Gene3D G3DSA:3.40.50.300 4 311 1.6E-58 T 17-09-2021 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 PANTHER PTHR43297 4 302 9.4E-67 T 17-09-2021 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 PANTHER PTHR43297:SF2 4 302 9.4E-67 T 17-09-2021 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 SUPERFAMILY SSF52540 4 243 1.85E-44 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 Pfam PF08352 Oligopeptide/dipeptide transporter, C-terminal region 241 290 1.0E-11 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 Pfam PF00005 ABC transporter 32 177 2.7E-24 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 SMART SM00382 40 226 2.0E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02791 32dd3a9d249774d255aa90974f227bce 311 TIGRFAM TIGR01727 oligo_HPY: oligopeptide/dipeptide ABC transporter, ATP-binding protein, C-terminal domain 241 308 1.9E-15 T 17-09-2021 IPR013563 Oligopeptide/dipeptide ABC transporter, C-terminal GO:0000166|GO:0005524|GO:0015833 +MGYG000000001_00310 196ee52b7a041ca6c25c5379064807b6 188 PIRSF PIRSF006091 1 188 1.9E-47 T 17-09-2021 IPR010209 Ion-translocating oxidoreductase complex, subunit RnfG/RsxG GO:0005886|GO:0009055|GO:0022900 +MGYG000000001_00310 196ee52b7a041ca6c25c5379064807b6 188 Pfam PF04205 FMN-binding domain 93 180 2.4E-18 T 17-09-2021 IPR007329 FMN-binding GO:0010181|GO:0016020 +MGYG000000001_00310 196ee52b7a041ca6c25c5379064807b6 188 PANTHER PTHR36118 1 185 2.5E-47 T 17-09-2021 IPR010209 Ion-translocating oxidoreductase complex, subunit RnfG/RsxG GO:0005886|GO:0009055|GO:0022900 +MGYG000000001_00310 196ee52b7a041ca6c25c5379064807b6 188 Hamap MF_00479 Ion-translocating oxidoreductase complex subunit G [rsxG]. 1 184 23.576 T 17-09-2021 IPR010209 Ion-translocating oxidoreductase complex, subunit RnfG/RsxG GO:0005886|GO:0009055|GO:0022900 +MGYG000000001_00310 196ee52b7a041ca6c25c5379064807b6 188 SMART SM00900 93 182 1.9E-20 T 17-09-2021 IPR007329 FMN-binding GO:0010181|GO:0016020 +MGYG000000001_00310 196ee52b7a041ca6c25c5379064807b6 188 TIGRFAM TIGR01947 rnfG: electron transport complex, RnfABCDGE type, G subunit 8 183 4.4E-39 T 17-09-2021 IPR010209 Ion-translocating oxidoreductase complex, subunit RnfG/RsxG GO:0005886|GO:0009055|GO:0022900 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Pfam PF00205 Thiamine pyrophosphate enzyme, central domain 200 334 6.2E-45 T 17-09-2021 IPR012000 Thiamine pyrophosphate enzyme, central domain GO:0000287|GO:0030976 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 SUPERFAMILY SSF52518 1 177 3.13E-61 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 TIGRFAM TIGR00118 acolac_lg: acetolactate synthase, large subunit, biosynthetic type 1 555 2.1E-213 T 17-09-2021 IPR012846 Acetolactate synthase, large subunit, biosynthetic GO:0000287|GO:0003984|GO:0009082|GO:0030976|GO:0050660 KEGG: 00290+2.2.1.6|KEGG: 00650+2.2.1.6|KEGG: 00660+2.2.1.6|KEGG: 00770+2.2.1.6|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-5938|MetaCyc: PWY-5939|MetaCyc: PWY-6389|MetaCyc: PWY-7111 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Gene3D G3DSA:3.40.50.970 1 177 2.0E-68 T 17-09-2021 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 PANTHER PTHR18968:SF13 1 555 7.5E-202 T 17-09-2021 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 SUPERFAMILY SSF52467 193 356 3.4E-55 T 17-09-2021 IPR029035 DHS-like NAD/FAD-binding domain superfamily +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Gene3D G3DSA:3.40.50.970 356 556 2.2E-59 T 17-09-2021 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 PANTHER PTHR18968 1 555 7.5E-202 T 17-09-2021 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Gene3D G3DSA:3.40.50.1220 192 355 2.0E-54 T 17-09-2021 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 CDD cd02015 TPP_AHAS 364 547 1.38096E-89 T 17-09-2021 IPR039368 Acetolactate synthase large subunit, TPP binding domain GO:0030976 KEGG: 00290+2.2.1.6|KEGG: 00650+2.2.1.6|KEGG: 00660+2.2.1.6|KEGG: 00770+2.2.1.6|MetaCyc: PWY-5101|MetaCyc: PWY-5103|MetaCyc: PWY-5104|MetaCyc: PWY-5938|MetaCyc: PWY-5939|MetaCyc: PWY-6389|MetaCyc: PWY-7111 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Pfam PF02775 Thiamine pyrophosphate enzyme, C-terminal TPP binding domain 386 531 5.7E-43 T 17-09-2021 IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:0003824|GO:0030976 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Pfam PF02776 Thiamine pyrophosphate enzyme, N-terminal TPP binding domain 1 169 6.6E-57 T 17-09-2021 IPR012001 Thiamine pyrophosphate enzyme, N-terminal TPP-binding domain GO:0030976 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 CDD cd07035 TPP_PYR_POX_like 6 161 8.76995E-76 T 17-09-2021 +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 SUPERFAMILY SSF52518 364 553 1.03E-57 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_01935 8a89f14f1545020cbc880060f5393bc4 557 Coils Coil 343 363 - T 17-09-2021 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 Pfam PF00763 Tetrahydrofolate dehydrogenase/cyclohydrolase, catalytic domain 7 118 3.5E-14 T 17-09-2021 IPR020630 Tetrahydrofolate dehydrogenase/cyclohydrolase, catalytic domain GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 Pfam PF02882 Tetrahydrofolate dehydrogenase/cyclohydrolase, NAD(P)-binding domain 126 280 3.5E-36 T 17-09-2021 IPR020631 Tetrahydrofolate dehydrogenase/cyclohydrolase, NAD(P)-binding domain GO:0004488 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 107 128 1.6E-23 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 153 173 1.6E-23 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 255 273 1.6E-23 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 202 231 1.6E-23 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PRINTS PR00085 Tetrahydrofolate dehydrogenase/cyclohydrolase family signature 33 55 1.6E-23 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PANTHER PTHR10025:SF46 2 282 2.1E-55 T 17-09-2021 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 Coils Coil 8 28 - T 17-09-2021 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 PANTHER PTHR10025 2 282 2.1E-55 T 17-09-2021 IPR000672 Tetrahydrofolate dehydrogenase/cyclohydrolase GO:0004488|GO:0055114 KEGG: 00670+1.5.1.5+3.5.4.9|KEGG: 00720+1.5.1.5+3.5.4.9|MetaCyc: PWY-1722|MetaCyc: PWY-2201|MetaCyc: PWY-3841|MetaCyc: PWY-5030|MetaCyc: PWY-5497|MetaCyc: PWY-6613|MetaCyc: PWY-7909|Reactome: R-HSA-196757 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 Gene3D G3DSA:3.40.50.720 138 258 1.5E-59 T 17-09-2021 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 SUPERFAMILY SSF53223 1 119 4.8E-16 T 17-09-2021 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 Gene3D G3DSA:3.40.50.10860 10 276 1.5E-59 T 17-09-2021 +MGYG000000001_02508 0d75e18ab81380903cfeb66575f5e9be 286 SUPERFAMILY SSF51735 131 282 4.6E-29 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 SUPERFAMILY SSF52343 110 262 7.2E-33 T 17-09-2021 IPR039261 Ferredoxin-NADP reductase (FNR), nucleotide-binding domain +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 PANTHER PTHR42783 8 287 2.4E-76 T 17-09-2021 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 Gene3D G3DSA:3.40.50.80 113 217 5.7E-36 T 17-09-2021 IPR039261 Ferredoxin-NADP reductase (FNR), nucleotide-binding domain +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 Pfam PF00175 Oxidoreductase NAD-binding domain 116 211 9.0E-7 T 17-09-2021 IPR001433 Oxidoreductase FAD/NAD(P)-binding GO:0016491|GO:0055114 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 Gene3D G3DSA:2.40.30.10 3 97 5.4E-24 T 17-09-2021 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 SUPERFAMILY SSF63380 9 97 1.8E-20 T 17-09-2021 IPR017938 Riboflavin synthase-like beta-barrel +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 PANTHER PTHR42783:SF3 8 287 2.4E-76 T 17-09-2021 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 CDD cd06219 DHOD_e_trans_like1 8 263 4.78777E-140 T 17-09-2021 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 ProSiteProfiles PS51384 Ferredoxin reductase-type FAD binding domain profile. 3 101 9.868 T 17-09-2021 IPR017927 FAD-binding domain, ferredoxin reductase-type GO:0016491|GO:0055114 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 PIRSF PIRSF006816 3 269 6.3E-66 T 17-09-2021 IPR012165 Cytochrome-c3 hydrogenase, gamma subunit GO:0006221|GO:0050660|GO:0051537 +MGYG000000001_01918 68701f87e39af07121facabe3e7b75c2 301 Pfam PF10418 Iron-sulfur cluster binding domain of dihydroorotate dehydrogenase B 227 262 2.5E-12 T 17-09-2021 IPR019480 Dihydroorotate dehydrogenase, electron transfer subunit, iron-sulphur cluster binding domain +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 ProSitePatterns PS00770 Aminotransferases class-IV signature. 152 181 - T 17-09-2021 IPR018300 Aminotransferase, class IV, conserved site GO:0003824 Reactome: R-HSA-70895 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 PANTHER PTHR42743:SF5 13 241 4.0E-40 T 17-09-2021 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 CDD cd00449 PLPDE_IV 14 241 3.06488E-62 T 17-09-2021 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 PANTHER PTHR42743 13 241 4.0E-40 T 17-09-2021 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 Gene3D G3DSA:3.30.470.10 2 97 2.4E-13 T 17-09-2021 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 Pfam PF01063 Amino-transferase class IV 17 226 4.5E-48 T 17-09-2021 IPR001544 Aminotransferase class IV GO:0003824 Reactome: R-HSA-70895 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 Gene3D G3DSA:3.20.10.10 98 245 1.7E-43 T 17-09-2021 +MGYG000000001_03098 d5035797345d03c5521616b4fd7d3347 245 SUPERFAMILY SSF56752 13 232 7.33E-57 T 17-09-2021 IPR036038 Aminotransferase-like, PLP-dependent enzymes GO:0003824 Reactome: R-HSA-70895 +MGYG000000001_00715 b1df44cb445acd805568828d1866205b 299 PANTHER PTHR42867 3 298 1.2E-90 T 17-09-2021 +MGYG000000001_00715 b1df44cb445acd805568828d1866205b 299 Pfam PF07136 Protein of unknown function (DUF1385) 53 298 6.9E-89 T 17-09-2021 IPR010787 Protein of unknown function DUF1385 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 Gene3D G3DSA:2.30.30.40 115 173 2.5E-17 T 17-09-2021 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 ProSiteProfiles PS51781 SH3b domain profile. 113 175 15.276 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 MobiDBLite mobidb-lite consensus disorder prediction 189 234 - T 17-09-2021 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 Pfam PF08239 Bacterial SH3 domain 123 172 8.1E-14 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 SMART SM00287 113 175 9.4E-13 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 SMART SM00287 54 112 0.038 T 17-09-2021 IPR003646 SH3-like domain, bacterial-type +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 Gene3D G3DSA:2.30.30.40 60 111 3.8E-6 T 17-09-2021 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 Pfam PF00877 NlpC/P60 family 249 352 1.7E-30 T 17-09-2021 IPR000064 Endopeptidase, NLPC/P60 domain +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 Gene3D G3DSA:3.90.1720.10 174 350 2.6E-55 T 17-09-2021 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 SUPERFAMILY SSF50044 80 113 3.87E-5 T 17-09-2021 IPR036028 SH3-like domain superfamily GO:0005515 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 MobiDBLite mobidb-lite consensus disorder prediction 188 234 - T 17-09-2021 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 PANTHER PTHR47053 18 355 1.9E-58 T 17-09-2021 +MGYG000000001_01061 02d09e2bcd04ed8e360dac0715a1cefe 355 SUPERFAMILY SSF54001 231 354 3.43E-46 T 17-09-2021 IPR038765 Papain-like cysteine peptidase superfamily +MGYG000000001_00131 0c9b081f7cac97ca121c6c5a6acecff4 312 PANTHER PTHR31752:SF46 1 307 1.2E-68 T 17-09-2021 +MGYG000000001_00131 0c9b081f7cac97ca121c6c5a6acecff4 312 Pfam PF03547 Membrane transport protein 158 303 3.5E-15 T 17-09-2021 IPR004776 Membrane transport protein GO:0016021|GO:0055085 +MGYG000000001_00131 0c9b081f7cac97ca121c6c5a6acecff4 312 Pfam PF03547 Membrane transport protein 10 145 4.1E-12 T 17-09-2021 IPR004776 Membrane transport protein GO:0016021|GO:0055085 +MGYG000000001_00131 0c9b081f7cac97ca121c6c5a6acecff4 312 PANTHER PTHR31752 1 307 1.2E-68 T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 TIGRFAM TIGR04285 nucleoid_noc: nucleoid occlusion protein 6 260 6.7E-106 T 17-09-2021 IPR023705 Nucleoid occlusion protein +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 Pfam PF02195 ParB-like nuclease domain 8 95 1.8E-24 T 17-09-2021 IPR003115 ParB/Sulfiredoxin +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 CDD cd16393 SPO0J_N 6 101 2.65659E-49 T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 Pfam PF17762 HTH domain found in ParB protein 148 195 9.5E-16 T 17-09-2021 IPR041468 ParB/Spo0J, HTH domain +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 Gene3D G3DSA:3.90.1530.30 20 82 1.3E-26 T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 PANTHER PTHR33375 3 261 9.7E-82 T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 Coils Coil 79 99 - T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 Gene3D G3DSA:1.10.10.2830 83 196 1.4E-34 T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 TIGRFAM TIGR00180 parB_part: ParB/RepB/Spo0J family partition protein 4 181 1.1E-54 T 17-09-2021 IPR004437 ParB/RepB/Spo0J partition protein GO:0003677 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 SUPERFAMILY SSF110849 6 142 5.75E-31 T 17-09-2021 IPR036086 ParB/Sulfiredoxin superfamily +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 PANTHER PTHR33375:SF8 3 261 9.7E-82 T 17-09-2021 +MGYG000000001_00939 fc5e1a4d84dfe94bf67147405c1ec1f1 261 SMART SM00470 7 96 1.4E-30 T 17-09-2021 IPR003115 ParB/Sulfiredoxin +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 Gene3D G3DSA:2.30.40.10 3 380 1.3E-146 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 Gene3D G3DSA:3.20.20.140 55 333 1.3E-146 T 17-09-2021 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 SUPERFAMILY SSF51338 2 379 1.83E-17 T 17-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 PANTHER PTHR11647:SF93 1 380 3.4E-70 T 17-09-2021 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 Pfam PF01979 Amidohydrolase family 51 366 3.3E-14 T 17-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 PANTHER PTHR11647 1 380 3.4E-70 T 17-09-2021 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 TIGRFAM TIGR01975 isoAsp_dipep: beta-aspartyl peptidase 2 380 8.3E-140 T 17-09-2021 IPR010229 Peptidase M38, beta-aspartyl dipeptidase GO:0008798 +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 SUPERFAMILY SSF51556 54 337 2.37E-69 T 17-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_01197 08f10463261e050731bf51dbf7919c91 382 PIRSF PIRSF001238 1 381 4.1E-150 T 17-09-2021 IPR010229 Peptidase M38, beta-aspartyl dipeptidase GO:0008798 +MGYG000000001_00567 5fba992fcaba91e855a5013f6c9785dd 156 SUPERFAMILY SSF47240 17 153 1.33E-16 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_00567 5fba992fcaba91e855a5013f6c9785dd 156 Pfam PF13668 Ferritin-like domain 27 146 1.7E-5 T 17-09-2021 +MGYG000000001_00567 5fba992fcaba91e855a5013f6c9785dd 156 CDD cd00657 Ferritin_like 19 150 1.26027E-14 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 PIRSF PIRSF005962 1 394 2.4E-118 T 17-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 Pfam PF01546 Peptidase family M20/M25/M40 72 382 2.4E-31 T 17-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 Gene3D G3DSA:3.40.630.10 15 375 1.1E-126 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 SUPERFAMILY SSF55031 182 288 4.71E-30 T 17-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 Pfam PF07687 Peptidase dimerisation domain 182 280 1.2E-12 T 17-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 SUPERFAMILY SSF53187 2 393 1.51E-78 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 PANTHER PTHR11014:SF63 6 392 1.2E-123 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 PANTHER PTHR11014 6 392 1.2E-123 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 CDD cd03886 M20_Acy1 15 386 1.06832E-156 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 Gene3D G3DSA:3.30.70.360 181 295 1.1E-126 T 17-09-2021 +MGYG000000001_00182 7cc1aeafdd48a6f7d1f8be2861c9fd59 394 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 16 378 3.5E-98 T 17-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02944 f6df983d78b5d096bebab633e1420af7 113 ProSiteProfiles PS51100 PTS_EIIB type-3 domain profile. 1 109 21.092 T 17-09-2021 IPR013012 Phosphotransferase system, EIIB component, type 3 GO:0008982|GO:0009401 +MGYG000000001_02944 f6df983d78b5d096bebab633e1420af7 113 Gene3D G3DSA:3.40.50.2300 1 112 6.3E-34 T 17-09-2021 +MGYG000000001_02944 f6df983d78b5d096bebab633e1420af7 113 CDD cd05564 PTS_IIB_chitobiose_lichenan 2 100 3.61844E-38 T 17-09-2021 +MGYG000000001_02944 f6df983d78b5d096bebab633e1420af7 113 PANTHER PTHR34581 2 102 1.5E-24 T 17-09-2021 +MGYG000000001_02944 f6df983d78b5d096bebab633e1420af7 113 Pfam PF02302 PTS system, Lactose/Cellobiose specific IIB subunit 2 97 9.0E-13 T 17-09-2021 IPR003501 Phosphotransferase system, EIIB component, type 2/3 GO:0008982|GO:0009401 +MGYG000000001_02944 f6df983d78b5d096bebab633e1420af7 113 SUPERFAMILY SSF52794 1 105 3.4E-24 T 17-09-2021 IPR036095 PTS system IIB component-like superfamily GO:0008982|GO:0009401 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 4 19 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 189 201 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 108 128 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 94 107 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 137 154 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 73 89 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PRINTS PR00732 Glycosyl hydrolase family 4 signature 163 174 1.6E-41 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PANTHER PTHR32092:SF14 4 441 1.9E-150 T 17-09-2021 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 SUPERFAMILY SSF51735 3 162 1.1E-46 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 SUPERFAMILY SSF56327 167 441 3.99E-75 T 17-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 Pfam PF02056 Family 4 glycosyl hydrolase 4 183 1.4E-51 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 Gene3D G3DSA:3.90.110.10 166 441 9.5E-90 T 17-09-2021 IPR015955 Lactate dehydrogenase/glycoside hydrolase, family 4, C-terminal GO:0003824|GO:0005975|GO:0016616|GO:0055114 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 PANTHER PTHR32092 4 441 1.9E-150 T 17-09-2021 IPR001088 Glycoside hydrolase, family 4 GO:0004553|GO:0005975 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 Gene3D G3DSA:3.40.50.720 2 165 9.7E-55 T 17-09-2021 +MGYG000000001_00421 87f5a308b252ace6b4d1ba044d7c1323 441 Pfam PF11975 Family 4 glycosyl hydrolase C-terminal domain 193 415 2.6E-48 T 17-09-2021 IPR022616 Glycosyl hydrolase, family 4, C-terminal GO:0004553 +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 Pfam PF13426 PAS domain 166 239 0.044 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 SUPERFAMILY SSF55785 6 98 3.84E-10 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 151 241 9.4E-6 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 SUPERFAMILY SSF55785 149 241 3.49E-10 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 Pfam PF08448 PAS fold 8 106 1.4E-8 T 17-09-2021 IPR013656 PAS fold-4 +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 Gene3D G3DSA:3.30.450.20 158 241 2.7E-10 T 17-09-2021 +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 Gene3D G3DSA:3.30.450.20 1 107 2.8E-11 T 17-09-2021 +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 CDD cd00130 PAS 166 241 2.41048E-4 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 ProSiteProfiles PS50112 PAS repeat profile. 1 44 10.908 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 ProSiteProfiles PS50112 PAS repeat profile. 151 206 10.812 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 SMART SM00091 2 68 0.0025 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01865 ac04721b2884c6aa8ff36095be80194f 241 SMART SM00091 153 219 0.027 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 Pfam PF01699 Sodium/calcium exchanger protein 3 150 1.5E-31 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 Pfam PF01699 Sodium/calcium exchanger protein 173 313 2.3E-29 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 Gene3D G3DSA:1.20.1420.30 33 306 3.2E-92 T 17-09-2021 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 PANTHER PTHR10846 178 314 5.4E-64 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 PANTHER PTHR10846 2 154 5.4E-64 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 TIGRFAM TIGR00367 TIGR00367: K+-dependent Na+/Ca+ exchanger homolog 4 308 3.7E-76 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 Gene3D G3DSA:1.20.58.1130 7 205 3.2E-92 T 17-09-2021 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 PANTHER PTHR10846:SF8 178 314 5.4E-64 T 17-09-2021 +MGYG000000001_03013 bbca739e7099076f3df69a41e9d4ef20 316 PANTHER PTHR10846:SF8 2 154 5.4E-64 T 17-09-2021 +MGYG000000001_02160 ef2e834374240e5b530ab32876aece88 62 Pfam PF00830 Ribosomal L28 family 3 58 7.2E-23 T 17-09-2021 IPR026569 Ribosomal protein L28/L24 GO:0003735 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02160 ef2e834374240e5b530ab32876aece88 62 Gene3D G3DSA:2.30.170.40 19 62 2.9E-19 T 17-09-2021 IPR037147 Ribosomal protein L28/L24 superfamily GO:0003735 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02160 ef2e834374240e5b530ab32876aece88 62 PANTHER PTHR39080 1 61 9.8E-27 T 17-09-2021 +MGYG000000001_02160 ef2e834374240e5b530ab32876aece88 62 Hamap MF_00373 50S ribosomal protein L28 [rpmB]. 1 62 18.002 T 17-09-2021 IPR001383 Ribosomal protein L28 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02160 ef2e834374240e5b530ab32876aece88 62 TIGRFAM TIGR00009 L28: ribosomal protein bL28 1 56 6.7E-23 T 17-09-2021 IPR001383 Ribosomal protein L28 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02160 ef2e834374240e5b530ab32876aece88 62 SUPERFAMILY SSF143800 1 60 2.35E-23 T 17-09-2021 IPR034704 L28p-like Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 Pfam PF03063 Prismane/CO dehydrogenase family 29 568 1.4E-166 T 17-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 TIGRFAM TIGR01703 hybrid_clust: hydroxylamine reductase 29 570 2.4E-222 T 17-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 PANTHER PTHR30109:SF0 29 571 1.6E-227 T 17-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 Gene3D G3DSA:1.20.1270.20 27 165 3.4E-47 T 17-09-2021 IPR016100 Prismane, alpha-bundle GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 Gene3D G3DSA:1.20.1270.20 168 251 8.7E-29 T 17-09-2021 IPR016100 Prismane, alpha-bundle GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 SUPERFAMILY SSF56821 27 569 7.33E-192 T 17-09-2021 IPR011254 Prismane-like superfamily GO:0003824|GO:0016491|GO:0055114 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 Gene3D G3DSA:3.40.50.2030 253 402 4.9E-68 T 17-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 CDD cd01914 HCP 29 571 0.0 T 17-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 Hamap MF_00069 Hydroxylamine reductase [hcp]. 29 572 20.788 T 17-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 PIRSF PIRSF000076 29 573 3.6E-228 T 17-09-2021 IPR010048 Hydroxylamine reductase GO:0005737|GO:0016661|GO:0051536|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 PANTHER PTHR30109 29 571 1.6E-227 T 17-09-2021 IPR004137 Hydroxylamine reductase/Ni-containing CO dehydrogenase GO:0016491|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_02048 5cd363f4ccbcf4c1d67f260a534a2516 575 Gene3D G3DSA:3.40.50.2030 403 571 5.4E-64 T 17-09-2021 IPR016099 Prismane-like, alpha/beta-sandwich GO:0003824|GO:0055114 KEGG: 00910+1.7.99.1 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 169 183 2.7E-53 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 235 262 2.7E-53 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 398 417 2.7E-53 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 201 215 2.7E-53 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PRINTS PR00051 Bacterial chromosomal replication initiator (DNAA) signature 137 157 2.7E-53 T 17-09-2021 IPR020591 Chromosomal replication control, initiator DnaA-like +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Pfam PF00308 Bacterial dnaA protein 104 321 1.1E-104 T 17-09-2021 IPR013317 Chromosomal replication initiator protein DnaA +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PANTHER PTHR30050:SF2 1 439 3.8E-185 T 17-09-2021 IPR001957 Chromosomal replication control, initiator DnaA GO:0003677|GO:0003688|GO:0005524|GO:0006270|GO:0006275 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Pfam PF11638 DnaA N-terminal domain 5 64 1.6E-12 T 17-09-2021 IPR024633 DnaA N-terminal domain +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 SUPERFAMILY SSF52540 103 316 4.28E-48 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 SMART SM00760 348 417 1.0E-40 T 17-09-2021 IPR013159 Chromosomal replication initiator, DnaA C-terminal GO:0005524|GO:0006270|GO:0006275|GO:0043565 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Hamap MF_00377 Chromosomal replication initiator protein DnaA [dnaA]. 4 439 33.665 T 17-09-2021 IPR001957 Chromosomal replication control, initiator DnaA GO:0003677|GO:0003688|GO:0005524|GO:0006270|GO:0006275 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Gene3D G3DSA:3.40.50.300 88 268 3.1E-56 T 17-09-2021 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 PANTHER PTHR30050 1 439 3.8E-185 T 17-09-2021 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Pfam PF08299 Bacterial dnaA protein helix-turn-helix 350 417 2.3E-31 T 17-09-2021 IPR013159 Chromosomal replication initiator, DnaA C-terminal GO:0005524|GO:0006270|GO:0006275|GO:0043565 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Gene3D G3DSA:3.30.300.180 1 81 2.1E-19 T 17-09-2021 IPR038454 DnaA, N-terminal domain superfamily +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Gene3D G3DSA:1.10.1750.10 339 439 1.7E-35 T 17-09-2021 IPR010921 Trp repressor/replication initiator GO:0043565 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 TIGRFAM TIGR00362 DnaA: chromosomal replication initiator protein DnaA 7 438 2.3E-179 T 17-09-2021 IPR001957 Chromosomal replication control, initiator DnaA GO:0003677|GO:0003688|GO:0005524|GO:0006270|GO:0006275 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 CDD cd00009 AAA 119 262 1.58116E-20 T 17-09-2021 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 SUPERFAMILY SSF48295 335 439 2.2E-36 T 17-09-2021 IPR010921 Trp repressor/replication initiator GO:0043565 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 CDD cd06571 Bac_DnaA_C 349 438 7.026E-39 T 17-09-2021 IPR013159 Chromosomal replication initiator, DnaA C-terminal GO:0005524|GO:0006270|GO:0006275|GO:0043565 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 SMART SM00382 136 264 5.2E-11 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 Gene3D G3DSA:1.10.8.60 270 338 2.0E-31 T 17-09-2021 +MGYG000000001_00948 f2f1ece88faeb452ebc5d008aa2b0b75 440 ProSitePatterns PS01008 DnaA protein signature. 398 417 - T 17-09-2021 IPR018312 Chromosomal replication control, initiator DnaA, conserved site GO:0003677|GO:0003688|GO:0005524|GO:0006270|GO:0006275 +MGYG000000001_01038 647ebfdf40132b3ee431b4b387afb912 169 Pfam PF06866 Protein of unknown function (DUF1256) 7 162 7.3E-56 T 17-09-2021 IPR009665 Protein of unknown function DUF1256 +MGYG000000001_01038 647ebfdf40132b3ee431b4b387afb912 169 SUPERFAMILY SSF53163 11 167 4.45E-41 T 17-09-2021 IPR023430 Peptidase HybD-like domain superfamily +MGYG000000001_01038 647ebfdf40132b3ee431b4b387afb912 169 TIGRFAM TIGR02841 spore_YyaC: putative sporulation protein YyaC 28 164 5.3E-42 T 17-09-2021 IPR009665 Protein of unknown function DUF1256 +MGYG000000001_02839 e35e95439920fd57230787fb529796ab 188 PANTHER PTHR39453 2 187 5.5E-82 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_02839 e35e95439920fd57230787fb529796ab 188 Pfam PF06130 Phosphate propanoyltransferase 4 83 2.5E-29 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_02839 e35e95439920fd57230787fb529796ab 188 Pfam PF06130 Phosphate propanoyltransferase 112 178 3.6E-19 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_02839 e35e95439920fd57230787fb529796ab 188 PIRSF PIRSF010130 1 188 3.9E-86 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 SMART SM00382 36 178 1.2E-9 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 Coils Coil 366 386 - T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 CDD cd00009 AAA 18 171 2.02795E-12 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 Pfam PF13177 DNA polymerase III, delta subunit 19 177 8.4E-48 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 TIGRFAM TIGR02397 dnaX_nterm: DNA polymerase III, subunit gamma and tau 3 357 3.3E-147 T 17-09-2021 IPR012763 DNA polymerase III, subunit gamma/ tau GO:0003887|GO:0005524|GO:0006260|GO:0009360 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 Pfam PF12169 DNA polymerase III subunits gamma and tau domain III 233 362 1.4E-19 T 17-09-2021 IPR022754 DNA polymerase III, gamma subunit, domain III GO:0003887 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 SUPERFAMILY SSF52540 31 220 3.25E-59 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 PANTHER PTHR11669:SF0 3 455 3.1E-141 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 Gene3D G3DSA:3.40.50.300 12 176 1.2E-110 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 PANTHER PTHR11669 3 455 3.1E-141 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 CDD cd18137 HLD_clamp_pol_III_gamma_tau 177 241 1.01171E-24 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 Gene3D G3DSA:1.20.272.10 246 361 9.5E-10 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 Gene3D G3DSA:1.10.8.60 7 238 1.2E-110 T 17-09-2021 +MGYG000000001_03061 7dd82a99835f47449fef983c81e4a18e 539 SUPERFAMILY SSF48019 242 359 1.62E-21 T 17-09-2021 IPR008921 DNA polymerase III, clamp loader complex, gamma/delta/delta subunit, C-terminal GO:0003677|GO:0006260 Reactome: R-HSA-110312|Reactome: R-HSA-110314|Reactome: R-HSA-110320|Reactome: R-HSA-174411|Reactome: R-HSA-5651801|Reactome: R-HSA-5655862|Reactome: R-HSA-5656121|Reactome: R-HSA-5656169|Reactome: R-HSA-5685942|Reactome: R-HSA-5696397|Reactome: R-HSA-5696400|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-69091 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 ProSiteProfiles PS50949 GntR-type HTH domain profile. 13 80 22.472 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 Pfam PF07729 FCD domain 87 210 1.8E-29 T 17-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 51 67 5.4E-7 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 PRINTS PR00035 GntR bacterial regulatory protein HTH signature 37 51 5.4E-7 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 PANTHER PTHR43537 13 216 3.0E-55 T 17-09-2021 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 CDD cd07377 WHTH_GntR 14 78 5.71049E-24 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 Pfam PF00392 Bacterial regulatory proteins, gntR family 17 77 7.0E-20 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 SMART SM00345 19 77 7.1E-20 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 PANTHER PTHR43537:SF29 13 216 3.0E-55 T 17-09-2021 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 SUPERFAMILY SSF48008 83 217 3.14E-32 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 PRINTS PR00033 AsnC bacterial regulatory protein HTH signature 48 67 6.0E-6 T 17-09-2021 IPR000485 AsnC-type HTH domain GO:0043565 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 PRINTS PR00033 AsnC bacterial regulatory protein HTH signature 37 48 6.0E-6 T 17-09-2021 IPR000485 AsnC-type HTH domain GO:0043565 +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 SMART SM00895 87 211 8.6E-23 T 17-09-2021 IPR011711 GntR, C-terminal +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 Gene3D G3DSA:1.20.120.530 81 221 2.2E-33 T 17-09-2021 IPR008920 Transcription regulator FadR/GntR, C-terminal +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 Gene3D G3DSA:1.10.10.10 12 78 5.8E-25 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01999 2e4f8e69db156097613d8452189e98e4 226 SUPERFAMILY SSF46785 10 81 7.04E-23 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 Gene3D G3DSA:3.20.20.70 69 329 4.1E-98 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 CDD cd01335 Radical_SAM 113 304 1.57555E-6 T 17-09-2021 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 PANTHER PTHR30544 5 342 5.8E-129 T 17-09-2021 IPR040072 Methyltransferase (Class A) +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 SMART SM00729 102 316 0.0041 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 Gene3D G3DSA:1.10.150.530 5 64 8.3E-21 T 17-09-2021 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 SUPERFAMILY SSF102114 100 299 9.29E-14 T 17-09-2021 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 Pfam PF04055 Radical SAM superfamily 111 270 7.9E-21 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 SFLD SFLDG01062 methyltransferase (Class A) 2 342 0.0 T 17-09-2021 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 PIRSF PIRSF006004 3 343 5.7E-129 T 17-09-2021 IPR004383 Ribosomal RNA large subunit methyltransferase RlmN/Cfr GO:0006364|GO:0008173 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 Hamap MF_01849 Dual-specificity RNA methyltransferase RlmN [rlmN]. 5 343 71.303 T 17-09-2021 IPR027492 Dual-specificity RNA methyltransferase RlmN GO:0030488|GO:0070475 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 SFLD SFLDF00275 adenosine C2 methyltransferase (RlmN-like) 2 342 0.0 T 17-09-2021 IPR004383 Ribosomal RNA large subunit methyltransferase RlmN/Cfr GO:0006364|GO:0008173 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 Pfam PF13394 4Fe-4S single cluster domain 113 198 1.3E-5 T 17-09-2021 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 PANTHER PTHR30544:SF5 5 342 5.8E-129 T 17-09-2021 +MGYG000000001_02153 32069c2e8028d3614a1d6c98f33e9b14 343 TIGRFAM TIGR00048 rRNA_mod_RlmN: 23S rRNA (adenine(2503)-C(2))-methyltransferase 3 342 2.8E-124 T 17-09-2021 IPR027492 Dual-specificity RNA methyltransferase RlmN GO:0030488|GO:0070475 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 Pfam PF00215 Orotidine 5'-phosphate decarboxylase / HUMPS family 7 231 1.6E-42 T 17-09-2021 IPR001754 Orotidine 5'-phosphate decarboxylase domain GO:0004590|GO:0006207 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 SUPERFAMILY SSF51366 6 235 7.21E-65 T 17-09-2021 IPR011060 Ribulose-phosphate binding barrel GO:0003824 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 SMART SM00934 7 231 2.6E-80 T 17-09-2021 IPR001754 Orotidine 5'-phosphate decarboxylase domain GO:0004590|GO:0006207 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 Hamap MF_01200_B Orotidine 5'-phosphate decarboxylase [pyrF]. 5 236 34.334 T 17-09-2021 IPR014732 Orotidine 5'-phosphate decarboxylase GO:0004590|GO:0044205 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 ProSitePatterns PS00156 Orotidine 5'-phosphate decarboxylase active site. 59 72 - T 17-09-2021 IPR018089 Orotidine 5'-phosphate decarboxylase, active site GO:0004590|GO:0006207 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 PANTHER PTHR32119 5 238 1.2E-50 T 17-09-2021 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 Gene3D G3DSA:3.20.20.70 3 237 9.1E-78 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 TIGRFAM TIGR01740 pyrF: orotidine 5'-phosphate decarboxylase 8 231 3.0E-53 T 17-09-2021 IPR014732 Orotidine 5'-phosphate decarboxylase GO:0004590|GO:0044205 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 CDD cd04725 OMP_decarboxylase_like 8 231 3.57401E-79 T 17-09-2021 +MGYG000000001_01978 0a8b25de361a280bba54a4c3aff82770 238 PANTHER PTHR32119:SF2 5 238 1.2E-50 T 17-09-2021 IPR014732 Orotidine 5'-phosphate decarboxylase GO:0004590|GO:0044205 KEGG: 00240+4.1.1.23|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 Pfam PF10114 Sensory domain found in PocR 3 110 2.4E-5 T 17-09-2021 IPR018771 PocR domain +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 PANTHER PTHR43280 158 391 2.7E-33 T 17-09-2021 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 Gene3D G3DSA:1.10.10.60 341 393 2.4E-20 T 17-09-2021 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 374 390 7.9E-7 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 359 374 7.9E-7 T 17-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 SUPERFAMILY SSF46689 343 391 1.66E-13 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 SMART SM00342 307 390 4.8E-30 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 Pfam PF12833 Helix-turn-helix domain 313 391 2.8E-20 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 294 392 30.183 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 344 386 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02472 d8b6d0d366bea1d51e1ef7c74fe76ee0 393 Gene3D G3DSA:1.10.10.60 288 340 2.9E-14 T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Coils Coil 302 322 - T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 TIGRFAM TIGR00634 recN: DNA repair protein RecN 1 554 5.3E-162 T 17-09-2021 IPR004604 DNA recombination/repair protein RecN GO:0005524|GO:0006281|GO:0006310 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Coils Coil 169 189 - T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Pfam PF13175 AAA ATPase domain 4 497 1.6E-9 T 17-09-2021 IPR041685 AAA domain, group 15 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 PANTHER PTHR11059 2 555 7.8E-151 T 17-09-2021 IPR004604 DNA recombination/repair protein RecN GO:0005524|GO:0006281|GO:0006310 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 CDD cd03241 ABC_RecN 2 158 3.1552E-47 T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 PIRSF PIRSF003128 1 558 7.8E-175 T 17-09-2021 IPR004604 DNA recombination/repair protein RecN GO:0005524|GO:0006281|GO:0006310 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Gene3D G3DSA:3.40.50.300 239 555 4.2E-53 T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Coils Coil 195 215 - T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 CDD cd03241 ABC_RecN 410 538 1.63547E-60 T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 SUPERFAMILY SSF52540 1 510 4.71E-54 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Coils Coil 330 367 - T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Gene3D G3DSA:3.40.50.300 2 196 2.6E-39 T 17-09-2021 +MGYG000000001_02440 6c3f768156afbde400e807cd229fcfed 558 Coils Coil 267 294 - T 17-09-2021 +MGYG000000001_02408 96823e3657568f6f77abe3ed328222f3 54 Pfam PF07872 Protein of unknown function (DUF1659) 7 50 9.6E-16 T 17-09-2021 IPR012454 Protein of unknown function DUF1659 +MGYG000000001_02312 67a0b95f52e5a5844e640f3f5d9996b7 166 Gene3D G3DSA:1.10.1760.20 1 158 1.2E-6 T 17-09-2021 +MGYG000000001_02312 67a0b95f52e5a5844e640f3f5d9996b7 166 PIRSF PIRSF031501 1 163 1.2E-47 T 17-09-2021 IPR010387 Queuosine precursor transporter QueT +MGYG000000001_02312 67a0b95f52e5a5844e640f3f5d9996b7 166 Pfam PF06177 QueT transporter 8 155 1.6E-44 T 17-09-2021 IPR010387 Queuosine precursor transporter QueT +MGYG000000001_02312 67a0b95f52e5a5844e640f3f5d9996b7 166 PANTHER PTHR40044 2 157 5.1E-42 T 17-09-2021 IPR010387 Queuosine precursor transporter QueT +MGYG000000001_02882 a70a2fea000b044304560e19c172a700 197 PANTHER PTHR43792 11 182 1.2E-41 T 17-09-2021 +MGYG000000001_02882 a70a2fea000b044304560e19c172a700 197 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 20 181 12.562 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02882 a70a2fea000b044304560e19c172a700 197 SUPERFAMILY SSF55729 14 178 1.46E-39 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_02882 a70a2fea000b044304560e19c172a700 197 Gene3D G3DSA:3.40.630.30 6 185 6.3E-42 T 17-09-2021 +MGYG000000001_02882 a70a2fea000b044304560e19c172a700 197 Pfam PF13302 Acetyltransferase (GNAT) domain 19 153 1.0E-26 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_02814 033fea1eea5f6a82e975536a1ed74add 193 Pfam PF06962 Putative rRNA methylase 52 188 1.1E-55 T 17-09-2021 IPR010719 Putative rRNA methylase +MGYG000000001_02814 033fea1eea5f6a82e975536a1ed74add 193 SUPERFAMILY SSF53335 22 185 6.87E-26 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02814 033fea1eea5f6a82e975536a1ed74add 193 PANTHER PTHR35276 8 189 4.3E-59 T 17-09-2021 IPR010719 Putative rRNA methylase +MGYG000000001_02814 033fea1eea5f6a82e975536a1ed74add 193 CDD cd02440 AdoMet_MTases 34 144 0.00904413 T 17-09-2021 +MGYG000000001_02814 033fea1eea5f6a82e975536a1ed74add 193 Gene3D G3DSA:3.40.50.150 2 193 6.2E-70 T 17-09-2021 +MGYG000000001_00859 8217b595089da456fcd6c0d3a8213aa4 216 Pfam PF13346 ABC-2 family transporter protein 15 210 1.2E-23 T 17-09-2021 IPR025699 ABC-2 membrane transporter-like +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 SMART SM00347 25 125 1.9E-20 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 SUPERFAMILY SSF46785 6 141 1.0E-27 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 Coils Coil 125 145 - T 17-09-2021 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 Gene3D G3DSA:1.10.10.10 4 146 1.7E-29 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 ProSiteProfiles PS50995 MarR-type HTH domain profile. 1 137 24.823 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 Pfam PF01047 MarR family 32 89 1.2E-11 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 ProSitePatterns PS01117 MarR-type HTH domain signature. 64 98 - T 17-09-2021 IPR023187 Transcriptional regulator MarR-type, conserved site +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 PANTHER PTHR33164 6 139 1.2E-22 T 17-09-2021 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 PRINTS PR00598 Bacterial regulatory protein MarR family signature 49 65 1.4E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 PRINTS PR00598 Bacterial regulatory protein MarR family signature 85 101 1.4E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 PRINTS PR00598 Bacterial regulatory protein MarR family signature 66 81 1.4E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_01534 40fcc147234ca67338146a380f56e215 146 PRINTS PR00598 Bacterial regulatory protein MarR family signature 115 135 1.4E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PRINTS PR01099 Hydroxyethylthiazole kinase family signature 158 175 2.4E-34 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PRINTS PR01099 Hydroxyethylthiazole kinase family signature 26 47 2.4E-34 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PRINTS PR01099 Hydroxyethylthiazole kinase family signature 114 128 2.4E-34 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PRINTS PR01099 Hydroxyethylthiazole kinase family signature 57 65 2.4E-34 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PRINTS PR01099 Hydroxyethylthiazole kinase family signature 13 20 2.4E-34 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PRINTS PR01099 Hydroxyethylthiazole kinase family signature 83 100 2.4E-34 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 TIGRFAM TIGR00694 thiM: hydroxyethylthiazole kinase 5 250 1.4E-84 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 Gene3D G3DSA:3.40.1190.20 1 262 4.3E-90 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 SUPERFAMILY SSF53613 3 257 2.49E-58 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 Hamap MF_00228 Hydroxyethylthiazole kinase [thiM]. 7 253 30.318 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 Pfam PF02110 Hydroxyethylthiazole kinase family 5 248 5.4E-81 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 PIRSF PIRSF000513 1 261 5.5E-86 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_00555 b8c629471804d7e4b840f2d27422f2c2 263 CDD cd01170 THZ_kinase 5 245 2.25574E-105 T 17-09-2021 IPR000417 Hydroxyethylthiazole kinase GO:0004417|GO:0009228 KEGG: 00730+2.7.1.50|MetaCyc: PWY-6897|MetaCyc: PWY-7356|MetaCyc: PWY-7357 +MGYG000000001_02100 a99aa72f0a2188b43585e3d8e5577740 264 CDD cd12110 PHP_HisPPase_Hisj_like 2 253 4.28076E-74 T 17-09-2021 +MGYG000000001_02100 a99aa72f0a2188b43585e3d8e5577740 264 Gene3D G3DSA:3.20.20.140 2 262 7.5E-63 T 17-09-2021 +MGYG000000001_02100 a99aa72f0a2188b43585e3d8e5577740 264 Pfam PF02811 PHP domain 3 158 4.9E-14 T 17-09-2021 IPR004013 PHP domain GO:0003824 +MGYG000000001_02100 a99aa72f0a2188b43585e3d8e5577740 264 PANTHER PTHR21039 2 253 8.0E-45 T 17-09-2021 IPR010140 Histidinol phosphate phosphatase, HisJ GO:0000105|GO:0004401 KEGG: 00340+3.1.3.15 +MGYG000000001_02100 a99aa72f0a2188b43585e3d8e5577740 264 SUPERFAMILY SSF89550 2 254 9.03E-33 T 17-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_02100 a99aa72f0a2188b43585e3d8e5577740 264 TIGRFAM TIGR01856 hisJ_fam: histidinol phosphate phosphatase, HisJ family 2 255 8.5E-63 T 17-09-2021 IPR010140 Histidinol phosphate phosphatase, HisJ GO:0000105|GO:0004401 KEGG: 00340+3.1.3.15 +MGYG000000001_02166 a1456b7b8ec8e9a202c1e8b4ee3af318 171 Coils Coil 116 136 - T 17-09-2021 +MGYG000000001_02166 a1456b7b8ec8e9a202c1e8b4ee3af318 171 Coils Coil 153 171 - T 17-09-2021 +MGYG000000001_02166 a1456b7b8ec8e9a202c1e8b4ee3af318 171 Coils Coil 59 112 - T 17-09-2021 +MGYG000000001_02227 072b4be228e5004761e1ebd63ee83849 417 Coils Coil 1 21 - T 17-09-2021 +MGYG000000001_02867 1d426424493b6e05e67b5a770037c4e4 263 Coils Coil 225 263 - T 17-09-2021 +MGYG000000001_02867 1d426424493b6e05e67b5a770037c4e4 263 Coils Coil 190 210 - T 17-09-2021 +MGYG000000001_02367 4380d240d257e0b65d5a187feeac8ede 176 PANTHER PTHR34184 36 173 3.7E-24 T 17-09-2021 +MGYG000000001_02367 4380d240d257e0b65d5a187feeac8ede 176 Pfam PF03773 Predicted permease 43 172 7.7E-11 T 17-09-2021 IPR005524 Predicted permease DUF318 +MGYG000000001_03031 43a305abb7e8826fbcfcb5e65de15e07 216 CDD cd06259 YdcF-like 25 154 1.49074E-25 T 17-09-2021 IPR003848 Domain of unknown function DUF218 +MGYG000000001_03031 43a305abb7e8826fbcfcb5e65de15e07 216 Pfam PF02698 DUF218 domain 25 144 2.3E-18 T 17-09-2021 IPR003848 Domain of unknown function DUF218 +MGYG000000001_03031 43a305abb7e8826fbcfcb5e65de15e07 216 Gene3D G3DSA:3.40.50.620 15 150 1.0E-23 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_03031 43a305abb7e8826fbcfcb5e65de15e07 216 PANTHER PTHR30336:SF5 3 207 1.2E-57 T 17-09-2021 +MGYG000000001_03031 43a305abb7e8826fbcfcb5e65de15e07 216 PANTHER PTHR30336 3 207 1.2E-57 T 17-09-2021 +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 Coils Coil 25 45 - T 17-09-2021 +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 Gene3D G3DSA:1.20.81.30 253 363 9.2E-24 T 17-09-2021 IPR042094 Type II secretion system F domain superfamily +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 Gene3D G3DSA:1.20.81.30 54 169 1.9E-25 T 17-09-2021 IPR042094 Type II secretion system F domain superfamily +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 PANTHER PTHR30012 1 400 1.8E-107 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 Pfam PF00482 Type II secretion system (T2SS), protein F 67 190 1.4E-25 T 17-09-2021 IPR018076 Type II secretion system F domain +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 Pfam PF00482 Type II secretion system (T2SS), protein F 270 392 2.2E-22 T 17-09-2021 IPR018076 Type II secretion system F domain +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 PRINTS PR00812 Bacterial general secretion pathway protein F signature 162 190 2.9E-9 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 PRINTS PR00812 Bacterial general secretion pathway protein F signature 365 379 2.9E-9 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_00686 a3dff2a8eed36b5ad70248bbc1452ae9 400 PRINTS PR00812 Bacterial general secretion pathway protein F signature 381 400 2.9E-9 T 17-09-2021 IPR003004 GspF/PilC family +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 294 325 7.408 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 Pfam PF13534 4Fe-4S dicluster domain 254 318 1.7E-10 T 17-09-2021 +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 Gene3D G3DSA:1.10.1060.10 245 330 1.6E-8 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 CDD cd06660 Aldo_ket_red 1 246 1.89078E-72 T 17-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 SUPERFAMILY SSF46548 254 327 3.66E-10 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 Gene3D G3DSA:3.20.20.100 1 244 3.3E-64 T 17-09-2021 IPR036812 NADP-dependent oxidoreductase domain superfamily +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 303 314 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 PANTHER PTHR43312 2 196 8.0E-59 T 17-09-2021 +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 Pfam PF00248 Aldo/keto reductase family 14 196 3.1E-36 T 17-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 Pfam PF00248 Aldo/keto reductase family 197 246 3.4E-7 T 17-09-2021 IPR023210 NADP-dependent oxidoreductase domain +MGYG000000001_02713 7da8f14766c910141a0d4c1f8ac12865 331 SUPERFAMILY SSF51430 2 275 3.8E-63 T 17-09-2021 IPR036812 NADP-dependent oxidoreductase domain superfamily +MGYG000000001_02341 72d484ec7b4482b4193f0bd763d0d7f9 134 Pfam PF06245 Protein of unknown function (DUF1015) 4 133 2.6E-26 T 17-09-2021 IPR008323 Uncharacterised conserved protein UCP033563 +MGYG000000001_02341 72d484ec7b4482b4193f0bd763d0d7f9 134 PANTHER PTHR36454 4 133 1.7E-32 T 17-09-2021 IPR008323 Uncharacterised conserved protein UCP033563 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 PANTHER PTHR10093:SF8 2 124 1.6E-54 T 17-09-2021 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 Pfam PF01592 NifU-like N terminal domain 2 124 2.5E-51 T 17-09-2021 IPR002871 NIF system FeS cluster assembly, NifU, N-terminal GO:0005506|GO:0016226|GO:0051536 Reactome: R-HSA-1362409 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 Gene3D G3DSA:3.90.1010.10 2 152 2.2E-57 T 17-09-2021 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 PANTHER PTHR10093 2 124 1.6E-54 T 17-09-2021 IPR002871 NIF system FeS cluster assembly, NifU, N-terminal GO:0005506|GO:0016226|GO:0051536 Reactome: R-HSA-1362409 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 SUPERFAMILY SSF82649 5 125 1.15E-45 T 17-09-2021 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 CDD cd06664 IscU_like 2 115 2.39827E-48 T 17-09-2021 IPR002871 NIF system FeS cluster assembly, NifU, N-terminal GO:0005506|GO:0016226|GO:0051536 Reactome: R-HSA-1362409 +MGYG000000001_01480 4f7e9bd7b1213bb3ff8b36584ec8b94a 152 TIGRFAM TIGR03419 NifU_clost: FeS cluster assembly scaffold protein NifU 3 123 2.2E-65 T 17-09-2021 IPR017787 NIF system FeS cluster assembly, NifU-like +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 PANTHER PTHR11907 2 452 2.9E-181 T 17-09-2021 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 TIGRFAM TIGR01134 purF: amidophosphoribosyltransferase 2 444 2.9E-159 T 17-09-2021 IPR005854 Amidophosphoribosyltransferase GO:0004044|GO:0009113 KEGG: 00230+2.4.2.14|KEGG: 00250+2.4.2.14|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|MetaCyc: PWY-7282|Reactome: R-HSA-73817 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 CDD cd00715 GPATase_N 2 254 3.10228E-138 T 17-09-2021 IPR035584 Amidophosphoribosyltransferase, N-terminal KEGG: 00230+2.4.2.14|KEGG: 00250+2.4.2.14|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|MetaCyc: PWY-7282|Reactome: R-HSA-73817 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 Pfam PF00156 Phosphoribosyl transferase domain 320 373 6.9E-7 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 SUPERFAMILY SSF53271 239 450 2.36E-67 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 CDD cd06223 PRTases_typeI 265 393 2.02348E-5 T 17-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 Gene3D G3DSA:3.60.20.10 2 445 1.1E-157 T 17-09-2021 IPR029055 Nucleophile aminohydrolases, N-terminal +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 SUPERFAMILY SSF56235 2 227 6.26E-71 T 17-09-2021 IPR029055 Nucleophile aminohydrolases, N-terminal +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 ProSiteProfiles PS51278 Glutamine amidotransferase type 2 domain profile. 2 221 47.177 T 17-09-2021 IPR017932 Glutamine amidotransferase type 2 domain +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 Hamap MF_01931 Amidophosphoribosyltransferase [purF]. 1 443 46.011 T 17-09-2021 IPR005854 Amidophosphoribosyltransferase GO:0004044|GO:0009113 KEGG: 00230+2.4.2.14|KEGG: 00250+2.4.2.14|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|MetaCyc: PWY-7282|Reactome: R-HSA-73817 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 Gene3D G3DSA:3.40.50.2020 263 427 1.1E-157 T 17-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 PIRSF PIRSF000485 1 456 4.4E-174 T 17-09-2021 IPR005854 Amidophosphoribosyltransferase GO:0004044|GO:0009113 KEGG: 00230+2.4.2.14|KEGG: 00250+2.4.2.14|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|MetaCyc: PWY-7282|Reactome: R-HSA-73817 +MGYG000000001_01551 ebad6de3c8b1b48bcd743ececda464cb 456 Pfam PF13537 Glutamine amidotransferase domain 84 199 1.2E-20 T 17-09-2021 IPR017932 Glutamine amidotransferase type 2 domain +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 PANTHER PTHR11496:SF91 284 867 2.1E-279 T 17-09-2021 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 SUPERFAMILY SSF53720 20 463 4.97E-78 T 17-09-2021 IPR016161 Aldehyde/histidinol dehydrogenase GO:0016491|GO:0055114 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 PIRSF PIRSF000111 4 871 0.0 T 17-09-2021 IPR012079 Bifunctional aldehyde-alcohol dehydrogenase GO:0004022|GO:0006066|GO:0008774|GO:0015976|GO:0055114 KEGG: 00010+1.1.1.1|KEGG: 00071+1.1.1.1|KEGG: 00260+1.1.1.1|KEGG: 00350+1.1.1.1|KEGG: 00592+1.1.1.1|KEGG: 00625+1.1.1.1|KEGG: 00626+1.1.1.1|KEGG: 00830+1.1.1.1|KEGG: 00980+1.1.1.1|KEGG: 00982+1.1.1.1|MetaCyc: PWY-3162|MetaCyc: PWY-5057|MetaCyc: PWY-5076|MetaCyc: PWY-5078|MetaCyc: PWY-5079|MetaCyc: PWY-5082|MetaCyc: PWY-5480|MetaCyc: PWY-5486|MetaCyc: PWY-5751|MetaCyc: PWY-6313|MetaCyc: PWY-6333|MetaCyc: PWY-6342|MetaCyc: PWY-6587|MetaCyc: PWY-6802|MetaCyc: PWY-6871|MetaCyc: PWY-7013|MetaCyc: PWY-7111|MetaCyc: PWY-7118|MetaCyc: PWY-7396 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 CDD cd08178 AAD_C 465 864 0.0 T 17-09-2021 IPR034789 Bifunctional aldehyde-alcohol dehydrogenase, C-terminal domain GO:0004022 KEGG: 00010+1.1.1.1|KEGG: 00071+1.1.1.1|KEGG: 00260+1.1.1.1|KEGG: 00350+1.1.1.1|KEGG: 00592+1.1.1.1|KEGG: 00625+1.1.1.1|KEGG: 00626+1.1.1.1|KEGG: 00830+1.1.1.1|KEGG: 00980+1.1.1.1|KEGG: 00982+1.1.1.1|MetaCyc: PWY-3162|MetaCyc: PWY-5057|MetaCyc: PWY-5076|MetaCyc: PWY-5078|MetaCyc: PWY-5079|MetaCyc: PWY-5082|MetaCyc: PWY-5480|MetaCyc: PWY-5486|MetaCyc: PWY-5751|MetaCyc: PWY-6313|MetaCyc: PWY-6333|MetaCyc: PWY-6342|MetaCyc: PWY-6587|MetaCyc: PWY-6802|MetaCyc: PWY-6871|MetaCyc: PWY-7013|MetaCyc: PWY-7111|MetaCyc: PWY-7118|MetaCyc: PWY-7396 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Pfam PF00465 Iron-containing alcohol dehydrogenase 467 858 2.9E-121 T 17-09-2021 IPR001670 Alcohol dehydrogenase, iron-type/glycerol dehydrogenase GldA GO:0016491|GO:0046872|GO:0055114 Reactome: R-HSA-880009 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Gene3D G3DSA:3.40.605.10 24 455 3.8E-179 T 17-09-2021 IPR016162 Aldehyde dehydrogenase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Pfam PF00171 Aldehyde dehydrogenase family 19 279 5.1E-19 T 17-09-2021 IPR015590 Aldehyde dehydrogenase domain GO:0016491|GO:0055114 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Gene3D G3DSA:1.20.1090.10 654 868 1.6E-74 T 17-09-2021 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 PANTHER PTHR11496 284 867 2.1E-279 T 17-09-2021 IPR039697 Iron-type alcohol dehydrogenase-like Reactome: R-HSA-880009 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 CDD cd07122 ALDH_F20_ACDH 21 457 0.0 T 17-09-2021 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Gene3D G3DSA:3.40.50.1970 460 652 2.4E-63 T 17-09-2021 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Gene3D G3DSA:3.40.309.10 230 415 3.8E-179 T 17-09-2021 IPR016163 Aldehyde dehydrogenase, C-terminal GO:0016491|GO:0016620|GO:0055114 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 ProSitePatterns PS00913 Iron-containing alcohol dehydrogenases signature 1. 641 669 - T 17-09-2021 IPR018211 Alcohol dehydrogenase, iron-type, conserved site GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 SUPERFAMILY SSF56796 458 867 8.11E-125 T 17-09-2021 +MGYG000000001_03115 671bfc3e0613af3371d284753e59d429 884 Coils Coil 21 41 - T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PRINTS PR00986 Valyl-tRNA synthetase signature 40 51 4.1E-38 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PRINTS PR00986 Valyl-tRNA synthetase signature 447 468 4.1E-38 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PRINTS PR00986 Valyl-tRNA synthetase signature 235 252 4.1E-38 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PRINTS PR00986 Valyl-tRNA synthetase signature 478 496 4.1E-38 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PRINTS PR00986 Valyl-tRNA synthetase signature 350 363 4.1E-38 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 CDD cd00817 ValRS_core 38 565 0.0 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Gene3D G3DSA:1.10.730.10 6 746 0.0 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 47 58 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Pfam PF00133 tRNA synthetases class I (I, L, M and V) 19 565 4.2E-212 T 17-09-2021 IPR002300 Aminoacyl-tRNA synthetase, class Ia GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Pfam PF08264 Anticodon-binding domain of tRNA 612 760 1.9E-44 T 17-09-2021 IPR013155 Methionyl/Valyl/Leucyl/Isoleucyl-tRNA synthetase, anticodon-binding GO:0004812|GO:0006418 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Gene3D G3DSA:3.40.50.620 26 527 0.0 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 ProSiteProfiles PS50198 PpiC-type peptidyl-prolyl cis-trans isomerase family profile. 809 911 15.117 T 17-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 SUPERFAMILY SSF52374 4 576 2.82E-148 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Gene3D G3DSA:3.90.740.10 180 346 0.0 T 17-09-2021 IPR009008 Valyl/Leucyl/Isoleucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PANTHER PTHR11946:SF93 3 850 0.0 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 SUPERFAMILY SSF54534 817 910 6.54E-13 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Pfam PF00639 PPIC-type PPIASE domain 826 910 8.3E-11 T 17-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 SUPERFAMILY SSF47323 578 833 3.92E-69 T 17-09-2021 IPR009080 Aminoacyl-tRNA synthetase, class Ia, anticodon-binding GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 CDD cd07962 Anticodon_Ia_Val 565 703 2.21446E-66 T 17-09-2021 IPR033705 Valyl tRNA synthetase, anticodon-binding domain KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Hamap MF_02004 Valine--tRNA ligase [valS]. 6 893 15.319 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Gene3D G3DSA:3.10.50.40 808 913 1.1E-14 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 PANTHER PTHR11946 3 850 0.0 T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 Coils Coil 816 843 - T 17-09-2021 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 SUPERFAMILY SSF50677 195 346 6.67E-62 T 17-09-2021 IPR009008 Valyl/Leucyl/Isoleucyl-tRNA synthetase, editing domain GO:0002161|GO:0006418 +MGYG000000001_00068 51f2cab326a988354a2616518fc10ac0 977 TIGRFAM TIGR00422 valS: valine--tRNA ligase 7 841 0.0 T 17-09-2021 IPR002303 Valine-tRNA ligase GO:0000166|GO:0004832|GO:0005524|GO:0006438 KEGG: 00970+6.1.1.9 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 Hamap MF_00019 Phosphate acyltransferase [plsX]. 1 335 139.525 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 Pfam PF02504 Fatty acid synthesis protein 1 320 6.0E-111 T 17-09-2021 IPR003664 Fatty acid synthesis PlsX protein GO:0003824|GO:0006633|GO:0016747 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 Coils Coil 341 342 - T 17-09-2021 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 TIGRFAM TIGR00182 plsX: fatty acid/phospholipid synthesis protein PlsX 1 334 5.6E-112 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 SUPERFAMILY SSF53659 1 328 9.05E-99 T 17-09-2021 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 Gene3D G3DSA:3.40.718.10 1 342 1.4E-130 T 17-09-2021 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 PANTHER PTHR30100:SF1 1 331 5.8E-122 T 17-09-2021 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 PIRSF PIRSF002465 1 335 4.0E-119 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_02422 9b78f606547c79ea9d5442a096b7dd6f 342 PANTHER PTHR30100 1 331 5.8E-122 T 17-09-2021 IPR012281 Phospholipid biosynthesis protein, PlsX-like GO:0006633 KEGG: 00561+2.3.1.274|MetaCyc: PWY-5981 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 Pfam PF00185 Aspartate/ornithine carbamoyltransferase, Asp/Orn binding domain 152 298 1.1E-33 T 17-09-2021 IPR006131 Aspartate/ornithine carbamoyltransferase, Asp/Orn-binding domain GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 Pfam PF02729 Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding domain 5 144 5.1E-48 T 17-09-2021 IPR006132 Aspartate/ornithine carbamoyltransferase, carbamoyl-P binding GO:0006520|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 SUPERFAMILY SSF53671 2 301 1.2E-100 T 17-09-2021 IPR036901 Aspartate/ornithine carbamoyltransferase superfamily GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 Gene3D G3DSA:3.40.50.1370 132 288 2.5E-113 T 17-09-2021 IPR036901 Aspartate/ornithine carbamoyltransferase superfamily GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PANTHER PTHR11405:SF16 3 304 8.7E-110 T 17-09-2021 IPR002082 Aspartate carbamoyltransferase GO:0004070|GO:0006207 KEGG: 00240+2.1.3.2|KEGG: 00250+2.1.3.2|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 TIGRFAM TIGR00670 asp_carb_tr: aspartate carbamoyltransferase 5 301 1.7E-109 T 17-09-2021 IPR002082 Aspartate carbamoyltransferase GO:0004070|GO:0006207 KEGG: 00240+2.1.3.2|KEGG: 00250+2.1.3.2|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 ProSitePatterns PS00097 Aspartate and ornithine carbamoyltransferases signature. 48 55 - T 17-09-2021 IPR006130 Aspartate/ornithine carbamoyltransferase GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 Gene3D G3DSA:3.40.50.1370 5 298 2.5E-113 T 17-09-2021 IPR036901 Aspartate/ornithine carbamoyltransferase superfamily GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 Hamap MF_00001 Aspartate carbamoyltransferase [pyrB]. 4 303 36.706 T 17-09-2021 IPR002082 Aspartate carbamoyltransferase GO:0004070|GO:0006207 KEGG: 00240+2.1.3.2|KEGG: 00250+2.1.3.2|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791|Reactome: R-HSA-500753 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00100 Aspartate/ornithine carbamoyltransferase superfamily signature 132 143 2.4E-25 T 17-09-2021 IPR006130 Aspartate/ornithine carbamoyltransferase GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00100 Aspartate/ornithine carbamoyltransferase superfamily signature 256 265 2.4E-25 T 17-09-2021 IPR006130 Aspartate/ornithine carbamoyltransferase GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00100 Aspartate/ornithine carbamoyltransferase superfamily signature 266 289 2.4E-25 T 17-09-2021 IPR006130 Aspartate/ornithine carbamoyltransferase GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00100 Aspartate/ornithine carbamoyltransferase superfamily signature 48 67 2.4E-25 T 17-09-2021 IPR006130 Aspartate/ornithine carbamoyltransferase GO:0006520|GO:0016597|GO:0016743 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PANTHER PTHR11405 3 304 8.7E-110 T 17-09-2021 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00101 Aspartate carbamoyltransferase signature 38 60 2.9E-36 T 17-09-2021 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00101 Aspartate carbamoyltransferase signature 282 296 2.9E-36 T 17-09-2021 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00101 Aspartate carbamoyltransferase signature 260 265 2.9E-36 T 17-09-2021 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00101 Aspartate carbamoyltransferase signature 77 86 2.9E-36 T 17-09-2021 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00101 Aspartate carbamoyltransferase signature 131 148 2.9E-36 T 17-09-2021 +MGYG000000001_01062 12c573972e23b32e17d51f0d4eb2636a 315 PRINTS PR00101 Aspartate carbamoyltransferase signature 221 230 2.9E-36 T 17-09-2021 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 Pfam PF15714 Stage V sporulation protein T C-terminal, transcription factor 54 178 7.2E-36 T 17-09-2021 IPR039472 Sporulation stage V protein T, GAF domain +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 TIGRFAM TIGR01439 lp_hng_hel_AbrB: transcriptional regulator, AbrB family 8 49 2.4E-15 T 17-09-2021 IPR007159 SpoVT-AbrB domain GO:0003677 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 Gene3D G3DSA:3.30.450.40 56 179 2.6E-32 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 PANTHER PTHR36432 1 178 1.4E-64 T 17-09-2021 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 SMART SM00966 8 52 1.4E-9 T 17-09-2021 IPR007159 SpoVT-AbrB domain GO:0003677 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 Gene3D G3DSA:2.10.260.10 1 49 1.7E-22 T 17-09-2021 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 SUPERFAMILY SSF89447 1 51 1.31E-13 T 17-09-2021 IPR037914 SpoVT-AbrB domain superfamily +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 PANTHER PTHR36432:SF1 1 178 1.4E-64 T 17-09-2021 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 SUPERFAMILY SSF55781 104 176 9.32E-5 T 17-09-2021 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 Pfam PF04014 Antidote-toxin recognition MazE, bacterial antitoxin 9 51 1.3E-9 T 17-09-2021 IPR007159 SpoVT-AbrB domain GO:0003677 +MGYG000000001_00698 88895f5ddb31e7a38ba297596f10c832 179 ProSiteProfiles PS51740 SpoVT-AbrB domain profile. 5 51 13.545 T 17-09-2021 IPR007159 SpoVT-AbrB domain GO:0003677 +MGYG000000001_03006 5fd9627cd96eb7dda1698236ce962363 301 SUPERFAMILY SSF103481 186 284 9.15E-14 T 17-09-2021 +MGYG000000001_03006 5fd9627cd96eb7dda1698236ce962363 301 SUPERFAMILY SSF103481 45 144 5.75E-12 T 17-09-2021 +MGYG000000001_03006 5fd9627cd96eb7dda1698236ce962363 301 PANTHER PTHR22911:SF119 5 290 6.3E-55 T 17-09-2021 +MGYG000000001_03006 5fd9627cd96eb7dda1698236ce962363 301 PANTHER PTHR22911 5 290 6.3E-55 T 17-09-2021 +MGYG000000001_03006 5fd9627cd96eb7dda1698236ce962363 301 Pfam PF00892 EamA-like transporter family 11 142 1.1E-17 T 17-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_03006 5fd9627cd96eb7dda1698236ce962363 301 Pfam PF00892 EamA-like transporter family 152 281 9.0E-9 T 17-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_02008 685b2062d8142886647a8eabb44e46bd 323 CDD cd02252 nylC_like 7 303 8.13569E-131 T 17-09-2021 +MGYG000000001_02008 685b2062d8142886647a8eabb44e46bd 323 SUPERFAMILY SSF56266 4 314 1.78E-69 T 17-09-2021 IPR016117 ArgJ-like domain superfamily KEGG: 00220+2.3.1.35+2.3.1.1|MetaCyc: PWY-5154 +MGYG000000001_02008 685b2062d8142886647a8eabb44e46bd 323 Pfam PF03576 Peptidase family S58 5 310 1.6E-54 T 17-09-2021 IPR005321 Peptidase S58, DmpA +MGYG000000001_02008 685b2062d8142886647a8eabb44e46bd 323 Gene3D G3DSA:3.60.70.12 1 304 1.4E-113 T 17-09-2021 +MGYG000000001_02008 685b2062d8142886647a8eabb44e46bd 323 PANTHER PTHR36512:SF3 4 311 4.3E-91 T 17-09-2021 +MGYG000000001_02008 685b2062d8142886647a8eabb44e46bd 323 PANTHER PTHR36512 4 311 4.3E-91 T 17-09-2021 IPR005321 Peptidase S58, DmpA +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 Coils Coil 482 579 - T 17-09-2021 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 Coils Coil 224 244 - T 17-09-2021 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 Coils Coil 251 306 - T 17-09-2021 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 PANTHER PTHR30572:SF6 3 1135 4.5E-202 T 17-09-2021 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 PANTHER PTHR30572 3 1135 4.5E-202 T 17-09-2021 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 Coils Coil 332 359 - T 17-09-2021 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 Pfam PF02687 FtsX-like permease family 634 727 1.7E-8 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01009 beb82de909af2537d32c38910c0f9339 1135 CDD cd06503 ATP-synt_Fo_b 492 568 2.38762E-4 T 17-09-2021 +MGYG000000001_01220 948b7131310a26aca5e4b307ef3e428e 310 Pfam PF14045 YIEGIA protein 5 296 2.4E-103 T 17-09-2021 IPR025918 YIEGIA protein +MGYG000000001_01220 948b7131310a26aca5e4b307ef3e428e 310 Coils Coil 70 90 - T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 SUPERFAMILY SSF102114 12 332 3.79E-43 T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 Pfam PF04055 Radical SAM superfamily 13 159 1.9E-10 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 TIGRFAM TIGR04085 rSAM_more_4Fe4S: radical SAM additional 4Fe4S-binding SPASM domain 265 350 2.3E-15 T 17-09-2021 IPR023885 4Fe4S-binding SPASM domain +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 Gene3D G3DSA:3.20.20.70 1 371 2.4E-111 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 SFLD SFLDG01384 thioether bond formation requiring two auxiliary iron-sulfur clusters 12 369 0.0 T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 TIGRFAM TIGR03942 sulfatase_rSAM: anaerobic sulfatase maturase 6 368 2.9E-108 T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 CDD cd01335 Radical_SAM 15 201 2.89561E-10 T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 SFLD SFLDS00029 Radical SAM 1 370 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 SFLD SFLDF00289 anaerobic Cys-type sulfatase-maturating enzyme 1 370 0.0 T 17-09-2021 IPR034485 Anaerobic Cys-type sulfatase-maturating enzyme +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 PANTHER PTHR43273:SF5 3 359 4.3E-85 T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 Pfam PF13186 Iron-sulfur cluster-binding domain 264 323 9.0E-8 T 17-09-2021 IPR023885 4Fe4S-binding SPASM domain +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 Pfam PF13353 4Fe-4S single cluster domain 13 119 7.1E-7 T 17-09-2021 +MGYG000000001_01666 f14db8216d099c9bf4abcf82ce12646c 372 PANTHER PTHR43273 3 359 4.3E-85 T 17-09-2021 +MGYG000000001_00368 8f703ff12f2a761b3328788b95f6881c 202 Pfam PF08955 BofC C-terminal domain 134 192 1.5E-4 T 17-09-2021 IPR015050 Bypass of forespore C, C-terminal +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 Gene3D G3DSA:1.10.4030.30 73 217 6.8E-36 T 17-09-2021 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 Coils Coil 55 78 - T 17-09-2021 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 SUPERFAMILY SSF54534 106 203 5.82E-32 T 17-09-2021 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 PANTHER PTHR47245 2 244 3.5E-49 T 17-09-2021 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 Pfam PF00639 PPIC-type PPIASE domain 117 203 4.7E-25 T 17-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 Gene3D G3DSA:3.10.50.40 114 205 6.8E-36 T 17-09-2021 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 ProSiteProfiles PS50198 PpiC-type peptidyl-prolyl cis-trans isomerase family profile. 113 203 28.73 T 17-09-2021 IPR000297 Peptidyl-prolyl cis-trans isomerase, PpiC-type GO:0003755 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 ProSitePatterns PS01096 PpiC-type peptidyl-prolyl cis-trans isomerase signature. 143 163 - T 17-09-2021 IPR023058 Peptidyl-prolyl cis-trans isomerase, PpiC-type, conserved site Reactome: R-HSA-1169408|Reactome: R-HSA-5668599|Reactome: R-HSA-6804756|Reactome: R-HSA-6811555|Reactome: R-HSA-936440 +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 SUPERFAMILY SSF109998 4 141 3.92E-19 T 17-09-2021 IPR027304 Trigger factor/SurA domain superfamily +MGYG000000001_00529 3947f38115199d00d93acb2f80c884b4 251 Gene3D G3DSA:1.10.8.1040 4 64 8.3E-8 T 17-09-2021 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 Gene3D G3DSA:3.30.70.920 53 139 2.4E-24 T 17-09-2021 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 SMART SM00344 1 108 1.5E-36 T 17-09-2021 IPR019888 Transcription regulator AsnC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 Pfam PF01037 Lrp/AsnC ligand binding domain 67 135 3.1E-15 T 17-09-2021 IPR019887 Transcription regulator AsnC/Lrp, ligand binding domain +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 Gene3D G3DSA:1.10.10.10 1 52 6.3E-22 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 PANTHER PTHR30154:SF53 1 141 1.8E-39 T 17-09-2021 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 SUPERFAMILY SSF46785 1 60 8.69E-18 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 SUPERFAMILY SSF54909 64 137 7.51E-17 T 17-09-2021 IPR011008 Dimeric alpha-beta barrel +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 ProSitePatterns PS00519 AsnC-type HTH domain signature. 19 45 - T 17-09-2021 IPR019885 Transcription regulator HTH, AsnC-type, conserved site +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 PANTHER PTHR30154 1 141 1.8E-39 T 17-09-2021 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 PRINTS PR00033 AsnC bacterial regulatory protein HTH signature 17 28 5.9E-15 T 17-09-2021 IPR000485 AsnC-type HTH domain GO:0043565 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 PRINTS PR00033 AsnC bacterial regulatory protein HTH signature 1 17 5.9E-15 T 17-09-2021 IPR000485 AsnC-type HTH domain GO:0043565 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 PRINTS PR00033 AsnC bacterial regulatory protein HTH signature 28 47 5.9E-15 T 17-09-2021 IPR000485 AsnC-type HTH domain GO:0043565 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 ProSiteProfiles PS50956 AsnC-type HTH domain profile. 1 62 42.004 T 17-09-2021 IPR000485 AsnC-type HTH domain GO:0043565 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 Pfam PF13412 Winged helix-turn-helix DNA-binding 1 48 8.5E-19 T 17-09-2021 +MGYG000000001_00667 c621f00a696ce548b7c120d79e128844 143 CDD cd00090 HTH_ARSR 2 52 4.71311E-9 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_00088 6652c5bd0834a3383e75cd2be8e33d41 189 Pfam PF08241 Methyltransferase domain 53 128 7.0E-9 T 17-09-2021 IPR013216 Methyltransferase type 11 GO:0008168 +MGYG000000001_00088 6652c5bd0834a3383e75cd2be8e33d41 189 Gene3D G3DSA:3.40.50.150 41 181 5.5E-15 T 17-09-2021 +MGYG000000001_00088 6652c5bd0834a3383e75cd2be8e33d41 189 SUPERFAMILY SSF53335 44 172 3.09E-14 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01175 7d24202de6ed1db56e97387ac5312ad3 502 SUPERFAMILY SSF63825 10 281 4.97E-7 T 17-09-2021 +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 CDD cd01283 cytidine_deaminase 8 125 3.84632E-40 T 17-09-2021 +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 TIGRFAM TIGR01354 cyt_deam_tetra: cytidine deaminase 7 136 7.0E-42 T 17-09-2021 IPR006262 Cytidine deaminase, homotetrameric GO:0004126|GO:0008270|GO:0009972 KEGG: 00240+3.5.4.5|KEGG: 00983+3.5.4.5|MetaCyc: PWY-6556|MetaCyc: PWY-7181|MetaCyc: PWY-7193|MetaCyc: PWY-7199|Reactome: R-HSA-6798695|Reactome: R-HSA-73614 +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 PANTHER PTHR11644 1 136 7.9E-46 T 17-09-2021 +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 SUPERFAMILY SSF53927 2 137 6.19E-44 T 17-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 ProSiteProfiles PS51747 Cytidine and deoxycytidylate deaminases domain profile. 2 135 27.132 T 17-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 Gene3D G3DSA:3.40.140.10 1 138 1.6E-51 T 17-09-2021 +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 Pfam PF00383 Cytidine and deoxycytidylate deaminase zinc-binding region 4 103 3.2E-15 T 17-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_01069 3e1da71277b3a27709b2939a38befadb 138 PANTHER PTHR11644:SF23 1 136 7.9E-46 T 17-09-2021 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 SUPERFAMILY SSF58014 44 133 2.35E-23 T 17-09-2021 IPR013805 GrpE nucleotide exchange factor, coiled-coil Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 Pfam PF01025 GrpE 27 188 4.3E-46 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 MobiDBLite mobidb-lite consensus disorder prediction 1 38 - T 17-09-2021 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 PRINTS PR00773 GrpE protein signature 168 187 1.1E-23 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 PRINTS PR00773 GrpE protein signature 89 104 1.1E-23 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 PRINTS PR00773 GrpE protein signature 141 156 1.1E-23 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 PRINTS PR00773 GrpE protein signature 61 77 1.1E-23 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 PANTHER PTHR21237 11 188 5.0E-46 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 Coils Coil 43 80 - T 17-09-2021 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 MobiDBLite mobidb-lite consensus disorder prediction 1 17 - T 17-09-2021 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 Hamap MF_01151 Protein GrpE [grpE]. 7 189 19.249 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 SUPERFAMILY SSF51064 134 188 3.27E-15 T 17-09-2021 IPR009012 GrpE nucleotide exchange factor, head GO:0006457 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 CDD cd00446 GrpE 54 187 3.45349E-55 T 17-09-2021 IPR000740 GrpE nucleotide exchange factor GO:0000774|GO:0006457|GO:0042803|GO:0051087 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 Gene3D G3DSA:2.30.22.10 133 188 1.2E-21 T 17-09-2021 IPR009012 GrpE nucleotide exchange factor, head GO:0006457 Reactome: R-HSA-1268020 +MGYG000000001_00237 a53001b222ecfbb920cdd421e84e0b42 189 Gene3D G3DSA:3.90.20.20 31 132 3.1E-25 T 17-09-2021 IPR013805 GrpE nucleotide exchange factor, coiled-coil Reactome: R-HSA-1268020 +MGYG000000001_00226 f76f197b974a3f19f7731dd65333358e 78 Pfam PF07873 YabP family 13 76 6.1E-16 T 17-09-2021 IPR022476 Sporulation protein YabP/YqfC +MGYG000000001_00606 1e9b5a533d1d17dd84b94e8c76faccb0 76 Pfam PF11148 Protein of unknown function (DUF2922) 7 71 1.2E-22 T 17-09-2021 IPR021321 Protein of unknown function DUF2922 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 CDD cd00012 NBD_sugar-kinase_HSP70_actin 4 124 1.96547E-6 T 17-09-2021 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 Gene3D G3DSA:3.30.420.40 5 295 1.4E-83 T 17-09-2021 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 PANTHER PTHR18964:SF165 1 300 4.9E-79 T 17-09-2021 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 PANTHER PTHR18964 1 300 4.9E-79 T 17-09-2021 IPR000600 ROK family Reactome: R-HSA-4085001|Reactome: R-HSA-4085011 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 ProSitePatterns PS01125 ROK family signature. 136 163 - T 17-09-2021 IPR000600 ROK family Reactome: R-HSA-4085001|Reactome: R-HSA-4085011 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 SUPERFAMILY SSF53067 1 299 2.63E-59 T 17-09-2021 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 Pfam PF00480 ROK family 3 297 6.9E-65 T 17-09-2021 IPR000600 ROK family Reactome: R-HSA-4085001|Reactome: R-HSA-4085011 +MGYG000000001_01955 8c1da1cf67f55a6056c96ed187bb945d 303 Gene3D G3DSA:3.30.420.40 127 284 1.4E-83 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Hamap MF_00100_B Translation initiation factor IF-2 [infB]. 3 645 16.981 T 17-09-2021 IPR000178 Translation initiation factor aIF-2, bacterial-like GO:0003743|GO:0005525|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 PANTHER PTHR43381 66 647 2.6E-242 T 17-09-2021 IPR015760 Translation initiation factor IF- 2 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 TIGRFAM TIGR00487 IF-2: translation initiation factor IF-2 61 647 2.2E-257 T 17-09-2021 IPR000178 Translation initiation factor aIF-2, bacterial-like GO:0003743|GO:0005525|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Pfam PF11987 Translation-initiation factor 2 433 537 3.8E-39 T 17-09-2021 IPR023115 Translation initiation factor IF- 2, domain 3 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 PANTHER PTHR43381:SF5 66 647 2.6E-242 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Pfam PF00009 Elongation factor Tu GTP binding domain 152 307 3.6E-34 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 CDD cd03692 mtIF2_IVc 554 637 3.91946E-41 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Gene3D G3DSA:2.40.30.10 319 435 3.8E-41 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 SUPERFAMILY SSF50447 549 645 6.03E-31 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 SUPERFAMILY SSF52156 425 553 3.27E-39 T 17-09-2021 IPR036925 Translation initiation factor IF-2, domain 3 superfamily +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 ProSitePatterns PS01176 Initiation factor 2 signature. 598 620 - T 17-09-2021 IPR000178 Translation initiation factor aIF-2, bacterial-like GO:0003743|GO:0005525|GO:0006413 Reactome: R-HSA-5368286 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 SUPERFAMILY SSF52540 137 320 1.11E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Gene3D G3DSA:3.40.50.300 144 318 9.1E-74 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Coils Coil 452 472 - T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 CDD cd03702 IF2_mtIF2_II 322 417 5.81933E-48 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 CDD cd01887 IF2_eIF5B 150 313 1.22121E-101 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Gene3D G3DSA:2.40.30.10 549 646 3.1E-33 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Pfam PF04760 Translation initiation factor IF-2, N-terminal region 65 115 1.1E-13 T 17-09-2021 IPR006847 Translation initiation factor IF-2, N-terminal +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Pfam PF04760 Translation initiation factor IF-2, N-terminal region 1 49 1.2E-10 T 17-09-2021 IPR006847 Translation initiation factor IF-2, N-terminal +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Coils Coil 17 44 - T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 147 316 50.447 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 SUPERFAMILY SSF50447 320 402 1.19E-24 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Gene3D G3DSA:1.10.10.2480 1 60 4.9E-13 T 17-09-2021 +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 Gene3D G3DSA:3.40.50.10050 441 548 7.5E-41 T 17-09-2021 IPR036925 Translation initiation factor IF-2, domain 3 superfamily +MGYG000000001_01610 c55b0e2b13848174adccb3fa2aae86be 648 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 150 306 2.6E-33 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00270 608d52edd4a7dece500f11f203f80bc1 292 PANTHER PTHR30182:SF1 2 290 9.1E-92 T 17-09-2021 +MGYG000000001_00270 608d52edd4a7dece500f11f203f80bc1 292 PANTHER PTHR30182 2 290 9.1E-92 T 17-09-2021 +MGYG000000001_00270 608d52edd4a7dece500f11f203f80bc1 292 TIGRFAM TIGR00718 sda_alpha: L-serine dehydratase, iron-sulfur-dependent, alpha subunit 5 292 2.7E-105 T 17-09-2021 IPR004642 Serine dehydratase, alpha subunit GO:0003941|GO:0006094 KEGG: 00260+4.3.1.17|KEGG: 00270+4.3.1.17 +MGYG000000001_00270 608d52edd4a7dece500f11f203f80bc1 292 Pfam PF03313 Serine dehydratase alpha chain 18 278 2.7E-72 T 17-09-2021 IPR005130 Serine dehydratase-like, alpha subunit +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Gene3D G3DSA:3.90.230.10 300 596 6.0E-89 T 17-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Pfam PF16188 C-terminal region of peptidase_M24 536 596 2.3E-22 T 17-09-2021 IPR032416 Peptidase M24, C-terminal domain +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 CDD cd01085 APP 309 536 5.66126E-107 T 17-09-2021 IPR033740 Aminopeptidase P GO:0070006 +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Pfam PF16189 Creatinase/Prolidase N-terminal domain 153 306 2.3E-47 T 17-09-2021 +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Pfam PF01321 Creatinase/Prolidase N-terminal domain 5 134 1.8E-19 T 17-09-2021 IPR000587 Creatinase, N-terminal GO:0016787 +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Pfam PF00557 Metallopeptidase family M24 308 524 2.2E-37 T 17-09-2021 IPR000994 Peptidase M24 +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Gene3D G3DSA:3.40.350.10 147 297 8.3E-44 T 17-09-2021 IPR029149 Creatinase/Aminopeptidase P/Spt16, N-terminal +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 SUPERFAMILY SSF53092 9 135 1.27E-13 T 17-09-2021 IPR029149 Creatinase/Aminopeptidase P/Spt16, N-terminal +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 SUPERFAMILY SSF55920 303 562 3.79E-50 T 17-09-2021 IPR036005 Creatinase/aminopeptidase-like +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 Gene3D G3DSA:3.40.350.10 2 146 6.6E-51 T 17-09-2021 IPR029149 Creatinase/Aminopeptidase P/Spt16, N-terminal +MGYG000000001_02501 170b683295d84cc59184ecc0fee7c1de 596 PANTHER PTHR43763 4 595 2.3E-250 T 17-09-2021 +MGYG000000001_01155 93ab12ad31a402e529152c76a3d4a547 214 PIRSF PIRSF010130 1 214 4.2E-88 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_01155 93ab12ad31a402e529152c76a3d4a547 214 Pfam PF06130 Phosphate propanoyltransferase 138 202 3.7E-17 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_01155 93ab12ad31a402e529152c76a3d4a547 214 Pfam PF06130 Phosphate propanoyltransferase 29 108 5.9E-30 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_01155 93ab12ad31a402e529152c76a3d4a547 214 PANTHER PTHR39453 6 212 7.1E-82 T 17-09-2021 IPR008300 Phosphate propanoyltransferase GO:0016747 KEGG: 00640+2.3.1.222|MetaCyc: PWY-5437|MetaCyc: PWY-7013 +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 Gene3D G3DSA:3.20.20.70 1 308 5.3E-112 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 SUPERFAMILY SSF51412 3 306 3.82E-78 T 17-09-2021 +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 TIGRFAM TIGR03151 enACPred_II: putative enoyl-[acyl-carrier-protein] reductase II 4 307 6.0E-148 T 17-09-2021 IPR017569 Enoyl-(acyl-carrier-protein) reductase II, putative +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 PANTHER PTHR32332:SF20 1 306 4.7E-117 T 17-09-2021 +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 CDD cd04730 NPD_like 12 232 1.00197E-102 T 17-09-2021 IPR004136 Nitronate monooxygenase GO:0018580|GO:0055114 +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 Pfam PF03060 Nitronate monooxygenase 81 299 7.3E-57 T 17-09-2021 IPR004136 Nitronate monooxygenase GO:0018580|GO:0055114 +MGYG000000001_00832 d9099c2211b069931ddf39dd852d5a34 308 PANTHER PTHR32332 1 306 4.7E-117 T 17-09-2021 +MGYG000000001_02426 9e5586f656d075594bddec147ee534f4 128 Pfam PF06686 Stage III sporulation protein AC/AD protein family 4 57 3.4E-10 T 17-09-2021 IPR025664 Stage III sporulation protein AC/AD family +MGYG000000001_02426 9e5586f656d075594bddec147ee534f4 128 Pfam PF06686 Stage III sporulation protein AC/AD protein family 71 125 1.4E-16 T 17-09-2021 IPR025664 Stage III sporulation protein AC/AD family +MGYG000000001_02426 9e5586f656d075594bddec147ee534f4 128 TIGRFAM TIGR02849 spore_III_AD: stage III sporulation protein AD 28 127 2.6E-28 T 17-09-2021 IPR014211 Stage III sporulation protein AD +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 CDD cd00956 Transaldolase_FSA 3 211 1.93157E-106 T 17-09-2021 IPR033919 Transaldolase/Fructose-6-phosphate aldolase, archaeal/bacterial GO:0016832 KEGG: 00030+2.2.1.2|MetaCyc: PWY-1861|MetaCyc: PWY-5723 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 Gene3D G3DSA:3.20.20.70 1 215 1.7E-89 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 PANTHER PTHR10683 2 211 2.9E-80 T 17-09-2021 IPR001585 Transaldolase/Fructose-6-phosphate aldolase GO:0005975 KEGG: 00030+2.2.1.2|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-163754|Reactome: R-HSA-6791055|Reactome: R-HSA-6791462|Reactome: R-HSA-71336|Reactome: R-HSA-8950505 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 Hamap MF_00494 Probable transaldolase [tal]. 1 214 47.757 T 17-09-2021 IPR022999 Transaldolase type 3B, putative GO:0004801 KEGG: 00030+2.2.1.2|MetaCyc: PWY-1861|MetaCyc: PWY-5723 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 Pfam PF00923 Transaldolase/Fructose-6-phosphate aldolase 3 208 8.7E-59 T 17-09-2021 IPR001585 Transaldolase/Fructose-6-phosphate aldolase GO:0005975 KEGG: 00030+2.2.1.2|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-163754|Reactome: R-HSA-6791055|Reactome: R-HSA-6791462|Reactome: R-HSA-71336|Reactome: R-HSA-8950505 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 SUPERFAMILY SSF51569 1 211 1.67E-81 T 17-09-2021 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 ProSitePatterns PS01054 Transaldolase signature 1. 24 32 - T 17-09-2021 IPR018225 Transaldolase, active site GO:0005975 KEGG: 00030+2.2.1.2|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-163754|Reactome: R-HSA-6791055|Reactome: R-HSA-6791462|Reactome: R-HSA-71336|Reactome: R-HSA-8950505 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 PANTHER PTHR10683:SF31 2 211 2.9E-80 T 17-09-2021 +MGYG000000001_00971 735155851ef2908df10d80c540933656 216 TIGRFAM TIGR00875 fsa_talC_mipB: fructose-6-phosphate aldolase 1 210 4.2E-100 T 17-09-2021 IPR004731 Transaldolase type 3B/Fructose-6-phosphate aldolase GO:0005975 KEGG: 00030+2.2.1.2|MetaCyc: PWY-1861|MetaCyc: PWY-5723 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 Gene3D G3DSA:3.40.50.12740 4 213 1.7E-62 T 17-09-2021 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 ProSiteProfiles PS50110 Response regulatory domain profile. 5 121 35.636 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 SUPERFAMILY SSF46894 147 213 3.2E-19 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 PANTHER PTHR43214:SF29 4 214 2.8E-61 T 17-09-2021 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 SMART SM00448 4 117 2.0E-24 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 Pfam PF00196 Bacterial regulatory proteins, luxR family 152 207 4.0E-18 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 ProSiteProfiles PS50043 LuxR-type HTH domain profile. 146 211 25.583 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 PRINTS PR00038 LuxR bacterial regulatory protein HTH signature 183 195 1.1E-12 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 PRINTS PR00038 LuxR bacterial regulatory protein HTH signature 167 183 1.1E-12 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 PRINTS PR00038 LuxR bacterial regulatory protein HTH signature 153 167 1.1E-12 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 Pfam PF00072 Response regulator receiver domain 6 115 2.7E-26 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 CDD cd06170 LuxR_C_like 153 209 1.7894E-16 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 PANTHER PTHR43214 4 214 2.8E-61 T 17-09-2021 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 SUPERFAMILY SSF52172 3 134 1.71E-29 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 SMART SM00421 150 207 7.2E-21 T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 ProSitePatterns PS00622 LuxR-type HTH domain signature. 167 194 - T 17-09-2021 IPR000792 Transcription regulator LuxR, C-terminal GO:0006355 +MGYG000000001_01190 73c9e18e93c9b8b49561f0d67f0a82cd 214 CDD cd00156 REC 7 118 6.24526E-26 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01914 b2595f158cbfe8e50cf6a87910e9d20a 197 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 20 186 11.586 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01914 b2595f158cbfe8e50cf6a87910e9d20a 197 Pfam PF00583 Acetyltransferase (GNAT) family 59 164 1.2E-6 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01914 b2595f158cbfe8e50cf6a87910e9d20a 197 Gene3D G3DSA:3.40.630.30 22 178 6.4E-10 T 17-09-2021 +MGYG000000001_01914 b2595f158cbfe8e50cf6a87910e9d20a 197 SUPERFAMILY SSF55729 22 186 2.88E-13 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 CDD cd02204 PurL_repeat2 717 965 3.86304E-64 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 PANTHER PTHR10099 9 633 0.0 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 PANTHER PTHR10099 665 1289 0.0 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 SUPERFAMILY SSF55326 668 848 3.4E-40 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 CDD cd02203 PurL_repeat1 220 606 3.1449E-127 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Pfam PF02769 AIR synthase related protein, C-terminal domain 446 595 3.3E-22 T 17-09-2021 IPR010918 PurM-like, C-terminal domain +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Pfam PF13507 CobB/CobQ-like glutamine amidotransferase domain 1027 1289 7.8E-93 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 SUPERFAMILY SSF52317 1024 1289 1.64E-73 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 SUPERFAMILY SSF56042 849 999 3.35E-14 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Gene3D G3DSA:3.90.650.10 857 995 9.1E-10 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Pfam PF18072 Formylglycinamide ribonucleotide amidotransferase linker domain 185 234 8.1E-10 T 17-09-2021 IPR041609 Phosphoribosylformylglycinamidine synthase, linker domain KEGG: 00230+6.3.5.3|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 SUPERFAMILY SSF56042 446 613 2.44E-36 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Gene3D G3DSA:3.90.650.10 434 613 4.8E-43 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Gene3D G3DSA:3.40.50.880 997 1290 1.6E-83 T 17-09-2021 IPR029062 Class I glutamine amidotransferase-like +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 TIGRFAM TIGR01857 FGAM-synthase: phosphoribosylformylglycinamidine synthase 8 1289 0.0 T 17-09-2021 IPR010141 Phosphoribosylformylglycinamidine synthase, FGAM +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 ProSiteProfiles PS51273 Glutamine amidotransferase type 1 domain profile. 1028 1290 11.281 T 17-09-2021 IPR017926 Glutamine amidotransferase +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 SMART SM01211 1026 1289 1.0E-118 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Coils Coil 866 893 - T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 PANTHER PTHR10099:SF7 9 633 0.0 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 PANTHER PTHR10099:SF7 665 1289 0.0 T 17-09-2021 +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 SUPERFAMILY SSF55326 211 436 4.53E-29 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_01556 1a03e35e31d99301ed53e33afefe1ab4 1290 Gene3D G3DSA:3.30.1330.10 682 846 9.1E-33 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PRINTS PR00982 Lysyl-tRNA synthetase signature 380 396 3.0E-39 T 17-09-2021 IPR018149 Lysyl-tRNA synthetase, class II, C-terminal GO:0000166|GO:0004824|GO:0005524|GO:0005737|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PRINTS PR00982 Lysyl-tRNA synthetase signature 239 252 3.0E-39 T 17-09-2021 IPR018149 Lysyl-tRNA synthetase, class II, C-terminal GO:0000166|GO:0004824|GO:0005524|GO:0005737|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PRINTS PR00982 Lysyl-tRNA synthetase signature 194 204 3.0E-39 T 17-09-2021 IPR018149 Lysyl-tRNA synthetase, class II, C-terminal GO:0000166|GO:0004824|GO:0005524|GO:0005737|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PRINTS PR00982 Lysyl-tRNA synthetase signature 210 226 3.0E-39 T 17-09-2021 IPR018149 Lysyl-tRNA synthetase, class II, C-terminal GO:0000166|GO:0004824|GO:0005524|GO:0005737|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PRINTS PR00982 Lysyl-tRNA synthetase signature 257 274 3.0E-39 T 17-09-2021 IPR018149 Lysyl-tRNA synthetase, class II, C-terminal GO:0000166|GO:0004824|GO:0005524|GO:0005737|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 SUPERFAMILY SSF55681 157 496 1.9E-117 T 17-09-2021 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 Pfam PF00152 tRNA synthetases class II (D, K and N) 157 495 2.0E-79 T 17-09-2021 IPR004364 Aminoacyl-tRNA synthetase, class II (D/K/N) GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 CDD cd00775 LysRS_core 172 497 0.0 T 17-09-2021 IPR018149 Lysyl-tRNA synthetase, class II, C-terminal GO:0000166|GO:0004824|GO:0005524|GO:0005737|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 177 497 25.484 T 17-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PIRSF PIRSF039101 1 508 3.8E-195 T 17-09-2021 IPR034762 Bacterial/eukaryotic lysine-tRNA ligase, class II GO:0004824|GO:0005524|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PANTHER PTHR42918 5 497 1.4E-203 T 17-09-2021 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 Pfam PF01336 OB-fold nucleic acid binding domain 64 141 1.9E-16 T 17-09-2021 IPR004365 OB-fold nucleic acid binding domain, AA-tRNA synthetase-type GO:0003676 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 Gene3D G3DSA:3.30.930.10 153 508 2.9E-130 T 17-09-2021 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 SUPERFAMILY SSF50249 15 150 2.79E-37 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 TIGRFAM TIGR00499 lysS_bact: lysine--tRNA ligase 16 497 6.9E-198 T 17-09-2021 IPR002313 Lysine-tRNA ligase, class II GO:0004824|GO:0005524|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 CDD cd04322 LysRS_N 64 169 9.49343E-56 T 17-09-2021 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 Coils Coil 13 33 - T 17-09-2021 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 Hamap MF_00252 Lysine--tRNA ligase [lysS]. 22 499 43.72 T 17-09-2021 IPR002313 Lysine-tRNA ligase, class II GO:0004824|GO:0005524|GO:0006430 KEGG: 00970+6.1.1.6|Reactome: R-HSA-2408522|Reactome: R-HSA-379716|Reactome: R-HSA-379726 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 PANTHER PTHR42918:SF9 5 497 1.4E-203 T 17-09-2021 +MGYG000000001_02013 f92852f7717a83a01e806cc4c6197d6a 508 Gene3D G3DSA:2.40.50.140 16 150 1.1E-37 T 17-09-2021 +MGYG000000001_02873 82e2ddc1ecda92a8359bfafd0c400782 493 Gene3D G3DSA:1.20.5.1230 266 491 1.3E-8 T 17-09-2021 +MGYG000000001_02873 82e2ddc1ecda92a8359bfafd0c400782 493 Pfam PF01618 MotA/TolQ/ExbB proton channel family 30 92 5.0E-5 T 17-09-2021 IPR002898 MotA/TolQ/ExbB proton channel +MGYG000000001_02873 82e2ddc1ecda92a8359bfafd0c400782 493 Coils Coil 377 397 - T 17-09-2021 +MGYG000000001_02873 82e2ddc1ecda92a8359bfafd0c400782 493 SUPERFAMILY SSF58113 358 483 4.84E-6 T 17-09-2021 +MGYG000000001_03001 5e8f821a2cf83a9c8c9f88a199459624 198 Pfam PF12672 Protein of unknown function (DUF3793) 26 189 3.4E-33 T 17-09-2021 IPR024523 Protein of unknown function DUF3793 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 Hamap MF_00223 GTP cyclohydrolase 1 [folE]. 5 188 43.109 T 17-09-2021 IPR001474 GTP cyclohydrolase I GO:0003934|GO:0046654 KEGG: 00790+3.5.4.16|MetaCyc: PWY-5663|MetaCyc: PWY-5664|MetaCyc: PWY-6147|MetaCyc: PWY-6703|MetaCyc: PWY-6983|MetaCyc: PWY-7442|MetaCyc: PWY-7852|Reactome: R-HSA-1474151 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 Pfam PF01227 GTP cyclohydrolase I 9 187 9.3E-81 T 17-09-2021 IPR020602 GTP cyclohydrolase I domain KEGG: 00790+3.5.4.16|MetaCyc: PWY-5663|MetaCyc: PWY-5664|MetaCyc: PWY-6147|MetaCyc: PWY-6703|MetaCyc: PWY-6983|MetaCyc: PWY-7442|MetaCyc: PWY-7852|Reactome: R-HSA-1474151 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 Gene3D G3DSA:1.10.286.10 1 54 3.5E-23 T 17-09-2021 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 Gene3D G3DSA:3.30.1130.10 57 189 1.7E-62 T 17-09-2021 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 SUPERFAMILY SSF55620 3 188 6.3E-82 T 17-09-2021 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 ProSitePatterns PS00859 GTP cyclohydrolase I signature 1. 66 82 - T 17-09-2021 IPR018234 GTP cyclohydrolase I, conserved site GO:0003934|GO:0046654 KEGG: 00790+3.5.4.16|MetaCyc: PWY-5663|MetaCyc: PWY-5664|MetaCyc: PWY-6147|MetaCyc: PWY-6703|MetaCyc: PWY-6983|MetaCyc: PWY-7442|MetaCyc: PWY-7852|Reactome: R-HSA-1474151 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 ProSitePatterns PS00860 GTP cyclohydrolase I signature 2. 115 125 - T 17-09-2021 IPR018234 GTP cyclohydrolase I, conserved site GO:0003934|GO:0046654 KEGG: 00790+3.5.4.16|MetaCyc: PWY-5663|MetaCyc: PWY-5664|MetaCyc: PWY-6147|MetaCyc: PWY-6703|MetaCyc: PWY-6983|MetaCyc: PWY-7442|MetaCyc: PWY-7852|Reactome: R-HSA-1474151 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 TIGRFAM TIGR00063 folE: GTP cyclohydrolase I 9 187 1.9E-76 T 17-09-2021 IPR001474 GTP cyclohydrolase I GO:0003934|GO:0046654 KEGG: 00790+3.5.4.16|MetaCyc: PWY-5663|MetaCyc: PWY-5664|MetaCyc: PWY-6147|MetaCyc: PWY-6703|MetaCyc: PWY-6983|MetaCyc: PWY-7442|MetaCyc: PWY-7852|Reactome: R-HSA-1474151 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 PANTHER PTHR11109 3 188 4.7E-79 T 17-09-2021 IPR001474 GTP cyclohydrolase I GO:0003934|GO:0046654 KEGG: 00790+3.5.4.16|MetaCyc: PWY-5663|MetaCyc: PWY-5664|MetaCyc: PWY-6147|MetaCyc: PWY-6703|MetaCyc: PWY-6983|MetaCyc: PWY-7442|MetaCyc: PWY-7852|Reactome: R-HSA-1474151 +MGYG000000001_03100 e0f55e8296719012a868cec7a9c324ba 190 CDD cd00642 GTP_cyclohydro1 4 188 1.01347E-95 T 17-09-2021 +MGYG000000001_01365 493e3975a2eef25e91cf7ff68b6f5622 458 Pfam PF02386 Cation transport protein 42 436 2.3E-65 T 17-09-2021 IPR003445 Cation transporter GO:0006812|GO:0008324|GO:0055085 +MGYG000000001_01365 493e3975a2eef25e91cf7ff68b6f5622 458 PANTHER PTHR32024:SF1 6 458 3.9E-151 T 17-09-2021 +MGYG000000001_01365 493e3975a2eef25e91cf7ff68b6f5622 458 PANTHER PTHR32024 6 458 3.9E-151 T 17-09-2021 +MGYG000000001_01365 493e3975a2eef25e91cf7ff68b6f5622 458 TIGRFAM TIGR00933 2a38: potassium uptake protein, TrkH family 35 427 5.9E-108 T 17-09-2021 IPR004772 TrkH potassium transport family GO:0015379|GO:0016021|GO:0071805 +MGYG000000001_02116 382666081b7451bb256eae61d58fa18c 287 Pfam PF04607 Region found in RelA / SpoT proteins 64 204 9.4E-29 T 17-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_02116 382666081b7451bb256eae61d58fa18c 287 CDD cd05399 NT_Rel-Spo_like 43 194 8.39211E-28 T 17-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_02116 382666081b7451bb256eae61d58fa18c 287 Gene3D G3DSA:3.30.460.10 22 186 9.0E-16 T 17-09-2021 +MGYG000000001_02116 382666081b7451bb256eae61d58fa18c 287 PANTHER PTHR41773 22 251 3.5E-56 T 17-09-2021 +MGYG000000001_02116 382666081b7451bb256eae61d58fa18c 287 SUPERFAMILY SSF81301 23 231 3.6E-33 T 17-09-2021 +MGYG000000001_02116 382666081b7451bb256eae61d58fa18c 287 SMART SM00954 64 206 6.4E-25 T 17-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_02104 f93a07c9af967beecf17114607a7be67 205 Pfam PF14344 Domain of unknown function (DUF4397) 113 194 2.2E-14 T 17-09-2021 IPR025510 Domain of unknown function DUF4397 +MGYG000000001_02104 f93a07c9af967beecf17114607a7be67 205 Pfam PF14344 Domain of unknown function (DUF4397) 12 126 2.9E-28 T 17-09-2021 IPR025510 Domain of unknown function DUF4397 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 ProSitePatterns PS00687 Aldehyde dehydrogenases glutamic acid active site. 259 266 - T 17-09-2021 IPR029510 Aldehyde dehydrogenase, glutamic acid active site GO:0016491|GO:0055114 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 SUPERFAMILY SSF53720 54 493 8.64E-119 T 17-09-2021 IPR016161 Aldehyde/histidinol dehydrogenase GO:0016491|GO:0055114 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 Coils Coil 80 100 - T 17-09-2021 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 PANTHER PTHR43570:SF4 52 505 1.8E-189 T 17-09-2021 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 CDD cd07136 ALDH_YwdH-P39616 56 502 0.0 T 17-09-2021 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 Pfam PF00171 Aldehyde dehydrogenase family 72 478 1.0E-85 T 17-09-2021 IPR015590 Aldehyde dehydrogenase domain GO:0016491|GO:0055114 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 Gene3D G3DSA:3.40.309.10 263 458 1.1E-172 T 17-09-2021 IPR016163 Aldehyde dehydrogenase, C-terminal GO:0016491|GO:0016620|GO:0055114 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 Gene3D G3DSA:3.40.605.10 63 478 1.1E-172 T 17-09-2021 IPR016162 Aldehyde dehydrogenase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 PIRSF PIRSF036492 43 507 9.9E-186 T 17-09-2021 IPR012394 Aldehyde dehydrogenase NAD(P)-dependent GO:0006081|GO:0055114 +MGYG000000001_02620 ec4a959e891150b8b0a0d5cd4956eb5b 508 PANTHER PTHR43570 52 505 1.8E-189 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 ProSitePatterns PS00216 Sugar transport proteins signature 1. 67 82 - T 17-09-2021 IPR005829 Sugar transporter, conserved site GO:0016021|GO:0022857|GO:0055085 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 Pfam PF07690 Major Facilitator Superfamily 18 419 1.2E-53 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 PANTHER PTHR23501:SF10 10 436 1.1E-90 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 PANTHER PTHR23501 10 436 1.1E-90 T 17-09-2021 IPR001411 Tetracycline resistance protein/drug resistance transporter +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 SUPERFAMILY SSF103473 8 556 8.89E-72 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 CDD cd17321 MFS_MMR_MDR_like 18 428 5.65132E-59 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 PRINTS PR01036 Tetracycline resistance protein TetB signature 406 425 8.5E-5 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 PRINTS PR01036 Tetracycline resistance protein TetB signature 140 164 8.5E-5 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 PRINTS PR01036 Tetracycline resistance protein TetB signature 76 98 8.5E-5 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 Gene3D G3DSA:1.20.1720.10 13 261 1.6E-45 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 Gene3D G3DSA:1.20.1250.20 274 454 2.3E-15 T 17-09-2021 +MGYG000000001_02879 45faec7a76a8608c3cc9fd4e92556272 560 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 13 557 37.048 T 17-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 Gene3D G3DSA:1.20.1090.10 167 352 4.1E-55 T 17-09-2021 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 Gene3D G3DSA:3.40.50.1970 1 166 1.1E-55 T 17-09-2021 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 PIRSF PIRSF001455 2 351 4.6E-108 T 17-09-2021 IPR030963 3-dehydroquinate synthase family GO:0009073|GO:0016838 KEGG: 00400+4.2.3.4|MetaCyc: PWY-6164 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 TIGRFAM TIGR01357 aroB: 3-dehydroquinate synthase 20 343 2.6E-110 T 17-09-2021 IPR016037 3-dehydroquinate synthase AroB GO:0003856|GO:0005737|GO:0009073 KEGG: 00400+4.2.3.4|MetaCyc: PWY-6164 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 SUPERFAMILY SSF56796 16 347 1.18E-93 T 17-09-2021 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 Hamap MF_00110 3-dehydroquinate synthase [aroB]. 1 350 58.604 T 17-09-2021 IPR016037 3-dehydroquinate synthase AroB GO:0003856|GO:0005737|GO:0009073 KEGG: 00400+4.2.3.4|MetaCyc: PWY-6164 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 Pfam PF01761 3-dehydroquinate synthase 61 315 4.1E-96 T 17-09-2021 IPR030960 3-dehydroquinate synthase domain KEGG: 00400+4.2.3.4|MetaCyc: PWY-6164 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 CDD cd08195 DHQS 16 346 6.3164E-160 T 17-09-2021 +MGYG000000001_02841 3ba38d5f83717cffe11707e1123b9af7 352 PANTHER PTHR43622 21 351 2.5E-113 T 17-09-2021 +MGYG000000001_01787 992a73bfd441bbe620b8e424706c3b96 174 PANTHER PTHR38011:SF3 1 174 1.6E-40 T 17-09-2021 +MGYG000000001_01787 992a73bfd441bbe620b8e424706c3b96 174 PANTHER PTHR38011 1 174 1.6E-40 T 17-09-2021 +MGYG000000001_01787 992a73bfd441bbe620b8e424706c3b96 174 SUPERFAMILY SSF53597 3 172 4.58E-29 T 17-09-2021 IPR024072 Dihydrofolate reductase-like domain superfamily Reactome: R-HSA-196757 +MGYG000000001_01787 992a73bfd441bbe620b8e424706c3b96 174 Gene3D G3DSA:3.40.430.10 1 174 7.9E-38 T 17-09-2021 IPR024072 Dihydrofolate reductase-like domain superfamily Reactome: R-HSA-196757 +MGYG000000001_01787 992a73bfd441bbe620b8e424706c3b96 174 Pfam PF01872 RibD C-terminal domain 3 158 1.1E-18 T 17-09-2021 IPR002734 Bacterial bifunctional deaminase-reductase, C-terminal GO:0008703|GO:0009231|GO:0055114 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 Gene3D G3DSA:3.40.140.20 375 510 4.3E-53 T 17-09-2021 IPR024051 AICAR transformylase, duplicated domain superfamily KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 PANTHER PTHR11692:SF0 2 510 5.2E-181 T 17-09-2021 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 Hamap MF_00139 Bifunctional purine biosynthesis protein PurH [purH]. 2 510 39.465 T 17-09-2021 IPR002695 Bifunctional purine biosynthesis protein PurH-like GO:0003937|GO:0004643|GO:0006164 KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 PIRSF PIRSF000414 1 510 1.8E-194 T 17-09-2021 IPR002695 Bifunctional purine biosynthesis protein PurH-like GO:0003937|GO:0004643|GO:0006164 KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 ProSiteProfiles PS51855 MGS-like domain profile. 1 144 20.172 T 17-09-2021 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 SUPERFAMILY SSF53927 205 510 5.42E-107 T 17-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 SUPERFAMILY SSF52335 2 191 1.3E-64 T 17-09-2021 IPR036914 Methylglyoxal synthase-like domain superfamily +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 Gene3D G3DSA:3.40.50.1380 1 195 5.5E-81 T 17-09-2021 IPR036914 Methylglyoxal synthase-like domain superfamily +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 Pfam PF02142 MGS-like domain 14 127 5.5E-23 T 17-09-2021 IPR011607 Methylglyoxal synthase-like domain +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 SMART SM00798 133 444 1.5E-144 T 17-09-2021 IPR002695 Bifunctional purine biosynthesis protein PurH-like GO:0003937|GO:0004643|GO:0006164 KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 CDD cd01421 IMPCH 3 188 9.17344E-93 T 17-09-2021 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 Pfam PF01808 AICARFT/IMPCHase bienzyme 133 442 4.9E-105 T 17-09-2021 IPR002695 Bifunctional purine biosynthesis protein PurH-like GO:0003937|GO:0004643|GO:0006164 KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 Gene3D G3DSA:3.40.140.20 202 359 9.4E-52 T 17-09-2021 IPR024051 AICAR transformylase, duplicated domain superfamily KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 SMART SM00851 14 128 1.5E-45 T 17-09-2021 IPR011607 Methylglyoxal synthase-like domain +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 TIGRFAM TIGR00355 purH: phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase 3 510 2.6E-173 T 17-09-2021 IPR002695 Bifunctional purine biosynthesis protein PurH-like GO:0003937|GO:0004643|GO:0006164 KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01554 506a852bc62a7db712b4b45651187495 510 PANTHER PTHR11692 2 510 5.2E-181 T 17-09-2021 IPR002695 Bifunctional purine biosynthesis protein PurH-like GO:0003937|GO:0004643|GO:0006164 KEGG: 00230+3.5.4.10+2.1.2.3|KEGG: 00670+2.1.2.3|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01470 da0b2f6b3643060b2e1822a6e7d8a237 85 Pfam PF06135 IreB regulatory phosphoprotein 6 82 2.0E-31 T 17-09-2021 IPR009309 IreB regulatory phosphoprotein +MGYG000000001_01470 da0b2f6b3643060b2e1822a6e7d8a237 85 PANTHER PTHR40067 5 84 1.1E-29 T 17-09-2021 IPR009309 IreB regulatory phosphoprotein +MGYG000000001_01470 da0b2f6b3643060b2e1822a6e7d8a237 85 Hamap MF_01507 UPF0297 protein . 2 85 23.913 T 17-09-2021 IPR009309 IreB regulatory phosphoprotein +MGYG000000001_03199 7d63c5c34686a7e8bbdb35eb510c531e 135 Pfam PF02627 Carboxymuconolactone decarboxylase family 51 130 2.5E-11 T 17-09-2021 IPR003779 Carboxymuconolactone decarboxylase-like GO:0051920|GO:0055114 KEGG: 00480+1.11.1.15 +MGYG000000001_03199 7d63c5c34686a7e8bbdb35eb510c531e 135 Gene3D G3DSA:1.20.1290.10 18 135 7.3E-26 T 17-09-2021 IPR029032 AhpD-like Reactome: R-HSA-5628897 +MGYG000000001_03199 7d63c5c34686a7e8bbdb35eb510c531e 135 SUPERFAMILY SSF69118 19 132 3.45E-23 T 17-09-2021 IPR029032 AhpD-like Reactome: R-HSA-5628897 +MGYG000000001_03199 7d63c5c34686a7e8bbdb35eb510c531e 135 PANTHER PTHR33570:SF2 7 132 6.7E-30 T 17-09-2021 +MGYG000000001_03199 7d63c5c34686a7e8bbdb35eb510c531e 135 PANTHER PTHR33570 7 132 6.7E-30 T 17-09-2021 +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 ProSitePatterns PS00595 Aminotransferases class-V pyridoxal-phosphate attachment site. 192 212 - T 17-09-2021 IPR020578 Aminotransferase class-V, pyridoxal-phosphate binding site +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 Pfam PF00266 Aminotransferase class-V 3 371 1.1E-93 T 17-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 TIGRFAM TIGR01977 am_tr_V_EF2568: cysteine desulfurase family protein 3 378 3.2E-148 T 17-09-2021 IPR010969 Cysteine desulfurase-related, unknown function +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 CDD cd06453 SufS_like 3 375 1.5446E-153 T 17-09-2021 +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 SUPERFAMILY SSF53383 3 378 3.32E-97 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 PANTHER PTHR43586 2 379 5.9E-118 T 17-09-2021 +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 Gene3D G3DSA:3.40.640.10 17 268 1.7E-120 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 Gene3D G3DSA:3.90.1150.10 3 372 1.7E-120 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 PIRSF PIRSF005572 1 380 1.8E-61 T 17-09-2021 IPR016454 Cysteine desulfurase KEGG: 00730+2.8.1.7|MetaCyc: PWY-7250 +MGYG000000001_01908 f0de96835461e56879723355b447796d 380 PANTHER PTHR43586:SF4 2 379 5.9E-118 T 17-09-2021 +MGYG000000001_02616 b5290a3718e627d1c64ab6a4ec79b56a 258 Pfam PF13672 Protein phosphatase 2C 12 223 1.2E-22 T 17-09-2021 +MGYG000000001_02616 b5290a3718e627d1c64ab6a4ec79b56a 258 SUPERFAMILY SSF81606 4 255 5.49E-13 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_02616 b5290a3718e627d1c64ab6a4ec79b56a 258 Gene3D G3DSA:3.60.40.10 7 257 4.9E-11 T 17-09-2021 IPR036457 PPM-type phosphatase domain superfamily KEGG: 04658+3.1.3.16|KEGG: 04660+3.1.3.16|KEGG: 05235+3.1.3.16 +MGYG000000001_01260 71d1d1632c50eb8fd7db3a9233e143b7 146 CDD cd18720 PIN_YqxD-like 2 94 7.98326E-24 T 17-09-2021 +MGYG000000001_01260 71d1d1632c50eb8fd7db3a9233e143b7 146 PANTHER PTHR35146 1 143 3.0E-39 T 17-09-2021 IPR003791 Protein of unknown function UPF0178 +MGYG000000001_01260 71d1d1632c50eb8fd7db3a9233e143b7 146 Hamap MF_00489 UPF0178 protein YaiI [yaiI]. 1 144 26.216 T 17-09-2021 IPR003791 Protein of unknown function UPF0178 +MGYG000000001_01260 71d1d1632c50eb8fd7db3a9233e143b7 146 Pfam PF02639 Uncharacterized BCR, YaiI/YqxD family COG1671 16 141 8.5E-43 T 17-09-2021 IPR003791 Protein of unknown function UPF0178 +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 PANTHER PTHR31528:SF3 22 335 1.0E-112 T 17-09-2021 +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 Gene3D G3DSA:3.40.190.10 44 333 6.6E-119 T 17-09-2021 +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 SUPERFAMILY SSF53850 41 325 2.7E-48 T 17-09-2021 +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 Pfam PF09084 NMT1/THI5 like 49 263 1.6E-75 T 17-09-2021 IPR015168 SsuA/THI5-like +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 PANTHER PTHR31528 22 335 1.0E-112 T 17-09-2021 IPR027939 NMT1/THI5 family GO:0009228 +MGYG000000001_00842 d9712344a6f091d069e4856663e6471e 336 Gene3D G3DSA:3.40.190.10 122 224 6.6E-119 T 17-09-2021 +MGYG000000001_00477 9f9f48310a20386598ed69c6b07bd2f7 210 Pfam PF01458 Uncharacterized protein family (UPF0051) 14 210 5.5E-39 T 17-09-2021 IPR000825 SUF system FeS cluster assembly, SufBD GO:0016226 +MGYG000000001_00477 9f9f48310a20386598ed69c6b07bd2f7 210 SUPERFAMILY SSF101960 9 210 6.54E-31 T 17-09-2021 IPR037284 SUF system FeS cluster assembly, SufBD superfamily +MGYG000000001_00477 9f9f48310a20386598ed69c6b07bd2f7 210 PANTHER PTHR30508 5 210 3.7E-23 T 17-09-2021 +MGYG000000001_00477 9f9f48310a20386598ed69c6b07bd2f7 210 PANTHER PTHR30508:SF1 5 210 3.7E-23 T 17-09-2021 +MGYG000000001_00069 5732e6e299a420f9e86dd2b9a878e88b 55 SUPERFAMILY SSF47598 5 46 5.08E-7 T 17-09-2021 IPR010985 Ribbon-helix-helix GO:0006355 +MGYG000000001_00069 5732e6e299a420f9e86dd2b9a878e88b 55 Gene3D G3DSA:1.10.1220.10 2 46 1.5E-5 T 17-09-2021 IPR013321 Arc-type ribbon-helix-helix GO:0006355 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 TIGRFAM TIGR00690 rpoZ: DNA-directed RNA polymerase, omega subunit 1 60 2.1E-13 T 17-09-2021 IPR003716 DNA-directed RNA polymerase, omega subunit GO:0003899|GO:0006351 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 Pfam PF01192 RNA polymerase Rpb6 10 62 7.4E-13 T 17-09-2021 IPR006110 RNA polymerase, subunit omega/K/RPB6 GO:0003677|GO:0003899|GO:0006351 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167161|Reactome: R-HSA-167162|Reactome: R-HSA-167172|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-168325|Reactome: R-HSA-1834949|Reactome: R-HSA-203927|Reactome: R-HSA-427413|Reactome: R-HSA-5250924|Reactome: R-HSA-5578749|Reactome: R-HSA-5601884|Reactome: R-HSA-5617472|Reactome: R-HSA-674695|Reactome: R-HSA-6781823|Reactome: R-HSA-6781827|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-6796648|Reactome: R-HSA-6803529|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-72163|Reactome: R-HSA-72165|Reactome: R-HSA-72203|Reactome: R-HSA-73762|Reactome: R-HSA-73772|Reactome: R-HSA-73776|Reactome: R-HSA-73779|Reactome: R-HSA-73780|Reactome: R-HSA-73863|Reactome: R-HSA-73980|Reactome: R-HSA-749476|Reactome: R-HSA-75953|Reactome: R-HSA-75955|Reactome: R-HSA-76042|Reactome: R-HSA-76061|Reactome: R-HSA-76066|Reactome: R-HSA-76071|Reactome: R-HSA-77075|Reactome: R-HSA-8851708|Reactome: R-HSA-9018519 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 Gene3D G3DSA:3.90.940.10 1 89 3.2E-20 T 17-09-2021 IPR012293 RNA polymerase subunit, RPB6/omega GO:0003677|GO:0003899|GO:0006351 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167161|Reactome: R-HSA-167162|Reactome: R-HSA-167172|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-168325|Reactome: R-HSA-1834949|Reactome: R-HSA-203927|Reactome: R-HSA-427413|Reactome: R-HSA-5250924|Reactome: R-HSA-5578749|Reactome: R-HSA-5601884|Reactome: R-HSA-5617472|Reactome: R-HSA-674695|Reactome: R-HSA-6781823|Reactome: R-HSA-6781827|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-6796648|Reactome: R-HSA-6803529|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-72163|Reactome: R-HSA-72165|Reactome: R-HSA-72203|Reactome: R-HSA-73762|Reactome: R-HSA-73772|Reactome: R-HSA-73776|Reactome: R-HSA-73779|Reactome: R-HSA-73780|Reactome: R-HSA-73863|Reactome: R-HSA-73980|Reactome: R-HSA-749476|Reactome: R-HSA-75953|Reactome: R-HSA-75955|Reactome: R-HSA-76042|Reactome: R-HSA-76061|Reactome: R-HSA-76066|Reactome: R-HSA-76071|Reactome: R-HSA-77075|Reactome: R-HSA-8851708|Reactome: R-HSA-9018519 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 SUPERFAMILY SSF63562 1 81 9.03E-23 T 17-09-2021 IPR036161 RPB6/omega subunit-like superfamily GO:0003677|GO:0003899|GO:0006351 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167161|Reactome: R-HSA-167162|Reactome: R-HSA-167172|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-168325|Reactome: R-HSA-1834949|Reactome: R-HSA-203927|Reactome: R-HSA-427413|Reactome: R-HSA-5250924|Reactome: R-HSA-5578749|Reactome: R-HSA-5601884|Reactome: R-HSA-5617472|Reactome: R-HSA-674695|Reactome: R-HSA-6781823|Reactome: R-HSA-6781827|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-6796648|Reactome: R-HSA-6803529|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-72163|Reactome: R-HSA-72165|Reactome: R-HSA-72203|Reactome: R-HSA-73762|Reactome: R-HSA-73772|Reactome: R-HSA-73776|Reactome: R-HSA-73779|Reactome: R-HSA-73780|Reactome: R-HSA-73863|Reactome: R-HSA-73980|Reactome: R-HSA-749476|Reactome: R-HSA-75953|Reactome: R-HSA-75955|Reactome: R-HSA-76042|Reactome: R-HSA-76061|Reactome: R-HSA-76066|Reactome: R-HSA-76071|Reactome: R-HSA-77075|Reactome: R-HSA-8851708|Reactome: R-HSA-9018519 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 SMART SM01409 8 62 3.0E-11 T 17-09-2021 IPR006110 RNA polymerase, subunit omega/K/RPB6 GO:0003677|GO:0003899|GO:0006351 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167161|Reactome: R-HSA-167162|Reactome: R-HSA-167172|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-168325|Reactome: R-HSA-1834949|Reactome: R-HSA-203927|Reactome: R-HSA-427413|Reactome: R-HSA-5250924|Reactome: R-HSA-5578749|Reactome: R-HSA-5601884|Reactome: R-HSA-5617472|Reactome: R-HSA-674695|Reactome: R-HSA-6781823|Reactome: R-HSA-6781827|Reactome: R-HSA-6782135|Reactome: R-HSA-6782210|Reactome: R-HSA-6796648|Reactome: R-HSA-6803529|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-72163|Reactome: R-HSA-72165|Reactome: R-HSA-72203|Reactome: R-HSA-73762|Reactome: R-HSA-73772|Reactome: R-HSA-73776|Reactome: R-HSA-73779|Reactome: R-HSA-73780|Reactome: R-HSA-73863|Reactome: R-HSA-73980|Reactome: R-HSA-749476|Reactome: R-HSA-75953|Reactome: R-HSA-75955|Reactome: R-HSA-76042|Reactome: R-HSA-76061|Reactome: R-HSA-76066|Reactome: R-HSA-76071|Reactome: R-HSA-77075|Reactome: R-HSA-8851708|Reactome: R-HSA-9018519 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 Hamap MF_00366 DNA-directed RNA polymerase subunit omega [rpoZ]. 1 63 15.68 T 17-09-2021 IPR003716 DNA-directed RNA polymerase, omega subunit GO:0003899|GO:0006351 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 PANTHER PTHR34476 1 87 6.1E-19 T 17-09-2021 IPR003716 DNA-directed RNA polymerase, omega subunit GO:0003899|GO:0006351 +MGYG000000001_02145 998ddf6a508f6e68b2f228b622bed6e1 89 Coils Coil 65 89 - T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SMART SM00388 542 615 4.3E-15 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SUPERFAMILY SSF55785 119 229 7.68E-12 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SMART SM00091 114 180 4.5 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SMART SM00091 1 67 0.081 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SMART SM00091 415 481 2.6E-8 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 CDD cd00130 PAS 9 105 1.73195E-5 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 662 771 2.2E-25 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SUPERFAMILY SSF55874 604 771 2.23E-42 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SUPERFAMILY SSF55785 420 525 7.54E-18 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SUPERFAMILY SSF55781 240 427 1.1E-6 T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Pfam PF00989 PAS fold 1 105 7.7E-6 T 17-09-2021 IPR013767 PAS fold GO:0006355 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Pfam PF00512 His Kinase A (phospho-acceptor) domain 543 615 3.8E-13 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 669 770 7.03899E-35 T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Coils Coil 525 545 - T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SUPERFAMILY SSF55785 3 105 1.43E-7 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 ProSiteProfiles PS50113 PAC domain profile. 180 236 9.896 T 17-09-2021 IPR000700 PAS-associated, C-terminal Reactome: R-HSA-1296072 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 CDD cd00082 HisKA 540 610 9.15604E-14 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Gene3D G3DSA:3.30.450.20 1 105 1.0E-11 T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 PRINTS PR00344 Bacterial sensor protein C-terminal signature 698 712 1.5E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 PRINTS PR00344 Bacterial sensor protein C-terminal signature 757 770 1.5E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 PRINTS PR00344 Bacterial sensor protein C-terminal signature 733 751 1.5E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 PRINTS PR00344 Bacterial sensor protein C-terminal signature 716 726 1.5E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Coils Coil 48 68 - T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Pfam PF08447 PAS fold 439 512 9.3E-12 T 17-09-2021 IPR013655 PAS fold-3 GO:0005515 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Pfam PF08448 PAS fold 120 228 1.6E-11 T 17-09-2021 IPR013656 PAS fold-4 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Gene3D G3DSA:3.30.450.20 418 523 4.8E-20 T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 ProSiteProfiles PS50112 PAS repeat profile. 413 483 15.479 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SMART SM00387 661 773 5.0E-32 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Gene3D G3DSA:3.30.565.10 622 777 4.6E-41 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 SUPERFAMILY SSF47384 531 615 3.34E-16 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 PANTHER PTHR43711 519 773 1.1E-67 T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Gene3D G3DSA:1.10.287.130 524 616 1.8E-20 T 17-09-2021 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 ProSiteProfiles PS50109 Histidine kinase domain profile. 549 773 44.985 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 414 529 1.0E-14 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 3 110 4.2E-7 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 114 233 4.4E-6 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 ProSiteProfiles PS50112 PAS repeat profile. 1 66 10.458 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 CDD cd00130 PAS 426 520 1.51537E-9 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Gene3D G3DSA:3.30.450.40 239 337 2.6E-6 T 17-09-2021 IPR029016 GAF-like domain superfamily +MGYG000000001_01740 0815fefd3dbc3c5ea2e2d3dbe030b721 804 Gene3D G3DSA:3.30.450.20 106 238 2.3E-15 T 17-09-2021 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 CDD cd07377 WHTH_GntR 30 81 4.40276E-18 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 Gene3D G3DSA:1.10.10.10 13 128 2.0E-28 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 SMART SM00345 21 80 1.9E-15 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 Pfam PF00392 Bacterial regulatory proteins, gntR family 17 80 1.3E-16 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 PANTHER PTHR38445 6 127 4.1E-42 T 17-09-2021 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 Coils Coil 47 67 - T 17-09-2021 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 ProSiteProfiles PS50949 GntR-type HTH domain profile. 15 83 22.577 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 SUPERFAMILY SSF46785 11 84 4.74E-22 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00861 c4b6b307c56243746f8f977a937a27fb 128 PANTHER PTHR38445:SF7 6 127 4.1E-42 T 17-09-2021 +MGYG000000001_01489 8094eb27f64181f9f2d63b7f43806a48 201 Pfam PF06810 Phage minor structural protein GP20 15 158 2.8E-28 T 17-09-2021 IPR009636 Capsid assembly scaffolding protein GO:0019069 +MGYG000000001_01489 8094eb27f64181f9f2d63b7f43806a48 201 Coils Coil 20 68 - T 17-09-2021 +MGYG000000001_01489 8094eb27f64181f9f2d63b7f43806a48 201 Coils Coil 72 92 - T 17-09-2021 +MGYG000000001_00423 e13aca1b642779c8c912d7ada91c673a 221 Pfam PF04794 YdjC-like protein 1 209 2.9E-39 T 17-09-2021 IPR006879 Carbohydrate deacetylase YdjC-like +MGYG000000001_00423 e13aca1b642779c8c912d7ada91c673a 221 Gene3D G3DSA:3.20.20.370 1 221 3.6E-57 T 17-09-2021 +MGYG000000001_00423 e13aca1b642779c8c912d7ada91c673a 221 PANTHER PTHR31609 1 131 4.4E-35 T 17-09-2021 IPR006879 Carbohydrate deacetylase YdjC-like +MGYG000000001_00423 e13aca1b642779c8c912d7ada91c673a 221 PANTHER PTHR31609 158 220 4.4E-35 T 17-09-2021 IPR006879 Carbohydrate deacetylase YdjC-like +MGYG000000001_00423 e13aca1b642779c8c912d7ada91c673a 221 SUPERFAMILY SSF88713 1 221 8.67E-46 T 17-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SUPERFAMILY SSF56784 354 760 2.34E-52 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SUPERFAMILY SSF81653 117 235 5.1E-28 T 17-09-2021 IPR008250 P-type ATPase, A domain superfamily Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00121 Sodium/potassium-transporting ATPase signature 349 370 2.5E-7 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00121 Sodium/potassium-transporting ATPase signature 865 885 2.5E-7 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PANTHER PTHR24093 8 908 6.0E-233 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Gene3D G3DSA:1.20.1110.10 54 907 2.4E-224 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Gene3D G3DSA:3.40.1110.10 366 560 2.4E-224 T 17-09-2021 IPR023299 P-type ATPase, cytoplasmic domain N GO:0000166 Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SFLD SFLDF00027 p-type atpase 338 706 0.0 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 TIGRFAM TIGR01517 ATPase-IIB_Ca: calcium-translocating P-type ATPase, PMCA-type 201 908 1.8E-161 T 17-09-2021 IPR006408 P-type ATPase, subfamily IIB GO:0005388|GO:0005524|GO:0016020|GO:0070588 Reactome: R-HSA-418359|Reactome: R-HSA-5578775|Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Gene3D G3DSA:3.40.50.1000 353 700 2.4E-224 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Pfam PF00690 Cation transporter/ATPase, N-terminus 3 71 6.9E-16 T 17-09-2021 IPR004014 Cation-transporting P-type ATPase, N-terminal Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Pfam PF00689 Cation transporting ATPase, C-terminus 740 908 2.4E-37 T 17-09-2021 IPR006068 Cation-transporting P-type ATPase, C-terminal Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 655 674 1.2E-35 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 553 564 1.2E-35 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 356 370 1.2E-35 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 679 691 1.2E-35 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 575 585 1.2E-35 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 162 176 1.2E-35 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SUPERFAMILY SSF81660 365 560 3.47E-33 T 17-09-2021 IPR023299 P-type ATPase, cytoplasmic domain N GO:0000166 Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SMART SM00831 2 76 3.8E-18 T 17-09-2021 IPR004014 Cation-transporting P-type ATPase, N-terminal Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SFLD SFLDG00002 C1.7: P-type atpase like 338 706 0.0 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Pfam PF00122 E1-E2 ATPase 117 335 2.1E-40 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Pfam PF08282 haloacid dehalogenase-like hydrolase 633 694 1.3E-5 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Gene3D G3DSA:2.70.150.10 15 239 2.4E-224 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 287 383 2.7E-21 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 625 742 6.6E-33 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 SUPERFAMILY SSF81665 2 910 2.35E-104 T 17-09-2021 IPR023298 P-type ATPase, transmembrane domain superfamily Reactome: R-HSA-936837 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 Pfam PF13246 Cation transport ATPase (P-type) 397 479 6.7E-18 T 17-09-2021 +MGYG000000001_01789 e5f7028a07e091dca30bc07b4a7ce39a 921 ProSitePatterns PS00154 E1-E2 ATPases phosphorylation site. 358 364 - T 17-09-2021 IPR018303 P-type ATPase, phosphorylation site Reactome: R-HSA-936837 +MGYG000000001_03083 7a1fd21817c04e45e2ea4661dcd1cf07 178 Gene3D G3DSA:3.40.50.360 4 150 5.2E-11 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_03083 7a1fd21817c04e45e2ea4661dcd1cf07 178 PANTHER PTHR38030 4 149 2.8E-20 T 17-09-2021 +MGYG000000001_03083 7a1fd21817c04e45e2ea4661dcd1cf07 178 Pfam PF12724 Flavodoxin domain 6 141 6.7E-17 T 17-09-2021 IPR026816 Flavodoxin domain +MGYG000000001_03083 7a1fd21817c04e45e2ea4661dcd1cf07 178 ProSitePatterns PS00201 Flavodoxin signature. 6 22 - T 17-09-2021 IPR001226 Flavodoxin, conserved site GO:0009055|GO:0010181 +MGYG000000001_03083 7a1fd21817c04e45e2ea4661dcd1cf07 178 SUPERFAMILY SSF52218 4 140 2.67E-16 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_03083 7a1fd21817c04e45e2ea4661dcd1cf07 178 ProSiteProfiles PS50902 Flavodoxin-like domain profile. 4 151 9.5 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_00419 2c67878c69c72a0298e2de58aae58bb1 215 MobiDBLite mobidb-lite consensus disorder prediction 26 51 - T 17-09-2021 +MGYG000000001_00419 2c67878c69c72a0298e2de58aae58bb1 215 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 5.0 T 17-09-2021 +MGYG000000001_02631 d78abd4f1755a49e66847444aadb0e38 289 Pfam PF01263 Aldose 1-epimerase 5 171 3.9E-25 T 17-09-2021 IPR008183 Aldose 1-/Glucose-6-phosphate 1-epimerase GO:0005975|GO:0016853 +MGYG000000001_02631 d78abd4f1755a49e66847444aadb0e38 289 Gene3D G3DSA:2.70.98.10 2 289 3.5E-90 T 17-09-2021 IPR014718 Glycoside hydrolase-type carbohydrate-binding GO:0030246 +MGYG000000001_02631 d78abd4f1755a49e66847444aadb0e38 289 PANTHER PTHR11122:SF13 11 288 8.5E-30 T 17-09-2021 +MGYG000000001_02631 d78abd4f1755a49e66847444aadb0e38 289 PANTHER PTHR11122 11 288 8.5E-30 T 17-09-2021 +MGYG000000001_02631 d78abd4f1755a49e66847444aadb0e38 289 CDD cd09024 Aldose_epim_lacX 3 288 3.96489E-124 T 17-09-2021 IPR037481 Protein LacX +MGYG000000001_02631 d78abd4f1755a49e66847444aadb0e38 289 SUPERFAMILY SSF74650 3 288 9.42E-48 T 17-09-2021 IPR011013 Galactose mutarotase-like domain superfamily GO:0003824|GO:0005975|GO:0030246 +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 CDD cd00886 MogA_MoaB 2 154 4.27408E-73 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 PANTHER PTHR43764 2 162 2.0E-54 T 17-09-2021 +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 TIGRFAM TIGR00177 molyb_syn: molybdenum cofactor synthesis domain 3 142 7.4E-37 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 Gene3D G3DSA:3.40.980.10 1 167 3.0E-53 T 17-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 Pfam PF00994 Probable molybdopterin binding domain 5 148 1.1E-33 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 SUPERFAMILY SSF53218 2 155 1.15E-42 T 17-09-2021 IPR036425 MoaB/Mog-like domain superfamily +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 ProSitePatterns PS01078 Molybdenum cofactor biosynthesis proteins signature 1. 66 79 - T 17-09-2021 IPR008284 Molybdenum cofactor biosynthesis, conserved site GO:0006777 Reactome: R-HSA-947581 +MGYG000000001_01521 98091e27faf36f202800b5ec983e4a95 168 SMART SM00852 5 150 7.9E-29 T 17-09-2021 IPR001453 MoaB/Mog domain +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Pfam PF04539 Sigma-70 region 3 230 306 3.1E-32 T 17-09-2021 IPR007624 RNA polymerase sigma-70 region 3 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 SUPERFAMILY SSF88946 112 221 2.22E-52 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Pfam PF00140 Sigma-70 factor, region 1.2 113 145 4.1E-17 T 17-09-2021 IPR009042 RNA polymerase sigma-70 region 1.2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 CDD cd06171 Sigma70_r4 313 371 2.58229E-13 T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PANTHER PTHR30603 142 384 1.5E-148 T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Pfam PF04542 Sigma-70 region 2 151 220 4.5E-22 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Gene3D G3DSA:1.10.10.10 224 299 1.3E-35 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 148 372 1.0E-36 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Gene3D G3DSA:1.10.220.120 7 69 4.9E-13 T 17-09-2021 IPR042189 Sigma-70 factor, region 1.1 superfamily +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Coils Coil 345 365 - T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Hamap MF_00963 RNA polymerase sigma factor RpoD [rpoD]. 9 384 34.217 T 17-09-2021 IPR028630 RNA polymerase sigma factor RpoD GO:0006352|GO:0016987 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 TIGRFAM TIGR02393 RpoD_Cterm: RNA polymerase sigma factor RpoD 147 383 5.6E-124 T 17-09-2021 IPR012760 RNA polymerase sigma factor RpoD, C-terminal GO:0003677|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 SUPERFAMILY SSF88659 281 383 2.43E-30 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Gene3D G3DSA:1.10.601.10 146 223 1.9E-50 T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Pfam PF04545 Sigma-70, region 4 319 372 1.9E-19 T 17-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 175 188 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Gene3D G3DSA:1.10.10.10 301 384 1.3E-35 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PANTHER PTHR30603 97 140 1.5E-148 T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 ProSitePatterns PS00716 Sigma-70 factors family signature 2. 344 370 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PANTHER PTHR30603:SF42 97 140 1.5E-148 T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PANTHER PTHR30603:SF42 142 384 1.5E-148 T 17-09-2021 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 SUPERFAMILY SSF88659 224 298 1.2E-23 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PRINTS PR00046 Major sigma-70 factor signature 175 188 8.9E-32 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PRINTS PR00046 Major sigma-70 factor signature 344 359 8.9E-32 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PRINTS PR00046 Major sigma-70 factor signature 199 207 8.9E-32 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PRINTS PR00046 Major sigma-70 factor signature 359 370 8.9E-32 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 PRINTS PR00046 Major sigma-70 factor signature 323 335 8.9E-32 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Pfam PF03979 Sigma-70 factor, region 1.1 13 82 1.4E-15 T 17-09-2021 IPR007127 RNA polymerase sigma factor 70, region 1.1 GO:0003677|GO:0006355 +MGYG000000001_00746 4bce5f8c68ce9f67007187a582fe1912 384 Gene3D G3DSA:1.20.120.1810 108 145 5.5E-10 T 17-09-2021 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 CDD cd01415 SAICAR_synt_PurC 2 231 1.19687E-143 T 17-09-2021 IPR033934 Bacterial and archaeal 5-aminoimidazole-4-(N-succinylcarboxamide) ribonucleotide synthase GO:0009236 KEGG: 00230+6.3.2.6|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 ProSitePatterns PS01058 SAICAR synthetase signature 2. 169 177 - T 17-09-2021 IPR018236 SAICAR synthetase, conserved site GO:0004639|GO:0006164 KEGG: 00230+6.3.2.6|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 Gene3D G3DSA:3.30.200.20 3 228 2.9E-98 T 17-09-2021 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 Gene3D G3DSA:3.30.470.20 81 217 2.9E-98 T 17-09-2021 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 SUPERFAMILY SSF56104 2 229 1.9E-85 T 17-09-2021 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 ProSitePatterns PS01057 SAICAR synthetase signature 1. 82 96 - T 17-09-2021 IPR018236 SAICAR synthetase, conserved site GO:0004639|GO:0006164 KEGG: 00230+6.3.2.6|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 PANTHER PTHR43599 3 225 8.1E-53 T 17-09-2021 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 Hamap MF_00137 Phosphoribosylaminoimidazole-succinocarboxamide synthase [purC]. 1 231 31.91 T 17-09-2021 IPR028923 SAICAR synthetase/ADE2, N-terminal KEGG: 00230+6.3.2.6|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 TIGRFAM TIGR00081 purC: phosphoribosylaminoimidazolesuccinocarboxamide synthase 3 228 5.1E-77 T 17-09-2021 IPR001636 Phosphoribosylaminoimidazole-succinocarboxamide synthase GO:0004639|GO:0006164 KEGG: 00230+6.3.2.6|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234 +MGYG000000001_01550 829ebb9ce569982ff7cf0d57eb3bafd9 232 Pfam PF01259 SAICAR synthetase 3 228 9.7E-70 T 17-09-2021 IPR028923 SAICAR synthetase/ADE2, N-terminal KEGG: 00230+6.3.2.6|MetaCyc: PWY-6123|MetaCyc: PWY-6124|MetaCyc: PWY-7234|Reactome: R-HSA-73817 +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 Gene3D G3DSA:3.40.50.300 285 559 4.0E-115 T 17-09-2021 +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 Gene3D G3DSA:3.30.450.90 145 283 1.2E-45 T 17-09-2021 +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 Pfam PF05157 Type II secretion system (T2SS), protein E, N-terminal domain 41 145 9.8E-24 T 17-09-2021 IPR007831 General secretory system II, protein E, N-terminal +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 PANTHER PTHR30258:SF1 12 557 3.0E-162 T 17-09-2021 +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 CDD cd01129 PulE-GspE 233 496 3.69947E-145 T 17-09-2021 +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 SUPERFAMILY SSF52540 168 556 2.27E-106 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 Pfam PF00437 Type II/IV secretion system protein 186 450 6.2E-86 T 17-09-2021 IPR001482 Type II/IV secretion system protein +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 Gene3D G3DSA:3.30.300.160 58 143 3.9E-15 T 17-09-2021 IPR042181 Type II secretion system, protein E, N-terminal +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 PANTHER PTHR30258 12 557 3.0E-162 T 17-09-2021 +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 ProSitePatterns PS00662 Bacterial type II secretion system protein E signature. 378 392 - T 17-09-2021 IPR001482 Type II/IV secretion system protein +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 SMART SM00382 311 439 2.3E-5 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00685 6cbcdfabc98224a8b2ec02f3638dfdab 560 SUPERFAMILY SSF160246 3 142 2.35E-38 T 17-09-2021 IPR037257 General secretory system II, protein E, N-terminal superfamily +MGYG000000001_02905 2737950af1de9b8af46ad0b3dd3b9979 562 SUPERFAMILY SSF52540 53 219 1.71E-32 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02905 2737950af1de9b8af46ad0b3dd3b9979 562 Pfam PF01926 50S ribosome-binding GTPase 60 187 1.2E-13 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_02905 2737950af1de9b8af46ad0b3dd3b9979 562 Gene3D G3DSA:3.40.50.300 60 268 2.2E-29 T 17-09-2021 +MGYG000000001_02905 2737950af1de9b8af46ad0b3dd3b9979 562 Coils Coil 542 562 - T 17-09-2021 +MGYG000000001_02905 2737950af1de9b8af46ad0b3dd3b9979 562 PANTHER PTHR43681 56 521 2.3E-28 T 17-09-2021 +MGYG000000001_02905 2737950af1de9b8af46ad0b3dd3b9979 562 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 56 192 1.3E-12 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_02340 0623d9935de27d2e5a9138eb0432a4ec 167 PANTHER PTHR12418 27 144 3.5E-14 T 17-09-2021 +MGYG000000001_02340 0623d9935de27d2e5a9138eb0432a4ec 167 SUPERFAMILY SSF54637 13 136 1.48E-32 T 17-09-2021 IPR029069 HotDog domain superfamily +MGYG000000001_02340 0623d9935de27d2e5a9138eb0432a4ec 167 CDD cd03443 PaaI_thioesterase 26 136 6.86627E-19 T 17-09-2021 +MGYG000000001_02340 0623d9935de27d2e5a9138eb0432a4ec 167 Pfam PF03061 Thioesterase superfamily 53 127 1.8E-9 T 17-09-2021 IPR006683 Thioesterase domain Reactome: R-HSA-77289 +MGYG000000001_02340 0623d9935de27d2e5a9138eb0432a4ec 167 Gene3D G3DSA:3.10.129.10 5 143 3.4E-33 T 17-09-2021 +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 Gene3D G3DSA:3.90.650.10 168 341 3.9E-63 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 SUPERFAMILY SSF55326 1 167 1.03E-50 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 PANTHER PTHR10520 2 338 2.4E-148 T 17-09-2021 IPR004733 Phosphoribosylformylglycinamidine cyclo-ligase GO:0004641|GO:0006189 KEGG: 00230+6.3.3.1|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 Hamap MF_00741 Phosphoribosylformylglycinamidine cyclo-ligase [purM]. 2 341 45.585 T 17-09-2021 IPR004733 Phosphoribosylformylglycinamidine cyclo-ligase GO:0004641|GO:0006189 KEGG: 00230+6.3.3.1|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 Pfam PF00586 AIR synthase related protein, N-terminal domain 60 160 1.6E-16 T 17-09-2021 IPR016188 PurM-like, N-terminal domain +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 Pfam PF02769 AIR synthase related protein, C-terminal domain 173 337 6.8E-32 T 17-09-2021 IPR010918 PurM-like, C-terminal domain +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 SUPERFAMILY SSF56042 169 339 3.29E-55 T 17-09-2021 IPR036676 PurM-like, C-terminal domain superfamily +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 CDD cd02196 PurM 35 333 1.06888E-177 T 17-09-2021 IPR004733 Phosphoribosylformylglycinamidine cyclo-ligase GO:0004641|GO:0006189 KEGG: 00230+6.3.3.1|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 Gene3D G3DSA:3.30.1330.10 2 167 5.2E-69 T 17-09-2021 IPR036921 PurM-like, N-terminal domain superfamily +MGYG000000001_01552 04582da44e58f8a0059517178a05f9ee 342 TIGRFAM TIGR00878 purM: phosphoribosylformylglycinamidine cyclo-ligase 2 334 2.6E-135 T 17-09-2021 IPR004733 Phosphoribosylformylglycinamidine cyclo-ligase GO:0004641|GO:0006189 KEGG: 00230+6.3.3.1|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 Pfam PF07670 Nucleoside recognition 380 470 4.3E-6 T 17-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 Pfam PF07670 Nucleoside recognition 553 675 5.7E-17 T 17-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 Pfam PF07664 Ferrous iron transport protein B C terminus 494 541 1.1E-12 T 17-09-2021 IPR011640 Ferrous iron transport protein B, C-terminal GO:0006826|GO:0015093|GO:0016021 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 CDD cd01879 FeoB 29 187 2.47276E-78 T 17-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 Pfam PF02421 Ferrous iron transport protein B 27 181 1.2E-57 T 17-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 Pfam PF17910 FeoB cytosolic helical domain 198 289 4.5E-12 T 17-09-2021 IPR041069 FeoB, cytosolic helical domain +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 TIGRFAM TIGR00437 feoB: ferrous iron transport protein B 32 672 5.4E-129 T 17-09-2021 IPR003373 Ferrous iron transport protein B GO:0005525|GO:0006826|GO:0015093|GO:0016021 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 PANTHER PTHR42714 252 704 3.2E-185 T 17-09-2021 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 Gene3D G3DSA:3.40.50.300 27 209 7.0E-40 T 17-09-2021 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 ProSiteProfiles PS51711 FeoB-type guanine nucleotide-binding (G) domain profile. 25 187 74.87 T 17-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 PANTHER PTHR42714:SF5 252 704 3.2E-185 T 17-09-2021 +MGYG000000001_03067 2d88ecad07f2863d7d3481f60a645560 705 SUPERFAMILY SSF52540 27 195 8.08E-36 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 SUPERFAMILY SSF142019 3 168 1.57E-48 T 17-09-2021 IPR037225 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 PIRSF PIRSF036408 1 442 4.1E-176 T 17-09-2021 IPR017054 Propanediol utilization protein, PduS, predicted +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 SUPERFAMILY SSF142984 162 229 5.89E-11 T 17-09-2021 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 Pfam PF13534 4Fe-4S dicluster domain 252 313 3.3E-8 T 17-09-2021 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 253 264 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 PANTHER PTHR43034 3 349 2.7E-105 T 17-09-2021 IPR010208 Ion-translocating oxidoreductase complex, subunit RnfC/RsxC GO:0009055|GO:0016020|GO:0051539 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 PANTHER PTHR43034 369 434 2.7E-105 T 17-09-2021 IPR010208 Ion-translocating oxidoreductase complex, subunit RnfC/RsxC GO:0009055|GO:0016020|GO:0051539 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 243 275 7.256 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 SUPERFAMILY SSF51230 388 433 3.14E-5 T 17-09-2021 IPR011053 Single hybrid motif +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 Gene3D G3DSA:3.40.50.11540 14 156 1.2E-15 T 17-09-2021 IPR037225 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 Pfam PF01512 Respiratory-chain NADH dehydrogenase 51 Kd subunit 9 151 4.5E-48 T 17-09-2021 IPR011538 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 Pfam PF10531 SLBB domain 163 209 3.6E-11 T 17-09-2021 IPR019554 Soluble ligand binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 SUPERFAMILY SSF46548 250 324 1.44E-9 T 17-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_01149 57ca1ef73ad3941b3b4afb094e7c55a2 445 Pfam PF13375 RnfC Barrel sandwich hybrid domain 378 435 4.4E-15 T 17-09-2021 IPR026902 RnfC Barrel sandwich hybrid domain +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 Gene3D G3DSA:1.20.58.1130 8 208 4.3E-80 T 17-09-2021 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 PANTHER PTHR10846:SF8 3 168 4.6E-56 T 17-09-2021 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 PANTHER PTHR10846:SF8 179 320 4.6E-56 T 17-09-2021 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 PANTHER PTHR10846 3 168 4.6E-56 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 Pfam PF01699 Sodium/calcium exchanger protein 5 144 2.2E-23 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 Pfam PF01699 Sodium/calcium exchanger protein 177 317 3.8E-26 T 17-09-2021 IPR004837 Sodium/calcium exchanger membrane region GO:0016021|GO:0055085 Reactome: R-HSA-425561 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 TIGRFAM TIGR00367 TIGR00367: K+-dependent Na+/Ca+ exchanger homolog 3 312 7.1E-69 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 Gene3D G3DSA:1.20.1420.30 35 309 4.3E-80 T 17-09-2021 +MGYG000000001_00412 c656d753883d76b26514c873c0f8bbc3 322 PANTHER PTHR10846 179 320 4.6E-56 T 17-09-2021 IPR004481 Sodium/potassium/calcium exchanger Reactome: R-HSA-425561 +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 Pfam PF05137 Fimbrial assembly protein (PilN) 403 509 7.5E-7 T 17-09-2021 IPR007813 Fimbrial assembly PilN +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 Gene3D G3DSA:3.30.420.40 43 168 6.6E-14 T 17-09-2021 +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 Gene3D G3DSA:3.30.420.40 169 202 6.6E-14 T 17-09-2021 +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 PANTHER PTHR40278 308 426 4.3E-12 T 17-09-2021 +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 Gene3D G3DSA:3.30.1490.300 74 133 6.6E-14 T 17-09-2021 +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 PANTHER PTHR40278:SF1 308 426 4.3E-12 T 17-09-2021 +MGYG000000001_00687 ebeb3cd7194b53b057c9dd8b19ecca89 519 Coils Coil 373 393 - T 17-09-2021 +MGYG000000001_00370 c41471600c11697974a8f720d0d92fa5 117 Pfam PF07561 Domain of Unknown Function (DUF1540) 14 52 1.2E-9 T 17-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_00370 c41471600c11697974a8f720d0d92fa5 117 Pfam PF07561 Domain of Unknown Function (DUF1540) 74 114 2.1E-10 T 17-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_02406 4d1ba73d344f84880e34f6c956b285a1 48 Pfam PF12841 YvrJ protein family 9 42 4.0E-18 T 17-09-2021 IPR024419 Protein of unknown function YvrJ +MGYG000000001_00396 af3337920bbc945e1f36c6a912c84294 235 SMART SM00770 5 235 5.4E-27 T 17-09-2021 IPR001531 Zinc-dependent phospholipase C GO:0004629|GO:0008270 KEGG: 00562+3.1.4.3|KEGG: 00564+3.1.4.3|KEGG: 00565+3.1.4.3|MetaCyc: PWY-7782|MetaCyc: PWY-7783|MetaCyc: PWY-8052 +MGYG000000001_00396 af3337920bbc945e1f36c6a912c84294 235 SUPERFAMILY SSF48537 26 231 2.13E-35 T 17-09-2021 IPR008947 Phospholipase C/P1 nuclease domain superfamily GO:0016788 +MGYG000000001_00396 af3337920bbc945e1f36c6a912c84294 235 Gene3D G3DSA:1.10.575.10 25 234 9.4E-29 T 17-09-2021 IPR008947 Phospholipase C/P1 nuclease domain superfamily GO:0016788 +MGYG000000001_00396 af3337920bbc945e1f36c6a912c84294 235 CDD cd11009 Zn_dep_PLPC 26 231 1.11018E-49 T 17-09-2021 IPR001531 Zinc-dependent phospholipase C GO:0004629|GO:0008270 KEGG: 00562+3.1.4.3|KEGG: 00564+3.1.4.3|KEGG: 00565+3.1.4.3|MetaCyc: PWY-7782|MetaCyc: PWY-7783|MetaCyc: PWY-8052 +MGYG000000001_00396 af3337920bbc945e1f36c6a912c84294 235 ProSiteProfiles PS51346 Prokaryotic zinc-dependent phospholipase C domain profile. 22 235 33.388 T 17-09-2021 IPR001531 Zinc-dependent phospholipase C GO:0004629|GO:0008270 KEGG: 00562+3.1.4.3|KEGG: 00564+3.1.4.3|KEGG: 00565+3.1.4.3|MetaCyc: PWY-7782|MetaCyc: PWY-7783|MetaCyc: PWY-8052 +MGYG000000001_00396 af3337920bbc945e1f36c6a912c84294 235 Pfam PF00882 Zinc dependent phospholipase C 34 171 9.2E-15 T 17-09-2021 IPR029002 Phospholipase C/D Reactome: R-HSA-163125 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 SUPERFAMILY SSF49363 50 142 6.93E-14 T 17-09-2021 IPR008963 Purple acid phosphatase-like, N-terminal GO:0003993|GO:0046872 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 PANTHER PTHR45867 20 379 9.7E-37 T 17-09-2021 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 Gene3D G3DSA:2.60.40.680 468 618 1.4E-9 T 17-09-2021 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 PANTHER PTHR45867:SF3 20 379 9.7E-37 T 17-09-2021 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 Pfam PF00149 Calcineurin-like phosphoesterase 150 341 3.1E-10 T 17-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 Gene3D G3DSA:2.60.40.380 52 144 2.1E-11 T 17-09-2021 IPR008963 Purple acid phosphatase-like, N-terminal GO:0003993|GO:0046872 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 Gene3D G3DSA:3.60.21.10 145 433 1.1E-29 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 SUPERFAMILY SSF49384 477 602 3.17E-9 T 17-09-2021 IPR008965 CBM2/CBM3, carbohydrate-binding domain superfamily GO:0030246 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 MobiDBLite mobidb-lite consensus disorder prediction 30 53 - T 17-09-2021 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 Gene3D G3DSA:1.10.1330.10 706 764 2.7E-6 T 17-09-2021 IPR036439 Dockerin domain superfamily GO:0000272 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 SUPERFAMILY SSF56300 149 434 2.48E-26 T 17-09-2021 +MGYG000000001_01434 713318b14b196021f7577c6e369874c6 773 Pfam PF16656 Purple acid Phosphatase, N-terminal domain 53 139 1.0E-10 T 17-09-2021 IPR015914 Purple acid phosphatase, N-terminal GO:0003993|GO:0046872 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 SUPERFAMILY SSF51161 3 171 7.76E-56 T 17-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 CDD cd03354 LbH_SAT 64 165 1.42203E-53 T 17-09-2021 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 ProSitePatterns PS00101 Hexapeptide-repeat containing-transferases signature. 127 155 - T 17-09-2021 IPR018357 Hexapeptide transferase, conserved site GO:0016740 Reactome: R-HSA-446205 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 Gene3D G3DSA:1.10.3130.10 2 66 5.1E-23 T 17-09-2021 IPR042122 Serine acetyltransferase, N-terminal domain superfamily KEGG: 00270+2.3.1.30|KEGG: 00920+2.3.1.30|KEGG: 00998+2.3.1.30|MetaCyc: PWY-6936|MetaCyc: PWY-7274|MetaCyc: PWY-7870 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 TIGRFAM TIGR01172 cysE: serine O-acetyltransferase 5 167 6.0E-74 T 17-09-2021 IPR005881 Serine O-acetyltransferase GO:0005737|GO:0006535|GO:0009001 KEGG: 00270+2.3.1.30|KEGG: 00920+2.3.1.30|KEGG: 00998+2.3.1.30|MetaCyc: PWY-6936|MetaCyc: PWY-7274|MetaCyc: PWY-7870 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 Gene3D G3DSA:2.160.10.10 67 191 4.1E-36 T 17-09-2021 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 PANTHER PTHR42811:SF5 3 176 2.2E-74 T 17-09-2021 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 PANTHER PTHR42811 3 176 2.2E-74 T 17-09-2021 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 PIRSF PIRSF000441 1 189 3.8E-81 T 17-09-2021 IPR005881 Serine O-acetyltransferase GO:0005737|GO:0006535|GO:0009001 KEGG: 00270+2.3.1.30|KEGG: 00920+2.3.1.30|KEGG: 00998+2.3.1.30|MetaCyc: PWY-6936|MetaCyc: PWY-7274|MetaCyc: PWY-7870 +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 118 151 2.0E-9 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00559 b6b4cdd8d41a23d1eb01734094891264 200 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 71 107 1.2E-4 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 Pfam PF00573 Ribosomal protein L4/L1 family 17 204 3.2E-73 T 17-09-2021 IPR002136 Ribosomal protein L4/L1e GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 PANTHER PTHR10746 4 206 8.8E-82 T 17-09-2021 IPR013005 50S ribosomal protein uL4 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 SUPERFAMILY SSF52166 1 206 3.4E-82 T 17-09-2021 IPR023574 Ribosomal protein L4 domain superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 Hamap MF_01328_B 50S ribosomal protein L4 [rplD]. 9 207 36.612 T 17-09-2021 IPR013005 50S ribosomal protein uL4 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 TIGRFAM TIGR03953 rplD_bact: 50S ribosomal protein uL4 17 204 5.9E-81 T 17-09-2021 IPR013005 50S ribosomal protein uL4 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 MobiDBLite mobidb-lite consensus disorder prediction 44 72 - T 17-09-2021 +MGYG000000001_02591 f52135abeef6c62c68c2eb9430de4b0a 207 Gene3D G3DSA:3.40.1370.10 3 207 6.2E-81 T 17-09-2021 IPR023574 Ribosomal protein L4 domain superfamily GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 SUPERFAMILY SSF52540 4 227 2.66E-62 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 PANTHER PTHR43613 7 253 4.5E-87 T 17-09-2021 +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 Gene3D G3DSA:3.40.50.300 1 247 6.9E-69 T 17-09-2021 +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 SMART SM00382 32 215 6.3E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 CDD cd03230 ABC_DR_subfamily_A 8 216 2.65945E-79 T 17-09-2021 +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 Pfam PF00005 ABC transporter 23 166 1.3E-28 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 ProSitePatterns PS00211 ABC transporters family signature. 139 153 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01771 9e7c3e984b024184d69464752b00bf25 261 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 8 238 22.229 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03163 3e98a2f6e6906c8f793f3fd56e04692b 283 PANTHER PTHR42886:SF26 91 199 4.2E-16 T 17-09-2021 +MGYG000000001_03163 3e98a2f6e6906c8f793f3fd56e04692b 283 Gene3D G3DSA:3.40.50.1820 85 280 7.4E-19 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_03163 3e98a2f6e6906c8f793f3fd56e04692b 283 Pfam PF12695 Alpha/beta hydrolase family 107 268 1.0E-69 T 17-09-2021 IPR029059 Alpha/beta hydrolase fold-5 +MGYG000000001_03163 3e98a2f6e6906c8f793f3fd56e04692b 283 PANTHER PTHR42886 91 199 4.2E-16 T 17-09-2021 +MGYG000000001_03163 3e98a2f6e6906c8f793f3fd56e04692b 283 SUPERFAMILY SSF53474 98 279 8.64E-22 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_02805 e85d373012373c8efb534288634f6150 187 Gene3D G3DSA:3.90.1720.10 6 167 4.5E-7 T 17-09-2021 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 Gene3D G3DSA:3.40.50.2300 1 123 9.8E-38 T 17-09-2021 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 125 223 35.471 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 PANTHER PTHR26402:SF715 1 222 4.3E-68 T 17-09-2021 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 Pfam PF00072 Response regulator receiver domain 4 112 1.8E-27 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 ProSiteProfiles PS50110 Response regulatory domain profile. 2 116 42.567 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 PANTHER PTHR26402 1 222 4.3E-68 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 SMART SM00448 1 112 8.4E-41 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 Pfam PF00486 Transcriptional regulatory protein, C terminal 147 221 2.3E-21 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 SUPERFAMILY SSF46894 122 222 8.5E-27 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 SMART SM00862 146 221 7.0E-21 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 CDD cd00383 trans_reg_C 133 221 6.31537E-28 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 CDD cd00156 REC 4 115 1.7536E-38 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 Gene3D G3DSA:1.10.10.10 124 223 1.4E-27 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02997 8436ffad06fbea515601507e55595f41 223 SUPERFAMILY SSF52172 1 118 1.57E-38 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02740 a156edb8eba34893ffea72d13e3065c7 183 Coils Coil 159 179 - T 17-09-2021 +MGYG000000001_02257 518f4216a472687b0bc85ea9fcc38eef 509 PANTHER PTHR30250 1 498 2.9E-16 T 17-09-2021 +MGYG000000001_02257 518f4216a472687b0bc85ea9fcc38eef 509 PANTHER PTHR30250:SF15 1 498 2.9E-16 T 17-09-2021 +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 CDD cd06261 TM_PBP2 17 207 3.60167E-14 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 Gene3D G3DSA:1.10.3720.10 7 218 9.2E-51 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 SUPERFAMILY SSF161098 11 208 5.1E-46 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 PANTHER PTHR30450:SF1 8 218 7.8E-86 T 17-09-2021 +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 34 216 3.2E-20 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 17 211 26.217 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01964 6d9b2722f18b6b3238d108de6a675d0f 219 PANTHER PTHR30450 8 218 7.8E-86 T 17-09-2021 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 SMART SM00862 151 226 8.8E-23 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 PANTHER PTHR26402 4 228 5.0E-78 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 SUPERFAMILY SSF52172 3 124 9.39E-40 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 130 228 37.327 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 Gene3D G3DSA:3.40.50.2300 1 132 1.3E-37 T 17-09-2021 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 Pfam PF00072 Response regulator receiver domain 7 116 3.8E-28 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 PANTHER PTHR26402:SF651 4 228 5.0E-78 T 17-09-2021 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 Gene3D G3DSA:1.10.10.10 133 228 1.0E-30 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 CDD cd00156 REC 8 119 5.40362E-38 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 SMART SM00448 5 115 4.0E-39 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 SUPERFAMILY SSF46894 131 227 6.24E-28 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 ProSiteProfiles PS50110 Response regulatory domain profile. 6 119 41.991 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 CDD cd00383 trans_reg_C 138 226 3.03241E-34 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02482 8119806381f27cf982dacb047a94b53d 229 Pfam PF00486 Transcriptional regulatory protein, C terminal 151 226 4.2E-24 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 Hamap MF_00984 Single-stranded DNA-binding protein. 1 107 23.613 T 17-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 PANTHER PTHR10302 1 143 1.1E-26 T 17-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 CDD cd04496 SSB_OBF 4 102 1.93276E-28 T 17-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 Pfam PF00436 Single-strand binding protein family 1 102 8.2E-23 T 17-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 TIGRFAM TIGR00621 ssb: single-stranded DNA-binding protein 1 143 2.2E-24 T 17-09-2021 IPR011344 Single-stranded DNA-binding protein GO:0003697|GO:0006260 Reactome: R-HSA-2151201 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 PANTHER PTHR10302:SF10 1 143 1.1E-26 T 17-09-2021 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 PIRSF PIRSF002070 1 143 6.1E-28 T 17-09-2021 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 ProSiteProfiles PS50935 Single-strand binding (SSB) domain profile. 1 104 25.095 T 17-09-2021 IPR000424 Primosome PriB/single-strand DNA-binding GO:0003697 Reactome: R-HSA-2151201 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 Gene3D G3DSA:2.40.50.140 1 113 1.7E-29 T 17-09-2021 +MGYG000000001_03131 20132837a0d661b2fa36e8dab1994c74 143 SUPERFAMILY SSF50249 1 143 1.03E-35 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_02546 02ea818ded6c8f35f279a2537ca3b287 246 TIGRFAM TIGR04090 exp_by_SipW_IV: alternate signal-mediated exported protein, CPF_0494 family 7 192 9.0E-18 T 17-09-2021 IPR024008 Conserved hypothetical protein CHP04090 +MGYG000000001_02612 7daadd017e8f6bd2298c1c3e4ebd07de 482 PANTHER PTHR33451:SF3 4 473 1.3E-165 T 17-09-2021 +MGYG000000001_02612 7daadd017e8f6bd2298c1c3e4ebd07de 482 PANTHER PTHR33451 4 473 1.3E-165 T 17-09-2021 +MGYG000000001_02612 7daadd017e8f6bd2298c1c3e4ebd07de 482 Pfam PF03553 Na+/H+ antiporter family 166 460 2.5E-51 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_02612 7daadd017e8f6bd2298c1c3e4ebd07de 482 TIGRFAM TIGR00931 antiport_nhaC: Na+/H+ antiporter NhaC 8 464 8.0E-140 T 17-09-2021 IPR004770 Na+/H+ antiporter NhaC GO:0015297|GO:0016021 +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 Pfam PF13419 Haloacid dehalogenase-like hydrolase 5 187 2.5E-38 T 17-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 TIGRFAM TIGR01549 HAD-SF-IA-v1: HAD hydrolase, family IA, variant 1 92 178 2.0E-8 T 17-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 SUPERFAMILY SSF56784 1 218 5.87E-57 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 Gene3D G3DSA:3.40.50.1000 5 207 3.7E-55 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 SFLD SFLDG01129 C1.5: HAD, Beta-PGM, Phosphatase Like 1 218 7.299E-42 T 17-09-2021 +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 PANTHER PTHR43434 3 217 5.4E-43 T 17-09-2021 +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 Gene3D G3DSA:1.10.150.240 16 86 3.7E-55 T 17-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_02128 663cdbcebf0033f60f7a370f9cebde77 226 SFLD SFLDG01135 C1.5.6: HAD, Beta-PGM, Phosphatase Like 1 218 7.299E-42 T 17-09-2021 +MGYG000000001_01996 11c330b7f4e13718c2dc993461e79ac5 88 PANTHER PTHR40026 5 84 1.1E-27 T 17-09-2021 IPR009366 Protein Veg GO:0006355 +MGYG000000001_01996 11c330b7f4e13718c2dc993461e79ac5 88 Pfam PF06257 Biofilm formation stimulator VEG 6 77 9.2E-29 T 17-09-2021 IPR009366 Protein Veg GO:0006355 +MGYG000000001_01996 11c330b7f4e13718c2dc993461e79ac5 88 Gene3D G3DSA:2.30.30.100 1 80 4.1E-25 T 17-09-2021 +MGYG000000001_01996 11c330b7f4e13718c2dc993461e79ac5 88 PIRSF PIRSF037257 1 87 5.0E-31 T 17-09-2021 IPR009366 Protein Veg GO:0006355 +MGYG000000001_02676 f1643b9ecf10efab6acb7e91552db7d0 162 SUPERFAMILY SSF54171 99 149 2.35E-9 T 17-09-2021 IPR016177 DNA-binding domain superfamily GO:0003677 +MGYG000000001_02676 f1643b9ecf10efab6acb7e91552db7d0 162 Pfam PF00847 AP2 domain 99 146 7.9E-8 T 17-09-2021 IPR001471 AP2/ERF domain GO:0003700|GO:0006355 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF07494 Two component regulator propeller 90 111 3.5E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF07494 Two component regulator propeller 545 566 0.001 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF07494 Two component regulator propeller 273 295 5.4E-5 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF07494 Two component regulator propeller 319 341 3.1E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF07494 Two component regulator propeller 366 387 6.9E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SUPERFAMILY SSF63829 464 656 3.92E-14 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SUPERFAMILY SSF63829 237 474 1.11E-14 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF07495 Y_Y_Y domain 710 770 1.8E-8 T 17-09-2021 IPR011123 Two component regulator three Y +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SUPERFAMILY SSF63829 49 220 6.98E-12 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF00512 His Kinase A (phospho-acceptor) domain 837 902 3.0E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Gene3D G3DSA:2.130.10.10 363 665 6.3E-74 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1046 1059 7.4E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 987 1001 7.4E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1022 1040 7.4E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1005 1015 7.4E-15 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SMART SM00387 950 1062 3.7E-29 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Gene3D G3DSA:2.60.40.10 666 783 1.6E-16 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SUPERFAMILY SSF55874 893 1060 8.12E-42 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 952 1060 8.8E-25 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PANTHER PTHR43547:SF2 29 513 2.5E-110 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Gene3D G3DSA:3.30.565.10 909 1063 2.4E-42 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 959 1060 2.27766E-32 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SMART SM00388 833 904 6.1E-8 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 CDD cd00082 HisKA 831 900 5.7182E-13 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Gene3D G3DSA:1.10.287.130 825 908 4.7E-16 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 SUPERFAMILY SSF47384 824 903 2.35E-13 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Coils Coil 813 833 - T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PANTHER PTHR43547:SF2 265 1061 2.5E-110 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 ProSiteProfiles PS50109 Histidine kinase domain profile. 840 1062 44.594 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 Gene3D G3DSA:2.130.10.10 34 349 2.1E-81 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PANTHER PTHR43547 265 1061 2.5E-110 T 17-09-2021 +MGYG000000001_01739 9d1dee795dec8aea21ca6a7c56b30296 1068 PANTHER PTHR43547 29 513 2.5E-110 T 17-09-2021 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 SUPERFAMILY SSF51569 4 216 1.26E-81 T 17-09-2021 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 Hamap MF_00114 Deoxyribose-phosphate aldolase [deoC]. 3 218 36.537 T 17-09-2021 IPR028581 Deoxyribose-phosphate aldolase type I GO:0004139 KEGG: 00030+4.1.2.4|MetaCyc: PWY-7180|MetaCyc: PWY-8060 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 Pfam PF01791 DeoC/LacD family aldolase 7 208 1.7E-19 T 17-09-2021 IPR002915 DeoC/FbaB/LacD aldolase GO:0016829 Reactome: R-HSA-6798695|Reactome: R-HSA-71336 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 CDD cd00959 DeoC 5 208 3.16385E-99 T 17-09-2021 IPR011343 Deoxyribose-phosphate aldolase GO:0004139|GO:0005737|GO:0009264 KEGG: 00030+4.1.2.4|MetaCyc: PWY-7180|MetaCyc: PWY-8060|Reactome: R-HSA-6798695|Reactome: R-HSA-71336 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 PANTHER PTHR10889 3 220 6.8E-90 T 17-09-2021 IPR011343 Deoxyribose-phosphate aldolase GO:0004139|GO:0005737|GO:0009264 KEGG: 00030+4.1.2.4|MetaCyc: PWY-7180|MetaCyc: PWY-8060|Reactome: R-HSA-6798695|Reactome: R-HSA-71336 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 TIGRFAM TIGR00126 deoC: deoxyribose-phosphate aldolase 5 214 6.6E-91 T 17-09-2021 IPR011343 Deoxyribose-phosphate aldolase GO:0004139|GO:0005737|GO:0009264 KEGG: 00030+4.1.2.4|MetaCyc: PWY-7180|MetaCyc: PWY-8060|Reactome: R-HSA-6798695|Reactome: R-HSA-71336 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 PANTHER PTHR10889:SF1 3 220 6.8E-90 T 17-09-2021 IPR028581 Deoxyribose-phosphate aldolase type I GO:0004139 KEGG: 00030+4.1.2.4|MetaCyc: PWY-7180|MetaCyc: PWY-8060 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 PIRSF PIRSF001357 1 223 4.6E-76 T 17-09-2021 IPR011343 Deoxyribose-phosphate aldolase GO:0004139|GO:0005737|GO:0009264 KEGG: 00030+4.1.2.4|MetaCyc: PWY-7180|MetaCyc: PWY-8060|Reactome: R-HSA-6798695|Reactome: R-HSA-71336 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 Gene3D G3DSA:3.20.20.70 1 223 3.4E-94 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02837 02f29dbedb91bf7185e4c5b8852086c9 224 SMART SM01133 4 216 3.6E-98 T 17-09-2021 IPR002915 DeoC/FbaB/LacD aldolase GO:0016829 Reactome: R-HSA-6798695|Reactome: R-HSA-71336 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 PANTHER PTHR24960:SF68 1 375 1.4E-85 T 17-09-2021 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 Coils Coil 14 34 - T 17-09-2021 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 346 373 8.735 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 SUPERFAMILY SSF54862 311 368 6.7E-15 T 17-09-2021 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 Pfam PF04015 Domain of unknown function (DUF362) 41 242 6.6E-51 T 17-09-2021 IPR007160 Domain of unknown function DUF362 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 Gene3D G3DSA:3.30.70.20 311 372 3.7E-13 T 17-09-2021 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 315 344 11.406 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 PANTHER PTHR24960 1 375 1.4E-85 T 17-09-2021 +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 Pfam PF13237 4Fe-4S dicluster domain 317 364 6.4E-6 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 324 335 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02772 a8d78d1b23be8bec5c1661bb8bbaf95a 380 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 353 364 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00042 d394da06ef28ecdee3e3d5a546e28bf6 343 Pfam PF05225 helix-turn-helix, Psq domain 306 339 2.3E-4 T 17-09-2021 IPR007889 DNA binding HTH domain, Psq-type GO:0003677 +MGYG000000001_00042 d394da06ef28ecdee3e3d5a546e28bf6 343 SUPERFAMILY SSF103642 3 23 1.01E-7 T 17-09-2021 +MGYG000000001_00042 d394da06ef28ecdee3e3d5a546e28bf6 343 Pfam PF02810 SEC-C motif 4 21 4.3E-10 T 17-09-2021 IPR004027 SEC-C motif +MGYG000000001_00042 d394da06ef28ecdee3e3d5a546e28bf6 343 Gene3D G3DSA:3.10.450.50 1 22 3.1E-6 T 17-09-2021 +MGYG000000001_00638 64cb07d2a10182cde9d223179c6ceed3 102 Pfam PF07561 Domain of Unknown Function (DUF1540) 66 98 4.8E-4 T 17-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_00638 64cb07d2a10182cde9d223179c6ceed3 102 Pfam PF07561 Domain of Unknown Function (DUF1540) 6 43 6.8E-9 T 17-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 Pfam PF12229 Putative peptidoglycan binding domain 77 188 5.7E-18 T 17-09-2021 IPR022029 Putative peptidoglycan binding domain +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 Pfam PF04294 VanW like protein 230 359 8.4E-41 T 17-09-2021 IPR007391 Vancomycin resistance VanW +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 Gene3D G3DSA:2.20.230.10 370 442 3.9E-9 T 17-09-2021 +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 SMART SM01208 366 442 7.3E-12 T 17-09-2021 IPR011098 G5 domain +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 Pfam PF07501 G5 domain 374 441 5.6E-11 T 17-09-2021 IPR011098 G5 domain +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 ProSiteProfiles PS51109 G5 domain profile. 364 442 14.056 T 17-09-2021 IPR011098 G5 domain +MGYG000000001_02718 541480039789e58becf6b48b8e66575d 466 PANTHER PTHR35788 12 435 1.8E-78 T 17-09-2021 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 Hamap MF_00034 Crossover junction endodeoxyribonuclease RuvC [ruvC]. 1 154 45.533 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PANTHER PTHR30194:SF3 1 159 3.7E-62 T 17-09-2021 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PANTHER PTHR30194 1 159 3.7E-62 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PRINTS PR00696 Crossover junction endodeoxyribonuclease RUVC signature 61 77 9.7E-33 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PRINTS PR00696 Crossover junction endodeoxyribonuclease RUVC signature 107 126 9.7E-33 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PRINTS PR00696 Crossover junction endodeoxyribonuclease RUVC signature 83 99 9.7E-33 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PRINTS PR00696 Crossover junction endodeoxyribonuclease RUVC signature 4 17 9.7E-33 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 PRINTS PR00696 Crossover junction endodeoxyribonuclease RUVC signature 139 151 9.7E-33 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 TIGRFAM TIGR00228 ruvC: crossover junction endodeoxyribonuclease RuvC 3 156 3.3E-46 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 ProSitePatterns PS01321 Crossover junction endodeoxyribonuclease ruvC signature. 113 148 - T 17-09-2021 IPR020563 Crossover junction endodeoxyribonuclease RuvC, magnesium-binding site GO:0008821 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 SUPERFAMILY SSF53098 1 156 3.79E-50 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 CDD cd16962 RuvC 3 155 4.42643E-85 T 17-09-2021 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 Pfam PF02075 Crossover junction endodeoxyribonuclease RuvC 3 151 3.0E-52 T 17-09-2021 IPR002176 Crossover junction endodeoxyribonuclease RuvC GO:0004520|GO:0006281|GO:0006310 +MGYG000000001_00367 41b2c8189b7d52c12c6f820e8be43430 170 Gene3D G3DSA:3.30.420.10 1 162 8.8E-56 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_02783 80857ad7b7655991cc26251d879f37e9 313 Pfam PF07728 AAA domain (dynein-related subfamily) 62 194 3.3E-19 T 17-09-2021 IPR011704 ATPase, dynein-related, AAA domain GO:0005524|GO:0016887 +MGYG000000001_02782 80857ad7b7655991cc26251d879f37e9 313 Pfam PF07728 AAA domain (dynein-related subfamily) 62 194 3.3E-19 T 17-09-2021 IPR011704 ATPase, dynein-related, AAA domain GO:0005524|GO:0016887 +MGYG000000001_02783 80857ad7b7655991cc26251d879f37e9 313 PANTHER PTHR43882 53 285 8.7E-18 T 17-09-2021 +MGYG000000001_02782 80857ad7b7655991cc26251d879f37e9 313 PANTHER PTHR43882 53 285 8.7E-18 T 17-09-2021 +MGYG000000001_02783 80857ad7b7655991cc26251d879f37e9 313 PANTHER PTHR43882:SF2 53 285 8.7E-18 T 17-09-2021 +MGYG000000001_02782 80857ad7b7655991cc26251d879f37e9 313 PANTHER PTHR43882:SF2 53 285 8.7E-18 T 17-09-2021 +MGYG000000001_02783 80857ad7b7655991cc26251d879f37e9 313 Gene3D G3DSA:3.40.50.300 46 211 5.9E-28 T 17-09-2021 +MGYG000000001_02782 80857ad7b7655991cc26251d879f37e9 313 Gene3D G3DSA:3.40.50.300 46 211 5.9E-28 T 17-09-2021 +MGYG000000001_02783 80857ad7b7655991cc26251d879f37e9 313 SUPERFAMILY SSF52540 53 259 3.38E-24 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02782 80857ad7b7655991cc26251d879f37e9 313 SUPERFAMILY SSF52540 53 259 3.38E-24 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 Pfam PF00589 Phage integrase family 172 353 5.8E-31 T 17-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 Pfam PF14657 Arm DNA-binding domain 13 52 2.1E-5 T 17-09-2021 IPR028259 AP2-like integrase, N-terminal domain +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 Gene3D G3DSA:1.10.443.10 160 366 3.3E-54 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 CDD cd01189 INT_ICEBs1_C_like 183 350 2.31639E-47 T 17-09-2021 +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 Pfam PF14659 Phage integrase, N-terminal SAM-like domain 64 120 4.1E-15 T 17-09-2021 IPR004107 Integrase, SAM-like, N-terminal GO:0003677|GO:0015074 +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 PANTHER PTHR30349 20 368 7.5E-61 T 17-09-2021 +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 Gene3D G3DSA:1.10.150.130 62 159 2.8E-19 T 17-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 SUPERFAMILY SSF56349 63 360 1.53E-66 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01656 2d1c8079d0e90ce8ca14922e61517673 371 PANTHER PTHR30349:SF69 20 368 7.5E-61 T 17-09-2021 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 SUPERFAMILY SSF53383 85 454 5.1E-84 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 Gene3D G3DSA:3.90.1150.10 88 449 3.2E-96 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 ProSiteProfiles PS50949 GntR-type HTH domain profile. 12 80 17.548 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 CDD cd00609 AAT_like 93 449 2.76216E-68 T 17-09-2021 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 Pfam PF00155 Aminotransferase class I and II 91 445 1.2E-28 T 17-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 CDD cd07377 WHTH_GntR 13 76 4.61785E-19 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 SMART SM00345 18 77 7.9E-8 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 Pfam PF00392 Bacterial regulatory proteins, gntR family 15 76 6.2E-11 T 17-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 SUPERFAMILY SSF46785 6 81 4.77E-16 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 Gene3D G3DSA:1.10.10.10 4 86 1.7E-18 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 PANTHER PTHR46577 9 449 2.0E-87 T 17-09-2021 +MGYG000000001_02230 a8a44c66af71782e8aec18925ae1d634 471 Gene3D G3DSA:3.40.640.10 127 346 3.2E-96 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 970 1035 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 149 176 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 118 138 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 1245 1295 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 PANTHER PTHR34491 4 1380 6.9E-24 T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 1301 1358 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 81 115 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 MobiDBLite mobidb-lite consensus disorder prediction 849 872 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 MobiDBLite mobidb-lite consensus disorder prediction 988 1017 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 32 66 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 1054 1081 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 PANTHER PTHR34491:SF9 4 1380 6.9E-24 T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 922 948 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 601 628 - T 17-09-2021 +MGYG000000001_01809 47810a0b24f5e294b49aa6663ec9adde 1509 Coils Coil 892 912 - T 17-09-2021 +MGYG000000001_01905 3e8ecb4dce46b1329eb48fad71d014d6 94 SMART SM00877 3 79 5.1E-15 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_01905 3e8ecb4dce46b1329eb48fad71d014d6 94 SUPERFAMILY SSF143414 3 89 1.83E-18 T 17-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_01905 3e8ecb4dce46b1329eb48fad71d014d6 94 CDD cd07045 BMC_CcmK_like 4 87 8.82861E-21 T 17-09-2021 +MGYG000000001_01905 3e8ecb4dce46b1329eb48fad71d014d6 94 Gene3D G3DSA:3.30.70.1710 1 94 6.6E-23 T 17-09-2021 +MGYG000000001_01905 3e8ecb4dce46b1329eb48fad71d014d6 94 PANTHER PTHR33941 1 92 2.1E-19 T 17-09-2021 +MGYG000000001_01905 3e8ecb4dce46b1329eb48fad71d014d6 94 Pfam PF00936 BMC domain 4 77 4.2E-17 T 17-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 SUPERFAMILY SSF51717 2 262 1.27E-104 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 ProSitePatterns PS00793 Dihydropteroate synthase signature 2. 44 57 - T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 PANTHER PTHR20941 5 262 6.9E-114 T 17-09-2021 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 Gene3D G3DSA:3.20.20.20 1 263 2.7E-115 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 CDD cd00739 DHPS 8 258 6.8624E-129 T 17-09-2021 IPR006390 Dihydropteroate synthase GO:0004156|GO:0009396 KEGG: 00790+2.5.1.15|MetaCyc: PWY-6614 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 Pfam PF00809 Pterin binding enzyme 11 245 1.0E-90 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 ProSitePatterns PS00792 Dihydropteroate synthase signature 1. 10 25 - T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 ProSiteProfiles PS50972 Pterin-binding domain profile. 8 255 88.596 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_03101 44f6c7e80e64c5fba25aad8f734f7aae 263 TIGRFAM TIGR01496 DHPS: dihydropteroate synthase 10 259 1.8E-103 T 17-09-2021 IPR006390 Dihydropteroate synthase GO:0004156|GO:0009396 KEGG: 00790+2.5.1.15|MetaCyc: PWY-6614 +MGYG000000001_02262 daea30d53ac694a38a6645d4d9f6ea5b 187 PANTHER PTHR23416:SF23 65 173 9.4E-29 T 17-09-2021 +MGYG000000001_02262 daea30d53ac694a38a6645d4d9f6ea5b 187 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 130 164 3.4E-10 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_02262 daea30d53ac694a38a6645d4d9f6ea5b 187 PANTHER PTHR23416 65 173 9.4E-29 T 17-09-2021 +MGYG000000001_02262 daea30d53ac694a38a6645d4d9f6ea5b 187 CDD cd04647 LbH_MAT_like 73 173 1.26595E-37 T 17-09-2021 +MGYG000000001_02262 daea30d53ac694a38a6645d4d9f6ea5b 187 Gene3D G3DSA:2.160.10.10 19 184 9.6E-35 T 17-09-2021 +MGYG000000001_02262 daea30d53ac694a38a6645d4d9f6ea5b 187 SUPERFAMILY SSF51161 65 172 9.56E-31 T 17-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 Gene3D G3DSA:1.10.10.10 18 90 4.7E-21 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 SMART SM00529 41 138 2.0E-26 T 17-09-2021 IPR022689 Iron dependent repressor GO:0003700|GO:0006355|GO:0046914 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 SUPERFAMILY SSF46785 19 79 2.24E-14 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 PANTHER PTHR33238:SF7 17 146 2.4E-35 T 17-09-2021 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 ProSiteProfiles PS50944 DtxR-type HTH domain profile. 19 80 20.835 T 17-09-2021 IPR022687 DTXR-type HTH domain GO:0003677 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 Gene3D G3DSA:1.10.60.10 91 152 5.1E-14 T 17-09-2021 IPR036421 Iron dependent repressor, metal binding and dimerisation domain superfamily GO:0046914|GO:0046983 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 SUPERFAMILY SSF47979 80 148 3.53E-12 T 17-09-2021 IPR036421 Iron dependent repressor, metal binding and dimerisation domain superfamily GO:0046914|GO:0046983 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 Pfam PF02742 Iron dependent repressor, metal binding and dimerisation domain 80 139 1.3E-12 T 17-09-2021 IPR001367 Iron dependent repressor, metal binding and dimerisation domain GO:0046914|GO:0046983 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 Pfam PF01325 Iron dependent repressor, N-terminal DNA binding domain 19 74 1.3E-17 T 17-09-2021 IPR022687 DTXR-type HTH domain GO:0003677 +MGYG000000001_03069 eecf375e2d48cff2161bfc52fc3d47cf 152 PANTHER PTHR33238 17 146 2.4E-35 T 17-09-2021 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 ProSiteProfiles PS50889 S4 RNA-binding domain profile. 16 88 13.486 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 Pfam PF01479 S4 domain 17 62 8.1E-10 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 CDD cd00165 S4 17 94 2.05781E-11 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 CDD cd02869 PseudoU_synth_RluCD_like 90 276 1.08623E-77 T 17-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 SUPERFAMILY SSF55174 17 102 3.53E-11 T 17-09-2021 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 Gene3D G3DSA:3.10.290.10 5 69 1.6E-19 T 17-09-2021 IPR036986 RNA-binding S4 domain superfamily GO:0003723 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 ProSitePatterns PS01129 Rlu family of pseudouridine synthase signature. 136 150 - T 17-09-2021 IPR006224 Pseudouridine synthase, RluC/RluD, conserved site GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 Pfam PF00849 RNA pseudouridylate synthase 89 242 1.2E-30 T 17-09-2021 IPR006145 Pseudouridine synthase, RsuA/RluA GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 SUPERFAMILY SSF55120 74 302 1.67E-76 T 17-09-2021 IPR020103 Pseudouridine synthase, catalytic domain superfamily GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 Gene3D G3DSA:3.30.2350.10 82 303 5.2E-72 T 17-09-2021 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 SMART SM00363 16 80 1.2E-13 T 17-09-2021 IPR002942 RNA-binding S4 domain GO:0003723 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 PANTHER PTHR21600 13 300 6.2E-91 T 17-09-2021 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 PANTHER PTHR21600:SF34 13 300 6.2E-91 T 17-09-2021 +MGYG000000001_02133 1ff5988d6a8abfe3662d0eda2dc26d33 303 TIGRFAM TIGR00005 rluA_subfam: pseudouridine synthase, RluA family 11 303 1.4E-100 T 17-09-2021 IPR006225 Pseudouridine synthase, RluC/RluD GO:0001522|GO:0003723|GO:0009451|GO:0009982 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 Pfam PF07687 Peptidase dimerisation domain 192 287 2.7E-8 T 17-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 SUPERFAMILY SSF55031 194 309 3.14E-19 T 17-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 Gene3D G3DSA:3.30.70.360 194 312 1.9E-82 T 17-09-2021 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 Gene3D G3DSA:3.40.630.10 15 372 1.9E-82 T 17-09-2021 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 13 366 9.1E-56 T 17-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 Pfam PF01546 Peptidase family M20/M25/M40 75 377 8.1E-10 T 17-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 PIRSF PIRSF037226 3 412 3.4E-60 T 17-09-2021 IPR017144 Peptidase M20A, amidohydrolase, predicted +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 PANTHER PTHR30575 7 371 2.5E-66 T 17-09-2021 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 SUPERFAMILY SSF53187 6 398 3.68E-49 T 17-09-2021 +MGYG000000001_02295 6d76a4abaa786abebca6d6a6e56fdf25 435 CDD cd09849 M20_Acy1L2-like 7 395 2.44517E-142 T 17-09-2021 +MGYG000000001_02906 3767773ab8d27ce99deb2cec07b41e7e 584 Coils Coil 51 71 - T 17-09-2021 +MGYG000000001_02906 3767773ab8d27ce99deb2cec07b41e7e 584 Pfam PF00350 Dynamin family 78 278 7.9E-15 T 17-09-2021 IPR022812 Dynamin superfamily +MGYG000000001_02906 3767773ab8d27ce99deb2cec07b41e7e 584 Coils Coil 143 181 - T 17-09-2021 +MGYG000000001_02906 3767773ab8d27ce99deb2cec07b41e7e 584 SUPERFAMILY SSF52540 66 314 4.18E-24 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02906 3767773ab8d27ce99deb2cec07b41e7e 584 Gene3D G3DSA:3.40.50.300 77 359 3.9E-25 T 17-09-2021 +MGYG000000001_02906 3767773ab8d27ce99deb2cec07b41e7e 584 PANTHER PTHR43681 67 412 7.9E-17 T 17-09-2021 +MGYG000000001_01744 1321dcf63683faf7593ae03c26a5f9e8 106 Pfam PF13847 Methyltransferase domain 35 99 2.8E-8 T 17-09-2021 IPR025714 Methyltransferase domain +MGYG000000001_01744 1321dcf63683faf7593ae03c26a5f9e8 106 SUPERFAMILY SSF53335 5 95 1.4E-17 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01744 1321dcf63683faf7593ae03c26a5f9e8 106 Gene3D G3DSA:3.40.50.150 8 100 8.1E-15 T 17-09-2021 +MGYG000000001_01744 1321dcf63683faf7593ae03c26a5f9e8 106 CDD cd02440 AdoMet_MTases 40 94 0.00177847 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Pfam PF13188 PAS domain 459 494 2.2E-5 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 PANTHER PTHR43547:SF2 565 779 1.1E-17 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Gene3D G3DSA:3.30.565.10 651 794 8.8E-6 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 ProSiteProfiles PS50112 PAS repeat profile. 456 493 8.526 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 SUPERFAMILY SSF55874 642 792 1.5E-6 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 PANTHER PTHR43547 565 779 1.1E-17 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 SUPERFAMILY SSF55785 442 494 5.23E-6 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Coils Coil 219 239 - T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 SUPERFAMILY SSF47384 568 652 8.24E-13 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 SMART SM00388 581 653 3.4E-6 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 CDD cd00082 HisKA 579 649 4.51752E-9 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Gene3D G3DSA:1.10.287.130 566 650 8.6E-16 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 CDD cd16923 HATPase_VanS-like 709 778 0.00159382 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 SUPERFAMILY SSF55785 461 562 2.6E-5 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Pfam PF00512 His Kinase A (phospho-acceptor) domain 581 652 1.4E-6 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Gene3D G3DSA:3.30.450.20 227 352 3.8E-6 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 Gene3D G3DSA:3.30.450.20 446 565 9.9E-7 T 17-09-2021 +MGYG000000001_01295 e5afdefe557eceda7342da87a8211905 823 ProSiteProfiles PS50109 Histidine kinase domain profile. 588 796 22.988 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01519 f5e0113da64bfe827f002a0fb77e73cd 272 Gene3D G3DSA:2.40.50.100 170 235 1.2E-6 T 17-09-2021 +MGYG000000001_01519 f5e0113da64bfe827f002a0fb77e73cd 272 TIGRFAM TIGR03309 matur_yqeB: selenium-dependent molybdenum hydroxylase system protein, YqeB family 5 265 5.2E-100 T 17-09-2021 IPR017695 Selenium-dependent molybdenum hydroxylase system protein, YqeB family +MGYG000000001_01519 f5e0113da64bfe827f002a0fb77e73cd 272 Gene3D G3DSA:2.40.30.170 154 251 1.2E-6 T 17-09-2021 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 SMART SM01208 87 165 1.0E-23 T 17-09-2021 IPR011098 G5 domain +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 MobiDBLite mobidb-lite consensus disorder prediction 170 197 - T 17-09-2021 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 PANTHER PTHR39160:SF4 32 282 4.1E-60 T 17-09-2021 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 Gene3D G3DSA:2.20.230.10 37 164 1.4E-20 T 17-09-2021 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 Pfam PF07501 G5 domain 91 164 2.5E-21 T 17-09-2021 IPR011098 G5 domain +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 SUPERFAMILY SSF50685 220 272 3.14E-9 T 17-09-2021 IPR036908 RlpA-like domain superfamily +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 ProSiteProfiles PS51109 G5 domain profile. 85 165 26.615 T 17-09-2021 IPR011098 G5 domain +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 PANTHER PTHR39160 32 282 4.1E-60 T 17-09-2021 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 Gene3D G3DSA:2.40.40.10 186 273 6.1E-6 T 17-09-2021 IPR036908 RlpA-like domain superfamily +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 CDD cd14667 3D_containing_proteins 202 282 2.54433E-36 T 17-09-2021 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 Pfam PF06725 3D domain 223 282 2.0E-19 T 17-09-2021 IPR010611 3D domain GO:0004553|GO:0009254|GO:0019867 +MGYG000000001_01841 0b27a24f9e260022ee1923356b60529e 283 Pfam PF03990 G5-linked-Ubiquitin-like domain 34 74 2.9E-9 T 17-09-2021 IPR007137 Resuscitation-promoting factor, domain of unknown function DUF348 +MGYG000000001_02551 824371c96b7069d1ea4bcc29ec1800cb 174 CDD cd06530 S26_SPase_I 45 130 5.74411E-14 T 17-09-2021 +MGYG000000001_02551 824371c96b7069d1ea4bcc29ec1800cb 174 Pfam PF00717 Peptidase S24-like 49 108 2.9E-5 T 17-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_02551 824371c96b7069d1ea4bcc29ec1800cb 174 SUPERFAMILY SSF51306 42 133 1.49E-6 T 17-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_02551 824371c96b7069d1ea4bcc29ec1800cb 174 PANTHER PTHR10806:SF11 10 156 9.2E-20 T 17-09-2021 +MGYG000000001_02551 824371c96b7069d1ea4bcc29ec1800cb 174 TIGRFAM TIGR02228 sigpep_I_arch: signal peptidase I 10 166 1.6E-28 T 17-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_02551 824371c96b7069d1ea4bcc29ec1800cb 174 PANTHER PTHR10806 10 156 9.2E-20 T 17-09-2021 IPR001733 Peptidase S26B GO:0006465|GO:0008233|GO:0016020 +MGYG000000001_03200 119e778c447ecf6f91da6ddf9c4f4d32 206 PANTHER PTHR43278:SF4 1 183 1.3E-57 T 17-09-2021 +MGYG000000001_03200 119e778c447ecf6f91da6ddf9c4f4d32 206 PANTHER PTHR43278 1 183 1.3E-57 T 17-09-2021 +MGYG000000001_03200 119e778c447ecf6f91da6ddf9c4f4d32 206 Gene3D G3DSA:3.40.50.360 1 202 3.9E-37 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_03200 119e778c447ecf6f91da6ddf9c4f4d32 206 Pfam PF03358 NADPH-dependent FMN reductase 1 150 3.4E-32 T 17-09-2021 IPR005025 NADPH-dependent FMN reductase-like GO:0016491 +MGYG000000001_03200 119e778c447ecf6f91da6ddf9c4f4d32 206 SUPERFAMILY SSF52218 1 183 6.37E-42 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_01423 33df84e68b70117fefab00f8031a3e53 441 Coils Coil 105 125 - T 17-09-2021 +MGYG000000001_00580 54082593570c3da8f64a61be5e3b9d75 389 Pfam PF14286 DHHW protein 108 348 4.6E-28 T 17-09-2021 IPR025945 DHHW protein +MGYG000000001_00580 54082593570c3da8f64a61be5e3b9d75 389 Pfam PF14286 DHHW protein 51 98 4.1E-6 T 17-09-2021 IPR025945 DHHW protein +MGYG000000001_00612 460f35224bf169e4eb80f5ad1e1ba708 273 Coils Coil 74 101 - T 17-09-2021 +MGYG000000001_00612 460f35224bf169e4eb80f5ad1e1ba708 273 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 Coils Coil 408 433 - T 17-09-2021 +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 MobiDBLite mobidb-lite consensus disorder prediction 385 434 - T 17-09-2021 +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 Pfam PF06898 Putative stage IV sporulation protein YqfD 4 370 2.7E-94 T 17-09-2021 IPR010690 Putative stage IV sporulation YqfD +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 Coils Coil 312 333 - T 17-09-2021 +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 MobiDBLite mobidb-lite consensus disorder prediction 420 434 - T 17-09-2021 +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 PIRSF PIRSF029895 1 383 3.6E-71 T 17-09-2021 IPR010690 Putative stage IV sporulation YqfD +MGYG000000001_00225 c677abe0b6eb145d9041f0b3ae5f55c5 434 TIGRFAM TIGR02876 spore_yqfD: sporulation protein YqfD 2 372 1.6E-79 T 17-09-2021 IPR010690 Putative stage IV sporulation YqfD +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 Pfam PF00128 Alpha amylase, catalytic domain 192 493 7.0E-81 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 PIRSF PIRSF001024 129 604 8.6E-55 T 17-09-2021 IPR013777 Alpha-amylase-like GO:0004556|GO:0005509|GO:0005975 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 SUPERFAMILY SSF51011 538 606 1.85E-5 T 17-09-2021 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 SUPERFAMILY SSF51445 81 532 3.58E-114 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 Gene3D G3DSA:3.90.400.10 265 325 3.3E-147 T 17-09-2021 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 SUPERFAMILY SSF81296 3 114 1.04E-20 T 17-09-2021 IPR014756 Immunoglobulin E-set +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 PANTHER PTHR43862:SF1 10 607 3.2E-162 T 17-09-2021 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 PANTHER PTHR43862 10 607 3.2E-162 T 17-09-2021 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 Gene3D G3DSA:2.60.40.10 3 145 2.7E-36 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 CDD cd11338 AmyAc_CMD 154 533 0.0 T 17-09-2021 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 CDD cd02857 E_set_CDase_PDE_N 8 139 3.72017E-24 T 17-09-2021 IPR004185 Glycoside hydrolase, family 13, N-terminal Ig-like domain GO:0004553|GO:0005975 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 Pfam PF02903 Alpha amylase, N-terminal ig-like domain 4 141 4.6E-29 T 17-09-2021 IPR004185 Glycoside hydrolase, family 13, N-terminal Ig-like domain GO:0004553|GO:0005975 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 Gene3D G3DSA:3.20.20.80 153 528 3.3E-147 T 17-09-2021 +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 Gene3D G3DSA:2.60.40.1180 536 608 8.8E-8 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_00644 9c18831c533b25b8e6fe9a351bef6f1a 612 SMART SM00642 159 526 7.9E-110 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 Gene3D G3DSA:2.20.25.90 3 57 4.0E-18 T 17-09-2021 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 Pfam PF00384 Molybdopterin oxidoreductase 64 139 2.1E-15 T 17-09-2021 IPR006656 Molybdopterin oxidoreductase GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 PANTHER PTHR43105 2 140 7.4E-36 T 17-09-2021 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 SMART SM00926 2 57 6.7E-15 T 17-09-2021 IPR006963 Molybdopterin oxidoreductase, 4Fe-4S domain GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 ProSiteProfiles PS51669 Prokaryotic molybdopterin oxidoreductases 4Fe-4S domain profile. 2 59 23.221 T 17-09-2021 IPR006963 Molybdopterin oxidoreductase, 4Fe-4S domain GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 Pfam PF04879 Molybdopterin oxidoreductase Fe4S4 domain 2 56 7.8E-13 T 17-09-2021 IPR006963 Molybdopterin oxidoreductase, 4Fe-4S domain GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 Gene3D G3DSA:3.40.50.740 65 140 4.0E-27 T 17-09-2021 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 PANTHER PTHR43105:SF6 2 140 7.4E-36 T 17-09-2021 +MGYG000000001_00018 55218a9e9714151aa7ef21de579065cd 140 SUPERFAMILY SSF53706 3 140 4.06E-44 T 17-09-2021 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 Hamap MF_00693 Probable transcriptional regulatory protein YebC [yebC]. 2 238 34.259 T 17-09-2021 IPR002876 Transcriptional regulator TACO1-like Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 PANTHER PTHR12532:SF6 6 238 1.1E-97 T 17-09-2021 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 Gene3D G3DSA:3.30.70.980 82 235 5.6E-58 T 17-09-2021 IPR026564 Transcriptional regulator TACO1-like, domain 3 Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 Gene3D G3DSA:3.30.70.980 130 203 5.6E-58 T 17-09-2021 IPR026564 Transcriptional regulator TACO1-like, domain 3 Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 TIGRFAM TIGR01033 TIGR01033: DNA-binding regulatory protein, YebC/PmpR family 4 237 1.3E-93 T 17-09-2021 IPR002876 Transcriptional regulator TACO1-like Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 PANTHER PTHR12532 6 238 1.1E-97 T 17-09-2021 IPR002876 Transcriptional regulator TACO1-like Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 Gene3D G3DSA:1.10.10.200 15 78 7.4E-26 T 17-09-2021 IPR017856 Integrase-like, N-terminal +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 SUPERFAMILY SSF75625 5 239 3.79E-94 T 17-09-2021 IPR029072 YebC-like Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_00379 e6ba5ce7ce3032e5aabb49fa63d2e766 240 Pfam PF01709 Transcriptional regulator 6 236 1.4E-96 T 17-09-2021 IPR002876 Transcriptional regulator TACO1-like Reactome: R-HSA-5628897|Reactome: R-HSA-611105 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 SUPERFAMILY SSF55194 2 182 9.16E-72 T 17-09-2021 IPR036191 RRF superfamily Reactome: R-HSA-5419276 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 Pfam PF01765 Ribosome recycling factor 19 182 6.6E-67 T 17-09-2021 IPR023584 Ribosome recycling factor domain Reactome: R-HSA-5419276 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 CDD cd00520 RRF 6 182 4.53676E-82 T 17-09-2021 IPR002661 Ribosome recycling factor GO:0006412 Reactome: R-HSA-5419276 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 Gene3D G3DSA:1.10.132.20 11 181 3.7E-71 T 17-09-2021 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 PANTHER PTHR20982 4 182 1.8E-71 T 17-09-2021 IPR002661 Ribosome recycling factor GO:0006412 Reactome: R-HSA-5419276 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 Hamap MF_00040 Ribosome-recycling factor [frr]. 2 184 27.92 T 17-09-2021 IPR002661 Ribosome recycling factor GO:0006412 Reactome: R-HSA-5419276 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 Coils Coil 124 158 - T 17-09-2021 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 TIGRFAM TIGR00496 frr: ribosome recycling factor 9 184 1.8E-72 T 17-09-2021 IPR002661 Ribosome recycling factor GO:0006412 Reactome: R-HSA-5419276 +MGYG000000001_01680 6a4e49924a06a60794a16c3b1bb80955 184 Gene3D G3DSA:3.30.1360.40 30 104 3.7E-71 T 17-09-2021 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 CDD cd01335 Radical_SAM 23 158 1.13329E-5 T 17-09-2021 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 Gene3D G3DSA:3.20.20.70 2 165 2.4E-29 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 PIRSF PIRSF000368 1 166 1.9E-54 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 SUPERFAMILY SSF102114 21 124 4.71E-12 T 17-09-2021 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 SFLD SFLDF00299 anaerobic ribonucleoside-triphosphate reductase activase 1 157 0.0 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 26 7.0 T 17-09-2021 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 PANTHER PTHR30352 2 155 1.2E-48 T 17-09-2021 IPR034457 Organic radical-activating enzymes +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 TIGRFAM TIGR02491 NrdG: anaerobic ribonucleoside-triphosphate reductase activating protein 3 153 1.1E-53 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 PANTHER PTHR30352:SF2 2 155 1.2E-48 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 Pfam PF13353 4Fe-4S single cluster domain 13 150 8.3E-46 T 17-09-2021 +MGYG000000001_03003 3f5236a514b2d5e190b3bfd7f28e9e97 167 SFLD SFLDG01066 organic radical-activating enzymes 1 157 0.0 T 17-09-2021 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 PANTHER PTHR36923 1 62 3.7E-24 T 17-09-2021 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 Gene3D G3DSA:3.30.70.20 1 62 3.6E-24 T 17-09-2021 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 29 10.701 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 PRINTS PR00352 3Fe-4S ferredoxin signature 16 26 3.9E-11 T 17-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 PRINTS PR00352 3Fe-4S ferredoxin signature 47 59 3.9E-11 T 17-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 PRINTS PR00352 3Fe-4S ferredoxin signature 5 16 3.9E-11 T 17-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 SUPERFAMILY SSF54862 3 61 2.21E-15 T 17-09-2021 +MGYG000000001_00558 4354d7fc2b361f4d1aa04ee3d57f7190 62 Pfam PF13370 4Fe-4S single cluster domain of Ferredoxin I 5 61 1.1E-20 T 17-09-2021 +MGYG000000001_00212 f97273e200b02c5e42f30cfa41abd27b 279 PANTHER PTHR31756 2 267 8.0E-97 T 17-09-2021 IPR005177 Bifunctional kinase-pyrophosphorylase GO:0005524|GO:0016772 +MGYG000000001_00212 f97273e200b02c5e42f30cfa41abd27b 279 Pfam PF03618 Kinase/pyrophosphorylase 6 262 1.7E-96 T 17-09-2021 IPR005177 Bifunctional kinase-pyrophosphorylase GO:0005524|GO:0016772 +MGYG000000001_00212 f97273e200b02c5e42f30cfa41abd27b 279 PANTHER PTHR31756:SF3 2 267 8.0E-97 T 17-09-2021 +MGYG000000001_00212 f97273e200b02c5e42f30cfa41abd27b 279 Hamap MF_00921 Putative pyruvate, phosphate dikinase regulatory protein. 4 267 59.134 T 17-09-2021 IPR026565 Putative pyruvate, phosphate dikinase regulatory protein +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Coils Coil 168 195 - T 17-09-2021 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 279 297 1.4E-7 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 204 224 1.4E-7 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 ProSiteProfiles PS51705 HflX-type guanine nucleotide-binding (G) domain profile. 202 372 57.947 T 17-09-2021 IPR030394 HflX-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Pfam PF16360 GTP-binding GTPase Middle Region 118 196 2.0E-29 T 17-09-2021 IPR032305 GTP-binding protein, middle domain +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 CDD cd01878 HflX 161 368 2.19126E-100 T 17-09-2021 IPR030394 HflX-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Pfam PF13167 GTP-binding GTPase N-terminal 28 116 1.1E-33 T 17-09-2021 IPR025121 GTPase HflX, N-terminal +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 PANTHER PTHR10229:SF0 2 424 4.8E-142 T 17-09-2021 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 204 365 4.0E-13 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Pfam PF01926 50S ribosome-binding GTPase 204 330 5.7E-21 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 PIRSF PIRSF006809 1 426 1.8E-147 T 17-09-2021 IPR016496 GTPase HflX GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Coils Coil 300 320 - T 17-09-2021 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 SUPERFAMILY SSF52540 200 377 2.21E-39 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Gene3D G3DSA:3.40.50.300 201 373 6.7E-41 T 17-09-2021 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 PANTHER PTHR10229 2 424 4.8E-142 T 17-09-2021 IPR016496 GTPase HflX GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Hamap MF_00900 GTPase HflX [hflX]. 31 397 47.608 T 17-09-2021 IPR016496 GTPase HflX GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 TIGRFAM TIGR03156 GTP_HflX: GTP-binding protein HflX 8 368 1.2E-137 T 17-09-2021 IPR016496 GTPase HflX GO:0005525 +MGYG000000001_00388 c1268b8edbefaecfff57388fffcba6b9 427 Gene3D G3DSA:3.40.50.11060 20 142 1.4E-41 T 17-09-2021 IPR042108 GTPase HflX, N-terminal domain superfamily +MGYG000000001_00297 d40c1e65e1d5580bc4e22417234fbe99 372 Pfam PF01098 Cell cycle protein 17 368 2.8E-94 T 17-09-2021 IPR001182 Probable peptidoglycan glycosyltransferase FtsW/RodA GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00297 d40c1e65e1d5580bc4e22417234fbe99 372 PANTHER PTHR30474 8 369 1.2E-109 T 17-09-2021 IPR001182 Probable peptidoglycan glycosyltransferase FtsW/RodA GO:0016021|GO:0051301 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00297 d40c1e65e1d5580bc4e22417234fbe99 372 TIGRFAM TIGR02210 rodA_shape: rod shape-determining protein RodA 15 367 9.6E-105 T 17-09-2021 IPR011923 Probable peptidoglycan glycosyltransferase RodA/MrdB GO:0008360|GO:0016021 KEGG: 00550+2.4.1.129|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 Coils Coil 201 221 - T 17-09-2021 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 SMART SM00729 166 389 2.8E-53 T 17-09-2021 IPR006638 Elp3/MiaB/NifB GO:0003824|GO:0051536 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 SFLD SFLDG01082 B12-binding domain containing 176 407 1.3E-20 T 17-09-2021 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 SUPERFAMILY SSF102114 158 476 5.62E-81 T 17-09-2021 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 SFLD SFLDG01065 anaerobic coproporphyrinogen-III oxidase like 75 487 0.0 T 17-09-2021 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 Coils Coil 464 484 - T 17-09-2021 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 CDD cd01335 Radical_SAM 176 353 8.60107E-9 T 17-09-2021 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 Pfam PF04055 Radical SAM superfamily 171 347 5.1E-24 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 TIGRFAM TIGR03994 rSAM_HemZ: coproporphyrinogen dehydrogenase HemZ 84 483 2.5E-175 T 17-09-2021 IPR023995 Oxygen-independent coproporphyrinogen-III oxidase-like protein HemZ +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 PANTHER PTHR13932 45 483 1.4E-138 T 17-09-2021 IPR034505 Anaerobic coproporphyrinogen-III oxidase +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 Gene3D G3DSA:3.80.30.20 135 484 5.5E-75 T 17-09-2021 IPR023404 Radical SAM, alpha/beta horseshoe +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 SFLD SFLDF00310 oxygen-independent coproporphyrinogen-III oxidase 2 (HemZ-like) 75 487 0.0 T 17-09-2021 IPR023995 Oxygen-independent coproporphyrinogen-III oxidase-like protein HemZ +MGYG000000001_00350 86d295248224f02973d6d34b8c467b37 490 PANTHER PTHR13932:SF1 45 483 1.4E-138 T 17-09-2021 IPR023995 Oxygen-independent coproporphyrinogen-III oxidase-like protein HemZ +MGYG000000001_03246 bb2fffa3aa2132fc15c35693d3f2d88b 178 Pfam PF04307 LexA-binding, inner membrane-associated putative hydrolase 1 171 4.3E-31 T 17-09-2021 IPR007404 LexA-binding, inner membrane-associated putative hydrolase +MGYG000000001_03246 bb2fffa3aa2132fc15c35693d3f2d88b 178 PANTHER PTHR35531 46 174 1.5E-23 T 17-09-2021 +MGYG000000001_02754 fd91f91849d0a745d72ae1bac3614d0f 119 Coils Coil 42 62 - T 17-09-2021 +MGYG000000001_02754 fd91f91849d0a745d72ae1bac3614d0f 119 Coils Coil 98 118 - T 17-09-2021 +MGYG000000001_03145 3f8cce7c95b9c992bff9dc2fb1fb910e 241 Coils Coil 49 69 - T 17-09-2021 +MGYG000000001_03145 3f8cce7c95b9c992bff9dc2fb1fb910e 241 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 20 6.0 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF00512 His Kinase A (phospho-acceptor) domain 838 904 1.8E-10 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 960 1060 8.83927E-35 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SUPERFAMILY SSF63829 46 218 2.4E-13 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07495 Y_Y_Y domain 711 773 1.3E-8 T 17-09-2021 IPR011123 Two component regulator three Y +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 ProSiteProfiles PS50109 Histidine kinase domain profile. 842 1063 44.779 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PANTHER PTHR43547:SF2 495 1066 2.6E-122 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:3.30.565.10 908 1068 2.1E-40 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 955 1061 5.4E-25 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SUPERFAMILY SSF47384 824 906 7.85E-15 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:2.130.10.10 541 667 5.3E-41 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 CDD cd00082 HisKA 833 901 6.26275E-12 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:2.130.10.10 33 345 3.0E-81 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:2.130.10.10 412 522 5.1E-18 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SUPERFAMILY SSF63829 430 630 1.85E-16 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SUPERFAMILY SSF55874 894 1061 1.06E-38 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:2.60.40.10 668 779 9.4E-23 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:1.10.287.130 817 907 1.3E-17 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PANTHER PTHR43547:SF2 31 310 2.6E-122 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SMART SM00388 835 905 2.7E-11 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SMART SM00387 951 1063 3.7E-31 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 364 385 6.2E-5 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 451 473 0.016 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 271 293 1.4E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 179 201 5.8E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 90 112 1.7E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 318 340 0.0016 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 44 67 6.5E-4 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Pfam PF07494 Two component regulator propeller 589 611 0.0014 T 17-09-2021 IPR011110 Two component regulator propeller +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 988 1002 1.4E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1023 1041 1.4E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PRINTS PR00344 Bacterial sensor protein C-terminal signature 1047 1060 1.4E-14 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 Gene3D G3DSA:2.130.10.10 346 394 1.0E-8 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PANTHER PTHR43547 31 310 2.6E-122 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 PANTHER PTHR43547 495 1066 2.6E-122 T 17-09-2021 +MGYG000000001_03078 783d81880bd7ba5123cdb21fd85ef880 1068 SUPERFAMILY SSF63829 228 406 6.7E-15 T 17-09-2021 +MGYG000000001_02502 0a6282c9c17d2c6efabbfab26d42febf 225 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 6 224 19.688 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02502 0a6282c9c17d2c6efabbfab26d42febf 225 Pfam PF00005 ABC transporter 22 153 2.9E-22 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02502 0a6282c9c17d2c6efabbfab26d42febf 225 Gene3D G3DSA:3.40.50.300 1 223 4.1E-52 T 17-09-2021 +MGYG000000001_02502 0a6282c9c17d2c6efabbfab26d42febf 225 PANTHER PTHR42788 5 213 2.5E-53 T 17-09-2021 +MGYG000000001_02502 0a6282c9c17d2c6efabbfab26d42febf 225 SUPERFAMILY SSF52540 4 204 1.74E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02502 0a6282c9c17d2c6efabbfab26d42febf 225 SMART SM00382 30 203 4.2E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02945 1989e5e9b6258f64c6873854ec3a00ed 442 PIRSF PIRSF006351 3 427 5.1E-106 T 17-09-2021 IPR004796 Phosphotransferase system, cellobiose-type IIC component GO:0008982|GO:0009401|GO:0016021 +MGYG000000001_02945 1989e5e9b6258f64c6873854ec3a00ed 442 ProSiteProfiles PS51105 PTS_EIIC type-3 domain profile. 9 404 42.203 T 17-09-2021 IPR004501 Phosphotransferase system, EIIC component, type 3 GO:0008982|GO:0009401|GO:0016021 +MGYG000000001_02945 1989e5e9b6258f64c6873854ec3a00ed 442 PANTHER PTHR33989 2 423 1.6E-99 T 17-09-2021 +MGYG000000001_02945 1989e5e9b6258f64c6873854ec3a00ed 442 Pfam PF02378 Phosphotransferase system, EIIC 31 345 1.0E-37 T 17-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_02945 1989e5e9b6258f64c6873854ec3a00ed 442 TIGRFAM TIGR00410 lacE: PTS system, lactose/cellobiose family IIC component 14 415 1.3E-77 T 17-09-2021 IPR004501 Phosphotransferase system, EIIC component, type 3 GO:0008982|GO:0009401|GO:0016021 +MGYG000000001_01718 b9650271710d7422a3c3a3d7d40598e2 611 SUPERFAMILY SSF56349 93 430 3.53E-6 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01717 b9650271710d7422a3c3a3d7d40598e2 611 SUPERFAMILY SSF56349 93 430 3.53E-6 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01718 b9650271710d7422a3c3a3d7d40598e2 611 CDD cd00397 DNA_BRE_C 242 427 1.6534E-4 T 17-09-2021 +MGYG000000001_01717 b9650271710d7422a3c3a3d7d40598e2 611 CDD cd00397 DNA_BRE_C 242 427 1.6534E-4 T 17-09-2021 +MGYG000000001_01718 b9650271710d7422a3c3a3d7d40598e2 611 Gene3D G3DSA:1.10.443.10 241 432 6.2E-6 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01717 b9650271710d7422a3c3a3d7d40598e2 611 Gene3D G3DSA:1.10.443.10 241 432 6.2E-6 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_02062 31e33caa8e67981a0f262d23c4305bac 119 Gene3D G3DSA:1.10.10.1100 68 119 1.6E-12 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_02062 31e33caa8e67981a0f262d23c4305bac 119 Pfam PF04324 BFD-like [2Fe-2S] binding domain 70 116 6.4E-13 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_02062 31e33caa8e67981a0f262d23c4305bac 119 PANTHER PTHR37424 70 118 4.0E-13 T 17-09-2021 +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 244 27.111 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 Gene3D G3DSA:3.40.50.300 1 242 3.8E-67 T 17-09-2021 +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 Pfam PF00005 ABC transporter 25 172 4.0E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 PANTHER PTHR24220:SF494 3 252 5.5E-96 T 17-09-2021 +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 PANTHER PTHR24220 3 252 5.5E-96 T 17-09-2021 +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 SUPERFAMILY SSF52540 4 225 2.45E-70 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 SMART SM00382 33 221 2.7E-14 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03081 faf66549fdf3caf57c30650341ba28e9 254 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 5 222 1.03193E-107 T 17-09-2021 +MGYG000000001_02886 961c478c63a03ac5ef6fa8e447df7d07 40 Gene3D G3DSA:1.20.1260.10 1 40 1.3E-12 T 17-09-2021 IPR012347 Ferritin-like +MGYG000000001_02886 961c478c63a03ac5ef6fa8e447df7d07 40 PANTHER PTHR43865 2 36 1.1E-12 T 17-09-2021 +MGYG000000001_02886 961c478c63a03ac5ef6fa8e447df7d07 40 SUPERFAMILY SSF47240 3 37 5.25E-9 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_01821 9c81679bcab1fd11a19d044b750f09d7 411 Gene3D G3DSA:2.40.500.30 62 317 1.5E-8 T 17-09-2021 +MGYG000000001_01821 9c81679bcab1fd11a19d044b750f09d7 411 Pfam PF04860 Phage portal protein 48 374 9.8E-63 T 17-09-2021 IPR006944 Bacteriophage/Gene transfer agent portal protein +MGYG000000001_01821 9c81679bcab1fd11a19d044b750f09d7 411 Gene3D G3DSA:1.20.1270.210 39 313 1.5E-8 T 17-09-2021 +MGYG000000001_01821 9c81679bcab1fd11a19d044b750f09d7 411 TIGRFAM TIGR01537 portal_HK97: phage portal protein, HK97 family 37 380 1.2E-56 T 17-09-2021 IPR006427 Phage portal protein, HK97 +MGYG000000001_01821 9c81679bcab1fd11a19d044b750f09d7 411 Gene3D G3DSA:3.30.1120.70 205 259 1.5E-8 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 227 268 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 SMART SM00968 520 636 5.8E-39 T 17-09-2021 IPR010935 SMCs flexible hinge GO:0005515|GO:0005524|GO:0005694|GO:0051276 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Gene3D G3DSA:1.20.1060.20 498 677 1.1E-66 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Gene3D G3DSA:3.30.70.1620 580 665 1.1E-66 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Pfam PF06470 SMC proteins Flexible Hinge Domain 520 634 1.0E-31 T 17-09-2021 IPR010935 SMCs flexible hinge GO:0005515|GO:0005524|GO:0005694|GO:0051276 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 CDD cd03278 ABC_SMC_barmotin 1063 1168 5.99938E-55 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 789 914 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 TIGRFAM TIGR02168 SMC_prok_B: chromosome segregation protein SMC 2 1174 0.0 T 17-09-2021 IPR011890 Structural maintenance of chromosomes protein, prokaryotic GO:0007062|GO:0030261 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 990 1024 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Hamap MF_01894 Chromosome partition protein Smc [smc]. 1 1176 22.773 T 17-09-2021 IPR011890 Structural maintenance of chromosomes protein, prokaryotic GO:0007062|GO:0030261 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Gene3D G3DSA:1.20.5.340 394 491 2.3E-5 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 SUPERFAMILY SSF52540 838 1169 2.7E-31 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 677 697 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 167 201 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Pfam PF02463 RecF/RecN/SMC N terminal domain 2 201 4.6E-31 T 17-09-2021 IPR003395 RecF/RecN/SMC, N-terminal +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 PIRSF PIRSF005719 1 1182 1.6E-293 T 17-09-2021 IPR024704 Structural maintenance of chromosomes protein +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 PANTHER PTHR43941:SF1 1 1172 4.9E-194 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 726 753 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Coils Coil 311 485 - T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 CDD cd03278 ABC_SMC_barmotin 3 151 9.73537E-51 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Gene3D G3DSA:3.40.50.300 1 241 4.9E-59 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Gene3D G3DSA:3.40.50.300 912 1184 3.5E-49 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 SUPERFAMILY SSF57997 382 504 1.93E-6 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 Pfam PF02463 RecF/RecN/SMC N terminal domain 845 1167 1.9E-24 T 17-09-2021 IPR003395 RecF/RecN/SMC, N-terminal +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 PANTHER PTHR43941 1 1172 4.9E-194 T 17-09-2021 +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 SUPERFAMILY SSF52540 1 1159 1.38E-50 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01307 344fc37ef81a7c436ff9d3a288fa58aa 1184 SUPERFAMILY SSF75553 485 684 1.24E-53 T 17-09-2021 IPR036277 SMCs flexible hinge superfamily GO:0005515|GO:0005524|GO:0005694|GO:0051276 +MGYG000000001_03180 043f0df485e741795eee4e023fc26374 125 PANTHER PTHR36718 1 122 1.2E-17 T 17-09-2021 +MGYG000000001_03180 043f0df485e741795eee4e023fc26374 125 Pfam PF17032 zinc-ribbon family 23 120 5.4E-25 T 17-09-2021 IPR031493 Zinc-ribbon 15 +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 PANTHER PTHR11364 1 277 5.8E-57 T 17-09-2021 +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 Gene3D G3DSA:3.40.250.10 157 278 1.7E-25 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 ProSiteProfiles PS50206 Rhodanese domain profile. 15 134 19.07 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 SUPERFAMILY SSF52821 4 145 5.76E-34 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 Pfam PF00581 Rhodanese-like domain 8 125 1.9E-19 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 Pfam PF00581 Rhodanese-like domain 157 268 1.5E-12 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 PANTHER PTHR11364:SF27 1 277 5.8E-57 T 17-09-2021 +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 Gene3D G3DSA:3.40.250.10 1 146 1.0E-41 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 ProSiteProfiles PS50206 Rhodanese domain profile. 164 276 16.181 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 CDD cd01449 TST_Repeat_2 154 269 1.96794E-33 T 17-09-2021 +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 SMART SM00450 154 273 1.1E-14 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 SMART SM00450 5 131 5.2E-22 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 SUPERFAMILY SSF52821 150 276 4.71E-25 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01179 5a6b21f5d3cba3f015df558cddc59f04 278 CDD cd01448 TST_Repeat_1 4 127 8.87313E-43 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 SUPERFAMILY SSF82693 133 504 7.85E-8 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Coils Coil 200 227 - T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.70.1320 133 325 1.4E-45 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 SUPERFAMILY SSF82866 486 681 7.85E-40 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:1.20.1640.10 520 690 5.0E-227 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.2090.10 390 463 5.0E-227 T 17-09-2021 IPR027463 Multidrug efflux transporter AcrB TolC docking domain, DN/DC subdomains +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 PRINTS PR00702 Acriflavin resistance protein family signature 37 55 1.3E-5 T 17-09-2021 IPR001036 Acriflavin resistance protein GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 PRINTS PR00702 Acriflavin resistance protein family signature 9 33 1.3E-5 T 17-09-2021 IPR001036 Acriflavin resistance protein GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 SUPERFAMILY SSF82714 891 978 3.66E-6 T 17-09-2021 IPR027463 Multidrug efflux transporter AcrB TolC docking domain, DN/DC subdomains +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 SUPERFAMILY SSF82866 978 1205 4.84E-53 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.2090.10 889 981 5.0E-227 T 17-09-2021 IPR027463 Multidrug efflux transporter AcrB TolC docking domain, DN/DC subdomains +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.70.1320 464 519 5.0E-227 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 SUPERFAMILY SSF82714 390 458 5.62E-5 T 17-09-2021 IPR027463 Multidrug efflux transporter AcrB TolC docking domain, DN/DC subdomains +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Coils Coil 246 273 - T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.70.1430 743 839 5.0E-227 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Coils Coil 303 323 - T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.2090.10 178 273 1.4E-45 T 17-09-2021 IPR027463 Multidrug efflux transporter AcrB TolC docking domain, DN/DC subdomains +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:1.20.1640.10 691 1196 5.0E-227 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Coils Coil 349 383 - T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.70.1440 840 1039 5.0E-227 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:3.30.70.1430 39 132 1.4E-45 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 PANTHER PTHR32063 390 1207 5.0E-258 T 17-09-2021 IPR001036 Acriflavin resistance protein GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 PANTHER PTHR32063 1 196 5.0E-258 T 17-09-2021 IPR001036 Acriflavin resistance protein GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 SUPERFAMILY SSF82693 40 133 8.11E-22 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Pfam PF00873 AcrB/AcrD/AcrF family 390 1200 1.0E-171 T 17-09-2021 IPR001036 Acriflavin resistance protein GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Pfam PF00873 AcrB/AcrD/AcrF family 2 196 5.4E-40 T 17-09-2021 IPR001036 Acriflavin resistance protein GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 Gene3D G3DSA:1.20.1640.10 9 335 1.4E-45 T 17-09-2021 +MGYG000000001_02467 d293a2380b6052e4e8260c4b8b1844eb 1214 CDD cd17502 MFS_Azr1_MDR_like 520 645 0.00254989 T 17-09-2021 +MGYG000000001_01342 99180dd7804332df1169cf063deed147 293 Gene3D G3DSA:3.20.20.220 3 293 1.5E-52 T 17-09-2021 +MGYG000000001_01342 99180dd7804332df1169cf063deed147 293 SUPERFAMILY SSF51730 1 292 2.75E-69 T 17-09-2021 IPR029041 FAD-linked oxidoreductase-like +MGYG000000001_01342 99180dd7804332df1169cf063deed147 293 PANTHER PTHR45833:SF4 6 293 1.2E-95 T 17-09-2021 +MGYG000000001_01342 99180dd7804332df1169cf063deed147 293 PANTHER PTHR45833 6 293 1.2E-95 T 17-09-2021 +MGYG000000001_01342 99180dd7804332df1169cf063deed147 293 CDD cd00537 MTHFR 15 291 3.05803E-65 T 17-09-2021 IPR003171 Methylenetetrahydrofolate reductase GO:0004489|GO:0006555|GO:0055114 KEGG: 00670+1.5.1.20|KEGG: 00720+1.5.1.20|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_01342 99180dd7804332df1169cf063deed147 293 Pfam PF02219 Methylenetetrahydrofolate reductase 3 292 1.2E-35 T 17-09-2021 IPR003171 Methylenetetrahydrofolate reductase GO:0004489|GO:0006555|GO:0055114 KEGG: 00670+1.5.1.20|KEGG: 00720+1.5.1.20|MetaCyc: PWY-2201|MetaCyc: PWY-3841|Reactome: R-HSA-196757 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Pfam PF04565 RNA polymerase Rpb2, domain 3 489 557 1.9E-31 T 17-09-2021 IPR007645 RNA polymerase Rpb2, domain 3 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:3.90.1100.10 625 692 4.4E-20 T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Hamap MF_01321 DNA-directed RNA polymerase subunit beta [rpoB]. 13 1160 12.489 T 17-09-2021 IPR010243 DNA-directed RNA polymerase beta subunit, bacterial-type GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 CDD cd00653 RNA_pol_B_RPB2 27 1157 0.0 T 17-09-2021 IPR015712 DNA-directed RNA polymerase, subunit 2 GO:0003899|GO:0006351|GO:0032549 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 ProSitePatterns PS01166 RNA polymerases beta chain signature. 935 947 - T 17-09-2021 IPR007121 RNA polymerase, beta subunit, conserved site GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:3.90.1800.10 1070 1124 2.2E-10 T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Pfam PF04561 RNA polymerase Rpb2, domain 2 139 294 2.3E-25 T 17-09-2021 IPR007642 RNA polymerase Rpb2, domain 2 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:2.40.50.100 693 764 7.6E-28 T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Pfam PF04563 RNA polymerase beta subunit 26 475 1.2E-27 T 17-09-2021 IPR007644 RNA polymerase, beta subunit, protrusion GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:2.40.50.150 804 943 1.5E-60 T 17-09-2021 IPR014724 RNA polymerase Rpb2, OB-fold GO:0003899 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:3.90.1100.10 412 613 1.3E-74 T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:2.40.270.10 765 803 4.0E-7 T 17-09-2021 IPR037033 DNA-directed RNA polymerase, subunit 2, hybrid-binding domain superfamily GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 SUPERFAMILY SSF64484 12 1168 0.0 T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Pfam PF10385 RNA polymerase beta subunit external 1 domain 567 635 8.9E-25 T 17-09-2021 IPR019462 DNA-directed RNA polymerase, beta subunit, external 1 domain GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:2.40.270.10 996 1060 2.2E-25 T 17-09-2021 IPR037033 DNA-directed RNA polymerase, subunit 2, hybrid-binding domain superfamily GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Pfam PF00562 RNA polymerase Rpb2, domain 6 696 1082 1.4E-167 T 17-09-2021 IPR007120 DNA-directed RNA polymerase, subunit 2, hybrid-binding domain GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Pfam PF04560 RNA polymerase Rpb2, domain 7 1084 1159 3.1E-27 T 17-09-2021 IPR007641 RNA polymerase Rpb2, domain 7 GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Coils Coil 367 387 - T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 Gene3D G3DSA:3.90.1110.10 139 320 9.2E-59 T 17-09-2021 IPR037034 RNA polymerase Rpb2, domain 2 superfamily GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 PANTHER PTHR20856 17 1161 0.0 T 17-09-2021 IPR015712 DNA-directed RNA polymerase, subunit 2 GO:0003899|GO:0006351|GO:0032549 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 PANTHER PTHR20856:SF20 17 1161 0.0 T 17-09-2021 +MGYG000000001_02459 2e4fa7636acb139b3befef00fc335099 1239 TIGRFAM TIGR02013 rpoB: DNA-directed RNA polymerase, beta subunit 203 909 8.0E-303 T 17-09-2021 IPR010243 DNA-directed RNA polymerase beta subunit, bacterial-type GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 ProSitePatterns PS01043 Transposases, IS30 family, signature. 263 279 - T 17-09-2021 IPR001598 Transposase, IS30, conserved site GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 ProSiteProfiles PS50994 Integrase catalytic domain profile. 155 318 20.122 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 Pfam PF13936 Helix-turn-helix domain 3 45 1.5E-15 T 17-09-2021 IPR025246 Transposase IS30-like HTH domain +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 SUPERFAMILY SSF53098 168 315 3.29E-28 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 Gene3D G3DSA:3.30.420.10 160 318 5.8E-9 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 Pfam PF00665 Integrase core domain 168 274 3.6E-15 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_03240 77542ed03716c8b787507e99598ae7e6 318 PANTHER PTHR10948 1 316 5.7E-95 T 17-09-2021 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 Pfam PF00410 Ribosomal protein S8 5 132 9.6E-55 T 17-09-2021 IPR000630 Ribosomal protein S8 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 PANTHER PTHR11758 1 132 1.5E-48 T 17-09-2021 IPR000630 Ribosomal protein S8 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 SUPERFAMILY SSF56047 3 132 1.7E-50 T 17-09-2021 IPR035987 Ribosomal protein S8 superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 ProSitePatterns PS00053 Ribosomal protein S8 signature. 102 119 - T 17-09-2021 IPR000630 Ribosomal protein S8 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 Gene3D G3DSA:3.30.1370.30 4 74 1.3E-32 T 17-09-2021 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 PANTHER PTHR11758:SF29 1 132 1.5E-48 T 17-09-2021 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 Gene3D G3DSA:3.30.1490.10 75 132 2.7E-28 T 17-09-2021 +MGYG000000001_02578 2aeff631685394c9cd90cb2bea2c4dd3 132 Hamap MF_01302_B 30S ribosomal protein S8 [rpsH]. 2 132 34.309 T 17-09-2021 IPR000630 Ribosomal protein S8 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 Hamap MF_00168 Queuine tRNA-ribosyltransferase [tgt]. 4 368 59.93 T 17-09-2021 IPR004803 tRNA-guanine transglycosylase GO:0008479|GO:0101030 MetaCyc: PWY-6700|Reactome: R-HSA-6782315 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 TIGRFAM TIGR00449 tgt_general: tRNA-guanine family transglycosylase 6 372 6.0E-174 T 17-09-2021 IPR002616 tRNA-guanine(15) transglycosylase-like GO:0006400|GO:0016763 MetaCyc: PWY-6700|Reactome: R-HSA-6782315 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 SUPERFAMILY SSF51713 3 369 2.22E-172 T 17-09-2021 IPR036511 Queuine tRNA-ribosyltransferase-like GO:0006400|GO:0016763 MetaCyc: PWY-6700|Reactome: R-HSA-6782315 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 Pfam PF01702 Queuine tRNA-ribosyltransferase 16 369 2.6E-168 T 17-09-2021 IPR002616 tRNA-guanine(15) transglycosylase-like GO:0006400|GO:0016763 MetaCyc: PWY-6700|Reactome: R-HSA-6782315 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 PANTHER PTHR46499 1 370 5.3E-172 T 17-09-2021 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 TIGRFAM TIGR00430 Q_tRNA_tgt: tRNA-guanine transglycosylase 6 372 1.6E-182 T 17-09-2021 IPR004803 tRNA-guanine transglycosylase GO:0008479|GO:0101030 MetaCyc: PWY-6700|Reactome: R-HSA-6782315 +MGYG000000001_00362 7674ecea2893a20444f95a8183a2e0fc 373 Gene3D G3DSA:3.20.20.105 2 372 4.7E-182 T 17-09-2021 IPR036511 Queuine tRNA-ribosyltransferase-like GO:0006400|GO:0016763 MetaCyc: PWY-6700|Reactome: R-HSA-6782315 +MGYG000000001_02744 5428b9caa6e6e536aa5b015d3ceacc48 79 Pfam PF07872 Protein of unknown function (DUF1659) 17 57 1.6E-15 T 17-09-2021 IPR012454 Protein of unknown function DUF1659 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 Gene3D G3DSA:1.10.10.10 125 223 2.3E-24 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 Pfam PF00072 Response regulator receiver domain 5 112 1.1E-22 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 PANTHER PTHR26402:SF519 1 223 4.1E-88 T 17-09-2021 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 Gene3D G3DSA:3.40.50.2300 1 124 6.2E-30 T 17-09-2021 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 ProSiteProfiles PS50110 Response regulatory domain profile. 3 116 37.116 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 CDD cd00156 REC 5 116 3.96949E-27 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 SUPERFAMILY SSF46894 125 222 4.82E-25 T 17-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 126 223 30.899 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 SMART SM00448 2 112 1.9E-29 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 SMART SM00862 147 222 6.7E-19 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 CDD cd00383 trans_reg_C 134 222 1.52506E-28 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 Pfam PF00486 Transcriptional regulatory protein, C terminal 149 222 2.9E-22 T 17-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 SUPERFAMILY SSF52172 1 125 5.98E-33 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02939 5dc451d5797bfbfa18006fb660ab0e83 223 PANTHER PTHR26402 1 223 4.1E-88 T 17-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02424 b35de919af4a18e0abddaad1e56577bc 173 Pfam PF09548 Stage III sporulation protein AB (spore_III_AB) 4 173 6.1E-33 T 17-09-2021 IPR014198 Stage III sporulation protein AB +MGYG000000001_00544 6944d899d4f20df661e4d30f1b93d5d6 180 Pfam PF10646 Sporulation and spore germination 72 161 1.7E-4 T 17-09-2021 IPR019606 GerMN domain +MGYG000000001_00544 6944d899d4f20df661e4d30f1b93d5d6 180 MobiDBLite mobidb-lite consensus disorder prediction 27 50 - T 17-09-2021 +MGYG000000001_00544 6944d899d4f20df661e4d30f1b93d5d6 180 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 17-09-2021 +MGYG000000001_00415 7a6b679dfc240086168b0d2613c0c456 204 PANTHER PTHR40076 1 202 3.0E-50 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_00415 7a6b679dfc240086168b0d2613c0c456 204 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 34 7.0 T 17-09-2021 +MGYG000000001_00415 7a6b679dfc240086168b0d2613c0c456 204 Pfam PF06161 Protein of unknown function (DUF975) 105 199 2.5E-26 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_00415 7a6b679dfc240086168b0d2613c0c456 204 Pfam PF06161 Protein of unknown function (DUF975) 1 111 8.0E-16 T 17-09-2021 IPR010380 Protein of unknown function DUF975 +MGYG000000001_01520 0a70303efad6958275241126c0df0d81 271 Gene3D G3DSA:3.40.50.720 107 268 1.6E-41 T 17-09-2021 +MGYG000000001_01520 0a70303efad6958275241126c0df0d81 271 Pfam PF02625 XdhC and CoxI family 13 72 2.5E-14 T 17-09-2021 IPR003777 XdhC- CoxI +MGYG000000001_01520 0a70303efad6958275241126c0df0d81 271 PANTHER PTHR30388:SF6 5 263 7.0E-69 T 17-09-2021 +MGYG000000001_01520 0a70303efad6958275241126c0df0d81 271 PANTHER PTHR30388 5 263 7.0E-69 T 17-09-2021 +MGYG000000001_01520 0a70303efad6958275241126c0df0d81 271 Pfam PF13478 XdhC Rossmann domain 108 250 4.3E-34 T 17-09-2021 IPR027051 XdhC Rossmann domain +MGYG000000001_02811 578b9150cc229eed69db3fa99b8494a0 205 Coils Coil 104 135 - T 17-09-2021 +MGYG000000001_02811 578b9150cc229eed69db3fa99b8494a0 205 MobiDBLite mobidb-lite consensus disorder prediction 149 169 - T 17-09-2021 +MGYG000000001_02811 578b9150cc229eed69db3fa99b8494a0 205 MobiDBLite mobidb-lite consensus disorder prediction 170 205 - T 17-09-2021 +MGYG000000001_02811 578b9150cc229eed69db3fa99b8494a0 205 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 19 7.0 T 17-09-2021 +MGYG000000001_02811 578b9150cc229eed69db3fa99b8494a0 205 Coils Coil 140 182 - T 17-09-2021 +MGYG000000001_02811 578b9150cc229eed69db3fa99b8494a0 205 MobiDBLite mobidb-lite consensus disorder prediction 125 205 - T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 Gene3D G3DSA:3.40.50.2000 20 358 4.4E-49 T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 PANTHER PTHR12526 25 360 6.0E-36 T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 CDD cd03808 GT4_CapM-like 4 358 1.48898E-111 T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 Gene3D G3DSA:3.40.50.2000 173 348 4.4E-49 T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 SUPERFAMILY SSF53756 20 362 5.38E-58 T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 PANTHER PTHR12526:SF554 25 360 6.0E-36 T 17-09-2021 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 Pfam PF13477 Glycosyl transferase 4-like 4 148 3.8E-23 T 17-09-2021 IPR028098 Glycosyltransferase subfamily 4-like, N-terminal domain Reactome: R-HSA-446193|Reactome: R-HSA-4549349 +MGYG000000001_02263 7f5ffcc5035f328414e5708e713faf6b 374 Pfam PF00534 Glycosyl transferases group 1 186 337 3.4E-30 T 17-09-2021 IPR001296 Glycosyl transferase, family 1 +MGYG000000001_02778 fad5c50e6d05fa667d307b3bdd7565dc 179 Pfam PF01554 MatE 5 149 1.2E-5 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02778 fad5c50e6d05fa667d307b3bdd7565dc 179 PANTHER PTHR43823:SF1 3 75 3.3E-28 T 17-09-2021 +MGYG000000001_02778 fad5c50e6d05fa667d307b3bdd7565dc 179 PANTHER PTHR43823:SF1 66 162 3.3E-28 T 17-09-2021 +MGYG000000001_02778 fad5c50e6d05fa667d307b3bdd7565dc 179 PANTHER PTHR43823 66 162 3.3E-28 T 17-09-2021 +MGYG000000001_02778 fad5c50e6d05fa667d307b3bdd7565dc 179 PANTHER PTHR43823 3 75 3.3E-28 T 17-09-2021 +MGYG000000001_00157 79e686750fddea7ac8dcd17e2a655036 319 Pfam PF14751 Domain of unknown function (DUF4474) 44 285 9.2E-93 T 17-09-2021 IPR029322 Domain of unknown function DUF4474 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 SUPERFAMILY SSF63418 1 97 2.22E-21 T 17-09-2021 IPR035911 MurE/MurF, N-terminal +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Pfam PF08245 Mur ligase middle domain 108 307 2.5E-50 T 17-09-2021 IPR013221 Mur ligase, central GO:0005524|GO:0009058 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Gene3D G3DSA:3.90.190.20 332 485 1.1E-63 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Pfam PF01225 Mur ligase family, catalytic domain 23 96 2.1E-9 T 17-09-2021 IPR000713 Mur ligase, N-terminal catalytic domain GO:0005524|GO:0009058 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Gene3D G3DSA:3.40.1390.10 1 98 3.5E-25 T 17-09-2021 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 PANTHER PTHR23135:SF4 1 485 7.5E-163 T 17-09-2021 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Pfam PF02875 Mur ligase family, glutamate ligase domain 329 413 3.3E-22 T 17-09-2021 IPR004101 Mur ligase, C-terminal GO:0005524|GO:0009058|GO:0016874 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 TIGRFAM TIGR01085 murE: UDP-N-acetylmuramyl-tripeptide synthetase 20 481 1.1E-157 T 17-09-2021 IPR005761 UDP-N-acetylmuramoylalanyl-D-glutamate-2,6-diaminopimelate ligase GO:0005524|GO:0005737|GO:0008360|GO:0016881|GO:0051301 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Gene3D G3DSA:3.40.1190.10 99 331 3.3E-76 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 Hamap MF_00208 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase [murE]. 1 481 33.977 T 17-09-2021 IPR005761 UDP-N-acetylmuramoylalanyl-D-glutamate-2,6-diaminopimelate ligase GO:0005524|GO:0005737|GO:0008360|GO:0016881|GO:0051301 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 SUPERFAMILY SSF53623 99 327 2.09E-67 T 17-09-2021 IPR036565 Mur-like, catalytic domain superfamily GO:0005524|GO:0009058 Reactome: R-HSA-196757 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 SUPERFAMILY SSF53244 328 482 1.3E-49 T 17-09-2021 IPR036615 Mur ligase, C-terminal domain superfamily GO:0005524|GO:0009058|GO:0016874 Reactome: R-HSA-196757 +MGYG000000001_03070 59deec31a60d3586b233f0e3550b8499 486 PANTHER PTHR23135 1 485 7.5E-163 T 17-09-2021 +MGYG000000001_01488 01dc70ca65a75338c3bdcf926e84a6a6 100 Pfam PF14359 Domain of unknown function (DUF4406) 5 95 3.8E-6 T 17-09-2021 IPR025518 Protein of unknown function DUF4406 +MGYG000000001_01906 a33a59d3627a2613ff2796d591f515aa 309 SUPERFAMILY SSF103481 188 278 4.18E-11 T 17-09-2021 +MGYG000000001_01906 a33a59d3627a2613ff2796d591f515aa 309 Pfam PF00892 EamA-like transporter family 146 278 1.4E-20 T 17-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_01906 a33a59d3627a2613ff2796d591f515aa 309 Pfam PF00892 EamA-like transporter family 7 137 2.3E-15 T 17-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_01906 a33a59d3627a2613ff2796d591f515aa 309 PANTHER PTHR42920:SF5 8 284 4.4E-55 T 17-09-2021 +MGYG000000001_01906 a33a59d3627a2613ff2796d591f515aa 309 SUPERFAMILY SSF103481 41 140 1.57E-10 T 17-09-2021 +MGYG000000001_01906 a33a59d3627a2613ff2796d591f515aa 309 PANTHER PTHR42920 8 284 4.4E-55 T 17-09-2021 +MGYG000000001_03035 4f2c05780ab29dc74955e8aa2f096503 377 Pfam PF01594 AI-2E family transporter 16 361 2.7E-43 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_03035 4f2c05780ab29dc74955e8aa2f096503 377 PANTHER PTHR21716 3 365 1.5E-50 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_03035 4f2c05780ab29dc74955e8aa2f096503 377 PANTHER PTHR21716:SF40 3 365 1.5E-50 T 17-09-2021 +MGYG000000001_01424 927229945a4b619f2a4411c9956b0eb7 309 PANTHER PTHR43121 3 289 3.2E-62 T 17-09-2021 +MGYG000000001_01424 927229945a4b619f2a4411c9956b0eb7 309 Pfam PF00535 Glycosyl transferase family 2 6 160 1.4E-16 T 17-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_01424 927229945a4b619f2a4411c9956b0eb7 309 PANTHER PTHR43121:SF2 3 289 3.2E-62 T 17-09-2021 +MGYG000000001_01424 927229945a4b619f2a4411c9956b0eb7 309 SUPERFAMILY SSF53448 2 252 4.9E-34 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01424 927229945a4b619f2a4411c9956b0eb7 309 CDD cd04179 DPM_DPG-synthase_like 6 180 1.39387E-38 T 17-09-2021 +MGYG000000001_01424 927229945a4b619f2a4411c9956b0eb7 309 Gene3D G3DSA:3.90.550.10 1 231 6.9E-41 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 TIGRFAM TIGR04336 AmmeMemoSam_B: AmmeMemoRadiSam system protein B 118 259 5.2E-8 T 17-09-2021 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 ProSiteProfiles PS51112 AMMECR1 domain profile. 297 469 24.454 T 17-09-2021 IPR002733 AMMECR1 domain +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 CDD cd07951 ED_3B_N_AMMECR1 9 271 2.21992E-93 T 17-09-2021 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 TIGRFAM TIGR00296 TIGR00296: uncharacterized protein, PH0010 family 300 466 2.2E-29 T 17-09-2021 IPR023473 AMMECR1 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 Pfam PF02900 Catalytic LigB subunit of aromatic ring-opening dioxygenase 7 268 1.8E-45 T 17-09-2021 IPR004183 Extradiol ring-cleavage dioxygenase, class III enzyme, subunit B GO:0006725|GO:0008198|GO:0016491 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 PANTHER PTHR13016:SF0 299 466 1.8E-18 T 17-09-2021 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 PANTHER PTHR13016 299 466 1.8E-18 T 17-09-2021 IPR023473 AMMECR1 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 TIGRFAM TIGR04335 AmmeMemoSam_A: AmmeMemoRadiSam system protein A 302 463 4.2E-39 T 17-09-2021 IPR027623 AmmeMemoRadiSam system protein A +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 Gene3D G3DSA:3.30.700.20 302 403 7.7E-38 T 17-09-2021 IPR027485 AMMECR1, N-terminal +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 SUPERFAMILY SSF143447 296 467 1.44E-44 T 17-09-2021 IPR036071 AMMECR1 domain superfamily +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 Pfam PF01871 AMMECR1 303 466 3.1E-41 T 17-09-2021 IPR002733 AMMECR1 domain +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 Gene3D G3DSA:3.30.1490.150 404 466 7.7E-38 T 17-09-2021 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 Coils Coil 271 291 - T 17-09-2021 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 Gene3D G3DSA:3.40.830.10 4 274 3.3E-66 T 17-09-2021 +MGYG000000001_02102 7dbd13bcd358bb8d1453e830dffb5de2 469 SUPERFAMILY SSF53213 4 280 4.58E-39 T 17-09-2021 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 TIGRFAM TIGR00525 folB: dihydroneopterin aldolase 2 117 4.7E-36 T 17-09-2021 IPR006156 Dihydroneopterin aldolase GO:0004150|GO:0006760 KEGG: 00790+4.1.2.25|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 CDD cd00534 DHNA_DHNTPE 1 118 1.61892E-39 T 17-09-2021 IPR006157 Dihydroneopterin aldolase/epimerase domain GO:0004150|GO:0006760 KEGG: 00790+4.1.2.25|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 PANTHER PTHR42844:SF1 2 119 3.1E-40 T 17-09-2021 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 SUPERFAMILY SSF55620 2 119 3.34E-36 T 17-09-2021 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 SMART SM00905 4 117 6.2E-47 T 17-09-2021 IPR006157 Dihydroneopterin aldolase/epimerase domain GO:0004150|GO:0006760 KEGG: 00790+4.1.2.25|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 Pfam PF02152 Dihydroneopterin aldolase 4 116 1.1E-33 T 17-09-2021 IPR006157 Dihydroneopterin aldolase/epimerase domain GO:0004150|GO:0006760 KEGG: 00790+4.1.2.25|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 PANTHER PTHR42844 2 119 3.1E-40 T 17-09-2021 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 TIGRFAM TIGR00526 folB_dom: FolB domain 1 119 3.3E-32 T 17-09-2021 IPR006157 Dihydroneopterin aldolase/epimerase domain GO:0004150|GO:0006760 KEGG: 00790+4.1.2.25|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539 +MGYG000000001_03102 8d99021ecdd07e4f6ddfe3fb61e107ec 121 Gene3D G3DSA:3.30.1130.10 1 121 3.3E-42 T 17-09-2021 +MGYG000000001_02812 b803e3681bc3d15df6aa64f692e8094e 364 PANTHER PTHR21716:SF40 13 354 5.7E-66 T 17-09-2021 +MGYG000000001_02812 b803e3681bc3d15df6aa64f692e8094e 364 Pfam PF01594 AI-2E family transporter 11 353 5.6E-63 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_02812 b803e3681bc3d15df6aa64f692e8094e 364 PANTHER PTHR21716 13 354 5.7E-66 T 17-09-2021 IPR002549 Transmembrane protein TqsA-like +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 Gene3D G3DSA:3.40.50.20 1 90 3.1E-27 T 17-09-2021 +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 TIGRFAM TIGR03570 NeuD_NnaD: sugar O-acyltransferase, sialic acid O-acetyltransferase NeuD family 5 178 2.8E-51 T 17-09-2021 IPR020019 Sialic acid O-acyltransferase NeuD-like +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 PANTHER PTHR43300 1 177 3.3E-41 T 17-09-2021 +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 CDD cd03360 LbH_AT_putative 7 171 4.65361E-56 T 17-09-2021 IPR020019 Sialic acid O-acyltransferase NeuD-like +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 120 154 1.4E-5 T 17-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 Pfam PF17836 PglD N-terminal domain 5 81 4.8E-24 T 17-09-2021 IPR041561 PglD, N-terminal +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 PANTHER PTHR43300:SF7 1 177 3.3E-41 T 17-09-2021 +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 Gene3D G3DSA:2.160.10.10 91 179 2.3E-19 T 17-09-2021 +MGYG000000001_02264 4db679caf492c0dfcad2a466caa141b6 179 SUPERFAMILY SSF51161 4 177 3.88E-33 T 17-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_02425 764a6f50c2c1c8e0a8858bb3f7e41d1d 65 Pfam PF06686 Stage III sporulation protein AC/AD protein family 6 61 2.5E-15 T 17-09-2021 IPR025664 Stage III sporulation protein AC/AD family +MGYG000000001_02425 764a6f50c2c1c8e0a8858bb3f7e41d1d 65 TIGRFAM TIGR02848 spore_III_AC: stage III sporulation protein AC 1 64 4.6E-21 T 17-09-2021 IPR009570 Stage III sporulation protein AC +MGYG000000001_02908 c78ff8913a97884c5986fb2db73d9b63 193 Coils Coil 121 141 - T 17-09-2021 +MGYG000000001_02908 c78ff8913a97884c5986fb2db73d9b63 193 Pfam PF13588 Type I restriction enzyme R protein N terminus (HSDR_N) 6 107 4.9E-6 T 17-09-2021 IPR029464 Type I restriction enzyme R protein, N-terminal domain +MGYG000000001_02297 2c61000e3b397ba52d9fae366947b39b 473 PIRSF PIRSF500217 1 473 6.5E-134 T 17-09-2021 IPR028362 Alginate O-acetyltransferase AlgI GO:0042121 +MGYG000000001_02297 2c61000e3b397ba52d9fae366947b39b 473 Pfam PF03062 MBOAT, membrane-bound O-acyltransferase family 154 348 7.8E-31 T 17-09-2021 IPR004299 Membrane bound O-acyl transferase, MBOAT +MGYG000000001_02297 2c61000e3b397ba52d9fae366947b39b 473 PIRSF PIRSF016636 1 473 8.8E-131 T 17-09-2021 IPR024194 Alginate O-acetyltransferase AlgI/D-alanyl transfer protein DltB +MGYG000000001_02297 2c61000e3b397ba52d9fae366947b39b 473 PANTHER PTHR13285:SF23 1 473 1.4E-113 T 17-09-2021 +MGYG000000001_02297 2c61000e3b397ba52d9fae366947b39b 473 PANTHER PTHR13285 1 473 1.4E-113 T 17-09-2021 +MGYG000000001_03036 2349f8110c93eb264027fb6884755ba3 100 SUPERFAMILY SSF55874 59 90 7.02E-5 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03036 2349f8110c93eb264027fb6884755ba3 100 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 49 90 6.68089E-4 T 17-09-2021 +MGYG000000001_03036 2349f8110c93eb264027fb6884755ba3 100 Gene3D G3DSA:2.130.10.10 3 59 6.3E-6 T 17-09-2021 IPR015943 WD40/YVTN repeat-like-containing domain superfamily GO:0005515 +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 Gene3D G3DSA:2.70.40.10 2 149 7.3E-43 T 17-09-2021 IPR036157 dUTPase-like superfamily +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 PANTHER PTHR11241:SF0 2 149 1.0E-38 T 17-09-2021 +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 PANTHER PTHR11241 2 149 1.0E-38 T 17-09-2021 IPR008181 Deoxyuridine triphosphate nucleotidohydrolase GO:0000287|GO:0004170|GO:0006226|GO:0046081 KEGG: 00240+3.6.1.23|KEGG: 00983+3.6.1.23 +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 TIGRFAM TIGR00576 dut: dUTP diphosphatase 3 148 2.9E-36 T 17-09-2021 IPR008181 Deoxyuridine triphosphate nucleotidohydrolase GO:0000287|GO:0004170|GO:0006226|GO:0046081 KEGG: 00240+3.6.1.23|KEGG: 00983+3.6.1.23 +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 CDD cd07557 trimeric_dUTPase 23 120 2.72579E-15 T 17-09-2021 IPR033704 dUTPase, trimeric +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 SUPERFAMILY SSF51283 5 148 2.36E-32 T 17-09-2021 IPR036157 dUTPase-like superfamily +MGYG000000001_03004 fe6b50607f96e061ff01480ff78be7fd 152 Pfam PF00692 dUTPase 14 148 6.4E-20 T 17-09-2021 IPR029054 dUTPase-like +MGYG000000001_03216 289294a2ba7826bc7deba39d0f93d5a8 84 Coils Coil 7 34 - T 17-09-2021 +MGYG000000001_03216 289294a2ba7826bc7deba39d0f93d5a8 84 Pfam PF10704 Protein of unknown function (DUF2508) 3 71 2.4E-15 T 17-09-2021 IPR019644 Protein of unknown function DUF2508 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 PIRSF PIRSF004869 2 306 3.0E-80 T 17-09-2021 IPR016431 Pyruvate-formate lyase-activating enzyme, predicted +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 SUPERFAMILY SSF102114 74 281 4.19E-30 T 17-09-2021 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 PANTHER PTHR30352 1 326 9.8E-107 T 17-09-2021 IPR034457 Organic radical-activating enzymes +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 SFLD SFLDG01101 Uncharacterised Radical SAM Subgroup 14 4 327 0.0 T 17-09-2021 IPR027596 AmmeMemoRadiSam system radical SAM enzyme +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 TIGRFAM TIGR04337 AmmeMemoSam_rS: AmmeMemoRadiSam system radical SAM enzyme 10 321 1.0E-80 T 17-09-2021 IPR027596 AmmeMemoRadiSam system radical SAM enzyme +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 PANTHER PTHR30352:SF23 1 326 9.8E-107 T 17-09-2021 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 Pfam PF13353 4Fe-4S single cluster domain 80 173 3.6E-6 T 17-09-2021 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 Gene3D G3DSA:3.20.20.70 73 279 2.6E-35 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 SFLD SFLDS00029 Radical SAM 4 327 0.0 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 CDD cd01335 Radical_SAM 79 269 1.68574E-12 T 17-09-2021 +MGYG000000001_02103 bf7dba7eff666282754276d8596e7751 328 Pfam PF04055 Radical SAM superfamily 79 230 2.3E-19 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 Coils Coil 36 56 - T 17-09-2021 +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 ProSiteProfiles PS50234 VWFA domain profile. 515 697 9.214 T 17-09-2021 IPR002035 von Willebrand factor, type A +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 SMART SM00327 513 691 1.2E-4 T 17-09-2021 IPR002035 von Willebrand factor, type A +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 Gene3D G3DSA:3.40.50.410 516 698 1.1E-7 T 17-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 SUPERFAMILY SSF53300 512 697 3.03E-13 T 17-09-2021 IPR036465 von Willebrand factor A-like domain superfamily +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 Coils Coil 321 341 - T 17-09-2021 +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 MobiDBLite mobidb-lite consensus disorder prediction 345 379 - T 17-09-2021 +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 PANTHER PTHR41248 331 697 2.8E-23 T 17-09-2021 +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 MobiDBLite mobidb-lite consensus disorder prediction 355 379 - T 17-09-2021 +MGYG000000001_01875 9c6732d516f38af232e642149f72327c 698 CDD cd01454 vWA_norD_type 514 680 3.64134E-37 T 17-09-2021 +MGYG000000001_02135 d16f13ab00a3c6a39b664daa7f62325c 414 PANTHER PTHR11119 2 403 5.9E-135 T 17-09-2021 +MGYG000000001_02135 d16f13ab00a3c6a39b664daa7f62325c 414 TIGRFAM TIGR00801 ncs2: uracil-xanthine permease 2 390 6.2E-94 T 17-09-2021 IPR006042 Xanthine/uracil permease GO:0016020|GO:0022857|GO:0055085 Reactome: R-HSA-196836 +MGYG000000001_02135 d16f13ab00a3c6a39b664daa7f62325c 414 ProSitePatterns PS01116 Xanthine/uracil permeases family signature. 307 327 - T 17-09-2021 IPR006042 Xanthine/uracil permease GO:0016020|GO:0022857|GO:0055085 Reactome: R-HSA-196836 +MGYG000000001_02135 d16f13ab00a3c6a39b664daa7f62325c 414 Pfam PF00860 Permease family 2 359 1.2E-83 T 17-09-2021 IPR006043 Xanthine/uracil/vitamin C permease GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02135 d16f13ab00a3c6a39b664daa7f62325c 414 PANTHER PTHR11119:SF49 2 403 5.9E-135 T 17-09-2021 IPR029935 Uracil permease GO:0015210|GO:0015857|GO:0016021 +MGYG000000001_02779 abeda5e97e1c77e99ad89f954d548fe5 192 PANTHER PTHR43823:SF1 1 192 1.1E-44 T 17-09-2021 +MGYG000000001_02779 abeda5e97e1c77e99ad89f954d548fe5 192 Pfam PF01554 MatE 22 182 2.2E-23 T 17-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02779 abeda5e97e1c77e99ad89f954d548fe5 192 PANTHER PTHR43823 1 192 1.1E-44 T 17-09-2021 +MGYG000000001_03170 2d2e35f19c0509f93d42b6d7d92571e1 96 PANTHER PTHR33169 6 83 4.2E-19 T 17-09-2021 +MGYG000000001_03170 2d2e35f19c0509f93d42b6d7d92571e1 96 Pfam PF03551 Transcriptional regulator PadR-like family 28 83 1.2E-11 T 17-09-2021 IPR005149 Transcription regulator PadR, N-terminal +MGYG000000001_03170 2d2e35f19c0509f93d42b6d7d92571e1 96 SUPERFAMILY SSF46785 14 83 4.89E-12 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03170 2d2e35f19c0509f93d42b6d7d92571e1 96 Gene3D G3DSA:1.10.10.10 9 91 4.5E-12 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03170 2d2e35f19c0509f93d42b6d7d92571e1 96 PANTHER PTHR33169:SF13 6 83 4.2E-19 T 17-09-2021 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 SUPERFAMILY SSF55083 1 149 4.05E-50 T 17-09-2021 IPR035907 7,8-Dihydro-6-hydroxymethylpterin-pyrophosphokinase HPPK superfamily KEGG: 00790+2.7.6.3|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539|MetaCyc: PWY-7852|MetaCyc: PWY-7853 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 Pfam PF01288 7,8-dihydro-6-hydroxymethylpterin-pyrophosphokinase (HPPK) 5 132 8.6E-37 T 17-09-2021 IPR000550 7,8-Dihydro-6-hydroxymethylpterin-pyrophosphokinase, HPPK GO:0003848|GO:0009396 KEGG: 00790+2.7.6.3|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539|MetaCyc: PWY-7852|MetaCyc: PWY-7853 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 Gene3D G3DSA:3.30.70.560 1 166 3.7E-54 T 17-09-2021 IPR035907 7,8-Dihydro-6-hydroxymethylpterin-pyrophosphokinase HPPK superfamily KEGG: 00790+2.7.6.3|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539|MetaCyc: PWY-7852|MetaCyc: PWY-7853 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 CDD cd00483 HPPK 5 131 9.20837E-68 T 17-09-2021 IPR000550 7,8-Dihydro-6-hydroxymethylpterin-pyrophosphokinase, HPPK GO:0003848|GO:0009396 KEGG: 00790+2.7.6.3|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539|MetaCyc: PWY-7852|MetaCyc: PWY-7853 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 ProSitePatterns PS00794 7,8-dihydro-6-hydroxymethylpterin-pyrophosphokinase signature. 88 99 - T 17-09-2021 IPR000550 7,8-Dihydro-6-hydroxymethylpterin-pyrophosphokinase, HPPK GO:0003848|GO:0009396 KEGG: 00790+2.7.6.3|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539|MetaCyc: PWY-7852|MetaCyc: PWY-7853 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 PANTHER PTHR43071 1 151 2.0E-49 T 17-09-2021 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 TIGRFAM TIGR01498 folK: 2-amino-4-hydroxy-6-hydroxymethyldihydropteridine diphosphokinase 5 131 1.0E-44 T 17-09-2021 IPR000550 7,8-Dihydro-6-hydroxymethylpterin-pyrophosphokinase, HPPK GO:0003848|GO:0009396 KEGG: 00790+2.7.6.3|MetaCyc: PWY-6147|MetaCyc: PWY-6148|MetaCyc: PWY-6797|MetaCyc: PWY-7539|MetaCyc: PWY-7852|MetaCyc: PWY-7853 +MGYG000000001_03103 ebb9c354af8b30b41312675bdd8f1848 168 PANTHER PTHR43071:SF1 1 151 2.0E-49 T 17-09-2021 +MGYG000000001_01811 75f1183cb3e7ab549e0340d295240d56 178 TIGRFAM TIGR01603 maj_tail_phi13: phage major tail protein, phi13 family 24 176 2.9E-13 T 17-09-2021 IPR006490 Phage major tail protein, phi13 family +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 CDD cd01658 Ribosomal_L30 4 56 6.29776E-23 T 17-09-2021 IPR005996 Ribosomal protein L30, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 PANTHER PTHR15892 1 58 8.0E-16 T 17-09-2021 IPR005996 Ribosomal protein L30, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 Gene3D G3DSA:3.30.1390.20 1 60 2.5E-25 T 17-09-2021 IPR036919 Ribosomal protein L30, ferredoxin-like fold domain superfamily +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 SUPERFAMILY SSF55129 1 59 1.31E-18 T 17-09-2021 IPR036919 Ribosomal protein L30, ferredoxin-like fold domain superfamily +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 PIRSF PIRSF002211 1 60 2.9E-26 T 17-09-2021 IPR005996 Ribosomal protein L30, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 TIGRFAM TIGR01308 rpmD_bact: ribosomal protein uL30 4 58 3.1E-23 T 17-09-2021 IPR005996 Ribosomal protein L30, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 Pfam PF00327 Ribosomal protein L30p/L7e 5 53 8.6E-20 T 17-09-2021 IPR016082 Ribosomal protein L30, ferredoxin-like fold domain +MGYG000000001_02574 dff33cc78ed889912b56212ad8c19623 61 Hamap MF_01371_B 50S ribosomal protein L30 [rpmD]. 1 58 17.873 T 17-09-2021 IPR005996 Ribosomal protein L30, bacterial-type GO:0003735|GO:0006412|GO:0015934 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 ProSitePatterns PS00716 Sigma-70 factors family signature 2. 227 253 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 37 256 3.3E-36 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PRINTS PR00046 Major sigma-70 factor signature 227 242 3.2E-12 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PRINTS PR00046 Major sigma-70 factor signature 66 79 3.2E-12 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PRINTS PR00046 Major sigma-70 factor signature 210 222 3.2E-12 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PRINTS PR00046 Major sigma-70 factor signature 242 253 3.2E-12 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PRINTS PR00046 Major sigma-70 factor signature 90 98 3.2E-12 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 TIGRFAM TIGR02980 SigBFG: RNA polymerase sigma-70 factor, sigma-B/F/G subfamily 36 256 9.8E-82 T 17-09-2021 IPR014322 RNA polymerase sigma-B/F/G type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 ProSitePatterns PS00715 Sigma-70 factors family signature 1. 66 79 - T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 Gene3D G3DSA:1.20.140.160 113 257 1.1E-27 T 17-09-2021 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 CDD cd06171 Sigma70_r4 203 254 2.38565E-13 T 17-09-2021 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 Pfam PF04539 Sigma-70 region 3 124 176 7.3E-8 T 17-09-2021 IPR007624 RNA polymerase sigma-70 region 3 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PIRSF PIRSF000770 11 257 1.1E-38 T 17-09-2021 IPR000943 RNA polymerase sigma-70 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PANTHER PTHR30603 1 256 1.7E-117 T 17-09-2021 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 Pfam PF04542 Sigma-70 region 2 42 110 6.3E-18 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 SUPERFAMILY SSF88946 6 110 1.11E-35 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 Gene3D G3DSA:1.20.120.1810 4 110 6.5E-29 T 17-09-2021 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 PANTHER PTHR30603:SF17 1 256 1.7E-117 T 17-09-2021 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 SUPERFAMILY SSF88659 114 189 1.7E-15 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 TIGRFAM TIGR02850 spore_sigG: RNA polymerase sigma-G factor 4 257 1.3E-142 T 17-09-2021 IPR014212 RNA polymerase sigma-G type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 Pfam PF04545 Sigma-70, region 4 206 255 4.3E-15 T 17-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_01213 ed2b8a8dddf27a131dbe0506459c5f68 257 SUPERFAMILY SSF88659 176 256 1.59E-16 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 Hamap MF_00291_B 30S ribosomal protein S2 [rpsB]. 2 225 43.19 T 17-09-2021 IPR005706 Ribosomal protein S2, bacteria/mitochondria/plastid GO:0003735|GO:0006412|GO:0015935 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 ProSitePatterns PS00962 Ribosomal protein S2 signature 1. 6 17 - T 17-09-2021 IPR018130 Ribosomal protein S2, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PANTHER PTHR12534 3 233 5.1E-98 T 17-09-2021 IPR005706 Ribosomal protein S2, bacteria/mitochondria/plastid GO:0003735|GO:0006412|GO:0015935 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 Gene3D G3DSA:1.10.287.610 100 151 5.9E-22 T 17-09-2021 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 TIGRFAM TIGR01011 rpsB_bact: ribosomal protein uS2 3 226 7.6E-108 T 17-09-2021 IPR005706 Ribosomal protein S2, bacteria/mitochondria/plastid GO:0003735|GO:0006412|GO:0015935 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 ProSitePatterns PS00963 Ribosomal protein S2 signature 2. 158 182 - T 17-09-2021 IPR018130 Ribosomal protein S2, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PRINTS PR00395 Ribosomal protein S2 signature 175 186 6.2E-41 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PRINTS PR00395 Ribosomal protein S2 signature 158 175 6.2E-41 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PRINTS PR00395 Ribosomal protein S2 signature 6 24 6.2E-41 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PRINTS PR00395 Ribosomal protein S2 signature 87 104 6.2E-41 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PRINTS PR00395 Ribosomal protein S2 signature 37 46 6.2E-41 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PRINTS PR00395 Ribosomal protein S2 signature 196 210 6.2E-41 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 Pfam PF00318 Ribosomal protein S2 9 224 1.1E-100 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 SUPERFAMILY SSF52313 6 232 2.88E-98 T 17-09-2021 IPR023591 Ribosomal protein S2, flavodoxin-like domain superfamily +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 PANTHER PTHR12534:SF0 3 233 5.1E-98 T 17-09-2021 +MGYG000000001_01683 2c61140f2f922c7af0b3c18729706baf 240 CDD cd01425 RPS2 9 223 3.08752E-111 T 17-09-2021 IPR001865 Ribosomal protein S2 GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 PANTHER PTHR33866 4 124 1.9E-42 T 17-09-2021 IPR003826 S-adenosylmethionine decarboxylase family, prokaryotic GO:0004014|GO:0008295 KEGG: 00270+4.1.1.50|KEGG: 00330+4.1.1.50|MetaCyc: PWY-6834 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 SUPERFAMILY SSF56276 4 118 4.32E-40 T 17-09-2021 IPR016067 S-adenosylmethionine decarboxylase, core GO:0004014|GO:0008295 KEGG: 00270+4.1.1.50|KEGG: 00330+4.1.1.50|MetaCyc: PWY-6834|Reactome: R-HSA-351202 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 TIGRFAM TIGR03330 SAM_DCase_Bsu: S-adenosylmethionine decarboxylase proenzyme 5 114 1.5E-43 T 17-09-2021 IPR017716 S-adenosylmethionine decarboxylase proenzyme GO:0004014|GO:0008295 KEGG: 00270+4.1.1.50|KEGG: 00330+4.1.1.50|MetaCyc: PWY-6834 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 Hamap MF_00464 S-adenosylmethionine decarboxylase proenzyme [speH]. 3 118 30.105 T 17-09-2021 IPR017716 S-adenosylmethionine decarboxylase proenzyme GO:0004014|GO:0008295 KEGG: 00270+4.1.1.50|KEGG: 00330+4.1.1.50|MetaCyc: PWY-6834 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 Pfam PF02675 S-adenosylmethionine decarboxylase 9 114 3.0E-39 T 17-09-2021 IPR003826 S-adenosylmethionine decarboxylase family, prokaryotic GO:0004014|GO:0008295 KEGG: 00270+4.1.1.50|KEGG: 00330+4.1.1.50|MetaCyc: PWY-6834 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 Gene3D G3DSA:3.30.160.750 65 127 3.1E-22 T 17-09-2021 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 PANTHER PTHR33866:SF2 4 124 1.9E-42 T 17-09-2021 +MGYG000000001_02091 912f8e5275a7cbe42e431147d76047d1 141 Gene3D G3DSA:3.30.360.110 3 64 3.7E-25 T 17-09-2021 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 MobiDBLite mobidb-lite consensus disorder prediction 97 120 - T 17-09-2021 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 Gene3D G3DSA:1.20.5.710 1 50 1.9E-20 T 17-09-2021 IPR036235 Ribosomal protein L7/L12, oligomerisation domain superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 TIGRFAM TIGR00855 L12: ribosomal protein bL12 2 120 1.1E-47 T 17-09-2021 IPR000206 Ribosomal protein L7/L12 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 Gene3D G3DSA:3.30.1390.10 51 120 3.5E-32 T 17-09-2021 IPR014719 Ribosomal protein L7/L12, C-terminal/adaptor protein ClpS-like +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 CDD cd00387 Ribosomal_L7_L12 1 119 2.06879E-36 T 17-09-2021 IPR000206 Ribosomal protein L7/L12 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 Pfam PF00542 Ribosomal protein L7/L12 C-terminal domain 54 120 2.7E-31 T 17-09-2021 IPR013823 Ribosomal protein L7/L12, C-terminal GO:0003735|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 SUPERFAMILY SSF54736 49 120 9.42E-26 T 17-09-2021 IPR014719 Ribosomal protein L7/L12, C-terminal/adaptor protein ClpS-like +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 Hamap MF_00368 50S ribosomal protein L7/L12 [rplL]. 1 120 25.191 T 17-09-2021 IPR000206 Ribosomal protein L7/L12 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 Pfam PF16320 Ribosomal protein L7/L12 dimerisation domain 2 48 1.5E-19 T 17-09-2021 IPR008932 Ribosomal protein L7/L12, oligomerisation GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 PANTHER PTHR45987 3 120 1.6E-37 T 17-09-2021 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 PANTHER PTHR45987:SF4 3 120 1.6E-37 T 17-09-2021 +MGYG000000001_02458 6fe2b007dfc5d38774bc6e70b55d70f6 120 SUPERFAMILY SSF48300 1 56 5.49E-16 T 17-09-2021 IPR036235 Ribosomal protein L7/L12, oligomerisation domain superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 PANTHER PTHR30387 1 350 7.9E-122 T 17-09-2021 IPR004628 Mannonate dehydratase GO:0006064|GO:0008927 KEGG: 00040+4.2.1.8|MetaCyc: PWY-7242 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 SUPERFAMILY SSF51658 1 341 2.82E-88 T 17-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 TIGRFAM TIGR00695 uxuA: mannonate dehydratase 145 349 1.3E-61 T 17-09-2021 IPR004628 Mannonate dehydratase GO:0006064|GO:0008927 KEGG: 00040+4.2.1.8|MetaCyc: PWY-7242 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 PIRSF PIRSF016049 1 145 1.1E-49 T 17-09-2021 IPR004628 Mannonate dehydratase GO:0006064|GO:0008927 KEGG: 00040+4.2.1.8|MetaCyc: PWY-7242 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 PIRSF PIRSF016049 141 351 1.4E-75 T 17-09-2021 IPR004628 Mannonate dehydratase GO:0006064|GO:0008927 KEGG: 00040+4.2.1.8|MetaCyc: PWY-7242 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 Hamap MF_00106 Mannonate dehydratase [uxuA]. 1 366 168.412 T 17-09-2021 IPR004628 Mannonate dehydratase GO:0006064|GO:0008927 KEGG: 00040+4.2.1.8|MetaCyc: PWY-7242 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 Pfam PF03786 D-mannonate dehydratase (UxuA) 1 344 2.6E-147 T 17-09-2021 IPR004628 Mannonate dehydratase GO:0006064|GO:0008927 KEGG: 00040+4.2.1.8|MetaCyc: PWY-7242 +MGYG000000001_02209 d467105990ed4701d338526d6094fe91 366 Gene3D G3DSA:3.20.20.150 1 361 3.4E-149 T 17-09-2021 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 Gene3D G3DSA:1.20.120.1810 1 102 4.7E-20 T 17-09-2021 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 SUPERFAMILY SSF88659 107 184 1.92E-15 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 CDD cd06171 Sigma70_r4 199 250 2.4317E-7 T 17-09-2021 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 Pfam PF04542 Sigma-70 region 2 34 103 1.2E-15 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 Gene3D G3DSA:1.20.140.160 106 256 1.8E-27 T 17-09-2021 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 31 252 4.6E-29 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 PANTHER PTHR30385 24 255 5.5E-55 T 17-09-2021 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 SUPERFAMILY SSF88946 10 104 6.41E-28 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 Coils Coil 111 131 - T 17-09-2021 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 Pfam PF04539 Sigma-70 region 3 113 186 4.8E-12 T 17-09-2021 IPR007624 RNA polymerase sigma-70 region 3 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 Pfam PF04545 Sigma-70, region 4 203 251 1.0E-12 T 17-09-2021 IPR007630 RNA polymerase sigma-70 region 4 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 SUPERFAMILY SSF88659 167 255 3.18E-13 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 TIGRFAM TIGR02980 SigBFG: RNA polymerase sigma-70 factor, sigma-B/F/G subfamily 28 253 9.9E-76 T 17-09-2021 IPR014322 RNA polymerase sigma-B/F/G type GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_00958 4c4f5118b474ee58fe65c814e90603f2 257 PANTHER PTHR30385:SF4 24 255 5.5E-55 T 17-09-2021 +MGYG000000001_02111 8478021ffbc8d5129723d163b213ac0e 139 SUPERFAMILY SSF109604 3 76 1.67E-16 T 17-09-2021 +MGYG000000001_02111 8478021ffbc8d5129723d163b213ac0e 139 Gene3D G3DSA:1.10.3210.10 1 100 1.5E-19 T 17-09-2021 +MGYG000000001_02111 8478021ffbc8d5129723d163b213ac0e 139 PANTHER PTHR11373 75 138 6.9E-42 T 17-09-2021 +MGYG000000001_02111 8478021ffbc8d5129723d163b213ac0e 139 PANTHER PTHR11373 1 75 6.9E-42 T 17-09-2021 +MGYG000000001_02111 8478021ffbc8d5129723d163b213ac0e 139 PANTHER PTHR11373:SF26 1 75 6.9E-42 T 17-09-2021 +MGYG000000001_02111 8478021ffbc8d5129723d163b213ac0e 139 PANTHER PTHR11373:SF26 75 138 6.9E-42 T 17-09-2021 +MGYG000000001_01371 b9a87b11b6593278d05ac2c65bef9a24 200 Pfam PF04286 Protein of unknown function (DUF445) 13 123 2.2E-18 T 17-09-2021 IPR007383 Protein of unknown function DUF445 +MGYG000000001_01371 b9a87b11b6593278d05ac2c65bef9a24 200 Pfam PF04286 Protein of unknown function (DUF445) 71 200 1.8E-16 T 17-09-2021 IPR007383 Protein of unknown function DUF445 +MGYG000000001_01371 b9a87b11b6593278d05ac2c65bef9a24 200 PANTHER PTHR35791 1 102 7.9E-40 T 17-09-2021 +MGYG000000001_01371 b9a87b11b6593278d05ac2c65bef9a24 200 PANTHER PTHR35791 84 198 7.9E-40 T 17-09-2021 +MGYG000000001_01648 cde3973e6fa5c05520212dcf6b56bba8 63 Pfam PF08141 Small acid-soluble spore protein H family 1 60 2.5E-8 T 17-09-2021 IPR012610 Small acid-soluble spore protein, SspH GO:0030436|GO:0042601 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Gene3D G3DSA:1.10.10.10 725 789 3.3E-26 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 SMART SM00843 728 793 5.6E-39 T 17-09-2021 IPR018541 FtsK gamma domain +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Pfam PF17854 FtsK alpha domain 336 435 3.7E-34 T 17-09-2021 IPR041027 FtsK alpha domain +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 ProSiteProfiles PS50901 FtsK domain profile. 469 655 40.356 T 17-09-2021 IPR002543 FtsK domain GO:0000166|GO:0003677|GO:0005524 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Pfam PF09397 Ftsk gamma domain 730 791 3.7E-29 T 17-09-2021 IPR018541 FtsK gamma domain +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 PANTHER PTHR22683 255 798 4.5E-234 T 17-09-2021 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 SUPERFAMILY SSF46785 728 794 2.38E-21 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Pfam PF01580 FtsK/SpoIIIE family 443 579 2.5E-47 T 17-09-2021 IPR002543 FtsK domain GO:0000166|GO:0003677|GO:0005524 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Gene3D G3DSA:3.40.50.300 440 717 2.3E-109 T 17-09-2021 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Pfam PF13491 4TM region of DNA translocase FtsK/SpoIIIE 41 180 3.4E-5 T 17-09-2021 IPR025199 DNA translocase FtsK, 4TM region +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 PANTHER PTHR22683:SF42 255 798 4.5E-234 T 17-09-2021 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 SUPERFAMILY SSF52540 416 701 5.52E-48 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 Gene3D G3DSA:3.30.980.40 335 439 9.2E-38 T 17-09-2021 +MGYG000000001_01593 919e384152dd269af209c086adfd19ce 801 SMART SM00382 478 650 7.1E-7 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 PANTHER PTHR34477:SF1 2 90 2.5E-28 T 17-09-2021 +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 CDD cd10456 GIY-YIG_UPF0213 2 65 5.21328E-26 T 17-09-2021 +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 Pfam PF01541 GIY-YIG catalytic domain 1 72 4.3E-18 T 17-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 SUPERFAMILY SSF82771 1 72 4.97E-14 T 17-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 Gene3D G3DSA:3.40.1440.10 1 94 3.7E-26 T 17-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 ProSiteProfiles PS50164 GIY-YIG domain profile. 1 75 21.764 T 17-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 PANTHER PTHR34477 2 90 2.5E-28 T 17-09-2021 +MGYG000000001_00557 f3e72899476782529a8e20a6b0a71f4d 97 SMART SM00465 1 78 0.0024 T 17-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_02288 a359a5c2d6f5ff5f660f4cd503d521c0 81 Coils Coil 14 34 - T 17-09-2021 +MGYG000000001_02288 a359a5c2d6f5ff5f660f4cd503d521c0 81 CDD cd02980 TRX_Fd_family 4 61 5.57293E-11 T 17-09-2021 +MGYG000000001_02288 a359a5c2d6f5ff5f660f4cd503d521c0 81 SUPERFAMILY SSF52833 4 62 1.45E-9 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02288 a359a5c2d6f5ff5f660f4cd503d521c0 81 Gene3D G3DSA:3.40.30.10 1 78 2.3E-11 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 Gene3D G3DSA:3.30.420.40 133 298 2.6E-62 T 17-09-2021 +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 Pfam PF00814 Glycoprotease family 97 308 1.1E-21 T 17-09-2021 IPR000905 Gcp-like domain +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 Gene3D G3DSA:3.30.420.40 10 314 2.6E-62 T 17-09-2021 +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 166 187 2.8E-9 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 105 124 2.8E-9 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 10 23 2.8E-9 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 PRINTS PR00789 O-sialoglycoprotein endopeptidase (M22) metallo-protease family signature 268 277 2.8E-9 T 17-09-2021 IPR017861 Kae1/TsaD family +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 PANTHER PTHR11735 7 318 1.2E-28 T 17-09-2021 IPR000905 Gcp-like domain +MGYG000000001_02433 db891f5e03b1b4798dd37e110352364e 321 SUPERFAMILY SSF53067 8 308 1.24E-19 T 17-09-2021 +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 Pfam PF01895 PhoU domain 19 104 4.4E-20 T 17-09-2021 IPR026022 PhoU domain +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 Pfam PF01895 PhoU domain 120 204 8.4E-19 T 17-09-2021 IPR026022 PhoU domain +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 PANTHER PTHR42930 5 215 9.6E-55 T 17-09-2021 +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 SUPERFAMILY SSF109755 5 215 6.07E-59 T 17-09-2021 +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 Gene3D G3DSA:1.20.58.220 4 217 1.0E-60 T 17-09-2021 IPR038078 PhoU-like domain superfamily +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 PIRSF PIRSF003107 1 217 1.0E-59 T 17-09-2021 IPR028366 Phosphate transport system protein PhoU GO:0030643|GO:0045936 +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 PANTHER PTHR42930:SF3 5 215 9.6E-55 T 17-09-2021 IPR028366 Phosphate transport system protein PhoU GO:0030643|GO:0045936 +MGYG000000001_00062 eb8f50abc17cd6dbd9b890ab8ea074d1 217 TIGRFAM TIGR02135 phoU_full: phosphate transport system regulatory protein PhoU 7 213 1.4E-53 T 17-09-2021 IPR028366 Phosphate transport system protein PhoU GO:0030643|GO:0045936 +MGYG000000001_02390 cee4b8e069ad0d23e2c0297c5f9dc34f 348 Pfam PF18705 Family of unknown function (DUF5643) 228 343 8.3E-11 T 17-09-2021 IPR040680 Domain of unknown function DUF5643 +MGYG000000001_03048 ea179b9a0afb15f9cf224861688cf3f0 428 Gene3D G3DSA:3.40.50.11440 30 275 3.8E-135 T 17-09-2021 +MGYG000000001_03048 ea179b9a0afb15f9cf224861688cf3f0 428 Gene3D G3DSA:3.90.226.30 7 420 3.8E-135 T 17-09-2021 +MGYG000000001_03048 ea179b9a0afb15f9cf224861688cf3f0 428 Pfam PF09861 Lactate racemase N-terminal domain 8 208 6.6E-72 T 17-09-2021 IPR018657 LarA-like, N-terminal GO:0050043 KEGG: 00620+5.1.2.1 +MGYG000000001_03048 ea179b9a0afb15f9cf224861688cf3f0 428 PANTHER PTHR33171 1 426 3.2E-114 T 17-09-2021 +MGYG000000001_02916 16a6b75d24cc3d92bcd96ae72921de91 362 SUPERFAMILY SSF52467 2 311 1.12E-10 T 17-09-2021 IPR029035 DHS-like NAD/FAD-binding domain superfamily +MGYG000000001_02916 16a6b75d24cc3d92bcd96ae72921de91 362 Pfam PF13289 SIR2-like domain 150 314 5.7E-6 T 17-09-2021 IPR039444 SIR2-like domain +MGYG000000001_02916 16a6b75d24cc3d92bcd96ae72921de91 362 ProSiteProfiles PS50305 Sirtuin catalytic domain profile. 1 362 9.006 T 17-09-2021 IPR026590 Sirtuin family, catalytic core domain +MGYG000000001_01032 7374e74ca9b85f038dfc5649e1f323d8 245 Pfam PF08680 TATA-box binding 61 245 1.0E-38 T 17-09-2021 IPR014794 TATA-box binding +MGYG000000001_01032 7374e74ca9b85f038dfc5649e1f323d8 245 Gene3D G3DSA:3.30.360.40 172 245 1.2E-17 T 17-09-2021 +MGYG000000001_01032 7374e74ca9b85f038dfc5649e1f323d8 245 SUPERFAMILY SSF143842 63 241 6.02E-42 T 17-09-2021 IPR036209 YwmB-like superfamily +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 SUPERFAMILY SSF53098 4 179 9.11E-17 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 SMART SM00479 2 189 2.0E-4 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 Gene3D G3DSA:3.30.420.10 2 186 1.6E-27 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 CDD cd06133 ERI-1_3'hExo_like 4 180 7.18374E-36 T 17-09-2021 +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 Pfam PF00929 Exonuclease 5 177 6.5E-12 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 Coils Coil 291 311 - T 17-09-2021 +MGYG000000001_00199 2c7e8ad4f2043e5a2fcbabc0522f2e72 334 PANTHER PTHR23044 6 178 7.3E-20 T 17-09-2021 +MGYG000000001_01723 d8fcc4908648c0ff8297531ba9a05fc0 298 SUPERFAMILY SSF109604 139 268 1.6E-16 T 17-09-2021 +MGYG000000001_01724 d8fcc4908648c0ff8297531ba9a05fc0 298 SUPERFAMILY SSF109604 139 268 1.6E-16 T 17-09-2021 +MGYG000000001_01723 d8fcc4908648c0ff8297531ba9a05fc0 298 Pfam PF01966 HD domain 149 268 1.3E-8 T 17-09-2021 IPR006674 HD domain +MGYG000000001_01724 d8fcc4908648c0ff8297531ba9a05fc0 298 Pfam PF01966 HD domain 149 268 1.3E-8 T 17-09-2021 IPR006674 HD domain +MGYG000000001_01723 d8fcc4908648c0ff8297531ba9a05fc0 298 Gene3D G3DSA:1.10.3210.10 119 296 6.4E-14 T 17-09-2021 +MGYG000000001_01724 d8fcc4908648c0ff8297531ba9a05fc0 298 Gene3D G3DSA:1.10.3210.10 119 296 6.4E-14 T 17-09-2021 +MGYG000000001_01723 d8fcc4908648c0ff8297531ba9a05fc0 298 CDD cd00077 HDc 146 278 4.92094E-10 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_01724 d8fcc4908648c0ff8297531ba9a05fc0 298 CDD cd00077 HDc 146 278 4.92094E-10 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_01723 d8fcc4908648c0ff8297531ba9a05fc0 298 PANTHER PTHR37294 5 297 2.3E-73 T 17-09-2021 +MGYG000000001_01724 d8fcc4908648c0ff8297531ba9a05fc0 298 PANTHER PTHR37294 5 297 2.3E-73 T 17-09-2021 +MGYG000000001_01723 d8fcc4908648c0ff8297531ba9a05fc0 298 SMART SM00471 144 278 3.6E-6 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_01724 d8fcc4908648c0ff8297531ba9a05fc0 298 SMART SM00471 144 278 3.6E-6 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 PANTHER PTHR34386 1 74 9.8E-16 T 17-09-2021 +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 Pfam PF00462 Glutaredoxin 4 62 2.4E-13 T 17-09-2021 IPR002109 Glutaredoxin GO:0009055|GO:0015035|GO:0045454 +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 PANTHER PTHR34386:SF1 1 74 9.8E-16 T 17-09-2021 +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 ProSiteProfiles PS51354 Glutaredoxin domain profile. 1 75 13.693 T 17-09-2021 IPR002109 Glutaredoxin GO:0009055|GO:0015035|GO:0045454 +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 Gene3D G3DSA:3.40.30.10 1 75 1.0E-20 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 CDD cd02976 NrdH 3 74 3.35473E-20 T 17-09-2021 +MGYG000000001_03066 4ef8c93943d3fad6a0333794265c2410 75 SUPERFAMILY SSF52833 1 67 3.44E-17 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 SMART SM00358 166 233 2.2E-18 T 17-09-2021 IPR014720 Double-stranded RNA-binding domain +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 Gene3D G3DSA:1.10.1520.10 10 157 6.1E-49 T 17-09-2021 IPR036389 Ribonuclease III, endonuclease domain superfamily GO:0004525|GO:0006396 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 ProSiteProfiles PS50137 Double stranded RNA-binding domain (dsRBD) profile. 165 233 19.879 T 17-09-2021 IPR014720 Double-stranded RNA-binding domain +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 SMART SM00535 26 159 2.9E-52 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 ProSitePatterns PS00517 Ribonuclease III family signature. 48 56 - T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 SUPERFAMILY SSF54768 120 232 4.71E-22 T 17-09-2021 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 Pfam PF00035 Double-stranded RNA binding motif 166 231 1.5E-15 T 17-09-2021 IPR014720 Double-stranded RNA-binding domain +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 SUPERFAMILY SSF69065 6 168 1.59E-49 T 17-09-2021 IPR036389 Ribonuclease III, endonuclease domain superfamily GO:0004525|GO:0006396 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 CDD cd00593 RIBOc 26 154 1.05878E-55 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 PANTHER PTHR11207:SF0 14 230 6.0E-39 T 17-09-2021 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 Pfam PF14622 Ribonuclease-III-like 24 150 3.2E-43 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 Hamap MF_00104 Ribonuclease 3 [rnc]. 14 229 31.077 T 17-09-2021 IPR011907 Ribonuclease III GO:0003723|GO:0004525|GO:0016075 Reactome: R-HSA-203927 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 ProSiteProfiles PS50142 Ribonuclease III family domain profile. 11 138 42.393 T 17-09-2021 IPR000999 Ribonuclease III domain GO:0004525|GO:0006396 Reactome: R-HSA-203927 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 CDD cd00048 DSRM 165 232 3.65944E-23 T 17-09-2021 IPR014720 Double-stranded RNA-binding domain +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 Gene3D G3DSA:3.30.160.20 165 232 3.6E-20 T 17-09-2021 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 PANTHER PTHR11207 14 230 6.0E-39 T 17-09-2021 +MGYG000000001_01305 330dc01acfbde6fea3eaa3a113914831 233 TIGRFAM TIGR02191 RNaseIII: ribonuclease III 14 232 3.8E-80 T 17-09-2021 IPR011907 Ribonuclease III GO:0003723|GO:0004525|GO:0016075 Reactome: R-HSA-203927 +MGYG000000001_01677 3134dd69c87952c036c3c9d3f9612aa3 259 PANTHER PTHR46382 2 258 1.0E-56 T 17-09-2021 +MGYG000000001_01677 3134dd69c87952c036c3c9d3f9612aa3 259 Pfam PF01148 Cytidylyltransferase family 3 257 1.4E-57 T 17-09-2021 +MGYG000000001_01677 3134dd69c87952c036c3c9d3f9612aa3 259 ProSitePatterns PS01315 Phosphatidate cytidylyltransferase signature. 215 241 - T 17-09-2021 IPR000374 Phosphatidate cytidylyltransferase GO:0016020|GO:0016772 KEGG: 00564+2.7.7.41|KEGG: 04070+2.7.7.41|MetaCyc: PWY-5667|MetaCyc: PWY-5981|MetaCyc: PWY-7817 +MGYG000000001_02200 d13326a1d638061715e6ffce197b6375 186 CDD cd00544 CobU 4 184 1.54984E-67 T 17-09-2021 IPR003203 Cobinamide kinase/cobinamide phosphate guanyltransferase GO:0000166|GO:0009236|GO:0043752|GO:0051188 KEGG: 00860+2.7.7.62+2.7.1.156|MetaCyc: PWY-6269|MetaCyc: PWY-7962|MetaCyc: PWY-7971|MetaCyc: PWY-7972 +MGYG000000001_02200 d13326a1d638061715e6ffce197b6375 186 PIRSF PIRSF006135 3 186 1.9E-56 T 17-09-2021 IPR003203 Cobinamide kinase/cobinamide phosphate guanyltransferase GO:0000166|GO:0009236|GO:0043752|GO:0051188 KEGG: 00860+2.7.7.62+2.7.1.156|MetaCyc: PWY-6269|MetaCyc: PWY-7962|MetaCyc: PWY-7971|MetaCyc: PWY-7972 +MGYG000000001_02200 d13326a1d638061715e6ffce197b6375 186 Gene3D G3DSA:3.40.50.300 4 185 8.0E-60 T 17-09-2021 +MGYG000000001_02200 d13326a1d638061715e6ffce197b6375 186 PANTHER PTHR34848 1 185 1.5E-62 T 17-09-2021 IPR003203 Cobinamide kinase/cobinamide phosphate guanyltransferase GO:0000166|GO:0009236|GO:0043752|GO:0051188 KEGG: 00860+2.7.7.62+2.7.1.156|MetaCyc: PWY-6269|MetaCyc: PWY-7962|MetaCyc: PWY-7971|MetaCyc: PWY-7972 +MGYG000000001_02200 d13326a1d638061715e6ffce197b6375 186 Pfam PF02283 Cobinamide kinase / cobinamide phosphate guanyltransferase 5 184 1.6E-58 T 17-09-2021 IPR003203 Cobinamide kinase/cobinamide phosphate guanyltransferase GO:0000166|GO:0009236|GO:0043752|GO:0051188 KEGG: 00860+2.7.7.62+2.7.1.156|MetaCyc: PWY-6269|MetaCyc: PWY-7962|MetaCyc: PWY-7971|MetaCyc: PWY-7972 +MGYG000000001_02200 d13326a1d638061715e6ffce197b6375 186 SUPERFAMILY SSF52540 4 185 6.82E-53 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 Pfam PF00583 Acetyltransferase (GNAT) family 33 142 1.3E-15 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 PANTHER PTHR43420 2 162 8.1E-20 T 17-09-2021 +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 SUPERFAMILY SSF55729 2 160 3.21E-27 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 Gene3D G3DSA:3.40.630.30 1 165 1.0E-42 T 17-09-2021 +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 CDD cd04301 NAT_SF 51 122 4.65209E-9 T 17-09-2021 +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 1 165 18.957 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01871 ee1f631aee3c26ed67cd75f431f50699 165 PANTHER PTHR43420:SF10 2 162 8.1E-20 T 17-09-2021 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 Pfam PF00999 Sodium/hydrogen exchanger family 10 381 9.9E-47 T 17-09-2021 IPR006153 Cation/H+ exchanger GO:0006812|GO:0015299|GO:0016021|GO:0055085 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 PANTHER PTHR32507:SF7 3 465 6.1E-151 T 17-09-2021 IPR030151 K(+)/H(+) antiporter NhaP GO:0005451|GO:0006813|GO:0016021 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 ProSiteProfiles PS51202 RCK C-terminal domain profile. 395 470 13.786 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 Pfam PF02080 TrkA-C domain 409 464 6.1E-15 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 Gene3D G3DSA:3.30.70.1450 399 470 7.1E-18 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 Gene3D G3DSA:1.20.1530.20 3 386 1.8E-21 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 PANTHER PTHR32507 3 465 6.1E-151 T 17-09-2021 +MGYG000000001_03250 36021c78cf14922b3434f2c4905c6279 470 SUPERFAMILY SSF116726 400 464 1.7E-13 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 CDD cd00563 Dtyr_deacylase 1 145 7.75428E-87 T 17-09-2021 IPR003732 D-aminoacyl-tRNA deacylase DTD GO:0002161|GO:0005737|GO:0051499 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 Gene3D G3DSA:3.50.80.10 1 147 6.1E-63 T 17-09-2021 IPR023509 D-aminoacyl-tRNA deacylase-like superfamily +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 PANTHER PTHR10472 1 147 5.5E-58 T 17-09-2021 IPR003732 D-aminoacyl-tRNA deacylase DTD GO:0002161|GO:0005737|GO:0051499 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 Hamap MF_00518 D-aminoacyl-tRNA deacylase [dtd]. 1 145 37.598 T 17-09-2021 IPR003732 D-aminoacyl-tRNA deacylase DTD GO:0002161|GO:0005737|GO:0051499 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 TIGRFAM TIGR00256 TIGR00256: D-tyrosyl-tRNA(Tyr) deacylase 1 145 5.8E-63 T 17-09-2021 IPR003732 D-aminoacyl-tRNA deacylase DTD GO:0002161|GO:0005737|GO:0051499 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 PANTHER PTHR10472:SF5 1 147 5.5E-58 T 17-09-2021 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 Pfam PF02580 D-Tyr-tRNA(Tyr) deacylase 2 144 1.2E-60 T 17-09-2021 IPR003732 D-aminoacyl-tRNA deacylase DTD GO:0002161|GO:0005737|GO:0051499 +MGYG000000001_00352 ea7098a81190e27d00d7bfb8f3ff9327 149 SUPERFAMILY SSF69500 1 145 3.53E-60 T 17-09-2021 IPR023509 D-aminoacyl-tRNA deacylase-like superfamily +MGYG000000001_02358 a42480988beefdd78f06d66e13cf0fc9 531 Pfam PF16949 Putative ATP-binding cassette 34 488 2.9E-9 T 17-09-2021 IPR031599 Putative ATP-binding cassette +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 PANTHER PTHR43025:SF3 2 403 1.4E-85 T 17-09-2021 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 SUPERFAMILY SSF53756 52 401 4.35E-34 T 17-09-2021 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 Pfam PF04101 Glycosyltransferase family 28 C-terminal domain 232 334 2.3E-8 T 17-09-2021 IPR007235 Glycosyl transferase, family 28, C-terminal GO:0016758 KEGG: 00550+2.4.1.227|MetaCyc: PWY-5265|MetaCyc: PWY-6385|MetaCyc: PWY-6470|MetaCyc: PWY-6471|Reactome: R-HSA-446193|Reactome: R-HSA-5633231 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 Pfam PF06925 Monogalactosyldiacylglycerol (MGDG) synthase 16 150 1.0E-14 T 17-09-2021 IPR009695 Diacylglycerol glucosyltransferase, N-terminal GO:0009247|GO:0016758 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 Pfam PF06925 Monogalactosyldiacylglycerol (MGDG) synthase 155 207 2.1E-12 T 17-09-2021 IPR009695 Diacylglycerol glucosyltransferase, N-terminal GO:0009247|GO:0016758 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 Gene3D G3DSA:3.40.50.2000 217 384 2.0E-29 T 17-09-2021 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 PANTHER PTHR43025 2 403 1.4E-85 T 17-09-2021 +MGYG000000001_03065 cf9158b24930b2ad579a20ea2179ea90 404 CDD cd17507 GT28_Beta-DGS-like 5 400 3.21834E-135 T 17-09-2021 +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 Pfam PF04542 Sigma-70 region 2 6 72 1.9E-16 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 3 157 1.0E-27 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 SUPERFAMILY SSF88659 88 158 5.42E-10 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 PANTHER PTHR43133 3 157 2.9E-29 T 17-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 SUPERFAMILY SSF88946 4 85 1.05E-21 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 Gene3D G3DSA:1.10.10.10 87 160 4.2E-7 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03196 522f4cd30b1dff02e61a70775c3b217e 165 Gene3D G3DSA:1.10.1740.10 2 69 6.7E-22 T 17-09-2021 +MGYG000000001_00195 811359e59be3cb4a88d24dcea1d804a7 298 Pfam PF02687 FtsX-like permease family 200 294 1.2E-6 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_00195 811359e59be3cb4a88d24dcea1d804a7 298 Pfam PF18075 FtsX extracellular domain 62 152 1.3E-20 T 17-09-2021 IPR040690 FtsX, extracellular domain +MGYG000000001_00195 811359e59be3cb4a88d24dcea1d804a7 298 Gene3D G3DSA:3.30.70.3040 59 157 7.3E-9 T 17-09-2021 +MGYG000000001_00195 811359e59be3cb4a88d24dcea1d804a7 298 PANTHER PTHR47755 4 298 2.7E-69 T 17-09-2021 IPR004513 Cell division protein FtsX GO:0016021 +MGYG000000001_00195 811359e59be3cb4a88d24dcea1d804a7 298 PIRSF PIRSF003097 1 298 3.7E-71 T 17-09-2021 IPR004513 Cell division protein FtsX GO:0016021 +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 SUPERFAMILY SSF52540 25 251 6.0E-46 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 CDD cd02037 Mrp_NBP35 32 244 1.1855E-101 T 17-09-2021 +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 Pfam PF10609 NUBPL iron-transfer P-loop NTPase 29 260 1.1E-88 T 17-09-2021 IPR033756 Flagellum site-determining protein YlxH/ Fe-S cluster assembling factor NBP35 +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 PANTHER PTHR42961 25 257 2.0E-79 T 17-09-2021 +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 Hamap MF_02040 Iron-sulfur cluster carrier protein. 25 260 33.62 T 17-09-2021 IPR019591 Mrp/NBP35 ATP-binding protein +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 ProSitePatterns PS01215 Mrp family signature. 138 154 - T 17-09-2021 IPR000808 Mrp, conserved site GO:0005524 +MGYG000000001_00645 c997665062945994aa40c30b68cf89d6 270 Gene3D G3DSA:3.40.50.300 20 262 4.4E-70 T 17-09-2021 +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 Pfam PF01266 FAD dependent oxidoreductase 3 353 1.6E-60 T 17-09-2021 IPR006076 FAD dependent oxidoreductase GO:0016491|GO:0055114 +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 Gene3D G3DSA:3.50.50.60 3 349 8.3E-125 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 Pfam PF04324 BFD-like [2Fe-2S] binding domain 399 453 7.8E-16 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 SUPERFAMILY SSF51905 1 404 5.18E-46 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 Gene3D G3DSA:3.30.9.10 86 315 8.3E-125 T 17-09-2021 +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 Gene3D G3DSA:1.10.10.1100 385 462 6.8E-23 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_00447 e30db90e444f70314ffe6afd8f333c41 486 PANTHER PTHR42720 1 472 1.8E-186 T 17-09-2021 +MGYG000000001_02545 ffe49ecc14df195eefe44838d35ea437 804 Pfam PF09972 Predicted membrane protein (DUF2207) 246 626 2.0E-20 T 17-09-2021 IPR018702 Protein of unknown function DUF2207, membrane +MGYG000000001_02545 ffe49ecc14df195eefe44838d35ea437 804 Pfam PF09972 Predicted membrane protein (DUF2207) 34 235 2.4E-18 T 17-09-2021 IPR018702 Protein of unknown function DUF2207, membrane +MGYG000000001_02545 ffe49ecc14df195eefe44838d35ea437 804 Pfam PF09972 Predicted membrane protein (DUF2207) 626 728 1.4E-19 T 17-09-2021 IPR018702 Protein of unknown function DUF2207, membrane +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 PANTHER PTHR11082:SF25 1 319 5.9E-114 T 17-09-2021 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 TIGRFAM TIGR00737 nifR3_yhdG: putative TIM-barrel protein, nifR3 family 3 318 7.2E-129 T 17-09-2021 IPR004652 tRNA-dihydrouridine synthase, TIM-barrel, NifR3 GO:0008033|GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 Gene3D G3DSA:1.10.1200.80 251 322 2.2E-21 T 17-09-2021 IPR024036 tRNA-dihydrouridine synthase, putative, C-terminal GO:0016491|GO:0055114 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 SUPERFAMILY SSF51395 10 318 5.13E-93 T 17-09-2021 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 Gene3D G3DSA:3.20.20.70 6 248 5.1E-89 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 Pfam PF01207 Dihydrouridine synthase (Dus) 14 317 3.4E-105 T 17-09-2021 IPR001269 tRNA-dihydrouridine synthase GO:0008033|GO:0017150|GO:0050660|GO:0055114 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 CDD cd02801 DUS_like_FMN 11 242 3.32349E-123 T 17-09-2021 IPR035587 DUS-like, FMN-binding domain +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 PIRSF PIRSF006621 1 323 2.2E-114 T 17-09-2021 IPR001269 tRNA-dihydrouridine synthase GO:0008033|GO:0017150|GO:0050660|GO:0055114 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 PANTHER PTHR11082 1 319 5.9E-114 T 17-09-2021 +MGYG000000001_02011 aa67be1ca739cc80500ec66f32f3d0f7 324 ProSitePatterns PS01136 Uncharacterized protein family UPF0034 signature. 94 112 - T 17-09-2021 IPR018517 tRNA-dihydrouridine synthase, conserved site GO:0008033|GO:0017150|GO:0050660|GO:0055114 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 SUPERFAMILY SSF64167 1 248 7.19E-76 T 17-09-2021 IPR036523 SurE-like phosphatase/nucleotidase superfamily GO:0016787 KEGG: 00230+3.1.3.5|KEGG: 00240+3.1.3.5|KEGG: 00760+3.1.3.5|MetaCyc: PWY-5381|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-6606|MetaCyc: PWY-6607|MetaCyc: PWY-6608|MetaCyc: PWY-7185|MetaCyc: PWY-7821 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 Hamap MF_00060 5'/3'-nucleotidase SurE [surE]. 1 252 33.955 T 17-09-2021 IPR030048 Survival protein SurE GO:0008252 KEGG: 00230+3.1.3.5|KEGG: 00240+3.1.3.5|KEGG: 00760+3.1.3.5|MetaCyc: PWY-5381|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-6606|MetaCyc: PWY-6607|MetaCyc: PWY-6608|MetaCyc: PWY-7185|MetaCyc: PWY-7821 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 PANTHER PTHR30457:SF12 1 248 1.2E-82 T 17-09-2021 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 TIGRFAM TIGR00087 surE: 5'/3'-nucleotidase SurE 1 238 3.0E-69 T 17-09-2021 IPR002828 Survival protein SurE-like phosphatase/nucleotidase GO:0016787 KEGG: 00230+3.1.3.5|KEGG: 00240+3.1.3.5|KEGG: 00760+3.1.3.5|MetaCyc: PWY-5381|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-6606|MetaCyc: PWY-6607|MetaCyc: PWY-6608|MetaCyc: PWY-7185|MetaCyc: PWY-7821 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 PANTHER PTHR30457 1 248 1.2E-82 T 17-09-2021 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 Pfam PF01975 Survival protein SurE 3 188 4.4E-62 T 17-09-2021 IPR002828 Survival protein SurE-like phosphatase/nucleotidase GO:0016787 KEGG: 00230+3.1.3.5|KEGG: 00240+3.1.3.5|KEGG: 00760+3.1.3.5|MetaCyc: PWY-5381|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-6606|MetaCyc: PWY-6607|MetaCyc: PWY-6608|MetaCyc: PWY-7185|MetaCyc: PWY-7821 +MGYG000000001_02725 6a46d141134920c3ce08da4984af26d3 252 Gene3D G3DSA:3.40.1210.10 1 251 3.4E-88 T 17-09-2021 IPR036523 SurE-like phosphatase/nucleotidase superfamily GO:0016787 KEGG: 00230+3.1.3.5|KEGG: 00240+3.1.3.5|KEGG: 00760+3.1.3.5|MetaCyc: PWY-5381|MetaCyc: PWY-5695|MetaCyc: PWY-6596|MetaCyc: PWY-6606|MetaCyc: PWY-6607|MetaCyc: PWY-6608|MetaCyc: PWY-7185|MetaCyc: PWY-7821 +MGYG000000001_02275 60b5986543b77b21ced32bbec945b6dd 286 CDD cd16380 YitT_C 197 281 2.99939E-37 T 17-09-2021 +MGYG000000001_02275 60b5986543b77b21ced32bbec945b6dd 286 Pfam PF10035 Uncharacterized protein conserved in bacteria (DUF2179) 224 278 1.5E-23 T 17-09-2021 IPR019264 Domain of unknown function DUF2179 +MGYG000000001_02275 60b5986543b77b21ced32bbec945b6dd 286 PIRSF PIRSF006483 1 285 3.8E-87 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_02275 60b5986543b77b21ced32bbec945b6dd 286 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 13 219 1.9E-59 T 17-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_02275 60b5986543b77b21ced32bbec945b6dd 286 Gene3D G3DSA:3.30.70.120 195 271 2.5E-24 T 17-09-2021 IPR015867 Nitrogen regulatory protein PII/ATP phosphoribosyltransferase, C-terminal +MGYG000000001_02275 60b5986543b77b21ced32bbec945b6dd 286 PANTHER PTHR33545 5 282 8.4E-78 T 17-09-2021 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 SUPERFAMILY SSF52540 194 578 1.39E-39 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 Pfam PF00580 UvrD/REP helicase N-terminal domain 196 397 7.7E-9 T 17-09-2021 IPR034739 UvrD/AddA helicase, N-terminal GO:0005524 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 CDD cd18807 SF1_C_UvrD 386 575 2.26532E-5 T 17-09-2021 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 Gene3D G3DSA:3.40.50.300 185 351 5.0E-22 T 17-09-2021 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 Gene3D G3DSA:3.40.50.300 380 589 1.8E-20 T 17-09-2021 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 CDD cd17932 DEXQc_UvrD 196 349 2.83143E-7 T 17-09-2021 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 PANTHER PTHR11070 298 496 2.3E-27 T 17-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_00479 d48dab3dd1cb6189fe824355750972f8 592 PANTHER PTHR11070 195 291 2.3E-27 T 17-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_01049 8dc326cd15461e556e69fa02c5c0cd6f 150 PANTHER PTHR33540:SF2 3 148 8.9E-42 T 17-09-2021 +MGYG000000001_01049 8dc326cd15461e556e69fa02c5c0cd6f 150 TIGRFAM TIGR00150 T6A_YjeE: tRNA threonylcarbamoyl adenosine modification protein YjeE 9 135 3.9E-40 T 17-09-2021 IPR003442 tRNA threonylcarbamoyl adenosine modification protein TsaE GO:0002949 +MGYG000000001_01049 8dc326cd15461e556e69fa02c5c0cd6f 150 Gene3D G3DSA:3.40.50.300 1 150 5.8E-45 T 17-09-2021 +MGYG000000001_01049 8dc326cd15461e556e69fa02c5c0cd6f 150 PANTHER PTHR33540 3 148 8.9E-42 T 17-09-2021 +MGYG000000001_01049 8dc326cd15461e556e69fa02c5c0cd6f 150 Pfam PF02367 Threonylcarbamoyl adenosine biosynthesis protein TsaE 8 130 3.1E-40 T 17-09-2021 IPR003442 tRNA threonylcarbamoyl adenosine modification protein TsaE GO:0002949 +MGYG000000001_01049 8dc326cd15461e556e69fa02c5c0cd6f 150 SUPERFAMILY SSF52540 23 136 1.64E-27 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01525 35cb6a194c382b9b7b6a8511d76f0907 444 PANTHER PTHR43337:SF2 21 437 6.8E-139 T 17-09-2021 +MGYG000000001_01525 35cb6a194c382b9b7b6a8511d76f0907 444 PANTHER PTHR43337 21 437 6.8E-139 T 17-09-2021 +MGYG000000001_01525 35cb6a194c382b9b7b6a8511d76f0907 444 Pfam PF00860 Permease family 29 399 1.1E-35 T 17-09-2021 IPR006043 Xanthine/uracil/vitamin C permease GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_02237 96d0d8bfc2f31fc5270e35394dd8b535 348 Gene3D G3DSA:1.10.3470.10 27 344 1.6E-61 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02237 96d0d8bfc2f31fc5270e35394dd8b535 348 PANTHER PTHR30472:SF27 31 345 5.3E-132 T 17-09-2021 +MGYG000000001_02237 96d0d8bfc2f31fc5270e35394dd8b535 348 CDD cd06550 TM_ABC_iron-siderophores_like 80 340 1.65922E-32 T 17-09-2021 +MGYG000000001_02237 96d0d8bfc2f31fc5270e35394dd8b535 348 PANTHER PTHR30472 31 345 5.3E-132 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02237 96d0d8bfc2f31fc5270e35394dd8b535 348 SUPERFAMILY SSF81345 33 343 4.58E-66 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02237 96d0d8bfc2f31fc5270e35394dd8b535 348 Pfam PF01032 FecCD transport family 41 342 6.6E-64 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Coils Coil 9 52 - T 17-09-2021 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Coils Coil 68 120 - T 17-09-2021 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 CDD cd17874 FtsY 266 464 1.8983E-107 T 17-09-2021 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Gene3D G3DSA:1.20.120.140 168 464 1.1E-113 T 17-09-2021 IPR042101 Signal recognition particle SRP54, N-terminal domain superfamily Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 SMART SM00962 265 466 3.5E-117 T 17-09-2021 IPR000897 Signal recognition particle, SRP54 subunit, GTPase domain GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 TIGRFAM TIGR00064 ftsY: signal recognition particle-docking protein FtsY 195 465 3.9E-108 T 17-09-2021 IPR004390 Signal-recognition particle receptor FtsY GO:0006614 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 PANTHER PTHR43134:SF7 131 467 2.6E-121 T 17-09-2021 IPR004390 Signal-recognition particle receptor FtsY GO:0006614 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Gene3D G3DSA:3.40.50.300 265 454 1.1E-113 T 17-09-2021 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Hamap MF_00920 Signal recognition particle receptor FtsY [ftsY]. 195 466 61.528 T 17-09-2021 IPR004390 Signal-recognition particle receptor FtsY GO:0006614 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 PANTHER PTHR43134 131 467 2.6E-121 T 17-09-2021 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Pfam PF00448 SRP54-type protein, GTPase domain 265 465 1.7E-78 T 17-09-2021 IPR000897 Signal recognition particle, SRP54 subunit, GTPase domain GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 SUPERFAMILY SSF47364 166 244 6.8E-20 T 17-09-2021 IPR036225 SRP/SRP receptor, N-terminal Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 SMART SM00382 264 444 5.6E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 SMART SM00963 171 252 8.5E-18 T 17-09-2021 IPR013822 Signal recognition particle SRP54, helical bundle GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 ProSitePatterns PS00300 SRP54-type proteins GTP-binding domain signature. 439 452 - T 17-09-2021 IPR000897 Signal recognition particle, SRP54 subunit, GTPase domain GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 Pfam PF02881 SRP54-type protein, helical bundle domain 183 241 3.4E-13 T 17-09-2021 IPR013822 Signal recognition particle SRP54, helical bundle GO:0005525|GO:0006614 Reactome: R-HSA-1799339 +MGYG000000001_01308 51bc1f39b79b81540805817de43f3333 468 SUPERFAMILY SSF52540 263 466 1.58E-51 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 SUPERFAMILY SSF46689 277 323 2.96E-7 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 SMART SM00342 240 322 5.8E-19 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 227 324 25.496 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 SUPERFAMILY SSF46689 225 272 3.05E-5 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 Pfam PF12833 Helix-turn-helix domain 246 322 1.4E-15 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 SUPERFAMILY SSF51215 72 207 1.44E-13 T 17-09-2021 IPR037923 Transcription regulator HTH-like +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 Pfam PF02311 AraC-like ligand binding domain 71 180 6.1E-8 T 17-09-2021 IPR003313 AraC-type arabinose-binding/dimerisation domain GO:0006355 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 Gene3D G3DSA:1.10.10.60 223 325 2.2E-24 T 17-09-2021 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 PANTHER PTHR43280 67 323 4.4E-35 T 17-09-2021 +MGYG000000001_00610 46025e8ba75cc1ff5e62413d93cac1d7 326 Gene3D G3DSA:2.60.120.10 52 150 4.8E-11 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 Gene3D G3DSA:3.40.50.11270 12 96 2.9E-102 T 17-09-2021 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 Gene3D G3DSA:3.40.1010.20 3 276 2.9E-102 T 17-09-2021 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 CDD cd13944 lytB_ispH 3 276 1.31351E-146 T 17-09-2021 IPR003451 4-hydroxy-3-methylbut-2-enyl diphosphate reductase GO:0019288|GO:0046872|GO:0050992|GO:0051745 KEGG: 00900+1.17.7.4|MetaCyc: PWY-7560 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 Gene3D G3DSA:3.40.1010.20 97 191 2.9E-102 T 17-09-2021 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 TIGRFAM TIGR00216 ispH_lytB: 4-hydroxy-3-methylbut-2-enyl diphosphate reductase 3 278 5.9E-94 T 17-09-2021 IPR003451 4-hydroxy-3-methylbut-2-enyl diphosphate reductase GO:0019288|GO:0046872|GO:0050992|GO:0051745 KEGG: 00900+1.17.7.4|MetaCyc: PWY-7560 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 Hamap MF_00191 4-hydroxy-3-methylbut-2-enyl diphosphate reductase [ispH]. 1 279 31.922 T 17-09-2021 IPR003451 4-hydroxy-3-methylbut-2-enyl diphosphate reductase GO:0019288|GO:0046872|GO:0050992|GO:0051745 KEGG: 00900+1.17.7.4|MetaCyc: PWY-7560 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 Pfam PF02401 LytB protein 3 276 4.7E-96 T 17-09-2021 IPR003451 4-hydroxy-3-methylbut-2-enyl diphosphate reductase GO:0019288|GO:0046872|GO:0050992|GO:0051745 KEGG: 00900+1.17.7.4|MetaCyc: PWY-7560 +MGYG000000001_01658 7558924cd82b332bdf0bbe4f3d97b5fb 279 PANTHER PTHR30426 1 278 1.0E-98 T 17-09-2021 IPR003451 4-hydroxy-3-methylbut-2-enyl diphosphate reductase GO:0019288|GO:0046872|GO:0050992|GO:0051745 KEGG: 00900+1.17.7.4|MetaCyc: PWY-7560 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 CDD cd03230 ABC_DR_subfamily_A 2 202 1.74161E-51 T 17-09-2021 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 CDD cd03230 ABC_DR_subfamily_A 2 202 1.74161E-51 T 17-09-2021 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 Pfam PF00005 ABC transporter 17 152 1.2E-26 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 Pfam PF00005 ABC transporter 17 152 1.2E-26 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 SUPERFAMILY SSF52540 1 214 2.61E-49 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 SUPERFAMILY SSF52540 1 214 2.61E-49 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 Gene3D G3DSA:3.40.50.300 1 228 1.7E-51 T 17-09-2021 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 Gene3D G3DSA:3.40.50.300 1 228 1.7E-51 T 17-09-2021 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 224 19.895 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 224 19.895 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 PANTHER PTHR43158:SF1 2 227 1.3E-69 T 17-09-2021 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 PANTHER PTHR43158:SF1 2 227 1.3E-69 T 17-09-2021 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 PANTHER PTHR43158 2 227 1.3E-69 T 17-09-2021 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 PANTHER PTHR43158 2 227 1.3E-69 T 17-09-2021 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 ProSitePatterns PS00211 ABC transporters family signature. 125 139 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 ProSitePatterns PS00211 ABC transporters family signature. 125 139 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_03150 cb8e9895a282a11f45c36485f36f04c4 230 SMART SM00382 26 201 4.6E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_03149 cb8e9895a282a11f45c36485f36f04c4 230 SMART SM00382 26 201 4.6E-13 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 Gene3D G3DSA:3.50.50.60 5 276 5.7E-27 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 271 278 4.0E-5 T 17-09-2021 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 5 27 4.0E-5 T 17-09-2021 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 SUPERFAMILY SSF51905 3 279 3.11E-23 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 Gene3D G3DSA:3.50.50.60 119 235 5.7E-27 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 105 123 2.9E-6 T 17-09-2021 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 256 278 2.9E-6 T 17-09-2021 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 6 25 2.9E-6 T 17-09-2021 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 Coils Coil 284 299 - T 17-09-2021 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 4 127 4.4E-9 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_02076 5e6803de8287476dd484c25d170afd09 299 PANTHER PTHR42949 1 281 1.1E-41 T 17-09-2021 +MGYG000000001_00588 fb688b0185cf471c89d2d70abe7e6517 130 Pfam PF15723 Motility quorum-sensing regulator, toxin of MqsA 26 125 1.9E-9 T 17-09-2021 IPR031451 mRNA interferase toxin MqsR GO:0009372|GO:0017148|GO:0044010 +MGYG000000001_01563 97cf41d9f2019c665b24ac5d9c652de5 444 PANTHER PTHR30330:SF7 6 438 6.3E-41 T 17-09-2021 +MGYG000000001_01563 97cf41d9f2019c665b24ac5d9c652de5 444 PANTHER PTHR30330 6 438 6.3E-41 T 17-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PANTHER PTHR22912:SF199 1 457 1.6E-153 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 Gene3D G3DSA:3.50.50.60 3 325 3.5E-112 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 ProSitePatterns PS00076 Pyridine nucleotide-disulphide oxidoreductases class-I active site. 36 46 - T 17-09-2021 IPR012999 Pyridine nucleotide-disulphide oxidoreductase, class I, active site GO:0016668|GO:0055114 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 Gene3D G3DSA:3.30.390.30 339 463 3.6E-41 T 17-09-2021 IPR016156 FAD/NAD-linked reductase, dimerisation domain superfamily GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 SUPERFAMILY SSF55424 336 457 2.92E-37 T 17-09-2021 IPR016156 FAD/NAD-linked reductase, dimerisation domain superfamily GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 Gene3D G3DSA:3.50.50.60 153 271 3.5E-112 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 Pfam PF02852 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain 340 447 8.3E-32 T 17-09-2021 IPR004099 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain GO:0045454|GO:0055114 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 2 321 1.6E-62 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 35 50 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 400 415 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 258 272 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 422 442 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 336 357 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 173 198 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 301 308 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 2 24 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 137 146 7.3E-69 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 3 22 3.1E-33 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 173 191 3.1E-33 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 257 273 3.1E-33 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 286 308 3.1E-33 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 134 152 3.1E-33 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 TIGRFAM TIGR01350 lipoamide_DH: dihydrolipoyl dehydrogenase 3 457 1.3E-160 T 17-09-2021 IPR006258 Dihydrolipoamide dehydrogenase GO:0004148|GO:0050660|GO:0055114 KEGG: 00010+1.8.1.4|KEGG: 00020+1.8.1.4|KEGG: 00260+1.8.1.4|KEGG: 00280+1.8.1.4|KEGG: 00310+1.8.1.4|KEGG: 00380+1.8.1.4|KEGG: 00620+1.8.1.4|KEGG: 00640+1.8.1.4|MetaCyc: PWY-5046|MetaCyc: PWY-5084|Reactome: R-HSA-204174|Reactome: R-HSA-389661|Reactome: R-HSA-5362517|Reactome: R-HSA-6783984|Reactome: R-HSA-70268|Reactome: R-HSA-70895|Reactome: R-HSA-71064|Reactome: R-HSA-71403 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 SUPERFAMILY SSF51905 1 315 3.98E-59 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PANTHER PTHR22912 1 457 1.6E-153 T 17-09-2021 +MGYG000000001_01341 c821d6a6a2fb0a2c7e80f57b017b5a8b 465 PIRSF PIRSF000350 1 452 1.2E-92 T 17-09-2021 IPR001100 Pyridine nucleotide-disulphide oxidoreductase, class I GO:0009055|GO:0016491 +MGYG000000001_00224 04b13d5e3c95f3966e7957a7d4c76b7c 335 CDD cd17933 DEXSc_RecD-like 115 268 8.29865E-5 T 17-09-2021 +MGYG000000001_00224 04b13d5e3c95f3966e7957a7d4c76b7c 335 Pfam PF02562 PhoH-like protein 109 312 6.5E-97 T 17-09-2021 IPR003714 PhoH-like protein GO:0005524 +MGYG000000001_00224 04b13d5e3c95f3966e7957a7d4c76b7c 335 PANTHER PTHR30473:SF1 10 330 1.2E-134 T 17-09-2021 +MGYG000000001_00224 04b13d5e3c95f3966e7957a7d4c76b7c 335 SUPERFAMILY SSF52540 108 287 2.7E-41 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00224 04b13d5e3c95f3966e7957a7d4c76b7c 335 Gene3D G3DSA:3.40.50.300 105 312 2.5E-77 T 17-09-2021 +MGYG000000001_00224 04b13d5e3c95f3966e7957a7d4c76b7c 335 PANTHER PTHR30473 10 330 1.2E-134 T 17-09-2021 +MGYG000000001_03137 1833a5b1bcd166204ba6db7cbdab47be 133 Gene3D G3DSA:3.30.1330.70 3 133 6.4E-9 T 17-09-2021 IPR036614 Holliday junction resolvase RusA-like superfamily GO:0000287|GO:0006281|GO:0006310 +MGYG000000001_03137 1833a5b1bcd166204ba6db7cbdab47be 133 SUPERFAMILY SSF103084 1 131 1.03E-23 T 17-09-2021 IPR036614 Holliday junction resolvase RusA-like superfamily GO:0000287|GO:0006281|GO:0006310 +MGYG000000001_03137 1833a5b1bcd166204ba6db7cbdab47be 133 Pfam PF05866 Endodeoxyribonuclease RusA 9 131 3.2E-31 T 17-09-2021 IPR008822 Holliday junction resolvase RusA-like GO:0000287|GO:0006281|GO:0006310 +MGYG000000001_00911 9be6a6ff9a466bfcbe401d802804f673 488 SUPERFAMILY SSF55486 281 475 1.9E-38 T 17-09-2021 +MGYG000000001_00911 9be6a6ff9a466bfcbe401d802804f673 488 Pfam PF01433 Peptidase family M1 domain 286 486 5.0E-21 T 17-09-2021 IPR014782 Peptidase M1, membrane alanine aminopeptidase GO:0008237|GO:0008270 +MGYG000000001_00911 9be6a6ff9a466bfcbe401d802804f673 488 PANTHER PTHR11533:SF270 289 477 6.1E-20 T 17-09-2021 +MGYG000000001_00911 9be6a6ff9a466bfcbe401d802804f673 488 Gene3D G3DSA:1.10.390.60 264 488 3.3E-39 T 17-09-2021 +MGYG000000001_00911 9be6a6ff9a466bfcbe401d802804f673 488 CDD cd09604 M1_APN_like 49 487 1.5148E-151 T 17-09-2021 +MGYG000000001_00911 9be6a6ff9a466bfcbe401d802804f673 488 PANTHER PTHR11533 289 477 6.1E-20 T 17-09-2021 +MGYG000000001_01278 17a1b6f0c1540b5718b252a3308539c3 289 Pfam PF11382 Copper transport outer membrane protein, MctB 3 287 9.7E-33 T 17-09-2021 IPR021522 Copper transporter MctB GO:0016020|GO:0055070 +MGYG000000001_01278 17a1b6f0c1540b5718b252a3308539c3 289 Coils Coil 43 70 - T 17-09-2021 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 Gene3D G3DSA:3.90.1150.10 264 407 8.2E-58 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 Gene3D G3DSA:3.40.640.10 8 262 3.2E-99 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 ProSitePatterns PS00868 Cys/Met metabolism enzymes pyridoxal-phosphate attachment site. 203 217 - T 17-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 CDD cd00614 CGS_like 25 395 0.0 T 17-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 PANTHER PTHR11808:SF79 6 397 1.0E-178 T 17-09-2021 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 SUPERFAMILY SSF53383 28 396 1.25E-127 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 TIGRFAM TIGR01328 met_gam_lyase: methionine gamma-lyase 7 397 2.1E-187 T 17-09-2021 IPR006237 L-methionine gamma-lyase GO:0018826 KEGG: 00270+4.4.1.11|KEGG: 00450+4.4.1.11|KEGG: 00920+4.4.1.2|MetaCyc: PWY-7793 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 Pfam PF01053 Cys/Met metabolism PLP-dependent enzyme 10 394 8.5E-156 T 17-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 PIRSF PIRSF001434 1 398 1.1E-154 T 17-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_00122 3baea6a27275fa56ac5eb07dead15755 408 PANTHER PTHR11808 6 397 1.0E-178 T 17-09-2021 IPR000277 Cys/Met metabolism, pyridoxal phosphate-dependent enzyme GO:0019346|GO:0030170 Reactome: R-HSA-1614558|Reactome: R-HSA-1614603|Reactome: R-HSA-2408508 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 PIRSF PIRSF000463 1 607 3.9E-253 T 17-09-2021 IPR037439 1,4-alpha-glucan-branching enzyme GO:0003844|GO:0005978 KEGG: 00500+2.4.1.18|MetaCyc: PWY-5067|MetaCyc: PWY-622|MetaCyc: PWY-7900|Reactome: R-HSA-3322077|Reactome: R-HSA-3878781 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Gene3D G3DSA:3.20.20.80 96 492 7.1E-150 T 17-09-2021 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 SUPERFAMILY SSF81296 8 79 5.18E-10 T 17-09-2021 IPR014756 Immunoglobulin E-set +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 SUPERFAMILY SSF51445 54 486 3.84E-104 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Pfam PF02806 Alpha amylase, C-terminal all-beta domain 499 597 3.4E-16 T 17-09-2021 IPR006048 Alpha-amylase/branching enzyme, C-terminal all beta GO:0003824|GO:0005975|GO:0043169 KEGG: 00500+2.4.1.18|MetaCyc: PWY-5067|MetaCyc: PWY-622|MetaCyc: PWY-7900 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Pfam PF02922 Carbohydrate-binding module 48 (Isoamylase N-terminal domain) 6 79 4.0E-19 T 17-09-2021 IPR004193 Glycoside hydrolase, family 13, N-terminal GO:0004553|GO:0005975 Reactome: R-HSA-3322077|Reactome: R-HSA-3878781 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 PANTHER PTHR43651 6 596 1.4E-153 T 17-09-2021 IPR037439 1,4-alpha-glucan-branching enzyme GO:0003844|GO:0005978 KEGG: 00500+2.4.1.18|MetaCyc: PWY-5067|MetaCyc: PWY-622|MetaCyc: PWY-7900|Reactome: R-HSA-3322077|Reactome: R-HSA-3878781 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 PANTHER PTHR43651:SF3 6 596 1.4E-153 T 17-09-2021 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 CDD cd02855 E_set_GBE_prok_N 3 94 5.24586E-44 T 17-09-2021 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 SMART SM00642 123 497 2.5E-6 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Coils Coil 609 629 - T 17-09-2021 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 SUPERFAMILY SSF51011 494 599 2.09E-26 T 17-09-2021 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Gene3D G3DSA:2.60.40.10 1 93 9.1E-33 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Gene3D G3DSA:2.60.40.1180 494 599 7.9E-29 T 17-09-2021 IPR013780 Glycosyl hydrolase, all-beta +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Pfam PF00128 Alpha amylase, catalytic domain 145 240 2.2E-8 T 17-09-2021 IPR006047 Glycosyl hydrolase, family 13, catalytic domain GO:0003824|GO:0005975 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 CDD cd11322 AmyAc_Glg_BE 84 482 0.0 T 17-09-2021 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 Hamap MF_00685 1,4-alpha-glucan branching enzyme GlgB [glgB]. 1 598 38.554 T 17-09-2021 IPR006407 1,4-alpha-glucan-branching enzyme, GlgB GO:0003844|GO:0005978 KEGG: 00500+2.4.1.18|MetaCyc: PWY-5067|MetaCyc: PWY-622|MetaCyc: PWY-7900 +MGYG000000001_01227 d7a3c3b3f3af37273a1b49bd43fe6718 664 TIGRFAM TIGR01515 branching_enzym: 1,4-alpha-glucan branching enzyme 2 595 2.2E-241 T 17-09-2021 IPR006407 1,4-alpha-glucan-branching enzyme, GlgB GO:0003844|GO:0005978 KEGG: 00500+2.4.1.18|MetaCyc: PWY-5067|MetaCyc: PWY-622|MetaCyc: PWY-7900 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PANTHER PTHR42785:SF1 1 607 3.0E-241 T 17-09-2021 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 SUPERFAMILY SSF57783 615 648 8.5E-5 T 17-09-2021 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 SUPERFAMILY SSF56712 3 588 2.88E-193 T 17-09-2021 IPR023405 DNA topoisomerase, type IA, core domain +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Pfam PF01131 DNA topoisomerase 129 547 9.6E-130 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Pfam PF01396 Topoisomerase DNA binding C4 zinc finger 615 654 7.4E-16 T 17-09-2021 IPR013498 DNA topoisomerase, type IA, zn finger GO:0003677|GO:0003916|GO:0005694|GO:0006265 Reactome: R-HSA-5685938|Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579|Reactome: R-HSA-5693607|Reactome: R-HSA-5693616|Reactome: R-HSA-6804756|Reactome: R-HSA-69473|Reactome: R-HSA-912446 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Pfam PF01396 Topoisomerase DNA binding C4 zinc finger 576 612 2.0E-16 T 17-09-2021 IPR013498 DNA topoisomerase, type IA, zn finger GO:0003677|GO:0003916|GO:0005694|GO:0006265 Reactome: R-HSA-5685938|Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579|Reactome: R-HSA-5693607|Reactome: R-HSA-5693616|Reactome: R-HSA-6804756|Reactome: R-HSA-69473|Reactome: R-HSA-912446 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 ProSiteProfiles PS50880 Toprim domain profile. 3 114 28.87 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 SUPERFAMILY SSF57783 572 611 7.23E-14 T 17-09-2021 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 473 487 7.1E-35 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 295 304 7.1E-35 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 375 391 7.1E-35 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 78 91 7.1E-35 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PRINTS PR00417 Prokaryotic DNA topoisomerase I signature 163 181 7.1E-35 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 PANTHER PTHR42785 1 607 3.0E-241 T 17-09-2021 IPR000380 DNA topoisomerase, type IA GO:0003677|GO:0003917|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Coils Coil 215 235 - T 17-09-2021 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Hamap MF_00952 DNA topoisomerase 1 [topA]. 3 641 54.205 T 17-09-2021 IPR028612 DNA topoisomerase I, type IA GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 SMART SM00493 3 104 3.7E-33 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 SMART SM00437 244 510 1.3E-113 T 17-09-2021 IPR003602 DNA topoisomerase, type IA, DNA-binding domain GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 TIGRFAM TIGR01051 topA_bact: DNA topoisomerase I 5 610 4.9E-242 T 17-09-2021 IPR005733 DNA topoisomerase I, bacterial-type GO:0003677|GO:0003917|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Gene3D G3DSA:2.70.20.10 185 456 1.4E-155 T 17-09-2021 IPR013825 DNA topoisomerase, type IA, central region, subdomain 2 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 SMART SM00436 105 193 9.8E-50 T 17-09-2021 IPR003601 DNA topoisomerase, type IA, domain 2 GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Pfam PF01751 Toprim domain 4 114 3.0E-32 T 17-09-2021 IPR006171 TOPRIM domain +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Gene3D G3DSA:1.10.460.10 137 553 1.4E-155 T 17-09-2021 IPR013824 DNA topoisomerase, type IA, central region, subdomain 1 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Gene3D G3DSA:3.30.65.10 559 618 1.3E-15 T 17-09-2021 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 ProSitePatterns PS00396 Prokaryotic DNA topoisomerase I active site. 281 304 - T 17-09-2021 IPR023406 DNA topoisomerase, type IA, active site GO:0003917 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Gene3D G3DSA:1.10.290.10 252 389 1.4E-155 T 17-09-2021 IPR013826 DNA topoisomerase, type IA, central region, subdomain 3 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 CDD cd03363 TOPRIM_TopoIA_TopoI 3 126 1.02287E-61 T 17-09-2021 IPR034149 DNA topoisomerase 1, TOPRIM domain +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 CDD cd00186 TOP1Ac 132 556 5.44041E-155 T 17-09-2021 IPR013497 DNA topoisomerase, type IA, central GO:0003677|GO:0003916|GO:0006265 +MGYG000000001_01324 7e8644c9158be94960bb467b6daa53af 691 Gene3D G3DSA:3.40.50.140 1 135 2.6E-54 T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 PANTHER PTHR43804 1 352 7.5E-132 T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 TIGRFAM TIGR00019 prfA: peptide chain release factor 1 1 352 1.8E-167 T 17-09-2021 IPR004373 Peptide chain release factor 1 GO:0006415|GO:0016149 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Gene3D G3DSA:3.30.70.1660 110 340 2.1E-96 T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 SMART SM00937 63 177 1.8E-65 T 17-09-2021 IPR005139 Peptide chain release factor GO:0006415 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Gene3D G3DSA:1.20.58.410 2 101 6.7E-9 T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Pfam PF03462 PCRF domain 8 202 1.3E-77 T 17-09-2021 IPR005139 Peptide chain release factor GO:0006415 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 ProSitePatterns PS00745 Prokaryotic-type class I peptide chain release factors signature. 226 242 - T 17-09-2021 IPR000352 Peptide chain release factor class I GO:0003747|GO:0006415 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Coils Coil 259 279 - T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Coils Coil 62 82 - T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Hamap MF_00093 Peptide chain release factor 1 [prfA]. 1 354 40.325 T 17-09-2021 IPR004373 Peptide chain release factor 1 GO:0006415|GO:0016149 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Gene3D G3DSA:3.30.160.20 209 295 2.1E-96 T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 Pfam PF00472 RF-1 domain 210 319 1.7E-39 T 17-09-2021 IPR000352 Peptide chain release factor class I GO:0003747|GO:0006415 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 SUPERFAMILY SSF75620 8 351 5.1E-138 T 17-09-2021 +MGYG000000001_00717 63c641645969ee563844b6396dd56782 354 PANTHER PTHR43804:SF4 1 352 7.5E-132 T 17-09-2021 +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 Gene3D G3DSA:1.10.3830.10 2 121 6.8E-36 T 17-09-2021 IPR036945 Diacylglycerol kinase (DAGK) superfamily GO:0008610|GO:0016020|GO:0016301 KEGG: 00561+2.7.1.107|KEGG: 00564+2.7.1.107|KEGG: 04070+2.7.1.107|MetaCyc: PWY-7039|MetaCyc: PWY-7817 +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 Pfam PF01219 Prokaryotic diacylglycerol kinase 16 116 7.8E-33 T 17-09-2021 IPR000829 DAGK family GO:0008654|GO:0016020|GO:0016301 KEGG: 00561+2.7.1.107|KEGG: 00564+2.7.1.107|KEGG: 04070+2.7.1.107|MetaCyc: PWY-7039|MetaCyc: PWY-7817 +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 CDD cd14266 UDPK_IM_PAP2_like 11 116 4.63439E-40 T 17-09-2021 +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 PANTHER PTHR34299 2 124 4.9E-40 T 17-09-2021 IPR000829 DAGK family GO:0008654|GO:0016020|GO:0016301 KEGG: 00561+2.7.1.107|KEGG: 00564+2.7.1.107|KEGG: 04070+2.7.1.107|MetaCyc: PWY-7039|MetaCyc: PWY-7817 +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 Pfam PF01569 PAP2 superfamily 158 234 6.2E-14 T 17-09-2021 IPR000326 Phosphatidic acid phosphatase type 2/haloperoxidase +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 Gene3D G3DSA:1.20.144.10 156 237 5.2E-14 T 17-09-2021 +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 SMART SM00014 111 232 0.0011 T 17-09-2021 IPR000326 Phosphatidic acid phosphatase type 2/haloperoxidase +MGYG000000001_00222 628ef581b4311bcb8e3e5d8a82bb1b51 240 SUPERFAMILY SSF48317 101 235 5.36E-20 T 17-09-2021 IPR036938 Phosphatidic acid phosphatase type 2/haloperoxidase superfamily +MGYG000000001_01060 4adf79298ab7039db6d0fd04eec88ab1 69 Pfam PF00208 Glutamate/Leucine/Phenylalanine/Valine dehydrogenase 10 57 2.5E-6 T 17-09-2021 IPR006096 Glutamate/phenylalanine/leucine/valine dehydrogenase, C-terminal GO:0006520|GO:0016491|GO:0055114 Reactome: R-HSA-2151201|Reactome: R-HSA-8964539 +MGYG000000001_01060 4adf79298ab7039db6d0fd04eec88ab1 69 SUPERFAMILY SSF51735 7 57 1.38E-7 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01060 4adf79298ab7039db6d0fd04eec88ab1 69 Gene3D G3DSA:3.40.50.720 2 59 3.5E-9 T 17-09-2021 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Pfam PF00750 tRNA synthetases class I (R) 120 462 1.2E-100 T 17-09-2021 IPR035684 Arginyl-tRNA synthetase, catalytic core domain KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 SUPERFAMILY SSF55190 9 131 3.4E-24 T 17-09-2021 IPR036695 Arginyl tRNA synthetase N-terminal domain superfamily GO:0000166|GO:0004814|GO:0005524|GO:0005737|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 SUPERFAMILY SSF47323 472 591 2.05E-35 T 17-09-2021 IPR009080 Aminoacyl-tRNA synthetase, class Ia, anticodon-binding GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 SMART SM01016 27 110 4.4E-21 T 17-09-2021 IPR005148 Arginyl tRNA synthetase N-terminal domain GO:0000166|GO:0004814|GO:0005524|GO:0005737|GO:0006420 KEGG: 00970+6.1.1.19|Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Gene3D G3DSA:1.10.730.10 470 591 6.7E-40 T 17-09-2021 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Hamap MF_00123 Arginine--tRNA ligase [argS]. 31 591 26.623 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 SMART SM00836 476 591 1.5E-50 T 17-09-2021 IPR008909 DALR anticodon binding GO:0004814|GO:0005524|GO:0006420 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 PRINTS PR01038 Arginyl-tRNA synthetase signature 155 171 1.8E-23 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 PRINTS PR01038 Arginyl-tRNA synthetase signature 140 155 1.8E-23 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 PRINTS PR01038 Arginyl-tRNA synthetase signature 179 192 1.8E-23 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 PRINTS PR01038 Arginyl-tRNA synthetase signature 323 344 1.8E-23 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 TIGRFAM TIGR00456 argS: arginine--tRNA ligase 35 591 2.6E-167 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 CDD cd07956 Anticodon_Ia_Arg 438 591 2.01246E-75 T 17-09-2021 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 PANTHER PTHR11956:SF1 29 591 1.7E-171 T 17-09-2021 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Gene3D G3DSA:3.40.50.620 132 469 8.7E-132 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Pfam PF03485 Arginyl tRNA synthetase N terminal domain 35 109 2.3E-16 T 17-09-2021 IPR005148 Arginyl tRNA synthetase N-terminal domain GO:0000166|GO:0004814|GO:0005524|GO:0005737|GO:0006420 KEGG: 00970+6.1.1.19|Reactome: R-HSA-2408522|Reactome: R-HSA-379716 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 PANTHER PTHR11956 29 591 1.7E-171 T 17-09-2021 IPR001278 Arginine-tRNA ligase GO:0004814|GO:0005524|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 ProSitePatterns PS00178 Aminoacyl-transfer RNA synthetases class-I signature. 148 159 - T 17-09-2021 IPR001412 Aminoacyl-tRNA synthetase, class I, conserved site GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 SUPERFAMILY SSF52374 134 470 2.63E-105 T 17-09-2021 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Pfam PF05746 DALR anticodon binding domain 476 591 7.1E-35 T 17-09-2021 IPR008909 DALR anticodon binding GO:0004814|GO:0005524|GO:0006420 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 CDD cd00671 ArgRS_core 140 403 2.48153E-73 T 17-09-2021 IPR035684 Arginyl-tRNA synthetase, catalytic core domain KEGG: 00970+6.1.1.19 +MGYG000000001_01354 4c02fdd6391b7fe326cc395a0b7c14aa 591 Gene3D G3DSA:3.30.1360.70 7 131 7.2E-30 T 17-09-2021 IPR036695 Arginyl tRNA synthetase N-terminal domain superfamily GO:0000166|GO:0004814|GO:0005524|GO:0005737|GO:0006420 KEGG: 00970+6.1.1.19 +MGYG000000001_02972 44b7ccb6ad7609b616ee1cc9ae349a6c 46 Coils Coil 10 37 - T 17-09-2021 +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 SMART SM00849 12 188 2.0E-43 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 Pfam PF00753 Metallo-beta-lactamase superfamily 11 188 1.4E-29 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 PANTHER PTHR46233:SF3 11 204 2.3E-63 T 17-09-2021 +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 SUPERFAMILY SSF56281 10 204 4.59E-56 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 Coils Coil 69 89 - T 17-09-2021 +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 CDD cd06262 metallo-hydrolase-like_MBL-fold 4 188 1.0804E-75 T 17-09-2021 +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 Gene3D G3DSA:3.60.15.10 1 205 7.6E-69 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00351 2a3d98ffe7ddc5d5df04c8761ab51bc1 205 PANTHER PTHR46233 11 204 2.3E-63 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 PANTHER PTHR10242:SF5 8 287 1.9E-100 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 SUPERFAMILY SSF55945 9 111 1.88E-22 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 CDD cd00056 ENDO3c 114 283 4.88812E-29 T 17-09-2021 IPR003265 HhH-GPD domain GO:0006284 Reactome: R-HSA-110357 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 Pfam PF00730 HhH-GPD superfamily base excision DNA repair protein 118 260 1.6E-14 T 17-09-2021 IPR003265 HhH-GPD domain GO:0006284 Reactome: R-HSA-110357 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 Gene3D G3DSA:1.10.340.30 112 233 1.1E-39 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 Gene3D G3DSA:3.30.310.260 1 111 5.3E-43 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 PANTHER PTHR10242 8 287 1.9E-100 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 Gene3D G3DSA:1.10.1670.50 234 290 3.3E-25 T 17-09-2021 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 Pfam PF07934 8-oxoguanine DNA glycosylase, N-terminal domain 17 117 2.5E-23 T 17-09-2021 IPR012904 8-oxoguanine DNA glycosylase, N-terminal GO:0003684|GO:0006289|GO:0008534 Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357|Reactome: R-HSA-5649702 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 SMART SM00478 122 285 6.8E-19 T 17-09-2021 IPR003265 HhH-GPD domain GO:0006284 Reactome: R-HSA-110357 +MGYG000000001_01072 023ca28cf512b729c11ef51f3bdb94f4 291 SUPERFAMILY SSF48150 112 285 1.55E-40 T 17-09-2021 IPR011257 DNA glycosylase GO:0003824|GO:0006281 Reactome: R-HSA-110357 +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 PANTHER PTHR43825 2 308 3.4E-130 T 17-09-2021 +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 SUPERFAMILY SSF52922 174 309 1.27E-38 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 SUPERFAMILY SSF52518 2 170 1.65E-61 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 SMART SM00861 4 169 1.8E-62 T 17-09-2021 IPR005475 Transketolase-like, pyrimidine-binding domain +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 CDD cd07033 TPP_PYR_DXS_TK_like 8 164 6.80088E-83 T 17-09-2021 +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 Pfam PF02780 Transketolase, C-terminal domain 180 300 9.1E-35 T 17-09-2021 IPR033248 Transketolase, C-terminal domain +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 Gene3D G3DSA:3.40.50.970 1 179 1.4E-67 T 17-09-2021 +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 Pfam PF02779 Transketolase, pyrimidine binding domain 3 168 2.2E-41 T 17-09-2021 IPR005475 Transketolase-like, pyrimidine-binding domain +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 PANTHER PTHR43825:SF1 2 308 3.4E-130 T 17-09-2021 +MGYG000000001_00739 cc19b69ec7f4526ed65f99d8d4f30396 311 Gene3D G3DSA:3.40.50.920 180 311 4.4E-44 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_02380 01ccd8daf8d8635884bc850aae615679 184 Gene3D G3DSA:3.40.50.1000 104 174 1.9E-40 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_02379 01ccd8daf8d8635884bc850aae615679 184 Gene3D G3DSA:3.40.50.1000 104 174 1.9E-40 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_02380 01ccd8daf8d8635884bc850aae615679 184 Pfam PF08282 haloacid dehalogenase-like hydrolase 2 174 1.2E-33 T 17-09-2021 +MGYG000000001_02379 01ccd8daf8d8635884bc850aae615679 184 Pfam PF08282 haloacid dehalogenase-like hydrolase 2 174 1.2E-33 T 17-09-2021 +MGYG000000001_02380 01ccd8daf8d8635884bc850aae615679 184 Gene3D G3DSA:3.30.1240.10 14 103 1.9E-40 T 17-09-2021 +MGYG000000001_02379 01ccd8daf8d8635884bc850aae615679 184 Gene3D G3DSA:3.30.1240.10 14 103 1.9E-40 T 17-09-2021 +MGYG000000001_02380 01ccd8daf8d8635884bc850aae615679 184 PANTHER PTHR10000:SF8 35 180 3.0E-33 T 17-09-2021 +MGYG000000001_02379 01ccd8daf8d8635884bc850aae615679 184 PANTHER PTHR10000:SF8 35 180 3.0E-33 T 17-09-2021 +MGYG000000001_02380 01ccd8daf8d8635884bc850aae615679 184 PANTHER PTHR10000 35 180 3.0E-33 T 17-09-2021 +MGYG000000001_02379 01ccd8daf8d8635884bc850aae615679 184 PANTHER PTHR10000 35 180 3.0E-33 T 17-09-2021 +MGYG000000001_02380 01ccd8daf8d8635884bc850aae615679 184 SUPERFAMILY SSF56784 5 178 2.23E-36 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02379 01ccd8daf8d8635884bc850aae615679 184 SUPERFAMILY SSF56784 5 178 2.23E-36 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01485 cdaf78ab93a37457f8e8c09226b99d1d 446 PANTHER PTHR39184 163 440 2.6E-19 T 17-09-2021 +MGYG000000001_01485 cdaf78ab93a37457f8e8c09226b99d1d 446 TIGRFAM TIGR01547 phage_term_2: phage terminase, large subunit, PBSX family 58 433 1.2E-75 T 17-09-2021 IPR006437 Bacteriophage terminase, large subunit GO:0006323 +MGYG000000001_01485 cdaf78ab93a37457f8e8c09226b99d1d 446 Pfam PF03237 Terminase-like family 62 261 1.8E-7 T 17-09-2021 IPR004921 Terminase large subunit, T4likevirus-type +MGYG000000001_01485 cdaf78ab93a37457f8e8c09226b99d1d 446 Gene3D G3DSA:3.30.420.280 259 439 1.1E-38 T 17-09-2021 +MGYG000000001_01485 cdaf78ab93a37457f8e8c09226b99d1d 446 Gene3D G3DSA:3.40.50.300 50 254 8.1E-28 T 17-09-2021 +MGYG000000001_02691 e8c0c5a2f254e681e786a5eb7130ead5 534 Pfam PF13751 Transposase DDE domain 391 516 2.2E-33 T 17-09-2021 IPR025668 Transposase DDE domain +MGYG000000001_02691 e8c0c5a2f254e681e786a5eb7130ead5 534 PANTHER PTHR33408 14 533 3.0E-131 T 17-09-2021 +MGYG000000001_02691 e8c0c5a2f254e681e786a5eb7130ead5 534 Pfam PF05598 Transposase domain (DUF772) 61 130 3.9E-19 T 17-09-2021 IPR008490 Transposase InsH, N-terminal +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 CDD cd04318 EcAsnRS_like_N 22 104 7.10498E-37 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 SUPERFAMILY SSF55681 107 464 1.04E-99 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 PANTHER PTHR22594:SF46 7 466 2.3E-191 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 Gene3D G3DSA:3.30.930.10 109 465 3.7E-116 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 PRINTS PR01042 Aspartyl-tRNA synthetase signature 208 220 1.2E-13 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 PRINTS PR01042 Aspartyl-tRNA synthetase signature 421 435 1.2E-13 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 PRINTS PR01042 Aspartyl-tRNA synthetase signature 224 237 1.2E-13 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 PRINTS PR01042 Aspartyl-tRNA synthetase signature 381 397 1.2E-13 T 17-09-2021 IPR002312 Aspartyl/Asparaginyl-tRNA synthetase, class IIb GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 SUPERFAMILY SSF50249 15 105 9.94E-20 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 CDD cd00776 AsxRS_core 115 462 1.21977E-157 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 Pfam PF01336 OB-fold nucleic acid binding domain 23 101 3.0E-9 T 17-09-2021 IPR004365 OB-fold nucleic acid binding domain, AA-tRNA synthetase-type GO:0003676 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 PANTHER PTHR22594 7 466 2.3E-191 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 Hamap MF_00534 Asparagine--tRNA ligase [asnS]. 8 466 46.779 T 17-09-2021 IPR004522 Asparagine-tRNA ligase GO:0000166|GO:0004816|GO:0005524|GO:0006421 KEGG: 00970+6.1.1.22 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 ProSiteProfiles PS50862 Aminoacyl-transfer RNA synthetases class-II family profile. 138 456 17.056 T 17-09-2021 IPR006195 Aminoacyl-tRNA synthetase, class II +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 TIGRFAM TIGR00457 asnS: asparagine--tRNA ligase 6 466 3.5E-197 T 17-09-2021 IPR004522 Asparagine-tRNA ligase GO:0000166|GO:0004816|GO:0005524|GO:0006421 KEGG: 00970+6.1.1.22 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 Gene3D G3DSA:2.40.50.140 1 108 7.3E-22 T 17-09-2021 +MGYG000000001_03077 0088087ddc6222a2c95a112250ca06cc 466 Pfam PF00152 tRNA synthetases class II (D, K and N) 120 460 2.5E-88 T 17-09-2021 IPR004364 Aminoacyl-tRNA synthetase, class II (D/K/N) GO:0000166|GO:0004812|GO:0005524|GO:0006418 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Pfam PF02872 5'-nucleotidase, C-terminal domain 458 652 2.1E-21 T 17-09-2021 IPR008334 5'-Nucleotidase, C-terminal GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Pfam PF02872 5'-nucleotidase, C-terminal domain 1035 1187 7.7E-50 T 17-09-2021 IPR008334 5'-Nucleotidase, C-terminal GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 MobiDBLite mobidb-lite consensus disorder prediction 45 111 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 ProSitePatterns PS00785 5'-nucleotidase signature 1. 745 757 - T 17-09-2021 IPR006146 5'-Nucleotidase, conserved site GO:0000166|GO:0016788|GO:0046872 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 MobiDBLite mobidb-lite consensus disorder prediction 1301 1363 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Pfam PF00149 Calcineurin-like phosphoesterase 121 368 6.8E-8 T 17-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Pfam PF00149 Calcineurin-like phosphoesterase 746 959 2.3E-12 T 17-09-2021 IPR004843 Calcineurin-like phosphoesterase domain, ApaH type GO:0016787 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Gene3D G3DSA:3.60.21.10 114 453 6.9E-87 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Coils Coil 149 169 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 MobiDBLite mobidb-lite consensus disorder prediction 1320 1334 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Coils Coil 905 925 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 MobiDBLite mobidb-lite consensus disorder prediction 1335 1363 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Gene3D G3DSA:3.90.780.10 1035 1224 9.1E-64 T 17-09-2021 IPR036907 5'-Nucleotidase, C-terminal domain superfamily GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PANTHER PTHR11575:SF6 737 1186 2.1E-207 T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PANTHER PTHR11575:SF6 113 705 2.1E-207 T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 MobiDBLite mobidb-lite consensus disorder prediction 62 81 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 SUPERFAMILY SSF55816 1032 1222 8.37E-63 T 17-09-2021 IPR036907 5'-Nucleotidase, C-terminal domain superfamily GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 SUPERFAMILY SSF56300 116 453 1.5E-59 T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 SUPERFAMILY SSF56300 742 1033 1.01E-67 T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PRINTS PR01607 Apyrase family signature 1089 1112 9.1E-32 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PRINTS PR01607 Apyrase family signature 918 935 9.1E-32 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PRINTS PR01607 Apyrase family signature 942 965 9.1E-32 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PRINTS PR01607 Apyrase family signature 970 990 9.1E-32 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PRINTS PR01607 Apyrase family signature 743 761 9.1E-32 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PRINTS PR01607 Apyrase family signature 1162 1181 9.1E-32 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Coils Coil 1281 1308 - T 17-09-2021 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 SUPERFAMILY SSF55816 456 692 1.44E-37 T 17-09-2021 IPR036907 5'-Nucleotidase, C-terminal domain superfamily GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Gene3D G3DSA:3.90.780.10 496 692 2.7E-51 T 17-09-2021 IPR036907 5'-Nucleotidase, C-terminal domain superfamily GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 Gene3D G3DSA:3.60.21.10 738 1033 1.9E-71 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PANTHER PTHR11575 737 1186 2.1E-207 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00835 cf5f7766337134c38defb9fcbcfe3cd8 1389 PANTHER PTHR11575 113 705 2.1E-207 T 17-09-2021 IPR006179 5'-Nucleotidase/apyrase GO:0009166|GO:0016787 Reactome: R-HSA-196807|Reactome: R-HSA-73621|Reactome: R-HSA-74259 +MGYG000000001_00633 5ca8aaa97906c0d4f174775c2f1ab6bf 171 Gene3D G3DSA:1.20.120.450 1 169 3.0E-69 T 17-09-2021 IPR034660 DinB/YfiT-like putative metalloenzymes +MGYG000000001_00633 5ca8aaa97906c0d4f174775c2f1ab6bf 171 PANTHER PTHR40658:SF5 1 168 1.3E-53 T 17-09-2021 +MGYG000000001_00633 5ca8aaa97906c0d4f174775c2f1ab6bf 171 Pfam PF08020 Protein of unknown function (DUF1706) 1 167 1.9E-56 T 17-09-2021 IPR012550 Protein of unknown function DUF1706 +MGYG000000001_00633 5ca8aaa97906c0d4f174775c2f1ab6bf 171 PANTHER PTHR40658 1 168 1.3E-53 T 17-09-2021 IPR012550 Protein of unknown function DUF1706 +MGYG000000001_00633 5ca8aaa97906c0d4f174775c2f1ab6bf 171 PIRSF PIRSF031551 1 171 7.7E-55 T 17-09-2021 IPR012550 Protein of unknown function DUF1706 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 CDD cd05799 PGM2 41 555 0.0 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 SUPERFAMILY SSF53738 224 314 6.67E-18 T 17-09-2021 IPR016055 Alpha-D-phosphohexomutase, alpha/beta/alpha I/II/III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Pfam PF02879 Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain II 225 312 6.0E-22 T 17-09-2021 IPR005845 Alpha-D-phosphohexomutase, alpha/beta/alpha domain II GO:0005975 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Gene3D G3DSA:3.40.120.10 33 186 4.4E-48 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Pfam PF02880 Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain III 325 451 5.6E-23 T 17-09-2021 IPR005846 Alpha-D-phosphohexomutase, alpha/beta/alpha domain III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Pfam PF00408 Phosphoglucomutase/phosphomannomutase, C-terminal domain 489 546 1.1E-9 T 17-09-2021 IPR005843 Alpha-D-phosphohexomutase, C-terminal GO:0016868|GO:0071704 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 SUPERFAMILY SSF55957 446 562 2.09E-15 T 17-09-2021 IPR036900 Alpha-D-phosphohexomutase, C-terminal domain superfamily GO:0016868|GO:0071704 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 SUPERFAMILY SSF53738 304 454 7.46E-31 T 17-09-2021 IPR016055 Alpha-D-phosphohexomutase, alpha/beta/alpha I/II/III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Gene3D G3DSA:3.40.120.10 207 324 2.3E-21 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 PRINTS PR00509 Phosphoglucomutase/phosphomannomutase family signature 140 154 2.4E-5 T 17-09-2021 IPR005841 Alpha-D-phosphohexomutase superfamily GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 PRINTS PR00509 Phosphoglucomutase/phosphomannomutase family signature 296 311 2.4E-5 T 17-09-2021 IPR005841 Alpha-D-phosphohexomutase superfamily GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 PANTHER PTHR45745 7 553 2.5E-175 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 SUPERFAMILY SSF53738 30 189 2.71E-46 T 17-09-2021 IPR016055 Alpha-D-phosphohexomutase, alpha/beta/alpha I/II/III GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Gene3D G3DSA:3.30.310.50 462 558 2.9E-10 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Pfam PF02878 Phosphoglucomutase/phosphomannomutase, alpha/beta/alpha domain I 43 184 7.1E-43 T 17-09-2021 IPR005844 Alpha-D-phosphohexomutase, alpha/beta/alpha domain I GO:0005975|GO:0016868 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 Gene3D G3DSA:3.40.120.10 325 452 2.1E-37 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 PANTHER PTHR45745:SF1 7 553 2.5E-175 T 17-09-2021 +MGYG000000001_01840 67187aa3a97fa44ca4e026ab5b92eb66 571 ProSitePatterns PS00710 Phosphoglucomutase and phosphomannomutase phosphoserine signature. 141 150 - T 17-09-2021 IPR016066 Alpha-D-phosphohexomutase, conserved site GO:0000287 KEGG: 00520+5.4.2.10|MetaCyc: PWY-6749 +MGYG000000001_02745 d82c8a25bdc35db88b217c77ca2f5bd1 127 MobiDBLite mobidb-lite consensus disorder prediction 86 106 - T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 SUPERFAMILY SSF54862 150 232 4.05E-16 T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 98 294 9.2E-29 T 17-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 PANTHER PTHR11493:SF54 4 293 2.3E-70 T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 Gene3D G3DSA:3.30.70.3340 22 99 2.1E-7 T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 199 228 10.197 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 Gene3D G3DSA:3.30.70.20 172 226 3.5E-9 T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 PANTHER PTHR11493 4 293 2.3E-70 T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 SUPERFAMILY SSF55124 20 104 4.22E-18 T 17-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 SUPERFAMILY SSF56014 100 296 8.37E-39 T 17-09-2021 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 Pfam PF03460 Nitrite/Sulfite reductase ferredoxin-like half domain 27 87 5.9E-15 T 17-09-2021 IPR005117 Nitrite/Sulfite reductase ferredoxin-like domain GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 168 198 7.702 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01384 43598f3e73bfcfed9e0c5a0bcb702fd0 319 Pfam PF00037 4Fe-4S binding domain 202 224 1.2E-5 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_03129 b2d0b16eaf0db32796ebd6e75c542b2a 176 SUPERFAMILY SSF88946 6 77 1.27E-10 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_03129 b2d0b16eaf0db32796ebd6e75c542b2a 176 Gene3D G3DSA:1.10.10.10 35 176 3.0E-12 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 Pfam PF01418 Helix-turn-helix domain, rpiR family 8 79 8.5E-14 T 17-09-2021 IPR000281 Helix-turn-helix protein RpiR GO:0003700|GO:0006355 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 ProSiteProfiles PS51071 RpiR-type HTH domain profile. 6 81 14.326 T 17-09-2021 IPR000281 Helix-turn-helix protein RpiR GO:0003700|GO:0006355 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 PANTHER PTHR30514:SF1 8 262 2.1E-58 T 17-09-2021 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 SUPERFAMILY SSF53697 84 247 2.49E-30 T 17-09-2021 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 SUPERFAMILY SSF46689 8 78 9.85E-14 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 ProSiteProfiles PS51464 SIS domain profile. 113 253 19.202 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 Pfam PF01380 SIS domain 117 220 5.7E-17 T 17-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 Gene3D G3DSA:3.40.50.10490 85 264 4.8E-36 T 17-09-2021 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 CDD cd05013 SIS_RpiR 109 245 1.63841E-32 T 17-09-2021 IPR035472 RpiR-like, SIS domain +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 PANTHER PTHR30514 8 262 2.1E-58 T 17-09-2021 +MGYG000000001_01962 7f3a6ceb40fb70ab104b2046731b9af3 274 Gene3D G3DSA:1.10.10.10 4 81 3.6E-15 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01512 415cffef9fc1c8e8b4e259684a8c226c 787 SUPERFAMILY SSF52540 367 760 8.2E-8 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01512 415cffef9fc1c8e8b4e259684a8c226c 787 CDD cd18413 BTB_POZ_Shab-like 688 757 0.00658393 T 17-09-2021 +MGYG000000001_01866 da0211281e52e88ddb1ea40c6d85392a 79 CDD cd00130 PAS 8 48 8.06915E-6 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01866 da0211281e52e88ddb1ea40c6d85392a 79 SUPERFAMILY SSF55785 4 51 7.5E-8 T 17-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01866 da0211281e52e88ddb1ea40c6d85392a 79 Pfam PF13426 PAS domain 10 57 1.5E-7 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01866 da0211281e52e88ddb1ea40c6d85392a 79 Gene3D G3DSA:3.30.450.20 1 77 2.3E-9 T 17-09-2021 +MGYG000000001_01866 da0211281e52e88ddb1ea40c6d85392a 79 TIGRFAM TIGR00229 sensory_box: PAS domain S-box protein 4 54 1.5E-5 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_01866 da0211281e52e88ddb1ea40c6d85392a 79 ProSiteProfiles PS50112 PAS repeat profile. 1 40 9.91 T 17-09-2021 IPR000014 PAS domain +MGYG000000001_02126 84faad9c5a2dd820f7fa0f18ec17e529 244 SUPERFAMILY SSF52141 38 233 3.27E-10 T 17-09-2021 IPR036895 Uracil-DNA glycosylase-like domain superfamily Reactome: R-HSA-110328|Reactome: R-HSA-110329|Reactome: R-HSA-110357 +MGYG000000001_03094 8691df89e0733c414ea93d00d7f17985 490 Pfam PF02696 Uncharacterized ACR, YdiU/UPF0061 family 13 459 2.2E-124 T 17-09-2021 IPR003846 Protein adenylyltransferase SelO +MGYG000000001_03094 8691df89e0733c414ea93d00d7f17985 490 PANTHER PTHR32057 24 482 3.3E-151 T 17-09-2021 IPR003846 Protein adenylyltransferase SelO +MGYG000000001_03094 8691df89e0733c414ea93d00d7f17985 490 Hamap MF_00692 UPF0061 protein YdiU [ydiU]. 10 476 44.222 T 17-09-2021 IPR003846 Protein adenylyltransferase SelO +MGYG000000001_03094 8691df89e0733c414ea93d00d7f17985 490 PANTHER PTHR32057:SF14 24 482 3.3E-151 T 17-09-2021 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 Pfam PF08323 Starch synthase catalytic domain 2 240 3.0E-87 T 17-09-2021 IPR013534 Starch synthase, catalytic domain KEGG: 00500+2.4.1.21|MetaCyc: PWY-622 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 Hamap MF_00484 Glycogen synthase [glgA]. 1 478 46.06 T 17-09-2021 IPR011835 Bacterial/plant glycogen synthase GO:0004373 KEGG: 00500+2.4.1.21|MetaCyc: PWY-622 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 Pfam PF00534 Glycosyl transferases group 1 294 449 5.0E-14 T 17-09-2021 IPR001296 Glycosyl transferase, family 1 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 Gene3D G3DSA:3.40.50.2000 3 475 1.8E-183 T 17-09-2021 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 CDD cd03791 GT5_Glycogen_synthase_DULL1-like 2 477 0.0 T 17-09-2021 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 Gene3D G3DSA:3.40.50.2000 254 460 1.8E-183 T 17-09-2021 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 PANTHER PTHR45825 1 478 1.8E-152 T 17-09-2021 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 SUPERFAMILY SSF53756 2 480 1.63E-129 T 17-09-2021 +MGYG000000001_01224 fa7eb80b32d715d2d50997503abfd7f5 480 TIGRFAM TIGR02095 glgA: glycogen/starch synthase, ADP-glucose type 1 477 3.0E-171 T 17-09-2021 IPR011835 Bacterial/plant glycogen synthase GO:0004373 KEGG: 00500+2.4.1.21|MetaCyc: PWY-622 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 Gene3D G3DSA:2.10.109.10 32 165 3.6E-32 T 17-09-2021 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 PRINTS PR00727 Bacterial leader peptidase 1 (S26A) family signature 124 143 6.1E-15 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 PRINTS PR00727 Bacterial leader peptidase 1 (S26A) family signature 24 40 6.1E-15 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 PRINTS PR00727 Bacterial leader peptidase 1 (S26A) family signature 80 92 6.1E-15 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 TIGRFAM TIGR02227 sigpep_I_bact: signal peptidase I 8 167 1.3E-42 T 17-09-2021 IPR000223 Peptidase S26A, signal peptidase I GO:0006508|GO:0008236|GO:0016020 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 CDD cd06530 S26_SPase_I 27 159 2.96709E-22 T 17-09-2021 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 ProSitePatterns PS00501 Signal peptidases I serine active site. 33 40 - T 17-09-2021 IPR019756 Peptidase S26A, signal peptidase I, serine active site GO:0008236|GO:0016021 Reactome: R-HSA-1799339|Reactome: R-HSA-381771|Reactome: R-HSA-400511|Reactome: R-HSA-422085 +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 Pfam PF00717 Peptidase S24-like 31 103 4.8E-14 T 17-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 SUPERFAMILY SSF51306 25 172 3.66E-43 T 17-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_02706 744003adbab50f79f696ed9870acc56e 173 PANTHER PTHR43390 6 170 2.7E-44 T 17-09-2021 +MGYG000000001_03193 5c54879449f67b35d6fe300f0c56e276 403 SUPERFAMILY SSF103473 8 389 4.05E-36 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_03193 5c54879449f67b35d6fe300f0c56e276 403 Gene3D G3DSA:1.20.1250.20 4 199 2.9E-16 T 17-09-2021 +MGYG000000001_03193 5c54879449f67b35d6fe300f0c56e276 403 CDD cd17393 MFS_MosC_like 61 386 3.70149E-14 T 17-09-2021 +MGYG000000001_03193 5c54879449f67b35d6fe300f0c56e276 403 PANTHER PTHR23514 5 394 2.5E-32 T 17-09-2021 +MGYG000000001_03193 5c54879449f67b35d6fe300f0c56e276 403 Pfam PF07690 Major Facilitator Superfamily 13 352 2.3E-21 T 17-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_03193 5c54879449f67b35d6fe300f0c56e276 403 Gene3D G3DSA:1.20.1250.20 200 394 1.4E-21 T 17-09-2021 +MGYG000000001_02963 b075879c9498099bcb8dcd8331b2e9eb 169 Pfam PF07745 Glycosyl hydrolase family 53 54 161 2.8E-45 T 17-09-2021 IPR011683 Glycosyl hydrolase family 53 GO:0015926 +MGYG000000001_02963 b075879c9498099bcb8dcd8331b2e9eb 169 PANTHER PTHR34983:SF2 38 160 3.1E-52 T 17-09-2021 +MGYG000000001_02963 b075879c9498099bcb8dcd8331b2e9eb 169 PANTHER PTHR34983 38 160 3.1E-52 T 17-09-2021 IPR011683 Glycosyl hydrolase family 53 GO:0015926 +MGYG000000001_02963 b075879c9498099bcb8dcd8331b2e9eb 169 SUPERFAMILY SSF51445 51 160 7.21E-39 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02963 b075879c9498099bcb8dcd8331b2e9eb 169 Gene3D G3DSA:3.20.20.80 32 166 5.4E-54 T 17-09-2021 +MGYG000000001_01608 759346975791b62bd05239ddb55ebbfd 327 Gene3D G3DSA:3.90.1640.10 2 207 1.0E-62 T 17-09-2021 +MGYG000000001_01608 759346975791b62bd05239ddb55ebbfd 327 SUPERFAMILY SSF64182 18 320 5.23E-63 T 17-09-2021 IPR038763 DHH phosphoesterase superfamily +MGYG000000001_01608 759346975791b62bd05239ddb55ebbfd 327 Gene3D G3DSA:3.10.310.30 208 327 2.3E-35 T 17-09-2021 +MGYG000000001_01608 759346975791b62bd05239ddb55ebbfd 327 Pfam PF02272 DHHA1 domain 247 315 1.1E-10 T 17-09-2021 IPR003156 DHHA1 domain GO:0003676 KEGG: 00970+6.1.1.7|Reactome: R-HSA-379716 +MGYG000000001_01608 759346975791b62bd05239ddb55ebbfd 327 Pfam PF01368 DHH family 18 165 1.8E-16 T 17-09-2021 IPR001667 DDH domain +MGYG000000001_01608 759346975791b62bd05239ddb55ebbfd 327 PANTHER PTHR47618 3 326 2.5E-82 T 17-09-2021 +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 Coils Coil 14 34 - T 17-09-2021 +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 Pfam PF00795 Carbon-nitrogen hydrolase 5 256 3.6E-57 T 17-09-2021 IPR003010 Carbon-nitrogen hydrolase GO:0006807 +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 SUPERFAMILY SSF56317 1 265 2.09E-79 T 17-09-2021 IPR036526 Carbon-nitrogen hydrolase superfamily +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 ProSitePatterns PS01227 Uncharacterized protein family UPF0012 signature. 150 170 - T 17-09-2021 IPR001110 Uncharacterised protein family UPF0012, conserved site +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 ProSiteProfiles PS50263 Carbon-nitrogen hydrolase domain profile. 4 249 57.444 T 17-09-2021 IPR003010 Carbon-nitrogen hydrolase GO:0006807 +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 PANTHER PTHR23088:SF30 4 270 6.2E-102 T 17-09-2021 +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 PANTHER PTHR23088 4 270 6.2E-102 T 17-09-2021 +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 Gene3D G3DSA:3.60.110.10 1 270 9.0E-102 T 17-09-2021 IPR036526 Carbon-nitrogen hydrolase superfamily +MGYG000000001_02738 c76ad54899c73516818a78a3fd94387b 270 CDD cd07572 nit 5 266 2.95445E-145 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 PANTHER PTHR43578 26 563 2.3E-235 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Gene3D G3DSA:3.40.50.11540 194 372 1.3E-76 T 17-09-2021 IPR037225 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Pfam PF10531 SLBB domain 385 432 7.6E-8 T 17-09-2021 IPR019554 Soluble ligand binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 SUPERFAMILY SSF54862 572 624 7.07E-13 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Pfam PF00037 4Fe-4S binding domain 602 623 5.5E-6 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 SUPERFAMILY SSF52833 34 125 9.06E-25 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Gene3D G3DSA:3.30.70.20 571 626 2.9E-12 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 SUPERFAMILY SSF142984 382 465 3.01E-24 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 SMART SM00928 470 515 1.1E-22 T 17-09-2021 IPR019575 NADH-ubiquinone oxidoreductase 51kDa subunit, iron-sulphur binding domain GO:0051539 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Gene3D G3DSA:3.40.30.10 33 128 3.0E-29 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Pfam PF10589 NADH-ubiquinone oxidoreductase-F iron-sulfur binding region 473 555 4.3E-31 T 17-09-2021 IPR019575 NADH-ubiquinone oxidoreductase 51kDa subunit, iron-sulphur binding domain GO:0051539 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 SUPERFAMILY SSF140490 467 567 8.37E-36 T 17-09-2021 IPR037207 NADH-ubiquinone oxidoreductase 51kDa subunit, iron-sulphur binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 CDD cd02980 TRX_Fd_family 37 111 2.46057E-23 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Pfam PF01257 Thioredoxin-like [2Fe-2S] ferredoxin 26 110 1.0E-8 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Pfam PF01512 Respiratory-chain NADH dehydrogenase 51 Kd subunit 189 360 1.8E-46 T 17-09-2021 IPR011538 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 599 626 9.298 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Gene3D G3DSA:3.10.20.600 373 466 5.2E-33 T 17-09-2021 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 Gene3D G3DSA:1.20.1440.230 468 568 2.9E-32 T 17-09-2021 IPR037207 NADH-ubiquinone oxidoreductase 51kDa subunit, iron-sulphur binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 ProSitePatterns PS00645 Respiratory-chain NADH dehydrogenase 51 Kd subunit signature 2. 483 494 - T 17-09-2021 IPR001949 NADH:ubiquinone oxidoreductase, 51kDa subunit, conserved site GO:0008137|GO:0010181|GO:0051539|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 569 598 9.062 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02610 cf96cbcda647876be8aa3b20d2a2eea1 626 SUPERFAMILY SSF142019 141 381 1.06E-88 T 17-09-2021 IPR037225 NADH-ubiquinone oxidoreductase 51kDa subunit, FMN-binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02320 3ef1b129e29b63a362b0f5d3fc3423d8 167 Coils Coil 38 58 - T 17-09-2021 +MGYG000000001_02320 3ef1b129e29b63a362b0f5d3fc3423d8 167 Pfam PF07875 Coat F domain 106 165 1.3E-22 T 17-09-2021 IPR012851 Spore coat protein CotF-like +MGYG000000001_02320 3ef1b129e29b63a362b0f5d3fc3423d8 167 Gene3D G3DSA:1.20.1260.10 4 160 1.4E-10 T 17-09-2021 IPR012347 Ferritin-like +MGYG000000001_02320 3ef1b129e29b63a362b0f5d3fc3423d8 167 SUPERFAMILY SSF47240 7 164 2.44E-21 T 17-09-2021 IPR009078 Ferritin-like superfamily +MGYG000000001_02320 3ef1b129e29b63a362b0f5d3fc3423d8 167 CDD cd00657 Ferritin_like 117 158 1.15743E-6 T 17-09-2021 +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 Gene3D G3DSA:3.60.21.10 41 330 2.3E-12 T 17-09-2021 IPR029052 Metallo-dependent phosphatase-like +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 Pfam PF09587 Bacterial capsule synthesis protein PGA_cap 60 320 4.2E-67 T 17-09-2021 IPR019079 Capsule synthesis protein, CapA +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 CDD cd07381 MPP_CapA 60 318 3.60686E-64 T 17-09-2021 IPR019079 Capsule synthesis protein, CapA +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 SUPERFAMILY SSF56300 58 362 7.27E-40 T 17-09-2021 +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 PANTHER PTHR33393:SF12 21 383 8.8E-72 T 17-09-2021 +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 PANTHER PTHR33393 21 383 8.8E-72 T 17-09-2021 +MGYG000000001_01320 57468a2fd0d070b98b0c081a5992f3b0 419 SMART SM00854 59 320 1.0E-77 T 17-09-2021 IPR019079 Capsule synthesis protein, CapA +MGYG000000001_01127 2f97f435a6006f01999201c5b453cb3e 78 Coils Coil 40 67 - T 17-09-2021 +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 Gene3D G3DSA:3.40.1190.20 55 362 2.3E-62 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 PANTHER PTHR43085 59 348 2.4E-26 T 17-09-2021 +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 SUPERFAMILY SSF46785 1 55 3.49E-9 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 Pfam PF13412 Winged helix-turn-helix DNA-binding 2 48 3.9E-10 T 17-09-2021 +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 ProSitePatterns PS00583 pfkB family of carbohydrate kinases signature 1. 93 117 - T 17-09-2021 IPR002173 Carbohydrate/puine kinase, PfkB, conserved site GO:0016773 +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 Gene3D G3DSA:1.10.10.10 1 54 1.3E-8 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 Pfam PF00294 pfkB family carbohydrate kinase 58 347 1.5E-37 T 17-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 SUPERFAMILY SSF53613 60 360 6.08E-48 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_01994 d9ed3da378c9d0362ca52a060c35d4eb 364 CDD cd01941 YeiC_kinase_like 59 341 1.43439E-69 T 17-09-2021 +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 Hamap MF_02065 Endolytic murein transglycosylase [mltG]. 13 339 33.768 T 17-09-2021 IPR003770 Endolytic murein transglycosylase +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 Gene3D G3DSA:1.10.8.1150 37 112 3.1E-20 T 17-09-2021 +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 PANTHER PTHR30518 13 340 7.4E-99 T 17-09-2021 IPR003770 Endolytic murein transglycosylase +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 Coils Coil 330 350 - T 17-09-2021 +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 CDD cd08010 yceG_like 83 332 6.87084E-103 T 17-09-2021 IPR003770 Endolytic murein transglycosylase +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 Pfam PF02618 YceG-like family 43 333 3.2E-87 T 17-09-2021 IPR003770 Endolytic murein transglycosylase +MGYG000000001_01288 4311a4f1f3b122f026e5edea5517ac98 357 TIGRFAM TIGR00247 TIGR00247: conserved hypothetical protein, YceG family 11 337 1.2E-86 T 17-09-2021 IPR003770 Endolytic murein transglycosylase +MGYG000000001_01095 9599b1a69362812eedee2b4516da0558 365 MobiDBLite mobidb-lite consensus disorder prediction 335 365 - T 17-09-2021 +MGYG000000001_01095 9599b1a69362812eedee2b4516da0558 365 SUPERFAMILY SSF56563 23 312 6.93E-7 T 17-09-2021 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 SUPERFAMILY SSF50486 1 212 8.63E-65 T 17-09-2021 IPR011034 Formyl transferase-like, C-terminal domain superfamily GO:0003824 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 Gene3D G3DSA:3.10.300.10 1 217 9.2E-68 T 17-09-2021 IPR036995 Methylpurine-DNA glycosylase superfamily GO:0003677|GO:0003905|GO:0006284 Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 Pfam PF02245 Methylpurine-DNA glycosylase (MPG) 4 204 1.5E-55 T 17-09-2021 IPR003180 Methylpurine-DNA glycosylase GO:0003677|GO:0003905|GO:0006284 Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 PANTHER PTHR10429 1 212 6.4E-71 T 17-09-2021 IPR003180 Methylpurine-DNA glycosylase GO:0003677|GO:0003905|GO:0006284 Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 Hamap MF_00527 Putative 3-methyladenine DNA glycosylase. 3 207 31.892 T 17-09-2021 IPR003180 Methylpurine-DNA glycosylase GO:0003677|GO:0003905|GO:0006284 Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 TIGRFAM TIGR00567 3mg: DNA-3-methyladenine glycosylase 1 207 7.5E-63 T 17-09-2021 IPR003180 Methylpurine-DNA glycosylase GO:0003677|GO:0003905|GO:0006284 Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357 +MGYG000000001_01769 ebc2100fe4881ed4a1cef44f30a21155 217 CDD cd00540 AAG 5 207 4.83232E-92 T 17-09-2021 IPR003180 Methylpurine-DNA glycosylase GO:0003677|GO:0003905|GO:0006284 Reactome: R-HSA-110330|Reactome: R-HSA-110331|Reactome: R-HSA-110357 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 SUPERFAMILY SSF63862 150 213 6.54E-10 T 17-09-2021 IPR036371 Thiamin pyrophosphokinase, thiamin-binding domain superfamily GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 SUPERFAMILY SSF63999 1 131 1.44E-38 T 17-09-2021 IPR036759 Thiamin pyrophosphokinase, catalytic domain superfamily GO:0004788|GO:0005524|GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 TIGRFAM TIGR01378 thi_PPkinase: thiamine pyrophosphokinase 3 210 1.4E-58 T 17-09-2021 IPR006282 Thiamin pyrophosphokinase GO:0004788|GO:0006772 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 Pfam PF04263 Thiamin pyrophosphokinase, catalytic domain 25 125 1.0E-28 T 17-09-2021 IPR007371 Thiamin pyrophosphokinase, catalytic domain GO:0004788|GO:0005524|GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 Pfam PF04265 Thiamin pyrophosphokinase, vitamin B1 binding domain 151 207 7.8E-13 T 17-09-2021 IPR007373 Thiamin pyrophosphokinase, thiamin-binding domain GO:0009229|GO:0030975 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 PANTHER PTHR41299 1 214 2.8E-53 T 17-09-2021 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 CDD cd07995 TPK 3 211 5.11829E-74 T 17-09-2021 IPR007371 Thiamin pyrophosphokinase, catalytic domain GO:0004788|GO:0005524|GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 Gene3D G3DSA:3.40.50.10240 1 215 5.6E-62 T 17-09-2021 IPR036759 Thiamin pyrophosphokinase, catalytic domain superfamily GO:0004788|GO:0005524|GO:0009229 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02158 e03dd35bf42d522f1e75e6515d581473 215 SMART SM00983 149 208 6.8E-16 T 17-09-2021 IPR007373 Thiamin pyrophosphokinase, thiamin-binding domain GO:0009229|GO:0030975 KEGG: 00730+2.7.6.2|MetaCyc: PWY-6898|MetaCyc: PWY-6907|MetaCyc: PWY-6908|MetaCyc: PWY-7356|Reactome: R-HSA-196819 +MGYG000000001_02995 5ec1ce9779b4dac22c7b9bed04519d61 334 Gene3D G3DSA:1.20.120.940 141 317 3.4E-48 T 17-09-2021 IPR038323 Putative aromatic acid exporter, C-terminal domain superfamily +MGYG000000001_02995 5ec1ce9779b4dac22c7b9bed04519d61 334 Pfam PF06081 Aromatic acid exporter family member 1 7 143 2.0E-32 T 17-09-2021 IPR010343 Aromatic acid exporter family member 1 +MGYG000000001_02995 5ec1ce9779b4dac22c7b9bed04519d61 334 Pfam PF11728 Putative aromatic acid exporter C-terminal domain 149 309 1.3E-37 T 17-09-2021 IPR021062 Putative aromatic acid exporter, C-terminal +MGYG000000001_02995 5ec1ce9779b4dac22c7b9bed04519d61 334 PANTHER PTHR40064 8 312 3.7E-64 T 17-09-2021 +MGYG000000001_02674 bd902a5f23eeb5cbdcf11146092f550a 78 Coils Coil 40 67 - T 17-09-2021 +MGYG000000001_01448 19850c7ffca0434abda9778d0774e8e8 136 Gene3D G3DSA:1.20.1080.10 1 135 1.9E-41 T 17-09-2021 IPR023271 Aquaporin-like Reactome: R-HSA-432047 +MGYG000000001_01448 19850c7ffca0434abda9778d0774e8e8 136 Pfam PF01226 Formate/nitrite transporter 2 132 4.6E-33 T 17-09-2021 IPR000292 Formate/nitrite transporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01448 19850c7ffca0434abda9778d0774e8e8 136 ProSitePatterns PS01006 Formate and nitrite transporters signature 2. 102 112 - T 17-09-2021 IPR024002 Formate/nitrite transporter, conserved site +MGYG000000001_01448 19850c7ffca0434abda9778d0774e8e8 136 ProSitePatterns PS01005 Formate and nitrite transporters signature 1. 18 27 - T 17-09-2021 IPR024002 Formate/nitrite transporter, conserved site +MGYG000000001_01448 19850c7ffca0434abda9778d0774e8e8 136 PANTHER PTHR30520 2 131 1.9E-33 T 17-09-2021 IPR000292 Formate/nitrite transporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01448 19850c7ffca0434abda9778d0774e8e8 136 PANTHER PTHR30520:SF6 2 131 1.9E-33 T 17-09-2021 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 PANTHER PTHR30175:SF1 1 463 1.5E-149 T 17-09-2021 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 ProSitePatterns PS01035 PTS EIIB domains cysteine phosphorylation site signature. 19 36 - T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 ProSiteProfiles PS51103 PTS_EIIC type-1 domain profile. 103 460 47.968 T 17-09-2021 IPR013013 Phosphotransferase system, EIIC component, type 1 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 Pfam PF02378 Phosphotransferase system, EIIC 108 391 8.9E-31 T 17-09-2021 IPR003352 Phosphotransferase system, EIIC GO:0008982|GO:0009401|GO:0016020 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 PANTHER PTHR30175 1 463 1.5E-149 T 17-09-2021 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 Pfam PF00367 phosphotransferase system, EIIB 8 41 3.2E-10 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 SUPERFAMILY SSF55604 6 80 3.14E-19 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 CDD cd00212 PTS_IIB_glc 4 76 4.37232E-23 T 17-09-2021 IPR018113 Phosphotransferase system EIIB, cysteine phosphorylation site GO:0008982 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 ProSiteProfiles PS51098 PTS_EIIB type-1 domain profile. 4 86 21.705 T 17-09-2021 IPR001996 Phosphotransferase system, IIB component, type 1 GO:0008982|GO:0009401 +MGYG000000001_02384 8c410ac5e8052d569b0a1e5608b9654e 468 Gene3D G3DSA:3.30.1360.60 1 77 5.2E-24 T 17-09-2021 IPR036878 Glucose permease domain IIB GO:0008982|GO:0009401 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 118 269 1.2E-28 T 17-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 SUPERFAMILY SSF56014 377 493 7.85E-17 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 Gene3D G3DSA:3.30.413.10 117 286 1.4E-68 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 SUPERFAMILY SSF56014 118 272 2.49E-34 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 Gene3D G3DSA:3.30.413.10 374 491 1.4E-18 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 SUPERFAMILY SSF55124 254 386 7.52E-10 T 17-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 SUPERFAMILY SSF55124 10 115 8.01E-26 T 17-09-2021 IPR036136 Nitrite/Sulfite reductase ferredoxin-like domain superfamily GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 PANTHER PTHR32439 22 485 3.7E-76 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 Gene3D G3DSA:3.90.480.10 50 359 1.4E-68 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 PANTHER PTHR32439:SF5 22 485 3.7E-76 T 17-09-2021 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 Pfam PF03460 Nitrite/Sulfite reductase ferredoxin-like half domain 43 106 1.2E-12 T 17-09-2021 IPR005117 Nitrite/Sulfite reductase ferredoxin-like domain GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_02899 41ab0099ce260ed0c4441983066a269b 516 Pfam PF03460 Nitrite/Sulfite reductase ferredoxin-like half domain 302 366 1.9E-6 T 17-09-2021 IPR005117 Nitrite/Sulfite reductase ferredoxin-like domain GO:0016491|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 Gene3D G3DSA:3.40.50.300 2 231 5.1E-66 T 17-09-2021 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 ProSitePatterns PS00211 ABC transporters family signature. 138 152 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 PANTHER PTHR24220:SF661 1 232 1.2E-87 T 17-09-2021 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 CDD cd03255 ABC_MJ0796_LolCDE_FtsE 3 213 6.10556E-107 T 17-09-2021 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 SMART SM00382 31 214 2.5E-15 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 SUPERFAMILY SSF52540 3 221 4.44E-68 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 231 26.171 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 Pfam PF00005 ABC transporter 22 165 6.4E-36 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01742 53e0d77edbb23093f7f4c7d2b7e71ceb 233 PANTHER PTHR24220 1 232 1.2E-87 T 17-09-2021 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 Gene3D G3DSA:1.10.150.130 62 169 2.6E-13 T 17-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 Pfam PF14657 Arm DNA-binding domain 23 58 4.3E-8 T 17-09-2021 IPR028259 AP2-like integrase, N-terminal domain +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 SUPERFAMILY SSF56349 66 360 3.53E-49 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 CDD cd01189 INT_ICEBs1_C_like 177 355 3.32161E-38 T 17-09-2021 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 PANTHER PTHR30349:SF69 25 372 6.4E-43 T 17-09-2021 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 Gene3D G3DSA:1.10.443.10 170 374 4.1E-45 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 Pfam PF00589 Phage integrase family 177 358 3.5E-21 T 17-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 Pfam PF14659 Phage integrase, N-terminal SAM-like domain 66 122 6.6E-10 T 17-09-2021 IPR004107 Integrase, SAM-like, N-terminal GO:0003677|GO:0015074 +MGYG000000001_01135 e1a5beec6fea37de8c892ce8193954a0 378 PANTHER PTHR30349 25 372 6.4E-43 T 17-09-2021 +MGYG000000001_00587 dcac4dcbebd71c002dc4c308026850e7 336 Pfam PF13274 Protein of unknown function (DUF4065) 209 317 4.3E-22 T 17-09-2021 IPR025272 Domain of unknown function DUF4065 +MGYG000000001_00587 dcac4dcbebd71c002dc4c308026850e7 336 Gene3D G3DSA:1.10.260.40 20 133 6.9E-17 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00587 dcac4dcbebd71c002dc4c308026850e7 336 TIGRFAM TIGR03830 CxxCG_CxxCG_HTH: putative zinc finger/helix-turn-helix protein, YgiT family 10 133 4.0E-26 T 17-09-2021 IPR022452 Antitoxin MqsA +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 SUPERFAMILY SSF46785 5 136 5.55E-28 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 PRINTS PR00598 Bacterial regulatory protein MarR family signature 47 63 2.5E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 PRINTS PR00598 Bacterial regulatory protein MarR family signature 64 79 2.5E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 PRINTS PR00598 Bacterial regulatory protein MarR family signature 113 133 2.5E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 PRINTS PR00598 Bacterial regulatory protein MarR family signature 83 99 2.5E-6 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 SMART SM00347 23 123 2.5E-21 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 Pfam PF01047 MarR family 30 87 1.7E-13 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 ProSiteProfiles PS50995 MarR-type HTH domain profile. 1 135 26.523 T 17-09-2021 IPR000835 MarR-type HTH domain GO:0003700|GO:0006355 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 Gene3D G3DSA:1.10.10.10 3 138 2.9E-30 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 PANTHER PTHR42742 5 136 3.8E-24 T 17-09-2021 +MGYG000000001_00639 f1f6e93a948a26e4202627b534ec92bc 143 PANTHER PTHR42742:SF1 5 136 3.8E-24 T 17-09-2021 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 ProSitePatterns PS00136 Serine proteases, subtilase family, aspartic acid active site. 101 112 - T 17-09-2021 IPR023827 Peptidase S8, subtilisin, Asp-active site +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 Gene3D G3DSA:2.60.120.1290 278 421 5.0E-114 T 17-09-2021 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 Pfam PF00082 Subtilase family 96 283 3.2E-11 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 SUPERFAMILY SSF52743 91 548 3.53E-43 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 CDD cd07478 Peptidases_S8_CspA-like 96 542 1.96359E-151 T 17-09-2021 IPR034045 CspA-like domain +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 Pfam PF00082 Subtilase family 426 542 1.3E-14 T 17-09-2021 IPR000209 Peptidase S8/S53 domain GO:0004252|GO:0006508 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 PRINTS PR00723 Subtilisin serine protease family (S8) signature 96 115 1.9E-11 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 PRINTS PR00723 Subtilisin serine protease family (S8) signature 482 498 1.9E-11 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 PRINTS PR00723 Subtilisin serine protease family (S8) signature 166 179 1.9E-11 T 17-09-2021 IPR015500 Peptidase S8, subtilisin-related +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 PANTHER PTHR43399 421 550 2.2E-28 T 17-09-2021 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 PANTHER PTHR43399 92 280 2.2E-28 T 17-09-2021 +MGYG000000001_00191 a1c854be95e9a25ffe4c21c9baf02fa4 557 Gene3D G3DSA:3.40.50.200 95 543 5.0E-114 T 17-09-2021 IPR036852 Peptidase S8/S53 domain superfamily GO:0004252|GO:0006508 +MGYG000000001_03117 2f36fd19f53d9fb30207917630293f4d 199 Pfam PF14014 Protein of unknown function (DUF4230) 46 194 3.0E-19 T 17-09-2021 IPR025324 Protein of unknown function DUF4230 +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 TIGRFAM TIGR03725 T6A_YeaZ: tRNA threonylcarbamoyl adenosine modification protein YeaZ 3 219 1.3E-54 T 17-09-2021 IPR022496 tRNA threonylcarbamoyl adenosine modification protein TsaB GO:0002949 +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 Pfam PF00814 Glycoprotease family 32 149 2.1E-28 T 17-09-2021 IPR000905 Gcp-like domain +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 SUPERFAMILY SSF53067 108 204 2.07E-10 T 17-09-2021 +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 Gene3D G3DSA:3.30.420.40 95 187 1.0E-59 T 17-09-2021 +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 Gene3D G3DSA:3.30.420.40 3 221 1.0E-59 T 17-09-2021 +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 PANTHER PTHR11735 1 230 5.5E-54 T 17-09-2021 IPR000905 Gcp-like domain +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 SUPERFAMILY SSF53067 1 99 9.06E-30 T 17-09-2021 +MGYG000000001_01050 b721cb7ffd98e7ed130ed3bf2e172607 238 PANTHER PTHR11735:SF11 1 230 5.5E-54 T 17-09-2021 IPR022496 tRNA threonylcarbamoyl adenosine modification protein TsaB GO:0002949 +MGYG000000001_00734 76427377c66051a56eab3e026091e807 196 Gene3D G3DSA:2.50.20.10 24 196 5.7E-14 T 17-09-2021 +MGYG000000001_00734 76427377c66051a56eab3e026091e807 196 SUPERFAMILY SSF89392 32 192 8.24E-9 T 17-09-2021 IPR029046 Lipoprotein localisation LolA/LolB/LppX +MGYG000000001_00734 76427377c66051a56eab3e026091e807 196 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 6.0 T 17-09-2021 +MGYG000000001_00734 76427377c66051a56eab3e026091e807 196 PANTHER PTHR37507 6 193 2.1E-13 T 17-09-2021 +MGYG000000001_01657 b9f26ad5caa4b54aa2786711973ef76b 318 PANTHER PTHR46494 32 316 3.6E-28 T 17-09-2021 +MGYG000000001_01657 b9f26ad5caa4b54aa2786711973ef76b 318 SUPERFAMILY SSF144083 254 316 1.96E-18 T 17-09-2021 +MGYG000000001_01657 b9f26ad5caa4b54aa2786711973ef76b 318 SUPERFAMILY SSF143865 28 250 2.22E-19 T 17-09-2021 +MGYG000000001_01657 b9f26ad5caa4b54aa2786711973ef76b 318 Gene3D G3DSA:1.20.58.340 241 318 7.4E-23 T 17-09-2021 +MGYG000000001_01657 b9f26ad5caa4b54aa2786711973ef76b 318 Gene3D G3DSA:3.30.460.20 27 122 3.0E-7 T 17-09-2021 +MGYG000000001_01657 b9f26ad5caa4b54aa2786711973ef76b 318 Pfam PF01544 CorA-like Mg2+ transporter protein 29 316 6.6E-49 T 17-09-2021 IPR002523 Mg2+ transporter protein, CorA-like/Zinc transport protein ZntB GO:0016020|GO:0030001|GO:0046873|GO:0055085 +MGYG000000001_03138 ec65c6d544214a6d384cfedbf9a6ea26 160 Coils Coil 19 39 - T 17-09-2021 +MGYG000000001_01104 ec65c6d544214a6d384cfedbf9a6ea26 160 Coils Coil 19 39 - T 17-09-2021 +MGYG000000001_03138 ec65c6d544214a6d384cfedbf9a6ea26 160 TIGRFAM TIGR01636 phage_rinA: phage transcriptional regulator, RinA family 6 142 1.8E-9 T 17-09-2021 IPR006523 Transcription activator RinA +MGYG000000001_01104 ec65c6d544214a6d384cfedbf9a6ea26 160 TIGRFAM TIGR01636 phage_rinA: phage transcriptional regulator, RinA family 6 142 1.8E-9 T 17-09-2021 IPR006523 Transcription activator RinA +MGYG000000001_01139 8e0011fbc2b75747f0c25a1d2f0b7472 196 Pfam PF03553 Na+/H+ antiporter family 5 162 6.1E-42 T 17-09-2021 IPR018461 Na+/H+ antiporter, NhaC-like, C-terminal GO:0016021 +MGYG000000001_01139 8e0011fbc2b75747f0c25a1d2f0b7472 196 PANTHER PTHR43478:SF1 2 182 3.1E-63 T 17-09-2021 +MGYG000000001_01139 8e0011fbc2b75747f0c25a1d2f0b7472 196 PANTHER PTHR43478 2 182 3.1E-63 T 17-09-2021 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 Coils Coil 227 231 - T 17-09-2021 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 Gene3D G3DSA:3.40.1350.60 78 230 7.8E-43 T 17-09-2021 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 TIGRFAM TIGR00230 sfsA: sugar fermentation stimulation protein 1 230 1.4E-56 T 17-09-2021 IPR005224 Sugar fermentation stimulation protein GO:0003677 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 Hamap MF_00095 Sugar fermentation stimulation protein A [sfsA]. 1 231 47.682 T 17-09-2021 IPR005224 Sugar fermentation stimulation protein GO:0003677 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 Pfam PF03749 Sugar fermentation stimulation protein RE domain 80 216 2.3E-47 T 17-09-2021 IPR040452 Sugar fermentation stimulation protein, C-terminal +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 Pfam PF17746 SfsA N-terminal OB domain 12 77 4.6E-25 T 17-09-2021 IPR041465 SfsA, N-terminal OB domain +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 PANTHER PTHR30545:SF2 2 230 9.1E-58 T 17-09-2021 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 Gene3D G3DSA:2.40.50.580 1 76 3.2E-25 T 17-09-2021 +MGYG000000001_02336 b06d4ade89d614077bf743befea11ac1 231 PANTHER PTHR30545 2 230 9.1E-58 T 17-09-2021 IPR005224 Sugar fermentation stimulation protein GO:0003677 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 MobiDBLite mobidb-lite consensus disorder prediction 45 68 - T 17-09-2021 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 SMART SM00646 164 282 2.0E-11 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 PANTHER PTHR30404:SF3 41 288 3.7E-77 T 17-09-2021 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 MobiDBLite mobidb-lite consensus disorder prediction 45 80 - T 17-09-2021 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 84 282 1.7E-39 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 Gene3D G3DSA:3.40.630.40 80 288 1.0E-47 T 17-09-2021 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 CDD cd02696 MurNAc-LAA 84 281 6.38915E-46 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 SUPERFAMILY SSF53187 82 286 2.42E-37 T 17-09-2021 +MGYG000000001_00397 11df440b5a7bd80488b50cc692753fc9 288 PANTHER PTHR30404 41 288 3.7E-77 T 17-09-2021 +MGYG000000001_02176 07a7f54061da051c7c766edb81973501 156 PANTHER PTHR30582:SF2 27 155 4.4E-16 T 17-09-2021 +MGYG000000001_02176 07a7f54061da051c7c766edb81973501 156 Pfam PF03734 L,D-transpeptidase catalytic domain 34 155 7.1E-14 T 17-09-2021 IPR005490 L,D-transpeptidase catalytic domain GO:0016740 +MGYG000000001_02176 07a7f54061da051c7c766edb81973501 156 SUPERFAMILY SSF141523 32 155 1.22E-20 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_02176 07a7f54061da051c7c766edb81973501 156 CDD cd16913 YkuD_like 35 155 1.09107E-20 T 17-09-2021 +MGYG000000001_02176 07a7f54061da051c7c766edb81973501 156 Gene3D G3DSA:2.40.440.10 34 156 4.4E-20 T 17-09-2021 IPR038063 L,D-transpeptidase catalytic domain-like +MGYG000000001_02176 07a7f54061da051c7c766edb81973501 156 PANTHER PTHR30582 27 155 4.4E-16 T 17-09-2021 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 Hamap MF_00294 50S ribosomal protein L33 [rpmG]. 1 49 19.785 T 17-09-2021 IPR001705 Ribosomal protein L33 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 PANTHER PTHR43168:SF6 1 49 9.6E-19 T 17-09-2021 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 Gene3D G3DSA:2.20.28.120 1 49 1.6E-24 T 17-09-2021 IPR038584 Ribosomal protein L33 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 SUPERFAMILY SSF57829 1 49 5.49E-20 T 17-09-2021 IPR011332 Zinc-binding ribosomal protein GO:0006412 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 PANTHER PTHR43168 1 49 9.6E-19 T 17-09-2021 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 TIGRFAM TIGR01023 rpmG_bact: ribosomal protein bL33 2 49 7.8E-20 T 17-09-2021 IPR001705 Ribosomal protein L33 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 Pfam PF00471 Ribosomal protein L33 3 49 8.7E-23 T 17-09-2021 IPR001705 Ribosomal protein L33 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02452 717c43cf0c800f2525f7531c58ff5b5f 49 ProSitePatterns PS00582 Ribosomal protein L33 signature. 17 36 - T 17-09-2021 IPR018264 Ribosomal protein L33, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 CDD cd17332 MFS_MelB_like 9 434 2.36243E-78 T 17-09-2021 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 Pfam PF13347 MFS/sugar transport protein 11 433 1.9E-81 T 17-09-2021 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 SUPERFAMILY SSF103473 26 438 1.13E-27 T 17-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 TIGRFAM TIGR00792 gph: sugar (Glycoside-Pentoside-Hexuronide) transporter 9 445 6.2E-84 T 17-09-2021 IPR001927 Sodium:galactoside symporter GO:0006814|GO:0016020 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 Gene3D G3DSA:1.20.1250.20 17 201 4.1E-8 T 17-09-2021 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 Gene3D G3DSA:1.20.1250.20 221 446 5.0E-11 T 17-09-2021 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 PANTHER PTHR11328:SF24 4 446 1.6E-66 T 17-09-2021 +MGYG000000001_00874 12c51a3fec0fd0fbee8729b86d6a11cd 456 PANTHER PTHR11328 4 446 1.6E-66 T 17-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 Gene3D G3DSA:3.40.630.40 2 197 3.1E-39 T 17-09-2021 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 PANTHER PTHR30404 4 194 3.5E-31 T 17-09-2021 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 Gene3D G3DSA:3.30.70.1070 204 250 1.7E-8 T 17-09-2021 IPR036680 Sporulation-like domain superfamily GO:0042834 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 SUPERFAMILY SSF110997 214 249 2.48E-6 T 17-09-2021 IPR036680 Sporulation-like domain superfamily GO:0042834 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 SMART SM00646 73 190 7.5E-21 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 Pfam PF05036 Sporulation related domain 217 249 2.9E-5 T 17-09-2021 IPR007730 Sporulation-like domain GO:0042834 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 Pfam PF01520 N-acetylmuramoyl-L-alanine amidase 5 189 2.0E-33 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 CDD cd02696 MurNAc-LAA 5 190 7.10162E-40 T 17-09-2021 IPR002508 N-acetylmuramoyl-L-alanine amidase, catalytic domain GO:0008745|GO:0009253 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 ProSiteProfiles PS51724 SPOR domain profile. 212 252 10.18 T 17-09-2021 IPR007730 Sporulation-like domain GO:0042834 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 PANTHER PTHR30404:SF0 4 194 3.5E-31 T 17-09-2021 +MGYG000000001_02543 3fea7d1de87d2561d54517fd165d19a4 252 SUPERFAMILY SSF53187 5 196 6.91E-35 T 17-09-2021 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 PANTHER PTHR10173:SF54 6 305 4.8E-109 T 17-09-2021 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 PANTHER PTHR10173 6 305 4.8E-109 T 17-09-2021 IPR028427 Peptide methionine sulfoxide reductase GO:0006979|GO:0016671|GO:0030091 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 TIGRFAM TIGR00401 msrA: peptide-methionine (S)-S-oxide reductase 3 154 4.2E-63 T 17-09-2021 IPR002569 Peptide methionine sulphoxide reductase MsrA GO:0008113|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 SUPERFAMILY SSF51316 170 306 1.67E-56 T 17-09-2021 IPR011057 Mss4-like superfamily +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 Pfam PF01625 Peptide methionine sulfoxide reductase 5 155 3.4E-61 T 17-09-2021 IPR002569 Peptide methionine sulphoxide reductase MsrA GO:0008113|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 SUPERFAMILY SSF55068 3 166 5.76E-71 T 17-09-2021 IPR036509 Peptide methionine sulphoxide reductase MsrA superfamily GO:0008113|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 Gene3D G3DSA:2.170.150.20 162 308 7.1E-56 T 17-09-2021 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 ProSiteProfiles PS51790 Methionine-R-sulfoxide reductase (MsrB) domain profile. 169 292 67.596 T 17-09-2021 IPR002579 Peptide methionine sulphoxide reductase MrsB GO:0033743|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 Gene3D G3DSA:3.30.1060.10 1 161 1.4E-64 T 17-09-2021 IPR036509 Peptide methionine sulphoxide reductase MsrA superfamily GO:0008113|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 TIGRFAM TIGR00357 TIGR00357: methionine-R-sulfoxide reductase 172 300 7.7E-60 T 17-09-2021 IPR002579 Peptide methionine sulphoxide reductase MrsB GO:0033743|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 Pfam PF01641 SelR domain 173 291 3.1E-46 T 17-09-2021 IPR002579 Peptide methionine sulphoxide reductase MrsB GO:0033743|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 Hamap MF_01401 Peptide methionine sulfoxide reductase MsrA [msrA]. 2 161 37.212 T 17-09-2021 IPR002569 Peptide methionine sulphoxide reductase MsrA GO:0008113|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02737 7da05cc2e5a047622c26eafd87daa971 308 Hamap MF_01400 Peptide methionine sulfoxide reductase MsrB [msrB]. 167 292 34.95 T 17-09-2021 IPR002579 Peptide methionine sulphoxide reductase MrsB GO:0033743|GO:0055114 Reactome: R-HSA-5676934 +MGYG000000001_02994 147249e8e60b22fa8d3d13090e73faa2 480 Gene3D G3DSA:3.20.20.140 142 387 2.9E-41 T 17-09-2021 +MGYG000000001_02994 147249e8e60b22fa8d3d13090e73faa2 480 SUPERFAMILY SSF89550 149 381 1.14E-20 T 17-09-2021 IPR016195 Polymerase/histidinol phosphatase-like GO:0003824 Reactome: R-HSA-6784531|Reactome: R-HSA-6791226 +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 Pfam PF00533 BRCA1 C Terminus (BRCT) domain 275 359 1.5E-8 T 17-09-2021 IPR001357 BRCT domain +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 CDD cd17748 BRCT_DNA_ligase_like 278 362 1.44701E-19 T 17-09-2021 +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 SMART SM00292 275 366 0.0013 T 17-09-2021 IPR001357 BRCT domain +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 CDD cd06130 DNA_pol_III_epsilon_like 59 214 1.44169E-82 T 17-09-2021 +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 SUPERFAMILY SSF53098 57 233 1.29E-36 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 SMART SM00479 58 222 2.3E-14 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 PANTHER PTHR30231 50 225 7.2E-23 T 17-09-2021 +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 SUPERFAMILY SSF52113 275 363 1.27E-10 T 17-09-2021 IPR036420 BRCT domain superfamily +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 Gene3D G3DSA:3.30.420.10 54 224 3.6E-34 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 ProSiteProfiles PS50172 BRCT domain profile. 273 363 10.864 T 17-09-2021 IPR001357 BRCT domain +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 Pfam PF00929 Exonuclease 60 213 1.3E-15 T 17-09-2021 IPR013520 Exonuclease, RNase T/DNA polymerase III +MGYG000000001_03093 b78e09dd05f65b08e0b875f6bb9f7050 372 Gene3D G3DSA:3.40.50.10190 255 364 1.9E-15 T 17-09-2021 IPR036420 BRCT domain superfamily +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 SMART SM00929 88 128 2.9E-21 T 17-09-2021 IPR019574 NADH:ubiquinone oxidoreductase, subunit G, iron-sulphur binding GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Gene3D G3DSA:4.10.260.20 520 595 6.3E-22 T 17-09-2021 IPR036991 Iron hydrogenase, small subunit superfamily +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Pfam PF02256 Iron hydrogenase small subunit 523 576 2.0E-24 T 17-09-2021 IPR003149 Iron hydrogenase, small subunit +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 SUPERFAMILY SSF54292 3 89 1.84E-14 T 17-09-2021 IPR036010 2Fe-2S ferredoxin-like superfamily GO:0009055|GO:0051536 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 SUPERFAMILY SSF54862 80 217 1.97E-40 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 SUPERFAMILY SSF53920 193 574 2.62E-126 T 17-09-2021 IPR009016 Iron hydrogenase +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Pfam PF02906 Iron only hydrogenase large subunit, C-terminal domain 227 512 4.2E-92 T 17-09-2021 IPR004108 Iron hydrogenase, large subunit, C-terminal +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 TIGRFAM TIGR02512 FeFe_hydrog_A: [FeFe] hydrogenase, group A 143 515 2.0E-155 T 17-09-2021 IPR013352 Iron hydrogenase, subset GO:0005506|GO:0008901|GO:0051536|GO:0055114 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 PANTHER PTHR11615:SF124 187 577 3.9E-117 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Pfam PF10588 NADH-ubiquinone oxidoreductase-G iron-sulfur binding region 88 127 1.2E-19 T 17-09-2021 IPR019574 NADH:ubiquinone oxidoreductase, subunit G, iron-sulphur binding GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 183 214 9.298 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 SMART SM00902 518 577 1.3E-27 T 17-09-2021 IPR003149 Iron hydrogenase, small subunit +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Coils Coil 386 406 - T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 142 172 7.718 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 ProSiteProfiles PS51085 2Fe-2S ferredoxin-type iron-sulfur binding domain profile. 2 83 9.546 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 CDD cd00207 fer2 4 77 6.57769E-7 T 17-09-2021 IPR001041 2Fe-2S ferredoxin-type iron-sulfur binding domain GO:0009055|GO:0051536 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 194 205 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Gene3D G3DSA:3.30.70.20 147 209 9.4E-150 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Pfam PF00037 4Fe-4S binding domain 193 209 4.6E-6 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 PANTHER PTHR11615 187 577 3.9E-117 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Pfam PF13510 2Fe-2S iron-sulfur cluster binding domain 4 81 2.8E-16 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 ProSiteProfiles PS51839 His(Cys)3-ligated-type [4Fe-4S] domain profile. 83 122 14.007 T 17-09-2021 IPR019574 NADH:ubiquinone oxidoreductase, subunit G, iron-sulphur binding GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Gene3D G3DSA:3.10.20.740 3 129 6.9E-40 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Gene3D G3DSA:3.40.50.1780 210 515 9.4E-150 T 17-09-2021 +MGYG000000001_02609 d7b27859b803d9b11806d3b790fa7bb7 596 Gene3D G3DSA:3.40.950.10 276 506 9.4E-150 T 17-09-2021 +MGYG000000001_02641 6aef9cf63a37d89aab1cf682009067d2 183 PANTHER PTHR35787 5 183 9.7E-60 T 17-09-2021 IPR006699 Glycerol uptake operon antiterminator GO:0006071|GO:0006355 +MGYG000000001_02641 6aef9cf63a37d89aab1cf682009067d2 183 Pfam PF04309 Glycerol-3-phosphate responsive antiterminator 10 183 8.8E-63 T 17-09-2021 IPR006699 Glycerol uptake operon antiterminator GO:0006071|GO:0006355 +MGYG000000001_02641 6aef9cf63a37d89aab1cf682009067d2 183 SUPERFAMILY SSF110391 9 183 6.54E-56 T 17-09-2021 IPR035928 GlpP-like superfamily +MGYG000000001_02641 6aef9cf63a37d89aab1cf682009067d2 183 PIRSF PIRSF016897 1 183 8.2E-63 T 17-09-2021 IPR006699 Glycerol uptake operon antiterminator GO:0006071|GO:0006355 +MGYG000000001_02641 6aef9cf63a37d89aab1cf682009067d2 183 Gene3D G3DSA:3.20.20.400 1 183 3.6E-65 T 17-09-2021 IPR035928 GlpP-like superfamily +MGYG000000001_02673 847e2379ad81cb79bb065bae2bcaa16f 61 Pfam PF12728 Helix-turn-helix domain 4 56 3.2E-8 T 17-09-2021 IPR041657 Helix-turn-helix domain, group 17 +MGYG000000001_02866 3f5787a96387e80ced915ab3440d3c26 373 Pfam PF12725 Protein of unknown function (DUF3810) 33 364 2.7E-100 T 17-09-2021 IPR024294 Protein of unknown function DUF3810 +MGYG000000001_02449 a038c79bd82b012cea0d551df7c0fdfe 175 PANTHER PTHR34547 5 174 3.3E-40 T 17-09-2021 IPR010298 Protein of unknown function DUF901 +MGYG000000001_02449 a038c79bd82b012cea0d551df7c0fdfe 175 Pfam PF05991 YacP-like NYN domain 9 173 1.8E-51 T 17-09-2021 IPR010298 Protein of unknown function DUF901 +MGYG000000001_02449 a038c79bd82b012cea0d551df7c0fdfe 175 Coils Coil 126 146 - T 17-09-2021 +MGYG000000001_02449 a038c79bd82b012cea0d551df7c0fdfe 175 CDD cd10912 PIN_YacP-like 8 148 1.29902E-54 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 747 758 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 SUPERFAMILY SSF53323 416 662 7.72E-87 T 17-09-2021 IPR002869 Pyruvate-flavodoxin oxidoreductase, central domain GO:0016491|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 SUPERFAMILY SSF54862 668 835 9.91E-18 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 TIGRFAM TIGR02176 pyruv_ox_red: pyruvate:ferredoxin (flavodoxin) oxidoreductase 5 1178 0.0 T 17-09-2021 IPR011895 Pyruvate-flavodoxin oxidoreductase GO:0005506|GO:0016903|GO:0022900|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Gene3D G3DSA:3.40.920.10 415 626 1.9E-92 T 17-09-2021 IPR002869 Pyruvate-flavodoxin oxidoreductase, central domain GO:0016491|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Pfam PF13484 4Fe-4S double cluster binding domain 690 759 3.3E-8 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Coils Coil 939 959 - T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Pfam PF17147 Pyruvate:ferredoxin oxidoreductase core domain II 269 374 1.1E-17 T 17-09-2021 IPR033412 Pyruvate:ferredoxin oxidoreductase, core domain II +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 738 769 9.399 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 SUPERFAMILY SSF52922 259 410 1.43E-49 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Pfam PF10371 Domain of unknown function 629 680 2.0E-21 T 17-09-2021 IPR019456 Pyruvate-flavodoxin oxidoreductase, EKR domain GO:0016903|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 CDD cd03377 TPP_PFOR_PNO 808 1179 0.0 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Pfam PF02775 Thiamine pyrophosphate enzyme, C-terminal TPP binding domain 966 1078 8.1E-9 T 17-09-2021 IPR011766 Thiamine pyrophosphate enzyme, C-terminal TPP-binding GO:0003824|GO:0030976 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 SUPERFAMILY SSF52518 5 258 7.95E-76 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Gene3D G3DSA:3.40.50.970 2 258 5.9E-110 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 PIRSF PIRSF000159 1 1184 0.0 T 17-09-2021 IPR011895 Pyruvate-flavodoxin oxidoreductase GO:0005506|GO:0016903|GO:0022900|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Pfam PF01855 Pyruvate flavodoxin/ferredoxin oxidoreductase, thiamine diP-bdg 17 247 7.1E-80 T 17-09-2021 IPR002880 Pyruvate flavodoxin/ferredoxin oxidoreductase, N-terminal GO:0016491|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Gene3D G3DSA:3.30.70.20 671 785 2.1E-43 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Gene3D G3DSA:3.40.50.920 259 414 5.4E-61 T 17-09-2021 IPR009014 Transketolase C-terminal/Pyruvate-ferredoxin oxidoreductase domain II GO:0003824 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 PANTHER PTHR32154:SF0 1 1177 0.0 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Pfam PF01558 Pyruvate ferredoxin/flavodoxin oxidoreductase 425 609 1.1E-34 T 17-09-2021 IPR019752 Pyruvate/ketoisovalerate oxidoreductase, catalytic domain GO:0016903|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 682 711 8.609 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 CDD cd07034 TPP_PYR_PFOR_IOR-alpha_like 10 173 1.11745E-49 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 PANTHER PTHR32154 1 1177 0.0 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Gene3D G3DSA:3.40.50.970 790 1181 9.2E-172 T 17-09-2021 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 Gene3D G3DSA:4.10.780.10 628 670 6.7E-9 T 17-09-2021 IPR037112 Pyruvate-flavodoxin oxidoreductase, EKR domain superfamily +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 SMART SM00890 623 681 7.9E-26 T 17-09-2021 IPR019456 Pyruvate-flavodoxin oxidoreductase, EKR domain GO:0016903|GO:0055114 +MGYG000000001_02836 f48ab29eab3574b145c31638131d7e62 1184 SUPERFAMILY SSF52518 791 1181 4.91E-129 T 17-09-2021 IPR029061 Thiamin diphosphate-binding fold +MGYG000000001_01096 62194098e29c4124db1cedca79790afc 250 MobiDBLite mobidb-lite consensus disorder prediction 169 196 - T 17-09-2021 +MGYG000000001_01096 62194098e29c4124db1cedca79790afc 250 Coils Coil 129 156 - T 17-09-2021 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 SUPERFAMILY SSF53383 5 379 1.97E-114 T 17-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 Gene3D G3DSA:1.10.260.50 17 282 4.3E-160 T 17-09-2021 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 Coils Coil 253 273 - T 17-09-2021 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 ProSitePatterns PS00595 Aminotransferases class-V pyridoxal-phosphate attachment site. 196 215 - T 17-09-2021 IPR020578 Aminotransferase class-V, pyridoxal-phosphate binding site +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 PIRSF PIRSF005572 3 384 1.2E-137 T 17-09-2021 IPR016454 Cysteine desulfurase KEGG: 00730+2.8.1.7|MetaCyc: PWY-7250 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 Gene3D G3DSA:3.40.640.10 63 238 4.3E-160 T 17-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 Hamap MF_00331 Cysteine desulfurase IscS [iscS]. 2 395 52.677 T 17-09-2021 IPR010240 Cysteine desulfurase IscS GO:0030170|GO:0031071|GO:0044571 KEGG: 00730+2.8.1.7|MetaCyc: PWY-7250|Reactome: R-HSA-1362409|Reactome: R-HSA-947581 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 PANTHER PTHR11601:SF52 3 383 1.4E-156 T 17-09-2021 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 PANTHER PTHR11601 3 383 1.4E-156 T 17-09-2021 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 Pfam PF00266 Aminotransferase class-V 6 368 4.9E-92 T 17-09-2021 IPR000192 Aminotransferase class V domain +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 Gene3D G3DSA:3.90.1150.10 6 373 4.3E-160 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_01481 76b4efeac16e7aaf2d1fb08f16ba03ee 399 TIGRFAM TIGR03402 FeS_nifS: cysteine desulfurase NifS 6 386 1.8E-185 T 17-09-2021 IPR017772 Cysteine desulfurase NifS, bacterial/archaeal GO:0006520|GO:0030170|GO:0031071 KEGG: 00730+2.8.1.7|MetaCyc: PWY-7250 +MGYG000000001_02675 c0973ef5901c024e7b52d047699c2cb2 166 Coils Coil 52 72 - T 17-09-2021 +MGYG000000001_02675 c0973ef5901c024e7b52d047699c2cb2 166 Pfam PF05565 Siphovirus Gp157 6 166 4.0E-45 T 17-09-2021 IPR008840 Siphovirus Gp157 +MGYG000000001_02417 96a5566f0759325f4b0dc436e27c2734 422 Pfam PF05636 HIGH Nucleotidyl Transferase 1 405 3.7E-141 T 17-09-2021 IPR008513 tRNA(Met) cytidine acetate ligase +MGYG000000001_02417 96a5566f0759325f4b0dc436e27c2734 422 Gene3D G3DSA:3.40.50.620 1 209 3.3E-39 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02417 96a5566f0759325f4b0dc436e27c2734 422 SUPERFAMILY SSF52374 4 243 4.07E-17 T 17-09-2021 +MGYG000000001_02417 96a5566f0759325f4b0dc436e27c2734 422 Hamap MF_01539 tRNA(Met) cytidine acetate ligase [tmcAL]. 2 421 37.185 T 17-09-2021 IPR008513 tRNA(Met) cytidine acetate ligase +MGYG000000001_02417 96a5566f0759325f4b0dc436e27c2734 422 PANTHER PTHR37825 1 402 4.6E-116 T 17-09-2021 IPR008513 tRNA(Met) cytidine acetate ligase +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 Pfam PF01966 HD domain 18 130 1.6E-15 T 17-09-2021 IPR006674 HD domain +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 Gene3D G3DSA:1.10.3210.10 1 187 6.3E-60 T 17-09-2021 +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 TIGRFAM TIGR00277 HDIG: HDIG domain 19 107 3.3E-7 T 17-09-2021 IPR006675 HDIG domain +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 SMART SM00471 14 142 5.8E-8 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 PANTHER PTHR35795 4 183 8.0E-49 T 17-09-2021 +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 TIGRFAM TIGR00488 TIGR00488: putative HD superfamily hydrolase 12 183 7.7E-42 T 17-09-2021 IPR005249 Conserved hypothetical protein CHP00488 +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 CDD cd00077 HDc 20 137 8.63947E-10 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 ProSiteProfiles PS51831 HD domain profile. 18 133 12.702 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00279 db5d603d005003e4efd77b2c119c8a73 188 SUPERFAMILY SSF109604 8 178 1.12E-31 T 17-09-2021 +MGYG000000001_00537 65fa72d061c59a1f850adc834d0728f6 264 Gene3D G3DSA:3.40.50.10780 1 214 2.3E-76 T 17-09-2021 IPR027476 D-aminopeptidase, N-terminal +MGYG000000001_00537 65fa72d061c59a1f850adc834d0728f6 264 CDD cd08770 DAP_dppA_3 1 264 9.56047E-147 T 17-09-2021 +MGYG000000001_00537 65fa72d061c59a1f850adc834d0728f6 264 Gene3D G3DSA:3.30.1360.130 120 260 2.3E-76 T 17-09-2021 +MGYG000000001_00537 65fa72d061c59a1f850adc834d0728f6 264 PIRSF PIRSF015853 1 264 5.6E-73 T 17-09-2021 IPR007035 Peptidase M55, D-aminopeptidase +MGYG000000001_00537 65fa72d061c59a1f850adc834d0728f6 264 Pfam PF04951 D-aminopeptidase 1 262 1.6E-83 T 17-09-2021 IPR007035 Peptidase M55, D-aminopeptidase +MGYG000000001_00537 65fa72d061c59a1f850adc834d0728f6 264 SUPERFAMILY SSF63992 1 263 9.15E-73 T 17-09-2021 IPR036177 Peptidase M55, D-aminopeptidase superfamily +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 ProSiteProfiles PS51118 HxlR-type HTH domain profile. 10 108 29.783 T 17-09-2021 IPR002577 Helix-turn-helix, HxlR type +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 SUPERFAMILY SSF46785 7 106 2.82E-30 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 Gene3D G3DSA:1.10.10.10 3 110 2.2E-34 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 PANTHER PTHR33204 12 111 3.9E-33 T 17-09-2021 +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 CDD cd00090 HTH_ARSR 17 84 2.66277E-8 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 Pfam PF01638 HxlR-like helix-turn-helix 18 106 2.9E-30 T 17-09-2021 IPR002577 Helix-turn-helix, HxlR type +MGYG000000001_00794 77d51300b4c4e2ad67b20c32b3ef15d5 113 PANTHER PTHR33204:SF29 12 111 3.9E-33 T 17-09-2021 +MGYG000000001_00666 b83ef70673546a91ea3c9bdc37a1b3c0 233 Pfam PF01966 HD domain 53 174 3.7E-8 T 17-09-2021 IPR006674 HD domain +MGYG000000001_00666 b83ef70673546a91ea3c9bdc37a1b3c0 233 Gene3D G3DSA:1.10.3210.10 34 225 6.3E-8 T 17-09-2021 +MGYG000000001_00666 b83ef70673546a91ea3c9bdc37a1b3c0 233 SUPERFAMILY SSF109604 20 200 6.28E-12 T 17-09-2021 +MGYG000000001_00666 b83ef70673546a91ea3c9bdc37a1b3c0 233 PANTHER PTHR47545 8 202 4.8E-23 T 17-09-2021 +MGYG000000001_01417 852b69446c29155308a17deb74d0c602 281 ProSiteProfiles PS50994 Integrase catalytic domain profile. 116 280 16.592 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_01417 852b69446c29155308a17deb74d0c602 281 Gene3D G3DSA:3.30.420.10 114 271 4.9E-5 T 17-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_01417 852b69446c29155308a17deb74d0c602 281 SUPERFAMILY SSF53098 112 274 5.46E-26 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_01417 852b69446c29155308a17deb74d0c602 281 Pfam PF00665 Integrase core domain 119 235 1.6E-17 T 17-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_01417 852b69446c29155308a17deb74d0c602 281 PANTHER PTHR46889 1 279 5.4E-52 T 17-09-2021 +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 PANTHER PTHR30429 1 267 1.2E-94 T 17-09-2021 IPR004872 Lipoprotein NlpA family +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 Gene3D G3DSA:3.40.190.10 115 217 1.0E-89 T 17-09-2021 +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 SUPERFAMILY SSF53850 33 267 6.3E-74 T 17-09-2021 +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 PANTHER PTHR30429:SF0 1 267 1.2E-94 T 17-09-2021 +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 Pfam PF03180 NLPA lipoprotein 34 267 1.4E-82 T 17-09-2021 IPR004872 Lipoprotein NlpA family +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 Gene3D G3DSA:3.40.190.10 36 265 1.0E-89 T 17-09-2021 +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 PIRSF PIRSF002854 1 267 8.6E-94 T 17-09-2021 IPR004872 Lipoprotein NlpA family +MGYG000000001_01963 ff3cac2e8fdfbb43c2686b10940558a3 267 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 7.0 T 17-09-2021 +MGYG000000001_01995 df6d9ac22844c509b07a275b25495a43 286 PIRSF PIRSF011575 1 285 1.1E-105 T 17-09-2021 IPR008764 Peptidase U57, YabG +MGYG000000001_01995 df6d9ac22844c509b07a275b25495a43 286 Pfam PF05582 YabG peptidase U57 3 281 1.8E-113 T 17-09-2021 IPR008764 Peptidase U57, YabG +MGYG000000001_01995 df6d9ac22844c509b07a275b25495a43 286 TIGRFAM TIGR02855 spore_yabG: sporulation peptidase YabG 2 282 4.2E-105 T 17-09-2021 IPR008764 Peptidase U57, YabG +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Gene3D G3DSA:3.40.1110.10 607 717 1.3E-84 T 17-09-2021 IPR023299 P-type ATPase, cytoplasmic domain N GO:0000166 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Pfam PF00403 Heavy-metal-associated domain 199 250 6.4E-6 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Pfam PF00403 Heavy-metal-associated domain 14 72 5.2E-7 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Pfam PF00403 Heavy-metal-associated domain 116 168 3.5E-8 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 CDD cd00371 HMA 115 170 6.23089E-4 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00941 Cadmium-transporting ATPase signature 460 476 8.0E-9 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00941 Cadmium-transporting ATPase signature 116 125 8.0E-9 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00941 Cadmium-transporting ATPase signature 308 325 8.0E-9 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00941 Cadmium-transporting ATPase signature 379 399 8.0E-9 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00941 Cadmium-transporting ATPase signature 479 493 8.0E-9 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 CDD cd07548 P-type_ATPase-Cd_Zn_Co_like 287 894 0.0 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SFLD SFLDF00027 p-type atpase 578 841 0.0 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SUPERFAMILY SSF55008 193 255 1.44E-7 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 CDD cd00371 HMA 10 68 4.50582E-5 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SUPERFAMILY SSF55008 7 66 1.83E-7 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 ProSiteProfiles PS50846 Heavy-metal-associated domain profile. 8 77 9.646 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 TIGRFAM TIGR01525 ATPase-IB_hvy: heavy metal translocating P-type ATPase 345 891 2.0E-171 T 17-09-2021 IPR027256 P-type ATPase, subfamily IB GO:0006812|GO:0016021|GO:0019829 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Pfam PF00702 haloacid dehalogenase-like hydrolase 592 803 4.4E-36 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 ProSitePatterns PS00154 E1-E2 ATPases phosphorylation site. 598 604 - T 17-09-2021 IPR018303 P-type ATPase, phosphorylation site Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SUPERFAMILY SSF56784 594 890 1.89E-59 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Gene3D G3DSA:2.70.150.20 387 499 2.4E-28 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SFLD SFLDG00002 C1.7: P-type atpase like 578 841 0.0 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PANTHER PTHR43338 193 894 3.7E-243 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Gene3D G3DSA:3.30.70.100 9 93 1.9E-7 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Gene3D G3DSA:3.30.70.100 112 194 4.7E-9 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Gene3D G3DSA:3.30.70.100 195 284 1.5E-8 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 596 610 5.2E-20 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 444 458 5.2E-20 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 733 743 5.2E-20 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 789 808 5.2E-20 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PRINTS PR00119 P-type cation-transporting ATPase superfamily signature 813 825 5.2E-20 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SUPERFAMILY SSF55008 112 171 3.27E-10 T 17-09-2021 IPR036163 Heavy metal-associated domain superfamily GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 ProSiteProfiles PS50846 Heavy-metal-associated domain profile. 113 171 12.606 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SUPERFAMILY SSF81653 397 494 6.67E-22 T 17-09-2021 IPR008250 P-type ATPase, A domain superfamily Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Gene3D G3DSA:3.40.50.1000 577 842 1.3E-84 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 TIGRFAM TIGR01512 ATPase-IB2_Cd: cadmium-translocating P-type ATPase 345 894 3.8E-153 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 CDD cd00371 HMA 195 249 5.99026E-4 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 TIGRFAM TIGR01494 ATPase_P-type: HAD ATPase, P-type, family IC 370 869 1.2E-73 T 17-09-2021 IPR001757 P-type ATPase GO:0016021 Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 SUPERFAMILY SSF81665 345 886 2.09E-13 T 17-09-2021 IPR023298 P-type ATPase, transmembrane domain superfamily Reactome: R-HSA-936837 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 PANTHER PTHR43338:SF1 193 894 3.7E-243 T 17-09-2021 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 ProSiteProfiles PS50846 Heavy-metal-associated domain profile. 193 262 10.16 T 17-09-2021 IPR006121 Heavy metal-associated domain, HMA GO:0030001|GO:0046872 +MGYG000000001_01577 8d2c82efeecb81e455d4136f6c4e2c93 894 Pfam PF00122 E1-E2 ATPase 395 575 4.2E-46 T 17-09-2021 +MGYG000000001_01513 70de1e234e036f1d09021067d69713d9 73 Pfam PF02229 Transcriptional Coactivator p15 (PC4) 19 66 3.4E-12 T 17-09-2021 IPR003173 Transcriptional coactivator p15 (PC4) GO:0003677|GO:0006355 +MGYG000000001_01513 70de1e234e036f1d09021067d69713d9 73 Gene3D G3DSA:2.30.31.70 1 72 1.9E-32 T 17-09-2021 +MGYG000000001_01513 70de1e234e036f1d09021067d69713d9 73 PIRSF PIRSF037246 1 73 1.6E-35 T 17-09-2021 IPR017154 Uncharacterised conserved protein UCP037246 +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 Gene3D G3DSA:1.10.443.10 168 364 5.9E-37 T 17-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 Gene3D G3DSA:1.10.150.130 57 166 1.0E-19 T 17-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 PANTHER PTHR30349 48 353 6.3E-23 T 17-09-2021 +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 SUPERFAMILY SSF56349 62 351 2.38E-49 T 17-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 Pfam PF14657 Arm DNA-binding domain 10 52 5.2E-10 T 17-09-2021 IPR028259 AP2-like integrase, N-terminal domain +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 Pfam PF14659 Phage integrase, N-terminal SAM-like domain 65 116 1.0E-11 T 17-09-2021 IPR004107 Integrase, SAM-like, N-terminal GO:0003677|GO:0015074 +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 Pfam PF00589 Phage integrase family 171 350 1.0E-21 T 17-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01835 0ff205f88aadf3f69cf02556671aafb5 365 CDD cd01189 INT_ICEBs1_C_like 174 346 4.34004E-28 T 17-09-2021 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Gene3D G3DSA:3.10.20.580 447 553 2.0E-33 T 17-09-2021 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 CDD cd07714 RNaseJ_MBL-fold 9 422 7.10536E-115 T 17-09-2021 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Gene3D G3DSA:3.60.15.10 9 440 4.6E-183 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Pfam PF00753 Metallo-beta-lactamase superfamily 16 162 6.4E-12 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Pfam PF07521 Zn-dependent metallo-hydrolase RNA specificity domain 351 412 3.5E-11 T 17-09-2021 IPR011108 Zn-dependent metallo-hydrolase, RNA specificity domain +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Pfam PF17770 Ribonuclease J C-terminal domain 481 553 5.6E-24 T 17-09-2021 IPR041636 Ribonuclease J, C-terminal +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 PIRSF PIRSF004803 1 553 2.2E-231 T 17-09-2021 IPR030854 Ribonuclease J, bacteria GO:0004521|GO:0004534|GO:0006396|GO:0008270|GO:0090501 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 TIGRFAM TIGR00649 MG423: beta-CASP ribonuclease, RNase J family 6 551 1.2E-193 T 17-09-2021 IPR004613 Ribonuclease J GO:0003723|GO:0046872 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 PANTHER PTHR43694:SF4 2 553 3.2E-211 T 17-09-2021 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 PANTHER PTHR43694 2 553 3.2E-211 T 17-09-2021 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 SUPERFAMILY SSF56281 7 422 2.55E-94 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 SMART SM00849 18 213 3.8E-22 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Gene3D G3DSA:3.40.50.10710 205 355 4.6E-183 T 17-09-2021 IPR042173 Ribonuclease J, domain 2 +MGYG000000001_02321 6df8bc1229d2a2987bea36c3ec930a48 553 Hamap MF_01491 Ribonuclease J [rnj]. 1 553 46.035 T 17-09-2021 IPR030854 Ribonuclease J, bacteria GO:0004521|GO:0004534|GO:0006396|GO:0008270|GO:0090501 +MGYG000000001_01738 9c12cc3acc25f92630d3e251b3103bae 153 Pfam PF04074 YhcH/YjgK/YiaL 1 147 4.8E-45 T 17-09-2021 IPR004375 YhcH/YjgK/YiaL family +MGYG000000001_01738 9c12cc3acc25f92630d3e251b3103bae 153 PANTHER PTHR34986 1 148 5.9E-40 T 17-09-2021 IPR004375 YhcH/YjgK/YiaL family +MGYG000000001_01738 9c12cc3acc25f92630d3e251b3103bae 153 Gene3D G3DSA:2.60.120.370 1 150 1.0E-42 T 17-09-2021 IPR037012 YhcH/YjgK/YiaL superfamily +MGYG000000001_01738 9c12cc3acc25f92630d3e251b3103bae 153 SUPERFAMILY SSF51197 1 149 1.92E-42 T 17-09-2021 +MGYG000000001_01738 9c12cc3acc25f92630d3e251b3103bae 153 TIGRFAM TIGR00022 TIGR00022: YhcH/YjgK/YiaL family protein 1 149 1.8E-37 T 17-09-2021 IPR004375 YhcH/YjgK/YiaL family +MGYG000000001_00344 69f42ec56f7b163e840029790f9f919d 369 SUPERFAMILY SSF53098 99 341 6.75E-32 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00344 69f42ec56f7b163e840029790f9f919d 369 Pfam PF01609 Transposase DDE domain 122 332 4.7E-27 T 17-09-2021 IPR002559 Transposase, IS4-like GO:0003677|GO:0004803|GO:0006313 +MGYG000000001_00344 69f42ec56f7b163e840029790f9f919d 369 PANTHER PTHR33258 40 365 1.0E-54 T 17-09-2021 +MGYG000000001_00344 69f42ec56f7b163e840029790f9f919d 369 Pfam PF14294 Domain of unknown function (DUF4372) 10 70 3.8E-12 T 17-09-2021 IPR025399 Domain of unknown function DUF4372 +MGYG000000001_02900 95b9d1aab300b11d79de9ee6127f2b3c 215 SUPERFAMILY SSF53335 12 188 4.01E-20 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02900 95b9d1aab300b11d79de9ee6127f2b3c 215 CDD cd02440 AdoMet_MTases 76 154 2.81505E-4 T 17-09-2021 +MGYG000000001_02900 95b9d1aab300b11d79de9ee6127f2b3c 215 Gene3D G3DSA:3.40.50.150 12 198 6.1E-21 T 17-09-2021 +MGYG000000001_02900 95b9d1aab300b11d79de9ee6127f2b3c 215 Pfam PF08241 Methyltransferase domain 59 153 1.5E-13 T 17-09-2021 IPR013216 Methyltransferase type 11 GO:0008168 +MGYG000000001_02868 09b4d9300857745fdd090d57e374a928 245 Pfam PF01391 Collagen triple helix repeat (20 copies) 137 191 2.8E-8 T 17-09-2021 IPR008160 Collagen triple helix repeat +MGYG000000001_02868 09b4d9300857745fdd090d57e374a928 245 Pfam PF01391 Collagen triple helix repeat (20 copies) 170 228 5.0E-9 T 17-09-2021 IPR008160 Collagen triple helix repeat +MGYG000000001_02868 09b4d9300857745fdd090d57e374a928 245 MobiDBLite mobidb-lite consensus disorder prediction 197 245 - T 17-09-2021 +MGYG000000001_02868 09b4d9300857745fdd090d57e374a928 245 PANTHER PTHR24023:SF856 137 228 2.7E-19 T 17-09-2021 +MGYG000000001_02868 09b4d9300857745fdd090d57e374a928 245 PANTHER PTHR24023 137 228 2.7E-19 T 17-09-2021 +MGYG000000001_00441 c41211bc356f310743e3ad79f6294c3e 263 Pfam PF02517 CPBP intramembrane metalloprotease 113 210 1.3E-13 T 17-09-2021 IPR003675 CAAX prenyl protease 2 GO:0004197|GO:0016020|GO:0071586 Reactome: R-HSA-5689880 +MGYG000000001_00441 c41211bc356f310743e3ad79f6294c3e 263 PANTHER PTHR36435 8 226 2.3E-13 T 17-09-2021 +MGYG000000001_00441 c41211bc356f310743e3ad79f6294c3e 263 PANTHER PTHR36435:SF1 8 226 2.3E-13 T 17-09-2021 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 Gene3D G3DSA:3.30.565.10 204 358 8.4E-44 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 ProSiteProfiles PS50109 Histidine kinase domain profile. 140 354 49.08 T 17-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 SUPERFAMILY SSF55874 189 352 9.56E-45 T 17-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 Pfam PF00512 His Kinase A (phospho-acceptor) domain 134 198 2.5E-15 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 SMART SM00388 133 199 5.7E-19 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 PRINTS PR00344 Bacterial sensor protein C-terminal signature 314 332 5.6E-19 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 PRINTS PR00344 Bacterial sensor protein C-terminal signature 338 351 5.6E-19 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 PRINTS PR00344 Bacterial sensor protein C-terminal signature 299 309 5.6E-19 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 PRINTS PR00344 Bacterial sensor protein C-terminal signature 281 295 5.6E-19 T 17-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 PANTHER PTHR45528 53 354 5.2E-70 T 17-09-2021 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 247 352 2.8E-29 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 CDD cd00082 HisKA 131 195 6.53537E-17 T 17-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 SUPERFAMILY SSF47384 116 200 7.26E-20 T 17-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 CDD cd00075 HATPase 249 350 2.37493E-38 T 17-09-2021 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 Gene3D G3DSA:1.10.287.130 77 194 2.5E-22 T 17-09-2021 +MGYG000000001_00150 620c05d58db318cf2234530f9a4e553e 364 SMART SM00387 244 354 8.0E-34 T 17-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02771 d42c9ecbe9fa0b0a62253a68d62b8341 252 PANTHER PTHR43425 1 207 6.2E-56 T 17-09-2021 IPR016446 Flavin oxidoreductase Frp family GO:0016491|GO:0055114 +MGYG000000001_02771 d42c9ecbe9fa0b0a62253a68d62b8341 252 Pfam PF00881 Nitroreductase family 8 164 1.4E-21 T 17-09-2021 IPR029479 Nitroreductase Reactome: R-HSA-209968 +MGYG000000001_02771 d42c9ecbe9fa0b0a62253a68d62b8341 252 SUPERFAMILY SSF55469 1 191 7.33E-49 T 17-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_02771 d42c9ecbe9fa0b0a62253a68d62b8341 252 PIRSF PIRSF005426 1 241 1.7E-56 T 17-09-2021 IPR016446 Flavin oxidoreductase Frp family GO:0016491|GO:0055114 +MGYG000000001_02771 d42c9ecbe9fa0b0a62253a68d62b8341 252 Gene3D G3DSA:3.40.109.10 1 248 3.5E-57 T 17-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_02771 d42c9ecbe9fa0b0a62253a68d62b8341 252 Coils Coil 174 194 - T 17-09-2021 +MGYG000000001_02804 d39faefd62133d1e23ee4c30368b2cd5 189 PANTHER PTHR12677:SF49 8 184 2.9E-18 T 17-09-2021 +MGYG000000001_02804 d39faefd62133d1e23ee4c30368b2cd5 189 Pfam PF09335 SNARE associated Golgi protein 32 150 4.5E-21 T 17-09-2021 IPR032816 SNARE associated Golgi protein +MGYG000000001_02804 d39faefd62133d1e23ee4c30368b2cd5 189 PANTHER PTHR12677 8 184 2.9E-18 T 17-09-2021 IPR015414 Transmembrane protein TMEM64 GO:0016021 +MGYG000000001_01321 26cb50b59d74bc1c7089b769fda446d4 114 Hamap MF_00048 UPF0102 protein YraN [yraN]. 3 113 21.891 T 17-09-2021 IPR003509 Uncharacterised protein family UPF0102 +MGYG000000001_01321 26cb50b59d74bc1c7089b769fda446d4 114 Pfam PF02021 Uncharacterised protein family UPF0102 10 100 3.1E-28 T 17-09-2021 IPR003509 Uncharacterised protein family UPF0102 +MGYG000000001_01321 26cb50b59d74bc1c7089b769fda446d4 114 SUPERFAMILY SSF52980 9 105 3.43E-26 T 17-09-2021 IPR011335 Restriction endonuclease type II-like Reactome: R-HSA-6783310 +MGYG000000001_01321 26cb50b59d74bc1c7089b769fda446d4 114 Gene3D G3DSA:3.40.1350.10 10 114 9.4E-30 T 17-09-2021 IPR011856 tRNA endonuclease-like domain superfamily GO:0003676|GO:0004518 +MGYG000000001_01321 26cb50b59d74bc1c7089b769fda446d4 114 TIGRFAM TIGR00252 TIGR00252: TIGR00252 family protein 4 114 8.3E-23 T 17-09-2021 IPR003509 Uncharacterised protein family UPF0102 +MGYG000000001_01321 26cb50b59d74bc1c7089b769fda446d4 114 PANTHER PTHR34039 1 114 8.5E-34 T 17-09-2021 IPR003509 Uncharacterised protein family UPF0102 +MGYG000000001_00505 208dbf1f26396fd34d90b1b00fa038f0 632 Coils Coil 606 630 - T 17-09-2021 +MGYG000000001_00505 208dbf1f26396fd34d90b1b00fa038f0 632 Pfam PF00120 Glutamine synthetase, catalytic domain 172 440 1.2E-35 T 17-09-2021 IPR008146 Glutamine synthetase, catalytic domain GO:0004356|GO:0006807 KEGG: 00220+6.3.1.2|KEGG: 00250+6.3.1.2|KEGG: 00630+6.3.1.2|KEGG: 00910+6.3.1.2|MetaCyc: PWY-381|MetaCyc: PWY-5675|MetaCyc: PWY-6549|MetaCyc: PWY-6963|MetaCyc: PWY-6964 +MGYG000000001_00505 208dbf1f26396fd34d90b1b00fa038f0 632 Gene3D G3DSA:3.30.590.10 130 490 2.9E-50 T 17-09-2021 +MGYG000000001_00505 208dbf1f26396fd34d90b1b00fa038f0 632 SMART SM01230 152 431 1.3E-32 T 17-09-2021 IPR008146 Glutamine synthetase, catalytic domain GO:0004356|GO:0006807 KEGG: 00220+6.3.1.2|KEGG: 00250+6.3.1.2|KEGG: 00630+6.3.1.2|KEGG: 00910+6.3.1.2|MetaCyc: PWY-381|MetaCyc: PWY-5675|MetaCyc: PWY-6549|MetaCyc: PWY-6963|MetaCyc: PWY-6964 +MGYG000000001_00505 208dbf1f26396fd34d90b1b00fa038f0 632 PANTHER PTHR43407 6 597 4.3E-78 T 17-09-2021 +MGYG000000001_00505 208dbf1f26396fd34d90b1b00fa038f0 632 SUPERFAMILY SSF55931 127 527 1.28E-53 T 17-09-2021 IPR014746 Glutamine synthetase/guanido kinase, catalytic domain GO:0003824 +MGYG000000001_00246 500659ff94394a419720c2f0220f3e69 313 MobiDBLite mobidb-lite consensus disorder prediction 43 98 - T 17-09-2021 +MGYG000000001_00246 500659ff94394a419720c2f0220f3e69 313 TIGRFAM TIGR02867 spore_II_P: stage II sporulation protein P 118 312 1.8E-55 T 17-09-2021 IPR010897 Sporulation stage II, protein P +MGYG000000001_00246 500659ff94394a419720c2f0220f3e69 313 MobiDBLite mobidb-lite consensus disorder prediction 48 73 - T 17-09-2021 +MGYG000000001_00246 500659ff94394a419720c2f0220f3e69 313 Pfam PF07454 Stage II sporulation protein P (SpoIIP) 45 308 2.7E-69 T 17-09-2021 IPR010897 Sporulation stage II, protein P +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 SMART SM00902 584 643 2.6E-23 T 17-09-2021 IPR003149 Iron hydrogenase, small subunit +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 216 244 9.331 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Gene3D G3DSA:3.10.20.600 30 112 2.7E-10 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Coils Coil 177 197 - T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Gene3D G3DSA:3.30.70.20 222 269 2.4E-140 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Gene3D G3DSA:4.10.260.20 583 652 2.4E-17 T 17-09-2021 IPR036991 Iron hydrogenase, small subunit superfamily +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Pfam PF10531 SLBB domain 35 76 6.8E-9 T 17-09-2021 IPR019554 Soluble ligand binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 PANTHER PTHR11615 249 644 4.8E-91 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 TIGRFAM TIGR02512 FeFe_hydrog_A: [FeFe] hydrogenase, group A 223 581 1.1E-129 T 17-09-2021 IPR013352 Iron hydrogenase, subset GO:0005506|GO:0008901|GO:0051536|GO:0055114 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 SUPERFAMILY SSF142984 34 101 2.62E-11 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 SUPERFAMILY SSF53920 253 640 2.88E-121 T 17-09-2021 IPR009016 Iron hydrogenase +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 245 274 11.297 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Pfam PF02906 Iron only hydrogenase large subunit, C-terminal domain 288 577 3.0E-86 T 17-09-2021 IPR004108 Iron hydrogenase, large subunit, C-terminal +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Pfam PF02256 Iron hydrogenase small subunit 588 641 1.8E-20 T 17-09-2021 IPR003149 Iron hydrogenase, small subunit +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 254 265 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 SUPERFAMILY SSF140490 147 214 8.63E-6 T 17-09-2021 IPR037207 NADH-ubiquinone oxidoreductase 51kDa subunit, iron-sulphur binding domain superfamily Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 SUPERFAMILY SSF54862 220 287 1.84E-20 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Pfam PF12838 4Fe-4S dicluster domain 223 268 3.1E-10 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Gene3D G3DSA:3.40.950.10 336 571 2.4E-140 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 Gene3D G3DSA:3.40.50.1780 270 580 2.4E-140 T 17-09-2021 +MGYG000000001_02127 9c6fb87806044e3d73f48990e6d77ab5 655 PANTHER PTHR11615:SF124 249 644 4.8E-91 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 Pfam PF02852 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain 330 433 1.3E-14 T 17-09-2021 IPR004099 Pyridine nucleotide-disulphide oxidoreductase, dimerisation domain GO:0045454|GO:0055114 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 152 177 8.2E-15 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 387 402 8.2E-15 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 2 24 8.2E-15 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 277 284 8.2E-15 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00411 Pyridine nucleotide disulphide reductase class-I signature 236 250 8.2E-15 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PANTHER PTHR43429:SF1 1 446 3.7E-136 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 ProSiteProfiles PS50206 Rhodanese domain profile. 462 541 11.898 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 SUPERFAMILY SSF52821 456 534 2.47E-11 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 3 22 4.6E-23 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 262 284 4.6E-23 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 152 170 4.6E-23 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 105 123 4.6E-23 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PRINTS PR00368 FAD-dependent pyridine nucleotide reductase signature 235 251 4.6E-23 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 Gene3D G3DSA:3.40.250.10 451 541 1.1E-8 T 17-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 PANTHER PTHR43429 1 446 3.7E-136 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 CDD cd00158 RHOD 462 534 1.45102E-6 T 17-09-2021 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 Gene3D G3DSA:3.50.50.60 3 340 2.0E-159 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 Pfam PF00581 Rhodanese-like domain 487 534 5.6E-5 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 Gene3D G3DSA:3.50.50.60 114 440 2.0E-159 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 SMART SM00450 452 542 0.0042 T 17-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 SUPERFAMILY SSF55424 323 446 2.06E-31 T 17-09-2021 IPR016156 FAD/NAD-linked reductase, dimerisation domain superfamily GO:0016491|GO:0050660|GO:0055114 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 1 289 5.9E-64 T 17-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_01385 6b1045e2fb22f8eb38618407fabed89f 542 SUPERFAMILY SSF51905 1 317 3.63E-43 T 17-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 PIRSF PIRSF000193 1 268 6.4E-90 T 17-09-2021 IPR000304 Pyrroline-5-carboxylate reductase GO:0004735|GO:0006561|GO:0055114 KEGG: 00330+1.5.1.2|MetaCyc: PWY-3341|MetaCyc: PWY-4981|MetaCyc: PWY-6344|Reactome: R-HSA-8964539 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 ProSitePatterns PS00521 Delta 1-pyrroline-5-carboxylate reductase signature. 221 243 - T 17-09-2021 IPR000304 Pyrroline-5-carboxylate reductase GO:0004735|GO:0006561|GO:0055114 KEGG: 00330+1.5.1.2|MetaCyc: PWY-3341|MetaCyc: PWY-4981|MetaCyc: PWY-6344|Reactome: R-HSA-8964539 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 PANTHER PTHR11645:SF46 3 267 7.4E-95 T 17-09-2021 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 SUPERFAMILY SSF51735 2 159 2.36E-34 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 Hamap MF_01925 Pyrroline-5-carboxylate reductase [proC]. 2 265 28.072 T 17-09-2021 IPR000304 Pyrroline-5-carboxylate reductase GO:0004735|GO:0006561|GO:0055114 KEGG: 00330+1.5.1.2|MetaCyc: PWY-3341|MetaCyc: PWY-4981|MetaCyc: PWY-6344|Reactome: R-HSA-8964539 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 Pfam PF03807 NADP oxidoreductase coenzyme F420-dependent 4 98 4.5E-20 T 17-09-2021 IPR028939 Pyrroline-5-carboxylate reductase, catalytic, N-terminal +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 SUPERFAMILY SSF48179 160 267 7.48E-39 T 17-09-2021 IPR008927 6-phosphogluconate dehydrogenase-like, C-terminal domain superfamily GO:0055114 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 Gene3D G3DSA:1.10.3730.10 163 268 3.1E-41 T 17-09-2021 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 Gene3D G3DSA:3.40.50.720 1 162 1.2E-53 T 17-09-2021 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 PANTHER PTHR11645 3 267 7.4E-95 T 17-09-2021 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 Pfam PF14748 Pyrroline-5-carboxylate reductase dimerisation 161 265 1.8E-40 T 17-09-2021 IPR029036 Pyrroline-5-carboxylate reductase, dimerisation domain KEGG: 00330+1.5.1.2|MetaCyc: PWY-3341|MetaCyc: PWY-4981|MetaCyc: PWY-6344|Reactome: R-HSA-8964539 +MGYG000000001_01770 88a0b835f95b1ec126796e60ae66de0f 268 TIGRFAM TIGR00112 proC: pyrroline-5-carboxylate reductase 4 265 2.2E-89 T 17-09-2021 IPR000304 Pyrroline-5-carboxylate reductase GO:0004735|GO:0006561|GO:0055114 KEGG: 00330+1.5.1.2|MetaCyc: PWY-3341|MetaCyc: PWY-4981|MetaCyc: PWY-6344|Reactome: R-HSA-8964539 +MGYG000000001_02245 d75e2f402e01068d34cf4047e0efb0c9 293 Pfam PF04018 Domain of unknown function (DUF368) 1 248 7.9E-62 T 17-09-2021 IPR007163 Protein of unknown function DUF368 +MGYG000000001_02245 d75e2f402e01068d34cf4047e0efb0c9 293 PANTHER PTHR37308 1 277 3.6E-55 T 17-09-2021 IPR007163 Protein of unknown function DUF368 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 PANTHER PTHR30532 1 314 2.2E-68 T 17-09-2021 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 Gene3D G3DSA:3.40.50.1980 165 314 2.6E-27 T 17-09-2021 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 PANTHER PTHR30532:SF5 1 314 2.2E-68 T 17-09-2021 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 Pfam PF01497 Periplasmic binding protein 64 289 5.1E-25 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 CDD cd01138 FeuA 46 300 1.38157E-78 T 17-09-2021 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 Gene3D G3DSA:3.40.50.1980 36 164 6.7E-30 T 17-09-2021 +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 56 314 31.981 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_02948 d7529b5bf0fd8f20b912b471eb6f63f7 314 SUPERFAMILY SSF53807 39 308 7.46E-52 T 17-09-2021 +MGYG000000001_00623 4fc2ef210b5488e87d91ae38fefd3d68 244 PANTHER PTHR30050:SF10 9 239 1.8E-60 T 17-09-2021 +MGYG000000001_00623 4fc2ef210b5488e87d91ae38fefd3d68 244 SUPERFAMILY SSF52540 60 219 3.08E-16 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00623 4fc2ef210b5488e87d91ae38fefd3d68 244 CDD cd00009 AAA 92 219 2.55967E-7 T 17-09-2021 +MGYG000000001_00623 4fc2ef210b5488e87d91ae38fefd3d68 244 Pfam PF01695 IstB-like ATP binding protein 76 207 1.8E-13 T 17-09-2021 IPR002611 IstB-like ATP-binding protein GO:0005524 +MGYG000000001_00623 4fc2ef210b5488e87d91ae38fefd3d68 244 Gene3D G3DSA:3.40.50.300 45 231 9.8E-39 T 17-09-2021 +MGYG000000001_00623 4fc2ef210b5488e87d91ae38fefd3d68 244 PANTHER PTHR30050 9 239 1.8E-60 T 17-09-2021 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 SUPERFAMILY SSF46911 4 74 5.36E-29 T 17-09-2021 IPR036870 Ribosomal protein S18 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 Hamap MF_00270 30S ribosomal protein S18 [rpsR]. 4 75 21.889 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 PRINTS PR00974 Ribosomal protein S18 family signature 30 40 6.1E-19 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 PRINTS PR00974 Ribosomal protein S18 family signature 62 72 6.1E-19 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 PRINTS PR00974 Ribosomal protein S18 family signature 40 47 6.1E-19 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 PRINTS PR00974 Ribosomal protein S18 family signature 48 62 6.1E-19 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 ProSitePatterns PS00057 Ribosomal protein S18 signature. 23 46 - T 17-09-2021 IPR018275 Ribosomal protein S18, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 PANTHER PTHR13479 5 72 7.4E-26 T 17-09-2021 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 PANTHER PTHR13479:SF40 5 72 7.4E-26 T 17-09-2021 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 Gene3D G3DSA:4.10.640.10 2 75 6.7E-30 T 17-09-2021 IPR036870 Ribosomal protein S18 superfamily Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 Pfam PF01084 Ribosomal protein S18 21 70 7.5E-27 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00927 3f5a2561aa2b50f467ec3d2b9aa169bc 75 TIGRFAM TIGR00165 S18: ribosomal protein bS18 7 73 7.5E-31 T 17-09-2021 IPR001648 Ribosomal protein S18 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02689 fe03020d79976b3b0514008af54033fd 87 PIRSF PIRSF010606 1 83 6.8E-26 T 17-09-2021 IPR016571 Spore coat assembly protein CotJB +MGYG000000001_02689 fe03020d79976b3b0514008af54033fd 87 Pfam PF12652 CotJB protein 7 82 2.2E-26 T 17-09-2021 IPR024207 Spore coat assembly protein CotJB, domain +MGYG000000001_02796 8cd31bc69fff68fe75191ed051a98141 202 Pfam PF13521 AAA domain 5 174 1.1E-16 T 18-09-2021 IPR038727 NadR/Ttd14, AAA domain +MGYG000000001_02796 8cd31bc69fff68fe75191ed051a98141 202 Gene3D G3DSA:3.40.50.300 3 179 6.5E-14 T 18-09-2021 +MGYG000000001_02796 8cd31bc69fff68fe75191ed051a98141 202 SUPERFAMILY SSF52540 4 182 1.48E-11 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01899 b2ccacab3c36a93f0e33f39f325fa30a 118 Pfam PF05402 Coenzyme PQQ synthesis protein D (PqqD) 32 112 1.0E-11 T 17-09-2021 IPR008792 Coenzyme PQQ synthesis protein D +MGYG000000001_01932 c55c8ca02713ad672d07b875de44d2d9 155 MobiDBLite mobidb-lite consensus disorder prediction 98 155 - T 17-09-2021 +MGYG000000001_01932 c55c8ca02713ad672d07b875de44d2d9 155 MobiDBLite mobidb-lite consensus disorder prediction 1 28 - T 17-09-2021 +MGYG000000001_01932 c55c8ca02713ad672d07b875de44d2d9 155 MobiDBLite mobidb-lite consensus disorder prediction 123 143 - T 17-09-2021 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 TIGRFAM TIGR02491 NrdG: anaerobic ribonucleoside-triphosphate reductase activating protein 11 155 3.7E-47 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 Pfam PF04055 Radical SAM superfamily 24 120 5.5E-11 T 17-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 Gene3D G3DSA:3.20.20.70 4 174 1.7E-36 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 SFLD SFLDG01063 activating enzymes, group 1 11 160 0.0 T 17-09-2021 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 SUPERFAMILY SSF102114 22 101 2.09E-12 T 17-09-2021 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 PANTHER PTHR30352:SF2 1 162 1.5E-46 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 PANTHER PTHR30352 1 162 1.5E-46 T 17-09-2021 IPR034457 Organic radical-activating enzymes +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 Pfam PF13353 4Fe-4S single cluster domain 15 153 1.2E-39 T 17-09-2021 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 SFLD SFLDF00299 anaerobic ribonucleoside-triphosphate reductase activase 11 160 0.0 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 CDD cd01335 Radical_SAM 26 145 2.83909E-8 T 17-09-2021 +MGYG000000001_03109 57895cf2f01fac978f2e069a9f4bd3d2 179 PIRSF PIRSF000368 1 169 4.6E-51 T 17-09-2021 IPR012837 Ribonucleoside-triphosphate reductase activating, anaerobic GO:0043365|GO:0051539|GO:0055114 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 Pfam PF01497 Periplasmic binding protein 48 277 2.8E-40 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 PANTHER PTHR30535:SF4 5 299 3.6E-55 T 17-09-2021 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 PANTHER PTHR30535 5 299 3.6E-55 T 17-09-2021 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 TIGRFAM TIGR03659 IsdE: heme ABC transporter, heme-binding protein isdE 5 299 3.1E-98 T 17-09-2021 IPR019957 ABC transporter, high-affinity heme uptake system protein IsdE GO:0015886|GO:0016020|GO:0020037 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 Coils Coil 151 171 - T 17-09-2021 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 SUPERFAMILY SSF53807 48 299 5.89E-53 T 17-09-2021 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 47 299 42.829 T 17-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 Gene3D G3DSA:3.40.50.1980 44 129 1.0E-29 T 17-09-2021 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 Gene3D G3DSA:3.40.50.1980 130 299 1.3E-50 T 17-09-2021 +MGYG000000001_00981 b83c7dd301b234d67fc8bd76bae36053 299 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 22 7.0 T 17-09-2021 +MGYG000000001_00462 d8f39be2ff91d1cd3a13165ed69f1a4b 152 Pfam PF08922 Domain of unknown function (DUF1905) 5 81 1.9E-22 T 17-09-2021 IPR015018 Protein of unknown function DUF1905 +MGYG000000001_00462 d8f39be2ff91d1cd3a13165ed69f1a4b 152 SUPERFAMILY SSF141694 1 84 8.37E-25 T 17-09-2021 +MGYG000000001_00462 d8f39be2ff91d1cd3a13165ed69f1a4b 152 Gene3D G3DSA:2.40.30.100 1 84 2.0E-32 T 17-09-2021 IPR037079 AF2212/PG0164-like superfamily +MGYG000000001_00462 d8f39be2ff91d1cd3a13165ed69f1a4b 152 Coils Coil 129 152 - T 17-09-2021 +MGYG000000001_00462 d8f39be2ff91d1cd3a13165ed69f1a4b 152 Pfam PF13376 Bacteriocin-protection, YdeI or OmpD-Associated 90 148 1.1E-16 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 305 336 9.2 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 496 527 23.0 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 241 272 7.9 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 50 81 0.18 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 367 398 1.6 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 82 113 0.26 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 463 495 50.0 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 18 49 270.0 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 114 145 1.6 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 273 304 100.0 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 209 240 9.6E-5 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 399 430 0.026 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00671 146 177 41.0 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 241 274 8.644 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 496 529 8.939 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 305 338 6.726 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 305 338 7.644 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13374 Tetratricopeptide repeat 117 140 0.006 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 241 274 8.991 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SUPERFAMILY SSF81901 212 442 1.7E-31 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 18 51 7.08 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 209 242 7.138 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Gene3D G3DSA:1.25.40.10 14 159 5.2E-26 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Gene3D G3DSA:1.25.40.10 160 440 8.5E-54 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 146 179 6.638 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Gene3D G3DSA:1.25.40.10 441 556 1.0E-10 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 367 400 5.6 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 146 179 0.021 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 209 240 63.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 18 49 160.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 305 342 73.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 50 83 42.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 241 272 13.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 401 432 33.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 273 304 360.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 496 529 0.019 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SMART SM00028 114 144 270.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 367 400 6.734 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 82 115 6.136 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50005 TPR repeat profile. 399 432 7.346 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 342 361 0.054 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 22 46 0.11 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 51 74 0.032 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 148 171 3.3E-4 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 497 525 4.5E-4 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 211 235 0.015 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 371 395 0.0042 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13181 Tetratricopeptide repeat 403 427 1.3E-4 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 146 179 7.004 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 399 432 7.846 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 PANTHER PTHR11102 33 190 2.7E-54 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 PANTHER PTHR11102 290 445 2.7E-54 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 PANTHER PTHR11102 164 312 2.7E-54 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SUPERFAMILY SSF81901 440 541 1.31E-15 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13176 Tetratricopeptide repeat 246 268 6.0E-4 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF13176 Tetratricopeptide repeat 309 333 0.0026 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 496 529 9.631 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 SUPERFAMILY SSF81901 22 187 9.59E-29 T 17-09-2021 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 ProSiteProfiles PS50293 TPR repeat region circular profile. 18 51 7.004 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF08238 Sel1 repeat 479 494 20.0 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_02853 0b340c438d818615f582402d57986e8e 620 Pfam PF08238 Sel1 repeat 83 113 3.1 T 17-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_03029 275a14144e10f07cd73129d6af1ec864 360 Pfam PF13515 Fusaric acid resistance protein-like 215 307 1.4E-9 T 17-09-2021 +MGYG000000001_02208 e654142ecf91efa8a376aa72c731bb94 341 Gene3D G3DSA:3.40.1190.20 7 341 2.7E-114 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_02208 e654142ecf91efa8a376aa72c731bb94 341 PANTHER PTHR43320 7 336 9.3E-89 T 17-09-2021 +MGYG000000001_02208 e654142ecf91efa8a376aa72c731bb94 341 PANTHER PTHR43320:SF2 7 336 9.3E-89 T 17-09-2021 +MGYG000000001_02208 e654142ecf91efa8a376aa72c731bb94 341 CDD cd01166 KdgK 10 320 2.10969E-97 T 17-09-2021 +MGYG000000001_02208 e654142ecf91efa8a376aa72c731bb94 341 SUPERFAMILY SSF53613 8 332 2.03E-70 T 17-09-2021 IPR029056 Ribokinase-like +MGYG000000001_02208 e654142ecf91efa8a376aa72c731bb94 341 Pfam PF00294 pfkB family carbohydrate kinase 9 313 7.0E-26 T 17-09-2021 IPR011611 Carbohydrate kinase PfkB +MGYG000000001_00512 a5420c375f1620dd8ca567dc32f9fd30 250 Pfam PF08006 Protein of unknown function (DUF1700) 1 218 1.0E-15 T 17-09-2021 IPR012963 Protein of unknown function DUF1700 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Hamap MF_00179 GTP cyclohydrolase-2 [ribA]. 202 396 41.993 T 17-09-2021 IPR000926 GTP cyclohydrolase II, RibA GO:0003935|GO:0009231 KEGG: 00740+3.5.4.25|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Gene3D G3DSA:3.90.870.10 1 203 5.7E-85 T 17-09-2021 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 SUPERFAMILY SSF55821 2 201 1.88E-82 T 17-09-2021 IPR017945 DHBP synthase RibB-like alpha/beta domain superfamily +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 CDD cd00641 GTP_cyclohydro2 204 394 1.24191E-112 T 17-09-2021 IPR000926 GTP cyclohydrolase II, RibA GO:0003935|GO:0009231 KEGG: 00740+3.5.4.25|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Pfam PF00925 GTP cyclohydrolase II 207 369 7.3E-69 T 17-09-2021 IPR032677 GTP cyclohydrolase II KEGG: 00740+3.5.4.25|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 PIRSF PIRSF001259 1 397 1.1E-172 T 17-09-2021 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Gene3D G3DSA:3.40.50.10990 204 372 2.1E-73 T 17-09-2021 IPR036144 RibA-like superfamily KEGG: 00740+3.5.4.25|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 PANTHER PTHR21327 2 395 3.9E-173 T 17-09-2021 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Pfam PF00926 3,4-dihydroxy-2-butanone 4-phosphate synthase 6 196 5.2E-82 T 17-09-2021 IPR000422 3,4-dihydroxy-2-butanone 4-phosphate synthase, RibB GO:0008686|GO:0009231 KEGG: 00740+4.1.99.12|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 TIGRFAM TIGR00505 ribA: GTP cyclohydrolase II 207 394 5.9E-77 T 17-09-2021 IPR000926 GTP cyclohydrolase II, RibA GO:0003935|GO:0009231 KEGG: 00740+3.5.4.25|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Hamap MF_00180 3,4-dihydroxy-2-butanone 4-phosphate synthase [ribB]. 1 201 37.978 T 17-09-2021 IPR000422 3,4-dihydroxy-2-butanone 4-phosphate synthase, RibB GO:0008686|GO:0009231 KEGG: 00740+4.1.99.12|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 SUPERFAMILY SSF142695 203 370 3.01E-64 T 17-09-2021 IPR036144 RibA-like superfamily KEGG: 00740+3.5.4.25|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 TIGRFAM TIGR00506 ribB: 3,4-dihydroxy-2-butanone-4-phosphate synthase 1 197 1.1E-76 T 17-09-2021 IPR000422 3,4-dihydroxy-2-butanone 4-phosphate synthase, RibB GO:0008686|GO:0009231 KEGG: 00740+4.1.99.12|MetaCyc: PWY-6167|MetaCyc: PWY-6168 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 Hamap MF_01283 Riboflavin biosynthesis protein RibBA [ribBA]. 1 392 52.232 T 17-09-2021 IPR016299 Riboflavin biosynthesis protein RibBA GO:0009231 KEGG: 00740+3.5.4.25+4.1.99.12|KEGG: 00790+3.5.4.25|MetaCyc: PWY-6167|MetaCyc: PWY-6168|MetaCyc: PWY-7539|MetaCyc: PWY-7991 +MGYG000000001_02477 60a1b4a7ecf40234cd338df854c6654d 397 PANTHER PTHR21327:SF18 2 395 3.9E-173 T 17-09-2021 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 Pfam PF00535 Glycosyl transferase family 2 4 103 3.8E-18 T 17-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 ProSiteProfiles PS50293 TPR repeat region circular profile. 189 294 9.328 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 SUPERFAMILY SSF48452 192 343 1.78E-13 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 Gene3D G3DSA:1.25.40.10 191 261 4.4E-5 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 PANTHER PTHR43630 2 220 1.3E-71 T 17-09-2021 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 Gene3D G3DSA:3.90.550.10 1 178 1.4E-24 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 PANTHER PTHR43630:SF3 2 220 1.3E-71 T 17-09-2021 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 CDD cd02511 Beta4Glucosyltransferase 3 223 2.91511E-54 T 17-09-2021 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 Gene3D G3DSA:1.25.40.10 262 357 4.3E-13 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02937 9c87342ffe3256476909fbb8c04d0070 358 SUPERFAMILY SSF53448 3 144 1.05E-23 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 CDD cd06261 TM_PBP2 19 209 4.02026E-20 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 TIGRFAM TIGR01726 HEQRo_perm_3TM: amino ABC transporter, permease protein, 3-TM region, His/Glu/Gln/Arg/opine family 12 114 6.0E-27 T 17-09-2021 IPR010065 Amino acid ABC transporter, permease protein, 3-TM domain GO:0016021|GO:0022857|GO:0043190|GO:0071705 +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 PANTHER PTHR30614:SF20 2 221 2.1E-82 T 17-09-2021 +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 28 219 1.6E-23 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 17 212 22.232 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 SUPERFAMILY SSF161098 11 208 1.07E-48 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 PANTHER PTHR30614 2 221 2.1E-82 T 17-09-2021 +MGYG000000001_00426 66515f0f86eec201fb5b38d6d57cdbd8 224 Gene3D G3DSA:1.10.3720.10 1 223 1.2E-62 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 SUPERFAMILY SSF46689 9 73 1.69E-18 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 SUPERFAMILY SSF48498 86 199 9.34E-6 T 17-09-2021 IPR036271 Tetracyclin repressor-like, C-terminal domain superfamily +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 PRINTS PR00455 TetR bacterial regulatory protein HTH signature 36 59 2.0E-8 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 PRINTS PR00455 TetR bacterial regulatory protein HTH signature 15 28 2.0E-8 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 ProSiteProfiles PS50977 TetR-type HTH domain profile. 9 69 20.283 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 PANTHER PTHR30055:SF164 4 161 1.8E-26 T 17-09-2021 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 PANTHER PTHR30055 4 161 1.8E-26 T 17-09-2021 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 Coils Coil 111 138 - T 17-09-2021 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 Pfam PF00440 Bacterial regulatory proteins, tetR family 15 59 5.0E-15 T 17-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 Gene3D G3DSA:1.10.10.60 9 56 7.3E-19 T 17-09-2021 +MGYG000000001_02175 dfdc9054413229e4204a9bd469587735 202 Gene3D G3DSA:1.10.357.10 57 201 3.9E-13 T 17-09-2021 +MGYG000000001_03025 9d6745fb9bcc7e479d6c03cdc53d24f9 62 SUPERFAMILY SSF56037 4 61 6.02E-8 T 17-09-2021 +MGYG000000001_03025 9d6745fb9bcc7e479d6c03cdc53d24f9 62 PANTHER PTHR39209:SF3 2 62 3.7E-18 T 17-09-2021 +MGYG000000001_03025 9d6745fb9bcc7e479d6c03cdc53d24f9 62 PANTHER PTHR39209 2 62 3.7E-18 T 17-09-2021 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 ProSiteProfiles PS50293 TPR repeat region circular profile. 88 155 9.732 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 Pfam PF13181 Tetratricopeptide repeat 95 121 0.11 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 Coils Coil 290 345 - T 17-09-2021 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 Gene3D G3DSA:1.25.40.10 12 266 2.3E-12 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 PANTHER PTHR44943 47 451 1.1E-20 T 17-09-2021 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 PANTHER PTHR44943:SF7 47 451 1.1E-20 T 17-09-2021 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 Pfam PF13424 Tetratricopeptide repeat 391 450 1.4E-8 T 17-09-2021 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 ProSiteProfiles PS50005 TPR repeat profile. 428 461 8.703 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 Gene3D G3DSA:1.25.40.10 346 475 8.0E-22 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 ProSiteProfiles PS50293 TPR repeat region circular profile. 353 461 16.267 T 17-09-2021 IPR013026 Tetratricopeptide repeat-containing domain GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SUPERFAMILY SSF48452 92 231 5.63E-11 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SMART SM00028 390 423 0.71 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SMART SM00028 353 386 91.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SMART SM00028 89 121 110.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SMART SM00028 122 155 350.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SMART SM00028 428 461 79.0 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 ProSiteProfiles PS50005 TPR repeat profile. 88 121 7.434 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 SUPERFAMILY SSF48452 354 471 7.59E-16 T 17-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_02621 950bcdc77c74570bb7abf7fe1c6f46d4 475 ProSiteProfiles PS50005 TPR repeat profile. 390 423 9.558 T 17-09-2021 IPR019734 Tetratricopeptide repeat GO:0005515 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 SUPERFAMILY SSF50249 1 66 4.95E-24 T 17-09-2021 IPR012340 Nucleic acid-binding, OB-fold +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 ProSiteProfiles PS51857 Cold-shock (CSD) domain profile. 1 65 35.897 T 17-09-2021 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 CDD cd04458 CSP_CDS 2 65 4.13342E-27 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 PIRSF PIRSF002599 1 67 1.9E-24 T 17-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 PANTHER PTHR11544:SF104 1 64 1.0E-34 T 17-09-2021 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 SMART SM00357 3 66 5.7E-28 T 17-09-2021 IPR011129 Cold shock domain GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 PRINTS PR00050 Cold shock protein signature 24 33 3.2E-19 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 PRINTS PR00050 Cold shock protein signature 39 57 3.2E-19 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 PRINTS PR00050 Cold shock protein signature 4 19 3.2E-19 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 Gene3D G3DSA:2.40.50.140 1 65 8.0E-30 T 17-09-2021 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 PANTHER PTHR11544 1 64 1.0E-34 T 17-09-2021 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 Pfam PF00313 'Cold-shock' DNA-binding domain 3 65 5.2E-29 T 17-09-2021 IPR002059 Cold-shock protein, DNA-binding GO:0003676 +MGYG000000001_00526 ffbfbea3547cd19dbfcc4b2a6673d5de 67 ProSitePatterns PS00352 Cold-shock (CSD) domain signature. 15 33 - T 17-09-2021 IPR019844 Cold-shock (CSD) domain +MGYG000000001_02567 6731823271669b36a073d21fe22fbfd9 68 TIGRFAM TIGR01022 rpmJ_bact: ribosomal protein bL36 32 68 1.7E-23 T 17-09-2021 IPR000473 Ribosomal protein L36 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02567 6731823271669b36a073d21fe22fbfd9 68 Pfam PF00444 Ribosomal protein L36 32 68 8.3E-19 T 17-09-2021 IPR000473 Ribosomal protein L36 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02567 6731823271669b36a073d21fe22fbfd9 68 ProSitePatterns PS00828 Ribosomal protein L36 signature. 42 67 - T 17-09-2021 IPR000473 Ribosomal protein L36 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02567 6731823271669b36a073d21fe22fbfd9 68 SUPERFAMILY SSF57840 32 68 4.58E-16 T 17-09-2021 IPR035977 Ribosomal protein L36 superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02567 6731823271669b36a073d21fe22fbfd9 68 Hamap MF_00251 50S ribosomal protein L36 [rpmJ]. 32 68 17.663 T 17-09-2021 IPR000473 Ribosomal protein L36 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02567 6731823271669b36a073d21fe22fbfd9 68 PANTHER PTHR42888 32 68 6.3E-22 T 17-09-2021 IPR000473 Ribosomal protein L36 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 PANTHER PTHR43158:SF7 1 213 1.6E-73 T 17-09-2021 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 SUPERFAMILY SSF52540 2 210 7.08E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 CDD cd03230 ABC_DR_subfamily_A 5 209 5.93038E-65 T 17-09-2021 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 PANTHER PTHR43158 1 213 1.6E-73 T 17-09-2021 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 Pfam PF00005 ABC transporter 20 160 4.2E-26 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 Gene3D G3DSA:3.40.50.300 1 221 3.1E-54 T 17-09-2021 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 ProSitePatterns PS00211 ABC transporters family signature. 132 146 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 SMART SM00382 29 223 1.4E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02398 03e9b869a22fb93c097d94d698346620 223 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 5 220 17.04 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00516 8c3510f86db790f8f86a4a0b97522203 426 Coils Coil 102 122 - T 17-09-2021 +MGYG000000001_00516 8c3510f86db790f8f86a4a0b97522203 426 Coils Coil 130 164 - T 17-09-2021 +MGYG000000001_00516 8c3510f86db790f8f86a4a0b97522203 426 CDD cd06503 ATP-synt_Fo_b 128 195 0.00607332 T 17-09-2021 +MGYG000000001_02632 e84d8971d3c38a693b5776d13aa09086 106 PANTHER PTHR37424 6 54 6.0E-22 T 17-09-2021 +MGYG000000001_02632 e84d8971d3c38a693b5776d13aa09086 106 PANTHER PTHR37424 56 103 6.0E-22 T 17-09-2021 +MGYG000000001_02632 e84d8971d3c38a693b5776d13aa09086 106 Pfam PF04324 BFD-like [2Fe-2S] binding domain 56 103 2.0E-13 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_02632 e84d8971d3c38a693b5776d13aa09086 106 Pfam PF04324 BFD-like [2Fe-2S] binding domain 6 53 1.5E-14 T 17-09-2021 IPR007419 BFD-like [2Fe-2S]-binding domain +MGYG000000001_02632 e84d8971d3c38a693b5776d13aa09086 106 Gene3D G3DSA:1.10.10.1100 6 55 2.6E-14 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_02632 e84d8971d3c38a693b5776d13aa09086 106 Gene3D G3DSA:1.10.10.1100 56 105 3.9E-12 T 17-09-2021 IPR041854 BFD-like [2Fe-2S]-binding domain superfamily +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 1 148 14.616 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 CDD cd04301 NAT_SF 38 95 1.29073E-6 T 17-09-2021 +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 SUPERFAMILY SSF55729 7 145 8.18E-22 T 17-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 Pfam PF00583 Acetyltransferase (GNAT) family 30 112 9.0E-11 T 17-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 PANTHER PTHR42919:SF16 1 126 7.6E-22 T 17-09-2021 +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 PANTHER PTHR42919 1 126 7.6E-22 T 17-09-2021 +MGYG000000001_03146 2e571a3ce17c9e5861b6a99789ad0a7c 154 Gene3D G3DSA:3.40.630.30 1 151 7.0E-36 T 17-09-2021 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 PANTHER PTHR11700 35 137 2.0E-44 T 17-09-2021 IPR001848 Ribosomal protein S10 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 Hamap MF_00508 30S ribosomal protein S10 [rpsJ]. 38 137 27.432 T 17-09-2021 IPR001848 Ribosomal protein S10 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 ProSitePatterns PS00361 Ribosomal protein S10 signature. 64 79 - T 17-09-2021 IPR018268 Ribosomal protein S10, conserved site GO:0003723|GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 PRINTS PR00971 Ribosomal protein S10 family signature 96 110 3.4E-19 T 17-09-2021 IPR001848 Ribosomal protein S10 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 PRINTS PR00971 Ribosomal protein S10 family signature 75 90 3.4E-19 T 17-09-2021 IPR001848 Ribosomal protein S10 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 PRINTS PR00971 Ribosomal protein S10 family signature 40 53 3.4E-19 T 17-09-2021 IPR001848 Ribosomal protein S10 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 SUPERFAMILY SSF54999 40 137 9.94E-38 T 17-09-2021 IPR036838 Ribosomal protein S10 domain superfamily +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 Gene3D G3DSA:3.30.70.600 36 137 7.7E-38 T 17-09-2021 IPR036838 Ribosomal protein S10 domain superfamily +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 PANTHER PTHR11700:SF9 35 137 2.0E-44 T 17-09-2021 +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 Pfam PF00338 Ribosomal protein S10p/S20e 42 136 1.2E-36 T 17-09-2021 IPR027486 Ribosomal protein S10 domain +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 SMART SM01403 42 136 3.2E-57 T 17-09-2021 IPR027486 Ribosomal protein S10 domain +MGYG000000001_02593 e295b62f4fdf338d4ffe8f58d86fa981 137 TIGRFAM TIGR01049 rpsJ_bact: ribosomal protein uS10 39 136 7.1E-45 T 17-09-2021 IPR001848 Ribosomal protein S10 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72649|Reactome: R-HSA-72689|Reactome: R-HSA-72695|Reactome: R-HSA-72702|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_01839 d3713b80c258e546743578aa0ff06f95 288 PANTHER PTHR30213 12 281 4.7E-63 T 17-09-2021 IPR017039 Virulence factor BrkB +MGYG000000001_01839 d3713b80c258e546743578aa0ff06f95 288 TIGRFAM TIGR00765 yihY_not_rbn: YihY family inner membrane protein 19 267 1.3E-37 T 17-09-2021 IPR017039 Virulence factor BrkB +MGYG000000001_01839 d3713b80c258e546743578aa0ff06f95 288 Pfam PF03631 Virulence factor BrkB 20 271 9.2E-60 T 17-09-2021 IPR017039 Virulence factor BrkB +MGYG000000001_01839 d3713b80c258e546743578aa0ff06f95 288 PANTHER PTHR30213:SF3 12 281 4.7E-63 T 17-09-2021 +MGYG000000001_01839 d3713b80c258e546743578aa0ff06f95 288 PIRSF PIRSF035875 3 284 2.7E-61 T 17-09-2021 IPR017039 Virulence factor BrkB +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 SUPERFAMILY SSF46785 19 92 3.89E-19 T 17-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 CDD cd00090 HTH_ARSR 23 103 2.07094E-17 T 17-09-2021 IPR011991 ArsR-like helix-turn-helix domain +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 PANTHER PTHR43132 4 91 3.5E-17 T 17-09-2021 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 Pfam PF01022 Bacterial regulatory protein, arsR family 28 76 1.4E-11 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 ProSiteProfiles PS50987 ArsR-type HTH domain profile. 11 116 16.587 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 73 88 5.9E-12 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 23 38 5.9E-12 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 PRINTS PR00778 Bacterial regulatory protein ArsR family signature 58 73 5.9E-12 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 SMART SM00418 21 107 9.0E-16 T 17-09-2021 IPR001845 HTH ArsR-type DNA-binding domain GO:0003700|GO:0006355 +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 Gene3D G3DSA:1.10.10.10 12 107 1.3E-22 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00155 4309f2837cea33d57b6c04e93677868e 121 PANTHER PTHR43132:SF6 4 91 3.5E-17 T 17-09-2021 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 PANTHER PTHR10916 1 64 3.5E-19 T 17-09-2021 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 Hamap MF_00374 50S ribosomal protein L29 [rpmC]. 1 60 18.245 T 17-09-2021 IPR001854 Ribosomal protein L29/L35 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 TIGRFAM TIGR00012 L29: ribosomal protein uL29 5 60 3.2E-23 T 17-09-2021 IPR001854 Ribosomal protein L29/L35 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 SUPERFAMILY SSF46561 1 62 3.66E-23 T 17-09-2021 IPR036049 Ribosomal protein L29/L35 superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 Pfam PF00831 Ribosomal L29 protein 4 60 1.5E-24 T 17-09-2021 IPR001854 Ribosomal protein L29/L35 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 Gene3D G3DSA:1.10.287.310 1 67 9.7E-28 T 17-09-2021 IPR036049 Ribosomal protein L29/L35 superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 CDD cd00427 Ribosomal_L29_HIP 4 60 1.9601E-19 T 17-09-2021 +MGYG000000001_02584 6f60b19752042e4a5dfd4929da883c0a 67 ProSitePatterns PS00579 Ribosomal protein L29 signature. 39 53 - T 17-09-2021 IPR018254 Ribosomal protein L29, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_01778 48212294b433b7bf10dec470d1f0ff60 213 Gene3D G3DSA:3.40.1180.10 1 213 1.7E-46 T 17-09-2021 IPR036424 Decaprenyl diphosphate synthase-like superfamily GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01778 48212294b433b7bf10dec470d1f0ff60 213 CDD cd00475 Cis_IPPS 6 205 2.69051E-66 T 17-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01778 48212294b433b7bf10dec470d1f0ff60 213 SUPERFAMILY SSF64005 2 206 6.28E-49 T 17-09-2021 IPR036424 Decaprenyl diphosphate synthase-like superfamily GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01778 48212294b433b7bf10dec470d1f0ff60 213 Pfam PF01255 Putative undecaprenyl diphosphate synthase 10 208 2.4E-38 T 17-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_01778 48212294b433b7bf10dec470d1f0ff60 213 PANTHER PTHR10291:SF0 2 211 1.9E-41 T 17-09-2021 +MGYG000000001_01778 48212294b433b7bf10dec470d1f0ff60 213 PANTHER PTHR10291 2 211 1.9E-41 T 17-09-2021 IPR001441 Decaprenyl diphosphate synthase-like GO:0016765 Reactome: R-HSA-446199|Reactome: R-HSA-4755609 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Pfam PF14492 Elongation Factor G, domain II 401 474 1.9E-35 T 17-09-2021 IPR041095 Elongation Factor G, domain II +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Pfam PF00009 Elongation factor Tu GTP binding domain 9 279 3.6E-66 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SUPERFAMILY SSF52540 6 279 1.78E-109 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Coils Coil 230 250 - T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Gene3D G3DSA:3.30.70.870 402 480 1.7E-33 T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 9 180 2.1E-34 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Gene3D G3DSA:3.40.50.300 1 290 3.6E-111 T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SUPERFAMILY SSF54980 600 685 1.2E-30 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Pfam PF03144 Elongation factor Tu domain 2 321 388 3.4E-15 T 17-09-2021 IPR004161 Translation elongation factor EFTu-like, domain 2 GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 CDD cd04088 EFG_mtEFG_II 307 389 5.92036E-49 T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 CDD cd01434 EFG_mtEFG1_IV 480 595 1.52562E-63 T 17-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Gene3D G3DSA:3.30.70.240 601 671 1.1E-88 T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 51 66 - T 17-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 PRINTS PR00315 GTP-binding elongation factor signature 58 66 1.4E-15 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 PRINTS PR00315 GTP-binding elongation factor signature 12 25 1.4E-15 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 PRINTS PR00315 GTP-binding elongation factor signature 94 105 1.4E-15 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 PRINTS PR00315 GTP-binding elongation factor signature 78 88 1.4E-15 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 PRINTS PR00315 GTP-binding elongation factor signature 130 139 1.4E-15 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Pfam PF00679 Elongation factor G C-terminus 597 683 5.3E-30 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Gene3D G3DSA:3.30.230.10 481 684 1.1E-88 T 17-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SUPERFAMILY SSF54211 476 595 1.34E-41 T 17-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SMART SM00838 597 684 6.3E-56 T 17-09-2021 IPR000640 Elongation factor EFG, domain V-like +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 TIGRFAM TIGR00484 EF-G: translation elongation factor G 1 686 0.0 T 17-09-2021 IPR004540 Translation elongation factor EFG/EF2 GO:0003746|GO:0005525|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SMART SM00889 477 595 5.7E-66 T 17-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SUPERFAMILY SSF50447 264 401 2.45E-36 T 17-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Pfam PF03764 Elongation factor G, domain IV 476 594 5.6E-44 T 17-09-2021 IPR005517 Translation elongation factor EFG/EF2, domain IV GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Hamap MF_00054_B Elongation factor G [fusA]. 6 688 113.677 T 17-09-2021 IPR004540 Translation elongation factor EFG/EF2 GO:0003746|GO:0005525|GO:0006414 Reactome: R-HSA-5389840 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 CDD cd01886 EF-G 12 281 9.90564E-180 T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 Gene3D G3DSA:2.40.30.10 291 397 1.5E-45 T 17-09-2021 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 8 282 76.515 T 17-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 CDD cd16262 EFG_III 402 477 6.30358E-45 T 17-09-2021 IPR009022 Elongation factor G, domain III +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 SUPERFAMILY SSF54980 401 478 3.35E-25 T 17-09-2021 IPR035647 EF-G domain III/V-like +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 CDD cd03713 EFG_mtEFG_C 600 677 9.0944E-42 T 17-09-2021 IPR035649 EFG, domain V +MGYG000000001_02463 2a12d277a70045558cd549aab26ae910 688 PANTHER PTHR43261 3 686 2.3E-294 T 17-09-2021 +MGYG000000001_02401 507db396c31581c38811bad5a9a398f2 115 TIGRFAM TIGR04076 TIGR04076: TIGR04076 family protein 1 101 1.0E-29 T 18-09-2021 IPR023811 Conserved hypothetical protein CHP04076 +MGYG000000001_00802 c5535caa71c8332b619c132e8a963ebd 122 Pfam PF04020 Mycobacterial 4 TMS phage holin, superfamily IV 17 116 3.4E-15 T 17-09-2021 IPR007165 Mycobacterial 4 TMS phage holin, superfamily IV +MGYG000000001_00802 c5535caa71c8332b619c132e8a963ebd 122 PANTHER PTHR37309 16 120 7.0E-19 T 17-09-2021 IPR007165 Mycobacterial 4 TMS phage holin, superfamily IV +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 Gene3D G3DSA:3.20.20.300 66 502 1.0E-77 T 17-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 Gene3D G3DSA:3.20.20.300 66 502 1.0E-77 T 17-09-2021 IPR036962 Glycoside hydrolase, family 3, N-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 299 315 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 299 315 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 387 405 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 387 405 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 180 196 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 180 196 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 212 231 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PRINTS PR00133 Glycosyl hydrolase family 3 signature 212 231 6.6E-10 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 SUPERFAMILY SSF52279 519 753 2.35E-16 T 17-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 SUPERFAMILY SSF52279 519 753 2.35E-16 T 17-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 Gene3D G3DSA:3.40.50.1700 508 753 5.7E-20 T 17-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 Gene3D G3DSA:3.40.50.1700 508 753 5.7E-20 T 17-09-2021 IPR036881 Glycoside hydrolase family 3 C-terminal domain superfamily GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 SUPERFAMILY SSF51445 71 518 1.68E-64 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 SUPERFAMILY SSF51445 71 518 1.68E-64 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 139 477 2.2E-27 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 Pfam PF00933 Glycosyl hydrolase family 3 N terminal domain 139 477 2.2E-27 T 17-09-2021 IPR001764 Glycoside hydrolase, family 3, N-terminal GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620:SF95 53 539 3.0E-96 T 17-09-2021 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620:SF95 53 539 3.0E-96 T 17-09-2021 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620:SF95 660 752 3.0E-96 T 17-09-2021 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620:SF95 660 752 3.0E-96 T 17-09-2021 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 Pfam PF01915 Glycosyl hydrolase family 3 C-terminal domain 519 751 4.9E-21 T 17-09-2021 IPR002772 Glycoside hydrolase family 3 C-terminal domain GO:0004553|GO:0005975 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 Pfam PF01915 Glycosyl hydrolase family 3 C-terminal domain 519 751 4.9E-21 T 17-09-2021 IPR002772 Glycoside hydrolase family 3 C-terminal domain GO:0004553|GO:0005975 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620 53 539 3.0E-96 T 17-09-2021 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620 53 539 3.0E-96 T 17-09-2021 +MGYG000000001_00168 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620 660 752 3.0E-96 T 17-09-2021 +MGYG000000001_00169 51f9f876f9a5ed33b3c6c8739f495d1c 771 PANTHER PTHR30620 660 752 3.0E-96 T 17-09-2021 +MGYG000000001_00314 0f9fbc32155962114eea712f54a21b52 124 ProSiteProfiles PS51819 Vicinal oxygen chelate (VOC) domain profile. 4 121 15.19 T 17-09-2021 IPR037523 Vicinal oxygen chelate (VOC) domain +MGYG000000001_00314 0f9fbc32155962114eea712f54a21b52 124 SUPERFAMILY SSF54593 4 121 2.15E-24 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_00314 0f9fbc32155962114eea712f54a21b52 124 Pfam PF00903 Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily 9 118 1.2E-8 T 17-09-2021 IPR004360 Glyoxalase/fosfomycin resistance/dioxygenase domain +MGYG000000001_00314 0f9fbc32155962114eea712f54a21b52 124 PANTHER PTHR46036 4 120 2.2E-27 T 17-09-2021 +MGYG000000001_00314 0f9fbc32155962114eea712f54a21b52 124 Gene3D G3DSA:3.10.180.10 3 123 6.3E-24 T 17-09-2021 IPR029068 Glyoxalase/Bleomycin resistance protein/Dihydroxybiphenyl dioxygenase +MGYG000000001_00314 0f9fbc32155962114eea712f54a21b52 124 PANTHER PTHR46036:SF5 4 120 2.2E-27 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Pfam PF01043 SecA preprotein cross-linking domain 247 354 5.0E-40 T 17-09-2021 IPR011130 SecA, preprotein cross-linking domain GO:0016020|GO:0017038 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 ProSitePatterns PS01312 SecA family signature. 496 511 - T 17-09-2021 IPR020937 SecA conserved site GO:0006605|GO:0006886|GO:0016020 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 CDD cd18803 SF2_C_secA 416 616 1.0502E-76 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 SUPERFAMILY SSF52540 20 411 5.18E-85 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Coils Coil 555 575 - T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 TIGRFAM TIGR00963 secA: preprotein translocase, SecA subunit 43 840 0.0 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Pfam PF07516 SecA Wing and Scaffold domain 645 851 2.4E-66 T 17-09-2021 IPR011116 SecA Wing/Scaffold GO:0016020|GO:0017038 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 SUPERFAMILY SSF52540 415 646 4.19E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 SMART SM00958 243 354 2.5E-66 T 17-09-2021 IPR011130 SecA, preprotein cross-linking domain GO:0016020|GO:0017038 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Gene3D G3DSA:3.40.50.300 414 647 4.5E-90 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 SUPERFAMILY SSF81767 242 364 1.06E-43 T 17-09-2021 IPR036670 SecA, preprotein cross-linking domain superfamily GO:0016020|GO:0017038 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 CDD cd17928 DEXDc_SecA 57 410 5.2157E-140 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Gene3D G3DSA:1.10.3060.10 649 855 1.5E-68 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Gene3D G3DSA:3.40.50.300 37 411 3.3E-182 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 MobiDBLite mobidb-lite consensus disorder prediction 869 889 - T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 SUPERFAMILY SSF81886 648 897 6.41E-76 T 17-09-2021 IPR036266 SecA, Wing/Scaffold superfamily +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Gene3D G3DSA:3.90.1440.10 244 364 3.3E-182 T 17-09-2021 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Hamap MF_01382 Protein translocase subunit SecA [secA]. 20 854 20.017 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Pfam PF02810 SEC-C motif 889 907 6.2E-10 T 17-09-2021 IPR004027 SEC-C motif +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PANTHER PTHR30612 23 857 3.0E-290 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 Pfam PF07517 SecA DEAD-like domain 23 398 1.1E-132 T 17-09-2021 IPR011115 SecA DEAD-like, N-terminal GO:0005524|GO:0016020|GO:0017038 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 185 205 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 116 130 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 132 142 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 78 102 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 335 357 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 372 389 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 PRINTS PR00906 SecA protein signature 409 422 1.1E-69 T 17-09-2021 IPR000185 Protein translocase subunit SecA GO:0005524|GO:0006605|GO:0006886 +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 ProSiteProfiles PS51196 SecA family profile. 18 647 154.782 T 17-09-2021 IPR014018 SecA motor DEAD +MGYG000000001_01043 0bb46ac30fa43c3bde21cb49df633a8e 907 SMART SM00957 21 398 2.5E-287 T 17-09-2021 IPR011115 SecA DEAD-like, N-terminal GO:0005524|GO:0016020|GO:0017038 +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 SUPERFAMILY SSF100950 1 247 2.06E-95 T 17-09-2021 IPR037171 NagB/RpiA transferase-like +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 PANTHER PTHR11280 1 242 5.3E-84 T 17-09-2021 IPR004547 Glucosamine-6-phosphate isomerase GO:0004342|GO:0006044 KEGG: 00520+3.5.99.6|MetaCyc: PWY-5514|MetaCyc: PWY-6855|MetaCyc: PWY-6906|Reactome: R-HSA-70171 +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 Gene3D G3DSA:3.40.50.1360 1 248 4.0E-97 T 17-09-2021 +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 TIGRFAM TIGR00502 nagB: glucosamine-6-phosphate deaminase 1 242 2.5E-91 T 17-09-2021 IPR004547 Glucosamine-6-phosphate isomerase GO:0004342|GO:0006044 KEGG: 00520+3.5.99.6|MetaCyc: PWY-5514|MetaCyc: PWY-6855|MetaCyc: PWY-6906|Reactome: R-HSA-70171 +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 Pfam PF01182 Glucosamine-6-phosphate isomerases/6-phosphogluconolactonase 11 229 2.5E-19 T 17-09-2021 IPR006148 Glucosamine/galactosamine-6-phosphate isomerase GO:0005975 KEGG: 00520+3.5.99.6|MetaCyc: PWY-5514|MetaCyc: PWY-6855|MetaCyc: PWY-6906 +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 Hamap MF_01241 Glucosamine-6-phosphate deaminase [nagB]. 1 241 42.969 T 17-09-2021 IPR004547 Glucosamine-6-phosphate isomerase GO:0004342|GO:0006044 KEGG: 00520+3.5.99.6|MetaCyc: PWY-5514|MetaCyc: PWY-6855|MetaCyc: PWY-6906|Reactome: R-HSA-70171 +MGYG000000001_02496 de1a03d98115984e151eab4afcef83df 249 CDD cd01399 GlcN6P_deaminase 10 241 6.85256E-141 T 17-09-2021 IPR004547 Glucosamine-6-phosphate isomerase GO:0004342|GO:0006044 KEGG: 00520+3.5.99.6|MetaCyc: PWY-5514|MetaCyc: PWY-6855|MetaCyc: PWY-6906|Reactome: R-HSA-70171 +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 Gene3D G3DSA:3.40.50.2300 36 290 8.4E-104 T 17-09-2021 +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 Gene3D G3DSA:3.40.50.2300 137 324 8.4E-104 T 17-09-2021 +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 SUPERFAMILY SSF53822 45 276 1.96E-19 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 CDD cd06354 PBP1_BmpA_PnrA_like 33 296 8.19469E-123 T 17-09-2021 +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 PANTHER PTHR34296 3 328 5.2E-101 T 17-09-2021 +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 Pfam PF02608 ABC transporter substrate-binding protein PnrA-like 35 328 8.5E-83 T 17-09-2021 IPR003760 ABC transporter substrate-binding protein PnrA-like GO:0005886 +MGYG000000001_01398 90c47fab9ff5ef40eef02646e9bf2dbb 329 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 SFLD SFLDG01140 C2.B: Phosphomannomutase and Phosphatase Like 2 262 0.0 T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 TIGRFAM TIGR01484 HAD-SF-IIB: HAD hydrolase, family IIB 5 231 7.1E-28 T 17-09-2021 IPR006379 HAD-superfamily hydrolase, subfamily IIB Reactome: R-HSA-446205 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 SUPERFAMILY SSF56784 1 262 2.53E-68 T 17-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 ProSitePatterns PS01228 Hypothetical cof family signature 1. 5 16 - T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 Pfam PF08282 haloacid dehalogenase-like hydrolase 6 258 2.2E-60 T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 Gene3D G3DSA:3.30.1240.10 85 188 2.6E-76 T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 TIGRFAM TIGR00099 Cof-subfamily: Cof-like hydrolase 6 258 1.3E-53 T 17-09-2021 IPR000150 Cof family GO:0016787 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 SFLD SFLDG01144 C2.B.4: PGP Like 2 262 0.0 T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 PANTHER PTHR10000 1 264 3.3E-60 T 17-09-2021 +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 Gene3D G3DSA:3.40.50.1000 4 255 2.6E-76 T 17-09-2021 IPR023214 HAD superfamily +MGYG000000001_02823 e62c312df80ceb44b8937b36df90bae9 265 PANTHER PTHR10000:SF53 1 264 3.3E-60 T 17-09-2021 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 ProSiteProfiles PS50110 Response regulatory domain profile. 2 116 26.923 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 Pfam PF00072 Response regulator receiver domain 4 112 2.4E-22 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 Gene3D G3DSA:3.40.50.2300 1 128 3.8E-28 T 17-09-2021 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 ProSiteProfiles PS50930 LytTR-type HTH domain profile. 136 241 33.145 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 PANTHER PTHR43412:SF1 1 240 4.7E-76 T 17-09-2021 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 CDD cd00156 REC 4 115 1.69133E-24 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 Gene3D G3DSA:2.40.50.40 133 202 5.9E-19 T 17-09-2021 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 SMART SM00850 142 240 2.7E-33 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 Pfam PF04397 LytTr DNA-binding domain 143 239 1.9E-28 T 17-09-2021 IPR007492 LytTR DNA-binding domain GO:0003677 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 SUPERFAMILY SSF52172 4 124 3.13E-25 T 17-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 PANTHER PTHR43412 1 240 4.7E-76 T 17-09-2021 +MGYG000000001_01181 0ee63b8635a34f531a15c212551fef28 241 SMART SM00448 1 112 4.9E-20 T 17-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 Gene3D G3DSA:3.90.550.10 1 292 3.5E-93 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 CDD cd02541 UGPase_prokaryotic 6 272 6.56681E-166 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 PANTHER PTHR43197:SF1 3 289 7.2E-132 T 17-09-2021 +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 TIGRFAM TIGR01099 galU: UTP--glucose-1-phosphate uridylyltransferase 5 265 8.2E-124 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 Pfam PF00483 Nucleotidyl transferase 7 267 2.7E-32 T 17-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 PANTHER PTHR43197 3 289 7.2E-132 T 17-09-2021 IPR005771 UTP--glucose-1-phosphate uridylyltransferase, bacterial/archaeal-type GO:0003983|GO:0006011 KEGG: 00040+2.7.7.9|KEGG: 00052+2.7.7.9|KEGG: 00500+2.7.7.9|KEGG: 00520+2.7.7.9|KEGG: 00561+2.7.7.9|MetaCyc: PWY-3801|MetaCyc: PWY-6527|MetaCyc: PWY-7238|MetaCyc: PWY-7343|MetaCyc: PWY-7817 +MGYG000000001_00709 29fa912c17005ff2480933d56acce4a0 311 SUPERFAMILY SSF53448 3 269 3.38E-68 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02950 e99b4788856f7d66009c5f725e179d18 337 Gene3D G3DSA:1.10.3470.10 5 337 2.8E-101 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02950 e99b4788856f7d66009c5f725e179d18 337 PANTHER PTHR30472:SF64 4 335 1.5E-124 T 17-09-2021 +MGYG000000001_02950 e99b4788856f7d66009c5f725e179d18 337 SUPERFAMILY SSF81345 4 335 3.01E-84 T 17-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02950 e99b4788856f7d66009c5f725e179d18 337 Pfam PF01032 FecCD transport family 19 335 8.6E-98 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02950 e99b4788856f7d66009c5f725e179d18 337 CDD cd06550 TM_ABC_iron-siderophores_like 64 334 2.39672E-51 T 17-09-2021 +MGYG000000001_02950 e99b4788856f7d66009c5f725e179d18 337 PANTHER PTHR30472 4 335 1.5E-124 T 17-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 MobiDBLite mobidb-lite consensus disorder prediction 90 111 - T 17-09-2021 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 ProSiteProfiles PS50006 Forkhead-associated (FHA) domain profile. 226 288 7.579 T 17-09-2021 IPR000253 Forkhead-associated (FHA) domain GO:0005515 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 PANTHER PTHR35788 119 485 4.5E-81 T 17-09-2021 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 Pfam PF04294 VanW like protein 344 472 2.8E-47 T 17-09-2021 IPR007391 Vancomycin resistance VanW +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 MobiDBLite mobidb-lite consensus disorder prediction 33 54 - T 17-09-2021 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 Pfam PF12229 Putative peptidoglycan binding domain 190 298 2.4E-15 T 17-09-2021 IPR022029 Putative peptidoglycan binding domain +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 Coils Coil 63 83 - T 17-09-2021 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 MobiDBLite mobidb-lite consensus disorder prediction 1 111 - T 17-09-2021 +MGYG000000001_02985 2c968e62af50c739350033d3c8db5994 519 Coils Coil 162 182 - T 17-09-2021 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 Hamap MF_00422 Protein translocase subunit SecE [secE]. 12 71 12.053 T 17-09-2021 IPR001901 Protein translocase complex, SecE/Sec61-gamma subunit GO:0006605|GO:0006886|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339|Reactome: R-HSA-9609523 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 ProSitePatterns PS01067 Protein secE/sec61-gamma signature. 21 49 - T 17-09-2021 IPR001901 Protein translocase complex, SecE/Sec61-gamma subunit GO:0006605|GO:0006886|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339|Reactome: R-HSA-9609523 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 Pfam PF00584 SecE/Sec61-gamma subunits of protein translocation complex 20 73 7.9E-20 T 17-09-2021 IPR001901 Protein translocase complex, SecE/Sec61-gamma subunit GO:0006605|GO:0006886|GO:0016020 Reactome: R-HSA-1236974|Reactome: R-HSA-1799339|Reactome: R-HSA-9609523 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 TIGRFAM TIGR00964 secE_bact: preprotein translocase, SecE subunit 19 73 7.8E-18 T 17-09-2021 IPR005807 SecE subunit of protein translocation complex, bacterial-like GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 Gene3D G3DSA:1.20.5.1030 16 72 3.0E-18 T 17-09-2021 IPR038379 SecE superfamily +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 PRINTS PR01650 Bacterial translocase SecE signature 15 35 2.8E-6 T 17-09-2021 IPR005807 SecE subunit of protein translocation complex, bacterial-like GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 PRINTS PR01650 Bacterial translocase SecE signature 39 59 2.8E-6 T 17-09-2021 IPR005807 SecE subunit of protein translocation complex, bacterial-like GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 PRINTS PR01650 Bacterial translocase SecE signature 59 75 2.8E-6 T 17-09-2021 IPR005807 SecE subunit of protein translocation complex, bacterial-like GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_02453 d505a47e88d54406589512aa5f8020e9 75 PANTHER PTHR33910 12 74 1.4E-16 T 17-09-2021 IPR005807 SecE subunit of protein translocation complex, bacterial-like GO:0009306|GO:0015450|GO:0016021 +MGYG000000001_00947 120aacc3adc680dccc0ebc1400811105 45 TIGRFAM TIGR01030 rpmH_bact: ribosomal protein bL34 3 44 9.8E-21 T 17-09-2021 IPR000271 Ribosomal protein L34 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00947 120aacc3adc680dccc0ebc1400811105 45 MobiDBLite mobidb-lite consensus disorder prediction 1 45 - T 17-09-2021 +MGYG000000001_00947 120aacc3adc680dccc0ebc1400811105 45 ProSitePatterns PS00784 Ribosomal protein L34 signature. 3 22 - T 17-09-2021 IPR020939 Ribosomal protein L34, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00947 120aacc3adc680dccc0ebc1400811105 45 Hamap MF_00391 50S ribosomal protein L34 [rpmH]. 2 45 15.201 T 17-09-2021 IPR000271 Ribosomal protein L34 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00947 120aacc3adc680dccc0ebc1400811105 45 Pfam PF00468 Ribosomal protein L34 3 45 3.0E-22 T 17-09-2021 IPR000271 Ribosomal protein L34 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00947 120aacc3adc680dccc0ebc1400811105 45 PANTHER PTHR14503 2 45 8.9E-18 T 17-09-2021 IPR000271 Ribosomal protein L34 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 SUPERFAMILY SSF161098 15 262 1.03E-41 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 CDD cd06261 TM_PBP2 63 256 1.61813E-16 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 75 270 4.8E-28 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 TIGRFAM TIGR00974 3a0107s02c: phosphate ABC transporter, permease protein PstA 7 270 1.2E-84 T 17-09-2021 IPR005672 Phosphate transport system permease protein PstA GO:0005315|GO:0005887|GO:0035435 +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 60 262 26.238 T 17-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 PANTHER PTHR43470:SF3 2 272 3.1E-90 T 17-09-2021 +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 Gene3D G3DSA:1.10.3720.10 46 273 1.1E-38 T 17-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00060 63ed83eb5df375cfb615aefd49d09b18 274 PANTHER PTHR43470 2 272 3.1E-90 T 17-09-2021 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 Gene3D G3DSA:3.40.50.1860 95 207 8.3E-97 T 17-09-2021 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 PANTHER PTHR21198:SF2 2 264 4.5E-94 T 17-09-2021 IPR004391 Glutamate racemase GO:0008881|GO:0009252 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 Hamap MF_00258 Glutamate racemase [murI]. 4 257 37.857 T 17-09-2021 IPR004391 Glutamate racemase GO:0008881|GO:0009252 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 PANTHER PTHR21198 2 264 4.5E-94 T 17-09-2021 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 ProSitePatterns PS00923 Aspartate and glutamate racemases signature 1. 70 78 - T 17-09-2021 IPR018187 Asp/Glu racemase, active site 1 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 Pfam PF01177 Asp/Glu/Hydantoin racemase 6 214 3.2E-38 T 17-09-2021 IPR015942 Asp/Glu/hydantoin racemase GO:0006807|GO:0036361 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 ProSitePatterns PS00924 Aspartate and glutamate racemases signature 2. 180 190 - T 17-09-2021 IPR033134 Asp/Glu racemase, active site 2 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 Gene3D G3DSA:3.40.50.1860 4 253 8.3E-97 T 17-09-2021 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 SUPERFAMILY SSF53681 109 264 2.62E-36 T 17-09-2021 IPR001920 Asp/Glu racemase GO:0016855 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 TIGRFAM TIGR00067 glut_race: glutamate racemase 6 254 1.6E-76 T 17-09-2021 IPR004391 Glutamate racemase GO:0008881|GO:0009252 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02003 abd1b692962f857c7f8d94bb53f89eaf 269 SUPERFAMILY SSF53681 5 107 4.25E-38 T 17-09-2021 IPR001920 Asp/Glu racemase GO:0016855 KEGG: 00471+5.1.1.3|MetaCyc: PWY-6386|MetaCyc: PWY-6387 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 Gene3D G3DSA:3.40.50.300 5 223 2.4E-67 T 17-09-2021 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 ProSiteProfiles PS51305 Spermidine/putrescine import ATP-binding protein potA family profile. 5 348 150.408 T 17-09-2021 IPR017879 ABC transporter, spermidine/putrescine import ATP-binding protein, PotA GO:0015594|GO:0015595|GO:0015846|GO:0016020 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 6 236 32.4 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 Pfam PF00005 ABC transporter 21 163 1.1E-34 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 CDD cd03300 ABC_PotA_N 6 237 3.20551E-158 T 17-09-2021 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 PANTHER PTHR42781 2 343 2.3E-143 T 17-09-2021 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 ProSitePatterns PS00211 ABC transporters family signature. 136 150 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 PANTHER PTHR42781:SF4 2 343 2.3E-143 T 17-09-2021 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 SMART SM00382 30 213 4.4E-17 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 TIGRFAM TIGR01187 potA: polyamine ABC transporter, ATP-binding protein 36 323 1.6E-115 T 17-09-2021 IPR005893 Spermidine/putrescine ABC transporter, ATP-binding subunit GO:0015417|GO:0015846|GO:0043190 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 SUPERFAMILY SSF52540 5 244 1.17E-85 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 Gene3D G3DSA:2.40.50.140 281 334 4.8E-11 T 17-09-2021 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 SUPERFAMILY SSF50331 238 343 2.61E-14 T 17-09-2021 IPR008995 Molybdate/tungstate binding, C-terminal +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 Gene3D G3DSA:2.40.50.940 224 341 4.8E-11 T 17-09-2021 +MGYG000000001_02494 5d0860012efecd3c466c0237436b194f 348 Pfam PF08402 TOBE domain 274 341 5.0E-7 T 17-09-2021 IPR013611 Transport-associated OB, type 2 GO:0005524|GO:0022857|GO:0043190|GO:0055085 +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 Pfam PF00258 Flavodoxin 257 375 1.1E-7 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 Gene3D G3DSA:3.40.50.360 250 397 3.3E-36 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 PANTHER PTHR32145 1 396 5.0E-127 T 17-09-2021 +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 SUPERFAMILY SSF56281 13 283 2.36E-45 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 SMART SM00849 35 224 6.7E-26 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 ProSiteProfiles PS50902 Flavodoxin-like domain profile. 255 393 16.35 T 17-09-2021 IPR008254 Flavodoxin/nitric oxide synthase GO:0010181 +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 PIRSF PIRSF005243 1 397 2.0E-124 T 17-09-2021 IPR016440 Rubredoxin-oxygen oxidoreductase GO:0009055|GO:0010181|GO:0016491|GO:0046872 +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 Gene3D G3DSA:3.60.15.10 3 244 2.3E-90 T 17-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 CDD cd07709 flavodiiron_proteins_MBL-fold 6 243 9.15877E-115 T 17-09-2021 +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 Pfam PF00753 Metallo-beta-lactamase superfamily 36 190 2.1E-10 T 17-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00295 dec16af05806fa11a08768b6f7679d45 397 SUPERFAMILY SSF52218 252 396 9.43E-32 T 17-09-2021 IPR029039 Flavoprotein-like superfamily +MGYG000000001_00335 63f43ce5280c4205cd3c4da01b74e6b3 236 Gene3D G3DSA:3.40.225.10 9 225 1.1E-65 T 17-09-2021 IPR036409 Class II aldolase/adducin N-terminal domain superfamily +MGYG000000001_00335 63f43ce5280c4205cd3c4da01b74e6b3 236 Pfam PF00596 Class II Aldolase and Adducin N-terminal domain 17 193 2.6E-47 T 17-09-2021 IPR001303 Class II aldolase/adducin N-terminal +MGYG000000001_00335 63f43ce5280c4205cd3c4da01b74e6b3 236 PANTHER PTHR22789 10 222 1.8E-55 T 17-09-2021 +MGYG000000001_00335 63f43ce5280c4205cd3c4da01b74e6b3 236 SMART SM01007 16 194 8.7E-61 T 17-09-2021 IPR001303 Class II aldolase/adducin N-terminal +MGYG000000001_00335 63f43ce5280c4205cd3c4da01b74e6b3 236 SUPERFAMILY SSF53639 8 222 8.44E-63 T 17-09-2021 IPR036409 Class II aldolase/adducin N-terminal domain superfamily +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 SUPERFAMILY SSF116726 130 212 1.24E-19 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 ProSiteProfiles PS51202 RCK C-terminal domain profile. 134 218 12.034 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 PANTHER PTHR43833:SF7 1 215 1.1E-82 T 17-09-2021 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 Pfam PF02080 TrkA-C domain 149 215 7.5E-12 T 17-09-2021 IPR006037 Regulator of K+ conductance, C-terminal GO:0006813|GO:0008324 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 PANTHER PTHR43833 1 215 1.1E-82 T 17-09-2021 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 Gene3D G3DSA:3.30.70.1450 137 214 1.6E-25 T 17-09-2021 IPR036721 Regulator of K+ conductance, C-terminal domain superfamily GO:0006813 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 Gene3D G3DSA:3.40.50.720 1 136 2.5E-35 T 17-09-2021 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 ProSiteProfiles PS51201 RCK N-terminal domain profile. 3 124 14.835 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 Pfam PF02254 TrkA-N domain 4 119 7.9E-27 T 17-09-2021 IPR003148 Regulator of K+ conductance, N-terminal GO:0006813 +MGYG000000001_01364 95c1c9018003a695a3d53e0678949dba 223 SUPERFAMILY SSF51735 2 133 1.88E-33 T 17-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_01457 2d0e5d96359ea4424f30cab535fea503 240 PANTHER PTHR33969 2 238 4.7E-51 T 17-09-2021 IPR003768 Segregation and condensation protein A +MGYG000000001_01457 2d0e5d96359ea4424f30cab535fea503 240 Pfam PF02616 Segregation and condensation protein ScpA 20 236 7.5E-27 T 17-09-2021 IPR003768 Segregation and condensation protein A +MGYG000000001_01457 2d0e5d96359ea4424f30cab535fea503 240 PANTHER PTHR33969:SF2 2 238 4.7E-51 T 17-09-2021 +MGYG000000001_01457 2d0e5d96359ea4424f30cab535fea503 240 Hamap MF_01805 Segregation and condensation protein A [scpA]. 3 239 20.467 T 17-09-2021 IPR003768 Segregation and condensation protein A +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 Hamap MF_00300 Chorismate synthase [aroC]. 2 367 33.671 T 17-09-2021 IPR000453 Chorismate synthase GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 SUPERFAMILY SSF103263 1 382 9.68E-135 T 17-09-2021 IPR035904 Chorismate synthase AroC superfamily KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 PIRSF PIRSF001456 1 379 3.9E-123 T 17-09-2021 IPR000453 Chorismate synthase GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 ProSitePatterns PS00788 Chorismate synthase signature 2. 128 144 - T 17-09-2021 IPR020541 Chorismate synthase, conserved site GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 CDD cd07304 Chorismate_synthase 2 356 0.0 T 17-09-2021 IPR000453 Chorismate synthase GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 TIGRFAM TIGR00033 aroC: chorismate synthase 2 364 4.1E-119 T 17-09-2021 IPR000453 Chorismate synthase GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 ProSitePatterns PS00787 Chorismate synthase signature 1. 8 23 - T 17-09-2021 IPR020541 Chorismate synthase, conserved site GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 Pfam PF01264 Chorismate synthase 2 360 2.1E-113 T 17-09-2021 IPR000453 Chorismate synthase GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 Gene3D G3DSA:3.60.150.10 1 388 3.4E-142 T 17-09-2021 IPR035904 Chorismate synthase AroC superfamily KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02842 e15c004b6ef07715758b78b20d87c5bd 389 PANTHER PTHR21085 2 367 3.8E-108 T 17-09-2021 IPR000453 Chorismate synthase GO:0004107|GO:0009073 KEGG: 00400+4.2.3.5|MetaCyc: PWY-6163 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 SMART SM00893 72 258 5.4E-37 T 17-09-2021 IPR014730 Electron transfer flavoprotein, alpha/beta-subunit, N-terminal Reactome: R-HSA-611105 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 SUPERFAMILY SSF52402 70 243 3.42E-51 T 17-09-2021 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 Gene3D G3DSA:3.40.50.620 70 267 7.1E-65 T 17-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 Gene3D G3DSA:3.30.70.20 8 69 1.4E-5 T 17-09-2021 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 PIRSF PIRSF000089 68 394 2.9E-97 T 17-09-2021 IPR001308 Electron transfer flavoprotein alpha subunit/FixB GO:0009055|GO:0050660 Reactome: R-HSA-611105 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 SUPERFAMILY SSF52467 270 390 6.54E-42 T 17-09-2021 IPR029035 DHS-like NAD/FAD-binding domain superfamily +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 CDD cd01715 ETF_alpha 71 236 2.31038E-51 T 17-09-2021 IPR033947 Electron transfer flavoprotein, alpha subunit, N-terminal Reactome: R-HSA-611105 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 31 59 7.114 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 SUPERFAMILY SSF54862 4 56 1.36E-6 T 17-09-2021 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 Pfam PF01012 Electron transfer flavoprotein domain 73 237 1.8E-37 T 17-09-2021 IPR014730 Electron transfer flavoprotein, alpha/beta-subunit, N-terminal Reactome: R-HSA-611105 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 PANTHER PTHR43153:SF9 65 394 1.2E-121 T 17-09-2021 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 Pfam PF00766 Electron transfer flavoprotein FAD-binding domain 271 353 2.2E-30 T 17-09-2021 IPR014731 Electron transfer flavoprotein, alpha subunit, C-terminal Reactome: R-HSA-611105 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 Gene3D G3DSA:3.40.50.1220 268 399 1.0E-47 T 17-09-2021 +MGYG000000001_02415 380de92b35aaf2e6e79cf4b6c515e17a 404 PANTHER PTHR43153 65 394 1.2E-121 T 17-09-2021 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 Hamap MF_00651 Putative pre-16S rRNA nuclease [yqgF]. 4 139 26.072 T 17-09-2021 IPR005227 Putative pre-16S rRNA nuclease GO:0006364 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 Gene3D G3DSA:3.30.420.140 3 146 4.9E-49 T 17-09-2021 IPR037027 YqgF/RNase H-like domain superfamily GO:0006139 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 SUPERFAMILY SSF53098 4 136 3.19E-42 T 17-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 TIGRFAM TIGR00250 RNAse_H_YqgF: putative transcription antitermination factor YqgF 7 136 1.0E-47 T 17-09-2021 IPR005227 Putative pre-16S rRNA nuclease GO:0006364 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 PANTHER PTHR33317:SF1 3 138 3.0E-40 T 17-09-2021 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 Pfam PF03652 Holliday junction resolvase 5 136 6.3E-45 T 17-09-2021 IPR005227 Putative pre-16S rRNA nuclease GO:0006364 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 SMART SM00732 4 104 2.3E-38 T 17-09-2021 IPR006641 YqgF/RNase H-like domain GO:0006139 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 PANTHER PTHR33317 3 138 3.0E-40 T 17-09-2021 IPR005227 Putative pre-16S rRNA nuclease GO:0006364 +MGYG000000001_01468 194301b84ad5fd47870419a0858d55d3 163 CDD cd16964 YqgF 6 136 2.9877E-59 T 17-09-2021 +MGYG000000001_01477 0bbbd5a8512a6082ab873df402ba3200 162 Pfam PF04290 Tripartite ATP-independent periplasmic transporters, DctQ component 23 153 2.4E-30 T 17-09-2021 IPR007387 TRAP transporter, small membrane protein DctQ +MGYG000000001_01477 0bbbd5a8512a6082ab873df402ba3200 162 PANTHER PTHR35011 3 159 8.4E-34 T 17-09-2021 IPR007387 TRAP transporter, small membrane protein DctQ +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Gene3D G3DSA:3.20.20.20 35 100 9.9E-12 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 236 265 8.676 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 PANTHER PTHR43560 268 321 1.3E-72 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 PANTHER PTHR43560 3 258 1.3E-72 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Pfam PF12838 4Fe-4S dicluster domain 214 257 3.4E-9 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 125 159 6.315 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Pfam PF04060 Putative Fe-S cluster 43 75 1.6E-12 T 17-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 TIGRFAM TIGR01944 rnfB: electron transport complex, RnfABCDGE type, B subunit 3 94 3.4E-23 T 17-09-2021 IPR010207 Ion-translocating oxidoreductase complex, RnfB/RsxB GO:0009055|GO:0051536 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Gene3D G3DSA:3.30.70.20 202 264 2.5E-14 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Gene3D G3DSA:3.30.70.20 132 195 6.5E-14 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Gene3D G3DSA:3.30.70.20 265 295 1.3E-6 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Pfam PF14697 4Fe-4S dicluster domain 269 321 1.2E-12 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 169 180 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 203 234 10.23 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 296 323 10.239 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 SUPERFAMILY SSF54862 163 322 6.56E-28 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 CDD cd10549 MtMvhB_like 134 258 1.68134E-28 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 266 295 10.104 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 305 316 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51656 4Fe-4S domain profile. 31 90 28.5 T 17-09-2021 IPR007202 4Fe-4S domain GO:0051536 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Gene3D G3DSA:3.30.70.20 296 323 8.4E-6 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 160 189 10.919 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Hamap MF_00463 Ion-translocating oxidoreductase complex subunit B [rsxB]. 3 191 28.112 T 17-09-2021 IPR010207 Ion-translocating oxidoreductase complex, RnfB/RsxB GO:0009055|GO:0051536 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 SUPERFAMILY SSF54862 36 188 2.03E-10 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 Pfam PF00037 4Fe-4S binding domain 163 184 1.8E-6 T 17-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 CDD cd10549 MtMvhB_like 210 323 1.35872E-29 T 17-09-2021 +MGYG000000001_00307 231b8cbdf3e984c1133b1102e92d606a 323 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 243 254 - T 17-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01669 2f2e8a9e96b4ca29af6a4f9bf2fa9047 191 PANTHER PTHR43663 5 182 1.6E-41 T 17-09-2021 +MGYG000000001_01669 2f2e8a9e96b4ca29af6a4f9bf2fa9047 191 Pfam PF02417 Chromate transporter 10 175 8.9E-40 T 17-09-2021 IPR003370 Chromate transporter GO:0015109|GO:0015703 +MGYG000000001_00694 aeecb5b0fdf1a3ffe72fbea061af04ea 212 PANTHER PTHR30487 27 207 2.6E-22 T 17-09-2021 +MGYG000000001_00694 aeecb5b0fdf1a3ffe72fbea061af04ea 212 Pfam PF01478 Type IV leader peptidase family 62 166 5.4E-8 T 17-09-2021 IPR000045 Prepilin type IV endopeptidase, peptidase domain GO:0004190|GO:0016020 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Gene3D G3DSA:3.30.1490.20 20 72 9.6E-14 T 17-09-2021 IPR013815 ATP-grasp fold, subdomain 1 GO:0005524 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Gene3D G3DSA:1.10.189.10 174 359 8.9E-78 T 17-09-2021 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Gene3D G3DSA:3.50.30.10 212 337 8.9E-78 T 17-09-2021 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Pfam PF02896 PEP-utilising enzyme, TIM barrel domain 347 397 3.2E-11 T 17-09-2021 IPR000121 PEP-utilising enzyme, C-terminal GO:0016310|GO:0016772 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 SUPERFAMILY SSF52009 207 338 3.14E-36 T 17-09-2021 IPR036637 Phosphohistidine domain superfamily GO:0016310|GO:0016772 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Pfam PF01326 Pyruvate phosphate dikinase, PEP/pyruvate binding domain 135 181 6.6E-11 T 17-09-2021 IPR002192 Pyruvate phosphate dikinase, PEP/pyruvate-binding GO:0005524|GO:0016301|GO:0016310 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Pfam PF01326 Pyruvate phosphate dikinase, PEP/pyruvate binding domain 27 124 1.0E-23 T 17-09-2021 IPR002192 Pyruvate phosphate dikinase, PEP/pyruvate-binding GO:0005524|GO:0016301|GO:0016310 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Gene3D G3DSA:3.20.20.60 362 397 1.8E-12 T 17-09-2021 IPR040442 Pyruvate kinase-like domain superfamily +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Gene3D G3DSA:3.30.470.20 73 170 1.8E-43 T 17-09-2021 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 PANTHER PTHR22931 2 397 5.6E-182 T 17-09-2021 IPR010121 Pyruvate, phosphate dikinase GO:0006090|GO:0050242 KEGG: 00620+2.7.9.1|KEGG: 00710+2.7.9.1|KEGG: 00720+2.7.9.1|MetaCyc: PWY-241|MetaCyc: PWY-6549|MetaCyc: PWY-7115|MetaCyc: PWY-7117 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 SUPERFAMILY SSF56059 2 208 1.18E-79 T 17-09-2021 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 SUPERFAMILY SSF51621 344 397 2.3E-14 T 17-09-2021 IPR015813 Pyruvate/Phosphoenolpyruvate kinase-like domain superfamily GO:0003824 +MGYG000000001_00210 d32b82dd88264abb1ef2e9153ce63477 397 Pfam PF00391 PEP-utilising enzyme, mobile domain 251 333 3.2E-26 T 17-09-2021 IPR008279 PEP-utilising enzyme, mobile domain GO:0016310|GO:0016772 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 ProSiteProfiles PS51711 FeoB-type guanine nucleotide-binding (G) domain profile. 1 160 82.47 T 17-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 SUPERFAMILY SSF52540 1 160 1.06E-38 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 25 43 3.0E-6 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 4 24 3.0E-6 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 PANTHER PTHR43185 174 584 8.4E-211 T 17-09-2021 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 PANTHER PTHR43185 2 177 8.4E-211 T 17-09-2021 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 TIGRFAM TIGR00437 feoB: ferrous iron transport protein B 188 553 2.3E-115 T 17-09-2021 IPR003373 Ferrous iron transport protein B GO:0005525|GO:0006826|GO:0015093|GO:0016021 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 Gene3D G3DSA:3.40.50.300 2 198 4.6E-45 T 17-09-2021 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 2 154 5.7E-12 T 17-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 Pfam PF07664 Ferrous iron transport protein B C terminus 381 432 1.4E-18 T 17-09-2021 IPR011640 Ferrous iron transport protein B, C-terminal GO:0006826|GO:0015093|GO:0016021 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 Pfam PF02421 Ferrous iron transport protein B 2 153 1.4E-62 T 17-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 CDD cd01879 FeoB 5 160 1.22809E-82 T 17-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 Pfam PF07670 Nucleoside recognition 437 556 3.5E-30 T 17-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 Pfam PF07670 Nucleoside recognition 278 368 7.6E-12 T 17-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_00049 eae24ade204e3f58d159bd7e055f35de 649 Pfam PF12669 FeoB-associated Cys-rich membrane protein 595 632 8.8E-10 T 17-09-2021 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 PANTHER PTHR43356 1 300 6.2E-101 T 17-09-2021 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 Gene3D G3DSA:3.40.718.10 3 300 3.0E-96 T 17-09-2021 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 PIRSF PIRSF000428 1 301 6.8E-78 T 17-09-2021 IPR012147 Phosphate acetyl/butyryltransferase GO:0016746 KEGG: 00430+2.3.1.8|KEGG: 00620+2.3.1.8|KEGG: 00640+2.3.1.8|KEGG: 00680+2.3.1.8|KEGG: 00720+2.3.1.8|MetaCyc: PWY-1281|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-6637 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 PANTHER PTHR43356:SF2 1 300 6.2E-101 T 17-09-2021 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 SUPERFAMILY SSF53659 16 298 2.83E-53 T 17-09-2021 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 Pfam PF01515 Phosphate acetyl/butaryl transferase 9 74 8.2E-5 T 17-09-2021 IPR002505 Phosphate acetyl/butaryl transferase GO:0016746 KEGG: 00430+2.3.1.8|KEGG: 00620+2.3.1.8|KEGG: 00640+2.3.1.8|KEGG: 00680+2.3.1.8|KEGG: 00720+2.3.1.8|MetaCyc: PWY-1281|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-6637 +MGYG000000001_01349 550390275e2a368bf184d95c93ad1c27 302 Pfam PF01515 Phosphate acetyl/butaryl transferase 80 294 1.7E-35 T 17-09-2021 IPR002505 Phosphate acetyl/butaryl transferase GO:0016746 KEGG: 00430+2.3.1.8|KEGG: 00620+2.3.1.8|KEGG: 00640+2.3.1.8|KEGG: 00680+2.3.1.8|KEGG: 00720+2.3.1.8|MetaCyc: PWY-1281|MetaCyc: PWY-5482|MetaCyc: PWY-5485|MetaCyc: PWY-5497|MetaCyc: PWY-6637 +MGYG000000001_00178 dc8a8980c58b1c129060a9fc444eb8f0 308 Pfam PF02517 CPBP intramembrane metalloprotease 147 237 1.7E-16 T 17-09-2021 IPR003675 CAAX prenyl protease 2 GO:0004197|GO:0016020|GO:0071586 Reactome: R-HSA-5689880 +MGYG000000001_00178 dc8a8980c58b1c129060a9fc444eb8f0 308 PANTHER PTHR39430 5 299 2.0E-71 T 17-09-2021 +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 ProSitePatterns PS00211 ABC transporters family signature. 135 149 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 PANTHER PTHR43582:SF2 2 311 5.0E-102 T 17-09-2021 +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 Gene3D G3DSA:3.40.50.300 2 235 8.1E-70 T 17-09-2021 +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 SMART SM00382 28 225 7.7E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 PANTHER PTHR43582 2 311 5.0E-102 T 17-09-2021 +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 Pfam PF00005 ABC transporter 19 162 1.9E-35 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 SUPERFAMILY SSF52540 3 222 9.89E-65 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01189 1e21d19bd0d509ef6188cb6b9e176c34 311 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 4 235 24.77 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01028 c590229aa4d3beb8d79e2599e6e3c506 129 Pfam PF13936 Helix-turn-helix domain 3 45 7.4E-15 T 17-09-2021 IPR025246 Transposase IS30-like HTH domain +MGYG000000001_01028 c590229aa4d3beb8d79e2599e6e3c506 129 PANTHER PTHR10948 1 70 1.3E-23 T 17-09-2021 +MGYG000000001_01028 c590229aa4d3beb8d79e2599e6e3c506 129 PANTHER PTHR10948 68 129 1.3E-23 T 17-09-2021 +MGYG000000001_01381 098454119dc6073a8776dbdac822df83 535 Pfam PF17210 SdrD B-like domain 434 499 5.2E-7 T 17-09-2021 IPR033764 SD-repeat containing protein, B domain +MGYG000000001_01381 098454119dc6073a8776dbdac822df83 535 SUPERFAMILY SSF117074 295 375 2.88E-9 T 17-09-2021 +MGYG000000001_01381 098454119dc6073a8776dbdac822df83 535 TIGRFAM TIGR04215 choice_anch_A: choice-of-anchor A domain 14 269 6.9E-44 T 17-09-2021 IPR026588 Choice-of-anchor A domain +MGYG000000001_01381 098454119dc6073a8776dbdac822df83 535 Gene3D G3DSA:2.60.40.10 420 531 2.4E-10 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01381 098454119dc6073a8776dbdac822df83 535 Gene3D G3DSA:2.60.40.10 302 401 3.4E-8 T 17-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01381 098454119dc6073a8776dbdac822df83 535 SUPERFAMILY SSF117074 434 498 9.55E-8 T 17-09-2021 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 Gene3D G3DSA:3.20.20.70 5 351 3.5E-71 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 PANTHER PTHR32332 1 349 2.8E-125 T 17-09-2021 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 Coils Coil 49 76 - T 17-09-2021 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 PANTHER PTHR32332:SF18 1 349 2.8E-125 T 17-09-2021 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 CDD cd04730 NPD_like 12 274 2.02522E-70 T 17-09-2021 IPR004136 Nitronate monooxygenase GO:0018580|GO:0055114 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 SUPERFAMILY SSF51412 7 349 6.41E-51 T 17-09-2021 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 Pfam PF03060 Nitronate monooxygenase 5 348 2.8E-53 T 17-09-2021 IPR004136 Nitronate monooxygenase GO:0018580|GO:0055114 +MGYG000000001_00822 c9b3ac29e9af3c413a499d9fd242adf9 351 ProSitePatterns PS00912 Dihydroorotate dehydrogenase signature 2. 207 227 - T 17-09-2021 IPR001295 Dihydroorotate dehydrogenase, conserved site GO:0004152|GO:0006207|GO:0055114 Reactome: R-HSA-500753 +MGYG000000001_01541 3e8567bbca31021e32426dd753ec1b8f 244 Pfam PF01969 Protein of unknown function DUF111 6 239 1.3E-87 T 17-09-2021 IPR002822 Nickel insertion protein +MGYG000000001_01541 3e8567bbca31021e32426dd753ec1b8f 244 TIGRFAM TIGR00299 TIGR00299: TIGR00299 family protein 5 241 1.4E-72 T 17-09-2021 IPR002822 Nickel insertion protein +MGYG000000001_01541 3e8567bbca31021e32426dd753ec1b8f 244 PANTHER PTHR36566 5 242 1.1E-89 T 17-09-2021 IPR002822 Nickel insertion protein +MGYG000000001_00469 49fb2c7954e874e2bb1e50a59a812403 54 CDD cd17711 BRCT_PAXIP1_rpt3 1 24 0.00853475 T 17-09-2021 +MGYG000000001_00565 d3ce7e3e605f6db7b94d00b500dd6315 242 Pfam PF12787 EcsC protein family 7 236 1.8E-73 T 17-09-2021 IPR024787 EcsC protein +MGYG000000001_00565 d3ce7e3e605f6db7b94d00b500dd6315 242 PANTHER PTHR41260 1 236 7.7E-61 T 17-09-2021 IPR024787 EcsC protein +MGYG000000001_00988 57807893a7654d221552354e73010b99 196 Pfam PF12822 ECF transporter, substrate-specific component 6 167 1.2E-12 T 17-09-2021 IPR024529 ECF transporter, substrate-specific component GO:0022857 +MGYG000000001_00988 57807893a7654d221552354e73010b99 196 Gene3D G3DSA:1.10.1760.20 4 176 1.4E-26 T 17-09-2021 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 PANTHER PTHR11496:SF92 2 380 1.8E-122 T 17-09-2021 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 Gene3D G3DSA:1.20.1090.10 187 382 1.4E-63 T 17-09-2021 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 Pfam PF00465 Iron-containing alcohol dehydrogenase 11 374 1.8E-116 T 17-09-2021 IPR001670 Alcohol dehydrogenase, iron-type/glycerol dehydrogenase GldA GO:0016491|GO:0046872|GO:0055114 Reactome: R-HSA-880009 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 ProSitePatterns PS00060 Iron-containing alcohol dehydrogenases signature 2. 259 279 - T 17-09-2021 IPR018211 Alcohol dehydrogenase, iron-type, conserved site GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 PANTHER PTHR11496 2 380 1.8E-122 T 17-09-2021 IPR039697 Iron-type alcohol dehydrogenase-like Reactome: R-HSA-880009 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 SUPERFAMILY SSF56796 10 380 9.16E-121 T 17-09-2021 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 ProSitePatterns PS00913 Iron-containing alcohol dehydrogenases signature 1. 174 202 - T 17-09-2021 IPR018211 Alcohol dehydrogenase, iron-type, conserved site GO:0016491|GO:0046872|GO:0055114 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 Gene3D G3DSA:3.40.50.1970 1 185 3.3E-57 T 17-09-2021 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 TIGRFAM TIGR02638 lactal_redase: lactaldehyde reductase 2 378 6.6E-186 T 17-09-2021 IPR013460 Lactaldehyde reductase KEGG: 00630+1.1.1.77|KEGG: 00640+1.1.1.77 +MGYG000000001_00340 7b8907dcfef3785b2f6e4e75886ee4d8 391 CDD cd08176 LPO 3 379 0.0 T 17-09-2021 +MGYG000000001_00854 e8f73deec626284ca9252a4152d452b0 207 CDD cd00077 HDc 57 178 4.6601E-7 T 17-09-2021 IPR003607 HD/PDEase domain +MGYG000000001_00854 e8f73deec626284ca9252a4152d452b0 207 Pfam PF01966 HD domain 61 178 1.4E-9 T 17-09-2021 IPR006674 HD domain +MGYG000000001_00854 e8f73deec626284ca9252a4152d452b0 207 Gene3D G3DSA:1.10.3210.10 38 205 9.6E-13 T 17-09-2021 +MGYG000000001_00854 e8f73deec626284ca9252a4152d452b0 207 PANTHER PTHR47545 15 198 4.4E-16 T 17-09-2021 +MGYG000000001_00854 e8f73deec626284ca9252a4152d452b0 207 TIGRFAM TIGR00277 HDIG: HDIG domain 57 120 1.6E-9 T 17-09-2021 IPR006675 HDIG domain +MGYG000000001_00854 e8f73deec626284ca9252a4152d452b0 207 SUPERFAMILY SSF109604 45 179 6.73E-20 T 17-09-2021 +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 Pfam PF12804 MobA-like NTP transferase domain 3 77 2.2E-11 T 17-09-2021 IPR025877 MobA-like NTP transferase +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 Gene3D G3DSA:3.90.550.10 1 227 5.8E-60 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 SUPERFAMILY SSF53448 1 225 1.36E-42 T 17-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 CDD cd02523 PC_cytidylyltransferase 3 222 8.38382E-69 T 17-09-2021 +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 PANTHER PTHR43584:SF5 1 230 1.0E-58 T 17-09-2021 +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 PANTHER PTHR43584 1 230 1.0E-58 T 17-09-2021 +MGYG000000001_01413 478201d1f635749a40d4e66dfd9d78e0 235 PIRSF PIRSF037382 1 232 4.2E-99 T 17-09-2021 IPR017189 CTP:phosphocholine cytidylyltransferase +MGYG000000001_00081 4350f0a1d757dcd42e536fc6bfb1df4c 82 Pfam PF12637 TSCPD domain 5 79 1.9E-27 T 17-09-2021 IPR024434 TSCPD domain +MGYG000000001_00081 4350f0a1d757dcd42e536fc6bfb1df4c 82 TIGRFAM TIGR03905 TIGR03905_4_Cys: uncharacterized protein TIGR03905 4 80 2.8E-27 T 17-09-2021 IPR023806 Conserved hypothetical protein CHP03905 +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 Gene3D G3DSA:1.10.10.630 163 234 2.1E-7 T 17-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 Coils Coil 271 286 - T 17-09-2021 +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 PANTHER PTHR37293 15 248 5.5E-12 T 17-09-2021 +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 MobiDBLite mobidb-lite consensus disorder prediction 243 271 - T 17-09-2021 +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 SUPERFAMILY SSF158499 167 228 7.85E-10 T 17-09-2021 IPR034829 DnaD-like domain superfamily +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 Pfam PF07261 Replication initiation and membrane attachment 170 235 2.4E-6 T 17-09-2021 IPR006343 DnaD domain +MGYG000000001_01124 c8dc999bf5ca9d13e609bd0ba8ea91c5 286 TIGRFAM TIGR01446 DnaD_dom: DnaD domain protein 167 233 1.8E-10 T 17-09-2021 IPR006343 DnaD domain +MGYG000000001_01863 56df131bb439c11f3b3883a477841c29 837 SUPERFAMILY SSF81665 691 814 5.62E-5 T 17-09-2021 IPR023298 P-type ATPase, transmembrane domain superfamily Reactome: R-HSA-936837 +MGYG000000001_01863 56df131bb439c11f3b3883a477841c29 837 Pfam PF02687 FtsX-like permease family 736 824 1.4E-6 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01863 56df131bb439c11f3b3883a477841c29 837 Pfam PF02687 FtsX-like permease family 296 393 3.2E-6 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01863 56df131bb439c11f3b3883a477841c29 837 PANTHER PTHR30572 420 814 1.3E-57 T 17-09-2021 +MGYG000000001_01863 56df131bb439c11f3b3883a477841c29 837 PANTHER PTHR30572 15 400 1.3E-57 T 17-09-2021 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 ProSiteProfiles PS51721 Circularly permuted (CP)-type guanine nucleotide-binding (G) domain profile. 88 253 39.922 T 17-09-2021 IPR030378 Circularly permuted (CP)-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 PANTHER PTHR45782 76 357 1.1E-84 T 17-09-2021 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 Gene3D G3DSA:1.10.1580.10 255 356 1.3E-25 T 17-09-2021 IPR023179 GTP-binding protein, orthogonal bundle domain superfamily +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 Gene3D G3DSA:3.40.50.300 88 254 5.5E-49 T 17-09-2021 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 Pfam PF01926 50S ribosome-binding GTPase 197 271 9.1E-17 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 SUPERFAMILY SSF52540 84 322 6.21E-47 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 244 259 1.1E-5 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 198 218 1.1E-5 T 17-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 CDD cd01856 YlqF 80 251 3.95745E-87 T 17-09-2021 +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 TIGRFAM TIGR03596 GTPase_YlqF: ribosome biogenesis GTP-binding protein YlqF 78 353 4.5E-109 T 17-09-2021 IPR019991 GTP-binding protein, ribosome biogenesis +MGYG000000001_01316 98ba4cfe40dd3c8eeac9693cbaf090b3 359 Coils Coil 168 188 - T 17-09-2021 +MGYG000000001_01317 cb4cd10cd0805dc242c306ebdd996296 421 TIGRFAM TIGR00796 livcs: branched-chain amino acid transport system II carrier protein 11 406 9.5E-100 T 17-09-2021 IPR004685 Branched-chain amino acid transport system II carrier protein GO:0015658|GO:0015803|GO:0016021 +MGYG000000001_01317 cb4cd10cd0805dc242c306ebdd996296 421 Pfam PF05525 Branched-chain amino acid transport protein 5 419 4.6E-117 T 17-09-2021 IPR004685 Branched-chain amino acid transport system II carrier protein GO:0015658|GO:0015803|GO:0016021 +MGYG000000001_01317 cb4cd10cd0805dc242c306ebdd996296 421 PANTHER PTHR30588 4 419 2.3E-124 T 17-09-2021 IPR004685 Branched-chain amino acid transport system II carrier protein GO:0015658|GO:0015803|GO:0016021 +MGYG000000001_01734 86fe61ed274df81cab6d4de5d73c1349 255 Pfam PF13556 PucR C-terminal helix-turn-helix domain 197 247 1.4E-17 T 17-09-2021 IPR025736 PucR C-terminal helix-turn-helix domain +MGYG000000001_01734 86fe61ed274df81cab6d4de5d73c1349 255 PANTHER PTHR33744:SF1 188 247 4.7E-16 T 17-09-2021 +MGYG000000001_01734 86fe61ed274df81cab6d4de5d73c1349 255 PANTHER PTHR33744 188 247 4.7E-16 T 17-09-2021 +MGYG000000001_01734 86fe61ed274df81cab6d4de5d73c1349 255 Gene3D G3DSA:1.10.10.2840 172 252 8.9E-12 T 17-09-2021 IPR042070 PucR C-terminal helix-turn-helix domain superfamily +MGYG000000001_00017 4c1b8a5e9e4f52a83898f1f46a61a036 353 PANTHER PTHR37693 1 335 2.5E-36 T 17-09-2021 +MGYG000000001_00017 4c1b8a5e9e4f52a83898f1f46a61a036 353 TIGRFAM TIGR00374 TIGR00374: TIGR00374 family protein 21 338 2.1E-14 T 17-09-2021 IPR022791 Lysylphosphatidylglycerol synthetase/glycosyltransferase AglD +MGYG000000001_00017 4c1b8a5e9e4f52a83898f1f46a61a036 353 Pfam PF03706 Lysylphosphatidylglycerol synthase TM region 16 324 4.4E-32 T 17-09-2021 IPR022791 Lysylphosphatidylglycerol synthetase/glycosyltransferase AglD +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 PANTHER PTHR43166 8 324 4.6E-119 T 17-09-2021 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 Pfam PF00005 ABC transporter 23 171 1.8E-37 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 Gene3D G3DSA:3.40.50.300 5 251 6.0E-79 T 17-09-2021 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 SUPERFAMILY SSF55021 244 325 1.49E-13 T 17-09-2021 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 Gene3D G3DSA:3.30.70.260 252 326 1.8E-5 T 17-09-2021 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 ProSiteProfiles PS51264 Methionine import ATP-binding protein metN family profile. 219 327 15.959 T 17-09-2021 IPR017908 ABC transporter, methionine import, ATP-binding protein, MetN, C-terminal +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 CDD cd03258 ABC_MetN_methionine_transporter 7 233 2.52413E-133 T 17-09-2021 IPR041701 Methionine import ATP-binding protein MetN, ATP-binding cassette domain +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 ProSitePatterns PS00211 ABC transporters family signature. 143 157 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 Pfam PF09383 NIL domain 253 323 3.3E-11 T 17-09-2021 IPR018449 NIL domain +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 PANTHER PTHR43166:SF5 8 324 4.6E-119 T 17-09-2021 IPR026253 Methionine import ATP-binding protein MetN GO:0005524|GO:0015821|GO:0042626 +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 SMART SM00382 32 228 1.6E-16 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 SUPERFAMILY SSF52540 7 234 1.3E-80 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 SMART SM00930 251 324 8.7E-14 T 17-09-2021 IPR018449 NIL domain +MGYG000000001_01766 5e2bf3e56e5c90d77dd97a20d61a9369 329 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 8 243 28.992 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01445 9e41ffa281aab49169f7f751130adb2c 329 CDD cd00542 Ntn_PVA 2 304 2.62982E-122 T 17-09-2021 +MGYG000000001_01445 9e41ffa281aab49169f7f751130adb2c 329 Gene3D G3DSA:3.60.60.10 1 319 2.7E-105 T 17-09-2021 +MGYG000000001_01445 9e41ffa281aab49169f7f751130adb2c 329 SUPERFAMILY SSF56235 2 328 1.62E-98 T 17-09-2021 IPR029055 Nucleophile aminohydrolases, N-terminal +MGYG000000001_01445 9e41ffa281aab49169f7f751130adb2c 329 Pfam PF02275 Linear amide C-N hydrolases, choloylglycine hydrolase family 2 316 4.0E-102 T 17-09-2021 IPR029132 Choloylglycine hydrolase/NAAA C-terminal +MGYG000000001_01445 9e41ffa281aab49169f7f751130adb2c 329 PANTHER PTHR35527 2 327 4.3E-75 T 17-09-2021 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 Gene3D G3DSA:1.10.1240.10 2 81 1.1E-28 T 17-09-2021 IPR036594 Methionine synthase domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 SUPERFAMILY SSF47644 2 83 1.7E-24 T 17-09-2021 IPR036594 Methionine synthase domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 Pfam PF02310 B12 binding domain 90 201 4.4E-25 T 17-09-2021 IPR006158 Cobalamin (vitamin B12)-binding domain GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 ProSiteProfiles PS51332 B12-binding domain profile. 88 217 35.188 T 17-09-2021 IPR006158 Cobalamin (vitamin B12)-binding domain GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 Pfam PF02607 B12 binding domain 5 77 2.3E-19 T 17-09-2021 IPR003759 Cobalamin (vitamin B12)-binding module, cap domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 PANTHER PTHR45833:SF1 4 213 2.6E-55 T 17-09-2021 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 PANTHER PTHR45833 4 213 2.6E-55 T 17-09-2021 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 Gene3D G3DSA:3.40.50.280 82 216 4.3E-49 T 17-09-2021 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 SMART SM01018 1 84 7.5E-31 T 17-09-2021 IPR003759 Cobalamin (vitamin B12)-binding module, cap domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 CDD cd02070 corrinoid_protein_B12-BD 7 198 5.50479E-87 T 17-09-2021 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 ProSiteProfiles PS51337 B12-binding N-terminal domain profile. 1 88 24.628 T 17-09-2021 IPR003759 Cobalamin (vitamin B12)-binding module, cap domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00758 5d45fcb197f2c0b4f26a13764d0949f6 217 SUPERFAMILY SSF52242 69 213 6.54E-47 T 17-09-2021 IPR036724 Cobalamin-binding domain superfamily GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 ProSiteProfiles PS50943 Cro/C1-type HTH domain profile. 8 62 15.314 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 PANTHER PTHR46797 2 94 6.0E-15 T 17-09-2021 +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 Pfam PF01381 Helix-turn-helix 8 62 2.5E-14 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 Gene3D G3DSA:1.10.260.40 4 138 5.9E-20 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 PANTHER PTHR46797:SF7 2 94 6.0E-15 T 17-09-2021 +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 CDD cd00093 HTH_XRE 5 62 8.47072E-14 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 SUPERFAMILY SSF47413 1 70 2.55E-17 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_00629 fb8fae9c558f78ba57d8e9b0af27a4ae 140 SMART SM00530 7 62 1.5E-13 T 17-09-2021 IPR001387 Cro/C1-type helix-turn-helix domain +MGYG000000001_00662 242f1254de3223ae0847ee74a3b12df2 311 PANTHER PTHR11669:SF8 3 252 4.4E-50 T 17-09-2021 +MGYG000000001_00662 242f1254de3223ae0847ee74a3b12df2 311 SUPERFAMILY SSF52540 19 194 3.7E-38 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00662 242f1254de3223ae0847ee74a3b12df2 311 Pfam PF13177 DNA polymerase III, delta subunit 8 150 1.8E-37 T 17-09-2021 +MGYG000000001_00662 242f1254de3223ae0847ee74a3b12df2 311 Pfam PF09115 DNA polymerase III, delta subunit, C terminal 215 292 1.0E-4 T 17-09-2021 IPR015199 DNA polymerase III, delta subunit, C-terminal GO:0003677|GO:0003887|GO:0006260|GO:0009360 +MGYG000000001_00662 242f1254de3223ae0847ee74a3b12df2 311 PANTHER PTHR11669 3 252 4.4E-50 T 17-09-2021 +MGYG000000001_00662 242f1254de3223ae0847ee74a3b12df2 311 Gene3D G3DSA:3.40.50.300 1 148 5.1E-42 T 17-09-2021 +MGYG000000001_00404 7aab6e3dd4a1c13719162373478ea4a0 148 TIGRFAM TIGR02838 spore_V_AC: stage V sporulation protein AC 6 145 1.9E-58 T 17-09-2021 IPR014203 Sporulation stage V, protein AC +MGYG000000001_00404 7aab6e3dd4a1c13719162373478ea4a0 148 Pfam PF03862 SpoVAC/SpoVAEB sporulation membrane protein 23 140 1.9E-40 T 17-09-2021 IPR005562 SpoVA +MGYG000000001_00404 7aab6e3dd4a1c13719162373478ea4a0 148 PANTHER PTHR38450:SF1 4 147 1.6E-56 T 17-09-2021 +MGYG000000001_00404 7aab6e3dd4a1c13719162373478ea4a0 148 PANTHER PTHR38450 4 147 1.6E-56 T 17-09-2021 IPR005562 SpoVA +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 PIRSF PIRSF000538 3 502 1.6E-184 T 17-09-2021 IPR000577 Carbohydrate kinase, FGGY GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 Gene3D G3DSA:3.30.420.40 254 500 9.7E-91 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 PANTHER PTHR10196:SF69 3 497 1.0E-221 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 ProSitePatterns PS00933 FGGY family of carbohydrate kinases signature 1. 135 147 - T 17-09-2021 IPR018483 Carbohydrate kinase, FGGY, conserved site GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 TIGRFAM TIGR01311 glycerol_kin: glycerol kinase 4 496 3.5E-232 T 17-09-2021 IPR005999 Glycerol kinase GO:0004370|GO:0006072 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261|Reactome: R-HSA-75109 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 Hamap MF_00186 Glycerol kinase [glpK]. 3 497 60.044 T 17-09-2021 IPR005999 Glycerol kinase GO:0004370|GO:0006072 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261|Reactome: R-HSA-75109 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 PANTHER PTHR10196 3 497 1.0E-221 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 CDD cd07786 FGGY_EcGK_like 5 490 0.0 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 ProSitePatterns PS00445 FGGY family of carbohydrate kinases signature 2. 362 382 - T 17-09-2021 IPR018483 Carbohydrate kinase, FGGY, conserved site GO:0005975|GO:0016773 KEGG: 00561+2.7.1.30|MetaCyc: PWY-4261 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 Gene3D G3DSA:3.30.420.40 1 253 5.8E-113 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 Pfam PF02782 FGGY family of carbohydrate kinases, C-terminal domain 262 450 3.0E-59 T 17-09-2021 IPR018485 Carbohydrate kinase, FGGY, C-terminal GO:0005975|GO:0016773 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 SUPERFAMILY SSF53067 4 255 3.89E-99 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 SUPERFAMILY SSF53067 255 497 3.11E-86 T 17-09-2021 +MGYG000000001_00533 a95a1579e13c348f4bc4dc9fed2f69d1 505 Pfam PF00370 FGGY family of carbohydrate kinases, N-terminal domain 5 252 3.0E-90 T 17-09-2021 IPR018484 Carbohydrate kinase, FGGY, N-terminal GO:0005975|GO:0016773 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 ProSiteProfiles PS50970 Homocysteine-binding domain profile. 1 288 51.93 T 17-09-2021 IPR003726 Homocysteine-binding domain Reactome: R-HSA-1614635 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 ProSiteProfiles PS51332 B12-binding domain profile. 673 794 31.443 T 17-09-2021 IPR006158 Cobalamin (vitamin B12)-binding domain GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 SUPERFAMILY SSF51717 317 575 2.62E-79 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 ProSiteProfiles PS50972 Pterin-binding domain profile. 316 571 36.129 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Gene3D G3DSA:3.20.20.330 1 298 1.2E-88 T 17-09-2021 IPR036589 Homocysteine-binding domain superfamily Reactome: R-HSA-1614635 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Pfam PF02574 Homocysteine S-methyltransferase 12 286 1.0E-60 T 17-09-2021 IPR003726 Homocysteine-binding domain Reactome: R-HSA-1614635 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Pfam PF02607 B12 binding domain 592 659 9.5E-12 T 17-09-2021 IPR003759 Cobalamin (vitamin B12)-binding module, cap domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 PANTHER PTHR45833 38 789 1.4E-122 T 17-09-2021 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 SUPERFAMILY SSF47644 590 663 2.48E-11 T 17-09-2021 IPR036594 Methionine synthase domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 CDD cd02070 corrinoid_protein_B12-BD 591 789 7.52133E-65 T 17-09-2021 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 SUPERFAMILY SSF82282 2 358 1.18E-105 T 17-09-2021 IPR036589 Homocysteine-binding domain superfamily Reactome: R-HSA-1614635 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 SMART SM01018 585 667 5.8E-19 T 17-09-2021 IPR003759 Cobalamin (vitamin B12)-binding module, cap domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Pfam PF02310 B12 binding domain 675 776 2.5E-23 T 17-09-2021 IPR006158 Cobalamin (vitamin B12)-binding domain GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 ProSiteProfiles PS51337 B12-binding N-terminal domain profile. 578 671 20.844 T 17-09-2021 IPR003759 Cobalamin (vitamin B12)-binding module, cap domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 PIRSF PIRSF037472 1 794 0.0 T 17-09-2021 IPR017215 5-methyltetrahydrofolate-homocysteine S-methyltransferase, bacterial +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Gene3D G3DSA:3.20.20.20 316 579 8.0E-93 T 17-09-2021 IPR011005 Dihydropteroate synthase-like GO:0044237 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Pfam PF00809 Pterin binding enzyme 320 543 5.6E-30 T 17-09-2021 IPR000489 Pterin-binding domain GO:0042558 Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 SUPERFAMILY SSF52242 668 791 1.1E-40 T 17-09-2021 IPR036724 Cobalamin-binding domain superfamily GO:0031419|GO:0046872 Reactome: R-HSA-196741 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Gene3D G3DSA:1.10.1240.10 580 666 2.2E-13 T 17-09-2021 IPR036594 Methionine synthase domain Reactome: R-HSA-156581|Reactome: R-HSA-1614635|Reactome: R-HSA-196741|Reactome: R-HSA-3359467|Reactome: R-HSA-3359469 +MGYG000000001_00886 9b2ed5081cb6358ab6280683cc03ab9a 794 Gene3D G3DSA:3.40.50.280 672 793 5.3E-45 T 17-09-2021 +MGYG000000001_01799 0e5c01a3a0279ed1d7db05d8ba36f3c9 317 Pfam PF12146 Serine aminopeptidase, S33 28 293 3.2E-57 T 17-09-2021 IPR022742 Serine aminopeptidase, S33 +MGYG000000001_01799 0e5c01a3a0279ed1d7db05d8ba36f3c9 317 Gene3D G3DSA:3.40.50.1820 1 312 1.7E-55 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01799 0e5c01a3a0279ed1d7db05d8ba36f3c9 317 PANTHER PTHR11614 1 310 1.7E-111 T 17-09-2021 +MGYG000000001_01799 0e5c01a3a0279ed1d7db05d8ba36f3c9 317 PANTHER PTHR11614:SF119 1 310 1.7E-111 T 17-09-2021 +MGYG000000001_01799 0e5c01a3a0279ed1d7db05d8ba36f3c9 317 SUPERFAMILY SSF53474 6 307 5.04E-38 T 17-09-2021 IPR029058 Alpha/Beta hydrolase fold +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 Gene3D G3DSA:3.40.50.300 256 495 1.5E-52 T 17-09-2021 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 Pfam PF00005 ABC transporter 21 169 4.8E-29 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 PANTHER PTHR43790:SF3 1 494 1.2E-210 T 17-09-2021 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 SUPERFAMILY SSF52540 4 225 2.02E-56 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 Gene3D G3DSA:3.40.50.300 1 246 1.7E-57 T 17-09-2021 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 SMART SM00382 277 471 1.8E-12 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 SMART SM00382 30 218 7.4E-10 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 6 241 23.116 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 PANTHER PTHR43790 1 494 1.2E-210 T 17-09-2021 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 CDD cd03215 ABC_Carb_Monos_II 254 472 8.54422E-88 T 17-09-2021 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 ProSitePatterns PS00211 ABC transporters family signature. 395 409 - T 17-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 SUPERFAMILY SSF52540 257 481 5.04E-52 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 CDD cd03216 ABC_Carb_Monos_I 6 222 1.22777E-83 T 17-09-2021 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 252 494 21.175 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 ProSiteProfiles PS51254 Ribose import ATP-binding protein rbsA family profile. 5 490 178.737 T 17-09-2021 IPR015861 ABC transporter, ribose import, RbsA GO:0005524|GO:0008643|GO:0016020|GO:0043211 +MGYG000000001_01253 e956ff4ac7f286ada4942004cede61f8 496 Pfam PF00005 ABC transporter 268 422 4.6E-28 T 17-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 PANTHER PTHR33445 5 164 3.3E-38 T 17-09-2021 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 Pfam PF00430 ATP synthase B/B' CF(0) 12 142 7.4E-26 T 17-09-2021 IPR002146 ATP synthase, F0 complex, subunit b/b', bacterial/chloroplast GO:0015078|GO:0015986|GO:0045263 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 Coils Coil 100 120 - T 17-09-2021 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 CDD cd06503 ATP-synt_Fo_b 11 142 2.17895E-34 T 17-09-2021 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 Hamap MF_01398 ATP synthase subunit b [atpF]. 7 143 12.332 T 17-09-2021 IPR002146 ATP synthase, F0 complex, subunit b/b', bacterial/chloroplast GO:0015078|GO:0015986|GO:0045263 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 TIGRFAM TIGR01144 ATP_synt_b: ATP synthase F0, B subunit 15 161 2.1E-30 T 17-09-2021 IPR005864 ATP synthase, F0 complex, subunit b, bacterial GO:0015078|GO:0015986|GO:0045263 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 SUPERFAMILY SSF81573 68 126 2.75E-7 T 17-09-2021 IPR028987 F-type ATP synthase subunit B-like, membrane domain superfamily +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 PANTHER PTHR33445:SF1 5 164 3.3E-38 T 17-09-2021 +MGYG000000001_00726 57da40edb1525b769368177710d1203e 165 Coils Coil 56 83 - T 17-09-2021 +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 Pfam PF01230 HIT domain 10 107 7.0E-26 T 18-09-2021 IPR001310 Histidine triad (HIT) protein +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 Gene3D G3DSA:3.30.428.10 1 116 1.5E-41 T 18-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 SUPERFAMILY SSF54197 1 108 8.82E-38 T 18-09-2021 IPR036265 HIT-like superfamily +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 CDD cd01276 PKCI_related 3 105 4.08564E-52 T 18-09-2021 +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 PANTHER PTHR23089:SF32 2 108 2.8E-47 T 18-09-2021 +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 ProSiteProfiles PS51084 HIT domain profile. 4 115 20.899 T 18-09-2021 IPR011146 HIT-like domain GO:0003824 +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 PRINTS PR00332 Histidine triad family signature 25 43 7.4E-20 T 18-09-2021 IPR001310 Histidine triad (HIT) protein +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 PRINTS PR00332 Histidine triad family signature 93 103 7.4E-20 T 18-09-2021 IPR001310 Histidine triad (HIT) protein +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 PRINTS PR00332 Histidine triad family signature 4 20 7.4E-20 T 18-09-2021 IPR001310 Histidine triad (HIT) protein +MGYG000000001_00231 24bd6323122432f2862dcfbf773dbb89 117 PANTHER PTHR23089 2 108 2.8E-47 T 18-09-2021 +MGYG000000001_01438 95deefffc22815f0249517ee67a0a9d5 427 Pfam PF01134 Glucose inhibited division protein A 273 351 1.7E-14 T 18-09-2021 +MGYG000000001_01438 95deefffc22815f0249517ee67a0a9d5 427 Pfam PF01134 Glucose inhibited division protein A 3 225 2.2E-21 T 18-09-2021 +MGYG000000001_01438 95deefffc22815f0249517ee67a0a9d5 427 Gene3D G3DSA:3.50.50.60 2 183 1.3E-12 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01438 95deefffc22815f0249517ee67a0a9d5 427 SUPERFAMILY SSF51905 4 348 8.21E-31 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01438 95deefffc22815f0249517ee67a0a9d5 427 Gene3D G3DSA:3.50.50.60 274 397 1.9E-9 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_01438 95deefffc22815f0249517ee67a0a9d5 427 PANTHER PTHR43498 4 148 4.2E-12 T 18-09-2021 IPR039650 H(2):CoB-CoM heterodisulfide,ferredoxin reductase subunit A-like +MGYG000000001_00086 1cb8d43308841742a5de1b8dc9fa3e4a 254 Pfam PF01522 Polysaccharide deacetylase 50 171 3.8E-35 T 18-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00086 1cb8d43308841742a5de1b8dc9fa3e4a 254 Gene3D G3DSA:3.20.20.370 32 241 7.2E-67 T 18-09-2021 +MGYG000000001_00086 1cb8d43308841742a5de1b8dc9fa3e4a 254 ProSiteProfiles PS51677 NodB homology domain profile. 54 231 45.753 T 18-09-2021 IPR002509 NodB homology domain GO:0005975|GO:0016810 +MGYG000000001_00086 1cb8d43308841742a5de1b8dc9fa3e4a 254 SUPERFAMILY SSF88713 18 237 6.23E-62 T 18-09-2021 IPR011330 Glycoside hydrolase/deacetylase, beta/alpha-barrel GO:0003824|GO:0005975 +MGYG000000001_00086 1cb8d43308841742a5de1b8dc9fa3e4a 254 PANTHER PTHR10587 47 242 1.1E-56 T 18-09-2021 +MGYG000000001_01290 eecea1ba27a2a64ffbcf750a5b1551af 316 SUPERFAMILY SSF51366 10 145 1.38E-6 T 18-09-2021 IPR011060 Ribulose-phosphate binding barrel GO:0003824 +MGYG000000001_01290 eecea1ba27a2a64ffbcf750a5b1551af 316 Pfam PF01136 Peptidase family U32 79 305 1.2E-77 T 18-09-2021 IPR001539 Peptidase U32 GO:0006508|GO:0008233 +MGYG000000001_01290 eecea1ba27a2a64ffbcf750a5b1551af 316 PANTHER PTHR30217:SF6 1 311 1.0E-110 T 18-09-2021 +MGYG000000001_01290 eecea1ba27a2a64ffbcf750a5b1551af 316 PANTHER PTHR30217 1 311 1.0E-110 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 296 322 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 95 108 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 52 73 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 126 142 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 151 165 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 251 270 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 36 52 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 169 188 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PRINTS PR00909 Bacterial periplasmic spermidine/putrescine-binding protein signature 79 93 3.4E-43 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 SUPERFAMILY SSF53850 31 349 2.21E-85 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 Gene3D G3DSA:3.40.190.10 135 345 6.1E-109 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PANTHER PTHR30222 4 348 7.4E-94 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 24 7.0 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 CDD cd13590 PBP2_PotD_PotF_like 32 345 1.24569E-127 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 PIRSF PIRSF019574 1 352 2.0E-107 T 18-09-2021 IPR001188 Bacterial periplasmic spermidine/putrescine-binding protein GO:0015846|GO:0019808|GO:0042597 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 Gene3D G3DSA:3.40.190.10 33 320 6.1E-109 T 18-09-2021 +MGYG000000001_00763 6bf5087791a29c6bc5e52482fdb347c8 352 Pfam PF13416 Bacterial extracellular solute-binding protein 46 316 8.5E-39 T 18-09-2021 IPR006059 Bacterial extracellular solute-binding protein +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 Hamap MF_02078 Probable lipid II flippase MurJ [murJ]. 4 462 17.391 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 TIGRFAM TIGR01695 murJ_mviN: murein biosynthesis integral membrane protein MurJ 4 501 8.7E-119 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 CDD cd13123 MATE_MurJ_like 12 427 5.32635E-124 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PRINTS PR01806 Virulence factor MviN signature 34 53 8.7E-22 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PRINTS PR01806 Virulence factor MviN signature 404 421 8.7E-22 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PRINTS PR01806 Virulence factor MviN signature 254 280 8.7E-22 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PRINTS PR01806 Virulence factor MviN signature 155 176 8.7E-22 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PRINTS PR01806 Virulence factor MviN signature 352 371 8.7E-22 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PRINTS PR01806 Virulence factor MviN signature 131 155 8.7E-22 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PANTHER PTHR47019 3 499 2.0E-100 T 18-09-2021 +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 PIRSF PIRSF002869 1 508 1.5E-138 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01418 3836f36c0875f9216417ac4b17c27549 516 Pfam PF03023 Lipid II flippase MurJ 30 456 3.9E-98 T 18-09-2021 IPR004268 Peptidoglycan biosynthesis protein MurJ +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 Pfam PF00126 Bacterial regulatory helix-turn-helix protein, lysR family 5 61 1.9E-14 T 18-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 39 50 2.2E-6 T 18-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 18 29 2.2E-6 T 18-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 PRINTS PR00039 LysR bacterial regulatory protein HTH signature 29 39 2.2E-6 T 18-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 PANTHER PTHR30126 4 289 9.9E-60 T 18-09-2021 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 SUPERFAMILY SSF46785 6 84 1.26E-14 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 ProSiteProfiles PS50931 LysR-type HTH domain profile. 1 58 20.871 T 18-09-2021 IPR000847 Transcription regulator HTH, LysR GO:0003700|GO:0006355 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 Gene3D G3DSA:3.40.190.290 91 294 8.3E-30 T 18-09-2021 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 SUPERFAMILY SSF53850 89 292 3.94E-27 T 18-09-2021 +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 Pfam PF03466 LysR substrate binding domain 90 278 7.7E-28 T 18-09-2021 IPR005119 LysR, substrate-binding +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 Gene3D G3DSA:1.10.10.10 1 68 3.5E-22 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01386 a70b0f1deb81c2e53ccf00d405961c82 294 PANTHER PTHR30126:SF39 4 289 9.9E-60 T 18-09-2021 +MGYG000000001_00602 34fb6201435997158244196179e14319 277 Coils Coil 222 247 - T 18-09-2021 +MGYG000000001_00602 34fb6201435997158244196179e14319 277 TIGRFAM TIGR01784 T_den_put_tspse: conserved hypothetical protein 9 274 2.0E-18 T 18-09-2021 IPR010106 Recombination-promoting nuclease RpnA +MGYG000000001_00602 34fb6201435997158244196179e14319 277 Pfam PF12784 PD-(D/E)XK nuclease family transposase 9 202 2.1E-30 T 18-09-2021 +MGYG000000001_00602 34fb6201435997158244196179e14319 277 PANTHER PTHR41317 3 275 2.1E-17 T 18-09-2021 +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 ProSiteProfiles PS51635 Patatin-like phospholipase (PNPLA) domain profile. 6 172 20.163 T 18-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 CDD cd07208 Pat_hypo_Ecoli_yjju_like 6 269 6.90193E-121 T 18-09-2021 IPR037483 YjjU-like +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 Pfam PF01734 Patatin-like phospholipase 6 172 1.9E-19 T 18-09-2021 IPR002641 Patatin-like phospholipase domain GO:0006629 +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 SUPERFAMILY SSF52151 2 272 6.28E-45 T 18-09-2021 IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 Gene3D G3DSA:3.40.1090.10 2 91 1.6E-14 T 18-09-2021 +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 PANTHER PTHR14226:SF25 2 278 8.1E-68 T 18-09-2021 +MGYG000000001_00442 a6dbc7e686d51338b6efe537dcca033f 283 PANTHER PTHR14226 2 278 8.1E-68 T 18-09-2021 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 Pfam PF01180 Dihydroorotate dehydrogenase 12 293 1.6E-66 T 18-09-2021 IPR005720 Dihydroorotate dehydrogenase domain GO:0005737|GO:0016627|GO:0055114 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 PANTHER PTHR43843 9 307 2.0E-79 T 18-09-2021 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 PIRSF PIRSF000164 3 308 1.2E-74 T 18-09-2021 IPR012135 Dihydroorotate dehydrogenase, class 1/ 2 GO:0004152|GO:0006222|GO:0055114 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 TIGRFAM TIGR01037 pyrD_sub1_fam: dihydroorotate dehydrogenase family protein 12 307 7.7E-106 T 18-09-2021 IPR005720 Dihydroorotate dehydrogenase domain GO:0005737|GO:0016627|GO:0055114 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 CDD cd04740 DHOD_1B_like 14 308 6.05736E-153 T 18-09-2021 IPR033888 Dihydroorotate dehydrogenase, class 1B GO:0004152|GO:0006221 KEGG: 00240+1.3.1.14|MetaCyc: PWY-7791 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 ProSitePatterns PS00912 Dihydroorotate dehydrogenase signature 2. 246 266 - T 18-09-2021 IPR001295 Dihydroorotate dehydrogenase, conserved site GO:0004152|GO:0006207|GO:0055114 Reactome: R-HSA-500753 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 SUPERFAMILY SSF51395 6 307 1.58E-82 T 18-09-2021 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 Hamap MF_00224 Dihydroorotate dehydrogenase [pyrD]. 12 308 39.483 T 18-09-2021 IPR024920 Dihydroorotate dehydrogenase, class 1 GO:0004152|GO:0005737|GO:0006221 +MGYG000000001_01065 d58e03180caed627960e313b79a01381 308 Gene3D G3DSA:3.20.20.70 9 307 7.5E-94 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 Gene3D G3DSA:3.30.230.10 3 169 7.1E-15 T 18-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 Gene3D G3DSA:3.40.50.300 175 509 2.0E-56 T 18-09-2021 +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 PANTHER PTHR32039:SF7 1 505 1.4E-189 T 18-09-2021 IPR004482 Mg chelatase-related protein +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 CDD cd17757 MCM6 190 501 1.15605E-7 T 18-09-2021 +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 SMART SM00382 215 397 6.1E-6 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 PANTHER PTHR32039 1 505 1.4E-189 T 18-09-2021 +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 SUPERFAMILY SSF52540 194 504 6.89E-43 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 TIGRFAM TIGR00368 TIGR00368: Mg chelatase-like protein 6 503 5.0E-178 T 18-09-2021 IPR004482 Mg chelatase-related protein +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 Pfam PF01078 Magnesium chelatase, subunit ChlI 195 400 3.1E-89 T 18-09-2021 IPR000523 Magnesium chelatase ChlI domain +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 Pfam PF13335 Magnesium chelatase, subunit ChlI C-terminal 408 503 5.9E-27 T 18-09-2021 IPR025158 Mg chelatase-related protein, C-terminal domain +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 Pfam PF13541 Subunit ChlI of Mg-chelatase 20 142 1.0E-45 T 18-09-2021 +MGYG000000001_01322 f38ca51f73ddcf8b05327302f16670eb 511 SUPERFAMILY SSF54211 11 169 2.5E-34 T 18-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 Pfam PF07885 Ion channel 330 397 2.8E-11 T 18-09-2021 IPR013099 Potassium channel domain +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 Gene3D G3DSA:1.10.287.70 287 398 1.6E-14 T 18-09-2021 +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 CDD cd17363 MFS_SV2 76 178 1.40359E-4 T 18-09-2021 +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 Pfam PF00805 Pentapeptide repeats (8 copies) 144 179 0.0014 T 18-09-2021 IPR001646 Pentapeptide repeat +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 SUPERFAMILY SSF141571 71 217 1.57E-15 T 18-09-2021 +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 Coils Coil 396 398 - T 18-09-2021 +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 Pfam PF13576 Pentapeptide repeats (9 copies) 94 130 3.7E-7 T 18-09-2021 IPR001646 Pentapeptide repeat +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 SUPERFAMILY SSF81324 297 398 4.71E-16 T 18-09-2021 +MGYG000000001_00961 73100b325fc8d88723f9738d8f7c54c0 398 Gene3D G3DSA:2.160.20.100 21 225 6.2E-18 T 18-09-2021 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 SUPERFAMILY SSF52374 26 224 3.75E-50 T 18-09-2021 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 Pfam PF01467 Cytidylyltransferase-like 32 198 1.2E-27 T 18-09-2021 IPR004821 Cytidyltransferase-like domain GO:0003824|GO:0009058 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 TIGRFAM TIGR00125 cyt_tran_rel: cytidyltransferase-like domain 30 90 9.6E-9 T 18-09-2021 IPR004821 Cytidyltransferase-like domain GO:0003824|GO:0009058 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 Gene3D G3DSA:3.40.50.620 25 227 7.7E-60 T 18-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 PANTHER PTHR39321 28 225 9.3E-44 T 18-09-2021 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 CDD cd02165 NMNAT 30 224 4.90416E-68 T 18-09-2021 IPR005248 Nicotinate/nicotinamide nucleotide adenylyltransferase GO:0009435|GO:0016779 KEGG: 00760+2.7.7.18|MetaCyc: PWY-5381|MetaCyc: PWY-5653|MetaCyc: PWY-7761|Reactome: R-HSA-196807 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 Hamap MF_00244 Probable nicotinate-nucleotide adenylyltransferase [nadD]. 28 225 29.865 T 18-09-2021 IPR005248 Nicotinate/nicotinamide nucleotide adenylyltransferase GO:0009435|GO:0016779 KEGG: 00760+2.7.7.18|MetaCyc: PWY-5381|MetaCyc: PWY-5653|MetaCyc: PWY-7761|Reactome: R-HSA-196807 +MGYG000000001_00280 670742a0ee7b70c71cfd3b4d72f8ce7e 229 TIGRFAM TIGR00482 TIGR00482: nicotinate (nicotinamide) nucleotide adenylyltransferase 32 224 1.6E-54 T 18-09-2021 IPR005248 Nicotinate/nicotinamide nucleotide adenylyltransferase GO:0009435|GO:0016779 KEGG: 00760+2.7.7.18|MetaCyc: PWY-5381|MetaCyc: PWY-5653|MetaCyc: PWY-7761|Reactome: R-HSA-196807 +MGYG000000001_01514 1556358dbdde4e339dd65a99d4f48a14 142 PANTHER PTHR22911 2 133 2.0E-15 T 18-09-2021 +MGYG000000001_01514 1556358dbdde4e339dd65a99d4f48a14 142 PANTHER PTHR22911:SF112 2 133 2.0E-15 T 18-09-2021 +MGYG000000001_01514 1556358dbdde4e339dd65a99d4f48a14 142 SUPERFAMILY SSF103481 40 141 2.88E-12 T 18-09-2021 +MGYG000000001_01514 1556358dbdde4e339dd65a99d4f48a14 142 Pfam PF00892 EamA-like transporter family 3 140 2.0E-22 T 18-09-2021 IPR000620 EamA domain GO:0016020|GO:0016021 +MGYG000000001_00474 708314106870ccad49218fab6dfc33ae 282 PANTHER PTHR43592 18 242 2.8E-20 T 18-09-2021 +MGYG000000001_00474 708314106870ccad49218fab6dfc33ae 282 Pfam PF02517 CPBP intramembrane metalloprotease 152 237 7.6E-16 T 18-09-2021 IPR003675 CAAX prenyl protease 2 GO:0004197|GO:0016020|GO:0071586 Reactome: R-HSA-5689880 +MGYG000000001_00474 708314106870ccad49218fab6dfc33ae 282 PANTHER PTHR43592:SF15 18 242 2.8E-20 T 18-09-2021 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 PANTHER PTHR13822 6 84 4.9E-17 T 18-09-2021 IPR001469 ATP synthase, F1 complex, delta/epsilon subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 Hamap MF_00530 ATP synthase epsilon chain [atpC]. 3 86 10.328 T 18-09-2021 IPR001469 ATP synthase, F1 complex, delta/epsilon subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 PANTHER PTHR13822:SF9 6 84 4.9E-17 T 18-09-2021 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 Pfam PF02823 ATP synthase, Delta/Epsilon chain, beta-sandwich domain 5 83 9.1E-24 T 18-09-2021 IPR020546 ATP synthase, F1 complex, delta/epsilon subunit, N-terminal GO:0015986 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 Gene3D G3DSA:2.60.15.10 2 86 1.0E-24 T 18-09-2021 IPR036771 F0F1 ATP synthase delta/epsilon subunit, N-terminal Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 SUPERFAMILY SSF51344 5 85 2.62E-21 T 18-09-2021 IPR036771 F0F1 ATP synthase delta/epsilon subunit, N-terminal Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_00731 0f6f0dbae3d72b899f93684f41084a31 86 CDD cd12152 F1-ATPase_delta 5 85 1.72278E-24 T 18-09-2021 IPR001469 ATP synthase, F1 complex, delta/epsilon subunit GO:0015986|GO:0045261|GO:0046933 Reactome: R-HSA-163210|Reactome: R-HSA-8949613 +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 PANTHER PTHR11493:SF54 15 122 6.0E-18 T 18-09-2021 +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 Gene3D G3DSA:3.30.70.20 2 73 8.1E-6 T 18-09-2021 +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 21 50 8.953 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 30 41 - T 18-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 Pfam PF01077 Nitrite and sulphite reductase 4Fe-4S domain 52 122 9.7E-5 T 18-09-2021 IPR006067 Nitrite/sulphite reductase 4Fe-4S domain GO:0016491|GO:0020037|GO:0051536|GO:0055114 KEGG: 00920+1.8.1.2|MetaCyc: PWY-6683 +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 SUPERFAMILY SSF56014 27 139 8.5E-7 T 18-09-2021 +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 SUPERFAMILY SSF54862 5 51 3.35E-6 T 18-09-2021 +MGYG000000001_01450 6bbfaddc45ef5e479fcae7acc1e5a26b 146 PANTHER PTHR11493 15 122 6.0E-18 T 18-09-2021 +MGYG000000001_00151 a1b9a056488032a7e18cb18ae4a0fda8 189 Coils Coil 80 100 - T 18-09-2021 +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 PANTHER PTHR33495 3 110 4.4E-21 T 18-09-2021 +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 SUPERFAMILY SSF52091 11 109 1.29E-24 T 18-09-2021 IPR036513 STAS domain superfamily +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 PANTHER PTHR33495:SF2 3 110 4.4E-21 T 18-09-2021 +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 ProSiteProfiles PS50801 STAS domain profile. 19 111 19.907 T 18-09-2021 IPR002645 STAS domain +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 CDD cd07043 STAS_anti-anti-sigma_factors 19 102 3.60873E-26 T 18-09-2021 +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 Gene3D G3DSA:3.30.750.24 3 111 3.8E-27 T 18-09-2021 IPR036513 STAS domain superfamily +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 TIGRFAM TIGR00377 ant_ant_sig: anti-anti-sigma factor 11 106 4.3E-24 T 18-09-2021 IPR003658 Anti-sigma factor antagonist GO:0006355|GO:0043856 +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 TIGRFAM TIGR02886 spore_II_AA: anti-sigma F factor antagonist 5 108 2.7E-37 T 18-09-2021 IPR014237 Anti-sigma F factor antagonist GO:0006355|GO:0030435|GO:0045152 +MGYG000000001_00409 fbd8ed1de3b0e1b14ef48d257b2971f8 111 Pfam PF01740 STAS domain 19 107 1.5E-16 T 18-09-2021 IPR002645 STAS domain +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 SUPERFAMILY SSF51351 1 246 2.23E-98 T 18-09-2021 IPR035990 Triosephosphate isomerase superfamily GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 PANTHER PTHR21139 2 247 5.6E-92 T 18-09-2021 IPR000652 Triosephosphate isomerase GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 Hamap MF_00147_B Triosephosphate isomerase [tpiA]. 2 247 61.888 T 18-09-2021 IPR022896 Triosephosphate isomerase, bacterial/eukaryotic GO:0004807|GO:0006096 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 Pfam PF00121 Triosephosphate isomerase 5 245 3.1E-97 T 18-09-2021 IPR000652 Triosephosphate isomerase GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 Gene3D G3DSA:3.20.20.70 1 247 4.9E-105 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 TIGRFAM TIGR00419 tim: triose-phosphate isomerase 5 239 9.7E-62 T 18-09-2021 IPR000652 Triosephosphate isomerase GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 CDD cd00311 TIM 4 246 9.42684E-133 T 18-09-2021 IPR000652 Triosephosphate isomerase GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 ProSiteProfiles PS51440 Triosephosphate isomerase (TIM) family profile. 3 247 88.007 T 18-09-2021 IPR000652 Triosephosphate isomerase GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 PANTHER PTHR21139:SF22 2 247 5.6E-92 T 18-09-2021 +MGYG000000001_00118 d33a68a2ff2a1a075b05a298722c9117 247 ProSitePatterns PS00171 Triosephosphate isomerase active site. 164 174 - T 18-09-2021 IPR020861 Triosephosphate isomerase, active site GO:0004807 KEGG: 00010+5.3.1.1|KEGG: 00051+5.3.1.1|KEGG: 00562+5.3.1.1|KEGG: 00710+5.3.1.1|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6142|MetaCyc: PWY-7003|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 PANTHER PTHR21666:SF270 84 276 5.8E-46 T 18-09-2021 +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 PANTHER PTHR21666 84 276 5.8E-46 T 18-09-2021 +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 Coils Coil 36 81 - T 18-09-2021 +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 Coils Coil 101 128 - T 18-09-2021 +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 Pfam PF01551 Peptidase family M23 181 275 3.5E-31 T 18-09-2021 IPR016047 Peptidase M23 +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 Gene3D G3DSA:2.70.70.10 123 280 2.7E-44 T 18-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00506 d46fe9e863c1c60c4bae3e1329af03bf 281 SUPERFAMILY SSF51261 120 276 8.37E-54 T 18-09-2021 IPR011055 Duplicated hybrid motif +MGYG000000001_00377 e979d48ca6087067e1687f02b0732501 309 Pfam PF06166 Protein of unknown function (DUF979) 12 309 2.1E-117 T 18-09-2021 IPR009323 Protein of unknown function DUF979 +MGYG000000001_02774 a05ffeee62e8ecbe18a8632277175848 173 TIGRFAM TIGR00636 PduO_Nterm: ATP:cob(I)alamin adenosyltransferase 4 169 1.9E-55 T 17-09-2021 IPR029499 ATP:cob(I)alamin adenosyltransferase, PduO-type KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_02774 a05ffeee62e8ecbe18a8632277175848 173 SUPERFAMILY SSF89028 1 170 2.16E-56 T 17-09-2021 IPR036451 Cobalamin adenosyltransferase-like superfamily KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_02774 a05ffeee62e8ecbe18a8632277175848 173 PANTHER PTHR12213 2 167 3.3E-58 T 17-09-2021 IPR029499 ATP:cob(I)alamin adenosyltransferase, PduO-type KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_02774 a05ffeee62e8ecbe18a8632277175848 173 Pfam PF01923 Cobalamin adenosyltransferase 3 163 7.6E-55 T 17-09-2021 IPR016030 Cobalamin adenosyltransferase-like KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_02774 a05ffeee62e8ecbe18a8632277175848 173 Gene3D G3DSA:1.20.1200.10 13 173 1.1E-51 T 17-09-2021 IPR036451 Cobalamin adenosyltransferase-like superfamily KEGG: 00860+2.5.1.17|Reactome: R-HSA-196741|Reactome: R-HSA-3359471 +MGYG000000001_02774 a05ffeee62e8ecbe18a8632277175848 173 PANTHER PTHR12213:SF0 2 167 3.3E-58 T 17-09-2021 +MGYG000000001_01420 01b620892cf337ed61deb9497e569b37 398 SUPERFAMILY SSF53756 130 395 2.2E-6 T 17-09-2021 +MGYG000000001_01420 01b620892cf337ed61deb9497e569b37 398 PANTHER PTHR37316:SF1 199 364 9.3E-15 T 17-09-2021 +MGYG000000001_01420 01b620892cf337ed61deb9497e569b37 398 Pfam PF04464 CDP-Glycerol:Poly(glycerophosphate) glycerophosphotransferase 34 395 1.7E-44 T 17-09-2021 IPR007554 CDP-glycerol glycerophosphotransferase GO:0016020|GO:0047355 +MGYG000000001_01420 01b620892cf337ed61deb9497e569b37 398 Gene3D G3DSA:3.40.50.12580 193 382 9.2E-32 T 17-09-2021 +MGYG000000001_01420 01b620892cf337ed61deb9497e569b37 398 PANTHER PTHR37316 199 364 9.3E-15 T 17-09-2021 +MGYG000000001_02999 c9284f729eed082397022475f8f19937 249 SUPERFAMILY SSF55154 10 183 3.71E-5 T 17-09-2021 IPR033469 CYTH-like domain superfamily Reactome: R-HSA-196819 +MGYG000000001_02999 c9284f729eed082397022475f8f19937 249 Pfam PF09359 VTC domain 7 231 1.4E-32 T 17-09-2021 IPR018966 VTC domain +MGYG000000001_02999 c9284f729eed082397022475f8f19937 249 Gene3D G3DSA:2.40.320.20 2 189 2.8E-10 T 17-09-2021 +MGYG000000001_02999 c9284f729eed082397022475f8f19937 249 CDD cd07750 PolyPPase_VTC_like 8 228 8.87352E-59 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 ProSitePatterns PS00356 LacI-type HTH domain signature. 4 22 - T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 CDD cd01392 HTH_LacI 5 48 1.67937E-13 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 Pfam PF00356 Bacterial regulatory proteins, lacI family 3 48 4.6E-13 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 Pfam PF13377 Periplasmic binding protein-like domain 171 337 1.5E-34 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 Gene3D G3DSA:3.40.50.2300 80 329 1.6E-49 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 Gene3D G3DSA:1.10.260.40 1 47 1.9E-14 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 PANTHER PTHR30146:SF116 1 339 8.6E-88 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 Gene3D G3DSA:3.40.50.2300 162 331 1.6E-49 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 PANTHER PTHR30146 1 339 8.6E-88 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 SUPERFAMILY SSF53822 78 339 2.14E-46 T 17-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 CDD cd01544 PBP1_GalR 65 336 1.67591E-102 T 17-09-2021 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 ProSiteProfiles PS50932 LacI-type HTH domain profile. 2 58 18.522 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 SUPERFAMILY SSF47413 1 48 3.73E-10 T 17-09-2021 IPR010982 Lambda repressor-like, DNA-binding domain superfamily GO:0003677 +MGYG000000001_01452 338d8aee71314c225ccc8b48ab174d81 345 SMART SM00354 1 62 1.4E-6 T 17-09-2021 IPR000843 LacI-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 Pfam PF00571 CBS domain 6 59 9.9E-16 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 Pfam PF00571 CBS domain 96 150 1.2E-15 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 Gene3D G3DSA:3.10.580.10 64 153 3.2E-19 T 17-09-2021 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 PANTHER PTHR43803 3 151 6.2E-36 T 17-09-2021 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 ProSiteProfiles PS51371 CBS domain profile. 10 66 14.173 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 CDD cd04586 CBS_pair_BON_assoc 10 149 1.80001E-49 T 17-09-2021 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 PANTHER PTHR43803:SF3 3 151 6.2E-36 T 17-09-2021 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 Gene3D G3DSA:3.10.580.10 1 63 2.1E-17 T 17-09-2021 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 ProSiteProfiles PS51371 CBS domain profile. 100 153 13.842 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 SUPERFAMILY SSF54631 1 150 5.25E-37 T 17-09-2021 +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 SMART SM00116 103 151 6.2E-8 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_00733 badb7633c04de87dc91a4dc8ce3377c5 153 SMART SM00116 13 61 3.7E-12 T 17-09-2021 IPR000644 CBS domain +MGYG000000001_01644 8cd229d620418b98bb9905a64ad0d2f9 150 Pfam PF16111 Domain of unknown function (DUF4829) 35 145 6.8E-11 T 17-09-2021 IPR032256 Domain of unknown function DUF4829 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 Gene3D G3DSA:1.10.10.60 185 237 1.2E-17 T 17-09-2021 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 PANTHER PTHR43280 14 290 2.3E-44 T 17-09-2021 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 Pfam PF12833 Helix-turn-helix domain 210 287 1.4E-17 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 SUPERFAMILY SSF46689 240 290 3.58E-12 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 SMART SM00342 204 287 2.7E-26 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 ProSitePatterns PS00041 Bacterial regulatory proteins, araC family signature. 241 283 - T 17-09-2021 IPR018062 HTH domain AraC-type, conserved site GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 SUPERFAMILY SSF51215 23 171 7.72E-15 T 17-09-2021 IPR037923 Transcription regulator HTH-like +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 Pfam PF07883 Cupin domain 28 85 1.6E-9 T 17-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 Gene3D G3DSA:1.10.10.60 238 291 6.5E-17 T 17-09-2021 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 Gene3D G3DSA:2.60.120.10 8 98 5.1E-10 T 17-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 PANTHER PTHR43280:SF16 14 290 2.3E-44 T 17-09-2021 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 191 289 28.09 T 17-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_02935 c27212734705e32bd8cc0fc2a191231e 294 SUPERFAMILY SSF46689 188 238 9.32E-10 T 17-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 CDD cd01679 RNR_I 113 685 0.0 T 17-09-2021 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 Pfam PF00317 Ribonucleotide reductase, all-alpha domain 86 158 9.7E-13 T 17-09-2021 IPR013509 Ribonucleotide reductase large subunit, N-terminal GO:0004748|GO:0005524|GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 Gene3D G3DSA:3.20.70.20 147 684 8.8E-181 T 17-09-2021 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 Pfam PF02867 Ribonucleotide reductase, barrel domain 163 682 3.2E-135 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 SUPERFAMILY SSF51998 162 686 1.8E-164 T 17-09-2021 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PANTHER PTHR11573:SF19 1 700 1.2E-297 T 17-09-2021 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PANTHER PTHR11573 1 700 1.2E-297 T 17-09-2021 IPR039718 Ribonucleoside-diphosphate reductase large subunit KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PRINTS PR01183 Ribonucleotide reductase large chain signature 415 438 3.5E-28 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PRINTS PR01183 Ribonucleotide reductase large chain signature 371 382 3.5E-28 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PRINTS PR01183 Ribonucleotide reductase large chain signature 454 476 3.5E-28 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PRINTS PR01183 Ribonucleotide reductase large chain signature 567 594 3.5E-28 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PRINTS PR01183 Ribonucleotide reductase large chain signature 238 257 3.5E-28 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 PRINTS PR01183 Ribonucleotide reductase large chain signature 482 505 3.5E-28 T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 SUPERFAMILY SSF48168 1 159 8.24E-45 T 17-09-2021 IPR008926 Ribonucleotide reductase R1 subunit, N-terminal KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 TIGRFAM TIGR02506 NrdE_NrdA: ribonucleoside-diphosphate reductase, alpha subunit 89 686 2.2E-157 T 17-09-2021 IPR013346 Ribonucleotide reductase, class I , alpha subunit GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 Pfam PF08343 Ribonucleotide reductase N-terminal 3 84 1.5E-25 T 17-09-2021 IPR013554 Ribonucleotide reductase N-terminal KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 ProSitePatterns PS00089 Ribonucleotide reductase large subunit signature. 556 578 - T 17-09-2021 IPR000788 Ribonucleotide reductase large subunit, C-terminal GO:0006260|GO:0055114 KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227|Reactome: R-HSA-499943 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 Gene3D G3DSA:1.10.1650.20 281 333 8.8E-181 T 17-09-2021 +MGYG000000001_00347 16917a1d5d495177bf5912e17cda0b17 700 TIGRFAM TIGR04170 RNR_1b_NrdE: ribonucleoside-diphosphate reductase, class 1b, alpha subunit 2 700 1.3E-297 T 17-09-2021 IPR026459 Ribonucleotide reductase, class 1b, subunit NrdE KEGG: 00230+1.17.4.1|KEGG: 00240+1.17.4.1|KEGG: 00480+1.17.4.1|KEGG: 00983+1.17.4.1|MetaCyc: PWY-6545|MetaCyc: PWY-7184|MetaCyc: PWY-7198|MetaCyc: PWY-7210|MetaCyc: PWY-7220|MetaCyc: PWY-7222|MetaCyc: PWY-7226|MetaCyc: PWY-7227 +MGYG000000001_01966 597e1fe568ebdee155bc2dbbdd008dba 226 PANTHER PTHR40078 5 194 3.1E-44 T 17-09-2021 IPR038750 Uncharacterized protein YczE/YyaS-like +MGYG000000001_01099 19b567cd67c6341f674edd2820832f12 512 Pfam PF04860 Phage portal protein 194 439 6.7E-9 T 17-09-2021 IPR006944 Bacteriophage/Gene transfer agent portal protein +MGYG000000001_01099 19b567cd67c6341f674edd2820832f12 512 PIRSF PIRSF019260 7 506 8.1E-101 T 17-09-2021 IPR016753 Phage portal protein PBSX family, Firmicutes +MGYG000000001_01099 19b567cd67c6341f674edd2820832f12 512 TIGRFAM TIGR01540 portal_PBSX: phage portal protein, PBSX family 35 405 2.3E-74 T 17-09-2021 IPR006430 Phage portal protein PBSX family +MGYG000000001_02484 fe0db223a157f94dcd4e9bb1fc1f54fc 83 Gene3D G3DSA:3.30.70.1150 1 82 2.3E-31 T 17-09-2021 IPR027271 Acetolactate synthase/Transcription factor NikR, C-terminal +MGYG000000001_02484 fe0db223a157f94dcd4e9bb1fc1f54fc 83 SUPERFAMILY SSF55021 2 79 1.92E-25 T 17-09-2021 +MGYG000000001_02484 fe0db223a157f94dcd4e9bb1fc1f54fc 83 TIGRFAM TIGR03959 hyd_TM1266: putative iron-only hydrogenase system regulator 4 78 1.4E-33 T 17-09-2021 IPR023860 [FeFe]-hydrogenase system regulator TM1266 +MGYG000000001_02356 eb70d5c670f83e404edbb9eb7cd76629 55 Coils Coil 29 49 - T 17-09-2021 +MGYG000000001_00572 89104cb9825a6eeeba006767ca641c19 201 PANTHER PTHR36834 6 184 1.9E-24 T 17-09-2021 +MGYG000000001_00572 89104cb9825a6eeeba006767ca641c19 201 Pfam PF04892 VanZ like family 46 181 8.3E-17 T 17-09-2021 IPR006976 VanZ-like +MGYG000000001_00572 89104cb9825a6eeeba006767ca641c19 201 PANTHER PTHR36834:SF1 6 184 1.9E-24 T 17-09-2021 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 Gene3D G3DSA:1.10.1740.10 4 86 4.6E-9 T 17-09-2021 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 Pfam PF08281 Sigma-70, region 4 115 167 1.5E-11 T 17-09-2021 IPR013249 RNA polymerase sigma factor 70, region 4 type 2 GO:0003677|GO:0003700|GO:0006352|GO:0006355|GO:0016987 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 PANTHER PTHR43133 2 169 2.9E-35 T 17-09-2021 IPR039425 RNA polymerase sigma-70 like +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 Gene3D G3DSA:1.10.10.10 107 173 2.6E-11 T 17-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 PANTHER PTHR43133:SF12 2 169 2.9E-35 T 17-09-2021 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 SUPERFAMILY SSF88659 112 173 1.42E-12 T 17-09-2021 IPR013324 RNA polymerase sigma factor, region 3/4-like +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 Pfam PF04542 Sigma-70 region 2 21 87 6.6E-6 T 17-09-2021 IPR007627 RNA polymerase sigma-70 region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 TIGRFAM TIGR02937 sigma70-ECF: RNA polymerase sigma factor, sigma-70 family 18 169 2.6E-19 T 17-09-2021 IPR014284 RNA polymerase sigma-70 like domain GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 Coils Coil 110 130 - T 17-09-2021 +MGYG000000001_00765 ceb221c8bd94661abeae75ef8b0f3887 173 SUPERFAMILY SSF88946 1 91 2.55E-10 T 17-09-2021 IPR013325 RNA polymerase sigma factor, region 2 GO:0003700|GO:0006352|GO:0006355 +MGYG000000001_00056 758adec711e99811508747fce505ec09 179 Pfam PF02417 Chromate transporter 6 169 1.7E-45 T 17-09-2021 IPR003370 Chromate transporter GO:0015109|GO:0015703 +MGYG000000001_00056 758adec711e99811508747fce505ec09 179 PANTHER PTHR43663 4 173 6.7E-49 T 17-09-2021 +MGYG000000001_01902 9d6da246ce52f77b03c37a714d09a0ab 297 PANTHER PTHR10361 6 247 2.0E-57 T 17-09-2021 IPR004710 Bile acid:sodium symporter +MGYG000000001_01902 9d6da246ce52f77b03c37a714d09a0ab 297 Gene3D G3DSA:1.20.1530.20 1 281 4.3E-82 T 17-09-2021 IPR038770 Sodium/solute symporter superfamily +MGYG000000001_01902 9d6da246ce52f77b03c37a714d09a0ab 297 Pfam PF01758 Sodium Bile acid symporter family 43 217 6.0E-38 T 17-09-2021 IPR002657 Bile acid:sodium symporter/arsenical resistance protein Acr3 GO:0016020 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 Pfam PF01258 Prokaryotic dksA/traR C4-type zinc finger 90 124 5.8E-8 T 17-09-2021 IPR000962 Zinc finger, DksA/TraR C4-type GO:0008270 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 ProSitePatterns PS01102 Prokaryotic dksA C4-type zinc finger. 95 119 - T 17-09-2021 IPR020458 Zinc finger, DksA/TraR C4-type conserved site +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 Gene3D G3DSA:1.20.120.910 1 130 3.8E-26 T 17-09-2021 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 PANTHER PTHR33823 3 125 1.2E-25 T 17-09-2021 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 SUPERFAMILY SSF57716 92 125 3.14E-6 T 17-09-2021 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 Coils Coil 7 27 - T 17-09-2021 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 ProSiteProfiles PS51128 Prokaryotic dksA C4-type zinc finger profiles. 52 132 21.763 T 17-09-2021 IPR000962 Zinc finger, DksA/TraR C4-type GO:0008270 +MGYG000000001_02130 6adc8890a686d65d450c43c00028a407 165 SUPERFAMILY SSF109635 5 91 1.96E-9 T 17-09-2021 IPR037187 DksA, N-terminal domain superfamily +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 PANTHER PTHR47297 29 207 4.5E-27 T 17-09-2021 +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 PANTHER PTHR47297:SF3 29 207 4.5E-27 T 17-09-2021 +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 CDD cd00431 cysteine_hydrolases 33 181 9.53867E-22 T 17-09-2021 +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 SUPERFAMILY SSF52499 30 207 1.06E-21 T 17-09-2021 IPR036380 Isochorismatase-like superfamily GO:0003824 +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 Gene3D G3DSA:3.40.50.850 24 212 1.6E-24 T 17-09-2021 IPR036380 Isochorismatase-like superfamily GO:0003824 +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 Coils Coil 1 21 - T 17-09-2021 +MGYG000000001_00540 7fe630f32ed671a749bed3211e0bb18e 214 Pfam PF00857 Isochorismatase family 33 189 9.4E-13 T 17-09-2021 IPR000868 Isochorismatase-like GO:0003824 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Gene3D G3DSA:3.10.50.10 474 523 7.4E-7 T 17-09-2021 IPR029070 Chitinase insertion domain superfamily +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 CDD cd03016 PRX_1cys 7 211 1.12167E-105 T 17-09-2021 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Pfam PF00704 Glycosyl hydrolases family 18 263 549 2.3E-61 T 17-09-2021 IPR001223 Glycoside hydrolase family 18, catalytic domain GO:0005975 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Gene3D G3DSA:3.30.1020.20 146 234 3.3E-23 T 17-09-2021 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Gene3D G3DSA:3.40.30.10 6 145 1.8E-47 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 SUPERFAMILY SSF52833 3 219 2.05E-63 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 ProSiteProfiles PS51352 Thioredoxin domain profile. 5 160 17.519 T 17-09-2021 IPR013766 Thioredoxin domain GO:0045454 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 SUPERFAMILY SSF54556 479 515 1.86E-5 T 17-09-2021 IPR029070 Chitinase insertion domain superfamily +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 SMART SM00636 250 551 9.4E-57 T 17-09-2021 IPR011583 Chitinase II GO:0008061 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Pfam PF00578 AhpC/TSA family 8 135 3.8E-34 T 17-09-2021 IPR000866 Alkyl hydroperoxide reductase subunit C/ Thiol specific antioxidant GO:0016209|GO:0016491|GO:0055114 KEGG: 00480+1.11.1.15|Reactome: R-HSA-3299685 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Hamap MF_00401 Peroxiredoxin. 5 212 43.008 T 17-09-2021 IPR022915 Peroxiredoxin, TDXH subfamily GO:0051920|GO:0055114 KEGG: 00480+1.11.1.15 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 PANTHER PTHR11177:SF317 259 567 2.4E-67 T 17-09-2021 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 ProSitePatterns PS01095 Chitinases family 18 active site. 345 353 - T 17-09-2021 IPR001579 Glycoside hydrolase, chitinase active site GO:0004553|GO:0005975 KEGG: 00520+3.2.1.14|MetaCyc: PWY-6855|MetaCyc: PWY-6902|MetaCyc: PWY-7822 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 PANTHER PTHR11177 259 567 2.4E-67 T 17-09-2021 +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 SUPERFAMILY SSF51445 259 554 3.66E-61 T 17-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02614 3d3ba1f71fa9ec1e40db705930557410 583 Pfam PF10417 C-terminal domain of 1-Cys peroxiredoxin 157 194 2.9E-11 T 17-09-2021 IPR019479 Peroxiredoxin, C-terminal GO:0051920|GO:0055114 KEGG: 00480+1.11.1.15|Reactome: R-HSA-3299685 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 PANTHER PTHR11644 1 131 9.2E-38 T 17-09-2021 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 PANTHER PTHR11644:SF19 1 131 9.2E-38 T 17-09-2021 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 CDD cd01283 cytidine_deaminase 29 118 4.16825E-23 T 17-09-2021 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 ProSitePatterns PS00903 Cytidine and deoxycytidylate deaminases zinc-binding region signature. 55 95 - T 17-09-2021 IPR016192 APOBEC/CMP deaminase, zinc-binding GO:0008270|GO:0016787 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 SUPERFAMILY SSF53927 2 131 2.07E-26 T 17-09-2021 IPR016193 Cytidine deaminase-like GO:0003824 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 Pfam PF00383 Cytidine and deoxycytidylate deaminase zinc-binding region 27 99 8.9E-8 T 17-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 Gene3D G3DSA:3.40.140.10 1 132 8.5E-31 T 17-09-2021 +MGYG000000001_02388 adce9ffc8ab5f78b6f9f0f959a0fef6c 133 ProSiteProfiles PS51747 Cytidine and deoxycytidylate deaminases domain profile. 5 130 10.263 T 17-09-2021 IPR002125 Cytidine and deoxycytidylate deaminase domain +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 Pfam PF00109 Beta-ketoacyl synthase, N-terminal domain 3 245 1.7E-54 T 17-09-2021 IPR014030 Beta-ketoacyl synthase, N-terminal +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 Gene3D G3DSA:3.40.47.10 1 253 5.8E-87 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 PANTHER PTHR11712 2 409 8.9E-161 T 17-09-2021 IPR000794 Beta-ketoacyl synthase +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 SMART SM00825 Beta-ketoacyl synthase 5 410 7.9E-12 T 17-09-2021 IPR020841 Polyketide synthase, beta-ketoacyl synthase domain +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 TIGRFAM TIGR03150 fabF: beta-ketoacyl-acyl-carrier-protein synthase II 3 408 2.9E-186 T 17-09-2021 IPR017568 3-oxoacyl-[acyl-carrier-protein] synthase 2 GO:0006633|GO:0016747 +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 CDD cd00834 KAS_I_II 3 407 0.0 T 17-09-2021 +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 Pfam PF02801 Beta-ketoacyl synthase, C-terminal domain 253 367 2.2E-36 T 17-09-2021 IPR014031 Beta-ketoacyl synthase, C-terminal +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 Gene3D G3DSA:3.40.47.10 255 399 1.2E-51 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 SUPERFAMILY SSF53901 3 250 1.93E-70 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 SUPERFAMILY SSF53901 213 410 6.58E-68 T 17-09-2021 IPR016039 Thiolase-like GO:0003824 +MGYG000000001_00829 d6a0e73ced08575d0850d837d60820b7 411 PIRSF PIRSF000447 1 411 5.5E-178 T 17-09-2021 IPR017568 3-oxoacyl-[acyl-carrier-protein] synthase 2 GO:0006633|GO:0016747 +MGYG000000001_01741 a876869cc9d4fd45211923be94b9e850 818 Coils Coil 598 618 - T 17-09-2021 +MGYG000000001_01741 a876869cc9d4fd45211923be94b9e850 818 PANTHER PTHR30287 296 806 4.2E-36 T 17-09-2021 IPR038766 Membrane component of ABC transporter, predicted +MGYG000000001_01741 a876869cc9d4fd45211923be94b9e850 818 Pfam PF02687 FtsX-like permease family 340 430 6.1E-11 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01741 a876869cc9d4fd45211923be94b9e850 818 Pfam PF02687 FtsX-like permease family 716 807 3.9E-8 T 17-09-2021 IPR003838 ABC transporter permease protein domain GO:0016020 +MGYG000000001_01741 a876869cc9d4fd45211923be94b9e850 818 Coils Coil 105 125 - T 17-09-2021 +MGYG000000001_01484 07eab2ab9a57cc92a5c81a9f0a68b11e 144 Coils Coil 24 44 - T 17-09-2021 +MGYG000000001_01484 07eab2ab9a57cc92a5c81a9f0a68b11e 144 Coils Coil 2 22 - T 17-09-2021 +MGYG000000001_01484 07eab2ab9a57cc92a5c81a9f0a68b11e 144 Coils Coil 73 114 - T 17-09-2021 +MGYG000000001_03133 4c68520838c7ebaa213403e9599eea2d 126 Coils Coil 7 31 - T 17-09-2021 +MGYG000000001_00930 8c41003d1c57f693278d6d132b2194b5 66 Gene3D G3DSA:3.90.1150.10 1 64 3.6E-13 T 17-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Coils Coil 1421 1442 - T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Pfam PF09989 CoA enzyme activase uncharacterised domain (DUF2229) 674 893 6.9E-81 T 17-09-2021 IPR018709 CoA enzyme activase, domain of unknown function DUF2229 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 PANTHER PTHR32329 5 1424 0.0 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 SUPERFAMILY SSF53067 5 255 2.51E-49 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 CDD cd00012 NBD_sugar-kinase_HSP70_actin 7 142 3.34909E-5 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 PANTHER PTHR32329:SF4 5 1424 0.0 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 SUPERFAMILY SSF53067 319 573 7.41E-52 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Gene3D G3DSA:3.30.420.40 320 573 6.6E-81 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 TIGRFAM TIGR00241 CoA_E_activ: putative CoA-substrate-specific enzyme activase 320 573 6.4E-41 T 17-09-2021 IPR008275 CoA enzyme activase +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Pfam PF06050 2-hydroxyglutaryl-CoA dehydratase, D-component 908 1227 2.0E-39 T 17-09-2021 IPR010327 FldB/FldC dehydratase alpha/beta subunit +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Gene3D G3DSA:3.30.420.40 97 241 4.4E-69 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Gene3D G3DSA:3.30.420.40 414 557 6.6E-81 T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Coils Coil 980 1000 - T 17-09-2021 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Pfam PF01869 BadF/BadG/BcrA/BcrD ATPase family 7 255 5.1E-22 T 17-09-2021 IPR002731 ATPase, BadF/BadG/BcrA/BcrD type Reactome: R-HSA-446210 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Pfam PF01869 BadF/BadG/BcrA/BcrD ATPase family 320 573 1.7E-33 T 17-09-2021 IPR002731 ATPase, BadF/BadG/BcrA/BcrD type Reactome: R-HSA-446210 +MGYG000000001_02646 7d8850cf0e178c5c39e539c91cec3c4d 1442 Gene3D G3DSA:3.30.420.40 7 255 4.4E-69 T 17-09-2021 +MGYG000000001_01388 0393e7665cc24424964d73195927833d 169 Pfam PF16107 Domain of unknown function (DUF4825) 47 131 2.4E-5 T 17-09-2021 IPR032250 Domain of unknown function DUF4825 +MGYG000000001_01388 0393e7665cc24424964d73195927833d 169 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 7.0 T 17-09-2021 +MGYG000000001_02548 6ee88ca4dd2189f2a88eceed5bf1efdc 219 MobiDBLite mobidb-lite consensus disorder prediction 167 193 - T 17-09-2021 +MGYG000000001_02548 6ee88ca4dd2189f2a88eceed5bf1efdc 219 TIGRFAM TIGR01167 LPXTG_anchor: LPXTG cell wall anchor domain 190 219 4.3E-4 T 17-09-2021 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 PIRSF PIRSF039102 1 352 5.1E-110 T 18-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 Gene3D G3DSA:3.40.50.20 1 125 1.5E-41 T 18-09-2021 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 SUPERFAMILY SSF56059 136 348 3.35E-50 T 18-09-2021 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 Gene3D G3DSA:3.30.470.20 130 341 3.0E-71 T 18-09-2021 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 Pfam PF01820 D-ala D-ala ligase N-terminus 3 126 4.9E-31 T 18-09-2021 IPR011127 D-alanine--D-alanine ligase, N-terminal domain KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 PANTHER PTHR23132:SF8 2 345 1.6E-109 T 18-09-2021 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 Gene3D G3DSA:3.30.1490.20 151 215 3.0E-71 T 18-09-2021 IPR013815 ATP-grasp fold, subdomain 1 GO:0005524 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 ProSitePatterns PS00844 D-alanine--D-alanine ligase signature 2. 287 315 - T 18-09-2021 IPR000291 D-alanine--D-alanine ligase/VANA/B/C, conserved site KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 PANTHER PTHR23132 2 345 1.6E-109 T 18-09-2021 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 Pfam PF07478 D-ala D-ala ligase C-terminus 144 342 8.9E-61 T 18-09-2021 IPR011095 D-alanine--D-alanine ligase, C-terminal GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 TIGRFAM TIGR01205 D_ala_D_alaTIGR: D-alanine--D-alanine ligase 4 343 1.0E-94 T 18-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 ProSitePatterns PS00843 D-alanine--D-alanine ligase signature 1. 103 114 - T 18-09-2021 IPR000291 D-alanine--D-alanine ligase/VANA/B/C, conserved site KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 Hamap MF_00047 D-alanine--D-alanine ligase [ddl]. 2 345 36.901 T 18-09-2021 IPR005905 D-alanine--D-alanine ligase GO:0005737|GO:0008716 KEGG: 00473+6.3.2.4|KEGG: 00550+6.3.2.4|MetaCyc: PWY-6386|MetaCyc: PWY-6387|MetaCyc: PWY-7953 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 ProSiteProfiles PS50975 ATP-grasp fold profile. 141 342 45.176 T 18-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_01849 b4566360afc1796277c30e926dce0975 355 SUPERFAMILY SSF52440 2 135 1.06E-36 T 18-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PRINTS PR00144 Delta-aminolevulinic acid dehydratase signature 241 257 3.4E-61 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PRINTS PR00144 Delta-aminolevulinic acid dehydratase signature 120 134 3.4E-61 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PRINTS PR00144 Delta-aminolevulinic acid dehydratase signature 189 208 3.4E-61 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PRINTS PR00144 Delta-aminolevulinic acid dehydratase signature 266 281 3.4E-61 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PRINTS PR00144 Delta-aminolevulinic acid dehydratase signature 295 314 3.4E-61 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PRINTS PR00144 Delta-aminolevulinic acid dehydratase signature 151 170 3.4E-61 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PANTHER PTHR11458 2 323 3.4E-132 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 ProSitePatterns PS00169 Delta-aminolevulinic acid dehydratase active site. 241 253 - T 17-09-2021 IPR030656 Delta-aminolevulinic acid dehydratase, active site KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 CDD cd00384 ALAD_PBGS 6 321 0.0 T 17-09-2021 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 SMART SM01004 1 321 5.2E-235 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 Pfam PF00490 Delta-aminolevulinic acid dehydratase 3 319 2.1E-149 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 PIRSF PIRSF001415 1 324 4.2E-149 T 17-09-2021 IPR001731 Delta-aminolevulinic acid dehydratase GO:0004655|GO:0033014|GO:0046872 KEGG: 00860+4.2.1.24|MetaCyc: PWY-5188|MetaCyc: PWY-5189|Reactome: R-HSA-189451|Reactome: R-HSA-6798695 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 Gene3D G3DSA:3.20.20.70 1 325 1.1E-152 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02180 a33aace2d56fd3eaec7ad4e52b77c900 325 SUPERFAMILY SSF51569 2 323 1.11E-143 T 17-09-2021 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 SMART SM00419 168 216 1.9E-9 T 18-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 Gene3D G3DSA:1.10.10.10 150 225 2.4E-20 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 SUPERFAMILY SSF46785 153 224 2.64E-15 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 Pfam PF13545 Crp-like helix-turn-helix domain 157 223 6.2E-15 T 18-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 SUPERFAMILY SSF51206 14 151 1.11E-23 T 18-09-2021 IPR018490 Cyclic nucleotide-binding-like +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 PRINTS PR00034 CRP bacterial regulatory protein HTH signature 174 190 1.2E-5 T 18-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 PRINTS PR00034 CRP bacterial regulatory protein HTH signature 190 205 1.2E-5 T 18-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 ProSiteProfiles PS51063 Crp-type HTH domain profile. 152 218 14.235 T 18-09-2021 IPR012318 Crp-type HTH domain GO:0003677|GO:0006355 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 CDD cd00038 CAP_ED 16 107 2.07689E-7 T 18-09-2021 IPR000595 Cyclic nucleotide-binding domain +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 PANTHER PTHR24567:SF26 1 225 9.6E-23 T 18-09-2021 +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 Gene3D G3DSA:2.60.120.10 8 149 6.9E-45 T 18-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_01582 b4090fc3332c6382c9463b6c9bc9d8d5 226 PANTHER PTHR24567 1 225 9.6E-23 T 18-09-2021 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PANTHER PTHR12128:SF15 3 287 2.6E-89 T 18-09-2021 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 ProSitePatterns PS00665 Dihydrodipicolinate synthase signature 1. 39 56 - T 18-09-2021 IPR020624 Schiff base-forming aldolase, conserved site GO:0016829 KEGG: 00261+4.3.3.7|KEGG: 00300+4.3.3.7|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 SMART SM01130 2 290 9.3E-130 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PIRSF PIRSF001365 1 297 7.0E-86 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 CDD cd00950 DHDPS 3 286 9.22442E-151 T 18-09-2021 IPR005263 4-hydroxy-tetrahydrodipicolinate synthase, DapA GO:0008840|GO:0009089 KEGG: 00261+4.3.3.7|KEGG: 00300+4.3.3.7|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 Gene3D G3DSA:3.20.20.70 1 291 2.8E-107 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 Pfam PF00701 Dihydrodipicolinate synthetase family 3 285 1.7E-90 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 SUPERFAMILY SSF51569 1 291 1.15E-97 T 18-09-2021 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 Hamap MF_00418 4-hydroxy-tetrahydrodipicolinate synthase [dapA]. 2 288 61.811 T 18-09-2021 IPR005263 4-hydroxy-tetrahydrodipicolinate synthase, DapA GO:0008840|GO:0009089 KEGG: 00261+4.3.3.7|KEGG: 00300+4.3.3.7|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 TIGRFAM TIGR00674 dapA: 4-hydroxy-tetrahydrodipicolinate synthase 6 284 2.0E-104 T 18-09-2021 IPR005263 4-hydroxy-tetrahydrodipicolinate synthase, DapA GO:0008840|GO:0009089 KEGG: 00261+4.3.3.7|KEGG: 00300+4.3.3.7|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 ProSitePatterns PS00666 Dihydrodipicolinate synthase signature 2. 134 164 - T 18-09-2021 IPR020625 Schiff base-forming aldolase, active site GO:0016829 KEGG: 00261+4.3.3.7|KEGG: 00300+4.3.3.7|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097|Reactome: R-HSA-389661 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PANTHER PTHR12128 3 287 2.6E-89 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PRINTS PR00146 Dihydrodipicolinate synthase signature 104 120 9.1E-28 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PRINTS PR00146 Dihydrodipicolinate synthase signature 72 90 9.1E-28 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PRINTS PR00146 Dihydrodipicolinate synthase signature 36 57 9.1E-28 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_00097 fb392f5db4e1090b79c21253c7868685 298 PRINTS PR00146 Dihydrodipicolinate synthase signature 129 146 9.1E-28 T 18-09-2021 IPR002220 DapA-like GO:0016829 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 SMART SM00862 148 219 1.5E-20 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 127 221 34.618 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 CDD cd00156 REC 6 117 4.43945E-41 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 CDD cd00383 trans_reg_C 135 219 8.96886E-31 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 PANTHER PTHR26402 3 221 1.9E-94 T 18-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 SUPERFAMILY SSF52172 3 166 4.7E-42 T 18-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 SMART SM00448 3 113 9.0E-44 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 Gene3D G3DSA:1.10.10.10 127 223 5.0E-29 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 ProSiteProfiles PS50110 Response regulatory domain profile. 4 117 45.457 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 PANTHER PTHR26402:SF591 3 221 1.9E-94 T 18-09-2021 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 Pfam PF00072 Response regulator receiver domain 5 114 4.6E-30 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 Pfam PF00486 Transcriptional regulatory protein, C terminal 151 219 6.2E-22 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02369 f89567e0a62da53c56f7d5740ffcdff7 224 Gene3D G3DSA:3.40.50.2300 1 126 5.9E-41 T 18-09-2021 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 SUPERFAMILY SSF52768 4 288 1.31E-80 T 18-09-2021 IPR023696 Ureohydrolase domain superfamily +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 TIGRFAM TIGR01230 agmatinase: agmatinase 10 284 1.9E-85 T 18-09-2021 IPR005925 Agmatinase-related KEGG: 00330+3.5.3.11|MetaCyc: PWY-40|MetaCyc: PWY-6305|Reactome: R-HSA-351143 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 PIRSF PIRSF036979 1 291 1.9E-90 T 18-09-2021 IPR006035 Ureohydrolase GO:0046872 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 CDD cd11593 Agmatinase-like_2 23 284 2.99043E-137 T 18-09-2021 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 ProSiteProfiles PS51409 Arginase family profile. 12 293 49.5 T 18-09-2021 IPR006035 Ureohydrolase GO:0046872 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 Gene3D G3DSA:3.40.800.10 15 293 7.8E-108 T 18-09-2021 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 PANTHER PTHR11358 4 287 1.9E-71 T 18-09-2021 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 ProSitePatterns PS01053 Arginase family signature. 213 234 - T 18-09-2021 IPR020855 Ureohydrolase, manganese-binding site GO:0016813|GO:0046872 +MGYG000000001_02093 4e943d3a77aedd1a591e1cee65d81199 293 Pfam PF00491 Arginase family 22 283 1.7E-77 T 18-09-2021 IPR006035 Ureohydrolase GO:0046872 +MGYG000000001_01162 0693fdb53efbf945e5ec26b4d6ae0e97 553 SUPERFAMILY SSF51703 1 552 6.28E-284 T 18-09-2021 IPR016176 Cobalamin (vitamin B12)-dependent enzyme, catalytic GO:0003824|GO:0031419 Reactome: R-HSA-196741|Reactome: R-HSA-3359475|Reactome: R-HSA-3359478|Reactome: R-HSA-71032 +MGYG000000001_01162 0693fdb53efbf945e5ec26b4d6ae0e97 553 Gene3D G3DSA:3.20.20.350 1 553 0.0 T 18-09-2021 IPR036999 Diol/glycerol dehydratase, large subunit superfamily GO:0016836|GO:0031419 +MGYG000000001_01162 0693fdb53efbf945e5ec26b4d6ae0e97 553 PIRSF PIRSF018507 1 553 0.0 T 18-09-2021 IPR003206 Diol/glycerol dehydratase, large subunit GO:0016836|GO:0031419 +MGYG000000001_01162 0693fdb53efbf945e5ec26b4d6ae0e97 553 Pfam PF02286 Dehydratase large subunit 1 552 0.0 T 18-09-2021 IPR003206 Diol/glycerol dehydratase, large subunit GO:0016836|GO:0031419 +MGYG000000001_01162 0693fdb53efbf945e5ec26b4d6ae0e97 553 CDD cd03687 Dehydratase_LU 8 552 0.0 T 18-09-2021 IPR003206 Diol/glycerol dehydratase, large subunit GO:0016836|GO:0031419 +MGYG000000001_02639 6fc8b8141be829d20aace4318b8b4ebb 75 Pfam PF10688 Bacterial inner membrane protein 5 74 2.6E-9 T 18-09-2021 IPR019629 Uncharacterised protein family HI1736/YgjV +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 Gene3D G3DSA:3.90.1150.10 26 349 3.1E-99 T 18-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 SUPERFAMILY SSF53383 5 354 3.31E-65 T 18-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 PANTHER PTHR42885 2 354 9.5E-94 T 18-09-2021 +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 CDD cd00609 AAT_like 25 352 3.09119E-61 T 18-09-2021 +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 Pfam PF00155 Aminotransferase class I and II 24 348 2.8E-38 T 18-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 PANTHER PTHR42885:SF1 2 354 9.5E-94 T 18-09-2021 +MGYG000000001_02194 8621dfc77c575f9369d09245db6ee106 356 Gene3D G3DSA:3.40.640.10 36 257 3.1E-99 T 18-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 PANTHER PTHR43523 2 365 1.4E-150 T 18-09-2021 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 SUPERFAMILY SSF53448 1 339 2.01E-86 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 PANTHER PTHR43523:SF2 2 365 1.4E-150 T 18-09-2021 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 Gene3D G3DSA:3.90.550.10 1 267 8.4E-84 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 SUPERFAMILY SSF51161 278 382 5.34E-18 T 18-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 ProSitePatterns PS00809 ADP-glucose pyrophosphorylase signature 2. 98 106 - T 18-09-2021 IPR005836 ADP-glucose pyrophosphorylase, conserved site GO:0005978|GO:0008878 KEGG: 00500+2.7.7.27|KEGG: 00520+2.7.7.27|MetaCyc: PWY-622|MetaCyc: PWY-7902 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 Pfam PF00483 Nucleotidyl transferase 7 258 4.2E-68 T 18-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 ProSitePatterns PS00810 ADP-glucose pyrophosphorylase signature 3. 189 199 - T 18-09-2021 IPR005836 ADP-glucose pyrophosphorylase, conserved site GO:0005978|GO:0008878 KEGG: 00500+2.7.7.27|KEGG: 00520+2.7.7.27|MetaCyc: PWY-622|MetaCyc: PWY-7902 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 Gene3D G3DSA:2.160.10.10 269 381 5.6E-26 T 18-09-2021 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 CDD cd04651 LbH_G1P_AT_C 283 374 1.70906E-29 T 18-09-2021 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 CDD cd02508 ADP_Glucose_PP 7 245 3.72524E-94 T 18-09-2021 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 Hamap MF_00624 Glucose-1-phosphate adenylyltransferase [glgC]. 2 374 47.311 T 18-09-2021 IPR023049 Glucose-1-phosphate adenylyltransferase GlgC, bacterial GO:0005978|GO:0008878 KEGG: 00500+2.7.7.27|KEGG: 00520+2.7.7.27|MetaCyc: PWY-622|MetaCyc: PWY-7902 +MGYG000000001_01226 564f0a9d004f1200b7aefe2bb8648197 384 TIGRFAM TIGR02091 glgC: glucose-1-phosphate adenylyltransferase 5 359 1.6E-142 T 18-09-2021 IPR011831 Glucose-1-phosphate adenylyltransferase GO:0005978|GO:0008878 KEGG: 00500+2.7.7.27|KEGG: 00520+2.7.7.27|MetaCyc: PWY-622|MetaCyc: PWY-7902 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 PANTHER PTHR44936:SF5 101 333 7.0E-42 T 18-09-2021 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 PANTHER PTHR44936:SF5 101 333 7.0E-42 T 18-09-2021 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 SUPERFAMILY SSF55874 166 330 6.81E-27 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 SUPERFAMILY SSF55874 166 330 6.81E-27 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 221 331 4.8E-17 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 221 331 4.8E-17 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 PANTHER PTHR44936 101 333 7.0E-42 T 18-09-2021 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 PANTHER PTHR44936 101 333 7.0E-42 T 18-09-2021 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 276 286 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 276 286 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 316 329 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 316 329 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 292 310 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 292 310 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 258 272 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 PRINTS PR00344 Bacterial sensor protein C-terminal signature 258 272 4.0E-7 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 CDD cd16948 HATPase_BceS-YxdK-YvcQ-like 220 329 1.61778E-45 T 18-09-2021 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 CDD cd16948 HATPase_BceS-YxdK-YvcQ-like 220 329 1.61778E-45 T 18-09-2021 +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 Gene3D G3DSA:3.30.565.10 182 335 3.3E-30 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 Gene3D G3DSA:3.30.565.10 182 335 3.3E-30 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 SMART SM00387 220 332 7.5E-22 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 SMART SM00387 220 332 7.5E-22 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02940 059428d2af52804c7f72c27128b67325 338 ProSiteProfiles PS50109 Histidine kinase domain profile. 126 332 28.441 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_03080 059428d2af52804c7f72c27128b67325 338 ProSiteProfiles PS50109 Histidine kinase domain profile. 126 332 28.441 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02024 313e244add4f684e99a839840a07922a 211 Pfam PF13346 ABC-2 family transporter protein 4 200 1.1E-27 T 18-09-2021 IPR025699 ABC-2 membrane transporter-like +MGYG000000001_02024 313e244add4f684e99a839840a07922a 211 PANTHER PTHR41309 1 201 1.0E-12 T 18-09-2021 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 SUPERFAMILY SSF52540 324 567 1.74E-80 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 17 299 51.001 T 18-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 CDD cd18548 ABC_6TM_Tm287_like 16 307 3.02591E-119 T 18-09-2021 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 SMART SM00382 357 543 3.2E-12 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 ProSitePatterns PS00211 ABC transporters family signature. 469 483 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 SUPERFAMILY SSF90123 4 313 1.05E-69 T 18-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 Gene3D G3DSA:3.40.50.300 321 572 2.9E-79 T 18-09-2021 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 331 566 23.783 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 Gene3D G3DSA:1.20.1560.10 1 315 9.2E-86 T 18-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 Pfam PF00005 ABC transporter 348 495 9.1E-31 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 PANTHER PTHR24221:SF276 1 571 2.0E-183 T 18-09-2021 +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 PANTHER PTHR24221 1 571 2.0E-183 T 18-09-2021 IPR039421 Type I protein exporter +MGYG000000001_01391 1ef998f7e54f2768e073737a9c06518d 576 Pfam PF00664 ABC transporter transmembrane region 19 287 2.6E-47 T 18-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 132 163 6.231 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 55 86 6.198 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 PANTHER PTHR42859:SF8 7 161 4.0E-39 T 18-09-2021 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 SUPERFAMILY SSF54862 1 175 2.51E-38 T 18-09-2021 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 Pfam PF13237 4Fe-4S dicluster domain 89 154 1.0E-9 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 CDD cd10554 HycB_like 8 161 3.83013E-65 T 18-09-2021 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 6 36 8.063 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 Pfam PF12800 4Fe-4S binding domain 14 26 0.071 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 PANTHER PTHR42859 7 161 4.0E-39 T 18-09-2021 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 Gene3D G3DSA:3.30.70.20 10 172 1.8E-28 T 18-09-2021 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 87 116 11.062 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 Gene3D G3DSA:3.30.70.20 71 137 1.8E-28 T 18-09-2021 +MGYG000000001_00021 c1a578c8c8c1af05878a00d0cf18eb3f 183 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 96 107 - T 18-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 PANTHER PTHR11938:SF130 13 420 9.1E-88 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 SUPERFAMILY SSF51971 126 358 7.06E-57 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 128 399 9.1E-26 T 18-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 PANTHER PTHR11938 13 420 9.1E-88 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 Gene3D G3DSA:1.10.1060.10 4 125 1.1E-30 T 18-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 Gene3D G3DSA:3.50.50.60 126 249 5.7E-37 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 Gene3D G3DSA:3.50.50.60 258 423 1.1E-16 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 Pfam PF14691 Dihydroprymidine dehydrogenase domain II, 4Fe-4S cluster 8 113 1.6E-29 T 18-09-2021 IPR028261 Dihydroprymidine dehydrogenase domain II Reactome: R-HSA-73621 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 PRINTS PR00419 Adrenodoxin reductase family signature 129 151 1.0E-20 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 PRINTS PR00419 Adrenodoxin reductase family signature 152 165 1.0E-20 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 PRINTS PR00419 Adrenodoxin reductase family signature 262 276 1.0E-20 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 PRINTS PR00419 Adrenodoxin reductase family signature 194 204 1.0E-20 T 18-09-2021 +MGYG000000001_02921 fa4242a9f8e09837ad9daacad34630e7 423 SUPERFAMILY SSF46548 13 137 2.67E-24 T 18-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 Gene3D G3DSA:3.30.980.10 72 210 1.4E-25 T 18-09-2021 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 Gene3D G3DSA:3.40.50.300 228 499 6.1E-57 T 18-09-2021 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 PANTHER PTHR10285 139 553 1.6E-125 T 18-09-2021 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 PANTHER PTHR10285:SF159 139 553 1.6E-125 T 18-09-2021 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 SUPERFAMILY SSF55186 72 210 2.62E-27 T 18-09-2021 IPR018163 Threonyl/alanyl tRNA synthetase, class II-like, putative editing domain superfamily GO:0000166 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 CDD cd02028 UMPK_like 291 489 6.11912E-70 T 18-09-2021 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 Pfam PF00485 Phosphoribulokinase / Uridine kinase family 291 489 6.1E-18 T 18-09-2021 IPR006083 Phosphoribulokinase/uridine kinase GO:0005524|GO:0016301 Reactome: R-HSA-73614 +MGYG000000001_02709 4a83e3c6584a435c52410b3afc3a5561 555 SUPERFAMILY SSF52540 288 535 6.87E-21 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 Coils Coil 131 155 - T 18-09-2021 +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 Pfam PF12229 Putative peptidoglycan binding domain 76 188 8.0E-26 T 18-09-2021 IPR022029 Putative peptidoglycan binding domain +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 ProSiteProfiles PS51109 G5 domain profile. 361 442 14.012 T 18-09-2021 IPR011098 G5 domain +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 MobiDBLite mobidb-lite consensus disorder prediction 446 472 - T 18-09-2021 +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 MobiDBLite mobidb-lite consensus disorder prediction 492 507 - T 18-09-2021 +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 Pfam PF04294 VanW like protein 229 357 4.7E-46 T 18-09-2021 IPR007391 Vancomycin resistance VanW +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 PANTHER PTHR35788 15 431 7.7E-91 T 18-09-2021 +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 SMART SM01208 363 442 4.3E-9 T 18-09-2021 IPR011098 G5 domain +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 MobiDBLite mobidb-lite consensus disorder prediction 443 507 - T 18-09-2021 +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 Gene3D G3DSA:2.20.230.10 367 442 4.4E-9 T 18-09-2021 +MGYG000000001_02618 68646e4bd62e6275fe80b4a79629770e 507 Pfam PF07501 G5 domain 377 441 2.4E-9 T 18-09-2021 IPR011098 G5 domain +MGYG000000001_02600 871a9cf77149238b5a9e5bcf5b58e679 274 PANTHER PTHR32502:SF23 13 273 6.4E-90 T 18-09-2021 +MGYG000000001_02600 871a9cf77149238b5a9e5bcf5b58e679 274 ProSiteProfiles PS51108 PTS_EIID domain profile. 16 273 65.546 T 18-09-2021 IPR004704 Phosphotransferase system, mannose/fructose/sorbose family IID component GO:0009401|GO:0016021 +MGYG000000001_02600 871a9cf77149238b5a9e5bcf5b58e679 274 Pfam PF03613 PTS system mannose/fructose/sorbose family IID component 17 273 3.5E-102 T 18-09-2021 IPR004704 Phosphotransferase system, mannose/fructose/sorbose family IID component GO:0009401|GO:0016021 +MGYG000000001_02600 871a9cf77149238b5a9e5bcf5b58e679 274 PANTHER PTHR32502 13 273 6.4E-90 T 18-09-2021 +MGYG000000001_02346 a32ffb769c9597a42a0d5f3793b215ce 276 Pfam PF02361 Cobalt transport protein 13 233 5.7E-28 T 18-09-2021 IPR003339 ABC/ECF transporter, transmembrane component +MGYG000000001_02346 a32ffb769c9597a42a0d5f3793b215ce 276 PANTHER PTHR33514:SF1 6 275 1.4E-93 T 18-09-2021 +MGYG000000001_02346 a32ffb769c9597a42a0d5f3793b215ce 276 PANTHER PTHR33514 6 275 1.4E-93 T 18-09-2021 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 Pfam PF13370 4Fe-4S single cluster domain of Ferredoxin I 5 61 1.0E-19 T 18-09-2021 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 10 21 - T 18-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 PRINTS PR00352 3Fe-4S ferredoxin signature 16 26 8.5E-10 T 18-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 PRINTS PR00352 3Fe-4S ferredoxin signature 5 16 8.5E-10 T 18-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 PRINTS PR00352 3Fe-4S ferredoxin signature 47 59 8.5E-10 T 18-09-2021 IPR001080 3Fe-4S ferredoxin GO:0005506|GO:0009055 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 1 29 10.801 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 PANTHER PTHR36923 1 62 3.3E-21 T 18-09-2021 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 SUPERFAMILY SSF54862 3 61 1.51E-14 T 18-09-2021 +MGYG000000001_00895 878f5e5f49960c7d69e435c2f60808f4 62 Gene3D G3DSA:3.30.70.20 1 62 1.5E-22 T 18-09-2021 +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 Gene3D G3DSA:3.40.1830.10 1 161 1.1E-14 T 18-09-2021 IPR035097 Peptidase M29, N-terminal +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 SUPERFAMILY SSF144052 1 366 4.97E-104 T 18-09-2021 +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 PANTHER PTHR34448 1 366 8.4E-87 T 18-09-2021 +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 Pfam PF02073 Thermophilic metalloprotease (M29) 3 365 9.6E-98 T 18-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 13 30 3.8E-11 T 18-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 278 298 3.8E-11 T 18-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_03106 5dacc9ac69a60ce7a23fa3c0721aacf0 376 PRINTS PR00919 Thermophilic metalloprotease (M29) signature 222 241 3.8E-11 T 18-09-2021 IPR000787 Peptidase M29 GO:0004177|GO:0006508 +MGYG000000001_00360 b0f6aed576878a6b44bce4f4b0de9935 120 Pfam PF12670 Protein of unknown function (DUF3792) 5 116 6.5E-26 T 18-09-2021 IPR023804 Protein of unknown function DUF3792, transmembrane +MGYG000000001_00360 b0f6aed576878a6b44bce4f4b0de9935 120 TIGRFAM TIGR04086 TIGR04086_membr: putative membrane protein, TIGR04086 family 6 119 6.5E-30 T 18-09-2021 IPR023804 Protein of unknown function DUF3792, transmembrane +MGYG000000001_01169 d5386085e28135a08b48119f6d78e98f 72 Pfam PF04023 FeoA domain 1 70 5.5E-21 T 18-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_01169 d5386085e28135a08b48119f6d78e98f 72 Gene3D G3DSA:2.30.30.90 1 72 1.3E-27 T 18-09-2021 IPR038157 Ferrous iron transporter, core domain +MGYG000000001_01169 d5386085e28135a08b48119f6d78e98f 72 PANTHER PTHR42954 1 70 7.6E-28 T 18-09-2021 +MGYG000000001_01169 d5386085e28135a08b48119f6d78e98f 72 SUPERFAMILY SSF50037 5 71 2.75E-22 T 18-09-2021 IPR008988 Transcriptional repressor, C-terminal +MGYG000000001_01169 d5386085e28135a08b48119f6d78e98f 72 PANTHER PTHR42954:SF2 1 70 7.6E-28 T 18-09-2021 +MGYG000000001_01169 d5386085e28135a08b48119f6d78e98f 72 SMART SM00899 1 72 1.4E-24 T 18-09-2021 IPR007167 Ferrous iron transporter FeoA domain GO:0046914 +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 Gene3D G3DSA:1.10.3720.10 1 260 1.3E-61 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 PANTHER PTHR32243 11 272 2.1E-86 T 18-09-2021 +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 PANTHER PTHR32243:SF24 11 272 2.1E-86 T 18-09-2021 +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 83 266 8.4E-22 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 SUPERFAMILY SSF161098 2 272 4.3E-69 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 CDD cd06261 TM_PBP2 68 252 1.01284E-17 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01235 76e1d1be240b21ec64adce2276956d65 272 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 68 258 21.013 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02856 22e12fb33109a7e4fbb24b5c92a38c17 169 SUPERFAMILY SSF109604 17 151 1.52E-9 T 18-09-2021 +MGYG000000001_02856 22e12fb33109a7e4fbb24b5c92a38c17 169 Gene3D G3DSA:1.10.3210.10 29 165 4.1E-12 T 18-09-2021 +MGYG000000001_02856 22e12fb33109a7e4fbb24b5c92a38c17 169 Pfam PF01966 HD domain 49 155 2.3E-8 T 18-09-2021 IPR006674 HD domain +MGYG000000001_02856 22e12fb33109a7e4fbb24b5c92a38c17 169 TIGRFAM TIGR00277 HDIG: HDIG domain 46 152 2.1E-8 T 18-09-2021 IPR006675 HDIG domain +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 448 470 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 81 100 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 160 178 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 136 153 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 426 442 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 207 224 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 361 379 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 102 120 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PRINTS PR00934 X-His dipeptidase (M25) signature 250 269 8.2E-56 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 Gene3D G3DSA:3.40.630.10 3 229 7.5E-61 T 18-09-2021 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 Gene3D G3DSA:3.40.630.10 331 481 2.6E-23 T 18-09-2021 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 Pfam PF07687 Peptidase dimerisation domain 210 289 5.2E-5 T 18-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PANTHER PTHR43501 2 480 1.7E-175 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 TIGRFAM TIGR01893 aa-his-dipept: Xaa-His dipeptidase 8 480 1.3E-184 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 Pfam PF01546 Peptidase family M20/M25/M40 73 478 5.3E-25 T 18-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 SUPERFAMILY SSF53187 14 479 7.54E-63 T 18-09-2021 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 CDD cd03890 M20_pepD 10 480 0.0 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_01357 b4d8c73b4fe7847ce906d424da4deea4 481 PIRSF PIRSF016599 2 481 2.0E-182 T 18-09-2021 IPR001160 Peptidase M20C, Xaa-His dipeptidase GO:0006508 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Hamap MF_01631 Bifunctional protein GlmU [glmU]. 2 450 40.342 T 18-09-2021 IPR005882 Bifunctional UDP-N-acetylglucosamine pyrophosphorylase/glucosamine-1-phosphate N-acetyltransferase GO:0000287|GO:0000902|GO:0003977|GO:0005737|GO:0009103|GO:0009252|GO:0019134 KEGG: 00520+2.3.1.157+2.7.7.23|MetaCyc: PWY-5514 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 PANTHER PTHR43584 1 453 2.0E-176 T 18-09-2021 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 PANTHER PTHR43584:SF3 1 453 2.0E-176 T 18-09-2021 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Gene3D G3DSA:3.90.550.10 1 250 2.2E-79 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 SUPERFAMILY SSF51161 252 444 3.12E-46 T 18-09-2021 IPR011004 Trimeric LpxA-like superfamily +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 316 349 1.8E-7 T 18-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 282 314 2.7E-5 T 18-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Pfam PF00132 Bacterial transferase hexapeptide (six repeats) 393 427 0.0014 T 18-09-2021 IPR001451 Hexapeptide repeat +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 CDD cd02540 GT2_GlmU_N_bac 5 231 2.95714E-118 T 18-09-2021 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Pfam PF00483 Nucleotidyl transferase 4 215 1.1E-25 T 18-09-2021 IPR005835 Nucleotidyl transferase domain GO:0009058|GO:0016779 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 TIGRFAM TIGR01173 glmU: UDP-N-acetylglucosamine diphosphorylase/glucosamine-1-phosphate N-acetyltransferase 4 452 1.5E-175 T 18-09-2021 IPR005882 Bifunctional UDP-N-acetylglucosamine pyrophosphorylase/glucosamine-1-phosphate N-acetyltransferase GO:0000287|GO:0000902|GO:0003977|GO:0005737|GO:0009103|GO:0009252|GO:0019134 KEGG: 00520+2.3.1.157+2.7.7.23|MetaCyc: PWY-5514 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 CDD cd03353 LbH_GlmU_C 250 441 4.03883E-105 T 18-09-2021 IPR038009 GlmU, C-terminal LbH domain GO:0003977|GO:0006048|GO:0019134 KEGG: 00520+2.3.1.157+2.7.7.23|MetaCyc: PWY-5514 +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 SUPERFAMILY SSF53448 1 252 1.62E-66 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00682 41956161ad2965cf7f133d54072fc453 457 Gene3D G3DSA:2.160.10.10 251 437 3.1E-50 T 18-09-2021 +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 SMART SM00116 12 60 1.1E-4 T 18-09-2021 IPR000644 CBS domain +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 SMART SM00116 83 129 56.0 T 18-09-2021 IPR000644 CBS domain +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 ProSiteProfiles PS51371 CBS domain profile. 7 67 11.748 T 18-09-2021 IPR000644 CBS domain +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 Pfam PF00571 CBS domain 11 57 8.8E-9 T 18-09-2021 IPR000644 CBS domain +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 Pfam PF00571 CBS domain 83 127 4.4E-7 T 18-09-2021 IPR000644 CBS domain +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 SUPERFAMILY SSF54631 1 131 3.41E-30 T 18-09-2021 +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 PANTHER PTHR43080:SF7 12 136 1.8E-16 T 18-09-2021 +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 CDD cd09834 CBS_pair_bac 10 127 7.28471E-70 T 18-09-2021 +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 ProSiteProfiles PS51371 CBS domain profile. 70 135 7.905 T 18-09-2021 IPR000644 CBS domain +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 Gene3D G3DSA:3.10.580.10 1 141 5.6E-45 T 18-09-2021 +MGYG000000001_00528 08a167807038606a2f59ec4bbeb250e9 142 PANTHER PTHR43080 12 136 1.8E-16 T 18-09-2021 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 SUPERFAMILY SSF51998 125 690 2.29E-142 T 18-09-2021 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 Pfam PF13597 Anaerobic ribonucleoside-triphosphate reductase 119 708 1.8E-169 T 18-09-2021 IPR012833 Ribonucleoside-triphosphate reductase, anaerobic GO:0006260|GO:0008998|GO:0016491|GO:0055114 KEGG: 00230+1.1.98.6|KEGG: 00240+1.1.98.6|MetaCyc: PWY-7187|MetaCyc: PWY-7220|MetaCyc: PWY-7222 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 TIGRFAM TIGR02487 NrdD: anaerobic ribonucleoside-triphosphate reductase 118 708 6.2E-141 T 18-09-2021 IPR012833 Ribonucleoside-triphosphate reductase, anaerobic GO:0006260|GO:0008998|GO:0016491|GO:0055114 KEGG: 00230+1.1.98.6|KEGG: 00240+1.1.98.6|MetaCyc: PWY-7187|MetaCyc: PWY-7220|MetaCyc: PWY-7222 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 Pfam PF03477 ATP cone domain 6 90 2.5E-12 T 18-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 ProSiteProfiles PS51161 ATP-cone domain profile. 5 96 12.982 T 18-09-2021 IPR005144 ATP-cone domain Reactome: R-HSA-499943 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 Gene3D G3DSA:3.20.70.20 124 693 4.7E-191 T 18-09-2021 +MGYG000000001_03002 dd5ea1b1aaaf32a94e66632c18a4fda2 709 PANTHER PTHR21075 6 705 2.0E-133 T 18-09-2021 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 Gene3D G3DSA:3.40.1010.10 2 113 1.5E-31 T 18-09-2021 IPR014777 Tetrapyrrole methylase, subdomain 1 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 ProSitePatterns PS00839 Uroporphyrin-III C-methyltransferase signature 1. 9 23 - T 18-09-2021 IPR003043 Uroporphiryn-III C-methyltransferase, conserved site GO:0008168|GO:0055114 KEGG: 00860+4.99.1.4+1.3.1.76+2.1.1.107|MetaCyc: PWY-5194|MetaCyc: PWY-5196|MetaCyc: PWY-7377 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 Pfam PF00590 Tetrapyrrole (Corrin/Porphyrin) Methylases 5 211 5.4E-43 T 18-09-2021 IPR000878 Tetrapyrrole methylase GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 CDD cd11641 Precorrin-4_C11-MT 6 233 2.83498E-158 T 18-09-2021 IPR006362 Cobalamin (vitamin B12) biosynthesis CobM/CbiF, precorrin-4 C11-methyltransferase GO:0009236|GO:0046026 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 PANTHER PTHR45790 3 251 4.9E-106 T 18-09-2021 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 PANTHER PTHR45790:SF4 3 251 4.9E-106 T 18-09-2021 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 TIGRFAM TIGR01465 cobM_cbiF: precorrin-4 C11-methyltransferase 6 251 4.6E-108 T 18-09-2021 IPR006362 Cobalamin (vitamin B12) biosynthesis CobM/CbiF, precorrin-4 C11-methyltransferase GO:0009236|GO:0046026 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 Gene3D G3DSA:3.30.950.10 114 233 4.1E-52 T 18-09-2021 IPR014776 Tetrapyrrole methylase, subdomain 2 GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02188 eed4d35add83c4b91aca2c74f5568a26 252 SUPERFAMILY SSF53790 1 251 2.09E-69 T 18-09-2021 IPR035996 Tetrapyrrole methylase superfamily GO:0008168 Reactome: R-HSA-5358493 +MGYG000000001_02515 0fb884caebf8c84f7ac185c32684449f 490 Pfam PF09547 Stage IV sporulation protein A (spore_IV_A) 2 490 4.9E-222 T 18-09-2021 IPR014201 Sporulation stage IV, protein A GO:0005524|GO:0016887|GO:0043934 KEGG: 00230+3.6.1.3 +MGYG000000001_02515 0fb884caebf8c84f7ac185c32684449f 490 PIRSF PIRSF007466 1 490 4.4E-224 T 18-09-2021 IPR014201 Sporulation stage IV, protein A GO:0005524|GO:0016887|GO:0043934 KEGG: 00230+3.6.1.3 +MGYG000000001_02515 0fb884caebf8c84f7ac185c32684449f 490 TIGRFAM TIGR02836 spore_IV_A: stage IV sporulation protein A 3 490 4.4E-219 T 18-09-2021 IPR014201 Sporulation stage IV, protein A GO:0005524|GO:0016887|GO:0043934 KEGG: 00230+3.6.1.3 +MGYG000000001_02515 0fb884caebf8c84f7ac185c32684449f 490 CDD cd00882 Ras_like_GTPase 19 231 1.93568E-6 T 18-09-2021 +MGYG000000001_02515 0fb884caebf8c84f7ac185c32684449f 490 Gene3D G3DSA:3.40.50.300 8 235 2.0E-14 T 18-09-2021 +MGYG000000001_02515 0fb884caebf8c84f7ac185c32684449f 490 SUPERFAMILY SSF52540 16 253 1.98E-18 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 PANTHER PTHR11749:SF7 2 214 1.1E-94 T 17-09-2021 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 SUPERFAMILY SSF51366 1 214 7.4E-80 T 17-09-2021 IPR011060 Ribulose-phosphate binding barrel GO:0003824 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 ProSitePatterns PS01085 Ribulose-phosphate 3-epimerase family signature 1. 31 45 - T 17-09-2021 IPR000056 Ribulose-phosphate 3-epimerase-like GO:0005975|GO:0016857 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 ProSitePatterns PS01086 Ribulose-phosphate 3-epimerase family signature 2. 133 155 - T 17-09-2021 IPR000056 Ribulose-phosphate 3-epimerase-like GO:0005975|GO:0016857 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 PIRSF PIRSF001461 1 218 2.6E-96 T 17-09-2021 IPR026019 Ribulose-phosphate 3-epimerase GO:0004750|GO:0006098 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 Pfam PF00834 Ribulose-phosphate 3 epimerase family 3 200 2.1E-83 T 17-09-2021 IPR000056 Ribulose-phosphate 3-epimerase-like GO:0005975|GO:0016857 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 PANTHER PTHR11749 2 214 1.1E-94 T 17-09-2021 IPR000056 Ribulose-phosphate 3-epimerase-like GO:0005975|GO:0016857 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 Gene3D G3DSA:3.20.20.70 1 217 3.9E-92 T 17-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 TIGRFAM TIGR01163 rpe: ribulose-phosphate 3-epimerase 3 212 1.5E-90 T 17-09-2021 IPR000056 Ribulose-phosphate 3-epimerase-like GO:0005975|GO:0016857 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02157 f8f405b4a0e6780b10b8f002c1988b2f 218 CDD cd00429 RPE 3 213 5.40075E-128 T 17-09-2021 IPR000056 Ribulose-phosphate 3-epimerase-like GO:0005975|GO:0016857 KEGG: 00030+5.1.3.1|KEGG: 00040+5.1.3.1|KEGG: 00710+5.1.3.1|MetaCyc: PWY-1861|MetaCyc: PWY-5723|Reactome: R-HSA-71336 +MGYG000000001_02125 2d58b853bf714ba9dc655abdfe9437aa 141 PANTHER PTHR42252 2 128 6.9E-24 T 17-09-2021 +MGYG000000001_02125 2d58b853bf714ba9dc655abdfe9437aa 141 Pfam PF18481 Domain of unknown function (DUF5616) 1 123 8.9E-43 T 17-09-2021 IPR041652 Domain of unknown function DUF5616 +MGYG000000001_02319 1219ab66104f75e889b35b516379cc4a 400 Coils Coil 381 400 - T 17-09-2021 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 PIRSF PIRSF002741 1 552 3.8E-70 T 17-09-2021 IPR030678 Peptide/nickel binding protein, MppA-type GO:0043190|GO:0055085 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 PANTHER PTHR30290 1 544 6.4E-64 T 17-09-2021 IPR039424 Solute-binding protein family 5 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 CDD cd00995 PBP2_NikA_DppA_OppA_like 70 533 1.03702E-87 T 17-09-2021 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 Gene3D G3DSA:3.10.105.10 299 519 1.7E-79 T 17-09-2021 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 Pfam PF00496 Bacterial extracellular solute-binding proteins, family 5 Middle 88 425 2.0E-62 T 17-09-2021 IPR000914 Solute-binding protein family 5 domain +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 Gene3D G3DSA:3.90.76.10 71 206 1.7E-79 T 17-09-2021 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 Gene3D G3DSA:3.40.190.10 67 533 1.7E-79 T 17-09-2021 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 Coils Coil 478 498 - T 17-09-2021 +MGYG000000001_01961 48157143b8a3b55e3668862605757b2d 555 SUPERFAMILY SSF53850 63 551 5.43E-83 T 17-09-2021 +MGYG000000001_01993 c25d10a11f483c65513df8ce4379c6b7 273 Pfam PF04227 Indigoidine synthase A like protein 11 248 4.1E-79 T 17-09-2021 IPR007342 Pseudouridine-5'-phosphate glycosidase GO:0016798 KEGG: 00240+4.2.1.70|MetaCyc: PWY-6019 +MGYG000000001_01993 c25d10a11f483c65513df8ce4379c6b7 273 PANTHER PTHR42909 5 245 2.2E-75 T 17-09-2021 IPR007342 Pseudouridine-5'-phosphate glycosidase GO:0016798 KEGG: 00240+4.2.1.70|MetaCyc: PWY-6019 +MGYG000000001_01993 c25d10a11f483c65513df8ce4379c6b7 273 Gene3D G3DSA:3.40.1790.10 2 250 1.3E-83 T 17-09-2021 IPR022830 Indigoidine synthase A-like GO:0016798 KEGG: 00240+4.2.1.70|MetaCyc: PWY-6019 +MGYG000000001_01993 c25d10a11f483c65513df8ce4379c6b7 273 SUPERFAMILY SSF110581 4 266 1.07E-73 T 17-09-2021 IPR022830 Indigoidine synthase A-like GO:0016798 KEGG: 00240+4.2.1.70|MetaCyc: PWY-6019 +MGYG000000001_01897 07125333d73fd3204da91263fc5054b8 88 CDD cd17332 MFS_MelB_like 16 74 8.97444E-4 T 17-09-2021 +MGYG000000001_01897 07125333d73fd3204da91263fc5054b8 88 Pfam PF13347 MFS/sugar transport protein 9 85 1.9E-9 T 17-09-2021 +MGYG000000001_01929 3324283d742ecd93d6e5f9ecf7f3c517 102 Pfam PF06196 Protein of unknown function (DUF997) 14 87 1.2E-27 T 17-09-2021 IPR010398 Protein of unknown function DUF997 +MGYG000000001_01929 3324283d742ecd93d6e5f9ecf7f3c517 102 PANTHER PTHR39174 8 88 2.6E-25 T 17-09-2021 IPR010398 Protein of unknown function DUF997 +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 SUPERFAMILY SSF53335 12 160 5.58E-28 T 17-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 Gene3D G3DSA:3.40.50.150 1 186 2.4E-60 T 17-09-2021 +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 PANTHER PTHR43182 3 183 3.1E-59 T 17-09-2021 +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 TIGRFAM TIGR02469 CbiT: precorrin-6Y C5,15-methyltransferase (decarboxylating), CbiT subunit 12 131 9.8E-37 T 17-09-2021 IPR014008 Cobalamin biosynthesis, precorrin-6Y methyltransferase, CbiT subunit GO:0008276|GO:0009236 KEGG: 00860+2.1.1.196|MetaCyc: PWY-7377 +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 PANTHER PTHR43182:SF1 3 183 3.1E-59 T 17-09-2021 +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 CDD cd02440 AdoMet_MTases 33 133 1.78149E-11 T 17-09-2021 +MGYG000000001_02189 d9d7a6bdfdab51604a01b5b3275a5cfe 186 Pfam PF05175 Methyltransferase small domain 25 101 2.2E-9 T 17-09-2021 IPR007848 Methyltransferase small domain GO:0008168 +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 PIRSF PIRSF000216 2 164 2.1E-57 T 17-09-2021 IPR002023 NADH-quinone oxidoreductase subunit E-like GO:0016491|GO:0055114 Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 PANTHER PTHR43342:SF2 8 159 1.5E-65 T 17-09-2021 IPR028431 NADP-reducing hydrogenase subunit HndA MetaCyc: PWY-6512|MetaCyc: PWY-6765 +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 Gene3D G3DSA:1.10.10.1590 4 75 1.1E-14 T 17-09-2021 IPR041921 NADH-quinone oxidoreductase subunit E, N-terminal Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 CDD cd03064 TRX_Fd_NuoE 79 158 3.6357E-37 T 17-09-2021 IPR042128 NuoE domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 SUPERFAMILY SSF52833 9 160 1.12E-53 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 Pfam PF01257 Thioredoxin-like [2Fe-2S] ferredoxin 16 158 4.4E-52 T 17-09-2021 +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 Gene3D G3DSA:3.40.30.10 76 158 2.1E-32 T 17-09-2021 IPR036249 Thioredoxin-like superfamily +MGYG000000001_02611 21a519eadd270905083de3739c8db5e6 165 PANTHER PTHR43342 8 159 1.5E-65 T 17-09-2021 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 ProSitePatterns PS00184 Phosphoribosylglycinamide synthetase signature. 287 294 - T 18-09-2021 IPR020559 Phosphoribosylglycinamide synthetase, conserved site GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Hamap MF_00138 Phosphoribosylamine--glycine ligase [purD]. 1 416 39.527 T 18-09-2021 IPR000115 Phosphoribosylglycinamide synthetase GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 SUPERFAMILY SSF52440 1 101 1.28E-35 T 18-09-2021 IPR016185 Pre-ATP-grasp domain superfamily +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 SMART SM01210 327 416 4.6E-43 T 18-09-2021 IPR020560 Phosphoribosylglycinamide synthetase, C-domain GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Gene3D G3DSA:3.30.470.20 189 326 6.6E-49 T 18-09-2021 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Pfam PF02843 Phosphoribosylglycinamide synthetase, C domain 328 415 1.5E-29 T 18-09-2021 IPR020560 Phosphoribosylglycinamide synthetase, C-domain GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Pfam PF01071 Phosphoribosylglycinamide synthetase, ATP-grasp (A) domain 101 293 4.6E-77 T 18-09-2021 IPR020561 Phosphoribosylglycinamide synthetase, ATP-grasp (A) domain KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 SUPERFAMILY SSF56059 102 322 4.24E-59 T 18-09-2021 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Gene3D G3DSA:3.90.600.10 327 416 5.7E-35 T 18-09-2021 IPR037123 Phosphoribosylglycinamide synthetase, C-domain superfamily GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Gene3D G3DSA:3.30.1490.20 119 188 8.3E-28 T 18-09-2021 IPR013815 ATP-grasp fold, subdomain 1 GO:0005524 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 SUPERFAMILY SSF51246 326 415 4.5E-28 T 18-09-2021 IPR011054 Rudiment single hybrid motif Reactome: R-HSA-196780 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 ProSiteProfiles PS50975 ATP-grasp fold profile. 107 313 43.336 T 18-09-2021 IPR011761 ATP-grasp fold GO:0005524|GO:0046872 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 PANTHER PTHR43472 1 415 3.0E-172 T 18-09-2021 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 TIGRFAM TIGR00877 purD: phosphoribosylamine--glycine ligase 1 415 7.8E-162 T 18-09-2021 IPR000115 Phosphoribosylglycinamide synthetase GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 SMART SM01209 101 293 2.2E-119 T 18-09-2021 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Gene3D G3DSA:3.40.50.20 1 93 2.3E-37 T 18-09-2021 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 Pfam PF02844 Phosphoribosylglycinamide synthetase, N domain 1 100 1.5E-36 T 18-09-2021 IPR020562 Phosphoribosylglycinamide synthetase, N-terminal GO:0004637|GO:0009113 KEGG: 00230+6.3.4.13|MetaCyc: PWY-6121|MetaCyc: PWY-6122|MetaCyc: PWY-6277|Reactome: R-HSA-73817 +MGYG000000001_01555 eec6d10e14557b91c0943a335aa1d35d 416 PANTHER PTHR43472:SF1 1 415 3.0E-172 T 18-09-2021 +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 Gene3D G3DSA:3.40.250.10 1 100 6.5E-26 T 18-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 ProSiteProfiles PS50206 Rhodanese domain profile. 17 100 17.446 T 18-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 PANTHER PTHR43031 3 97 6.8E-24 T 18-09-2021 +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 PANTHER PTHR43031:SF1 3 97 6.8E-24 T 18-09-2021 +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 CDD cd00158 RHOD 10 99 4.98054E-30 T 18-09-2021 +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 SUPERFAMILY SSF52821 3 98 3.54E-28 T 18-09-2021 IPR036873 Rhodanese-like domain superfamily +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 SMART SM00450 7 99 6.8E-14 T 18-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_03076 9907b413608f37db7d0c4d40d9bbc7e6 100 Pfam PF00581 Rhodanese-like domain 13 97 4.5E-13 T 18-09-2021 IPR001763 Rhodanese-like domain +MGYG000000001_02136 0a24442e9fabf1a6084351434235f046 91 Pfam PF06961 Protein of unknown function (DUF1294) 13 67 5.3E-25 T 18-09-2021 IPR010718 Protein of unknown function DUF1294 +MGYG000000001_02136 0a24442e9fabf1a6084351434235f046 91 PIRSF PIRSF002599 2 88 1.6E-9 T 18-09-2021 IPR012156 Cold shock, CspA GO:0003676 +MGYG000000001_01476 068e85d00865b114b38b5396da6ee000 435 PANTHER PTHR33362 6 432 1.3E-139 T 18-09-2021 IPR004681 TRAP transporter large membrane protein DctM GO:0016021 +MGYG000000001_01476 068e85d00865b114b38b5396da6ee000 435 TIGRFAM TIGR00786 dctM: TRAP transporter, DctM subunit 22 429 8.6E-134 T 18-09-2021 IPR004681 TRAP transporter large membrane protein DctM GO:0016021 +MGYG000000001_01476 068e85d00865b114b38b5396da6ee000 435 PANTHER PTHR33362:SF2 6 432 1.3E-139 T 18-09-2021 +MGYG000000001_01476 068e85d00865b114b38b5396da6ee000 435 Pfam PF06808 Tripartite ATP-independent periplasmic transporter, DctM component 16 423 6.0E-118 T 18-09-2021 IPR010656 TRAP C4-dicarboxylate transport system permease DctM subunit +MGYG000000001_01476 068e85d00865b114b38b5396da6ee000 435 PIRSF PIRSF006066 6 435 2.3E-153 T 18-09-2021 IPR004681 TRAP transporter large membrane protein DctM GO:0016021 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Hamap MF_00059 DNA-directed RNA polymerase subunit alpha [rpoA]. 1 313 37.637 T 18-09-2021 IPR011773 DNA-directed RNA polymerase, alpha subunit GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Pfam PF01193 RNA polymerase Rpb3/Rpb11 dimerisation domain 26 221 2.3E-24 T 18-09-2021 IPR011263 DNA-directed RNA polymerase, RpoA/D/Rpb3-type GO:0003899|GO:0006351 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 SUPERFAMILY SSF56553 50 171 1.23E-41 T 18-09-2021 IPR036643 DNA-directed RNA polymerase, insert domain superfamily +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 SUPERFAMILY SSF55257 5 230 3.66E-33 T 18-09-2021 IPR036603 RNA polymerase, RBP11-like subunit GO:0006351|GO:0046983 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 PANTHER PTHR32108 15 312 1.5E-109 T 18-09-2021 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 SMART SM00662 20 227 3.5E-95 T 18-09-2021 IPR011263 DNA-directed RNA polymerase, RpoA/D/Rpb3-type GO:0003899|GO:0006351 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 CDD cd06928 RNAP_alpha_NTD 16 224 2.97444E-114 T 18-09-2021 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Gene3D G3DSA:2.170.120.12 50 170 1.5E-88 T 18-09-2021 IPR036643 DNA-directed RNA polymerase, insert domain superfamily +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 TIGRFAM TIGR02027 rpoA: DNA-directed RNA polymerase, alpha subunit 20 311 3.9E-124 T 18-09-2021 IPR011773 DNA-directed RNA polymerase, alpha subunit GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Pfam PF03118 Bacterial RNA polymerase, alpha chain C terminal domain 240 305 1.1E-28 T 18-09-2021 IPR011260 RNA polymerase, alpha subunit, C-terminal GO:0003677|GO:0003899|GO:0006351 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Gene3D G3DSA:3.30.1360.10 18 220 1.5E-88 T 18-09-2021 IPR036603 RNA polymerase, RBP11-like subunit GO:0006351|GO:0046983 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 SUPERFAMILY SSF47789 247 311 6.93E-25 T 18-09-2021 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Gene3D G3DSA:1.10.150.20 237 314 9.5E-34 T 18-09-2021 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 Pfam PF01000 RNA polymerase Rpb3/RpoA insert domain 59 152 7.1E-23 T 18-09-2021 IPR011262 DNA-directed RNA polymerase, insert domain GO:0003899|GO:0006351|GO:0046983 +MGYG000000001_02563 70701c0688614a8b72e793638bb72ea9 315 PANTHER PTHR32108:SF0 15 312 1.5E-109 T 18-09-2021 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 Pfam PF01016 Ribosomal L27 protein 10 89 7.1E-37 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 PRINTS PR00063 Ribosomal protein L27 signature 12 36 4.2E-40 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 PRINTS PR00063 Ribosomal protein L27 signature 37 61 4.2E-40 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 PRINTS PR00063 Ribosomal protein L27 signature 62 86 4.2E-40 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 Gene3D G3DSA:2.40.50.100 28 93 3.9E-29 T 17-09-2021 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 Hamap MF_00539 50S ribosomal protein L27 [rpmA]. 9 92 28.172 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 ProSitePatterns PS00831 Ribosomal protein L27 signature. 42 56 - T 17-09-2021 IPR018261 Ribosomal protein L27, conserved site GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 SUPERFAMILY SSF110324 10 91 1.33E-33 T 17-09-2021 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 PANTHER PTHR15893 9 93 9.4E-44 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00289 cb4036244c51be7f8a433eaa9b18d705 97 TIGRFAM TIGR00062 L27: ribosomal protein bL27 10 89 1.6E-40 T 17-09-2021 IPR001684 Ribosomal protein L27 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 Pfam PF12161 HsdM N-terminal domain 7 133 1.4E-24 T 18-09-2021 IPR022749 N6 adenine-specific DNA methyltransferase, N-terminal domain +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 192 206 1.6E-20 T 18-09-2021 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 300 324 1.6E-20 T 18-09-2021 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 266 278 1.6E-20 T 18-09-2021 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 PRINTS PR00507 N12 class N6 adenine-specific DNA methyltransferase signature 169 185 1.6E-20 T 18-09-2021 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 Coils Coil 465 485 - T 18-09-2021 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 SUPERFAMILY SSF53335 7 496 1.1E-148 T 18-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 Pfam PF02384 N-6 DNA Methylase 145 457 3.4E-119 T 18-09-2021 IPR003356 DNA methylase, adenine-specific GO:0003677|GO:0006306|GO:0008170 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 ProSitePatterns PS00092 N-6 Adenine-specific DNA methylases signature. 269 275 - T 18-09-2021 IPR002052 DNA methylase, N-6 adenine-specific, conserved site GO:0003676|GO:0008168|GO:0032259 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 Gene3D G3DSA:3.40.50.150 146 440 5.0E-122 T 18-09-2021 +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 Gene3D G3DSA:1.20.1260.30 3 136 2.0E-44 T 18-09-2021 IPR038333 N6 adenine-specific DNA methyltransferase, N-terminal domain superfamily +MGYG000000001_00620 a48d424df451e7280f0dcf5abf2c9875 497 PANTHER PTHR42998 5 493 8.0E-162 T 18-09-2021 +MGYG000000001_01130 619526abc3f8585b72e4bc7e644d4123 263 Pfam PF03374 Phage antirepressor protein KilAC domain 147 255 5.0E-35 T 18-09-2021 IPR005039 Antirepressor protein, C-terminal GO:0003677 +MGYG000000001_01130 619526abc3f8585b72e4bc7e644d4123 263 PANTHER PTHR36180:SF1 9 178 2.8E-28 T 18-09-2021 +MGYG000000001_01130 619526abc3f8585b72e4bc7e644d4123 263 Pfam PF08346 AntA/AntB antirepressor 27 99 1.7E-23 T 18-09-2021 IPR013557 AntA/AntB antirepressor +MGYG000000001_01130 619526abc3f8585b72e4bc7e644d4123 263 Coils Coil 127 147 - T 18-09-2021 +MGYG000000001_01130 619526abc3f8585b72e4bc7e644d4123 263 PANTHER PTHR36180 9 178 2.8E-28 T 18-09-2021 +MGYG000000001_01130 619526abc3f8585b72e4bc7e644d4123 263 CDD cd10911 PIN_LabA 183 204 0.00502066 T 18-09-2021 +MGYG000000001_02708 3c77b143e24e78dd4f298926cc1a44fa 249 Pfam PF01261 Xylose isomerase-like TIM barrel 27 212 1.2E-13 T 18-09-2021 IPR013022 Xylose isomerase-like, TIM barrel domain +MGYG000000001_02708 3c77b143e24e78dd4f298926cc1a44fa 249 Gene3D G3DSA:3.20.20.150 1 248 1.9E-29 T 18-09-2021 +MGYG000000001_02708 3c77b143e24e78dd4f298926cc1a44fa 249 SUPERFAMILY SSF51658 39 241 4.28E-24 T 18-09-2021 IPR036237 Xylose isomerase-like superfamily +MGYG000000001_01970 5e835939be005dab9cec0912233277e4 256 PANTHER PTHR32502 2 246 2.7E-95 T 18-09-2021 +MGYG000000001_01970 5e835939be005dab9cec0912233277e4 256 Pfam PF03609 PTS system sorbose-specific iic component 2 234 6.2E-72 T 18-09-2021 IPR004700 Phosphotransferase system, mannose/fructose/sorbose family, IIC subunit GO:0009401|GO:0016021 +MGYG000000001_01970 5e835939be005dab9cec0912233277e4 256 PANTHER PTHR32502:SF8 2 246 2.7E-95 T 18-09-2021 +MGYG000000001_01970 5e835939be005dab9cec0912233277e4 256 ProSiteProfiles PS51106 PTS_EIIC type-4 domain profile. 1 234 53.012 T 18-09-2021 IPR004700 Phosphotransferase system, mannose/fructose/sorbose family, IIC subunit GO:0009401|GO:0016021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 PANTHER PTHR11938:SF130 4 409 1.2E-97 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 PANTHER PTHR11938 4 409 1.2E-97 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 SUPERFAMILY SSF51971 107 340 2.35E-52 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 PRINTS PR00419 Adrenodoxin reductase family signature 132 145 1.4E-17 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 PRINTS PR00419 Adrenodoxin reductase family signature 238 252 1.4E-17 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 PRINTS PR00419 Adrenodoxin reductase family signature 109 131 1.4E-17 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 SUPERFAMILY SSF51971 312 396 2.0E-6 T 18-09-2021 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 Pfam PF07992 Pyridine nucleotide-disulphide oxidoreductase 109 396 2.9E-33 T 18-09-2021 IPR023753 FAD/NAD(P)-binding domain GO:0016491|GO:0055114 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 Gene3D G3DSA:3.50.50.60 233 418 6.1E-27 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 Gene3D G3DSA:3.50.50.60 109 224 3.8E-32 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 Pfam PF14691 Dihydroprymidine dehydrogenase domain II, 4Fe-4S cluster 4 90 1.0E-23 T 18-09-2021 IPR028261 Dihydroprymidine dehydrogenase domain II Reactome: R-HSA-73621 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 SUPERFAMILY SSF46548 5 118 4.71E-21 T 18-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_00992 b7fa66ff6054080bf0e6dfff5a102941 419 Gene3D G3DSA:1.10.1060.10 1 108 3.7E-27 T 18-09-2021 IPR009051 Alpha-helical ferredoxin GO:0051536 +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 SUPERFAMILY SSF52949 105 284 8.58E-51 T 18-09-2021 +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 PANTHER PTHR11106 82 284 9.4E-63 T 18-09-2021 +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 Pfam PF01661 Macro domain 123 248 6.5E-34 T 18-09-2021 IPR002589 Macro domain +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 PANTHER PTHR11106:SF95 82 284 9.4E-63 T 18-09-2021 +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 ProSiteProfiles PS51154 Macro domain profile. 94 285 24.815 T 18-09-2021 IPR002589 Macro domain +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 SMART SM00506 106 248 6.8E-23 T 18-09-2021 IPR002589 Macro domain +MGYG000000001_01238 7b5798fbc2e42ef8889a0a600576f725 285 Gene3D G3DSA:3.40.220.10 75 285 7.2E-66 T 18-09-2021 +MGYG000000001_02047 0181843a03361ee710a5f19f60d1718e 92 SUPERFAMILY SSF46785 10 80 2.03E-7 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_02047 0181843a03361ee710a5f19f60d1718e 92 Gene3D G3DSA:1.10.10.10 15 70 9.8E-7 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 Gene3D G3DSA:3.40.630.10 16 376 6.3E-134 T 18-09-2021 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 CDD cd03886 M20_Acy1 16 389 8.78531E-166 T 18-09-2021 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 TIGRFAM TIGR01891 amidohydrolases: amidohydrolase 16 379 4.7E-108 T 18-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 PIRSF PIRSF005962 1 393 7.0E-127 T 18-09-2021 IPR017439 Amidohydrolase GO:0016787 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 PANTHER PTHR11014:SF63 10 393 9.1E-124 T 18-09-2021 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 Gene3D G3DSA:3.30.70.360 184 300 6.3E-134 T 18-09-2021 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 SUPERFAMILY SSF55031 184 304 3.01E-25 T 18-09-2021 IPR036264 Bacterial exopeptidase dimerisation domain +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 PANTHER PTHR11014 10 393 9.1E-124 T 18-09-2021 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 Pfam PF01546 Peptidase family M20/M25/M40 74 388 6.5E-36 T 18-09-2021 IPR002933 Peptidase M20 GO:0016787 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 SUPERFAMILY SSF53187 3 392 1.89E-85 T 18-09-2021 +MGYG000000001_02393 2a42d84d49a9cbffcc818ddce7bc2db1 393 Pfam PF07687 Peptidase dimerisation domain 189 282 1.4E-10 T 18-09-2021 IPR011650 Peptidase M20, dimerisation domain +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 TIGRFAM TIGR00238 TIGR00238: KamA family protein 45 369 4.6E-105 T 18-09-2021 IPR003739 Lysine-2,3-aminomutase/glutamate 2,3-aminomutase +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 TIGRFAM TIGR04368 Glu_2_3_NH3_mut: glutamate 2,3-aminomutase 4 405 3.9E-213 T 18-09-2021 IPR030801 Glutamate 2,3-aminomutase GO:0016869 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 CDD cd01335 Radical_SAM 158 352 1.73939E-13 T 18-09-2021 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 PANTHER PTHR30538 48 408 9.4E-132 T 18-09-2021 IPR003739 Lysine-2,3-aminomutase/glutamate 2,3-aminomutase +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 SFLD SFLDG01070 PLP-dependent 3 407 0.0 T 18-09-2021 IPR003739 Lysine-2,3-aminomutase/glutamate 2,3-aminomutase +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 Coils Coil 71 91 - T 18-09-2021 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 Pfam PF12544 Lysine-2,3-aminomutase 351 404 5.6E-16 T 18-09-2021 IPR025895 Lysine-2,3-aminomutase, C-terminal domain +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 Gene3D G3DSA:3.20.20.70 94 378 3.7E-111 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 PANTHER PTHR30538:SF1 48 408 9.4E-132 T 18-09-2021 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 SFLD SFLDF00290 glutamate 2,3-aminomutase 3 407 0.0 T 18-09-2021 IPR030801 Glutamate 2,3-aminomutase GO:0016869 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 SUPERFAMILY SSF102114 148 387 4.05E-35 T 18-09-2021 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 PIRSF PIRSF004911 33 426 4.9E-139 T 18-09-2021 IPR003739 Lysine-2,3-aminomutase/glutamate 2,3-aminomutase +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 Pfam PF04055 Radical SAM superfamily 158 309 2.2E-11 T 18-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00999 11d372ae566bf557758a2499482b4b23 434 Pfam PF13394 4Fe-4S single cluster domain 160 245 6.5E-6 T 18-09-2021 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 3 245 26.451 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 PANTHER PTHR43553:SF16 3 266 2.3E-89 T 18-09-2021 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 Pfam PF00005 ABC transporter 23 173 2.6E-31 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 SMART SM00382 32 224 3.3E-13 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 Gene3D G3DSA:3.40.50.300 1 287 7.5E-82 T 18-09-2021 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 CDD cd03225 ABC_cobalt_CbiO_domain1 4 222 1.22976E-99 T 18-09-2021 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 PANTHER PTHR43553 3 266 2.3E-89 T 18-09-2021 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 TIGRFAM TIGR04521 ECF_ATPase_2: energy-coupling factor transporter ATPase 3 279 1.5E-120 T 18-09-2021 IPR030946 Energy-coupling factor transporter ATP-binding protein EcfA2 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 ProSitePatterns PS00211 ABC transporters family signature. 145 159 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 SUPERFAMILY SSF52540 3 236 9.1E-62 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02560 17d29935e589fc6544b679f81ff335c2 288 ProSiteProfiles PS51246 Cobalt import ATP-binding protein cbiO. 2 227 97.975 T 18-09-2021 IPR015856 ABC transporter, CbiO/EcfA subunit GO:0005524|GO:0016020|GO:0055085 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 Pfam PF03602 Conserved hypothetical protein 95 1 181 2.4E-60 T 18-09-2021 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 Gene3D G3DSA:3.40.50.150 1 187 1.6E-63 T 18-09-2021 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 PANTHER PTHR43542 1 184 6.3E-61 T 18-09-2021 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 PIRSF PIRSF004553 1 184 1.7E-56 T 18-09-2021 IPR004398 RNA methyltransferase, RsmD GO:0008168|GO:0031167 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 CDD cd02440 AdoMet_MTases 44 150 1.95073E-10 T 18-09-2021 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 PANTHER PTHR43542:SF1 1 184 6.3E-61 T 18-09-2021 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 TIGRFAM TIGR00095 TIGR00095: 16S rRNA (guanine(966)-N(2))-methyltransferase RsmD 2 181 2.8E-55 T 18-09-2021 IPR004398 RNA methyltransferase, RsmD GO:0008168|GO:0031167 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 Coils Coil 185 187 - T 18-09-2021 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 ProSitePatterns PS00092 N-6 Adenine-specific DNA methylases signature. 117 123 - T 18-09-2021 IPR002052 DNA methylase, N-6 adenine-specific, conserved site GO:0003676|GO:0008168|GO:0032259 +MGYG000000001_02164 692d9a7a037066d557e21bec91af6dcd 187 SUPERFAMILY SSF53335 1 181 1.51E-52 T 18-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 Pfam PF01235 Sodium:alanine symporter family 52 448 5.0E-148 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 TIGRFAM TIGR00835 agcS: amino acid carrier protein 15 440 2.8E-156 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PRINTS PR00175 Sodium/alanine symporter signature 183 201 1.3E-56 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PRINTS PR00175 Sodium/alanine symporter signature 89 111 1.3E-56 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PRINTS PR00175 Sodium/alanine symporter signature 306 324 1.3E-56 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PRINTS PR00175 Sodium/alanine symporter signature 409 429 1.3E-56 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PRINTS PR00175 Sodium/alanine symporter signature 211 230 1.3E-56 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PRINTS PR00175 Sodium/alanine symporter signature 350 372 1.3E-56 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PANTHER PTHR30330 3 448 5.8E-179 T 18-09-2021 IPR001463 Sodium:alanine symporter GO:0006814|GO:0015655|GO:0016020|GO:0032328 +MGYG000000001_00985 977339b7f5ca97e1445e599332ed99d5 456 PANTHER PTHR30330:SF3 3 448 5.8E-179 T 18-09-2021 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 6 247 20.989 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 SUPERFAMILY SSF52540 4 236 3.69E-54 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 SUPERFAMILY SSF52540 297 530 1.44E-64 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 CDD cd03225 ABC_cobalt_CbiO_domain1 303 512 8.08937E-98 T 18-09-2021 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 Pfam PF12558 ATP-binding cassette cobalt transporter 237 309 1.2E-22 T 18-09-2021 IPR022216 Putative ABC cobalt transporter +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 SMART SM00382 32 224 1.0E-12 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 SMART SM00382 327 512 8.1E-12 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 PANTHER PTHR43553 1 542 3.3E-231 T 18-09-2021 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 302 535 24.65 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 Gene3D G3DSA:3.40.50.300 299 562 3.6E-69 T 18-09-2021 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 ProSitePatterns PS00211 ABC transporters family signature. 146 160 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 Gene3D G3DSA:3.40.50.300 2 264 1.2E-66 T 18-09-2021 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 CDD cd03225 ABC_cobalt_CbiO_domain1 7 224 1.42951E-87 T 18-09-2021 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 ProSitePatterns PS00211 ABC transporters family signature. 436 450 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 Pfam PF00005 ABC transporter 318 464 4.5E-34 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 Pfam PF00005 ABC transporter 23 173 8.1E-27 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02345 572695758a55607d58b3076669307d43 566 PANTHER PTHR43553:SF14 1 542 3.3E-231 T 18-09-2021 +MGYG000000001_00896 0f74a237f400545dba2f739ec50e4e5d 220 Pfam PF02588 Uncharacterised 5xTM membrane BCR, YitT family COG1284 12 203 6.1E-48 T 18-09-2021 IPR003740 Uncharacterised membrane protein YitT +MGYG000000001_00896 0f74a237f400545dba2f739ec50e4e5d 220 PANTHER PTHR33545 5 210 1.4E-44 T 18-09-2021 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 5 25 2.0E-5 T 18-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 26 44 2.0E-5 T 18-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 PRINTS PR00326 GTP1/OBG GTP-binding protein family signature 52 67 2.0E-5 T 18-09-2021 IPR006073 GTP binding domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 PANTHER PTHR43185 3 700 2.3E-238 T 18-09-2021 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 SUPERFAMILY SSF52540 3 162 2.0E-39 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 Pfam PF07664 Ferrous iron transport protein B C terminus 483 535 6.0E-22 T 18-09-2021 IPR011640 Ferrous iron transport protein B, C-terminal GO:0006826|GO:0015093|GO:0016021 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 Pfam PF17910 FeoB cytosolic helical domain 197 278 3.7E-11 T 18-09-2021 IPR041069 FeoB, cytosolic helical domain +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 Gene3D G3DSA:3.40.50.300 3 181 2.0E-45 T 18-09-2021 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 Pfam PF07670 Nucleoside recognition 541 672 1.0E-27 T 18-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 Pfam PF07670 Nucleoside recognition 378 470 1.5E-15 T 18-09-2021 IPR011642 Nucleoside transporter/FeoB GTPase, Gate domain Reactome: R-HSA-83936 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 Pfam PF02421 Ferrous iron transport protein B 4 156 1.7E-69 T 18-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 CDD cd01879 FeoB 6 163 2.71136E-93 T 18-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 4 155 7.0E-12 T 18-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 ProSiteProfiles PS51711 FeoB-type guanine nucleotide-binding (G) domain profile. 2 163 83.513 T 18-09-2021 IPR030389 FeoB-type guanine nucleotide-binding (G) domain GO:0005525 +MGYG000000001_01170 a421dc28e8d45865d5447e150d6908e7 701 TIGRFAM TIGR00437 feoB: ferrous iron transport protein B 9 668 5.3E-191 T 18-09-2021 IPR003373 Ferrous iron transport protein B GO:0005525|GO:0006826|GO:0015093|GO:0016021 +MGYG000000001_01777 f1a6e6bc562b94b4b9856ca1ffbcd9f4 428 MobiDBLite mobidb-lite consensus disorder prediction 354 428 - T 18-09-2021 +MGYG000000001_01777 f1a6e6bc562b94b4b9856ca1ffbcd9f4 428 Pfam PF06207 Protein of unknown function (DUF1002) 34 256 2.8E-73 T 18-09-2021 IPR009343 Protein of unknown function DUF1002 +MGYG000000001_02314 7790f95b2f2d8021e739c0d1abaded01 309 PANTHER PTHR24960:SF68 11 284 1.7E-34 T 18-09-2021 +MGYG000000001_02314 7790f95b2f2d8021e739c0d1abaded01 309 Pfam PF04015 Domain of unknown function (DUF362) 42 244 5.6E-34 T 18-09-2021 IPR007160 Domain of unknown function DUF362 +MGYG000000001_02314 7790f95b2f2d8021e739c0d1abaded01 309 PANTHER PTHR24960 11 284 1.7E-34 T 18-09-2021 +MGYG000000001_01956 fa255451b456204e89b07de92d684acd 234 CDD cd04729 NanE 4 225 1.08632E-97 T 18-09-2021 IPR007260 Putative N-acetylmannosamine-6-phosphate epimerase GO:0006051|GO:0047465 KEGG: 00520+5.1.3.9 +MGYG000000001_01956 fa255451b456204e89b07de92d684acd 234 Pfam PF04131 Putative N-acetylmannosamine-6-phosphate epimerase 34 230 9.2E-69 T 18-09-2021 IPR007260 Putative N-acetylmannosamine-6-phosphate epimerase GO:0006051|GO:0047465 KEGG: 00520+5.1.3.9 +MGYG000000001_01956 fa255451b456204e89b07de92d684acd 234 Gene3D G3DSA:3.20.20.70 1 231 5.5E-90 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_01956 fa255451b456204e89b07de92d684acd 234 Hamap MF_01235 Putative N-acetylmannosamine-6-phosphate 2-epimerase [nanE]. 8 230 37.842 T 18-09-2021 IPR007260 Putative N-acetylmannosamine-6-phosphate epimerase GO:0006051|GO:0047465 KEGG: 00520+5.1.3.9 +MGYG000000001_01956 fa255451b456204e89b07de92d684acd 234 PANTHER PTHR36204 2 230 2.3E-78 T 18-09-2021 IPR007260 Putative N-acetylmannosamine-6-phosphate epimerase GO:0006051|GO:0047465 KEGG: 00520+5.1.3.9 +MGYG000000001_01956 fa255451b456204e89b07de92d684acd 234 SUPERFAMILY SSF51366 8 228 2.35E-53 T 18-09-2021 IPR011060 Ribulose-phosphate binding barrel GO:0003824 +MGYG000000001_00045 a17fc817293aaa5cc9ec367e02d61a37 530 PIRSF PIRSF038984 1 530 6.0E-240 T 18-09-2021 IPR028348 FAD dependent protein +MGYG000000001_00045 a17fc817293aaa5cc9ec367e02d61a37 530 Gene3D G3DSA:3.30.70.2700 1 79 2.5E-18 T 18-09-2021 +MGYG000000001_00045 a17fc817293aaa5cc9ec367e02d61a37 530 SUPERFAMILY SSF51905 97 525 2.27E-34 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00045 a17fc817293aaa5cc9ec367e02d61a37 530 Gene3D G3DSA:3.50.50.60 82 298 2.8E-80 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00045 a17fc817293aaa5cc9ec367e02d61a37 530 Gene3D G3DSA:3.50.50.60 461 529 1.5E-14 T 18-09-2021 IPR036188 FAD/NAD(P)-binding domain superfamily +MGYG000000001_00045 a17fc817293aaa5cc9ec367e02d61a37 530 PANTHER PTHR42842 1 527 1.5E-185 T 18-09-2021 IPR028348 FAD dependent protein +MGYG000000001_02193 e9260d868dd127e97d7e83899ea1f76f 299 PANTHER PTHR43527 5 280 4.2E-61 T 18-09-2021 +MGYG000000001_02193 e9260d868dd127e97d7e83899ea1f76f 299 PIRSF PIRSF033887 1 283 1.1E-68 T 18-09-2021 IPR012363 Propanediol utilisation/coumermycin biosynthesis, PduX-related KEGG: 00860+2.7.1.177|MetaCyc: PWY-5443 +MGYG000000001_02193 e9260d868dd127e97d7e83899ea1f76f 299 SUPERFAMILY SSF54211 4 127 1.14E-15 T 18-09-2021 IPR020568 Ribosomal protein S5 domain 2-type fold +MGYG000000001_02193 e9260d868dd127e97d7e83899ea1f76f 299 PANTHER PTHR43527:SF1 5 280 4.2E-61 T 18-09-2021 IPR012363 Propanediol utilisation/coumermycin biosynthesis, PduX-related KEGG: 00860+2.7.1.177|MetaCyc: PWY-5443 +MGYG000000001_02193 e9260d868dd127e97d7e83899ea1f76f 299 Pfam PF00288 GHMP kinases N terminal domain 75 118 1.4E-6 T 18-09-2021 IPR006204 GHMP kinase N-terminal domain GO:0005524 +MGYG000000001_02193 e9260d868dd127e97d7e83899ea1f76f 299 Gene3D G3DSA:3.30.230.10 6 149 3.6E-14 T 18-09-2021 IPR014721 Ribosomal protein S5 domain 2-type fold, subgroup +MGYG000000001_00498 0437f738af93482b393a852d6cb73ad3 91 PANTHER PTHR30146:SF110 1 88 1.2E-14 T 18-09-2021 +MGYG000000001_00498 0437f738af93482b393a852d6cb73ad3 91 Gene3D G3DSA:3.40.50.2300 22 90 1.4E-18 T 18-09-2021 +MGYG000000001_00498 0437f738af93482b393a852d6cb73ad3 91 SUPERFAMILY SSF53822 2 89 4.12E-17 T 18-09-2021 IPR028082 Periplasmic binding protein-like I +MGYG000000001_00498 0437f738af93482b393a852d6cb73ad3 91 Gene3D G3DSA:3.40.50.2300 2 21 1.4E-18 T 18-09-2021 +MGYG000000001_00498 0437f738af93482b393a852d6cb73ad3 91 PANTHER PTHR30146 1 88 1.2E-14 T 18-09-2021 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 PIRSF PIRSF000090 1 262 1.3E-79 T 18-09-2021 IPR012255 Electron transfer flavoprotein, beta subunit GO:0009055 Reactome: R-HSA-611105|Reactome: R-HSA-8876725 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 SUPERFAMILY SSF52402 1 258 5.23E-71 T 18-09-2021 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 Coils Coil 249 262 - T 18-09-2021 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 CDD cd01714 ETF_beta 2 205 1.91988E-82 T 18-09-2021 IPR033948 Electron transfer flavoprotein, beta subunit, N-terminal Reactome: R-HSA-611105|Reactome: R-HSA-8876725 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 PANTHER PTHR21294 1 260 1.9E-81 T 18-09-2021 IPR012255 Electron transfer flavoprotein, beta subunit GO:0009055 Reactome: R-HSA-611105|Reactome: R-HSA-8876725 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 SMART SM00893 22 213 5.8E-53 T 18-09-2021 IPR014730 Electron transfer flavoprotein, alpha/beta-subunit, N-terminal Reactome: R-HSA-611105 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 Gene3D G3DSA:3.40.50.620 1 261 1.5E-80 T 18-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 PANTHER PTHR21294:SF17 1 260 1.9E-81 T 18-09-2021 +MGYG000000001_02414 c40e363b29ce1b899805f2a9ebd8e8af 262 Pfam PF01012 Electron transfer flavoprotein domain 22 191 1.2E-42 T 18-09-2021 IPR014730 Electron transfer flavoprotein, alpha/beta-subunit, N-terminal Reactome: R-HSA-611105 +MGYG000000001_00690 5b6ff33259a431bcea704103d46538fe 159 Pfam PF07963 Prokaryotic N-terminal methylation motif 5 29 2.2E-8 T 18-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00690 5b6ff33259a431bcea704103d46538fe 159 ProSitePatterns PS00409 Prokaryotic N-terminal methylation site. 8 28 - T 18-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00690 5b6ff33259a431bcea704103d46538fe 159 TIGRFAM TIGR02532 IV_pilin_GFxxxE: prepilin-type N-terminal cleavage/methylation domain 8 27 4.5E-7 T 18-09-2021 IPR012902 Prokaryotic N-terminal methylation site +MGYG000000001_00240 0967a8bb7b3fc25c8dd1081ae56547ae 69 Pfam PF13906 C-terminus of AA_permease 15 63 1.2E-7 T 18-09-2021 IPR029485 Cationic amino acid transporter, C-terminal +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 PANTHER PTHR42939 1 281 4.0E-86 T 18-09-2021 +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 SUPERFAMILY SSF52540 2 220 7.07E-51 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 2 227 19.468 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 SMART SM00382 25 204 4.7E-14 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 CDD cd03230 ABC_DR_subfamily_A 2 205 2.04091E-63 T 18-09-2021 +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 Gene3D G3DSA:3.40.50.300 1 261 2.9E-51 T 18-09-2021 +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 PANTHER PTHR42939:SF3 1 281 4.0E-86 T 18-09-2021 +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 Pfam PF00005 ABC transporter 16 155 1.4E-29 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_02025 0c72e8b4dca4ca7a7683320eaf007de2 284 ProSitePatterns PS00211 ABC transporters family signature. 127 141 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 364 598 24.196 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 PANTHER PTHR24221 54 600 1.5E-145 T 18-09-2021 IPR039421 Type I protein exporter +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 48 331 56.004 T 18-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 SUPERFAMILY SSF52540 355 600 1.63E-92 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 SUPERFAMILY SSF90123 30 350 1.31E-82 T 18-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 Pfam PF00005 ABC transporter 380 529 1.4E-35 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 SMART SM00382 389 575 3.6E-17 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 CDD cd03254 ABCC_Glucan_exporter_like 362 590 8.68937E-123 T 18-09-2021 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 Gene3D G3DSA:3.40.50.300 360 603 6.3E-90 T 18-09-2021 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 PANTHER PTHR24221:SF493 54 600 1.5E-145 T 18-09-2021 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 Gene3D G3DSA:1.20.1560.10 15 351 7.3E-100 T 18-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 CDD cd18547 ABC_6TM_Tm288_like 47 339 1.60649E-126 T 18-09-2021 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 Pfam PF00664 ABC transporter transmembrane region 47 318 2.0E-58 T 18-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_01390 36110320b0f251ec1472eb5892f77996 606 ProSitePatterns PS00211 ABC transporters family signature. 501 515 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00546 a93bb9879d6b292be99a4d93dc681360 232 SUPERFAMILY SSF55166 77 229 1.1E-26 T 18-09-2021 IPR009045 Hedgehog signalling/DD-peptidase zinc-binding domain superfamily Reactome: R-HSA-373080|Reactome: R-HSA-5358346|Reactome: R-HSA-5362798|Reactome: R-HSA-5632681|Reactome: R-HSA-5632684|Reactome: R-HSA-5635838|Reactome: R-HSA-5658034 +MGYG000000001_00546 a93bb9879d6b292be99a4d93dc681360 232 Pfam PF13539 D-alanyl-D-alanine carboxypeptidase 152 230 2.1E-18 T 18-09-2021 IPR039561 Peptidase M15C GO:0008233 +MGYG000000001_00546 a93bb9879d6b292be99a4d93dc681360 232 CDD cd14845 L-Ala-D-Glu_peptidase_like 96 230 2.89802E-11 T 18-09-2021 +MGYG000000001_00546 a93bb9879d6b292be99a4d93dc681360 232 Gene3D G3DSA:3.30.1380.10 84 229 2.5E-17 T 18-09-2021 IPR009045 Hedgehog signalling/DD-peptidase zinc-binding domain superfamily Reactome: R-HSA-373080|Reactome: R-HSA-5358346|Reactome: R-HSA-5362798|Reactome: R-HSA-5632681|Reactome: R-HSA-5632684|Reactome: R-HSA-5635838|Reactome: R-HSA-5658034 +MGYG000000001_00546 a93bb9879d6b292be99a4d93dc681360 232 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 23 6.0 T 18-09-2021 +MGYG000000001_00361 9ec55ff3fdc30bf1cde2ba7c9b1e4ea2 92 PANTHER PTHR33909 2 89 6.8E-27 T 18-09-2021 IPR003849 Preprotein translocase YajC +MGYG000000001_00361 9ec55ff3fdc30bf1cde2ba7c9b1e4ea2 92 TIGRFAM TIGR00739 yajC: preprotein translocase, YajC subunit 5 85 2.4E-25 T 18-09-2021 IPR003849 Preprotein translocase YajC +MGYG000000001_00361 9ec55ff3fdc30bf1cde2ba7c9b1e4ea2 92 PRINTS PR01853 Bacterial YajC preprotein translocase signature 43 61 2.2E-13 T 18-09-2021 IPR003849 Preprotein translocase YajC +MGYG000000001_00361 9ec55ff3fdc30bf1cde2ba7c9b1e4ea2 92 PRINTS PR01853 Bacterial YajC preprotein translocase signature 5 25 2.2E-13 T 18-09-2021 IPR003849 Preprotein translocase YajC +MGYG000000001_00361 9ec55ff3fdc30bf1cde2ba7c9b1e4ea2 92 Pfam PF02699 Preprotein translocase subunit 8 83 5.2E-28 T 18-09-2021 IPR003849 Preprotein translocase YajC +MGYG000000001_00361 9ec55ff3fdc30bf1cde2ba7c9b1e4ea2 92 SMART SM01323 3 86 3.3E-35 T 18-09-2021 IPR003849 Preprotein translocase YajC +MGYG000000001_00382 fbaba2dd36c557e3b5ee387d6532aee5 126 PANTHER PTHR43701 1 119 2.2E-21 T 18-09-2021 +MGYG000000001_00382 fbaba2dd36c557e3b5ee387d6532aee5 126 Pfam PF01925 Sulfite exporter TauE/SafE 4 114 2.8E-24 T 18-09-2021 IPR002781 Transmembrane protein TauE-like GO:0016021 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 Gene3D G3DSA:3.20.20.140 56 328 5.6E-127 T 18-09-2021 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 Gene3D G3DSA:2.30.40.10 4 383 5.6E-127 T 18-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 SUPERFAMILY SSF51556 57 327 1.16E-69 T 18-09-2021 IPR032466 Metal-dependent hydrolase +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 PANTHER PTHR43668 183 384 3.0E-111 T 18-09-2021 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 PANTHER PTHR43668:SF1 183 384 3.0E-111 T 18-09-2021 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 PANTHER PTHR43668:SF1 1 183 3.0E-111 T 18-09-2021 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 Pfam PF01979 Amidohydrolase family 52 381 9.0E-28 T 18-09-2021 IPR006680 Amidohydrolase-related GO:0016787 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 ProSitePatterns PS00483 Dihydroorotase signature 2. 269 280 - T 18-09-2021 IPR002195 Dihydroorotase, conserved site GO:0016812 KEGG: 00240+3.5.2.3|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 CDD cd01317 DHOase_IIa 45 375 2.08839E-117 T 18-09-2021 IPR004722 Dihydroorotase GO:0004151|GO:0006221|GO:0046872 KEGG: 00240+3.5.2.3|MetaCyc: PWY-5686|MetaCyc: PWY-7790|MetaCyc: PWY-7791 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 SUPERFAMILY SSF51338 1 384 1.94E-26 T 18-09-2021 IPR011059 Metal-dependent hydrolase, composite domain superfamily GO:0016810 +MGYG000000001_01063 d7d51d663f54e1b4122f9aad89b51c1d 389 PANTHER PTHR43668 1 183 3.0E-111 T 18-09-2021 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 PIRSF PIRSF000161 1 247 2.2E-80 T 18-09-2021 IPR023940 Dihydrodipicolinate reductase GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 SUPERFAMILY SSF55347 114 219 1.37E-31 T 18-09-2021 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 Gene3D G3DSA:3.30.360.10 114 217 1.7E-82 T 18-09-2021 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 Pfam PF01113 Dihydrodipicolinate reductase, N-terminus 3 112 9.5E-26 T 18-09-2021 IPR000846 Dihydrodipicolinate reductase, N-terminal GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 PANTHER PTHR20836:SF5 1 246 8.9E-83 T 18-09-2021 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 TIGRFAM TIGR00036 dapB: 4-hydroxy-tetrahydrodipicolinate reductase 1 247 1.6E-63 T 18-09-2021 IPR023940 Dihydrodipicolinate reductase GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 Gene3D G3DSA:3.40.50.720 3 245 1.7E-82 T 18-09-2021 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 Hamap MF_00102 4-hydroxy-tetrahydrodipicolinate reductase [dapB]. 2 247 28.59 T 18-09-2021 IPR023940 Dihydrodipicolinate reductase GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 ProSitePatterns PS01298 Dihydrodipicolinate reductase signature. 136 153 - T 18-09-2021 IPR022664 Dihydrodipicolinate reductase, conserved site GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 Pfam PF05173 Dihydrodipicolinate reductase, C-terminus 115 246 1.4E-44 T 18-09-2021 IPR022663 Dihydrodipicolinate reductase, C-terminal GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 PANTHER PTHR20836 1 246 8.9E-83 T 18-09-2021 IPR023940 Dihydrodipicolinate reductase GO:0008839|GO:0009089|GO:0055114 KEGG: 00261+1.17.1.8|KEGG: 00300+1.17.1.8|MetaCyc: PWY-2941|MetaCyc: PWY-2942|MetaCyc: PWY-5097 +MGYG000000001_00096 edc54030968e621c1b9f6950f808d557 247 SUPERFAMILY SSF51735 1 245 1.79E-33 T 18-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_02617 9158ba28ef501cbc2bf36fd5c41cce03 463 Coils Coil 165 185 - T 18-09-2021 +MGYG000000001_01736 ba622a2b62f989efbf651ce6a0fac754 197 PANTHER PTHR35529 1 186 3.6E-60 T 18-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_01736 ba622a2b62f989efbf651ce6a0fac754 197 PANTHER PTHR35529:SF1 1 186 3.6E-60 T 18-09-2021 +MGYG000000001_01736 ba622a2b62f989efbf651ce6a0fac754 197 Pfam PF02659 Putative manganese efflux pump 31 181 4.9E-51 T 18-09-2021 IPR003810 Putative manganese efflux pump +MGYG000000001_01736 ba622a2b62f989efbf651ce6a0fac754 197 Hamap MF_01521 Probable manganese efflux pump MntP [mntP]. 1 184 24.674 T 18-09-2021 IPR022929 Putative manganese efflux pump MntP +MGYG000000001_02764 4a17c6b9a9756d8f2f28200547bb7530 270 Pfam PF14512 Putative TM nitroreductase 9 238 1.8E-48 T 18-09-2021 IPR029478 Putative nitroreductase TM1586 +MGYG000000001_02764 4a17c6b9a9756d8f2f28200547bb7530 270 Gene3D G3DSA:3.40.109.30 159 255 9.7E-13 T 18-09-2021 +MGYG000000001_02764 4a17c6b9a9756d8f2f28200547bb7530 270 SUPERFAMILY SSF55469 10 160 5.1E-22 T 18-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_02764 4a17c6b9a9756d8f2f28200547bb7530 270 SUPERFAMILY SSF55469 185 245 2.62E-6 T 18-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_02764 4a17c6b9a9756d8f2f28200547bb7530 270 Gene3D G3DSA:3.40.109.10 1 133 2.2E-27 T 18-09-2021 IPR000415 Nitroreductase-like GO:0016491 Reactome: R-HSA-209968 +MGYG000000001_02764 4a17c6b9a9756d8f2f28200547bb7530 270 PANTHER PTHR43673 9 154 3.7E-16 T 18-09-2021 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 PANTHER PTHR43694 5 558 2.3E-224 T 18-09-2021 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 ProSitePatterns PS01292 Uncharacterized protein family UPF0036 signature. 367 395 - T 18-09-2021 IPR001587 Ribonuclease J, conserved site +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 CDD cd07714 RNaseJ_MBL-fold 15 427 2.78507E-119 T 18-09-2021 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 PIRSF PIRSF004803 2 558 2.5E-238 T 18-09-2021 IPR030854 Ribonuclease J, bacteria GO:0004521|GO:0004534|GO:0006396|GO:0008270|GO:0090501 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 SMART SM00849 23 217 4.3E-25 T 18-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Gene3D G3DSA:3.40.50.10710 209 360 1.9E-184 T 18-09-2021 IPR042173 Ribonuclease J, domain 2 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Pfam PF07521 Zn-dependent metallo-hydrolase RNA specificity domain 358 418 4.8E-11 T 18-09-2021 IPR011108 Zn-dependent metallo-hydrolase, RNA specificity domain +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 PANTHER PTHR43694:SF4 5 558 2.3E-224 T 18-09-2021 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Hamap MF_01491 Ribonuclease J [rnj]. 6 558 46.384 T 18-09-2021 IPR030854 Ribonuclease J, bacteria GO:0004521|GO:0004534|GO:0006396|GO:0008270|GO:0090501 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Gene3D G3DSA:3.10.20.580 452 558 1.2E-39 T 18-09-2021 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Gene3D G3DSA:3.60.15.10 15 445 1.9E-184 T 18-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 TIGRFAM TIGR00649 MG423: beta-CASP ribonuclease, RNase J family 11 556 5.4E-202 T 18-09-2021 IPR004613 Ribonuclease J GO:0003723|GO:0046872 +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Pfam PF17770 Ribonuclease J C-terminal domain 486 558 2.8E-30 T 18-09-2021 IPR041636 Ribonuclease J, C-terminal +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 Pfam PF00753 Metallo-beta-lactamase superfamily 22 101 2.0E-14 T 18-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_01464 a4e632408346559457ed11b18ef276ef 558 SUPERFAMILY SSF56281 11 427 7.11E-93 T 18-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 PANTHER PTHR43227:SF8 21 309 2.3E-86 T 18-09-2021 +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 105 303 2.7E-23 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 PANTHER PTHR43227 21 309 2.3E-86 T 18-09-2021 +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 CDD cd06261 TM_PBP2 90 296 7.4968E-18 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 SUPERFAMILY SSF161098 74 297 8.11E-56 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 Gene3D G3DSA:1.10.3720.10 70 309 2.1E-60 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_01236 e629c8117920eb83bb9828ba91d990e6 311 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 90 300 23.822 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 Gene3D G3DSA:1.20.1250.20 227 438 9.5E-8 T 18-09-2021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 Coils Coil 442 462 - T 18-09-2021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 PANTHER PTHR11328 12 450 7.6E-65 T 18-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 PANTHER PTHR11328:SF39 12 450 7.6E-65 T 18-09-2021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 Pfam PF13347 MFS/sugar transport protein 16 442 8.5E-80 T 18-09-2021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 Gene3D G3DSA:1.20.1250.20 15 219 9.1E-9 T 18-09-2021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 CDD cd17332 MFS_MelB_like 15 436 4.59746E-77 T 18-09-2021 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 TIGRFAM TIGR00792 gph: sugar (Glycoside-Pentoside-Hexuronide) transporter 15 455 2.5E-85 T 18-09-2021 IPR001927 Sodium:galactoside symporter GO:0006814|GO:0016020 +MGYG000000001_00609 6a02fcf46543e95844666fd552a972a4 466 SUPERFAMILY SSF103473 18 442 1.11E-28 T 18-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_01915 b37c8cc54cc431e932c656fd3ad763a8 61 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 18-09-2021 +MGYG000000001_02134 9a7c6a44d0e649d07af347e04f264d00 177 Hamap MF_01219 Bifunctional protein PyrR [pyrR]. 4 177 38.101 T 18-09-2021 IPR023050 Bifunctional protein PyrR KEGG: 00240+2.4.2.9|MetaCyc: PWY-7183 +MGYG000000001_02134 9a7c6a44d0e649d07af347e04f264d00 177 Pfam PF00156 Phosphoribosyl transferase domain 8 161 1.0E-23 T 18-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_02134 9a7c6a44d0e649d07af347e04f264d00 177 PANTHER PTHR11608 1 176 4.6E-79 T 18-09-2021 +MGYG000000001_02134 9a7c6a44d0e649d07af347e04f264d00 177 CDD cd06223 PRTases_typeI 16 149 9.99525E-15 T 18-09-2021 IPR000836 Phosphoribosyltransferase domain GO:0009116 +MGYG000000001_02134 9a7c6a44d0e649d07af347e04f264d00 177 SUPERFAMILY SSF53271 6 170 7.87E-43 T 18-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_02134 9a7c6a44d0e649d07af347e04f264d00 177 Gene3D G3DSA:3.40.50.2020 1 177 2.0E-59 T 18-09-2021 IPR029057 Phosphoribosyltransferase-like +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 SUPERFAMILY SSF142754 4 299 6.15E-112 T 18-09-2021 IPR036094 Quinolinate synthetase A superfamily GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 Gene3D G3DSA:3.40.50.10800 7 282 6.9E-112 T 18-09-2021 IPR036094 Quinolinate synthetase A superfamily GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 TIGRFAM TIGR00550 nadA: quinolinate synthetase complex, A subunit 4 298 1.3E-101 T 18-09-2021 IPR003473 Quinolinate synthetase A GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 Gene3D G3DSA:3.40.50.10800 171 257 6.9E-112 T 18-09-2021 IPR036094 Quinolinate synthetase A superfamily GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 Coils Coil 2 22 - T 18-09-2021 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 PANTHER PTHR30573 5 301 2.8E-70 T 18-09-2021 IPR003473 Quinolinate synthetase A GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 Pfam PF02445 Quinolinate synthetase A protein 7 298 3.1E-116 T 18-09-2021 IPR003473 Quinolinate synthetase A GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_02329 30a50499766d439c20071818358483a8 310 Gene3D G3DSA:3.40.50.10800 87 298 6.9E-112 T 18-09-2021 IPR036094 Quinolinate synthetase A superfamily GO:0008987|GO:0009435|GO:0051539 MetaCyc: PWY-5316|MetaCyc: PWY-7342 +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 Hamap MF_01077 Ribosome maturation factor RimP [rimP]. 7 153 25.399 T 18-09-2021 IPR003728 Ribosome maturation factor RimP GO:0042274 +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 CDD cd01734 YlxS_C 82 153 4.82055E-22 T 18-09-2021 IPR028998 Ribosome maturation factor RimP, C-terminal +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 Pfam PF02576 RimP N-terminal domain 12 84 2.5E-29 T 18-09-2021 IPR028989 Ribosome maturation factor RimP, N-terminal +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 Gene3D G3DSA:3.30.300.70 1 81 3.1E-31 T 18-09-2021 IPR035956 RimP, N-terminal domain superfamily +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 SUPERFAMILY SSF75420 3 84 4.32E-27 T 18-09-2021 IPR035956 RimP, N-terminal domain superfamily +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 PANTHER PTHR33867 1 153 1.7E-46 T 18-09-2021 IPR003728 Ribosome maturation factor RimP GO:0042274 +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 Pfam PF17384 RimP C-terminal SH3 domain 87 153 1.3E-13 T 18-09-2021 IPR028998 Ribosome maturation factor RimP, C-terminal +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 Gene3D G3DSA:2.30.30.180 88 151 7.0E-8 T 18-09-2021 +MGYG000000001_01614 e0d0a3a779ada44737715b03f433b1fd 153 SUPERFAMILY SSF74942 85 153 1.11E-14 T 18-09-2021 IPR036847 Ribosome maturation factor RimP, C-terminal domain superfamily +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 PANTHER PTHR11804:SF28 1 557 1.5E-232 T 18-09-2021 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 Pfam PF01432 Peptidase family M3 166 260 7.3E-6 T 18-09-2021 IPR001567 Peptidase M3A/M3B catalytic domain GO:0004222|GO:0006508 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 Pfam PF01432 Peptidase family M3 310 532 2.3E-19 T 18-09-2021 IPR001567 Peptidase M3A/M3B catalytic domain GO:0004222|GO:0006508 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 Gene3D G3DSA:1.10.1370.30 1 564 6.1E-194 T 18-09-2021 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 SUPERFAMILY SSF55486 33 557 1.47E-121 T 18-09-2021 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 CDD cd09606 M3B_PepF 11 552 0.0 T 18-09-2021 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 PANTHER PTHR11804 1 557 1.5E-232 T 18-09-2021 +MGYG000000001_00967 5c4071a41d457964615dadd195c9271b 564 TIGRFAM TIGR02289 M3_not_pepF: oligoendopeptidase, M3 family 16 559 1.2E-200 T 18-09-2021 IPR011976 Peptidase M3B, oligoendopeptidase-related +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 Pfam PF10531 SLBB domain 80 131 7.3E-12 T 18-09-2021 IPR019554 Soluble ligand binding domain Reactome: R-HSA-611105|Reactome: R-HSA-6799198 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 TIGRFAM TIGR00426 TIGR00426: competence protein ComEA helix-hairpin-helix repeat region 157 220 1.1E-18 T 18-09-2021 IPR004509 Competence protein ComEA, helix-hairpin-helix domain Reactome: R-HSA-9029569 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 SMART SM00278 200 219 96.0 T 18-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 SMART SM00278 170 189 0.013 T 18-09-2021 IPR003583 Helix-hairpin-helix DNA-binding motif, class 1 GO:0003677|GO:0006281 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 Gene3D G3DSA:1.10.150.310 170 223 3.1E-14 T 18-09-2021 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 Pfam PF12836 Helix-hairpin-helix motif 159 220 1.4E-21 T 18-09-2021 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 PANTHER PTHR21180:SF32 63 222 5.9E-34 T 18-09-2021 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 Gene3D G3DSA:3.10.560.10 66 169 1.2E-11 T 18-09-2021 +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 SUPERFAMILY SSF47781 153 220 3.22E-25 T 18-09-2021 IPR010994 RuvA domain 2-like +MGYG000000001_00266 2de33791750b9bdde378720e4c600a78 223 PANTHER PTHR21180 63 222 5.9E-34 T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 26 6.0 T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 Gene3D G3DSA:3.40.50.1980 49 167 9.2E-31 T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 Pfam PF01497 Periplasmic binding protein 73 315 6.4E-30 T 18-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 Gene3D G3DSA:3.40.50.1980 169 341 2.9E-53 T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 PANTHER PTHR30535:SF7 12 340 3.2E-87 T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 Coils Coil 198 218 - T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 SUPERFAMILY SSF53807 60 338 1.41E-42 T 18-09-2021 +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 ProSiteProfiles PS50983 Iron siderophore/cobalamin periplasmic-binding domain profile. 71 341 28.264 T 18-09-2021 IPR002491 ABC transporter periplasmic binding domain +MGYG000000001_00437 2b23e9fca866bf5db11c20b58f6e539e 342 PANTHER PTHR30535 12 340 3.2E-87 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Gene3D G3DSA:1.10.486.10 745 881 1.5E-32 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 ProSiteProfiles PS51217 UvrD-like DNA helicase C-terminal domain profile. 532 904 16.083 T 18-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Pfam PF12705 PD-(D/E)XK nuclease superfamily 1157 1324 1.9E-7 T 18-09-2021 IPR038726 PD-(D/E)XK endonuclease-like domain, AddAB-type +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 SUPERFAMILY SSF52540 5 992 2.8E-111 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Pfam PF00580 UvrD/REP helicase N-terminal domain 6 469 1.1E-76 T 18-09-2021 IPR034739 UvrD/AddA helicase, N-terminal GO:0005524 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Gene3D G3DSA:3.40.50.300 483 733 9.2E-46 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Gene3D G3DSA:3.40.50.300 1 189 7.6E-40 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Gene3D G3DSA:3.40.50.300 290 482 1.1E-27 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Gene3D G3DSA:3.40.50.300 882 1052 4.5E-20 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 PANTHER PTHR11070 5 1334 0.0 T 18-09-2021 IPR000212 DNA helicase, UvrD/REP type GO:0003677|GO:0003678|GO:0005524 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 CDD cd17932 DEXQc_UvrD 9 116 1.85581E-28 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 CDD cd18807 SF1_C_UvrD 889 988 1.94624E-16 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 CDD cd18807 SF1_C_UvrD 488 629 5.25157E-4 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 CDD cd17932 DEXQc_UvrD 368 486 2.60718E-26 T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 TIGRFAM TIGR02785 addA_Gpos: helicase-exonuclease AddAB, AddA subunit 5 709 2.4E-222 T 18-09-2021 IPR014152 DNA helicase subunit AddA GO:0003678|GO:0006302 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Gene3D G3DSA:3.90.320.10 1094 1338 9.9E-66 T 18-09-2021 IPR011604 Exonuclease, phage-type/RecB, C-terminal +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Coils Coil 1301 1321 - T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 SUPERFAMILY SSF52980 1116 1331 6.43E-36 T 18-09-2021 IPR011335 Restriction endonuclease type II-like Reactome: R-HSA-6783310 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 ProSiteProfiles PS51198 UvrD-like DNA helicase ATP-binding domain profile. 4 489 39.538 T 18-09-2021 IPR014016 UvrD-like helicase, ATP-binding domain GO:0005524 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Coils Coil 300 320 - T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Coils Coil 553 573 - T 18-09-2021 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Hamap MF_01451 ATP-dependent helicase/nuclease subunit A [addA]. 3 1339 18.947 T 18-09-2021 IPR014152 DNA helicase subunit AddA GO:0003678|GO:0006302 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 PANTHER PTHR11070:SF48 5 1334 0.0 T 18-09-2021 IPR014152 DNA helicase subunit AddA GO:0003678|GO:0006302 +MGYG000000001_02035 000a05a2c3ab7a4b08a1ab9cd473dfda 1339 Pfam PF13361 UvrD-like helicase C-terminal domain 480 989 4.5E-32 T 18-09-2021 IPR014017 UvrD-like DNA helicase, C-terminal GO:0005524|GO:0016787 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 Gene3D G3DSA:3.10.105.10 297 520 1.3E-172 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 27 7.0 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 Gene3D G3DSA:3.40.190.10 53 532 1.3E-172 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 ProSitePatterns PS01040 Bacterial extracellular solute-binding proteins, family 5 signature. 90 112 - T 18-09-2021 IPR023765 Solute-binding protein family 5, conserved site +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 Coils Coil 368 388 - T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 PANTHER PTHR30290:SF10 9 541 2.4E-131 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 SUPERFAMILY SSF53850 38 543 8.45E-139 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 CDD cd08504 PBP2_OppA 43 543 0.0 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 PIRSF PIRSF002741 1 548 2.2E-123 T 18-09-2021 IPR030678 Peptide/nickel binding protein, MppA-type GO:0043190|GO:0055085 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 Gene3D G3DSA:3.90.76.10 74 196 1.3E-172 T 18-09-2021 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 PANTHER PTHR30290 9 541 2.4E-131 T 18-09-2021 IPR039424 Solute-binding protein family 5 +MGYG000000001_00836 3169960d5bc49047e270f16c9c9a9084 548 Pfam PF00496 Bacterial extracellular solute-binding proteins, family 5 Middle 85 470 9.6E-91 T 18-09-2021 IPR000914 Solute-binding protein family 5 domain +MGYG000000001_02816 fadc362863e81af17b97f357d9a9f811 486 PANTHER PTHR32024 5 480 8.3E-118 T 18-09-2021 +MGYG000000001_02816 fadc362863e81af17b97f357d9a9f811 486 PANTHER PTHR32024:SF2 5 480 8.3E-118 T 18-09-2021 +MGYG000000001_02816 fadc362863e81af17b97f357d9a9f811 486 Pfam PF02386 Cation transport protein 63 477 8.1E-51 T 18-09-2021 IPR003445 Cation transporter GO:0006812|GO:0008324|GO:0055085 +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 Pfam PF01513 ATP-NAD kinase 38 245 2.4E-36 T 18-09-2021 IPR002504 NAD kinase GO:0003951|GO:0006741 KEGG: 00760+2.7.1.23|MetaCyc: PWY-5083|MetaCyc: PWY-7268|MetaCyc: PWY-7269|Reactome: R-HSA-196807 +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 Gene3D G3DSA:2.60.200.30 105 244 1.1E-73 T 18-09-2021 IPR017437 ATP-NAD kinase, PpnK-type, C-terminal GO:0003951|GO:0019674 KEGG: 00760+2.7.1.23|MetaCyc: PWY-5083|MetaCyc: PWY-7268|MetaCyc: PWY-7269|Reactome: R-HSA-196807 +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 SUPERFAMILY SSF111331 23 265 4.58E-61 T 18-09-2021 IPR016064 NAD kinase/diacylglycerol kinase-like domain superfamily +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 Gene3D G3DSA:3.40.50.10330 39 266 1.1E-73 T 18-09-2021 IPR017438 Inorganic polyphosphate/ATP-NAD kinase, N-terminal GO:0003951 +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 Hamap MF_00361 NAD kinase [nadK]. 2 266 23.938 T 18-09-2021 IPR002504 NAD kinase GO:0003951|GO:0006741 KEGG: 00760+2.7.1.23|MetaCyc: PWY-5083|MetaCyc: PWY-7268|MetaCyc: PWY-7269|Reactome: R-HSA-196807 +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 PANTHER PTHR20275:SF9 16 266 3.5E-44 T 18-09-2021 +MGYG000000001_02027 17081885de0541e22e2477552ecb3387 266 PANTHER PTHR20275 16 266 3.5E-44 T 18-09-2021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 Gene3D G3DSA:3.40.50.300 331 560 8.5E-76 T 18-09-2021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 Pfam PF00005 ABC transporter 361 510 7.4E-37 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 PANTHER PTHR24222 10 557 1.3E-195 T 18-09-2021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 SUPERFAMILY SSF52540 342 556 2.41E-73 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 ProSitePatterns PS00211 ABC transporters family signature. 482 496 - T 18-09-2021 IPR017871 ABC transporter, conserved site GO:0005524|GO:0016887 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 PANTHER PTHR24222:SF26 10 557 1.3E-195 T 18-09-2021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 SUPERFAMILY SSF90123 16 329 1.19E-50 T 18-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 Gene3D G3DSA:1.20.1560.10 13 327 5.7E-46 T 18-09-2021 IPR036640 ABC transporter type 1, transmembrane domain superfamily GO:0005524|GO:0016021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 SMART SM00382 370 556 1.8E-16 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 Coils Coil 229 249 - T 18-09-2021 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 ProSiteProfiles PS50893 ATP-binding cassette, ABC transporter-type domain profile. 344 560 17.14 T 18-09-2021 IPR003439 ABC transporter-like GO:0005524|GO:0016887 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 Pfam PF00664 ABC transporter transmembrane region 38 298 1.4E-22 T 18-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 ProSiteProfiles PS50929 ABC transporter integral membrane type-1 fused domain profile. 30 312 34.398 T 18-09-2021 IPR011527 ABC transporter type 1, transmembrane domain GO:0005524|GO:0016021|GO:0042626|GO:0055085 +MGYG000000001_00964 7466410fcd66a9a5f9772154d378b6ad 560 CDD cd18585 ABC_6TM_CydC 39 321 6.73593E-29 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Pfam PF09107 Elongation factor SelB, winged helix 580 624 2.2E-14 T 18-09-2021 IPR015191 Translation elongation factor SelB, winged helix, type 3 GO:0001514|GO:0003723|GO:0003746|GO:0005525|GO:0005737 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 TIGRFAM TIGR00231 small_GTP: small GTP-binding protein domain 1 134 5.3E-12 T 18-09-2021 IPR005225 Small GTP-binding protein domain GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 ProSitePatterns PS00301 Translational (tr)-type guanine nucleotide-binding (G) domain signature. 29 44 - T 18-09-2021 IPR031157 Tr-type G domain, conserved site +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 SUPERFAMILY SSF46785 577 625 2.01E-7 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 CDD cd03696 SelB_II 181 262 1.24179E-34 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 CDD cd04171 SelB 5 174 2.97575E-92 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 PRINTS PR00315 GTP-binding elongation factor signature 5 18 1.6E-5 T 18-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 PRINTS PR00315 GTP-binding elongation factor signature 57 67 1.6E-5 T 18-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 PRINTS PR00315 GTP-binding elongation factor signature 73 84 1.6E-5 T 18-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 SUPERFAMILY SSF46785 437 507 2.09E-11 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 PANTHER PTHR43721 2 353 5.7E-68 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Pfam PF03144 Elongation factor Tu domain 2 194 261 4.6E-10 T 18-09-2021 IPR004161 Translation elongation factor EFTu-like, domain 2 GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 ProSiteProfiles PS51722 Translational (tr)-type guanine nucleotide-binding (G) domain profile. 1 174 45.13 T 18-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 SUPERFAMILY SSF50465 265 364 4.17E-32 T 18-09-2021 IPR009001 Translation elongation factor EF1A/initiation factor IF2gamma, C-terminal +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Coils Coil 157 177 - T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 TIGRFAM TIGR00475 selB: selenocysteine-specific translation elongation factor 4 623 9.2E-107 T 18-09-2021 IPR004535 Translation elongation factor, selenocysteine-specific GO:0001514|GO:0003723|GO:0003746|GO:0005525|GO:0005737 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 CDD cd15491 selB_III 267 353 2.92419E-43 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Pfam PF00009 Elongation factor Tu GTP binding domain 3 166 5.9E-31 T 18-09-2021 IPR000795 Transcription factor, GTP-binding domain GO:0003924|GO:0005525 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Gene3D G3DSA:2.40.30.10 176 294 4.9E-33 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 SUPERFAMILY SSF50447 175 264 2.91E-24 T 18-09-2021 IPR009000 Translation protein, beta-barrel domain superfamily +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Pfam PF09106 Elongation factor SelB, winged helix 446 500 4.6E-12 T 18-09-2021 IPR015190 Translation elongation factor SelB, winged helix, type 2 GO:0001514|GO:0003723|GO:0003746|GO:0005525|GO:0005737 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Gene3D G3DSA:1.10.10.2770 440 558 3.9E-20 T 18-09-2021 +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 SUPERFAMILY SSF52540 3 195 1.76E-43 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Gene3D G3DSA:1.10.10.10 569 626 9.3E-15 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00263 ff0a519dd6055b761d6cbb972eb0b0cb 626 Gene3D G3DSA:3.40.50.300 2 169 1.7E-47 T 18-09-2021 +MGYG000000001_02171 366e21f580c806b596f31940c819cf2d 277 PANTHER PTHR31801:SF0 32 254 2.9E-43 T 18-09-2021 +MGYG000000001_02171 366e21f580c806b596f31940c819cf2d 277 Pfam PF01987 Mitochondrial biogenesis AIM24 50 249 1.1E-36 T 18-09-2021 IPR002838 Mitochondrial biogenesis protein AIM24 +MGYG000000001_02171 366e21f580c806b596f31940c819cf2d 277 Gene3D G3DSA:3.60.160.10 44 271 3.2E-49 T 18-09-2021 IPR036983 Mitochondrial biogenesis AIM24 superfamily +MGYG000000001_02171 366e21f580c806b596f31940c819cf2d 277 PANTHER PTHR31801 32 254 2.9E-43 T 18-09-2021 +MGYG000000001_02171 366e21f580c806b596f31940c819cf2d 277 SUPERFAMILY SSF51219 47 251 4.97E-51 T 18-09-2021 IPR016031 Tryptophan RNA-binding attenuator protein-like domain superfamily +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 MobiDBLite mobidb-lite consensus disorder prediction 314 330 - T 18-09-2021 +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 ProSiteProfiles PS51450 Leucine-rich repeat profile. 126 147 6.618 T 18-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 ProSiteProfiles PS51450 Leucine-rich repeat profile. 148 169 9.275 T 18-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 Gene3D G3DSA:3.80.10.10 86 194 6.2E-17 T 18-09-2021 IPR032675 Leucine-rich repeat domain superfamily +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 SUPERFAMILY SSF52058 122 187 8.73E-11 T 18-09-2021 +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 MobiDBLite mobidb-lite consensus disorder prediction 298 330 - T 18-09-2021 +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 MobiDBLite mobidb-lite consensus disorder prediction 59 86 - T 18-09-2021 +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 Gene3D G3DSA:2.60.40.10 372 452 1.6E-14 T 18-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_01230 238e5935aef0950f7c11986080fa45fa 494 ProSiteProfiles PS51450 Leucine-rich repeat profile. 170 191 7.08 T 18-09-2021 IPR001611 Leucine-rich repeat GO:0005515 +MGYG000000001_01546 f718560e4fdf5f32eb0e2416a29c0408 445 PIRSF PIRSF005353 2 445 5.7E-179 T 18-09-2021 IPR026033 Azaguanine-like transporters GO:0015205 +MGYG000000001_01546 f718560e4fdf5f32eb0e2416a29c0408 445 PANTHER PTHR43337:SF14 6 443 4.2E-164 T 18-09-2021 +MGYG000000001_01546 f718560e4fdf5f32eb0e2416a29c0408 445 Pfam PF00860 Permease family 28 402 8.4E-47 T 18-09-2021 IPR006043 Xanthine/uracil/vitamin C permease GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_01546 f718560e4fdf5f32eb0e2416a29c0408 445 PANTHER PTHR43337 6 443 4.2E-164 T 18-09-2021 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 Pfam PF02547 Queuosine biosynthesis protein 3 340 2.6E-143 T 18-09-2021 IPR003699 S-adenosylmethionine:tRNA ribosyltransferase-isomerase, QueA GO:0008616|GO:0016740|GO:0016853 MetaCyc: PWY-6700 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 TIGRFAM TIGR00113 queA: S-adenosylmethionine:tRNA ribosyltransferase-isomerase 1 340 4.7E-144 T 18-09-2021 IPR003699 S-adenosylmethionine:tRNA ribosyltransferase-isomerase, QueA GO:0008616|GO:0016740|GO:0016853 MetaCyc: PWY-6700 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 PANTHER PTHR30307 1 340 1.5E-146 T 18-09-2021 IPR003699 S-adenosylmethionine:tRNA ribosyltransferase-isomerase, QueA GO:0008616|GO:0016740|GO:0016853 MetaCyc: PWY-6700 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 SUPERFAMILY SSF111337 1 340 8.63E-141 T 18-09-2021 IPR036100 S-adenosylmethionine:tRNA ribosyltransferase-isomerase, QueA superfamily GO:0008616|GO:0016740|GO:0016853 MetaCyc: PWY-6700 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 Hamap MF_00113 S-adenosylmethionine:tRNA ribosyltransferase-isomerase [queA]. 1 341 46.606 T 18-09-2021 IPR003699 S-adenosylmethionine:tRNA ribosyltransferase-isomerase, QueA GO:0008616|GO:0016740|GO:0016853 MetaCyc: PWY-6700 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 Gene3D G3DSA:3.40.1780.10 14 340 6.8E-134 T 18-09-2021 IPR042118 QueA, domain 1 MetaCyc: PWY-6700 +MGYG000000001_00364 9e6122a98ac69bb2e00d78703d9d9b99 341 Gene3D G3DSA:2.40.10.240 64 162 6.8E-134 T 18-09-2021 IPR042119 QueA, domain 2 MetaCyc: PWY-6700 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 Pfam PF04295 D-galactarate dehydratase / Altronate hydrolase, C terminus 109 494 1.1E-152 T 18-09-2021 IPR007392 D-galactarate/Altronate dehydratase, C-terminal GO:0016829 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 Gene3D G3DSA:3.90.1210.30 3 85 3.7E-26 T 18-09-2021 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 CDD cd11613 SAF_AH_GD 3 81 4.26182E-31 T 18-09-2021 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 SMART SM00858 11 82 2.4E-9 T 18-09-2021 IPR013974 SAF domain Reactome: R-HSA-4085001 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 Pfam PF08666 SAF domain 11 80 1.4E-10 T 18-09-2021 IPR013974 SAF domain Reactome: R-HSA-4085001 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 PANTHER PTHR30536:SF5 2 495 2.1E-163 T 18-09-2021 +MGYG000000001_01266 98e341d683d0ab77eceb85d501314b09 495 PANTHER PTHR30536 2 495 2.1E-163 T 18-09-2021 +MGYG000000001_00705 be9fbae4e21df1a01d5a33bd6f997f08 99 Coils Coil 36 70 - T 18-09-2021 +MGYG000000001_00705 be9fbae4e21df1a01d5a33bd6f997f08 99 Pfam PF04977 Septum formation initiator 19 90 4.3E-12 T 18-09-2021 IPR007060 Septum formation initiator FtsL/DivIC +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 Gene3D G3DSA:1.20.1250.20 224 430 2.4E-8 T 18-09-2021 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 Gene3D G3DSA:1.20.1250.20 224 430 2.4E-8 T 18-09-2021 +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 Gene3D G3DSA:1.20.1250.20 8 212 8.6E-11 T 18-09-2021 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 Gene3D G3DSA:1.20.1250.20 8 212 8.6E-11 T 18-09-2021 +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 TIGRFAM TIGR00792 gph: sugar (Glycoside-Pentoside-Hexuronide) transporter 9 445 8.5E-131 T 18-09-2021 IPR001927 Sodium:galactoside symporter GO:0006814|GO:0016020 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 TIGRFAM TIGR00792 gph: sugar (Glycoside-Pentoside-Hexuronide) transporter 9 445 8.5E-131 T 18-09-2021 IPR001927 Sodium:galactoside symporter GO:0006814|GO:0016020 +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 CDD cd17332 MFS_MelB_like 9 432 6.70892E-99 T 18-09-2021 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 CDD cd17332 MFS_MelB_like 9 432 6.70892E-99 T 18-09-2021 +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 PANTHER PTHR11328 7 441 2.6E-105 T 18-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 PANTHER PTHR11328 7 441 2.6E-105 T 18-09-2021 IPR039672 Lactose permease-like GO:0008643|GO:0015293|GO:0016021 +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 SUPERFAMILY SSF103473 12 433 4.45E-29 T 18-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 SUPERFAMILY SSF103473 12 433 4.45E-29 T 18-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 Pfam PF13347 MFS/sugar transport protein 11 432 1.2E-93 T 18-09-2021 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 Pfam PF13347 MFS/sugar transport protein 11 432 1.2E-93 T 18-09-2021 +MGYG000000001_00775 8859cd9684ecc483adf1a2878511a601 463 PANTHER PTHR11328:SF36 7 441 2.6E-105 T 18-09-2021 +MGYG000000001_00774 8859cd9684ecc483adf1a2878511a601 463 PANTHER PTHR11328:SF36 7 441 2.6E-105 T 18-09-2021 +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 Gene3D G3DSA:2.40.280.10 3 128 1.7E-49 T 18-09-2021 IPR023620 Small protein B +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 Hamap MF_00023 SsrA-binding protein [smpB]. 1 152 72.084 T 18-09-2021 IPR000037 SsrA-binding protein GO:0003723 +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 PANTHER PTHR30308 5 149 2.9E-61 T 18-09-2021 IPR000037 SsrA-binding protein GO:0003723 +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 ProSitePatterns PS01317 SsrA-binding protein. 26 38 - T 18-09-2021 IPR020081 SsrA-binding protein, conserved site +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 CDD cd09294 SmpB 11 126 7.81762E-70 T 18-09-2021 IPR000037 SsrA-binding protein GO:0003723 +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 SUPERFAMILY SSF74982 5 131 1.31E-51 T 18-09-2021 IPR023620 Small protein B +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 TIGRFAM TIGR00086 smpB: SsrA-binding protein 8 148 1.7E-57 T 18-09-2021 IPR000037 SsrA-binding protein GO:0003723 +MGYG000000001_00134 ef2075d5c6beaa291bd32684cf16149f 152 Pfam PF01668 SmpB protein 9 149 1.3E-61 T 18-09-2021 IPR000037 SsrA-binding protein GO:0003723 +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 PANTHER PTHR34875 2 88 5.5E-29 T 18-09-2021 +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 Pfam PF13740 ACT domain 4 77 1.2E-13 T 18-09-2021 +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 Gene3D G3DSA:3.30.70.260 1 89 3.0E-25 T 18-09-2021 +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 PANTHER PTHR34875:SF2 2 88 5.5E-29 T 18-09-2021 +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 Hamap MF_01054 UPF0237 protein . 1 89 26.069 T 18-09-2021 IPR022986 Uncharacterised protein family UPF0237, ACT-type +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 SUPERFAMILY SSF55021 1 83 1.44E-19 T 18-09-2021 +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 CDD cd04872 ACT_1ZPV 2 89 3.10254E-38 T 18-09-2021 IPR022986 Uncharacterised protein family UPF0237, ACT-type +MGYG000000001_02516 8b25761b0b8c3f59fe0f23346d4da364 89 ProSiteProfiles PS51671 ACT domain profile. 4 78 12.689 T 18-09-2021 IPR002912 ACT domain +MGYG000000001_00003 983af9c9562ac1ab6b9eb1bedc9a736f 266 Gene3D G3DSA:1.20.1080.10 1 242 1.9E-85 T 18-09-2021 IPR023271 Aquaporin-like Reactome: R-HSA-432047 +MGYG000000001_00003 983af9c9562ac1ab6b9eb1bedc9a736f 266 Pfam PF01226 Formate/nitrite transporter 10 249 1.0E-77 T 18-09-2021 IPR000292 Formate/nitrite transporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00003 983af9c9562ac1ab6b9eb1bedc9a736f 266 ProSitePatterns PS01005 Formate and nitrite transporters signature 1. 79 88 - T 18-09-2021 IPR024002 Formate/nitrite transporter, conserved site +MGYG000000001_00003 983af9c9562ac1ab6b9eb1bedc9a736f 266 PANTHER PTHR30520 2 259 2.8E-79 T 18-09-2021 IPR000292 Formate/nitrite transporter GO:0016020|GO:0022857|GO:0055085 +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 Pfam PF12911 N-terminal TM domain of oligopeptide transport permease C 39 86 3.2E-18 T 18-09-2021 IPR025966 Oligopeptide transport permease C-like, N-terminal domain +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 PANTHER PTHR43386 23 336 1.1E-106 T 18-09-2021 +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 PANTHER PTHR43386:SF2 23 336 1.1E-106 T 18-09-2021 +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 CDD cd06261 TM_PBP2 114 321 5.91143E-19 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 Gene3D G3DSA:1.10.3720.10 106 336 2.6E-22 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 SUPERFAMILY SSF161098 111 336 4.58E-25 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 133 335 1.9E-30 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_00839 ec44f7fd076aa686bbb11421b890875a 336 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 114 323 21.1 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 PANTHER PTHR43823 1 453 2.2E-131 T 18-09-2021 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 TIGRFAM TIGR00797 matE: MATE efflux family protein 23 419 8.4E-63 T 18-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 CDD cd13143 MATE_MepA_like 12 439 5.01253E-127 T 18-09-2021 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 PANTHER PTHR43823:SF1 1 453 2.2E-131 T 18-09-2021 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 PIRSF PIRSF006603 1 456 6.1E-86 T 18-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 Pfam PF01554 MatE 253 407 2.4E-18 T 18-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_02332 e8459bc99b3981883e3092247c327e99 464 Pfam PF01554 MatE 23 185 8.3E-26 T 18-09-2021 IPR002528 Multi antimicrobial extrusion protein GO:0015297|GO:0016020|GO:0042910|GO:0055085 Reactome: R-HSA-425366 +MGYG000000001_00518 234587e1d6aa6820e5628a9c3981b64b 313 SUPERFAMILY SSF53448 3 220 3.25E-35 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00518 234587e1d6aa6820e5628a9c3981b64b 313 CDD cd04187 DPM1_like_bac 8 190 4.58179E-86 T 18-09-2021 +MGYG000000001_00518 234587e1d6aa6820e5628a9c3981b64b 313 PANTHER PTHR42992 1 309 4.5E-122 T 18-09-2021 +MGYG000000001_00518 234587e1d6aa6820e5628a9c3981b64b 313 Pfam PF00535 Glycosyl transferase family 2 7 169 4.7E-32 T 18-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_00518 234587e1d6aa6820e5628a9c3981b64b 313 Gene3D G3DSA:3.90.550.10 2 208 2.7E-32 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_00518 234587e1d6aa6820e5628a9c3981b64b 313 PANTHER PTHR42992:SF2 1 309 4.5E-122 T 18-09-2021 +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 Hamap MF_01420 Probable cell division protein WhiA [whiA]. 1 311 33.709 T 18-09-2021 IPR003802 Sporulation regulator WhiA GO:0043937 +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 PANTHER PTHR37307 1 314 6.0E-110 T 18-09-2021 IPR003802 Sporulation regulator WhiA GO:0043937 +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 Gene3D G3DSA:1.10.10.10 221 313 4.0E-38 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 Pfam PF10298 WhiA N-terminal LAGLIDADG-like domain 20 107 2.3E-25 T 18-09-2021 IPR018478 Sporulation transcription regulator WhiA, N-terminal domain +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 Pfam PF02650 WhiA C-terminal HTH domain 225 308 2.8E-38 T 18-09-2021 IPR023054 Sporulation regulator WhiA, C-terminal +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 ProSiteProfiles PS50819 Intein DOD-type homing endonuclease domain profile. 130 175 9.522 T 18-09-2021 IPR004042 Intein DOD homing endonuclease GO:0004519 +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 Pfam PF14527 WhiA LAGLIDADG-like domain 131 222 5.3E-36 T 18-09-2021 IPR039518 WhiA, LAGLIDADG-like domain +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 Gene3D G3DSA:3.10.28.10 1 220 4.9E-62 T 18-09-2021 IPR027434 Homing endonuclease +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 SUPERFAMILY SSF55608 119 226 2.01E-20 T 18-09-2021 IPR027434 Homing endonuclease +MGYG000000001_00009 54feefe550d7c7e395ac9e28096be8f1 317 TIGRFAM TIGR00647 DNA_bind_WhiA: DNA-binding protein WhiA 4 308 6.7E-101 T 18-09-2021 IPR003802 Sporulation regulator WhiA GO:0043937 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Pfam PF01434 Peptidase family M41 416 602 1.9E-64 T 17-09-2021 IPR000642 Peptidase M41 GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Gene3D G3DSA:1.10.8.60 337 410 1.2E-24 T 17-09-2021 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 CDD cd00009 AAA 168 334 5.4725E-28 T 17-09-2021 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Pfam PF17862 AAA+ lid domain 357 401 7.6E-13 T 17-09-2021 IPR041569 AAA ATPase, AAA+ lid domain +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 PANTHER PTHR23076 17 613 1.7E-226 T 17-09-2021 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 PANTHER PTHR23076:SF97 17 613 1.7E-226 T 17-09-2021 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 ProSitePatterns PS00674 AAA-protein family signature. 305 323 - T 17-09-2021 IPR003960 ATPase, AAA-type, conserved site GO:0005524 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 SUPERFAMILY SSF52540 162 429 6.91E-70 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 SMART SM00382 197 337 2.1E-21 T 17-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Gene3D G3DSA:3.40.50.300 149 336 7.8E-70 T 17-09-2021 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Pfam PF06480 FtsH Extracellular 12 102 1.1E-10 T 17-09-2021 IPR011546 Peptidase M41, FtsH extracellular GO:0004222|GO:0005524|GO:0008270|GO:0016021 Reactome: R-HSA-8949664 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 TIGRFAM TIGR01241 FtsH_fam: ATP-dependent metallopeptidase HflB 111 603 7.1E-207 T 17-09-2021 IPR005936 Peptidase, FtsH GO:0004222|GO:0016020 Reactome: R-HSA-8949664 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Gene3D G3DSA:1.20.58.760 411 614 1.4E-68 T 17-09-2021 IPR037219 Peptidase M41-like GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 SUPERFAMILY SSF140990 416 610 1.83E-68 T 17-09-2021 IPR037219 Peptidase M41-like GO:0004222|GO:0005524|GO:0006508 Reactome: R-HSA-8949664 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Coils Coil 636 640 - T 17-09-2021 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Hamap MF_01458 ATP-dependent zinc metalloprotease FtsH [ftsH]. 9 616 34.573 T 17-09-2021 IPR005936 Peptidase, FtsH GO:0004222|GO:0016020 Reactome: R-HSA-8949664 +MGYG000000001_02931 036cbdba75fc76e09b643b3c9a579b3e 640 Pfam PF00004 ATPase family associated with various cellular activities (AAA) 202 334 1.6E-44 T 17-09-2021 IPR003959 ATPase, AAA-type, core GO:0005524 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 SUPERFAMILY SSF75217 3 155 7.19E-41 T 17-09-2021 IPR029028 Alpha/beta knot methyltransferases +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 TIGRFAM TIGR00185 tRNA_yibK_trmL: tRNA (cytidine(34)-2'-O)-methyltransferase 3 155 1.0E-57 T 17-09-2021 IPR016914 tRNA (cytidine/uridine-2'-O-)-methyltransferase GO:0001510|GO:0008168 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 PANTHER PTHR42971:SF1 2 154 4.5E-53 T 17-09-2021 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 PANTHER PTHR42971 2 154 4.5E-53 T 17-09-2021 IPR016914 tRNA (cytidine/uridine-2'-O-)-methyltransferase GO:0001510|GO:0008168 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 Hamap MF_01885 tRNA (cytidine(34)-2'-O)-methyltransferase [trmL]. 3 153 33.455 T 17-09-2021 IPR016914 tRNA (cytidine/uridine-2'-O-)-methyltransferase GO:0001510|GO:0008168 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 Gene3D G3DSA:3.40.1280.10 1 156 9.8E-62 T 17-09-2021 IPR029026 tRNA (guanine-N1-)-methyltransferase, N-terminal +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 PIRSF PIRSF029256 2 156 3.4E-62 T 17-09-2021 IPR016914 tRNA (cytidine/uridine-2'-O-)-methyltransferase GO:0001510|GO:0008168 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 Pfam PF00588 SpoU rRNA Methylase family 3 143 1.5E-33 T 17-09-2021 IPR001537 tRNA/rRNA methyltransferase, SpoU type GO:0003723|GO:0006396|GO:0008173 +MGYG000000001_02719 9bb7c66732c848dc6912f1302f73d701 156 CDD cd18094 SpoU-like_TrmL 4 150 7.06051E-91 T 17-09-2021 +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 SUPERFAMILY SSF52540 1 239 6.98E-34 T 17-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 PANTHER PTHR43384:SF2 1 256 3.5E-82 T 17-09-2021 +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 Pfam PF01656 CobQ/CobB/MinD/ParA nucleotide binding domain 4 233 1.4E-16 T 17-09-2021 IPR002586 CobQ/CobB/MinD/ParA nucleotide binding domain +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 Gene3D G3DSA:3.40.50.300 1 256 2.3E-60 T 17-09-2021 +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 Coils Coil 246 266 - T 17-09-2021 +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 PIRSF PIRSF005647 1 258 2.0E-81 T 17-09-2021 IPR014433 Nickel insertion ATPase/GTPase (CO dehydrogenase maturation factor), CooC type +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 CDD cd02034 CooC1 1 253 3.48371E-101 T 17-09-2021 +MGYG000000001_01347 ddd0452b8a950270eed554c6548da43a 269 PANTHER PTHR43384 1 256 3.5E-82 T 17-09-2021 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 PRINTS PR00781 Lipoprotein signal peptidase family (A8) signature 122 138 4.3E-15 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 PRINTS PR00781 Lipoprotein signal peptidase family (A8) signature 88 103 4.3E-15 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 PRINTS PR00781 Lipoprotein signal peptidase family (A8) signature 45 53 4.3E-15 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 TIGRFAM TIGR00077 lspA: signal peptidase II 2 148 2.6E-33 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 Hamap MF_00161 Lipoprotein signal peptidase [lspA]. 1 147 15.759 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 Pfam PF01252 Signal peptidase (SPase) II 6 142 1.6E-38 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 ProSitePatterns PS00855 Signal peptidases II signature. 91 103 - T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_02132 17f9e5a9f549b04e7f68abd48b6cb6d0 150 PANTHER PTHR33695 3 148 1.4E-39 T 18-09-2021 IPR001872 Peptidase A8, signal peptidase II GO:0004190|GO:0006508|GO:0016020 MetaCyc: PWY-7884 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 Gene3D G3DSA:3.40.50.10490 1 183 2.7E-31 T 18-09-2021 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 SUPERFAMILY SSF53697 5 340 2.81E-46 T 18-09-2021 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 ProSiteProfiles PS51464 SIS domain profile. 205 343 9.178 T 18-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 Gene3D G3DSA:3.40.50.10490 191 338 1.0E-50 T 18-09-2021 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 PANTHER PTHR10937 7 355 1.3E-90 T 18-09-2021 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 PANTHER PTHR10937:SF8 7 355 1.3E-90 T 18-09-2021 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 CDD cd05008 SIS_GlmS_GlmD_1 43 166 2.43909E-29 T 18-09-2021 IPR035466 GlmS/AgaS, SIS domain 1 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 Pfam PF01380 SIS domain 44 154 5.7E-9 T 18-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 CDD cd05009 SIS_GlmS_GlmD_2 213 338 4.70638E-31 T 18-09-2021 IPR035490 GlmS/FrlB, SIS domain 2 KEGG: 00250+2.6.1.16|KEGG: 00520+2.6.1.16|MetaCyc: PWY-6749|MetaCyc: PWY-8013|Reactome: R-HSA-446210 +MGYG000000001_01968 341ca852fe734a06ef45fa4b203e1739 356 ProSiteProfiles PS51464 SIS domain profile. 30 173 11.139 T 18-09-2021 IPR001347 Sugar isomerase (SIS) GO:0097367|GO:1901135 +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 CDD cd17355 MFS_YcxA_like 21 411 5.55312E-46 T 18-09-2021 +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 PANTHER PTHR23517 18 419 1.4E-29 T 18-09-2021 +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 Pfam PF07690 Major Facilitator Superfamily 26 261 3.6E-22 T 18-09-2021 IPR011701 Major facilitator superfamily GO:0055085 +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 Gene3D G3DSA:1.20.1250.20 11 211 1.1E-24 T 18-09-2021 +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 Gene3D G3DSA:1.20.1250.20 228 423 6.6E-24 T 18-09-2021 +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 ProSiteProfiles PS50850 Major facilitator superfamily (MFS) profile. 18 417 23.692 T 18-09-2021 IPR020846 Major facilitator superfamily domain +MGYG000000001_01904 cab01dda879ba60b90c0cd44286d4648 426 SUPERFAMILY SSF103473 12 419 3.79E-59 T 18-09-2021 IPR036259 MFS transporter superfamily +MGYG000000001_00932 20a10310b60e0f3c7c8fe63534ead997 87 Pfam PF11823 Protein of unknown function (DUF3343) 5 71 3.7E-26 T 18-09-2021 IPR021778 Domain of unknown function DUF3343 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SUPERFAMILY SSF55785 415 467 1.17E-5 T 18-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 CDD cd16922 HATPase_EvgS-ArcB-TorS-like 666 766 6.20836E-32 T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SUPERFAMILY SSF55785 293 417 2.51E-5 T 18-09-2021 IPR035965 PAS domain superfamily +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Coils Coil 137 157 - T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 CDD cd17352 MFS_MCT_SLC16 26 127 0.00465706 T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Gene3D G3DSA:3.30.565.10 617 775 2.9E-39 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 PANTHER PTHR43711 398 778 1.1E-55 T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SMART SM00091 431 498 33.0 T 18-09-2021 IPR000014 PAS domain +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SMART SM00091 308 372 11.0 T 18-09-2021 IPR000014 PAS domain +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SMART SM00091 187 255 34.0 T 18-09-2021 IPR000014 PAS domain +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Gene3D G3DSA:3.30.450.20 294 417 3.1E-9 T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SUPERFAMILY SSF47384 531 612 3.34E-9 T 18-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SUPERFAMILY SSF55874 601 766 1.96E-38 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 PANTHER PTHR43711:SF1 398 778 1.1E-55 T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 PRINTS PR00344 Bacterial sensor protein C-terminal signature 713 723 1.2E-12 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 PRINTS PR00344 Bacterial sensor protein C-terminal signature 730 748 1.2E-12 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 PRINTS PR00344 Bacterial sensor protein C-terminal signature 695 709 1.2E-12 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 PRINTS PR00344 Bacterial sensor protein C-terminal signature 754 767 1.2E-12 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 SMART SM00387 658 770 6.3E-28 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 ProSiteProfiles PS50109 Histidine kinase domain profile. 551 770 40.746 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Pfam PF13188 PAS domain 308 358 2.5E-5 T 18-09-2021 IPR000014 PAS domain +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Coils Coil 419 439 - T 18-09-2021 +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 659 767 9.8E-24 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01294 5e91075dd3684e3985280c1c6541eaf4 802 Gene3D G3DSA:1.10.287.130 524 614 2.5E-12 T 18-09-2021 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 Pfam PF01726 LexA DNA binding domain 4 66 3.7E-21 T 18-09-2021 IPR006199 LexA repressor, DNA-binding domain GO:0004252|GO:0006508 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 PANTHER PTHR33516:SF2 4 209 7.3E-68 T 18-09-2021 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 TIGRFAM TIGR00498 lexA: repressor LexA 4 210 1.9E-68 T 18-09-2021 IPR006200 Transcription regulator LexA GO:0004252|GO:0009432|GO:0045892 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 Gene3D G3DSA:2.10.109.10 92 210 8.1E-43 T 18-09-2021 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 PANTHER PTHR33516 4 209 7.3E-68 T 18-09-2021 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 Gene3D G3DSA:1.10.10.10 3 69 1.5E-23 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 SUPERFAMILY SSF51306 86 208 1.44E-35 T 18-09-2021 IPR036286 LexA/Signal peptidase-like superfamily +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 PRINTS PR00726 Repressor LexA serine protease (S24) family signature 134 145 2.5E-6 T 18-09-2021 IPR006197 Peptidase S24, LexA-like GO:0003677|GO:0006355 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 PRINTS PR00726 Repressor LexA serine protease (S24) family signature 163 175 2.5E-6 T 18-09-2021 IPR006197 Peptidase S24, LexA-like GO:0003677|GO:0006355 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 PRINTS PR00726 Repressor LexA serine protease (S24) family signature 123 133 2.5E-6 T 18-09-2021 IPR006197 Peptidase S24, LexA-like GO:0003677|GO:0006355 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 SUPERFAMILY SSF46785 4 71 1.41E-21 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 Hamap MF_00015 LexA repressor [lexA]. 4 210 32.959 T 18-09-2021 IPR006200 Transcription regulator LexA GO:0004252|GO:0009432|GO:0045892 +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 Pfam PF00717 Peptidase S24-like 126 191 1.5E-13 T 18-09-2021 IPR015927 Peptidase S24/S26A/S26B/S26C +MGYG000000001_01646 94d5b996e70f9ceeb55d8d5b34afedde 211 CDD cd06529 S24_LexA-like 123 204 1.04555E-20 T 18-09-2021 IPR039418 LexA-like +MGYG000000001_01743 2114df39165d9de1f6133bff26fac44b 715 PANTHER PTHR43077 1 695 2.7E-118 T 18-09-2021 +MGYG000000001_01743 2114df39165d9de1f6133bff26fac44b 715 TIGRFAM TIGR03062 pip_yhgE_Cterm: YhgE/Pip C-terminal domain 497 692 6.5E-45 T 18-09-2021 IPR017501 Phage infection protein, YhgE, C-terminal +MGYG000000001_01743 2114df39165d9de1f6133bff26fac44b 715 Pfam PF12051 Protein of unknown function (DUF3533) 42 184 1.5E-7 T 18-09-2021 IPR022703 Domain of unknown function DUF3533 +MGYG000000001_01743 2114df39165d9de1f6133bff26fac44b 715 PANTHER PTHR43077:SF3 1 695 2.7E-118 T 18-09-2021 +MGYG000000001_01743 2114df39165d9de1f6133bff26fac44b 715 TIGRFAM TIGR03061 pip_yhgE_Nterm: YhgE/Pip N-terminal domain 11 173 5.2E-47 T 18-09-2021 IPR017500 Phage infection protein, YhgE, N-terminal +MGYG000000001_01743 2114df39165d9de1f6133bff26fac44b 715 Pfam PF12698 ABC-2 family transporter protein 307 690 1.3E-9 T 18-09-2021 +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 Coils Coil 187 211 - T 18-09-2021 +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 Pfam PF13455 Meiotically up-regulated gene 113 405 481 7.3E-13 T 18-09-2021 +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 Coils Coil 10 51 - T 18-09-2021 +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 Coils Coil 298 383 - T 18-09-2021 +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 SMART SM00974 399 482 8.5E-29 T 18-09-2021 IPR018306 Bacteriophage T5, Orf172 DNA-binding +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 Coils Coil 64 91 - T 18-09-2021 +MGYG000000001_01133 c9b9997225e635892715aa58ca504b93 504 Coils Coil 110 130 - T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 SUPERFAMILY SSF52172 1 128 8.4E-32 T 18-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 Gene3D G3DSA:1.10.10.60 237 289 1.2E-18 T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 CDD cd00156 REC 5 120 2.2336E-29 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 Gene3D G3DSA:3.40.50.2300 2 151 2.5E-31 T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 PANTHER PTHR42713:SF3 1 342 8.5E-39 T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 SUPERFAMILY SSF46689 293 344 5.82E-13 T 18-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 Pfam PF00072 Response regulator receiver domain 4 116 4.3E-26 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 ProSiteProfiles PS01124 Bacterial regulatory proteins, araC family DNA-binding domain profile. 244 342 33.017 T 18-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 Gene3D G3DSA:1.10.10.60 290 346 1.8E-17 T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 PANTHER PTHR42713 1 342 8.5E-39 T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 Pfam PF12833 Helix-turn-helix domain 264 341 3.4E-20 T 18-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 SMART SM00342 257 340 3.4E-28 T 18-09-2021 IPR018060 DNA binding HTH domain, AraC-type GO:0003700|GO:0006355|GO:0043565 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 SMART SM00448 2 116 4.9E-27 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 324 340 6.0E-6 T 18-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 PRINTS PR00032 AraC bacterial regulatory protein HTH signature 309 324 6.0E-6 T 18-09-2021 IPR020449 Transcription regulator HTH, AraC- type GO:0003700|GO:0006355 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 Coils Coil 85 105 - T 18-09-2021 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 ProSiteProfiles PS50110 Response regulatory domain profile. 3 120 35.441 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01166 1a3ee81d6dbbbe08189c14b5646e74d6 351 SUPERFAMILY SSF46689 241 291 1.34E-8 T 18-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01486 b97c406ee3ca77d4b398175562248416 476 Pfam PF05133 Phage portal protein, SPP1 Gp6-like 21 464 8.7E-36 T 18-09-2021 IPR021145 Portal protein +MGYG000000001_01518 c7aab1521b2bb910fe207e851160c466 457 Gene3D G3DSA:3.30.460.10 8 166 1.8E-8 T 18-09-2021 +MGYG000000001_01518 c7aab1521b2bb910fe207e851160c466 457 CDD cd05399 NT_Rel-Spo_like 23 174 2.12508E-11 T 18-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_01518 c7aab1521b2bb910fe207e851160c466 457 SUPERFAMILY SSF81301 43 218 3.11E-23 T 18-09-2021 +MGYG000000001_01518 c7aab1521b2bb910fe207e851160c466 457 Pfam PF04607 Region found in RelA / SpoT proteins 50 184 1.3E-18 T 18-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_01518 c7aab1521b2bb910fe207e851160c466 457 PANTHER PTHR41773 35 183 1.7E-14 T 18-09-2021 +MGYG000000001_01518 c7aab1521b2bb910fe207e851160c466 457 SMART SM00954 50 186 2.7E-8 T 18-09-2021 IPR007685 RelA/SpoT GO:0015969 +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 Pfam PF13527 Acetyltransferase (GNAT) domain 2 125 3.1E-35 T 18-09-2021 +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 Pfam PF17668 Acetyltransferase (GNAT) domain 172 278 8.0E-16 T 18-09-2021 IPR041380 Eis-like, acetyltransferase domain +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 Gene3D G3DSA:3.40.630.30 14 124 2.4E-67 T 18-09-2021 +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 Gene3D G3DSA:3.40.630.30 61 263 2.4E-67 T 18-09-2021 +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 Gene3D G3DSA:3.30.1050.10 269 379 5.4E-22 T 18-09-2021 IPR036527 SCP2 sterol-binding domain superfamily +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 PANTHER PTHR37817 1 384 2.1E-71 T 18-09-2021 +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 SUPERFAMILY SSF55718 280 385 2.08E-17 T 18-09-2021 IPR036527 SCP2 sterol-binding domain superfamily +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 SUPERFAMILY SSF55729 1 279 7.78E-71 T 18-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 CDD cd04301 NAT_SF 43 104 2.48383E-4 T 18-09-2021 +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 Pfam PF13530 Sterol carrier protein domain 282 382 4.3E-11 T 18-09-2021 IPR025559 Enhanced intracellular survival protein domain +MGYG000000001_00251 5601bcbed840a29921b0117035a236ea 385 ProSiteProfiles PS51186 Gcn5-related N-acetyltransferase (GNAT) domain profile. 1 143 14.527 T 18-09-2021 IPR000182 GNAT domain GO:0008080 +MGYG000000001_01422 97397b198a6753a3e06e602b26d2e32b 255 Gene3D G3DSA:3.90.550.10 2 251 1.5E-58 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01422 97397b198a6753a3e06e602b26d2e32b 255 CDD cd00761 Glyco_tranf_GTA_type 11 116 1.64905E-35 T 18-09-2021 +MGYG000000001_01422 97397b198a6753a3e06e602b26d2e32b 255 SUPERFAMILY SSF53448 9 225 1.0E-57 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_01422 97397b198a6753a3e06e602b26d2e32b 255 Pfam PF00535 Glycosyl transferase family 2 10 138 6.1E-35 T 18-09-2021 IPR001173 Glycosyltransferase 2-like Reactome: R-HSA-913709 +MGYG000000001_01422 97397b198a6753a3e06e602b26d2e32b 255 PANTHER PTHR22916 9 143 1.1E-38 T 18-09-2021 +MGYG000000001_01454 7ee723fbb14b627414aadf153237a880 141 Pfam PF09579 Sporulation protein YtfJ (Spore_YtfJ) 32 124 8.5E-23 T 18-09-2021 IPR014229 Sporulation protein YtfJ +MGYG000000001_01454 7ee723fbb14b627414aadf153237a880 141 PANTHER PTHR39162 6 138 1.1E-33 T 18-09-2021 IPR014229 Sporulation protein YtfJ +MGYG000000001_01454 7ee723fbb14b627414aadf153237a880 141 TIGRFAM TIGR02874 spore_ytfJ: sporulation protein YtfJ 6 132 5.2E-35 T 18-09-2021 IPR014229 Sporulation protein YtfJ +MGYG000000001_01454 7ee723fbb14b627414aadf153237a880 141 PIRSF PIRSF021377 1 141 1.2E-34 T 18-09-2021 IPR014229 Sporulation protein YtfJ +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 Gene3D G3DSA:2.30.30.30 122 180 2.1E-16 T 18-09-2021 IPR014722 Ribosomal protein L2, domain 2 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 PRINTS PR00338 Transcription termination factor NUSG signature 62 74 1.4E-10 T 18-09-2021 IPR001062 Transcription antitermination protein, NusG GO:0032784 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 PRINTS PR00338 Transcription termination factor NUSG signature 138 153 1.4E-10 T 18-09-2021 IPR001062 Transcription antitermination protein, NusG GO:0032784 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 PRINTS PR00338 Transcription termination factor NUSG signature 156 172 1.4E-10 T 18-09-2021 IPR001062 Transcription antitermination protein, NusG GO:0032784 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 Hamap MF_00948 Transcription termination/antitermination protein NusG [nusG]. 6 180 22.825 T 18-09-2021 IPR001062 Transcription antitermination protein, NusG GO:0032784 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 CDD cd09891 NGN_Bact_1 8 108 1.9588E-53 T 18-09-2021 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 SMART SM00738 6 115 2.0E-42 T 18-09-2021 IPR006645 NusG, N-terminal GO:0006355 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-674695|Reactome: R-HSA-6796648|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-75955|Reactome: R-HSA-77075 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 Gene3D G3DSA:3.30.70.940 1 120 1.5E-43 T 18-09-2021 IPR036735 NusG, N-terminal domain superfamily GO:0006355 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-674695|Reactome: R-HSA-6796648|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-75955|Reactome: R-HSA-77075 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 SMART SM00739 126 153 1.8E-5 T 18-09-2021 IPR005824 KOW +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 CDD cd06091 KOW_NusG 124 179 1.06269E-15 T 18-09-2021 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 PANTHER PTHR30265 3 180 5.0E-55 T 18-09-2021 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 Pfam PF00467 KOW motif 129 159 7.0E-7 T 18-09-2021 IPR005824 KOW +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 SUPERFAMILY SSF50104 125 180 3.05E-13 T 18-09-2021 IPR008991 Translation protein SH3-like domain superfamily +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 Pfam PF02357 Transcription termination factor nusG 8 110 5.3E-27 T 18-09-2021 IPR006645 NusG, N-terminal GO:0006355 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-674695|Reactome: R-HSA-6796648|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-75955|Reactome: R-HSA-77075 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 TIGRFAM TIGR00922 nusG: transcription termination/antitermination factor NusG 9 180 1.9E-50 T 18-09-2021 IPR001062 Transcription antitermination protein, NusG GO:0032784 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 PANTHER PTHR30265:SF2 3 180 5.0E-55 T 18-09-2021 IPR001062 Transcription antitermination protein, NusG GO:0032784 +MGYG000000001_02454 97475b41e766eef0bffb0f7d6e68b5fb 180 SUPERFAMILY SSF82679 7 111 3.14E-37 T 18-09-2021 IPR036735 NusG, N-terminal domain superfamily GO:0006355 Reactome: R-HSA-112382|Reactome: R-HSA-113418|Reactome: R-HSA-167152|Reactome: R-HSA-167158|Reactome: R-HSA-167160|Reactome: R-HSA-167200|Reactome: R-HSA-167238|Reactome: R-HSA-167242|Reactome: R-HSA-167243|Reactome: R-HSA-167246|Reactome: R-HSA-167287|Reactome: R-HSA-167290|Reactome: R-HSA-674695|Reactome: R-HSA-6796648|Reactome: R-HSA-6807505|Reactome: R-HSA-72086|Reactome: R-HSA-75955|Reactome: R-HSA-77075 +MGYG000000001_00381 baed877133697b8df59618a2f15b5cda 125 PANTHER PTHR43701 16 124 3.1E-24 T 18-09-2021 +MGYG000000001_00381 baed877133697b8df59618a2f15b5cda 125 Pfam PF01925 Sulfite exporter TauE/SafE 17 123 6.5E-22 T 18-09-2021 IPR002781 Transmembrane protein TauE-like GO:0016021 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 TIGRFAM TIGR00128 fabD: malonyl CoA-acyl carrier protein transacylase 4 290 6.4E-89 T 18-09-2021 IPR004410 Malonyl CoA-acyl carrier protein transacylase, FabD-type GO:0004314 KEGG: 00061+2.3.1.39|MetaCyc: PWY-4381|MetaCyc: PWY-6799|MetaCyc: PWY-7388|MetaCyc: PWY-8012|MetaCyc: PWY-8047|MetaCyc: PWY-8049 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 PIRSF PIRSF000446 1 310 1.1E-86 T 18-09-2021 IPR024925 Malonyl CoA-acyl carrier protein transacylase KEGG: 00061+2.3.1.39|MetaCyc: PWY-4381|MetaCyc: PWY-6799|MetaCyc: PWY-7388|MetaCyc: PWY-8012|MetaCyc: PWY-8047|MetaCyc: PWY-8049 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 SUPERFAMILY SSF52151 5 309 4.97E-65 T 18-09-2021 IPR016035 Acyl transferase/acyl hydrolase/lysophospholipase +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 SMART SM00827 Acyl transferase domain in polyketide synthase (PKS) enzymes. 8 313 3.5E-20 T 18-09-2021 IPR020801 Polyketide synthase, acyl transferase domain +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 SUPERFAMILY SSF55048 129 196 3.14E-15 T 18-09-2021 IPR016036 Malonyl-CoA ACP transacylase, ACP-binding +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 Gene3D G3DSA:3.40.366.10 6 285 9.8E-89 T 18-09-2021 IPR001227 Acyl transferase domain superfamily GO:0016740 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 Gene3D G3DSA:3.30.70.250 127 196 9.8E-89 T 18-09-2021 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 PANTHER PTHR42681:SF1 1 307 7.6E-88 T 18-09-2021 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 PANTHER PTHR42681 1 307 7.6E-88 T 18-09-2021 +MGYG000000001_00831 199c83c0cd2c53fb6cb0d29c90275e28 316 Pfam PF00698 Acyl transferase domain 7 290 1.3E-31 T 18-09-2021 IPR014043 Acyl transferase +MGYG000000001_01808 ccdcbf97af331439434b7a855a94056e 257 Coils Coil 73 107 - T 18-09-2021 +MGYG000000001_01808 ccdcbf97af331439434b7a855a94056e 257 Coils Coil 116 157 - T 18-09-2021 +MGYG000000001_01808 ccdcbf97af331439434b7a855a94056e 257 MobiDBLite mobidb-lite consensus disorder prediction 1 32 - T 18-09-2021 +MGYG000000001_01808 ccdcbf97af331439434b7a855a94056e 257 MobiDBLite mobidb-lite consensus disorder prediction 126 155 - T 18-09-2021 +MGYG000000001_02261 83ac10f6cef11eaef6c3689bfaf7f0c1 358 SUPERFAMILY SSF53756 4 350 3.1E-69 T 18-09-2021 +MGYG000000001_02261 83ac10f6cef11eaef6c3689bfaf7f0c1 358 PANTHER PTHR12526 126 351 6.9E-33 T 18-09-2021 +MGYG000000001_02261 83ac10f6cef11eaef6c3689bfaf7f0c1 358 Gene3D G3DSA:3.40.50.2000 14 348 5.5E-64 T 18-09-2021 +MGYG000000001_02261 83ac10f6cef11eaef6c3689bfaf7f0c1 358 Pfam PF00534 Glycosyl transferases group 1 171 331 8.1E-38 T 18-09-2021 IPR001296 Glycosyl transferase, family 1 +MGYG000000001_02261 83ac10f6cef11eaef6c3689bfaf7f0c1 358 Gene3D G3DSA:3.40.50.2000 165 338 5.5E-64 T 18-09-2021 +MGYG000000001_02261 83ac10f6cef11eaef6c3689bfaf7f0c1 358 CDD cd03820 GT4_AmsD-like 3 347 1.75897E-87 T 18-09-2021 +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 Gene3D G3DSA:3.30.565.10 1 106 1.7E-26 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 SUPERFAMILY SSF55874 3 104 2.88E-24 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 PRINTS PR00344 Bacterial sensor protein C-terminal signature 55 65 6.8E-11 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 PRINTS PR00344 Bacterial sensor protein C-terminal signature 68 86 6.8E-11 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 PRINTS PR00344 Bacterial sensor protein C-terminal signature 37 51 6.8E-11 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 ProSiteProfiles PS50109 Histidine kinase domain profile. 1 107 24.243 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 PANTHER PTHR45528 3 104 5.8E-26 T 18-09-2021 +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 SMART SM00387 2 107 1.1E-16 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 3 104 8.5E-19 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02302 4d84f2d837d4e0b4699f7cf9b8fb98a8 107 CDD cd00075 HATPase 4 104 5.57056E-27 T 18-09-2021 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 SUPERFAMILY SSF56784 2 227 1.1E-41 T 18-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 TIGRFAM TIGR02254 YjjG/YfnB: noncanonical pyrimidine nucleotidase, YjjG family 3 227 1.2E-67 T 18-09-2021 IPR011951 HAD-superfamily hydrolase, subfamily IA, YjjG/YfnB GO:0016787 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 PRINTS PR00413 Haloacid dehalogenase/epoxide hydrolase family signature 3 14 1.9E-6 T 18-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 PRINTS PR00413 Haloacid dehalogenase/epoxide hydrolase family signature 189 202 1.9E-6 T 18-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 PRINTS PR00413 Haloacid dehalogenase/epoxide hydrolase family signature 142 158 1.9E-6 T 18-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 PRINTS PR00413 Haloacid dehalogenase/epoxide hydrolase family signature 111 124 1.9E-6 T 18-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 Pfam PF13419 Haloacid dehalogenase-like hydrolase 7 199 2.4E-23 T 18-09-2021 IPR041492 Haloacid dehalogenase-like hydrolase +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 SFLD SFLDS00003 Haloacid Dehalogenase 2 226 5.2E-30 T 18-09-2021 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 Gene3D G3DSA:1.10.150.240 16 100 8.5E-70 T 18-09-2021 IPR023198 Phosphoglycolate phosphatase-like, domain 2 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 PANTHER PTHR47478 1 227 8.8E-82 T 18-09-2021 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 SFLD SFLDG01129 C1.5: HAD, Beta-PGM, Phosphatase Like 2 226 5.2E-30 T 18-09-2021 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 Gene3D G3DSA:3.40.50.1000 5 223 8.5E-70 T 18-09-2021 IPR023214 HAD superfamily +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 TIGRFAM TIGR01549 HAD-SF-IA-v1: HAD hydrolase, family IA, variant 1 105 194 5.1E-15 T 18-09-2021 IPR006439 HAD hydrolase, subfamily IA GO:0016787 +MGYG000000001_00641 a03357ddb8ab21233046385314f9d3b5 227 CDD cd04305 HAD_Neu5Ac-Pase_like 101 201 3.80205E-42 T 18-09-2021 +MGYG000000001_02651 fc1882b09d1ed894748100318f0d6317 159 MobiDBLite mobidb-lite consensus disorder prediction 23 51 - T 18-09-2021 +MGYG000000001_02651 fc1882b09d1ed894748100318f0d6317 159 MobiDBLite mobidb-lite consensus disorder prediction 32 51 - T 18-09-2021 +MGYG000000001_02651 fc1882b09d1ed894748100318f0d6317 159 ProSiteProfiles PS51257 Prokaryotic membrane lipoprotein lipid attachment site profile. 1 21 6.0 T 18-09-2021 +MGYG000000001_00035 ff4c673ec447e40ac97df8d5400b5488 226 Gene3D G3DSA:3.30.70.1880 79 226 8.2E-24 T 18-09-2021 +MGYG000000001_00035 ff4c673ec447e40ac97df8d5400b5488 226 Coils Coil 37 71 - T 18-09-2021 +MGYG000000001_00035 ff4c673ec447e40ac97df8d5400b5488 226 Pfam PF05949 Bacterial protein of unknown function (DUF881) 81 223 1.6E-28 T 18-09-2021 IPR010273 Protein of unknown function DUF881 +MGYG000000001_00035 ff4c673ec447e40ac97df8d5400b5488 226 PANTHER PTHR37313 6 224 2.4E-28 T 18-09-2021 IPR010273 Protein of unknown function DUF881 +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 SUPERFAMILY SSF161098 3 267 1.44E-55 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 CDD cd06261 TM_PBP2 60 258 3.753E-13 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 Gene3D G3DSA:1.10.3720.10 6 273 2.1E-55 T 18-09-2021 IPR035906 MetI-like superfamily +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 PANTHER PTHR42929 2 273 7.2E-97 T 18-09-2021 +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 PANTHER PTHR42929:SF1 2 273 7.2E-97 T 18-09-2021 +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 ProSiteProfiles PS50928 ABC transporter integral membrane type-1 domain profile. 60 264 26.739 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_02493 0dfcc1fe04c8a68a6b57ef9048fbdc27 280 Pfam PF00528 Binding-protein-dependent transport system inner membrane component 78 266 8.2E-12 T 18-09-2021 IPR000515 ABC transporter type 1, transmembrane domain MetI-like GO:0016020|GO:0055085 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 Gene3D G3DSA:3.40.50.10810 222 478 4.7E-80 T 18-09-2021 IPR038718 SNF2-like, N-terminal domain superfamily +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 Pfam PF08455 Bacterial SNF2 helicase associated 122 244 1.9E-21 T 18-09-2021 IPR013663 Helicase, SWF/SNF/SWI type, bacterial +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 ProSiteProfiles PS50966 Zinc finger SWIM-type profile. 58 102 8.889 T 18-09-2021 IPR007527 Zinc finger, SWIM-type GO:0008270 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 CDD cd18793 SF2_C_SNF 517 651 6.00912E-57 T 18-09-2021 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 ProSiteProfiles PS51194 Superfamilies 1 and 2 helicase C-terminal domain profile. 530 690 15.981 T 18-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 Pfam PF00176 SNF2 family N-terminal domain 270 519 1.1E-54 T 18-09-2021 IPR000330 SNF2-related, N-terminal domain GO:0005524 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 PANTHER PTHR10799:SF980 131 684 2.2E-175 T 18-09-2021 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 Pfam PF00271 Helicase conserved C-terminal domain 530 640 1.6E-20 T 18-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 SUPERFAMILY SSF52540 207 453 3.19E-60 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 SUPERFAMILY SSF52540 454 697 4.22E-61 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 SMART SM00490 557 640 1.2E-23 T 18-09-2021 IPR001650 Helicase, C-terminal +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 ProSiteProfiles PS51192 Superfamilies 1 and 2 helicase ATP-binding type-1 domain profile. 263 420 21.449 T 18-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 Gene3D G3DSA:3.40.50.300 501 695 1.9E-61 T 18-09-2021 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 SMART SM00487 247 428 6.6E-33 T 18-09-2021 IPR014001 Helicase superfamily 1/2, ATP-binding domain +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 PANTHER PTHR10799 131 684 2.2E-175 T 18-09-2021 +MGYG000000001_01526 cc423ac130aaceb39609e42c123cba3e 698 CDD cd18012 DEXQc_arch_SWI2_SNF2 247 455 4.54987E-108 T 18-09-2021 +MGYG000000001_02400 c3ab9524d01fa2c499914b62aab39baf 198 Pfam PF13630 SdpI/YhfL protein family 119 186 9.2E-14 T 18-09-2021 IPR025962 SdpI/YhfL protein family +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 Gene3D G3DSA:3.40.1440.10 1 83 8.9E-14 T 18-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 PANTHER PTHR30562 4 97 3.0E-13 T 18-09-2021 +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 CDD cd10434 GIY-YIG_UvrC_Cho 4 77 4.87041E-16 T 18-09-2021 +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 SMART SM00465 1 82 5.8E-8 T 18-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 ProSiteProfiles PS50164 GIY-YIG domain profile. 1 78 18.435 T 18-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 SUPERFAMILY SSF82771 2 79 8.24E-14 T 18-09-2021 IPR035901 GIY-YIG endonuclease superfamily Reactome: R-HSA-5693568|Reactome: R-HSA-6783310 +MGYG000000001_00613 21161ff76941105b18ac2f0803d7f14f 141 Pfam PF01541 GIY-YIG catalytic domain 2 77 1.8E-10 T 18-09-2021 IPR000305 GIY-YIG endonuclease +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 Gene3D G3DSA:1.10.10.10 8 118 9.4E-21 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 SUPERFAMILY SSF46785 6 78 2.72E-15 T 18-09-2021 IPR036390 Winged helix DNA-binding domain superfamily +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 PANTHER PTHR38445 6 116 8.9E-36 T 18-09-2021 +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 PANTHER PTHR38445:SF6 6 116 8.9E-36 T 18-09-2021 +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 CDD cd07377 WHTH_GntR 10 69 2.58358E-16 T 18-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 SMART SM00345 15 74 7.1E-9 T 18-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 Pfam PF00392 Bacterial regulatory proteins, gntR family 12 66 6.4E-10 T 18-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_03151 8c7350f28b9c45cf50b4490a9ff2a9af 118 ProSiteProfiles PS50949 GntR-type HTH domain profile. 9 78 18.462 T 18-09-2021 IPR000524 Transcription regulator HTH, GntR GO:0003700|GO:0006355 +MGYG000000001_00034 7b7b29932ce3443c81090e7b054f2eef 358 SUPERFAMILY SSF52540 31 318 7.83E-5 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_00034 7b7b29932ce3443c81090e7b054f2eef 358 CDD cd17933 DEXSc_RecD-like 31 64 1.38014E-5 T 18-09-2021 +MGYG000000001_00034 7b7b29932ce3443c81090e7b054f2eef 358 Coils Coil 338 358 - T 18-09-2021 +MGYG000000001_00034 7b7b29932ce3443c81090e7b054f2eef 358 SUPERFAMILY SSF52540 29 89 9.97E-8 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02554 1fcd7882e53f5fe4ca1ea1fcfa7130f0 75 Pfam PF11148 Protein of unknown function (DUF2922) 6 71 6.1E-23 T 18-09-2021 IPR021321 Protein of unknown function DUF2922 +MGYG000000001_00789 d8e84e1cc16a0d615c1e8ec1ef364884 470 Gene3D G3DSA:2.120.10.30 1 418 8.1E-26 T 18-09-2021 IPR011042 Six-bladed beta-propeller, TolB-like +MGYG000000001_00789 d8e84e1cc16a0d615c1e8ec1ef364884 470 PANTHER PTHR19328:SF13 26 469 2.8E-46 T 18-09-2021 +MGYG000000001_00789 d8e84e1cc16a0d615c1e8ec1ef364884 470 SUPERFAMILY SSF50952 68 310 1.05E-9 T 18-09-2021 IPR011041 Soluble quinoprotein glucose/sorbosone dehydrogenase GO:0003824 +MGYG000000001_00789 d8e84e1cc16a0d615c1e8ec1ef364884 470 Pfam PF07995 Glucose / Sorbosone dehydrogenase 32 279 6.4E-11 T 18-09-2021 IPR012938 Glucose/Sorbosone dehydrogenase +MGYG000000001_00789 d8e84e1cc16a0d615c1e8ec1ef364884 470 PANTHER PTHR19328 26 469 2.8E-46 T 18-09-2021 +MGYG000000001_01011 15ed440673da2f4dc922b66d1e475828 188 Pfam PF14278 Transcriptional regulator C-terminal region 86 179 6.8E-15 T 18-09-2021 IPR039532 Transcriptional regulator TetR, C-terminal, Firmicutes type +MGYG000000001_01011 15ed440673da2f4dc922b66d1e475828 188 Gene3D G3DSA:1.10.357.10 5 187 1.3E-41 T 18-09-2021 +MGYG000000001_01011 15ed440673da2f4dc922b66d1e475828 188 PANTHER PTHR43479 8 183 3.0E-33 T 18-09-2021 +MGYG000000001_01011 15ed440673da2f4dc922b66d1e475828 188 ProSiteProfiles PS50977 TetR-type HTH domain profile. 11 71 15.884 T 18-09-2021 IPR001647 DNA-binding HTH domain, TetR-type GO:0003677 +MGYG000000001_01011 15ed440673da2f4dc922b66d1e475828 188 SUPERFAMILY SSF46689 8 75 1.49E-14 T 18-09-2021 IPR009057 Homeobox-like domain superfamily GO:0003677 +MGYG000000001_01011 15ed440673da2f4dc922b66d1e475828 188 PANTHER PTHR43479:SF7 8 183 3.0E-33 T 18-09-2021 +MGYG000000001_02949 16d1f9368b7bf4850807c653d10f39fb 337 Pfam PF01032 FecCD transport family 20 334 3.2E-86 T 18-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02949 16d1f9368b7bf4850807c653d10f39fb 337 CDD cd06550 TM_ABC_iron-siderophores_like 66 332 2.20529E-47 T 18-09-2021 +MGYG000000001_02949 16d1f9368b7bf4850807c653d10f39fb 337 PANTHER PTHR30472 3 336 9.0E-111 T 18-09-2021 IPR000522 ABC transporter, permease protein, BtuC-like GO:0016020|GO:0022857 +MGYG000000001_02949 16d1f9368b7bf4850807c653d10f39fb 337 Gene3D G3DSA:1.10.3470.10 6 337 2.9E-84 T 18-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_02949 16d1f9368b7bf4850807c653d10f39fb 337 PANTHER PTHR30472:SF58 3 336 9.0E-111 T 18-09-2021 +MGYG000000001_02949 16d1f9368b7bf4850807c653d10f39fb 337 SUPERFAMILY SSF81345 5 334 8.76E-77 T 18-09-2021 IPR037294 ABC transporter, BtuC-like +MGYG000000001_01211 b0fc4ed35868ec592a55693be544d12b 278 PIRSF PIRSF018571 1 278 3.1E-49 T 18-09-2021 IPR005081 Sigma-E processing peptidase SpoIIGA GO:0004190|GO:0006508|GO:0030436 +MGYG000000001_01211 b0fc4ed35868ec592a55693be544d12b 278 Pfam PF03419 Sporulation factor SpoIIGA 1 276 2.6E-60 T 18-09-2021 IPR005081 Sigma-E processing peptidase SpoIIGA GO:0004190|GO:0006508|GO:0030436 +MGYG000000001_02381 69959d35319c2ff3d78aab029f0e2c91 370 Gene3D G3DSA:3.90.226.10 128 343 2.6E-26 T 18-09-2021 +MGYG000000001_02382 69959d35319c2ff3d78aab029f0e2c91 370 Gene3D G3DSA:3.90.226.10 128 343 2.6E-26 T 18-09-2021 +MGYG000000001_02381 69959d35319c2ff3d78aab029f0e2c91 370 SUPERFAMILY SSF52096 6 348 1.19E-43 T 18-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_02382 69959d35319c2ff3d78aab029f0e2c91 370 SUPERFAMILY SSF52096 6 348 1.19E-43 T 18-09-2021 IPR029045 ClpP/crotonase-like domain superfamily +MGYG000000001_02381 69959d35319c2ff3d78aab029f0e2c91 370 Pfam PF03572 Peptidase family S41 140 347 1.1E-27 T 18-09-2021 IPR005151 Tail specific protease GO:0006508|GO:0008236 Reactome: R-HSA-2187335|Reactome: R-HSA-2453902 +MGYG000000001_02382 69959d35319c2ff3d78aab029f0e2c91 370 Pfam PF03572 Peptidase family S41 140 347 1.1E-27 T 18-09-2021 IPR005151 Tail specific protease GO:0006508|GO:0008236 Reactome: R-HSA-2187335|Reactome: R-HSA-2453902 +MGYG000000001_02381 69959d35319c2ff3d78aab029f0e2c91 370 PANTHER PTHR32060:SF22 113 349 9.8E-14 T 18-09-2021 +MGYG000000001_02382 69959d35319c2ff3d78aab029f0e2c91 370 PANTHER PTHR32060:SF22 113 349 9.8E-14 T 18-09-2021 +MGYG000000001_02381 69959d35319c2ff3d78aab029f0e2c91 370 Gene3D G3DSA:3.30.750.44 1 96 4.2E-18 T 18-09-2021 +MGYG000000001_02382 69959d35319c2ff3d78aab029f0e2c91 370 Gene3D G3DSA:3.30.750.44 1 96 4.2E-18 T 18-09-2021 +MGYG000000001_02381 69959d35319c2ff3d78aab029f0e2c91 370 PANTHER PTHR32060 113 349 9.8E-14 T 18-09-2021 +MGYG000000001_02382 69959d35319c2ff3d78aab029f0e2c91 370 PANTHER PTHR32060 113 349 9.8E-14 T 18-09-2021 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 SUPERFAMILY SSF51735 2 167 4.95E-65 T 18-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 Pfam PF00044 Glyceraldehyde 3-phosphate dehydrogenase, NAD binding domain 2 102 3.4E-41 T 18-09-2021 IPR020828 Glyceraldehyde 3-phosphate dehydrogenase, NAD(P) binding domain GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 SMART SM00846 2 151 4.6E-96 T 18-09-2021 IPR020828 Glyceraldehyde 3-phosphate dehydrogenase, NAD(P) binding domain GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PANTHER PTHR43148 2 335 3.4E-184 T 18-09-2021 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 TIGRFAM TIGR01534 GAPDH-I: glyceraldehyde-3-phosphate dehydrogenase, type I 3 325 1.7E-135 T 18-09-2021 IPR006424 Glyceraldehyde-3-phosphate dehydrogenase, type I GO:0006006|GO:0016620|GO:0050661|GO:0051287|GO:0055114 KEGG: 00010+1.2.1.12|KEGG: 00710+1.2.1.12|MetaCyc: PWY-1042|MetaCyc: PWY-5484|MetaCyc: PWY-6901|MetaCyc: PWY-7003|MetaCyc: PWY-8004|Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 Pfam PF02800 Glyceraldehyde 3-phosphate dehydrogenase, C-terminal domain 156 313 2.1E-62 T 18-09-2021 IPR020829 Glyceraldehyde 3-phosphate dehydrogenase, catalytic domain GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 145 163 1.5E-32 T 18-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 266 281 1.5E-32 T 18-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 172 188 1.5E-32 T 18-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 230 247 1.5E-32 T 18-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PRINTS PR00078 Glyceraldehyde-3-phosphate dehydrogenase signature 109 122 1.5E-32 T 18-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 SUPERFAMILY SSF55347 151 314 1.99E-64 T 18-09-2021 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PANTHER PTHR43148:SF6 2 335 3.4E-184 T 18-09-2021 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 Gene3D G3DSA:3.30.360.10 150 315 2.2E-146 T 18-09-2021 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 ProSitePatterns PS00071 Glyceraldehyde 3-phosphate dehydrogenase active site. 149 156 - T 18-09-2021 IPR020830 Glyceraldehyde 3-phosphate dehydrogenase, active site GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 PIRSF PIRSF000149 1 335 2.6E-124 T 18-09-2021 IPR020831 Glyceraldehyde/Erythrose phosphate dehydrogenase family GO:0016620|GO:0055114 Reactome: R-HSA-70171|Reactome: R-HSA-70263 +MGYG000000001_00116 cbb08ddfdb7c266edc1976e7832940d4 335 Gene3D G3DSA:3.40.50.720 3 325 2.2E-146 T 18-09-2021 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 Hamap MF_01333_B 50S ribosomal protein L5 [rplE]. 2 180 44.395 T 18-09-2021 IPR020930 Ribosomal protein L5, bacterial-type GO:0003735|GO:0005840|GO:0006412 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 PANTHER PTHR11994:SF4 11 179 3.6E-74 T 18-09-2021 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 SUPERFAMILY SSF55282 4 179 7.53E-79 T 18-09-2021 IPR022803 Ribosomal protein L5 domain superfamily Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 Pfam PF00281 Ribosomal protein L5 25 81 8.7E-29 T 18-09-2021 IPR031310 Ribosomal protein L5, N-terminal Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 PANTHER PTHR11994 11 179 3.6E-74 T 18-09-2021 IPR002132 Ribosomal protein L5 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 ProSitePatterns PS00358 Ribosomal protein L5 signature. 58 74 - T 18-09-2021 IPR020929 Ribosomal protein L5, conserved site GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 Pfam PF00673 ribosomal L5P family C-terminus 85 178 5.5E-41 T 18-09-2021 IPR031309 Ribosomal protein L5, C-terminal Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 Gene3D G3DSA:3.30.1440.10 1 180 1.3E-83 T 18-09-2021 IPR022803 Ribosomal protein L5 domain superfamily Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_02580 b3ae93e85973707602ac731afd1404cf 180 PIRSF PIRSF002161 1 180 7.9E-69 T 18-09-2021 IPR002132 Ribosomal protein L5 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-156827|Reactome: R-HSA-156902|Reactome: R-HSA-1799339|Reactome: R-HSA-192823|Reactome: R-HSA-2408557|Reactome: R-HSA-6791226|Reactome: R-HSA-72689|Reactome: R-HSA-72706|Reactome: R-HSA-72764|Reactome: R-HSA-9010553|Reactome: R-HSA-975956|Reactome: R-HSA-975957 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 SMART SM00448 2 112 5.0E-45 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 PANTHER PTHR26402 1 220 6.0E-76 T 18-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 Gene3D G3DSA:1.10.10.10 122 220 2.1E-31 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 Coils Coil 105 125 - T 18-09-2021 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 CDD cd00383 trans_reg_C 134 219 5.25141E-34 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 Gene3D G3DSA:3.40.50.2300 1 121 8.7E-41 T 18-09-2021 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 CDD cd00156 REC 5 116 7.4189E-40 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 SUPERFAMILY SSF46894 126 219 8.22E-29 T 18-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 126 220 42.366 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 PANTHER PTHR26402:SF736 1 220 6.0E-76 T 18-09-2021 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 Pfam PF00486 Transcriptional regulatory protein, C terminal 148 218 4.5E-26 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 Pfam PF00072 Response regulator receiver domain 4 113 1.8E-29 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 SMART SM00862 147 219 5.5E-27 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 ProSiteProfiles PS50110 Response regulatory domain profile. 3 116 45.855 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_01893 6c56002917f1093d9054546ad5d2b669 220 SUPERFAMILY SSF52172 1 126 5.41E-42 T 18-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 Gene3D G3DSA:3.40.640.10 71 318 1.2E-166 T 18-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 Hamap MF_00375 Glutamate-1-semialdehyde 2,1-aminomutase [hemL]. 5 428 95.08 T 18-09-2021 IPR004639 Tetrapyrrole biosynthesis, glutamate-1-semialdehyde aminotransferase GO:0033014|GO:0042286 KEGG: 00860+5.4.3.8|MetaCyc: PWY-5188 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 PANTHER PTHR43713 3 426 1.6E-168 T 18-09-2021 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 Gene3D G3DSA:3.90.1150.10 9 420 1.2E-166 T 18-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 TIGRFAM TIGR00713 hemL: glutamate-1-semialdehyde-2,1-aminomutase 5 426 1.7E-182 T 18-09-2021 IPR004639 Tetrapyrrole biosynthesis, glutamate-1-semialdehyde aminotransferase GO:0033014|GO:0042286 KEGG: 00860+5.4.3.8|MetaCyc: PWY-5188 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 Pfam PF00202 Aminotransferase class-III 35 419 4.0E-70 T 18-09-2021 IPR005814 Aminotransferase class-III GO:0008483|GO:0030170 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 SUPERFAMILY SSF53383 4 426 4.13E-124 T 18-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 CDD cd00610 OAT_like 9 425 7.08149E-124 T 18-09-2021 IPR005814 Aminotransferase class-III GO:0008483|GO:0030170 +MGYG000000001_02202 4a092b5ea12fce26c4cb2d7943c26b5d 431 ProSitePatterns PS00600 Aminotransferases class-III pyridoxal-phosphate attachment site. 236 272 - T 18-09-2021 IPR005814 Aminotransferase class-III GO:0008483|GO:0030170 +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 CDD cd02034 CooC1 3 253 7.36785E-97 T 18-09-2021 +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 Pfam PF01656 CobQ/CobB/MinD/ParA nucleotide binding domain 6 233 8.2E-13 T 18-09-2021 IPR002586 CobQ/CobB/MinD/ParA nucleotide binding domain +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 SUPERFAMILY SSF52540 1 253 4.09E-35 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 PANTHER PTHR43384 4 254 8.0E-75 T 18-09-2021 +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 PIRSF PIRSF005647 3 256 5.1E-67 T 18-09-2021 IPR014433 Nickel insertion ATPase/GTPase (CO dehydrogenase maturation factor), CooC type +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 Gene3D G3DSA:3.40.50.300 3 255 1.8E-50 T 18-09-2021 +MGYG000000001_01340 b0337126c312d8cdc5ab9355e8e667fe 256 PANTHER PTHR43384:SF7 4 254 8.0E-75 T 18-09-2021 +MGYG000000001_01647 b4499466925de119aac1d00c76f32f5e 424 Gene3D G3DSA:1.10.443.10 171 364 2.1E-34 T 18-09-2021 IPR013762 Integrase-like, catalytic domain superfamily GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01647 b4499466925de119aac1d00c76f32f5e 424 PANTHER PTHR30349:SF67 33 362 3.3E-33 T 18-09-2021 +MGYG000000001_01647 b4499466925de119aac1d00c76f32f5e 424 PANTHER PTHR30349 33 362 3.3E-33 T 18-09-2021 +MGYG000000001_01647 b4499466925de119aac1d00c76f32f5e 424 Pfam PF00589 Phage integrase family 170 358 1.0E-28 T 18-09-2021 IPR002104 Integrase, catalytic domain GO:0003677|GO:0006310|GO:0015074 +MGYG000000001_01647 b4499466925de119aac1d00c76f32f5e 424 Gene3D G3DSA:1.10.150.130 32 167 5.6E-9 T 18-09-2021 IPR010998 Integrase/recombinase, N-terminal +MGYG000000001_01647 b4499466925de119aac1d00c76f32f5e 424 SUPERFAMILY SSF56349 39 365 1.59E-29 T 18-09-2021 IPR011010 DNA breaking-rejoining enzyme, catalytic core GO:0003677 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 TIGRFAM TIGR04350 C_S_lyase_PatB: putative C-S lyase 5 389 3.7E-112 T 18-09-2021 IPR027619 Putative C-S lyase KEGG: 00270+4.4.1.13|KEGG: 00450+4.4.1.13|MetaCyc: PWY-1187|MetaCyc: PWY-2821|MetaCyc: PWY-601|MetaCyc: PWY-6842|MetaCyc: PWY-6936|MetaCyc: PWY-7901|MetaCyc: PWY-801 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 Pfam PF00155 Aminotransferase class I and II 59 386 6.3E-37 T 18-09-2021 IPR004839 Aminotransferase, class I/classII GO:0009058|GO:0030170 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 PANTHER PTHR43525 1 393 3.3E-122 T 18-09-2021 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 Coils Coil 376 396 - T 18-09-2021 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 Gene3D G3DSA:3.40.640.10 64 288 3.5E-125 T 18-09-2021 IPR015421 Pyridoxal phosphate-dependent transferase, major domain GO:0003824 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 Gene3D G3DSA:3.90.1150.10 29 385 3.5E-125 T 18-09-2021 IPR015422 Pyridoxal phosphate-dependent transferase domain 1 GO:0003824 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 Coils Coil 404 405 - T 18-09-2021 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 SUPERFAMILY SSF53383 1 392 3.13E-91 T 18-09-2021 IPR015424 Pyridoxal phosphate-dependent transferase +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 PANTHER PTHR43525:SF1 1 393 3.3E-122 T 18-09-2021 +MGYG000000001_02947 232e2c83f67dec4312c783e5cdef0455 405 CDD cd00609 AAT_like 35 388 3.38859E-82 T 18-09-2021 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 Hamap MF_00268 Protein RecA [recA]. 33 357 52.961 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 TIGRFAM TIGR02012 tigrfam_recA: protein RecA 32 352 5.1E-175 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 ProSitePatterns PS00321 recA signature. 241 249 - T 18-09-2021 IPR020584 DNA recombination/repair protein RecA, conserved site GO:0003677|GO:0005524|GO:0006259|GO:0008094 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 SUPERFAMILY SSF54752 296 354 5.23E-20 T 18-09-2021 IPR023400 DNA recombination and repair protein RecA, C-terminal +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 Coils Coil 27 47 - T 18-09-2021 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PANTHER PTHR45900 26 360 3.3E-170 T 18-09-2021 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 Pfam PF00154 recA bacterial DNA recombination protein 35 296 6.1E-147 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PANTHER PTHR45900:SF1 26 360 3.3E-170 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 ProSiteProfiles PS50163 RecA family profile 2. 227 300 37.093 T 18-09-2021 IPR020587 DNA recombination and repair protein RecA, monomer-monomer interface GO:0003677|GO:0005524|GO:0006259|GO:0008094 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 CDD cd00983 recA 32 356 0.0 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PRINTS PR00142 RecA protein signature 121 150 1.5E-83 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PRINTS PR00142 RecA protein signature 155 184 1.5E-83 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PRINTS PR00142 RecA protein signature 325 342 1.5E-83 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PRINTS PR00142 RecA protein signature 238 266 1.5E-83 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PRINTS PR00142 RecA protein signature 193 222 1.5E-83 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 PRINTS PR00142 RecA protein signature 271 300 1.5E-83 T 18-09-2021 IPR013765 DNA recombination and repair protein RecA GO:0003697|GO:0005524|GO:0006281 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 Gene3D G3DSA:3.40.50.300 54 295 2.4E-83 T 18-09-2021 +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 Gene3D G3DSA:3.30.250.10 296 369 2.7E-25 T 18-09-2021 IPR023400 DNA recombination and repair protein RecA, C-terminal +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 SUPERFAMILY SSF52540 36 295 7.91E-67 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 SMART SM00382 85 256 1.5E-10 T 18-09-2021 IPR003593 AAA+ ATPase domain +MGYG000000001_01586 0ed14412b0ca1409c9ac1fdd5656c79d 369 ProSiteProfiles PS50162 RecA family profile 1. 63 222 38.752 T 18-09-2021 IPR020588 DNA recombination and repair protein RecA-like, ATP-binding domain GO:0003677|GO:0005524|GO:0006281|GO:0008094 Reactome: R-HSA-5685942|Reactome: R-HSA-5693554|Reactome: R-HSA-5693568|Reactome: R-HSA-5693579 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 Hamap MF_01368 50S ribosomal protein L17 [rplQ]. 2 113 28.959 T 18-09-2021 IPR000456 Ribosomal protein L17 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 Pfam PF01196 Ribosomal protein L17 17 113 4.0E-41 T 18-09-2021 IPR000456 Ribosomal protein L17 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 ProSitePatterns PS01167 Ribosomal protein L17 signature. 31 53 - T 18-09-2021 IPR000456 Ribosomal protein L17 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 PANTHER PTHR14413:SF16 2 113 8.0E-51 T 18-09-2021 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 TIGRFAM TIGR00059 L17: ribosomal protein bL17 4 113 4.2E-48 T 18-09-2021 IPR000456 Ribosomal protein L17 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 PANTHER PTHR14413 2 113 8.0E-51 T 18-09-2021 IPR000456 Ribosomal protein L17 GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 Gene3D G3DSA:3.90.1030.10 1 113 1.8E-48 T 18-09-2021 IPR036373 Ribosomal protein L17 superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_02562 808050ef4d56d8fdea7036ba717abb62 114 SUPERFAMILY SSF64263 3 113 3.4E-48 T 18-09-2021 IPR036373 Ribosomal protein L17 superfamily GO:0003735|GO:0005840|GO:0006412 Reactome: R-HSA-5368286|Reactome: R-HSA-5389840|Reactome: R-HSA-5419276 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 Gene3D G3DSA:4.10.520.10 1 92 5.0E-36 T 18-09-2021 IPR010992 Integration host factor (IHF)-like DNA-binding domain superfamily GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 CDD cd13831 HU 2 88 2.67455E-43 T 18-09-2021 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 Pfam PF00216 Bacterial DNA-binding protein 1 91 1.7E-32 T 18-09-2021 IPR000119 Histone-like DNA-binding protein GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 ProSitePatterns PS00045 Bacterial histone-like DNA-binding proteins signature. 46 65 - T 18-09-2021 IPR020816 Histone-like DNA-binding protein, conserved site GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 PRINTS PR01727 Prokaryotic integration host factor signature 40 55 2.0E-10 T 18-09-2021 IPR000119 Histone-like DNA-binding protein GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 PRINTS PR01727 Prokaryotic integration host factor signature 75 89 2.0E-10 T 18-09-2021 IPR000119 Histone-like DNA-binding protein GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 PANTHER PTHR33175:SF3 1 91 1.5E-34 T 18-09-2021 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 PANTHER PTHR33175 1 91 1.5E-34 T 18-09-2021 IPR000119 Histone-like DNA-binding protein GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 SUPERFAMILY SSF47729 1 91 1.28E-30 T 18-09-2021 IPR010992 Integration host factor (IHF)-like DNA-binding domain superfamily GO:0003677 +MGYG000000001_00701 ab9b8fc12c7e59b87e85f269060c9f76 92 SMART SM00411 1 91 3.0E-40 T 18-09-2021 IPR000119 Histone-like DNA-binding protein GO:0003677 +MGYG000000001_03191 9b84969ad74d366c6695bfa4c4e4ca9d 313 Pfam PF13612 Transposase DDE domain 119 271 4.6E-23 T 18-09-2021 IPR025668 Transposase DDE domain +MGYG000000001_02510 9b84969ad74d366c6695bfa4c4e4ca9d 313 Pfam PF13612 Transposase DDE domain 119 271 4.6E-23 T 18-09-2021 IPR025668 Transposase DDE domain +MGYG000000001_03272 9b84969ad74d366c6695bfa4c4e4ca9d 313 Pfam PF13612 Transposase DDE domain 119 271 4.6E-23 T 18-09-2021 IPR025668 Transposase DDE domain +MGYG000000001_02798 9b84969ad74d366c6695bfa4c4e4ca9d 313 Pfam PF13612 Transposase DDE domain 119 271 4.6E-23 T 18-09-2021 IPR025668 Transposase DDE domain +MGYG000000001_01974 9b84969ad74d366c6695bfa4c4e4ca9d 313 Pfam PF13612 Transposase DDE domain 119 271 4.6E-23 T 18-09-2021 IPR025668 Transposase DDE domain +MGYG000000001_02569 2f01912e81cdbfd561a4dde432a931e4 93 Gene3D G3DSA:2.30.30.30 6 89 2.4E-7 T 18-09-2021 IPR014722 Ribosomal protein L2, domain 2 +MGYG000000001_02569 2f01912e81cdbfd561a4dde432a931e4 93 SUPERFAMILY SSF50104 6 87 1.44E-13 T 18-09-2021 IPR008991 Translation protein SH3-like domain superfamily +MGYG000000001_02892 1f043d88b00d47205a2eaa434df69c5c 96 PANTHER PTHR33677 4 95 5.2E-31 T 18-09-2021 IPR003735 Metal-sensitive transcriptional repressor GO:0003677|GO:0006355|GO:0046872 +MGYG000000001_02892 1f043d88b00d47205a2eaa434df69c5c 96 Pfam PF02583 Metal-sensitive transcriptional repressor 10 93 5.4E-32 T 18-09-2021 IPR003735 Metal-sensitive transcriptional repressor GO:0003677|GO:0006355|GO:0046872 +MGYG000000001_02892 1f043d88b00d47205a2eaa434df69c5c 96 Coils Coil 77 96 - T 18-09-2021 +MGYG000000001_02892 1f043d88b00d47205a2eaa434df69c5c 96 CDD cd10148 CsoR-like_DUF156 11 93 2.0889E-38 T 18-09-2021 +MGYG000000001_02892 1f043d88b00d47205a2eaa434df69c5c 96 PANTHER PTHR33677:SF3 4 95 5.2E-31 T 18-09-2021 +MGYG000000001_02892 1f043d88b00d47205a2eaa434df69c5c 96 Gene3D G3DSA:1.20.58.1000 1 96 3.5E-35 T 18-09-2021 IPR038390 Metal-sensitive transcriptional repressor superfamily +MGYG000000001_03122 0b0bd1d1e6ca70ebc134305932e618f8 497 Pfam PF11230 Protein of unknown function (DUF3029) 13 496 4.0E-214 T 18-09-2021 IPR016905 Glycyl radical enzyme, HI0521, predicted +MGYG000000001_03122 0b0bd1d1e6ca70ebc134305932e618f8 497 TIGRFAM TIGR04040 glycyl_YjjI: glycine radical enzyme, YjjI family 3 496 6.4E-226 T 18-09-2021 IPR016905 Glycyl radical enzyme, HI0521, predicted +MGYG000000001_03122 0b0bd1d1e6ca70ebc134305932e618f8 497 SUPERFAMILY SSF51998 6 465 1.34E-74 T 18-09-2021 +MGYG000000001_03122 0b0bd1d1e6ca70ebc134305932e618f8 497 PIRSF PIRSF028991 1 497 2.7E-176 T 18-09-2021 IPR016905 Glycyl radical enzyme, HI0521, predicted +MGYG000000001_02667 5eeb63b98682aaa59c5243919c773481 123 Gene3D G3DSA:3.30.420.130 1 114 7.1E-28 T 18-09-2021 IPR036105 Dinitrogenase iron-molybdenum cofactor biosynthesis superfamily +MGYG000000001_02667 5eeb63b98682aaa59c5243919c773481 123 SUPERFAMILY SSF53146 1 122 4.97E-35 T 18-09-2021 IPR036105 Dinitrogenase iron-molybdenum cofactor biosynthesis superfamily +MGYG000000001_02667 5eeb63b98682aaa59c5243919c773481 123 PANTHER PTHR33937:SF4 1 121 3.5E-26 T 18-09-2021 +MGYG000000001_02667 5eeb63b98682aaa59c5243919c773481 123 CDD cd00851 MTH1175 1 102 9.89691E-29 T 18-09-2021 IPR033913 MTH1175 domain +MGYG000000001_02667 5eeb63b98682aaa59c5243919c773481 123 Pfam PF02579 Dinitrogenase iron-molybdenum cofactor 14 102 1.1E-19 T 18-09-2021 IPR003731 Dinitrogenase iron-molybdenum cofactor biosynthesis +MGYG000000001_02667 5eeb63b98682aaa59c5243919c773481 123 PANTHER PTHR33937 1 121 3.5E-26 T 18-09-2021 +MGYG000000001_02505 b8ccc50f30ffac7a0b2ec04b1cc1c575 402 Pfam PF07662 Na+ dependent nucleoside transporter C-terminus 196 399 1.7E-58 T 18-09-2021 IPR011657 Concentrative nucleoside transporter C-terminal domain Reactome: R-HSA-83936 +MGYG000000001_02505 b8ccc50f30ffac7a0b2ec04b1cc1c575 402 PANTHER PTHR10590 4 400 4.1E-112 T 18-09-2021 IPR008276 Concentrative nucleoside transporter GO:0005337|GO:0016020|GO:1901642 Reactome: R-HSA-83936 +MGYG000000001_02505 b8ccc50f30ffac7a0b2ec04b1cc1c575 402 Pfam PF01773 Na+ dependent nucleoside transporter N-terminus 8 81 1.5E-21 T 18-09-2021 IPR002668 Concentrative nucleoside transporter N-terminal domain Reactome: R-HSA-83936 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 PANTHER PTHR12196 9 214 4.7E-21 T 18-09-2021 IPR030662 Diphthine--ammonia ligase/Uncharacterised protein MJ0570 MetaCyc: PWY-6482|MetaCyc: PWY-7546|Reactome: R-HSA-5358493 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 Pfam PF01902 Diphthamide synthase 5 215 4.9E-45 T 18-09-2021 IPR002761 Diphthamide synthase domain MetaCyc: PWY-6482|MetaCyc: PWY-7546|Reactome: R-HSA-5358493 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 PIRSF PIRSF039123 3 215 8.4E-61 T 18-09-2021 IPR030662 Diphthine--ammonia ligase/Uncharacterised protein MJ0570 MetaCyc: PWY-6482|MetaCyc: PWY-7546|Reactome: R-HSA-5358493 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 SUPERFAMILY SSF52402 1 215 1.15E-66 T 18-09-2021 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 Gene3D G3DSA:3.40.50.620 1 141 7.3E-33 T 18-09-2021 IPR014729 Rossmann-like alpha/beta/alpha sandwich fold +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 TIGRFAM TIGR00290 MJ0570_dom: MJ0570-related uncharacterized domain 5 215 1.9E-44 T 18-09-2021 IPR002761 Diphthamide synthase domain MetaCyc: PWY-6482|MetaCyc: PWY-7546|Reactome: R-HSA-5358493 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 Gene3D G3DSA:3.90.1490.10 142 216 7.8E-13 T 18-09-2021 +MGYG000000001_02988 b041a79897c1bd282204da4df390a935 216 CDD cd01994 Alpha_ANH_like_IV 5 193 4.0335E-66 T 18-09-2021 IPR002761 Diphthamide synthase domain MetaCyc: PWY-6482|MetaCyc: PWY-7546|Reactome: R-HSA-5358493 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 Pfam PF00072 Response regulator receiver domain 6 115 4.5E-26 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 PANTHER PTHR26402:SF709 1 233 1.3E-89 T 18-09-2021 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 CDD cd00383 trans_reg_C 143 231 3.18007E-29 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 ProSiteProfiles PS50110 Response regulatory domain profile. 5 118 42.319 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 Gene3D G3DSA:1.10.10.10 133 234 5.8E-30 T 18-09-2021 IPR036388 Winged helix-like DNA-binding domain superfamily +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 SMART SM00448 4 114 2.2E-39 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 Gene3D G3DSA:3.40.50.2300 1 132 2.1E-34 T 18-09-2021 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 SUPERFAMILY SSF46894 133 232 4.25E-26 T 18-09-2021 IPR016032 Signal transduction response regulator, C-terminal effector GO:0003677|GO:0006355 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 PANTHER PTHR26402 1 233 1.3E-89 T 18-09-2021 IPR039420 Transcriptional regulatory protein WalR-like +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 SUPERFAMILY SSF52172 2 130 5.69E-37 T 18-09-2021 IPR011006 CheY-like superfamily +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 SMART SM00862 156 231 4.8E-22 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 ProSiteProfiles PS51755 OmpR/PhoB-type DNA-binding domain profile. 135 233 34.478 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 CDD cd00156 REC 7 118 4.00592E-33 T 18-09-2021 IPR001789 Signal transduction response regulator, receiver domain GO:0000160 +MGYG000000001_02603 cb5b50f9930640fe3681e82012450afb 234 Pfam PF00486 Transcriptional regulatory protein, C terminal 159 231 1.1E-21 T 18-09-2021 IPR001867 OmpR/PhoB-type DNA-binding domain GO:0000160|GO:0003677|GO:0006355 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 158 177 4.4E-40 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 213 233 4.4E-40 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 82 93 4.4E-40 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 132 148 4.4E-40 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 179 196 4.4E-40 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00081 Glucose/ribitol dehydrogenase family signature 8 25 4.4E-40 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 CDD cd05233 SDR_c 9 245 8.15689E-76 T 18-09-2021 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 ProSitePatterns PS00061 Short-chain dehydrogenases/reductases family signature. 145 173 - T 18-09-2021 IPR020904 Short-chain dehydrogenase/reductase, conserved site GO:0016491 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PANTHER PTHR24321:SF11 1 249 1.1E-69 T 18-09-2021 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PANTHER PTHR24321 1 249 1.1E-69 T 18-09-2021 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 SUPERFAMILY SSF51735 5 249 6.57E-78 T 18-09-2021 IPR036291 NAD(P)-binding domain superfamily +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 Pfam PF13561 Enoyl-(Acyl carrier protein) reductase 16 249 6.9E-59 T 18-09-2021 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 Gene3D G3DSA:3.40.50.720 1 254 6.0E-78 T 18-09-2021 +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 82 93 1.1E-10 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 158 177 1.1E-10 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_03154 ed2eb180787eba64414e917d83dcf3d2 262 PRINTS PR00080 Short-chain dehydrogenase/reductase (SDR) superfamily signature 138 146 1.1E-10 T 18-09-2021 IPR002347 Short-chain dehydrogenase/reductase SDR +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 Pfam PF01243 Pyridoxamine 5'-phosphate oxidase 6 86 4.8E-8 T 18-09-2021 IPR011576 Pyridoxamine 5'-phosphate oxidase, putative KEGG: 00750+1.4.3.5|MetaCyc: PWY-7204|MetaCyc: PWY-7282|Reactome: R-HSA-964975 +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 174 203 9.852 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 Pfam PF00037 4Fe-4S binding domain 177 199 4.6E-6 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 Pfam PF00037 4Fe-4S binding domain 151 171 7.2E-5 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 Gene3D G3DSA:3.30.70.20 148 201 5.0E-14 T 18-09-2021 +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 PANTHER PTHR24960 86 199 4.8E-14 T 18-09-2021 +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 ProSitePatterns PS00198 4Fe-4S ferredoxin-type iron-sulfur binding region signature. 183 194 - T 18-09-2021 IPR017900 4Fe-4S ferredoxin, iron-sulphur binding, conserved site +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 ProSiteProfiles PS51379 4Fe-4S ferredoxin-type iron-sulfur binding domain profile. 146 171 8.659 T 18-09-2021 IPR017896 4Fe-4S ferredoxin-type, iron-sulphur binding domain +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 SUPERFAMILY SSF50475 6 129 2.95E-16 T 18-09-2021 +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 SUPERFAMILY SSF54862 149 201 5.76E-15 T 18-09-2021 +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 PANTHER PTHR24960:SF55 86 199 4.8E-14 T 18-09-2021 +MGYG000000001_02409 66c9ff69e520137fa8e3af7323845c43 203 Gene3D G3DSA:2.30.110.10 1 147 2.8E-42 T 18-09-2021 IPR012349 FMN-binding split barrel GO:0048037 +MGYG000000001_02860 1db53a8f560075c77960d4ee342a4e19 115 Pfam PF07883 Cupin domain 38 100 5.1E-13 T 18-09-2021 IPR013096 Cupin 2, conserved barrel +MGYG000000001_02860 1db53a8f560075c77960d4ee342a4e19 115 SUPERFAMILY SSF51182 18 107 4.46E-19 T 18-09-2021 IPR011051 RmlC-like cupin domain superfamily +MGYG000000001_02860 1db53a8f560075c77960d4ee342a4e19 115 Gene3D G3DSA:2.60.120.10 11 105 5.1E-19 T 18-09-2021 IPR014710 RmlC-like jelly roll fold +MGYG000000001_02860 1db53a8f560075c77960d4ee342a4e19 115 PANTHER PTHR35848 33 104 2.9E-15 T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 PRINTS PR00344 Bacterial sensor protein C-terminal signature 562 572 5.0E-15 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 PRINTS PR00344 Bacterial sensor protein C-terminal signature 544 558 5.0E-15 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 PRINTS PR00344 Bacterial sensor protein C-terminal signature 605 618 5.0E-15 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 PRINTS PR00344 Bacterial sensor protein C-terminal signature 581 599 5.0E-15 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Pfam PF04392 ABC transporter substrate binding protein 121 321 1.9E-5 T 18-09-2021 IPR007487 ABC transporter, substrate-binding protein +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Gene3D G3DSA:3.40.50.2300 151 321 1.6E-8 T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 SUPERFAMILY SSF47384 381 461 5.3E-16 T 18-09-2021 IPR036097 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain superfamily GO:0000155|GO:0007165 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Coils Coil 51 71 - T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Gene3D G3DSA:3.40.50.2300 89 306 1.6E-8 T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 SMART SM00387 507 621 5.4E-31 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 SMART SM00388 391 461 3.4E-13 T 18-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 508 619 1.7E-24 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 ProSiteProfiles PS50109 Histidine kinase domain profile. 398 621 46.754 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 CDD cd00075 HATPase 512 617 9.9075E-32 T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Pfam PF00512 His Kinase A (phospho-acceptor) domain 392 461 4.1E-12 T 18-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 SUPERFAMILY SSF55874 450 619 1.09E-41 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Gene3D G3DSA:3.30.565.10 463 618 7.5E-41 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 Gene3D G3DSA:1.10.287.130 373 462 9.3E-20 T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 PANTHER PTHR43547 387 632 8.1E-66 T 18-09-2021 +MGYG000000001_02731 a6dbd9de18fa401dc97f30023f43a4fb 652 CDD cd00082 HisKA 389 457 6.44623E-14 T 18-09-2021 IPR003661 Signal transduction histidine kinase, dimerisation/phosphoacceptor domain GO:0000155|GO:0007165 +MGYG000000001_02828 7fc17d3d857db5cf8cdf4252a9a3e031 186 PIRSF PIRSF021362 3 186 1.3E-46 T 18-09-2021 IPR009206 Nucleotidase, putative +MGYG000000001_02828 7fc17d3d857db5cf8cdf4252a9a3e031 186 PANTHER PTHR35134 4 184 4.5E-47 T 18-09-2021 +MGYG000000001_02828 7fc17d3d857db5cf8cdf4252a9a3e031 186 PANTHER PTHR35134:SF3 4 184 4.5E-47 T 18-09-2021 +MGYG000000001_02828 7fc17d3d857db5cf8cdf4252a9a3e031 186 Pfam PF06941 5' nucleotidase, deoxy (Pyrimidine), cytosolic type C protein (NT5C) 6 182 8.6E-15 T 18-09-2021 IPR010708 5'(3')-deoxyribonucleotidase GO:0008253|GO:0009264 Reactome: R-HSA-73621 +MGYG000000001_02828 7fc17d3d857db5cf8cdf4252a9a3e031 186 Gene3D G3DSA:3.40.50.1000 1 174 3.5E-14 T 18-09-2021 IPR023214 HAD superfamily +MGYG000000001_02828 7fc17d3d857db5cf8cdf4252a9a3e031 186 SUPERFAMILY SSF56784 5 164 6.28E-22 T 18-09-2021 IPR036412 HAD-like superfamily +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Pfam PF02836 Glycosyl hydrolases family 2, TIM barrel domain 279 572 4.5E-35 T 18-09-2021 IPR006103 Glycoside hydrolase family 2, catalytic domain GO:0004553|GO:0005975 Reactome: R-HSA-6798695 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Gene3D G3DSA:2.60.40.10 574 660 1.0E-25 T 18-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 PANTHER PTHR42732:SF1 5 645 1.1E-141 T 18-09-2021 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Gene3D G3DSA:2.60.40.10 155 271 1.1E-22 T 18-09-2021 IPR013783 Immunoglobulin-like fold +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 PRINTS PR00132 Glycosyl hydrolase family 2 signature 283 297 1.9E-12 T 18-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 PRINTS PR00132 Glycosyl hydrolase family 2 signature 80 95 1.9E-12 T 18-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 PRINTS PR00132 Glycosyl hydrolase family 2 signature 379 394 1.9E-12 T 18-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 PRINTS PR00132 Glycosyl hydrolase family 2 signature 314 332 1.9E-12 T 18-09-2021 IPR006101 Glycoside hydrolase, family 2 GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807|Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Pfam PF00703 Glycosyl hydrolases family 2 168 271 1.3E-14 T 18-09-2021 IPR006102 Glycoside hydrolase, family 2, immunoglobulin-like beta-sandwich GO:0004553|GO:0005975 Reactome: R-HSA-2024096|Reactome: R-HSA-2160916|Reactome: R-HSA-2206292|Reactome: R-HSA-6798695 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 SUPERFAMILY SSF49785 2 154 5.35E-44 T 18-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Gene3D G3DSA:2.60.120.260 1 154 3.0E-48 T 18-09-2021 IPR008979 Galactose-binding-like domain superfamily +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Pfam PF16355 Domain of unknown function (DUF4982) 588 644 1.1E-9 T 18-09-2021 IPR032311 Domain of unknown function DUF4982 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Pfam PF02837 Glycosyl hydrolases family 2, sugar binding domain 21 151 5.9E-18 T 18-09-2021 IPR006104 Glycosyl hydrolases family 2, sugar binding domain GO:0004553|GO:0005975 KEGG: 00052+3.2.1.23|KEGG: 00511+3.2.1.23|KEGG: 00531+3.2.1.23|KEGG: 00600+3.2.1.23|KEGG: 00604+3.2.1.23|MetaCyc: PWY-6807 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 Gene3D G3DSA:3.20.20.80 273 573 8.8E-88 T 18-09-2021 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 PANTHER PTHR42732 5 645 1.1E-141 T 18-09-2021 +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 SUPERFAMILY SSF49303 176 271 8.92E-15 T 18-09-2021 IPR036156 Beta-Galactosidase/glucuronidase domain superfamily +MGYG000000001_02473 4ef8ea9ea9db8078344f2e31201a9f35 765 SUPERFAMILY SSF51445 269 570 7.28E-70 T 18-09-2021 IPR017853 Glycoside hydrolase superfamily +MGYG000000001_02313 d175542fdb5dd92c3de4b0b78c2b704e 123 MobiDBLite mobidb-lite consensus disorder prediction 103 123 - T 18-09-2021 +MGYG000000001_02313 d175542fdb5dd92c3de4b0b78c2b704e 123 MobiDBLite mobidb-lite consensus disorder prediction 98 123 - T 18-09-2021 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 Gene3D G3DSA:3.90.550.10 2 225 2.9E-78 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 ProSitePatterns PS01295 4-diphosphocytidyl-2C-methyl-D-erythritol synthase signature. 100 107 - T 18-09-2021 IPR018294 4-diphosphocytidyl-2C-methyl-D-erythritol synthase, conserved site GO:0003824|GO:0008299 KEGG: 00900+2.7.7.60|MetaCyc: PWY-7560 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 PANTHER PTHR32125 2 226 3.7E-77 T 18-09-2021 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 TIGRFAM TIGR00453 ispD: 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase 3 221 4.9E-72 T 18-09-2021 IPR001228 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase GO:0008299|GO:0050518 KEGG: 00900+2.7.7.60|MetaCyc: PWY-7560 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 CDD cd02516 CDP-ME_synthetase 2 215 4.10372E-100 T 18-09-2021 IPR034683 Cytidylyltransferase IspD/TarI GO:0070567 KEGG: 00900+2.7.7.60|MetaCyc: PWY-7560 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 Pfam PF01128 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase 4 222 1.6E-67 T 18-09-2021 IPR034683 Cytidylyltransferase IspD/TarI GO:0070567 KEGG: 00900+2.7.7.60|MetaCyc: PWY-7560 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 SUPERFAMILY SSF53448 2 222 9.69E-62 T 18-09-2021 IPR029044 Nucleotide-diphospho-sugar transferases +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 Hamap MF_00108 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase [ispD]. 1 222 41.196 T 18-09-2021 IPR001228 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase GO:0008299|GO:0050518 KEGG: 00900+2.7.7.60|MetaCyc: PWY-7560 +MGYG000000001_02441 590ee2e02eb84122964e93c102a5b119 226 PANTHER PTHR32125:SF4 2 226 3.7E-77 T 18-09-2021 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 316 414 1.2E-17 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 316 414 1.2E-17 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 CDD cd00075 HATPase 317 416 1.2214E-18 T 18-09-2021 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 CDD cd00075 HATPase 317 416 1.2214E-18 T 18-09-2021 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 ProSiteProfiles PS50109 Histidine kinase domain profile. 250 420 20.765 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 ProSiteProfiles PS50109 Histidine kinase domain profile. 250 420 20.765 T 18-09-2021 IPR005467 Histidine kinase domain Reactome: R-HSA-204174|Reactome: R-HSA-5362517 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 SUPERFAMILY SSF55874 284 414 7.6E-24 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 SUPERFAMILY SSF55874 284 414 7.6E-24 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 Gene3D G3DSA:3.30.565.10 279 419 1.2E-26 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 Gene3D G3DSA:3.30.565.10 279 419 1.2E-26 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 Coils Coil 210 237 - T 18-09-2021 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 Coils Coil 210 237 - T 18-09-2021 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 PRINTS PR00344 Bacterial sensor protein C-terminal signature 349 363 2.3E-5 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 PRINTS PR00344 Bacterial sensor protein C-terminal signature 349 363 2.3E-5 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 PRINTS PR00344 Bacterial sensor protein C-terminal signature 381 399 2.3E-5 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 PRINTS PR00344 Bacterial sensor protein C-terminal signature 381 399 2.3E-5 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 PRINTS PR00344 Bacterial sensor protein C-terminal signature 367 377 2.3E-5 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 PRINTS PR00344 Bacterial sensor protein C-terminal signature 367 377 2.3E-5 T 18-09-2021 IPR004358 Signal transduction histidine kinase-related protein, C-terminal GO:0016310|GO:0016772 Reactome: R-HSA-70895 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 PANTHER PTHR43065:SF26 250 414 2.2E-22 T 18-09-2021 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 PANTHER PTHR43065:SF26 250 414 2.2E-22 T 18-09-2021 +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 SMART SM00387 312 420 2.2E-17 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 SMART SM00387 312 420 2.2E-17 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_03186 05d9fd60ca79111748eb176e0e6ba5cd 431 PANTHER PTHR43065 250 414 2.2E-22 T 18-09-2021 +MGYG000000001_00574 05d9fd60ca79111748eb176e0e6ba5cd 431 PANTHER PTHR43065 250 414 2.2E-22 T 18-09-2021 +MGYG000000001_02151 728cf83829e9d7c88033f6d7d8bf4af8 235 Pfam PF04298 Putative neutral zinc metallopeptidase 15 230 2.3E-93 T 18-09-2021 IPR007395 Putative neutral zinc metallopeptidase +MGYG000000001_02151 728cf83829e9d7c88033f6d7d8bf4af8 235 PANTHER PTHR36434 14 235 2.2E-93 T 18-09-2021 IPR007395 Putative neutral zinc metallopeptidase +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 PANTHER PTHR33778:SF1 9 146 3.3E-30 T 18-09-2021 +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 Pfam PF02308 MgtC family 14 139 3.1E-23 T 18-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 PRINTS PR01837 MgtC/SapB protein signature 63 85 4.0E-27 T 18-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 PRINTS PR01837 MgtC/SapB protein signature 17 36 4.0E-27 T 18-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 PRINTS PR01837 MgtC/SapB protein signature 36 54 4.0E-27 T 18-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 PRINTS PR01837 MgtC/SapB protein signature 94 118 4.0E-27 T 18-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_02377 6d24ab8abd35b8b7d1d724f87b923647 153 PANTHER PTHR33778 9 146 3.3E-30 T 18-09-2021 IPR003416 MgtC/SapB/SrpB/YhiD family GO:0016020 +MGYG000000001_03271 fe5a60e951e354cf9eedcc05ef738197 97 Pfam PF07561 Domain of Unknown Function (DUF1540) 63 94 2.5E-4 T 18-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_03271 fe5a60e951e354cf9eedcc05ef738197 97 Pfam PF07561 Domain of Unknown Function (DUF1540) 4 41 3.3E-9 T 18-09-2021 IPR011437 Domain of unknown function DUF1540 +MGYG000000001_02699 bd9180455e6ad533bee3adac8da686a3 119 Pfam PF03703 Bacterial PH domain 81 118 2.0E-5 T 18-09-2021 IPR005182 Domain of unknown function DUF304 +MGYG000000001_02699 bd9180455e6ad533bee3adac8da686a3 119 PANTHER PTHR34473 28 118 1.5E-12 T 18-09-2021 +MGYG000000001_02699 bd9180455e6ad533bee3adac8da686a3 119 PANTHER PTHR34473:SF2 28 118 1.5E-12 T 18-09-2021 +MGYG000000001_02248 0661effc67b2252eca2d734c378b5ebe 240 Pfam PF01695 IstB-like ATP binding protein 61 204 5.1E-16 T 18-09-2021 IPR002611 IstB-like ATP-binding protein GO:0005524 +MGYG000000001_02248 0661effc67b2252eca2d734c378b5ebe 240 PANTHER PTHR30050 5 238 4.0E-69 T 18-09-2021 +MGYG000000001_02248 0661effc67b2252eca2d734c378b5ebe 240 Gene3D G3DSA:3.40.50.300 43 225 5.4E-41 T 18-09-2021 +MGYG000000001_02248 0661effc67b2252eca2d734c378b5ebe 240 PANTHER PTHR30050:SF10 5 238 4.0E-69 T 18-09-2021 +MGYG000000001_02248 0661effc67b2252eca2d734c378b5ebe 240 SUPERFAMILY SSF52540 59 222 6.46E-18 T 18-09-2021 IPR027417 P-loop containing nucleoside triphosphate hydrolase +MGYG000000001_02248 0661effc67b2252eca2d734c378b5ebe 240 CDD cd00009 AAA 93 218 5.56412E-9 T 18-09-2021 +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 Pfam PF00936 BMC domain 44 101 1.5E-12 T 18-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 Gene3D G3DSA:3.30.70.1710 1 115 4.4E-51 T 18-09-2021 +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 PIRSF PIRSF012296 1 115 9.3E-55 T 18-09-2021 IPR009307 Ethanolamine utilisation EutS GO:0031469 +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 SUPERFAMILY SSF143414 43 111 4.58E-14 T 18-09-2021 IPR037233 CcmK-like superfamily +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 PANTHER PTHR40449 3 115 3.7E-51 T 18-09-2021 IPR009307 Ethanolamine utilisation EutS GO:0031469 +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 CDD cd07046 BMC_PduU-EutS 6 115 2.42726E-60 T 18-09-2021 IPR009307 Ethanolamine utilisation EutS GO:0031469 +MGYG000000001_03084 2f6e4cd10429e3d626da5022feb066c8 115 SMART SM00877 43 115 3.3E-18 T 18-09-2021 IPR000249 Microcompartment protein, bacteria +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 SUPERFAMILY SSF88697 3 70 5.47E-15 T 18-09-2021 IPR015947 PUA-like superfamily +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 TIGRFAM TIGR00046 TIGR00046: RNA methyltransferase, RsmE family 11 245 6.7E-64 T 18-09-2021 IPR006700 Ribosomal RNA small subunit methyltransferase E GO:0006364|GO:0008168 +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 PIRSF PIRSF015601 1 246 2.8E-65 T 18-09-2021 IPR006700 Ribosomal RNA small subunit methyltransferase E GO:0006364|GO:0008168 +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 Pfam PF04452 RNA methyltransferase 19 240 1.4E-72 T 18-09-2021 IPR006700 Ribosomal RNA small subunit methyltransferase E GO:0006364|GO:0008168 +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 Gene3D G3DSA:2.40.240.20 1 71 4.0E-22 T 18-09-2021 +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 SUPERFAMILY SSF75217 75 245 1.13E-49 T 18-09-2021 IPR029028 Alpha/beta knot methyltransferases +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 PANTHER PTHR30027 1 244 2.1E-62 T 18-09-2021 IPR006700 Ribosomal RNA small subunit methyltransferase E GO:0006364|GO:0008168 +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 CDD cd18084 RsmE-like 80 239 7.76861E-47 T 18-09-2021 +MGYG000000001_00233 dd33abff81f52a021bfa598acc2f2edb 250 Gene3D G3DSA:3.40.1280.10 74 249 3.4E-61 T 18-09-2021 IPR029026 tRNA (guanine-N1-)-methyltransferase, N-terminal +MGYG000000001_00259 ca253dacad1772f09be6a7dc69a10b1a 123 Gene3D G3DSA:2.60.320.10 19 121 6.6E-24 T 18-09-2021 IPR038690 NusG, domain 2 superfamily +MGYG000000001_00259 ca253dacad1772f09be6a7dc69a10b1a 123 Pfam PF07009 NusG domain II 12 110 1.5E-25 T 18-09-2021 IPR024045 NusG, domain 2 +MGYG000000001_00465 526d6cf677381d993c47feaeef88b5ae 277 Pfam PF01987 Mitochondrial biogenesis AIM24 65 268 6.5E-49 T 18-09-2021 IPR002838 Mitochondrial biogenesis protein AIM24 +MGYG000000001_00464 526d6cf677381d993c47feaeef88b5ae 277 Pfam PF01987 Mitochondrial biogenesis AIM24 65 268 6.5E-49 T 18-09-2021 IPR002838 Mitochondrial biogenesis protein AIM24 +MGYG000000001_00465 526d6cf677381d993c47feaeef88b5ae 277 TIGRFAM TIGR00266 TIGR00266: TIGR00266 family protein 75 269 1.2E-35 T 18-09-2021 IPR002838 Mitochondrial biogenesis protein AIM24 +MGYG000000001_00464 526d6cf677381d993c47feaeef88b5ae 277 TIGRFAM TIGR00266 TIGR00266: TIGR00266 family protein 75 269 1.2E-35 T 18-09-2021 IPR002838 Mitochondrial biogenesis protein AIM24 +MGYG000000001_00465 526d6cf677381d993c47feaeef88b5ae 277 Gene3D G3DSA:3.60.160.10 53 276 3.7E-58 T 18-09-2021 IPR036983 Mitochondrial biogenesis AIM24 superfamily +MGYG000000001_00464 526d6cf677381d993c47feaeef88b5ae 277 Gene3D G3DSA:3.60.160.10 53 276 3.7E-58 T 18-09-2021 IPR036983 Mitochondrial biogenesis AIM24 superfamily +MGYG000000001_00465 526d6cf677381d993c47feaeef88b5ae 277 PANTHER PTHR31801 59 270 3.1E-59 T 18-09-2021 +MGYG000000001_00464 526d6cf677381d993c47feaeef88b5ae 277 PANTHER PTHR31801 59 270 3.1E-59 T 18-09-2021 +MGYG000000001_00465 526d6cf677381d993c47feaeef88b5ae 277 SUPERFAMILY SSF51219 65 270 6.02E-51 T 18-09-2021 IPR016031 Tryptophan RNA-binding attenuator protein-like domain superfamily +MGYG000000001_00464 526d6cf677381d993c47feaeef88b5ae 277 SUPERFAMILY SSF51219 65 270 6.02E-51 T 18-09-2021 IPR016031 Tryptophan RNA-binding attenuator protein-like domain superfamily +MGYG000000001_00465 526d6cf677381d993c47feaeef88b5ae 277 PANTHER PTHR31801:SF0 59 270 3.1E-59 T 18-09-2021 +MGYG000000001_00464 526d6cf677381d993c47feaeef88b5ae 277 PANTHER PTHR31801:SF0 59 270 3.1E-59 T 18-09-2021 +MGYG000000001_00960 1bd19ad345eca9fedf6aded629b89151 339 PANTHER PTHR35528 140 299 1.8E-15 T 18-09-2021 +MGYG000000001_00960 1bd19ad345eca9fedf6aded629b89151 339 SUPERFAMILY SSF53098 177 323 1.26E-16 T 18-09-2021 IPR012337 Ribonuclease H-like superfamily +MGYG000000001_00960 1bd19ad345eca9fedf6aded629b89151 339 Pfam PF13610 DDE domain 176 311 1.1E-29 T 18-09-2021 IPR032874 DDE domain +MGYG000000001_00960 1bd19ad345eca9fedf6aded629b89151 339 ProSiteProfiles PS50994 Integrase catalytic domain profile. 170 327 14.217 T 18-09-2021 IPR001584 Integrase, catalytic core GO:0015074 +MGYG000000001_00960 1bd19ad345eca9fedf6aded629b89151 339 Gene3D G3DSA:3.30.420.10 172 328 9.6E-12 T 18-09-2021 IPR036397 Ribonuclease H superfamily GO:0003676 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 PANTHER PTHR31689:SF0 2 275 8.3E-80 T 18-09-2021 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 ProSitePatterns PS01326 Diaminopimelate epimerase signature. 64 78 - T 18-09-2021 IPR018510 Diaminopimelate epimerase, active site GO:0005737|GO:0008837|GO:0009089 KEGG: 00300+5.1.1.7|MetaCyc: PWY-2941|MetaCyc: PWY-5097 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 PANTHER PTHR31689 2 275 8.3E-80 T 18-09-2021 IPR001653 Diaminopimelate epimerase, DapF GO:0008837|GO:0009089 KEGG: 00300+5.1.1.7|MetaCyc: PWY-2941|MetaCyc: PWY-5097 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 Pfam PF01678 Diaminopimelate epimerase 158 268 4.7E-24 T 18-09-2021 IPR001653 Diaminopimelate epimerase, DapF GO:0008837|GO:0009089 KEGG: 00300+5.1.1.7|MetaCyc: PWY-2941|MetaCyc: PWY-5097 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 Pfam PF01678 Diaminopimelate epimerase 3 127 3.5E-34 T 18-09-2021 IPR001653 Diaminopimelate epimerase, DapF GO:0008837|GO:0009089 KEGG: 00300+5.1.1.7|MetaCyc: PWY-2941|MetaCyc: PWY-5097 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 TIGRFAM TIGR00652 DapF: diaminopimelate epimerase 1 274 2.9E-86 T 18-09-2021 IPR001653 Diaminopimelate epimerase, DapF GO:0008837|GO:0009089 KEGG: 00300+5.1.1.7|MetaCyc: PWY-2941|MetaCyc: PWY-5097 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 Gene3D G3DSA:3.10.310.10 123 266 3.3E-96 T 18-09-2021 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 SUPERFAMILY SSF54506 140 275 2.51E-40 T 18-09-2021 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 SUPERFAMILY SSF54506 1 134 8.37E-37 T 18-09-2021 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 Gene3D G3DSA:3.10.310.10 3 272 3.3E-96 T 18-09-2021 +MGYG000000001_02142 cef6b772bbb4741a2214b52cdf5262d0 276 Hamap MF_00197 Diaminopimelate epimerase [dapF]. 1 276 35.941 T 18-09-2021 IPR001653 Diaminopimelate epimerase, DapF GO:0008837|GO:0009089 KEGG: 00300+5.1.1.7|MetaCyc: PWY-2941|MetaCyc: PWY-5097 +MGYG000000001_00664 a6ed27968fbe854a0629f207922cbc03 249 Pfam PF05175 Methyltransferase small domain 35 129 2.6E-10 T 18-09-2021 IPR007848 Methyltransferase small domain GO:0008168 +MGYG000000001_00664 a6ed27968fbe854a0629f207922cbc03 249 Coils Coil 91 111 - T 18-09-2021 +MGYG000000001_00664 a6ed27968fbe854a0629f207922cbc03 249 CDD cd02440 AdoMet_MTases 48 170 4.71162E-12 T 18-09-2021 +MGYG000000001_00664 a6ed27968fbe854a0629f207922cbc03 249 PANTHER PTHR47739 1 243 5.3E-72 T 18-09-2021 +MGYG000000001_00664 a6ed27968fbe854a0629f207922cbc03 249 Gene3D G3DSA:3.40.50.150 9 248 3.0E-70 T 18-09-2021 +MGYG000000001_00664 a6ed27968fbe854a0629f207922cbc03 249 SUPERFAMILY SSF53335 16 198 5.47E-31 T 18-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_01492 dbb81c3f498ec3236bd43a71f04b2fd5 356 Pfam PF03864 Phage major capsid protein E 11 346 4.1E-43 T 18-09-2021 IPR005564 Major capsid protein GpE +MGYG000000001_01492 dbb81c3f498ec3236bd43a71f04b2fd5 356 Gene3D G3DSA:3.90.1690.10 133 284 3.8E-8 T 18-09-2021 +MGYG000000001_00123 ca7451d6394d80a3f3163dfa0424a2b1 190 PANTHER PTHR43366 4 190 3.8E-62 T 18-09-2021 +MGYG000000001_00123 ca7451d6394d80a3f3163dfa0424a2b1 190 Coils Coil 179 190 - T 18-09-2021 +MGYG000000001_00123 ca7451d6394d80a3f3163dfa0424a2b1 190 Pfam PF01558 Pyruvate ferredoxin/flavodoxin oxidoreductase 13 186 7.9E-36 T 18-09-2021 IPR019752 Pyruvate/ketoisovalerate oxidoreductase, catalytic domain GO:0016903|GO:0055114 +MGYG000000001_00123 ca7451d6394d80a3f3163dfa0424a2b1 190 Gene3D G3DSA:3.40.920.10 2 190 9.1E-62 T 18-09-2021 IPR002869 Pyruvate-flavodoxin oxidoreductase, central domain GO:0016491|GO:0055114 +MGYG000000001_00123 ca7451d6394d80a3f3163dfa0424a2b1 190 SUPERFAMILY SSF53323 3 189 9.29E-51 T 18-09-2021 IPR002869 Pyruvate-flavodoxin oxidoreductase, central domain GO:0016491|GO:0055114 +MGYG000000001_00123 ca7451d6394d80a3f3163dfa0424a2b1 190 TIGRFAM TIGR02175 PorC_KorC: 2-oxoacid:acceptor oxidoreductase, gamma subunit, pyruvate/2-ketoisovalerate family 5 189 2.1E-64 T 18-09-2021 IPR011894 2-oxoacid:acceptor oxidoreductase, gamma subunit, pyruvate/2-ketoisovalerate GO:0016625|GO:0055114 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 PANTHER PTHR46018:SF2 2 117 3.2E-56 T 18-09-2021 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 PANTHER PTHR46018:SF2 130 273 3.2E-56 T 18-09-2021 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 Gene3D G3DSA:3.60.15.10 2 301 6.8E-67 T 18-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 SUPERFAMILY SSF56281 4 301 7.95E-60 T 18-09-2021 IPR036866 Ribonuclease Z/Hydroxyacylglutathione hydrolase-like +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 TIGRFAM TIGR02651 RNase_Z: ribonuclease Z 4 300 6.5E-96 T 18-09-2021 IPR013471 Ribonuclease Z/BN GO:0016891|GO:0042779 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 CDD cd07717 RNaseZ_ZiPD-like_MBL-fold 4 300 9.87235E-100 T 18-09-2021 IPR013471 Ribonuclease Z/BN GO:0016891|GO:0042779 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 Hamap MF_01818 Ribonuclease BN [rbn]. 2 301 30.609 T 18-09-2021 IPR013471 Ribonuclease Z/BN GO:0016891|GO:0042779 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 Pfam PF12706 Beta-lactamase superfamily domain 30 269 3.3E-11 T 18-09-2021 IPR001279 Metallo-beta-lactamase +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 PANTHER PTHR46018 2 117 3.2E-56 T 18-09-2021 +MGYG000000001_00285 1ca2644cfb854f474cd9280211ccddc3 315 PANTHER PTHR46018 130 273 3.2E-56 T 18-09-2021 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 PIRSF PIRSF000371 42 242 3.1E-47 T 18-09-2021 IPR012839 Organic radical enzyme activase GO:0016491|GO:0055114 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 PIRSF PIRSF000371 1 46 2.7E-14 T 18-09-2021 IPR012839 Organic radical enzyme activase GO:0016491|GO:0055114 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 SUPERFAMILY SSF102114 22 217 6.08E-30 T 18-09-2021 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 Gene3D G3DSA:3.20.20.70 1 243 4.3E-95 T 18-09-2021 IPR013785 Aldolase-type TIM barrel GO:0003824 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 Pfam PF04055 Radical SAM superfamily 24 183 5.5E-30 T 18-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 SFLD SFLDG01067 SPASM/twitch domain containing 27 206 5.5E-17 T 18-09-2021 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 Pfam PF13353 4Fe-4S single cluster domain 15 140 1.0E-20 T 18-09-2021 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 ProSitePatterns PS01087 Radical activating enzymes signature. 17 38 - T 18-09-2021 IPR001989 Radical-activating enzyme, conserved site GO:0016491|GO:0051539|GO:0055114 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 PANTHER PTHR30352:SF5 2 241 6.5E-91 T 18-09-2021 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 TIGRFAM TIGR02493 PFLA: pyruvate formate-lyase 1-activating enzyme 5 236 1.1E-100 T 18-09-2021 IPR012838 Pyruvate formate-lyase 1 activating enzyme GO:0043365|GO:0055114 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 SFLD SFLDF00278 pyruvate formate-lyase activase 2 239 0.0 T 18-09-2021 IPR034465 Pyruvate formate-lyase activase +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 CDD cd01335 Radical_SAM 23 203 2.83138E-13 T 18-09-2021 +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 PANTHER PTHR30352 2 241 6.5E-91 T 18-09-2021 IPR034457 Organic radical-activating enzymes +MGYG000000001_00414 a269efb4899a668a81761ec3a0da9dfb 247 SFLD SFLDS00029 Radical SAM 2 239 0.0 T 18-09-2021 IPR007197 Radical SAM GO:0003824|GO:0051536 +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 PIRSF PIRSF018688 15 317 4.9E-84 T 18-09-2021 IPR016732 Uncharacterised conserved protein UCP018688 +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 Pfam PF09924 Uncharacterised conserved protein (DUF2156) 37 314 4.9E-43 T 18-09-2021 IPR024320 Phosphatidylglycerol lysyltransferase, C-terminal +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 Gene3D G3DSA:3.40.630.30 138 310 2.9E-97 T 18-09-2021 +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 Gene3D G3DSA:3.40.630.30 19 312 2.9E-97 T 18-09-2021 +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 SUPERFAMILY SSF55729 18 149 3.39E-36 T 18-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 SUPERFAMILY SSF55729 151 315 1.59E-55 T 18-09-2021 IPR016181 Acyl-CoA N-acyltransferase +MGYG000000001_00252 16c7613f51496d716dbb577db77a6f77 317 PANTHER PTHR41373 19 314 4.4E-78 T 18-09-2021 IPR016732 Uncharacterised conserved protein UCP018688 +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 PANTHER PTHR34220:SF7 132 409 6.5E-68 T 18-09-2021 +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 SUPERFAMILY SSF55874 262 405 1.01E-13 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 PANTHER PTHR34220 132 409 6.5E-68 T 18-09-2021 +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 Coils Coil 172 211 - T 18-09-2021 +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 Pfam PF06580 Histidine kinase 203 283 6.4E-23 T 18-09-2021 IPR010559 Signal transduction histidine kinase, internal region GO:0000155|GO:0000160|GO:0016021 +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 Pfam PF02518 Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase 302 407 5.6E-7 T 18-09-2021 IPR003594 Histidine kinase/HSP90-like ATPase +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 CDD cd16924 HATPase_YpdA-YehU-LytS-like 299 405 8.29865E-23 T 18-09-2021 +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 Gene3D G3DSA:3.30.565.10 260 412 6.1E-15 T 18-09-2021 IPR036890 Histidine kinase/HSP90-like ATPase superfamily +MGYG000000001_01167 ff354b96b12ac80c16fd6c2e3c86ad6b 413 Pfam PF10114 Sensory domain found in PocR 10 170 2.9E-51 T 18-09-2021 IPR018771 PocR domain +MGYG000000001_00543 9ed3c87e14c9cd09f3324c8f23649580 271 Gene3D G3DSA:1.25.40.10 2 113 3.4E-11 T 18-09-2021 IPR011990 Tetratricopeptide-like helical domain superfamily GO:0005515 +MGYG000000001_00543 9ed3c87e14c9cd09f3324c8f23649580 271 SMART SM00671 69 104 4.6E-5 T 18-09-2021 IPR006597 Sel1-like repeat +MGYG000000001_00543 9ed3c87e14c9cd09f3324c8f23649580 271 Coils Coil 3 37 - T 18-09-2021 +MGYG000000001_00543 9ed3c87e14c9cd09f3324c8f23649580 271 SUPERFAMILY SSF81901 39 122 1.09E-10 T 18-09-2021 +MGYG000000001_01102 b6e3c2547fb4049e2d9e65e94023199d 51 MobiDBLite mobidb-lite consensus disorder prediction 30 51 - T 18-09-2021 +MGYG000000001_01102 b6e3c2547fb4049e2d9e65e94023199d 51 MobiDBLite mobidb-lite consensus disorder prediction 34 51 - T 18-09-2021 +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 ProSitePatterns PS01148 Uncharacterized protein family UPF0033 signature. 5 29 - T 18-09-2021 IPR001455 TusA-like domain +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 Pfam PF01206 Sulfurtransferase TusA 3 71 4.9E-16 T 18-09-2021 IPR001455 TusA-like domain +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 Gene3D G3DSA:3.30.110.40 2 84 4.2E-23 T 18-09-2021 IPR036868 TusA-like domain superfamily +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 SUPERFAMILY SSF75169 99 194 3.36E-12 T 18-09-2021 IPR027396 DsrEFH-like +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 Pfam PF02635 DsrE/DsrF-like family 140 194 5.9E-5 T 18-09-2021 IPR003787 Sulphur relay, DsrE/F-like protein +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 PANTHER PTHR33279:SF3 1 188 3.5E-54 T 18-09-2021 +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 PANTHER PTHR33279 1 188 3.5E-54 T 18-09-2021 +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 TIGRFAM TIGR03527 selenium_YedF: selenium metabolism protein YedF 5 196 5.0E-70 T 18-09-2021 IPR019870 Selenium metabolism protein YedF +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 Gene3D G3DSA:3.40.1260.10 103 196 2.4E-5 T 18-09-2021 IPR027396 DsrEFH-like +MGYG000000001_00933 c9661a69e785a613c8761577d2a82123 196 SUPERFAMILY SSF64307 3 72 4.45E-14 T 18-09-2021 IPR036868 TusA-like domain superfamily +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 Pfam PF02255 PTS system, Lactose/Cellobiose specific IIA subunit 8 99 5.6E-29 T 18-09-2021 IPR003188 Phosphotransferase system, lactose/cellobiose-type IIA subunit GO:0009401 +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 SUPERFAMILY SSF46973 3 100 4.05E-28 T 18-09-2021 IPR036542 Phosphotransferase system, lactose/cellobiose-type IIA subunit superfamily GO:0009401 +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 PANTHER PTHR34382 3 100 1.5E-25 T 18-09-2021 IPR003188 Phosphotransferase system, lactose/cellobiose-type IIA subunit GO:0009401 +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 ProSiteProfiles PS51095 PTS_EIIA type-3 domain profile. 2 102 27.499 T 18-09-2021 IPR003188 Phosphotransferase system, lactose/cellobiose-type IIA subunit GO:0009401 +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 PIRSF PIRSF000699 1 104 8.0E-27 T 18-09-2021 IPR003188 Phosphotransferase system, lactose/cellobiose-type IIA subunit GO:0009401 +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 Gene3D G3DSA:1.20.58.280 3 104 8.1E-31 T 18-09-2021 +MGYG000000001_02943 270a1852f0fd079ed6eb8647765e3c76 104 PANTHER PTHR34382:SF7 3 100 1.5E-25 T 18-09-2021 +MGYG000000001_02889 e5c6a5823f870d66a054be323a9d3569 170 PANTHER PTHR34390 7 147 2.0E-35 T 18-09-2021 +MGYG000000001_02889 e5c6a5823f870d66a054be323a9d3569 170 Pfam PF12821 Threonine/Serine exporter, ThrE 10 137 4.8E-39 T 18-09-2021 IPR024528 Threonine/Serine exporter, ThrE +MGYG000000001_02889 e5c6a5823f870d66a054be323a9d3569 170 PANTHER PTHR34390:SF1 7 147 2.0E-35 T 18-09-2021 +MGYG000000001_00300 844e10af9044a5525b6b1f45e5dba2e3 226 Gene3D G3DSA:2.160.20.70 123 226 1.8E-28 T 18-09-2021 IPR016098 Cyclase-associated protein CAP/septum formation inhibitor MinC, C-terminal GO:0000902 +MGYG000000001_00300 844e10af9044a5525b6b1f45e5dba2e3 226 PANTHER PTHR34108 10 219 4.9E-30 T 18-09-2021 IPR013033 Septum formation inhibitor MinC GO:0051726|GO:1901891 +MGYG000000001_00300 844e10af9044a5525b6b1f45e5dba2e3 226 SUPERFAMILY SSF63848 121 220 1.31E-23 T 18-09-2021 IPR036145 Septum formation inhibitor MinC, C-terminal domain superfamily GO:0000902 +MGYG000000001_00300 844e10af9044a5525b6b1f45e5dba2e3 226 Pfam PF03775 Septum formation inhibitor MinC, C-terminal domain 121 218 1.4E-24 T 18-09-2021 IPR005526 Septum formation inhibitor MinC, C-terminal GO:0000902 +MGYG000000001_00300 844e10af9044a5525b6b1f45e5dba2e3 226 Pfam PF03775 Septum formation inhibitor MinC, C-terminal domain 100 137 1.2E-7 T 18-09-2021 IPR005526 Septum formation inhibitor MinC, C-terminal GO:0000902 +MGYG000000001_00300 844e10af9044a5525b6b1f45e5dba2e3 226 Hamap MF_00267 Probable septum site-determining protein MinC [minC]. 11 221 16.227 T 18-09-2021 IPR013033 Septum formation inhibitor MinC GO:0051726|GO:1901891 +MGYG000000001_00748 9f6ec0e97b20b504b743e9eee3db36d1 228 Pfam PF04816 tRNA (adenine(22)-N(1))-methyltransferase 20 225 2.3E-56 T 18-09-2021 IPR006901 tRNA methyltransferase TrmK GO:0016429 +MGYG000000001_00748 9f6ec0e97b20b504b743e9eee3db36d1 228 PIRSF PIRSF018637 1 228 6.0E-75 T 18-09-2021 IPR006901 tRNA methyltransferase TrmK GO:0016429 +MGYG000000001_00748 9f6ec0e97b20b504b743e9eee3db36d1 228 SUPERFAMILY SSF53335 4 139 1.16E-11 T 18-09-2021 IPR029063 S-adenosyl-L-methionine-dependent methyltransferase +MGYG000000001_00748 9f6ec0e97b20b504b743e9eee3db36d1 228 PANTHER PTHR38451 1 222 2.7E-57 T 18-09-2021 +MGYG000000001_00748 9f6ec0e97b20b504b743e9eee3db36d1 228 Gene3D G3DSA:3.40.50.150 1 160 5.9E-55 T 18-09-2021 +MGYG000000001_01208 111c5426e938f6d8bd5745db01b763bf 235 Pfam PF05949 Bacterial protein of unknown function (DUF881) 94 233 4.2E-36 T 18-09-2021 IPR010273 Protein of unknown function DUF881 +MGYG000000001_01208 111c5426e938f6d8bd5745db01b763bf 235 Gene3D G3DSA:3.30.70.1880 93 235 2.1E-29 T 18-09-2021 +MGYG000000001_01208 111c5426e938f6d8bd5745db01b763bf 235 Coils Coil 45 93 - T 18-09-2021 +MGYG000000001_01208 111c5426e938f6d8bd5745db01b763bf 235 PANTHER PTHR37313 10 234 5.1E-44 T 18-09-2021 IPR010273 Protein of unknown function DUF881 \ No newline at end of file diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_annotation_coverage.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_annotation_coverage.tsv new file mode 100644 index 000000000..da4550d5d --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_annotation_coverage.tsv @@ -0,0 +1,6 @@ +Genome Annotation Counts Coverage +MGYG000000001 InterProScan 2750 86.42 +MGYG000000001 eggNOG 2984 93.78 +MGYG000000001 COG 2984 93.78 +MGYG000000001 KEGG 2984 93.78 +MGYG000000001 Missing 156 4.90 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_cazy_summary.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_cazy_summary.tsv new file mode 100644 index 000000000..4a16391a2 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_cazy_summary.tsv @@ -0,0 +1,8 @@ +Genome CAZy_category Counts +MGYG000000001 GH 20 +MGYG000000001 PL 0 +MGYG000000001 CE 0 +MGYG000000001 AA 0 +MGYG000000001 CB 1 +MGYG000000001 GT 15 +MGYG000000001 CL 0 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_cog_summary.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_cog_summary.tsv new file mode 100644 index 000000000..6a8e08d52 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_cog_summary.tsv @@ -0,0 +1,22 @@ +Genome COG_category Counts +MGYG000000001 L 176 +MGYG000000001 K 245 +MGYG000000001 I 47 +MGYG000000001 E 190 +MGYG000000001 - 293 +MGYG000000001 F 101 +MGYG000000001 C 185 +MGYG000000001 J 171 +MGYG000000001 T 149 +MGYG000000001 G 187 +MGYG000000001 M 138 +MGYG000000001 O 72 +MGYG000000001 S 656 +MGYG000000001 V 95 +MGYG000000001 P 185 +MGYG000000001 H 113 +MGYG000000001 D 45 +MGYG000000001 Q 37 +MGYG000000001 U 38 +MGYG000000001 B 1 +MGYG000000001 N 17 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_eggNOG.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_eggNOG.tsv new file mode 100644 index 000000000..f9ce9b76a --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_eggNOG.tsv @@ -0,0 +1,2985 @@ +#query seed_ortholog evalue score eggNOG_OGs max_annot_lvl COG_category Description Preferred_name GOs EC KEGG_ko KEGG_Pathway KEGG_Module KEGG_Reaction KEGG_rclass BRITE KEGG_TC CAZy BiGG_Reaction PFAMs +MGYG000000001_00696 272563.CD630_35010 0.0 1899.0 COG1197@1|root,COG1197@2|Bacteria,1TPF1@1239|Firmicutes,248D8@186801|Clostridia,25QCA@186804|Peptostreptococcaceae 186801|Clostridia L Couples transcription and DNA repair by recognizing RNA polymerase (RNAP) stalled at DNA lesions. Mediates ATP-dependent release of RNAP and its truncated transcript from the DNA, and recruitment of nucleotide excision repair machinery to the damaged site mfd - - ko:K03723 ko03420,map03420 - - - ko00000,ko00001,ko01000,ko03400 - - - CarD_CdnL_TRCF,DEAD,Helicase_C,TRCF,UB2H +MGYG000000001_02838 1301100.HG529228_gene5384 1.06e-60 189.0 COG1733@1|root,COG1733@2|Bacteria,1VA9M@1239|Firmicutes,24KBG@186801|Clostridia,36VX7@31979|Clostridiaceae 186801|Clostridia K HxlR-like helix-turn-helix hxlR - - - - - - - - - - - HxlR +MGYG000000001_01674 1301100.HG529275_gene1644 4.45e-218 605.0 COG0821@1|root,COG0821@2|Bacteria,1TPFR@1239|Firmicutes,247N1@186801|Clostridia,36DRW@31979|Clostridiaceae 186801|Clostridia I Converts 2C-methyl-D-erythritol 2,4-cyclodiphosphate (ME-2,4cPP) into 1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate ispG - 1.17.7.1,1.17.7.3 ko:K03526 ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130 M00096 R08689,R10859 RC01486 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS06430 GcpE +MGYG000000001_02710 1301100.HG529408_gene217 1.59e-181 509.0 COG2066@1|root,COG2066@2|Bacteria,1TP64@1239|Firmicutes,2491K@186801|Clostridia,36EFX@31979|Clostridiaceae 186801|Clostridia E Belongs to the glutaminase family glsA - 3.5.1.2 ko:K01425 ko00220,ko00250,ko00471,ko01100,ko04724,ko04727,ko04964,ko05206,ko05230,map00220,map00250,map00471,map01100,map04724,map04727,map04964,map05206,map05230 - R00256,R01579 RC00010,RC02798 ko00000,ko00001,ko01000 - - - Glutaminase +MGYG000000001_01356 1301100.HG529407_gene259 0.0 1196.0 COG1193@1|root,COG1193@2|Bacteria,1TP5W@1239|Firmicutes,248YK@186801|Clostridia,36EFY@31979|Clostridiaceae 186801|Clostridia L Endonuclease that is involved in the suppression of homologous recombination and may therefore have a key role in the control of bacterial genetic diversity mutS2 - - ko:K07456 ko03430,map03430 - - - ko00000,ko00001,ko03400 - - - MutS_III,MutS_V,Smr +MGYG000000001_02630 1301100.HG529352_gene4272 5.49e-58 181.0 2ED4Q@1|root,3371F@2|Bacteria,1VHKU@1239|Firmicutes,24WZ4@186801|Clostridia,36VDX@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02418 1391646.AVSU01000032_gene2333 7.89e-254 700.0 COG0282@1|root,COG0282@2|Bacteria,1TQ22@1239|Firmicutes,248ZM@186801|Clostridia,25QRI@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the formation of acetyl phosphate from acetate and ATP. Can also catalyze the reverse reaction ackA GO:0006082,GO:0006083,GO:0008150,GO:0008152,GO:0009058,GO:0009987,GO:0016053,GO:0016999,GO:0017000,GO:0017144,GO:0019413,GO:0019752,GO:0032787,GO:0043436,GO:0044237,GO:0044249,GO:0044281,GO:0044283,GO:0046394,GO:0071704,GO:0072330,GO:1901576 2.7.2.1 ko:K00925 ko00430,ko00620,ko00640,ko00680,ko00720,ko01100,ko01120,ko01200,map00430,map00620,map00640,map00680,map00720,map01100,map01120,map01200 M00357,M00579 R00315,R01353 RC00002,RC00043 ko00000,ko00001,ko00002,ko01000 - - - Acetate_kinase +MGYG000000001_00728 272563.CD630_34700 0.0 878.0 COG0056@1|root,COG0056@2|Bacteria,1TNZ8@1239|Firmicutes,248IY@186801|Clostridia,25QJR@186804|Peptostreptococcaceae 186801|Clostridia C Produces ATP from ADP in the presence of a proton gradient across the membrane. The alpha chain is a regulatory subunit atpA GO:0005575,GO:0005623,GO:0005886,GO:0016020,GO:0044464,GO:0071944 3.6.3.14 ko:K02111 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194,ko01000 3.A.2.1 - - ATP-synt_ab,ATP-synt_ab_C,ATP-synt_ab_N,OSCP +MGYG000000001_00695 1391646.AVSU01000045_gene1494 9.12e-118 338.0 COG0193@1|root,COG0193@2|Bacteria,1V3NB@1239|Firmicutes,24HMC@186801|Clostridia,25R9I@186804|Peptostreptococcaceae 186801|Clostridia J The natural substrate for this enzyme may be peptidyl- tRNAs which drop off the ribosome during protein synthesis pth - 3.1.1.29 ko:K01056 - - - - ko00000,ko01000,ko03012 - - - Glyphos_transf,Pept_tRNA_hydro +MGYG000000001_02907 1301100.HG529343_gene2444 1.04e-192 536.0 COG0568@1|root,COG0568@2|Bacteria,1TPD6@1239|Firmicutes,2481I@186801|Clostridia,36E45@31979|Clostridiaceae 186801|Clostridia K Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released. This sigma factor is the primary sigma factor during exponential growth - - - ko:K03086 - - - - ko00000,ko03021 - - - Sigma70_r1_2,Sigma70_r2,Sigma70_r3,Sigma70_r4 +MGYG000000001_02592 445973.CLOBAR_00094 1.02e-143 405.0 COG0087@1|root,COG0087@2|Bacteria,1TPFT@1239|Firmicutes,247NH@186801|Clostridia,25QSZ@186804|Peptostreptococcaceae 186801|Clostridia J One of the primary rRNA binding proteins, it binds directly near the 3'-end of the 23S rRNA, where it nucleates assembly of the 50S subunit rplC - - ko:K02906 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L3 +MGYG000000001_00137 272563.CD630_25110 1.28e-154 438.0 COG3711@1|root,COG3711@2|Bacteria,1TT5A@1239|Firmicutes,24931@186801|Clostridia,25R9R@186804|Peptostreptococcaceae 186801|Clostridia K CAT RNA binding domain - - - ko:K03480,ko:K03488 - - - - ko00000,ko03000 - - - CAT_RBD,PRD +MGYG000000001_02757 1476973.JMMB01000005_gene3444 6.47e-208 587.0 COG0642@1|root,COG0642@2|Bacteria,1V7G1@1239|Firmicutes,25ER0@186801|Clostridia,25S8E@186804|Peptostreptococcaceae 186801|Clostridia T GHKL domain - - - - - - - - - - - - HATPase_c_5 +MGYG000000001_00248 1292035.H476_1854 2.15e-44 145.0 COG0268@1|root,COG0268@2|Bacteria,1VEGX@1239|Firmicutes,24QNX@186801|Clostridia,25RNU@186804|Peptostreptococcaceae 186801|Clostridia J Binds directly to 16S ribosomal RNA rpsT - - ko:K02968 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S20p +MGYG000000001_03176 1499683.CCFF01000014_gene4063 5.43e-198 556.0 COG2768@1|root,COG2768@2|Bacteria,1TQAW@1239|Firmicutes,247IS@186801|Clostridia,36EQY@31979|Clostridiaceae 186801|Clostridia C PFAM 4Fe-4S ferredoxin iron-sulfur binding domain protein - - - ko:K07138 - - - - ko00000 - - - DUF362,Fer4,Fer4_21,Fer4_4,Fer4_6,Fer4_7,Fer4_9 +MGYG000000001_01937 1499683.CCFF01000014_gene4063 5.43e-198 556.0 COG2768@1|root,COG2768@2|Bacteria,1TQAW@1239|Firmicutes,247IS@186801|Clostridia,36EQY@31979|Clostridiaceae 186801|Clostridia C PFAM 4Fe-4S ferredoxin iron-sulfur binding domain protein - - - ko:K07138 - - - - ko00000 - - - DUF362,Fer4,Fer4_21,Fer4_4,Fer4_6,Fer4_7,Fer4_9 +MGYG000000001_02210 573061.Clocel_2249 4.62e-267 739.0 COG1904@1|root,COG1904@2|Bacteria,1TRI0@1239|Firmicutes,248C0@186801|Clostridia,36DFN@31979|Clostridiaceae 186801|Clostridia G glucuronate isomerase uxaC - 5.3.1.12 ko:K01812 ko00040,ko01100,map00040,map01100 M00061,M00631 R01482,R01983 RC00376 ko00000,ko00001,ko00002,ko01000 - - - UxaC +MGYG000000001_00548 1499683.CCFF01000015_gene3156 5.65e-87 256.0 COG0537@1|root,COG0537@2|Bacteria,1V3BE@1239|Firmicutes,24H73@186801|Clostridia,36WKE@31979|Clostridiaceae 186801|Clostridia FG HIT domain - - - - - - - - - - - - HIT +MGYG000000001_02265 1391647.AVSV01000032_gene2673 9.46e-83 250.0 COG2148@1|root,COG2148@2|Bacteria,1TQX9@1239|Firmicutes,24874@186801|Clostridia,36VHP@31979|Clostridiaceae 186801|Clostridia M Bacterial sugar transferase - - - ko:K13012 - - - - ko00000,ko01005 - - - Aldo_ket_red,Bac_transf,Epimerase,Glyco_trans_4_2,Glycos_transf_1,Glycos_transf_2 +MGYG000000001_01075 1301100.HG529424_gene1987 0.0 919.0 COG0459@1|root,COG0459@2|Bacteria,1TP1T@1239|Firmicutes,248BG@186801|Clostridia,36E1F@31979|Clostridiaceae 186801|Clostridia O Prevents misfolding and promotes the refolding and proper assembly of unfolded polypeptides generated under stress conditions groL GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0044424,GO:0044464 - ko:K04077 ko03018,ko04212,ko04940,ko05134,ko05152,map03018,map04212,map04940,map05134,map05152 - - - ko00000,ko00001,ko03019,ko03029,ko03110,ko04147 - - - Cpn60_TCP1 +MGYG000000001_03182 1301100.HG529433_gene6510 1.42e-205 574.0 COG1623@1|root,COG1623@2|Bacteria,1TQD8@1239|Firmicutes,247J4@186801|Clostridia,36DQY@31979|Clostridiaceae 186801|Clostridia L Has also diadenylate cyclase activity, catalyzing the condensation of 2 ATP molecules into cyclic di-AMP (c-di-AMP). c- di-AMP acts as a signaling molecule that couples DNA integrity with progression of sporulation. The rise in c-di-AMP level generated by DisA while scanning the chromosome, operates as a positive signal that advances sporulation disA - 2.7.7.85 ko:K07067 - - - - ko00000,ko01000 - - - DisA-linker,DisA_N,HHH,HHH_2,HHH_5 +MGYG000000001_00856 445973.CLOBAR_01693 5.53e-248 684.0 COG0116@1|root,COG0116@2|Bacteria,1TP0X@1239|Firmicutes,248MA@186801|Clostridia,25QWH@186804|Peptostreptococcaceae 186801|Clostridia L Belongs to the methyltransferase superfamily ypsC - - ko:K07444 - - - - ko00000,ko01000 - - - THUMP,UPF0020 +MGYG000000001_01228 1151292.QEW_1307 1.19e-124 368.0 COG0330@1|root,COG0330@2|Bacteria,1TPXU@1239|Firmicutes,248MP@186801|Clostridia,25R71@186804|Peptostreptococcaceae 186801|Clostridia O SPFH Band 7 PHB domain protein qmcA - - - - - - - - - - - Band_7 +MGYG000000001_01262 1301100.HG529388_gene4983 3.82e-220 618.0 COG1593@1|root,COG1593@2|Bacteria,1TPNU@1239|Firmicutes,248BY@186801|Clostridia,36G8D@31979|Clostridiaceae 186801|Clostridia G Trap dicarboxylate transporter, dctm subunit - - - - - - - - - - - - DctM +MGYG000000001_01543 1301100.HG529424_gene1991 8.99e-312 854.0 COG0516@1|root,COG0517@1|root,COG0516@2|Bacteria,COG0517@2|Bacteria,1TNZ1@1239|Firmicutes,247PS@186801|Clostridia,36DCY@31979|Clostridiaceae 186801|Clostridia F Catalyzes the conversion of inosine 5'-phosphate (IMP) to xanthosine 5'-phosphate (XMP), the first committed and rate- limiting step in the de novo synthesis of guanine nucleotides, and therefore plays an important role in the regulation of cell growth guaB - 1.1.1.205 ko:K00088 ko00230,ko00983,ko01100,ko01110,map00230,map00983,map01100,map01110 M00050 R01130,R08240 RC00143,RC02207 ko00000,ko00001,ko00002,ko01000,ko04147 - - - CBS,IMPDH,NMO +MGYG000000001_02291 642492.Clole_0341 8.38e-135 391.0 COG1079@1|root,COG1079@2|Bacteria,1TP8Y@1239|Firmicutes,2486N@186801|Clostridia 186801|Clostridia S Belongs to the binding-protein-dependent transport system permease family - - - ko:K02057 - M00221 - - ko00000,ko00002,ko02000 3.A.1.2 - - BPD_transp_2 +MGYG000000001_02840 445973.CLOBAR_02842 4.02e-246 682.0 COG0128@1|root,COG0128@2|Bacteria,1TPIH@1239|Firmicutes,2488G@186801|Clostridia,25R80@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the transfer of the enolpyruvyl moiety of phosphoenolpyruvate (PEP) to the 5-hydroxyl of shikimate-3- phosphate (S3P) to produce enolpyruvyl shikimate-3-phosphate and inorganic phosphate aroA - 2.5.1.19 ko:K00800 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00022 R03460 RC00350 ko00000,ko00001,ko00002,ko01000 - - - Acetyltransf_3,EPSP_synthase +MGYG000000001_01729 1292035.H476_2982 1.84e-95 279.0 COG1225@1|root,COG1225@2|Bacteria,1V3N5@1239|Firmicutes,24HP8@186801|Clostridia,25RHV@186804|Peptostreptococcaceae 186801|Clostridia O Antioxidant, AhpC TSA family bcp - 1.11.1.15 ko:K03564 - - - - ko00000,ko01000 - - - AhpC-TSA +MGYG000000001_01058 1476973.JMMB01000007_gene422 1.55e-80 241.0 COG0437@1|root,COG0437@2|Bacteria,1VAJE@1239|Firmicutes,25EIF@186801|Clostridia,25RMH@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S dicluster domain - - - ko:K00196,ko:K07307,ko:K08358 ko00633,ko00680,ko00720,ko00920,ko01120,ko01200,ko02020,map00633,map00680,map00720,map00920,map01120,map01200,map02020 - R07157,R08034,R09501,R10150 RC00250,RC02555,RC02800,RC03109 ko00000,ko00001,ko02000 5.A.3.10,5.A.3.3 - - Fer4_11,Fer4_4 +MGYG000000001_00676 1301100.HG529431_gene1834 3.99e-208 582.0 COG2195@1|root,COG2195@2|Bacteria,1TP3A@1239|Firmicutes,248JJ@186801|Clostridia,36EEA@31979|Clostridiaceae 186801|Clostridia E Cleaves the N-terminal amino acid of tripeptides - - 3.4.11.4 ko:K01258 - - - - ko00000,ko01000,ko01002 - - - M20_dimer,Peptidase_M20,Peptidase_M28,Peptidase_M42 +MGYG000000001_00128 1391647.AVSV01000029_gene2085 5.35e-91 273.0 COG1136@1|root,COG1136@2|Bacteria,1TP5M@1239|Firmicutes,24BH7@186801|Clostridia,36GJ4@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_01947 1211817.CCAT010000047_gene2538 1.58e-160 453.0 COG0395@1|root,COG0395@2|Bacteria,1TRCP@1239|Firmicutes,25C50@186801|Clostridia,36WPD@31979|Clostridiaceae 186801|Clostridia P Binding-protein-dependent transport system inner membrane component - - - ko:K02026,ko:K05815 ko02010,map02010 M00198,M00207 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1,3.A.1.1.3 - - BPD_transp_1 +MGYG000000001_00313 1151292.QEW_1514 9.7e-85 265.0 2EX5K@1|root,33QGM@2|Bacteria,1VU5V@1239|Firmicutes,25JGA@186801|Clostridia,25SET@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01998 1476973.JMMB01000007_gene359 8.76e-159 451.0 COG1947@1|root,COG1947@2|Bacteria,1TPXV@1239|Firmicutes,24898@186801|Clostridia,25QT8@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the phosphorylation of the position 2 hydroxy group of 4-diphosphocytidyl-2C-methyl-D-erythritol ispE - 2.7.1.148 ko:K00919 ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130 M00096 R05634 RC00002,RC01439 ko00000,ko00001,ko00002,ko01000 - - - DUF1934,GHMP_kinases_C,GHMP_kinases_N +MGYG000000001_01331 1292035.H476_0425 1.32e-29 105.0 COG1532@1|root,COG1532@2|Bacteria,1UEI0@1239|Firmicutes,25JFD@186801|Clostridia,25TW1@186804|Peptostreptococcaceae 186801|Clostridia S Predicted RNA-binding protein - - - - - - - - - - - - RNA_bind_2 +MGYG000000001_01595 1499683.CCFF01000016_gene1008 9.82e-193 549.0 COG0534@1|root,COG0534@2|Bacteria,1TQMT@1239|Firmicutes,249WJ@186801|Clostridia,36FU2@31979|Clostridiaceae 186801|Clostridia V Mate efflux family protein - - - ko:K03327 - - - - ko00000,ko02000 2.A.66.1 - - MatE +MGYG000000001_01459 1301100.HG529228_gene5366 1.42e-222 621.0 COG1301@1|root,COG1301@2|Bacteria,1TP4N@1239|Firmicutes,2494N@186801|Clostridia,36EQH@31979|Clostridiaceae 186801|Clostridia C Belongs to the dicarboxylate amino acid cation symporter (DAACS) (TC 2.A.23) family - - - - - - - - - - - - SDF +MGYG000000001_03052 272563.CD630_00260 0.0 1217.0 COG0542@1|root,COG0542@2|Bacteria,1TPMU@1239|Firmicutes,247TD@186801|Clostridia,25QH6@186804|Peptostreptococcaceae 186801|Clostridia O Belongs to the ClpA ClpB family clpC - - ko:K03695,ko:K03696 ko01100,ko04213,map01100,map04213 - - - ko00000,ko00001,ko03110 - - - AAA,AAA_2,ClpB_D2-small,Clp_N,UVR +MGYG000000001_02436 1301100.HG529233_gene7387 1.77e-173 488.0 COG0142@1|root,COG0142@2|Bacteria,1TPQY@1239|Firmicutes,248DE@186801|Clostridia,36EGM@31979|Clostridiaceae 186801|Clostridia H Belongs to the FPP GGPP synthase family ispA - 2.5.1.1,2.5.1.10,2.5.1.29 ko:K13789 ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130 M00364,M00366 R01658,R02003,R02061 RC00279 ko00000,ko00001,ko00002,ko01000,ko01006 - - iHN637.CLJU_RS05465 polyprenyl_synt +MGYG000000001_02965 1301100.HG529243_gene2312 1.4e-236 658.0 COG2610@1|root,COG2610@2|Bacteria,1TQ14@1239|Firmicutes,248PQ@186801|Clostridia,36ESW@31979|Clostridiaceae 186801|Clostridia EG Gluconate - - - ko:K03299 - - - - ko00000,ko02000 2.A.8 - - GntP_permease +MGYG000000001_00290 272563.CD630_11620 4.94e-60 186.0 COG2868@1|root,COG2868@2|Bacteria,1VW8F@1239|Firmicutes,25CYG@186801|Clostridia,25UN3@186804|Peptostreptococcaceae 186801|Clostridia J Pfam:Peptidase_C108 - - - ko:K07584 - - - - ko00000 - - - Peptidase_Prp +MGYG000000001_01757 537013.CLOSTMETH_03862 1.35e-201 572.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,3WGNN@541000|Ruminococcaceae 186801|Clostridia V MatE - - - - - - - - - - - - MatE +MGYG000000001_01185 1301100.HG529229_gene5402 8.25e-207 583.0 COG0612@1|root,COG0612@2|Bacteria,1TPN6@1239|Firmicutes,248J8@186801|Clostridia,36G8B@31979|Clostridiaceae 186801|Clostridia S Peptidase M16 - - - - - - - - - - - - Peptidase_M16,Peptidase_M16_C +MGYG000000001_02664 1301100.HG529348_gene4313 1.47e-52 167.0 COG3118@1|root,COG3118@2|Bacteria,1VA3Y@1239|Firmicutes,24MM5@186801|Clostridia,36KFX@31979|Clostridiaceae 186801|Clostridia O Belongs to the thioredoxin family trxA - - ko:K03671 ko04621,ko05418,map04621,map05418 - - - ko00000,ko00001,ko03110 - - - Thioredoxin +MGYG000000001_02732 1122217.KB899593_gene1345 1.7e-104 315.0 COG0385@1|root,COG0385@2|Bacteria,1TP85@1239|Firmicutes,4H2JD@909932|Negativicutes 909932|Negativicutes S Bile acid - - - - - - - - - - - - SBF +MGYG000000001_01867 1301100.HG529285_gene7056 0.0 1183.0 COG3291@1|root,COG4409@1|root,COG3291@2|Bacteria,COG4409@2|Bacteria,1TQRX@1239|Firmicutes,247TP@186801|Clostridia,36HHM@31979|Clostridiaceae 186801|Clostridia G Sialidase, N-terminal domain - - 3.2.1.18 ko:K01186 ko00511,ko00600,ko04142,map00511,map00600,map04142 - R04018 RC00028,RC00077 ko00000,ko00001,ko01000,ko02042 - GH33 - BNR_2,Big_2,F5_F8_type_C,FIVAR,Flg_new,Lipase_GDSL_2,NPCBM,Sialidase,Sialidase_penC,fn3 +MGYG000000001_01210 1476973.JMMB01000007_gene867 1.77e-204 573.0 COG0206@1|root,COG0206@2|Bacteria,1TP6W@1239|Firmicutes,247Z5@186801|Clostridia,25QCR@186804|Peptostreptococcaceae 186801|Clostridia D Essential cell division protein that forms a contractile ring structure (Z ring) at the future cell division site. The regulation of the ring assembly controls the timing and the location of cell division. One of the functions of the FtsZ ring is to recruit other cell division proteins to the septum to produce a new cell wall between the dividing cells. Binds GTP and shows GTPase activity ftsZ - - ko:K03531 ko04112,map04112 - - - ko00000,ko00001,ko02048,ko03036,ko04812 - - - FtsZ_C,Tubulin +MGYG000000001_00052 1151292.QEW_3919 6.06e-22 85.9 291FR@1|root,2ZP2I@2|Bacteria,1W22X@1239|Firmicutes,25522@186801|Clostridia,25S0T@186804|Peptostreptococcaceae 186801|Clostridia S Spo0E like sporulation regulatory protein - - - - - - - - - - - - SpoOE-like +MGYG000000001_00186 1301100.HG529363_gene2166 4.26e-103 310.0 COG0744@1|root,COG0744@2|Bacteria,1V1XZ@1239|Firmicutes,24APC@186801|Clostridia,36HZ2@31979|Clostridiaceae 186801|Clostridia M Transglycosylase - - 2.4.1.129,3.4.16.4 ko:K05366 ko00550,ko01100,ko01501,map00550,map01100,map01501 - - - ko00000,ko00001,ko01000,ko01003,ko01011 - GT51 - Transgly +MGYG000000001_02220 1499683.CCFF01000016_gene939 9.57e-05 43.9 COG2986@1|root,COG2986@2|Bacteria,1TPCW@1239|Firmicutes,247XP@186801|Clostridia,36DCC@31979|Clostridiaceae 186801|Clostridia E Histidine ammonia-lyase hutH - 4.3.1.3 ko:K01745 ko00340,ko01100,map00340,map01100 M00045 R01168 RC00361 ko00000,ko00001,ko00002,ko01000 - - - Lyase_aromatic +MGYG000000001_01379 1301100.HG529227_gene5514 2.24e-51 166.0 COG3339@1|root,COG3339@2|Bacteria,1VYQF@1239|Firmicutes 1239|Firmicutes S Protein of unknown function (DUF1232) - - - - - - - - - - - - DUF1232 +MGYG000000001_01411 1301100.HG529227_gene5490 4.61e-75 243.0 COG0791@1|root,COG0791@2|Bacteria,1VE8F@1239|Firmicutes 1239|Firmicutes MT NlpC/P60 family - - - - - - - - - - - - NLPC_P60,SH3_3 +MGYG000000001_01443 1304284.L21TH_1008 1.64e-190 534.0 COG1087@1|root,COG1087@2|Bacteria,1TQ7N@1239|Firmicutes,247M9@186801|Clostridia,36DGP@31979|Clostridiaceae 186801|Clostridia M Belongs to the NAD(P)-dependent epimerase dehydratase family galE - 5.1.3.2 ko:K01784 ko00052,ko00520,ko01100,map00052,map00520,map01100 M00361,M00362,M00632 R00291,R02984 RC00289 ko00000,ko00001,ko00002,ko01000 - - - Epimerase,GDP_Man_Dehyd +MGYG000000001_01475 1034347.CAHJ01000084_gene1304 0.0 1040.0 COG1501@1|root,COG1501@2|Bacteria,1TR8N@1239|Firmicutes,4HB1D@91061|Bacilli,1ZB3C@1386|Bacillus 91061|Bacilli G Belongs to the glycosyl hydrolase 31 family - - 3.2.1.20 ko:K01187 ko00052,ko00500,ko01100,map00052,map00500,map01100 - R00028,R00801,R00802,R06087,R06088 RC00028,RC00049,RC00077 ko00000,ko00001,ko01000 - GH31 - DUF4968,DUF5110,Gal_mutarotas_2,Glyco_hydro_31 +MGYG000000001_01507 1295642.H839_08419 1.34e-62 218.0 COG2333@1|root,COG2333@2|Bacteria,1TS9U@1239|Firmicutes,4H9N3@91061|Bacilli,1WH7M@129337|Geobacillus 91061|Bacilli S Metallo-beta-lactamase superfamily - - - - - - - - - - - - Excalibur,HHH_3,Lactamase_B,SLH +MGYG000000001_01539 519441.Smon_1309 3.36e-173 503.0 COG2211@1|root,COG2211@2|Bacteria,37B2Z@32066|Fusobacteria 32066|Fusobacteria G MFS/sugar transport protein - - - - - - - - - - - - MFS_2 +MGYG000000001_01571 1301100.HG529426_gene2021 3.01e-68 211.0 2DQ8Z@1|root,335CG@2|Bacteria,1V9R5@1239|Firmicutes,24JTW@186801|Clostridia,36KXI@31979|Clostridiaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - DUF2232,ECF-ribofla_trS +MGYG000000001_01603 1292035.H476_1648 0.0 1200.0 COG1185@1|root,COG1185@2|Bacteria,1TQDW@1239|Firmicutes,248RW@186801|Clostridia,25QG3@186804|Peptostreptococcaceae 186801|Clostridia J Involved in mRNA degradation. Catalyzes the phosphorolysis of single-stranded polyribonucleotides processively in the 3'- to 5'-direction pnp - 2.7.7.8 ko:K00962 ko00230,ko00240,ko03018,map00230,map00240,map03018 M00394 R00437,R00438,R00439,R00440 RC02795 ko00000,ko00001,ko00002,ko01000,ko03016,ko03019 - - - KH_1,PNPase,RNase_PH,RNase_PH_C,S1 +MGYG000000001_01635 445973.CLOBAR_02438 9.44e-89 268.0 COG2220@1|root,COG2220@2|Bacteria,1V3HY@1239|Firmicutes,24HK9@186801|Clostridia,25RPY@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score folD4 - - - - - - - - - - - Lactamase_B_3,TIR_2,TPR_10,TPR_12 +MGYG000000001_01667 1391646.AVSU01000037_gene2044 7.18e-62 201.0 COG0860@1|root,COG0860@2|Bacteria,1VGET@1239|Firmicutes,24JBC@186801|Clostridia 186801|Clostridia M Ami_3 - - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3 +MGYG000000001_01797 1415775.U729_437 1.18e-206 587.0 COG0477@1|root,COG2814@2|Bacteria,1TPRN@1239|Firmicutes,249RZ@186801|Clostridia,36GH3@31979|Clostridiaceae 186801|Clostridia P TIGRFAM drug resistance transporter, EmrB QacA subfamily - - - - - - - - - - - - MFS_1,Sugar_tr +MGYG000000001_01829 536233.CLO_2532 6.13e-133 404.0 COG1061@1|root,COG1061@2|Bacteria,1TQ62@1239|Firmicutes,24IX6@186801|Clostridia,36QMY@31979|Clostridiaceae 186801|Clostridia L helicase superfamily c-terminal domain - - - - - - - - - - - - Helicase_C,ResIII +MGYG000000001_01925 1151292.QEW_3565 6.12e-241 672.0 COG0534@1|root,COG0534@2|Bacteria,1TNZN@1239|Firmicutes,247YX@186801|Clostridia,25QX9@186804|Peptostreptococcaceae 186801|Clostridia V MATE efflux family protein mepA_10 - - - - - - - - - - - MatE +MGYG000000001_01989 1476973.JMMB01000007_gene350 7.27e-137 389.0 COG0564@1|root,COG0564@2|Bacteria,1TX59@1239|Firmicutes,24HTV@186801|Clostridia,25QEF@186804|Peptostreptococcaceae 186801|Clostridia J Pseudouridine synthase rluC - 5.4.99.23 ko:K06180 - - - - ko00000,ko01000,ko03009 - - - PseudoU_synth_2 +MGYG000000001_02021 913865.DOT_3590 4.38e-20 84.7 2DFVS@1|root,2ZTCT@2|Bacteria,1W292@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02089 1301100.HG529407_gene264 1.09e-81 253.0 COG4377@1|root,COG4377@2|Bacteria,1V3UF@1239|Firmicutes,24JI9@186801|Clostridia,36K76@31979|Clostridiaceae 186801|Clostridia S Putative membrane peptidase family (DUF2324) - - - - - - - - - - - - DUF2324 +MGYG000000001_02121 272563.CD630_21630 7.67e-187 530.0 COG0013@1|root,COG0013@2|Bacteria,1TSBZ@1239|Firmicutes,249VN@186801|Clostridia,25QQB@186804|Peptostreptococcaceae 186801|Clostridia J Threonine alanine tRNA ligase second additional domain protein alaXL - 6.1.1.7 ko:K01872 ko00970,map00970 M00359,M00360 R03038 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - DHHA1,tRNA-synt_2c,tRNA_SAD +MGYG000000001_02185 1476973.JMMB01000007_gene514 1.76e-116 340.0 COG2099@1|root,COG2099@2|Bacteria,1UHWY@1239|Firmicutes,24GIQ@186801|Clostridia,25QQ6@186804|Peptostreptococcaceae 186801|Clostridia H reductase cobK - 1.3.1.106,1.3.1.54 ko:K05895 ko00860,ko01100,map00860,map01100 - R05150,R05812 RC01280 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS15690 CbiJ +MGYG000000001_02250 1301100.HG529271_gene1702 7.37e-26 101.0 COG5377@1|root,COG5377@2|Bacteria 2|Bacteria L YqaJ viral recombinase family yqaJ - - - - - - - - - - - Rho_N,YqaJ +MGYG000000001_02411 1476973.JMMB01000007_gene939 4.9e-96 287.0 COG2186@1|root,COG2186@2|Bacteria,1V2TU@1239|Firmicutes,24GA8@186801|Clostridia,25RBA@186804|Peptostreptococcaceae 186801|Clostridia K FCD - - - ko:K05799 - - - - ko00000,ko03000 - - - FCD,GntR +MGYG000000001_02443 1301100.HG529433_gene6514 0.0 1032.0 COG0442@1|root,COG0442@2|Bacteria,1TRBV@1239|Firmicutes,249PY@186801|Clostridia,36DVT@31979|Clostridiaceae 186801|Clostridia J Catalyzes the attachment of proline to tRNA(Pro) in a two-step reaction proline is first activated by ATP to form Pro- AMP and then transferred to the acceptor end of tRNA(Pro). As ProRS can inadvertently accommodate and process non-cognate amino acids such as alanine and cysteine, to avoid such errors it has two additional distinct editing activities against alanine. One activity is designated as 'pretransfer' editing and involves the tRNA(Pro)-independent hydrolysis of activated Ala-AMP. The other activity is designated 'posttransfer' editing and involves deacylation of mischarged Ala-tRNA(Pro). The misacylated Cys- tRNA(Pro) is not edited by ProRS proS - 6.1.1.15 ko:K01881 ko00970,map00970 M00359,M00360 R03661 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - HGTP_anticodon,ProRS-C_1,tRNA-synt_2b,tRNA_edit +MGYG000000001_02475 1151292.QEW_2136 6.47e-188 531.0 COG0117@1|root,COG1985@1|root,COG0117@2|Bacteria,COG1985@2|Bacteria,1TP4F@1239|Firmicutes,248MM@186801|Clostridia,25R38@186804|Peptostreptococcaceae 186801|Clostridia H Converts 2,5-diamino-6-(ribosylamino)-4(3h)-pyrimidinone 5'-phosphate into 5-amino-6-(ribosylamino)-2,4(1h,3h)- pyrimidinedione 5'-phosphate ribD - 1.1.1.193,3.5.4.26 ko:K11752 ko00740,ko01100,ko01110,ko02024,map00740,map01100,map01110,map02024 M00125 R03458,R03459 RC00204,RC00933 ko00000,ko00001,ko00002,ko01000 - - - RibD_C,dCMP_cyt_deam_1 +MGYG000000001_02507 290402.Cbei_4165 2.33e-244 689.0 COG3437@1|root,COG3437@2|Bacteria,1TQ0S@1239|Firmicutes,24800@186801|Clostridia,36E1T@31979|Clostridiaceae 186801|Clostridia T Diguanylate cyclase - - - - - - - - - - - - GAF,GGDEF,HD,HD_5,PAS,PAS_4,PAS_8,PAS_9 +MGYG000000001_02539 1151292.QEW_1365 1.59e-68 210.0 COG2426@1|root,COG2426@2|Bacteria,1V3UW@1239|Firmicutes,24HSW@186801|Clostridia,25RHG@186804|Peptostreptococcaceae 186801|Clostridia S Putative small multi-drug export protein - - - - - - - - - - - - Sm_multidrug_ex +MGYG000000001_02669 926561.KB900623_gene728 2.08e-41 147.0 COG1974@1|root,COG1974@2|Bacteria,1UVB3@1239|Firmicutes,25KFP@186801|Clostridia,3WC1H@53433|Halanaerobiales 186801|Clostridia K Cro/C1-type HTH DNA-binding domain - - - - - - - - - - - - HTH_3,Peptidase_S24 +MGYG000000001_02733 1399115.U719_01060 4.85e-36 135.0 COG1525@1|root,COG1525@2|Bacteria,1V3MZ@1239|Firmicutes,4HF1K@91061|Bacilli,3WG11@539002|Bacillales incertae sedis 91061|Bacilli L Staphylococcal nuclease homologues - - 3.1.31.1 ko:K01174 - - - - ko00000,ko01000 - - - Excalibur,SNase +MGYG000000001_02830 1151292.QEW_0521 1.36e-147 417.0 COG1768@1|root,COG1768@2|Bacteria,1V3XB@1239|Firmicutes,249BN@186801|Clostridia,25R0P@186804|Peptostreptococcaceae 186801|Clostridia S Ser Thr phosphatase family protein - - - ko:K07099 - - - - ko00000 - - - Metallophos +MGYG000000001_02862 1301100.HG529398_gene6814 1.22e-30 118.0 COG0772@1|root,COG0772@2|Bacteria,1TPGH@1239|Firmicutes,247WS@186801|Clostridia,36EC8@31979|Clostridiaceae 186801|Clostridia D Belongs to the SEDS family rodA - - ko:K05837 - - - - ko00000,ko03036 - - - FTSW_RODA_SPOVE +MGYG000000001_02894 445973.CLOBAR_01156 1.2e-46 153.0 2DMMF@1|root,32SEK@2|Bacteria,1VAB3@1239|Firmicutes,24N8S@186801|Clostridia,25RQG@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterized protein conserved in bacteria (DUF2325) - - - - - - - - - - - - DUF2325 +MGYG000000001_02926 1151292.QEW_2329 1.38e-140 402.0 COG0600@1|root,COG0600@2|Bacteria,1TR6A@1239|Firmicutes,247VM@186801|Clostridia,25T0J@186804|Peptostreptococcaceae 186801|Clostridia P Binding-protein-dependent transport system inner membrane component ssuC_2 - - ko:K02050 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - BPD_transp_1 +MGYG000000001_02990 1301100.HG529256_gene6204 3e-138 397.0 COG0789@1|root,COG4978@1|root,COG0789@2|Bacteria,COG4978@2|Bacteria,1V0RM@1239|Firmicutes,24C7M@186801|Clostridia,36F4B@31979|Clostridiaceae 186801|Clostridia KT helix_turn_helix, mercury resistance - - - - - - - - - - - - GyrI-like,MerR_1 +MGYG000000001_03022 1301100.HG529244_gene2321 9.09e-74 223.0 COG1846@1|root,COG1846@2|Bacteria,1V6G0@1239|Firmicutes,24K11@186801|Clostridia,36JJU@31979|Clostridiaceae 186801|Clostridia K MarR family ohrR - - - - - - - - - - - MarR +MGYG000000001_03054 1301100.HG529433_gene6506 0.0 1853.0 COG1038@1|root,COG1038@2|Bacteria,1UHP9@1239|Firmicutes,25E5B@186801|Clostridia,36UMQ@31979|Clostridiaceae 186801|Clostridia C Catalyzes a 2-step reaction, involving the ATP-dependent carboxylation of the covalently attached biotin in the first step and the transfer of the carboxyl group to pyruvate in the second pyc - 6.4.1.1 ko:K01958 ko00020,ko00620,ko00720,ko01100,ko01120,ko01200,ko01230,map00020,map00620,map00720,map01100,map01120,map01200,map01230 M00173 R00344 RC00040,RC00367 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS18410 Biotin_carb_C,Biotin_carb_N,Biotin_lipoyl,CPSase_L_D2,HMGL-like,PYC_OADA +MGYG000000001_03089 1476973.JMMB01000007_gene1194 2.5e-120 353.0 COG0668@1|root,COG0668@2|Bacteria,1TR9Z@1239|Firmicutes,24CAG@186801|Clostridia,25QZ6@186804|Peptostreptococcaceae 186801|Clostridia M Transporter, small conductance mechanosensitive ion channel MscS family protein - - - ko:K03442 - - - - ko00000,ko02000 1.A.23.2 - - MS_channel,TM_helix +MGYG000000001_03124 1301100.HG529256_gene6203 1.7e-85 258.0 COG1284@1|root,COG1284@2|Bacteria,1V2BR@1239|Firmicutes,247P9@186801|Clostridia,36HK1@31979|Clostridiaceae 186801|Clostridia S Uncharacterised 5xTM membrane BCR, YitT family COG1284 - - - - - - - - - - - - YitT_membrane +MGYG000000001_03156 1415775.U729_1771 3.84e-60 187.0 2EJBW@1|root,33D30@2|Bacteria,1VDH3@1239|Firmicutes,24JQ8@186801|Clostridia,36K19@31979|Clostridiaceae 186801|Clostridia S Putative redox-active protein (C_GCAxxG_C_C) - - - - - - - - - - - - C_GCAxxG_C_C +MGYG000000001_03188 1292035.H476_1365 5.04e-62 198.0 COG4512@1|root,COG4512@2|Bacteria,1VK9H@1239|Firmicutes,24I86@186801|Clostridia 186801|Clostridia KOT Accessory gene regulator - - - ko:K07813 ko02020,ko02024,map02020,map02024 - - - ko00000,ko00001,ko01002 - - - AgrB +MGYG000000001_02324 1301100.HG529430_gene1934 0.0 914.0 COG4868@1|root,COG4868@2|Bacteria,1TQYE@1239|Firmicutes,247YI@186801|Clostridia,36FKP@31979|Clostridiaceae 186801|Clostridia S Belongs to the UPF0371 family - - - - - - - - - - - - DUF1846 +MGYG000000001_02742 1476973.JMMB01000005_gene3468 7.23e-40 133.0 COG5566@1|root,COG5566@2|Bacteria,1U6IB@1239|Firmicutes,24VJC@186801|Clostridia,25TYE@186804|Peptostreptococcaceae 186801|Clostridia S Mor transcription activator family - - - - - - - - - - - - Mor +MGYG000000001_00345 1292035.H476_1444 5.35e-95 285.0 COG3279@1|root,COG3279@2|Bacteria,1UHWR@1239|Firmicutes,24G6Q@186801|Clostridia 186801|Clostridia KT COG3279 Response regulator of the LytR AlgR family - - - ko:K07705 ko02020,map02020 M00492 - - ko00000,ko00001,ko00002,ko02022 - - - LytTR,Response_reg +MGYG000000001_01048 1151292.QEW_0171 2.59e-75 232.0 COG3601@1|root,COG3601@2|Bacteria,1V4BW@1239|Firmicutes,24E4V@186801|Clostridia,25RG0@186804|Peptostreptococcaceae 186801|Clostridia S Mediates riboflavin uptake, may also transport FMN and roseoflavin. Probably a riboflavin-binding protein that interacts with the energy-coupling factor (ECF) ABC-transporter complex. Unlike classic ABC transporters this ECF transporter provides the energy necessary to transport a number of different substrates. The substrates themselves are bound by transmembrane, not extracytoplasmic soluble proteins ribU - - - - - - - - - - - ECF_trnsprt +MGYG000000001_00125 332101.JIBU02000027_gene2885 1.97e-209 588.0 COG0674@1|root,COG0674@2|Bacteria,1VS48@1239|Firmicutes,25E5U@186801|Clostridia,36DRE@31979|Clostridiaceae 186801|Clostridia C ferredoxin oxidoreductase porA - 1.2.7.1 ko:K00169 ko00010,ko00020,ko00620,ko00633,ko00640,ko00650,ko00680,ko00720,ko01100,ko01120,ko01130,ko01200,map00010,map00020,map00620,map00633,map00640,map00650,map00680,map00720,map01100,map01120,map01130,map01200 M00173,M00307,M00374,M00620 R01196,R01199,R08034 RC00004,RC00250,RC02742,RC02833 br01601,ko00000,ko00001,ko00002,ko01000 - - - EKR,Fer4_7,PFOR_II,POR,POR_N +MGYG000000001_00158 1499684.CCNP01000018_gene697 1.9e-137 397.0 COG2908@1|root,COG2908@2|Bacteria,1TT6N@1239|Firmicutes,24A8X@186801|Clostridia,36ER0@31979|Clostridiaceae 186801|Clostridia S Calcineurin-like phosphoesterase superfamily domain - - - - - - - - - - - - Metallophos,Metallophos_2 +MGYG000000001_00319 1476973.JMMB01000007_gene695 2.17e-45 166.0 COG4585@1|root,COG4585@2|Bacteria,1TSJX@1239|Firmicutes,247MV@186801|Clostridia 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA_3 +MGYG000000001_00577 1292035.H476_1365 1.85e-21 90.1 COG4512@1|root,COG4512@2|Bacteria,1VK9H@1239|Firmicutes,24I86@186801|Clostridia 186801|Clostridia KOT Accessory gene regulator - - - ko:K07813 ko02020,ko02024,map02020,map02024 - - - ko00000,ko00001,ko01002 - - - AgrB +MGYG000000001_00935 1301100.HG529418_gene3031 2.35e-199 565.0 COG0457@1|root,COG1396@1|root,COG0457@2|Bacteria,COG1396@2|Bacteria,1VHJ0@1239|Firmicutes,247R0@186801|Clostridia,36EVF@31979|Clostridiaceae 186801|Clostridia K Helix-turn-helix domain protein - - - - - - - - - - - - HTH_19,HTH_3,SNAP,TPR_12,TPR_16,TPR_8 +MGYG000000001_01000 1301100.HG529429_gene1923 2.2e-232 649.0 COG2223@1|root,COG2223@2|Bacteria,1TT7X@1239|Firmicutes,24FKG@186801|Clostridia 186801|Clostridia P Major Facilitator Superfamily - - - - - - - - - - - - MFS_1 +MGYG000000001_01136 445973.CLOBAR_01832 5.78e-202 564.0 COG3641@1|root,COG3641@2|Bacteria,1UNZM@1239|Firmicutes,24A9C@186801|Clostridia,25SI0@186804|Peptostreptococcaceae 186801|Clostridia S Phosphotransferase system, EIIC pfoR - - - - - - - - - - - PTS_EIIC_2 +MGYG000000001_01425 1476973.JMMB01000007_gene720 1.05e-133 398.0 2BFKA@1|root,329EH@2|Bacteria,1V8ZG@1239|Firmicutes,2584U@186801|Clostridia,25SB5@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01585 1476973.JMMB01000007_gene1093 5.71e-290 802.0 COG1418@1|root,COG1418@2|Bacteria,1TP48@1239|Firmicutes,248G8@186801|Clostridia,25R0R@186804|Peptostreptococcaceae 186801|Clostridia S Endoribonuclease that initiates mRNA decay rny - - ko:K18682 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03019 - - - DUF3552,HD,KH_1 +MGYG000000001_01746 1476973.JMMB01000007_gene833 0.0 1058.0 COG0577@1|root,COG4591@1|root,COG0577@2|Bacteria,COG4591@2|Bacteria,1TRAS@1239|Firmicutes,248SQ@186801|Clostridia,25R3H@186804|Peptostreptococcaceae 186801|Clostridia MV MacB-like periplasmic core domain - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX,MacB_PCD +MGYG000000001_01182 1301100.HG529229_gene5398 1.32e-286 790.0 COG1966@1|root,COG1966@2|Bacteria,1TQN8@1239|Firmicutes,248DZ@186801|Clostridia,36EVZ@31979|Clostridiaceae 186801|Clostridia T carbon starvation protein CstA cstA - - - - - - - - - - - CstA,CstA_5TM +MGYG000000001_00950 1391646.AVSU01000021_gene3245 5.76e-31 109.0 COG2501@1|root,COG2501@2|Bacteria,1VYQT@1239|Firmicutes,24QZU@186801|Clostridia,25RV8@186804|Peptostreptococcaceae 186801|Clostridia S S4 domain yaaA - - ko:K14761 - - - - ko00000,ko03009 - - - S4_2 +MGYG000000001_02556 1151292.QEW_0112 1.05e-84 250.0 COG0103@1|root,COG0103@2|Bacteria,1V3MQ@1239|Firmicutes,24H94@186801|Clostridia,25RE4@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the universal ribosomal protein uS9 family rpsI - - ko:K02996 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S9 +MGYG000000001_02688 1408823.AXUS01000003_gene449 2.88e-16 72.8 297CP@1|root,2ZUK7@2|Bacteria,1W4VB@1239|Firmicutes,252MN@186801|Clostridia,25RWJ@186804|Peptostreptococcaceae 186801|Clostridia S Spore coat associated protein JA (CotJA) - - - - - - - - - - - - CotJA +MGYG000000001_02378 457396.CSBG_01616 5.28e-201 556.0 COG0561@1|root,COG0561@2|Bacteria,1TREF@1239|Firmicutes,24BV5@186801|Clostridia,36GUE@31979|Clostridiaceae 186801|Clostridia S haloacid dehalogenase-like hydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_02524 1292035.H476_2065 0.0 2120.0 COG0060@1|root,COG0060@2|Bacteria,1TPS7@1239|Firmicutes,247XX@186801|Clostridia,25R14@186804|Peptostreptococcaceae 186801|Clostridia J amino acids such as valine, to avoid such errors it has two additional distinct tRNA(Ile)-dependent editing activities. One activity is designated as 'pretransfer' editing and involves the hydrolysis of activated Val-AMP. The other activity is designated 'posttransfer' editing and involves deacylation of mischarged Val-tRNA(Ile) ileS - 6.1.1.5 ko:K01870 ko00970,map00970 M00359,M00360 R03656 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - Anticodon_1,tRNA-synt_1 +MGYG000000001_01147 1297617.JPJD01000007_gene34 4.78e-74 227.0 COG4577@1|root,COG4577@2|Bacteria,1UKDS@1239|Firmicutes,24IS5@186801|Clostridia,269KZ@186813|unclassified Clostridiales 186801|Clostridia CQ BMC domain csoS1C - - - - - - - - - - - BMC +MGYG000000001_00201 445973.CLOBAR_02690 1.6e-26 98.6 297CP@1|root,2ZUK7@2|Bacteria,1W4VB@1239|Firmicutes,252MN@186801|Clostridia,25RWJ@186804|Peptostreptococcaceae 186801|Clostridia S Spore coat associated protein JA (CotJA) - - - - - - - - - - - - CotJA +MGYG000000001_02242 1301100.HG529370_gene1427 1.86e-28 102.0 2947A@1|root,2ZRMP@2|Bacteria,1W1JW@1239|Firmicutes,24R4T@186801|Clostridia,36MS9@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02712 1476973.JMMB01000007_gene559 9.35e-172 482.0 COG0648@1|root,COG0648@2|Bacteria,1TP1D@1239|Firmicutes,2499E@186801|Clostridia,25SGH@186804|Peptostreptococcaceae 186801|Clostridia L Endonuclease IV plays a role in DNA repair. It cleaves phosphodiester bonds at apurinic or apyrimidinic sites (AP sites) to produce new 5'-ends that are base-free deoxyribose 5-phosphate residues. It preferentially attacks modified AP sites created by bleomycin and neocarzinostatin nfo - 3.1.21.2 ko:K01151 ko03410,map03410 - - - ko00000,ko00001,ko01000,ko03400 - - - AP_endonuc_2 +MGYG000000001_01950 1292035.H476_2411 1.01e-101 296.0 COG2032@1|root,COG2032@2|Bacteria,1V3HM@1239|Firmicutes,24HGH@186801|Clostridia,25RFX@186804|Peptostreptococcaceae 186801|Clostridia P Destroys radicals which are normally produced within the cells and which are toxic to biological systems sodC - 1.15.1.1 ko:K04565 ko04146,ko04213,ko05014,ko05016,ko05020,map04146,map04213,map05014,map05016,map05020 - - - ko00000,ko00001,ko01000 - - - LysM,Sod_Cu +MGYG000000001_00092 1476973.JMMB01000007_gene3092 1.3e-104 304.0 COG0634@1|root,COG0634@2|Bacteria,1V2K7@1239|Firmicutes,248P7@186801|Clostridia,25RAQ@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the purine pyrimidine phosphoribosyltransferase family hpt - 2.4.2.8 ko:K00760 ko00230,ko00983,ko01100,ko01110,map00230,map00983,map01100,map01110 - R00190,R01132,R01229,R02142,R08237,R08238,R08245 RC00063,RC00122 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS16720 Pribosyltran +MGYG000000001_01890 1301100.HG529270_gene536 8.54e-152 428.0 COG1136@1|root,COG1136@2|Bacteria,1TQC9@1239|Firmicutes,248Z6@186801|Clostridia,36EK4@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_02509 1301100.HG529285_gene7058 9.22e-249 691.0 COG1113@1|root,COG1113@2|Bacteria,1VTQW@1239|Firmicutes,25EF5@186801|Clostridia,36UNN@31979|Clostridiaceae 186801|Clostridia E Amino acid permease - - - ko:K03294 - - - - ko00000 2.A.3.2 - - AA_permease,AA_permease_2 +MGYG000000001_00408 1301100.HG529405_gene301 4.76e-80 239.0 COG2172@1|root,COG2172@2|Bacteria,1V6V2@1239|Firmicutes,24JPT@186801|Clostridia,36ITI@31979|Clostridiaceae 186801|Clostridia F Binds to sigma F and blocks its ability to form an RNA polymerase holoenzyme (E-sigma F). Phosphorylates SpoIIAA on a serine residue. This phosphorylation may enable SpoIIAA to act as an anti-anti-sigma factor that counteracts SpoIIAB and thus releases sigma F from inhibition spoIIAB - 2.7.11.1 ko:K06379 - - - - ko00000,ko01000 - - - HATPase_c_2 +MGYG000000001_00354 1301100.HG529402_gene6754 2.48e-100 293.0 COG0503@1|root,COG0503@2|Bacteria,1V1BV@1239|Firmicutes,24HGX@186801|Clostridia,36HZI@31979|Clostridiaceae 186801|Clostridia F Catalyzes a salvage reaction resulting in the formation of AMP, that is energically less costly than de novo synthesis apt - 2.4.2.7 ko:K00759 ko00230,ko01100,map00230,map01100 - R00190,R01229,R04378 RC00063 ko00000,ko00001,ko01000,ko04147 - - - Pribosyltran +MGYG000000001_00672 1476973.JMMB01000007_gene102 7.99e-171 478.0 COG0084@1|root,COG0084@2|Bacteria,1TNY1@1239|Firmicutes,248HE@186801|Clostridia,25QD1@186804|Peptostreptococcaceae 186801|Clostridia L TatD related DNase tatD - - ko:K03424 - - - - ko00000,ko01000 - - - TatD_DNase +MGYG000000001_00294 1301100.HG529369_gene1461 0.0 1141.0 COG1032@1|root,COG1032@2|Bacteria,1TR2C@1239|Firmicutes,248HM@186801|Clostridia,36DQF@31979|Clostridiaceae 186801|Clostridia C Radical SAM domain protein - - - - - - - - - - - - B12-binding,HD,Radical_SAM +MGYG000000001_00214 1301100.HG529365_gene1376 0.0 1118.0 COG0751@1|root,COG0751@2|Bacteria,1TNZ7@1239|Firmicutes,248RS@186801|Clostridia,36FGF@31979|Clostridiaceae 186801|Clostridia J Glycyl-tRNA synthetase beta subunit glyS - 6.1.1.14 ko:K01879 ko00970,map00970 M00360 R03654 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - DALR_1,tRNA_synt_2f +MGYG000000001_00640 1304284.L21TH_1670 1.18e-05 45.8 2ESIT@1|root,33K3H@2|Bacteria,1VNX8@1239|Firmicutes,24V0F@186801|Clostridia,36TAX@31979|Clostridiaceae 186801|Clostridia S PFAM small acid-soluble spore protein alpha beta type - - - ko:K06421 - - - - ko00000 - - - SASP +MGYG000000001_01885 1476973.JMMB01000007_gene1388 3.27e-68 208.0 29UDR@1|root,30FQE@2|Bacteria,1UEEZ@1239|Firmicutes,25JVE@186801|Clostridia,25TJH@186804|Peptostreptococcaceae 186801|Clostridia S Domain of Unknown Function (DUF1540) - - - - - - - - - - - - DUF1540 +MGYG000000001_01134 1151292.QEW_1741 8.99e-39 137.0 COG2856@1|root,COG2856@2|Bacteria,1VCI1@1239|Firmicutes,24JB4@186801|Clostridia,25U5X@186804|Peptostreptococcaceae 186801|Clostridia E IrrE N-terminal-like domain - - - - - - - - - - - - Peptidase_M78 +MGYG000000001_01105 1582149.A0A0A8WEP5_9CAUD 4.36e-67 206.0 4QB0W@10239|Viruses,4QQW9@28883|Caudovirales,4QN19@10699|Siphoviridae 10699|Siphoviridae S Protein of unknown function (DUF1064) - - - - - - - - - - - - - +MGYG000000001_02229 1151292.QEW_1466 1.26e-219 617.0 COG2244@1|root,COG2244@2|Bacteria,1TNYX@1239|Firmicutes,2485G@186801|Clostridia,25R7A@186804|Peptostreptococcaceae 186801|Clostridia S Polysaccharide biosynthesis protein spoVB - - ko:K06409 - - - - ko00000,ko02000 2.A.66.2.14 - - MatE,Polysacc_synt,Polysacc_synt_C +MGYG000000001_02553 445973.CLOBAR_02332 7.2e-13 64.3 2DR75@1|root,33AHG@2|Bacteria,1VKH9@1239|Firmicutes,25JD3@186801|Clostridia,25S08@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1659) - - - - - - - - - - - - DUF1659 +MGYG000000001_02212 1151292.QEW_1457 8.29e-34 117.0 COG0236@1|root,COG0236@2|Bacteria,1VEE3@1239|Firmicutes,24QME@186801|Clostridia,25RUU@186804|Peptostreptococcaceae 186801|Clostridia IQ Carrier of the growing fatty acid chain in fatty acid biosynthesis acpP - - ko:K02078 - - - - ko00000,ko00001 - - - PP-binding +MGYG000000001_01678 1151292.QEW_2649 3.94e-147 417.0 COG0020@1|root,COG0020@2|Bacteria,1TQTS@1239|Firmicutes,247TE@186801|Clostridia,25QIG@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the condensation of isopentenyl diphosphate (IPP) with allylic pyrophosphates generating different type of terpenoids uppS - 2.5.1.31 ko:K00806 ko00900,ko01110,map00900,map01110 - R06447 RC00279,RC02839 ko00000,ko00001,ko01000,ko01006 - - - Prenyltransf +MGYG000000001_03005 1347086.CCBA010000009_gene1354 3.28e-119 349.0 COG0546@1|root,COG0546@2|Bacteria,1V1RB@1239|Firmicutes,4HGQW@91061|Bacilli,1ZMHM@1386|Bacillus 91061|Bacilli S Haloacid dehalogenase-like hydrolase - - - - - - - - - - - - HAD_2 +MGYG000000001_01254 1301100.HG529275_gene1621 8.87e-73 220.0 COG1869@1|root,COG1869@2|Bacteria,1VA2V@1239|Firmicutes,24MPJ@186801|Clostridia,36IY3@31979|Clostridiaceae 186801|Clostridia G Catalyzes the interconversion of beta-pyran and beta- furan forms of D-ribose rbsD - 5.4.99.62 ko:K06726 ko02010,map02010 - R08247 RC02247 ko00000,ko00001,ko01000 - - - RbsD_FucU +MGYG000000001_00281 272563.CD630_25250 2.23e-112 327.0 COG2137@1|root,COG2137@2|Bacteria,1V72V@1239|Firmicutes,24KZH@186801|Clostridia,25RI7@186804|Peptostreptococcaceae 186801|Clostridia S Modulates RecA activity recX - - ko:K03565 - - - - ko00000,ko03400 - - - RecX +MGYG000000001_00346 1301100.HG529329_gene4518 1.52e-193 541.0 COG0208@1|root,COG0208@2|Bacteria,1TQTH@1239|Firmicutes,249AN@186801|Clostridia,36DFJ@31979|Clostridiaceae 186801|Clostridia F Provides the precursors necessary for DNA synthesis. Catalyzes the biosynthesis of deoxyribonucleotides from the corresponding ribonucleotides nrdB - 1.17.4.1 ko:K00526 ko00230,ko00240,ko01100,map00230,map00240,map01100 M00053 R02017,R02018,R02019,R02024 RC00613 ko00000,ko00001,ko00002,ko01000,ko03400 - - - Ribonuc_red_sm +MGYG000000001_00378 1415774.U728_222 4.51e-112 327.0 COG3819@1|root,COG3819@2|Bacteria,1TT00@1239|Firmicutes,248ZH@186801|Clostridia,36GF1@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF969) - - - - - - - - - - - - DUF969,Na_H_antiport_2 +MGYG000000001_00410 1301100.HG529405_gene303 0.0 945.0 COG0243@1|root,COG0243@2|Bacteria,1TPZG@1239|Firmicutes,247JV@186801|Clostridia,36E8E@31979|Clostridiaceae 186801|Clostridia C Belongs to the prokaryotic molybdopterin-containing oxidoreductase family - - - - - - - - - - - - Molybdop_Fe4S4,Molybdopterin,Molydop_binding +MGYG000000001_00678 1408823.AXUS01000010_gene1816 6.65e-101 301.0 2C02Q@1|root,33SMQ@2|Bacteria,1VRCC@1239|Firmicutes,24XZ8@186801|Clostridia,25R8J@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02521 445973.CLOBAR_02776 1.1e-27 102.0 COG0762@1|root,COG0762@2|Bacteria,1UEEV@1239|Firmicutes,25JBG@186801|Clostridia,25RUG@186804|Peptostreptococcaceae 186801|Clostridia S YGGT family - - - ko:K02221 - - - - ko00000,ko02044 - - - YGGT +MGYG000000001_01942 1414720.CBYM010000014_gene2727 7.67e-149 428.0 COG0530@1|root,COG0530@2|Bacteria,1TRX0@1239|Firmicutes,24ABZ@186801|Clostridia,36EZ7@31979|Clostridiaceae 186801|Clostridia P K -dependent Na Ca exchanger - - - ko:K07301 - - - - ko00000,ko02000 2.A.19.5 - - Na_Ca_ex +MGYG000000001_00100 272563.CD630_32210 2.38e-191 540.0 COG1473@1|root,COG1473@2|Bacteria,1TPD7@1239|Firmicutes,248AH@186801|Clostridia,25R7F@186804|Peptostreptococcaceae 186801|Clostridia E Psort location Cytoplasmic, score 8.87 dapL - 3.5.1.47 ko:K05823 ko00300,ko01100,ko01110,ko01230,map00300,map01100,map01110,map01230 M00525 R02733 RC00064,RC00300 ko00000,ko00001,ko00002,ko01000,ko01002 - - - M20_dimer,Peptidase_M20 +MGYG000000001_01431 1301100.HG529238_gene7228 2.28e-249 692.0 COG0520@1|root,COG0520@2|Bacteria,1TQ1W@1239|Firmicutes,249CS@186801|Clostridia,36EKE@31979|Clostridiaceae 186801|Clostridia E Catalyzes the removal of elemental sulfur and selenium atoms from L-cysteine, L-cystine, L-selenocysteine, and L- selenocystine to produce L-alanine csd - - - - - - - - - - - Aminotran_5 +MGYG000000001_00258 272563.CD630_24810 1.9e-135 386.0 COG0692@1|root,COG0692@2|Bacteria,1TPSN@1239|Firmicutes,247N9@186801|Clostridia,25QHN@186804|Peptostreptococcaceae 186801|Clostridia L Excises uracil residues from the DNA which can arise as a result of misincorporation of dUMP residues by DNA polymerase or due to deamination of cytosine ung - 3.2.2.27 ko:K03648 ko03410,ko05340,map03410,map05340 - - - ko00000,ko00001,ko01000,ko03400 - - - MafB19-deam,UDG +MGYG000000001_01336 1151292.QEW_1140 0.0 1286.0 COG1614@1|root,COG1614@2|Bacteria,1TSWZ@1239|Firmicutes,248Y2@186801|Clostridia,25R23@186804|Peptostreptococcaceae 186801|Clostridia C CO dehydrogenase/acetyl-CoA synthase complex beta subunit cdhC - 2.3.1.169 ko:K14138 ko00720,ko01120,ko01200,map00720,map01120,map01200 M00377 R08433,R10243 RC00004,RC00113,RC01144,RC02963,RC02964,RC02977 ko00000,ko00001,ko00002,ko01000 - - - CdhC +MGYG000000001_02337 1476973.JMMB01000007_gene2856 3.72e-189 538.0 COG0539@1|root,COG0539@2|Bacteria,1TQ9N@1239|Firmicutes,247UK@186801|Clostridia,25QZC@186804|Peptostreptococcaceae 186801|Clostridia J Ribosomal protein S1 ispH - 1.17.7.4 ko:K02945,ko:K03527 ko00900,ko01100,ko01110,ko01130,ko03010,map00900,map01100,map01110,map01130,map03010 M00096,M00178 R05884,R08210 RC01137,RC01487 br01610,ko00000,ko00001,ko00002,ko01000,ko03011 - - - LYTB,S1 +MGYG000000001_01271 1280689.AUJC01000011_gene1577 0.0 926.0 COG1132@1|root,COG1132@2|Bacteria,1TP0B@1239|Firmicutes,247Q0@186801|Clostridia,36E4P@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K06147 - - - - ko00000,ko02000 3.A.1.106,3.A.1.109,3.A.1.21 - - ABC_membrane,ABC_tran +MGYG000000001_00384 1391646.AVSU01000117_gene824 1.36e-157 452.0 COG1476@1|root,COG1476@2|Bacteria,1V7TA@1239|Firmicutes,2496Q@186801|Clostridia,25UG3@186804|Peptostreptococcaceae 186801|Clostridia K Helix-turn-helix XRE-family like proteins - - - ko:K15256 - - - - ko00000,ko01000,ko03016 - - - HTH_19,HTH_3,HTH_31,Methyltransf_25 +MGYG000000001_00383 1391646.AVSU01000117_gene824 1.36e-157 452.0 COG1476@1|root,COG1476@2|Bacteria,1V7TA@1239|Firmicutes,2496Q@186801|Clostridia,25UG3@186804|Peptostreptococcaceae 186801|Clostridia K Helix-turn-helix XRE-family like proteins - - - ko:K15256 - - - - ko00000,ko01000,ko03016 - - - HTH_19,HTH_3,HTH_31,Methyltransf_25 +MGYG000000001_00451 1476973.JMMB01000007_gene2062 4.75e-09 55.1 COG1245@1|root,COG1245@2|Bacteria,1VMA7@1239|Firmicutes,24UN4@186801|Clostridia,25RWB@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S dicluster domain - - - - - - - - - - - - Fer4,Fer4_4 +MGYG000000001_03113 1301100.HG529314_gene433 4.23e-171 481.0 COG0395@1|root,COG0395@2|Bacteria,1TPRG@1239|Firmicutes,249ZC@186801|Clostridia,36E7H@31979|Clostridiaceae 186801|Clostridia P PFAM Binding-protein-dependent transport system inner membrane component - - - ko:K10202 ko02010,map02010 M00205 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.18 - - BPD_transp_1 +MGYG000000001_00057 1301100.HG529251_gene6267 1.75e-88 264.0 COG2059@1|root,COG2059@2|Bacteria,1V3XK@1239|Firmicutes,25CID@186801|Clostridia,36I35@31979|Clostridiaceae 186801|Clostridia P overlaps another CDS with the same product name - - - ko:K07240 - - - - ko00000,ko02000 2.A.51.1 - - Chromate_transp +MGYG000000001_02058 1301100.HG529274_gene1744 9.61e-299 827.0 COG1132@1|root,COG1132@2|Bacteria,1TSRV@1239|Firmicutes,248P6@186801|Clostridia,36FST@31979|Clostridiaceae 186801|Clostridia V ABC transporter transmembrane region - - - ko:K06148 - - - - ko00000,ko02000 3.A.1 - - ABC_membrane,ABC_tran +MGYG000000001_02056 1301100.HG529274_gene1744 9.61e-299 827.0 COG1132@1|root,COG1132@2|Bacteria,1TSRV@1239|Firmicutes,248P6@186801|Clostridia,36FST@31979|Clostridiaceae 186801|Clostridia V ABC transporter transmembrane region - - - ko:K06148 - - - - ko00000,ko02000 3.A.1 - - ABC_membrane,ABC_tran +MGYG000000001_02232 1301100.HG529370_gene1435 4.59e-249 693.0 COG1362@1|root,COG1362@2|Bacteria,1TP6G@1239|Firmicutes,2486Y@186801|Clostridia,36F9C@31979|Clostridiaceae 186801|Clostridia E M18 family aminopeptidase apeA - - - - - - - - - - - CoaE,Peptidase_M18 +MGYG000000001_01693 272563.CD630_21500 5.68e-74 229.0 COG3568@1|root,COG3568@2|Bacteria,1VVUM@1239|Firmicutes,250G8@186801|Clostridia,25RJC@186804|Peptostreptococcaceae 186801|Clostridia L Endonuclease/Exonuclease/phosphatase family - - - - - - - - - - - - Exo_endo_phos +MGYG000000001_01565 1391646.AVSU01000147_gene3317 6.59e-121 348.0 COG0778@1|root,COG0778@2|Bacteria,1V8BZ@1239|Firmicutes,25B4H@186801|Clostridia 186801|Clostridia C Nitroreductase family - - - - - - - - - - - - Nitroreductase +MGYG000000001_02274 796940.HMPREF9628_00817 3.23e-20 102.0 COG0515@1|root,COG0515@2|Bacteria,1TP3F@1239|Firmicutes,2492G@186801|Clostridia,25QJS@186804|Peptostreptococcaceae 186801|Clostridia KLT Psort location CytoplasmicMembrane, score prkC - 2.7.11.1 ko:K12132 - - - - ko00000,ko01000,ko01001 - - - PASTA,PBP1_TM,Pkinase +MGYG000000001_02113 1414720.CBYM010000012_gene2587 7.36e-87 259.0 COG3945@1|root,COG3945@2|Bacteria,1V3TS@1239|Firmicutes,24HUR@186801|Clostridia,36J27@31979|Clostridiaceae 186801|Clostridia S Hemerythrin HHE cation binding domain - - - - - - - - - - - - Hemerythrin +MGYG000000001_02362 1476973.JMMB01000007_gene1319 7.15e-193 546.0 COG0436@1|root,COG0436@2|Bacteria,1TQD6@1239|Firmicutes,2491B@186801|Clostridia,25SAJ@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase class I and II dapL - 2.6.1.83 ko:K10206 ko00300,ko01100,ko01110,ko01130,ko01230,map00300,map01100,map01110,map01130,map01230 M00527 R07613 RC00006,RC01847 ko00000,ko00001,ko00002,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_02107 1476973.JMMB01000007_gene1841 3.62e-26 99.4 2BKIM@1|root,32EZT@2|Bacteria,1UEMX@1239|Firmicutes,254PK@186801|Clostridia,25TZ0@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03072 1301100.HG529342_gene2459 5.83e-134 390.0 2EYQ4@1|root,33RXK@2|Bacteria,1VSWR@1239|Firmicutes,2495K@186801|Clostridia,36GD9@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - DUF2232 +MGYG000000001_01212 1301100.HG529229_gene5425 4.73e-138 394.0 COG1191@1|root,COG1191@2|Bacteria,1TP3T@1239|Firmicutes,24A4T@186801|Clostridia,36E4R@31979|Clostridiaceae 186801|Clostridia K Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released sigE - - ko:K03091 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4 +MGYG000000001_00416 1476973.JMMB01000007_gene631 7.91e-241 666.0 COG0301@1|root,COG0301@2|Bacteria,1TPNW@1239|Firmicutes,247Y5@186801|Clostridia,25QNU@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the ATP-dependent transfer of a sulfur to tRNA to produce 4-thiouridine in position 8 of tRNAs, which functions as a near-UV photosensor. Also catalyzes the transfer of sulfur to the sulfur carrier protein ThiS, forming ThiS-thiocarboxylate. This is a step in the synthesis of thiazole, in the thiamine biosynthesis pathway. The sulfur is donated as persulfide by IscS thiI - 2.8.1.4 ko:K03151 ko00730,ko01100,ko04122,map00730,map01100,map04122 - R07461 - ko00000,ko00001,ko01000,ko03016 - - - THUMP,ThiI +MGYG000000001_03253 1476973.JMMB01000007_gene794 1.49e-151 443.0 COG0582@1|root,COG0582@2|Bacteria,1UIWX@1239|Firmicutes,25EZD@186801|Clostridia 186801|Clostridia L PFAM Transposase, IS801 IS1294 - - - - - - - - - - - - Y2_Tnp,Zn_Tnp_IS91 +MGYG000000001_02678 1476973.JMMB01000007_gene794 1.49e-151 443.0 COG0582@1|root,COG0582@2|Bacteria,1UIWX@1239|Firmicutes,25EZD@186801|Clostridia 186801|Clostridia L PFAM Transposase, IS801 IS1294 - - - - - - - - - - - - Y2_Tnp,Zn_Tnp_IS91 +MGYG000000001_01747 1292035.H476_2782 5.14e-145 410.0 COG1136@1|root,COG1136@2|Bacteria,1TP6H@1239|Firmicutes,247JJ@186801|Clostridia,25QUA@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_00046 1391646.AVSU01000057_gene1242 3.47e-276 768.0 COG1283@1|root,COG1283@2|Bacteria,1TP4K@1239|Firmicutes,247KT@186801|Clostridia 186801|Clostridia P Na Pi-cotransporter - - - ko:K03324 - - - - ko00000,ko02000 2.A.58.2 - - Na_Pi_cotrans,PhoU +MGYG000000001_00078 1301100.HG529399_gene6834 1.02e-118 348.0 COG1176@1|root,COG1176@2|Bacteria,1V1K7@1239|Firmicutes,24A4Q@186801|Clostridia,36GH7@31979|Clostridiaceae 186801|Clostridia P inner membrane component - - - ko:K02054 ko02024,map02024 M00193 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11 - - BPD_transp_1 +MGYG000000001_00143 1301100.HG529388_gene4968 5.66e-133 395.0 COG5545@1|root,COG5545@2|Bacteria 2|Bacteria - - - - - - - - - - - - - - PriCT_2,Prim-Pol,RepB_primase,VirE,VirE_N,zf-CHC2 +MGYG000000001_00175 632245.CLP_3286 1.64e-53 181.0 COG5001@1|root,COG5001@2|Bacteria,1TP8V@1239|Firmicutes,247PX@186801|Clostridia,36E1W@31979|Clostridiaceae 186801|Clostridia T Diguanylate cyclase - - - - - - - - - - - - CHASE4,EAL,GAF,GGDEF,HisKA_7TM,PAS_4,PAS_9,PocR,Response_reg,dCache_1 +MGYG000000001_00207 1476973.JMMB01000007_gene2645 0.0 1221.0 COG0550@1|root,COG0551@1|root,COG0550@2|Bacteria,COG0551@2|Bacteria,1TPJD@1239|Firmicutes,24810@186801|Clostridia,25QNI@186804|Peptostreptococcaceae 186801|Clostridia L DNA topoisomerase topB1 - 5.99.1.2 ko:K03169 - - - - ko00000,ko01000,ko03032 - - - Topoisom_bac,Toprim,Toprim_Crpt +MGYG000000001_00239 1301100.HG529365_gene1420 1.9e-195 550.0 COG0635@1|root,COG0635@2|Bacteria,1TPES@1239|Firmicutes,247P8@186801|Clostridia,36DU5@31979|Clostridiaceae 186801|Clostridia H Involved in the biosynthesis of porphyrin-containing compound hemN - - - - - - - - - - - Fer4_12,Fer4_14,HemN_C,Radical_SAM +MGYG000000001_00337 1292035.H476_2734 1.82e-294 811.0 COG1070@1|root,COG1070@2|Bacteria,1TP7Z@1239|Firmicutes,247ZU@186801|Clostridia 186801|Clostridia G Psort location Cytoplasmic, score rhaB - 2.7.1.5,2.7.1.51 ko:K00848,ko:K00879 ko00040,ko00051,ko01120,map00040,map00051,map01120 - R01902,R03014,R03241 RC00002,RC00017 ko00000,ko00001,ko01000 - - - FGGY_C,FGGY_N +MGYG000000001_00401 1301100.HG529404_gene313 0.0 1045.0 COG0744@1|root,COG0744@2|Bacteria,1TPM5@1239|Firmicutes,248A4@186801|Clostridia,36E3C@31979|Clostridiaceae 186801|Clostridia M penicillin-binding protein 1A mrcB - 2.4.1.129,3.4.16.4 ko:K05366 ko00550,ko01100,ko01501,map00550,map01100,map01501 - - - ko00000,ko00001,ko01000,ko01003,ko01011 - GT51 - Transgly,Transpeptidase +MGYG000000001_00466 457396.CSBG_02331 9.39e-127 366.0 COG0084@1|root,COG0084@2|Bacteria,1V29B@1239|Firmicutes,247TV@186801|Clostridia,36E0Q@31979|Clostridiaceae 186801|Clostridia L TatD related DNase - - - ko:K03424 - - - - ko00000,ko01000 - - - TatD_DNase +MGYG000000001_00530 1151292.QEW_1740 8.49e-32 117.0 29USB@1|root,30G4F@2|Bacteria,1UF5Y@1239|Firmicutes,25K6U@186801|Clostridia,25U8X@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00562 1476973.JMMB01000007_gene1277 2.2e-91 273.0 COG0494@1|root,COG0494@2|Bacteria,1V27D@1239|Firmicutes,24GB6@186801|Clostridia,25RD7@186804|Peptostreptococcaceae 186801|Clostridia L NUDIX domain - - 3.6.1.13 ko:K01515 ko00230,map00230 - R01054 RC00002 ko00000,ko00001,ko01000 - - - NUDIX +MGYG000000001_00626 1292035.H476_1312 2.93e-159 454.0 COG5377@1|root,COG5377@2|Bacteria,1TS2Y@1239|Firmicutes,249SB@186801|Clostridia 186801|Clostridia L YqaJ viral recombinase family - - - - - - - - - - - - YqaJ +MGYG000000001_00659 1476973.JMMB01000007_gene115 1.03e-25 96.3 COG2155@1|root,COG2155@2|Bacteria,1UEFS@1239|Firmicutes,25JCK@186801|Clostridia,25RYK@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF378) - - - ko:K09779 - - - - ko00000 - - - DUF378 +MGYG000000001_00691 1476973.JMMB01000007_gene3246 9.24e-05 52.4 2BEZT@1|root,328RG@2|Bacteria,1UUPT@1239|Firmicutes,257DU@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00723 1301100.HG529431_gene1780 9.27e-37 129.0 2E5CI@1|root,3304M@2|Bacteria,1VGE2@1239|Firmicutes,24RE0@186801|Clostridia,36MX6@31979|Clostridiaceae 186801|Clostridia S ATP synthase I chain atpI2 - - - - - - - - - - - ATP-synt_I +MGYG000000001_00755 1123075.AUDP01000003_gene555 6.11e-128 375.0 COG0407@1|root,COG0407@2|Bacteria,1UZD2@1239|Firmicutes,24C43@186801|Clostridia,3WP2Y@541000|Ruminococcaceae 186801|Clostridia H Uroporphyrinogen decarboxylase (URO-D) - - - - - - - - - - - - URO-D +MGYG000000001_00851 1301100.HG529333_gene4597 1.85e-245 685.0 COG0642@1|root,COG2205@2|Bacteria,1V10X@1239|Firmicutes,24P7E@186801|Clostridia,36F5F@31979|Clostridiaceae 186801|Clostridia T Histidine kinase phoR2 - - - - - - - - - - - HAMP,HATPase_c,HisKA +MGYG000000001_00915 1211817.CCAT010000085_gene1931 2.58e-105 307.0 COG0740@1|root,COG0740@2|Bacteria,1V35G@1239|Firmicutes,24B2R@186801|Clostridia,36G5J@31979|Clostridiaceae 186801|Clostridia OU Clp protease - - - - - - - - - - - - CLP_protease +MGYG000000001_01154 411469.EUBHAL_00518 1.32e-129 375.0 COG4820@1|root,COG4820@2|Bacteria,1TQVV@1239|Firmicutes,249HD@186801|Clostridia,25VHK@186806|Eubacteriaceae 186801|Clostridia E Type IV pilus assembly protein PilM; eutJ - - ko:K04024 - - - - ko00000 - - - FtsA,MreB_Mbl,PilM_2 +MGYG000000001_01218 1151292.QEW_3182 8.01e-201 568.0 COG5002@1|root,COG5002@2|Bacteria,1TQ1H@1239|Firmicutes,247VG@186801|Clostridia,25QXW@186804|Peptostreptococcaceae 186801|Clostridia T ATPase histidine kinase DNA gyrase B HSP90 domain protein phoR2 - 2.7.13.3 ko:K07636 ko02020,map02020 M00434 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HAMP,HATPase_c,HisKA,PAS,PAS_10,PAS_4,PAS_8,PAS_9,sCache_like +MGYG000000001_01250 1408823.AXUS01000002_gene950 6.14e-150 432.0 COG2843@1|root,COG2843@2|Bacteria,1UCFI@1239|Firmicutes,25CHR@186801|Clostridia,25TUS@186804|Peptostreptococcaceae 186801|Clostridia M Bacterial capsule synthesis protein PGA_cap capA - - ko:K07282 - - - - ko00000 - - - Cu_amine_oxidN1,PGA_cap,Peptidase_M15 +MGYG000000001_01282 1391646.AVSU01000032_gene2296 1.04e-90 269.0 COG0494@1|root,COG0494@2|Bacteria,1V6F5@1239|Firmicutes,24JFS@186801|Clostridia,25RGR@186804|Peptostreptococcaceae 186801|Clostridia L NUDIX domain nudF - 3.6.1.13 ko:K01515 ko00230,map00230 - R01054 RC00002 ko00000,ko00001,ko01000 - - - NUDIX +MGYG000000001_01314 1292035.H476_0539 3.88e-145 411.0 COG0336@1|root,COG0336@2|Bacteria,1TPBV@1239|Firmicutes,247JF@186801|Clostridia,25QFE@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the RNA methyltransferase TrmD family trmD - 2.1.1.228 ko:K00554 - - R00597 RC00003,RC00334 ko00000,ko01000,ko03016 - - - Acetyltransf_10,FR47,Fer4,GNAT_acetyltran,PRC,RimM,tRNA_m1G_MT +MGYG000000001_01378 1151292.QEW_3237 3.04e-194 546.0 COG0079@1|root,COG0079@2|Bacteria,1TP5D@1239|Firmicutes,248Q0@186801|Clostridia,25R6N@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase class I and II hisC - 4.1.1.81 ko:K04720 ko00860,map00860 - R06530 RC00517 ko00000,ko00001,ko01000 - - - Aminotran_1_2 +MGYG000000001_01410 1301100.HG529227_gene5492 2.6e-166 473.0 COG1316@1|root,COG1316@2|Bacteria,1TR1B@1239|Firmicutes,248RH@186801|Clostridia,36EYW@31979|Clostridiaceae 186801|Clostridia K Cell envelope-related transcriptional attenuator - - - - - - - - - - - - LytR_cpsA_psr,PASTA,Polysacc_deac_1 +MGYG000000001_01442 999411.HMPREF1092_02827 1.6e-264 736.0 COG4468@1|root,COG4468@2|Bacteria,1TPBN@1239|Firmicutes,247ZN@186801|Clostridia,36DF1@31979|Clostridiaceae 186801|Clostridia G UDP-glucose--hexose-1-phosphate uridylyltransferase galT - 2.7.7.12 ko:K00965 ko00052,ko00520,ko01100,ko04917,map00052,map00520,map01100,map04917 M00362,M00554,M00632 R00955 RC00002 ko00000,ko00001,ko00002,ko01000 - - - GalP_UDP_tr_C,GalP_UDP_transf +MGYG000000001_01538 1499683.CCFF01000013_gene260 3.24e-63 212.0 COG2207@1|root,COG2207@2|Bacteria,1U23Q@1239|Firmicutes,24CZ9@186801|Clostridia,36KB6@31979|Clostridiaceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - ko:K07720 ko02020,map02020 M00519 - - ko00000,ko00001,ko00002,ko02022 - - - AraC_binding,Cupin_2,DUF772,HTH_18,HTH_AraC,PocR,Response_reg,dCache_1 +MGYG000000001_01570 272563.CD630_03070 2.81e-58 184.0 COG0484@1|root,COG0484@2|Bacteria,1V6FQ@1239|Firmicutes,24PF0@186801|Clostridia,25RNR@186804|Peptostreptococcaceae 186801|Clostridia O molecular chaperone DnaJ - - - - - - - - - - - - - +MGYG000000001_01602 1476973.JMMB01000007_gene1083 5.24e-121 351.0 COG0726@1|root,COG0726@2|Bacteria,1TQ5M@1239|Firmicutes,25B0J@186801|Clostridia,25SEP@186804|Peptostreptococcaceae 186801|Clostridia G Polysaccharide deacetylase - - - - - - - - - - - - Polysacc_deac_1,Polysacc_deac_2 +MGYG000000001_01634 1408823.AXUS01000028_gene1507 5.57e-194 543.0 COG0473@1|root,COG0473@2|Bacteria,1TPEM@1239|Firmicutes,24A63@186801|Clostridia,25QPS@186804|Peptostreptococcaceae 186801|Clostridia C Isocitrate dehydrogenase icd - 1.1.1.41 ko:K00030 ko00020,ko01100,ko01110,ko01120,ko01130,ko01200,ko01210,ko01230,map00020,map01100,map01110,map01120,map01130,map01200,map01210,map01230 M00009,M00010 R00709 RC00114 br01601,ko00000,ko00001,ko00002,ko01000 - - - Iso_dh +MGYG000000001_01731 1301100.HG529316_gene468 3.15e-214 597.0 COG2133@1|root,COG2133@2|Bacteria,1TR38@1239|Firmicutes,248E0@186801|Clostridia,36DXQ@31979|Clostridiaceae 186801|Clostridia G Glucose sorbosone - - - - - - - - - - - - GSDH +MGYG000000001_01763 1301100.HG529290_gene5177 1.64e-24 93.6 2BEAK@1|root,3281K@2|Bacteria,1UTYR@1239|Firmicutes,254VW@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01892 1391646.AVSU01000050_gene1692 1.01e-154 453.0 COG5002@1|root,COG5002@2|Bacteria,1TPSK@1239|Firmicutes,24H5S@186801|Clostridia,25SC8@186804|Peptostreptococcaceae 186801|Clostridia T HAMP (Histidine kinases, Adenylyl cyclases, Methyl binding proteins, Phosphatases) domain - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_01924 272563.CD630_15570 3.73e-96 294.0 COG0760@1|root,COG0760@2|Bacteria,1VS75@1239|Firmicutes,24ZMI@186801|Clostridia,25SPD@186804|Peptostreptococcaceae 186801|Clostridia M SurA N-terminal domain - - - - - - - - - - - - Rotamase_3,SurA_N_3 +MGYG000000001_02088 1292035.H476_2912 7.29e-147 431.0 COG3290@1|root,COG3290@2|Bacteria,1V225@1239|Firmicutes,24DB7@186801|Clostridia,25S36@186804|Peptostreptococcaceae 186801|Clostridia T GHKL domain - - - - - - - - - - - - HATPase_c_5 +MGYG000000001_02120 1391646.AVSU01000015_gene3016 2.71e-08 58.2 29UQY@1|root,30G2W@2|Bacteria,1UF3M@1239|Firmicutes,25K4E@186801|Clostridia,25UBW@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02152 1301100.HG529232_gene7469 2.5e-244 681.0 COG0144@1|root,COG0781@1|root,COG0144@2|Bacteria,COG0781@2|Bacteria,1TP3N@1239|Firmicutes,248CS@186801|Clostridia,36DEN@31979|Clostridiaceae 186801|Clostridia J Specifically methylates the cytosine at position 967 (m5C967) of 16S rRNA sun - 2.1.1.176 ko:K03500 - - - - ko00000,ko01000,ko03009 - - - Methyltr_RsmB-F,Methyltr_RsmF_N,NusB +MGYG000000001_02184 1301100.HG529436_gene6547 1.93e-158 447.0 COG4822@1|root,COG4822@2|Bacteria,1TQ5V@1239|Firmicutes,24ABG@186801|Clostridia,36DQD@31979|Clostridiaceae 186801|Clostridia H sirohydrochlorin cobaltochelatase cbiK - 4.99.1.3 ko:K02190 ko00860,ko01100,map00860,map01100 - R05807 RC01012 ko00000,ko00001,ko01000 - - - CbiK,NAD_binding_7,Porphobil_deam,TP_methylase +MGYG000000001_02410 1232446.BAIE02000047_gene375 9.07e-253 707.0 COG1174@1|root,COG1732@1|root,COG1174@2|Bacteria,COG1732@2|Bacteria,1TQ7D@1239|Firmicutes,248A1@186801|Clostridia 186801|Clostridia P of ABC-type glycine betaine transport system - - - ko:K05845,ko:K05846 ko02010,map02010 M00209 - - ko00000,ko00001,ko00002,ko02000 3.A.1.12 - - BPD_transp_1,OpuAC +MGYG000000001_02442 1301100.HG529433_gene6513 3.91e-94 276.0 COG0245@1|root,COG0245@2|Bacteria,1V3P0@1239|Firmicutes,24HCM@186801|Clostridia,36HZE@31979|Clostridiaceae 186801|Clostridia I Involved in the biosynthesis of isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP), two major building blocks of isoprenoid compounds. Catalyzes the conversion of 4- diphosphocytidyl-2-C-methyl-D-erythritol 2-phosphate (CDP-ME2P) to 2-C-methyl-D-erythritol 2,4-cyclodiphosphate (ME-CPP) with a corresponding release of cytidine 5-monophosphate (CMP) ispF - 2.7.7.60,4.6.1.12 ko:K01770,ko:K12506 ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130 M00096 R05633,R05637 RC00002,RC01440 ko00000,ko00001,ko00002,ko01000 - - - IspD,YgbB +MGYG000000001_02474 642492.Clole_4149 3.02e-15 80.1 2E03H@1|root,32VSB@2|Bacteria,1VDH2@1239|Firmicutes,24NJ2@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - DUF1878,NYN +MGYG000000001_02506 1321778.HMPREF1982_01845 2.3e-10 63.5 2EUE6@1|root,337A4@2|Bacteria,1VY6T@1239|Firmicutes,24NVH@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02538 1499683.CCFF01000014_gene4026 1.85e-136 392.0 COG1028@1|root,COG1028@2|Bacteria,1TP76@1239|Firmicutes,24BYN@186801|Clostridia,36DJM@31979|Clostridiaceae 186801|Clostridia IQ Enoyl-(Acyl carrier protein) reductase - - - - - - - - - - - - adh_short_C2 +MGYG000000001_02570 1301100.HG529435_gene6491 1.08e-162 457.0 COG0024@1|root,COG0024@2|Bacteria,1TQC1@1239|Firmicutes,248I8@186801|Clostridia,36E2S@31979|Clostridiaceae 186801|Clostridia E Methionine aminopeptidase map - 3.4.11.18 ko:K01265 - - - - ko00000,ko01000,ko01002 - - - Peptidase_M24 +MGYG000000001_02604 1476973.JMMB01000007_gene2367 2.98e-255 730.0 COG0642@1|root,COG2205@2|Bacteria,1TP73@1239|Firmicutes,248Y6@186801|Clostridia,25QRV@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_02636 1301100.HG529416_gene2977 1.93e-76 234.0 COG3584@1|root,COG3584@2|Bacteria,1TTIK@1239|Firmicutes,2493P@186801|Clostridia,36FEK@31979|Clostridiaceae 186801|Clostridia D 3D domain - - - - - - - - - - - - 3D,CW_binding_1,DUF348,G5,SH3_3 +MGYG000000001_02668 272563.CD630_09040 2.86e-135 397.0 COG0582@1|root,COG0582@2|Bacteria,1TTJI@1239|Firmicutes,247V6@186801|Clostridia,25QY8@186804|Peptostreptococcaceae 186801|Clostridia L Phage integrase, N-terminal SAM-like domain - - - ko:K14059 - - - - ko00000 - - - Arm-DNA-bind_4,Phage_int_SAM_3,Phage_integrase +MGYG000000001_02700 1123075.AUDP01000031_gene2127 7.33e-56 175.0 COG1733@1|root,COG1733@2|Bacteria,1VA9M@1239|Firmicutes,24JJB@186801|Clostridia,3WJW2@541000|Ruminococcaceae 186801|Clostridia K Transcriptional regulator, HxlR family ydeP - - - - - - - - - - - HxlR +MGYG000000001_01003 1476973.JMMB01000007_gene2480 1.45e-152 441.0 COG0628@1|root,COG0628@2|Bacteria,1TQ84@1239|Firmicutes,248FS@186801|Clostridia,25SBV@186804|Peptostreptococcaceae 186801|Clostridia S AI-2E family transporter - - - - - - - - - - - - AI-2E_transport +MGYG000000001_01428 1035196.HMPREF9998_00415 9.74e-53 186.0 2DSBT@1|root,33FEM@2|Bacteria,1UNMU@1239|Firmicutes,25BYD@186801|Clostridia,25UKZ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01684 1301100.HG529275_gene1634 1.88e-201 567.0 COG1686@1|root,COG1686@2|Bacteria,1TQN0@1239|Firmicutes,249B3@186801|Clostridia,36GDQ@31979|Clostridiaceae 186801|Clostridia M Beta-lactamase enzyme family dacF - 3.4.16.4 ko:K07258 ko00550,ko01100,map00550,map01100 - - - ko00000,ko00001,ko01000,ko01002,ko01011 - - - Cu_amine_oxidN1,PBP5_C,Peptidase_S11 +MGYG000000001_01716 445973.CLOBAR_01576 2.77e-38 141.0 2FDW8@1|root,345WR@2|Bacteria,1W0PR@1239|Firmicutes,2546Q@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01814 1476973.JMMB01000007_gene1766 3.74e-24 96.7 29J1H@1|root,305YX@2|Bacteria,1UU8T@1239|Firmicutes,255XN@186801|Clostridia 186801|Clostridia S Bacteriophage HK97-gp10, putative tail-component - - - - - - - - - - - - HK97-gp10_like +MGYG000000001_00553 1443122.Z958_p0074 1.73e-124 394.0 COG0433@1|root,COG0433@2|Bacteria,1V4Z4@1239|Firmicutes,24E9I@186801|Clostridia,36GXR@31979|Clostridiaceae 186801|Clostridia S COG0433 Predicted ATPase - - - - - - - - - - - - - +MGYG000000001_01846 1443122.Z958_p0074 1.73e-124 394.0 COG0433@1|root,COG0433@2|Bacteria,1V4Z4@1239|Firmicutes,24E9I@186801|Clostridia,36GXR@31979|Clostridiaceae 186801|Clostridia S COG0433 Predicted ATPase - - - - - - - - - - - - - +MGYG000000001_02074 272563.CD630_10860 1.19e-182 519.0 COG1473@1|root,COG1473@2|Bacteria,1TPD7@1239|Firmicutes,248AH@186801|Clostridia,25QMJ@186804|Peptostreptococcaceae 186801|Clostridia E Psort location Cytoplasmic, score - - - ko:K01436 - - - - ko00000,ko01000,ko01002 - - - M20_dimer,Peptidase_M20 +MGYG000000001_02267 1391646.AVSU01000050_gene1689 1.66e-102 303.0 COG0489@1|root,COG0489@2|Bacteria,1TS4R@1239|Firmicutes,24B0Z@186801|Clostridia,25SG4@186804|Peptostreptococcaceae 186801|Clostridia D NUBPL iron-transfer P-loop NTPase ywqD - - - - - - - - - - - AAA_31,CBP_BcsQ,CbiA,GNVR,ParA,Wzz +MGYG000000001_02750 1476973.JMMB01000001_gene3344 1.96e-36 134.0 29VPC@1|root,30H6R@2|Bacteria,1UH7I@1239|Firmicutes,25PWN@186801|Clostridia,25SDE@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03173 1391646.AVSU01000085_gene552 2.56e-100 295.0 COG1395@1|root,COG1395@2|Bacteria,1UY6T@1239|Firmicutes,24FX9@186801|Clostridia,25TKS@186804|Peptostreptococcaceae 186801|Clostridia K Helix-turn-helix XRE-family like proteins - - - - - - - - - - - - Desulfoferrod_N,Desulfoferrodox,HTH_19,HTH_3 +MGYG000000001_01576 1301100.HG529427_gene1869 3.76e-70 213.0 COG0640@1|root,COG0640@2|Bacteria,1VA6G@1239|Firmicutes,24JCN@186801|Clostridia,36JIC@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator - - - ko:K21903 - - - - ko00000,ko03000 - - - HTH_5 +MGYG000000001_02255 1414720.CBYM010000064_gene3460 5.17e-244 674.0 COG1004@1|root,COG1004@2|Bacteria,1TQFN@1239|Firmicutes,25B1W@186801|Clostridia,36W7P@31979|Clostridiaceae 186801|Clostridia M Belongs to the UDP-glucose GDP-mannose dehydrogenase family ugd - 1.1.1.22 ko:K00012 ko00040,ko00053,ko00520,ko01100,map00040,map00053,map00520,map01100 M00014,M00129,M00361,M00362 R00286 RC00291 ko00000,ko00001,ko00002,ko01000 - - - HTH_3,UDPG_MGDP_dh,UDPG_MGDP_dh_C,UDPG_MGDP_dh_N +MGYG000000001_00247 1301100.HG529367_gene1338 4.91e-187 524.0 COG0680@1|root,COG0680@2|Bacteria,1TPFY@1239|Firmicutes,248TE@186801|Clostridia,36DI4@31979|Clostridiaceae 186801|Clostridia C Initiates the rapid degradation of small, acid-soluble proteins during spore germination gpr - 3.4.24.78 ko:K06012 - - - - ko00000,ko01000,ko01002 - - - Peptidase_A25 +MGYG000000001_00349 1301100.HG529402_gene6748 4.67e-280 768.0 COG0124@1|root,COG0124@2|Bacteria,1TP3D@1239|Firmicutes,24852@186801|Clostridia,36FA9@31979|Clostridiaceae 186801|Clostridia J histidyl-tRNA synthetase hisS - 6.1.1.21 ko:K01892 ko00970,map00970 M00359,M00360 R03655 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - HGTP_anticodon,tRNA-synt_2b,tRNA-synt_His +MGYG000000001_01645 1301100.HG529301_gene3134 2.06e-146 415.0 COG0813@1|root,COG0813@2|Bacteria,1TQPG@1239|Firmicutes,248G6@186801|Clostridia,36DR4@31979|Clostridiaceae 186801|Clostridia F Purine nucleoside phosphorylase deoD - 2.4.2.1 ko:K03784 ko00230,ko00240,ko00760,ko01100,ko01110,map00230,map00240,map00760,map01100,map01110 - R01561,R01863,R01969,R02147,R02294,R02295,R02297,R02484,R02557,R02748,R08368,R10244 RC00033,RC00063,RC00122 ko00000,ko00001,ko01000 - - - PNP_UDP_1 +MGYG000000001_00745 272563.CD630_14540 1.83e-310 860.0 COG0358@1|root,COG0358@2|Bacteria,1TQ0X@1239|Firmicutes,2480W@186801|Clostridia,25QPP@186804|Peptostreptococcaceae 186801|Clostridia L RNA polymerase that catalyzes the synthesis of short RNA molecules used as primers for DNA polymerase during DNA replication dnaG - - ko:K02316 ko03030,map03030 - - - ko00000,ko00001,ko01000,ko03032 - - - DnaB,DnaB_bind,DnaG_DnaB_bind,Toprim_2,Toprim_4,Toprim_N,zf-CHC2 +MGYG000000001_02479 1195236.CTER_3710 5.69e-48 158.0 COG4905@1|root,COG4905@2|Bacteria,1VA0H@1239|Firmicutes,24NAK@186801|Clostridia,3WKUV@541000|Ruminococcaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - ABC_trans_CmpB +MGYG000000001_02659 1301100.HG529348_gene4318 1.3e-70 221.0 2F2VH@1|root,33VRC@2|Bacteria,1VVRA@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02523 1301100.HG529230_gene5351 6.5e-75 229.0 COG3599@1|root,COG3599@2|Bacteria,1V27M@1239|Firmicutes,24MM3@186801|Clostridia,36FZ8@31979|Clostridiaceae 186801|Clostridia D PFAM DivIVA family protein divIVA - - ko:K04074 - - - - ko00000,ko03036 - - - DivIVA +MGYG000000001_01940 1151292.QEW_4078 4.97e-144 409.0 COG2188@1|root,COG2188@2|Bacteria,1UYYY@1239|Firmicutes,25B8F@186801|Clostridia 186801|Clostridia K Transcriptional regulator, GntR family - - - ko:K03710 - - - - ko00000,ko03000 - - - GntR,UTRA +MGYG000000001_00102 1476973.JMMB01000007_gene3069 1.82e-152 431.0 COG0500@1|root,COG2226@2|Bacteria,1TQUF@1239|Firmicutes,25E3F@186801|Clostridia,25QGQ@186804|Peptostreptococcaceae 186801|Clostridia Q Methyltransferase - - - - - - - - - - - - Methyltransf_23,Methyltransf_25,Methyltransf_31 +MGYG000000001_00255 1301100.HG529367_gene1347 5.83e-74 231.0 2BDUS@1|root,327IR@2|Bacteria,1UTF3@1239|Firmicutes,252QF@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01338 1301100.HG529407_gene241 2.44e-269 744.0 COG1456@1|root,COG1456@2|Bacteria,1TPWJ@1239|Firmicutes,24CTU@186801|Clostridia,36G9Y@31979|Clostridiaceae 186801|Clostridia C CO dehydrogenase acetyl-CoA synthase acsC - 2.1.1.245 ko:K00197 ko00680,ko00720,ko01120,ko01200,map00680,map00720,map01120,map01200 M00357,M00377,M00422 R09096,R10219,R10243 RC00004,RC00113,RC02977 ko00000,ko00001,ko00002,ko01000 - - - CdhD,FeS +MGYG000000001_01273 1286171.EAL2_808p04920 9.03e-25 100.0 COG1846@1|root,COG1846@2|Bacteria,1V8EW@1239|Firmicutes,24RW7@186801|Clostridia,25XTG@186806|Eubacteriaceae 186801|Clostridia K MarR family - - - - - - - - - - - - HTH_27,MarR,MarR_2 +MGYG000000001_03111 1301100.HG529314_gene436 5.56e-173 489.0 COG2971@1|root,COG2971@2|Bacteria,1V0VG@1239|Firmicutes,24BFK@186801|Clostridia,36WXX@31979|Clostridiaceae 186801|Clostridia G BadF BadG BcrA BcrD ATPase family - - - - - - - - - - - - BcrAD_BadFG +MGYG000000001_02061 1216932.CM240_3316 2.45e-79 249.0 COG1388@1|root,COG3757@1|root,COG1388@2|Bacteria,COG3757@2|Bacteria,1V484@1239|Firmicutes,24A8T@186801|Clostridia,36FZK@31979|Clostridiaceae 186801|Clostridia M family 25 lyc2 GO:0005575,GO:0005576,GO:0005622,GO:0005623,GO:0005737,GO:0044424,GO:0044464 3.2.1.17 ko:K01185,ko:K07273 - - - - ko00000,ko01000 - - - CW_binding_1,Glyco_hydro_25,LysM,PG_binding_1,SH3_3 +MGYG000000001_02060 1216932.CM240_3316 2.45e-79 249.0 COG1388@1|root,COG3757@1|root,COG1388@2|Bacteria,COG3757@2|Bacteria,1V484@1239|Firmicutes,24A8T@186801|Clostridia,36FZK@31979|Clostridiaceae 186801|Clostridia M family 25 lyc2 GO:0005575,GO:0005576,GO:0005622,GO:0005623,GO:0005737,GO:0044424,GO:0044464 3.2.1.17 ko:K01185,ko:K07273 - - - - ko00000,ko01000 - - - CW_binding_1,Glyco_hydro_25,LysM,PG_binding_1,SH3_3 +MGYG000000001_01659 1301100.HG529294_gene5152 1.36e-113 328.0 COG0204@1|root,COG0204@2|Bacteria,1U8N2@1239|Firmicutes,25B02@186801|Clostridia,36W9A@31979|Clostridiaceae 186801|Clostridia I Phosphate acyltransferases plsC - 2.3.1.51 ko:K00655 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 M00089 R02241,R09381 RC00004,RC00037,RC00039 ko00000,ko00001,ko00002,ko01000,ko01004 - - - Acyltransferase +MGYG000000001_02397 1301100.HG529318_gene6122 7.93e-142 414.0 2DI72@1|root,3027E@2|Bacteria,1UU92@1239|Firmicutes,255YJ@186801|Clostridia,36T93@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01691 1301100.HG529275_gene1614 1.61e-93 287.0 COG0515@1|root,COG0515@2|Bacteria,1TP3F@1239|Firmicutes,2492G@186801|Clostridia,36DBS@31979|Clostridiaceae 186801|Clostridia KLT serine threonine protein kinase - - 2.7.11.1 ko:K12132 - - - - ko00000,ko01000,ko01001 - - - Pkinase,TPR_19,TPR_2,TPR_8 +MGYG000000001_02276 1301100.HG529409_gene176 1.66e-162 459.0 arCOG09719@1|root,2Z7NA@2|Bacteria,1TSE4@1239|Firmicutes,24FF3@186801|Clostridia,36G69@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF3100) - - - - - - - - - - - - DUF3100 +MGYG000000001_01909 445973.CLOBAR_01619 4.53e-67 209.0 COG4871@1|root,COG4871@2|Bacteria,1V7YF@1239|Firmicutes,24KYS@186801|Clostridia,25RSZ@186804|Peptostreptococcaceae 186801|Clostridia C Putative Fe-S cluster - - - - - - - - - - - - FeS +MGYG000000001_02115 1476973.JMMB01000007_gene2387 2.01e-223 630.0 COG0513@1|root,COG0513@2|Bacteria,1TPAP@1239|Firmicutes,247IT@186801|Clostridia,25SEF@186804|Peptostreptococcaceae 186801|Clostridia JKL DbpA RNA binding domain dbpA - 3.6.4.13 ko:K05592 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03009,ko03019 - - - DEAD,DbpA,Helicase_C +MGYG000000001_02360 1301100.HG529285_gene7049 1.03e-198 553.0 COG0039@1|root,COG0039@2|Bacteria,1TPSY@1239|Firmicutes,248DH@186801|Clostridia,36DD8@31979|Clostridiaceae 186801|Clostridia C Belongs to the LDH MDH superfamily. LDH family ldh - 1.1.1.27 ko:K00016 ko00010,ko00270,ko00620,ko00640,ko01100,ko01110,ko01120,ko01130,ko04922,map00010,map00270,map00620,map00640,map01100,map01110,map01120,map01130,map04922 - R00703,R01000,R03104 RC00031,RC00044 ko00000,ko00001,ko01000,ko04147 - - - Ldh_1_C,Ldh_1_N +MGYG000000001_01138 1476973.JMMB01000007_gene1213 1.6e-142 418.0 COG1357@1|root,COG1357@2|Bacteria,1VDTQ@1239|Firmicutes,24D3P@186801|Clostridia,25R0H@186804|Peptostreptococcaceae 186801|Clostridia S Pentapeptide repeats (9 copies) - - - - - - - - - - - - Ion_trans_2,Pentapeptide,Pentapeptide_3,Pentapeptide_4 +MGYG000000001_03040 545697.HMPREF0216_02680 2.39e-215 600.0 COG1453@1|root,COG1453@2|Bacteria,1TQ5N@1239|Firmicutes,247SD@186801|Clostridia,36F1U@31979|Clostridiaceae 186801|Clostridia C aldo keto reductase - - - ko:K07079 - - - - ko00000 - - - Aldo_ket_red,Fer4_17,Fer4_8,Fer4_9 +MGYG000000001_00542 1292035.H476_1145 3.61e-227 637.0 COG3314@1|root,COG3314@2|Bacteria,1TR35@1239|Firmicutes,249N2@186801|Clostridia,25R6B@186804|Peptostreptococcaceae 186801|Clostridia S Transporter gate domain protein - - - - - - - - - - - - Gate +MGYG000000001_01300 1301100.HG529233_gene7423 1.26e-52 173.0 2F8V7@1|root,34175@2|Bacteria,1VXG1@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - N_methyl +MGYG000000001_00172 1437608.BBIA_2420 6.77e-74 272.0 COG4257@1|root,COG4257@2|Bacteria 2|Bacteria V antibiotic catabolic process - - - - - - - - - - - - DUF5011,DUF642,Gram_pos_anchor,HYR,NLPC_P60 +MGYG000000001_02946 272563.CD630_34420 6.65e-186 525.0 COG0006@1|root,COG0006@2|Bacteria,1TQ44@1239|Firmicutes,247SG@186801|Clostridia,25QYQ@186804|Peptostreptococcaceae 186801|Clostridia E Creatinase/Prolidase N-terminal domain pepP - 3.4.11.9,3.4.13.9 ko:K01262,ko:K01271 - - - - ko00000,ko01000,ko01002 - - - Creatinase_N,DHquinase_II,Peptidase_M24 +MGYG000000001_01310 272563.CD630_12520 6.87e-311 848.0 COG0541@1|root,COG0541@2|Bacteria,1TP06@1239|Firmicutes,248EU@186801|Clostridia,25QUD@186804|Peptostreptococcaceae 186801|Clostridia U Involved in targeting and insertion of nascent membrane proteins into the cytoplasmic membrane. Binds to the hydrophobic signal sequence of the ribosome-nascent chain (RNC) as it emerges from the ribosomes. The SRP-RNC complex is then targeted to the cytoplasmic membrane where it interacts with the SRP receptor FtsY ffh - 3.6.5.4 ko:K03106 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko01000,ko02044 3.A.5.1,3.A.5.2,3.A.5.7,3.A.5.8,3.A.5.9 - - SRP54,SRP54_N,SRP_SPB +MGYG000000001_02587 1151292.QEW_4363 5.61e-71 214.0 COG0091@1|root,COG0091@2|Bacteria,1V6PU@1239|Firmicutes,24JF4@186801|Clostridia,25RIS@186804|Peptostreptococcaceae 186801|Clostridia J The globular domain of the protein is located near the polypeptide exit tunnel on the outside of the subunit, while an extended beta-hairpin is found that lines the wall of the exit tunnel in the center of the 70S ribosome rplV - - ko:K02890 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L22 +MGYG000000001_02821 1301100.HG529409_gene185 8.97e-42 141.0 COG4785@1|root,COG4785@2|Bacteria,1VBZP@1239|Firmicutes,24R6E@186801|Clostridia,36NH4@31979|Clostridiaceae 186801|Clostridia S May be involved in cell division - - - - - - - - - - - - - +MGYG000000001_02885 1151292.QEW_3333 9.98e-109 325.0 COG0726@1|root,COG0726@2|Bacteria,1TT1X@1239|Firmicutes,249PF@186801|Clostridia,25R74@186804|Peptostreptococcaceae 186801|Clostridia G Polysaccharide deacetylase pdaA - - ko:K01567 - - - - ko00000,ko01000 - - - Amidase_3,Cu_amine_oxidN1,DUF5011,Polysacc_deac_1,RicinB_lectin_2 +MGYG000000001_03147 1476973.JMMB01000007_gene2031 2.13e-43 164.0 29UP7@1|root,30G0T@2|Bacteria,1UEZK@1239|Firmicutes,2541J@186801|Clostridia,25U12@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03179 272563.CD630_08710 7.67e-152 438.0 COG1118@1|root,COG1118@2|Bacteria,1UI1E@1239|Firmicutes,25EAE@186801|Clostridia,25SND@186804|Peptostreptococcaceae 186801|Clostridia P ATPases associated with a variety of cellular activities modC - 3.6.3.29 ko:K02017 ko02010,map02010 M00189 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.8 - - ABC_tran +MGYG000000001_00393 642492.Clole_0409 8.52e-83 251.0 COG1971@1|root,COG1971@2|Bacteria,1V4QK@1239|Firmicutes,24FY0@186801|Clostridia 186801|Clostridia P Probably functions as a manganese efflux pump mntP - - - - - - - - - - - Mntp +MGYG000000001_00751 445973.CLOBAR_01205 1.76e-176 500.0 COG0407@1|root,COG0407@2|Bacteria,1V5ND@1239|Firmicutes,24IEP@186801|Clostridia 186801|Clostridia H Uroporphyrinogen decarboxylase (URO-D) - - - - - - - - - - - - URO-D +MGYG000000001_02404 265729.GS18_0209865 1.35e-09 59.7 2DNM7@1|root,32Y2X@2|Bacteria,1VF26@1239|Firmicutes,4HP82@91061|Bacilli,1ZJE4@1386|Bacillus 91061|Bacilli S Domain of unknown function (DUF4430) - - - - - - - - - - - - DUF4430 +MGYG000000001_00440 1301100.HG529291_gene5182 4.11e-87 263.0 COG1251@1|root,COG1251@2|Bacteria,1UZNP@1239|Firmicutes,24951@186801|Clostridia,36EU4@31979|Clostridiaceae 186801|Clostridia C reductase - - - - - - - - - - - - NIR_SIR,NIR_SIR_ferr +MGYG000000001_02338 1476973.JMMB01000007_gene2855 7.33e-118 343.0 COG1387@1|root,COG1387@2|Bacteria,1TQ33@1239|Firmicutes,249TZ@186801|Clostridia,25S4P@186804|Peptostreptococcaceae 186801|Clostridia E DNA polymerase alpha chain like domain - - - ko:K04477 - - - - ko00000 - - - PHP +MGYG000000001_01328 1301100.HG529235_gene7331 3.15e-137 397.0 COG1940@1|root,COG1940@2|Bacteria,1TPKW@1239|Firmicutes,248U9@186801|Clostridia,36ESA@31979|Clostridiaceae 186801|Clostridia GK ROK family glcK - 2.7.1.2 ko:K00845 ko00010,ko00052,ko00500,ko00520,ko00521,ko00524,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00052,map00500,map00520,map00521,map00524,map01100,map01110,map01120,map01130,map01200 M00001,M00549 R00299,R01600,R01786 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - - Cupin_3,PMI_typeI,ROK +MGYG000000001_02191 1301100.HG529436_gene6554 1.28e-230 640.0 COG1903@1|root,COG1903@2|Bacteria,1TQ3M@1239|Firmicutes,248AK@186801|Clostridia,36DFH@31979|Clostridiaceae 186801|Clostridia H Catalyzes the methylation of C-1 in cobalt-precorrin-5B to form cobalt-precorrin-6A cbiD - 2.1.1.195 ko:K02188 ko00860,ko01100,map00860,map01100 - R07773 RC00003,RC02051 ko00000,ko00001,ko01000 - - - ABC_tran,CbiC,CbiD,TP_methylase +MGYG000000001_02161 1301100.HG529233_gene7349 8.06e-62 191.0 COG1302@1|root,COG1302@2|Bacteria,1V731@1239|Firmicutes,24JIA@186801|Clostridia,36JGK@31979|Clostridiaceae 186801|Clostridia S Asp23 family, cell envelope-related function - - - - - - - - - - - - Asp23 +MGYG000000001_02029 1301100.HG529375_gene4042 2.36e-246 682.0 COG2195@1|root,COG2195@2|Bacteria,1TP3A@1239|Firmicutes,248JJ@186801|Clostridia,36EEA@31979|Clostridiaceae 186801|Clostridia E Cleaves the N-terminal amino acid of tripeptides pepT - 3.4.11.4 ko:K01258 - - - - ko00000,ko01000,ko01002 - - - M20_dimer,Peptidase_M20,Peptidase_M42 +MGYG000000001_01046 272563.CD630_01450 0.0 1163.0 COG2183@1|root,COG2183@2|Bacteria,1TPFE@1239|Firmicutes,248P0@186801|Clostridia,25QRG@186804|Peptostreptococcaceae 186801|Clostridia K Tex-like protein yhgF - - ko:K06959 - - - - ko00000 - - - HHH_3,S1,Tex_N,Tex_YqgF +MGYG000000001_00700 1301100.HG529431_gene1804 1.09e-280 775.0 COG1694@1|root,COG3956@2|Bacteria,1TPK1@1239|Firmicutes,247XM@186801|Clostridia,36E9N@31979|Clostridiaceae 186801|Clostridia S MazG family mazG - 3.6.1.66 ko:K02428,ko:K02499 ko00230,map00230 - R00426,R00720,R01855,R02100,R02720,R03531 RC00002 ko00000,ko00001,ko01000,ko03036 - - - DUF429,MazG,TP_methylase +MGYG000000001_01796 1301100.HG529244_gene2316 8.53e-57 179.0 COG0346@1|root,COG0346@2|Bacteria,1V6MB@1239|Firmicutes,24JUQ@186801|Clostridia,36JSV@31979|Clostridiaceae 186801|Clostridia E Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily - - 4.4.1.5 ko:K01759 ko00620,map00620 - R02530 RC00004,RC00740 ko00000,ko00001,ko01000 - - - Glyoxalase +MGYG000000001_02183 1301100.HG529436_gene6546 2.75e-148 420.0 COG2243@1|root,COG2243@2|Bacteria,1TP87@1239|Firmicutes,249DM@186801|Clostridia,36DZI@31979|Clostridiaceae 186801|Clostridia H Precorrin-2 C(20)-methyltransferase cobI - 2.1.1.130,2.1.1.151 ko:K03394 ko00860,ko01100,map00860,map01100 - R03948,R05808 RC00003,RC01035,RC01662 ko00000,ko00001,ko01000 - - - CbiK,TP_methylase +MGYG000000001_01951 1301100.HG529395_gene6870 0.0 947.0 COG3292@1|root,COG5002@1|root,COG3292@2|Bacteria,COG5002@2|Bacteria,1VRP7@1239|Firmicutes,24YHW@186801|Clostridia,36UJK@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA,Reg_prop,Y_Y_Y +MGYG000000001_01983 1391646.AVSU01000035_gene2144 1.44e-21 104.0 2BE8K@1|root,327ZM@2|Bacteria,1UTWU@1239|Firmicutes,254PI@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - Peptidase_M73 +MGYG000000001_02015 1301100.HG529375_gene4037 3.85e-05 44.7 2BE4J@1|root,327V8@2|Bacteria,1UTSA@1239|Firmicutes,25446@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02373 318464.IO99_14875 0.0 1277.0 COG1026@1|root,COG1026@2|Bacteria,1TPD1@1239|Firmicutes,258W0@186801|Clostridia,36DD6@31979|Clostridiaceae 186801|Clostridia S Peptidase M16 - - - ko:K06972 - - - - ko00000,ko01000,ko01002 - - - HsdM_N,M16C_assoc,Peptidase_M16,Peptidase_M16_C,SLH +MGYG000000001_02533 1292035.H476_2161 2.37e-110 322.0 COG2148@1|root,COG2148@2|Bacteria,1TP7M@1239|Firmicutes,248WV@186801|Clostridia,25QX5@186804|Peptostreptococcaceae 186801|Clostridia M Bacterial sugar transferase - - - - - - - - - - - - Bac_transf,CoA_binding_3 +MGYG000000001_01033 1301100.HG529419_gene3066 2.83e-300 819.0 COG0766@1|root,COG0766@2|Bacteria,1TPAU@1239|Firmicutes,2488W@186801|Clostridia,36DC0@31979|Clostridiaceae 186801|Clostridia M Belongs to the EPSP synthase family. MurA subfamily murA - 2.5.1.7 ko:K00790 ko00520,ko00550,ko01100,map00520,map00550,map01100 - R00660 RC00350 ko00000,ko00001,ko01000,ko01011 - - - EPSP_synthase +MGYG000000001_00910 1476973.JMMB01000007_gene244 1.58e-170 478.0 COG1235@1|root,COG1235@2|Bacteria,1TQ8E@1239|Firmicutes,249U2@186801|Clostridia,25QID@186804|Peptostreptococcaceae 186801|Clostridia S Metallo-beta-lactamase domain protein yycJ - - - - - - - - - - - Lactamase_B,Lactamase_B_2,SPOUT_MTase +MGYG000000001_01622 1476973.JMMB01000007_gene1590 1.74e-124 362.0 COG0561@1|root,COG0561@2|Bacteria,1V43V@1239|Firmicutes,24AQQ@186801|Clostridia,25RH7@186804|Peptostreptococcaceae 186801|Clostridia S Sucrose-6F-phosphate phosphohydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_00190 1476973.JMMB01000007_gene2630 4.16e-31 112.0 28Z1Y@1|root,2ZKUF@2|Bacteria,1W562@1239|Firmicutes,25419@186801|Clostridia,25U5C@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00735 1301100.HG529431_gene1768 2.54e-200 564.0 COG0787@1|root,COG0787@2|Bacteria,1TNYY@1239|Firmicutes,2480T@186801|Clostridia,36ES8@31979|Clostridiaceae 186801|Clostridia M Catalyzes the interconversion of L-alanine and D- alanine. May also act on other amino acids alr - 5.1.1.1 ko:K01775 ko00473,ko01100,ko01502,map00473,map01100,map01502 - R00401 RC00285 ko00000,ko00001,ko01000,ko01011 - - iHN637.CLJU_RS15830 Ala_racemase_C,Ala_racemase_N +MGYG000000001_01051 1301100.HG529422_gene4233 2.56e-84 251.0 COG0454@1|root,COG0456@2|Bacteria,1V6KU@1239|Firmicutes,24J9Z@186801|Clostridia,36JIM@31979|Clostridiaceae 186801|Clostridia K This enzyme acetylates the N-terminal alanine of ribosomal protein S18 rimI - 2.3.1.128 ko:K03789 - - - - ko00000,ko01000,ko03009 - - - Acetyltransf_1,Acetyltransf_10 +MGYG000000001_01941 272563.CD630_34510 1.43e-166 472.0 COG1105@1|root,COG1105@2|Bacteria,1TR9H@1239|Firmicutes,25CD6@186801|Clostridia,25UMD@186804|Peptostreptococcaceae 186801|Clostridia H pfkB family carbohydrate kinase lacC - 2.7.1.144,2.7.1.56 ko:K00882,ko:K00917 ko00051,ko00052,ko01100,map00051,map00052,map01100 - R02071,R03236 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PfkB +MGYG000000001_03116 1301100.HG529262_gene717 4.99e-102 301.0 COG3382@1|root,COG3382@2|Bacteria,1V7YR@1239|Firmicutes,24JVZ@186801|Clostridia,36I59@31979|Clostridiaceae 186801|Clostridia S B3/4 domain - - - - - - - - - - - - B3_4 +MGYG000000001_01553 1301100.HG529426_gene2000 8.86e-114 329.0 COG0299@1|root,COG0299@2|Bacteria,1V3RJ@1239|Firmicutes,249JC@186801|Clostridia,36I7J@31979|Clostridiaceae 186801|Clostridia F Catalyzes the transfer of a formyl group from 10- formyltetrahydrofolate to 5-phospho-ribosyl-glycinamide (GAR), producing 5-phospho-ribosyl-N-formylglycinamide (FGAR) and tetrahydrofolate purN - 2.1.2.2 ko:K11175 ko00230,ko00670,ko01100,ko01110,ko01130,map00230,map00670,map01100,map01110,map01130 M00048 R04325,R04326 RC00026,RC00197,RC01128 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS04225 Formyl_trans_N,IMP_cyclohyd,S4 +MGYG000000001_03171 1301100.HG529344_gene3207 0.0 1080.0 COG0209@1|root,COG0209@2|Bacteria,1TPFH@1239|Firmicutes,249EN@186801|Clostridia,36EFP@31979|Clostridiaceae 186801|Clostridia F Provides the precursors necessary for DNA synthesis. Catalyzes the biosynthesis of deoxyribonucleotides from the corresponding ribonucleotides nrdJ - 1.17.4.1 ko:K00525 ko00230,ko00240,ko01100,map00230,map00240,map01100 M00053 R02017,R02018,R02019,R02024 RC00613 ko00000,ko00001,ko00002,ko01000,ko03400 - - - ATP-cone,Intein_splicing,LAGLIDADG_3,RNR_N,Ribonuc_red_2_N,Ribonuc_red_lgC,Ribonuc_red_lgN,TSCPD +MGYG000000001_03068 1151292.QEW_1929 2.47e-35 121.0 COG1918@1|root,COG1918@2|Bacteria,1UEYM@1239|Firmicutes,25JYG@186801|Clostridia,25TX6@186804|Peptostreptococcaceae 186801|Clostridia P FeoA domain - - - ko:K04758 - - - - ko00000,ko02000 - - - FeoA +MGYG000000001_02138 1301100.HG529329_gene4504 6.15e-51 164.0 COG3682@1|root,COG3682@2|Bacteria,1V7EY@1239|Firmicutes,24N11@186801|Clostridia,36KC2@31979|Clostridiaceae 186801|Clostridia K Penicillinase repressor blaI - - ko:K02171 ko01501,map01501 M00627 - - ko00000,ko00001,ko00002,ko01504,ko03000 - - - Penicillinase_R +MGYG000000001_00799 1033737.CAEV01000055_gene3785 6.46e-137 387.0 2CJF8@1|root,32S9W@2|Bacteria,1VAH7@1239|Firmicutes,24MWA@186801|Clostridia,36DPW@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF3189) - - - - - - - - - - - - DUF3189 +MGYG000000001_02576 272563.CD630_00870 3.49e-77 230.0 COG0256@1|root,COG0256@2|Bacteria,1V6DM@1239|Firmicutes,24JCS@186801|Clostridia,25RH6@186804|Peptostreptococcaceae 186801|Clostridia J This is one of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance rplR - - ko:K02881 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L18p +MGYG000000001_00167 205914.HS_1600 1.3e-261 736.0 COG1472@1|root,COG1472@2|Bacteria,1MVAJ@1224|Proteobacteria,1RMQF@1236|Gammaproteobacteria,1Y9XI@135625|Pasteurellales 135625|Pasteurellales G Glycosyl hydrolase family 3 N terminal domain - - 3.2.1.52 ko:K01207 ko00520,ko00531,ko01100,ko01501,map00520,map00531,map01100,map01501 M00628 R00022,R05963,R07809,R07810,R10831 RC00049 ko00000,ko00001,ko00002,ko01000 - - - Glyco_hydro_3 +MGYG000000001_02585 1151292.QEW_0083 8.99e-99 286.0 COG0197@1|root,COG0197@2|Bacteria,1V1AY@1239|Firmicutes,24FQX@186801|Clostridia,25RA4@186804|Peptostreptococcaceae 186801|Clostridia J Binds 23S rRNA and is also seen to make contacts with the A and possibly P site tRNAs rplP - - ko:K02878 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L16 +MGYG000000001_02583 1151292.QEW_0085 3.79e-52 164.0 COG0186@1|root,COG0186@2|Bacteria,1V9YC@1239|Firmicutes,24MSW@186801|Clostridia,25RSK@186804|Peptostreptococcaceae 186801|Clostridia J One of the primary rRNA binding proteins, it binds specifically to the 5'-end of 16S ribosomal RNA rpsQ - - ko:K02961 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S17 +MGYG000000001_02970 857293.CAAU_1566 3.23e-12 72.0 2C4K8@1|root,30FZF@2|Bacteria,1UEX7@1239|Firmicutes,25JWM@186801|Clostridia,36TZ5@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02756 1476973.JMMB01000005_gene3443 4.93e-137 391.0 COG3279@1|root,COG3279@2|Bacteria,1V2KK@1239|Firmicutes,24BYZ@186801|Clostridia,25SMZ@186804|Peptostreptococcaceae 186801|Clostridia KT LytTr DNA-binding domain - - - - - - - - - - - - LytTR,Response_reg +MGYG000000001_02715 1301100.HG529408_gene211 2.28e-175 493.0 COG1600@1|root,COG1600@2|Bacteria,1TP6Q@1239|Firmicutes,248M5@186801|Clostridia,36FFZ@31979|Clostridiaceae 186801|Clostridia C iron-sulfur cluster-binding protein queG - 1.17.99.6 ko:K18979 - - - - ko00000,ko01000,ko03016 - - - Arm,DUF1730,Fer4_16,HEAT_2,HEAT_PBS +MGYG000000001_01850 1292035.H476_1822 8.15e-208 588.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,25SH6@186804|Peptostreptococcaceae 186801|Clostridia V Polysaccharide biosynthesis C-terminal domain - - - - - - - - - - - - MatE +MGYG000000001_00386 1476973.JMMB01000007_gene656 1.18e-71 218.0 COG1051@1|root,COG1051@2|Bacteria,1V81X@1239|Firmicutes,24M8P@186801|Clostridia,25RE1@186804|Peptostreptococcaceae 186801|Clostridia F Hydrolase, NUDIX family - - - - - - - - - - - - NUDIX +MGYG000000001_01270 573061.Clocel_2253 1.34e-110 323.0 COG1802@1|root,COG1802@2|Bacteria,1V3SB@1239|Firmicutes,24EKV@186801|Clostridia,36GMN@31979|Clostridiaceae 186801|Clostridia K PFAM regulatory protein GntR HTH - - - - - - - - - - - - FCD,GntR +MGYG000000001_01372 1301100.HG529407_gene283 2.77e-80 254.0 2AZZM@1|root,31S9P@2|Bacteria,1V6WH@1239|Firmicutes,2490E@186801|Clostridia,36F80@31979|Clostridiaceae 186801|Clostridia S sporulation protein YtxC ytxC - - - - - - - - - - - YtxC +MGYG000000001_02522 1476973.JMMB01000007_gene894 3.3e-152 431.0 COG2302@1|root,COG2302@2|Bacteria,1U5V2@1239|Firmicutes,24GDV@186801|Clostridia,25RJ4@186804|Peptostreptococcaceae 186801|Clostridia S S4 domain protein - - - - - - - - - - - - DbpA,S4,S4_2 +MGYG000000001_00101 445973.CLOBAR_00373 3.85e-36 124.0 2EIJI@1|root,33CAV@2|Bacteria,1VK5E@1239|Firmicutes,24MMQ@186801|Clostridia,25TZC@186804|Peptostreptococcaceae 186801|Clostridia S Small, acid-soluble spore proteins, alpha/beta type - - - - - - - - - - - - SASP +MGYG000000001_01432 1301100.HG529242_gene2279 5.6e-156 455.0 2BQKU@1|root,32JGV@2|Bacteria,1UQR2@1239|Firmicutes,24UPD@186801|Clostridia,36P6A@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01433 1301100.HG529242_gene2279 5.6e-156 455.0 2BQKU@1|root,32JGV@2|Bacteria,1UQR2@1239|Firmicutes,24UPD@186801|Clostridia,36P6A@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00257 1301100.HG529367_gene1348 1.49e-115 340.0 COG3583@1|root,COG3584@1|root,COG3583@2|Bacteria,COG3584@2|Bacteria,1TTIK@1239|Firmicutes,24997@186801|Clostridia,36DTZ@31979|Clostridiaceae 186801|Clostridia S G5 domain protein yabE - - - - - - - - - - - 3D,DUF348,G5 +MGYG000000001_01337 1301100.HG529407_gene240 8.77e-173 484.0 COG1410@1|root,COG1410@2|Bacteria,1UXXG@1239|Firmicutes,24D45@186801|Clostridia,36EY5@31979|Clostridiaceae 186801|Clostridia E Pterin binding enzyme acsE - 2.1.1.258 ko:K15023 ko00720,ko01120,ko01200,map00720,map01120,map01200 M00377 R02289,R10243 RC00004,RC00113,RC01144,RC02871,RC02977 ko00000,ko00001,ko00002,ko01000 - - - Pterin_bind +MGYG000000001_01272 1151292.QEW_2745 0.0 989.0 COG1132@1|root,COG1132@2|Bacteria,1TP0B@1239|Firmicutes,247T8@186801|Clostridia,25QDB@186804|Peptostreptococcaceae 186801|Clostridia V ABC transporter transmembrane region - - - ko:K06147 - - - - ko00000,ko02000 3.A.1.106,3.A.1.109,3.A.1.21 - - ABC_membrane,ABC_tran +MGYG000000001_00450 1292035.H476_1526 1.35e-105 308.0 COG0348@1|root,COG0348@2|Bacteria,1UHUA@1239|Firmicutes,24BED@186801|Clostridia,25R8F@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S binding domain - - - - - - - - - - - - Fer4,Fer4_5,Fer4_9 +MGYG000000001_03112 1301100.HG529314_gene432 1.14e-281 775.0 COG3119@1|root,COG3119@2|Bacteria,1TQEP@1239|Firmicutes,2482B@186801|Clostridia,36G0T@31979|Clostridiaceae 186801|Clostridia P Psort location Cytoplasmic, score 9.97 - - - - - - - - - - - - DUF4976,Sulfatase +MGYG000000001_02517 457396.CSBG_02482 1.27e-279 769.0 COG2848@1|root,COG2848@2|Bacteria,1TQG8@1239|Firmicutes,247K4@186801|Clostridia,36DX6@31979|Clostridiaceae 186801|Clostridia S UPF0210 protein - - - ko:K09157 - - - - ko00000 - - - DUF711 +MGYG000000001_00262 1476973.JMMB01000007_gene2704 1.76e-243 714.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,25S1C@186804|Peptostreptococcaceae 186801|Clostridia T PAS domain - - - - - - - - - - - - ABC_sub_bind,DUF1638,HAMP,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Reg_prop,Y_Y_Y,dCache_1 +MGYG000000001_01267 573061.Clocel_2251 2.19e-236 664.0 COG0246@1|root,COG0246@2|Bacteria,1TPZU@1239|Firmicutes,248J5@186801|Clostridia,36FPY@31979|Clostridiaceae 186801|Clostridia G Belongs to the mannitol dehydrogenase family. UxaB subfamily uxaB - 1.1.1.58 ko:K00041 ko00040,ko01100,map00040,map01100 M00631 R02555 RC00085 ko00000,ko00001,ko00002,ko01000 - - - Mannitol_dh,Mannitol_dh_C +MGYG000000001_00963 1301100.HG529236_gene7264 0.0 957.0 COG4988@1|root,COG4988@2|Bacteria,1TQ1P@1239|Firmicutes,248SV@186801|Clostridia,36DZT@31979|Clostridiaceae 186801|Clostridia V ABC transporter transmembrane region cydD - - ko:K06147,ko:K06148,ko:K16013 ko02010,map02010 - - - ko00000,ko00001,ko02000 3.A.1,3.A.1.106,3.A.1.109,3.A.1.129,3.A.1.21 - - ABC_membrane,ABC_tran +MGYG000000001_02000 1408823.AXUS01000014_gene1283 4.02e-102 301.0 2AUKD@1|root,31K93@2|Bacteria,1V6PK@1239|Firmicutes,24J91@186801|Clostridia,25SMC@186804|Peptostreptococcaceae 186801|Clostridia S Stage II sporulation protein R (spore_II_R) spoIIR - - ko:K06387 - - - - ko00000 - - - Spore_II_R +MGYG000000001_02201 1476973.JMMB01000007_gene498 4.41e-193 542.0 COG2038@1|root,COG2038@2|Bacteria,1TPC1@1239|Firmicutes,25DH5@186801|Clostridia,25R55@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the synthesis of alpha-ribazole-5'-phosphate from nicotinate mononucleotide (NAMN) and 5,6- dimethylbenzimidazole (DMB) cobT - 2.4.2.21 ko:K00768 ko00860,ko01100,map00860,map01100 M00122 R04148 RC00033,RC00063 ko00000,ko00001,ko00002,ko01000 - - - DBI_PRT +MGYG000000001_01229 272563.CD630_08800 2.04e-52 169.0 COG1585@1|root,COG1585@2|Bacteria,1VAS9@1239|Firmicutes,25JA9@186801|Clostridia,25RPI@186804|Peptostreptococcaceae 186801|Clostridia OU NfeD-like C-terminal, partner-binding - - - - - - - - - - - - NfeD +MGYG000000001_00455 1391646.AVSU01000031_gene2580 3.01e-56 181.0 2BRA3@1|root,32K8M@2|Bacteria,1URR9@1239|Firmicutes,24WIG@186801|Clostridia,25TYC@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2975) - - - - - - - - - - - - DUF2975 +MGYG000000001_00521 1121289.JHVL01000008_gene1290 1.94e-80 248.0 COG1121@1|root,COG1121@2|Bacteria,1TQ68@1239|Firmicutes,248F1@186801|Clostridia,36I3C@31979|Clostridiaceae 186801|Clostridia P ABC transporter zurA - - ko:K09817 ko02010,map02010 M00242 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.15.3,3.A.1.15.5 - - ABC_tran,RNA_helicase,Zeta_toxin +MGYG000000001_01163 272942.RCAP_rcc02208 6.6e-136 391.0 COG4816@1|root,COG4816@2|Bacteria,1MY5F@1224|Proteobacteria,2UNQY@28211|Alphaproteobacteria 28211|Alphaproteobacteria E BMC - - - - - - - - - - - - BMC +MGYG000000001_00937 1301100.HG529418_gene3033 6.79e-148 423.0 COG1475@1|root,COG1475@2|Bacteria,1TQ2B@1239|Firmicutes,249VV@186801|Clostridia,36DTS@31979|Clostridiaceae 186801|Clostridia K Belongs to the ParB family spo0J - - ko:K03497 - - - - ko00000,ko03000,ko03036,ko04812 - - - HTH_3,KorB,ParBc +MGYG000000001_00776 1345695.CLSA_c08660 1.35e-111 330.0 COG2207@1|root,COG2207@2|Bacteria,1V0Z0@1239|Firmicutes,24BNN@186801|Clostridia,36I3B@31979|Clostridiaceae 186801|Clostridia K PFAM helix-turn-helix- domain containing protein, AraC type - - - - - - - - - - - - AraC_binding,HTH_18,HTH_AraC +MGYG000000001_01776 1476973.JMMB01000007_gene1932 4.87e-75 237.0 COG4461@1|root,COG4461@2|Bacteria,1VDVF@1239|Firmicutes,24N0M@186801|Clostridia 186801|Clostridia S Domain of unknown function (DUF4163) - - - - - - - - - - - - DUF3298,DUF4163 +MGYG000000001_02434 1301100.HG529233_gene7385 4.85e-238 660.0 COG1570@1|root,COG1570@2|Bacteria,1TP4E@1239|Firmicutes,247KE@186801|Clostridia,36EU5@31979|Clostridiaceae 186801|Clostridia L Bidirectionally degrades single-stranded DNA into large acid-insoluble oligonucleotides, which are then degraded further into small acid-soluble oligonucleotides xseA - 3.1.11.6 ko:K03601 ko03430,map03430 - - - ko00000,ko00001,ko01000,ko03400 - - - Exonuc_VII_L,tRNA_anti_2 +MGYG000000001_00061 1301100.HG529382_gene4031 1.15e-160 452.0 COG1117@1|root,COG1117@2|Bacteria,1TP1M@1239|Firmicutes,247RD@186801|Clostridia,36DJ4@31979|Clostridiaceae 186801|Clostridia P Part of the ABC transporter complex PstSACB involved in phosphate import. Responsible for energy coupling to the transport system pstB - 3.6.3.27 ko:K02036 ko02010,map02010 M00222 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.7 - - ABC_tran +MGYG000000001_01722 641107.CDLVIII_3730 2.45e-170 487.0 2DNYR@1|root,32ZTQ@2|Bacteria,1UE0V@1239|Firmicutes,249H8@186801|Clostridia,36F29@31979|Clostridiaceae 186801|Clostridia S APOBEC-like N-terminal domain - - - - - - - - - - - - Toxin-deaminase +MGYG000000001_02236 1151292.QEW_1480 4.63e-76 232.0 COG1763@1|root,COG1763@2|Bacteria,1VFA0@1239|Firmicutes,24IYN@186801|Clostridia,25U20@186804|Peptostreptococcaceae 186801|Clostridia H Molybdopterin guanine dinucleotide synthesis protein B mobB - 2.7.7.77 ko:K03753,ko:K13818 ko00790,ko01100,map00790,map01100 - R11581 - ko00000,ko00001,ko01000 - - - MobB,NTP_transf_3 +MGYG000000001_02391 445973.CLOBAR_02410 8.31e-182 517.0 COG1473@1|root,COG1473@2|Bacteria,1TPD7@1239|Firmicutes,248AH@186801|Clostridia,25QMJ@186804|Peptostreptococcaceae 186801|Clostridia E Psort location Cytoplasmic, score - - - ko:K01436 - - - - ko00000,ko01000,ko01002 - - - M20_dimer,Peptidase_M20 +MGYG000000001_00986 536233.CLO_3744 3.94e-151 429.0 COG0263@1|root,COG0263@2|Bacteria,1TPG6@1239|Firmicutes,2486P@186801|Clostridia,36DG7@31979|Clostridiaceae 186801|Clostridia E Catalyzes the transfer of a phosphate group to glutamate to form L-glutamate 5-phosphate proB - 2.7.2.11 ko:K00931 ko00330,ko00332,ko01100,ko01130,ko01230,map00330,map00332,map01100,map01130,map01230 M00015 R00239 RC00002,RC00043 ko00000,ko00001,ko00002,ko01000 - - - AA_kinase,PUA +MGYG000000001_00149 411470.RUMGNA_00421 4.65e-132 380.0 COG0745@1|root,COG0745@2|Bacteria,1TSWT@1239|Firmicutes,248B6@186801|Clostridia,3Y1MT@572511|Blautia 186801|Clostridia K COG COG0745 Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_00245 1476973.JMMB01000007_gene2681 1.4e-11 61.6 28XYG@1|root,2ZJUD@2|Bacteria,1W2IX@1239|Firmicutes,255XM@186801|Clostridia,25UE9@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00375 1243664.CAVL020000048_gene2520 6.54e-72 219.0 COG2105@1|root,COG2105@2|Bacteria,1VI81@1239|Firmicutes,4IMP1@91061|Bacilli,1ZKIB@1386|Bacillus 91061|Bacilli S Gamma-glutamyl cyclotransferase, AIG2-like - - - - - - - - - - - - GGACT +MGYG000000001_00407 1476973.JMMB01000007_gene639 4.57e-151 428.0 COG1191@1|root,COG1191@2|Bacteria,1TP3Q@1239|Firmicutes,2487Z@186801|Clostridia,25T00@186804|Peptostreptococcaceae 186801|Clostridia K Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released sigF - - ko:K03091 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r3,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_00472 1280692.AUJL01000013_gene3347 8.12e-11 60.5 COG1670@1|root,COG1670@2|Bacteria,1UHG9@1239|Firmicutes,24I22@186801|Clostridia,36IX3@31979|Clostridiaceae 186801|Clostridia J Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1,Acetyltransf_3 +MGYG000000001_00504 1476973.JMMB01000007_gene1106 4.17e-138 395.0 COG5018@1|root,COG5018@2|Bacteria,1VAUM@1239|Firmicutes,25DMJ@186801|Clostridia,25UNC@186804|Peptostreptococcaceae 186801|Clostridia L Exonuclease - - - - - - - - - - - - RNase_T +MGYG000000001_00536 1151292.QEW_1779 1.07e-27 104.0 2F8I4@1|root,340WX@2|Bacteria,1VY4X@1239|Firmicutes,251KH@186801|Clostridia 186801|Clostridia S Regulatory protein YrvL - - - - - - - - - - - - YrvL +MGYG000000001_00697 1151292.QEW_4127 8.73e-117 347.0 COG0760@1|root,COG0760@2|Bacteria,1TX3R@1239|Firmicutes,25C37@186801|Clostridia,25R9W@186804|Peptostreptococcaceae 186801|Clostridia M SurA N-terminal domain prsA - 5.2.1.8 ko:K07533 - - - - ko00000,ko01000,ko03110 - - - Rotamase_3,SurA_N_3 +MGYG000000001_00729 272563.CD630_34690 1.45e-144 414.0 COG0224@1|root,COG0224@2|Bacteria,1TPBX@1239|Firmicutes,2486Q@186801|Clostridia,25QWV@186804|Peptostreptococcaceae 186801|Clostridia C Produces ATP from ADP in the presence of a proton gradient across the membrane. The gamma chain is believed to be important in regulating ATPase activity and the flow of protons through the CF(0) complex atpG - - ko:K02115 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194 3.A.2.1 - - ATP-synt +MGYG000000001_00761 1292035.H476_2893 0.0 953.0 COG1193@1|root,COG1193@2|Bacteria,1TQWB@1239|Firmicutes,24A15@186801|Clostridia,25T53@186804|Peptostreptococcaceae 186801|Clostridia L Endonuclease that is involved in the suppression of homologous recombination and may therefore have a key role in the control of bacterial genetic diversity mutS5 - - ko:K07456 ko03430,map03430 - - - ko00000,ko00001,ko03400 - - - MutS_V +MGYG000000001_00793 1301100.HG529244_gene2331 7.14e-139 399.0 COG0778@1|root,COG1145@1|root,COG0778@2|Bacteria,COG1145@2|Bacteria,1TPKH@1239|Firmicutes,249WN@186801|Clostridia,36FJJ@31979|Clostridiaceae 186801|Clostridia C binding domain protein - - - - - - - - - - - - Fer4,Fer4_10,Fer4_4,Fer4_9,Nitroreductase +MGYG000000001_00825 445973.CLOBAR_00941 9.14e-149 425.0 COG0777@1|root,COG0777@2|Bacteria,1TP4U@1239|Firmicutes,248QK@186801|Clostridia,25R26@186804|Peptostreptococcaceae 186801|Clostridia I Component of the acetyl coenzyme A carboxylase (ACC) complex. Biotin carboxylase (BC) catalyzes the carboxylation of biotin on its carrier protein (BCCP) and then the CO(2) group is transferred by the transcarboxylase to acetyl-CoA to form malonyl- CoA accD - 2.1.3.15,6.4.1.2 ko:K01962,ko:K01963 ko00061,ko00620,ko00640,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,ko01212,map00061,map00620,map00640,map00720,map01100,map01110,map01120,map01130,map01200,map01212 M00082,M00376 R00742,R04386 RC00040,RC00253,RC00367 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS20740 ACCA,Carboxyl_trans +MGYG000000001_01348 1301100.HG529407_gene251 0.0 1088.0 COG0369@1|root,COG1151@2|Bacteria,1TRSC@1239|Firmicutes,248HQ@186801|Clostridia,36DKP@31979|Clostridiaceae 186801|Clostridia C TIGRFAM Carbon-monoxide dehydrogenase, catalytic subunit cooS1 - 1.2.7.4 ko:K00198 ko00633,ko00680,ko00720,ko01120,ko01200,map00633,map00680,map00720,map01120,map01200 M00377 R07157,R08034 RC00250,RC02800 ko00000,ko00001,ko00002,ko01000 - - - Prismane +MGYG000000001_01066 1301100.HG529423_gene1978 1.03e-123 354.0 COG0461@1|root,COG0461@2|Bacteria,1V1BZ@1239|Firmicutes,25CGM@186801|Clostridia,36FPJ@31979|Clostridiaceae 186801|Clostridia F Catalyzes the transfer of a ribosyl phosphate group from 5-phosphoribose 1-diphosphate to orotate, leading to the formation of orotidine monophosphate (OMP) pyrE - 2.4.2.10 ko:K00762 ko00240,ko01100,map00240,map01100 M00051 R01870 RC00611 ko00000,ko00001,ko00002,ko01000 - - - Pribosyltran +MGYG000000001_00406 1385512.N784_06295 2.51e-21 94.4 28PNE@1|root,2ZCB6@2|Bacteria,1V214@1239|Firmicutes,4HFTI@91061|Bacilli,2Y98Z@289201|Pontibacillus 91061|Bacilli S Stage V sporulation protein AA spoVAA - - ko:K06403 - - - - ko00000 - - - SporV_AA +MGYG000000001_01852 1301100.HG529270_gene550 7.67e-227 630.0 COG0714@1|root,COG0714@2|Bacteria,1U8NZ@1239|Firmicutes,248X1@186801|Clostridia,36EYQ@31979|Clostridiaceae 186801|Clostridia S associated with various cellular activities - - - - - - - - - - - - AAA,AAA_5 +MGYG000000001_02657 1151292.QEW_2117 8.53e-77 234.0 COG3275@1|root,COG3275@2|Bacteria,1UZUT@1239|Firmicutes,25BAU@186801|Clostridia,25SUX@186804|Peptostreptococcaceae 186801|Clostridia T phosphorelay sensor kinase activity - - - ko:K16923 - M00582 - - ko00000,ko00002,ko02000 3.A.1.28 - - ECF_trnsprt +MGYG000000001_01370 1301100.HG529407_gene281 0.0 1226.0 COG0441@1|root,COG0441@2|Bacteria,1TP78@1239|Firmicutes,248CH@186801|Clostridia,36DPZ@31979|Clostridiaceae 186801|Clostridia J Catalyzes the attachment of threonine to tRNA(Thr) in a two-step reaction L-threonine is first activated by ATP to form Thr-AMP and then transferred to the acceptor end of tRNA(Thr) thrS - 6.1.1.3 ko:K01868 ko00970,map00970 M00359,M00360 R03663 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - HGTP_anticodon,TGS,tRNA-synt_2b,tRNA_SAD +MGYG000000001_01346 1476973.JMMB01000007_gene605 0.0 1049.0 COG2759@1|root,COG2759@2|Bacteria,1TP6N@1239|Firmicutes,247P5@186801|Clostridia,25QRD@186804|Peptostreptococcaceae 186801|Clostridia H Formyltetrahydrofolate synthetase fhs - 6.3.4.3 ko:K01938 ko00670,ko00720,ko01100,ko01120,ko01200,map00670,map00720,map01100,map01120,map01200 M00140,M00377 R00943 RC00026,RC00111 ko00000,ko00001,ko00002,ko01000 - - - FTHFS +MGYG000000001_02466 445973.CLOBAR_01990 1.53e-104 303.0 COG2131@1|root,COG2131@2|Bacteria,1V3PU@1239|Firmicutes,24HF0@186801|Clostridia,25TFT@186804|Peptostreptococcaceae 186801|Clostridia F MafB19-like deaminase comEB - 3.5.4.12 ko:K01493 ko00240,ko01100,map00240,map01100 M00429 R01663 RC00074 ko00000,ko00001,ko00002,ko01000,ko02044 - - - dCMP_cyt_deam_1 +MGYG000000001_02984 272563.CD630_14140 7.16e-233 640.0 COG1242@1|root,COG1242@2|Bacteria,1TQ57@1239|Firmicutes,247U3@186801|Clostridia,25QUN@186804|Peptostreptococcaceae 186801|Clostridia S radical SAM protein, TIGR01212 family ytqA - - ko:K07139 - - - - ko00000 - - - Radical_SAM,Radical_SAM_C +MGYG000000001_02613 1151292.QEW_1836 1.2e-112 326.0 COG0328@1|root,COG3341@1|root,COG0328@2|Bacteria,COG3341@2|Bacteria,1V442@1239|Firmicutes,24HSE@186801|Clostridia,25RFV@186804|Peptostreptococcaceae 186801|Clostridia L Ribonuclease HI rnhA - 3.1.26.4 ko:K03469,ko:K06993 ko03030,map03030 - - - ko00000,ko00001,ko01000,ko03032 - - - Cauli_VI,RNase_H,RVT_3,RnlA_toxin +MGYG000000001_00353 1301100.HG529402_gene6753 0.0 1183.0 COG0317@1|root,COG0317@2|Bacteria,1TNYZ@1239|Firmicutes,2489A@186801|Clostridia,36EH5@31979|Clostridiaceae 186801|Clostridia KT In eubacteria ppGpp (guanosine 3'-diphosphate 5-' diphosphate) is a mediator of the stringent response that coordinates a variety of cellular activities in response to changes in nutritional abundance relA - 2.7.6.5 ko:K00951 ko00230,map00230 - R00429 RC00002,RC00078 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS16615 ACT_4,DHH,DHHA1,HD_4,RelA_SpoT,TGS +MGYG000000001_01110 1499683.CCFF01000017_gene2588 3.79e-23 94.4 2EGZP@1|root,33ART@2|Bacteria,1VKPB@1239|Firmicutes,24VKR@186801|Clostridia,36P8M@31979|Clostridiaceae 186801|Clostridia S YopX protein - - - - - - - - - - - - YopX +MGYG000000001_00084 1151292.QEW_3896 1.04e-35 121.0 2BX75@1|root,32YCI@2|Bacteria,1VEDY@1239|Firmicutes 1239|Firmicutes S 'small, acid-soluble spore protein sspB - - ko:K06418,ko:K06419,ko:K06420,ko:K06421 - - - - ko00000 - - - SASP +MGYG000000001_01462 1301100.HG529236_gene7254 1.61e-40 135.0 COG1550@1|root,COG1550@2|Bacteria,1VEHY@1239|Firmicutes,24QJY@186801|Clostridia,36KRZ@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF503) - - - ko:K09764 - - - - ko00000 - - - DUF503 +MGYG000000001_00250 1301100.HG529367_gene1341 4.38e-190 540.0 COG0658@1|root,COG0658@2|Bacteria,1VGSX@1239|Firmicutes,249H4@186801|Clostridia,36EWU@31979|Clostridiaceae 186801|Clostridia S ComEC Rec2-related protein - - - ko:K02238 - M00429 - - ko00000,ko00002,ko02044 3.A.11.1,3.A.11.2 - - Competence,DUF4131 +MGYG000000001_00509 1301100.HG529252_gene6264 1.83e-138 411.0 COG3314@1|root,COG3314@2|Bacteria,1TR35@1239|Firmicutes,249N2@186801|Clostridia,36DG3@31979|Clostridiaceae 186801|Clostridia S nucleoside recognition domain protein - - - - - - - - - - - - Gate +MGYG000000001_00541 398511.BpOF4_18555 2.49e-09 64.3 2FJGI@1|root,34B64@2|Bacteria,1VZZ9@1239|Firmicutes,4IMDQ@91061|Bacilli,1ZJWJ@1386|Bacillus 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_01146 861299.J421_5893 1.24e-05 55.1 COG3173@1|root,COG3173@2|Bacteria 2|Bacteria S very-long-chain-acyl-CoA dehydrogenase activity - - - - - - - - - - - - APH +MGYG000000001_02080 1391646.AVSU01000150_gene2716 1.31e-148 423.0 COG4555@1|root,COG4555@2|Bacteria,1UHYH@1239|Firmicutes,25E73@186801|Clostridia,25QSE@186804|Peptostreptococcaceae 186801|Clostridia CP ABC transporter natA - 3.6.3.7 ko:K09697 ko02010,ko02020,map02010,map02020 M00253 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.115 - - ABC_tran +MGYG000000001_02952 1292035.H476_2426 1.15e-232 650.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,25S2V@186804|Peptostreptococcaceae 186801|Clostridia V Polysaccharide biosynthesis C-terminal domain - - - - - - - - - - - - MatE +MGYG000000001_01203 1301100.HG529229_gene5416 1.33e-208 584.0 COG0772@1|root,COG0772@2|Bacteria,1TPT7@1239|Firmicutes,24894@186801|Clostridia,36EE6@31979|Clostridiaceae 186801|Clostridia D Belongs to the SEDS family ftsW - - ko:K03588 ko04112,map04112 - - - ko00000,ko00001,ko02000,ko03036 2.A.103.1 - - FTSW_RODA_SPOVE +MGYG000000001_01178 1301100.HG529229_gene5394 7.49e-307 842.0 COG0769@1|root,COG0769@2|Bacteria,1TPQE@1239|Firmicutes,248Q4@186801|Clostridia,36DF8@31979|Clostridiaceae 186801|Clostridia M Catalyzes the addition of meso-diaminopimelic acid to the nucleotide precursor UDP-N-acetylmuramoyl-L-alanyl-D-glutamate (UMAG) in the biosynthesis of bacterial cell-wall peptidoglycan murE - 6.3.2.13 ko:K01928 ko00300,ko00550,map00300,map00550 - R02788 RC00064,RC00090 ko00000,ko00001,ko01000,ko01011 - - - AA_kinase,Mur_ligase,Mur_ligase_C,Mur_ligase_M +MGYG000000001_03178 272563.CD630_08700 1.79e-103 305.0 COG4149@1|root,COG4149@2|Bacteria,1TRNA@1239|Firmicutes,24BR9@186801|Clostridia,25RE6@186804|Peptostreptococcaceae 186801|Clostridia P Binding-protein-dependent transport system inner membrane component modB - - ko:K02018 ko02010,map02010 M00189 - - ko00000,ko00001,ko00002,ko02000 3.A.1.8 - - BPD_transp_1 +MGYG000000001_00647 1301100.HG529346_gene4278 3.68e-61 191.0 COG3543@1|root,COG3543@2|Bacteria,1VFVM@1239|Firmicutes,24R1N@186801|Clostridia,36KX0@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1284) - - - ko:K09706 - - - - ko00000 - - - DUF1284 +MGYG000000001_00429 1391646.AVSU01000056_gene1289 9.5e-121 355.0 COG3359@1|root,COG3359@2|Bacteria,1U725@1239|Firmicutes,24A9V@186801|Clostridia,25RYT@186804|Peptostreptococcaceae 186801|Clostridia L Predicted 3'-5' exonuclease related to the exonuclease domain of PolB - - - ko:K07502 - - - - ko00000 - - - RNase_H_2 +MGYG000000001_00494 1476973.JMMB01000007_gene1105 4.12e-40 135.0 2BM8C@1|root,32FS2@2|Bacteria,1UF0G@1239|Firmicutes,252JJ@186801|Clostridia,25U3K@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00622 1033737.CAEV01000025_gene399 2.95e-170 501.0 COG4088@1|root,COG4088@2|Bacteria,1UN6T@1239|Firmicutes,25GYA@186801|Clostridia,36V7Y@31979|Clostridiaceae 186801|Clostridia F SIR2-like domain - - - - - - - - - - - - SIR2_2 +MGYG000000001_00815 1274524.BSONL12_19074 4.87e-125 368.0 COG1609@1|root,COG1609@2|Bacteria,1TPZJ@1239|Firmicutes,4HC9Z@91061|Bacilli,1ZD8J@1386|Bacillus 91061|Bacilli K Transcriptional regulator lacR - - ko:K02529 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_3 +MGYG000000001_01013 1423775.BAMN01000004_gene1502 6.35e-17 80.1 COG3579@1|root,COG3579@2|Bacteria,1TRJN@1239|Firmicutes,4HBZ9@91061|Bacilli,3F49B@33958|Lactobacillaceae 91061|Bacilli E Peptidase C1-like family pepC - 3.4.22.40 ko:K01372 - - - - ko00000,ko01000,ko01002 - - - Peptidase_C1_2 +MGYG000000001_01502 1499683.CCFF01000014_gene3897 2.52e-39 135.0 2EBHA@1|root,335HT@2|Bacteria,1VIIQ@1239|Firmicutes,24QRQ@186801|Clostridia,36NCX@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - DUF1617 +MGYG000000001_01694 1301100.HG529275_gene1611 1.38e-18 77.4 29IBE@1|root,2ZRFU@2|Bacteria,1W52P@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01824 796940.HMPREF9628_00152 2.04e-18 82.0 COG1403@1|root,COG1403@2|Bacteria 2|Bacteria V endonuclease activity - - - ko:K07451 - - - - ko00000,ko01000,ko02048 - - - DUF2116,HNH,SAD_SRA +MGYG000000001_01856 1292035.H476_1349 3.81e-23 95.9 2CA6K@1|root,2ZCAM@2|Bacteria,1VDRA@1239|Firmicutes,24KNT@186801|Clostridia,25TW5@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF998) - - - - - - - - - - - - DUF998 +MGYG000000001_01888 1301100.HG529270_gene538 2.53e-258 716.0 COG0577@1|root,COG0577@2|Bacteria,1TPHU@1239|Firmicutes,247QW@186801|Clostridia,36VPE@31979|Clostridiaceae 186801|Clostridia V FtsX-like permease family - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_01952 1476973.JMMB01000007_gene2943 1.79e-305 852.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,25T0A@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - - - - - - - - - - - HAMP,HATPase_c,HisKA,PAS,PAS_3,PAS_8,PAS_9,Reg_prop,Y_Y_Y,dCache_1 +MGYG000000001_01984 1301100.HG529413_gene2938 9.02e-80 240.0 COG0681@1|root,COG0681@2|Bacteria,1V2YD@1239|Firmicutes,25CNY@186801|Clostridia,36WYI@31979|Clostridiaceae 186801|Clostridia U Peptidase S24-like - - 3.4.21.89 ko:K13280 ko03060,map03060 - - - ko00000,ko00001,ko01000,ko01002 - - - Peptidase_S24 +MGYG000000001_02534 272563.CD630_27130 5.6e-71 246.0 COG1376@1|root,COG2247@1|root,COG5263@1|root,COG1376@2|Bacteria,COG2247@2|Bacteria,COG5263@2|Bacteria,1TPVT@1239|Firmicutes,24DEH@186801|Clostridia,25QR1@186804|Peptostreptococcaceae 186801|Clostridia M L,D-transpeptidase catalytic domain - - - - - - - - - - - - Amidase_3,CW_binding_1,CW_binding_2,Flg_new,Glucosaminidase,LRR_5,Phage_lysozyme,SH3_3,SLT,YkuD +MGYG000000001_02728 1476973.JMMB01000007_gene1827 1.54e-117 353.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HAMP,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Reg_prop,Y_Y_Y,dCache_1 +MGYG000000001_00365 1301100.HG529402_gene6766 2.17e-223 618.0 COG2255@1|root,COG2255@2|Bacteria,1TR47@1239|Firmicutes,247W0@186801|Clostridia,36E7R@31979|Clostridiaceae 186801|Clostridia L The RuvA-RuvB complex in the presence of ATP renatures cruciform structure in supercoiled DNA with palindromic sequence, indicating that it may promote strand exchange reactions in homologous recombination. RuvAB is a helicase that mediates the Holliday junction migration by localized denaturation and reannealing ruvB - 3.6.4.12 ko:K03551 ko03440,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - RuvB_C,RuvB_N +MGYG000000001_02692 1120998.AUFC01000009_gene2052 6.99e-101 316.0 COG0642@1|root,COG2205@2|Bacteria,1TS1G@1239|Firmicutes,248TF@186801|Clostridia 186801|Clostridia T ATPase histidine kinase DNA gyrase B HSP90 domain protein - - 2.7.13.3 ko:K20487 ko02020,ko02024,map02020,map02024 M00816 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HAMP,HATPase_c,HisKA +MGYG000000001_02246 1476973.JMMB01000007_gene734 3.87e-191 534.0 COG1210@1|root,COG1210@2|Bacteria,1TQ24@1239|Firmicutes,25E5A@186801|Clostridia,25SU1@186804|Peptostreptococcaceae 186801|Clostridia M Nucleotidyl transferase galU - 2.7.7.9 ko:K00963 ko00040,ko00052,ko00500,ko00520,ko01100,ko01130,map00040,map00052,map00500,map00520,map01100,map01130 M00129,M00361,M00362,M00549 R00289 RC00002 ko00000,ko00001,ko00002,ko01000 - - - GHMP_kinases_N,NTP_transferase +MGYG000000001_00338 1415775.U729_291 0.0 1225.0 COG2407@1|root,COG2407@2|Bacteria,1TQ5Q@1239|Firmicutes,248V0@186801|Clostridia,36E76@31979|Clostridiaceae 186801|Clostridia G Converts the aldose L-fucose into the corresponding ketose L-fuculose fucI - 5.3.1.25,5.3.1.3 ko:K01818 ko00051,ko01120,map00051,map01120 - R03163 RC00434 ko00000,ko00001,ko01000 - - - Fucose_iso_C,Fucose_iso_N1,Fucose_iso_N2 +MGYG000000001_00153 1151292.QEW_3741 5.68e-163 458.0 COG0778@1|root,COG1148@1|root,COG0778@2|Bacteria,COG1148@2|Bacteria,1TPKH@1239|Firmicutes,249WN@186801|Clostridia,25R44@186804|Peptostreptococcaceae 186801|Clostridia C Nitroreductase family - - - - - - - - - - - - Fer4,Fer4_10,Fer4_4,Fer4_7,Fer4_9,Nitroreductase +MGYG000000001_00154 1151292.QEW_3741 5.68e-163 458.0 COG0778@1|root,COG1148@1|root,COG0778@2|Bacteria,COG1148@2|Bacteria,1TPKH@1239|Firmicutes,249WN@186801|Clostridia,25R44@186804|Peptostreptococcaceae 186801|Clostridia C Nitroreductase family - - - - - - - - - - - - Fer4,Fer4_10,Fer4_4,Fer4_7,Fer4_9,Nitroreductase +MGYG000000001_03088 1391646.AVSU01000099_gene348 4.69e-43 140.0 COG1278@1|root,COG1278@2|Bacteria,1VEE0@1239|Firmicutes,24QJE@186801|Clostridia 186801|Clostridia K Cold shock protein cspA - - ko:K03704 - - - - ko00000,ko03000 - - - CSD +MGYG000000001_00184 1391646.AVSU01000099_gene348 4.69e-43 140.0 COG1278@1|root,COG1278@2|Bacteria,1VEE0@1239|Firmicutes,24QJE@186801|Clostridia 186801|Clostridia K Cold shock protein cspA - - ko:K03704 - - - - ko00000,ko03000 - - - CSD +MGYG000000001_01868 1391647.AVSV01000011_gene1113 3.64e-33 118.0 COG4828@1|root,COG4828@2|Bacteria,1VESH@1239|Firmicutes,24PQW@186801|Clostridia,36MEW@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1622) - - - - - - - - - - - - DUF1622 +MGYG000000001_00242 1499684.CCNP01000018_gene713 5.42e-41 147.0 COG0531@1|root,COG0531@2|Bacteria,1TQ48@1239|Firmicutes,248C7@186801|Clostridia,36GTH@31979|Clostridiaceae 186801|Clostridia E amino acid ykbA - - ko:K03294 - - - - ko00000 2.A.3.2 - - AA_permease_2 +MGYG000000001_00681 1292035.H476_3219 4.54e-59 182.0 COG2088@1|root,COG2088@2|Bacteria,1V9ZG@1239|Firmicutes,24MVQ@186801|Clostridia,25TJJ@186804|Peptostreptococcaceae 186801|Clostridia D Could be involved in septation spoVG - - ko:K06412 - - - - ko00000 - - - SpoVG +MGYG000000001_02462 1292035.H476_0186 3.28e-105 304.0 COG0049@1|root,COG0049@2|Bacteria,1V1GG@1239|Firmicutes,24FQN@186801|Clostridia,25QHP@186804|Peptostreptococcaceae 186801|Clostridia J One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit. Is located at the subunit interface close to the decoding center, probably blocks exit of the E-site tRNA rpsG - - ko:K02992 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S7 +MGYG000000001_01277 1292035.H476_1993 6.69e-263 721.0 COG4825@1|root,COG4825@2|Bacteria,1TQ8Q@1239|Firmicutes,24B4X@186801|Clostridia,25QZP@186804|Peptostreptococcaceae 186801|Clostridia S Thiamine pyrophosphokinase C terminal - - - - - - - - - - - - MAF_flag10,TPPK_C +MGYG000000001_00002 1476973.JMMB01000007_gene3170 1.04e-162 460.0 COG2116@1|root,COG2116@2|Bacteria,1TRTT@1239|Firmicutes,24BU5@186801|Clostridia,25SH9@186804|Peptostreptococcaceae 186801|Clostridia P Formate/nitrite transporter fnt - - ko:K21993 - - - - ko00000,ko02000 1.A.16.2 - - Form_Nir_trans +MGYG000000001_01788 1499683.CCFF01000016_gene1119 4.54e-77 237.0 COG0791@1|root,COG0791@2|Bacteria,1V83R@1239|Firmicutes,24BRC@186801|Clostridia,36PNJ@31979|Clostridiaceae 186801|Clostridia M NlpC/P60 family - - - - - - - - - - - - NLPC_P60,PG_binding_1,SH3_4 +MGYG000000001_02577 1301100.HG529435_gene6484 1.09e-117 337.0 COG0097@1|root,COG0097@2|Bacteria,1V1FC@1239|Firmicutes,2496R@186801|Clostridia,36FMT@31979|Clostridiaceae 186801|Clostridia J This protein binds to the 23S rRNA, and is important in its secondary structure. It is located near the subunit interface in the base of the L7 L12 stalk, and near the tRNA binding site of the peptidyltransferase center rplF - - ko:K02933 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L6 +MGYG000000001_02405 1476973.JMMB01000007_gene1726 9.03e-156 448.0 29VN7@1|root,30H5F@2|Bacteria,1UH5C@1239|Firmicutes,24XYN@186801|Clostridia,25SJN@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00952 1301100.HG529418_gene3047 0.0 1136.0 COG0187@1|root,COG0187@2|Bacteria,1TQ0R@1239|Firmicutes,248AV@186801|Clostridia,36DYE@31979|Clostridiaceae 186801|Clostridia L A type II topoisomerase that negatively supercoils closed circular double-stranded (ds) DNA in an ATP-dependent manner to modulate DNA topology and maintain chromosomes in an underwound state. Negative supercoiling favors strand separation, and DNA replication, transcription, recombination and repair, all of which involve strand separation. Also able to catalyze the interconversion of other topological isomers of dsDNA rings, including catenanes and knotted rings. Type II topoisomerases break and join 2 DNA strands simultaneously in an ATP-dependent manner gyrB - 5.99.1.3 ko:K02470 - - - - ko00000,ko01000,ko03032,ko03400 - - - DNA_gyraseB,DNA_gyraseB_C,HATPase_c,Toprim +MGYG000000001_00675 1476973.JMMB01000007_gene3262 1.26e-144 424.0 COG3087@1|root,COG3087@2|Bacteria,1V30Z@1239|Firmicutes,25J52@186801|Clostridia,25QYA@186804|Peptostreptococcaceae 186801|Clostridia D Lytic transglycosylase with a strong preference for naked glycan strands that lack stem peptides - - - - - - - - - - - - - +MGYG000000001_02795 1476973.JMMB01000007_gene527 3.22e-102 304.0 COG1752@1|root,COG1752@2|Bacteria,1V1ST@1239|Firmicutes,24GJT@186801|Clostridia,25RDS@186804|Peptostreptococcaceae 186801|Clostridia S Patatin-like phospholipase - - - - - - - - - - - - Patatin +MGYG000000001_00711 1476973.JMMB01000007_gene3226 1.11e-202 565.0 COG1494@1|root,COG1494@2|Bacteria,1TP0D@1239|Firmicutes,249PW@186801|Clostridia,25QUF@186804|Peptostreptococcaceae 186801|Clostridia G Bacterial fructose-1,6-bisphosphatase, glpX-encoded glpX - 3.1.3.11 ko:K02446 ko00010,ko00030,ko00051,ko00680,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00030,map00051,map00680,map00710,map01100,map01110,map01120,map01130,map01200 M00003,M00165,M00167 R00762,R04780 RC00017 ko00000,ko00001,ko00002,ko01000 - - - FBPase_glpX +MGYG000000001_00127 1476973.JMMB01000007_gene1849 5.71e-223 625.0 COG1757@1|root,COG1757@2|Bacteria,1TQPI@1239|Firmicutes,2495U@186801|Clostridia,25QUH@186804|Peptostreptococcaceae 186801|Clostridia C Na+/H+ antiporter family - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_00022 272563.CD630_33140 9.15e-261 723.0 COG1143@1|root,COG4624@1|root,COG1143@2|Bacteria,COG4624@2|Bacteria,1TP6C@1239|Firmicutes,24897@186801|Clostridia,25SVF@186804|Peptostreptococcaceae 186801|Clostridia C Iron hydrogenase small subunit hydA - 1.12.7.2 ko:K00533 - - R00019 - ko00000,ko01000 - - - Fe_hyd_SSU,Fe_hyd_lg_C,Fer4,Fer4_6,Rubrerythrin,SLBB +MGYG000000001_01946 457396.CSBG_02278 2.79e-266 734.0 COG0595@1|root,COG0595@2|Bacteria,1UDEF@1239|Firmicutes,25DSR@186801|Clostridia,36UEI@31979|Clostridiaceae 186801|Clostridia S Metallo-beta-lactamase superfamily - - - - - - - - - - - - Lactamase_B_2,RMMBL +MGYG000000001_00315 1301100.HG529369_gene1483 7.94e-123 356.0 COG3568@1|root,COG3568@2|Bacteria,1V9H0@1239|Firmicutes,24KPC@186801|Clostridia 186801|Clostridia S PFAM Endonuclease Exonuclease phosphatase - - - - - - - - - - - - Exo_endo_phos +MGYG000000001_01997 1476973.JMMB01000007_gene358 8.06e-316 867.0 COG1388@1|root,COG1388@2|Bacteria,1TSVC@1239|Firmicutes,248VQ@186801|Clostridia,25QMR@186804|Peptostreptococcaceae 186801|Clostridia M Lysin motif - - - - - - - - - - - - DUF3794,LysM +MGYG000000001_01330 445973.CLOBAR_01259 4.83e-78 234.0 2AIN5@1|root,3194H@2|Bacteria,1V6U3@1239|Firmicutes,24JK0@186801|Clostridia,25RGJ@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF3842) - - - - - - - - - - - - DUF3842 +MGYG000000001_01594 1301100.HG529252_gene6238 9.4e-127 368.0 COG0740@1|root,COG0740@2|Bacteria,1TPX2@1239|Firmicutes,249QX@186801|Clostridia,36E2N@31979|Clostridiaceae 186801|Clostridia OU Clp protease tepA - 3.4.21.92 ko:K01358 ko04112,ko04212,map04112,map04212 - - - ko00000,ko00001,ko01000,ko01002 - - - CLP_protease +MGYG000000001_00395 1301100.HG529297_gene5139 7.3e-277 762.0 COG0446@1|root,COG0446@2|Bacteria,1TPWW@1239|Firmicutes,2484C@186801|Clostridia,36EYM@31979|Clostridiaceae 186801|Clostridia C Pyridine nucleotide-disulphide oxidoreductase, dimerisation noxE - - - - - - - - - - - DrsE_2,Pyr_redox_2,Pyr_redox_dim,Rhodanese,TusA +MGYG000000001_01458 1301100.HG529236_gene7259 3.31e-83 251.0 COG1994@1|root,COG1994@2|Bacteria,1V6D4@1239|Firmicutes,24K0D@186801|Clostridia,36HB5@31979|Clostridiaceae 186801|Clostridia S peptidase ywhC - - - - - - - - - - - Peptidase_M50 +MGYG000000001_03181 1301100.HG529433_gene6509 4.8e-294 806.0 COG1066@1|root,COG1066@2|Bacteria,1TQ7Y@1239|Firmicutes,247TA@186801|Clostridia,36DMV@31979|Clostridiaceae 186801|Clostridia O DNA-dependent ATPase involved in processing of recombination intermediates, plays a role in repairing DNA breaks. Stimulates the branch migration of RecA-mediated strand transfer reactions, allowing the 3' invading strand to extend heteroduplex DNA faster. Binds ssDNA in the presence of ADP but not other nucleotides, has ATPase activity that is stimulated by ssDNA and various branched DNA structures, but inhibited by SSB. Does not have RecA's homology-searching function radA - - ko:K04485 - - - - ko00000,ko03400 - - - AAA_25,ATPase,ChlI,Lon_C +MGYG000000001_01264 1292035.H476_2688 1.63e-143 416.0 COG1638@1|root,COG1638@2|Bacteria,1TP3I@1239|Firmicutes,248MN@186801|Clostridia,25T9C@186804|Peptostreptococcaceae 186801|Clostridia G Bacterial extracellular solute-binding protein, family 7 - - - - - - - - - - - - DctP +MGYG000000001_02481 1301100.HG529410_gene163 4.19e-44 145.0 COG1930@1|root,COG1930@2|Bacteria,1VF03@1239|Firmicutes,24MYG@186801|Clostridia,36JHY@31979|Clostridiaceae 186801|Clostridia P Part of the energy-coupling factor (ECF) transporter complex CbiMNOQ involved in cobalt import cbiN - - ko:K02009 ko02010,map02010 M00245,M00246 - - ko00000,ko00001,ko00002,ko02000 3.A.1.18 - - CbiN +MGYG000000001_02435 1476973.JMMB01000007_gene969 6.52e-36 122.0 COG1722@1|root,COG1722@2|Bacteria,1VK9I@1239|Firmicutes,24UH5@186801|Clostridia,25RXK@186804|Peptostreptococcaceae 186801|Clostridia L Bidirectionally degrades single-stranded DNA into large acid-insoluble oligonucleotides, which are then degraded further into small acid-soluble oligonucleotides xseB - 3.1.11.6 ko:K03602 ko03430,map03430 - - - ko00000,ko00001,ko01000,ko03400 - - - Exonuc_VII_S +MGYG000000001_02964 1301100.HG529351_gene4255 4.01e-84 254.0 2CK8D@1|root,32SBU@2|Bacteria,1VAQG@1239|Firmicutes,24HSZ@186801|Clostridia,36IQJ@31979|Clostridiaceae 186801|Clostridia S Tryptophan transporter TrpP trpP - - - - - - - - - - iHN637.CLJU_RS14305 TrpP +MGYG000000001_01758 1476973.JMMB01000007_gene312 5.36e-101 296.0 COG1388@1|root,COG1388@2|Bacteria,1V4FC@1239|Firmicutes,24CPD@186801|Clostridia 186801|Clostridia M LysM domain - - - - - - - - - - - - LysM +MGYG000000001_01976 1301100.HG529414_gene2946 9.4e-263 723.0 COG2309@1|root,COG2309@2|Bacteria,1TP65@1239|Firmicutes,24AR8@186801|Clostridia,36E9B@31979|Clostridiaceae 186801|Clostridia E aminopeptidase pepS - - ko:K19689 - - - - ko00000,ko01000,ko01002 - - - Peptidase_M29 +MGYG000000001_00828 445973.CLOBAR_00944 1.47e-47 159.0 COG0511@1|root,COG0511@2|Bacteria,1VAB7@1239|Firmicutes,24MNP@186801|Clostridia,25RWT@186804|Peptostreptococcaceae 186801|Clostridia I first, biotin carboxylase catalyzes the carboxylation of the carrier protein and then the transcarboxylase transfers the carboxyl group to form malonyl-CoA accB - - ko:K02160 ko00061,ko00620,ko00640,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,ko01212,map00061,map00620,map00640,map00720,map01100,map01110,map01120,map01130,map01200,map01212 M00082,M00376 R00742 RC00040,RC00367 ko00000,ko00001,ko00002 - - - Biotin_lipoyl +MGYG000000001_01186 1301100.HG529229_gene5403 2.91e-267 736.0 COG0612@1|root,COG0612@2|Bacteria,1TP5I@1239|Firmicutes,248HT@186801|Clostridia,36DH6@31979|Clostridiaceae 186801|Clostridia S Belongs to the peptidase M16 family ymfH - - - - - - - - - - - Peptidase_M16,Peptidase_M16_C +MGYG000000001_00946 1476973.JMMB01000007_gene215 3.65e-60 187.0 COG0594@1|root,COG0594@2|Bacteria,1VA78@1239|Firmicutes,24QK5@186801|Clostridia,25RS0@186804|Peptostreptococcaceae 186801|Clostridia J RNaseP catalyzes the removal of the 5'-leader sequence from pre-tRNA to produce the mature 5'-terminus. It can also cleave other RNA substrates such as 4.5S RNA. The protein component plays an auxiliary but essential role in vivo by binding to the 5'-leader sequence and broadening the substrate specificity of the ribozyme rnpA - 3.1.26.5 ko:K03536 - - - - ko00000,ko01000,ko03016 - - - RNase_E_G,Ribonuclease_P +MGYG000000001_01661 1301100.HG529294_gene5150 2.29e-52 167.0 COG4401@1|root,COG4401@2|Bacteria,1VAID@1239|Firmicutes,24N1H@186801|Clostridia,36KU9@31979|Clostridiaceae 186801|Clostridia E Catalyzes the Claisen rearrangement of chorismate to prephenate. Probably involved in the aromatic amino acid biosynthesis aroH - 5.4.99.5 ko:K06208 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00024,M00025 R01715 RC03116 ko00000,ko00001,ko00002,ko01000 - - - CM_1 +MGYG000000001_01578 445973.CLOBAR_00564 9.84e-106 310.0 COG1272@1|root,COG1272@2|Bacteria,1TSFK@1239|Firmicutes,24CPT@186801|Clostridia,25R01@186804|Peptostreptococcaceae 186801|Clostridia S Channel protein, hemolysin III family yqfA - - ko:K11068 - - - - ko00000,ko02042 - - - HlyIII +MGYG000000001_01209 1301100.HG529229_gene5422 1.9e-65 200.0 COG3856@1|root,COG3856@2|Bacteria,1VA6N@1239|Firmicutes,24N58@186801|Clostridia,36JGG@31979|Clostridiaceae 186801|Clostridia S small basic protein sbp - - - - - - - - - - - DUF1290 +MGYG000000001_00185 1292035.H476_1739 9.22e-72 218.0 2F3YQ@1|root,33WQN@2|Bacteria,1VVFW@1239|Firmicutes,24NI0@186801|Clostridia,25TII@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF3785) - - - - - - - - - - - - DUF3785 +MGYG000000001_02881 445973.CLOBAR_00140 0.0 1133.0 COG1472@1|root,COG1472@2|Bacteria,1TP63@1239|Firmicutes,24YIP@186801|Clostridia,25RRG@186804|Peptostreptococcaceae 186801|Clostridia G Glycosyl hydrolase family 3 N terminal domain - - - - - - - - - - - - Glyco_hydro_3 +MGYG000000001_00928 1391646.AVSU01000021_gene3267 4.42e-82 245.0 COG0629@1|root,COG0629@2|Bacteria,1V3WT@1239|Firmicutes,24HF9@186801|Clostridia,25RJ7@186804|Peptostreptococcaceae 186801|Clostridia L Plays an important role in DNA replication, recombination and repair. Binds to ssDNA and to an array of partner proteins to recruit them to their sites of action during DNA metabolism ssb - - ko:K03111 ko03030,ko03430,ko03440,map03030,map03430,map03440 - - - ko00000,ko00001,ko03029,ko03032,ko03400 - - - SSB +MGYG000000001_02221 1476973.JMMB01000007_gene2791 5.77e-25 104.0 COG1228@1|root,COG1228@2|Bacteria,1TP2J@1239|Firmicutes,24AGR@186801|Clostridia,25R7K@186804|Peptostreptococcaceae 186801|Clostridia Q Amidohydrolase family hutI - 3.5.2.7 ko:K01468 ko00340,ko01100,map00340,map01100 M00045 R02288 RC00683 ko00000,ko00001,ko00002,ko01000 - - - Amidohydro_1,Amidohydro_3 +MGYG000000001_03195 756499.Desde_1949 5.54e-40 140.0 2DNH1@1|root,32XGD@2|Bacteria,1VAKU@1239|Firmicutes,24PM3@186801|Clostridia,264XN@186807|Peptococcaceae 186801|Clostridia - - - - - - - - - - - - - - zf-HC2 +MGYG000000001_01588 1211814.CAPG01000062_gene2973 1.25e-37 133.0 COG1595@1|root,COG1595@2|Bacteria,1UZSS@1239|Firmicutes,4HJ8P@91061|Bacilli,1ZH1D@1386|Bacillus 91061|Bacilli K Sigma-70, region 4 - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_01306 1301100.HG529233_gene7429 9.14e-195 547.0 COG1243@1|root,COG1243@2|Bacteria,1TS1F@1239|Firmicutes,248YV@186801|Clostridia,36DYS@31979|Clostridiaceae 186801|Clostridia BK Radical SAM - - - - - - - - - - - - Fer4_12,Fer4_14,Radical_SAM,Radical_SAM_C +MGYG000000001_00510 1476973.JMMB01000007_gene1113 7.91e-164 468.0 COG1363@1|root,COG1363@2|Bacteria,1TQ86@1239|Firmicutes,25CDF@186801|Clostridia,25S9H@186804|Peptostreptococcaceae 186801|Clostridia E M42 glutamyl aminopeptidase - - - - - - - - - - - - Peptidase_M42 +MGYG000000001_00995 272563.CD630_22590 3.98e-43 144.0 COG0662@1|root,COG0662@2|Bacteria,1UI0P@1239|Firmicutes,24SCP@186801|Clostridia,25TMY@186804|Peptostreptococcaceae 186801|Clostridia G Cupin - - - - - - - - - - - - Cupin_2 +MGYG000000001_02497 1151292.QEW_1393 2.16e-121 352.0 COG2188@1|root,COG2188@2|Bacteria,1UYBW@1239|Firmicutes,24N1N@186801|Clostridia,25T6Y@186804|Peptostreptococcaceae 186801|Clostridia K UTRA - - - ko:K03710 - - - - ko00000,ko03000 - - - GntR,UTRA +MGYG000000001_01268 1292035.H476_2691 1.97e-158 454.0 COG0524@1|root,COG0524@2|Bacteria,1TRRY@1239|Firmicutes,248Y3@186801|Clostridia,25STJ@186804|Peptostreptococcaceae 186801|Clostridia G pfkB family carbohydrate kinase - - 2.7.1.45 ko:K00874 ko00030,ko01100,ko01120,ko01200,map00030,map01100,map01120,map01200 M00061,M00308,M00631 R01541 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - - PfkB +MGYG000000001_02359 1151292.QEW_2612 1.06e-131 377.0 COG1131@1|root,COG1131@2|Bacteria,1TQIH@1239|Firmicutes,248WG@186801|Clostridia,25R99@186804|Peptostreptococcaceae 186801|Clostridia V ABC transporter, ATP-binding protein - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_02980 1292035.H476_1123 2.72e-104 310.0 COG0561@1|root,COG0561@2|Bacteria,1V2ZR@1239|Firmicutes,24IRJ@186801|Clostridia,25T98@186804|Peptostreptococcaceae 186801|Clostridia S Sucrose-6F-phosphate phosphohydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_01720 1391646.AVSU01000040_gene1894 4.19e-16 76.6 COG1357@1|root,COG1357@2|Bacteria,1V2UP@1239|Firmicutes,24G5Y@186801|Clostridia,25S24@186804|Peptostreptococcaceae 186801|Clostridia S Pentapeptide repeats (9 copies) - - - - - - - - - - - - Pentapeptide,Pentapeptide_4 +MGYG000000001_02235 272563.CD630_10810 8.38e-160 461.0 COG0303@1|root,COG0303@2|Bacteria,1TQJ8@1239|Firmicutes,248WP@186801|Clostridia,25TAZ@186804|Peptostreptococcaceae 186801|Clostridia H MoeA N-terminal region (domain I and II) moeA - 2.10.1.1 ko:K03750 ko00790,ko01100,map00790,map01100 - R09735 RC03462 ko00000,ko00001,ko01000 - - - MoCF_biosynth,MoeA_C,MoeA_N +MGYG000000001_02290 1476973.JMMB01000007_gene1329 4.63e-33 115.0 COG1278@1|root,COG1278@2|Bacteria,1VEE0@1239|Firmicutes,24QJE@186801|Clostridia,25TW4@186804|Peptostreptococcaceae 186801|Clostridia K 'Cold-shock' DNA-binding domain - - - ko:K03704 - - - - ko00000,ko03000 - - - CSD +MGYG000000001_02147 1301100.HG529232_gene7464 0.0 1338.0 COG1198@1|root,COG1198@2|Bacteria,1TNYB@1239|Firmicutes,248EI@186801|Clostridia,36DH7@31979|Clostridiaceae 186801|Clostridia L Involved in the restart of stalled replication forks. Recognizes and binds the arrested nascent DNA chain at stalled replication forks. It can open the DNA duplex, via its helicase activity, and promote assembly of the primosome and loading of the major replicative helicase DnaB onto DNA priA - - ko:K04066 ko03440,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - DEAD,Helicase_C,ResIII +MGYG000000001_02918 1301100.HG529329_gene4496 1.07e-101 301.0 COG1811@1|root,COG1811@2|Bacteria,1UH19@1239|Firmicutes,24AZ3@186801|Clostridia,36FKD@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF554) - - - ko:K07150 - - - - ko00000 - - - DUF554 +MGYG000000001_01034 1301100.HG529419_gene3067 1.8e-144 419.0 COG2385@1|root,COG2385@2|Bacteria,1TQSI@1239|Firmicutes,249H0@186801|Clostridia,36EBP@31979|Clostridiaceae 186801|Clostridia D stage II sporulation protein D spoIID - - ko:K06381 - - - - ko00000 - - - SpoIID +MGYG000000001_02271 1292035.H476_0626 3.28e-39 138.0 COG5652@1|root,COG5652@2|Bacteria,1VF6Q@1239|Firmicutes,24QQ8@186801|Clostridia,25U32@186804|Peptostreptococcaceae 186801|Clostridia S VanZ like family - - - - - - - - - - - - VanZ +MGYG000000001_00635 1476973.JMMB01000007_gene1522 6.34e-158 451.0 COG1816@1|root,COG1816@2|Bacteria,1U44B@1239|Firmicutes,247KD@186801|Clostridia,25SX5@186804|Peptostreptococcaceae 186801|Clostridia F Adenosine/AMP deaminase add - 3.5.4.4 ko:K01488 ko00230,ko01100,ko05340,map00230,map01100,map05340 - R01560,R02556 RC00477 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS13960 A_deaminase +MGYG000000001_02162 1301100.HG529233_gene7350 0.0 874.0 COG1461@1|root,COG1461@2|Bacteria,1TQMX@1239|Firmicutes,247XI@186801|Clostridia,36E63@31979|Clostridiaceae 186801|Clostridia S DAK2 domain fusion protein YloV yloV - - ko:K07030 - - - - ko00000 - - - Dak1_2,Dak2 +MGYG000000001_02808 1151292.QEW_2557 1.54e-195 552.0 COG0527@1|root,COG0527@2|Bacteria,1TPQJ@1239|Firmicutes,24811@186801|Clostridia,25QTJ@186804|Peptostreptococcaceae 186801|Clostridia E Belongs to the aspartokinase family lysC - 2.7.2.4 ko:K00928 ko00260,ko00261,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01210,ko01230,map00260,map00261,map00270,map00300,map01100,map01110,map01120,map01130,map01210,map01230 M00016,M00017,M00018,M00033,M00525,M00526,M00527 R00480 RC00002,RC00043 ko00000,ko00001,ko00002,ko01000 - - - AA_kinase,ACT,ACT_7 +MGYG000000001_02809 1151292.QEW_2557 1.54e-195 552.0 COG0527@1|root,COG0527@2|Bacteria,1TPQJ@1239|Firmicutes,24811@186801|Clostridia,25QTJ@186804|Peptostreptococcaceae 186801|Clostridia E Belongs to the aspartokinase family lysC - 2.7.2.4 ko:K00928 ko00260,ko00261,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01210,ko01230,map00260,map00261,map00270,map00300,map01100,map01110,map01120,map01130,map01210,map01230 M00016,M00017,M00018,M00033,M00525,M00526,M00527 R00480 RC00002,RC00043 ko00000,ko00001,ko00002,ko01000 - - - AA_kinase,ACT,ACT_7 +MGYG000000001_00807 1301100.HG529329_gene4472 9.52e-15 67.4 2DR5F@1|root,33A90@2|Bacteria,1VK5I@1239|Firmicutes,24UDD@186801|Clostridia,36N2M@31979|Clostridiaceae 186801|Clostridia S YvrJ protein family - - - - - - - - - - - - YvrJ +MGYG000000001_03018 1301100.HG529239_gene7211 2.36e-73 230.0 COG4395@1|root,COG4395@2|Bacteria,1V9GZ@1239|Firmicutes,24HB5@186801|Clostridia,36J5E@31979|Clostridiaceae 186801|Clostridia S Tim44 - - - - - - - - - - - - Tim44 +MGYG000000001_03017 1301100.HG529239_gene7211 2.36e-73 230.0 COG4395@1|root,COG4395@2|Bacteria,1V9GZ@1239|Firmicutes,24HB5@186801|Clostridia,36J5E@31979|Clostridiaceae 186801|Clostridia S Tim44 - - - - - - - - - - - - Tim44 +MGYG000000001_02077 1476973.JMMB01000007_gene3012 4.63e-61 192.0 COG1846@1|root,COG1846@2|Bacteria,1VEFZ@1239|Firmicutes,24MSB@186801|Clostridia,25TFF@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix multiple antibiotic resistance protein - - - - - - - - - - - - MarR +MGYG000000001_02932 903814.ELI_0476 4.32e-211 598.0 COG0534@1|root,COG0534@2|Bacteria,1TP5P@1239|Firmicutes,247PQ@186801|Clostridia,25VG0@186806|Eubacteriaceae 186801|Clostridia V Psort location CytoplasmicMembrane, score - - - - - - - - - - - - MatE +MGYG000000001_02996 1211817.CCAT010000048_gene2585 3.64e-161 466.0 COG5002@1|root,COG5002@2|Bacteria,1TS83@1239|Firmicutes,249CD@186801|Clostridia,36E81@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_03095 203119.Cthe_1842 2.6e-247 686.0 COG2873@1|root,COG2873@2|Bacteria,1VYCY@1239|Firmicutes,247XK@186801|Clostridia,3WGNF@541000|Ruminococcaceae 186801|Clostridia E O-acetylhomoserine metY - 2.5.1.49 ko:K01740 ko00270,ko01100,map00270,map01100 - R01287,R04859 RC00020,RC02821,RC02848 ko00000,ko00001,ko01000 - - - CoA_binding_2,Cys_Met_Meta_PP +MGYG000000001_03162 1301100.HG529262_gene700 1.02e-211 603.0 COG2244@1|root,COG2244@2|Bacteria,1TNYX@1239|Firmicutes,2485G@186801|Clostridia,36DMJ@31979|Clostridiaceae 186801|Clostridia S Stage V sporulation protein B spoVB - - ko:K06409 - - - - ko00000,ko02000 2.A.66.2.14 - - MatE,Polysacc_synt,Polysacc_synt_C +MGYG000000001_00708 1301100.HG529431_gene1796 0.0 904.0 COG1164@1|root,COG1164@2|Bacteria,1TP4P@1239|Firmicutes,248TP@186801|Clostridia,36DG9@31979|Clostridiaceae 186801|Clostridia E oligoendopeptidase F - - - ko:K08602 - - - - ko00000,ko01000,ko01002 - - - Peptidase_M3,Peptidase_M3_N +MGYG000000001_02519 1301100.HG529230_gene5347 4.7e-112 327.0 COG0325@1|root,COG0325@2|Bacteria,1TRDN@1239|Firmicutes,248R6@186801|Clostridia,36DX0@31979|Clostridiaceae 186801|Clostridia S Pyridoxal 5'-phosphate (PLP)-binding protein, which is involved in PLP homeostasis ylmE - - ko:K06997 - - - - ko00000 - - - Ala_racemase_N +MGYG000000001_01944 1415775.U729_2172 1.39e-296 817.0 COG0737@1|root,COG0737@2|Bacteria,1TPV2@1239|Firmicutes,2491Y@186801|Clostridia,36ERD@31979|Clostridiaceae 186801|Clostridia F Belongs to the 5'-nucleotidase family - - 3.1.3.6,3.1.4.16 ko:K01119 ko00230,ko00240,map00230,map00240 - R01562,R01877,R02148,R02370,R03537,R03538,R03929,R05135 RC00078,RC00296 ko00000,ko00001,ko01000 - - - 5_nucleotid_C,Metallophos,SLH +MGYG000000001_01620 445973.CLOBAR_02171 1.64e-133 383.0 COG0846@1|root,COG0846@2|Bacteria,1TQKD@1239|Firmicutes,2491J@186801|Clostridia,25QDN@186804|Peptostreptococcaceae 186801|Clostridia K NAD-dependent protein deacetylase which modulates the activities of several enzymes which are inactive in their acetylated form cobB - - ko:K12410 - - - - ko00000,ko01000 - - - SIR2 +MGYG000000001_01334 1151292.QEW_1142 0.0 1036.0 COG1018@1|root,COG3894@1|root,COG1018@2|Bacteria,COG3894@2|Bacteria,1TP0H@1239|Firmicutes,247S0@186801|Clostridia,25QSJ@186804|Peptostreptococcaceae 186801|Clostridia C Domain of unknown function (DUF4445) - - - - - - - - - - - - DUF4445,Fer2,Fer2_4 +MGYG000000001_01269 1301100.HG529388_gene4977 6.59e-112 325.0 COG0800@1|root,COG0800@2|Bacteria,1TS0F@1239|Firmicutes,248GA@186801|Clostridia,36ETT@31979|Clostridiaceae 186801|Clostridia G 2-dehydro-3-deoxyphosphogluconate aldolase 4-hydroxy-2-oxoglutarate aldolase eda - 4.1.2.14,4.1.3.42 ko:K01625 ko00030,ko00630,ko01100,ko01120,ko01200,map00030,map00630,map01100,map01120,map01200 M00008,M00061,M00308,M00631 R00470,R05605 RC00307,RC00308,RC00435 ko00000,ko00001,ko00002,ko01000 - - - Aldolase +MGYG000000001_00453 1301100.HG529356_gene2081 3.23e-12 62.0 2DPF4@1|root,32UKX@2|Bacteria,1VG33@1239|Firmicutes,24RXQ@186801|Clostridia,36N3R@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF3892) - - - - - - - - - - - - DUF3892 +MGYG000000001_01165 903814.ELI_4403 8.5e-117 351.0 COG1454@1|root,COG1454@2|Bacteria,1TPB4@1239|Firmicutes,247IQ@186801|Clostridia,25US3@186806|Eubacteriaceae 186801|Clostridia C Iron-containing alcohol dehydrogenase - - - - - - - - - - - - Fe-ADH +MGYG000000001_00778 931276.Cspa_c57840 1.93e-177 500.0 COG0524@1|root,COG0524@2|Bacteria,1TPGM@1239|Firmicutes,247M1@186801|Clostridia,36F3R@31979|Clostridiaceae 186801|Clostridia G pfkB family carbohydrate kinase iolC - 2.7.1.4,2.7.1.92 ko:K00847,ko:K03338 ko00051,ko00500,ko00520,ko00562,ko01100,ko01120,map00051,map00500,map00520,map00562,map01100,map01120 - R00760,R00867,R03920,R05661 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PfkB +MGYG000000001_01774 1301100.HG529344_gene3210 1.22e-66 216.0 2DMVF@1|root,32TY8@2|Bacteria,1U2W8@1239|Firmicutes,24T7V@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00059 1301100.HG529382_gene4029 2.95e-161 458.0 COG0573@1|root,COG0573@2|Bacteria,1TSPP@1239|Firmicutes,249KQ@186801|Clostridia,36DTN@31979|Clostridiaceae 186801|Clostridia P probably responsible for the translocation of the substrate across the membrane pstC - - ko:K02037 ko02010,map02010 M00222 - - ko00000,ko00001,ko00002,ko02000 3.A.1.7 - - BPD_transp_1 +MGYG000000001_02054 1476973.JMMB01000007_gene2066 1.4e-290 808.0 COG0417@1|root,COG0417@2|Bacteria,1TQJQ@1239|Firmicutes,24YV5@186801|Clostridia,25S64@186804|Peptostreptococcaceae 186801|Clostridia L DNA polymerase elongation subunit (Family B) - - - - - - - - - - - - - +MGYG000000001_01719 1476973.JMMB01000007_gene2066 1.4e-290 808.0 COG0417@1|root,COG0417@2|Bacteria,1TQJQ@1239|Firmicutes,24YV5@186801|Clostridia,25S64@186804|Peptostreptococcaceae 186801|Clostridia L DNA polymerase elongation subunit (Family B) - - - - - - - - - - - - - +MGYG000000001_02234 1476973.JMMB01000007_gene2776 4.44e-65 209.0 2CHCT@1|root,3401K@2|Bacteria,1VXY2@1239|Firmicutes,250E3@186801|Clostridia,25RX5@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01516 1151292.QEW_2131 1.08e-65 202.0 2EFFK@1|root,3398B@2|Bacteria,1V9NJ@1239|Firmicutes,24M50@186801|Clostridia,25TGJ@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - - +MGYG000000001_01035 1151292.QEW_0145 1.13e-89 270.0 COG0739@1|root,COG0739@2|Bacteria,1V96D@1239|Firmicutes,24AXE@186801|Clostridia,25RDJ@186804|Peptostreptococcaceae 186801|Clostridia M Peptidase family M23 - - - - - - - - - - - - Peptidase_M23 +MGYG000000001_00507 1476973.JMMB01000007_gene1110 1.89e-21 96.3 29UP4@1|root,30G0Q@2|Bacteria,1UEZG@1239|Firmicutes,25JZM@186801|Clostridia,25U0B@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00603 445973.CLOBAR_00855 1.47e-89 288.0 COG4767@1|root,COG4767@2|Bacteria,1VJCC@1239|Firmicutes,25MMS@186801|Clostridia,25U6P@186804|Peptostreptococcaceae 186801|Clostridia V Psort location CytoplasmicMembrane, score - - - - - - - - - - - - VanZ +MGYG000000001_00732 1151292.QEW_4091 2.88e-62 193.0 COG0736@1|root,COG0736@2|Bacteria,1VA0T@1239|Firmicutes,24RC0@186801|Clostridia,25RK6@186804|Peptostreptococcaceae 186801|Clostridia I Transfers the 4'-phosphopantetheine moiety from coenzyme A to a Ser of acyl-carrier-protein acpS - 2.7.8.7 ko:K00997 ko00770,map00770 - R01625 RC00002 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS01470 ACPS +MGYG000000001_00764 1294142.CINTURNW_2018 2.45e-69 223.0 COG0454@1|root,COG0456@2|Bacteria,1VXZ6@1239|Firmicutes,24IUM@186801|Clostridia,36J8V@31979|Clostridiaceae 186801|Clostridia K Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1 +MGYG000000001_00796 1499968.TCA2_1846 9.49e-15 70.5 COG0590@1|root,COG0590@2|Bacteria,1V3CM@1239|Firmicutes,4IRWJ@91061|Bacilli,276YD@186822|Paenibacillaceae 91061|Bacilli FJ MafB19-like deaminase - - - - - - - - - - - - dCMP_cyt_deam_1 +MGYG000000001_00860 1476973.JMMB01000007_gene2048 1.73e-142 409.0 COG1131@1|root,COG1131@2|Bacteria,1TPZR@1239|Firmicutes,247NW@186801|Clostridia,25SZZ@186804|Peptostreptococcaceae 186801|Clostridia V AAA domain, putative AbiEii toxin, Type IV TA system - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - AAA_21,ABC_tran +MGYG000000001_00929 1476973.JMMB01000007_gene231 4.56e-50 159.0 COG0360@1|root,COG0360@2|Bacteria,1VA18@1239|Firmicutes,24QZQ@186801|Clostridia,25RN8@186804|Peptostreptococcaceae 186801|Clostridia J Binds together with S18 to 16S ribosomal RNA rpsF - - ko:K02990 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011,ko03029 - - - Ribosomal_S6 +MGYG000000001_01098 997346.HMPREF9374_1122 7.9e-28 120.0 COG2369@1|root,COG4695@1|root,COG2369@2|Bacteria,COG4695@2|Bacteria,1TP8B@1239|Firmicutes,4I4EN@91061|Bacilli,27C4U@186824|Thermoactinomycetaceae 91061|Bacilli S Phage portal protein - - - - - - - - - - - - Phage_Mu_F,Phage_portal +MGYG000000001_01323 272563.CD630_12730 7.16e-179 508.0 COG0758@1|root,COG0758@2|Bacteria,1TPP7@1239|Firmicutes,24AS2@186801|Clostridia,25QU9@186804|Peptostreptococcaceae 186801|Clostridia LU DNA protecting protein DprA dprA - - ko:K04096 - - - - ko00000 - - - DNA_processg_A,HHH_5,TrmB +MGYG000000001_01419 1280692.AUJL01000001_gene314 1.78e-57 191.0 COG3475@1|root,COG3475@2|Bacteria,1VBSV@1239|Firmicutes,24C5H@186801|Clostridia,36EWJ@31979|Clostridiaceae 186801|Clostridia M LICD family - - - ko:K07271 - - - - ko00000,ko01000 - - - LicD +MGYG000000001_01451 1476973.JMMB01000007_gene1569 1.18e-47 162.0 COG2267@1|root,COG2267@2|Bacteria,1V2IH@1239|Firmicutes,24BN4@186801|Clostridia 186801|Clostridia I Alpha beta - - 3.1.1.5 ko:K01048 ko00564,map00564 - - - ko00000,ko00001,ko01000 - - - Hydrolase_4 +MGYG000000001_01483 290402.Cbei_1635 9.55e-35 126.0 COG5484@1|root,COG5484@2|Bacteria,1V6XI@1239|Firmicutes,24HPQ@186801|Clostridia,36JA4@31979|Clostridiaceae 186801|Clostridia L DNA packaging - - - - - - - - - - - - Phage_terminase,Sigma70_r4_2,Terminase_2,Terminase_5 +MGYG000000001_01643 1292035.H476_2592 2.19e-39 142.0 COG3714@1|root,COG3714@2|Bacteria,1VPPH@1239|Firmicutes,24PND@186801|Clostridia 186801|Clostridia S YhhN family - - - - - - - - - - - - YhhN +MGYG000000001_01675 1301100.HG529275_gene1643 3.82e-150 432.0 COG0750@1|root,COG0750@2|Bacteria,1TPMC@1239|Firmicutes,247MT@186801|Clostridia,36G12@31979|Clostridiaceae 186801|Clostridia M zinc metalloprotease rseP - - ko:K11749 ko02024,ko04112,map02024,map04112 - - - ko00000,ko00001,ko01000,ko01002 - - - PDZ,PDZ_2,Peptidase_M50 +MGYG000000001_01707 1195236.CTER_2420 3.29e-31 117.0 COG1349@1|root,COG1349@2|Bacteria,1UZ6T@1239|Firmicutes,24B16@186801|Clostridia,3WRTR@541000|Ruminococcaceae 186801|Clostridia K DeoR C terminal sensor domain - - - - - - - - - - - - DeoRC,HTH_DeoR +MGYG000000001_01772 1301100.HG529344_gene3174 8.49e-158 464.0 28HMX@1|root,2Z7WB@2|Bacteria,1TPJG@1239|Firmicutes,24AWI@186801|Clostridia,36FCX@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01805 1151292.QEW_0754 1.29e-10 57.8 2DTBG@1|root,33JIR@2|Bacteria 2|Bacteria - - - - - - - - - - - - - - MazE_antitoxin +MGYG000000001_01837 1301100.HG529336_gene3390 1.41e-111 328.0 COG3022@1|root,COG3022@2|Bacteria,1TR33@1239|Firmicutes,248N1@186801|Clostridia,36F36@31979|Clostridiaceae 186801|Clostridia S Belongs to the UPF0246 family - - - ko:K09861 - - - - ko00000 - - - H2O2_YaaD +MGYG000000001_01869 657322.FPR_08860 1.21e-22 95.9 COG1486@1|root,COG1486@2|Bacteria,1TQ9I@1239|Firmicutes,24995@186801|Clostridia,3WNWV@541000|Ruminococcaceae 186801|Clostridia G Family 4 glycosyl hydrolase - - 3.2.1.122,3.2.1.86 ko:K01222,ko:K01232 ko00010,ko00500,map00010,map00500 - R00837,R00838,R00839,R05133,R05134,R06113 RC00049,RC00171,RC00714 ko00000,ko00001,ko01000 - GH4,GT4 - Glyco_hydro_4,Glyco_hydro_4C +MGYG000000001_01901 1196322.A370_00829 4.96e-79 243.0 COG2364@1|root,COG2364@2|Bacteria,1V47R@1239|Firmicutes,24AXT@186801|Clostridia,36IJ3@31979|Clostridiaceae 186801|Clostridia S membrane - - - ko:K07149 - - - - ko00000 - - - - +MGYG000000001_01965 929506.CbC4_1935 2.26e-155 444.0 COG1135@1|root,COG1135@2|Bacteria,1TPPN@1239|Firmicutes,248PZ@186801|Clostridia,36DVA@31979|Clostridiaceae 186801|Clostridia P Part of the ABC transporter complex MetNIQ involved in methionine import. Responsible for energy coupling to the transport system metN - - ko:K02071 ko02010,map02010 M00238 - - ko00000,ko00001,ko00002,ko02000 3.A.1.24 - - ABC_tran,NIL +MGYG000000001_02097 1340434.AXVA01000008_gene3652 7.16e-99 298.0 COG4132@1|root,COG4132@2|Bacteria,1TRF0@1239|Firmicutes,4HCV5@91061|Bacilli,1ZBZQ@1386|Bacillus 91061|Bacilli P ABC transporter (permease) - - - ko:K02054 ko02024,map02024 M00193 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11 - - BPD_transp_1 +MGYG000000001_02129 1301100.HG529232_gene7448 1.82e-54 173.0 2E46D@1|root,32Z2B@2|Bacteria,1VEH0@1239|Firmicutes,24QMP@186801|Clostridia,36MIK@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02258 189425.PGRAT_25970 1.82e-60 204.0 COG1835@1|root,COG1835@2|Bacteria,1V7JA@1239|Firmicutes,4HJJK@91061|Bacilli 91061|Bacilli I Acyltransferase family - - - - - - - - - - - - Acyl_transf_3 +MGYG000000001_02323 545243.BAEV01000014_gene1817 5.73e-53 172.0 COG2731@1|root,COG2731@2|Bacteria,1VCI9@1239|Firmicutes,24QNC@186801|Clostridia,36VU6@31979|Clostridiaceae 186801|Clostridia G Domain of unknown function (DUF386) - - - - - - - - - - - - DUF386 +MGYG000000001_02387 445335.CBN_0985 5.63e-18 77.0 2EMWK@1|root,33FIW@2|Bacteria,1VGC7@1239|Firmicutes,24V1H@186801|Clostridia,36PJE@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02483 1476973.JMMB01000007_gene1549 1.53e-131 396.0 COG5002@1|root,COG5002@2|Bacteria,1TQ1H@1239|Firmicutes,247VG@186801|Clostridia,25S29@186804|Peptostreptococcaceae 186801|Clostridia T HAMP (Histidine kinases, Adenylyl cyclases, Methyl binding proteins, Phosphatases) domain - - 2.7.13.3 ko:K07651 ko02020,map02020 M00458 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HAMP,HATPase_c,HisKA,PAS +MGYG000000001_02547 1280692.AUJL01000041_gene2355 1.07e-48 189.0 COG2304@1|root,COG2304@2|Bacteria,1TPAY@1239|Firmicutes,24KHG@186801|Clostridia 186801|Clostridia S von Willebrand factor type A domain - - - - - - - - - - - - Flg_new,SLH,VWA,VWA_2 +MGYG000000001_02677 272563.CD630_09170 1.98e-142 409.0 COG3723@1|root,COG3723@2|Bacteria,1V3B6@1239|Firmicutes,24HHQ@186801|Clostridia 186801|Clostridia L Phage recombination protein Bet bet - - - - - - - - - - - RecT +MGYG000000001_02773 572544.Ilyop_0916 7.3e-13 69.7 COG1454@1|root,COG1454@2|Bacteria,3792I@32066|Fusobacteria 32066|Fusobacteria C PFAM Iron-containing alcohol dehydrogenase fucO - 1.1.1.77 ko:K00048 ko00630,ko00640,ko01120,map00630,map00640,map01120 - R01781,R02257 RC00087,RC00099 ko00000,ko00001,ko01000 - - - Fe-ADH +MGYG000000001_02870 1391646.AVSU01000035_gene2143 6.95e-23 92.8 COG0681@1|root,COG0681@2|Bacteria,1V2HE@1239|Firmicutes,24R2U@186801|Clostridia,25UMV@186804|Peptostreptococcaceae 186801|Clostridia U Peptidase S24-like - - 3.4.21.89 ko:K13280 ko03060,map03060 - - - ko00000,ko00001,ko01000,ko01002 - - - Peptidase_S24 +MGYG000000001_02934 1280692.AUJL01000016_gene1111 9.24e-180 513.0 COG1752@1|root,COG1752@2|Bacteria,1UBYN@1239|Firmicutes,247V3@186801|Clostridia,36WRU@31979|Clostridiaceae 186801|Clostridia S Patatin-like phospholipase - - - ko:K07001 - - - - ko00000 - - - Patatin +MGYG000000001_01078 1117379.BABA_25751 2.15e-101 305.0 COG1082@1|root,COG1082@2|Bacteria,1TSK3@1239|Firmicutes,4HGGJ@91061|Bacilli,1ZMGH@1386|Bacillus 91061|Bacilli G Xylose isomerase-like TIM barrel - - - - - - - - - - - - AP_endonuc_2 +MGYG000000001_00055 1301100.HG529382_gene4027 0.0 942.0 COG1164@1|root,COG1164@2|Bacteria,1TP4P@1239|Firmicutes,248TP@186801|Clostridia,36DG9@31979|Clostridiaceae 186801|Clostridia E oligoendopeptidase F pepF - - ko:K08602 - - - - ko00000,ko01000,ko01002 - - - Peptidase_M3,Peptidase_M3_N +MGYG000000001_00119 272563.CD630_31710 8.51e-311 853.0 COG0696@1|root,COG0696@2|Bacteria,1TPM4@1239|Firmicutes,247JG@186801|Clostridia,25R4T@186804|Peptostreptococcaceae 186801|Clostridia G Catalyzes the interconversion of 2-phosphoglycerate and 3-phosphoglycerate gpmI - 5.4.2.12 ko:K15633 ko00010,ko00260,ko00680,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00010,map00260,map00680,map01100,map01110,map01120,map01130,map01200,map01230 M00001,M00002,M00003 R01518 RC00536 ko00000,ko00001,ko00002,ko01000 - - - Metalloenzyme,PglZ,Phosphodiest,iPGM_N +MGYG000000001_00152 1499684.CCNP01000023_gene3305 0.0 3217.0 COG3250@1|root,COG4733@1|root,COG3250@2|Bacteria,COG4733@2|Bacteria,1URCK@1239|Firmicutes,24CZ8@186801|Clostridia,36FVE@31979|Clostridiaceae 186801|Clostridia G domain protein - - - - - - - - - - - - DUF5011,F5_F8_type_C,NPCBM,Peptidase_M60 +MGYG000000001_03217 1476973.JMMB01000007_gene188 3.71e-54 173.0 2C8AN@1|root,32S6B@2|Bacteria,1VCS0@1239|Firmicutes,24JFN@186801|Clostridia,25RPP@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02172 1301100.HG529244_gene2363 1.83e-35 130.0 COG1524@1|root,COG1524@2|Bacteria,1TRZ7@1239|Firmicutes,24AU3@186801|Clostridia,36EDG@31979|Clostridiaceae 186801|Clostridia S type I phosphodiesterase nucleotide pyrophosphatase - - - - - - - - - - - - Phosphodiest +MGYG000000001_02269 702450.CUW_1030 1.35e-95 286.0 COG4509@1|root,COG4509@2|Bacteria,1TRWN@1239|Firmicutes,3VQAI@526524|Erysipelotrichia 526524|Erysipelotrichia S sortase, SrtB family srtB - - - - - - - - - - - Sortase +MGYG000000001_02590 1301100.HG529435_gene6471 4.62e-54 170.0 COG0089@1|root,COG0089@2|Bacteria,1VA4W@1239|Firmicutes,24MN8@186801|Clostridia,36JH0@31979|Clostridiaceae 186801|Clostridia J One of the early assembly proteins it binds 23S rRNA. One of the proteins that surrounds the polypeptide exit tunnel on the outside of the ribosome. Forms the main docking site for trigger factor binding to the ribosome rplW - - ko:K02892 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L23 +MGYG000000001_02752 1476973.JMMB01000005_gene3480 2.75e-154 434.0 COG3177@1|root,COG3177@2|Bacteria,1TZWX@1239|Firmicutes,247MZ@186801|Clostridia,25SA0@186804|Peptostreptococcaceae 186801|Clostridia S Fic/DOC family - - - - - - - - - - - - Acetyltransf_9,Fic,Fic_N,HTH_17,HTH_26,HTH_3 +MGYG000000001_02913 272563.CD630_22710 1.37e-239 680.0 COG3711@1|root,COG4668@1|root,COG3711@2|Bacteria,COG4668@2|Bacteria,1TQT1@1239|Firmicutes,248PT@186801|Clostridia,25RHJ@186804|Peptostreptococcaceae 186801|Clostridia G Mga helix-turn-helix domain - - - ko:K03491 - - - - ko00000,ko03000 - - - HTH_11,HTH_Mga,Mga,PRD,PTS_EIIA_2,PTS_IIB +MGYG000000001_03041 1476973.JMMB01000007_gene2874 3.39e-36 128.0 COG0629@1|root,COG0629@2|Bacteria,1UEZM@1239|Firmicutes,25JZT@186801|Clostridia,25U14@186804|Peptostreptococcaceae 186801|Clostridia L Single-strand binding protein family - - - ko:K03111 ko03030,ko03430,ko03440,map03030,map03430,map03440 - - - ko00000,ko00001,ko03029,ko03032,ko03400 - - - SSB +MGYG000000001_03143 1151292.QEW_1827 1.04e-116 338.0 COG1285@1|root,COG1285@2|Bacteria,1V409@1239|Firmicutes,249SQ@186801|Clostridia 186801|Clostridia E MgtC SapB transporter - - - ko:K07507 - - - - ko00000,ko02000 9.B.20 - - MgtC +MGYG000000001_02383 642492.Clole_0393 1.13e-53 173.0 COG1182@1|root,COG1182@2|Bacteria,1UZBY@1239|Firmicutes,248VP@186801|Clostridia 186801|Clostridia I Catalyzes the reductive cleavage of azo bond in aromatic azo compounds to the corresponding amines. Requires NADH, but not NADPH, as an electron donor for its activity azoR - - ko:K01118 - - - - ko00000,ko01000 - - - Flavodoxin_2 +MGYG000000001_00040 1151292.QEW_3941 9.27e-11 63.5 2975Z@1|root,2ZUDW@2|Bacteria,1W3HF@1239|Firmicutes,2567I@186801|Clostridia,25U7X@186804|Peptostreptococcaceae 186801|Clostridia - - - - - ko:K02663 - - - - ko00000,ko02035,ko02044 - - - - +MGYG000000001_02566 272563.CD630_00950 1.31e-77 231.0 COG0099@1|root,COG0099@2|Bacteria,1V3JH@1239|Firmicutes,24HCT@186801|Clostridia,25RGM@186804|Peptostreptococcaceae 186801|Clostridia J Located at the top of the head of the 30S subunit, it contacts several helices of the 16S rRNA. In the 70S ribosome it contacts the 23S rRNA (bridge B1a) and protein L5 of the 50S subunit (bridge B1b), connecting the 2 subunits rpsM - - ko:K02952 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S13 +MGYG000000001_02693 1449050.JNLE01000003_gene1293 6.49e-92 276.0 COG0745@1|root,COG0745@2|Bacteria,1TQ0D@1239|Firmicutes,248WX@186801|Clostridia,36FU1@31979|Clostridiaceae 186801|Clostridia T Regulatory protein - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_00909 445973.CLOBAR_00039 4.35e-105 304.0 COG1576@1|root,COG1576@2|Bacteria,1V3JM@1239|Firmicutes,24HED@186801|Clostridia,25RPM@186804|Peptostreptococcaceae 186801|Clostridia J Specifically methylates the pseudouridine at position 1915 (m3Psi1915) in 23S rRNA rlmH - 2.1.1.177 ko:K00783 - - - - ko00000,ko01000,ko03009 - - - SPOUT_MTase +MGYG000000001_00299 1301100.HG529369_gene1466 1.37e-178 498.0 COG2894@1|root,COG2894@2|Bacteria,1TP6P@1239|Firmicutes,249BB@186801|Clostridia,36DQ4@31979|Clostridiaceae 186801|Clostridia D Belongs to the ParA family minD - - ko:K03609 - - - - ko00000,ko03036,ko04812 - - - AAA_31,CBP_BcsQ,CbiA,ParA +MGYG000000001_00298 1301100.HG529369_gene1465 6.55e-50 160.0 COG0851@1|root,COG0851@2|Bacteria,1VFST@1239|Firmicutes,24QT6@186801|Clostridia,36MK5@31979|Clostridiaceae 186801|Clostridia D Prevents the cell division inhibition by proteins MinC and MinD at internal division sites while permitting inhibition at polar sites. This ensures cell division at the proper site by restricting the formation of a division septum at the midpoint of the long axis of the cell minE - - ko:K03608 - - - - ko00000,ko03036,ko04812 - - - MinE +MGYG000000001_00355 272563.CD630_27460 0.0 1184.0 COG0608@1|root,COG0608@2|Bacteria,1TPXE@1239|Firmicutes,247NU@186801|Clostridia,25QXQ@186804|Peptostreptococcaceae 186801|Clostridia L exonuclease recJ - - ko:K07462 ko03410,ko03430,ko03440,map03410,map03430,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - DEAD,DHH,DHHA1,HIRAN,Helicase_C,ssDNA-exonuc_C +MGYG000000001_02197 272563.CD630_34350 1.85e-299 824.0 COG1492@1|root,COG1492@2|Bacteria,1TP5E@1239|Firmicutes,248XW@186801|Clostridia,25QXP@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes amidations at positions B, D, E, and G on adenosylcobyrinic A,C-diamide. NH(2) groups are provided by glutamine, and one molecule of ATP is hydrogenolyzed for each amidation cobQ - 6.3.5.10 ko:K02232 ko00860,ko01100,map00860,map01100 M00122 R05225 RC00010,RC01302 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS15780 AAA_26,CbiA,GATase_3 +MGYG000000001_03167 1301100.HG529362_gene2108 6.37e-89 266.0 COG1014@1|root,COG1014@2|Bacteria,1V1DT@1239|Firmicutes,24HIC@186801|Clostridia,36EAN@31979|Clostridiaceae 186801|Clostridia C PFAM pyruvate ferredoxin flavodoxin oxidoreductase iorB - 1.2.7.8 ko:K00180 - - - - br01601,ko00000,ko01000 - - - POR +MGYG000000001_00742 445973.CLOBAR_02566 3.55e-98 289.0 COG0212@1|root,COG0212@2|Bacteria,1VA91@1239|Firmicutes,24N7H@186801|Clostridia,25R95@186804|Peptostreptococcaceae 186801|Clostridia H 5-formyltetrahydrofolate cyclo-ligase family yqgN - 6.3.3.2 ko:K01934 ko00670,ko01100,map00670,map01100 - R02301 RC00183 ko00000,ko00001,ko01000 - - - 5-FTHF_cyc-lig,DUF896 +MGYG000000001_02787 1292035.H476_1857 2.36e-156 448.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,25S1Q@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter substrate-binding protein PnrA-like bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_00892 1301100.HG529415_gene2958 1.61e-152 431.0 COG0037@1|root,COG0037@2|Bacteria,1TQ0Y@1239|Firmicutes,247RP@186801|Clostridia,36DIN@31979|Clostridiaceae 186801|Clostridia H Belongs to the TtcA family ttcA2 - - - - - - - - - - - ATP_bind_3 +MGYG000000001_00600 1292035.H476_1261 9.44e-101 298.0 COG0860@1|root,COG0860@2|Bacteria,1TS91@1239|Firmicutes,25B1N@186801|Clostridia 186801|Clostridia M N-acetylmuramoyl-L-alanine amidase, peptidoglycan hydrolase, LytC amidase family cwlC - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,SPOR +MGYG000000001_00599 1292035.H476_1261 9.44e-101 298.0 COG0860@1|root,COG0860@2|Bacteria,1TS91@1239|Firmicutes,25B1N@186801|Clostridia 186801|Clostridia M N-acetylmuramoyl-L-alanine amidase, peptidoglycan hydrolase, LytC amidase family cwlC - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,SPOR +MGYG000000001_01232 1301100.HG529262_gene707 0.0 1194.0 COG1554@1|root,COG1554@2|Bacteria,1TQMB@1239|Firmicutes,247J6@186801|Clostridia,36F38@31979|Clostridiaceae 186801|Clostridia G hydrolase family 65, central catalytic - - 2.4.1.8 ko:K00691 ko00500,ko01100,map00500,map01100 - R01555 RC00049 ko00000,ko00001,ko01000 - GH65 - Glyco_hydro_65C,Glyco_hydro_65N,Glyco_hydro_65m +MGYG000000001_01579 1151292.QEW_1910 5.4e-22 99.4 28QBP@1|root,2ZCU8@2|Bacteria,1W3NR@1239|Firmicutes,25641@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01092 997346.HMPREF9374_1114 2.67e-10 62.4 COG5005@1|root,COG5005@2|Bacteria 2|Bacteria S Phage virion morphogenesis - - - - - - - - - - - - HK97-gp10_like,Phage_tail_S +MGYG000000001_01530 545697.HMPREF0216_01993 8.86e-155 442.0 COG1073@1|root,COG1073@2|Bacteria,1TQYU@1239|Firmicutes,249J1@186801|Clostridia,36DMG@31979|Clostridiaceae 186801|Clostridia S Serine aminopeptidase, S33 - - - ko:K06889 - - - - ko00000 - - - DLH,FSH1,Hydrolase_4 +MGYG000000001_00727 445973.CLOBAR_02553 3.02e-78 238.0 COG0712@1|root,COG0712@2|Bacteria,1VAG3@1239|Firmicutes,24MSA@186801|Clostridia,25RIK@186804|Peptostreptococcaceae 186801|Clostridia C F(1)F(0) ATP synthase produces ATP from ADP in the presence of a proton or sodium gradient. F-type ATPases consist of two structural domains, F(1) containing the extramembraneous catalytic core and F(0) containing the membrane proton channel, linked together by a central stalk and a peripheral stalk. During catalysis, ATP synthesis in the catalytic domain of F(1) is coupled via a rotary mechanism of the central stalk subunits to proton translocation atpH - - ko:K02113 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194 3.A.2.1 - - OSCP +MGYG000000001_02645 1476973.JMMB01000007_gene1531 7.18e-55 174.0 COG3862@1|root,COG3862@2|Bacteria,1VA4U@1239|Firmicutes,24MN9@186801|Clostridia,25RQN@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1667) - - - - - - - - - - - - DUF1667 +MGYG000000001_00113 1301100.HG529386_gene5088 8.79e-73 219.0 COG0251@1|root,COG0251@2|Bacteria,1V6HG@1239|Firmicutes,24J8Y@186801|Clostridia,36JHE@31979|Clostridiaceae 186801|Clostridia J endoribonuclease L-PSP yjgF - 3.5.99.10 ko:K09022 - - R11098,R11099 RC03275,RC03354 ko00000,ko01000 - - - Ribonuc_L-PSP +MGYG000000001_01671 1301100.HG529327_gene4555 1.57e-276 762.0 COG1653@1|root,COG1653@2|Bacteria,1TRWM@1239|Firmicutes,24AP7@186801|Clostridia,36DUX@31979|Clostridiaceae 186801|Clostridia G Bacterial extracellular solute-binding protein - - - ko:K10200 ko02010,map02010 M00205 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.18 - - SBP_bac_1,SBP_bac_8 +MGYG000000001_00050 1301100.HG529382_gene4022 5.47e-38 127.0 COG1918@1|root,COG1918@2|Bacteria,1VEHC@1239|Firmicutes,24QKE@186801|Clostridia,36MTC@31979|Clostridiaceae 186801|Clostridia P ferrous iron transport protein feoA - - ko:K04758 - - - - ko00000,ko02000 - - - FeoA +MGYG000000001_00082 1151292.QEW_3898 4.44e-119 350.0 COG3391@1|root,COG3391@2|Bacteria,1VD1U@1239|Firmicutes,25AE3@186801|Clostridia,25R2U@186804|Peptostreptococcaceae 186801|Clostridia S amine dehydrogenase activity - - - - - - - - - - - - - +MGYG000000001_00114 1151292.QEW_3799 2.41e-206 584.0 COG1508@1|root,COG1508@2|Bacteria,1TQ0H@1239|Firmicutes,2480F@186801|Clostridia,25R2W@186804|Peptostreptococcaceae 186801|Clostridia K RNA polymerase rpoN - - ko:K03092 ko02020,ko05111,map02020,map05111 - - - ko00000,ko00001,ko03021 - - - Sigma54_AID,Sigma54_CBD,Sigma54_DBD +MGYG000000001_00147 1121333.JMLH01000022_gene2040 1.7e-15 71.6 2E6RY@1|root,331C2@2|Bacteria,1VI65@1239|Firmicutes,3VS6I@526524|Erysipelotrichia 526524|Erysipelotrichia - - - - - - - - - - - - - - - +MGYG000000001_00179 1499684.CCNP01000025_gene3681 1.57e-98 305.0 COG5002@1|root,COG5002@2|Bacteria,1UM1W@1239|Firmicutes,24IWA@186801|Clostridia,36J1C@31979|Clostridiaceae 186801|Clostridia T Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase - - - - - - - - - - - - HATPase_c,HisKA,PAS_4 +MGYG000000001_00211 1476973.JMMB01000007_gene2647 5.12e-70 233.0 COG0574@1|root,COG1080@1|root,COG0574@2|Bacteria,COG1080@2|Bacteria,1TPK8@1239|Firmicutes,247RW@186801|Clostridia,25QN3@186804|Peptostreptococcaceae 186801|Clostridia G Belongs to the PEP-utilizing enzyme family ppdK - 2.7.9.1 ko:K01006 ko00620,ko00710,ko00720,ko01100,ko01120,ko01200,map00620,map00710,map00720,map01100,map01120,map01200 M00169,M00171,M00172,M00173 R00206 RC00002,RC00015 ko00000,ko00001,ko00002,ko01000 - - - PEP-utilizers,PEP-utilizers_C,PPDK_N +MGYG000000001_00341 445973.CLOBAR_01903 1.4e-50 161.0 2F8Y5@1|root,3419Z@2|Bacteria,1VX1X@1239|Firmicutes,251UA@186801|Clostridia,25RZG@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00405 1301100.HG529405_gene298 6.67e-50 162.0 2AF43@1|root,3152T@2|Bacteria,1VFMI@1239|Firmicutes,24RBI@186801|Clostridia,36MZ7@31979|Clostridiaceae 186801|Clostridia S Stage V sporulation protein AB - - - ko:K06404 - - - - ko00000 - - - SpoVAB +MGYG000000001_00470 1476973.JMMB01000007_gene2517 1.46e-95 288.0 COG1434@1|root,COG1434@2|Bacteria,1TTTH@1239|Firmicutes,25NB0@186801|Clostridia,25T4Z@186804|Peptostreptococcaceae 186801|Clostridia S DUF218 domain - - - - - - - - - - - - DUF218 +MGYG000000001_00502 1301100.HG529233_gene7372 4.75e-152 435.0 COG0524@1|root,COG0524@2|Bacteria,1TPGM@1239|Firmicutes,247M1@186801|Clostridia,36DU6@31979|Clostridiaceae 186801|Clostridia G PfkB family scrK - 2.7.1.4 ko:K00847 ko00051,ko00500,ko00520,ko01100,map00051,map00500,map00520,map01100 - R00760,R00867,R03920 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PfkB +MGYG000000001_00534 1408823.AXUS01000011_gene2113 2.15e-56 177.0 COG0251@1|root,COG0251@2|Bacteria,1VDW8@1239|Firmicutes,24KN3@186801|Clostridia,25RMT@186804|Peptostreptococcaceae 186801|Clostridia J Endoribonuclease L-PSP - - - - - - - - - - - - Ribonuc_L-PSP +MGYG000000001_00566 1476973.JMMB01000007_gene1866 2.98e-23 90.5 COG5566@1|root,COG5566@2|Bacteria,1VHWQ@1239|Firmicutes,24TPM@186801|Clostridia,25TYI@186804|Peptostreptococcaceae 186801|Clostridia S Mor transcription activator family - - - - - - - - - - - - Mor +MGYG000000001_00630 1476973.JMMB01000007_gene1883 4.13e-45 151.0 COG2856@1|root,COG2856@2|Bacteria,1VEWS@1239|Firmicutes,24R47@186801|Clostridia,25UDH@186804|Peptostreptococcaceae 186801|Clostridia E IrrE N-terminal-like domain - - - - - - - - - - - - Peptidase_M78 +MGYG000000001_00663 1476973.JMMB01000007_gene111 8.04e-184 514.0 COG1774@1|root,COG1774@2|Bacteria,1TP1V@1239|Firmicutes,247Q6@186801|Clostridia,25QP1@186804|Peptostreptococcaceae 186801|Clostridia S PSP1 C-terminal domain protein yaaT - - - - - - - - - - - PSP1 +MGYG000000001_00759 457412.RSAG_01670 1.46e-73 226.0 COG5423@1|root,COG5423@2|Bacteria,1V8Y4@1239|Firmicutes,24EAF@186801|Clostridia 186801|Clostridia S Predicted metal-binding protein (DUF2284) - - - - - - - - - - - - DUF2284 +MGYG000000001_00823 445973.CLOBAR_00939 4.58e-66 204.0 COG1846@1|root,COG1846@2|Bacteria,1V6MI@1239|Firmicutes,25CPT@186801|Clostridia 186801|Clostridia K transcriptional regulator - - - - - - - - - - - - HTH_27,MarR +MGYG000000001_00855 1476973.JMMB01000007_gene1707 1.13e-10 68.2 29USE@1|root,30G4I@2|Bacteria,1UF64@1239|Firmicutes,253ID@186801|Clostridia,25U94@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00887 272563.CD630_35970 2.09e-96 288.0 COG1410@1|root,COG1410@2|Bacteria,1V7JJ@1239|Firmicutes,24AE1@186801|Clostridia,25RHC@186804|Peptostreptococcaceae 186801|Clostridia E Vitamin B12 dependent methionine synthase, activation domain metH2 - 2.1.1.13 ko:K00548 ko00270,ko00450,ko00670,ko01100,ko01110,ko01230,map00270,map00450,map00670,map01100,map01110,map01230 M00017 R00946,R09365 RC00035,RC00113,RC01241 ko00000,ko00001,ko00002,ko01000 - - - Met_synt_B12 +MGYG000000001_00924 1301100.HG529418_gene3021 0.0 1049.0 COG3887@1|root,COG3887@2|Bacteria,1TPGP@1239|Firmicutes,2484R@186801|Clostridia,36E60@31979|Clostridiaceae 186801|Clostridia T domain protein yybT - - - - - - - - - - - DHH,DHHA1,GGDEF,PAS_8 +MGYG000000001_00956 1301100.HG529418_gene3051 9.21e-56 175.0 COG1366@1|root,COG1366@2|Bacteria,1VER8@1239|Firmicutes,24QWE@186801|Clostridia,36NS4@31979|Clostridiaceae 186801|Clostridia T STAS domain rsbV - - ko:K04749 - - - - ko00000,ko03021 - - - STAS,STAS_2 +MGYG000000001_00989 1476973.JMMB01000007_gene2504 0.0 1096.0 COG0550@1|root,COG0551@1|root,COG0550@2|Bacteria,COG0551@2|Bacteria,1TPJD@1239|Firmicutes,24810@186801|Clostridia,25QP4@186804|Peptostreptococcaceae 186801|Clostridia L Releases the supercoiling and torsional tension of DNA, which is introduced during the DNA replication and transcription, by transiently cleaving and rejoining one strand of the DNA duplex. Introduces a single-strand break via transesterification at a target site in duplex DNA. The scissile phosphodiester is attacked by the catalytic tyrosine of the enzyme, resulting in the formation of a DNA-(5'-phosphotyrosyl)-enzyme intermediate and the expulsion of a 3'-OH DNA strand. The free DNA strand then undergoes passage around the unbroken strand, thus removing DNA supercoils. Finally, in the religation step, the DNA 3'-OH attacks the covalent intermediate to expel the active-site tyrosine and restore the DNA phosphodiester backbone topB - 5.99.1.2 ko:K03169 - - - - ko00000,ko01000,ko03032 - - - Topoisom_bac,Toprim,Toprim_Crpt,zf-C4_Topoisom +MGYG000000001_01029 1414720.CBYM010000087_gene3341 4.07e-12 67.4 COG2826@1|root,COG2826@2|Bacteria,1TRSF@1239|Firmicutes,248IJ@186801|Clostridia,36VMZ@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain - - - - - - - - - - - - HTH_38,rve +MGYG000000001_01125 1408823.AXUS01000025_gene2661 2.91e-121 356.0 COG3723@1|root,COG3723@2|Bacteria,1V3B6@1239|Firmicutes,24HHQ@186801|Clostridia 186801|Clostridia L Phage recombination protein Bet bet - - - - - - - - - - - RecT +MGYG000000001_01222 1476973.JMMB01000007_gene2875 6.6e-290 810.0 COG0366@1|root,COG0366@2|Bacteria,1TNZ0@1239|Firmicutes,247YM@186801|Clostridia,25QER@186804|Peptostreptococcaceae 186801|Clostridia G Alpha-amylase domain apu - 2.4.1.25 ko:K00705 ko00500,ko01100,map00500,map01100 - R05196 RC00049 ko00000,ko00001,ko01000 - GH77 - Alpha-amylase,Cu_amine_oxidN1,DUF3459,Glucodextran_C,Glyco_hydro_77,Malt_amylase_C +MGYG000000001_01350 1301100.HG529407_gene253 9.82e-232 642.0 COG0457@1|root,COG0457@2|Bacteria,1V96X@1239|Firmicutes,24AK3@186801|Clostridia,36DG6@31979|Clostridiaceae 186801|Clostridia S repeat protein - - - - - - - - - - - - TPR_1,TPR_10,TPR_12,TPR_16,TPR_19,TPR_2,TPR_6,TPR_7,TPR_8 +MGYG000000001_01382 195103.CPF_2131 3.49e-33 123.0 COG0584@1|root,COG0584@2|Bacteria,1V3W4@1239|Firmicutes,24AVJ@186801|Clostridia,36F9I@31979|Clostridiaceae 186801|Clostridia C glycerophosphoryl diester phosphodiesterase glpQ - 3.1.4.46 ko:K01126 ko00564,map00564 - R01030,R01470 RC00017,RC00425 ko00000,ko00001,ko01000 - - - GDPD +MGYG000000001_01414 1219626.HMPREF1639_02480 1.81e-110 330.0 COG0697@1|root,COG0697@2|Bacteria,1UYTR@1239|Firmicutes,249JF@186801|Clostridia,25TM8@186804|Peptostreptococcaceae 186801|Clostridia EG PFAM EamA-like transporter family - - - - - - - - - - - - EamA +MGYG000000001_01446 1391646.AVSU01000102_gene615 1.94e-145 420.0 COG3049@1|root,COG3049@2|Bacteria,1TPZS@1239|Firmicutes,24B0E@186801|Clostridia,25SCW@186804|Peptostreptococcaceae 186801|Clostridia M Linear amide C-N hydrolases, choloylglycine hydrolase family cbh - 3.5.1.24 ko:K01442 ko00120,ko00121,ko01100,map00120,map00121,map01100 - R02797,R03975,R03977,R04486,R04487,R05835 RC00090,RC00096 ko00000,ko00001,ko01000 - - - CBAH +MGYG000000001_01478 1292035.H476_2688 2.92e-130 382.0 COG1638@1|root,COG1638@2|Bacteria,1TP3I@1239|Firmicutes,248MN@186801|Clostridia,25T9C@186804|Peptostreptococcaceae 186801|Clostridia G Bacterial extracellular solute-binding protein, family 7 - - - - - - - - - - - - DctP +MGYG000000001_01542 1301100.HG529424_gene1990 1.34e-64 200.0 COG1641@1|root,COG1641@2|Bacteria,1V4CM@1239|Firmicutes,24Q1I@186801|Clostridia,36MJ4@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function DUF111 - - 4.99.1.12 ko:K09121 - - - - ko00000,ko01000 - - - DUF111 +MGYG000000001_01574 1301100.HG529427_gene1867 1.3e-189 534.0 2DKA9@1|root,32UEQ@2|Bacteria,1VE7Y@1239|Firmicutes,24KB2@186801|Clostridia,36SC6@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01606 1301100.HG529251_gene6279 1.92e-149 428.0 COG0196@1|root,COG0196@2|Bacteria,1TPKS@1239|Firmicutes,2484A@186801|Clostridia,36EA2@31979|Clostridiaceae 186801|Clostridia H Belongs to the ribF family ribF - 2.7.1.26,2.7.7.2 ko:K11753 ko00740,ko01100,ko01110,map00740,map01100,map01110 M00125 R00161,R00549 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - - FAD_syn,Flavokinase,Peptidase_M16_C +MGYG000000001_01670 1301100.HG529327_gene4554 0.0 1337.0 COG5426@1|root,COG5426@2|Bacteria,1TPH0@1239|Firmicutes,24892@186801|Clostridia,36FBS@31979|Clostridiaceae 186801|Clostridia S 1,3-beta-galactosyl-N-acetylhexosamine phosphorylase gnpA GO:0003674,GO:0003824,GO:0004645,GO:0005975,GO:0008150,GO:0008152,GO:0016740,GO:0016757,GO:0016758,GO:0044238,GO:0050500,GO:0071704 2.4.1.211 ko:K15533 - - - - ko00000,ko01000 - - - LBP_C,LBP_M,Lact_bio_phlase +MGYG000000001_01735 1301100.HG529349_gene4331 5.73e-110 318.0 COG1592@1|root,COG1592@2|Bacteria,1TSUY@1239|Firmicutes,248GY@186801|Clostridia,36EFS@31979|Clostridiaceae 186801|Clostridia C Rubrerythrin - GO:0000302,GO:0003674,GO:0003824,GO:0004601,GO:0005488,GO:0005506,GO:0006091,GO:0006950,GO:0006970,GO:0006979,GO:0008150,GO:0008152,GO:0009055,GO:0009056,GO:0009266,GO:0009268,GO:0009408,GO:0009409,GO:0009628,GO:0009636,GO:0009651,GO:0009987,GO:0010035,GO:0010446,GO:0016209,GO:0016491,GO:0016684,GO:0016692,GO:0016999,GO:0017001,GO:0017144,GO:0022900,GO:0033554,GO:0034599,GO:0034605,GO:0034614,GO:0035690,GO:0042221,GO:0042493,GO:0042542,GO:0042737,GO:0042743,GO:0042744,GO:0043167,GO:0043169,GO:0044237,GO:0044248,GO:0046677,GO:0046872,GO:0046914,GO:0050896,GO:0051186,GO:0051187,GO:0051716,GO:0055114,GO:0070301,GO:0070417,GO:0070482,GO:0070887,GO:0071214,GO:0071236,GO:0071453,GO:0071467,GO:0071469,GO:0071470,GO:0071472,GO:0072593,GO:0097237,GO:0098754,GO:0098869,GO:0104004,GO:1901700,GO:1901701,GO:1990748 - - - - - - - - - - FAD_binding_6,NAD_binding_1,Rubrerythrin +MGYG000000001_01767 272563.CD630_14900 1.97e-93 279.0 COG2011@1|root,COG2011@2|Bacteria,1TRSY@1239|Firmicutes,24AZ9@186801|Clostridia,25QKR@186804|Peptostreptococcaceae 186801|Clostridia P ABC transporter permease metI - - ko:K02072 ko02010,map02010 M00238 - - ko00000,ko00001,ko00002,ko02000 3.A.1.24 - - BPD_transp_1 +MGYG000000001_01800 545697.HMPREF0216_02885 4.76e-13 70.5 COG0433@1|root,COG0433@2|Bacteria,1V4Z4@1239|Firmicutes,24E9I@186801|Clostridia,36GXR@31979|Clostridiaceae 186801|Clostridia S COG0433 Predicted ATPase - - - - - - - - - - - - - +MGYG000000001_01832 536233.CLO_2537 1.64e-105 362.0 2DUDQ@1|root,33Q4K@2|Bacteria,1VTBX@1239|Firmicutes,24IJS@186801|Clostridia,36IVE@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - RdRP +MGYG000000001_01864 1211817.CCAT010000085_gene1940 6.86e-134 382.0 COG1136@1|root,COG1136@2|Bacteria,1TP6H@1239|Firmicutes,247JJ@186801|Clostridia,36EH8@31979|Clostridiaceae 186801|Clostridia V ABC transporter, ATP-binding protein - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_01896 1301100.HG529284_gene7067 6.81e-83 251.0 COG0586@1|root,COG0586@2|Bacteria,1TS2R@1239|Firmicutes,24HX6@186801|Clostridia,36IZ3@31979|Clostridiaceae 186801|Clostridia S PFAM SNARE associated Golgi protein - - - - - - - - - - - - Gram_pos_anchor,SNARE_assoc +MGYG000000001_01928 1280689.AUJC01000003_gene1085 4.78e-187 529.0 COG1893@1|root,COG1893@2|Bacteria,1V3S3@1239|Firmicutes,25J40@186801|Clostridia,36HP8@31979|Clostridiaceae 186801|Clostridia H NAD/NADP octopine/nopaline dehydrogenase, alpha-helical domain - - - - - - - - - - - - ApbA,NAD_Gly3P_dh_N,Octopine_DH +MGYG000000001_01960 742733.HMPREF9469_05579 9.64e-172 486.0 COG0601@1|root,COG0601@2|Bacteria,1TP1S@1239|Firmicutes,247IP@186801|Clostridia,21ZIG@1506553|Lachnoclostridium 186801|Clostridia P Binding-protein-dependent transport system inner membrane component - - - ko:K02033 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - BPD_transp_1 +MGYG000000001_01992 272563.CD630_35710 1.6e-89 265.0 COG3012@1|root,COG3012@2|Bacteria,1V1CC@1239|Firmicutes,24FYC@186801|Clostridia,25REN@186804|Peptostreptococcaceae 186801|Clostridia S SEC-C motif secA_2 - - - - - - - - - - - SEC-C +MGYG000000001_02124 1301100.HG529391_gene5032 1.72e-23 95.1 COG2454@1|root,COG2454@2|Bacteria,1V42I@1239|Firmicutes,24BAF@186801|Clostridia,36FFD@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF434) - - - - - - - - - - - - DUF434 +MGYG000000001_02318 1476973.JMMB01000007_gene2871 3.14e-120 353.0 29UFU@1|root,30FSR@2|Bacteria,1UEJZ@1239|Firmicutes,24Z7T@186801|Clostridia,25SNV@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02350 1301100.HG529274_gene1747 1.39e-111 333.0 COG1196@1|root,COG1196@2|Bacteria,1UJP5@1239|Firmicutes,25F75@186801|Clostridia,36VAN@31979|Clostridiaceae 186801|Clostridia D nuclear chromosome segregation - - - - - - - - - - - - - +MGYG000000001_02542 1391646.AVSU01000050_gene1691 2.68e-132 384.0 COG1316@1|root,COG1316@2|Bacteria,1TR1B@1239|Firmicutes,248RH@186801|Clostridia 186801|Clostridia K Cell envelope-like function transcriptional attenuator common domain protein - - - - - - - - - - - - LytR_cpsA_psr,Polysacc_deac_1 +MGYG000000001_02608 1301100.HG529378_gene4080 2.36e-185 519.0 COG1493@1|root,COG1493@2|Bacteria,1TP5Z@1239|Firmicutes,24999@186801|Clostridia,36F8F@31979|Clostridiaceae 186801|Clostridia F Catalyzes the ATP- as well as the pyrophosphate- dependent phosphorylation of a specific serine residue in HPr, a phosphocarrier protein of the phosphoenolpyruvate-dependent sugar phosphotransferase system (PTS). HprK P also catalyzes the pyrophosphate-producing, inorganic phosphate-dependent dephosphorylation (phosphorolysis) of seryl-phosphorylated HPr (P- Ser-HPr). The two antagonistic activities of HprK P are regulated by several intracellular metabolites, which change their concentration in response to the absence or presence of rapidly metabolisable carbon sources (glucose, fructose, etc.) in the growth medium. Therefore, by controlling the phosphorylation state of HPr, HPrK P is a sensor enzyme that plays a major role in the regulation of carbon metabolism and sugar transport it mediates carbon catabolite repression (CCR), and regulates PTS-catalyzed carbohydrate uptake and inducer exclusion hprK - - ko:K06023 - - - - ko00000,ko01000 - - - Hpr_kinase_C,Hpr_kinase_N +MGYG000000001_02640 1391647.AVSV01000036_gene884 4.16e-34 119.0 2E5R5@1|root,330FR@2|Bacteria,1VEID@1239|Firmicutes,25D64@186801|Clostridia 186801|Clostridia S Phage holin family Hol44, in holin superfamily V - - - - - - - - - - - - Phage_holin_5_2 +MGYG000000001_02672 1499683.CCFF01000006_gene34 0.000349 41.2 2BIGM@1|root,32CP9@2|Bacteria,1UQ1V@1239|Firmicutes,24SI6@186801|Clostridia,36NGC@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02704 1476973.JMMB01000007_gene552 5.8e-99 295.0 COG2339@1|root,COG2339@2|Bacteria,1UZGQ@1239|Firmicutes,24D4U@186801|Clostridia,25RE7@186804|Peptostreptococcaceae 186801|Clostridia S Protease prsW family prsW - - - - - - - - - - - PrsW-protease,zinc_ribbon_2 +MGYG000000001_02736 4537.OPUNC10G06840.1 0.000832 47.0 COG2730@1|root,2QPYU@2759|Eukaryota,37JCR@33090|Viridiplantae,3GB27@35493|Streptophyta,3KQ21@4447|Liliopsida,3ING7@38820|Poales 35493|Streptophyta G Cellulase (glycosyl hydrolase family 5) - - - - - - - - - - - - Cellulase,Fascin +MGYG000000001_02801 1301100.HG529306_gene3148 7.22e-164 464.0 COG1597@1|root,COG1597@2|Bacteria,1TQAU@1239|Firmicutes,249SY@186801|Clostridia,36EPM@31979|Clostridiaceae 186801|Clostridia I Lipid kinase dagK - 2.7.1.107 ko:K07029 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 - R02240 RC00002,RC00017 ko00000,ko00001,ko01000 - - - DAGK_cat +MGYG000000001_02865 1301100.HG529278_gene1539 1.19e-40 135.0 2FHHF@1|root,349BG@2|Bacteria,1W0RN@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02897 1476973.JMMB01000007_gene872 1.52e-52 175.0 COG4512@1|root,COG4512@2|Bacteria,1VF1N@1239|Firmicutes,24SCM@186801|Clostridia,25TSE@186804|Peptostreptococcaceae 186801|Clostridia KOT Accessory gene regulator B - - - ko:K07813 ko02020,ko02024,map02020,map02024 - - - ko00000,ko00001,ko01002 - - - AgrB +MGYG000000001_02929 1301100.HG529304_gene3081 6.33e-39 134.0 2BT0T@1|root,32N4X@2|Bacteria,1UTSD@1239|Firmicutes,2544G@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02961 1476973.JMMB01000007_gene1714 1.29e-252 700.0 COG0165@1|root,COG0165@2|Bacteria,1TNZ6@1239|Firmicutes,2489H@186801|Clostridia,25QQT@186804|Peptostreptococcaceae 186801|Clostridia E argininosuccinate lyase argH - 4.3.2.1 ko:K01755 ko00220,ko00250,ko01100,ko01110,ko01130,ko01230,map00220,map00250,map01100,map01110,map01130,map01230 M00029,M00844,M00845 R01086 RC00445,RC00447 ko00000,ko00001,ko00002,ko01000,ko04147 - - - ASL_C2,Lyase_1 +MGYG000000001_02993 1301100.HG529256_gene6205 2.36e-87 271.0 COG0265@1|root,COG0265@2|Bacteria,1VU1H@1239|Firmicutes,2504R@186801|Clostridia,36VAK@31979|Clostridiaceae 186801|Clostridia O SpoIVB peptidase S55 - - 3.4.21.116 ko:K06399 - - - - ko00000,ko01000,ko01002 - - - PDZ_2,Peptidase_S55 +MGYG000000001_03059 1151292.QEW_0006 5.22e-88 260.0 COG0590@1|root,COG0590@2|Bacteria,1V3HZ@1239|Firmicutes,24JM2@186801|Clostridia,25RKA@186804|Peptostreptococcaceae 186801|Clostridia FJ Catalyzes the deamination of adenosine to inosine at the wobble position 34 of tRNA(Arg2) tadA - 3.5.4.33 ko:K11991 - - R10223 RC00477 ko00000,ko01000,ko03016 - - - Acetyltransf_CG,DUF1905,Hydrolase_3,MafB19-deam,TMP-TENI +MGYG000000001_03092 500633.CLOHIR_01376 1.04e-72 223.0 COG1595@1|root,COG1595@2|Bacteria,1V734@1239|Firmicutes,24MQB@186801|Clostridia 186801|Clostridia K Belongs to the sigma-70 factor family. ECF subfamily sigV - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_00051 1151292.QEW_3920 3.87e-78 236.0 COG4769@1|root,COG4769@2|Bacteria,1V1M0@1239|Firmicutes,24MZC@186801|Clostridia,25RNZ@186804|Peptostreptococcaceae 186801|Clostridia S Heptaprenyl diphosphate synthase component I - - 2.5.1.30 ko:K00805 ko00900,ko01110,map00900,map01110 - R09247 RC00279 ko00000,ko00001,ko01000,ko01006 - - - Hpre_diP_synt_I +MGYG000000001_00115 1292035.H476_3024 1.06e-164 469.0 COG2390@1|root,COG2390@2|Bacteria,1TP62@1239|Firmicutes,24B2X@186801|Clostridia,25SNA@186804|Peptostreptococcaceae 186801|Clostridia K Putative sugar-binding domain cggR - - ko:K05311 - - - - ko00000,ko03000 - - - HTH_11,HTH_12,Sugar-bind +MGYG000000001_00148 180332.JTGN01000001_gene5337 1.05e-58 184.0 2DGB2@1|root,32U6Z@2|Bacteria,1VB89@1239|Firmicutes,24MUC@186801|Clostridia 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_00342 445973.CLOBAR_01537 1.32e-85 298.0 COG1511@1|root,COG1511@2|Bacteria,1TQ15@1239|Firmicutes,24A8K@186801|Clostridia,25R0I@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cellwall, score - - - ko:K01421 - - - - ko00000 - - - - +MGYG000000001_00374 1151292.QEW_1982 3.7e-136 388.0 COG3546@1|root,COG3546@2|Bacteria,1TQVQ@1239|Firmicutes,247YJ@186801|Clostridia,25QHS@186804|Peptostreptococcaceae 186801|Clostridia P Manganese containing catalase - - - ko:K07217 - - - - ko00000 - - - Mn_catalase +MGYG000000001_00471 1301100.HG529311_gene414 2.42e-209 585.0 COG1454@1|root,COG1454@2|Bacteria,1TQMF@1239|Firmicutes,24828@186801|Clostridia,36F1E@31979|Clostridiaceae 186801|Clostridia C alcohol dehydrogenase 4hbD - 1.1.1.61 ko:K18120 ko00650,ko01100,ko01200,map00650,map01100,map01200 - R01644 RC00087 ko00000,ko00001,ko01000 - - - Fe-ADH +MGYG000000001_00503 1301100.HG529233_gene7373 1.98e-76 232.0 COG2190@1|root,COG2190@2|Bacteria,1VAEB@1239|Firmicutes,24N5U@186801|Clostridia,36IRX@31979|Clostridiaceae 186801|Clostridia G PTS system, glucose subfamily, IIA crr - 2.7.1.199 ko:K02777,ko:K20116,ko:K20117,ko:K20118 ko00010,ko00500,ko00520,ko02026,ko02060,ko05111,map00010,map00500,map00520,map02026,map02060,map05111 M00265,M00266,M00268,M00270,M00272,M00303,M00806,M00809 R02738,R02780,R04111,R04394,R05132,R08559 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.1.1.1,4.A.1.1.13,4.A.1.1.14,4.A.1.1.9 - - PTS_EIIA_1 +MGYG000000001_00535 272563.CD630_13940 9.77e-212 596.0 COG0673@1|root,COG0673@2|Bacteria,1TRCC@1239|Firmicutes,248FQ@186801|Clostridia,25S5D@186804|Peptostreptococcaceae 186801|Clostridia S Oxidoreductase family, C-terminal alpha/beta domain - - - - - - - - - - - - GFO_IDH_MocA,GFO_IDH_MocA_C +MGYG000000001_00760 536227.CcarbDRAFT_5296 9.4e-256 722.0 COG0633@1|root,COG3894@1|root,COG0633@2|Bacteria,COG3894@2|Bacteria,1TP0H@1239|Firmicutes,247S0@186801|Clostridia,36DDZ@31979|Clostridiaceae 186801|Clostridia C PFAM ferredoxin - - - - - - - - - - - - DUF4445,Fer2,Fer2_4 +MGYG000000001_00792 1301100.HG529265_gene644 1.59e-23 100.0 COG4219@1|root,COG4219@2|Bacteria,1V8ND@1239|Firmicutes,24QUK@186801|Clostridia,36NMC@31979|Clostridiaceae 186801|Clostridia KT Domain of unknown function (DUF4825) - - - - - - - - - - - - DUF4825,Peptidase_M56 +MGYG000000001_00824 1196322.A370_03516 3.62e-135 389.0 COG0825@1|root,COG0825@2|Bacteria,1UHNS@1239|Firmicutes,25E47@186801|Clostridia,36UHY@31979|Clostridiaceae 186801|Clostridia I Component of the acetyl coenzyme A carboxylase (ACC) complex. First, biotin carboxylase catalyzes the carboxylation of biotin on its carrier protein (BCCP) and then the CO(2) group is transferred by the carboxyltransferase to acetyl-CoA to form malonyl-CoA accA - 2.1.3.15,6.4.1.2 ko:K01962 ko00061,ko00620,ko00640,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,ko01212,map00061,map00620,map00640,map00720,map01100,map01110,map01120,map01130,map01200,map01212 M00082,M00376 R00742,R04386 RC00040,RC00253,RC00367 ko00000,ko00001,ko00002,ko01000 - - - ACCA,Carboxyl_trans,ECH_1,MdcE +MGYG000000001_00925 1301100.HG529418_gene3022 5.5e-113 337.0 COG4241@1|root,COG4241@2|Bacteria 2|Bacteria S Predicted membrane protein (DUF2232) yybS - - ko:K16785,ko:K16786,ko:K16787 ko02010,map02010 M00582 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.25,3.A.1.28,3.A.1.29,3.A.1.30,3.A.1.31,3.A.1.32,3.A.1.33,3.A.1.35 - - ABC_tran,CbiQ,DUF2232,Tmemb_14 +MGYG000000001_00990 1301100.HG529356_gene2061 2.24e-236 665.0 COG0665@1|root,COG0723@1|root,COG0665@2|Bacteria,COG0723@2|Bacteria,1TR1R@1239|Firmicutes,24A67@186801|Clostridia,36EHR@31979|Clostridiaceae 186801|Clostridia CE FAD dependent oxidoreductase - - - - - - - - - - - - DAO,Rieske +MGYG000000001_01094 1540257.JQMW01000009_gene3373 2.35e-13 67.8 2EJE3@1|root,33D53@2|Bacteria,1VKGB@1239|Firmicutes,24PXH@186801|Clostridia,36KMS@31979|Clostridiaceae 186801|Clostridia S Phage gp6-like head-tail connector protein - - - - - - - - - - - - Phage_connect_1 +MGYG000000001_01255 1301100.HG529275_gene1620 6.76e-170 479.0 COG0524@1|root,COG0524@2|Bacteria,1TQRC@1239|Firmicutes,249QQ@186801|Clostridia,36G1Q@31979|Clostridiaceae 186801|Clostridia H Catalyzes the phosphorylation of ribose at O-5 in a reaction requiring ATP and magnesium. The resulting D-ribose-5- phosphate can then be used either for sythesis of nucleotides, histidine, and tryptophan, or as a component of the pentose phosphate pathway rbsK - 2.7.1.15 ko:K00852 ko00030,map00030 - R01051,R02750 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PfkB +MGYG000000001_01383 1391646.AVSU01000027_gene2383 1.59e-99 292.0 28NU7@1|root,2ZBSM@2|Bacteria,1V2N8@1239|Firmicutes,24G4F@186801|Clostridia,25TNA@186804|Peptostreptococcaceae 186801|Clostridia S NOG32933 non supervised orthologous group - - - - - - - - - - - - - +MGYG000000001_01415 1499689.CCNN01000007_gene2608 2.03e-249 707.0 COG0510@1|root,COG1213@1|root,COG0510@2|Bacteria,COG1213@2|Bacteria,1TQ5R@1239|Firmicutes,25CDY@186801|Clostridia,36GQ3@31979|Clostridiaceae 186801|Clostridia M choline ethanolamine kinase - - - - - - - - - - - - Choline_kinase,HTH_24,NTP_transf_3 +MGYG000000001_01447 1301100.HG529261_gene684 3.6e-13 68.2 COG2116@1|root,COG2116@2|Bacteria,1TRTT@1239|Firmicutes,24BU5@186801|Clostridia,36F4N@31979|Clostridiaceae 186801|Clostridia P Formate nitrite fnt - - ko:K02598 - - - - ko00000,ko02000 1.A.16.3 - - Form_Nir_trans +MGYG000000001_01479 1203606.HMPREF1526_02993 6.51e-90 276.0 COG2140@1|root,COG2207@1|root,COG2140@2|Bacteria,COG2207@2|Bacteria,1TPMG@1239|Firmicutes,24ISI@186801|Clostridia,36VKV@31979|Clostridiaceae 186801|Clostridia K Cupin domain - - - - - - - - - - - - AraC_binding,HTH_18 +MGYG000000001_01511 545697.HMPREF0216_02884 2.19e-05 45.8 2B9RW@1|root,3234J@2|Bacteria,1UU7V@1239|Firmicutes,255TR@186801|Clostridia,36TM7@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01575 1301100.HG529427_gene1868 1.24e-18 86.7 2CJ0J@1|root,2ZXBA@2|Bacteria,1W2JN@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01768 1408823.AXUS01000001_gene602 2.42e-129 375.0 COG1464@1|root,COG1464@2|Bacteria,1TQAS@1239|Firmicutes,247WV@186801|Clostridia,25QQA@186804|Peptostreptococcaceae 186801|Clostridia M Belongs to the nlpA lipoprotein family metQ - - ko:K02073 ko02010,map02010 M00238 - - ko00000,ko00001,ko00002,ko02000 3.A.1.24 - - Lipoprotein_9 +MGYG000000001_00161 1391646.AVSU01000040_gene1881 4.27e-143 411.0 COG1131@1|root,COG1131@2|Bacteria,1TRJH@1239|Firmicutes,247XQ@186801|Clostridia,25SJV@186804|Peptostreptococcaceae 186801|Clostridia V AAA domain, putative AbiEii toxin, Type IV TA system - - - - - - - - - - - - ABC_tran +MGYG000000001_00160 1292035.H476_2588 1.07e-78 247.0 2E20S@1|root,32X8S@2|Bacteria,1VDSP@1239|Firmicutes,25P01@186801|Clostridia,25TCJ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00579 1301100.HG529227_gene5498 6.71e-266 731.0 COG1696@1|root,COG1696@2|Bacteria,1TP52@1239|Firmicutes,248V4@186801|Clostridia,36DV2@31979|Clostridiaceae 186801|Clostridia M membrane protein involved in D-alanine export - - - ko:K19294 - - - - ko00000 - - - MBOAT +MGYG000000001_00611 1476973.JMMB01000007_gene2150 1.12e-63 201.0 2DXPY@1|root,345XZ@2|Bacteria,1W1DG@1239|Firmicutes,24D0D@186801|Clostridia,25TIZ@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF4878) - - - - - - - - - - - - DUF4878,DUF5105 +MGYG000000001_01002 1301100.HG529429_gene1920 0.0 950.0 COG1574@1|root,COG1574@2|Bacteria,1TQ6G@1239|Firmicutes,24A5F@186801|Clostridia,36DJ1@31979|Clostridiaceae 186801|Clostridia S Amidohydrolase family - - - - - - - - - - - - Amidohydro_3,Methyltransf_25 +MGYG000000001_01715 1414720.CBYM010000071_gene3375 4.36e-07 52.8 2BESA@1|root,328HW@2|Bacteria,1UUFG@1239|Firmicutes,256M3@186801|Clostridia,36TPG@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain of resolvase - - - - - - - - - - - - HTH_38,HTH_7 +MGYG000000001_01973 290402.Cbei_0954 0.0 1024.0 COG1221@1|root,COG3933@1|root,COG1221@2|Bacteria,COG3933@2|Bacteria,1VSHE@1239|Firmicutes,248QH@186801|Clostridia,36ECX@31979|Clostridiaceae 186801|Clostridia K system, fructose subfamily, IIA component - - - ko:K19505 - - - - ko00000,ko03000 - - - EIIA-man,HTH_11,HTH_24,HTH_5,PRD,Sigma54_activat +MGYG000000001_02105 1476973.JMMB01000007_gene658 8.84e-48 159.0 2999B@1|root,2ZWCI@2|Bacteria,1W2CR@1239|Firmicutes,252NM@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02266 1292035.H476_0612 5.26e-308 857.0 COG1086@1|root,COG1086@2|Bacteria,1TR3W@1239|Firmicutes,247PW@186801|Clostridia,25QVY@186804|Peptostreptococcaceae 186801|Clostridia GM CoA-binding domain capD - - - - - - - - - - - CoA_binding,CoA_binding_3,Polysacc_synt_2 +MGYG000000001_02420 1292035.H476_2023 3.22e-37 124.0 COG0333@1|root,COG0333@2|Bacteria,1UG2S@1239|Firmicutes,25N84@186801|Clostridia,25RTX@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bL32 family rpmF - - ko:K02911 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011,ko03029 - - - Ribosomal_L32p +MGYG000000001_02456 1301100.HG529434_gene6527 1.34e-152 431.0 COG0081@1|root,COG0081@2|Bacteria,1TPTS@1239|Firmicutes,247JB@186801|Clostridia,36EF5@31979|Clostridiaceae 186801|Clostridia J Binds directly to 23S rRNA. The L1 stalk is quite mobile in the ribosome, and is involved in E site tRNA release rplA - - ko:K02863 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L1 +MGYG000000001_00702 272563.CD630_34950 2.27e-45 147.0 COG1188@1|root,COG1188@2|Bacteria,1VEI5@1239|Firmicutes,24QNF@186801|Clostridia,25RR5@186804|Peptostreptococcaceae 186801|Clostridia J S4 domain protein hslR - - - - - - - - - - - S4 +MGYG000000001_02582 272563.CD630_00820 5.15e-79 235.0 COG0093@1|root,COG0093@2|Bacteria,1V3N0@1239|Firmicutes,24H98@186801|Clostridia,25RF9@186804|Peptostreptococcaceae 186801|Clostridia J Binds to 23S rRNA. Forms part of two intersubunit bridges in the 70S ribosome rplN - - ko:K02874 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L14 +MGYG000000001_00011 1476973.JMMB01000007_gene3161 4.31e-209 580.0 COG0205@1|root,COG0205@2|Bacteria,1TPF4@1239|Firmicutes,248PB@186801|Clostridia,25QRB@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the phosphorylation of D-fructose 6-phosphate to fructose 1,6-bisphosphate by ATP, the first committing step of glycolysis pfkA - 2.7.1.11 ko:K00850 ko00010,ko00030,ko00051,ko00052,ko00680,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,ko03018,ko04152,ko05230,map00010,map00030,map00051,map00052,map00680,map01100,map01110,map01120,map01130,map01200,map01230,map03018,map04152,map05230 M00001,M00345 R00756,R03236,R03237,R03238,R03239,R04779 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000,ko01009,ko03019 - - - PFK +MGYG000000001_00043 1301100.HG529382_gene4016 3.55e-67 205.0 2F3NP@1|root,33WFP@2|Bacteria,1VVGT@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_00075 1292035.H476_0884 1.11e-95 285.0 COG0398@1|root,COG0398@2|Bacteria,1V3J1@1239|Firmicutes,24IF0@186801|Clostridia,25TA6@186804|Peptostreptococcaceae 186801|Clostridia S SNARE associated Golgi protein - - - - - - - - - - - - SNARE_assoc +MGYG000000001_00107 1151292.QEW_3805 0.0 934.0 COG3653@1|root,COG3653@2|Bacteria,1TSGD@1239|Firmicutes,2482F@186801|Clostridia 186801|Clostridia Q N-acyl-D-aspartate D-glutamate deacylase - - 3.5.1.81,3.5.2.3 ko:K01465,ko:K06015 ko00240,ko01100,map00240,map01100 M00051 R01993,R02192 RC00064,RC00328,RC00632 ko00000,ko00001,ko00002,ko01000 - - - Amidohydro_3,TAT_signal +MGYG000000001_00140 1292035.H476_3594 6.12e-82 245.0 COG1595@1|root,COG1595@2|Bacteria,1V8GV@1239|Firmicutes,25B12@186801|Clostridia 186801|Clostridia K Belongs to the sigma-70 factor family. ECF subfamily - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4_2 +MGYG000000001_00204 1476973.JMMB01000007_gene2643 5.32e-53 170.0 28U5A@1|root,2ZGB5@2|Bacteria,1W3JZ@1239|Firmicutes,251AK@186801|Clostridia,25RXR@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00236 1301100.HG529365_gene1417 0.0 1065.0 COG0443@1|root,COG0443@2|Bacteria,1TP1J@1239|Firmicutes,248QV@186801|Clostridia,36DJ7@31979|Clostridiaceae 186801|Clostridia O Heat shock 70 kDa protein dnaK - - ko:K04043 ko03018,ko04212,ko05152,map03018,map04212,map05152 - - - ko00000,ko00001,ko03019,ko03029,ko03110,ko04147 1.A.33.1 - - HSP70,MreB_Mbl +MGYG000000001_00269 1301100.HG529358_gene2053 7.13e-99 298.0 COG0561@1|root,COG0561@2|Bacteria,1U3W2@1239|Firmicutes,2486H@186801|Clostridia,36DQB@31979|Clostridiaceae 186801|Clostridia S hydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_00301 1301100.HG529369_gene1468 0.0 1220.0 COG0768@1|root,COG0768@2|Bacteria,1TQHY@1239|Firmicutes,2480Z@186801|Clostridia,36DW0@31979|Clostridiaceae 186801|Clostridia M Penicillin-binding Protein mrdA - 3.4.16.4 ko:K05515 ko00550,ko01501,map00550,map01501 - - - ko00000,ko00001,ko01000,ko01011 - - - PBP_dimer,Transpeptidase +MGYG000000001_00334 1292035.H476_2731 4.65e-270 745.0 COG0738@1|root,COG0738@2|Bacteria,1UZIZ@1239|Firmicutes,24E56@186801|Clostridia 186801|Clostridia G L-fucose H symporter permease fucP - - ko:K02429 - - - - ko00000,ko02000 2.A.1.7 - - MFS_1 +MGYG000000001_00366 1476973.JMMB01000007_gene668 1.35e-114 331.0 COG0632@1|root,COG0632@2|Bacteria,1V3KF@1239|Firmicutes,24JKV@186801|Clostridia,25RJE@186804|Peptostreptococcaceae 186801|Clostridia L The RuvA-RuvB complex in the presence of ATP renatures cruciform structure in supercoiled DNA with palindromic sequence, indicating that it may promote strand exchange reactions in homologous recombination. RuvAB is a helicase that mediates the Holliday junction migration by localized denaturation and reannealing. RuvA stimulates, in the presence of DNA, the weak ATPase activity of RuvB ruvA - 3.6.4.12 ko:K03550 ko03440,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - HHH_5,Hpre_diP_synt_I,RuvA_C,RuvA_N +MGYG000000001_00398 1292035.H476_0449 1.1e-25 101.0 299TX@1|root,2ZWW3@2|Bacteria,1W2B5@1239|Firmicutes,25357@186801|Clostridia,25U9N@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00430 1476973.JMMB01000007_gene627 3.57e-237 668.0 COG0038@1|root,COG0569@1|root,COG0038@2|Bacteria,COG0569@2|Bacteria,1TPX0@1239|Firmicutes,247R4@186801|Clostridia,25R2N@186804|Peptostreptococcaceae 186801|Clostridia P Chloride transporter, ClC family - - - - - - - - - - - - TrkA_C,Voltage_CLC +MGYG000000001_00463 457396.CSBG_03353 2.59e-112 330.0 COG0789@1|root,COG0789@2|Bacteria,1TS6Z@1239|Firmicutes,24BUT@186801|Clostridia,36EX7@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator - - - - - - - - - - - - MerR_1,TipAS +MGYG000000001_00495 1151292.QEW_2913 3.97e-35 122.0 2DRR0@1|root,33CPP@2|Bacteria,1VKKD@1239|Firmicutes,25JBP@186801|Clostridia,25RVF@186804|Peptostreptococcaceae 186801|Clostridia S Domain of Unknown Function (DUF1540) - - - - - - - - - - - - DUF1540 +MGYG000000001_00527 1301100.HG529254_gene6293 4.93e-88 268.0 2BDI8@1|root,3277G@2|Bacteria,1UT3E@1239|Firmicutes,2514X@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00591 176280.SE_0044 1e-89 283.0 COG0732@1|root,COG0732@2|Bacteria,1TT28@1239|Firmicutes,4HK4M@91061|Bacilli,4GYUX@90964|Staphylococcaceae 91061|Bacilli V Type I restriction modification DNA specificity domain protein - - 3.1.21.3 ko:K01154 - - - - ko00000,ko01000,ko02048 - - - Methylase_S +MGYG000000001_00655 1301100.HG529335_gene4419 9.97e-253 708.0 COG1283@1|root,COG1283@2|Bacteria,1TP4K@1239|Firmicutes,247KT@186801|Clostridia,36DCM@31979|Clostridiaceae 186801|Clostridia P Na Pi-cotransporter II-like protein - - - ko:K03324 - - - - ko00000,ko02000 2.A.58.2 - - Na_Pi_cotrans,PhoU +MGYG000000001_00688 1301100.HG529431_gene1818 6.14e-54 185.0 COG3167@1|root,COG3167@2|Bacteria 2|Bacteria NU carbon utilization - - - ko:K02664 - - - - ko00000,ko02035,ko02044 - - - NPCBM,PilO,T2SSM +MGYG000000001_00720 272563.CD630_34800 1.64e-93 274.0 COG0698@1|root,COG0698@2|Bacteria,1V3HE@1239|Firmicutes,24JWT@186801|Clostridia,25RC3@186804|Peptostreptococcaceae 186801|Clostridia G isomerase B rpiB - 5.3.1.6 ko:K01808 ko00030,ko00051,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00030,map00051,map00710,map01100,map01110,map01120,map01130,map01200,map01230 M00004,M00007,M00165,M00167 R01056,R09030 RC00376,RC00434 ko00000,ko00001,ko00002,ko01000 - - - LMWPc,LacAB_rpiB +MGYG000000001_00752 1123075.AUDP01000003_gene459 3.21e-117 360.0 COG2508@1|root,COG2508@2|Bacteria,1VTW2@1239|Firmicutes,24YNS@186801|Clostridia 186801|Clostridia QT PucR C-terminal helix-turn-helix domain - - - - - - - - - - - - HTH_30 +MGYG000000001_00784 913865.DOT_3590 1.07e-31 114.0 2DFVS@1|root,2ZTCT@2|Bacteria,1W292@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_00816 35841.BT1A1_0500 3.53e-206 582.0 COG2182@1|root,COG2182@2|Bacteria,1TPU9@1239|Firmicutes,4HBHE@91061|Bacilli,1ZBWG@1386|Bacillus 91061|Bacilli G COG2182 Maltose-binding periplasmic proteins domains cycB - - ko:K02027,ko:K15770,ko:K17237 ko02010,map02010 M00207,M00491,M00599 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1,3.A.1.1.16,3.A.1.1.2,3.A.1.1.38 - - SBP_bac_8 +MGYG000000001_00848 272563.CD630_17880 2.42e-40 137.0 29UDX@1|root,30FQK@2|Bacteria,1UEFE@1239|Firmicutes,25JC8@186801|Clostridia,25RXD@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF4363) - - - - - - - - - - - - DUF4363 +MGYG000000001_00880 1151292.QEW_1386 2.96e-96 283.0 COG1838@1|root,COG1838@2|Bacteria,1V1CP@1239|Firmicutes,24FRK@186801|Clostridia,25RAR@186804|Peptostreptococcaceae 186801|Clostridia C Hydrolyase, tartrate beta subunit fumarate domain protein, Fe-S type fumB - 4.2.1.2 ko:K01678 ko00020,ko00620,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,map00020,map00620,map00720,map01100,map01110,map01120,map01130,map01200 M00009,M00011,M00173,M00374,M00620 R01082 RC00443 ko00000,ko00001,ko00002,ko01000 - - - Fumerase_C +MGYG000000001_00912 1301100.HG529418_gene3015 5.66e-178 504.0 COG3935@1|root,COG3935@2|Bacteria,1TPR5@1239|Firmicutes,248E7@186801|Clostridia,36F7E@31979|Clostridiaceae 186801|Clostridia L DNA replication protein DnaD dnaD - - - - - - - - - - - DnaB_2 +MGYG000000001_00949 1301100.HG529418_gene3044 9.59e-233 644.0 COG0592@1|root,COG0592@2|Bacteria,1TQ7J@1239|Firmicutes,248EG@186801|Clostridia,36E0C@31979|Clostridiaceae 186801|Clostridia L Confers DNA tethering and processivity to DNA polymerases and other proteins. Acts as a clamp, forming a ring around DNA (a reaction catalyzed by the clamp-loading complex) which diffuses in an ATP-independent manner freely and bidirectionally along dsDNA. Initially characterized for its ability to contact the catalytic subunit of DNA polymerase III (Pol III), a complex, multichain enzyme responsible for most of the replicative synthesis in bacteria dnaN - 2.7.7.7 ko:K02338 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - DNA_pol3_beta,DNA_pol3_beta_2,DNA_pol3_beta_3,DUF3931 +MGYG000000001_00982 1499683.CCFF01000017_gene1661 2.87e-121 359.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,24BGM@186801|Clostridia,36GJR@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily fhuB - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_01014 526218.Sterm_3762 1.42e-65 212.0 COG0716@1|root,COG2768@1|root,COG0716@2|Bacteria,COG2768@2|Bacteria,379ID@32066|Fusobacteria 32066|Fusobacteria C 4Fe-4S binding domain - - - - - - - - - - - - Fer4 +MGYG000000001_01054 272563.CD630_01700 0.0 1033.0 COG0488@1|root,COG0488@2|Bacteria,1TPAX@1239|Firmicutes,247U6@186801|Clostridia,25R5G@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter, ATP-binding protein - - - ko:K06158 - - - - ko00000,ko03012 - - - ABC_tran,ABC_tran_CTD,ABC_tran_Xtn +MGYG000000001_01086 457396.CSBG_01058 5.79e-16 81.6 COG4722@1|root,COG4722@2|Bacteria,1VB56@1239|Firmicutes,24P9X@186801|Clostridia,36KMX@31979|Clostridiaceae 186801|Clostridia S phage tail - - - - - - - - - - - - PA14,Sipho_tail +MGYG000000001_01151 742738.HMPREF9460_01160 1.69e-122 361.0 COG2096@1|root,COG3193@1|root,COG2096@2|Bacteria,COG3193@2|Bacteria,1V3PI@1239|Firmicutes,24C7G@186801|Clostridia,268HC@186813|unclassified Clostridiales 186801|Clostridia S Cobalamin adenosyltransferase - - - - - - - - - - - - Cob_adeno_trans,Haem_degrading +MGYG000000001_01183 1391646.AVSU01000092_gene409 7.29e-247 679.0 COG0012@1|root,COG0012@2|Bacteria,1TPRK@1239|Firmicutes,2482Z@186801|Clostridia,25QQJ@186804|Peptostreptococcaceae 186801|Clostridia J ATPase that binds to both the 70S ribosome and the 50S ribosomal subunit in a nucleotide-independent manner ychF - - ko:K06942 - - - - ko00000,ko03009 - - - MMR_HSR1,YchF-GTPase_C +MGYG000000001_01215 1301100.HG529229_gene5432 3.53e-89 263.0 COG1327@1|root,COG1327@2|Bacteria,1V3JA@1239|Firmicutes,24HFT@186801|Clostridia,36HY1@31979|Clostridiaceae 186801|Clostridia K Negatively regulates transcription of bacterial ribonucleotide reductase nrd genes and operons by binding to NrdR- boxes nrdR - - ko:K07738 - - - - ko00000,ko03000 - - - ATP-cone +MGYG000000001_01247 1476973.JMMB01000007_gene1680 3.27e-88 265.0 COG1284@1|root,COG1284@2|Bacteria,1V2BR@1239|Firmicutes,247P9@186801|Clostridia,25RH8@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterised 5xTM membrane BCR, YitT family COG1284 - - - - - - - - - - - - YitT_membrane +MGYG000000001_01279 1476973.JMMB01000007_gene980 4.26e-135 385.0 COG1215@1|root,COG1215@2|Bacteria,1TPBB@1239|Firmicutes,25KCB@186801|Clostridia,25QQF@186804|Peptostreptococcaceae 186801|Clostridia M Glycosyltransferase, group 2 family protein - - - - - - - - - - - - Glycos_transf_2 +MGYG000000001_01311 1301100.HG529233_gene7435 9.22e-56 174.0 COG0228@1|root,COG0228@2|Bacteria,1VA0X@1239|Firmicutes,24MND@186801|Clostridia,36KP2@31979|Clostridiaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bS16 family rpsP - - ko:K02959 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011,ko03029 - - - Ribosomal_S16 +MGYG000000001_01343 1301100.HG529407_gene246 5.41e-131 375.0 COG4656@1|root,COG4656@2|Bacteria,1TS9H@1239|Firmicutes,24DQ7@186801|Clostridia,36H5R@31979|Clostridiaceae 186801|Clostridia C Methylene-tetrahydrofolate reductase C terminal - - - - - - - - - - - iHN637.CLJU_RS18525 MTHFR_C +MGYG000000001_01375 1301100.HG529407_gene286 0.0 884.0 COG3845@1|root,COG3845@2|Bacteria,1UYQA@1239|Firmicutes,24XN8@186801|Clostridia,36UI0@31979|Clostridiaceae 186801|Clostridia S ABC transporter rbsA2 - 3.6.3.17 ko:K02056 - M00221 - - ko00000,ko00002,ko01000,ko02000 3.A.1.2 - - ABC_tran +MGYG000000001_01407 272563.CD630_27630 3.2e-46 155.0 29DY7@1|root,34AGD@2|Bacteria,1VZ55@1239|Firmicutes 1239|Firmicutes S Domain of unknown function (DUF4358) - - - - - - - - - - - - DUF4358 +MGYG000000001_01439 1301100.HG529236_gene7274 1.32e-144 417.0 COG0543@1|root,COG0543@2|Bacteria,1U0H3@1239|Firmicutes,249DH@186801|Clostridia,36EGN@31979|Clostridiaceae 186801|Clostridia C 2 iron, 2 sulfur cluster binding - - - - - - - - - - - - FAD_binding_6,Fer2_3 +MGYG000000001_01471 1301100.HG529236_gene7244 0.0 1486.0 COG0013@1|root,COG0013@2|Bacteria,1TPK6@1239|Firmicutes,248M3@186801|Clostridia,36E03@31979|Clostridiaceae 186801|Clostridia J Catalyzes the attachment of alanine to tRNA(Ala) in a two-step reaction alanine is first activated by ATP to form Ala- AMP and then transferred to the acceptor end of tRNA(Ala). Also edits incorrectly charged Ser-tRNA(Ala) and Gly-tRNA(Ala) via its editing domain alaS - 6.1.1.7 ko:K01872 ko00970,map00970 M00359,M00360 R03038 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - DHHA1,tRNA-synt_2c,tRNA_SAD +MGYG000000001_01503 411459.RUMOBE_00923 2.12e-123 421.0 COG4926@1|root,COG4926@2|Bacteria 2|Bacteria - - - - - - - - - - - - - - CBM_4_9,Dockerin_1,Peptidase_S74,Prophage_tail +MGYG000000001_01535 1301100.HG529415_gene2969 8.58e-73 220.0 2D5AS@1|root,32TIN@2|Bacteria,1VA4E@1239|Firmicutes,24JJQ@186801|Clostridia,36JKZ@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - Cytochrom_B561 +MGYG000000001_01567 1301100.HG529429_gene1922 8.83e-157 462.0 2C2W9@1|root,33IA0@2|Bacteria,1VQI8@1239|Firmicutes,25DZG@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01599 445973.CLOBAR_02152 6.38e-195 551.0 COG0527@1|root,COG0527@2|Bacteria,1TPQJ@1239|Firmicutes,24811@186801|Clostridia,25QHR@186804|Peptostreptococcaceae 186801|Clostridia E ACT domain dapG - 2.7.2.4 ko:K00928 ko00260,ko00261,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01210,ko01230,map00260,map00261,map00270,map00300,map01100,map01110,map01120,map01130,map01210,map01230 M00016,M00017,M00018,M00033,M00525,M00526,M00527 R00480 RC00002,RC00043 ko00000,ko00001,ko00002,ko01000 - - - AA_kinase,ACT_7 +MGYG000000001_01631 1476973.JMMB01000007_gene1524 2.95e-16 77.0 2BE6H@1|root,327XE@2|Bacteria,1UTUH@1239|Firmicutes,254DJ@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01663 1301100.HG529294_gene5148 2.76e-118 342.0 COG0406@1|root,COG0406@2|Bacteria,1V6ES@1239|Firmicutes,24JDV@186801|Clostridia,36G1I@31979|Clostridiaceae 186801|Clostridia G Belongs to the phosphoglycerate mutase family pspA - 3.1.3.3,3.1.3.73 ko:K02226,ko:K22305 ko00260,ko00680,ko00860,ko01100,ko01120,ko01130,map00260,map00680,map00860,map01100,map01120,map01130 M00122 R00582,R04594,R11173 RC00017 ko00000,ko00001,ko00002,ko01000 - - - His_Phos_1 +MGYG000000001_01695 272563.CD630_21540 3.43e-214 600.0 COG0486@1|root,COG0486@2|Bacteria,1TQA8@1239|Firmicutes,247M4@186801|Clostridia,25QWW@186804|Peptostreptococcaceae 186801|Clostridia S maturation GTPase HydF hydF - - - - - - - - - - - MMR_HSR1 +MGYG000000001_01728 1391646.AVSU01000038_gene1962 1.29e-147 429.0 COG2333@1|root,COG2333@2|Bacteria,1TS9U@1239|Firmicutes,249VR@186801|Clostridia,25SDU@186804|Peptostreptococcaceae 186801|Clostridia S Competence protein ComEC - - - ko:K02238 - M00429 - - ko00000,ko00002,ko02044 3.A.11.1,3.A.11.2 - - Ada_Zn_binding,Lactamase_B +MGYG000000001_01793 1292035.H476_0715 1.1e-162 473.0 COG0534@1|root,COG0534@2|Bacteria,1TQ56@1239|Firmicutes,248YU@186801|Clostridia,25S47@186804|Peptostreptococcaceae 186801|Clostridia V MatE - - - - - - - - - - - - MatE +MGYG000000001_01857 1292035.H476_2998 2.04e-273 754.0 COG0534@1|root,COG0534@2|Bacteria,1TNZN@1239|Firmicutes,249Q3@186801|Clostridia,25SXG@186804|Peptostreptococcaceae 186801|Clostridia V Polysaccharide biosynthesis C-terminal domain - - - - - - - - - - - - MatE +MGYG000000001_01889 1301100.HG529270_gene537 1.12e-72 226.0 COG0577@1|root,COG0577@2|Bacteria,1TPHU@1239|Firmicutes,247QW@186801|Clostridia,36VPE@31979|Clostridiaceae 186801|Clostridia V FtsX-like permease family - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_01921 1301100.HG529336_gene3405 1.11e-223 630.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,36DJD@31979|Clostridiaceae 186801|Clostridia V MATE efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_01953 397290.C810_02304 2.61e-74 230.0 COG2755@1|root,COG2755@2|Bacteria,1V49F@1239|Firmicutes,24D1K@186801|Clostridia,27KZH@186928|unclassified Lachnospiraceae 186801|Clostridia E GDSL-like Lipase/Acylhydrolase - - - - - - - - - - - - Lipase_GDSL_2 +MGYG000000001_01985 1391646.AVSU01000035_gene2142 1.77e-87 261.0 COG3764@1|root,COG3764@2|Bacteria,1UN9R@1239|Firmicutes,24CEQ@186801|Clostridia,25S0A@186804|Peptostreptococcaceae 186801|Clostridia M Sortase family - - 3.4.22.70 ko:K07284 - - - - ko00000,ko01000,ko01002,ko01011 - - - Sortase +MGYG000000001_02017 1301100.HG529375_gene4039 2.67e-182 511.0 COG0564@1|root,COG0564@2|Bacteria,1TS1T@1239|Firmicutes,249AH@186801|Clostridia,36EBK@31979|Clostridiaceae 186801|Clostridia J Responsible for synthesis of pseudouridine from uracil rluA - 5.4.99.23,5.4.99.28,5.4.99.29 ko:K06177,ko:K06180 - - - - ko00000,ko01000,ko03009,ko03016 - - - PseudoU_synth_2,S4 +MGYG000000001_02053 445973.CLOBAR_01573 1.74e-106 329.0 COG0582@1|root,COG0582@2|Bacteria,1V8DM@1239|Firmicutes,25DW9@186801|Clostridia 186801|Clostridia L viral genome integration into host DNA - - - - - - - - - - - - Phage_integrase +MGYG000000001_02085 1476973.JMMB01000007_gene2894 4.47e-57 190.0 COG1131@1|root,COG1131@2|Bacteria,1VF25@1239|Firmicutes,248Y7@186801|Clostridia,25RQ6@186804|Peptostreptococcaceae 186801|Clostridia V Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_02117 1301100.HG529344_gene3211 1.54e-39 140.0 COG1595@1|root,COG1595@2|Bacteria,1V734@1239|Firmicutes,24MQB@186801|Clostridia,36KKI@31979|Clostridiaceae 186801|Clostridia K Belongs to the sigma-70 factor family. ECF subfamily - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_02149 1301100.HG529232_gene7466 2.32e-192 537.0 COG0223@1|root,COG0223@2|Bacteria,1TQ32@1239|Firmicutes,248ED@186801|Clostridia,36EJW@31979|Clostridiaceae 186801|Clostridia J Attaches a formyl group to the free amino group of methionyl-tRNA(fMet). The formyl group appears to play a dual role in the initiator identity of N-formylmethionyl-tRNA by promoting its recognition by IF2 and preventing the misappropriation of this tRNA by the elongation apparatus fmt - 2.1.2.9 ko:K00604 ko00670,ko00970,map00670,map00970 - R03940 RC00026,RC00165 ko00000,ko00001,ko01000 - - - Formyl_trans_C,Formyl_trans_N +MGYG000000001_02181 1301100.HG529436_gene6544 1.18e-303 835.0 COG0007@1|root,COG1587@1|root,COG0007@2|Bacteria,COG1587@2|Bacteria,1TQNH@1239|Firmicutes,2487I@186801|Clostridia,36DBR@31979|Clostridiaceae 186801|Clostridia H Belongs to the precorrin methyltransferase family cobA - 1.3.1.76,2.1.1.107,4.2.1.75,4.99.1.4 ko:K02302,ko:K02303,ko:K13542 ko00860,ko01100,ko01110,ko01120,map00860,map01100,map01110,map01120 M00121 R02864,R03165,R03194,R03947 RC00003,RC00871,RC01012,RC01034,RC01861 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS15755 Acetyltransf_3,CysG_dimeriser,HEM4,NAD_binding_7,Porphobil_deam,Porphobil_deamC,TP_methylase +MGYG000000001_02278 1301100.HG529409_gene178 3.24e-291 798.0 COG1473@1|root,COG1473@2|Bacteria,1TQ7B@1239|Firmicutes,247ZP@186801|Clostridia,36FC1@31979|Clostridiaceae 186801|Clostridia S amidohydrolase - - - - - - - - - - - - M20_dimer,Peptidase_M20 +MGYG000000001_02311 272563.CD630_20950 1.94e-82 253.0 COG0206@1|root,COG0206@2|Bacteria,1VW0D@1239|Firmicutes,2517U@186801|Clostridia,25TBF@186804|Peptostreptococcaceae 186801|Clostridia D Essential cell division protein that forms a contractile ring structure (Z ring) at the future cell division site. The regulation of the ring assembly controls the timing and the location of cell division. One of the functions of the FtsZ ring is to recruit other cell division proteins to the septum to produce a new cell wall between the dividing cells. Binds GTP and shows GTPase activity - - - - - - - - - - - - FtsZ_C +MGYG000000001_02343 1301100.HG529429_gene1918 0.0 1115.0 COG1032@1|root,COG1032@2|Bacteria,1TQ8X@1239|Firmicutes,248IW@186801|Clostridia,36DJY@31979|Clostridiaceae 186801|Clostridia C UPF0313 protein - - - - - - - - - - - - DUF3362,Radical_SAM,Radical_SAM_N,adh_short +MGYG000000001_02407 1476973.JMMB01000007_gene1873 1.57e-20 84.0 2DR42@1|root,33A2M@2|Bacteria,1VKCM@1239|Firmicutes,25JCT@186801|Clostridia,25RZF@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2922) - - - - - - - - - - - - DUF2922 +MGYG000000001_02439 272563.CD630_12080 1.81e-165 466.0 COG1189@1|root,COG1189@2|Bacteria,1TPE4@1239|Firmicutes,247VH@186801|Clostridia,25QI7@186804|Peptostreptococcaceae 186801|Clostridia J Ribosomal RNA large subunit methyltransferase J rrmJ - 2.1.1.226,2.1.1.227 ko:K06442 - - - - ko00000,ko01000,ko03009 - - - FtsJ,S4 +MGYG000000001_02471 1301100.HG529346_gene4303 2.18e-116 340.0 COG2966@1|root,COG2966@2|Bacteria,1TSE8@1239|Firmicutes,24A25@186801|Clostridia,36EA1@31979|Clostridiaceae 186801|Clostridia S hmm pf06738 - - - - - - - - - - - - ThrE +MGYG000000001_02503 272563.CD630_10000 1.1e-112 331.0 COG0600@1|root,COG0600@2|Bacteria,1V73W@1239|Firmicutes,24A2R@186801|Clostridia,25SPT@186804|Peptostreptococcaceae 186801|Clostridia P Binding-protein-dependent transport system inner membrane component - - - ko:K02050 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - ABC_tran,BPD_transp_1 +MGYG000000001_02535 1301100.HG529227_gene5442 3.31e-18 80.1 COG2426@1|root,COG2426@2|Bacteria,1V3UW@1239|Firmicutes,24HSW@186801|Clostridia,36J3D@31979|Clostridiaceae 186801|Clostridia S small multi-drug export - - - - - - - - - - - - Sm_multidrug_ex +MGYG000000001_02601 318464.IO99_03450 1.91e-160 461.0 COG1820@1|root,COG1820@2|Bacteria,1TPFK@1239|Firmicutes,2481N@186801|Clostridia,36FD4@31979|Clostridiaceae 186801|Clostridia G Belongs to the metallo-dependent hydrolases superfamily. NagA family nagA - 3.5.1.25 ko:K01443 ko00520,ko01130,map00520,map01130 - R02059 RC00166,RC00300 ko00000,ko00001,ko01000 - - - Amidohydro_1 +MGYG000000001_02633 748727.CLJU_c04120 1.49e-176 505.0 COG0232@1|root,COG0232@2|Bacteria,1TPEI@1239|Firmicutes,247Q1@186801|Clostridia,36E9Q@31979|Clostridiaceae 186801|Clostridia F Deoxyguanosinetriphosphate triphosphohydrolase - - 3.1.5.1 ko:K01129 ko00230,map00230 - R01856 RC00017 ko00000,ko00001,ko01000 - - - HD,HD_assoc +MGYG000000001_02665 1301100.HG529348_gene4312 1.53e-181 508.0 COG0492@1|root,COG0492@2|Bacteria,1TNZS@1239|Firmicutes,2491M@186801|Clostridia,36E20@31979|Clostridiaceae 186801|Clostridia C Thioredoxin reductase trxB - 1.8.1.9 ko:K00384 ko00450,map00450 - R02016,R03596,R09372 RC00013,RC02518,RC02873 ko00000,ko00001,ko01000 - - - Pyr_redox_2,Pyr_redox_3 +MGYG000000001_02697 411463.EUBVEN_00390 3.39e-09 62.0 COG3428@1|root,COG3428@2|Bacteria,1TSRJ@1239|Firmicutes,24FG2@186801|Clostridia 186801|Clostridia S membrane - - - ko:K08981 - - - - ko00000 - - - bPH_2 +MGYG000000001_02729 1476973.JMMB01000007_gene1521 3.79e-308 860.0 COG0480@1|root,COG0480@2|Bacteria,1TPQH@1239|Firmicutes,247X4@186801|Clostridia,25QST@186804|Peptostreptococcaceae 186801|Clostridia J Elongation factor G, domain IV tetP - - - - - - - - - - - EFG_C,EFG_II,EFG_IV,GTP_EFTU,GTP_EFTU_D2,NYN_YacP +MGYG000000001_02815 272563.CD630_20480 5.9e-168 474.0 COG1737@1|root,COG1737@2|Bacteria,1TP7H@1239|Firmicutes,248ZD@186801|Clostridia,25QFH@186804|Peptostreptococcaceae 186801|Clostridia K Helix-turn-helix domain, rpiR family - - - - - - - - - - - - HTH_6,SIS +MGYG000000001_01895 1391646.AVSU01000050_gene1694 1.05e-24 101.0 COG3212@1|root,COG3212@2|Bacteria,1UF98@1239|Firmicutes,24TRQ@186801|Clostridia,25UBF@186804|Peptostreptococcaceae 186801|Clostridia S Peptidase propeptide and YPEB domain - - - - - - - - - - - - PepSY +MGYG000000001_01927 1151292.QEW_3457 3.39e-189 536.0 COG0053@1|root,COG0053@2|Bacteria,1TSGY@1239|Firmicutes,2491V@186801|Clostridia,25R3B@186804|Peptostreptococcaceae 186801|Clostridia P Cation diffusion facilitator family transporter czcD - - - - - - - - - - - Cation_efflux,ZT_dimer +MGYG000000001_01959 457396.CSBG_02077 1.52e-162 461.0 COG1173@1|root,COG1173@2|Bacteria,1TP4R@1239|Firmicutes,2489T@186801|Clostridia,36E1E@31979|Clostridiaceae 186801|Clostridia EP PFAM binding-protein-dependent transport systems inner membrane component - - - ko:K02034 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - BPD_transp_1,OppC_N +MGYG000000001_01991 1476973.JMMB01000007_gene351 2.97e-135 386.0 293PP@1|root,2ZR5C@2|Bacteria,1VBW4@1239|Firmicutes,24NKJ@186801|Clostridia,25RAV@186804|Peptostreptococcaceae 186801|Clostridia S UPF0489 domain - - - - - - - - - - - - UPF0489 +MGYG000000001_02059 1292035.H476_0156 6.75e-200 560.0 COG1915@1|root,COG1915@2|Bacteria,1TT91@1239|Firmicutes,24A6C@186801|Clostridia,25SWN@186804|Peptostreptococcaceae 186801|Clostridia S PFAM LOR SDH bifunctional enzyme conserved region - - - - - - - - - - - - - +MGYG000000001_02123 1301100.HG529407_gene268 3.51e-176 502.0 COG1396@1|root,COG1396@2|Bacteria,1VT9K@1239|Firmicutes,25BAY@186801|Clostridia 186801|Clostridia K Helix-turn-helix domain - - - - - - - - - - - - HTH_19 +MGYG000000001_02187 1301100.HG529436_gene6550 9.01e-152 439.0 COG2073@1|root,COG2073@2|Bacteria,1TPYM@1239|Firmicutes,247JW@186801|Clostridia,36DM5@31979|Clostridiaceae 186801|Clostridia H Cobalamin biosynthesis protein cbiG cbiG - 3.7.1.12 ko:K02189 ko00860,ko01100,map00860,map01100 - R07772 RC01545,RC02097 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS15705 CbiG_C,CbiG_N,CbiG_mid,CobU +MGYG000000001_02317 1540257.JQMW01000013_gene1302 1.02e-22 89.4 2DSMD@1|root,33GPB@2|Bacteria,1VM61@1239|Firmicutes,24W37@186801|Clostridia,36PFN@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02349 658088.HMPREF0987_00365 7.29e-49 178.0 COG2207@1|root,COG2207@2|Bacteria,1V28B@1239|Firmicutes,24GF0@186801|Clostridia,27MG7@186928|unclassified Lachnospiraceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - - - - - - - - - - HTH_18,HTH_AraC,Response_reg +MGYG000000001_02413 1476973.JMMB01000007_gene941 4.71e-247 686.0 COG3875@1|root,COG3875@2|Bacteria,1TQ1C@1239|Firmicutes,247PH@186801|Clostridia,25R07@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score 8.87 - - 5.1.2.1 ko:K22373 ko00620,map00620 - R01450 RC00519 ko00000,ko00001,ko01000 - - - DUF2088 +MGYG000000001_02541 1391646.AVSU01000114_gene864 4.09e-74 229.0 COG2197@1|root,COG2197@2|Bacteria,1V367@1239|Firmicutes,24MVU@186801|Clostridia 186801|Clostridia KT helix_turn_helix, Lux Regulon - - - - - - - - - - - - GerE,Response_reg +MGYG000000001_02607 1301100.HG529378_gene4079 0.0 1080.0 COG0322@1|root,COG0322@2|Bacteria,1TP4B@1239|Firmicutes,247TQ@186801|Clostridia,36DMH@31979|Clostridiaceae 186801|Clostridia L The UvrABC repair system catalyzes the recognition and processing of DNA lesions. UvrC both incises the 5' and 3' sides of the lesion. The N-terminal half is responsible for the 3' incision and the C-terminal half is responsible for the 5' incision uvrC - - ko:K03703 ko03420,map03420 - - - ko00000,ko00001,ko03400 - - - GIY-YIG,HHH_2,HHH_5,UVR,UvrC_HhH_N +MGYG000000001_02671 1292035.H476_1035 1.75e-79 246.0 COG3646@1|root,COG3646@2|Bacteria 2|Bacteria L Phage regulatory protein - - - - - - - - - - - - AntA,Bro-N,ORF6C,P22_AR_N,Phage_pRha +MGYG000000001_02703 1476973.JMMB01000007_gene551 2.51e-256 708.0 COG3409@1|root,COG3409@2|Bacteria,1TS29@1239|Firmicutes,247SQ@186801|Clostridia,25QWF@186804|Peptostreptococcaceae 186801|Clostridia M Putative peptidoglycan binding domain sleC - - - - - - - - - - - PG_binding_1,Peptidase_S8,SpoIID +MGYG000000001_02800 1301100.HG529306_gene3149 5.32e-116 336.0 COG1139@1|root,COG1139@2|Bacteria,1TP90@1239|Firmicutes,249B6@186801|Clostridia,36FNS@31979|Clostridiaceae 186801|Clostridia C LUD domain - - - - - - - - - - - - LUD_dom +MGYG000000001_02928 1476973.JMMB01000007_gene590 6.4e-40 137.0 2ESAV@1|root,33JVJ@2|Bacteria,1VNZE@1239|Firmicutes,25CYD@186801|Clostridia 186801|Clostridia S Protein of unknown function (DUF3887) - - - - - - - - - - - - DUF3887 +MGYG000000001_03058 1301100.HG529437_gene6535 9.32e-278 763.0 COG0172@1|root,COG0172@2|Bacteria,1TP4W@1239|Firmicutes,2485M@186801|Clostridia,36DP4@31979|Clostridiaceae 186801|Clostridia J Catalyzes the attachment of serine to tRNA(Ser). Is also able to aminoacylate tRNA(Sec) with serine, to form the misacylated tRNA L-seryl-tRNA(Sec), which will be further converted into selenocysteinyl-tRNA(Sec) serS - 6.1.1.11 ko:K01875 ko00970,map00970 M00359,M00360 R03662,R08218 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - Seryl_tRNA_N,tRNA-synt_2b +MGYG000000001_03091 1292035.H476_1480 3.64e-117 345.0 COG5513@1|root,COG5513@2|Bacteria,1UIU3@1239|Firmicutes,25ERV@186801|Clostridia,25ST1@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF4163) rsiV - - - - - - - - - - - DUF3298,DUF4163,DUF4179 +MGYG000000001_03126 1499683.CCFF01000014_gene4048 1.74e-203 577.0 COG0733@1|root,COG0733@2|Bacteria,1TP6B@1239|Firmicutes,2485D@186801|Clostridia,36DFC@31979|Clostridiaceae 186801|Clostridia S Belongs to the sodium neurotransmitter symporter (SNF) (TC 2.A.22) family - - - ko:K03308 - - - - ko00000 2.A.22.4,2.A.22.5 - - SNF +MGYG000000001_03190 65071.PYU1_T007069 1.83e-06 53.1 2EKV9@1|root,2SQNT@2759|Eukaryota,1MHI6@121069|Pythiales 121069|Pythiales - - - - - - - - - - - - - - - +MGYG000000001_01979 1301100.HG529414_gene2943 2.79e-237 662.0 COG0505@1|root,COG0505@2|Bacteria,1TQ8N@1239|Firmicutes,247Q8@186801|Clostridia,36DTQ@31979|Clostridiaceae 186801|Clostridia F Belongs to the CarA family carA - 6.3.5.5 ko:K01956 ko00240,ko00250,ko01100,map00240,map00250,map01100 M00051 R00256,R00575,R01395,R10948,R10949 RC00002,RC00010,RC00043,RC02750,RC02798,RC03314 ko00000,ko00001,ko00002,ko01000 - - - CPSase_sm_chain,GATase +MGYG000000001_01523 1408823.AXUS01000001_gene713 7.11e-95 278.0 COG0315@1|root,COG0315@2|Bacteria,1V3J4@1239|Firmicutes,24H9F@186801|Clostridia,25S8B@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the conversion of (8S)-3',8-cyclo-7,8- dihydroguanosine 5'-triphosphate to cyclic pyranopterin monophosphate (cPMP) moaC - 4.6.1.17 ko:K03637 ko00790,ko01100,ko04122,map00790,map01100,map04122 - R11372 RC03425 ko00000,ko00001,ko01000 - - - MOSC,MoaC,MobB +MGYG000000001_00071 1476973.JMMB01000007_gene3103 1.45e-233 652.0 COG0285@1|root,COG0285@2|Bacteria,1TPX5@1239|Firmicutes,247PC@186801|Clostridia,25QCF@186804|Peptostreptococcaceae 186801|Clostridia H Folylpolyglutamate synthase folC - 6.3.2.12,6.3.2.17 ko:K11754 ko00790,ko01100,map00790,map01100 M00126,M00841 R00942,R02237,R04241 RC00064,RC00090,RC00162 ko00000,ko00001,ko00002,ko01000 - - - HPPK,Mur_ligase_C,Mur_ligase_M +MGYG000000001_00877 1294142.CINTURNW_2505 4.35e-44 147.0 COG3412@1|root,COG3412@2|Bacteria,1VF32@1239|Firmicutes,24N8B@186801|Clostridia,36JWA@31979|Clostridiaceae 186801|Clostridia S dihydroxyacetone kinase, phosphotransfer subunit dhaM - 2.7.1.121 ko:K05881 ko00561,map00561 - R01012 RC00015,RC00017 ko00000,ko00001,ko01000,ko02000 - - - EIIA-man +MGYG000000001_00586 1476973.JMMB01000007_gene2207 5.48e-65 201.0 COG1670@1|root,COG1670@2|Bacteria,1V1G4@1239|Firmicutes,24G4Y@186801|Clostridia,25T9H@186804|Peptostreptococcaceae 186801|Clostridia J Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1,Acetyltransf_3,DUF3781,dCMP_cyt_deam_1 +MGYG000000001_02211 1499683.CCFF01000013_gene261 3.4e-195 557.0 COG2211@1|root,COG2211@2|Bacteria,1TRYR@1239|Firmicutes,25C8G@186801|Clostridia,36WRI@31979|Clostridiaceae 186801|Clostridia G PFAM Major Facilitator Superfamily - - - ko:K03292 - - - - ko00000 2.A.2 - - MFS_2 +MGYG000000001_00318 1301100.HG529303_gene3123 8.5e-47 157.0 29UZR@1|root,30GCR@2|Bacteria,1UFRM@1239|Firmicutes,24IWR@186801|Clostridia,36IV9@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00243 1301100.HG529365_gene1421 2.22e-242 674.0 COG0531@1|root,COG0531@2|Bacteria,1TQ48@1239|Firmicutes,248C7@186801|Clostridia,36GTH@31979|Clostridiaceae 186801|Clostridia E amino acid ykbA - - ko:K03294 - - - - ko00000 2.A.3.2 - - AA_permease_2 +MGYG000000001_01917 1151292.QEW_1880 5.59e-116 333.0 COG1592@1|root,COG1592@2|Bacteria,1TSUY@1239|Firmicutes,248GY@186801|Clostridia,25SGN@186804|Peptostreptococcaceae 186801|Clostridia C Rubrerythrin - GO:0000302,GO:0003674,GO:0003824,GO:0004601,GO:0005488,GO:0005506,GO:0006091,GO:0006950,GO:0006970,GO:0006979,GO:0008150,GO:0008152,GO:0009055,GO:0009056,GO:0009266,GO:0009268,GO:0009408,GO:0009409,GO:0009628,GO:0009636,GO:0009651,GO:0009987,GO:0010035,GO:0010446,GO:0016209,GO:0016491,GO:0016684,GO:0016692,GO:0016999,GO:0017001,GO:0017144,GO:0022900,GO:0033554,GO:0034599,GO:0034605,GO:0034614,GO:0035690,GO:0042221,GO:0042493,GO:0042542,GO:0042737,GO:0042743,GO:0042744,GO:0043167,GO:0043169,GO:0044237,GO:0044248,GO:0046677,GO:0046872,GO:0046914,GO:0050896,GO:0051186,GO:0051187,GO:0051716,GO:0055114,GO:0070301,GO:0070417,GO:0070482,GO:0070887,GO:0071214,GO:0071236,GO:0071453,GO:0071467,GO:0071469,GO:0071470,GO:0071472,GO:0072593,GO:0097237,GO:0098754,GO:0098869,GO:0104004,GO:1901700,GO:1901701,GO:1990748 - - - - - - - - - - FAD_binding_6,NAD_binding_1,Rubrerythrin +MGYG000000001_02421 1476973.JMMB01000007_gene950 3.07e-206 574.0 COG0416@1|root,COG0416@2|Bacteria,1TPXS@1239|Firmicutes,247KW@186801|Clostridia,25QM2@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the reversible formation of acyl-phosphate (acyl-PO(4)) from acyl- acyl-carrier-protein (acyl-ACP). This enzyme utilizes acyl-ACP as fatty acyl donor, but not acyl-CoA plsX - 2.3.1.15 ko:K03621 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 M00089 R00851,R09380 RC00004,RC00039,RC00041 ko00000,ko00001,ko00002,ko01000,ko01004 - - - FA_synthesis +MGYG000000001_00819 1408424.JHYI01000036_gene2516 0.0 972.0 COG1874@1|root,COG1874@2|Bacteria,1TQN6@1239|Firmicutes,4HARI@91061|Bacilli,1ZCHT@1386|Bacillus 91061|Bacilli G beta-galactosidase lacA - 3.2.1.23 ko:K12308 ko00052,map00052 - R01105 RC00452 ko00000,ko00001,ko01000 - - - Glyco_hydro_42,Glyco_hydro_42C,Glyco_hydro_42M +MGYG000000001_00124 572544.Ilyop_0105 3.04e-32 115.0 COG1144@1|root,COG1144@2|Bacteria,37AE4@32066|Fusobacteria 32066|Fusobacteria C 4Fe-4S binding domain - - 1.2.7.1 ko:K00171 ko00010,ko00020,ko00620,ko00633,ko00640,ko00650,ko00680,ko00720,ko01100,ko01120,ko01130,ko01200,map00010,map00020,map00620,map00633,map00640,map00650,map00680,map00720,map01100,map01120,map01130,map01200 M00173,M00307,M00374,M00620 R01196,R01199,R08034 RC00004,RC00250,RC02742,RC02833 br01601,ko00000,ko00001,ko00002,ko01000 - - - Fer4 +MGYG000000001_01042 1476973.JMMB01000007_gene400 5.55e-96 283.0 COG1544@1|root,COG1544@2|Bacteria,1V1D5@1239|Firmicutes,24HDH@186801|Clostridia,25RMW@186804|Peptostreptococcaceae 186801|Clostridia J Required for dimerization of active 70S ribosomes into 100S ribosomes in stationary phase hpf - - ko:K05808 - - - - ko00000,ko03009 - - - Ribosom_S30AE_C,Ribosomal_S30AE +MGYG000000001_02846 1301100.HG529228_gene5375 1.26e-66 206.0 2F52F@1|root,33XPU@2|Bacteria,1VWGN@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01397 1151292.QEW_2373 1.11e-19 84.0 COG0316@1|root,COG0316@2|Bacteria,1VGGP@1239|Firmicutes,24HQ7@186801|Clostridia,25RV5@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the HesB IscA family - - - ko:K13628 - - - - ko00000,ko03016 - - - Fe-S_biosyn +MGYG000000001_00922 1476973.JMMB01000007_gene238 1.34e-297 814.0 COG0305@1|root,COG0305@2|Bacteria,1TPCT@1239|Firmicutes,247W3@186801|Clostridia,25QS4@186804|Peptostreptococcaceae 186801|Clostridia L Participates in initiation and elongation during chromosome replication dnaB - 3.6.4.12 ko:K02314 ko03030,ko04112,map03030,map04112 - - - ko00000,ko00001,ko01000,ko03032 - - - DnaB,DnaB_C,Intein_splicing,LAGLIDADG_3 +MGYG000000001_00902 1414720.CBYM010000010_gene3184 8.56e-130 370.0 COG1136@1|root,COG1136@2|Bacteria,1TP5M@1239|Firmicutes,24BH7@186801|Clostridia,36GJ4@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_00187 1391646.AVSU01000128_gene2426 5.05e-18 76.3 COG2221@1|root,COG2221@2|Bacteria,1UHV8@1239|Firmicutes,25E3Z@186801|Clostridia,25RZA@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S dicluster domain - - - - - - - - - - - - Fer4 +MGYG000000001_01705 1476973.JMMB01000007_gene2159 1.9e-23 90.9 2BT0H@1|root,32N4J@2|Bacteria,1UUSD@1239|Firmicutes,25JFB@186801|Clostridia,25TVZ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02231 1301100.HG529370_gene1436 7.07e-31 109.0 COG4224@1|root,COG4224@2|Bacteria 2|Bacteria S Bacterial protein of unknown function (DUF896) ynzC - - - - - - - - - - - 5-FTHF_cyc-lig,DUF896,Methyltransf_11 +MGYG000000001_00249 1301100.HG529367_gene1340 1.45e-198 556.0 COG1466@1|root,COG1466@2|Bacteria,1TRM0@1239|Firmicutes,24ASN@186801|Clostridia,36FMH@31979|Clostridiaceae 186801|Clostridia L DNA polymerase III delta subunit holA - 2.7.7.7 ko:K02340 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - DNA_pol3_delta,DNA_pol3_gamma3 +MGYG000000001_01749 1292035.H476_2784 5.07e-113 331.0 COG0745@1|root,COG0745@2|Bacteria,1TT12@1239|Firmicutes,24AB1@186801|Clostridia,25QCX@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulatory protein, C terminal - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_01176 1301100.HG529229_gene5392 1.54e-270 743.0 COG3919@1|root,COG3919@2|Bacteria,1TQPN@1239|Firmicutes,248Y0@186801|Clostridia,36GRR@31979|Clostridiaceae 186801|Clostridia S Psort location Cytoplasmic, score - - 6.3.1.12 ko:K17810 - - - - ko00000,ko01000 - - - ATP-grasp_3,CPSase_L_D2 +MGYG000000001_02615 272563.CD630_14340 8.6e-06 47.8 28RCB@1|root,2ZDRR@2|Bacteria,1W1HT@1239|Firmicutes,2564F@186801|Clostridia,25U6Q@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01938 272563.CD630_30740 1.33e-166 470.0 COG0191@1|root,COG0191@2|Bacteria,1TQ01@1239|Firmicutes,248B7@186801|Clostridia,25SDR@186804|Peptostreptococcaceae 186801|Clostridia H Fructose-bisphosphate aldolase class-II kbaY - 4.1.2.13,4.1.2.40 ko:K01624,ko:K08302 ko00010,ko00030,ko00051,ko00052,ko00680,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00010,map00030,map00051,map00052,map00680,map00710,map01100,map01110,map01120,map01130,map01200,map01230 M00001,M00003,M00165,M00167,M00344,M00345 R01068,R01069,R01070,R01829,R02568 RC00438,RC00439,RC00603,RC00604 ko00000,ko00001,ko00002,ko01000 - - - F_bP_aldolase +MGYG000000001_00104 1301100.HG529385_gene5103 8.96e-316 874.0 COG3829@1|root,COG3829@2|Bacteria,1TP0E@1239|Firmicutes,247MB@186801|Clostridia,36DY7@31979|Clostridiaceae 186801|Clostridia KT PFAM sigma-54 factor interaction domain-containing protein - - - - - - - - - - - - GAF_2,HTH_8,PAS,PAS_8,PAS_9,PrpR_N,Sigma54_activat,SpoVT_C +MGYG000000001_00253 1476973.JMMB01000007_gene2689 9.62e-130 376.0 COG2333@1|root,COG2333@2|Bacteria,1TS9U@1239|Firmicutes,249VR@186801|Clostridia,25R82@186804|Peptostreptococcaceae 186801|Clostridia S Metallo-beta-lactamase superfamily - - - ko:K02238 - M00429 - - ko00000,ko00002,ko02044 3.A.11.1,3.A.11.2 - - Competence,DUF4131,Lactamase_B +MGYG000000001_00513 1301100.HG529253_gene6305 2.73e-71 232.0 2F5SB@1|root,33YB6@2|Bacteria,1VW92@1239|Firmicutes,24MD9@186801|Clostridia,36JYA@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - DUF4097 +MGYG000000001_00425 272563.CD630_07520 1.08e-140 400.0 COG1126@1|root,COG1126@2|Bacteria,1TNYD@1239|Firmicutes,247QZ@186801|Clostridia,25QHU@186804|Peptostreptococcaceae 186801|Clostridia E ABC transporter, ATP-binding protein - - 3.6.3.21 ko:K02028 - M00236 - - ko00000,ko00002,ko01000,ko02000 3.A.1.3 - - ABC_tran,Rad17 +MGYG000000001_02141 1301100.HG529232_gene7458 0.0 877.0 COG1293@1|root,COG1293@2|Bacteria,1TQ8A@1239|Firmicutes,248RK@186801|Clostridia,36DS7@31979|Clostridiaceae 186801|Clostridia K Fibronectin-binding protein FbpA - - - - - - - - - - - DUF814,FbpA +MGYG000000001_03074 272563.CD630_22420 4.37e-25 102.0 COG1040@1|root,COG1040@2|Bacteria,1VWMD@1239|Firmicutes,24RQC@186801|Clostridia,25RUS@186804|Peptostreptococcaceae 186801|Clostridia S competence protein - - - - - - - - - - - - DZR +MGYG000000001_00192 272563.CD630_22470 0.0 1478.0 COG1404@1|root,COG1404@2|Bacteria,1TQK9@1239|Firmicutes,25B1U@186801|Clostridia,25QF5@186804|Peptostreptococcaceae 186801|Clostridia O Subtilase family cspBA - - - - - - - - - - - Peptidase_S8 +MGYG000000001_01140 545697.HMPREF0216_01107 4.23e-57 195.0 COG1757@1|root,COG1757@2|Bacteria,1TP8A@1239|Firmicutes,247V4@186801|Clostridia,36EFF@31979|Clostridiaceae 186801|Clostridia C Na H antiporter - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_00439 1301100.HG529346_gene4301 0.0 901.0 COG0402@1|root,COG0402@2|Bacteria,1TP43@1239|Firmicutes,248IX@186801|Clostridia,36FIQ@31979|Clostridiaceae 186801|Clostridia F Catalyzes the deamination of 5-methylthioadenosine and S-adenosyl-L-homocysteine into 5-methylthioinosine and S-inosyl-L- homocysteine, respectively. Is also able to deaminate adenosine mtaD - 3.5.4.28,3.5.4.31 ko:K12960 ko00270,ko01100,map00270,map01100 - R09660 RC00477 ko00000,ko00001,ko01000 - - - Amidohydro_1 +MGYG000000001_01008 929506.CbC4_0580 4.89e-89 267.0 COG2801@1|root,COG2801@2|Bacteria,1TQEG@1239|Firmicutes,25B5A@186801|Clostridia,36FD0@31979|Clostridiaceae 186801|Clostridia L hmm pf00665 - - - - - - - - - - - - HTH_21,rve,rve_2 +MGYG000000001_03079 929506.CbC4_0580 4.89e-89 267.0 COG2801@1|root,COG2801@2|Bacteria,1TQEG@1239|Firmicutes,25B5A@186801|Clostridia,36FD0@31979|Clostridiaceae 186801|Clostridia L hmm pf00665 - - - - - - - - - - - - HTH_21,rve,rve_2 +MGYG000000001_00324 1151292.QEW_1506 0.0 1340.0 COG0258@1|root,COG0749@1|root,COG0258@2|Bacteria,COG0749@2|Bacteria,1TPKJ@1239|Firmicutes,248NG@186801|Clostridia,25QCY@186804|Peptostreptococcaceae 186801|Clostridia L In addition to polymerase activity, this DNA polymerase exhibits 5'-3' exonuclease activity polA - 2.7.7.7 ko:K02335 ko00230,ko00240,ko01100,ko03030,ko03410,ko03420,ko03440,map00230,map00240,map01100,map03030,map03410,map03420,map03440 - R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko01000,ko03032,ko03400 - - - 5_3_exonuc,5_3_exonuc_N,Acetyltransf_1,DNA_pol_A,DNA_pol_A_exo1 +MGYG000000001_00571 272563.CD630_19902 5.12e-42 137.0 COG1278@1|root,COG1278@2|Bacteria,1VEE0@1239|Firmicutes,24QJE@186801|Clostridia,25TZ4@186804|Peptostreptococcaceae 186801|Clostridia K 'Cold-shock' DNA-binding domain cspA - - ko:K03704 - - - - ko00000,ko03000 - - - CSD +MGYG000000001_02306 702450.CUW_0001 3.6e-136 414.0 COG1033@1|root,COG1033@2|Bacteria,1VSWA@1239|Firmicutes,3VP1B@526524|Erysipelotrichia 526524|Erysipelotrichia S MMPL family - - - - - - - - - - - - MMPL +MGYG000000001_02974 1211817.CCAT010000083_gene1704 6.54e-75 231.0 COG1961@1|root,COG1961@2|Bacteria,1V51N@1239|Firmicutes,24D8I@186801|Clostridia,36HZP@31979|Clostridiaceae 186801|Clostridia L Resolvase, N terminal domain - - - - - - - - - - - - HTH_7,Resolvase +MGYG000000001_00012 1301100.HG529379_gene3988 0.0 983.0 COG0469@1|root,COG0469@2|Bacteria,1TPGG@1239|Firmicutes,2489V@186801|Clostridia,36DIR@31979|Clostridiaceae 186801|Clostridia G Belongs to the pyruvate kinase family pyk - 2.7.1.40 ko:K00873 ko00010,ko00230,ko00620,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,ko04922,ko04930,ko05165,ko05203,ko05230,map00010,map00230,map00620,map01100,map01110,map01120,map01130,map01200,map01230,map04922,map04930,map05165,map05203,map05230 M00001,M00002,M00049,M00050 R00200,R00430,R01138,R01858,R02320 RC00002,RC00015 ko00000,ko00001,ko00002,ko01000,ko04131,ko04147 - - - IMPDH,PEP-utilizers,PK,PK_C +MGYG000000001_00044 1476973.JMMB01000007_gene3134 5.6e-32 115.0 29UIM@1|root,30FVT@2|Bacteria,1UER9@1239|Firmicutes,25JR0@186801|Clostridia,25U10@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00076 1301100.HG529399_gene6832 7.41e-93 276.0 COG0558@1|root,COG0558@2|Bacteria,1V33A@1239|Firmicutes,24G6W@186801|Clostridia,36ICG@31979|Clostridiaceae 186801|Clostridia I Belongs to the CDP-alcohol phosphatidyltransferase class-I family - - - - - - - - - - - - CDP-OH_P_transf +MGYG000000001_00108 1151292.QEW_3804 2.49e-270 745.0 COG0402@1|root,COG0402@2|Bacteria,1TP43@1239|Firmicutes,248IX@186801|Clostridia,25ST6@186804|Peptostreptococcaceae 186801|Clostridia F Amidohydrolase family ssnA - 3.5.4.28,3.5.4.31,3.5.4.40 ko:K12960,ko:K20810 ko00130,ko00270,ko01100,ko01110,map00130,map00270,map01100,map01110 - R09660,R10695 RC00477 ko00000,ko00001,ko01000 - - - Amidohydro_1 +MGYG000000001_00141 1120998.AUFC01000001_gene2034 1.65e-56 184.0 COG5660@1|root,COG5660@2|Bacteria,1VG9F@1239|Firmicutes 1239|Firmicutes S Putative zinc-finger - - - - - - - - - - - - DUF4825,zf-HC2 +MGYG000000001_00173 545697.HMPREF0216_00897 5.9e-90 269.0 COG3279@1|root,COG3279@2|Bacteria,1TSDB@1239|Firmicutes,24MQ4@186801|Clostridia,36KUT@31979|Clostridiaceae 186801|Clostridia KT response regulator - - - - - - - - - - - - LytTR,Response_reg +MGYG000000001_00205 1301100.HG529365_gene1368 3.43e-155 448.0 COG0791@1|root,COG3103@1|root,COG0791@2|Bacteria,COG3103@2|Bacteria,COG4991@2|Bacteria,1V9ZW@1239|Firmicutes,249UE@186801|Clostridia,36FQG@31979|Clostridiaceae 186801|Clostridia M PFAM NLP P60 protein - - - ko:K11060,ko:K21471 - - - - ko00000,ko01000,ko01002,ko01011,ko02042 - - - Amidase_2,CHAP,Cornifin,NLPC_P60,SH3_3 +MGYG000000001_00302 1476973.JMMB01000007_gene2740 2.83e-63 198.0 COG2891@1|root,COG2891@2|Bacteria,1W6D1@1239|Firmicutes,25JAG@186801|Clostridia,25RQ4@186804|Peptostreptococcaceae 186801|Clostridia M Rod shape-determining protein MreD mreD - - ko:K03571 - - - - ko00000,ko03036 9.B.157.1 - - MreD +MGYG000000001_00399 1301100.HG529404_gene311 4.29e-149 429.0 COG0265@1|root,COG0265@2|Bacteria,1VU1H@1239|Firmicutes,2504R@186801|Clostridia,36VAK@31979|Clostridiaceae 186801|Clostridia O SpoIVB peptidase S55 - - 3.4.21.116 ko:K06399 - - - - ko00000,ko01000,ko01002 - - - PDZ_2,Peptidase_S55 +MGYG000000001_00431 1292035.H476_0722 2.82e-100 301.0 COG0789@1|root,COG0789@2|Bacteria,1VARH@1239|Firmicutes,24EQ8@186801|Clostridia,25UM1@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix, mercury resistance - - - - - - - - - - - - GyrI-like,MerR_1 +MGYG000000001_00496 1391646.AVSU01000045_gene1471 3.99e-85 259.0 COG1876@1|root,COG1876@2|Bacteria,1V1F7@1239|Firmicutes,24KSY@186801|Clostridia 186801|Clostridia M D-alanyl-D-alanine carboxypeptidase - - 3.4.17.14 ko:K07260 ko00550,ko01100,ko01502,ko02020,map00550,map01100,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01000,ko01002,ko01011,ko01504 - - - Dockerin_1,VanY,fn3 +MGYG000000001_00560 1408823.AXUS01000001_gene647 3.68e-150 429.0 COG0031@1|root,COG0031@2|Bacteria,1TP30@1239|Firmicutes,2497G@186801|Clostridia,25QGM@186804|Peptostreptococcaceae 186801|Clostridia E Pyridoxal-phosphate dependent enzyme cysK - 2.5.1.47 ko:K01738 ko00270,ko00920,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00270,map00920,map01100,map01110,map01120,map01130,map01200,map01230 M00021 R00897,R03601,R04859 RC00020,RC02814,RC02821 ko00000,ko00001,ko00002,ko01000 - - - PALP,Rhodanese +MGYG000000001_00624 1476973.JMMB01000007_gene1881 3.12e-156 447.0 COG3935@1|root,COG3935@2|Bacteria,1V69W@1239|Firmicutes,24IDX@186801|Clostridia,25T25@186804|Peptostreptococcaceae 186801|Clostridia L Replication initiation and membrane attachment - - - - - - - - - - - - DnaB_2,Phage_rep_org_N,RepA_N +MGYG000000001_00721 1301100.HG529431_gene1782 2.04e-134 382.0 COG0035@1|root,COG0035@2|Bacteria,1TPMT@1239|Firmicutes,248FV@186801|Clostridia,36DZ9@31979|Clostridiaceae 186801|Clostridia F Catalyzes the conversion of uracil and 5-phospho-alpha- D-ribose 1-diphosphate (PRPP) to UMP and diphosphate upp - 2.4.2.9 ko:K00761 ko00240,ko01100,map00240,map01100 - R00966 RC00063 ko00000,ko00001,ko01000 - - - UPRTase +MGYG000000001_00753 33035.JPJF01000013_gene4625 1.52e-119 356.0 COG0407@1|root,COG0407@2|Bacteria,1VQWJ@1239|Firmicutes,24YE8@186801|Clostridia 186801|Clostridia H Uroporphyrinogen decarboxylase (URO-D) - - - - - - - - - - - - URO-D +MGYG000000001_00785 1196322.A370_02238 1.69e-90 269.0 COG4767@1|root,COG4767@2|Bacteria,1VAH6@1239|Firmicutes,24MQR@186801|Clostridia,36ICD@31979|Clostridiaceae 186801|Clostridia V PFAM VanZ - - - - - - - - - - - - VanZ +MGYG000000001_00817 1158606.I579_00674 8.59e-229 639.0 COG1175@1|root,COG1175@2|Bacteria,1TR2A@1239|Firmicutes,4HB8H@91061|Bacilli,4B07M@81852|Enterococcaceae 91061|Bacilli U Binding-protein-dependent transport system inner membrane component malC GO:0003674,GO:0003824,GO:0005215,GO:0005363,GO:0005575,GO:0005623,GO:0005886,GO:0005887,GO:0006810,GO:0008150,GO:0008643,GO:0015144,GO:0015154,GO:0015157,GO:0015399,GO:0015405,GO:0015422,GO:0015423,GO:0015766,GO:0015768,GO:0015772,GO:0016020,GO:0016021,GO:0016462,GO:0016787,GO:0016817,GO:0016818,GO:0016887,GO:0017111,GO:0022804,GO:0022857,GO:0031224,GO:0031226,GO:0032991,GO:0034219,GO:0042623,GO:0042626,GO:0043190,GO:0043211,GO:0043492,GO:0044425,GO:0044459,GO:0044464,GO:0051179,GO:0051234,GO:0055085,GO:0071702,GO:0071944,GO:0098533,GO:0098796,GO:0098797,GO:1902494,GO:1902495,GO:1904949,GO:1990060,GO:1990351 - ko:K15771 ko02010,map02010 M00491 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.16,3.A.1.1.2 - iYO844.BSU34150 BPD_transp_1 +MGYG000000001_00849 272563.CD630_17850 8.43e-249 687.0 COG0137@1|root,COG0137@2|Bacteria,1TP3X@1239|Firmicutes,247MF@186801|Clostridia,25QJM@186804|Peptostreptococcaceae 186801|Clostridia E Belongs to the argininosuccinate synthase family. Type 1 subfamily argG - 6.3.4.5 ko:K01940 ko00220,ko00250,ko01100,ko01110,ko01130,ko01230,ko05418,map00220,map00250,map01100,map01110,map01130,map01230,map05418 M00029,M00844,M00845 R01954 RC00380,RC00629 ko00000,ko00001,ko00002,ko01000,ko04147 - - - Arginosuc_synth +MGYG000000001_00881 1151292.QEW_1385 5.14e-156 442.0 COG1951@1|root,COG1951@2|Bacteria,1TPXQ@1239|Firmicutes,248T7@186801|Clostridia,25R7B@186804|Peptostreptococcaceae 186801|Clostridia C Hydrolyase, tartrate alpha subunit fumarate domain protein, Fe-S type fumA - 4.2.1.2 ko:K01677 ko00020,ko00620,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,map00020,map00620,map00720,map01100,map01110,map01120,map01130,map01200 M00009,M00011,M00173,M00374,M00620 R01082 RC00443 ko00000,ko00001,ko00002,ko01000 - - - Fumerase +MGYG000000001_00913 1301100.HG529418_gene3016 7.7e-181 511.0 COG1484@1|root,COG1484@2|Bacteria,1TPKM@1239|Firmicutes,2483D@186801|Clostridia,36DQQ@31979|Clostridiaceae 186801|Clostridia L DNA replication protein dnaC - - ko:K02315 - - - - ko00000,ko03032 - - - IstB_IS21 +MGYG000000001_00983 195103.CPF_0215 3.41e-123 358.0 COG1120@1|root,COG1120@2|Bacteria,1V1WZ@1239|Firmicutes,249A7@186801|Clostridia,36EN9@31979|Clostridiaceae 186801|Clostridia HP ABC transporter - - 3.6.3.34 ko:K02013 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - ABC_tran +MGYG000000001_01015 445973.CLOBAR_02406 6.6e-263 734.0 COG1574@1|root,COG1574@2|Bacteria,1TQ6G@1239|Firmicutes,24A5F@186801|Clostridia,25RJX@186804|Peptostreptococcaceae 186801|Clostridia S Amidohydrolase family - - - - - - - - - - - - Amidohydro_3,Methyltransf_25 +MGYG000000001_01055 1476973.JMMB01000007_gene417 1.04e-127 365.0 COG2344@1|root,COG2344@2|Bacteria,1TSMR@1239|Firmicutes,247RQ@186801|Clostridia,25R18@186804|Peptostreptococcaceae 186801|Clostridia K Modulates transcription in response to changes in cellular NADH NAD( ) redox state rex - - ko:K01926 - - - - ko00000,ko03000 - - - CoA_binding,Put_DNA-bind_N +MGYG000000001_01087 1444310.JANV01000097_gene2165 2.67e-20 105.0 COG5412@1|root,COG5412@2|Bacteria,1TQ28@1239|Firmicutes,4HCMX@91061|Bacilli,1ZEVU@1386|Bacillus 91061|Bacilli D Phage tail tape measure protein, TP901 family - - - - - - - - - - - - PhageMin_Tail +MGYG000000001_01152 742738.HMPREF9460_01159 2.04e-31 112.0 COG4576@1|root,COG4576@2|Bacteria,1VEI4@1239|Firmicutes,24QJA@186801|Clostridia,269VV@186813|unclassified Clostridiales 186801|Clostridia CQ Ethanolamine utilisation protein EutN/carboxysome eutN - - ko:K04028 - - - - ko00000 - - - EutN_CcmL +MGYG000000001_01184 1301100.HG529229_gene5401 1.06e-161 464.0 28SRE@1|root,2ZF1B@2|Bacteria,1W33E@1239|Firmicutes,24W3Z@186801|Clostridia,36PKN@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - CbiX,Ferrochelatase +MGYG000000001_01216 1301100.HG529229_gene5433 4.16e-122 353.0 COG1496@1|root,COG1496@2|Bacteria,1TS34@1239|Firmicutes,248TD@186801|Clostridia,36I6A@31979|Clostridiaceae 186801|Clostridia S Belongs to the multicopper oxidase YfiH RL5 family yfiH - - ko:K05810 - - - - ko00000,ko01000 - - - Cu-oxidase_4,NUDIX +MGYG000000001_01248 1487921.DP68_16590 3.9e-202 566.0 COG0513@1|root,COG0513@2|Bacteria,1TPAP@1239|Firmicutes,247IT@186801|Clostridia,36EYP@31979|Clostridiaceae 186801|Clostridia L helicase cshA2 - 3.6.4.13 ko:K05592 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03009,ko03019 - - - DEAD,Helicase_C +MGYG000000001_01280 272563.CD630_12180 5.98e-143 409.0 COG0472@1|root,COG0472@2|Bacteria,1V7C4@1239|Firmicutes,24K6E@186801|Clostridia,25R28@186804|Peptostreptococcaceae 186801|Clostridia M First step of the lipid cycle reactions in the biosynthesis of the cell wall peptidoglycan - - - - - - - - - - - - Glycos_transf_4 +MGYG000000001_01312 1476973.JMMB01000007_gene1015 1.18e-33 117.0 COG1837@1|root,COG1837@2|Bacteria,1VEG7@1239|Firmicutes,24QKN@186801|Clostridia,25RTJ@186804|Peptostreptococcaceae 186801|Clostridia S KH domain ylqC - - ko:K06960 - - - - ko00000 - - - KH_4 +MGYG000000001_01344 445973.CLOBAR_01271 1.26e-158 450.0 COG0190@1|root,COG0190@2|Bacteria,1TP1P@1239|Firmicutes,248DB@186801|Clostridia,25QYE@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the oxidation of 5,10- methylenetetrahydrofolate to 5,10-methenyltetrahydrofolate and then the hydrolysis of 5,10-methenyltetrahydrofolate to 10- formyltetrahydrofolate folD - 1.5.1.5,3.5.4.9 ko:K01491 ko00670,ko00720,ko01100,ko01120,ko01200,map00670,map00720,map01100,map01120,map01200 M00140,M00377 R01220,R01655 RC00202,RC00578 ko00000,ko00001,ko00002,ko01000 - - - THF_DHG_CYH,THF_DHG_CYH_C +MGYG000000001_01376 1476973.JMMB01000007_gene568 7.13e-158 453.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,25S1Q@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter substrate-binding protein PnrA-like bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_01408 1301100.HG529227_gene5494 9.28e-102 296.0 2DB72@1|root,2Z7JI@2|Bacteria,1UR4B@1239|Firmicutes,24JEJ@186801|Clostridia,36IVT@31979|Clostridiaceae 186801|Clostridia S Putative amidase domain - - - - - - - - - - - - Amidase_6 +MGYG000000001_01440 1476973.JMMB01000007_gene1058 7.28e-90 270.0 COG5522@1|root,COG5522@2|Bacteria,1VX4J@1239|Firmicutes,250VD@186801|Clostridia,25T1H@186804|Peptostreptococcaceae 186801|Clostridia S Integral membrane protein (intg_mem_TP0381) - - - - - - - - - - - - Intg_mem_TP0381 +MGYG000000001_01472 272563.CD630_12810 1.12e-228 633.0 COG0482@1|root,COG0482@2|Bacteria,1TPIZ@1239|Firmicutes,247YV@186801|Clostridia,25QIE@186804|Peptostreptococcaceae 186801|Clostridia J Catalyzes the 2-thiolation of uridine at the wobble position (U34) of tRNA, leading to the formation of s(2)U34 mnmA - 2.8.1.13 ko:K00566 ko04122,map04122 - R08700 RC02313,RC02315 ko00000,ko00001,ko01000,ko03016 - - - tRNA_Me_trans +MGYG000000001_01504 411470.RUMGNA_02086 3.7e-34 124.0 COG4824@1|root,COG4824@2|Bacteria,1VE24@1239|Firmicutes,24MY4@186801|Clostridia,3Y10J@572511|Blautia 186801|Clostridia S Psort location CytoplasmicMembrane, score 7.63 - - - - - - - - - - - - Phage_holin_4_1 +MGYG000000001_01568 1391646.AVSU01000015_gene2991 8.04e-46 154.0 COG0622@1|root,COG0622@2|Bacteria,1VADJ@1239|Firmicutes,25CNG@186801|Clostridia 186801|Clostridia S Calcineurin-like phosphoesterase superfamily domain - - - ko:K07095 - - - - ko00000 - - - Metallophos_2 +MGYG000000001_01600 1476973.JMMB01000007_gene1085 6.72e-47 150.0 COG1873@1|root,COG1873@2|Bacteria,1VEJW@1239|Firmicutes,25JAQ@186801|Clostridia,25RRI@186804|Peptostreptococcaceae 186801|Clostridia S PRC-barrel domain - - - - - - - - - - - - PRC +MGYG000000001_01632 500633.CLOHIR_01876 1.99e-215 602.0 COG0119@1|root,COG0119@2|Bacteria,1TP4Y@1239|Firmicutes,2495J@186801|Clostridia,25QU8@186804|Peptostreptococcaceae 186801|Clostridia E Belongs to the alpha-IPM synthase homocitrate synthase family nifV - 2.3.3.14 ko:K02594 ko00620,map00620 - R00271 RC00004,RC00067,RC02754 ko00000,ko00001,ko01000 - - - HMGL-like +MGYG000000001_01664 272563.CD630_18010 1.44e-118 348.0 COG1284@1|root,COG1284@2|Bacteria,1TR9J@1239|Firmicutes,24BGW@186801|Clostridia,25RQX@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterized protein conserved in bacteria (DUF2179) - - - - - - - - - - - - DUF2179,YitT_membrane +MGYG000000001_01696 445973.CLOBAR_02573 3.86e-22 95.9 29UE5@1|root,30FQU@2|Bacteria,1UEFT@1239|Firmicutes,25JCM@186801|Clostridia,25RYQ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01761 1301100.HG529344_gene3205 1.65e-13 70.9 COG0642@1|root,COG0642@2|Bacteria,1TQSG@1239|Firmicutes,25EB7@186801|Clostridia,36UJ6@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c +MGYG000000001_01794 1476973.JMMB01000007_gene2145 8.08e-97 290.0 COG5522@1|root,COG5522@2|Bacteria,1VCFM@1239|Firmicutes,24PK8@186801|Clostridia,25RAI@186804|Peptostreptococcaceae 186801|Clostridia S Integral membrane protein (intg_mem_TP0381) - - - - - - - - - - - - Intg_mem_TP0381 +MGYG000000001_01858 1292035.H476_2999 1.25e-70 216.0 COG1846@1|root,COG1846@2|Bacteria,1VEYN@1239|Firmicutes,24S21@186801|Clostridia,25TRU@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix multiple antibiotic resistance protein - - - - - - - - - - - - MarR_2 +MGYG000000001_01922 545697.HMPREF0216_00081 1.19e-107 315.0 COG1182@1|root,COG1182@2|Bacteria,1UYPQ@1239|Firmicutes,25CAR@186801|Clostridia,36WSF@31979|Clostridiaceae 186801|Clostridia C Catalyzes the reductive cleavage of azo bond in aromatic azo compounds to the corresponding amines. Requires NADH, but not NADPH, as an electron donor for its activity azoR - - ko:K01118 - - - - ko00000,ko01000 - - - Flavodoxin_2 +MGYG000000001_01954 658086.HMPREF0994_06444 5.25e-152 434.0 COG0329@1|root,COG0329@2|Bacteria,1TQRK@1239|Firmicutes,247ZW@186801|Clostridia,27I93@186928|unclassified Lachnospiraceae 186801|Clostridia EM Dihydrodipicolinate synthetase family - - 4.1.3.3 ko:K01639 ko00520,map00520 - R01811 RC00159,RC00600 ko00000,ko00001,ko01000 - - - DHDPS +MGYG000000001_01986 1301100.HG529398_gene6808 2.06e-07 49.7 2BF2M@1|root,328UM@2|Bacteria,1UU2W@1239|Firmicutes,255A7@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02018 1415774.U728_363 2.34e-99 307.0 COG0477@1|root,COG2814@2|Bacteria,1TS6K@1239|Firmicutes,24AKU@186801|Clostridia,36DGS@31979|Clostridiaceae 186801|Clostridia EGP Major Facilitator tetA - - ko:K08151,ko:K08153 - M00668,M00717 - - ko00000,ko00002,ko01504,ko02000 2.A.1.2.38,2.A.1.2.39,2.A.1.2.4,2.A.1.2.41,2.A.1.2.68,2.A.1.2.75,2.A.1.2.8 - - MFS_1,MFS_1_like,MFS_2,PUCC,Sugar_tr +MGYG000000001_02086 1301100.HG529238_gene7228 4.75e-233 650.0 COG0520@1|root,COG0520@2|Bacteria,1TQ1W@1239|Firmicutes,249CS@186801|Clostridia,36EKE@31979|Clostridiaceae 186801|Clostridia E Catalyzes the removal of elemental sulfur and selenium atoms from L-cysteine, L-cystine, L-selenocysteine, and L- selenocystine to produce L-alanine csd - - - - - - - - - - - Aminotran_5 +MGYG000000001_02118 1301100.HG529344_gene3210 1.53e-41 150.0 2DMVF@1|root,32TY8@2|Bacteria,1U2W8@1239|Firmicutes,24T7V@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02150 1476973.JMMB01000007_gene920 1.3e-103 307.0 COG1852@1|root,COG1852@2|Bacteria,1V1B5@1239|Firmicutes,24G2F@186801|Clostridia,25T5B@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function DUF116 - - - ko:K09729 - - - - ko00000 - - - DUF116 +MGYG000000001_02182 1301100.HG529436_gene6545 9.88e-167 471.0 COG0181@1|root,COG0181@2|Bacteria,1TPFQ@1239|Firmicutes,2494Z@186801|Clostridia,36EJC@31979|Clostridiaceae 186801|Clostridia H Tetrapolymerization of the monopyrrole PBG into the hydroxymethylbilane pre-uroporphyrinogen in several discrete steps hemC - 2.5.1.61 ko:K01749 ko00860,ko01100,ko01110,ko01120,map00860,map01100,map01110,map01120 M00121 R00084 RC02317 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS15760 HEM4,Porphobil_deam,Porphobil_deamC +MGYG000000001_00356 1301100.HG529402_gene6757 1.73e-266 745.0 COG0661@1|root,COG0661@2|Bacteria,1TPIV@1239|Firmicutes,2494Y@186801|Clostridia,36FUD@31979|Clostridiaceae 186801|Clostridia S ABC1 family ubiB - - ko:K03688 - - - - ko00000 - - - ABC1,APH,RIO1,WaaY +MGYG000000001_01160 1235790.C805_03549 6.44e-65 203.0 COG4910@1|root,COG4910@2|Bacteria,1V5ZV@1239|Firmicutes,24KHN@186801|Clostridia,25W9N@186806|Eubacteriaceae 186801|Clostridia Q Dehydratase small subunit pduE - 4.2.1.28,4.2.1.30 ko:K06122,ko:K13920 ko00561,ko00640,map00561,map00640 - R01047,R02376 RC00429,RC00707 ko00000,ko00001,ko01000 - - - Dehydratase_SU +MGYG000000001_00019 445973.CLOBAR_00271 0.0 943.0 COG3383@1|root,COG3383@2|Bacteria,1TT6D@1239|Firmicutes,24YN9@186801|Clostridia,25SBE@186804|Peptostreptococcaceae 186801|Clostridia C Belongs to the prokaryotic molybdopterin-containing oxidoreductase family fdhF - 1.17.1.10,1.17.1.9,1.17.99.7 ko:K00123,ko:K05299,ko:K22015 ko00630,ko00680,ko00720,ko01100,ko01120,ko01200,map00630,map00680,map00720,map01100,map01120,map01200 M00377 R00134,R00519 RC02796 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS04405 Fer2_4,Fer4,Molybdop_Fe4S4,Molybdopterin,Molydop_binding,NADH-G_4Fe-4S_3 +MGYG000000001_02196 445973.CLOBAR_01421 2.1e-271 749.0 COG1797@1|root,COG1797@2|Bacteria,1TNY2@1239|Firmicutes,247PU@186801|Clostridia,25QME@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the ATP-dependent amidation of the two carboxylate groups at positions a and c of cobyrinate, using either L-glutamine or ammonia as the nitrogen source cbiA - 6.3.5.11,6.3.5.9 ko:K02224 ko00860,ko01100,ko01120,map00860,map01100,map01120 - R05224,R05815 RC00010,RC01301 ko00000,ko00001,ko01000 - - - AAA_26,CbiA,GATase_3 +MGYG000000001_03166 1301100.HG529362_gene2107 1.79e-166 476.0 COG3426@1|root,COG3426@2|Bacteria,1TPKE@1239|Firmicutes,24993@186801|Clostridia,36GMK@31979|Clostridiaceae 186801|Clostridia C PFAM acetate and butyrate kinase buk - 2.7.2.7 ko:K00929 ko00650,ko01100,map00650,map01100 - R01688 RC00002,RC00043 ko00000,ko00001,ko01000 - - - Acetate_kinase +MGYG000000001_00743 1301100.HG529431_gene1760 1.63e-192 543.0 COG0793@1|root,COG0793@2|Bacteria,1TPBI@1239|Firmicutes,248HZ@186801|Clostridia,36DGU@31979|Clostridiaceae 186801|Clostridia M Belongs to the peptidase S41A family ctpA - 3.4.21.102 ko:K03797 - - - - ko00000,ko01000,ko01002 - - - PDZ,PDZ_2,PG_binding_1,Peptidase_S41 +MGYG000000001_02786 1476973.JMMB01000007_gene524 2.03e-145 415.0 COG1122@1|root,COG1122@2|Bacteria,1TPH8@1239|Firmicutes,248A2@186801|Clostridia,25QWY@186804|Peptostreptococcaceae 186801|Clostridia P Part of an ABC transporter complex. Responsible for energy coupling to the transport system cbiO - - ko:K02006 ko02010,map02010 M00245,M00246 - - ko00000,ko00001,ko00002,ko02000 3.A.1.18,3.A.1.22,3.A.1.23 - - AAA_21,ABC_tran,CbiC,CbiD,CbiK +MGYG000000001_00598 1476973.JMMB01000007_gene1866 1.36e-39 132.0 COG5566@1|root,COG5566@2|Bacteria,1VHWQ@1239|Firmicutes,24TPM@186801|Clostridia,25TYI@186804|Peptostreptococcaceae 186801|Clostridia S Mor transcription activator family - - - - - - - - - - - - Mor +MGYG000000001_01233 1476973.JMMB01000007_gene2400 2.77e-100 297.0 COG0637@1|root,COG0637@2|Bacteria,1UY8N@1239|Firmicutes,25B0G@186801|Clostridia,25RJG@186804|Peptostreptococcaceae 186801|Clostridia S Haloacid dehalogenase-like hydrolase pgmB - 5.4.2.6 ko:K01838 ko00500,map00500 - R02728,R11310 RC00408 ko00000,ko00001,ko01000 - - - HAD_2 +MGYG000000001_02022 272563.CD630_10510 3.14e-40 150.0 29077@1|root,2ZMX0@2|Bacteria,1W3M9@1239|Firmicutes,24VV5@186801|Clostridia 186801|Clostridia S ABC-2 family transporter protein - - - - - - - - - - - - ABC2_membrane_5 +MGYG000000001_01580 272563.CD630_15040 3.07e-119 350.0 COG1131@1|root,COG1131@2|Bacteria,1TS5Y@1239|Firmicutes,24AH1@186801|Clostridia,25RKQ@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_00099 272563.CD630_32220 1.22e-215 603.0 COG1760@1|root,COG1760@2|Bacteria,1TP79@1239|Firmicutes,24CFG@186801|Clostridia,25UHJ@186804|Peptostreptococcaceae 186801|Clostridia E Serine dehydratase beta chain - - 4.3.1.17 ko:K01752 ko00260,ko00270,ko01100,ko01110,ko01130,ko01200,ko01230,map00260,map00270,map01100,map01110,map01130,map01200,map01230 - R00220,R00590 RC00331,RC02600 ko00000,ko00001,ko01000 - - - SDH_alpha,SDH_beta +MGYG000000001_01529 457396.CSBG_03377 2.08e-33 122.0 COG0262@1|root,COG0262@2|Bacteria,1VB80@1239|Firmicutes,24FTH@186801|Clostridia,36IZC@31979|Clostridiaceae 186801|Clostridia H Key enzyme in folate metabolism. Catalyzes an essential reaction for de novo glycine and purine synthesis, and for DNA precursor synthesis folA - 1.5.1.3 ko:K00287 ko00670,ko00790,ko01100,ko01523,map00670,map00790,map01100,map01523 M00126,M00840 R00936,R00937,R00939,R00940,R02235,R02236,R11765 RC00109,RC00110,RC00158 ko00000,ko00001,ko00002,ko01000 - - - DHFR_1 +MGYG000000001_00112 1301100.HG529386_gene5087 0.0 1513.0 COG1529@1|root,COG2080@1|root,COG1529@2|Bacteria,COG2080@2|Bacteria,1TP7U@1239|Firmicutes,248BV@186801|Clostridia,36DY8@31979|Clostridiaceae 186801|Clostridia C aldehyde oxidase and xanthine dehydrogenase, a b hammerhead mop - - - - - - - - - - - Ald_Xan_dh_C,Ald_Xan_dh_C2,Fer2,Fer2_2,Fer4 +MGYG000000001_02938 1151292.QEW_3629 3.53e-153 436.0 COG1376@1|root,COG3103@1|root,COG1376@2|Bacteria,COG3103@2|Bacteria,1V6QN@1239|Firmicutes,24IAP@186801|Clostridia,25QFI@186804|Peptostreptococcaceae 186801|Clostridia T L,D-transpeptidase catalytic domain - - - - - - - - - - - - CW_binding_1,PG_binding_1,SH3_3,YkuD +MGYG000000001_01625 1476973.JMMB01000007_gene1975 0.0 1320.0 COG0249@1|root,COG0249@2|Bacteria,1TPRJ@1239|Firmicutes,248GI@186801|Clostridia,25QVT@186804|Peptostreptococcaceae 186801|Clostridia L that it carries out the mismatch recognition step. This protein has a weak ATPase activity mutS - - ko:K03555 ko03430,map03430 - - - ko00000,ko00001,ko03400 - - - MutS_I,MutS_II,MutS_III,MutS_IV,MutS_V +MGYG000000001_03108 1476973.JMMB01000007_gene117 0.0 1340.0 COG1328@1|root,COG1328@2|Bacteria,1TR9K@1239|Firmicutes,247WF@186801|Clostridia,25QKN@186804|Peptostreptococcaceae 186801|Clostridia F Anaerobic ribonucleoside-triphosphate reductase nrdD - 1.1.98.6 ko:K21636 ko00230,ko00240,ko01100,map00230,map00240,map01100 M00053 R11633,R11634,R11635,R11636 RC00613 ko00000,ko00001,ko00002,ko01000 - - - ATP-cone,Intein_splicing,LAGLIDADG_3,NRDD +MGYG000000001_03028 1211817.CCAT010000047_gene2548 5.68e-60 189.0 COG1846@1|root,COG1846@2|Bacteria,1VBKN@1239|Firmicutes,24PC9@186801|Clostridia,36JM7@31979|Clostridiaceae 186801|Clostridia K MarR family - - - - - - - - - - - - HTH_27,MarR,MarR_2 +MGYG000000001_01173 1301100.HG529229_gene5390 1.37e-142 409.0 COG3711@1|root,COG3711@2|Bacteria,1TT5A@1239|Firmicutes,24931@186801|Clostridia,36E2H@31979|Clostridiaceae 186801|Clostridia K transcriptional antiterminator licT - - ko:K03488 - - - - ko00000,ko03000 - - - CAT_RBD,PRD +MGYG000000001_00427 445973.CLOBAR_01250 4.25e-95 290.0 COG0834@1|root,COG0834@2|Bacteria,1TT16@1239|Firmicutes,24CEZ@186801|Clostridia,25REG@186804|Peptostreptococcaceae 186801|Clostridia ET Bacterial periplasmic substrate-binding proteins artP - - ko:K02030 - M00236 - - ko00000,ko00002,ko02000 3.A.1.3 - - SBP_bac_3 +MGYG000000001_00490 1476973.JMMB01000007_gene1101 5.63e-69 212.0 COG1846@1|root,COG1846@2|Bacteria,1VH12@1239|Firmicutes,25ATV@186801|Clostridia,25RIR@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulator, MarR family - - - - - - - - - - - - MarR +MGYG000000001_02224 1476973.JMMB01000007_gene2789 1.3e-38 134.0 2B7T0@1|root,320ZG@2|Bacteria,1UEEB@1239|Firmicutes,252D6@186801|Clostridia,25RR0@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00906 1292035.H476_2889 6.99e-259 721.0 28IYM@1|root,2Z8WA@2|Bacteria,1UAGP@1239|Firmicutes,249UA@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02063 1476973.JMMB01000007_gene2109 1.98e-21 87.4 COG1925@1|root,COG1925@2|Bacteria,1UF3A@1239|Firmicutes,25K43@186801|Clostridia,25UB5@186804|Peptostreptococcaceae 186801|Clostridia G PTS HPr component phosphorylation site - - - - - - - - - - - - PTS-HPr +MGYG000000001_02174 1499684.CCNP01000023_gene3137 1.34e-188 536.0 COG0475@1|root,COG0475@2|Bacteria,1TS32@1239|Firmicutes,247XW@186801|Clostridia,36GSV@31979|Clostridiaceae 186801|Clostridia P Sodium/hydrogen exchanger family - - - - - - - - - - - - Na_H_Exchanger +MGYG000000001_01319 1301100.HG529235_gene7312 8.65e-203 566.0 COG1304@1|root,COG1304@2|Bacteria,1TPC4@1239|Firmicutes,249TX@186801|Clostridia,36F63@31979|Clostridiaceae 186801|Clostridia C FMN-dependent lldD - - - - - - - - - - - FMN_dh,Glu_synthase +MGYG000000001_02831 1301100.HG529409_gene201 3.25e-161 454.0 COG2357@1|root,COG2357@2|Bacteria,1TQ2F@1239|Firmicutes,249FE@186801|Clostridia,36DM9@31979|Clostridiaceae 186801|Clostridia T RelA SpoT domain protein yjbM - 2.7.6.5 ko:K07816 ko00230,map00230 - R00429 RC00002,RC00078 ko00000,ko00001,ko01000 - - - RelA_SpoT +MGYG000000001_02226 1476973.JMMB01000007_gene2787 1.29e-168 479.0 2DZXK@1|root,32VMK@2|Bacteria,1VBXX@1239|Firmicutes,24MJB@186801|Clostridia,25REV@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02478 272563.CD630_16970 2.46e-85 253.0 COG0054@1|root,COG0054@2|Bacteria,1V1DA@1239|Firmicutes,24FRS@186801|Clostridia,25RA5@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the formation of 6,7-dimethyl-8- ribityllumazine by condensation of 5-amino-6-(D- ribitylamino)uracil with 3,4-dihydroxy-2-butanone 4-phosphate. This is the penultimate step in the biosynthesis of riboflavin ribH - 2.5.1.78 ko:K00794 ko00740,ko01100,ko01110,map00740,map01100,map01110 M00125 R04457 RC00960 ko00000,ko00001,ko00002,ko01000 - - - DMRL_synthase +MGYG000000001_01903 445973.CLOBAR_00421 3.27e-188 533.0 COG2508@1|root,COG2508@2|Bacteria,1TTA0@1239|Firmicutes,248HN@186801|Clostridia,25TX3@186804|Peptostreptococcaceae 186801|Clostridia QT Purine catabolism regulatory protein-like family - - - - - - - - - - - - HTH_30,PucR +MGYG000000001_02687 1042156.CXIVA_08090 1.14e-87 263.0 COG0671@1|root,COG0671@2|Bacteria,1V0H7@1239|Firmicutes,25D3K@186801|Clostridia 186801|Clostridia I PAP2 superfamily - - 3.6.1.27 ko:K19302 ko00550,map00550 - R05627 RC00002 ko00000,ko00001,ko01000,ko01011 - - - PAP2 +MGYG000000001_01401 1301100.HG529227_gene5510 1.94e-46 150.0 COG1925@1|root,COG1925@2|Bacteria,1VA0R@1239|Firmicutes,24QIP@186801|Clostridia,36KJQ@31979|Clostridiaceae 186801|Clostridia G HPr family ptsH - - ko:K02784,ko:K11189 ko02060,map02060 - - - ko00000,ko00001,ko02000 4.A.2.1,8.A.8.1.1 - - PTS-HPr +MGYG000000001_02973 537013.CLOSTMETH_02867 5.66e-169 487.0 COG1215@1|root,COG1215@2|Bacteria,1TRCI@1239|Firmicutes,248JA@186801|Clostridia 186801|Clostridia M PFAM Glycosyl transferase family 2 - - - - - - - - - - - - Glyco_tranf_2_3 +MGYG000000001_00873 999411.HMPREF1092_02749 3.65e-160 453.0 COG2207@1|root,COG2207@2|Bacteria,1V579@1239|Firmicutes,25B25@186801|Clostridia,36WD5@31979|Clostridiaceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - - - - - - - - - - AraC_binding,HTH_18 +MGYG000000001_00188 1476973.JMMB01000007_gene2628 7.2e-37 131.0 28X8N@1|root,2ZJ6S@2|Bacteria,1W2SB@1239|Firmicutes,251I1@186801|Clostridia,25UDZ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00737 445973.CLOBAR_02562 6.04e-73 219.0 COG2337@1|root,COG2337@2|Bacteria,1V6DK@1239|Firmicutes,24JE1@186801|Clostridia,25REC@186804|Peptostreptococcaceae 186801|Clostridia L Toxic component of a toxin-antitoxin (TA) module ndoA - - ko:K07171 - - - - ko00000,ko01000,ko02048 - - - PemK_toxin +MGYG000000001_00608 658088.HMPREF0987_02460 5.05e-142 408.0 COG2159@1|root,COG2159@2|Bacteria 2|Bacteria E amidohydrolase - - - - - - - - - - - - Amidohydro_2 +MGYG000000001_00782 536233.CLO_1118 2.33e-10 60.1 2A64A@1|root,30UWS@2|Bacteria,1UQMI@1239|Firmicutes,24UD0@186801|Clostridia,36MM0@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00449 1476973.JMMB01000007_gene1531 3.84e-52 167.0 COG3862@1|root,COG3862@2|Bacteria,1VA4U@1239|Firmicutes,24MN9@186801|Clostridia,25RQN@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1667) - - - - - - - - - - - - DUF1667 +MGYG000000001_01873 1408823.AXUS01000046_gene2913 2.65e-62 192.0 2BI2V@1|root,32C7W@2|Bacteria,1UGBK@1239|Firmicutes,24NXY@186801|Clostridia 186801|Clostridia S Protein of unknown function (DUF3796) - - - - - - - - - - - - DUF3796 +MGYG000000001_00120 272563.CD630_31700 7.24e-308 840.0 COG0148@1|root,COG0148@2|Bacteria,1TP2S@1239|Firmicutes,247TU@186801|Clostridia,25QP6@186804|Peptostreptococcaceae 186801|Clostridia G Catalyzes the reversible conversion of 2- phosphoglycerate into phosphoenolpyruvate. It is essential for the degradation of carbohydrates via glycolysis eno - 4.2.1.11 ko:K01689 ko00010,ko00680,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,ko03018,ko04066,map00010,map00680,map01100,map01110,map01120,map01130,map01200,map01230,map03018,map04066 M00001,M00002,M00003,M00346,M00394 R00658 RC00349 ko00000,ko00001,ko00002,ko01000,ko03019,ko04147 - - - Enolase_C,Enolase_N +MGYG000000001_02561 1391646.AVSU01000076_gene2855 1.47e-168 474.0 COG1122@1|root,COG1122@2|Bacteria,1TPH8@1239|Firmicutes,248A2@186801|Clostridia,25QIU@186804|Peptostreptococcaceae 186801|Clostridia P ATP-binding (A) component of a common energy-coupling factor (ECF) ABC-transporter complex. Unlike classic ABC transporters this ECF transporter provides the energy necessary to transport a number of different substrates ecfA - - ko:K16786,ko:K16787 ko02010,map02010 M00582 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.25,3.A.1.28,3.A.1.29,3.A.1.30,3.A.1.31,3.A.1.32,3.A.1.33,3.A.1.35 - - ABC_tran +MGYG000000001_02217 1301100.HG529374_gene1516 8.33e-35 119.0 2CK5R@1|root,2ZXQ2@2|Bacteria,1W6P1@1239|Firmicutes,256IB@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02247 1391646.AVSU01000117_gene822 1.24e-25 97.8 COG5566@1|root,COG5566@2|Bacteria,1VHWQ@1239|Firmicutes,24TPM@186801|Clostridia,25TYI@186804|Peptostreptococcaceae 186801|Clostridia S Mor transcription activator family - - - - - - - - - - - - Mor +MGYG000000001_00712 1476973.JMMB01000007_gene3225 4.48e-278 771.0 COG1158@1|root,COG1158@2|Bacteria,1TPHZ@1239|Firmicutes,247YK@186801|Clostridia,25QC6@186804|Peptostreptococcaceae 186801|Clostridia K Facilitates transcription termination by a mechanism that involves Rho binding to the nascent RNA, activation of Rho's RNA-dependent ATPase activity, and release of the mRNA from the DNA template rho - - ko:K03628 ko03018,map03018 - - - ko00000,ko00001,ko03019,ko03021 - - - ATP-synt_ab,Rho_N,Rho_RNA_bind +MGYG000000001_01291 1301100.HG529233_gene7413 4.64e-134 381.0 COG0572@1|root,COG0572@2|Bacteria,1TQ4V@1239|Firmicutes,24850@186801|Clostridia,36DNP@31979|Clostridiaceae 186801|Clostridia F Cytidine monophosphokinase udk - 2.7.1.48 ko:K00876 ko00240,ko00983,ko01100,map00240,map00983,map01100 - R00513,R00516,R00517,R00962,R00964,R00967,R00968,R00970,R01548,R01549,R01880,R02091,R02096,R02097,R02327,R02332,R02371,R02372,R08232 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PRK +MGYG000000001_00413 445973.CLOBAR_01239 0.0 1369.0 COG1882@1|root,COG1882@2|Bacteria,1TPTF@1239|Firmicutes,247YY@186801|Clostridia,25R2X@186804|Peptostreptococcaceae 186801|Clostridia C Psort location Cytoplasmic, score pflB - 2.3.1.54 ko:K00656 ko00620,ko00640,ko00650,ko01100,ko01120,map00620,map00640,map00650,map01100,map01120 - R00212,R06987 RC00004,RC01181,RC02742,RC02833 ko00000,ko00001,ko01000 - - - Gly_radical,PFL-like +MGYG000000001_02307 1450694.BTS2_0135 1.03e-42 159.0 COG1033@1|root,COG1033@2|Bacteria,1VSWA@1239|Firmicutes,4HBIV@91061|Bacilli 91061|Bacilli S MMPL family ydfJ - - ko:K07003 - - - - ko00000 - - - MMPL +MGYG000000001_01052 1301100.HG529422_gene4234 5e-229 632.0 COG0533@1|root,COG0533@2|Bacteria,1TQDR@1239|Firmicutes,247MG@186801|Clostridia,36DHM@31979|Clostridiaceae 186801|Clostridia J Required for the formation of a threonylcarbamoyl group on adenosine at position 37 (t(6)A37) in tRNAs that read codons beginning with adenine. Is involved in the transfer of the threonylcarbamoyl moiety of threonylcarbamoyl-AMP (TC-AMP) to the N6 group of A37, together with TsaE and TsaB. TsaD likely plays a direct catalytic role in this reaction tsaD - 2.3.1.234 ko:K01409 - - R10648 RC00070,RC00416 ko00000,ko01000,ko03016 - - - Acetyltransf_1,Peptidase_M22 +MGYG000000001_01456 1151292.QEW_1675 2e-102 299.0 COG1386@1|root,COG1386@2|Bacteria,1V6HI@1239|Firmicutes,24JW7@186801|Clostridia,25RCC@186804|Peptostreptococcaceae 186801|Clostridia D Participates in chromosomal partition during cell division. May act via the formation of a condensin-like complex containing Smc and ScpA that pull DNA away from mid-cell into both cell halves scpB - - ko:K06024 - - - - ko00000,ko03036 - - - SMC_ScpB +MGYG000000001_02143 1301100.HG529232_gene7460 1.23e-179 503.0 COG1561@1|root,COG1561@2|Bacteria,1TQHJ@1239|Firmicutes,24824@186801|Clostridia,36ED0@31979|Clostridiaceae 186801|Clostridia S tigr00255 yicC - - - - - - - - - - - DUF1732,YicC_N +MGYG000000001_02514 1301100.HG529230_gene5344 8.41e-206 573.0 COG0240@1|root,COG0240@2|Bacteria,1TQ5P@1239|Firmicutes,248JT@186801|Clostridia,36EG4@31979|Clostridiaceae 186801|Clostridia I Glycerol-3-phosphate dehydrogenase gpsA - 1.1.1.94 ko:K00057 ko00564,ko01110,map00564,map01110 - R00842,R00844 RC00029 ko00000,ko00001,ko01000 - - - G3P_acyltransf,NAD_Gly3P_dh_C,NAD_Gly3P_dh_N +MGYG000000001_01193 1301100.HG529229_gene5406 2.94e-153 433.0 COG0682@1|root,COG0682@2|Bacteria,1TPAK@1239|Firmicutes,24APG@186801|Clostridia,36F3Y@31979|Clostridiaceae 186801|Clostridia M Transfers the N-acyl diglyceride group on what will become the N-terminal cysteine of membrane lipoproteins lgt - - ko:K13292 - - - - ko00000,ko01000 - - - HAD_2,LGT +MGYG000000001_02031 1476973.JMMB01000007_gene2810 1.4e-225 630.0 COG1253@1|root,COG1253@2|Bacteria,1TPN0@1239|Firmicutes,2489N@186801|Clostridia,25QXD@186804|Peptostreptococcaceae 186801|Clostridia S Transporter associated domain - - - ko:K03699 - - - - ko00000,ko02042 - - - CBS,CorC_HlyC,DUF21 +MGYG000000001_01053 1301100.HG529422_gene4235 6.09e-242 675.0 COG0534@1|root,COG0534@2|Bacteria,1TQ56@1239|Firmicutes,248YU@186801|Clostridia,36DVM@31979|Clostridiaceae 186801|Clostridia V MATE efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_01205 1301100.HG529229_gene5418 2.31e-223 625.0 COG0766@1|root,COG0766@2|Bacteria,1TPAU@1239|Firmicutes,2488W@186801|Clostridia,36DC0@31979|Clostridiaceae 186801|Clostridia M Belongs to the EPSP synthase family. MurA subfamily murA2 - 2.5.1.7 ko:K00790 ko00520,ko00550,ko01100,map00520,map00550,map01100 - R00660 RC00350 ko00000,ko00001,ko01000,ko01011 - - - EPSP_synthase,HTH_3 +MGYG000000001_01145 1476973.JMMB01000007_gene1211 1.6e-306 846.0 COG0436@1|root,COG0436@2|Bacteria,1TQP8@1239|Firmicutes,24BFE@186801|Clostridia,25R7E@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase class I and II aspD - 4.1.1.12 ko:K09758 ko00250,ko00270,ko01100,ko01230,map00250,map00270,map01100,map01230 - R00397,R00863 RC00282,RC00399,RC00400 ko00000,ko00001,ko01000 - - - Aminotran_1_2 +MGYG000000001_02403 994573.T472_0201050 3.5e-28 110.0 COG4720@1|root,COG4720@2|Bacteria,1UNF7@1239|Firmicutes,25H1P@186801|Clostridia,36V79@31979|Clostridiaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_02822 1414720.CBYM010000014_gene2762 1.28e-183 517.0 COG0180@1|root,COG0180@2|Bacteria,1TPY7@1239|Firmicutes,248RC@186801|Clostridia,36DNK@31979|Clostridiaceae 186801|Clostridia J Tryptophanyl-tRNA synthetase trpS - 6.1.1.2 ko:K01867 ko00970,map00970 M00359,M00360 R03664 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - tRNA-synt_1b +MGYG000000001_02951 1415774.U728_949 6.98e-170 476.0 COG1120@1|root,COG1120@2|Bacteria,1TP2Q@1239|Firmicutes,2492Z@186801|Clostridia,36DPF@31979|Clostridiaceae 186801|Clostridia HP ABC transporter fhuC - 3.6.3.34 ko:K02013 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - ABC_tran +MGYG000000001_00145 1280689.AUJC01000015_gene5 0.0 1271.0 COG0446@1|root,COG1902@1|root,COG0446@2|Bacteria,COG1902@2|Bacteria,1TPM6@1239|Firmicutes,247V1@186801|Clostridia,36EGZ@31979|Clostridiaceae 186801|Clostridia C NADH flavin oxidoreductase NADH oxidase - - - - - - - - - - - - Oxidored_FMN,Pyr_redox_2 +MGYG000000001_02573 445973.CLOBAR_00113 2.64e-93 273.0 COG0200@1|root,COG0200@2|Bacteria,1V3KE@1239|Firmicutes,24HAJ@186801|Clostridia,25RDR@186804|Peptostreptococcaceae 186801|Clostridia J binds to the 23S rRNA rplO - - ko:K02876 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L27A +MGYG000000001_01057 272563.CD630_01740 0.0 1089.0 COG0369@1|root,COG1151@2|Bacteria,1TRSC@1239|Firmicutes,248HQ@186801|Clostridia,25R7I@186804|Peptostreptococcaceae 186801|Clostridia C Prismane/CO dehydrogenase family cooS - 1.2.7.4 ko:K00198 ko00633,ko00680,ko00720,ko01120,ko01200,map00633,map00680,map00720,map01120,map01200 M00377 R07157,R08034 RC00250,RC02800 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS04490 Prismane +MGYG000000001_02679 445973.CLOBAR_00425 2.91e-119 347.0 2AYHW@1|root,2Z7XM@2|Bacteria,1UPEA@1239|Firmicutes,25BDY@186801|Clostridia,25QJA@186804|Peptostreptococcaceae 186801|Clostridia S TraX protein - - - - - - - - - - - - TraX +MGYG000000001_00549 272563.CD630_14070 1.88e-288 795.0 COG1167@1|root,COG1167@2|Bacteria,1TPS5@1239|Firmicutes,248ZB@186801|Clostridia,25SEM@186804|Peptostreptococcaceae 186801|Clostridia K COG COG1167 Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs - - - ko:K00375 - - - - ko00000,ko03000 - - - Aminotran_1_2,GntR +MGYG000000001_02559 1301100.HG529435_gene6501 6.61e-152 431.0 COG0619@1|root,COG0619@2|Bacteria,1TQ0E@1239|Firmicutes,248AB@186801|Clostridia,36FFB@31979|Clostridiaceae 186801|Clostridia P Transmembrane (T) component of an energy-coupling factor (ECF) ABC-transporter complex. Unlike classic ABC transporters this ECF transporter provides the energy necessary to transport a number of different substrates ecfT - - ko:K16785 ko02010,map02010 M00582 - - ko00000,ko00001,ko00002,ko02000 3.A.1.25,3.A.1.28,3.A.1.29,3.A.1.30,3.A.1.31,3.A.1.32,3.A.1.33,3.A.1.35 - - CbiQ +MGYG000000001_02833 1301100.HG529409_gene203 2.21e-134 385.0 COG0727@1|root,COG0727@2|Bacteria,1VIET@1239|Firmicutes,24UUA@186801|Clostridia 186801|Clostridia S Putative zinc- or iron-chelating domain - - - - - - - - - - - - CxxCxxCC +MGYG000000001_02660 1301100.HG529348_gene4317 1.68e-58 194.0 2F1A1@1|root,33UB1@2|Bacteria,1VUDV@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01296 1301100.HG529233_gene7419 6.37e-134 387.0 COG0169@1|root,COG0169@2|Bacteria,1TQRY@1239|Firmicutes,2497S@186801|Clostridia,36E3G@31979|Clostridiaceae 186801|Clostridia E Involved in the biosynthesis of the chorismate, which leads to the biosynthesis of aromatic amino acids. Catalyzes the reversible NADPH linked reduction of 3-dehydroshikimate (DHSA) to yield shikimate (SA) aroE - 1.1.1.25 ko:K00014 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00022 R02413 RC00206 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS14185 SKI,Shikimate_DH,Shikimate_dh_N +MGYG000000001_01297 1476973.JMMB01000007_gene999 1.31e-11 63.2 298N0@1|root,2ZVSN@2|Bacteria,1W5DC@1239|Firmicutes,2546P@186801|Clostridia,25RYC@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00121 1391646.AVSU01000037_gene2026 1.54e-291 806.0 COG3829@1|root,COG3829@2|Bacteria,1TP0E@1239|Firmicutes,247MB@186801|Clostridia,25QR6@186804|Peptostreptococcaceae 186801|Clostridia K Sigma-54 interaction domain protein - - - ko:K03721 - - - - ko00000,ko03000 - - - CBS,HTH_38,HTH_8,NUMOD1,PAS,PAS_9,PrpR_N,Sigma54_activat,SpoVT_C +MGYG000000001_00899 1151292.QEW_4269 1.28e-44 149.0 2DMWG@1|root,32U3S@2|Bacteria,1VA7F@1239|Firmicutes,24MP5@186801|Clostridia,25TFU@186804|Peptostreptococcaceae 186801|Clostridia S YmaF family - - - - - - - - - - - - YmaF +MGYG000000001_01916 1301100.HG529337_gene3367 8.98e-183 520.0 COG2720@1|root,COG2720@2|Bacteria,1TSH8@1239|Firmicutes,2493X@186801|Clostridia,36EIZ@31979|Clostridiaceae 186801|Clostridia V PFAM VanW family protein - - - ko:K18346 ko01502,ko02020,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01504 - - - G5,PG_binding_4,VanW +MGYG000000001_01630 1476973.JMMB01000007_gene1968 5.49e-276 759.0 COG4100@1|root,COG4100@2|Bacteria,1TQ88@1239|Firmicutes,247Y4@186801|Clostridia,25R6P@186804|Peptostreptococcaceae 186801|Clostridia P Aluminum resistance protein ynbB - - - - - - - - - - - Met_gamma_lyase +MGYG000000001_00845 1301100.HG529333_gene4589 3.68e-102 300.0 COG0494@1|root,COG0494@2|Bacteria,1V6SF@1239|Firmicutes,24HCG@186801|Clostridia,36IWP@31979|Clostridiaceae 186801|Clostridia L pfam nudix - - - - - - - - - - - - Abhydrolase_1,NUDIX +MGYG000000001_00830 445973.CLOBAR_00946 4.03e-135 387.0 COG1028@1|root,COG1028@2|Bacteria,1TP76@1239|Firmicutes,247PV@186801|Clostridia,25R8Y@186804|Peptostreptococcaceae 186801|Clostridia IQ 3-oxoacyl- acyl-carrier-protein reductase fabG - 1.1.1.100 ko:K00059 ko00061,ko00333,ko00780,ko01040,ko01100,ko01130,ko01212,map00061,map00333,map00780,map01040,map01100,map01130,map01212 M00083,M00572 R04533,R04534,R04536,R04543,R04566,R04953,R04964,R07759,R07763,R10116,R10120,R11671 RC00029,RC00117 ko00000,ko00001,ko00002,ko01000,ko01004 - - - adh_short_C2 +MGYG000000001_02544 650150.ERH_0111 2.15e-63 200.0 COG1704@1|root,COG1704@2|Bacteria,1V3Z0@1239|Firmicutes,3VQJK@526524|Erysipelotrichia 526524|Erysipelotrichia S LemA family - - - ko:K03744 - - - - ko00000 - - - LemA +MGYG000000001_02199 1476973.JMMB01000007_gene500 1.13e-124 361.0 COG0368@1|root,COG0368@2|Bacteria,1V1QB@1239|Firmicutes,24I0D@186801|Clostridia,25QDZ@186804|Peptostreptococcaceae 186801|Clostridia H Joins adenosylcobinamide-GDP and alpha-ribazole to generate adenosylcobalamin (Ado-cobalamin). Also synthesizes adenosylcobalamin 5'-phosphate from adenosylcobinamide-GDP and alpha-ribazole 5'-phosphate cobS - 2.7.8.26 ko:K02233 ko00860,ko01100,map00860,map01100 M00122 R05223,R11174 RC00002,RC00078 ko00000,ko00001,ko00002,ko01000 - - - CobS +MGYG000000001_03160 1301100.HG529274_gene1741 7.75e-21 86.7 COG4997@1|root,COG4997@2|Bacteria,1VEG6@1239|Firmicutes,24QRF@186801|Clostridia,36KRV@31979|Clostridiaceae 186801|Clostridia S phosphoribosyl-ATP pyrophosphohydrolase - - - - - - - - - - - - DUF429,MazG-like,UPF0158 +MGYG000000001_00740 1476973.JMMB01000007_gene3197 2.49e-59 187.0 2E0BG@1|root,32VYP@2|Bacteria,1VD9B@1239|Firmicutes,24PIR@186801|Clostridia,25RP5@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - PrcB_C +MGYG000000001_00605 1301100.HG529329_gene4470 1.08e-30 109.0 2A0AM@1|root,30NE1@2|Bacteria,1UF9X@1239|Firmicutes,252EI@186801|Clostridia 186801|Clostridia S Protein of unknown function (DUF1659) - - - - - - - - - - - - DUF1659 +MGYG000000001_00446 1301100.HG529369_gene1504 1e-92 280.0 COG0584@1|root,COG0584@2|Bacteria,1V3W4@1239|Firmicutes,24AVJ@186801|Clostridia,36F9I@31979|Clostridiaceae 186801|Clostridia C glycerophosphoryl diester phosphodiesterase glpQ - 3.1.4.46 ko:K01126 ko00564,map00564 - R01030,R01470 RC00017,RC00425 ko00000,ko00001,ko01000 - - - GDPD +MGYG000000001_02844 1476973.JMMB01000007_gene810 2.82e-309 856.0 COG2208@1|root,COG2208@2|Bacteria,1TQY5@1239|Firmicutes,24FPA@186801|Clostridia,25QW1@186804|Peptostreptococcaceae 186801|Clostridia T Stage II sporulation protein E - - 3.1.3.3 ko:K07315 - - - - ko00000,ko01000,ko03021 - - - DUF3369,GAF,GAF_2,SpoIIE +MGYG000000001_01870 1235797.C816_02349 6.89e-52 171.0 28MEH@1|root,32WCM@2|Bacteria,1UPMX@1239|Firmicutes,24QCQ@186801|Clostridia,2N7J8@216572|Oscillospiraceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02770 290402.Cbei_2824 2.56e-54 187.0 COG0551@1|root,COG1196@1|root,COG0551@2|Bacteria,COG1196@2|Bacteria,1V93W@1239|Firmicutes,24CEN@186801|Clostridia,36IXA@31979|Clostridiaceae 186801|Clostridia L NERD domain protein - - - - - - - - - - - - HRDC,NERD,zf-C4_Topoisom +MGYG000000001_02775 272563.CD630_08270 1.76e-57 181.0 COG2033@1|root,COG2033@2|Bacteria,1VA34@1239|Firmicutes,24J9I@186801|Clostridia,25TNM@186804|Peptostreptococcaceae 186801|Clostridia C Desulfoferrodoxin rbo - 1.15.1.2 ko:K05919 - - - - ko00000,ko01000 - - - Desulfoferrod_N,Desulfoferrodox +MGYG000000001_01532 1408823.AXUS01000021_gene2466 9.01e-39 140.0 COG1357@1|root,COG1357@2|Bacteria,1VAPB@1239|Firmicutes,24J9N@186801|Clostridia 186801|Clostridia S Pentapeptide repeat protein - - - - - - - - - - - - Pentapeptide,Pentapeptide_4 +MGYG000000001_02438 1476973.JMMB01000007_gene972 0.0 970.0 COG1154@1|root,COG1154@2|Bacteria,1TP37@1239|Firmicutes,247P1@186801|Clostridia,25QT2@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the acyloin condensation reaction between C atoms 2 and 3 of pyruvate and glyceraldehyde 3-phosphate to yield 1-deoxy-D-xylulose-5-phosphate (DXP) dxs - 2.2.1.7 ko:K01662 ko00730,ko00900,ko01100,ko01110,ko01130,map00730,map00900,map01100,map01110,map01130 M00096 R05636 RC00032 ko00000,ko00001,ko00002,ko01000 - - - DXP_synthase_N,Transket_pyr,Transketolase_C +MGYG000000001_02643 1292035.H476_1413 7.6e-271 750.0 COG0579@1|root,COG0579@2|Bacteria,1TRDH@1239|Firmicutes,248IK@186801|Clostridia,25R50@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score glpA - 1.1.5.3 ko:K00111 ko00564,ko01110,map00564,map01110 - R00848 RC00029 ko00000,ko00001,ko01000 - - - DAO,Fer2_BFD,NAD_binding_8 +MGYG000000001_00194 1476973.JMMB01000007_gene2632 5.34e-83 264.0 COG4942@1|root,COG4942@2|Bacteria,1TQ5I@1239|Firmicutes,248ZG@186801|Clostridia,25SWZ@186804|Peptostreptococcaceae 186801|Clostridia D Peptidase family M23 - - - ko:K21471 - - - - ko00000,ko01000,ko01002,ko01011 - - - DUF3450,HAUS-augmin3,NLPC_P60,Peptidase_M23 +MGYG000000001_01673 1301100.HG529327_gene4557 1.11e-241 686.0 COG2972@1|root,COG2972@2|Bacteria,1TPVR@1239|Firmicutes,247XB@186801|Clostridia,36FRE@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - 2.7.13.3 ko:K07718 ko02020,map02020 M00519 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HAMP,HATPase_c,His_kinase,dCache_1 +MGYG000000001_03248 1301100.HG529436_gene6542 9.81e-87 260.0 COG1648@1|root,COG1648@2|Bacteria,1VA2E@1239|Firmicutes,24N6M@186801|Clostridia,36KQX@31979|Clostridiaceae 186801|Clostridia H Siroheme synthase cysG - 1.3.1.76,4.99.1.4 ko:K02304 ko00860,ko01100,ko01110,ko01120,map00860,map01100,map01110,map01120 M00121 R02864,R03947 RC01012,RC01034 ko00000,ko00001,ko00002,ko01000 - - - CysG_dimeriser,NAD_binding_7,Sirohm_synth_M +MGYG000000001_00480 1408823.AXUS01000004_gene236 2.48e-148 422.0 COG1968@1|root,COG1968@2|Bacteria,1TPFA@1239|Firmicutes,249KK@186801|Clostridia,25QTP@186804|Peptostreptococcaceae 186801|Clostridia V Catalyzes the dephosphorylation of undecaprenyl diphosphate (UPP). Confers resistance to bacitracin uppP - 3.6.1.27 ko:K06153 ko00550,map00550 - R05627 RC00002 ko00000,ko00001,ko01000,ko01011 - - - BacA +MGYG000000001_01930 1391646.AVSU01000087_gene520 4.12e-294 810.0 COG4145@1|root,COG4145@2|Bacteria,1UJ00@1239|Firmicutes,25F28@186801|Clostridia,25UQ4@186804|Peptostreptococcaceae 186801|Clostridia H Sodium:solute symporter family panF - - ko:K11928,ko:K14392 - - - - ko00000,ko02000 2.A.21.1,2.A.21.2 - - SSF +MGYG000000001_02010 1301100.HG529411_gene330 5.44e-160 451.0 COG1521@1|root,COG1521@2|Bacteria,1TR0X@1239|Firmicutes,248PX@186801|Clostridia,36E0D@31979|Clostridiaceae 186801|Clostridia F Catalyzes the phosphorylation of pantothenate (Pan), the first step in CoA biosynthesis coaX - 2.7.1.33 ko:K03525 ko00770,ko01100,map00770,map01100 M00120 R02971,R03018,R04391 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - - Pan_kinase +MGYG000000001_02623 1301100.HG529259_gene6183 2.82e-42 155.0 COG5263@1|root,COG5263@2|Bacteria,1V2GT@1239|Firmicutes,24EI0@186801|Clostridia,36FCZ@31979|Clostridiaceae 186801|Clostridia S WG containing repeat - - - - - - - - - - - - Cu_amine_oxidN1,WG_beta_rep,zf-ribbon_3,zinc_ribbon_2 +MGYG000000001_01676 1292035.H476_0869 1.37e-228 635.0 COG0743@1|root,COG0743@2|Bacteria,1TP1C@1239|Firmicutes,2483M@186801|Clostridia,25QE4@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the NADP-dependent rearrangement and reduction of 1-deoxy-D-xylulose-5-phosphate (DXP) to 2-C-methyl-D-erythritol 4-phosphate (MEP) dxr - 1.1.1.267 ko:K00099 ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130 M00096 R05688 RC01452 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS06420 DXPR_C,DXP_redisom_C,DXP_reductoisom +MGYG000000001_01303 445973.CLOBAR_02215 1.57e-127 364.0 COG0231@1|root,COG0231@2|Bacteria,1TR8P@1239|Firmicutes,249DV@186801|Clostridia,25QK6@186804|Peptostreptococcaceae 186801|Clostridia J Involved in peptide bond synthesis. Stimulates efficient translation and peptide-bond synthesis on native or reconstituted 70S ribosomes in vitro. Probably functions indirectly by altering the affinity of the ribosome for aminoacyl-tRNA, thus increasing their reactivity as acceptors for peptidyl transferase efp - - ko:K02356 - - - - ko00000,ko03012 - - - EFP,EFP_N,Elong-fact-P_C +MGYG000000001_00296 1301100.HG529369_gene1463 9.42e-84 249.0 COG1803@1|root,COG1803@2|Bacteria,1V3KQ@1239|Firmicutes,24FUQ@186801|Clostridia,36IPD@31979|Clostridiaceae 186801|Clostridia G methylglyoxal synthase mgsA - 4.2.3.3 ko:K01734 ko00640,ko01120,map00640,map01120 - R01016 RC00424 ko00000,ko00001,ko01000 - - - MGS +MGYG000000001_03075 1476973.JMMB01000007_gene2468 3.35e-112 345.0 2EFMS@1|root,339DX@2|Bacteria,1VGN1@1239|Firmicutes,24YMP@186801|Clostridia,25RBK@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01141 1301100.HG529348_gene4322 7.87e-32 123.0 COG1757@1|root,COG1757@2|Bacteria,1TP8A@1239|Firmicutes,247V4@186801|Clostridia,36EFF@31979|Clostridiaceae 186801|Clostridia C Na H antiporter - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_00454 1301100.HG529244_gene2316 1.11e-73 222.0 COG0346@1|root,COG0346@2|Bacteria,1V6MB@1239|Firmicutes,24JUQ@186801|Clostridia,36JSV@31979|Clostridiaceae 186801|Clostridia E Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily - - 4.4.1.5 ko:K01759 ko00620,map00620 - R02530 RC00004,RC00740 ko00000,ko00001,ko01000 - - - Glyoxalase +MGYG000000001_01786 1499689.CCNN01000007_gene2005 1.42e-169 480.0 COG2378@1|root,COG2378@2|Bacteria,1TQCY@1239|Firmicutes,248EV@186801|Clostridia,36H4C@31979|Clostridiaceae 186801|Clostridia K WYL domain - - - - - - - - - - - - HTH_11,WYL +MGYG000000001_00030 445973.CLOBAR_00303 6.24e-271 744.0 COG1219@1|root,COG1219@2|Bacteria,1TQ00@1239|Firmicutes,2481T@186801|Clostridia,25QFC@186804|Peptostreptococcaceae 186801|Clostridia O ATP-dependent specificity component of the Clp protease. It directs the protease to specific substrates. Can perform chaperone functions in the absence of ClpP clpX - - ko:K03544 ko04112,map04112 - - - ko00000,ko00001,ko03110 - - - AAA_2,ClpB_D2-small,zf-C4_ClpX +MGYG000000001_00159 1292035.H476_2587 3.16e-97 287.0 COG1595@1|root,COG1595@2|Bacteria,1V9TA@1239|Firmicutes,24IU4@186801|Clostridia,25S75@186804|Peptostreptococcaceae 186801|Clostridia K Sigma-70, region 4 - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_02293 642492.Clole_0339 4.37e-241 677.0 COG3845@1|root,COG3845@2|Bacteria,1UYQA@1239|Firmicutes,24XN8@186801|Clostridia 186801|Clostridia S Abc transporter - - 3.6.3.17 ko:K02056 - M00221 - - ko00000,ko00002,ko01000,ko02000 3.A.1.2 - - ABC_tran +MGYG000000001_00821 1476973.JMMB01000007_gene3183 5.88e-80 254.0 COG1288@1|root,COG1288@2|Bacteria,1TQJ0@1239|Firmicutes,248UK@186801|Clostridia,25T4G@186804|Peptostreptococcaceae 186801|Clostridia S C4-dicarboxylate anaerobic carrier - - - - - - - - - - - - DcuC +MGYG000000001_01621 1476973.JMMB01000007_gene3183 5.88e-80 254.0 COG1288@1|root,COG1288@2|Bacteria,1TQJ0@1239|Firmicutes,248UK@186801|Clostridia,25T4G@186804|Peptostreptococcaceae 186801|Clostridia S C4-dicarboxylate anaerobic carrier - - - - - - - - - - - - DcuC +MGYG000000001_00997 1151292.QEW_2791 3.27e-161 474.0 2F0AJ@1|root,33TDU@2|Bacteria,1VSCP@1239|Firmicutes,24XHH@186801|Clostridia,25R8X@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - fn3 +MGYG000000001_02701 1232446.BAIE02000047_gene374 3.77e-126 364.0 COG1125@1|root,COG1125@2|Bacteria,1TPV8@1239|Firmicutes,248YZ@186801|Clostridia 186801|Clostridia E glycine betaine L-proline - - - ko:K05847 ko02010,map02010 M00209 - - ko00000,ko00001,ko00002,ko02000 3.A.1.12 - - ABC_tran +MGYG000000001_01402 1301100.HG529227_gene5509 6.44e-218 610.0 COG1752@1|root,COG1752@2|Bacteria,1UBYN@1239|Firmicutes,247V3@186801|Clostridia,36WRU@31979|Clostridiaceae 186801|Clostridia S Patatin-like phospholipase - - - ko:K07001 - - - - ko00000 - - - Patatin +MGYG000000001_01405 272563.CD630_21670 3.29e-153 437.0 COG3621@1|root,COG3621@2|Bacteria,1V83Q@1239|Firmicutes,24AVQ@186801|Clostridia,25SCX@186804|Peptostreptococcaceae 186801|Clostridia S Patatin-like phospholipase - - - - - - - - - - - - Patatin +MGYG000000001_02084 1408823.AXUS01000015_gene1453 1.93e-129 372.0 COG1131@1|root,COG1131@2|Bacteria,1TPUP@1239|Firmicutes,249FR@186801|Clostridia,25QV8@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_00492 272563.CD630_13400 5.61e-127 372.0 COG1085@1|root,COG1085@2|Bacteria,1TS3F@1239|Firmicutes,249P3@186801|Clostridia,25SF7@186804|Peptostreptococcaceae 186801|Clostridia H Domain of unknown function (DUF4921) galT - 2.7.7.12 ko:K00965 ko00052,ko00520,ko01100,ko04917,map00052,map00520,map01100,map04917 M00362,M00554,M00632 R00955 RC00002 ko00000,ko00001,ko00002,ko01000 - - - CwfJ_C_1,DUF4921,DUF4931,GalP_UDP_tr_C,GalP_UDP_transf,HIT +MGYG000000001_01759 1301100.HG529268_gene602 0.0 1598.0 COG0553@1|root,COG0553@2|Bacteria,1TPFZ@1239|Firmicutes,248ZJ@186801|Clostridia,36DK9@31979|Clostridiaceae 186801|Clostridia L snf2 family - - 2.7.11.1 ko:K08282 - - - - ko00000,ko01000 - - - DUF805,Helicase_C,SNF2_N,SNF2_assoc,SWIM +MGYG000000001_02658 1301100.HG529356_gene2064 4.5e-141 400.0 COG1244@1|root,COG1244@2|Bacteria,1UZ5M@1239|Firmicutes,24AIM@186801|Clostridia,36G6G@31979|Clostridiaceae 186801|Clostridia S Elongator protein 3, MiaB family, Radical SAM - - - - - - - - - - - - - +MGYG000000001_02299 272562.CA_C1561 1.05e-78 262.0 COG1215@1|root,COG1215@2|Bacteria,1TSD3@1239|Firmicutes,248YQ@186801|Clostridia,36F4K@31979|Clostridiaceae 186801|Clostridia M Glycosyl transferase family 21 bcsA - 2.4.1.12 ko:K00694 ko00500,ko01100,ko02026,map00500,map01100,map02026 - R02889 RC00005 ko00000,ko00001,ko01000,ko01003,ko02000 4.D.3.1.2,4.D.3.1.5,4.D.3.1.6 GT2 - Cellulase,Cellulose_synt,Glyco_tranf_2_3,Glyco_trans_2_3,Glyco_transf_21,Glycos_transf_2,PilZ +MGYG000000001_00016 1301100.HG529379_gene3992 1.39e-296 813.0 COG2265@1|root,COG2265@2|Bacteria,1TP4H@1239|Firmicutes,248B4@186801|Clostridia,36EBZ@31979|Clostridiaceae 186801|Clostridia J Belongs to the class I-like SAM-binding methyltransferase superfamily. RNA M5U methyltransferase family rumA - 2.1.1.190 ko:K03215 - - - - ko00000,ko01000,ko03009 - - - TRAM,tRNA_U5-meth_tr +MGYG000000001_00171 1499683.CCFF01000017_gene1404 0.0 1499.0 COG4733@1|root,COG4733@2|Bacteria,1URCK@1239|Firmicutes,24CZ8@186801|Clostridia,36FVE@31979|Clostridiaceae 186801|Clostridia G domain protein - - - - - - - - - - - - F5_F8_type_C,M60-like_N,Peptidase_M60,fn3 +MGYG000000001_01598 1301100.HG529430_gene1967 1.92e-160 459.0 COG0614@1|root,COG0614@2|Bacteria,1TSAF@1239|Firmicutes,24ATS@186801|Clostridia,36EBW@31979|Clostridiaceae 186801|Clostridia P ABC-type Fe3 -hydroxamate transport system, periplasmic component - - - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - Peripla_BP_2 +MGYG000000001_02249 1301100.HG529271_gene1703 7.2e-22 91.7 COG3935@1|root,COG3935@2|Bacteria,1V69W@1239|Firmicutes,24IDX@186801|Clostridia,36JMY@31979|Clostridiaceae 186801|Clostridia L DnaD domain protein - - - - - - - - - - - - DnaB_2,Phage_rep_org_N,RepA_N +MGYG000000001_00725 445973.CLOBAR_02551 1.5e-22 89.7 COG0636@1|root,COG0636@2|Bacteria,1V8SD@1239|Firmicutes,24QMQ@186801|Clostridia,25RQR@186804|Peptostreptococcaceae 186801|Clostridia C F(1)F(0) ATP synthase produces ATP from ADP in the presence of a proton or sodium gradient. F-type ATPases consist of two structural domains, F(1) containing the extramembraneous catalytic core and F(0) containing the membrane proton channel, linked together by a central stalk and a peripheral stalk. During catalysis, ATP synthesis in the catalytic domain of F(1) is coupled via a rotary mechanism of the central stalk subunits to proton translocation atpE - - ko:K02110 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194 3.A.2.1 - - ATP-synt_C +MGYG000000001_00876 999411.HMPREF1092_02752 0.0 1154.0 COG0446@1|root,COG1902@1|root,COG0446@2|Bacteria,COG1902@2|Bacteria,1TPM6@1239|Firmicutes,247V1@186801|Clostridia,36EGZ@31979|Clostridiaceae 186801|Clostridia C NADH flavin oxidoreductase NADH oxidase - - - - - - - - - - - - Oxidored_FMN,Pyr_redox_2 +MGYG000000001_00539 1476973.JMMB01000007_gene1132 2.11e-105 308.0 2C5BA@1|root,32RFD@2|Bacteria,1V80B@1239|Firmicutes,24HQU@186801|Clostridia,25RGN@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF3867) - - - - - - - - - - - - DUF3867 +MGYG000000001_01613 1301100.HG529251_gene6272 1.01e-214 597.0 COG0195@1|root,COG0195@2|Bacteria,1TPB3@1239|Firmicutes,247W8@186801|Clostridia,36DXE@31979|Clostridiaceae 186801|Clostridia K Participates in both transcription termination and antitermination nusA - - ko:K02600 - - - - ko00000,ko03009,ko03021 - - - KH_5,NusA_N,S1 +MGYG000000001_01400 1301100.HG529227_gene5511 0.0 959.0 COG1080@1|root,COG1080@2|Bacteria,1TPK8@1239|Firmicutes,248QP@186801|Clostridia,36DCW@31979|Clostridiaceae 186801|Clostridia G General (non sugar-specific) component of the phosphoenolpyruvate-dependent sugar phosphotransferase system (sugar PTS). This major carbohydrate active-transport system catalyzes the phosphorylation of incoming sugar substrates concomitantly with their translocation across the cell membrane. Enzyme I transfers the phosphoryl group from phosphoenolpyruvate (PEP) to the phosphoryl carrier protein (HPr) ptsP - 2.7.3.9,2.7.9.2 ko:K01007,ko:K08483 ko00620,ko00680,ko00720,ko01100,ko01120,ko01200,ko02060,map00620,map00680,map00720,map01100,map01120,map01200,map02060 M00173,M00374 R00199 RC00002,RC00015 ko00000,ko00001,ko00002,ko01000,ko02000 8.A.7 - - PEP-utilisers_N,PEP-utilizers,PEP-utilizers_C,PPDK_N +MGYG000000001_00840 1297617.JPJD01000041_gene1838 4.7e-129 377.0 COG0601@1|root,COG0601@2|Bacteria,1TP1S@1239|Firmicutes,247IP@186801|Clostridia,268KP@186813|unclassified Clostridiales 186801|Clostridia EP Binding-protein-dependent transport system inner membrane component oppB - - ko:K15581 ko01501,ko02010,ko02024,map01501,map02010,map02024 M00439 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5.1,3.A.1.5.18,3.A.1.5.19,3.A.1.5.25 - - BPD_transp_1 +MGYG000000001_01241 1280689.AUJC01000001_gene2473 2.4e-180 509.0 COG2876@1|root,COG2876@2|Bacteria,1TP61@1239|Firmicutes,24812@186801|Clostridia,36FA1@31979|Clostridiaceae 186801|Clostridia E phospho-2-dehydro-3-deoxyheptonate aldolase aroF - 2.5.1.54 ko:K03856 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00022 R01826 RC00435 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS14395 DAHP_synth_1 +MGYG000000001_01754 1476973.JMMB01000007_gene1241 9.71e-99 290.0 COG1396@1|root,COG1917@1|root,COG1396@2|Bacteria,COG1917@2|Bacteria,1V88H@1239|Firmicutes,24E8N@186801|Clostridia,25S60@186804|Peptostreptococcaceae 186801|Clostridia K Cupin domain - - - - - - - - - - - - Cupin_2,Cupin_3,HTH_3 +MGYG000000001_02179 1476973.JMMB01000007_gene1791 5.2e-118 355.0 COG2248@1|root,COG2248@2|Bacteria,1VCKR@1239|Firmicutes,25HUJ@186801|Clostridia,25S5P@186804|Peptostreptococcaceae 186801|Clostridia S Putative, 10TM heavy-metal exporter - - - - - - - - - - - - ArsP_2 +MGYG000000001_02619 1151292.QEW_1841 4.37e-100 294.0 COG2203@1|root,COG2203@2|Bacteria,1UVPA@1239|Firmicutes,25KK8@186801|Clostridia,25R8M@186804|Peptostreptococcaceae 186801|Clostridia T Bacterial regulatory protein, Fis family - - - - - - - - - - - - HTH_8 +MGYG000000001_02148 1476973.JMMB01000007_gene918 4.9e-84 249.0 COG0242@1|root,COG0242@2|Bacteria,1V70B@1239|Firmicutes,24JET@186801|Clostridia,25RD5@186804|Peptostreptococcaceae 186801|Clostridia J Removes the formyl group from the N-terminal Met of newly synthesized proteins. Requires at least a dipeptide for an efficient rate of reaction. N-terminal L-methionine is a prerequisite for activity but the enzyme has broad specificity at other positions def - 3.5.1.88 ko:K01462 - - - - ko00000,ko01000 - - - Pep_deformylase +MGYG000000001_02219 1301100.HG529374_gene1515 1.03e-210 586.0 COG1609@1|root,COG1609@2|Bacteria,1TQ7K@1239|Firmicutes,247M2@186801|Clostridia,36F5I@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator, LacI family ccpA - - ko:K02529 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_1,Peripla_BP_3 +MGYG000000001_00288 1301100.HG529369_gene1455 8.91e-274 753.0 COG0536@1|root,COG0536@2|Bacteria,1TPX7@1239|Firmicutes,247SP@186801|Clostridia,36DEA@31979|Clostridiaceae 186801|Clostridia S An essential GTPase which binds GTP, GDP and possibly (p)ppGpp with moderate affinity, with high nucleotide exchange rates and a fairly low GTP hydrolysis rate. Plays a role in control of the cell cycle, stress response, ribosome biogenesis and in those bacteria that undergo differentiation, in morphogenesis control obg - - ko:K03979 - - - - ko00000,ko01000,ko03009 - - - DUF1967,GTP1_OBG,MMR_HSR1,PduV-EutP,Ras +MGYG000000001_00846 1301100.HG529333_gene4592 3.87e-303 831.0 COG0621@1|root,COG0621@2|Bacteria,1TNYN@1239|Firmicutes,2482Y@186801|Clostridia,36DJV@31979|Clostridiaceae 186801|Clostridia J Catalyzes the methylthiolation of N6- (dimethylallyl)adenosine (i(6)A), leading to the formation of 2- methylthio-N6-(dimethylallyl)adenosine (ms(2)i(6)A) at position 37 in tRNAs that read codons beginning with uridine miaB - 2.8.4.3 ko:K06168 - - R10645,R10646,R10647 RC00003,RC00980,RC03221,RC03222 ko00000,ko01000,ko03016 - - - Radical_SAM,TRAM,UPF0004 +MGYG000000001_00394 1476973.JMMB01000007_gene651 0.0 949.0 COG0488@1|root,COG0488@2|Bacteria,1TPAX@1239|Firmicutes,247U6@186801|Clostridia,25QZK@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter, ATP-binding protein yfmM - - ko:K06158 - - - - ko00000,ko03012 - - - ABC_tran,ABC_tran_CTD,ABC_tran_Xtn +MGYG000000001_02354 1476973.JMMB01000007_gene1995 3.62e-223 624.0 COG3263@1|root,COG3263@2|Bacteria,1TQPJ@1239|Firmicutes,24YMC@186801|Clostridia,25UKC@186804|Peptostreptococcaceae 186801|Clostridia P Sodium/hydrogen exchanger family - - - - - - - - - - - - Na_H_Exchanger +MGYG000000001_00216 1151292.QEW_2988 2.02e-68 214.0 COG1308@1|root,COG1308@2|Bacteria,1VUGC@1239|Firmicutes,25JR9@186801|Clostridia,25T8Y@186804|Peptostreptococcaceae 186801|Clostridia K Domain of unknown function (DUF4342) - - - - - - - - - - - - DUF4342 +MGYG000000001_02309 1301100.HG529308_gene363 1.49e-78 239.0 COG2068@1|root,COG2068@2|Bacteria,1VA0F@1239|Firmicutes,24KIZ@186801|Clostridia,36I3A@31979|Clostridiaceae 186801|Clostridia S MobA-like NTP transferase domain ygfJ - 2.7.7.76 ko:K07141 ko00790,map00790 - R11582 - ko00000,ko00001,ko01000 - - - NTP_transf_3,NTPase_1 +MGYG000000001_00333 1121115.AXVN01000031_gene345 3.29e-150 427.0 COG0235@1|root,COG0235@2|Bacteria,1TRMG@1239|Firmicutes,24BBT@186801|Clostridia,3XZSF@572511|Blautia 186801|Clostridia G Class II Aldolase and Adducin N-terminal domain rhaD - 4.1.2.19 ko:K01629 ko00040,ko00051,ko01120,map00040,map00051,map01120 - R01785,R02263 RC00438,RC00599,RC00603,RC00604 ko00000,ko00001,ko01000 - - - Aldolase_II +MGYG000000001_01225 1151292.QEW_1309 1.44e-187 530.0 COG0448@1|root,COG0448@2|Bacteria,1TPZ3@1239|Firmicutes,2482Q@186801|Clostridia,25QUP@186804|Peptostreptococcaceae 186801|Clostridia G Glucose-1-phosphate adenylyltransferase, GlgD subunit glgD - 2.7.7.27 ko:K00975 ko00500,ko00520,ko01100,ko01110,ko02026,map00500,map00520,map01100,map01110,map02026 M00565 R00948 RC00002 ko00000,ko00001,ko00002,ko01000 - - - Hexapep,NTP_transferase +MGYG000000001_01201 1301100.HG529229_gene5414 8.43e-187 524.0 COG0472@1|root,COG0472@2|Bacteria,1TP8W@1239|Firmicutes,247S7@186801|Clostridia,36DPY@31979|Clostridiaceae 186801|Clostridia M First step of the lipid cycle reactions in the biosynthesis of the cell wall peptidoglycan mraY - 2.7.8.13 ko:K01000 ko00550,ko01100,ko01502,map00550,map01100,map01502 - R05629,R05630 RC00002,RC02753 ko00000,ko00001,ko01000,ko01011 9.B.146 - - Glycos_transf_4,MraY_sig1 +MGYG000000001_01547 1301100.HG529407_gene249 0.0 961.0 COG2759@1|root,COG2759@2|Bacteria,1TP6N@1239|Firmicutes,247P5@186801|Clostridia,36EI0@31979|Clostridiaceae 186801|Clostridia F Belongs to the formate--tetrahydrofolate ligase family fhs - 6.3.4.3 ko:K01938 ko00670,ko00720,ko01100,ko01120,ko01200,map00670,map00720,map01100,map01120,map01200 M00140,M00377 R00943 RC00026,RC00111 ko00000,ko00001,ko00002,ko01000 - - - FTHFS +MGYG000000001_00517 272563.CD630_27880 3.51e-46 153.0 COG2246@1|root,COG2246@2|Bacteria,1VESW@1239|Firmicutes,24QSN@186801|Clostridia,25RWR@186804|Peptostreptococcaceae 186801|Clostridia S GtrA-like protein - - - - - - - - - - - - GtrA,YfhO +MGYG000000001_00779 931276.Cspa_c57850 8.94e-290 798.0 COG0366@1|root,COG0366@2|Bacteria,1TR93@1239|Firmicutes,24AB0@186801|Clostridia,36FBK@31979|Clostridiaceae 186801|Clostridia G Sucrose phosphorylase gtfA GO:0003674,GO:0003824,GO:0016740,GO:0016757,GO:0016758 2.4.1.329,2.4.1.7 ko:K00690,ko:K21350 ko00500,map00500 - R00803 RC00028 ko00000,ko00001,ko01000 - GH13 - Alpha-amylase,Malt_amylase_C +MGYG000000001_00780 931276.Cspa_c57850 8.94e-290 798.0 COG0366@1|root,COG0366@2|Bacteria,1TR93@1239|Firmicutes,24AB0@186801|Clostridia,36FBK@31979|Clostridiaceae 186801|Clostridia G Sucrose phosphorylase gtfA GO:0003674,GO:0003824,GO:0016740,GO:0016757,GO:0016758 2.4.1.329,2.4.1.7 ko:K00690,ko:K21350 ko00500,map00500 - R00803 RC00028 ko00000,ko00001,ko01000 - GH13 - Alpha-amylase,Malt_amylase_C +MGYG000000001_02028 1476973.JMMB01000007_gene2808 4.39e-105 306.0 COG0622@1|root,COG0622@2|Bacteria,1V1X1@1239|Firmicutes,24GA4@186801|Clostridia,25RCI@186804|Peptostreptococcaceae 186801|Clostridia S Calcineurin-like phosphoesterase superfamily domain yfcE - - ko:K07095 - - - - ko00000 - - - Metallophos_2 +MGYG000000001_00010 1476973.JMMB01000007_gene3162 0.0 1944.0 COG0587@1|root,COG0587@2|Bacteria,1TPYG@1239|Firmicutes,247U0@186801|Clostridia,25QW9@186804|Peptostreptococcaceae 186801|Clostridia L DNA polymerase dnaE - 2.7.7.7 ko:K02337,ko:K14162 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - DNA_pol3_alpha,HHH_6,PHP,tRNA_anti-codon +MGYG000000001_02807 1476973.JMMB01000007_gene1511 2.11e-94 281.0 2F1CI@1|root,33UDD@2|Bacteria,1VV9U@1239|Firmicutes,24ZAH@186801|Clostridia,25RMU@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00665 1301100.HG529432_gene1858 1.18e-169 477.0 COG0313@1|root,COG0313@2|Bacteria,1TP6U@1239|Firmicutes,24864@186801|Clostridia,36E3K@31979|Clostridiaceae 186801|Clostridia H Catalyzes the 2'-O-methylation of the ribose of cytidine 1402 (C1402) in 16S rRNA rsmI - 2.1.1.198 ko:K07056 - - - - ko00000,ko01000,ko03009 - - - TP_methylase +MGYG000000001_00260 272563.CD630_24830 1.07e-156 450.0 COG1477@1|root,COG1477@2|Bacteria,1TR9C@1239|Firmicutes,248KJ@186801|Clostridia,25QVS@186804|Peptostreptococcaceae 186801|Clostridia H Flavin transferase that catalyzes the transfer of the FMN moiety of FAD and its covalent binding to the hydroxyl group of a threonine residue in a target flavoprotein - - 2.7.1.180 ko:K03734 - - - - ko00000,ko01000 - - - ApbE +MGYG000000001_01527 1321778.HMPREF1982_04469 1.72e-82 252.0 COG0637@1|root,COG0637@2|Bacteria,1VA5Z@1239|Firmicutes,24JNY@186801|Clostridia 186801|Clostridia G IA, variant 3 - - - - - - - - - - - - HAD_2 +MGYG000000001_03169 445973.CLOBAR_00596 5.01e-175 496.0 COG0502@1|root,COG0502@2|Bacteria,1TPYQ@1239|Firmicutes,248H8@186801|Clostridia,25QJB@186804|Peptostreptococcaceae 186801|Clostridia H Iron-only hydrogenase maturation rSAM protein HydE hydE - 2.8.1.6 ko:K01012 ko00780,ko01100,map00780,map01100 M00123,M00573,M00577 R01078 RC00441 ko00000,ko00001,ko00002,ko01000 - - - BATS,Fer4_12,Fer4_14,Radical_SAM +MGYG000000001_03201 1235792.C808_00042 1.46e-56 188.0 COG5523@1|root,COG5523@2|Bacteria,1V6FC@1239|Firmicutes,24JPX@186801|Clostridia,27N0C@186928|unclassified Lachnospiraceae 186801|Clostridia S Protein of unknown function (DUF975) - - - - - - - - - - - - ABC_trans_CmpB,DUF975 +MGYG000000001_03177 1151292.QEW_1292 5.38e-122 355.0 COG0725@1|root,COG0725@2|Bacteria,1U9U3@1239|Firmicutes,249VA@186801|Clostridia,25RFR@186804|Peptostreptococcaceae 186801|Clostridia P Bacterial extracellular solute-binding protein modA - - ko:K02020 ko02010,map02010 M00189 - - ko00000,ko00001,ko00002,ko02000 3.A.1.8 - iHN637.CLJU_RS12820 LysM,SBP_bac_11,TAT_signal +MGYG000000001_01848 1301100.HG529415_gene2955 4.29e-28 111.0 COG5002@1|root,COG5002@2|Bacteria,1TPB6@1239|Firmicutes,24AV5@186801|Clostridia,36ECJ@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HAMP,HATPase_c,HisKA +MGYG000000001_00162 1301100.HG529315_gene458 3.1e-133 393.0 COG1277@1|root,COG1277@2|Bacteria,1TURZ@1239|Firmicutes,24HKH@186801|Clostridia,36M55@31979|Clostridiaceae 186801|Clostridia S ABC-type transport system involved in multi-copper enzyme maturation permease component - - - - - - - - - - - - ABC2_membrane_2 +MGYG000000001_01004 1301100.HG529354_gene4333 9.54e-13 64.7 2CF54@1|root,3249U@2|Bacteria,1UQKU@1239|Firmicutes,24VCN@186801|Clostridia,36VF2@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF3787) - - - - - - - - - - - - DUF3787 +MGYG000000001_01108 457405.FSDG_01550 1.99e-12 67.0 2EGZP@1|root,33ART@2|Bacteria,37CJK@32066|Fusobacteria 32066|Fusobacteria S YopX protein - - - - - - - - - - - - YopX +MGYG000000001_01429 1497679.EP56_07690 3.31e-36 142.0 COG0860@1|root,COG0860@2|Bacteria,1V3EN@1239|Firmicutes,4HGJU@91061|Bacilli,26KS9@186820|Listeriaceae 91061|Bacilli M N-acetylmuramoyl-L-alanine amidase - - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,SPOR +MGYG000000001_01685 1151292.QEW_2656 3.06e-114 342.0 COG1357@1|root,COG1357@2|Bacteria,1VTZI@1239|Firmicutes,24XPZ@186801|Clostridia,25SZN@186804|Peptostreptococcaceae 186801|Clostridia S Ion channel - - - - - - - - - - - - Ion_trans_2 +MGYG000000001_02039 1476973.JMMB01000007_gene2829 5.22e-280 786.0 COG0210@1|root,COG0210@2|Bacteria,1V0R3@1239|Firmicutes,24820@186801|Clostridia,25QTN@186804|Peptostreptococcaceae 186801|Clostridia L DNA helicase - - - - - - - - - - - - UvrD-helicase +MGYG000000001_02075 1391646.AVSU01000150_gene2718 4.64e-241 674.0 COG0579@1|root,COG0579@2|Bacteria,1TRDH@1239|Firmicutes,248IK@186801|Clostridia,25R50@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score - - 1.1.5.3 ko:K00111 ko00564,ko01110,map00564,map01110 - R00848 RC00029 ko00000,ko00001,ko01000 - - - DAO,Fer2_BFD +MGYG000000001_02268 1301100.HG529275_gene1645 2.06e-100 298.0 COG3944@1|root,COG3944@2|Bacteria,1UZCR@1239|Firmicutes,24HS8@186801|Clostridia,36JT4@31979|Clostridiaceae 186801|Clostridia M biosynthesis protein - - - - - - - - - - - - GNVR,Wzz +MGYG000000001_02365 272563.CD630_21120 3.29e-20 84.0 2967E@1|root,2ZTHG@2|Bacteria,1W42D@1239|Firmicutes,256WV@186801|Clostridia,25U8G@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02751 1476973.JMMB01000005_gene3479 4.12e-141 402.0 COG1961@1|root,COG1961@2|Bacteria,1TS5B@1239|Firmicutes,24BET@186801|Clostridia,25SBC@186804|Peptostreptococcaceae 186801|Clostridia L Resolvase, N terminal domain - - - - - - - - - - - - Recombinase,Resolvase,Zn_ribbon_recom +MGYG000000001_02784 1151292.QEW_0498 7.74e-303 840.0 COG4548@1|root,COG4548@2|Bacteria,1TS8V@1239|Firmicutes,249FH@186801|Clostridia,25QV4@186804|Peptostreptococcaceae 186801|Clostridia P von Willebrand factor (vWF) type A domain - - - - - - - - - - - - CobT_C,VWA +MGYG000000001_00036 1151292.QEW_3945 4.33e-205 580.0 COG2804@1|root,COG2804@2|Bacteria,1TPGE@1239|Firmicutes,247KA@186801|Clostridia,25QCW@186804|Peptostreptococcaceae 186801|Clostridia NU Type II IV secretion system protein gspE - - ko:K02454,ko:K02652 ko03070,ko05111,map03070,map05111 M00331 - - ko00000,ko00001,ko00002,ko02035,ko02044 3.A.15,3.A.15.2 - - T2SSE,T2SSE_N +MGYG000000001_00132 1476973.JMMB01000007_gene3056 0.0 1173.0 COG0557@1|root,COG0557@2|Bacteria,1TQ1G@1239|Firmicutes,247ZS@186801|Clostridia,25QS9@186804|Peptostreptococcaceae 186801|Clostridia J 3'-5' exoribonuclease that releases 5'-nucleoside monophosphates and is involved in maturation of structured RNAs rnr - - ko:K12573 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03016,ko03019 - - - OB_RNB,RNB,S1,SmpB +MGYG000000001_00165 585394.RHOM_14700 1.21e-46 172.0 COG2207@1|root,COG2207@2|Bacteria,1V28B@1239|Firmicutes,24GF0@186801|Clostridia 186801|Clostridia K Psort location Cytoplasmic, score - - - - - - - - - - - - HTH_18,HTH_AraC +MGYG000000001_00327 641107.CDLVIII_5268 0.0 933.0 COG3250@1|root,COG3250@2|Bacteria,1TPDC@1239|Firmicutes,249UZ@186801|Clostridia,36VWR@31979|Clostridiaceae 186801|Clostridia G Belongs to the glycosyl hydrolase 2 family - - 3.2.1.23 ko:K01190 ko00052,ko00511,ko00600,ko01100,map00052,map00511,map00600,map01100 - R01105,R01678,R03355,R04783,R06114 RC00049,RC00452 ko00000,ko00001,ko01000 - - - DUF4982,Glyco_hydro_2,Glyco_hydro_2_C,Glyco_hydro_2_N +MGYG000000001_00391 1476973.JMMB01000007_gene2905 3.08e-234 664.0 COG0249@1|root,COG0249@2|Bacteria,1TPJP@1239|Firmicutes,247IW@186801|Clostridia,25S27@186804|Peptostreptococcaceae 186801|Clostridia L MutS domain III mutS2 - - - - - - - - - - - MutS_III,MutS_V +MGYG000000001_00584 642492.Clole_0257 4.17e-24 98.6 COG1715@1|root,COG1715@2|Bacteria,1V1TA@1239|Firmicutes,24ARK@186801|Clostridia 186801|Clostridia L restriction endonuclease - - - ko:K07448 - - - - ko00000,ko02048 - - - Mrr_N,Mrr_cat +MGYG000000001_00616 1443125.Z962_05910 1.71e-134 405.0 COG0232@1|root,COG0232@2|Bacteria,1TPEI@1239|Firmicutes,247Q1@186801|Clostridia,36EKS@31979|Clostridiaceae 186801|Clostridia F Phosphohydrolase-associated domain - - - - - - - - - - - - HD,HD_assoc +MGYG000000001_01007 1042163.BRLA_c008050 1.49e-39 143.0 COG2801@1|root,COG2801@2|Bacteria,1TQEG@1239|Firmicutes,4IPM1@91061|Bacilli,26TB0@186822|Paenibacillaceae 91061|Bacilli L HTH-like domain - - - - - - - - - - - - HTH_21,rve,rve_2 +MGYG000000001_01079 1499683.CCFF01000017_gene2875 6.58e-177 513.0 COG2211@1|root,COG2211@2|Bacteria,1TSEH@1239|Firmicutes,248PV@186801|Clostridia,36QC3@31979|Clostridiaceae 186801|Clostridia G MFS/sugar transport protein - - - - - - - - - - - - MFS_2 +MGYG000000001_01144 1151292.QEW_2071 1.49e-186 524.0 COG0095@1|root,COG0095@2|Bacteria,1TQ5U@1239|Firmicutes,247S9@186801|Clostridia,25QZT@186804|Peptostreptococcaceae 186801|Clostridia H Lipoate-protein ligase lplJ - 6.3.1.20 ko:K03800 ko00785,ko01100,map00785,map01100 - R07770,R07771,R11143 RC00043,RC00070,RC00090,RC00992,RC02896 ko00000,ko00001,ko01000 - - - BPL_LplA_LipB,Lip_prot_lig_C +MGYG000000001_01304 1476973.JMMB01000007_gene1007 2.78e-64 200.0 2E3FE@1|root,32YE8@2|Bacteria,1VFR0@1239|Firmicutes,24SIH@186801|Clostridia,25RW2@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - - +MGYG000000001_01496 1196322.A370_04060 1.66e-25 100.0 2FDUP@1|root,345VA@2|Bacteria,1VZZC@1239|Firmicutes,24N3F@186801|Clostridia,36KZ5@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01624 1476973.JMMB01000007_gene1576 1.03e-40 140.0 2BJYI@1|root,32EB9@2|Bacteria,1UEC3@1239|Firmicutes,24YBM@186801|Clostridia,25S72@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01688 1391646.AVSU01000016_gene3151 1.51e-135 398.0 COG0628@1|root,COG0628@2|Bacteria,1TQ84@1239|Firmicutes,248FS@186801|Clostridia 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - AI-2E_transport +MGYG000000001_01753 1301100.HG529351_gene4253 2.78e-75 243.0 COG4194@1|root,COG4194@2|Bacteria,1UY2R@1239|Firmicutes 1239|Firmicutes S Membrane - - - - - - - - - - - - DUF1449,DUF1648,bPH_5 +MGYG000000001_00330 632245.CLP_1778 4.74e-08 52.8 COG1329@1|root,COG1329@2|Bacteria,1VAA0@1239|Firmicutes,24P60@186801|Clostridia,36KFW@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator, CarD family - - - ko:K07736 - - - - ko00000,ko03000 - - - CarD_CdnL_TRCF +MGYG000000001_00619 35841.BT1A1_0436 5.12e-139 409.0 COG0732@1|root,COG0732@2|Bacteria,1V66H@1239|Firmicutes,4HH36@91061|Bacilli,1ZQGG@1386|Bacillus 91061|Bacilli V Type I restriction modification DNA specificity domain - - 3.1.21.3 ko:K01154 - - - - ko00000,ko01000,ko02048 - - - Methylase_S +MGYG000000001_00812 1391646.AVSU01000117_gene822 3.62e-31 111.0 COG5566@1|root,COG5566@2|Bacteria,1VHWQ@1239|Firmicutes,24TPM@186801|Clostridia,25TYI@186804|Peptostreptococcaceae 186801|Clostridia S Mor transcription activator family - - - - - - - - - - - - Mor +MGYG000000001_00908 1292035.H476_1272 4.45e-209 585.0 COG4915@1|root,COG4915@2|Bacteria,1U2SU@1239|Firmicutes,24B5W@186801|Clostridia,25TQU@186804|Peptostreptococcaceae 186801|Clostridia S 5-bromo-4-chloroindolyl phosphate hydrolysis protein - - - - - - - - - - - - HTH_24,Halogen_Hydrol +MGYG000000001_00978 195103.CPF_0210 1.95e-115 370.0 COG5386@1|root,COG5386@2|Bacteria,1V541@1239|Firmicutes,249XH@186801|Clostridia,36GBU@31979|Clostridiaceae 186801|Clostridia M NEAr Transporter domain - - - - - - - - - - - - Gram_pos_anchor,NEAT +MGYG000000001_01082 1499683.CCFF01000014_gene3897 3.58e-39 134.0 2EBHA@1|root,335HT@2|Bacteria,1VIIQ@1239|Firmicutes,24QRQ@186801|Clostridia,36NCX@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - DUF1617 +MGYG000000001_00139 272563.CD630_25090 8.5e-289 793.0 COG1486@1|root,COG1486@2|Bacteria,1TQ9I@1239|Firmicutes,24995@186801|Clostridia 186801|Clostridia G family 4 - - 3.2.1.122,3.2.1.86 ko:K01222,ko:K01232 ko00010,ko00500,map00010,map00500 - R00837,R00838,R00839,R05133,R05134,R06113 RC00049,RC00171,RC00714 ko00000,ko00001,ko01000 - GH4,GT4 - Glyco_hydro_4,Glyco_hydro_4C +MGYG000000001_02696 290402.Cbei_3325 8.03e-112 327.0 COG1131@1|root,COG1131@2|Bacteria,1TP4J@1239|Firmicutes,253U3@186801|Clostridia,36DP9@31979|Clostridiaceae 186801|Clostridia V ABC transporter ATP-binding - - - ko:K01990,ko:K20459,ko:K20490 ko02010,ko02020,ko02024,map02010,map02020,map02024 M00254,M00813,M00817 - - ko00000,ko00001,ko00002,ko02000 3.A.1,3.A.1.124.1,3.A.1.124.2,3.A.1.124.3,3.A.1.124.4,3.A.1.124.5,3.A.1.124.6 - - ABC_tran +MGYG000000001_01913 1301100.HG529339_gene2409 5.88e-113 339.0 COG0845@1|root,COG0845@2|Bacteria,1VBR9@1239|Firmicutes,25CIX@186801|Clostridia 186801|Clostridia M Belongs to the membrane fusion protein (MFP) (TC 8.A.1) family - - - ko:K02005 - - - - ko00000 - - - Biotin_lipoyl_2,HlyD_3 +MGYG000000001_02464 1301100.HG529395_gene6858 3.57e-235 652.0 COG2263@1|root,COG2263@2|Bacteria,1TQUZ@1239|Firmicutes,248AM@186801|Clostridia,36FS6@31979|Clostridiaceae 186801|Clostridia J Methyltransferase domain - - - - - - - - - - - - Methyltransf_32 +MGYG000000001_02178 1476973.JMMB01000007_gene3012 4.82e-55 176.0 COG1846@1|root,COG1846@2|Bacteria,1VEFZ@1239|Firmicutes,24MSB@186801|Clostridia,25TFF@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix multiple antibiotic resistance protein - - - - - - - - - - - - MarR +MGYG000000001_02243 445973.CLOBAR_00780 5.42e-68 214.0 COG1309@1|root,COG1309@2|Bacteria,1UVP2@1239|Firmicutes,25MK1@186801|Clostridia,25TEX@186804|Peptostreptococcaceae 186801|Clostridia K Psort location Cytoplasmic, score 8.87 - - - - - - - - - - - - TetR_N +MGYG000000001_02849 1301100.HG529228_gene5372 5.43e-250 691.0 COG2081@1|root,COG2081@2|Bacteria,1TQ6E@1239|Firmicutes,247S5@186801|Clostridia,36E7B@31979|Clostridiaceae 186801|Clostridia S HI0933 family - - - ko:K07007 - - - - ko00000 - - - HI0933_like,Pyr_redox_2 +MGYG000000001_01704 1408823.AXUS01000002_gene793 4.86e-96 291.0 COG1307@1|root,COG1307@2|Bacteria,1TQDI@1239|Firmicutes,25B0K@186801|Clostridia,25UK5@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterised protein, DegV family COG1307 - - - - - - - - - - - - DegV +MGYG000000001_01640 1408823.AXUS01000013_gene1223 1.75e-93 278.0 COG0765@1|root,COG0765@2|Bacteria,1V280@1239|Firmicutes,25C2S@186801|Clostridia,25RCK@186804|Peptostreptococcaceae 186801|Clostridia P ABC transporter permease tcyB - - ko:K02029 - M00236 - - ko00000,ko00002,ko02000 3.A.1.3 - - BPD_transp_1 +MGYG000000001_01326 1476973.JMMB01000007_gene1033 2.76e-251 696.0 COG2256@1|root,COG2256@2|Bacteria,1TPVV@1239|Firmicutes,247X2@186801|Clostridia,25R4V@186804|Peptostreptococcaceae 186801|Clostridia L Psort location Cytoplasmic, score yrvN - - ko:K07478 - - - - ko00000 - - - AAA,AAA_assoc_2,MgsA_C,RuvB_N,Sigma54_activat +MGYG000000001_02282 1304875.JAFZ01000002_gene304 2.8e-20 91.3 COG0460@1|root,COG0460@2|Bacteria,3TA2T@508458|Synergistetes 508458|Synergistetes E PFAM Homoserine dehydrogenase - - 1.1.1.3 ko:K00003 ko00260,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00260,map00270,map00300,map01100,map01110,map01120,map01130,map01230 M00017,M00018 R01773,R01775 RC00087 ko00000,ko00001,ko00002,ko01000 - - - Homoserine_dh,NAD_binding_3 +MGYG000000001_02155 1301100.HG529232_gene7472 2.42e-234 669.0 COG0515@1|root,COG0515@2|Bacteria,1TP3F@1239|Firmicutes,2492G@186801|Clostridia,36DBS@31979|Clostridiaceae 186801|Clostridia KLT serine threonine protein kinase prkC - 2.7.11.1 ko:K12132 - - - - ko00000,ko01000,ko01001 - - - PASTA,PBP1_TM,Pkinase +MGYG000000001_02959 1132442.KB889752_gene2993 4.25e-56 197.0 COG2866@1|root,COG2866@2|Bacteria,1TP3K@1239|Firmicutes,4HAHN@91061|Bacilli,1ZDXZ@1386|Bacillus 91061|Bacilli E Zn_pept - - 3.4.19.11 ko:K01308 - - - - ko00000,ko01000,ko01002 - - - Cu_amine_oxidN1,Peptidase_M14 +MGYG000000001_02491 445973.CLOBAR_01037 2.2e-174 495.0 COG0687@1|root,COG0687@2|Bacteria,1TPY1@1239|Firmicutes,2483K@186801|Clostridia,25R00@186804|Peptostreptococcaceae 186801|Clostridia P Bacterial extracellular solute-binding protein potD - - ko:K11069 ko02010,map02010 M00299 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11.1 - - BPD_transp_1,SBP_bac_6,SBP_bac_8 +MGYG000000001_00866 1216932.CM240_1021 0.0 989.0 COG1199@1|root,COG1199@2|Bacteria,1TPNB@1239|Firmicutes,248ZI@186801|Clostridia,36E0Y@31979|Clostridiaceae 186801|Clostridia L helicase dinG - 3.1.12.1,3.6.4.12 ko:K07464,ko:K10844 ko03022,ko03420,map03022,map03420 M00290 - - ko00000,ko00001,ko00002,ko01000,ko02048,ko03021,ko03400 - - - DEAD,DEAD_2,HBB,Helicase_C_2,PDDEXK_1,PhoH +MGYG000000001_02531 1301100.HG529232_gene7445 6.83e-126 362.0 COG0775@1|root,COG0775@2|Bacteria,1U7WK@1239|Firmicutes,247U5@186801|Clostridia,36EHM@31979|Clostridiaceae 186801|Clostridia E Catalyzes the irreversible cleavage of the glycosidic bond in both 5'-methylthioadenosine (MTA) and S- adenosylhomocysteine (SAH AdoHcy) to adenine and the corresponding thioribose, 5'-methylthioribose and S-ribosylhomocysteine, respectively mtnN - 3.2.2.9 ko:K01243 ko00270,ko01100,ko01230,map00270,map01100,map01230 M00034,M00609 R00194,R01401 RC00063,RC00318 ko00000,ko00001,ko00002,ko01000 - - - PNP_UDP_1,Peptidase_M15_4 +MGYG000000001_03252 1476973.JMMB01000007_gene568 3.86e-154 443.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,25S1Q@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter substrate-binding protein PnrA-like bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_00277 1476973.JMMB01000007_gene2718 0.0 1462.0 COG0495@1|root,COG0495@2|Bacteria,1TP0Y@1239|Firmicutes,2484Y@186801|Clostridia,25QI2@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the class-I aminoacyl-tRNA synthetase family leuS - 6.1.1.4 ko:K01869 ko00970,map00970 M00359,M00360 R03657 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016,ko03029 - - - Anticodon_1,tRNA-synt_1,tRNA-synt_1_2,tRNA-synt_1g +MGYG000000001_03043 1301100.HG529430_gene1949 7.11e-102 305.0 COG0789@1|root,COG0789@2|Bacteria,1VARH@1239|Firmicutes,24EQ8@186801|Clostridia,36G6R@31979|Clostridiaceae 186801|Clostridia K helix_turn_helix, mercury resistance - - - - - - - - - - - - GyrI-like,MerR_1 +MGYG000000001_00719 1301100.HG529431_gene1784 8.15e-190 534.0 COG0009@1|root,COG0009@2|Bacteria,1TP1I@1239|Firmicutes,248HS@186801|Clostridia,36EVH@31979|Clostridiaceae 186801|Clostridia J Required for the formation of a threonylcarbamoyl group on adenosine at position 37 (t(6)A37) in tRNAs that read codons beginning with adenine sua - 2.7.7.87 ko:K07566 - - R10463 RC00745 ko00000,ko01000,ko03009,ko03016 - - - CoaE,LMWPc,SUA5,Sua5_yciO_yrdC +MGYG000000001_00632 1499684.CCNP01000023_gene3220 8.44e-86 256.0 COG0526@1|root,COG0526@2|Bacteria,1UFQB@1239|Firmicutes,24IHR@186801|Clostridia 186801|Clostridia CO Thioredoxin - - - - - - - - - - - - Thioredoxin_9 +MGYG000000001_00322 1301100.HG529369_gene1487 1.21e-89 267.0 COG0741@1|root,COG0741@2|Bacteria,1V6K4@1239|Firmicutes,24JB5@186801|Clostridia,36J2Z@31979|Clostridiaceae 186801|Clostridia M transglycosylase slt - - ko:K08309 - - - - ko00000,ko01000,ko01011 - GH23 - SLT +MGYG000000001_02767 1391646.AVSU01000016_gene3182 3.8e-49 158.0 COG4997@1|root,COG4997@2|Bacteria,1VEG6@1239|Firmicutes,24QRF@186801|Clostridia 186801|Clostridia S phosphoribosyl-ATP pyrophosphohydrolase - - - - - - - - - - - - DUF429,MazG-like,UPF0158 +MGYG000000001_00657 1301100.HG529335_gene4422 1.35e-224 625.0 COG3314@1|root,COG3314@2|Bacteria,1TQDB@1239|Firmicutes,249BP@186801|Clostridia,36FUE@31979|Clostridiaceae 186801|Clostridia S Transporter gate domain protein - - - - - - - - - - - - - +MGYG000000001_01654 1476973.JMMB01000007_gene1805 4.97e-70 230.0 COG4886@1|root,COG4886@2|Bacteria,1UFG0@1239|Firmicutes,24XUH@186801|Clostridia,25SYV@186804|Peptostreptococcaceae 186801|Clostridia S Leucine-rich repeat (LRR) protein - - - - - - - - - - - - LRR_4,LRR_6,LRR_9 +MGYG000000001_01713 545697.HMPREF0216_02515 2e-06 47.4 2EGX6@1|root,33APB@2|Bacteria,1VMG9@1239|Firmicutes,25G7I@186801|Clostridia,36NYA@31979|Clostridiaceae 186801|Clostridia S BFD-like [2Fe-2S] binding domain - - - - - - - - - - - - Fer2_BFD +MGYG000000001_00484 1230342.CTM_06731 4.83e-194 552.0 COG0534@1|root,COG0534@2|Bacteria,1TPPJ@1239|Firmicutes,25AZE@186801|Clostridia,36ESK@31979|Clostridiaceae 186801|Clostridia V MatE - - - - - - - - - - - - MatE +MGYG000000001_00486 1301100.HG529343_gene2442 3.9e-141 406.0 COG0614@1|root,COG0614@2|Bacteria,1UNE3@1239|Firmicutes,24AKE@186801|Clostridia,36E8Z@31979|Clostridiaceae 186801|Clostridia P Periplasmic binding protein btuF - - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - Peripla_BP_2 +MGYG000000001_02983 1151292.QEW_1799 1.01e-07 54.7 COG0697@1|root,COG0697@2|Bacteria,1TRTP@1239|Firmicutes,25CFI@186801|Clostridia 186801|Clostridia EG EamA-like transporter family - - - - - - - - - - - - EamA +MGYG000000001_02376 1476973.JMMB01000007_gene1276 6.68e-117 346.0 COG0726@1|root,COG0726@2|Bacteria,1TYRH@1239|Firmicutes,24GVR@186801|Clostridia,25QSR@186804|Peptostreptococcaceae 186801|Clostridia G polysaccharide deacetylase - - - - - - - - - - - - Polysacc_deac_1 +MGYG000000001_02721 1476973.JMMB01000007_gene1188 2.54e-45 154.0 COG2013@1|root,COG2013@2|Bacteria,1TPN2@1239|Firmicutes,2499B@186801|Clostridia,25SCA@186804|Peptostreptococcaceae 186801|Clostridia S Mitochondrial biogenesis AIM24 - - - - - - - - - - - - AIM24,zinc_ribbon_2 +MGYG000000001_01531 702450.CUW_2070 4.03e-184 524.0 COG0025@1|root,COG0025@2|Bacteria,1W78N@1239|Firmicutes,3VPRW@526524|Erysipelotrichia 526524|Erysipelotrichia P Psort location CytoplasmicMembrane, score 10.00 - - - - - - - - - - - - Na_H_Exchanger +MGYG000000001_01026 1151292.QEW_0129 2.04e-150 428.0 COG1624@1|root,COG1624@2|Bacteria,1TPRW@1239|Firmicutes,249K8@186801|Clostridia,25R3R@186804|Peptostreptococcaceae 186801|Clostridia S Catalyzes the condensation of 2 ATP molecules into cyclic di-AMP (c-di-AMP), a second messenger used to regulate differing processes in different bacteria dacA - 2.7.7.85 ko:K18672 - - - - ko00000,ko01000 - - - DisA_N,YbbR +MGYG000000001_01838 1151292.QEW_1998 3.31e-209 587.0 COG0460@1|root,COG0460@2|Bacteria,1TQ2H@1239|Firmicutes,248MU@186801|Clostridia,25QNA@186804|Peptostreptococcaceae 186801|Clostridia E homoserine dehydrogenase hom - 1.1.1.3 ko:K00003 ko00260,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00260,map00270,map00300,map01100,map01110,map01120,map01130,map01230 M00017,M00018 R01773,R01775 RC00087 ko00000,ko00001,ko00002,ko01000 - - - ACT,Homoserine_dh,NAD_binding_3 +MGYG000000001_00411 1301100.HG529405_gene304 0.0 890.0 COG0513@1|root,COG0513@2|Bacteria,1TPAP@1239|Firmicutes,247IT@186801|Clostridia,36DXA@31979|Clostridiaceae 186801|Clostridia L Belongs to the DEAD box helicase family cshA - 3.6.4.13 ko:K05592 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03009,ko03019 - - - DEAD,DbpA,Helicase_C +MGYG000000001_00953 272563.CD630_00060 0.0 1273.0 COG0188@1|root,COG0188@2|Bacteria,1TP2Z@1239|Firmicutes,2482G@186801|Clostridia,25R3D@186804|Peptostreptococcaceae 186801|Clostridia L A type II topoisomerase that negatively supercoils closed circular double-stranded (ds) DNA in an ATP-dependent manner to modulate DNA topology and maintain chromosomes in an underwound state. Negative supercoiling favors strand separation, and DNA replication, transcription, recombination and repair, all of which involve strand separation. Also able to catalyze the interconversion of other topological isomers of dsDNA rings, including catenanes and knotted rings. Type II topoisomerases break and join 2 DNA strands simultaneously in an ATP-dependent manner gyrA - 5.99.1.3 ko:K02469 - - - - ko00000,ko01000,ko03032,ko03400 - - - DNA_gyraseA_C,DNA_topoisoIV +MGYG000000001_01045 1151292.QEW_0168 1.07e-189 532.0 COG1186@1|root,COG1186@2|Bacteria,1TPSB@1239|Firmicutes,247KU@186801|Clostridia,25QGI@186804|Peptostreptococcaceae 186801|Clostridia J Peptide chain release factor 2 directs the termination of translation in response to the peptide chain termination codons UGA and UAA prfB - - ko:K02836 - - - - ko00000,ko03012 - - - ABC_tran_CTD,PCRF,RF-1 +MGYG000000001_02241 1301100.HG529370_gene1428 0.0 909.0 COG1132@1|root,COG1132@2|Bacteria,1TP0B@1239|Firmicutes,247Q0@186801|Clostridia,36E4P@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K06147 - - - - ko00000,ko02000 3.A.1.106,3.A.1.109,3.A.1.21 - - ABC_membrane,ABC_tran +MGYG000000001_00006 1476973.JMMB01000007_gene3166 5.34e-186 519.0 COG1660@1|root,COG1660@2|Bacteria,1TPS4@1239|Firmicutes,248KQ@186801|Clostridia,25QN8@186804|Peptostreptococcaceae 186801|Clostridia S Displays ATPase and GTPase activities yvcJ - - ko:K06958 - - - - ko00000,ko03019 - - - ATP_bind_2 +MGYG000000001_03064 272563.CD630_00181 6.34e-19 79.7 29V07@1|root,30GD9@2|Bacteria,1UFSU@1239|Firmicutes,25K5D@186801|Clostridia,25UEN@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00073 1301100.HG529399_gene6829 7.81e-114 332.0 COG0398@1|root,COG0398@2|Bacteria,1TRFC@1239|Firmicutes,24CYX@186801|Clostridia,36DVI@31979|Clostridiaceae 186801|Clostridia S SNARE associated Golgi protein - - - - - - - - - - - - SNARE_assoc +MGYG000000001_01936 1151292.QEW_1980 4.99e-195 546.0 COG0059@1|root,COG0059@2|Bacteria,1TPI7@1239|Firmicutes,247RH@186801|Clostridia,25R54@186804|Peptostreptococcaceae 186801|Clostridia H Involved in the biosynthesis of branched-chain amino acids (BCAA). Catalyzes an alkyl-migration followed by a ketol- acid reduction of (S)-2-acetolactate (S2AL) to yield (R)-2,3- dihydroxy-isovalerate. In the isomerase reaction, S2AL is rearranged via a Mg-dependent methyl migration to produce 3- hydroxy-3-methyl-2-ketobutyrate (HMKB). In the reductase reaction, this 2-ketoacid undergoes a metal-dependent reduction by NADPH to yield (R)-2,3-dihydroxy-isovalerate ilvC - 1.1.1.86 ko:K00053 ko00290,ko00770,ko01100,ko01110,ko01130,ko01210,ko01230,map00290,map00770,map01100,map01110,map01130,map01210,map01230 M00019,M00570 R03051,R04439,R04440,R05068,R05069,R05071 RC00726,RC00836,RC00837,RC01726 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS10005,iHN637.CLJU_RS10010 IlvC,IlvN +MGYG000000001_00181 1301100.HG529429_gene1921 1.24e-13 72.0 COG1115@1|root,COG1115@2|Bacteria,1VSJ9@1239|Firmicutes,24EMY@186801|Clostridia,36I60@31979|Clostridiaceae 186801|Clostridia E amino acid carrier protein - - - - - - - - - - - - Na_Ala_symp +MGYG000000001_02818 1301100.HG529409_gene182 1.8e-51 168.0 COG0569@1|root,COG0569@2|Bacteria,1V2ZF@1239|Firmicutes,24GNX@186801|Clostridia,36M1X@31979|Clostridiaceae 186801|Clostridia P overlaps another CDS with the same product name - - - ko:K03499 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkA_C,TrkA_N +MGYG000000001_01708 1232453.BAIF02000060_gene1669 3.06e-137 397.0 COG0053@1|root,COG0053@2|Bacteria,1TSGY@1239|Firmicutes,2491V@186801|Clostridia,26ATC@186813|unclassified Clostridiales 186801|Clostridia P Dimerisation domain of Zinc Transporter fieF - - - - - - - - - - - Cation_efflux,ZT_dimer +MGYG000000001_00891 1301100.HG529415_gene2957 5.17e-92 276.0 COG1876@1|root,COG1876@2|Bacteria,1V1F7@1239|Firmicutes,24E6R@186801|Clostridia,36FGW@31979|Clostridiaceae 186801|Clostridia M PFAM peptidase M15B and M15C, D,D-carboxypeptidase VanY endolysin - - 3.4.17.14 ko:K07260 ko00550,ko01100,ko01502,ko02020,map00550,map01100,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01000,ko01002,ko01011,ko01504 - - - Cu_amine_oxidN1,LysM,PG_binding_1,VanY +MGYG000000001_00282 1292035.H476_2507 4.01e-94 278.0 COG4720@1|root,COG4720@2|Bacteria,1V1E7@1239|Firmicutes,25CJR@186801|Clostridia,25UMM@186804|Peptostreptococcaceae 186801|Clostridia S ECF-type riboflavin transporter, S component - - - - - - - - - - - - ECF-ribofla_trS +MGYG000000001_01627 1292035.H476_0658 8.37e-181 508.0 COG0324@1|root,COG0324@2|Bacteria,1TPSC@1239|Firmicutes,248HB@186801|Clostridia,25QWB@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the transfer of a dimethylallyl group onto the adenine at position 37 in tRNAs that read codons beginning with uridine, leading to the formation of N6-(dimethylallyl)adenosine (i(6)A) miaA - 2.5.1.75 ko:K00791 ko00908,ko01100,ko01110,map00908,map01100,map01110 - R01122 RC02820 ko00000,ko00001,ko01000,ko01006,ko03016 - - - IPPT +MGYG000000001_01436 545697.HMPREF0216_02329 1.35e-78 241.0 29V94@1|root,30GP3@2|Bacteria,1UGD3@1239|Firmicutes,24P2U@186801|Clostridia,36M50@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02294 642492.Clole_0338 1.46e-134 396.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia 186801|Clostridia S basic membrane - - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_01071 1301100.HG529424_gene1983 5.1e-133 379.0 COG1428@1|root,COG1428@2|Bacteria,1TQKS@1239|Firmicutes,24XJD@186801|Clostridia,36RKA@31979|Clostridiaceae 186801|Clostridia F Deoxynucleoside kinase - - 2.7.1.113 ko:K15518 ko00230,map00230 - R01967 RC00002,RC00017 ko00000,ko00001,ko01000 - - - dNK +MGYG000000001_01292 1151292.QEW_1607 3.36e-241 681.0 COG0768@1|root,COG0768@2|Bacteria,1TQKI@1239|Firmicutes,25CAC@186801|Clostridia,25QG0@186804|Peptostreptococcaceae 186801|Clostridia M Penicillin binding protein transpeptidase domain - - 3.4.16.4 ko:K05515 ko00550,ko01501,map00550,map01501 - - - ko00000,ko00001,ko01000,ko01011 - - - PBP_dimer,Transpeptidase +MGYG000000001_00738 1476973.JMMB01000007_gene3199 3.45e-177 496.0 COG3959@1|root,COG3959@2|Bacteria,1TT51@1239|Firmicutes,247IK@186801|Clostridia,25QJW@186804|Peptostreptococcaceae 186801|Clostridia G Transketolase - - 2.2.1.1 ko:K00615 ko00030,ko00710,ko01051,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00030,map00710,map01051,map01100,map01110,map01120,map01130,map01200,map01230 M00004,M00007,M00165,M00167 R01067,R01641,R01830,R06590 RC00032,RC00226,RC00571,RC01560 ko00000,ko00001,ko00002,ko01000 - - - Transketolase_N +MGYG000000001_00783 1301100.HG529318_gene6144 2.64e-42 149.0 COG3677@1|root,COG3677@2|Bacteria,1UYY4@1239|Firmicutes,248FF@186801|Clostridia,36J5U@31979|Clostridiaceae 186801|Clostridia L Psort location Cytoplasmic, score - - - - - - - - - - - - DDE_Tnp_IS1595,Zn_Tnp_IS1,Zn_Tnp_IS1595 +MGYG000000001_01872 1391646.AVSU01000037_gene2027 3.56e-192 536.0 COG1533@1|root,COG1533@2|Bacteria,1TRIS@1239|Firmicutes,25CEW@186801|Clostridia 186801|Clostridia L Radical SAM domain protein - - - - - - - - - - - - Radical_SAM +MGYG000000001_02168 632245.CLP_0840 7.55e-198 563.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,24Z77@186801|Clostridia,36R10@31979|Clostridiaceae 186801|Clostridia V MatE - - - - - - - - - - - - MatE +MGYG000000001_03033 536233.CLO_3390 3.66e-06 47.4 COG4578@1|root,COG4578@2|Bacteria,1VHYU@1239|Firmicutes,24P6V@186801|Clostridia,36NMF@31979|Clostridiaceae 186801|Clostridia K Glucitol operon activator - - - ko:K02466 - - - - ko00000 - - - GutM +MGYG000000001_00424 1301100.HG529236_gene7292 4.56e-139 396.0 COG1737@1|root,COG1737@2|Bacteria,1W72Q@1239|Firmicutes,24FPX@186801|Clostridia,36H3M@31979|Clostridiaceae 186801|Clostridia K Helix-turn-helix domain, rpiR family - - - - - - - - - - - - HTH_6,SIS +MGYG000000001_00646 1292035.H476_1246 1.61e-26 98.2 29UPT@1|root,30G1I@2|Bacteria,1UF1B@1239|Firmicutes,25K1Y@186801|Clostridia,25U6C@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00420 1301100.HG529236_gene7296 5.49e-254 702.0 COG2273@1|root,COG5492@1|root,COG2273@2|Bacteria,COG5492@2|Bacteria 2|Bacteria N domain, Protein - - - - - - - - - - - - Alpha-L-AF_C,BNR_2,Big_2,Big_4,CBM_4_9,CBM_X2,CW_binding_2,Cadherin-like,DUF2599,DUF5011,DUF5057,F5_F8_type_C,Flg_new,GGDEF,Glyco_hydro_16,Glyco_hydro_53,Laminin_G_3,Peripla_BP_3,RicinB_lectin_2,SLH +MGYG000000001_03197 1499684.CCNP01000018_gene1972 9.7e-31 111.0 COG0789@1|root,COG0789@2|Bacteria,1VAAP@1239|Firmicutes,24JJN@186801|Clostridia,36JS7@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator adhR - - - - - - - - - - - MerR,MerR_1 +MGYG000000001_02933 748727.CLJU_c27100 2.14e-60 192.0 COG4635@1|root,COG4635@2|Bacteria,1V6RV@1239|Firmicutes,24N9M@186801|Clostridia,36J7I@31979|Clostridiaceae 186801|Clostridia CH Flavodoxin domain - - - - - - - - - - - - Flavodoxin_5 +MGYG000000001_02724 931276.Cspa_c15240 1.67e-79 251.0 COG3467@1|root,COG3467@2|Bacteria,1V4C9@1239|Firmicutes,24IHZ@186801|Clostridia,36JIU@31979|Clostridiaceae 186801|Clostridia CH Pyridoxamine 5'-phosphate oxidase - - - - - - - - - - - - Flavodoxin_5,Putative_PNPOx +MGYG000000001_01204 1476973.JMMB01000007_gene861 1.75e-237 659.0 COG0707@1|root,COG0707@2|Bacteria,1TQFT@1239|Firmicutes,248IA@186801|Clostridia,25R4M@186804|Peptostreptococcaceae 186801|Clostridia M Cell wall formation. Catalyzes the transfer of a GlcNAc subunit on undecaprenyl-pyrophosphoryl-MurNAc-pentapeptide (lipid intermediate I) to form undecaprenyl-pyrophosphoryl-MurNAc- (pentapeptide)GlcNAc (lipid intermediate II) murG - 2.4.1.227 ko:K02563 ko00550,ko01100,ko01502,ko04112,map00550,map01100,map01502,map04112 - R05032,R05662 RC00005,RC00049 ko00000,ko00001,ko01000,ko01011 - GT28 - Glyco_tran_28_C,Glyco_transf_28 +MGYG000000001_01939 272563.CD630_34490 8.31e-213 595.0 COG2222@1|root,COG2222@2|Bacteria,1TQUT@1239|Firmicutes,24BTJ@186801|Clostridia 186801|Clostridia M sugar isomerase, AgaS family agaS - 2.6.1.16 ko:K00820,ko:K02082 ko00250,ko00520,ko01100,ko01130,ko04931,map00250,map00520,map01100,map01130,map04931 - R00768 RC00010,RC00163,RC02752 ko00000,ko00001,ko01000,ko01002 - - - LacI,SIS +MGYG000000001_00103 1301100.HG529385_gene5102 5.92e-170 479.0 COG1281@1|root,COG1281@2|Bacteria,1TRCH@1239|Firmicutes,24940@186801|Clostridia,36DPJ@31979|Clostridiaceae 186801|Clostridia O Redox regulated molecular chaperone. Protects both thermally unfolding and oxidatively damaged proteins from irreversible aggregation. Plays an important role in the bacterial defense system toward oxidative stress hslO - - ko:K04083 - - - - ko00000,ko03110 - - - HSP33 +MGYG000000001_01435 545697.HMPREF0216_02328 1.97e-164 473.0 COG5438@1|root,COG5438@2|Bacteria,1TPEV@1239|Firmicutes,249SW@186801|Clostridia,36GKC@31979|Clostridiaceae 186801|Clostridia S YibE F family protein - - - - - - - - - - - - Sortase,YibE_F +MGYG000000001_01339 1151292.QEW_1137 5.18e-203 564.0 COG2069@1|root,COG2069@2|Bacteria,1TSSY@1239|Firmicutes,24BVJ@186801|Clostridia,25QTA@186804|Peptostreptococcaceae 186801|Clostridia C CO dehydrogenase/acetyl-CoA synthase delta subunit acsD - 2.1.1.245 ko:K00194 ko00680,ko00720,ko01120,ko01200,map00680,map00720,map01120,map01200 M00357,M00377,M00422 R09096,R10219,R10243 RC00004,RC00113,RC02977 ko00000,ko00001,ko00002,ko01000 - - - CdhD +MGYG000000001_03110 1415774.U728_2349 4.99e-154 465.0 COG1289@1|root,COG1289@2|Bacteria,1TQSC@1239|Firmicutes,247TY@186801|Clostridia,36FTP@31979|Clostridiaceae 186801|Clostridia S Fusaric acid resistance protein-like - - - - - - - - - - - - FUSC_2 +MGYG000000001_01274 272563.CD630_12130 2.41e-138 403.0 COG0750@1|root,COG0750@2|Bacteria,1TPIR@1239|Firmicutes,24AFA@186801|Clostridia,25RH5@186804|Peptostreptococcaceae 186801|Clostridia M SpoIVB peptidase S55 spoIVB - 3.4.21.116 ko:K06399 - - - - ko00000,ko01000,ko01002 - - - PDZ_2,Peptidase_S55,Tricorn_PDZ +MGYG000000001_01258 935836.JAEL01000033_gene4064 2.54e-51 182.0 COG3103@1|root,COG4990@1|root,COG3103@2|Bacteria,COG4990@2|Bacteria,COG4991@2|Bacteria,1V3XE@1239|Firmicutes,4HZA4@91061|Bacilli,1ZEKK@1386|Bacillus 91061|Bacilli T Peptidase_C39 like family - - - - - - - - - - - - Peptidase_C39_2,SH3_3,SLH +MGYG000000001_01257 935836.JAEL01000033_gene4064 2.54e-51 182.0 COG3103@1|root,COG4990@1|root,COG3103@2|Bacteria,COG4990@2|Bacteria,COG4991@2|Bacteria,1V3XE@1239|Firmicutes,4HZA4@91061|Bacilli,1ZEKK@1386|Bacillus 91061|Bacilli T Peptidase_C39 like family - - - - - - - - - - - - Peptidase_C39_2,SH3_3,SLH +MGYG000000001_02579 445973.CLOBAR_00107 3.38e-38 127.0 COG0199@1|root,COG0199@2|Bacteria,1VEF6@1239|Firmicutes,24QR1@186801|Clostridia,25RPU@186804|Peptostreptococcaceae 186801|Clostridia J Binds 16S rRNA, required for the assembly of 30S particles and may also be responsible for determining the conformation of the 16S rRNA at the A site rpsN - - ko:K02954 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S14 +MGYG000000001_00200 1292035.H476_1753 9.53e-202 559.0 COG0037@1|root,COG0037@2|Bacteria,1TQ0Y@1239|Firmicutes,247RP@186801|Clostridia,25QJY@186804|Peptostreptococcaceae 186801|Clostridia H Belongs to the TtcA family ttcA - - - - - - - - - - - ATP_bind_3,Rhodanese +MGYG000000001_01686 1476973.JMMB01000007_gene1982 7.2e-08 55.1 COG1664@1|root,COG1664@2|Bacteria,1V1NS@1239|Firmicutes,24TEV@186801|Clostridia,25U0C@186804|Peptostreptococcaceae 186801|Clostridia M Polymer-forming cytoskeletal - - - - - - - - - - - - Bactofilin +MGYG000000001_01751 445973.CLOBAR_01748 1.1e-136 423.0 COG5002@1|root,COG5002@2|Bacteria,1VRP7@1239|Firmicutes,24YHW@186801|Clostridia 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA,PAS,PAS_8,PAS_9 +MGYG000000001_01816 1414720.CBYM010000001_gene700 5.84e-10 59.7 2C51R@1|root,2ZHBZ@2|Bacteria,1W22Q@1239|Firmicutes 1239|Firmicutes S Phage gp6-like head-tail connector protein - - - - - - - - - - - - Phage_connect_1 +MGYG000000001_02218 445973.CLOBAR_00801 1.14e-33 116.0 2CK5R@1|root,2ZXQ2@2|Bacteria,1W6P1@1239|Firmicutes,256IB@186801|Clostridia,25RV4@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02395 1301100.HG529318_gene6124 2.2e-168 480.0 COG3290@1|root,COG3290@2|Bacteria,1VAQD@1239|Firmicutes,24E6D@186801|Clostridia,36J2F@31979|Clostridiaceae 186801|Clostridia T PFAM ATP-binding region, ATPase domain protein - - 2.7.13.3 ko:K07706 ko02020,ko02024,map02020,map02024 M00495 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HATPase_c,HATPase_c_5,SPOB_a +MGYG000000001_00844 1301100.HG529333_gene4588 9.3e-63 192.0 COG0011@1|root,COG0011@2|Bacteria,1VC4R@1239|Firmicutes,24MY3@186801|Clostridia,36KJY@31979|Clostridiaceae 186801|Clostridia S Thiamine-binding protein - - - - - - - - - - - - Thiamine_BP +MGYG000000001_03063 272563.CD630_00180 3.08e-140 396.0 COG0353@1|root,COG0353@2|Bacteria,1TR87@1239|Firmicutes,2487H@186801|Clostridia,25QKA@186804|Peptostreptococcaceae 186801|Clostridia L May play a role in DNA repair. It seems to be involved in an RecBC-independent recombinational process of DNA repair. It may act with RecF and RecO recR - - ko:K06187 ko03440,map03440 - - - ko00000,ko00001,ko03400 - - - HHH,RecR,Toprim_4 +MGYG000000001_01690 1211817.CCAT010000066_gene728 1.66e-175 501.0 COG0628@1|root,COG0628@2|Bacteria,1TQ84@1239|Firmicutes,248FS@186801|Clostridia,36EE4@31979|Clostridiaceae 186801|Clostridia S hmm pf01594 yhhT - - - - - - - - - - - AI-2E_transport +MGYG000000001_02707 1301100.HG529408_gene220 9.71e-79 239.0 COG0681@1|root,COG0681@2|Bacteria,1V7H9@1239|Firmicutes,24HHW@186801|Clostridia,36IP7@31979|Clostridiaceae 186801|Clostridia U Belongs to the peptidase S26 family lepB - 3.4.21.89 ko:K03100 ko02024,ko03060,map02024,map03060 - - - ko00000,ko00001,ko01000,ko01002 - - - Peptidase_S24,Peptidase_S26 +MGYG000000001_02279 1301100.HG529409_gene179 1.22e-228 639.0 COG0126@1|root,COG0126@2|Bacteria,1UI30@1239|Firmicutes,24ERJ@186801|Clostridia,36VWJ@31979|Clostridiaceae 186801|Clostridia G phosphoglycerate kinase activity - - - - - - - - - - - - - +MGYG000000001_02598 1391646.AVSU01000092_gene429 1.16e-90 267.0 COG3444@1|root,COG3444@2|Bacteria,1TQJ4@1239|Firmicutes,24GRK@186801|Clostridia 186801|Clostridia G PTS system, mannose fructose sorbose family, IIB agaB - - ko:K02745 ko00052,ko02060,map00052,map02060 M00277 R08366 RC00017 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.6.1.4 - - PTSIIB_sorb +MGYG000000001_00998 1476973.JMMB01000007_gene2483 3.61e-25 95.1 28XIX@1|root,2ZJG5@2|Bacteria,1W5N3@1239|Firmicutes,253UD@186801|Clostridia,25RY6@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00592 445335.CBN_2138 1.63e-269 749.0 COG0286@1|root,COG0286@2|Bacteria,1TPGZ@1239|Firmicutes,247RY@186801|Clostridia,36DVJ@31979|Clostridiaceae 186801|Clostridia V type I restriction-modification system hsdM - 2.1.1.72 ko:K03427 - - - - ko00000,ko01000,ko02048 - - - HsdM_N,N6_Mtase +MGYG000000001_01171 1151292.QEW_1887 0.000356 40.8 2DRWB@1|root,33DDT@2|Bacteria,1VKGH@1239|Firmicutes 1239|Firmicutes S Virus attachment protein p12 family - - - - - - - - - - - - P12 +MGYG000000001_02165 1476973.JMMB01000007_gene936 2.83e-99 290.0 COG0669@1|root,COG0669@2|Bacteria,1V3MR@1239|Firmicutes,24HC3@186801|Clostridia,25RFI@186804|Peptostreptococcaceae 186801|Clostridia H Reversibly transfers an adenylyl group from ATP to 4'- phosphopantetheine, yielding dephospho-CoA (dPCoA) and pyrophosphate coaD - 2.7.7.3 ko:K00954 ko00770,ko01100,map00770,map01100 M00120 R03035 RC00002 ko00000,ko00001,ko00002,ko01000 - - - CTP_transf_like +MGYG000000001_02066 509191.AEDB02000034_gene2323 5.6e-62 192.0 2DVT5@1|root,33X2I@2|Bacteria,1V6V4@1239|Firmicutes,25G2U@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00443 1391647.AVSV01000003_gene1464 2.07e-308 857.0 COG1368@1|root,COG1368@2|Bacteria,1UUVI@1239|Firmicutes,24AGB@186801|Clostridia,36FIG@31979|Clostridiaceae 186801|Clostridia M Sulfatase - - 2.7.8.20 ko:K01002 ko01100,map01100 - - - ko00000,ko01000 - - - GBS_Bsp-like,Sulfatase +MGYG000000001_00652 1151292.QEW_2227 1.55e-51 165.0 COG1393@1|root,COG1393@2|Bacteria,1VA5Q@1239|Firmicutes,24JGY@186801|Clostridia,25RU1@186804|Peptostreptococcaceae 186801|Clostridia P Belongs to the ArsC family spxA - 1.20.4.1 ko:K00537 - - - - ko00000,ko01000 - - - ArsC,DUF4298,GIY-YIG,Glutaredoxin +MGYG000000001_02444 1476973.JMMB01000007_gene178 0.0 920.0 COG0008@1|root,COG0008@2|Bacteria,1TPJC@1239|Firmicutes,2482P@186801|Clostridia,25QPF@186804|Peptostreptococcaceae 186801|Clostridia J Catalyzes the attachment of glutamate to tRNA(Glu) in a two-step reaction glutamate is first activated by ATP to form Glu-AMP and then transferred to the acceptor end of tRNA(Glu) gltX - 6.1.1.17,6.1.1.24 ko:K01885,ko:K09698 ko00860,ko00970,ko01100,ko01110,ko01120,map00860,map00970,map01100,map01110,map01120 M00121,M00359,M00360 R03651,R05578 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko02048,ko03016 - - - tRNA-synt_1c +MGYG000000001_01971 552396.HMPREF0863_02136 2.1e-74 226.0 COG3444@1|root,COG3444@2|Bacteria,1V6JW@1239|Firmicutes,3VQYD@526524|Erysipelotrichia 526524|Erysipelotrichia G PTS system sorbose subfamily IIB component - - - ko:K19507 ko02060,map02060 M00764 - - ko00000,ko00001,ko00002,ko01000,ko02000 4.A.6.1.19 - - PTSIIB_sorb +MGYG000000001_02351 1301100.HG529308_gene397 0.0 1316.0 COG1529@1|root,COG1529@2|Bacteria,1TP7U@1239|Firmicutes,248BV@186801|Clostridia,36DY8@31979|Clostridiaceae 186801|Clostridia C aldehyde oxidase and xanthine dehydrogenase, a b hammerhead xdhD - - - - - - - - - - - Ald_Xan_dh_C,Ald_Xan_dh_C2 +MGYG000000001_02308 1301100.HG529308_gene362 1.65e-223 618.0 COG0303@1|root,COG0303@2|Bacteria,1TP7F@1239|Firmicutes,247TZ@186801|Clostridia,36DBJ@31979|Clostridiaceae 186801|Clostridia H molybdopterin binding domain moeA2 - - - - - - - - - - - MoCF_biosynth +MGYG000000001_00304 1476973.JMMB01000007_gene2742 2.5e-223 619.0 COG1077@1|root,COG1077@2|Bacteria,1TP51@1239|Firmicutes,247RG@186801|Clostridia,25QS2@186804|Peptostreptococcaceae 186801|Clostridia D Cell shape determining protein, MreB Mrl family mreB - - ko:K03569 - - - - ko00000,ko02048,ko03036,ko04812 1.A.33.1,9.B.157.1 - - MreB_Mbl +MGYG000000001_02793 1301100.HG529410_gene159 0.0 1237.0 COG0210@1|root,COG0210@2|Bacteria,1TPSU@1239|Firmicutes,247RM@186801|Clostridia,36DGD@31979|Clostridiaceae 186801|Clostridia L ATP-dependent DNA helicase pcrA - 3.6.4.12 ko:K03657 ko03420,ko03430,map03420,map03430 - - - ko00000,ko00001,ko01000,ko03400 - - - DUF3553,Intein_splicing,UvrD-helicase,UvrD_C +MGYG000000001_02446 1151292.QEW_0056 7.06e-307 840.0 COG0215@1|root,COG0215@2|Bacteria,1TP9D@1239|Firmicutes,247KS@186801|Clostridia,25QJ0@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the class-I aminoacyl-tRNA synthetase family cysS - 6.1.1.16 ko:K01883 ko00970,map00970 M00359,M00360 R03650 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - Cir_Bir_Yir,DALR_2,tRNA-synt_1e,tRNA-synt_1g +MGYG000000001_02685 445973.CLOBAR_00409 4.03e-204 567.0 COG4594@1|root,COG4594@2|Bacteria 2|Bacteria P ABC-type Fe3 -citrate transport system, periplasmic component fecB GO:0005575,GO:0005623,GO:0006810,GO:0008150,GO:0010035,GO:0010038,GO:0010039,GO:0015688,GO:0030288,GO:0030313,GO:0031975,GO:0042221,GO:0042592,GO:0042597,GO:0044464,GO:0048878,GO:0050801,GO:0050896,GO:0051179,GO:0051234,GO:0055065,GO:0055072,GO:0055076,GO:0055080,GO:0065007,GO:0065008,GO:0098771,GO:1901678 - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - iYO844.BSU07520 Peripla_BP_2 +MGYG000000001_02572 445973.CLOBAR_00114 6.42e-238 662.0 COG0201@1|root,COG0201@2|Bacteria,1TPHB@1239|Firmicutes,248T9@186801|Clostridia,25QD8@186804|Peptostreptococcaceae 186801|Clostridia U The central subunit of the protein translocation channel SecYEG. Consists of two halves formed by TMs 1-5 and 6-10. These two domains form a lateral gate at the front which open onto the bilayer between TMs 2 and 7, and are clamped together by SecE at the back. The channel is closed by both a pore ring composed of hydrophobic SecY resides and a short helix (helix 2A) on the extracellular side of the membrane which forms a plug. The plug probably moves laterally to allow the channel to open. The ring and the pore may move independently secY - - ko:K03076 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044 3.A.5 - - SecY +MGYG000000001_00387 1476973.JMMB01000007_gene655 6.99e-123 354.0 COG1413@1|root,COG1413@2|Bacteria,1V61C@1239|Firmicutes,24FZ1@186801|Clostridia,25REB@186804|Peptostreptococcaceae 186801|Clostridia C HEAT repeats - - - - - - - - - - - - HEAT_2,HEAT_PBS,HTH_40 +MGYG000000001_02571 1151292.QEW_0097 4.41e-137 389.0 COG0563@1|root,COG0563@2|Bacteria,1TP27@1239|Firmicutes,247YN@186801|Clostridia,25QQK@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the reversible transfer of the terminal phosphate group between ATP and AMP. Plays an important role in cellular energy homeostasis and in adenine nucleotide metabolism adk - 2.7.4.3 ko:K00939 ko00230,ko00730,ko01100,ko01110,ko01130,map00230,map00730,map01100,map01110,map01130 M00049 R00127,R01547,R11319 RC00002 ko00000,ko00001,ko00002,ko01000,ko04147 - - iHN637.CLJU_RS20110 ADK,ADK_lid +MGYG000000001_00048 1151292.QEW_3933 2.94e-181 513.0 COG0265@1|root,COG0265@2|Bacteria,1TRM8@1239|Firmicutes,247M5@186801|Clostridia,25R05@186804|Peptostreptococcaceae 186801|Clostridia M Trypsin-like peptidase domain htrA - 3.4.21.107 ko:K04771 ko01503,ko02020,map01503,map02020 M00728 - - ko00000,ko00001,ko00002,ko01000,ko01002,ko03110 - - - PDZ_2,Trypsin_2 +MGYG000000001_00080 1292035.H476_3418 3.52e-142 413.0 COG3842@1|root,COG3842@2|Bacteria,1TP2M@1239|Firmicutes,247JR@186801|Clostridia,25T4C@186804|Peptostreptococcaceae 186801|Clostridia E ATPases associated with a variety of cellular activities - - 3.6.3.30 ko:K02010,ko:K02052 ko02010,ko02024,map02010,map02024 M00190,M00193 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.10,3.A.1.11 - - ABC_tran,TOBE_2 +MGYG000000001_00177 1292035.H476_2391 6.56e-60 191.0 COG1329@1|root,COG1329@2|Bacteria,1VAA0@1239|Firmicutes,24P60@186801|Clostridia 186801|Clostridia K Psort location Cytoplasmic, score - - - ko:K07736 - - - - ko00000,ko03000 - - - CarD_CdnL_TRCF +MGYG000000001_00209 1151292.QEW_2956 1.02e-166 493.0 COG0574@1|root,COG1080@1|root,COG0574@2|Bacteria,COG1080@2|Bacteria,1TPK8@1239|Firmicutes,247RW@186801|Clostridia,25QN3@186804|Peptostreptococcaceae 186801|Clostridia G Belongs to the PEP-utilizing enzyme family ppdK - 2.7.9.1 ko:K01006 ko00620,ko00710,ko00720,ko01100,ko01120,ko01200,map00620,map00710,map00720,map01100,map01120,map01200 M00169,M00171,M00172,M00173 R00206 RC00002,RC00015 ko00000,ko00001,ko00002,ko01000 - - - PEP-utilizers,PEP-utilizers_C,PPDK_N +MGYG000000001_00306 1301100.HG529369_gene1473 1.8e-97 288.0 COG0424@1|root,COG0424@2|Bacteria,1V6FH@1239|Firmicutes,24JRN@186801|Clostridia,36IU5@31979|Clostridiaceae 186801|Clostridia D Maf-like protein maf - - ko:K06287 - - - - ko00000 - - - HD_3,Maf +MGYG000000001_00339 1292035.H476_2736 8.71e-158 447.0 COG1917@1|root,COG2207@1|root,COG1917@2|Bacteria,COG2207@2|Bacteria,1V1UE@1239|Firmicutes,24AK4@186801|Clostridia 186801|Clostridia K transcriptional regulator (AraC family) - - - - - - - - - - - - AraC_binding,Cupin_2,HTH_18,HTH_AraC +MGYG000000001_00403 1301100.HG529405_gene296 5.02e-192 538.0 COG0183@1|root,COG0183@2|Bacteria,1UHVW@1239|Firmicutes,248BM@186801|Clostridia,36DQK@31979|Clostridiaceae 186801|Clostridia I Stage V sporulation protein AD spoVAD - - ko:K06406 - - - - ko00000 - - - SpoVAD +MGYG000000001_00468 1301100.HG529316_gene478 1.79e-34 122.0 COG0716@1|root,COG0716@2|Bacteria,1V6D7@1239|Firmicutes,24J7W@186801|Clostridia,36JTC@31979|Clostridiaceae 186801|Clostridia C flavodoxin - - - - - - - - - - - - Flavodoxin_1 +MGYG000000001_00500 926692.AZYG01000094_gene1938 1.37e-05 47.0 COG1621@1|root,COG1621@2|Bacteria,1TPAE@1239|Firmicutes,247UU@186801|Clostridia,3WC6C@53433|Halanaerobiales 186801|Clostridia G Glycosyl hydrolases family 32 N-terminal domain scrB - 3.2.1.26 ko:K01193 ko00052,ko00500,ko01100,map00052,map00500,map01100 - R00801,R00802,R02410,R03635,R03921,R06088 RC00028,RC00077 ko00000,ko00001,ko01000 - GH32 - Glyco_hydro_32C,Glyco_hydro_32N +MGYG000000001_00532 272563.CD630_13770 7.59e-79 237.0 2F1PT@1|root,33UQ3@2|Bacteria,1VUVA@1239|Firmicutes,250KK@186801|Clostridia,25REE@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00564 1301100.HG529344_gene3212 2.49e-112 336.0 COG0322@1|root,COG0322@2|Bacteria,1V175@1239|Firmicutes,24ATK@186801|Clostridia,36F0U@31979|Clostridiaceae 186801|Clostridia L Excinuclease ABC C subunit domain protein uvrC2 - - ko:K03703 ko03420,map03420 - - - ko00000,ko00001,ko03400 - - - GIY-YIG,UVR +MGYG000000001_00628 290402.Cbei_1616 7.38e-15 69.7 2BBI6@1|root,3251R@2|Bacteria,1UR61@1239|Firmicutes,24W09@186801|Clostridia,36Q2Q@31979|Clostridiaceae 186801|Clostridia K domain protein - - - - - - - - - - - - DUF739,HTH_3,HTH_31 +MGYG000000001_00661 1292035.H476_3244 3.94e-136 388.0 COG0125@1|root,COG0125@2|Bacteria,1V2D5@1239|Firmicutes,25J57@186801|Clostridia,25QYY@186804|Peptostreptococcaceae 186801|Clostridia F Phosphorylation of dTMP to form dTDP in both de novo and salvage pathways of dTTP synthesis tmk - 2.7.4.9 ko:K00943 ko00240,ko01100,map00240,map01100 M00053 R02094,R02098 RC00002 ko00000,ko00001,ko00002,ko01000 - - - Thymidylate_kin +MGYG000000001_00693 1476973.JMMB01000007_gene3244 2.54e-113 333.0 COG1989@1|root,COG1989@2|Bacteria,1TQY4@1239|Firmicutes,24HC0@186801|Clostridia,25T6N@186804|Peptostreptococcaceae 186801|Clostridia NOU Bacterial Peptidase A24 N-terminal domain pilD - 3.4.23.43 ko:K02654 - M00331 - - ko00000,ko00002,ko01000,ko01002,ko02035,ko02044 3.A.15.2 - - DiS_P_DiS,Peptidase_A24 +MGYG000000001_00757 768710.DesyoDRAFT_3428 1.13e-152 433.0 COG1410@1|root,COG1410@2|Bacteria,1UV7K@1239|Firmicutes,25CEH@186801|Clostridia,263TW@186807|Peptococcaceae 186801|Clostridia E Pterin binding enzyme - - 2.1.1.13 ko:K00548 ko00270,ko00450,ko00670,ko01100,ko01110,ko01230,map00270,map00450,map00670,map01100,map01110,map01230 M00017 R00946,R09365 RC00035,RC00113,RC01241 ko00000,ko00001,ko00002,ko01000 - - - B12-binding,B12-binding_2,Pterin_bind +MGYG000000001_00853 1476973.JMMB01000007_gene1709 7.83e-164 477.0 2EZ6V@1|root,33SCU@2|Bacteria,1VQX5@1239|Firmicutes,24Z4Q@186801|Clostridia,25RAB@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - VCBS +MGYG000000001_00885 272563.CD630_21180 1.73e-247 692.0 COG0498@1|root,COG0498@2|Bacteria,1TPR0@1239|Firmicutes,248YY@186801|Clostridia,25QR7@186804|Peptostreptococcaceae 186801|Clostridia E Threonine synthase N terminus thrC - 4.2.3.1 ko:K01733 ko00260,ko00750,ko01100,ko01110,ko01120,ko01230,map00260,map00750,map01100,map01110,map01120,map01230 M00018 R01466,R05086 RC00017,RC00526 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS16355 GHMP_kinases_C,GHMP_kinases_N,PALP,Thr_synth_N +MGYG000000001_00954 1292035.H476_0005 4.71e-18 79.0 COG4980@1|root,COG4980@2|Bacteria 2|Bacteria D gas vesicle protein XK27_07760 - - - - - - - - - - - UPF0180,YtxH +MGYG000000001_00987 290402.Cbei_0025 4.32e-243 674.0 COG0014@1|root,COG0014@2|Bacteria,1TQ9V@1239|Firmicutes,248NX@186801|Clostridia,36DHK@31979|Clostridiaceae 186801|Clostridia E Catalyzes the NADPH-dependent reduction of L-glutamate 5-phosphate into L-glutamate 5-semialdehyde and phosphate. The product spontaneously undergoes cyclization to form 1-pyrroline-5- carboxylate proA - 1.2.1.41 ko:K00147 ko00330,ko00332,ko01100,ko01110,ko01130,ko01230,map00330,map00332,map01100,map01110,map01130,map01230 M00015 R03313 RC00684 ko00000,ko00001,ko00002,ko01000 - - - Aldedh +MGYG000000001_01123 1301100.HG529272_gene1705 5.33e-85 258.0 COG1484@1|root,COG1484@2|Bacteria,1V48P@1239|Firmicutes,24B2B@186801|Clostridia,36ER6@31979|Clostridiaceae 186801|Clostridia L PFAM IstB-like ATP binding protein - - - - - - - - - - - - Bac_DnaA,IstB_IS21 +MGYG000000001_01188 1301100.HG529235_gene7314 2.52e-82 260.0 COG0842@1|root,COG0842@2|Bacteria,1VIDU@1239|Firmicutes,24D17@186801|Clostridia,36EJG@31979|Clostridiaceae 186801|Clostridia V ABC-2 family transporter protein - - - ko:K01992 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC2_membrane_3 +MGYG000000001_01252 1301100.HG529275_gene1623 3.93e-173 489.0 COG1172@1|root,COG1172@2|Bacteria,1TP72@1239|Firmicutes,249FA@186801|Clostridia,36DTM@31979|Clostridiaceae 186801|Clostridia G Belongs to the binding-protein-dependent transport system permease family rbsC - - ko:K10440 ko02010,map02010 M00212 - - ko00000,ko00001,ko00002,ko02000 3.A.1.2.1,3.A.1.2.13,3.A.1.2.19 - - BPD_transp_2 +MGYG000000001_01284 1301100.HG529233_gene7406 1.65e-153 437.0 COG4974@1|root,COG4974@2|Bacteria,1TQRG@1239|Firmicutes,247QQ@186801|Clostridia,36DJ0@31979|Clostridiaceae 186801|Clostridia L Site-specific tyrosine recombinase, which acts by catalyzing the cutting and rejoining of the recombining DNA molecules xerC - - ko:K04763 - - - - ko00000,ko03036 - - - Phage_int_SAM_1,Phage_integrase +MGYG000000001_01380 445973.CLOBAR_01893 3.47e-169 489.0 COG1114@1|root,COG1114@2|Bacteria,1TQIS@1239|Firmicutes,248I0@186801|Clostridia,25QIF@186804|Peptostreptococcaceae 186801|Clostridia E Component of the transport system for branched-chain amino acids brnQ - - ko:K03311 - - - - ko00000 2.A.26 - - Branch_AA_trans +MGYG000000001_01444 1292035.H476_2483 3.2e-227 632.0 COG0153@1|root,COG0153@2|Bacteria,1TPD0@1239|Firmicutes,247U8@186801|Clostridia,25T22@186804|Peptostreptococcaceae 186801|Clostridia G Catalyzes the transfer of the gamma-phosphate of ATP to D-galactose to form alpha-D-galactose-1-phosphate (Gal-1-P) galK - 2.7.1.6 ko:K00849 ko00052,ko00520,ko01100,map00052,map00520,map01100 M00554,M00632 R01092 RC00002,RC00078 ko00000,ko00001,ko00002,ko01000,ko04147 - - - GHMP_kinases_C,GHMP_kinases_N,GalKase_gal_bdg +MGYG000000001_01540 1476973.JMMB01000007_gene443 2.99e-148 420.0 COG1691@1|root,COG1691@2|Bacteria,1TP0Z@1239|Firmicutes,24815@186801|Clostridia,25QT3@186804|Peptostreptococcaceae 186801|Clostridia S AIR carboxylase - - - ko:K06898 - - - - ko00000 - - - AIRC +MGYG000000001_01572 1301100.HG529427_gene1865 1.26e-76 239.0 2F1FH@1|root,33UG8@2|Bacteria,1VV4W@1239|Firmicutes,25036@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01604 1301100.HG529251_gene6283 7.34e-158 447.0 COG1307@1|root,COG1307@2|Bacteria,1TQQG@1239|Firmicutes,24EN6@186801|Clostridia,36FAC@31979|Clostridiaceae 186801|Clostridia S Uncharacterised protein, DegV family COG1307 - - - - - - - - - - - - DegV,HATPase_c,HisKA,Response_reg +MGYG000000001_01636 536227.CcarbDRAFT_1398 3.42e-41 140.0 COG0437@1|root,COG0437@2|Bacteria,1V9CW@1239|Firmicutes,24KKH@186801|Clostridia,36JRQ@31979|Clostridiaceae 186801|Clostridia C 4Fe-4S binding domain - - - - - - - - - - - - Fer4,Fer4_4,Fer4_6 +MGYG000000001_01668 1499684.CCNP01000023_gene3155 4.46e-86 258.0 COG2059@1|root,COG2059@2|Bacteria,1V42U@1239|Firmicutes,24HA0@186801|Clostridia,36ICK@31979|Clostridiaceae 186801|Clostridia P Chromate - - - ko:K07240 - - - - ko00000,ko02000 2.A.51.1 - - Chromate_transp +MGYG000000001_01700 1301100.HG529358_gene2042 3e-67 216.0 COG4905@1|root,COG4905@2|Bacteria,1V2HX@1239|Firmicutes,24B3D@186801|Clostridia,36FCH@31979|Clostridiaceae 186801|Clostridia NT Putative ABC-transporter type IV - - - - - - - - - - - - ABC_trans_CmpB +MGYG000000001_01733 1476973.JMMB01000007_gene1640 1.06e-50 176.0 2BA4J@1|root,323IF@2|Bacteria,1UQ1P@1239|Firmicutes,257PD@186801|Clostridia,25U4Q@186804|Peptostreptococcaceae 186801|Clostridia - - cotA - - - - - - - - - - - - +MGYG000000001_01765 1151292.QEW_1893 2.33e-29 115.0 2CDGN@1|root,33XE2@2|Bacteria,1VVF2@1239|Firmicutes,250P1@186801|Clostridia,25RVN@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01798 1476973.JMMB01000007_gene2147 3.46e-73 232.0 arCOG05209@1|root,31PIN@2|Bacteria,1V5G2@1239|Firmicutes,248EN@186801|Clostridia,25TKD@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - Peptidase_M50B +MGYG000000001_01926 1280692.AUJL01000004_gene659 2.71e-92 274.0 COG1051@1|root,COG1051@2|Bacteria,1V1P7@1239|Firmicutes,24FSG@186801|Clostridia,36HYH@31979|Clostridiaceae 186801|Clostridia F hydrolase - - - - - - - - - - - - NUDIX +MGYG000000001_01958 742733.HMPREF9469_05577 9.49e-197 550.0 COG0444@1|root,COG0444@2|Bacteria,1TP6E@1239|Firmicutes,247NN@186801|Clostridia,221SC@1506553|Lachnoclostridium 186801|Clostridia P Oligopeptide/dipeptide transporter, C-terminal region - - - ko:K02031 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - ABC_tran,oligo_HPY +MGYG000000001_02090 1391646.AVSU01000074_gene2784 2.8e-241 676.0 COG1982@1|root,COG1982@2|Bacteria,1TNZ9@1239|Firmicutes,247RA@186801|Clostridia,25SYA@186804|Peptostreptococcaceae 186801|Clostridia E Orn/Lys/Arg decarboxylase, C-terminal domain speA - 4.1.1.19 ko:K01585 ko00330,ko01100,map00330,map01100 M00133 R00566 RC00299 ko00000,ko00001,ko00002,ko01000 - - - OKR_DC_1,OKR_DC_1_C +MGYG000000001_02251 1301100.HG529271_gene1701 7.32e-16 79.3 COG3617@1|root,COG3645@1|root,COG3617@2|Bacteria,COG3645@2|Bacteria,1TPKA@1239|Firmicutes,24BSZ@186801|Clostridia,36EAE@31979|Clostridiaceae 186801|Clostridia K Phage antirepressor protein - - - ko:K07741 - - - - ko00000 - - - ANT,Bro-N,DUF3486 +MGYG000000001_02316 941824.TCEL_00457 5.29e-09 57.8 2984S@1|root,2ZVAP@2|Bacteria,1W47J@1239|Firmicutes,255IT@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02348 457396.CSBG_00331 0.0 963.0 COG1472@1|root,COG1472@2|Bacteria,1TP63@1239|Firmicutes,24YIP@186801|Clostridia,36W7H@31979|Clostridiaceae 186801|Clostridia G hydrolase, family 3 - - - - - - - - - - - - Glyco_hydro_3,Glyco_hydro_3_C,Gram_pos_anchor +MGYG000000001_02412 1476973.JMMB01000007_gene940 2.19e-276 767.0 COG1620@1|root,COG1620@2|Bacteria,1TQNM@1239|Firmicutes,2482V@186801|Clostridia,25QT6@186804|Peptostreptococcaceae 186801|Clostridia C L-lactate permease lctP - - ko:K03303 - - - - ko00000,ko02000 2.A.14 - - Lactate_perm +MGYG000000001_02476 445973.CLOBAR_00908 7.36e-105 308.0 COG0307@1|root,COG0307@2|Bacteria,1V1EP@1239|Firmicutes,24FVK@186801|Clostridia,25SNH@186804|Peptostreptococcaceae 186801|Clostridia H Riboflavin synthase ribE - 2.5.1.9 ko:K00793 ko00740,ko01100,ko01110,map00740,map01100,map01110 M00125 R00066 RC00958,RC00960 ko00000,ko00001,ko00002,ko01000 - - - Lum_binding +MGYG000000001_02540 1301100.HG529226_gene4775 3.5e-188 525.0 COG1210@1|root,COG1210@2|Bacteria,1TQ24@1239|Firmicutes,25E5A@186801|Clostridia,36EIH@31979|Clostridiaceae 186801|Clostridia M UTP-glucose-1-phosphate uridylyltransferase galU - 2.7.7.9 ko:K00963 ko00040,ko00052,ko00500,ko00520,ko01100,ko01130,map00040,map00052,map00500,map00520,map01100,map01130 M00129,M00361,M00362,M00549 R00289 RC00002 ko00000,ko00001,ko00002,ko01000 - - - GHMP_kinases_N,NTP_transferase +MGYG000000001_02537 1301100.HG529226_gene4775 3.5e-188 525.0 COG1210@1|root,COG1210@2|Bacteria,1TQ24@1239|Firmicutes,25E5A@186801|Clostridia,36EIH@31979|Clostridiaceae 186801|Clostridia M UTP-glucose-1-phosphate uridylyltransferase galU - 2.7.7.9 ko:K00963 ko00040,ko00052,ko00500,ko00520,ko01100,ko01130,map00040,map00052,map00500,map00520,map01100,map01130 M00129,M00361,M00362,M00549 R00289 RC00002 ko00000,ko00001,ko00002,ko01000 - - - GHMP_kinases_N,NTP_transferase +MGYG000000001_02606 1292035.H476_3123 0.0 1722.0 COG0178@1|root,COG0178@2|Bacteria,1TPIJ@1239|Firmicutes,2485F@186801|Clostridia,25QCP@186804|Peptostreptococcaceae 186801|Clostridia L The UvrABC repair system catalyzes the recognition and processing of DNA lesions. UvrA is an ATPase and a DNA-binding protein. A damage recognition complex composed of 2 UvrA and 2 UvrB subunits scans DNA for abnormalities. When the presence of a lesion has been verified by UvrB, the UvrA molecules dissociate uvrA - - ko:K03701 ko03420,map03420 - - - ko00000,ko00001,ko03400 - - - AAA_21,ABC_tran +MGYG000000001_02670 663952.SDD27957_00030 2.29e-08 53.9 COG1396@1|root,COG1396@2|Bacteria,1VK84@1239|Firmicutes,4ISBS@91061|Bacilli,1M9ST@119603|Streptococcus dysgalactiae group 91061|Bacilli K Cro/C1-type HTH DNA-binding domain - - - - - - - - - - - - HTH_3 +MGYG000000001_02702 1301100.HG529408_gene224 1.32e-195 557.0 COG5513@1|root,COG5513@2|Bacteria,1V52X@1239|Firmicutes,25ER6@186801|Clostridia,36US0@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF4163) - - - - - - - - - - - - Cu_amine_oxidN1,DUF3298,DUF4163 +MGYG000000001_02799 272563.CD630_14680 5.57e-234 652.0 COG1145@1|root,COG1145@2|Bacteria,1TQG5@1239|Firmicutes,248IV@186801|Clostridia,25T2W@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S dicluster domain - - - - - - - - - - - - Fer4,Fer4_21,Fer4_6,Fer4_7 +MGYG000000001_02927 1476973.JMMB01000007_gene1892 5.97e-147 417.0 COG1116@1|root,COG1116@2|Bacteria,1TRM6@1239|Firmicutes,248CG@186801|Clostridia,25SBI@186804|Peptostreptococcaceae 186801|Clostridia P ATPases associated with a variety of cellular activities ssuB_2 - - ko:K02049 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - ABC_tran +MGYG000000001_02991 272563.CD630_14290 9.76e-93 281.0 COG3393@1|root,COG3393@2|Bacteria,1VBIG@1239|Firmicutes,25BAS@186801|Clostridia 186801|Clostridia S GNAT acetyltransferase - - - - - - - - - - - - FR47,GNAT_acetyltran +MGYG000000001_03057 272563.CD630_00120 6.44e-65 203.0 COG1827@1|root,COG1827@2|Bacteria,1V6EY@1239|Firmicutes,24JF2@186801|Clostridia,25RP7@186804|Peptostreptococcaceae 186801|Clostridia S 3H domain niaR - - ko:K07105 - - - - ko00000 - - - 3H,HTH_11 +MGYG000000001_03090 632245.CLP_0816 9.2e-132 383.0 COG0726@1|root,COG0726@2|Bacteria,1TYRH@1239|Firmicutes,24GVR@186801|Clostridia,36I2Q@31979|Clostridiaceae 186801|Clostridia G deacetylase - - - - - - - - - - - - Polysacc_deac_1 +MGYG000000001_03125 1301100.HG529311_gene415 3.06e-26 98.2 2DZP5@1|root,32VF7@2|Bacteria,1VC6C@1239|Firmicutes,24RSJ@186801|Clostridia,36N23@31979|Clostridiaceae 186801|Clostridia S PFAM small acid-soluble spore protein alpha - - - - - - - - - - - - SASP +MGYG000000001_02300 1476973.JMMB01000007_gene279 1.98e-38 133.0 29G4A@1|root,30321@2|Bacteria,1UD87@1239|Firmicutes,24YAX@186801|Clostridia,25TAB@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02079 1292035.H476_0641 6.07e-18 75.9 29UPW@1|root,30G1K@2|Bacteria,1UF1G@1239|Firmicutes,254T4@186801|Clostridia,25U72@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00654 1476973.JMMB01000007_gene1696 2.51e-233 651.0 2CFPC@1|root,31SN4@2|Bacteria,1V9AH@1239|Firmicutes,24YWG@186801|Clostridia,25QRN@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - - +MGYG000000001_00713 445973.CLOBAR_02539 1.98e-44 143.0 COG0254@1|root,COG0254@2|Bacteria,1VEGU@1239|Firmicutes,24QNZ@186801|Clostridia,25RP0@186804|Peptostreptococcaceae 186801|Clostridia J Binds the 23S rRNA rpmE - - ko:K02909 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L31 +MGYG000000001_02448 1301100.HG529433_gene6520 4.19e-161 452.0 COG0566@1|root,COG0566@2|Bacteria,1TP9G@1239|Firmicutes,247SC@186801|Clostridia,36DW4@31979|Clostridiaceae 186801|Clostridia J Belongs to the class IV-like SAM-binding methyltransferase superfamily. RNA methyltransferase TrmH family yacO - 2.1.1.185 ko:K03218 - - - - ko00000,ko01000,ko03009 - - - SpoU_methylase,SpoU_sub_bind +MGYG000000001_02557 1301100.HG529435_gene6503 1.49e-97 283.0 COG0102@1|root,COG0102@2|Bacteria,1V3HX@1239|Firmicutes,24HD9@186801|Clostridia,36HZ3@31979|Clostridiaceae 186801|Clostridia J This protein is one of the early assembly proteins of the 50S ribosomal subunit, although it is not seen to bind rRNA by itself. It is important during the early stages of 50S assembly rplM - - ko:K02871 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L13 +MGYG000000001_00376 1301100.HG529343_gene2430 2.88e-136 387.0 COG2039@1|root,COG2039@2|Bacteria,1TRRX@1239|Firmicutes,248T4@186801|Clostridia,36DEQ@31979|Clostridiaceae 186801|Clostridia O Removes 5-oxoproline from various penultimate amino acid residues except L-proline pcp - 3.4.19.3 ko:K01304 - - - - ko00000,ko01000,ko01002 - - - Peptidase_C15 +MGYG000000001_01164 1235790.C805_03545 2.65e-47 152.0 COG4577@1|root,COG4577@2|Bacteria,1VA0E@1239|Firmicutes,24N43@186801|Clostridia,25WKA@186806|Eubacteriaceae 186801|Clostridia CQ BMC - - - - - - - - - - - - BMC +MGYG000000001_02049 1292035.H476_1382 5.75e-43 142.0 2DYF0@1|root,349ER@2|Bacteria,1VYGX@1239|Firmicutes,24PJI@186801|Clostridia 186801|Clostridia S Cupin domain - - - - - - - - - - - - Cupin_2 +MGYG000000001_02684 445973.CLOBAR_00410 4.84e-215 597.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,24BGM@186801|Clostridia 1239|Firmicutes P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily yfmD - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_02760 1476973.JMMB01000001_gene3360 1.19e-227 635.0 COG2522@1|root,COG2522@2|Bacteria,1V00D@1239|Firmicutes,24H1A@186801|Clostridia,25SAX@186804|Peptostreptococcaceae 186801|Clostridia O sequence-specific DNA binding - - - - - - - - - - - - - +MGYG000000001_01544 1391646.AVSU01000015_gene3021 0.0 1012.0 COG0519@1|root,COG0519@2|Bacteria,1TPG8@1239|Firmicutes,2487F@186801|Clostridia,25QVV@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the synthesis of GMP from XMP guaA - 6.3.5.2 ko:K01951 ko00230,ko00983,ko01100,map00230,map00983,map01100 M00050 R01230,R01231,R08244 RC00010,RC00204 ko00000,ko00001,ko00002,ko01000,ko01002 - - - ATP_bind_3,GATase,GMP_synt_C,NAD_synthase,ThiI,tRNA_Me_trans +MGYG000000001_00234 1151292.QEW_3006 1.01e-170 483.0 COG2264@1|root,COG2264@2|Bacteria,1TPKI@1239|Firmicutes,247VY@186801|Clostridia,25R0W@186804|Peptostreptococcaceae 186801|Clostridia J Methylates ribosomal protein L11 prmA - - ko:K02687 - - - - ko00000,ko01000,ko03009 - - - PrmA +MGYG000000001_01351 1301100.HG529407_gene254 0.0 1008.0 COG1032@1|root,COG1032@2|Bacteria,1TPGT@1239|Firmicutes,247JS@186801|Clostridia,36DF6@31979|Clostridiaceae 186801|Clostridia C Radical SAM - - 1.21.98.3 ko:K04034 ko00860,ko01100,ko01110,map00860,map01100,map01110 - R06268,R06269,R06270 RC00741,RC01491,RC01492 ko00000,ko00001,ko01000 - - - B12-binding,DUF4080,Radical_SAM +MGYG000000001_01482 1476973.JMMB01000007_gene1036 5.22e-81 242.0 COG1959@1|root,COG1959@2|Bacteria,1V3QB@1239|Firmicutes,24JIV@186801|Clostridia,25RD2@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulator iscR - - - - - - - - - - - Rrf2 +MGYG000000001_02450 272563.CD630_00570 4.12e-137 390.0 COG1595@1|root,COG1595@2|Bacteria,1TP55@1239|Firmicutes,249VX@186801|Clostridia,25QG1@186804|Peptostreptococcaceae 186801|Clostridia K Belongs to the sigma-70 factor family sigH - - ko:K03091 - - - - ko00000,ko03021 - - - GerE,Sigma70_ECF,Sigma70_r2,Sigma70_r4_2 +MGYG000000001_00029 1301100.HG529379_gene3999 9.5e-129 367.0 COG0740@1|root,COG0740@2|Bacteria,1TQ91@1239|Firmicutes,247QY@186801|Clostridia,36ED5@31979|Clostridiaceae 186801|Clostridia O Cleaves peptides in various proteins in a process that requires ATP hydrolysis. Has a chymotrypsin-like activity. Plays a major role in the degradation of misfolded proteins clpP - 3.4.21.92 ko:K01358 ko04112,ko04212,map04112,map04212 - - - ko00000,ko00001,ko01000,ko01002 - - - CLP_protease +MGYG000000001_01847 445973.CLOBAR_00354 0.0 999.0 COG1472@1|root,COG1472@2|Bacteria,1TP63@1239|Firmicutes,24YIP@186801|Clostridia,25RRG@186804|Peptostreptococcaceae 186801|Clostridia G Glycosyl hydrolase family 3 N terminal domain - - - - - - - - - - - - Glyco_hydro_3 +MGYG000000001_01150 397288.C806_00280 1.16e-226 637.0 COG1012@1|root,COG1012@2|Bacteria,1TRGK@1239|Firmicutes,2480V@186801|Clostridia,27IR2@186928|unclassified Lachnospiraceae 186801|Clostridia C Aldehyde dehydrogenase family - - 1.2.1.87 ko:K13922 ko00640,map00640 - R09097 RC00004,RC00184 ko00000,ko00001,ko01000 - - - Aldedh +MGYG000000001_01679 445973.CLOBAR_01554 2.47e-27 100.0 2999Z@1|root,2ZWD5@2|Bacteria,1W6JV@1239|Firmicutes,256N2@186801|Clostridia,25RZE@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00680 1301100.HG529431_gene1830 1.98e-170 480.0 COG0503@1|root,COG0503@2|Bacteria,1TPN9@1239|Firmicutes,25CKT@186801|Clostridia,36EDN@31979|Clostridiaceae 186801|Clostridia F pur operon repressor purR - - ko:K09685 - - - - ko00000,ko03000 - - - Pribosyltran,PuR_N +MGYG000000001_02911 1301100.HG529346_gene4299 5.33e-152 429.0 COG0813@1|root,COG0813@2|Bacteria,1TQPG@1239|Firmicutes,248G6@186801|Clostridia,36DR4@31979|Clostridiaceae 186801|Clostridia F Purine nucleoside phosphorylase deoD - 2.4.2.1 ko:K03784 ko00230,ko00240,ko00760,ko01100,ko01110,map00230,map00240,map00760,map01100,map01110 - R01561,R01863,R01969,R02147,R02294,R02295,R02297,R02484,R02557,R02748,R08368,R10244 RC00033,RC00063,RC00122 ko00000,ko00001,ko01000 - - - PNP_UDP_1 +MGYG000000001_02190 1301100.HG529436_gene6553 8.89e-121 347.0 COG2241@1|root,COG2241@2|Bacteria,1V832@1239|Firmicutes,24JES@186801|Clostridia,36IUS@31979|Clostridiaceae 186801|Clostridia H Precorrin-6y C5,15-methyltransferase (Decarboxylating), CbiE subunit cbiE - 2.1.1.132,2.1.1.289 ko:K00595,ko:K03399 ko00860,ko01100,map00860,map01100 - R05149,R05813,R07775 RC00003,RC01279,RC02052,RC02053 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS15725 TP_methylase +MGYG000000001_00801 1292035.H476_1305 0.0 1032.0 COG0488@1|root,COG0488@2|Bacteria,1TSB8@1239|Firmicutes,248XT@186801|Clostridia,25QK3@186804|Peptostreptococcaceae 186801|Clostridia S ATPases associated with a variety of cellular activities - - - ko:K06158 - - - - ko00000,ko03012 - - - ABC_tran,ABC_tran_Xtn +MGYG000000001_00244 272563.CD630_24670 0.0 1166.0 COG0481@1|root,COG0481@2|Bacteria,1TP0G@1239|Firmicutes,247V8@186801|Clostridia,25QKW@186804|Peptostreptococcaceae 186801|Clostridia M Required for accurate and efficient protein synthesis under certain stress conditions. May act as a fidelity factor of the translation reaction, by catalyzing a one-codon backward translocation of tRNAs on improperly translocated ribosomes. Back- translocation proceeds from a post-translocation (POST) complex to a pre-translocation (PRE) complex, thus giving elongation factor G a second chance to translocate the tRNAs correctly. Binds to ribosomes in a GTP-dependent manner lepA - - ko:K03596 ko05134,map05134 - - - ko00000,ko00001 - - - EFG_C,EFG_II,GTP_EFTU,GTP_EFTU_D2,LepA_C +MGYG000000001_00229 1476973.JMMB01000007_gene2663 1.45e-81 243.0 COG1610@1|root,COG1610@2|Bacteria,1V6F2@1239|Firmicutes,24JB0@186801|Clostridia,25RGV@186804|Peptostreptococcaceae 186801|Clostridia S Yqey-like protein yqeY - - ko:K09117 - - - - ko00000 - - - YqeY +MGYG000000001_01101 1408823.AXUS01000024_gene2711 1.43e-48 160.0 COG3728@1|root,COG3728@2|Bacteria,1VAD9@1239|Firmicutes,24NMP@186801|Clostridia 186801|Clostridia L terminase, small subunit - - - ko:K07474 - - - - ko00000 - - - HTH_23,Terminase_2 +MGYG000000001_00452 1301100.HG529356_gene2081 2.73e-11 60.1 2DPF4@1|root,32UKX@2|Bacteria,1VG33@1239|Firmicutes,24RXQ@186801|Clostridia,36N3R@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF3892) - - - - - - - - - - - - DUF3892 +MGYG000000001_03114 1301100.HG529314_gene434 9.12e-178 501.0 COG1175@1|root,COG1175@2|Bacteria,1TRU7@1239|Firmicutes,24AIC@186801|Clostridia,36H1Y@31979|Clostridiaceae 186801|Clostridia P PFAM Binding-protein-dependent transport system inner membrane component - - - ko:K10201 ko02010,map02010 M00205 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.18 - - BPD_transp_1 +MGYG000000001_01773 1301100.HG529344_gene3211 4.08e-90 268.0 COG1595@1|root,COG1595@2|Bacteria,1V734@1239|Firmicutes,24MQB@186801|Clostridia,36KKI@31979|Clostridiaceae 186801|Clostridia K Belongs to the sigma-70 factor family. ECF subfamily - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_01662 1301100.HG529294_gene5149 1.21e-209 588.0 COG2081@1|root,COG2081@2|Bacteria,1TQ6E@1239|Firmicutes,247S5@186801|Clostridia,36E7B@31979|Clostridiaceae 186801|Clostridia S HI0933 family - - - ko:K07007 - - - - ko00000 - - - HI0933_like +MGYG000000001_02233 1476973.JMMB01000007_gene2777 6.67e-158 449.0 COG0583@1|root,COG0583@2|Bacteria,1TSA6@1239|Firmicutes,24BM8@186801|Clostridia,25SCJ@186804|Peptostreptococcaceae 186801|Clostridia K Bacterial regulatory helix-turn-helix protein, lysR family cmpR - - - - - - - - - - - HTH_1,LysR_substrate +MGYG000000001_02394 1301100.HG529318_gene6125 9.91e-145 410.0 COG3279@1|root,COG3279@2|Bacteria,1VC32@1239|Firmicutes,24EU4@186801|Clostridia,36JQM@31979|Clostridiaceae 186801|Clostridia T response regulator, receiver - - - - - - - - - - - - LytTR,Response_reg +MGYG000000001_01515 1301100.HG529347_gene4308 4.4e-252 702.0 COG1115@1|root,COG1115@2|Bacteria,1TNZP@1239|Firmicutes,247S6@186801|Clostridia,36F13@31979|Clostridiaceae 186801|Clostridia E amino acid carrier protein glnT - - ko:K03310 - - - - ko00000 2.A.25 - - Na_Ala_symp +MGYG000000001_01566 272563.CD630_33120 1.7e-149 438.0 COG2223@1|root,COG2223@2|Bacteria,1TT7X@1239|Firmicutes,24FKG@186801|Clostridia,25SWQ@186804|Peptostreptococcaceae 186801|Clostridia P COG COG0477 Permeases of the major facilitator superfamily - - - - - - - - - - - - MFS_1 +MGYG000000001_00508 272563.CD630_13440 9.95e-190 536.0 COG0707@1|root,COG0707@2|Bacteria,1UQ6A@1239|Firmicutes,248FR@186801|Clostridia,25RD8@186804|Peptostreptococcaceae 186801|Clostridia M Monogalactosyldiacylglycerol synthase - - 2.4.1.315 ko:K03429 ko00561,ko01100,map00561,map01100 - R02689,R04377 RC00005,RC00059 ko00000,ko00001,ko01000,ko01003 - GT28 - Glyco_tran_28_C,MGDG_synth +MGYG000000001_03071 1391646.AVSU01000134_gene3300 1.79e-70 215.0 COG2153@1|root,COG2153@2|Bacteria,1VAJY@1239|Firmicutes,24MDF@186801|Clostridia 186801|Clostridia K Acetyltransferase (GNAT) domain - - - ko:K02348 - - - - ko00000 - - - Acetyltransf_10 +MGYG000000001_02806 1301100.HG529306_gene3139 1.49e-316 873.0 2BW99@1|root,2Z7PD@2|Bacteria,1TQFA@1239|Firmicutes,249NB@186801|Clostridia,36FEG@31979|Clostridiaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_00809 445973.CLOBAR_02332 3.08e-14 67.8 2DR75@1|root,33AHG@2|Bacteria,1VKH9@1239|Firmicutes,25JD3@186801|Clostridia,25S08@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1659) - - - - - - - - - - - - DUF1659 +MGYG000000001_02977 985665.HPL003_27175 9.45e-09 62.0 2BNNV@1|root,32HBV@2|Bacteria,1TYZR@1239|Firmicutes,4I863@91061|Bacilli,26Z0I@186822|Paenibacillaceae 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_03241 1243664.CAVL020000026_gene1187 5.63e-58 201.0 2DVZN@1|root,33XUX@2|Bacteria,1VW31@1239|Firmicutes,4I7U2@91061|Bacilli,1ZJ94@1386|Bacillus 91061|Bacilli S Domain of unknown function (DUF4179) - - - - - - - - - - - - DUF4179 +MGYG000000001_00766 1243664.CAVL020000026_gene1187 5.63e-58 201.0 2DVZN@1|root,33XUX@2|Bacteria,1VW31@1239|Firmicutes,4I7U2@91061|Bacilli,1ZJ94@1386|Bacillus 91061|Bacilli S Domain of unknown function (DUF4179) - - - - - - - - - - - - DUF4179 +MGYG000000001_00798 1301100.HG529388_gene4968 2e-128 383.0 COG5545@1|root,COG5545@2|Bacteria 2|Bacteria - - - - - - - - - - - - - - PriCT_2,Prim-Pol,RepB_primase,VirE,VirE_N,zf-CHC2 +MGYG000000001_00931 1408823.AXUS01000017_gene1105 1.55e-32 113.0 COG4481@1|root,COG4481@2|Bacteria,1VEQ7@1239|Firmicutes,24QKA@186801|Clostridia,25RUT@186804|Peptostreptococcaceae 186801|Clostridia S Bacterial protein of unknown function (DUF951) - - - - - - - - - - - - DUF951 +MGYG000000001_00996 1301100.HG529355_gene2085 5.99e-267 743.0 COG0155@1|root,COG0155@2|Bacteria,1TS58@1239|Firmicutes,248DQ@186801|Clostridia,36DIT@31979|Clostridiaceae 186801|Clostridia C Nitrite Sulfite reductase nirA - 1.7.7.1,1.8.7.1 ko:K00366,ko:K00392 ko00910,ko00920,ko01100,ko01120,map00910,map00920,map01100,map01120 M00176,M00531 R00790,R00859,R03600 RC00065,RC00176 ko00000,ko00001,ko00002,ko01000 - - - NIR_SIR,NIR_SIR_ferr,TusA +MGYG000000001_01100 1582149.A0A0A8WHN3_9CAUD 2.91e-243 675.0 4QH25@10239|Viruses,4QQX7@28883|Caudovirales,4QMZG@10699|Siphoviridae 10699|Siphoviridae S Phage terminase large subunit - GO:0003674,GO:0003824,GO:0004518,GO:0005575,GO:0006139,GO:0006725,GO:0006807,GO:0008150,GO:0008152,GO:0009987,GO:0016032,GO:0016787,GO:0016788,GO:0019058,GO:0019068,GO:0019072,GO:0019073,GO:0032991,GO:0034641,GO:0043170,GO:0043493,GO:0044237,GO:0044238,GO:0044403,GO:0044419,GO:0046483,GO:0051704,GO:0071704,GO:0090304,GO:0090305,GO:0098009,GO:1901360,GO:1902494,GO:1904949 - - - - - - - - - - - +MGYG000000001_01132 931276.Cspa_c09950 2.83e-16 76.3 COG1396@1|root,COG1396@2|Bacteria,1VK84@1239|Firmicutes,24QK6@186801|Clostridia,36MPM@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator - - - - - - - - - - - - HTH_19,HTH_3 +MGYG000000001_01261 411461.DORFOR_01259 1.38e-56 187.0 COG2364@1|root,COG2364@2|Bacteria,1US08@1239|Firmicutes,24DPK@186801|Clostridia 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_01293 1391646.AVSU01000032_gene2285 2.5e-127 365.0 COG1191@1|root,COG1191@2|Bacteria,1TPJ5@1239|Firmicutes,247XH@186801|Clostridia,25R4Q@186804|Peptostreptococcaceae 186801|Clostridia K Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released sigK - - ko:K03091 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4 +MGYG000000001_01389 1301100.HG529275_gene1631 4.19e-143 438.0 COG0642@1|root,COG2984@1|root,COG2205@2|Bacteria,COG2984@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - AAA_16,ABC_sub_bind,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Pkinase,Reg_prop,Y_Y_Y +MGYG000000001_01421 1035196.HMPREF9998_00417 1.6e-87 268.0 COG1216@1|root,COG1216@2|Bacteria,1VDZ5@1239|Firmicutes,24FMY@186801|Clostridia,25U62@186804|Peptostreptococcaceae 186801|Clostridia M Glycosyl transferase family 2 - - - - - - - - - - - - Glycos_transf_2 +MGYG000000001_01453 1151292.QEW_1678 6.16e-44 148.0 COG1846@1|root,COG1846@2|Bacteria,1VXUG@1239|Firmicutes,24TEW@186801|Clostridia,25TKG@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix multiple antibiotic resistance protein - - - - - - - - - - - - HTH_27,HTH_34,MarR +MGYG000000001_01517 1301100.HG529346_gene4305 0.0 1130.0 COG0514@1|root,COG0514@2|Bacteria,1TPN5@1239|Firmicutes,247ZA@186801|Clostridia,36DC9@31979|Clostridiaceae 186801|Clostridia L ATP-dependent DNA helicase RecQ recQ - 3.6.4.12 ko:K03654 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03400 - - - AAA_19,DEAD,HRDC,HTH_40,Helicase_C,RQC,RecQ_Zn_bind,UvrD_C +MGYG000000001_01709 1292035.H476_1231 1.42e-45 153.0 COG4894@1|root,COG4894@2|Bacteria,1V3WA@1239|Firmicutes,24MB0@186801|Clostridia 186801|Clostridia S LURP-one-related - - - - - - - - - - - - LOR +MGYG000000001_01967 469618.FVAG_00081 5.03e-195 546.0 COG2222@1|root,COG2222@2|Bacteria,379UI@32066|Fusobacteria 32066|Fusobacteria M SIS domain - - - ko:K19510 - - - - ko00000 - - - SIS +MGYG000000001_02131 1476973.JMMB01000007_gene906 1.79e-113 333.0 COG0726@1|root,COG0726@2|Bacteria,1V6DN@1239|Firmicutes,24JSE@186801|Clostridia,25QX2@186804|Peptostreptococcaceae 186801|Clostridia G Polysaccharide deacetylase - - 3.5.1.104 ko:K22278 - - - - ko00000,ko01000 - - - Big_2,ChW,Cu_amine_oxidN1,DUF1093,DUF3298,G3P_acyltransf,Glyco_hydro_16,LysM,Polysacc_deac_1 +MGYG000000001_02260 883110.HMPREF9260_00318 2.62e-111 338.0 COG0438@1|root,COG0438@2|Bacteria,1V36G@1239|Firmicutes,4HJE7@91061|Bacilli,27EX0@186827|Aerococcaceae 91061|Bacilli M Glycosyl transferases group 1 - - 2.4.1.52 ko:K00712 - - - - ko00000,ko01000,ko01003 - GT4 - Glyco_trans_A_1,Glyco_transf_4,Glycos_transf_1 +MGYG000000001_02325 1476973.JMMB01000007_gene2862 1.33e-200 563.0 COG0389@1|root,COG0389@2|Bacteria,1TP42@1239|Firmicutes,24855@186801|Clostridia,25QTK@186804|Peptostreptococcaceae 186801|Clostridia L Poorly processive, error-prone DNA polymerase involved in untargeted mutagenesis. Copies undamaged DNA at stalled replication forks, which arise in vivo from mismatched or misaligned primer ends. These misaligned primers can be extended by PolIV. Exhibits no 3'-5' exonuclease (proofreading) activity. May be involved in translesional synthesis, in conjunction with the beta clamp from PolIII dinB - 2.7.7.7 ko:K02346,ko:K03502 - - - - ko00000,ko01000,ko03400 - - - IMS,IMS_C,IMS_HHH +MGYG000000001_02357 1476973.JMMB01000007_gene2044 2.8e-15 69.3 29UQQ@1|root,30G2K@2|Bacteria,1UF35@1239|Firmicutes,2558Y@186801|Clostridia,25UAH@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02389 1476973.JMMB01000003_gene68 3.82e-87 261.0 COG1595@1|root,COG1595@2|Bacteria,1V2QX@1239|Firmicutes,25B07@186801|Clostridia 186801|Clostridia K RNA polymerase sigma factor, sigma-70 family - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4_2 +MGYG000000001_02485 445973.CLOBAR_00953 6.45e-292 803.0 COG0502@1|root,COG0502@2|Bacteria,1TPEX@1239|Firmicutes,248PF@186801|Clostridia,25R1A@186804|Peptostreptococcaceae 186801|Clostridia C Iron-only hydrogenase maturation rSAM protein HydG hydG - 4.1.99.19 ko:K03150 ko00730,ko01100,map00730,map01100 - R10246 RC01434,RC03095 ko00000,ko00001,ko01000 - - - BATS,Radical_SAM +MGYG000000001_02549 195103.CPF_0494 9.76e-27 110.0 2DSM9@1|root,33GN4@2|Bacteria,1VKHW@1239|Firmicutes,24PTD@186801|Clostridia,36MAJ@31979|Clostridiaceae 186801|Clostridia S exp_by_SipW_IV alternate signal-mediated exported , CPF_0494 family protein - - - - - - - - - - - - Peptidase_M73 +MGYG000000001_02711 1301100.HG529408_gene216 3.91e-86 258.0 COG0640@1|root,COG0640@2|Bacteria,1VC7T@1239|Firmicutes,24PC2@186801|Clostridia 186801|Clostridia K Helix-turn-helix domain - - - - - - - - - - - - HTH_20,Peptidase_M29 +MGYG000000001_02904 1476973.JMMB01000007_gene1460 9.4e-139 405.0 COG0463@1|root,COG0463@2|Bacteria,1TQEM@1239|Firmicutes,249HH@186801|Clostridia,25S1U@186804|Peptostreptococcaceae 186801|Clostridia M Glycosyl transferase family 2 sunS - - - - - - - - - - - Glycos_transf_2,TPR_2,TPR_7,TPR_8 +MGYG000000001_03099 1301100.HG529352_gene4267 1.76e-92 278.0 2F23J@1|root,30HBG@2|Bacteria,1UHEI@1239|Firmicutes,24YRG@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01500 457396.CSBG_01058 1.83e-12 72.0 COG4722@1|root,COG4722@2|Bacteria,1VB56@1239|Firmicutes,24P9X@186801|Clostridia,36KMX@31979|Clostridiaceae 186801|Clostridia S phage tail - - - - - - - - - - - - PA14,Sipho_tail +MGYG000000001_01894 1391646.AVSU01000050_gene1693 2.82e-119 345.0 COG0745@1|root,COG0745@2|Bacteria,1TS81@1239|Firmicutes,248XH@186801|Clostridia 186801|Clostridia T response regulator receiver - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_01784 1301100.HG529285_gene7050 1.89e-110 322.0 2B9GQ@1|root,2ZCFA@2|Bacteria,1UPR4@1239|Firmicutes,25HMD@186801|Clostridia,36VBF@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03011 1301100.HG529258_gene6211 1.38e-294 814.0 COG2978@1|root,COG2978@2|Bacteria,1TPDU@1239|Firmicutes,24BJ1@186801|Clostridia,36DFI@31979|Clostridiaceae 186801|Clostridia H AbgT putative transporter family - - - ko:K12942 - - - - ko00000 - - - ABG_transport +MGYG000000001_01877 1122915.AUGY01000001_gene7117 1.79e-131 393.0 COG0714@1|root,COG0714@2|Bacteria,1UJBT@1239|Firmicutes,4ITDV@91061|Bacilli,26VT0@186822|Paenibacillaceae 91061|Bacilli S AAA domain (dynein-related subfamily) - - - - - - - - - - - - AAA_5 +MGYG000000001_01853 1414720.CBYM010000022_gene2234 8.27e-34 130.0 28MD6@1|root,2ZAR2@2|Bacteria,1UX9V@1239|Firmicutes,25DI3@186801|Clostridia,36UBI@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01649 445973.CLOBAR_01875 1.8e-47 152.0 COG2359@1|root,COG2359@2|Bacteria,1V6G8@1239|Firmicutes,24MXY@186801|Clostridia,25TMD@186804|Peptostreptococcaceae 186801|Clostridia S Stage V sporulation protein S (SpoVS) spoVS - - ko:K06416 - - - - ko00000 - - - SpoVS +MGYG000000001_00977 445973.CLOBAR_00650 3e-75 235.0 COG2207@1|root,COG2207@2|Bacteria,1V73P@1239|Firmicutes,24I5K@186801|Clostridia,25TJV@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - - - - - - - - - - AraC_binding,HTH_18,HTH_AraC +MGYG000000001_00651 1151292.QEW_2158 8.78e-129 371.0 COG0204@1|root,COG0204@2|Bacteria,1UMJA@1239|Firmicutes,25BAV@186801|Clostridia,25R6W@186804|Peptostreptococcaceae 186801|Clostridia I Phosphate acyltransferases - - 2.3.1.51 ko:K00655 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 M00089 R02241,R09381 RC00004,RC00037,RC00039 ko00000,ko00001,ko00002,ko01000,ko01004 - - - Acyltransferase +MGYG000000001_00650 1151292.QEW_2158 8.78e-129 371.0 COG0204@1|root,COG0204@2|Bacteria,1UMJA@1239|Firmicutes,25BAV@186801|Clostridia,25R6W@186804|Peptostreptococcaceae 186801|Clostridia I Phosphate acyltransferases - - 2.3.1.51 ko:K00655 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 M00089 R02241,R09381 RC00004,RC00037,RC00039 ko00000,ko00001,ko00002,ko01000,ko01004 - - - Acyltransferase +MGYG000000001_01064 1476973.JMMB01000007_gene429 7.72e-159 446.0 COG0543@1|root,COG0543@2|Bacteria,1TQ5D@1239|Firmicutes,24AY2@186801|Clostridia,25QJ7@186804|Peptostreptococcaceae 186801|Clostridia C Responsible for channeling the electrons from the oxidation of dihydroorotate from the FMN redox center in the PyrD type B subunit to the ultimate electron acceptor NAD( pyrK - - ko:K02823 ko00240,ko01100,map00240,map01100 - - - ko00000,ko00001 - - iHN637.CLJU_RS17580 DHODB_Fe-S_bind,FAD_binding_6,NAD_binding_1,NAD_binding_6 +MGYG000000001_02092 1301100.HG529357_gene2056 7.78e-196 543.0 COG0421@1|root,COG0421@2|Bacteria,1TPG5@1239|Firmicutes,24827@186801|Clostridia,36FAN@31979|Clostridiaceae 186801|Clostridia E Catalyzes the irreversible transfer of a propylamine group from the amino donor S-adenosylmethioninamine (decarboxy- AdoMet) to putrescine (1,4-diaminobutane) to yield spermidine speE - 2.5.1.16 ko:K00797 ko00270,ko00330,ko00410,ko00480,ko01100,map00270,map00330,map00410,map00480,map01100 M00034,M00133 R01920,R02869,R08359 RC00021,RC00053 ko00000,ko00001,ko00002,ko01000 - - - Spermine_synt_N,Spermine_synth +MGYG000000001_01524 272563.CD630_17150 3.09e-81 242.0 COG2258@1|root,COG2258@2|Bacteria,1V6DS@1239|Firmicutes,24HBA@186801|Clostridia 186801|Clostridia H MOSC domain - - - - - - - - - - - - MOSC +MGYG000000001_00965 1301100.HG529236_gene7266 4.04e-54 170.0 2E4R1@1|root,32ZJK@2|Bacteria,1VEMY@1239|Firmicutes,24NDK@186801|Clostridia,36KT0@31979|Clostridiaceae 186801|Clostridia S Nitrous oxide-stimulated promoter - - - - - - - - - - - - YgbA_NO +MGYG000000001_02626 1301100.HG529259_gene6186 8.34e-140 402.0 COG1284@1|root,COG1284@2|Bacteria,1TRAU@1239|Firmicutes,249DE@186801|Clostridia,36EK0@31979|Clostridiaceae 186801|Clostridia S hmm pf02588 - - - - - - - - - - - - DUF2179,YitT_membrane +MGYG000000001_02114 1414720.CBYM010000012_gene2586 2.52e-29 105.0 COG2846@1|root,COG2846@2|Bacteria,1VET8@1239|Firmicutes,24QPY@186801|Clostridia,36MJC@31979|Clostridiaceae 186801|Clostridia D cluster protein-associated redox disulfide domain - - - - - - - - - - - - DUF1858 +MGYG000000001_00493 1292035.H476_0933 5.8e-168 470.0 COG0708@1|root,COG0708@2|Bacteria,1TPFB@1239|Firmicutes,24849@186801|Clostridia,25QC8@186804|Peptostreptococcaceae 186801|Clostridia L exodeoxyribonuclease III xth - 3.1.11.2 ko:K01142 ko03410,map03410 - - - ko00000,ko00001,ko01000,ko03400 - - - Exo_endo_phos +MGYG000000001_00957 1301100.HG529418_gene3052 3.03e-69 211.0 COG2172@1|root,COG2172@2|Bacteria,1V1IA@1239|Firmicutes,24Q6W@186801|Clostridia,36N7H@31979|Clostridiaceae 186801|Clostridia T Histidine kinase-like ATPase domain rsbW - 2.7.11.1 ko:K04757 - - - - ko00000,ko01000,ko01001,ko03021 - - - HATPase_c_2 +MGYG000000001_01097 1052684.PPM_2646 3.7e-26 108.0 COG0338@1|root,COG0338@2|Bacteria,1V1FT@1239|Firmicutes,4HGCH@91061|Bacilli,26WGY@186822|Paenibacillaceae 91061|Bacilli L Putative phage serine protease XkdF - - - - - - - - - - - - Peptidase_S78_2 +MGYG000000001_01107 1280689.AUJC01000011_gene1503 8.47e-08 52.0 2A6X2@1|root,30VRZ@2|Bacteria,1UR6H@1239|Firmicutes,24W1H@186801|Clostridia,36PCR@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00810 632335.Calkr_2090 2.96e-10 57.8 COG1974@1|root,COG1974@2|Bacteria,1V7SV@1239|Firmicutes,24J9Y@186801|Clostridia 186801|Clostridia KT domain protein - - 3.4.21.88 ko:K01356 - M00729 - - ko00000,ko00002,ko01000,ko01002,ko03400 - - - LexA_DNA_bind +MGYG000000001_00976 1301100.HG529358_gene2049 1.36e-180 535.0 COG0642@1|root,COG2205@2|Bacteria,1TP73@1239|Firmicutes,248Y6@186801|Clostridia,36ERK@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_01080 935837.JAEK01000012_gene365 7.65e-147 436.0 COG2211@1|root,COG2211@2|Bacteria,1TSEH@1239|Firmicutes,4HCY3@91061|Bacilli,1ZMFZ@1386|Bacillus 91061|Bacilli G MFS/sugar transport protein XK27_03090 - - - - - - - - - - - MFS_2 +MGYG000000001_01177 1476973.JMMB01000007_gene825 8.34e-131 375.0 COG1794@1|root,COG1794@2|Bacteria,1TQ6M@1239|Firmicutes,25CFU@186801|Clostridia,25QIM@186804|Peptostreptococcaceae 186801|Clostridia M Belongs to the aspartate glutamate racemases family - - 5.1.1.13 ko:K01779 ko00250,ko01054,map00250,map01054 - R00491 RC00302 ko00000,ko00001,ko01000 - - - Asp_Glu_race +MGYG000000001_01465 272563.CD630_12880 1.46e-103 307.0 COG1988@1|root,COG1988@2|Bacteria,1VKVY@1239|Firmicutes,25JER@186801|Clostridia,25TMR@186804|Peptostreptococcaceae 186801|Clostridia S LexA-binding, inner membrane-associated putative hydrolase - - - ko:K07038 - - - - ko00000 - - - YdjM +MGYG000000001_01497 871584.D9ZNE2_9CAUD 1.07e-25 105.0 4QAN9@10239|Viruses,4R09J@35237|dsDNA viruses no RNA stage,4QT1Z@28883|Caudovirales,4QN4M@10699|Siphoviridae 10699|Siphoviridae - - - - - - - - - - - - - - - +MGYG000000001_01689 1292035.H476_1213 1.4e-197 561.0 COG1253@1|root,COG1253@2|Bacteria,1TPN0@1239|Firmicutes,2489N@186801|Clostridia 186801|Clostridia M Cbs domain - - - ko:K03699 - - - - ko00000,ko02042 - - - CBS,CorC_HlyC,DUF21 +MGYG000000001_01819 1476973.JMMB01000007_gene1761 2.57e-106 323.0 COG4653@1|root,COG4653@2|Bacteria 2|Bacteria G Phage capsid family - - - - - - - - - - - - EssA,Peptidase_S78,Phage_capsid +MGYG000000001_02723 1292035.H476_1491 1.12e-45 148.0 2E0EA@1|root,32W0W@2|Bacteria,1VB0V@1239|Firmicutes,24R8X@186801|Clostridia,25TV6@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - - +MGYG000000001_02820 1151292.QEW_0772 4.08e-205 587.0 COG0642@1|root,COG2205@2|Bacteria,1TQHB@1239|Firmicutes,247S4@186801|Clostridia 186801|Clostridia T ATPase histidine kinase DNA gyrase B HSP90 domain protein kdpD - 2.7.13.3 ko:K07646 ko02020,map02020 M00454 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - DUF4118,GAF_3,HATPase_c,HisKA,KdpD,TctA,Usp +MGYG000000001_02884 1218173.BALCAV_0211460 2.15e-48 176.0 COG5001@1|root,COG5001@2|Bacteria,1TP8V@1239|Firmicutes,4HA3G@91061|Bacilli,1ZAVY@1386|Bacillus 91061|Bacilli T Diguanylate cyclase - - - - - - - - - - - - EAL,GAF_2,GGDEF,PAS,PAS_3,PAS_9 +MGYG000000001_03044 1301100.HG529430_gene1948 2.14e-209 590.0 COG0534@1|root,COG0534@2|Bacteria,1TP6V@1239|Firmicutes,248EF@186801|Clostridia,36E0R@31979|Clostridiaceae 186801|Clostridia V Na driven multidrug efflux pump - - - - - - - - - - - - Cytidylate_kin2,HATPase_c_2,MatE +MGYG000000001_03247 1301100.HG529349_gene4327 1.05e-75 233.0 COG0398@1|root,COG0398@2|Bacteria,1TS5T@1239|Firmicutes,24RD7@186801|Clostridia,36MSI@31979|Clostridiaceae 186801|Clostridia S SNARE associated Golgi protein - - - - - - - - - - - - SNARE_assoc +MGYG000000001_00674 1391646.AVSU01000045_gene1482 1.91e-181 508.0 COG0030@1|root,COG0030@2|Bacteria,1TP9W@1239|Firmicutes,248RY@186801|Clostridia,25R4Y@186804|Peptostreptococcaceae 186801|Clostridia J Specifically dimethylates two adjacent adenosines (A1518 and A1519) in the loop of a conserved hairpin near the 3'-end of 16S rRNA in the 30S particle. May play a critical role in biogenesis of 30S subunits ksgA - 2.1.1.182 ko:K02528 - - R10716 RC00003,RC03257 ko00000,ko01000,ko03009 - - - RrnaAD +MGYG000000001_01037 1476973.JMMB01000007_gene392 2.93e-194 544.0 COG1077@1|root,COG1077@2|Bacteria,1TP51@1239|Firmicutes,247RG@186801|Clostridia,25QKC@186804|Peptostreptococcaceae 186801|Clostridia D Cell shape determining protein, MreB Mrl family mreB - - ko:K03569 - - - - ko00000,ko02048,ko03036,ko04812 1.A.33.1,9.B.157.1 - - MreB_Mbl +MGYG000000001_03062 1476973.JMMB01000007_gene194 1.35e-61 190.0 COG0718@1|root,COG0718@2|Bacteria,1VA1S@1239|Firmicutes,24MXH@186801|Clostridia,25RIG@186804|Peptostreptococcaceae 186801|Clostridia S Binds to DNA and alters its conformation. May be involved in regulation of gene expression, nucleoid organization and DNA protection - - - ko:K09747 - - - - ko00000 - - - YbaB_DNA_bd +MGYG000000001_02416 1476973.JMMB01000007_gene944 2.62e-301 825.0 COG0277@1|root,COG0277@2|Bacteria,1TPBC@1239|Firmicutes,24A99@186801|Clostridia,25SG3@186804|Peptostreptococcaceae 186801|Clostridia C FAD linked oxidases, C-terminal domain glcD1 - 1.1.3.15 ko:K00104 ko00630,ko01100,ko01110,ko01120,ko01130,map00630,map01100,map01110,map01120,map01130 - R00475 RC00042 ko00000,ko00001,ko01000 - - - FAD-oxidase_C,FAD_binding_4 +MGYG000000001_02292 642492.Clole_0340 4.18e-143 416.0 COG4603@1|root,COG4603@2|Bacteria,1UNT4@1239|Firmicutes,24CQN@186801|Clostridia 186801|Clostridia S Belongs to the binding-protein-dependent transport system permease family - - - ko:K02057 - M00221 - - ko00000,ko00002,ko02000 3.A.1.2 - - BPD_transp_2 +MGYG000000001_02186 1476973.JMMB01000007_gene513 8.06e-150 424.0 COG1010@1|root,COG1010@2|Bacteria,1TPJ7@1239|Firmicutes,247QS@186801|Clostridia,25QEW@186804|Peptostreptococcaceae 186801|Clostridia H precorrin-3B C17-methyltransferase cobJ - 2.1.1.131,2.1.1.272 ko:K05934,ko:K21479 ko00860,ko01100,map00860,map01100 - R05180,R05809,R11580 RC00003,RC01293,RC03471,RC03479 ko00000,ko00001,ko01000 - - - CbiJ,NIR_SIR,TP_methylase +MGYG000000001_00385 1301100.HG529403_gene6780 2.34e-131 375.0 COG1739@1|root,COG1739@2|Bacteria,1V6MQ@1239|Firmicutes,248W7@186801|Clostridia,36FC7@31979|Clostridiaceae 186801|Clostridia S Uncharacterized protein family UPF0029 yvyE - - - - - - - - - - - DUF1949,EFG_C,UPF0029 +MGYG000000001_02002 1301100.HG529411_gene338 6.73e-215 598.0 COG1181@1|root,COG1181@2|Bacteria,1TP2Y@1239|Firmicutes,248CR@186801|Clostridia,36DR8@31979|Clostridiaceae 186801|Clostridia F Belongs to the D-alanine--D-alanine ligase family ddl - 6.3.2.4 ko:K01921 ko00473,ko00550,ko01100,ko01502,map00473,map00550,map01100,map01502 - R01150 RC00064,RC00141 ko00000,ko00001,ko01000,ko01011 - - - DUF523,Dala_Dala_lig_C,Dala_Dala_lig_N +MGYG000000001_00951 1301100.HG529418_gene3046 3.73e-220 612.0 COG1195@1|root,COG1195@2|Bacteria,1TP9U@1239|Firmicutes,247KY@186801|Clostridia,36DP1@31979|Clostridiaceae 186801|Clostridia L it is required for DNA replication and normal SOS inducibility. RecF binds preferentially to single-stranded, linear DNA. It also seems to bind ATP recF - - ko:K03629 ko03440,map03440 - - - ko00000,ko00001,ko03400 - - - AAA_15,AAA_23,SMC_N +MGYG000000001_00923 1476973.JMMB01000007_gene237 2.39e-81 243.0 COG0359@1|root,COG0359@2|Bacteria,1V6QG@1239|Firmicutes,24MT6@186801|Clostridia,25RF4@186804|Peptostreptococcaceae 186801|Clostridia J Binds to the 23S rRNA rplI - - ko:K02939 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L9_C,Ribosomal_L9_N +MGYG000000001_01287 1301100.HG529233_gene7409 3.48e-265 732.0 COG0213@1|root,COG0213@2|Bacteria,1TPCH@1239|Firmicutes,24848@186801|Clostridia,36DHU@31979|Clostridiaceae 186801|Clostridia F pyrimidine-nucleoside phosphorylase pdp - 2.4.2.2,2.4.2.4 ko:K00756,ko:K00758 ko00240,ko00983,ko01100,ko05219,map00240,map00983,map01100,map05219 - R01570,R01876,R02296,R02484,R08222,R08230 RC00063 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS08925 Glycos_trans_3N,Glycos_transf_3,PYNP_C,dCMP_cyt_deam_1 +MGYG000000001_02146 1301100.HG529232_gene7463 7.64e-234 649.0 COG0452@1|root,COG0452@2|Bacteria,1TPP3@1239|Firmicutes,247J3@186801|Clostridia,36DPK@31979|Clostridiaceae 186801|Clostridia H Catalyzes two steps in the biosynthesis of coenzyme A. In the first step cysteine is conjugated to 4'-phosphopantothenate to form 4-phosphopantothenoylcysteine, in the latter compound is decarboxylated to form 4'-phosphopantotheine coaBC - 4.1.1.36,6.3.2.5 ko:K01598,ko:K13038 ko00770,ko01100,map00770,map01100 M00120 R03269,R04231 RC00064,RC00090,RC00822 ko00000,ko00001,ko00002,ko01000 - - - DFP,Flavoprotein,Pan_kinase +MGYG000000001_00286 1301100.HG529369_gene1452 1.25e-264 731.0 COG0446@1|root,COG0446@2|Bacteria,1TPWW@1239|Firmicutes,2484C@186801|Clostridia,36EYM@31979|Clostridiaceae 186801|Clostridia C Pyridine nucleotide-disulphide oxidoreductase, dimerisation - - - - - - - - - - - - DrsE_2,Pyr_redox_2,Pyr_redox_dim,Rhodanese,TusA +MGYG000000001_00219 1476973.JMMB01000007_gene2654 1.06e-169 492.0 COG2239@1|root,COG2239@2|Bacteria,1TP4V@1239|Firmicutes,2481R@186801|Clostridia,25QJE@186804|Peptostreptococcaceae 186801|Clostridia P Acts as a magnesium transporter mgtE - - ko:K06213 - - - - ko00000,ko02000 1.A.26.1 - - ArAE_1,CBS,CDC37_C,MgtE,MgtE_N +MGYG000000001_01289 1151292.QEW_1605 1.42e-129 371.0 COG4122@1|root,COG4122@2|Bacteria,1V3YE@1239|Firmicutes,25CRS@186801|Clostridia,25UMX@186804|Peptostreptococcaceae 186801|Clostridia S Pfam:Nol1_Nop2_Fmu - - - - - - - - - - - - Methyltransf_3 +MGYG000000001_02797 1301100.HG529410_gene153 1.88e-106 308.0 COG0652@1|root,COG0652@2|Bacteria,1TRHW@1239|Firmicutes,247XN@186801|Clostridia,36HY3@31979|Clostridiaceae 186801|Clostridia O PPIases accelerate the folding of proteins. It catalyzes the cis-trans isomerization of proline imidic peptide bonds in oligopeptides rotA - 5.2.1.8 ko:K03768 - - - - ko00000,ko01000,ko03110 - - - Pro_isomerase +MGYG000000001_02829 272563.CD630_03470 3.03e-83 259.0 2F1QD@1|root,33UQK@2|Bacteria,1VUNT@1239|Firmicutes,24YEN@186801|Clostridia,25RUH@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02861 1196031.ALEG01000014_gene5741 1.46e-84 258.0 COG0500@1|root,COG2226@2|Bacteria,1V04P@1239|Firmicutes,4HEGX@91061|Bacilli,1ZCVB@1386|Bacillus 91061|Bacilli Q Nodulation protein S (NodS) - - - - - - - - - - - - Methyltransf_11,Methyltransf_25 +MGYG000000001_02893 1499684.CCNP01000023_gene3201 3.61e-116 356.0 COG5001@1|root,COG5001@2|Bacteria,1TP8V@1239|Firmicutes,249TH@186801|Clostridia,36GX0@31979|Clostridiaceae 186801|Clostridia T Putative diguanylate phosphodiesterase - - - - - - - - - - - - EAL,GGDEF,SBP_bac_3 +MGYG000000001_02925 445973.CLOBAR_01734 3.4e-22 96.3 COG5523@1|root,COG5523@2|Bacteria 2|Bacteria T integral membrane protein - - - - - - - - - - - - DUF975 +MGYG000000001_02989 536233.CLO_1773 1.47e-06 46.6 2BBD4@1|root,324W7@2|Bacteria,1UR1P@1239|Firmicutes,24VKS@186801|Clostridia,36PHA@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03021 1301100.HG529244_gene2322 4.99e-99 288.0 COG0386@1|root,COG0386@2|Bacteria,1V3M3@1239|Firmicutes,24HGF@186801|Clostridia,36IXW@31979|Clostridiaceae 186801|Clostridia O Belongs to the glutathione peroxidase family - - 1.11.1.9 ko:K00432 ko00480,ko00590,ko04918,map00480,map00590,map04918 - R00274,R07034,R07035 RC00011,RC00982 ko00000,ko00001,ko01000 - - - GSHPx +MGYG000000001_03123 195103.CPF_0641 9.66e-92 279.0 COG1180@1|root,COG1180@2|Bacteria,1TPK2@1239|Firmicutes,24871@186801|Clostridia,36F0C@31979|Clostridiaceae 186801|Clostridia O radical SAM domain protein yjjW - 1.97.1.4 ko:K04069 - - R04710 - ko00000,ko01000 - - - Fer4,Fer4_12,Fer4_14,Fer4_6,Radical_SAM +MGYG000000001_03155 1301100.HG529375_gene4040 3.99e-116 340.0 COG0061@1|root,COG0061@2|Bacteria,1TRB3@1239|Firmicutes,24BG6@186801|Clostridia,36EBN@31979|Clostridiaceae 186801|Clostridia H Involved in the regulation of the intracellular balance of NAD and NADP, and is a key enzyme in the biosynthesis of NADP. Catalyzes specifically the phosphorylation on 2'-hydroxyl of the adenosine moiety of NAD to yield NADP nadK - 2.7.1.23 ko:K00858 ko00760,ko01100,map00760,map01100 - R00104 RC00002,RC00078 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS05480 NAD_kinase +MGYG000000001_03187 457396.CSBG_00605 0.000403 40.0 2BC2Q@1|root,325MF@2|Bacteria,1URN9@1239|Firmicutes,24XDB@186801|Clostridia,36Q46@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00575 457396.CSBG_00605 0.000403 40.0 2BC2Q@1|root,325MF@2|Bacteria,1URN9@1239|Firmicutes,24XDB@186801|Clostridia,36Q46@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00170 1301100.HG529415_gene2947 5.86e-84 252.0 COG1544@1|root,COG1544@2|Bacteria,1V1D5@1239|Firmicutes,24HDH@186801|Clostridia,36I5Z@31979|Clostridiaceae 186801|Clostridia J Required for dimerization of active 70S ribosomes into 100S ribosomes in stationary phase hpf - - ko:K05808 - - - - ko00000,ko03009 - - - Ribosom_S30AE_C,Ribosomal_S30AE +MGYG000000001_02489 1151292.QEW_1428 4.18e-110 330.0 COG1705@1|root,COG1705@2|Bacteria,1V7JY@1239|Firmicutes,24C0T@186801|Clostridia,25TE6@186804|Peptostreptococcaceae 186801|Clostridia NU Mannosyl-glycoprotein endo-beta-N-acetylglucosaminidase - - - - - - - - - - - - Glucosaminidase,NLPC_P60 +MGYG000000001_00868 1391646.AVSU01000144_gene3307 6.24e-266 743.0 COG1283@1|root,COG1283@2|Bacteria,1TP4K@1239|Firmicutes,247KT@186801|Clostridia,25QKI@186804|Peptostreptococcaceae 186801|Clostridia P Na Pi-cotransporter II-like protein - - - ko:K03324 - - - - ko00000,ko02000 2.A.58.2 - - Na_Pi_cotrans,PhoU +MGYG000000001_02529 1301100.HG529231_gene5361 2.66e-245 683.0 COG2897@1|root,COG2897@2|Bacteria,1TS7E@1239|Firmicutes,24CNW@186801|Clostridia,36DJP@31979|Clostridiaceae 186801|Clostridia P domain protein - - 2.8.1.11 ko:K21028 ko04122,map04122 - R07461 - ko00000,ko00001,ko01000 - - - Rhodanese +MGYG000000001_00275 1301100.HG529252_gene6260 8.13e-317 868.0 COG1129@1|root,COG1129@2|Bacteria,1TP6I@1239|Firmicutes,247II@186801|Clostridia,36DME@31979|Clostridiaceae 186801|Clostridia P import. Responsible for energy coupling to the transport system mglA - 3.6.3.17 ko:K10542 ko02010,map02010 M00214 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.2.3 - - ABC_tran +MGYG000000001_00320 1408823.AXUS01000003_gene592 1.62e-31 111.0 COG2608@1|root,COG2608@2|Bacteria,1VK5F@1239|Firmicutes,25JB4@186801|Clostridia,25RTN@186804|Peptostreptococcaceae 186801|Clostridia P Heavy-metal-associated domain - - - - - - - - - - - - HMA +MGYG000000001_00218 1301100.HG529365_gene1380 4.95e-18 75.9 29FC7@1|root,3029W@2|Bacteria,1UUB3@1239|Firmicutes,2567K@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - YqzL +MGYG000000001_03023 1301100.HG529430_gene1941 8.24e-170 483.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,36EW8@31979|Clostridiaceae 186801|Clostridia S basic membrane bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_01652 272563.CD630_19420 3.26e-122 352.0 COG0220@1|root,COG0220@2|Bacteria,1TQCA@1239|Firmicutes,248YR@186801|Clostridia,25R79@186804|Peptostreptococcaceae 186801|Clostridia J Catalyzes the formation of N(7)-methylguanine at position 46 (m7G46) in tRNA trmB - 2.1.1.33 ko:K03439 - - - - ko00000,ko01000,ko03016 - - - Aminotran_1_2,DUF4275,Methyltransf_4 +MGYG000000001_01711 332101.JIBU02000023_gene5036 4.13e-09 57.8 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - 7TMR-DISM_7TM,DUF1638,HATPase_c,HisKA,MASE3,PAS,PAS_3,PAS_8,PAS_9,Response_reg +MGYG000000001_02596 1476973.JMMB01000007_gene3186 7.38e-46 149.0 2E9JI@1|root,33G5E@2|Bacteria,1VKVG@1239|Firmicutes,24V75@186801|Clostridia,25TUP@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00488 1301100.HG529343_gene2440 2.46e-129 373.0 COG1120@1|root,COG1120@2|Bacteria,1TP2Q@1239|Firmicutes,25B89@186801|Clostridia,36WB3@31979|Clostridiaceae 186801|Clostridia HP ATPases associated with a variety of cellular activities fhuC - 3.6.3.34 ko:K02013 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - ABC_tran +MGYG000000001_02098 891968.Anamo_1084 2.22e-92 281.0 COG1177@1|root,COG1177@2|Bacteria 2|Bacteria P DNA import into cell involved in transformation IV02_22295 - - ko:K02053,ko:K02054 ko02024,map02024 M00193 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11 - - BPD_transp_1 +MGYG000000001_02852 1301100.HG529279_gene1545 1.29e-129 380.0 COG0530@1|root,COG0530@2|Bacteria,1TRX0@1239|Firmicutes,24ABZ@186801|Clostridia,36EZ7@31979|Clostridiaceae 186801|Clostridia P K -dependent Na Ca exchanger - - - ko:K07301 - - - - ko00000,ko02000 2.A.19.5 - - DUF308,Na_Ca_ex +MGYG000000001_02910 1476973.JMMB01000007_gene2507 0.0 963.0 COG0392@1|root,COG2898@1|root,COG0392@2|Bacteria,COG2898@2|Bacteria,1TQI2@1239|Firmicutes,24BRW@186801|Clostridia,25S5Z@186804|Peptostreptococcaceae 186801|Clostridia S Catalyzes the transfer of a lysyl group from L-lysyl- tRNA(Lys) to membrane-bound phosphatidylglycerol (PG), which produces lysylphosphatidylglycerol (LPG), a major component of the bacterial membrane with a positive net charge. LPG synthesis contributes to bacterial virulence as it is involved in the resistance mechanism against cationic antimicrobial peptides (CAMP) produces by the host's immune system (defensins, cathelicidins) and by the competing microorganisms mprF - 2.3.2.3 ko:K14205 ko01503,ko02020,ko05150,map01503,map02020,map05150 M00726 - - ko00000,ko00001,ko00002,ko01000,ko01504 2.A.1.3.37 - - Abhydrolase_1,DUF2156,LPG_synthase_TM +MGYG000000001_00343 1292035.H476_1425 0.0 958.0 COG1033@1|root,COG1033@2|Bacteria,1VSWA@1239|Firmicutes,247R6@186801|Clostridia,25R52@186804|Peptostreptococcaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - ko:K07003 - - - - ko00000 - - - MMPL +MGYG000000001_00857 1476973.JMMB01000007_gene1705 4.41e-151 429.0 COG1606@1|root,COG1606@2|Bacteria,1TPB2@1239|Firmicutes,2485J@186801|Clostridia,25SYK@186804|Peptostreptococcaceae 186801|Clostridia S Queuosine biosynthesis protein QueC - - - ko:K06864 - - - - ko00000 - - - ATP_bind_3,NAD_synthase,QueC,tRNA_Me_trans +MGYG000000001_00679 1301100.HG529431_gene1831 1.93e-276 761.0 COG0773@1|root,COG0773@2|Bacteria,1TQ5H@1239|Firmicutes,2484K@186801|Clostridia,36DVH@31979|Clostridiaceae 186801|Clostridia M Belongs to the MurCDEF family murC - 6.3.2.8 ko:K01924 ko00471,ko00550,ko01100,map00471,map00550,map01100 - R03193 RC00064,RC00141 ko00000,ko00001,ko01000,ko01011 - - - Mur_ligase,Mur_ligase_C,Mur_ligase_M +MGYG000000001_02790 1391646.AVSU01000133_gene3283 4.08e-146 418.0 COG1173@1|root,COG1173@2|Bacteria,1TP4R@1239|Firmicutes,2489T@186801|Clostridia,25S9J@186804|Peptostreptococcaceae 186801|Clostridia P Binding-protein-dependent transport system inner membrane component - - - ko:K02034 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - BPD_transp_1 +MGYG000000001_00716 1476973.JMMB01000007_gene3221 3.64e-160 453.0 COG2890@1|root,COG2890@2|Bacteria,1TSMA@1239|Firmicutes,24838@186801|Clostridia,25RFP@186804|Peptostreptococcaceae 186801|Clostridia J Methylates the class 1 translation termination release factors RF1 PrfA and RF2 PrfB on the glutamine residue of the universally conserved GGQ motif prmC - 2.1.1.297 ko:K02493 - - R10806 RC00003,RC03279 ko00000,ko01000,ko03012 - - - Cons_hypoth95,MTS,Methyltransf_25,Methyltransf_31 +MGYG000000001_01198 272563.CD630_26570 7.42e-28 105.0 2EMIU@1|root,33F7E@2|Bacteria,1W5VZ@1239|Firmicutes,25925@186801|Clostridia,25S00@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - FtsL +MGYG000000001_00309 445973.CLOBAR_01502 1.56e-107 313.0 COG4660@1|root,COG4660@2|Bacteria,1TSE7@1239|Firmicutes,24972@186801|Clostridia,25QPE@186804|Peptostreptococcaceae 186801|Clostridia C Part of a membrane complex involved in electron transport rnfE - - ko:K03613 - - - - ko00000 - - iHN637.CLJU_RS05585 FMN_bind,Rnf-Nqr +MGYG000000001_00520 1211817.CCAT010000085_gene1891 2.13e-88 274.0 COG0803@1|root,COG0803@2|Bacteria,1TPG7@1239|Firmicutes,249VZ@186801|Clostridia,36EYU@31979|Clostridiaceae 186801|Clostridia P Belongs to the bacterial solute-binding protein 9 family adcA - - ko:K09815 ko02010,map02010 M00242 - - ko00000,ko00001,ko00002,ko02000 3.A.1.15.3,3.A.1.15.5 - - ZnuA +MGYG000000001_02169 1391646.AVSU01000044_gene1456 4.14e-68 210.0 COG0454@1|root,COG0456@2|Bacteria,1VBFC@1239|Firmicutes,24KAJ@186801|Clostridia,25TG9@186804|Peptostreptococcaceae 186801|Clostridia K Acetyltransferase (GNAT) domain bltD - 2.3.1.57 ko:K00657 ko00330,ko01100,ko04216,map00330,map01100,map04216 M00135 R01154 RC00004,RC00096 ko00000,ko00001,ko00002,ko01000 - - - Acetyltransf_1,Acetyltransf_4 +MGYG000000001_02525 1536770.R50345_10265 9.99e-49 159.0 COG1725@1|root,COG1725@2|Bacteria,1V743@1239|Firmicutes,4HJDB@91061|Bacilli,26X3K@186822|Paenibacillaceae 91061|Bacilli K Transcriptional regulator - - - - - - - - - - - - GntR +MGYG000000001_02480 1476973.JMMB01000007_gene1546 7.49e-120 348.0 COG0310@1|root,COG0310@2|Bacteria,1TQVK@1239|Firmicutes,248ZZ@186801|Clostridia,25SD1@186804|Peptostreptococcaceae 186801|Clostridia P Part of the energy-coupling factor (ECF) transporter complex CbiMNOQ involved in cobalt import cbiM - - ko:K02007 ko02010,map02010 M00245,M00246 - - ko00000,ko00001,ko00002,ko02000 3.A.1.18,3.A.1.22,3.A.1.23 - - CbiM,CbiN +MGYG000000001_02690 1151292.QEW_0876 8.81e-122 348.0 COG3546@1|root,COG3546@2|Bacteria,1TQVQ@1239|Firmicutes,247YJ@186801|Clostridia,25SCP@186804|Peptostreptococcaceae 186801|Clostridia P Manganese containing catalase cotJC - - ko:K06334 - - - - ko00000 - - - Mn_catalase +MGYG000000001_02714 1391646.AVSU01000001_gene255 3.1e-84 249.0 COG4570@1|root,COG4570@2|Bacteria,1V2AT@1239|Firmicutes,24C87@186801|Clostridia,25RCB@186804|Peptostreptococcaceae 186801|Clostridia L Endodeoxyribonuclease RusA rusA - - - - - - - - - - - RusA +MGYG000000001_01352 1476973.JMMB01000007_gene599 4.29e-32 112.0 2E5P9@1|root,330DZ@2|Bacteria,1VFDT@1239|Firmicutes,24SYS@186801|Clostridia,25TWH@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00456 1391646.AVSU01000031_gene2581 4.53e-35 120.0 COG3655@1|root,COG3655@2|Bacteria,1VESP@1239|Firmicutes,24QSQ@186801|Clostridia,25RWY@186804|Peptostreptococcaceae 186801|Clostridia K Cro/C1-type HTH DNA-binding domain - - - ko:K07727 - - - - ko00000,ko03000 - - - HTH_26 +MGYG000000001_00232 1292035.H476_1795 1.56e-267 738.0 COG0621@1|root,COG0621@2|Bacteria,1TPBR@1239|Firmicutes,247IX@186801|Clostridia,25QMB@186804|Peptostreptococcaceae 186801|Clostridia J tRNA methylthiotransferase yqeV - 2.8.4.5 ko:K18707 - - R10649 RC00003,RC03221 ko00000,ko01000,ko03016 - - - HIT,Radical_SAM,TRAM,UPF0004 +MGYG000000001_02016 1301100.HG529375_gene4038 1.77e-204 570.0 COG3081@1|root,COG3081@2|Bacteria,1V278@1239|Firmicutes,249YK@186801|Clostridia,36DIZ@31979|Clostridiaceae 186801|Clostridia S 37-kD nucleoid-associated bacterial protein - - - - - - - - - - - - NA37 +MGYG000000001_02880 445973.CLOBAR_00042 1.31e-64 219.0 COG2207@1|root,COG2207@2|Bacteria,1V28B@1239|Firmicutes,24GF0@186801|Clostridia 186801|Clostridia K Psort location Cytoplasmic, score - - - - - - - - - - - - HTH_18,HTH_AraC +MGYG000000001_02976 1151292.QEW_4562 1.42e-197 588.0 COG1061@1|root,COG1061@2|Bacteria,1VT2T@1239|Firmicutes 1239|Firmicutes L Type III restriction enzyme res subunit - - - - - - - - - - - - ResIII +MGYG000000001_03142 1345695.CLSA_c31870 1.63e-166 472.0 COG1897@1|root,COG1897@2|Bacteria,1TQVR@1239|Firmicutes,247NP@186801|Clostridia,36DNG@31979|Clostridiaceae 186801|Clostridia E Transfers an acetyl group from acetyl-CoA to L- homoserine, forming acetyl-L-homoserine metAA - 2.3.1.46 ko:K00651 ko00270,ko00920,ko01100,ko01110,ko01230,map00270,map00920,map01100,map01110,map01230 M00017 R01777 RC00004,RC00041 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS11970 AA_kinase,HTS +MGYG000000001_03174 1499684.CCNP01000023_gene3152 2.47e-55 187.0 COG0534@1|root,COG0534@2|Bacteria,1TNZN@1239|Firmicutes,247YX@186801|Clostridia,36DT9@31979|Clostridiaceae 186801|Clostridia V Mate efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_03242 1476973.JMMB01000007_gene1136 1.69e-215 604.0 COG1058@1|root,COG1546@1|root,COG1058@2|Bacteria,COG1546@2|Bacteria,1TQ1N@1239|Firmicutes,249WC@186801|Clostridia,25QFY@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the CinA family cinA - 3.5.1.42 ko:K03742,ko:K03743 ko00760,map00760 - R02322 RC00100 ko00000,ko00001,ko01000 - - - CinA,Glucosaminidase,MoCF_biosynth,Sortase +MGYG000000001_00670 1476973.JMMB01000007_gene104 1.91e-92 273.0 COG0700@1|root,COG0700@2|Bacteria,1V45M@1239|Firmicutes,24HSJ@186801|Clostridia,25RCS@186804|Peptostreptococcaceae 186801|Clostridia S PFAM nucleoside recognition domain protein spmB - - ko:K06374 - - - - ko00000 - - - Gate +MGYG000000001_02512 1301100.HG529230_gene5342 3.12e-291 798.0 COG1160@1|root,COG1160@2|Bacteria,1TPNM@1239|Firmicutes,2493T@186801|Clostridia,36DFQ@31979|Clostridiaceae 186801|Clostridia S GTPase that plays an essential role in the late steps of ribosome biogenesis der - - ko:K03977 - - - - ko00000,ko03009 - - - GTP_EFTU,KH_dom-like,MMR_HSR1 +MGYG000000001_02627 272563.CD630_14420 1.19e-36 138.0 COG4642@1|root,COG4642@2|Bacteria,1TRNW@1239|Firmicutes,24GQA@186801|Clostridia,25UK9@186804|Peptostreptococcaceae 186801|Clostridia S Possible plasma membrane-binding motif in junctophilins, PIP-5-kinases and protein kinases. - - - - - - - - - - - - Beta_helix,Cu_amine_oxidN1,MORN +MGYG000000001_00091 1476973.JMMB01000007_gene3093 3.45e-243 676.0 COG3681@1|root,COG3681@2|Bacteria,1TQF5@1239|Firmicutes,2488Q@186801|Clostridia,25R1P@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the UPF0597 family - - - - - - - - - - - - SDH_alpha +MGYG000000001_00267 1301100.HG529367_gene1356 2.01e-186 532.0 COG1686@1|root,COG1686@2|Bacteria,1TQ8M@1239|Firmicutes,2480S@186801|Clostridia,36EWK@31979|Clostridiaceae 186801|Clostridia M Belongs to the peptidase S11 family dacB - 3.4.16.4 ko:K07258 ko00550,ko01100,map00550,map01100 - - - ko00000,ko00001,ko01000,ko01002,ko01011 - - - CW_binding_1,PBP5_C,Peptidase_S11 +MGYG000000001_00436 1301100.HG529230_gene5357 8.87e-218 605.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,248IS@186801|Clostridia,36EB1@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily - - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_02328 1301100.HG529430_gene1930 8.71e-104 305.0 COG0664@1|root,COG0664@2|Bacteria,1TSP9@1239|Firmicutes,24FRD@186801|Clostridia,36I5N@31979|Clostridiaceae 186801|Clostridia K cyclic nucleotide-binding - - - - - - - - - - - - HTH_Crp_2,cNMP_binding +MGYG000000001_02036 1151292.QEW_1435 0.0 1756.0 COG3857@1|root,COG3857@2|Bacteria,1TQJW@1239|Firmicutes,2487T@186801|Clostridia,25QGR@186804|Peptostreptococcaceae 186801|Clostridia L The heterodimer acts as both an ATP-dependent DNA helicase and an ATP-dependent, dual-direction single-stranded exonuclease. Recognizes the chi site generating a DNA molecule suitable for the initiation of homologous recombination. The AddB nuclease domain is not required for chi fragment generation addB - 3.6.4.12 ko:K16899 - - - - ko00000,ko01000,ko03400 - - - AAA_19,Exonuc_V_gamma,PDDEXK_1,UvrD_C +MGYG000000001_01172 1301100.HG529229_gene5388 0.0 1087.0 COG3855@1|root,COG3855@2|Bacteria,1TPFU@1239|Firmicutes,248ZC@186801|Clostridia,36E9Y@31979|Clostridiaceae 186801|Clostridia G D-fructose-1,6-bisphosphate 1-phosphohydrolase class 3 fbp - 3.1.3.11 ko:K04041 ko00010,ko00030,ko00051,ko00680,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00030,map00051,map00680,map00710,map01100,map01110,map01120,map01130,map01200 M00003,M00165,M00167 R00762,R04780 RC00017 ko00000,ko00001,ko00002,ko01000 - - - FBPase_2 +MGYG000000001_00968 1301100.HG529362_gene2095 5.9e-134 390.0 COG0492@1|root,COG0492@2|Bacteria,1TNZS@1239|Firmicutes,2491M@186801|Clostridia,36E0J@31979|Clostridiaceae 186801|Clostridia C Belongs to the class-II pyridine nucleotide-disulfide oxidoreductase family trxB - 1.8.1.9 ko:K00384 ko00450,map00450 - R02016,R03596,R09372 RC00013,RC02518,RC02873 ko00000,ko00001,ko01000 - - - Pyr_redox_2,Pyr_redox_3,Thioredoxin_3 +MGYG000000001_02005 272563.CD630_35600 2.5e-259 719.0 COG0037@1|root,COG0037@2|Bacteria,1TPXP@1239|Firmicutes,248TY@186801|Clostridia,25R0V@186804|Peptostreptococcaceae 186801|Clostridia J Ligates lysine onto the cytidine present at position 34 of the AUA codon-specific tRNA(Ile) that contains the anticodon CAU, in an ATP-dependent manner. Cytidine is converted to lysidine, thus changing the amino acid specificity of the tRNA from methionine to isoleucine tilS - 6.3.4.19 ko:K04075 - - R09597 RC02633,RC02634 ko00000,ko01000,ko03016 - - - ATP_bind_3,B3_4,TilS,TilS_C +MGYG000000001_01559 702450.CUW_1672 5.11e-253 701.0 COG2223@1|root,COG2223@2|Bacteria,1TT7X@1239|Firmicutes 1239|Firmicutes P Major Facilitator Superfamily - - - - - - - - - - - - MFS_1 +MGYG000000001_00007 1301100.HG529378_gene4090 3.13e-197 554.0 COG0391@1|root,COG0391@2|Bacteria,1TPNV@1239|Firmicutes,248G0@186801|Clostridia,36EUV@31979|Clostridiaceae 186801|Clostridia S Required for morphogenesis under gluconeogenic growth conditions - - - - - - - - - - - - UPF0052 +MGYG000000001_00460 1301100.HG529395_gene6865 0.0 1362.0 COG0474@1|root,COG0474@2|Bacteria,1TPF5@1239|Firmicutes,247JN@186801|Clostridia,36DDM@31979|Clostridiaceae 186801|Clostridia P ATPase, P-type (transporting), HAD superfamily, subfamily IC - - 3.6.3.8 ko:K01537 - - - - ko00000,ko01000 3.A.3.2 - - Cation_ATPase,Cation_ATPase_C,Cation_ATPase_N,E1-E2_ATPase,Hydrolase,Hydrolase_3 +MGYG000000001_01158 903814.ELI_4079 5.59e-29 108.0 2EB43@1|root,3354T@2|Bacteria,1VC2J@1239|Firmicutes,24R33@186801|Clostridia,25X32@186806|Eubacteriaceae 186801|Clostridia S Dehydratase medium subunit - - - - - - - - - - - - Dehydratase_MU +MGYG000000001_00942 1301100.HG529418_gene3038 7.04e-281 773.0 COG0486@1|root,COG0486@2|Bacteria,1TPJF@1239|Firmicutes,248A9@186801|Clostridia,36ECR@31979|Clostridiaceae 186801|Clostridia J Exhibits a very high intrinsic GTPase hydrolysis rate. Involved in the addition of a carboxymethylaminomethyl (cmnm) group at the wobble position (U34) of certain tRNAs, forming tRNA- cmnm(5)s(2)U34 mnmE - - ko:K03650 - - R08701 RC00053,RC00209,RC00870 ko00000,ko01000,ko03016 - - - MMR_HSR1,MnmE_helical,TrmE_N +MGYG000000001_00769 1476973.JMMB01000007_gene522 8.35e-143 409.0 COG2897@1|root,COG2897@2|Bacteria,1TRYA@1239|Firmicutes,24GYI@186801|Clostridia,25S7J@186804|Peptostreptococcaceae 186801|Clostridia P Rhodanese Homology Domain - - 2.8.1.1,2.8.1.2 ko:K01011 ko00270,ko00920,ko01100,ko01120,ko04122,map00270,map00920,map01100,map01120,map04122 - R01931,R03105,R03106 RC00214 ko00000,ko00001,ko01000 - - - Rhodanese +MGYG000000001_01781 1292035.H476_1807 3.3e-121 352.0 COG0500@1|root,COG0500@2|Bacteria,1V0PR@1239|Firmicutes,25E3Q@186801|Clostridia 186801|Clostridia Q Methyltransferase - - - - - - - - - - - - Methyltransf_11,Methyltransf_25 +MGYG000000001_02429 1151292.QEW_1576 5.23e-77 235.0 2E6BB@1|root,330Z5@2|Bacteria,1VF3M@1239|Firmicutes,24RAX@186801|Clostridia,25RHN@186804|Peptostreptococcaceae 186801|Clostridia S Stage III sporulation protein AG spoIIIAG - - ko:K06396 - - - - ko00000 - - - Spore_III_AF,YscJ_FliF +MGYG000000001_01881 573061.Clocel_0398 3.74e-15 74.7 COG1309@1|root,COG1309@2|Bacteria,1V8YK@1239|Firmicutes,24M1M@186801|Clostridia,36JJQ@31979|Clostridiaceae 186801|Clostridia K Bacterial regulatory proteins, tetR family - - - - - - - - - - - - TetR_N +MGYG000000001_00066 272563.CD630_32580 6.74e-195 556.0 COG1146@1|root,COG4624@1|root,COG1146@2|Bacteria,COG4624@2|Bacteria,1TQIR@1239|Firmicutes,248BS@186801|Clostridia,25R36@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S binding domain protein - - - - - - - - - - - - Fe_hyd_lg_C,Fer4,Fer4_6,Fer4_7,Fer4_9 +MGYG000000001_01911 272563.CD630_15270 5.19e-150 438.0 COG0577@1|root,COG0577@2|Bacteria,1TPUU@1239|Firmicutes,2483J@186801|Clostridia,25SYP@186804|Peptostreptococcaceae 186801|Clostridia V Efflux ABC transporter, permease protein - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX,MacB_PCD +MGYG000000001_01589 163908.KB235896_gene3079 6.66e-63 195.0 COG0346@1|root,COG0346@2|Bacteria,1G5QD@1117|Cyanobacteria,1HNHQ@1161|Nostocales 1117|Cyanobacteria E PFAM Glyoxalase bleomycin resistance protein dioxygenase - - - ko:K08234 - - - - ko00000 - - - Glyoxalase +MGYG000000001_01702 1284708.HMPREF1634_06030 3.8e-05 49.7 2E0XQ@1|root,32WEE@2|Bacteria,1W5UV@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01638 445973.CLOBAR_00914 2.32e-178 516.0 COG0168@1|root,COG0168@2|Bacteria,1TPAF@1239|Firmicutes,248K4@186801|Clostridia,25QXK@186804|Peptostreptococcaceae 186801|Clostridia P Cation transport protein trkH - - ko:K03498 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkH +MGYG000000001_01977 1301100.HG529414_gene2945 5.3e-116 340.0 COG0778@1|root,COG0778@2|Bacteria,1VCIT@1239|Firmicutes,25CKS@186801|Clostridia,36WXU@31979|Clostridiaceae 186801|Clostridia C Putative TM nitroreductase - - - - - - - - - - - - TM1586_NiRdase +MGYG000000001_01245 1151292.QEW_1255 9.22e-46 149.0 28V88@1|root,2ZHBB@2|Bacteria,1W4T3@1239|Firmicutes,257JU@186801|Clostridia,25RRV@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - HTH_38 +MGYG000000001_02284 1151292.QEW_3452 1.67e-232 646.0 COG0436@1|root,COG0436@2|Bacteria,1TP36@1239|Firmicutes,248ZV@186801|Clostridia,25T4P@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase, class I II yhdR - 2.6.1.1 ko:K11358 ko00220,ko00250,ko00270,ko00330,ko00350,ko00360,ko00400,ko00401,ko00950,ko00960,ko01100,ko01110,ko01130,ko01210,ko01230,map00220,map00250,map00270,map00330,map00350,map00360,map00400,map00401,map00950,map00960,map01100,map01110,map01130,map01210,map01230 - R00355,R00694,R00734,R00896,R02433,R02619,R05052 RC00006 ko00000,ko00001,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_00589 1567014.A0A0A7RTW7_9VIRU 2.63e-05 51.2 4QGEU@10239|Viruses 10239|Viruses - - - - - - - - - - - - - - - +MGYG000000001_00621 742741.HMPREF9475_03130 1.88e-67 229.0 COG3886@1|root,COG3886@2|Bacteria,1VSGV@1239|Firmicutes 1239|Firmicutes L PLD-like domain - - - - - - - - - - - - PLDc_2 +MGYG000000001_00750 1391646.AVSU01000108_gene2265 1.4e-152 462.0 COG0642@1|root,COG2984@1|root,COG2205@2|Bacteria,COG2984@2|Bacteria,1UXE3@1239|Firmicutes,25KZM@186801|Clostridia,25T3I@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - - - - - - - - - - - ABC_sub_bind,HATPase_c,HisKA +MGYG000000001_01116 552525.B5LPN9_9CAUD 2.26e-15 75.5 4QAXV@10239|Viruses,4QV7S@35237|dsDNA viruses no RNA stage,4QPCP@28883|Caudovirales,4QKP2@10699|Siphoviridae 10699|Siphoviridae S YopX protein - - - - - - - - - - - - - +MGYG000000001_01469 1476973.JMMB01000007_gene1042 0.0 926.0 COG3119@1|root,COG3119@2|Bacteria,1TSMM@1239|Firmicutes,247YU@186801|Clostridia,25QS7@186804|Peptostreptococcaceae 186801|Clostridia P arylsulfatase activity - - - - - - - - - - - - - +MGYG000000001_01629 195103.CPF_0768 2.17e-217 613.0 COG2610@1|root,COG2610@2|Bacteria,1TQJ6@1239|Firmicutes,24839@186801|Clostridia,36DCD@31979|Clostridiaceae 186801|Clostridia EG Citrate transporter - - - - - - - - - - - - GntP_permease,Na_H_antiporter +MGYG000000001_01010 1294142.CINTURNW_0683 1.1e-143 407.0 COG1136@1|root,COG1136@2|Bacteria,1TQC9@1239|Firmicutes,248Z6@186801|Clostridia,36EK4@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_02177 1476973.JMMB01000007_gene3011 1.84e-244 681.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,25SH6@186804|Peptostreptococcaceae 186801|Clostridia V Polysaccharide biosynthesis C-terminal domain - - - - - - - - - - - - MatE +MGYG000000001_02244 1301100.HG529369_gene1505 3.17e-144 414.0 COG1408@1|root,COG1408@2|Bacteria,1UU17@1239|Firmicutes,248PS@186801|Clostridia,36I51@31979|Clostridiaceae 186801|Clostridia S Calcineurin-like phosphoesterase - - - ko:K07098 - - - - ko00000 - - - Metallophos,VanZ +MGYG000000001_02848 1151292.QEW_3233 1.15e-39 132.0 2BX75@1|root,32YCI@2|Bacteria,1VEDY@1239|Firmicutes,259IZ@186801|Clostridia,25RTF@186804|Peptostreptococcaceae 186801|Clostridia S Small, acid-soluble spore proteins, alpha/beta type - - - - - - - - - - - - SASP +MGYG000000001_01641 272563.CD630_17760 1.83e-111 325.0 COG1126@1|root,COG1126@2|Bacteria,1UZAN@1239|Firmicutes,24AWF@186801|Clostridia,25R0N@186804|Peptostreptococcaceae 186801|Clostridia E ABC transporter - - 3.6.3.21 ko:K02028 - M00236 - - ko00000,ko00002,ko01000,ko02000 3.A.1.3 - - ABC_tran +MGYG000000001_01980 1292035.H476_3277 0.0 1915.0 COG0458@1|root,COG0458@2|Bacteria,1TPID@1239|Firmicutes,2498I@186801|Clostridia,25QUT@186804|Peptostreptococcaceae 186801|Clostridia F Carbamoyl-phosphate synthetase ammonia chain carB - 6.3.5.5 ko:K01955 ko00240,ko00250,ko01100,map00240,map00250,map01100 M00051 R00256,R00575,R01395,R10948,R10949 RC00002,RC00010,RC00043,RC02750,RC02798,RC03314 ko00000,ko00001,ko00002,ko01000 - - - CPSase_L_D2,CPSase_L_D3,MGS +MGYG000000001_01327 1476973.JMMB01000007_gene1034 5.6e-129 373.0 COG3393@1|root,COG3393@2|Bacteria,1UFJG@1239|Firmicutes,24M7G@186801|Clostridia,25RBM@186804|Peptostreptococcaceae 186801|Clostridia S GNAT acetyltransferase - - - ko:K06976 - - - - ko00000 - - - Acetyltransf_1,FR47,GNAT_acetyltran +MGYG000000001_02281 1301100.HG529306_gene3150 2.74e-10 55.8 2BGVG@1|root,328QJ@2|Bacteria,1UUNR@1239|Firmicutes,2579U@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02156 1301100.HG529233_gene7343 2.5e-182 510.0 COG1162@1|root,COG1162@2|Bacteria,1TPSQ@1239|Firmicutes,248R5@186801|Clostridia,36ETW@31979|Clostridiaceae 186801|Clostridia S One of several proteins that assist in the late maturation steps of the functional core of the 30S ribosomal subunit. Helps release RbfA from mature subunits. May play a role in the assembly of ribosomal proteins into the subunit. Circularly permuted GTPase that catalyzes slow GTP hydrolysis, GTPase activity is stimulated by the 30S ribosomal subunit rsgA - 3.1.3.100 ko:K06949 ko00730,ko01100,map00730,map01100 - R00615,R02135 RC00002,RC00017 ko00000,ko00001,ko01000,ko03009 - - - RsgA_GTPase,RsgA_N +MGYG000000001_02960 1410668.JNKC01000004_gene257 5.1e-218 619.0 COG1757@1|root,COG1757@2|Bacteria,1TP8A@1239|Firmicutes,247V4@186801|Clostridia,36EFF@31979|Clostridiaceae 186801|Clostridia C Na H antiporter - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_00166 445973.CLOBAR_00351 1.13e-182 526.0 COG2211@1|root,COG2211@2|Bacteria,1TRYR@1239|Firmicutes,25C8G@186801|Clostridia 186801|Clostridia G Psort location CytoplasmicMembrane, score 10.00 - - - ko:K03292 - - - - ko00000 2.A.2 - - MFS_2 +MGYG000000001_02492 1280689.AUJC01000003_gene1256 1.34e-109 323.0 COG1177@1|root,COG1177@2|Bacteria,1V0VD@1239|Firmicutes,25E3C@186801|Clostridia,36UH9@31979|Clostridiaceae 186801|Clostridia P spermidine putrescine transport system, permease potC - - ko:K11070 ko02010,map02010 M00299 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11.1 - - BPD_transp_1 +MGYG000000001_00865 1301100.HG529282_gene6973 1.93e-93 276.0 COG1514@1|root,COG1514@2|Bacteria,1VUNK@1239|Firmicutes,24G80@186801|Clostridia,36I9F@31979|Clostridiaceae 186801|Clostridia J 2'-5' RNA ligase superfamily - - - - - - - - - - - - 2_5_RNA_ligase2 +MGYG000000001_02532 1476973.JMMB01000007_gene901 6.48e-207 576.0 COG0180@1|root,COG0180@2|Bacteria,1TPY7@1239|Firmicutes,248RC@186801|Clostridia,25R0Z@186804|Peptostreptococcaceae 186801|Clostridia J Tryptophanyl-tRNA synthetase trpS - 6.1.1.2 ko:K01867 ko00970,map00970 M00359,M00360 R03664 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - tRNA-synt_1b +MGYG000000001_02720 1476973.JMMB01000007_gene567 3.12e-151 431.0 COG1307@1|root,COG1307@2|Bacteria,1TRM7@1239|Firmicutes,247ST@186801|Clostridia,25RC8@186804|Peptostreptococcaceae 186801|Clostridia S EDD domain protein, DegV family - - - - - - - - - - - - DegV +MGYG000000001_00278 1301100.HG529369_gene1443 8.5e-73 219.0 COG0799@1|root,COG0799@2|Bacteria,1VA2Z@1239|Firmicutes,24MVA@186801|Clostridia,36KHS@31979|Clostridiaceae 186801|Clostridia J Functions as a ribosomal silencing factor. Interacts with ribosomal protein L14 (rplN), blocking formation of intersubunit bridge B8. Prevents association of the 30S and 50S ribosomal subunits and the formation of functional ribosomes, thus repressing translation rsfS - - ko:K09710 - - - - ko00000,ko03009 - - - RsfS +MGYG000000001_03042 1476973.JMMB01000007_gene2873 5.74e-232 647.0 COG1301@1|root,COG1301@2|Bacteria,1TPME@1239|Firmicutes,247UX@186801|Clostridia,25QFG@186804|Peptostreptococcaceae 186801|Clostridia C Sodium:dicarboxylate symporter family - - - - - - - - - - - - SDF +MGYG000000001_00718 1301100.HG529431_gene1785 6.63e-114 332.0 COG0428@1|root,COG0428@2|Bacteria,1TP7J@1239|Firmicutes,247Q2@186801|Clostridia,36FEF@31979|Clostridiaceae 186801|Clostridia P Zinc transporter - - - ko:K07238 - - - - ko00000,ko02000 2.A.5.5 - - Zip +MGYG000000001_00323 1301100.HG529369_gene1488 1.56e-90 270.0 COG0237@1|root,COG0237@2|Bacteria,1V6FS@1239|Firmicutes,24GFQ@186801|Clostridia,36J0Z@31979|Clostridiaceae 186801|Clostridia H Catalyzes the phosphorylation of the 3'-hydroxyl group of dephosphocoenzyme A to form coenzyme A coaE - 2.7.1.24 ko:K00859 ko00770,ko01100,map00770,map01100 M00120 R00130 RC00002,RC00078 ko00000,ko00001,ko00002,ko01000 - - - CoaE +MGYG000000001_00221 1476973.JMMB01000007_gene2656 2.04e-71 217.0 COG0295@1|root,COG0295@2|Bacteria,1V6IP@1239|Firmicutes,24JEM@186801|Clostridia,25TGQ@186804|Peptostreptococcaceae 186801|Clostridia F This enzyme scavenges exogenous and endogenous cytidine and 2'-deoxycytidine for UMP synthesis cdd - 3.5.4.5 ko:K01489 ko00240,ko00983,ko01100,map00240,map00983,map01100 - R01878,R02485,R08221 RC00074,RC00514 ko00000,ko00001,ko01000 - - - dCMP_cyt_deam_1,dCMP_cyt_deam_2 +MGYG000000001_02766 1301100.HG529274_gene1742 0.0 1238.0 COG1061@1|root,COG3886@1|root,COG1061@2|Bacteria,COG3886@2|Bacteria,1TQ62@1239|Firmicutes,249TK@186801|Clostridia,36DKS@31979|Clostridiaceae 186801|Clostridia L helicase - - - - - - - - - - - - Helicase_C,PLDc_2,ResIII +MGYG000000001_02372 318464.IO99_15795 1.07e-50 168.0 COG0537@1|root,COG0537@2|Bacteria,1V83D@1239|Firmicutes,24PYH@186801|Clostridia,36S18@31979|Clostridiaceae 186801|Clostridia FG Domain of unknown function (DUF4269) - - - - - - - - - - - - DUF4269,HIT +MGYG000000001_00656 1301100.HG529335_gene4420 7.5e-16 70.9 2AFI0@1|root,315IK@2|Bacteria,1UUJI@1239|Firmicutes,256YC@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01655 1301100.HG529298_gene5188 4.54e-74 228.0 COG1670@1|root,COG1670@2|Bacteria,1V1G4@1239|Firmicutes,24G4Y@186801|Clostridia,36HYW@31979|Clostridiaceae 186801|Clostridia J Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1,Acetyltransf_3,DUF3781 +MGYG000000001_01714 332101.JIBU02000008_gene488 1.81e-183 517.0 COG0115@1|root,COG0115@2|Bacteria,1TQQI@1239|Firmicutes,2480D@186801|Clostridia,36E7V@31979|Clostridiaceae 186801|Clostridia E Branched-chain amino acid aminotransferase ilvE - 2.6.1.42,4.1.3.38 ko:K00826,ko:K02619 ko00270,ko00280,ko00290,ko00770,ko00790,ko01100,ko01110,ko01130,ko01210,ko01230,map00270,map00280,map00290,map00770,map00790,map01100,map01110,map01130,map01210,map01230 M00019,M00036,M00119,M00570 R01090,R01214,R02199,R05553,R10991 RC00006,RC00036,RC01843,RC02148 ko00000,ko00001,ko00002,ko01000,ko01007 - - - Aminotran_4 +MGYG000000001_02599 702450.CUW_1413 1.76e-114 335.0 COG3715@1|root,COG3715@2|Bacteria,1TPKK@1239|Firmicutes,3VNQK@526524|Erysipelotrichia 526524|Erysipelotrichia G PTS system sorbose-specific iic component - - - ko:K02746 ko00052,ko02060,map00052,map02060 M00277 R08366 RC00017 ko00000,ko00001,ko00002,ko02000 4.A.6.1.4 - - EII-Sor +MGYG000000001_00015 1301100.HG529379_gene3991 2.85e-94 282.0 29NU7@1|root,309SB@2|Bacteria,1V68J@1239|Firmicutes,24HMM@186801|Clostridia,36M13@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00047 1301100.HG529382_gene4019 7.73e-287 788.0 COG0166@1|root,COG0166@2|Bacteria,1TP29@1239|Firmicutes,2487A@186801|Clostridia,36DWA@31979|Clostridiaceae 186801|Clostridia G Belongs to the GPI family pgi - 5.3.1.9 ko:K01810 ko00010,ko00030,ko00500,ko00520,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00030,map00500,map00520,map01100,map01110,map01120,map01130,map01200 M00001,M00004,M00114 R02739,R02740,R03321 RC00376,RC00563 ko00000,ko00001,ko00002,ko01000,ko04147 - - - PGI +MGYG000000001_00079 1292035.H476_3419 1.31e-115 339.0 COG1177@1|root,COG1177@2|Bacteria,1URBC@1239|Firmicutes,24801@186801|Clostridia,25SMH@186804|Peptostreptococcaceae 186801|Clostridia E Binding-protein-dependent transport system inner membrane component - - - ko:K02053 ko02024,map02024 M00193 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11 - - BPD_transp_1 +MGYG000000001_00144 1414720.CBYM010000010_gene3180 1.43e-232 642.0 COG2207@1|root,COG2207@2|Bacteria,1TRJ9@1239|Firmicutes,24BAP@186801|Clostridia,36FMR@31979|Clostridiaceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - - - - - - - - - - HTH_18 +MGYG000000001_00176 1151292.QEW_1822 6.79e-38 127.0 COG1278@1|root,COG1278@2|Bacteria,1VEE0@1239|Firmicutes,24QJE@186801|Clostridia,25TZ4@186804|Peptostreptococcaceae 186801|Clostridia K 'Cold-shock' DNA-binding domain cspA - - ko:K03704 - - - - ko00000,ko03000 - - - CSD +MGYG000000001_00208 1301100.HG529365_gene1372 8.07e-40 133.0 COG1933@1|root,COG1933@2|Bacteria,1VZYR@1239|Firmicutes 1239|Firmicutes L Double zinc ribbon - - - - - - - - - - - - DZR +MGYG000000001_00273 1301100.HG529368_gene1335 1.81e-228 636.0 COG1171@1|root,COG1171@2|Bacteria,1TP22@1239|Firmicutes,248D5@186801|Clostridia,36E9R@31979|Clostridiaceae 186801|Clostridia E Catalyzes the anaerobic formation of alpha-ketobutyrate and ammonia from threonine in a two-step reaction. The first step involved a dehydration of threonine and a production of enamine intermediates (aminocrotonate), which tautomerizes to its imine form (iminobutyrate). Both intermediates are unstable and short- lived. The second step is the nonenzymatic hydrolysis of the enamine imine intermediates to form 2-ketobutyrate and free ammonia. In the low water environment of the cell, the second step is accelerated by RidA ilvA - 4.3.1.19 ko:K01754 ko00260,ko00290,ko01100,ko01110,ko01130,ko01200,ko01230,map00260,map00290,map01100,map01110,map01130,map01200,map01230 M00570 R00220,R00996 RC00418,RC02600 ko00000,ko00001,ko00002,ko01000 - - - ACT,PALP +MGYG000000001_00305 1476973.JMMB01000007_gene2743 5.45e-131 375.0 COG2003@1|root,COG2003@2|Bacteria,1TQ3K@1239|Firmicutes,2498Z@186801|Clostridia,25QVA@186804|Peptostreptococcaceae 186801|Clostridia E Belongs to the UPF0758 family radC - - ko:K03630 - - - - ko00000 - - - DUF4316,HHH,HHH_2,NTP_transf_2,RadC,YodL +MGYG000000001_00402 1301100.HG529405_gene295 5.67e-68 207.0 2ANER@1|root,315MJ@2|Bacteria,1V6SU@1239|Firmicutes,24JBZ@186801|Clostridia,36JME@31979|Clostridiaceae 186801|Clostridia S stage V sporulation protein spoVAE - - ko:K06407 - - - - ko00000 - - - SpoVAC_SpoVAEB +MGYG000000001_00467 1301100.HG529287_gene7039 1.62e-45 153.0 2BSDB@1|root,32MFA@2|Bacteria,1UTIU@1239|Firmicutes,2537G@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00499 1301100.HG529233_gene7369 1.86e-20 89.7 COG1609@1|root,COG1609@2|Bacteria,1TQ7K@1239|Firmicutes,247M2@186801|Clostridia,36F5I@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator, LacI family scrR - - ko:K02529,ko:K03484 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_1,Peripla_BP_3,Peripla_BP_4 +MGYG000000001_00531 1476973.JMMB01000007_gene1126 7.39e-42 138.0 2E3FD@1|root,32YE7@2|Bacteria,1VEE4@1239|Firmicutes,24QJ7@186801|Clostridia,25RS1@186804|Peptostreptococcaceae 186801|Clostridia S TSCPD domain - - - - - - - - - - - - TSCPD +MGYG000000001_00563 1499684.CCNP01000011_gene187 1.45e-115 335.0 COG1418@1|root,COG1418@2|Bacteria,1V7IZ@1239|Firmicutes,24FP5@186801|Clostridia,36FI2@31979|Clostridiaceae 186801|Clostridia S Metal dependent phosphohydrolases with conserved 'HD' motif. - - - ko:K06950 - - - - ko00000 - - - HD +MGYG000000001_00595 1292035.H476_0809 6.95e-06 45.1 2BQD5@1|root,32J8D@2|Bacteria,1UF3G@1239|Firmicutes,25K4A@186801|Clostridia,25UBG@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00627 1292035.H476_1313 2.38e-97 293.0 COG3617@1|root,COG3645@1|root,COG3617@2|Bacteria,COG3645@2|Bacteria,1TPKA@1239|Firmicutes,24BSZ@186801|Clostridia,25U42@186804|Peptostreptococcaceae 186801|Clostridia K BRO family, N-terminal domain - - - ko:K07741 - - - - ko00000 - - - ANT,Bro-N,DUF3486 +MGYG000000001_00660 1301100.HG529432_gene1863 4.15e-241 674.0 COG1982@1|root,COG1982@2|Bacteria,1TNZ9@1239|Firmicutes,247RA@186801|Clostridia,36DPH@31979|Clostridiaceae 186801|Clostridia E Orn Lys Arg decarboxylase major - - 4.1.1.19 ko:K01585 ko00330,ko01100,map00330,map01100 M00133 R00566 RC00299 ko00000,ko00001,ko00002,ko01000 - - - OKR_DC_1,OKR_DC_1_C +MGYG000000001_00692 1476973.JMMB01000007_gene3245 7.64e-197 552.0 COG2805@1|root,COG2805@2|Bacteria,1TQ5F@1239|Firmicutes,249H9@186801|Clostridia,25QDW@186804|Peptostreptococcaceae 186801|Clostridia NU Twitching motility protein pilT - - ko:K02669 - - - - ko00000,ko02035,ko02044 3.A.15.2 - - T2SSE +MGYG000000001_00724 1301100.HG529431_gene1779 1.89e-119 346.0 COG0356@1|root,COG0356@2|Bacteria,1TQIT@1239|Firmicutes,24A6Q@186801|Clostridia,36IGF@31979|Clostridiaceae 186801|Clostridia C it plays a direct role in the translocation of protons across the membrane atpB - - ko:K02108 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194,ko03110 3.A.2.1 - - ATP-synt_A +MGYG000000001_00756 33035.JPJF01000037_gene2953 1.01e-88 288.0 COG2508@1|root,COG2508@2|Bacteria,1VIT3@1239|Firmicutes,24JXW@186801|Clostridia,3Y0T9@572511|Blautia 186801|Clostridia QT PucR C-terminal helix-turn-helix domain - - - - - - - - - - - - HTH_30 +MGYG000000001_00788 86416.Clopa_2082 1.23e-63 200.0 2EUE6@1|root,33MWI@2|Bacteria,1VPQU@1239|Firmicutes,24HQY@186801|Clostridia,36Q6B@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00820 1443122.Z958_12500 1.34e-06 50.8 COG5658@1|root,COG5658@2|Bacteria,1UHRY@1239|Firmicutes,24R53@186801|Clostridia 186801|Clostridia S SdpI/YhfL protein family - - - - - - - - - - - - SdpI +MGYG000000001_00852 1476973.JMMB01000007_gene1710 1.52e-145 412.0 COG0745@1|root,COG0745@2|Bacteria,1TPN8@1239|Firmicutes,248UA@186801|Clostridia,25QNR@186804|Peptostreptococcaceae 186801|Clostridia KT Response regulator receiver domain protein - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_01187 1301100.HG529235_gene7313 3.12e-108 327.0 COG0842@1|root,COG0842@2|Bacteria,1VHET@1239|Firmicutes,247SV@186801|Clostridia,36EBT@31979|Clostridiaceae 186801|Clostridia V ABC-2 family transporter protein - - - ko:K01992 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC2_membrane_3 +MGYG000000001_01219 1301100.HG529230_gene5338 1.11e-161 460.0 28IBV@1|root,2Z8EA@2|Bacteria,1TPCJ@1239|Firmicutes,24A0W@186801|Clostridia,36FYB@31979|Clostridiaceae 186801|Clostridia S YIEGIA protein - - - ko:K05739 - - - - ko00000 - - - YIEGIA +MGYG000000001_01283 1301100.HG529233_gene7405 3.64e-54 178.0 2F26K@1|root,33V4V@2|Bacteria,1VUM8@1239|Firmicutes 1239|Firmicutes - - - - - ko:K06384 - - - - ko00000 - - - SpoIIM +MGYG000000001_02586 1391646.AVSU01000076_gene2830 5.67e-143 409.0 COG0092@1|root,COG0092@2|Bacteria,1TPCP@1239|Firmicutes,24833@186801|Clostridia,25QNG@186804|Peptostreptococcaceae 186801|Clostridia J Binds the lower part of the 30S subunit head. Binds mRNA in the 70S ribosome, positioning it for translation rpsC - - ko:K02982 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - KH_2,Ribosomal_S3_C +MGYG000000001_00926 1151292.QEW_4323 3.2e-61 189.0 2E81H@1|root,332FJ@2|Bacteria,1VEGN@1239|Firmicutes,24NHK@186801|Clostridia,25RNG@186804|Peptostreptococcaceae 186801|Clostridia S MazG-like family - - - - - - - - - - - - MazG-like +MGYG000000001_00189 1476973.JMMB01000007_gene2629 2.93e-164 468.0 COG0515@1|root,COG0515@2|Bacteria,1V311@1239|Firmicutes,250JE@186801|Clostridia,25QG8@186804|Peptostreptococcaceae 186801|Clostridia KLT Protein tyrosine kinase - - - - - - - - - - - - Pkinase +MGYG000000001_01874 1301100.HG529318_gene6108 2.37e-32 113.0 COG1476@1|root,COG1476@2|Bacteria,1VEGF@1239|Firmicutes,24QJ1@186801|Clostridia,36N25@31979|Clostridiaceae 186801|Clostridia K Helix-turn-helix XRE-family like proteins - - - ko:K07729 - - - - ko00000,ko03000 - - - HTH_3 +MGYG000000001_01522 1301100.HG529346_gene4284 1.56e-158 452.0 COG2896@1|root,COG2896@2|Bacteria,1TP89@1239|Firmicutes,247PP@186801|Clostridia,36EQA@31979|Clostridiaceae 186801|Clostridia H Catalyzes the cyclization of GTP to (8S)-3',8-cyclo-7,8- dihydroguanosine 5'-triphosphate moaA - 4.1.99.22 ko:K03639 ko00790,ko01100,ko04122,map00790,map01100,map04122 - R09394 RC03420 ko00000,ko00001,ko01000 - - - Fer4_12,Fer4_14,Mob_synth_C,Radical_SAM +MGYG000000001_00070 999411.HMPREF1092_00586 2.2e-30 116.0 COG0746@1|root,COG0746@2|Bacteria,1VA6T@1239|Firmicutes,24JG6@186801|Clostridia,36JB4@31979|Clostridiaceae 186801|Clostridia H Transfers a GMP moiety from GTP to Mo-molybdopterin (Mo- MPT) cofactor (Moco or molybdenum cofactor) to form Mo- molybdopterin guanine dinucleotide (Mo-MGD) cofactor mobA - 2.7.7.77 ko:K03752,ko:K13818 ko00790,ko01100,map00790,map01100 - R11581 - ko00000,ko00001,ko01000 - - - FdhD-NarQ,MobB,NTP_transf_3 +MGYG000000001_00878 929506.CbC4_2420 1.19e-88 266.0 COG1461@1|root,COG1461@2|Bacteria,1V4FH@1239|Firmicutes,24FUX@186801|Clostridia,36I2G@31979|Clostridiaceae 186801|Clostridia S Dihydroxyacetone kinase dhaL - 2.7.1.121 ko:K05879 ko00561,ko01100,map00561,map01100 - R01012 RC00015,RC00017 ko00000,ko00001,ko01000 - - - Dak2 +MGYG000000001_00585 1423814.HMPREF0549_0270 1.99e-17 82.0 COG1974@1|root,COG1974@2|Bacteria,1TQ3H@1239|Firmicutes,4HBHA@91061|Bacilli,3F3JG@33958|Lactobacillaceae 91061|Bacilli K Represses a number of genes involved in the response to DNA damage (SOS response), including recA and lexA. In the presence of single-stranded DNA, RecA interacts with LexA causing an autocatalytic cleavage which disrupts the DNA-binding part of LexA, leading to derepression of the SOS regulon and eventually DNA repair lexA GO:0000976,GO:0001067,GO:0001130,GO:0001217,GO:0003674,GO:0003676,GO:0003677,GO:0003690,GO:0003700,GO:0005488,GO:0005575,GO:0006355,GO:0006950,GO:0006974,GO:0007154,GO:0008150,GO:0009432,GO:0009605,GO:0009889,GO:0009890,GO:0009892,GO:0009987,GO:0009991,GO:0010468,GO:0010556,GO:0010558,GO:0010605,GO:0010629,GO:0019219,GO:0019222,GO:0031323,GO:0031324,GO:0031326,GO:0031327,GO:0031668,GO:0032991,GO:0032993,GO:0033554,GO:0043565,GO:0044212,GO:0045892,GO:0045934,GO:0048519,GO:0048523,GO:0050789,GO:0050794,GO:0050896,GO:0051171,GO:0051172,GO:0051252,GO:0051253,GO:0051716,GO:0060255,GO:0065007,GO:0071496,GO:0080090,GO:0097159,GO:0140110,GO:1901363,GO:1902679,GO:1903506,GO:1903507,GO:1990837,GO:2000112,GO:2000113,GO:2001141 3.4.21.88 ko:K01356 - M00729 - - ko00000,ko00002,ko01000,ko01002,ko03400 - - - HTH_19,HTH_3,LexA_DNA_bind,Peptidase_S24 +MGYG000000001_00476 445973.CLOBAR_01909 3.25e-49 164.0 COG0396@1|root,COG0396@2|Bacteria,1TQ98@1239|Firmicutes,2489I@186801|Clostridia,25RXN@186804|Peptostreptococcaceae 186801|Clostridia O ATPases associated with a variety of cellular activities - - - ko:K09013 - - - - ko00000,ko02000 - - - ABC_tran +MGYG000000001_00422 1301100.HG529236_gene7294 3.48e-316 864.0 COG1263@1|root,COG1264@1|root,COG1263@2|Bacteria,COG1264@2|Bacteria,1TPJ8@1239|Firmicutes,24809@186801|Clostridia,36DWW@31979|Clostridiaceae 186801|Clostridia G Pts system - - 2.7.1.193 ko:K02803,ko:K02804 ko00520,ko02060,map00520,map02060 M00267 R05199 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.1.1.15,4.A.1.1.2,4.A.1.1.5,4.A.1.1.7 - - PTS_EIIB,PTS_EIIC +MGYG000000001_01490 268407.PWYN_15680 3.78e-23 93.2 2DRYD@1|root,33DP1@2|Bacteria,1UHM5@1239|Firmicutes,4IAP8@91061|Bacilli,27303@186822|Paenibacillaceae 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_01491 268407.PWYN_15680 3.78e-23 93.2 2DRYD@1|root,33DP1@2|Bacteria,1UHM5@1239|Firmicutes,4IAP8@91061|Bacilli,27303@186822|Paenibacillaceae 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_00648 1301100.HG529346_gene4279 1.46e-69 216.0 COG1268@1|root,COG1268@2|Bacteria,1VAY6@1239|Firmicutes,24HPU@186801|Clostridia,36I09@31979|Clostridiaceae 186801|Clostridia S BioY protein bioY - - ko:K03523 ko02010,map02010 M00581,M00582 - - ko00000,ko00001,ko00002,ko02000 2.A.88.1,2.A.88.2 - - BioY +MGYG000000001_00862 1476973.JMMB01000007_gene1308 3.31e-06 53.5 29UQF@1|root,30G28@2|Bacteria,1UF2C@1239|Firmicutes,251YJ@186801|Clostridia,25U97@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01259 545697.HMPREF0216_02278 3.52e-92 275.0 COG0546@1|root,COG0546@2|Bacteria,1V4W6@1239|Firmicutes,24C82@186801|Clostridia,36IKK@31979|Clostridiaceae 186801|Clostridia S IA, variant 1 - - 3.1.3.18 ko:K01091 ko00630,ko01100,ko01110,ko01130,map00630,map01100,map01110,map01130 - R01334 RC00017 ko00000,ko00001,ko01000 - - - HAD_2,dCMP_cyt_deam_1 +MGYG000000001_00514 1301100.HG529253_gene6312 2.26e-23 98.2 2DXB9@1|root,34484@2|Bacteria,1W00R@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01851 1301100.HG529270_gene551 8.34e-269 744.0 COG3864@1|root,COG3864@2|Bacteria,1UY2M@1239|Firmicutes,25D3Q@186801|Clostridia,36EXP@31979|Clostridiaceae 186801|Clostridia S VWA-like domain (DUF2201) - - - - - - - - - - - - DUF2201,DUF2201_N +MGYG000000001_00038 500633.CLOHIR_00715 2.58e-25 100.0 COG4969@1|root,COG4969@2|Bacteria 2|Bacteria NU cell adhesion - - - ko:K02650 ko02020,map02020 - - - ko00000,ko00001,ko02035,ko02044 3.A.15.2 - - DUF4845,DUF805,N_methyl,Pilin +MGYG000000001_01626 1301100.HG529331_gene4629 1.24e-313 876.0 COG0323@1|root,COG0323@2|Bacteria,1TPGK@1239|Firmicutes,24902@186801|Clostridia,36EVN@31979|Clostridiaceae 186801|Clostridia L This protein is involved in the repair of mismatches in DNA. It is required for dam-dependent methyl-directed DNA mismatch repair. May act as a molecular matchmaker , a protein that promotes the formation of a stable complex between two or more DNA-binding proteins in an ATP-dependent manner without itself being part of a final effector complex mutL - - ko:K03572 ko03430,map03430 - - - ko00000,ko00001,ko03400 - - - DNA_mis_repair,HATPase_c_3,MutL_C +MGYG000000001_02451 272563.CD630_00580 1.22e-287 790.0 COG0050@1|root,COG0050@2|Bacteria,1TPKC@1239|Firmicutes,2485I@186801|Clostridia,25QFW@186804|Peptostreptococcaceae 186801|Clostridia J This protein promotes the GTP-dependent binding of aminoacyl-tRNA to the A-site of ribosomes during protein biosynthesis tuf - - ko:K02358 - - - - ko00000,ko03012,ko03029,ko04147 - - - GTP_EFTU,GTP_EFTU_D2,GTP_EFTU_D3 +MGYG000000001_00329 658655.HMPREF0988_01991 8.75e-96 294.0 COG0662@1|root,COG2207@1|root,COG0662@2|Bacteria,COG2207@2|Bacteria,1V1RQ@1239|Firmicutes,25EPE@186801|Clostridia,27U0D@186928|unclassified Lachnospiraceae 186801|Clostridia K Cupin domain - - - - - - - - - - - - AraC_binding,Cupin_2,HTH_18 +MGYG000000001_00554 1476973.JMMB01000007_gene1281 2.12e-91 273.0 COG0352@1|root,COG0352@2|Bacteria,1V3ZR@1239|Firmicutes,24DG3@186801|Clostridia,25QJJ@186804|Peptostreptococcaceae 186801|Clostridia H Condenses 4-methyl-5-(beta-hydroxyethyl)thiazole monophosphate (THZ-P) and 2-methyl-4-amino-5-hydroxymethyl pyrimidine pyrophosphate (HMP-PP) to form thiamine monophosphate (TMP) thiE - 2.5.1.3 ko:K00788 ko00730,ko01100,map00730,map01100 M00127 R03223,R10712 RC00224,RC03255,RC03397 ko00000,ko00001,ko00002,ko01000 - - - HAD_2,HK,TMP-TENI +MGYG000000001_00618 1345695.CLSA_c29310 2.14e-309 858.0 COG1479@1|root,COG1479@2|Bacteria,1TPAT@1239|Firmicutes,24CP3@186801|Clostridia,36H6W@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1524) - - - - - - - - - - - - DUF1524,DUF262,DUF4357 +MGYG000000001_00907 1301100.HG529418_gene3006 1.06e-243 673.0 COG3853@1|root,COG3853@2|Bacteria,1TQVX@1239|Firmicutes,24A2H@186801|Clostridia,36DQ9@31979|Clostridiaceae 186801|Clostridia P Belongs to the TelA family - - - - - - - - - - - - TelA +MGYG000000001_01242 445973.CLOBAR_00885 6.15e-149 432.0 COG0077@1|root,COG0077@2|Bacteria,1TPDN@1239|Firmicutes,248G7@186801|Clostridia,25RKD@186804|Peptostreptococcaceae 186801|Clostridia E Prephenate dehydratase pheA - 4.2.1.51,5.4.99.5 ko:K04518,ko:K14170 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00024,M00025 R00691,R01373,R01715 RC00360,RC03116 ko00000,ko00001,ko00002,ko01000 - - - ACT,CM_2,PDT +MGYG000000001_01562 1301100.HG529429_gene1922 7.83e-102 322.0 2C2W9@1|root,33IA0@2|Bacteria,1VQI8@1239|Firmicutes,25DZG@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01820 1286171.EAL2_c11050 3.4e-96 287.0 COG0740@1|root,COG0740@2|Bacteria,1TR2H@1239|Firmicutes,249NC@186801|Clostridia 186801|Clostridia OU Belongs to the peptidase S14 family - - 3.4.21.92 ko:K01358 ko04112,ko04212,map04112,map04212 - - - ko00000,ko00001,ko01000,ko01002 - - - CLP_protease +MGYG000000001_01884 1232449.BAHV02000018_gene1702 9.68e-11 64.3 2BEVA@1|root,328KX@2|Bacteria,1UUIS@1239|Firmicutes,256W7@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - DUF3021 +MGYG000000001_02112 1301100.HG529430_gene1929 0.0 1012.0 COG0369@1|root,COG1151@2|Bacteria,1TP8X@1239|Firmicutes,247IN@186801|Clostridia,36DDU@31979|Clostridiaceae 186801|Clostridia C Catalyzes the reduction of hydroxylamine to form NH(3) and H(2)O hcp - 1.7.99.1 ko:K05601 ko00910,map00910 - R00143 RC02797 ko00000,ko00001,ko01000 - - - DUF1858,Prismane +MGYG000000001_02402 768704.Desmer_3397 1.09e-58 196.0 2DC01@1|root,2ZC51@2|Bacteria,1V2FW@1239|Firmicutes,24I9M@186801|Clostridia 186801|Clostridia S TraX protein - - - - - - - - - - - - TraX +MGYG000000001_01706 1278306.KB906914_gene1062 0.000408 42.7 COG0647@1|root,COG0647@2|Bacteria,37967@32066|Fusobacteria 32066|Fusobacteria G Belongs to the HAD-like hydrolase superfamily - - - ko:K02566 - - - - ko00000 - - - Hydrolase_6,Hydrolase_like +MGYG000000001_00590 1235279.C772_00854 5.28e-120 353.0 COG1637@1|root,COG3586@1|root,COG1637@2|Bacteria,COG3586@2|Bacteria,1U3JM@1239|Firmicutes,4HE57@91061|Bacilli 91061|Bacilli L Cleaves both 3' and 5' ssDNA extremities of branched DNA structures - - - - - - - - - - - - NucS +MGYG000000001_02683 445973.CLOBAR_00411 6.06e-207 575.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,24BGM@186801|Clostridia 1239|Firmicutes P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily fecD - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - iYO844.BSU07500 FecCD +MGYG000000001_00117 1391646.AVSU01000037_gene2084 9.51e-283 773.0 COG0126@1|root,COG0126@2|Bacteria,1TP3H@1239|Firmicutes,248VS@186801|Clostridia,25QZ9@186804|Peptostreptococcaceae 186801|Clostridia F phosphoglycerate kinase pgk - 2.7.2.3,5.3.1.1 ko:K00927,ko:K01803 ko00010,ko00051,ko00562,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00010,map00051,map00562,map00710,map01100,map01110,map01120,map01130,map01200,map01230 M00001,M00002,M00003,M00165,M00166,M00308,M00552 R01015,R01512 RC00002,RC00043,RC00423 ko00000,ko00001,ko00002,ko01000,ko04147 - - - PGK,TIM +MGYG000000001_02495 272563.CD630_10230 1.02e-126 360.0 COG0662@1|root,COG1396@1|root,COG0662@2|Bacteria,COG1396@2|Bacteria,1V1K5@1239|Firmicutes,24FTC@186801|Clostridia,25R2E@186804|Peptostreptococcaceae 186801|Clostridia K AraC-like ligand binding domain puuR - - - - - - - - - - - Cupin_2,HTH_19,HTH_3,HTH_31,MerR_1 +MGYG000000001_00457 1415775.U729_955 2.63e-19 86.3 2EGG1@1|root,33A80@2|Bacteria,1VPX4@1239|Firmicutes,24QSP@186801|Clostridia,36MXH@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00773 1301100.HG529368_gene1335 1.88e-220 616.0 COG1171@1|root,COG1171@2|Bacteria,1TP22@1239|Firmicutes,248D5@186801|Clostridia,36E9R@31979|Clostridiaceae 186801|Clostridia E Catalyzes the anaerobic formation of alpha-ketobutyrate and ammonia from threonine in a two-step reaction. The first step involved a dehydration of threonine and a production of enamine intermediates (aminocrotonate), which tautomerizes to its imine form (iminobutyrate). Both intermediates are unstable and short- lived. The second step is the nonenzymatic hydrolysis of the enamine imine intermediates to form 2-ketobutyrate and free ammonia. In the low water environment of the cell, the second step is accelerated by RidA ilvA - 4.3.1.19 ko:K01754 ko00260,ko00290,ko01100,ko01110,ko01130,ko01200,ko01230,map00260,map00290,map01100,map01110,map01130,map01200,map01230 M00570 R00220,R00996 RC00418,RC02600 ko00000,ko00001,ko00002,ko01000 - - - ACT,PALP +MGYG000000001_02432 1476973.JMMB01000007_gene966 1.83e-67 209.0 COG0781@1|root,COG0781@2|Bacteria,1VA9B@1239|Firmicutes,24MQ3@186801|Clostridia,25RMI@186804|Peptostreptococcaceae 186801|Clostridia K Involved in transcription antitermination. Required for transcription of ribosomal RNA (rRNA) genes. Binds specifically to the boxA antiterminator sequence of the ribosomal RNA (rrn) operons nusB - - ko:K03625 - - - - ko00000,ko03009,ko03021 - - - NusB +MGYG000000001_01878 717605.Theco_0424 2.69e-40 139.0 28NIH@1|root,2ZBJX@2|Bacteria,1V1SN@1239|Firmicutes,4HFXW@91061|Bacilli,2752Y@186822|Paenibacillaceae 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_00063 1301100.HG529382_gene4033 2.46e-267 739.0 COG0334@1|root,COG0334@2|Bacteria,1TP45@1239|Firmicutes,24960@186801|Clostridia,36EGU@31979|Clostridiaceae 186801|Clostridia E Belongs to the Glu Leu Phe Val dehydrogenases family gdhA - 1.4.1.3,1.4.1.4 ko:K00261,ko:K00262 ko00220,ko00250,ko00471,ko00910,ko01100,ko01200,ko04217,ko04964,map00220,map00250,map00471,map00910,map01100,map01200,map04217,map04964 M00740 R00243,R00248 RC00006,RC02799 ko00000,ko00001,ko00002,ko01000,ko04147 - - - ELFV_dehydrog,ELFV_dehydrog_N +MGYG000000001_01725 1123252.ATZF01000004_gene2122 5.5e-51 173.0 COG0726@1|root,COG0726@2|Bacteria,1TW97@1239|Firmicutes,4HDGU@91061|Bacilli,27BH9@186824|Thermoactinomycetaceae 91061|Bacilli G Polysaccharide deacetylase - - - - - - - - - - - - Polysacc_deac_1 +MGYG000000001_02649 632245.CLP_0699 2.55e-68 209.0 COG0242@1|root,COG0242@2|Bacteria,1V73T@1239|Firmicutes,24FT0@186801|Clostridia,36HZY@31979|Clostridiaceae 186801|Clostridia J Removes the formyl group from the N-terminal Met of newly synthesized proteins def2 - 3.5.1.88 ko:K01462 - - - - ko00000,ko01000 - - - Pep_deformylase +MGYG000000001_01592 1301100.HG529252_gene6240 8.97e-181 511.0 COG2603@1|root,COG2603@2|Bacteria,1TQ8T@1239|Firmicutes,24AM7@186801|Clostridia,36GE2@31979|Clostridiaceae 186801|Clostridia S Rhodanese Homology Domain selU - - ko:K06917 - - - - ko00000,ko01000,ko03016 - - - AAA_18,AAA_22,Rhodanese +MGYG000000001_02238 1301100.HG529370_gene1431 3.02e-164 467.0 COG4605@1|root,COG4605@2|Bacteria,1TP3V@1239|Firmicutes,24ATQ@186801|Clostridia,36FVU@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily - - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_02287 1301100.HG529395_gene6868 2.67e-234 665.0 COG1145@1|root,COG4624@1|root,COG1145@2|Bacteria,COG4624@2|Bacteria,1TRB4@1239|Firmicutes,24BF5@186801|Clostridia,36E2Y@31979|Clostridiaceae 186801|Clostridia C PFAM 4Fe-4S ferredoxin iron-sulfur binding domain protein - - - - - - - - - - - - FeS,Fe_hyd_lg_C,Fer4,Fer4_7,PAS,PAS_8 +MGYG000000001_02915 1151292.QEW_2804 0.0 894.0 COG1299@1|root,COG1445@1|root,COG1762@1|root,COG1299@2|Bacteria,COG1445@2|Bacteria,COG1762@2|Bacteria,1TPKU@1239|Firmicutes,248V6@186801|Clostridia,25QQN@186804|Peptostreptococcaceae 186801|Clostridia G Phosphotransferase system, EIIC fruA - 2.7.1.202 ko:K02768,ko:K02769,ko:K02770 ko00051,ko01100,ko01120,ko02060,map00051,map01100,map01120,map02060 M00273 R03232 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.2.1 - - GGDEF,PTS_EIIA_2,PTS_EIIC,PTS_IIB,Peripla_BP_4 +MGYG000000001_02526 445973.CLOBAR_01046 2.12e-84 274.0 COG4194@1|root,COG4194@2|Bacteria,1V35C@1239|Firmicutes,25NIX@186801|Clostridia,25UCY@186804|Peptostreptococcaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - bPH_5 +MGYG000000001_02869 1301100.HG529378_gene4083 1.11e-55 179.0 COG1905@1|root,COG1905@2|Bacteria,1V737@1239|Firmicutes,24HFB@186801|Clostridia,36IZJ@31979|Clostridiaceae 186801|Clostridia C PFAM NADH dehydrogenase (ubiquinone) 24 kDa subunit nuoE - 1.12.1.3,1.6.5.3 ko:K00334,ko:K18330 ko00190,ko01100,map00190,map01100 M00144 R11945 RC00061 ko00000,ko00001,ko00002,ko01000 3.D.1 - iHN637.CLJU_RS07215 2Fe-2S_thioredx +MGYG000000001_03047 1408422.JHYF01000004_gene1650 6.34e-16 77.4 COG3875@1|root,COG3875@2|Bacteria,1TQ1C@1239|Firmicutes,247PH@186801|Clostridia,36DMW@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF2088) - - - - - - - - - - - - DUF2088 +MGYG000000001_00198 1476973.JMMB01000007_gene2636 4.42e-20 99.4 COG4642@1|root,COG4642@2|Bacteria,1TRNW@1239|Firmicutes,24GQA@186801|Clostridia,25SKC@186804|Peptostreptococcaceae 186801|Clostridia S Possible plasma membrane-binding motif in junctophilins, PIP-5-kinases and protein kinases. - - - - - - - - - - - - MORN +MGYG000000001_02353 272563.CD630_21010 8.6e-130 375.0 COG1319@1|root,COG1319@2|Bacteria,1TSNH@1239|Firmicutes,24A57@186801|Clostridia 186801|Clostridia C Aerobic-type carbon monoxide dehydrogenase, middle subunit CoxM xdhB - - - - - - - - - - - CO_deh_flav_C,FAD_binding_5 +MGYG000000001_02310 1151292.QEW_2573 1.39e-86 263.0 COG1192@1|root,COG1192@2|Bacteria,1UI78@1239|Firmicutes,25ECF@186801|Clostridia,25TEE@186804|Peptostreptococcaceae 186801|Clostridia D Involved in chromosome partitioning yqeC - - - - - - - - - - - - +MGYG000000001_02366 1415775.U729_2295 4.68e-68 210.0 COG0701@1|root,COG0701@2|Bacteria,1V5T4@1239|Firmicutes,24HM7@186801|Clostridia,36IXM@31979|Clostridiaceae 186801|Clostridia S Predicted permease - - - - - - - - - - - - ArsP_1 +MGYG000000001_00556 1414720.CBYM010000004_gene180 1.64e-153 435.0 COG0351@1|root,COG0351@2|Bacteria,1TQ4A@1239|Firmicutes,2483H@186801|Clostridia,36E0S@31979|Clostridiaceae 186801|Clostridia H Phosphomethylpyrimidine kinase thiD - 2.5.1.3,2.7.1.35,2.7.1.49,2.7.4.7 ko:K00868,ko:K00941,ko:K14153 ko00730,ko00750,ko01100,map00730,map00750,map01100 M00127 R00174,R01909,R02493,R03223,R03471,R04509,R10712 RC00002,RC00017,RC00224,RC03255,RC03397 ko00000,ko00001,ko00002,ko01000 - - - Phos_pyr_kin,TMP-TENI,ThiP_synth +MGYG000000001_03027 1476973.JMMB01000007_gene3018 6.29e-187 521.0 COG1376@1|root,COG3103@1|root,COG1376@2|Bacteria,COG3103@2|Bacteria,1V6QN@1239|Firmicutes,24IAP@186801|Clostridia,25QFI@186804|Peptostreptococcaceae 186801|Clostridia T L,D-transpeptidase catalytic domain - - - - - - - - - - - - CW_binding_1,PG_binding_1,SH3_3,YkuD +MGYG000000001_02883 387093.SUN_0557 6.88e-25 104.0 COG5001@1|root,COG5001@2|Bacteria,1MU2C@1224|Proteobacteria,42M0W@68525|delta/epsilon subdivisions,2YMHP@29547|Epsilonproteobacteria 29547|Epsilonproteobacteria T signal transduction protein containing a membrane domain an EAL and a GGDEF domain - - - - - - - - - - - - EAL,GGDEF,dCache_2,sCache_2 +MGYG000000001_02101 641107.CDLVIII_2019 9.3e-24 95.5 2DMHQ@1|root,32RMG@2|Bacteria,1VB95@1239|Firmicutes,24K45@186801|Clostridia,36K8F@31979|Clostridiaceae 186801|Clostridia S Arsenical resistance operon trans-acting repressor ArsD arsD - - - - - - - - - - - ArsD +MGYG000000001_02813 1301100.HG529304_gene3101 1.04e-139 398.0 COG1187@1|root,COG1187@2|Bacteria,1TP68@1239|Firmicutes,248UG@186801|Clostridia,36EH3@31979|Clostridiaceae 186801|Clostridia J Belongs to the pseudouridine synthase RsuA family rluB - 5.4.99.19,5.4.99.22 ko:K06178,ko:K06183 - - - - ko00000,ko01000,ko03009 - - - PseudoU_synth_2,S4 +MGYG000000001_02096 1120973.AQXL01000124_gene2345 9.59e-104 310.0 COG1524@1|root,COG1524@2|Bacteria,1TR0T@1239|Firmicutes,4HD1Y@91061|Bacilli 91061|Bacilli S Type I phosphodiesterase / nucleotide pyrophosphatase - - - - - - - - - - - - Phosphodiest +MGYG000000001_01199 1301100.HG529229_gene5412 0.0 1025.0 COG0768@1|root,COG0768@2|Bacteria,1TP93@1239|Firmicutes,248KB@186801|Clostridia,36DJT@31979|Clostridiaceae 186801|Clostridia M stage V sporulation protein D spoVD - 3.4.16.4 ko:K03587,ko:K08384 ko00550,ko01501,map00550,map01501 - - - ko00000,ko00001,ko01000,ko01011,ko03036 - - - PASTA,PBP_dimer,Transpeptidase +MGYG000000001_01545 1476973.JMMB01000007_gene450 1.6e-169 482.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,25S1Q@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter substrate-binding protein PnrA-like bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_00519 1158294.JOMI01000004_gene3400 1.18e-69 236.0 2A87T@1|root,30X8W@2|Bacteria,4P2AK@976|Bacteroidetes,2FX95@200643|Bacteroidia 976|Bacteroidetes - - - - - - - - - - - - - - - +MGYG000000001_02170 1280689.AUJC01000001_gene2212 2.65e-33 129.0 COG0789@1|root,COG0789@2|Bacteria,1V0RM@1239|Firmicutes,24C7M@186801|Clostridia,36F4B@31979|Clostridiaceae 186801|Clostridia KT helix_turn_helix, mercury resistance - - - - - - - - - - - - GyrI-like,MerR_1 +MGYG000000001_00074 1301100.HG529399_gene6830 9.87e-176 501.0 COG0247@1|root,COG0247@2|Bacteria,1UYKK@1239|Firmicutes,25E5V@186801|Clostridia,36F46@31979|Clostridiaceae 186801|Clostridia C Cysteine-rich domain - - - - - - - - - - - - CCG,Fer4_10,Fer4_17,Fer4_8 +MGYG000000001_00008 1476973.JMMB01000007_gene3164 1.29e-95 278.0 COG1051@1|root,COG1051@2|Bacteria,1V4E6@1239|Firmicutes,24HPT@186801|Clostridia,25REQ@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the Nudix hydrolase family apfA - - - - - - - - - - - NUDIX +MGYG000000001_00180 445973.CLOBAR_00221 8.53e-77 235.0 2BWMW@1|root,32QZS@2|Bacteria,1V6ZC@1239|Firmicutes,24KAR@186801|Clostridia 186801|Clostridia S Protein of unknown function (DUF1638) - - - - - - - - - - - - DUF1638 +MGYG000000001_02817 1301100.HG529409_gene181 4.22e-89 268.0 COG0569@1|root,COG0569@2|Bacteria,1TPNS@1239|Firmicutes,24830@186801|Clostridia,36ERV@31979|Clostridiaceae 186801|Clostridia P domain protein - - - ko:K03499 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkA_C,TrkA_N +MGYG000000001_01367 1476973.JMMB01000007_gene577 2.17e-31 110.0 COG0291@1|root,COG0291@2|Bacteria,1VF5W@1239|Firmicutes,24QJD@186801|Clostridia,25RWU@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bL35 family rpmI - - ko:K02916 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L35p +MGYG000000001_00283 1301100.HG529369_gene1450 3.11e-216 603.0 COG0075@1|root,COG0075@2|Bacteria,1TPS0@1239|Firmicutes,24919@186801|Clostridia,36E72@31979|Clostridiaceae 186801|Clostridia E Aminotransferase - - 2.6.1.44,2.6.1.45,2.6.1.51 ko:K00830 ko00250,ko00260,ko00630,ko00680,ko01100,ko01110,ko01120,ko01130,ko01200,ko04146,map00250,map00260,map00630,map00680,map01100,map01110,map01120,map01130,map01200,map04146 M00346,M00532 R00369,R00372,R00585,R00588 RC00006,RC00008,RC00018 ko00000,ko00001,ko00002,ko01000,ko01007 - - - Aminotran_5 +MGYG000000001_00843 1301100.HG529333_gene4587 7e-139 397.0 COG0600@1|root,COG0600@2|Bacteria,1TRFD@1239|Firmicutes,25C7Z@186801|Clostridia,36DV8@31979|Clostridiaceae 186801|Clostridia P ABC-type nitrate sulfonate bicarbonate transport system, permease component - - - - - - - - - - - - BPD_transp_1 +MGYG000000001_01628 445973.CLOBAR_01718 7.12e-45 145.0 COG1923@1|root,COG1923@2|Bacteria,1VEGI@1239|Firmicutes,24QIM@186801|Clostridia,25TPF@186804|Peptostreptococcaceae 186801|Clostridia J RNA chaperone that binds small regulatory RNA (sRNAs) and mRNAs to facilitate mRNA translational regulation in response to envelope stress, environmental stress and changes in metabolite concentrations. Also binds with high specificity to tRNAs hfq - - ko:K03666 ko02024,ko03018,ko05111,map02024,map03018,map05111 - - - ko00000,ko00001,ko03019,ko03036 - - - Hfq +MGYG000000001_00569 1415775.U729_2673 2.67e-174 489.0 COG0508@1|root,COG0508@2|Bacteria,1U33K@1239|Firmicutes,24FVV@186801|Clostridia,36IAV@31979|Clostridiaceae 186801|Clostridia C 2-oxoacid dehydrogenases acyltransferase (catalytic domain) - - 2.3.1.12 ko:K00627 ko00010,ko00020,ko00620,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00020,map00620,map01100,map01110,map01120,map01130,map01200 M00307 R00209,R02569 RC00004,RC02742,RC02857 br01601,ko00000,ko00001,ko00002,ko01000 - - - 2-oxoacid_dh,Biotin_lipoyl,E3_binding +MGYG000000001_00570 1415775.U729_2673 2.67e-174 489.0 COG0508@1|root,COG0508@2|Bacteria,1U33K@1239|Firmicutes,24FVV@186801|Clostridia,36IAV@31979|Clostridiaceae 186801|Clostridia C 2-oxoacid dehydrogenases acyltransferase (catalytic domain) - - 2.3.1.12 ko:K00627 ko00010,ko00020,ko00620,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00020,map00620,map01100,map01110,map01120,map01130,map01200 M00307 R00209,R02569 RC00004,RC02742,RC02857 br01601,ko00000,ko00001,ko00002,ko01000 - - - 2-oxoacid_dh,Biotin_lipoyl,E3_binding +MGYG000000001_01076 994573.T472_0201490 6.37e-184 534.0 COG0673@1|root,COG0673@2|Bacteria,1TP83@1239|Firmicutes,248XQ@186801|Clostridia,36F4R@31979|Clostridiaceae 186801|Clostridia S Oxidoreductase family, C-terminal alpha beta domain - - - - - - - - - - - - GFO_IDH_MocA,GFO_IDH_MocA_C +MGYG000000001_00156 272563.CD630_31210 3.18e-144 410.0 COG0437@1|root,COG0716@1|root,COG0437@2|Bacteria,COG0716@2|Bacteria,1VSX9@1239|Firmicutes,24ZRM@186801|Clostridia,25UNU@186804|Peptostreptococcaceae 186801|Clostridia C Flavodoxin domain - - - - - - - - - - - - Fer4,Fer4_4,Fer4_9,Flavodoxin_1,Flavodoxin_5 +MGYG000000001_02743 1476973.JMMB01000001_gene3354 2.52e-29 106.0 2DR42@1|root,33A2M@2|Bacteria,1VKCM@1239|Firmicutes,25JM4@186801|Clostridia,25TZ3@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2922) - - - - - - - - - - - - DUF2922 +MGYG000000001_02520 1408823.AXUS01000018_gene3133 3.18e-59 187.0 COG1799@1|root,COG1799@2|Bacteria,1VER3@1239|Firmicutes,24I9Y@186801|Clostridia,25UH5@186804|Peptostreptococcaceae 186801|Clostridia D Cell division protein SepF sepF - - ko:K09772 - - - - ko00000,ko03036 - - - SepF +MGYG000000001_01943 1301100.HG529395_gene6871 6.93e-42 154.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - ABC_sub_bind,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Reg_prop,Y_Y_Y +MGYG000000001_01430 272563.CD630_29521 2.26e-05 46.6 COG3842@1|root,COG3842@2|Bacteria,1TP2M@1239|Firmicutes,247JR@186801|Clostridia,25QEJ@186804|Peptostreptococcaceae 186801|Clostridia P Part of the ABC transporter complex PotABCD involved in spermidine putrescine import. Responsible for energy coupling to the transport system - - 3.6.3.30 ko:K02010 ko02010,map02010 M00190 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.10 - - ABC_tran,DUF3797,TOBE_2 +MGYG000000001_01335 1476973.JMMB01000007_gene616 4.02e-68 207.0 COG0509@1|root,COG0509@2|Bacteria,1V6WV@1239|Firmicutes,24N5H@186801|Clostridia,25RKT@186804|Peptostreptococcaceae 186801|Clostridia E The glycine cleavage system catalyzes the degradation of glycine. The H protein shuttles the methylamine group of glycine from the P protein to the T protein gcvH - - ko:K02437 ko00260,ko00630,ko01100,ko01110,ko01130,ko01200,map00260,map00630,map01100,map01110,map01130,map01200 M00532 R01221 RC00022,RC02834 ko00000,ko00001,ko00002 - - - GCV_H +MGYG000000001_03015 1301100.HG529268_gene629 1.77e-159 452.0 COG1284@1|root,COG1284@2|Bacteria,1TRAU@1239|Firmicutes,249DE@186801|Clostridia,36EK0@31979|Clostridiaceae 186801|Clostridia S hmm pf02588 - - - - - - - - - - - - DUF2179,YitT_membrane +MGYG000000001_03014 1301100.HG529268_gene629 1.77e-159 452.0 COG1284@1|root,COG1284@2|Bacteria,1TRAU@1239|Firmicutes,249DE@186801|Clostridia,36EK0@31979|Clostridiaceae 186801|Clostridia S hmm pf02588 - - - - - - - - - - - - DUF2179,YitT_membrane +MGYG000000001_00813 318464.IO99_07725 1.65e-105 309.0 2B9GQ@1|root,2ZCFA@2|Bacteria,1UPR4@1239|Firmicutes,25HMD@186801|Clostridia,36VBF@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01785 999411.HMPREF1092_02785 7.17e-72 221.0 COG0454@1|root,COG0456@2|Bacteria,1V6N3@1239|Firmicutes,25CX5@186801|Clostridia,36X23@31979|Clostridiaceae 186801|Clostridia K Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1,Acetyltransf_7 +MGYG000000001_02568 500633.CLOHIR_01600 3.78e-74 222.0 COG0361@1|root,COG0361@2|Bacteria,1V9ZK@1239|Firmicutes,24MQE@186801|Clostridia,25RSC@186804|Peptostreptococcaceae 186801|Clostridia J One of the essential components for the initiation of protein synthesis. Stabilizes the binding of IF-2 and IF-3 on the 30S subunit to which N-formylmethionyl-tRNA(fMet) subsequently binds. Helps modulate mRNA selection, yielding the 30S pre- initiation complex (PIC). Upon addition of the 50S ribosomal subunit IF-1, IF-2 and IF-3 are released leaving the mature 70S translation initation complex infA - - ko:K02518 - - - - ko00000,ko03012 - - - eIF-1a +MGYG000000001_02888 1151292.QEW_3341 2.93e-109 323.0 COG2966@1|root,COG2966@2|Bacteria,1TSE8@1239|Firmicutes,24A25@186801|Clostridia,25QVQ@186804|Peptostreptococcaceae 186801|Clostridia S Putative threonine/serine exporter - - - - - - - - - - - - ThrE,ThrE_2 +MGYG000000001_01142 1301100.HG529348_gene4322 7.38e-317 874.0 COG1757@1|root,COG1757@2|Bacteria,1TP8A@1239|Firmicutes,247V4@186801|Clostridia,36EFF@31979|Clostridiaceae 186801|Clostridia C Na H antiporter - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_02081 1301100.HG529236_gene7281 5.2e-276 779.0 COG1266@1|root,COG1668@1|root,COG1266@2|Bacteria,COG1668@2|Bacteria,1TQNC@1239|Firmicutes,2489Z@186801|Clostridia,36GGI@31979|Clostridiaceae 186801|Clostridia CP ABC-2 family transporter protein natB - - ko:K09696 ko02010,ko02020,map02010,map02020 M00253 - - ko00000,ko00001,ko00002,ko02000 3.A.1.115 - - ABC2_membrane_2,ABC2_membrane_3,Abi +MGYG000000001_01750 1476973.JMMB01000007_gene1183 2.8e-13 70.1 293ES@1|root,2ZQX7@2|Bacteria,1W3MC@1239|Firmicutes,2577A@186801|Clostridia,25UEM@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02912 1301100.HG529346_gene4300 5.2e-179 506.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,36EW8@31979|Clostridiaceae 186801|Clostridia S basic membrane bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_00110 1301100.HG529386_gene5085 2.3e-224 623.0 COG0167@1|root,COG2768@1|root,COG0167@2|Bacteria,COG2768@2|Bacteria,1TRPI@1239|Firmicutes,24A0Z@186801|Clostridia,36EA4@31979|Clostridiaceae 186801|Clostridia C dihydroorotate dehydrogenase - - - - - - - - - - - - DHO_dh,Fer4,Fer4_21 +MGYG000000001_02824 1301100.HG529409_gene193 1.17e-289 795.0 COG2265@1|root,COG2265@2|Bacteria,1TP4H@1239|Firmicutes,248B4@186801|Clostridia,36E34@31979|Clostridiaceae 186801|Clostridia J Belongs to the class I-like SAM-binding methyltransferase superfamily. RNA M5U methyltransferase family rumA - 2.1.1.190 ko:K03215 - - - - ko00000,ko01000,ko03009 - - - Methyltransf_31,TRAM,tRNA_U5-meth_tr +MGYG000000001_03009 1301100.HG529257_gene6221 2.33e-159 451.0 COG0726@1|root,COG0726@2|Bacteria,1TT1X@1239|Firmicutes,249PF@186801|Clostridia,36DZP@31979|Clostridiaceae 186801|Clostridia G delta-lactam-biosynthetic de-N-acetylase pdaA - - ko:K01567 - - - - ko00000,ko01000 - - - Amidase_3,Cu_amine_oxidN1,DUF5011,Polysacc_deac_1,RicinB_lectin_2 +MGYG000000001_01842 1301100.HG529336_gene3396 1.1e-193 549.0 COG1823@1|root,COG1823@2|Bacteria,1UPUK@1239|Firmicutes,24H65@186801|Clostridia,36VBU@31979|Clostridiaceae 186801|Clostridia U Belongs to the dicarboxylate amino acid cation symporter (DAACS) (TC 2.A.23) family - - - ko:K06956 - - - - ko00000 - - - SDF +MGYG000000001_02656 1476973.JMMB01000007_gene2452 1.89e-209 581.0 COG1957@1|root,COG1957@2|Bacteria,1TRQQ@1239|Firmicutes,25C8Y@186801|Clostridia,25SBK@186804|Peptostreptococcaceae 186801|Clostridia F Inosine-uridine preferring nucleoside hydrolase iunH - 3.2.2.1 ko:K01239,ko:K12700 ko00230,ko00760,ko01100,map00230,map00760,map01100 - R01245,R01273,R01677,R01770,R02143 RC00033,RC00063,RC00122,RC00318,RC00485 ko00000,ko00001,ko01000 - - - IU_nuc_hydro +MGYG000000001_00348 1301100.HG529402_gene6747 0.0 1179.0 COG0173@1|root,COG0173@2|Bacteria,1TPCN@1239|Firmicutes,247Z3@186801|Clostridia,36EHV@31979|Clostridiaceae 186801|Clostridia J Catalyzes the attachment of L-aspartate to tRNA(Asp) in a two-step reaction L-aspartate is first activated by ATP to form Asp-AMP and then transferred to the acceptor end of tRNA(Asp) aspS - 6.1.1.12 ko:K01876 ko00970,map00970 M00359,M00360 R05577 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016,ko03029 - - - GAD,tRNA-synt_2,tRNA-synt_2d,tRNA_anti-codon +MGYG000000001_01366 1476973.JMMB01000007_gene578 3.98e-72 217.0 COG0292@1|root,COG0292@2|Bacteria,1V6DB@1239|Firmicutes,24JBJ@186801|Clostridia,25RKJ@186804|Peptostreptococcaceae 186801|Clostridia J Binds directly to 23S ribosomal RNA and is necessary for the in vitro assembly process of the 50S ribosomal subunit. It is not involved in the protein synthesizing functions of that subunit rplT - - ko:K02887 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L20 +MGYG000000001_01031 1476973.JMMB01000007_gene385 0.0 1120.0 COG0449@1|root,COG0449@2|Bacteria,1TPGU@1239|Firmicutes,248F8@186801|Clostridia,25QFM@186804|Peptostreptococcaceae 186801|Clostridia M Catalyzes the first step in hexosamine metabolism, converting fructose-6P into glucosamine-6P using glutamine as a nitrogen source glmS - 2.6.1.16 ko:K00820 ko00250,ko00520,ko01100,ko01130,ko04931,map00250,map00520,map01100,map01130,map04931 - R00768 RC00010,RC00163,RC02752 ko00000,ko00001,ko01000,ko01002 - - - GATase_6,GATase_7,SIS +MGYG000000001_02461 1292035.H476_0185 6.64e-93 271.0 COG0048@1|root,COG0048@2|Bacteria,1V1FJ@1239|Firmicutes,24FQT@186801|Clostridia,25RAK@186804|Peptostreptococcaceae 186801|Clostridia J Interacts with and stabilizes bases of the 16S rRNA that are involved in tRNA selection in the A site and with the mRNA backbone. Located at the interface of the 30S and 50S subunits, it traverses the body of the 30S subunit contacting proteins on the other side and probably holding the rRNA structure together. The combined cluster of proteins S8, S12 and S17 appears to hold together the shoulder and platform of the 30S subunit rpsL - - ko:K02950 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosom_S12_S23 +MGYG000000001_00707 1476973.JMMB01000007_gene3230 0.0 1044.0 COG2208@1|root,COG2208@2|Bacteria,1TQ92@1239|Firmicutes,247XG@186801|Clostridia,25QGW@186804|Peptostreptococcaceae 186801|Clostridia KT Serine/threonine phosphatases, family 2C, catalytic domain spoIIE - 3.1.3.16 ko:K06382 - - - - ko00000,ko01000 - - - SpoIIE +MGYG000000001_02518 1476973.JMMB01000007_gene890 3.16e-102 315.0 COG0845@1|root,COG0845@2|Bacteria,1VXBH@1239|Firmicutes,25JB0@186801|Clostridia,25RTE@186804|Peptostreptococcaceae 186801|Clostridia M HlyD family secretion protein - - - - - - - - - - - - HlyD_2 +MGYG000000001_01945 457396.CSBG_02277 1.19e-244 678.0 COG1653@1|root,COG1653@2|Bacteria,1TS64@1239|Firmicutes,249GC@186801|Clostridia,36DXR@31979|Clostridiaceae 186801|Clostridia G Extracellular solute-binding protein - - - ko:K02027 - M00207 - - ko00000,ko00002,ko02000 3.A.1.1 - - SBP_bac_1,SBP_bac_8 +MGYG000000001_01333 272563.CD630_07310 5.47e-159 451.0 COG1856@1|root,COG1856@2|Bacteria,1V23U@1239|Firmicutes,24E3M@186801|Clostridia,25T3G@186804|Peptostreptococcaceae 186801|Clostridia S Elongator protein 3, MiaB family, Radical SAM - - - ko:K09711 - - - - ko00000 - - - Radical_SAM +MGYG000000001_02334 536233.CLO_2195 7.37e-172 497.0 COG0534@1|root,COG0534@2|Bacteria,1TNZN@1239|Firmicutes,247YX@186801|Clostridia,36DT9@31979|Clostridiaceae 186801|Clostridia V Mate efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_02030 1151292.QEW_1440 2.71e-146 424.0 COG0628@1|root,COG0628@2|Bacteria,1TS4S@1239|Firmicutes,248E5@186801|Clostridia 186801|Clostridia D Sporulation integral membrane protein YtvI ytvI - - - - - - - - - - - AI-2E_transport +MGYG000000001_00841 272563.CD630_19780 1.73e-125 362.0 COG1116@1|root,COG1116@2|Bacteria,1TSW5@1239|Firmicutes,25AZG@186801|Clostridia,25SAI@186804|Peptostreptococcaceae 186801|Clostridia P ABC transporter, ATP-binding protein - - - ko:K02049 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - ABC_tran +MGYG000000001_00962 1216932.CM240_0253 7.83e-55 174.0 COG2832@1|root,COG2832@2|Bacteria,1VEWF@1239|Firmicutes,24JN1@186801|Clostridia,36JT0@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF454) - - - ko:K09790 - - - - ko00000 - - - DUF454 +MGYG000000001_00001 1476973.JMMB01000007_gene3171 5.01e-250 698.0 COG1502@1|root,COG1502@2|Bacteria,1TPKY@1239|Firmicutes,247UR@186801|Clostridia,25SZI@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the reversible phosphatidyl group transfer from one phosphatidylglycerol molecule to another to form cardiolipin (CL) (diphosphatidylglycerol) and glycerol cls - - ko:K06131 ko00564,ko01100,map00564,map01100 - R07390 RC00017 ko00000,ko00001,ko01000 - - - PLDc_2,PLDc_N +MGYG000000001_00936 1476973.JMMB01000007_gene225 1.31e-236 655.0 COG0520@1|root,COG0520@2|Bacteria,1TQ1W@1239|Firmicutes,249CS@186801|Clostridia,25R1M@186804|Peptostreptococcaceae 186801|Clostridia E cysteine desulfurase family protein csd2 - - - - - - - - - - - Aminotran_5 +MGYG000000001_01775 1301100.HG529344_gene3209 4.11e-275 775.0 COG0768@1|root,COG0768@2|Bacteria,1TQHY@1239|Firmicutes,248PI@186801|Clostridia,36EN4@31979|Clostridiaceae 186801|Clostridia M Penicillin-binding Protein pbpC - 3.4.16.4 ko:K05515,ko:K21467 ko00550,ko01501,map00550,map01501 - - - ko00000,ko00001,ko01000,ko01011 - - - FTSW_RODA_SPOVE,MecA_N,PBP_dimer,Transpeptidase +MGYG000000001_00683 1476973.JMMB01000007_gene3255 3.94e-186 531.0 COG0462@1|root,COG0462@2|Bacteria,1TQ6Q@1239|Firmicutes,248ZN@186801|Clostridia,25QGP@186804|Peptostreptococcaceae 186801|Clostridia F Involved in the biosynthesis of the central metabolite phospho-alpha-D-ribosyl-1-pyrophosphate (PRPP) via the transfer of pyrophosphoryl group from ATP to 1-hydroxyl of ribose-5-phosphate (Rib-5-P) prs - 2.7.6.1 ko:K00948 ko00030,ko00230,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00030,map00230,map01100,map01110,map01120,map01130,map01200,map01230 M00005 R01049 RC00002,RC00078 ko00000,ko00001,ko00002,ko01000 - - - Pribosyl_synth,Pribosyltran,Pribosyltran_N +MGYG000000001_01393 1391646.AVSU01000087_gene512 0.000201 44.7 2AKUT@1|root,31BMY@2|Bacteria,1V967@1239|Firmicutes,24DHX@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01681 272563.CD630_21380 2.48e-161 452.0 COG0528@1|root,COG0528@2|Bacteria,1TPXN@1239|Firmicutes,247KR@186801|Clostridia,25R1E@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the reversible phosphorylation of UMP to UDP pyrH - 2.7.4.22 ko:K09903 ko00240,ko01100,map00240,map01100 - R00158 RC00002 ko00000,ko00001,ko01000 - - - AA_kinase +MGYG000000001_01275 1301100.HG529233_gene7395 1.31e-182 509.0 COG0745@1|root,COG0745@2|Bacteria,1TPF7@1239|Firmicutes,24916@186801|Clostridia,36EFI@31979|Clostridiaceae 186801|Clostridia KT May play the central regulatory role in sporulation. It may be an element of the effector pathway responsible for the activation of sporulation genes in response to nutritional stress. Spo0A may act in concert with spo0H (a sigma factor) to control the expression of some genes that are critical to the sporulation process spo0A - - ko:K07699 ko02020,ko02024,map02020,map02024 M00485 - - ko00000,ko00001,ko00002,ko02022 - - - N_methyl,Response_reg,Spo0A_C +MGYG000000001_00614 1476973.JMMB01000007_gene1890 0.0 997.0 COG4108@1|root,COG4108@2|Bacteria,1TPYT@1239|Firmicutes,247X3@186801|Clostridia,25SK8@186804|Peptostreptococcaceae 186801|Clostridia J Class II release factor RF3, C-terminal domain prfC - - ko:K02837 - - - - ko00000,ko03012 - - - GTP_EFTU,GTP_EFTU_D2,RF3_C +MGYG000000001_00126 1235799.C818_03712 3.54e-204 567.0 COG1013@1|root,COG1013@2|Bacteria,1TPF0@1239|Firmicutes,24BE5@186801|Clostridia,27JHQ@186928|unclassified Lachnospiraceae 186801|Clostridia C Thiamine pyrophosphate enzyme, C-terminal TPP binding domain porB - 1.2.7.1 ko:K00170 ko00010,ko00020,ko00620,ko00633,ko00640,ko00650,ko00680,ko00720,ko01100,ko01120,ko01130,ko01200,map00010,map00020,map00620,map00633,map00640,map00650,map00680,map00720,map01100,map01120,map01130,map01200 M00173,M00307,M00374,M00620 R01196,R01199,R08034 RC00004,RC00250,RC02742,RC02833 br01601,ko00000,ko00001,ko00002,ko01000 - - - EKR,Fer4_16,PFOR_II,POR,TPP_enzyme_C +MGYG000000001_01362 1301100.HG529407_gene273 2.51e-218 605.0 COG0016@1|root,COG0016@2|Bacteria,1TPFW@1239|Firmicutes,2486E@186801|Clostridia,36DSH@31979|Clostridiaceae 186801|Clostridia J Belongs to the class-II aminoacyl-tRNA synthetase family. Phe-tRNA synthetase alpha subunit type 1 subfamily pheS - 6.1.1.20 ko:K01889 ko00970,map00970 M00359,M00360 R03660 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - Phe_tRNA-synt_N,tRNA-synt_2d +MGYG000000001_00671 1301100.HG529431_gene1848 0.0 1145.0 COG0073@1|root,COG0143@1|root,COG0073@2|Bacteria,COG0143@2|Bacteria,1TPA1@1239|Firmicutes,248AU@186801|Clostridia,36E2T@31979|Clostridiaceae 186801|Clostridia J Is required not only for elongation of protein synthesis but also for the initiation of all mRNA translation through initiator tRNA(fMet) aminoacylation metG - 6.1.1.10 ko:K01874 ko00450,ko00970,map00450,map00970 M00359,M00360 R03659,R04773 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - Anticodon_1,tRNA-synt_1g,tRNA_bind +MGYG000000001_01299 1476973.JMMB01000007_gene1001 2.11e-39 136.0 COG4970@1|root,COG4970@2|Bacteria,1VPH1@1239|Firmicutes,25J9Z@186801|Clostridia,25RNM@186804|Peptostreptococcaceae 186801|Clostridia NU Tfp pilus assembly protein FimT - - - - - - - - - - - - - +MGYG000000001_01315 1292035.H476_0540 2.96e-72 217.0 COG0335@1|root,COG0335@2|Bacteria,1V6FT@1239|Firmicutes,24J83@186801|Clostridia,25RM0@186804|Peptostreptococcaceae 186801|Clostridia J This protein is located at the 30S-50S ribosomal subunit interface and may play a role in the structure and function of the aminoacyl-tRNA binding site rplS - - ko:K02884 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L19 +MGYG000000001_01131 1048834.TC41_2516 1.17e-09 55.8 COG1395@1|root,COG1395@2|Bacteria,1V6AN@1239|Firmicutes 1239|Firmicutes K Helix-turn-helix domain - - - - - - - - - - - - HTH_3 +MGYG000000001_01836 1301100.HG529335_gene4423 9.57e-211 586.0 COG0057@1|root,COG0057@2|Bacteria,1TNYU@1239|Firmicutes,247IZ@186801|Clostridia,36DD0@31979|Clostridiaceae 186801|Clostridia G Belongs to the glyceraldehyde-3-phosphate dehydrogenase family gap - 1.2.1.12 ko:K00134 ko00010,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,ko04066,ko05010,map00010,map00710,map01100,map01110,map01120,map01130,map01200,map01230,map04066,map05010 M00001,M00002,M00003,M00165,M00166,M00308,M00552 R01061 RC00149 ko00000,ko00001,ko00002,ko01000,ko04131,ko04147 - - - Gp_dh_C,Gp_dh_N +MGYG000000001_01239 445973.CLOBAR_02460 3.17e-37 125.0 COG0694@1|root,COG0694@2|Bacteria,1VAAU@1239|Firmicutes,24R29@186801|Clostridia,25U46@186804|Peptostreptococcaceae 186801|Clostridia O NifU-like domain - - - - - - - - - - - - NifU +MGYG000000001_03175 1211817.CCAT010000063_gene4131 8.6e-214 602.0 COG0534@1|root,COG0534@2|Bacteria,1TNZN@1239|Firmicutes,247YX@186801|Clostridia,36DT9@31979|Clostridiaceae 186801|Clostridia V Mate efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_00138 272563.CD630_25100 8.06e-317 869.0 COG1263@1|root,COG1264@1|root,COG1263@2|Bacteria,COG1264@2|Bacteria,1TPJ8@1239|Firmicutes,24809@186801|Clostridia,25QI1@186804|Peptostreptococcaceae 186801|Clostridia G pts system glvC - 2.7.1.199,2.7.1.208 ko:K02749,ko:K02750,ko:K02790,ko:K02791 ko00010,ko00500,ko00520,ko02060,map00010,map00500,map00520,map02060 M00266,M00268 R02738,R04111 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.1.1.10,4.A.1.1.16,4.A.1.1.3,4.A.1.1.4,4.A.1.1.8 - - PTS_EIIB,PTS_EIIC +MGYG000000001_01660 272563.CD630_18160 4.82e-125 359.0 COG0283@1|root,COG0283@2|Bacteria,1V3IA@1239|Firmicutes,24HEF@186801|Clostridia,25RAW@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the cytidylate kinase family. Type 1 subfamily cmk - 2.7.4.25 ko:K00945 ko00240,ko01100,map00240,map01100 M00052 R00158,R00512,R01665 RC00002 ko00000,ko00001,ko00002,ko01000 - - - Acyltransferase,CM_1,Cytidylate_kin +MGYG000000001_02396 1301100.HG529318_gene6123 1.46e-147 419.0 2EFXP@1|root,339PX@2|Bacteria,1VMW2@1239|Firmicutes,24P3U@186801|Clostridia,36KKZ@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01692 1476973.JMMB01000007_gene1339 3.17e-146 429.0 COG2720@1|root,COG2720@2|Bacteria,1TSH8@1239|Firmicutes,2493X@186801|Clostridia,25QIR@186804|Peptostreptococcaceae 186801|Clostridia V VanW like protein - - - ko:K18346 ko01502,ko02020,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01504 - - - G5,PG_binding_4,VanW +MGYG000000001_01363 1301100.HG529407_gene274 1.24e-142 407.0 COG0566@1|root,COG0566@2|Bacteria,1V3JP@1239|Firmicutes,248DV@186801|Clostridia,36EYS@31979|Clostridiaceae 186801|Clostridia J Belongs to the class IV-like SAM-binding methyltransferase superfamily. RNA methyltransferase TrmH family spoU - - ko:K03437 - - - - ko00000,ko03016 - - - SpoU_methylase,SpoU_sub_bind +MGYG000000001_00547 1476973.JMMB01000007_gene1135 1.29e-102 307.0 COG1082@1|root,COG1082@2|Bacteria,1VFCG@1239|Firmicutes,24D46@186801|Clostridia,25RT9@186804|Peptostreptococcaceae 186801|Clostridia G Xylose isomerase-like TIM barrel - - - - - - - - - - - - AP_endonuc_2 +MGYG000000001_00357 1301100.HG529402_gene6758 1.87e-77 234.0 COG0663@1|root,COG0663@2|Bacteria,1V6CZ@1239|Firmicutes,24JAK@186801|Clostridia,36IWM@31979|Clostridiaceae 186801|Clostridia S Bacterial transferase hexapeptide (six repeats) - - - - - - - - - - - - Hexapep,Hexapep_2 +MGYG000000001_02361 1301100.HG529285_gene7048 3.56e-194 549.0 COG0513@1|root,COG0513@2|Bacteria,1TQ9R@1239|Firmicutes,249Z4@186801|Clostridia,36DKG@31979|Clostridiaceae 186801|Clostridia L DEAD DEAH box helicase - - - - - - - - - - - - DEAD,Helicase_C +MGYG000000001_02106 1499684.CCNP01000023_gene3233 2.25e-143 410.0 COG0656@1|root,COG0656@2|Bacteria,1TPM1@1239|Firmicutes,248FK@186801|Clostridia,36DI6@31979|Clostridiaceae 186801|Clostridia K aldo keto reductase - - - - - - - - - - - - Aldo_ket_red +MGYG000000001_03073 1476973.JMMB01000007_gene1464 1.63e-229 639.0 COG0162@1|root,COG0162@2|Bacteria,1TPGN@1239|Firmicutes,247QC@186801|Clostridia,25R8C@186804|Peptostreptococcaceae 186801|Clostridia J Catalyzes the attachment of tyrosine to tRNA(Tyr) in a two-step reaction tyrosine is first activated by ATP to form Tyr- AMP and then transferred to the acceptor end of tRNA(Tyr) tyrS - 6.1.1.1 ko:K01866 ko00970,map00970 M00359,M00360 R02918 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016,ko03029 - - - B3_4,S4,tRNA-synt_1b +MGYG000000001_00637 1151292.QEW_2190 2.92e-156 454.0 COG0786@1|root,COG0786@2|Bacteria,1TQA4@1239|Firmicutes,247WX@186801|Clostridia,25S5S@186804|Peptostreptococcaceae 186801|Clostridia P Catalyzes the sodium-dependent transport of glutamate gltC - - ko:K03312 - - - - ko00000,ko02000 2.A.27 - - Glt_symporter +MGYG000000001_00883 1292035.H476_0818 0.0 1149.0 COG1217@1|root,COG1217@2|Bacteria,1TQ5Y@1239|Firmicutes,248EB@186801|Clostridia,25QE6@186804|Peptostreptococcaceae 186801|Clostridia T GTP-binding protein typA - - ko:K06207 - - - - ko00000 - - - EFG_C,EFG_II,GTP_EFTU,GTP_EFTU_D2 +MGYG000000001_02385 1449050.JNLE01000003_gene3692 8.66e-275 759.0 COG2723@1|root,COG2723@2|Bacteria,1TP19@1239|Firmicutes,2485V@186801|Clostridia,36DZU@31979|Clostridiaceae 186801|Clostridia G Belongs to the glycosyl hydrolase 1 family bglC - 3.2.1.86 ko:K01223 ko00010,ko00500,map00010,map00500 - R00839,R05133,R05134 RC00049,RC00171,RC00714 ko00000,ko00001,ko01000 - GT1 - Glyco_hydro_1 +MGYG000000001_01194 272563.CD630_26580 1.33e-222 613.0 COG0275@1|root,COG0275@2|Bacteria,1TNZV@1239|Firmicutes,248B5@186801|Clostridia,25QND@186804|Peptostreptococcaceae 186801|Clostridia J Specifically methylates the N4 position of cytidine in position 1402 (C1402) of 16S rRNA rsmH - 2.1.1.199 ko:K03438 - - - - ko00000,ko01000,ko03009 - - - LGT,Methyltransf_5 +MGYG000000001_01876 1122915.AUGY01000001_gene7117 1.44e-130 390.0 COG0714@1|root,COG0714@2|Bacteria,1UJBT@1239|Firmicutes,4ITDV@91061|Bacilli,26VT0@186822|Paenibacillaceae 91061|Bacilli S AAA domain (dynein-related subfamily) - - - - - - - - - - - - AAA_5 +MGYG000000001_02051 1391646.AVSU01000160_gene186 3.14e-30 107.0 COG1141@1|root,COG1141@2|Bacteria,1VHQ7@1239|Firmicutes 1239|Firmicutes C 4Fe-4S single cluster domain of Ferredoxin I - - - ko:K05337 - - - - ko00000 - - - Fer4_13 +MGYG000000001_03157 1391646.AVSU01000049_gene1616 4.98e-135 396.0 COG1472@1|root,COG1472@2|Bacteria,1TP63@1239|Firmicutes,24YIP@186801|Clostridia,25RRG@186804|Peptostreptococcaceae 186801|Clostridia G Glycosyl hydrolase family 3 N terminal domain - - 3.2.1.52 ko:K01207 ko00520,ko00531,ko01100,ko01501,map00520,map00531,map01100,map01501 M00628 R00022,R05963,R07809,R07810,R10831 RC00049 ko00000,ko00001,ko00002,ko01000 - - - Glyco_hydro_3 +MGYG000000001_02978 1301100.HG529272_gene1712 5.21e-09 54.7 2EBVE@1|root,335UU@2|Bacteria,1VGUW@1239|Firmicutes,24V7Z@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02065 1301100.HG529262_gene698 7.51e-268 737.0 COG0402@1|root,COG0402@2|Bacteria,1TRK2@1239|Firmicutes,248DN@186801|Clostridia,36E8M@31979|Clostridiaceae 186801|Clostridia F Amidohydrolase family codA - 3.5.4.1 ko:K01485 ko00240,ko00330,ko01100,map00240,map00330,map01100 - R00974,R01411,R02922 RC00074,RC00514,RC00809 ko00000,ko00001,ko01000 - - - Amidohydro_3 +MGYG000000001_01180 1301100.HG529229_gene5396 4.67e-303 837.0 COG3275@1|root,COG3275@2|Bacteria,1VTXF@1239|Firmicutes,25E5Z@186801|Clostridia,36E2G@31979|Clostridiaceae 186801|Clostridia T Histidine kinase ypdA - 2.7.13.3 ko:K02478,ko:K07704 ko02020,map02020 M00492 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - 5TM-5TMR_LYT,GAF,GAF_2,GAF_3,HATPase_c,His_kinase,LytTR,PocR +MGYG000000001_00847 1301100.HG529333_gene4593 5.16e-105 308.0 COG2323@1|root,COG2323@2|Bacteria,1V3NW@1239|Firmicutes,24H1Q@186801|Clostridia,36DZ1@31979|Clostridiaceae 186801|Clostridia K Protein of unknown function (DUF421) - - - - - - - - - - - - DUF421 +MGYG000000001_01619 1301100.HG529244_gene2341 1.86e-75 229.0 2BDCP@1|root,3271F@2|Bacteria,1USXD@1239|Firmicutes,25060@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01206 1151292.QEW_3195 3.68e-57 189.0 COG1589@1|root,COG1589@2|Bacteria,1UFWJ@1239|Firmicutes,25MVM@186801|Clostridia,25RQ2@186804|Peptostreptococcaceae 186801|Clostridia D Essential cell division protein - - - ko:K03589 ko04112,map04112 - - - ko00000,ko00001,ko03036 - - - FtsQ,POTRA_1 +MGYG000000001_02941 1151292.QEW_4071 7.97e-270 760.0 COG1762@1|root,COG3711@1|root,COG1762@2|Bacteria,COG3711@2|Bacteria,1TS2U@1239|Firmicutes,24DTZ@186801|Clostridia 186801|Clostridia GKT Phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 2 - - - ko:K03491 - - - - ko00000,ko03000 - - - HTH_11,Mga,PRD,PTS_EIIA_2,PTS_IIB +MGYG000000001_00105 1301100.HG529385_gene5104 5.85e-259 713.0 COG1171@1|root,COG1171@2|Bacteria,1TR70@1239|Firmicutes,2485T@186801|Clostridia,36DJQ@31979|Clostridiaceae 186801|Clostridia E Diaminopropionate ammonia-lyase dpaL - 4.3.1.15 ko:K01751 - - - - ko00000,ko01000 - - - PALP +MGYG000000001_02342 1301100.HG529429_gene1919 7.93e-199 565.0 COG1115@1|root,COG1115@2|Bacteria,1VSJ9@1239|Firmicutes,24EMY@186801|Clostridia,36I60@31979|Clostridiaceae 186801|Clostridia E amino acid carrier protein - - - - - - - - - - - - Na_Ala_symp +MGYG000000001_02581 1292035.H476_0219 7.41e-65 197.0 COG0198@1|root,COG0198@2|Bacteria,1V9ZQ@1239|Firmicutes,24MY0@186801|Clostridia,25RP2@186804|Peptostreptococcaceae 186801|Clostridia J One of the proteins that surrounds the polypeptide exit tunnel on the outside of the subunit rplX - - ko:K02895 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - KOW,ribosomal_L24 +MGYG000000001_00215 1301100.HG529365_gene1377 6.76e-213 587.0 COG0752@1|root,COG0752@2|Bacteria,1TPW8@1239|Firmicutes,24AU0@186801|Clostridia,36GQX@31979|Clostridiaceae 186801|Clostridia J Glycyl-tRNA synthetase alpha subunit glyQ - 6.1.1.14 ko:K01878 ko00970,map00970 M00360 R03654 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - tRNA-synt_2e +MGYG000000001_02982 445973.CLOBAR_02082 1.3e-90 270.0 COG0693@1|root,COG0693@2|Bacteria,1V3WB@1239|Firmicutes,24HGU@186801|Clostridia,25RC4@186804|Peptostreptococcaceae 186801|Clostridia S DJ-1/PfpI family - - 3.5.1.124 ko:K03152 - - - - ko00000,ko01000,ko01002 - - - DJ-1_PfpI +MGYG000000001_01369 1476973.JMMB01000007_gene575 2.65e-300 824.0 COG0465@1|root,COG0465@2|Bacteria,1TRV4@1239|Firmicutes,24C3E@186801|Clostridia,25R3S@186804|Peptostreptococcaceae 186801|Clostridia O Acts as a processive, ATP-dependent zinc metallopeptidase for both cytoplasmic and membrane proteins. Plays a role in the quality control of integral membrane proteins - - - ko:K03798 - M00742 - - ko00000,ko00002,ko01000,ko01002,ko03110 - - - AAA,Peptidase_M41 +MGYG000000001_03245 195103.CPF_2911 1.66e-18 86.7 28NEG@1|root,320U5@2|Bacteria,1V2CD@1239|Firmicutes,24PY8@186801|Clostridia,36JV2@31979|Clostridiaceae 186801|Clostridia S Staygreen protein - - - - - - - - - - - - DUF3888,Staygreen +MGYG000000001_00417 1301100.HG529406_gene294 2.14e-232 644.0 COG1104@1|root,COG1104@2|Bacteria,1TP21@1239|Firmicutes,24888@186801|Clostridia,36ECQ@31979|Clostridiaceae 186801|Clostridia E Cysteine desulfurase iscS - 2.8.1.7 ko:K04487 ko00730,ko01100,ko04122,map00730,map01100,map04122 - R07460,R11528,R11529 RC01789,RC02313 ko00000,ko00001,ko01000,ko02048,ko03016,ko03029 - - - Aminotran_5 +MGYG000000001_00482 555079.Toce_0184 5.24e-11 62.8 2DMHQ@1|root,32RMG@2|Bacteria,1VB95@1239|Firmicutes,24RY3@186801|Clostridia 186801|Clostridia S Arsenical resistance operon trans-acting repressor ArsD - - - - - - - - - - - - ArsD +MGYG000000001_00578 1301100.HG529227_gene5499 1.5e-80 241.0 29DY7@1|root,300W6@2|Bacteria,1UT8N@1239|Firmicutes,251W5@186801|Clostridia 186801|Clostridia S Domain of unknown function (DUF4358) - - - - - - - - - - - - DUF4358 +MGYG000000001_00803 1292035.H476_1270 2.04e-38 131.0 2DMKF@1|root,32S6I@2|Bacteria,1VFSM@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - BPL_C,KRTAP +MGYG000000001_01001 1301100.HG529429_gene1922 4.4e-211 600.0 2C2W9@1|root,33IA0@2|Bacteria,1VQI8@1239|Firmicutes,25DZG@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01073 1301100.HG529424_gene1985 1.03e-287 794.0 COG1502@1|root,COG1502@2|Bacteria,1TPKY@1239|Firmicutes,247UR@186801|Clostridia,36EA0@31979|Clostridiaceae 186801|Clostridia I Catalyzes the reversible phosphatidyl group transfer from one phosphatidylglycerol molecule to another to form cardiolipin (CL) (diphosphatidylglycerol) and glycerol cls - - ko:K06131 ko00564,ko01100,map00564,map01100 - R07390 RC00017 ko00000,ko00001,ko01000 - - - PLDc_2,PLDc_N +MGYG000000001_01202 1476973.JMMB01000007_gene859 5.17e-245 682.0 COG0771@1|root,COG0771@2|Bacteria,1TQ3P@1239|Firmicutes,248GS@186801|Clostridia,25QXT@186804|Peptostreptococcaceae 186801|Clostridia M Cell wall formation. Catalyzes the addition of glutamate to the nucleotide precursor UDP-N-acetylmuramoyl-L-alanine (UMA) murD - 6.3.2.9 ko:K01925 ko00471,ko00550,ko01100,map00471,map00550,map01100 - R02783 RC00064,RC00141 ko00000,ko00001,ko01000,ko01011 - - - AlaDh_PNT_C,Mur_ligase,Mur_ligase_C,Mur_ligase_M,NAD_binding_7,Pyr_redox,Shikimate_DH +MGYG000000001_01394 1262449.CP6013_3332 2.08e-22 102.0 COG3595@1|root,COG3595@2|Bacteria,1VD1Z@1239|Firmicutes,24F2A@186801|Clostridia,36FP1@31979|Clostridiaceae 186801|Clostridia S Putative adhesin - - - ko:K11621 ko02020,map02020 - - - ko00000,ko00001 - - - DUF1700,DUF4097 +MGYG000000001_01426 1408823.AXUS01000014_gene1346 1.4e-45 152.0 COG2246@1|root,COG2246@2|Bacteria,1VESW@1239|Firmicutes,24QSN@186801|Clostridia,25RWR@186804|Peptostreptococcaceae 186801|Clostridia S GtrA-like protein - - - - - - - - - - - - GtrA,YfhO +MGYG000000001_01618 1301100.HG529244_gene2342 8.5e-231 671.0 COG3103@1|root,COG3807@1|root,COG4193@1|root,COG3103@2|Bacteria,COG3807@2|Bacteria,COG4193@2|Bacteria,COG4991@2|Bacteria,1V0NC@1239|Firmicutes,25BAR@186801|Clostridia,36WMT@31979|Clostridiaceae 186801|Clostridia GT Src homology 3 domains - - - - - - - - - - - - Glucosaminidase,SH3_3 +MGYG000000001_01650 1476973.JMMB01000007_gene1812 5.18e-36 132.0 2FC41@1|root,3217M@2|Bacteria,1UEFP@1239|Firmicutes,25296@186801|Clostridia,25RYH@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01812 1476973.JMMB01000007_gene1768 4.96e-63 200.0 2BR9E@1|root,32K7V@2|Bacteria,1UF49@1239|Firmicutes,25K51@186801|Clostridia,25TJ5@186804|Peptostreptococcaceae 186801|Clostridia S Phage tail tube protein - - - - - - - - - - - - Phage_TTP_1 +MGYG000000001_01844 585394.RHOM_13280 3.83e-94 284.0 arCOG06671@1|root,33Y7A@2|Bacteria,1UT6G@1239|Firmicutes,251JS@186801|Clostridia 186801|Clostridia S UPF0489 domain - - - - - - - - - - - - UPF0489 +MGYG000000001_01972 1196322.A370_00812 2.42e-37 131.0 COG2893@1|root,COG2893@2|Bacteria,1VG8P@1239|Firmicutes,24QR2@186801|Clostridia,36NSN@31979|Clostridiaceae 186801|Clostridia G PTS system fructose IIA component - - - ko:K19506 ko02060,map02060 M00764 - - ko00000,ko00001,ko00002,ko01000,ko02000 4.A.6.1.19 - - EIIA-man +MGYG000000001_02298 272563.CD630_25440 5.91e-10 65.9 2E7HZ@1|root,3320E@2|Bacteria,1VF9Y@1239|Firmicutes,24R93@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02748 1476973.JMMB01000005_gene3500 1.43e-92 277.0 COG0860@1|root,COG0860@2|Bacteria,1TS91@1239|Firmicutes,25B1N@186801|Clostridia 186801|Clostridia M N-acetylmuramoyl-L-alanine amidase, peptidoglycan hydrolase, LytC amidase family cwlC - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,SPOR +MGYG000000001_02780 545697.HMPREF0216_01951 3.73e-11 60.5 COG1846@1|root,COG1846@2|Bacteria,1V461@1239|Firmicutes,24HF7@186801|Clostridia 186801|Clostridia K Psort location Cytoplasmic, score - - - - - - - - - - - - Fe_dep_repress,HTH_27,MarR_2 +MGYG000000001_02909 1301100.HG529343_gene2447 1.38e-70 226.0 COG2340@1|root,COG2340@2|Bacteria,1V6GZ@1239|Firmicutes,24BAQ@186801|Clostridia,36FMJ@31979|Clostridiaceae 186801|Clostridia M PFAM Cysteine-rich secretory protein family safA - - - - - - - - - - - CAP,CW_binding_1,Collagen,Cu_amine_oxidN1,Dockerin_1,LysM,NLPC_P60,SH3_3,SLH +MGYG000000001_03037 768710.DesyoDRAFT_3551 1.53e-09 56.6 2ER77@1|root,33IST@2|Bacteria,1UN1V@1239|Firmicutes,25GUX@186801|Clostridia 186801|Clostridia S Cysteine-rich CPCC - - - - - - - - - - - - Cys_rich_CPCC +MGYG000000001_03104 272563.CD630_14530 3e-157 444.0 COG2876@1|root,COG2876@2|Bacteria,1TP61@1239|Firmicutes,24812@186801|Clostridia,25T7Y@186804|Peptostreptococcaceae 186801|Clostridia E DAHP synthetase I family aroF - 2.5.1.54,5.4.99.5 ko:K01626,ko:K03856,ko:K13853 ko00400,ko01100,ko01110,ko01130,ko01230,ko02024,map00400,map01100,map01110,map01130,map01230,map02024 M00022,M00024,M00025 R01715,R01826 RC00435,RC03116 ko00000,ko00001,ko00002,ko01000 - - - CM_2,DAHP_synth_1,HPPK +MGYG000000001_02206 545697.HMPREF0216_01221 1.11e-178 501.0 COG1028@1|root,COG1028@2|Bacteria,1TQ3V@1239|Firmicutes,24ARQ@186801|Clostridia,36DXG@31979|Clostridiaceae 186801|Clostridia IQ Belongs to the short-chain dehydrogenases reductases (SDR) family - - - - - - - - - - - - adh_short,adh_short_C2 +MGYG000000001_01161 411469.EUBHAL_00523 1.36e-96 287.0 COG4909@1|root,COG4909@2|Bacteria,1UT3J@1239|Firmicutes,24GDN@186801|Clostridia,25VQS@186806|Eubacteriaceae 186801|Clostridia Q Dehydratase medium subunit pduD - 4.2.1.28,4.2.1.30 ko:K06121,ko:K13919 ko00561,ko00640,map00561,map00640 - R01047,R02376 RC00429,RC00707 ko00000,ko00001,ko01000 - - - Dehydratase_MU +MGYG000000001_00020 1151292.QEW_3967 3.11e-84 259.0 COG1526@1|root,COG1526@2|Bacteria,1TU8R@1239|Firmicutes,24G61@186801|Clostridia,25SMJ@186804|Peptostreptococcaceae 186801|Clostridia C Required for formate dehydrogenase (FDH) activity fdhD - - ko:K02379 - - - - ko00000 - - - FdhD-NarQ,NTP_transf_3 +MGYG000000001_02195 1301100.HG529436_gene6558 1.46e-176 498.0 COG1270@1|root,COG1270@2|Bacteria,1TQ3X@1239|Firmicutes,247PR@186801|Clostridia,36ERQ@31979|Clostridiaceae 186801|Clostridia H Converts cobyric acid to cobinamide by the addition of aminopropanol on the F carboxylic group cobD - 6.3.1.10 ko:K02227 ko00860,ko01100,map00860,map01100 M00122 R06529,R07302 RC00090,RC00096 ko00000,ko00001,ko00002,ko01000 - - - CobD_Cbib,His_Phos_1 +MGYG000000001_03165 272563.CD630_23750 3.86e-30 110.0 2DRR0@1|root,33CPP@2|Bacteria,1VKKD@1239|Firmicutes,25JBP@186801|Clostridia,25RVF@186804|Peptostreptococcaceae 186801|Clostridia S Domain of Unknown Function (DUF1540) - - - - - - - - - - - - DUF1540 +MGYG000000001_02785 1476973.JMMB01000007_gene523 4.89e-90 271.0 COG0619@1|root,COG0619@2|Bacteria,1V0B0@1239|Firmicutes,24A4J@186801|Clostridia,25RAD@186804|Peptostreptococcaceae 186801|Clostridia P Cobalt transport protein cbiQ - - ko:K02008 ko02010,map02010 M00245,M00246 - - ko00000,ko00001,ko00002,ko02000 3.A.1.18,3.A.1.22,3.A.1.23 - - CbiQ +MGYG000000001_00894 272563.CD630_36050 3.92e-110 321.0 COG0546@1|root,COG0546@2|Bacteria,1V1FQ@1239|Firmicutes,24G1U@186801|Clostridia,25RV9@186804|Peptostreptococcaceae 186801|Clostridia S HAD-hyrolase-like nt5e - 3.1.3.18 ko:K01091 ko00630,ko01100,ko01110,ko01130,map00630,map01100,map01110,map01130 - R01334 RC00017 ko00000,ko00001,ko01000 - - - Abi,Acetyltransf_1,GFO_IDH_MocA,HAD_2,Hexapep,Hydrolase_like,Mac +MGYG000000001_01234 1301100.HG529262_gene705 1.19e-141 410.0 COG1609@1|root,COG1609@2|Bacteria,1TPZM@1239|Firmicutes,248WQ@186801|Clostridia,36GJ7@31979|Clostridiaceae 186801|Clostridia K lacI family - - - ko:K02529 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_1,Peripla_BP_3 +MGYG000000001_02792 445973.CLOBAR_01597 1.16e-108 320.0 COG1124@1|root,COG1124@2|Bacteria,1UYAV@1239|Firmicutes,24AEH@186801|Clostridia,25SWF@186804|Peptostreptococcaceae 186801|Clostridia EP ATPases associated with a variety of cellular activities dppF - - ko:K02032 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - ABC_tran +MGYG000000001_00130 1292035.H476_3018 5.52e-34 117.0 COG1314@1|root,COG1314@2|Bacteria,1VZ7C@1239|Firmicutes,25437@186801|Clostridia,25RTQ@186804|Peptostreptococcaceae 186801|Clostridia U Preprotein translocase, SecG subunit secG - - ko:K03075 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044 3.A.5.1,3.A.5.2 - - SecG +MGYG000000001_01196 1301100.HG529229_gene5409 1.12e-269 747.0 COG1757@1|root,COG1757@2|Bacteria,1TQ3B@1239|Firmicutes,248WN@186801|Clostridia,36FFK@31979|Clostridiaceae 186801|Clostridia C Na H antiporter nhaC - - ko:K03315 - - - - ko00000,ko02000 2.A.35 - - Na_H_antiporter +MGYG000000001_02001 1301100.HG529411_gene339 8.52e-83 248.0 COG3773@1|root,COG3773@2|Bacteria,1TRFW@1239|Firmicutes,24912@186801|Clostridia,36EDT@31979|Clostridiaceae 186801|Clostridia M Cell wall hydrolase sleB - 3.5.1.28 ko:K01449 - - R04112 RC00064,RC00141 ko00000,ko01000 - - - Hydrolase_2,LysM,PG_binding_1,SH3_3 +MGYG000000001_01359 1476973.JMMB01000007_gene585 0.0 1234.0 COG0826@1|root,COG0826@2|Bacteria,1TQS1@1239|Firmicutes,24909@186801|Clostridia,25QXR@186804|Peptostreptococcaceae 186801|Clostridia O Peptidase, U32 family ydcP - - ko:K08303 ko05120,map05120 - - - ko00000,ko00001,ko01000,ko01002 - - - DUF3656,Peptidase_U32 +MGYG000000001_00706 1301100.HG529431_gene1798 2.39e-151 433.0 COG0248@1|root,COG0248@2|Bacteria,1TS3I@1239|Firmicutes,248EW@186801|Clostridia,36FHQ@31979|Clostridiaceae 186801|Clostridia FP Ppx GppA phosphatase - - 3.6.1.11,3.6.1.40 ko:K01524 ko00230,map00230 - R03409 RC00002 ko00000,ko00001,ko01000 - - - Ppx-GppA +MGYG000000001_00790 86416.Clopa_2083 2.88e-279 771.0 COG2133@1|root,COG2133@2|Bacteria,1TSKS@1239|Firmicutes,248E4@186801|Clostridia,36GT1@31979|Clostridiaceae 186801|Clostridia G Glucose / Sorbosone dehydrogenase - - - - - - - - - - - - GSDH +MGYG000000001_03148 1476973.JMMB01000007_gene2032 2.28e-51 176.0 28J4E@1|root,2Z90D@2|Bacteria,1UZ2B@1239|Firmicutes,25JNW@186801|Clostridia,25THP@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01403 1476973.JMMB01000007_gene784 2.23e-35 124.0 29UNU@1|root,30G0E@2|Bacteria,1UEZ2@1239|Firmicutes,2524V@186801|Clostridia,25TYZ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03082 1280692.AUJL01000016_gene1087 3.54e-240 687.0 COG0577@1|root,COG0577@2|Bacteria,1TR2D@1239|Firmicutes,2481J@186801|Clostridia,36EQ4@31979|Clostridiaceae 186801|Clostridia V ABC transporter permease - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_02205 457396.CSBG_00325 6.1e-107 314.0 COG1802@1|root,COG1802@2|Bacteria,1V3SB@1239|Firmicutes,24EKV@186801|Clostridia,36GMN@31979|Clostridiaceae 186801|Clostridia K PFAM regulatory protein GntR HTH - - - - - - - - - - - - FCD,GntR +MGYG000000001_02296 1294142.CINTURNW_4076 1.06e-135 401.0 28MJM@1|root,2ZAW2@2|Bacteria,1TSUH@1239|Firmicutes,24EQR@186801|Clostridia,36VCP@31979|Clostridiaceae 186801|Clostridia S SGNH hydrolase-like domain, acetyltransferase AlgX - - - - - - - - - - - - ALGX,DHHW +MGYG000000001_02083 1301100.HG529265_gene650 4.67e-59 184.0 COG1725@1|root,COG1725@2|Bacteria,1VA2B@1239|Firmicutes,24N57@186801|Clostridia,36KP5@31979|Clostridiaceae 186801|Clostridia K GntR family - - - - - - - - - - - - GntR +MGYG000000001_00581 1391646.AVSU01000099_gene367 2.53e-139 395.0 COG0727@1|root,COG0727@2|Bacteria,1V0FA@1239|Firmicutes,24CDU@186801|Clostridia 186801|Clostridia S Psort location Cytoplasmic, score - - - ko:K06940 - - - - ko00000 - - - CxxCxxCC +MGYG000000001_00164 1476973.JMMB01000007_gene3032 1.66e-130 375.0 COG0491@1|root,COG0491@2|Bacteria,1V0KE@1239|Firmicutes,24D1B@186801|Clostridia,25U2K@186804|Peptostreptococcaceae 186801|Clostridia S Metallo-beta-lactamase superfamily - - - - - - - - - - - - Lactamase_B +MGYG000000001_00228 1301100.HG529365_gene1390 7.43e-71 218.0 COG3476@1|root,COG3476@2|Bacteria,1V896@1239|Firmicutes,24MTF@186801|Clostridia,36UER@31979|Clostridiaceae 186801|Clostridia T TspO/MBR family - - - ko:K05770 ko04080,ko04214,ko04979,ko05166,map04080,map04214,map04979,map05166 - - - ko00000,ko00001,ko02000 9.A.24 - - TspO_MBR +MGYG000000001_00261 272563.CD630_14920 2.67e-103 350.0 COG5002@1|root,COG5002@2|Bacteria,1VRP7@1239|Firmicutes,24YHW@186801|Clostridia,25SKU@186804|Peptostreptococcaceae 186801|Clostridia T PAS domain - - - - - - - - - - - - 7TMR-DISM_7TM,ABC_sub_bind,HATPase_c,HisKA,MASE3,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Response_reg,SBP_bac_3 +MGYG000000001_00293 1301100.HG529369_gene1460 2.53e-121 351.0 COG5011@1|root,COG5011@2|Bacteria,1V4D0@1239|Firmicutes,249GU@186801|Clostridia,36EY8@31979|Clostridiaceae 186801|Clostridia S Radical SAM-linked protein - - - - - - - - - - - - DUF2344 +MGYG000000001_00326 768706.Desor_0951 1.59e-11 66.6 2DSBD@1|root,33FD9@2|Bacteria,1UYSE@1239|Firmicutes,25GUM@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00583 195103.CPF_0992 7.03e-194 563.0 COG1401@1|root,COG1401@2|Bacteria,1TPIP@1239|Firmicutes,249RD@186801|Clostridia,36FME@31979|Clostridiaceae 186801|Clostridia V AAA domain (dynein-related subfamily) - - - ko:K07452 - - - - ko00000,ko01000,ko02048 - - - AAA_5,EVE,Mrr_N,RE_AlwI +MGYG000000001_00615 445973.CLOBAR_01924 0.0 1634.0 COG0610@1|root,COG0610@2|Bacteria,1TP7S@1239|Firmicutes,248A6@186801|Clostridia,25QRJ@186804|Peptostreptococcaceae 186801|Clostridia V Subunit R is required for both nuclease and ATPase activities, but not for modification hsdR - 3.1.21.3 ko:K01153 - - - - ko00000,ko01000,ko02048 - - - DUF3387,HSDR_N,Helicase_C,ResIII +MGYG000000001_00904 1414720.CBYM010000010_gene3182 9.23e-294 808.0 COG5002@1|root,COG5002@2|Bacteria,1UJX9@1239|Firmicutes,25FD4@186801|Clostridia,36FPQ@31979|Clostridiaceae 186801|Clostridia T His Kinase A (phospho-acceptor) domain - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_00974 445973.CLOBAR_02648 4.78e-135 385.0 COG0745@1|root,COG0745@2|Bacteria,1TP9M@1239|Firmicutes,247TK@186801|Clostridia,25QH7@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulatory protein, C terminal phoP_1 - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_01006 1345697.M493_02320 6.11e-27 102.0 2EAAX@1|root,334F6@2|Bacteria,1VFH4@1239|Firmicutes,4IS98@91061|Bacilli,1WH0B@129337|Geobacillus 91061|Bacilli L Putative ATPase subunit of terminase (gpP-like) - - - ko:K07483 - - - - ko00000 - - - HTH_23,HTH_28,HTH_29,HTH_Tnp_1 +MGYG000000001_01143 1151292.QEW_2071 3.45e-173 490.0 COG0095@1|root,COG0095@2|Bacteria,1TQ5U@1239|Firmicutes,247S9@186801|Clostridia,25QZT@186804|Peptostreptococcaceae 186801|Clostridia H Lipoate-protein ligase lplJ - 6.3.1.20 ko:K03800 ko00785,ko01100,map00785,map01100 - R07770,R07771,R11143 RC00043,RC00070,RC00090,RC00992,RC02896 ko00000,ko00001,ko01000 - - - BPL_LplA_LipB,Lip_prot_lig_C +MGYG000000001_01399 445973.CLOBAR_01665 3.99e-97 290.0 COG0664@1|root,COG0664@2|Bacteria,1UEKS@1239|Firmicutes,25CK2@186801|Clostridia,25UMQ@186804|Peptostreptococcaceae 186801|Clostridia T Cyclic nucleotide-monophosphate binding domain - - - - - - - - - - - - HTH_Crp_2,cNMP_binding +MGYG000000001_01623 1476973.JMMB01000007_gene1576 5.18e-54 176.0 2BJYI@1|root,32EB9@2|Bacteria,1UEC3@1239|Firmicutes,24YBM@186801|Clostridia,25S72@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01687 1292035.H476_1462 2.41e-47 167.0 COG2060@1|root,COG2060@2|Bacteria,1TPDF@1239|Firmicutes,24868@186801|Clostridia 186801|Clostridia P Part of the high-affinity ATP-driven potassium transport (or Kdp) system, which catalyzes the hydrolysis of ATP coupled with the electrogenic transport of potassium into the cytoplasm. This subunit binds and transports the potassium across the cytoplasmic membrane kdpA - 3.6.3.12 ko:K01546 ko02020,map02020 - - - ko00000,ko00001,ko01000 3.A.3.7 - - KdpA +MGYG000000001_01752 272563.CD630_14620 2.16e-63 196.0 COG1725@1|root,COG1725@2|Bacteria,1V743@1239|Firmicutes,24J7Q@186801|Clostridia,25RXB@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix gluconate operon transcriptional repressor - - - ko:K07979 - - - - ko00000,ko03000 - - - GntR +MGYG000000001_02041 1476973.JMMB01000007_gene2830 4.03e-42 144.0 2996N@1|root,2ZW9Z@2|Bacteria,1W3BT@1239|Firmicutes,256EI@186801|Clostridia,25TZF@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02109 1443122.Z958_01245 2.34e-76 232.0 COG0454@1|root,COG0456@2|Bacteria,1VC3M@1239|Firmicutes,25AZ4@186801|Clostridia,36I9H@31979|Clostridiaceae 186801|Clostridia K acetyltransferase, GNAT family - - - - - - - - - - - - Acetyltransf_1 +MGYG000000001_02335 1415774.U728_271 2.12e-118 356.0 COG0534@1|root,COG0534@2|Bacteria,1TNZN@1239|Firmicutes,247YX@186801|Clostridia,36DT9@31979|Clostridiaceae 186801|Clostridia V Mate efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_02753 431943.CKL_4045 4.32e-07 54.7 29UR6@1|root,30G35@2|Bacteria,1UF3Z@1239|Firmicutes,24X3K@186801|Clostridia,36P68@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02914 1151292.QEW_2805 4.25e-149 427.0 COG1105@1|root,COG1105@2|Bacteria,1TQ36@1239|Firmicutes,249RK@186801|Clostridia,25S46@186804|Peptostreptococcaceae 186801|Clostridia H Belongs to the carbohydrate kinase PfkB family. LacC subfamily pfkB - 2.7.1.56 ko:K00882 ko00051,map00051 - R02071 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PfkB +MGYG000000001_03010 1476973.JMMB01000007_gene1149 0.0 1255.0 COG1199@1|root,COG2176@1|root,COG1199@2|Bacteria,COG2176@2|Bacteria,1TQHQ@1239|Firmicutes,25C6H@186801|Clostridia,25R57@186804|Peptostreptococcaceae 186801|Clostridia KL HELICc2 dinG - 3.6.4.12 ko:K03722 - - - - ko00000,ko01000,ko03400 - - - DEAD,DEAD_2,Helicase_C_2,RNase_T,RadC,ResIII +MGYG000000001_01732 1301100.HG529349_gene4329 2.47e-224 623.0 COG3842@1|root,COG3842@2|Bacteria,1TP2M@1239|Firmicutes,247JR@186801|Clostridia,36DYU@31979|Clostridiaceae 186801|Clostridia P Belongs to the ABC transporter superfamily msmX - - ko:K10112 ko02010,map02010 M00194,M00196,M00197,M00200,M00201,M00206,M00207,M00491,M00602,M00605,M00606 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1 - - ABC_tran,TOBE,TOBE_2 +MGYG000000001_03026 1476973.JMMB01000007_gene3018 1.55e-171 482.0 COG1376@1|root,COG3103@1|root,COG1376@2|Bacteria,COG3103@2|Bacteria,1V6QN@1239|Firmicutes,24IAP@186801|Clostridia,25QFI@186804|Peptostreptococcaceae 186801|Clostridia T L,D-transpeptidase catalytic domain - - - - - - - - - - - - CW_binding_1,PG_binding_1,SH3_3,YkuD +MGYG000000001_01609 1301100.HG529251_gene6276 3.32e-67 206.0 COG0858@1|root,COG0858@2|Bacteria,1VA0P@1239|Firmicutes,24MPB@186801|Clostridia,36JIF@31979|Clostridiaceae 186801|Clostridia J One of several proteins that assist in the late maturation steps of the functional core of the 30S ribosomal subunit. Associates with free 30S ribosomal subunits (but not with 30S subunits that are part of 70S ribosomes or polysomes). Required for efficient processing of 16S rRNA. May interact with the 5'-terminal helix region of 16S rRNA rbfA - - ko:K02834 - - - - ko00000,ko03009 - - - RBFA +MGYG000000001_01286 1301100.HG529233_gene7408 2.48e-169 476.0 COG0005@1|root,COG0005@2|Bacteria,1TQ37@1239|Firmicutes,247KQ@186801|Clostridia,36E47@31979|Clostridiaceae 186801|Clostridia F The purine nucleoside phosphorylases catalyze the phosphorolytic breakdown of the N-glycosidic bond in the beta- (deoxy)ribonucleoside molecules, with the formation of the corresponding free purine bases and pentose-1-phosphate punA - 2.4.2.1 ko:K03783 ko00230,ko00240,ko00760,ko01100,ko01110,map00230,map00240,map00760,map01100,map01110 - R01561,R01863,R01969,R02147,R02294,R02295,R02297,R02484,R02557,R02748,R08368,R10244 RC00033,RC00063,RC00122 ko00000,ko00001,ko01000 - - - PNP_UDP_1 +MGYG000000001_01605 445973.CLOBAR_02158 1.1e-47 153.0 COG0184@1|root,COG0184@2|Bacteria,1VA5C@1239|Firmicutes,24MRM@186801|Clostridia,25RQW@186804|Peptostreptococcaceae 186801|Clostridia J Forms an intersubunit bridge (bridge B4) with the 23S rRNA of the 50S subunit in the ribosome rpsO - - ko:K02956 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S15 +MGYG000000001_02198 1476973.JMMB01000007_gene501 9.14e-102 299.0 COG0406@1|root,COG0406@2|Bacteria,1VEMM@1239|Firmicutes,24GJW@186801|Clostridia,25R9B@186804|Peptostreptococcaceae 186801|Clostridia G Phosphoglycerate mutase family cobC - 3.1.3.73 ko:K02226 ko00860,ko01100,map00860,map01100 M00122 R04594,R11173 RC00017 ko00000,ko00001,ko00002,ko01000 - - - His_Phos_1 +MGYG000000001_03159 1476973.JMMB01000007_gene2413 6.31e-158 451.0 COG4294@1|root,COG4294@2|Bacteria,1TTCB@1239|Firmicutes,24BHY@186801|Clostridia,25R3Y@186804|Peptostreptococcaceae 186801|Clostridia L UV-endonuclease UvdE uvdE - - ko:K13281 - - - - ko00000,ko01000 - - - DUF1722,UvdE +MGYG000000001_03168 272563.CD630_23810 0.0 915.0 COG4231@1|root,COG4231@2|Bacteria,1TNY3@1239|Firmicutes,247U1@186801|Clostridia,25QVE@186804|Peptostreptococcaceae 186801|Clostridia C Catalyzes the ferredoxin-dependent oxidative decarboxylation of arylpyruvates iorA - 1.2.7.8 ko:K00179 - - - - br01601,ko00000,ko01000 - - - Fer4,Fer4_10,Fer4_21,Fer4_6,Fer4_7,Fer4_9,POR_N,TPP_enzyme_C +MGYG000000001_00741 1301100.HG529431_gene1762 0.0 1224.0 COG1067@1|root,COG1067@2|Bacteria,1TQT5@1239|Firmicutes,248NE@186801|Clostridia,36E00@31979|Clostridiaceae 186801|Clostridia O Belongs to the peptidase S16 family - - - - - - - - - - - - AAA_32,Lon_C +MGYG000000001_02788 1391646.AVSU01000133_gene3285 7.07e-284 788.0 COG0747@1|root,COG0747@2|Bacteria,1TQ0N@1239|Firmicutes,25CDM@186801|Clostridia,25T0G@186804|Peptostreptococcaceae 186801|Clostridia E Bacterial extracellular solute-binding proteins, family 5 Middle - - - ko:K02035 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - SBP_bac_5 +MGYG000000001_00604 1347087.CBYO010000022_gene3907 2.2e-13 70.1 2DN30@1|root,32V8D@2|Bacteria,1VBJD@1239|Firmicutes,4HNDD@91061|Bacilli 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_01231 1292035.H476_1175 1.2e-279 778.0 COG0366@1|root,COG0366@2|Bacteria,1TP53@1239|Firmicutes,247XR@186801|Clostridia,25T4K@186804|Peptostreptococcaceae 186801|Clostridia G Alpha-amylase domain gsj - 3.2.1.1,3.2.1.20 ko:K01176,ko:K01187 ko00052,ko00500,ko01100,ko04973,map00052,map00500,map01100,map04973 - R00028,R00801,R00802,R02108,R02112,R06087,R06088,R11262 RC00028,RC00049,RC00077 ko00000,ko00001,ko01000 - GH13,GH31 - Alpha-amylase,Malt_amylase_C +MGYG000000001_00445 1391646.AVSU01000133_gene3292 3.59e-26 108.0 COG1115@1|root,COG1115@2|Bacteria,1TNZP@1239|Firmicutes,247S6@186801|Clostridia,25SVD@186804|Peptostreptococcaceae 186801|Clostridia E Sodium:alanine symporter family yrbD - - ko:K03310 - - - - ko00000 2.A.25 - - Na_Ala_symp +MGYG000000001_02843 1476973.JMMB01000007_gene811 4.13e-96 284.0 COG0655@1|root,COG0655@2|Bacteria,1V26K@1239|Firmicutes,24IAS@186801|Clostridia,25RCH@186804|Peptostreptococcaceae 186801|Clostridia S NADPH-dependent FMN reductase - - - - - - - - - - - - FMN_red +MGYG000000001_02769 1292035.H476_1504 4.66e-43 143.0 2C3GY@1|root,332NU@2|Bacteria,1UPV8@1239|Firmicutes,24QHE@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02776 350688.Clos_2304 3.23e-107 327.0 COG0436@1|root,COG0436@2|Bacteria,1TP0J@1239|Firmicutes,247NQ@186801|Clostridia,36DUZ@31979|Clostridiaceae 186801|Clostridia E Aminotransferase aspC - 2.6.1.1 ko:K00812,ko:K10907 ko00220,ko00250,ko00270,ko00330,ko00350,ko00360,ko00400,ko00401,ko00950,ko00960,ko01100,ko01110,ko01130,ko01210,ko01230,map00220,map00250,map00270,map00330,map00350,map00360,map00400,map00401,map00950,map00960,map01100,map01110,map01130,map01210,map01230 - R00355,R00694,R00734,R00896,R02433,R02619,R05052 RC00006 ko00000,ko00001,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_02644 1292035.H476_1412 6.5e-238 661.0 COG0446@1|root,COG0446@2|Bacteria,1TQH5@1239|Firmicutes,247YR@186801|Clostridia,25QYI@186804|Peptostreptococcaceae 186801|Clostridia C Psort location Cytoplasmic, score - - - - - - - - - - - - DAO,DUF1667,FAD_binding_2,FAD_oxidored,Pyr_redox_2,Pyr_redox_3 +MGYG000000001_00193 1476973.JMMB01000007_gene2631 2.13e-100 293.0 COG0847@1|root,COG0847@2|Bacteria,1VT1U@1239|Firmicutes,24Y4I@186801|Clostridia,25R9U@186804|Peptostreptococcaceae 186801|Clostridia L DNA polymerase III - - 2.7.7.7 ko:K02342 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - RNase_T +MGYG000000001_01672 1301100.HG529327_gene4556 7.52e-194 548.0 COG2207@1|root,COG4753@1|root,COG2207@2|Bacteria,COG4753@2|Bacteria,1V48A@1239|Firmicutes,24GUP@186801|Clostridia,36HMM@31979|Clostridiaceae 186801|Clostridia T chemotaxis response regulator protein-glutamate methylesterase K07720 - - - ko:K07720 ko02020,map02020 M00519 - - ko00000,ko00001,ko00002,ko02022 - - - HTH_18,HTH_AraC,Response_reg +MGYG000000001_02936 1414720.CBYM010000012_gene2572 1.53e-316 870.0 COG0366@1|root,COG0366@2|Bacteria,1TP53@1239|Firmicutes,247XR@186801|Clostridia,36DTW@31979|Clostridiaceae 186801|Clostridia G PFAM alpha amylase, catalytic - - 3.2.1.1,3.2.1.10,3.2.1.70 ko:K01176,ko:K01182,ko:K01215 ko00052,ko00500,ko01100,ko04973,map00052,map00500,map01100,map04973 - R00801,R01718,R01791,R02108,R02112,R06199,R11262 RC00028,RC00059,RC00077,RC00451 ko00000,ko00001,ko01000 - GH13 - Alpha-amylase,DUF3459,Malt_amylase_C +MGYG000000001_00980 1280689.AUJC01000008_gene2989 1.83e-57 185.0 COG3764@1|root,COG3764@2|Bacteria,1UN9R@1239|Firmicutes,24CEQ@186801|Clostridia,36JJM@31979|Clostridiaceae 186801|Clostridia M Sortase family - - 3.4.22.70 ko:K07284 - - - - ko00000,ko01000,ko01002,ko01011 - - - Sortase +MGYG000000001_01931 272563.CD630_15620 1.07e-79 247.0 COG1451@1|root,COG1451@2|Bacteria,1V6WP@1239|Firmicutes,24JGH@186801|Clostridia,25TKM@186804|Peptostreptococcaceae 186801|Clostridia S WLM domain - - - ko:K07043 - - - - ko00000 - - - DUF45 +MGYG000000001_02009 1391646.AVSU01000035_gene2115 2.85e-64 204.0 COG4684@1|root,COG4684@2|Bacteria,1V7R3@1239|Firmicutes,25CR2@186801|Clostridia,25RNN@186804|Peptostreptococcaceae 186801|Clostridia S ECF transporter, substrate-specific component - - - - - - - - - - - - ECF_trnsprt +MGYG000000001_02622 1301100.HG529259_gene6182 5.02e-97 294.0 COG2355@1|root,COG2355@2|Bacteria,1UA7M@1239|Firmicutes,24AE6@186801|Clostridia,36EIQ@31979|Clostridiaceae 186801|Clostridia E PFAM Peptidase M19, renal dipeptidase - - 3.4.13.19 ko:K01273 - - - - ko00000,ko00537,ko01000,ko01002,ko04147 - - - Peptidase_M19 +MGYG000000001_03030 1301100.HG529262_gene721 1.92e-177 511.0 COG0791@1|root,COG3807@1|root,COG0791@2|Bacteria,COG3807@2|Bacteria,1V9ZW@1239|Firmicutes,249UE@186801|Clostridia,36FQG@31979|Clostridiaceae 186801|Clostridia M PFAM NLP P60 protein - - - ko:K11060,ko:K21471 - - - - ko00000,ko01000,ko01002,ko01011,ko02042 - - - Amidase_2,CHAP,Cornifin,NLPC_P60,SH3_3 +MGYG000000001_00380 445973.CLOBAR_01212 1.4e-133 384.0 COG0171@1|root,COG0171@2|Bacteria,1TQ38@1239|Firmicutes,2484Z@186801|Clostridia,25QNY@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the ATP-dependent amidation of deamido-NAD to form NAD. Uses ammonia as a nitrogen source nadE - 6.3.1.5 ko:K01916 ko00760,ko01100,map00760,map01100 M00115 R00189 RC00100 ko00000,ko00001,ko00002,ko01000 - - - NAD_synthase +MGYG000000001_01900 903814.ELI_1760 0.0 888.0 COG1297@1|root,COG1297@2|Bacteria,1TQJP@1239|Firmicutes,247JY@186801|Clostridia,25VSY@186806|Eubacteriaceae 186801|Clostridia S oligopeptide transporter, OPT family - - - - - - - - - - - - OPT +MGYG000000001_03194 500633.CLOHIR_00123 1.46e-52 180.0 2DMAK@1|root,32CZ7@2|Bacteria,1V7Y7@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02207 1301100.HG529388_gene4977 6.3e-110 320.0 COG0800@1|root,COG0800@2|Bacteria,1TS0F@1239|Firmicutes,248GA@186801|Clostridia,36ETT@31979|Clostridiaceae 186801|Clostridia G 2-dehydro-3-deoxyphosphogluconate aldolase 4-hydroxy-2-oxoglutarate aldolase eda - 4.1.2.14,4.1.3.42 ko:K01625 ko00030,ko00630,ko01100,ko01120,ko01200,map00030,map00630,map01100,map01120,map01200 M00008,M00061,M00308,M00631 R00470,R05605 RC00307,RC00308,RC00435 ko00000,ko00001,ko00002,ko01000 - - - Aldolase +MGYG000000001_01587 1211814.CAPG01000062_gene2972 2.53e-67 225.0 2CDM8@1|root,32RY0@2|Bacteria,1VDQE@1239|Firmicutes 1239|Firmicutes S Psort location Cytoplasmic, score 8.87 - - - - - - - - - - - - Sigma_reg_C +MGYG000000001_01406 272563.CD630_27610 2.35e-73 234.0 COG0860@1|root,COG0860@2|Bacteria,1UYPW@1239|Firmicutes,24PR4@186801|Clostridia,25RIY@186804|Peptostreptococcaceae 186801|Clostridia M N-acetylmuramoyl-L-alanine amidase - - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,GHL10 +MGYG000000001_00511 1301100.HG529253_gene6303 1.47e-57 179.0 COG1695@1|root,COG1695@2|Bacteria,1VA8U@1239|Firmicutes,24NA9@186801|Clostridia,36VV3@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator PadR family - - - ko:K10947 - - - - ko00000,ko03000 - - - PadR +MGYG000000001_00994 1476973.JMMB01000007_gene2485 5.37e-110 333.0 COG0760@1|root,COG0760@2|Bacteria,1V5Q2@1239|Firmicutes,248JQ@186801|Clostridia,25RN1@186804|Peptostreptococcaceae 186801|Clostridia O PPIC-type PPIASE domain - - 5.2.1.8 ko:K03769 - - - - ko00000,ko01000,ko03110 - - - Rotamase_3,SurA_N_2,SurA_N_3 +MGYG000000001_02498 1301100.HG529429_gene1899 1.25e-165 467.0 COG2996@1|root,COG2996@2|Bacteria,1TQ1Z@1239|Firmicutes,2498C@186801|Clostridia,36EB0@31979|Clostridiaceae 186801|Clostridia S S1, RNA binding domain cvfB - - ko:K00243 - - - - ko00000 - - - S1,S1_2 +MGYG000000001_03144 1292035.H476_1521 1.49e-92 283.0 COG4129@1|root,COG4129@2|Bacteria,1TPVH@1239|Firmicutes,25D3F@186801|Clostridia,25SE7@186804|Peptostreptococcaceae 186801|Clostridia S Fusaric acid resistance protein-like - - - - - - - - - - - - ArAE_1 +MGYG000000001_00875 999411.HMPREF1092_02751 4.28e-176 491.0 COG1073@1|root,COG1073@2|Bacteria,1UXYN@1239|Firmicutes,24DU6@186801|Clostridia,36GR2@31979|Clostridiaceae 186801|Clostridia S X-Pro dipeptidyl-peptidase (S15 family) aroD - - ko:K06889 - - - - ko00000 - - - Abhydrolase_1,Abhydrolase_4,DHquinase_I,Hydrolase_4,Peptidase_S9 +MGYG000000001_00461 37659.JNLN01000001_gene1095 1.12e-08 62.8 2BE3I@1|root,327U8@2|Bacteria,1UTR5@1239|Firmicutes,253Z3@186801|Clostridia,36T15@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02981 1301100.HG529256_gene6196 8.78e-97 286.0 2ESIJ@1|root,33QBY@2|Bacteria,1VSRZ@1239|Firmicutes,25DWX@186801|Clostridia 186801|Clostridia S Zinc dependent phospholipase C - - - - - - - - - - - - Zn_dep_PLPC +MGYG000000001_00864 1301100.HG529282_gene6974 4.61e-100 296.0 COG1842@1|root,COG1842@2|Bacteria 2|Bacteria KT Phage shock protein A pspA - - ko:K03969 - - - - ko00000 - - - PspA_IM30 +MGYG000000001_00448 1292035.H476_1412 2.06e-234 652.0 COG0446@1|root,COG0446@2|Bacteria,1TQH5@1239|Firmicutes,247YR@186801|Clostridia,25QYI@186804|Peptostreptococcaceae 186801|Clostridia C Psort location Cytoplasmic, score - - - - - - - - - - - - DAO,DUF1667,FAD_binding_2,FAD_oxidored,Pyr_redox_2,Pyr_redox_3 +MGYG000000001_02765 1391646.AVSU01000016_gene3180 5.29e-88 259.0 COG0537@1|root,COG0537@2|Bacteria,1V5CH@1239|Firmicutes,25CUE@186801|Clostridia 186801|Clostridia FG Scavenger mRNA decapping enzyme C-term binding - - 2.7.7.53 ko:K19710 ko00230,map00230 - R00126,R01618 RC00002,RC02753,RC02795 ko00000,ko00001,ko01000 - - - HIT +MGYG000000001_00163 1301100.HG529314_gene428 2.48e-35 122.0 COG5566@1|root,COG5566@2|Bacteria,1VEZS@1239|Firmicutes,24QVB@186801|Clostridia,36MRC@31979|Clostridiaceae 186801|Clostridia S COG2197 Response regulator containing a CheY-like receiver domain and an HTH DNA-binding domain - - - - - - - - - - - - HTH_Mga,Mor +MGYG000000001_00227 1301100.HG529365_gene1389 5.9e-79 250.0 2BCIE@1|root,3264D@2|Bacteria,1US3H@1239|Firmicutes,24YCT@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00292 1476973.JMMB01000007_gene2730 4.07e-227 639.0 COG1530@1|root,COG1530@2|Bacteria,1TQS4@1239|Firmicutes,247QV@186801|Clostridia,25QDS@186804|Peptostreptococcaceae 186801|Clostridia J S1 RNA binding domain protein rng - - ko:K08301 - - - - ko00000,ko01000,ko03009,ko03019 - - - KH_1,RNase_E_G,S1,TRAM +MGYG000000001_00582 386415.NT01CX_1426 6.27e-157 456.0 COG4268@1|root,COG4268@2|Bacteria,1TQJI@1239|Firmicutes,24AAV@186801|Clostridia,36F6W@31979|Clostridiaceae 186801|Clostridia V McrBC 5-methylcytosine restriction system component - - - ko:K19147 - - - - ko00000,ko02048 - - - McrBC +MGYG000000001_00973 1391646.AVSU01000043_gene1417 5.73e-24 102.0 29UDK@1|root,30FQ9@2|Bacteria,1UEEU@1239|Firmicutes,25302@186801|Clostridia,25RUE@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01005 1476973.JMMB01000007_gene2474 1.92e-47 155.0 2BM2N@1|root,32FJR@2|Bacteria,1UEX8@1239|Firmicutes,2527U@186801|Clostridia,25TPS@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01109 1280692.AUJL01000009_gene2996 2.02e-10 57.4 2BB9Y@1|root,324SP@2|Bacteria,1UQZ4@1239|Firmicutes,24VBZ@186801|Clostridia,36PCV@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01302 1301100.HG529233_gene7425 1.8e-77 233.0 COG0757@1|root,COG0757@2|Bacteria,1V6E8@1239|Firmicutes,24JBK@186801|Clostridia,36JJ0@31979|Clostridiaceae 186801|Clostridia E Catalyzes a trans-dehydration via an enolate intermediate aroQ - 4.2.1.10 ko:K03786 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00022 R03084 RC00848 ko00000,ko00001,ko00002,ko01000 - - - DHquinase_II,SKI +MGYG000000001_00230 1151292.QEW_3002 5.17e-30 106.0 COG0828@1|root,COG0828@2|Bacteria,1VEHU@1239|Firmicutes,24QP9@186801|Clostridia,25TWE@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bS21 family rpsU - - ko:K02970 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S21 +MGYG000000001_02694 1120998.AUFC01000009_gene2054 8.76e-63 204.0 COG4200@1|root,COG4200@2|Bacteria,1V4AY@1239|Firmicutes,24EXR@186801|Clostridia 186801|Clostridia S Lantibiotic protection ABC transporter permease subunit, MutG family mutG - - ko:K20492 ko02010,ko02020,ko02024,map02010,map02020,map02024 M00817 - - ko00000,ko00001,ko00002,ko02000 3.A.1.124.1,3.A.1.124.2,3.A.1.124.6 - - ABC2_membrane_4 +MGYG000000001_02460 1476973.JMMB01000007_gene161 0.0 2186.0 COG0086@1|root,COG0086@2|Bacteria,1TNYT@1239|Firmicutes,24925@186801|Clostridia,25QQ9@186804|Peptostreptococcaceae 186801|Clostridia K DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates rpoC - 2.7.7.6 ko:K03046 ko00230,ko00240,ko01100,ko03020,map00230,map00240,map01100,map03020 M00183 R00435,R00441,R00442,R00443 RC02795 br01611,ko00000,ko00001,ko00002,ko01000,ko03021,ko03400 - - - RNA_pol_Rpb1_1,RNA_pol_Rpb1_2,RNA_pol_Rpb1_3,RNA_pol_Rpb1_4,RNA_pol_Rpb1_5 +MGYG000000001_00272 445973.CLOBAR_02766 2.23e-73 221.0 COG0251@1|root,COG0251@2|Bacteria,1V6HG@1239|Firmicutes,24J8Y@186801|Clostridia,25RF5@186804|Peptostreptococcaceae 186801|Clostridia J Endoribonuclease L-PSP - - 3.5.99.10 ko:K09022 - - R11098,R11099 RC03275,RC03354 ko00000,ko01000 - - - Ribonuc_L-PSP +MGYG000000001_02447 1301100.HG529433_gene6518 1.59e-71 217.0 COG1939@1|root,COG1939@2|Bacteria,1VA5V@1239|Firmicutes,24MR1@186801|Clostridia,36JIS@31979|Clostridiaceae 186801|Clostridia J Involved in correct processing of both the 5' and 3' ends of 23S rRNA precursor. Processes 30S rRNA precursor transcript even in absence of ribonuclease 3 (Rnc) mrnC - - ko:K11145 - - - - ko00000,ko01000,ko03009 - - - Ribonuclease_3 +MGYG000000001_02399 1391646.AVSU01000019_gene1324 5.82e-43 141.0 COG0640@1|root,COG0640@2|Bacteria,1VA3M@1239|Firmicutes,24NEC@186801|Clostridia,25TR1@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix, Arsenical Resistance Operon Repressor - - - - - - - - - - - - HTH_20,HTH_5 +MGYG000000001_01036 1476973.JMMB01000007_gene391 1.61e-50 162.0 COG1609@1|root,COG1609@2|Bacteria,1VADF@1239|Firmicutes,24MXI@186801|Clostridia,25TN7@186804|Peptostreptococcaceae 186801|Clostridia K Stage III sporulation protein D spoIIID - - ko:K06283 - - - - ko00000,ko03000 - - - SpoIIID +MGYG000000001_00026 1476973.JMMB01000007_gene3154 9.75e-283 777.0 COG0127@1|root,COG0689@1|root,COG0127@2|Bacteria,COG0689@2|Bacteria,1TQM3@1239|Firmicutes,25E5P@186801|Clostridia,25QCQ@186804|Peptostreptococcaceae 186801|Clostridia F Phosphorolytic exoribonuclease that removes nucleotide residues following the -CCA terminus of tRNA and adds nucleotides to the ends of RNA molecules by using nucleoside diphosphates as substrates rph - 2.7.7.56,3.6.1.66 ko:K00989,ko:K02428 ko00230,map00230 - R00426,R00720,R01855,R02100,R02720,R03531 RC00002 ko00000,ko00001,ko01000,ko03016 - - - Ham1p_like,RNase_PH,RNase_PH_C +MGYG000000001_03189 1476973.JMMB01000007_gene3160 4.77e-271 755.0 COG0469@1|root,COG0469@2|Bacteria,1TPGG@1239|Firmicutes,2489V@186801|Clostridia,25QHI@186804|Peptostreptococcaceae 186801|Clostridia G Pyruvate kinase pyk - 2.7.1.40 ko:K00873 ko00010,ko00230,ko00620,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,ko04922,ko04930,ko05165,ko05203,ko05230,map00010,map00230,map00620,map01100,map01110,map01120,map01130,map01200,map01230,map04922,map04930,map05165,map05203,map05230 M00001,M00002,M00049,M00050 R00200,R00430,R01138,R01858,R02320 RC00002,RC00015 ko00000,ko00001,ko00002,ko01000,ko04131,ko04147 - - - IMPDH,PEP-utilizers,PK,PK_C +MGYG000000001_02256 1301100.HG529277_gene1660 1.83e-228 631.0 COG0451@1|root,COG0451@2|Bacteria,1VP6I@1239|Firmicutes,251A8@186801|Clostridia,36UJ5@31979|Clostridiaceae 186801|Clostridia M NAD-dependent epimerase dehydratase - - 5.1.3.6 ko:K08679 ko00520,ko01100,map00520,map01100 - R01385 RC00289 ko00000,ko00001,ko01000 - - - Epimerase,GDP_Man_Dehyd +MGYG000000001_01368 1476973.JMMB01000007_gene576 1.22e-104 305.0 COG0290@1|root,COG0290@2|Bacteria,1V1RC@1239|Firmicutes,24FUS@186801|Clostridia,25RBJ@186804|Peptostreptococcaceae 186801|Clostridia J IF-3 binds to the 30S ribosomal subunit and shifts the equilibrum between 70S ribosomes and their 50S and 30S subunits in favor of the free subunits, thus enhancing the availability of 30S subunits on which protein synthesis initiation begins infC - - ko:K02520 - - - - ko00000,ko03012,ko03029 - - - IF3_C,IF3_N +MGYG000000001_02655 545697.HMPREF0216_02885 4.1e-119 383.0 COG0433@1|root,COG0433@2|Bacteria,1V4Z4@1239|Firmicutes,24E9I@186801|Clostridia,36GXR@31979|Clostridiaceae 186801|Clostridia S COG0433 Predicted ATPase - - - - - - - - - - - - - +MGYG000000001_00083 1476973.JMMB01000007_gene3100 3.86e-101 295.0 COG3432@1|root,COG3432@2|Bacteria,1V75P@1239|Firmicutes,24JAZ@186801|Clostridia,25RBR@186804|Peptostreptococcaceae 186801|Clostridia K Domain of unknown function (DUF4364) - - - - - - - - - - - - DUF4364 +MGYG000000001_01040 1476973.JMMB01000007_gene396 0.0 1231.0 COG0272@1|root,COG0507@1|root,COG0272@2|Bacteria,COG0507@2|Bacteria,1TPZH@1239|Firmicutes,247R7@186801|Clostridia,25QNC@186804|Peptostreptococcaceae 186801|Clostridia L DNA-dependent ATPase and ATP-dependent 5'-3' DNA helicase. Has no activity on blunt DNA or DNA with 3'-overhangs, requires at least 10 bases of 5'-ssDNA for helicase activity recD2 - 3.1.11.5 ko:K03581 ko03440,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - AAA_30,HHH_4,HHH_5,UvrD_C_2 +MGYG000000001_03000 545697.HMPREF0216_02451 7.32e-84 254.0 COG5398@1|root,COG5398@2|Bacteria,1VRX9@1239|Firmicutes,24EV9@186801|Clostridia,36IAN@31979|Clostridiaceae 186801|Clostridia P Heme oxygenase - - 1.14.15.20 ko:K21480 ko00860,ko01100,ko01110,map00860,map01100,map01110 - R11579 RC01270 ko00000,ko00001,ko01000 - - - Heme_oxygenase +MGYG000000001_00972 1301100.HG529361_gene2117 4.47e-222 622.0 COG1301@1|root,COG1301@2|Bacteria,1TPME@1239|Firmicutes,247UX@186801|Clostridia,36DYZ@31979|Clostridiaceae 186801|Clostridia C Belongs to the dicarboxylate amino acid cation symporter (DAACS) (TC 2.A.23) family - - - - - - - - - - - - SDF +MGYG000000001_00893 1301100.HG529356_gene2063 4.62e-113 328.0 COG5483@1|root,COG5483@2|Bacteria,1V4SJ@1239|Firmicutes,24A6M@186801|Clostridia,36E8T@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function, DUF488 - - - - - - - - - - - - DUF488 +MGYG000000001_00898 1292035.H476_3298 1.54e-67 205.0 COG2824@1|root,COG2824@2|Bacteria,1V6NA@1239|Firmicutes,24J9K@186801|Clostridia,25TK9@186804|Peptostreptococcaceae 186801|Clostridia P PhnA Zinc-Ribbon phnA - - ko:K06193 ko01120,map01120 - - - ko00000 - - - PhnA,PhnA_Zn_Ribbon +MGYG000000001_02605 1301100.HG529378_gene4072 0.0 1276.0 COG0556@1|root,COG0556@2|Bacteria,1TPKB@1239|Firmicutes,247P7@186801|Clostridia,36DSR@31979|Clostridiaceae 186801|Clostridia L damaged site, the DNA wraps around one UvrB monomer. DNA wrap is dependent on ATP binding by UvrB and probably causes local melting of the DNA helix, facilitating insertion of UvrB beta-hairpin between the DNA strands. Then UvrB probes one DNA strand for the presence of a lesion. If a lesion is found the UvrA subunits dissociate and the UvrB-DNA preincision complex is formed. This complex is subsequently bound by UvrC and the second UvrB is released. If no lesion is found, the DNA wraps around the other UvrB subunit that will check the other stand for damage uvrB - - ko:K03702 ko03420,map03420 - - - ko00000,ko00001,ko03400 - - - Helicase_C,ResIII,UVR,UvrB +MGYG000000001_02374 1476973.JMMB01000007_gene1243 1.28e-221 622.0 COG3263@1|root,COG3263@2|Bacteria,1TQPJ@1239|Firmicutes,2486W@186801|Clostridia,25SN4@186804|Peptostreptococcaceae 186801|Clostridia P Sodium/hydrogen exchanger family - - - - - - - - - - - - Na_H_Exchanger,TrkA_C +MGYG000000001_02301 1301100.HG529308_gene361 0.0 1024.0 COG0488@1|root,COG0488@2|Bacteria,1TPW0@1239|Firmicutes,248ST@186801|Clostridia,36E0B@31979|Clostridiaceae 186801|Clostridia S ABC transporter ykpA - - - - - - - - - - - ABC_tran,ABC_tran_Xtn +MGYG000000001_02140 555088.DealDRAFT_2896 1.89e-140 437.0 COG4219@1|root,COG4219@2|Bacteria,1TP3Z@1239|Firmicutes,249NV@186801|Clostridia,42KY1@68298|Syntrophomonadaceae 186801|Clostridia KT PFAM peptidase M56 BlaR1 - - - ko:K02172 ko01501,map01501 M00627 - - ko00000,ko00001,ko00002,ko01002,ko01504 - - - DUF4825,DUF5050,Peptidase_M56 +MGYG000000001_02139 555088.DealDRAFT_2896 1.89e-140 437.0 COG4219@1|root,COG4219@2|Bacteria,1TP3Z@1239|Firmicutes,249NV@186801|Clostridia,42KY1@68298|Syntrophomonadaceae 186801|Clostridia KT PFAM peptidase M56 BlaR1 - - - ko:K02172 ko01501,map01501 M00627 - - ko00000,ko00001,ko00002,ko01002,ko01504 - - - DUF4825,DUF5050,Peptidase_M56 +MGYG000000001_03152 1487921.DP68_14995 3.2e-135 418.0 arCOG08054@1|root,2Z8AD@2|Bacteria,1TQ1J@1239|Firmicutes,2485U@186801|Clostridia,36EH0@31979|Clostridiaceae 186801|Clostridia S Carbohydrate-binding domain-containing protein Cthe_2159 - GO:0001871,GO:0003674,GO:0005488,GO:0005509,GO:0030246,GO:0030247,GO:0030248,GO:0043167,GO:0043169,GO:0046872,GO:0048028,GO:2001062 - - - - - - - - - - Cthe_2159,Dockerin_1 +MGYG000000001_03158 1487921.DP68_14995 3.2e-135 418.0 arCOG08054@1|root,2Z8AD@2|Bacteria,1TQ1J@1239|Firmicutes,2485U@186801|Clostridia,36EH0@31979|Clostridiaceae 186801|Clostridia S Carbohydrate-binding domain-containing protein Cthe_2159 - GO:0001871,GO:0003674,GO:0005488,GO:0005509,GO:0030246,GO:0030247,GO:0030248,GO:0043167,GO:0043169,GO:0046872,GO:0048028,GO:2001062 - - - - - - - - - - Cthe_2159,Dockerin_1 +MGYG000000001_02716 1476973.JMMB01000007_gene563 0.0 1082.0 COG1067@1|root,COG1067@2|Bacteria,1TQT5@1239|Firmicutes,248NE@186801|Clostridia,25QK9@186804|Peptostreptococcaceae 186801|Clostridia O AAA domain - - 3.4.21.53 ko:K04076 - - - - ko00000,ko01000,ko01002 - - - AAA_32,Lon_C +MGYG000000001_01499 171693.BN988_01595 5.76e-113 382.0 COG1196@1|root,COG5283@1|root,COG1196@2|Bacteria,COG5283@2|Bacteria,1UHQM@1239|Firmicutes,4HGW7@91061|Bacilli,23KG0@182709|Oceanobacillus 91061|Bacilli D Phage-related minor tail protein - - - - - - - - - - - - Peptidase_M23,PhageMin_Tail,SLT +MGYG000000001_01887 748727.CLJU_c24890 0.00049 40.0 COG2608@1|root,COG2608@2|Bacteria,1VK5F@1239|Firmicutes,24RMA@186801|Clostridia,36P1S@31979|Clostridiaceae 186801|Clostridia P Heavy metal transport detoxification protein - - - - - - - - - - - - HMA +MGYG000000001_01854 1345695.CLSA_c34510 7.19e-78 235.0 COG0454@1|root,COG0456@2|Bacteria,1V562@1239|Firmicutes,24G6G@186801|Clostridia,36HZD@31979|Clostridiaceae 186801|Clostridia K Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1,Acetyltransf_10,Acetyltransf_7 +MGYG000000001_00033 1301100.HG529381_gene4004 3.06e-249 692.0 COG0531@1|root,COG0531@2|Bacteria,1TQ48@1239|Firmicutes,248C7@186801|Clostridia,36GTH@31979|Clostridiaceae 186801|Clostridia E amino acid ykbA - - ko:K03294 - - - - ko00000 2.A.3.2 - - AA_permease_2 +MGYG000000001_00684 1301100.HG529431_gene1824 2.44e-18 83.6 COG4969@1|root,COG4969@2|Bacteria,1UI23@1239|Firmicutes,25EXE@186801|Clostridia 186801|Clostridia NU Prokaryotic N-terminal methylation motif - - - ko:K02456 ko03070,ko05111,map03070,map05111 M00331 - - ko00000,ko00001,ko00002,ko02044 3.A.15 - - N_methyl +MGYG000000001_01207 1151292.QEW_3194 1.49e-81 250.0 COG3879@1|root,COG3879@2|Bacteria,1V91C@1239|Firmicutes,25DHT@186801|Clostridia,25SDY@186804|Peptostreptococcaceae 186801|Clostridia S Bacterial protein of unknown function (DUF881) - - - - - - - - - - - - DUF881 +MGYG000000001_00749 1476973.JMMB01000007_gene1181 4.91e-185 523.0 COG0327@1|root,COG0327@2|Bacteria,1TQ27@1239|Firmicutes,248Q2@186801|Clostridia,25R7D@186804|Peptostreptococcaceae 186801|Clostridia S NIF3 (NGG1p interacting factor 3) - - - - - - - - - - - - Methyltransf_18,NIF3 +MGYG000000001_02942 272563.CD630_34460 3.1e-193 542.0 COG1363@1|root,COG1363@2|Bacteria,1TNZT@1239|Firmicutes,248D0@186801|Clostridia,25TH9@186804|Peptostreptococcaceae 186801|Clostridia E M42 glutamyl aminopeptidase ypdE - - - - - - - - - - - Peptidase_M42 +MGYG000000001_00106 1301100.HG529385_gene5105 1.08e-270 742.0 COG0624@1|root,COG0624@2|Bacteria,1TR99@1239|Firmicutes,248DC@186801|Clostridia,36G77@31979|Clostridiaceae 186801|Clostridia E peptidase - - - - - - - - - - - - M20_dimer,Peptidase_M20 +MGYG000000001_00390 1408823.AXUS01000006_gene90 8.26e-77 237.0 COG4478@1|root,COG4478@2|Bacteria,1VGZ1@1239|Firmicutes,25CJ1@186801|Clostridia,25UMJ@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1461) - - - - - - - - - - - - DUF1461 +MGYG000000001_00485 1151292.QEW_1719 8.64e-317 867.0 COG0015@1|root,COG0015@2|Bacteria,1TPMM@1239|Firmicutes,2485N@186801|Clostridia,25QVH@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the lyase 1 family. Adenylosuccinate lyase subfamily purB - 4.3.2.2 ko:K01756 ko00230,ko00250,ko01100,ko01110,ko01130,map00230,map00250,map01100,map01110,map01130 M00048,M00049 R01083,R04559 RC00379,RC00444,RC00445 ko00000,ko00001,ko00002,ko01000 - - - ADSL_C,Lyase_1 +MGYG000000001_01377 272563.CD630_26910 3.65e-107 310.0 COG0634@1|root,COG0634@2|Bacteria,1V1C9@1239|Firmicutes,24FR4@186801|Clostridia,25RBZ@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the purine pyrimidine phosphoribosyltransferase family hpt - 2.4.2.8 ko:K00760 ko00230,ko00983,ko01100,ko01110,map00230,map00983,map01100,map01110 - R00190,R01132,R01229,R02142,R08237,R08238,R08245 RC00063,RC00122 ko00000,ko00001,ko01000 - - - Pribosyltran +MGYG000000001_00235 1151292.QEW_3012 5.69e-187 530.0 COG0484@1|root,COG0484@2|Bacteria,1TP00@1239|Firmicutes,248EM@186801|Clostridia,25QX8@186804|Peptostreptococcaceae 186801|Clostridia O ATP binding to DnaK triggers the release of the substrate protein, thus completing the reaction cycle. Several rounds of ATP-dependent interactions between DnaJ, DnaK and GrpE are required for fully efficient folding. Also involved, together with DnaK and GrpE, in the DNA replication of plasmids through activation of initiation proteins dnaJ - - ko:K03686,ko:K05516 - - - - ko00000,ko03029,ko03036,ko03110 - - - DnaJ,DnaJ_C,DnaJ_CXXCXGXG +MGYG000000001_02642 1476973.JMMB01000007_gene1527 0.0 899.0 COG0554@1|root,COG0554@2|Bacteria,1TPX3@1239|Firmicutes,2493W@186801|Clostridia,25S1D@186804|Peptostreptococcaceae 186801|Clostridia F Key enzyme in the regulation of glycerol uptake and metabolism. Catalyzes the phosphorylation of glycerol to yield sn- glycerol 3-phosphate glpK GO:0003674,GO:0003824,GO:0004370,GO:0005975,GO:0006066,GO:0006071,GO:0006793,GO:0006796,GO:0008150,GO:0008152,GO:0009987,GO:0016301,GO:0016310,GO:0016740,GO:0016772,GO:0016773,GO:0019400,GO:0019751,GO:0044237,GO:0044238,GO:0044262,GO:0044281,GO:0071704,GO:1901615 2.7.1.30 ko:K00864 ko00561,ko01100,ko03320,ko04626,map00561,map01100,map03320,map04626 - R00847 RC00002,RC00017 ko00000,ko00001,ko01000,ko04147 - - - FGGY_C,FGGY_N +MGYG000000001_02955 1292035.H476_1600 2.05e-51 164.0 COG1695@1|root,COG1695@2|Bacteria,1VA94@1239|Firmicutes,24PWU@186801|Clostridia 186801|Clostridia K transcriptional regulator, PadR family - - - - - - - - - - - - PadR +MGYG000000001_02504 1301100.HG529429_gene1912 2.18e-142 412.0 COG0715@1|root,COG0715@2|Bacteria,1TT2F@1239|Firmicutes,249M2@186801|Clostridia,36F3S@31979|Clostridiaceae 186801|Clostridia P NMT1/THI5 like - - - ko:K02051 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - NMT1,NMT1_2,Phosphonate-bd,SBP_bac_3,VitK2_biosynth +MGYG000000001_02536 1292035.H476_2164 4.08e-198 554.0 COG1087@1|root,COG1087@2|Bacteria,1TQ7N@1239|Firmicutes,247M9@186801|Clostridia,25R7U@186804|Peptostreptococcaceae 186801|Clostridia M UDP-glucose 4-epimerase galE - 5.1.3.2 ko:K01784 ko00052,ko00520,ko01100,map00052,map00520,map01100 M00361,M00362,M00632 R00291,R02984 RC00289 ko00000,ko00001,ko00002,ko01000 - - - Epimerase,GDP_Man_Dehyd +MGYG000000001_02634 1292035.H476_0382 6.09e-77 240.0 28NR9@1|root,2ZBQJ@2|Bacteria,1UZEN@1239|Firmicutes,24G0V@186801|Clostridia,25RUP@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02666 272563.CD630_16920 5.73e-49 159.0 COG0640@1|root,COG0640@2|Bacteria,1VINN@1239|Firmicutes,24S2F@186801|Clostridia,25RWZ@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix, Arsenical Resistance Operon Repressor - - - - - - - - - - - - HTH_20,HTH_5 +MGYG000000001_02698 411470.RUMGNA_03459 2.03e-46 171.0 COG3428@1|root,COG3428@2|Bacteria,1TSRJ@1239|Firmicutes,24FG2@186801|Clostridia 186801|Clostridia S membrane - - - ko:K08981 - - - - ko00000 - - - bPH_2 +MGYG000000001_02730 641107.CDLVIII_0851 6.28e-137 397.0 COG0111@1|root,COG0111@2|Bacteria,1TSDK@1239|Firmicutes,247Q4@186801|Clostridia,36DNH@31979|Clostridiaceae 186801|Clostridia EH D-isomer specific 2-hydroxyacid dehydrogenase - - 1.1.1.79,1.1.1.81 ko:K12972 ko00260,ko00620,ko00630,ko01100,ko01110,ko01120,map00260,map00620,map00630,map01100,map01110,map01120 - R00465,R01388,R01392,R02527 RC00031,RC00042,RC00670 ko00000,ko00001,ko01000 - - - 2-Hacid_dh,2-Hacid_dh_C +MGYG000000001_02827 1151292.QEW_0525 3.57e-80 241.0 2F1RD@1|root,33URH@2|Bacteria,1VV7T@1239|Firmicutes,250T6@186801|Clostridia,25RGW@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02859 1301100.HG529346_gene4304 1.25e-101 305.0 COG1307@1|root,COG1307@2|Bacteria,1TQDI@1239|Firmicutes,24ADT@186801|Clostridia,36EZJ@31979|Clostridiaceae 186801|Clostridia S DegV family - - - - - - - - - - - - DegV +MGYG000000001_02891 1151292.QEW_3343 7.03e-61 191.0 COG3086@1|root,COG3086@2|Bacteria,1VEYP@1239|Firmicutes,24R8Z@186801|Clostridia,25RMJ@186804|Peptostreptococcaceae 186801|Clostridia T Positive regulator of sigma(E), RseC/MucC - - - ko:K03803 - - - - ko00000,ko03021 - - - RseC_MucC +MGYG000000001_02987 1476973.JMMB01000007_gene1142 7.9e-56 178.0 COG3238@1|root,COG3238@2|Bacteria,1VN6S@1239|Firmicutes,251CM@186801|Clostridia,25TK7@186804|Peptostreptococcaceae 186801|Clostridia S Putative inner membrane exporter, YdcZ - - - ko:K09936 ko02024,map02024 - - - ko00000,ko00001,ko02000 2.A.7.21 - - DMT_YdcZ +MGYG000000001_03019 1292035.H476_2465 1.56e-68 220.0 COG4194@1|root,COG4194@2|Bacteria,1UY2R@1239|Firmicutes,25JU5@186801|Clostridia,25TH3@186804|Peptostreptococcaceae 186801|Clostridia S Membrane - - - - - - - - - - - - DUF1648 +MGYG000000001_03086 195103.CPF_0886 7.76e-46 150.0 COG4810@1|root,COG4810@2|Bacteria,1VB54@1239|Firmicutes,24JK9@186801|Clostridia,36IQ9@31979|Clostridiaceae 186801|Clostridia E PFAM microcompartments protein eutS - - ko:K04031 - - - - ko00000 - - - BMC +MGYG000000001_03121 1232452.BAIB02000004_gene513 3.34e-29 116.0 COG0664@1|root,COG0664@2|Bacteria,1VB4N@1239|Firmicutes,25D2I@186801|Clostridia 186801|Clostridia T Cyclic nucleotide-monophosphate binding domain - - - - - - - - - - - - cNMP_binding +MGYG000000001_03267 1151292.QEW_2628 6.17e-106 315.0 COG0083@1|root,COG0083@2|Bacteria,1TRWS@1239|Firmicutes,248NA@186801|Clostridia,25SDN@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the ATP-dependent phosphorylation of L- homoserine to L-homoserine phosphate thrB - 2.7.1.39 ko:K00872 ko00260,ko01100,ko01110,ko01120,ko01230,map00260,map01100,map01110,map01120,map01230 M00018 R01771 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS03525 GHMP_kinases_C,GHMP_kinases_N +MGYG000000001_00254 1476973.JMMB01000007_gene2690 4.2e-135 386.0 COG1179@1|root,COG1179@2|Bacteria,1TQ7A@1239|Firmicutes,248RA@186801|Clostridia,25R6Y@186804|Peptostreptococcaceae 186801|Clostridia H ThiF family - - - ko:K22132 - - - - ko00000,ko03016 - - - ThiF +MGYG000000001_01682 1301100.HG529275_gene1636 9.92e-179 502.0 COG0264@1|root,COG0264@2|Bacteria,1TPFJ@1239|Firmicutes,248J2@186801|Clostridia,36DEJ@31979|Clostridiaceae 186801|Clostridia J Associates with the EF-Tu.GDP complex and induces the exchange of GDP to GTP. It remains bound to the aminoacyl-tRNA.EF- Tu.GTP complex up to the GTP hydrolysis stage on the ribosome tsf - - ko:K02357 - - - - ko00000,ko03012,ko03029 - - - EF_TS,UBA +MGYG000000001_02998 457396.CSBG_00835 1.9e-126 363.0 COG1285@1|root,COG1285@2|Bacteria,1V1GI@1239|Firmicutes,24G1I@186801|Clostridia,36HHF@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF4956) - - - - - - - - - - - - DUF4956 +MGYG000000001_00087 1301100.HG529384_gene4109 1.03e-126 363.0 COG0629@1|root,COG0629@2|Bacteria,1TRWZ@1239|Firmicutes,248UD@186801|Clostridia,36DDV@31979|Clostridiaceae 186801|Clostridia L PFAM single-strand binding protein ssb1 - - - - - - - - - - - SSB +MGYG000000001_00025 431943.CKL_3482 0.0 941.0 COG0272@1|root,COG0272@2|Bacteria,1TPQ3@1239|Firmicutes,248AX@186801|Clostridia,36EUE@31979|Clostridiaceae 186801|Clostridia L DNA ligase that catalyzes the formation of phosphodiester linkages between 5'-phosphoryl and 3'-hydroxyl groups in double-stranded DNA using NAD as a coenzyme and as the energy source for the reaction. It is essential for DNA replication and repair of damaged DNA ligA - 6.5.1.2 ko:K01972 ko03030,ko03410,ko03420,ko03430,map03030,map03410,map03420,map03430 - R00382 RC00005 ko00000,ko00001,ko01000,ko03032,ko03400 - - - BRCT,DNA_ligase_OB,DNA_ligase_ZBD,DNA_ligase_aden,HHH_2,HHH_5 +MGYG000000001_02967 1211817.CCAT010000026_gene2311 4.24e-41 144.0 29UR6@1|root,30G35@2|Bacteria,1UF3Z@1239|Firmicutes,24X3K@186801|Clostridia,36P68@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00945 445973.CLOBAR_00014 7.16e-50 158.0 COG0759@1|root,COG0759@2|Bacteria,1VEIG@1239|Firmicutes,24QN4@186801|Clostridia,25RU5@186804|Peptostreptococcaceae 186801|Clostridia S Could be involved in insertion of integral membrane proteins into the membrane yidD - - ko:K08998 - - - - ko00000 - - - Haemolytic +MGYG000000001_02052 445973.CLOBAR_01574 1.49e-178 547.0 2DMBD@1|root,32GQA@2|Bacteria,1V6CI@1239|Firmicutes,25DW6@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02681 445973.CLOBAR_00423 2.77e-225 632.0 COG0577@1|root,COG0577@2|Bacteria,1TPSE@1239|Firmicutes,24BUY@186801|Clostridia,25SJS@186804|Peptostreptococcaceae 186801|Clostridia V ABC transporter permease - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_01318 272563.CD630_12620 1.38e-157 444.0 COG0164@1|root,COG0164@2|Bacteria,1V1D6@1239|Firmicutes,248IT@186801|Clostridia,25QN9@186804|Peptostreptococcaceae 186801|Clostridia L Endonuclease that specifically degrades the RNA of RNA- DNA hybrids rnhB - 3.1.26.4 ko:K03470 ko03030,map03030 - - - ko00000,ko00001,ko01000,ko03032 - - - Cauli_VI,RNase_H,RNase_HII,UPF0102 +MGYG000000001_01285 1476973.JMMB01000007_gene986 4.14e-245 677.0 COG1015@1|root,COG1015@2|Bacteria,1TP70@1239|Firmicutes,247WB@186801|Clostridia,25QPX@186804|Peptostreptococcaceae 186801|Clostridia G Phosphotransfer between the C1 and C5 carbon atoms of pentose deoB - 5.4.2.7 ko:K01839 ko00030,ko00230,map00030,map00230 - R01057,R02749 RC00408 ko00000,ko00001,ko01000 - - - DeoC,Metalloenzyme +MGYG000000001_02419 1301100.HG529233_gene7359 1.26e-100 294.0 COG1399@1|root,COG1399@2|Bacteria,1VEXU@1239|Firmicutes,24RKT@186801|Clostridia,36JU8@31979|Clostridiaceae 186801|Clostridia S Uncharacterized ACR, COG1399 - - - ko:K07040 - - - - ko00000 - - - DUF177 +MGYG000000001_02144 1476973.JMMB01000007_gene914 2.74e-121 348.0 COG0194@1|root,COG0194@2|Bacteria,1TP0M@1239|Firmicutes,24HEX@186801|Clostridia,25QET@186804|Peptostreptococcaceae 186801|Clostridia F Essential for recycling GMP and indirectly, cGMP gmk - 2.7.4.8 ko:K00942 ko00230,ko01100,map00230,map01100 M00050 R00332,R02090 RC00002 ko00000,ko00001,ko00002,ko01000 - - - Guanylate_kin +MGYG000000001_02032 1301100.HG529375_gene4044 1.2e-138 394.0 COG1251@1|root,COG1251@2|Bacteria,1UZNP@1239|Firmicutes,24951@186801|Clostridia,36EU4@31979|Clostridiaceae 186801|Clostridia C reductase - - - - - - - - - - - - NIR_SIR,NIR_SIR_ferr +MGYG000000001_02094 445973.CLOBAR_00743 1.37e-254 702.0 COG0192@1|root,COG0192@2|Bacteria,1TPCV@1239|Firmicutes,248QF@186801|Clostridia,25QJU@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the formation of S-adenosylmethionine (AdoMet) from methionine and ATP. The overall synthetic reaction is composed of two sequential steps, AdoMet formation and the subsequent tripolyphosphate hydrolysis which occurs prior to release of AdoMet from the enzyme metK - 2.5.1.6 ko:K00789 ko00270,ko01100,ko01110,ko01230,map00270,map01100,map01110,map01230 M00034,M00035,M00368,M00609 R00177,R04771 RC00021,RC01211 ko00000,ko00001,ko00002,ko01000 - - - S-AdoMet_synt_C,S-AdoMet_synt_M,S-AdoMet_synt_N,YgbB +MGYG000000001_01920 1211817.CCAT010000048_gene2581 4.73e-33 117.0 COG4269@1|root,COG4269@2|Bacteria,1VA3P@1239|Firmicutes,24P5G@186801|Clostridia,36KZZ@31979|Clostridiaceae 186801|Clostridia S membrane - - - - - - - - - - - - DUF898,zinc_ribbon_2 +MGYG000000001_00704 1476973.JMMB01000007_gene3233 9.76e-79 238.0 2EFTM@1|root,339JQ@2|Bacteria,1VKCW@1239|Firmicutes,25JB2@186801|Clostridia,25RTI@186804|Peptostreptococcaceae 186801|Clostridia S Spore cortex protein YabQ (Spore_YabQ) - - - - - - - - - - - - Spore_YabQ +MGYG000000001_02624 1476973.JMMB01000007_gene1161 2.67e-49 160.0 COG1380@1|root,COG1380@2|Bacteria,1VEN4@1239|Firmicutes,25JC7@186801|Clostridia,25RXC@186804|Peptostreptococcaceae 186801|Clostridia S LrgA family - - - ko:K06518 - - - - ko00000,ko02000 1.E.14.2 - - LrgA +MGYG000000001_00094 1476973.JMMB01000007_gene3084 6.75e-73 226.0 COG1404@1|root,COG1404@2|Bacteria,1V3SC@1239|Firmicutes,24IBK@186801|Clostridia,25TGG@186804|Peptostreptococcaceae 186801|Clostridia O Domain of unknown function (DUF4397) - - - - - - - - - - - - DUF4397 +MGYG000000001_01616 1301100.HG529244_gene2345 0.0 2456.0 COG2176@1|root,COG2176@2|Bacteria,1TPAG@1239|Firmicutes,248YB@186801|Clostridia,36DEW@31979|Clostridiaceae 186801|Clostridia L Required for replicative DNA synthesis. This DNA polymerase also exhibits 3' to 5' exonuclease activity polC - 2.7.7.7 ko:K02342,ko:K03763 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - DNA_pol3_a_NI,DNA_pol3_a_NII,DNA_pol3_alpha,HHH_6,PHP,RNase_T,tRNA_anti-codon +MGYG000000001_00264 1476973.JMMB01000007_gene2706 1.68e-244 682.0 COG1921@1|root,COG1921@2|Bacteria,1TQT8@1239|Firmicutes,2498U@186801|Clostridia,25R1B@186804|Peptostreptococcaceae 186801|Clostridia J Converts seryl-tRNA(Sec) to selenocysteinyl-tRNA(Sec) required for selenoprotein biosynthesis selA - 2.9.1.1 ko:K01042 ko00450,ko00970,map00450,map00970 - R08219 RC01246 ko00000,ko00001,ko01000 - - - Se-cys_synth_N,SelA +MGYG000000001_02331 272563.CD630_23700 2.46e-142 407.0 COG0157@1|root,COG0157@2|Bacteria,1TPQC@1239|Firmicutes,248P2@186801|Clostridia,25QRQ@186804|Peptostreptococcaceae 186801|Clostridia H Belongs to the NadC ModD family nadC - 2.4.2.19 ko:K00767 ko00760,ko01100,map00760,map01100 M00115 R03348 RC02877 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS12010 QRPTase_C,QRPTase_N +MGYG000000001_01265 573061.Clocel_2249 2.68e-275 760.0 COG1904@1|root,COG1904@2|Bacteria,1TRI0@1239|Firmicutes,248C0@186801|Clostridia,36DFN@31979|Clostridiaceae 186801|Clostridia G glucuronate isomerase uxaC - 5.3.1.12 ko:K01812 ko00040,ko01100,map00040,map01100 M00061,M00631 R01482,R01983 RC00376 ko00000,ko00001,ko00002,ko01000 - - - UxaC +MGYG000000001_02033 272563.CD630_10430 0.0 1266.0 COG0419@1|root,COG0419@2|Bacteria,1TPCS@1239|Firmicutes,24A22@186801|Clostridia,25QCK@186804|Peptostreptococcaceae 186801|Clostridia L Exonuclease SbcCD, C subunit sbcC - - ko:K03546 - - - - ko00000,ko03400 - - - AAA_23,AAA_29,SbcCD_C +MGYG000000001_00838 1297617.JPJD01000041_gene1840 4.82e-154 443.0 COG0444@1|root,COG0444@2|Bacteria,1TP6E@1239|Firmicutes,247NN@186801|Clostridia,2689V@186813|unclassified Clostridiales 186801|Clostridia EP Oligopeptide/dipeptide transporter, C-terminal region oppD - - ko:K15583 ko01501,ko02010,ko02024,map01501,map02010,map02024 M00439 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5.1,3.A.1.5.18,3.A.1.5.19,3.A.1.5.25 - - ABC_tran,oligo_HPY +MGYG000000001_02203 1301100.HG529436_gene6566 4.68e-216 606.0 COG0373@1|root,COG0373@2|Bacteria,1TQN9@1239|Firmicutes,2496M@186801|Clostridia,36EQI@31979|Clostridiaceae 186801|Clostridia H Catalyzes the NADPH-dependent reduction of glutamyl- tRNA(Glu) to glutamate 1-semialdehyde (GSA) hemA - 1.2.1.70 ko:K02492 ko00860,ko01100,ko01110,ko01120,map00860,map01100,map01110,map01120 M00121 R04109 RC00055,RC00149 ko00000,ko00001,ko00002,ko01000 - - - GlutR_N,GlutR_dimer,Shikimate_DH +MGYG000000001_00004 1301100.HG529378_gene4087 1.8e-182 511.0 COG0812@1|root,COG0812@2|Bacteria,1TP3W@1239|Firmicutes,247IU@186801|Clostridia,36DWB@31979|Clostridiaceae 186801|Clostridia M Cell wall formation murB - 1.3.1.98 ko:K00075 ko00520,ko00550,ko01100,map00520,map00550,map01100 - R03191,R03192 RC02639 ko00000,ko00001,ko01000,ko01011 - - - FAD_binding_4,MurB_C +MGYG000000001_02874 1499684.CCNP01000026_gene3786 4.34e-237 662.0 COG1301@1|root,COG1301@2|Bacteria,1TPME@1239|Firmicutes,247UX@186801|Clostridia,36DYZ@31979|Clostridiaceae 186801|Clostridia C Belongs to the dicarboxylate amino acid cation symporter (DAACS) (TC 2.A.23) family - - - - - - - - - - - - SDF +MGYG000000001_00202 272563.CD630_24000 7.21e-50 159.0 2E34J@1|root,32Y4N@2|Bacteria,1VESM@1239|Firmicutes,24QZX@186801|Clostridia,25RN5@186804|Peptostreptococcaceae 186801|Clostridia S CotJB protein cotJB - - ko:K06333 - - - - ko00000 - - - CotJA,CotJB +MGYG000000001_00636 1391646.AVSU01000060_gene1092 1.3e-16 79.0 28NEG@1|root,320U5@2|Bacteria,1V2CD@1239|Firmicutes,24PY8@186801|Clostridia,25TY8@186804|Peptostreptococcaceae 186801|Clostridia S Staygreen protein - - - - - - - - - - - - DUF3888,Staygreen +MGYG000000001_00550 272563.CD630_14080 3.14e-162 460.0 COG1181@1|root,COG1181@2|Bacteria,1TP2Y@1239|Firmicutes,248CR@186801|Clostridia,25QJZ@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the D-alanine--D-alanine ligase family ddl - 6.3.2.4 ko:K01921 ko00473,ko00550,ko01100,ko01502,map00473,map00550,map01100,map01502 - R01150 RC00064,RC00141 ko00000,ko00001,ko01000,ko01011 - - - DUF2974,Dala_Dala_lig_C,Dala_Dala_lig_N +MGYG000000001_00808 1292035.H476_1265 5.57e-23 90.1 2DR42@1|root,33A2M@2|Bacteria,1VKCM@1239|Firmicutes,25JCT@186801|Clostridia,25RZF@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2922) - - - - - - - - - - - - DUF2922 +MGYG000000001_00538 1476973.JMMB01000007_gene1131 1.31e-129 377.0 COG1619@1|root,COG1619@2|Bacteria,1TRBB@1239|Firmicutes,24ABA@186801|Clostridia,25QKS@186804|Peptostreptococcaceae 186801|Clostridia V LD-carboxypeptidase - - 3.4.17.13 ko:K01297 - - - - ko00000,ko01000,ko01002,ko01011 - - - Peptidase_S66 +MGYG000000001_02078 1292035.H476_1822 4.72e-233 652.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,25SH6@186804|Peptostreptococcaceae 186801|Clostridia V Polysaccharide biosynthesis C-terminal domain - - - - - - - - - - - - MatE +MGYG000000001_01549 1151292.QEW_0243 3.79e-86 257.0 COG0041@1|root,COG0041@2|Bacteria,1V1MV@1239|Firmicutes,24HCB@186801|Clostridia,25RCN@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the conversion of N5-carboxyaminoimidazole ribonucleotide (N5-CAIR) to 4-carboxy-5-aminoimidazole ribonucleotide (CAIR) purE - 5.4.99.18 ko:K01588 ko00230,ko01100,ko01110,ko01130,map00230,map01100,map01110,map01130 M00048 R07405 RC01947 ko00000,ko00001,ko00002,ko01000 - - - AIRC +MGYG000000001_02339 445973.CLOBAR_01078 4.6e-51 176.0 COG1266@1|root,COG1266@2|Bacteria,1VF60@1239|Firmicutes,24QSC@186801|Clostridia,25RYW@186804|Peptostreptococcaceae 186801|Clostridia S CAAX protease self-immunity - - - ko:K07052 - - - - ko00000 - - - Abi +MGYG000000001_01301 445973.CLOBAR_02230 2.89e-184 521.0 COG0642@1|root,COG2205@2|Bacteria,1UVPB@1239|Firmicutes,24YXG@186801|Clostridia,25T4B@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - - - - - - - - - - - HisKA +MGYG000000001_00037 1476973.JMMB01000007_gene3141 4.45e-115 348.0 COG1459@1|root,COG1459@2|Bacteria,1TQRZ@1239|Firmicutes,249FV@186801|Clostridia,25QTI@186804|Peptostreptococcaceae 186801|Clostridia U Bacterial type II secretion system - - - ko:K02653 - - - - ko00000,ko02035,ko02044 3.A.15.2 - - T2SSF +MGYG000000001_00133 1540257.JQMW01000009_gene2730 5.59e-23 97.4 2E66T@1|root,330VC@2|Bacteria,1VDM6@1239|Firmicutes,25D1A@186801|Clostridia,36U5H@31979|Clostridiaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_00328 658088.HMPREF0987_01509 3.57e-210 595.0 COG2211@1|root,COG2211@2|Bacteria,1TSEH@1239|Firmicutes,248PV@186801|Clostridia,27R8X@186928|unclassified Lachnospiraceae 186801|Clostridia G MFS/sugar transport protein - - - - - - - - - - - - MFS_2 +MGYG000000001_00072 1408823.AXUS01000007_gene3043 1.11e-79 246.0 COG0607@1|root,COG0607@2|Bacteria,1V5BS@1239|Firmicutes,24H9M@186801|Clostridia,25RYX@186804|Peptostreptococcaceae 186801|Clostridia P Rhodanese-like domain - - - ko:K03972 - - - - ko00000 - - - Rhodanese +MGYG000000001_00363 1476973.JMMB01000007_gene671 1.06e-74 228.0 2E5GB@1|root,33080@2|Bacteria,1VF18@1239|Firmicutes,25JAT@186801|Clostridia,25RS6@186804|Peptostreptococcaceae 186801|Clostridia S Psort location - - - - - - - - - - - - - +MGYG000000001_00781 1321778.HMPREF1982_03641 1.5e-28 103.0 2DP5Q@1|root,330MY@2|Bacteria,1VFAQ@1239|Firmicutes,24R7E@186801|Clostridia 186801|Clostridia S Cysteine-rich KTR - - - - - - - - - - - - Cys_rich_KTR +MGYG000000001_00979 1414720.CBYM010000028_gene2313 3.86e-33 125.0 2DXKC@1|root,345DX@2|Bacteria,1W0YX@1239|Firmicutes,24J7C@186801|Clostridia,36JFK@31979|Clostridiaceae 186801|Clostridia S NEAr Transporter domain - - - - - - - - - - - - NEAT +MGYG000000001_01083 1499683.CCFF01000014_gene3898 3.37e-23 91.3 2DR4E@1|root,33A44@2|Bacteria,1VMJT@1239|Firmicutes,24WJ1@186801|Clostridia,36P4I@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01501 1499683.CCFF01000014_gene3898 3.37e-23 91.3 2DR4E@1|root,33A44@2|Bacteria,1VMJT@1239|Firmicutes,24WJ1@186801|Clostridia,36P4I@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01276 1476973.JMMB01000007_gene977 1.63e-171 493.0 COG0617@1|root,COG0617@2|Bacteria,1TQ2A@1239|Firmicutes,247XC@186801|Clostridia,25SBM@186804|Peptostreptococcaceae 186801|Clostridia H Probable RNA and SrmB- binding site of polymerase A cca - 2.7.7.19,2.7.7.72 ko:K00970,ko:K00974 ko03013,ko03018,map03013,map03018 - R09382,R09383,R09384,R09386 RC00078 ko00000,ko00001,ko01000,ko03016,ko03019 - - - HD,PEGA,PolyA_pol,PolyA_pol_RNAbd,tRNA_NucTran2_2 +MGYG000000001_01404 1151292.QEW_3373 4.49e-265 744.0 COG0286@1|root,COG0286@2|Bacteria,1UMSN@1239|Firmicutes,24856@186801|Clostridia,25QCH@186804|Peptostreptococcaceae 186801|Clostridia V TaqI-like C-terminal specificity domain - - 2.1.1.72 ko:K07317 - - - - ko00000,ko01000,ko02048 - - - Eco57I,N6_Mtase,TaqI_C +MGYG000000001_01822 1476973.JMMB01000007_gene1758 2.27e-249 702.0 COG4626@1|root,COG4626@2|Bacteria,1TPU1@1239|Firmicutes,248RI@186801|Clostridia,25TIP@186804|Peptostreptococcaceae 186801|Clostridia S Phage Terminase - - - - - - - - - - - - Terminase_1 +MGYG000000001_01982 1391646.AVSU01000035_gene2145 1.15e-124 360.0 2CEQP@1|root,2ZGRV@2|Bacteria,1W384@1239|Firmicutes,24VWH@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - Gram_pos_anchor +MGYG000000001_02050 1292035.H476_1382 7.43e-09 54.7 2DYF0@1|root,349ER@2|Bacteria,1VYGX@1239|Firmicutes,24PJI@186801|Clostridia 186801|Clostridia S Cupin domain - - - - - - - - - - - - Cupin_2 +MGYG000000001_02468 1292035.H476_1220 3.16e-62 199.0 COG1309@1|root,COG1309@2|Bacteria,1VG7Q@1239|Firmicutes,24RQP@186801|Clostridia 186801|Clostridia K Bacterial regulatory proteins, tetR family - - - - - - - - - - - - TetR_N +MGYG000000001_02887 445973.CLOBAR_00832 4.62e-241 672.0 COG1906@1|root,COG1906@2|Bacteria,1UHZ1@1239|Firmicutes,248VI@186801|Clostridia,25STT@186804|Peptostreptococcaceae 186801|Clostridia S membrane - - - - - - - - - - - - - +MGYG000000001_02789 1391646.AVSU01000133_gene3284 1.44e-178 504.0 COG0601@1|root,COG0601@2|Bacteria,1TP1S@1239|Firmicutes,247IP@186801|Clostridia,25SAU@186804|Peptostreptococcaceae 186801|Clostridia P Binding-protein-dependent transport system inner membrane component appB - - ko:K02033 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - BPD_transp_1 +MGYG000000001_02589 445973.CLOBAR_00097 7.97e-186 518.0 COG0090@1|root,COG0090@2|Bacteria,1TP9X@1239|Firmicutes,247XY@186801|Clostridia,25R5V@186804|Peptostreptococcaceae 186801|Clostridia J One of the primary rRNA binding proteins. Required for association of the 30S and 50S subunits to form the 70S ribosome, for tRNA binding and peptide bond formation. It has been suggested to have peptidyltransferase activity rplB - - ko:K02886 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L2,Ribosomal_L2_C +MGYG000000001_00311 272563.CD630_11380 3.16e-198 553.0 COG4658@1|root,COG4658@2|Bacteria,1TQAY@1239|Firmicutes,247TM@186801|Clostridia,25QVJ@186804|Peptostreptococcaceae 186801|Clostridia C Part of a membrane complex involved in electron transport rnfD - - ko:K03614 - - - - ko00000 - - - NQR2_RnfD_RnfE +MGYG000000001_01597 1301100.HG529430_gene1966 5.16e-186 525.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,248IS@186801|Clostridia,36EB1@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily - - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_00392 1301100.HG529226_gene4779 1.53e-120 346.0 COG0522@1|root,COG0522@2|Bacteria,1TR0J@1239|Firmicutes,248Y5@186801|Clostridia,36DKK@31979|Clostridiaceae 186801|Clostridia J One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the body of the 30S subunit rpsD - - ko:K02986 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S4,S4 +MGYG000000001_01461 1476973.JMMB01000007_gene1050 2e-19 80.9 2CK4U@1|root,2ZN1F@2|Bacteria,1W269@1239|Firmicutes,256DB@186801|Clostridia,25UCB@186804|Peptostreptococcaceae 186801|Clostridia - - - - 3.1.26.5 ko:K03537 ko03008,ko03013,map03008,map03013 - - - ko00000,ko00001,ko01000,ko03009,ko03016,ko03029 - - - SASP +MGYG000000001_00938 1301100.HG529418_gene3034 7.31e-154 435.0 COG1192@1|root,COG1192@2|Bacteria,1TP8S@1239|Firmicutes,2488C@186801|Clostridia,36E15@31979|Clostridiaceae 186801|Clostridia D sporulation initiation inhibitor protein Soj soj - - ko:K03496 - - - - ko00000,ko03036,ko04812 - - - AAA_31,ParBc +MGYG000000001_01919 632245.CLP_4392 2.66e-263 729.0 COG0493@1|root,COG0493@2|Bacteria,1TQ1A@1239|Firmicutes,248EK@186801|Clostridia,36E1P@31979|Clostridiaceae 186801|Clostridia C glutamate synthase (NADPH), homotetrameric gltA - 1.17.1.9,1.4.1.13,1.4.1.14 ko:K00123,ko:K00266 ko00250,ko00630,ko00680,ko00910,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00250,map00630,map00680,map00910,map01100,map01110,map01120,map01130,map01200,map01230 - R00093,R00114,R00248,R00519 RC00006,RC00010,RC02796,RC02799 ko00000,ko00001,ko01000 - - - DHODB_Fe-S_bind,Fer2_4,Fer4,Fer4_20,Molybdop_Fe4S4,Molybdopterin,NAD_binding_1,Pyr_redox_2 +MGYG000000001_01934 997350.HMPREF9129_1262 1.22e-280 780.0 COG0129@1|root,COG0129@2|Bacteria,1TP1R@1239|Firmicutes,247UC@186801|Clostridia,22H4W@1570339|Peptoniphilaceae 186801|Clostridia EG Belongs to the IlvD Edd family ilvD - 4.2.1.9 ko:K01687 ko00290,ko00770,ko01100,ko01110,ko01130,ko01210,ko01230,map00290,map00770,map01100,map01110,map01130,map01210,map01230 M00019,M00570 R01209,R04441,R05070 RC00468,RC01714 ko00000,ko00001,ko00002,ko01000 - - - ILVD_EDD +MGYG000000001_01755 445973.CLOBAR_00503 3.27e-214 595.0 COG2502@1|root,COG2502@2|Bacteria,1TP28@1239|Firmicutes,248S4@186801|Clostridia,25QDQ@186804|Peptostreptococcaceae 186801|Clostridia E aspartate--ammonia ligase asnA - 6.3.1.1 ko:K01914 ko00250,ko00460,ko01100,ko01110,ko01230,map00250,map00460,map01100,map01110,map01230 - R00483 RC00010 ko00000,ko00001,ko01000 - - - AsnA +MGYG000000001_00183 545697.HMPREF0216_02455 3.53e-97 288.0 COG2378@1|root,COG2378@2|Bacteria,1TT23@1239|Firmicutes,248A8@186801|Clostridia,36WR0@31979|Clostridiaceae 186801|Clostridia K domain protein - - - - - - - - - - - - HTH_11,WYL +MGYG000000001_00889 1301100.HG529415_gene2955 8.59e-152 439.0 COG5002@1|root,COG5002@2|Bacteria,1TPB6@1239|Firmicutes,24AV5@186801|Clostridia,36ECJ@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HAMP,HATPase_c,HisKA +MGYG000000001_03097 1476973.JMMB01000007_gene1169 2.32e-274 756.0 COG0147@1|root,COG0147@2|Bacteria,1TQAP@1239|Firmicutes,24946@186801|Clostridia,25QW7@186804|Peptostreptococcaceae 186801|Clostridia EH Anthranilate synthase component I, N terminal region pabB - 2.6.1.85,4.1.3.27,4.1.3.38 ko:K01657,ko:K01665,ko:K03342,ko:K13950 ko00400,ko00405,ko00790,ko01100,ko01110,ko01130,ko01230,ko02024,ko02025,map00400,map00405,map00790,map01100,map01110,map01130,map01230,map02024,map02025 M00023 R00985,R00986,R01716,R05553 RC00010,RC01418,RC01843,RC02148,RC02414 ko00000,ko00001,ko00002,ko01000,ko01007 - - - Aminotran_4,Anth_synt_I_N,Chorismate_bind,GATase +MGYG000000001_00523 1476973.JMMB01000007_gene1120 6.94e-26 99.8 2F3EM@1|root,33W8E@2|Bacteria,1VMKT@1239|Firmicutes,24JAI@186801|Clostridia,25RV2@186804|Peptostreptococcaceae 186801|Clostridia S Control of competence regulator ComK, YlbF/YmcA - - - - - - - - - - - - Com_YlbF +MGYG000000001_00054 1476973.JMMB01000007_gene3125 5.61e-62 196.0 COG1285@1|root,COG1285@2|Bacteria,1V409@1239|Firmicutes,249SQ@186801|Clostridia,25RFU@186804|Peptostreptococcaceae 186801|Clostridia S MgtC family - - - ko:K07507 - - - - ko00000,ko02000 9.B.20 - - MgtC +MGYG000000001_01214 1476973.JMMB01000007_gene875 2.09e-42 140.0 COG1873@1|root,COG1873@2|Bacteria,1UEEI@1239|Firmicutes,25JAV@186801|Clostridia,25RSR@186804|Peptostreptococcaceae 186801|Clostridia S PRC-barrel domain - - - - - - - - - - - - PRC +MGYG000000001_00389 1301100.HG529403_gene6784 9.45e-53 166.0 COG2158@1|root,COG2158@2|Bacteria,1VFNA@1239|Firmicutes,24MYB@186801|Clostridia,36KH3@31979|Clostridiaceae 186801|Clostridia S Cysteine-rich small domain - - - ko:K07162 - - - - ko00000 - - - zf-like +MGYG000000001_00478 1476973.JMMB01000007_gene1096 6.95e-40 134.0 2BM7Q@1|root,32FRF@2|Bacteria,1UF03@1239|Firmicutes,253A0@186801|Clostridia,25U2F@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00703 1408823.AXUS01000010_gene1839 4.46e-42 139.0 29UMP@1|root,30FZ7@2|Bacteria,1UEWZ@1239|Firmicutes,25JWD@186801|Clostridia,25TPC@186804|Peptostreptococcaceae 186801|Clostridia S YabP family - - - - - - - - - - - - YabP +MGYG000000001_02625 1301100.HG529259_gene6185 1.23e-115 336.0 COG1346@1|root,COG1346@2|Bacteria,1TRGN@1239|Firmicutes,24AGM@186801|Clostridia,36HZR@31979|Clostridiaceae 186801|Clostridia M PFAM LrgB family protein lrgB - - - - - - - - - - - LrgB +MGYG000000001_01949 457396.CSBG_02281 3.54e-222 616.0 COG3842@1|root,COG3842@2|Bacteria,1TP2M@1239|Firmicutes,247JR@186801|Clostridia,36DYU@31979|Clostridiaceae 186801|Clostridia P Belongs to the ABC transporter superfamily - - - ko:K10112,ko:K17240 ko02010,map02010 M00194,M00196,M00197,M00200,M00201,M00206,M00207,M00491,M00599,M00602,M00605,M00606 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1,3.A.1.1.38 - - ABC_tran,TOBE_2 +MGYG000000001_00093 332101.JIBU02000032_gene3052 3.95e-68 209.0 COG0346@1|root,COG0346@2|Bacteria,1VCZ7@1239|Firmicutes,24HCQ@186801|Clostridia,36IWR@31979|Clostridiaceae 186801|Clostridia E PFAM Glyoxalase bleomycin resistance protein dioxygenase - - - ko:K08234 - - - - ko00000 - - - Glyoxalase,Glyoxalase_4 +MGYG000000001_01615 1301100.HG529243_gene2302 1.46e-206 587.0 COG0477@1|root,COG2814@2|Bacteria,1TPRN@1239|Firmicutes,249RZ@186801|Clostridia,36F1Q@31979|Clostridiaceae 186801|Clostridia U Major facilitator superfamily - - - - - - - - - - - - CBS,Cytidylate_kin2,MFS_1 +MGYG000000001_00265 1301100.HG529367_gene1354 8.03e-166 468.0 COG0709@1|root,COG0709@2|Bacteria,1TQCJ@1239|Firmicutes,247NS@186801|Clostridia,36DGY@31979|Clostridiaceae 186801|Clostridia E Synthesizes selenophosphate from selenide and ATP selD - 2.7.9.3 ko:K01008 ko00450,ko01100,map00450,map01100 - R03595 RC00002,RC02878 ko00000,ko00001,ko01000,ko03016 - - - AIRS,AIRS_C +MGYG000000001_01329 1301100.HG529407_gene230 7.18e-35 122.0 arCOG02716@1|root,3300V@2|Bacteria,1VF7E@1239|Firmicutes,24T1W@186801|Clostridia,36MC5@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02330 272563.CD630_23710 1.33e-207 586.0 COG0029@1|root,COG0029@2|Bacteria,1UHSP@1239|Firmicutes,25E6F@186801|Clostridia,25R81@186804|Peptostreptococcaceae 186801|Clostridia H L-aspartate oxidase nadB - 1.4.3.16 ko:K00278 ko00250,ko00760,ko01100,map00250,map00760,map01100 M00115 R00357,R00481 RC00006,RC02566 ko00000,ko00001,ko00002,ko01000 - - - FAD_binding_2,QRPTase_C,QRPTase_N,Succ_DH_flav_C +MGYG000000001_02034 272563.CD630_10420 1.09e-226 632.0 COG0420@1|root,COG0420@2|Bacteria,1TQY6@1239|Firmicutes,248VE@186801|Clostridia,25QNP@186804|Peptostreptococcaceae 186801|Clostridia L SbcCD cleaves DNA hairpin structures. These structures can inhibit DNA replication and are intermediates in certain DNA recombination reactions. The complex acts as a 3'- 5' double strand exonuclease that can open hairpins. It also has a 5' single-strand endonuclease activity sbcD - - ko:K03547 - - - - ko00000,ko03400 - - - Metallophos,SbcD_C +MGYG000000001_00837 1120746.CCNL01000009_gene996 2.24e-177 500.0 COG4608@1|root,COG4608@2|Bacteria,2NP9Y@2323|unclassified Bacteria 2|Bacteria E Oligopeptide/dipeptide transporter, C-terminal region appF - - ko:K10823 ko01501,ko02010,ko02024,map01501,map02010,map02024 M00439 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5.1,3.A.1.5.18,3.A.1.5.19,3.A.1.5.25 - - ABC_tran,oligo_HPY +MGYG000000001_00966 272563.CD630_23590 4.2e-142 407.0 COG0561@1|root,COG0561@2|Bacteria,1TR16@1239|Firmicutes,248MW@186801|Clostridia,25TE9@186804|Peptostreptococcaceae 186801|Clostridia S Sucrose-6F-phosphate phosphohydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_00373 1301100.HG529277_gene1672 5.3e-128 374.0 COG0726@1|root,COG0726@2|Bacteria,1TYRH@1239|Firmicutes,24GVR@186801|Clostridia,36I2Q@31979|Clostridiaceae 186801|Clostridia G deacetylase - - - - - - - - - - - - Polysacc_deac_1 +MGYG000000001_01561 702450.CUW_1672 5.49e-177 508.0 COG2223@1|root,COG2223@2|Bacteria,1TT7X@1239|Firmicutes 1239|Firmicutes P Major Facilitator Superfamily - - - - - - - - - - - - MFS_1 +MGYG000000001_00005 1476973.JMMB01000007_gene3167 1.14e-131 377.0 COG1387@1|root,COG1387@2|Bacteria,1TQ33@1239|Firmicutes,24CMU@186801|Clostridia,25QY2@186804|Peptostreptococcaceae 186801|Clostridia E DNA polymerase alpha chain like domain - - - ko:K04477 - - - - ko00000 - - - PHP,PHP_C +MGYG000000001_01861 1211817.CCAT010000085_gene1938 5.02e-120 347.0 COG0745@1|root,COG0745@2|Bacteria,1TQRT@1239|Firmicutes,249PK@186801|Clostridia,36FHK@31979|Clostridiaceae 186801|Clostridia KT Transcriptional regulatory protein, C terminal - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_01862 1211817.CCAT010000085_gene1938 5.02e-120 347.0 COG0745@1|root,COG0745@2|Bacteria,1TQRT@1239|Firmicutes,249PK@186801|Clostridia,36FHK@31979|Clostridiaceae 186801|Clostridia KT Transcriptional regulatory protein, C terminal - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_00458 1174504.AJTN02000105_gene3084 1.15e-46 156.0 2E36H@1|root,32Y68@2|Bacteria,1VIWS@1239|Firmicutes,4HWRW@91061|Bacilli,1ZJDD@1386|Bacillus 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_00940 1301100.HG529418_gene3036 8.79e-137 390.0 COG0357@1|root,COG0357@2|Bacteria,1TPBT@1239|Firmicutes,247WM@186801|Clostridia,36EMZ@31979|Clostridiaceae 186801|Clostridia J Specifically methylates the N7 position of a guanine in 16S rRNA rsmG - 2.1.1.170 ko:K03501 - - - - ko00000,ko01000,ko03009,ko03036 - - - GidB +MGYG000000001_01779 1345695.CLSA_c33770 5.85e-21 89.4 COG0627@1|root,COG0627@2|Bacteria,1TPA9@1239|Firmicutes,24F6M@186801|Clostridia,36JC3@31979|Clostridiaceae 186801|Clostridia S Putative esterase - - - - - - - - - - - - Esterase +MGYG000000001_02431 1301100.HG529233_gene7382 2.3e-62 193.0 COG1302@1|root,COG1302@2|Bacteria,1V4IC@1239|Firmicutes,24JNM@186801|Clostridia,36KNG@31979|Clostridiaceae 186801|Clostridia S Alkaline shock protein asp - - - - - - - - - - - Asp23 +MGYG000000001_01879 1292035.H476_2673 2.72e-69 210.0 COG3860@1|root,COG3860@2|Bacteria,1VD2W@1239|Firmicutes,24QAT@186801|Clostridia 186801|Clostridia S Transcriptional regulator - - - - - - - - - - - - GIY-YIG +MGYG000000001_00064 1499683.CCFF01000016_gene1010 7.84e-74 226.0 COG1896@1|root,COG1896@2|Bacteria,1V7E8@1239|Firmicutes,24DNC@186801|Clostridia,36JIE@31979|Clostridiaceae 186801|Clostridia S Psort location Cytoplasmic, score 8.87 - - - ko:K06952 - - - - ko00000 - - - DUF429,HD_3,UPF0158 +MGYG000000001_01726 1301100.HG529388_gene4970 2.2e-198 551.0 COG1028@1|root,COG1028@2|Bacteria,1TR53@1239|Firmicutes,247XS@186801|Clostridia,36E9K@31979|Clostridiaceae 186801|Clostridia IQ Dehydrogenase - - - - - - - - - - - - adh_short,adh_short_C2 +MGYG000000001_02648 1391646.AVSU01000136_gene3324 1.74e-137 393.0 COG1028@1|root,COG1028@2|Bacteria,1TZY6@1239|Firmicutes,248QZ@186801|Clostridia,25QKH@186804|Peptostreptococcaceae 186801|Clostridia IQ Oxidoreductase, short chain dehydrogenase reductase family protein fabG5 - 1.1.1.100 ko:K00059 ko00061,ko00333,ko00780,ko01040,ko01100,ko01130,ko01212,map00061,map00333,map00780,map01040,map01100,map01130,map01212 M00083,M00572 R04533,R04534,R04536,R04543,R04566,R04953,R04964,R07759,R07763,R10116,R10120,R11671 RC00029,RC00117 ko00000,ko00001,ko00002,ko01000,ko01004 - - - adh_short,adh_short_C2 +MGYG000000001_01591 1301100.HG529252_gene6241 7.94e-268 739.0 COG0621@1|root,COG0621@2|Bacteria,1TP2W@1239|Firmicutes,2487D@186801|Clostridia,36E1K@31979|Clostridiaceae 186801|Clostridia J Catalyzes the methylthiolation of an aspartic acid residue of ribosomal protein S12 rimO - 2.8.4.4 ko:K14441 - - R10652 RC00003,RC03217 ko00000,ko01000,ko03009 - - - CbiK,Radical_SAM,TRAM,UPF0004 +MGYG000000001_02239 1301100.HG529370_gene1430 8.37e-157 442.0 COG4604@1|root,COG4604@2|Bacteria,1UHP5@1239|Firmicutes,25EJF@186801|Clostridia,36UVH@31979|Clostridiaceae 186801|Clostridia P ABC transporter - - 3.6.3.34 ko:K02013 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - ABC_tran +MGYG000000001_02286 1476973.JMMB01000007_gene1474 1.24e-207 582.0 COG2208@1|root,COG2208@2|Bacteria,1TQUC@1239|Firmicutes,248FZ@186801|Clostridia,25QXE@186804|Peptostreptococcaceae 186801|Clostridia KT Sigma factor PP2C-like phosphatases - - - - - - - - - - - - SpoIIE +MGYG000000001_01030 1301100.HG529419_gene3063 3.6e-279 768.0 COG1109@1|root,COG1109@2|Bacteria,1TP1X@1239|Firmicutes,2499P@186801|Clostridia,36DMU@31979|Clostridiaceae 186801|Clostridia G Catalyzes the conversion of glucosamine-6-phosphate to glucosamine-1-phosphate glmM - 5.4.2.10 ko:K03431 ko00520,ko01100,ko01130,map00520,map01100,map01130 - R02060 RC00408 ko00000,ko00001,ko01000 - - - PGM_PMM_I,PGM_PMM_II,PGM_PMM_III,PGM_PMM_IV +MGYG000000001_00871 1476973.JMMB01000007_gene1326 1.43e-85 258.0 COG2230@1|root,COG2230@2|Bacteria,1V4JG@1239|Firmicutes,24II2@186801|Clostridia,25RFK@186804|Peptostreptococcaceae 186801|Clostridia M Methyltransferase - - - - - - - - - - - - CMAS,DOT1,Methyltransf_32,RrnaAD +MGYG000000001_01373 1301100.HG529407_gene284 6.08e-189 528.0 COG1079@1|root,COG1079@2|Bacteria,1TP8Y@1239|Firmicutes,2486N@186801|Clostridia,36EJH@31979|Clostridiaceae 186801|Clostridia S Belongs to the binding-protein-dependent transport system permease family rbsC - - ko:K02057 - M00221 - - ko00000,ko00002,ko02000 3.A.1.2 - - BPD_transp_2 +MGYG000000001_03046 293826.Amet_3891 1e-16 80.5 COG3875@1|root,COG3875@2|Bacteria,1TQ1C@1239|Firmicutes,247PH@186801|Clostridia,36DMW@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF2088) - - - - - - - - - - - - DUF2088 +MGYG000000001_00197 1301100.HG529364_gene2869 9.81e-166 470.0 COG1404@1|root,COG1404@2|Bacteria,1TQ2M@1239|Firmicutes,24CD5@186801|Clostridia,36FEY@31979|Clostridiaceae 186801|Clostridia O Subtilase family isp - 3.4.21.62 ko:K01342,ko:K13275,ko:K13277 ko02024,map02024 - - - ko00000,ko00001,ko01000,ko01002,ko03110 - - - CHB_HEX_C_1,Inhibitor_I9,Peptidase_S8 +MGYG000000001_00879 1443125.Z962_09455 2.01e-177 501.0 COG2376@1|root,COG2376@2|Bacteria,1TP92@1239|Firmicutes,2488D@186801|Clostridia,36E0T@31979|Clostridiaceae 186801|Clostridia G Dihydroxyacetone kinase DhaK, subunit dhaK - 2.7.1.121 ko:K05878 ko00561,ko01100,map00561,map01100 - R01012 RC00015,RC00017 ko00000,ko00001,ko01000 - - - Dak1,SDH_alpha +MGYG000000001_01251 1292035.H476_2491 6.81e-152 434.0 COG1879@1|root,COG1879@2|Bacteria,1TQ1B@1239|Firmicutes,247K8@186801|Clostridia,25QU7@186804|Peptostreptococcaceae 186801|Clostridia G Periplasmic binding protein domain rbsB - - ko:K10439 ko02010,ko02030,map02010,map02030 M00212 - - ko00000,ko00001,ko00002,ko02000 3.A.1.2.1,3.A.1.2.13,3.A.1.2.19 - - Peripla_BP_4 +MGYG000000001_02364 1301100.HG529303_gene3122 2.89e-261 720.0 COG0826@1|root,COG0826@2|Bacteria,1TPRE@1239|Firmicutes,248I3@186801|Clostridia,36E4Q@31979|Clostridiaceae 186801|Clostridia O peptidase U32 yhbU_1 - - ko:K08303 ko05120,map05120 - - - ko00000,ko00001,ko01000,ko01002 - - - DUF4911,Peptidase_U32,Peptidase_U32_C +MGYG000000001_00668 1476973.JMMB01000007_gene106 3.77e-285 786.0 COG1488@1|root,COG1488@2|Bacteria,1TPDW@1239|Firmicutes,247NY@186801|Clostridia,25QNQ@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the synthesis of beta-nicotinate D- ribonucleotide from nicotinate and 5-phospho-D-ribose 1-phosphate at the expense of ATP pncB - 6.3.4.21 ko:K00763 ko00760,ko01100,map00760,map01100 - R01724 RC00033 ko00000,ko00001,ko01000 - - - NAPRTase,QRPTase_C,QRPTase_N +MGYG000000001_00699 1301100.HG529431_gene1805 2.43e-274 763.0 COG2244@1|root,COG2244@2|Bacteria,1TNYX@1239|Firmicutes,2485G@186801|Clostridia,36FTH@31979|Clostridiaceae 186801|Clostridia S Polysaccharide biosynthesis protein spoVB - - ko:K06409 - - - - ko00000,ko02000 2.A.66.2.14 - - Polysacc_synt,Polysacc_synt_3,Polysacc_synt_C +MGYG000000001_01068 1301100.HG529423_gene1980 1.53e-181 512.0 COG2855@1|root,COG2855@2|Bacteria,1TQYA@1239|Firmicutes,247X6@186801|Clostridia,36E0G@31979|Clostridiaceae 186801|Clostridia S membrane - - - - - - - - - - - - Cons_hypoth698 +MGYG000000001_01191 272563.CD630_12700 3.15e-121 363.0 COG4585@1|root,COG4585@2|Bacteria,1TQI3@1239|Firmicutes,249R9@186801|Clostridia,25SEV@186804|Peptostreptococcaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA_3,Sensor +MGYG000000001_01221 272563.CD630_26340 5.02e-31 109.0 2EI9Q@1|root,33C12@2|Bacteria,1VK6T@1239|Firmicutes,24UZ6@186801|Clostridia,25RT2@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02629 1301100.HG529353_gene4273 6.6e-119 345.0 COG0726@1|root,COG0726@2|Bacteria,1V6DN@1239|Firmicutes,24MJ1@186801|Clostridia,36UIM@31979|Clostridiaceae 186801|Clostridia G Polysaccharide deacetylase - - 3.5.1.104 ko:K22278 - - - - ko00000,ko01000 - - - Big_2,CW_binding_1,Cu_amine_oxidN1,DUF3298,Polysacc_deac_1,SH3_3 +MGYG000000001_01611 1476973.JMMB01000007_gene1073 4.87e-55 173.0 COG1358@1|root,COG1358@2|Bacteria,1VEYG@1239|Firmicutes,24QP3@186801|Clostridia,25RPK@186804|Peptostreptococcaceae 186801|Clostridia J Ribosomal protein L7Ae/L30e/S12e/Gadd45 family - - - - - - - - - - - - DUF448,Ribosomal_L7Ae +MGYG000000001_00434 272563.CD630_07370 2.21e-122 356.0 COG1387@1|root,COG1387@2|Bacteria,1TQQX@1239|Firmicutes,247MM@186801|Clostridia 186801|Clostridia E Histidinol phosphate phosphatase, HisJ hisK - 3.1.3.15 ko:K04486 ko00340,ko01100,ko01110,ko01230,map00340,map01100,map01110,map01230 M00026 R03013 RC00017 ko00000,ko00001,ko00002,ko01000 - - - PHP,PHP_C +MGYG000000001_02326 1301100.HG529304_gene3085 3.65e-05 45.4 COG0367@1|root,COG0367@2|Bacteria,1TRPB@1239|Firmicutes,247YA@186801|Clostridia,36ERR@31979|Clostridiaceae 186801|Clostridia E asparagine synthase asnB - 6.3.5.4 ko:K01953 ko00250,ko01100,ko01110,map00250,map01100,map01110 - R00578 RC00010 ko00000,ko00001,ko01000,ko01002 - - - Asn_synthase,GATase_7 +MGYG000000001_02500 272563.CD630_10020 9.35e-79 237.0 COG2606@1|root,COG2606@2|Bacteria,1V6JF@1239|Firmicutes,24I4E@186801|Clostridia,25RJN@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the prolyl-tRNA editing family. YbaK EbsC subfamily ybaK - - ko:K03976 - - - - ko00000,ko01000,ko03016 - - - tRNA_edit +MGYG000000001_02038 1476973.JMMB01000007_gene2828 0.0 1069.0 COG0210@1|root,COG0210@2|Bacteria,1UQI9@1239|Firmicutes,24BXT@186801|Clostridia,25QSC@186804|Peptostreptococcaceae 186801|Clostridia L DNA helicase - - 3.6.4.12 ko:K03657 ko03420,ko03430,map03420,map03430 - - - ko00000,ko00001,ko01000,ko03400 - - - UvrD-helicase,UvrD_C +MGYG000000001_01174 1301100.HG529229_gene5391 0.0 965.0 COG1263@1|root,COG1264@1|root,COG2190@1|root,COG1263@2|Bacteria,COG1264@2|Bacteria,COG2190@2|Bacteria,1TPJ8@1239|Firmicutes,24809@186801|Clostridia,36DWW@31979|Clostridiaceae 186801|Clostridia G Pts system ptsG - 2.7.1.199 ko:K20116,ko:K20117,ko:K20118 ko00010,ko00520,ko02060,map00010,map00520,map02060 M00809 R02738 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.1.1.13,4.A.1.1.14,4.A.1.1.9 - - PTS_EIIA_1,PTS_EIIB,PTS_EIIC +MGYG000000001_00833 445973.CLOBAR_00949 1.5e-23 91.7 COG0236@1|root,COG0236@2|Bacteria,1TU8D@1239|Firmicutes,25K4T@186801|Clostridia,25UD0@186804|Peptostreptococcaceae 186801|Clostridia IQ Carrier of the growing fatty acid chain in fatty acid biosynthesis - - - - - - - - - - - - PP-binding +MGYG000000001_00970 1476973.JMMB01000007_gene2601 1.13e-108 315.0 COG0503@1|root,COG0503@2|Bacteria,1V1DU@1239|Firmicutes,249VC@186801|Clostridia,25SSZ@186804|Peptostreptococcaceae 186801|Clostridia F Converts the preformed base xanthine, a product of nucleic acid breakdown, to xanthosine 5'-monophosphate (XMP), so it can be reused for RNA or DNA synthesis xpt - 2.4.2.22 ko:K03816 ko00230,ko01100,ko01110,map00230,map01100,map01110 - R01229,R02142 RC00063,RC00122 ko00000,ko00001,ko01000 - - - Pribosyltran +MGYG000000001_00369 1301100.HG529402_gene6770 1.38e-44 147.0 2BE3N@1|root,2ZD2V@2|Bacteria,1UTR9@1239|Firmicutes,253ZX@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02007 1301100.HG529411_gene333 7.71e-162 461.0 COG0340@1|root,COG1654@1|root,COG0340@2|Bacteria,COG1654@2|Bacteria,1TQCU@1239|Firmicutes,248CK@186801|Clostridia,36F7S@31979|Clostridiaceae 186801|Clostridia HK Acts both as a biotin-- acetyl-CoA-carboxylase ligase and a repressor birA - 6.3.4.15 ko:K03524 ko00780,ko01100,map00780,map01100 - R01074,R05145 RC00043,RC00070,RC00096,RC02896 ko00000,ko00001,ko01000,ko03000 - - - BPL_C,BPL_LplA_LipB,BPL_LplA_LipB_2,HTH_11,HTH_24 +MGYG000000001_01557 903814.ELI_4153 8.84e-53 170.0 COG0071@1|root,COG0071@2|Bacteria,1VG0E@1239|Firmicutes,24MRZ@186801|Clostridia,25WH5@186806|Eubacteriaceae 186801|Clostridia O Belongs to the small heat shock protein (HSP20) family hsp18 - - ko:K13993 ko04141,map04141 - - - ko00000,ko00001,ko03110 - - - HSP20 +MGYG000000001_00607 658088.HMPREF0987_02461 1e-166 469.0 COG1402@1|root,COG1402@2|Bacteria,1UDUM@1239|Firmicutes,2494R@186801|Clostridia 186801|Clostridia S Creatinine amidohydrolase - - - - - - - - - - - - Creatininase +MGYG000000001_01156 397288.C806_00286 1.04e-48 156.0 COG4577@1|root,COG4577@2|Bacteria,1VA0E@1239|Firmicutes,24N43@186801|Clostridia,27NK3@186928|unclassified Lachnospiraceae 186801|Clostridia CQ BMC domain - - - - - - - - - - - - BMC +MGYG000000001_00944 1151292.QEW_4341 6.47e-116 337.0 COG0706@1|root,COG0706@2|Bacteria,1TQ0J@1239|Firmicutes,247V9@186801|Clostridia,25R1H@186804|Peptostreptococcaceae 186801|Clostridia U Membrane protein insertase, YidC Oxa1 family oxaA - - ko:K03217 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044,ko03029 2.A.9 - - 60KD_IMP,Vpu +MGYG000000001_00767 702450.CUW_2637 1.35e-18 85.1 COG4767@1|root,COG4767@2|Bacteria 2|Bacteria V VanZ like family - - - - - - - - - - - - VanZ +MGYG000000001_02427 1476973.JMMB01000007_gene961 2.27e-174 498.0 2C2CG@1|root,2Z7PW@2|Bacteria,1TQQ2@1239|Firmicutes,24AH2@186801|Clostridia,25QH9@186804|Peptostreptococcaceae 186801|Clostridia S Stage III sporulation protein AE (spore_III_AE) spoIIIAE - - ko:K06394 - - - - ko00000 - - - Spore_III_AE +MGYG000000001_01883 1301100.HG529270_gene542 1.21e-80 243.0 COG1595@1|root,COG1595@2|Bacteria,1VBAM@1239|Firmicutes,24BIE@186801|Clostridia,36ETC@31979|Clostridiaceae 186801|Clostridia K Belongs to the sigma-70 factor family. ECF subfamily - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4_2 +MGYG000000001_01240 1280689.AUJC01000001_gene2472 3.19e-130 377.0 COG0287@1|root,COG0287@2|Bacteria,1TPXG@1239|Firmicutes,248KX@186801|Clostridia,36DNM@31979|Clostridiaceae 186801|Clostridia E prephenate dehydrogenase tyrA - 1.3.1.12 ko:K04517 ko00400,ko00401,ko01100,ko01110,ko01130,ko01230,map00400,map00401,map01100,map01110,map01130,map01230 M00025 R01728 RC00125 ko00000,ko00001,ko00002,ko01000 - - - ACT,PDH,PDT +MGYG000000001_01528 1499684.CCNP01000010_gene39 7.72e-120 351.0 COG0207@1|root,COG0207@2|Bacteria,1TSIR@1239|Firmicutes,249QG@186801|Clostridia,36DI0@31979|Clostridiaceae 186801|Clostridia F Catalyzes the reductive methylation of 2'-deoxyuridine- 5'-monophosphate (dUMP) to 2'-deoxythymidine-5'-monophosphate (dTMP) while utilizing 5,10-methylenetetrahydrofolate (mTHF) as the methyl donor and reductant in the reaction, yielding dihydrofolate (DHF) as a by-product. This enzymatic reaction provides an intracellular de novo source of dTMP, an essential precursor for DNA biosynthesis thyA - 2.1.1.45 ko:K00560 ko00240,ko00670,ko01100,ko01523,map00240,map00670,map01100,map01523 M00053 R02101 RC00219,RC00332 ko00000,ko00001,ko00002,ko01000 - - - Thymidylat_synt +MGYG000000001_02352 1301100.HG529308_gene398 4.73e-97 283.0 COG2080@1|root,COG2080@2|Bacteria,1V6HE@1239|Firmicutes,24HQN@186801|Clostridia,36I5I@31979|Clostridiaceae 186801|Clostridia C Aerobic-type carbon monoxide dehydrogenase, small subunit CoxS hcrC - 1.2.5.3 ko:K03518 - - R11168 RC02800 ko00000,ko01000 - - - Ald_Xan_dh_C,Fer2,Fer2_2 +MGYG000000001_00203 445973.CLOBAR_02692 4.6e-108 314.0 COG3546@1|root,COG3546@2|Bacteria,1TQVQ@1239|Firmicutes,247YJ@186801|Clostridia,25SCP@186804|Peptostreptococcaceae 186801|Clostridia P Manganese containing catalase cotJC - - ko:K06334 - - - - ko00000 - - - Mn_catalase +MGYG000000001_02575 1151292.QEW_0093 2.95e-112 323.0 COG0098@1|root,COG0098@2|Bacteria,1V1B1@1239|Firmicutes,24G5D@186801|Clostridia,25RBS@186804|Peptostreptococcaceae 186801|Clostridia J Located at the back of the 30S subunit body where it stabilizes the conformation of the head with respect to the body rpsE - - ko:K02988 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S5,Ribosomal_S5_C +MGYG000000001_02455 1151292.QEW_0069 1.33e-90 266.0 COG0080@1|root,COG0080@2|Bacteria,1V1BS@1239|Firmicutes,24FSQ@186801|Clostridia,25RBI@186804|Peptostreptococcaceae 186801|Clostridia J Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors rplK - - ko:K02867 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L11,Ribosomal_L11_N +MGYG000000001_01074 1151292.QEW_0219 5.05e-57 177.0 COG0234@1|root,COG0234@2|Bacteria,1V9ZM@1239|Firmicutes,24MMM@186801|Clostridia,25RM6@186804|Peptostreptococcaceae 186801|Clostridia O Binds to Cpn60 in the presence of Mg-ATP and suppresses the ATPase activity of the latter groS - - ko:K04078 - - - - ko00000,ko03029,ko03110 - - - Cpn10 +MGYG000000001_01988 1391646.AVSU01000035_gene2138 2.16e-206 571.0 COG1092@1|root,COG1092@2|Bacteria,1TPUD@1239|Firmicutes,2480X@186801|Clostridia,25QYD@186804|Peptostreptococcaceae 186801|Clostridia J S-adenosylmethionine-dependent methyltransferase rlmL_1 - 2.1.1.191 ko:K06969 - - - - ko00000,ko01000,ko03009 - - - Methyltrans_SAM +MGYG000000001_02487 1414720.CBYM010000087_gene3341 4.76e-146 421.0 COG2826@1|root,COG2826@2|Bacteria,1TRSF@1239|Firmicutes,248IJ@186801|Clostridia,36VMZ@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain - - - - - - - - - - - - HTH_38,rve +MGYG000000001_00444 1414720.CBYM010000087_gene3341 4.76e-146 421.0 COG2826@1|root,COG2826@2|Bacteria,1TRSF@1239|Firmicutes,248IJ@186801|Clostridia,36VMZ@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain - - - - - - - - - - - - HTH_38,rve +MGYG000000001_00438 1414720.CBYM010000087_gene3341 4.76e-146 421.0 COG2826@1|root,COG2826@2|Bacteria,1TRSF@1239|Firmicutes,248IJ@186801|Clostridia,36VMZ@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain - - - - - - - - - - - - HTH_38,rve +MGYG000000001_00013 1301100.HG529379_gene3989 0.0 936.0 COG0733@1|root,COG0733@2|Bacteria,1TP6B@1239|Firmicutes,2485D@186801|Clostridia,36DFC@31979|Clostridiaceae 186801|Clostridia S Belongs to the sodium neurotransmitter symporter (SNF) (TC 2.A.22) family - - - ko:K03308 - - - - ko00000 2.A.22.4,2.A.22.5 - - SNF +MGYG000000001_00077 1301100.HG529399_gene6833 4.07e-203 572.0 COG4134@1|root,COG4134@2|Bacteria,1TR3G@1239|Firmicutes,24A5K@186801|Clostridia,36E1C@31979|Clostridiaceae 186801|Clostridia S Bacterial extracellular solute-binding protein - - - ko:K02055 ko02024,map02024 M00193 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11 - - SBP_bac_1,SBP_bac_8 +MGYG000000001_00109 445335.CBN_2876 6.76e-136 405.0 COG2233@1|root,COG2233@2|Bacteria,1TNZZ@1239|Firmicutes,25CEM@186801|Clostridia,36DYC@31979|Clostridiaceae 186801|Clostridia F permease - - - ko:K03458 - - - - ko00000 2.A.40 - - Xan_ur_permease +MGYG000000001_00142 857293.CAAU_0975 0.000988 40.8 2AEWP@1|root,314UB@2|Bacteria,1UU7Z@1239|Firmicutes,255TW@186801|Clostridia,36T9V@31979|Clostridiaceae 186801|Clostridia K Helix-turn-helix XRE-family like proteins - - - - - - - - - - - - HTH_3 +MGYG000000001_00174 545697.HMPREF0216_00896 1.77e-168 486.0 COG3290@1|root,COG3290@2|Bacteria,1UZ9P@1239|Firmicutes,24MR7@186801|Clostridia,36IJT@31979|Clostridiaceae 186801|Clostridia T ATPase histidine kinase DNA gyrase B HSP90 domain protein - - - - - - - - - - - - HATPase_c_5,SPOB_a +MGYG000000001_00206 1301100.HG529365_gene1370 3.35e-66 209.0 2BDD8@1|root,32724@2|Bacteria,1USY0@1239|Firmicutes,2509G@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00238 445973.CLOBAR_02734 9.66e-179 505.0 COG1420@1|root,COG1420@2|Bacteria,1TQP7@1239|Firmicutes,247K2@186801|Clostridia,25QX4@186804|Peptostreptococcaceae 186801|Clostridia K Negative regulator of class I heat shock genes (grpE- dnaK-dnaJ and groELS operons). Prevents heat-shock induction of these operons hrcA - - ko:K03705 - - - - ko00000,ko03000 - - - HTH_11,HTH_DeoR,HrcA,HrcA_DNA-bdg +MGYG000000001_00271 1292035.H476_1873 5.45e-135 385.0 COG1760@1|root,COG1760@2|Bacteria,1U8TZ@1239|Firmicutes,24AEE@186801|Clostridia,25S17@186804|Peptostreptococcaceae 186801|Clostridia E Serine dehydratase beta chain sdaAB - 4.3.1.17 ko:K01752 ko00260,ko00270,ko01100,ko01110,ko01130,ko01200,ko01230,map00260,map00270,map01100,map01110,map01130,map01200,map01230 - R00220,R00590 RC00331,RC02600 ko00000,ko00001,ko01000 - - - ACT,SDH_beta +MGYG000000001_00303 1301100.HG529369_gene1470 2.16e-132 384.0 COG1792@1|root,COG1792@2|Bacteria,1TR1V@1239|Firmicutes,249M3@186801|Clostridia,36EKP@31979|Clostridiaceae 186801|Clostridia M Involved in formation and maintenance of cell shape mreC - - ko:K03570 - - - - ko00000,ko03036 9.B.157.1 - - DivIC,MreC +MGYG000000001_00336 1235799.C818_01068 4.56e-89 262.0 COG4154@1|root,COG4154@2|Bacteria,1V402@1239|Firmicutes,24FU7@186801|Clostridia,27MJH@186928|unclassified Lachnospiraceae 186801|Clostridia G RbsD / FucU transport protein family fucU - 5.1.3.29 ko:K02431 - - R10764 RC00563 ko00000,ko01000 - - - RbsD_FucU +MGYG000000001_00400 272563.CD630_07820 1.7e-112 328.0 2B51H@1|root,31XUS@2|Bacteria,1V6KA@1239|Firmicutes,24JQP@186801|Clostridia,25SWV@186804|Peptostreptococcaceae 186801|Clostridia S Sporulation protein YunB (Spo_YunB) yunB - - - - - - - - - - - Spore_YunB +MGYG000000001_00432 1499684.CCNP01000018_gene1099 8.63e-209 589.0 COG0534@1|root,COG0534@2|Bacteria,1TP6V@1239|Firmicutes,248EF@186801|Clostridia,36E0R@31979|Clostridiaceae 186801|Clostridia V Na driven multidrug efflux pump - - - - - - - - - - - - Cytidylate_kin2,HATPase_c_2,MatE +MGYG000000001_00497 1301100.HG529233_gene7369 2.26e-11 63.9 COG1609@1|root,COG1609@2|Bacteria,1TQ7K@1239|Firmicutes,247M2@186801|Clostridia,36F5I@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator, LacI family scrR - - ko:K02529,ko:K03484 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_1,Peripla_BP_3,Peripla_BP_4 +MGYG000000001_00561 1391646.AVSU01000084_gene586 1.03e-56 183.0 COG4635@1|root,COG4635@2|Bacteria,1V6RV@1239|Firmicutes,24N9M@186801|Clostridia,25RV0@186804|Peptostreptococcaceae 186801|Clostridia CH Flavodoxin domain - - - - - - - - - - - - Flavodoxin_5 +MGYG000000001_00593 445335.CBN_2139 0.0 1266.0 COG0610@1|root,COG0610@2|Bacteria,1TP7S@1239|Firmicutes,248A6@186801|Clostridia,36F2Y@31979|Clostridiaceae 186801|Clostridia L Subunit R is required for both nuclease and ATPase activities, but not for modification hsdR - 3.1.21.3 ko:K01153 - - - - ko00000,ko01000,ko02048 - - - EcoR124_C,HSDR_N,ResIII +MGYG000000001_00625 1292035.H476_1031 1.56e-107 319.0 COG3723@1|root,COG3723@2|Bacteria,1UNDF@1239|Firmicutes,24CI5@186801|Clostridia,25TNS@186804|Peptostreptococcaceae 186801|Clostridia L RecT family recT - - ko:K07455 - - - - ko00000,ko03400 - - - RecT +MGYG000000001_00722 1151292.QEW_4101 4.18e-18 77.8 2DR0U@1|root,339Q9@2|Bacteria,1VN9R@1239|Firmicutes,24VGB@186801|Clostridia,25RU2@186804|Peptostreptococcaceae 186801|Clostridia S Putative F0F1-ATPase subunit Ca2+/Mg2+ transporter atpZ - - - - - - - - - - - ATPase_gene1 +MGYG000000001_00754 931626.Awo_c03060 2.41e-122 366.0 COG0477@1|root,COG2814@2|Bacteria,1V01H@1239|Firmicutes,24EXA@186801|Clostridia 186801|Clostridia EGP Major facilitator superfamily - - - - - - - - - - - - MFS_1 +MGYG000000001_00818 1158606.I579_00673 1.22e-159 452.0 COG3833@1|root,COG3833@2|Bacteria,1TRB7@1239|Firmicutes,4HC5K@91061|Bacilli,4B09T@81852|Enterococcaceae 91061|Bacilli U Binding-protein-dependent transport system inner membrane component malG GO:0003674,GO:0003824,GO:0005215,GO:0005363,GO:0006810,GO:0008150,GO:0008643,GO:0015144,GO:0015154,GO:0015157,GO:0015399,GO:0015405,GO:0015422,GO:0015423,GO:0015766,GO:0015768,GO:0015772,GO:0015774,GO:0016462,GO:0016787,GO:0016817,GO:0016818,GO:0016887,GO:0017111,GO:0022804,GO:0022857,GO:0033036,GO:0033037,GO:0034219,GO:0042623,GO:0042626,GO:0042956,GO:0043211,GO:0043492,GO:0051179,GO:0051234,GO:0055085,GO:0071702 - ko:K15772 ko02010,map02010 M00491 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.16,3.A.1.1.2 - - BPD_transp_1 +MGYG000000001_00669 272563.CD630_35420 4.68e-96 283.0 COG2715@1|root,COG2715@2|Bacteria,1V1E2@1239|Firmicutes,249G0@186801|Clostridia,25RBG@186804|Peptostreptococcaceae 186801|Clostridia S Nucleoside recognition spmA - - ko:K06373 - - - - ko00000 - - - Gate +MGYG000000001_01067 1301100.HG529423_gene1979 2.82e-136 394.0 COG0583@1|root,COG0583@2|Bacteria,1TP6T@1239|Firmicutes,25C6S@186801|Clostridia,36WQH@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator cysL - - ko:K21900 - - - - ko00000,ko03000 - - - HTH_1,LysR_substrate +MGYG000000001_01192 1292035.H476_2104 6.21e-119 347.0 COG4464@1|root,COG4464@2|Bacteria,1TQ1T@1239|Firmicutes,24JQU@186801|Clostridia,25QKM@186804|Peptostreptococcaceae 186801|Clostridia GM capsular polysaccharide biosynthesis protein ywqE - 3.1.3.48 ko:K01104 - - - - ko00000,ko01000 - - - - +MGYG000000001_02511 1476973.JMMB01000007_gene883 2.61e-272 750.0 COG1625@1|root,COG1625@2|Bacteria,1TSFU@1239|Firmicutes,247JK@186801|Clostridia,25SXA@186804|Peptostreptococcaceae 186801|Clostridia C Protein of unknown function (DUF512) - - - - - - - - - - - - DUF512,PDZ,PDZ_2,Radical_SAM +MGYG000000001_02628 1301100.HG529353_gene4274 1.37e-127 375.0 COG2340@1|root,COG2340@2|Bacteria,1TSUX@1239|Firmicutes,24HJ4@186801|Clostridia,36NFS@31979|Clostridiaceae 186801|Clostridia J CAP-associated N-terminal - - - - - - - - - - - - CAP,CAP_assoc_N,Cu_amine_oxidN1 +MGYG000000001_00090 272563.CD630_32330 8.64e-302 837.0 COG3829@1|root,COG3829@2|Bacteria,1TP0E@1239|Firmicutes,247MB@186801|Clostridia,25QR6@186804|Peptostreptococcaceae 186801|Clostridia K Sigma-54 interaction domain protein ygeV - - ko:K02688,ko:K06714 - - - - ko00000,ko03000 - - - CBS,HTH_8,PAS,PAS_4,PAS_8,PAS_9,PrpR_N,Sigma54_activat,SpoVT_C +MGYG000000001_01612 445973.CLOBAR_02165 2.15e-48 155.0 COG2740@1|root,COG2740@2|Bacteria,1VEJS@1239|Firmicutes,24QSJ@186801|Clostridia,25RRU@186804|Peptostreptococcaceae 186801|Clostridia K Protein of unknown function (DUF448) ylxR - - ko:K07742 - - - - ko00000 - - - DUF448 +MGYG000000001_00268 1301100.HG529368_gene1327 4.22e-41 136.0 2CG49@1|root,32Y3Y@2|Bacteria,1VPBS@1239|Firmicutes,24RGW@186801|Clostridia,36N5U@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00435 1301100.HG529230_gene5358 8.24e-173 485.0 COG1120@1|root,COG1120@2|Bacteria,1TP2Q@1239|Firmicutes,2492Z@186801|Clostridia,36EEP@31979|Clostridiaceae 186801|Clostridia HP ABC transporter - - 3.6.3.34 ko:K02013 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - ABC_tran +MGYG000000001_02499 1499683.CCFF01000014_gene3622 2.93e-68 219.0 COG2267@1|root,COG2267@2|Bacteria,1UZ5S@1239|Firmicutes,25CEG@186801|Clostridia,36WUK@31979|Clostridiaceae 186801|Clostridia I Serine aminopeptidase, S33 - - - - - - - - - - - - CarboxypepD_reg,Hydrolase_4 +MGYG000000001_02037 1151292.QEW_1434 1.01e-109 323.0 COG2887@1|root,COG2887@2|Bacteria,1V0G5@1239|Firmicutes,24E3P@186801|Clostridia,25RAC@186804|Peptostreptococcaceae 186801|Clostridia L PD-(D/E)XK nuclease superfamily - - - - - - - - - - - - PDDEXK_1 +MGYG000000001_00834 445973.CLOBAR_00950 5.31e-153 439.0 COG0332@1|root,COG0332@2|Bacteria,1TP0K@1239|Firmicutes,248V8@186801|Clostridia,25R9C@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the condensation reaction of fatty acid synthesis by the addition to an acyl acceptor of two carbons from malonyl-ACP. Catalyzes the first condensation reaction which initiates fatty acid synthesis and may therefore play a role in governing the total rate of fatty acid production. Possesses both acetoacetyl-ACP synthase and acetyl transacylase activities. Its substrate specificity determines the biosynthesis of branched- chain and or straight-chain of fatty acids fabH - 2.3.1.180 ko:K00648 ko00061,ko01100,ko01212,map00061,map01100,map01212 M00082,M00083 R10707 RC00004,RC02729,RC02888 ko00000,ko00001,ko00002,ko01000,ko01004 - - - ACP_syn_III,ACP_syn_III_C +MGYG000000001_00969 1408823.AXUS01000003_gene410 2.91e-43 143.0 COG3118@1|root,COG3118@2|Bacteria,1UHX3@1239|Firmicutes,24JPM@186801|Clostridia,25RVE@186804|Peptostreptococcaceae 186801|Clostridia O Belongs to the thioredoxin family trxA - - ko:K03671 ko04621,ko05418,map04621,map05418 - - - ko00000,ko00001,ko03110 - - - Thioredoxin +MGYG000000001_02006 1301100.HG529411_gene334 0.0 1025.0 COG0465@1|root,COG0465@2|Bacteria,1TPTV@1239|Firmicutes,247WQ@186801|Clostridia,36DIC@31979|Clostridiaceae 186801|Clostridia O Acts as a processive, ATP-dependent zinc metallopeptidase for both cytoplasmic and membrane proteins. Plays a role in the quality control of integral membrane proteins ftsH - - ko:K03798 - M00742 - - ko00000,ko00002,ko01000,ko01002,ko03110 - - - AAA,FtsH_ext,Peptidase_M41 +MGYG000000001_01558 272563.CD630_02730 0.0 955.0 COG0326@1|root,COG0326@2|Bacteria,1TQEU@1239|Firmicutes,247ND@186801|Clostridia,25QGB@186804|Peptostreptococcaceae 186801|Clostridia O Hsp90 protein htpG - - ko:K04079 ko04141,ko04151,ko04217,ko04612,ko04621,ko04626,ko04657,ko04659,ko04914,ko04915,ko05200,ko05215,ko05418,map04141,map04151,map04217,map04612,map04621,map04626,map04657,map04659,map04914,map04915,map05200,map05215,map05418 - - - ko00000,ko00001,ko01009,ko03029,ko03051,ko03110,ko04131,ko04147 - - - HATPase_c,HATPase_c_3,HSP90 +MGYG000000001_01157 484770.UFO1_1120 4.02e-33 125.0 COG4577@1|root,COG4577@2|Bacteria,1VEIA@1239|Firmicutes,4H4T7@909932|Negativicutes 909932|Negativicutes CQ Microcompartments protein - - - - - - - - - - - - BMC +MGYG000000001_00943 1301100.HG529418_gene3039 2.12e-105 309.0 COG1847@1|root,COG1847@2|Bacteria,1V3IN@1239|Firmicutes,249EA@186801|Clostridia,36F11@31979|Clostridiaceae 186801|Clostridia S R3H domain protein jag - - ko:K06346 - - - - ko00000 - - - Jag_N,KH_4,R3H +MGYG000000001_00768 1476973.JMMB01000007_gene521 4.23e-231 642.0 COG0436@1|root,COG0436@2|Bacteria,1TP0J@1239|Firmicutes,247NQ@186801|Clostridia,25SYX@186804|Peptostreptococcaceae 186801|Clostridia E Cys/Met metabolism PLP-dependent enzyme - - 2.6.1.1 ko:K00812 ko00220,ko00250,ko00270,ko00330,ko00350,ko00360,ko00400,ko00401,ko00950,ko00960,ko01100,ko01110,ko01130,ko01210,ko01230,map00220,map00250,map00270,map00330,map00350,map00360,map00400,map00401,map00950,map00960,map01100,map01110,map01130,map01210,map01230 - R00355,R00694,R00734,R00896,R02433,R02619,R05052 RC00006 ko00000,ko00001,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_01782 1301100.HG529288_gene6960 5.03e-129 373.0 COG0428@1|root,COG0428@2|Bacteria,1TP7J@1239|Firmicutes,247Q2@186801|Clostridia,36FEF@31979|Clostridiaceae 186801|Clostridia P Zinc transporter zupT - - ko:K07238 - - - - ko00000,ko02000 2.A.5.5 - - Zip +MGYG000000001_02428 1476973.JMMB01000007_gene962 3.43e-68 213.0 2EW5V@1|root,33PIY@2|Bacteria,1VR31@1239|Firmicutes,25J9I@186801|Clostridia,25RKM@186804|Peptostreptococcaceae 186801|Clostridia S Stage III sporulation protein AF (Spore_III_AF) spoiIIIAF - - ko:K06395 - - - - ko00000 - - - Spore_III_AF +MGYG000000001_01882 1128398.Curi_c21220 7.13e-12 75.1 2DBN5@1|root,2ZA1Y@2|Bacteria,1UZYG@1239|Firmicutes,249F5@186801|Clostridia,26C11@186813|unclassified Clostridiales 186801|Clostridia S Domain of unknown function (DUF4179) - - - - - - - - - - - - DUF4179 +MGYG000000001_00067 1301100.HG529383_gene4097 1.7e-100 301.0 COG0726@1|root,COG0726@2|Bacteria,1TYRH@1239|Firmicutes,24GMY@186801|Clostridia,36G9H@31979|Clostridiaceae 186801|Clostridia G polysaccharide deacetylase - - - - - - - - - - - - Cu_amine_oxidN1,Polysacc_deac_1,SLH +MGYG000000001_01912 1301100.HG529339_gene2410 3.79e-119 345.0 COG1136@1|root,COG1136@2|Bacteria,1TPBJ@1239|Firmicutes,248EZ@186801|Clostridia,36DXW@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_02465 1301100.HG529244_gene2334 2.16e-230 640.0 COG1301@1|root,COG1301@2|Bacteria,1TP4N@1239|Firmicutes,2494N@186801|Clostridia,36EQH@31979|Clostridiaceae 186801|Clostridia C Belongs to the dicarboxylate amino acid cation symporter (DAACS) (TC 2.A.23) family - - - - - - - - - - - - SDF +MGYG000000001_02850 1476973.JMMB01000007_gene804 1.24e-112 335.0 COG0671@1|root,COG0671@2|Bacteria,1V01Y@1239|Firmicutes,24DFI@186801|Clostridia,25QGY@186804|Peptostreptococcaceae 186801|Clostridia I PAP2 superfamily - - 3.6.1.27 ko:K19302 ko00550,map00550 - R05627 RC00002 ko00000,ko00001,ko01000,ko01011 - - - PAP2 +MGYG000000001_01703 1391646.AVSU01000038_gene1956 1.96e-142 408.0 COG1307@1|root,COG1307@2|Bacteria,1UXBG@1239|Firmicutes,25KZA@186801|Clostridia,25SS0@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterised protein, DegV family COG1307 - - - - - - - - - - - - DegV +MGYG000000001_01639 1408823.AXUS01000013_gene1222 5.57e-112 330.0 COG0834@1|root,COG0834@2|Bacteria,1TQNR@1239|Firmicutes,249Y5@186801|Clostridia,25R8T@186804|Peptostreptococcaceae 186801|Clostridia ET ABC transporter substrate-binding protein fliY1 - - ko:K02030 - M00236 - - ko00000,ko00002,ko02000 3.A.1.3 - - BPD_transp_1,SBP_bac_3 +MGYG000000001_01244 1151292.QEW_1256 5.62e-44 154.0 COG1266@1|root,COG1266@2|Bacteria,1W5K8@1239|Firmicutes,254KQ@186801|Clostridia,25U36@186804|Peptostreptococcaceae 186801|Clostridia S CAAX protease self-immunity - - - ko:K07052 - - - - ko00000 - - - Abi +MGYG000000001_02283 445973.CLOBAR_01969 0.000286 42.7 COG0460@1|root,COG0460@2|Bacteria,1TQ2H@1239|Firmicutes,248MU@186801|Clostridia,25QNA@186804|Peptostreptococcaceae 186801|Clostridia E homoserine dehydrogenase - - 1.1.1.3 ko:K00003 ko00260,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00260,map00270,map00300,map01100,map01110,map01120,map01130,map01230 M00017,M00018 R01773,R01775 RC00087 ko00000,ko00001,ko00002,ko01000 - - - Homoserine_dh,NAD_binding_3 +MGYG000000001_02154 1476973.JMMB01000007_gene924 5.92e-124 359.0 COG0631@1|root,COG0631@2|Bacteria,1V6K5@1239|Firmicutes,24JD4@186801|Clostridia,25R6H@186804|Peptostreptococcaceae 186801|Clostridia T phosphatase stp - 3.1.3.16 ko:K20074 - - - - ko00000,ko01000,ko01009 - - - PP2C,PP2C_2,SpoIIE +MGYG000000001_00867 1151292.QEW_2499 2.62e-63 198.0 COG0350@1|root,COG0350@2|Bacteria,1VA03@1239|Firmicutes,24JAA@186801|Clostridia,25RTA@186804|Peptostreptococcaceae 186801|Clostridia L Involved in the cellular defense against the biological effects of O6-methylguanine (O6-MeG) and O4-methylthymine (O4-MeT) in DNA. Repairs the methylated nucleobase in DNA by stoichiometrically transferring the methyl group to a cysteine residue in the enzyme. This is a suicide reaction the enzyme is irreversibly inactivated ogt - 2.1.1.63 ko:K00567 - - - - ko00000,ko01000,ko03400 - - - DNA_binding_1,Methyltransf_1N +MGYG000000001_02530 1476973.JMMB01000007_gene2448 2.11e-42 144.0 2FJ7H@1|root,34AXK@2|Bacteria,1W16C@1239|Firmicutes,24T9R@186801|Clostridia,25U98@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00276 1301100.HG529252_gene6259 1.4e-198 556.0 COG1879@1|root,COG1879@2|Bacteria,1TQW5@1239|Firmicutes,249PS@186801|Clostridia,36DIE@31979|Clostridiaceae 186801|Clostridia G ABC-type sugar transport system, periplasmic component - - - ko:K10540 ko02010,ko02030,map02010,map02030 M00214 - - ko00000,ko00001,ko00002,ko02000 3.A.1.2.3 - - Peripla_BP_4 +MGYG000000001_00321 1301100.HG529369_gene1486 3.71e-223 635.0 COG0747@1|root,COG0747@2|Bacteria,1TQ6S@1239|Firmicutes,248A3@186801|Clostridia,36H43@31979|Clostridiaceae 186801|Clostridia E Bacterial extracellular solute-binding proteins, family 5 Middle - - - ko:K02035 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - SBP_bac_5 +MGYG000000001_02768 272563.CD630_04380 2.76e-53 186.0 COG3409@1|root,COG3409@2|Bacteria,1VGC4@1239|Firmicutes,24R4H@186801|Clostridia 186801|Clostridia M Flagellar rod assembly protein muramidase FlgJ - - - - - - - - - - - - Big_2,CW_binding_1,PG_binding_1 +MGYG000000001_02370 1301100.HG529282_gene6984 0.0 1283.0 COG2217@1|root,COG2217@2|Bacteria,1TP5S@1239|Firmicutes,247MW@186801|Clostridia,36DJE@31979|Clostridiaceae 186801|Clostridia P ATPase, P-type (transporting), HAD superfamily, subfamily IC copA - 3.6.3.4,3.6.3.54 ko:K01533,ko:K17686 ko01524,ko04016,map01524,map04016 - R00086 RC00002 ko00000,ko00001,ko01000 3.A.3.5 - - E1-E2_ATPase,HMA,Hydrolase,YHS +MGYG000000001_00213 1301100.HG529365_gene1375 3.55e-111 323.0 COG2905@1|root,COG2905@2|Bacteria,1UHXF@1239|Firmicutes,25E6D@186801|Clostridia,36UVC@31979|Clostridiaceae 186801|Clostridia T Domain in cystathionine beta-synthase and other proteins. ccpN - - - - - - - - - - - CBS,HTH_11 +MGYG000000001_01653 1301100.HG529299_gene5191 2.92e-46 151.0 COG0316@1|root,COG0316@2|Bacteria,1VGGP@1239|Firmicutes,24HQ7@186801|Clostridia 186801|Clostridia S Belongs to the HesB IscA family - - - ko:K13628 - - - - ko00000,ko03016 - - - Fe-S_biosyn +MGYG000000001_01712 1499683.CCFF01000013_gene316 9.46e-228 646.0 COG2234@1|root,COG2234@2|Bacteria,1V65R@1239|Firmicutes,24BSP@186801|Clostridia,36GP6@31979|Clostridiaceae 186801|Clostridia S Peptidase family M28 - - - - - - - - - - - - Peptidase_M28 +MGYG000000001_02597 1292035.H476_2126 5.36e-33 120.0 COG2893@1|root,COG2893@2|Bacteria,1VES9@1239|Firmicutes,24RTQ@186801|Clostridia 186801|Clostridia G IIA component - - - ko:K02744 ko00052,ko02060,map00052,map02060 M00277,M00287 R08366,R08367 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.6.1.4,4.A.6.1.5 - - EIIA-man +MGYG000000001_00483 1301100.HG529227_gene5454 4.2e-242 676.0 COG1288@1|root,COG1288@2|Bacteria,1TQJ0@1239|Firmicutes,248UK@186801|Clostridia,36DHD@31979|Clostridiaceae 186801|Clostridia S C4-dicarboxylate anaerobic carrier - - - - - - - - - - - - DcuC +MGYG000000001_00487 1301100.HG529343_gene2441 5.26e-185 521.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,248IS@186801|Clostridia,36EB1@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily btuC - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_02851 1301100.HG529280_gene7015 4e-175 494.0 COG0598@1|root,COG0598@2|Bacteria,1TPI8@1239|Firmicutes,24956@186801|Clostridia,36F99@31979|Clostridiaceae 186801|Clostridia P transporter corA - - ko:K03284 - - - - ko00000,ko02000 1.A.35.1,1.A.35.3 - - CorA +MGYG000000001_02722 1476973.JMMB01000007_gene1188 1.08e-10 61.6 COG2013@1|root,COG2013@2|Bacteria,1TPN2@1239|Firmicutes,2499B@186801|Clostridia,25SCA@186804|Peptostreptococcaceae 186801|Clostridia S Mitochondrial biogenesis AIM24 - - - - - - - - - - - - AIM24,zinc_ribbon_2 +MGYG000000001_01027 272563.CD630_01110 3.98e-114 345.0 COG4856@1|root,COG4856@2|Bacteria,1UZEV@1239|Firmicutes,24FPH@186801|Clostridia,25RAE@186804|Peptostreptococcaceae 186801|Clostridia S YbbR-like protein - - - - - - - - - - - - YbbR +MGYG000000001_03183 1151292.QEW_0032 7.5e-184 520.0 COG4956@1|root,COG4956@2|Bacteria,1TP0P@1239|Firmicutes,248F4@186801|Clostridia,25QEQ@186804|Peptostreptococcaceae 186801|Clostridia S PIN domain protein yacL - - - - - - - - - - - PIN,PIN_4,Rhomboid,TRAM +MGYG000000001_01466 1151292.QEW_1665 9.33e-87 257.0 COG0735@1|root,COG0735@2|Bacteria,1V7F0@1239|Firmicutes,24JQE@186801|Clostridia,25RF8@186804|Peptostreptococcaceae 186801|Clostridia P Belongs to the Fur family fur - - ko:K03711 - - - - ko00000,ko03000 - - - FUR +MGYG000000001_00032 1476973.JMMB01000007_gene3145 3.04e-133 379.0 COG0218@1|root,COG0218@2|Bacteria,1TSPW@1239|Firmicutes,24836@186801|Clostridia,25QD6@186804|Peptostreptococcaceae 186801|Clostridia D Necessary for normal cell division and for the maintenance of normal septation engB - - ko:K03978 - - - - ko00000,ko03036 - - - FERM_C,MMR_HSR1 +MGYG000000001_00418 1301100.HG529407_gene226 8.73e-201 560.0 COG0252@1|root,COG0252@2|Bacteria,1TPP9@1239|Firmicutes,248F3@186801|Clostridia,36EB6@31979|Clostridiaceae 186801|Clostridia EJ L-asparaginase ansA - 3.5.1.1 ko:K01424 ko00250,ko00460,ko01100,ko01110,map00250,map00460,map01100,map01110 - R00485 RC00010,RC02798 ko00000,ko00001,ko01000 - - - Asparaginase +MGYG000000001_02564 272563.CD630_00970 1.08e-126 362.0 COG0522@1|root,COG0522@2|Bacteria,1TR0J@1239|Firmicutes,248Y5@186801|Clostridia,25SHG@186804|Peptostreptococcaceae 186801|Clostridia J One of the primary rRNA binding proteins, it binds directly to 16S rRNA where it nucleates assembly of the body of the 30S subunit rpsD - - ko:K02986 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S4,S4 +MGYG000000001_00136 272563.CD630_25120 7.47e-88 260.0 COG2190@1|root,COG2190@2|Bacteria,1VAEB@1239|Firmicutes,24N5U@186801|Clostridia 186801|Clostridia G PTS system, glucose subfamily, IIA - - - ko:K02777 ko00010,ko00500,ko00520,ko02026,ko02060,ko05111,map00010,map00500,map00520,map02026,map02060,map05111 M00265,M00266,M00268,M00270,M00272,M00303,M00806 R02738,R02780,R04111,R04394,R05132,R08559 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.1.1.1 - - PTS_EIIA_1 +MGYG000000001_02759 1476973.JMMB01000005_gene3446 4.77e-65 205.0 COG4512@1|root,COG4512@2|Bacteria,1VKH5@1239|Firmicutes,24QIQ@186801|Clostridia,25TSW@186804|Peptostreptococcaceae 186801|Clostridia KOT Accessory gene regulator B - - - ko:K07813 ko02020,ko02024,map02020,map02024 - - - ko00000,ko00001,ko01002 - - - AgrB +MGYG000000001_00905 1414720.CBYM010000010_gene3181 2.51e-153 431.0 COG0745@1|root,COG0745@2|Bacteria,1TT7R@1239|Firmicutes,24A1N@186801|Clostridia,36GRC@31979|Clostridiaceae 186801|Clostridia KT Transcriptional regulatory protein, C terminal vncR - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_02802 1301100.HG529306_gene3147 0.0 1056.0 COG0008@1|root,COG0008@2|Bacteria,1TP8G@1239|Firmicutes,247Y0@186801|Clostridia,36ENJ@31979|Clostridiaceae 186801|Clostridia J Glutaminyl-tRNA synthetase glnS - 6.1.1.18 ko:K01886 ko00970,ko01100,map00970,map01100 M00359,M00360 R03652 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - tRNA-synt_1c,tRNA-synt_1c_C +MGYG000000001_00730 272563.CD630_34680 0.0 897.0 COG0055@1|root,COG0055@2|Bacteria,1TPGF@1239|Firmicutes,2489W@186801|Clostridia,25QEH@186804|Peptostreptococcaceae 186801|Clostridia C Produces ATP from ADP in the presence of a proton gradient across the membrane. The catalytic sites are hosted primarily by the beta subunits atpD GO:0005575,GO:0005623,GO:0005886,GO:0016020,GO:0044464,GO:0071944 3.6.3.14 ko:K02112 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194,ko01000 3.A.2.1 - - ATP-synt_ab,ATP-synt_ab_N +MGYG000000001_00359 1476973.JMMB01000007_gene676 3.81e-18 75.9 2EGRK@1|root,33AHS@2|Bacteria,1VK9R@1239|Firmicutes,24UM0@186801|Clostridia,25RXA@186804|Peptostreptococcaceae 186801|Clostridia S six-cysteine peptide scfA - - - - - - - - - - - SCIFF +MGYG000000001_02662 1301100.HG529348_gene4315 4.05e-125 360.0 COG0745@1|root,COG0745@2|Bacteria,1V295@1239|Firmicutes,248Z0@186801|Clostridia,36G3I@31979|Clostridiaceae 186801|Clostridia T Two component transcriptional regulator, winged helix family - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_00058 272563.CD630_32680 4.28e-129 374.0 COG0226@1|root,COG0226@2|Bacteria,1TQ5X@1239|Firmicutes,248QU@186801|Clostridia,25QHJ@186804|Peptostreptococcaceae 186801|Clostridia P PBP superfamily domain pstS - - ko:K02040 ko02010,ko02020,ko05152,map02010,map02020,map05152 M00222 - - ko00000,ko00001,ko00002,ko02000 3.A.1.7 - - Big_5,PBP_like,PBP_like_2 +MGYG000000001_00028 1301100.HG529379_gene3998 7.64e-216 606.0 COG0544@1|root,COG0544@2|Bacteria,1TQQ8@1239|Firmicutes,248C3@186801|Clostridia,36DYI@31979|Clostridiaceae 186801|Clostridia D Involved in protein export. Acts as a chaperone by maintaining the newly synthesized protein in an open conformation. Functions as a peptidyl-prolyl cis-trans isomerase tig GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0044424,GO:0044464 - ko:K03545 - - - - ko00000 - - - FKBP_C,Trigger_C,Trigger_N +MGYG000000001_00921 1301100.HG529418_gene3017 1.32e-292 801.0 COG0104@1|root,COG0104@2|Bacteria,1TQ4C@1239|Firmicutes,247RN@186801|Clostridia,36EP1@31979|Clostridiaceae 186801|Clostridia F Plays an important role in the de novo pathway of purine nucleotide biosynthesis. Catalyzes the first committed step in the biosynthesis of AMP from IMP purA - 6.3.4.4 ko:K01939 ko00230,ko00250,ko01100,map00230,map00250,map01100 M00049 R01135 RC00458,RC00459 ko00000,ko00001,ko00002,ko01000 - - - Adenylsucc_synt +MGYG000000001_01975 445973.CLOBAR_01703 2.66e-189 530.0 COG0524@1|root,COG0524@2|Bacteria,1TQR4@1239|Firmicutes,24AUP@186801|Clostridia,25QR3@186804|Peptostreptococcaceae 186801|Clostridia G pfkB family carbohydrate kinase rbsK - 2.7.1.15,2.7.1.83 ko:K00852,ko:K16328 ko00030,ko00240,map00030,map00240 - R01051,R02750,R03315 RC00002,RC00017 ko00000,ko00001,ko01000 - - - HTH_11,HTH_24,PfkB +MGYG000000001_01047 1476973.JMMB01000007_gene404 1.25e-246 681.0 COG1228@1|root,COG1228@2|Bacteria,1TPNQ@1239|Firmicutes,248UT@186801|Clostridia,25R60@186804|Peptostreptococcaceae 186801|Clostridia Q Amidohydrolase family - - - - - - - - - - - - Amidohydro_1,Amidohydro_3 +MGYG000000001_02457 1301100.HG529434_gene6528 1.07e-104 303.0 COG0244@1|root,COG0244@2|Bacteria,1V3JJ@1239|Firmicutes,24G9R@186801|Clostridia,36I5W@31979|Clostridiaceae 186801|Clostridia J Forms part of the ribosomal stalk, playing a central role in the interaction of the ribosome with GTP-bound translation factors rplJ - - ko:K02864 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L10 +MGYG000000001_00827 445973.CLOBAR_00943 2.48e-81 242.0 COG0764@1|root,COG0764@2|Bacteria,1V6EX@1239|Firmicutes,24JAW@186801|Clostridia,25RJ8@186804|Peptostreptococcaceae 186801|Clostridia I Involved in unsaturated fatty acids biosynthesis. Catalyzes the dehydration of short chain beta-hydroxyacyl-ACPs and long chain saturated and unsaturated beta-hydroxyacyl-ACPs fabZ - 4.2.1.59 ko:K02372 ko00061,ko00780,ko01100,ko01212,map00061,map00780,map01100,map01212 M00083,M00572 R04428,R04535,R04537,R04544,R04568,R04954,R04965,R07764,R10117,R10121 RC00831,RC01095 ko00000,ko00001,ko00002,ko01000,ko01004 - - - FabA +MGYG000000001_00903 545697.HMPREF0216_01130 4.25e-306 837.0 COG0577@1|root,COG0577@2|Bacteria,1TPSE@1239|Firmicutes,24BUY@186801|Clostridia,36GTE@31979|Clostridiaceae 186801|Clostridia V FtsX-like permease family - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_02969 457570.Nther_2955 2.54e-31 119.0 COG0582@1|root,COG0582@2|Bacteria,1V2RX@1239|Firmicutes,24DD0@186801|Clostridia 186801|Clostridia L integrase family - - - - - - - - - - - - Phage_integrase +MGYG000000001_01059 1301100.HG529422_gene4241 3.63e-204 576.0 COG1251@1|root,COG1251@2|Bacteria,1UKQX@1239|Firmicutes,25E9F@186801|Clostridia,36E44@31979|Clostridiaceae 186801|Clostridia C Pyridine nucleotide-disulphide oxidoreductase - - - - - - - - - - - - Pyr_redox_2 +MGYG000000001_00677 1301100.HG529431_gene1833 1.18e-155 443.0 COG0053@1|root,COG0053@2|Bacteria,1TSGY@1239|Firmicutes,2491V@186801|Clostridia,36ECU@31979|Clostridiaceae 186801|Clostridia P Belongs to the cation diffusion facilitator (CDF) transporter (TC 2.A.4) family fieF - - - - - - - - - - - Cation_efflux,Hydrolase_3,ZT_dimer +MGYG000000001_00129 1292035.H476_2467 1.6e-11 65.5 COG0577@1|root,COG0577@2|Bacteria,1TPSE@1239|Firmicutes,24BUY@186801|Clostridia 186801|Clostridia V Efflux ABC transporter, permease protein - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX,MacB_PCD +MGYG000000001_00024 272563.CD630_33110 1.19e-56 180.0 2ETAJ@1|root,33KUH@2|Bacteria,1VX9H@1239|Firmicutes,24K5W@186801|Clostridia,25TMU@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF3783) - - - - - - - - - - - - DUF3783 +MGYG000000001_01195 1301100.HG529229_gene5408 6.1e-296 828.0 COG3829@1|root,COG3829@2|Bacteria,1TP0E@1239|Firmicutes,247MB@186801|Clostridia,36DY7@31979|Clostridiaceae 186801|Clostridia KT PFAM sigma-54 factor interaction domain-containing protein - - - - - - - - - - - - HTH_12,HTH_8,PAS,PAS_9,PrpR_N,Rrf2,Sigma54_activat +MGYG000000001_01948 1280689.AUJC01000006_gene2765 1.76e-176 496.0 COG1175@1|root,COG1175@2|Bacteria,1TREE@1239|Firmicutes,24B75@186801|Clostridia,36HHS@31979|Clostridiaceae 186801|Clostridia G PFAM Binding-protein-dependent transport system inner membrane component - - - ko:K02025 - M00207 - - ko00000,ko00002,ko02000 3.A.1.1 - - BPD_transp_1 +MGYG000000001_01360 1301100.HG529407_gene271 1.9e-44 154.0 COG3027@1|root,COG3027@2|Bacteria,1VV17@1239|Firmicutes 1239|Firmicutes D Activator of cell division through the inhibition of FtsZ GTPase activity, therefore promoting FtsZ assembly into bundles of protofilaments necessary for the formation of the division Z ring. It is recruited early at mid-cell but it is not essential for cell division - - - ko:K09888 - - - - ko00000,ko03036 - - - ZapA +MGYG000000001_00312 272563.CD630_11370 4.3e-261 722.0 COG4656@1|root,COG4656@2|Bacteria,1TPCC@1239|Firmicutes,24805@186801|Clostridia,25QF7@186804|Peptostreptococcaceae 186801|Clostridia C Part of a membrane complex involved in electron transport rnfC GO:0005575,GO:0005623,GO:0005886,GO:0016020,GO:0044464,GO:0071944 - ko:K03615 - - - - ko00000 - - - Complex1_51K,Fer4,Fer4_10,Fer4_4,Fer4_7,Fer4_9,RnfC_N,SLBB +MGYG000000001_01332 272563.CD630_07320 7.79e-172 485.0 COG2516@1|root,COG2516@2|Bacteria,1TQF6@1239|Firmicutes,24AAS@186801|Clostridia,25T1F@186804|Peptostreptococcaceae 186801|Clostridia S Elongator protein 3, MiaB family, Radical SAM - - 2.8.1.6 ko:K01012 ko00780,ko01100,map00780,map01100 M00123,M00573,M00577 R01078 RC00441 ko00000,ko00001,ko00002,ko01000 - - - Radical_SAM +MGYG000000001_01596 1211817.CCAT010000073_gene1004 4.84e-135 387.0 COG1120@1|root,COG1120@2|Bacteria,1TP2Q@1239|Firmicutes,2492Z@186801|Clostridia,36EEP@31979|Clostridiaceae 186801|Clostridia HP ABC transporter - - 3.6.3.34 ko:K02013 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - ABC_tran +MGYG000000001_01460 1301100.HG529236_gene7258 4.21e-216 603.0 COG1686@1|root,COG1686@2|Bacteria,1TQN0@1239|Firmicutes,249B3@186801|Clostridia,36FB8@31979|Clostridiaceae 186801|Clostridia M Belongs to the peptidase S11 family dacF - 3.4.16.4 ko:K07258 ko00550,ko01100,map00550,map01100 - - - ko00000,ko00001,ko01000,ko01002,ko01011 - - - PBP5_C,Peptidase_S11 +MGYG000000001_02513 1301100.HG529230_gene5343 3.79e-99 292.0 COG0344@1|root,COG0344@2|Bacteria,1VA3J@1239|Firmicutes,24JA2@186801|Clostridia,36IPV@31979|Clostridiaceae 186801|Clostridia I Catalyzes the transfer of an acyl group from acyl- phosphate (acyl-PO(4)) to glycerol-3-phosphate (G3P) to form lysophosphatidic acid (LPA). This enzyme utilizes acyl-phosphate as fatty acyl donor, but not acyl-CoA or acyl-ACP plsY - 2.3.1.15 ko:K08591 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 M00089 R00851,R09380 RC00004,RC00039,RC00041 ko00000,ko00001,ko00002,ko01000,ko01004 - - - G3P_acyltransf +MGYG000000001_03053 1301100.HG529433_gene6507 0.0 1073.0 COG0480@1|root,COG0480@2|Bacteria,1TPWN@1239|Firmicutes,247N4@186801|Clostridia,36DFR@31979|Clostridiaceae 186801|Clostridia J elongation factor G fusA2 - - ko:K02355 - - - - ko00000,ko03012,ko03029 - - - EFG_C,EFG_II,EFG_IV,GTP_EFTU,GTP_EFTU_D2 +MGYG000000001_02437 1301100.HG529233_gene7388 1.99e-78 235.0 COG1963@1|root,COG1963@2|Bacteria,1VAVC@1239|Firmicutes,24MV7@186801|Clostridia,36KSA@31979|Clostridiaceae 186801|Clostridia S Divergent PAP2 family - - - ko:K09775 - - - - ko00000 - - - DUF212 +MGYG000000001_01933 272563.CD630_15640 1.12e-25 97.1 2ETFU@1|root,33KZQ@2|Bacteria,1VQG4@1239|Firmicutes,24W8M@186801|Clostridia,25U6B@186804|Peptostreptococcaceae 186801|Clostridia S ACT domain - - - - - - - - - - - - ACT_5 +MGYG000000001_01756 575593.HMPREF0491_02208 1.08e-38 138.0 COG1842@1|root,COG1842@2|Bacteria,1VCGD@1239|Firmicutes,258I0@186801|Clostridia,27R78@186928|unclassified Lachnospiraceae 186801|Clostridia KT Lecithin retinol acyltransferase - - - - - - - - - - - - LRAT +MGYG000000001_02445 1301100.HG529433_gene6516 4.17e-12 60.8 28TZU@1|root,2ZG69@2|Bacteria,1W66Y@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_00826 445973.CLOBAR_00942 2.29e-270 746.0 COG0439@1|root,COG0439@2|Bacteria,1TP16@1239|Firmicutes,25E48@186801|Clostridia,25QMZ@186804|Peptostreptococcaceae 186801|Clostridia I Acetyl-CoA carboxylase, biotin carboxylase subunit accC - 6.3.4.14,6.4.1.2 ko:K01961 ko00061,ko00620,ko00640,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,ko01212,map00061,map00620,map00640,map00720,map01100,map01110,map01120,map01130,map01200,map01212 M00082,M00376 R00742,R04385 RC00040,RC00253,RC00367 ko00000,ko00001,ko00002,ko01000 - - - Biotin_carb_C,Biotin_carb_N,CPSase_L_D2 +MGYG000000001_00888 1151292.QEW_4245 7.19e-93 272.0 COG1854@1|root,COG1854@2|Bacteria,1V1CH@1239|Firmicutes,24G3R@186801|Clostridia,25SCH@186804|Peptostreptococcaceae 186801|Clostridia T Involved in the synthesis of autoinducer 2 (AI-2) which is secreted by bacteria and is used to communicate both the cell density and the metabolic potential of the environment. The regulation of gene expression in response to changes in cell density is called quorum sensing. Catalyzes the transformation of S-ribosylhomocysteine (RHC) to homocysteine (HC) and 4,5- dihydroxy-2,3-pentadione (DPD) luxS - 4.4.1.21 ko:K07173 ko00270,ko01100,ko01230,ko02024,ko02026,ko05111,map00270,map01100,map01230,map02024,map02026,map05111 M00609 R01291 RC00069,RC01929 ko00000,ko00001,ko00002,ko01000 - - - LuxS +MGYG000000001_02663 1151292.QEW_2123 1.3e-176 505.0 COG5002@1|root,COG5002@2|Bacteria,1TS5K@1239|Firmicutes,25EQP@186801|Clostridia,25QGV@186804|Peptostreptococcaceae 186801|Clostridia T ATPase histidine kinase DNA gyrase B HSP90 domain protein - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_03096 1301100.HG529352_gene4270 1.43e-113 328.0 COG0512@1|root,COG0512@2|Bacteria,1TT9R@1239|Firmicutes,24FR0@186801|Clostridia,36I54@31979|Clostridiaceae 186801|Clostridia EH Glutamine amidotransferase of anthranilate synthase pabA - 2.6.1.85,4.1.3.27 ko:K01658,ko:K01664 ko00400,ko00405,ko00790,ko01100,ko01110,ko01130,ko01230,ko02024,ko02025,map00400,map00405,map00790,map01100,map01110,map01130,map01230,map02024,map02025 M00023 R00985,R00986,R01716 RC00010,RC01418,RC02148,RC02414 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS17720 GATase +MGYG000000001_00524 1151292.QEW_1735 4.61e-137 394.0 COG2240@1|root,COG2240@2|Bacteria,1TRCR@1239|Firmicutes,24ABV@186801|Clostridia,25QMD@186804|Peptostreptococcaceae 186801|Clostridia H Belongs to the pyridoxine kinase family - - 2.7.1.35 ko:K00868 ko00750,ko01100,map00750,map01100 - R00174,R01909,R02493 RC00002,RC00017 ko00000,ko00001,ko01000 - - - Phos_pyr_kin +MGYG000000001_00053 1476973.JMMB01000007_gene3126 1.45e-137 396.0 COG0668@1|root,COG0668@2|Bacteria,1TR9Z@1239|Firmicutes,24CAG@186801|Clostridia,25SIF@186804|Peptostreptococcaceae 186801|Clostridia M Mechanosensitive ion channel mscS GO:0003674,GO:0005488,GO:0005515,GO:0042802 - ko:K22044 - - - - ko00000,ko02000 1.A.23.3 - - MS_channel +MGYG000000001_02014 1476973.JMMB01000007_gene374 1.03e-12 63.2 29UQX@1|root,30G2V@2|Bacteria,1UF3J@1239|Firmicutes,256CF@186801|Clostridia,25UBQ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03039 563192.HMPREF0179_02843 1.87e-71 219.0 COG0655@1|root,COG0655@2|Bacteria,1RM48@1224|Proteobacteria,42RJ6@68525|delta/epsilon subdivisions,2WNKX@28221|Deltaproteobacteria,2MBK2@213115|Desulfovibrionales 28221|Deltaproteobacteria S NADPH-dependent FMN reductase - - - - - - - - - - - - FMN_red +MGYG000000001_02878 1391646.AVSU01000055_gene1126 2.8e-11 60.1 2AVEU@1|root,31M6S@2|Bacteria,1UTWF@1239|Firmicutes,254N1@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02680 445973.CLOBAR_00424 1.31e-125 360.0 COG1136@1|root,COG1136@2|Bacteria,1TP5M@1239|Firmicutes,24BH7@186801|Clostridia,25SF9@186804|Peptostreptococcaceae 186801|Clostridia V ABC transporter, ATP-binding protein vexP2 - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_01581 445973.CLOBAR_01627 2.47e-54 172.0 COG1725@1|root,COG1725@2|Bacteria,1VAC6@1239|Firmicutes,24MVE@186801|Clostridia,25RVT@186804|Peptostreptococcaceae 186801|Clostridia K Bacterial regulatory proteins, gntR family - - - - - - - - - - - - GntR +MGYG000000001_00098 1301100.HG529385_gene5098 2.25e-192 540.0 COG0136@1|root,COG0136@2|Bacteria,1TPC6@1239|Firmicutes,248ZR@186801|Clostridia,36DDT@31979|Clostridiaceae 186801|Clostridia E Catalyzes the NADPH-dependent formation of L-aspartate- semialdehyde (L-ASA) by the reductive dephosphorylation of L- aspartyl-4-phosphate asd - 1.2.1.11 ko:K00133 ko00260,ko00261,ko00270,ko00300,ko01100,ko01110,ko01120,ko01130,ko01210,ko01230,map00260,map00261,map00270,map00300,map01100,map01110,map01120,map01130,map01210,map01230 M00016,M00017,M00018,M00033,M00525,M00526,M00527 R02291 RC00684 ko00000,ko00001,ko00002,ko01000 - - - Semialdhyde_dh,Semialdhyde_dhC +MGYG000000001_01358 1292035.H476_0522 3.63e-09 58.2 29UXA@1|root,30GA0@2|Bacteria,1UFJM@1239|Firmicutes,255KZ@186801|Clostridia,25U5W@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02857 1476973.JMMB01000007_gene682 1.26e-260 727.0 COG0728@1|root,COG0728@2|Bacteria,1TPFI@1239|Firmicutes,247N3@186801|Clostridia,25R0J@186804|Peptostreptococcaceae 186801|Clostridia S Involved in peptidoglycan biosynthesis. Transports lipid-linked peptidoglycan precursors from the inner to the outer leaflet of the cytoplasmic membrane murJ - - ko:K03980 - - - - ko00000,ko01011,ko02000 2.A.66.4 - - MVIN +MGYG000000001_00111 1301100.HG529386_gene5086 1.04e-260 722.0 COG0044@1|root,COG0044@2|Bacteria,1TP8C@1239|Firmicutes,249W6@186801|Clostridia,36EQM@31979|Clostridiaceae 186801|Clostridia F PFAM amidohydrolase hydA - 3.5.2.2 ko:K01464 ko00240,ko00410,ko00770,ko00983,ko01100,map00240,map00410,map00770,map00983,map01100 M00046 R02269,R03055,R08227 RC00632,RC00680 ko00000,ko00001,ko00002,ko01000,ko04147 - - - Amidohydro_1 +MGYG000000001_01392 702450.CUW_1162 3.66e-42 144.0 COG1846@1|root,COG1846@2|Bacteria,1V9N7@1239|Firmicutes,3VQT9@526524|Erysipelotrichia 526524|Erysipelotrichia K Transcriptional regulator, MarR family - - - - - - - - - - - - MarR,MarR_2 +MGYG000000001_01325 1476973.JMMB01000007_gene1032 6.76e-145 413.0 COG4465@1|root,COG4465@2|Bacteria,1TS7A@1239|Firmicutes,2480R@186801|Clostridia,25QEE@186804|Peptostreptococcaceae 186801|Clostridia K DNA-binding protein that represses the expression of many genes that are induced as cells make the transition from rapid exponential growth to stationary phase. It is a GTP-binding protein that senses the intracellular GTP concentration as an indicator of nutritional limitations. At low GTP concentration it no longer binds GTP and stop to act as a transcriptional repressor codY - - ko:K03706 - - - - ko00000,ko03000 - - - CodY,HTH_CodY +MGYG000000001_03107 445973.CLOBAR_00515 7e-213 596.0 COG0436@1|root,COG0436@2|Bacteria,1TP0J@1239|Firmicutes,247NQ@186801|Clostridia,25QZN@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase aspC - 2.6.1.1 ko:K00812,ko:K10907 ko00220,ko00250,ko00270,ko00330,ko00350,ko00360,ko00400,ko00401,ko00950,ko00960,ko01100,ko01110,ko01130,ko01210,ko01230,map00220,map00250,map00270,map00330,map00350,map00360,map00400,map00401,map00950,map00960,map01100,map01110,map01130,map01210,map01230 - R00355,R00694,R00734,R00896,R02433,R02619,R05052 RC00006 ko00000,ko00001,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_02638 1292035.H476_1595 6.06e-32 113.0 29UQ0@1|root,30G1Q@2|Bacteria,1UF1M@1239|Firmicutes,253Q6@186801|Clostridia,25U7E@186804|Peptostreptococcaceae 186801|Clostridia S Small, acid-soluble spore proteins, alpha/beta type - - - - - - - - - - - - SASP +MGYG000000001_00428 1301100.HG529407_gene227 0.0 1114.0 COG0210@1|root,COG0210@2|Bacteria,1TPVG@1239|Firmicutes,2484I@186801|Clostridia,36E59@31979|Clostridiaceae 186801|Clostridia L helicase yjcD - 3.6.4.12 ko:K03657 ko03420,ko03430,map03420,map03430 - - - ko00000,ko00001,ko01000,ko03400 - - - UvrD-helicase,UvrD_C +MGYG000000001_00491 1151292.QEW_1721 1.79e-214 601.0 COG0436@1|root,COG0436@2|Bacteria,1TP0J@1239|Firmicutes,247NQ@186801|Clostridia,25QPU@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase - - 2.6.1.1 ko:K00812 ko00220,ko00250,ko00270,ko00330,ko00350,ko00360,ko00400,ko00401,ko00950,ko00960,ko01100,ko01110,ko01130,ko01210,ko01230,map00220,map00250,map00270,map00330,map00350,map00360,map00400,map00401,map00950,map00960,map01100,map01110,map01130,map01210,map01230 - R00355,R00694,R00734,R00896,R02433,R02619,R05052 RC00006 ko00000,ko00001,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_02225 1151292.QEW_1464 2.02e-88 272.0 2F1KM@1|root,33UM1@2|Bacteria,1VUEM@1239|Firmicutes,24Y42@186801|Clostridia,25RCR@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01168 445973.CLOBAR_02835 3.15e-29 105.0 COG1918@1|root,COG1918@2|Bacteria 2|Bacteria P iron ion homeostasis feoA - - ko:K04758 - - - - ko00000,ko02000 - - - FeoA +MGYG000000001_00777 1345695.CLSA_c08670 0.0 1108.0 COG3345@1|root,COG3345@2|Bacteria,1TQF4@1239|Firmicutes,2489F@186801|Clostridia,36EIY@31979|Clostridiaceae 186801|Clostridia G alpha-galactosidase - - 3.2.1.22 ko:K07407 ko00052,ko00561,ko00600,ko00603,map00052,map00561,map00600,map00603 - R01101,R01103,R01104,R01194,R01329,R02926,R03634,R04019,R04470,R05549,R05961,R06091 RC00049,RC00059,RC00451 ko00000,ko00001,ko01000 - - - Glyco_hydro_36C,Glyco_hydro_36N,Melibiase +MGYG000000001_02064 1301100.HG529262_gene697 1.36e-87 270.0 COG1457@1|root,COG1457@2|Bacteria,1TTBN@1239|Firmicutes,248EP@186801|Clostridia,36FDK@31979|Clostridiaceae 186801|Clostridia F Permease for cytosine/purines, uracil, thiamine, allantoin codB - - ko:K10974 - - - - ko00000,ko02000 2.A.39.1 - - Transp_cyt_pur +MGYG000000001_02173 445973.CLOBAR_01869 2.1e-139 409.0 COG0787@1|root,COG0787@2|Bacteria,1TNYY@1239|Firmicutes,2480T@186801|Clostridia,25R0S@186804|Peptostreptococcaceae 186801|Clostridia M Catalyzes the interconversion of L-alanine and D- alanine. May also act on other amino acids alr - 5.1.1.1 ko:K01775 ko00473,ko01100,ko01502,map00473,map01100,map01502 - R00401 RC00285 ko00000,ko00001,ko01000,ko01011 - - - Ala_racemase_C,Ala_racemase_N +MGYG000000001_02558 1301100.HG529435_gene6502 3.28e-150 425.0 COG0101@1|root,COG0101@2|Bacteria,1TQUY@1239|Firmicutes,248W2@186801|Clostridia,36DP0@31979|Clostridiaceae 186801|Clostridia J Formation of pseudouridine at positions 38, 39 and 40 in the anticodon stem and loop of transfer RNAs truA - 5.4.99.12 ko:K06173 - - - - ko00000,ko01000,ko03016 - - - PseudoU_synth_1 +MGYG000000001_02832 1476973.JMMB01000007_gene540 1.15e-144 416.0 COG0491@1|root,COG0491@2|Bacteria,1TT3D@1239|Firmicutes,24BV1@186801|Clostridia,25QQM@186804|Peptostreptococcaceae 186801|Clostridia S Metallo-beta-lactamase domain protein - - - - - - - - - - - - Lactamase_B +MGYG000000001_02661 1301100.HG529348_gene4316 8.9e-11 58.2 29EXA@1|root,301V3@2|Bacteria,1UTZH@1239|Firmicutes,254Z8@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00900 1280692.AUJL01000002_gene2750 1.71e-273 756.0 COG3263@1|root,COG3263@2|Bacteria,1TQPJ@1239|Firmicutes,2486W@186801|Clostridia,36DFA@31979|Clostridiaceae 186801|Clostridia P Sodium/hydrogen exchanger family - - - ko:K11105 - - - - ko00000,ko02000 2.A.36.6 - - Na_H_Exchanger,TrkA_C +MGYG000000001_03198 1196322.A370_00298 1.59e-64 199.0 COG0789@1|root,COG0789@2|Bacteria,1VAAP@1239|Firmicutes,24JJN@186801|Clostridia,36JS7@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator adhR - - - - - - - - - - - MerR,MerR_1 +MGYG000000001_00673 445973.CLOBAR_02509 8.29e-112 323.0 COG1658@1|root,COG1658@2|Bacteria,1V3K3@1239|Firmicutes,24I8W@186801|Clostridia,25QDT@186804|Peptostreptococcaceae 186801|Clostridia J Required for correct processing of both the 5' and 3' ends of 5S rRNA precursor. Cleaves both sides of a double-stranded region yielding mature 5S rRNA in one step rnmV - 3.1.26.8 ko:K05985 - - - - ko00000,ko01000 - - - DUF4093,Toprim,Toprim_2,Toprim_4 +MGYG000000001_01467 272563.CD630_12860 1.91e-24 95.1 COG3906@1|root,COG3906@2|Bacteria,1VF5Z@1239|Firmicutes,24V04@186801|Clostridia,25RYS@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1292) - - - - - - - - - - - - DUF1292,PB1 +MGYG000000001_00031 1476973.JMMB01000007_gene3146 0.0 1301.0 COG0466@1|root,COG0466@2|Bacteria,1TNYG@1239|Firmicutes,247SH@186801|Clostridia,25R33@186804|Peptostreptococcaceae 186801|Clostridia O ATP-dependent serine protease that mediates the selective degradation of mutant and abnormal proteins as well as certain short-lived regulatory proteins. Required for cellular homeostasis and for survival from DNA damage and developmental changes induced by stress. Degrades polypeptides processively to yield small peptide fragments that are 5 to 10 amino acids long. Binds to DNA in a double-stranded, site-specific manner lon - 3.4.21.53 ko:K01338 ko04112,map04112 - - - ko00000,ko00001,ko01000,ko01002 - - - AAA,ClpB_D2-small,LON_substr_bdg,Lon_C +MGYG000000001_01039 445973.CLOBAR_00743 3.94e-262 722.0 COG0192@1|root,COG0192@2|Bacteria,1TPCV@1239|Firmicutes,248QF@186801|Clostridia,25QJU@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the formation of S-adenosylmethionine (AdoMet) from methionine and ATP. The overall synthetic reaction is composed of two sequential steps, AdoMet formation and the subsequent tripolyphosphate hydrolysis which occurs prior to release of AdoMet from the enzyme metK - 2.5.1.6 ko:K00789 ko00270,ko01100,ko01110,ko01230,map00270,map01100,map01110,map01230 M00034,M00035,M00368,M00609 R00177,R04771 RC00021,RC01211 ko00000,ko00001,ko00002,ko01000 - - - S-AdoMet_synt_C,S-AdoMet_synt_M,S-AdoMet_synt_N,YgbB +MGYG000000001_01041 1301100.HG529420_gene2930 1.2e-124 361.0 COG1040@1|root,COG1040@2|Bacteria,1VF2G@1239|Firmicutes,24IG6@186801|Clostridia,36IPK@31979|Clostridiaceae 186801|Clostridia S ComF family comF - - ko:K02242 - M00429 - - ko00000,ko00002,ko02044 - - - DZR,Pribosyltran +MGYG000000001_01077 1536775.H70737_15720 4.27e-121 358.0 COG0673@1|root,COG0673@2|Bacteria,1TP83@1239|Firmicutes,4HAIJ@91061|Bacilli,271E3@186822|Paenibacillaceae 91061|Bacilli S Oxidoreductase family, C-terminal alpha/beta domain - - - - - - - - - - - - GFO_IDH_MocA,GFO_IDH_MocA_C +MGYG000000001_01730 1151292.QEW_1880 3.4e-120 344.0 COG1592@1|root,COG1592@2|Bacteria,1TSUY@1239|Firmicutes,248GY@186801|Clostridia,25SGN@186804|Peptostreptococcaceae 186801|Clostridia C Rubrerythrin - GO:0000302,GO:0003674,GO:0003824,GO:0004601,GO:0005488,GO:0005506,GO:0006091,GO:0006950,GO:0006970,GO:0006979,GO:0008150,GO:0008152,GO:0009055,GO:0009056,GO:0009266,GO:0009268,GO:0009408,GO:0009409,GO:0009628,GO:0009636,GO:0009651,GO:0009987,GO:0010035,GO:0010446,GO:0016209,GO:0016491,GO:0016684,GO:0016692,GO:0016999,GO:0017001,GO:0017144,GO:0022900,GO:0033554,GO:0034599,GO:0034605,GO:0034614,GO:0035690,GO:0042221,GO:0042493,GO:0042542,GO:0042737,GO:0042743,GO:0042744,GO:0043167,GO:0043169,GO:0044237,GO:0044248,GO:0046677,GO:0046872,GO:0046914,GO:0050896,GO:0051186,GO:0051187,GO:0051716,GO:0055114,GO:0070301,GO:0070417,GO:0070482,GO:0070887,GO:0071214,GO:0071236,GO:0071453,GO:0071467,GO:0071469,GO:0071470,GO:0071472,GO:0072593,GO:0097237,GO:0098754,GO:0098869,GO:0104004,GO:1901700,GO:1901701,GO:1990748 - - - - - - - - - - FAD_binding_6,NAD_binding_1,Rubrerythrin +MGYG000000001_01910 1151292.QEW_1880 3.4e-120 344.0 COG1592@1|root,COG1592@2|Bacteria,1TSUY@1239|Firmicutes,248GY@186801|Clostridia,25SGN@186804|Peptostreptococcaceae 186801|Clostridia C Rubrerythrin - GO:0000302,GO:0003674,GO:0003824,GO:0004601,GO:0005488,GO:0005506,GO:0006091,GO:0006950,GO:0006970,GO:0006979,GO:0008150,GO:0008152,GO:0009055,GO:0009056,GO:0009266,GO:0009268,GO:0009408,GO:0009409,GO:0009628,GO:0009636,GO:0009651,GO:0009987,GO:0010035,GO:0010446,GO:0016209,GO:0016491,GO:0016684,GO:0016692,GO:0016999,GO:0017001,GO:0017144,GO:0022900,GO:0033554,GO:0034599,GO:0034605,GO:0034614,GO:0035690,GO:0042221,GO:0042493,GO:0042542,GO:0042737,GO:0042743,GO:0042744,GO:0043167,GO:0043169,GO:0044237,GO:0044248,GO:0046677,GO:0046872,GO:0046914,GO:0050896,GO:0051186,GO:0051187,GO:0051716,GO:0055114,GO:0070301,GO:0070417,GO:0070482,GO:0070887,GO:0071214,GO:0071236,GO:0071453,GO:0071467,GO:0071469,GO:0071470,GO:0071472,GO:0072593,GO:0097237,GO:0098754,GO:0098869,GO:0104004,GO:1901700,GO:1901701,GO:1990748 - - - - - - - - - - FAD_binding_6,NAD_binding_1,Rubrerythrin +MGYG000000001_00308 500633.CLOHIR_01956 2.61e-119 342.0 COG4657@1|root,COG4657@2|Bacteria,1TS06@1239|Firmicutes,247UE@186801|Clostridia,25QD3@186804|Peptostreptococcaceae 186801|Clostridia C Part of a membrane complex involved in electron transport rnfA - - ko:K03617 - - - - ko00000 - - - Rnf-Nqr +MGYG000000001_02588 500633.CLOHIR_01581 4.33e-62 190.0 COG0185@1|root,COG0185@2|Bacteria,1V6CX@1239|Firmicutes,24JN3@186801|Clostridia,25RJU@186804|Peptostreptococcaceae 186801|Clostridia J Protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA rpsS - - ko:K02965 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S19 +MGYG000000001_00291 1151292.QEW_1538 1.13e-64 197.0 COG0261@1|root,COG0261@2|Bacteria,1V9YH@1239|Firmicutes,24MRS@186801|Clostridia,25RS2@186804|Peptostreptococcaceae 186801|Clostridia J This protein binds to 23S rRNA in the presence of protein L20 rplU - - ko:K02888 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L21p +MGYG000000001_02825 1301100.HG529409_gene194 1.14e-169 474.0 COG1187@1|root,COG1187@2|Bacteria,1TQZ2@1239|Firmicutes,248HC@186801|Clostridia,36ESJ@31979|Clostridiaceae 186801|Clostridia J Belongs to the pseudouridine synthase RsuA family rsuA - 5.4.99.19 ko:K06183 - - - - ko00000,ko01000,ko03009 - - - HAD_2,PseudoU_synth_2,S4 +MGYG000000001_02012 1301100.HG529411_gene328 7.65e-101 293.0 COG0782@1|root,COG0782@2|Bacteria,1V44S@1239|Firmicutes,24HP9@186801|Clostridia,36HY8@31979|Clostridiaceae 186801|Clostridia K Necessary for efficient RNA polymerase transcription elongation past template-encoded arresting sites. The arresting sites in DNA have the property of trapping a certain fraction of elongating RNA polymerases that pass through, resulting in locked ternary complexes. Cleavage of the nascent transcript by cleavage factors such as GreA or GreB allows the resumption of elongation from the new 3'terminus. GreA releases sequences of 2 to 3 nucleotides greA - - ko:K03624 - - - - ko00000,ko03021 - - - GreA_GreB,GreA_GreB_N +MGYG000000001_00736 1301100.HG529431_gene1767 1.29e-59 184.0 COG0864@1|root,COG0864@2|Bacteria 2|Bacteria K response to nickel cation ndoAI GO:0003674,GO:0005488,GO:0005515,GO:0042802 - ko:K07723 - - - - ko00000,ko02048,ko03000 - - - HicB_lk_antitox,RHH_1,RHH_3 +MGYG000000001_02761 742733.HMPREF9469_05546 1.13e-75 239.0 COG3591@1|root,COG3591@2|Bacteria,1VGMK@1239|Firmicutes,24TAX@186801|Clostridia 186801|Clostridia E Belongs to the peptidase S1B family - - - - - - - - - - - - Trypsin_2 +MGYG000000001_02794 1476973.JMMB01000007_gene526 7.51e-260 718.0 COG1362@1|root,COG1362@2|Bacteria,1TQ3Z@1239|Firmicutes,248UP@186801|Clostridia,25QMP@186804|Peptostreptococcaceae 186801|Clostridia E M18 family aminopeptidase apeB - 3.4.11.21 ko:K01267 - - - - ko00000,ko01000,ko01002,ko04131 - - - PMSR,Peptidase_M18 +MGYG000000001_02826 1301100.HG529409_gene196 1.17e-190 531.0 COG0191@1|root,COG0191@2|Bacteria,1TQ01@1239|Firmicutes,248B7@186801|Clostridia,36EIX@31979|Clostridiaceae 186801|Clostridia G Aldolase fba - 4.1.2.13 ko:K01624 ko00010,ko00030,ko00051,ko00680,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00010,map00030,map00051,map00680,map00710,map01100,map01110,map01120,map01130,map01200,map01230 M00001,M00003,M00165,M00167,M00344,M00345 R01068,R01070,R01829,R02568 RC00438,RC00439,RC00603,RC00604 ko00000,ko00001,ko00002,ko01000 - - - F_bP_aldolase +MGYG000000001_02922 1301100.HG529329_gene4489 2.81e-179 507.0 COG0715@1|root,COG0715@2|Bacteria,1TQN5@1239|Firmicutes,248IG@186801|Clostridia,36ENM@31979|Clostridiaceae 186801|Clostridia P ABC-type nitrate sulfonate bicarbonate transport - - - ko:K02051 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - NMT1,NMT1_2,Recombinase,Resolvase,Zn_ribbon_recom +MGYG000000001_02954 1301100.HG529241_gene7174 1.03e-107 313.0 COG1476@1|root,COG1476@2|Bacteria,1V7I5@1239|Firmicutes,24KRY@186801|Clostridia,36J6U@31979|Clostridiaceae 186801|Clostridia K Helix-turn-helix domain - - - - - - - - - - - - HTH_3 +MGYG000000001_02986 1476973.JMMB01000007_gene1141 2.97e-62 197.0 2F5I7@1|root,33Y3N@2|Bacteria,1VVMQ@1239|Firmicutes,250CH@186801|Clostridia,25RNV@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - DUF308 +MGYG000000001_03050 445973.CLOBAR_02473 5.11e-38 133.0 COG1342@1|root,COG1342@2|Bacteria,1V5RE@1239|Firmicutes,25CFP@186801|Clostridia,25RV1@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function DUF134 - - - - - - - - - - - - DUF134,Nitro_FeMo-Co +MGYG000000001_03085 1476973.JMMB01000007_gene1647 6.91e-70 214.0 COG4917@1|root,COG4917@2|Bacteria,1VAYC@1239|Firmicutes,24HGZ@186801|Clostridia,25TCD@186804|Peptostreptococcaceae 186801|Clostridia E Ethanolamine utilisation - propanediol utilisation eutP - - ko:K04029 - - - - ko00000 - - - PduV-EutP +MGYG000000001_03118 1476973.JMMB01000007_gene534 1.63e-304 839.0 COG0857@1|root,COG1227@1|root,COG0857@2|Bacteria,COG1227@2|Bacteria,1TPH6@1239|Firmicutes,248RQ@186801|Clostridia,25R22@186804|Peptostreptococcaceae 186801|Clostridia C DHHA2 ppaC - 3.6.1.1 ko:K15986 ko00190,map00190 - - - ko00000,ko00001,ko01000 - - - CBS,DHH,DHHA2,DRTGG +MGYG000000001_02392 1151292.QEW_3471 1.89e-212 605.0 COG2978@1|root,COG2978@2|Bacteria,1TPDU@1239|Firmicutes,24BJ1@186801|Clostridia 186801|Clostridia H Transporter - - - ko:K12942 - - - - ko00000 - - - ABG_transport +MGYG000000001_00023 1301100.HG529344_gene3177 9.95e-88 261.0 COG1142@1|root,COG1142@2|Bacteria,1VCTD@1239|Firmicutes,24EHU@186801|Clostridia,36FNZ@31979|Clostridiaceae 186801|Clostridia C 4Fe-4S dicluster domain hydN1 - - ko:K05796 - - - - ko00000 - - - Fer4,Fer4_10,Fer4_11,Fer4_3,Fer4_4,Fer4_6,Fer4_7,Fer4_9 +MGYG000000001_02192 1151292.QEW_4052 7.22e-124 355.0 COG2082@1|root,COG2082@2|Bacteria,1V1SX@1239|Firmicutes,24B9Z@186801|Clostridia,25R69@186804|Peptostreptococcaceae 186801|Clostridia H Precorrin-8X methylmutase cobH - 5.4.99.60,5.4.99.61 ko:K06042 ko00860,ko01100,map00860,map01100 - R05177,R05814 RC01292,RC01980 ko00000,ko00001,ko01000 - - - CbiC,CbiX,CobU +MGYG000000001_02095 1117108.PAALTS15_10879 5.14e-169 483.0 COG1840@1|root,COG1840@2|Bacteria,1TR2S@1239|Firmicutes,4HC4U@91061|Bacilli,26RY4@186822|Paenibacillaceae 91061|Bacilli P ABC transporter substrate-binding protein - - - ko:K02055 ko02024,map02024 M00193 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11 - - SBP_bac_6 +MGYG000000001_01957 742733.HMPREF9469_05576 2.58e-196 550.0 COG4608@1|root,COG4608@2|Bacteria,1V36J@1239|Firmicutes,24C3R@186801|Clostridia,21YRZ@1506553|Lachnoclostridium 186801|Clostridia P Oligopeptide/dipeptide transporter, C-terminal region - - - - - - - - - - - - ABC_tran,oligo_HPY +MGYG000000001_00689 1301100.HG529431_gene1814 6.61e-13 77.4 297EM@1|root,2ZUN2@2|Bacteria,1W546@1239|Firmicutes 1239|Firmicutes S Prokaryotic N-terminal methylation motif - - - ko:K02650 ko02020,map02020 - - - ko00000,ko00001,ko02035,ko02044 3.A.15.2 - - N_methyl +MGYG000000001_00897 702450.CUW_1375 1.51e-198 556.0 COG0387@1|root,COG0387@2|Bacteria,1TQN2@1239|Firmicutes 1239|Firmicutes P calcium proton cax GO:0003674,GO:0005215,GO:0005575,GO:0005623,GO:0005886,GO:0005887,GO:0006810,GO:0006811,GO:0006812,GO:0006816,GO:0008150,GO:0008324,GO:0015075,GO:0015077,GO:0015078,GO:0015085,GO:0015291,GO:0015297,GO:0015298,GO:0015299,GO:0015318,GO:0015368,GO:0015369,GO:0015491,GO:0015672,GO:0016020,GO:0016021,GO:0022804,GO:0022857,GO:0022890,GO:0030001,GO:0031224,GO:0031226,GO:0034220,GO:0044425,GO:0044459,GO:0044464,GO:0046873,GO:0051139,GO:0051179,GO:0051234,GO:0055085,GO:0070588,GO:0070838,GO:0071944,GO:0072511,GO:0098655,GO:0098660,GO:0098662,GO:0099516,GO:1902600 - ko:K07300 - - - - ko00000,ko02000 2.A.19 - - Na_Ca_ex +MGYG000000001_00594 1301100.HG529344_gene3170 2.79e-73 226.0 COG0748@1|root,COG0748@2|Bacteria,1V4JN@1239|Firmicutes,24QA8@186801|Clostridia,36SBU@31979|Clostridiaceae 186801|Clostridia P Pyridoxamine 5'-phosphate oxidase - - - ko:K07226 - - - - ko00000 - - - Putative_PNPOx +MGYG000000001_01237 1301100.HG529262_gene702 1.26e-237 662.0 COG1653@1|root,COG1653@2|Bacteria,1TQHT@1239|Firmicutes,249J6@186801|Clostridia,36GDC@31979|Clostridiaceae 186801|Clostridia G Extracellular solute-binding protein - - - ko:K10117 ko02010,map02010 M00196 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.28 - - SBP_bac_8 +MGYG000000001_00791 1476973.JMMB01000007_gene1988 1.1e-140 401.0 COG0639@1|root,COG0639@2|Bacteria,1UYXB@1239|Firmicutes,24D3D@186801|Clostridia,25RX0@186804|Peptostreptococcaceae 186801|Clostridia T Calcineurin-like phosphoesterase superfamily domain - - - - - - - - - - - - Metallophos,Metallophos_2 +MGYG000000001_02026 457396.CSBG_00616 7.85e-45 149.0 COG1725@1|root,COG1725@2|Bacteria,1V9ZC@1239|Firmicutes,24NTW@186801|Clostridia,36JPA@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator - - - ko:K07979 - - - - ko00000,ko03000 - - - GntR +MGYG000000001_01200 1301100.HG529229_gene5413 2.08e-251 699.0 COG0770@1|root,COG0770@2|Bacteria,1VT78@1239|Firmicutes,25100@186801|Clostridia,36UHR@31979|Clostridiaceae 186801|Clostridia M Involved in cell wall formation. Catalyzes the final step in the synthesis of UDP-N-acetylmuramoyl-pentapeptide, the precursor of murein murF - 6.3.2.10 ko:K01929 ko00300,ko00550,ko01100,ko01502,map00300,map00550,map01100,map01502 - R04573,R04617 RC00064,RC00141 ko00000,ko00001,ko01000,ko01011 - - - Mur_ligase,Mur_ligase_C,Mur_ligase_M +MGYG000000001_00095 445973.CLOBAR_00362 7.8e-85 259.0 COG2171@1|root,COG2171@2|Bacteria,1TQUJ@1239|Firmicutes,248RU@186801|Clostridia,25QU4@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the transfer of an acetyl group from acetyl- CoA to tetrahydrodipicolinate dapH - 2.3.1.117,2.3.1.89 ko:K00674,ko:K05822 ko00300,ko01100,ko01110,ko01120,ko01230,map00300,map01100,map01110,map01120,map01230 M00016,M00525 R04364,R04365 RC00004,RC01136 ko00000,ko00001,ko00002,ko01000 - - - DapH_N,Hexapep +MGYG000000001_02763 931626.Awo_c17960 2.27e-114 335.0 2F1FY@1|root,33UGJ@2|Bacteria 2|Bacteria - - - - - - - - - - - - - - - +MGYG000000001_00223 1151292.QEW_2995 1.62e-90 266.0 COG0319@1|root,COG0319@2|Bacteria,1V6BU@1239|Firmicutes,24MQZ@186801|Clostridia,25RAP@186804|Peptostreptococcaceae 186801|Clostridia S Single strand-specific metallo-endoribonuclease involved in late-stage 70S ribosome quality control and in maturation of the 3' terminus of the 16S rRNA ybeY - 3.5.4.5 ko:K01489,ko:K07042 ko00240,ko00983,ko01100,map00240,map00983,map01100 - R01878,R02485,R08221 RC00074,RC00514 ko00000,ko00001,ko01000,ko03009 - - - UPF0054,dCMP_cyt_deam_1 +MGYG000000001_01355 1476973.JMMB01000007_gene596 3.54e-66 204.0 COG1683@1|root,COG1683@2|Bacteria,1V700@1239|Firmicutes,24JD2@186801|Clostridia,25RKG@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF523) - - - - - - - - - - - - DUF523 +MGYG000000001_02315 1476973.JMMB01000007_gene1824 1.32e-154 447.0 COG3004@1|root,COG3004@2|Bacteria,1TS30@1239|Firmicutes,24AB3@186801|Clostridia,25SVU@186804|Peptostreptococcaceae 186801|Clostridia P Na( ) H( ) antiporter that extrudes sodium in exchange for external protons nhaA - - ko:K03313 - - - - ko00000,ko02000 2.A.33.1 - - Na_H_antiport_1 +MGYG000000001_02344 1301100.HG529429_gene1916 5.5e-97 285.0 COG4720@1|root,COG4720@2|Bacteria,1V1GT@1239|Firmicutes,24GT3@186801|Clostridia,36FG5@31979|Clostridiaceae 186801|Clostridia S ECF-type riboflavin transporter, S component - - - ko:K16924 - M00582 - - ko00000,ko00002,ko02000 3.A.1.29 - - ECF-ribofla_trS +MGYG000000001_02527 1301100.HG529230_gene5359 5.33e-82 248.0 COG1309@1|root,COG1309@2|Bacteria,1V9BD@1239|Firmicutes,24G2B@186801|Clostridia,36IJG@31979|Clostridiaceae 186801|Clostridia K Bacterial regulatory proteins, tetR family - - - - - - - - - - - - TetR_C_6,TetR_N +MGYG000000001_02895 1301100.HG529229_gene5430 3e-190 553.0 COG3437@1|root,COG3437@2|Bacteria,1TQ0S@1239|Firmicutes,24800@186801|Clostridia,36E1T@31979|Clostridiaceae 186801|Clostridia T Diguanylate cyclase - - - - - - - - - - - - CHASE4,FeS,Fe_hyd_lg_C,Fer4,GGDEF,HD,HD_5,PAS +MGYG000000001_00241 1301100.HG529365_gene1421 1.32e-56 189.0 COG0531@1|root,COG0531@2|Bacteria,1TQ48@1239|Firmicutes,248C7@186801|Clostridia,36GTH@31979|Clostridiaceae 186801|Clostridia E amino acid ykbA - - ko:K03294 - - - - ko00000 2.A.3.2 - - AA_permease_2 +MGYG000000001_01607 1151292.QEW_1693 1.04e-168 476.0 COG0130@1|root,COG0130@2|Bacteria,1TP9Y@1239|Firmicutes,24B46@186801|Clostridia,25QIQ@186804|Peptostreptococcaceae 186801|Clostridia J Responsible for synthesis of pseudouridine from uracil- 55 in the psi GC loop of transfer RNAs truB - 5.4.99.25 ko:K03177 - - - - ko00000,ko01000,ko03016 - - - FAD_syn,Flavokinase,PUA,TruB-C_2,TruB_C_2,TruB_N +MGYG000000001_01223 1301100.HG529430_gene1953 0.0 1263.0 COG0058@1|root,COG0058@2|Bacteria,1TQAJ@1239|Firmicutes,248E1@186801|Clostridia,36E5W@31979|Clostridiaceae 186801|Clostridia G Phosphorylase is an important allosteric enzyme in carbohydrate metabolism. Enzymes from different sources differ in their regulatory mechanisms and in their natural substrates. However, all known phosphorylases share catalytic and structural properties glgP - 2.4.1.1 ko:K00688 ko00500,ko01100,ko01110,ko02026,ko04217,ko04910,ko04922,ko04931,map00500,map01100,map01110,map02026,map04217,map04910,map04922,map04931 - R02111 - ko00000,ko00001,ko01000 - GT35 - Phosphorylase +MGYG000000001_01463 1476973.JMMB01000007_gene1049 2.75e-25 98.6 COG3679@1|root,COG3679@2|Bacteria,1TUUK@1239|Firmicutes,25K0I@186801|Clostridia,25U31@186804|Peptostreptococcaceae 186801|Clostridia S Control of competence regulator ComK, YlbF/YmcA - - - - - - - - - - - - Com_YlbF +MGYG000000001_01969 552396.HMPREF0863_02134 1.06e-134 389.0 COG3716@1|root,COG3716@2|Bacteria,1TQA3@1239|Firmicutes,3VPB7@526524|Erysipelotrichia 526524|Erysipelotrichia G PTS system mannose/fructose/sorbose family IID component - - - - - - - - - - - - EIID-AGA +MGYG000000001_02919 1151292.QEW_2396 2.13e-131 381.0 2E45N@1|root,33SZD@2|Bacteria,1VS6U@1239|Firmicutes,25EXB@186801|Clostridia,25UNS@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01474 1292035.H476_2695 6.85e-66 209.0 COG1802@1|root,COG1802@2|Bacteria,1V2TH@1239|Firmicutes,24GKU@186801|Clostridia,25U16@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulator, GntR family - - - - - - - - - - - - FCD,GntR +MGYG000000001_01473 1292035.H476_2695 6.85e-66 209.0 COG1802@1|root,COG1802@2|Bacteria,1V2TH@1239|Firmicutes,24GKU@186801|Clostridia,25U16@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulator, GntR family - - - - - - - - - - - - FCD,GntR +MGYG000000001_00545 1151292.QEW_1791 0.0 1005.0 COG0488@1|root,COG0488@2|Bacteria,1TPAX@1239|Firmicutes,247Q9@186801|Clostridia,25QNM@186804|Peptostreptococcaceae 186801|Clostridia S ABC transporter C-terminal domain yfmR - - ko:K15738 - - - - ko00000,ko02000 3.A.1.120.6 - - ABC_tran,ABC_tran_CTD,ABC_tran_Xtn,Dynamin_N +MGYG000000001_02423 272563.CD630_11920 5.64e-195 545.0 COG3854@1|root,COG3854@2|Bacteria,1TQ23@1239|Firmicutes,248S2@186801|Clostridia,25R76@186804|Peptostreptococcaceae 186801|Clostridia S ATPases associated with a variety of cellular activities spoIIIAA - - ko:K06390 - - - - ko00000 - - - AAA,AAA_18,R3H,T2SSE +MGYG000000001_00287 1151292.QEW_1542 1.72e-66 203.0 COG1534@1|root,COG1534@2|Bacteria,1VEGM@1239|Firmicutes,24QZB@186801|Clostridia,25RID@186804|Peptostreptococcaceae 186801|Clostridia J RNA-binding protein, YhbY family yhbY - - ko:K07574 - - - - ko00000,ko03009 - - - CRS1_YhbY +MGYG000000001_00220 1301100.HG529365_gene1382 2.56e-194 541.0 COG1159@1|root,COG1159@2|Bacteria,1TP3R@1239|Firmicutes,24876@186801|Clostridia,36DFX@31979|Clostridiaceae 186801|Clostridia S An essential GTPase that binds both GDP and GTP, with rapid nucleotide exchange. Plays a role in 16S rRNA processing and 30S ribosomal subunit biogenesis and possibly also in cell cycle regulation and energy metabolism era - - ko:K03595 - - - - ko00000,ko03009,ko03029 - - - GTP_EFTU,KH_2,MMR_HSR1,UPF0054 +MGYG000000001_01263 1301100.HG529388_gene4982 6.23e-56 180.0 COG3090@1|root,COG3090@2|Bacteria,1V3SM@1239|Firmicutes,24JJE@186801|Clostridia,36KDN@31979|Clostridiaceae 186801|Clostridia G Tripartite ATP-independent periplasmic transporters, DctQ component - - - - - - - - - - - - DctQ +MGYG000000001_01361 1151292.QEW_1109 0.0 1210.0 COG0072@1|root,COG0073@1|root,COG0072@2|Bacteria,COG0073@2|Bacteria,1TP98@1239|Firmicutes,248BJ@186801|Clostridia,25QNW@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the phenylalanyl-tRNA synthetase beta subunit family. Type 1 subfamily pheT GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0044424,GO:0044464 6.1.1.20 ko:K01890 ko00970,map00970 M00359,M00360 R03660 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - B3_4,B5,FDX-ACB,tRNA-synt_2d,tRNA_bind +MGYG000000001_00358 1301100.HG529402_gene6759 6.15e-277 763.0 COG0641@1|root,COG0641@2|Bacteria,1TQPS@1239|Firmicutes,248DD@186801|Clostridia,36DZR@31979|Clostridiaceae 186801|Clostridia C Radical SAM scfB - - ko:K06871 - - - - ko00000 - - - Fer4_12,PqqD,Radical_SAM,SPASM +MGYG000000001_00372 1280692.AUJL01000013_gene3342 1.56e-45 157.0 COG2364@1|root,COG2364@2|Bacteria,1V3NC@1239|Firmicutes,24SGQ@186801|Clostridia,36MUI@31979|Clostridiaceae 186801|Clostridia S Uncharacterised 5xTM membrane BCR, YitT family COG1284 - - - ko:K07149 - - - - ko00000 - - - YitT_membrane +MGYG000000001_02004 1476973.JMMB01000007_gene365 8.86e-41 139.0 COG4506@1|root,COG4506@2|Bacteria,1VK4E@1239|Firmicutes,25JAY@186801|Clostridia,25RT5@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF1934) - - - - - - - - - - - - DUF1934 +MGYG000000001_01560 445973.CLOBAR_00609 2.06e-222 625.0 COG1115@1|root,COG1115@2|Bacteria,1VSJ9@1239|Firmicutes,24EMY@186801|Clostridia 186801|Clostridia E amino acid carrier protein - - - - - - - - - - - - Na_Ala_symp +MGYG000000001_01860 1216932.CM240_0404 5.72e-141 410.0 COG0642@1|root,COG2205@2|Bacteria,1TR7T@1239|Firmicutes,24CJ8@186801|Clostridia,36DJG@31979|Clostridiaceae 186801|Clostridia T ATPase histidine kinase DNA gyrase B HSP90 domain protein - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_00525 1476973.JMMB01000007_gene1122 3.58e-214 598.0 COG3170@1|root,COG3170@2|Bacteria,1TR7V@1239|Firmicutes,247XU@186801|Clostridia,25R2T@186804|Peptostreptococcaceae 186801|Clostridia NU Putative amidase domain - - - - - - - - - - - - Amidase_6,Beta-lactamase2,Peptidase_M15_4 +MGYG000000001_01159 411469.EUBHAL_00521 0.0 889.0 COG0849@1|root,COG0849@2|Bacteria,1TQMU@1239|Firmicutes,24840@186801|Clostridia,25UW8@186806|Eubacteriaceae 186801|Clostridia D Diol dehydratase reactivase ATPase-like domain dhaB4 - - - - - - - - - - - DDR +MGYG000000001_00771 1301100.HG529235_gene7305 4.07e-200 569.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,36DJD@31979|Clostridiaceae 186801|Clostridia V MATE efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_01780 1345695.CLSA_c33770 7.49e-65 206.0 COG0627@1|root,COG0627@2|Bacteria,1TPA9@1239|Firmicutes,24F6M@186801|Clostridia,36JC3@31979|Clostridiaceae 186801|Clostridia S Putative esterase - - - - - - - - - - - - Esterase +MGYG000000001_02430 1301100.HG529233_gene7381 2.09e-88 266.0 2E3US@1|root,32YS3@2|Bacteria,1VESK@1239|Firmicutes,24R9H@186801|Clostridia,36K6Z@31979|Clostridiaceae 186801|Clostridia S SpoIIIAH-like protein spoIIIAH - - ko:K06397 - - - - ko00000 1.A.34.1.1 - - AstB,SpoIIIAH +MGYG000000001_01880 1304866.K413DRAFT_4511 3.8e-116 340.0 COG3860@1|root,COG4845@1|root,COG3860@2|Bacteria,COG4845@2|Bacteria,1V5KR@1239|Firmicutes,24HNF@186801|Clostridia,36JKG@31979|Clostridiaceae 186801|Clostridia V Chloramphenicol acetyltransferase - - 2.3.1.28 ko:K19271 - - - - br01600,ko00000,ko01000,ko01504 - - - CAT,DUF2087 +MGYG000000001_00065 1408823.AXUS01000016_gene999 3.2e-105 315.0 COG4129@1|root,COG4129@2|Bacteria,1TPVH@1239|Firmicutes,25D3F@186801|Clostridia,25SE7@186804|Peptostreptococcaceae 186801|Clostridia S Fusaric acid resistance protein-like - - - - - - - - - - - - ArAE_1 +MGYG000000001_01727 1301100.HG529234_gene7337 1.24e-182 519.0 COG3055@1|root,COG3055@2|Bacteria,1TZ35@1239|Firmicutes,24CSS@186801|Clostridia,36G1Y@31979|Clostridiaceae 186801|Clostridia S Converts alpha-N-acetylneuranimic acid (Neu5Ac) to the beta-anomer, accelerating the equilibrium between the alpha- and beta-anomers. Probably facilitates sialidase-negative bacteria to compete sucessfully for limited amounts of extracellular Neu5Ac, which is likely taken up in the beta-anomer. In addition, the rapid removal of sialic acid from solution might be advantageous to the bacterium to damp down host responses - - - - - - - - - - - - - +MGYG000000001_02647 537013.CLOSTMETH_00100 2.11e-169 487.0 COG0475@1|root,COG0475@2|Bacteria,1TS32@1239|Firmicutes,247XW@186801|Clostridia,3WHPA@541000|Ruminococcaceae 186801|Clostridia P Psort location CytoplasmicMembrane, score 10.00 napA - - - - - - - - - - - Na_H_Exchanger +MGYG000000001_01590 1292035.H476_1638 1.37e-95 281.0 COG0558@1|root,COG0558@2|Bacteria,1V6PJ@1239|Firmicutes,24J7Y@186801|Clostridia,25RAN@186804|Peptostreptococcaceae 186801|Clostridia I Belongs to the CDP-alcohol phosphatidyltransferase class-I family pgsA - 2.7.8.41,2.7.8.5 ko:K00995,ko:K08744 ko00564,ko01100,map00564,map01100 - R01801,R02030 RC00002,RC00017,RC02795 ko00000,ko00001,ko01000 - - - CDP-OH_P_transf,CinA +MGYG000000001_02240 1301100.HG529370_gene1429 2.08e-133 388.0 COG4607@1|root,COG4607@2|Bacteria,1UXCZ@1239|Firmicutes,2490M@186801|Clostridia,36F0G@31979|Clostridiaceae 186801|Clostridia P Periplasmic binding protein - - - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - Peripla_BP_2,TAT_signal +MGYG000000001_01701 445973.CLOBAR_02574 1.6e-06 48.1 29UE7@1|root,30FQX@2|Bacteria,1UEFY@1239|Firmicutes,255FG@186801|Clostridia,25RZR@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01637 445973.CLOBAR_00915 1.89e-121 368.0 COG0569@1|root,COG0569@2|Bacteria,1TPNS@1239|Firmicutes,24830@186801|Clostridia,25QYG@186804|Peptostreptococcaceae 186801|Clostridia P Potassium transporter peripheral membrane component trkA - - ko:K03499 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkA_C,TrkA_N +MGYG000000001_01246 1128398.Curi_c21500 3.91e-49 166.0 COG1971@1|root,COG1971@2|Bacteria,1V4BC@1239|Firmicutes,24KM0@186801|Clostridia,269SJ@186813|unclassified Clostridiales 186801|Clostridia P Probably functions as a manganese efflux pump ytaF - - - - - - - - - - - Mntp +MGYG000000001_02285 1476973.JMMB01000007_gene2036 3.08e-30 114.0 29VVC@1|root,30HD5@2|Bacteria,1UHGU@1239|Firmicutes,255UE@186801|Clostridia,25U4F@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01573 1301100.HG529427_gene1866 1.06e-150 426.0 COG0560@1|root,COG0560@2|Bacteria,1UYZ6@1239|Firmicutes,24AC7@186801|Clostridia,36EAG@31979|Clostridiaceae 186801|Clostridia E HAD-superfamily subfamily IB hydrolase serB - - - - - - - - - - - HAD +MGYG000000001_02488 1301100.HG529362_gene2106 2.56e-215 606.0 COG1757@1|root,COG1757@2|Bacteria,1TQPI@1239|Firmicutes,2495U@186801|Clostridia,36E2J@31979|Clostridiaceae 186801|Clostridia C hmm pf03553 - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_00869 768706.Desor_0378 2.45e-56 184.0 2C5Z2@1|root,2ZT7N@2|Bacteria,1V5DR@1239|Firmicutes,24SQF@186801|Clostridia,264SW@186807|Peptococcaceae 186801|Clostridia S Domain of unknown function (DUF3786) - - - - - - - - - - - - DUF3786 +MGYG000000001_02528 272563.CD630_26140 8.13e-132 381.0 COG1307@1|root,COG1307@2|Bacteria,1TRM7@1239|Firmicutes,247ST@186801|Clostridia,25SXX@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterised protein, DegV family COG1307 - - - - - - - - - - - - DegV +MGYG000000001_01374 1301100.HG529407_gene285 2.91e-213 594.0 COG4603@1|root,COG4603@2|Bacteria,1TP1F@1239|Firmicutes,2494C@186801|Clostridia,36EKF@31979|Clostridiaceae 186801|Clostridia S Belongs to the binding-protein-dependent transport system permease family rbsC - - ko:K02057 - M00221 - - ko00000,ko00002,ko02000 3.A.1.2 - - BPD_transp_2 +MGYG000000001_00274 1301100.HG529252_gene6261 6.08e-194 544.0 COG4211@1|root,COG4211@2|Bacteria,1UI1K@1239|Firmicutes,25EAQ@186801|Clostridia,36UND@31979|Clostridiaceae 186801|Clostridia G Belongs to the binding-protein-dependent transport system permease family mglC - - ko:K10541 ko02010,map02010 M00214 - - ko00000,ko00001,ko00002,ko02000 3.A.1.2.3 - - BPD_transp_2 +MGYG000000001_03045 1476973.JMMB01000007_gene2872 1.01e-170 486.0 COG3949@1|root,COG3949@2|Bacteria,1U601@1239|Firmicutes,24A88@186801|Clostridia,25SP9@186804|Peptostreptococcaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - - - - - - - - - - - +MGYG000000001_00196 1301100.HG529364_gene2866 4.44e-113 330.0 COG2884@1|root,COG2884@2|Bacteria,1TP58@1239|Firmicutes,248HW@186801|Clostridia,36DHJ@31979|Clostridiaceae 186801|Clostridia D cell division ATP-binding protein FtsE ftsE - - ko:K09812 ko02010,map02010 M00256 - - ko00000,ko00001,ko00002,ko02000,ko03036 3.A.1.140 - - ABC_tran,DUF87,RNA_helicase +MGYG000000001_02355 180332.JTGN01000014_gene761 1.73e-232 649.0 COG2233@1|root,COG2233@2|Bacteria,1TNZZ@1239|Firmicutes,25CEM@186801|Clostridia 186801|Clostridia F Psort location CytoplasmicMembrane, score 10.00 - - - ko:K03458 - - - - ko00000 2.A.40 - - Xan_ur_permease +MGYG000000001_00217 1476973.JMMB01000007_gene2653 1.58e-139 399.0 COG1381@1|root,COG1381@2|Bacteria,1UZ19@1239|Firmicutes,249TI@186801|Clostridia,25R8U@186804|Peptostreptococcaceae 186801|Clostridia L Involved in DNA repair and RecF pathway recombination recO - - ko:K03584 ko03440,map03440 - - - ko00000,ko00001,ko03400 - - - RecO_C,RecO_N +MGYG000000001_00332 1476973.JMMB01000007_gene1523 1.21e-117 340.0 COG0652@1|root,COG0652@2|Bacteria,1TRHW@1239|Firmicutes,24FY2@186801|Clostridia,25SV6@186804|Peptostreptococcaceae 186801|Clostridia G PPIases accelerate the folding of proteins. It catalyzes the cis-trans isomerization of proline imidic peptide bonds in oligopeptides - - 5.2.1.8 ko:K03768 - - - - ko00000,ko01000,ko03110 - - - Cu_amine_oxidN1,Pro_isomerase +MGYG000000001_02368 1476973.JMMB01000007_gene1312 3.19e-186 531.0 COG5002@1|root,COG5002@2|Bacteria,1TQ1H@1239|Firmicutes,247VG@186801|Clostridia,25QUB@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - 2.7.13.3 ko:K18345 ko01502,ko02020,map01502,map02020 M00651,M00656 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko01504,ko02022 - - - HAMP,HATPase_c,HisKA +MGYG000000001_02167 1301100.HG529233_gene7356 1.49e-187 532.0 COG3314@1|root,COG3314@2|Bacteria,1TR0V@1239|Firmicutes,247XA@186801|Clostridia,36ESY@31979|Clostridiaceae 186801|Clostridia S Sporulation integral membrane protein YlbJ ylbJ - - - - - - - - - - - Gate +MGYG000000001_03024 1499683.CCFF01000016_gene787 6.6e-203 571.0 COG5505@1|root,COG5505@2|Bacteria,1TSC8@1239|Firmicutes,24AUN@186801|Clostridia,36FYP@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF819) - - - - - - - - - - - - DUF819 +MGYG000000001_01651 1476973.JMMB01000007_gene1810 4.77e-29 106.0 2CGDW@1|root,346DX@2|Bacteria,1W08J@1239|Firmicutes,2546G@186801|Clostridia,25U3P@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01710 386415.NT01CX_2346 1.12e-181 522.0 COG0534@1|root,COG0534@2|Bacteria,1TQ56@1239|Firmicutes,248YU@186801|Clostridia,36DVM@31979|Clostridiaceae 186801|Clostridia V MATE efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_02228 1476973.JMMB01000007_gene2784 1.22e-86 262.0 2BDF4@1|root,32746@2|Bacteria,1UT03@1239|Firmicutes,250MA@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00481 1301100.HG529252_gene6249 1.66e-170 481.0 COG4974@1|root,COG4974@2|Bacteria,1VEXF@1239|Firmicutes 1239|Firmicutes L Belongs to the 'phage' integrase family - - - ko:K04763 - - - - ko00000,ko03036 - - - Phage_int_SAM_1,Phage_int_SAM_4,Phage_int_SAM_5,Phage_integrase +MGYG000000001_00489 1301100.HG529252_gene6251 1.99e-261 728.0 COG0531@1|root,COG0531@2|Bacteria,1TRFS@1239|Firmicutes,248WW@186801|Clostridia,36EQ7@31979|Clostridiaceae 186801|Clostridia E amino acid yjeM - - - - - - - - - - - AA_permease_2 +MGYG000000001_01533 536233.CLO_0032 5.73e-54 174.0 2C5N5@1|root,32XD8@2|Bacteria,1UPUI@1239|Firmicutes,25HPD@186801|Clostridia,36INF@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - Tom6 +MGYG000000001_02099 469616.FMAG_01419 1.43e-124 368.0 COG3842@1|root,COG3842@2|Bacteria,379VE@32066|Fusobacteria 32066|Fusobacteria P Psort location CytoplasmicMembrane, score - - - - - - - - - - - - ABC_tran,TOBE_2 +MGYG000000001_03032 1301100.HG529358_gene2046 1.22e-48 161.0 COG1878@1|root,COG1878@2|Bacteria 2|Bacteria S arylformamidase activity kynB GO:0003674,GO:0003824,GO:0005488,GO:0016787,GO:0016810,GO:0016812,GO:0030145,GO:0043167,GO:0043169,GO:0046872,GO:0046914 1.2.1.70,3.5.1.9 ko:K02492,ko:K07130 ko00380,ko00630,ko00860,ko01100,ko01110,ko01120,map00380,map00630,map00860,map01100,map01110,map01120 M00038,M00121 R00988,R01959,R04109,R04911 RC00055,RC00149,RC00263,RC00323 ko00000,ko00001,ko00002,ko01000 - - - Acetyltransf_1,Acyl-CoA_dh_2,Acyl-CoA_dh_N,Aminotran_5,Cyclase,GlutR_N,HD_3,Shikimate_DH,TAT_signal +MGYG000000001_00858 1476973.JMMB01000007_gene1704 2.55e-23 91.3 28XYC@1|root,2ZJU9@2|Bacteria,1W4VF@1239|Firmicutes,25564@186801|Clostridia,25RYB@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00941 1301100.HG529418_gene3037 0.0 1227.0 COG0445@1|root,COG0445@2|Bacteria,1TQ4B@1239|Firmicutes,247U2@186801|Clostridia,36E85@31979|Clostridiaceae 186801|Clostridia D NAD-binding protein involved in the addition of a carboxymethylaminomethyl (cmnm) group at the wobble position (U34) of certain tRNAs, forming tRNA-cmnm(5)s(2)U34 gidA - - ko:K03495 - - R08701 RC00053,RC00209,RC00870 ko00000,ko03016,ko03036 - - - GIDA,GIDA_assoc +MGYG000000001_02289 1476973.JMMB01000007_gene2095 5.83e-130 376.0 COG2267@1|root,COG2267@2|Bacteria,1TPI0@1239|Firmicutes,247QR@186801|Clostridia,25SF0@186804|Peptostreptococcaceae 186801|Clostridia I TAP-like protein - - 3.1.1.24 ko:K01055 ko00362,ko01100,ko01120,ko01220,map00362,map01100,map01120,map01220 M00568 R02991 RC00825 ko00000,ko00001,ko00002,ko01000 - - - Abhydrolase_1,Abhydrolase_4,Abhydrolase_6 +MGYG000000001_02917 272563.CD630_19700 4.11e-51 167.0 COG1878@1|root,COG1878@2|Bacteria,1TSXB@1239|Firmicutes,24B80@186801|Clostridia,25RG4@186804|Peptostreptococcaceae 186801|Clostridia S Putative cyclase - - - - - - - - - - - - Cyclase +MGYG000000001_02270 1301100.HG529225_gene4210 1.53e-98 299.0 COG1316@1|root,COG1316@2|Bacteria,1TR1B@1239|Firmicutes,248RH@186801|Clostridia,36EYW@31979|Clostridiaceae 186801|Clostridia K Cell envelope-related transcriptional attenuator - - - - - - - - - - - - LytR_cpsA_psr,PASTA,Polysacc_deac_1 +MGYG000000001_02872 469606.FSCG_00387 3.14e-60 196.0 COG2885@1|root,COG2885@2|Bacteria 2|Bacteria M chlorophyll binding - - - ko:K03640,ko:K12216 - - - - ko00000,ko02000,ko02044 2.C.1.2,3.A.7.9.1 - - DUF4384,MotB_plug,NMT1,OmpA,SNase,SprB +MGYG000000001_03049 484770.UFO1_4184 8.86e-11 63.2 COG2246@1|root,COG2246@2|Bacteria,1V9KT@1239|Firmicutes 1239|Firmicutes S GtrA-like protein - - - - - - - - - - - - GtrA +MGYG000000001_02110 445973.CLOBAR_02753 1.28e-179 516.0 COG1388@1|root,COG3757@1|root,COG1388@2|Bacteria,COG3757@2|Bacteria,1V484@1239|Firmicutes,24A8T@186801|Clostridia,25SI5@186804|Peptostreptococcaceae 186801|Clostridia M Glycosyl hydrolases family 25 lyc2 GO:0005575,GO:0005576,GO:0005622,GO:0005623,GO:0005737,GO:0044424,GO:0044464 3.2.1.17 ko:K01185,ko:K07273 - - - - ko00000,ko01000 - - - CW_binding_1,Glyco_hydro_25,LysM,PG_binding_1,SH3_3 +MGYG000000001_02163 1301100.HG529233_gene7351 0.0 1178.0 COG1200@1|root,COG1200@2|Bacteria,1TQ6I@1239|Firmicutes,247T0@186801|Clostridia,36EV7@31979|Clostridiaceae 186801|Clostridia L Critical role in recombination and DNA repair. Helps process Holliday junction intermediates to mature products by catalyzing branch migration. Has a DNA unwinding activity characteristic of a DNA helicase with a 3'- to 5'- polarity. Unwinds branched duplex DNA (Y-DNA) recG - 3.6.4.12 ko:K03655 ko03440,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - DEAD,Helicase_C,RecG_wedge +MGYG000000001_02810 1151292.QEW_2556 3.2e-251 696.0 COG0019@1|root,COG0019@2|Bacteria,1TPE9@1239|Firmicutes,247X7@186801|Clostridia,25QSM@186804|Peptostreptococcaceae 186801|Clostridia E Specifically catalyzes the decarboxylation of meso- diaminopimelate (meso-DAP) to L-lysine lysA - 4.1.1.20 ko:K01586 ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00300,map01100,map01110,map01120,map01130,map01230 M00016,M00525,M00526,M00527 R00451 RC00299 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS18870 Orn_Arg_deC_N,Orn_DAP_Arg_deC +MGYG000000001_02555 1151292.QEW_0113 2.32e-101 301.0 COG0860@1|root,COG0860@2|Bacteria,1TQ74@1239|Firmicutes,24FT2@186801|Clostridia,25R58@186804|Peptostreptococcaceae 186801|Clostridia M Ami_3 cwlD - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3 +MGYG000000001_01537 1476973.JMMB01000007_gene1608 1.42e-76 233.0 COG4720@1|root,COG4720@2|Bacteria,1TTCZ@1239|Firmicutes,25MT7@186801|Clostridia,25TDE@186804|Peptostreptococcaceae 186801|Clostridia S ECF-type riboflavin transporter, S component - - - - - - - - - - - - ECF-ribofla_trS +MGYG000000001_03016 1117318.PRUB_14651 1.21e-37 127.0 COG0727@1|root,32S46@2|Bacteria,1MZCU@1224|Proteobacteria,1SCG7@1236|Gammaproteobacteria,2Q2ZK@267888|Pseudoalteromonadaceae 1236|Gammaproteobacteria S Fe-S-cluster oxidoreductase yeiW - - ko:K06940 - - - - ko00000 - - - CxxCxxCC +MGYG000000001_00814 1301100.HG529285_gene7052 6.05e-46 150.0 2DYF0@1|root,349ER@2|Bacteria,1VYGX@1239|Firmicutes,24PJI@186801|Clostridia,36MZ1@31979|Clostridiaceae 186801|Clostridia S Cupin domain - - - - - - - - - - - - Cupin_2 +MGYG000000001_02363 1391646.AVSU01000010_gene92 6.78e-175 491.0 COG0024@1|root,COG0024@2|Bacteria,1TQC1@1239|Firmicutes,248I8@186801|Clostridia,25SIH@186804|Peptostreptococcaceae 186801|Clostridia E Metallopeptidase family M24 map - 3.4.11.18 ko:K01265 - - - - ko00000,ko01000,ko01002 - - - Peptidase_M24,SEC-C +MGYG000000001_02717 1301100.HG529407_gene291 5.17e-122 351.0 COG0177@1|root,COG0177@2|Bacteria,1TRAK@1239|Firmicutes,24899@186801|Clostridia,36DBQ@31979|Clostridiaceae 186801|Clostridia L DNA repair enzyme that has both DNA N-glycosylase activity and AP-lyase activity. The DNA N-glycosylase activity releases various damaged pyrimidines from DNA by cleaving the N- glycosidic bond, leaving an AP (apurinic apyrimidinic) site. The AP-lyase activity cleaves the phosphodiester bond 3' to the AP site by a beta-elimination, leaving a 3'-terminal unsaturated sugar and a product with a terminal 5'-phosphate nth - 4.2.99.18 ko:K10773 ko03410,map03410 - - - ko00000,ko00001,ko01000,ko03400 - - - EndIII_4Fe-2S,HHH,HhH-GPD +MGYG000000001_02749 1502770.JQMG01000001_gene612 6.07e-169 508.0 COG1123@1|root,COG1123@2|Bacteria 2|Bacteria P ATPase activity - - - - - - - - - - - - AAA_16,AAA_21,ABC_tran,DUF4435,PD40,Peptidase_C14,TIR_2,TPR_1,TPR_8,WD40 +MGYG000000001_03172 1301100.HG529346_gene4296 1.22e-277 763.0 COG0422@1|root,COG0422@2|Bacteria,1TNZ3@1239|Firmicutes,247JE@186801|Clostridia,36EE1@31979|Clostridiaceae 186801|Clostridia H Catalyzes the synthesis of the hydroxymethylpyrimidine phosphate (HMP-P) moiety of thiamine from aminoimidazole ribotide (AIR) in a radical S-adenosyl-L-methionine (SAM)-dependent reaction thiC - 4.1.99.17 ko:K03147 ko00730,ko01100,map00730,map01100 M00127 R03472 RC03251,RC03252 ko00000,ko00001,ko00002,ko01000 - - - Phos_pyr_kin,ThiC-associated,ThiC_Rad_SAM +MGYG000000001_01309 1301100.HG529233_gene7433 3.05e-90 265.0 COG2739@1|root,COG2739@2|Bacteria,1VEGP@1239|Firmicutes,24QNM@186801|Clostridia,36MJ0@31979|Clostridiaceae 186801|Clostridia S Might take part in the signal recognition particle (SRP) pathway. This is inferred from the conservation of its genetic proximity to ftsY ffh. May be a regulatory protein - - - ko:K09787 - - - - ko00000 - - - UPF0122 +MGYG000000001_00714 1301100.HG529431_gene1789 8.08e-137 387.0 COG1435@1|root,COG1435@2|Bacteria,1TRVM@1239|Firmicutes,24CVH@186801|Clostridia,36DU8@31979|Clostridiaceae 186801|Clostridia F thymidine kinase tdk - 2.7.1.21 ko:K00857 ko00240,ko00983,ko01100,map00240,map00983,map01100 - R01567,R02099,R08233 RC00002,RC00017 ko00000,ko00001,ko01000 - - - TK +MGYG000000001_02695 1120998.AUFC01000009_gene2055 7.66e-72 226.0 COG4200@1|root,COG4200@2|Bacteria,1TRRE@1239|Firmicutes,24AHY@186801|Clostridia 186801|Clostridia S Lantibiotic protection ABC transporter permease subunit, MutE EpiE family - - - ko:K20491 ko02010,ko02020,ko02024,map02010,map02020,map02024 M00817 - - ko00000,ko00001,ko00002,ko02000 3.A.1.124.1,3.A.1.124.2,3.A.1.124.6 - - ABC2_membrane_4,ABC2_membrane_5 +MGYG000000001_02682 445973.CLOBAR_00412 1.38e-178 498.0 COG1120@1|root,COG1120@2|Bacteria,1TP2Q@1239|Firmicutes,2492Z@186801|Clostridia,25QSN@186804|Peptostreptococcaceae 186801|Clostridia HP COG COG1120 ABC-type cobalamin Fe3 -siderophores transport systems, ATPase components - - - - - - - - - - - - ABC_tran +MGYG000000001_01748 1292035.H476_2783 1.29e-226 632.0 COG0642@1|root,COG2205@2|Bacteria,1TT7F@1239|Firmicutes,247UJ@186801|Clostridia,25QIW@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - - - - - - - - - - - HATPase_c,HisKA +MGYG000000001_01070 1301100.HG529424_gene1982 1.42e-138 393.0 COG1428@1|root,COG1428@2|Bacteria,1TPJ1@1239|Firmicutes,24B8K@186801|Clostridia,36EVR@31979|Clostridiaceae 186801|Clostridia F Deoxynucleoside kinase - - 2.7.1.74,2.7.1.76 ko:K15519 ko00230,ko00240,ko01100,map00230,map00240,map01100 - R00185,R01666,R02089 RC00002,RC00017 ko00000,ko00001,ko01000 - - - dNK +MGYG000000001_02470 1301100.HG529346_gene4302 5.59e-63 197.0 COG3610@1|root,COG3610@2|Bacteria,1V6P0@1239|Firmicutes,24R80@186801|Clostridia,36JMC@31979|Clostridiaceae 186801|Clostridia S Threonine/Serine exporter, ThrE - - - - - - - - - - - - ThrE_2 +MGYG000000001_02686 445973.CLOBAR_00413 9.02e-98 285.0 COG1017@1|root,COG1017@2|Bacteria,1UIS4@1239|Firmicutes,24G9X@186801|Clostridia 186801|Clostridia C Belongs to the globin family vhb - 1.14.12.17 ko:K05916 ko05132,map05132 - - - ko00000,ko00001,ko01000 - - - Globin +MGYG000000001_02565 1035196.HMPREF9998_00690 4.76e-87 256.0 COG0100@1|root,COG0100@2|Bacteria,1V3IK@1239|Firmicutes,24HIK@186801|Clostridia,25R98@186804|Peptostreptococcaceae 186801|Clostridia J Located on the platform of the 30S subunit, it bridges several disparate RNA helices of the 16S rRNA. Forms part of the Shine-Dalgarno cleft in the 70S ribosome rpsK - - ko:K02948 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S11 +MGYG000000001_00850 1301100.HG529333_gene4596 5.36e-134 384.0 COG0101@1|root,COG0101@2|Bacteria,1TQUY@1239|Firmicutes,248GJ@186801|Clostridia,36F3W@31979|Clostridiaceae 186801|Clostridia J Formation of pseudouridine at positions 38, 39 and 40 in the anticodon stem and loop of transfer RNAs truA2 - 5.4.99.12 ko:K06173 - - - - ko00000,ko01000,ko03016 - - - PseudoU_synth_1 +MGYG000000001_00882 1499683.CCFF01000014_gene3805 3.21e-212 594.0 COG0281@1|root,COG0281@2|Bacteria,1TPJ3@1239|Firmicutes,2487U@186801|Clostridia,36DTC@31979|Clostridiaceae 186801|Clostridia C malic enzyme - - 1.1.1.38 ko:K00027 ko00620,ko01200,ko02020,map00620,map01200,map02020 - R00214 RC00105 ko00000,ko00001,ko01000 - - - Fumerase_C,Malic_M,malic +MGYG000000001_00914 1301100.HG529330_gene4607 1.12e-188 530.0 COG2008@1|root,COG2008@2|Bacteria,1TPZI@1239|Firmicutes,248TR@186801|Clostridia,36E6Q@31979|Clostridiaceae 186801|Clostridia E PFAM aromatic amino acid beta-eliminating lyase threonine aldolase ltaE - 4.1.2.48 ko:K01620 ko00260,ko01100,ko01110,ko01120,ko01130,ko01230,map00260,map01100,map01110,map01120,map01130,map01230 - R00751,R06171 RC00312,RC00372 ko00000,ko00001,ko01000 - - - AAA_35,Beta_elim_lyase +MGYG000000001_00984 445973.CLOBAR_00648 2.72e-84 258.0 29XF7@1|root,30J5J@2|Bacteria,1UVNZ@1239|Firmicutes,25KK2@186801|Clostridia,25UDM@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF4405) - - - - - - - - - - - - DUF4405 +MGYG000000001_01016 269797.Mbar_A0776 3.95e-08 52.4 COG1917@1|root,arCOG03444@2157|Archaea,2XWV3@28890|Euryarchaeota,2NAWM@224756|Methanomicrobia 224756|Methanomicrobia S AraC-like ligand binding domain - - - - - - - - - - - - Cupin_2 +MGYG000000001_01056 642492.Clole_2862 2.38e-14 67.0 COG2768@1|root,COG2768@2|Bacteria,1VET2@1239|Firmicutes,24QUH@186801|Clostridia 186801|Clostridia C Ferredoxin fdxA GO:0003674,GO:0003824,GO:0005488,GO:0006091,GO:0008150,GO:0008152,GO:0009055,GO:0009987,GO:0016491,GO:0022900,GO:0044237,GO:0048037,GO:0051536,GO:0051539,GO:0051540,GO:0055114 - - - - - - - - - - Fer4,Fer4_4 +MGYG000000001_01153 411469.EUBHAL_00517 6.75e-51 176.0 COG0452@1|root,COG0452@2|Bacteria,1V24V@1239|Firmicutes,24F67@186801|Clostridia,25W9C@186806|Eubacteriaceae 186801|Clostridia H Flavoprotein - - - - - - - - - - - - Flavoprotein +MGYG000000001_01217 1151292.QEW_3183 1.71e-131 376.0 COG0745@1|root,COG0745@2|Bacteria,1TPWS@1239|Firmicutes,25AZ2@186801|Clostridia,25QP7@186804|Peptostreptococcaceae 186801|Clostridia K response regulator phoP - - ko:K02483,ko:K07658,ko:K07668 ko02020,map02020 M00434,M00459 - - ko00000,ko00001,ko00002,ko02022 - - - Response_reg,Trans_reg_C +MGYG000000001_01249 1476973.JMMB01000007_gene2900 1.81e-31 114.0 COG1445@1|root,COG1445@2|Bacteria,1W2YM@1239|Firmicutes,253C1@186801|Clostridia,25U48@186804|Peptostreptococcaceae 186801|Clostridia G protein-N(PI)-phosphohistidine-fructose phosphotransferase system transporter activity - - - - - - - - - - - - PTS_IIB +MGYG000000001_01281 1476973.JMMB01000007_gene982 2.88e-211 589.0 COG3502@1|root,COG3502@2|Bacteria,1TQW1@1239|Firmicutes,24952@186801|Clostridia,25R2G@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF3866) - - - - - - - - - - - - DUF3866 +MGYG000000001_01313 1301100.HG529233_gene7437 1.2e-91 271.0 COG0806@1|root,COG0806@2|Bacteria,1V6HD@1239|Firmicutes,24I1G@186801|Clostridia,36IPC@31979|Clostridiaceae 186801|Clostridia J An accessory protein needed during the final step in the assembly of 30S ribosomal subunit, possibly for assembly of the head region. Probably interacts with S19. Essential for efficient processing of 16S rRNA. May be needed both before and after RbfA during the maturation of 16S rRNA. It has affinity for free ribosomal 30S subunits but not for 70S ribosomes rimM - - ko:K02860 - - - - ko00000,ko03009 - - - PRC,RimM +MGYG000000001_01345 1301100.HG529407_gene248 7.03e-115 333.0 COG3404@1|root,COG3404@2|Bacteria,1V14R@1239|Firmicutes,24D90@186801|Clostridia,36H0D@31979|Clostridiaceae 186801|Clostridia E Formiminotransferase-cyclodeaminase fchA - - - - - - - - - - - FTCD_C +MGYG000000001_01409 1476973.JMMB01000007_gene778 3.9e-50 169.0 2FCQH@1|root,344TQ@2|Bacteria,1W1DU@1239|Firmicutes,251BS@186801|Clostridia,25U9D@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - DUF3298 +MGYG000000001_01441 1391646.AVSU01000040_gene1848 2.03e-151 436.0 COG2017@1|root,COG2017@2|Bacteria,1TQGJ@1239|Firmicutes,249DZ@186801|Clostridia,25RRN@186804|Peptostreptococcaceae 186801|Clostridia G Converts alpha-aldose to the beta-anomer - - 5.1.3.3 ko:K01785 ko00010,ko00052,ko01100,ko01110,ko01120,ko01130,map00010,map00052,map01100,map01110,map01120,map01130 M00632 R01602,R10619 RC00563 ko00000,ko00001,ko00002,ko01000 - - - Aldose_epim +MGYG000000001_03251 1151292.QEW_2326 8.85e-45 160.0 COG0860@1|root,COG0860@2|Bacteria,1V8U7@1239|Firmicutes 1239|Firmicutes M N-acetylmuramoyl-L-alanine amidase - - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3 +MGYG000000001_01505 1151292.QEW_2326 8.85e-45 160.0 COG0860@1|root,COG0860@2|Bacteria,1V8U7@1239|Firmicutes 1239|Firmicutes M N-acetylmuramoyl-L-alanine amidase - - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3 +MGYG000000001_01569 1301100.HG529426_gene2019 1.89e-171 481.0 2CC4I@1|root,2Z8PZ@2|Bacteria,1TQTT@1239|Firmicutes,24AJ3@186801|Clostridia,36F6T@31979|Clostridiaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - - +MGYG000000001_01601 1151292.QEW_1700 3.59e-228 636.0 COG0612@1|root,COG0612@2|Bacteria,1TP5I@1239|Firmicutes,248HT@186801|Clostridia,25R7J@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the peptidase M16 family ymxG - - - - - - - - - - - Peptidase_M16,Peptidase_M16_C +MGYG000000001_01633 272563.CD630_08330 0.0 1050.0 COG1048@1|root,COG1048@2|Bacteria,1VTMM@1239|Firmicutes,25HJM@186801|Clostridia,25SZA@186804|Peptostreptococcaceae 186801|Clostridia C aconitate hydratase acnA - 4.2.1.3 ko:K01681 ko00020,ko00630,ko00720,ko01100,ko01110,ko01120,ko01130,ko01200,ko01210,ko01230,map00020,map00630,map00720,map01100,map01110,map01120,map01130,map01200,map01210,map01230 M00009,M00010,M00012,M00173,M00740 R01324,R01325,R01900 RC00497,RC00498,RC00618 br01601,ko00000,ko00001,ko00002,ko01000 - - - Aconitase,Aconitase_C +MGYG000000001_01665 1151292.QEW_2502 0.0 1467.0 COG0542@1|root,COG0542@2|Bacteria,1TPMU@1239|Firmicutes,247TD@186801|Clostridia,25R4B@186804|Peptostreptococcaceae 186801|Clostridia O Part of a stress-induced multi-chaperone system, it is involved in the recovery of the cell from heat-induced damage, in cooperation with DnaK, DnaJ and GrpE clpB - - ko:K03695,ko:K03696 ko01100,ko04213,map01100,map04213 - - - ko00000,ko00001,ko03110 - - - AAA,AAA_2,ClpB_D2-small,Clp_N,UVR +MGYG000000001_01697 1122173.AXVL01000004_gene807 0.000201 50.8 COG0206@1|root,COG0206@2|Bacteria,378TM@32066|Fusobacteria 32066|Fusobacteria D Essential cell division protein that forms a contractile ring structure (Z ring) at the future cell division site. The regulation of the ring assembly controls the timing and the location of cell division. One of the functions of the FtsZ ring is to recruit other cell division proteins to the septum to produce a new cell wall between the dividing cells. Binds GTP and shows GTPase activity - - - ko:K03531 ko04112,map04112 - - - ko00000,ko00001,ko02048,ko03036,ko04812 - - - FtsZ_C,Tubulin +MGYG000000001_01762 1301100.HG529344_gene3205 8.99e-28 109.0 COG0642@1|root,COG0642@2|Bacteria,1TQSG@1239|Firmicutes,25EB7@186801|Clostridia,36UJ6@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c +MGYG000000001_01795 1301100.HG529236_gene7284 5.6e-228 635.0 COG3633@1|root,COG3633@2|Bacteria,1TPD2@1239|Firmicutes,25CGY@186801|Clostridia,36FK4@31979|Clostridiaceae 186801|Clostridia E Involved in the import of serine and threonine into the cell, with the concomitant import of sodium (symport system) sstT - - ko:K07862 - - - - ko00000,ko02000 2.A.23.4 - - SDF +MGYG000000001_01859 1391646.AVSU01000030_gene2526 4.96e-45 155.0 2BJW2@1|root,32E8E@2|Bacteria,1UEAQ@1239|Firmicutes,25J64@186801|Clostridia,25TPJ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01891 1301100.HG529270_gene536 2.13e-90 270.0 COG1136@1|root,COG1136@2|Bacteria,1TQC9@1239|Firmicutes,248Z6@186801|Clostridia,36EK4@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_01923 1301100.HG529336_gene3402 1.49e-116 342.0 COG0726@1|root,COG0726@2|Bacteria,1TYRH@1239|Firmicutes,24GMY@186801|Clostridia,36G9H@31979|Clostridiaceae 186801|Clostridia G polysaccharide deacetylase - - - - - - - - - - - - Cu_amine_oxidN1,Polysacc_deac_1,SLH +MGYG000000001_01987 1151292.QEW_4218 2.94e-76 238.0 2DVEQ@1|root,33VIW@2|Bacteria,1VV7D@1239|Firmicutes,25052@186801|Clostridia,25RG5@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF3298) - - - - - - - - - - - - DUF3298,DUF4163 +MGYG000000001_02019 1301100.HG529417_gene2992 6.19e-48 158.0 COG1396@1|root,COG1396@2|Bacteria,1UV71@1239|Firmicutes,24MPE@186801|Clostridia,36VHY@31979|Clostridiaceae 186801|Clostridia K Cro/C1-type HTH DNA-binding domain - - - - - - - - - - - - HTH_3 +MGYG000000001_02055 1301100.HG529358_gene2030 2.04e-137 397.0 2BZ6P@1|root,2Z8AB@2|Bacteria,1TRT3@1239|Firmicutes,247PA@186801|Clostridia,36EGY@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF2935) - - - - - - - - - - - - DUF2935 +MGYG000000001_02087 1301100.HG529407_gene266 3.58e-110 323.0 COG3279@1|root,COG3279@2|Bacteria,1V1GQ@1239|Firmicutes,24H3F@186801|Clostridia,36GPU@31979|Clostridiaceae 186801|Clostridia KT LytTr DNA-binding domain - - - ko:K02477 - - - - ko00000,ko02022 - - - LytTR,Response_reg +MGYG000000001_02119 1301100.HG529275_gene1606 4.75e-137 397.0 COG0524@1|root,COG0524@2|Bacteria,1UIWH@1239|Firmicutes,24DTM@186801|Clostridia,36GFR@31979|Clostridiaceae 186801|Clostridia G pfkB family carbohydrate kinase - - - - - - - - - - - - PfkB +MGYG000000001_01061 1301100.HG529423_gene1974 3.2e-140 410.0 COG0791@1|root,COG0791@2|Bacteria,1UVYK@1239|Firmicutes,249G6@186801|Clostridia,36FW2@31979|Clostridiaceae 186801|Clostridia M NLP P60 protein - - 3.4.14.13 ko:K20742,ko:K21471 - - - - ko00000,ko01000,ko01002,ko01011 - - - 3D,CW_binding_2,DUF3053,NLPC_P60,PG_binding_1,SH3_3 +MGYG000000001_02791 1391646.AVSU01000133_gene3282 2.01e-173 489.0 COG0444@1|root,COG0444@2|Bacteria,1TP6E@1239|Firmicutes,247NN@186801|Clostridia,25SJ0@186804|Peptostreptococcaceae 186801|Clostridia P Oligopeptide/dipeptide transporter, C-terminal region - - - ko:K02031 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - ABC_tran,oligo_HPY +MGYG000000001_00715 1476973.JMMB01000007_gene3222 4.02e-165 467.0 COG3872@1|root,COG3872@2|Bacteria,1TPBU@1239|Firmicutes,25C8E@186801|Clostridia,25R91@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1385) prmC - - - - - - - - - - - DUF1385,MTS +MGYG000000001_00131 445973.CLOBAR_00389 1.21e-135 394.0 COG0679@1|root,COG0679@2|Bacteria,1TR9W@1239|Firmicutes,24AQF@186801|Clostridia,25RD3@186804|Peptostreptococcaceae 186801|Clostridia S Transporter, auxin efflux carrier (AEC) family protein - - - ko:K07088 - - - - ko00000 - - - Mem_trans +MGYG000000001_01197 1301100.HG529229_gene5410 5.3e-227 631.0 COG0044@1|root,COG0044@2|Bacteria,1TPI6@1239|Firmicutes,2495I@186801|Clostridia,36UWD@31979|Clostridiaceae 186801|Clostridia F Catalyzes the hydrolytic cleavage of a subset of L- isoaspartyl (L-beta-aspartyl) dipeptides. Used to degrade proteins damaged by L-isoaspartyl residues formation iadA - - ko:K01305 - - - - ko00000,ko01000,ko01002 - - - Amidohydro_1,Amidohydro_3 +MGYG000000001_00310 1476973.JMMB01000007_gene2748 1.35e-79 242.0 COG4659@1|root,COG4659@2|Bacteria,1V7R1@1239|Firmicutes,24JVM@186801|Clostridia,25RCW@186804|Peptostreptococcaceae 186801|Clostridia C Part of a membrane complex involved in electron transport rnfG GO:0005575,GO:0005623,GO:0005886,GO:0016020,GO:0044464,GO:0071944 - ko:K03612 - - - - ko00000 - - - FMN_bind +MGYG000000001_00939 272563.CD630_36730 8.12e-153 433.0 COG1475@1|root,COG1475@2|Bacteria,1TP0I@1239|Firmicutes,2488X@186801|Clostridia,25QPD@186804|Peptostreptococcaceae 186801|Clostridia K ParB-like nuclease domain noc - - ko:K03497 - - - - ko00000,ko03000,ko03036,ko04812 - - - HTH_3,HTH_8,KorB,ParBc +MGYG000000001_01918 1151292.QEW_1950 1.72e-166 471.0 COG0543@1|root,COG0543@2|Bacteria,1TP6D@1239|Firmicutes,247YB@186801|Clostridia,25S97@186804|Peptostreptococcaceae 186801|Clostridia C Oxidoreductase NAD-binding domain pyrK_1 - 1.18.1.2,1.19.1.1 ko:K00528,ko:K16951 ko00920,ko01120,map00920,map01120 - R00858,R10146,R10159 RC00065 ko00000,ko00001,ko01000 - - - DHODB_Fe-S_bind,FAD_binding_6,NAD_binding_1 +MGYG000000001_00027 1391646.AVSU01000057_gene1222 3.66e-77 233.0 COG0622@1|root,COG0622@2|Bacteria,1VA0U@1239|Firmicutes,24MMK@186801|Clostridia,25RHX@186804|Peptostreptococcaceae 186801|Clostridia S Phosphoesterase yfcE1 - - ko:K07095 - - - - ko00000 - - - Metallophos_2 +MGYG000000001_01935 272563.CD630_15660 5.28e-283 787.0 COG0028@1|root,COG0028@2|Bacteria,1TQE8@1239|Firmicutes,2480U@186801|Clostridia,25S9I@186804|Peptostreptococcaceae 186801|Clostridia EH COG COG0028 Thiamine pyrophosphate-requiring enzymes acetolactate synthase, pyruvate dehydrogenase (cytochrome), glyoxylate carboligase, phosphonopyruvate decarboxylase ilvB - 2.2.1.6 ko:K01652 ko00290,ko00650,ko00660,ko00770,ko01100,ko01110,ko01130,ko01210,ko01230,map00290,map00650,map00660,map00770,map01100,map01110,map01130,map01210,map01230 M00019,M00570 R00006,R00014,R00226,R03050,R04672,R04673,R08648 RC00027,RC00106,RC01192,RC02744,RC02893 ko00000,ko00001,ko00002,ko01000 - - - TPP_enzyme_C,TPP_enzyme_M,TPP_enzyme_N +MGYG000000001_00182 1216932.CM240_1745 1.2e-262 722.0 COG1473@1|root,COG1473@2|Bacteria,1TPD7@1239|Firmicutes,248AH@186801|Clostridia,36DRG@31979|Clostridiaceae 186801|Clostridia E amidohydrolase - - - - - - - - - - - - M20_dimer,Peptidase_M20 +MGYG000000001_02819 1301100.HG529409_gene183 1.66e-115 336.0 COG0745@1|root,COG0745@2|Bacteria,1UDAQ@1239|Firmicutes,249RQ@186801|Clostridia,36FG9@31979|Clostridiaceae 186801|Clostridia KT transcriptional regulatory protein kdpE - - ko:K07667 ko02020,ko02024,map02020,map02024 M00454 - - ko00000,ko00001,ko00002,ko02022 - - - Response_reg,Trans_reg_C +MGYG000000001_02508 1276246.SCULI_v1c01870 2.5e-48 169.0 COG0190@1|root,COG0190@2|Bacteria,3WTEU@544448|Tenericutes 544448|Tenericutes F Catalyzes the oxidation of 5,10- methylenetetrahydrofolate to 5,10-methenyltetrahydrofolate and then the hydrolysis of 5,10-methenyltetrahydrofolate to 10- formyltetrahydrofolate folD - 1.5.1.5,3.5.4.9 ko:K01491 ko00670,ko00720,ko01100,ko01120,ko01200,map00670,map00720,map01100,map01120,map01200 M00140,M00377 R01220,R01655 RC00202,RC00578 ko00000,ko00001,ko00002,ko01000 - - - THF_DHG_CYH,THF_DHG_CYH_C +MGYG000000001_00890 272563.CD630_36000 1.27e-124 359.0 COG0745@1|root,COG0745@2|Bacteria,1TP9M@1239|Firmicutes,247TK@186801|Clostridia,25SCZ@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulatory protein, C terminal - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_03098 1301100.HG529352_gene4268 9.93e-112 328.0 COG0115@1|root,COG0115@2|Bacteria,1V3JS@1239|Firmicutes,24JA5@186801|Clostridia,36ISU@31979|Clostridiaceae 186801|Clostridia EH Aminotransferase class IV pabC - 4.1.3.38 ko:K02619 ko00790,map00790 - R05553 RC01843,RC02148 ko00000,ko00001,ko01000 - - - Aminotran_4 +MGYG000000001_01564 1301100.HG529426_gene2010 2.01e-30 109.0 2FDHM@1|root,345J3@2|Bacteria,1VZHH@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_00522 1121289.JHVL01000008_gene1291 2.94e-75 237.0 COG1108@1|root,COG1108@2|Bacteria,1TR79@1239|Firmicutes,24875@186801|Clostridia,36EWA@31979|Clostridiaceae 186801|Clostridia P ABC 3 transport family adcB - - ko:K09816 ko02010,map02010 M00242 - - ko00000,ko00001,ko00002,ko02000 3.A.1.15.3,3.A.1.15.5 - - ABC-3 +MGYG000000001_00567 1476973.JMMB01000007_gene2447 2.85e-77 233.0 COG1633@1|root,COG1633@2|Bacteria,1V860@1239|Firmicutes,24ERW@186801|Clostridia,25T8U@186804|Peptostreptococcaceae 186801|Clostridia S PFAM Rubrerythrin - - - - - - - - - - - - Ferritin_2,Rubrerythrin +MGYG000000001_03013 1301100.HG529258_gene6212 2.11e-150 431.0 COG0530@1|root,COG0530@2|Bacteria,1TRX0@1239|Firmicutes,24ABZ@186801|Clostridia,36EZ7@31979|Clostridiaceae 186801|Clostridia P K -dependent Na Ca exchanger - - - ko:K07301 - - - - ko00000,ko02000 2.A.19.5 - - Na_Ca_ex +MGYG000000001_02944 457396.CSBG_02357 6.8e-66 201.0 COG1440@1|root,COG1440@2|Bacteria,1V6UA@1239|Firmicutes,24I95@186801|Clostridia,36JM3@31979|Clostridiaceae 186801|Clostridia G IIB subunit - - 2.7.1.196,2.7.1.205 ko:K02760 ko00500,ko02060,map00500,map02060 M00275 R11170,R11172 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.3.2 - - PTS_IIB +MGYG000000001_00421 1301100.HG529236_gene7295 0.0 874.0 COG1486@1|root,COG1486@2|Bacteria,1TQ9I@1239|Firmicutes,24995@186801|Clostridia,36EXF@31979|Clostridiaceae 186801|Clostridia G family 4 - - 3.2.1.86 ko:K01222 ko00010,ko00500,map00010,map00500 - R00839,R05133,R05134 RC00049,RC00171,RC00714 ko00000,ko00001,ko01000 - GT4 - Glyco_hydro_4,Glyco_hydro_4C +MGYG000000001_01865 1292035.H476_2776 1.07e-89 288.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,25SSQ@186804|Peptostreptococcaceae 186801|Clostridia T PAS fold - - - - - - - - - - - - HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_9 +MGYG000000001_02153 1476973.JMMB01000007_gene923 1.52e-221 613.0 COG0820@1|root,COG0820@2|Bacteria,1TPVF@1239|Firmicutes,248BC@186801|Clostridia,25R5U@186804|Peptostreptococcaceae 186801|Clostridia J Specifically methylates position 2 of adenine 2503 in 23S rRNA and position 2 of adenine 37 in tRNAs rlmN - 2.1.1.192 ko:K06941 - - - - ko00000,ko01000,ko03009 - - - Fer4_14,Radical_SAM +MGYG000000001_02839 1476973.JMMB01000007_gene815 3.67e-111 322.0 COG4869@1|root,COG4869@2|Bacteria,1V242@1239|Firmicutes,24816@186801|Clostridia,25S2P@186804|Peptostreptococcaceae 186801|Clostridia Q Involved in 1,2-propanediol (1,2-PD) degradation by catalyzing the conversion of propanoyl-CoA to propanoyl-phosphate pduL - 2.3.1.8 ko:K15024 ko00430,ko00620,ko00640,ko00720,ko01100,ko01120,ko01200,map00430,map00620,map00640,map00720,map01100,map01120,map01200 M00579 R00230,R00921 RC00004,RC02746,RC02816 ko00000,ko00001,ko00002,ko01000 - - - Cob_adeno_trans,PTAC +MGYG000000001_01978 1391646.AVSU01000035_gene2150 3.62e-156 439.0 COG0284@1|root,COG0284@2|Bacteria,1TPPH@1239|Firmicutes,24DII@186801|Clostridia,25R2Y@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the decarboxylation of orotidine 5'- monophosphate (OMP) to uridine 5'-monophosphate (UMP) pyrF - 4.1.1.23 ko:K01591 ko00240,ko01100,map00240,map01100 M00051 R00965 RC00409 ko00000,ko00001,ko00002,ko01000 - - - OMPdecase +MGYG000000001_01999 1301100.HG529411_gene341 1.36e-129 371.0 COG1802@1|root,COG1802@2|Bacteria,1TSV2@1239|Firmicutes,24C0U@186801|Clostridia,36IAW@31979|Clostridiaceae 186801|Clostridia K GntR family ydfH_4 - - - - - - - - - - - FCD,GntR +MGYG000000001_00948 1301100.HG529418_gene3043 3.45e-285 783.0 COG0593@1|root,COG0593@2|Bacteria,1TPV7@1239|Firmicutes,2490S@186801|Clostridia,36DSQ@31979|Clostridiaceae 186801|Clostridia L it binds specifically double-stranded DNA at a 9 bp consensus (dnaA box) 5'-TTATC CA A CA A-3'. DnaA binds to ATP and to acidic phospholipids dnaA - - ko:K02313 ko02020,ko04112,map02020,map04112 - - - ko00000,ko00001,ko03032,ko03036 - - - Bac_DnaA,Bac_DnaA_C,DnaA_N,LRR_6,Sec7 +MGYG000000001_01038 1476973.JMMB01000007_gene394 3.13e-98 287.0 2ADZG@1|root,313RY@2|Bacteria,1V6JT@1239|Firmicutes,24FSH@186801|Clostridia,25S37@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1256) yyaC - - - - - - - - - - - DUF1256 +MGYG000000001_03061 1301100.HG529437_gene6537 7.98e-299 826.0 COG2812@1|root,COG2812@2|Bacteria,1TPS9@1239|Firmicutes,247J7@186801|Clostridia,36DBN@31979|Clostridiaceae 186801|Clostridia L DNA polymerase III is a complex, multichain enzyme responsible for most of the replicative synthesis in bacteria. This DNA polymerase also exhibits 3' to 5' exonuclease activity dnaX - 2.7.7.7 ko:K02343 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - DNA_pol3_a_NII,DNA_pol3_delta2,DNA_pol3_gamma3 +MGYG000000001_02160 1151292.QEW_3105 1.79e-38 128.0 COG0227@1|root,COG0227@2|Bacteria,1VEI2@1239|Firmicutes,24QNA@186801|Clostridia,25RTD@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bL28 family rpmB - - ko:K02902 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L28 +MGYG000000001_02048 1414720.CBYM010000012_gene2588 0.0 1059.0 COG0369@1|root,COG1151@2|Bacteria,1TP8X@1239|Firmicutes,247IN@186801|Clostridia,36DDU@31979|Clostridiaceae 186801|Clostridia C Catalyzes the reduction of hydroxylamine to form NH(3) and H(2)O hcp - 1.7.99.1 ko:K05601 ko00910,map00910 - R00143 RC02797 ko00000,ko00001,ko01000 - - - Prismane +MGYG000000001_02215 1476973.JMMB01000007_gene2800 4.38e-20 82.4 2BE0Y@1|root,327RI@2|Bacteria,1UTN0@1239|Firmicutes,253KI@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02312 1476973.JMMB01000007_gene1669 1.43e-65 204.0 COG4708@1|root,COG4708@2|Bacteria,1V9YK@1239|Firmicutes,24N9H@186801|Clostridia,25RIQ@186804|Peptostreptococcaceae 186801|Clostridia S QueT transporter - - - - - - - - - - - - QueT +MGYG000000001_02408 1301100.HG529227_gene5464 4.03e-10 56.6 2DR75@1|root,33AHG@2|Bacteria,1VKH9@1239|Firmicutes,24UD8@186801|Clostridia,36PEW@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1659) - - - - - - - - - - - - DUF1659 +MGYG000000001_02440 272563.CD630_12090 5.63e-291 807.0 COG0497@1|root,COG0497@2|Bacteria,1TP99@1239|Firmicutes,247KB@186801|Clostridia,25QYR@186804|Peptostreptococcaceae 186801|Clostridia L May be involved in recombinational repair of damaged DNA recN - - ko:K03631 - - - - ko00000,ko03400 - - - AAA_15,AAA_23,SMC_N +MGYG000000001_02472 1499683.CCFF01000013_gene260 2.06e-111 338.0 COG2207@1|root,COG2207@2|Bacteria,1U23Q@1239|Firmicutes,24CZ9@186801|Clostridia,36KB6@31979|Clostridiaceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - ko:K07720 ko02020,map02020 M00519 - - ko00000,ko00001,ko00002,ko02022 - - - AraC_binding,Cupin_2,DUF772,HTH_18,HTH_AraC,PocR,Response_reg,dCache_1 +MGYG000000001_02367 318464.IO99_03215 1.79e-64 202.0 COG0701@1|root,COG0701@2|Bacteria,1UZ6Z@1239|Firmicutes,25DX2@186801|Clostridia,36UFT@31979|Clostridiaceae 186801|Clostridia S Predicted permease - - - - - - - - - - - - ArsP_1,Fer4_13 +MGYG000000001_02166 1151292.QEW_3099 7.43e-31 117.0 COG1193@1|root,COG1193@2|Bacteria,1UJ73@1239|Firmicutes,24Y0J@186801|Clostridia,25RQJ@186804|Peptostreptococcaceae 186801|Clostridia L negative regulation of DNA recombination - - - - - - - - - - - - - +MGYG000000001_00555 1151292.QEW_2018 2.77e-138 396.0 COG2145@1|root,COG2145@2|Bacteria,1V1R6@1239|Firmicutes,248AC@186801|Clostridia,25R0Y@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the phosphorylation of the hydroxyl group of 4-methyl-5-beta-hydroxyethylthiazole (THZ) thiM - 2.7.1.50 ko:K00878 ko00730,ko01100,map00730,map01100 M00127 R04448 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS16290 HK,TMP-TENI +MGYG000000001_00991 1476973.JMMB01000007_gene2488 1.56e-61 196.0 2DSFV@1|root,33FZI@2|Bacteria,1UHDH@1239|Firmicutes,25Q48@186801|Clostridia,25RNP@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02227 272563.CD630_10670 9.54e-123 369.0 2CHCU@1|root,33S16@2|Bacteria,1VSBC@1239|Firmicutes,24Y8S@186801|Clostridia,25RCY@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01534 1211817.CCAT010000043_gene3641 4.24e-66 204.0 COG1846@1|root,COG1846@2|Bacteria,1VMGG@1239|Firmicutes,25CPS@186801|Clostridia,36IRU@31979|Clostridiaceae 186801|Clostridia K hmm pf01047 - - - - - - - - - - - - MarR,MarR_2 +MGYG000000001_02882 318464.IO99_11930 1.81e-65 206.0 COG1670@1|root,COG1670@2|Bacteria 2|Bacteria J COG1670 acetyltransferases, including N-acetylases of ribosomal proteins rimL - 2.3.1.128,5.2.1.8 ko:K03768,ko:K03790 - - - - ko00000,ko01000,ko03009,ko03110 - - - Acetyltransf_3,Pro_isomerase +MGYG000000001_02100 1292035.H476_2385 3.7e-120 350.0 COG1387@1|root,COG1387@2|Bacteria,1TQQX@1239|Firmicutes,247MM@186801|Clostridia,25S6I@186804|Peptostreptococcaceae 186801|Clostridia E PHP domain hisK - 3.1.3.15 ko:K04486 ko00340,ko01100,ko01110,ko01230,map00340,map01100,map01110,map01230 M00026 R03013 RC00017 ko00000,ko00001,ko00002,ko01000 - - - PHP,PHP_C +MGYG000000001_02814 1301100.HG529304_gene3100 1.92e-106 310.0 COG2519@1|root,COG2519@2|Bacteria,1V6VU@1239|Firmicutes,24JEE@186801|Clostridia,36UQ2@31979|Clostridiaceae 186801|Clostridia J Putative rRNA methylase - - - - - - - - - - - - rRNA_methylase +MGYG000000001_02867 634498.mru_1668 1.23e-08 62.4 COG0484@1|root,arCOG02846@2157|Archaea 2157|Archaea O ATP binding to DnaK triggers the release of the substrate protein, thus completing the reaction cycle. Several rounds of ATP-dependent interactions between DnaJ, DnaK and GrpE are required for fully efficient folding. Also involved, together with DnaK and GrpE, in the DNA replication of plasmids through activation of initiation proteins - - - - - - - - - - - - DnaJ +MGYG000000001_03031 1301100.HG529270_gene541 2.79e-124 357.0 COG1434@1|root,COG1434@2|Bacteria,1V519@1239|Firmicutes,24HK6@186801|Clostridia 186801|Clostridia S DUF218 domain - - - - - - - - - - - - DUF218 +MGYG000000001_00859 1292035.H476_2175 1.08e-37 137.0 2BD7G@1|root,306I0@2|Bacteria,1UEUY@1239|Firmicutes,25JUG@186801|Clostridia,25THH@186804|Peptostreptococcaceae 186801|Clostridia S ABC-2 family transporter protein - - - - - - - - - - - - ABC2_membrane_5 +MGYG000000001_00686 1301100.HG529431_gene1820 9.91e-177 505.0 COG1459@1|root,COG1459@2|Bacteria,1TQRZ@1239|Firmicutes,249FV@186801|Clostridia,36EIA@31979|Clostridiaceae 186801|Clostridia NU Type II secretion system tapC - - ko:K02653 - - - - ko00000,ko02035,ko02044 3.A.15.2 - - T2SSF +MGYG000000001_01551 1301100.HG529426_gene1998 1.4e-299 820.0 COG0034@1|root,COG0034@2|Bacteria,1TPH3@1239|Firmicutes,247RF@186801|Clostridia,36ECS@31979|Clostridiaceae 186801|Clostridia F Catalyzes the formation of phosphoribosylamine from phosphoribosylpyrophosphate (PRPP) and glutamine purF - 2.4.2.14 ko:K00764 ko00230,ko00250,ko01100,ko01110,ko01130,map00230,map00250,map01100,map01110,map01130 M00048 R01072 RC00010,RC02724,RC02752 ko00000,ko00001,ko00002,ko01000,ko01002 - - - GATase_6,GATase_7,Pribosyltran +MGYG000000001_02341 272563.CD630_09960 8.09e-50 171.0 COG4198@1|root,COG4198@2|Bacteria,1TQSW@1239|Firmicutes,249E4@186801|Clostridia,25QVX@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1015) - - - - - - - - - - - - DUF1015,MazG +MGYG000000001_01480 1301100.HG529236_gene7242 1.19e-84 251.0 COG0822@1|root,COG0822@2|Bacteria,1V3H9@1239|Firmicutes,24HDD@186801|Clostridia,36I0X@31979|Clostridiaceae 186801|Clostridia C FeS cluster assembly scaffold protein NifU nifU - - ko:K04488 - - - - ko00000 - - - NifU_N +MGYG000000001_01148 1121334.KB911069_gene1666 4.45e-82 256.0 arCOG04584@1|root,2ZYP7@2|Bacteria,1TQAQ@1239|Firmicutes,24APY@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02713 1301100.HG529408_gene213 6.47e-194 543.0 COG1453@1|root,COG1453@2|Bacteria,1TSTA@1239|Firmicutes,249IP@186801|Clostridia,36FVM@31979|Clostridiaceae 186801|Clostridia S aldo keto reductase - - - ko:K07079 - - - - ko00000 - - - Aldo_ket_red,Fer4_17,Fer4_8 +MGYG000000001_03115 1292035.H476_0336 0.0 1420.0 COG1012@1|root,COG1454@1|root,COG1012@2|Bacteria,COG1454@2|Bacteria,1TPB4@1239|Firmicutes,247IQ@186801|Clostridia,25QMH@186804|Peptostreptococcaceae 186801|Clostridia C belongs to the iron- containing alcohol dehydrogenase family adhE - 1.1.1.1,1.2.1.10 ko:K04072 ko00010,ko00071,ko00350,ko00620,ko00625,ko00626,ko00650,ko01100,ko01110,ko01120,ko01130,ko01220,map00010,map00071,map00350,map00620,map00625,map00626,map00650,map01100,map01110,map01120,map01130,map01220 - R00228,R00623,R00754,R01172,R04880,R05233,R05234,R06917,R06927 RC00004,RC00050,RC00088,RC00099,RC00116,RC00184,RC00649,RC01195 ko00000,ko00001,ko01000 - - - Aldedh,Fe-ADH +MGYG000000001_00068 1301100.HG529383_gene4098 0.0 1662.0 COG0525@1|root,COG0525@2|Bacteria,1TPN4@1239|Firmicutes,248VC@186801|Clostridia,36E1A@31979|Clostridiaceae 186801|Clostridia J amino acids such as threonine, to avoid such errors, it has a posttransfer editing activity that hydrolyzes mischarged Thr-tRNA(Val) in a tRNA-dependent manner valS - 6.1.1.9 ko:K01873 ko00970,map00970 M00359,M00360 R03665 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - Anticodon_1,Val_tRNA-synt_C,tRNA-synt_1 +MGYG000000001_02422 1301100.HG529233_gene7362 5.29e-204 569.0 COG0416@1|root,COG0416@2|Bacteria,1TPXS@1239|Firmicutes,247KW@186801|Clostridia,36E96@31979|Clostridiaceae 186801|Clostridia I Catalyzes the reversible formation of acyl-phosphate (acyl-PO(4)) from acyl- acyl-carrier-protein (acyl-ACP). This enzyme utilizes acyl-ACP as fatty acyl donor, but not acyl-CoA plsX - 2.3.1.15 ko:K03621 ko00561,ko00564,ko01100,ko01110,map00561,map00564,map01100,map01110 M00089 R00851,R09380 RC00004,RC00039,RC00041 ko00000,ko00001,ko00002,ko01000,ko01004 - - - FA_synthesis +MGYG000000001_01062 1151292.QEW_0210 1.14e-186 523.0 COG0540@1|root,COG0540@2|Bacteria,1TQ96@1239|Firmicutes,2496D@186801|Clostridia,25QS8@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the ATCase OTCase family pyrB - 2.1.3.2 ko:K00609 ko00240,ko00250,ko01100,map00240,map00250,map01100 M00051 R01397 RC00064,RC02850 ko00000,ko00001,ko00002,ko01000 - - - OTCace,OTCace_N,PyrI_C +MGYG000000001_00667 445973.CLOBAR_02500 3.64e-82 244.0 COG1522@1|root,COG1522@2|Bacteria,1V3MI@1239|Firmicutes,24I1I@186801|Clostridia,25R8I@186804|Peptostreptococcaceae 186801|Clostridia K Transcriptional regulator - - - ko:K03719 - - - - ko00000,ko03000,ko03036 - - - AsnC_trans_reg,HTH_24,HTH_AsnC-type +MGYG000000001_00698 1476973.JMMB01000007_gene3239 5.66e-99 290.0 COG2002@1|root,COG2002@2|Bacteria,1V02A@1239|Firmicutes,248XR@186801|Clostridia,25QHK@186804|Peptostreptococcaceae 186801|Clostridia K SpoVT / AbrB like domain spoVT - - ko:K04769 - - - - ko00000,ko03000 - - - MazE_antitoxin,SpoVT_C +MGYG000000001_01069 1301100.HG529314_gene441 2.14e-81 242.0 COG0295@1|root,COG0295@2|Bacteria,1V6IP@1239|Firmicutes,24JEM@186801|Clostridia,36JJ5@31979|Clostridiaceae 186801|Clostridia F This enzyme scavenges exogenous and endogenous cytidine and 2'-deoxycytidine for UMP synthesis cdd - 3.5.4.5 ko:K01489 ko00240,ko00983,ko01100,map00240,map00983,map01100 - R01878,R02485,R08221 RC00074,RC00514 ko00000,ko00001,ko01000 - - - Acetyltransf_1,dCMP_cyt_deam_1,dCMP_cyt_deam_2 +MGYG000000001_01190 1301100.HG529235_gene7318 1.35e-114 332.0 COG2197@1|root,COG2197@2|Bacteria,1TRXG@1239|Firmicutes,24FZX@186801|Clostridia,36H48@31979|Clostridiaceae 186801|Clostridia K response regulator, receiver - - - - - - - - - - - - GerE,Response_reg +MGYG000000001_01220 1301100.HG529230_gene5339 4.58e-158 450.0 28IBV@1|root,2Z8EA@2|Bacteria,1TPCJ@1239|Firmicutes,24A0W@186801|Clostridia,36FYB@31979|Clostridiaceae 186801|Clostridia S YIEGIA protein - - - ko:K05739 - - - - ko00000 - - - YIEGIA +MGYG000000001_01955 632245.CLP_0172 3.21e-119 352.0 COG1940@1|root,COG1940@2|Bacteria,1TPKW@1239|Firmicutes,248U9@186801|Clostridia,36VPN@31979|Clostridiaceae 186801|Clostridia G ROK family - - 2.7.1.2 ko:K00845 ko00010,ko00052,ko00500,ko00520,ko00521,ko00524,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00052,map00500,map00520,map00521,map00524,map01100,map01110,map01120,map01130,map01200 M00001,M00549 R00299,R01600,R01786 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - - ROK +MGYG000000001_00088 1301100.HG529384_gene4110 4.55e-103 301.0 COG0500@1|root,COG2226@2|Bacteria,1VUD8@1239|Firmicutes 1239|Firmicutes Q Methyltransferase domain - - - - - - - - - - - - Methyltransf_11 +MGYG000000001_01610 1476973.JMMB01000007_gene1074 0.0 1028.0 COG0532@1|root,COG0532@2|Bacteria,1TPAI@1239|Firmicutes,248SJ@186801|Clostridia,25QYU@186804|Peptostreptococcaceae 186801|Clostridia J One of the essential components for the initiation of protein synthesis. Protects formylmethionyl-tRNA from spontaneous hydrolysis and promotes its binding to the 30S ribosomal subunits. Also involved in the hydrolysis of GTP during the formation of the 70S ribosomal complex infB - - ko:K02519 - - - - ko00000,ko03012,ko03029 - - - GTP_EFTU,GTP_EFTU_D2,IF-2,IF2_N +MGYG000000001_00270 1476973.JMMB01000007_gene2714 9.93e-174 488.0 COG1760@1|root,COG1760@2|Bacteria,1TP79@1239|Firmicutes,2480J@186801|Clostridia,25QFZ@186804|Peptostreptococcaceae 186801|Clostridia E Serine dehydratase alpha chain sdaAA - 4.3.1.17 ko:K01752 ko00260,ko00270,ko01100,ko01110,ko01130,ko01200,ko01230,map00260,map00270,map01100,map01110,map01130,map01200,map01230 - R00220,R00590 RC00331,RC02600 ko00000,ko00001,ko01000 - - - SDH_alpha +MGYG000000001_00237 1151292.QEW_3014 2.74e-80 244.0 COG0576@1|root,COG0576@2|Bacteria,1V6G2@1239|Firmicutes,24MQK@186801|Clostridia,25R93@186804|Peptostreptococcaceae 186801|Clostridia O Participates actively in the response to hyperosmotic and heat shock by preventing the aggregation of stress-denatured proteins, in association with DnaK and GrpE. It is the nucleotide exchange factor for DnaK and may function as a thermosensor. Unfolded proteins bind initially to DnaJ grpE - - ko:K03687 - - - - ko00000,ko03029,ko03110 - - - GrpE +MGYG000000001_02501 1301100.HG529429_gene1908 4.2e-312 864.0 COG0006@1|root,COG0006@2|Bacteria,1TQ44@1239|Firmicutes,247SG@186801|Clostridia,36EQ0@31979|Clostridiaceae 186801|Clostridia E peptidase M24 pepQ - 3.4.11.9 ko:K01262 - - - - ko00000,ko01000,ko01002 - - - Creatinase_N,Creatinase_N_2,Peptidase_M24,Peptidase_M24_C +MGYG000000001_01175 545697.HMPREF0216_01420 1.93e-153 454.0 COG0451@1|root,COG0451@2|Bacteria,1V04J@1239|Firmicutes,24CFZ@186801|Clostridia,36FIH@31979|Clostridiaceae 186801|Clostridia GM ADP-glyceromanno-heptose 6-epimerase activity - - - - - - - - - - - - - +MGYG000000001_00832 445973.CLOBAR_00948 4.75e-171 483.0 COG2070@1|root,COG2070@2|Bacteria,1TPC3@1239|Firmicutes,24831@186801|Clostridia,25R0F@186804|Peptostreptococcaceae 186801|Clostridia S enoyl- acyl-carrier-protein reductase II fabK - 1.3.1.9 ko:K02371 ko00061,ko01100,ko01212,map00061,map01100,map01212 M00083 R04429,R04724,R04955,R04958,R04961,R04966,R04969,R07765 RC00052,RC00076 ko00000,ko00001,ko00002,ko01000,ko01004 - - iHN637.CLJU_RS20775 NMO,ThiG +MGYG000000001_00971 1301100.HG529361_gene2119 3.1e-121 349.0 COG0176@1|root,COG0176@2|Bacteria,1TP4Q@1239|Firmicutes,248KZ@186801|Clostridia,36EK7@31979|Clostridiaceae 186801|Clostridia G Transaldolase is important for the balance of metabolites in the pentose-phosphate pathway tal - 2.2.1.2 ko:K00616 ko00030,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00030,map01100,map01110,map01120,map01130,map01200,map01230 M00004,M00007 R01827 RC00439,RC00604 ko00000,ko00001,ko00002,ko01000 - - - TAL_FSA +MGYG000000001_00368 1476973.JMMB01000007_gene666 3.56e-67 212.0 2B7SU@1|root,320Z7@2|Bacteria,1UEE9@1239|Firmicutes,25JAK@186801|Clostridia,25RQV@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - BofC_C +MGYG000000001_02008 1301100.HG529411_gene332 1.58e-196 548.0 COG3191@1|root,COG3191@2|Bacteria,1TP60@1239|Firmicutes,24AVR@186801|Clostridia,36DNF@31979|Clostridiaceae 186801|Clostridia EQ peptidase - - - - - - - - - - - - Peptidase_S58 +MGYG000000001_01556 272563.CD630_02250 0.0 2120.0 COG0046@1|root,COG0047@1|root,COG0046@2|Bacteria,COG0047@2|Bacteria,1TPAS@1239|Firmicutes,247W2@186801|Clostridia,25R3K@186804|Peptostreptococcaceae 186801|Clostridia F Psort location Cytoplasmic, score purL - 6.3.5.3 ko:K01952 ko00230,ko01100,ko01110,ko01130,map00230,map01100,map01110,map01130 M00048 R04463 RC00010,RC01160 ko00000,ko00001,ko00002,ko01000 - - - AIRS,AIRS_C,GARS_A,GARS_C,GARS_N,GATase_5,PurS +MGYG000000001_00606 1476973.JMMB01000007_gene1873 2.36e-29 106.0 2DR42@1|root,33A2M@2|Bacteria,1VKCM@1239|Firmicutes,25JCT@186801|Clostridia,25RZF@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2922) - - - - - - - - - - - - DUF2922 +MGYG000000001_00529 1301100.HG529254_gene6295 1.54e-129 373.0 COG0760@1|root,COG0760@2|Bacteria,1V5Q2@1239|Firmicutes,248JQ@186801|Clostridia,36DDY@31979|Clostridiaceae 186801|Clostridia O peptidylprolyl isomerase prsA2 - 5.2.1.8 ko:K03769,ko:K07533 - - - - ko00000,ko01000,ko03110 - - - Rotamase,Rotamase_2,Rotamase_3,SurA_N_3 +MGYG000000001_01155 1294142.CINTURNW_0724 2.89e-95 283.0 COG4869@1|root,COG4869@2|Bacteria,1V242@1239|Firmicutes,24816@186801|Clostridia,36E22@31979|Clostridiaceae 186801|Clostridia Q Involved in 1,2-propanediol (1,2-PD) degradation by catalyzing the conversion of propanoyl-CoA to propanoyl-phosphate pduL - 2.3.1.8 ko:K15024 ko00430,ko00620,ko00640,ko00720,ko01100,ko01120,ko01200,map00430,map00620,map00640,map00720,map01100,map01120,map01200 M00579 R00230,R00921 RC00004,RC02746,RC02816 ko00000,ko00001,ko00002,ko01000 - - - PTAC +MGYG000000001_00226 1476973.JMMB01000007_gene2660 1.06e-35 122.0 2B7WQ@1|root,3213N@2|Bacteria,1W16G@1239|Firmicutes,25JBY@186801|Clostridia,25RW6@186804|Peptostreptococcaceae 186801|Clostridia S YabP family - - - - - - - - - - - - YabP +MGYG000000001_01009 195103.CPF_0746 0.0 1120.0 COG0577@1|root,COG1511@1|root,COG0577@2|Bacteria,COG1511@2|Bacteria,1TPHU@1239|Firmicutes,248RV@186801|Clostridia,36E94@31979|Clostridiaceae 186801|Clostridia V Permease - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - DUF745,FtsX,MacB_PCD,OEP +MGYG000000001_02426 1151292.QEW_1573 3.24e-69 211.0 2CPUI@1|root,32SJW@2|Bacteria,1VA9Y@1239|Firmicutes,24NK6@186801|Clostridia,25TEC@186804|Peptostreptococcaceae 186801|Clostridia S Stage III sporulation protein AC/AD protein family spoIIIAD - - ko:K06393 - - - - ko00000 - - - SpoIIIAC +MGYG000000001_01666 1301100.HG529314_gene440 7.62e-190 536.0 COG0641@1|root,COG0641@2|Bacteria,1TQPS@1239|Firmicutes,247Z9@186801|Clostridia,36E92@31979|Clostridiaceae 186801|Clostridia C anaerobic sulfatase-maturating enzyme - - - ko:K06871 - - - - ko00000 - - - Fer4_12,Fer4_14,Radical_SAM,SEC-C,SPASM +MGYG000000001_01914 1476973.JMMB01000007_gene1478 1.05e-80 246.0 29UKF@1|root,30FXW@2|Bacteria,1UEUJ@1239|Firmicutes,25JU2@186801|Clostridia,25TGZ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03006 272563.CD630_13930 2.51e-147 422.0 COG0697@1|root,COG0697@2|Bacteria,1TRKD@1239|Firmicutes,248I1@186801|Clostridia,25SDF@186804|Peptostreptococcaceae 186801|Clostridia EG EamA-like transporter family - - - - - - - - - - - - EamA +MGYG000000001_02013 1391646.AVSU01000035_gene2111 0.0 1003.0 COG1190@1|root,COG1190@2|Bacteria,1TP2P@1239|Firmicutes,247VX@186801|Clostridia,25QCN@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the class-II aminoacyl-tRNA synthetase family lysS - 6.1.1.6 ko:K04567 ko00970,map00970 M00359,M00360 R03658 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - DUF2156,tRNA-synt_2,tRNA-synt_2_TM,tRNA_anti-codon,tRNA_bind +MGYG000000001_02616 1476973.JMMB01000007_gene1155 1.43e-79 247.0 COG0631@1|root,COG0631@2|Bacteria,1V75W@1239|Firmicutes,24KMZ@186801|Clostridia,25RNA@186804|Peptostreptococcaceae 186801|Clostridia T Protein phosphatase 2C - - - - - - - - - - - - PP2C_2 +MGYG000000001_02841 1301100.HG529228_gene5380 3.97e-184 520.0 COG0337@1|root,COG0337@2|Bacteria,1TPKZ@1239|Firmicutes,248H4@186801|Clostridia,36DGK@31979|Clostridiaceae 186801|Clostridia E Catalyzes the conversion of 3-deoxy-D-arabino- heptulosonate 7-phosphate (DAHP) to dehydroquinate (DHQ) aroB - 2.7.1.71,4.2.3.4 ko:K01735,ko:K13829 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00022 R02412,R03083 RC00002,RC00078,RC00847 ko00000,ko00001,ko00002,ko01000 - - - DHQ_synthase,SKI +MGYG000000001_02873 1123228.AUIH01000006_gene2244 1.55e-19 99.0 COG0497@1|root,COG0497@2|Bacteria,1PAB3@1224|Proteobacteria,1RZB5@1236|Gammaproteobacteria,1XIKU@135619|Oceanospirillales 135619|Oceanospirillales L DNA recombination - - - - - - - - - - - - - +MGYG000000001_03001 1301100.HG529329_gene4499 2.17e-84 254.0 2BYWB@1|root,32SGE@2|Bacteria,1VAZ2@1239|Firmicutes,24J86@186801|Clostridia,36HB8@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF3793) - - - - - - - - - - - - DUF3793 +MGYG000000001_03100 1301100.HG529352_gene4266 3.85e-116 334.0 COG0302@1|root,COG0302@2|Bacteria,1TRNM@1239|Firmicutes,24867@186801|Clostridia,36DD1@31979|Clostridiaceae 186801|Clostridia F GTP cyclohydrolase folE - 3.5.4.16 ko:K01495 ko00790,ko01100,map00790,map01100 M00126,M00841,M00842,M00843 R00428,R04639,R05046,R05048 RC00263,RC00294,RC00323,RC00945,RC01188 ko00000,ko00001,ko00002,ko01000 - - - GTP_cyclohydroI +MGYG000000001_03199 1349822.NSB1T_10920 5.69e-49 165.0 COG0599@1|root,COG0599@2|Bacteria,4NH7X@976|Bacteroidetes,2G2QM@200643|Bacteroidia,22WBI@171551|Porphyromonadaceae 976|Bacteroidetes S Carboxymuconolactone decarboxylase family - - 4.1.1.44 ko:K01607 ko00362,ko01100,ko01120,ko01220,map00362,map01100,map01120,map01220 - R03470 RC00938 ko00000,ko00001,ko01000 - - - ABM,CMD,Cupin_2 +MGYG000000001_01365 1476973.JMMB01000007_gene579 4.82e-219 616.0 COG0168@1|root,COG0168@2|Bacteria,1TQ4S@1239|Firmicutes,247Q3@186801|Clostridia,25QRF@186804|Peptostreptococcaceae 186801|Clostridia P Potassium uptake protein ktrB - - ko:K03498 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkH +MGYG000000001_02277 1301100.HG529409_gene177 1.07e-82 247.0 2B1UF@1|root,31UAF@2|Bacteria,1V79N@1239|Firmicutes,24PRI@186801|Clostridia,36N4A@31979|Clostridiaceae 186801|Clostridia S An automated process has identified a potential problem with this gene model - - - - - - - - - - - - Lys_export +MGYG000000001_02879 1391646.AVSU01000027_gene2392 1.63e-247 697.0 COG0477@1|root,COG0477@2|Bacteria,1TPHW@1239|Firmicutes,2492B@186801|Clostridia,25UJM@186804|Peptostreptococcaceae 186801|Clostridia EGP Sugar (and other) transporter - - - - - - - - - - - - MFS_1 +MGYG000000001_01908 445973.CLOBAR_01618 1.9e-210 588.0 COG0520@1|root,COG0520@2|Bacteria,1TQ1W@1239|Firmicutes,249CS@186801|Clostridia,25QNT@186804|Peptostreptococcaceae 186801|Clostridia E Beta-eliminating lyase - - - - - - - - - - - - Aminotran_5 +MGYG000000001_02116 1292035.H476_0745 7.27e-139 399.0 COG2357@1|root,COG2357@2|Bacteria,1V0VY@1239|Firmicutes,24A69@186801|Clostridia,25SZE@186804|Peptostreptococcaceae 186801|Clostridia S Region found in RelA / SpoT proteins - - - - - - - - - - - - RelA_SpoT +MGYG000000001_02104 1476973.JMMB01000007_gene2050 2.44e-74 230.0 COG1404@1|root,COG1404@2|Bacteria,1V3SC@1239|Firmicutes,24IBK@186801|Clostridia,25TGG@186804|Peptostreptococcaceae 186801|Clostridia O Domain of unknown function (DUF4397) - - - - - - - - - - - - DUF4397 +MGYG000000001_01554 1301100.HG529426_gene2001 0.0 891.0 COG0138@1|root,COG0138@2|Bacteria,1TPQ5@1239|Firmicutes,24AB8@186801|Clostridia,36DHZ@31979|Clostridiaceae 186801|Clostridia F Bifunctional purine biosynthesis protein PurH purH - 2.1.2.3,3.5.4.10 ko:K00602 ko00230,ko00670,ko01100,ko01110,ko01130,ko01523,map00230,map00670,map01100,map01110,map01130,map01523 M00048 R01127,R04560 RC00026,RC00263,RC00456 ko00000,ko00001,ko00002,ko01000,ko04147 - - iHN637.CLJU_RS04230 AICARFT_IMPCHas,MGS +MGYG000000001_01470 1151292.QEW_1661 6.28e-47 151.0 COG4472@1|root,COG4472@2|Bacteria,1VAC4@1239|Firmicutes,24QVQ@186801|Clostridia,25RQS@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the UPF0297 family yrzL - - - - - - - - - - - DUF965 +MGYG000000001_01395 1301100.HG529299_gene5192 1.46e-06 45.8 COG0316@1|root,COG0316@2|Bacteria,1UU8M@1239|Firmicutes,255WN@186801|Clostridia 186801|Clostridia S Belongs to the HesB IscA family - - - - - - - - - - - - - +MGYG000000001_02620 1301100.HG529259_gene6179 1.39e-235 661.0 COG1012@1|root,COG1012@2|Bacteria,1TP4S@1239|Firmicutes,247W7@186801|Clostridia,36DK7@31979|Clostridiaceae 186801|Clostridia C Belongs to the aldehyde dehydrogenase family ywdH - 1.2.1.3,1.2.99.10 ko:K00128,ko:K22445 ko00010,ko00053,ko00071,ko00280,ko00310,ko00330,ko00340,ko00380,ko00410,ko00561,ko00620,ko00625,ko00903,ko00981,ko01100,ko01110,ko01120,ko01130,map00010,map00053,map00071,map00280,map00310,map00330,map00340,map00380,map00410,map00561,map00620,map00625,map00903,map00981,map01100,map01110,map01120,map01130 M00135 R00264,R00631,R00710,R00904,R01752,R01986,R02549,R02678,R02940,R02957,R03283,R03869,R04065,R04506,R04903,R05050,R05237,R05238,R05286,R06366,R08146 RC00047,RC00071,RC00080,RC00186,RC00218,RC00242,RC00816,RC01500 ko00000,ko00001,ko00002,ko01000 - - - Aldedh +MGYG000000001_01787 1499689.CCNN01000007_gene2004 6.74e-100 292.0 COG0262@1|root,COG0262@2|Bacteria,1VAUA@1239|Firmicutes,24G7Y@186801|Clostridia,36IEA@31979|Clostridiaceae 186801|Clostridia H Riboflavin biosynthesis protein RibD - - - - - - - - - - - - RibD_C +MGYG000000001_01521 1301100.HG529346_gene4285 3.5e-92 272.0 COG0521@1|root,COG0521@2|Bacteria,1V3XM@1239|Firmicutes,24HG2@186801|Clostridia,36J7G@31979|Clostridiaceae 186801|Clostridia H molybdenum cofactor mog - - - - - - - - - - - MOSC,MoCF_biosynth,MoaC,MobB +MGYG000000001_00477 445973.CLOBAR_01908 3.48e-97 291.0 COG0719@1|root,COG0719@2|Bacteria,1TQ21@1239|Firmicutes,249IU@186801|Clostridia,25SYN@186804|Peptostreptococcaceae 186801|Clostridia O Uncharacterized protein family (UPF0051) - - - - - - - - - - - - UPF0051 +MGYG000000001_01740 1301100.HG529395_gene6871 1.69e-221 649.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - ABC_sub_bind,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Reg_prop,Y_Y_Y +MGYG000000001_00423 1301100.HG529236_gene7293 4.25e-126 362.0 COG3394@1|root,COG3394@2|Bacteria,1V3MB@1239|Firmicutes,24IMA@186801|Clostridia,36G15@31979|Clostridiaceae 186801|Clostridia G Probably catalyzes the deacetylation of acetylated carbohydrates an important step in the degradation of oligosaccharides - - 3.5.1.105 ko:K03478 - - - - ko00000,ko01000 - - - YdjC +MGYG000000001_01789 1292035.H476_2642 0.0 1387.0 COG0474@1|root,COG0474@2|Bacteria,1TPF5@1239|Firmicutes,247JN@186801|Clostridia,25S83@186804|Peptostreptococcaceae 186801|Clostridia P Cation transporter/ATPase, N-terminus - - 3.6.3.8 ko:K01537 - - - - ko00000,ko01000 3.A.3.2 - - Cation_ATPase,Cation_ATPase_C,Cation_ATPase_N,E1-E2_ATPase,Hydrolase,Hydrolase_3 +MGYG000000001_01489 1121342.AUCO01000012_gene1696 8.18e-09 61.2 2DPCU@1|root,331IS@2|Bacteria,1UPSP@1239|Firmicutes,25HNC@186801|Clostridia,36VBI@31979|Clostridiaceae 186801|Clostridia S Phage minor structural protein GP20 - - - - - - - - - - - - Phage_GP20 +MGYG000000001_00419 1301100.HG529236_gene7297 1.14e-111 325.0 29V8Y@1|root,30GNX@2|Bacteria,1UGCQ@1239|Firmicutes,24P1M@186801|Clostridia,36RC4@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00861 1476973.JMMB01000007_gene2049 2.1e-55 176.0 COG1725@1|root,COG1725@2|Bacteria,1V9ZC@1239|Firmicutes,24NTW@186801|Clostridia,25TKH@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix gluconate operon transcriptional repressor - - - ko:K07979 - - - - ko00000,ko03000 - - - GntR +MGYG000000001_02145 1301100.HG529232_gene7462 1.56e-35 122.0 COG1758@1|root,COG1758@2|Bacteria,1VK74@1239|Firmicutes 1239|Firmicutes K Promotes RNA polymerase assembly. Latches the N- and C- terminal regions of the beta' subunit thereby facilitating its interaction with the beta and alpha subunits rpoZ - 2.7.7.6 ko:K03060 ko00230,ko00240,ko01100,ko03020,map00230,map00240,map01100,map03020 M00183 R00435,R00441,R00442,R00443 RC02795 br01611,ko00000,ko00001,ko00002,ko01000,ko03021,ko03400 - - - RNA_pol_Rpb6 +MGYG000000001_01260 1301100.HG529398_gene6809 1.49e-71 218.0 COG1671@1|root,COG1671@2|Bacteria,1V9Z0@1239|Firmicutes,24HPW@186801|Clostridia,36J4K@31979|Clostridiaceae 186801|Clostridia S Belongs to the UPF0178 family - - - ko:K09768 - - - - ko00000 - - - DUF188,Glutaredoxin +MGYG000000001_00842 272563.CD630_19790 3.3e-185 521.0 COG0715@1|root,COG0715@2|Bacteria,1TPAD@1239|Firmicutes,24A2V@186801|Clostridia,25R75@186804|Peptostreptococcaceae 186801|Clostridia P NMT1/THI5 like - - - - - - - - - - - - NMT1 +MGYG000000001_00515 1301100.HG529253_gene6313 1.38e-11 63.5 2BDYB@1|root,327NM@2|Bacteria,1UTJ0@1239|Firmicutes,25387@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03083 1408422.JHYF01000015_gene332 2.05e-59 190.0 COG4635@1|root,COG4635@2|Bacteria,1V6RV@1239|Firmicutes,24H1W@186801|Clostridia,36VZQ@31979|Clostridiaceae 186801|Clostridia CH Flavodoxin domain - - - - - - - - - - - - Flavodoxin_5 +MGYG000000001_02631 1301100.HG529307_gene355 1.37e-139 402.0 COG2017@1|root,COG2017@2|Bacteria,1U26T@1239|Firmicutes,24AQ8@186801|Clostridia,36GMQ@31979|Clostridiaceae 186801|Clostridia G Aldose 1-epimerase - - - - - - - - - - - - Aldose_epim +MGYG000000001_00746 1301100.HG529352_gene4260 3.94e-228 634.0 COG0568@1|root,COG0568@2|Bacteria,1TPD6@1239|Firmicutes,2481I@186801|Clostridia,36E45@31979|Clostridiaceae 186801|Clostridia K Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released. This sigma factor is the primary sigma factor during exponential growth sigA - - ko:K03086 - - - - ko00000,ko03021 - - - Sigma70_r1_1,Sigma70_r1_2,Sigma70_r2,Sigma70_r3,Sigma70_r4 +MGYG000000001_00685 1292035.H476_3213 3.2e-271 757.0 COG2804@1|root,COG2804@2|Bacteria,1TPGE@1239|Firmicutes,247KA@186801|Clostridia,25QCW@186804|Peptostreptococcaceae 186801|Clostridia NU Type II IV secretion system protein - - - ko:K02652 - - - - ko00000,ko02035,ko02044 3.A.15.2 - - T2SSE,T2SSE_N +MGYG000000001_01550 1301100.HG529426_gene1997 6.44e-147 416.0 COG0152@1|root,COG0152@2|Bacteria,1TP11@1239|Firmicutes,2483I@186801|Clostridia,36E2A@31979|Clostridiaceae 186801|Clostridia F Belongs to the SAICAR synthetase family purC - 6.3.2.6 ko:K01923 ko00230,ko01100,ko01110,ko01130,map00230,map01100,map01110,map01130 M00048 R04591 RC00064,RC00162 ko00000,ko00001,ko00002,ko01000 - - - SAICAR_synt +MGYG000000001_02340 1301100.HG529430_gene1925 2.94e-97 285.0 COG2050@1|root,COG2050@2|Bacteria,1V824@1239|Firmicutes,24HWD@186801|Clostridia,36RQ6@31979|Clostridiaceae 186801|Clostridia Q Thioesterase superfamily - - - - - - - - - - - - 4HBT +MGYG000000001_02905 1301100.HG529343_gene2433 2.74e-197 570.0 COG0699@1|root,COG0699@2|Bacteria 2|Bacteria T ATPase. Has a role at an early stage in the morphogenesis of the spore coat - - - - - - - - - - - - Dynamin_N +MGYG000000001_00687 1476973.JMMB01000007_gene3250 1.69e-150 448.0 COG4972@1|root,COG4972@2|Bacteria,1UD8E@1239|Firmicutes,25HW6@186801|Clostridia,25SK6@186804|Peptostreptococcaceae 186801|Clostridia NU Pilus assembly protein - - - ko:K02662 - - - - ko00000,ko02035,ko02044 - - - PilN +MGYG000000001_01552 1476973.JMMB01000007_gene456 2.33e-220 610.0 COG0150@1|root,COG0150@2|Bacteria,1TP9J@1239|Firmicutes,248BT@186801|Clostridia,25QF2@186804|Peptostreptococcaceae 186801|Clostridia F Phosphoribosylformylglycinamidine cyclo-ligase purM - 6.3.3.1 ko:K01933 ko00230,ko01100,ko01110,ko01130,map00230,map01100,map01110,map01130 M00048 R04208 RC01100 ko00000,ko00001,ko00002,ko01000 - - - AIRS,AIRS_C +MGYG000000001_01149 411469.EUBHAL_00513 1.33e-193 551.0 COG4656@1|root,COG4656@2|Bacteria,1TPCC@1239|Firmicutes,24805@186801|Clostridia,25URU@186806|Eubacteriaceae 186801|Clostridia C RnfC Barrel sandwich hybrid domain - - - - - - - - - - - - Complex1_51K,Fer4_10,Fer4_17,RnfC_N,SLBB +MGYG000000001_00811 1301100.HG529271_gene1702 3e-47 155.0 COG5377@1|root,COG5377@2|Bacteria 2|Bacteria L YqaJ viral recombinase family yqaJ - - - - - - - - - - - Rho_N,YqaJ +MGYG000000001_03067 1151292.QEW_1928 0.0 1070.0 COG0370@1|root,COG0370@2|Bacteria,1TP7E@1239|Firmicutes,24885@186801|Clostridia,25SFJ@186804|Peptostreptococcaceae 186801|Clostridia P transporter of a GTP-driven Fe(2 ) uptake system feoB2 - - ko:K04759 - - - - ko00000,ko02000 9.A.8.1 - - FeoB_C,FeoB_N,Gate +MGYG000000001_00412 1301100.HG529405_gene305 8.59e-139 402.0 COG0530@1|root,COG0530@2|Bacteria,1TRX0@1239|Firmicutes,24ABZ@186801|Clostridia,36EZ7@31979|Clostridiaceae 186801|Clostridia P K -dependent Na Ca exchanger - - - ko:K07301 - - - - ko00000,ko02000 2.A.19.5 - - Na_Ca_ex +MGYG000000001_00370 445973.CLOBAR_01183 1.66e-57 180.0 29NRT@1|root,309PT@2|Bacteria,1U5GC@1239|Firmicutes,25JDY@186801|Clostridia,25TYR@186804|Peptostreptococcaceae 186801|Clostridia S Domain of Unknown Function (DUF1540) - - - - - - - - - - - - DUF1540 +MGYG000000001_02406 1301100.HG529329_gene4472 1.58e-13 64.3 2DR5F@1|root,33A90@2|Bacteria,1VK5I@1239|Firmicutes,24UDD@186801|Clostridia,36N2M@31979|Clostridiaceae 186801|Clostridia S YvrJ protein family - - - - - - - - - - - - YvrJ +MGYG000000001_01434 545697.HMPREF0216_02330 0.0 1019.0 COG1409@1|root,COG1409@2|Bacteria,1TSSR@1239|Firmicutes,248DJ@186801|Clostridia 186801|Clostridia O PFAM Metallophosphoesterase - - - - - - - - - - - - 5_nucleotid_C,Big_2,CW_binding_2,DUF5011,FIVAR,Metallophos,Pur_ac_phosph_N,SLH +MGYG000000001_00396 1301100.HG529404_gene308 3.89e-118 343.0 arCOG08608@1|root,32CXY@2|Bacteria,1V6CC@1239|Firmicutes,24AQP@186801|Clostridia,36EBJ@31979|Clostridiaceae 186801|Clostridia S phospholipase C - - 3.1.4.3 ko:K01114 ko00562,ko00564,ko00565,ko01100,ko01110,ko02024,ko04919,map00562,map00564,map00565,map01100,map01110,map02024,map04919 - R01312,R02027,R02052,R03332,R07381 RC00017,RC00425 ko00000,ko00001,ko01000,ko02042 - - - Zn_dep_PLPC +MGYG000000001_00559 445973.CLOBAR_02044 2.15e-90 270.0 COG1045@1|root,COG1045@2|Bacteria,1TR42@1239|Firmicutes,249SF@186801|Clostridia,25RE8@186804|Peptostreptococcaceae 186801|Clostridia E Serine acetyltransferase cysE - 2.3.1.30 ko:K00640 ko00270,ko00920,ko01100,ko01110,ko01120,ko01200,ko01230,ko05111,map00270,map00920,map01100,map01110,map01120,map01200,map01230,map05111 M00021 R00586 RC00004,RC00041 ko00000,ko00001,ko00002,ko01000 - - - Hexapep,SATase_N +MGYG000000001_02591 1476973.JMMB01000007_gene154 3.39e-132 376.0 COG0088@1|root,COG0088@2|Bacteria,1TPGW@1239|Firmicutes,248SY@186801|Clostridia,25QFF@186804|Peptostreptococcaceae 186801|Clostridia J Forms part of the polypeptide exit tunnel rplD - - ko:K02926 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L4 +MGYG000000001_01642 1391646.AVSU01000040_gene1833 2.22e-76 233.0 2BIS3@1|root,32CZT@2|Bacteria,1UDVG@1239|Firmicutes,250JR@186801|Clostridia,25TH5@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01739 445973.CLOBAR_01290 0.0 1055.0 COG3292@1|root,COG5002@1|root,COG3292@2|Bacteria,COG5002@2|Bacteria,1VRP7@1239|Firmicutes,24YHW@186801|Clostridia,25UNV@186804|Peptostreptococcaceae 186801|Clostridia T Y_Y_Y domain - - - - - - - - - - - - HATPase_c,HisKA,Reg_prop,Y_Y_Y +MGYG000000001_01771 1301100.HG529344_gene3176 5.29e-142 405.0 COG1131@1|root,COG1131@2|Bacteria,1TQIH@1239|Firmicutes,248WG@186801|Clostridia,36DUF@31979|Clostridiaceae 186801|Clostridia V ABC transporter - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_01964 445973.CLOBAR_00997 4.81e-85 258.0 COG2011@1|root,COG2011@2|Bacteria,1TRSY@1239|Firmicutes,24AZ9@186801|Clostridia,25QKR@186804|Peptostreptococcaceae 186801|Clostridia P ABC transporter permease metI - - ko:K02072 ko02010,map02010 M00238 - - ko00000,ko00001,ko00002,ko02000 3.A.1.24 - - BPD_transp_1 +MGYG000000001_01996 1151292.QEW_4202 1.84e-45 147.0 COG4466@1|root,COG4466@2|Bacteria,1VEQM@1239|Firmicutes,24QN2@186801|Clostridia,25RQ7@186804|Peptostreptococcaceae 186801|Clostridia S Biofilm formation stimulator VEG veg - - - - - - - - - - - VEG +MGYG000000001_02128 641107.CDLVIII_1438 2.51e-125 360.0 COG0546@1|root,COG0546@2|Bacteria,1V3YI@1239|Firmicutes,24CRF@186801|Clostridia,36I2K@31979|Clostridiaceae 186801|Clostridia C TIGRFAM HAD-superfamily hydrolase, subfamily IA, variant 3 gph - 3.1.3.18 ko:K01091 ko00630,ko01100,ko01110,ko01130,map00630,map01100,map01110,map01130 - R01334 RC00017 ko00000,ko00001,ko01000 - - - HAD_2,LUD_dom +MGYG000000001_02257 702450.CUW_1594 8.77e-34 141.0 COG2244@1|root,COG2244@2|Bacteria,1TR1W@1239|Firmicutes,3VRIV@526524|Erysipelotrichia 526524|Erysipelotrichia S Psort location CytoplasmicMembrane, score 9.99 - - - - - - - - - - - - Polysacc_synt,Polysacc_synt_C +MGYG000000001_02322 1391646.AVSU01000002_gene21 4.54e-31 109.0 2CK5R@1|root,2ZXQ2@2|Bacteria,1W6P1@1239|Firmicutes,256IB@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02386 1292035.H476_2530 3.69e-13 67.8 2CGN8@1|root,341VA@2|Bacteria,1VY9M@1239|Firmicutes,24HVU@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02482 1476973.JMMB01000007_gene1548 3.26e-122 353.0 COG0745@1|root,COG0745@2|Bacteria,1TPZ0@1239|Firmicutes,249IC@186801|Clostridia 186801|Clostridia T response regulator receiver - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_02546 1280692.AUJL01000041_gene2353 1.64e-24 104.0 2DSM9@1|root,33GN4@2|Bacteria,1VKHW@1239|Firmicutes,24PTD@186801|Clostridia,36MAJ@31979|Clostridiaceae 186801|Clostridia S exp_by_SipW_IV alternate signal-mediated exported , CPF_0494 family protein - - - - - - - - - - - - Peptidase_M73 +MGYG000000001_02612 1301100.HG529258_gene6213 4.28e-262 728.0 COG1757@1|root,COG1757@2|Bacteria,1TQ3B@1239|Firmicutes,248WN@186801|Clostridia,36FFK@31979|Clostridiaceae 186801|Clostridia C Na H antiporter - - - ko:K03315 - - - - ko00000,ko02000 2.A.35 - - Na_H_antiporter +MGYG000000001_02676 748727.CLJU_c22370 1.34e-35 128.0 2DPIQ@1|root,3328X@2|Bacteria,1VFYC@1239|Firmicutes,24T98@186801|Clostridia,36PVX@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - AP2 +MGYG000000001_02740 316055.RPE_2474 7.83e-16 79.3 2EJUM@1|root,33DJ9@2|Bacteria,1NB9C@1224|Proteobacteria,2UI86@28211|Alphaproteobacteria,3K4I2@41294|Bradyrhizobiaceae 28211|Alphaproteobacteria - - - - - - - - - - - - - - - +MGYG000000001_02772 272563.CD630_15250 1.68e-143 419.0 COG1143@1|root,COG2006@1|root,COG1143@2|Bacteria,COG2006@2|Bacteria,1TRX2@1239|Firmicutes,249GX@186801|Clostridia,25SZJ@186804|Peptostreptococcaceae 186801|Clostridia C Domain of unknown function (DUF362) - - - - - - - - - - - - DUF362,Fer4,Fer4_10,Fer4_6,Fer4_7,Fer4_9 +MGYG000000001_02805 1301100.HG529306_gene3143 9.36e-95 280.0 2B66C@1|root,31Z3H@2|Bacteria,1V6U0@1239|Firmicutes,24ICU@186801|Clostridia,36J7Y@31979|Clostridiaceae 186801|Clostridia S Psort location Cytoplasmic, score 8.87 - - - - - - - - - - - - - +MGYG000000001_02837 1476973.JMMB01000007_gene817 1.21e-124 358.0 COG0274@1|root,COG0274@2|Bacteria,1TPAJ@1239|Firmicutes,249XB@186801|Clostridia,25S1S@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes a reversible aldol reaction between acetaldehyde and D-glyceraldehyde 3-phosphate to generate 2-deoxy- D-ribose 5-phosphate deoC - 4.1.2.4 ko:K01619 ko00030,map00030 - R01066 RC00436,RC00437 ko00000,ko00001,ko01000 - - - DeoC +MGYG000000001_02997 1211817.CCAT010000048_gene2586 2.89e-118 342.0 COG0745@1|root,COG0745@2|Bacteria,1TPU2@1239|Firmicutes,24B71@186801|Clostridia,36FD6@31979|Clostridiaceae 186801|Clostridia T PFAM response regulator receiver - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_03131 272563.CD630_29410 6.22e-57 181.0 COG0629@1|root,COG0629@2|Bacteria,1V3WT@1239|Firmicutes,24HF9@186801|Clostridia,25RJ7@186804|Peptostreptococcaceae 186801|Clostridia L Plays an important role in DNA replication, recombination and repair. Binds to ssDNA and to an array of partner proteins to recruit them to their sites of action during DNA metabolism ssb - - ko:K03111 ko03030,ko03430,ko03440,map03030,map03430,map03440 - - - ko00000,ko00001,ko03029,ko03032,ko03400 - - - SSB +MGYG000000001_03163 1301100.HG529262_gene699 1.48e-119 351.0 COG1073@1|root,COG1073@2|Bacteria,1V2C5@1239|Firmicutes,25EB6@186801|Clostridia,36F2M@31979|Clostridiaceae 186801|Clostridia P Alpha/beta hydrolase family - - - - - - - - - - - - Abhydrolase_5,Rhodanese +MGYG000000001_00367 1292035.H476_0465 2.42e-109 315.0 COG0817@1|root,COG0817@2|Bacteria,1V3N9@1239|Firmicutes,24HMI@186801|Clostridia,25RA6@186804|Peptostreptococcaceae 186801|Clostridia L Nuclease that resolves Holliday junction intermediates in genetic recombination. Cleaves the cruciform structure in supercoiled DNA by nicking to strands with the same polarity at sites symmetrically opposed at the junction in the homologous arms and leaves a 5'-terminal phosphate and a 3'-terminal hydroxyl group ruvC - 3.1.22.4 ko:K01159 ko03440,map03440 - - - ko00000,ko00001,ko01000,ko03400 - - - RuvC +MGYG000000001_01656 1301100.HG529298_gene5187 1.04e-203 571.0 COG0582@1|root,COG0582@2|Bacteria,1TTJI@1239|Firmicutes,247V6@186801|Clostridia,36F0S@31979|Clostridiaceae 186801|Clostridia L Belongs to the 'phage' integrase family - - - ko:K14059 - - - - ko00000 - - - Arm-DNA-bind_4,Phage_int_SAM_3,Phage_int_SAM_5,Phage_integrase +MGYG000000001_00649 1301100.HG529346_gene4281 9.17e-36 123.0 2FCSH@1|root,344VI@2|Bacteria,1W1BR@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_00863 1476973.JMMB01000007_gene1307 5.99e-95 283.0 2F3DY@1|root,33W7R@2|Bacteria,1VWEQ@1239|Firmicutes,24FKD@186801|Clostridia,25TDK@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - DUF1292 +MGYG000000001_02718 1301100.HG529407_gene290 2.34e-165 480.0 COG2720@1|root,COG2720@2|Bacteria,1TSH8@1239|Firmicutes,2493X@186801|Clostridia,36EIZ@31979|Clostridiaceae 186801|Clostridia V PFAM VanW family protein - - - ko:K18346 ko01502,ko02020,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01504 - - - G5,PG_binding_4,VanW +MGYG000000001_00638 1151292.QEW_2913 2.5e-24 95.5 2DRR0@1|root,33CPP@2|Bacteria,1VKKD@1239|Firmicutes,25JBP@186801|Clostridia,25RVF@186804|Peptostreptococcaceae 186801|Clostridia S Domain of Unknown Function (DUF1540) - - - - - - - - - - - - DUF1540 +MGYG000000001_02783 1151292.QEW_0497 2.77e-185 519.0 COG0714@1|root,COG0714@2|Bacteria,1TQJA@1239|Firmicutes,249C6@186801|Clostridia,25QQX@186804|Peptostreptococcaceae 186801|Clostridia S ATPase family associated with various cellular activities (AAA) - - - - - - - - - - - - AAA_5 +MGYG000000001_02782 1151292.QEW_0497 2.77e-185 519.0 COG0714@1|root,COG0714@2|Bacteria,1TQJA@1239|Firmicutes,249C6@186801|Clostridia,25QQX@186804|Peptostreptococcaceae 186801|Clostridia S ATPase family associated with various cellular activities (AAA) - - - - - - - - - - - - AAA_5 +MGYG000000001_00039 272563.CD630_32930 8.74e-51 175.0 COG4972@1|root,COG4972@2|Bacteria,1VV9T@1239|Firmicutes,25EXN@186801|Clostridia,25RUM@186804|Peptostreptococcaceae 186801|Clostridia NU Pilus assembly protein - - - ko:K02662 - - - - ko00000,ko02035,ko02044 - - - - +MGYG000000001_00042 1301100.HG529382_gene4015 2.93e-157 451.0 COG3012@1|root,COG3012@2|Bacteria,1V8NE@1239|Firmicutes,25DYY@186801|Clostridia 186801|Clostridia S helix-turn-helix, Psq domain - - - - - - - - - - - - HTH_psq,SEC-C +MGYG000000001_03007 1286171.EAL2_808p04460 3.81e-22 102.0 COG0770@1|root,COG0770@2|Bacteria,1TS8M@1239|Firmicutes,24CJW@186801|Clostridia,25XCM@186806|Eubacteriaceae 186801|Clostridia M Zinc dependent phospholipase C - - - - - - - - - - - - Zn_dep_PLPC +MGYG000000001_01295 1301100.HG529233_gene7418 5.47e-199 585.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - ABC_sub_bind,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Reg_prop,Y_Y_Y +MGYG000000001_01423 1476973.JMMB01000007_gene720 4.59e-134 400.0 2BFKA@1|root,329EH@2|Bacteria,1V8ZG@1239|Firmicutes,2584U@186801|Clostridia,25SB5@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01455 1476973.JMMB01000007_gene1055 7.88e-51 171.0 2F33I@1|root,33VYH@2|Bacteria,1VWEZ@1239|Firmicutes,250YF@186801|Clostridia,25TST@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - DUF2953 +MGYG000000001_01487 1582149.A0A0A8WEF5_9CAUD 4.15e-132 390.0 4QPGX@28883|Caudovirales,4QKMB@10699|Siphoviridae 10699|Siphoviridae S Phage Mu protein F like protein - GO:0005575,GO:0019012,GO:0019028,GO:0044423,GO:0046729 - - - - - - - - - - - +MGYG000000001_01519 1301100.HG529346_gene4286 5.66e-134 386.0 COG3608@1|root,COG3608@2|Bacteria,1TRKT@1239|Firmicutes,2492W@186801|Clostridia,36E0K@31979|Clostridiaceae 186801|Clostridia S Selenium-dependent molybdenum hydroxylase system protein, YqeB family - - - ko:K07402 - - - - ko00000 - - - Biotin_lipoyl,NTP_transf_3,PsaN +MGYG000000001_01583 1211817.CCAT010000053_gene2076 1.25e-12 62.8 2BD6A@1|root,326UB@2|Bacteria,1USQ8@1239|Firmicutes,24VEN@186801|Clostridia,36P62@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01744 1151292.QEW_0885 1.16e-37 132.0 COG0500@1|root,COG2226@2|Bacteria,1V6EF@1239|Firmicutes,24JZ4@186801|Clostridia,25UE3@186804|Peptostreptococcaceae 186801|Clostridia Q Mycolic acid cyclopropane synthetase - - 2.1.1.163,2.1.1.201 ko:K03183 ko00130,ko01100,ko01110,map00130,map01100,map01110 M00116,M00117 R04990,R04993,R06859,R08774,R09736 RC00003,RC01253,RC01662 ko00000,ko00001,ko00002,ko01000 - - - Methyltransf_11,Methyltransf_23,Methyltransf_25,Methyltransf_31 +MGYG000000001_01809 1476973.JMMB01000007_gene1771 3.91e-115 410.0 COG5283@1|root,COG5283@2|Bacteria,1UHQM@1239|Firmicutes,25MTJ@186801|Clostridia,25SYM@186804|Peptostreptococcaceae 186801|Clostridia S Phage-related minor tail protein - - - - - - - - - - - - PhageMin_Tail +MGYG000000001_01841 1301100.HG529336_gene3395 2.31e-107 318.0 COG3583@1|root,COG3584@1|root,COG3583@2|Bacteria,COG3584@2|Bacteria,1TTIK@1239|Firmicutes,24997@186801|Clostridia,36DTZ@31979|Clostridiaceae 186801|Clostridia S G5 domain protein yabE - - - - - - - - - - - 3D,DUF348,G5 +MGYG000000001_01905 1476973.JMMB01000007_gene1604 1.62e-18 80.1 COG4577@1|root,COG4577@2|Bacteria,1VA0E@1239|Firmicutes,24N43@186801|Clostridia,25TUC@186804|Peptostreptococcaceae 186801|Clostridia CQ BMC - - - - - - - - - - - - BMC +MGYG000000001_02069 1408823.AXUS01000011_gene2085 1e-09 66.2 2BDS0@1|root,327FR@2|Bacteria,1UTBU@1239|Firmicutes,252AX@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02133 1301100.HG529232_gene7452 1.34e-188 527.0 COG0564@1|root,COG0564@2|Bacteria,1TPCM@1239|Firmicutes,247Y2@186801|Clostridia,36EAK@31979|Clostridiaceae 186801|Clostridia J Responsible for synthesis of pseudouridine from uracil rluD - 5.4.99.23 ko:K06180 - - - - ko00000,ko01000,ko03009 - - - PseudoU_synth_2,S4 +MGYG000000001_02230 272563.CD630_10700 1.37e-264 734.0 COG1167@1|root,COG1167@2|Bacteria,1TPS5@1239|Firmicutes,248ZB@186801|Clostridia,25QSF@186804|Peptostreptococcaceae 186801|Clostridia K Alanine-glyoxylate amino-transferase - - - - - - - - - - - - Aminotran_1_2,GntR +MGYG000000001_02262 873448.STRPO_0215 9.73e-56 181.0 COG0110@1|root,COG0110@2|Bacteria,1VHA7@1239|Firmicutes 1239|Firmicutes M Hexapeptide repeat of succinyl-transferase - - 2.3.1.79 ko:K00661 - - - - ko00000,ko01000 - - - Gly_transf_sug,Hexapep,Hexapep_2 +MGYG000000001_02295 642492.Clole_0337 1.08e-157 459.0 COG1473@1|root,COG1473@2|Bacteria,1TQ7B@1239|Firmicutes,247ZP@186801|Clostridia 186801|Clostridia S amidohydrolase - - - - - - - - - - - - M20_dimer,Peptidase_M20 +MGYG000000001_02327 86416.Clopa_4638 1.29e-20 92.0 COG0367@1|root,COG0367@2|Bacteria,1TRPB@1239|Firmicutes,247YA@186801|Clostridia,36ERR@31979|Clostridiaceae 186801|Clostridia E asparagine synthase asnB - 6.3.5.4 ko:K01953 ko00250,ko01100,ko01110,map00250,map01100,map01110 - R00578 RC00010 ko00000,ko00001,ko01000,ko01002 - - - Asn_synthase,GATase_7 +MGYG000000001_02551 1280692.AUJL01000041_gene2351 6.57e-42 145.0 COG0681@1|root,COG0681@2|Bacteria,1VH6F@1239|Firmicutes,25CNW@186801|Clostridia,36WYH@31979|Clostridiaceae 186801|Clostridia U Signal peptidase I sipW - 3.4.21.89 ko:K13280 ko03060,map03060 - - - ko00000,ko00001,ko01000,ko01002 - - - Peptidase_S24 +MGYG000000001_02777 1246484.D479_00075 1.93e-17 85.5 COG3314@1|root,COG3314@2|Bacteria,1TR35@1239|Firmicutes,4HAB6@91061|Bacilli,3NDVJ@45667|Halobacillus 91061|Bacilli S Nucleoside recognition - - - - - - - - - - - - Gate +MGYG000000001_02906 1476973.JMMB01000007_gene1454 3.9e-137 417.0 COG0699@1|root,COG0699@2|Bacteria,1UEI4@1239|Firmicutes,24ZFS@186801|Clostridia,25SB4@186804|Peptostreptococcaceae 186801|Clostridia S Dynamin family - - - - - - - - - - - - Dynamin_N +MGYG000000001_03069 1301100.HG529343_gene2425 6.75e-62 194.0 COG1321@1|root,COG1321@2|Bacteria,1V3IS@1239|Firmicutes,24MSE@186801|Clostridia,36I8N@31979|Clostridiaceae 186801|Clostridia K iron dependent repressor - - - ko:K03709 - - - - ko00000,ko03000 - - - Fe_dep_repr_C,Fe_dep_repress,FeoA +MGYG000000001_03101 500633.CLOHIR_00226 2.73e-154 437.0 COG0294@1|root,COG0294@2|Bacteria,1TPKT@1239|Firmicutes,248BE@186801|Clostridia,25R4S@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the condensation of para-aminobenzoate (pABA) with 6-hydroxymethyl-7,8-dihydropterin diphosphate (DHPt-PP) to form 7,8-dihydropteroate (H2Pte), the immediate precursor of folate derivatives folP - 2.5.1.15 ko:K00796 ko00790,ko01100,map00790,map01100 M00126,M00841 R03066,R03067 RC00121,RC00842 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS03115 FolB,Pterin_bind +MGYG000000001_03200 195103.CPF_0909 3.01e-130 371.0 COG0655@1|root,COG0655@2|Bacteria,1TT84@1239|Firmicutes,248W0@186801|Clostridia,36E3H@31979|Clostridiaceae 186801|Clostridia S NADPH-dependent FMN reductase - - - - - - - - - - - - FMN_red,Flavodoxin_2 +MGYG000000001_00225 272563.CD630_24420 6.36e-214 602.0 COG0561@1|root,COG0561@2|Bacteria,1TR3N@1239|Firmicutes,24ACD@186801|Clostridia,25QW8@186804|Peptostreptococcaceae 186801|Clostridia S Putative stage IV sporulation protein YqfD yqfD - - ko:K06438 - - - - ko00000 - - - YabP,YqfD +MGYG000000001_00580 1301100.HG529227_gene5497 5.33e-238 659.0 28IAA@1|root,2Z8CW@2|Bacteria,1TQHP@1239|Firmicutes,248TG@186801|Clostridia,36F51@31979|Clostridiaceae 186801|Clostridia S DHHW protein - - - - - - - - - - - - DHHW +MGYG000000001_00612 1151292.QEW_1610 4.44e-14 78.2 2EDPB@1|root,337J0@2|Bacteria,1VW0M@1239|Firmicutes,2533Z@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00644 272563.CD630_21900 1.28e-313 870.0 COG0366@1|root,COG0366@2|Bacteria,1TNZ0@1239|Firmicutes,247YM@186801|Clostridia,25QER@186804|Peptostreptococcaceae 186801|Clostridia G Alpha-amylase domain nplT - 3.2.1.133,3.2.1.135,3.2.1.54 ko:K01208 ko00500,ko01100,map00500,map01100 - R02112,R03122,R11262 - ko00000,ko00001,ko01000 - GH13 - AMPK1_CBM,Alpha-amylase,Alpha-amylase_N,Cyc-maltodext_C,DUF3459,Malt_amylase_C +MGYG000000001_00018 445973.CLOBAR_00272 1.9e-103 298.0 COG3383@1|root,COG3383@2|Bacteria,1VCRU@1239|Firmicutes,24GZF@186801|Clostridia 186801|Clostridia C Molybdopterin oxidoreductase Fe4S4 domain - - 1.17.99.7 ko:K22015 - - - - ko00000,ko01000 - - - Molybdop_Fe4S4,Molybdopterin +MGYG000000001_00379 1301100.HG529403_gene6774 6.67e-156 439.0 COG0217@1|root,COG0217@2|Bacteria,1TPP5@1239|Firmicutes,247NK@186801|Clostridia,36E08@31979|Clostridiaceae 186801|Clostridia K transcriptional regulatory protein yebC - - - - - - - - - - - Transcrip_reg +MGYG000000001_00558 857293.CAAU_2420 1.82e-29 105.0 COG1141@1|root,COG1141@2|Bacteria,1VKVT@1239|Firmicutes,24RTU@186801|Clostridia,36MZI@31979|Clostridiaceae 186801|Clostridia C Ferredoxin fdxA - - ko:K05337 - - - - ko00000 - - - Fer4_13,Fer4_15 +MGYG000000001_00212 1476973.JMMB01000007_gene2648 1.66e-156 444.0 COG1806@1|root,COG1806@2|Bacteria,1TPG0@1239|Firmicutes,249ID@186801|Clostridia,25R1S@186804|Peptostreptococcaceae 186801|Clostridia S Bifunctional serine threonine kinase and phosphorylase involved in the regulation of the pyruvate, phosphate dikinase (PPDK) by catalyzing its phosphorylation dephosphorylation yqfL - 2.7.11.33,2.7.4.28 ko:K09773 - - - - ko00000,ko01000 - - - Kinase-PPPase +MGYG000000001_00297 1301100.HG529369_gene1464 5.55e-204 572.0 COG0772@1|root,COG0772@2|Bacteria,1TPGH@1239|Firmicutes,247WS@186801|Clostridia,36EC8@31979|Clostridiaceae 186801|Clostridia D Belongs to the SEDS family rodA - - ko:K05837 - - - - ko00000,ko03036 - - - FTSW_RODA_SPOVE +MGYG000000001_01680 1391646.AVSU01000025_gene2438 1.74e-91 271.0 COG0233@1|root,COG0233@2|Bacteria,1V1F2@1239|Firmicutes,24HWS@186801|Clostridia,25QI8@186804|Peptostreptococcaceae 186801|Clostridia J Responsible for the release of ribosomes from messenger RNA at the termination of protein biosynthesis. May increase the efficiency of translation by recycling ribosomes from one round of translation to another frr - - ko:K02838 - - - - ko00000,ko03012 - - - RRF +MGYG000000001_03003 1292035.H476_3551 6.62e-99 289.0 COG0602@1|root,COG0602@2|Bacteria,1V1HG@1239|Firmicutes,24HIJ@186801|Clostridia,25RAU@186804|Peptostreptococcaceae 186801|Clostridia O Activation of anaerobic ribonucleoside-triphosphate reductase under anaerobic conditions by generation of an organic free radical, using S-adenosylmethionine and reduced flavodoxin as cosubstrates to produce 5'-deoxy-adenosine - - 1.97.1.4 ko:K04068 - - R04710 - ko00000,ko01000 - - - Fer4_12,Radical_SAM +MGYG000000001_00388 1301100.HG529403_gene6783 5.11e-260 718.0 COG2262@1|root,COG2262@2|Bacteria,1TNZB@1239|Firmicutes,248IU@186801|Clostridia,36DCE@31979|Clostridiaceae 186801|Clostridia S GTPase that associates with the 50S ribosomal subunit and may have a role during protein synthesis or ribosome biogenesis hflX - - ko:K03665 - - - - ko00000,ko03009 - - - GTP-bdg_M,GTP-bdg_N,MMR_HSR1 +MGYG000000001_00350 1301100.HG529402_gene6749 2.16e-286 790.0 COG0635@1|root,COG0635@2|Bacteria,1TREM@1239|Firmicutes,247JT@186801|Clostridia,36E7I@31979|Clostridiaceae 186801|Clostridia H coproporphyrinogen hemZ - - - - - - - - - - - Radical_SAM +MGYG000000001_02046 272563.CD630_34391 6.08e-24 91.7 28YAU@1|root,2ZK5I@2|Bacteria,1W64V@1239|Firmicutes,257I1@186801|Clostridia,25RYF@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02979 1292035.H476_3607 7.26e-17 79.0 COG1061@1|root,COG1061@2|Bacteria 2|Bacteria L Type III restriction enzyme res subunit - - - - - - - - - - - - Helicase_C,Mrr_cat,ResIII +MGYG000000001_03078 536233.CLO_1208 7.34e-236 706.0 COG0642@1|root,COG3292@1|root,COG2205@2|Bacteria,COG3292@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,HisKA,PAS,PAS_3,PAS_9,Reg_prop,Response_reg,SnoaL_3,Y_Y_Y,dCache_3 +MGYG000000001_03145 445973.CLOBAR_02436 3.1e-51 174.0 29UPD@1|root,30G12@2|Bacteria,1UF07@1239|Firmicutes,25K0E@186801|Clostridia,25U2T@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03246 1476973.JMMB01000007_gene1196 3.9e-76 232.0 COG1988@1|root,COG1988@2|Bacteria,1V3QT@1239|Firmicutes,24WWI@186801|Clostridia,25TBS@186804|Peptostreptococcaceae 186801|Clostridia S LexA-binding, inner membrane-associated putative hydrolase - - - ko:K07038 - - - - ko00000 - - - YdjM +MGYG000000001_02945 272563.CD630_34430 4.19e-273 752.0 COG1455@1|root,COG1455@2|Bacteria,1TP8D@1239|Firmicutes,24808@186801|Clostridia 186801|Clostridia G The phosphoenolpyruvate-dependent sugar phosphotransferase system (PTS), a major carbohydrate active - transport system, catalyzes the phosphorylation of incoming sugar substrates concomitant with their translocation across the cell membrane - - - ko:K02761 ko00500,ko02060,map00500,map02060 M00275 R11170,R11172 RC00017,RC03206 ko00000,ko00001,ko00002,ko02000 4.A.3.2 - - MCPsignal,PTS_EIIC +MGYG000000001_02502 272563.CD630_10010 2.03e-102 303.0 COG1116@1|root,COG1116@2|Bacteria,1V7QX@1239|Firmicutes,24H9Z@186801|Clostridia,25S1T@186804|Peptostreptococcaceae 186801|Clostridia P AAA domain ssuB1 - - ko:K02049 - M00188 - - ko00000,ko00002,ko02000 3.A.1.16,3.A.1.17 - - ABC_tran +MGYG000000001_01718 445973.CLOBAR_01575 3.49e-103 332.0 COG0582@1|root,COG0582@2|Bacteria,1VGQM@1239|Firmicutes,24T2J@186801|Clostridia 186801|Clostridia L viral genome integration into host DNA - - - - - - - - - - - - Phage_integrase +MGYG000000001_01717 445973.CLOBAR_01575 3.49e-103 332.0 COG0582@1|root,COG0582@2|Bacteria,1VGQM@1239|Firmicutes,24T2J@186801|Clostridia 186801|Clostridia L viral genome integration into host DNA - - - - - - - - - - - - Phage_integrase +MGYG000000001_02062 1301100.HG529237_gene7236 2e-40 136.0 COG1251@1|root,COG1251@2|Bacteria 2|Bacteria C Belongs to the nitrite and sulfite reductase 4Fe-4S domain family - - 1.7.1.15 ko:K00362,ko:K02192 ko00910,ko01120,map00910,map01120 M00530 R00787 RC00176 ko00000,ko00001,ko00002,ko01000 - - - Fer2_BFD,Pyr_redox_2 +MGYG000000001_01179 1301100.HG529229_gene5395 3.42e-151 430.0 COG2897@1|root,COG2897@2|Bacteria,1TRYA@1239|Firmicutes,24GYI@186801|Clostridia,36I1B@31979|Clostridiaceae 186801|Clostridia P Rhodanese Homology Domain - - 2.8.1.1,2.8.1.2 ko:K01011 ko00270,ko00920,ko01100,ko01120,ko04122,map00270,map00920,map01100,map01120,map04122 - R01931,R03105,R03106 RC00214 ko00000,ko00001,ko01000 - - - Rhodanese +MGYG000000001_01307 1476973.JMMB01000007_gene1010 0.0 1034.0 COG1196@1|root,COG1196@2|Bacteria,1TPJV@1239|Firmicutes,249F4@186801|Clostridia,25QTR@186804|Peptostreptococcaceae 186801|Clostridia D Required for chromosome condensation and partitioning smc - - ko:K03529 - - - - ko00000,ko03036 - - - ParBc,SMC_N,SMC_hinge,SRP54_N +MGYG000000001_01821 1476973.JMMB01000007_gene1759 2.25e-166 480.0 COG4695@1|root,COG4695@2|Bacteria,1TP8B@1239|Firmicutes,2497C@186801|Clostridia,25RUC@186804|Peptostreptococcaceae 186801|Clostridia S Phage portal protein - - - - - - - - - - - - Phage_Mu_F,Phage_portal +MGYG000000001_01981 1391646.AVSU01000035_gene2146 1.08e-58 189.0 29D7C@1|root,3005B@2|Bacteria,1UUAY@1239|Firmicutes,25672@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02467 1280692.AUJL01000018_gene985 0.0 1354.0 COG0841@1|root,COG0841@2|Bacteria,1TQ03@1239|Firmicutes,2491S@186801|Clostridia,36F39@31979|Clostridiaceae 186801|Clostridia V Belongs to the resistance-nodulation-cell division (RND) (TC 2.A.6) family czcA - - ko:K03296 - - - - ko00000 2.A.6.2 - - ACR_tran,MMPL,NTP_transf_3 +MGYG000000001_02886 469616.FMAG_00620 2.24e-11 61.6 COG1592@1|root,COG1592@2|Bacteria,37A01@32066|Fusobacteria 32066|Fusobacteria C Rubrerythrin rbr - - - - - - - - - - - Rubrerythrin +MGYG000000001_03081 1292035.H476_2471 9.63e-153 432.0 COG1136@1|root,COG1136@2|Bacteria,1TNZG@1239|Firmicutes,247JX@186801|Clostridia,25S3P@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_03180 1211817.CCAT010000062_gene3973 1.46e-48 158.0 2B94X@1|root,33H8F@2|Bacteria,1VG60@1239|Firmicutes,25DYQ@186801|Clostridia,36UG7@31979|Clostridiaceae 186801|Clostridia S zinc-ribbon family - - - - - - - - - - - - zinc_ribbon_15 +MGYG000000001_01342 445973.CLOBAR_01269 7.26e-188 524.0 COG0685@1|root,COG0685@2|Bacteria,1UHX4@1239|Firmicutes,25E62@186801|Clostridia,25R45@186804|Peptostreptococcaceae 186801|Clostridia E Methylenetetrahydrofolate reductase metF - 1.5.1.20 ko:K00297 ko00670,ko00720,ko01100,ko01120,ko01200,ko01523,map00670,map00720,map01100,map01120,map01200,map01523 M00377 R01224,R07168 RC00081 ko00000,ko00001,ko00002,ko01000 - - - MTHFR +MGYG000000001_02459 1301100.HG529434_gene6530 0.0 2407.0 COG0085@1|root,COG0085@2|Bacteria,1TP96@1239|Firmicutes,247J1@186801|Clostridia,36EKQ@31979|Clostridiaceae 186801|Clostridia K DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates rpoB - 2.7.7.6 ko:K03043 ko00230,ko00240,ko01100,ko03020,map00230,map00240,map01100,map03020 M00183 R00435,R00441,R00442,R00443 RC02795 br01611,ko00000,ko00001,ko00002,ko01000,ko03021,ko03400 - - - RNA_pol_Rpb2_1,RNA_pol_Rpb2_2,RNA_pol_Rpb2_3,RNA_pol_Rpb2_45,RNA_pol_Rpb2_6,RNA_pol_Rpb2_7 +MGYG000000001_01584 1391646.AVSU01000132_gene2691 2.34e-151 434.0 2EINS@1|root,33CE6@2|Bacteria,1VMP8@1239|Firmicutes,247KI@186801|Clostridia,25S8W@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03240 1414720.CBYM010000087_gene3341 2.15e-149 429.0 COG2826@1|root,COG2826@2|Bacteria,1TRSF@1239|Firmicutes,248IJ@186801|Clostridia,36VMZ@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain - - - - - - - - - - - - HTH_38,rve +MGYG000000001_00362 1292035.H476_0470 4.65e-279 761.0 COG0343@1|root,COG0343@2|Bacteria,1TNZ4@1239|Firmicutes,247NJ@186801|Clostridia,25QE3@186804|Peptostreptococcaceae 186801|Clostridia F Catalyzes the base-exchange of a guanine (G) residue with the queuine precursor 7-aminomethyl-7-deazaguanine (PreQ1) at position 34 (anticodon wobble position) in tRNAs with GU(N) anticodons (tRNA-Asp, -Asn, -His and -Tyr). Catalysis occurs through a double-displacement mechanism. The nucleophile active site attacks the C1' of nucleotide 34 to detach the guanine base from the RNA, forming a covalent enzyme-RNA intermediate. The proton acceptor active site deprotonates the incoming PreQ1, allowing a nucleophilic attack on the C1' of the ribose to form the product. After dissociation, two additional enzymatic reactions on the tRNA convert PreQ1 to queuine (Q), resulting in the hypermodified nucleoside queuosine (7-(((4,5-cis-dihydroxy-2- cyclopenten-1-yl)amino)methyl)-7-deazaguanosine) tgt - 2.4.2.29 ko:K00773 - - R03789,R10209 RC00063 ko00000,ko01000,ko03016 - - - TGT +MGYG000000001_02578 1292035.H476_0222 1.6e-89 262.0 COG0096@1|root,COG0096@2|Bacteria,1V3KK@1239|Firmicutes,24HCP@186801|Clostridia,25RBC@186804|Peptostreptococcaceae 186801|Clostridia J One of the primary rRNA binding proteins, it binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit rpsH - - ko:K02994 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S8 +MGYG000000001_02744 1476973.JMMB01000001_gene3353 3.37e-21 86.3 2DR75@1|root,33AHG@2|Bacteria,1VKH9@1239|Firmicutes,25JZH@186801|Clostridia,25U05@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1659) - - - - - - - - - - - - DUF1659 +MGYG000000001_00157 1499684.CCNP01000018_gene696 3.37e-125 367.0 2C69W@1|root,2Z7HR@2|Bacteria,1TQNN@1239|Firmicutes,249G5@186801|Clostridia,36IB1@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF4474) - - - - - - - - - - - - DUF4474 +MGYG000000001_00415 632245.CLP_1382 4.79e-42 147.0 COG5523@1|root,COG5523@2|Bacteria,1VCPB@1239|Firmicutes,24N8D@186801|Clostridia,36IJR@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF975) - - - - - - - - - - - - DUF975,UPF0259 +MGYG000000001_00544 1301100.HG529256_gene6192 1.68e-42 147.0 2EIKX@1|root,33CC7@2|Bacteria 2|Bacteria S Sporulation and spore germination - - - - - - - - - - - - Germane +MGYG000000001_00576 1292035.H476_1365 2.31e-26 102.0 COG4512@1|root,COG4512@2|Bacteria,1VK9H@1239|Firmicutes,24I86@186801|Clostridia 186801|Clostridia KOT Accessory gene regulator - - - ko:K07813 ko02020,ko02024,map02020,map02024 - - - ko00000,ko00001,ko01002 - - - AgrB +MGYG000000001_01424 1476973.JMMB01000007_gene719 2.51e-180 506.0 COG0463@1|root,COG0463@2|Bacteria,1UI8D@1239|Firmicutes,247P4@186801|Clostridia,25SU6@186804|Peptostreptococcaceae 186801|Clostridia M Glycosyl transferase family 2 - - - - - - - - - - - - Glycos_transf_2 +MGYG000000001_01488 1415774.U728_1667 1.46e-52 166.0 2E22E@1|root,32XA1@2|Bacteria,1VE8W@1239|Firmicutes,24PDB@186801|Clostridia,36PCN@31979|Clostridiaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - DUF4406 +MGYG000000001_01520 1292035.H476_2637 4.02e-129 374.0 COG1975@1|root,COG1975@2|Bacteria,1URM5@1239|Firmicutes,24AHV@186801|Clostridia,25RYR@186804|Peptostreptococcaceae 186801|Clostridia O XdhC and CoxI family - - - ko:K07402 - - - - ko00000 - - - XdhC_C,XdhC_CoxI +MGYG000000001_01745 1391646.AVSU01000107_gene659 1.42e-18 81.6 298ZI@1|root,2ZW3A@2|Bacteria,1V7FU@1239|Firmicutes,24ID8@186801|Clostridia,25U3T@186804|Peptostreptococcaceae 186801|Clostridia S ECF transporter, substrate-specific component - - - ko:K16788 - - - - ko00000,ko02000 2.A.88.5 - - ECF-ribofla_trS,ECF_trnsprt +MGYG000000001_01810 1151292.QEW_0349 1.15e-24 97.4 2C0BG@1|root,303RA@2|Bacteria,1TV30@1239|Firmicutes,25K4M@186801|Clostridia,25U7H@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01906 1301100.HG529341_gene2415 1.23e-136 396.0 COG0697@1|root,COG0697@2|Bacteria,1TPUW@1239|Firmicutes,247X1@186801|Clostridia,36FB9@31979|Clostridiaceae 186801|Clostridia EG DMT(Drug metabolite transporter) superfamily permease - - - - - - - - - - - - EamA +MGYG000000001_02102 1196322.A370_05908 6.19e-207 587.0 COG2078@1|root,COG3885@1|root,COG2078@2|Bacteria,COG3885@2|Bacteria,1TQH8@1239|Firmicutes,2491Q@186801|Clostridia,36DFZ@31979|Clostridiaceae 186801|Clostridia S Extradiol ring-cleavage dioxygenase class III protein subunit B - - - ko:K06990,ko:K09141 - - - - ko00000,ko04812 - - - AMMECR1,LigB +MGYG000000001_02263 555088.DealDRAFT_1621 3.81e-197 554.0 COG0438@1|root,COG0438@2|Bacteria 2|Bacteria M transferase activity, transferring glycosyl groups - - 2.4.1.52 ko:K00712,ko:K13004 - - - - ko00000,ko01000,ko01003,ko01005 - GT4 - Bac_transf,Glyco_trans_1_4,Glyco_trans_4_2,Glycos_transf_1 +MGYG000000001_02424 1476973.JMMB01000007_gene958 1.39e-80 243.0 2CEWW@1|root,30FPA@2|Bacteria,1UEC0@1239|Firmicutes,25J7U@186801|Clostridia,25RD4@186804|Peptostreptococcaceae 186801|Clostridia S Stage III sporulation protein AB (spore_III_AB) spoIIIAB - - ko:K06391 - - - - ko00000 - - - Spore_III_AB +MGYG000000001_02746 1410653.JHVC01000027_gene1074 1.4e-15 70.5 2EMWK@1|root,33FIW@2|Bacteria,1VGC7@1239|Firmicutes,24V1H@186801|Clostridia,36PJE@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02778 545697.HMPREF0216_01950 9.44e-71 221.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,36DJD@31979|Clostridiaceae 186801|Clostridia V MATE efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_02811 1301100.HG529305_gene3153 5.4e-42 147.0 2EIB1@1|root,33C2F@2|Bacteria,1VX3C@1239|Firmicutes,252AY@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02939 1292035.H476_2462 4.35e-113 329.0 COG0745@1|root,COG0745@2|Bacteria,1TR32@1239|Firmicutes,249TG@186801|Clostridia,25SJA@186804|Peptostreptococcaceae 186801|Clostridia KT Transcriptional regulatory protein, C terminal - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_03035 1301100.HG529241_gene7180 1.4e-158 456.0 COG0628@1|root,COG0628@2|Bacteria,1TQBF@1239|Firmicutes,25CCK@186801|Clostridia,36WTF@31979|Clostridiaceae 186801|Clostridia S AI-2E family transporter - - - - - - - - - - - - AI-2E_transport +MGYG000000001_03070 1151292.QEW_3210 7.96e-216 611.0 COG0769@1|root,COG0769@2|Bacteria,1TPQE@1239|Firmicutes,248Q4@186801|Clostridia,25QE5@186804|Peptostreptococcaceae 186801|Clostridia M Catalyzes the addition of meso-diaminopimelic acid to the nucleotide precursor UDP-N-acetylmuramoyl-L-alanyl-D-glutamate (UMAG) in the biosynthesis of bacterial cell-wall peptidoglycan murE - 6.3.2.13 ko:K01928 ko00300,ko00550,map00300,map00550 - R02788 RC00064,RC00090 ko00000,ko00001,ko01000,ko01011 - - - Mur_ligase,Mur_ligase_C,Mur_ligase_M +MGYG000000001_03102 1292035.H476_1085 3.22e-68 207.0 COG1539@1|root,COG1539@2|Bacteria,1VA0I@1239|Firmicutes,24MN5@186801|Clostridia,25TF9@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the conversion of 7,8-dihydroneopterin to 6- hydroxymethyl-7,8-dihydropterin folB - 1.13.11.81,4.1.2.25,5.1.99.8 ko:K01633 ko00790,ko01100,map00790,map01100 M00126,M00840 R03504,R11037,R11073 RC00721,RC00943,RC01479,RC03333,RC03334 ko00000,ko00001,ko00002,ko01000 - - - FolB +MGYG000000001_01811 1151292.QEW_0348 1.55e-28 111.0 29UPB@1|root,30G0Z@2|Bacteria,1UEZY@1239|Firmicutes,25K05@186801|Clostridia,25U24@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01843 457412.RSAG_04733 2.46e-25 111.0 COG3935@1|root,COG3935@2|Bacteria,1TPPF@1239|Firmicutes,249NG@186801|Clostridia,3WKE9@541000|Ruminococcaceae 186801|Clostridia L Psort location Cytoplasmic, score - - - - - - - - - - - - DUF5348,HTH_36,RepA_N +MGYG000000001_01875 1449063.JMLS01000004_gene2460 2.92e-83 273.0 COG4548@1|root,COG4548@2|Bacteria,1TPW1@1239|Firmicutes,4HCPJ@91061|Bacilli,26WE9@186822|Paenibacillaceae 91061|Bacilli P Cobalamin biosynthesis protein CobT VWA domain - - - - - - - - - - - - CobT_C +MGYG000000001_02103 641107.CDLVIII_2149 2.62e-173 490.0 COG1180@1|root,COG1180@2|Bacteria,1TP46@1239|Firmicutes,248K9@186801|Clostridia,36EV6@31979|Clostridiaceae 186801|Clostridia C Radical SAM domain protein - - 1.97.1.4 ko:K04069 - - R04710 - ko00000,ko01000 - - - Fer4_12,Radical_SAM +MGYG000000001_02135 1301100.HG529232_gene7454 3.42e-226 631.0 COG2233@1|root,COG2233@2|Bacteria,1TQKX@1239|Firmicutes,2485Z@186801|Clostridia,36DN5@31979|Clostridiaceae 186801|Clostridia F Permease uraA - - ko:K02824 - - - - ko00000,ko02000 2.A.40.1.1,2.A.40.1.2 - - Xan_ur_permease +MGYG000000001_02264 445974.CLORAM_00238 6e-29 112.0 COG1044@1|root,COG1044@2|Bacteria,1VCQ6@1239|Firmicutes,3VUTS@526524|Erysipelotrichia 526524|Erysipelotrichia M COG COG0110 Acetyltransferase (isoleucine patch superfamily) - - - - - - - - - - - - Hexapep +MGYG000000001_02297 272563.CD630_25430 6.95e-232 650.0 COG1696@1|root,COG1696@2|Bacteria,1TP52@1239|Firmicutes,248V4@186801|Clostridia,25QZF@186804|Peptostreptococcaceae 186801|Clostridia M Psort location CytoplasmicMembrane, score - - - ko:K19294 - - - - ko00000 - - - MBOAT +MGYG000000001_02425 1476973.JMMB01000007_gene959 2.36e-29 105.0 2E555@1|root,32ZY3@2|Bacteria,1VEM4@1239|Firmicutes,24QNR@186801|Clostridia,25RWF@186804|Peptostreptococcaceae 186801|Clostridia S Stage III sporulation protein AC/AD protein family spoIIIAC - - ko:K06392 - - - - ko00000 - - - SpoIIIAC +MGYG000000001_02747 272563.CD630_07390 1.83e-08 60.8 296EG@1|root,2ZTQ5@2|Bacteria,1W52K@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02779 545697.HMPREF0216_01949 4.4e-91 271.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,36DJD@31979|Clostridiaceae 186801|Clostridia V MATE efflux family protein - - - - - - - - - - - - MatE +MGYG000000001_02812 1301100.HG529304_gene3103 1.54e-164 471.0 COG0628@1|root,COG0628@2|Bacteria,1TQ84@1239|Firmicutes,248FS@186801|Clostridia,36EE4@31979|Clostridiaceae 186801|Clostridia S hmm pf01594 - - - - - - - - - - - - AI-2E_transport +MGYG000000001_02908 1301100.HG529343_gene2446 5.32e-76 233.0 2DV8V@1|root,33UR2@2|Bacteria,1VUF4@1239|Firmicutes 1239|Firmicutes S Type I restriction enzyme R protein N terminus (HSDR_N) - - 5.2.1.8 ko:K03775 - - - - ko00000,ko01000,ko03110 - - - HSDR_N_2 +MGYG000000001_03004 1476973.JMMB01000007_gene2012 2.01e-84 251.0 COG0756@1|root,COG0756@2|Bacteria,1UEJE@1239|Firmicutes,25JHC@186801|Clostridia,25TXG@186804|Peptostreptococcaceae 186801|Clostridia F dUTPase - - - - - - - - - - - - dUTPase +MGYG000000001_03036 1391646.AVSU01000030_gene2561 2.55e-11 66.2 COG0642@1|root,COG3292@1|root,COG2205@2|Bacteria,COG3292@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,25SBR@186804|Peptostreptococcaceae 186801|Clostridia T His Kinase A (phosphoacceptor) domain - - - - - - - - - - - - HATPase_c,HisKA,Reg_prop,Y_Y_Y +MGYG000000001_03103 1476973.JMMB01000007_gene1175 8.15e-89 263.0 COG0801@1|root,COG0801@2|Bacteria,1V6PR@1239|Firmicutes,249YP@186801|Clostridia,25RXF@186804|Peptostreptococcaceae 186801|Clostridia H 7,8-dihydro-6-hydroxymethylpterin-pyrophosphokinase (HPPK) folK - 2.7.6.3,4.1.2.25 ko:K00950,ko:K13940 ko00790,ko01100,map00790,map01100 M00126,M00841 R03503,R03504 RC00002,RC00017,RC00721,RC00943 ko00000,ko00001,ko00002,ko01000 - - - FolB,HPPK,Mur_ligase_M,PDT +MGYG000000001_03170 1444309.JAQG01000062_gene56 6.27e-28 106.0 COG1695@1|root,COG1695@2|Bacteria,1VF92@1239|Firmicutes,4HNYY@91061|Bacilli,26YWJ@186822|Paenibacillaceae 91061|Bacilli K Transcriptional regulator PadR-like family - - - - - - - - - - - - PadR +MGYG000000001_03216 1476973.JMMB01000007_gene189 1.24e-28 105.0 29UNJ@1|root,30G05@2|Bacteria,1UEYF@1239|Firmicutes,25JYC@186801|Clostridia,25TWS@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2508) - - - - - - - - - - - - DUF2508 +MGYG000000001_01213 272563.CD630_26420 1.01e-176 493.0 COG1191@1|root,COG1191@2|Bacteria,1TPDD@1239|Firmicutes,24A1H@186801|Clostridia,25QJ3@186804|Peptostreptococcaceae 186801|Clostridia K Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released sigG - - ko:K03091 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r3,Sigma70_r4 +MGYG000000001_02574 1151292.QEW_0094 2.6e-33 115.0 COG1841@1|root,COG1841@2|Bacteria,1VEG4@1239|Firmicutes,24QKC@186801|Clostridia,25RWH@186804|Peptostreptococcaceae 186801|Clostridia J Ribosomal protein L30 rpmD - - ko:K02907 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L30 +MGYG000000001_01683 1292035.H476_0876 9.37e-169 471.0 COG0052@1|root,COG0052@2|Bacteria,1TPNA@1239|Firmicutes,247ZR@186801|Clostridia,25QY9@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the universal ribosomal protein uS2 family rpsB - - ko:K02967 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S2 +MGYG000000001_02091 1292035.H476_1610 9.77e-102 294.0 COG1586@1|root,COG1586@2|Bacteria,1V3U2@1239|Firmicutes,24H9Q@186801|Clostridia,25T4U@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the decarboxylation of S-adenosylmethionine to S-adenosylmethioninamine (dcAdoMet), the propylamine donor required for the synthesis of the polyamines spermine and spermidine from the diamine putrescine speH - 4.1.1.50 ko:K01611 ko00270,ko00330,ko01100,map00270,map00330,map01100 M00034,M00133 R00178 RC00299 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS10460 AdoMet_dc +MGYG000000001_02458 1292035.H476_0182 8.59e-68 206.0 COG0222@1|root,COG0222@2|Bacteria,1V6EI@1239|Firmicutes,24JAC@186801|Clostridia,25RMD@186804|Peptostreptococcaceae 186801|Clostridia J Forms part of the ribosomal stalk which helps the ribosome interact with GTP-bound translation factors. Is thus essential for accurate translation rplL - - ko:K02935 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L12,Ribosomal_L12_N +MGYG000000001_02209 1292035.H476_2690 1.26e-234 648.0 COG1312@1|root,COG1312@2|Bacteria,1TP5F@1239|Firmicutes,247RB@186801|Clostridia,25S6M@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the dehydration of D-mannonate uxuA - 4.2.1.8 ko:K01686 ko00040,ko01100,map00040,map01100 M00061 R05606 RC00543 ko00000,ko00001,ko00002,ko01000 - - - UxuA +MGYG000000001_02433 1301100.HG529233_gene7384 1.96e-161 460.0 COG0533@1|root,COG0533@2|Bacteria,1TRPY@1239|Firmicutes,24CN4@186801|Clostridia,36IKM@31979|Clostridiaceae 186801|Clostridia O Glycoprotease family gcp1 - 2.3.1.234 ko:K01409 - - R10648 RC00070,RC00416 ko00000,ko01000,ko03016 - - - Peptidase_M22 +MGYG000000001_00062 1301100.HG529382_gene4032 6.78e-86 260.0 COG0704@1|root,COG0704@2|Bacteria,1URN3@1239|Firmicutes,24FTM@186801|Clostridia,36FX2@31979|Clostridiaceae 186801|Clostridia P Plays a role in the regulation of phosphate uptake phoU GO:0003674,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0008150,GO:0009892,GO:0010563,GO:0010966,GO:0019220,GO:0019222,GO:0031323,GO:0031324,GO:0032879,GO:0034762,GO:0034763,GO:0034765,GO:0034766,GO:0042802,GO:0042803,GO:0043269,GO:0043271,GO:0044070,GO:0044424,GO:0044464,GO:0045936,GO:0046983,GO:0048519,GO:0048523,GO:0050789,GO:0050794,GO:0051049,GO:0051051,GO:0051174,GO:0065007,GO:1903792,GO:1903795,GO:1903796,GO:1903959,GO:1903960,GO:2000185,GO:2000186 - ko:K02039 - - - - ko00000 - - - PhoU +MGYG000000001_01723 1476973.JMMB01000007_gene1836 2.25e-150 430.0 COG3481@1|root,COG3481@2|Bacteria,1TPIU@1239|Firmicutes,248SS@186801|Clostridia,25T7F@186804|Peptostreptococcaceae 186801|Clostridia S Metal dependent phosphohydrolases with conserved 'HD' motif. - - - ko:K03698 - - - - ko00000,ko01000,ko03019 - - - HD,tRNA_anti-codon +MGYG000000001_01724 1476973.JMMB01000007_gene1836 2.25e-150 430.0 COG3481@1|root,COG3481@2|Bacteria,1TPIU@1239|Firmicutes,248SS@186801|Clostridia,25T7F@186804|Peptostreptococcaceae 186801|Clostridia S Metal dependent phosphohydrolases with conserved 'HD' motif. - - - ko:K03698 - - - - ko00000,ko01000,ko03019 - - - HD,tRNA_anti-codon +MGYG000000001_01593 1301100.HG529252_gene6239 0.0 1157.0 COG1674@1|root,COG1674@2|Bacteria,1TPJR@1239|Firmicutes,247KM@186801|Clostridia,36DDP@31979|Clostridiaceae 186801|Clostridia D Belongs to the FtsK SpoIIIE SftA family ftsK - - ko:K03466 - - - - ko00000,ko03036 3.A.12 - - FtsK_4TM,FtsK_SpoIIIE,Ftsk_gamma +MGYG000000001_02390 1476973.JMMB01000003_gene69 6.62e-101 308.0 2BHXC@1|root,32C1F@2|Bacteria,1TYPI@1239|Firmicutes,25JBV@186801|Clostridia,25RVW@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF4179) - - - - - - - - - - - - DUF4179 +MGYG000000001_02288 1301100.HG529395_gene6867 1.59e-36 124.0 COG1905@1|root,COG1905@2|Bacteria,1VFEK@1239|Firmicutes,24QMM@186801|Clostridia,36NC3@31979|Clostridiaceae 186801|Clostridia C Thioredoxin-like [2Fe-2S] ferredoxin fhmD - - - - - - - - - - - 2Fe-2S_thioredx +MGYG000000001_02916 272563.CD630_19710 4.99e-192 540.0 COG0846@1|root,COG0846@2|Bacteria,1TXGJ@1239|Firmicutes,25DY2@186801|Clostridia,25T5I@186804|Peptostreptococcaceae 186801|Clostridia K SIR2-like domain - - - - - - - - - - - - SIR2_2 +MGYG000000001_01032 1476973.JMMB01000007_gene387 4.9e-109 321.0 29RDG@1|root,30CFT@2|Bacteria,1V604@1239|Firmicutes,24J2B@186801|Clostridia,25RGK@186804|Peptostreptococcaceae 186801|Clostridia S TATA-box binding - - - - - - - - - - - - DUF1779 +MGYG000000001_01371 1301100.HG529407_gene282 1.48e-88 265.0 COG4399@1|root,COG4399@2|Bacteria,1TQDH@1239|Firmicutes,24K94@186801|Clostridia,36DNU@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF445) - - - - - - - - - - - - DUF445 +MGYG000000001_02871 1216362.B437_01585 1.24e-14 74.7 COG1403@1|root,COG1403@2|Bacteria 2|Bacteria V endonuclease activity - - - - - - - - - - - - AAA_33,HNH,HNH_4,HNH_5,Phage_pRha,Terminase_2,Terminase_5 +MGYG000000001_03048 1408422.JHYF01000004_gene1650 3.14e-191 544.0 COG3875@1|root,COG3875@2|Bacteria,1TQ1C@1239|Firmicutes,247PH@186801|Clostridia,36DMW@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF2088) - - - - - - - - - - - - DUF2088 +MGYG000000001_00199 1301100.HG529364_gene2871 1.65e-159 456.0 COG5018@1|root,COG5018@2|Bacteria,1U492@1239|Firmicutes,24T3F@186801|Clostridia,36W53@31979|Clostridiaceae 186801|Clostridia L Exonuclease - - - - - - - - - - - - RNase_T +MGYG000000001_02111 1280689.AUJC01000003_gene1028 4.66e-28 112.0 COG1078@1|root,COG1078@2|Bacteria,1TQZH@1239|Firmicutes,2591N@186801|Clostridia,36HAS@31979|Clostridiaceae 186801|Clostridia S Metal dependent phosphohydrolases with conserved 'HD' motif. - - - - - - - - - - - - HD +MGYG000000001_00557 1151292.QEW_2016 5.69e-43 142.0 COG2827@1|root,COG2827@2|Bacteria,1VEZF@1239|Firmicutes,24QYU@186801|Clostridia,25RUZ@186804|Peptostreptococcaceae 186801|Clostridia L GIY-YIG catalytic domain protein - - - ko:K07461 - - - - ko00000 - - - Acyl-ACP_TE,GIY-YIG,H2O2_YaaD,Hexapep,Mac,NUDIX,Pyridox_ox_2 +MGYG000000001_01648 1292035.H476_2621 1.81e-16 72.8 2BH18@1|root,32B1H@2|Bacteria,1UGYN@1239|Firmicutes,256BJ@186801|Clostridia,25UCP@186804|Peptostreptococcaceae 186801|Clostridia S Small acid-soluble spore protein H family - - - - - - - - - - - - SspH +MGYG000000001_03066 1301100.HG529438_gene6541 6.48e-29 105.0 COG0695@1|root,COG0695@2|Bacteria,1VI6J@1239|Firmicutes,24QNT@186801|Clostridia,36N2I@31979|Clostridiaceae 186801|Clostridia O glutaredoxin-like protein, YruB-family - - - - - - - - - - - - Glutaredoxin +MGYG000000001_00805 1280689.AUJC01000006_gene2813 5.38e-51 164.0 2AIX9@1|root,319EX@2|Bacteria,1V7X2@1239|Firmicutes,24J87@186801|Clostridia,36JYE@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00958 1301100.HG529418_gene3053 7.58e-154 435.0 COG1191@1|root,COG1191@2|Bacteria,1TP3Q@1239|Firmicutes,2487Z@186801|Clostridia,36GD4@31979|Clostridiaceae 186801|Clostridia K PFAM sigma-70 region 3 domain protein sigB - - ko:K03090,ko:K03091 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r3,Sigma70_r4 +MGYG000000001_00352 1476973.JMMB01000007_gene690 1.5e-84 251.0 COG1490@1|root,COG1490@2|Bacteria,1V6GH@1239|Firmicutes,24J90@186801|Clostridia,25REI@186804|Peptostreptococcaceae 186801|Clostridia J rejects L-amino acids rather than detecting D-amino acids in the active site. By recycling D-aminoacyl-tRNA to D-amino acids and free tRNA molecules, this enzyme counteracts the toxicity associated with the formation of D-aminoacyl-tRNA entities in vivo and helps enforce protein L-homochirality dtd - - ko:K07560 - - - - ko00000,ko01000,ko03016 - - - GGDEF,Tyr_Deacylase +MGYG000000001_02545 1280689.AUJC01000006_gene2723 9.79e-190 568.0 COG4907@1|root,COG4907@2|Bacteria,1TR4I@1239|Firmicutes,2496W@186801|Clostridia,36JD7@31979|Clostridiaceae 186801|Clostridia S Predicted membrane protein (DUF2207) - - - - - - - - - - - - DUF2207 +MGYG000000001_02200 1476973.JMMB01000007_gene499 3.64e-103 301.0 COG2087@1|root,COG2087@2|Bacteria,1V6F8@1239|Firmicutes,24JF6@186801|Clostridia,25RRM@186804|Peptostreptococcaceae 186801|Clostridia H Cobinamide kinase / cobinamide phosphate guanyltransferase cobU - 2.7.1.156,2.7.7.62 ko:K02231 ko00860,ko01100,map00860,map01100 M00122 R05221,R05222,R06558 RC00002,RC00428 ko00000,ko00001,ko00002,ko01000 - - - CobU,DUF503 +MGYG000000001_00447 1292035.H476_1413 2.17e-270 749.0 COG0579@1|root,COG0579@2|Bacteria,1TRDH@1239|Firmicutes,248IK@186801|Clostridia,25R50@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score glpA - 1.1.5.3 ko:K00111 ko00564,ko01110,map00564,map01110 - R00848 RC00029 ko00000,ko00001,ko01000 - - - DAO,Fer2_BFD,NAD_binding_8 +MGYG000000001_02845 1151292.QEW_3230 6.52e-57 182.0 2CDG9@1|root,3401V@2|Bacteria,1VWPJ@1239|Firmicutes,25153@186801|Clostridia,25TJ0@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01871 1476973.JMMB01000007_gene1793 6.11e-83 248.0 COG0454@1|root,COG0456@2|Bacteria,1VHDN@1239|Firmicutes,24FXK@186801|Clostridia,25RYN@186804|Peptostreptococcaceae 186801|Clostridia K Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1 +MGYG000000001_00195 1301100.HG529364_gene2865 1.38e-120 354.0 COG2177@1|root,COG2177@2|Bacteria,1TPND@1239|Firmicutes,24AA6@186801|Clostridia,36EH4@31979|Clostridiaceae 186801|Clostridia D Part of the ABC transporter FtsEX involved in asymmetric cellular division facilitating the initiation of sporulation ftsX - - ko:K09811 ko02010,map02010 M00256 - - ko00000,ko00001,ko00002,ko02000,ko03036 3.A.1.140 - - FtsX +MGYG000000001_03250 1216932.CM240_0413 8.99e-258 716.0 COG3263@1|root,COG3263@2|Bacteria,1TQPJ@1239|Firmicutes,2486W@186801|Clostridia,36DFA@31979|Clostridiaceae 186801|Clostridia P Sodium/hydrogen exchanger family - - - ko:K11105 - - - - ko00000,ko02000 2.A.36.6 - - Na_H_Exchanger,TrkA_C +MGYG000000001_00479 272563.CD630_13300 1.18e-314 870.0 COG0210@1|root,COG0210@2|Bacteria,1TP8F@1239|Firmicutes,24GBP@186801|Clostridia,25R7M@186804|Peptostreptococcaceae 186801|Clostridia L DNA helicase - - - - - - - - - - - - AAA_19,NERD,ResIII,UvrD-helicase,UvrD_C,UvrD_C_2 +MGYG000000001_02011 1476973.JMMB01000007_gene371 2.5e-213 591.0 COG0042@1|root,COG0042@2|Bacteria,1TQ2R@1239|Firmicutes,248HD@186801|Clostridia,25QSU@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the synthesis of 5,6-dihydrouridine (D), a modified base found in the D-loop of most tRNAs, via the reduction of the C5-C6 double bond in target uridines dus - - ko:K05540 - - - - ko00000,ko01000,ko03016 - - - Dus +MGYG000000001_01791 1121447.JONL01000012_gene3403 5.46e-09 60.8 2FE0C@1|root,3460J@2|Bacteria,1P8AV@1224|Proteobacteria,4332Z@68525|delta/epsilon subdivisions,2WXYX@28221|Deltaproteobacteria,2MFGE@213115|Desulfovibrionales 28221|Deltaproteobacteria - - - - - - - - - - - - - - - +MGYG000000001_01677 1151292.QEW_2648 4.17e-124 360.0 COG4589@1|root,COG4589@2|Bacteria,1TT0Q@1239|Firmicutes,25HJP@186801|Clostridia,25QVC@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the CDS family cdsA - 2.7.7.41 ko:K00981 ko00564,ko01100,ko01110,ko04070,map00564,map01100,map01110,map04070 M00093 R01799 RC00002 ko00000,ko00001,ko00002,ko01000 - - - CTP_transf_1 +MGYG000000001_00645 1391646.AVSU01000038_gene1951 3.39e-145 414.0 COG0489@1|root,COG0489@2|Bacteria,1TQ34@1239|Firmicutes,24817@186801|Clostridia 186801|Clostridia D Binds and transfers iron-sulfur (Fe-S) clusters to target apoproteins. Can hydrolyze ATP - - - - - - - - - - - - A_deaminase,ParA +MGYG000000001_03196 768706.Desor_2339 9.98e-55 177.0 COG1595@1|root,COG1595@2|Bacteria,1V4N0@1239|Firmicutes,24HY7@186801|Clostridia,26540@186807|Peptococcaceae 186801|Clostridia K Belongs to the sigma-70 factor family. ECF subfamily - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_01305 1301100.HG529233_gene7428 5.58e-137 390.0 COG0571@1|root,COG0571@2|Bacteria,1TPGC@1239|Firmicutes,249QD@186801|Clostridia,36FEP@31979|Clostridiaceae 186801|Clostridia J Digests double-stranded RNA. Involved in the processing of primary rRNA transcript to yield the immediate precursors to the large and small rRNAs (23S and 16S). Processes some mRNAs, and tRNAs when they are encoded in the rRNA operon. Processes pre- crRNA and tracrRNA of type II CRISPR loci if present in the organism rnc - 3.1.26.3 ko:K03685 ko03008,ko05205,map03008,map05205 - - - ko00000,ko00001,ko01000,ko03009,ko03019,ko03036 - - - Ribonucleas_3_3,dsrm +MGYG000000001_02725 1301100.HG529267_gene582 1.46e-137 394.0 COG0496@1|root,COG0496@2|Bacteria,1TS2T@1239|Firmicutes,24BI5@186801|Clostridia,36F35@31979|Clostridiaceae 186801|Clostridia S Nucleotidase that shows phosphatase activity on nucleoside 5'-monophosphates surE - 3.1.3.5 ko:K03787 ko00230,ko00240,ko00760,ko01100,ko01110,map00230,map00240,map00760,map01100,map01110 - R00183,R00511,R00963,R01126,R01227,R01569,R01664,R01968,R02088,R02102,R02323,R02719,R03346 RC00017 ko00000,ko00001,ko01000 - - - SurE +MGYG000000001_02275 1391646.AVSU01000067_gene742 2.86e-121 355.0 COG1284@1|root,COG1284@2|Bacteria,1TR9J@1239|Firmicutes,24BGW@186801|Clostridia,25RQX@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterized protein conserved in bacteria (DUF2179) - - - - - - - - - - - - DUF2179,YitT_membrane +MGYG000000001_03065 272563.CD630_00190 3.05e-221 618.0 COG0707@1|root,COG0707@2|Bacteria,1UQ6A@1239|Firmicutes,248FR@186801|Clostridia,25QU0@186804|Peptostreptococcaceae 186801|Clostridia M Monogalactosyldiacylglycerol synthase ugtP - 2.4.1.315 ko:K03429 ko00561,ko01100,map00561,map01100 - R02689,R04377 RC00005,RC00059 ko00000,ko00001,ko01000,ko01003 - GT28 - Glyco_tran_28_C,Glycos_transf_1,MGDG_synth +MGYG000000001_02358 1301100.HG529329_gene4432 2.87e-175 511.0 COG2898@1|root,COG2898@2|Bacteria,1U5FR@1239|Firmicutes,248XI@186801|Clostridia,36E5R@31979|Clostridiaceae 186801|Clostridia S Psort location CytoplasmicMembrane, score - - - ko:K01992 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC2_membrane,ABC_tran_2 +MGYG000000001_01049 1301100.HG529422_gene4231 2.67e-90 266.0 COG0802@1|root,COG0802@2|Bacteria,1V6CV@1239|Firmicutes,24MSS@186801|Clostridia,36IUF@31979|Clostridiaceae 186801|Clostridia S Threonylcarbamoyl adenosine biosynthesis protein TsaE ydiB - - ko:K06925 - - - - ko00000,ko03016 - - - Acetyltransf_1,TsaE +MGYG000000001_00610 658088.HMPREF0987_02458 7.67e-97 296.0 COG0662@1|root,COG2207@1|root,COG0662@2|Bacteria,COG2207@2|Bacteria,1TPMG@1239|Firmicutes,24ISI@186801|Clostridia,27T9S@186928|unclassified Lachnospiraceae 186801|Clostridia K AraC-like ligand binding domain - - - - - - - - - - - - AraC_binding,HTH_18 +MGYG000000001_02303 397288.C806_04369 3.08e-16 80.9 COG1511@1|root,COG1511@2|Bacteria,1TQ15@1239|Firmicutes,24A8K@186801|Clostridia,27J7M@186928|unclassified Lachnospiraceae 186801|Clostridia S Psort location Cellwall, score - - - ko:K01421 - - - - ko00000 - - - ABC2_membrane,ABC2_membrane_3 +MGYG000000001_01563 1301100.HG529429_gene1921 7.02e-234 653.0 COG1115@1|root,COG1115@2|Bacteria,1VSJ9@1239|Firmicutes,24EMY@186801|Clostridia,36I60@31979|Clostridiaceae 186801|Clostridia E amino acid carrier protein - - - - - - - - - - - - Na_Ala_symp +MGYG000000001_02076 1292035.H476_2918 5.06e-130 378.0 COG0446@1|root,COG0446@2|Bacteria,1VR2Z@1239|Firmicutes,24EMR@186801|Clostridia,25UIA@186804|Peptostreptococcaceae 186801|Clostridia C HI0933-like protein - - - - - - - - - - - - Pyr_redox_2 +MGYG000000001_01525 1301100.HG529277_gene1671 4.22e-210 592.0 COG2252@1|root,COG2252@2|Bacteria,1TQC6@1239|Firmicutes,2494M@186801|Clostridia,36FPI@31979|Clostridiaceae 186801|Clostridia S hmm pf00860 - - - ko:K06901 - - - - ko00000,ko02000 2.A.1.40 - - Xan_ur_permease +MGYG000000001_02237 1151292.QEW_2064 1.9e-180 509.0 COG4606@1|root,COG4606@2|Bacteria,1TSQX@1239|Firmicutes,249JQ@186801|Clostridia,25QV6@186804|Peptostreptococcaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily - - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_00588 1123009.AUID01000014_gene1796 2.74e-22 91.7 2ED2P@1|root,336ZK@2|Bacteria,1VGVV@1239|Firmicutes,24TYK@186801|Clostridia 186801|Clostridia S Motility quorum-sensing regulator, toxin of MqsA - - - - - - - - - - - - MqsR_toxin +MGYG000000001_03150 1476973.JMMB01000007_gene2033 6.53e-123 355.0 COG1131@1|root,COG1131@2|Bacteria,1TPUP@1239|Firmicutes,249FR@186801|Clostridia,25SMQ@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_03149 1476973.JMMB01000007_gene2033 6.53e-123 355.0 COG1131@1|root,COG1131@2|Bacteria,1TPUP@1239|Firmicutes,249FR@186801|Clostridia,25SMQ@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_02213 1301100.HG529375_gene4035 3.62e-57 181.0 2F7IZ@1|root,33ZZJ@2|Bacteria,1VXHC@1239|Firmicutes,252JH@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00316 1476973.JMMB01000007_gene2753 7.14e-85 256.0 2EXDK@1|root,33QQ6@2|Bacteria,1VT54@1239|Firmicutes,24XHK@186801|Clostridia,25RDN@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01308 1301100.HG529233_gene7432 8.63e-186 532.0 COG0552@1|root,COG0552@2|Bacteria,1TPRI@1239|Firmicutes,247JD@186801|Clostridia,36EQQ@31979|Clostridiaceae 186801|Clostridia U Involved in targeting and insertion of nascent membrane proteins into the cytoplasmic membrane. Acts as a receptor for the complex formed by the signal recognition particle (SRP) and the ribosome-nascent chain (RNC) ftsY - - ko:K03110 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044 3.A.5.1,3.A.5.2,3.A.5.7 - - SRP54,SRP54_N +MGYG000000001_01658 272563.CD630_18180 1.51e-143 411.0 COG0761@1|root,COG0761@2|Bacteria,1UHT7@1239|Firmicutes,25E67@186801|Clostridia,25R4P@186804|Peptostreptococcaceae 186801|Clostridia IM Catalyzes the conversion of 1-hydroxy-2-methyl-2-(E)- butenyl 4-diphosphate (HMBPP) into a mixture of isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP). Acts in the terminal step of the DOXP MEP pathway for isoprenoid precursor biosynthesis ispH - 1.17.7.4 ko:K02945,ko:K03527 ko00900,ko01100,ko01110,ko01130,ko03010,map00900,map01100,map01110,map01130,map03010 M00096,M00178 R05884,R08210 RC01137,RC01487 br01610,ko00000,ko00001,ko00002,ko01000,ko03011 - - - LYTB +MGYG000000001_01494 1443122.Z958_05855 1.3e-11 64.3 2ADX2@1|root,313P6@2|Bacteria,1UHF9@1239|Firmicutes,24RWS@186801|Clostridia,36MW3@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00224 1151292.QEW_2996 2.65e-198 554.0 COG1702@1|root,COG1702@2|Bacteria,1TP35@1239|Firmicutes,247ZJ@186801|Clostridia,25QQ0@186804|Peptostreptococcaceae 186801|Clostridia T Psort location Cytoplasmic, score phoH - - ko:K06217 - - - - ko00000 - - - KH_1,PhoH +MGYG000000001_01341 1301100.HG529407_gene244 2.03e-264 732.0 COG1249@1|root,COG1249@2|Bacteria,1TP1W@1239|Firmicutes,249R3@186801|Clostridia,36EPX@31979|Clostridiaceae 186801|Clostridia C Dihydrolipoyl dehydrogenase lpdA - 1.8.1.4 ko:K00382 ko00010,ko00020,ko00260,ko00280,ko00620,ko00630,ko00640,ko01100,ko01110,ko01120,ko01130,ko01200,map00010,map00020,map00260,map00280,map00620,map00630,map00640,map01100,map01110,map01120,map01130,map01200 M00009,M00011,M00036,M00307,M00532 R00209,R01221,R01698,R03815,R07618,R08549 RC00004,RC00022,RC00583,RC02742,RC02833,RC02834 br01601,ko00000,ko00001,ko00002,ko01000,ko04147 - - - Pyr_redox_2,Pyr_redox_dim +MGYG000000001_03137 1292035.H476_1025 2.63e-75 226.0 COG4570@1|root,COG4570@2|Bacteria,1VF2H@1239|Firmicutes,24P18@186801|Clostridia 186801|Clostridia L Endodeoxyribonuclease RusA rusA - - - - - - - - - - - RusA +MGYG000000001_02847 1391646.AVSU01000092_gene422 6.56e-40 132.0 2EDV7@1|root,337QC@2|Bacteria,1VEH5@1239|Firmicutes,24SJC@186801|Clostridia,25U3B@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00911 1476973.JMMB01000007_gene243 1.15e-270 750.0 COG0308@1|root,COG0308@2|Bacteria,1U6PC@1239|Firmicutes,24AYS@186801|Clostridia,25QI4@186804|Peptostreptococcaceae 186801|Clostridia E Peptidase family M1 domain - - - - - - - - - - - - Peptidase_M1 +MGYG000000001_01278 1151292.QEW_1594 1.37e-99 300.0 28JWD@1|root,2Z9M5@2|Bacteria,1UZF1@1239|Firmicutes,24HZN@186801|Clostridia,25T02@186804|Peptostreptococcaceae 186801|Clostridia S Copper transport outer membrane protein, MctB - - - - - - - - - - - - MctB +MGYG000000001_00122 1391646.AVSU01000037_gene2025 2.98e-265 729.0 COG0626@1|root,COG0626@2|Bacteria,1TPC7@1239|Firmicutes,25E6I@186801|Clostridia,25QSK@186804|Peptostreptococcaceae 186801|Clostridia E Cys/Met metabolism PLP-dependent enzyme megL - 2.5.1.48,4.4.1.11 ko:K01739,ko:K01761 ko00270,ko00450,ko00920,ko01100,ko01110,ko01130,ko01230,map00270,map00450,map00920,map01100,map01110,map01130,map01230 M00017 R00654,R00999,R01288,R02508,R03217,R03260,R04770,R04944,R04945,R04946 RC00020,RC00056,RC00069,RC00196,RC00348,RC00420,RC01209,RC01210,RC02848,RC02866 ko00000,ko00001,ko00002,ko01000 - - - Cys_Met_Meta_PP +MGYG000000001_01227 1476973.JMMB01000007_gene2880 0.0 1002.0 COG0296@1|root,COG0296@2|Bacteria,1TP4M@1239|Firmicutes,247WH@186801|Clostridia,25QUV@186804|Peptostreptococcaceae 186801|Clostridia G Catalyzes the formation of the alpha-1,6-glucosidic linkages in glycogen by scission of a 1,4-alpha-linked oligosaccharide from growing alpha-1,4-glucan chains and the subsequent attachment of the oligosaccharide to the alpha-1,6 position glgB - 2.4.1.18 ko:K00700 ko00500,ko01100,ko01110,map00500,map01100,map01110 M00565 R02110 - ko00000,ko00001,ko00002,ko01000,ko04147 - CBM48,GH13 - Alpha-amylase,Alpha-amylase_C,CBM_48 +MGYG000000001_01324 272563.CD630_12740 0.0 1160.0 COG0550@1|root,COG0550@2|Bacteria,1TPUS@1239|Firmicutes,248MG@186801|Clostridia,25R1U@186804|Peptostreptococcaceae 186801|Clostridia L Releases the supercoiling and torsional tension of DNA, which is introduced during the DNA replication and transcription, by transiently cleaving and rejoining one strand of the DNA duplex. Introduces a single-strand break via transesterification at a target site in duplex DNA. The scissile phosphodiester is attacked by the catalytic tyrosine of the enzyme, resulting in the formation of a DNA-(5'-phosphotyrosyl)-enzyme intermediate and the expulsion of a 3'-OH DNA strand. The free DNA strand then undergoes passage around the unbroken strand, thus removing DNA supercoils. Finally, in the religation step, the DNA 3'-OH attacks the covalent intermediate to expel the active-site tyrosine and restore the DNA phosphodiester backbone topA - 5.99.1.2 ko:K03168 - - - - ko00000,ko01000,ko03032,ko03400 - - - CodY,HTH_CodY,Topoisom_bac,Toprim,Toprim_C_rpt,zf-C4_Topoisom +MGYG000000001_00717 1301100.HG529431_gene1786 6.56e-233 643.0 COG0216@1|root,COG0216@2|Bacteria,1TQ7V@1239|Firmicutes,248CN@186801|Clostridia,36DYV@31979|Clostridiaceae 186801|Clostridia J Peptide chain release factor 1 directs the termination of translation in response to the peptide chain termination codons UAG and UAA prfA - - ko:K02835 - - - - ko00000,ko03012 - - - PCRF,RF-1 +MGYG000000001_01060 1301100.HG529422_gene4243 2.06e-12 67.8 COG0334@1|root,COG0334@2|Bacteria,1TP45@1239|Firmicutes,24960@186801|Clostridia,36EGU@31979|Clostridiaceae 186801|Clostridia E Belongs to the Glu Leu Phe Val dehydrogenases family gluD - 1.4.1.2,1.4.1.3 ko:K00260,ko:K00261 ko00220,ko00250,ko00430,ko00471,ko00910,ko01100,ko01200,ko04217,ko04964,map00220,map00250,map00430,map00471,map00910,map01100,map01200,map04217,map04964 M00740 R00243,R00248 RC00006,RC02799 ko00000,ko00001,ko00002,ko01000,ko04147 - - - ELFV_dehydrog,ELFV_dehydrog_N +MGYG000000001_00222 1301100.HG529365_gene1383 3.23e-121 351.0 COG0671@1|root,COG0818@1|root,COG0671@2|Bacteria,COG0818@2|Bacteria,1VEGR@1239|Firmicutes,248FD@186801|Clostridia,36DSP@31979|Clostridiaceae 186801|Clostridia IM Diacylglycerol kinase dgkA - 2.7.1.107,2.7.1.66 ko:K00887,ko:K00901 ko00550,ko00561,ko00564,ko01100,ko01110,ko04070,ko04072,ko05231,map00550,map00561,map00564,map01100,map01110,map04070,map04072,map05231 - R02240,R05626 RC00002,RC00017 ko00000,ko00001,ko01000 - - - DAGK_prokar,PAP2,UPF0054 +MGYG000000001_02972 1128398.Curi_c17480 5.27e-08 52.0 2E89A@1|root,32UHK@2|Bacteria,1VCWG@1239|Firmicutes,24PP4@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01354 445973.CLOBAR_01281 0.0 995.0 COG0018@1|root,COG0018@2|Bacteria,1TPEZ@1239|Firmicutes,248JZ@186801|Clostridia,25QY6@186804|Peptostreptococcaceae 186801|Clostridia J Arginyl-tRNA synthetase argS - 6.1.1.19 ko:K01887 ko00970,map00970 M00359,M00360 R03646 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016,ko03029 - - - Arg_tRNA_synt_N,DALR_1,tRNA-synt_1d +MGYG000000001_00351 445973.CLOBAR_01160 2.92e-98 290.0 COG0491@1|root,COG0491@2|Bacteria,1V6FA@1239|Firmicutes,24JGV@186801|Clostridia,25RCT@186804|Peptostreptococcaceae 186801|Clostridia S Metallo-beta-lactamase domain protein - - - - - - - - - - - - KR,Lactamase_B,PP-binding +MGYG000000001_01072 1301100.HG529424_gene1984 2.08e-186 520.0 COG0122@1|root,COG0122@2|Bacteria,1TQAF@1239|Firmicutes,2495X@186801|Clostridia,36DTH@31979|Clostridiaceae 186801|Clostridia L 8-oxoguanine DNA glycosylase alkA - 4.2.99.18 ko:K03660 ko03410,map03410 - - - ko00000,ko00001,ko01000,ko03400 - - - HhH-GPD,Hydrolase_3,OGG_N +MGYG000000001_00739 1391646.AVSU01000012_gene1808 7.41e-190 531.0 COG3958@1|root,COG3958@2|Bacteria,1V0K5@1239|Firmicutes,24914@186801|Clostridia,25QQ5@186804|Peptostreptococcaceae 186801|Clostridia G Transketolase - - 2.2.1.1 ko:K00615 ko00030,ko00710,ko01051,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00030,map00710,map01051,map01100,map01110,map01120,map01130,map01200,map01230 M00004,M00007,M00165,M00167 R01067,R01641,R01830,R06590 RC00032,RC00226,RC00571,RC01560 ko00000,ko00001,ko00002,ko01000 - - - Transket_pyr,Transketolase_C +MGYG000000001_02380 1499684.CCNP01000018_gene660 1.31e-101 301.0 COG0561@1|root,COG0561@2|Bacteria,1TREF@1239|Firmicutes,24BV5@186801|Clostridia,36GUE@31979|Clostridiaceae 186801|Clostridia S haloacid dehalogenase-like hydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_02379 1499684.CCNP01000018_gene660 1.31e-101 301.0 COG0561@1|root,COG0561@2|Bacteria,1TREF@1239|Firmicutes,24BV5@186801|Clostridia,36GUE@31979|Clostridiaceae 186801|Clostridia S haloacid dehalogenase-like hydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_02691 871963.Desdi_0653 2.8e-219 624.0 COG3666@1|root,COG3666@2|Bacteria,1TQQ9@1239|Firmicutes,24AG9@186801|Clostridia,26246@186807|Peptococcaceae 186801|Clostridia L PFAM Transposase DDE domain - - - - - - - - - - - - DDE_Tnp_1,DDE_Tnp_1_6,DUF772 +MGYG000000001_01485 642492.Clole_2765 4.07e-224 628.0 COG1783@1|root,COG1783@2|Bacteria,1TT2C@1239|Firmicutes,24A7T@186801|Clostridia 186801|Clostridia S Phage terminase, large subunit, PBSX family - - - - - - - - - - - - Terminase_3,Terminase_3C,Terminase_6,Terminase_6C +MGYG000000001_03077 1292035.H476_1148 0.0 911.0 COG0017@1|root,COG0017@2|Bacteria,1TP38@1239|Firmicutes,2484D@186801|Clostridia,25QMQ@186804|Peptostreptococcaceae 186801|Clostridia J asparaginyl-tRNA synthetase asnS - 6.1.1.22 ko:K01893 ko00970,map00970 M00359,M00360 R03648 RC00055,RC00523 ko00000,ko00001,ko00002,ko01000,ko01007,ko03016 - - - tRNA-synt_2,tRNA_anti-codon +MGYG000000001_00835 1301100.HG529307_gene354 6.08e-295 858.0 COG0737@1|root,COG0737@2|Bacteria,1TPV2@1239|Firmicutes,2491Y@186801|Clostridia,36ERD@31979|Clostridiaceae 186801|Clostridia F Belongs to the 5'-nucleotidase family - - 3.1.3.6,3.1.4.16 ko:K01119 ko00230,ko00240,map00230,map00240 - R01562,R01877,R02148,R02370,R03537,R03538,R03929,R05135 RC00078,RC00296 ko00000,ko00001,ko01000 - - - 5_nucleotid_C,CW_binding_2,Gram_pos_anchor,LysM,Metallophos,Phosphodiest,SBP_bac_8,SLH +MGYG000000001_00633 536233.CLO_0996 3.3e-105 305.0 COG4283@1|root,COG4283@2|Bacteria,1TSF1@1239|Firmicutes,2493R@186801|Clostridia,36IQ3@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1706) - - - - - - - - - - - - DUF1706 +MGYG000000001_01840 1151292.QEW_1990 0.0 912.0 COG1109@1|root,COG1109@2|Bacteria,1TP2N@1239|Firmicutes,2481Y@186801|Clostridia,25QDM@186804|Peptostreptococcaceae 186801|Clostridia G Phosphoglucomutase/phosphomannomutase, C-terminal domain pgcA - 5.4.2.2,5.4.2.8 ko:K01835,ko:K01840 ko00010,ko00030,ko00051,ko00052,ko00230,ko00500,ko00520,ko00521,ko01100,ko01110,ko01120,ko01130,map00010,map00030,map00051,map00052,map00230,map00500,map00520,map00521,map01100,map01110,map01120,map01130 M00114,M00549 R00959,R01057,R01818,R08639 RC00408 ko00000,ko00001,ko00002,ko01000 - - - PGM_PMM_I,PGM_PMM_II,PGM_PMM_III,PGM_PMM_IV +MGYG000000001_01095 1487921.DP68_08885 7.03e-76 243.0 COG5492@1|root,COG5492@2|Bacteria,1UJ5G@1239|Firmicutes,255EZ@186801|Clostridia 186801|Clostridia N domain, Protein - - - - - - - - - - - - - +MGYG000000001_01224 1476973.JMMB01000007_gene2877 1.94e-277 766.0 COG0297@1|root,COG0297@2|Bacteria,1TQ4M@1239|Firmicutes,248G1@186801|Clostridia,25R7P@186804|Peptostreptococcaceae 186801|Clostridia G Synthesizes alpha-1,4-glucan chains using ADP-glucose glgA - 2.4.1.21 ko:K00703 ko00500,ko01100,ko01110,ko02026,map00500,map01100,map01110,map02026 M00565 R02421 RC00005 ko00000,ko00001,ko00002,ko01000,ko01003 - GT5 - Glyco_transf_5,Glycos_transf_1 +MGYG000000001_01288 272563.CD630_12260 2.47e-172 490.0 COG1559@1|root,COG1559@2|Bacteria,1TS48@1239|Firmicutes,2493B@186801|Clostridia,25QDY@186804|Peptostreptococcaceae 186801|Clostridia S Functions as a peptidoglycan terminase that cleaves nascent peptidoglycan strands endolytically to terminate their elongation mltG - - ko:K07082 - - - - ko00000 - - - YceG +MGYG000000001_01320 1301100.HG529235_gene7321 6.47e-160 462.0 COG2843@1|root,COG2843@2|Bacteria,1UZW4@1239|Firmicutes,24950@186801|Clostridia,36WWA@31979|Clostridiaceae 186801|Clostridia M Bacterial capsule synthesis protein PGA_cap capA - - ko:K07282 - - - - ko00000 - - - PGA_cap +MGYG000000001_01384 1301100.HG529253_gene6311 2.71e-181 509.0 COG2221@1|root,COG2221@2|Bacteria,1UI1A@1239|Firmicutes,25EAA@186801|Clostridia,36UIZ@31979|Clostridiaceae 186801|Clostridia C Nitrite/Sulfite reductase ferredoxin-like half domain dsvA - - - - - - - - - - - C_GCAxxG_C_C,Fer4,Fer4_10,NIR_SIR,NIR_SIR_ferr +MGYG000000001_01416 592027.CLG_B0692 1.26e-51 167.0 COG2963@1|root,COG2963@2|Bacteria,1VW3A@1239|Firmicutes,24J72@186801|Clostridia,36JBQ@31979|Clostridiaceae 186801|Clostridia L transposase activity - - - - - - - - - - - - - +MGYG000000001_01448 1301100.HG529261_gene684 9.68e-62 197.0 COG2116@1|root,COG2116@2|Bacteria,1TRTT@1239|Firmicutes,24BU5@186801|Clostridia,36F4N@31979|Clostridiaceae 186801|Clostridia P Formate nitrite fnt - - ko:K02598 - - - - ko00000,ko02000 1.A.16.3 - - Form_Nir_trans +MGYG000000001_01512 1443125.Z962_p0079 3.63e-156 481.0 COG0433@1|root,COG0433@2|Bacteria,1V4Z4@1239|Firmicutes,24E9I@186801|Clostridia,36GXR@31979|Clostridiaceae 186801|Clostridia S COG0433 Predicted ATPase - - - - - - - - - - - - - +MGYG000000001_01608 1301100.HG529251_gene6277 2.52e-173 490.0 COG0618@1|root,COG0618@2|Bacteria,1TPXX@1239|Firmicutes,248R3@186801|Clostridia,36DFF@31979|Clostridiaceae 186801|Clostridia S domain protein nrnA - 3.1.13.3,3.1.3.7 ko:K06881 ko00920,ko01100,ko01120,map00920,map01100,map01120 - R00188,R00508 RC00078 ko00000,ko00001,ko01000,ko03400 - - - DHH,DHHA1,RBFA +MGYG000000001_01769 1476973.JMMB01000007_gene1438 2.5e-119 344.0 COG2094@1|root,COG2094@2|Bacteria,1V1E6@1239|Firmicutes,24FRV@186801|Clostridia,25SA4@186804|Peptostreptococcaceae 186801|Clostridia L Methylpurine-DNA glycosylase (MPG) - - 3.2.2.21 ko:K03652 ko03410,map03410 - - - ko00000,ko00001,ko01000,ko03400 - - - Pur_DNA_glyco +MGYG000000001_01866 1301100.HG529270_gene520 6.12e-25 103.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - ABC_sub_bind,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Reg_prop,Y_Y_Y +MGYG000000001_01898 318464.IO99_07110 6.72e-21 87.4 2CK1N@1|root,32SBC@2|Bacteria,1VCBF@1239|Firmicutes,24P0H@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01962 903814.ELI_4525 3.08e-80 250.0 COG1737@1|root,COG1737@2|Bacteria,1TR5E@1239|Firmicutes,247Z7@186801|Clostridia,25VC6@186806|Eubacteriaceae 186801|Clostridia K Helix-turn-helix domain, rpiR family - - - - - - - - - - - - HTH_6,SIS +MGYG000000001_01994 1301100.HG529412_gene317 4.08e-174 495.0 COG0524@1|root,COG1522@1|root,COG0524@2|Bacteria,COG1522@2|Bacteria,1TQR4@1239|Firmicutes,24AUP@186801|Clostridia,36F1Z@31979|Clostridiaceae 186801|Clostridia G hmm pf00294 rbsK - 2.7.1.15,2.7.1.83 ko:K00852,ko:K16328 ko00030,ko00240,map00030,map00240 - R01051,R02750,R03315 RC00002,RC00017 ko00000,ko00001,ko01000 - - - HTH_11,HTH_24,PfkB +MGYG000000001_02126 1301100.HG529282_gene6978 4.27e-126 364.0 28PVT@1|root,2ZCGB@2|Bacteria,1V3TG@1239|Firmicutes,2488T@186801|Clostridia,36EFU@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02158 1476973.JMMB01000007_gene928 3.06e-104 306.0 COG1564@1|root,COG1564@2|Bacteria,1VA0W@1239|Firmicutes,24NG6@186801|Clostridia,25RB0@186804|Peptostreptococcaceae 186801|Clostridia H thiamine thiN - 2.7.6.2 ko:K00949 ko00730,ko01100,map00730,map01100 - R00619 RC00002,RC00017 ko00000,ko00001,ko01000 - - - TPK_B1_binding,TPK_catalytic +MGYG000000001_02320 1391646.AVSU01000042_gene1401 4.02e-60 191.0 COG1633@1|root,COG1633@2|Bacteria,1V72Y@1239|Firmicutes,24JY4@186801|Clostridia,25TFA@186804|Peptostreptococcaceae 186801|Clostridia S Coat F domain - - - - - - - - - - - - Coat_F,Ferritin_2,Rubrerythrin,gpW +MGYG000000001_02384 1499689.CCNN01000014_gene3214 7.44e-212 605.0 COG1263@1|root,COG1264@1|root,COG2190@1|root,COG1263@2|Bacteria,COG1264@2|Bacteria,COG2190@2|Bacteria,1TP5X@1239|Firmicutes,247WT@186801|Clostridia,36DI9@31979|Clostridiaceae 186801|Clostridia G Pts system - - - ko:K02755,ko:K02756,ko:K02757 ko02060,map02060 M00271 - - ko00000,ko00001,ko00002,ko01000,ko02000 4.A.1.2.11,4.A.1.2.2,4.A.1.2.5,4.A.1.2.6 - - PTS_EIIA_1,PTS_EIIB,PTS_EIIC +MGYG000000001_02610 1301100.HG529378_gene4082 0.0 1094.0 COG1894@1|root,COG1894@2|Bacteria,1TQB0@1239|Firmicutes,2483E@186801|Clostridia,36EMP@31979|Clostridiaceae 186801|Clostridia C Respiratory-chain NADH dehydrogenase domain 51 kDa subunit - - 1.12.1.3,1.6.5.3 ko:K00335,ko:K18331 ko00190,ko01100,map00190,map01100 M00144 R11945 RC00061 ko00000,ko00001,ko00002,ko01000 3.D.1 - - 2Fe-2S_thioredx,Complex1_51K,Fer4,Fer4_7,NADH_4Fe-4S,SLBB +MGYG000000001_02706 1476973.JMMB01000007_gene554 4.3e-85 254.0 COG0681@1|root,COG0681@2|Bacteria,1V7H9@1239|Firmicutes,24MVR@186801|Clostridia,25RGZ@186804|Peptostreptococcaceae 186801|Clostridia U Signal peptidase, peptidase S26 lepB - 3.4.21.89 ko:K03100 ko02024,ko03060,map02024,map03060 - - - ko00000,ko00001,ko01000,ko01002 - - - Peptidase_S24,Peptidase_S26 +MGYG000000001_02738 1499683.CCFF01000014_gene3612 3.96e-134 387.0 COG0388@1|root,COG0388@2|Bacteria,1TQDK@1239|Firmicutes,24AWV@186801|Clostridia,36F84@31979|Clostridiaceae 186801|Clostridia S Nitrilase cyanide hydratase and apolipoprotein N-acyltransferase nit - - ko:K11206 - - - - ko00000,ko01000 - - - CN_hydrolase +MGYG000000001_02803 1301100.HG529306_gene3146 2.05e-53 176.0 2F636@1|root,33YMH@2|Bacteria,1VYAW@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02835 1301100.HG529409_gene205 2.43e-54 172.0 2EBCU@1|root,335DI@2|Bacteria,1VENS@1239|Firmicutes,24T2K@186801|Clostridia,36NN5@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02899 1292035.H476_2364 3.97e-234 660.0 COG0155@1|root,COG0155@2|Bacteria,1TS58@1239|Firmicutes,248DQ@186801|Clostridia 186801|Clostridia C Belongs to the nitrite and sulfite reductase 4Fe-4S domain family nirA - 1.7.7.1,1.8.7.1 ko:K00366,ko:K00392 ko00910,ko00920,ko01100,ko01120,map00910,map00920,map01100,map01120 M00176,M00531 R00790,R00859,R03600 RC00065,RC00176 ko00000,ko00001,ko00002,ko01000 - - - NIR_SIR,NIR_SIR_ferr,TusA +MGYG000000001_02963 35841.BT1A1_0504 4.81e-57 199.0 COG3867@1|root,COG3867@2|Bacteria,1TQDZ@1239|Firmicutes,4HBYA@91061|Bacilli,1ZBZ2@1386|Bacillus 91061|Bacilli G arabinogalactan ganB - 3.2.1.89 ko:K01224 - - - - ko00000,ko01000 - - - Big_2,Big_4,CW_binding_1,DUF5013,F5_F8_type_C,FIVAR,Glyco_hydro_53,Gram_pos_anchor,SLH +MGYG000000001_02995 272563.CD630_30420 7.81e-164 466.0 COG4129@1|root,COG4129@2|Bacteria,1TP2T@1239|Firmicutes,24A4H@186801|Clostridia,25TD3@186804|Peptostreptococcaceae 186801|Clostridia S Putative aromatic acid exporter C-terminal domain - - - - - - - - - - - - ArAE_1,ArAE_1_C +MGYG000000001_03094 1301100.HG529270_gene569 3.92e-289 797.0 COG0397@1|root,COG0397@2|Bacteria,1TQXD@1239|Firmicutes,249Y9@186801|Clostridia,36FWS@31979|Clostridiaceae 186801|Clostridia S Belongs to the UPF0061 (SELO) family - - - - - - - - - - - - UPF0061 +MGYG000000001_03129 1120985.AUMI01000018_gene2903 2.15e-07 57.4 COG0568@1|root,COG0568@2|Bacteria 2|Bacteria K sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released - - - ko:K03086 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4,Sigma70_r4_2 +MGYG000000001_03193 642492.Clole_0585 7.16e-219 612.0 COG0738@1|root,COG0738@2|Bacteria,1TQPE@1239|Firmicutes,24AF8@186801|Clostridia 186801|Clostridia G Major Facilitator - - - - - - - - - - - - MFS_1 +MGYG000000001_02745 1391646.AVSU01000140_gene180 6.47e-21 87.8 2BMFD@1|root,32FZY@2|Bacteria,1UF42@1239|Firmicutes,25K4U@186801|Clostridia,25UD2@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00191 1301100.HG529354_gene4334 5.35e-275 766.0 COG1404@1|root,COG1404@2|Bacteria,1VRK5@1239|Firmicutes,249M4@186801|Clostridia,36DR7@31979|Clostridiaceae 186801|Clostridia O PFAM peptidase S8 and S53, subtilisin, kexin, sedolisin - - - - - - - - - - - - Peptidase_S8 +MGYG000000001_00734 1476973.JMMB01000007_gene3203 9.98e-85 255.0 COG2834@1|root,COG2834@2|Bacteria,1VQK5@1239|Firmicutes,24NV8@186801|Clostridia,25RM1@186804|Peptostreptococcaceae 186801|Clostridia M Participates in the translocation of lipoproteins from the inner membrane to the outer membrane. Only forms a complex with a lipoprotein if the residue after the N-terminal Cys is not an aspartate (The Asp acts as a targeting signal to indicate that the lipoprotein should stay in the inner membrane) - - - - - - - - - - - - LolA,LolA_like +MGYG000000001_01050 1476973.JMMB01000007_gene407 1.01e-130 375.0 COG1214@1|root,COG1214@2|Bacteria,1V4YX@1239|Firmicutes,24A0P@186801|Clostridia,25QHX@186804|Peptostreptococcaceae 186801|Clostridia O Universal bacterial protein YeaZ yeaZ - - ko:K14742 - - - - ko00000,ko03016 - - - Acetyltransf_1,Acetyltransf_10,Peptidase_M22 +MGYG000000001_03117 1301100.HG529409_gene207 4.58e-78 238.0 2ADW4@1|root,313N4@2|Bacteria,1V790@1239|Firmicutes,24KM4@186801|Clostridia,36M2I@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF4230) - - - - - - - - - - - - DUF4230 +MGYG000000001_02304 545697.HMPREF0216_00058 1.1e-25 108.0 COG1511@1|root,COG1511@2|Bacteria,1TQ15@1239|Firmicutes,24A8K@186801|Clostridia,36FH4@31979|Clostridiaceae 186801|Clostridia S Psort location Cellwall, score - - - ko:K01421 - - - - ko00000 - - - ABC2_membrane,ABC2_membrane_3 +MGYG000000001_02305 545697.HMPREF0216_00058 1.1e-25 108.0 COG1511@1|root,COG1511@2|Bacteria,1TQ15@1239|Firmicutes,24A8K@186801|Clostridia,36FH4@31979|Clostridiaceae 186801|Clostridia S Psort location Cellwall, score - - - ko:K01421 - - - - ko00000 - - - ABC2_membrane,ABC2_membrane_3 +MGYG000000001_00587 521460.Athe_2502 7.62e-114 340.0 COG2944@1|root,COG2944@2|Bacteria,1UZ9K@1239|Firmicutes,25EFY@186801|Clostridia,42HCR@68295|Thermoanaerobacterales 186801|Clostridia K PFAM helix-turn-helix domain protein - - - - - - - - - - - - DUF4065,HTH_3,MqsA_antitoxin +MGYG000000001_01657 1151292.QEW_2290 2.51e-133 388.0 COG0598@1|root,COG0598@2|Bacteria,1VTMH@1239|Firmicutes,25MSK@186801|Clostridia,25S56@186804|Peptostreptococcaceae 186801|Clostridia P CorA-like Mg2+ transporter protein - - - ko:K03284 - - - - ko00000,ko02000 1.A.35.1,1.A.35.3 - - CorA +MGYG000000001_01493 1121342.AUCO01000012_gene1692 2.9e-11 61.2 2BETZ@1|root,30HCB@2|Bacteria,1UHFM@1239|Firmicutes,24RXA@186801|Clostridia,36NI1@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01742 1541959.KQ51_01721 9.51e-101 299.0 COG1136@1|root,COG1136@2|Bacteria,3WSX2@544448|Tenericutes 544448|Tenericutes V abc transporter atp-binding protein - - - ko:K02003 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran,NYN +MGYG000000001_00639 86416.Clopa_4108 1.74e-19 86.3 COG1846@1|root,COG1846@2|Bacteria,1VEFZ@1239|Firmicutes,24MSB@186801|Clostridia,36IX7@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator - - - - - - - - - - - - HTH_27,MarR,MarR_2 +MGYG000000001_01135 1151292.QEW_3300 2.27e-123 367.0 COG0582@1|root,COG0582@2|Bacteria,1TTJI@1239|Firmicutes,247V6@186801|Clostridia,25QY8@186804|Peptostreptococcaceae 186801|Clostridia L Phage integrase, N-terminal SAM-like domain - - - ko:K14059 - - - - ko00000 - - - Arm-DNA-bind_4,Phage_int_SAM_3,Phage_integrase +MGYG000000001_03138 1292035.H476_1023 1.38e-73 224.0 COG1191@1|root,COG1191@2|Bacteria,1W5EN@1239|Firmicutes,24RTA@186801|Clostridia 186801|Clostridia K sigma factor activity - - - - - - - - - - - - DUF722,Sigma70_r4 +MGYG000000001_01104 1292035.H476_1023 1.38e-73 224.0 COG1191@1|root,COG1191@2|Bacteria,1W5EN@1239|Firmicutes,24RTA@186801|Clostridia 186801|Clostridia K sigma factor activity - - - - - - - - - - - - DUF722,Sigma70_r4 +MGYG000000001_00041 272563.CD630_32910 4.55e-14 73.6 29UQ4@1|root,30G1V@2|Bacteria,1UF1W@1239|Firmicutes,25K2I@186801|Clostridia,25U7V@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00872 1301100.HG529280_gene7029 1.41e-21 85.9 28Q78@1|root,2ZCQ4@2|Bacteria,1W2EV@1239|Firmicutes,24V7G@186801|Clostridia,36PDT@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03008 1476973.JMMB01000007_gene1147 3.82e-61 193.0 2FI34@1|root,349VW@2|Bacteria,1VYWE@1239|Firmicutes,251CD@186801|Clostridia,25RUA@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02176 1476973.JMMB01000007_gene1777 2.63e-60 191.0 COG1376@1|root,COG1376@2|Bacteria,1V6QN@1239|Firmicutes,24IAP@186801|Clostridia,25QFI@186804|Peptostreptococcaceae 186801|Clostridia T L,D-transpeptidase catalytic domain - - - - - - - - - - - - CW_binding_1,PG_binding_1,SH3_3,YkuD +MGYG000000001_01139 445973.CLOBAR_01794 1.53e-95 296.0 COG1757@1|root,COG1757@2|Bacteria,1TP8A@1239|Firmicutes,247V4@186801|Clostridia,25QUW@186804|Peptostreptococcaceae 186801|Clostridia C Na+/H+ antiporter family - - - - - - - - - - - - Na_H_antiporter +MGYG000000001_00397 1301100.HG529404_gene309 7.94e-134 386.0 COG0860@1|root,COG0860@2|Bacteria,1UY5Q@1239|Firmicutes,247Y6@186801|Clostridia,36HS7@31979|Clostridiaceae 186801|Clostridia M N-acetylmuramoyl-L-alanine amidase lytC_3 - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,Beta-lactamase2,Big_2,CW_binding_1,GHL10,SH3_3,SH3_4 +MGYG000000001_02336 1301100.HG529430_gene1928 7.45e-118 342.0 COG1489@1|root,COG1489@2|Bacteria,1V1GZ@1239|Firmicutes,24A0M@186801|Clostridia,36DDK@31979|Clostridiaceae 186801|Clostridia S Belongs to the SfsA family sfsA - - ko:K06206 - - - - ko00000 - - - DUF123,SfsA +MGYG000000001_02452 1219626.HMPREF1639_01255 1.26e-28 102.0 COG0267@1|root,COG0267@2|Bacteria,1VEJ4@1239|Firmicutes,24QK0@186801|Clostridia,25RSW@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bL33 family rpmG - - ko:K02913 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L33 +MGYG000000001_00874 999411.HMPREF1092_02750 1.65e-304 833.0 COG2211@1|root,COG2211@2|Bacteria,1TRA5@1239|Firmicutes,24ABB@186801|Clostridia,36RDA@31979|Clostridiaceae 186801|Clostridia G MFS/sugar transport protein - - - ko:K03292 - - - - ko00000 2.A.2 - - MFS_2 +MGYG000000001_02543 1301100.HG529263_gene674 3.42e-90 275.0 COG0860@1|root,COG0860@2|Bacteria,1V4B9@1239|Firmicutes,24MC5@186801|Clostridia 186801|Clostridia M Ami_3 - - 3.5.1.28 ko:K01448 ko01503,map01503 M00727 R04112 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko03036 - - - Amidase_3,PG_binding_1,SPOR +MGYG000000001_02609 445973.CLOBAR_00252 0.0 963.0 COG3383@1|root,COG4624@1|root,COG3383@2|Bacteria,COG4624@2|Bacteria,1TP6C@1239|Firmicutes,24897@186801|Clostridia,25QUE@186804|Peptostreptococcaceae 186801|Clostridia C Psort location Cytoplasmic, score - - 1.12.1.3,1.6.5.3 ko:K00336,ko:K18332 ko00190,ko01100,map00190,map01100 M00144 R11945 RC00061 ko00000,ko00001,ko00002,ko01000 3.D.1 - iHN637.CLJU_RS07205 Fe_hyd_SSU,Fe_hyd_lg_C,Fer2_4,Fer4,Fer4_7,Fer4_9,NADH-G_4Fe-4S_3 +MGYG000000001_02641 1301100.HG529304_gene3090 1.08e-98 290.0 COG1954@1|root,COG1954@2|Bacteria,1V4IE@1239|Firmicutes,24HDM@186801|Clostridia,36I0D@31979|Clostridiaceae 186801|Clostridia K glycerol-3-phosphate responsive antiterminator glpP - - ko:K02443 - - - - ko00000,ko03000 - - - G3P_antiterm +MGYG000000001_02673 397290.C810_03774 1.26e-09 55.5 2EMUZ@1|root,33FH9@2|Bacteria,1W0R8@1239|Firmicutes,253U2@186801|Clostridia,27Q4M@186928|unclassified Lachnospiraceae 186801|Clostridia S Helix-turn-helix domain - - - - - - - - - - - - HTH_17 +MGYG000000001_02705 1391646.AVSU01000001_gene247 1.42e-137 395.0 arCOG00127@1|root,33TE0@2|Bacteria,1VQPB@1239|Firmicutes,25JM6@186801|Clostridia,25SWS@186804|Peptostreptococcaceae 186801|Clostridia C Tetratricopeptide repeat - - - - - - - - - - - - - +MGYG000000001_02737 1476973.JMMB01000007_gene2182 6.14e-169 478.0 COG0225@1|root,COG0229@1|root,COG0225@2|Bacteria,COG0229@2|Bacteria,1TQ3E@1239|Firmicutes,247UT@186801|Clostridia,25QEI@186804|Peptostreptococcaceae 186801|Clostridia O Has an important function as a repair enzyme for proteins that have been inactivated by oxidation. Catalyzes the reversible oxidation-reduction of methionine sulfoxide in proteins to methionine msrA - 1.8.4.11,1.8.4.12 ko:K07304,ko:K12267 - - - - ko00000,ko01000 - - - PMSR,SelR +MGYG000000001_02866 1301100.HG529278_gene1538 2.18e-164 471.0 28HHD@1|root,2Z7T3@2|Bacteria,1TRKJ@1239|Firmicutes,24A0Y@186801|Clostridia,36GI9@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF3810) - - - - - - - - - - - - DUF3810 +MGYG000000001_02898 1301100.HG529229_gene5427 1.02e-36 130.0 2EVHJ@1|root,30I60@2|Bacteria,1UGWG@1239|Firmicutes,24UFK@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02930 445973.CLOBAR_01779 2.83e-53 171.0 29UR3@1|root,30G32@2|Bacteria,1UF3V@1239|Firmicutes,25K4N@186801|Clostridia,25UCU@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02994 1301100.HG529256_gene6206 1.07e-225 635.0 COG1387@1|root,COG1387@2|Bacteria,1VUGT@1239|Firmicutes,25F7D@186801|Clostridia,36UY8@31979|Clostridiaceae 186801|Clostridia E Belongs to the peptidase S8 family - - - - - - - - - - - - Big_2,CARDB,CHB_HEX_C,CHB_HEX_C_1,DUF3604,Gram_pos_anchor,LTD +MGYG000000001_03093 1301100.HG529326_gene4541 1.18e-135 396.0 COG0272@1|root,COG0847@1|root,COG0272@2|Bacteria,COG0847@2|Bacteria,1V57H@1239|Firmicutes,24CWP@186801|Clostridia,36WQD@31979|Clostridiaceae 186801|Clostridia L 3' exoribonuclease, RNase T-like - - 2.7.7.7 ko:K02342 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - BRCT,RNase_T +MGYG000000001_00150 478749.BRYFOR_05333 3.26e-177 504.0 COG0642@1|root,COG2205@2|Bacteria,1V10X@1239|Firmicutes,249HQ@186801|Clostridia 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HAMP,HATPase_c,HisKA +MGYG000000001_00246 1301100.HG529367_gene1337 6.53e-106 318.0 COG0860@1|root,COG0860@2|Bacteria,1TSFS@1239|Firmicutes,2488U@186801|Clostridia,36F21@31979|Clostridiaceae 186801|Clostridia M stage II sporulation protein P spoIIP - - ko:K06385 - - - - ko00000 - - - SpoIIP +MGYG000000001_00279 1301100.HG529369_gene1444 2.45e-93 276.0 COG1713@1|root,COG1713@2|Bacteria,1V6Y1@1239|Firmicutes,24HN2@186801|Clostridia,36I2X@31979|Clostridiaceae 186801|Clostridia H SMART Metal-dependent phosphohydrolase, HD region nadD - 2.7.7.18 ko:K00969 ko00760,ko01100,map00760,map01100 M00115 R00137,R03005 RC00002 ko00000,ko00001,ko00002,ko01000 - - - CTP_transf_like,HD,RsfS +MGYG000000001_00344 1414720.CBYM010000064_gene3464 3.2e-86 271.0 COG3385@1|root,COG3385@2|Bacteria,1UZPH@1239|Firmicutes,24GAB@186801|Clostridia,36KN4@31979|Clostridiaceae 186801|Clostridia L Transposase DDE domain - - - ko:K07495 - - - - ko00000 - - - DDE_Tnp_1,DUF4372 +MGYG000000001_00441 1476973.JMMB01000007_gene2916 7.87e-63 204.0 COG1266@1|root,COG1266@2|Bacteria,1VB4D@1239|Firmicutes,24TCA@186801|Clostridia 186801|Clostridia S Abortive infection protein - - - ko:K07052 - - - - ko00000 - - - Abi +MGYG000000001_00505 272563.CD630_13430 0.0 1010.0 COG0174@1|root,COG0174@2|Bacteria,1TNZA@1239|Firmicutes,2489S@186801|Clostridia,25QY5@186804|Peptostreptococcaceae 186801|Clostridia E Glutamate--ammonia ligase, catalytic domain protein glnA - 6.3.1.2 ko:K01915 ko00220,ko00250,ko00630,ko00910,ko01100,ko01120,ko01230,ko02020,ko04217,ko04724,ko04727,map00220,map00250,map00630,map00910,map01100,map01120,map01230,map02020,map04217,map04724,map04727 - R00253 RC00010,RC02798 ko00000,ko00001,ko01000,ko04147 - - - Gln-synt_C +MGYG000000001_00537 272563.CD630_13960 1.99e-143 409.0 COG2362@1|root,COG2362@2|Bacteria,1TSUZ@1239|Firmicutes,24CY1@186801|Clostridia 186801|Clostridia E D-aminopeptidase - - - ko:K16203 - - - - ko00000,ko01000,ko01002 3.A.1.5.2 - - NTP_transf_3,Peptidase_M55 +MGYG000000001_00601 1410653.JHVC01000026_gene318 1.72e-25 96.3 2CECX@1|root,337ZJ@2|Bacteria,1VGJJ@1239|Firmicutes,24QUY@186801|Clostridia,36N16@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00666 1476973.JMMB01000007_gene108 1.79e-100 298.0 COG2844@1|root,COG2844@2|Bacteria,1VV9H@1239|Firmicutes,25EXR@186801|Clostridia,25TDC@186804|Peptostreptococcaceae 186801|Clostridia O HD domain - - 2.7.7.19 ko:K00970 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03019 - - - HD,PolyA_pol_RNAbd,tRNA_NucTran2_2 +MGYG000000001_00762 1301100.HG529236_gene7282 8.48e-18 79.3 2BMCS@1|root,32FWZ@2|Bacteria,1UUE5@1239|Firmicutes,256HB@186801|Clostridia 1301100.HG529236_gene7282|- - - - - - - - - - - - - - - - +MGYG000000001_00794 642492.Clole_0169 1.42e-42 142.0 COG1733@1|root,COG1733@2|Bacteria,1VA9M@1239|Firmicutes,24JJB@186801|Clostridia 186801|Clostridia K transcriptional regulator hxlR - - - - - - - - - - - HxlR +MGYG000000001_01096 666686.B1NLA3E_01210 6.33e-05 52.0 COG0338@1|root,COG0338@2|Bacteria,1V1FT@1239|Firmicutes,4HGCH@91061|Bacilli,1ZEM9@1386|Bacillus 91061|Bacilli L Putative phage serine protease XkdF yqbD - - - - - - - - - - - Peptidase_S78_2 +MGYG000000001_01321 1476973.JMMB01000007_gene1028 7.18e-55 173.0 COG0792@1|root,COG0792@2|Bacteria,1VFHQ@1239|Firmicutes,24QNK@186801|Clostridia,25RU7@186804|Peptostreptococcaceae 186801|Clostridia L Belongs to the UPF0102 family - - - ko:K07460 - - - - ko00000 - - - UPF0102 +MGYG000000001_01353 1476973.JMMB01000007_gene598 9.43e-147 421.0 COG1397@1|root,COG1397@2|Bacteria,1VS0P@1239|Firmicutes,25J48@186801|Clostridia,25QSH@186804|Peptostreptococcaceae 186801|Clostridia O ADP-ribosylglycohydrolase - - - - - - - - - - - - - +MGYG000000001_01385 1301100.HG529253_gene6310 2.41e-271 756.0 COG0446@1|root,COG0607@1|root,COG0446@2|Bacteria,COG0607@2|Bacteria,1TPWW@1239|Firmicutes,2484C@186801|Clostridia,36EYM@31979|Clostridiaceae 186801|Clostridia C Pyridine nucleotide-disulphide oxidoreductase, dimerisation - - - - - - - - - - - - DrsE_2,Fer4,Fer4_10,Fer4_6,NIR_SIR,NIR_SIR_ferr,Pyr_redox_2,Pyr_redox_dim,Rhodanese,TusA +MGYG000000001_01417 290402.Cbei_3679 5.72e-133 385.0 COG2801@1|root,COG2801@2|Bacteria,1TRR6@1239|Firmicutes,24B89@186801|Clostridia,36GS0@31979|Clostridiaceae 186801|Clostridia L Integrase core domain - - - - - - - - - - - - HTH_21,rve,rve_2 +MGYG000000001_01449 1151292.QEW_2760 9.18e-09 55.5 COG2116@1|root,COG2116@2|Bacteria,1TRTT@1239|Firmicutes,24BU5@186801|Clostridia,25R0D@186804|Peptostreptococcaceae 186801|Clostridia P Formate/nitrite transporter fnt - - ko:K02598 - - - - ko00000,ko02000 1.A.16.3 - - Form_Nir_trans +MGYG000000001_01481 1301100.HG529236_gene7241 1.16e-250 692.0 COG1104@1|root,COG1104@2|Bacteria,1TP21@1239|Firmicutes,24888@186801|Clostridia,36DXY@31979|Clostridiaceae 186801|Clostridia E Master enzyme that delivers sulfur to a number of partners involved in Fe-S cluster assembly, tRNA modification or cofactor biosynthesis. Catalyzes the removal of elemental sulfur atoms from cysteine to produce alanine. Functions as a sulfur delivery protein for Fe-S cluster synthesis onto IscU, an Fe-S scaffold assembly protein, as well as other S acceptor proteins iscS - 2.8.1.7 ko:K04487 ko00730,ko01100,ko04122,map00730,map01100,map04122 - R07460,R11528,R11529 RC01789,RC02313 ko00000,ko00001,ko01000,ko02048,ko03016,ko03029 - - - Aminotran_5 +MGYG000000001_01513 1301100.HG529265_gene645 4.53e-36 123.0 COG4443@1|root,COG4443@2|Bacteria,1VEFE@1239|Firmicutes,24QV3@186801|Clostridia,36MRT@31979|Clostridiaceae 186801|Clostridia S Transcriptional Coactivator p15 (PC4) - - - - - - - - - - - - PC4 +MGYG000000001_01577 1151292.QEW_0491 0.0 1088.0 COG2217@1|root,COG2217@2|Bacteria,1TQ07@1239|Firmicutes,248EH@186801|Clostridia,25QPH@186804|Peptostreptococcaceae 186801|Clostridia P Cadmium-exporting ATPase cadA - 3.6.3.3,3.6.3.5 ko:K01534 - - - - ko00000,ko01000 3.A.3.6 - - E1-E2_ATPase,HMA,Hydrolase,Hydrolase_3 +MGYG000000001_01738 1301100.HG529261_gene689 6.65e-87 257.0 COG2731@1|root,COG2731@2|Bacteria,1V3S9@1239|Firmicutes,24HIS@186801|Clostridia,36JX5@31979|Clostridiaceae 186801|Clostridia G Domain of unknown function (DUF386) - - - - - - - - - - - - DUF386 +MGYG000000001_01770 1292035.H476_0672 1.28e-127 370.0 COG0345@1|root,COG0345@2|Bacteria,1TP1E@1239|Firmicutes,247SR@186801|Clostridia,25QSX@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the reduction of 1-pyrroline-5-carboxylate (PCA) to L-proline proC - 1.5.1.2 ko:K00286 ko00330,ko01100,ko01110,ko01130,ko01230,map00330,map01100,map01110,map01130,map01230 M00015 R01248,R01251,R03291,R03293 RC00054,RC00083 ko00000,ko00001,ko00002,ko01000 - - - F420_oxidored,P5CR_dimer +MGYG000000001_01835 1499683.CCFF01000014_gene3949 1.42e-84 268.0 COG0582@1|root,COG0582@2|Bacteria,1TTJI@1239|Firmicutes,25C3T@186801|Clostridia,36WP3@31979|Clostridiaceae 186801|Clostridia L Arm DNA-binding domain - - - - - - - - - - - - Arm-DNA-bind_4,Phage_int_SAM_3,Phage_integrase +MGYG000000001_01963 536232.CLM_1245 1.07e-95 289.0 COG1464@1|root,COG1464@2|Bacteria,1TQAS@1239|Firmicutes,247WV@186801|Clostridia,36DGV@31979|Clostridiaceae 186801|Clostridia P Belongs to the nlpA lipoprotein family metQ - - ko:K02073 ko02010,map02010 M00238 - - ko00000,ko00001,ko00002,ko02000 3.A.1.24 - - Lipoprotein_9 +MGYG000000001_01995 1301100.HG529412_gene316 1.41e-170 480.0 28HCB@1|root,2Z7P7@2|Bacteria,1TNZK@1239|Firmicutes,2487N@186801|Clostridia,36E05@31979|Clostridiaceae 186801|Clostridia S sporulation peptidase YabG yabG - - ko:K06436 - - - - ko00000 - - - Peptidase_U57 +MGYG000000001_02127 445973.CLOBAR_00407 0.0 1002.0 COG1145@1|root,COG1894@1|root,COG4624@1|root,COG1145@2|Bacteria,COG1894@2|Bacteria,COG4624@2|Bacteria,1TP6C@1239|Firmicutes,24CMA@186801|Clostridia,25R64@186804|Peptostreptococcaceae 186801|Clostridia C Iron hydrogenase small subunit - - - - - - - - - - - - Fe_hyd_SSU,Fe_hyd_lg_C,Fer4,SLBB +MGYG000000001_02321 1301100.HG529430_gene1940 0.0 890.0 COG0595@1|root,COG0595@2|Bacteria,1TQ9G@1239|Firmicutes,2488J@186801|Clostridia,36DE5@31979|Clostridiaceae 186801|Clostridia S An RNase that has 5'-3' exonuclease and possibly endonuclease activity. Involved in maturation of rRNA and in some organisms also mRNA maturation and or decay rnj - - ko:K12574 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03019 - - - Lactamase_B,Lactamase_B_2,RMMBL +MGYG000000001_02417 1301100.HG529233_gene7357 2.94e-238 662.0 COG1323@1|root,COG1323@2|Bacteria,1TPP2@1239|Firmicutes,247UP@186801|Clostridia,36DM0@31979|Clostridiaceae 186801|Clostridia S Belongs to the UPF0348 family - - - - - - - - - - - - HIGH_NTase1,HIGH_NTase1_ass +MGYG000000001_02449 1476973.JMMB01000007_gene172 2.37e-89 265.0 COG3688@1|root,COG3688@2|Bacteria,1V9XR@1239|Firmicutes,24MPI@186801|Clostridia,25RM8@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score - - - ko:K06962 - - - - ko00000 - - - NYN_YacP +MGYG000000001_02675 1582156.A0A0A8WFY3_9CAUD 2.88e-36 130.0 4QBBN@10239|Viruses,4QPQU@28883|Caudovirales 28883|Caudovirales S Siphovirus Gp157 - - - - - - - - - - - - - +MGYG000000001_02739 445973.CLOBAR_02035 5.85e-14 68.9 2B1R0@1|root,31U6P@2|Bacteria,1W3A7@1239|Firmicutes,24XUV@186801|Clostridia,25U7W@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02771 1476973.JMMB01000007_gene2418 5.61e-142 405.0 COG0778@1|root,COG0778@2|Bacteria,1UB8S@1239|Firmicutes,249SD@186801|Clostridia,25TE1@186804|Peptostreptococcaceae 186801|Clostridia C Nitroreductase family - - 1.5.1.38 ko:K19285 ko00740,ko01100,map00740,map01100 - R05706 RC00126 ko00000,ko00001,ko01000 - - - Nitroreductase +MGYG000000001_02804 1292035.H476_2234 3.04e-58 187.0 COG0398@1|root,COG0398@2|Bacteria,1TS5T@1239|Firmicutes,25CNM@186801|Clostridia,25RRE@186804|Peptostreptococcaceae 186801|Clostridia S SNARE associated Golgi protein - - - - - - - - - - - - SNARE_assoc +MGYG000000001_02836 1292035.H476_2110 0.0 1991.0 COG0674@1|root,COG1013@1|root,COG1014@1|root,COG1145@1|root,COG0674@2|Bacteria,COG1013@2|Bacteria,COG1014@2|Bacteria,COG1145@2|Bacteria,1TQJ2@1239|Firmicutes,248FW@186801|Clostridia,25QC0@186804|Peptostreptococcaceae 186801|Clostridia C Oxidoreductase required for the transfer of electrons from pyruvate to flavodoxin nifJ - 1.2.7.1 ko:K03737 ko00010,ko00020,ko00620,ko00650,ko00720,ko01100,ko01120,ko01130,ko01200,map00010,map00020,map00620,map00650,map00720,map01100,map01120,map01130,map01200 M00173,M00307 R01196,R10866 RC00004,RC02742 br01601,ko00000,ko00001,ko00002,ko01000 - - - EKR,Fer4,Fer4_16,Fer4_6,Fer4_7,PFOR_II,POR,POR_N,TPP_enzyme_C +MGYG000000001_02868 1476973.JMMB01000007_gene1282 1.57e-44 159.0 COG5164@1|root,COG5164@2|Bacteria 2|Bacteria K cell wall organization - - 3.2.1.4 ko:K01179 ko00500,ko01100,map00500,map01100 - R06200,R11307,R11308 - ko00000,ko00001,ko01000 - GH5,GH9 - Alpha-amylase,CBM_X2,Cellulase,Collagen,Collagen_mid,Cu_amine_oxidN1,DUF3494,Endonuclea_NS_2,Enterotoxin_a,F5_F8_type_C,Fn_bind,G5,Gram_pos_anchor,HC2,LRR_5,Laminin_G_3,MucBP,PAS,Peptidase_S74,SdrG_C_C,YSIRK_signal +MGYG000000001_02900 1122217.KB899573_gene2152 9.23e-28 112.0 COG0500@1|root,COG2226@2|Bacteria,1UY28@1239|Firmicutes,4H4D4@909932|Negativicutes 909932|Negativicutes Q ubiE/COQ5 methyltransferase family - - - - - - - - - - - - Methyltransf_11,Methyltransf_31 +MGYG000000001_02948 536233.CLO_1650 3.71e-182 511.0 COG0614@1|root,COG0614@2|Bacteria,1TQMK@1239|Firmicutes,24B1M@186801|Clostridia,36EU7@31979|Clostridiaceae 186801|Clostridia P Periplasmic binding protein fhuD - - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - Peripla_BP_2 +MGYG000000001_00623 1476973.JMMB01000007_gene1880 2.97e-130 374.0 COG1484@1|root,COG1484@2|Bacteria,1V48P@1239|Firmicutes,24B2B@186801|Clostridia,25RRF@186804|Peptostreptococcaceae 186801|Clostridia L Bacterial dnaA protein - - - - - - - - - - - - Bac_DnaA,IstB_IS21 +MGYG000000001_02245 1391647.AVSV01000028_gene343 2.08e-125 366.0 COG2035@1|root,COG2035@2|Bacteria,1UYD5@1239|Firmicutes,24B08@186801|Clostridia,36G4J@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF368) - - - ko:K08974 - - - - ko00000 - - - DUF368 +MGYG000000001_00927 1301100.HG529418_gene3024 2.98e-45 146.0 COG0238@1|root,COG0238@2|Bacteria,1V9XS@1239|Firmicutes,24MQV@186801|Clostridia,36KGE@31979|Clostridiaceae 186801|Clostridia J Binds as a heterodimer with protein S6 to the central domain of the 16S rRNA, where it helps stabilize the platform of the 30S subunit rpsR - - ko:K02963 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S18 +MGYG000000001_02689 272563.CD630_05970 1.2e-36 125.0 2E34J@1|root,32Y4N@2|Bacteria,1VESM@1239|Firmicutes,24QZX@186801|Clostridia 186801|Clostridia S COG NOG18028 non supervised orthologous group cotJB - - ko:K06333 - - - - ko00000 - - - CotJA,CotJB +MGYG000000001_02796 1476973.JMMB01000007_gene528 2.14e-120 346.0 COG3172@1|root,COG3172@2|Bacteria,1UZS9@1239|Firmicutes,24A97@186801|Clostridia,25T4W@186804|Peptostreptococcaceae 186801|Clostridia H AAA domain - - - - - - - - - - - - AAA_28 +MGYG000000001_02937 1301100.HG529356_gene2082 1.25e-187 530.0 COG0463@1|root,COG0463@2|Bacteria,1TQEM@1239|Firmicutes,249HH@186801|Clostridia,36EPG@31979|Clostridiaceae 186801|Clostridia M glycosyl transferase family 2 sunS - - - - - - - - - - - Glycos_transf_2,TPR_2,TPR_3,TPR_7,TPR_8 +MGYG000000001_00981 445973.CLOBAR_01783 3.24e-105 315.0 COG0614@1|root,COG0614@2|Bacteria,1UIJ9@1239|Firmicutes,24C58@186801|Clostridia,25RIJ@186804|Peptostreptococcaceae 186801|Clostridia P Heme ABC transporter, heme-binding protein isdE isdE - - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - NEAT,Peripla_BP_2 +MGYG000000001_01932 1391646.AVSU01000010_gene93 9.12e-18 81.6 29UPZ@1|root,30G1P@2|Bacteria,1UF1K@1239|Firmicutes,254XZ@186801|Clostridia,25U6J@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03109 1301100.HG529440_gene4796 1.39e-85 256.0 COG0602@1|root,COG0602@2|Bacteria,1V1HG@1239|Firmicutes,24HIJ@186801|Clostridia,36I6P@31979|Clostridiaceae 186801|Clostridia O Activation of anaerobic ribonucleoside-triphosphate reductase under anaerobic conditions by generation of an organic free radical, using S-adenosylmethionine and reduced flavodoxin as cosubstrates to produce 5'-deoxy-adenosine nrdG - 1.97.1.4 ko:K04068 - - R04710 - ko00000,ko01000 - - - Fer4_12,Radical_SAM +MGYG000000001_02621 272563.CD630_14380 4.42e-168 488.0 COG1729@1|root,COG1729@2|Bacteria,1VDE3@1239|Firmicutes,25EWU@186801|Clostridia,25QQS@186804|Peptostreptococcaceae 186801|Clostridia S Tetratricopeptide repeat - - - - - - - - - - - - TPR_6,TPR_8 +MGYG000000001_03029 1414720.CBYM010000022_gene2224 6.17e-141 410.0 2C2TA@1|root,2Z7T7@2|Bacteria,1TS53@1239|Firmicutes,248BA@186801|Clostridia,36HGI@31979|Clostridiaceae 186801|Clostridia S Fusaric acid resistance protein-like - - - - - - - - - - - - FUSC_2 +MGYG000000001_00426 1151292.QEW_1165 4.4e-102 301.0 COG0765@1|root,COG0765@2|Bacteria,1TPM3@1239|Firmicutes,248UY@186801|Clostridia,25RA3@186804|Peptostreptococcaceae 186801|Clostridia E Binding-protein-dependent transport system inner membrane component - - - ko:K02029,ko:K02030 - M00236 - - ko00000,ko00002,ko02000 3.A.1.3 - - BPD_transp_1,SBP_bac_3 +MGYG000000001_02223 1301100.HG529374_gene1506 0.000878 43.1 COG3404@1|root,COG3404@2|Bacteria,1V1X8@1239|Firmicutes,24JZM@186801|Clostridia,36JRA@31979|Clostridiaceae 186801|Clostridia E cyclohydrolase fchA - - - - - - - - - - - FTCD_C +MGYG000000001_01899 318464.IO99_07105 1.5e-33 120.0 2E6A2@1|root,330XY@2|Bacteria,1VISZ@1239|Firmicutes,24QK3@186801|Clostridia 186801|Clostridia S Psort location Cytoplasmic, score 8.87 - - - - - - - - - - - - PqqD +MGYG000000001_02208 457396.CSBG_00319 1.71e-187 527.0 COG0524@1|root,COG0524@2|Bacteria,1TRRY@1239|Firmicutes,248Y3@186801|Clostridia,36EZU@31979|Clostridiaceae 186801|Clostridia G PFAM PfkB - - 2.7.1.45 ko:K00874 ko00030,ko01100,ko01120,ko01200,map00030,map01100,map01120,map01200 M00061,M00308,M00631 R01541 RC00002,RC00017 ko00000,ko00001,ko00002,ko01000 - - - PfkB +MGYG000000001_02175 1499684.CCNP01000023_gene3138 1.2e-95 283.0 COG1309@1|root,COG1309@2|Bacteria,1V6GJ@1239|Firmicutes,24J0S@186801|Clostridia,36JXP@31979|Clostridiaceae 186801|Clostridia K Bacterial regulatory proteins, tetR family - - - - - - - - - - - - TetR_N +MGYG000000001_00512 1301100.HG529253_gene6304 1.7e-68 219.0 COG4709@1|root,COG4709@2|Bacteria,1VDJ8@1239|Firmicutes,24IA1@186801|Clostridia,36IW6@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1700) - - - - - - - - - - - - DUF1700,RDD +MGYG000000001_02477 1151292.QEW_2134 5.2e-217 607.0 COG0108@1|root,COG0807@1|root,COG0108@2|Bacteria,COG0807@2|Bacteria,1TPH9@1239|Firmicutes,248B0@186801|Clostridia,25QGS@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the conversion of D-ribulose 5-phosphate to formate and 3,4-dihydroxy-2-butanone 4-phosphate ribBA - 3.5.4.25,4.1.99.12 ko:K14652 ko00740,ko00790,ko01100,ko01110,map00740,map00790,map01100,map01110 M00125,M00840 R00425,R07281 RC00293,RC01792,RC01815,RC02504 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS10830 DHBP_synthase,GTP_cyclohydro2,Lum_binding +MGYG000000001_00993 1301100.HG529356_gene2058 1.65e-100 302.0 2EZ4B@1|root,33SAI@2|Bacteria,1VRSY@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02853 1301100.HG529278_gene1543 1.06e-57 211.0 COG0790@1|root,COG0790@2|Bacteria,1TS5X@1239|Firmicutes,248TS@186801|Clostridia 186801|Clostridia KLT Psort location - - - ko:K07126 - - - - ko00000 - - - DZR,Pkinase,Sel1,TPR_10,TPR_16,TPR_2,TPR_7,TPR_8 +MGYG000000001_03025 1391646.AVSU01000037_gene2030 2.15e-25 100.0 COG3382@1|root,COG3382@2|Bacteria,1V2TQ@1239|Firmicutes,25CKX@186801|Clostridia,25SJ4@186804|Peptostreptococcaceae 186801|Clostridia S B3/4 domain - - - - - - - - - - - - B3_4 +MGYG000000001_00462 1301100.HG529287_gene7045 4.88e-78 235.0 COG4430@1|root,COG4430@2|Bacteria,1VA6D@1239|Firmicutes,24N9F@186801|Clostridia,36K83@31979|Clostridiaceae 186801|Clostridia S Domain of unknown function (DUF1905) - - - - - - - - - - - - DUF1801,DUF1905,OmdA +MGYG000000001_00526 1151292.QEW_1737 6.83e-36 122.0 COG1278@1|root,COG1278@2|Bacteria,1VEE0@1239|Firmicutes,24QJE@186801|Clostridia,25RUN@186804|Peptostreptococcaceae 186801|Clostridia K Cold shock protein cspA - - ko:K03704 - - - - ko00000,ko03000 - - - CSD +MGYG000000001_02567 340099.Teth39_0398 1.32e-19 80.5 COG0257@1|root,COG0257@2|Bacteria,1VK4F@1239|Firmicutes,24UGF@186801|Clostridia,42HG1@68295|Thermoanaerobacterales 186801|Clostridia J Belongs to the bacterial ribosomal protein bL36 family rpmJ - - ko:K02919 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L36 +MGYG000000001_00516 1292035.H476_0917 7.96e-12 75.1 2F5AB@1|root,33XWG@2|Bacteria,1VVKK@1239|Firmicutes,24Y48@186801|Clostridia,25RHQ@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_03146 1476973.JMMB01000007_gene2210 1.18e-91 269.0 COG0454@1|root,COG0456@2|Bacteria,1V3IC@1239|Firmicutes,24HK5@186801|Clostridia,25TKK@186804|Peptostreptococcaceae 186801|Clostridia K Acetyltransferase (GNAT) domain - - - - - - - - - - - - Acetyltransf_1,Acetyltransf_10,Acetyltransf_3,Acetyltransf_7 +MGYG000000001_01839 1301100.HG529336_gene3392 3.92e-112 332.0 COG1295@1|root,COG1295@2|Bacteria,1U7HM@1239|Firmicutes,24A2Q@186801|Clostridia,36ESU@31979|Clostridiaceae 186801|Clostridia S Belongs to the UPF0761 family yihY - - ko:K07058 - - - - ko00000 - - - 5-FTHF_cyc-lig,Virul_fac_BrkB +MGYG000000001_02632 1499683.CCFF01000013_gene349 1.56e-29 108.0 COG1251@1|root,COG1251@2|Bacteria,1VBCD@1239|Firmicutes,24MSC@186801|Clostridia,36K0R@31979|Clostridiaceae 186801|Clostridia C BFD-like [2Fe-2S] binding domain - - - - - - - - - - - - Fer2_BFD +MGYG000000001_02398 1301100.HG529318_gene6120 5.76e-141 400.0 COG1131@1|root,COG1131@2|Bacteria,1V1P4@1239|Firmicutes,249VI@186801|Clostridia,36I6U@31979|Clostridiaceae 186801|Clostridia V ABC transporter, ATP-binding protein - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - ABC_tran +MGYG000000001_02593 1035196.HMPREF9998_00662 1.83e-63 196.0 COG0051@1|root,COG0051@2|Bacteria,1V6C9@1239|Firmicutes,24JDC@186801|Clostridia,25REH@186804|Peptostreptococcaceae 186801|Clostridia J Involved in the binding of tRNA to the ribosomes rpsJ - - ko:K02946 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_S10 +MGYG000000001_00155 272563.CD630_31220 1e-80 239.0 COG0640@1|root,COG0640@2|Bacteria,1V6Z2@1239|Firmicutes,24JUM@186801|Clostridia 186801|Clostridia K Transcriptional regulator, ArsR family - - - - - - - - - - - - HTH_20,HTH_5 +MGYG000000001_01778 457396.CSBG_00792 4.72e-160 447.0 COG0020@1|root,COG0020@2|Bacteria,1TRKB@1239|Firmicutes,248R2@186801|Clostridia,36EV1@31979|Clostridiaceae 186801|Clostridia I undecaprenyl uppS1 - 2.5.1.31 ko:K00806 ko00900,ko01110,map00900,map01110 - R06447 RC00279,RC02839 ko00000,ko00001,ko01000,ko01006 - - - Prenyltransf +MGYG000000001_02584 1151292.QEW_0084 1.03e-37 126.0 COG0255@1|root,COG0255@2|Bacteria,1VEME@1239|Firmicutes,24QV1@186801|Clostridia,25RVP@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the universal ribosomal protein uL29 family rpmC - - ko:K02904 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L29 +MGYG000000001_02463 1292035.H476_0187 0.0 1324.0 COG0480@1|root,COG0480@2|Bacteria,1TPF9@1239|Firmicutes,247VN@186801|Clostridia,25QN5@186804|Peptostreptococcaceae 186801|Clostridia J Catalyzes the GTP-dependent ribosomal translocation step during translation elongation. During this step, the ribosome changes from the pre-translocational (PRE) to the post- translocational (POST) state as the newly formed A-site-bound peptidyl-tRNA and P-site-bound deacylated tRNA move to the P and E sites, respectively. Catalyzes the coordinated movement of the two tRNA molecules, the mRNA and conformational changes in the ribosome fusA - - ko:K02355 - - - - ko00000,ko03012,ko03029 - - - EFG_C,EFG_II,EFG_IV,GTP_EFTU,GTP_EFTU_D2 +MGYG000000001_02401 1414720.CBYM010000020_gene2479 2.57e-75 225.0 arCOG09714@1|root,316P9@2|Bacteria,1V7WP@1239|Firmicutes,24K29@186801|Clostridia,36VCQ@31979|Clostridiaceae 186801|Clostridia S COG NOG16854 non supervised orthologous group - - - - - - - - - - - - - +MGYG000000001_00802 1292035.H476_1828 3.91e-74 223.0 COG1950@1|root,COG1950@2|Bacteria,1VAPZ@1239|Firmicutes,24JZV@186801|Clostridia,25TKP@186804|Peptostreptococcaceae 186801|Clostridia S Mycobacterial 4 TMS phage holin, superfamily IV - - - - - - - - - - - - Phage_holin_4_2 +MGYG000000001_00168 1499683.CCFF01000013_gene305 0.0 1274.0 COG1472@1|root,COG1472@2|Bacteria,1TP0T@1239|Firmicutes,24932@186801|Clostridia,36EVW@31979|Clostridiaceae 186801|Clostridia G hydrolase, family 3 - - 3.2.1.21 ko:K05349 ko00460,ko00500,ko00940,ko01100,ko01110,map00460,map00500,map00940,map01100,map01110 - R00026,R02558,R02887,R02985,R03527,R04949,R04998,R10035,R10039,R10040 RC00049,RC00059,RC00171,RC00262,RC00397,RC00451,RC00714,RC00746,RC01248 ko00000,ko00001,ko01000 - GH3 - Glyco_hydro_3,Glyco_hydro_3_C +MGYG000000001_00169 1499683.CCFF01000013_gene305 0.0 1274.0 COG1472@1|root,COG1472@2|Bacteria,1TP0T@1239|Firmicutes,24932@186801|Clostridia,36EVW@31979|Clostridiaceae 186801|Clostridia G hydrolase, family 3 - - 3.2.1.21 ko:K05349 ko00460,ko00500,ko00940,ko01100,ko01110,map00460,map00500,map00940,map01100,map01110 - R00026,R02558,R02887,R02985,R03527,R04949,R04998,R10035,R10039,R10040 RC00049,RC00059,RC00171,RC00262,RC00397,RC00451,RC00714,RC00746,RC01248 ko00000,ko00001,ko01000 - GH3 - Glyco_hydro_3,Glyco_hydro_3_C +MGYG000000001_00314 1476973.JMMB01000007_gene2901 9.6e-78 232.0 COG0346@1|root,COG0346@2|Bacteria,1V6K3@1239|Firmicutes,24J94@186801|Clostridia,25RFW@186804|Peptostreptococcaceae 186801|Clostridia E Glyoxalase/Bleomycin resistance protein/Dioxygenase superfamily gloA - 4.4.1.5 ko:K01759 ko00620,map00620 - R02530 RC00004,RC00740 ko00000,ko00001,ko01000 - - - Glyoxalase +MGYG000000001_01043 1301100.HG529421_gene7069 0.0 1482.0 COG0653@1|root,COG0653@2|Bacteria,1TPEY@1239|Firmicutes,247N2@186801|Clostridia,36DNR@31979|Clostridiaceae 186801|Clostridia U Part of the Sec protein translocase complex. Interacts with the SecYEG preprotein conducting channel. Has a central role in coupling the hydrolysis of ATP to the transfer of proteins into and across the cell membrane, serving as an ATP-driven molecular motor driving the stepwise translocation of polypeptide chains across the membrane secA - - ko:K03070 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044 3.A.5.1,3.A.5.10,3.A.5.2,3.A.5.4 - - Helicase_C,SEC-C,SecA_DEAD,SecA_PP_bind,SecA_SW +MGYG000000001_01398 1301100.HG529262_gene696 2.34e-152 437.0 COG1744@1|root,COG1744@2|Bacteria,1TPEU@1239|Firmicutes,248QT@186801|Clostridia,36EW8@31979|Clostridiaceae 186801|Clostridia S basic membrane bmpA - - ko:K07335 - - - - ko00000 - - - Bmp +MGYG000000001_02496 1301100.HG529429_gene1896 2.38e-139 398.0 COG0363@1|root,COG0363@2|Bacteria,1TP10@1239|Firmicutes,248HK@186801|Clostridia,36E4F@31979|Clostridiaceae 186801|Clostridia G Catalyzes the reversible isomerization-deamination of glucosamine 6-phosphate (GlcN6P) to form fructose 6-phosphate (Fru6P) and ammonium ion nagB - 3.5.99.6 ko:K02564 ko00520,ko01100,map00520,map01100 - R00765 RC00163 ko00000,ko00001,ko01000 - - - Glucosamine_iso +MGYG000000001_02985 1301100.HG529256_gene6198 8.5e-149 441.0 COG2720@1|root,COG2720@2|Bacteria,1TSH8@1239|Firmicutes,2493X@186801|Clostridia,36EIZ@31979|Clostridiaceae 186801|Clostridia V PFAM VanW family protein - - - ko:K18346 ko01502,ko02020,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01504 - - - G5,PG_binding_4,VanW +MGYG000000001_00709 272563.CD630_34880 1.73e-172 487.0 COG1210@1|root,COG1210@2|Bacteria,1TQ24@1239|Firmicutes,25E5A@186801|Clostridia,25QH5@186804|Peptostreptococcaceae 186801|Clostridia M UTP-glucose-1-phosphate uridylyltransferase galU - 2.7.7.9 ko:K00963 ko00040,ko00052,ko00500,ko00520,ko01100,ko01130,map00040,map00052,map00500,map00520,map01100,map01130 M00129,M00361,M00362,M00549 R00289 RC00002 ko00000,ko00001,ko00002,ko01000 - - - GHMP_kinases_N,NTP_transferase +MGYG000000001_02823 445973.CLOBAR_01336 1.53e-101 303.0 COG0561@1|root,COG0561@2|Bacteria,1UYU8@1239|Firmicutes,25B2W@186801|Clostridia,25UKJ@186804|Peptostreptococcaceae 186801|Clostridia S Sucrose-6F-phosphate phosphohydrolase - - - - - - - - - - - - Hydrolase_3 +MGYG000000001_02950 195103.CPF_0809 2.48e-201 562.0 COG0609@1|root,COG0609@2|Bacteria,1TPX6@1239|Firmicutes,24BGM@186801|Clostridia,36EF1@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily fhuG - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_01181 1301100.HG529229_gene5397 3.7e-125 361.0 COG3279@1|root,COG3279@2|Bacteria,1V14X@1239|Firmicutes,24BG9@186801|Clostridia,36E97@31979|Clostridiaceae 186801|Clostridia KT response regulator ypdB - - ko:K02477,ko:K07705 ko02020,map02020 M00492 - - ko00000,ko00001,ko00002,ko02022 - - - LytTR,Response_reg +MGYG000000001_02453 1301100.HG529434_gene6524 1.71e-28 103.0 COG0690@1|root,COG0690@2|Bacteria,1W14R@1239|Firmicutes 1239|Firmicutes U Essential subunit of the Sec protein translocation channel SecYEG. Clamps together the 2 halves of SecY. May contact the channel plug during translocation secE - - ko:K03073 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044 3.A.5.1,3.A.5.2 - - SecE +MGYG000000001_00947 1151292.QEW_4344 2.44e-20 81.3 COG0230@1|root,COG0230@2|Bacteria,1VK90@1239|Firmicutes,24UGN@186801|Clostridia,25RUD@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bL34 family rpmH - - ko:K02914 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L34 +MGYG000000001_00060 1301100.HG529382_gene4030 1.99e-141 405.0 COG0581@1|root,COG0581@2|Bacteria,1TP74@1239|Firmicutes,248C4@186801|Clostridia,36DCX@31979|Clostridiaceae 186801|Clostridia P Phosphate transport system permease protein PstA pstA - - ko:K02038 ko02010,map02010 M00222 - - ko00000,ko00001,ko00002,ko02000 3.A.1.7 - - BPD_transp_1 +MGYG000000001_00295 1301100.HG529369_gene1462 1.97e-251 694.0 COG0426@1|root,COG0426@2|Bacteria,1TQE9@1239|Firmicutes,249CU@186801|Clostridia,36E70@31979|Clostridiaceae 186801|Clostridia C flavodoxin nitric oxide synthase fprA2 GO:0000166,GO:0003674,GO:0003824,GO:0005488,GO:0005506,GO:0006091,GO:0008150,GO:0008152,GO:0009055,GO:0009987,GO:0010181,GO:0016491,GO:0016651,GO:0016661,GO:0016662,GO:0016966,GO:0022900,GO:0032553,GO:0036094,GO:0043167,GO:0043168,GO:0043169,GO:0044237,GO:0046872,GO:0046914,GO:0048037,GO:0050662,GO:0050664,GO:0055114,GO:0072593,GO:0097159,GO:0097367,GO:1901265,GO:1901363 1.6.3.4 ko:K22405 - - - - ko00000,ko01000 - - - Flavodoxin_1,Lactamase_B,Lactamase_B_2,Pyr_redox_2 +MGYG000000001_00335 1292035.H476_2732 1.39e-158 445.0 COG0235@1|root,COG0235@2|Bacteria,1TS5G@1239|Firmicutes,248NY@186801|Clostridia 186801|Clostridia G Class II aldolase fucA - 4.1.2.17 ko:K01628 ko00051,ko01120,map00051,map01120 - R02262 RC00603,RC00604 ko00000,ko00001,ko01000 - - - Aldolase_II +MGYG000000001_01364 1476973.JMMB01000007_gene580 5.86e-140 397.0 COG0569@1|root,COG0569@2|Bacteria,1TQ9H@1239|Firmicutes,249C2@186801|Clostridia,25R8D@186804|Peptostreptococcaceae 186801|Clostridia P TrkA N-terminal domain protein ktrC - - ko:K03499 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkA_C,TrkA_N +MGYG000000001_02494 1301100.HG529429_gene1883 3.79e-215 598.0 COG3842@1|root,COG3842@2|Bacteria,1TP2M@1239|Firmicutes,247JR@186801|Clostridia,36EAA@31979|Clostridiaceae 186801|Clostridia P Part of the ABC transporter complex PotABCD involved in spermidine putrescine import. Responsible for energy coupling to the transport system potA - 3.6.3.31 ko:K11072 ko02010,map02010 M00299 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.11.1 - - ABC_tran,TOBE_2 +MGYG000000001_02415 1476973.JMMB01000007_gene943 1.82e-248 687.0 COG2025@1|root,COG2025@2|Bacteria,1TPC8@1239|Firmicutes,247NF@186801|Clostridia,25QKB@186804|Peptostreptococcaceae 186801|Clostridia C electron transfer flavoprotein etfA - - ko:K03522 - - - - ko00000,ko04147 - - - ETF,ETF_alpha,Fer4,Fer4_9 +MGYG000000001_02842 1476973.JMMB01000007_gene812 1.82e-243 673.0 COG0082@1|root,COG0082@2|Bacteria,1TQ40@1239|Firmicutes,24998@186801|Clostridia,25QQH@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the anti-1,4-elimination of the C-3 phosphate and the C-6 proR hydrogen from 5-enolpyruvylshikimate-3-phosphate (EPSP) to yield chorismate, which is the branch point compound that serves as the starting substrate for the three terminal pathways of aromatic amino acid biosynthesis. This reaction introduces a second double bond into the aromatic ring system aroC - 4.2.3.5 ko:K01736 ko00400,ko01100,ko01110,ko01130,ko01230,map00400,map01100,map01110,map01130,map01230 M00022 R01714 RC00586 ko00000,ko00001,ko00002,ko01000 - - - Chorismate_synt +MGYG000000001_02003 1476973.JMMB01000007_gene364 5.7e-157 444.0 COG0796@1|root,COG0796@2|Bacteria,1TPPR@1239|Firmicutes,249MB@186801|Clostridia,25R3M@186804|Peptostreptococcaceae 186801|Clostridia M Provides the (R)-glutamate required for cell wall biosynthesis murI - 5.1.1.3 ko:K01776 ko00471,ko01100,map00471,map01100 - R00260 RC00302 ko00000,ko00001,ko01000,ko01011 - - - Asp_Glu_race +MGYG000000001_01457 1301100.HG529236_gene7260 1.53e-119 347.0 COG1354@1|root,COG1354@2|Bacteria,1TRW3@1239|Firmicutes,249VW@186801|Clostridia,36EKU@31979|Clostridiaceae 186801|Clostridia D Participates in chromosomal partition during cell division. May act via the formation of a condensin-like complex containing Smc and ScpB that pull DNA away from mid-cell into both cell halves scpA - - ko:K05896 - - - - ko00000,ko03036 - - - SMC_ScpA +MGYG000000001_01468 272563.CD630_12850 1.32e-89 264.0 COG0816@1|root,COG0816@2|Bacteria,1V6ER@1239|Firmicutes,24JGP@186801|Clostridia,25RGT@186804|Peptostreptococcaceae 186801|Clostridia J Could be a nuclease involved in processing of the 5'-end of pre-16S rRNA yrrK - - ko:K07447 - - - - ko00000,ko01000 - - - DUF1292,RuvX +MGYG000000001_00017 272563.CD630_33190 1.93e-152 439.0 COG0392@1|root,COG0392@2|Bacteria,1TV0P@1239|Firmicutes,24DYR@186801|Clostridia,25S2Q@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the transfer of a lysyl group from L-lysyl- tRNA(Lys) to membrane-bound phosphatidylglycerol (PG), which produces lysylphosphatidylglycerol (LPG), a major component of the bacterial membrane with a positive net charge. LPG synthesis contributes to bacterial virulence as it is involved in the resistance mechanism against cationic antimicrobial peptides (CAMP) produces by the host's immune system (defensins, cathelicidins) and by the competing microorganisms mprF - - ko:K07027 - - - - ko00000,ko02000 4.D.2 - - LPG_synthase_TM +MGYG000000001_00049 272563.CD630_32740 0.0 928.0 COG0370@1|root,COG0370@2|Bacteria,1TP7E@1239|Firmicutes,24885@186801|Clostridia,25QWT@186804|Peptostreptococcaceae 186801|Clostridia P transporter of a GTP-driven Fe(2 ) uptake system - - - ko:K04759 - - - - ko00000,ko02000 9.A.8.1 - - FeoB_C,FeoB_N,Gate,P12 +MGYG000000001_00081 1301100.HG529384_gene4103 2.31e-44 144.0 2E3FD@1|root,32YE7@2|Bacteria,1VEE4@1239|Firmicutes,24QJ7@186801|Clostridia,36MNV@31979|Clostridiaceae 186801|Clostridia S TSCPD domain - - - - - - - - - - - - TSCPD +MGYG000000001_00178 1301100.HG529327_gene4552 6.21e-147 422.0 COG1266@1|root,COG1266@2|Bacteria,1VA8S@1239|Firmicutes,248TA@186801|Clostridia,36ESX@31979|Clostridiaceae 186801|Clostridia S CAAX amino terminal protease family - - - ko:K07052 - - - - ko00000 - - - ABC2_membrane_3,Abi +MGYG000000001_00210 1292035.H476_1775 1.07e-227 652.0 COG0574@1|root,COG1080@1|root,COG0574@2|Bacteria,COG1080@2|Bacteria,1TPK8@1239|Firmicutes,247RW@186801|Clostridia,25QN3@186804|Peptostreptococcaceae 186801|Clostridia G Belongs to the PEP-utilizing enzyme family ppdK - 2.7.9.1 ko:K01006 ko00620,ko00710,ko00720,ko01100,ko01120,ko01200,map00620,map00710,map00720,map01100,map01120,map01200 M00169,M00171,M00172,M00173 R00206 RC00002,RC00015 ko00000,ko00001,ko00002,ko01000 - - - PEP-utilizers,PEP-utilizers_C,PPDK_N +MGYG000000001_00307 272563.CD630_11420 1.28e-131 384.0 COG1148@1|root,COG2878@1|root,COG1148@2|Bacteria,COG2878@2|Bacteria,1TQGD@1239|Firmicutes,24904@186801|Clostridia,25QGD@186804|Peptostreptococcaceae 186801|Clostridia C Electron transport complex rnfB - - ko:K03616 - - - - ko00000 - - - FeS,Fer4,Fer4_13,Fer4_3,Fer4_4,Fer4_6,Fer4_7,Fer4_9 +MGYG000000001_00340 1415775.U729_293 1.24e-242 671.0 COG1454@1|root,COG1454@2|Bacteria,1TPB4@1239|Firmicutes,247IQ@186801|Clostridia,36EAX@31979|Clostridiaceae 186801|Clostridia C alcohol dehydrogenase fucO - 1.1.1.77 ko:K00048 ko00630,ko00640,ko01120,map00630,map00640,map01120 - R01781,R02257 RC00087,RC00099 ko00000,ko00001,ko01000 - - - Fe-ADH +MGYG000000001_00404 1151292.QEW_1189 8.16e-81 241.0 2ANER@1|root,31DDD@2|Bacteria,1V46U@1239|Firmicutes,24JDI@186801|Clostridia,25RDT@186804|Peptostreptococcaceae 186801|Clostridia S SpoVAC/SpoVAEB sporulation membrane protein spoVAC - - ko:K06405 - - - - ko00000 - - - DoxX,SpoVAC_SpoVAEB +MGYG000000001_00469 1301100.HG529316_gene478 2.61e-08 53.5 COG0716@1|root,COG0716@2|Bacteria,1V6D7@1239|Firmicutes,24J7W@186801|Clostridia,36JTC@31979|Clostridiaceae 186801|Clostridia C flavodoxin - - - - - - - - - - - - Flavodoxin_1 +MGYG000000001_00501 1301100.HG529233_gene7371 9.02e-06 47.0 COG1621@1|root,COG1621@2|Bacteria,1TPAE@1239|Firmicutes,247UU@186801|Clostridia,36DCF@31979|Clostridiaceae 186801|Clostridia G Glycosyl hydrolases family 32 N-terminal domain - - 3.2.1.26 ko:K01193 ko00052,ko00500,ko01100,map00052,map00500,map01100 - R00801,R00802,R02410,R03635,R03921,R06088 RC00028,RC00077 ko00000,ko00001,ko01000 - GH32 - Glyco_hydro_32C,Glyco_hydro_32N +MGYG000000001_00533 272563.CD630_13820 3.3e-316 867.0 COG0554@1|root,COG0554@2|Bacteria,1TPX3@1239|Firmicutes,2493W@186801|Clostridia,25S1D@186804|Peptostreptococcaceae 186801|Clostridia F Key enzyme in the regulation of glycerol uptake and metabolism. Catalyzes the phosphorylation of glycerol to yield sn- glycerol 3-phosphate glpK GO:0003674,GO:0003824,GO:0004370,GO:0005975,GO:0006066,GO:0006071,GO:0006793,GO:0006796,GO:0008150,GO:0008152,GO:0009987,GO:0016301,GO:0016310,GO:0016740,GO:0016772,GO:0016773,GO:0019400,GO:0019751,GO:0044237,GO:0044238,GO:0044262,GO:0044281,GO:0071704,GO:1901615 2.7.1.30 ko:K00864 ko00561,ko01100,ko03320,ko04626,map00561,map01100,map03320,map04626 - R00847 RC00002,RC00017 ko00000,ko00001,ko01000,ko04147 - - - FGGY_C,FGGY_N +MGYG000000001_00565 1301100.HG529344_gene3216 2.73e-121 352.0 28I6D@1|root,2Z89E@2|Bacteria,1TQNW@1239|Firmicutes,24A9T@186801|Clostridia,36ENB@31979|Clostridiaceae 186801|Clostridia S EcsC protein family ecsC - - - - - - - - - - - EcsC +MGYG000000001_00629 1301100.HG529274_gene1740 1.04e-26 103.0 COG1396@1|root,COG1396@2|Bacteria,1VK84@1239|Firmicutes 1239|Firmicutes K Transcriptional - - - - - - - - - - - - HTH_3 +MGYG000000001_00662 1301100.HG529432_gene1861 1.64e-163 464.0 COG0470@1|root,COG0470@2|Bacteria,1TRVS@1239|Firmicutes,25E6M@186801|Clostridia,36DG8@31979|Clostridiaceae 186801|Clostridia L DNA polymerase III holB - 2.7.7.7 ko:K02341 ko00230,ko00240,ko01100,ko03030,ko03430,ko03440,map00230,map00240,map01100,map03030,map03430,map03440 M00260 R00375,R00376,R00377,R00378 RC02795 ko00000,ko00001,ko00002,ko01000,ko03032,ko03400 - - - DNA_pol3_delta2,DNApol3-delta_C +MGYG000000001_00694 1476973.JMMB01000007_gene3243 3.02e-53 176.0 COG1989@1|root,COG1989@2|Bacteria,1VVXC@1239|Firmicutes,25077@186801|Clostridia,25RJW@186804|Peptostreptococcaceae 186801|Clostridia NOU Cleaves type-4 fimbrial leader sequence and methylates the N-terminal (generally Phe) residue - - - - - - - - - - - - Peptidase_A24 +MGYG000000001_00726 272563.CD630_34720 5.41e-48 160.0 COG0711@1|root,COG0711@2|Bacteria,1VB85@1239|Firmicutes,24RWR@186801|Clostridia,25RMQ@186804|Peptostreptococcaceae 186801|Clostridia C Component of the F(0) channel, it forms part of the peripheral stalk, linking F(1) to F(0) atpF - - ko:K02109 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194 3.A.2.1 - iHN637.CLJU_RS01170 ATP-synt_B,DUF2130 +MGYG000000001_00758 445973.CLOBAR_01207 4.08e-100 296.0 COG5012@1|root,COG5012@2|Bacteria,1V1P0@1239|Firmicutes,24G08@186801|Clostridia,25SDM@186804|Peptostreptococcaceae 186801|Clostridia S Psort location Cytoplasmic, score mtbC - - - - - - - - - - - B12-binding,B12-binding_2 +MGYG000000001_00822 445973.CLOBAR_00951 2.91e-183 518.0 COG2070@1|root,COG2070@2|Bacteria,1TPX1@1239|Firmicutes,247YZ@186801|Clostridia,25R0C@186804|Peptostreptococcaceae 186801|Clostridia S Nitronate monooxygenase - - - - - - - - - - - - MarR,NMO +MGYG000000001_00854 1301100.HG529333_gene4601 2.37e-99 293.0 COG2844@1|root,COG2844@2|Bacteria,1V2GH@1239|Firmicutes,24FRR@186801|Clostridia,36I1R@31979|Clostridiaceae 186801|Clostridia O HD domain - - - - - - - - - - - - HD +MGYG000000001_00886 1151292.QEW_4243 0.0 1196.0 COG0646@1|root,COG1410@1|root,COG0646@2|Bacteria,COG1410@2|Bacteria,1TPYV@1239|Firmicutes,248JB@186801|Clostridia,25QVW@186804|Peptostreptococcaceae 186801|Clostridia E Homocysteine S-methyltransferase metH - 2.1.1.13 ko:K00548 ko00270,ko00450,ko00670,ko01100,ko01110,ko01230,map00270,map00450,map00670,map01100,map01110,map01230 M00017 R00946,R09365 RC00035,RC00113,RC01241 ko00000,ko00001,ko00002,ko01000 - - - B12-binding,B12-binding_2,Pterin_bind,S-methyl_trans +MGYG000000001_00955 1476973.JMMB01000007_gene206 8.81e-29 105.0 2FCQQ@1|root,3210P@2|Bacteria,1UEEM@1239|Firmicutes,252R2@186801|Clostridia,25RTP@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00988 1151292.QEW_3689 1.28e-59 191.0 COG3275@1|root,COG3275@2|Bacteria,1V6MZ@1239|Firmicutes,24JJT@186801|Clostridia 186801|Clostridia T Psort location CytoplasmicMembrane, score - - - ko:K16923 - M00582 - - ko00000,ko00002,ko02000 3.A.1.28 - - ECF-ribofla_trS,ECF_trnsprt +MGYG000000001_01028 1414720.CBYM010000087_gene3341 6.15e-43 150.0 COG2826@1|root,COG2826@2|Bacteria,1TRSF@1239|Firmicutes,248IJ@186801|Clostridia,36VMZ@31979|Clostridiaceae 186801|Clostridia L Helix-turn-helix domain - - - - - - - - - - - - HTH_38,rve +MGYG000000001_01124 1139219.I569_01402 4.83e-61 201.0 COG3935@1|root,COG3935@2|Bacteria,1TQT6@1239|Firmicutes,4HHS9@91061|Bacilli,4B2RT@81852|Enterococcaceae 91061|Bacilli L DnaD domain protein - - - - - - - - - - - - DUF4373,DnaB_2,Phg_2220_C,Rep_Org_C +MGYG000000001_01189 272563.CD630_12680 2.96e-145 418.0 COG1131@1|root,COG1131@2|Bacteria,1TPMQ@1239|Firmicutes,248QD@186801|Clostridia,25R9N@186804|Peptostreptococcaceae 186801|Clostridia V ATPases associated with a variety of cellular activities - - - ko:K01990 - M00254 - - ko00000,ko00002,ko02000 3.A.1 - - AAA_21,ABC_tran,DUF4162 +MGYG000000001_01253 1301100.HG529275_gene1622 1e-297 819.0 COG1129@1|root,COG1129@2|Bacteria,1TP6I@1239|Firmicutes,247II@186801|Clostridia,36DME@31979|Clostridiaceae 186801|Clostridia P import. Responsible for energy coupling to the transport system rbsA - 3.6.3.17 ko:K10441,ko:K10542 ko02010,map02010 M00212,M00214 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.2.1,3.A.1.2.13,3.A.1.2.19,3.A.1.2.3 - - ABC_tran,Peripla_BP_4 +MGYG000000001_01317 1476973.JMMB01000007_gene1025 1.8e-211 595.0 COG1114@1|root,COG1114@2|Bacteria,1TQIS@1239|Firmicutes,248I0@186801|Clostridia,25QIF@186804|Peptostreptococcaceae 186801|Clostridia E Component of the transport system for branched-chain amino acids brnQ-2 - - ko:K03311 - - - - ko00000 2.A.26 - - Branch_AA_trans +MGYG000000001_01349 1408823.AXUS01000006_gene37 1.98e-143 412.0 COG0280@1|root,COG0280@2|Bacteria,1TRQU@1239|Firmicutes,24857@186801|Clostridia,25QX1@186804|Peptostreptococcaceae 186801|Clostridia C Phosphate acetyl/butaryl transferase ptb1 - 2.3.1.19 ko:K00634 ko00650,ko01100,map00650,map01100 - R01174 RC00004,RC02816 ko00000,ko00001,ko01000 - - - PTA_PTB +MGYG000000001_01381 509191.AEDB02000028_gene2847 1.21e-56 203.0 COG1520@1|root,COG2304@1|root,COG1520@2|Bacteria,COG2304@2|Bacteria,1V5PN@1239|Firmicutes,24NIE@186801|Clostridia 186801|Clostridia S oxidoreductase activity - - - - - - - - - - - - - +MGYG000000001_01413 1292035.H476_3346 5.55e-111 325.0 COG4750@1|root,COG4750@2|Bacteria,1UYW1@1239|Firmicutes,25CE0@186801|Clostridia,25T8H@186804|Peptostreptococcaceae 186801|Clostridia M 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase - - - - - - - - - - - - APH,Choline_kinase,HTH_11,HTH_24,NTP_transf_3,NTP_transferase +MGYG000000001_01445 1391646.AVSU01000102_gene615 9.13e-132 385.0 COG3049@1|root,COG3049@2|Bacteria,1TPZS@1239|Firmicutes,24B0E@186801|Clostridia,25SCW@186804|Peptostreptococcaceae 186801|Clostridia M Linear amide C-N hydrolases, choloylglycine hydrolase family cbh - 3.5.1.24 ko:K01442 ko00120,ko00121,ko01100,map00120,map00121,map01100 - R02797,R03975,R03977,R04486,R04487,R05835 RC00090,RC00096 ko00000,ko00001,ko01000 - - - CBAH +MGYG000000001_01477 1301100.HG529388_gene4982 3.51e-46 155.0 COG3090@1|root,COG3090@2|Bacteria,1V3SM@1239|Firmicutes,24JJE@186801|Clostridia,36KDN@31979|Clostridiaceae 186801|Clostridia G Tripartite ATP-independent periplasmic transporters, DctQ component - - - - - - - - - - - - DctQ +MGYG000000001_01541 1301100.HG529424_gene1989 4.68e-139 397.0 COG1641@1|root,COG1641@2|Bacteria,1TPAV@1239|Firmicutes,247ZH@186801|Clostridia,36DW1@31979|Clostridiaceae 186801|Clostridia S Involved in the biosynthesis of a nickel-pincer cofactor ((SCS)Ni(II) pincer complex). Binds Ni(2 ), and functions in nickel delivery to pyridinium-3,5-bisthiocarboxylic acid mononucleotide (P2TMN), to form the mature cofactor. Is thus probably required for the activation of nickel-pincer cofactor- dependent enzymes larC - 4.99.1.12 ko:K09121 - - - - ko00000,ko01000 - - - DUF111,NAD_synthase +MGYG000000001_01669 1499684.CCNP01000023_gene3154 3.56e-85 256.0 COG2059@1|root,COG2059@2|Bacteria,1V22C@1239|Firmicutes,24G7P@186801|Clostridia,36FDX@31979|Clostridiaceae 186801|Clostridia P overlaps another CDS with the same product name - - - ko:K07240 - - - - ko00000,ko02000 2.A.51.1 - - Chromate_transp +MGYG000000001_01734 1151292.QEW_3008 2.46e-85 261.0 COG2508@1|root,COG2508@2|Bacteria,1UESS@1239|Firmicutes,25JS8@186801|Clostridia,25TC5@186804|Peptostreptococcaceae 186801|Clostridia QT PucR C-terminal helix-turn-helix domain - - - - - - - - - - - - HTH_30 +MGYG000000001_01766 272563.CD630_14890 1.57e-175 496.0 COG1135@1|root,COG1135@2|Bacteria,1TPPN@1239|Firmicutes,248PZ@186801|Clostridia,25QXH@186804|Peptostreptococcaceae 186801|Clostridia P Part of the ABC transporter complex MetNIQ involved in methionine import. Responsible for energy coupling to the transport system metN - - ko:K02071 ko02010,map02010 M00238 - - ko00000,ko00001,ko00002,ko02000 3.A.1.24 - - ABC_tran,NIL +MGYG000000001_01799 1301100.HG529336_gene3397 4.94e-177 499.0 COG2267@1|root,COG2267@2|Bacteria,1TRM1@1239|Firmicutes,247J5@186801|Clostridia,36DXS@31979|Clostridiaceae 186801|Clostridia I Alpha beta - - - - - - - - - - - - Hydrolase_4 +MGYG000000001_01863 1216932.CM240_0402 0.0 1037.0 COG0577@1|root,COG0577@2|Bacteria,1TRAS@1239|Firmicutes,248SQ@186801|Clostridia,36DXP@31979|Clostridiaceae 186801|Clostridia V FtsX-like permease family - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_01316 1301100.HG529234_gene7338 3.28e-256 702.0 COG1161@1|root,COG1161@2|Bacteria,1TQGK@1239|Firmicutes,2490H@186801|Clostridia,36DQN@31979|Clostridiaceae 186801|Clostridia S Required for a late step of 50S ribosomal subunit assembly. Has GTPase activity ylqF - - ko:K14540 - - - - ko00000,ko03009 - - - MMR_HSR1 +MGYG000000001_00901 1499684.CCNP01000010_gene69 5.98e-55 175.0 2CEIC@1|root,33EG7@2|Bacteria,1VPDG@1239|Firmicutes,24I7Y@186801|Clostridia,36J82@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00231 1301100.HG529365_gene1393 1.46e-71 216.0 COG0537@1|root,COG0537@2|Bacteria,1V9ZJ@1239|Firmicutes,24JCW@186801|Clostridia,36JIP@31979|Clostridiaceae 186801|Clostridia FG Hit family hinT - - ko:K02503 - - - - ko00000,ko04147 - - - DcpS_C,HIT +MGYG000000001_01438 1476973.JMMB01000007_gene1060 1.61e-263 727.0 COG1206@1|root,COG1206@2|Bacteria,1TRKH@1239|Firmicutes,249ZZ@186801|Clostridia,25QNX@186804|Peptostreptococcaceae 186801|Clostridia J FAD dependent oxidoreductase - - - - - - - - - - - - GIDA +MGYG000000001_00086 272563.CD630_32480 6.42e-121 352.0 COG0726@1|root,COG0726@2|Bacteria,1UZGG@1239|Firmicutes,249C9@186801|Clostridia,25QTV@186804|Peptostreptococcaceae 186801|Clostridia G Polysaccharide deacetylase pdaB - - - - - - - - - - - Polysacc_deac_1 +MGYG000000001_00118 1301100.HG529386_gene5093 8.57e-148 419.0 COG0149@1|root,COG0149@2|Bacteria,1TP2F@1239|Firmicutes,248JN@186801|Clostridia,36DIA@31979|Clostridiaceae 186801|Clostridia G Involved in the gluconeogenesis. Catalyzes stereospecifically the conversion of dihydroxyacetone phosphate (DHAP) to D-glyceraldehyde-3-phosphate (G3P) tpiA - 5.3.1.1 ko:K01803 ko00010,ko00051,ko00562,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00010,map00051,map00562,map00710,map01100,map01110,map01120,map01130,map01200,map01230 M00001,M00002,M00003 R01015 RC00423 ko00000,ko00001,ko00002,ko01000,ko04147 - - iHN637.CLJU_RS19265 TIM +MGYG000000001_00151 478749.BRYFOR_05334 7.18e-78 237.0 28PR5@1|root,2ZCD3@2|Bacteria,1V3WQ@1239|Firmicutes,24HCF@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00280 1301100.HG529369_gene1445 1.37e-121 351.0 COG1057@1|root,COG1057@2|Bacteria,1V3SK@1239|Firmicutes,24JFM@186801|Clostridia,36I7Z@31979|Clostridiaceae 186801|Clostridia H Catalyzes the reversible adenylation of nicotinate mononucleotide (NaMN) to nicotinic acid adenine dinucleotide (NaAD) nadD - 2.7.7.18 ko:K00969 ko00760,ko01100,map00760,map01100 M00115 R00137,R03005 RC00002 ko00000,ko00001,ko00002,ko01000 - - - CTP_transf_like,HD +MGYG000000001_00377 536233.CLO_2254 8.08e-170 480.0 COG3817@1|root,COG3817@2|Bacteria,1TQ17@1239|Firmicutes,249D3@186801|Clostridia,36ECM@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF979) - - - - - - - - - - - - DUF979 +MGYG000000001_00409 1476973.JMMB01000007_gene637 1.17e-54 172.0 COG1366@1|root,COG1366@2|Bacteria,1VENG@1239|Firmicutes,24R0X@186801|Clostridia,25TPZ@186804|Peptostreptococcaceae 186801|Clostridia T STAS domain spoIIAA - - ko:K06378 - - - - ko00000 - - - STAS,STAS_2 +MGYG000000001_00442 1301100.HG529316_gene462 1.19e-154 439.0 COG4667@1|root,COG4667@2|Bacteria,1TQ9W@1239|Firmicutes,2485C@186801|Clostridia,36FP3@31979|Clostridiaceae 186801|Clostridia S Phospholipase, patatin family - - - - - - - - - - - - Patatin +MGYG000000001_00474 1301100.HG529239_gene7195 5.35e-79 248.0 COG1266@1|root,COG1266@2|Bacteria,1VF60@1239|Firmicutes,24QSC@186801|Clostridia,36MJ3@31979|Clostridiaceae 186801|Clostridia S PFAM Abortive infection protein - - - ko:K07052 - - - - ko00000 - - - Abi +MGYG000000001_00506 1301100.HG529252_gene6262 9.95e-87 267.0 COG0739@1|root,COG0739@2|Bacteria,1VAC5@1239|Firmicutes,25E3G@186801|Clostridia 186801|Clostridia M Peptidase, M23 - - - ko:K21471 - - - - ko00000,ko01000,ko01002,ko01011 - - - NLPC_P60,Peptidase_M23,SLT_2 +MGYG000000001_00602 86416.Clopa_3292 2.52e-22 100.0 COG5464@1|root,COG5464@2|Bacteria,1V8QY@1239|Firmicutes,25D0U@186801|Clostridia,36U59@31979|Clostridiaceae 186801|Clostridia S TIGRFAM conserved - - - - - - - - - - - - PDDEXK_2 +MGYG000000001_00731 1301100.HG529431_gene1772 1.47e-41 137.0 COG0355@1|root,COG0355@2|Bacteria 2|Bacteria C proton-transporting ATP synthase activity, rotational mechanism atpC GO:0003674,GO:0003824,GO:0005215,GO:0005575,GO:0005622,GO:0005623,GO:0005886,GO:0006139,GO:0006163,GO:0006164,GO:0006725,GO:0006753,GO:0006754,GO:0006793,GO:0006796,GO:0006807,GO:0006810,GO:0006811,GO:0006812,GO:0008150,GO:0008152,GO:0008324,GO:0009058,GO:0009117,GO:0009123,GO:0009124,GO:0009126,GO:0009127,GO:0009141,GO:0009142,GO:0009144,GO:0009145,GO:0009150,GO:0009152,GO:0009156,GO:0009161,GO:0009165,GO:0009167,GO:0009168,GO:0009199,GO:0009201,GO:0009205,GO:0009206,GO:0009259,GO:0009260,GO:0009987,GO:0015075,GO:0015077,GO:0015078,GO:0015318,GO:0015399,GO:0015405,GO:0015672,GO:0015985,GO:0015986,GO:0016020,GO:0016462,GO:0016469,GO:0016787,GO:0016817,GO:0016818,GO:0016887,GO:0017111,GO:0017144,GO:0018130,GO:0019438,GO:0019637,GO:0019693,GO:0019829,GO:0022804,GO:0022853,GO:0022857,GO:0022890,GO:0032991,GO:0033178,GO:0034220,GO:0034641,GO:0034654,GO:0042623,GO:0042625,GO:0042626,GO:0043492,GO:0044237,GO:0044238,GO:0044249,GO:0044271,GO:0044281,GO:0044424,GO:0044425,GO:0044459,GO:0044464,GO:0044769,GO:0045259,GO:0045260,GO:0045261,GO:0045262,GO:0046034,GO:0046390,GO:0046483,GO:0046933,GO:0051179,GO:0051234,GO:0055085,GO:0055086,GO:0071704,GO:0071944,GO:0072521,GO:0072522,GO:0090407,GO:0090662,GO:0098655,GO:0098660,GO:0098662,GO:0098796,GO:0098797,GO:0099131,GO:0099132,GO:1901135,GO:1901137,GO:1901293,GO:1901360,GO:1901362,GO:1901564,GO:1901566,GO:1901576,GO:1902600 - ko:K02114 ko00190,ko00195,ko01100,map00190,map00195,map01100 M00157 - - ko00000,ko00001,ko00002,ko00194 3.A.2.1 - iHN637.CLJU_RS01195,iJN746.PP_5412,iSbBS512_1146.SbBS512_E4190 ATP-synt_DE,ATP-synt_DE_N +MGYG000000001_00763 318464.IO99_05585 1.39e-219 609.0 COG0687@1|root,COG0687@2|Bacteria,1TPY1@1239|Firmicutes,2483K@186801|Clostridia,36DK4@31979|Clostridiaceae 186801|Clostridia P Spermidine putrescine-binding periplasmic protein potD - - ko:K11069 ko02010,map02010 M00299 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11.1 - - BPD_transp_1,SBP_bac_6,SBP_bac_8 +MGYG000000001_00795 545697.HMPREF0216_01420 2.13e-125 383.0 COG0451@1|root,COG0451@2|Bacteria,1V04J@1239|Firmicutes,24CFZ@186801|Clostridia,36FIH@31979|Clostridiaceae 186801|Clostridia GM ADP-glyceromanno-heptose 6-epimerase activity - - - - - - - - - - - - - +MGYG000000001_00961 1301100.HG529362_gene2103 1.55e-105 323.0 COG1357@1|root,COG1357@2|Bacteria,1VDTQ@1239|Firmicutes,24D3P@186801|Clostridia,36EM2@31979|Clostridiaceae 186801|Clostridia S Pentapeptide repeats (8 copies) - - - - - - - - - - - - Ion_trans_2,Pentapeptide,Pentapeptide_4 +MGYG000000001_01065 1301100.HG529423_gene1977 1.1e-199 555.0 COG0167@1|root,COG0167@2|Bacteria,1TPFV@1239|Firmicutes,248CQ@186801|Clostridia,36E5B@31979|Clostridiaceae 186801|Clostridia F Belongs to the dihydroorotate dehydrogenase family. Type 1 subfamily pyrD - 1.3.1.14 ko:K17828 ko00240,ko01100,map00240,map01100 M00051 R01869 RC00051 ko00000,ko00001,ko00002,ko01000 - - - DHO_dh +MGYG000000001_01290 272563.CD630_12280 5.47e-133 391.0 COG0826@1|root,COG0826@2|Bacteria,1TPRE@1239|Firmicutes,248I3@186801|Clostridia,25QJC@186804|Peptostreptococcaceae 186801|Clostridia O Peptidase, U32 family yhbU_1 - - ko:K08303 ko05120,map05120 - - - ko00000,ko00001,ko01000,ko01002 - - - DUF4911,Peptidase_U32,Peptidase_U32_C +MGYG000000001_01322 1476973.JMMB01000007_gene1029 9.98e-280 775.0 COG0606@1|root,COG0606@2|Bacteria,1TPPB@1239|Firmicutes,248T8@186801|Clostridia,25QJ8@186804|Peptostreptococcaceae 186801|Clostridia O Mg chelatase-like protein comM - - ko:K07391 - - - - ko00000 - - - ChlI,Mg_chelatase,Mg_chelatase_C +MGYG000000001_01386 1301100.HG529253_gene6306 3.98e-127 370.0 COG0583@1|root,COG0583@2|Bacteria,1TSNI@1239|Firmicutes,249QS@186801|Clostridia,36G01@31979|Clostridiaceae 186801|Clostridia K LysR substrate binding domain - - - - - - - - - - - - HTH_1,LysR_substrate +MGYG000000001_01418 1476973.JMMB01000007_gene733 3.04e-162 477.0 COG0728@1|root,COG0728@2|Bacteria,1TPFI@1239|Firmicutes,247N3@186801|Clostridia,25R0J@186804|Peptostreptococcaceae 186801|Clostridia S Involved in peptidoglycan biosynthesis. Transports lipid-linked peptidoglycan precursors from the inner to the outer leaflet of the cytoplasmic membrane murJ - - ko:K03980 - - - - ko00000,ko01011,ko02000 2.A.66.4 - - MVIN +MGYG000000001_01450 1391646.AVSU01000007_gene150 1.7e-65 209.0 COG2221@1|root,COG2221@2|Bacteria,1TR7P@1239|Firmicutes,2493K@186801|Clostridia,25QFK@186804|Peptostreptococcaceae 186801|Clostridia C Belongs to the nitrite and sulfite reductase 4Fe-4S domain family asrC - - ko:K00385 ko00920,ko01120,map00920,map01120 - R00858,R10146 RC00065 ko00000,ko00001 - - - Fer4,Fer4_10,Fer4_21,Fer4_4,Fer4_6,Fer4_7,Fer4_9,NIR_SIR,NIR_SIR_ferr +MGYG000000001_01514 1301100.HG529347_gene4311 1.9e-70 215.0 COG2510@1|root,COG2510@2|Bacteria,1V3VG@1239|Firmicutes,247SX@186801|Clostridia,36IZX@31979|Clostridiaceae 186801|Clostridia S EamA-like transporter family - - - ko:K08978 - - - - ko00000,ko02000 2.A.7.2 - - EamA +MGYG000000001_00056 1499683.CCFF01000014_gene4072 1.59e-75 231.0 COG2059@1|root,COG2059@2|Bacteria,1V43H@1239|Firmicutes,24JTX@186801|Clostridia,36IGJ@31979|Clostridiaceae 186801|Clostridia P Chromate transport protein - - - ko:K07240 - - - - ko00000,ko02000 2.A.51.1 - - Chromate_transp +MGYG000000001_00347 1301100.HG529329_gene4519 0.0 1166.0 COG0209@1|root,COG0209@2|Bacteria,1TPFH@1239|Firmicutes,249EN@186801|Clostridia,36EFP@31979|Clostridiaceae 186801|Clostridia F Provides the precursors necessary for DNA synthesis. Catalyzes the biosynthesis of deoxyribonucleotides from the corresponding ribonucleotides nrdA - 1.17.4.1 ko:K00525 ko00230,ko00240,ko01100,map00230,map00240,map01100 M00053 R02017,R02018,R02019,R02024 RC00613 ko00000,ko00001,ko00002,ko01000,ko03400 - - - ATP-cone,RNR_N,Ribonuc_red_lgC,Ribonuc_red_lgN +MGYG000000001_00540 272563.CD630_14010 1.29e-109 320.0 COG1335@1|root,COG1335@2|Bacteria,1TSTB@1239|Firmicutes,24BCT@186801|Clostridia,25SQW@186804|Peptostreptococcaceae 186801|Clostridia Q Isochorismatase family PncA - 3.5.1.19 ko:K08281 ko00760,ko01100,map00760,map01100 - R01268 RC00100 ko00000,ko00001,ko01000 - - - Isochorismatase +MGYG000000001_00572 37659.JNLN01000001_gene546 1e-24 103.0 COG4767@1|root,COG4767@2|Bacteria,1VKIA@1239|Firmicutes,24RR9@186801|Clostridia,36N1A@31979|Clostridiaceae 186801|Clostridia V VanZ like family - - - - - - - - - - - - VanZ +MGYG000000001_00733 272563.CD630_34650 9.36e-74 224.0 COG0517@1|root,COG0517@2|Bacteria,1VA1X@1239|Firmicutes,24MNT@186801|Clostridia,25TEH@186804|Peptostreptococcaceae 186801|Clostridia S Domain in cystathionine beta-synthase and other proteins. - - - - - - - - - - - - CBS +MGYG000000001_00765 1292035.H476_1454 1.58e-56 182.0 COG1595@1|root,COG1595@2|Bacteria,1V55A@1239|Firmicutes,24GME@186801|Clostridia,25S0M@186804|Peptostreptococcaceae 186801|Clostridia K Sigma-70, region 4 - - - ko:K03088 - - - - ko00000,ko03021 - - - Sigma70_r2,Sigma70_r4_2 +MGYG000000001_00829 445973.CLOBAR_00945 4.5e-225 628.0 COG0304@1|root,COG0304@2|Bacteria,1TPA7@1239|Firmicutes,247VF@186801|Clostridia,25QQD@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the condensation reaction of fatty acid synthesis by the addition to an acyl acceptor of two carbons from malonyl-ACP fabF - 2.3.1.179 ko:K09458 ko00061,ko00780,ko01100,ko01212,map00061,map00780,map01100,map01212 M00083,M00572 R04355,R04726,R04952,R04957,R04960,R04963,R04968,R07762,R10115,R10119 RC00039,RC02728,RC02729,RC02888 ko00000,ko00001,ko00002,ko01000,ko01004 - - - Ketoacyl-synt_C,ketoacyl-synt +MGYG000000001_00930 1476973.JMMB01000007_gene230 2.92e-19 86.7 COG1167@1|root,COG1167@2|Bacteria,1TPS5@1239|Firmicutes,248ZB@186801|Clostridia,25QEY@186804|Peptostreptococcaceae 186801|Clostridia E COG COG1167 Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs - - - ko:K05825 ko00300,ko01100,ko01130,ko01210,map00300,map01100,map01130,map01210 - R01939 RC00006 ko00000,ko00001,ko01000 - - - Aminotran_1_2 +MGYG000000001_01099 666686.B1NLA3E_01195 1.24e-116 360.0 COG5518@1|root,COG5518@2|Bacteria,1TT5R@1239|Firmicutes,4HEHM@91061|Bacilli,1ZE9D@1386|Bacillus 91061|Bacilli S portal protein yqbA - - - - - - - - - - - Phage_portal +MGYG000000001_01388 1301100.HG529265_gene644 8.32e-28 112.0 COG4219@1|root,COG4219@2|Bacteria,1V8ND@1239|Firmicutes,24QUK@186801|Clostridia,36NMC@31979|Clostridiaceae 186801|Clostridia KT Domain of unknown function (DUF4825) - - - - - - - - - - - - DUF4825,Peptidase_M56 +MGYG000000001_01420 596315.HMPREF0634_0347 9.55e-141 413.0 COG1887@1|root,COG1887@2|Bacteria,1V4DT@1239|Firmicutes,24EWQ@186801|Clostridia,25UG7@186804|Peptostreptococcaceae 186801|Clostridia M CDP-Glycerol:Poly(glycerophosphate) glycerophosphotransferase - - - - - - - - - - - - Glyphos_transf +MGYG000000001_01452 999411.HMPREF1092_02829 1.94e-125 370.0 COG1609@1|root,COG1609@2|Bacteria,1TPZJ@1239|Firmicutes,248K0@186801|Clostridia,36FT7@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator - - - ko:K02529 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_3 +MGYG000000001_01484 33035.JPJF01000107_gene435 3.15e-18 85.5 COG5484@1|root,COG5484@2|Bacteria,1V58P@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - Phage_terminase,Sigma70_r4_2,Terminase_5 +MGYG000000001_01644 138119.DSY2526 1.58e-06 52.8 2DX7Y@1|root,343SD@2|Bacteria,1W0Q9@1239|Firmicutes,24W05@186801|Clostridia 186801|Clostridia S Domain of unknown function (DUF4829) - - - - - - - - - - - - DUF4829 +MGYG000000001_01741 1541959.KQ51_01720 7.7e-162 497.0 COG0577@1|root,COG0577@2|Bacteria 2|Bacteria V efflux transmembrane transporter activity - - - ko:K02004 - M00258 - - ko00000,ko00002,ko02000 3.A.1 - - FtsX +MGYG000000001_01806 632245.CLP_1672 9.79e-37 124.0 2E37J@1|root,32Y79@2|Bacteria,1VI5W@1239|Firmicutes,24R30@186801|Clostridia,36N0V@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01902 445973.CLOBAR_01592 6.01e-122 358.0 COG0385@1|root,COG0385@2|Bacteria,1TP85@1239|Firmicutes,24A3I@186801|Clostridia 186801|Clostridia S Bile acid - - - ko:K03453 - - - - ko00000 2.A.28 - - SBF +MGYG000000001_01966 272563.CD630_10220 1.43e-85 260.0 COG2364@1|root,COG2364@2|Bacteria,1V47R@1239|Firmicutes,24AXT@186801|Clostridia,25SZ5@186804|Peptostreptococcaceae 186801|Clostridia S membrane - - - ko:K07149 - - - - ko00000 - - - - +MGYG000000001_02130 1408823.AXUS01000018_gene3144 5.43e-69 213.0 COG1734@1|root,COG1734@2|Bacteria,1V6MF@1239|Firmicutes,24K3N@186801|Clostridia,25RHY@186804|Peptostreptococcaceae 186801|Clostridia T Prokaryotic dksA/traR C4-type zinc finger - - - - - - - - - - - - zf-dskA_traR +MGYG000000001_02259 555088.DealDRAFT_1615 2.01e-13 80.5 29BV9@1|root,2ZYTJ@2|Bacteria,1VJQ2@1239|Firmicutes,25349@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02388 545243.BAEV01000006_gene1338 4.43e-65 201.0 COG0295@1|root,COG0295@2|Bacteria,1V7IK@1239|Firmicutes,24HC1@186801|Clostridia,36J4G@31979|Clostridiaceae 186801|Clostridia F PFAM Cytidine and deoxycytidylate deaminase zinc-binding region - - - - - - - - - - - - dCMP_cyt_deam_1 +MGYG000000001_02484 931276.Cspa_c46700 8.71e-35 120.0 COG0864@1|root,COG0864@2|Bacteria,1VF9M@1239|Firmicutes,24QVJ@186801|Clostridia,36N04@31979|Clostridiaceae 186801|Clostridia K Iron-only hydrogenase system regulator - - - - - - - - - - - - NikR_C +MGYG000000001_02548 1391646.AVSU01000050_gene1696 1.06e-56 187.0 2F7XW@1|root,340BS@2|Bacteria,1VYDQ@1239|Firmicutes,24JMP@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - Gram_pos_anchor +MGYG000000001_02614 1301100.HG529258_gene6215 0.0 904.0 COG0450@1|root,COG3325@1|root,COG0450@2|Bacteria,COG3325@2|Bacteria,1TQU7@1239|Firmicutes,24A31@186801|Clostridia,36GVE@31979|Clostridiaceae 186801|Clostridia O alkyl hydroperoxide reductase - - 1.11.1.15 ko:K03386 ko04214,map04214 - - - ko00000,ko00001,ko01000,ko04147 - - - 1-cysPrx_C,AhpC-TSA,Glyco_hydro_18 +MGYG000000001_02646 1151292.QEW_2217 0.0 1996.0 COG1924@1|root,COG3580@1|root,COG3581@1|root,COG1924@2|Bacteria,COG3580@2|Bacteria,COG3581@2|Bacteria,1TPU5@1239|Firmicutes,2481F@186801|Clostridia,25QYX@186804|Peptostreptococcaceae 186801|Clostridia I CoA-substrate-specific enzyme activase - - - - - - - - - - - - BcrAD_BadFG,DUF2229,HGD-D +MGYG000000001_02774 1301100.HG529287_gene7033 6.51e-86 256.0 COG2096@1|root,COG2096@2|Bacteria,1V3PI@1239|Firmicutes,24C7G@186801|Clostridia,36GUU@31979|Clostridiaceae 186801|Clostridia S adenosyltransferase - - 2.5.1.17 ko:K00798 ko00860,ko01100,map00860,map01100 M00122 R01492,R05220,R07268 RC00533 ko00000,ko00001,ko00002,ko01000 - - - Cob_adeno_trans,Haem_degrading +MGYG000000001_02935 1414720.CBYM010000026_gene2393 7.87e-103 309.0 COG2207@1|root,COG2207@2|Bacteria,1U657@1239|Firmicutes,247V5@186801|Clostridia,36UQZ@31979|Clostridiaceae 186801|Clostridia K helix_turn_helix, arabinose operon control protein - - - - - - - - - - - - AraC_binding,Cupin_2,HTH_18,HTH_AraC +MGYG000000001_02999 573061.Clocel_1147 1.05e-131 379.0 COG5036@1|root,COG5036@2|Bacteria,1V1FZ@1239|Firmicutes,24FRH@186801|Clostridia,36I9C@31979|Clostridiaceae 186801|Clostridia P VTC domain - - - - - - - - - - - - VTC +MGYG000000001_03133 198094.BA_0453 6.33e-33 119.0 29SWF@1|root,30E2Q@2|Bacteria,1UC1V@1239|Firmicutes,4INHZ@91061|Bacilli,1ZNI2@1386|Bacillus 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_01849 642492.Clole_1511 1.87e-157 452.0 COG1181@1|root,COG1181@2|Bacteria,1TP2Y@1239|Firmicutes,248CR@186801|Clostridia 186801|Clostridia F Belongs to the D-alanine--D-alanine ligase family ddl - 6.3.2.35,6.3.2.4 ko:K01921,ko:K18856 ko00473,ko00550,ko01100,ko01502,ko02020,map00473,map00550,map01100,map01502,map02020 M00652 R01150 RC00064,RC00141 ko00000,ko00001,ko00002,ko01000,ko01011,ko01504 - - - Dala_Dala_lig_C,Dala_Dala_lig_N +MGYG000000001_02180 702450.CUW_0654 3.44e-213 591.0 COG0113@1|root,COG0113@2|Bacteria,1TP09@1239|Firmicutes,3VSMV@526524|Erysipelotrichia 526524|Erysipelotrichia H Delta-aminolevulinic acid dehydratase - - - - - - - - - - - - ALAD +MGYG000000001_01162 754252.PFREUD_09020 0.0 887.0 COG4909@1|root,COG4909@2|Bacteria,2GP0B@201174|Actinobacteria 201174|Actinobacteria Q Dehydratase large subunit pduC - 4.2.1.28 ko:K01699 ko00640,map00640 - R02376 RC00707 ko00000,ko00001,ko01000 - - - Dehydratase_LU +MGYG000000001_00021 272563.CD630_33150 2.6e-106 309.0 COG1142@1|root,COG1142@2|Bacteria,1UJ79@1239|Firmicutes,25DII@186801|Clostridia,25SNI@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S binding domain - - - ko:K05796 - - - - ko00000 - - - Fer4,Fer4_3,Fer4_4,Fer4_6,Fer4_7 +MGYG000000001_02194 1476973.JMMB01000007_gene505 2.15e-179 508.0 COG0079@1|root,COG0079@2|Bacteria,1TP5D@1239|Firmicutes,248Q0@186801|Clostridia,25R5H@186804|Peptostreptococcaceae 186801|Clostridia E Aminotransferase class I and II cobD2 - 4.1.1.81 ko:K04720 ko00860,map00860 - R06530 RC00517 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS15770 Aminotran_1_2 +MGYG000000001_02093 1301100.HG529357_gene2055 8.19e-176 494.0 COG0010@1|root,COG0010@2|Bacteria,1TP2A@1239|Firmicutes,2493V@186801|Clostridia,36U5Z@31979|Clostridiaceae 186801|Clostridia E Belongs to the arginase family speB - 3.5.3.11 ko:K01480 ko00330,ko01100,map00330,map01100 M00133 R01157 RC00024,RC00329 ko00000,ko00001,ko00002,ko01000 - - - Arginase +MGYG000000001_03164 272563.CD630_23740 1.43e-65 202.0 2F63S@1|root,33YN2@2|Bacteria,1VX5Z@1239|Firmicutes,251GP@186801|Clostridia,25TNN@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00895 1391646.AVSU01000099_gene343 6.35e-30 106.0 COG1141@1|root,COG1141@2|Bacteria,1VKVT@1239|Firmicutes,24RTU@186801|Clostridia,25UEJ@186804|Peptostreptococcaceae 186801|Clostridia C 4Fe-4S single cluster domain of Ferredoxin I fdxA - - ko:K05337 - - - - ko00000 - - - Fer4_13,Fer4_15 +MGYG000000001_01235 1476973.JMMB01000007_gene2403 5.17e-157 444.0 COG0395@1|root,COG0395@2|Bacteria,1TR45@1239|Firmicutes,24A48@186801|Clostridia,25S66@186804|Peptostreptococcaceae 186801|Clostridia P ABC transporter permease - - - ko:K10119 ko02010,map02010 M00196 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.28 - - BPD_transp_1 +MGYG000000001_02024 272563.CD630_10510 3.91e-30 118.0 29077@1|root,2ZMX0@2|Bacteria,1W3M9@1239|Firmicutes,24VV5@186801|Clostridia 186801|Clostridia S ABC-2 family transporter protein - - - - - - - - - - - - ABC2_membrane_5 +MGYG000000001_01582 1301100.HG529285_gene7057 1.51e-93 280.0 COG0664@1|root,COG0664@2|Bacteria,1V2MV@1239|Firmicutes,24B7K@186801|Clostridia,36WXF@31979|Clostridiaceae 186801|Clostridia K Bacterial regulatory proteins, crp family - - - ko:K01420 - - - - ko00000,ko03000 - - - DUF3788,HTH_Crp_2,cNMP_binding +MGYG000000001_00097 1151292.QEW_3868 1.22e-167 473.0 COG0329@1|root,COG0329@2|Bacteria,1TPCK@1239|Firmicutes,247T5@186801|Clostridia,25RC9@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the condensation of (S)-aspartate-beta- semialdehyde (S)-ASA and pyruvate to 4-hydroxy- tetrahydrodipicolinate (HTPA) dapA - 4.3.3.7 ko:K01714 ko00261,ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00261,map00300,map01100,map01110,map01120,map01130,map01230 M00016,M00525,M00526,M00527 R10147 RC03062,RC03063 ko00000,ko00001,ko00002,ko01000 - - - DHDPS +MGYG000000001_01357 1301100.HG529407_gene260 2.52e-260 723.0 COG2195@1|root,COG2195@2|Bacteria,1TQBS@1239|Firmicutes,24860@186801|Clostridia,36DNZ@31979|Clostridiaceae 186801|Clostridia E aminoacyl-histidine dipeptidase pepD - - ko:K01270 ko00480,ko01100,map00480,map01100 - R00899,R04951 RC00096,RC00141 ko00000,ko00001,ko01000,ko01002 - - - M20_dimer,Peptidase_M20,Peptidase_M28,Peptidase_M42 +MGYG000000001_02856 1476973.JMMB01000007_gene683 6.33e-75 228.0 COG2206@1|root,COG2206@2|Bacteria,1VKH8@1239|Firmicutes,25DNQ@186801|Clostridia 186801|Clostridia T HD domain - - - - - - - - - - - - HD +MGYG000000001_02346 1301100.HG529429_gene1913 1.03e-144 414.0 COG0619@1|root,COG0619@2|Bacteria,1TPMV@1239|Firmicutes,24AYK@186801|Clostridia,36E9T@31979|Clostridiaceae 186801|Clostridia P Cobalt transport protein - - - ko:K16785 ko02010,map02010 M00582 - - ko00000,ko00001,ko00002,ko02000 3.A.1.25,3.A.1.28,3.A.1.29,3.A.1.30,3.A.1.31,3.A.1.32,3.A.1.33,3.A.1.35 - - CbiQ +MGYG000000001_01391 545697.HMPREF0216_00145 4.47e-238 675.0 COG1132@1|root,COG1132@2|Bacteria,1TP0B@1239|Firmicutes,247T8@186801|Clostridia,36EMB@31979|Clostridiaceae 186801|Clostridia V ABC transporter yfiB - - ko:K06147 - - - - ko00000,ko02000 3.A.1.106,3.A.1.109,3.A.1.21 - - ABC_membrane,ABC_tran +MGYG000000001_02940 1487921.DP68_07465 3.39e-131 384.0 COG0642@1|root,COG0642@2|Bacteria,1TQSG@1239|Firmicutes,25EB7@186801|Clostridia,36UJ6@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c +MGYG000000001_03080 1487921.DP68_07465 3.39e-131 384.0 COG0642@1|root,COG0642@2|Bacteria,1TQSG@1239|Firmicutes,25EB7@186801|Clostridia,36UJ6@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c +MGYG000000001_03106 1301100.HG529398_gene6807 1.5e-232 644.0 COG2309@1|root,COG2309@2|Bacteria,1TP65@1239|Firmicutes,24AR8@186801|Clostridia,36E9B@31979|Clostridiaceae 186801|Clostridia E aminopeptidase - - - ko:K19689 - - - - ko00000,ko01000,ko01002 - - - Peptidase_M29 +MGYG000000001_02921 445973.CLOBAR_01730 1.89e-173 499.0 COG0493@1|root,COG0493@2|Bacteria,1TR18@1239|Firmicutes,24A8Q@186801|Clostridia,25R9J@186804|Peptostreptococcaceae 186801|Clostridia E Dihydroprymidine dehydrogenase domain II, 4Fe-4S cluster - - 1.3.1.1 ko:K17722 ko00240,ko00410,ko00770,ko01100,map00240,map00410,map00770,map01100 M00046 R00977,R01414,R11026 RC00072,RC00123 ko00000,ko00001,ko00002,ko01000 - - - Fer4_20,Pyr_redox_2 +MGYG000000001_02639 1391646.AVSU01000165_gene849 3.6e-26 98.2 2E3YH@1|root,32YVH@2|Bacteria,1UJDZ@1239|Firmicutes,25F2E@186801|Clostridia 186801|Clostridia S Bacterial inner membrane protein - - - - - - - - - - - - Imp-YgjV +MGYG000000001_02369 500633.CLOHIR_00510 3e-127 365.0 COG0745@1|root,COG0745@2|Bacteria,1U4FM@1239|Firmicutes,24DF2@186801|Clostridia,25QFU@186804|Peptostreptococcaceae 186801|Clostridia KT Transcriptional regulatory protein, C terminal - - - ko:K18344 ko01502,ko02020,map01502,map02020 M00651,M00656 - - ko00000,ko00001,ko00002,ko01504,ko02022 - - - Response_reg,Trans_reg_C +MGYG000000001_02709 1476973.JMMB01000007_gene556 3.74e-299 828.0 COG0441@1|root,COG0572@1|root,COG0441@2|Bacteria,COG0572@2|Bacteria,1TQ4V@1239|Firmicutes,249IT@186801|Clostridia,25QMT@186804|Peptostreptococcaceae 186801|Clostridia FJ Phosphoribulokinase / Uridine kinase family udk - 2.7.1.48 ko:K00876 ko00240,ko00983,ko01100,map00240,map00983,map01100 - R00513,R00516,R00517,R00962,R00964,R00967,R00968,R00970,R01548,R01549,R01880,R02091,R02096,R02097,R02327,R02332,R02371,R02372,R08232 RC00002,RC00017 ko00000,ko00001,ko01000 - - - PRK,TGS,tRNA_SAD +MGYG000000001_01226 1476973.JMMB01000007_gene2879 4.71e-216 603.0 COG0448@1|root,COG0448@2|Bacteria,1TNZW@1239|Firmicutes,24943@186801|Clostridia,25QNV@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the synthesis of ADP-glucose, a sugar donor used in elongation reactions on alpha-glucans glgC - 2.7.7.27 ko:K00975 ko00500,ko00520,ko01100,ko01110,ko02026,map00500,map00520,map01100,map01110,map02026 M00565 R00948 RC00002 ko00000,ko00001,ko00002,ko01000 - - - Hexapep,NTP_transferase +MGYG000000001_02600 702450.CUW_1414 8.29e-145 414.0 COG3716@1|root,COG3716@2|Bacteria,1TQA3@1239|Firmicutes,3VPTP@526524|Erysipelotrichia 526524|Erysipelotrichia G Psort location CytoplasmicMembrane, score 10.00 - - - ko:K02747 ko00052,ko02060,map00052,map02060 M00277 R08366 RC00017 ko00000,ko00001,ko00002,ko02000 4.A.6.1.4 - - EIID-AGA +MGYG000000001_02618 1476973.JMMB01000007_gene1157 4.18e-164 480.0 COG2720@1|root,COG2720@2|Bacteria,1TSH8@1239|Firmicutes,2493X@186801|Clostridia,25QWE@186804|Peptostreptococcaceae 186801|Clostridia V G5 - - - ko:K18346 ko01502,ko02020,map01502,map02020 M00651 - - ko00000,ko00001,ko00002,ko01504 - - - G5,PG_binding_4,VanW +MGYG000000001_01169 445973.CLOBAR_02834 1.05e-35 122.0 COG1918@1|root,COG1918@2|Bacteria,1VEHC@1239|Firmicutes,24QKE@186801|Clostridia,25RX8@186804|Peptostreptococcaceae 186801|Clostridia P FeoA - - - ko:K04758 - - - - ko00000,ko02000 - - - FeoA +MGYG000000001_00360 1301100.HG529402_gene6761 7.59e-62 191.0 2E8Q1@1|root,32RK6@2|Bacteria,1VDYK@1239|Firmicutes 1239|Firmicutes S Protein of unknown function (DUF3792) - - - - - - - - - - - - DUF3792 +MGYG000000001_00682 1301100.HG529431_gene1828 1.12e-269 745.0 COG1207@1|root,COG1207@2|Bacteria,1TP88@1239|Firmicutes,248Z3@186801|Clostridia,36EN8@31979|Clostridiaceae 186801|Clostridia M Catalyzes the last two sequential reactions in the de novo biosynthetic pathway for UDP-N-acetylglucosamine (UDP- GlcNAc). The C-terminal domain catalyzes the transfer of acetyl group from acetyl coenzyme A to glucosamine-1-phosphate (GlcN-1-P) to produce N-acetylglucosamine-1-phosphate (GlcNAc-1-P), which is converted into UDP-GlcNAc by the transfer of uridine 5- monophosphate (from uridine 5-triphosphate), a reaction catalyzed by the N-terminal domain glmU - 2.3.1.157,2.7.7.23 ko:K04042 ko00520,ko01100,ko01130,map00520,map01100,map01130 M00362 R00416,R05332 RC00002,RC00004,RC00166 ko00000,ko00001,ko00002,ko01000 - - - Hexapep,Hexapep_2,NTP_transf_3,NTP_transferase,Pribosyl_synth,Pribosyltran_N +MGYG000000001_03002 445973.CLOBAR_00583 0.0 1267.0 COG1328@1|root,COG1328@2|Bacteria,1TR9K@1239|Firmicutes,247WF@186801|Clostridia,25QD7@186804|Peptostreptococcaceae 186801|Clostridia F Ribonucleoside-triphosphate reductase nrdD - 1.1.98.6 ko:K21636 ko00230,ko00240,ko01100,map00230,map00240,map01100 M00053 R11633,R11634,R11635,R11636 RC00613 ko00000,ko00001,ko00002,ko01000 - - - ATP-cone,NRDD +MGYG000000001_02515 1301100.HG529230_gene5345 2.54e-316 866.0 COG0699@1|root,COG0699@2|Bacteria,1TPPG@1239|Firmicutes,24829@186801|Clostridia,36DMZ@31979|Clostridiaceae 186801|Clostridia S ATPase. Has a role at an early stage in the morphogenesis of the spore coat spoIVA GO:0000003,GO:0000166,GO:0003674,GO:0003824,GO:0005488,GO:0005524,GO:0005575,GO:0005618,GO:0005623,GO:0008144,GO:0008150,GO:0009653,GO:0009987,GO:0016462,GO:0016787,GO:0016817,GO:0016818,GO:0016887,GO:0017076,GO:0017111,GO:0019954,GO:0030154,GO:0030312,GO:0030435,GO:0030436,GO:0030554,GO:0031160,GO:0032502,GO:0032553,GO:0032555,GO:0032559,GO:0034301,GO:0035639,GO:0036094,GO:0042601,GO:0042763,GO:0043167,GO:0043168,GO:0043934,GO:0043936,GO:0044464,GO:0048646,GO:0048856,GO:0048869,GO:0071944,GO:0097159,GO:0097367,GO:1901265,GO:1901363 - ko:K06398 - - - - ko00000 - - - Spore_IV_A +MGYG000000001_02188 445973.CLOBAR_01413 6.4e-162 455.0 COG2875@1|root,COG2875@2|Bacteria,1TP6J@1239|Firmicutes,248IZ@186801|Clostridia,25QHV@186804|Peptostreptococcaceae 186801|Clostridia H precorrin-4 C(11)-methyltransferase cobM - 2.1.1.133,2.1.1.271 ko:K05936 ko00860,ko01100,map00860,map01100 - R05181,R05810 RC00003,RC01294,RC02049 ko00000,ko00001,ko01000 - - - CbiG_C,CbiG_N,CbiK,TP_methylase +MGYG000000001_00528 1476973.JMMB01000007_gene1124 4.97e-78 234.0 COG0517@1|root,COG0517@2|Bacteria,1V7XE@1239|Firmicutes,24HF5@186801|Clostridia,25RRK@186804|Peptostreptococcaceae 186801|Clostridia S Domain in cystathionine beta-synthase and other proteins. - - - - - - - - - - - - CBS +MGYG000000001_01897 1499683.CCFF01000017_gene2875 1.05e-23 100.0 COG2211@1|root,COG2211@2|Bacteria,1TSEH@1239|Firmicutes,248PV@186801|Clostridia,36QC3@31979|Clostridiaceae 186801|Clostridia G MFS/sugar transport protein - - - - - - - - - - - - MFS_2 +MGYG000000001_01929 1301100.HG529336_gene3400 1.62e-59 184.0 COG3924@1|root,COG3924@2|Bacteria,1VAE9@1239|Firmicutes,24X4I@186801|Clostridia,36PBJ@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF997) - - - - - - - - - - - - DUF997 +MGYG000000001_01961 742733.HMPREF9469_05580 3.06e-271 757.0 COG0747@1|root,COG0747@2|Bacteria,1VUKJ@1239|Firmicutes,24EI4@186801|Clostridia,21ZME@1506553|Lachnoclostridium 186801|Clostridia E Bacterial extracellular solute-binding proteins, family 5 Middle - - - ko:K02035 ko02024,map02024 M00239 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5 - - SBP_bac_5 +MGYG000000001_01993 1301100.HG529412_gene318 1.95e-101 305.0 COG2313@1|root,COG2313@2|Bacteria,1TR5J@1239|Firmicutes,247J8@186801|Clostridia,36F77@31979|Clostridiaceae 186801|Clostridia Q Catalyzes the reversible cleavage of pseudouridine 5'- phosphate (PsiMP) to ribose 5-phosphate and uracil. Functions biologically in the cleavage direction, as part of a pseudouridine degradation pathway psuG - 4.2.1.70 ko:K16329 ko00240,map00240 - R01055 RC00432,RC00433 ko00000,ko00001,ko01000 - - - Indigoidine_A +MGYG000000001_02125 1476973.JMMB01000007_gene2216 3.61e-55 179.0 COG2454@1|root,COG2454@2|Bacteria,1V42I@1239|Firmicutes,24BAF@186801|Clostridia,25T3Z@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF434) - - - - - - - - - - - - DUF434 +MGYG000000001_02157 1301100.HG529233_gene7344 2.18e-138 393.0 COG0036@1|root,COG0036@2|Bacteria,1TQK8@1239|Firmicutes,248AR@186801|Clostridia,36EV9@31979|Clostridiaceae 186801|Clostridia G Belongs to the ribulose-phosphate 3-epimerase family rpe - 5.1.3.1 ko:K01783 ko00030,ko00040,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,map00030,map00040,map00710,map01100,map01110,map01120,map01130,map01200,map01230 M00004,M00007 R01529 RC00540 ko00000,ko00001,ko00002,ko01000 - - - Ribul_P_3_epim +MGYG000000001_02189 1476973.JMMB01000007_gene510 2.92e-109 317.0 COG2242@1|root,COG2242@2|Bacteria,1TS3H@1239|Firmicutes,2483G@186801|Clostridia,25RAJ@186804|Peptostreptococcaceae 186801|Clostridia H Putative methyltransferase cbiT - 2.1.1.132,2.1.1.196 ko:K00595,ko:K02191 ko00860,ko01100,map00860,map01100 - R05149,R05813,R07774 RC00003,RC01279,RC02052,RC02054 ko00000,ko00001,ko01000 - - - CbiJ,Cons_hypoth95,DOT1,FAM92,GidB,ICAM_N,MTS,Met_10,Methyltransf_18,Methyltransf_25,Methyltransf_31,Methyltransf_4,PCMT,PrmA,RrnaAD,TP_methylase,TehB +MGYG000000001_02319 1260356.D920_01908 1.52e-48 176.0 2E81I@1|root,332FK@2|Bacteria 2|Bacteria - - - - - - - - - - - - - - - +MGYG000000001_02611 1301100.HG529378_gene4083 1.34e-97 285.0 COG1905@1|root,COG1905@2|Bacteria,1V737@1239|Firmicutes,24HFB@186801|Clostridia,36IZJ@31979|Clostridiaceae 186801|Clostridia C PFAM NADH dehydrogenase (ubiquinone) 24 kDa subunit nuoE - 1.12.1.3,1.6.5.3 ko:K00334,ko:K18330 ko00190,ko01100,map00190,map01100 M00144 R11945 RC00061 ko00000,ko00001,ko00002,ko01000 3.D.1 - iHN637.CLJU_RS07215 2Fe-2S_thioredx +MGYG000000001_01555 272563.CD630_02240 4.22e-258 712.0 COG0151@1|root,COG0151@2|Bacteria,1UHN9@1239|Firmicutes,25E76@186801|Clostridia,25R7Z@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the GARS family purD - 6.3.4.13 ko:K01945 ko00230,ko01100,ko01110,ko01130,map00230,map01100,map01110,map01130 M00048 R04144 RC00090,RC00166 ko00000,ko00001,ko00002,ko01000 - - - Formyl_trans_N,GARS_A,GARS_C,GARS_N +MGYG000000001_01396 1292035.H476_2611 9.4e-15 67.0 2BH9W@1|root,32BBD@2|Bacteria,1TV2U@1239|Firmicutes,257DD@186801|Clostridia,25UAG@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02136 1415775.U729_631 1.59e-32 115.0 COG3326@1|root,COG3326@2|Bacteria,1VEJY@1239|Firmicutes,24QJW@186801|Clostridia,36MRK@31979|Clostridiaceae 186801|Clostridia S Protein of unknown function (DUF1294) - - - - - - - - - - - - DUF1294,PBP +MGYG000000001_03076 1301100.HG529259_gene6189 4.82e-42 140.0 COG0607@1|root,COG0607@2|Bacteria,1U0PW@1239|Firmicutes,24RKU@186801|Clostridia,36KH8@31979|Clostridiaceae 186801|Clostridia P Rhodanese Homology Domain - - - - - - - - - - - - Pyr_redox_2,Pyr_redox_dim,Rhodanese,TusA +MGYG000000001_02563 1151292.QEW_0105 6.11e-207 574.0 COG0202@1|root,COG0202@2|Bacteria,1TPR8@1239|Firmicutes,248DS@186801|Clostridia,25QH3@186804|Peptostreptococcaceae 186801|Clostridia K DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates rpoA - 2.7.7.6 ko:K03040 ko00230,ko00240,ko01100,ko03020,map00230,map00240,map01100,map03020 M00183 R00435,R00441,R00442,R00443 RC02795 br01611,ko00000,ko00001,ko00002,ko01000,ko03021,ko03400 - - - RNA_pol_A_CTD,RNA_pol_A_bac,RNA_pol_L +MGYG000000001_01476 1292035.H476_2686 1.08e-202 573.0 COG1593@1|root,COG1593@2|Bacteria,1TPNU@1239|Firmicutes,248BY@186801|Clostridia,25S7G@186804|Peptostreptococcaceae 186801|Clostridia G Tripartite ATP-independent periplasmic transporter, DctM component - - - - - - - - - - - - DctM +MGYG000000001_00289 445973.CLOBAR_01484 1.03e-59 184.0 COG0211@1|root,COG0211@2|Bacteria,1V6HW@1239|Firmicutes,24N3D@186801|Clostridia,25RK1@186804|Peptostreptococcaceae 186801|Clostridia J Belongs to the bacterial ribosomal protein bL27 family rpmA - - ko:K02899 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L27 +MGYG000000001_00620 545697.HMPREF0216_01621 0.0 868.0 COG0286@1|root,COG0286@2|Bacteria,1TPGZ@1239|Firmicutes,247RY@186801|Clostridia,36DVJ@31979|Clostridiaceae 186801|Clostridia V type I restriction-modification system - - 2.1.1.72 ko:K03427 - - - - ko00000,ko01000,ko02048 - - - HsdM_N,N6_Mtase +MGYG000000001_00045 1301100.HG529382_gene4017 6.24e-316 868.0 COG2509@1|root,COG2509@2|Bacteria,1TPBW@1239|Firmicutes,247TR@186801|Clostridia,36DE1@31979|Clostridiaceae 186801|Clostridia S Oxidoreductase - - - ko:K07137 - - - - ko00000 - - - 5-FTHF_cyc-lig,Amino_oxidase,DAO,FAD_binding_2,FAD_binding_3,HI0933_like,NAD_binding_8,Pyr_redox,Pyr_redox_2 +MGYG000000001_02393 1121289.JHVL01000081_gene1206 5.6e-163 469.0 COG1473@1|root,COG1473@2|Bacteria,1TPD7@1239|Firmicutes,248AH@186801|Clostridia,36DRG@31979|Clostridiaceae 186801|Clostridia E amidohydrolase - - - ko:K01436 - - - - ko00000,ko01000,ko01002 - - - M20_dimer,Peptidase_M20 +MGYG000000001_02193 1301100.HG529436_gene6556 9.97e-145 416.0 COG4542@1|root,COG4542@2|Bacteria,1TSJB@1239|Firmicutes,24I5S@186801|Clostridia,36FTG@31979|Clostridiaceae 186801|Clostridia Q GHMP kinases N terminal domain pduX - 2.7.1.177 ko:K16651 ko00860,map00860 - R06531 RC00002,RC00428 ko00000,ko00001,ko01000 - - - GHMP_kinases_C,GHMP_kinases_N +MGYG000000001_01956 457396.CSBG_00410 2.09e-110 323.0 COG3010@1|root,COG3010@2|Bacteria,1TSR7@1239|Firmicutes,24AVB@186801|Clostridia,36HF3@31979|Clostridiaceae 186801|Clostridia G Converts N-acetylmannosamine-6-phosphate (ManNAc-6-P) to N-acetylglucosamine-6-phosphate (GlcNAc-6-P) nanE - 5.1.3.9 ko:K01788 ko00520,map00520 - R02087 RC00290 ko00000,ko00001,ko01000 - - - NanE,PTS_EIIA_2 +MGYG000000001_00690 1476973.JMMB01000007_gene3247 9.9e-12 67.4 29URP@1|root,30G3R@2|Bacteria,1UF4Z@1239|Firmicutes,253H2@186801|Clostridia,25U80@186804|Peptostreptococcaceae 186801|Clostridia S Prokaryotic N-terminal methylation motif - - - - - - - - - - - - N_methyl +MGYG000000001_00896 445973.CLOBAR_00192 7.02e-96 285.0 COG1284@1|root,COG1284@2|Bacteria,1TR9J@1239|Firmicutes,24BGW@186801|Clostridia,25RCP@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterised 5xTM membrane BCR, YitT family COG1284 - - - - - - - - - - - - DUF2179,YitT_membrane +MGYG000000001_01236 1301100.HG529262_gene703 1.11e-148 426.0 COG1175@1|root,COG1175@2|Bacteria,1TP1Q@1239|Firmicutes,24ADV@186801|Clostridia,36DX1@31979|Clostridiaceae 186801|Clostridia P PFAM Binding-protein-dependent transport system inner membrane component - - - ko:K10118 ko02010,map02010 M00196 - - ko00000,ko00001,ko00002,ko02000 3.A.1.1.28 - - BPD_transp_1 +MGYG000000001_02025 1151292.QEW_1445 4.63e-110 327.0 COG1131@1|root,COG1131@2|Bacteria,1TPZR@1239|Firmicutes,24ETB@186801|Clostridia 186801|Clostridia V Psort location CytoplasmicMembrane, score - - - - - - - - - - - - ABC_tran +MGYG000000001_00096 1476973.JMMB01000007_gene3074 7.87e-135 386.0 COG0289@1|root,COG0289@2|Bacteria,1TR9D@1239|Firmicutes,248FY@186801|Clostridia,25QY3@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the conversion of 4-hydroxy- tetrahydrodipicolinate (HTPA) to tetrahydrodipicolinate dapB - 1.17.1.8 ko:K00215 ko00261,ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00261,map00300,map01100,map01110,map01120,map01130,map01230 M00016,M00525,M00526,M00527 R04198,R04199 RC00478 ko00000,ko00001,ko00002,ko01000 - - - ACT,ACT_7,DapB_C,DapB_N +MGYG000000001_02764 1415775.U729_2143 6.27e-113 333.0 COG0778@1|root,COG0778@2|Bacteria,1V0NJ@1239|Firmicutes,24FM7@186801|Clostridia,36EJ6@31979|Clostridiaceae 186801|Clostridia C Putative TM nitroreductase - - - - - - - - - - - - TM1586_NiRdase +MGYG000000001_02314 1292035.H476_2517 3.01e-154 441.0 COG2006@1|root,COG2006@2|Bacteria,1TRQ9@1239|Firmicutes,248BF@186801|Clostridia,25RWD@186804|Peptostreptococcaceae 186801|Clostridia S Domain of unknown function (DUF362) - - - - - - - - - - - - DUF362,Fer4 +MGYG000000001_02345 545697.HMPREF0216_00620 1.78e-296 822.0 COG1122@1|root,COG1122@2|Bacteria,1TPH8@1239|Firmicutes,248A2@186801|Clostridia,36F82@31979|Clostridiaceae 186801|Clostridia P Psort location CytoplasmicMembrane, score - - - ko:K16786,ko:K16787 ko02010,map02010 M00582 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.25,3.A.1.28,3.A.1.29,3.A.1.30,3.A.1.31,3.A.1.32,3.A.1.33,3.A.1.35 - - ABC_tran,DUF3744,ECF-ribofla_trS +MGYG000000001_01390 702450.CUW_1164 1.14e-273 767.0 COG1132@1|root,COG1132@2|Bacteria,1TP0B@1239|Firmicutes,3VPAQ@526524|Erysipelotrichia 526524|Erysipelotrichia V Psort location CytoplasmicMembrane, score - - - ko:K06147 - - - - ko00000,ko02000 3.A.1.106,3.A.1.109,3.A.1.21 - - ABC_membrane,ABC_tran +MGYG000000001_00240 1476973.JMMB01000007_gene2679 1.93e-25 103.0 COG0531@1|root,COG0531@2|Bacteria,1TQ48@1239|Firmicutes,248C7@186801|Clostridia,25SYB@186804|Peptostreptococcaceae 186801|Clostridia E Amino acid permease ykbA - - ko:K03294 - - - - ko00000 2.A.3.2 - - AA_permease_2 +MGYG000000001_00985 1301100.HG529333_gene4590 3.59e-268 741.0 COG1115@1|root,COG1115@2|Bacteria,1TNZP@1239|Firmicutes,247S6@186801|Clostridia,36F13@31979|Clostridiaceae 186801|Clostridia E amino acid carrier protein agcS - - ko:K03310 - - - - ko00000 2.A.25 - - Na_Ala_symp +MGYG000000001_01464 272563.CD630_12890 0.0 974.0 COG0595@1|root,COG0595@2|Bacteria,1TQ9G@1239|Firmicutes,2488J@186801|Clostridia,25QRX@186804|Peptostreptococcaceae 186801|Clostridia J An RNase that has 5'-3' exonuclease and possibly endonuclease activity. Involved in maturation of rRNA and in some organisms also mRNA maturation and or decay rnj - - ko:K12574 ko03018,map03018 - - - ko00000,ko00001,ko01000,ko03019 - - - Lactamase_B,Lactamase_B_2,RMMBL +MGYG000000001_01970 552396.HMPREF0863_02135 2.38e-106 315.0 COG3715@1|root,COG3715@2|Bacteria,1TSQY@1239|Firmicutes,3VSNT@526524|Erysipelotrichia 526524|Erysipelotrichia G PTS system sorbose-specific iic component - - - - - - - - - - - - EII-Sor +MGYG000000001_01063 1292035.H476_0097 8.21e-228 633.0 COG0044@1|root,COG0044@2|Bacteria,1TPQM@1239|Firmicutes,247V2@186801|Clostridia,25R78@186804|Peptostreptococcaceae 186801|Clostridia F Belongs to the metallo-dependent hydrolases superfamily. DHOase family. Class I DHOase subfamily pyrC - 3.5.2.3 ko:K01465 ko00240,ko01100,map00240,map01100 M00051 R01993 RC00632 ko00000,ko00001,ko00002,ko01000 - - - Amidohydro_1,Amidohydro_3,DHOase,DZR,Urease_alpha +MGYG000000001_02708 1151292.QEW_0816 2.7e-106 314.0 COG0648@1|root,COG0648@2|Bacteria,1UFG6@1239|Firmicutes,24FBC@186801|Clostridia,25RBT@186804|Peptostreptococcaceae 186801|Clostridia L Xylose isomerase-like TIM barrel - - - - - - - - - - - - AP_endonuc_2 +MGYG000000001_00999 1476973.JMMB01000007_gene2482 5.31e-267 736.0 COG1509@1|root,COG1509@2|Bacteria,1TQQZ@1239|Firmicutes,249JV@186801|Clostridia,25T2N@186804|Peptostreptococcaceae 186801|Clostridia E Lysine-2,3-aminomutase kamA GO:0003674,GO:0003824,GO:0005488,GO:0008144,GO:0016853,GO:0016866,GO:0016869,GO:0019842,GO:0030170,GO:0036094,GO:0043167,GO:0043168,GO:0048037,GO:0050662,GO:0051536,GO:0051540,GO:0070279,GO:0097159,GO:1901363 5.4.3.9 ko:K19814 - - - - ko00000,ko01000 - - - Fer4_14,LAM_C,Radical_SAM +MGYG000000001_02617 1301100.HG529258_gene6219 1.31e-174 504.0 2CAI1@1|root,33A6T@2|Bacteria,1VND1@1239|Firmicutes 1239|Firmicutes - - ubiD - - - - - - - - - - - - +MGYG000000001_01170 445973.CLOBAR_02833 0.0 994.0 COG0370@1|root,COG0370@2|Bacteria,1TP7E@1239|Firmicutes,24885@186801|Clostridia,25R2H@186804|Peptostreptococcaceae 186801|Clostridia P transporter of a GTP-driven Fe(2 ) uptake system feoB - - ko:K04759 - - - - ko00000,ko02000 9.A.8.1 - - FeoA,FeoB_C,FeoB_N,Gate +MGYG000000001_02164 272563.CD630_25590 7.94e-100 293.0 COG0742@1|root,COG0742@2|Bacteria,1V3JF@1239|Firmicutes,24JHR@186801|Clostridia,25RB7@186804|Peptostreptococcaceae 186801|Clostridia L RNA methyltransferase, RsmD family rsmD - 2.1.1.171 ko:K08316 - - R07234 RC00003 ko00000,ko01000,ko03009 - - - CTP_transf_like,Cons_hypoth95 +MGYG000000001_00361 1301100.HG529402_gene6762 1.1e-40 136.0 COG1862@1|root,COG1862@2|Bacteria,1VEMC@1239|Firmicutes,24MMT@186801|Clostridia,36MPE@31979|Clostridiaceae 186801|Clostridia U Preprotein translocase, YajC subunit yajC - - ko:K03210 ko02024,ko03060,ko03070,map02024,map03060,map03070 M00335 - - ko00000,ko00001,ko00002,ko02044 3.A.5.1,3.A.5.2 - - Ftsk_gamma,YajC +MGYG000000001_02560 1151292.QEW_0108 7.11e-165 466.0 COG1122@1|root,COG1122@2|Bacteria,1TPH8@1239|Firmicutes,248A2@186801|Clostridia,25QF6@186804|Peptostreptococcaceae 186801|Clostridia P ATP-binding (A) component of a common energy-coupling factor (ECF) ABC-transporter complex. Unlike classic ABC transporters this ECF transporter provides the energy necessary to transport a number of different substrates ecfA1 - - ko:K16786,ko:K16787 ko02010,map02010 M00582 - - ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.25,3.A.1.28,3.A.1.29,3.A.1.30,3.A.1.31,3.A.1.32,3.A.1.33,3.A.1.35 - - ABC_tran +MGYG000000001_02834 445973.CLOBAR_01372 2.6e-45 147.0 2EUBX@1|root,33MU9@2|Bacteria,1VQ4S@1239|Firmicutes,24UHJ@186801|Clostridia,25RP4@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00546 272563.CD630_14060 1.04e-88 270.0 COG2843@1|root,COG2843@2|Bacteria,1V20N@1239|Firmicutes,24AI2@186801|Clostridia 186801|Clostridia M D-alanyl-D-alanine carboxypeptidase - - - - - - - - - - - - Glyco_hydro_114,Peptidase_M15_4 +MGYG000000001_01736 1476973.JMMB01000007_gene1185 6.04e-80 243.0 COG1971@1|root,COG1971@2|Bacteria,1V4QK@1239|Firmicutes,24FY0@186801|Clostridia,25SKS@186804|Peptostreptococcaceae 186801|Clostridia P Probably functions as a manganese efflux pump mntP - - - - - - - - - - - Mntp +MGYG000000001_00498 1301100.HG529233_gene7369 3.71e-30 115.0 COG1609@1|root,COG1609@2|Bacteria,1TQ7K@1239|Firmicutes,247M2@186801|Clostridia,36F5I@31979|Clostridiaceae 186801|Clostridia K Transcriptional regulator, LacI family scrR - - ko:K02529,ko:K03484 - - - - ko00000,ko03000 - - - LacI,Peripla_BP_1,Peripla_BP_3,Peripla_BP_4 +MGYG000000001_01298 1301100.HG529233_gene7421 4.95e-21 94.4 2FBI0@1|root,343PA@2|Bacteria,1W17X@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_01130 1158607.UAU_01003 9.24e-107 316.0 COG3561@1|root,COG3645@1|root,COG3561@2|Bacteria,COG3645@2|Bacteria,1UY80@1239|Firmicutes,4HF9P@91061|Bacilli,4B2VC@81852|Enterococcaceae 91061|Bacilli K AntA/AntB antirepressor - - - ko:K07741 - - - - ko00000 - - - ANT,AntA,ORF6C,ORF6N +MGYG000000001_02414 1301100.HG529244_gene2326 4.46e-162 456.0 COG2086@1|root,COG2086@2|Bacteria,1TQA0@1239|Firmicutes,247K9@186801|Clostridia,36FGA@31979|Clostridiaceae 186801|Clostridia C Electron transfer flavoprotein etfB1 - - ko:K03521 - - - - ko00000 - - - ETF +MGYG000000001_01777 1391646.AVSU01000094_gene313 1.37e-160 466.0 COG4086@1|root,COG4086@2|Bacteria,1TR2I@1239|Firmicutes,24C10@186801|Clostridia,25SC1@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF1002) - - - - - - - - - - - - DUF1002 +MGYG000000001_01238 1151292.QEW_1288 3.15e-122 357.0 COG2110@1|root,COG2110@2|Bacteria,1TQSZ@1239|Firmicutes,24935@186801|Clostridia,25RVM@186804|Peptostreptococcaceae 186801|Clostridia S Macro domain protein - - - - - - - - - - - - Macro,SH3_3 +MGYG000000001_00992 1301100.HG529356_gene2060 7.39e-231 643.0 COG0493@1|root,COG0493@2|Bacteria,1TQ1A@1239|Firmicutes,248EK@186801|Clostridia,36E1P@31979|Clostridiaceae 186801|Clostridia C glutamate synthase (NADPH), homotetrameric - - 1.4.1.13,1.4.1.14 ko:K00266 ko00250,ko00910,ko01100,ko01110,ko01120,ko01130,ko01230,map00250,map00910,map01100,map01110,map01120,map01130,map01230 - R00093,R00114,R00248 RC00006,RC00010,RC02799 ko00000,ko00001,ko01000 - - - Fer4_20,Pyr_redox_2,Pyr_redox_3 +MGYG000000001_00382 1391646.AVSU01000029_gene2619 2.98e-57 180.0 COG0730@1|root,COG0730@2|Bacteria,1VAFU@1239|Firmicutes,24MTI@186801|Clostridia,25THI@186804|Peptostreptococcaceae 186801|Clostridia S Sulfite exporter TauE/SafE - - - ko:K07090 - - - - ko00000 - - - TauE +MGYG000000001_00609 658088.HMPREF0987_02459 6.46e-254 706.0 COG2211@1|root,COG2211@2|Bacteria,1TRYR@1239|Firmicutes,25C8G@186801|Clostridia,27KBK@186928|unclassified Lachnospiraceae 186801|Clostridia G MFS/sugar transport protein - - - - - - - - - - - - MFS_2 +MGYG000000001_02134 1476973.JMMB01000007_gene909 1.86e-103 301.0 COG2065@1|root,COG2065@2|Bacteria,1V3GV@1239|Firmicutes,24FQD@186801|Clostridia,25RCD@186804|Peptostreptococcaceae 186801|Clostridia F Also displays a weak uracil phosphoribosyltransferase activity which is not physiologically significant pyrR - 2.4.2.9 ko:K02825 ko00240,ko01100,map00240,map01100 - R00966 RC00063 ko00000,ko00001,ko01000,ko03000 - - iHN637.CLJU_RS05275 Pribosyltran +MGYG000000001_01915 318464.IO99_07245 1.29e-09 55.5 2AF8J@1|root,3157Q@2|Bacteria,1UUEF@1239|Firmicutes,256IC@186801|Clostridia 318464.IO99_07245|- - - - - - - - - - - - - - - - +MGYG000000001_01614 1301100.HG529251_gene6271 1.38e-91 269.0 COG0779@1|root,COG0779@2|Bacteria,1V6KT@1239|Firmicutes,24N1G@186801|Clostridia,36JKE@31979|Clostridiaceae 186801|Clostridia S Required for maturation of 30S ribosomal subunits rimP - - ko:K09748 - - - - ko00000,ko03009 - - - DUF150,DUF150_C +MGYG000000001_00266 1476973.JMMB01000007_gene2708 6.42e-69 217.0 COG1555@1|root,COG1555@2|Bacteria,1VA3W@1239|Firmicutes,24MQF@186801|Clostridia,25RI8@186804|Peptostreptococcaceae 186801|Clostridia L Helix-hairpin-helix motif comEA - - ko:K02237 - M00429 - - ko00000,ko00002,ko02044 3.A.11.1,3.A.11.2 - - HHH_3,SLBB +MGYG000000001_00437 1301100.HG529230_gene5356 1.58e-206 575.0 COG0614@1|root,COG0614@2|Bacteria,1TSAF@1239|Firmicutes,24ITQ@186801|Clostridia,36IU9@31979|Clostridiaceae 186801|Clostridia P Periplasmic binding protein - - - ko:K02016 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - HisKA,Peripla_BP_2 +MGYG000000001_02329 1151292.QEW_2910 3.48e-170 481.0 COG0379@1|root,COG0379@2|Bacteria,1TP6R@1239|Firmicutes,247IJ@186801|Clostridia,25R9M@186804|Peptostreptococcaceae 186801|Clostridia H Catalyzes the condensation of iminoaspartate with dihydroxyacetone phosphate to form quinolinate nadA - 2.5.1.72 ko:K03517 ko00760,ko01100,map00760,map01100 M00115 R04292 RC01119 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS12020 NadA +MGYG000000001_02035 1301100.HG529377_gene4064 0.0 1832.0 COG1074@1|root,COG1074@2|Bacteria,1TQ35@1239|Firmicutes,248ZF@186801|Clostridia,36E2W@31979|Clostridiaceae 186801|Clostridia L ATP-dependent helicase nuclease subunit A addA - 3.6.4.12 ko:K16898 - - - - ko00000,ko01000,ko03400 - - - PDDEXK_1,UvrD-helicase,UvrD_C +MGYG000000001_00836 1121335.Clst_2409 5.26e-195 563.0 COG4166@1|root,COG4166@2|Bacteria,1TNYQ@1239|Firmicutes,25E4B@186801|Clostridia,3WHJ3@541000|Ruminococcaceae 186801|Clostridia E ABC-type oligopeptide transport system periplasmic component oppA - - ko:K02035,ko:K15580 ko01501,ko02010,ko02024,map01501,map02010,map02024 M00239,M00439 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5,3.A.1.5.1,3.A.1.5.18,3.A.1.5.19,3.A.1.5.25 - - SBP_bac_5,TAT_signal +MGYG000000001_00967 1301100.HG529362_gene2097 0.0 919.0 COG1164@1|root,COG1164@2|Bacteria,1TPV4@1239|Firmicutes,2495D@186801|Clostridia,36ET0@31979|Clostridiaceae 186801|Clostridia E oligoendopeptidase, M3 family pz-A - - - - - - - - - - - Peptidase_M3 +MGYG000000001_00705 1476973.JMMB01000007_gene3232 1.42e-23 93.2 COG2919@1|root,COG2919@2|Bacteria,1W0RR@1239|Firmicutes,25N5B@186801|Clostridia,25S0I@186804|Peptostreptococcaceae 186801|Clostridia D Septum formation initiator - - - - - - - - - - - - DivIC +MGYG000000001_02516 1294142.CINTURNW_3053 2.38e-37 127.0 COG3830@1|root,COG3830@2|Bacteria,1VENW@1239|Firmicutes,24QNV@186801|Clostridia,36KHG@31979|Clostridiaceae 186801|Clostridia T Belongs to the UPF0237 family - - - ko:K07166 - - - - ko00000 - - - ACT_6 +MGYG000000001_01617 1301100.HG529244_gene2344 2.05e-97 290.0 2F4QN@1|root,33XDP@2|Bacteria,1VVWB@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_00263 1151292.QEW_3047 3.55e-305 849.0 COG3276@1|root,COG3276@2|Bacteria,1TPQS@1239|Firmicutes,2484U@186801|Clostridia,25QGF@186804|Peptostreptococcaceae 186801|Clostridia J Elongation factor SelB, winged helix selB - - ko:K03833 - - - - ko00000,ko03012 - - - GTP_EFTU,GTP_EFTU_D2,SelB-wing_2,SelB-wing_3 +MGYG000000001_02332 1476973.JMMB01000007_gene2857 2.9e-227 638.0 COG0534@1|root,COG0534@2|Bacteria,1TPFM@1239|Firmicutes,247J9@186801|Clostridia,25QCC@186804|Peptostreptococcaceae 186801|Clostridia V MatE - - - - - - - - - - - - MatE +MGYG000000001_01266 573061.Clocel_2250 1.43e-282 781.0 COG2721@1|root,COG2721@2|Bacteria,1TPTX@1239|Firmicutes,24AEC@186801|Clostridia,36G4P@31979|Clostridiaceae 186801|Clostridia G D-galactarate dehydratase altronate hydrolase uxaA - 4.2.1.7 ko:K01685 ko00040,ko01100,map00040,map01100 M00631 R01540 RC00543 ko00000,ko00001,ko00002,ko01000 - - - GD_AH_C,SAF +MGYG000000001_00839 1120746.CCNL01000009_gene994 4.25e-140 407.0 COG1173@1|root,COG1173@2|Bacteria,2NQ14@2323|unclassified Bacteria 2|Bacteria EP PFAM binding-protein-dependent transport systems inner membrane component oppC - - ko:K15582 ko01501,ko02010,ko02024,map01501,map02010,map02024 M00439 - - ko00000,ko00001,ko00002,ko02000 3.A.1.5.1,3.A.1.5.18,3.A.1.5.19,3.A.1.5.25 - - BPD_transp_1,OppC_N +MGYG000000001_00964 1301100.HG529236_gene7265 0.0 904.0 COG1132@1|root,COG1132@2|Bacteria,1UHQP@1239|Firmicutes,25E4H@186801|Clostridia,36GAF@31979|Clostridiaceae 186801|Clostridia V ABC transporter cydC - - ko:K06148 - - - - ko00000,ko02000 3.A.1 - - ABC_membrane,ABC_tran +MGYG000000001_01230 658659.HMPREF0983_00082 3.06e-09 68.2 COG2304@1|root,COG4932@1|root,COG2304@2|Bacteria,COG4932@2|Bacteria,1UMMT@1239|Firmicutes,3VRXU@526524|Erysipelotrichia 526524|Erysipelotrichia M von Willebrand factor type A domain - - - - - - - - - - - - DUF5011,VWA_2 +MGYG000000001_00003 1301100.HG529378_gene4086 9.9e-128 370.0 COG2116@1|root,COG2116@2|Bacteria,1TRTT@1239|Firmicutes,24BU5@186801|Clostridia,36F4N@31979|Clostridiaceae 186801|Clostridia P Formate nitrite fdhC - - ko:K21993 - - - - ko00000,ko02000 1.A.16.2 - - Form_Nir_trans +MGYG000000001_00775 1122216.AUHW01000032_gene1105 9.28e-138 410.0 COG2211@1|root,COG2211@2|Bacteria,1TRA5@1239|Firmicutes 1239|Firmicutes G Na melibiose symporter and related transporters lacP - - ko:K11104 - - - - ko00000,ko02000 2.A.2.1 - - MFS_2 +MGYG000000001_00774 1122216.AUHW01000032_gene1105 9.28e-138 410.0 COG2211@1|root,COG2211@2|Bacteria,1TRA5@1239|Firmicutes 1239|Firmicutes G Na melibiose symporter and related transporters lacP - - ko:K11104 - - - - ko00000,ko02000 2.A.2.1 - - MFS_2 +MGYG000000001_00134 272563.CD630_31570 5.59e-93 273.0 COG0691@1|root,COG0691@2|Bacteria,1V3IJ@1239|Firmicutes,24HD6@186801|Clostridia,25RAS@186804|Peptostreptococcaceae 186801|Clostridia O the 2 termini fold to resemble tRNA(Ala) and it encodes a tag peptide , a short internal open reading frame. During trans-translation Ala- aminoacylated tmRNA acts like a tRNA, entering the A-site of stalled ribosomes, displacing the stalled mRNA. The ribosome then switches to translate the ORF on the tmRNA smpB - - ko:K03664 - - - - ko00000 - - - SmpB +MGYG000000001_01546 1301100.HG529425_gene1994 2.25e-234 654.0 COG2252@1|root,COG2252@2|Bacteria,1TQC6@1239|Firmicutes,2483Q@186801|Clostridia,36DY4@31979|Clostridiaceae 186801|Clostridia S Permease - - - ko:K06901 - - - - ko00000,ko02000 2.A.1.40 - - Xan_ur_permease +MGYG000000001_00518 545697.HMPREF0216_00344 3.1e-178 502.0 COG0463@1|root,COG0463@2|Bacteria,1TPR3@1239|Firmicutes,248Q5@186801|Clostridia,36DD3@31979|Clostridiaceae 186801|Clostridia M PFAM Glycosyl transferase family 2 - - - ko:K20534 - - - - ko00000,ko01000,ko01005,ko02000 4.D.2.1.9 GT2 - Glycos_transf_2,GtrA +MGYG000000001_00364 1476973.JMMB01000007_gene670 9.34e-215 596.0 COG0809@1|root,COG0809@2|Bacteria,1TPKD@1239|Firmicutes,247NT@186801|Clostridia,25QXU@186804|Peptostreptococcaceae 186801|Clostridia J Transfers and isomerizes the ribose moiety from AdoMet to the 7-aminomethyl group of 7-deazaguanine (preQ1-tRNA) to give epoxyqueuosine (oQ-tRNA) queA - 2.4.99.17 ko:K07568 - - - - ko00000,ko01000,ko03016 - - - Queuosine_synth +MGYG000000001_02171 272563.CD630_31580 2.97e-130 377.0 COG2013@1|root,COG2013@2|Bacteria,1TP7N@1239|Firmicutes,249B4@186801|Clostridia,25SWR@186804|Peptostreptococcaceae 186801|Clostridia S Mitochondrial biogenesis AIM24 - - - - - - - - - - - - AIM24 +MGYG000000001_02159 1301100.HG529233_gene7347 1.03e-16 72.4 2CHF6@1|root,32M7S@2|Bacteria,1W62Y@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02027 1301100.HG529375_gene4040 1.51e-155 440.0 COG0061@1|root,COG0061@2|Bacteria,1TRB3@1239|Firmicutes,24BG6@186801|Clostridia,36EBN@31979|Clostridiaceae 186801|Clostridia H Involved in the regulation of the intracellular balance of NAD and NADP, and is a key enzyme in the biosynthesis of NADP. Catalyzes specifically the phosphorylation on 2'-hydroxyl of the adenosine moiety of NAD to yield NADP nadK - 2.7.1.23 ko:K00858 ko00760,ko01100,map00760,map01100 - R00104 RC00002,RC00078 ko00000,ko00001,ko01000 - - iHN637.CLJU_RS05480 NAD_kinase +MGYG000000001_00009 1301100.HG529378_gene4092 1.26e-177 500.0 COG1481@1|root,COG1481@2|Bacteria,1TP2X@1239|Firmicutes,2484M@186801|Clostridia,36EVX@31979|Clostridiaceae 186801|Clostridia K May be required for sporulation whiA - - ko:K09762 - - - - ko00000 - - - HTH_WhiA,LAGLIDADG_WhiA,WhiA_N +MGYG000000001_02816 1301100.HG529409_gene180 1.11e-213 606.0 COG0168@1|root,COG0168@2|Bacteria,1TPAF@1239|Firmicutes,248K4@186801|Clostridia,36E52@31979|Clostridiaceae 186801|Clostridia P potassium uptake protein TrkH - - - ko:K03498 - - - - ko00000,ko02000 2.A.38.1,2.A.38.4 - - TrkH +MGYG000000001_02931 272563.CD630_18280 0.0 892.0 COG0465@1|root,COG0465@2|Bacteria,1TPTV@1239|Firmicutes,247WQ@186801|Clostridia,25QED@186804|Peptostreptococcaceae 186801|Clostridia O Acts as a processive, ATP-dependent zinc metallopeptidase for both cytoplasmic and membrane proteins. Plays a role in the quality control of integral membrane proteins ftsH - - ko:K03798 - M00742 - - ko00000,ko00002,ko01000,ko01002,ko03110 - - - AAA,FtsH_ext,Peptidase_M41 +MGYG000000001_02719 1301100.HG529407_gene289 2.26e-92 271.0 COG0219@1|root,COG0219@2|Bacteria,1V3GW@1239|Firmicutes,24HVV@186801|Clostridia,36I1E@31979|Clostridiaceae 186801|Clostridia J Belongs to the class IV-like SAM-binding methyltransferase superfamily. RNA methyltransferase TrmH family. TrmL subfamily trmL - 2.1.1.207 ko:K03216 - - - - ko00000,ko01000,ko03016 - - - DUF1275,SpoU_methylase +MGYG000000001_01347 1301100.HG529407_gene250 2.42e-163 460.0 COG3640@1|root,COG3640@2|Bacteria,1TPCY@1239|Firmicutes,247JM@186801|Clostridia,36GCI@31979|Clostridiaceae 186801|Clostridia D PFAM Cobyrinic acid a,c-diamide synthase cooC - - ko:K07321 - - - - ko00000 - - - CbiA +MGYG000000001_00251 1476973.JMMB01000007_gene2687 3.79e-185 525.0 COG4552@1|root,COG4552@2|Bacteria,1TRPM@1239|Firmicutes,24AP4@186801|Clostridia,25RCF@186804|Peptostreptococcaceae 186801|Clostridia S Sterol carrier protein domain - - - - - - - - - - - - Acetyltransf_9,SCP2_2 +MGYG000000001_00381 1301100.HG529403_gene6777 7.27e-64 197.0 COG0730@1|root,COG0730@2|Bacteria,1VAMI@1239|Firmicutes,24MXA@186801|Clostridia,36M6T@31979|Clostridiaceae 186801|Clostridia S membrane transporter protein - - - ko:K07090 - - - - ko00000 - - - TauE +MGYG000000001_00831 445973.CLOBAR_00947 5.39e-162 461.0 COG0331@1|root,COG0331@2|Bacteria,1TPB7@1239|Firmicutes,247UF@186801|Clostridia,25RFG@186804|Peptostreptococcaceae 186801|Clostridia I malonyl CoA-acyl carrier protein transacylase fabD - 2.3.1.39 ko:K00645 ko00061,ko00333,ko01100,ko01130,ko01212,map00061,map00333,map01100,map01130,map01212 M00082 R01626,R11671 RC00004,RC00039,RC02727 ko00000,ko00001,ko00002,ko01000,ko01004 - - - Acyl_transf_1,NMO +MGYG000000001_00932 1301100.HG529418_gene3029 3.07e-39 132.0 COG0502@1|root,COG0502@2|Bacteria 2|Bacteria H biotin synthase activity - - 2.8.1.6 ko:K01012,ko:K02016 ko00780,ko01100,ko02010,map00780,map01100,map02010 M00123,M00240,M00573,M00577 R01078 RC00441 ko00000,ko00001,ko00002,ko01000,ko02000 3.A.1.14 - - DUF3343,Radical_SAM +MGYG000000001_01133 536233.CLO_1399 4.88e-139 417.0 COG1196@1|root,COG1196@2|Bacteria,1UI77@1239|Firmicutes,25ECC@186801|Clostridia,36FV7@31979|Clostridiaceae 186801|Clostridia D T5orf172 - - - - - - - - - - - - DUF4041,MUG113,T5orf172 +MGYG000000001_01166 411469.EUBHAL_00528 1.25e-76 246.0 COG2207@1|root,COG4753@1|root,COG2207@2|Bacteria,COG4753@2|Bacteria,1TSKR@1239|Firmicutes,24AFC@186801|Clostridia,25V1K@186806|Eubacteriaceae 186801|Clostridia K Psort location Cytoplasmic, score - - - ko:K07720 ko02020,map02020 M00519 - - ko00000,ko00001,ko00002,ko02022 - - - AraC_binding,HTH_18,HTH_AraC,Response_reg +MGYG000000001_01294 1301100.HG529233_gene7417 5.12e-218 639.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - AAA_16,ABC_sub_bind,GAF,GAF_2,HATPase_c,HisKA,PAS,PAS_3,PAS_4,PAS_8,PAS_9,Pkinase,Reg_prop,Y_Y_Y +MGYG000000001_01422 1035196.HMPREF9998_00418 9.49e-95 286.0 COG1215@1|root,COG1215@2|Bacteria,1VUUB@1239|Firmicutes,25BSI@186801|Clostridia 186801|Clostridia M Glycosyltransferase, group 2 family protein - - - - - - - - - - - - Glycos_transf_2 +MGYG000000001_01454 1151292.QEW_1677 3.23e-69 212.0 COG3874@1|root,COG3874@2|Bacteria,1V6H7@1239|Firmicutes,24JJ5@186801|Clostridia 186801|Clostridia S Sporulation protein YtfJ ytfJ - - - - - - - - - - - DUF2953,Spore_YtfJ +MGYG000000001_01486 1121342.AUCO01000012_gene1700 1.47e-34 142.0 2EQUX@1|root,33IEQ@2|Bacteria,1W342@1239|Firmicutes,24991@186801|Clostridia,36G9P@31979|Clostridiaceae 186801|Clostridia S Phage portal protein, SPP1 Gp6-like - - - - - - - - - - - - Phage_prot_Gp6 +MGYG000000001_01518 272563.CD630_17080 1.08e-215 608.0 COG2357@1|root,COG2357@2|Bacteria,1TQCZ@1239|Firmicutes,24BU3@186801|Clostridia,25T3N@186804|Peptostreptococcaceae 186801|Clostridia S RelA SpoT domain protein - - - - - - - - - - - - RelA_SpoT +MGYG000000001_01646 1301100.HG529301_gene3133 4.92e-113 328.0 COG1974@1|root,COG1974@2|Bacteria,1TQ3H@1239|Firmicutes,24AXJ@186801|Clostridia,36FR0@31979|Clostridiaceae 186801|Clostridia K Represses a number of genes involved in the response to DNA damage (SOS response), including recA and lexA. In the presence of single-stranded DNA, RecA interacts with LexA causing an autocatalytic cleavage which disrupts the DNA-binding part of LexA, leading to derepression of the SOS regulon and eventually DNA repair lexA - 3.4.21.88 ko:K01356 - M00729 - - ko00000,ko00002,ko01000,ko01002,ko03400 - - - LexA_DNA_bind,Peptidase_S24 +MGYG000000001_01743 1301100.HG529350_gene4245 5.8e-301 845.0 COG1511@1|root,COG1511@2|Bacteria,1TQ15@1239|Firmicutes,2493H@186801|Clostridia,36ET6@31979|Clostridiaceae 186801|Clostridia S YhgE Pip N-terminal domain - - - ko:K01421 - - - - ko00000 - - - ABC2_membrane,ABC2_membrane_3,DUF3533 +MGYG000000001_01808 272563.CD630_06640 1.31e-51 175.0 2B0Y6@1|root,31TB7@2|Bacteria,1V6RK@1239|Firmicutes,24Q0N@186801|Clostridia 186801|Clostridia S Psort location Cytoplasmic, score - - - - - - - - - - - - zinc_ribbon_2 +MGYG000000001_01904 445973.CLOBAR_00422 8.68e-216 606.0 COG2223@1|root,COG2223@2|Bacteria,1TT7X@1239|Firmicutes,24FKG@186801|Clostridia,25SWQ@186804|Peptostreptococcaceae 1239|Firmicutes P COG COG0477 Permeases of the major facilitator superfamily - - - - - - - - - - - - MFS_1,MFS_2,Sugar_tr +MGYG000000001_01968 1499680.CCFE01000011_gene626 3.41e-90 281.0 COG0449@1|root,COG0449@2|Bacteria,1VDE4@1239|Firmicutes,4HD5U@91061|Bacilli 91061|Bacilli M SIS domain - - - ko:K19504 - - - - ko00000 - - - SIS +MGYG000000001_02132 1476973.JMMB01000007_gene907 9.58e-77 231.0 COG0597@1|root,COG0597@2|Bacteria,1VA9R@1239|Firmicutes,24QPP@186801|Clostridia,25RJB@186804|Peptostreptococcaceae 186801|Clostridia MU This protein specifically catalyzes the removal of signal peptides from prolipoproteins lspA - 3.4.23.36 ko:K03101 ko03060,map03060 - - - ko00000,ko00001,ko01000,ko01002 - - - Peptidase_A8 +MGYG000000001_02261 457424.BFAG_00146 1.42e-80 257.0 COG0438@1|root,COG0438@2|Bacteria,4NGDA@976|Bacteroidetes,2FTWK@200643|Bacteroidia,4ASFB@815|Bacteroidaceae 976|Bacteroidetes M Glycosyl transferases group 1 - - - - - - - - - - - - Glyco_trans_4_2,Glyco_transf_4,Glycos_transf_1 +MGYG000000001_02454 1292035.H476_0178 2.68e-100 293.0 COG0250@1|root,COG0250@2|Bacteria,1TR3P@1239|Firmicutes,248XB@186801|Clostridia,25RDG@186804|Peptostreptococcaceae 186801|Clostridia K Participates in transcription elongation, termination and antitermination nusG - - ko:K02601 - - - - ko00000,ko03009,ko03021 - - - KOW,NusG +MGYG000000001_02486 1301100.HG529263_gene671 1.3e-44 152.0 2F05B@1|root,33T8Z@2|Bacteria,1VRBI@1239|Firmicutes 1239|Firmicutes - - - - - - - - - - - - - - - +MGYG000000001_02550 1391646.AVSU01000050_gene1699 3.73e-36 133.0 2DXUX@1|root,346RT@2|Bacteria,1VYTZ@1239|Firmicutes,24MUU@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02400 1476973.JMMB01000007_gene2260 7.54e-102 299.0 2DPYA@1|root,333XE@2|Bacteria,1VEV4@1239|Firmicutes,24S1E@186801|Clostridia 186801|Clostridia S SdpI/YhfL protein family - - - - - - - - - - - - SdpI +MGYG000000001_00613 1235790.C805_00055 1.23e-11 65.5 2DPUW@1|root,333GE@2|Bacteria,1VGDX@1239|Firmicutes,24TVZ@186801|Clostridia,25YX6@186806|Eubacteriaceae 186801|Clostridia - - - - - - - - - - - - - - GIY-YIG +MGYG000000001_02302 702450.CUW_0004 5.87e-30 117.0 COG5002@1|root,COG5002@2|Bacteria,1TS7P@1239|Firmicutes 1239|Firmicutes T Histidine kinase - - - - - - - - - - - - HAMP,HATPase_c,HisKA +MGYG000000001_01526 1301100.HG529393_gene4925 0.0 961.0 COG0553@1|root,COG0553@2|Bacteria,1TPFZ@1239|Firmicutes,248ZJ@186801|Clostridia,36DK9@31979|Clostridiaceae 186801|Clostridia L snf2 family - - 2.7.11.1 ko:K08282 - - - - ko00000,ko01000 - - - DUF805,Helicase_C,SNF2_N,SNF2_assoc,SWIM +MGYG000000001_03151 1292035.H476_0893 1.96e-63 195.0 COG1725@1|root,COG1725@2|Bacteria,1VA2B@1239|Firmicutes,24N57@186801|Clostridia,25RWA@186804|Peptostreptococcaceae 186801|Clostridia K helix_turn_helix gluconate operon transcriptional repressor - - - - - - - - - - - - GntR +MGYG000000001_02493 445973.CLOBAR_01039 3.41e-143 410.0 COG1176@1|root,COG1176@2|Bacteria,1TQ7Z@1239|Firmicutes,247Y8@186801|Clostridia,25QQU@186804|Peptostreptococcaceae 186801|Clostridia P ABC transporter permease potB - - ko:K11071 ko02010,map02010 M00299 - - ko00000,ko00001,ko00002,ko02000 3.A.1.11.1 - - BPD_transp_1 +MGYG000000001_01498 536233.CLO_0548 1.75e-26 103.0 28UBF@1|root,2ZGGV@2|Bacteria,1W48W@1239|Firmicutes,24ISP@186801|Clostridia,36IPP@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01495 1443122.Z958_05860 2.9e-26 101.0 2EF0N@1|root,338TS@2|Bacteria,1UBZQ@1239|Firmicutes,24RA8@186801|Clostridia,36MZZ@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00641 1301100.HG529345_gene3160 1.58e-96 288.0 COG1011@1|root,COG1011@2|Bacteria,1TWM7@1239|Firmicutes,24HKY@186801|Clostridia,36FHA@31979|Clostridiaceae 186801|Clostridia S IA, variant 1 - - 3.8.1.2 ko:K01560,ko:K07025 ko00361,ko00625,ko01100,ko01120,map00361,map00625,map01100,map01120 - R05287 RC00697 ko00000,ko00001,ko01000 - - - Acetyltransf_3,HAD_2,Hydrolase_like +MGYG000000001_02651 1408311.JNJM01000003_gene2963 3.04e-11 67.8 2ADE4@1|root,31340@2|Bacteria,1V962@1239|Firmicutes,24GN3@186801|Clostridia,2PTS2@265975|Oribacterium 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01886 1211817.CCAT010000043_gene3569 3.46e-28 105.0 2BDWK@1|root,327KS@2|Bacteria,1UTH5@1239|Firmicutes,252ZK@186801|Clostridia,36SPK@31979|Clostridiaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_01855 1476973.JMMB01000007_gene2252 7.6e-36 125.0 29UN0@1|root,30FZK@2|Bacteria,1UEXG@1239|Firmicutes,25JWV@186801|Clostridia,25TQS@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00034 1301100.HG529381_gene4005 1.97e-192 541.0 COG1763@1|root,COG1763@2|Bacteria,1UI2K@1239|Firmicutes,24A23@186801|Clostridia,36DV3@31979|Clostridiaceae 186801|Clostridia H Mo-molybdopterin cofactor biosynthetic process - - - - - - - - - - - - - +MGYG000000001_01437 1408823.AXUS01000012_gene330 5.63e-32 117.0 2CEIC@1|root,33EG7@2|Bacteria,1VPDG@1239|Firmicutes,24I7Y@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00035 1151292.QEW_3946 3.68e-85 259.0 COG3879@1|root,COG3879@2|Bacteria,1VDG3@1239|Firmicutes,24PW0@186801|Clostridia,25TBI@186804|Peptostreptococcaceae 186801|Clostridia S Bacterial protein of unknown function (DUF881) - - - - - - - - - - - - DUF881 +MGYG000000001_02554 1292035.H476_1265 1.08e-20 84.3 2DR42@1|root,33A2M@2|Bacteria,1VKCM@1239|Firmicutes,25JCT@186801|Clostridia,25RZF@186804|Peptostreptococcaceae 186801|Clostridia S Protein of unknown function (DUF2922) - - - - - - - - - - - - DUF2922 +MGYG000000001_00789 1405.DJ92_4751 2.8e-271 750.0 COG2133@1|root,COG2133@2|Bacteria,1TSKS@1239|Firmicutes,4HDDU@91061|Bacilli,1ZE0F@1386|Bacillus 91061|Bacilli G Glucose / Sorbosone dehydrogenase - - - - - - - - - - - - GSDH +MGYG000000001_02381 1301100.HG529316_gene481 9.08e-135 397.0 COG0793@1|root,COG0793@2|Bacteria,1V2B2@1239|Firmicutes,24A3A@186801|Clostridia,36EJR@31979|Clostridiaceae 186801|Clostridia M Peptidase family S41 - - - - - - - - - - - - Peptidase_S41,Tricorn_C1 +MGYG000000001_02382 1301100.HG529316_gene481 9.08e-135 397.0 COG0793@1|root,COG0793@2|Bacteria,1V2B2@1239|Firmicutes,24A3A@186801|Clostridia,36EJR@31979|Clostridiaceae 186801|Clostridia M Peptidase family S41 - - - - - - - - - - - - Peptidase_S41,Tricorn_C1 +MGYG000000001_01211 1476973.JMMB01000007_gene868 2.81e-129 375.0 29ECG@1|root,301AF@2|Bacteria,1UY4W@1239|Firmicutes,24HI3@186801|Clostridia,25QNJ@186804|Peptostreptococcaceae 186801|Clostridia M aspartic protease that is responsible for the proteolytic cleavage of the RNA polymerase sigma E factor (SigE spoIIGB) to yield the active peptide in the mother cell during sporulation. Responds to a signal from the forespore that is triggered by the extracellular signal protein SpoIIR spoIIGA - - ko:K06383 - - - - ko00000,ko01000,ko01002 - - - Peptidase_U4 +MGYG000000001_02949 1415774.U728_951 1.97e-191 537.0 COG0609@1|root,COG0609@2|Bacteria,1TP13@1239|Firmicutes,24A8W@186801|Clostridia,36FH9@31979|Clostridiaceae 186801|Clostridia P Belongs to the binding-protein-dependent transport system permease family. FecCD subfamily fhuB - - ko:K02015 ko02010,map02010 M00240 - - ko00000,ko00001,ko00002,ko02000 3.A.1.14 - - FecCD +MGYG000000001_01011 1294142.CINTURNW_0682 3.38e-89 266.0 COG1309@1|root,COG1309@2|Bacteria,1V89E@1239|Firmicutes,24JQ7@186801|Clostridia,36GAY@31979|Clostridiaceae 186801|Clostridia K transcriptional regulator - - - - - - - - - - - - TetR_C_8,TetR_N +MGYG000000001_02580 445973.CLOBAR_00106 4.3e-124 353.0 COG0094@1|root,COG0094@2|Bacteria,1TPE0@1239|Firmicutes,247X0@186801|Clostridia,25R84@186804|Peptostreptococcaceae 186801|Clostridia J This is 1 of the proteins that binds and probably mediates the attachment of the 5S RNA into the large ribosomal subunit, where it forms part of the central protuberance. In the 70S ribosome it contacts protein S13 of the 30S subunit (bridge B1b), connecting the 2 subunits rplE - - ko:K02931 ko03010,map03010 M00178,M00179 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L5,Ribosomal_L5_C +MGYG000000001_00116 1391646.AVSU01000037_gene2085 8.12e-238 654.0 COG0057@1|root,COG0057@2|Bacteria,1TNYU@1239|Firmicutes,247IZ@186801|Clostridia,25QNB@186804|Peptostreptococcaceae 186801|Clostridia G Belongs to the glyceraldehyde-3-phosphate dehydrogenase family gap GO:0000166,GO:0003674,GO:0003824,GO:0004365,GO:0005488,GO:0008150,GO:0008152,GO:0016491,GO:0016620,GO:0016903,GO:0036094,GO:0043891,GO:0048037,GO:0050662,GO:0051287,GO:0055114,GO:0097159,GO:1901265,GO:1901363 1.2.1.12 ko:K00134 ko00010,ko00710,ko01100,ko01110,ko01120,ko01130,ko01200,ko01230,ko04066,ko05010,map00010,map00710,map01100,map01110,map01120,map01130,map01200,map01230,map04066,map05010 M00001,M00002,M00003,M00165,M00166,M00308,M00552 R01061 RC00149 ko00000,ko00001,ko00002,ko01000,ko04131,ko04147 - - - Gp_dh_C,Gp_dh_N +MGYG000000001_01893 1391646.AVSU01000050_gene1693 5.18e-115 334.0 COG0745@1|root,COG0745@2|Bacteria,1TS81@1239|Firmicutes,248XH@186801|Clostridia 186801|Clostridia T response regulator receiver - - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_02202 702450.CUW_0650 0.0 865.0 COG0001@1|root,COG0001@2|Bacteria,1TPNH@1239|Firmicutes,3VT3Z@526524|Erysipelotrichia 526524|Erysipelotrichia H Aminotransferase class-III hemL - - - - - - - - - - - Aminotran_3 +MGYG000000001_01340 272563.CD630_07240 8.25e-155 437.0 COG3640@1|root,COG3640@2|Bacteria,1UZHR@1239|Firmicutes,24BYR@186801|Clostridia,25SF1@186804|Peptostreptococcaceae 186801|Clostridia D AAA domain cooC1 - - ko:K07321 - - - - ko00000 - - - AAA_31,CbiA +MGYG000000001_01647 1151292.QEW_2361 7.27e-228 634.0 COG4974@1|root,COG4974@2|Bacteria,1TPQB@1239|Firmicutes,25C3N@186801|Clostridia,25QEC@186804|Peptostreptococcaceae 186801|Clostridia L Belongs to the 'phage' integrase family xerS - - ko:K03733 - - - - ko00000,ko03036 - - - Phage_int_SAM_1,Phage_int_SAM_4,Phage_int_SAM_5,Phage_integrase +MGYG000000001_02947 1151292.QEW_4065 2.03e-241 669.0 COG1168@1|root,COG1168@2|Bacteria,1TP5G@1239|Firmicutes,248AY@186801|Clostridia 186801|Clostridia E Aminotransferase, class I - - 4.4.1.8 ko:K14155 ko00270,ko00450,ko01100,ko01110,ko01230,map00270,map00450,map01100,map01110,map01230 - R00782,R01286,R02408,R04941 RC00056,RC00069,RC00382,RC00488,RC00710,RC01245,RC02303 ko00000,ko00001,ko01000,ko01007 - - - Aminotran_1_2 +MGYG000000001_01586 1476973.JMMB01000007_gene1092 2.17e-212 592.0 COG0468@1|root,COG0468@2|Bacteria,1TPD5@1239|Firmicutes,247SF@186801|Clostridia,25QH2@186804|Peptostreptococcaceae 186801|Clostridia L Can catalyze the hydrolysis of ATP in the presence of single-stranded DNA, the ATP-dependent uptake of single-stranded DNA by duplex DNA, and the ATP-dependent hybridization of homologous single-stranded DNAs. It interacts with LexA causing its activation and leading to its autocatalytic cleavage recA - - ko:K03553 ko03440,map03440 M00729 - - ko00000,ko00001,ko00002,ko03400 - - - LigT_PEase,RecA +MGYG000000001_02562 445973.CLOBAR_00122 1.22e-73 221.0 COG0203@1|root,COG0203@2|Bacteria,1V6JQ@1239|Firmicutes,24J9T@186801|Clostridia,25RDK@186804|Peptostreptococcaceae 186801|Clostridia J 50S ribosomal protein L17 rplQ - - ko:K02879 ko03010,map03010 M00178 - - br01610,ko00000,ko00001,ko00002,ko03011 - - - Ribosomal_L17 +MGYG000000001_00701 1301100.HG529431_gene1803 1.72e-43 143.0 COG0776@1|root,COG0776@2|Bacteria,1V9XQ@1239|Firmicutes,24MM0@186801|Clostridia,36KID@31979|Clostridiaceae 186801|Clostridia L Histone-like DNA-binding protein which is capable of wrapping DNA to stabilize it, and thus to prevent its denaturation under extreme environmental conditions hup - - ko:K03530 - - - - ko00000,ko03032,ko03036,ko03400 - - - Bac_DNA_binding +MGYG000000001_03191 203119.Cthe_0220 3.53e-119 352.0 COG3039@1|root,COG3039@2|Bacteria,1UZVA@1239|Firmicutes,24AU2@186801|Clostridia,3WN3Y@541000|Ruminococcaceae 186801|Clostridia L PFAM transposase IS4 family protein - - - - - - - - - - - - DDE_Tnp_1_3 +MGYG000000001_02510 203119.Cthe_0220 3.53e-119 352.0 COG3039@1|root,COG3039@2|Bacteria,1UZVA@1239|Firmicutes,24AU2@186801|Clostridia,3WN3Y@541000|Ruminococcaceae 186801|Clostridia L PFAM transposase IS4 family protein - - - - - - - - - - - - DDE_Tnp_1_3 +MGYG000000001_03272 203119.Cthe_0220 3.53e-119 352.0 COG3039@1|root,COG3039@2|Bacteria,1UZVA@1239|Firmicutes,24AU2@186801|Clostridia,3WN3Y@541000|Ruminococcaceae 186801|Clostridia L PFAM transposase IS4 family protein - - - - - - - - - - - - DDE_Tnp_1_3 +MGYG000000001_02798 203119.Cthe_0220 3.53e-119 352.0 COG3039@1|root,COG3039@2|Bacteria,1UZVA@1239|Firmicutes,24AU2@186801|Clostridia,3WN3Y@541000|Ruminococcaceae 186801|Clostridia L PFAM transposase IS4 family protein - - - - - - - - - - - - DDE_Tnp_1_3 +MGYG000000001_01974 203119.Cthe_0220 3.53e-119 352.0 COG3039@1|root,COG3039@2|Bacteria,1UZVA@1239|Firmicutes,24AU2@186801|Clostridia,3WN3Y@541000|Ruminococcaceae 186801|Clostridia L PFAM transposase IS4 family protein - - - - - - - - - - - - DDE_Tnp_1_3 +MGYG000000001_02151 1301100.HG529232_gene7468 1.6e-116 339.0 COG2738@1|root,COG2738@2|Bacteria,1TPD3@1239|Firmicutes,2490Y@186801|Clostridia,36FA7@31979|Clostridiaceae 186801|Clostridia S zinc metallopeptidase yugP - - ko:K06973 - - - - ko00000 - - - Zn_peptidase_2 +MGYG000000001_02216 1476973.JMMB01000007_gene2799 3.06e-24 93.2 2CK5R@1|root,2ZPHT@2|Bacteria,1W6KH@1239|Firmicutes,252MA@186801|Clostridia,25U9A@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02248 1476973.JMMB01000007_gene1880 1.79e-102 304.0 COG1484@1|root,COG1484@2|Bacteria,1V48P@1239|Firmicutes,24B2B@186801|Clostridia,25RRF@186804|Peptostreptococcaceae 186801|Clostridia L Bacterial dnaA protein - - - - - - - - - - - - Bac_DnaA,IstB_IS21 +MGYG000000001_02313 1292035.H476_1142 4.2e-20 85.5 29KI2@1|root,307FD@2|Bacteria,1UF4F@1239|Firmicutes,252PV@186801|Clostridia,25UE7@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02377 1301100.HG529273_gene1720 1.42e-73 224.0 COG1285@1|root,COG1285@2|Bacteria,1UTK5@1239|Firmicutes,253E3@186801|Clostridia 186801|Clostridia S MgtC family - - - - - - - - - - - - MgtC +MGYG000000001_02409 1410674.JNKU01000002_gene2309 1.19e-77 238.0 COG1143@1|root,COG5015@1|root,COG1143@2|Bacteria,COG5015@2|Bacteria,1TR2Q@1239|Firmicutes,4HHXT@91061|Bacilli 91061|Bacilli C Pyridoxamine 5'-phosphate oxidase - - - - - - - - - - - - Fer4,Fer4_4,Putative_PNPOx +MGYG000000001_02441 272563.CD630_00470 3.71e-125 360.0 COG1211@1|root,COG1211@2|Bacteria,1V3M7@1239|Firmicutes,248E6@186801|Clostridia,25RGS@186804|Peptostreptococcaceae 186801|Clostridia I Catalyzes the formation of 4-diphosphocytidyl-2-C- methyl-D-erythritol from CTP and 2-C-methyl-D-erythritol 4- phosphate (MEP) ispD - 2.7.7.60 ko:K00991 ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130 M00096 R05633 RC00002 ko00000,ko00001,ko00002,ko01000 - - iHN637.CLJU_RS20335 IspD +MGYG000000001_02473 1347369.CCAD010000071_gene3607 0.0 952.0 COG3250@1|root,COG3250@2|Bacteria,1TPDC@1239|Firmicutes,4HCXR@91061|Bacilli,1ZRHZ@1386|Bacillus 91061|Bacilli G Glycosyl hydrolases family 2, TIM barrel domain - - 3.2.1.23 ko:K01190 ko00052,ko00511,ko00600,ko01100,map00052,map00511,map00600,map01100 - R01105,R01678,R03355,R04783,R06114 RC00049,RC00452 ko00000,ko00001,ko01000 - - - DUF4982,Glyco_hydro_2,Glyco_hydro_2_C,Glyco_hydro_2_N +MGYG000000001_02505 1476973.JMMB01000007_gene1582 9.99e-188 533.0 COG1972@1|root,COG1972@2|Bacteria,1TRSK@1239|Firmicutes,249IZ@186801|Clostridia,25QDD@186804|Peptostreptococcaceae 186801|Clostridia F Nucleoside transporter, NupC family - - - ko:K03317 - - - - ko00000 2.A.41 - - Gate,Nucleos_tra2_C,Nucleos_tra2_N +MGYG000000001_02569 1476973.JMMB01000007_gene132 3.99e-33 117.0 COG2163@1|root,COG2163@2|Bacteria,1VEPA@1239|Firmicutes,24UP0@186801|Clostridia,25U0Q@186804|Peptostreptococcaceae 186801|Clostridia J COG2163 Ribosomal protein L14E L6E L27E - - - - - - - - - - - - - +MGYG000000001_02603 1476973.JMMB01000007_gene2368 1.21e-136 390.0 COG0745@1|root,COG0745@2|Bacteria,1TP9M@1239|Firmicutes,247TK@186801|Clostridia,25SVM@186804|Peptostreptococcaceae 186801|Clostridia KT Transcriptional regulatory protein, C terminal vanR3 - - - - - - - - - - - Response_reg,Trans_reg_C +MGYG000000001_02635 1476973.JMMB01000007_gene2351 3.16e-64 202.0 2BE1A@1|root,327RW@2|Bacteria,1UTND@1239|Firmicutes,253NY@186801|Clostridia 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02667 1391646.AVSU01000060_gene1099 8.73e-71 214.0 COG1433@1|root,COG1433@2|Bacteria,1VW1T@1239|Firmicutes,24KHS@186801|Clostridia,25RHP@186804|Peptostreptococcaceae 186801|Clostridia S Dinitrogenase iron-molybdenum cofactor - - - - - - - - - - - - HTH_5,Nitro_FeMo-Co +MGYG000000001_02699 411468.CLOSCI_00332 8.06e-20 86.7 COG3402@1|root,COG3402@2|Bacteria,1V9W2@1239|Firmicutes,25FJY@186801|Clostridia 186801|Clostridia S Psort location Cytoplasmic, score 8.87 - - - - - - - - - - - - bPH_2 +MGYG000000001_02731 545697.HMPREF0216_01030 1.2e-208 606.0 COG0642@1|root,COG2205@2|Bacteria,1TQMV@1239|Firmicutes,247SE@186801|Clostridia,36ERF@31979|Clostridiaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - AAA_16,ABC_sub_bind,HATPase_c,HisKA,PAS,PAS_3,PAS_9,Pkinase,Reg_prop,Y_Y_Y +MGYG000000001_02828 1476973.JMMB01000007_gene544 1.6e-90 269.0 COG5663@1|root,COG5663@2|Bacteria,1V2IT@1239|Firmicutes,24MK8@186801|Clostridia,25RR6@186804|Peptostreptococcaceae 186801|Clostridia S Belongs to the 5'(3')-deoxyribonucleotidase family - - - ko:K05967 - - - - ko00000 - - - NT5C +MGYG000000001_02860 1301100.HG529264_gene679 1.51e-54 172.0 COG0662@1|root,COG0662@2|Bacteria,1VMRU@1239|Firmicutes,24Q2J@186801|Clostridia,36S43@31979|Clostridiaceae 186801|Clostridia G Cupin domain - - - - - - - - - - - - Cupin_2 +MGYG000000001_02892 1151292.QEW_3344 1.73e-47 153.0 COG1937@1|root,COG1937@2|Bacteria,1VEF5@1239|Firmicutes,24QRR@186801|Clostridia,25RW3@186804|Peptostreptococcaceae 186801|Clostridia S Metal-sensitive transcriptional repressor csoR - - ko:K21600 - - - - ko00000,ko03000 - - - Trns_repr_metal +MGYG000000001_02956 445973.CLOBAR_00684 2e-34 131.0 2DZ0W@1|root,34C2B@2|Bacteria,1VZKG@1239|Firmicutes,24QXF@186801|Clostridia,25RXX@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02988 1301100.HG529256_gene6201 1.82e-113 330.0 COG2102@1|root,COG2102@2|Bacteria,1UAKZ@1239|Firmicutes,24C6P@186801|Clostridia,36EZ1@31979|Clostridiaceae 186801|Clostridia S Diphthamide synthase - - - - - - - - - - - - Diphthami_syn_2 +MGYG000000001_03020 1292035.H476_2465 1.68e-11 67.8 COG4194@1|root,COG4194@2|Bacteria,1UY2R@1239|Firmicutes,25JU5@186801|Clostridia,25TH3@186804|Peptostreptococcaceae 186801|Clostridia S Membrane - - - - - - - - - - - - DUF1648 +MGYG000000001_03122 195103.CPF_0640 1.63e-261 728.0 COG1328@1|root,COG1328@2|Bacteria,1TPAC@1239|Firmicutes,24A2W@186801|Clostridia,36GU2@31979|Clostridiaceae 186801|Clostridia F Protein of unknown function (DUF3029) yjjI - - - - - - - - - - - DUF3029 +MGYG000000001_03154 1151292.QEW_0073 9.87e-115 337.0 COG1028@1|root,COG1028@2|Bacteria,1TP76@1239|Firmicutes,24BYN@186801|Clostridia 186801|Clostridia IQ COG1028 Dehydrogenases with different specificities (related to short-chain alcohol - - - - - - - - - - - - adh_short_C2 +MGYG000000001_03186 1292035.H476_1358 4.66e-138 409.0 COG3290@1|root,COG3290@2|Bacteria,1VUMN@1239|Firmicutes,249Y1@186801|Clostridia 186801|Clostridia T GHKL domain - - 2.7.13.3 ko:K07706 ko02020,ko02024,map02020,map02024 M00495 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HATPase_c +MGYG000000001_00574 1292035.H476_1358 4.66e-138 409.0 COG3290@1|root,COG3290@2|Bacteria,1VUMN@1239|Firmicutes,249Y1@186801|Clostridia 186801|Clostridia T GHKL domain - - 2.7.13.3 ko:K07706 ko02020,ko02024,map02020,map02024 M00495 - - ko00000,ko00001,ko00002,ko01000,ko01001,ko02022 - - - HATPase_c +MGYG000000001_03271 1476973.JMMB01000007_gene2618 6.19e-19 81.6 2DRR0@1|root,33CPP@2|Bacteria,1VKKD@1239|Firmicutes,25JBP@186801|Clostridia,25RVF@186804|Peptostreptococcaceae 186801|Clostridia S Domain of Unknown Function (DUF1540) - - - - - - - - - - - - DUF1540 +MGYG000000001_03084 195103.CPF_0886 7.12e-58 181.0 COG4810@1|root,COG4810@2|Bacteria,1VB54@1239|Firmicutes,24JK9@186801|Clostridia,36IQ9@31979|Clostridiaceae 186801|Clostridia E PFAM microcompartments protein eutS - - ko:K04031 - - - - ko00000 - - - BMC +MGYG000000001_00233 445973.CLOBAR_02728 3.28e-142 405.0 COG1385@1|root,COG1385@2|Bacteria,1V1CT@1239|Firmicutes,249VK@186801|Clostridia,25QMC@186804|Peptostreptococcaceae 186801|Clostridia J Specifically methylates the N3 position of the uracil ring of uridine 1498 (m3U1498) in 16S rRNA. Acts on the fully assembled 30S ribosomal subunit rsmE - 2.1.1.193 ko:K09761 - - - - ko00000,ko01000,ko03009 - - - Methyltrans_RNA +MGYG000000001_00664 1476973.JMMB01000007_gene110 2.54e-164 461.0 COG4123@1|root,COG4123@2|Bacteria,1TQ25@1239|Firmicutes,249UH@186801|Clostridia,25QWN@186804|Peptostreptococcaceae 186801|Clostridia S Methyltransferase domain yfiC - 2.1.1.223 ko:K15460 - - - - ko00000,ko01000,ko03016 - - - MTS,Methyltransf_25,Methyltransf_31 +MGYG000000001_00259 272563.CD630_24820 3.24e-39 134.0 COG5341@1|root,COG5341@2|Bacteria,1VEPD@1239|Firmicutes 1239|Firmicutes S protein conserved in bacteria - - 2.5.1.30 ko:K00805 ko00900,ko01110,map00900,map01110 - R09247 RC00279 ko00000,ko00001,ko01000,ko01006 - - - Hpre_diP_synt_I,NusG_II +MGYG000000001_02142 445973.CLOBAR_01453 1.58e-153 436.0 COG0253@1|root,COG0253@2|Bacteria,1TPMN@1239|Firmicutes,24AGY@186801|Clostridia,25S8V@186804|Peptostreptococcaceae 186801|Clostridia E Catalyzes the stereoinversion of LL-2,6- diaminoheptanedioate (L,L-DAP) to meso-diaminoheptanedioate (meso- DAP), a precursor of L-lysine and an essential component of the bacterial peptidoglycan dapF - 5.1.1.7 ko:K01778 ko00300,ko01100,ko01110,ko01120,ko01130,ko01230,map00300,map01100,map01110,map01120,map01130,map01230 M00016,M00525,M00527 R02735 RC00302 ko00000,ko00001,ko00002,ko01000 - - - DAP_epimerase +MGYG000000001_00465 1216932.CM240_3076 2.32e-62 202.0 COG2013@1|root,COG2013@2|Bacteria,1TPN2@1239|Firmicutes,2499B@186801|Clostridia,36E74@31979|Clostridiaceae 186801|Clostridia S Mitochondrial biogenesis AIM24 - - - - - - - - - - - - AIM24 +MGYG000000001_00464 1216932.CM240_3076 2.32e-62 202.0 COG2013@1|root,COG2013@2|Bacteria,1TPN2@1239|Firmicutes,2499B@186801|Clostridia,36E74@31979|Clostridiaceae 186801|Clostridia S Mitochondrial biogenesis AIM24 - - - - - - - - - - - - AIM24 +MGYG000000001_00960 929506.CbC4_1605 8.3e-134 391.0 COG3316@1|root,COG3677@1|root,COG3316@2|Bacteria,COG3677@2|Bacteria,1TTKR@1239|Firmicutes,24A59@186801|Clostridia,36I27@31979|Clostridiaceae 186801|Clostridia L DDE domain - - - - - - - - - - - - DDE_Tnp_IS240,Zn_Tnp_IS1,rve_3 +MGYG000000001_01492 1347368.HG964404_gene4993 1.9e-125 371.0 28PY7@1|root,2ZCHY@2|Bacteria,1V2M7@1239|Firmicutes,4HCPW@91061|Bacilli 91061|Bacilli S Phage major capsid protein E - - - - - - - - - - - - Phage_cap_E +MGYG000000001_00123 1235798.C817_00685 5.97e-104 303.0 COG1014@1|root,COG1014@2|Bacteria,1TRFJ@1239|Firmicutes,24A29@186801|Clostridia,27W4H@189330|Dorea 186801|Clostridia C Pyruvate ferredoxin/flavodoxin oxidoreductase porC - 1.2.7.1 ko:K00172 ko00010,ko00020,ko00620,ko00633,ko00640,ko00650,ko00680,ko00720,ko01100,ko01120,ko01130,ko01200,map00010,map00020,map00620,map00633,map00640,map00650,map00680,map00720,map01100,map01120,map01130,map01200 M00173,M00307,M00374,M00620 R01196,R01199,R08034 RC00004,RC00250,RC02742,RC02833 br01601,ko00000,ko00001,ko00002,ko01000 - - - POR +MGYG000000001_00252 272563.CD630_24770 1.92e-175 494.0 COG4866@1|root,COG4866@2|Bacteria,1TR2J@1239|Firmicutes,2480E@186801|Clostridia,25QVR@186804|Peptostreptococcaceae 186801|Clostridia S Uncharacterised conserved protein (DUF2156) - - - ko:K01163 - - - - ko00000 - - - Acetyltransf_9,DUF2156,SCP2_2 +MGYG000000001_00285 1151292.QEW_3083 2.41e-167 474.0 COG1234@1|root,COG1234@2|Bacteria,1TRGP@1239|Firmicutes,248EQ@186801|Clostridia,25QR2@186804|Peptostreptococcaceae 186801|Clostridia S Zinc phosphodiesterase, which displays some tRNA 3'- processing endonuclease activity. Probably involved in tRNA maturation, by removing a 3'-trailer from precursor tRNA rnz - 3.1.26.11 ko:K00784 ko03013,map03013 - - - ko00000,ko00001,ko01000,ko03016 - - - Lactamase_B,Lactamase_B_2 +MGYG000000001_00414 1476973.JMMB01000007_gene632 3.42e-151 427.0 COG1180@1|root,COG1180@2|Bacteria,1TPK2@1239|Firmicutes,247NA@186801|Clostridia,25QR5@186804|Peptostreptococcaceae 186801|Clostridia C Activation of pyruvate formate-lyase under anaerobic conditions by generation of an organic free radical, using S- adenosylmethionine and reduced flavodoxin as cosubstrates to produce 5'-deoxy-adenosine pflA - 1.97.1.4 ko:K04069 - - R04710 - ko00000,ko01000 - - - Fer4_12,Radical_SAM +MGYG000000001_00543 1476973.JMMB01000007_gene1133 5.04e-131 379.0 2BM9H@1|root,32FTB@2|Bacteria,1UF0T@1239|Firmicutes,25K1A@186801|Clostridia,25U4S@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_00800 268407.PWYN_28385 1.26e-14 72.4 2ER2W@1|root,33INH@2|Bacteria,1VPMJ@1239|Firmicutes,4I8IU@91061|Bacilli,2700G@186822|Paenibacillaceae 91061|Bacilli - - - - - - - - - - - - - - - +MGYG000000001_00933 1301100.HG529418_gene3030 3.92e-106 310.0 COG0425@1|root,COG0425@2|Bacteria,1V6BY@1239|Firmicutes,24JW8@186801|Clostridia,36IYS@31979|Clostridiaceae 186801|Clostridia O Belongs to the sulfur carrier protein TusA family yedF - - ko:K04085 ko04122,map04122 - - - ko00000,ko00001,ko01000,ko03016 - - - DrsE,TusA +MGYG000000001_01167 931626.Awo_c25930 1.41e-113 345.0 COG2972@1|root,COG4936@1|root,COG2972@2|Bacteria,COG4936@2|Bacteria,1TPVR@1239|Firmicutes,247XB@186801|Clostridia,25VDS@186806|Eubacteriaceae 186801|Clostridia T Histidine kinase - - - - - - - - - - - - HATPase_c,His_kinase,PocR,dCache_1 +MGYG000000001_01208 1301100.HG529229_gene5421 3.24e-85 259.0 COG3879@1|root,COG3879@2|Bacteria,1V0FG@1239|Firmicutes,24DRC@186801|Clostridia,36GGB@31979|Clostridiaceae 186801|Clostridia S Division initiation protein - - - - - - - - - - - - DUF881 +MGYG000000001_00748 1301100.HG529351_gene4259 2.15e-127 366.0 COG2384@1|root,COG2384@2|Bacteria,1V3I4@1239|Firmicutes,24BJI@186801|Clostridia,36FNA@31979|Clostridiaceae 186801|Clostridia S SAM-dependent methyltransferase trmK - 2.1.1.217 ko:K06967 - - - - ko00000,ko01000,ko03016 - - - Methyltransf_18,RVT_3,TrmK +MGYG000000001_02943 272563.CD630_34450 5e-43 142.0 COG1447@1|root,COG1447@2|Bacteria,1VCDD@1239|Firmicutes,24P30@186801|Clostridia 186801|Clostridia G PTS system, Lactose/Cellobiose specific IIA subunit - - 2.7.1.196,2.7.1.205 ko:K02759 ko00500,ko02060,map00500,map02060 M00275 R11170,R11172 RC00017,RC03206 ko00000,ko00001,ko00002,ko01000,ko02000 4.A.3.2 - - PTS_IIA +MGYG000000001_00300 1476973.JMMB01000007_gene2738 5.23e-85 258.0 COG0850@1|root,COG0850@2|Bacteria,1VAPC@1239|Firmicutes,24MV1@186801|Clostridia,25R9G@186804|Peptostreptococcaceae 186801|Clostridia D Cell division inhibitor that blocks the formation of polar Z ring septums. Rapidly oscillates between the poles of the cell to destabilize FtsZ filaments that have formed before they mature into polar Z rings. Prevents FtsZ polymerization minC - - ko:K03610 - - - - ko00000,ko03036,ko04812 - - - FapA,MinC_C,MinC_N +MGYG000000001_02137 1476973.JMMB01000007_gene2870 0.000234 45.1 29UP6@1|root,30G0S@2|Bacteria,1UEZI@1239|Firmicutes,254DT@186801|Clostridia,25U0Y@186804|Peptostreptococcaceae 186801|Clostridia - - - - - - - - - - - - - - - +MGYG000000001_02889 1408823.AXUS01000008_gene2362 8.58e-51 169.0 COG3610@1|root,COG3610@2|Bacteria,1V6P0@1239|Firmicutes,24R80@186801|Clostridia,25RNQ@186804|Peptostreptococcaceae 186801|Clostridia S Putative threonine/serine exporter - - - - - - - - - - - - ThrE_2 \ No newline at end of file diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_kegg_classes.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_kegg_classes.tsv new file mode 100644 index 000000000..b3f3b268a --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_kegg_classes.tsv @@ -0,0 +1,49 @@ +Genome KEGG_class Counts +MGYG000000001 09124 83 +MGYG000000001 09182 493 +MGYG000000001 09109 18 +MGYG000000001 09105 172 +MGYG000000001 09106 29 +MGYG000000001 09132 50 +MGYG000000001 09155 3 +MGYG000000001 09156 4 +MGYG000000001 09161 13 +MGYG000000001 09101 306 +MGYG000000001 09102 111 +MGYG000000001 09181 195 +MGYG000000001 09142 4 +MGYG000000001 09122 84 +MGYG000000001 09194 82 +MGYG000000001 09123 34 +MGYG000000001 09149 8 +MGYG000000001 09171 15 +MGYG000000001 09166 10 +MGYG000000001 09167 6 +MGYG000000001 09183 374 +MGYG000000001 09191 88 +MGYG000000001 09104 75 +MGYG000000001 09111 26 +MGYG000000001 09131 70 +MGYG000000001 09151 6 +MGYG000000001 09164 12 +MGYG000000001 09103 65 +MGYG000000001 09107 45 +MGYG000000001 09141 3 +MGYG000000001 09143 20 +MGYG000000001 09175 33 +MGYG000000001 09108 117 +MGYG000000001 09145 62 +MGYG000000001 09193 73 +MGYG000000001 09110 35 +MGYG000000001 09163 2 +MGYG000000001 09152 15 +MGYG000000001 09192 28 +MGYG000000001 09172 3 +MGYG000000001 09176 3 +MGYG000000001 09162 2 +MGYG000000001 09159 4 +MGYG000000001 09133 1 +MGYG000000001 09154 7 +MGYG000000001 09121 4 +MGYG000000001 09174 1 +MGYG000000001 09158 1 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_kegg_modules.tsv b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_kegg_modules.tsv new file mode 100644 index 000000000..976989d43 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_kegg_modules.tsv @@ -0,0 +1,199 @@ +Genome KEGG_module Counts +MGYG000000001 M00096 8 +MGYG000000001 M00357 3 +MGYG000000001 M00579 3 +MGYG000000001 M00157 8 +MGYG000000001 M00178 55 +MGYG000000001 M00179 32 +MGYG000000001 M00061 7 +MGYG000000001 M00631 8 +MGYG000000001 M00050 5 +MGYG000000001 M00221 6 +MGYG000000001 M00022 7 +MGYG000000001 M00258 22 +MGYG000000001 M00198 1 +MGYG000000001 M00207 6 +MGYG000000001 M00364 1 +MGYG000000001 M00366 1 +MGYG000000001 M00045 2 +MGYG000000001 M00361 7 +MGYG000000001 M00362 10 +MGYG000000001 M00632 6 +MGYG000000001 M00394 2 +MGYG000000001 M00727 11 +MGYG000000001 M00359 22 +MGYG000000001 M00360 24 +MGYG000000001 M00125 5 +MGYG000000001 M00188 7 +MGYG000000001 M00173 13 +MGYG000000001 M00492 3 +MGYG000000001 M00307 8 +MGYG000000001 M00374 7 +MGYG000000001 M00620 6 +MGYG000000001 M00053 7 +MGYG000000001 M00525 10 +MGYG000000001 M00377 12 +MGYG000000001 M00205 3 +MGYG000000001 M00527 9 +MGYG000000001 M00193 7 +MGYG000000001 M00434 2 +MGYG000000001 M00554 3 +MGYG000000001 M00519 5 +MGYG000000001 M00009 5 +MGYG000000001 M00010 2 +MGYG000000001 M00209 2 +MGYG000000001 M00014 1 +MGYG000000001 M00129 5 +MGYG000000001 M00422 2 +MGYG000000001 M00089 6 +MGYG000000001 M00335 8 +MGYG000000001 M00189 3 +MGYG000000001 M00001 14 +MGYG000000001 M00549 7 +MGYG000000001 M00048 9 +MGYG000000001 M00627 3 +MGYG000000001 M00628 2 +MGYG000000001 M00122 8 +MGYG000000001 M00242 3 +MGYG000000001 M00222 4 +MGYG000000001 M00015 3 +MGYG000000001 M00082 6 +MGYG000000001 M00376 4 +MGYG000000001 M00051 8 +MGYG000000001 M00582 10 +MGYG000000001 M00140 4 +MGYG000000001 M00429 6 +MGYG000000001 M00253 2 +MGYG000000001 M00816 1 +MGYG000000001 M00003 10 +MGYG000000001 M00165 10 +MGYG000000001 M00167 7 +MGYG000000001 M00245 4 +MGYG000000001 M00246 4 +MGYG000000001 M00024 3 +MGYG000000001 M00025 4 +MGYG000000001 M00308 7 +MGYG000000001 M00254 13 +MGYG000000001 M00016 9 +MGYG000000001 M00017 12 +MGYG000000001 M00018 9 +MGYG000000001 M00033 4 +MGYG000000001 M00526 7 +MGYG000000001 M00008 2 +MGYG000000001 M00238 6 +MGYG000000001 M00458 1 +MGYG000000001 M00002 8 +MGYG000000001 M00169 3 +MGYG000000001 M00171 3 +MGYG000000001 M00172 3 +MGYG000000001 M00239 11 +MGYG000000001 M00029 2 +MGYG000000001 M00844 2 +MGYG000000001 M00845 2 +MGYG000000001 M00265 2 +MGYG000000001 M00266 3 +MGYG000000001 M00268 3 +MGYG000000001 M00270 2 +MGYG000000001 M00272 2 +MGYG000000001 M00303 2 +MGYG000000001 M00806 2 +MGYG000000001 M00809 2 +MGYG000000001 M00345 3 +MGYG000000001 M00004 6 +MGYG000000001 M00007 5 +MGYG000000001 M00491 5 +MGYG000000001 M00599 2 +MGYG000000001 M00011 3 +MGYG000000001 M00260 8 +MGYG000000001 M00240 24 +MGYG000000001 M00121 6 +MGYG000000001 M00126 6 +MGYG000000001 M00841 4 +MGYG000000001 M00344 2 +MGYG000000001 M00236 6 +MGYG000000001 M00049 5 +MGYG000000001 M00651 9 +MGYG000000001 M00021 2 +MGYG000000001 M00668 1 +MGYG000000001 M00717 1 +MGYG000000001 M00840 3 +MGYG000000001 M00346 2 +MGYG000000001 M00083 6 +MGYG000000001 M00572 4 +MGYG000000001 M00120 4 +MGYG000000001 M00439 5 +MGYG000000001 M00565 4 +MGYG000000001 M00123 3 +MGYG000000001 M00573 3 +MGYG000000001 M00577 3 +MGYG000000001 M00331 3 +MGYG000000001 M00813 1 +MGYG000000001 M00817 3 +MGYG000000001 M00299 5 +MGYG000000001 M00290 1 +MGYG000000001 M00034 5 +MGYG000000001 M00609 4 +MGYG000000001 M00019 4 +MGYG000000001 M00570 6 +MGYG000000001 M00495 3 +MGYG000000001 M00277 4 +MGYG000000001 M00764 2 +MGYG000000001 M00728 1 +MGYG000000001 M00190 2 +MGYG000000001 M00212 3 +MGYG000000001 M00133 5 +MGYG000000001 M00176 2 +MGYG000000001 M00531 2 +MGYG000000001 M00729 4 +MGYG000000001 M00454 2 +MGYG000000001 M00214 4 +MGYG000000001 M00726 1 +MGYG000000001 M00135 2 +MGYG000000001 M00036 2 +MGYG000000001 M00119 1 +MGYG000000001 M00114 2 +MGYG000000001 M00267 1 +MGYG000000001 M00581 1 +MGYG000000001 M00127 4 +MGYG000000001 M00166 3 +MGYG000000001 M00552 3 +MGYG000000001 M00740 3 +MGYG000000001 M00273 1 +MGYG000000001 M00144 4 +MGYG000000001 M00532 3 +MGYG000000001 M00005 1 +MGYG000000001 M00485 1 +MGYG000000001 M00052 1 +MGYG000000001 M00742 3 +MGYG000000001 M00194 2 +MGYG000000001 M00196 5 +MGYG000000001 M00197 2 +MGYG000000001 M00200 2 +MGYG000000001 M00201 2 +MGYG000000001 M00206 2 +MGYG000000001 M00602 2 +MGYG000000001 M00605 2 +MGYG000000001 M00606 2 +MGYG000000001 M00115 6 +MGYG000000001 M00183 4 +MGYG000000001 M00035 2 +MGYG000000001 M00368 2 +MGYG000000001 M00023 2 +MGYG000000001 M00026 2 +MGYG000000001 M00287 1 +MGYG000000001 M00046 2 +MGYG000000001 M00256 2 +MGYG000000001 M00656 2 +MGYG000000001 M00038 1 +MGYG000000001 M00568 1 +MGYG000000001 M00459 1 +MGYG000000001 M00012 1 +MGYG000000001 M00275 3 +MGYG000000001 M00842 1 +MGYG000000001 M00843 1 +MGYG000000001 M00116 1 +MGYG000000001 M00117 1 +MGYG000000001 M00530 1 +MGYG000000001 M00093 1 +MGYG000000001 M00271 1 +MGYG000000001 M00652 1 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_rRNAs.fasta b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_rRNAs.fasta new file mode 100644 index 000000000..f898fb81e --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/genome/MGYG000000001_rRNAs.fasta @@ -0,0 +1,44 @@ +>MGYG000000001__MGYG000000001_6__5S_rRNA_hit-1__33-136_len=104 +GTTACTATAGCAAAGAGGATACACCTGTTTCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTCCTGGGAGAGTAAGACG +>MGYG000000001__MGYG000000001_9__SSU_rRNA_bacteria_hit-1__66093-66613_len=521 +ATTTGAGAGTTTGATCCTGGCTCAGGATGAACGCTGGCGGCGTGCCTAACACATGCAAGTCGAGCGATTTACTTCGGTAAAGAGCGGCGGACGGGTGAGTAACGCGTGGGTAACCTGCCCTATACACACGGATAACATACCGAAAGGTATGCTAATACGAGATAACATAAGGAATTCGCATGGGTTTCTTATCAAAGTTTTTGCGGTATAGGATGGACCCGCGTCTGATTAGCTAGTTGGTAAGGTAACGGCTTACCAAGGCGACGATCAGTAGCCGACCTGAGAGGGTGATCGGCCACATTGGAACTGAGACACGGTCCAAACTCCTACGGGAGGCAGCAGTGGGGAATATTGCACAATGGGCGAAAGCCTGATGCAGCAACGCCGCGTGAGTGATGAAGGCCTTCGGGTCGTAAAGCTCTGTCCTTAAGGAAGATAATGACGGTACTTGAGGAGGAAGCCCCGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGGGGCTAGCGTTATCCGGAAT +>MGYG000000001__MGYG000000001_11__5S_rRNA_hit-1__225-323_len=99 +TTATTATAGCAAAGAGGATACACCTGTTTCCATTCCGAACACAGAAGTTAAGCTCTTTAGCGCTGATGGTACTTGGGGGGCAACCTCCTGGGAGAGTAA +>MGYG000000001__MGYG000000001_31__SSU_rRNA_bacteria_hit-2__37152-38651_len=1500 +AAGGAGGTGATCCAGCCGCACCTTCCGATACGGCTACCTTGTTACGACTTCACCCCAGTTATTGGTTTCACCTTCGACGGCCGCTTCCAAAAGGTTAGCTAACCGGCTTCGGGCGCCCCCAACTCCCATGGTGTGACGGGCGGTGTGTACAAGACCCGGGAACGCATTCACCGCAGCATTCTGATCTGCGATTACTAGTAACTCCAGCTTCATGTAGGCGAGTTTCAGCCTACAATCCGAACTGAGAATGGCTTTAAGGGATTAGCTCCGCCTCACGACTTGGCTGCCCTCTGTACCACCCATTGTAGCACGTGTGTAGCCCTAAGCATAAGGGGCATGATGATTTGACGTCATCCCCACCTTCCTCCAGGTTATCCCTGGCAGTCCCTCTAGAGTGCCCAACTTAATGCTGGCAACTAAAGGCAAGGGTTGCGCTCGTTGCGGGACTTAACCCAACATCTCACGACACGAGCTGACGACAACCATGCACCACCTGTCACTTCTGTCCCCGAAGGGAAATCTCCGATTAGGGAGAGGTCAGAAGGATGTCAAGCTTAGGTAAGGTTCTTCGCGTTGCTTCGAATTAAACCACATGCTCCGCTACTTGTGCGGGTCCCCGTCAATTCCTTTGAGTTTCACTCTTGCGAGCGTACTTCCCAGGCGGAGTACTTAATGCGTTAGCTGCGCCACCGAAGGGGGTAACCTCCGACAGCTAGTACTCATCGTTTACGGCGTGGACTACCAGGGTATCTAATCCTGTTTGCTCCCCACGCTTTCGTGCCTCAGTGTCAGTTACAGTCCAGAGAGCCGCCTTCGCAACTGGTATTCCTCCTAATATCTACGCATTTCACCGCTACACTAGGAATTCTACTCTCCTCTCCTGCACTCAAGTTTCTCAGTTTCAAAGGCTTACTACGGTTGAGCCGTAGCCTTTCACCTCTGACTTAAGAAACCACCTACGCACCCTTTACGCCCAGTAATTCCGGATAACGCTAGCCCCCTACGTATTACCGCGGCTGCTGGCACGTAGTTAGCCGGGGCTTCCTCCTCAAGTACCGTCATTATCTTCCTTGAGGACAGAGCTTTACGACCCGAAGGCCTTCATCGCTCACGCGGCGTTGCTGCATCAGGCTTTCGCCCATTGTGCAATATTCCCCACTGCTGCCTCCCGTAGGAGTTTGGACCGTGTCTCAGTTCCAATGTGGCCGATCACCCTCTCAGGTCGGCTACTGATCGTCGCCTTGGTAAGCCGTTACCTCACCAACTAGCTAATCAGACGCGGGTCCATCCTATACCGCCGCAGCTTTGATAAGAAATCCATGCGAATCTCTTATGTTATCCCGTATTAGCATACCTTTCGGTATGTTATCCGTGTGTATAGGGCAGGTTACCCACGCGTTACTCACCCGTCCGCCGCTCTTCTCCGAAGAGAATCGCTCGACTTGCATGTGTTAGGCACGCCGCCAGCGTTCATCCTGAGCCAGGATCAAACTCTCAAAT +>MGYG000000001__MGYG000000001_31__5S_rRNA_hit-3__33701-33802_len=102 +TCTTACTCTCCCAGGAGGTTGCCCCCCAAGTACCATCAGCGCTAAAGAGCTTAACTTCTGTGTTCGGAATGGGAACAGGTGTATCCTCTTTGCTATAGTAAC +>MGYG000000001__MGYG000000001_31__LSU_rRNA_bacteria_hit-1__33953-36852_len=2900 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1 0 0 0 +group_155 1 0 0 0 +yxlF_1 0 0 1 0 +group_150 1 0 0 0 +group_149 1 0 0 0 +sasA_2 1 0 0 0 +cseB 1 0 0 0 +malP_1 1 0 0 0 +hssR 1 0 0 0 +dnaG_1 1 0 0 0 +srrA_2 0 0 1 0 +group_77 1 0 0 0 +group_67 0 0 1 0 +dnaK 1 0 0 0 +group_59 1 0 0 0 +yflN 1 0 0 0 +group_44 1 0 0 0 +group_37 0 0 1 0 +group_34 1 0 0 0 +group_23 1 0 0 0 +ettA_1 0 0 1 0 +group_4 1 0 0 0 diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/pan-genome/mashtree.nwk b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/pan-genome/mashtree.nwk new file mode 100644 index 000000000..2e9230daf --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/pan-genome/mashtree.nwk @@ -0,0 +1 @@ +((MGYG000176944.fna:0.00658015,MGYG000186436.fna:0.00658015):0.00895705,(MGYG000000001.fna:0.0072281,MGYG000074998.fna:0.0072281):0.0083091); diff --git a/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/pan-genome/pan-genome.fna b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/pan-genome/pan-genome.fna new file mode 100644 index 000000000..fd8e4a050 --- /dev/null +++ b/tests/webuploader/test_data/genomes/uhgg/2.0.1/MGYG000000001/pan-genome/pan-genome.fna @@ -0,0 +1,51008 @@ +>clsA_1 +TTGTTATCATTTTTAGAGTACTCGGCTTATGAAATTATCGCTACATCTATATATATAATC +AACTTCATTGTTATTCTAATTCTTATATTTAAAGAAAAAAGAAGTATAGAAACAATAGTT +GCATGGACTGCAGTTCTGACTATTCTTCCTGCCGGAGGATTTATATTATATATGTTAGTT +GGCCGAGGTGTAGCAAAAGATAATATGTTTAAAATAAAAGAGCAAGAAGATGAAATTATA +AAAGAAAACATATCTAAAACAAAAGATATATTAAAGTATTCATCTATGCATGATGAAAAT +TTAAAAAATAATATAGATATGATAGATGCTCTTACTAATTCAAATAGTGCTCATTACACT +AATAATAATAGTGTTAATATTTATGATCGTTCTAAAGATTTCTTTGATTCCCTTTTATTT +GAGTTAAAAAATGCTAAAAGTTATATAAATATACAATTTTATATTTTCAAAGATGATAAT +ATTGGAAATCAAATAATCGATATTCTTATTGAAAAAGCTAAAAGTGGAGTTGAAGTTAGA +CTTTTATATGATTCAGTTGGTAGTAGACTACTTTCAGATAAAACTTTAATAAAATTAAAA +AAGAATGGTGTAAAAACTGGAGCATTCTTCCCTTCTCTACTTAAAATAGTCAATTTCAAT +TTAAATTATAGAAATCACCGTAAAATTGTTGTAATTGACGGTAATGTAGCATTTGTCGGA +GGAAATAATGTAGGTGATGAATATTTAGGAAAGGATCCTAAGTTTGGAGAATGGCGAGAC +ACTCATTTAAGACTTACAGGTGGGTCTGTTATTGATCTTAATACAAGATTTATTTTAGAT +TGGAGATACACAACTAAAGAAAATCTTGACTTAGCTAAGTACTTTAATGACTACCAAACA +TCTAACATATACTACAATGATTCATCTAGCAATGTTGGAATTCAAATTGTTTCTAGTGGA +CCGGATATAACTGAATTAGATGAAATTAAATATGGCTATATTAAGATGATACAAAAAGCT +AGAAAATATATATATATACAAAGCCCGTACCTTATTTTAGATAGAACTCTAATTGATTCA +TTAAAAATAGCATGTTTGTCTGGTGTTGATGTAAGAATCATGATACCATCTAAGCCAGAC +CATCCATTTGTATACTGGGCATCTTGTTCTTATGCAGGAGAATTATTAAAATTTGGTGCT +AAAATTTATACTTATGGCGATGATGCTTTCTTACATGCGAAAACTATAGTTATCGATGAT +TCTATTTGTTCTATAGGAACTGCCAATATGGATATTAGAAGTTTTGAACTTAATTTTGAA +GTAAATGCTTTTATCTATTCTGAAGATGTTTCTAAAAAACAAAGACTAATATTTGAAAAA +GATATTACTAACTCTAAATCAATGACTATTGAAATGTACAACTCTAGAGCTAGATCTATC +AAAATAAAAGAAGCTATTTCTAGACTACTATCTCCTCTGTTATAA +>focA_1 +ATGTCTCAAAAAATGATGTTAGCTCCAGCTGAAATAGCTCAATATACTATAGAAGCTGGT +GTAAAAAAAGCAACTACACCTACTAAAAAAGTTTTAGCATCTGCATTCCTTGCGGGAGCT +TATATAGCTTTTGGTGCTTTAGGTTCAGTAGGTGCAGCTTACAACTTATTAGCAAACCCT +GCTACTTACGGATTAGGTAAAGCATTAGCAGGACTTATGTTCCCAGCTGGACTTATATTT +GTTTTAATAGCTGGTGCGGATTTATTTACAGGTAACATACTTATAACTTTAGCTGCTTTA +AAGAAAAGAGTTACTTGGGGACAAGCTTTCAAAAACTGGGCTTTAGTATGGACTGGTAAC +TTACTTGGTGGAATATTAGTAGCTTGGCTAGTAAGCTTATCTGGTGTATTTGATTGGAGT +AACGGTTTATACGGTGGTGTTGTAGTTAAGAATGCTATTGGTAAACTTGGATTCAGCTGG +ACTGCTGCAATAGCTTCAGGTATATTATGTAACTGGATAGTATGTGCTACAGTTTGGATG +ACTTATGGTGCTAAAGATGTAACTGGAAAAGTTTTAACTGGTTTCTTCGGCGTATTCTTA +TTCGTATGTACAGGATTTGAACACTGCGTTGCAAATATGGCTTATTTCTTCGCTGGATTA +TTTGCTAAATCTAATCCTTTATACTTAGAAGCTGCTCACAAAACTGCAGAAGAAGCTGCA +AAATTAAATATACCTAGCATGTTTATGAATAACTTAATACCTGTTACTATAGGTAACATA +TTAGGTGGTGCAATATTTGTTGCTGGTGTATATTATTTCTTATTCGTAAAAGAAGATAAA +AACAAAGCTACAGAAAATATAGCTGCTTAA +>focA_2 +ATGGACAAAAAATTCTTAACACCCGGGGAAATAGCTAAAGCGACTATAAATGCAGGTATC +AAAAAGGCAAATCTTTCAATGAAGTCATGTATTATTCTAGGAATTCTAGCAGGTTTTTTC +ATAGGTTTAGGTGGTTTAGCAAATATAATAATTAGTCAATCAATAGGAGCATTTGACGCA 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+GTTATGGCAGGATATCATTTTGGATCCACACCCAATAATCTAAGAGGACTAATCAATCAT +TGTGATAACTATATAATTAGAAGTGAAAGAGCTAAGGAACAGAATACAAATGCTATTATC +AATGCTATGAGAAATAATGATATATTTATTATTACTCATCCTGGAGATAAGGGAGATGTT +TATATAGAGGAAATTGCAAAGGTAGCAAAACAAACAGACACTAGATTAGAAGTTAATAGT +AGTCATGGATTTTTAAATGTTGAGCAATTAAAGGCTATAAAACATTTAGAGAATAAATTG +ATTATAGGTTCAGATGCACACATACCAAATAATGTAGGTAATTTTAAATTAGCGATAGAT +ACTATAAGAAAATCAGGCATAGATACAAAACTAGTCGAAAATATAAGACTGTAA +>yvcJ +ATGAAATTTGTAATTGTTACAGGTCTTTCTGGATCTGGAAAAAGTGAGGCCATGAGGGCA +TTAGAAGATATGGGATTTTATTGTGTAGATAACTTACCTCCTGCACTAATAACTAAATTT +GCAGAATTATGCTATCAGCCTAATTCAAGTATTGATAAGGTCGCATTAGGTATAGATATA +AGAGGAAGAAAATTTTTTGAGGCTCTTCATGAAAGTTTAAACTATTTACGCAATGCAAAT +TATAAGTATGAAATGATGTATTTAGATTGTTCTGACAATGTTTTACTAAGAAGATACAAG +ATGACTAGAAGAAACCACCCTCTAGCTAATAATACTCAAATTCCGGAAGGCATAAAAATG +GAAAGAAAAATAATGGAGCCATTGAAGGAAATTTCTGACTGTATAATAGATACATCTAAT +ATGAAGCCGAAGGATTTAAAAGAAGAAATATCAAAGATATATTCTGATGGAGAAAATAAT +CAAAATCTAACTATATCTGTTGTTTCTTTTGGTTTTAAGCATGGAATTCCAGCAGATTGT 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+ATGACTGAAAGTAGAGAGAACTGGGGTTCAAAAATTGGTCTTATATTAGCAATGGCAGGA +AATGCTGTTGGTCTAGGGAACTTCTGGAGATTCCCTTATGTAGCAGCGTCTAATGGTGGA +GGCGCATTTATGATACCATACTTTTTTGCACTAATAGTTATAGGTATACCTGTAATGTTA +ATAGAATGGAGTATAGGTCGTTATGGAGGAAAACATGGACATGGGACATTAGGTCCAATG +ATGTATTTACAAGCAAAACAAGCCATGTCACCTAAGAAAGCAATTATAATAGGTTCTTTA +TGTGGAATGATAGCATTTGCAGTAACAATATTAGTTAACTCTTATTATAACCATATAATA +GGTTGGTCATTAGGATTTGCAATACATTCATTACTTGGTACATATAAATCAGATCCAGGT +GCATTCTTTAGTGCATATGTGCAAGATCCAAAGATGTTAGTATTTTGGGTAATATCATTA +GGAATATTAACAACTGCAGTAATGAAGGGTATACAAGATGGTATAGAATCTTGGGCGAAG +ATAATGATGCCTGTGCTTTATGTGTTTGGTATTATATTAGGAATAAGAGCTTTAACGCTA +GGTTCACCAATTAACCCGGACTGGAGTTCTTTAAAAGGTTTAAACTTCATTTGGAATCCA +GATTTTAGCCAATTATCTTGGAGTTCAGCAATAGCTGCAGCAGGTCAAATATTTTTCACA +TTATCTTTAGGAATGGGTATTATACAAAACTATGCTTCATACCTAAAGCCAGATGAAGAC +ATAATAACTGCATCAGTAGCTACAGTATCATTAAATGAATTTGCAGAGGTTATATTAGGC +GGTACTGCTGTTATACCTATAGCGTATGCATTTTTAGGACCAGAGGGTATCAAAGGGAGT +ATAGGTTTAGCATTTATGGCCTTACCAAATGTATTTAGTACTATGACTGGTGGAGGAATT +TTTGGAGCTCTATGGTTCTTATTATTATTCTTTGCTGGTATAACATCAGCTATAGCAATG +TACAACTATTTAGTTGCATTACTAGAAGAAGATGCCGGAATAGATAGAAAAAAAGGAGCT +TGTATCGTTTTTATAGGTTACTTAATAGTAGGGGCACCGATAGCTTTAGAATCAGTACTA +ACTAAAAGTGCAAATCTAATGTACTTTACAGAAGTTGATAACTGGATAGGTAACTATCTG +TTAATAGTTCTAGGTTTAATAGAAATAGTAGTTATTGGATGGTGTGTAAAAGATAGTGCA +CTTGAAGAAATGAATAAAGGTGGATTATGGAAGATTCCAAAGTGGTTCTTTAGATTATTC +CATCAATTCTTAACTCCAATAACGATAATAACTTTCTTAGTATTCTTTACAAAAGATTAT +TGGATACAAGGTAACTTTAAATTAGTACCATCATATGTTGCGTCAACACCAGAGTTTATT +CCTTGGGTTAATTTAGGAAGAGCAGTGGTACTTATAGTTCTTGTTGTAGGATTTATTCAA +TCTTATAAATCAATTAAAAGTAAATATACTAAAGAAATAGAAAATAATAAGGCGACGAAC +TTATAA +>group_180 +ATGACTAGTTCAGCATGGTTATTTTTGGGATGCATATGGTTCACGATATTTATAACTATA +GCAATATCGATGAGGAAAATAATAAAAAATCAATAG +>group_78 +TTGAAGACAAATTTAATTCTAAGTACAATAAGTCAATTAATAGAAGAGTTGAATAAGATA +AAAATAATAAAAGAGAATAAACTAAAAAAATATAATAAAGAATTACATAATATAAGATCG +GAGTATGGAAAAATAGAGATAGAAGGGAATTTTAAAAAACAATATAATCAATTAAATTCA +AAAGGTATAGAGCTGTTACGAGAGTTAAGAAACAATAAAAAACTAGATAAAAATAAGGTA +GTGCATGATATAGAATTATACATAAGGTATCTAAATATATCTTTATATGATTTTCAAGAA +AGGACAGTATATTTAAGAAAGTACATAACAAGTTTCTTATTTTCATCAATATTATTCTTA +GCTTTATCACCACAGTTTTATGGATTTATACTTCCAGTATTATTCTTTTTACCGATATAC +TTAGGTTTAAAAGGAGTAAAACAAAGATCTATGACTGGATTTTACATGACAATGAGTGTA +GTACCTGTAGCGTTTATGACGGCTACAACATGGATTAGATATGGAATCAGTGTAAGTAAG +GATTATACTCAAGCAGTAACATCAATAGTAGAAAGTGGAGTTTCTCAAAATCTAGCGCAA +AATTTGGTATGGATAGGACCTTTACTTGGAGTTTTATTGTTATTATTTTCAATAGCACAG +CTATACAGAGGAATTAAAAGTAAAGATTTATTTATTTAA +>group_315 +ATGAAAAATAATATAAATAAAAATTTATTACAATATGGATTTCTAATTTTATTAATAGGC +ATTACTACTAGCATAGTATTTAAAACATTAGATATAAGTTTATTATCCAATGTTTTAAGT +ATGGTAGATGAAAAGTATTTAGCAATCGGGGGGGTAGCTATATTAGTGAATATAGCGTTA +GAAGGTTTAGTGCTAAGAATATTAATAGATGGAATACACAAGGTAAATGTAAGGCTTAGA +GGGTTGAAGTTAGCTACTGTAGGATTTTATTATAATCTGGTTACTCCTTTTGCTTCAGGA +AGTCAGCCAATGCAAATATATATTTTAACTAAATACAAAATGCCTTTAAGTAAAGCTGGA +GCAATTATAACTAATAAGTCGATACTTTACCAACTTGTAGTTACTATGTACTGTTCAATA +TTAATAATATTTAACTTTAAATTAATAAGAACACAAATGAGTGCAGTGATTCCTCTTGTT +GTACTAGGAATAGCTATGAATTTATTCACAGCGTTAATGGCGATTTTAATAATACTTAAC +CCAAGTAAAGTTAAATACTATACTAGGTTATTTATAAAATTTATTTGTAGATTTAAGTTA +TTTAAATCTTTAGAAAATAAGTTTGACAATGCTGAGAGTTTTATAGATGATTATAGTCAA +TCTATACAATTTTTTATGAAAAATAAAAAATTAATGATATCAACAGTTCTTATAACTGTA +GTACAAATAAGTTTTTACTTTAGTATTTCATTCTGGATATACAAAGCATTTAATTTACAA +GGTCACACATATTTAAATATATTGACACTACAAGTGCTTTTATATATGGCAATATCTCCA +ATACCAACACCAGGGAATGTTGGGGCTAATGAGTTAGCATTCTTTACAATATTTAAAGGT +GTATTCCCAACATATTTAATGGGATATGCGGTATTCTTATATGGAGGATTCATGTATTAT +CTAATATTAATTGGAAGTGGAATATTTACAATAATTACTCACCATAGGATAAAAGCAAAT +TGTTCACCAAAACAAAATTTAGCGTCAAGTAGACATATATAA +>fdhF_1 +ATGGAGAAAAAAGTATTAACCGTATGTCCTTATTGTGGTGCAGGATGCCAGATGTATCTT +GTAGTAAAAGACAATAAGATAGTAAGATCAGAACCTGCAGAAGGAAGAACTAATGAAGGT +AATTTATGTTTAAAAGGACATTATGGTTGGGATTTCTTAAATGATCCTAAGATTTTAACA +CCAAGATTAAAAAAACCGCTGATAAGAAAAAATGGGCTATTAGAAGAGGTTGAGTGGAAA +GAAGCAATAACATATACAGCATCTAAATTAAATGAGATAAAAGAAAAATATGGACCAGAT +GCTATTATGGGAACTGGATCAGCAAGAGGTCCAGGAAATGAAGCAAATTATATAATGCAA +AAGTTTATGAGAGCCACAGTTGGTACTAATAACGTAGACCACTGTGCCCGCGTTTGA +>fdhF_2 +ATGTCTAACTCTATACCAGAAATAGAAGATGCAAACTTACTATTTATATTTGGATATAAT +GGGGCAGATTCTCATCCAATAGTTGCAAGAAGAATAGTTAGAGCAAAAGAAAAAGGTGCA +AAAATAATTACTATAGATCCTAGGGTTACAGAGACAGCGAGAATATCTGATATGCATTTA +GCTCTAAAAGGTGGAACTAATATGATTTTAGTTAATGCCTTTGGTAATGTTTTAATTGAA +GAAAAATTATATGATAAGAAGTTCGTAGAAGAACATACACAAGGATTTGAAGAGTACAAG +GAAGTAGTTAAAGAATATACCCCTGAGTATGCAGCGAAATATACAGGTATACCAGCAGAT +GTTATAAGAAAAGCAATGAGAGAATATGCAAACGCTAAGGACTCTATGATTCTTTATGGA +ATGGGCGTTTGTCAGTTTGGTCAAGCGGTTGATGTAGTTAAGGGATTAGCATCTCTAGCA +TTATTAACAGGAAACTTTGGAAGACCAAATGTAGGAATAGGACCAGTTCGTGGTCAAAAT +AACGTTCAAGGTGCTTGCGATATGGGAGCTCTTCCTAATGTTTATCCAGGTTATCAAAGT +GTTACAAATCAAGAAGTAAGAGAAAAATTTGAAAAAGCCTGGGGAGTTAAGCTTTCTGAT +CATAATGGATATAGTTTAACTGAAGTTCCAAGGTTGGTCTTAGAAGAAAAGAAACTTAAA +GCGTACTATATATTTGGTGAAGATCCAGTACAAAGTGATCCGGATGCTTCAGAAGTAAGA +GAAACTTTAGATGAATTAGAATTTGTGGTAGTTCAAGATATATTTATGAATAAAACAGCT +CTTCACGCAGATGTAATACTACCTGCAACTTCATGGGGAGAGCATGAAGGTGTTTATACA +TGTGCAGATAGAGGATTCCAGATAATGAGAAAGGCTGTTGAGCCAAATGGAGATGTAAAA +ACTGATTGGCAGATAATTAGTGAAATATCAACAGCCATGGGATATCCTATGAGTTACAAT +AATACAAAAGAAATTTGGGATGAAATGAGAAGCTTAACTCCAAGTTTTGCTGGAGCAACA +TATGAAAAGATAGAAAAGCAAGGATGGGTACAATGGCCTTGTAAGAGTGAATCTGAAGAT +GATATGGGAACTATGTATCTTCATAAAGATGGTAAGTTTTCAACTCCAAATGGAAAAGGT +AACTTATTTGCAACTCATTGGAGACCTCCAATGGAGTTAGAATATGAAGAGTATCCATTT +AGTTTATGTACAGTTAGGGAGGTAGGTCATTATTCAGTAAGAACTATGACTGGAAACTGT +AGAGCACTAGCTAAGCTTGAAGATGAACCGGGATATCTTCAAATAAGCGAATTGGATGCA +GAAAAACTTGGAATACAAAATTATGAACTAATCAGAGTTAGTTCCAGAAGAGGTAGTGTG +TTAACAAGAGCTTTAGTTACAGATAGAGTAAAGCCAGGTGCTACTTATATGACATATCAA +TGGTGGGTAGGGGCTTGTAATGAACTTACTATAGCAAATCTAGATCCAATATCAAAAACA +CCGGAGTATAAATATTGCGCCGTTAAGGTTGAAAAAATAGAAAATCAAGAATGGGCAGAG +CAGCAATTAAAACAAGAATATGAAGAAATAAAATATAAAATGTTATCTAAAAATATTTAA +>fdhD +ATGGAAACAGTAGATATGAACGATGATATATATGGAAATACCTTTGAAGTTCCAATAATA +AAGTTAGATGAGTTTAGTTACAACTGTACTGAGGATAATGTAATAGCAGAATATCCCTTT +ACCCTTGTTTGGAATGGAAAAAATATAAATACATTTTTATGTACCCCATTTAAACTAGAA +GAATTAGTTATAGGTTTTTTATTGAGCAATGGTTATATTAGAAAAATTGAAGATATTATA +AGTTTAGAAATTGATAAAAAAAATAGAATGTCTAATGTAAATGTAAAATATATAGATGAT +ATCAATGATATGGAAGGTTTTATTTTAAATGAATTAAATAACTTAAAATATAGTTACATA +GAAAGTGATACAAGTATATATGTAGACACTATATATGAAATTATGAAAGTTAATTTAAAC +TATTCAAGATTATTTAAAGAAACTGGAGGTGCTCATAGCGTTGCCATTTTTGAAAATAAC +AAAGAAATTGTTGTTTGTGAAGATGTGGCAAGACATAATGCTATGGATAAAGCTATTGGT +CATTGTATATTAAAGAGTATACCTTTAGATAATAAGGCCATCGTTGTGAGTGGGAGGATA +TCCTTTGATATGCTTTCAAAAGTTGCGAGGGCTAAAATTCCTATAGTTATATCAAAATCA +GCACCAACAAATCTATCAATAGAATTAGCTAAGAAGTTAAATATAACTCTAATCGGGTTT +GTAAGAGGAAAAAGAATGAATATATATACACATTCACATAGAATTAAAGTTTAA +>hyfA_1 +ATGAAGAATAAACTAGGTTCATTTGTAATAGCGGACTCGAGTAAATGTACGGGATGTCGA +GCATGTGAAATTGCTTGTTTTACAAACCATAATAAAGAAAATAATGTTGGATACACTGTT +GGAACAGTAGAAGTTCCTGTAATTCCGAGGTTATATTTAGTAAAGGACGATAATGTCTGT +ATGCCAATACAGTGCAGACATTGTGAAGATGCACCGTGCTTAAATATATGTCCGGTAAAT +GCTATATCAAGAGAAGATAGTACTATGATTGTTGATAATGATAAATGTATAGGATGTAAA +ACTTGTTTGCTAGCATGCCCATTTGGAGCCATAGATTTACTTCCACAATATAAAGATGGA +AAAGAAGTTGAACAAAGAGTGATAGATGAGAGTAATAAGATAGCATATAAATGTGATTTA +TGTAAAAATGATGAAAAGATAGCTTGTATTGATGCTTGTCCTAATAAAGCTTTAAAGTTA +ATTACACCTATGGAAGATAAGAGAAATAAAAATAAAAAAGCTGCACTTGGTCTATTGATG +GCTAATAAATAA +>hndD_1 +ATGATAATAAGTATAGATAAAGATTTATGTACGGGATGTCAAGAGTGTATAAAGGTATGT +CCAGCATATGCCATAGAAGGGGAAGCGGGAAAACCCCACGAAATCAAATCAGATAAATGT +GTAATGTGCGGACAGTGTGTGCAAGTTTGTAAATCATATGCATCAATAATTGATAAAGGA +TTTAAATTTGTAGAAGAAAAAAGAAAAGAAAGAAATTTACCAGATACAATAAAAGAACCT +GTATTTGCTGCATATAACGTATGTGAAATAGAAAGAGTTAAAACTGCATTAAAAGATAAA +AGTAAGTTTACTATGGTTCAGTGTGCTCCTGCAGTTAGGGTAGCAATAGGGGAAGAATTT +GGTCTTGAATTAGGAACTTTAACACCAGGTAAAATGGCAGCGGCCTTAAAGGCACTTAAT +TTTGATAGAGTCTATGATACAAATTTTTCAGCTGATTTGACAATTATGGAAGAAGGAACT +GAGTTGATAAAGAGAATTACAGAGGGTGGAACATTACCTATGTTTACTTCCTGTTGTCCA +GCATGGGTTAAATTTATGGAAAATAACTATCCTGAGTTAACTGATCATTTATCTTCTTGC +AAGTCTCCTCAACAAATGGGAGGAGCAGTATTTAAGACTTATGGAGCTCAAATAAATAAC +ATAGATGCATCTGCTATTTATAGTGTAGCTATAATGCCTTGTACTTGTAAAAAGTATGAG +TGTGATAGACCAGAGATGGATTCAAGTGGATATAGAGATGTAGATGCAGTTCTAACTACA +AGAGAGCTAGCTTATTTAATAAAAGATATGGGTATAGATTTTAATAATTTAAATGAAGAA +AAATTTGAATCACCTCTTGGTACTTATACTGGTGCAGGAACAATATTCGGTGTAACAGGT +GGAGTCATGGAAGCAGCTCTAAGAACCGGATATGAACTTATAACGAAAGAAAACATACCA +AGTATAGATATAACAGATGTAAGAGGTAATGAAGGTTTTAGAACTTCTACTATAAAAATA +GGCGATTTGAATTTAAGAGTCGGAGTAGTAACTGGTCTTAAAAATGTTGTACCAGTATTA +GAGGACCTAAAGTCTAAAAAGTTAGATTTAGATTTTATAGAAGTTATGACATGTCCAGTT +GGATGTGTTAGTGGTGGAGGTCAACCAAAGTTATTATTAGAAGAATATAGAGATATTGCA +TATAAAAATAGAATTAAATCGACTTATACACATGATAAAAGTTTACCATTGAGAAAATCT +CATGAAAATCCGGAGATAGAAAAAATTTATAAGGACTTTTTAATAGAACCATTAGGAAGT +GTATCTCATCATTTGTTACACACAGAGTATTCTGTTGGGAAGGAAGTGGCTAAATAA +>hyfA_2 +ATGAATTGTTTTGTTATAGCTAATCCAGATAAATGTATAGGATGTAGAACATGTATGATA +GCTTGTGTAGTTGCTCATAATGGTGAAGAGTTATTTTATAAAAATCATAGTGATATAAAC +TTTAATCCAAAATTAGAGGTTATCAAGACAGAGACTGTTAGTGCACCAATTCAATGTAAA +CACTGTGAAGACGCACCATGTGCAAAGGCATGTCCTAATGATGCTATTGAAAGATTGGAT +AATTCGATACTAGTAAATCAATCTAAATGTATAGGGTGTAAGACTTGTATGATAGCCTGT +CCATTTGGAGCTATAGATATATCTCCTTTAGGTGAAATTCCTGATGATAAATTATTGTTT +AAAGAATATATGGTAGCAAATAAATGTGATTTATGTAGAGGCGTAGAAGATGGTCCTGCC +TGTGTTAAAGTCTGTCCTACGAAAGCTTTTAAAATAGTCAAAGAAGATGATATAGACTTT +TCAATAAAGAATAAGAGGAAGTTAGCTGCCTCAAAATAG +>group_368 +ATGACATTTACTAAGATAAATGATATTAATAATGATAATATACACAATAGAGCATGTGTT +ATGGTAATTAACTTTAACAAAAAAGAAGGGGCTTTAATAAAAAATATTTGCGGTTTTATT +GGAGTTAGAGATTGTATTTTTTTAGATAAAAGTAATGGAAATACAATAATTAAAGATGTA +CTAGAAAATAATATATCTTTAGACTGTGAAGATGGTATTTCTAATAAAGCTGTAGTGTTT +AATCATATACCGAATGTAAAAATAAATTCATTCTTAGAGAGTTTAAAAAAGATGAGAATA +AATAGACCACTTACAGCTATGGTAACTGATACGAATTTAGATTGGACATTAAATAATTTA +TTATATAATTTAGTTGAAGAGCGAAAAGCCTTATCTTCAGGTAAGGAGTTCAGTCATAAA +TAA +>rph +ATGACTAGAATTGATAATAGAAAATATGATCAAATAAGAGACGTAAAGATAACTAGAAAC +TATACTAGATATGCAGAAGGATCTGTACTTATAGAAATGGGAGAAACTAAGGTTATATGT +ACTGCTTCAGTTGAAGATAAGGTACCGCCATTTTTAAGAAATACAGGTACAGGATGGATA +AATGCTGAGTATTCTATGTTACCTAGATCTACTCAACAAAGAAAAATAAGGGATGCTTCT +AGAGGAAAGATAGATGGAAGAACTCAAGAAATACAAAGATTAATAGGAAGAGCAATAAGA +TCGGTTATAGATTTAGATAAAATAGGTGAAAGAACAATTTGGATAGATTGTGATGTAATA +CAAGCTGATGGGGGTACTAGAACTGCTTCAATAACTGGGGCCTTTGTAGCTGTAGTAGAC +GCAATTTATAAATTATATAAATCAAAGTCAATAAAGCATATGCCAATAAGAAATTTTGTA +TCTGCCATAAGTGTAGGTATAGTTGATCATAAACATATGATAGATTTATGTTACGAAGAA +GATTCAACAGCACAAGTAGATATGAATATAATAATGACTAATACAGGAGAGTTTGTAGAA +ATTCAAGGTACTGGAGAAGAAAGACCATTTTCTAGAAAAGATTTAAATTCTTTATTAGAA +TTAGGTGAAAAAGGGAATAAAGAATTAATAAAGAAACAAAGAGAAGTTCTTGGAGAAATA +GCTGATGAAATATTAGGTATGGAGTATGGAGATGACGTGGTAATAGCTACTAATAATGCT +CATAAATTAGAAGAAATGGGAGCTATATTAGAGGACTTTGATTATAATATACATTCTTTA +AAAGATGTAGACTTAGATGGAATTGAAATAATAGAAGATGGAAAAACATTTGAGCACAAT +GCACTTATAAAGGCAAGAGTGATAGCTAAGAAAACTAATATGATAGCAATATCTGATGAT +TCGGGTCTAGAAGTAGATGCGATAGGTAAAAAACCTGGGGTATACTCAGCAAGATTTGCA +GGTGAAAATGCTACTGATGCAGAAAATAGAGAAAAGTTATTAAGAATGATGAAGAGCGTT +CCTGCTAGCCAAAGAAGTGCAAGATTTGTATCTGCAGTAGCAGTTGTATTTCCTGATGGG +AAAGAGTTTGTAGTAAGAGGAACTTGTGAAGGTAATATAGCATTTGAAGAAAAAGGAAGT +AATGGTTTTGGATACGATAACTTGTTTATAGTTAATAAATATAATAAGACATTTGCTGAA +ATGCCATCATCAATAAAAAATGCTATAAGTCATAGGGCTAATGCTTTAGAGAAAATGAAG +AAGGAGTTTTCAAAAAGGGTAGTGAGATAA +>group_308 +ATGAGGATAGGTATAGTTAGTGATACTCATAGAATGGAAAATTTCATGAATAAAGCAATA +CCGCATTTAAAAGAATGTGATTTAATAATACATGCAGGGGATAATTTTTCGGATTCGAAG +TATATACATAAAATGACAAATACAGACATTATAGCTGTAAAAGGTAACTGTGATTTTGAA +GATGTAGAAGATGAAATAGCTTTTGAAGTAGAAGGAAAAACTATTTTTGTATGTCATGGT +GATAAATATGGGATTAACTATGGCTTAATAGAAATAGAGGAAAAAGCTAAATCTGTATGT +GCAGACATAGTTATTTTTGGCCATACTCATATCCCTTTGTGTATTGAAAGGGATGGAATT +TTATATTTGAATCCAGGTAGCATATCACTCCCTAGAGGGGGATCTTCAAGAAGATTTGTT +ATTATGGATATACAGGAGAATATAATTAATTTAGAAGAAGTAATACTATAA +>tig +ATGAAAGCAGAATTAATAAAAAAAGAAGGCAATAAAGTAACTTTTAATTTAACTGTAGAT +AACGATAAATTTGAATCAGCAGTTACTAAAGCTTACAATAAAAATAAAGGTAAATTCAAC +ATACAAGGATTTAGAAAAGGGAAAGCTCCAAGAAAAATAATAGAAGCTCAATATGGGAAA +GAAGTATTCTACAATGATGCTATAGATATAGTATTACCAGAGGTTTATCCACAAGCTATA +GACCAATTAAATATAGATCCAATAGATAGACCATCATTAGATGTTCAAGAAATAAGCAAA +GACAATGGGTTAGTTATGGTTGTAGAAGTTGAGGTTAAGCCAGAGTTTGAATTAGGTGAT +TACAAAGGAATAGAAATATCTAAAGTTGATAATACTGTAAGTGAAGAGGAAGTAGAATTA +AGACTTCAAGAAATGGTTAATAAAAATGCTAGATTAGTTAGCGTTGAAGGTAAAGCTATA +GAAAGTGGAGATACTGCTGTTATAGATTTCGAAGGATTTGACAATGGTGTTGCTTTCGAA +GGTGGAAAAGGTGAAAATCATAACTTAGTTATAGGTTCAAACTCTTTCATACCAGGATTT +GAAGATCAATTAGTAGGTAAAAAAGCTGGAGAAGAAGTTGAAGTTAATGTTACTTTCCCA +GAACAATATCATGCTGAAAACTTAGCTGGAAAGCCAGTTGTATTCAATGTAAAGATAAAT +GATGTAAAAGTTAAAGAATTACCAGCTTTAGACGATGAGTTTGCTAAAGATACAACTGAA +TTTGAAACTTTAGCTGAATTAAGAGCTGACGTTAGAGCAAAGGCAGAAGAAGAAACTAAA +AACAGGGCAGAAGCTGAAATGAGAAACTCTATAGTAGAAAAGGTAGCTGAAAATACAGAA +GTTGAAGTACCAAATGCTATGGTAGAGCATCAAATAGATAACATGATAATGGAACTTAAC +TATCAATTACAATACCAAGGATTAAATTTACAGCAATTATTAGAAATGACTGGTAGAAGT +ATAGAAGAGTTAAGAAATGAAAGAAGAGCTGATGCTGAAAGATTAGTTAAGTCATCATTA +GTATTAGAAGCTATAGCTAAAGCTGAAGGTATAGATGCTACTGAAGAAGAATTAACTGCA +GAATTAGAAAAAATGGCTTCTATGTACAATATGGAAGTTGAAAAATTAAAAGCTTCTTTA +AGAGACGCTGACTTAGAAGATATAAAAGGTCAATTAAAGATAAGAAAGACTATAGATTTC +TTAGTTGAAAATGCAAATATAGCTTAA +>clpP_1 +ATGGCATTAGTACCTACAGTCGTAGAACAGACAGGAAGAGGAGAAAGAGCCTATGATATA +TATTCTAGATTATTAAAAGATAGAATAATATTTTTAGGAGATGAAGTAAATGATGCTACA +GCAGGGCTTGTAGTTGCTCAGCTGTTATTTTTAGAAGCTGAAGACCCAGATAAAGATATA +CATTTATATATAAATTCACCAGGCGGAAGTGTAACAGCAGGTATGGCTATTTATGATACT +ATGCAATACATAAAGCCAGATGTAAGTACAATATGTATAGGATTAGCAGCTTCAATGGGT +GCATTCTTATTAAACGCAGGAGCTGAAGGCAAGAGATTTGCTTTACCAAATAGTGAGATA +ATGATACATCAACCTTTAGGTGGGGCAAAAGGTCAAGCAACTGATATAGAGATTCATGCT +AAATGGATACTAAAAATCAAAGATAAATTAAACAAAATACTTGCTGAAAGAACAGGTCAG +CCATTAGAAAAAGTTCAAATGGATACTGAACGTGATAACTTTATGAGTGCAGATGAAGCT +AAAGAATATGGTCTAATTGATGAAGTGATTACAAAAGCAAAAAGACCGTAG +>engB +ATGAAAATTAGAAGCTCAGAAATGGTTGTGAGTGCAGTAAATAGAAATCAATATCCAGCT +GAAGGAATACCAGAGATAGCATTAGTAGGAAGATCAAATGTAGGTAAATCTTCTACCATA +AACACTTTATTAAATAGAAGAAACTTTGCTAGAACAAGCCAGACTCCAGGTAAGACTAGA +ACTATAAACTTCTTCCTTATAAACAATGAATTTTACTTTGTAGACCTTCCAGGGTATGGA +TATGCTAAGATTGCAAAATCAGAAAAAGAAAAATGGGGCACAATAATGGAAAGATATTTA +CAAGATAGAGAAGAGCTTTGTGCGATATTTTTACTTGTAGATATTAGACATGAACCTACT +AATGATGATGTAATGATGTATGAATGGATAAAGCACTTTGGATATAACTGTGTAGTAATA +GCAACAAAAGCAGACAAGATATCTAGAGGACAATATCAAAAACATATGAGTATAATACGA +AAAAAATTACAGTTGGATAAGGATGAAAAAATAATACCTATATCTTCACTAAAGAAAACT +GGTGTAGAAGATGTATGGAATGAAATTGTAAATCAATATAATCAAGCTGGTTATGAAATA +ACAATTGATTGA +>group_305 +ATGTCAGGAAAAGTTAGAAAAATATTTCCGGGAGGAAATACATCAAATGGTTCAAAACCA +TTATTTGAGTATGTAATACCTGAAAATGTAAATAGAATTTTTTGTTTAAAAGGTGGTCCA +GGTGTAGGTAAATCATCAATGATGAAAAAGATAGCAAAAGAATTTATAGAAAATAACTAT +GATGTTGAACTACATCATTGTCCATCAGATCCAAGTTCACTAGATGCAATTGTCATAAAA +AAACTAGGTGTTGTTTTTTTAGATGGAACTGCACCACATATTGTGGATCCTAAAAATCCA +GGGGCTATCGATGAAATAATAAATTTAGGTGAATATTGGAATGAAGAGGAGTTAGAAAAA +AATAAAAAAGAAATAATAGAGTGTAATAAAGAAATAAGTAGTTACTTTAGTAGATGTTAT +AAGTTCTTAAAGTCTGCAGAGTCTATATATTATGATATAGAAGAAAAATATAAAGATTGT +ATGGATTTTGGAAAGGTAAATAAACTTACCGAAAATTTTATAGAAAATATTTTTAAAGAT +ATAGAAAATAAAGGAGAATATAAAAGACCAAGACATTTATTTGGAACAGCTATAACACCA +ATTGGCCATATAGATTATGCGGATAGTCTTTTAAGTGAAGCTGATAGAGTGTATTATTTG +AATGGAGAAATTGGCTGTGGAAGGACTACTTTTTTAAGAAAAGTATACGAGAAAGCAGTA +GAAAAAGGAATGAAGGTTGAAGTCTATCATTATCCATTAATACCGGATAAGATAGAAACT +ATATTGATAAATGATTTAAAAATAGGTATAACTACAAGCAATATATATAAGGACAAAGAA +GCTATTGACCTAACTGAATTTTTAGATAAAGATAAATTATTAAAGTATGAAGATGACATA +GATTTTGATAAGCATATATTTGATGAATTAATAAATTATGCTATATCTAATTTAAAGAGG +GCTAAATCTAAACATGATATAGTTGAGTCATACTATGTGCCTAATATGTATTTTGATGAA +ATAAATAAGTTAAAAGACGAGTTAATACAAAAAATTTTAAAATACAAAAATGAATAA +>group_97 +ATGAAAAAAAAATATGTGTTGATAATACTAGCGAGTATTGTTTTAGGCGTACTAATTGGA +AGTATGATAAAGGACTTAGAATCAATGGAAGGATTATATACAAGTAAGGATGATATAGCT +AAAAAAGAAATAAAAATGACGAATAAGTCTATAAAGAAACTCCAAAATGAAAAGAAAGAT +TTAGATAAAGAGATAAATATTTTAAGAGAAAAATACACTGACATAGATGAGATTAAAAAG +ATGGATGATATGAAAGAAGTATTATCTTATACTGACATAAAAGGAAAAGGGATAACCATA +ATAATAGATGCATTAAATGAAGACATAGGGAATATTGCAAATACAGTAGACTATAATAAA +ATACTTATAAATTTAGTTAATGAATTAAAAATTAATGGTGGTAAATTTATAAGTATAAAT +GGACAAAGAATAAACCAATATTCAGCAATTATTCTGGCGGGAAGTCATATAAATGTAAAT +TCTATTCCTATAGCACAACCTTATGAAATTAAAGTCATAGGGGATATCGACGAGTTGTCT +TCATATGTAAATGAAGGAAACAATTATATAGATAATATAATATTAAATTATCCTATGAAA +GTAGAGTATAAAGTTGAAGAAAGTATAAATATGCCTAAAATTGAAATACCGAATAAGTTA +AGATATATAAGGGAGGGGTAA +>group_422 +ATGTATTTTAAGAGATTTAAAATGAAAAAAAGAAAAGGATTTACTTTAGTAGAAATGGTG +ATAGTTGTAGTTATATTAGGGATATTATCTAGCATGGCCTTAATGAAATACAATAATGTA +CAAGAAAATGCAAAAAAGAAAGCAGACTATGCAACTGCATCAACTATTGCAACAGCAACA +ATCGTGGCAATGAACGATGGACAAATTAGTGGAGATCAAGTAAAGGTAAGTGAATTAGTA +AGTAAGGGATACTTACAATCAGATGTAAAGTGCAATTCGACAGGAAAAGGTTTTGATATA +ACTATAAATGGTGATAGTGTTAGTATATCATCAAATAATGAACCTTATTATCCTAAACCT +GAAGAATCGAGTGCACAATAA +>group_497 +ATGAAAAATATTTATATAGATGATGAAATACATCAAGATATAAGTCTAAATATTAGTAGT +AAAATTATAGGAACTACAAATCAGTATTATATAAATGATATTGAAAAAGAAAGATATGTA +GAAAATGTAACTAAAATAATAGAATCTAAAATAAGAAAAACAAAAAAGTTAACATCAAAA +TATAAATCAATATTTTATAATATACAAACAGAAGATGTAATTATAAGGATGATTGATAAC +ATAAATATTAGTAATAAATCAGATATACTAGGCTTAATAAAATTTAACATAAATCAGTAT +ATGCATATAAATATTGATGACTATGTAATTGAATATAAAATAATAAATCAAATAAATAAA +ATAGCAAAGATACAAGTAATACTATTTCCAAAATACTTAATAGACCTATGTAAAAGCATA +TCAAAAAATCTTAGAATAAAATCACAAATAATAAATGTAAACTATGATATTTTACAAAAA +TTAATAGAACTAAATATAATAACTAATTTACAATCAAATTTATTATTTATAGAAAATAGA +AGCAAAGAGATAATATTTAATAAAGTTATAGATAAAAAAATATGTGAATCATATGTATTA +TCTAAAGGTGAGCAATGCATAAATTATATAAATAACTTAGATCATAACATAGATCAGATT +TACTACTATGGCCTTGAAGATAAAATGATAAATAATGAAATTGATTCTTTTTCTTCATTG +AATATATCACCTTTAACTCTAGAAAATAATAAAAAATCTATAATAATATCTGAGAAACTA +AGTCAAGATTTTAAGCAATATATAAATACTATAGGTATGATTATATAG +>group_353 +ATGAAAAAGTATAAAACGATAGATTTTATTAAGCTATATACTCCGAATAGAAAAAATGTC +AAGATAGTATATATTCTTGTGGCTTTGATTATGGTAATTGGAGTTTATAAAGTTAATATG +AATCAAAAGAGAAATACGAAGATTTATAATGAAGAAACAGTTTTAGATGAAAATATTGAT +ATTACTGAGAGTGATGAAGAAAGTATATATATAAATTTTGATAATATAAAAGTAGCTTTT +AATTTAATAGGAGAAGAAAATATAAATCGGATATTAGTAGACAACTCTGGTATAGAAATT +GAGGGTGAATGTAATAATTTAGATATATTAGAACAATTAAGAAATAAGTCAAACTCTAGT +TATTTTTCTATAAATAGTCTATTAAAACAAGATAATAAATATATTTTCAATTTAAAATAT +AATACAGGAGAATAA +>group_431 +ATGAATCTTAGTTTAGGAAATGCAATAGCAGTGTCAACAAATTTTATAAAATCTAATCCA +GCGGTACCTGTGTACAATGGAGAGCAAACTCCAGAAAATTTATATGCAGTTATCTACCAT +ATAGAAATAGGATACAATCAAGGTGCTTCTCAAGAATTAAAACAATACATAATAATAGAT +TATAAAGAGTTTGATTTATCAATAGATTCAAAAAATCAATTAATAGAAGTTGCGAAAGAA +TATTGTGCAGCAAAAAATATAGAGGAAGACAATAATTTAGAAATAGCTCTTTTAGATAAC +GAAGAAGCAGAAAACTTCCTAGAAAAAGTATTTAACAACATGAAAGTTATAAGAGGTCTT +ATAACTAAAAAGGACTAG +>group_104 +ATGTTAAGAGTATCGAATATAAAAATAAGTATAGATGAGGATCCATCTATAATAGAAAAA +CTTGTACTTAAAAAATTAAAAATTAAATCAAGCGATTTAGTTAAGTATTATATTTATAAA +GAATCTATAGATGCTAGAAAAGGAAAGATAAGCTTTGTTTATACTGTAGACGTACAAGTA +AAAAATGAAGATAAAGTATTAAATAAACATGTAAAAGATGTAGTAAAGATAAAAGAATTA +AAATATGAAGGTGTAGAATCAGGAACAGAAAAACTAGATAAAATACCTGTGATTATAGGG +AGTGGGCCAGCAGGATTATTTGCCGGATTAGTATTAGCTCAAAGGGGATATAAACCTTTA +TTACTAGAAAGAGGTTTAGATGTAGATAAAAGAAGTGAAGATATAGATTTATTCTGGAAA +GAAAGAAAGTTTAAGAATAATTCGAATGTACAATTTGGAGAAGGTGGAGCAGGAACTTTC +TCTGATGGTAAGTTAACAACAAGAATAAAAGATATTAGATGCAGAAAAGTATTAGAGGAG +CTTGTAAACTTTGGTTCTCCTGAAGAAATATTATACTCTCATAAACCTCATGTTGGTACT +GATATATTAAAAGGAGTAGTTAAAAATATACGTAATGAAATAATTAGGCTTGGCGGAGAA +GTAAGATTTGATTCAAAAGTTACTGACATATGTAGAGTTGATAATGGTATAGAATCTATA +ACTATAAATGACAATGAAGTTATAGAAACGAATATAGTTATTTTAGCTATAGGACATAGT +GCTAGAGATACTTATGAAATGTTACATGAAAGAGGCGTTCATATAATTCAAAAACCTTTT +GCAATAGGTGCAAGAATAGAACACCCTCAAGAATTAATAAATAAATCTCAGTATAAAGAT +TTTCATAATCATCCAAGATTAGGCGCTGCAGATTATAGATTAATAGAGCATACTTCAAAT +GGAAGAACAGCGTATACTTTCTGCATGTGTCCAGGAGGTAGTGTTATAGCATCAGCTTCA +AATGAAGGACAGGTTGTAACTAATGGTATGAGTGAGCATGCTAGAGATAAGGATAATGCA +AATAGTGCATTTTTAGTAAATGTAGTTCCAGGTGATTTTGGAAGTGATCATCCATTAGCA +GGTATGTATTTCCAAGAAAAATATGAAAGGTTAGCATATGAATTAGGTGGTCAAAATTAC +AATGCTCCAGTTCAGTTAGTCGGAGATTTTTTAAATGACAGGATATCTACTAAAATAGGA +AGTGTTAAGCCTTCATATGAACCAGGATATACTTTCGTGGATCTAAGAGAATGCTTGCCA +CAATTTGTAACGGAAACAATGAAGGAAGCATTATCTGGTTTTGATAGAAAAATAAAAGGG +TTTGCAATGGATGATGCAGTTTTAACTGGTGTAGAAACAAGGTCTTCAGCACCTATAAGA +ATAGTTAGGGATGAGGAAACATTAGAGTCTACAAATACTAGAAATTTATATCCATGTGGA +GAAGGTGCAGGTTATGCAGGAGGAATAGTTACTGCTGCTGTAGATGGAATTAAATGTGCT +GAAAAAATAATCGGTAAATATTCAAATAGGTAA +>pgi +ATGGGAAAAGTAAAGTTTGACTATAGTAAAGCACTGAATTTCTTCAATGAAGAGGAAATT +ATGTCTATGCAACCATATGTTGATGTAGCGCATAAGATGGTTCATGAAAAAACTGGATTA +GGAAATGATTTTTTAGGTTGGGTAGAATTACCTAATGATTATGATAAAGAAGAGTTTGGA +AGAATAAAAGACGCTGCTGAGAAAATAAAATCGGATTCAGATGTATTATTAGTAATTGGT +ATAGGTGGTTCTTATTTAGGGGCAAGAGCTGCTATAGAAATGTGTAGCCATTCTTTTAGA +AATAATTTATGCAAAGAAGATAGAAAAGCACCGGAAATATATTTCGTAGGACAAAATATA +AGTTCTACATATATGATGGATTTATTAGATGTTATAAAAGATAAAGATGTATCAATAAAT +GTTATATCAAAGTCAGGTACTACTACTGAACCTGCAATAGCATTTAGAATATTTAAAGAC +TTCTTAGAAAAGAAATATGGAAAAGAAGAAGCTAGTAAAAGAATATATGCAACTACAGAT +TCTAAAAAAGGTGCTCTTAAGCAATTAGCAGATGAAGAAGGCTATGAAACATTTGTTATA +CCAGATGATGTTGGTGGAAGATTCTCTGTTTTAACACCAGTAGGATTATTACCGATAGCG +GCAGCTGGATTAGACATAGATTCAATGATCAAAGGTGCACAAGAAGCTTGTGAAGATTTC +AGAAGTACAGATTTAAAAGAAAATCAAAGTTATCAATATGCTGTAGTAAGAAATATTTTA +CATAGAAAAGGAAAAGATATAGAACTATTAGTAAATTATGAACCACAATTACATTATGTA +AGTGAGTGGTGGAAGCAGTTATATGGTGAAAGTGAAGGTAAAGATAACAAAGGTATATTC +CCTGCATCTGTAGATTTTTCAACTGATTTACATTCTATGGGTCAATATATACAAGAAGGA +AAGAGAATATTATTTGAAACAGTTATAACTGTTGAAAATGCAGAGAGAAATGTTACTATA +GAAAATGAAGCTATAGACTTAGATGGATTAAATTATCTAGCAGGAAAGACTGTAGATTTT +GTAAATGAAAAAGCATTCCAAGGAACTTTATTAGCTCATACAGATGGACAAGTTCCGAAC +TTATTATTAAGTATGGAAAGATTGGATGAGAATAACTTTGGATATCTTGTTTATTTCTTT +GAAAAAGCTTGTGCAATAAGTGGGTATTTATTAGGTGTAAATCCTTTTAATCAGCCAGGG +GTTGAAGCATACAAAAGAAATATGTTTGCTTTATTAGGAAAACCAGGATTTGAAAAAGAA +AGAGAAGAATTGGAAAAAAGACTTAATAATTAA +>htrB +ATGTCGCGTAAAAGAGGCATAGGATTAGTAGTAATTGTAGCTATAATTAGTTCAGTTTTA +AGTTCTTTATTAACAGTAGCTGTGGTAAAAAATAATATATTAAGTGGAACAGGGACAACA +AATTCAAGCTCTGAAATAGTAGTAAATGATAATGGCAAAAGTCAAAATATATATCATGCA +GTAACGGAGAAAGCAATGCCTTCAGTAGTTGGGATAACTACTACGACAATAAGTACAAAT +AATAGATTTGCAATACCAACACAATCAGAAGGGGTTGGTACAGGTGTTGTAGTAGATGCT +AATGGATATATATTAACTAACTCACATGTTGTATCAGATGGAAAAGCTAATAAGGTTAAT +GTATTATTTAATGATGGTACAACGACAGAAGGTCAAGTTTATTGGTATGATGCTCAGTTA +GATTTAGCTATAGTAAAAGTGGAAAAAACAGGTTTAACTCCTGCTGAATTTGGAGATAGT +GACAATGTTAGAACTGGAGATATATCCATAGCAATAGGTAACCCACTTGGTTTAGATTTA +CAAAGAAGTGTTACTCAAGGTATTATAAGTGGATTAGATAGAACAATAGAAACAGAACAA +GGTACTATGACAGGTCTTCTTCAAACTGATGCTAGTATAAACTCTGGTAACAGTGGAGGT +CCTTTATTAAATCAAAATGGTCAAGTAATAGGAGTAAATACAGCGAAGGCTTCTCAAGGA +GAAGGATTAGGATTTGCAATTCCTATAAATACAGCAAAACCTATAGTTGAATCTATAATA +AAAACAGGAAAATTTGAAAAAGTAACTTTAGGTATAAAAGGTATAGATGCATCAACATAT +GAAGCTGCAACAAATCAAAAATTAGGTACTGATAATGGTGTATATGTGGCAGAAATTTTA +GATAATACTGCAGCAAAATCAGCAGGAATAAAGGTTGGAGATATAATAGTTAAAGTAGGA +GATAATAGCTTAACAGGTATGTCAGACTTAACAAAAGCTTTATATACTTACTCAAAAGGA +GATACAACAAAAGTTGTTGTATACAGAGATGGAAAAGAAGTAACTTTAGATGTTAAATTT +TAA +>feoB_1 +ATGATTAATGTAGCACTACTTGGTAATCCAAACGTCGGTAAAACCACTATATTTAACTCA +CTTACTGGTTCGAATCAATATGTTGGTAACTGGCCTGGGGTTACTATTGAAAAGAAAGAG +GGATTTTTAGGTAAAGACATAAAAGTAGTTGATTTACCTGGTATATATGCAATGGATACT +TTCTCTAATGAAGAAAAAGTAGCCAAATCATATTTAGAAAATGATGATGTAGATATAATA +GTTAATGTAGTTGATGCAGCTAACTTAACTAGAAACTTATATTTAACGACTCAGCTTATG +CAATTTAATAAACCTATAATAGTTTTATTAAATATGATGGATGTGGCAAAATCTAGAGGT +ATAAATATAGACACAGAAAAACTTAGTAAAGAACTTAATATAACTGTAATTCCTACAGTT +GCAAAAAAGAAAAATAATCTTGATTCTATAGAAAGCACAATAAAAAATACAATAGGCAAA +AAAGTTATTTATAATAATAACTTTGGAAGTGAAGTTGAAACTTATAAAAAACTAGAAAAT +ATACTTTCTAAATGTAGTAAATCAAGTATGGAGCAAAAGAAAAGTATAAGTGATAGAATA +GATGATATAGTCTTAAACCCTATATTAGCATATCCTGTATTTTTAGGTTTACTATTCCTT +TTATTCAAATTTACATTTGATTGGGTAGGTGGACCTCTTCAAGAAGGACTAGGAGGACTT +ATAGAAGCTTATGTAATGGCTCCAATGGATAATTTATTGGCTAACTCAAGCGAATGGTTT +AGGTCTCTTATAATAGATGGTATTTTAGGAGGAATAAGTGGAACATTACCATTCTTCCCT +CTGATATTTACTTTATTCTTAGGAATATCTATATTTGAGGATAGTGGATATATGTCTAGA +ACAGCATTCTTAATGGATAAAATAATGAGTAAGGTTGGTTTATCAGGTAAAGCCTTCATA +CCAATGGTAATGGGTCTTGGATGTTCTTCTCCTGCCATAATGGCAACCAGAACACTAGAA +AGCGAAAAAGATAGAAAAATAACAGCTTTAATAGCACCTCTTATGACTTGTGGTGCAAAA +CTTCCAATATATGCTTTATTTGTATCTATATTTTTCCCAGATAATGAAGCTTTAGTTACG +ACTTCTTTATACTTAATAGGTATATTAGTAGCTATATTAGTTGCTTTAGTTTTAAATAAA +ACAGTTTATAAGACACAAGTTGAACCATTTATATTAGAGCTTCCTGAGTACAAAGTTCCT +ACTATAAGTGGATTAATGAAAAATACTTGGAATAAATCAAAAGGATTTTTAATAAGAGTT +GTTACTATAATGTTTGCTATGTCTGTTGTTATATGGGCACTTTCATCATTTAACTTCTCT +GGATTTACTGAAAATATAGACGATAGTTTCTTAGCTTCAATAGGTAAAATACTAGCTCCT +ATATTTGTACCTTTAGGATTTAAAGACTGGAGAATTTCAGTTTCTATACTTACAGGGTTA +GGTGCTAAAGAAATAGTTGTTAATACACTGATAGTACTTTTCGGTGACTTACAAACAGTT +TTACCTACAATATTCACAGGAGTTAGTGCTTATTCATTCTTAATATTCTCTGCTCTTTAT +ACACCTTGTATAGCAGCTCTTGCAACTATGAGAAAAGAATATGGAAATAAAATGATGATG +ATATCTTTAATATATCAGTTTGCATTAGCTTGGGTTGCTGCTTTTATAGTAAGCATTATA +GGAAATAAATTTGTAGGTGGTTCAAATGGATCTGTAGTAGAGTTATTAATAGGTGCTGTA +ATAGTATTATTAGCTGCGTTTATACTATATAAAATGTTAAGAAAAAAATCTAGTGGTTGC +AGTTCTTGCTCTAATTGTCCTTCAAGTTCTACTTGCAACTCAATAGAAAATACAAAAATA +AAAGAACATTCTGTAAAAGAAACAGTTTAA +>group_53 +ATGATGACTGTTTATGATTTAAAAATTGGTCAAAAAGGCCTAATTGATAAAATTAACGGT +AACGACAAGTTAGTTAAAAGACTACTTGCTTTAGGTTGTATAGATAATACGGAAATAGAA +GTAAAAAAGGTTGCACCATTTGGTGACCCAATAATAATAAGATTTAGAGGATTTGACTTT +GCACTTAGAAAATCTGATGCAAAAAACATTTCACTAAAATAG +>group_126 +ATGGCGAATAGCGAATTGGAAACACTAAAAACTGAAATAGAAGAATTAAGGCAAGAGATA +AATACTTATATACAATATCCAGAGATATTTAAAGAAGAATTAATTGAAGCAAGTCAAAAA +ATAGATGTTTTAATTAACAAGTATATATTTTTGAGTAAATAG +>yfkC +ATGTTTGTGACTAAGATTATAAATACTATTATTATAGTTATAATTTCATATACACTACTT +AAGCTTATACACTTCCTTTTGCGTCGATTGTTTGAATTTACAAGATTTGATGTAAGGTAT +GAAAATACCTTATATAGTGTTTTATCATCTGTATCTTATTATATTGTGTTTGTTATATGT +ATTATTCTAATTTTAAGAGAGTTTGGTATTGTAGATGCAACTAAGTTTGGATCATTAGTA +ACAGGAGCTAGTATAGTTGGGTTAATAGCAGGTTTTGCATCTCAAAGTATTTTAAAAGAT +ATATTTAATGGTTTTTTTATATTATTTGAAAAACAAATTCAAGTAGGAGATTTCGTTATT +ATTAATGAAGAATTTAGAGGTACTGTAGAAGAAATTGGGATAAGAAGTACTAGTATAAGG +GATTGGGATTTAAGAAGAATAACACTACCAAATGGAAATATAACTAGCATAAAAAATTAT +AGTAAAAATAAAATGAGAGCAGTTATCCATGTTAAAGTATCATATGAAGAAGATCCAATG +AAGGTAATATCAGCATTAGAGGAAGTATGTCAGATAATGAATGAGGAGTATAAAGAATAT +CTATATGATTCTAATGAGATGTCTAGATCATTTAAGGTATATGGTATAACAGATATAGAA +AAAAGTTCAATAGGAGTTCAATATACAATAACTGGAATAGTGAAATCATACAAATATTTT +TCTGCACTTAAAGAAGCTAAGCTTCAAATTTTATTAGTATTTAAGAAGAATAATATTAAA +ATAGCTTATCCGAAACATATAAATATTATAAGTTATGAAAATCAAGATCAAGATATAGAT +TAA +>group_344 +GTGTTATCAGGAATAGGATTTTTAGGTGCAGGTGCTATTTTAAAAACCTCTAATGGAATC +AAGGGATTAACAACAGCAGCAGGAATATGGGCTACTGCGTGTATTGGAATAACAATAGGG +TATGGCCAGTATATACTTGGAGTGTCTGCATGGATTTTCGTAATGTCCACATTATATATT +TTAAAAAGAATAGATAAAATTTTTTTTAAAAAAAAGGAAACTATACTTAGTATAACCATA +AATAATATTGAGGCATTACCAGATGTTTATAATCAACTAGCAAAGACTCAAATTATTATA +AAAAATATAGACATGGAATCAGGTGGCAATAATATCTGGAATATAAGGTTTTTCATCGTA +TATGATAGAAGATTAATGTTAAGTGAGTTTACTAATGAATTAAAGCAAATTAATCATGTA +ATGTTTATAGATTTTTTATATTAA +>srpC_1 +ATGAGTGAACTATTTGATTTGTTTAAAACCTTTTGTAGAATAGGTGGATTAACCTTTGGA +GGGGGGTATGCTATGCTTCCTATGTTGGAAAAAGAAGTAGTAGAAAATAGAAAGTGGGCT +ACAAGTGAGGAGTTATTAGACTATTATGCAGTTGGGCAAACAACACCAGGAATCATAGCG +GTGAATACGGCCACATTTATAGGATATAAAGTTAAGGGGATCATGGGAGCATTATTTGCA +ACTATGGGAGTTGTGTTTCCTTCTCTTGTAATAATTATGATTATAGCAACATCCTTACAA +AGCTTTTCTAAATATGAAGTTGTACAAAATGCATTTTCTGGAATTAGAGTAGTGGTAGCA +GTACTTATACTTAATGCGATTATAAAACTATGGAAAAATTCTGTTATTGATAAAGTAGGA +ATAGTTATTTTTGCCTTAACATTCATATGTGGAGCACTATTAAAAATTTCATCTATTTAT +ATAGTTATTTCAGCAGCTATATTAGGACTAATAATTACGTATAGGAGAAATAAAGAATAA +>srpC_2 +ATGATTTATTTACAATTATTTTATGAATTTTTTAAAACAGGACTATTTGCAATAGGGGGA +GGATTAGCAACACTACCTTTCTTATATGATATTGCAAGGAATTACCCTTGGTTTAGTGAA +TCAACACTTGCGGATATGTTAGCTATATCTCAATCAACACCAGGTCCTATAGGCATAAAT +ATGGCAACTTATGCAGGATTTAATGCAGGTGGAGTAATAGGGTCTATTGTGGCAACTACA +GCATTAGTAATGCCTTCTTTTATAATAATTATTATAATTGCTCATTTCTTAAATAAATTT +AGAGAAAGTAAGCAAGTTGAAGCTGTATTCTATAGTATAAGACCTGCAGTCACAGGTCTT +ATAGCAGTAGCATGGTTTGAAGTAATGAATATATCTATTTTAACTTTAAGTAAATTTATG +GATACAAAGAATATAGTTAATATATTAGATTATAAAGCTCTAATTTTGTTTATATCAGTA +TTCTTTATGTCTAGAAATTGGAAGAGACATCCTGTTATATTCTTATTAATAGGAGCAGTT +GCGGGAATTTTATTCAAATTATAG +>pstS1 +ATGTTTAAGAAAAAAGTATTAGCATTATTATCAAGTACAATATTAGTTGCAGGACTAGCT +GTAGGATGTGGATCTAATTCAGGAGTTGATGCTAAAAGTGATAAAGAAACAAAAGTAACA +GTATCAGGATCTACTTCAGTAGGATCACCAATGGAAAAATTAGCAGAAGCTTTTGAAGGT +AAAAATTCAGGTGTTAAAGTTGAAGTTCAGCAATTAGGTTCTTCAGCAGGAATAAAAAAT +GCTATAGAAGGTGTATCTGAAATAGGAATGTCTTCAAGAGATTTAAAAGATGAAGAGAAA +AGCTCGGGATTAAAAGAAACTATAATAGCAACTGATGGTATAGCTGTCATAACTAATAAA +GCAAATAAGGTTACTGATTTAACTTTAGATCAAGTAAAAGATATATATACAGGAAAGATA +ACAAACTGGAAAGAAGTCGGTGGAGAAGATGCTCCGATAGTAGTTGTTTCAAGAGAAGAT +GGTTCAGGAACTAGAGATGGATTCCAAGAAAAAGTAGGATTTGAATCAGAGGAGTTAATA +AAAGATGCTCAAATAAGTGATGGTTCAGGAAACATAAAATCTACTGTTGAGGGGAATGTA +AATGCAATAGGTTACATATCTTTTGGGTATGTTGATGAAGCTGTGAATGCTGTAAAAGTT +GATGGAGTAGAAATAAACCATGAAACTGTTGCAAACAATGAATATGTAATAGCAAGACCA +TTTATATTAGTAAATAAAGATGGTATATCTGATAATGCACAAGCTTTAATTGACTTTATA +TTAAGCGATGAAGGACAAAGTATATTAGAAGAAAAAGGGTTCATAAGAGTAAAATAA +>group_433 +ATGTCAGTTGAATCTCAAGCTGTAGGCATAAAGAAAAAATACAAAAATAGAAATAATAAA +GGTAAATATATAGCGGAAAGTGTAGCAAAGAATATATTTTTTATGAGTGCATTAGTTGCA +GTAGTGAGTTTATTACTAATAATAGGATTTGTATTTTATAAAGGGTTAACACCATTCATA +TCCAAAGGATATTCATTTACAGCTTTTTTAACAGGAGTTGATTGGTTACCTTCATCAGAT +AAATTTGGAATATTACCAATGATCGTAGCTTCATTAATAGCTACAGTAGGATCATTAATT +ATAGGAGTACCAGTAGGAATTTTAACTGCAGTATTTATAGCGGAAATAGCTCCTAAAAAA +GTGGCTAAACTAATGTCACCAGCGGTAGAACTTTTAGCAGGTATACCATCAGTATTATAT +GGTATATTTGGTTTAGCATTTATAGTTCCAGCTATACAAAATATATTTAATCTACCTAAA +GGGCAGAGTTTATTAGCAGTAATAATAGTTTTATCAATAATGATGTTACCAACAATAATA +TCTGTATCAGAAACGGCAATAAGAGCAGTACCTAGAGCGTACAAAGAAGGTTCATTAGCA +TTAGGTGCTTCAAAAATAGAAACAATATTTAAAGTTGTTTTACCAGCTGCAAAGTCAGGA +ATACTAGCAGCAGTAGTATTAGGAATCGGTAGAGCATTAGGTGAAACAATGGCAGTAATA +TTAGTAGCAGGTAATTCACCTATGATACCAAGTTCTTTAATGGATAGTATAAGACCACTT +ACAACAAATATAGCTCTTGAAATGGGATATGCATTTGGAACTCATCAAGAAATGCTATTT +GCAACAGGAGTAGTATTATTCTCATTCATATTAATTTTAAATCTAATATTAAATAAATTA +TCTAAGGAGGTAGATTAA +>pstA +ATGAGAAAATTTAAAGAAAACATACTAAAGTTTTTAATCTATCTATCAGCAATATTTACG +GTAGGAACACTAGCAATAATAGTAGGATATATATTTGCAAAGGGAATTGGTAAGCTTAAT +TTACATTTTTTAATAAGTGATTATTCATCTTCGGGAGATGGTGGTATATTACCGATGATT +GTTAGTACGGTATATATGGTTGGAGTATCTATAGCAATAGCAACACCAATAGGAATATTA +GCAGCAATATATATGCAAGAATATGCAAAACAAGGTAAATTAGTAAAAGCAATAAGATTT +GCAACAGAAAGTTTAGCAGGAATACCATCTATAATATATGGGTTATTCGGAGGTATTTTC +TTTGTTACAGTATTAAAGTTAAGTTTCTCTATTTTATCAGGAGCACTAACAGTTGCAATA +ATAATATTACCTTTAATAATAAGAACTACAGAAGAAGCTTTAAAAACTGTACCAAAATCA +TATAGAGAGGCATCATTAGCTCTTGGATCAACAAAGTTCCAAACTCTTTATAAAGTAGTG +CTTCCAAGTGCAGTACCAGGAATATTATCAGGAATAATACTATCAGTAGGTCGTGTTATT +GGAGAATCAGCAGCAATATTTTTAACAGCGGGAACTGTTGCACAAATGCCTTCAGGTATA +TTTGACAGTGCGAGAACATTAACTGTACATGCTTATCTTTTAACTAAAGAATCTGGAGAT +ATTCAAACAGCTGCAGCTTTAGGTATAGTATTGATATTTATAGTATTAACTTTAAATACA +ATAGCAAAAGTAATAGCAAAGAAATTAAATAAAGCAAACTACTAA +>pstB3 +ATGAGTATAATCGATTCAACAAAATTAAATGTAAAAGATTTAGAACTATTTTATGGAGAC +AATAAAGCATTAAAAGGTATAAATATGAATATAAAGTCTAATAGAGTAACAGCTCTTATA +GGACCTTCTGGATGTGGAAAATCAACATTCTTAAGAACGCTAAATAGAATGAATGATTTA +ATAGATAATGTAACAATAAAAGGTTTAGTAGAAGTAGATGGCGAAGATATATATAAATCT +GATGATGTTATAAAACTAAGAACTAAGGTAGGAATGGTATTTCAAAAACCAAATCCATTT +CCTATGAGTATATATGATAACGTAGCTTATGGCCCTAGAACACATGGGATAAAAGATAAA +AAAGAGCTAGATAAAATCGTAGAAGAAAGTTTAAAAGGAGCTGCAATTTGGGATGAAGTT +AAGGACAGGCTTAAGTCTTCAGCTCTTGGATTATCAGGTGGGCAACAACAACGTATATGT +ATAGCAAGAGCTATAGCCATGAAACCTGAAGTTATACTTATGGATGAGCCAACATCCGCA +TTAGACCCAATATCTACATTAAAGGTAGAAGAGCTTATTGAAAATTTAAAAAAACAATAT +ACAATTATAATTGTAACTCATAATATGCAACAAGCTGCTCGTATTTCTGATGACACAGGA +TTTTTCCTAAATGGAGAATTAGTAGAGTTTAATGAAACAAAGACTATCTTTACTAATCCA +TTTGATAAACGTACAGAGGACTATATCACTGGAAGATTCGGATAA +>phoU +ATGATTGTAACAAAATTAGAATTTAATATAAACACTCTTAAGGAGTATGCAGTTAGAATG +GTTGAAAAATGTGAAGAGGCTGTTTCTCTATCTGTTAATAGTTTAGTAGATCAGGATTTA +GATTGTGCGAAAAAGGTTATAAAACTTGATGAAGATATAGATACACTAAGAGAATATATA +AGAGACAGAAGCATAGAATTAATGGTACTAAAGCAACCAATGGCTAGAGACTTAAGGGAA +ATATATGCTTTAAGCAATATAGCTATAGAGTTAGAGCGAATAGGGGACTATGCTGAAAAT +ATAGCTGAAGAAACATTAGCTATAGGTAATGAAGAGCATATAATAAATTTGGATGAAATC +TTAAAAATGTCTAATGTATGCTTAAGCATGCTTAGCGATATTAAAAAATCTCTAATTGAG +TGTGATGAAAAGTTAGCTTATGATATCGCTACGAGAGATGATGTCATAGATAAAGCATAT +GAAGAATCAAGAAAAAAATATATAAGTAAAATGTGCGAAAGCTCTAATCATGTAGATCAA +GGTACTAGATTTTTATTTGTAGGAAGATATCTTGAAAGAATTGGAGATCATATAACAAAC +ATATGTGAAAAAATTATATATGTTGCAAATGGAAAAATGATAGAAATTCAGTAA +>group_233 +ATGGCAGATTATATGAAGACATTTTCAAAAGTAAATTTTTCACCATTGCTTCCGAATAAA +GATAATATTTTAATTGATGATATTGCTCATGCACTATCGCTTATGTGCAGAGCAAATGGG +CATTTTCCAGAATTTTATTCAGTTGCACAACATAGTATTTTCTGTTGTGAGGAAGCGATA +CAAAGGGGATATAGTAATAAGATTGCATTAGCATGTTTGTTACATGATGCTAGTGAAGCA +TATATTGCAGATATAACTAGGCCAGTAAAGAAATATTTAAATAAGTATCTAGAAATAGAG +ATGTCATTACAAAATGAGATTTATGAAAAGTATCTTAAAGCTAAATTAACTTATGAAGAA +CAAAAAATGATAGATTCAGTTGATAACACTCTACTATATCATGAATTTATTCATTATACA +GGAATAGAATTAGAGGTAGAAAAAAGTGACCTGCTAAGCAAGCCGATTTTTAAATTTGAG +GAGTTTGCCTCAGTAGAAAGTAGATATAAAGAACTATTTTATAAATTAACAAACATTGAT +AATTAG +>group_465 +TTGAAGTTTAAGTTGGGCATGAGGAATATCAAAAGTGGTATAGCAGTTATGCTTTGCTGT +ATTTTAGGACAATACGTTATTGAAAATTTATTCTTTGCCGTTGTAGCGTGTGCAATATCA +GTGCAAGGTACAGTGAAGGGATCTGTAAAAGCAGGCTTAGGTAGAGTAAAAGGAACTATG +TTAGGTGGTTTGATTGGATATTTAACAGTTCTTATTAAGCCAGGAGATCCTATTTTATGT +GGTCTAGGTGTAATGGCAGTTATATATGGATGTACTGCTTTAAAGAGTCCGGGACTTGTA +GTATCTTTAGTAACATTTTCAGCTATACACTTAGGCAATATAGGAACCATAGATCCAGCA +TATTATGCAATACATAGAGTTATAGATACATCAATGGGAGTAGTTTTTGGAGTAGCAGTA +AACTGTTTATTTGCAAGACCAGATTATTTTGAGAATACAATGAATGAATTTATAAAGATG +GAAAAGCTATCAAAAGAGTTTATAAAATTAAGGATAATAAACAATGAACATTTTGATATA +GAAAAGTATGGTTTAGCATTTAATAAACTAGAAAGTGTATATTCAAAATTTCTAGACGAA +TTAGATTTTACTAAAAATAATGTAAATACGGATCAACTAGAAGAATCAATCGGAGTATGT +GAGCAAATATATTTTCATATGAAGTCGATAGAGCTATTAGAAAAAAAATTATATCTTAAT +AAGAAAAACTATAAAATACTTAAGAAATTCTATAAGGGTGAAGACTTTGATTGGGAGATA +GACGATACCAAAAGTCCAGTCTTTAATTTTCACTTAGAAAAAATAATACAAAAGATAGAT +CAATTAAACTCTTTAAATAATTTCAAATAA +>group_156 +ATGAAACCTATCTGTTTAGAAACTCAAATTTTAAATAAATATAAGACAAAAATTTTTAGA +GAATTAATAAAATTAGTATGGAATGAAAATTTAGATAATATAGATGATATCCCCAAAAAT +ATACTGGAAAATGTAAAAAAGGAAAGTATTCAAGACGTAGATGAGAATACTATCATAAAT +TTGATAAGAGTAATTTTAGGCCTTAATCCATTAGAAAGCAATGGGGATACTAGATTAAAA +GATATGATTTATGAATCAATGAATTTAGATAAAGTAGATATGCCAATAATTTCCATTATA +GATGATGCATGTAAGTATTGTGATAATACTAAATATGAATGTTTAATTAAGAACAAGCAT +ATAAATTGTAATAAACAAAGTACATGCAGTGCTTGTGGGGAATGTATTTCTAAATGTAAG +CTAGGAGCCATATCAGATAAAATTGAATTTATTCCAATTATAAATATATTAAAAAATAAG +AAAAATCCAGTATACGTTATTTTAGCACCTGCATTTACTGGACAATTTGGTGAAGATGTT +AGTTCGGGAATATTAAGAGGGGCACTTAAGAGCATAGGTTTTAAAGATATGATAGAAGTA +GCGCTAGCAGCTGATATTCTTACAGTAATAGAAGCGTATCATTACTATGACCATATACAA +AATAATAATAAGGATTATTTTATAACTAGCTGTTGTTGTCCTGTATGGGTAAGCTTAATA +AAAAGTAAATTCCCTGAAATTGCAAGTAATATATCTTCTTCTGTATCACCTATGATTGCA +TGTGGAAGAATAATTAAAAGTTTAAATCCGGCTGCGAAAGTTGTGTTTATAGGTCCTTGC +ATTGCGAAAAAGAAGGAAGCTATATCTGAAGGCTTAAAAGGAGCAGTAGATTTCGTGCTT +ACATTCCAAGAATTAGATGAAATATTTAAAGCTCTGGATGTAGATTTATTACATATAAAG +GAAGACAATAGGTTAGAGTCCTCTTACTGTGGGAGAATATATGCAAAATCAGGAGGTGTT +AGTAAATCAATAGAAGTGGCTTTAAAAGAAATTGATGAATACATAAAGTTTAATCCTATA +TCATTTCAAGGGTCTAAAGAGTGTATTAAAGGACTTGAAAAATTAATTAATAAAGAAATT +GATGCAACTTTTATAGAAGGGATGGGTTGCAAAGGTGGATGTATCGGGGGTCCTAAAAAA +TTAATATCATTAGAAAAAGGCATTAAATATATGGACAAACATTTACAAGAATCAGAATTA +AAAACTCCATTTGATAACTTAAACGTTGCACAATTTCTATTAGAAATAGGTATAAAGAAA +ATAGAGGATTTAGGGGACAAGAATCAGGATAAAATACAACAAATTTTTAAGAGGAATATA +GAAAAGTAA +>group_524 +ATGGGGGAAAAGAAAAAAATATTAAAAATATTAATAGGTGTATTTTTAACATCAATTATA +GTATGTATAGGATGGTCTTATAATCAAAGTAGCAAGACAGCAAAGAAAAATATTACTATT +GATAAAAATATAAGCGATGTTATAGAGAATACTTCTAATGAAATAAGTAAAGAATCAGAA +AAAACACCGGGAAAAATAGCATATATAACAATAGATGATGGTCCTTCAAAATATACAAGT +CAAATATTAGACATATTAGATAGTAATAATGTAAAAGGAACATTTTTTATGTTAAATAAT +AATATGATATTACACAAAGAAGAAATTAATAGAATGATAAAAGAAGGTCATGGTGTTGGA +TTTCATGGGGTAAGTCATGATATAAAGGAATTGTATAAAACAGAAACATCTTCATTAGAA +GAATTTGAAACTTGTAATGAAACATTATATGAAATAAGCGGAAAAACTTCGAAATTAATA +AGACTACCATATGGAAGTAAGCCATATACACCACAAGAAAATTATGATAGCTTGATTAAA +AATGATTACTTGATATGGGACTGGACACTAGATACTCAAGATTGGAAGTCATCAACAGAC +CAAATTGTAAGTAATGTACTATATTACGGAAGAGAAAGAGAAGAAATAGTAATATTGATG +CACGAAAAAGAACAAACTGTAAAAGCATTAAATGATACTATAAAAATTTTAAAAGAAAGG +GGATATACAATACTTCCTATAACAGAGAATATATCTCCAAAAAATTTCTGGCTAGGTAAT +ACGAATAGCTAA +>group_119 +ATGACTAATGAAAATAATAATATAAGCGCTAAATTACCTAAAGACTTAAAAATCCAATTA +GATATTTTAGCTACAGAAAATCATATGACAGTAGACAACCTAATAATACACATCCTAAAC +AACTATGTTGAAAATGAATTTGCTGATTCTGACAATATTATAGAGTAA +>mobA_1 +ATGGGGTATAAAGATAAGTATAATCTAAAGATAGGGCAAAAAAGGTTTATTGATTACATA +ATAGAAGAGCTAAGTTGTTTTGATTATATTGCAATATCTGCAAATAAAAATCAAGACTTA +GCAAGTTTAAAGTATAAAGTAATTATAGATGAAATCGACGAAGTAGGTCCTATTGGTGGA +ATATATACTGCAATGAATAATATTAATAGTGAAATACTATTTTTATGTACCTGTGATGTT +CCAAATATAAGTAGAGAAATAGTATATAAGCTATATAATAATTTTGATTTTAGATATGAT +TGCTTAATACCAAGAATAAGAGGAAGAATACATCCATTACTAGGGATATATCAAACAAAA +ATAAAAAATATAGTAAAAGAAAATATCAAAAACTCAGATTATAAAGTAAGAAACTTACTG +AATAGAGTTAATACAAAATATATAGATTTTGATGAAAAATATGATGAAATATTTAGCAAC +ATCAACACTATAGAAGAATATGAAGAATATTGTAAACATAAATGTGTTAAAAAAATATTA +CTGTGA +>glpE +ATGAAATTAAACAAAAGACTAAAAGTTTTAGCGATAGGTATGTTATTCGTATTAACATTA +AGTAATATTGTTGGATGCTCATCTAACAATGGAGAATCAGGTTATGGTGATATAGATTCA +ACTAAAACATTAAAGTTAGTTGAAGAAAATGAAAAGACATTAGTTATAGATGTCAGAGGT +ACAGATGCATATGCAGAAGGACATTTAGCTAACGCTATAAATATACCATTTGATGAGTTT +GAAGATAAAGTAGCTGACTTAGAGGGATATAAAGATCAAACTATAATATTAATATGCAAT +ACAGGAAATAAAAGTGGTAAAGCAGCTAAAATGCTAGTAGAGAAAGGTTTTACTAATGTT +TATAACGCAGAAGACGGAATGGATGAATTTGACTATAAAACAGTTAAATACAATAATATA +ACAGGTAGTGAATTTGAAAAATTAGTAGAAGAGAATAAAGATGCAGTTATATTAGATGTA +AGGGATACTAAAGATTATGATAAGGGACATGTGGAAAATTCTATAAATATACCAATAGAT +GAAGTTGAATCAAGAATTAATGAGCTTAAAGACTATCAAGATAAAGAAATACTAATCTAT +TGTTCAGTAGGAAGAAGAAGTGCTCAAGCAGCAGAAATTTTAGAAAATAGTGGATATAAA +GATGTTTCTAATTCAGTAGATGGAGTAAAAGAATATGAATTTAAACTAGTTAAATAA +>ydjZ_1 +TTGATTAATATCAGTAAAATAAAAGAAAATAAAAGAAAAAATTTAAATAAAACATTTTGG +ATTACTTTAGGAATTTTAGTAGTACTAACTTTAACTTATTTATTTATTCCTCAAGTAAAT +AGTGTAATAAATAAAATGACTTCTTATTTAGTAGCTCTTGATATGGAAGGTCTAAAAGAA +TATATTCTATCATTTGGGGTATGGGCCCCTATAATATCATTCTTGCTTATGATACTTCAA +TCAATAGCAGCACCGTTACCAGCTTTTGTTATAACCTTTGCAAATGCAGCATTATTCGGA +TGGGTAAAAGGAGCGATACTATCATGGTCAAGTGCTATGACAGGAGCAGCATTATGCTTT +TATATAGCTAAATTTTTAGGTAGAAGTACTGTAGAAAATATTACAAGTAAATTTGCACTT +GATAGCGTAGATGATTTTTTTGAAAAATACGGTAAACATACTATTTTAATAGCGAGATTA +TTGCCATTTATGTCTTTTGACTTAATAAGTTATGCGGCAGGTTTAACATCTATGAGTTTT +ATATCATTCTTTATAGCTACAGGTATAGGCCAATTACCAGCAACTATAGTTTACTCATAT +GTTGGTGAAATGCTAACAGGTGGAGCTAAGTTAATGATGACAGGATTGCTTACATTATTT +GCCCTTAGCATACTTATATATGTAATAAAAATTGTGTGGAACGAAAAAAATAATAAGAAG +TAG +>fadF +ATGAATAATACAAATCTTAATAACAAAACCATAGAAATAGTGAGTGAAAAATACAATGCC +TGTGTAAATTGTAAGTTATGCTTTGAAGCATGTCCTATGATGAAAGAGTATAGTTCTTCT +CCAAAAGAATTAATGGGTGAGATAATTGAACATAAAAGTGTAGATAAAAATATTCCATAT +TCTTGTATGTTATGCAGTGTTTGCAAATCAAAATGTCCGAAAGATATAGATTTAAAAGAA +ATGTTTTATAATTTACGAAAAGATGTAATGAATAGTGATTCTAAAAATTTAAAGGGTTTA +GGATACAATACAATAAAGTTCCATCAAATAAATAGCTTTTCACCAATATTTTCAAGGAGT +TATATAAATAATAATACTAAGAAAATATTCTTACCTGGATGTAGTCTTTCAAGTTATAGT +CCGGAGATAGTTATGAAAACTTATGATTATTTGAAGTCTCACATAGAGAATATTTCATTA +GTAATAGAGTGTTGTGGAAAGCCTACACTAGCTATGGGGGATGAGAAGAAATTTAAAAGT +TATTACTCTAAATTAGATAATATATTCAGAGAAAATGAAATAGAAGAGGTAATCGTAGCT +TGTCCTAATTGTTTCGACACAATAAGAAATGGCAGCAAAGATGTTAAGGTAACTTCATTA +TGGTCAGTAATTAATGAGTTCAAAATACCTAATGAATTAATAAATAACTATGTTAATATA +GAAAAGGAATTTTCTCTTCATGATCCTTGTCCAATAAGATATGAGGGTAAAATACATGAT +GATGTAAGAACTATTTTAAAGGACTTAGGTGTTAAGGTAGTTGAGTTTGATAAAAATAGA +GAAAAAAGCGAGTGCTGCGGAGCAGGCGCTATGGTTAGGGTGACTAATCCTGATATTTCA +ATAAAGCAGACAAAAAAAAGAGCCAGTGAGGCTAAAAGTGATACTGTAGTATCTTATTGT +CAATCTTGTTGTGAATCTATGATGTCTGTTGGAAAAAATTCATTACATATATTAGATTTT +ATATTTAATGAGGATGTAATAAATAAGAAGAAATTTGCTCAAAATAAGACTTCTGTAATA +CATAAATGGAAAATGAGATACAAGACTGTTCAAAAAGGAAAAATTAATAAATTTTAA +>ydjZ_2 +GTGAAAAAAGATAATCAAAGAATGTTAAAGATAGCTTTAGGTATTTTATTTTTATCTATT +GTACTAGTAGTTATTTATAAAATATATAGTTTAAAGCTGAGCGTAGAAGATATTAAAAAT +TATGTAATAGGATTTGGAAAGATTGGACCATTAGTATATATTATTATGTTTTCATTAGTA +CCGCTTACTTTATTTCCAGACTCAGTTCTGGCAATAGCGGGAGGCCTTATATTTGGATTA +TTTAAAGGATATATATATACAACAATAGGTGCATTAATTGGAGGAACTATATCTTTTTAT +ATATCTAGATATTGGGGAAGAGAAATTGTAAAAAAACTTACTAAAGAAAAATTAGATAAA +GTAGAAGCAATGATTAATAATAGAGGGTTTATGATAATTCTTGTATTAAGGTTAATTCCA +TTATTTCCATTTGATGTAATAAGCTATGGAGCAGGACTTACATCAGTTAAATATAAGGAT +TTCTTATTAGCAACATTATTTGGAACTATACCAGGAATACTAGTATTTACTAACTTAGGA +GCTCAAGCTGTTAATGTTGGAAGCAATAATTTTTATATATCTATAGCCTTATTAATTCTT +TTATTTGTAGCATCTATATTCTTAAAAAATAAGTTTATATCAAAAGAAATTAAAAACGAC +ATAAATTAA +>group_192 +ATGCTAGATACACATGCAAGAAAATATGTTAATCCAATTATTGAATTTGGAGCAAAATTA +TTTTTAAATTTAAAACTAAAACCTAATCAGGTCACAATAATAGCTCTTCTAGTAGGAATA +TCTACTTCGATATTATTATATTTTGATATGAAAGTAGTTGCAGTTATGGCCTTATGGTTT +TCGGGATATTTAGATGCAGTAGATGGAGCAATGGCAAGGGGAAGTAATTCTACATCGTCC +TTTGGAACTTTGTTAGATATAGTTTCAGATAGAATAGTTGAAGTAGGGATGATAATTGTA +TTTGGAATAAAATTTGTAGATGTTAGATTTAATTTATTAATACTTGCTATATCTATATTA +ATGTCGATGACTATATTTTTAACAGTTGGGGCATGTACAGAGAAAAAAGGAATGAAGTCA +TTTTACTATCAAGCAGGAGTTGCAGAGAGAAGTGAAGGGTTTATATTATTTTCACTAATG +ATTTTATTACCAGAGTATTTAGGAATAATAACAAATATATTTTCAATATTAGTTTTATTT +ACAGCAGGACAAAGATTTTTTGAAGCTAAAAAAATACTAGACTAG +>group_472 +GTGAATAAGAACTTAAAGCCATACTTACTAATTGCTCCTGTAGCTATTTTACTAGGAGCA +GTTATGGTAGTAGGGATAAGTAATTGTATAGTGCAAAGCTTAGGTTATTTTCCACAGATA +GGTATGAAAAATTTGACTTTAGATTATTATAAAGAGATTTTAGGAGAGACAACTTTCTTA +AAGTCTCTTCTCTTTAGCATGAAAACTTCATTAATATCTGCATCAATATCAGTGTTTATA +GGTGTAGTATTAGCGTACTTACTTTCTCAAAGTAAATATTCAAAATTGAGGATATCTATA +TTAAATTTACCTGTAATAATTCCACATATAATAGTAGTCATATTAACTATATTTATATTC +TCACAAACGGGAATTATATCTAGGATATTTTATAAACTAGGTATAATAAATGATTCATCG +GATTTTATAAATCTAATTTTAGATAAAAAAGGAATTGGTATAATACTAGTATATCTATGG +AAAGGAATACCTTATGTTGCACTTACAACCTATAATATACTTAGAAATGTAAGTGAAAAA +TTAGAGGTAGTAGCTTTAAACTTAGGTGCAAGTAAGCTTCAAAGTTTTATATATGTAATT +TTACCATTGGCAATGCCGTCAGTAATATCATCTTTTATTATATTGTTTTCATTTGCATTT +GGTTCGTATGAAGTTCCATTTTTAATTGGACCAAGTACACCAAAGGCATTATCGGTATAT +GCATATGTTAATTATATAAGTTCAGACTTGAGTAATAGATCTTTGGCGATGGTTATAAAT +ACAATATTATCTGTAATAAGCTTTGTTCTGTTAATAATATATAATAAAATATTTAGCAAA +ATGTATAAGTATAAATTATAG +>group_514 +ATGAAAAAAAATATAAGTAAATTAATTTTAGATATAAGCTTGATATCAATTATAATTCCT +ATATTTATATTGGGAATATGGTGTTGTACAAAGAGCTGGTCTTATCCAGAATTACTTCCG +CAAAATTATTCAAGCATAGGATTTGAATATATATTTAATGTTTCAAATTTAAAAATATTG +ATAAATAGTATATTAATATCGTTAATTATTGTATTTATGACTATTATAATTAGTATACCT +GCATCAAAGGCTATAGCGTTGTATGAATTTAAAGGTAAAAAAATATTTGAACTATTAATA +CTATCTCCTATAATAATTCCGATGGTATCTGTGGCAATGGGTATACATATTACATTTATA +AAACTTGGGCTAGCTAATAGCTTATTAGGTGTAATAATAATAAACATAGTTCCATGTATA +CCATATGCTGTAAGGATAATAGGTGACGTATATAAGTTGGTAGGAAATAAATTAGAGATA +CAAGCAGAATTACTAGGAGCAAATAAATTTAATGTATTTAGATATGTAACTTTACCTTTA +ATACTCCCAGGAGTAATTGGAGCAAGTAGTATGTGTTTTATAATTTCTTTTAGTCAGTAT +TTTTTAACCATGCTTATAGGAGGAGGACGTATAGTAACTTATCCTATGATAATGTTCCCA +TATATCCAAAGTGGAGATAGAAATATTGCAGCATTATACAGTATGGTATTTTTAGTAGTA +AGCATAATAGTATTAATATTAATAGAAAAAAGAATAAAAAAATACTATATAGGTAATGAA +GAAATTTCATACCTAATATAG +>btuD_1 +ATGTCGCATGTTAAATTAATAAATTTGACTAAACATTTTGATAAAGTAGAGGTGCTAAAA +AATATAAATCTAGATATAAAAGAAGGAGAAATAGTATCTTTATTAGGTCCATCAGGGTGT +GGTAAAAGTACAACTTTGAAAATAATAGCAGGAATACTAGAGTTAGATGATGGAGACATA +TTATTTGATGAAAAAAGTGTAAAAAACATACCTACAGGAAAAAGAGATGCATCAATAGTG +TTTCAAGAATATCTGTTATTTCCACATATGAATGTATTTGAAAATATAGAGTTTGGTCTA +AAAATGAAAAAGGTAAATAAAAAAGATAGAAAAGAAAAAGTAGAAGAGTTAATAGATTTA +GTAAAACTAAGAGGATATGAAGATAAATATCCATCAGAATTATCTGGTGGTCAACAGCAA +AGGGTTGCAATAGCAAGAACTTTAGCTATAAATCCAAAAGTTCTGCTCTTAGATGAACCA +TTTTCTAACTTAGATATAAATTTAAGAAATGAAATGAGAGAATTTGTACTGAGCCTACAA +AAAAAATTACAAATAACAACAATCTTAGTAACACATGATAAAGAAGAAGCTCTAATGATG +AGTGACAAGATAGCTGTAATGCTAAATGGAGAGATAAAACAGTATGATGAACCAAAAAAA +CTTTATGAAAAACCAAAAACAAAATGTGTTGCAAATATATTTGGAGAGCGTAATTATATA +AGAGGTAAAATAAAAGATAATAAATTTATAAATGATTTTATAGATTTAGATTTAAGTTAT +TGTGAATCATTAATAGAAGAAACAAATAATGTAGAATTGATGATTCCAAAAGAAAGTATA +AAGTTAAATTCATTAGAAACAAAAAAAGGAATCAAGGGAAGAATAATAAAACGTAAGTAT +GCAGGTGAACAAACTTACTACCATATAGATATAAATGGATTAGAGCTAAAATCATCTGTT +AAAAATAGCAATTTTAATGAAGGTGATATGATAAGAATCGAGATACAAACAGATAAAGTA +ATTCCATTTAAATTGAATGATTAA +>group_23 +ATGAGATTTTCTTTTAAACCAAGTGGCGTATGCTGTAGAGAAATGTTTTTTGAATTAGAC +GATAATAACAAAATTATCGATGTTGATTTTATTGGCGGATGTCCTGGTAACCTAATTGGT +ATAAAACAATTAGTAATAGGTGGGGATGCTAATGATATAGCAGAAAGACTTGAAAATATA +CCATGTGGTGGTAAAACTACGTCTTGTCCTGATCAATTATCTAAAGCTCTTAGAGAAGCT +CTTAAATAA +>group_242 +ATGTTTGAAAACTCATCTGAAGAGTTAGCTTATCATAAGCTATTAATTTTATATATATTA +GATAAAATTAATATGGATTTAACTAATTCTCAAATAACACAAGTTGTTTTAGAAACAGAA +ATGATGAATTACTTCTCATTACAACAACTTTTATCTCAACTTATGGAATCTAAGTTTTTA +ATTACATACAAAGACTCTGATAGGGAATATTACGCTCTTACACAAAAAGGGGTTGAAACT +TTAGAATATTTTTTATCTAGAATACCAGAAAATTCTACTAAAAAAGTTGACGAGTATATA +CTTACTAATAAAGAAAATTTATTAGCTGATACTCAAGTTAAGTCTAGCTTTGTAAAACAA +AGTGATAATGAGTTTATAGTCAATTTAAGGGTAATAGAAAATCAATGTAATTTAATAGAT +TTAAATTTAAATGTTTCTTCTGAAAAGCAAGCTCAACTTATTTGTAATAATTGGAAGAAT +AATGCATCTGATATGTATGCAGAAGTTATAGATTTACTAATACGCAACAATCACTAA +>group_69 +ATGGCAAATACTAATAACAGAACAGTCGTTCCTGAAGCTAAGGCAGCTTTAAATCAAATG +AAGTTAGAAATAGCTAACGAAATAGGTTTATCTAACTACGAAAACATAGACAAAGGTAAC +TTAACTGCTAGACAAAACGGTTACGTAGGTGGATACATGACTAAAAAATTAGTTGAAATG +GCTGAACAACAAATGGCAGGCAAATAG +>group_114 +ATGGCAGATATAAAAAATTCATTAAAAAATATTCAGTCAAAAGATAGTTTAAAATCAACT +GTACACACTCTTGGACGTAATATTTCTAATACAAACAGAGAAGCTCATAACATATATGAG +GGAATAAGCAAAAACAAGAAAATAAAAATGAATCATAAAACTTTCAACTAA +>group_18 +ATGAATTCAAGAGGCAAAAGAGCTAAGGCGTTTATTTTAAGTATAACTTTTTTTGCAACA +GCATTATTATTGGTATTTGCCTTAGTTTATGGGATAAAGTACATATGCTCGATAAATGAT +AATGCAGACATGCCTATATATAGGGTTGATACCGATGAGAAAAAAATAGCAATTACTTTT +GATGTAGCTTGGGGAACTGAAAATATAAATAAGATAGCAGAAATATTAGATAAACATAAT +ATTAAGGCTACATTCTTTTTAGTTGGAAGTTGGGTAGATGACAATAAAGAATTAGTTAAG +ATGCTCAAAGAAAAAGGACATGAATTTGGAAATCATTCAAATACTCATCCGAATATGAAA +GAGCTATCAGATGAAGATATAATGAATGAAATCGAAATAACATCAGAAAAAATTTCAAAC +ATAACGGGTGAAAATGTTAAACTGTTTAGACCTCCATTTGGAGAAGTAAATGAGGACGTA +ATGGATGTATGTGAAGCCTTGGACTATACTGCCGTGAAATGGGATGTAGACTCACAAGAT +TGGAAGAATCTTGGACCAGTACATATAATTGAAAGAGTTTCTAAAAGTGTTCAACCTGGA +TCTATAGTATTATTTCATGCTAATTCAAGTAATGTAGAAGAATATCTAGATACAATAATT +ACTCAATTAGAAAGTAAAGGATATAGCATGGTAAAGGTATCTGACTTAATTTATAAAGAA +AGCTATACTATAAACTCTTCTGGAGTACAAAAAATTAAAGATTAA +>group_142 +ATGATCGATGTTAAGGATGACACTAATGTAGTATACCTAAGAGGAGAGTTGGATGAAAAT +ATGGAATTTAGTCATGAAATTTTTGGAGAAAAGTTTTTTAATGCAAAAATAAAAATAAAC +CGATTAAGTGAGTCTTATGACATACTTCCATTAACTGTATCAGAAAGATTATTACAAGAT +ATTGATATTAAAAGTAACAATAAGGTTAATGTAATTGGACAGCTTAGATCTTATAATAAA +AATATAGATAATAGAAATAGATTAGTACTAACTGTATTTGTAAGAGAAATAAAACAGGTA +GAAGATGAAAATAAAGACCCAAATAGTATATTCTTAGATGGATATATATGCAAAGAACCA +ATATACAGAAAGACACCACTAGGAAGAGAGATAACAGATTTATTAGTAGCTATAAACAGA +CCTTACAATAAATCTGATTATATACCATCAATTGTTTGGGGACGTAATGCTAAATTTGCA +AAGACTTTAAAAGTTGGTGATAGAATACAAATGTGGGGTAGAGTACAAAGTAGAGAATAC +GAGAAAAAGGTAGAAAATGGAGAGGCTATAAAGAAAGTAGCTTATGAAGTATCTATATCA +AAAATTAAAAAATTATCTGAAAATAACAGCCAATCTTAA +>group_205 +GTGAAAAGCGTATTATATCATGACTATGAGCCAAATGCAGACTTAATTGAAGAATCTGAT +GATGTAACGTGTTTTTTGGATACCATTAAATATGATATAGGAGACAAAATACTACTTGTT +GGAGACATAGGCAACTTAGGTAAAAGGCTTAGGATGCTTGGAGTTAATGTTACTATATTA +GAGCATAGCAACTATCAAGATGTATGTCCATCTTTAATAAACAATGAAAATTGTACTGTT +GTAAGAGGTGCATTAGAATATATGCCTTTTAACGATAGCTTTTTTGATAAAGTAATAGTA +TTAGATCATTTTAACCATACGAGCAATTGTAAAAAAGCTTCAAATGAAATACGTAGAGTT +CTAAAGAGTAAGGGAGAACTTATACTAGAAGACCGTAATTTAAAAAATTTAAAGGTGAAA +CTAAAATATCTTAAGCATAGACTTTTTGGAGAGCATGTACATTATAATTATCCACAAGAA +ATACTTAATATATTTGCAAAATTAAACTTTGAAGGTGCCCTTAAAGAAATAGAGAACGAA +AGATACATTTATATAGGAAAAAGAAAATAA +>group_147 +ATGAATATTAACTTCACATTAATAGTAATAGTAATGTTATTTGTAATACTTATGTCAATT +CAATTAACCCTAAATAAAATATATGTAATATTAAGAGAAATAAGAGAATTGATGAAGCTA +AAGAAAAATAAGGAATGA +>hpt_1 +ATGGATATAGAAACTAAAAAATGGGAAGTTCTATGCTCTAAGGAACAAATAGATGAGAGA +TTAAAAGAGTTAGGTTCTCAAATATCAGAAGATTATAAGGATAAAAACTTATTAGTAGTA +TCATTACTTAAAGGAAGTTTTATATTCTGTGCGGACTTAGTTAGACAAATAAATGTTCCA +GTTAGAATAGAATTTATGACAACTGCTAGTTATGGTCATGGAGAAGAAAGTAGCGGAACT +GTTAATGTAGTATCGGATGTAAAAGCAGACTTAGAAGGATACGATGTATTAGTTGTAGAC +GATATAACTGATAGTGCTCTTACAATGGACTTTGTTATGAAGCATTTAAGTTCTAAAAAT +CCAGCAAGTATAAAATCTTGTGTATTATTAGATAAACCAAGTAGAAGAAAGGTTGATTTA +GTACCTGATTACTGTGGATTTACTATAGAAGATAAATTTGTTGTTGGATATGGATTAAAC +TTCGGTGATTACTATAGAAATGTACCATATGTATTCAATGTAACAAACGAAGATAGATAG +>group_396 +ATGAGTAAGAGAGTTATGCATCATGTTTGTATTCAGACTGAGAAGTATGAGGAGTCACTT +AGGTTCTATAGGGATATTTTGGAATTTAATGTTGTTAAGGAGACTAAGGGATTTCACGGT +AGGGATTATAATACTTGGTTAAAGCTTGATGACTTTATGATAGAGCTTCAGACTCCTAAA +AAGGGTGATACTTTGAATAAGTGGAGTTCTTTGAATGAAGGTATAGTTCATATGTGTTTT +TTAGTGAATGATATTGAGGAGGAATATAATCGAATAATAAGCCTTGGATATAATAATTTT +AAAGTTAAAAATGGAGAGATTATTTATAATGTAGAAGGAGGAAAGTTATTCAAAGTAAAG +GCTCCAGAAGGAACGGAAGTGGAGATTAGAGATACAAATATATAA +>group_176 +ATGAGACAATGGAATAAAGAATATTCGCTTGTTAGATTTCTTCACGCAGTTCCAGAGGGA +GAAGAAGTAGATATATATATAAATAATGTACCTTTTTATAAAGGATTAGAGTTTACAGAA +TTTAGTCCATATGTATATGTACCACAAGGAAACTATACAGTTACTATATACTTAGAAGAT +ACTCAGGAAAATCCAATAGTAAATGAAAAAATTGATGTGAATGTAAATGAATTAGTCACA +ATTGCTATAACAGGAGAAAGTGAAGATATAAAATTACTATCGATAGTAGAAGAGACTGAA +GTAGTAAGTGGAAGCAATGCTAAGGTTAGAGTGGTTCATCTATCTCCAAATGCACCTGCA +GTAAATATAGTTGCAGATAATCAAGAGTTATTTGCAAATGTAAAATATAGAGATGTGACA +CCATATATAGCAATTCCAGCTAAAGAGTACACCGTAAATGTGGAAGAAGCAAGAACAAAT +AGAATAATTCGTCAAAATCAGGTGACAATAAACCCAGGAAGAATATATACATTTTATGCA +GTAGGAAACATACCAAATGCTCAAATATTACAATCATTAGATGGAGCAACTTTCATGAAT +TAA +>dapH +ATGATAAATTTAAACGATGCTTATGAAATTGCAAAATTTATAAAGGAATCTGAAAAACAA +ACGCCTGTTAAGGTATATGTTTGTGGAAAGCTATTAAGCTTTAAAAAGAATGAAAAATTC +AAGGTTTTCGGTTCTAATGGTTCTTATACTCTAATTGGCGATTACAACGTGATTATGAGT +GAACTTGAGCCTAGAAAAGGCCACATTGAAGATATTCATATAGAGTTTGATCGAAGAAAT +TCTGCTATTCCTTTATACAACTTTTTACATGAGGAAGCTCGAATAGAACCTGGTGCTATT +ATAAGAGATATGGTTACTCTAGGAAAAAATTCTGTAATAATGATGGGCGCTGTAATTAAT +ATAGGTGCCGTTGTTGGAGATAACTCTATGGTAGACATGAATGCCGTAATTGGAGCTAGA +GGTATAATAGGTAAAAATGTTCACCTTGGAGCATGTTCTGTAATTGCTGGTGTATTAGAA +CCACCTTCTGCGACTCCAGTTATAATAGAAGATGATGTTATGATTGGTGCTAATTCAGTT +ATTCTAGAAGGCGTAAAAGTTGGTAAAGGATCAGTTGTTGCTGCTGGTTCTGTAGTTACT +AAGGACGTTGAACCTAATACTGTTGTTGCTGGTTCTCCTGCAAGAGTAGTTAAAAAGAAA +GATGAGAAAACTGCAAATAAAACAAAAACACTTCAAGATTTAAGAAATTTAGATTAA +>dapB +ATGCTAAAAGTTATAATAAACGGTTGTAGTGGTAAAATGGGTAGAGTCTTGGCAAGGTGC +ATTAATGAAGAATCTGACTTAGAACTATTATGTGGAGTAAGTCCACAAAATACAGAGGAT +TTAAACTTTAAAACATACTCTACTATGAGTGAAATAAATGAAAAATCTGATGTAGTAATA +GATTTTTCTCACCACTCTACTTTAGATGATGTTTTAAGTTATACTATAAAAACTAAAACT +CCATTAGTAATTGCTACTACTGGATATAACGATGAAGAATTAGGTAAAATTCATGAGGCA +TCAAAAATTATACCTATCTTCCACTCTTACAATATGTCTCTAGGAGTGAATGTTTTACTT +AGATTAGTAAAAGAAGCTGCTAATGTTTTAAGTAATTTTGATATTGAAGTGATTGAAAAA +CACCATAATAAAAAAGTAGATGCTCCAAGTGGAACTGCTGTAATGATTGCTAATGCCATA +AAAGAAGTTTTACCTTCACTAGAAAATAATTATGGAAGATACGGCCGTGAATCCAAAAGG +AAAGAAAATGAAATTGGAATTCATGCTATTAGAGGTGGCACAATTGTTGGTGAGCATGAT +GTTATCTTTGCAGGTCATGATGAAATTGTTGAGATAAAACATACGGCTCAATCTAAAGAT +ATTTTTGCAAAAGGTTCTATAGCTGCTGCTAAATTTATAGTAGTTCAAGAGGCTGGATAC +TATAACATGGATAATATGTTTTAA +>dapA +ATGATATTTAAAGGATCTGCAGTTGCTTTAATAACTCCATTTAATGAAAATAATGAAGTA +GATTTTGAAAAATTAGGCGAATTAGTAGAATATCATATTGAAAATAATACAGATGCAATT +GTTGCTTGTGGAACTACTGGTGAAGCAAGTACTCTTGATGATGCTGAGCATCTTGCTGTT +ATTAAATATGTAATAGATAAAGTTAATAAAAGAATACCTGTTATAGCAGGTACTGGTGGT +AATGATACTCAACATTCTATATACATGAGTCAAGAAGCTGAGAAATTTGGAGTAGATGGA +TTACTTGTTATAACTCCTTATTATAATAAAGGTAATAAGTCTGGTATAAAGAAACATTTT +GAAGCTATTGCTGCAAGTGTTAAAACGCCAATAATAATGTACAACGTTCCAGGTAGAACT +TGTGTAAATATGTCCCCTGCTTTAGTTGCTGAACTTGCTAAAATAGATAACATAGTCGCT +ATAAAAGAAGCAAGCGGAGATTTAGCTCAAGTTGCTGAAATTGCTAGATTAGTTCCAGAT +GATTTCGCTATCTATTCCGGTAACGATGATAGTATACTTCCTTTATTATCTCTTGGTGGT +AGCGGGGTAATATCAGTTCTTGCTAATGTATGCCCTCAAGAAACACATGACTTAGTTTAT +AAGTTTTTTGACGGTGATTTAAAAGGATCTAGAGATTTACAACTTGGTATGAAGCCTTTA +ATAGATGCTTTATTCATCGAAGTAAATCCTGTTCCAGTAAAAACTGCTGCTAACCTATTA +GGATTTAATGTTGGTGGATTAAGACTTCCTCTTGCAGAAATGGATAGTAAAAATGTTGAA +ATCTTAAAAAAAGAATTAATAAATTGGGGTCTAAATGTACAGGAGGAAACATGCTAA +>asd2 +GTGTTTAAATTAAGTTTTAGTAAATATATATTAATTGGGGTGATTAAAATGAAAAAAGTA +AATGTTGCCATAGTAGGTGCTACTGGTATGGTAGGTAGAACGTTTTTAAAAGTATTAGAA +GAAAGAAAATTTCCGATAAACAATCTTTATTTATTTTCATCTGCTAAATCAGCTGGAAAA +GTAGTCAAATTTGCAGGAAAAGATTATGTAGTTGAAGAATTAACAGAAAACTCTTTTGAT +AGAGATATTCAAATTGCATTATTTTCAGCCGGTGGAGCTATAAGTGAAAAATTTGCTCCT +ATTGCAGCTTCTAAGGGGGTTTTAGTTGTAGATAATTCGAGCTATTGGAGAATGGATCCT +AAAGTTCCATTAGTAGTTCCTGAGGTTAATCCAGAAGCGGTTAAAGAGCATAACGGCATA +ATTGCTAATCCAAATTGCTCTACTATTCAAGCTGTAGTTCCTTTAAAACCTCTTCATGAA +AAATATAAACTAAAAAGAATTGTATATTCTACATACCAAGCCGTCTCAGGCTCTGGTGTT +AAAGGAGTAAAAGACTTAGAAAATGGTATAAATGGAGAGGCTAATAAATTCTATCCTTAT +CAGATAGCTTATAACTGTCTTCCACATATAGATGTATTTACTGACAATGGTTACACAAAA +GAAGAAATGAAAATGGTTAATGAAACTATGAAAATATTTAATGACTATGATATAAAGGTT +ACTGCTACTACTGTTAGGGTTCCAGTTAAAAACTGCCATAGTGAATCTATTAACGTTGAA +CTTAAAAATCCATTTGAACTTAATGATGTGGTTGAAGAATTAAAAAATTCTGATGGCATT +GTAGTTATTGATAATACCGAGAAATTAGAATACCCTACAACTCTTGACTCTAATGGTCAT +GATGAAGTTTTTGTTGGAAGGATAAGAAGAGATTTTAGTATAGATAACGGAGTAAATTTC +TGGTGTGTTGCTGATAACGTTAGAAAAGGTGCCGCAACTAATGCCGTACAAATAGCTGAA +CTATTAATAAAATATGATCTAGTATAA +>sdaB +ATGGATACTTTAAAGGAGTTGTTTAAAATTGGTTGTGGACCTTCAAGTTCACATACTATG +GGACCTCAAAGAGCAGCAAAAAAATTTAAAGAGAAAAATTCAAATGCAAATAGTTATAAG +GTTAGATTATATGGTAGTTTAGCAGCAACAGGGGAAGGGCACTTAACAGATTATATAATC +AAAAAGACTTTAGAACCAAAAGAAGTTGAAATAATTTGGGAACCAGAAACAATAAAAGAA +TTTCATCCAAATGGGGCTACATTTATAGCATTAGATGAAAATAAAAATGTGATTGATGAA +TATACAGTATTTTCTGTGGGTGGTGGAACGATAAAAGAAGAAAATGAAGAGACATTCGAA +GAAGGACAAACTTATCCACTTACTACAATGGATGAAATAATGAAATGGTGTAAAGAAAAT +AATAAAACATTACTAGATTATGTATTAGAGCATGAAGATGAAGATATATTAGATTACATA +GAAAGTATCAAAAAAGCCATGAGAAAGTCTATAAATGAAGGACTAGAAGCTACAGATTTG +ATACCAGGAAAATTATTATTAAAAAGAAGAGCCAAGGATTTTTATAATAAGTATTTAGAA +AGTGATAAGTTCACAACCATGTTATTTTCTTATGCACTAGCTGTATCAGAACAAAATGCA +TCAGGTAACATAATCGTAACAGCACCAACTTGTGGGTCGGCAGGTGTTATACCAGGGGTA +CTTTTAAGTTTACAGGATCATAGCGGATATAGTGAAAAGCAAATAAATGAAGCTTTATTA +GTAGGTGGATTAATAGGAAATATAATCAAACATAATGCATCTATTTCAGGTGCAGAAGTT +GGATGTCAAGGAGAGGTAGGAGCAGCATGTTCAATGGCAGCAGCAGCTATTACATATCTT +AAAGGTGGAACAACTGAGCAAATAGAATATGCCGCAGAAATAGCATTAGAGCATCATTTA +GGAATGACTTGTGATCCTGTTTATGGATATGTCCAAATTCCTTGCATAGAAAGAAATGCA +ATAGGAGCAGAGAGAGCTTTAGATTCTGCTAACTATGCACTACTAACTGATGGAACTCAT +TTTATATCCTTAGACCAAGTCATTCAAACTATGAAAGAAACTGGAATAGATATGATGGAT +AAATACAAAGAAACAGCTAAAGGTGGATTAGCAAAGCATTTCTTTTCTTGCTAG +>group_522 +ATGGATAATAATAAATTAACAAAAGAACTGATAGAAAAGTGTGAAAAAACTAAAAAAGGA +GCTACTAAAAAGCAAAAACCATTGACAAATGATGATATAATGAAATATGAGATAGCATCA +GAACTAGGCTTAATAGATAAGGTTAGTGAAAGAGGATGGGCTGGTTTGACGGCAAAAGAA +GCAGGTAGAATTGGCGGAATGCTTACATCACGAAAAAAGAAAATGAAGAAGATGATGGAG +GACAAAAATAAAGAGGATGAATCAGTATAA +>norR_2 +ATGGAGAGTAAGTTAAAGCCATTTCAAAATTATTTAGATAAACATACAAATATTATATCT +AGTGTGTTGAATATAGATATAGAAATAGTAGATGATAAATTAATTAGGCTTAATGGTAGT +GGAATATATAAAAACAAGATAAATGAGAGCGTTATCACTGAAGGGAATATATATAGTCAA +GTTCTTGAAACAGGAAGAGAATTAGTTGTATTAGATATGCAGAATAATGATATTTGTAGA +GATTGTGGTAATTATGAAAACTGTTTAAATAAAGTTATTATAGCTGTGCCAATAAAATAT +AAAAATCAAACATTAGGGGTTATAGGAGCAATAAGTACAGATCCACAAAGAAAGAAAGAT +ATAACTGAAAAAATAGATTCATACCTTCCATTTATAGAGAATATTTGTGATTTAATATCT +ATGAAAATAGATGAGTCTGAAATAAATAAAAATAATGATAAAAAAATTAAATTATTTCAT +GAAATAATAAATAATTTAGAAAAGGGTGTAGTTATATTAGATGTGCAAAATAAAATATCG +TATGTTAATAATATAGCTCAAATTTCATTAAACTTAAGAAATAGTTCGATAGGAGAAGAA +TTAAATATAGTTAATTATGAAAAGTCTACTAATAATAAAGATGTAATTAATATAGATATA +AATAATCATATTTACACTATGGCTGCAAAAATATTACCTGTATATCCTTATATAAAAGAA +TATGATAAGATTATTATTTTTGATAAAGTAATCGATGAAAAAAATGATAGTGAAAACTTT +ATTGATACTGGATGGGGTGTATACAAGAGTGATTCTATAATAGGAAATTCTGATGCCATG +TGTAAGGTAAAGGATAGAATAAAAAAATTGGCAAGGTCTAACTCTACAGTTTTAATTACA +GGTGAGAGTGGTACAGGAAAAGAACTTATAGCAAGAGCAATACATGCAGAAGGTAATAGA +AGTCAAAAGCCTTTTATAGCTATAAATTGCGCAGCGATACCAGAAAATCTACTTGAGAGT +GAGCTTTTTGGATATGTAAAAGGTGCATTTAGTGGAGCAAGTAACAGTGGAAAAATAGGA +AAATTTGAATTAGCGAATGAAGGGGTTATATTTTTAGATGAAATAGGAGATTTATCATTT +CACTTACAAGCTAAATTACTAAGAGTTCTACAAGAACGAAAATTTGCAAGGATAGGCTCT +AATAAACTTATAGACTTAAATATTAAGGTTATTTCTGCAACTAATAAAGATCTTTTAAAG +TTAGTCAATGAAGGAAAGTATAGAGAAGATTTGTACTATAGGTTAAATGTAATTCCAATA +AATCTTCCACCTCTAAGAGAAAGAAAGGAAGATATTAATGAAATAATGGAATCCTTTATA +AATAAATATTCAATAGAACTTGGAATCTTAGATGTGAAGATTGAAGAAAAAGTTATGAAA +ATGTTGAATAATTATAATTGGCCGGGAAATATTAGAGAATTAGAAAATGCAGTAGAGTAT +ATGATGAATTTAGTAGGAGAAGATGGAATAATAGTTGAAGATATGCTTCCTATAGATATA +TTAAATTATTACAATAAAAAAAATTATACAATAACTTCATATAGAAGAGAAGGCTACATA +AGTAATCAAAATAATACTTATAATATAGAAGAATTTATAAGTAATGAAAAAAAGGATATA +CTTTCTCTTAAGGATTTAGAATTACTATATATTAATAAGGTATTAGATAGATTTGGAAGA +GATACGAAAAGTAAAAAGGAAATAGCTAAGAGACTAGGAATTGGCCTAGCCACTTTATAC +AGAAAGCTTTATGAAAAATAA +>dpaL +ATGGATCAAATAAAATGGAAATTAAATACACTGCCAAAAGCAGATGATAATGAAAAACAA +AAGGGGATAGAGTTTTTAAGAGATAAAGAAATATCAAAAGTGAAAGGATTCCATGAAAGT +ATTCCTCAGTATGAAAGAACTCCATTAGTTAAATTAGAGAATCTAGCTAAAATGTTAGGT +GTAAAAGGTGTTTACTTAAAAGATGAATCATATAGATTTGGATTAAATGCATTTAAAGTT +CTTGGAGGATCTTTTGCAATGGCTAAATATATGGCTGATAAATTAGGAAAAGATATATCT +GAACTTCCATATGAAAAATTAATATCTGATGAAGTAAGAAATGAATTAGGGGATATAACA +TTCTTTACTGCAACAGATGGTAACCATGGTAGAGGGGTAGCATGGACTGCAAATAAATTA +AAGCAAAAATCTGTAGTGTATATGCCAAAGGGATCATCACTAATAAGATTAAATAATATA +AAAGCTGAAGGTGCCAAAGCTAGTATAACTGAGTTAAACTATGATGATGCTGTAAGACTT +GCAACTGAAGATGCAGCAAAAGTAGGAGGACTTGTAGTTCAAGATACAGCTTGGGAAGGT +TATGAAGATATTCCAGCATGGATAATGCAAGGATATGGAACTATGGCCAAAGAAGCTGTG +GAGCAATTATCTGAATATGGAGTAGAAAGACCTACTCATGTATTTATTCAAGCAGGTGTT +GGTTCTTTAGCTGGAGCTGTTCAAGGGTATATGGCAGCTAAATTTGAAGAGTGTCCAATA +ACAGTAGTAGTTGAAGCAGATAAAGCTGATTGCTTCTATAAATCTGCAGAGGCAGGAGAT +GGAAAGCCAAGATTTGTAGGTGGAGATATGCAAACTATAATGGCTGGTCTTGCTTGTGGA +GAACCAAATACAATTGGGTTTGAAATATTAAAGAATTACTCTGAAGCTTTTATATCTGCA +CCAGATTGGGTTTCTGCAAAAGGTATGAGGATATTAGGAAATCCATTAGTAGGAGATGAA +AAAGTAATTTCGGGAGAATCTGGAGCAGTTACTACAGGTACATTAGTATCTATAATGCAA +GATGAAAGTTTAGCTGAGTTAAGAAAAGCATTAAAATTAGATGAAAATTCAAAAGTATTA +TTAATAAGTACAGAAGGAGATACAGATCCAGATAAATATAGAAGCATAGTTTGGGATGGA +GAATGTCCAAGTGTATAA +>ylmB +ATGTTAAATGAAATAAGAAAACAAGAATTAATAGAGTTATGCCAAGACTTAGTAAGAAAC +TCAAGCTATTCAGGTAAAGAAGAAAATGTAGTAAAGGCTATAGAAAAGAATTTTGAAAAA +TTAGGTTTTGATAGCTGGTTTAGAGATGAGTACGGAAATATAATAGGATGCATAAAAGGA +AATAAACCAGGTAAGAAGATTTTATTTGATGGACATATAGATACAGTTCCAGTTCCAGAT +GAAAGTAAATGGAGCGTACCACCTTTTGAAGGATTAATAAAAGATGGAAAAATATACGGA +AGAGGAACTTCTGATATGAAAGGTCAGCTAAGTGCAATGATGGCTGCTGTTTCATACTTT +GCAAAAGATATAAACAAAGATTTTGAAGGAGAACTTTATGTAGCAGGTGTTGTACATGAA +GAGTTATTTGAAGGAATAGCTTCTAGAAAAATTAGTGAGGCTGTAAAACCTGATTATGTT +GTAATAGGAGAATCTTCAGAATTAAATTTAAAAATAGGTCAAAGAGGTAGAGGAGAAATA +GTAGTAGAAACTTTCGGAAAGCCTGCTCATTCAGCTAATCCTCATAAGGGAATAAATGCA +GTTTATAAAATGAGTAAGATAATAGAGAAAATACAAGAGTTAGTACCACCAACTCATCCA +GTATTAGGAGAAGGTATATTAGTTTTAACAGATATAAAATCATCTCCATATCCAGGAGCA +TCAGTAGTACCTGATTATTGTAAAGCAACTTTTGATAGAAGGTTATTAGTTGGGGAAACA +AAGGAAGATGTTATAGCACCGATACAAGAATTAATAGATGAAATGATGAAAGAAGATAAA +GAATTAAGCGCAAAAGTATCTTACGCTATAGGTAAAGAAATGTGTTATACAGGAAATGTA +ATAGAAGGAGAGAGATTCTTCCCAGGTTGGTTATACGATGAAAATGATGAGTTTGTTCAA +GCTGCATATAAAGGTTTAAAAAATGCAGGAATAAATCCAGAAATAACTCAGTACTCGTTC +TGTACAAATGGTAGCCACTATGCAGGTGAAGCGGGAATAAAAACTATAGGTTTTGGACCT +TCTAGAGAAAATTTAGCTCATACAATAGATGAGTATATAGAAATAGATCAATTAGCAATA +GGCTCTAAAGGATATTATGAAATACTAAAATCAGTTTATAAAAAATAA +>dan +TTGAGAACTTTAATAAAACGTGGACTTATAGTTAATGGAAATAAAACTAAAGCATTCAAA +GGAGATTTATTAATTGAAGATGATAGAATAACTAAAATATCATCAGAAGTAAATGAAGAT +GTAGATAGAATAATAGATGCAAGAGATAGAGTAGTTTGTCCAGGTTTCATCGATACTCAT +AGCCATTCAGATTTAGTGATTCTAGTTAATCCATATAATGAAGTTAAAATTAGACAGGGA +ATAACAACGGAAGTATTGGGGCAGGATGGAATTTCTATGGCCCCACTTCCAATGGATTAT +ATATCTCCTTGGAGAAAGAATCTAGCAGGTTTAGATGGTGAGAGTGATGATATTGACTGG +GAGTATGAAACTACAGATAATTATCTATCTATGATGGAGGATAATGGAGTAGGACTAAAT +GAAACTTACTTAGTTCCTCATGGAAATATCAGAATGGAAGCAATGGGACTTGAAGATAGA +CCAGCAACTAAAGAAGAAATTCAAAAAATGTGCGAAATAACAGAAAGAGAGTTAAAGGCA +GGAGCAATAGGTTTATCTACAGGACTTATATATATACCATGTGCTTATTCATTGACTGAA +GAAATGATAGAGATATGCAAGGTAGTAGCTAAGTATGATGGTGTATTTGTAGTACATCAA +AGAAGTGAAGCAGATACTATAATAAGTTCTATGGAAGAAATAATAGAAATAGGTAAAAAA +TCAGGTGTAAAGGTTCACTTTTCACATTTTAAAGTATGTGGAAAAGATAACTGGAAGTAT +ATACCTAAAGTTATTGAATTATTAGAAAAAGCAAAATCAGAAGGTATAAAGGTTTCTTTT +GACCAATACCCATACGCAGCAGGAAGCACAATGCTTGGAGTTGTTTTACCTCCATGGGCT +CACTCTGGTGGAACAGATAAGTTATTAGAAAGATTACAAGATGAAGAGCAAAGGCAAAAA +ATGAAAGATGATATAGCAAATGGAATTGAAGGTTGGGACAATTTTATACAGTTTGCAGGT +ATAGATCAAATTTTTGTAACTAGTGTTAAAAATGAAAAGAATAAGTTTGCAATAGGGAAA +AGTTTATTAGAGTTAGGTGAAATAAGAGGAATCGATCCATTAGATGCTACATTTGATTTG +TTATTAGAAGAAGAAAATGCAGTCGGAATGGTAGATTTCTATGGATTAGAAGAACATATT +ATAGGGTTTATGAAAAGAGAAGAACAAAATGTATGTACAGATGGACTTTTAGCAGGTAAG +CCCCATCCAAGAGCATATGGTTCTTTCCCTAAGATATTAGGTAGATATGTAAGAGAATTA +GGTGTATTAGAGCTTGAAGAAGCTGTTAGTAAAATGACTAAAAAGGCAGCAACTAGTTTT +GGAATAAAAGATCGAGGAGAGTTAAAAGAGGGATATTATGCAGACATAGTCATATTTGAT +AAAGATACTGTAAGTGGATGTGACGATTTTATAAATTCTATGCAATATCCAACAGGTATA +GATTATGTAATTATAAATGGAAACTGCGTAATAGAAGAAGGAAATTATAAACATATTAAA +GCAGGTAAAGTTTTAAGGGGGAATAATCTATGCTATTAG +>ssnA +ATGCTATTAGTTGGAAATGGTAGATTAGTAACTCACGATAGCTTAAATCCTTTTATGGAA +GATGGATGCGTAGTTATTAATAAAAATATAATAGAAGATTTAGGTACAACATCAGAAATG +AAAGCTAAGTATTCTGATTATGAGTACTTAGATGCTCAAAGGAAGGTTATAATGCCAGGA +CTTATAAATTCACATATGCACATATATAGTTCATTTGCTAGAGGGATGGCAGTACCAGGT +AAACCATCAGAAAACTTTATGGAGATATTAGAAAATCTATGGTGGACGCTTGACAAGAAA +CTAACATTAGAGGATACAAAGTACAGTGCTTATGCAACTTATATTGAATGTATTAAAAAT +GGTGTAACAACAGTATTTGATCATCATGCAAGCCCAAATGCAATAGAAGGAAGTTTATTT +ACTATAAATGATGTGGCTAGAGAACTTGGGATTAGGACTTGTCTTTGCTATGAAGTATCT +GATAGAGATGGAAAAATTATAGCTAATCAGGGTATCGAGGAAAACGTTAGATTTATAAAA +TATGCGATGAAAGATAATAGCGATATGTTTAAAGGTATGTTTGGACTTCATGCAGCATTT +ACCCTATCAGATGAAACTTTGGATAAGTGTGCTAAGGAAATGGCAGGATTAGATACTGGC +TACCATGTTCATACGGCAGAAGGCATAGATGACTTAAAATATAACCTAAAGAAATATGGA +AAAAGAGTAGTTGAAAGATTACATGATTTTGATGTACTAGGGAACAAAACAATAGCAGTT +CACTGTATACATGTAAATTCTGCAGAAATGAATTTACTTAAAGATACTAATACTTTTGTA +GTTCACAATCCAGAATCAAATATGGGAAATGCAGTTGGATGTTCTCCAGTAATAGAATTA +TTAGATAGAGGGATTACTGTTGGGTTAGGTACTGATGGATATACAAGTGATATGTTTGAA +TCTTTAAAAGTTGCAAATATAATACACAAACATCATTTATGTGACCCTAGATTTGGATTT +ATGGAAAGCCAAAAGATGTTAATAGAGAATAATCAAAAAATCGCTAAAGCTTACTTTAAA +AATGATTTAGGGATAATAAGAAAAGGTGCATATGCAGATATAATAATTGCTGATTATATA +CCTCATACTCCGATGAATGAAAATACATTAGGTGGACATATGATATTTGGTTTAAGTGGA +AGATGTGTAGATACAACCATTATTAATGGGAAAGTTGTCATGAAGGATAAGGTATTAGTA +AATATTGATGAAAGTGAAATACTTTCAAAATCAAGAGAAGTATCTAAAGAATTATGGAAT +AGAATTTAA +>preA +ATGGCAAATTTAAAAGTTAATATATATGGAATGGAATTCAGTAACCCGGTAATGACAGCA +GCAGGACCAGGAGCAAAAGATGGAGATTTATGTATAGAAGCAGTAAAAGGTGGAGCTGGA +GGATTATGTACAAAAACTATATCTGTACTTCCTGCAGATGTACCTAGACCATGTATGGGA +CTTACAAATAGTGGATTTTTAAATACTGAATTATGGTCAGAATTACCAAAGGAGCAATGG +ATAAAAGAAGAATATCAAAAAGCTAAAAGTGCTGGAGTTCCAGTAATAGTAAGTATGGGT +TACACAGCAGATGATATAGAAAAGGTTGCACCACTTGTAAAGCCTTATGCTGATGCAGTT +GAATTATCAACTCACTATGTTGGAACAGATGTAGCTCCAATAGTAAATGCTTTAAAAGCT +GCCAAATCTGCTTTAGATTGTCCAGTATTTATGAAAATGAGTCCACATACAGATATTCAA +ACAATAGCTAAGGCTGTCGAAGAAGCAGGTGCAGATGGTCTTGTAATGATAAACTCATTT +GGACCATGCATGGCTATAGATGTAAATACAGGATACCCAATAATGGGAAGTAAAACAGGA +TACGGATGGTTATCAGGAGCTCCAATAAGACCATTAGCAATAAGATGTATATATGAAGCT +TCTCAAGTTGTAAATATTCCAATAATAGGAGTTGGAGGTGTTACTTGTGGAAGAGATGTT +GCAGAAATGATGATGGCAGGAGCAAGCGCAGTTCAAGTCTGTACAGAAGCAATACTTAGA +GGTCCAGGAGTATACGGAAAAATAGCTAAGGAATTAAATGAGTTTTTAGACGAACATGGA +TATTCAGATGTAAATGAGATAAAAGGATTAGCTCATAAGAAAGTTAATGACAGGGAATTT +AGAACTCACACTGTAGTGCCAGAAGTAGACCAAGATAAGTGTATAAAATGTAAGAAGTGC +AAGGCAAGTTGTGTTTATGAGGCTATAGAGGTCGGTGAAACTTTAGAAATAGATAAAGAT +AAGTGTTTTGGGTGTGGATTATGCGTAACAAGATGTCCAAAAGGCGCATTAACAATAAGC +TATAAATAA +>group_169 +ATGAGTCTAATATTAAAGGGTGGAAAAATAGTAAGTGATAAGATAACTTATTTTTCAGAT +ATAAAAGTAGATGGTGGAAAAATTGTTGAAATAGGAGGGAATATAGAATCTAAGGATTGT +GAGATTGTTGATGTAAGTGGATCTTACATAATTCCTGGAGGAATAGATACTCATACCCAT +TTTGATTTAGATACAGGAACAACTATAACAGCAGATGATTTTATATCAGGTACAAAAGCG +GCTATAGCAGGAGGAACAACTACTATATTAGACTTTGCAACTCAAAGTAAAGGTAAGTCA +TTAAATGCAGGTTTAGAAGAGTGGCATCATAAGGCACGTAATAAAGCTTACTGTGATTAT +GGATTCCATATGGCAATCACAGACTGGAGTGATTCAGTCTGTGATGAGATGGACGAGATG +ATAAAACAAGGAGTGTCTTCATTTAAGTTATATATGGCTTATAAAGGTACACTTCAAGTT +GATGATAGCATTATTTACAAGGCTCTAGAAAAATCAAAAAATATAGGAGCAATAATAGGG +TTTCATTGTGAAAATGGAGATCTTGTTTGTGAACTTGTGGATAAGAATTTAAAAGAAAAT +CATATATCTCCACAGTATCATGCAACTTCAAGACCCCCAATGCTAGAAGCAGAAGCAACA +TCAAGACTTATGAAAATAGCAGAGCTTACAAAATCAAAAGTTTGTGTAGTCCATTTAAGT +TGTAAAGAGTCATTAGACGAAGTCCTTAAGGCTAAAGAAAGAGGAGTAGATGTAGTAGTT +GAAACTTGTCCACAATATTTACTTTTAAATGAAGATAAATATATGTTAGGAGGATTCGAA +GGAGCTAAATATGTGATGTCACCTCCACTTAGAAATGTAAAAAACAATGATATATTGTGG +AAAGCTTTAGCACAAAACCAAATAGATACAATAGGAACAGATCACTGTTCATTTAATTAT +AAAAAACAAAAAGAGCTTGGAATAGATGATTTTAGCAAAATACCAAATGGAGCACCTGGG +GTAGAACACAGAGTAGGACTTTTATATACATACGGAGTATCCACAAATAAAATTTCTATT +AACAGAATGGTAGAACTTTTATCTACTAATCCAGCTAAAATATATGGACTTTATCCACAA +AAAGGAACTATAGAGGTCGGAAGTGATGCAGATTTAGTAGTGTTAAATCCTAATAAAACT +AAGGTAATAAAGGCAGAGAATCAAGTTCAAAATGTAGATTATACACCTTATGAAAATTAT +AGACTAAATTGTGAAATAGAAAGAGTTTATTTAAGAGGAAAAGAAGTTAGCAGAAATGGA +AAGATTATTGATAATTTTCCAACAGGAAAATATTTGAAGAGGTCATCTAATTAA +>mop +ATGTTTGAATTTATATTGAATAATGAGAAAGTTATTGCTGCAGAAAACAAGAAGCTCTTA +CAATTTCTTAGAGAAGATATGAATATAACATCTGTAAAGAATGGATGCTCAGAAGGTGCA +TGTGGAACTTGTATGGTTATTGTCGATGGGCAAGCTAAAAAAGCTTGCGTTCTTACAACT +CAAAAACTAGTTGGAAAGAATGTAATAACTATAGAAGGTATGAGCGAAAGAGAGAGAGAT +GTATATGCCTATGCCTTTTCTAGTCAGGGGGCAGTACAGTGTGGTTTCTGTATACCAGGT +ATGGTAATAAGTGCAAAAGCTTTATTAGATATTAATAATAATCCAACAGAAAGCGAAATA +AAGAAAGCTCTAAAGGGTAACATATGCAGATGTACAGGATATGTAAAAATTATTAAAGCT +ATAGAACTAGCAGCTAAAATATTTAGAGAAGATATAGATGTACCTAAAGTTGCTTGTAAG +GGATTGATAGGAGAAAATCTTCCAAGAATAGATGCAATAGCTAAAGCACTTGGAATGGCC +GAATATGTAGATGATATAAGAATAGATGGAATGATTTATGGTTCAGCAGTAAGAACAAAG +TATCCTAGAGCTCTTGTAAAAAAAATAGATATAGAAGATGCTAAGGCATATCCTGGTGTA +GTAGCAGTACTGACAGCTAAAGACATACCAGGAACTATAAAGGTTGGTCATTTAAAAAAG +GACTGGGATACTTTGATACCAGAAGGAGAAATAACTAGATATCTAGGAGACGCAATAGTA +TTAGTTGCAGCTGAAACTAAGGAGGCCCTTGAAGAAGCTAAAAAACTTGTAAAAATAGAT +TATGAAGAATTAACTCCTATTACGTGTCCAGAAGAAGCATTAAAGGAAGATGCTCCTAAA +ATACATGAAACAGGAAATGTTTTAGTAAATGAGCATCTAGTTAGGGGTAATGCAGATGAA +AAGATAAAGAATTCTAAGTATGTTGTTACTAGGAAATATTCTACACCATTTACAGAGCAT +GCTTTTTTAGAGCCAGAATGCGCAGTAGCAGGCCCACATGGTGAGGATGGAATAATAATA +TACTCATCTGATCAAGGAGTATTTGCAACTCAACACGAATGTGCAGATATGTTAGGACTA +CCTCATGAAAAAGTAAGAGTAATAAATAAAATGGTAGGTGGAGGATTTGGTGGAAAAGAA +GATATGAGTGTTCAACATCATGCAGCTCTTTTGGCCTATCATACAAAGAAATTTGTAAAA +GTACTTCTTACAAGAAAAGAAAGTATAATAATACATCCTAAAAGACATGCAGTGGAGCTA +GAGTTAACTACGGCCTGTGATGAAGATGGATATTTAACAGGTATGAAAGCTAAAATTATT +TCTGATACAGGAGCCTATGCATCTCTTGGAGGACCAGTACTTCAGAGATTATGTACTCAT +GCAGCTGGTCCATATAATTATCAAGATATAGATATTGATGGGACTGCAGTTTATACTAAT +AACCCTCCAGGAGGAGCATTTAGAGGATTTGGAGTTACTCAAAGTTGTTTTGCAACAGAA +TGTAATATAAATCTTTTAGCTGAAATGGTAGGAATATCTCCTTGGGAGATTAGATATAAA +AATGTAGTAAGACCAGGTCAAGTTTTACCAAATGGCCAAATTGCAGATGAAGGGACTGCT +ATAGTAGAAACTTTAGAAGCAGTTAAAGAAGAATATGAAAAACATCCTTATGCAGGAATA +GCATGTGCTATGAAGAATAGTGGTGTTGGGGTTGGAATACCAGATGTAGGTAGATGTAAG +CTAGTAGTGATAGATGGAAAAATTCATATAAGAACTAGTGCATCTTGTATAGGTCAAGGT +ATGGGTACTGTTGCAACTCAAATGGTATGTGAGACAGCAAAAGTTAGTCCGGAGATTATA +GTACATGATGCTCCAGATACACTTTTAACACCTGATTCAGGGAATACTACAGCATCAAGA +CAAACAGTGTTCACAGGAGAGGCTACAAAGGTAGCTTCTAAAAAATTAAAAGAAGCACTA +GATTCGGGTAAAACTTTATTAGATTTAGAAGGTGAAGAGTTCTATGGAGAGTATGCTAGT +ATAACTGATAAAATGGGTTCTGATAAAAAGAATCCAATAAGTCACGTAGCTTATGGTTAT +GCAACTCATGTGGCTATATTAAATGAAGAAGGTAAATTGGAAAAACTTATAGCTGCTCAT +GATGTAGGTAGAGCTGTAAATCCAATTAGCTTAGAAGGTCAAATTGAAGGCGGAGTTGTA +ATGTCTATAGGTTATGCATTAACTGAGGACTATCCATTGGAAAACTGTGTTCCTAAAGCT +AAATATGGAACATTAGGATTATTTAAATCTACAGATATACCAGAAGTAAAAGCTATAGTT +GTAGAAAAGAATAAATCTGAGTTAGCTTATGGAGCTAAAGGGGTGGGAGAAATAACATCA +ATACCAACAGCGCCAGCTATACAAAATGCATATTATGTATATGATAAGGAGTTTAGAACT +AAACTTCCATTGATAAATACACCATATAGTAAGAAAAAATAG +>yabJ_1 +ATGAGTAAAATAGTAATTGATACAAAAAATGCACCAGGGGCAATAGGACCATATTCACAA +GGAATGATAGTCGGTAATTTAGTATATACTTCTGGTCAGCTTCCAATAGATATGGCAACA +GGAGAATTAGTTCAAGACGTTAAATTAGCTACAAAAGCTTCATTAGATAATGTTAAAGCT +ATATTAGAAGAAGCTGGGACATCAATGGATAAGATATTTAAGACTACTGTATTTGTAAAG +GATTTAAATGACTTTAATGCAGTAAATGAAGTTTATGCAACTTACTTTAAGTCAAATCCA +CCAGCTAGATCTTGTGTTCAAGTTGCGAAATTACCAAAAGATGCAGTAGTAGAAATAGAA +GCAATAGCAGTTTTAGAAAAGTAA +>cggR +ATGAAAGACCTAATTAAATTTCAGAAAAAATTGATTCCCCAAGTTGTTGAGCTTATGGAA +AGAAGATATTCGATTTTAAGACAAATATCTTTAAGCGAGCCAGTAGGAAGGAGAACCTTA +TCAAACATATTAGATATAAGTGAAAGAATTATAAGATCAGAAACTGAGTTTTTAAAAGAA +CAAGGTCTTATAAATGTTGCAGGTTCAGGTATGACAATAAGTCTAGAAGGAGAAGAACTA +CTAGATGACCTTAAGGATACTATGAATTATGTAACGGGACTTTCAAAACTACAAGATAAG +GTAAAAGAAAAACTAGGTGTAAAGAAAGTATTACTAGTGCCTGGAAGTTTTGATAAAAAT +GAAAGTATTTTATATGATATAGCAAAATGTGGGGCAGATTATTTTCTTCAAGTTCTAAAA +CCAGAAGATGTAGTTTCTATAACTGGAGGAAGTACAATGCTTGAGTTTTCAAAAGCTCTT +AAAGCAGATAAAAAATACAATAATGTTACTGTAGTACCAGCTAGAGGTAGTATGGGTAAA +ATTGTAGAGACTCAAACAAGCAATATAGTTTCTATTATAAGTAAGAAACTTAGCTCACAT +TATAAATTACTTAATATACCAGATGAATTAAGTGAAGAAGCAAAAAATAGTTTAATCCAA +GAACCAGAAATTAAAAGTACATTAGAACATATCGAGAAAACTGATATATTAGTATTTGGG +ATTGGAAGAGCTGATGAGATGGCAAAAAGAAGAAAGCTATCTGATAATAAAGTTAAAGAA +ATAATATCAAAGGGAGCAGTGTGTGAAGCATTTGGATATTATTTCAACAAAGATGGAGAA +ATAGTATATAAGTTAAATACAGTAGGTATAGACTTAAACACTGTTAATAATGTTAGGGAA +ACAATTGCCGTATTTGGAGGCACAACAAAAGTAGAAGCTTGCATAGCAATTTCAAAGGTA +GATAAGAATATAGTTCTTGTTACTGATGAGGAAAGTGCTTGTAAAATTCTAGAATCAATT +TAG +>gap_1 +ATGGTTAAAGTAGCTATAAATGGATTTGGGAGAATAGGAAGACTTGCATTAAGAAAATTA +ATGGAACAAACTGACAAGTTTGAAGTTGTTGCAATAAACGACTTAACAGATGCTAAAACT +TTAGCACATTTATTTAAATATGATACTGCTCAAGGTAGATTCAACGGTGAAATAGAAGTT +AAAGACGGAGCTTTCGTAGTTAACGGACAAGAAATAAAAGTAACTGCTGAAAGAAATCCT +GCAGACTTACCATGGAAAGAATTAAATGTTGATATAGTATTAGAGTGTACTGGATTCTTT +ACTTCTCAAGAAAAGGCTGGACTTCACTTAGAAGCTGGAGCTAAGAAAGTTGTTATATCT +GCGCCAGCAACAGGGGATGTAAAAACTGTAGTTTACAACGTAAACAACGATGTATTAGAT +GGAACTGAAACTGTAATATCAGGTGCTTCTTGTACTACTAACTGTTTAGCACCAATGGCT +AAAACATTAAACGATGCTTTCGGATTACAAAAAGGATTCATGACTACTATACATGCATAC +ACAAATGACCAAAATACTTTAGATGGTCCTCATGCAAAAGGTGACTTAAGAAGAGCTAGA +GCTGCTGCTTCTAACATAGTACCAAACACTACAGGAGCTGCAAAAGCTATAGGTTTAGTT +ATACCTGAATTAAAAGGTAAATTAGACGGAGCTGCTCAAAGAGTTCCAGTTGTAACTGGT +TCAATAACTGAGTTAGTTTGTACTTTAGATAAGAACGTAACTGTAGAAGAAATAAACGCT +GCTATGAAAGCTGCTTCAAATGAATCATTCGGATACACTGAAGAGCCATTAGTTTCTTCT +GATATAATAGGAATAAGCTACGGATCATTATTCGATGCAACTCAAACAAAAGTTATGGAA +GTAAACGGAGAACAATTAGTTAAAGTTGTTTCTTGGTATGACAATGAAATGTCTTACACT +TCTCAATTAATAAGAACTTTAGGATACTTCGCTAATTTAGCTAAGTAG +>pgk +ATGTCAATGCTTAACAAAAAAAGTATAGAAGATATAAATGTGAACGGAAAAAGAGTATTA +GTAAGATGTGACTTCAACGTACCTTTAAAGGATGGAGTTATAACTGATGAAAATAGATTA +AATGGTGCATTACCAACTATAAAGTACCTAATAGAACAAGGAGCTAAAGTTATATTATGC +TCTCACTTAGGTAAGCCAAAAGGGGAAGCTAAGCCAGAATTATCTTTAGCACCAGTTGCA +AAAAGATTATCTGAAATGCTAGGTCAAGAAGTAGTATTTGCTGCTGACGAAAACGTAGTA +GGAGAAAATGCAAAGGCTGCTGTAGCTAAAATGCAAAATGGTGATGTAGTATTATTAGAA +AATACTAGATATAGAAAAGAAGAAACTAAAAATGAAGAAAACTACTCTAAAGAATTAGCT +TCTTTAGCAGAAATATTTGTAAATGATGCATTCGGTACTGCTCATAGAGCTCACTGTTCA +ACAGTAGGTGCGGGAGAATTCTTACAAGAAAGAGCTTGTGGATACTTAATTCAAAAAGAA +TTAAAGTTCTTAGGAGAAGCTGTAGCTAATCCTGTAAGACCTTTCACTGCTATACTAGGT +GGGGCAAAAGTTTCTGATAAGATAGCTGTTATAAATCAATTATTAGATAAAGTTGATAAC +TTAATAATAGGTGGAGGAATGGCTTATACATTCTTAAAAGCTCAAGGATATGAAATAGGA +ACTTCTTTAGTAGAAGAAGATAAAGTAGAATATGCTAAAGAAATGATGGAAAAAGCAGCT +GCTAAAGGTGTTAAATTATTATTACCAATAGACAACGCTGTTGCTGATAAATTTGCTGAT +GTTACTCCAGTTATAACTGAAGAGGCTAACATACCAGCAGGACATATGGGATTAGATATA +GGACCAAAAACTATAGAAGAATATGTAAATACAGTAAATGCTTCTAAGACAATAGTATGG +AATGGACCAATGGGAGTTTTCGAATTTGCTAACTTTGCAGAAGGTACACTAGCAGTAGCT +AAAGCTATGGCTGCGTTAACTGATGCAACTACAGTAATAGGTGGAGGAGATTCTGCTGCT +GCTGTTAATCAATTAGGATTCGGAGATAAAATGACTCACGTTTCTACTGGTGGAGGAGCA +TCATTAGAATTCTTAGAAGGAAAAGAATTACCAGGTATAGTAGCTTTAGATAATAAATAA +>tpiA +ATGAGAAAACCTATAATAGCTGGAAACTGGAAAATGAATAAGACTATAGCAGAAGCTTTA +GCTTTTGTTGAAAATGTTAAAGAAAGAGTAAACAATGAAAATGTAGATGTAGTAATATGT +GCACCGTTCATAGCTTTAAAAGATTTAAAAGAGGCAACAAAAGGAACAGACATAAAAATT +GGAGCTCAAAATATGCATTTTGAAGAAAGTGGAGCTTTTACAGGTGAAGTTGCACCTGAA +ATGTTAAAAGAAATAGGAATTGACTACGTGGTTATAGGACACTCTGAGAGAAGAGAATAT +TTCAATGAAACAAATGAAACAGTAAACAAAAAGGTAGTAAAAGCTTTAGAACATGGCATA +CATCCAATACTTTGCTGTGGAGAAACTCTAGAACAAAGAGAAGCTGGAGAGACTAAAGCT +CATTGTAAAATACAAATTGAAGAGGGATTAAAAAATGTAGCTAAAGAAGATATATCTAAG +GTTGTCATAGCTTATGAACCAATATGGGCTATAGGAACTGGAAAAACTGCAACTGCTGAA +GATGCTAATGATGTTATATCTTACATAAGAGAAGTAGTAGCAGGATTATATGGAGAGTTA +GCTCAAGATGTTAGAATACAATATGGTGGAAGTGTTAAGCCATCAAATGTTGCTGAAATA +ATGGCACAAAGTGATATAGATGGAGCTTTAGTTGGTGGAGCTAGTTTAGCTGCTGACGAC +TATGTAAAGCTTGTAAATTTCTAA +>gpmI +ATGAAAAAACCAGTTGCTTTAATCATAATGGATGGTTATGGATATACTAGTGAAACTAAA +GGGAATGCTGTAGCTGCGGCTAACACTCCTAACTTAGATAGAATATCTAAAGAATATCCA +AGCACATTAATAAATGCGAGTGGTCTAGATGTTGGATTACCAAATGGACAAATGGGTAAC +TCAGAAGTTGGACACACAAACATAGGTGCAGGACGAATAGTATATCAAGACTTAACTAGA +ATAACAAAAGCAATAGAAGATGGTGAATTCTTCAATAATGAAGTATTATGCCAAGCTATG +GAAAATGCTAAAGATAAAGCACTTCACATAATGGGATTATTATCTGATGGTGGAGTACAT +TCACATATAGACCACCTAAAAGCTTTAGTAAAAATGGCTAAAGAAAAAGGTGTAGAAAAA +GTATATGTTCATGCATTTACAGACGGTAGAGATACTGATCCACAAAGTGCAATTACATAT +GTAAAAGAAGCTGAAGAAGTTATGGCTGAAGTAGGTGTAGGGGAATTTGCTTCTGTAAGT +GGTAGATACTACGCAATGGACAGAGATAAGAGATGGGAAAGAGTTCAACTTGCATATGAT +GCAATGGTAGAAGGAAAAGGTGAAACTGCTACTTCTGCTACTGAAGCTATTCAAAATTCT +TATGATGAAGGTAAAAATGATGAATTCGTTTTACCAACAGTTATAGTTAAGGATAAAAAT +CCTGTTGGAACTATAAAAGAAGGAGATTCTGTAGTATTCTTCAACTTTAGACCAGACAGA +GCTAGACAAATAACTAGAGCACTAGTTTGTGATGAATTTGTAGGATTTGAAAGACCTTGC +ATGAAGACTTTCTTTGTATGCTTAACTGAATATGATATAACTATCAAAAATGTTCATATA +GCATTTGGACCTCAATCATTAAGCAATACTTTAGGTGAGTACCTAGCTAAGAATGGAAAA +GTTCAATTAAGAGCTGCCGAAACAGAAAAGTATGCTCACGTTACTTTCTTCTTCAATGGT +GGAGTTGAAGAACCAAACCAAGGTGAAGAAAGATTATTAATACCATCTCCAAAGGTTGCA +ACTTATGACTTACAACCAGAAATGTCTGCTGGTGAGTTATTAGAAAAGGTTGTAGCTAAA +ATAGATGAAGATAAATTTGACTTTATAGTTGTTAACTTTGCAAATCCTGATATGGTTGGG +CATACAGGAAATGTAGAAGCTGCTATAAAAGCAGTAGAAACAGTTGATAGCTGTGTAGGC +AAATTAGTCGATAAAATAATAGAAAAAGGTGGAAGCGCAATTATAACAGCTGACCACGGA +AATGCAGAATTAATGGAAGATGTTGAGTCTGGAAAAACAATAACAGCTCATTCTACTAAT +CCAGTACCATTTATAGTTGCAGGTGAAGAATTTAAAACATCTACATTACTAGAAGGTGGA +AGATTATCTGATATAGCACCAACTGTATTAGATATGATGCATTTAGAACAACCAGAAGAA +ATGACTGGTCATTCATTAATAAAAAATAATTATTTAAATTAA +>tyrR +ATGATTAGATTTGAGATAAGTACTAGAGATAGGCTGGGCATAACTACTGAAATACTATGC +AAGATTTATAATAGAGATATAGATTTAGTATCTATGGAGGTTTTTACAGAGAAGGTTTGT +ATTAAGATTAATGATATAGATTATGCCACTAAAAAAAATCTTAGAGAAGAAATAAGTAGT +ATTGATGATGTTATCTTTATAAAAGAAATAGAGCTTTTAAGTCATGAAAAGAATGAGCAG +AAGTTATTAGCTGTAATTGATTCTGTAGATGAAGGAATAATCTCCATTGATAAAAATTTT +GAAATTAATATATTTAATAATTATTGTGAAGAGCTGTTTAATTACAAAAAAGAAGAGGTT +ATAGGTAGAGATATAAGAGATATTATTGGTGAAGATGATATCATTGTAGGCTTAATTAAA +TATGGGCATGAGTATGATAATATTAAGTCTAGCATAAAACATAATGATATAAAAAGTAGC +TATATAACTACCGGTAGAAGAATAACTAATGATAATGATGAAACGATTGGGGCTGTAGTT +TCAATAAAAGATGTAAATAAAGCTAGAGAGCTTGTTAATATAATTAATAAAAATAATGAT +GGACCTTTCAAAAATATAATAGGAAATAGTAAAAGTATTGAAAAGGTAAAACATATGACA +TTAGCTATATCAAAAAGTAACTCAACTGTTCTACTAAGAGGAGATAGTGGTACTGGTAAG +GAACTATTTGCAAATGCTATACATGATTTAAGTGATAGAAGAGATAAACGTTTCGTTGCT +ATTAACTGTGCAGCCTTACCTGATAGCTTACTAGAAAGTGAATTATTTGGATATGAGAAG +GGAAGTTTTACAGGTGCTATGCAAAGTGGAAAGGAAGGGCTTTTTAAAGAAGCAAATGAA +GGAACTATTTTTTTAGATGAAATAGGAGAGTTATCGATGCTTCTGCAAGCGAAACTTCTA +AGGGTACTACAAGAAGGAAAGATAAGAAAGATTGGTAGTAGTAAAGAAGAGGAAGTTGAT +GTAAGAGTTATTGCAGCAACTCATAAAAATCTTGAAAAGATGATAAAAGATGGAGAGTTT +AGAGAAGATTTATATTATAGACTAAATGTTATTCCAATAAAAATTCCGAGTTTGAAAGAG +CGATTAGATGATATACCTGTATTAGTTCATTTTTTTATAAATAAACTTAACAAGAAGCTT +AGAACTAATATAAAAGGATTTAAAAAAGGTTTCTTAGATAAATTAATGAATTATGATTGG +CCTGGGAATGTAAGAGAGTTACAAAATGTAGTAGAAAGAGCTATGAATTTATGTAGTGGT +GATGTATTAACTAGCCAGGATATTATGATTGATTGTATATATAGGAATGAAGATATTATA +GATAATTTTATTGAAGAAGAGCAGAAATTTAAATCTTTAAAAGAAGAGATGGAGAAATAT +GAGAAAGAGATAATTATGAGAGTATATAATGGTAATAAAAGTTATAGAGAAAGTGCTAAA +ATACTTGGAATTTCACATACTGCAGTAATGAATAAAATTAAAAAATATAATATAAAAGAA +TAG +>mgl +ATGGAAAACTTAAAAAATAAAAAATTCGCAACTCAAGCTATACACGGGGGACATAAAAAG +GATCCAGTTTCAGGAGCATTAACTACACCTATATTCCAAACGTCAACTTTCGTATTCGAT +AGTGCAGAACAAGGAGGAAGAAGATTTGCACTTGAAGAAGACGGTTTTATATATTCAAGA +TTAGGAAATCCAACAAATATGCAATTAGAAGAAAAAATAGCACTACTTGAAAAAGGAGAA +GCTTGTTTATCAACTGCTTCAGGAATGGGAGCTATAACTTCAGCATTATGGACTGCATTA +AAGGCAGGAGACCATATAGTAGCAAGTAAAACTTTATACGGATGTACTTATGCATTATTA +AATCACGGAATAAGCAGATATGGGGTTGAAGTTACTTTTGTTGATGCTGCTAACTTAGAT +GAAGTAAGAGCAGCTATGAAAGAAAATACTAAAGTTGTTTACTTAGAAACTCCAGCAAAT +CCAGACCTAAAGTTAGTAGATATAGAAGCAGTAGCTAAGATAGGTCATGAAGTAGAAGGA +TGTATGGTTATTGTCGATAATACTTTCTGTACTCCATATATACAAAGACCATTGGAATTA +GGGGCAGACGTTGTTGTTCATTCTGCTACTAAATACTTAAACGGACATGGAGATGTTATA +GCTGGATTCGTTGTTGGTAAAAAAGAATTCATAGATCAAGTAAGATTATTTGGTGTTAAG +GATATGACTGGCGCTGTTCTTTCTCCATTTGATGCTTACTTAATAATGAGAGGTATGAAA +ACTTTACAAATAAGAATGGATAGACATACTAAGAATGCTATGGAAGTTGCTAAATTCTTA +GAATCTCATGAAAATGTAGAGTTAGTTAATTACCCAGGATTAGAAAGTTTCCCACAATAT +GAGTTAGCTCAAAAGCAAATGGATATGCCAGGTGGAATGATTGCATTTGAAGTTAAGGGT +GGACTTGAAGCTGGTAAGAAATTATTAAACTCTTTAGAATTATGTACACTTGCAGTTAGT +TTAGGTGATTGTGAAACATTAATCCAACATCCTGCATCAATGACTCACTCTCCATATACT +CCAGAAGAAAGAGCAGAAGCTGGAATATCTGAAGGATTAATAAGAATATCTGTAGGACTT +GAAGATGCAGAAGATATAATAGCTGACTTAAAGCAAGGTCTAGATAGATTATAG +>porC +GTGAATAATACAATAGAGATTAGATGGCATGGAAGGGGAGGCCAAGGTGCAAAGACAGCT +GCATTACTATTAGCAGACGTTGCATTTAGTACAGGAAAGTATGTACAAGGTTTCCCAGAA +TATGGTCCAGAAAGAATGGGGGCACCAATAACTGCTTATAACAGAATAAGTGATTCAGAA +ATAAGAGTACACTCAAATATATATGAGCCACAATTTGTAGTAGTTGTTGATGAAACTTTA +TTAGAAGCAGTAGATGTAACTAAGGGACTAAAAAAAGATGGAGCAATTATAGTAAATACA +TCTAAGCCAAAAGAGGAAATCACAAAACACCTTAAAGGATATGAAGGTAAATTATTCACA +GTGGACGCAAGAGGAATATCAGAACGAACTTTAGGAAAAAATTTTCCGAATTCACCAATG +CTTGCATCGATAGTAAAAGTAGCAGACATTATGCCTTTAGACATATTTTTAGAAGAAATG +AAAACTTCTTTCCAACACAAATTTGCATCTAAACCAGAGGTTATAGGTGGAAATATGGAA +GCTTTAAAATTGGCACTAGAGGAGGTAGAATAG +>porD +ATGGATAAGAAAATAAGTGAAATCATTACTGAAAATATATCTTGGAAAGATATAACACCA +GCAGGGAACGTATATGCTGGAGGAACTTCAGAAGAATTTAATACAGGAGAATGGAGAGTA +GATAAGCCTATATTTATAGAAGATAAATGTAAGCAATGTCTGTTATGTGTTCCTGTATGT +CCAGATAGTTCTATTCCTGTAGAAAACAAGAAAAGAGCAGATTTCGATTTTATGCACTGT +AAAGGATGCGGAATATGTGCAAAAGTATGTCCTTTCGATGCTATAGAAATGGTAAAGGAG +GAAGTTTAG +>porA +ATGTCTACTACAGCAGTAATGGAAAATGAAAGAGCAGTATCTCCTGCAGGAATAAGAGAG +CGATTGTCAGGAAATGAAGCAGTAGCAATAGCTATAAAGCAAATACATCCAGATGTATTT +CCAGCATTTCCTATAACTCCTTCAACAGAAATACCACAATATTTTTCATCATACGTAGCT +AATGGAGAGGTTCAAACTGAATTTGTTCCAGTAGAAAGTGAACATAGTGCAATGAGTGCA +GCTATTGGTGCTCAATCAGCAGGCGCTAGAACTATGACAGCTACATCATCTTGTGGTTTA +GCGCTTATGTGGGAAGAATTATACATAGCAGCATCTAACAGACTTCCAATAACATTAGCT +TTAGTAAATAGAGCTTTATCAGGTCCAATAAATATAAACTGTGATCACTCTGATAGTATG +GGAGCAAGAGATGCAGGATGGATACAAATCTATTCTGAAAATAATCAAGAAGCTTATGAT +AACTTTATACAAGCTGTGAGAATAGGGGAACATAAAGATGTACAATTACCAGTAATGGTT +TGCCAAGATGGATTTATAACAAGCCATGCTGTTGAAAATATAAACTTAATAGAAGATTCT +TTAGTAAAAGATTTTGTAGGAGAATACACTCCAGAAAATTACTTATTAAATGCGAAAAGA +CCAATGTCTACTGGTGCTTATGATGTAACATCTTATTACATGGAACATAAGAGACAACAG +GCTCAGGCAATGAAAAATGCGAAGAGAGTAGCTTTAGAAGTTGCAAAAGATTTTGAAAAA +ATATCAGGAAGAAGCTACGGATTATTTGAAGAGTATAAATTAGATGATGCAGACTATGCA +ATAGTTATAATAAACTCTGCAGCAGGAACTGCAAAGGATGCAATAGATAAGATGAGAGCT +GAAGGAAAGAAAGTTGGATTGTTAAAAATTAGACTATTTAGACCTTTCCCAGCTGAAGAG +ATAAGAGAAGCGTTAAAAAATGTAAAAGTTTTAGCTGTAATGGATAGAAGTGAAGGCTTC +AATGCTTATGGGGGACCGCTAGGGGCGGAAGTAAAAGGAGCGCTTTATTGTTTAGAAAAG +GGGCCTAAAGTTGTAAATTATATTTATGGATTAGGTGGTAGAGATGTTAGAGTTGAGAAC +GTGGAAGAAGTATTTAACGAACTTGAAAAAATAGATAATAGTGGAGAACTAGGAGAAGAG +TATCGTTATTTATCAGTAAGAGATTAG +>porB +ATGAGTTATAATTTTAAGGATGTAATGAATAAACCAGAAAGATTAGCTGGTGGACATAGA +ATGTGTGCGGGATGTGGAGGAACTATTGCTGTAAGAAACGTACTACGTGGATTAAAAGAA +GAAGATCATGCAGTAATAGGAAGTGCAACAGGATGTTTAGAAGTTTCTACTTTTATGTAT +CCTTATACAGCATGGAAGGATTCTTTTATACATAATGCTTTTGAAAATGCAGCAGCTACA +ATAAGTGGAGTAGAAGCTGCTTATAAAGCAATGAAGAGAAAAGGTAAAATAGATGATAGT +TATAAACTTATAGCATTTGGTGGAGATGGTGGAACTTATGACATAGGATTCCAATCATTA +TCAGGCGCTATGGAAAGAAATCACGACATGGTATATGTATGCTATGATAATGGTGCTTAC +ATGAATACAGGTATCCAACGCTCATCTGCAACACCAATGTATGCAGATACTACAACAACT +CCAGTTGGAAGTAAATCATCTGGAAAACCACAAAATAGAAAAGATTTAGCATCTATAATA +GCATCGCATGATGTTCCATATGTAGCTCAAACAACATTTATAAAAAACTTTAAAGATTTA +CATACTAAATCTGAAAAAGCTATATATACAGAAGGTGCAGCATTCTTAAATGTAATGGCA +CCGTGCCCAAGAGGATGGAGATATCCAGCAGAAGATATGATGAAAATATGTGAGTTAGCA +GTAGAAACTTGCTACTGGCCACTATTTGAAGTCATAGATGGGAAATGGATATTAAATTAT +AAACCAAAGAAAAAACTTCCAATTGAAGAGTTCTTAAAACCACAAGGTAGATTTAAGCAC +TTATTCAAAAAAGGGAATGAACATTTAATAGAAGAATTCCAAGCTGAAGTAGATAGAAGA +TGGAATGAACTATTAGCTAGATGTGGAGAAGAAATATAA +>mleN_1 +ATGAATAAAAATGTTTCAAAAGGAAATCCATTGGCATTATTACCTATTGTTGTATTTTTA +GTTTTATTTGTTGGAAGTGGAATTATAACAGGAGATTTTTATCAAATGCCAGTTTTAGTT +GCATTTATGATAGCATCTGGGGTTGCATTATTATTTAATAAAAATGAAAAGTTTGACACT +AAGATGGATATATTCTGTAAGGGTGCAGGAGACCCTAATATAGTTCTTATGTTAGTAATA +TTCTTATTAGCTGGAGCATTCGGAAGTGTTGCAAAGGCTATGGGTGGAGTTGACTCAACT +GTAAACTTAAGTTTATCTGTATTACCTCCAAATCTTTTAGTAGCAGGATTATTTATAATA +GGAAGTTTCATCTCTATATCAATGGGAACATCAGTAGGAACAATAGCAGCTCTTGCTCCA +ATAGGACTTGGAATAGCTGAAAAGACTGGAATTCCAGTAGCATTAGTAACAGGAGCTATA +GTTGGTGGAGCTATGTTTGGTGATAATCTATCTATGATATCTGATACTACAATAGCAGCG +TGTAGAACTCAAGGTTGTGATTTAAAAGATAAGTTCAAGGTGAATTTTTTAATCGTTTTA +CCGGCTGCTATACTTACTGTAATATTACTTGCCGTAATGACAAGTGGATATAAAGGGTCT +ATGGGGCAAACGTATTCTTATGAATTTATTAAAGTTGTTCCTTATATAGCTGTTTTAGTA +GGAGCTCTATGTGGAGTTAATGTTTTTGTTTTGCTTGGTGGAGGAATATTATTTGCTGGG +GTTGTAGGAATGGCTACAGGTTCTCTTGATTTATCGGCGTTAATTCAAGCTATATCTGGT +GGAATGGCTGGAATGCAAGAATTATGTATACTAGTTTTAATAGTTGGTGGAGTTGTTGGT +TTAATGAAACATAATGAAGGAATAGATTTTTTACTTCACTTTATAACTAGTAGAATAAAT +AGCAAAAAAGGTGCAGAGTTTGGAATAGCTGCATTAGTAAGCGTTGTAGATCTGTGTACT +GCAAATAATACTATAGCAATAGTAACTGCAGGACCTCTTGCTAAAGATATAGCAGAGCAA +TATGACATAGATCCAAGAAAAACTGCAAGTATACTTGATATATTTTCAGCTTGTTGGCAA +GGTATGATACCTTATGGGGCACAACTTGTTACAGCAGCAGGAATAGTTGGAGTATCTGCT +GTTGAAATAATAAAATACTTACACTACCCAATGTTAATGTTAGTATGTGGTATAGGTTCA +ATAATCTTTGGAATACCAAAGCTAAAAAAGACTAAAGAAGATACAAGTAAAGTATCATAA +>group_54 +ATGCCTGGTGGAGATAGAGGTTCAAACAAAGGATTTAGTGGAATGTTCTCAAAGCCTAGA +CCTGATGTAGATGTGATAGACGAACTTGATGTTTCTGTTTCAAGTAGCGACTTCTTCAAA +ATGGCAACATTAGGAACTGCTATCTCATTAATAGCAACTTGCACTCCAGCAGTTACGGTG +ATTAGAGTTAACCCTAAAAATATCTTAAGTAAACATAGTTAG +>group_43 +ATGTTAGGCAACGTTTTAATGGGATTACAAGTTGTATTAGGGATTATATTAATACTTGCT +ATAATGCCTCAAGATAGTAAAAGTGCTGTTCCTACACAATTTGGTGGGGAAGGAAGCCAA +AGCTACTTCAAGCCAAAAGGTAAGGAAGCTTTCCTTGGTAGAGTTACAAAGATAGCAGCA +GTATTATTCTTTTTAAATGCATTAGCATTAGCTGTTATAAATAAATAA +>group_416 +ATGGAGAATTTTATTTTATCTTTTAACGTAGTTACACCATTATTTATTATTATGTCTTTA +GGATATTATTTAAAGTATATAAAACTTTTAGACAAACAGACCTTAAATGTTATGAACAGT +GTTTGTTTTAAGTTTTTTTTACCAATACTACTATTTTTTAATATTTATCAAAGTGATGTA +AAAAGTTCTTTTAATATCAACCTAATCACCTTTTCAGTTAGCTCAATAGTTATCTTATTT +GTAGTTCTATGTTTCCTTATTCCTAAAATAGAAAAAGATAATAAAAAACGAGGGGTCATG +ATTCAAGGTATATTTAGAAGTAACTTTGTTATATTTGGAATGCCTATAGCCACTTCAATA +TATGGTGAAGGAAATATTGGTACAACAGCATTACTAATTGCTGTCATAGTTCCACTATTT +AATCTTTTATCAGTAATTTCTTTAGAATTGTTTAGAGACGGAGAAATAAACTTAAAAAAA +ATTCTTAAAGGAATAATCACAAATCCACTAATTATAGCATCAGCTATAGGTATTTTATTT +GTTACTCTTAACATTACTCTACCAACATTTATAGAAAAATCAGTAAGTGACATAGCCAAA +ATAGCTACCCCACTATCATTAATACTACTAGGTGGATCATTCTCATTTAGTCACATAAAA +GAATATTTAAATCACACAATAATAATAGTTTTCAATAAACTAATCTTCGTACCTCTTATA +TTTATACCAATCGCAATAAAGCTAGGGTTTAGAGGTATCGAATTACTAACAATACTACTA +ATATTTGCAGCACCCGTAGCAGTCTCAACCTTCCAAATGTCAAAACAAATGGATGGAGAC +AGCATCTTAGCAGAACAATCAATAGTGTTTACATGCTTATTCTGCATCCCAACAGTATTC +CTATGGATACTAACCCTAAAACAACTATCATTAATCTAA +>rnr +ATGGTACCAGGACTTAAAGAACGTTTATTAGGACTAATAAATGACTCGGCATATAGCCCT +CTAAAGAAAGAGGAACTTGCTGTTATATTTGATATACATCCAGCAGAAATGCCAATGTTT +TATAATTTTTTAGATGAATTAGAAGAAGACGGATATATAGGAAGGACAAAAAAAGGAAAG +ATAATGTCATTAAATCAAATGGGATTATTTGTAGGTAAATTTGTATCTCATAGAAAAGGG +TTTGGATTTGTTGAGTCTGATGAAGAATATACTCAAGATTTATTCATACCAGCTGATAAT +GTAAATACAGCTATGCACAATGACAGAGTTATAGCAGAAATAGTAACTCCTGCCACTGAT +GATAGAAGAGCAGAAGGTAAGATAATAAAGGTAGTAAAAAGAGAAGTTACAGAAGTAGTT +GGATTATTCCAACCAAGTAAGAACTTTGGATTCGTAGTTCCAGATAATAAAAAGTTCAAT +CAAGATATATATATACCTAAGAAATTCTTCTCAGGTGCAAAGGAAAATGACAAGGTTGTA +GTTGAAATAACAGTATGGCCATCAGAAGATAGAAAGCCAGAAGGTAAAATAATAGAAGTA +TTAGGTCAAAAAGGTGAAAGAGGAGTAGAAATAGATTCTATAGTTAAATCTCATGGTTTA +CCAGAAGAATTCCCTAAGAAAGTATTAGATGAAGCTGAGTTTGTTGCAGTACCTATTCCT +GAAGAAGAAATTCAAAGAAGATTTGATATAAGAGATCTTAAGACTTTCACTATAGATGGA +GAAGATGCAAAAGACTTAGATGATGCTGTTTCTATAGAAAAACTATCTAATGGAAACTTC +AAGTTAGGGGTTCATATAGCTGACGTTACTCATTATGTAAGAGAAAAAAGTAAGTTAGAT +AAAGAAGCTTTAAAAAGAGCAACTTCTGTTTACTTAGTAGATAAGGTAATACCAATGTTA +CCTAAGACACTTTCTAATGGAATGTGTTCATTAAATCCATTTGAAGATAAGCTTACTTTA +TCAATATTTATGGAAATAAATGATAAGGGTGAAGTTGTAAAACATGATATATATGAGAGT +GTAATAAATTCAAAAGCTAGAATGACTTACACAGAAGTATCAGATATATTAGAAAAAGAT +GACCCATTATTAAAGAAAACTTTCTCTCATATGGTAGATGAATTTAAGATGTCAGAAGAA +TTAGCTAGAATTCTTATGAAGAGAAGAGAAAGAAGGGGATCAATAGACTTTGATTTCCCA +GAAGCAAAAATCATCTTAAATAAAGATGGAGAAGTTGTTGATATCAAACATTATGAAAGA +AGAATATCTAACAGAATAATAGAAGAGTTCATGCTTATAAGTAATGAAACTATAGCAGAG +CACTACTTCTGGTTAGGATTACCTTTTGTTTATAGAGTCCATGAAACTCCATCAGCTGAA +AAGATGGAACAATTAAGCAAGTTCGTAGCTACATTTGGATATACAATAAAAGGTGACTTA +GAAGATGTTCATCCAAAGGCTTTACAAGCAATAGTTGAAAACATAAAAGGTAAAAGAGAA +GAAGAAGCAATAAGTACAATATTACTTCGTTCATTAAAACAAGCAAGATATGAACCAACT +TGTTTAGGTCACTTTGGTCTTGCGGCTAAATACTATTGTCACTTTACTTCTCCAATAAGA +AGATATCCAGATTTACAAATACACAGAATTATAAAAGAACAATTAAATAATAAGATAAAT +CAAAAAAGACAAGATCAGTTAAGTAATATAGTTGAATATGCATCTACTCAATCTTCTGAA +AGAGAAAGAGCGGCAGAACTTGCTGAAAGAGATGTCCATGATTACTATAAAGCTTGTTAT +ATGGCTGATAAAGTAGGTCAAGAATTTGAAGGAACTATATCAAGTGTAACTAACTTTGGC +ATGTTCGTTGAGTTAGAGAATACTATAGAAGGTCTTGTTAGACTTGCTAATATGGCAGAT +GATTATTATATTTATGATGATATGACTTATACTATAATTGGTGAGAGAACTAAGAAGACA +TTTAGAATAGGTGACCCTGTTAGAATTAGGGTTGATAGAGTAAATGTAGATTTTAGAGAG +ATTGATTTTGAATTATTAGAAAAAATAGAAGAAGATACTGCTGAGTAA +>smpB +TTGTTGTCAGGTAAAAAAGTATTAGCTACAAATAGAAAAGCAAGACATGAGTATTTTATA +GAAGAAACTTATGAATGCGGTATAGAACTTAAAGGGACAGAAGTAAAGTCAATTAGACAA +GGTAAGATAAATCTAACTGATGGATTTGCATCTGTTGATAATAGTGAAGTATTTTTAAAA +CAAGTTCATATAAGTCCTTACGAACAAGGAAATAGATTTAATGTTGATCCACTTAGAGTA +AGAAAATTATTACTTCACAAAAGTGAAATAAGAAAACTTATAGGGGCAACAACTATAAAA +GGATATTCTTTAATACCATTAAGTGTTTACTTAGTAAGAGGCAAAGTTAAAGTAGAATTA +GCTTTAGCTAAAGGTAAGAAGTTATACGATAAGCGTCAAGATTTAGCTAAGAAAGATGCT +CAAAGACGTATAGAAAGAGAAATGTCAGGAAGATACTAA +>crr_1 +ATGTTAAACTTTTTCAAAAAAAATAAAAGTTATAAATTAGAAGCTACAGTGAGCGGTAAT +AGTATAAATATTGAGAAAGTAAATGATTCTATGTTCTCAAAAAAATTAATGGGGGATGGA +ATAGCAATTATTCCAAACAATGATATTGCTTTAGCACCTTGTGATGGTAAAATAACTGTA +CTTCCAGAGTCAAAACATGCTTTTGGTATGGTTACAGATGAAGGCGTTGAAATATTAGTT +CATATAGGAATTGATACCGTTAATTTAAAAGGTGATGGATTTAGAACAGCAGTATCTCAA +GGAGATGTTGTTAAAAAGGGAGACCCAATAATTTATTTTGATAGAGAAAAAATAGCTTCT +CAAGGAGTAGATACTACAACGATGATGATTGTATTAAATCATACAGAATTCTCAAAAGTA +AATTGCATAACGGAGAATGAAGTTGTTGCTGGGCAAGACACTGTTATTGAAATTATGAAA +TAG +>licT_1 +ATGATAGCAGTAAAAATCTTTAACAATAATGCATTATCAACAGTGACTGATGATGGAAAA +GATGCAATCATACTAGGGCTTGGTATAGGTTTTAATAAACGCCCAGGTGATCAAGTTAAT +GAGGATAAAATAGAAAAAATATATTATGTTCAAGATGATATGCAAACTAAATTCTTAGAA +CTATTAAATAACGTAAGTCCAGAAGTTATGGATGCATCAAATGAAATCATAAGACTTATT +CCAAATAATGATGGGAAGTTTAATAATAAAGGTATATTATCTCTAATAGAACATATTAGT +TTTGCAATAGAAAGAACAAAAAATAATGTATTTTTACCTAATTTAATGCTATCGGATATA +AAAGTGATGTATTCAAAAGAGTTTGAATTAGGAATGAATGCTTTAAGTATTATAAATAAG +CGATGTCAGACTAATTTACCCGAAGATGAAGCGGGTTACATAGCTCTACATTTTGTGAAT +ATGCAATCAAATGATAATCTAGCATATGATACCTTAAAATTTGTAAAAGGTAGTATGGAT +CTAGTTAAAGAATGCTATGGCCTAGAATTAGATGAATTAAGTTTAAGTACAATACGTTTT +ATGACTCATCTTAAGTTTCTTGCACAAAGAATTTTTAAGAAAGAAACCTATGAAGATGAG +AAAATGGTTGAAATGTATGTGTATTTACTTACAAAGCATCCAAAAAATGTAGAATACCTA +GAAAAGCTAAATGAATACATTGAAAAAGAGTTTAAATATAAATTAGATAAACCTGAAATG +ATTTATATATTATTACATTTAACAAAAATTTTATAA +>malP_1 +GTGAAAGAAAAACTACTTGGAGGATTAGAAACATTTGCAAAAGCAATGGTTCAACCGTTA +ATGTATCTATCAAGTGCAGGTATATTAATGGTAATAGGGGTATTACTCACAAATGATATA +CTAACAGGTGTAATTCCATTTTTGAAGTGGGAACCAATACAAATATTTGGGGATTTAATT +TATAACTGCGTGATGGCTATTATTAACAATCTTTCAGTTATATTTGCAATAGGAATTCCA +GCTGCATTAGCGAAGAAAGAAAAGCATAAAGCAGCATTAATAGGATTTATGAGTTACTTT +ATATATCTTACAACTTCAAACACTATATTGACTGCCTTAGAGCAGTTAGCTGAGCCAAGT +AAAATGCTTGGATTAATAGGAACTGGTCAAGCGACTATTTTAGGTATACAAGTTGTAGAT +ACAAGTGTATTTGGTGGTATTATTTTAGGTTGTATAACAGGATATATATTTAACCGTACA +AGTCAAAAGACATTTAAAGGCGCTTTACAAATATATTCTGGAGCAAACTTCAGTTTTATA +TGTATGTTCTTTGTAGCTATTTTATTTGGTGTAGCTATGAATTATGTATGGCCATTAGCT +CAACAAGGAATTGCATCTCTTGCAAATGTTATCAAAAATACTGGTACATTTGGTTTATTC +TTATATGGTTTCCTAGAAAGAATATTAGTTCCAACTGGACTACATCACTTAATATATACA +CCATTCCAATTCTCTGATTTAGGTGGAGTACTTCAAGTAGGTTCAGAAACTGTAGCAGGA +GCTTATGCAATAGTAATGACAGAAATGAATATGCCAATAGAGCGTTTCTCAGAGAGTATA +TATTATATGGCAACTGGATTTACAAAGATGTTTGGGTATATAGGTATAGGAGCAGCATTT +ATTCATACAGCACATAAGCATAACAAGAAAAAAGTTAGAGCAGCAATTATTCCATTAATA +GTTACAGCAGCATTAGCGTCTGTAACAGAGCCTCTAGATTTTATGTTTGTATTCTGTGCA +CCATTATTATTTGTTGTACATTCAGTTATATCAGGACTTTTCATAGCATTACTAAAAATA +TTTGATGTTACTGCATTCTGTGGAGGTAACTTATTAGTATCAATAATAATGAATACTACA +GTAGGAGCAGCAAAAACAAATTGGCCAGTGATGATGATATTAGGAATAGTACAAATTCTT +GTATACTTCATAGTATTTAGTTTCTTAATTAAGAAATTCAACTTCAAAACGCCAGGGCGT +GAAGATGAGGAAATTGCTACAGATAAAGAGCAATCAAATAAAATTAATTCAGATACAAAT +ATAGAAAATATAATCAATGGATTAGGTGGAAAAGAAAATATAAATACAGTAGAAAATTGT +ATTACTAGATTACGTGTTAATGTAAAAGACGAAAGCTTAATAAATGAAGATACAATAAAC +TTAACACCAAATAGTGGTATTGTAAGAAAAGGGAAAAATATACAAATAATCTTTGGACTT +CATGTACCAGATGTAAGGCGTTCAGTAGCAGATTACCTAGAAGCATATTAA +>aglB +ATGATTATTACTGTTGTTGGTGGAGGAAGTACATTTACTCCTGGGATTGTTAAATCAATT +GCGCAAAGAGCAAAAGAGTTGGATTTAGATGAGATTCGTTTATTTGACATTGATAAAGAA +AGACAAGATAAAGTAGCTGTGGTTGTTGAGTGGATATTAAGAGAAGATGTTAAGACAGAT +GTTAAGTTAACTGTAACAAATGATGTTAAAGAAGCTTACACTGATGCTACATTTGTATTT +GCACAAATGCGTGTTGGTAAATATGAAATGCGTGAACAAGATGAAAAAATACCACTAAAG +CATGGCTGTGTAGGTCAAGAAACTTGTGGTTGCGGAGGTATGGCATACGGACTTCGTACA +ATAAACCCAATGATAGACCTTATAGATGATGTAGAAAAATACGCTAAGAAAGATCACTGG +ATATTAAACTACTCTAACCCGGCAGCTATAGTTTCAGAAGCTTGCCGTAAGTTAAGACCA +AATGCAAGAATAATAAATATATGTGATATGCCAATAGCTATAATAGATATAATAGCTGAA +TCATTAGGTATAAAAGATGTTAACAATATAGTTTATGACTACTTTGGATTAAATCACTTT +GGGTGGTTTACATCTATAGAGTACAAAGGTAGGGATATAATGGCGGAAATAAAAGAATAC +ATAAAGAAACATGAAATATTACTGCCTGAATCTTATATAGAAAGAATAAAGAAAGCTCAA +AGTGTAGGAAATCGTCATGCTGTAAGTAGCTGGAATCACGTTTGGAAATCAGTTTACACA +ATGCTAGAAAGTTTCCCAGATTACTTACCTAATACTTATTTAACATATTACCTTTTAGCT +AAGGAAACAGTAGAGAAATCAAATATAGACCGTACTCGTGCAAATGAAGTTATGGAAAGT +CGTGAAAAAGACTTATTTGAAGGCGTAGAGCACTACTTAAAAACAGGTGAAATATCACAA +AAGGCATTCTATGCAGGGTCACACGGAGATTGGATAAGTGATTTAGCAGTTGCGATAAAA +AATGATACAAAGGCTCGTTTCTTAGTTATAACTGAAAATCGCGGAACTATACCAAATATG +CCATATGATGCAATGGTAGAAGTACCAGCATACATAGGAAAGAATGGTCCAGAAGTTATA +GCTAGAGGTCCAATACCTCTATTCCAACAAGGATTAATGATGCAACAAGTTAATAGTGAA +AAACTAATAGTAGAAGCGTGTGTAGAAAATAGTTACGAAAAGGCACTACAAGCATTTACT +TTAAATAAAACTGTTCCAAGTATGAGGGTTGCTAAAGCTATATTAGATGATATGATAGAA +GCTAATAAAGGATACTGGCCAGAATTAAGATAG +>sigM_1 +GTGCATGAAATGGACGGTATATATAAAGAACATGCACAGATGGTTTTTAGGTATTTAATG +AGCCTTTGTAAAGAAGAACAACTAGCAGATGAACTTACACAAGAAACATTTTATCGTGCA +ATAAAATCCTCAAATAGATATGATGGAACTTGTAAAATATCTACTTGGTTATGTCAAATT +GCAAAACACGTTTGGTATCAAGAGCTTGATAAGAGAGCTAGAAAGGGAACTTTTGAATTA +AATGATGAAACACCATCTACAAATACTGGTGTGGAAGAGGCTATCTGTTTAAAAGAAAAT +AAAATGGAGTTTATGAAACAAATTTATAAGCTAGACCAAACTTCAAAAGAAGTAGTATTA +CTTAGAATAACAGGTGCATTTTCATTTAAAGAAATTGGTGAAATACTTAATAAAAATGAA +AATTGGGCAAGAGTTACATATTATAGAGTTAAACAAAAAATAGTGAAGGGAGGAACTATA +TGA +>group_171 +ATGAAGTGTGAAATTATAAAGGACCTTTTACCAAGTTATGTTGACGAACTAACAAGTACT +GAAAGTAATATAGAAATTGAAAAGCATTTAGAGTCTTGTATTTCATGTAAAGAAGAATTG +AATAAAATGAAAGAAGATATAAGCATAGAAGAAATAAAATTGAATAAAAAAGATATTAAA +CCATTGAAGAAATTAAATAAAAAAGTTCTAAAATATGTTATTATAACTATTTTGGCTGAA +ATAACTTTAGTAGGTTCATATTTTCATTTCTTTGGATTTGATTGGAAAGTAAATTCAAAT +GATTTATATGTTGCATATTACTTAAAAGATGACATTATATATTTTGACTTTGAATTAATG +AATGGTAGAGTACTTAATGCATGGACTGATGTTGAAGAGCCTTATACAATATCATTTACA +GAGTGTTTTGGAAGTGTTTTAGATGATAAAGGTGTGCATCCGAATGAGTTTTCTTATAGA +ATACACTACAGAAATGAAAAGGGGAAAATTATATTTAAAGATGGTGATACTTTAAAGTTA +AAGTTCAAAGATAAGGTAGAAGAAATTAACTTGAATAAAATTGTAGAAGAGCTTAAAATA +AATAAACATTAA +>group_77 +ATGAATTACAAAATAAACATACCACTAATAGAAACTAAAATGCTACAAAAAGGCTACTCA +CTAACAAAACTAGCATCAATAGCAAACACTTCGACATCAACCGTAGCAAGAGTAATAAAC +AAACAAGGAACACCAAGACCACAAACCATATACAAAATAGCTCAAGCACTAGAACTAGAA +ACATCAGAAATACTACTATAA +>dnaG_1 +ATGTATAAACAATATATTGAAGAGATAAATAATCTAAAAAATTTAGAAACAATAATAAAC +TACTACTATCCAAATCAACTAAAGAAAAACAAAATGAACTGCCCATTTCACAAAGAAAGC +ACACCAAGTTTCTACATAAAAGACAAAGAAAATGTAGCATTTTATCATTGCTTTGGATGC +GGTGAAGGTGGAGGAATAATAAACTTTATACAAAAAGTAGAAAGCATACCATTTAGACAA +GCTCTAAAAAAAGCATATGAAATACTAGAAATACCAATAAATTTACCTAGCCTAAATAAA +GCATCTAATCATAAAGTAAATAAAAATAATGCAGTTCAATTTTATAATAATCAAGCAATC +AAAGCCATAAAAGAAGGAGATATAGACAAAGCTTTTGAACTAACATGTAAAAGTGATGAA +GAGAAAAATAAAAATTACTTTATAGATTATCCATACTTAGATGAAAAAAACGCGCCACTA +AAAATATGGGAAAATATGAATGAAATCTTAAAAGCAAACAACATAACAGTAGCCTATAAT +GAAATTACCAAAGATGTAGAAATAGAAGGACTAGACTCAACTAATTTAGATAATCAACTA +GTAGATATACACTCGCTATGTATTAAATATGGATTTAAACTACCGTTTGCTACTATAGAT +AAATTTGTAAATCGTATAGGAGAATTAAATCCTAAAAATCCTGTAATAGACTATCTAAGA +GAATGCTATATGGAGTTTGATGGAAACTATAAATATATACAAAAACTATGTGATGCTATT +ATCACATCAGAAGACTTTAATCCTAAGTTAAAGAAAATACTTATCATTAAATGGTTACTA +AATACAGCTATGATACCTTTTAATGAAGGAAATTCAAACATAGAAGGAATACTTACACTA +CAAGGTAGGCAAGGTCTTGGAAAGACTAGGTTAATAAAAAAGCTTGTACCAATGTATGTA +AAGACAGGTCTAGAATTAGATCCTAGTGATAAAGATAAGGTTTACCAATGTATTAAATAC +TGGGTAGCTGAATTAGGTGAACTAGATGCTACTTTTAAACGTGATTTAGCAAAACTTAAA +GCATTTATTACAGAGCAAAATGATGAATTTAGACGACCTTATGCTATTAAGCCTGTTATC +TATCCAAGAAAAACTTCTTTTTATGCAACTGTTAATAATGATGATTTTCTAAAGGATGAA +ACAGGAAATAGGAGGTACTGGATAATTCCTGTTAAAGAAATAGATTTTAATATAATTGAT +AATTTAGATATAGATAATCTATGGGGAGAGGTAATGCATATAAAGGAAGAAAATAAAGTC +AAACATTATTTAGAAGCAGAGGAACTAGATTTACTAAACAATAGTAATGAAGAATTTAAA +ATATATAACTCAATTGAAATTTCTATAGATAGGGAATTTAACTGGGATATTGATAGATCT +CATTGGCAGTTCAAACCTAGTATGGAAATAGCAAGTAGATTAAATGTAAATTCTACAAAA +GGAATAAAAACTTGCTTGCTAAGTAGAGGAGCTCAATATACAAAAAGGGGAACTAAAAGA +GGATATGTAACACCACCATATAAGGTACCTATTAATTTTTAA +>rhaS_1 +ATGCAAAATATGAGATATTATTATGATTTTTCAGGTCAAAAATTTGGATATCCTTTAAGC +CTAAGCATCAATAGCTTTAGCCGACAAGTATTTTCCCGTCATAGTAGCCTAGAAATAACT +TACGTTTTAAAGGGAGAATATGAGGCTATTACAGAAAACTTCTCTCATACAATTAAAGAA +CATGAACTAGTAATCATTGCTCCAAATGATATTCATATAATTCGCCAAAATTCTAGAGAT +GAAAATGTGATTTTAACCATACATATTGATTTTTCGCTATTTCCATCAGCAATGATAGGA +GAAATAAAGCATTCCTACGAATCAATTGTTTGCACTGATAATAATAATGTTAAATTATTG +AAAAAATTAAAGATTCAAATAGGTAAACTAGTTGAAGTTCTATTACGTGGAAACAATAAT +TTATTTGAGTTAAATACAATAATGATGGAAATTGTTTATATAACTTCTAATAACATGCAG +TATCCTATTGAACGTTTGCCTCTTCAGTCTACTCATAGAGAAAATTATATTAAAGCTATT +CAGTATATAGATAGTCATTATAAAGAGGATATACGTTTAAGTGATATAGCAAATACACTT +ATGTTTAGTGTTTCTTATACTTCCAAACTATTTAAAAAGTATACAGGTATTCCATTTGTA +AAATATGTTGCTCTAGTAAGAGTACGTGAATCCATAGAATCTCTATTAGAAGGGAAAAAA +TCCATTGAGCAGATTGCTGCTGATTGTGGGATGCCAAATTCTAAAGCATATACAACAGCT +TTCAAGGAACTATATGGAATTGCCCCTAGCCACTATCGAAAAAAGTTTGTTAATAATATT +AAATTTAATGAAGATAAAAGAGAACAATTAATGTGTTTAGATTATAACCAAAGGGAACTT +CTTCAACACCTATTAGAAGAATCAGAAAACATACTTTATGAAAATGACGGTATAAAAATT +AAAGAAAAAGAAGGACGTATTCTTTGTTCAATTCAAACATCTAAAAATGTAAAAAGTACT +ATAACTAACTGTAATGATGAAATCATTATAGATATTGTTAAAGCTTAA +>group_51 +ATGAAAAAATATAGTCATTTATTTTCACCTATTAAAATTGGTGAAACCATAGTTAAAAAT +CGTATTTTTATGCCACCAATATCTACAAACCTAGCAGATAAAGGTTATGTAACAGATGCT +TTAGTTGAGCATTACGCTGCAAGAGCCAAAGGTGGTGTTGGTCTTATTGTAACTGAAGTA +ACTACTGTTGAACCTGTTTATACATATTTACCTGGAGATATGTCCATAAGTGATGATTCT +TATATTCCTGGTTGGAAAAAGTTGACGGATGCTGTGCATAAGTATGGTGCAAAAATACTT +CCACAATTATTCCATCCTGCTTACATGGCCTTCCCTATTCCAGGAACACCTCGTTTAATT +GCACCATCAAATGTGGGACCTTCGTATGCAAAGGAAGCGCCAAGACCAGTAACTATACCA +GAGTTAAAAGTTATTATCAAGCAGTTTGGTGAAGCAGCATTAAGAATTAAAATCGCTGGA +GGAGATGGTGTTGAAATTCATGCTGCCCATGCTCACGGTTTATTAGGAGGTTTTTTATCT +CCAATATATAATAAAAGAACTGATGAATATGGCGGTGATATCAATGGACGTTTGAAATTA +ACACTAGAAGTTATTGAAGAAGTTCGTAAAACATGTGGAAAAGATTTTATTATTGATGTA +AGAATTTCTGGTGATGAATATTGTGATGGAGGTTTAAATCTTAACGATGGAATATACATT +GCTAAGCAGTTAGAGAAATCTGGAGCTGATATGATTCATGTATCTGGAGGAACTACTATC +ATGCGTGGTAGCTCAATACCTGCACCTGGTACAAAGCAAGGTTATCATGCTAAGTTATCA +GAAGAAATCAAAAAACATACGTCAATCCCAATAGCTACTGTTGGACGAATTACAGAGCCT +TGGATTGCTGATGAATTAATTGCCAATGGCAAGTCAGATATCTGCATGATTGGAAGAGCT +AATTTGTGCGATCCTGAATTTGCTAATAAAGCAGAAAAAGGGTTGGATAAGGATATACGT +CCATGTATTGGATGTCTTCGCTGCCTAAATGGTATTATGTTTGGAAATCGTATAGCTTGT +ACAATAAATCCATCTCTTGAAATTGAAAATGAAGATACTCTTAAGTTATCTGATACAAAG +AAAAAAATTCTTGTTATTGGTGGGGGACCTGCTGGTATGGAAGCGGCCTATGTTGCAAAG +AAAAGGGGACATCATGTAGTCCTTTGCGATAAAAATGAAGAACTAGGCGGACTTATGCGT +ATAGCTTCTGTACCAATTTCTAAGCAAGATCTTTCAAAGGTTACACAATACATGGTTAGA +AAACTAGAAGAAAGTGGAGTTGAAATTCGTTTAAACTGTAATGTTAATAAAGAATTATTA +CAAAATGAATTTGCTGATTATGAAGTGATTGTAAGTAACGGTGCTTGTCCTATTGTTATC +CAACCATTTACAGCCTTTAAACACTGGGCAACTGCCGATGATATTCTAGCTGGCAAAGAA +TTTCCTGGACGTAAAATTGTTATTATTGGAGGTGGTTCTGTAGGCTGTGAAACTGCAGAT +TATTTGGCACCTCTAGTTTATGACCGTTTTCCTAGAGATAGAAAAGTCACTGTAATTGAA +ATGGCAAAAGAAGTTATGGGAACAGAAACCGGCCCAGGTAGAAGTTTACTTGTACAGCGT +ATGATGAAAAAAGGTATAGAGTTAATCTGCAATGCCAAGGTTGAAAATGTAGAAGAAGAT +AAAATTTATTATAGCAAAGACGGTGAAATATACTGTATTGATGATTGTGATACACTTATC +TTCGCAGTGGGTTACAAAACTGACACTAGACTAGTCGATACCTTAAAGGAACTTCAAATG +CCTTATCATATTATAGGAGATGCAAACAATGTTGGAACAATAAAAGATGCTATTAATGCA +GGATATGATATTGCTAAAAAATTGTAA +>group_150 +ATGAATTTTAAAAGATTAGTAAAAAATATATTTATGAGTGTTGCTAGATTTTTAAATGAT +GGTGTTCAATTTTATCTAGACTATTGTAAAAAGTCATATGAAGTTGGCTTTTACCATAAC +AGGCATTTATGGTAA +>group_34 +ATGGCAAAATCAAAATTAGTAAAAGTAAATGAAAAAATTGCAGAAGGCGTAGTTGGTAGA +TACAAAAAAATTGAAAATGGTGTAGTTGGCGGATTCAATAAAATTGCGGACAAATTCGTA +GATAACTATCTGACAAAAGAAGGTGAGTCTATAGAAGAAGCAAAAGAAAGACTTGCAAAA +GAACAGAAGGCGAGAGAAGAGGCGAGTATATCAGAAAGAGAAAAGCATTCATTGTAG +>group_441 +GTGAAAAAAAGTATATTTGTATCAATGATTTCAGGAACTATCGGTGGGATTTTATTTTCA +CTTGGTATGTGTATGGCATTGATTCCAGAATGGAATTCGTTTAAGCCGGGAGTTATTATG +GGAGTAGCTGGAATGATTGTATTACTCATCATGATAGTTGTTTGGAGAAAAATGGAGAAT +AAACCACCGGTTAAGCCTTCAGGAAAAACAATTGGAGCCGTATTGATTAGTATCATAGGT +TCTTTACTGCTAGGAGTTGGAATGTGTCTCACAATGGTATGGAGTCATATGGTAATTGGT +ATTATAATAGGAATTGTGGGAATCGTTACACTTCTTTGTCTGATTCCATTTATTAAGGGA +TTAAAATAA +>hssR +ATGATAAATATATTAGTAGTAGAAGATGATATTAAATTAAATCAGATTGTATGTACCTAT +TTGAATGATAATGGATTTCATACAAAAGGGTGTCTGAATGCAAAAGATGCATATAGTGAA +ATGTATAACAACCTTTATGAATTGATTATTTCAGATATTATGATGCCTGAGATTGATGGA +TTTGAGTTTGCAGAAACAGTGAGACAGGTAAACAAGAGAATTCCGATTTTATTCATGTCG +GCGAAAGATGATTTGCCGTCTAAGAAAAAAGGATTCAAAATTGGAATTGATGATTATATG +GTGAAACCAGTAGAATTGGATGAACTGTTACTGCGTGTAAGGGCATTGCTTCGCAGAGCA +AACATCGAAATGGAACGGAAACTGATTGTTGGTAATCTGGAGCTGGATGCGGACGGAATG +AGTGCAGAAATTGAAGGAGAGGAAGTAAACCTTACTACAAGGGAATTTAATATTATTTAT +AAGATGCTTTCTTATCCAAAAAAAACATTTTCTAGGGCTCAGCTTATGGATGAGTTCTGG +GGTGTGAACAGTGATACCAGCTTGCGGGCAGTAGATGTCTATGTGACGAAGCTTCGAGAT +AAGTTATCGGACTGTGATGGTTTTAAAATTGTAACAGTGAGGGGACTTGGATACAAGGTG +GTGTTATTATGA +>rcsC_1 +ATGAGAAAACACGATGGATCTGTAAGGGTAAAGAAAAGCCGCTTTCCACCACATCTTTTT +GTTGCATATCTCATAGTTCTTTTGCTGATGTGTGGTGCACATACAGGTCTTATCATACTT +TCAAATAGGGAAGGTTGGAGTAAGATAACTCAGGTAATTGTACCCGTGGTATATTGGGTA +GCTGTTGCTATAGGACTTACTTTGTTTACAAGAAAAAAGATTATGACTACTTATGAAGAG +CCAATGCAGAACTTGGCAGAGGCTACCAAAATGGTAGCAAATGGTGATTTTTCAGTGTAT +GTTCCAACACTGAATACTTCCGATAAATTGGATTATCTGGATGTTATGATTTTGGATTTT +AATAAAATGGTAGAAGAACTAGGAAGTATTGAGACATTAAAAACGGATTTCGTGTCTAAT +GTATCCCATGAAATGAAGACACCGATTGCAATTATTAAAAATTATGCAGAATTGATTAAG +ATGGATCAAATTACAGATGAACAAAGAAAAGAATATGCACAGTCTATTATAGATTCCTCT +GTAAGATTATCCAATTTAATCAGCAATATTTTGAAATTGAATAAGTTGGAAAATCAGAAA +ATTACTCCAGAAATGGAAGCCTATGATGTATGCAGACAGTTATGTGAGTGCGCAATTTTG +TTTGAAGATGCATGGGAAGAAAAGGAAATTGAGTTAGTAATAGATATGGAAGATGTAGCA +ATGGTAAAGGCTTATGAAAGTCTATTGGAACTGGTTTGGAATAATCTGCTATCCAATGCT +ATTAAGTTCACGGAACCCGGCGGAACCATTGCTATCAGACAGGAATCAAAGGATAAGGAA +ATTCATGTATCTGTTTCGGATACAGGATGTGGCATGAGCAGCGAAAGCATAAAATATATA +TTTGATAAATTTTATCAAGGAGATACATCCCGTTCAAAAGAAGGAAATGGTCTTGGACTT +GCTATGGTAAAGCGGGTAATAGAGCTCTTGGATGGAGAGATTCAGGTTTCAAGTGAGGAA +GGAAAAGGAAGTACCTTTACCATTACATTACCTTCAGCAGAGATTGTTAATAATGTGAGT +GGAGGAAGGCAATAA +>group_206 +ATGGATGAAATAGAAAAAAAGCAGAAAGAATTCGTAGGGTATGAATACAAAGAAGTGATT +GCCGATATTAGTAAAGCTTCATTTATTTTTGACGGATATGAATACTTCGGATGGGAACTA +GACAAAAAACTGAATGGAAATATCTATGGAAATCCAGTGGAAAATATCCGTTCACCATAT +CAGAAGAAAATCGTAATACGGTTGAAACGAAACCGAAAGATTCTCAATAAAATGGAACTT +ACCAGACTTCAGAGGAATTTTGAAGCATGTATAAATGAAATCGAAGAATTAGAAAAATCA +AAAACTTCTACGGCAACCGTGTATGCACTTGTTATAGGGATTTTGGGAACGGCATTTATG +GCAGGTTCAGTTTTTGCTGTAACAGCACAGTCACCAAATATTATTTTGTGTATTTTGCTT +GCAATACCAGGTTTCATTGGCTGGATAACTCCATATTTTGTGTATAAAGAAATGGTAAAA +AGGCAAACAGGTAAAGTAACACAACTTATAGAAGAAAAATATGATGAGATTTATAAAATA +TGTGAAAGGGGAAATAAATTGCTGCATTAA +>group_0 +ATGAAAAAGAAACTAGCATCAATAGTGGCTATATCTATAATAGCTACGAATACTATGCCT +GCAATGAATGTTTTTGCAGATGAGATTATAAGAAACAAAGCAACAAGCATAGAAAAAGAA +GTAAGCAAAAATATGACGGTGGAGACTTTCAAAATAAAGAATTATGAAAACTTCACTAGG +TACAATGAAGATTATAGAGTAAATATAAAATCTATAAGCAACAATGGCGGTAAGTACAAT +CAAAGTATTATAACTAACGCTATAGATGGTAAATTAGAAACTCACTGGGAAACAGGAAGA +GAAAATGAAGAAGACTTTAAAAATGAGGTAGAATTTGAATTTGAAAACGTTGAAAAAATA +AACAGATTAGCTTATGCTACTAGACAAGATAGTGCAAGACCTAAAGGTTATCCTAAGGTT +GCAAAAATATTAGTAGCAGATTCTGATGAATCAGAATATAAGTTAGTAGGTGAAGTTGCA +AGTGATAAAGTAACTGGAGATATGGTTGAATTTAAATTCGATACAGTAGAAGCTAAGAAA +GTTAAGTTCATATTCTCTGATGTTCATAATGGTTGGGCAAGTGCTTCTGAGTTTTGGTTC +TATAAAGAAGATAAAACTTTAGATAAGATGGAAAGTCTTTTTACGGACGATAACATGAAT +GAAATTAGCCCTGAGTTTGCTGATTTAGAAGCGCTTAATGCTTTAGAAAAAGAGGCTAAG +GATCATCCATTTTATACAAACTTCAAAGAAGATATAGATAATGCTATAACTATATTAGAA +GAAGAAGAATTAGAAAGTACTTTAGCAAAAGTATCTAAATTAACTGGATATGGTACAGAA +TATCAAGATGCTTACAACGAAAAATTTATGATACCAACAAATAAAATAACTAAAGTAGAA +GCTAATGGTGGAATATATCCAGGTACTAAATATGAATATATGTTTGATGGTGACCCTAAT +ACACATTGGGAAACTAACAAAGCTAACAGCTCAGATTTCACAAATGAAATAACTTTAACT +TTAGATGAAGCACAAACTATAGATAGATTAGCTTATAAAGCTAGAAGTTTAAATAATAAA +GGATTCCCTACTAAGTTTGAAATATATGTTTCAGAAACTTCTAAAGGACAAACTTTCCAG +AAAATAGCATATGGACAAGCTAATGTAACAAGTGATATGGTTGAATTCAAGTTCACTCCT +ACAAAAGCTAAAAGAGTTAAATTAGTATTCAATGAGTGTAATATGAATAGAGCATTCGCT +TCTGAAATGAGATTATATAAGCACGATGAATTAAGTGAAAAGTATAATACATTATTTACA +AATGATAAGAAAAATGAAATAAGTAGTGAGTTTAATTCTATAGATAAATTAGAGAAGTTT +TCTAAAGAATTAGAACAACATCCTTTATATAATTTATATAAAGAAGGTATAAATGATGCT +AGATTAATATTAGAAAATAAGAAAGTTACATATATTGACGCAAAAGTATCTAAATTTAAA +AGCTTTGATTCACCTGAATTAGTAGAGTATGATAAAGCTTATAAAATAGATAATAAGCAT +ATAGTAAACATAACTACTAATGGAAGTCACTATTCTAATGAAGTAATAGCAAGAGCAATA +GATGGTGACGTTACAACTGCTTGGCATTCAAATAAAACAAACAGCGAAAACCACACTAAC +GAAGTTATAATGACGTTAGATAAATTAGAAACTATAGATAAGGTAGTATATACTTCGCCT +AGAGCCAGAGGGTTCGCAGAAGAATTTGACATATATGTATCAAAAACTCTAGAAGGTGAT +ACTTTCGAAAAGGTTACAAGTGGTAGAGCAAGCAGAACAAATGATTCAGTTTCTATAAAG +TTTAATCCAACAGAAGCTAGAAGAGTTAAATTTGTATATACTAAAGCTTATGAAAATTTT +GCATTAGCTTATGAGTTTGGTTTATATAAACAAGATTCAACTATAGATAAAATGGATAAC +TTATTCACTGATGAAAATATGAATACTGTAAGTGAAGAATTTGCTAATATGGAAGCTTTA +AATAAATTAGAAGATGAAGTTAAAGAACATCCATTTTATTCTGACTTTAAAGAAGATATA +GAAAATGCTAAGGCTTTGGTTGAACAAGGGCAAGTTGAAGCAACTGTAAGTAAAACTAAA +AAGTTTAACCATTATAACAACCAAGAATACATGGAGCAATATGCTATAAATAGAGATAAT +ATAAAGAAAATATCTAACAACGCTGGACAATGGTCTACTATGAAAATAGATAATGCAATA +GATGGCAAGTTAGATACATATTGGGAAACTAATACATCTAATACAGAAAGTTTCAAAAAT +GAAGTTACTGTAGAGTTCATAAATCCGGTAACTATAGATAGATTAGCTTATGGGGCTAGA +GAATCTGATAGAAAAGGTTTCTTACAAGAATTTGAAATTTATGTGTCTGCTACAACTAAA +GGAGATAACTTTAAATTAGTATCTACTGCAAAAGCAGATAAAACTACTGGTTTAGTTGAG +GCGAAGTTTGAGCCAACTAAGTTCCAAAGATTAAAAATAAAAGTAACTAAAGGCGATCAA +AACTGGGCCACTTTAAATGAGTTAGTATTCTTAAAACAAGACTCTATAGCAAATCAAGTG +GAAAGTATGTTTACTAATGATTTAATGAATGAATTAACAGATGATTACAACACAATACAA +GAAATAGAAGCTTTAGAGCAAGAAGTTAAGAAACACCCTCTTGAAAGAGAATTAATGGAA +TATATAGAAAGAGCCAAGTATATAATTAGCAATCCTGAACAAGCGAATAATTATATATAC +GAATTAGAATCTAGAGGAGACTCTATAAAAGAATCTCAAAAGAGACAAATGTGGAATTTC +CAGGATTGGCAACCGACAGGGTTAGCAGTTAAGTCAGGACAACAAATAACTGTTTACGTA +GATGCAGAACCAGGAACACCATTACCTCGATTAGTGTACAAGCAAATGGACTCTCAACAT +AACGGAAACCACAACATAGCTTTAACTAATGGGAAGAACGTAATAACAATACCTGAAACT +AATCCTGACCAATTAAGACCTGGAACACCTCAATCAGGTGTATTATATACAACAAATCCT +TATACTCCTGAGGAGCAAATAAGAGAACCTAAGGTAAAAATAGAAGGTGCATTTGAGTAT +CCATGTTTCGTGTTAGGTGAAGACACAGACGAAGAGATATTTAAAGACTTAGAAGAATAT +ACAGAAAAATTAAAGAAGGATAAGCAACTTCCTGATGTATTTGAGATATTTAGTGAAAAG +AACTTAATAAATGTTAGGGCTACTTATGCGCTAGATTGGTACAGTAAGAATGACATAACA +CCAAGTGAAAATGCAAAGAAAATTGATGCTATTTTAAAAGAATCTATGGATTTCTGGGGA +TTTGATAACTCTAGTGAAGTAAACTCAGATTATAACTATAGATATATGACTATATTAAAA +TGGTTAGACAACGGTGGATTCATGAATGCTGCAAATGGTATAACAGGTTATAACCAAGCT +GAACAAGGTGCAGTATTAAACTACGGAACAGGTTGGGGATTAATGCATGAGCTTGGACAC +AATATGGATACGAACAGTATGAGTATAGTTGAAGTTACAAACAACATGTTACCTTTACAC +TTTGAAATGATAGAAGGTAAGGAAAGTAGATTCGTACAACAAAATCAATACCAAAAGAAC +ATATTCCCTAAAGTAACTAAGGAAGATTATTCTCAAAACAAATGGTATCCTGATAATGAT +TATAGTAACTTACAGCATATAGCACCGTTATGGCAATTACAGTTATATGATGAAACATTC +TGGCCTAGATTACAACAAGAGTTTAGAGAGAACAAGTTAGGTGGAGGAGATTGGGATAAC +AAGCATGAAGCATGGGCAATCGCTGCATCTAATGTACTTGAAATGGATTTAACAGAACAC +TTCGCTAGACATGGATTTAGAGTGTCAGAAGAGACTAAAAATCATATGAAACAATATCCT +GCTCCAACTCAAAAATTATGGTATTTAAATGATAACAAGTATTTAAAAGATGGTGAAGCT +TTTAACGGTAACTTAAACGTAAAAGTGAGCCCTAAGATAAATAAAGATAATATAACTTTA +ACTATGGATATAGATAAAGAAAATGATAAAAGTCTTTTAGGATACGAAATATACAGAGAT +GGAAAATTAATAGGTTTCACAGACAAGGGAACTTACGTAGACCAAGAAGTTGATTTAAGC +GATAACCACATTTATGAAGTAGTGCCTTTTAGTAACGATTTAAACACTGCTAAGAAGATA +AGTGTAAACTCTCAGCAACCTGTTATAGAAACTACTGGAGGAGTAACAGTAAAATTAAAT +GAAGAGTTTAATCCTTTAGATTATGTTAAATCTACTGATTACCAAGGTAACCCTATAGAA +AATATAGAAGTGAAACATAACGTTGATAACACTAAACAAGGTAAGTATACAGTAACTTAT +AAAGTTAAAGACAACAATAATTTATTTGCAGATGAAACTTTAGAAGTTGAGGTAGTAAGT +GATTACACATTCTTATCAGACTTTGAGTGGACAAGTGCTACTAGTGGATATCAAAATGCT +AGACGTAACGAAAGTATAAAAGGTAGACATTTAGGTGAACCTAAGACATTTGATAAAGGC +TTAGCTACACATGCAAATGGAGTTATAACTTATAACTTAGGAGAACACGACTACGATTAT +TTAGAAATGAGGGTCGGTGTAGATATGAGTATACCTGAACAAGGTAATTCAAGTATAACT +TTCAAATTAACTGGAGATGGTAAAACTTTAGCAACTACATCTGTTATGAAACATGCAGAT +AATTTAAAATATATTAAGGTTCCCGTAAAAGATGTAGATGAAATAAAAATAGAAGTTAAC +AATGGTGGTAACGGAATTACATCTGACCATGGTATAATAGTTGAACCTAAGTTAGCTACT +AACAACGGTAAACCAACATTAAAAGTAGATAAATCTATATCAGTAAAAGTTGGTGAAGAG +TTGGAAGACGTAATCGGTAAGATTGAAGCTTACGATGCAGAAGATGGAGATTTAACTAAA +GCCGTTCAGATAAGCGGACAAGATAAAGTTAATACTAACAGAGTTGGGACATACCCAATA +ACATATACAGTTACTGATAAGAGTGGAAATACGGCTACTGCTACAAGAAATATAAAAGTA +GTTAATATGCAAGATTTCACTTACTTAAGTGATTATGACTGGAAATCTCAATCTAATAAC +TATACACAACCTAAAAAGGATGTAGCTATAAATGGTGGAAATTTAACACTTACAGGTGAA +AATAACGAAGCAGTTGAGTATGAAAAAGGTTTAGGCATGCACTCAACAAGTACAGTTATA +TACGATTTAACTGATAAAAATGCAGATATATTTAGTACTTATATAGGCGTAGATAGAGCA +ATGTATCATTCTGTAGGCCAAGTACAGTTCGAAATATATGTTGATGGTAAGCTATCTTAT +GATAGTGGAATAATGAAAGCTAAAGATAAACAAAAATACGTAGAATTAAATTTAGCAGAT +GCTAAAGAATTAAAATTAGTCGTTAAAGATGGTGGTAACGGAAATGGTTCTGACCATGCA +ACTTTTGGTGATACTAAATTACACTTTGTAAATGAATCAAGAATAGACAAAACTGAATTA +ACTAATTTAGTGAACGAGGCTAAAAAGTTAAATGAAGATGACTATACAGAAGAATCTTTT +AATGCAATGCAAATACTTTTAGATAAAGCAGAGCAAGTTTTAGAAGATAGCAATGCTAGT +CAAGATACTATAGATAGTGTAACTGCAGAGCTACAAGAATCAGTTAAATCATTAACGGTA +ATAAACTTAGATGAGGTTGTAAATATACCAGATAAATATCTAGCTAGATCTTTATCTAGT +GTTCTAGGTAAGTCAGAAGGATTTACTATTGGTGATATGAGAAGTTTAACTGAATTAAGC +TTAAGTGGTGTTACTGACTTAGAAGGATTACAATATGCGAAGAATTTAGAAGTATTAAAT +ATAGAATATAATGAGATAAGTGATTTATCACCACTTAAAAATCTTAAAAATTTAACGGAT +TTAAGAGCTAATCCTCAAATAATAACAGCAGGATCAATAGCTAAAAAAGATAATAGAGTA +ACAATAAATTATGATATTTTAAATAGAAAAGGTGAAAAATTATCACCAAAAAGTGTGACA +ATAAGAAATAATCAAACATTAGAAGATACTACTTTAGATTTAGATGAGTGTGTAGATGAA +AATGGAGTAATATCTTTTGATACTACAAATCTTGATTCAGTTGTATATAGTGTGTATTTA +GAATATGAAGATACTAATGACAACTATTTATCACAAGTATTGTTTATGTTTAGTAATAAA +TAA +>group_446 +ATGGAAATAGAATGTAAAGAAAGAATAGAAGAAATAACGTCTAAATTTAAAGAATGCCGT +AAAGCTATTTCTGCTATGGGTGATGAAACTAGACAGCTGATTTTAATTACGTTACTAGAG +AGTGACTTTAATGGAATACGAGTGGGGGAAATCACAGAAAAAACACATCTTTCTCGTCCT +GCTGTATCTCATCATCTTAAAATATTGAAAGAAGCAGAAATTGTTAATGTACGTAGAGAA +GGAACGAAGAACTATTATTATTTTGATTCAAAGAAATCACAATGGAAATCACTAACAGAA +CTAATAAATCTTATATTTGTTGGAATACAACATATTGGTGAAAATGATGTAATAAAAGGT +GAGTAA +>group_388 +ATGGATATAAAGTGGATTATAGTTATAATTATAATTATACTTGCCCTATTCTTATATAGA +TGGATAATACAAAGAAAACAAGCTATTAATAATGTCCTACAAAGAAGTGATGAAGAAAAA +ATTAAAGATATTAATAATGTACTAGAGTTATATAGTTTTGTATATGATGAAACTAATGAT +ATTATATGTTCAAGTATGTATCCTTGGCAAAGAGAGGTAGGGTATTGTAGATTTTATGAT +GAAGCAGCACCTGCCTTAAATATGATTATTGATAGTGAGCCTATTTATTTTGAATATGAT +AATAGAAGATGGCTTATTGAATTTTGGAAAGGTCAGTATGGAATGACTACTGGTGGCGAA +ATTGGTATATATGTAACTGATATGGATGATATTAATATACCAGGTATTTTTTCAGGTCCT +TTTTTCAAAGCCGTATCAGATAAAGAACTCTTAAATATGGATTTTAAGCTTAAAATATGT +GAAAAAAAATTGTTTCAAAGAAAAGATTATCATTGGTGGCTAACAGGCTTTGATGTAGGT +GTATTTTCTAATCCTCGTAAGTTATCAATGGAAATTAGGATAATTTTTCCGAATATAATT +ATGAAACATGCATTTCTTAGTGGATTAAAAAGAGCAGGTTATAAAGAAGATGAAATTAAA +ATAATTAAGAATACAATTTATTTTGATTTTAATAAACCCAAGTCAGATCAACCACGTAAT +CGTTACAAATTGATAATACCTTTTATCCAATTGATGAATAAAACCTACTGCAAGATATAT +AATTTAATTACTAAAGATTTTACACGTACAATAGATAAAATTGATTTTTTACGATTATAC +TATCCTAATTTGTTTATGTTAATTGTAGGTAAAAATAGAATGAAAAAATTACAAAAATCT +TATAAAGTAATTTCATTTTATATAAATAGAAATGAGATGAGAAGTAATGAGCACTTATAA +>sigW +TTGGCACAGACAGATGAAAAATTAATTAAAGAAATACTAAAAGGGAACGAAAGTGCAATG +GAAATACTAGTAAAAAGACATTACGAGCTTGTACATAGTTACATATATAGAGCTACGAAT +GATCACAATATAGCCTATGATATAACACAAGAAGTATTTATAAAAATGATGAAAAATATA +GATAAATATAATTTGGGAAATGGTAAGTTCAGAAATTGGATATTAAAAATAGCTGTAAAC +GCAACAAAGGATTATTTTAAAAGTAATACGTATAAGCAAAGAAGTGAAATTTGTGATATA +GAAAATCATCAAATAGGAGATAAATCAAATGTTATTGATATAATTTCTAAAAAAGAAGAA +TCAATAAAAATTAAAGAAGCTATAAAAAAATTACCAAATCGTCAAAGAGAAGCCATACTT +CTAAAGTACTACAATGATTTAAAAATAAAAGAGATAAGTAACATAACAGGAGATAATGAA +AATACTATAAAATCGAGACTATTCAATGGAATTAAAAATCTTAAAAAATTACTTGGAGGT +GATATATTTGAAGAAAAATATGAGTATTCACAGTCTAAGATGTGA +>group_483 +TTGAAGAAAAATATGAGTATTCACAGTCTAAGATGTGAAAATATAGAAGATGAAAAATTT +GAAGAACTACTAGAATTAGATTTAATAGATATAGATGAATTTTTAGATAGTTACGTTGTT +AATAACGTTGATGAGGTAAAAATTGATTCAACAATAGATACATTAAAAACATATATGCCA +AAACCAGAAGTACAAGTTATCAAGGAGAAAAGTGGAACTTTAGATAAAATAAAAGAAAAT +ATAAACCTAGTAAAATTTCAATTTAGTTTAATGAATAAAGCATATTTTATAGCATCACTA +TTATTAATACTTGTAGGAACTATAACTACAATAAAGTTAAATTTAAGTACATATTTTAGT +GCATCTATAATTGCACCAATACCAATATTACTTGGAATGTTTGACATAATTAAAGGTAGA +GAGGAAAATGTATGGGAGTTAGAGCTTAGTTATAAATACTCTTTAAGAGAAATTGTTTTA +TCAAGGTTAATAATTATAAATACAGTTTCTATAGTAATGAGCATTGCTATGAGTATTATA +TTAAATAATACATACTCACAAATCAATCTATTAAAAATGATTAGTATATGGTTAATTCCA +GTATTTATAATAGGGGCAATATCTTTAATTATTACTTCATTATACAGAAGTATAAATAGC +ATTACTTTATGTACATCAATCTGGATATTAGGCGCAATGAGTATTAGTATATATGAAAAC +ATAGCTGATATAACTAATATTAATACATTTATAGTTTTAATTGTATCTATAATATTTGCA +TTAGGATCGATGAAATTATTTTACAAGAAAAGTATAAATATTATAGATTATATAACGTTT +GATTTCTAG +>btuD_2 +ATGGAAATTATTATAAAAAATATAAGAAAAGAATTTAAAGATAAACTAGCAGTAGATAAT +TTTAATGCAACTTTAAATAGTGGAATATATGGACTACTGGGGACAAATGGAGCGGGTAAA +ACAACACTTATGAGAATACTTGCAGATGTATCAAACCCAAGTAGTGGAGATATTTTAGTA +AACGGAGAAAGTAAAAGTAAGCTAGGAGATAAGTACAGAGATTTAATAGGATATGTACCT +CAAAATATAGGATTTTATAAAAATTTTACAGCAGAAAAATTTTTATATTATGTGGCAGCA +CTAAAAGGTATAGATAAGAAAATTGAGAAAAGTAAAGTAGATGAACTTTTAAAATTTGTT +AATTTAGAAAAAGATAGAAAAAGAAAAATAGGTAAATTTTCAGGTGGTATGAAACAAAGG +TTAGGTATTGCTCAAGCTTTATTAAATGATCCTAAGATACTCATATTGGATGAGCCTACA +GCAGGTCTTGATCCAAATGAAAGAATAAGGTTTAAAAATTTAATCTCACAATTATCGAAG +GATAAAATAGTAATATTATCAACTCATATAGTTTCAGATATAGAGTTTATAGCAAACGAA +ATACTTGTTATGAAAGAAGGTAAACTAGTTGAAAAATCCTCATTAGAAGATATTCTAGAT +ATTGTGAGGGGAAAGGTATATACATTAAGTGTTAATGAAGGAGATTTAGAAAATGTTCAA +AATAAATTTAAAATATCTAGTATGATGAGAACAAATAATGGAATCTGTGCAAGAGTAGTA +GGAGATAATAAACCTGATATAAAAGAATTTAAATACATAGAAGAAGAACCAAATTTAGAA +GATGTATTTTTGTATTATTTTAATGAAAGTGTTAGAGTATAG +>group_265 +ATGATAGATTTGATAAAATTTGAGTTATATAAAATATTTTCTAAAAAGTCAGTACGCATA +GTTTTATTGCTAACTGTGCTATTTAGTGCTTTTAATGCATTTGGGGAAAGTATAAATATG +AAATCTAAAGGCCTAAATAGTATGAATGATGTGTATAGCGTTATGAAAGAACATGAAGGT +AAGGTAATTATACAAGAAGGAATACTTAAAGCAGAAAATACAATAGAAAAACTAAAGGAA +AAAGAAAAAAGAGGCGAAAAGCTAACTAAAGAAGAGATAGTTTATAGATATTATTTATAT +GAGGTAATGATAACTGATCCAGTCTATATGGTAAATAATGAATACTATACAATAGATGAA +ATAAAAGATGAGATAAGTACGTTAGAAAACAATAATAAAACCGATACATATGAATATAAA +AATCTTAATTTTGTATACGAAAAAGTAAAAAATATAGAAGAATCAAAGTATTATTTTAAA +TCTGGCTGGATATCAACTACTGACTTTAACGTTATAGCAACATTGATAACTACACTAATA +GTAGTAGGATTAGCTACAATTTTTAGTGATGAATACCAAAATAATAGTGCTCAAATAATG +TTAAGTTGTAAACGTGGAAAGAATAAGTTGGTTTTATCTAAGATATTAACTGGACTAATA +TATACAGTTATAATGTTTACTATAGTAAATGGTACATATATGCTTGGAGCTTTAAAATTT +GATTTTACAGGATGGGACAAGCCTTTAGAGTTATTTAAATACTATAGAAATACTCCTTTT +GATATGAGGGTGATTGATTTTTATATTACAGGATTAGGTGTTAGCTTTATAGGTGCGATG +TTATTTTCATTAGTAACAATGTTAGTATCTTTATTAGTAAGAAATAACATGATATCACTA +TTACTAAGTTTAGGTATGTACTATGTTCCAACATTTGTATCTGGTTTTATTCCCATAGAT +TCTATGGCTAGAGTTCTTAGAGAAATTAATTTAGCAGAGGCGGTTAGGATAGAAGGTATG +TTTATAAATCCTAGTACGTATAATATTTTGGGAAATCCAACTCTGTATTCAACTGTATTA +ATAAGCTTAGTGGTTATATCTATACCGGTTGTAATATACTTAATAAGATATTTTGGAAAA +AGACAAGCTATATAA +>group_515 +ATGAGATATAAAAAAGCACAAGATATATTACCAAAGCATATAATCGAGATACTTCAAGAG +TATGTAGATGGAGAATATTTATATATACCAATTAAGAATAATACTAAGAAATCTTGGGGA +GAGAAAAGTGGATTAAAAAAAGAGTTAAGTGAAAGAAACAAAGAAATTTTTAATAAATAT +CAAAATGGAATGAAAATTAAAGAGCTGACAAGTCAATACTATTTAACTGAAAGTAGCATA +AGAAGAATAATAAGAGAACAAAAAATTAAAGAATAA +>yflN +ATGAATAAATTAAATGTATTAGAAATAAACTTTGAATTCAATGGAATGGTAGATACAATA +TATCCTGTTATATTGAGAGATGATAAAGAAATGATTTTAATTGATTGTGGTTATCCTAAT +TTTTTAGCATTAATAGAAGATTGCGCAAGTAAAAATAATATAGATTTAAGTAATCTAACG +AAGCTAATTATAACTCATCATGATTTTGATCATATGGGATCAGCAGCTGATTTAAAGGCA +AAATATCCAAATATCAAAATATTAGCATCATCAAAAGATGAAAAATATATTAATGGAAAA +GAAAAGTCTTTAAGACTTCAACAAGCAGAGTCAATATATGAGAGTTTGCCAGAAGAACAA +AAAGAATGGGCGCTTAATTTCCATAAAATACTAGGGTCAATAGAGAATGTTGATATAGAT +AGAGCATTAAATGATGGAGATATATTTGATTGGTGTGGCGGTATAGAGACAATAGAAACA +CCGGGACATATGCCAGGACATATATCAATTTATATTAAGGAAAGTAGAACATTGATAGCT +GGAGATGCTTTAGTTATTGAGGATGGTAAATTATGTATAGCAAATCCACAATATACCTTA +GATATGAAAGAAGCTAAAAAAACTATAAACAAGTTACTAAATTATGAGATTGATAGGATT +ATATGTTACCATGGAGGAATATATCAATCAGATATAAAAAAATCATTAGAAAATATATAA +>yjmB_1 +ATGAATTTAAGTGAAGCAAAAAATTTGAATTATTCAAAAAAGCAAGATAAGCCATTTGGA +ATAAAAGATAAATTAGGGTATCTTTTTGGCGACTTTGGTAATGACTTTATGTTTATTTTC +GCAAATATGTACTTTATGATATTCTACACAAAAGTACTAGGTGTAAGCGCTGCAATGGTA +GGTACATGTTTCTTAGTAGCTAGATGTATAGATGCTTTTACAGATATAGCTATAGGTCGT +ATCATAGATAAAAGTAAGCCAACAAAACATGGTAAATTCCGTTCATGGATAATGAGAGTA +GCAGGTCCAGTTGCACTTATGAATTTCTTAATGTATCAACATAGTCTAGCAAACGCTTCT +ATGACAATTAAAATTGGGGTAATGTTTGCTACATATATATTATGGGGCTCAATATTCTAT +ACGGCAATAAACATTCCATACGGATCTATGTCATCTGTCATGACAGGAGATACAAAAGAA +AGAGCGTCTCTTTCTACATGGAGAACTCTTGGAGCATCATTTGCTGGGATAATAATAGGG +GCTTTGACACCTCAATTAATATATAGTGCAGATGCTGCTGGAAATCAAATTATAGATCCA +CAAAGATTTACAGTAGTTGTAGGAGTATTCTCTATAGCGGCATTTATTTGCTATATGTTA +TGTTTTATATTAACAACTGAACGTATTAAGCCAGAAATTAAAGAAAATCAACAATCTCTT +TCTTTAATAGATACATTTAAATCATTGACAACAAATAAAGCTATGATTTCTATGGTAGTA +GTATCAATAGTATTAATATTTAGTACGCTTATGGGGCAAACAGTAAATACTTACCTTTGT +ATTGATTACTTTAATAATGTAAATGCATTATCTACATTAAGTATAATATCACTACCTATT +TATTTAGTGGTAGGGGCATTAGCTGCTAAGTTAGCAGATAAGTTTGGTAAGAAAGAAGTG +TCTATGATAGGTTTAATGATAGCTGGTGGAATATTCTTAGTTGCATATTTTATGCATATA +AAAAATGCTTATACATTTATAGCTATATACGCGGCAGCAACACTAGGAACATGTATATTT +AGTATGCTATCATGGGCATTTATCACAGATATAATAGACTACAATGAATTAAAAACTGGA +GAAAGAAATGATGCAACTATATACGGAGTATATTCTTTCACTAGAAAATTAGGACAAGCA +GTAGCAGGTGCTGTTACAGGATATGCGTTGACATTAATAGGATATGATTCACTAGCAGCT +ACTCAAGTTGAAAGTGTAAAGACTGGAATCTATGCATTGAGTACATTATTCCCTGCAGCT +TGCTATATACTTGCAGGATTATTACTTATGATTACTTATCCTTTAACTAAAAAGGTAGTT +CAAGAAAATGTAGCTAAATTACGTGGATAA +>nag3_1 +ATGGTAAACTTAAAAGCAAAACCGTATTATTTAGATGAAGAAGGTATATCGTGGGTTGAA +GAAACTCTTGAATCTATGACTATAGAAGAAAAAATAGGACAACTATTTATAAATATGGGA +TCTTCGACAGAAGAAGAATATTTAAAAAACTCATTAGAAAAATATAAATTTGGAGCAGTT +AGATATAATCCAGGACCAGCTGACAAAGTATTAGAGCAAAATAGAATATTACAAGAAAAT +TCAAAAATACCTCTATTAATAGCTGCTAATGCTGAAAGCGGTGGTAATGGAGCGTTCATG +GGTGGTACAGAAATAGCAACGCCTATAAAAATAGGTGCAACAAGAAATGTTGAATATGCT +TATGAAATGGGGCGTGTATCAGGTATAGAATGCGCTGCTATAGGAGCTAATTGGACTTTC +GCTCCTGTTACAGATATAATGCTTAACTGGAGAAATCCTGTTATACAAACTCGTACATTT +GGTGATGATGCTAGTAGAGTTTTAGAAATGAGTAAAGCATATATGAAAGGTTTCATGGAA +AGTAATGGAATATGTGCTATGAAACACTTCCCAGGAGATGGAGTTGATGAAAGGGATCAA +CATTTATCAAACAGTAGTAACTCGTTATCTTGTGAAGAGTGGGATAATACTTTTGGAAAA +GTATACAGTGGAATGATAGACGCAGGTATACATTCTATAATGGTAGGTCACATAATGTTA +CCTTCTTACGAAAGAAAATATAATAAAGATTTAGCTGAAGGTGGAGAAATAATGCCAGCT +ACAGTAAGTAAGGCTATTATAACTGATTTATTAAAAGGTCAATTAGAATTTAATGGATTA +GTTGTGACTGATGCATCACATATGGCTGGATTAACATCTAGAATGAAACGTAGTGATATG +TTACCAGCATCAATAGCAGCAGGTTGTGATTTATTCTTATTCTTCAATGATCCAGATGAA +GATTTTGGATATATGATGGATGGATATAAAAATGGAATAATAACTGATGAAAGATTAAAT +GATGCTATAAGAAGAATACTTGGAACAAAAGCATATTTAGGTCTTCATAAAAAAGATAAA +AAAGATATAGTTCCACCAAAAGAAGGTTTAAGTGTTATAGGTAGTGAAGAATTTAAAAAC +ATAGCTAAGGAAATATCTGATGAAGCTATTACATTAGTTAAGAATGTTGATAAGTCAATA +CTTCCTATATCAGTTGAGAAAAATAAAAGAATATTACTTATAGAGCAAGAAATATCTAAT +CCAGTAATGGCATTGTTTGTAGGTGCTGGAAATAAAAAGACATTTACAGAATACTTCAAA +GAAAAATTAGAAGCAGAAGGATTTGAAGTAGATATTTATGAATCACCAATAGATAAAGTT +AAGAGAGTAAGCAAAGAAGAAGCTGGAAAAATAATGATGAATGCTTATTCAGCTAAAGCT +CCTATAACTGACTTAACAGATAAATATGATTTAGTTATACAATTAGCAAGTATATACAAT +GCAGCTGGAACAACTCAAAGAATAGAGTGGAAAATGAGTAAAGGGACTCCAGATATACCT +TGGTATGTACATGAACTACCTACTATATTTGTTTCTTTATGTTCACCATTCCACTTAGCA +GATGTACCACAAGTTAAAACTTATATAAATTGCTATGATAAAAATGAGCATACATTAGAT +GCATTAGTAGAAAAATTACTAGGACGTTCTGAATTTAAAGGAGTAGATCCTGTTGATTCA +TTCTGTGGATTAGAAGATACGCGTTGGTAA +>hpf_1 +ATGAATATAACTATAACTTCAAAACAAATAGAATTAACAGATTCTATTAAATCAAAGATA +GAAAATAAGTTTAGCAAGTTAGAACGATACATAAATCAAGATACTGATATAAATGTAAAA +TTAGATGTAAAAAAGAAAAGCCAGAAAATAGAAGTAACTATATTTACTAAAGGTGGTACA +ATCCTTAGAGCTGAAGATTCTAAAGATGATTTATACTCTTCTATAGATATTGTTTACGAT +AAGCTTTATAGTCAAATAAGAAAATTAAAGACTCAGCTATCTAAAAGAAATAAATCTAAT +GCTAGTATTAGATTTGATAATGTAGAAGACTATATACCTTCTAATAATGATCATGATAAT +AAAATTAAAAAAGTTAAGAAATTTAATATAAATAAACCTATGACACCTGAGGATGCTATA +ATTCAAATGGATTTATTAAGCCATAACTTTTTTGTATTTAGAGATTCAAATACAGAAGAA +ATAAATATTGTATATAAAAGACATGATGGGTATGGATTAATAGAACATGTTTAG +>group_1 +ATGAAGAAAAAAATATCAAGTGCATTAGCTGCAAGTTTGATTGTAGGTCAAATGCAAGGA +GTTACATTTGCAGAGAATTTAGCTGATAATCATGACGCTGATATCAATAAGGAAAGCATA +TCACAAGAGACAGATGCATTTAATGCTGATAAAGATCTGACGGAAGAGCTAAAAGAAGAA +GTGTCGGTAGAAAGTTTAGAAGAAGATACCATAGAAAATTCAATTACTGATGGAAGTAAT +TATAATCCAAAAGGGAAATTAGAGTTGGATTTAAATTTCGCTCTGCCTATAAAACATACA +ACAGCTGATAAGACAAATATATCAGTAACGATAAAGTCTAAAAGTGGAGAAATTGAAACT +GTTAGACTTGGATCTGACCAAAAGAAAAATACTACAGAATCAGGATTATTATCAACTATT +GAAGCTTTAAGTAGTAAAAGAGAAGCTTTAAAACCTGGTGAGAATGATTTGTCATTTTAT +CATTTAACATTTGAAAATTTAGAGTTAGGAATATATTCAATTGAAATAGCTGGAGATGGA +TATAAAACTACTACGATAGATAACATAGATGTAAGTGATTATTCTAAGAGAGTTTTAGTA +GGAACAAGTGATAATACAATTATTATAGATGATAAAGGAACAGATGAAGAATCTGATGAT +GACAAAGAATATTATCCTGGAGTATTTTTAGCAGGGAATATTGATGCTGATGGCTTAGTA +ACTCATACAGATTACGAAGCATTAAAAAATCAAATAAAGAGTATGGCATCTTCAGCTGTG +AAGTCAAGTAATAAGAAATTTGATTTAAATAGAGATGGAAAAATTGATATAACTGACTTA +ACATATATTCATAAAAATATTGATAGCGAAGTTAAGGATGCTGAAGCAATAGACACAGAT +GCGATTATAAATCCTGAAGCTGTAGATATAGAATTGCCGGAAACAACAAAATTAGATGAA +GGTGTAGATATAAAGGATGTACTAAAAGATAATGGATCTACTGTTGCGCTAAAAACTGCA +TCAGAGGCACCTGTAAGTGAGGAAAATCCTTTATCAATGACATTAAATTTAGCTGGAAAA +GGTAGACAAGTTAAGACTACAGAGCAAATAGTTATAAAGGCACCAAGTGAAAATGCTCCA +ACTGCTGGTAGCATAGTTATACCAGGGGCTGGAGAGTTTAAATTTAATGAAAGTAATGTA +AGAAGTTTAAATGATGATTCTAAAGAAGAAATAGTTATAGACTTAAAAAAGCAAGTTGCA +GTAAGTGAGATAACTATAAATGTTACTGGAAGTAGAAGTAATAAAAACTTAGCTGAGATA +AGTAAAGTTGAGTTTTTAAATAATGTTTATAAAGAGATACCAAAACCTAAAATGAATATA +CCAGTTATAAATAACTTCACAAGCTCAACGGCTGTTGGAAATGAAGCAATGACATTAGGA +TGGGATCATCAAACTAATGTAACTGGATATGAATTAAAGGTTCAAGAAGTAGATGAAAAA +GGAAATGTAAAATCTACAAGTACATATAAAACAAGTGAAAATACACTAAAAATAGAAAAA +GTAAATGGATATTCAACATATAGAGTTAGCATACAATCACTTTCAGGAGACTGGAAGAGT +GGATATAAGGATGAGCAAGACAATTATAATGCAGATTCAGTTGGAGCTACTAACTTAGAA +ACTAACTCAAATGATAAAGATGGAGTACCTGATAACGTAGACGTTAACTATCAACCACAA +GCATGGAACTCGAATACTGGTATATTAGAGAAAAATGCTAACGGAGAAGGTGGAAACAAG +TTTGGAGCTGACTCTATAGTAGAACTTCAAGTTATACCAGAAACTGCTCCAGAAGGACCA +GAAGGTATAACAATTGAAGGAGAATACAAAGCACTTAAAATTAGTTGGAAGAGTCATAAA +AAAGCTAAAGACTATGACTTATATTATAGAAAAGTTGGATCAGGAGCATGGATAAAGGCA +AATGACCCTAATGATCCTAAGTATGTAGACTCAGATGAAAGTAATAATATACCAGATGGT +GTTGCAGATTTAAAGCCAGAAGAAAAGAAAGACAAGGATGAGCTGATAAGAAGTACAAGC +TATACTATAACAGGACTAGAGGATCAATCTACTTATGAAATAAAAATGACAGCTACTAAC +CATCATGGTACAGGTGGATTATCACAAACTTATATAGGACGTACAGCTAAGATGACACCG +CCAGCTACAACTAATTATAAACTTATAAATACTCCTAATGGTGTAAATGAAATAACACAA +AATATAGTAAGTGTAGAATATCCAAAAGGAACTGCAACTGATGAAGATGCTGTTGTAGAT +AATGATTATACTACTGTATGGGAGTATAACGATTGGGATATTGGGGGAAATGGACCTATT +ATAACATTTAACAAAGAATATACAATAAAAGAATTAAATGTAATAAGAAGATTGGATAAA +CATGAAGTTACTTATCAAACATCAGTACAGTATTTTAATGATACTACAGGAAAGTGGGAA +ACTGTAGGATCAAGAGGAAGAGAAACTAATAATGGAAAAGTTGTAAATATAACATTAGAT +GAGCCTATTACAACTAAGAAAATTAGATTAGCTGTATCAGTTTATCCACAGTATGGAAGA +TATATGAGTATATCTGAAATCAAGTTCTATGAGTATGATAGCTTACAAGATGATGTAGAT +AGTTTATTTAAAGATGATCTTAGATTAGAATTAAATGATGATGTTACTCAGGAAAAGATA +GATGATCTTGTAAAAAGAGCTAATACTATAGACCCAATAAACATGGAGTATCATCCAAGT +CAGACTCAAATATTATCTGACTTACAAAGGGCACAAGATTTATTAGATGATGTTAAGTTA +AGTGATAAGATAATAAATCTTGATTCTGAAATAAGAAATACTCAAAATACAATTGGTCAA +TCTAATAATTATCAAGCTTTAGGTGTAGCTGTAAGACCAGGTGATAAAGTTAATATATAT +ATAGGATCAGAAAATAAAAATACTAAGTTTAATCTTGCAATAACTCAGCACTATGCTGAA +AGTGGAACAGCTGTACAAACTTATAGCCAACAGTTAAGTGTAGGTAAAAATGAAATAACT +ATACCAGAATCAGCATTTAAGATGGATTATGAAAAAGGAGGAAACTTATATCTAAGCTTT +GCTAGCAACTATAATGATAACCAAAAAGTACAAGTTCGTGTAAGTGGTGGAACTGACATA +CCTCACTTAAATATAAATAATCTGAATGTAAATGATGTTACAATTGATGCAGATAAAGAA +GCTGAAATAAAAGAAACTATAAGAACTTATATAAGAGAATTAAAGACTTATGTAAACACT +TTACCAGATAGATATCCAAAGAATGGAGATAAGGTAAATAATATATACACATATGATCCA +GAGACTTCTATTTTAAATAGTACAGAAATAGAAGGAGATAGAATAACACTTTCTCTTGCT +GCAGATCAAGTACTTAAGGGTATAACAGAAGGATTATCTACTGAAGAAGATCAAGTAAAT +AGAGTATATGAAACATTACTTGCTTGGGAACAGTTAATGAAGGTATCTTATGTGCAACAA +GGATTAATTGAATCACCAATTGATTTTGATGGAGACGGTAAGATAACTAATAATCCTTTA +GATAAACTTAACGGAAAGAGTGAGAAACAATTCTTTAATGAGAATAGAGCACCTAAAAAC +CGTATAAACATTAAGTATCAAAGAATGTTTACAGGAGCATTCATGTATGCAGGAAGTCAT +CATGTAGGTATAGGGTATGGCTCAGTAGCAGGTATGATGAAAGGTGTGCCATTTAAGTTC +GATAATAATGGAAACTTAGTAAATAAGGATGATGGAGCATTATTTGGATGGGGTATCAAC +CATGAAATAGGACACGTTCATGACGTTCAAGGTTTAACTTATGCAGAGGTTACTAATAAT +ATATTAGCTCTTATGACCCAGACATTTGATGATGAGGATGCATCAAGATTAGAAGGAGCA +TATGATCAAGTATATGATAAGGTAACATCAGGAAGTGTAGGCCTTGCAAGTTCAGGTCTT +GTTAGGCTAGGAATGTTCTGGCAATTACATTTAGCTTATGATGAAGATAATACATATAAA +ATGATGGATATAAATACTGACAATGATATAGATAATGATACTTTCTATGCTAAGTTATAC +AGAGTTACTAGAGAGAAAGGCATAGCTCCAAATGAATCTGGTCATGACAAGACAGCTCAA +ACATTTATAATGAGATCGTCAGATGCAGTAGGAAAAGATTTAAGAGAATTCTTTGAAAAG +TGGGGAATAGTTGCTAGTCCTAATACTAATAAGTACTTAGATAGTAAAAATTATCCAAAG +GAGGATAAGGCAATCTACTACTTAAATGATAATGCTAGAAGAAAGAAACTTGATGCTAAG +AATAATAATAATCCAAGTTCTTTAGTTATGGCAAATGATACTAAGGTAAATGCATCATTT +GGAACTGATAAAAACGGAAATAAAATAACTGAAAAGACTTATTTAAACCAAAAAGAAGTA +CCATTAGAATTAAGTGTAAATAAAGATTCAGATAAGATTCTTGGATATGAAATTATAAGA +AAAGAAGCTACTTCAAATGGAGTTAAGGAAGTTGTATCTGGGTTTGTTGAAAGAAATGCT +GAGGGTGAAATAACTACTTATACAGATGTTATAGATGCAGTAAATAATAGAACATTCGGA +TACAAAGTTAGAGCATATGACTATGATTTAAATGTAACGGAAGTAACAGAAATAGGAACT +GTAAAAGTAAGTCATGATGGAAGTATAGTTAAATCTGATTGGAAGTTTGATACTAACACA +AGAAGTGTAGAAGATGTTGCTGATGAAAATACAGGACATGGACACGTTGAAAATGGATCA +ATTAATAAGATAAAAGATAATGATAAATCTACAGTATACAATGCATCAAAAGCTACAAAT +AATAGCGGACAAACAGTAGGTGGAGATCCATATGTAACAGTTGAAATGGATAGAAGTAAG +CCTGTAGTTGGACTTAAGTATACTCCAGGAACTACAGCTAAGAAGAAGTTCTCATTAAAG +AACTTATTTAGCAAAAACAAAGATATTACTTATTCTCCAATAAGTAAATATGAAGTTCTT +GTAAGTGGAGATGGAACCAATTGGACAAAAGCTCACTCAGGAACATTCGATACTACTAAA +GAGAACACAATTTACTTCAATGAAAAAGGAAATAGTGATAATAATCAATTATGGTCATAT +GATGCTAAGTACGTTAAGTTAGTAGCTAAAGGTGCTTCAACAATATCTATAGCAGAACTT +GATATACTAGGACCACAAGGTGATAATATAGAAATTGGTGTAGATAAAAACGATCAAGTT +TACAAAAATGGAGTAGGTAGATTAAAGTCAGACTACACATATGCTGAAGGTAAGGTTATA +CCAGCAGGATCTATAATAGTAACTGGAGAGTATAAAGGAGACCCAGCATTTAATGTGCCT +TTAGTATTAAATGAAGATGACGAAAACTTTGCATTAAAAGCACAAGCGATTTTATTAGCT +AATTTACCAGATGATTCGGAGCTAGGTGAAGTTGCAGAGGGGAATTGGTTATACTGGATA +ACTCCAGATCAACAAAATGAAAATGGTAATGTAAAAGGAAAGCAAATTAAAGCTGAGTTA +TATAGATATAACAAGTTAGATGAACAAGGAAGACCAGTTAGACAAAGACTAGTAAGTGAT +ACTTTCTTAGTAGATTTACCAGAAGATTTAAATAATTTACCACAAATAGATTTAACTAAT +AGTAAATCAAGAGCATTAAAATCTTCTTATGATAAAGTTATAGAAATAAATAATGAAACA +ATAAAAAAGGCTTCGGAAAATAGATAA +>group_12 +ATGAGAAAATTAAAACCATCAGTAAAAGCTGCAATAGCGTCAACATTGGTATTAACATCA +ACAGCGGCTATTGCTTACGCAGTTCCTAAACTGACGAATGAAAAAGCTACTAGCACAGAA +AATCAATTAAAGCTAGATGTTGAAAGAGTTGATAGTGATACAGTAAAGGTAGCGATAGAT +AATATACAAGATATACCTAAGGCTATTCAATTTAGTATAAAACTAGATGGAGCAAAGCTA +AAGGACGGAGAAAATAGTATAAATGATCTAGTTAAAAAAGAAGTTGAAACAAGGTTAAAA +AATAATGAATATGCGATTACAAGTAATAGTATACTAACAGATTATACTTATAATGAGTCT +AAAAATACTATAGATGTTTTGATAACTTCTGAGAATTCATTGCCTAAGACTGAAAATAAG +TTAGAAGTATTTGAGCTAGATATTAAGGGATTATCAGATAGCACTCAATCATATAAAGTA +GTTCCAAATAATGAAAAAGAATATAAATATGTAAGTAATACAAATAAAGAATACAATGAT +TTAGGTGTAACACATGAGAATAAAGATATAACTATAAATACAGCACCAAGAATAACTTCA +GAAGAAAGATATATAAATATAATTGAAGGTGAAAAACTTGAGTTAACATTTGAAATATTA +AAAGAAAAAATAGGCTTAGAGATGCAACATGAAGATGGTGTTGAAAATTTAACTCTAGAA +GTTAAAAAGGATAATAAAGTAATAACTGAATTTACTGAAAATACACCAGGTATATATGAA +TTAGAAATTGCAGCAGTTAAGGATAATACTATAAAATCAGAGCCTTTGAAAGTTCAAGTG +AATGTAGCTTTAGATAACGTAACTGAGCCTCCAACTATTACTATGAATGAAGAAGAGTTA +ACTGATATTACTATAGCTGGAGGAAGTATATTCAAACCACTTGATGGCGTTAAAGCAGTA +GATAAAAAAGGAAGAAATGTTGAGGTTGATGTTAAAGTAGACAAGGATCTTGATTTAGAC +CCAGAAGAAAATATTACATATACATTAACTTATACAGCTACAGACATTTATAACAATACA +GCTAAAAAAGAAATAGCATTAACAGTAATAGCGAATAAGGCCCCAGTTATATTAGGGGTT +AAAGATCATACTATATCTGTTGGAGATAAATTTGATCCAATGGATGGAGTAACTGTAACT +GATGAAGATAAGAATATAGAATTAAAGGTTGATAGTAACGTAAATACAAATATTTCTGGA +GAATACAAGGTTTCATATAGTGCAACAGATAGTAAAGGTAAGACTAGTAGATCTCAAAGT +AAAGTAACTGTAAATCCAAAGTCTAGTGAGATAAATAAAGCTCCAGTTATAACAGCAGAG +GATAAAACTATAACAGTAGGGGATAATTTTGATCCTAAAGTTGGAGTAATCGCAAAAGAT +GCTGAGGATGGAGATATAACATATAAGATAGTGATTTTAGAAGATAATGTAGATGTTAAT +AAAGAGGGAAAGTATACAGTTAAGTATAGCGTTACAGATAGTAAAGGTGCAACTACAACA +AAGACAATAACTGTAACTGTGAATCCGAAAATTGGTGTAATAAATAAAGTGCCAGTTATA +ACAGCGGAGGATAAAACTATAAAGTTAGGAGATAATTTTGATCCTAAAGTTGGAGTAAGT +GCAGAAGATGTTGAAGATGGAGATATAACATCTAAGATAGAAGTTGTAGAAAATAATATA +GATGTTAATAAAGAAGGAAATTATACAGTTAAGTATAGCGTTACAGATAGTAAAGGTGCA +ACTACAATAAAGACAGTAACTATAACTGTTAAGAAGTATATTGTATTAGCTGAAAGTATA +ACTATAGATAACAAATCTAATAATAAAATGTATATAGATAATACAAAAACTATAACTGCA +TCTGTTAATAAAGAAGCTGATATAAAGGATATAAAATGGACAATAAGTGATGAAAATATA +GCAACTTTAAAAGTTATAGGTAATGAAGCTCAAATATTTGCAAAGACTGAGGGTAAAGTA +ACTATAACAGCATCAACAATAGATGGAAGTGAAAAGTCTGATAGTATAACTATGGATATA +GTGAACTTTAAAAATGATAGTGAAATACCATCATATATAAAAGATGTAATAGATACTGAA +GTTTTACTTCCTGTGGTTGGAAAAGACCCATCTACAATAGAGTTTGAAGTTAAAGATATA +ACAGTAGATAAATTAGATTTATTTTTAGAAAATCTAGAAAGTTTATCTCCAGAGTTAGAA +TCAGTTAGAGAAGAAAATGATTTTAATATATATAAAATAAAATTAACAAGAAAAGCTAGG +TTATTTAGAGCTGGAAAGGAAACTTATATAGAAATAAAAGTAAGTAATAAACTTGCTAAT +GCTACTGATATAAATGATAGATTAAGTAAACTACAAAATCAAAAACCAGTTATAATAGTT +CCATCAAATCAAACTATAACTGTAGGAGATAGTTTTGATCCAATGAATGGAGTAACTGCA +TATGATAAAGATGGAGTGGATATAACATCAAGTATAAAAGTAGAAGGAGATGTCGATACA +TCAAAGGCTGGAGAATATAAAATAGTATATACAGTAAAAGATGCTCAAGGAAGGACATCT +TCATTAACAGTTATCATAACAGTTAATGAGAAACCTGAAAATCCAGAGCAACCAGATACT +CCAGAACAACCTGAAATAGAAAATAATGTACCTGTAATAAAGGTAACAAGTTCAATAGAT +ACTATAACAGTAGGAGATAAATTTGATCCATTACATGGAGTAACTGCATATGATGAGGAA +GATGGTGATTTAACAAAATCTATAAAGGTATCAGGAAGTGTAGATACATCAAAAGTTGGA +GAGTATAAATTAACTTATACAGTAGAAGATAAAGATGGAAATGTTTCTACTTTTACAAGA +ATAATAGTTGTAAAAGAAAAAGTTATATCTACAAATGAAAATAATAATCCTAAAACTGGA +GATAGTTCTATATTAGGTTACGTTAGTATATTTACTATAGCAGCAGGTGGACTATTTATA +AAAAGGAAAAACTTAAAATAA +>group_198 +ATGACTAATTTATATGTAATTGAAAAAATTAACGACCTTATAGGCGCATTTATGTTAATT +TATTTCTTTAATAAATCTATGCAACCTAAAAATAAAAAATATAATAAAGTATATAGTATA +GTTATGATTATATTTTATGCTTCAATATCATCAACGAAGATGAATGCTATGATTTATGAA +GTAAAAAATAATCAAATAATTATATTTATTTTTGCTTACCATGTTTTGGTATTAGTGTAT +CCTCTTATTTTTATAAGAGGAAAGATGTCGGAAAAATTTTTTTGGTCAGTATTTTATATT +GCTATGATGTCAGTAGGTTATTTTGCCGTCTATACGTTATTATCAGTATTATTCAATATA +ACAATAGCTGAAATGATGGCTTCTATTGATTATAAAATGTATATAGCAATGATATTAAAC +AAATTGATTCAATGTGTGCTTGTATTTACATTTATAAACAATATAAATTTTATAAAATAT +ATAGAAGATAAAATATTGTATGTTCGAGGCATTATTTTAATTTGTGACCATATAATATTA +TTTATAATATCAAGGCACTTAATTGTAAGTCAATCTGCAACAACTATAGAGACTATAATT +ATTGTATTTAGTTTGTGCATTATAGAAATATTATCAGTATATACGTTAAAGATACTATAT +AAAGAGACAGAGGCAAAATTTATACTAAAAATGAACCTAAAGCGCAAAATATATGATGAA +GAAATTATTGATATGTATAAAGAAATGATAGGTTGGAAACATGATTTTAGAAATCATATA +AATATGATTTTAGGGTTATTAGAAGTAGGAACTAAGGAAGATGCTATTAAATATATATAT +GAAATAAATTCTAGTATTAATAAGTTAGATGAAAATATATATACAAATAATATAGCAGTA +AACTCTATACTATCAAGCAAAATGAAAGTTGCAAAAGAAAAGGGCATAAAAATAAACTTA +GATTTAAAAATAACTTCAGAAATAAAAATATCTAATGTAGATATATGTATTATTTTAGGA +AACCTGTTAGATAATTCCATTGAAGCATGTGACCTTATTAATAAATATAAATTTATTGAT +TTAAAAATAGTTTCAGAAAATAGTAGATTAATAATTAAGATAGAGAATAATACTAATGGA +TATGTAAATAAAGCAAATGGTAAATTTCTAACCACAAAGTGTAGTCCTATGAATGGAATC +GGTCTAACGCAAGTTGATAGTGTAGTAAAAAAATATAATGGATATATTAATAGAAAACAT +AAAAATAACATATTCACGACATATGTGATGATACAATAA +>dosP_1 +ATGAATTCTATAAATATTAAAGATAAATATTATCAAGAAGAAAAATGTGGAATAAGTAAG +CTTTATGAAGAAGTAAAAAAAGGGATAGAACTAAATGAATTTAGATTTGTCTATCAACCT +AAATTTAATATAAGGACGAATAATATTTTTGGAGTTGAAATTTTAATAAGATGGCATAAA +TCAAATGGGGAAATTGTACAACCAAATGAGTTTATTAGTAGATTAGAGGAAGAAAAATTA +ATTTACTTGATAGATTATTATGCTATAGAAGAGTGTATGATTAAAATAAGTGAATGGTCT +GTAAATAATAGTATTAATATAGTACCTATTGCTGTGAATTTATCAAAGAATACATTCATG +AGGGAAGATTTTTTAGAAAGATTAAATTGTTTAATAGAAAAATATAAAATAAGTTTAAAA +CATTTAGAATTTGAAATAACAGAAAGAGAGGCATTAGAGTTTAATATAGAAGATATAAAT +CGAAGAATTGAAGAAATAAAAATGCTAGGGATAAAAATATCTGTAGATGATTTTGGTTCA +GGGAATTCAAACATATCTTTTTCTCTTGATGTAGACTTAGATATTATAAAAATAGATAAA +TCTATGATTGATAGAATAGGAAAGAATAAAAAGATAGAGTATATACTAGCAGCCATAATG +AATTTAGCAAGGGATAATAACATTGAATTAATAGCAGAAGGAATAGAAACGGAAGAACAA +AATAAATTTTTAATAGATAATGGGTATAGTTTTGGACAGGGATATTATTTTTCAAAACCA +ATAGAATTAAGTGAGCTTGAGGAAAAATATTTAGTTAAATGTATTTGTAAAAATTAA +>group_193 +ATGAGCATATTCATATTATCATGTGGTGTATTTGAACCAGAATTAAATAAAGTATTAAAG +GAAATAAAAGAAGAGAATATTTTTAATGAATATATCAATGTGAAGTATCTACCATTCGGA +TTACATTCAAATTTAGATAAATTAAAATCAGAAATAGTTACTAACTTAGATAAAATTAAA +GATAATAAAATTATATTATTATATGGAAACAAGTGTCATTATAAATTCCATGATTTTCTA +AAGGATTATGATAATGTTATTACTTTTGATGATGCAAATTGTATAGAATTAATAATTAAA +AATAAAAAAAGCATTATAGATGAGAAGAATTTATACATAACTTCTGGGTGGGTTCTTAAA +TTTGATGAATTAAATAATTTTATAAATGCTGTTGATATATATGATATTAGACAGCAATAT +GGACAATATGAAAATATTATAATTGGTGATGCCAAGGTCTTCAATATTACTGATGATATG +ATTTTTGATTTATTTGAAAAGATTCAAGTACCTATAGAAGTAGAAGATGTGGATATTAAT +AATTTTAAAAATAAAATTGTCAATGCTATAAAGAAAGCTCTATAA +>group_128 +ATGAGATTATTAGATATTTTATTTTATCTATTAAGAAGTAGTTCTAAAGTTACAATCAAG +GATTTAGCTAAGATTTTCAATGTATCTACGAAAACTATACAAAGAGATTTAGACAAATTA +TCGATACTAGGAATACCTATAATCACATATAGAGGTGTAAATGGAGGAGTAGAGATTGAT +AAAAACTATGTATTAGCAAGACACGTACTTAGATATAGTGATTATGAATCTCTAATATTT +GCATTGTATATAGGTGAAAATATAAGTGAAAATATAAGGGAATCTTATTTAATTGATAAA +TTTAAATCTGTAGATAATGAAAGATGCTCGAAAATTTTAGAAAATCTTAAAGAACGATTT +ATAGTTGATTTATATGAAAATAAGTTTGATATAAGAAATAAAGTATGCAAAGAGATTGAT +AAATCTCTAGATAATAAATCCTTTATAGAATTGGAAATAAATAGTGAAAAAATTGAAGTA +TATCCTATTTCTTATGTTTTAAGAAGTGAAGGCTTATGTTTATATTGTCGTAAAGAAGAG +TATATAATGATTTTAGTTGATAAAATATCTAAAGCAGTTGTTAATAACAAAAGCTATGAT +GGAACCATAATCAGTTATGATGAAAATAAAAAGAATATAAAGTTTATTTAA +>group_373 +ATGAGCGAGTATAAATTTAATTATGATGAAAAAGAGTATTTATTAAATGATACTAATTGT +AGTGGTTTAATAAATGATGAAGAGAAGCCAGTTAAAGGTATTAATTTATCTGATATTATA +AATCTTTTAGATAGCGGTGATAATATTGATTTTGATTTAGAATACTATCAAGAAGCTTGT +CCAGAATGTTTATCAGGTGTAAAGGAAAAAGCAAAGTTCTTTCCTTTTTTAGAATATCAC +TTCTATATATTTAGTAAAAATCAAGAATATGTAATTAGTGATATAAGTAAAGAGTATGAA +GGTTTATCTTTTAATAAATTATCTAAGGCGAAAAAAGTTGATGATAGCTATATTGTAAGT +ATTATAATTTGTAAGAGTTGTGGAGATTATATAGTACAAATAGAAAACTGTATAGTATAA +>mtgA +ATGAATTATTATAATGAAAATACAAATAAAATAAGACGAAGAAAAGTCAGTTCAAATGAT +TCTGTATCAAGGCCTATGTCAAGTAATAATAGTATTGAAAGAAATAAAAATATTAATAAT +ATAAAGAGTGAAGAAGTTAAAAAAAGAAGTCGAAGATCAAGAAAAAATGATAAAATGAAA +AGAAATAAACTTATAAAAACTATGTCGGTAATTTTTCTTGTAGCTTTGGTAATTTGTTCG +GCGATAGGATCTGTTGTGGTTATATCAGCCTTAAGAGGGGCTCCAAAAGTAACTAGACAG +CTTATAGAAGATAATTATATAAGTAGTCAGGTGGTTAGTACAGATAAGATTCCTAATGAT +TTAAAAAATGCTTTAGTAGCTATAGAAGATCAAAGATTCTATAATCATAATGGAGTTGAC +TATAAATCACTTGTTAGATCAGTTGTCCATAATATATTCTCAGATACTACCCAAGGTGGA +AGTACTATAGAAATGCAAATTTCAAAGAATTTATTAACTAATGATGATAAAAATATAAAA +AGAAAAATAAGAGATATGTATAATGCTATCAAGATTGATAAAATAATGTCTAAAGACGAA +ATTTTAGGTGTATATCTAAATAATGTATACTTTGGTAAATCATCTTATGGTGTAGCAAAA +GCTTCTAGAACATATTTTGGAAAGGATGTAAGTGATTTAACCTTAGCTCAGAGCGCAATG +CTTGTAGGAATAACTAATAATCCTGCTAAATATTCAGATCATAGTGAAGCTAAAAAAAGA +CAGGAAACTATATTGTACAAAATGCATCAATTAGGTTATATTACAGAAGATGAGTATAAA +GAGGCACTTTATGATAAAGTACCTTTTAAATCAGAAATAGAATAA +>group_116 +ATGGCATATCAAATAAATGATGCTTGTATAAGCTGTGGTGCTTGTGAAGCTGAATGTCCT +ATGAGCTGTATATCAGCTGGAGATGATAAATACGTTATAGATGCAGACGTATGTATAGAA +TGTGGTGCTTGTAACAGCGTTTGTCCTGTAGACGCTCCACAACCAGAATAA +>pknD_1 +ATGCAAATAAGTACAAAAATTAATCTGAAAATATTAGAAAAAATAAATTCAGAGGGAGTA +AATTCTGCGTTATATATAGTTGAAGATACTCAATTAGGTTCTAAATTTATATTAAAGCAA +ATAGATAAAAAGAACTTAAAAGAGTACGATAGATATTTTGATGAATCTAAAAAAATATGC +AGATTAGAACATCCTAATATAATTTCAATAAAACATGCATCTTATGATGATGAATATATT +TATATAGTTATGCCTTATTTCGAAAATGGATCGCTATATAACTTACTTCAAGGCAGAAAT +TTAACTTTAAGAGAAATAATAAGATATTCTTTAGACTTTTTACAAGCTGTGTACTATATT +CATAACAATAACTTGGTGCACTGTGACATAAAGCCTAATAATATACTTATAAATGATGAA +AATAGGGCAGTATTAACAGATTTTGGTTCAGCACTTTATTTAGATGAAAATGGAAATGCA +AAGCTTAAAAATGTCTATTATAAGCATATAGCACCAGAGCAATGTTTGAATTCTACTGTA +AATAGGAAAATTGATGTTTACCAAATAGGAACAACTTTATATAGAATGTGTAATGGAAAT +GAAGAATATAACAAGCAAGTAAAAAGACATAAAGACTTAAATAGCCTGAAGATTGCCAGT +GCAAACGGTAAATTTCCAGTAAGAAAAAAATATTTGCCACATATTCCTAAAAGTATGATA +CAAATTATAGAAAAGTGTTTAAAAGTAAATCAAAATGAAAGATATGATAATGTGTTGGAA +ATAATGAATGATCTATCAGCTGTAAATGAGAATTTAGATTGGTACTACACAAAAATAAAT +AAAGAAGAATATTCATGGTCATCTGATGAAAAAAAGATATTACTTTACAAAGAATTAGGT +TATTGGAATATTAGGCATAATATAAATACTGAATATAATGAAATAAGATCTTTAGATTCG +AAAGCTCAAGGATATAGATTGATAAGAAAAATAATTAATATGGACAAAAAAATAACCCTA +CTCTAA +>group_496 +ATGGGATTAATGAATATAAATATTTTTATTAACAAAATAGAATTTGGGATATATAAAATA +ATAAATCAAAAAACAAAATATATATTAAAAGACGAAATTGTTATACCTAAATCTTTTAGT +GTAGGAGAAAGATTAAGTTATATAAGGAAAATGATTAGTGTATTAGTTAAAGAATATGGT +GTAAGAAAAGCGTACATGAATATAGAAGGTGATATAGGTATAGAAATAATTGAAGCGGTG +AAAGTTGAAGGTATAATTGAAGAATTATTTTCAAGTTGTGGGGTAGAGTTATGCAAATAA +>group_91 +ATGGAAAAATCATATACCATAATCTATCAAGGTAATATATTATCAGCATTAAATGAAAAT +GGAATAAATAGATATATGATACTTAACGAGGTACTTGCAGTTATATATGTAGATCAAAAT +TTTAATGATAATGTATTAAATACAATAACAGAAGTATCTTGGTGGCAAATATCTAAACCT +ATGAGTTCTTTAATAAATATAACTAATAATGTATTTCAAGGTGAAAGTGTAACAGTTGCT +GCTGGTACAGATTATATAGATAATAACCCATATATAAATGCTAGTGGTCAGGGTGTACTA +ATTGCTATTATAGATTCTGGAATAGATTACTTACATCCAGATTTTATAAAAAATGATAAT +ACTAGTAAGATAATATCACTTTGGGATCAAGAAAGTGATAGAAATTCACCACCAGAAGGA +ATGATATTTGGAAGTGAATTTACAAGAGAAGAAATAAATGAAGCTATTTCAAATGGAGAC +TCTAGTTTAAGTGTAGATAATATAGGAACAGGCACTATAGCAGCAGGTATATCTTCTGGT +AATGGGAGATTGAATCCATTATATAGGGGTGTAGCAATTAATAGTGAACTAGTTGTTGTT +AAATTAAGACAGCATGAAGGAGTTTATCAAGAAGGAAGGATAAATTATATAAATACAGAT +TTTTTAGCTGCAATAAAATATGTAATTGACATATCTCAAAGAGAAAATAAATTGACAGTA +ATAAATTTAACTGTTGCTGAAAGGTCTGTGTCATTCTTATTAACAAATTTATTAGATACA +TTTACTTATTTAAATAGTACGGGAGTTGTAGTAGTAGGTGGAGCTGGAAATGAGGGGAAC +ACAGATATTCATTATGAAGGCTTTTTTCAAGATGATGAAACTCCACAGGATATTATCTTA +GAAGTATCAGAACAAAAATCATTAGAAATAACTATATCTCCAAATGGACCAGGGAGAGTA +GGGGCATTAGTTATATCTCCTTCTGGAGAAATTAGTTATAAAATAATGTATGCACCAGAT +GATAGTATATATAGTGGGAGGTTCAACTTAGAAAATGCATCTTATGAAATGAGGCTTATT +TATCCATGGTTGCTTTCAGGAAATCAAGAATTGACAATAAGAATAGATGACATAAAACCT +GGTATATGGACACTTAGATTATTTCCTGAGATTATAACTTCAGGAGAGTACGATATTTAT +TTACCTAATCAAAATCTTATACCTGTTAATACAAGATTCTTAGACCCAAATTCTTACTCA +ACAATTACTTTATATGCTTCAACAGAAAATGTAATAACAATAGGTGCATATAATGATAAA +ACTAATAGCATGTGGATAGGATCATCAAAAGGGCCAGTCAAAGGTCGTTTTACAAAGCCT +GATATAGTAGCGCCAGGTGTAGATATAATTTCACCGTTTATAAATCAAAGCTATACTACT +TCGACAGGTACAGGTGTTAGTTCATCATTAGTATGTGGAGTTTTAGCTATTATAATGGAA +TACCTGGCACAACAAGGTGACTATTCAAGAAGAGCTTTATTTACAAAGGTATTAAAAACT +TACTTAATGCGTGGAGCAACTAAAAATAATATATATACTTATCCAAATTCATCTCAAGGA +TATGGTATTTTAAATTTACAAAGTACGATGATGGCTATAGCAGATAATCTTTAA +>group_282 +GTGAAGAAAATAGTTTCATTAATAGCCGTTAGTTCGATTTTAGTTAATGCTAGTGCAACA +ACTACAAGTGCTGTGTATGCTGAAGAATCAAAATCTAATTTAAACAGCAAATTATCTAAA +AACAGAGAAGAACAAGAAGAATTAGGTGAAAAAATAAAAAAATTAGATTCTCAAATAAAA +GAGATAGAATCAAATATAAAATCTACAGAAGAGAAAATAGCAAAGCTAAATTCAGAAACT +GAAGAAGCAAAAAAAGAAATACAAGACTTATTAAATAAAATAAAAGATAATGAAGAAGCA +TTAGGACAAAGATTAAAAGTTATCGATAATAATTACTCTATGGGATATATAAAAGTTATA +TTAAGTAGTACTTCTTTATCAGATTTCTTTAATAATTTATATATGGTTAAGGAAGTAATA +GAACAAGATAGAGATTTATTAAAAGAGTTAGAAGAAAATAAGGCAATTGTAGAAGAAAAG +AAAAAGTCTTTAGAAGATAAAACAAAAGAACAAGAAAATTTAAAAGTTTCATTAGAATCA +GACAACAGTAAATTGGAAGCAGATAAAGAAGAAATTGAAAATTTAAAAGCTGAGTTAACA +AAAGAAGAAGAAGATTTAGAATCAAAAATTGCAGATATTATAGCAAAAGAAGAGGCTGCT +AGAGCAAAGGAAGAAGCTACTTCAAATAGTCAAAGTAGCTCATCTGGTGGAAGTTCATCT +AGTGCAGTAATTACTGATGGATCATGGCCAGTTCCAGGATATAGTGGAAATAGCTCAAGT +TATGGATGGAGAATTCATCCGATTTTAGGAACTAAGAAATTCCATACAGGATTAGATATA +CCTGCACCAAAGGGAACACCAGTAACTTCATTTGATGATGGTACTGTAATCTATTCTGGA +GTTCAAGGTAGTTATGGTAATACAGTTATGATAAATCATGGTAATGGAGTAGTAACTTTA +TATGCTCATAATAGTTCTTTAAATGTTTCTGTAGGTCAAAAAGTTAAAAAGGGACAAGTT +ATTGCGAAAGTGGGTTCAACAGGAAGATCTACAGGTCCACATCTACATTTTGAAGTGAGA +GTAAATGGACAACATACTAACCCTTTAAATTACTTCTAA +>ftsX +ATGAAGTTATTGTCTAATTTTCTTTACAACTTAAAGCAAGGAATAAATGGTATAAGAAAA +AATAAAACTATGAGTCTTATATCAACGATATCTGTGACAGCAGCATTAATAATATTAGGT +TTAATACTGACTATTGTTATAAATATAAATCAATTTATTGAAGTAACTAAAGATCAAATA +AATGAAATTAAAGTTATTGTTTCGGAAAACCTAGATGAAAGCCAAAGAAATCAAGTTAAA +GAAGCTTTAGAAAAAATAGAAGGAATAAAAACTATCGAATATAAGTCAAAAGAACAATCT +TTTGAATCGATGAAAGAAAACTGGGGTGAAGATGGTCATCTATTAGAAGGAATTAAAAAT +CCTTTAGATGATAGTTATACAGTAACTCTTGTTAATTCAGAAAATATGAATAATATAGTT +GAAGAACTTCAAAAAGTTGATAATGTAGTTGAAGTTAAATATCATCAAGACATAATACAG +AACTTTTTAAATCTATCTAATATGATTAAAAAGTTTGGTGGAATATTAATATTAGGGTTA +CTTCTAATTTGCTTAGTAATAATATCAAATACGATAAAGAGTAGAGTATTCAGCAAAAAA +GAAGAGATTGAGATAATAAAGTATGTAGGAGCAAGTAATAGTTTTGTAGTAGGGCCATTT +ATAGTAGAAGGTTTTATTATAGGATTAGTAGGTGCTGTTTTATCTGTAGGTATATGTACA +GGTACATATGGATACATAGTTGAAAAAATAAATGGAGCTTTATCTAATATGATGGGAAGT +GTTGTTGTTCCACTTACTAGTATATCAATATCTTTAATATTAGTTTTATTTATTACAGGA +GTTATGATAGGTGTTTTAGGAAGTATAATGTCAGTTAGAAAACACTTAAAAGTTTAA +>ftsE +ATGATTAAGTTTACTTGTGTAGATAAAATGTATCCTGATGGAAATAAAACATTAAAAAAT +ATAAACTTAAAAATTGACAAAGGAGAGTTTGTATTTTTAGTTGGACGTTCAGGTGCAGGG +AAATCTACGTTACTTAAATTGATAACAAGAGAAGAGAAAGCTTCAAAAGGAAGTGTATCT +GTGTTAGGAAATGATATAACTAACATTAAGGTTAGTAAATTACATACATACAGGAGAAAT +ATAGGAATAGTTTTTCAAGATTTTAAATTATTAAAAGATAAAACTGTTTATGAAAATGTT +GAACTTGCAATGAGAGTAATAGGAGAAAATCCTAAAAATATAAAAACTAGGGTAATGGAA +GTATTACAAAAAGTAGGTATATATCATAAATGCAATAAATATCCCGATGAATTATCAGGG +GGAGAATGTCAGAGGGTTGGTATAGCTAGAGCGATAGTTAATAAGCCTTCAGTAATAATT +GCGGATGAGTGTACAGGTAATCTAGATGTAGAAAATTCTAAAAAAATTGTAGACTTGTTA +GAAAGTATAAATGAAGAAGGTGTCACTATTGTCATGGCTACACATGATATGGAAATATTA +AAACAATATAACAAAAGAATTGTAGCTATAGATGCCGGAAAAATAATAAAAGATACGAAG +AGGGATCAGTATGAAGTTATTGTCTAA +>isp +ATGAAAAATAAAGACAAGGAAGTAGATTTAAATGTAAGACTAATACCGTATATACAGAAT +GAAGAAATTAGAGCTACTACTTTAAGTTCACCATATGGAATTAACATGATACAGGCAAAA +AGTTTTTGGAATACATCACAAAAAGGAGAGGGTATAAATATAGCAATCATAGATTCTGGT +TGTGATATAGAACATATAAATTTAAAAGATAATATAGTAGGGGTAAGAAACTTTACTGAT +GAAGATAATAAAAACCAAAATATTGTAGTAGATAGAGTTGGACATGGAACGCATGTAACT +GGAATTATTGCAGCAAATGGAGAGAATGGTATAGTAGGAGTTGCACCGAAAGCAAACATA +TATGTTTTGAAGGCTATAAATAGAAGTGGTACAGGAAAGCTTAGTTGGGTAATTAATGCA +ATTAATTACGCTGTAGAAAAAAAAGTAGATATAATATCAATGTCACTAGGAATGTCAGCT +AATAATGAAAAATTAGAAAGAGCTGTAAAAGAAGCTGTAAATAAAAATATATTGGTTGTT +TGTGCAGCAGGAAATGAAGGCGATGGAAATGCAGACGATTTCCAATATTCATATCCAGCT +GCATATGTGGATGTTATATCTGTAGGTGCAGTGGATAAAAGAGGAAATCCAGCATATTTT +AGTAATGCAAATCTTGTTATAGATGTAGTAGCTCCCGGTGTAGAGATACTATCAACATAT +CCAAATAACAGTTATGCTAGTTTAAGTGGAACTAGTATGGCTACTCCTTATGTAAGTGGA +AGTTTAGCGCTTCTAAAAAATTGGTCAAAAGAAGAATTTCAAAGAGATTTAACAGAAGAA +GAACTATACGCTCAATTAATTAAACATACAAAAACTTTAAATTATTCAAGAGCAGTTCAG +GGAAATGGACTTATTTATTTAAAAGAGGAAAAGACGATAAAAAAAATAAAATATTAA +>group_356 +TTGAAAAAAATATATATAGACTTTGAAATGAACATGCCAAATAGTAAGGGTAAGAAGGCA +ATGTTAAATGCGGATATAATAGCTATTGGTGCAGTAAAATATGATGATCGTACGGGTGAA +ATAGAAAAGTTTAAATCATTAATAAAGCCTATAATTATAAAGGAAGTATATCCACATATT +GAAGATTTGACTAAAATAACATCAGAAGATTTATTTAGGGCACCTACATATGAGGATGTA +ATGAGAAATTTTAAAGGTTGGTTAGGGTCTTTTTCTGAAATAGAGGGGATATATACATTT +GGAAATCTAGACTTAGTATGTTTTAGTAATATTGATAAAATAAGTTCACAAAAAAATAAG +CATCCAAGGTTTTTAAATAATATAAGAAGTTTATTTGTAGATATAAAAGATAAATATTTG +GAGTGTGGGATTAGGTGCATGAATTATATATCCTTAAAAAATCTACTAAATATAGCTAAT +ATAGAATTTAGTGGAGAAGTACATGATCCATTAGATGATGCTTACAATTTGTTTTTACTA +GATACAGTACTTGACGATAATGAAAGTATAAGAAACTTATTAATAATACAAGATATAATA +AAGCCTCCTTTTAATAATATAGATGAAAAATTAGATGAAAAATTTGAGCAATATAAGAAG +AGTCTTTATAAAAATAAAGATAACTATGATATAAACTTTATATCTTTAGAAATAATAAAA +GTAGTAAGGAAATATATTATATCTTTAGAGGATATAGATATAAATAATATAGATATATTA +AGAGATATTAGCAAAAAAATAGTAGCTATAGAGAAACTAATTAATATAAAAGATGGATAT +TTTTATATACTAGAAAATCCATGTATAGATATGGAAGATTTATTAGAAGATTTAATGCTT +TATAAGATTACAAAAGATGAATATAAAAGTGAAATAAAGACTATAATTGATTTATTTGAT +GAGGACTTAAAATTTGAAAATATTAATGATATAGTTTATAGATAA +>ttcA_1 +ATGAGTGATTTAGCAGGAAAAGGTTGTGAAATAATAGTACCTTTTGATGAAAGACAACCA +TTAAAAGATATAGAAAGAAGTATAATAAAGAAATATAGAAAGCATTTATGGTCGAAATTC +ATAAAAGCAATAAGAGATTATAACTTAGTAGAAGAGGGTGACAAGATAGGTGTTGCAATC +TCAGGAGGAAAAGATAGTCTTCTTATGGCAAAGATGTTCCAAGAATTAAAAAGACATGGT +CAAGTAAATTTTGAAGTTGAATTCATAGCGATGGATCCAGGATACCACAAAGATATAAGA +CAATTACTTATAGATAACTGCGAATATTTAAATATACCAATACATTTATTTGATTCAAGA +ATATTTGAAATTGCAGATGAAATAGCAAAGGATTATCCTTGTTATATGTGTGCAAGAATG +AGAAGAGGAGCATTATATTCTAAAGCTGAAGAGTTAGGATGTAATAAGCTTGCTTTAGGA +CATCATTATGATGATGTTATTGAAACTACAATGTTGAACTTATTATGTGCAGGTAACTTT +AAAACAATGTTGCCAAAGTTAGATTCTACAAACTTTGATGGAATACAAATAATAAGACCT +CTTTACTATATAAGAGAAGAACATATAATAAGATTTATTCAAAATAGTGGTATTTGGCCG +CTAAACTGTGCTTGTATGGTAGCAGCTAAGAAAACTGGAAATAAGAGATATGAAATAAAG +GACCTTATAAAGCACTTAGGTGAAAACTTTAAGGATGTGGAAAAATCTATATTTAAAGCA +GCTCAAAATGTAAATATAGATTCTGTTTTAGGCTGGCAACAAGATGGAATTAAGCATTCA +TTTTTAGAAAAGTACGAGTAG +>group_63 +ATGGAAAAAAACGATAGAGGTGTTGTACAGAACTGTGGTTGTGAATTAGCTAGACCCTAT +GTAAATGATCAAGTTCTTACAAAAATGTATAATCTTTCAACTGCATTACAAAATGGAACT +ATATTTCCTGAACTGTTCTTATTAGACTCTAACATGTATAATGCAGACTTATATAAAAAT +CCTAAAAACAGAGTTAGGGGGAAAAGATAA +>group_523 +ATGAAACAATGTAATAATAGAAGTGAACTACTAAGAAAAGTTCAAGAAACTGGTTTCGCA +TGTGTAGATATGAATTTATATTTGGATAATCATCCAGAAGATAAAAATGCTATAAATGTT +TATAATTCATTAGTTAACCAATTTGCTCAAGCTAGATGCGCTTATGAAAGTAAATATGGT +CCATTAACTAATTTCGGATATGCACCAAGCCAATATCCTTGGCAATGGATTTGCCAACCT +TGGCCATGGGACAGAGAATTTAATGCATAA +>ydbD_1 +ATGTGGATATATCAAAAAACTTTAGAATTTCCAGTTAACTTAAGATGTAAAGATTTGAAC +ATGGCTAAGTATATAGTTGCTCAATTAGGTGGACCAAACGGTGAATTAGGTGCTGCTATT +AGATATTTACAACAAAGATATACTATGCCTACAGGAAAATCTCGTGCTCTTTTGACTGAT +ATAGGAACAGAAGAGCTTGCTCATGTTGAGATAATCTCTACTATGTTATATCAATTAACA +GAAAGTGCTACACCTGAAGAATTAAAGGCTGCAGGACTTGGTGCCCATTATGCAGTTTGG +GGACATGGAGTTGCTCCAACCGATCCAAATGGTATACCTTGGACAGCTGCATATATAAAT +GTACTTGGCGATGCTGTTACTGATTTACACGAAGATATGGCAGCTGAACAAAAAGCTTTA +GCAACTTATTATCAACTTATAAATTTAACAGATAATGTAGATATAATAAATGTGCTTCGT +TTTTTAGGTGAAAGGGAAATAGTTCACTATCAAAGATTTGGAGAAGCTTTGATGGATGTT +TATGATTTTACAGAGTGTAAAAAAGTATTTTAG +>group_275 +ATGAATATTAATAAAAAATATGTAATATCTGGGGTTATAGCAACATCTATAGCTATACCA +TTATGTAGCTCTATATCTAATGCAGATGGAGTTGAGTATAGAACTATAATTGCAAATTCA +GTTAACTTTAGAACTGGACCAAGTACAAGTTATTCTTCCATGGGAAAATTAAATAAAGGC +GATAAGGTTGAATATATAGGAACTAGTGGAGATTGGGTTAAGATAAAATATAATGGTAAA +ACTGGTTACGCTCATGGAGATTATGTAGGTACATATAGTGGTTCTAATCAAACATCAACA +ACTAAAAAGGTAGTTACAGCAACAAGTCTTAATTTTAGAAGTGGAGCAGGAACTAAATAC +TCAATAATAGGAAGTATAAAAAAAGGTACTGAAGTTTCAGTAATATCAGAGTCAAATGGA +TGGTCAAAAATTAATTATGGTGGAAAAACTGGATATGTTTCTAGTAATTATTTAGCTAAT +AAAAGCGAGTCATCAAACAATGGGTCAAGTAATACAACTGAAGATGTTAAATATAATAAA +ATAGTAAATGCGAGTGGACTAAACTTTAGAACTGGTCCAGGGACAAATTATTCAAAGATA +GCAACACTTAGCTATGGAACTGAAGTTGGTGTTATTTCAGAATCGAATGGATGGTCAAAG +GTAAGTTACAATGGAAAAGTAGGTTATGTATCTAGCTCATATTTAGCAAATAAATCAAGC +AACTCAAATGGAAGTAACTCATCAACATCAAGTTCAAAAGCTGATAAAGTAATAAGTTTT +GCAAAAACCTTATTAGGAAAAAAATATTCTTGGGGTGCAGAAGGTCCTAGTACTTTTGAC +TGTTCAGGATATACTTATTATGTATTCAAACAAACTGCTGGAGTAACTTTACCTAGAGTA +TCAAAAGATCAAAGTAAGTTTGGAACTGCAGTAAGTAGAAGTAATGTAAAAAAAGGTGAT +TTAGTATTTTTTGATACAAATGGATCAAATAATGGAGATGTAAGCCATGTTGGTATCTAT +ATGGGAGATGGAAAGTTTATACATGCATCTTCAAGCAAAGGTGAGGTAGTAATATCTGAC +TTTAATAGCAGTTATTACAAAGGAGCTTTTGTAAACGCAAGAAGAGTGTTATAG +>group_143 +ATGAATAATATTTATAATAATGTAAGTTTATTACCTACACCTTGGATGAAAAAAAAATTA +GAAACTCTTTATGACAAAAAACTTAATGGAAATCTATTTTTAATATACAATGAATTAAAA +TCTGAAAATGAAATTAGTTGCAATCATTTAATCAAACTGCTAGATGATAATAATATCATT +ATAGATAGCACTCATCCTATATATTTTTACTTTCCTCTAGAAGTTGATAATTTAATTAAG +ACTTTAATACTGACAATTAAATACTTATTCCCAAAAGATGCATATATAATACTCGGCGGA +TTTATTGAAAATTATCCTAATCTAAATGAATCAGACTGTATTTATAATTTATACAATACT +TATCCCGAGTTAAAAAATACTGTTGATTTTTCCTATCTTATTGATAAGTCTAAAGAATTT +GAAATATTTACATCTTTATCTGACACACACAGAATCCATATAGATCCAACTTCTTCATGT +ACAGTATCTGGTCCAACATTAGAATATAATTTAAGTAAATTTAGCAATGTTACTCATGTT +TCTTTTGTTAAACTGCTTTCTGAGGAATCCTCCGACTTTTTTAACTATTATATAAAAGGA +TTAACAAATAAAAACAATAATTTTAATTTTAATTTCTAG +>topB_1 +ATGAAGCTTATACTTGCAGAAAAACCATCTGTTGCTAAAACTATAGCTACCTTTTTAGGC +GCAAAAACTAGACATGATGGGTATTTTGAAGGAAATAATTATATAGTTACTTATGCCGTA +GGTCACTTAGTATCTTTATACGATATGAAGGATTATGATAAAGATAGATATTCAGGTTCT +TGGAAAATGGATAATTTTCCATTCATACCTAGTGATAAATTCAAATTTAAAGTAGATAGT +TCAAAGAAAAAACAATTTGATACGGTAAAAAAACTTTTACATAGAGATGATATTGAATAT +GTAATAAATGCTACAGATAACGATAGGGAAGGTGAATTAATTTCATTCTTAATATTTTTA +TTAGCAAAAAATAAAAAACCCGTTAAAAGGATCTTGGTGAATGAATGGACTCCAGAGGAT +ATAACTAGAGGTCTTAATAATCTAAAAGATAATTCAGACATGTTAAATTTACAAGCAGCA +GGATATACTAGACTCCTTACAGATTGGCTAATAGGAATTAACTTCACTTCTATTGCTACC +CTAAAATATGGAAATGGTAAATTACTTAATATAGGGCGTGTAATTCTTCCAACGGTAAAA +TTAGTTTATGATAGAGATATGGAGATTGCTAACTTCATTCCTAAAAGTTACTTTGAAATA +GAAGGTAATTTTAAAAGTCCTAATGGTAATTATAAAGGTAAATATATAAAAGGTAAGGAA +AGTAAATTTGATACTATAGAAGATGCTAACAAAATTATTGATAGTATTACTTCTAATAAA +GGAATAATAATAGATAAAAAAGTTACTACATCTAAAGAATATGCTCCTAAGCTATTCAGT +TTAACATCTCTTCAGGGATTTATAACTTCTAAGTATTCAAATTTCACTTCAGATAAGGTT +TTAAGTGTATGTCAATCACTTTATGAAGGAAAAGGTAAGGGTGGATATATTACTTATCCT +AGAACAGATTCTATTTACTTAGAGGAAAGTCTAGTTACAAAAGTATCTCAAACATTAGAT +AAAATAAAAGTAGGACTTCCTTATGAAAACAAGATTTCATTTACTAAAAGTAAAAGAATA +TTTGATTCCTCTAAAGTTGATAGCCATAGTGCCATTATACCTACATATATAATACCTAGT +AACCTTACTTCTGATGAGCAAATTGTTTATAATGCTATAAAGGATAGGTTTATCGCAAAC +TTTATGCCTCCGGCAGAATATGAGAATACAGAGATTAAAACTGAAGTAGATAAACATATA +TTCTTAACTAAAGGTAAGGTCTTAAAGGTTAAAGGATATTTAGAAGTATATAATAAGGAA +GAAAAAGATGATTTGCTTCCTATAGTTAATGAACTAGAAACTGTAGATGTTTTAGATATA +AAAGCTTTAACTAAACAAACTACTCCTCCTAAACCATATACAGAGGATACTTTACTTAAA +GCTATGAAAAATTGTGGTAAAAATGTATCAGAAGAAGATACCGCAGTTCTATCTGGCTAT +TCAATAGGTACTTCTGCAACTCGTGCTGATGTATTAAAAAAAATCAGTCAAGTTGGGTAC +GTTAAGAAAAAAGGAAAATCCTATTCTATAACAGATTTAGGTAAAAACTTAGTTGAAATC +TTCCCTGTAAAAGACTTATTCGATGTAGACTACACAGGAAAACTAGAAAAAAGTTTAAGT +GATATCCAAAAGGGACAGTTCACTAGAAAAGAATATTTAACAAATATAATGAACTTTATA +TATCAGAATGTAAACTTAATAAAAAGAGATAGTAATAAAAATATCAGCACAGAAGTATAT +ACTTATAATGCTAAAACAAAAAAATATGTTAAAGAATCGTCTCAAGTAAAAAAAGCTAGC +TCATCTGTAAATAAATCACAGGTGAAGTCAGATAAAAGTGATTCTTTAGGTAAATGTCCT +GTATGTCAAAATGATGTAATCGAATCAGATAAAGGATACTTATGTATAAATTATAATAAT +TGTAAATTTGGAATTTGGAAAAATGATAAATACTTAGAGTATTATAAGAAAAAACCAAAC +AAAACCATGGTCAAAAGTATACTAAAAAATGGGCAAGCAAAAGTTAAATCTCTAACATCA +AAACAAGGTAAAAAATTCGATGCTTTGCTTAAATATAATAAAAAAGATAATGGATACTGG +GGATGGACTATAGAATTAGAATCTGATACCTCTACTTCAAAATAA +>group_17 +ATGGTTAAATGTCCTAGATGTGGAAAAGAGGTATCATCAAGACCTGGCACAATTTGCCCT +AGATGTGGCCTTAATGTATCAGAAGTTAATTCAAAAATAAGATGTCCAGAGCCAAATTGT +AGGGCTTTAGTTTCTAAAAAGTTAGAATACTGCCCAAAATGTGGATGCAAATTAAAAGGA +TATAAATTAAATGAATTAATGAGATTGGCTAGAAATAAAATAGATGAAGTTTTGTATGAT +GATAAAGAGTAG +>yqfL +ATGGAAAATTTAATTATATATGTAATATCAGATTCTGTAGGTGAAACAGCTCAGCAAGTT +GCTAAAGCAGCTATATCTCAATTCATGATAAATGATAATTATGAGATAAGGAGATTTCCT +TATGTGGTGGATAAGAAGTTTTTAATGGAAATATTAAATAGCGGAAAAAATGAGGACGCT +ATAATTATATATACTTTAGTAGATGAATCTCTATCAACTTTAACTAAAGAGTATTGTCAA +AATGAAGGTTTAAGCAATATTGATTTAATGTCACCTATATTAAGTGAAATAGCTAAAAAG +ACTGATAGAAAGCCTAGAAGGGAACCTGGTATTATAAGAAAATTAGATGAAACGTACTTT +AAGAGGGTAGAGGCAATTGAGTTTGCAGTAAAATATGACGATGGAAAAGATCCGAGGGGA +GTTTTAAAATCAGATATAGTATTAGTTGGAATATCAAGAACATCTAAGACACCACTTAGC +ATGTACTTAGCAAATAAAAATATAAAAGTTGCTAATGTTCCGCTAGTTCCAGAAATACCT +TTACCAAAAGAATTAAATGATATAAATCCTAAGAAGATAATAGGACTTACAAATACGCCA +GAAAAGTTAAATAAAATAAGACAAGAAAGATTAAAGGCATTAGGTTTATCTAGTAATGCA +AATTATGCTAATCTTGGAAGAATATTACAAGAATTAGACTATTCTGATTCTGTTATGAAA +AGACTAGGTTGTCCTGTTATAGATGTATCAAATAAGGCTATAGAAGAAACAGCAGGAATA +ATATTAGATTTAATGAAAGAAAATGGAATAAATACAGTAAAAATTAAAGATAGATAG +>group_188 +GTGAGCAATAAAATAACAATAGAAAGCATTGATGCTGTATACCAAAGAATACCTAATGCT +ACTTATTCAGAAGCAAAAGAAGCTTTACAGGAATGTGATGGAGATGTTGTAGAGGCAATT +ATACTATTAGAATCTAAAAAAGGTGGTAATACTACTAGTAAAGTAAAAAAGACAGTTGAA +GATGTATTTGGGAAAGATGGAGACGAAATAAAATCTCAATTAAAAGAACTTCTTAGAAAA +AGTAGTGTTATAAGAGTTATAGTTGAAAAAAATGGTAAGATTATAATGAATATACCCTTG +ACTGTAGGAGTAGTAGGCTTAGCATTAGGACCACTAGTTACATTGGTAGGACTTTCTGCC +GCTGTAATTGGTAAATTCAATATAAAAGTCCAAAATGAAGATGATGGAACAACAGTGGAC +TTAGGAGAATTAACTGAAGAAAAATTAAATATATTAAAAGATATGATAACTAATGCTGCG +AAAGATATGAAGGATGTCGTTTCTGAAAAGACAAAAGATAATAAAGATATAACTGATGAA +CTTATAAAAGAAACAGAAAATCAAAATAATGAAAATAAAGAAGAAAACTAG +>recO +ATGATAATCTTGAACACCCAGGGGATAGTTCTTAAAGCCGTAAGGTATGAAGAAAATGAC +GTAATATTAACTATATTTACAAGAAAATTAGGTAAGATAGCTGCAATGGCAAAGGGAGCG +AAAAAAAATAAAAGTGCATTGCTTTCTTCAGCGCAGCTTTTTTCTTATTCTAATTACACA +TTAAAAAAACAAGGAAACATGTATAGAATAAGCCAGAGTGATGTAATTAAAAGCTTTTAT +GATTTATCATATGATTTAGAGGCATTTTCATATGCTACATACATTACAAAATTAGTAGAA +TCATCCACATTAGAAAATCAGACAAATAATAGATTATTTGTATTACTTGCTCAAACATTA +TATTTATATACTCAAGATAATGTAGATAAAAAGTTTATAACAAGGGCATTTGAGCTGAAA +TTCTTAGATTATATAGGTTTCAAGCCGATTGTAAATAGATGTAGTAACTGTGGAGAAAAA +AATTCAAATGAATATGTGTTTAATGTATATGAAGGTGGTATCTTATGTAAAGTGTGTAGT +GGAACTTTTGAAGAAAATATGAAAATTGATATAACAACTATTAAGCTTATGGAATATATA +TTAAGTAATGATATATTAAGGTGTAGCAAAGCTAAGGTATCAAAATATATAACTTATGAA +CTACAACGAATTTTAAAACAATACCTAATGATATATGTTGACGATATTAATTTCAAATCG +CTACACTTATTACATGAACTAGAAAATAATAATGGAGTTGATAAGGGTGAGCAATAA +>group_135 +ATGAACAATTTATGTTGGAATATTTTTAAAAAGACTGGAAGTATAGAAGCATTTCTATAC +TTGAGCGATTTTAAAAACATGGATAAAGAAAATAACAATTCAAGGGAGATAGATAATAAC +AATGATAATCTTGAACACCCAGGGGATAGTTCTTAA +>group_166 +ATGGATAGGAAACAGGATATTTCCAAAGATTTGCTGAGTGAGGTAAAATCTTTAATTGAT +AACAATAAAATATTGGAATTAAGGGAATTACTTGAAGAGTACCACATAATAGACATATTT +GATATAATGGAATACTTAGAGGAAGATATGAAAGTAAAGTTATTTGAAGTTCTTCCAATA +GATATGTCAGCTTCTATATTAGAAGAGTGTGATGTAGAATTTTTTAAAACTATACTAAGT +AAAATAGACATAGAACATCGTAAAAATATATTAGAATTAATGTCACTAGATGATATGGCG +GATATATTAAGTCAGTTAGAAGAAGATGAAAGAGAAGGTGTCATGGAACTCTTAAGTCAA +GAAGATGCTGATGATGTAAAAGAGCTGTTAATTTATGAAGAAGAGTCTGCTGGTGGTATT +ATGACAACAGGTTATATAGAAGTAAATAAAGATATGACGGCTAAAGATGCTATAGAGCAT +ATGAGAGAAAATGCTAAAGAGGCTGAGACAATATATTATATTTATGTAGTAGATAACCAA +GAACGATTAGTTGGTGTAATATCCTTAAGAGAATTAATTACAGCTAGAGATTCTAATATA +GTAGCAGATTTAATGAGTGAAAACATAATATCAGTATATGTAGATGAAGATAGGGAGGAA +GCAGTAAGACTAGTTTCAAAGTATAATCTGGTAGCTATTCCAGTTATTGATAGACAAAAG +AGATTAAAGGGAATTATAACTGTAGATGATATTATAGATGTTATGGAAGAAGAAGCAACA +GAAGATATGTATAAATTTGCAGGGTCTTCTGAGCATGAAGTAGAGTTAATAGAAAAAATA +AATCCTACACCAAAGGAACAAATTTTTTCTTCTGTTAGGGCAAGAATTACTTGGCTGATT +ATAACATTACTAGGTGGATTAATATCAACAGCTATAATTTCTAATTTAGATATTATAATG +AATCCAACTTATGCACCATTAATATTTTTCATACCTGTTGTAATAGGTATGGGGGGGAAT +ATAGGGACTCAATCATCAGCATTAACTGTAATGACCTTATATAACAAAGATTTAGATTAC +AAAAATGTTTTAAAGGAAGGTGTAGTGGGATTTATTACAGGGATATTATGTAGTGTAATA +ATAGCAATAGCAGCTTTTATATTTATAAAAGATATAGGAGTTGTTTTGGTAGTTTCATTA +TCATTATTTATAAATATGATAGTAGGAGCCATGATAGGGGCATTTATGCCTGTCTTGTTA +AAGAGACTAGATGTTGACCCATCTATAATTTCAGCACCATTAATATCTACAATCCTTGAT +ATTACAGGAGTAACTGTGTATTTCGTAATAACTTCTTTTGTATTGTCAAAAATTGTATAA +>era +ATGTTTAAATCAGGATTTGTTAGTATAGTAGGAAGACCTAATGTAGGAAAATCTACTCTT +ATGAATAATGTAGTAGGAGAAAAAATTGCTATTATGAGTGATAAGCCTCAAACTACAAGA +AATACAATTCAGGCTGTATATACAGATGAAAATTGTCAAATGGTATTCTTAGATACACCA +GGTATACATAAGCCAAAAAATAAATTAGGTGAGTTTATGGTAAAATCAGCTACAGATGCA +TTTAAAAATGTAGATGTAGTTTTATATGTAGTAGATGAATCTAAAAAAATAGGACCTGGA +GATAGAAAGATAATAGAAGATCTAAGAGGTATTAAGGCACCTGTTGTCTTAGTTTTAAAC +AAGATAGATCAATTAGATGAAAGTGATTTATTTGAATTGATGAAAATGTATCATGTAGAA +GGAGTATTTAAAGAAATAGTACCAATATCTGCATTAAAAGGAAGAAATATAAAAGAATTA +ATAAAAGTTGTTCAAAAATACTTACAAGAAGGACCAAAATATTTCCCAGATTATATGATT +ACAGATCAGCCAGAAAGAGTACTAGTATCTGAGTTAATAAGAGAAAAAGTTCTTCACTAT +GTTCATGATGAAATCCCTCATGGTGTTGCAGTAGAAATAGAAAAAATGAAATCTAGAAAT +GATAAGCAAATAGTTGATATTTCTGCAGTAATATATTGTGAGAGAGATTCGCATAAGGGT +ATAATAATAGGTAAGAATGGTAGAAAATTAAAGGGAATAGGTAAATCTGCAAGAGAAGAT +ATAGAGTTACTTTTAGGGTCTCAAATAAATCTTCAATTATGGGTTAAAGTTAAAGAAAAT +TGGAGAAATTTACAAAATTACGTAAGTAATTTTGGATATACTGATAAATAA +>cdd_1 +GTGAATAATAAAGATTTACTGAAATTAGCAGAAGAAGTTAGAAAGAATGCGTACGTACCT +TACTCAGAATTTAAAGTAGGTGCAGCTCTGTTAACTAAAAGCGGTAAAGTATATACAGGA +TGTAATGTAGAGTGTGCTTCAATAGGTGCAACTAATTGTGCAGAAAGAACAGCTATATTT +AAAGCTATATCAGAAGGTGACAGAGAATTTGAAGCTATAGCGATAGCATCTAGTAATTCA +GAAAAAAATGAGCCTACTTACCCATGTGGAATATGCAGACAAGTAATTATTGAATTTGGA +CCGGAAATAAGAATAATCACAGGATATTCAGAAGGAGAAATATATGAAGGTAAAATTAAA +GAATTAATACCTTTTTATTTCTCAGGAAGTGATTTTAAAGAAATATAA +>group_55 +ATGAAAATTAAAAAAACTCGACAAGGTATAATTAAAGCATTTAATGCAGCTATTGAAGGG +ATAATATATACTTTTAAATTTGAAAGAAATATGAAGATACATTATTGCTTAGCTGCAATA +GTGCTAACAGGAAGCTTGTTCTTTGAATTAAACAAGGTAGAAATGCTGATATTATTATTT +TCTATAAGCTTAGTTATAATAACAGAAATGTTTAATACAGCTGTAGAAAAGACAATAGAT +ATGATTACAGATGAATATCATGTTTTGGCTAAAATAGCGAAAGATGTTGCAGCTGGTGCT +GTTGTAATAGCAGCACTTAACTCTGTAGTTGTTGGATATATATTATTTCTTGATCAAATA +AATGATATATCTAAGTCTTTAATTTTCACCATAAGGAAATCAGAACCTCATGTGACCTTA +ATTTGTATAGCTTTGGTTTTGATATCTGTAGTAGTAGTAAAGGCATTAACATCTACAGGT +ACTCCTCTAAAGGGTGGTATGCCAAGTGGTCATGCGGCTTTGGCTTTTGCTATGGCAACT +GCAATTACAATGATAATAGAAAGACCTGTAGTAGCAACACTTGCATATATAATGGCAGTT +CTTGTTGCTCAAAGTAGAATAGAAGGAAAGATACATACATTTTGGGAAACTGTAGCAGGT +GCATTACTTGGAATATTAATTGGAATGCTAGTTTTCCAAATAAAAATAGTTAATTTCTAT +TAA +>ybeY +ATGGAACTTATAATAGATGATAGACAGAATAAACTTAAAATAAGTGAAGAATTAATAGAA +AAAATAAAAGATATCATTTTAGAATGTCTAGATTATGAAGGTTACGATGATGATTATGAT +GTAAGTTTATCATTTGTAGACAATAAAGAAATACACGAATTAAATAAAATGTATAGAGGT +ATAGATAGAGCAACAGATGTCTTATCATTCCCAATGCTAAGTGATGACGAGTTTGAAATT +GAATTAGAAGAAAAGTCATTAGGGGATATAGTGATTTCTTTAGAAAGGGCTTTTGAACAA +AGTATTGATTATAATCATAGTTTTGAAAGAGAAGTATGCTTTTTAGTATGTCATAGTATG +TTCCATCTTTTAGGATATGATCATGACACAGAAGAAAATACTAAAGAAATGAGAGAAAAA +GAAGAATATATATTAAACAAGTTAAGCATAACAAGGGAGTAG +>group_358 +TTGATAATACAAAAGAAATTTATAGTAGCTGAAGAGAAGTTTGAAAGAGAGTTATTTGGA +AATTTTGATGAAAATGTTAAATTGATTGAAGATGCTTTAAGTATAGATGTTATATTAAGA +GAAGGAAATATCGTTTTAATGGGTGAAGAAGAAAATGTTGACTCTGCACTTAAGCTTATG +AACGAATTGCATCAAGCAGTAGCAAATGGAAAAACTTTAGACAAACAAAATATATCGTAT +TCATTATCCCTTCTATTAGAAGGCAGTGAAGAAAAAATAAAGGAACTAGAAGGAACTATT +GTAATAACACAAAAAGGAAAATCGATTCAACCTAAAACATTAGGCCAAAAAGAATATATA +AAACTTATTCAAAATAATGATATTACTTTTGGTATAGGACCAGCAGGTACTGGTAAAACA +TATCTTGCGGTAGCTATGGCAGTTAAGGCTTTTAAAAAGGATGAAGTTAGTAGAATAATC +CTTACTAGACCTGCTGTAGAAGCTGGAGAAAGTTTAGGATTTTTACCTGGAGATTTAAAG +GATAAAGTAGATCCATATTTAAGACCTTTATATGATGCTTTGTTTGATATGATAGGACCA +GATAAATTTAATAAATATTTAGAAAGAGGAACTATAGAAGTGGCGCCCCTTGCATTCATG +AGAGGAAGAACTTTAGATAATGCATTTATAATATTGGATGAAGCTCAGAATACAACTCCA +GAACAAATGAAGATGTTTTTAACTAGACTTGGATTTGGTTCTAAGGCCGTAGTGACAGGA +GATATAACTCAAACAGATTTACCTGATAAGAAAAAAAGTGGCTTAGTTCAAGCAACGAGA +ATTTTAAAAGATATTCCAGGAATAGGAAGTATTACCTTAAGTGATAGAGATGTTGTAAGA +CATGAATTAGTACAGAGGATAATAAGAGCATATGATAAATTTGATAAAGAAGAAGAGTTT +AGAAGAAGTAAAGTAAAAGAGAGACTTAATAATAAGAACAAATAA +>group_35 +ATGATTGATATATCATCTGATTTACAAGTAACTCAGCCTACCGTAACAATTGTTGGGAAT +AAATTTGTTAGTATAGAAAATTATTTATCTATAGTTACTTATGATACCAATTTAATAAAA +ATAAAGACTAAAGTAAAAACTATAAAAATATCTGGAGATAAACTTTTATTAAAATATATT +ACGGATGGTGAAATAGGGATAAAAGGAATTATCTACGGTGTGGAGTATATTGATTAG +>group_393 +ATGATAAAAATAATATCTAGCATAGTTCATAAATGCATATTCTGTAACTTCTTAATAGAT +GAACTTATGAAGTCTAAAGATTTACCACATAAAAATTTATTCATGAATATAAAAAATGAA +AATATTAGGAACATTAGAACCCTGTGTTATTTATATGAATATTTATACAAAGATGTGCTA +ATACTAGATAATGTAAATACTATTGAATTATGCAAAAATCTAGATGAAAATCTTAATAAC +TTATTTAAAATACTATTTGAAATTATTTCTGATTTAAAAATATTAAATTCTAAATTAAAT +AGCCCATACTTTAATCAATTTATAAATGGTTTACTTTTTAGTTATTTTAACTTTACTTCT +TGTTTAAACTGCTTTTTCCCAACTAAACAATTTAAAGAAAGTAAACTTGAAAAATTTAGC +TTTTCTAAAAAAAGAATTGAAAATAATAATGTACATCCAGATAATGACTCTTCAGATACT +CTTAGAAAAACTTGTATCGAATCTATTGACTTTTTCTTCGATTATCCTTTAAGTTCCCAA +AATATAAAAGAAGAAAATTACGAAGTATTCTTTGAAAATAATCCAAACAATAAATTCTAT +CAATTTTTTTTCGATTGTGATGATCGATTAATAAAAGTAAGAATTTCAGATAAAGATACA +TCTGTTTTCTATATGTATCAAGTATTAAAAGATTCTATAGAAACGTCTCCATCTATGACA +AATGAAGATGCCAAATTTTATTCAGATTCTTATTTAAATGAAAAACTAGGAAATGAATTT +AATGATTTAATATTTGATAAAGACTATTTAAATATATACTCTTATATGAATATTCCAGAA +TCTTATAAGTTTAAATATAATTTCAAAGATAATACAGGCAAGGTAAACCTAAAAAAAGGA +ATATATATAACAATTGATGCTATATATATATATATCCAAGAGTTATATTTATTTTAG +>yqeY +ATGTCCCTTAAAGAAAAGTTACAAGAAGATCTGAAGTCTTCAATGAAGAACAAAGATACA +GTAAAGAAATCTGTAGTAACTTTAATAAGAGCTTCTATTAAGCAATACGAAGTAGACAAT +AGAGTTGAACTTGAAGATGATGCAATCATCGATTTAATTGCAAAACAATTAAAGCAGCGT +AGAGATTCTTTGGTTGAATTCGAAAAAGCTAATAGAGATGATTTAGTAAGTGAAACAGAA +GCTGAAATCGAAGTTTTAAAAGAGTACCTACCTCAACAGTTAAGCGAAGAAGAATTAAAT +GAAATTGTAAAAGCTACTATATCTGAAGTGGGAGCTACTTCTATGAAAGATATGGGAAAA +ATTATGGCAGCTATAAAACCTAAAACAAAAGGTAGAGCTGACGGAAAACTTATAAATGAG +TTAGTTAAAAATAACTTACAATAG +>rpsU +ATGTCAGAAGTAAGAGTAAGAGAAAATGAAACATTAGACAGTGCTTTAAGAAGATTTAAA +CGCCAATGTGCTATGTCTGGCATCATGTCTGAAGTTAGAAAAAGAGAGCACTATGATAAG +CCAAGCGTTAGACGTAAGAAAAAAGCTGAAGCTGCAAGAAGAAAAAACGCTAAGAAATAG +>group_459 +GTGAGTTGTATATTTTGTAAAATTATAGAAGGTGAAATACCATCACAAAAAGTTTATGAA +GATGAAAAAGTAATTGCATTTAATGATATAAATCCAGTGGCACCTTATCATATACTAGTT +GTTCCAAAAAAACATTATGAAAGTATAATTGATATAAATGAAAATGAAATGGAAATTGTA +TCACACATTCACAATGTTATAAATAAAATAGCTAGTGAGAAAGGTTTCGATAAAGCTGGA +TTTAGAATAATTAATAACTGTGGTAACGATGGTGGGCAAGAAGTAAAACACCTTCATTAT +CATGTATTAGCTGGAAAAAAATTACCTTTATATGAAGCTGAAAATAAGTAA +>mtaB +GTGAAAAAAGTAGCTTTTTACACATTAGGTTGTAAAGTAAATCAATACGAAACAGAAGCT +ATGCTTGAAATGTTCAAAAAAGATGGATATGAGCAAGTAGGTAGTGAAGAGTTTGCAGAT +GTATATGTTATTAATACATGTACAGTAACTCATATGAGTGATAGAAAATCACGTCAATAT +ATAAGAAGAATGAAAAAGAAAAATCCAGATGCCATAATAGCAGTTGTTGGATGTTATTCG +CAAGTATCACCTGAGGAAATACTTGAAATAGATGAAGTAAATTTAGTAATGGGCACTAAT +GAAAGAAGAACAATAGTTGAAGAAATAAAAAAACTTCAAGAAGTTGAAGGAAATAAAAAA +GCTAGTACAGTTGATGATATTATGAAGGTAAGAGCTTTTGAAGAAATAGAAGTAAGCCAA +TCAAACGGAAGAACTAGAGCATTTATGAAAATACAAGATGGATGTGACAGATTCTGTACT +TATTGTATAATTCCTTATGCAAGAGGTGGAAAAGTAAGAAGTAGAGATATTGAAAGTATA +GTTAATGAAGCACAAACTTTAGCTGATAATGGCTATAAAGAAGTAGTTTTAACAGGAATT +CATGTTGCATCTTATGGAAAAGATTTAAAAGAAAGTAATATGAAACTTTTAGATGTAATA +AAAAGAATTAATGAAATTGATGGAATTGAAAGAATAAGAACAAGTTCAGTAGAACCAATT +CTATTTACAGATGAATTTGTAAATGAAGTTTTAAAAATGGAAAAAGTATGTCCTCACTAT +CATTTATCTTTACAAAGTGGATGTGATGAGACATTAAAAAGAATGAATAGAAGATATACT +ACAGAAGAGTATAAAACTATAGTTAAGAAATTAAGAGAAAAAATACCTAATGTAGCAATA +ACTACTGATGTAATAGTAGGTTTTCCTGGGGAAACTAATGATGAGTTCAACAAAACATAT +GATTTCTTAAGGGACATAGAACTTTCACAAATGCATGTGTTTAAGTATTCACCTAGAAAA +GGAACTCCTGCAGCTACTATGGAAAATCAGATAGATCCTCAAATTAAGCAATTTAGAAGC +GATCAACTTATATCTTTAAGCAAAACTAACTTTAATAAGTTTGCAAGTAAGTTTATAGAT +AGTGAGATGGATGTTTTATTTGAACAAAATATAGTAGACAATAAATATGAAGGTTTAACT +CCTAACTATATAAGAGTAGTTGTTGAAAGTGATAAAGATATACAAGGAAATATACTAAAA +GTCAAAATAACAGATGTAAAAGATGAATATGTTGAAGGAATTTTAGTATAA +>rsmE +ATGGATAGATTTTTTGTTGAAAAGAAAAATGTTAATTTAGAGAATAATACTTGTATTATT +GAAGGTGAAGATGTAAAACATATTTCAAAGGTACTTAGATGTAAAATTGGTGAAGAAATA +GAAGTATGTGACAAAGACAATACAGAGTATATATGTGAAATTACTAATATAAACAAAGAT +ATAGTTGAACTAAATATACTTGATAAAGTAGATATAAAAAGAGAGGCTGATGTAAGAATT +AGATTATATCAAGGTCTCCCAAAAGGACCTAAAATGGAAATGATACTGCAAAAACTTACA +GAAGTTGGTGTAGATGAAATAATATTGGTTCAAACAAAAAGAAGTGTTGCTAAGGTTGAT +GAAAAAAAGGAAGATAAAAAAATCGAACGTTGGGAAAGAATAATTTATGAAGCTGCAAAG +CAAAGTAAAAGAGGTATAATTCCAAAGTTAAGAGGTGTTTTAAGCTTTAAAGAAGCCTTA +GAAGATATGAAAAATAACGACATGAATATATGTCCTTATGAAAATGAAAGAACTGTATCA +ATAAAAAAAGCTATAAAAAATGCAAATATAAATAGTATAGGAATATTTGTAGGCCCAGAA +GGTGGAATTACAAAAGATGAAATTGAAAGTGTTCAAGAAATCGGATCTCATGTAGTTTCT +CTTGGTCCTAGAATACTAAGAACAGAGACAGCGTCAGTTGTTGCATCGTCTATAGTTTTA +TATGAACTAAGTGACTTAGGAGGAGATGAATAA +>prmA +ATGAAATGGATTGAAGTGACTATAAAAACTACTACGGAAGCTGTTGAAGCTATAACTAAT +ATACTAGATGACCTTAGAACGGGCGGGGTTATGATTGAAGATCCTAAGGACTTTTTCTTC +CAAAAGAAAAATGAGCTAGATTGGGATTATATTGAAGAAGAAGTTTTCAATAAGAGAAAT +AGTGATGGTGTTTTAATAAAAACATACATATCAGAAGAAAGAAATGTTATGGAATTAGCT +GAAACTATAAAACAAAAAGTTTCAGCTTTAACTGGATTTGGTATAGATATAGGTGAAGGT +AGTGTATCTTTAGGACAAGTTAATGAGGAAGATTGGGCTAATGAGTGGAAAAAATACTAC +AAGCCTACTAAAATAGGTGAAAAATTAGTTGTAAAGCCTACTTGGGAAGATTATGAAGTT +CAAGATGGTGATTTAGTAATAGAACTAGACCCAGGAATGGCATTTGGAACTGGAACTCAT +GAAACTACTACAATGTGTATGAGAGAGTTAGAAAAATATGTAACTGAAGATTCTAAGGTA +TTCGATATAGGATGCGGAAGTGGTATACTTGCAATAGCAGCAGCAAAATTAGGAGCTAAA +GATGTTATAGCTGTTGACTTAGATGAAGTAGCTGTAAAAGTAGCTGCAGAAAATGTTGCC +CACAATCATGTACAAGATTCTGTGCAAGTTCTTCATGGAAACTTAATAGATGTAGTAAGT +GACAAAGCAGATATTGTAGTTGCTAATATTATAGCTGATATTATAAAAATATTAGCAAGA +GATGTTCATAGTTGTATGAAAGAAGATGCTGTATTTATATCATCAGGAATAATACATGCT +AAAGTCAATGAAGTTAAAGAAAGTTTAATAGAAAATGGATTTGAAATAATAGAAGTAAAA +ACATTAGGTGAGTGGAATGCAATAGTTGCTAAGCTTAAGTAG +>dnaK +ATGGGAAAAGTAATAGGAATAGATTTAGGAACAACTAACTCTTGTGTTGCTGTTTTAGAA +GGTGGAGAACCACAAATAATAGCAAATACAGAAGGTATGAGAACTACTCCATCAGTAGTA +GCTTTCACTAAGGATGGAGAAAGAATAGTAGGTGAACCTGCTAAAAGACAAGCAGTTACA +AATGCAGATAAAACTGTAATATCAATAAAAACTCATATGGGAACAGATTACAAAGTTGAT +ATAGATGGTAAAGGATATACTCCACAAGAAATATCAGCTATAATACTACAAAAATTAAAA +GCAGACGCTGAAAGTTATTTAGGTCAATCTGTAACTGAAGCTGTTATAACAGTTCCAGCT +TACTTTACAGATGCTCAAAGACAAGCAACTAAAGATGCTGGTAGAATAGCAGGTCTTGAT +GTTAAGAGAATAATAAATGAACCAACTGCTGCAGCTCTTGCTTATGGAATGGATAAATTA +GATCAAGAAAAGAAAATATTAGTATTTGACTTAGGTGGAGGTACTTTCGACGTATCTATA +CTTGAAATAGGAGATGGTACTTTCGAAGTTTTAGCTACTGCTGGTAACAACAGATTAGGT +GGAGATGACTTTGACCAAGTTATAATAGATTATTTAGCTGATGAGTTCAAAAAAGCTGAA +GGTGTAGATTTAAGAAATGATAAAATGGCTCTTCAAAGATTAAAAGAAGCTGCTGAAAAA +GCTAAAAAAGAATTATCTTCAACAATGAGCTCAAATATAAACTTACCATTCATAACAGCT +ACTGCTGAAGGACCAAAACACTTAAATATAGATTTAACTAGAGCTAAATTTGATGAATTA +ACTGCTCATTTAGTTGAAAAAACTATGGAACCAACTAAGAGAGCTTTACAAGATGCAGGA +TTATCTACATCTGATATAGATGATGTATTATTAGTAGGTGGATCTACAAGAATACCAGCT +GTTCAAGAAGCTGTTAAAAAGTTCATAGGAAAAGAACCTCACAAAGGTATAAATCCAGAT +GAATGTGTTGCTGCTGGAGCGGCTATACAAGCAGGTGTTTTAACTGGTGAAGTTAACGAC +TTATTATTATTAGACGTAACTCCATTATCATTAGGTATAGAAACTTTAGGTAATGTATTT +ACTAAAATAATAGAAAGAAATACAACTATACCAACTAAGAAGTCTCAAGTATTCTCAACT +GCTCAAGATAACCAAACTGCTGTTGATATACATGTTCTTCAAGGTGAAAGAAGTATGGCT +TACGACAATACTACTTTAGGTAGATTCCAATTAACTGATATACCACCAGCACAAAGAGGA +ATACCTCAAATAGAAGTTACTTTTGATATAGATGCTAATGGTATAGTTCACGTTACTGCT +AAAGATTTAGGAACTGGAAAAGAACAAAAAGTAACTATAACTTCTGGAACTAACTTAAGT +GAAGAAGAAATAGAAAGAAAAGTAAAAGAAGCTGAAATGAATGCTGAAGCTGATAAGCAA +AAGAAAGATAAAATAGAAGCATTAAATCAAGCTGAGTCAACTATATATCAAACTGAAAAA +ACTTTAGGTGAAGTTGCTGATAAAATAAGTGCAGATGATAAAGCTAACGTTGAAGCTGCA +ATAGCTGATTTAAAAGCTGTAAAAGATAGAGAAGATGCTACAGCTGAAGAAATAAGAAAA +GCTATGGATGAAGTAATGAACAGATTCCAAAAAATATCTGAACAAATGTATCAAGCTGCA +GCTCAAGAACAACAAGCTCAAGGTGGAGCTCAAGAAGAGCCACAAGATGATAATGTTGTA +GATGCTGACTTTACAGAAGTAAATGACGAAAAATAG +>grpE +TTGGAAAAAAATATTCATCAAGATGAAAAGGATACTTCAGTTAACGAAGAGATAGAATCT +CAAGAAGTAAATGCTGAAGAATCAACTGAAACTAACCAAGATGATAATGTTGTAGACATA +AACTTGAGGTTAGAGGAAGAAAAAATGAAAGAAGAATTAGCACAAGAAAAAGATAAGTAT +CAAAGACTACAAGCAGAATACTCAAATTATATAAGAAGAACTAATCAAGAAAAAGAAACA +ATTGGAGTATTTGCAAATGAAAAAATAATAACTGAGTTAATACCAGTTATTGATAGTATG +GAAAGAGCAGTAGAGGCTTGTGATAACAAAGAAGATAAATTATACGAAGGTATAAGTCTT +GTTCAAAAACAACTTAAAGATACTTTAAGTAAATTTGGCGTAGAAGAGATTGAAGCTGAA +AATGCTGACTTTGATCCGAACCTACATTTAGCAGTTATGCAAGAAAGTGTAGATGGAGTT +GAAGCTAATAAAGTAATAATGGTACTTCAAAAAGGATATAAGCTAGGAACTAAAGTAATA +AGACCAACAATGGTTAAAGTTTCTTGCTAA +>hrcA +ATGGAATTAAATGAAAGGAAACTCAATATCCTTAAAGCTATAATTAAAGACTACATAGAT +ACAGCAGAAGCTGTAGGATCTAGAACTATATCTAAGAAATATAATCTAGGCGTAAGTGCA +GCGACTATAAGAAATGAAATGGCTGATCTAGAAGAACTAGGATATTTAATCCAACCTCAC +ACATCTGCTGGTAGGGTACCAACAGAAAAAGGTTATAAGTTGTATGTAGATGCACTTATG +GCAACTAGTGAATTGAATGAGTCAGATAAGATCATGATTGAAAAATGTGTTCAAAATAAT +ATTAATCATATTCAAAGTCTTATTCATGAAACTTCAAAGTTACTATCAGAGCTGACTAAT +TATACAACTGTAGGTATTGCTAAAAATTTAGTAAACTACAGTACTATAAAGCATATACAG +CTAGTGAGTATGAATGAAAATAATATCTTGCTAATAGTTGTTACTGATAAAGGTGATATT +AAAAAAGAAACTATCCCTACTAAGATTTACTTAGAACAAGCTAAGCTAAATATCATATCT +GACAATCTAACTAAAAAGCTTGGTGGTAAAACTATAACTCATTTAGATAATAAGTTTGTA +GCTTTTATAAAGCATGAAATAGGAGAATGTTCTAATTTAATAGATCAACTTGTAAATGCT +CTAAACTCAAACTTATCAAATGAAGAGTTATCAATGTCTTTAAGTGGAGCAACTAATATA +TTTAGCTATCCAGAATTTAATGATGTATTAAAAGCTAGATCGTTCTTTAATATGATAGAA +GAAAAAGAAAATATAACTAAGATGACTAAATCTAAGGGAATATTAAAGGAAAATGCTAAT +ATAATTATTGGTAGTGATAATGATGTAAAGGCTGCTCAAGAATATAGTGTAGTTACAGCA +ACATACAAGGTAGATGAAAACTCAGTAGGACGTATAAGTTTTATAGGACCTACTAGAATG +GACTATTCTAGAATATATTCTATAATAAGTTATATAAACTTACTGATTAATAATAAAAAA +TAA +>hemN +ATGTTTGGGTTATATATACACGTTCCTTTTTGCGTGAAAAAATGCAACTACTGTGATTTT +AACTCCTTTAAAGTAGATAGAATTTCAAAAAATACATATTTAGAAGACTTAAAAAAAGAA +ATGGAATTATATAAAAGTGAAATAGATGAAAATGAAGAAATAACGAGTATCTTTTTAGGA +GGAGGGACTCCAAGTATATTAAGTGGAGATGAAATTAAATACATATTTAAGTGCATAAAT +GATAACTTTAATATAAAAAAGGATGCGGAAATTACTATTGAATGCAATCCAGGAACATTG +AAATTAGAAAAATTACAAGATATGAAAGATGCAGGTATTAATAGATTAAGTATAGGTCTG +CAAGCTACCCAAAATAATCACTTAGAATATATAGGTAGAATACATACTTATGAAGAGTTT +GAGAAAAATTATAAAGAAGCTTTAAAGATTGGATTTGATAATATTAATGTTGATCTGATG +TACAGCCTTCCGAATCAAAGTTTTGATGACTGGAAAGAAAGTTTAGAAAAAATAACAGAT +TTAAATCCAACTCATATATCAGCATACTCTTTAATATTAGAAGAAGGTACAGAGCTTTAT +AATATGTATGAAAGAAAAGAATTTAGACTTATGGATGAGGATACAGATATTGATATGTAT +GAGTATACAATAAACTATTTAAAGTCTAAAGGATATAAGCAATATGAAATTTCTAATTAT +TCAAAGAATGGTTTTGAATGTGAGCATAATAAACTTTACTGGAAATGTGGACATTATATT +GGCCTTGGTCCAGGGGCATCGGGATATATAAAGAATACTCGATATGGAAACTTATGTGAT +TTAAATGAATATCATAAATCATTGCTGAAAAATGAAAGACCAATAGAGAGCAAAGAAATT +CTTAATACCGAAGATAAAATAGAAGAAAAGATATTTATGGGACTTAGAATGAATGAAGGA +ATAAGTTTTGATGATTTTAAAAAACAATTTAATATAGATTTTTTAGAAAAGTATCATAAG +CAAATAAAAGATTTAAGTGAGAAGAATTTAATTCAATTAAGTGAAGGAAACATGGCATTA +ACACAAAAAGGAAGAGAAATATCAAATACAGTTTTTATAGAATTTATGAATTAA +>steT_2 +GTGATAAAACTTAGAAAAGATAGCCCAAATTTAGATAGACCATATAAGGTACCATTATAT +CCTGTTATTCCATTGATAGCGATAATTGGTGGATTATTTGTTATAGTTAATCAATTACTA +ACTGCGACTTTAATAGCCTTAGGAGATATAATAATAACTCTAATAGGTTTACCTGTATAT +AACTACATGTCTAAAAAGAATGATAACTAA +>lepA +GTGGACAACAAACAAAGTAGAACTAGAAATTTTAGTATAATAGCACATATAGATCACGGG +AAGTCTACCTTAGCTGATAGATTAATACAAAAAACAGGTCTTGTTAGTGATAGAGAAATG +AAGGATCAGTTATTAGATAACATGGATCTTGAAAGAGAAAGAGGAATCACTATAAAGCTG +CAAAATATAAGGTTAGTTTATAAAGCTAAGGATGGAAATGAGTATTTCTTAAATCTTATA +GATACTCCAGGTCACGTAGACTTTAACTATGAGGTATCAAGAAGTTTGGCTGCTTGTGAA +GGTGCTCTATTAGTAGTAGATGCAGCACAAGGTGTCGAAGCTCAAACTTTAGCTAATGTT +TATTTAGCATTAGATCAAGATTTAGAAATATTACCGGTAATAAACAAAATAGACTTACCA +AGTGCTAGACCAGATGAAATAAAAGCAGAAATAGAGGATATAATTGGTCTTGATGCTAGC +GAGGCTCCATTAATTTCTGCAAAAAGTGGTTTAAATATAGAAGATGTATTAGAAGCTATA +GTTAAAAATATACCAGCTCCTCAAGGTGATAAAGAAGCACCTTTAAAAGCATTGATATTT +GATTCATACTATGATGCATACAAAGGTGTTGTAGCTTATGTTAGGGTTTATGAAGGTACT +GTAAAAAAAGGTATGACAATAAAAATGATGAACACTAACAAAACTTTTGAAGTAACAGAA +GTTGGTGTTATGGCTCCTGGTCAGAGAGAACTTGATGAATTAGCAGCAGGAGATGTTGGT +TATATTGCTGCAAGTATAAAAGATATAAGAAGTTGTCACGTAGGGGATACTATAACTGAC +GCAAATAACCCTACTGAAGAGCCATTACCAGGATACAAAAAAGCTACTCCTATGGTTTAC +TGTGGGATATATCCAGGTGAAGGTGAGAAATATGAAAATGTTAGAGATGCTCTTGAAAAA +ATGCAAGTAAATGATGCAGCTCTTGAGTTTGAATCTGAGACGTCTGCTGCTTTAGGATTT +GGTTTTAGATGTGGGTTCTTAGGTTTACTTCACTTAGAAATAATCCAAGAAAGATTAGAA +AGAGAATTTGATCTTAACCTAGTTACAACTGCGCCTTCTGTTATATACAGGGTTACTAAA +ACTGATGGTGAAATCGTAATGGTTCAAAACCCTGCGAACTTACCTGAGGTGTCTGAAATA +AAAATGATAGAAGAACCTATAGCTAAAGGTGATATAATTGTTCCTAAAGACTATGTAGGT +GTTGTTATGGAATTATGTCAAGAAAGACGTGGAAACATGTTAAATATGGAGTATATAGAT +GAAAAGAGAGTTATGCTTCATTACGATCTTCCACTAAATGAAGTAATTTATGATTTCTTT +GATGCATTAAAATCAAGAACAAGAGGATATGGTTCATTAGACTATGAAATAAAAGGATAT +GTACCTTCTAATCTTGTTAAGCTTGATATATTAATAAATAAAGAACAGGTAGATGCACTT +AGTTTCATTGTTCACGAAAGTAGAGCGTATCCTAGAGGTAAAGCTATGTGTGAAAAGTTA +AAAAATGAAATACCAAGACATCAATTTGCTGTTCCAATACAAGCTGCAGTTGGAAATAAA +GTAGTCGCTAGAGAAACTATAAGTGCTCTTAGAAAAGACGTTCTTGCTAAATGTTACGGA +GGAGATATTTCTCGTAAGAAGAAACTTCTTGAAAAGCAAAAAGAAGGTAAGAAACGTATG +AGACAAATAGGATCTGTAGAAGTTCCACAAAAGGCATTCATGTCTGTACTAAAGTTAGAT +GATTAA +>group_42 +ATGAGTCGTCTAGAAAAAAATATAGAAAGAAAAAATAAAAAAAGAAAAAGAAGATTTATT +TATAGGATAATATTTATACTAATAATGTCTATAACTTGTAGTATATGCCTAATAATTATT +GATACTAATGCTAATATTATGCTAGGAAATGAAACTTATATAGAAAAGACTATAAAATCA +TTAAAAGAGTTACAACCATATATACAAGGTAAGATTGAAAGTTTTAGATGA +>group_410 +ATGGGAAAAAAACGCATTAAGGCAAAATTATTAGCCTGTGTGTTAATTTGTATCTTGCCT +ACAACATCATTTGCTATGGATAAAGAAGATTTTTTTAGATATCTAATAAATTCTTCTTAC +CCAGAAACTAATACAAATGAAGAAAAAGAGTCAGCGAGTACAAAAAATAATGATGATGAA +AAAAATGATAATGATGATGATTATATAAAGGTACACATAGGTGAAGAAAATATACCTACT +TTAAATTCAAATGATAATAGTAGCGAAAGCAAAGAAAAAAATGAAAGTGAAGCATCACTT +TTAACTGAATACAAGGACAATGTTAGAGTGACAAGTGCAAATCCAAGATTATTGATATAC +CATACACATAGTTGTGAGACATACTCTAATTCACCTACTGGAAATTATCACTCAAATGAC +CCGGAGAATTCAGTAATAAAAATAGGGAATTTACTTACAACACAATTAACTAATAAAGGA +TGGGGAGTAGTACATAATACAACGATACATGATAATCCATCATATAATAACTCATACTCT +AATAGTTTAAAAACAGTAAAATCAATGCTGTCTACTTATAATAGTGTAGATATTGCTATA +GACTTACATAGAGATGCATCAACAAATGTAACAGAAGAAACAAATAAAAATTATACAACA +ACTATAAATGGAGAAAAGGTAGCTAAAATTTGTTTTGTAGTAGGCATGAAAAACCAGAAT +GTAGATGAAGTTATGAAAATAGCAACAGATCTTACAAATTTAGCTAATGAAAAATACCCT +GGAATAGCTAAACCTGTAGTTAAGAAAAGTTACGGTAGATATAATCAATATATGGCAAAA +AATGGTATATTAATTGAAGTTGGAAGTAACGCAGTAAGTGTAGAAGAAGCTAGTGCTAGT +ACGAAGTATATAGCAGATATACTAGATTCATATTTTAAATAG +>gpr +ATGATTAATATAAGAACAGACTTAGCGTTGGAAGCTAAAGAAATGTATGCTGAGGAGCAA +GATACTAGTGAATTACCTGGAGTAAAGGTTGAAAATAAGGAATTAGATAATTGTATTGTA +ACGAAAGTGGAAGTTATAGATGAGCAAGGCTCAATGATAATGAATAAAGGAATAGGAACC +TATATAACATTGGAAAGTAACTTGATGAAATTTGATGACGATGAATCAAGAGAAGAGATG +ATAAAGTATTTAAAAGATGAATTAGTGGATGTTTTTGGAACTGACAAAACTAAAAAAACT +TTAATTATTGGATTAGGAAACTGGAATATAACTTCTGATGCATTAGGTCCAAGAAGTGTA +TCTAAAACTTTAGTAACTAGACATATATTTAAAAATTATAATAAAGATTATGATGATGAT +TTTACAGAAGTAGCTGCACTTAGCCCAGGTGTTATGGGAATTACAGGAATAGAAACCAGT +GAAACTGTAAAGGCAATTGTAGATACTATTAAGCCGGATAGAGTAGTTGCTATAGATGCC +CTAGCATCAAGAAAGATGGAAAGAGTAAATGCAACCATACAAATTTCAACAGCTGGAATA +TCCCCAGGTGGTGGAGTTGGAAATAAAAGAAAGGCTTTAAATAAGGAATATTTAGGTGTA +GATGTTATAGCAATAGGGGTACCTACTGTAGTAGATGCAGCAACTTTAACTAGTGATGTT +TTAGATATGGCTATTGACAACTTAATGAGTGAATCAAAGGAATCAGAGAACTTCTATAAT +ATGTTGAAAAAACTAAAAGAAGGAGAAAAGTATCAATTAATAAAAGATTCACTAGATCCA +TACGATAAAAATTTAATCGTTACACCTAAAGACATAGATGAAACCATAGAGAACTTATCA +ATAATAATAAGTGAAGGGTTGAATAGAGCATTGCATCCAGGAAGGATAACCAAATAA +>rpsT +ATGGCAAACATAAAATCAGCTAAGAAAAGAATAAAAGTTATCGAGAAGAAAACTGCTTTA +AACAGAGCTAGAAAATCTCAATTAAAAACTGCTATAAGAAGATTCGAAGAAGCTGTAGTA +GCAGGAAATAAAGAAGAAGCTACTCAAAGATTCCAATATGCTCAAAAGAGAATATCTCAA +GTTGCATCTAAAGGAACTATACACAAGAACGCTGCAGCTAGAAAAATAGCTAAATTAGCT +CAAAAATTAAACGGAATGAACGCTTAA +>group_264 +ATGAAAATAAGATATGCTAAAGAAGATGAAAAAGATAGTATAAGAGAAATTTGGGACTAT +TGTTTTAATGATAGTCCTAAATTTACTGATTACTATTTTAAAAATAGATATGATAGGTAC +AATACGGTTGTAGTTGATGAAGATGGTGAGATTGTTTCATCTTTACAGCTAAATCAATAT +AAGATTAATTTGAATGATAAATATTATGATACATCTTATGTAGTAGGCGTATCAACTTTG +CCTCAGGTAAGAGGTAAGGGTTATATGAAAAATATAATGGAATTTACTTTAGAAGAGTTA +TACAAAAAAGGTCAATTGATATCAATTTTAATGCCTATAGATTATCGGTTATATAGAAAA +TATGGGTATGAGCATTGTTATGATCAAATTGAGTATAATATTGATATAGAAAGTTTAAAA +TCCTTTAGATCAAAGGGGATAATGAAAAAAGCTACTTTGAGGGATTTAGATTACTTTGTA +GATATACATAATTCATTTTTAGATGATGTAAATGGAAATATAAAAAGAGATAAATCATAT +TATGAAAACTTATTCGAAGAAGTAAAAAGTGAAGATGGTCATATATACATTCATCAAGAC +AGAGAAATAGATGGGTATATAATATATTTCTTGAATGATGATAATATGTTTGTAAGAGAA +TTATTTTACAAAAATATAGACTCATTAAAGTCTATGTTAAAGTTTATATATAATCATAAT +ACTCAATGTAAATCTGTAACAATTTCAACGCCTATAAATGATAAAATAAGATTTATTTTA +GATAATCCTAAAAACTCTACAATAAAAATAAAACCTTTTATGATGGGAAGGATTATAAAT +TTAGAAAAATACTTAAAAGGTTTGGATATTGAAAGCAACTTAGAAGAAACTATAAATATA +TCTATTATAGATGATTTTATTGAAGAGAATAATGGAGTTTTTAGAATAATGTTAAAAGAT +AAAAAGTTGAATATAGAAAAAGGTAATTTTGAATATGAAGTAGAGTTTAACATTAATATT +ATATCGCAATTAGCATTTTCATATATAGATGCCTCAGAAGCATTTATTTTAAATAATTTA +GATGAGAATAAAAAAGTAAAAGATTTTTTAAATACAGTATTTCCTAAAAAAGATAATTAT +ATAAATGAATACATATAA +>group_401 +ATGTTATTAAGAAATATAGATATGTGTGTTAAGGAAAGAGAAGAGAATATAGTCTTTAAA +GACATAGATATAAGTGCAAAAGAAAAATTACAGACTTATTTTGACATGGTCAATTATGAA +GCATGTGAATATTGTTTTGCAACTTTATATATGTGGCAACATCTTTATAAAACAGGCTAT +TATATAGGAGATGGATTTGCTGTTCTTGTAGGTGAATACGAAGGTGATACATTCTCAATA +TTACCACTTGCTAAGAAGGAAAAACTTCCCGAAGTAATAGATTTTGTATTTGATTACTTT +AAAAATGTAAATAAAAAATTATATTTTAGAGGTGTAACTCAGGAAATAGTGGATTATCTA +AAAGAAAATTATAAAGATAAATTCGAATATATAGAAGAAAGAGATTTATTTGATTATGTA +TATGATGCGGAAAGTATGAGAACTTTAGGTGGTAGAAAAAATCAAAAGAAAAGAAATCAT +ATAAATTACTTTTTAAAAGAGTATGAAGGTAGATTTGAATATAGATTGTTAAACAAAGAA +GATTTTAATTCTTGCTTAGAATTAGTGAAGAAATGGGCTAATAATAAAGAAGAAAATAAT +GAATATGATGATAGTATGGATGAAGAGCTGATAGGTATAAAAAAAATATTTAGCCATTAT +GATATTTTAAAAGATGGTATAAAAGTAGGTGGAATATTTATAGATAATAAATTAGAAGCC +TTTACTATTGGAGAACTTTTAAATCCTAATATGGCACTAATTCATATAGAAAAAGCAAAT +CCAGACATAAGAGGATTGTATCCTTTTATAAATCAACAGTTCTTAGTAAATGAATTTAGT +CAGGTTGAATTTGTAAATAGAGAAGAAGATTTAGGTATACCTGGGCTTAGAAAAGCAAAA +CTTTCTTACCATCCAATTCGATTTGTTGAAAAGTATACTGTTAAGGAGGCATAA +>comEC +ATGGTGGTGGTATTCATATCCAAATTTTATAAATTTTTACTAATAATTATTATAATAACA +CTTTTATCTGCTTGTGACAAAAAAGAAATTTTATCTATACATATCATCGATGTTGGTCAA +GGTGATAGTATACTGATAAATACTCCCTCTAATAAAAAAATTTTAATCGATGGAGGAAAT +GAAGATAGCGAACATATAATTAGAAACTATTTAAGAAAAGAAAAAATAAAGACCTTGGAT +ATAGTTATAGCAACACATCCTGATTCTGACCATATAGGTAGTTTAGATTATGTTGTAAAT +AAATTCGATGTAAAAAATATTTATATGCCAGATCAAAATACCGATAGCTCTTCTTACAAA +AACCTTATTAAAGCTTGTAAAGATAAAAACCTAAATATTAATTATTTATTTAAAGGTGAT +ATCTTGAATGTAGATGAATATATCGATTTAGTAGTTTTAAGTCCATCATATATTCAACAA +GATAATAATTTAAACTCAATAGTATTCAACTTAAACTACAAGAATAAATCATTTTTGTTT +ACAGGAGATTGTGAAGAGACAAATGAAATTGATATTATAAATTCTTTTGATTTAAATGAT +GTTGATTTTTTAAAAGTTGCTCATCACGGTAGTAGTTCCTCTTCTACAGCAGAATTTATA +AAGAAAAGCAGCCCAGATGTAGCCGTGATATCTTGTGGGTATAAGAATCAATATGGACAT +CCCCATCAATCTACACTAGATACATTAGAAGAAAATAATGTACTAACATATAGAACTGAC +ATTAATGGAGATATGATATTCTACAGTGATGGATCAACAATTACTACAAAACATAAATAT +AAAGAATAA +>group_73 +ATGGAAAAGAACTTTACAATGAGAACTTCACTTATTATTGGTGAAGATGGAATTGAAAAA +TTAAAAAATTCGAAGGTTATAGTTTTCGGAGTAGGTGGAGTTGGTAGCTTTGCAGCTGAA +GCAATAGCAAGAGCAGGAGTTGGAAATTTAACAATAGTTGATTTTGATGAAGTAGATGTA +ACCAATATAAATAGACAGTTACCAGCGCTTCATTCTACCGTAGGAAAAAGTAAAGTTGAA +GTTATGAGAGATAGAATTTTAGATATAAACCCAGATATAAATCTAAGAGCTGTAAAAAAT +TTATATAATGCAGAAACTAGTGAGGAGATTCTTTGTGAAGAATATGATTATGTAGTTGAT +GCAATAGATATGGTAACATCTAAAATAAAGTTAATAGAAACTTGTAAAGAAAAAGGATTT +AATATTATAAGCTCTATGGGAATGGGGAATAAACTAGACCCTACTAAAATAGAGGTTACA +GATATACATAAAACCCATACTTGTCCATTAGCAAAGGTTATAAGAAAAGAGCTAAAAGAT +AGAAGAATAAAAAAGCTAAAGGTAGTTTATTCTACAGAACAACCTATTGAATTAAAGCAT +AAAATAATGAACGGTAAGAAAGTGACTCCAGGAAGTATATCATTTGTACCATCTGTAGGT +GGATTAATTATAGCATCTGTAGTTATAAATGATTTAATTAAATAA +>group_27 +TTGAAAAATTTAATGATTCTGTTATTAATGTCATTTTTCATAGCAATAGGTATTCAAGTA +CCTAATAAGTATAATTTCGATAAATATGTATCGATGGCCTATGATAATATTGTTAATTAC +AATAATGATAATTATACTTTAATAGTTAAGATTTTAAAAGATGCAAATAAAGATACACTT +ATACCTTATGCTAATTTAATAAACTTAGAAACTATTAAATGTATACCCAATAATACTTCA +AATAAAATTGCTTATATCTTATCTTTGCCACAACAGTTCTCATTTATAGCAATTTATGAT +ACTATCGACAATAGCAATTACACTTTTCAAGGTATTATTGATAATCTATCTAGTATTAAA +AATTTTTATTTTTATAAAGATTTTATTGTAGTAGAACAATCTGATTCTAATCCATCAACA +AATTTCACTCAAAGAGAATTTTTAGAAATTTTCTTTAATAAGAATAATACTTATATACCT +GTATTTAACAAAAATATCTATATGGAAAAAATAACAAAGGACACAAGCCCTAATAATAAT +GAAGTCACAAAAGAAATCGAAATCTCCTCAATAGATTATCTAGAAGGAGATTTGCCTAGA +GTACTTTGTATCAACACGATAACATCATACAGAGGTATATATGTAAATTTGACAAATTCT +TATGAGTTTATAGAAGATAAAAAAACTACGCAAAAAGAAATTTATGAATGGCATCCAGAT +ATGGAGTGTTTTTCTATAAAAAAAGAACTCTAA +>group_498 +ATGAATTTGAAAAAGAATAAGATGATAAAAATTGCATTACTGACCAGTATGATATCAATA +ACTATATTAGGTGGATATTCAAAGTTAAATAAAGAAGTAACATTAATTGTTAATGGAGAA +GAAAAACAAATATCTACATTTAAGTATGATGTTCAAGATCTTTTAGTGGCGGAATGTGTT +AAATATGACAATAATGATATAGTAACTAAAAACTTAGATGAAAAATTAAATGACGGTATG +GAAATAGAGGTAATAAACGTTACAGAAGAAGTTATAAAAGAAAGCAAGAGTGTTCCTTTT +GAGGTTAATGTTGTAGAGGATAAAGATTTATTAAAGGGACAAACTAAGGTAGAAGAAGAA +GGTAAGGCTGGAGAAAATCAATTGGTCTACAAAATTACTTATCATAACGGAAAGCAAGTA +GAAAAAATATTTGTAGAAGAAGTAGTTTCTGAAAAACCAATTAATAAAATAGTAAAAAAA +GGAACAAAGGTTGAAGAAGTAAAAGTGGCATCATCAAGAGGGGAGAGTTCAAGAAAAATT +TCTTCAAATGTTAATAGTAAAGGTAAGCATATGTCAGTAGTAGCAACAGCTTATACTGGA +GATTCAATAACCTCTACTGGTAAAAAGCCAAAATGGGGAACTATAGCTGTTGATCCAAAG +GTTATACCTTATGGAACTAAGGTTTATATACCTCAATTTAACAAGACATTTATAGCAGAG +GATTGTGGAGGTGCTATAAAAGGAAATAAAATTGATATATTTATGAATGATGAATCTTCT +GTATATAATTGGGGAAGAAAAACTATAGATATATATATTGTAAATTAA +>ung +ATGATAAGACTAAACAATGATTGGGATTATTTATTAGAAAAAGAATTTGAAAAAGAATAT +TATGTTAGATTGAAAGAATTTCTTATAAATGAATATAAAACGAATTTAATTTTCCCAAAT +AAGGATAATATATTCGAAGCTTTAAGACAAACCTCTTACAAAGATACTAAAGTTTTAATT +TTAGGTCAAGATCCATACCATGGAGAGGGGCAAGCTCATGGGTTAGCTTTTTCTGTCCAA +CTAACGGTGAAAATCCCGCCGTCACTATTAAATATATATAAAGAGCTAAGGGATGATATA +GGATGCTATATACCTAATAATGGTTATCTTATACCTTGGGCAAATCAAGGTGTATTATTA +TTAAATACAGCTTTAACAGTTAGAGCTCATGAAGCTAATTCCCATAAGAATAAAGGATGG +GAAATTTTTACTGATGAGATAATTAAGATACTTAATAAAAGACAAGATCCAGTAATATTT +GTTCTTTGGGGAGCAAACGCTAGAAAAAAGAAAGAATTTATTGATGGAAATAGACATTTT +ATTTTAGAAGCTCCACATCCAAGTCCATTATCAGCTAGTAGAGGATTTTTTGGATGTAAG +CATTTTTCAAAAATAAATGAAATCTTAATTAAGCTAGGTAAGACACCTATAGATTGGCAA +ATACCAAATATATAA +>group_435 +ATGAAGAAAAAAGATATTTTATTAGTCATTAGTATTATATTTTTGATTATAGTTCTTTTT +ATAGTAAATAATAATATTGATAAAGAACATTCAGAGGCTATAGAAATATACGTTAACAAT +GAAATATACAAAACTGTATCAATTAATGCCGAAGAAGATTTGATGATAGAGATAGGTTCT +GGATATAACCACATAAAAATACATGATGGTGGGGCTGAAATAGTAGATGCTTCTTGTGAG +GATAATGTTTGTGTAAATACAGGCTTTATAAGTAAAGTAAGCGAAAGAATTGTATGTATG +CCTAATAAGGTTGTAATAAAAGTAAAAAAAATAGAAAATGCAGACAATAAAGAAGATGTA +ATATCTGAATAA +>apbE +ATGAAAAGAAAAAAAACTCTTCTTATATCTACTACTATAGTCCTTGTTATAACCTTTTTA +CTATACATTTTTTTTAATACAAAAAATAAGTATAGCAAAGAATATTACTATCTAGGGACA +ATCAATGAAATAACCATTTTAGGAATGAGTAAATTAAAGAGCGAAAAACTTCTCAATTAC +TGCGATGATATTTTGAGAGATATAGAAAACAAAATGAGTGATACTATACCAGGTAGCGAT +GTATCTAAAATTAACAATAACGCTGGAAGTAATTTCGTTAATGTATCTGATGATACTTTC +TTTGTTATAAAGGAAGCAATTAAGTATTCAAATCTATCAGATGGCAATTTTGATATTACA +ATAGGACCAGTCTCTGATTTATGGGGAATTGGAACTAAAAATTCAAATGTACCATCGACA +AAAGAAATCCAAAGCATATTAAATCTAGTAGATTATAAAAATATTATTTTAGATGAATCA +AATAAATCTATTAAATTAAAAAAAAGTAATATGAGAATAGATTTAGGAGCTATAGCTAAA +GGATATGCTGCCGATATTATAGTCGATTACTTAAAATCAAATAATGTAAAAAGCGCTATA +ATTAATCTAGGTGGAAATATATATACTTTAGGAAGTAAAAATAACAAAGAACCTTTCACT +GTGGGTATACAAGATCCTACTCTACCTAGAGGAAATTCCATTGGAAATATTAAAACTACC +AATAAATCAGTTGTTACTTCTGGAATTTATGAAAGATATATTCAAAAAGAAAATAAAATT +TATCACCATATTTTAAATCCATCTTCAGGATATCCATTTGAAAATGAACTAAGTAGCGTG +ACAATTATATCAAATAAATCTATAATATGCGATGCCTTGTCAACTTCTGTATTTGGACTA +GGATTAGATAAAGGTTTAGATCTTATTGAAAGCTTAGATAATACCGATGCCATTTTAATA +ACAAAAAATAAAGAGATATATTTAACTTCAAATATAGAAAATCAATTTAATCTTACTGAT +AATTCTTTTAAAATAATAAAAGAAGATGCTATATTAAAATAA +>sasA_1 +ATGTATATAAATACAAATAATGAAAAGGGTGAAAAGGTTAGCCTTATTATCTTTATAACA +TTTATATCTTTATTTATAGTTGTAAAGGATAAGGTGCAGTATATGATGTTCATACATAGT +TTGTATGCAGCTTTATTAACAGCAATAGGAATTATTATAATAGAAACTATAAAAGTTAAT +CCGAATAGAGCTACAATTTTTTTAGGGCTTATTTTTATTGTAACGGGGAGTTTAGAAACT +GGATTTATTTTAACTAAATTAGGAACTGATTATTTTATTTTTGATTCTGTGAGTATGTCT +TTTTACATGTCTATAGAGATACTTCAACTTTTAGGGATTTATTCTAGTCTATGTACAAGG +ATGGATACTATAAAAAAGGATTTTATATTATTTACATTTGGAAAGATATCAGTGATATCT +TTATTATGCTCTATTGTAATAACATGTATATTTGAGTTAAGCATAGAGAATATAAGTTTA +GGCATCACTTTAGAAAATAGTATAACAATTATGACTTTGATAGTATGTAGCATGGTATTT +ATAAAGATAAAAAAAATGGATAAACATAGTATTGAGAGATATTTCATGGCTAGAATTATT +TTTTTATTTATTTTTGCAAGAGTTATTATGTTAATGTTACTTATATTAGACGATATCAGC +AACGCTTATTTTTTTAGTGGGTTTATTGCAAACGTATCTATTTATTATTTATATAGATAT +ATCGTGTATACAAATATAAAAAAGCATTATAAAGAATTAAATAATATTGGCAAACAATTA +CAAGAAAAAGATAATATTATAAACTATAATAATGAAGGATTAATGCAAGAAGTTAGGATA +ACTCAAATGCTTAAAGATTCTCTTAGAATGAAAAATGATAAATTAAAAACTACCATAAAT +AGCGCAATGAATCCAACTATTATTTTCTCTGATAATAAAGATATAATATACAAAAATAAA +TCTTTTATAACGCAATTTAGTATATATGAAAATTGTAATATATCTCAAATGTTAGAGTTT +AAATTTAAAAAGTATAATGATATTTTAATAAGCGTAGATTCTGTGATTAAAAATAATCAA +GAAATAAGACTCACTATGGAAAGTGAGGACTCTAAGTATTATCAAGTTATTCTTACTCCT +TTTAAGATAAATGGACAAAGTGAGTGTTGTTTATGTATTTTTGTAGATAAAACAAAAGAA +ATAACGTTTGAGCAGGAAATTGTATCTACGAATTTATGTTATGAAAATTTTCTAGAAAGT +ATTACGGATGGGATTATTCTATTAGAAGATGGTAATATACTGTACGCAAATAATGCATGC +ATAAATATGTTTGACGGTGACTTATCACAAATTGACTTATTTATTGAAGAAAATAAAGAA +AAAAAAGAAGAAGTTTATATTATTAATGGCAGGGAAATGTATGTAGATATGATTTACTCA +ACATATAATAAAAATAAGAAAAGCATTGTAATAAGAGATATAACTGAAAGAAAGTTAGCT +CAAAAAAGACTGAGGGAGTCAGAAGAATCTTATTCAAAGCTTATTGATATACTTCCTGAT +GGTATTTGTTTATTAGATAGAAATTTAAATATAAAATATTTAAATAAGTCTTTACTAAAT +ATTATAAATGTAGACGAAGGCGAAGGATTTAATAATTGCAGTATAAGAGATATAATTAAA +TTAAGTACAGATGAAGAAGTATCTTTCTTAAAAAAATTAAAGAAAGTTATTAATAATAAC +CAGTATATAATTTTATTAAATAAACAAGTTATATCAAAGAATAAAGAATGTATAGATGTG +GAAGTAAATGCACTACCATTTTCAATGGGTAGCGATAGTAAGTATGTTATGTTGATAATT +AAAGATTTAACTGATAAAAAAACAACTGAATTAGTCGAAAAAGAACTATCTGAAAAATTA +GAAATAGATAAGATAAAAACTGAATTTTTTACAAATATGTCCCACGAGTTAAAAACTCCT +TTAAATGTAATATTCAGCTCTAATCAATTATTGGAATCATTTAATAAGAATAAAAAAATT +AATGATTATAATGAAAATGTAAATAATCATATAGCTTTAGTTAAGAATAATTCTTATAGG +CTTCAAAGATTAATAAATAATATTATAGATTTAACTAAATTAGAATCTGGATATTATAAG +TTAAACTTGTCTAAAAGAAATATTGTAGTGTTGATTGAAGACTTATTTATGAAGATAGAA +AAATATGCGATAAAGAAGAATATAAGTTTAATATTTGATACAGAATCAGAGGAAATAAAT +ATGTTTATAGATAAAGCTGAAATCGAAAGAATTATGCTTAATCTACTATCAAACTGTATC +AAATTTACTCCTAATAATGGTAAGATATGTGTGAATATATATGACAACGATAAGAGTGTT +GTAATAAGTGTCAAAAATACAGGTGTAGGAATACCACAAGATAAACTAGATATAATATTT +GATGAATTTTCTCAAGTTGATAAAACTCTTTCGAGAAATACAGAAGGAAGTGGTATCGGC +TTATCTTTAGTTAAAAAATTAGTAGAACTTCACAATGGGAAGATAAATGTAAGAAGTGAA +GAAAATAAGGAAACTGAATTTATAATAACTTTAAATAAATCAGAATTTAAGAATATAGAA +ACTCAAAAAAATAAATCAATATACGATATTGAAGAAAAAATAAATATAGAGTTTTCAGAT +ATATATTATTAG +>selB +ATGAAAAATATAATAATAGGAACAGCTGGACATATAGATCATGGTAAAACTAGTCTTATA +AAAGCACTTACAGGTAGGGATACTGATACTTTAAAGGAAGAAAAGCAAAGGGGTATTTCT +ATAAACTTGGGATTTACATATTTCGATCTACCAAGTAATAAAAGAGCAGGAATCGTAGAT +GTTCCAGGTCATGAAAAATTTATAAAAAACATGTTAGCGGGTTCATCTGGTATAGATATC +GTATTATTAGTAGTAGCATGTGATGAAGGTGTTATGCCTCAAACTATTGAGCATTTAGAT +ATATTAAATTTTTTAGATATAAAAAATGGAATAATAGTTCTTACAAAGTGTCAAAAGGTA +GATGAAGACTTTAAGGAATTAGTAAAAGAGGATATAAGAGAAAGACTTGAAGGAACTTTT +CTTGATAATGTAGATATAATAGAAGTTGATTCTATTTCTGGTTATGGCATAGATAAACTT +ATAAATAAAATAGATGATATTAGTAATGCTATTGAAAGTAAAAATGAAGATTCTCCATCG +AGACTTAATATAGATAGAGTATTTTCAGTAAAAGGATTTGGTACAATTATCACGGGAACA +TTATTAGAAGGTAAAATTAAAATTAATGATGAGTTATTAATATATCCTAAAGGCATAAAA +GCTAAAATTAGAGGAATACAAGTACATGGTGAAAATGTAGAAGTGGCTTATGCAGGTCAA +AGAACAGCTATAAATATTTCTAATGTAAAGGTTGAAGAAATAGAGAGAGGAGATGTCTTA +GCTGATATAAATTCTTTAGAAGAATCTAAAATGTTAGATGTAAAAATATCGTTAGTCAAG +CATACAAGTAGAGAATTGAAACATTGGGATAGGCTGAAATTATACCATGGAACTAAAGAA +ACTTTATGTAGGGCAGTTCCTTTAGACAAAGATTATATAAAAAAGAATGAAAGTGCTTAT +GTACAATTAAGATTAGAAGAAGGAATAGTGGTCAAAAAGGGAGATAAGTTTGTAATTAGG +ACTTATTCACCTATGGAAACTATTGGTGGAGGAGTAATAATTGATACTTCTGTAAAAAAA +CATAAAAAATTTGACTCTAAAGTTATTGATAGTCTAAAGTTAAAAGAATTAGGAGAACCA +AAGGATATTATAGAAGAGTATTTAAAACAAAATAAAGAAGAATACTCGACTATACAAACA +TTAATGTCTTATACTGGATTGAATGAAAATGTAATAGAAGAAAATATTAGAATATTAATA +GAAAATAATAGAGTGATTAAACTTAACAATTATTATATTCATGTTAAGGCATATGAAAGT +TTAAAAGATGATATATTGGACTTATTGAATCATTATCATAAGAAAAATAGATTGAAAAAA +GGAATGTCAAAAGAAGAGCTGAGAAGTAAAATAGGTACTAAGTTAAAAACTAGAGACCTA +GATGTAGTTATTCTAAAGATGGAAAGCGAAAAAAAGATAAAGATAGTTAATAAATTAGTA +TCATCATATGATTTTAATGTTGTTTTAAATGACAAACAAAAAGCTATAAAACTAGATATC +CAAAAACAGCTTAGAAAAGCAGGATTAGCTTCAATATTAACTGTGGAGGAAGTTTGTATT +AATTACAATTATAAAGAAGTACTAGAATCTATGATTGGTTATGAGATAGAATTATTAAGT +GATAGTCATATTATGGATAAGGAAAATTATGAAATAGCAAAACATACTTTACTTAAGTAT +ATAAAAGAGAATAAAGGTATAACATTAGCTGAGTATAGAAATTTAATAAATTCGAGTAGG +AAAAATTGTTTGATTATTTTAGAACATTTTGATAGAAATAGAATAACTAAAAGAATAGAA +GATAAAAGAATAATGTTTTAA +>selA +GTGATTATTTTGGATAAGAAAAAATTATTTGCTATGTTGCCCTCAGTAGATGAAGTATTA +GGAAATGAGAAAATAAAGAACGTATTAGAGGAATATCCGAGAACCTTAGTATTAGAGTCT +GTAAGACAGGCTATAGATGAAAAAAGAAAACTAATTATAAACTTAGATAATAATGACAAA +GAAATAAAGATAAGATTTGAAGATATTATTAGAGATTCCATAATTAAAATAAAAATAAAT +TATTCTTTATCTCTAAAAAAAGTTATAAATGGAACCGGTGTTATTTTACATACTAATTTA +GGAAGATCTTTATTAAGTGAAAGTATAAAGGATGAAGTATGGGGAATTGCATCTAGATAT +TCAAACCTTGAATACAATATTGATACAGGTGAAAGAGGTTCTAGATATGTGCACTTAGTA +GATATGATAAAAAGATTAACAGGAGCAGAAGATGTTTTAGTTGTAAATAATAATGCAGCT +GCAGTCCTTCTTGCTTTAAATACTTTAGCAAAGGATGGCGAAGCTATAGTATCAAGGGGT +GAATTGGTAGAGGTTGGAGGATCCTTCAGGATACCGAGTATTATGTCTTTAAGTGGAGCG +AAATTAGTAGAGGTTGGAGCAACTAATAAAACTCATATAAGTGACTATGAAGAAGTTATA +TCAGAAAATACTAAGGTATTAATGAAAGTACATACTAGTAATTATAAGATTTTAGGATTT +ACAGAAAATGTAGAAATAGATAATTTATCATTGCTAAGCAAAAAATATAATATACCTCTT +ATAGAAGATTTAGGTAGTGGAGTATTTATAGATTTATCAAAATATGGATTATCTTATGAG +CCTACAGTATTAGATTCTATAAATAAGGGTGCTGATATAGTTACATTTAGCGGGGATAAA +ATGTTAGGTGGTCCACAAGCAGGTATTATAGTAGGAAAAAAAGAGTACATACAGAAAATG +AAAAAAAATCAACTTACGAGAGCATTAAGAGTTGACAAAATTACAATATGTGCACTTGAA +GCAACTCTAAGAATATATTTAGATGAGCATAAGGCTATAAGAGATATACCTACATTGAGA +ATGCTGACTTACACAATTGAAGAGCTACACAAGAAGGTAAATAAGTTATTTAATTTGTTA +AATGGCCTGAATTTAGATGCCCAAATAAGTATAGAGGATAATTTTTCACAAGTTGGAGGA +GGATCTATGCCTATTGAAAAATTAAAAACTTTTGTGATTTCGATAATCCCGAATAAAATG +AGTGTATCATCTTTAGAAAGAAAGTTAAGATTAAGTAATTCTAATATAATAGGAAGAATT +TATGAAAATAAATATATACTAGACGTTAGAACTATATTTGAAGATGAGTTTGAAATAATA +GCAAGAGAATTAAACATTTTAATAGGGGGCTAA +>selD +ATGGCATTAATACAAACATTAGACTTTTTTACACCAATGATAGATGATCCATATATATTT +GGACAAATTGCAGCGGCGAATTCACTATCGGATGTATACGCTATGGGTGGAACTCCTATA +GTTGCAATGAACATTGTTTGTTTCCCTGCGTGTCATGATATGGATGTTTTAGCTGAGATC +ATGAAAGGTGGATTTGATAAAGTAAGAGAAAGTGGTGCACTTTTAGTAGGAGGGCATACT +GTGGATGATAAGGAACCTAAGTATGGACTTTCTGTTTCTGGTATAGCGCATCCTAATAAA +ATACTATCAAATGCAACTTCTAAGGTAGGAGATGTATTAATACTTACAAAGCCTTTAGGT +GTAGGTATATTAAATACAGCTATGAAAGCTGATTTAATAAGAAAAGAAACAGAAAATAAA +GTGATTGAAGTTATGACTCATTTAAATAAATATGCTGCAATGAGTTTTGACAAAATACAG +GTAAACTCAGTAACAGATATAACGGGGTTTGGACTATTAGGTCATGCATTAGAGATGGCA +AAAGCATCAGAAGTTAGTATACATATAAATTCAGAAGATGTTCCTATATTAGATGAAGCT +GTAGATATGGCTAAAATGGGAATTATACCTGCAGGAATGTATAGAAACAAACAATATATT +GAAAAAGATGTTGATATGCAAGATGTAGATATTGCTGTAAGAGACATTCTATATGATCCT +CAAACATCAGGAGGACTATTAGTATCTGTAAAAGCAGAATATGCAGAGGAACTAGTAAAA +GATATGAAATTAAATGGTTCTATAGAAGCGAAAATAATAGGATATGTAAAGTCAAAGGAT +GAAAAATATATTACTGTAAGATAA +>group_108 +GTGGAAAAAAATAAAAAAAGTATAATCTTTTTAATAATTACTTTTATTTGTGTAACAACA +ATAATTATTAAGGATAAGCTTTATTTTAAAGATGATATTTATGTAGTAAGTAAAGAAGAG +GTAAATAATAAAGAAAGTATATTAGCTAATAGTGAAGATGCACATGATAATTATGAGGAA +GTAAATAATATAAAAAAAGATACTCTAGATGATGAAATAAATTCAGAAATGATAACAGTA +TACATAAGTGGTCAAGTTAATAATCCAGGTGTGGTAACCTTGGAAAATAGCAAAAGACTA +GCTGATGCGATAGAGCTCTTGGGTGGTGTTACGGAAGATGCTGATTTAAATAGGGTAAAT +ATGGCTTTAAAAATAAAAGATGAGGAGCATTATATAATACCTAAAATAGGAGAAGAAATT +TCAAATGATAGTTTATTAATAAATAATACCGTAGAGGCTAATAGTAAAAGTGAGAGTAAT +AAGATTAATATAAATTTAGCAACAATAAAAGAATTAGAAGATTTACCAGGTGTCGGAGAA +GCTACTGCAAATAAGATTGTGAGATATAGAGATGAAAATGGAAACTTTAAATCTATAGAA +GAAATTAAAAATGTAAATGGAATAGGGGATAAAAAATATGAAGATTTGAAGGAATTAATA +AGTATAAATTGA +>dacF_1 +ATGAAAAAATTTCTATCTTTATTGGTAACATATATTATAATTTTCTCTACATTTTTAAAC +TCAGCAAACGCATCATACGCTAGCAGTGATGAACCTTCTATCCCTGCAGAAGCAGCAGTT +CTTATGGACTATGAAACTGGAAAGGTTTTATTTAATAAAAACGGAGATAAAAAAGTTTAT +CCAGCATCAACAACAAAGGCTTGGACAGCTTACCTAGTTTTAAAATATAAACCTAATTTA +AACGAAAAAATACAAATTACTAAAGATCCTAATGTAGAAGGATCGAGCATGTATTTAAAA +GTCGGAGAATCTTTTACAGTAAAAGAATTACTTGAAGGATTATTAGTTCATTCTTCTAAT +GATGCAGCTGTAGTTTTAGCAGAGTATGTAAGTGGTTCTATTAAAGAATTCGCTAATTTA +ATGAACGAGGAAGCAAAATCTATAGGTGCTAAAAACACTCATTTTACTAATCCTCATGGT +TTACCAGACAAAGAACATATTACAACTGCAAACGATATGGCACTTATGGCTAGAGAGGCT +ATGAGTAATAATGTCTTTAGAGATATTGTTAAAACTAAATCAATCTCTTTTCCTGCAACT +GAAGCATATCCTTATGAAAGGTATTTTGTAAATACAAATAAGTTTTTAACTTCAAATGAA +AAAATAAATTATAACGGAAAAGATATAGATATAAAATATGATATAGTTGACGGAATAAAA +ACTGGTTATACTGATGATGCAGGCAGATGTCTTTTATCTAGCGCTGTAAAAAATGGAAGA +AGGCTTATTTCTGCAGTATTCAAATCTACTGGAAATGACCTATACTTAGCTTCTAGAACT +TTACTAGATTATGGTTTTAATAACTATCATAATGAAACAATAGTAGCAAAGGACAAATAT +ACTGGAAATGAAAGAGTTTTATTATCTAAACAAAAAGAACTTATATATGAACCTGAATTT +ACTTATAAGGTTTTATTAAAAAACGGAACTCCAACAAGTTCTTATAGCGTAAAAACTAAG +TTAGACAAGATACACCTTCCTATAAAAAAAGGTGATAAAGTCGGTACTTTAGAAGTTTAT +AATTCAAACAAACTTGAAACTAAAATAAACTTAGTTGCTACAAATGACCTTAATAGTATC +TTTGGTCCTTTAGTAGAGAATAAAATAATCTCTATGGTAATTAAGGTTTCTTTAATTACA +ATTGTATCTATTTTCATAATACTTCTTTATATAAAGAGAAAAAATAAAAAGAAATATAAG +AAAAATATTTTCAAAGGTAAAAGAAGATAA +>group_28 +ATGAGTTGTGGATGTAGCAATATAAATAAAAATGATGGAAAAAATGTAGTTGATTTAATA +AGAAGCAAAGGTAAAGAAAATTTTCCTTTAAGAAATTCTTATGGCATAGAATGTGTCAAT +TGTAAGGAAACTTTTACCATGAAGACACATGTTGATAAGTGCCCTACTTGTAATATGGTT +TATGGGGTTACTCCATGTAGTTCTCACGACAAAAATAATATAAAAATAGCTGATATAAAC +TATTAA +>sdhA +ATGAAATATAATTTCAAAAGCGGAAAAGAATTATTAGAAATGTGTAACGAATACAACATG +TCAATACATGAAGTATGTTTAGAAAGAGAAGTTGAGCTTTCTGGATTATCTAAAGAAGAA +ATAAGATCAAAAATGCAACATAGTTTAAATATAATGAAGTCGGCAACTGAAAAAGCTGTT +GAAGAAGATATAAAATCAGTTGGTGGTCTTATAGGTGGAGAAGCTAAAAAATTAACTATA +TTTAGAAATAATAGTAAATCAGTTTGTGGTCCATTAATGAATAAAGCGTTAGTTGCTGCA +ATGGGAACTATGGAAGTCAATGCTTCTATGGGACTTATAGTTGCAGCTCCAACAGCAGGC +TCTTGTGGAATACTTCCAGGTGCTGTAGTTACTATAGGAAAAGAATATGACATGACTGAT +GAGCAAATGTTAGACGCATTATTTGCAGCTTCTGCAATAGGTGCAATAATAACTAGAAAT +GCAACAGTTGCTGGTGCAGAAGGTGGATGTCAAGCTGAAACTGGAGCTGCTGCTGCAATG +GCTGCTGCTGGTGTAGTTGAAATGATGGGTGGAACTCCAGAACAAGCTATACATGCTGCA +TCTCACTGTTTACAAAATGTAATGGGACTTGTATGTGACCCAATAGCTGGACTTGTTGAA +GCTCCTTGTCAAGGAAGAAATGCTATAGGTGTTGCAAATGCTTTAATATCTGCTGAATTA +TGCTTAGCTGGAATATTAAATATAATACCATTTGATGAAACTGTAGAAGCTATGTACAAA +GTTGGTAAAAATTTACCACCAGAGTTAAGAGAAACTGCTTTAGGTGGAGTTGCTGCAACT +TGTACTGGATGTGCTTTAAGTGATAAAATATTTGGATAA +>sdhB +ATGGCTAAAGATTATAGTGTATTTGACGTTGTAGGACCAAATATGATAGGTCCATCTAGT +TCCCATACTGCAGGAGCTGCAAGACTTGGGAAAACTGCTTCTAAAATAGCAGGAAAACCT +GTAAAAGAAGTAAAATTCTATCTACATGGTTCATTTGCAGAAACATACAAAGGTCATGGA +ACTGACAAAGCATTAGTTGGAGGAATATTAGGATTTGATCCAGAAGATGCTAGAATAAGA +AACTCTTTTGACATAGCAAGAGAAATGGGTGTTAAGTTTGAATTTATAAAAACTGATTTA +GGAGAAAATGAACATCCTAATACTGTTAAGATGGAAATGATTTTAGAAGATGGAACTATA +AGTATAGTAAAAGGTGCTTCTATCGGTGGAGGTAATATAAAACTTACAGAAATGGATGGC +TTAACTTTAGATTTCAATGGTTCTAAGCCAGCTGTAATATTAGAGATAAAAGATATAACA +GGTGCTGTATCTTTTGTAACAGGACTTCTTGCTCATAATAATAAAAATATATCTACAATG +TCTACTAACAGAATAGCAGGATCTGAGTATACATTTGTAACTATAGAGACAGAAGAACCA +TTAGAAAAAGAAATATTAGATCAAATAAGCAAATTTGAAGTTGTAGCTAAAGCTGTAGTT +TTAGATAAATTCTAG +>yabJ_2 +ATGAAACATCAAGTAATTCATACTGACAATGCTCCAGCAGCTATAGGACCATACTCTCAA +GCAATAAAAGCTGGAAATTTATTATTTGTATCTGGACAAGTTCCATTTGTACCAGAAACT +ATGGAAATAGTTGAAGGAGATGTTAAAGCTCAAGCAACTCAATCTTTAAAAAATGTACAA +GCTATATTAAAAGAAGCTGGAGCAGATTTCTCAGATGTAGTAAAGTCTACAGTATTCATA +AAAGATATGAATGAGTTTGCTCAAATAAATGAAGTTTACGCTGAATTCTTTGGTGAAAAC +AAACCTGCTAGAGCTTGTGTAGAAGTTGCTAGATTACCAAAAGACGTTAAAGTTGAAATA +GAAGTTATAGCTGTATTATAA +>tdcB_1 +ATGTTACAAGTTACATTACAAGATATAAAAGAAGCAAAAGAAACTATAAAAGATATAGTA +AAGAAAACTGATATGTTAGAGTGTGCTAGTCTTAGTAATAAGACTAAGGCAAACGTTTTT +TATAAATGTGAAAATCTGCAAAGAACAGGGTCTTTTAAAGTAAGAGGGGCTTGCAATAAA +ATTGCTAATTTAACTGATAAAGAAAAGGCAAACGGTGTCATAGCGTCGAGTGCAGGTAAC +CATGCTCAAGGTGTTGCTTTAGGAGCAAAAATGAGTGGAATAAAATCTACAATAGTAATG +CCAGCAACAGCACCATTATTAAAGGTTTCTGCGACAAAAGGTTATGGAGCAGAAGTGGTT +TTAAATGGTTTAGTATATGATGATGCTTATGCAAAAGCTGTTGAAATACAAAAAGAAACA +GGAGCAACATTCTTACATCCATTCAATGATAAGCATGTTATAGCAGGACAAGGAACTATA +GGATTAGAAATATTTGAACAATTAAATGATAAAGTAGATACAATCTTATGCCCAATTGGT +GGTGGAGGATTAATTGCTGGTGTTGCAGTAGCGGCAAAAGCATTAAATCCAAATGTTAAA +GTTATAGGTGTACAAACTGCAAATATACCTTCTATGCATGAATCTATGAAAAATGGACAA +GTTAGTAGTGCATTTAAATCTACTACAATAGCAGACGGTATAGCTGTTAAAACTCCTGGA +GATATGACTTTTGAAATAATAAAAGAATTAGTAGATGAAGTAGTTTTAGTAGAAGAAGAA +GAAATAGCTCAAGGTATAGTTTATTTAATGGAAAATTTAAAGGTTGTAGCTGAAGGTTCA +GGAGCTGTAACAACTGCTGCATTATTAAGCGGTAAATATGCTCCAAAGGAAAATGAAAAC +GTTGTATGTATAATATCTGGTGGAAATGTAGATGTTAACAATTTATATAGAATAATAGGA +AGTGGCCTTGCTAAAGAAGGAAGAAGATATTCATTTAGCGTAACTATGATTGATAAGCCA +GGTGGATTCTCTGAGTTAACTAAAATAATAAGCGAAAATAATGCAAATATATTAAATGCA +AATCAATCTAGATTATCATCAGGAGCTTATATAGGAAAGCAAAATGCAGAGTTTGTATTA +GAAACATTTGACAATGAACATATACAAAAAATAAAATCTGATATAGAAGCTGCCGGATTT +GAAATAAAAGATTTATAA +>mglC +ATGAATACAAAGTCACTAGTTAATGAAAAATCAAGTTTTAACTTTAAAGAATGGGCAGCA +AACAACGCAATACAAATAGTATTAGTATTTTTGCTTATAGGAATAATTGCTATAGAGCCT +AGTTTTCTTTCTATAAAAAATTTAACAAATATATTAGCACAGTGTTCTACTCGTATGATT +ATTGCATTAGGTGTTGGTGGAATAATAGTAACTCAAGGTACAGACCTTTCTGCTGGCCGT +ATAATTGGTCTGGCAGCAGTAATATCTGCATCATTATTACAAGCAACTGATTATGCTTAT +CGTATGTATCCAGACTTACAACAATTGCCTGTAGTTATTCCAATATTGTTAGCAATGATT +ATATGCGGATTTATGGGTGCGATAAATGGTTTTGCAGTTGCAAAATTAAAAACACCACCG +TTTATAGCTACTATGGGTACAATGCTTTTGGCATATGGTATAACTAGTTTATATTTTGAT +AGACCTCCATATGGAGCTCAGCCTATAGCTGGTTTAGATAAAGGGTTTAAACAGCTTGCA +GTAGGTGGTATACAAATAGGTGATTTTAGATTACCATATTTAATAATTTATGCGGCTATA +GCTTGTATTATAATGTGGTTTATATGGAATAAAACTAAGCTTGGTAAAAATATGTTTGCT +ATAGGAGGAAACCCAGAAGCTGCAGAAGTATCCGGTGTTAATGTTGCTAGGAATTTAATA +ATAATATATGTTATGGCAGGTCTTTTGTATGGATTAGCAGGATCTTTAGAAGCAGCTAGA +GTAGGTAGTGCTACTAACAATACAGGATTTATGTATGAGATGGATGCCATTGCAGCATGC +GTTGTTGGAGGAGTATCATTTGCTGGAGGGGTAGGTAGTATAGGTGGTATAATAACAGGG +GTTTTAATATTCCAAGTTTTAAACTACGGACTTTCATTTATTGGAGTTAGTACATATCTA +CAATTTATAATAAAAGGTATTATTATAATTGCAGCTGTTGCTCTTGATACAAGAAAATAT +ATGAAGAAAAAATAA +>mglA_1 +TTGGAGAAAGTAAATAACGAATTTATACTACAAATGATGGATATAACTAAAGAATTTCCA +GGTGTAAAAGCTTTAGATAAAGTAAGTCTAAATGTTAGACCAGGAACTGTACATGCGCTT +ATGGGGGAAAATGGGGCTGGTAAGTCTACATTGATGAAATGCCTATTTGGTATTTATAAA +AAGAATTCAGGAAAGATATTTTTAGAAGGAAATGAAATAGAATTTCAAAATACTAGGCAA +GCACTTGATAATGGAGTATCGATGGTGCATCAAGAATTAAATCAAGTTAGACAAAGAAAC +ATATTAGATAATATATGGCTTGGAAGATATCCTAAAAAAGGGTTATTTATAGATGAAAAT +AAAATGTACAATGATACTATTAAAATTTTTAAGGATTTAGATATAGATGTAGACCCTAGA +GAAAAAGTTGGAAACTTATCTGTATCACAAATGCAAATGATAGAAATAGCAAAAGCTGTT +TCTTATAGTTCTAAGGTTATAGTGATGGATGAACCAACATCTTCACTTACTGAAAAAGAA +GTTGAACATCTATTTAGAATTATAGAAAAATTGAAAAAAGATAATGTTGCAATTATATAC +ATATCACATAAAATGGAAGAAATACTTAAAATATCTGATGAAGTTACAGTAATGAGAGAT +GGTCAGCTAATAGGTACAAAACATGCATCAGAATTAACTACAGATATAATCATAAGCATG +ATGGTTGGTAGAGACATGTCAAATAGATTCCCACCAAAACGAAATCACCCGGGAAAAGTC +ATACTAGAAGTAGAAGGATTAACAGAAAATAAAAAATTTGGGCTAAAAGATGTTAGTTTT +AAACTAAGAAAAGGAGAAATTCTTGGAATTGCAGGATTAGTTGGTTCAAAGAGAACAGAG +ATTGTAGAAGCCCTATTTGGAATGAGGAAAATTGATAAGGGGACAATTAAACTTCACGGA +AAAGAAGTAGAAAATAAACACCCTAGAAGTGCTATGGAAAATGGATTTGCCTTAGTTACA +GAAGAAAGACGAAGTACAGGTATATTCCCACAGCTAAGTATAAATTTCAATTCAGTTATT +TCGAATATAGAAGCATATAAGGTTAATGGATGTTTCTTATCTGATAAGAAAATGTCAAAA +GATACAAAATGGGTTATAGATTCTATGAATGTAAAAACACCTTCTGAAAAAACTAATATA +GGTAGTTTATCAGGAGGAAATCAACAAAAGGTAATAATAGGAAGATGGTTATTGACTAAT +CCAGAAATACTTATGTTAGATGAGCCTACAAGAGGTATAGATGTAGGTGCTAAATATGAA +ATATATCAGCTTATAAATGATTTGGCAAGTAAGGAAAAAGGAATTATAATGATTTCTTCG +GAAATGCCAGAGCTTATAGGAGTAACAGATAGAATATTAGTTATGAGCAACGGTAAAGTT +GCTGGAATAGTTGATTCAAAAAATACTACGCAAGAAGAGATAATGAAATTATCAGCGAAG +TTTATAGAGGGGGATAGCCATGAATACAAAGTCACTAGTTAA +>mglB +ATGAATAAGAAAGGGATTTTAGCATTAGGATTATCGGCAACAATGTTATTTTCAATGGTA +GGTTGTAGCTCTAGTAATTCAGGAGATGATTCATCTTCAGGAGGGAATGGAGAATTACCA +AAAATAGGAGCTACAGTTTATAAGGCTGATGATAACTTTATATCTTCAGTACGTAGAGAA +TTAGAAGCAAATGCTAAAGATGTAGCAGAATTAACAGTAGATGACTCTCAAAATGACCAA +GCAAAACAATTAGATCAAATTGATACTATGATAGCGAAGGGAGCTAAAGTTTTAGCAATA +AACTTAGTTGACCCCAAAGCTGCAAGTTCAGTGATAGAAAAAGCAGAAGCTGCTGAATTA +CCAGTAGTATTCTTTAATAAAGAACCAGATGCTGACGCTTTAAATAGCTATGATAAAGCT +TACTATGTTGGGACTATATCTAAAGAATCTGGAGTTATGCAAGGTGAAGTTATAGCGAAA +GAATGGGAAGCTAATAAAGATAAATGGGATAAAAATGGCGATGGAAAAATGCAATATGTT +TTAATAAAAGGTGAACCAGGACATCCAGACGCAGAAGCTAGAACTGAATGGTCTGTTAAA +ACTATAAATGAAAAAGGAATAGAAACAGAAGAATTAGCTATAGATACAGGTATGTGGGAT +GCTGCTAAAGCAACTGAAAAAATGGATGCATGGTTAGCTAAATTTGGAGATAAAATTGAA +TTTGTAATTTGTAATAATGACGGAATGGCTTCTGGAGCAATAGCTTCTCTTGAAAAAGAA +GGATACTTATCAGGAGATAAATTTATGCCAGTTGTAGGTGTTGATGCAATACCAGAAATA +GTAACTCTTATTGAAGAAGGTAAAGTAGTTGGAACAGTATTAAATGATGCACCAAATCAA +GCTAAGGCTGTTATAGATTTATGCTTAAACTTAGCTAATGGAAAAGATCCTGTTGAAGGA +ACTGACTGGAAGTTAGATGATAACAAAGCTGTTCGTGTTCCATATGTAGGGATTACTAAA +GACAACCTAGATCAAGCTAAGTAA +>rsfS +ATGACAGTAAATGAAATGACAAAAGTAATATATGATGCAATAGACGATAAAATTGGTCAA +GATATATCTATAATAAATATTGGTGCAGTTTCAAGTTTATGTGATTACTTTGTTATAGCT +ACAGCTGGTTCTCAAAGACAAGTTAAAGCTATAGCTGATAACGTAGAAGATGAATTAACA +AAGCTAGGAATAGAGCCAAGAGGAAAAGAAGGGTACGAAACTCAAACTTGGGTACTTCTT +GATTATGGTGATGTAATAGTTCACATATTCAATGAAGAACAAAGAGGATTCTACAACTTA +GAAAAGTTATGGAAAGATGCTCCATATGTAGATGTTGACACTTTAGCATAA +>group_209 +ATGACATTAACAGAGATTAATGAAAAATTAGTAGAAATGTTGCCAGAAAGAAGAATGCAA +CATTCTTTAAATGTAGCAGATTGTGCAGTTAAATTATGTGATATATATGGTTATAATAAA +GAAAAGGCATATATTGCTGGATTAGTTCATGATTGCGCTAAATACTTAAACAATGATCAA +GTTGATTACTATGTAAATAAATATAATATAAACTTAGATGAATATGAAATGAATAACTTA +GCACTTTCACATAGCCTTATAGGATCGTACATAGCAGAATATGAATTTAAAATAAATGAT +GTAGAAATAATAGATGCAATAAGATATCATACAACAGGAAAAGAAAATATGAGTTTATTA +GAAAAAATAATTTATATGGCAGATTTGATAGAGGAAAGTAGAAACTTCCCAAATGTAGAT +TTATTAAGAAATTTAAGTTATAGTGGGAAATTAGATGAAGCATTGCTAATTTCTTTTGAT +AATACTATAAAGTTTGTAATTGAGAACAAACAATTAATACATCCTAGGACAGTAAGTGCA +AGAAATTATATTATGAGAAATTTATAA +>group_207 +ATGAAAGAAGTAGATGTTATACAGTCGAATGAAGTTATAGAAAAAAGGCTAGAAGGTAAA +AAGAATAAGGTTACAGCAAGGGATTTAGCTGAAAGTGGATTATTAATTGCTTTGGTATTT +ATTGCTACTAGATTTATTAACATAAGATTGCCATTAGCATCAACTGGTGGTCTTGTACAT +CTAGGCAACACAATGTTATTTATATCTGCAATAGTATTTGGAAAGAAAAAAGGAGCAGTA +GCAGGAGCTTTTGGAATGGGATTGTTTGACTTATTATCAGAATGGGCAATATGGGCACCA +TTTACTTTTGTAGTAAGAGGAGTTATGGGATATATAATAGGAAGTATAGCATGGTCAAAT +AATAAAAAAGGAAATGATGTAATAACTAATATCGTGGGAATAACTATATCAGGTTTCTGG +ATGATATTTGGCTATTATATAACTGAGATGATATTATATGGTAATCATGCAAAAGCATTA +TTATCTATACCAGGAAATGTTACTCAGATAGTAATAGGACTTATAATAGGAGTTCCGATA +GCTAAAGTACTAAAAAGATATATTAACTAA +>group_470 +ATGGAAGAAATACTGAAGAAAAATAGAAGTTATTATGGAATGGTATCAATTGTATTTTTA +AATGCATTTGATGGTATGGCTACATTTATTGGACTTAGATACGGATTTTATATAGAATTA +AATAAGTTTTTGAGTATGGTATATAATTTAAGTCCAGTATTATTTTTAATAATTAAAGTT +ATTTTACCAACTATTTTAATAATTGTGTTAATAGACAAAATGGATGATAATATATCTAAA +ATAACGAGATTAATTATATTTATCTCAAATGTAATATATATTTGTTTATGTATATATCAT +ATAATATTATATGCAGTTTTTGTATTTGATTGA +>npr_1 +ATGAGAGTTGTTATAGTAGGTGCAGTTGCAGCTGGTATGTCTGCAGCAGCAAAATTAAAA +AGAATGAAACCTGAATATGAGGTTGTAGTATATGAAAAAACTGATGTAGTATCATTTGGT +GCATGTGGATTACCTTACTTTGTAGGTGGATTTTTTGATGATGCGAATAATATGATAGCA +AGAAGTCCAGAAAAGTTTAGAGAAACTGGTATAGATTTAAATATATTTAAAGAAGTTGTA +GCTGTGGATACAGATGCTAAAAAATTAACGGTTAAAGATATTAAGACTGGCGAAACTTTT +GAAGATTCTTATGATAAGTTAATGATAGCAACAGGAGCGAGTAGTATAATACCTCCAATA +AAAAATGTTAAACTTGAAAATGTATCAACTTTAAAAACCATGGAAGATGGTATAAAGGTA +AAAGAATTATTAAGTAAAAAGGAAATAAATAAGGTTGTTATAATAGGTGCTGGATTTATA +GGTTTAGAAGCTGTAGAAGCTGCCAAAAAATTAGGCAAAGAAGTAACTGTTATACAATCG +ACTGATAGAGTATTAAACCAAGTGTTTGACAAAGAGATAACGGATGTGTTAGAAGATGAA +ATGAAAGCTCATGGAGTAAACTTACGTTTAGAGGAATTAGCAGCTGAATTTGTAGGAAAA +ACAAAAGTAGAAAAGGTAATAACTAATAAAGGTGAAATAGAAGCTGACTTAGTTATAATA +GCTACAGGTGTAAGACCTAATACGTCATTCTTAAAAGACACGAATATAGAGATGTTAGGT +AATGGAGCTATAATAGTTGATGAATATGGAAGAACATCTGTCGAAGATATATATTCAGCT +GGGGATTGTGCAACTATAAAGAACATAGTAACTAATGAAGATATGTATGTTCCTTTAGCA +ACTGGTGCTAATAAATTAGGTAGAATAGTTGGAGAAAACTTAGCAGGATCTAATAACGCA +TTCCAAGGTTCATTAGGTTCTAGTTGTATAAAAGTTATGAATATGGAAGCAGCAGCTACA +GGATTAACAGAAGGAAAAGCTAAGAGCTTAGGTTTAAAGTATAAAGCTAAATTTATAAGT +GATTTTAATCAAACTAATTATTATCCAGGTAGAGATAAGATATATGTAAAACTTGTATAT +GATGCGGAGACAAAGGTAATTCTAGGAGGTCAAGTAGCAGGATTTAAAGACTCAGTTCAA +AGAGCAAATGTTATAGCAGCAGCTATATTCTCAAAAATGACAACAAATCAATTAGGAATG +CTAGATTTATGTTATGCACCACCATTTGCAAGAACTTGGGATGTGCTTAATGTTGCAGGA +AATGTTAGTAAATAA +>group_436 +ATGTTAAAAGGAAAGCAAAGAGCTTATTTAAGATCGATAGCTAACACTTTAAAGCCTATA +ACTCAAATAGGTAAAGATGGTGTAACAGAAAGCTTTTTAGAGCAATTAGATAGTATGTTA +ACAAGTAGAGAAATAGTAAAAGTTACCATTCTTGAAACTGCAGGACTTGATTCAAAGGAA +GCTGCAAATGCTATATGTGAAGCTTTAAGAGCAGAATTTGTTCAAGCTATAGGTTCTAAA +TTTACTTTATATAGAAGAAATAATGATAATCCAAAGATACTTTTCCCAGGGCAAGAACAA +GCTAAGGCTAAAGTAAAGGATAACACTGTAACTAAAAAAGGTAAAATAACGAAAAGAGCT +GCTAGAAGATAG +>obg +TTGTTCATAGATAAAGCAAGAATTTTTGTTAAAGCCGGAAATGGTGGAAATGGATCGGTT +GCATTTAGAAAAGAAAAATATGTTCCAGCTGGTGGACCAGACGGAGGAGACGGCGGAAGA +GGTGCTAGTATAATATTTGAGGTTGATTTAGGTCTTAGAACTTTAATGGACTTTAAATAT +CAAAGAAAGTACGTTGCTGAATCTGGTGGAGATGGAAGTAAAAAGAAAAAAGCAGGTAAA +AATGGAGACGATTTAGTTCTTAAAGTTCCACCTGGTACAATAATAAGAGATGAGGCTACA +GGTCTTATAATAGCTGACTTAAAAGAAGAAGGCGATAGAGCTGTAGTTGTAAAAGGTGGT +AGAGGCGGAAAAGGAAATCAGCACTTTGCCAATGCAGTAAGACAAGCTCCAGCTTTTGCA +AAATCTGGTACGGACGGAGAAGAAAGATGGGTAGTATTAGAGCTTAAAATGATAGCTGAT +GTAGGATTATTAGGATTCCCTAATGTTGGGAAATCTACGTTCTTATCAGTTGTTACTAAA +GCAAAACCAAAGATAGCTAACTATCACTTTACAACATTAACTCCGAATTTAGGTGTGGTT +CAAACTAAATTTGGTGATAGTTTTGTATTAGCTGATATACCAGGTCTTATAGAAGGTGCT +GCAGAAGGAGTTGGTCTTGGACATGACTTCTTAAGACACGTAGAAAGAACTAAAGTACTG +ATACATATCGTTGACATAACTGGACACGAAGGTAGAAATGCTTTAGAAGATTTTGATAAG +ATAAATGGTGAGTTAGCATTATATAATGAAAGGCTTTCTCATAGGCCACAAGTAGTTGTT +GCTAATAAGATGGATATTTTAGAAGATGAAAGTGTATATGAAGAATTTAAAGAAGAACTT +GAGGGTAGAGGATATAAAGTATTTAAAATGTCTGCAGCTACTCGTCAAGGAATAGATGAT +GTTATAGCTTATGTATCTCAATTACTAAAAGAAGTTGAAGATGTAGAACTAGTAACAGAA +GAAGAAATGTACAGACCAGAATTAGATGAGTCTAATGAAGATGAAGGATTAACTGTTGAA +ATAGAAGACGGAATATATGTTGTTAAAGGTAAATCTTTAAGAAGAATCATGTACTCTGTT +AACTTTGAAGATATGGAATCTATTCAGTACTTCCAAAAAGCTATGGAATCTGAAGGTGTA +TTTGATAAGCTTAGAGAAATGGGTATTGAAGATGGAGATACAGTTAAGATTTATGAAATT +GAATTTGAATTCTACAACTAG +>rpmA +ATGTTAAACATGAACTTACAATTACTTGCATCTAAGAAAGGGGTAGGGTCTTCTAAAAAC +GGTAGAGATTCTATAGCTAAGAGATTAGGTGTTAAGAGATATGACGGACAAGTAGTTACT +GCTGGTAGTATAATAGTAAGACAAAGAGGAACTAAGATACATCCAGGTACTAATGTAGGT +ATAGGTGGCGATGACACTTTATTTGCATTAATAGATGGTACTGTTAAGTTCGAAAGAAAA +GACAAGAAAAGAAAAAAAGTAAGCGTATATCCAGTATCTATTGCTGAATAA +>group_481 +ATGATAAAAGTTAATTATTATTATAATGACGATTTCTTACTTCAAGGTTTTTGTTTAAAG +GGACATGCTGATTATGCCGAAATAGGTTATGATATAGTTTGTTCTGCAGTTACATCTAAT +GCAGTTGCAGTTATAAATTCTTTAAACAAATTACAAAAAGTTGAATTTGAAAAAATAGAA +GCTAAAGAAGGTCATATAGAGTGTATTGTTAAAGATACATTTTTAGATAAATCTCAACTA +CTATTAAATCATTTTCAATTGGCTATTCAAGAAATTAAACGGGAATACCCAAAAAATATA +AAAATCTTAAAAAAGTAG +>rng +ATGAATATAGAGCATGTAGCATTATATGAAAGGAATCAAAAGATGAAAAAAATAGTTATA +GAATCGCTAGTACTATCTCAAAAAACAGCAATAGTAGAAGATGATAAATTAGTGGAATTA +CTTATAGAAGATAATACAAATGAAAAAATAGTATCTAATATATATAGAGGTGTAGTAAAA +AATATAAAGCCGGGAATTGAAGCTGGGTTTGTAGATATAGGCCTAGAAAAGCTTGCATAC +TTACCACTGGGAAAAAATAAAGATATCAAAGCTGGACAAGACATAATGGTGCAAATAAAT +AAAGAGGGAATTGGAACTAAGGGACCCAAGCTTAATTTAGAAATTAGTTTAGCAGGAAGG +TATTTAGTTTATATACCATCTAATGATAGAGCAACTATGTCTAATAAGATAACAGAAGAA +AAAGAAAGATTTAGATTGAAGAAAATAATAAATGCTATAAATAAGGAAAATTTGGGATTG +ATAGTAAGAACAGAAGCTCAGGGATGTACTTTAGAAGAACTTAAAAAGGACTTAGAAGAG +CTTAAAGCTAAATATGAGGTTATTTGTAAGGAATTTAAGTTAGGTATAGGGCCCAAGCTT +TTACATAAAGAACTAGATTTTGCATCAAAATATATAAAAGATAATGTAAATGAATATGTA +GATCAAATAATTATCAATAATGAAGATAAGTATGACGAATTAAAATTAATATTAAAGAAT +GTAAATAAAGAATACATAAATAAATTAGTATTAGAAAAAAATAAAGATGTATTTGATTTA +TATAAAGTTCAAAGTCAAATAGAAAAATCTTTAAATAAAAAGGTATGGTTAAAAAGTGGA +GGTTATTTAATAATAGAAAAAACTGAAGCAATGACTATTATAGATGTAAACACAGGTAAA +TTTACTGGAAGTATAAAATTAGAAGAAACTATATATAAAACTAATTTAGAGGCTGCTAGT +GAAATTGCAAGGCAATTAAGGTTAAGAGATATCGGAGGAATAATAATAATTGATTTTATA +GATATGCATAAAAAACAATATAAAGAAGAGTTATTAAAAACTTTAGATATAGAGCTAAAG +AAAGATAAACGAAAGTCTGAAGTACTGGGTATGACTAGGCTTGGTTTGGTTGAAGTTGCA +AGAAGAAGAGATAAAAACTCTGTCGATAGCTATTACCTAGGAAATTGTCCGATATGTAAA +GAAAATTCATATGTAAAATCAGTAAATTTTATTGTAGATGATATAGAAAAAGAAATTATG +AGAATAAGTGAGCATACATCTTATAAAAAGGTAACTGTAGAATTAAATAAGGAAGTTTAT +AAAGAAATAAATCAAAAATGGAAAAATATTTTGAACACAATAAGCCAAAAATATGATATT +ATTATAGAGCCGACAGGTAGTGACTGTATAAGTTACGAAAAAATAAATATTATTTATAAT +ACTTAG +>group_79 +ATGAGTAAAATAATAAGAGTTAAATTTAAAAAAGAAGGAGATATGATATACATATCACAC +CTTGATTTACAAAAACTTTTACAAAGAGCTTTTAGAAGGGCTGATGTAGAATTATCTTAT +TCTCAAGGTTATAATCCTCACCCTAAGATGAGTTACGGAAATGCATTAGCATTAGGAACT +GAAAGTTATGGAGAGTATGTTGATATAGAAATAGAAGAAGAAATATCTGTAGAAGAGTTC +TTAATGCGATTAAATAAAGAACTTCCAGAAGGTATAGAATTTATAAAAGCTGAAGAAATA +GAACCAGGTACTCCTTCGCTAGCTTCTACAATAGAGTATGGAGAATATTTATTCAACATA +GAACTTGAAAATCATTTAAGTAAGGAATTTTTAAAGTCAAGAATAGCTGATTTTATGAAT +AAAGAAGAAATAATGATAACTAAGAAGAATAAAAAAGGAAAGATTGTAGAGTCTAATATA +AGACCTATGATAAAATTCTTTGATCTACTAAGTTTAGATGAAAATAACCTTACTCTTATA +GGGACTATAGCAACAGGATCAAACGCTAATTTAAATACAAATATATTTATACCTAAAATA +TTAGAAATGTTAGATATAGATATGGATCCGTTAGATGTAGATATATTAAGAAGAGATTTA +TATATAGTTCAAGATGGAGAGTTAGTTTCTCCTATGTAA +>group_60 +ATGAGTAAAGTAGATTTAAGAAGAATTTTAAAAAAGGTTGAAAAACCTGCAAGATATCTT +GGAAATGAAGTAAATTCTATACATAAAGATACAAGTAACAAAAATTTAGTAAGATATGCT +CATTGCTTCCCTGATTTATATGAGGTTGGGATGAGTCACTTAGGAAGTCATATTCTTTAT +CATGTAATAAATAAAGATAAAGATGTATTTTGTGAAAGAGTATATTCTCCAGCTGTTGAT +ATGGAAAATATAATGAGAGAGAAAAATATACCAATGTTCGCATTAGAATCAAGAGAGCCT +ATAACTAATTTTGATTTCGTAACATTTACATTACAATATGAACTTTCTTATACAAATATA +TTAAATATACTTGACTTGGCTAATATACCTTTACTTAGAGAAGAAAGAGAATTAGATGAT +CCATTTATATTAGTAGGAGGGCCTTGTGCATATAACGTAGAGCCTCTAGCTGATTTTGTA +GATATAGTAATACTAGGTGAAGGTGAAGAAGTTAACTTAGAAGTAATAAGTGCTTATAAA +GAATGGAAGAAAAATAAGACTACTAGAGAAGACTTCTTATTAAAAGTGGCTCAAATAGAA +GGGGTTTATATACCAAGTTTTTATGATGTTACATACAATGAAGATGGAACAGTTAAAGAA +GTAAAACCTAATAGAGAAGGTGTTCCGGATAAGGTTAAAAAGAGAATAATAAAAGATGTA +GAGACTGTAGATTATCCAGATAAGCTTATAGTTCCTTATATAGATACTGTACACAATAGA +GTTGTTTTAGAATTATTCAGAGGATGTACAAGAGGATGTAGATTCTGTCAGGCTGGTATG +ATATACAGACCGATAAGAGAAAAAAGTGTTGATAGGCTAAAAGAAATAGTAGATAAGCTT +GTAAAAAATACAGGATATGATGAAATATCATTATCATCATTAAGTACAAGTGACTATAGC +CAATTAAGAGAGTTAACAGACTTTTTAGTTGATGAGTATACTCCTCAAAATGTAGGGATA +TCTTTACCATCGTTAAGACTTGATAACTTCTCTATGGAAATAGCAGAAAAAATACAACAA +GTAAGAAAATCAGGACTTACATTTGCACCAGAAGCAGGAACTCAAAGATTAAGAGATGTT +ATTAATAAAGGTGTAAGCGAAGAAGATTTAAAAAATGCTACAAGAAAAGCATTTGAAATG +GGATGGAACAGTGTAAAATTATACTTTATGATAGGTCTTCCAACTGAAACTTATGATGAT +TTAGATGGTATATCTAATCTTGCATATGATGTTATAGATACTTATAGAGATGTTAATGGA +GGAAAGTTAAGAAGAAGTTTCTCTGTAACTGTAAGTACATCAACATTTGTACCAAAACCA +TTTACTCCATTCCAATGGCATGGACAAGACTTAACTGAAGAAGTTATAGAAAAGCAAAGA +CACTTAGTTAAAAAATTAAAAAATAAAGATATAAAATATAACTACCATGACTCAAAAACT +AGCTTAATGGAAGCTGTTGTGGCTAGAGGAGATAGAAGAATAGGTAAAGTTATATTAGAT +GCATTCAAAGCTGGAGCTAAGTTTGACGGATGGTCTGAGTATTTCAACTTAGATACATGG +AAAGAAGCTATGGAAAAGAATGGACTTGATATAGCATTCTATGCTAACAGAGAAAGAAAT +TATGAAGAAGTATTCCCTTGGGATCACATAGATGTAGGGGTTACTAAGAAATTCTTAATA +AGAGAAAATGAAAAAGCAAGAGAAGATAAAGTATCTCCAGACTGCAGACATCAATGTCAT +GGATGTGGAATAAATGCAAATGACATTACAAGGGGGTTATGTTAA +>mgsA +ATGAATATAGCATTAGTAGCACATGATGAAATGAAAAATATGATGATAGGGTTTTGTATA +GCATATGAAAGAATATTAGAAAAATATGGCTTATATGCAACTGGAACAACAGGTAAGAGA +ATAATGGATGAGACAGAACTTAAGATTACTAGATTAGCATCTGGTCCACTTGGAGGCGAT +CAGCAAATTGGTTCTTTAATTGTTAGTCAAGATATAGATTTAGTGATCTTTTTAAGAGAT +CCTCTTACATCTCAAGCTCATGAACCAGATATACAAGCTTTAGTTAGATTATGTGATGTT +TATCATGTTCCTGTAGCTACAAATTTAGCATCAGCTGAGATATTTATAAAAGCTCTAGAC +AGAGGTGAATTATCTTGGAGAGAAGTTAGAAAAACTACTAGCCAAAGAGTTTAA +>ftsW_1 +TTGCTTACATACAAGAATACACTTAAATTAATTAAAGAATTAGACTGGAAATTGATAATT +ACCGTATTAGCTATATTTTGCTTTGGAATTGTTGTATTGAGTAGTGCGACACACGTAAAT +GAAACAGGTGACTATAGCCAGTTATATAAACAAGGATTAGCATTTATACTAGGCATGATT +ATGATAATTGGAATTCTTTGTTTAGATTATAATTTTTTAGGTAAATATTACAAGGGACTT +TATTTAGTTAGTTTATTACTTTTGGCAGTTGTGCTAGTACCAGGATTAGGGCAAAATAGA +GGTGGAGCCGTATCGTGGCTAAAAATAGGTCCCCTAGATTTTCAAACATCAGAATTAGTT +AAACTTACATTTATACTTAGTTATGCTAAGATAGTTGAGTCTAAAAAAGGAAAATTAAAT +AACTTGAAAGAGATAATACCTTTAGTTATTTATGCATTTCCTTTTATAGGTTTATTATTT +GCTCAACCAGATTTAGGAACTGCTATAGTTTTCTGTTGTATAATAGCAGGGATGTTATTT +ACAGCAGGTTTAGATATAAAATTAATAAAAAGAGCTATTATAATAGCATTAGTCTCATTA +CCAATTATGTATATGATGATGGCGTCACATCAAAAATTAAGAATAGAAGCCTTTCTTCAT +CCTGATGACCCAAGTTATGAAGGAAACTATCAGGTTATACAATCTATGATTGCCATAGGA +TCAGGTGGTTTTGGTGGAAAAGGGTTATATAACGGAAGTCAAAGCCAAAATGATTTTTTA +CCAGTTCAAGATAGTGATTTTATATTTGCTGTTATAGGAGAAGAGCTAGGTGTATGGGGA +ATGACTTTAGTCATAGCCTTATATATTGTATTCTTACTAAGAATGTTAGTTATAGCTAGA +GAGGCTAAAGATTTTTATGGAACATTAATTGTTGTAGGAGTAATGAGCATGTTTGCATAC +CAGATTATCCAAAATATAGGTATGACAGTAGCACTTATTCCTGTCACGGGAGTAACATTG +CCATTTATAAGTTATGGAGGTAGTTCATTATTAACCTCATTAGCTAACTTAGGATTAGTT +TTAAATGTGTGTATGAGAAAGAAAAAAATAAATTTTTAG +>minE +ATGTTAGATATATTTAAAGTTTTCTCTAATGAGTCTAAATCTAGTAAATCTGTTGCCAAG +GAAAGATTAAAATTAGTTTTGGTACATGATAGGGTGGATTGTTCTCCTCAACTTTTAGAT +TTGATAAAAGATGATATTCTAAAGGTTATAGCAAATTATGCAGAGATAGAAGAAAATGGT +CTAGAAATAAAAATGTCTAAATCAAGAGGGGAAGATGATGACATGCCAGTATCTGCACTG +GTAGCAAATATACCTTTAAAGAATATAAAAGAAAGAATGATGTAA +>minD +ATGAGTGAAGTTATAGTTATAACATCAGGCAAAGGTGGAGTTGGAAAAACTACTACTGCA +GCAAACTTAGGAACTGCTCTAAGTTTAGAAAATAAAAAGACTGTTATAGTTGATGCAGAT +ATCGGACTTAGAAATTTAGATGTAGTTATGGGTCTTGAAAATAGAATAGTTTATGACATA +GTAGATGTTGTAGAAGGAACGTGTAGACTTAAACAAGCTTTAATAAAAGATAAAAGATTT +GATAATCTATATCTATTGCCAGCTGCACAAACAAGAGATAAAAATGCAGTATCCGTAGAA +CAAATGGAAGATTTATGTGAAAAGTTAAAAGAGTCTTTTGATTTTATATTAATAGACTGC +CCAGCAGGTATAGAACAAGGATTTAAAAATGCTGTTGCAGGAGCTACTAGAGCTATAGTA +GTTACGAATCCAGAAGTATCTGCAGTAAGAGATGCAGATAGAATAATAGGATTATTAGAA +GCTAATGAAATAAAAGATATAAGATTAGTAATTAATAGAATTAGACAAGATATGGTTAGA +CGTGGAGATATGATGGACAAGCAAGATATATTAGAGATACTTGCTATAGATCTATTAGGT +TTAGTTCCAGATGATGAAAGTATAATAGTATCTACTAATAAAGGTGAACCAGCAATACTT +GATTCAAAATCTCTTGCAGGACAAGCTTATAAAAATATAGCTAAAAGAATATTAGGTGAA +GATATCCCTTTAATAGAAGTAGAAAGTGATAATACGCTTTTTAGTAAAATTAAAAAAATG +CTTGGTATGGCTAAATAA +>minC +ATGTCTTTGAGAAATTTTACTCCTAAAGAATTAGTTGAATTCAAAGGAAATAAAAGAGGG +ATAATTTTAAATATTAAGAAGGTTGTACCTTTTGATGAGATAAGAAATGGTGTAATAGAT +AGATTAGAGACCTCGGTAGGTTTTTTTAACGGGGCTAAAATATGTGCTATTAACTGTGAC +TACTTAAGTGATATTCAAATGTTAGAGTTAAAGCATGATATTACATCTAGGTTTGATATT +GAGTTTATAGAAGAAGATGAAGAATTAAAGTGCAGTAATTTTCAAACTAAATATGTAAGC +AATCTAAGATCTGGTGAAAATATAGAATTTGACGGAGATGTTGTCGTAATGAAGGATATG +AAACCAGGTTCTCAAATTAATTCAAAAGGAAATACAGTTGTCATGGGGGATATAAGTTCT +GGAGCTAGAGTAGTTGCAGGAGGTAATGTTATTGTCATGGGAAGTGTAACTGGATTTATA +CATGCAGGTGCTATGGAAAATGAAAATGCTTATGTAGTTGCAAACTCCTTAAATCCGAAA +GTGCTTCAAATTGCGGGTAACATTGCAGAAGCACCAGATGATGATAGCTTTGAAGATAAG +AAAGAAATTAGCCCAGAAATAGCCTTTGTAAGTAAAGGCAGGATAGTAATAGAAAGTTAC +TTATCCAAAACAATAAAATAA +>group_288 +ATGAAAAGATTTTTACTTTGTCTTATAGGTATACTGCTTGTTACAGTTGAAAGTAGTATA +ACAAATTATATAGATATATATGGTGTTAGTTTTAGTTTAGTATTGGTGTACTGTACCATA +ATCTCTTTATATTTGGATGAACTTGAAGCGGGGATAATAGGTGCTGTAATTGGACTTATA +AAAGACATAACTGTGGGTGGAATTTTTGGGATAAATTCCTTAGTTTTATTTGCAGTAAGT +TATGGAATTAGCACTCTAAGAGAAAAGATATATAAAGAGAGTTACATTACAATCGGAACC +TTAGTGCTAATTACTAGTATATTTGATTCTATGGTAAATATAACAGCTACTACATTAGTA +TACAATAGCTATGGGATATTAACGATGGTATTAAAGGGAATAGTAATTATACCGATAATA +AATAGTATATTAAGCTTAATAATATATAAATTATTTAAGAAGAATATATTAAAGCTTAAA +GAAGAGTAG +>group_64 +ATGATTTATCTGAGCAAGTCTTTTGATTTTTCTAGAAAAGTAAAAGATATGGCATTAGAG +GAAAGACCTAGAGAGAAAATGCTTCTAAGTGGAGCAAAAAATTTATCTAATGCAGAGTTA +TTAGCTATCTTATTAAGAACAGGCACAAAAAAAAGAAATGCAATTGAATTAGCAAATGAT +ATAATCAATAAAGATTCACAAGGTATAAGATATCTACAAGATATGAGTATAGAAGAATTG +TGCAAGATAGAAGGAATAGGACTATCTAAGGCTACACAGATAAAGGCAGCATTAGAACTT +GGACTTAGAATTTCAAGTTATAGGCCAAATAAGTACAAAGTTAAAAATCCATGGGATATC +TATAAGTATTATATGGAAGGCTTAAGGTATAAACAAAATGAAGTTTTTAAGGTAGTTCTT +TTAAATACAAAAAATGAAATAATTACAGATATAGATGTATCTGTTGGAACTTTGAATTCA +TCATTGGTTCATCCGAGAGAAGTCTTTAAAGAGGCTATAAGGCGAAGTAGCAATAAAATG +ATTTTAATACATAATCATCCATCTGGAAGTGTGGAACCTTCTAATGAAGACAAGAATATA +ACTGATAGACTTATAAAATGTGGTGAGTTAATAGGAATTGAAGTAATCGACCATATTATA +ATAGGCGATGGTTTGTATTTTAGTTTTAAGGAAAATATGATAATTTGA +>maf +ATGAATATAATCTTAGCATCAGCATCTCCAAGAAGAAGAGAAATTTTGGAGAATGTAAAG +GTGGATTTTACAATAGTCAAAAGTAATATAGAAGAGGTTATATTAGAAAATGAGCCTCCG +AAAGAAGTAGCTATGAGACTAGCTTTTGAAAAATGTATGGATATAGCAAGTAAAAATAAA +AATGATTTAGTTATTGGAGCAGATACTATTGTAGTTTTAGATGATACTATACTAGGTAAG +CCTAAAGACGAAGAAGATGCATACAGGATGATAAAGTTACTGTCTAATAAAAAGCATCAA +GTTATTACGGGGATTAGTTTGATAAATTTAAGTTTAGATAAAAAAGTGATAGACTATGTG +GTTAGTGAGGTAACTTTTAAGGATTTATCAGAGGAGACTATAAGAGATTACATAAACACT +AAGGAATCCTTAGACAAAGCAGGAGCTTATGGAATTCAAGGATATGGAGGATTGTTAGTT +AAAAGTATATCTGGAGACTACTTCAATATAGTTGGATTGCCAATATCAAAAATAAGTGAC +CTACTAAAAGAGCATTTTAATGTAAATCTTTTTTATGGAGGATGA +>rsxB_2 +GTGGAAATAGTGAAATCGATAATTCTTTTAGGAGCTATGGGGTTAATTTTTGGAGCAGTT +CTTGCTTATGCCTCTAAGAAATTCGCAGTTGAGATAGATGAAAGAGTAGAGAAAATAATT +GAAGTTCTTCCAGGTGCAAACTGTGGTGGATGTGGATTCCCTGGGTGTGGAGGACTTGCA +AATGCAATAGTTGAAGGAAAATCTCCTGTAAATGGATGTCCTGTAGGTGGGGCGGCTGTA +GCATCTAAAGTTGGAGAAATAATGGGGGTAAGTGCTTCAGAAGGTGAAAAAATAGTAGCA +AAAGTTATTTGTAAAGGAACATGTGAAAGTGCTAAAGATAAATATGAATATGAAGGAATA +TCTGACTGTAGAGCAGCAGCAGCTTTAAATTCAGGATCCAAAGCTTGTAAATTTGGATGT +TTAGGTTTAGGAACATGCAAAGATGCATGTAAGTTTGGAGCTATAACCATACAAAATGGA +ATAGCTGTTATAGATGAAGAGAAATGTGTAATGTGTGGTAAATGTATAGAAATCTGCCCT +AAATCTATAATAATAAAGAAGCCGGAAAAACAAGAAGTTGTTGTTGAATGTAATAGCATG +GAGTTTGGTAAGGAAGTAAAAGAAAAATGTAGTGCTGGGTGTATAGGATGTGGAATGTGT +GCAAAAGCATGTCCAGTAGATGCTATAGTATTTGAAAATAAAATAGCTAAAATTAATTTT +GATAAATGTATTCAATGTAAGGTATGTGTACAAAAATGTCCAACTAAAGTTATAGCAGGT +GATATAAGTGATAGAAGAAAAGTAAAAATAGATGAAGAGAAATGCGTTGGATGTACACTT +TGTAAAAAGCAATGTAAGTTTGATGCTATATCAGGCGAAAGAAAAGCAGTTCATATGGTT +GACGAGAAAAAATGTGTTGGTTGTCACTTATGTATGCAAAAATGTCCTAAAGATGCTATT +AAAACTGTATAA +>rsxA +ATGAATTTAATTCTTTTATTTTTAAGTATAGTACTTGTTAACAACGTTATAACATCACAA +TTCTTAGGAATATGCCCATTCTTAGGGGTGTCTAAAAAGGTCGATACAGCAGTAGGTATG +GGTGCTGCAGTTACTTTTGTTTTAACTTTAGCATCGATAATTACATACTTTATTCAAATT +CTATTAGAAAAAACAGAACTTGAATTTTTACAGACGATAGCTTTTATCTTAGTAATTGCG +TCAATTGTTCAGTTTGTTGAAATGGTAATACAAAAGATGAGTCCATCTTTATATCAAGCG +TTAGGCGTTTTCTTACCTCTTATAACTACAAACTGTGCAGTACTTGGTATAGCTATAGTT +AACGTTGATAAAGGATATAATTTAATAGAGACAATAGTAAACGGGTTCGGAGCAGGAGTA +GGATTTACATTAGCTATAGTTTTATTTGCTGGAATAAGAGAAAGGTTAGAAATTGCTGAT +ATACCAGAGGCATTTAGAGGATTTCCTATAACTCTAATAGCAGCAGGACTTATGTCAATA +GCTTTCTTAGGATTCACAGGACTTATAAAGCTATAA +>rnfE +ATGAACTCAGCAAAGATATTTAAAAATGGTATCATAGATGAAAACCCAACCTTTGTGCAA +GTTATAGGTATGTGTCCAACACTTGCCGTTACGAGTTCGGCTATAAATGGACTGGGTATG +GGACTTTCAACTGCAGTAGTTTTAATATGTTCGAATATTGTTATTTCTTTAATGAGAAAA +ATTATACCAGATAAAATAAGAATACCATCATTTATAGTAGTAATAGCTACATTTGTTACA +ATAGTAGGACTATTATTAAAGGCATATGTTCCAGCTCTTGATCAAGCTCTTGGATTATAC +ATTCCATTAATCGTTGTTAACTGTTTAATACTAGCTCGTGCAGAAAGTTTTGCATCAAAA +AATGGTGCTATTGCATCAGCAGTAGATGGTGTAGCAATGGGACTTGGGTTTACTTTAGCA +CTTACAATTCTAGGTGCAGTTAGAGAGTTGTTTGGAGCGGGAAGTTTATTTGGAATAAGT +TTATTCGGAGTAGCATATCAACCAGCATTATTATTCATATTACCTCCAGGAGCGTTTTTA +ACACTAGGGTTTTTAATGGCTGGATTTAATAAAATAAGAAGTAAAAAGGCATAG +>rnfG +ATGAATAGTATAGTGAAATTAGGACTTAATTTATTTGCTATATGTGCTGTTGCAGCCTTA +TTATTAGGAGTAACTAATCAAGTTACAGCACCAGTTATAGCAGAGCGAAATGTCCAAGCT +AATAACGAATCTAGACAAATCGTACTTCCAGATGCAAATGAATTTACTCAAGTTTCAGAT +AGTGAATATGAGAATATTGATGGAATTGTTTCAGAAGTTTATGAAGGCAAAAATGGCTCT +GAAACTGTTGGATATACAGTAAAGGTTCTTCCCAAAGGTTATGGTGGAGCTATTGAACTT +ATAGTTGGTATATCAAAGGATGGAACTGTTAGCGGTATTAATATAGGCAATATGTCTGAA +ACACCAGGCCTTGGTGCAAAGGCTTCAGATTCTAGTTTCAAAGATCAATTTGCAGGTAAA +CCAGTATCAGAGCTTATTTTAATAAAAGGAAGTTCATCTGGGGAAAATGAGATATCTGCA +ATATCAGGAGCAACTATTACGTCTAGTGCAGTTACAGATGGTGTAAATGTTGCAATAGAG +TTATTTAATAGTTCTTTAAGTAAGTAG +>rsxD +GTGGAAAAGAAATTGATAGTATCATCTTCTCCTCACGTGAGAAGTAATGAAGACACTTCT +TATATAATGAAGCAAGTTATAATTGCGCTTATACCAGCAGCATTAGCAGGGGTATATTTC +TTTAGATTAAATGCCATAAGTGTTATGTTTTTCTGTATATTAGGGACAGTAGGTTCTGAA +TTTTTATATCAAAAAATTACCAAAGGAGGAAGTACAATAGGAGATTTTTCGGCAGTAGTA +ACAGGGTTATTATTGGCTTTCAACGTACCTGCATCTCTTCCTTGGTGGATGTGCTTAGCA +GGTGGAGCTTTTGCAATAATAGTTATAAAAATGGTATTTGGTGGGATCGGGAATAATTTT +ATAAATCCAGCACTTGGAGCTAGAGCTTTCTTACTTGCATCTTTTCCAGTTGCAATGACA +GCGTGGACTAATCCAGGCGTAAATTGGATTGGTTCAAACCTAGATGCAGTTACTACAGCA +ACGCCACTAAGTTTTCTAAAAGTTGGAGCTGGAGGAGTAACTGATTTAACAGCTAATGGT +ATAAATATGACTGATATGATTGTAGGTAATATAGGTGGATGTATAGGTGAAACTAGTGCT +ATTTTAATTGTACTAGGAGGAGTTTATTTAATTTATAAAGGGATAATAGATTATACAATA +CCTGCATTTTACATAGGTACAGTTTTCATATTAACTTTTATATTAGGTGGCTTTAGCTTT +GATTTTGCATTATACGAACTATTTGCAGGAGGTCTTATGCTAGGTGGTTTCTTTATGCTA +ACTGATTATACAACTTCACCTATGACTAAAAAAGGTCAAATTATTTATGCATTATTAGCA +GGTATTATAACATCTGTAATAAGATTATACGGTGGGTATCCAGAAGGTGTATCATATTCA +ATTCTACTAGCCAACGTAGCTACACCTCTTATAGACAAGTATGTGTCAAACAGAGTATTT +GGGGAGGTGTCTAAGTAA +>group_394 +ATGAATAATAAAAGAAGATACAAAGGTTTTAATAAAAGACGTAAGATTAACCATATAAGA +GTAATCACTTTGATTTTTTGTTTATCTTTAATTGGGGTCTATGGATACACAAAATTAAAA +AATAGCGAAATCTTAAGTGGAAAAATATTTAATAAATTTAATATAGTAGAAACTATCGGT +AGTAGGTTTAAGGAAATATCCTTTCCAAATATATTTAAATCAGCAGAAAATGAAGGGAAA +GAAGAGTACGAATACAGTGATATATCTGATGAGATAGAGAAAGTTAAAAATGATAAAGAG +ACAAGTTCTACAGAGGAAAACTCAAATGTTCAAGTTGCAACTATAGACGGTGTAACTTTA +TATACAATTCAGGTAGCTTCTATAGGAGAGGGACAAGATTTAAAAAGTGTAGAGGAAAAG +TTAACATCTAGTAAAATTCCGTATTCTGTGGTGGAAGTTGATGGGGTAAAAAAGGTACAA +ACTTATTCTTCTTTTAATGAAAAAGTAACTAGAGAAAATTTAGATGATGTTAGAAAGGTA +TTTAATGATGCATTCATATCAGAGTTATCGGTTCCAGTTTTATCTTTAGAATATACAAGT +AAATATTCATACATAGAAGGTATATCTTCAAGTTTAAATAGCCTAATGGCAAGTTATAAG +GAAGAGGCAGAGTTTTGGGAAGGTTCAAAAGGTGATGTGGATTTAAAAGAGTATAATAAT +ATTTTAACAAAAAGATTAGATATTGTTGAAAAAATACAAGAAAATGCAGAAAAAATAGAT +TATACAGAGATGAATATATTTAAAGAAAATCTTATTAAATATGCTAAAAATGTAAAAGAT +AATATTAATCAATCTTCTAAAAATGCAAATGAAGATAACTCATATTTAAGTAAAAGTCTA +CTGTTATCTTCAATTCAAGAATACTATACATTTATAAATTCAATAAAAACAAGCTAA +>gloA +ATGAAATTTACTTTTTGTCACAATAATTTCAATGTAGTTAATTTAGAAAAAAGTTTAGAA +TTCTATGAAAAATCACTAGGATTAAAAGAAGTTAGACGTAAAGTTGCTGAAGATGGAAGT +TTCATATTAGTATACTTAGGAGATGGTTCTAGTAATCATACATTAGAATTAACGTGGTTA +AGAGATTGGGATAGACCATACAATTTAGGAGACAATGAGTTCCATTTAGCATTAAGAGTA +GATGACTTTGATGCTGCATATAACTTACATAAAGAGCTAGGATGTATATGCTACGAAAAT +AAGGAAATGGGTATATACTTTATAGCAGATCCAGATAACTATTGGATAGAAATACTACCA +GCACAACACTAA +>group_24 +ATGAATTTAAAAAAGCTAGTCATAACATTTATTATACTTTGCTTTATAATTATAACATCT +ATTTTAGAAATAAAATTTTTTCCTAAGTCAAAAGAAATTAAGATAATTAGCTACAATATA +CATAGTGGATTAAATAAAGATATGTTTCCAACTTTATTTGATATAATAGATTTTCTTAGG +ATGTCTGATGCAGATATAATATGTTTGCAAGAAGTTAATGAATCTGCAAAGGTAGGTTTT +CAAGTGAGTAGTTTGAAGGAAGAGCTTAAAATGTACTCACATTTTGGAGCTAATGTAGTA +AACCTAGGAACAAATTATGGTTTAGTAACATACTCGAAATACCCTATAAAATCAGAGAAA +CATATATATCTAAGTAGTGATGCTGAGCAAAGAGGATTATTACATACAGTAGTTAATGTA +GATGGAAAAAAATTAAATATTATAAATGTACATTTGGGAGTAAAAAAGGAAGAGAGGGAA +ATTCAAATTAAAGAAGTTTTAGAGTTTGCAAAATCCTTAGAACCAGAACCGTATATAGTA +GTAGGTGACTTTAATGAAGGTGAAATATCTTTAGAAGGCACAAACTTAAAAGATGTAGCA +GAGGAAACTGATAAATCTAATGTTTTAACCTTTGCATCAGGATTGTATAGAATAGATTAT +ATATTAGTTTCTTCAAATATAGAGGTAATAGATTATAATGTTCTATTTAAAAATATGTCT +GATCACTATCCTATAATAGCTAGATTAAAGATATAA +>group_127 +ATGGAAGATGTAACTATATCTATAGATGAAATGATTGATTTTATTCATAAAAAATCTGGA +TGTTCTATACCTAAAGATACTATAGAGCTAATCCTTGAATTACAAGAAGAATTCTTAGAT +TCTAAGGGATTAATAGAAATAGAAGAAGATGAGATTTATTAG +>group_61 +ATGAAGAAAAAATTATTAGTAGAAGGAATGTCTTGTGGACATTGTGTAAATCATTTAAAA +ACTGCACTTACTGAAGATATACAAGGTGTTGAGGTTTTAGAAGTGAGTTTAGAAGGAAAA +TACGCTGTAGTTGATATGCAAGATAGTGTAACAGAAGAGGCTTTAAGAGCTGTGATTGAA +GATTTAGGTTACGAATTAAAAGGAATAGAATAA +>appA_1 +ATGAAGAAAAAAAAACTTCTAGCTATAGTTTTAGCATTGTCTATGATTTTAGCTGGTTGT +AGTTTACATCAAGAAAATACTACTTCTAGCAAAGAAAATAATAAGAGCGGTATAAACTCA +GAATACATAAATTTAACTATGGTAAAGCCAACTACTATCAATCCTGTATTGAATAATGAT +AAGTCTGTGGCATACATAATGAATTTAGTATATGACGGTTTATTTACGATAGATCAAAAT +TATAATACAGTTCCACAATTAGTTGAAAAATATTCAATAGGATCAGATGGGAAAAGTATA +AATATTACGTTAAAAGATGCTAAATGGCATGATGGAAAGTCGGTAACTTCGAGTGATGTT +AAGTTTACAATAGAGTTAATTCAAAAAAACTCAGATAGTCCATATAATATATTTACAAAT +AATATATCATCTGTAAGAATAGCAAATAGTAAAGAATTTACTATAAATTTTAAAGAACAG +TATGCATTTTCTAAAGATACATTAATATTTCCTATAGTTTCACAAAATATATTAAGTGGA +AAATCGTCAGACGAAATTTTAACTAATGGTAATAACCTAATAGGAAATGGACCATATAAG +ATAGAGAATATGAAAGATAGAGCTGGGATGACTTTAGTTGTAAATAAAGAATATTATAGC +GAACTTCCAGAAACTATGAGAGATATTAAAGTTGGGATTGTGCCTAGTGAAGAAGATCAA +GTATCTATGATTATAGCCTTAGAAAGTGATATAGGTAGAGTTTCTTTAGGTGATTTAAGT +AAATTTTATGAAGATGAGTTTAATATTACTAATTATGAAGGAAGAAATTACGAATCTATT +ATATTTAACTATGATAATGAATACTTAAAAGATGAAAACTTTAGAAAAGCTATTACTCAT +GCGATAGATAGAAAATTAATTTTAGAAGAAGGGTATATCGGAAACGGTAAGATAGTTAAT +TTCCCTTTAAATACAAAATCTAAATATTACGATAGTGAGATGCAGGCTTTATCTTATGAT +AAGGAAAAGTCAGAATCTTATCTGCAAAAAATAAATCCATTTAATAATAAGAGTGAATCT +ACAAATGAAGATAACAAATATGAAATGGAAAACTCTAATAATTCATCGGATATTAATAGT +AGTAAAAATAATTCAGATAACAAAACAGATAATGATATAAACTCTCAAGCTAATGATGAA +TCAACTGGAAATAAAGAATTGACTGAAAAAGAGAGAAAAGAGTTAATATCAAAAGTTGAT +TTAAAAATTATAGCAAATAAAGATAATGAAGAAAGAATAAAAGCAGCTAATATAGTTAGT +GAAAATTTAGATGCAATAGGAATAAAAAGTACAGTAGTAGGACTTACAGAAAAGGAAATG +ACAACAGCAATTAGTCAAAAAGATTATGACTTAGCATTTGTAGGATGGGAGTTGTCTAGT +GTTCCAGATGCAAGATCTATAATTCAAGCAAGTGGATATTCTGATGAAAAATTAATCAAT +TATATGAATTCTTTAGCATCAGCAACTTCAGATTCTCAAATATCTGAGATTTATTCGGGA +ATACAAACTCATCTTAGAGATAAAGCTGCATTTATTAGTTTAGTAATAAGAAATGAGTAT +ATAGTTACAAACAGAAGATTAGAAGGCAAAAGTGAGCCTAATGATTTTGATGTATATGAA +GGAATATCTAATTTCACTTTAAAAAATAAATAA +>mltC +GTGAATAAGAAAGTATTAATTTTTATATCGATTATAATATCCATACTTGTAACCGCATCT +ATAGAAAGTAAGGGGATTAAAAAATTAATATATCCTAAAAAATACTCTGTCTATGTAGAA +AAATACTCTAAGGAATACAATCTAGAGGAAAACTTAGTTTATAGTGTTATAAAAGTGGAA +AGTAAATTTAAAAAAGATGCAATATCTCGTAAAGGTGCAAAGGGATTAATGCAAATTAGT +GATATTACAAAGAATTGGGCAATTGAAGAATTAGATTTAAAAGAAAATATAGATATTTTT +GATCCTGAAATTAATATAAAAATAGGATGCTGGTATCTAAATAAGTTGTATAAACAGTTC +GGAGATATGGATTTAGTTATAGCCGCTTATAATGGTGGATCAGGGAATGTAAACCAGTGG +CTTGGAAACAATGATTATAGTAAAGATGGTAAAAAACTACATAATATACCTTTTCCAGAG +ACTTCAAATTATGTAGTAAAAGTAAGAAATAACTACGAAAATTACAATATGTTATATAAT +GAGGAAGGTAAAAACTAA +>coaE +ATGTTAGTATTAGGACTAACTGGCAATATAGGCTGTGGGAAAAGCAGCCTATCCAATATT +TTTAGAGAAGATTATAATATAGATATAATAGATGCAGATATTATATCTAGAAATATATTT +GAAGATGAAATTTTATTGAAGCAAGTTTTTGAGTTTTTTGGAGATAGTATAAAAAATGCT +GATGGGAGCTTAAATAGAAAAGCATTAGGTAATATTGTTTTTAATAATGATGCAAAGCTT +GTTCAGCTAAACAGTTTAACTCATCCGAAAATCAAGGAACAAATTTTAGCTAAGGTTGAG +TTGGCAAGAAGAGAAGAAAAAGAAATAGTTATAATAGATGCAGCCTTATTAGTAGAAGGA +GGCTATCTAGATTTATTAGATAAACTTTTAGTAGTATACTGTGCTAAGGATGTACAAATA +GAACGAGTAATGAAAAGAGATGCTTGTAGCAAAGAAGAAGCTTTAAGCAGAATTAATTCT +CAACTTAGTCAAGAAGATAAAATAAGTTATGGAGATTATATAATAGATAACTCTGGAACT +TATGAAGAACTTAAAAAAAGAGCCTATGAATTTGTAGACTATGTAAAGGAGAATTGGTGT +GAATAA +>group_501 +GTGATATATAATATTGGGTATAGAGATATATTAGAGGAAAATGCGGATAAAGTAATTTTA +GGAAGTAATCAGATATTAATTTCATATTACTTAAAAGATAGTCTAATATGTAATAAAGAA +CATATAGAGTACCTTAGAACAAAGAAGGATGAGGTAGATAATGCTATAAAAGAGTATCTT +GTACCTTTATATGCAAAGGGAAGAGACTCTGAATCAAGTTACATAGATTTTTACAAATAT +AATATAGAAAATGATATAAAATTTATAAAAGATAGGTCTGAATCTGATGAATAA +>lacZ_1 +ATGTTAAATAGAATTTTATGGAACGATAAATGGTTATTCAAAAAAGAATATGGAGAAGAA +TATAAATTAGAAAAAATAAAGGATGCAGAGAGCATTACACTTCCTCATTGTTATAATTCA +CATGATGGACAAAATGGAAGTGAAATGTTTAAGGGAAAGTGTTTTTATCAAAAAGTATTT +GATATAACAGATGACCTTATGGAAGATAACATATTCTTAGAAATAGGAGCAGCATCTTTA +GTAAGTGAAGTATATATAAATGGAAAATTAGCTCATGTTAATGATTGTCCTTATTCAATG +TATCGTATAGATATGAAGCCTTATATTATATCGGGTGAAAACCTTATTTCAATTATGGTA +GATAATTCACAACAGAAATATGTCTATCCAATTATGGCTGATTTTTCTTTTTATGGAGGA +ATATATAGGGATGTATCACTACTTATAAGTAAAGGTGTTCATTTTGATATATTAGATGGT +GGAAGAGATGGTATTTATCTAAAACAAGTTAAATTAGAAGATGAAACATATAGATTAGAA +ATAAGTGGTGCTATTTGTAGCAATAAAATAATATCTAATGCACAAGTTGTATTTAGTGTA +AAAGACAGAGATGGGATATGTGTACAAGAAAAAACAATAGAATTAAAAATAGACGATAAA +ACAGAGTTTAAAGAATCAATTGAAATAGAAAAACCACATTTATGGCAAGGAGTTGAAGAC +CCTTATTTATATGAGGTGGTAGTTCAAATAAAAGTTGATGGCTCTATTATAGATGAAAGA +TGTATAGAATATGGATTTAGAACAATAGAAATAAGTCCAGAAAAAGGGGTGTTTTTAAAT +GGAAAACATATTAAACTAAACGGAGTTGCACGTCATCAAGATTTTGCTGAAGTAGGTAAT +GCAATAAGTAAAGAACAAATGGAATTAGACATGTCTATTATAAAAGAAATAGGTGCAAAT +TCTATTCGTTTATCTCATTATCAACATGATGATTATTTCTATACATTATGTGATAGAGAA +GGTTTACTAACTTGGGCAGAGATACCTTTTATAAGTGTACCTGCACTAAAATGTCCTACG +AATCAAAATGCAAAAGATCAAATGAAATATTTGATTAAACAATGTTATAATCACAGTTCA +ATATACTGTTGGGGAGTACAAAATGAAATTACTATAGGCTCTGAAAGTGAAAGAGTGTAT +GAGATGGTAAAAGAGTTAGAAGAATATGCTAAGACATTAGATGATACTCGTTATACAGCA +CAAGCCAATATACATAACGTTGCAGATGACAGTTATTTGAATAAATTAACTGATTTAGTT +GGGTATAATTTATATTATGGTTGGTACTACAATGAAATAGAAGATTTACAAAGACGTTTA +GATAATTTTCATAAGACTAATCCTAACATACCATTAATGGTTACTGAATATGGTGTAGAT +ACAAACTATGAATATCATTCATATGAACCAAAGGTAAAGGATTATACAGAAGAATATCAA +TTATTATTTAGTGATAATGCTTTAAGAGCTTTTGAAGAAAGAGGATTTGTTTTAGGTGGA +TATGTTTGGAACTTATTTGATTTTGGAAGTAGTAACCGTGATGAAGGCGGTAAAAAAGGA +AAAAATCAAAAAGGATTAGTAACAATTGATAGGAAAATTAAGAAGGATGCGTTTTATCTT +TATAAGGCATATTGGTCACAAGAATCTTTTGTTAAATTAGCTGGAAGTAGATTTGTAAAT +AGACATAAAAAATTAAATGATATAGTAGTATTATCCAATGTTACAAAATTATCATTATAT +GTGAATGGAAATTTAGTAGAGGAAGCAGAACGAAAATTACCTATGACTAAATTTGAAAAT +ATTGAATTAAAATTAGGAAGCAATATAATTTTAGTAAAAGGATATGATGAACTTGGTTAT +GAGTATACTGATGAAATGATATTAAATCATACTAATGACATGGATAATAGCTATATATTT +GTAAACAAACAAAATTCGGATCATGTTATAAACTGGTTTGAAAAATTTGATTTATCAAAT +GCAGATGAAATTAAATTAAAAGAAGGCTATTATTCAACTGTAGATACTATAGCAGATTTA +TACGAAAATGAAGAAGCTAAAGCAATATTTAATAAGTATTTTTCTCATATTACTGGAAGT +CCAAGGTTTGAATCAATGATGAATACTATGAGTATAGAATCTATGTCTAAAATTTCTTTC +TTTAAGATACCAAAAGAACTTGTGTTAGTTATTAATAAAGAATTAAATGTTATAAAAAAA +TAG +>xylP +ATGGAAAATCAAAAAAGTAGTTCAAAAAAAGATATACTAAGAGTTATAATGTTTCCTTTA +GGATCAGCATCATCAAATGTATATAACTTTTTATTCATGTCATTTTTTATGGTATTTTGT +ACAGAAGCATTAAATTTAAATCCTGTTGTAGTTGGATTTATGATGACAGCTATGAGAGCA +TTTGATGGAATAACAGATCCTATAATTGGTAGCATAATAGATAGAACAGAAACAAAGTTT +GGTAAATTTAGACCTTTTCTATTGTTAGGTTCAGCTATTATGTTAGTTAGTTCATCAGCT +ATATATATAGGATCTTTTAGTATACCACAACGATATAGATTAATCTGGATTTTAGCTTGC +TATAGTATTTGGGTAATTGGATATACTTGTATGACAACTGTAAATAAATGTGCATTATCG +ATTGTTACAAGTAATCCAAAATTTAGACCTATCTCTGGAATTGCAGGAGGATGTTATAGT +ACAATGCTTCAATTTATAATGTTATCAGGTGTTGTACCATTATTAGGTAAATTTGGGGGT +ATGCAATCTAGACAAGGATGGATAGCTATTATAATTGGTGCAGTATCTCTTCATTTATTT +TTATTAATAGGTGGAATGATAGCTATTTCAAAAACAGATAAACCAGAGTTTTATAAGAAC +ATGGGAATTAAGAAAAAAGAAAAAGCAACTTTAAAGGAATATAAAGAGATTTTAACACTA +AATAAACCATTAAGAATGCTTATACTTGCTGCATCTACAGATAAAATTGCAATGACAATA +TCTAGTGGATCGATGATGTATTTTTATATGTACGCTGTTAAAAATTTAGATTTGCAACCA +ATAGTGAGTGGTTTTTCTACACCAATATCTTTAGTAGGGGCTTTTGTAGCTGGATCTATA +GCAGTACGTTTTGGATGTAGGAATGCGTTTTTAATGGGATCAATTGCAAACTTTATGATA +GCTCTTGTATTAATTTTACTAAGACCATTTGGTAGTAATTTAACTGCTGTATTTATAGTA +TTAATGTCTTTAAATTTATTATTTAGAAGATTTTCTTCTCAAAATACAGATCCAATGATT +GCAGAGATAATAGATTATCATAAATACAGAACAGGAAAGTTTGTTCCAGGGCTGATAGGA +GCAACATTCTCTTTTGTAGATAAATTAATAAGTGCATTTGGTTCATCTATAGTAGGTATA +TTAATGGGATTAGCAGGTTATACATCTGGAGCAGAGCCTACAACATTACTTTACTGGGTA +ACAATAGGAATGTATCTGGGAGCTCCATTATTAGGTGATTTAGCAAGTATTATAGCACTT +AGAAATTATAATATATCAAAAGATGACTTTGATGGAATGTACAAAACAGAAAATTTAGAA +GATGTACAGAAAGTAAATGTTTAA +>rhaS_2 +TTGATTATAAAAAATTATGAAGAGCTAAAAGATTTTTTTGAAAATAACTATGATAAAAAT +CAAGAAGATTTCATTAATGCACATGAAAGTGGCAGATACAAAATTTTTGATAGTGAGAGA +TTGATTTTAAAGTTTGATGATGATGGAAATTATACATCATACCCGAATGAAAAATTAAGA +AAAAGCAAATTTAAAATAAGAAAAAAACATTGTAATTTAGATATACCAGAACATCGGCAT +GAATACATAGAAATCATTTATATACTTGAAGGGGAAATGTATATGGAGATAGATGGTAAA +ATTATACTCATGAAAAAAAATGATATTTGTATTATGGATAAGAATGTTAAACATTCTAAT +AGAGCTTTAAGTGAAAACGATTTAGTAATAAATATACTTTTAACTTCTAGGGTATTTGAC +TCTGTATTTATGCATTTATTGTCAGATGACAACTATATTTCTAATTTTATTATTAATAGT +TTTTATTCTGATAATAAAATAAAAAAATATATGATTCATAAAATTGAAAAAAATAGTTTT +TTAGAAAGTATACTAATCAATTTAATTTGTGAGTACTATTCTGATAGTATACGTTGTGAA +AGTAAAATTAATGGGTGTTTATTGCTATTATTTACTGAACTATCAAGAGTATTTAATAAA +CCTTCAGAAATAAAAATAAAGAAAAAATATTCTAAAATAAAAGCAGATATAATGGAATAT +TTACAAAATGAATATAAAGATACCAGTCTTTTAAAGGTAGCAGAACATTTTCACTTTCAT +CCGAATTATTTGAGTAATTTAGTGAAAAAAGAATTTGGAAAAAATTTTAAAGATTTATTG +ATAGATATTAGAATGATTGAAGCAGGTAGAATGTTAAGGACAACTGATAAAAAAATAAGC +GATATAATGGAGGATGTTGGCTACCTAAATGAGTCTTATTTTTACCGTCAATTTAAAAAT +AAATATAATGTTACTCCTTTTGAATATAGAAAACAAAACACGATAGTGGAAAATTTTATT +GAAGTTTAA +>group_158 +ATGTATGAAATAGGAGAACTTATTATATATGGGAGCAATGGAGTATGTAAAGTAGAAGAT +ATAGGAGTACCAAGTATATCAAGAATAAATATTGATAAAGTATATTATATTCTTAAAACT +GTTTAA +>group_168 +ATGTGGGAATTGAAAGTTGAGGCAAATAAATTAAATTATATAAATTCGTTAAAAAATCAT +GCTTACATTCGATGTGAAAAATATGATAACCTTATAATAGAAGATATTATTAAATTATAA +>group_164 +ATGTCAAAAAAAGGATTTTTAGCAAGTATACTTGCTGGTGCACTAGCTTTAGTAGGATGC +TCTTCAAACAATAACAATGTAGATGAAGTTAGAACACCACCTAAAGAACTCCCTGTAGCA +ACAATAGAATTTAAGGACTTTGGTAGTGTTGATATTGAGCTTTATCCTCATATAGCGCCA +AATACTGTAAATAACTTTATCTCACTAGCAAATAGTGGATTCTACGATGGTCTTACTTTC +CATAGAATTATAAAAGACTTTATGATTCAAGGTGGAGACCCTGATGGAACAGGAATGGGT +GGTCCTGGATATAGCATTAAAGGAGAGTTTACTAATAATAAGTTTGAAAATGATTTAGCT +CATACTGAAGGTGTAATTTCTATGGCTAGAAGTCAAAGTAAGAATAGTGCTGGCAGTCAA +TTCTTTATAGTAACTAAGGATGCGCCTCATTTAGATGGTCAGTATGCTTCTTTTGGAAAA +GTAATAAATGGAATGGATATTATCCATGAAATAGAAAATGTTGAAACAGATGGAAATGAT +AAACCTATTAAAAATGTTATAATTGAATCTGTAAAGGTTGATACTAAAGGCATAGATTAT +AAAGAACCAGATAAAATGTAA +>rhaD +ATGGATATATTAGAAATGAATTTTGTAGATGGATTTATTCGTATGTGTAATGACGGATTT +TTACAAGGATGGCATGAGCGAAATGGTGGAAATCTATCATATAGATTAAAATCAGATGAA +GTAGAATTAATAAAGGATAGTTTAAATTTTACTAATGAGTTTGAAAAAATTGGAGCTAAA +GTACCCAATCTAGCTAATGAATTTTTTTTAGTAACAGGCAGTGGTAAGTACTTTAGAAAT +GTAATAATTAATCCAGAGGAGAATATTACAATAATTCAAATTGATGGTACTGGAGAAGAG +TATCGTGTAGTGTGGGGACTAACTGATGGAGGTAGACCAACAAGTGAGCTTCCATCACAT +CTTTTAAATCATTCAGTTAAAAAAAGGGTTACTAACGGTAAACATAGAGTTATATATCAC +TGTCATACTACAAATATTATTGCACTAACATTTGTGTTACCATTAGATAGTAAGGTATTT +ACAAGAGAACTTTGGGAAATAGCAACAGAGTGTCCAGTAGTATTTCCAGATGGTATAGGG +ATAGTTGGTTGGATGGTTCCAGGGGGCGAAAAAATTGCTATAGCTACTTCGGAATTAATG +GAAAAGTATGATGTTGCTATTTGGTCTCATCATGGAATTTTTTGTTCCGGAGAGGATTTT +GATTTAACTTTTGGTCTAGCTGATACTGTAGAAAAATCTGCTGAAATTTTGGTTAAAGTA +CTATCTATAAGAAGGAATAAGCTACAGACTATTACACCAAATAACTTTAAAGAATTAGCA +AAAGATTTTAATGTAAAACTTTCACAAGAGTTTCTTTATGAAAAATAA +>fucA +ATGGAATGTACTAAAACTTTAGAATATATGGAAGTAAGAGCACAAATATGTGATGTATGT +CATAAGATGTGGCAATTAGGATGGGTAGCAGCTAATGATGGAAATGTAAGTGTAAAACTA +GACGATGGAACTTTTTTAGCAACACCAACGGGAATAAGTAAAAGCTTTATAACACCGGAA +AAATTAGTTCATATAGATGCTAATGGGAATGTATTAGATGGGCCAGAGGGAGCAAAACCT +TCTTCAGAAATAAAGATGCACTTAAGATGTTATAAAGAAAGGGAAGATGTAGGAGCTGTA +GTTCATGCACATCCACCTACAGCAACAGGGTTTGCAGTAGCTCATCTTGATTTAGATAGA +TATACAATGATAGAAACTGTAATAGCAATTGGATCTATACCAGTAACACCATATGGAACA +CCATCTACATATGAGGTTCCAGATGCTATAGCACCATATTTACAAGAACATGATGTTTTA +TTATTAGAAAATCATGGTGCATTGACTGTTGGATCAGATTTAATAACAGCTTACTACAGA +ATGGAAACTTTAGAATTATATGCTAAAATAAGCTTAACAGCACATTTATTAGGTGGGGAG +AAAGAAATTTCTAGAAATAATATAGATAGATTAATAGGAATGAGAGAAGGTTATGGAGTA +ACAGGAAGACATCCAGGTTTTAAACGTTATAGAAAAGAAAAATAA +>fucU +ATGTTAAAAGGGATACCACAAATCTTGTCTCCAGAGTTATTAAAAGTATTATGTGAAATG +GGGCATAGTGATCGAATTGTTTTATCAGATGGAAACTTCCCAGCAGAAAGTATGGGGAAA +GATTGTATAGTAATTCGTTGTGATGGACACGGTATACCAGAATTGTTAGAAGCCATATTG +GAGGTATTTCCACTAGATACTTATATAGAAAAACCAGTCAATCTTATGGAAGTTGTACCA +GGAGATACAGTGGAAACACCAATATGGGATACTTATAAAGAAATAGTAAGTAAATATGAT +AATCGTGGTGATGAAGCTGTAGGTAATATAGAAAGATTTGCTTTTTATGAAGAGTCAAAA +AAAGCATATGCAATAATAGCGACTGGAGAAAAAGCATTATATGCAAATGTTATATTACAA +AAAGGTGTAGTAGTAGACTAG +>fucI +ATGGCAAAGAGTAGATTAATAGGAGAATATCCAGTAATAGGAATCAGACCAACTATAGAT +GGTAGAAGAGGAGTATTAGATGTACGTGGTTCTTTAGAAGAACAAACTATGAATATGGCA +AAGTCAGCAGCTAAATTATTTGAAGAAAACTTAAAATATTCAAATGGTGAGCCTGTAAAG +GTTGTTATAGCAGATACTACAATAAGTAGAGTTGCAGAATCAGCAGCTTGCCAAGATAAA +TTTAAAAAAGAAGGTGTAGATATAACTCTTACAGTAACTCCTTGTTGGTGTTATGGTTCA +GAAACAATGGATATGGATCCAATGACTATAAAAGGGGTATGGGGATTTAATGGAACTGAA +AGACCAGGGGCTGTTTATTTAGCATCAGTTTTAGCAACTCATGCACAAAAAGGTCTTCCT +GCATTTGGTATATATGGACACGATGTTCAAGATGCAGATGCAACTGAAATACCAGAAGAT +GTTAAAGAAAAATTATTAAGATTTGGTAGAGCATCAGTAGCAGCGGCTTCTATGAGAGGG +AAATCTTATTTACAAATAGGTTCTATATGTATGGGTATAGGTGGTTCTATAATAGATCCT +GCATTTATAGAAGAATACTTAGGAATGAGAGTAGAATCAGTTGATGAAGTAGAAGTAATA +AGAAGAATGAGTGAGGGAATATATGATAAAGCTGAATTTGAAAGAGCTTTAAAATGGACT +AAGGAAAAATGTATAGAAGGATTTGACAAAAACCGTGAAGATATTCAAAAAACTAGAGAA +GAAAAAGATGCAGATTGGGAATTTGTTGTTAAAATGATGTGTATAATAAAAGACTTAATG +AACGGAAATGAAAATTTACCAGAGGGTTGTGAAGAAGAAAGATTAGGACATAATGCAATA +GCTGCAGGTTTCCAAGGTCAAAGACAATGGACAGATTTCTATCCAAACTGTGATTTCCCA +GAAGCATTACTTAATACTTCATTTGACTGGGATGGACCTAGAGAACCATACATATTAGCT +ACTGAAAACGATGTATTAAACGGTATAAGTATGTTATTTGGAAAATTATTAACTAATACT +CCACAAATATTCTCAGATGTTCGTACTTACTGGAGTCCAGATGCAGTTAAGAAAGCAACA +GGATATGAATTAGAAGGTGTAGCTAAAGAATCTGATGGATTTATACATTTAATAAACTCA +GGAGCGTCTTGTTTAGATGCTTGTGGTCAAGCTAAAGATGAAAATGGAAATGGAGTAATG +AAAGCTTGGTATGATATAACTGAAGAAGATCAAGAAGCAATACTAAAATCAACTACTTGG +AATCCAGCTGATAATGGATATTTCAGAGGTGGTGGATATTCTTCTAGATTCTTAACAGAA +GCAGAAATGCCTGTAACTATGATGCGTTTAAATCTTGTAAAAGGATTAGGTCCAGTAGTT +CAATTAGTAGAAGGATATACTGTAAAATTACCAGATGAAGTATCTGATAAATTATGGAAG +AGAACAGATTATACTTGGCCTTGTACTTGGTTCGCACCAAGACTTACAGGAAAAGGTGCA +TTTAAATCAGCTTACGATGTAATGAACAATTGGGGAGCTAACCATGGTGCAATAAGTTAC +GGACATATAGGTGCAGATATATTAACTTTATGTTCTATATTAAGAATACCAGTAAGTATG +CATAACATAGATGAAGAAAATATATTCAGACCAGCTGCATGGAATGCATTTGGAATGGAT +AAAGAAGGTCAAGATTATAGAGCATGTAATGTTTATGGACCAATGTATAAGTAA +>fucO +ATGGCGAATAGAATAGTGTTAAATGAAACTTCTTATCATGGTTCAGGAGCAATAAAGGAA +ATAGTAACAGAGGTAAAAGGTAGAGGATTAAGGAAAGCGTTTCTATGTTCTGATCCAGAT +TTAATTAAATTTGGAGTAACAGGAAAAGTTACTGCTATATTAGATGAAGCAGGCCTTGAA +TATGAAGTTTATTCTAATATAAAACCAAACCCAACAATTGAAAATGTTCAATTAGGGGTA +TCAGCATATAAAGCTTCTGGTGCGGATTATATAATTGCAATTGGTGGAGGTTCTTCTATG +GACACAGCAAAAGCAGTTGGAATAATAATAAACAATCCAGAGTTTGAAGATGTTAGAAGT +TTAGAGGGAGTAGCTCCTACTAAAAATAAATGTGTACCAATAATAGCTGTACCAACAACT +GCAGGGACTGCAGCAGAAGTAACTATAAATTATGTTATAACGGATGTTGAAAAGAATAGA +AAGTTTGTATGTGTAGATACACATGATATACCAGTTGTAGCAATAGTAGATCCGGATATG +ATGTCAAGTATGCCAAAAGGGCTTACTGCGGCAACAGGTATGGATGCTTTAACTCATGCA +ATAGAAGGTTTTATAACAGGAGCAGCTTGGGAAATGACAGATATGTTCCACATAAAAGCT +ATTGAATTAATTTCTAAAAGTTTAAGAGGAGCTGTTGAGAACACTAAAGAAGGTAGAGAA +GGAATGGCTTTAGGTCAATACATTGCTGGAATGGGATTCTCTAATGTAGGTCTTGGTATT +GTTCATTCTATGGCTCATCCTTTAGGTGCATTATATGATACTCCTCATGGTGTAGCAAAT +GCAATAATACTTCCAACTGTTATGGAATACAATGCAGAAGCTACGGGTGATAAATACAAG +CATATAGCAGCGGCTATGGGGGTTGAAGGTGTAGAAAATATGAGTGTTGAAGAATATAGA +AAAGCTGCAGTTGATGCAGTGAAGAAGCTTTCTAGTGATGTAGGTATACCATCAGATTTA +AGCGAAATAGTTAAAGTTGAAGATATTCAATTTTTAGCAGAATCTGCATATGCAGATGCA +TGTAGACCAGGTAATCCAAAAGAAACATCAGTAGAAGATATAGTAGAATTATATAAGTCT +TTAGTATTGGTAAAAAATATATCTGTTAATGGATAA +>group_493 +ATGGAAGAAATGAACATACTTATAACGACTGAAGCTAAGAGAGAATTAGATAAATTATTA +GAAAATAGTGAAAAGAAATGTATAAGAATACTTACTAGATGTATAACTATGACAAGTGAT +GCAAAGATAGATTTAGAATTAGACGATTATAATGAAAATGATAACTTATATGACGTTGAT +GGATATAAAATAGCTATAAATAAAGCATTAGATTCACAAATGAACTATATAACAATATCT +TATGGAGGACTTTTAAGTCGTAATCAATTTAGTGTAGAAGCAGATTTTTGTTTCTATTAT +TAA +>group_39 +ATGAATAGGTTAGCAAAACAAATAGCTGGCCATAGGAAATTAATATTATTCATAGCAATA +TTTTTATTAATTCCATCAGTGTGGGGATTTATAAAAACAGATATTAACTATGATATATTA +AGCTATTTACCAGATGATAGTTCAACAATTAAAGCAGAAAAAATATTAAAGGAAGATTTT +GATTGTGGTTCTTTAGCAATGTTAATAGTGGAAAATATGGAAGATAAGGATGTAGCTAAG +TTAAAGGAAAAAGTAGTAAAGGTAGAGGGAGTACAGGATGTACTATGGATAGATGATTTT +ATGGATCTATCTGTTCCTAAAGAAATTTTGCCAAAAGATATGGTTGATTTTTTATACAGT +GGAGATAATTCTACAATGATGGTATTAAAGTTAAAAGATGGGACAGCTAGTTTGCAAACA +ATGAATGCTATTGATGAAATAAGAGCAATAGCAGGCAAAGAAGCTTTTTTAAGCGGTATG +GCAGGAATAGTGAAAGATACAAAGGATGTAGCAGATGGAGAAACTCCGCTATATGTATTG +ATAGCAGGAGTATTAACAATAATAGTATTATCATTAACTTTGGAATCTTATACAACACCA +TTTATATTTATAGCAAGTATATCATTAGCAATAATATATAACTTTGGTACAAATATAATA +TTTGGAGAAATTTCATATATAACAAAGGCCTTAACAGCAATATTACAACTTGGTGTAACA +ATGGACTATTCAATTTTCTTGCTACACAGATATGATGAGGAATTAAAAGTAAAGGACAAT +AAAATAGATGCAATGGCAGAGGCTATTGTAAATACAACAACTTCAGTATTTGGGAGCTCT +ATAACGACAATCGCAGGATTTTTAGCACTTTGTGTAATGGATTTAACCTTAGGAAAAGAT +ATAGGTTTAGTTATGGCGAAGGGTGTATTAATAGGTGTTATATGTACTATAACTATTCTA +CCTGCATTTATACTTACATTCGATAAATCAATTCATAAATATAAACATAAAAGTATATTA +CCGACCTTTGAAAAAGTATCAAAATTTACAATTAGATATTATAAAAAATTTGCAGTAGTA +TTCGTAATTATATTTATACCGGCTTTTATAGGGAATATGAAAGCAGAGGTTTATTATAAT +TTAGACGAAAGCTTACCAGATAACTTACCTTCTATAGTAGCAACTAATAAATTAAAAAAT +GATTATAACATGAATAGTACAGATATTATTTTAGTTGATGAAAGCTTAGAACCTTACAAA +AAAGATGAAATGATAAAGGAACTTGAAAAAATTGATGGTGTAAACTCAGTTTTAGCAATA +GAGAAATATTTAGGTCCTGGTATAAATCAAGATTTTTTACCAGCGGATATTTTGAATCAA +TTAAAATCAAGTGGTTATGAGCAAATAATGGTTAATTCAGAATATAAAGCTGCATCACCA +GAATGTTCAATACAAATTGATGAAATGAATAAAATTGTTCATAAATATGATAAAAATGCT +TTGGTGGGTGGAGAAGCTCCTCTTACGGAAGATCTAATAAAGATAGCTGATACTGACTTT +AAAAAAGTAAGTTCAGTGTCTATAATTGCTATATTTATTATAATAGCAATTATTTTTAAA +TCAATTTCTTTACCAGTAATACTTGTATTAAGTATAGAAACAGCAATATTTGCAAATTTA +GGTATACCTTATTACACAGGTACAGTAGAGCCATTTATCGCATCTATAGTCTTAGGAACT +ATTCAATTAGGGGCTACTGTAGACTATGCAATTCTTCTTACTTCAAGATTTAAAGAAGAA +TTAAATAAAGGTAATGATAAATTTAAAGCTATGGAGATTTCAATAAAAAGCTGTGGTAGA +TCAATAGTTACAAGTGCATTAACATTCTTTGCATCAACAATAGGAGTTGGTGTAGTGTCT +AAGCTAGAAATGATAGGTTCGTTGTGTAGTCTAATGTCTAGAGGAGCTATAATTAGTATG +CTTATGATATTATTCATACTACCAGCGATACTTTTAATATGTGAAAAAATAATTTTAAAA +ACTAGTAAGGGATTTATAGATAATAAAGATGTAGTTGAGGTTGAAGGATAA +>nrdF +ATGACATTTGTACACAAAGCAGTAAACTGGAATGTAGAAGATGATGATTTTACACAGACT +TTTTGGAATCAAAATGTTAAGCAATTTTGGTTACCTGAAGAAATATCTATATCAAAAGAT +TTAAAATGTTGGTCTGAATTAGATGAAAATCAAAAAAAGTTATATAAAAGAGTTTTAGCG +GGATTGACTTTATTAGATACAAAACAAGGTAATAACGGTATTCCATCTATGATGAGTTTG +ACTGATAACTTACAGAGAAAAGCTGTATTATCTTTTATGGGAACTATGGAGGAAATTCAT +GCGAAAAGCTACTCATCAATATTTACAACATTACTTTCAAAAGTTGAAATAGAAGAACTT +TTTACATGGATTGAAACAGAGCCAACGTTACAAAGAAAAGCAGAGCTTATACTAAAACAA +TATGAAAATACCAATGATAAAAAAAGTCTATATTTATCAATGGTTACCAGTGTATTTCTT +GAAAGCTTTTTATTTTATAGCGGTTTTTTCTATCCTTTATATTTAGCAGGACAAGGTAAG +ATGGTAGCAAGTGGAGAGATTATATCTTTAATTTTAAGAGATGAGTCTTTACATGGAAAA +TATATTGGATTACTAGCCCAAGAGATATTTAATGAATTTTCAAATGCAGATAAGCTAGTG +TTAACTCAAAGATTATATGTGATTTTAAATGACCTTATGGAAAATGAAATAAATTACACA +AGATTAATTTATAAAGAAAGTAAATTAGAAGAAGAAGTAATCAACTTTTTAAAATATAAT +GCAAATCAAGCTCTAGAGAACCTAGGATTTGATAAATTTTATGAAGTAGAACCTGTTAAT +CCTATTGTTTTAAATGGATTAAGCGTTGAAACTAAAACACATGATTTCTTTTCGACTAAG +GGGAATGGATATCAAAAAGGAGTCTATGAAGAACTAGAAGATAGTGACTTTATATTTAAT +TAG +>nrdE +ATGAATTGGATAGAACTTAATAATCAGGTTATTGTTAGAGATAAAGATGGAAAATATCAA +TTAGATAAAGACAAAGAAGCTCTAGAAGCATACCTTGAATATTCTGTTAAGGTAAGAATG +AAGGAATTTAGTACAATTAAAGAAAAAATAGACTACTTAGTAAAAAATAATTATTATTCA +GAAAAAGTAATAAAACAGTACAGCACTATCTATATAGAAAAACTTTACGAATTTATAAAA +AGTCAAGATTTTAAGTTTGAATCTTATATGAGTGCTAGTAAATTCTTTGAAAATTATGCT +TTGAAAAGTAATGATGGAAAATCTATACTAGAAAGTTATGAGGATAAGATACTGATTGTA +TCTTTAGCACTTGCTAATGGTGACGAAAACTTTGCCAAGAAAATTGCTGATAAGTTAATA +AAACAAGAATTTCAACCTGCAACACCAACATTTTTAAATGCTGGAAGAGCTAGAGCAGGT +GAGATGGTAAGTTGCTTTTTAATTTCCGTTGAAGATAGTTGTGAGGGAATTTCTTATGCA +GTTGCTTCAGCTAATCACCTATCTAAAATTGGTGGGGGAGTTGCATTAAATTTAAGTAGA +TTAAGAGCTAGTGGAGAGTCTATAAAAGATATAGAAGGAGCAGCTGGTGGAGTTGTTGGA +GTTGCTAAGATGTTAGAACAATCATTTAGTTACTTTAATCAAATGGGTGCTAGACAAGGT +GCAGGAGCTGTATATTTAAATGTACTTCATCCAGATTTTGAACTTTTAATGGATACTAAG +AAGATAAATGCAGATGAAAAAATAAGGCTTACTAATTTATCAGTAGGAGCAATTATACCT +GATAAGTTTATGGAATTAGCCGAGAAGAATGAAGTAGCTTATGCATTTTATCCTAATTCA +ATTTATAAAAAGTATGGTCTTCATCTTGATGATATAAATATGAACGAATGGTATGATAAA +TTAGCTAGTGATGAAGATATAAAGAAGAAAGAAATAAATCCAAGACAATACCTAACTAGA +ATAGCACAAACTCAACAAGAAAGTGGTTATCCTTATGTAATGTTTATTGATACTGCAAAT +AAAGATCATGTTCTAAAGGACAAGGGTATTATAAAAATGTCTAATTTATGTTGTGAAATA +TTCCAATATCAGACTCCATCAGATATACAAGGGTATGGAGGTAATAATAATTGGGGACAA +GATATAAGTTGTAATTTAGGGTCTTTAAATATTGCTAACATTATGAAAAATAAAGATATA +GAAAATGTAGTAGATGTTGCTATAAGAAGTTTAAGTATAGTTTCAGATAAAACAAATATT +AAAGAAGTTCCAACTGTGGCTAATGGTAATAATGCATCTCATGCAGTGGGCTTAGGAGCC +ATGAACTTACATGGATACCTTATGAAAGAAAATATTCTTTATACGTCAGAAGATGCAATA +GATTTTGCTAATGTATTTTTCGCATTAGTTAGATATTATGCAATAAAATCATCTATGAAT +TTAAGTATAGAAAAAGGTAAAACCTTCGAGGGATTTGAAAAATCAGAATATGCAAAAGGA +AGAAATAGTGATGTTTTAGGTAAATATTATGAAGAAGAATTTTTACCTAAGAGTGAGAAA +GTAAAAAAACTATTTGAGGGAATTTATATTCCTACAAAGTATGATTGGGCAAGTTTATTA +GATGAAGTTAAAGAAAAAGGTCTATATAATGCATATTTAATGGCCATTGCGCCAACTCAA +AGCATAAGTTATGTTCAGAATTCAACTTCGAGTATAATGCCAATTACAGAGCCTATTGAA +ATTAGGACTTATGGAGATTCAACAACTATATACCCAATGCCATTTTTAACTAATGAAAAT +CTATTATGGTATCAATCTGCATATAGAATAGATATGTTTAAAGTTATTGATATGGTAGCA +ACTGTGCAAAAACATGTTGATCAAGGAATATCAACTACACTATTCGTAACAGATGATAAG +ACAACTAGGGATATAGCTAGGTACTATATTTATGCATACAAAAAAGGACTAAAAAGTTTA +TACTACACAAGAACTAAAATGATAAGAGAAATAGACAATGAATGTATATCATGTTCAGTA +TAA +>hisS +ATGCTAACTAAAGCACCTAGAGGAACAAAAGACATAACTCCAAAAGAGTCATACAAGTGG +AATTATGTAGAAAATAAATTTAGAGAAATATGTGGATTATACGGATATGAGGAAATGAGA +ACTCCTATATTCGAACATACAGAATTATTTAAAAGAAGTGTTGGAGATACTACTGACGTA +GTTCAAAAAGAAATGTATTCATTTGAAGATAAGGGTGGAAGAGATATAACTTTAAAGCCA +GAAGGAACTGCTGGTGTAATAAGGGCATTTATAGAAAACAAATTATATTCAGATGCTCAA +CCGACTAAGATGTTTTACATAATACCTTGCTTCAGATATGAAAGACCACAAGCTGGAAGA +CAAAGACAATTCCACCAATTTGGTGTTGAAGCAGTAGGAAGTGATAATCCATCTTTAGAT +GCAGAAGTTATAGCTTTAGCTGTACAATTCTTCAATGAAGTTGGACTTAAAGATTTAGCA +GTAAGTATAAATTCTGTTGGATGTCCAACTTGTAGAGCAAAATACAATGAATTACTAAAG +TCTTACTTAGATGCAAAGTCAGATGTATTATGTAGTACTTGCTTAGAAAGAAAAGATAAA +AACCCTATGAGAGTTATAGATTGTAAGAACCCAAATTGCCAAGAAAATTTACAAGACGTA +CCTTTCATGATTGATCATATATGTGATGATTGTAAAGATCACTTTGAAAAATTACAAAAG +TATTTAAAAGAAATGGATGTTAACTTTATAGTTGATAAAACAATAGTTAGAGGACTTGAC +TACTACAAGAAAACTGCTTTTGAAATAATATCTAATGATATAGGTTCTCAAAGTACAGTT +TGTGGTGGAGGAAGATATGACGGACTAGTTGAGCAATTAGGTGGACCAAAAGGTACAAGT +GGTATAGGATTCGCTTTAGGAGCTGAAAGATTATTATTAACTATGGAAAACAACAACATA +GAAATAGAAAATCCACAATCAACAGACATATACATAGTAACAATAGGTGATGAAGCTAAA +ACTAAGAGCTTCAAGTTATTAAAGGACTTAAGATACAACCATATAAGTGCTGACAGTGAC +CACTTAGATAGAAGTGTAAAAGCACAATTTAAATACTCAGATAAAATAAATGCTAAATTC +ACAATAGTAATAGGTGAAGATGAACTAGCAAATGACAGTGCAACACTTAAAAATATGCAA +ACATCAGAGCAAATTACTGTTAAATTAAGTGAGTTAGTAGGAGAGTTAAAAAATAGATTA +TAA +>hemZ +ATGTTAAATGTGATTTTAAAAGGTCATGATTTTAAATACGAGGTTGCTGAGCTAATTAAA +TTATTTACTACTCAGTTTAAATTCGTTGATAATAAAGATGTTGGTATGACTTTAGAAAAT +AGTGTTGTTTACTATAATGATAAAGTATTTTCTAAAACTGTATATCTTGAAAACTATCAG +GCTATTTATGACTCTCTTGATCATAGAAGTATAGCAGGTTTATCAGAACAAGAGATTAAG +AAGGTTACTAAGGAAACAATAAAAAGAAGTATGTATAATGTTTTAATGAAGAAGTTTAAT +TCTTACGTTCCTTGGGGAATACTTACAGGTATAAGACCTGTTAAGATAGTTCACACTCTT +CTTGATAAAAACTTAAGTGATGAAGATATTAGAGAAAATTTAAAAACTAATTATTTAATT +AGTGATGAAAAAATAGATCTGGCTTTAAATATTGCAAAAAGGGAAAGAAAATTTATTTAT +CCTATAGATAAAAATAAGATTTCTTTATATGTAAGTATTCCGTTTTGTCCAACAAGATGC +TATTACTGTTCATTCCCTGCAAATCCTTTAAAACAATTTGGACATTTAAAGAAAGATTAT +ATTGATAAGTTAATTATTGAAATTAAAGGATTAGCAAAATTACTTAAAGAAACTAATAAA +GAAATAGAGACTTTATATATTGGTGGTGGAACACCTACTACTTTAGATTCAGAGGAAATG +GACATCTTAATAAAGGCTTTATTTAAAGAATTAGATTTAAGTAAGATAAAAGAATTTACA +GTAGAAGCTGGTAGACCGGATACTATAAATAGAGAAATACTAGAATGTTTAAAGAAAAAT +AATGTTACTAGAATAAGTATAAATCCTCAAACTATGAACCAAGAAACTTTAGACAAAATA +GGACGTGGTCATAGTGTTGAAGAGATAAAAGAAGCTTTCAACTTAGCAAGAGAAATAGGA +TTTGATAACATAAATATGGACTTAATCCTAGGTCTTGAAGGTGAAAATGTTGAGATGGTA +AGAAATACTTTAGAGGAGATTAAAAAGCTATCTCCAGAAAGTTTAACTGTTCATACTTTA +GCAATAAAAAGAGCATCTAAGTTAAAAGAAAAAATGGACGAGTATGTACTTACTCAATAT +GAAGAAATGGTTAAGATGATTGATTTATCAATGGAATATGCAAAAGAAATGAACCTTAAT +CCATACTATATGTACCGTCAAAAGCAGATGCTTGGTAACTTAGAAAATATAGGTTATGCT +AAAGAAGGATACGAATGTATCTACAACATGCAAATAATGGAGGAGAAACAAAGTAACTAT +GCACTAGGGGCTGGTTCTATATCTAAGTTTGTATATGTTGACGAGGACAGAATTGAAAGA +GTAGAAAACGTGAAGAACGTTGAACAATATATTGATAGAGTAGAAGAAATGATTGATAGA +AAGAAAGAGGAGGTCCTAAAGAATGCTAACTAA +>group_556 +ATGATAATTGAAACAATAGAAGATAGATTTATGGGTGAAAATACATATTTATTAGGTGAC +GAAAAAAATAATAAATGTGTAATAATAGACCCAGGAGCAAGTCTTATAGATATATTATCA +GCAGTAAAAAACAGAAATTTTACTGTTGAGTATATAATTTTAACTCATGGTCATGCAGAC +CATATTGCAAACGTAAAGAAGCTAAAAGCTGAAACAAATGCAAAAATAGTAGCTCATGAG +AATGAAAAAGAGCTTTTAATAGACAGAAAGAAAAATCTAAGCGTTAGATTCCCGTGTGGA +CCTCAAGAATTTGATGCGGATATATATGTTAAAGATAAAGATAGATTAGAATTGGGAGAA +CTTAGACTTACATTTATTCATACACCAGGACATACACCAGGTGGAATGTGTATAAAAGTT +GGAGATCATATGTTTACAGGAGATACTTTATTTGCTGGAAGTATAGGAAGAACAGACTTT +TACGGCGGAGACTTCAAACAAATGAACAAGTCACTTAATAAATTATCTAACCAAAACGGA +AACATAAAAATATATCCAGGTCATGGTCCTACATCAACTATCGAAATAGAAAAAATTACT +AATCCATATATGAACTAG +>dtd +ATGAGAGCTGTAGTACAAAGAGTATCTTCTTCTAAGGTAACTGTAGATGGTCAAGTTACA +GGAGAAATAAATAAAGGATTACTTGTTTTATTAGGGGTAACTCATGAAGATACATCTAAA +GATGTAGATTATATTATAGATAAAACTTTAAACTTAAGAATTTTCGAAGATGAAAATGAA +AAAATGAACTTATCTTTAAAAGATATAGGAGGAGAACTTTTAGTAGTCTCTCAATTTACT +TTATATGGTGATTGTAGAAAAGGTAGAAGACCAAGCTTCTCTACAGCAGCTAGACCAGAA +CATGCAACTCCTTTATATGAAGAATTCATAGAAAGAGTGAAAGCAGAAGGAATAAAGGTT +GGAACTGGACAATTTGGAGCTCACATGATGGTTGACTTAACTAATGATGGACCAGTAACT +ATATTATTAGATTCAAGTAGATCGTTTTAG +>apt +ATGGATTTAAAAAAAGTCGTAAGAGAAATTAATGATTTTCCAATCCCAGGAATAAGTTTC +AAAGATATAACAACATTATTACAAGATGGTAAGGCATTTAAATACTCTATAGATGCTATA +ATAGAAGATTTAAAAGATAAAAATGTAGATGTAATAGTTGGACCAGAAGCAAGAGGATTT +TTAATGGGAACACCAGTTGCTTATGGTTTAGGTATAGGATTCGTTCCAGTTAGAAAACCA +GGAAAATTACCTTCAGAAGTTGAAAGTTATGACTATGGTTTAGAATATGGAAAAGATACT +TTAGAAATACATAAAGATGCTATAAAACCAGGTCAAAGAGTAGCAATAGTTGACGACTTA +TTAGCTACAGGAGGAACTATGGGAGCTGCAGCTAAACTTATAGAAAAGTTAGGTGGAGAA +GTAGTATCAATGCAGTTTTTAATAGAATTAGAAGAATTAAATGGTAGAGATATATTATCT +CAATATCATATAAATTCTCTAATAAAATACTAA +>group_549 +TTGATTTTCAACAAAAAATGGACCCTAAAACATAAAGGGGAAGTAGAGAAAGACGAGTTA +AGTGATAAAATAAAAATTTCTCCGGAAATTAGTCAGATTTTAAAAAATAGAGGAATAAAA +GATGAAAGAGATTCAGAAATATTTATGAATCCATCACTAGATTATTTAAGAGATCCATTT +TTAATGAAAGATATGGATAAAGCTGTAGAGAGAATAAAAAAAGCTATAAATAATAATGAA +AGCATATTTATATATGGTGATTATGATGTAGATGGAGTATCTTCAACTTCTATTCTTTGT +TTGTACTTTGAGTCAATTGATTATCCAGTAAGTTATTACATACCGAATAGGTTAGAAGAA +GGATATGGAATTAATGAAGAAGCTATAAGAAAAATTCATGAACAAGATTGCAAATTAATA +ATAAGCGTAGACTGTGGTATAACTTCGGTTAAGGAAGTTGAATTAGCGAACGAACTAGGG +ATGGATGTAATAATAACAGACCATCACGAGTGTCAAAGTGAAATACCAAATGCATATGCA +GTAGTAAATCCAAAACAAGAAGATTGTAATTATCCATTTGATATGCTTTGTGGATGTGGA +GTTGCATTCAAATTAATACAAGCCTTAACACCTGAAGATGTATTTAAAACTACTATGTAT +AATTATTTAGAAATAGCTACCTTAGCTACAATTTGTGATATTGTTCCCTTAGTAGATGAG +AATAGAATAATAGTTAAAAATGGTTTAAAACTAATGAAAGAAGGGAAAAATTTAGGATTA +AGAGAGCTTATTAAAATATGTGGAGTAGATACTGAAAAAATAGGTTCATCACATATAGGA +TTTGCTATAGGTCCTAGAATTAATGCCTCTGGAAGATTAGGGTATTCATACTTAGGAGTT +CAGCTTTTTACAACTAAAGATGAACATGAAGCCCATGAAATAGCAAGAATGCTAGAGGAA +AAAAATAACGAAAGACAAATGATAGAAGCGAAAATGTACCATGAGGCTGAGGAAATAATA +AAGTCTAATGAAAGGTACGAAAGCGACAAGGTATTGGTAATAGCAAATGAAGGATGGCAA +CATGGTATTATAGGTATAGTTGCTTCAAAGCTTACAGAAAAATATTATAAGCCAACAATA +CTTCTTACAATAGAAGATGGAGAAGCCACAGGTTCAGCTAGATCTATAAAAGGATTTAGT +ATATTTGATGCACTTATGAAATGTAAGGATTTATTAAATAAGTTCGGTGGACATGATCAG +GCAGCAGGACTTGGACTAGATGCAGATAAAGTAGATACACTTAGAGATGAAGTTAATAAA +ATTGCAGATTATAACTTAACTTCAGAAGACATGATTGAGAACATTAATGTTGAATTCGAA +TTATCTGAAGATAAAGTTAGTTTAGATTTAGTAGATGAATTACATAAATTAGAACCTTTT +GGTCTTAGTAATCCAAGCCCAAGGTTTATAATGAGAAATTTAGTTTTAGATGATATATTT +ACTTTAGGTAAGAATAAACAACATTTAAAGCTTAATGTTTATAATGAAAATACCTACGAA +TGTATTGGTTTTAATATGGCACACTTAAAAGAAAACTTTAATCCTGGAGATAAGGTAGAT +ATATTATTCCAATTGGATGAAAATAATTATATGGGAAATAGAACTGTTCAGTTTTTACTT +AAAGATATGAGGCTAGCTCACCCTAAAAATGCTATGAAGGATAAACTTTCTTTAAAATTA +TTTTCAAAAATAGTTCCAAATAATGAAGATAACTTGTATACTATTAGTTCTGGTGATGAA +AACTTAATAAGCACAAATGTAAATGGGCAACATATAATAGAGGGTAGCAAAGAACTTAAT +ATATTTGACTATCTAGTTGAAAATACATTAGTAATAGCGAATACAGTAAATGGTTTTTAT +AGGGCGATATCGGATATTTCACTTTTAGAAGATGATTTTGATGTCAATTATCGAGAAAAT +ACTGTAAATTCAGCTAAACTACAACTTATATTTTCACCAAATATTGATAAAATAGACGTA +AAAAGATATAATAATATTATTCTTTATGATTATTTATATAATAGCAGAGAATATTCGTAT +CTGAGTGAAAATACTAACTCACATTGCAATATAATTAAATATTATAATGAAATGGACCAA +TTATATTTAAAGAATACAATTAATAACATCATTCCAGAGAGAGAAGAGTTTATAGTAGTA +TATAAATTAGCTCTAGTAAATAAAACTTTTGAATTTGATATGCTAGACATAAAAAAAATA +TTTAATATTATGCCTATAAAATTATTTGCAATATTAAATGTATTCAAAGAATTATCACTA +TTAGATTTTAATTTAGATTACAACCAAAATAGAATATCTATAAACTTATTAGAAAAGCCA +AATAAAAAATTAAATCTAGATGAGAGTATTATACTTCAAAATCTAAAAGATTTAAGACAA +GAATATGCAAAGAGCTATTAG +>ubiB +GTGAAGATAAGCTATAAGAATATTAAACGATATAGAGAGATATTACATATACTTATAAAA +TATGGATTTAGTTTTGCAGTGGAAAAGTTAAATATAGAACAAGTTGCTTATAAAATTCCT +ATAACAAGGCCAAACGAAGAATTAAAATATATGCCTACAGGGGAAAGGATAAGAAAGGCT +TTTGAAGAGTTAGGTCCTACATATGTAAAACTAGGTCAAATATTAAGTACCAGAAGTGAT +ATATTTGATCAGGATGTAATTGATGAGTTAAGTAAGCTTAGGGACAATGTAGAGGAATTT +AGTACAGAAATAGCTAGAGAGATTTTTAATACTGAAACGGGATTAGAAATAGATGATATT +TTTAAGGAATTTAACAATATACCTATTGCAGCTGCATCTATTGGACAAGTTTATGAAGCC +AAACTTAATTCTGGGGAAGATGTAATTGTAAAAATACAAAGACCAAACATAGAACAAACT +ATAAAGTCTGACTTAGAGATACTTCAAAGTGGTGCAAGTATATTAAGTGATATTCTAAAA +GATAATGAAACAAATTTTGAAAATATATTAGAAGAATTTAAAATTCAATTATTAAGAGAA +TTAGATTACAATTTTGAAGCTATAAATGCAATAAAGTTTTATGAGATATTTAAAGATAGT +GAAGATGTATATATACCTAAAATTTATAGCGAATACACTACTAAGAGAGTTTTAGTAATG +GAAAGAATTATAGGTGTAAAGCTAAGTGATATAAGTAAAATAAAGTCATTCGAATGGGAT +ACTGAGAAAATAAGCGAAATTGGAGTAAAATCACTATTTAAGCAAATTTTTGAATATGGA +TTTTTCCATGCTGATCCTCACCCGGGAAATATTTTTGTATTAAATAGTAATTGTATATCG +TATATTGACTTTGGTATGGTAGGAATTGTTGATAAAAAGACATTTAGCACGTTAAATAGA +ATGGTATTAGCGGCTGTAGAAAAAAATGCTGATAAGATCATATATTTATTGGAAGAAATG +GGAATAACAAATTCATCTATAGATAAAGATTCTCTTAGATTGGATTTATTATATTTACTT +CATTATTACTATGATATTCCATTAGAAAAAATAAGCTTAACTAATATATTTAATGAAATA +TTTAGATTTTTTAGGAAGTATAACATTACAATGCCAACGGAGCTTACAACATTAGCGAAA +ACAATAATAACTCTAGAAGGAACAGCTAGGGAGTTAAATCCAAACTTTACGGTATATTCT +ATAGGGCAGGAGTTTATAAAGTATTACTATAGTAATAGATTTAATTCAAAATATATATTT +GAGAGATCAAGGAACTCAGCAGAGGAAATCTATTTTGATTTAAAGAATATCCCAAAACAA +TTAAGGGTCATTCTTAAAAATATAGAAAAAAATAATATTAAAATTCACATAGACGATATA +AAAGTACCAAAATTAGAGGAGCAATTAAGTGACCTTACTACTAATATATCTTTAAGCTTA +GTTTTAGCATCTTTGGTAGTAGGTTCATCTTTAATAATTGCATCGCCTAATATAGAGCAA +AATATATGGATAAGATACCTTGCAATAGCTGGTTTTTCAGTTTCATTTTTAGTGGGTATT +GTACTGGTAATAACTATATTTAAAACTAAATATAAACGGAAGTAG +>yrdA +ATGATAAAAGGGTTTAAAGGAATTGAACCTAAGATAGACGAATCTGTATTTGTAGCACAA +AGTGCTGACATAATAGGAGAAGTAGTTATAGAGAAGAACGCTAGCATATGGTACAACGTG +GTTATTAGAGGTGATGAACAACCTATAACCATTGGAGAAAATACAAATATCCAAGATGGA +TCTGTTGTACACACAGGATGGGATGTTCCTACTGAAATCGGAAAAAATGTAACTGTAGGA +CATAAAGCCTTAATACATGGATGTAAAATTGGAGATAATACTTTAATAGGGATGGGATCG +ATAGTTTTAGATGGTGCAGAGATTGGAGAATTTACCTTATTAGGAGCTGGAAGTTTAGTT +CCTCCAGGTAAAAAAATTCCTTCTGGAGTACTTGCTATGGGATCTCCTGCTAAGGTAATT +AGAGAACTTTCAGATGCAGAAAAAGAAAGCATTAAAAAATCTGCATTAGATTATATAGAA +AGTGCGAACAATCATAAATAA +>pqqE +ATGAGTATGATACATAAGTTTTCAATGAACGGATACAATATAGTTCTTGATGTAAATGGT +GGAGCAGTTCATGTATTAGATGATGTTGCTTACAGAGTTTTAGATTTTTATAAGGAAAAG +TCTAAGGAAGAAATAGTTGAAACTTTAAAGGATGAGTATAGTGCTGAGCAAGTATTAGAA +GCTTGTGATGAAATAGCTAACTTAGAAGAAGAAGGTCTTTTATACACTGAAGAAGTATAT +AGTACTCACCCTAGCTTTGTAGACAGAAAAAAAGTTGTTAAGGCAATGTGTTTACATGTT +GCTCATGATTGTAACTTAAAATGTAAATACTGCTTTGCTGCACAAGGAGATTTCGGTGGA +ACTAAGGAATTAATGAGCTTTGAAGTTGGTAAAAAGGCAATAGATTATTTAATAGCAAAC +TCTGGAAATAGAAGAAACCTTGAAATAGATTTCTTCGGTGGAGAGCCTTTAATGAACTTT +GATGTAGTTAAACAATTAGTTGAGTACGGAAGAAGTGTAGAGAAGGAACATGGTAAAAAT +ATAAGATTTACAATAACTACAAATGGTATATTACTAGATGATGAAAAAATAAAATACATA +AACGAAAATATGCATAATGCAGTTTTAAGTTTAGACGGTAGAAAAAGTGTAAATGATAAT +ATGAGACCTACTTTAAATGATAAAGGAAGTCATGATGTTATCTTACCTAAGTTTAAAAAG +CTTGTAGATGAAAGACCAAAAGACAAGTATTATTATATAAGAGGAACATTTACAAGAGAG +AATTTAGATTTTGCTGAAGATGTTATGTATTTTGCAGAACAAGGATTTAAATTAACTTCT +ATAGAGCCAGTTGTTGATGATGAATCTAATCCATATGCTTTGAGAGAAGAAGATTTACCA +AAAGTATTTGAAGAATATGAAAAACTAGCTGTTAAATATGCAGATATGCAAGTAGAAGGT +GATGACTTTAAATTCTTCCACTTTATAGTAGATTTAAATCAAGGTCCTTGCGTAATAAAA +AGAATAACTGGATGTGGTGCAGGTAATGAATACTTAGCAATAACTCCAGAAGGAGATATA +TATCCTTGTCATCAATTTGTTGGAAATGATGAGTACAAATTAGCTAACATAATGGATGAA +GAAGTGGTTCTTCCATTAGATATAACTAATAAGTTTAGAAATGCTCACGTTTACAGTAAG +GAAGAATGTAAAAAGTGTTGGAACAAATTCTACTGTTCAGGTGGATGTCATGCGAATGCA +ATGAACTTTAATGGTGATGTTATGAAACCATACGAGCTTGGATGTGAAATGCAAAAGAAA +CGTACTGAATGTTCAATAATGATACAAGCCAAAAAAATGTTAGAAGGGAAGTAA +>group_541 +ATGGAAAAGAAACATGTAAAAACTTTATCTCAAGCTACTTTAAAAAACAGTGCTGCTAAA +GGTGGATGTGGAGAATGTCAAACATCTTGTCAATCAGCTTGTAAAACTTCTTGTACAGTA +GCTAACCAAGAGTGCGAAAGATAG +>group_566 +ATGGAAAAAACTAATCATGTTTTAAAAGGGCTAGGGTACTCTTACATATTAACTTTAGCA +ATATTATTAATATATAATTTAGTATTAACTTTTACATCTGTATCCGGAAACACTATTGCT +ATGGTTACTTCGATTATAACTACTGCATCTGCTGCTTTTGGCGGATTTTATGCATCAAAG +CATATAAAGGAAAAGGGCCTTATATATGGATTGATAGTTGGTCTATTGTACATAGTGTGT +CTTATAGTAATAGTTTACTTAGCTCAGGAAAAATTTACTTTTGAGGCTGACATGCTATAT +AAAATATTCTTAACAACTTTAGCTGGAGGCATAGGTGGTGTATTAGGAGTTAACTTCAAA +TAA +>group_609 +ATGCAACAATGGATAACTGTGATATTAATGTATGCAGCAATATTCGCTGTATTCTATTTC +TTATTTATAAGACCTCAAAAGAAGAAAGAAAATGCTTTAAAGGAAATGAGAAATAACCTA +AATGTTGGTGATAAAGTAACTACTATAGGTGGTATAATAGCTAATGTAGCTAAAGTTGAA +GAAGATTCTGTTGTATTAGAAATAGGACCAAACAGAACTAAAGTTCCATTTGAAAAATGG +GCTATAGGAACTGTTGAATCAAAAACAGAACAAGCTTAA +>group_599 +ATGAAAAATAATATAGATAAGAGCAACTTGTCATTAAGAATAGCATATGTATTTGAATCT +ATTTTGGCTATGGTTGTATTACTTGCAGTATTTTTAGGAACTATAGATGTGTTGAGAATG +ATATGGGATGCATATATAGTAGATTTTCAAAATCCTGTAGAGTATACACAGTTAAATAGT +CTATTAGGACAGATATTACTTTTAGTTATAGGGGTTGAGCTAGTAGTAATGCTATCTCTT +CATTTACCAGGTGCTTTATTAGAAGTGCTTTTATATGCAATAGCTAGAAAGTTACTTTTA +CTTCCAAAGACAGCTGGGATGGGAGATTTACTTTTAGGGATAATATCAATAGCGGGACTA +TTTGCTATTAGAAAGTACCTATTAACAAATGATAACAGTACGATGAACGTCACCAGCATA +CATTATGAAGATTGTGAAGAAGGAGAAGACTGTAAAGATTGTGAAGCTTGTAGAGAAAGA +CTTGCTAAACAAAAAAATGATGAATCTAAATTTAAAGAAGGTTTGGATTTAGAAAATATA +GAAAAATTATAG +>ruvB_1 +ATGTTTGATTTTGAAGATGAAGACAGGATAATTACATCGACAATGCAGCACGAAGATGTT +GATATAGAAAATAGTTTAAGACCAAAATCACTATCAGATTACTTAGGTCAAGAAAAAGCA +AAAGAGCAGCTTTCTATATTTATAGAGGCAGCAAAAAGTAGAAATGAACCTTTAGACCAT +GTTCTTTTATATGGACCGCCAGGACTAGGTAAAACAACTTTATCGAGTATCATTGCTAAT +GAGATGGGGGTTAATTTAAGGATTACTTCTGGGCCTGCTATAGAAAGAGCTGGAGACTTA +GCTGCAATACTTACAAATCTAAATGAAAATGATGTATTATTTATAGATGAGATACATCGT +ATCAATAGAAGTGTAGAAGAGGTTTTATATCCTGCTATGGAAGATTATTGTTTGGATATA +ATTATAGGTAAAGGACCTTCTGCAAGAAGTATTAGACTTGACTTACCTAAATTTACATTA +ATAGGAGCTACAACTAGAGCGGGGATGCTTACGAATCCATTGAGAGATAGATTTGGAGTT +ATATGTAAGCTTGATTACTACACAGTAGATGAGTTGGCACAGATTGTTATTAGATCAGCA +GCTATTTTAGGTGCAGAGATACAGATTGGTGGAGCTACAGAAATAGCTAGACGTTCTAGG +GGAACACCAAGAATTGCCAATAGATTATTAAAAAGAGTAAGAGATTATGCTCAAGTTAGG +GCAGATGGAAATATAACTGATGAAGTGGCTCATAAGGCATTAGAACTTTTAGGTGTTGAT +AGCTTAGGTCTTGATTATGTTGATGAAAAACTTCTTAGAACTATAATTGAAAAATTTAGA +GGTGGACCTGTAGGTCTTGATACTTTAGCAGCGTCTATTGGTGAAGATAGAAATACAATA +GAAGATGTATATGAGCCTTACTTACTTCAATTAGGATTTATAAATAGAGGTCCTAGAGGT +AGAATAGCAATGCCTTTAGCTTATGAACATTTAAATATAGAAATGCCAAAAAAGTAA +>ruvA +ATGTATAGTTATATAAAAGGAACAATAGAAGAACTTTATTTAGATCATATAGTAATAGAT +AACAATAATATTGGATATAGAATAAATGTATCATCAAACACATTAAAAGATTTACAATTA +GGAAATATGGCTAAAATATATACAAAGCTAATTGTAAGAGAAGATGATATGAGTTTGTGT +GGATTCTCAACTAAAGAAGAGCTAGAGATGTTTGAATTATTAACATCTGTATCAAAAATA +GGACCAAAGGTAGGTTTAGGGATATTATCTTTTGCATCTCCAAGGCAATTAGGAGCTTAC +ATTGTAAGTGAAGATATAGCTAAAATGTCAAAAGCTCCAGGAGTAGGAAAGAAAACTGCA +GAAAGAATAATACTAGAGCTAAAAGATAAAATAGATAAGCAAAACATTGAATTTGAACCA +ACGCTATTATCACAATCACCAGTGGCAGTATCACAAGATGAAGCAGTAGATGCACTTATA +GCACTAGGATACTCAACAGCAGAAGCGAAAGAAGCAGTAGACAAATGTAAAAAAACAGGT +TTAAATACAGAAGATATAATAAAGAAATCTTTATCATATTTAATGAGTCAAAGCTTAAGA +TAA +>ruvC +ATGATAATATTAGGGATAGATCCAGGAATAGCAATAGTAGGTTATGGAATAATAGAATAT +AAAAATAATAAATTTAGGGTTATAGATTACGGTGCAGTAACAACACCTGCTGGAATGGAA +ACATTAAAAAGATTAGAGCTTGTTTATAAAGGAATTAATCTTCTTATAAAGAAGTACGAT +ATAGATGAGGTTGGAATAGAAGAACTATTCTTCAATAAAAATGTAAAAACAGCAATAACA +GTAGCTCAAGCAAGAGGAGTTACTATGCTTGCATGTGCTCATAATGGGAAACCAGTATAT +GAGTATACACCACTGCAAGTAAAACAAGGTGTGGTTGGATATGGAAGAGCACAAAAAGCT +CAGGTTCAGCAAATGGTAACTTCATTTTTAAATTTAAAAGAAGTTCCTAAGCCAGATGAC +GTAGCTGATGCCTTAGCTGTTGCTATATGCCATGCTCATGCAAACAGATTAGAAAAAACA +TTAAAGAACATAGGGGGACAATATGTATAG +>group_563 +ATGTTTGAAGAAAAAAAATCATTTCCTTGGAAAATACCAGCTTTAGTGTTAGTTTGTGTA +TTGGTATTAAGTAGTGGAATTTATATAGGGATAAAATCAAGAAATACTGATGCAAAAACT +AATAATGCGACACAAACCAAAGTATCTGATGGCGAAACTAAAGCAACTGAGGCTTTTGGC +CTAAATGAAAATTGTGAAATATGGTTACATAAGACTTATAATGATGAAAGTGACTCAAAA +TCATCTCCAGTAATGATCGGAACTGTTCCAAAAGAACTATTAGATAAATCTGAAGAAGAA +ATAATTGCTTATTTTAAAGACAAATACCCAAATAGAGAAGTACAAAGTATAAATAAATAT +GAAATAATTTTAACTGAAGTAGAGGACTCTACGGTAGATTTAAGTAAAGCTAATAAATAT +TCAGTTGAAAGTAATAGTGGGTATGTAGGAATTTATAAATATGATAGTGAAGGTAAGAAA +ACATTAGTAGAAGAAACTGAAATAGAAGTTGACTCTTTACCAATGATTGTACAAGATGAA +CTTCAACAAGGTATTACAGTAGATTCACAAGATGAAGCATATTTAAAATTAGAGGATATG +GATAGTTAA +>group_581 +TTGGATTCACCATATATGAAATTAATATGCGATAAAATGGATTTTATTGAATTTAAACAA +AATATACTACTTCTAAAACAGCCTCAACATAGAGCATCTATTTTTTATGATCTTAAATTA +GATGATTTTATAAGAATAAGGAATTTCACAGAAAGTTTTTCTAGCAGAGTCTTAAATAAT +GAAAAGTTAACTATTTTAGATTATGAAAAAGAATTATTTAAAGTTTGGTCTCCTATAAAA +GCTTATCCATCATCTTCAACATTAGTGGCAAAAGCCCTTATGAAAGATGATGCCTTTAAT +TTATTATTTCAATCTAATAATTAA +>group_583 +ATGTTTATTTGTATTGATGATGATTTACCAGGTTGGTTAAAATTCGATTTGAAAAAAGAA +GATGGAATATGTAAATGTAAAAAGAATTTTAATATAATTCATGAAGATATGATTAAAACA +AGATTAAAGAGAGATGAAGAATATGAAAGTTCGAACACATTTATATTTGAAGATACAACT +TATTATGTAAAATGTAGTGAATGCAATAAGTTGTATAAAATACATGTTAAGTATGAAGGT +AGTAAGAAAGATGATTATACTAATATATTAAAAGTAAAAGAAATTACTCCAGAATATGTA +ATACTTAATATTAAGAATAGAGAAGAAAAAGAAGAAGTTCTTTATAATATGGGATACAAA +GATTTATTGGTACAGGTATATAAATTTATTGATAATGAAGATAGAAGAGAAATTAAGTAT +AAGGTCACTAATAATACATATATGCTGTAA +>group_623 +ATGACTGCTTTTTTAAATAAAAGAAAAGACATCGTAAAAGTTTTATTTTACATAATTGGT +CTTTCTATTATGGGCCTTGGTATAGCATTAAATGCTATTTCTAACTTTGGTGCAGGACCT +TGGGATGCTGTAAATATAGGTGTAAGTTACCATCTGAAGTTATCAGTTGGAATTTGTATG +AATATTGTAGCTATTCTAAACTTAATTATAGGTGGAATTCTAAATAAAGAATTTCCCAAA +ATAACACCTATAATAACATCTTTAGTTCTAGGTCTTTTTGTAGACTTAGGGTTTATCGTT +TTTAATGGAATAAGCGCAAATACTTCTATAATACAATTTATATTATTTATGATTTCATTA +CCGATTATAAGCTTAGGTATTTCTATATACTTAGTTTCTGAATTACCTAATACTCCATTA +GATTATTTTATGCTTGCAATAAAGTCTAAGTTTAATTTATCTTTAATGGCAGGTAAAATT +GTATCTGAATCTAGTGGACTTATAATTGCTTTATTACTTGGCGGCCCTGTAGGTCTTGGG +AGTATAATAATAATCTTTACAATAGGACCAATGATGCAATTTTTACACACTTATAGTAAA +AATATTTTTAATAAGTTAGTTAATACAGATTTTGATTTAGCTAATAATTAA +>group_532 +ATGAAGAATAATAATATTTTTAGTCCGAAAAAGAAAAAATCTAGTGGATCTAAAAAAGCT +TTAACAGTTCTAATGGCTTGTGTAATTGTATTTGGTGGCGTAAAAGTAGTTTCTGCAACT +ACTCAATTTTTCAAAGAACAGCAAGCAATAAAATTAGAAGAGAAGCGTAAAGAAGAAGAG +GCTAAAGCCTTGGCTGAAAAAAAACGTAAAGAAGAAGAAGAAAAGAAGAAATATATGGTC +GGAGTAAGAAACGATGCAAAAAAATATTCATATGATGCTGTTAAGGTCGCAGAAAAATTA +GCTTCATTTGACTACTCTAATAACGGCGAAAAAATTGTATTCTTAACTTTTGATGATGGT +ACTTCTACAACTGTAACACCTGAGGTTTTAAGAATATTAAAAGAAAATGATGTTAAAGCT +ACTTTCTTCGTAACAGGAGAAAATATTGAAAGAGGCGGAGAAAAAGCAAAAGACTTATTA +AAAGAAGAATTAAATAATGGACATGCTATTGCTAATCACTCTTGGTCTCATGACTATAGA +AAGTTATACCCAAATAGAACATTAGACTTAGATGCATTTTTAGCTGATTTTAAAAAGACT +GATGATTTATTAAAAGATACTCTTGGTAAATACTTCTCAACAAGAGTAATTAGATGTCCA +GGTGGTCATATGTCTTGGAGAGGTATGGACGCTTTAGATTCTTATTTAGAAGAAAATAAC +ATGGCTTCAATCGACTGGAATGCATTAAATAAAGATGCTGAAGGTAGAAAGAAAAATGCT +GATCAACTAGCTGAGGAAGCTATAAAAACATCTGAAGGTAAGGAAATGGTAGTTTTATTA +ATGCACGATACTTACGGAAAAGAAGAAACTGCCAAAGCTTTACCTAAAATAATAAAATAT +TATAAAGATAATGGATATGAATTTAAAACATTAGCTTAG +>ydbD_2 +TTGTTTAAACATGATAAGAATTTATTTCATAAAGTAAGTGTTGAAAAGCCAAATCCTCAA +TATGCAGTCCTAATGCAAGAACAACTTGGAGGAGCAAATGGAGAACTTAAAGCAGCTATG +CAATACTTATCACAAAGTTTTAGAGTTAAAGATCCTGAAATAAAAGATTTATTTTTAGAT +ATAGCAGCAGAAGAATTAAGTCATATGGAAATGGTAGCTCAAACTATAAATCTTTTAAAT +GGACATGATGTAGATTACAAAGCAATTGATGTAGGCGAACTAGAAGCACAAGTTTTATCT +GGGTTAGCACCAGATTTAAAAAACTCATCAGGTGTACCTTGGACAGCTGACTATGTAAGT +GTAACAGGAGATTTAGTTGCAGACTTACTATCAAATATAGCATCAGAACAAAGAGCAAAA +GTTGTTTATGAATATTTATATAGACAAATTGAAGATAAACATGTTAGAGAAACTATAGAT +TTCTTACTTAATAGAGAAGAGGCACACAATGCTTTATTTAGAGATGCACTAAATAAAGTA +AAAGATACTGGATCAAATAAAGATTTTGGAGTTACAGAAGACTCTAAGTTATACTTTGAC +TTATCTTCACCTGGACCTAATAATCATGACGGAAAAATCAATATAATACCTCCATCATTT +GAAGACCCTATAAAAAAATAA +>group_600 +ATGAGAAATATTAATATTTTTGTTTATGGAAGTTTAAGAGAAGGATTCTTCAACTATAAT +AAATATTTAGAAGGTAAAGTATCTAATAAAAAAGAAGCTAAGCTTGAAAATATGAAATTA +CATCATATGCCTTATAAGGGGTATCCAGCAATAACTCATGGTAATGATACAATATTAGGT +GAAATAATGGTCATAAATGAAGATGATTATGAAGAAACTGTAAAAGCTATGGATGAAATG +GAAGGGTTTATAAGTGAAAATAATCCTGACAATGAATATCATAAGGTGATTTTAGATGTA +GAAGACATTACAACTAATACAAAAGAAAAGTGTTTTGTGTATTTCTATAACAAAGATAAA +GATAAAGAGTTTGATAGTAAATCAATATATATTTCAAATGGTGATTGGAAAAAATATATG +CTTACAAAGTAA +>pcp +ATGAAGATTTTATTAACAGGATTTGACCCATTTGGAGGAGAACCAGTAAATCCAGCTGAA +GAGGCTGTAAAGATGGTAAGTAATAATATAAATGGAGCTGAAGTTATAAAGATAACTATA +CCTACAGTTCAAACTAAATCAGTTAAAGCAATTGAGGATGCTATAAAAACTCATAATCCA +GATATAGTAATATCTGTAGGACAAGCTGGAGGTAGATTTGATATAACTCCAGAAAGAGTT +GCTATAAATATAGATGATTTTAGAATAAAAGATAATGAAGGAAATCAACCAACAGATGAA +ATAATACAAGAAGATGGTCAAGCTGCATATTTTACGAATTTACCAGTAAAAGCAATGATA +AAGCACATGAATGATAACAATATACCAGCAACTTTATCTAATACAGCAGGTACGTTTGTA +TGTAATCATGTAATGTACGGGATATTATATATGATAGATAAAAAGTATCCTAACATAAAA +GGTGGTTTTATACATATACCTTATATGACTTCTCAAGTTATGGATAAGAAAAATACACCA +TATATGTCTTTAAATGAAATAGTTAGGGGATTAGAGCTTGCAATAGAAGCCTGTACTTTA +TACAACGAAGATATAAAAACTATAGGTGGAGAAATTTGCTAA +>group_537 +ATGGATATGGCACAACTTTCAAACAGTTTATTAGAGCTATTTTACATAATATTAGGATTA +TACATGGGAATAACAATGGTATTCACATTAAAAGATAAAAATCACAAAACTAGAATAGGA +ACAGCAATATTCTGGGGAATATTGTCGGTAACATTTATATTTGGAAAACTAATACCAAAT +ACAATAGTAGGTATATTAGTAGTTGTTATAGCAGTATTATCAGCAACTAAGCAAATAAAT +GTAGGAACATTAAAACAATTAGATGAAACATTTGCGAACTTAAAAGCAGAAAAATTAGGT +TTGAAAATATTTATACCTTCATTACTTATAGCTATAGTAGCTATGCTTATAGCTCAATTT +ACTGAACTTTCTGGAACAGTAGCAATAGGTATATCTTCAACTGTATCATTGGTAATAACT +TTTGTAATAACTAAAGCTAAGCCGATAGAATTTCTTGAAGATAGTAACAGAATGTACCAA +GCCATGGGATCATTCACAATACTTCCTCAATTACTAGCATCTTTAGGAGTATTATTTACT +GTAGCTGGTGTAGGAGATAAAATATCATCTATAATATCAGGTGTTATACCACAAGGAAAT +ATATTAATAGGCGTTATAGCATACTGTGTAGGTATGGCATTATTTACAGCAATTATGGGT +AATGCATTTGCGGCATTTTCTGTTATAACTGTTGGTGTTGGTATACCATTTGTCTTTGCT +CAAGGTGGAGATCCAGTAGTATGTTCAATGCTTGCATTAACAGCTGGATACTGTGGAACA +TTTTTAACGCCAATGGCTGCAAACTTTAACGTATTACCAGCAGCCTTATTAGAACTTAAA +GATAAAAATGCAGTAATAAAAGCACAAGCTCCTTTAGCTTTAATTTTATTAGTAGTACAT +ATAATTCTTATGTACACTTTAGGATTTTAA +>group_596 +ATGGAATTAGTAGGAATCTTAATTATAATCGCAGGATTTGCTTTAAAGCTGGATACAATA +GCAGTTGTAGTGACAGCTGGTGTTGCAACAGGACTAGTAGCAGACATGAGTATTGTAGAG +ATACTTAATACTTTAGGAGAAGCGTTTATAACTAATAGAACAACTTGCTTATTCATGCTT +ACTATACCAATAATAGGTTTATGTGAAAGATATGGATTAAAGGCTAAAGCAATAATGATT +ATTAAGAAGGCGAACGGTTTATCAACAGGTATCCTTTTAAGTGGATACACATTTATAAGA +GAAGCTACAATAGCTATGGGGGTTACTCTTGGAGGACATCCGCAATTTGTTAGACCTCTT +GTAAGTCCAATGGCTGAAGGTGCAGCTGTTGCGAAATATGGAGAATTAGATGAAAAAGAT +TTAGATAAAATAAGAGCTCAGGCAGCAGCATCTGATAATATAGGTAACTTCTGTGCTCAA +AATTTATTCTTAGCTAATGCAGGGATATTGTTGATAGTATCAACGTTAGAATCTCAAGGA +ATAATAGTTGATCCACTTCAGCTTAATAAGGCTGCTATACCTGTAGCTATTATATCGCTT +ATTATATGGGTAATACAAAATATATTATTTGATAAAAAGTTAAATAAGAAATATGCTTCT +AGAAATAGCAATGTAGGAGGTGCAAAGTAA +>yebC +ATGGGACGTATAGGAAATATAATCAACAGAAAAGGTAAGCAAGACGCTAAAAGAGCGAAA +ATATTTACTAAACATGCTAGAGCAATAGCTGTTGCAGCTAAAGAAGGTGGACCAGATCCA +GAATACAATGCAGCATTAAAAACTGCTATAGAAAAAGCTAAGGCTGATAATATGCCAAAT +GATAACTTAGAAAGAGCTATAGCAAAAGGTGCAGGCGGTGGAGCTAATGAAAACTTTGAA +ACTATAGTTTATGAAGGATACGGACCAGGAGGAGTTGCAGTTATAGTTGAAACATTAACT +GATAACAAAAATAGAACAGCTGGTAATGTAAGATATTACTTCGATAAAAATGGAGGTAAC +TTAGGAACTAGTGGTTGTGTATCATTCATGTTTGATAATAAAGGACAAATATTAATAGAA +GCTAATGATGATGTTACTGAAGATGAGTTAATGGAAATAGCTTTAGAAGCTGGAGCAGAA +GATTTTATAGCTGAAGAAGACGGATATGAAGTAGTAACTGCGCCAGAAGATTTTGCAGCA +GTTAGAGATGAATTAGCAGCTAAAGGATATGAATTCATATCTGCACAAGTTAAGCTAATA +CCTCAAACTACTACTGAATTAACTGATGAAACTCAATTAAAGAACATGAACAAATTAGTT +GATATGTTAGAAGATGATGACGATGTTCAAAATGTATATCATAACTGGGAAATAGCTGAA +TAG +>nadE +ATGCAAGCAAGTTTAAAAACAGATATAGAAATAAAAATAGAAAAAACTGTTGAGTGGCTT +AGAGAAAAAGTAAAGGAAGCTAATTGTAAAGGGCTAGTAGTTGGAGTTTCTGGAGGAATA +GATTCTGCAGTAGTTTGTAACCTTATAAAAAGAGCTTTTCCAGAAAATTCAGTAGGGGTA +ATAATGGAGATAAATAGCAATCCAAAGGATAAGGAAGATGCTTTAAAAGTTATAAATGGG +TGTGGAATAAAACATATAGAACTAGACTTAACAAAGCAACAAGAGGAAATATTAAATAAA +GTATTCAATCAATTACAAAATAAAGAAATATACAATGAAAATAATAAACAAATATCGGAT +GCAAATTTAAGAGCAAGAGTTAGAATGAGTACACTTTATACTGTAGCAAACAATTTAAAT +TACTTAGTAGTAGGAACAGATAATGCAGCTGAAGTTTATACAGGATACTTCACAAAGTAT +GGAGATGGTGGAGTGGATTTACTTCCAATTGCAAATATAACTAAAGCAGAAGTTTATGAA +TGGGCTAAAGTACTTGGAGTACATGAAGATGTAATAAATAGAGCACCATCAGCAGGTTTA +TGGGAAGGACAAACTGATGAAAATGAAATGGGAACTACATATAATATGATAGATGCAGTA +GTAGAAGGTAGATTAGAAGTAGTGCCTCAAAAAGATAGAGAAATAATAGAAAGATTACAT +AGAATAAGTGCTCATAAAAGAGCAGTGGCACCAGCACCACCTAAGTTCTAA +>group_547 +GTGATAATTATAAAAAATAAGCATTTTGACTTTAATATAAAAAATACTATAATCGGTATA +TTCACAGGATTTGTAAATGGTATTTTTGGTTCAGGAGGAGGAACTCTTTTAGTACCTATT +TTAAATAATATTCTAGATGTTGAAGAACATAAATCTCATGCAACAGCTCTTGCTATAATA +ATATTTTTATCTTCTGCAAGTTCTGTTATTTATATTTCAAAAGGTACTTATGACATAACA +TTAACTATACAGGCTGCCATTGGAAGTATTATCGGTGGTATTATTGGCGCAAAATTATTA +TGCAAAGTTACGGGTAGATTCCTTAGAATTTCATTTGGAGTAATTATGATAATTGCTGCT +TTAAGGATGGTGTTTTAA +>group_542 +ATGTTAATCGCAATAATAGGATTCTTTGCTGGAATAATAGGTGGAATGGGTATGGGGGGC +GGTACAATTTTAATCCCTGCCTTAGTACTATTTGCGTCTATTGACCCTAAGATAGCACAA +AGCGTTAATTTACTTTCATCTATACCAATGACTATCTTTGCACTTCTTATACATATAAAA +AATAAAAAAGTTGTATTTAAATTAGTTCTACCAATCGCTTTATTTGGCGTTATAGGAGCA +ATCTTTGGCTCTTTTGTGGCTAATTATCTTTCTTCTGATTTATTAAGAAAAATTTTTGGA +GGATTCTTATTACTAGTTGGTGCATACGAAGTTAGAAAAGGTATCAAAGAACCTAAAGGA +AATTGTAAGAAGAAAAAATAA +>yigZ +ATGAGTAGTTATAAGACTTTACATGATTTTGGTAGTGACGAAATTATAATAGAAAAATCA +ACTTTTATTGGTTATGCTAAACCTATAAAAACTGAAGAAGAAGCTGTTGAATTCGTAAAT +GAAATAAAGAAAAAACATAAGGATGCAACTCATAATGTATGGGCTTATACCGTTGGTCCA +ACTATGAATATTCAAAGATATAGTGATGATGGAGAACCGCAAGGTACTGCTGGAATACCG +ACTTTAGAGGTTATAAAAAAAGAAGATTTAAGAGATGTAGTAGTTGTTGTTACTAGATAT +TTTGGCGGAATAAAATTAGGTGCTGGCGGATTAGTTAGAGCATATACAAAGGGTGCTAAA +GTAGGACTTGAAGCTGCTAAGATAATTGAAAAGGTAATGTATAAGGAAGTAAAGATAAAG +ATAGATTATAATCAACTAGGTAAAGTTCAAAATGAAATTATGAATTTAGGATATTTTATA +AAAGATACTATATATGAAGATAACGTTGAGATAATAGTTTATAGTAAGCTTGAAGAGGTT +GAAGCTTTAACTTCTAGAATGATAGATATAACTAGCGCTACAGCAGGAATAGTATTGGGA +GATGAGTTTTATTTATCGGAACAAAATGGAGAGATTATTTTATAA +>ndx1_2 +ATGATAGTAAGACGCTGTGCTGGTGGAGTTGTATTTTATGCTAATAAGGTACTTTTATTA +AAAAATGATAGAGATGAATGGACATTACCAAAAGGAAAAATTCATGATGGTGAATTAGCT +CAAGAGAGCGCAATCCACAGAGTAAAAGAAGAAACAGGAATAAACGCTACTACATTACAG +GTTGCAGGAGATACTATGTATGAATTCTTCTCAAGAAGCAGACAACAGCAAGTTTGCAAT +GCCATATCTTGGTATGTTATGGAGGCTCAAAATACAGAATACATAATAAAGGGTGATTTC +AAAGATGGAGGATTCTATAAAGTAAAAGAAGCTCTTGAATTGTTAACTCATAATAAGGAA +AAGTCATTAGTTGAAATATCATATAAAAAGTATAAAGAAATTAAGAAAAATAGTTGTGAT +GGAAGTAATGTTGCCGTAAACTATAAATAA +>hflX +ATGCAAGAAAAAAAAGAAAGAGCTTTACTTGTTGGACTTAATATAACGTCCACATCAAGA +AGAATAGATGATATAGATATAAACGAATCAATGGAAGAATTAAAAGAGTTAACAAAGGCT +GCAGGAGCAGAAGTTGTAGGAAGTATAACTCAAAATAGGCAATCAAGAGATGCAGCATAT +TATATAGGTAAAGGTAAGGTTGAGGAACTTAAAGCTTATTGTGAATCATTAGATGCCTCT +ATGGTAATTTTTAACGATGAACTATCAGGAGCACATATAAGAAATATAGAGGAGATAGTG +GGGATTAAGGTTATAGATAGAACTACTTTAATACTAGATATATTTGCACAAAGGGCCTTA +AGTAAAGAAGGAAAACTTCAAGTTGAGCTTGCTCAGTTAAAATATAGATTACCTAGACTT +TATGGTATGGGTGGAGAAATGAGTAGAACTGGTGCCGGTATAGGAACAAGAGGACCGGGA +GAGCAAAAACTAGAAGTAGATAAAAGACATATTTTAAATAAAGCAGCAGATATAAGAAGA +GAACTTAGAGAAGTTAAAAAGAACAGAGAAACTCAAAGAGTACAACGTTTAAAATCAAAT +ATACCGATAGTTGCACTTGTTGGGTATACAAATGCAGGAAAATCTACTTTGCTGAACGAA +TTAATAAAGACACATAAAGATTATGATGTAGAGAAAGAAGTTATGGCAAAAGATATGCTA +TTTGCAACCTTAGATGTAACTTTAAGAAAAGCATTACTACCAAATAAAAAAGAGTTTTTA +GTTGTAGATACTGTTGGATTTGTTAGCAAACTTCCCCATGATTTAGTAGAAGCTTTCAAG +GCTACCTTAGAAGAAGTTCAATATGCAGACTTAATTTTACATGTAATTGATGCTACTAAT +AGTAGTTATGAGTTACAGAAGAAAACTACGGAATCTGTACTTAAGGAACTAGGGGCTGAT +GATAAGCACACGATACTTGTTTACAACAAAATTGATAGATTAGAATTAGATATTTATCCT +AAGAATACAGATGATGTAATTTATATTTCTGCTAAAAAAGGAATAAATATGGAAAAATTA +TTGTATATGATAGAAGATGCATTAATGAAGAATACTTACCCTGTGACTCTTCTATTACCT +TATGATAAAGGACATATTTTCAGTAAAATTAAAGATAAATATAATGTAGAAAACTTTGAA +TATGGGGAAATTGGAATAACACTTGATGTAAATTTAGAAGAAGAAGATTATAATATATAT +AAAGAGTATATATTAGAGAAGTAG +>group_527 +ATGAGTGAAAATTATAAATTCTTTAATCATAAAAAATGTGAGTATTTTCCATGTCATAAA +ACGAATAAACCTGAAGAGTTTAACTGCCTATTTTGTTACTGCCCTTTATATGCTTTAGGA +GAAGATTGCGGTGGTAACTTTAAATATAATGAAAATGGATTTAAAGATTGTAGTAAATGC +CTTCTTCCTCATAATCCTAGAAATTTTGATTATATTATGAGCAGATATAAAGACATTATG +AAGATTGCTTCAAAAAAAGATTAA +>mutS_1 +ATGAAAGAGATAATAGAAATATTAATTGGAATAGGATGTGTGTTTTTAGTTGGATTTTTA +ATTTCTTTATATAACAATATGGTTAGATTAAAAAATTTAAAGAAAAAAATAATTGAAGGT +TATGGTCAGCAAATAGATATTGATGAATTGGATATAAAAATGAATAGAGTATCTAGTTAT +TATGAAAATAAATGCAATGCTAAGATTATAGAGGGTTCAACTATTGTAGATGACATAACT +TGGACTGATCTTAATATGGATGAAGTATTTAAAAAAATTAATAACACTCAGAGTACAGTT +GGACAAGAAAAACTATATGATATGTTAAGACGTAGTTTATATGATGACGATAAGTTGAAA +AATAGGGATAGATTAATATCTTACTTTAAAGAAAATGAAAGTGACAGATTTAACTTACAG +TATATTTTAGGGAAACTAGGATATAGCAAAGAAATATATACATCTAACTGTTTGTTTAAT +GAAGATTTTAATGGGAAAAATAAATTACTAAAATATAAAATATTATCAAAACTACCTGTT +ATAAGTTTGATATTAATATTTTTAAATAAATTTTTTGTATTACCAATGATAGGATTTGCT +TGTCTGAACATATATATCAGTTTAAATGAAAGAAGAAAAAATTATAGTACTGAAGGATTT +ACGTATTTAATAAAGGTTATAAATACTGCAAAGAAAATAAAATCACTAAATATAAATGTA +ATAAACGAAAATTTATATGATATAAGTGAGGATTTAAAGAAAGTTAAAAAAATAAGGCGA +AAAAGTATAGGTAGCGATCCAAACTCACTAATATCAGAGATAAATATTTTAAGTGAATAT +GCAAATATGCTTTTTTTATCAGAATTAATTACATATGAAAAAATTAAGAAAACTATTATA +AAAAATAAAGAGTATTTAATTAATATATATGAATTTGTAGGCAGTATAGATGCTTTAATT +GCTGTAGCATCTTTTAGAGAAAGTTTAGATTATTTTACTAAGCCAGTTTTAAATAAAAGT +ATAGATAAAGAAGAAACACATTTAGAGTTTAGAGAGATGTATCACCCTTTAATTGTAAAC +CCAGTAGCCAATTGTGGGAGCTTTGAAAAGAGTGTTTTAATAACAGGTTCTAATGCTTCG +GGTAAGTCAACTTTTATCAAAACTATTGCTATCAATGCTGTTCTAGCACAAAGTATATAT +ACTTGCTGTGCTAAAGAATATGCATCATCTTACTTTAAGATATATACATCAATGGCTCTA +AAAGATAATGTATTAAGTAATGAGAGTTACTATATAGTAGAAATCAAATCATTAAAAAGA +ATTTTAGATAGTGTAGACGATAGCATTCCATCTTTATGTTTTGTAGATGAAATACTACGA +GGAACAAATACTATTGAACGTATAGCATCTTCTAGTGAGGTTTTAAAAAGTCTTAGTGAA +GACAATTGTATTTGCTTTGCAGCGACTCACGATATAGAATTAACCTATTTATTAGAGGAT +AAATTTGATAATTATCACTTTGAAGAAAATATTACAGATAATGATATTAGATTTGATTAT +AAACTGTATAAAGGTAGAGCTGAGAGCAGAAATGCTATAAAGCTACTAAGTTTTATGGGA +TATAGTGACGAAATAGTGAAAAGAGCACAAGAAAGAGCAGAAAAATTCGTTTGTAAAGGA +AAATGGCAATAA +>rpsD_1 +ATGGCAAAAATGATGGGACCTAGATTTAAACAATGTAGGAGATTAGGATTAAACGTATGT +GGTCATCCAAAAGCAATGGACAGAGCTACAAAAGGAACTTCAAGAGCTGACAAAAAGTTA +TCACCTTATGGAACTCAGTTACTTGAAAAGCAAAGATTAAAAGCTTACTATGGTGTTTTA +GAAAAACAATTTTCTAATTACGTAAAAAAAGCGACAAAATCTAAAGAATCTACAGGTACA +GCATTAATCCAAATGTTAGAGTGTAGATTAGATAACTTAGTTTACAGATTAGGACTAGCT +AGTTCTATAAGACAAGCTCGTCAAATGGTAGTTCATGGTCACATATTAGTAGATGGAAAA +AAAGTAGATATACCTTCTTATGGAGTTTCTGTAGGACAAGTTATATCACTTAGAGAAAAA +TCTCGTAACAATATACTGTTTAAAGAAAGTTTCTTAAGTAATGCCCTTAGCCAATTTGCA +TACTTAAGTAAAGATGTAGATTCATTCTCAGGTACTTTAACGAAAATACCTGAAAGAAAT +GAAGTTCCAATTGAAATAAATGATATTTTAGTTGTTGAATACTACTCTAAACTATAA +>group_584 +ATGAGAGATGCTTTAGAGAATGTGTATGCAACTGCGCTATCAAATACCTTTAAAATGGTG +GCTCCAATAAAAAGAAATATAATAAAAACAGATTGTGAAGTTCATATATTTATACAAGAA +AATGCACTGAATATATTAAAAGCAAATGGATATGAAGGAGAATATGAATTTTTCAAAATG +TATATGCCACAAGTAAATAAAGGATTGGTATGGGCAGATCAAGATTTTAAGTGCTATCAC +CATTTTTATAATCCAAAACTACAAAAGGGTAAATTTGGATATGATGATAATGCATTAACA +GTAGCGAAGAGTTATTATAATAGAAGTATTAAATACTTAAGTATAGGAAATTATGAAAGG +GCAATGTTTTACTTTGGAGCAGCATGCCATATTATACAGGACCTTACAATACCTCAACAT +GCAAAAGGAAAATTATTAGATAACCATAGACAGTTTGAAGTATATGTGAAATCAAACTAT +AAAAAAATGAAAAGGTTTAAAACAGAGGATAAGCCTATACTATTAGATAGTATAGATAGT +TATATAGAGCATAATGCTAACCTTGCTCTAGATTTAGACTATATGTATAGAGGCATAACA +AACTTAACAACAAAATTTTATTTAACGGCGATAAAAGCAATTACTGTATCTCAAAGAACA +ACAGCAGGATGCATGTTAATGCTTTATGATGACTTATATTTTAATTAA +>group_598 +ATGTTATCTAAAAACTTTTATTCAAAAAAACAACATTTACTAAACTTAAAGATTAAGTCA +AAAATTATAATTTTTTCATGTTTATTATTTTGTTTATATTTTTTCTCAAATAATTTAATT +TATGCAAATAATATTGAAAAAGGAGATGCAGACTATCTAGTACCAATTGGTAATGTACTG +CAAATAGATGCAGAGTTAAAAACTATTATCGTCAGAAATGAAATTGAAGATTCTCCATTT +CAAGTAGGAGATGCCATATTAAAAGTTGAAAATAAATCAATAACTAATTACGGTGAGTTT +TCTTCTATTTTGTACTCATTACCAAGCGATTGCAATGTAAAATTAGAAGTAAATAGAAGT +GGAAACATTGTAAATTTAAACTGTAAAAAAGAAGTTTTAGAGAAAATTAATTTTAACAAT +TTAATATCTGGATTTGCAACTTTAACTTATATTAATCCTGAAAATAATGAATTTGGTGCT +GTTGGTCATCCTATTAATGTAGGAAATTCAAGAAAAATACCTATAAAAAATGGATTAATA +TCAACTACTACTGATATAAAAGTTCAAAAATCTTATAAAGGCAATGTTGGAACTATTAGT +GCTAGACGTAATTATAGTATTGGTAACTTTACTGAAAATACTAACTTTGGTATAAAAGGA +AACATAAATAACTTTGATGTTTCTAAATTAGAAAAATATAAAGTTGCTTCTCTTGATGAA +ATTCATTTGGGTAAAGCTGAAATAATTTTACAAAATCAGTCAAACAAATGTGAAAAATAT +GATATAGAAATAATTAATATAGAGAAACAAAAATCTCCAAGCCCAAAAACATTTAAAATT +AGAATTACAGATAAGGACCTATTAATTAGAACAGGTGGTATCGTTCAAGGTATGAGTGGG +ACTCCAATTGTTCAAGGAGATAAAATAATAGGTGCAGTTTCTCATGCAGTAGAAAATGAT +CCTACATTAGGATATGGAGTTTTTATAGGCTGGATGATGAATAATTAA +>yunB +TTGAGTGACTTTAAAAAGACTTCCATAATATTTGCTATACTATTTATAATTTCTTTATTT +ATAGGAAGCTTTTTGTACATAGATAAAACCTTAAGGCCGACAATAACAGTTTTAGCAGAA +ACAAAAGCTTTGGAACTTGCAAATAAATCTATAAATAAATCCGTAGCAGAGGTTGTAAAG +GGGCAAATAAATTATAAAGACCTAATGAATGTGCAATTAGATTCTGATGGTAAAATAACA +ATGATACAAGCAAACACTGTAATGATGAATGAGATGGCTTCCAATGTTGCATTAGAAATA +CAAGATGAACTAAAAAAAGTTAAATCTACAAGCTCTTATATTCCAATAGGAACAGCTTTA +GGTAGCCCAATTTTGGCAAAGTATGGGCCTCAATTAAAAGTATCAATAGAGCCAATAGGA +ACTGTTTCGGTAGATTTTAAAACTAAATTTGAATCTTCGGGAATAAACCAAACAAGACAT +ATTATATACATAGAAGCAAAGACTAAAGTAAGAGTAGTAATACCACTAACAACATCAACT +CAAGAGGTAAATGCACAAATACCAGTATGTGAAACAATAATAGTAGGTGATGTACCACAA +AGCTATGTAAATATACCAGAATCAGGAGTTCAAAGTATAATACCTAATTTAGATAACACA +ACAAATAAATAA +>ponA +ATGAATAATGGCAATAATGAAGACCAAAATAAGATAAGAAGAAAAAAGGTTAGTTCCTCT +AATAACACTAATAAACCTAACAACTCCTCTACTGAAAATAACAGTAGAACAAAGTCTAGA +AAGAAAAATAATAAAAAGGATAAATTTAGATTTTTTAGATTAACAGGAGTATTTATTTTA +GCTTTATTGGTAGTTGTTGCTGCTGTAGGAACTGGGTTGGTATTTTCATCTCTTAAAGAT +GTTCAACCTGTTACAAAAGCGCTATTAGATGAAAAAACTTACCAAACTACAAAAATTTAT +TATGCTAATGGAGATTTATTATCTAATGCTCCTAGTGTTAATAAAAAAGAACCAGTTTCT +CTTGATAAAATGTCTCCTCATCTAAAAAATGCTATCGTAGCTATAGAAGACGAGCGTTTT +TATGAGCATAATGGTGTTGACATTGTAGGTCTTGCTAGATCTGCAGTTAAAACTTTATTA +GGAAAGACTCAAGGTGGTAGTACAATCCCTATGCAGGTTTCAAAAATGTTACTAACATCT +TCAGAACAAACTTTACCTCGTAAGGTAAAAGATATTTATTACGCTTATGAAATGAGTAAA +ACTTTATCTAAAGAAGAAATATTAGAAGCATATTTAAACAATTTTTCCGTAGGTAGAGGA +CTTATTGGAGCAGAAGCTGGAGCTCAAGGATATTTTAGCAAAAAGGCTGAAAAATTAGAA +CTAGAAGAAGCTGCTTTACTTGCAGGTTCAACTAAAAATCCATCGGCTTATAGAGCTTAC +AATGCTGAAAAGTTAGATGGTACTGAAACTAAAGAAGATTTAGAAAACAAAATATTATTA +TATACACATACTGCTGATGATGATTGGGATGATTCAACTGATATCGACTTAAATATGCTT +CCTAAGCTAAAATCCTGGGGGCTTATTGATAATGATACTGCTGACCAAATCAGAGCGGGA +ACACTTATAATTAGAAAAGCTGTTCTTAATCCTAAAGCTAAAGCAAGACAAGAAGTAGTT +TTAGGTAAAATGTTAGAACTTGGGTATATAACTCAAGAAGAACATGATAAGGCTGTAGCT +GCAAAAATAGAAATTAAATTACCTAAAGTTGAAGACCCTGTTGTTTCTTCAGTTCAAGAC +CTTATAGAATCTGAAGTTGTAAAAGCTTTAATGAATCAAGGTCATACTTGGGATGAAGCA +GATAATTTATTCCGTAATGGTGGTTTACATATACAAACTACTATAGACCCTAATATGCAA +GATGTATTAGAGGAAACATATGCAAATAACTCTAACTTCCCACAAACTAGAGACAACGGA +ACTGGAGTAGTTCAGCCTCAATCTGCGATGGTTATACTTGATTATAGAACAGGTCAGATT +AAAGCGCTTGTTGGTGGTAGACACATAAAAGGAAGAAAGACTCTAAACAGAGCTACTACT +GCTCAACAACCTGGTTCTACTATAAAACCTTTATCAGTATATACTCCTGCTATAGACACT +TTAGAAATTACTCAAGCTGATTCTTTAAGTGATGCTAGGGGAGGATATGAATTTAATCAA +AATGCAAAATGGAATCCAAGTACTACAACTGCTGGAAGTGGATACATGTCTTTACGTAAA +GCATTAGCTTATTCTTCTAACACAATAGCTGTAAAAACAGCTGAGATGTTAGGCGATAGT +TATGAAGAATGTGTAGATGTTATGCTTGACTACTTAAAGAACTTTGGAATTTCAACTTTA +AAAGATAGTAAAACTGGTGATATAAATGAGGGAGATAGACGTTTCCCTGCTTTAACACTT +GGTGGTATGACATATGGTGTTTCTCCATTAGAAATGGCTTCTGCATACGGTACTCTTGCC +AACGGAGGAGTTTATATAGAACCTACTATATTTAGTACTATAAAGACTTACGATGGTACT +TTACTAGTAAAGGCTAGTCCACAAGAAAATAGAGTTGTAAGTTCAGAAGTAGCTTACGTT +ATAACAGATATGTTAAAAGCTGTTGTAACAGAAGGTATCGGTGGAGCTGCTTCTATCGGT +GGAAAAATTGATGTTGCCGGTAAAACTGGTACTACTAATGGTAAGTTAGATGCATGGTTT +GTAGGATATACACCATACTATGTTGCATCTACTTATATAGGTGATGATGCAGGTAGAAAA +GACCCTAATACACAAAAAACTATACCTCGTCAAGGAGTTGTTGGAAGTAGTTCAAGTGCA +GCTAAGTTATGGTCTACAGTTATGAAAAAAGTTCATGCAAATCTAACTGAAGCACACTTT +ACTCCGCCAGATAATATATACTTTGCTAAAATTAACTTAATTGATGGTGGAATTTCTTCA +ACTGGTTCAAATGCAGCCTTTATAAATGGTACAGCTCCAAGAAGAGTTAGTACTCAACAG +GTTGTTAAGCCACCTAAAGAAGAAGAATCTCAAGAAGAAACTCCAGATAACAATGATACG +TCTTCTGATCCACCTGATAATGATAATAGTAATAGCGACAACAATAACAATAATAACAAT +AATAACAGCAACAATAATAGTGATAACAACAATAGTAATAGTAATAACAATAACAGTAAT +AACAATAGTAACAACAATAATAATGATGGTGGAACAACTACTCCACCTGATAATAGTGGC +GGCGGAACAACTACTCCACCTGTTGAAGAACCAACAGAATAG +>group_567 +TTGTTAATGGATTATGTGAAGGTATTTATAGTAGGAGGTATAATCTGTTTAATAGCTCAA +ATAATGATGGATTATTTCAAACTACAGACACCATATGTAATGGTAACTTATGTAACAACA +GGTGTTATATTAACTTTTATAGGATTATATGAACCTTTAGTTGACTTTGGAGGTTCAGGT +GCAACAGTACCTATAATAGGATTTGGATACTCTTTAGCGAAAGGAGTAATAAAGGCTATA +GGAGAAGATGGATTTCTCGGTATTTTTACAGGAGGTACAATTGCTACAGCAGGAGGTATA +GCAGCAGCTATATTCTTTGGGTATAGTATGGCTGTAATATTTAATCCAAAAGCTAAGCCT +TGA +>spoVAD +ATGAAGAACAAAAGAATAGGAAGTAGAACTGTAGAAATGCAGCATATGCCGGTTATTATA +TCCACAGCTTCTATTGTTGGCCCTAAAGAGGGTAAAGGTCCACTTAGAGATTATTTTGAT +AGAATATTAGATGATGATTTAGATGGTGAAAAAACTTGGGAATTATCTGAATGTAAAATG +ATGAAAGATACGATTGAATTAGCTATAAAGAAATCAGATAAAGGATTAAAAGAAGTAGAC +TACCTTATTGGTGGAGATTTAATAAATCAAATATGGCCATTTTCATTTGCAGCTAGGGAT +TTAGATGTACCTTTTATAGGTGTATATGGAGCTTGTTCTACCATGGCTCAAAGTATGTGT +TTAGGAGCTATGTTAATAGATGGAGGATTTGCTCAAAATGTACTAGCAGGTACATGTAGT +CATTATTGTACAGCTGAAAGACAATTTAGATTTCCTTTAGAGTTGGGTAATCAAAAACCA +ATGACAGCGCAATGGACAGTAACTGGAGCTGGCTGTGTATTACTATCTCAATATGGAGAT +GGACCAAAAGTTAAGTATGTTACTATAGGTAAAATTATAGATAAAGGTATAAAGGATGGG +AATAATATGGGTGCAGCAATGGCACCAGCAGCCATAGATACAATACTAGCTTACTTTAAT +GATACAAATGATGATCCAAATAGTTTTGATTTAATAGCTACTGGAGATTTAGGTACAGTT +GGTAAAACTATAACTTTAGATCTATTAAAGCAAAAAAATCTAGATATATCTAAGGTTTAC +ACTGATTGTGGATTAGAGATATTTGATTTAAAAGGGCAAGATGTTCACTGTGGTGGTAGT +GGATGTGGTTGTTCAGCATCAGTATTTTCTGGATATATATATGACAAGCTAAAGAAAAAA +GAATTTAATAAAGTAATGTTAGTATCAACAGGAGCTATGTTATCACCAAATAGTACATTG +CAAAAGCAAACTATACCTTGCATAGCAAATGCAGTTGTAATAGTAAATGAATAG +>group_586 +ATGGGAAAAAAAGATGATTATAACAAATATGTAGATCAGGTAAGTCCAAAGCCTACATAC +GTTAAGAACTATATTCTTGCATTTATAGTAGGCGGAATAATTTGTATGATAGGTCAAGGT +ATTAATGACTTTTTCATGAAGGTTATAAACCTAGATAAGTTAGCAGCATCATCAGCTACA +TCTATTACATTAATTTTTATAGGTTCCTTTTTAACAGGGCTAGGTGTTTATGACCTAATA +GGAAAAAGAGCAGGAGCTGGATCAATAATTCCTATTACAGGTTTTGCAAATTCAATAGTA +TCTCCAGCAATGGAGTTTAAAAGAGAAGGTTATGTTTTAGGTGTTGGTGCAAATATGTTT +AAAATCGCAGGACCTGTTTTAGTTTATGGAGTAGGATCATCAATATTATTTGGATTTATT +TATTATCTAGTAAAAATTTTCATATAA +>group_612 +GTGAAGTTATTCTTAGTAATATATGGTGTATCATCGGGAATAATAGTTGGAGCAGGGGTA +GTTGCAGTGTTAATATTAATAGGTTTAGTGCCTAGAATATCTCATATAACTAATACAAAA +GAATTTGTAAACTTATATGAAAATTTATTAGTTTTAGGTACATTTTTTGGAAGTATATTA +TCGCTTCATAATATAGGAATTAGTGGAGGTAAAATACTAACTATAATAGCGGGCTTAGCC +TATGGAGTGTTTTTAGGGTTTTTAAGTTCTGGGATTACAGAGGTAATATATTATATTCCT +GTAATATCAAGGAGGTTGAAGTTACCAAGTATATATTTAAAATATATAGTTATATCATTA +ATTATAGGTAAGGTTATAGGATCACTTATAGGATGGGCAATAATTTAA +>sigF +ATGGGGATAACTGCTAATAAAGAAGAAAAAAAGAAATTGCTAAGCCATGAAGAAACATTA +GAACTAATTGAAAAAGTTCAAAATGGCGATGAAGAAGCCAAGGAAATTTTAATAAAAAAT +AATTTAGGATTAGTTAGAAGTGTAATAAGTAAATTTTCAAATATAGGTTACGAGAGAGAT +GATTTATTTCAGTTAGGATCGATAGGATTAATTAAGTCCATATATAAATTTGATCCGAAG +TTTAATGTGAAATTTTCTACATATGCTGTCCCGATGATTTTAGGAGAGATAAAAAGATAT +CTTAGAGATGATGGTATGGTTAAAGTTTCAAGGTCTTTAAAGCAAATAGCTATAAAGGCG +AAAACACAGACAGAAATATTAACAAAGAAGCTAGGTAGAGAGCCATCTATTGAAGAGTTA +GCACATGAGTTAGACGTAGAAAAAGAAGATTTAGTAATGGCAATGGAGGCGAATTTCTCT +GTTGAATATCTTCATGGAGTAATTCATGAAGAAGAAGGTTCTCCGATTTGTCTGATAGAT +AAAATTAGCTTAAAAGGAGAAAATGAAGAAGAAAGAGTAATTGATAATCTATTACTTAAA +CAAGTATTAGATAAGTTAGAAAAAAGAGAAAGACAAATAATTGTACTAAGATACTTTGAA +GATAAAACACAAAGTGAAATTGGAGATATATTAAATATATCTCAGGTACAAGTATCTAGG +ATAGAAAAGAAAGTTCTATCTAAGCTAAAGTCATATATTAGTTAA +>spoIIAB +ATGAGTAATATTATGGAAGTAAGGTTTTCTGCCAAATCTGAAAATGAAAGCTTAGCAAGG +GTTATAGCTGCATCTTTTGCAGCAAAGTTAGATCCAACTTTAGACGAGATTGCAGATATA +AAAACAGCAGTATCAGAAGCTGTAACTAATGCTATCATACATGGTTACGATGAAGATGAA +TCAAAATTTGTATATTTAAAATGCAAGATAGAAGGTAATAAAGTAGAAATTATAGTTGAA +GATGAGGGACATGGAATAGAAGATGTAGACTTGGCTATGCAACCGTTATATACATCAAAA +CCAGAGCTAGAGAGATCAGGAATGGGATTTTCTGTTATGGAAAGCTTTATGGATGATGTA +AAGGTAAGTTCTATAAAAAATAAAGGGACAAAAGTTATTATGCTAAAAAATATAAACTTA +CCTAAATAA +>spoIIAA +ATGGTAAGATACTCTTTGAATAATAAAAACTTACTAGTTAAGTTTGAAATGACAGAGTTA +GATCATCATGTATCAAGATCTATAAGAGAAGAAATTGATGAAATATTAATGACAAAATCA +GTAAAAAATATAATATTTGATTTTAAAAATATTAACTTTATGGATTCTTCAGGAATAGGT +GTAATTATAGGTAGATACAAAAAGATCTCTAGCGACAAAGGGACAGTATCAGTGATAAAT +ATAAATCCAAGAGTAAAAAAGGTGTTTGATTTATCAGGAATGAACAAAATAATAAATGTT +TATAGTTCATATGAAGAAGCACTAAGTTCTTTGTAA +>ynfE +GTGAAGACTGTTAGTCAAGGTTGCACCTTAGACTGCTTTGATGCATGTAGATTAAAGGTT +CATGTTGAAAACAATAAGGTTATTAAGATTGAAGGTGATAAAGAGCATCCTTTTACGAAG +GGATTTATTTGTAATAAGGGGAGATCTCATTTAGATAGATTAAATCATCCAGATAGAATT +TATAATCCTTTACTAAAGGTAGATGGAGAATGGGTAGAGATTACCTTTGAAAGAGCAATA +GAAATAATGGCAGAAAAGCTTAATTTTTATAAAAATAAGTACTCCTCACAGTCCATCATG +TATTATGAGCAATATGGAAATGGAGGATTATTAAAGTCTATAGGAGATATATTTTTTAAT +TTTTATGGTGGAGTAAGCAAACAAAAAGGAGGTCCTTGCTGGAGTGCTGGAATTAAGGCT +CAAACTTATGACTTTGGAGATGTTAGAAGTCACTCTTTAGAGGATATGAAAAATAGTAAA +AATATATTTATATGGGGGAAAAACCCTGCATATACAACTATACATACTATGCAGATATTA +CAAAATGCAAAATTAAATGGATGTAAAGTTATAGTTATAGATCCAATAAAAACTTCAACT +GCAAATATTGCTGATTATTATATACAAATAAATCCTGGTACAGATGGAGCTTTAGCAATG +GCTATGACTAAGATTATTATAAAAGAGAATCTTTGCGATAAAGAATATATAGATTCTTAT +GTGCTTGGATATGAAGAGTATAAGAATTATCTAGATACTTTAGAATTAGATTATTTATCT +AGAGAGTGTGGTATTGAATTAGATACGATTAAAGAATTAGCTAAACTTTATGGCCAAAAA +TATAGCTCTATTTGGTTAGGCTATGGAATGCAAAAGTATAGAAATGGTGGTAATACAATA +AGAGCAATAGATGCTTTAGGAGCAATTACCGGACAAATAGGGTACCCTGGAGGTGGTATT +AATTATGCTAATAAAGTGTACCCTGCTATATTGAACACAGATCCTTATTGTAGTTATGTT +TATGCACAGAATAGAGAGTTTTATGTGCATAAGTTGAGTGAATTTATAGACAATTCTATA +AAATGTACAGTGAATAATGGGGATAACGCTGTTTTAAAGATGGCTGTTATAGTAAAAAGT +AATTTATTAAATCAGTTACCAAATTTAAATAAGTTGGAATCTTCTTTCGATAAGATTGAG +TTTAAAGTGTGTTTTGATATGTTTATGACAGATACAGCAAGTCAATGTGATTTGTTTATA +CCATGCTCAGCAACTCTAGAAAGTGAAGATTTATTATATAGTTCTATGTGCAATCCTTAT +ATAACTTATAATGAAAAAGCAGTAGAGCCAATGAACAAGTTAATGGATGAATACTATTTC +TTTAGGGAGTTAGCTAAGGTTATGAAAATTAATAACTATCCACAGGTATCAAAAAAAGAA +TATTTAAATAAAGTTATTGAACCTTTGAAGACTGTTGATAAATCTATAAACTTAGACAAA +ATAAAAAATGAATATATTACTATACATAAAAGTATTCCTTGGAAAGATAAGAAGTTTGAA +ACTCCATCGAGAAAATTTGAATTATATTCTAGTAAAGTTAAAAGTTTGGGTATAACACCT +ATACCAACTTATATTGAACCTGAAAAAATAAGGGGGGGTGAGTTTAGATTAATAACAACT +CACCATAGAGAAACATTATTTAGTCAACATTATATGGATAAAAAAGGTATTTCTAAAGCA +TATATTAATGAAGAAATGGCAATAATTAGAAAAATAGCCAATAACGAGATTGTAAGTCTT +CAATCGGAAAATGGTAAAATAAATGTACAAATAGTAATAGACAATAATGTTAAGGATAAT +ATAGTCCAAATGTATGTTGGATGGTGGAAAAGACATGGTAATCCCAATTTTATTACAAGT +AGCAATGTATCAGATTTAGGTGGTCAAGTAACTTATAACGAAACCTTCGTAGACATAATA +AAACAAAACTAG +>yrbG_1 +GTGATATCTACATTAATTCTATTTATAATAGGATTTATATTAATAACTAAGGGGGCAGAT +ATATTTATAAATTGTACAGTTGAAATAGGGAAAAAAACTCATGTGTCAGAGTTGGTATTG +GGGGCTACAATAGTTAGTTTTGCTACAACTCTTCCAGAACTAACAGTATCATTATGCGCA +TCAATAAATAATCAAACGACAATGAGCTTAGGAAATGCAGTAGGGTCTATAATATGCAAT +ACAGGATTAATATTAGGTCTAGTAGCTTTTATTAGTCCATTTAAAGTAGATAGAAAGATG +TTCTTATCAAAATCTACTTTGTTGTTAATTTCAATTTTGGGACTAGTAATAGTCGGCCTA +GATGGAACTGTAAACGAAAAGGATTCTATAGTACTCCTAATTATATTAGCTATATTTATG +TATACTAATTATAAAAGTGTTACATCTGAGAAAGTAAGCAAAAGAAGTGCTGTAAATCTT +CAAGAAAAGAAAAATACAGATACTAAAGTAGGGGAATTACTAAAAATCATCTGTTTGTTT +TTATTGGGGCTAGTTATGATGGTAGCCGGATCTAGGTTGCTGGTAGATAATGGTTCAAAA +CTTGCTGAATTTATAGGAATACCTCAAGGGATTATAAGCTTGACAATAATAGCATTAGGA +ACATCTTTACCAGAGTTAGTATCATCATTAACGGCAATAAGAAAGAAACATCATGCTATA +TCTGTAGGAAATGTATTAGGTGCAAACATATTAAATATAACATCTGTAATAGCATTATCG +TCAATACCTAACGACATACCTATATTATCTCAAAATGTAAATATTGATTACCCTTTTATG +ATAGCTTTAATTCTTGTTCTTATACTACCTACAATTAAAAAGGATAAACTTTATAGGTTT +CAAGGCTTAATGTTATTACTACTTTATGGAGCTTACATAACAACTTTATACTTTATGTAT +ATGTCTTAA +>pflA +ATGATAAAAGGAAGAGTTCATTCAATAGAAACATTTGGTACAGTAGATGGACCAGGAATA +AGATTTATACTATTTATGCAAGGATGCCCATTAAGATGTAAATACTGTCATAACAGAGAT +ACATGGGATACAAAATGCGGTACTGAATATACTACAGATCAAATAATAACACAAGCACTT +AAATATTCTTCATATATGAGATCATCTGGTGGTGGTATAACAGCATCTGGAGGAGAAGCA +ACTCTACAACCAGAATTCTTAGCTGAATTATTCGCTAAAGCTAAAAAGAACAAAATCCAT +ACATGCTTAGACACTTCAGGTTTTGTAAATATAGATACAATAGCTCCAGTTCTAGAAAAC +ACTGATTTAGTTTTACTAGACATAAAGCATATGGTTGAAGAAAAAGCGAAAGAATTAACT +GGTGTGGGAATTGAAAAGACTTTAAAGTTAGCTAGACACTTAAGTGATAGAAACATACCA +GTTTGGATAAGACATGTATTAGTACCAGGAGTTACTGATGACCAAGAAAACTTAGAAAAA +TTAGCTGAGTTTGTTAGTACTTTAAATAATGTAGAAAGATTTGAAATATTACCATACCAC +ACTATGGGAGTTCATAAGTGGGAGAATATGGGATTAGATTATGAATTAAAAAATGTTGAG +GATGGAACTCAAGAAGATATAGATAGAGCGATAGACATAATGTCTAAATACGAAGTAGAA +ATATTTAATAAAAGATCAGCATAA +>group_559 +ATGACAAGAAAAGAATTGAAAACTAGAGCGAAACAACAATTAAAAGGTAACTGGTGGACT +GCCATAGGAGTTATATTAATAATTGCAGTTATTACAGGTTGCTTAAGTTTTTTAAGTGTT +AGATGTGATGAGAGTATATGGGCTCCTACATTACTGTGTATAGTTGCTTTTTTAATTACG +GCACCATTAGGATTAGGGCAGTCTATATTCTTTTTAAAATTAGCTAAAAATAAAGATGGA +AAATGTTCAGATGTATTTTTAGGTTACAAGAATTTCTTAAAAGTAATAGGAGTATCAATT +TTAGTTGAAATAATTATATGTATAGGTTTTATTTTATTGATTATACCAGGTATTATTTTA +TCTATTATGTATTCTCAAGCGTATTATATATTAGCTGAAAATCCTAATATAGGAATTGTA +AAATGCTTAAAGGAAAGTAGACTAATGATGCGTGGTCAAAAATGGAATTATTTTGTGTTG +ATGTTAAGCTTTATATTATGGGGGATATTAACAACTATTACATGCGGAATAGCTGGATTG +TATGTCATACCTTACTATGAAGCAACATTTACTAATTTATATTTAGATATAAATAATAAA +ACTGAAGTAGCTTAG +>thiI +TTGTACAATATACTAATAGTTAAGTACGGGGAAATAGGTGTTAAAGGAAAGAATAGATAC +CTATTTGAAAACAAACTAGTAAAAAACGTTAAGAATATGCTAAAACCAATAGGAAAGTTT +GATGTATATAAAGAATACGGAAGAATATATGTTAATTTAGAAGATCATGACTACGAAGAA +GTAGCTGAAGAAGTAAGAAAAGTATTTGGTATAGTAGGAGTTTGTCCAGCAATAAGGGCA +GAAAAAGATTATGATAAATTAAAAGAATTAGCACTTCAAGTACTAGAAGAAAAAATAGAA +TCGGGTGCTAAGACTTTCAAAGTAGAATCAAAAAGAGGAGATAAAGATTTCAAATTTACT +TCTCAAGAAATGAGTATAGATATAGCTGGATTCTTAGTATCTAAAGTTCATGATAGAATA +GGTGTAGATATAAGAAATCCAGAAACTAAGATAATATGTGAATACAGACAAAATCACGTA +ATGGTATACAGTGATACAATACCAGGATACGGTGGATTACCACTTGGAACTAACGGTAGA +GCAATGTCTCTTTTATCTGGAGGTATAGATTCTCCAGTTGCATCGTGGATGGTTGCTAAG +AGAGGTATGGAAATAGAAGCAATACACTTCCACACATACCCATTCACTAGTGAAAAATCA +CAAGAGAAAGTAAGAGACTTAGCTAGAATATTATCTAAATACTGTGGAAGACTTAGACTT +CACAAAGTAAATATATTAGAAATACAAAAAGCTATAGGAATGAACTGTAACGATGAAGAA +ATGACTATAATATCAAGAAGATTCATGATGAGAATAGCTCAAGCAGTAGCAGAAAGCAGA +AGATGTGATGCTTTAGTTACAGGAGAAAGTATAGGACAAGTTGCATCTCAAACAATACAA +GGATTAACTTGCACAAATGCATCTGTAACTATGCCAGTATTCAGACCGTTAATAGCTATG +GATAAGACTGAAATAATAGATATAGCTCAAAAAATAGGCACTTTTGAAACTTCTATATTA +CCAGAAGAAGATTGTTGTACAGTTTTCGCACCAAAGAAACCTGTGACTAAGCCAAGATTA +GAAAGAATAGAGAAGTCAGAAGAGAAACTAGATGTAGAAAAGTTAATACAAGATGCTATA +GATAATATAGAAGTAGAAGATATAGAATTTTAA +>ansA +ATGACTAATAAGAAGAAAGTTGCTATAGTTTTCACTGGTGGAACTATATCTATGACAGTT +GACGAAAAAGTTGGAGCCGCAATACCTACTTTATCTGGGGAACAAATAATGTCTATGGTG +ACTAATATTGATAAAGTTGCCGATGTTGAAGTTTTAAATTTCGATGAAATTCCAGGACCT +CATATGACACCTGAAAGAATGATGGAATTAAAGCATTATGTAAATAATTTATTAAAAAGA +GAAGATATATGCGGTGTTGTAATTACACATGGTACTGACAGTTTAGAAGAAACTGCTTAT +TTCTTAGATTTAACTATAGATAATGAAAAACCTGTAATAGTTACAGGCGCTATGAGAAGT +AGCTCTGAACTTGGATACGATGGACCAAGTAACTTATCTGGTGCAGTTTGTACAGCTATC +TCAGATAGCGCTCGTGGAAAAGGAGTTCTTATTGTATTAAACAATGAAGTCATAGCAGCT +TCTGAAGCTACAAAAACAGATACACTAGCTTTAAATACTTTCCAATCTGTAACAGGAGGA +CCTTTAGGTGTAATAGATTGTAATGAACTTCTTTTATACAAACACATAGCTAAAAGAACA +ATCATTGATACAGATACTGTAGAACCTAATGTAGCATTATTTAAAGCAGCAGTAGGAATG +GATGAAACTTTTATAAAACTAGCTGTAGATAATGGATATAAAGGTATTGTAATAGAAGCA +ATGGGTAGAGGTAATATACCTCCCAGAATGTATGAAGGTGTAAAATATGCTAGGGAAAAT +AACATACCAGTAGTAATAGTTTCAAGATGCCACTCAGGTAGAGTTTTCGATAGTTACGGA +TACTTAGGCTCAGGAAGAGACTTAAGGAATCTAGGATGCATCTTTGGAGGAGACCTGCCA +GGTCATAAAGCTAGACTAAAGTTAATCCTTGCACTTGGAAAGACAAATAGTTTAAATGAA +ATAAAAGATTATTTCGAAGAAGGAATTTACTACTAA +>group_529 +ATGAAGATTTTAAATGTAGTTATACTTTGTATGATGATTTCGATGTTTTCTGGATGTAGT +GTTAGTGAGCCAGATACTAACATAGCAAGCAGTAGTTCAAATAATAGTGATATAAATTAT +GAAGATGAAGATAAAAAGCAAGAAGAAAGGAGTAAGCAAACTTTATGGACAGTATTAGAT +AAAGACGGTAATGATAAAGAAATGTTAAAGGATGATAATAAGGATGTAGAACAAATAGTA +GATATTATAGATAAACATTGTTTAATTGTAGATAATAGAGATTTTAATAAATTAAATTTA +GAGAATGAATATAATTTATATAGTGATAACTTTATTAAAGTTTTAAAAAAAGGAAATTAT +AAAGAATCAGTACAGTCAATGTATGAAAGTAATAAATTGGCTATAAAACATGAGAATTTA +GTATGGTATCGCAATTACTTTAATGAAGATATGACTACTTGCAAGGTGACAGTTGAATCA +GAGTTTATAGTTAAAAAAGCAAATAAAGATTATCTTGATAAAAATCAAATGAATTTAGAT +GAAGTTTATCAAGAGAAAAGAATATACTATCTAGAAAAATTAAATAATAAGTGGAAAATT +GTTAATATAGAAAAAGGAGCTCTAACGAAAAGGAGTAAAGCTGAATAA +>group_582 +ATGTATAAAATCTTAAAAAAGATCTCAGGGTTTATAATGACATTATTGATGGTTATATCT +ACTGTTTTTACTTCATCGACTTATGCAGCCGATCAGCCACCTAATCCTTTGATCAAAGAA +GGATATACGCTAGATTTTTCAGATGAATTTAATGGACCAGAGTTAGATAAAACAAAATGG +ACAGATTATTATTTACCTCACTGGACGAAAAATCCAGAAAATGCAAAAGCACAATATAAG +TTTGAAGATGGTTCTTTAATAGAGTATATAACTGAAGACCAAAAGCCTTGGAGTCCTGAG +CATGATGGAACAGTTCGTTCATCAGCTATAATGTCATTTGATAAAAACTGGATTCATAAC +TTTAGTGGTACTACAGATAATCAAGATAGAGAACCTTGGGTAGGGTATGCTACTACTTAT +GGATATTTTGAAATACGTGCAAAGTTTGCTGACTGTAGTGGAGGCGGTCATCAAGCTTGG +TGGATGGTAGGTATGCAAAATGATACTGATGACTGGTTTAACTCAATGGAAACTGGAGAA +ATAGATATTATAGAATCTTTTTTTAGTAAGCCAGATACTTGGAGAATAGCAGCATATGGA +TGGAATGATCCAAACTTCCAAACAAGTTGGATGATTTCTGAAGAGCCAGTCCCATCAGGA +GACCCAACGTCTGAATATCATATATATGGACTTGACTGGTCACCAGGAAGCCTTAAATTC +TATTATGATAACGAATTATATAAAGAAATAAATCAAGCACCAGACTATCCAATGGGTACA +ATTTTAAATATATACACAGATGCAGGTTCAGGAGAGCATAATAATGTTTGGCCTAAACAG +TGGGCTATAGATTACTTCCGTGTTTGGAAAAAAGATGGTGGTTATGAAATACCTTCATAC +CATATAAAAAATAGAGAAACAGGAAAGTACTTATACATAGAAGAAAATAATGATAAAGTA +TCATATGGAGATCTTAACGAGTTTGATACAAATGGAGTTTGGAAAAAAGAACAAGCTGGT +GATTACATTAGATTAAAAAATGAAAAAACAGAAGATTATCTTCATGTAGAAAGTCAAAGT +GGATTTTTAGAACATGGAAAAGTACCTAAAACATACTATAGTGCTCAGTGGAAATCAGAA +AATGAAGGAAATTACTTAAGATTTAATAATAGATGGAAAAATAATTCATATATCCACATA +GAAGACCAAATGGGTGTAGTTCAATATGGAAATGTTCCTAAGGAATATTGGAGTAGCCAG +TGGGAGTTAATCCCAGTGGATTTAGAAGTTAAATAG +>group_610 +ATGGCAAATATGTCAGGAACAGAACATGCAGTTGAATTATCTAAACAAATGCCTACCTTA +GCAGTAGGAGTGCATTTAACATTAACATGTGGTAAGCCTATTTTAGGTAAAAAAGTAAGT +TCATTAATTCGTAATGATGGAAACTTTTATAATTTATGTGATTTTGAAAATGAAAATGTA +AAAATTGATGAAAATGAACTTTATGATGAGTGGAAAACTCAAATAGATAAATTATATTCT +CTCGGGATTAAGTTAAGCCATATTGATTCACATCATCATATACATACATTTAATCAGACC +GCTGAAATAGTAAAAACACTTTCTAAAGAATATAACTTGCCAGTTAGAAACTGTAATAAA +GCAGTAGATGATAATGATATAAACTTTTTAGATTTATGTAATTATGAACCTATAAGAGAT +ATGTCTAGCAAGTATATATCAGTTAGAGAAAAGTGTTTTGAAATTATAGAATCAAATATA +CTTAAAAATATTGAATTTAAAAAAAGTGAAGCAATGTGTCATCCTGCATTTATAGATAGT +CCACTACTAGAGGGATCATCTTTCAATATACCTAGGGTAAGAGAAGTAGATATACTATGT +GATCCGTATATGAGAGAGCTTATAAATAAATATGATATAGAGCTTTGCAATTATAATAAT +ATATAA +>glvR +ATGAGCAAAACATTTCATGTAGGAAGAATCTTTAAAAATCAGAATTTATCAGATTCAGAA +GTGAAGATACTTGAGTACATATTTACAAACCCAGAAAAGATAAAAAAAGAGGGTATAAGA +CAACTTGCAAAATCAAACTTTACTTCTACTGCGTCTATTATTAGGTTAGCAAAAAAACTT +GGGTACAGTGGATACAACGAATTAATTTTTGATATAAAGAGAATGACATCGGATACTTTA +CATAGTAACACCTACAAAGAAAACGATTTCATGTGGAATTCAAAAAAACCTCTAACTAAT +TTTAATGAGTTATCTAAAACATACTTAAATAAGGAAAAATATATTTATCTATATGGAGAG +GGATTTTGTGAATTTGTAACAGGATACATACATAGAAAACTTTTAGTGAAAAAGTATAAT +GTTATATTGTTACATGGTCTAGAAATACCTATAGTATATGAACAAGATCACAATCCTACC +CTAATAGTAATCTCTAAATCTGGCGAAAATTTTGCATGTATTAGAAAAATTGAACAGTTA +ACTAATCTTGGAGGAGATATTCTATCTATAACTTCCAATTCTAATAGTAGCATTAGTGTT +ATGTCTGATGTGTCTCTTTCTATACCTGTTCGCTATATAACAGATAGCAAAAATGAAGAG +TTTACAACTTTTTATGGAGATAGTATAAATCTATTAGAAGACTTATTCTCTAGAGTTTAA +>artQ_1 +ATGGATTTTAGTTTTTTTAGTAAATACAGTAGCTTATTTATTGAAGGCACATCGGTAACA +GTAATAATTTCATTAGTAGCGTTAGTATTTGGTTGTATTATGGGTATGTTAATTTGTTTA +ATGAAGCTGTCTGCTTTTAAAGTATTAAGAGCAATTGCTACAACTTATATTGAAATATTA +AGAGGGACACCTCTATTTGTACAAATATATATAATTTATTTTGGATTCCCTCAAATAGGA +ATAGATTTCCCAAGTATATTTGGTATATCTAGCGATTTTATATCAGGTGCTTTTGCATTA +TCAATTAACTCAGGGGCGTATGTAGCAGAAATTTTAAGATCAGGGATACAGTCAGTTGAT +AATGGACAAATGGAGGCGAGTAGATCTTTAGGATTAGGATATGCATCAACTATGAGACAT +GTAATAATACCTCAGGCTATAAAAAACATATTACCATCTTTAGCAAATGAATTTATAACA +CTTGTAAAAGAATCAGCAATAATTTCTGTTATAGGTGTAAGAGAGATAATGTTCACAGCA +TCTATAGTTAAAAATAAGACTTTTAAGCCATTAGAACCTTTAATAGTAGCAGCTATTATA +TATTTTGTATTAACATTTACATTATCTAAATTAGTAGGAAAATTTGAGAAAAAGCTTGCT +AAGGCTAATGCATAA +>artP +ATGAAAGGAATAAAAAAATTATTAGGATTAGGATTAGCATTAACTTTATCATTAGGAATG +GTAGCATGCAGTTCATCAGGAAAGGACAAAGAAGAAGTAGGGGATAAATTACAACAAATA +AAAGATTCAGGAAAGTTAGTTTTAGCAACTAGTGCAGACTATTCGCCATATGAATTTCAT +GCAATGGTAGATGGTAAAGATACAATAGTTGGATTTGATGTTAGTATAGCTAAGGCAATA +GCAGATGAAATAGGTGTTGAATTAGAAGTAATGGATATGGATTTTGATGGATTACTAGGA +GCATTGAATGCAGATAAAGCAGATATAGTATTAGCTTGTATGACTCCTGATGAAGAGAGA +GTTAAGAATGCTGATTTTTCAGAATTATACTATGAGGATAAAAATGTAGTTATAGTAAGA +AAAGATGAAGAAGATAAAATTAAATCTGATGAAGATTTAAAAAATATAAATGTTGGAGTG +CAAAGAGGAAGTACTCAAGAAAGGTTTGTTGTAGATACATTAGGGAGTACAAACTACAAG +AGTTTAACTAAAATACCTGATTTAATGTTAGAGCTTCAAAATGGAAATATAGATACAATA +GTAACAGGTAAAAATGTAGCAGCTATAAATGTTCAAAATTATGACAATGTAGCTATAGGA +AATAGTAACGTAGGCGAAAATTGCGAAGAGAGTGGAGCCGTAGCCCTAAAGAAATCTGAC +GGTAATGATTCTTTAGTAGAGTTAATAAATAAAGTTATAAAAAAATTACAAGATGAAGGT +AAAGTAGATGAATATATGCAAGAAGCTATAAAATTAGCTGATGAACAATAG +>hisK_1 +ATGAAAGACGGTCATATACACTCACCTTATTGTCCACATGGCAGTAAGGATGCTTTAGAA +GACTATGTAAAGAGGGCTATAGAAATAGGTTTAGATGAAATAACTTTTACAGAACATTTA +CCATTACCAGAAAACTTTAAAGACCCATCTCCAGAGAATGATAGTGCCATGAGTGTAAAT +CAACTACATAAATATATGGAAGAAGTGAGAAATCTTAAATATAAATATAATGATAAAATA +AAAATAAATTTAGGCGTAGAAGTAGATTACTTGGAAGGATATGAAGAGGAAACAAGGAGG +CTTTTAGATAAGTATGGAATGTATTTTGACGATTCTATATTATCTGTTCATATATTAAAT +TTTAATGGAGAATATTATGTTATAGATTATAGTAAAGAAGAGTTTGAAAATATATCTAAC +TTGATGGGTGGAGTAAGTGATGTATATTACAAGTATTATAAAACACTTAAAAAAGCTGTA +AGAACAGATTTAGGGGAATATAAGCCTAAGAGAATAGGTCATCTGAATTTAGTTAGAAAG +TTCAATAGAGTTTTTCCATATAACTATGATAATAATATTGTACTAGAAGAACTGTTAATG +CTTATAAAAGAAAAAGGATATGAACTAGATTATAATGTATCGGGATTGTTAAAAGAATAT +TGCAAAGAACCGTATATAAGTGGACATTTATTAGAGTTAGTAAAAAAATATAAAATTCCA +GTAGTATTTGGATCAGATGCACATAGCGTAAAGAATATGACAAATTATGATATAGATGAG +TATAAATAA +>yusV_1 +ATGCTTAAGGTACAAGTTAAAAACTTAAAATTTAGCATAGATAAAAAAGAGATATTAAAT +GATATTTCTTTTGATGTCCCAAAGGGGGCGTTTATAGGTATTATAGGACCTAATGGTTCG +GGTAAGTCTACATTACTTAAAAATATATACAGACTGTATAAGCCATCAAGCGGAAATATA +CTTTTAGATAACAAAGAATTATCAAAGATGAAGGATAAAGATTGTGCAAAAGAAATAGCA +GTTTTAGCACAGGAAAGTAATTCGCAATTTGATTTTACTGTAGAACAAATAGTTAAAATG +GGACGATATCCATATAAGAGTATGTTTGAAGATTATTCTAAAAAAGATTTGCAGATGGTT +AGAGATATGTTAAAAAAAGTAGGATTAGATGGTTATAGTGATAGAAGCTTTTCAAACTTA +TCGGGGGGAGAAAAGCAGAGAACATTAATAGCTAGAGCCTTAGTTCAAAATACAGATTTT +TTAATATTAGATGAACCTACTAATCATTTAGATATAGGTTATCAAATACAACTTATGGAT +TTAGTTAGAAGTCTTAATATAACTACATTATCAGCTATACATGATATGAATATAGCATCT +ATGTACTGTGATTATTTGATAGTTATGAAAGCAGGAAAAATAATAAACTTTGGAACTGTT +GAAGAGGTTATAACATCAGAAATGCTTAAAAATGTATTTGGAGTAAATGCATATGTAGGA +GTTAACCCAGTAAATAACAAATTACAGGTATCATTTATGCATACCCACGAGCATGTTAAT +GGTATAGGTGTAGATCATATTCATGAAGATGGATTTAATGGAGTACACAGTCATCATATA +CATGCTTAA +>hmuU_1 +ATGGATATAAGTATGGAAAATAAAGTAAATTTCTCTAAAAAGAGAGGTTTCTTATTTTGG +ACTATAGGGCTTAGCTTTTTTTTAGTATTAGCTATAATAGTTGCTATAGCAGTTGGTAGC +ACTTACATAGAACCTGGAGTGGTGTACAAGGTACTGCTTAATAAGTTATCAAATGGTGTA +ATGTTTGATGTAACTTGGAATACTATGTTTGAAAATATAATATGGGAAATAAGATTGCCA +AGGGTTATACTAGGCGCTATTTGTGGAGCGGGTCTTGCTATTTGTGGTGTACTTATGCAG +TGTGTAACGAAAAATCCAATAGCAGAACCATACATATTAGGAATTTCATCAGGAGCATCT +TGTGGAGCAGTTGCGGTTATAGTTTTAGGAGGAATTTCAACACTTGGGATAACTAGTATA +ACAGGTGGAGCATTTGTAGGATCTCTATTGTCAGGGATTTTAGTTTTTGCCATAGGTACT +CAAATGGGGAAAACAACGTCTACGACAAGGTTAGTTCTTTCTGGCATGGCAATATCAACT +ATATTTGGAGCACTTACAAACTTATTAATATATTCAGCAAAAAATTCAAATCAAGCAAAG +AATGCACTATTTTGGACAATAGGTAGCTTAGGTGGTGCAAAATGGGATGTGCTATTATTG +CCATTTATAGTATTAGTAGTAGTTATAGTAGTAGCTTTTTTAATGTCTAAATCATTAGAT +GTGTTACTTTTAGGAGATGATAGTGCCGTTATATTAGGCATAAATGTAAAACTGGTAAAA +TCAATAATAATATTATTAGCAACATTACTTACATCAACTTTAGTTGCAATAACTGGAGCC +ATAGGTTTTATTGGGCTTGTAGTACCTCATATATGTAGAACAATAGCTGGAAGTGATCAT +AAAAAGCTTATTATTCTATCAAGTTTAGTAGGAGCAATATTTTTAATATTATCCGATGTT +GCAGCAAGAGGGCTATTCCCTCCAATAGAAATACCTATAGGAATAATAACATCATTGGTT +GGTGGACCATTCTTCTTATATCTTATTTCTACAAAAAATTACTCTTTTGGAGGAAATGAT +TAA +>btuF +ATGGTAAAAAGCAAAAGTTTAAGAAGATTTTTAGCAGTTTTAAGTATAGTAGGTATATCT +TTATCTGCAGTGGGTTGCGCTAATAATTCTAAAGAAAGTGGAAGTGAAACTCCTAATTCA +TCAGTAGAAGCAAGTAATTTTAAAACTGTAGAGTTTGTTTATTCAGATGGAGCAAAAGAT +TATGATGTAAAGGTTGAAACTCCAAGACAAAAAGCAGTAACATTGTCTCAATTTATGACA +GAGATGTTGTTAGCATTAGATTTAGGGGATAAAATGGTTGGAACAGCTCTTTTAGATAAT +CCAATACTTCCTGAATTTGAAGAAGCTTATAAAAAAATACCAGAACTTGAAATTGGAGAA +GGACACAATATATCTAAAGAAGCTTTTATAGCTACAGGTGCTGACTTTGTAAGTGGATGG +GATATGTCTATAAATGAACAAACTACAGGAGCTCCAGATGAGCTTATAGAAAAAGATATA +ACTCCATTCTTAGCTAAATCTTATTCTCCGGATGCAACAGTAGAAACTGTATATGAAGAT +TTTGAGTTATTAGGTAAAATATTTGGGGTAGAAGATAAAGCTAAAGAAGTTGTAGAAAAA +ATGAAAAGTGATATAAAAGCTGTAACTGATAAAGTTGGAAATATCAAAGATGAAGATAGA +GTAAAAGTAATGGTATATGATTCAGGAGAAGATAAAGCTATGGCCGTTGGATCAGGTCTA +GCAAACAACTTAATAGAGTTAGCAGGCGGAGATAATATATTTGGTGAAGAAAAACAACCA +TACATAAATGCTACATGGGAAAGTGTTGTAGCTGAAAATCCAGAGGTAATAGTGGTAACT +GATTACCTTGCAGGTTCTCCAGTACAAGATAAAATAGACTTCTTAAAGAGTCATCCAGCC +CTTAAAGATGTAGATGCCATAAAAAATGATAGGATATATGTTGTGGGATTAGCTGACTTA +TCTCCAGGAGTTAGAAATTCTAAAGTTATAGAAAAAATGTATGGATATTTCTATGGAGAA +AATAAATAA +>group_616 +ATGAACTACAAACATATTACCACAAATGAAAGATGCTGCATAGCAAATTTCCTAAGTTTA +GGATTGAGTCTAAGAAAAATTGCAAAACATTTAAATCGAAATGTATCTACTATTTCAAGA +GAAGTTAAGAGAAATTCTACTAATGGTAAATATCTAGCACATATTGCATGTGAAAATTAC +GCTAAAAATAGAAAAAATTGCGGAGCAAAAGGAAAATCAAGTAACCCTACATTAATTAAA +TATATAGAAGATGGATTAGAGAAAACTTGGTCACCAGAGCAAATAGCCGGTAGGCTACGC +CTAGATTACCAGGATGATAAATCTATGAAAATCGGTTTTAAAACAATATATAGATGGCTA +TATCAAAAAATTATTGCAAAAGGAAATGTGAATAGATTAAGAAGAAAAGGAAAATCACTA +AATCCTAAAGAGACTAGAGGTAAATTTAATATAGGCAAAAGTATTAAAGATAGACCAAAA +GAAGTTCGAAAAAGAGAAACTATAGGACATTGGGAACTAGATACTGTTGTATCTAGCAGA +GGAAAATCAAAAGCTTGCCTTTCAACTTTTGTCGAGAGGAAAAGTAGATTTTTAATAGCT +CAAGTTATGGAAAATAGGAAATCTTCAACATTCAACTTCCATTGCTTTACTGCTTTTAAA +GATATTCCAACTAATTTAATTAAAACATTTACAGTTGATAGAGGTAAAGAGTTTGCAGGG +TATGTAGATATTGAAAATACACTAAATATAGATGTCTACTTTGCAGATGCGTATGCTTCT +TGGCAAAGGGGGACAAATGAAAATACAAATGGATTATTAAGAGAGTTTTACCCTAAAAAG +TTTGATTTTTCTTCTATAAATCAGAAAGAACTTGATAATATTGTTACCATAATAAATAAT +AGACCTCGCAAGTGTCTTGGATATAAGACACCTGCAGAGGTATTTGATGCAACATGA +>atzA +ATGACACAATTATTTATAAAAAATGCTTACTTAATAACTATGAACAACAATAGAGATGTA +TATAAAAGCGGTAATATTTTGATAGAAGATAATATTATAAAAGCTGTAGGTCATTTTGAT +GAAAGTATAGTAAATGAAAATGCTGAAACTTATGATGCTAATGGCAAAATACTTATGCCA +GGTCTTGTTAATACTCATGTCCATTTATCTCAACAATTAGGACGTGGAATTTCTGATGAT +GTAGACTTATTAACATGGCTTAGAAATAGAATTTGGCCTTATGAAAGTAGTTTTAATTAT +GAAGATTCATTAATTTCTTCAACTGCTTGTTGTGTAGAATTAATACGTTCTGGAGTAACT +ACTTTCTTAGAATCAGGTGGTCAATATGTCGATGCAATGGTAGAAGCTGTCGATAAAACA +GGACTTAGAGCTTGTCTTGCAAAATCAGTTATGGATCAAGGAGAAGGTCTTCCAAAAGCT +TGGCAAAAAACAACTGAGGAAGAGTTAACTACTCAAATAGATTTATTTAATAAATTTAAT +AATACTTCAAATGAAAGAATTAAGATATGGTTTGGTTTAAGAACTATATTCAATAACTCT +GATGAGTTAATAGTAAAAACAAAAGAATTAGCTGATAAGTACAACACTGGTATACATATG +CATATTGCTGAAATCGCAGATGAAGTAGACTTTGCAAAACTTCGTAATGGATTACCAACT +GTTGAGCATTTAAATAGCTTAGGCGTTTTAGGCCCTAATCTACTAGCAGTACATACTGTT +TGGCTTACTAATAGAGAACTTGACTTATTTAGATTAAACAACGTTAAAGTTTCTCATAAT +CCAGCTGCTGCTATGAAAGTTGTTTTAGGGTTTGCATCTATTCCAGAAATGCTTGATAAA +GGTATTCCTGTATCAATAGGTACTGACGGTGCTCCTTCTAACAATAGAATGGATATGATG +AGAGATATGTATTTAACATCTTTAATTCATAAAGGAAGGACATTAAACCCTACAGTTGTT +AATGCTGAAAAGATTTTAGAAATGGTAACTATAAATGGAGCTAAATGTGCTTTACTTGAT +GATGTAATAGGTAGCTTAGAGGTTGGAAAGAAAGCTGATATGATTATTCTAAATCCAAAT +ACTATACATTCATTACCAATGCATAATCCAATAGGAAATATAGTTTATTCTATGAGTAGT +GAAAATGTTGAATCTACTATTTGTGATGGTAAATGGCTAATGAAAGAAAAAGAAATTTTA +GTTTTAGATGAAAATGAATTATTAATAAAAGTAAAAGAACAGGCTAATAAAATAAGAGAA +AAAGCAAATATTAATTTAACTTCTAATTTTAATATAATATAG +>nasD_2 +ATGTCTAAGTATGCTAAATTACAAAAAAATATAGATGGAAAAGATAAATATGTAATTACA +CCGCAAATACCTGGTGGTTATATAACACCTGAAAAACTTATAAAAATAGGTGAAGTAGCG +AAAAAATATAATGCATCTTTAAGAGTAACTTCAGCTCAAAAAATAGCCATAGGAAATTTA +AAAGAAGAAGATATAGATAATATTTGGGAAGAGCTAGATATGGAACCAGCAATAAAGAAT +ATATGCTCAGTAATTAATGTTGAGGTGTGTTCAGCGAATTTTTGTAGAAGGTCAAAATAT +CCAATAATAGGATTAGGTATGAAGATCACTAAAAAATTTCATGGTATGGAACTACCAGGT +AAAGTTAAAATTGCTGTAGCTGGTTGCAAAAATGCATGTATAAATGCATATTCTAAAGAT +ATAGGAGTATTATCAAATGCTGATGGGAAATTATTTATTGTAGTAGGTGGAAAAGGAGGA +TTAAATCCTAGAAAATATAATATATTAGCTGAAAATTTAAATGAAAATCAAGTTATGTAT +ATTATTAATAAAGTACTTAAATTTTATAAAGAAAATGCTATAGAAGGTGAGAGATTTACT +AGCTTTATTGATAGGGTAAGCATAGAAATATTAATTAACTCGTTGTGCTAG +>group_620 +ATGTTGGATAATAAGAAAAGAGCAATAGTATCTATAATAATATACTTACTAATCATGATA +ATTGGAGTAAGCATAAATAATAACTTTTTTAGTAGTATGGAAAATAATTCAGGTGAATTA +GTTAGTCGTTCAATAATTCAATTGGTATCATCTGCTTATATATTTTATATTATAAAAAAA +TATTACGGGTGGAAAGATGTGGGGTTTGGGAAACTTAATTTTAAAAGTTTAATTTGGTTT +TTACCCTATGTACTTATATTAATACCTATGGGATTTAAGCTAGTGCAAAGCATTTATGAA +AATTTGGGTTCATTTAGTTATGAAACATGGTTAACAATTATAATTACTTTAGTAGGAACT +TCACTAGCAGGTTTTTCTGAAGAAGTAATATTTAGAGGAATGATATTAAATTCTTTTAAA +TCAGATAAGTCTATAATAGGAGCAATGATTATTAGTAGTATAGGATTTTCAATTGCACAT +ATTACAACTATATTTATGGGGAAATCATTAATTGAAGCTATTATAAATGTTATATATTCA +AGTTTATTAGGATTTTCATTTGTTGCTTTAGCTATCAAGCTAAATAATATATGGCCAGTT +GTAATTTTTCATGTCATATGGAATTTTATCCTTATGGCATCATCATTAATTGGTGTAGAA +GTATCTAAAGTATCTCTACTATGTAACCCTCTGAATATAATAATGGGTGTTATTTTATGG +ACTATAATTATAAGAGATCAAAGAAAAAAGAATAAGCTTAAATATAGCTTTAATAAAGTT +ATTAAATGGTAG +>group_585 +ATGGGAAAGATAGGTCTAATATTAGAAGGTGGAGGTATGAGAGGCATCTATACAGCTGGT +GTTCTAGATTTTTTTATAGAAAAAGATATAGAAGTAGACTTAGTAGTAGGTGTTTCTGCG +GGTAGTTGCAATGGAGCTTCTTATTTATCAAAGCAATATAAAAGAGCATATCATGTAAAT +ATAGATTATTTGAAGAATAAGAATTATTTAAGCTTTAGAAATTTTATAAAAACAGGATCC +ATATTTGGAATGGATTTTTTATTCAACAAAATACCTAATGAATTAAATATTTATGATCAT +GATACTTTTAAAAAATCAAAAGCAAAGTTTATTGCAGTAGCAACTAATTGTGAAACTGGT +AAAGCTGAATATTTTGAGTTAAAAGATTTAGAAAAAGAAATTATTTATTTACAGGCGTCT +TCATCTATACCTATGTTTGCAAATATAGTAGAAGTTGATGGTTATAAACTTTTAGATGGA +GGAGTTGCTGATTCTATACCTATAGAATACGCTATAAATAACGGGTGTAAGAAAAATATA +GTTATATTAACAAGAGATGAAACATATAGAAAAAGCAATCTTAAATTTATGCATGCAGTA +AAAAGAAAATATAGAAAATACCCTAAGCTTGTACAAGCTATAGAAAATAGATATATTAAT +TACAATGAAAGTTTAGACTTAGTAAGCAAATTAGCCAAATCTGGAGATGCTTTTGTAATT +AGGCCGAAAAAACCAGTAAAAATAAGTCAAATTGAAAAAAGTGTGTCTAAGCTCAATAAA +TTATATGAGGATGGATACAATGACGCAAAAGAAGCTTATGGTAGTATTTTAGAATTTATG +GATGAAAATTAA +>mdoB +ATGCAAATAATAACTTATTTAATCACGGGTATTATATTAGCTCTAGCAAATCATTTTTTA +TTTGAAAAAAATAAAAAAACTTTAGCTATTGTAAATGACCTATTATTTTTTATCGTACCA +TTTAATATAGTATCATTAAGCTTACTAAAATATCTTTTCAGCAAGCCTAATATACTTGAA +AGTTCTATATACACATCTGTATTTAGTCTTATATATATTGGTTTCACATTAATTTGTGGT +GCAATATTTTTATTTACAAAATCAATATTAAACTCAAAAGTTATTTTAAGTTCGAAAATT +AATTTTTCAAAGTCTACAGATGAATCAACTAAAAAAAGTTTATTAATAAAAGTTATATCT +ATTTTATTCTTTATAATCGGAGTCACTTTTATCTTCTTTTCAAATTGGTTTATTGATTAT +TTTGGAATAATCACACCTGAACAATTTTTATTCAACTTAAAATCACCACTTAAAGGTACA +AGTACTGATATGTTTAAAGAAATTTTTATGACACCAGTATTTGCTATTATAGCTAGTACT +ACTGTATTTTTAATCTTTATGAATTTTTCTTATGATATATCTTTGACTAAAGATAGTATA +AAAAAGAAAATATTATCAAAAAGAATCTTAAGTAAAGTATCATTTATATTAGCATTTGTA +TGCCTTGTAATTGGTGTACCATACGGTTCTCATAAACTTAATTTATCAAAGGTAGTTAAA +GCATATTATTCTAATTCAAATTATTTTGATGAAAATTATGTTGATCCACGTGATGTAAAA +ATGTCATTTCCATCTAAAAAAAGAAATTTAATTCATATTTACCTAGAATCTATTGAAAAT +ACATATCTTTCTGAGGAATTAGGTGGATATATGAATTATAACCTAATGCCTGAGTTAACT +GAATTATCTAAAGAAGGTATTTCATTCTCAAATAATGATAAATTTGGAGGTCCATATCAA +ACATACGGATCATCATGGTCAGTTGCAGGTATGGTAAATATGAGTGCAGGTATTCCACTA +AAAATACCTATAGGTGCTAACTCTTATGGTAAATCTGGTAGCTTCTTACCTGGAACTATT +ACTATAGGTGATATACTAGAAGCCCAAGGATATAATCAAACTATAATGTTTGGAGCCGAT +TCTGATAGTGGAGGATTAACAACATTCTTCAATACACACGGTAGTTTCAATATTTTTGAT +TACAAAGCAGCAAAAGAAAAAGGCTTAATTCCTAAAGATTATAATGTATGGTGGGGATTT +GAAGATGACAAATTATACGAATATGCTAAAGATGAGTTAACTCGTCTACACAAGGAAGGT +AAACCATTTAACTTCACTATGGAGACAGCTGATACACACTTCCCTGATGGATATTTATCT +GAAAATGTAGAAAATAAATACCCTGAACAATATTCAAACGTCATCGCTTATTCAACAAAA +GAAGCAGTTAAGTTTATAAGATGGATTCAAGAACAGCCGTTTTATGAAAATACTACAATC +GTAGTGACAGGTGACCATTTAAGTATGGATAAAAATTATTTCAAGGAATTTGATCCTTCA +TATCATAGAACTATATTTAACTTAATACTTAATGCACCGATAACAACTGATAATGTTAAA +AATAGAGAATTTGCGCCATTTGATATGTTCCCAACTATTTTAGCTAGTATGGATGTACAA +TTTGAAGGAGATAAGTTAGGATTAGGTACTAACCTTTTCTCAGATAAAAAAACCTTAATC +GAAGAAGAAGGATTAGAATCTCTTCAAGATGGCTTAGAACGTAATAGTAATTACTTTAAT +GATAAATTTATATCAGAAAAAAGAAATAGCATTTTTGAAAACACATTAGTAACTTATAGA +AAAAATAATTAA +>acp +ATGGGATTATTATTACCAGGTGTTAAGTATGATGCATCATTTACGCAATTAGCTATAGAT +TCTTTTATACCTAGATTTAGTAAATCATTTGTTGCTATGATATCCACTGTATACTTTGGA +TGCATAAAAAAAGCAGTGCTTGCATGGACAATGGGAGATATAGTTGTTGGAATAACTGCT +TGGATAAATATTATTGCTTTATTCTTTATGACAAAACCTGCTCTGGCTTGTCTTAAAAAT +TATGAAACACAGAGAAAAGCTGGTATTACTAGAGAAGATTTAGTATTTGATCCTAAAGCT +TTAGGTATTCAAAATGCAGATTTCTGGGAAAAAAGACATAAAGAAAGAAGTAAGAAATCT +AAAAAATTAAGTTAA +>lhgO_1 +ATGTATGATATAGCAATAATAGGGGCAGGCATAACTGGAAGTTCAATTGCAAGAGAATTA +TCTAAATACAAGTTAAATACTGTAGTACTTGAAAAAGGTGTTGAAGTATGCCAAGGGACA +ACGAAGGCAAATAGTGCTATAGTACATGGGGGATTTGATGCAAAGATTGGAAGTTTAAAA +GCAAAGCTAAATGTCAGAGGTAATGAATTATATCCAAGTTTATGCGAGGATTTAAGTGTA +GAGTTTAAGCAAATTGGCTCTTTAGTACTTGCATTTGATGAGGATGAAAAAAGACATATA +GAAGACCTTTATAATAGAGGAGTAAAGAATCATGTAAATGGTCTTAGGTTATTAGATCAT +GAAGAAGTAATGAATATAGAACCAAATGTAAATAAAAACGTAGTAGGAGCATTACTTTGT +GAAAGTGCTGGAATAGTATGTCCATTTAATTTAAATGTGGCTTTAATGGAAAATGCAATA +AACAATGGAGTAGAGTTAAAGCTTCAATCTGAAGTTTTAGATATAAGGAAAGATAATGAA +CACTTTAATATAGAATTAGTAAATAACAGTAATATAAAAGCAAAGTATGTAATTAATGCT +GCTGGAGTATACGCTGATAAAATAAATAACATGATAGGTGGAAATGAGTACTATATAACT +GCAAGAAAAGGAGAGTACAAAATACTTGATAAGTCTGAAGGGAAAATAGCAAATCATGTA +TTATTCCAATGTCCAACTACAAAAGGAAAGGGAGTACTTGTTACACAAACAGTACATGGT +AATTTATTAGTTGGACCTAATGCTAATGAAGTTGAAGATAAAGATGATAAGAGTACAAGT +AAAGATGGAATAAATGAAATAGTAGAAGCATCTAGAAAAACAATAGAAAATATAAACTAC +AGAAAGACCATAACATCATTTGCAGGTCTTAGAGCAACAGCTTCTACAGGAGATTTTTGT +ATATTTGCTTCAAAAGTGGCTAAAAACTTTATAAATGCAGGTGGAATAGAATCTCCAGGA +TTAGCATCTGCACCAGCAATAGCAGAGTATGTAATAGAAATACTTAAAGAAGAAGGTTTA +GAGTTAGAAGAAAATAAAAACTTTAACCCAATAAGAAAGAAACATAAGCCATTTTCACAT +ATGACAACAGAAGAAAGAAATGAACTTATAAAAAGTGATGAAAGGTATAAGAAAATAATC +TGTAGATGTGAAAGTGTAACAGAAGGTGAGATAGTAGATGCAATAAATAGACCTTGTGGT +GCAAGGACTGTTGATGGAGTAAAAAGAAGAGTTAGACCAGGAATGGGAATATGCCAAGGT +GGTTTCTGTGGACCAAGAGTAATTGAAATAATAGCTAGAGAATTAAATATTCCTGTAGAA +GAAGTGATAAAGGATTACGAAAATTCGGAAGTAGTATTAGGGAAAGTAAAAGAATTAAGG +GGTGAGTTAGTTGAAATATAA +>group_223 +TTGAAATATAATGTTGTAGTTATTGGTGGAGGACCTGCTGGTCTAGGTGCAGCGGTTGAA +GCGAAAAGAAATGGTGCAGGAAATGTTCTTATAATAGAAAGAGATAGAGAACTTGGAGGA +ATACTTAACCAATGTATACATAACGGATTTGGGCTTCATGAATTTAAGGAAGAACTAACA +GGTCCTGAATATGCAGGTAAATTTATAGAGATGGTTAAAGAAGAAAATATAGATTATATG +TTAAATACTATGGTTTTAAATATAAATGAAGATAAAAGTATTGAAGCTCTTGGAGAAGAG +GGGCTTATAAATATTCAGGCAGATGCAATAGTTTTAGCTATGGGATGTAGAGAGAGAACA +AGAGGCGCCATAGATATACCAGGTTACAGACCAGCTGGAGTATACACAGCAGGTGCAGCA +CAAAGACTAAGTAACATGGATGGATACATGGTAGGTAAAGAAATAGTTATTTATGGTTCT +GGAGATATAGGTTTAATAATGGCTAGACGTATGACTTTAGAAGGAGCTAAAGTAAAGGCT +GTAGTAGAAATAAATCCTCACTCAAGTGGCCTTACTAGAAATATAGTACAATGCTTAGAT +GACTTTGGAATACCATTAAAACTAAGTACTTCTATAAGTTATATACATGGGAAGAACAGA +GTAAGTGGAGTAACTCTTAGTAAGTTAGATGAAAATAGAAACCCTATAAAAGGTGAAGAC +GAATTTATAGAATGTGATACAGTTTTATTATCAGTAGGTCTAATACCTGAAAATGAACTT +AGTGTTGATGCTGGTGTTAACTTAGATATGAGAACTAGTGGACCAATAGTGAATAACTCT +ATGCTAACTAATATAGATGGGGTATTTGCTTGTGGTAATGTTGTTCATGTTCATGATTTA +GTTGACTTTGTTACTAAAGAAAGTAGAATAGCTGGTAAAAATGCAGCGAAGTACTGCTTA +AATAAGTTAGAAAATAATGAAACTATAAATACAGTTGCAGGAGAAGGGATAGGATATATA +GTACCTCAAAATGTTGATAGAAATAGCAATGAAGACATTAACTTATTTATGAGAGTAAGA +AATATTTATAAAAATAAAAAGCTAGTAGTAAGAAGCAATGATAAAGTTGTTTTAGAAAAG +AAAAGATTACACATGATACCATCAGAGATGGAAAGTATTAATATAAAAACTGATATATTG +AAAAATATTACAGGTAATATAACCGTAAGTGTTGAGGAGGCTTAA +>group_426 +ATGAGCGCAGTAGATACTTTAATTAAAACAAAGCTAACTTGTATAGTTTGTCCTATGGGA +TGCCATTTAAATGTAGAACAATCAGAAGAAGGATTCAAAGTAGAAGGAAATACTTGTAAA +AGGGGAGAAAAGTACGCTGTACAAGAACTTACTAATCCTACAAGAGTTATAACTACGACT +GTAAAGCTTGAAAACTCATACTTACAGCTACTACCAGTTAAAACAGAAGACCCTATTCCA +AAGGGAATGATATTTGATATTATGGAAGCGTTAGATAAGGTCAGAGTTAATGCTCCAGTT +AAAGTGGGGGATGTAATAGTAGAAAATATTTTAGATACAGGTGTTAATGTAATAAGTGCA +AAAACTATGGATGTAATGTAG +>ndhI_2 +ATGGCAATATTAAAAAGAAAAGCTTTTATTGACACAAGATTATGTGTTGCATGTGGTACT +TGTTTAAAGGTATGTCCTTTACAAATAATAAAAATAAATAAAGATATCGTTGCTGAAATA +GACACTAAAAAATGTGTTGGATGTGGAAAATGCGCTAAAGCATGTCCAGCATCAATTATA +GAAATTAAGCAAATGGAGGTAAATGATTAG +>group_139 +ATGGAAATAAAGAATGATGGCATGATTGGTAATTTACTTAAAGATATTAATGAGGTAATT +CCTAAGCCTGATGATTCAGCTCTTAAAATTTGTAAGTTAATTAAACGTTCTGGAGATGTC +GTTGGATATGAATTGTCTAATTCTAAAAATTAG +>group_160 +ATGGCTAAGAACGGTAAAATTGTGGGAGTTACTGTAGCTACAAATAAAGGAAACGAGTAT +TTAAGAAGTTTGACTGATGATAGTGAGGGTAATAACCTAAGTAATCTTCCATCAATAACA +GATTAG +>group_421 +ATGATAAATAAAATAGGTAAAATAACTATATATGTAAATAACCAGGAGGAAGCTAGAAAG +TTTTGGACTGAAAAGTTAAATTTCGTGGTTAAGTTTGAACAACAAATGGGTCCTAATATG +ACATGGTTAGAAGTTGGACCAAGTGAAAATGAGTTTACTACTTTTGTTTTATATGATAAG +AAAATGATGCAGGCTCAAAACCCTTCTGCAAATGTAGGGCATCCATCTATATTATTAAGT +ACAGAAAATATAGAATCTGCTTATAATGAGATGAAAGATAATGGTGTTAAAGTTGGTGAA +TTAATGACAATGCCTTATGGAAAGATGTTCTCATTTAAGGACCAAGATGGAAATGACTAT +TTACTTAGAGAAGATAATAATTTTTAA +>group_281 +ATGAAAATAACTACAAATAGAAGTTCAAAGATTTTAAACAATATAGTGCTGGTGGGTATA +GTTCTAACATTACTATTACTTATAGGAACTCCATTAGTATTAACTGCATTTTTTAAAACT +CAATCATTAATAGAAGATTCAAATATAGTTAGCATAATTACAGTTGCAATATATATTTGT +GCAATACCATATGTGTATGCATTGGTTTTATTAAAGAAATTATGTGAATTAGTAGCAAAT +AAAAATCCTTTTTCACCAAGAGTACCAGTTATTTCAAAAAAGATAGCTATGTGTGCATTT +AGCGAAGTAATATTATTCAATGGTGTAACAATATTTTTATGTTACTTCTATGATATGTAT +TTATATGCTTTAACTATATTCTCATGTATTATAGTTTCATTTGTTTCAATAGCAATAGGT +TTTATGAGTCTAGTTTCTTCAAAGCTATTTGAGATGGCAATAGAGATTAAAGATGAAAAT +GATAAAACAATATAA +>group_62 +ATGGCAATTATAGTAAATTTAGGTGTAATGATGGCGAAGAGAAAAATGAGTGCGACAGAG +TTATCTCAAAAACTTGGAATAACTTTAGCAAACCTATCAATATTAAAAAACAATAAGGCT +AAAGCTGTTAGATTTACTACTTTAAACGAAATATGTAAAGCTCTAGATTGTCAGCCAGGT +GATATTTTAGAGTATGTAGAAGATGAAGAGTAA +>group_309 +ATGGTTGGAATAGGAAATAGATTTAAAATTTTATCACTAGGGATAATAATACTTTGTACA +AAATTATTTGGTTGTGAGGATGTTTTTTTTAATAATTGTATAGATATTATTAAAGAGAAT +TGGGATATACAAATATCAGCACCTACAGAAGAGATATTTCATGAAAGTAGCTCTATTAGT +TTTCACGGCGATGGAGAAAGGTACCATGTATTTGAATATGAGAATGAAGAAGATATAATA +AATTCATCGATACAGTGGATTGATTATAGAGATAATTCAATTAACGCTAAAGTTCAAGAT +ATAATATATGATTTAGAAACATATTATGATGTAAAAATTCCTGAGGAATTTAGACCTAAT +ATAAAAGATAAATATAAGTTTTATACTATAAGTAAAGATGATAACTCGAATCTATATCTA +GTATATATACCAGGAACTAGTCGAATTTTTGTAGCAGAAGATATATTTTAA +>group_258 +ATGAAGAAAAAGATTATTGCTTCAATTTTAATAATGAGTACAGTGTTATTAGGAAGTTTT +TATTTTAAAGCAAACTTTTCTAGAAGTTATCATCATACTTTCGCTAAATCGACAGACTTG +GGTAAAGAAAATATTGAAGGAATATATTTAAATGATGAGATTGACAGCGGAAAAATAGTT +TCTAAATATGGAAAAATATCAGATTTTAGTCATGATAATGTTCTATATAATTACTACTTT +TTAAGAGAAGGCATTGAAGTGGCAACGAATAAAGATGAAAATAAAATAATAAGATTTATT +GTTAATGATAAAAACTTAAAGACTGAAAAAGGAATAAAAGTTGGAGATAAAAAGGATAAA +ATAATTGAACTGTATGGAGATAATTATTATAGTCGTTTAGAACAAGGAACTAATATTATT +GGATATGTAGATAAAGAAAAAGATTATTCAATAGAGTTTTGGATTGGAGAAGAAGGTATT +ATTTTTTATAGATTTGATTACACACTTATGATGTGA +>group_16 +ATGTTTTACAAAACAACAAGTGAGGAAGTAATAAGACATCTAAATAGTAAGATGGAAGGA +TTGGCTCAAGAAGATGCTAAAAAAAGATTATCTGAAAATGGGTATAATGAACTAGAAGAA +AAATCAAAAACTCCAACATGGAAACTCTTTATAGAAAGTTTTAAAGATCCTTTAGTTATA +ATACTTTTAGTAGCTGCTTTAGTTCAAGTATTTTTAGGCGAAGTAGTCGAGTCAGTTATA +ATATTCTCTGTATTAATATTAAACTCTATATTAGGAGTTGTTCAAACTAAGAAAGCAGAA +GGTTCTTTAGCAAGTTTAAAACAGCTATCAGTGCCGAATGCAAAAGTAATAAGGGATGAT +GTAAAAATAACAATACCATCGAGAGAGCTAGTGCCAGGAGATATAGTAATTCTTGAAGCT +GGAGATTATGTACCTGCTGATGGTAGAATCATTGAAGCTCAAACCTTTAAAGTAGTAGAA +GGAATGTTAACTGGTGAATCAGAGCCAGTACTAAAGCATGAAAATTCAATAGATGAAGAA +TGCGCATTAGGTGATCAAAAGAATATGGTATTTAGCGGTTCTATGGTTGTTTATGGTAGA +GCAATGTATGTAGTGACTGGATGTGGTATGAATACGGAAGTTGGTAAAATAGCAAATTTA +CTAGATACAGCTGAAAGTAAAGAAACACCACTTCAAAAAAAGCTAGATGAATTTGGTAAA +AAACTTGGAATAGGTATAGTTGGATTATCAGCTTTAATATTTGGAGTTCAAGTTTACAGA +GGCGGAAATATAGTAGATTCATTTATGTTTGCCATAGCGATAGCAGTTGCGGCAATACCA +GAGGCTTTATCATCAATAGTGACAATTGTTTTAGCAATGGGAACAAATACTATGGCTAAA +AAACAAGCTGTAATAAGAAAATTACCAGCTGTTGAGACTTTAGGTTCAACAAGCGTTATA +TGTACTGATAAAACTGGAACACTTACTCAAAATAAAATGACTGTAGTAGACTCTTATATG +TATGGAGTTAAAAAACTTGCTTTAGCAGATAATACACGAGGTCAAGAAATTGCATTAACT +GATATAGAGTCAGGTCAAGAGTTTACACTAACACTAGCAGCTACACTTTGTAATGATTCA +GATATTACAAGTGAAGGTGTAGAAATAGGAGACCCGACAGAGGTAGCACTTATAAATTAT +GCAAGTAAAAATAACATAAATTATAAAAATCTAAGAGAAAAATATAGCAGACTTAATGAA +CTACCATTCGATAGTGATAGAAAGCTTATGTCTACTGTAAATAAGGTTAATGACGATATA +TTAATGTTTACAAAAGGTGCGCCAGATATTGTATTTAGTAGATGTAAATATGCCCTAAAT +GATGGGGAATTAGTACCAATAAGTGAAGAAATAATTAATGAGTACAAAAATGCAAATGAA +GGATTTTCTAAGAAAGCACTTAGAGTACTTGCTTTTGCTACTAAGAAAGTAAATGATGAA +AACTTTGTTCCAAAAATAGAAGATGAGGATGAATTAACTTTAATAGGTTTAATTGCAATG +ATAGATCCTCCAAGAGAAGAGGTATATGATGCACTAAGAGAAGCTAAAGAATCCGGGATA +AAAACTGTAATGATAACTGGGGATCATAAAACTACTGCAGCAGCAATAGCAAAAGATATA +GGTATTATGGTTGATGGTGATTTAGCACTGACAGGTCAGGAATTAGATGCTCTAAGTGAA +GAAGAGCTAGATAAAAACTTAGAGAATATATCTGTATATGCAAGAGTTTCTCCAGAGAAT +AAAATAAGAATAGTAAAGGCATGGCAAAGAAAAGGGAAAATAACTGCTATGACAGGTGAT +GGAGTTAATGATGCTCCAGCATTAAAACAAGCTGATATAGGAATTGGTATGGGGAGTGGT +ACAGAGGTTGCAAAAGATGCATCAGCTATGGTACTTCTTGATGACAATTTCTCTACAATA +GTAAATGCAGTTGAAATAGGTAGAACAGTTTATAGTAACATTAAGAAGTCAATAACTTAT +TTATTCTCAGGAAACTTAGGAGGAATAATAGCAATACTATTTGCAGTAATGGCAGATTGG +AGTAATCCATTTACAACATTACAATTATTATTCATAAACCTAGTAACAGATTCATTACCA +GCAATAGCGCTTGGTCTTGAAAAGCCTGAAAAAGGTGTAATGAAAAATCCTCCAAGAAAT +CCAAGTGAAAGTATATTAGCAGGTGGAACTTTAACAAGTGTATTAAAGAGAGGTACTATA +ATAGGTGTAGTTACAATACTTGCTCAGTATATAGGTATTCAGGAGTCTCCAGAGTTAGGT +ACAGCAATGGCATTTTCTACACTTACTTTATCAAGAATAATTCAAACATTTGCTTCAAGA +TCTAATACTGAAACTATATTTAAATTAGGATTTACAAGCAACAAGTATGCTTTAGGTGCA +GTAATAATTTGCTTAGGTATGTTTGGATTAACATTAGTTCCATTTATGAGAGATATATTT +GCTATACCAGCATCTTATAGATTAAGTAGCTTTGTAACTTGTTTTGGATTGGCAATTTGT +GCAATGCTAGCTATGGAAGTTAGTAAATTAATTAAAAGATAA +>group_525 +ATGAAAAAAAGAAATATAATTTTATTAACTTTTGCAATTATAAGTATTTTTCTTATAGGA +TATAACATTATAGAGGAAAAAATTATTTCTGCCTCAACTTTAACTTCTCTATCTAATACT +ATAGAAGTTGAAAATTATAGTGTAAATATACTTGAATCCACACTATACGAAAATTACATA +TTAACTAAATATACGGTTGAGACATTAGATAAATCACCAATTCCAGAAGAGACAGTTACT +TTAGATACTCTTTTATCTTCAAATAATTCTAGCTATAACTCTTTAGGCAATTATATAATA +AAAGAATCATTTATTTCTGACTACAAAAAAGAAATTCTAACGATTAATTTTCTTGATATT +ACAAAAGGTTATTCGTTTGATTTAACTTATGAAGTAAAAGTTAAAGACACAAAAAAACAA +AAGAAGCTTTATCCAGATAATAAATCTAAGATAAAAAAATCTACAAATACTAAGTCTGGA +TATCATGTTCTTAATAATATAGTAAATATTGATAACATAAATATAGATGTTAAAAGTTTA +CTTATAAAAGATAATTATAGCTTACTTAACTTTACTACTGAAAATAAATACTTTATTCAA +GATGATTATATTGTAAAAATAAAGTCAAATAGCTTTGAAGATATCTTTTTTATAAATCCT +ATTGCTGAAAGTAATTCATTCTATGTTCCTATGATTTATAAAGATGGAGACCTTGACTTT +AACAATCTAGAAATCTATTTGGTCAATGTTAATAGTAATGAAAAGACATTAATTTATAAA +AGTAATACCTAA +>group_323 +ATGACATATAAATTTGAAACTATATTAAAAAAGCACGAAGGAAAAGATGCTACATATATA +GAAATTCCATTCGATGTAGAAAAAGAGTTTGGTTCTAAAAGAGTTGAGGTAAAAGTAAAG +TTCGATGGATATGATTATAGAGGATCTATTGTAAAAATGAGACTTCCATGTTATATGATT +GGAGTTACTAAAGAGGTAAGAAAAAATATAGGTAAAGAAGCTGGCGATACTATTTTTGTA +CAAGTAGAAAAAGATAATGAAGTAAGAGAAGTCGAACTTCCAAATGACTTCAAAACTAGA +CTTGAAGATAATGTAACTGCATTAGACTTCTATAATTCTTTATCTTATTCAGGAAAAAGA +AAGTATTACCAATGTATCTCTAGTGCAAAGAAAGCTAAGACAAGAGAAAAAAGAATTGAA +GAAGCTCTTAAAAAGTTAGAAGAACATATAAAATTATAG +>ycfH_1 +ATGAATATATTACAATCAATGTATATAGATGCACATTCCCATTTAGATTTTTATGATGAA +AATGTAGAAAAAGCTATAGTAGATATTAATAATAACCATATATTAACATTGGCTATGAGC +ATGGATATAGAAAGTTATAATAAAAATAAAGTATATGCAAAAAAAAGTAGATATATAAAA +CCATGTTTTGGGATACATCCATGGAAGGCTCATGAATTTAAATATAGCTTAACTACTTTA +ATACCGTATATAGAAGAAAGTGAAATAATAGGTGAAATAGGACTTGATTTTGTATGGTCT +GAAGGTAGTCATACATATACAAAACAAAGAGAAATATTTTACTTTATATTAGAAGAGAGT +GTAAAGCGAAATAAAGTTATAAATTTGCATACCAAAGGAGCGGAATATGAAATATATAAT +GCTCTTAAAAAGTACAATTATAGCAAAGCTATTATACATTGGTATAGTGGTGATTTAGAA +ACTTTGGATAAGTATATAAATCTTGGGTGCTATTTTACTATAAGTGTAGATTTAGGATAT +AGTGATATAGCAAATAAGATATTAGATAGAATCCCAATAGAAAGGCTATTAGTTGAAACT +GATGGACCAGAAGCTTTAGAATGGGTGAATGGAGAATATGGTTATCCATCTGTTATAAAA +GATGTAGTCAAAAAAGTAAGTGATTACAGGAATTTAAGCTTACGAGAATTAAATAAAGTG +ATAGAAGATAATTATAATAGGATAATGAGTTTGTAA +>group_313 +ATGAAATTAAGTGAATTAGTAAACTATGCAGAAAACAATGCAGATAAAATTATAGTAAAT +GCTATTATAAAAGATGATAGTGAAACATTAAATAAATTTGTTATTAATATTATTGGAGAT +TTATTAAATGGAGTAAACTTAGATAATGAGTATAGAAAACAGGCTATAAATAATCTTAAT +AATTATGATGAAAAAGAATTAGGAAATTTAGGTACATATATTTGCTTAATACCTTATGTT +CAGTCTGTTTTAAGTAATCAAAAGAATTGGGAGTCTAAAGCTACTTCATTTATAGAGAAT +TTAATAAGTTATATTATTGGTCTAATAAGAAAGGATGAGTTTCTTAATAATCTATTAGAA +ATGAGATGTATATTAAAAATATCAGATAATTTCTACAATGGTTTAGTAAATCATTTTGCT +TCATACAAAGAATACATAACTAAATCTGCAATAGAAAAAATAAAGTAG +>group_482 +ATGAATAATAAAATAAACATAATATATTGGAGTGTTACAGGAAATACAGAACTTATGGCT +CAATCAATTTATGAAGGAAGTTCAAAAAATGAAAATGTTAGATTAATCTCTGTTGATAAA +GCAAATATAGATGATGTAAAAGAAGCTGATATATTATTCTTAGGTTGTCCATCTATGGGA +AATGAAGTATTAGAAGAAACTGAAATGGAACCTTTTATGAAAAGCATATCAAATAACATA +AAAGACAAAAAGATAGTATTATTCGGATCTTACGGATGGGAGATGGAGAATGGATGCAAG +ATTGGGAAGAGAGAATAA +>group_124 +ATGGGAGATGGAGAATGGATGCAAGATTGGGAAGAGAGAATAAGAAAATATGGAGGAGAA +CTAGTTGAAGATAGTATTATCTCTAATGAAACACAATCATCAGAAGAGATTGCACATCTT +TCAAGTTTAGGAGAAAAGTACTCTTGTGCGTTACAAAATAACTAA +>group_11 +ATGATGAAGAAAAACATATATGGTCTTATAATATCCATACTTAGTAGTATTGGAATTTTA +TCAATTAATGGAGTTAATTTTTCAGCCTTATTTATAATAATTACTATATGGATAGTATAC +ATATATATTATTTTAAGGAAAGTTGAGAAAATAACTACAAGCAAAATAGTAAAAATAATA +TCTAAAACATACAAAAGCTTAGTAGTTATATTATTTATATCTTTGATACTTATAGAAGGT +ATGATTGTAATAAATATGAATCAATTAAAAGAAGTTAAAGATATAGAAAAATTGAATAAC +GTGATAGTATTAGGTGCTGGACTTGATGGATATAATGTAGGTAAAACATTGAAATCTAGA +TTGGACAAAGCTATAGAGTATTATAAATTAAATGAAGATGCAAATATAATAGTATCTGGT +GGTCAGGAAGAAGATGAGTTGATATCTGAAGCTGAAGCGATGTATAGATATTTAATAGAA +AATGGTGTAGAGAAAGAAAAGATCATTAAAGAGGATAAAGCAACAACTACATTAGAAAAT +ATAATATATAGTAAAGAAGTATTAAAAAATTTAAATCATGAAGGTGAAAAAGTACTTATA +GTAACAAATGAATTTCATATAACAAGAGCAATGATTATAGCAAATCTTTTAGGGGTAAAA +AATGAAGGATTATCATCAGAAACCCCATTAAAGATTAGAGTAAATTACCTAATAAGAGAA +TATCCAACTATGGTTATTGATATCGTAAGAGCTGGTTACTATTCAGTATTCCAATAA +>group_283 +GTGAATTTATTTATAGAAAAAACTAATATAAAAAAATTTAATAATACAAAAGAATTTGTA +GAAGAGTTTCAAATTGGAGAAGATGACTTTATCTTGATTAGTAAAAGTCTTTACGAAAAA +TATTTTAAACAACTAAACTTAAAAGCAACTGTAATATATAAAAATAAATATGGTAATGGT +GAACCAACAGATACAATGATGGATAACTTACTAGAGGACTTTAACAATAGCAACTGTACT +AGAATTATTGCAATTGGTGGTGGAACTGTAATCGATATGGCTAAAATTCTTGTATTAAAA +AATGGAAAATGTACAGAAGATATTTTTTATAAAAGAGTGCCTTTAGAAAAAGTAAGACCT +TTAATTGCAATACCAACAACTTGTGGAACAGGTTCTGAAGTATCAAACATAAGTGTTACA +GAAATGACAAAACTTAATACTAAAATGGGATTAGCAATAGATGAGTTATATCCAGATTAT +GCGGTACTTATACCTGAGTTGTTAACAGATTTACCATATAAATTCTTCGCAGCAAGTGCT +ATAGATGCACTTATTCATGCAATTGAATCTTATATGTCACCAAAAGCAACTATATATACT +GAGTTATATAGTAAAGAAGCAATGAATATGATTCTAGAAGGTTTCCAAAAGATTGTGAAG +GAAGGTCATGATGCAAGGTTATCTATGCTTGATCAATTTCTTAATGCAAGTAATTTGGCT +GGAATAGCATTTAATAATGCTGGAAATGGAGCAGTACATGCTATGTCTTCTCCTTTAAGT +GGAAAGTATCATGTGTCTCATGGAGAAGCAAATTATCAATTTTTTACAGCTGTATTTAAA +GAATATACAGAAAAAAATCCGACTGGAAAAATTAATGCTTTAAATAAATATTTAAGTACA +ATATTAGACTGTGATATAAATGAGGTTTATATTAAACTTGAAGAACTATTAGATAAAATT +ATGGTTCGAAAAAATCTTAAGGAATACGGGATGAAAGAGGAAGATATAGAAGTCTTTGCA +GAGAGTGTAATTAAAAATCAGCAAAGGTTACTTAGCCAAGCTTATATAGAATTTACAAAA +GAAGAACTTGCAAATATTTATAGAGGATTATTTTAA +>group_145 +ATGGTTCTAATGATAAATTGGTTGATAGCTCAAATTAATGAAATAAATTTATCAAGAGAG +TGCTTTATATTTATAGGTGATAAAATCTATCATGGAAAATGTGTTGTTACATGGGTAACA +AAAGAAATAACTAAACTAGGTTTTTAA +>group_462 +ATGAAGGTATTTTTAGGGGTAGCATTTATGGGATTAATGCTGATAGCAACTGGGAAGATA +AATTTAAATAGTGAAAAAAAAGATAAAGCAGTTTTAAAAAATAAAGAACTAAATTTGTGG +TTAGGTTATATAGAATCTAGAATATTTGCAGATAATGATATGTTATTTGGTAAAATATTT +CTTGCTTCTGGTATAGTTGGGATGATATGTTATGATACATTAGGATTATTTATGGTGCTT +GTGATTTGTATAACAGCTCTACTCTTCTTTGGAGTGAGCATGGCAAACTTTTACAAATAT +TATAAAGGTAAAGAGTATAAGTTTAAAGGCAGTAGCAAAAGTATAAATACTATAATATTA +GTTGCCACTATAGTAGTAAGTACTATAGGAGTAATAACGCCTTTAAAATTAGGAAAAGGA +AGTATAGTATTTTCTCAAATAGATTCTAATGAAGAAAATGGGCGAACATTTACTTATGAG +ATTAAAGGTTTACCTGAGATGAAGGAATATGAGTTAGGTTTTAATGTAAAACATTATGAA +TTAGATAAATTTGAGAAGCCTAAATATCAAGAAAATATAGGAACTTCTAAGGTGTATTAT +AATGAAAGAATGGAAAATCCAAAGGTTACATTTAGTATTGATGAGCATGACAACTGTACT +ATATTTGTAACGAGTTTTGATAAGAATTTAAATAAAATTGAAGATAAATATGAATATAAG +TTTAGAAGAGTTGATAATGAAACTAGTGACATGATAGCAGGAGAGTTTAGTGTACCAGTT +GATTCAAATGGCAATATAATTGGAGAGGATAACGGAATGAACCTTTATTCATCAGAAAAT +AATAATGAAACCTCAGGAATTCGCATAACAATTAAATAG +>group_484 +ATGGGAAGATTAAGATCAATATATATAAATGAAATTGAAGTTAAAGAGATATCTATTTTT +AAAGCACTTTTAATTATGGTTATATTTACAGTAATACCGGTCATAGCAAATTTAATATCT +ACAGTAATATTACTTCTTATAGATGAAGATATGTCTTTGGGTAGTATTATGATAGTAGGA +ACAATTGTAGTTATTGTATTTATGATACTGACGATAATGATAGTGGCAAGGCTATTTACT +AATAAAAATAATATTATAAATAACAACATTGAATTTAAGATTATTAAGAAAGATTTCATA +TGTGTATTTTTTATTATAATAGGATATATCTTAATAAGAGATGCTTTATTATTTGAAACT +TTGTCAGCTTTTGAAGGTCCAATAACAGAAGAAGATATAAATTTTTTAATAGAAAATTCA +ACGGATATAGAAGCTGGGATAGTTATGATATTATTACAGCTCCAAGCTCTTATACAAGCG +CCTATATTTGAGGAACTCCTTTTTAGGGGGATAATTCTTAATGGTTTATTAAATAGATAC +AAAGGAAATCAAAAGAAAGCAATATTATATTCGGCTATAATATTTGGTGTTGTTCATTTT +AATATACCTCAGGGGATAAATGCTTTTATGATTGGTATTATATTAGGGGGAATATACTAT +TATACAGGATCTATGAAATTAGCTATTTTTGCCCATTTTATAAATAATTTATTTGTATTT +ATTCCCGTTCCAAGTAATATTATAATTAAAATTGCTTATGTAGCTTTAGGAATATTCCTA +ATAATAAAATCGATAAAGAATATAAGTATTAATACAAAAAATACTTTGAAAATAGAAAAA +GAAATATAG +>group_133 +ATGACACTATCGTTATATGAATTTTTAGTAGCTTTAATTTTATCAATTATATCAACATCA +TCAGCTCCATTTCTCAAATATACAATTGATAGTATAGTTAATATAATTAAGTTTTATTGT +CATAATAATAAATATACAAAGCTCTATATAGAAATATAA +>btuD_3 +ATGGTTGATGATATCAATTCTTCTATGGCTAATGGAGAGATCTTAGTAATTACAGGTTCA +AATGGAGGAGGTAAATCAACGCTTGTTAAGTTAATAAAGGGAATAGAGAAACTAATAAGT +GGACAAATACTATTTGATGGAGTAGATATTACAGATATGAGCATTACCGAACGTGCAAAA +TTGGGAATCGGTTATGCATTTCAGCAACCACCTAGATTTAAAGGGGTAACTGTAAAGAAA +CTTTTGAATTTAGCAGCAGGAAGAAACGTAGATGAAGAAATATGCTGTAAGTATCTTTCA +TCAGTTGGATTATGTGCAAAAGAATATATGAATCGTGAGATAGATTCAATGATTTTGAGA +TATGAGCAAATTCAGATGTGCTTATAA +>group_507 +ATGTTAAATAAATTAGCTAAAAATCAATATGTAAAATTAGTAAAAGAAAATGGCAAAAAG +AAAGAAGTTGAATATGGAATAGTATTAAATGAAAATGGAGATCAATACGATATAATGAGT +GTTGGTTTCGAAAATAAAGATGGACATTTTTTAGAATATCCACCAAATGTAGAAAATTTA +GTTCAAACTTATACTACTCATGAAGGAACTATGTTTGATGAAGTAAAAGAAAATGAGGTA +AGAAGAGCTATGAATGTTTGGGTAGAGAAAAATTATAAGCTTTAA +>group_71 +GTGAGCAAATACGTAAATATTAACTCTCAATTAGATGCACTAAAGTTGAAAGAGATAGAA +CAAAACTTTTATTACAACATAAAAGATAATATTAATATAGTGCCCAAAGTTACTCCTTTT +AAAGGGATTAATACAGATTTGCTTTATATTAAAGATAATAAAATCTTATTTATAAAGTTT +ATGGATACTACAGAGGATTTATTTTTTATTTTAGAAGAAGAATTACTTGAAGTAATGAAT +GAAGAATATGAATCTATGAAATTAAAAATGACTCAACGTAATAAAGATATAAGTTTTAAC +TATGTTTTTATTATGCCTTATGTAGAAATTGAAGATACTTACGGTTTTGATGATTTCGTA +AATAATAATATTATAGATAGAAATAAATTAGAAGAAATAAAATTAGATAGTAATTTAATT +GATACATATTTAAAAGAAGCAAATAATGAGATTGACTTAAATCTATTACTATTGGATATA +TGTCCAGAGTACTATATACTGAATAATAGACTTCATTTGAATGATAAATTTAAGAAAATT +TCTTTTTATAATGATGAGTATAAATACACTGCAACTATGCTGGAAAATAGTCAAATAGAA +AACGCTATTTCAATAAACTATGGTAATACGTTGTTTAAAGGTGGCTCTGGAAGTGGAAAA +ACTTCCATTATGATTTCAAGGGCTATCAAATTAGCTAGGGTATATCCACACCATAGGTTT +TTAATTTTTACTTATACAAAGCAACTTAGAAATGAGTTAAGAGAGCATTTAGATATACTT +TATAAAGATAATACTAATTTAGAGGTTCATACATTTAGTTCTTTTATTTTTAAATTAGCT +AAAAAATATAATTTAGTAATAGATTATAATATGTTAAAAAATGATTATGAAAAGACTTTT +AGTAATCTTATAAAACAAGCTAAAAATATTATAAAAACTAAAAGTATGTTTAAAGGAATT +TTTATTGATGAGGCAGAAAGCTTTTCAGCTAATGAAGTAGATTTTATTAGAGAATTTTTA +TATAAATCAAAATACATATTTAATGTATTTTACTGTGAAAGTTTAAATATTTCTAATCAC +TTAAATATATTTAAACAAGCTTTTGAAAATATTGAATTTAATGAATACGTTGTTCTAGAT +AAAAACTATAGACAGTCAAAAGAATTAATTAATTTCACAAATAAATTTATTAAAAATTCT +AATGAATATATAAATACTTTAAGACCAAGCTTAAATAAAGAAATTTTCACAACTACTAAG +CCAATTCTAAATGATGGTAAAGTAGTAGATATAGTTAAAGTAAGTGATTTAGACGAGCAG +CTGAGTGCAATACTTTGGGAAATTGAATACTTTACAACTAAAAAAGGTCTGAACTATTCG +GATATAGCAATAGTGTATCCATATAATAAGAAGAAACTAAAAAGTGGAAAGACAATTTAT +TTTCAATATTTAATAAGAAAAGCTTTAGAAGAAAGAGAAATTCCTTATATATATGCAGAG +GATACACTTACTAATCTAAGTTCTAGAAATGGAGTTACAATATCAAATATTTACTCTATT +AAAAATTTAGAATATAAAGCTTTAGTCTTCTGTGAACTAGAAATGTTATATAATCAGACA +ATAAATGATAAAGAACAAGACTATCAAATAAATGATTTCGTTGGAGACTTAAATAAAATA +TACTTAGCAATAAATAGATCAACCGAGTACCTAAGTATAATAACTACACTAAATGAAGAG +GGGAGTGATTTAATAAGATTGTTAATGGATTCAAAATAA +>group_403 +ATGAAAATAGAGATATATGAAAAAAATATGTATGGTGTAAAAGGTTTGGTTAATTCAATA +ATGGATGAAGAGTCTTTAAGAATTGGGGATGACTTAAAACAACTTAAAAATGAATTTAAA +GAATTAGAAATAGCAAGATATGAAATGGTTGTAAAGCCAAGATATATAAGTTCACTAGTA +AATATAAGTGAAAATGATAAGGAATATAAGTCAAGAAACAAGTCAATAGATCAACTGATG +AAAATAAATATGAAAGATGTAGGTCTAATAAGCAATGAAAATTTACCAATAGTTTTAATA +AATGGTGAAATTATCAAATTAGGAAAATATCCTAATATTAATGAGCTTAGAAAAAGTATT +GAATTAGAAAAAATAATATCAATTGTATATAATAACTAA +>mepA_2 +ATGAGTCAAGAAAATATATTAGGAACAGAAAAGATATCAAAACTGTTTGTCAAGTATTCG +TTGCCAGCAATAGTTGCTATGGTTATAAACGGAGTACAAACTATTATAGATGGAATATTT +TTAGGTAACTTTGTAGGTCCAAATGCAATGGCAAGTGTAAACTTAGTACAACCATTCAAT +CAGCTAATAATAGGAACGAGTATGATAATAAGTATTGGTTGTATAAGTTTTATAGGAAGA +ACCTTAGGAGAAGGTAAAAAAAAGGAAGCACAAAATATTTTTAAGACATCACTAATAGTT +ATGTTTTTAGTATCATTAATAATAACTTTTGTAGGAATAATATTTAATAAAAATATAGCA +ATGATACTAGGCGCAAATGAAGTATTATTAGAAAGTGTATCAATATATATAAAAACATTA +GCTATATTCTCTATACCTATGTCATTAATGTTTTTATTTGGATTCGTTGATAGGGTAATA +GAAAAACCAGAGCTTTATTTAAAGGGTAGTATAATAAGTGTAATGACAAATATAATACTA +AACTATATACTTATAAAAAAACTACAACTGGGTATAAGAGGAGCAGCTATCGCTACCGGA +ATGTCTTTTTCGATGGCACTTATAATAACAATATTACCTTTATTAAATAAAAATTCGGTA +ATAAATATATTTAAAGGAAAATTTGATAAGTCTACAATATGGCCGGTTGTCTATAATGGT +TCATCAGAAGGAGTCACAGCTATTGCTATAGCTACAACTGCTTTTGTATTTAATATGGCA +TTTATGCAGATTGCAAGAGAAATAGGTATTGCAGCATTTACAAGTATAAGTTATATATCT +CAATTTGGAACACTAATAATGTTTGGAATATCAGATGGGATCGGACCAATAATAAGTTAT +AATTATGGATATCAAAAACATGATAGGGTAGATGATGTATTAAAAATATCTTATAAAGTG +ACTTTATTAGTTGGTATAACTTTATTTGCAATATTATTTTTATTTGGAAGAAGTTTAGTA +GGAATATTTGCAGGTAGCAATAAAGATGTATTAGAAATGGCTGTTAATGGATCTAAGCTA +TATGCTTTTGCATTCTTTTTTAATGGTTTTAATATAGTATATTCAGGATATTTCACAGCT +ATAGGAAAGGCAAAGGAATCTATAATCATATCTGCTTGTAGAGGAATAGTTTTTATAATA +ATAGGAATATTAGTTTTGCCGACAATTGTAAATTTAAAAGGAGTCTGGCTTACAGTTCCT +TTTGCTGAGCTAATGACATTTATAATTGGAATTAGACTAATGAATAAAAATAGTTTTGTA +AAAGATAGTAAAGTAGCAGCTTAA +>hmuU_2 +ATGGACAATAAAAAAAAGGCAGCATTAAGTATTTTACTAGCATTAATAATTATTGGTATT +GGAACTTCCGCAGGGAGTTCCAATATTAATTTAATCGAAACTATATCAATACTAGTAAAT +AAAATATTTTTTATCCCTCTTAAAGAGGGAATAGACCCCAAAAATATAGGCATTGTTTGG +AAGTTAAGATTACCTAGAGTGTTGCTTGCATTTTTAGTTGGAGGATGCTTAGCAACTAGT +GGGGCGATAGTACAGTCTGTATTGAAAAATCAGCTTGCATCACCTTATACATTAGGAGTG +TCTTCTGGTGCATCGTTAGGTGCGGGCTTAATAATTATAAGTGATATTGTTATTCCTATA +GTTGGGAGTTTTACGCTTCCTTTAGTTGGATTTTTATTTGGATTAGGAACAGTGTATATT +GTAATAACTTTTTCTGCTAAAATAGATAGAACTATGTCTAACAATACAATTATATTATCG +GGAATGGTATTTTCATTATTTGTAAATGCATTGCTTACGACATTGACAGCATTATTTTCA +GAGGATATGAAAAGTATAGCTCTTTGGCAGATGGGTAGTTTCGCTATGAAAGGTTGGACC +TATGTTAAGCTAATTATTCCATTTGCAATAATAGGAGTGATTGGAGTCATGAGATTTACT +AGAGAAATGGACATAATAACCTTTGGAGAAGAACAAGCAAAAGCAGTAGGCGTTGAAACT +TCAAGGGTAAAAACAAAGCTTTTTGTTTATGCGGCAGTGCTTACAGGTGGTGCAATATCG +TTAAGCGGAACTATTGGATTTATAGATTTAATTGCGCCGCATGCAGTAAGAAAAGTATTT +GGTTCAAAGCATAAATATGTTATACCAATGTCATTTATTTTTGGAGGTTGTTTAATGGTT +ATATCTGATTTAATAGCTAGAACTATAATTGTACCTTCAGAACTTCCAGTAGGGGCTGTA +ACCGCGTTAATAGGAGCACCATTCTTTGCATATGTATATTTTAGAAAGAAAAGGTGA +>yjeM +ATGTCAGGAAATAACAGTAATACTAAGAAATTAACATTACTATCGTTAATCTTAATGATA +TTTACTTCAGTTTTTGGATTTGCTAATATACCAAGAGCATTTTATTTAATGGGATATGCA +GCAATACCATGGTATCTATTAAGTGCAATTTTGTTTTTTATTCCTTATGCGTTTATGATG +GCGGAGTATGGAGCTTCATATCAAAATGAAACTGGTGGAATATATTCATGGATGGAAAAA +TCAGTAGGTGCGAAGTATGCTTTTATAACTACTTTTATGTGGTATGCATCTTATATTGTT +TGGATGGTAAATGTATCTTCTTCTATATGGATACCTTTATCTAATGCTATATTTGGATAT +GATAAAACCGCAGAATGGTCAATATTAGGATTAAACTCAACGCAAAGTTTAGGGATACTA +GCTGTAATTTGGATTATAATTGTAACATATATATCAACAAAAGGAGTAGAGCAAATTACT +AAGATAACATCAGTTGGTGGTTCTGCTATAGCCTTACTAAATATAGTTTTATTAATAGGA +GGAATAACTGTATTAGCTTTAAATAAAGGAAGTCTTGCACAGCCAATAAAAGATATGGCT +AAAAGCTTTACGAATTCACCAAATCCAGCATACCAAACAACCATAAGTATATTTTCCTTT +TTAACTTTTGCAATTTTTGCTTATGGTGGACTTGAAGCTTTAGGTGGTCTTGTTGATCAA +ACTGAAAATGCTGAAAAGACTTTTCCAAAAGGTTTAAGTATAGCTGCTATAGTTATAGCA +GTTGGATATTCTATAGGAATATTTGCTTGTGGATTATTTACAAATTGGAATACAGTTTTA +TCGATAGAAGGTGTTCATATGGGCAATGTGGCGTATATTTTAATGCAAAATTTAGGTTTT +GAACTAGGTATAGCATTTGGTATATCACCACAAAATGCACTAACAGTAGGATTATGGGTG +GCAAGATTTACAGGATTATCAATGTTTCTTGCATTAAGTGGAGCTTTCTTTACATTAACA +TATTCTCCTTTAAAAACTTTAATACAAGGTTCACCAAAGGAAGTATGGCCAGGTAATCTT +GCTAAAATTGATGATGGAATTCCTTTAACAGCTATGAAAGTACAAGCAATTATAGTTATT +GTATTAATATTACTTATTTCATTTGGTGGAAAAGGTGCTGCAGAGTTTTTCTCGCTTTTA +GTAGCAATGACTAATGTAGCAATGACTATACCATATGTATTTTTAGCGGCAGCATTCCCT +GCATTCAAGAAAAAACAATTAAAAGGACAAGTTTCACAACCTTTTGTAGTTTATAAAACG +TATACAGTTTCATTAGTAGCTACTATTATCGTAAGCTCGGTTGTTACTTTTGCAAATATA +TTTTCAATAATAGAACCAGCTTTATCTGGGCAAACAATAGATACAGTAATGATGATAGGA +GGACCGTTGATTTTCTCATTAATAGCATTTTTACTTTATAATAGTTATGAAAAAACTATA +AATATAGATAAATAA +>aspC_1 +ATGAAGTATTCACAAAGGGTAAACTCTATTCAGTCATCTCCTATAAGGAAACTTGCACCT +TTTGAAGAGTCAGCAAAAAAAAGAGGGATTAAAGTATATCATTTAAACATAGGACAGCCG +GATATAAAAACACCTGAAGAATTTTTTAGGGCAGTTAAAAATTTTGATAAGAAAGTATTA +GAGTATTGTCCATCTAATGGGACGGAAGATTTGATCAATTCCATGCAAAAATATTACAGT +TCTTATAAAATGAAGTTTAGTAAAGATGAGTTATTAGTAACTAACGGTGGTAGCGAAGCC +TTATTATTTGCTTTAATGGCTGTGTGTGACCCTGATGATAATGTGCTAGTTCCCGAGCCA +TTTTACACTAACTATTTCGGATTTGGTCAATCTGTAAACGTTAAAATAAATCCTATAACA +ACTAAAGCAGAGAATGGATTTCATCTTCCAAGTAAGGAAGATATAATCTCTAAAATAAAT +CCTAAAACTAAAGCAATAATGATTTCTAATCCTAGTAATCCAACTGGCACAGTCTATTCA +TACAATGAAATAAGAATGTTGTCCGAAATTGCTTTAGAATATAACTTATGGATAATATCG +GATGAAGTATATAGGGAGTTTGTATATGATAATCAAGAGTATACTAGCTTTGGAAATATT +CCAGAAATAGAAGATAGAGTTATAATAATTGATAGCATATCTAAAAGATACAGTGCATGC +GGAGCTAGGATTGGATCGATTGCTTCTAAAAATAAAGGATTAATTGATCAAATATTAAAA +TTATGTCAAGGTAGATTATGTGTTTCAACTTTGGACCAAGTTGGAGCAGCAAAATTATAT +GAAACTCCAATATCCTACTTTAAAGAAATAATAGAAGAATATGAAAAAAGAAGAAATGTA +TTATATTACGAATTAATGAAAGTCGATGGAGTAGTATGCGAAAAACCGTCTGGAGCATTT +TATATATTAGCTAAATTGCCTGTTGACGATGCAGAAGACTTTGCTATTTGGATGCTAAAA +GAATTTAATAAAAACAAAGAAACCGTCATGATATGCCCAGCCCAAGGATTCTATTCATCA +GAAAAACTAGGTAAAAACGAAATTCGACTTGCCTACATACTAAATGAAAAAGATCTGACA +ACAGCAGCTAAACTTTTAAAAGAAGGATTAAAAGAATACCTATCATTAAAAATAAAAAGT +TTTAACTACAAAAATGATGAATTACCACTAAGTTAA +>galT_1 +ATGAGAGAACTAAGGAGAGATCCTATTACTAATGATATAGTTGTGCTTGCAAAAAATAGA +TCGAAGAGGCCTATGGATAAAGTTAGATTTCAATGTGATAAAGAGGTAAAAGAAGAGTAT +AAAGAAGACTGCCCATTTTGTAGAGGAAATGAAAAACATACGGAGAGTCCTACTTTTGAA +ATTAAAGGTAAAGATGGATGGTTAGTTAGATCTGTATATAATAAATATCCAATAGTGGAT +TCTTTATCGGAAGAAATTTATGGGGAACATGAGGTTATGATTGATACTAATAGACATGAT +GGAAGTTTTTATAATATGAGTGAGAATGAATTCTTGTATTTACTAAAAATGTATAAACAT +AGGTATGAGCATATGTCAAAAAATGAAAAAGTAAAATATATTAGTATTTTTAAAAACTTT +TTAAGAGGAGCTGGAGCATCACTACTTCATCCTCATTCACAAATAATTTCTTTATCTATA +GTTCCTCCAGAAATTGAAAATGAAATTAACATTTCTGAAAAATATTATAATAAATATAAA +AAATCATTATATGAAGCTATTATAGAAGATGAGGTAAAGTATGGGCATAGAATTATACAT +AATCATAGAGATTACTTAGTAATAGTTCCGGAAATTACAAAGTATGGAGGTGAAATTAGA +GTTTTATTCAAAAGTAATAAAAGGTTTGAAGAACTAAAAGAAAGAGATTTAGAAGAATTA +GCTAAGATATTTAGAAATTTATTTAAAAAAATTTATAATGTACAAGGTTATAATCCATTT +AATATATGCATACATACTCATCCCTTAAATACTCCTAAGAGTAAAAATTCTCATTTTCAT +ACTCACATACATATAATACCTAGAAAATACAGTTTTGGAGGATTTGAGCTCGGAACAGAT +GTATATGTATCATCTATAAATGCTGATAAGTTAGCTAAAAGATTAAGATTTGATTAA +>exoA +ATGAAATTTATATCTTGGAATGTTAACGGACTTAGAGCTTGTGTAACCAAAGGATTTTTA +GACTTTTTTAAAGAAGTCGATGCGGATATTTTCTGTTTACAAGAAACTAAACTTCAAGAA +GGTCAAATAGATTTAGAATTAGAAGGATACCATCAATATTGGAATTATGCTCAAAAAAAG +GGATATTCAGGTACTGCAATATTTACAAAAATAGAGCCTATAAGTTCAACTTACGGTATT +GGAATTGAAGAACATGATAATGAGGGGAGAGTTATAACTTTAGAATTTGAAGATTTTTAT +TTTGTAACAGTTTACACTCCAAACTCTCAAAGTGAATTAAAGAGATTAGAGTATAGAATG +AAATGGGAAGATGATTTTAGAGAATACTTATTAAAGTTAGATAGTAAAAAGCCTGTTATA +ATGTGTGGTGACTTAAATGTTGCACATAAGGAAATAGATTTAAAAAATTCAAAAACTAAT +AGAAAAAATGCTGGATTTACTGATGAAGAAAGAGGTAAATTTACTGATTTCTTAGCTTCT +GGTTTCATTGATACTTACAGATTCTTTAATCCAGATAAAACAGATATTTATTCTTGGTGG +TCATATAGATTTAAGGCTAGGGAAAAGAATGCAGGTTGGAGAATTGACTACTTCTGTGCA +TCTAAAAAAATAGAGGATAGATTAATTAGTGCTGATATACATACGGAAATACTGGGATCA +GATCACTGTCCAGTAGAGCTAGTTATAAAATAA +>group_491 +ATGGCTAATACTAATTTAGGTTGTTCAGCTACAAACTGTGTATACAATACTTCAGGTGAG +TGTTATTCTGGAAGTATAAAGGTCGATGGAAGACAAGCTACTACAACTTCAAATACTTGT +TGTTCTACATTTAGAGATCAAAGTACTTGTGGATTCACAAATTCTGCAGATGAATGTGAT +TGTGTAAAAACATCAAATATAGATTGTAAAGCTGGCAACTGCAAATATAACGAAAATGAA +AGTTGTACTGCACCAAGTGTAAAAATAAATTCTGGTAATGCCAGCTGTGAAACATTCTGC +TGTAAATAA +>yodJ_1 +ATGAAGAAAAGAATTATAGTTTTAGCTATTTCGAGTTTATTTATTATTGGATCAGCATTT +ATTGTAACTAAAAAAGATAATATTAAAGCACAGAACAATACTTCTAATATGAGCAAAAAT +AATTACAAAAATGATGGTAATCTTTCTGCTAGTAAAGAATACATAGAAGGAGTACAACCA +TTGTATATAGATGGTATAGTAGTAGTGAATAAAAAATATGGACTACCACAAGATTATAGA +GCACCAGAAGAGTTAGAAAAAGATGCAATAGATGCTGCTAAAAGAATGATGAAATCTGCC +GAAGAAGATGGAGTAGTAATAAAAATAAGAAGTGGATATAGATCTTACAGTATTCAGTCT +ACTTTATATAATAATTATGTTAGACGAGATGGAAAAGAAGCAGCTGATAAATATTCAGCA +GTGCCGGGTTACAGTGAACATCAAACTGGTTTAGCATTTGATTTTACAACAAGCGATACG +ATAACATCTATAGGAGATTGGTTCACAGATACAATACAAGCTAAATGGTTATATGAAAAT +GCCTATAAGTACGGCTTTATTATTAGATATCCAGAGGGGAAAGAAGATATTACTGGATAC +CAATACGAGTCTTGGCATTATAGATATATAGGTGAAGAACATAGCATACATTTCGCAATG +AATAATTTAACATTAGAAGAATATTTAGGTTTAGATAAATAA +>group_120 +ATGAATATTATTGATATAGCTAAGCTTGCAGGAGTATCTAAATCAACTGTATCTATATAT +TTAAACGAGCTTATGCAAGCGAGTAAAGTAGAAAAAATACAAGATGTAATTGATAAAACA +AGTTTTGTTCCATCTAATCATGGTAAAAGTTTACACACAAAAAACTAA +>group_519 +ATGAAAGTACCTATTGTTATTGTAGGACAAAAGGTAGAAGGGTATCCTTTTGTATATCAT +AGTGATTATGAAGCTGACTATGAAATGACAAACTTTTTAATAAGCAATAATCATAAAAAT +ATAGCATATATAGGTACTAATGCTGAAGATATATCTGGAGGTATTAATAGGAAAAAAGGG +TTTATTAGATGTTTGCAAGATAAGAATTTAAAATTTAATAAAAATTTAATAAAAGATGCT +AACTTTTCACAAAAAGGTGGATATGAGAGAAAATAA +>group_36 +ATGAGAGAAAATAATATAAAAATACCAGAGGATATAAGTTTATGTGCTATAGGTGATTCT +AAGTTTTCTAGCCTAATAAATCCAAAACTTACAACTATTCAATATTACTACAAAGAAAGT +GGAATAAAAAGTAGTCGTATATTAATTGATATTTTAAGAGGCAATTGTAATAAGGAAGAT +TTGAAATCTATAAAATTAGGATATAACTTTTCAACAAGAGAAAGTGTAAAAGTATAA +>group_163 +ATGGTTATAGATATAACAATATATATCAAAGTGGATATTTCTTAGGGTATATGGATTTTA +AAAAGGGCGAATTTATATTTGACGAATTTATAGAACTTGGAAGAGATTTTGATTTTTATA +CACTTTAA +>group_181 +ATGTACTGTGCTGACTTTGATGATAAGATAAGTATGAAAGGGAATTTAGATGATGTAAAA +ATAAATTTATATGAGCTAGGAGAATATAAATATGTATAA +>crr_2 +ATGGGATTATTCGATTTTTTTAAAAAGAAAAAAGAAACAGTAGAAGAAAGTAATAAAGTA +GAGTTAAAAGGAATAGTATGTCCAACAAATGGAGAAATTTTAGAGTTATCAGAAGTACCA +GATGAAGTGTTCTCTCAAAAAATGATGGGAGATGGTTTTGCTGTAAAGAGTGATGATGGT +ATATTTGTATCACCAGTAAGTGGAACAGTAGAGATGATATTCGATACAAAACATGCAATA +GGATTAAGAAGTAATGATAATATAGAGATACTAGTACATATGGGCATAGATACTGTAAAT +TTAAATGGCAAAGGTTTTGATGTATTTGTGAATGTTGGAGATAAAGTTAAAGCAGGAGAT +AGATTAGCTAAGATGAATGTTGAATATGTAAAAGAAAATGCTAAGTCTGATATAACGCCA +GTTATATTTACATCGCTAGAAGATGGAAAATCTGTAAAATTATTTACAGGTCAAGCAAAA +GTAAAAGAAGAAAATAGAATAGAATTAGTTTAA +>polC_2 +ATGGAATATATAGTCTTTGATTTAGAGTTTAATCAGGGATTTGATAAAACTCTTAATAAA +ACTGTATCTAATGAACGATGCCCTTTTGAAATTATTCAAATTGGAGCAATTAAATTAGAT +TCTAACTTTAATATGATAGATACTTTTAATGCATATGTAAAACCTGAAATATATAAGGAT +ATTCATCCTTTTATACAAAAGATGACAGGTATTACTAAAAGTGATGTTAAAGATGCCTCA +AACTTTACTCAAGTTTATAAAGAATTTAAAAAGTTTATATCCTCAAAAAAGTCTGTATTA +TGCGTATGGGGAACAAGTGACTTGAAGGAATTATATAGAAATGTAAATTATTATAATCTA +CCATCAAAAACTTTACCCAAATCTTATATTAACATTCAAGAATATGCTTCTAAGTATTTT +AAAAATCCTACTGGTAAAAGTATTGGACTTCAAAATGCAATTTCAATACTAGGTGTAGAG +CAAAATAAATCCTATCATGATGCATTAAATGATGCTTATTACACAGCACAAGTTTTTATA +AAAATAAATAGTCCAGATATTGTTCCTGATGTATATATTTATACACCAGTGAAGCCTGCA +CAATCAAAGCGTAAAATAAAAAAAGAAATTGATTATGAGAAATTATTTAAAGAATTCGAG +AAAATACTAGAACGCCAATTAACAAAAGAAGAAAAAAAAATAATTGATTTAGCCTATAAA +ATGGGCAAAACTAATCAATTTGTAATAGAAACAAAAGATAATAAAATAAATTATAAAAAA +AGATAA +>group_56 +ATGAGTAATTTATTGCATGTCATTGAAAAAGAAAGATATAATGCAAATGAGTTAAAATCA +TTATTAGGAGAACATAAACACATAAAATTCGTTTCGTTAGTAGGTGTAGACTTAGGTGGA +AATGCAACTGATGAAAAAATACCAATGGAATTATTTTTAGATGATATAGAAAGTTTTTTA +TCTTCAGCAGTTCAAACTGATGGTTCAAGTGTTGAACTTTATGAAATAGCCACATTGAAT +AACGCAAAGGTCGATTTAATGCCAGATGAAAGTAGTCGATGGTATATAGACTATAATTTA +GAACACATAGATGCAGAAACTAATTTGCCAATAGGCACATTAAAAATACCGGCATTTTTA +ATACATGATAATAAAAAGGTATGTTCTAGAGGGGTACTTCAAAAAGCAGAGAGTTACTTT +AAGAAATCTTTACTAGAAGTATTTGAACAATATCCACATATGATAAATAATATAGGAATA +AATAATATAAATGAAATAGATGATATACTATTAACTTCAGCAACAGAATTAGAGTTTTGG +GTAAATACTCCGGAAGATAAAGCCGATTTAGAGAAGTTATTTGTATCTCAAAGTTTAAAA +GAGCAATATTGGAAGAGAACTCATGGTCTAATAAGAACTTGTTTAGAAAAAACATTAATA +ACTCTTCAAGCTAAAGGTATATGTCCTGAAATGGCCCATAAAGAGGTTGGTGGTATACAA +AGTACTATAAGTATAGAAGGTAAAACTAATCATGCAATGGAGCAATTAGAAGTATCTTGG +AAGTTCTCATCTCCTCTTCAAGCTGCAGATAATGAATTAGTAGTAAGAGAAGTAATTGAA +GATATATTTACAACTAATGGTCTAGAAGTTACATTTAAAGCTAAACCGATACATGGAGTT +GCAGGTAGTGGAAAGCATACACATGTAGGTGTAAGTGCAAAATTAAAAGATGGAAGTATA +AAGAACTTATTTGCACCAAGGGATATGAAAGATGATTACTTAAGTGAAATTGGGTATGGT +GCTTTAATGGGATTACTTAATAACTATGAAGTATTAAATCCATTTGTAACATCTACAAAT +GATGCGTTTAACAGATTAGTACCAGGATTCGAAGCACCAGTTTGTATAGTTACTTCACTA +GGTCATACTTATGAAACTCCTTCAAGAAATAGATCAGTGCTTGTTGGATTAGTAAGAGAT +GCAAAAAATCCAAAAACATTAAGATTTGAATTAAGATCTCCAAATCCATTATCGAATGCT +TACTTAGTTATAGCTGGGTGCTATCAAACTATGTTACATGGAATAAAAGCAGTAGCAGAA +AGTAAGCTTTCTACAAAAGGACTAGAAAAAGAACTTTCTAAGGATGTAGGAGAAGATAGT +TTCTACTTGAATAAAAATAGAGCATATAGAGATGAAAATGATGTATTTGAGCACTATACA +TTAGAAGAAAGAAATAAAAGATTCTCAGCACCACCAGCTACTGTTTATGAAAATGTAAGA +AGCTTAGATATTGAGAAAGATAAATTAGAAGCGTTGAAACAAGGAGGAGTATTTAATGAT +AAAATTATAAACTCTTTCAAAGTTGGTTCAATAGATAAGTGGAAGAAAGAATTAGGAAAT +AGAATAATACAAGACTATTCAGATAGAATAAGAAGCTATGTAAAATTACATACAAAAGAA +AATATGGATGCATTAGATGAAGTTAATTGGAATGCAATTTCGGATATTAAGTTTAATGTA +ATGAAGGATACACTGACTAGGAGTTCAATATTTACTCAAATAAGAGATGCAATAGAAAGT +GATGATTACCAAATAGCTTCAAATTTACAATTAGAGTTAGAAAGAAATATGGAAGATGTA +GAAAAACTATATATGCAATATAAAAAGAATATATATTAA +>mepM +ATGAATAAAGATTTAAATAAAGTGGTATTAAGATTAACTATATCACTTGCATTATTAATT +TCCTTAAACTTATATAATACTTCTTGTGCATTTGGGGAAGTAGGTAAGTTAGATCTGCTA +ATACAAAATCAAGAGAAGCAAGAGGAATTAAAAGAGAAAATAAATGAATTAGATAATATA +TTAGAAAGTAAAAATAACCAATTGAAAATTGAAAATGACCAATATGTATCATCAGAAGAT +AAAAAAGAATTAGAAGTAGTAACTGTTAGTTTTGTTCCTCAAGAGTATGAAACTAGCGAA +AAAGATGAAATAAGTTCGGAGATTCTCGCTTTAGAAGAAAATAAAAATATACTAGATAAA +GAATTGCAAGATGCAATAATAGAAGGTGTTCAATTAGAAAAAACAATTGAAGAAGAGGTT +AAATCAAAATTAAAATCAGAAGATATTGAATTTATAACTGGAATATGGCCACTAAATGAT +TATAAAAATATAAGTTCTGGATATGGATATAGAATACATCCAATAACAAATGTAAAAAGT +TTTCATAAGGGAATAGATATTCCTGCTCCACAGGATACTGATGTATTAGCTACTGATGAT +GGAATAGTTAGTTTTTCTGGTTATCAAAATGGATATGGAAATGTTGTTAAGATAAAACAT +TTTGATGGGAAGACTACTGTATATGCACATAATAACTCAAATGTAGTTAAAGAAGGAGAT +ATAGTAAAGCAAGGAGATATTATTTCTAAAGTCGGAACAACTGGTAATTCCACTGGAAAT +CATGTTCACTTTGAAATAATAGTAAATGGAAAAAATATTAATCCTATAGAGGGTGTAATA +AAATAA +>group_88 +GTGGTTAAAATAAAGCGTAAAATATTAATGGATTCAATTATTTATATTGTATCGCCAATA +ATATTATACAGACTAAGTAGCTTAGGCATTTCCAATTCCTATGTATTCTATTTAATATTA +GGCGGTATTTGTTATACTCTTTATACTAAATATAAGCAAAATAGGACTAGTATATCGGGC +TTAGGTATTATGACATTACTGACGTTGTATATTTACTTTTCAAGGAATCAAAAAAATAGT +TTTGATTTATATCTTTATATAACTTATTTAATAGGAATAAGTTTTTCTATTATATTAATA +CTTAATTTATTTGATAGAAATATTTGCAGCCAGATATATATGGATATATTAAATACAAAA +TTTAATAGCGGTATATCAATAAATAACCTTATAAGAAAAAGAAAGTTAGAGAATGAATTT +AGTTTTCTTACAACACTAATAACTTTGCATCTATTAATTTCTATAATGATAAGATTTTAT +GGAATTTCATACTATGGATCAAGTAGATATATGGAAGCTTATAGTTTAGAGATACTAAAT +CTTGTAATATTTACGGGAATAGAGTTATATATTATATATAAAATTATTGCAAAGACAATG +GAGGATAAAGCTTTTTCAAATAAAAAAAGTGATAAAAATATTAATGATGGAAGAGTTATA +GATTTAAGTCAATATAAACGTGTAAATAAATAG +>ugtP_1 +TTGGATACAGAAAAAAGTAAAAAAACAATTTTAATTTTAACAGCCCAGTTTGGTGCTGGA +CATATAAGTGCTGCAAATGCTATTAAAGATTACATAAATGAAAATGATGATAGTTACAAT +ATAGTAATACAAAATTTTATAAGTGCAAGTGTTCCTAGAATAAATAAACCAATGGTAAAG +ATGTATGAAAATAATACAAAATACATGCCTGAACTATATAACTATTACTATTATTTGAAG +AAATCATTTAATCCTATATATGATATCTCTCATCTAATATATACACCTAAATTATCTGAG +TATATCTTAGATGTTCAGCCTGATTTAATTATATCTACATTCCCACTTGCGGCTTCTTGT +GTATATAATTTTAATTTAAAGCATACTCATAAGCCAATACCTTGTGTAACTGTCATAACT +GATGTTGTAGATAGCTTAGAATGGATTTATCCTAATACTGATATGTATTTTGTACCAAGT +ACCGAAATAAAAAATAGATTAGTTCATAAAGGTATATCTCCTAATTCTATAAAAGTTACA +GGGGTACCAATTAATAAAAATTTCCATATAGAAGAAAAAAATTATATCCAAGGAAAATAT +AGGCTTCTACTTCTAGGTGGGGGACGTGGATTATTTGACTTTGATGAAAACTTTATGCAC +TGGATTGATAACTTTGTAGGAATATATAAAGATATTTTAGAGGTTACAATAGTAACGGGT +AAAAACAAAAAACTTTATGATAATTTAACTGAAAAAAAACCTTTACTAAATATAAAGGTT +CTAGGATTTGTAAATAATATGCAAGATTTAATAAAAGAGTATGACTTAATGCTTACCAAA +CCTGGCGGTGCCACATTATTTGAAGCCATACACTCACAAACGCCTATAATAGTTAAATTA +CCAAAGGTCGGGCAAGAAATAGAAAATGCTAAATTTATTGTAGATAAAGGCATCGGTATC +ATCTATAATGACGATGAAGATCTTAAAGAAATATTTGAATCTATTGTTTCAAGTAAATTT +AATTCCTTAATTAAATTCATGTTAGACAACATATCTGAATTTAAGAAAACTATACATCCT +AAAAAAATATATGACTATGTACATGAATTACTAAATACTTCTATTTCTGAATAA +>group_338 +ATGAATTATAACTTATTGTATAAATATATTAAGGAACTTTTAAGTATTCCAAGCCCCACA +GGATATACAGAAGAAGTTGAAAAGTATATAGTAAATTTTCTTAAATCTCGAAATATTAAC +TATAAAATTGCAAATAAAGGCAGTGTAATAGCTACTATAGAAGGAAAAGATAAAATGAAT +GTTACTACATTTTCAACTCATGTAGATACTTTAGGAGCTATGATTAAAGAAATAAAAGGA +AATGGAAGGTTATCAGTAAGCCTAATTGGTGATTATGTAATTAGCTCTGTAGAAGGTGAA +TGCTGTACAATACACACTAAAAATAATAAAAAATATGAAGGAACTTTGCAAAATATTAAA +CCATCTATTCATGTATATGCTGAGGAGGCAAAACAAATAGAGAGATCCTTAGAAAATTAT +GAAATAGTAATAGATGAAGAGGTATTTTGTAAAGAAGATATAAATAATTTAGGTATAGAT +GTAGGAGATATAGTATCATTTGATACAAGGACAAAAATAACTAGTTCAGGATTTATCAAA +TCAAGATACTTAGATGATAAAGCAGCTGTAGGTGTAATGTTATATGTTATAGATTATATA +ATATTAAATGAAATAAGCTTAAATCACACTATAAACTTCTTATTTACTAATTATGAAGAA +GTAGGACATGGTGCATCTGCATTTATACCTAAGGATACAATTAATTTTATTGCTATAGAT +TTAGGGTGCCTCGGAGAAAAACAAAACTCAACGGAGTATGATGTCAGTATATGTACAAAA +GATTCTAACGGGCCATATGATTACAAACTTATTAATCACTTTATTGATTTATGTAAAGAA +AATAGTATCAACTATAAATTAGATATATATGATAATTATGGATCAGATGCTATAGCAGCT +ATAAAATCAGGATTAGATGCAAAGTTTGCTTTATTTGGACCTGGAATATATGCTTCTCAT +GGTTATGAGAGAACTCATATAAAGTCTTTAGAAGAAACTATAAAATTGATTTTAAAGTAT +GTTACAAACTAA +>group_487 +ATGAATACCCAATTTCGAAAAGGCGTTTTAGAAATATGCGTTCTAGCGTTGATATCTAAA +AAAGATATGTATGGATATGAAATAGTTCAAAATATTTCTAAGGTTATAGATGTTAACGAG +GGAACTATATATCCAATACTGAGAAGGCTTACAAAGGATGAATACTTTGAAACTTATATA +TTAGAATCTAATGAAGGTCCGGCAAGAAAGTACTATAAAATAACTGCAGAGGGAATTAAA +AATTTAAATAAGCTGGTAAGGGAATGGAAAGATTTTGTAGGTGCAGTTAACATTATTTTA +AATGAATACTAG +>group_30 +TTGAATAAAAGTGAATTTTTAGAGATATTAAAAGATTATCTTGGAAAAGATTTTTCAGAA +TATGAAGTTAATGATATATTAAGAGATTATGAAGAATATTTTGTGGATGGAATAATAGAA +GGAAAGAGTGATATGGAAATAATATCAGCTCTGGGTTCTCCGAAATCAATAGCAAAAGAT +TTAGTGTCTCAAATGAAGGAAAAGGATGAAAATAAACAATTTAAAAATAGTAAATTTACT +GATAATATTAGTGATAAATATGAACAGTCAAAAATAAAAGCAAGAGATATATTTAGAAAA +GGAAAGAACTATGTGAGTGAAAAGCTTACACCTAATTTATATAGTGAAAGTTCTAGGTTA +TCCACAAAACTTATAAAGATAATATTAAAAATATTATCACTAGTACTTTTAATGCCAGCA +TTTATGTTTATTGTTGTAATGATACCAATAGGAATATCGTTAATTATGTCTTTAGTAGCT +TTTATAGTGGCTATACCTTTAGTAGTTAATTTTGTTTGGTCTGTACCAGAAATAACTGCA +GTTGTTATATTTGCATCTATATTATTTATAGGATGTGAAATAATTGCATGGCAGATTTTT +ATATTCTTTATAAGATTATTTATTAAGTTAAGTAAAAGATATATGAATTGGATAAAAACA +AGGAATATTTATATAAATGCTAGTGAGAAAAAAGATAGATTAGAAAAGGATAGCTATGAA +GAAGATGGAAAAGGAGATGATGATTATGAATAA +>group_263 +ATGAATAAATTAACCGCAGCAATATTTTTAAGCACAACTATTTTATTTAATGCAGCATGT +GCAAATGTTAATAATGTAGAAAGCGCTAGATCTTTAGAAAATGTAGATGTGTCTAAGACA +AGTGAAGTTACCGATGATAGCTTAGAAACTATAACTATTCAGACAGATTCAAAGGATCCA +TCTAAAGTAATAGAAATAGAATTAGATGTAAACAGTAGTGCAAAAGAAAAGATAAACAGA +ATACTAGATAATATATCAGAAGAATGTTTTAATGGTTTACCAATTGAGGCAACTATTGTT +AATAATAATGTGGTAGAGATAGAGTTAACTGAATATAATGATGAAAAAAAGAGCGTTTCT +TGGCAGAATGATTATTTAAATAAATATACCAAGAAAAACACTATTAATCTTATAGTAAAA +AATATAATAGAAGATAAATTTAAATCTGAAGTTTCTTCTATTAAAGATGTAAGAATATAT +CATAATGATAAATTAGTTACATTAGATTAA +>group_468 +ATGACTTCTAATGAATTAGATGATATGAAAAATGATTTTCATAGATATTATAGTGAATCT +AGTTGTAATTGTGCTTCAAACTTTATAAAAGATTACCCAGCTTTAAGCGCACTAATCGCT +TCTGGAGCAGTAATATCTGCAACTACTTTATTTAGTTCAAAAGCAAGAAAAGTTTTATTC +CCTGCCATTAAATATATAGGAAAGCAACAGCTAAAATTATTTGCTGGTATAGGTATTTTA +TCTATCGCAACATATATGGTAAACGAAAGCGTACATTTAGATGATGAGTTTGATAATAAT +GAAGACGATGAAATAATCTTAAATAATTATATGAAATAA +>group_211 +ATGAGAAAGAAAAAGAAACAATCTTATTCATGCGCTCCTCAGTATGATGCTTGCAATCCA +TGTGAAGAAAAAATAAATACATGTAAACCAGTTAAACAAACAAAAATTGCTAATACATGT +ACATGCAACACAAATAATACATGTAATACCTGTAAAAAACCAGTAAAAAAATATGTAGAC +GATTTATGTGGTGATTATGAAATAACATGCGTAGATAAATGTGTAAATTTAGCGAAGAAG +GCAGAAGAATTATTTACTAAAGCATGTGAATGTGACGCTCAGGCGGTAGAAACTTATAAT +CAAGCTAAAGAGTGTGAAAAGTCTGCGAAATTATTAGAACAAAAAGCTAATAATTTATTA +CAAAATGCATGCTGTACTGAAAAAGAAGCTAAAGCAGCAGAGTGTAAAGCTAAGCAATTA +CTAGAAAAAGCTGAGGAACTTTCTGCCAAAGCTAAATGTTTATATCAAGAGGGGAAACAA +ATACAAAAAGAAGCAGAAGCTAACTGTGAAAGTGCAAAATGTTTATTTGAAAAAGCACAA +TGCTTAAATGAAAAAGCTAAAGAATTATATGCTCAAGCGATGAAATGTGATGAAAAAGCA +TTAGAATGTTATCAAAGTGCAGGAGAAAAAATGAAAGAGTATGAAATGAAGTCTAAGAAA +TGTGAAGATATGATTTCTAAATGTGGAACTGCATTAGATAAATGTTCAAATAAGGTTACT +TGTAAAAAAGAAATACCTTGTGAATATGTAAAACCTACAGATATGTGTAATGCTACAAAT +ATGTGTAACACTACAAAACCAAGCAGTACTTGTAAATATGAAGAGTACGATTATTCATGC +AACCCTCCAAAGAAAAAATCTTGCGGATGTAATAAACCAGTTTCTAAAAATCCATGCAAA +ATGAATACTTGCAATCAAGACTATGAAAATAAAATAGATTCATGCTATTCAGATAATAAG +TATCAGATGAACCCTTGCTATGAAATGGATAACTATAAAATGAATCCTTGTAAGAAATCT +GTTAAATCTGAAGATATAGTATATATTGAAGACTGTGATCTTTGTAAAGGTAATTTATGT +TCAACTTATGTAAGTCCTATGTATGATATGACACCTATGCAATGTACAGGAGGAATGTCA +AGTAAATATCCATCTTTAGATAAACCATATATGAATGCTTATATGGATCAATATCAAGAT +ATAAATGATATGTGGATGAATTATTATATGTATATGCAAAATATGTATATGCAAAACATG +ATGCCTTTTGATGAAATGTAA +>group_389 +GTGGATATAAAAAAGCATAAAGAAAGTATACTTTATTTAATATTTGGTGGATTAACTTTT +CTTGTAAATATGATTACATATGTACTTTTTACTAGAGTAGTTAAAGCTGATGTTTTAGTT +TCAAATTGTATTGCATGGATTGTAGCAGTTTTATTTGCTTATATTACAAATAAATTTTTT +GTTTTTGAAAGTAAAGAAACTGATTTTAAATATATATTAAAAGAATTTAGAGCATTTGTT +GGTTGTAGACTATTTTCTGGAGTTGTTGAATTAGGGATAATATTTGTGATGGCAACTTTA +ATGGGAATAAATGACTTATTTGTAAAGATAGTAACTAATATAGTTGTCATTGTTTTAAAC +TTTATATTTAGTAAATTAATTATATTTAAAAAAGAGATACAAGTATAA +>group_414 +ATGAAAAATAAAATATTGTCTATTATAATACCAATGTATAATGAAGAAGAATCTCTTCCA +CATTTATATAGTAGATTAGTTGCTCTAGGAGAAAAAATAGAAAACTATGATTTAGAATTT +CTATTTGTAAATGATGGTAGTAAAGATAGCTCTTTAGAGATAGTTAAAGCACTACGTAAG +GCAGATAAAAGGGTTTGTTATGTAAACTTATCTAGAAACTTTGGTAAAGAAGTTGCTATG +GGAGCTGCCTTTGACTATGTTACAGGAGAAGCTGTTGCTATAATAGATGCTGACTTACAA +GATCCTCCTGAATTAATAGTTGATATGATTAAATTATATGAAGAAGGATACGATGATGTA +TATGCTAAAAGAAGAAGTAGAGATGGTGAAACTTGGTTCAAAAAGTTCACATCTAAAACC +TTCTATAGAGTTTTACAAAGTGTATCCGATGTACCTATTCAAAAAGATACAGGAGACTTT +AGACTGTTAAGCAGAAGGGCTATAGAGGCTTTAAAATCTTTCCCTGAGAGACAAAGATAT +ACTAAGGGAATGTTTAGTTTAATAGGCTTTAAGAAAAAGGAAATAGAATTCGATAGAGAT +TCAAGAGTTGCTGGACAAACTAAATGGAATTATTTTAAGTTAATGGACTTAGCAATTGAG +GGGATAGTTTCCTTTACTATACTTCCACTTAGAATTTCTACAATAATGGGGATAATAAGC +GGTATTGCTTCTTTCTTGTACATGATTTTTGTATTCTCTAAAACTTTAATTTTTGGGATA +GATGTCCCAGGATATGCAAGTATAGTTTGCATATTATTATTCTTGAGCGCCGTTCAACTA +ATATCATTAGGTATTATAGGTGAATACTTAGGAAGAATTTTCATAGAAGTAAAAGGTAGA +CCATTATACTTTGTTGAAGAGTATTCAGGATCTATAGAATAG +>group_151 +TTGAAAAGAAATAACAATTCGTTAAATTTTAAAAGTAATATAAATAATACTGAAACTAAC +TCTATTAGTAATGTAATTTGTTTCTCCATTATTTTATTGTTAACATTTGGAATGATGTAT +ATTCTTAATAAGAATACTCATTTTACTTCAGATGATTTTCGATATAATTTTATGTATGAA +TCTTTTATGCCTAATGATGGCGTTCAAAGACTCTCAAGTTTCAGTGATATAATTAAATCT +ATGTATAACCACTACTTTATGTGGGGCGGAAGAATTACTGCACATACCTTAGTTCAATTC +TTCTTAATGTTTGATAAGCAATTCTTTAATATTATTAACTCAATTGCTTTTGTTGGACTA +GCTGTACTTGTTTATTTGCATTCAAATGTTTCAAAAAAAATAAATATACCGTTATTAATA +GGTATAATATTCTCATTATGGTTCTTCATACCTCAATTTGGATTAACTGTACTATGGGTA +TCAGGTGCAGGTAACTATTTATGGTGTACTATAATTATATTATTATTCTTACTGCCATAT +AGAAAATATCTTGAAAATGAACACTCTTTTAAAGATAATACTTTAAATTTCATTCTTATG +ATTATTATAGGTATATTAGCAGGTTGGACAAACGAAAATACTGGTGGAGCTATGATATTA +CTAACTATGTTGTTTATAGCTTACTATAAATTGAAAAACGTAAAAATACCTAATTGGGCA +TTTTCTGGATTTGTATCTAGTTGTATCGGCTTTGGACTTTTAGTTCTTGCTCCTGGTAAT +AACGCTAGAAAAGAATATTTAGTTAATAAAACAATAAATATAATTAAAAATATAGGAAAC +GTATTTGGTACTTCATTTACACTTATGTTTGGACTTACTATCCTTTTATTAGTAGTTTTA +GCATTCTTCTTAATAACTAATAATAATACACAATTAATAAGTAAGTCACTTACAATATCT +TTTATGTATATATTCTCTGCACTTGCAGGAATAATTGTTTTAATTGTATCTCCTCAAATA +CCTGCTAGAACTTGGTTTGGACCTATAGTATTTATTATAGTTGCAATAGGAAATATTTAT +TCAAATATATCTATTAATTCTAAATCATTAAATATTATTTTAGTAGCATGCTTAATAGGA +TTTACAATTAAATTTGCAGATAGCTACAGTATCGCTTATAAAGATATTGTTAAAACTTAT +AATAGTATAAATACTCAGATTTCTACGATAAACACTGAAAAAGAAAGTGGTAACTTAGAT +ATAGAAATTAAAAATATACCAAAAGCTCAAAGTGAATATAATGCATTTAGAGGTAGTAGG +TATGTTAGTGACGATAAAGAATCTTGGCTTAATAAATGGATGGCTAAGTACTATGGCGTA +AATTCGATAGTTGGAGTTGATTAA +>znuA +ATGAAGAAAATATATATGGCTGTATTAGCTATAATAATGAGCTTAGGGTTGATATCATGT +TCTAATAATATTAAGAAAGAAGAAGTTAATAAGTATAATGATAAAATTAAGGTATATGCA +ACTATTTTTCCAGTATATGATTTTGCTAAAAATATAGGTAAAGATAAAATTGAATTAAAT +TATATTGTACCACCATCTTCGGAACCACATGATTATGAGATAAGTGCAAAAACTATAAAA +GACATACAAAATGCAGATTTACTTATAAAAAATGGTTTAGGAATAGATGGATTTTCTGAC +AATATAAAGTCAGAATCAGATAAATTAAATATTTTAGTAGCAAGTGAAGGTATTGAAAAA +ATTACATATAAAGAAGAAGGTCATGATGAAGATCAAATTGAAGAAGAACATGAACATGGA +AAGTATGATCCTCATGTATGGCTAGATATTAATAATGCTATAAAAGAATGTGAAAATATA +AAAAATGAATTTATAAAAATAGATAGCAAAAATAAAGGATATTACGAAGAAAATTATAAT +AATTATGTAAAGGAATTAAAAGATTTACAAGAAGAGTACAATGCAAATTTAAAAGATATA +AAAAATAAAACTATATTAGTTTCTCATGATGCTTATGGATACTTATGTAAGGAGTATGGT +ATTAATCAAATATCAATAACAGGTATAAATCCAAATCAAGAGCCTTCTATGAGTAAAATA +GCAGAGCTTACAAATTATGCAAAAGATAATAATATTAAATATATATTGTTTGATGGATTA +GTTAATCCAAAGGTTTCTCAGACAATAGCTAATGAAGCAAAAATAGATACAGAAATTTTA +TATTCCTTAGATGGTATAACTAAAGATGATTTTAATAATAATGAAGATTATATATCATTG +ATGGAAAGAAATTTAGAAACCCTTAAAATAGTATTAAGGTAG +>znuB +TTGGAGATATTTCAATATGATTTTATGGTAAGGGCATTAATTGCGGCTTCTATAGTAGGA +TTAATATGTCCTTTAATGGGTATGTTTATAGTTTTAAGAAAGTTATCCTTAATTGGTGAT +AGTTTATCACATATAGCATTATCAGGAATAGCAGCATCAACTATTTTTAATGGAAATCCT +ATAATAGGATCATTAATAGCATCAAGTTTAGCAGCTATTATAATAGATAGGTTGAGAAGT +AGTCTTAAAGAGTATGCAGATTTATCTATTGCAATAATAATGGCTCTAGGAGTAGGTATA +TCAGGAATACTTATGAGTGCATCAAATGTGAACTTTGATTTATTTTCTTTTATGTATGGG +AGCATAGCAACTGTAACAAAAGAAGATATTACTATAATAATGATAACTGCAATAATAGTT +CTGTTATTTATAAACTTATTCTTTAAAGAACTAGTATATATCACATTTGATGAAGAAAGT +GCAAAACTATCAAATATTCCAGTGAAAATGATAAATATTATTTTTATGATATTAGTTGCA +GCAAGTATCACAATGACTCTTAGAATTGTTGGGGTTTTATTAGTATCGTCATTAATTGCA +ATACCTGTAGCAACAAGCTTAAGAGTGGCCAAGAGTTTTAGACAATCAATATTTTACTCC +ATACTATTTGGAGAAATATCAATACTTAGTGGTGTTATTCTATCTTTTTATATGGATGTA +GCACCAGGGGCTATAATAGTTATAGTAAGTATTTTACAATTAATTCTGGTAAGCTTATAT +AAATCAAGGATATATAAAATAAAAGTTGGAAAAGTAATAAATAATTGA +>group_476 +ATGGATATTAATCAAAAAGCAAAAGAATTTGCCAGTTATATAAAAAATACTAATGAATTT +AAGTACATGAATAAGTGTAAGGTTGATATTGAAAAAAATAGGTCTTTAAAAAAACAATTT +GATTCTTACATTAATAAAAAGAATAGTATTTACTCAAGATATAGTATAGATGATGCTTCT +TATAAAATTAAAAGCCTAAATAAAGAATATGATACATTTTTTAATCTTCCGCTAGTATCT +AATTATATGAAAGCCACTCAAGAATTTAATAATATGATGGAAAATCTATATAAAACAATA +GAAAAAGAACTTATAAAATAA +>pdxK +ATGCTAAAAAAAGTTGCAGCAATAAATGATTTATCAGGGGTTGGTAGATGCTCTCTTACT +GTAGCAATACCTATACTTTCAGCTTTAAAAGTCCAATGTTGCCCTTTTCCTACTGCTATA +CTTTCTAGTCAAACTGACTATCCAGAATTTACATTCTTAGATTTTACAAATGAAATGGAT +AAATACAAAAACGTTTGGAAGAGACTCGGTATTGGTGTAGATTGCATATATAGTGGTTTC +TTAGGATCAATTAAACAAATTGAAATTGTGTCTGATTTCATAAAAGAGACTAATACTTCA +CTAGTTGTAGTAGATCCAGTTATGGGAGATAACGGCTCTTTATATTCTACCTTTACAGAG +GAAATGTGCTATAAGATAAAAGATTTAGTAAAACATTCTACTTTGATAACTCCTAATTTA +ACAGAAGCATGTATTTTAACAAACAAAGAGTACCATCAAAATTACTCTAGAGATGAACTT +ATTAATATAGCAAAAGACTTATCAGATCTAGGTCCTTTAAATGTTGTCATTACAGGTATA +GTCGAAGGCGATAATATACTTAACCTAGCTTACAATAAGTCTACTGATGAAGCTTATTTT +ACATCTGTAAAATATAATAATCGTTCTTATAGTGGAACAGGAGATATCTTTACGTCTATT +ATCTGCGGACTTTTAACAAATAATTATGATTTAAATTTTGCAGTTGAAACTGCCACTAAA +TTTATATATAAGACTATAAATTATACGTCTAAGTTTAATACTAATAGAAACGATGGTGTA +ATGTTTGAAATGTTCTTAGGTGATTTAATATCTCTTTAG +>cspA +ATGAAAACTGGTGTAGTTAAATGGTTTAACAACGAAAAAGGATTTGGGTTTATATCTGTA +GAAGGTGAAGGAGATGTTTTCGTACATTTCTCAGCTATACAAGGTGATGGATACAAGTCT +TTAGAAGAAGGACAAAGCGTTCAATTTGACGTAGTTGAAGGTGCAAAAGGTCCTCAAGCT +TCTAATGTAGTTAGATTATAA +>group_13 +ATGAAATATAGCTACAACTATAATACTGAATTAGAAAACATACTTAATGAAATATATAAA +AATAAAATATACAATATAGCTGCTAAAAATAATATATCTAAAATAGATGATACTAATCTA +AGTAATATTATTAACATATTTACATCTACACATGTATATCTAGGTAGTGATTTAGATGAT +TTTATAATAAGCCTAATGCCAACAGGTGATGCAGGTTACTTCTATAGAGTCGAAATATCA +AAACATTTTAATCACTCTTATCCTAGATTATTTGATTATTTAGGTAATCCTATAAAAAGT +GAAAGTTCTAATAAGTTTGCCTTAAAGTTATGGCAATCTAATACAGAAAAAATGTTCATA +GAAGATATACATAGTAAATTTAGCAAAGAGAATTTTTACAGCTTTGTAAAAAGAAATTTA +TTAATTATGGCTGATGATATTACTTCTTTTATAAATAAATTAAATAAAGAAAAAGAAATT +ATAATACCTATTTCAGATAAATCTGAACTACTTTCTAATGTTAAATCTATGATATTAGAT +AATAAATTAGATTCTTCATGGGTTGAACTCTTAGTAGATATAGATGAATTAAGAAGCAAT +ATGCAAAAATACTCTGCAGAATTTGATATATATAGTGAGTTCGATAAGTTAGAAGATGAC +TTAGAAGAATGTCTAAATCAATTTTGTAAATATACATCTGAAGATTTATATGAATGTTTA +ATAAATGAAAAAGGCTTTAATTTTATTGAAAATGTTGGTTTAGTTAAGAGATAA +>group_384 +ATGAACATATTATTTTTTTTAACACCAAAAAGTGAAGTTGCATACATATATGAAGACTAC +ACTATGAGGCAAACATTAGAAAAAATGGAGTACCACAGATACTCTTCAATTCCTATAATT +AATAAAGAAGGGAAGTATGTAGGTACATTAACTGAAGGTGATTTGCTGTGGACATTAAAA +AATGATTTTTCATTAGATTTAAAGTCAGTAGAAGATGTGCCTATCATGAATGTTAAAAGA +CGTAAAGACAATGCACCAGTGTCTGTAGAGGCAAATATAGAAGATTTAATTTCAAAATCT +ATGAATCAAAACTTTGTACCAGTAATAGATGACGAAGAGACTTTTATAGGCATAATAAAA +AGAAGAGACATAATTGATTATTGCTACAATAAGATGAGTAGTGAAGTATAA +>cbf2 +ATGGAAAAAAAAGTTTTAGCTACAGTTGGAGAAAAAGAAATAACTAACTTAGACGTTGAA +GGTATACTAGGTGGATTAGATCCTTATCAAGCTTCTCACTTCAACTCTGAACAAGGGAAA +AAACAAATATTAGAAGATTTAGTTAACCAAGAATTACTATATATAGAAGCTAAAGAAAAT +AACTTAGATCAAGATGAAGAATTCAAAGCTGAATTAGAAAGAGTAAAAGAAAATATGTTA +AAGCAATATGCTATGAACAAAGTATTAACTAGCGTTACTTTAACAGAAGAAGAAAAAGAA +GCTTTCTTCGAAGCTAATAAAGCTAGATTTATTAAACCAGATACAGCTTCTGCTAAGCAT +ATATTAGTAGACACTGAAGAAAATGCAAATGATATATTAAATAAAATAAATGCTGGTGAG +GTTACTTTTGAAGCTGCTGCAACTGAACATTCTTCTTGCCCATCTAAAGATGCTGGTGGA +GATTTAGGAACATTCGAAAGAGGACAAATGGTTCCTGAGTTTGATGAAGCTGTATTTACT +ATGGATAAAGGTTCAATAACAGGACCTGTTAAAACTCAATTTGGATACCACTTAATCAAG +TTAGAAGATAGACAAGAGGGTGGACAATCTGAATATGCAGAGGTTAGAAATGAAATAGAA +AAAGCTCTAACTTACCAAAAACAAAGTGAAGCTTACACTAACAAATACAATGATTTAAAA +TCAAAATACAACAACATAGTTAAATTTAATAGCTAA +>group_375 +TTGAATAAAGAAGTTTTCTTCGAGTATTACTTTAGATTTTTAACATTATTCTTTTGGCCA +AGTATTTTTTATAAAATTATATTTATACAAAACTATACTTTAGAATCTATTTTATTTTAT +TCGTATACTTCTGTTGGAATAATTTATATAACTTTATTAATTTTTTATTTTATGAGTATG +AAAAAATTAAGGAATATAAACTTACATTATAGATTAAATACTATATGTTCATACATACTT +ACACTATCAACTTTTTTATTATCTCCAACTAATCTTACTCTTTTATATTTAAAATTTATC +TTCATACTAATATATTTTTACTTTTCATGCAGAATGGTTTTTAGATTTAAAAATGAAGAA +GGCGTTGTTGGTATAATATCATCACTATTATTAATGGTTATTGCAATTTGGTATTAA +>group_2 +ATGTACAGATATTATACAAAAGGAGTTTGCGCTAAATCTATTTTAATGGATATTGAAGAT +GGAGTAATAAAGGATGTAGTATTTGAAGGTGGTTGTGCAGGTAATTTAATTGCATTAAAG +TACTTTGTTGAAGGGAAAAAAATAGATGAAATAATAGATCATCTAGAAAATATACCTTGT +ATGAATAGAGGAACATCTTGTCCAGATCAACTTGCCAATGCTCTTAAAATATATAAAGAA +TATGTAGTAAAAAAAGAAGTGTAG +>group_328 +ATGGGCTTAAAAGACAAATTTGCAGAATCATTTGCTAGATCAAAAACTATGAGTGGTCCT +GAGAAAAAAGCTAATGAAATTATGGGGAAATTATTAATGAAGAAAGCTATTTTACCTTTA +ATAATAATGTTCGCTGTAATTATAATTGGTTCTATTAGCAAAATTAACGGATGGATTATA +TTTGGAGTAAACATAGCAATAGCTGTAGCAACTTATTTCTACATAAAAAAAGCTGGGGAT +AAATATCAAAACTTTAAACCATATGTAGGTAACTTAATTAGTTTAGAGAAAAAAGGTAAA +AAAGAATACATAGCAATAATCAAGCAAGGTAAATTACCTGTAAAATTACACATAGCTCAT +GGTGGAGAAGATTTAGAGCATGTTAGAAAAAATCAACTAGTTCAAATAAGCTACAACCCA +GACGAAAAAATAGCTATATTAGTTAATAAGCAATAA +>glpK_1 +ATGGAAAAGAAATATATAATGGCACTAGATCAAGGAACAACAAGTTCTAGAGCTATATTA +TTTAATAATAAAGGTGAAATATTAGAGATGGCTCAAAAAGAATTCACTCAGATATACCCT +AAAGCAGGTTGGGTAGAGCATAATCCTATGGAAATATGGGGAAGTCAAAGTGGAGTTATG +AGAGAGGTAATAGAAACAGCAGGAATAACTCCAGATGAGATAGCAGGAATAGGAATAACA +AACCAAAGAGAAACTACGATAGTATGGGATAAAAATACAGGAAAGCCAATATACAATGCT +ATAGTTTGGCAGTGTAGAAGAACTTCAGATATATGTCATGATTTAAAAGAAAAGGGACTG +GAAAAAATCATAAAAGATAAAACAGGTCTTTTAATCGATGCTTATTTCTCAGCTACTAAG +GTAAAGTGGATACTTGATAATGTAGAAGGTGCTAGAGAAAAAGCAGAGAAAGGTGATTTA +TTATTTGGAACAGTAGATACTTGGCTTATATGGAAACTAACTCATGGAAAAGTTCATGTA +ACTGATTATTCAAATGCATCACGAACTATGATGTACAATATAAAAGAATTAAAATGGGAC +GAAGAAATATTGAAGGAATTAAACATACCACTTAGTATGCTACCTGAAGTAAAGCCTTCT +AGCTATGTTTATGGACATACAGATGAACAAATGTTAGCAGGAGCCCAAATTCCAATATCA +GGATGTGCAGGGGATCAACAGTCAGCGTTATTTGGTCAAACTTGTTTTGAAGAAGGTAGT +GTTAAAAATACTTATGGAACAGGATGTTTCTTACTTATGAATACAGGTGAGAAAATAGTT +GAATCAAAAAATGGACTTATAACAACCATAGCATGGGGAATAGATAACAAAATACAATAT +GCTTTAGAAGGAAGTATATTTATGGGAGGAGCGTCAATTCAATGGCTTAGAGATGAACTT +AGAATGATTAAAACTGCAAAAGACAGTGAAACCTATGCTAATAAAGTAGAAGATACTAAT +GGAGTATATGTAGTACCTGCTTTTACAGGATTAGGAGCACCTTACTGGGATATGTATGCT +AGGGGAACAATAGTAGGTCTTACAAGAGGTTCTAAAAAAGAACATATGATAAGAGCAACT +TTAGAATCTATAGCATATCAAACTAAGGATGTAATAACTGTAATGGAGCAAGACTCGGAT +ATAAAAGTAAAAGATTTAAGAGTTGATGGAGGAGCAAGTAGCAACAATTTCTTAATGCAA +TTCCAATCTGATATATTAGATGTAAACATAGATAGACCAGAGATAATAGAAACTACAGCG +TTAGGAGCAGCGTACTTAGCTGGATTAGCAGTAGGATTTTATAAAAATAAAAATGAAATA +ACATCAAAGTGGAAAGTACAAAAAGAATTTACTCCTAACATGGATGAAAATAAAAGAATA +AAATTATATAAAGGTTGGAAAAGAGCTGTTTCAAGAGCAATTCAATGGGAACTTGAAGAT +ATAGAAGATCAAGATTAA +>yabJ_3 +ATGGAAATCAAAAGATATGAAAACAACGGTAGAATGAGTTCTGTAGTAGTACATAACAAC +ACACTTTACTTATCAGGTCAAGTTCACGCTGAAGGTGATGTAAAAGAACAAACTGCTGGT +GTATTAAGTAAAATAGAAACTTTATTAGAAAAATATAATTCAGATAAGAATCATATATTA +TCTGCTACTATATACTTAAAAACTATGGATGATTTTGCTGATATGAATTCAGTTTGGGAT +AACTGGACTGAAGATGGACATGAGCCAGCAAGAGCTTGTGTTGAAGCTAAAATGGCTAGA +GAGTGCTTATTAGTTGAAATATCAGTAGTTGCTGCTACTAAGTAG +>group_10 +TTGTGTACGTCTTTGTTAGATGTATTTAGATATGTAAATAAATTACCTTATCCTATATAT +AAAATCCTTGAGGCTTTACTCGATATATTATTAACTTTTATAACTATGGATATTATAGAT +AAATTTATGACCTCTATAAGTATTCCTTCTCATACAGAAATACTATTCGCAATTTTGTCA +TATGCACTTTCTCAGTGTGTAGACTTTTTTGATTTTGGAAAAAATAGTGATTCTAAAAAT +CCAAAAGATACTGATGAATAA +>ykfA +ATGAACAGGCCTAAAGGATTAAAACAAGGAGATACTATAGGTATAATAGCTCCTGCAGGT +GATTTAAGAGAGTATACTATTGAAGGAATAAAAAGTTCTATAGAGAGTTATGGTTATAAA +GTAAAAATAGGTAGAAGTTGTTATTTGAATTACAGAGGTTATCTAGCGGGTGAAGATGAA +ATAAGAGTATCAGATTTAGAAAATATGTTTTTAGATGATAGGGTAAATGCAATAATGTGT +TTAAGGGGGGGATATGGATGTAGTAGAATTTTAGATATGATAGATTATGATATTATAAAA +ACACATCCTAAGATATTCATAGGATTTTCAGATATAACTGTTTTGCATATAGCTTTCAAT +CAAAAATGCAATTTAATAACATATCATGGTATAATGGCCAATAAAGCAAGTTTATGGGAT +GAATTTTCATATTATTCATTGTTAGAAGCATTAAATTTTAAAGGAGAATATTGGGCAACT +AATCCAAATGATATACCAATATATACATTGTATGAAGGGAATGCTACAGGCAAAATCGTA +GGAGGGAACTTATCTATGATAACTTCTACGTTGGGAACAGAATATGAAATAGATACTAAG +GATAAAATATTATTTATAGAAGAAGTTGGAGAATATATATATAGGATAGACAGATTATTA +AAGCATTTAGAGTTAGCGAATAAATTTGAAGATTGTAAAGGAATTATATTTGGTGATTTT +GCAGATTGCAGGAAAAGTACATCAAAGGATTGTGATCTTATTGAATTACTAAGAGAAATT +GCTAATAAATATAAAAAGCCTACAGTATATAATCTTAAGTCAGGTCATTGTACACCGATG +GTAACAATTCCTTTAGGAGTACAATGTACTATTAAGTCAGGTCAATCTATAATTAAATTT +AATAACTAA +>group_167 +ATGGAAAAAGCAACTCACAATAGTTTTGAATCAAAAAACAATAATATATTTAAATTTTTA +ATACCTTCATTATTAGGATTATTTTTATTTGTTATACCAGTGCCATATGGAAATCTTATA +CCTTTAGATGGTTTATCTAGTTTCAATATCGGTATTGGATTTCTAGCTGAACTTATAAAA +ATAGTGGCTTCTGGTCATTTAGAAAATATAGCACTAGTTGTTATTGTTACATCTGCAGTT +TTATCTATACTTAGCAAATTTATAAATATAAAAAATGAATTTTTAAGAGATTTATTAAAT +GTTTCACCATTTTGGTTATTATGTAGAATTTTAGGTGCAATATTTATAGTTATGACATTA +TTTAATGTTGGACCTGAATTTATAAAATCAGGTGTTACTGGTGGTACAATGATAGGCCTT +TTACCAAGCTTACTTGCTATATTCTTAGTATCAGGATTTTTATTACCATTAATAGTGGAT +TTTGGTCTTATGGACTTATTTGGTAGTATGATATCTAATTTCATGTATAAATTATTCAAA +GTTCCTGGTCGTTCTGCAATAGATGCAGTTTCCTCTTGGTTAGGAGATGGTACTTTAGGA +ATTATGATAACTAATACTCAATATAAACAAGGTTTTTATACTGCTAAAGAAGCTGCTATT +ATTTCAGTTTGTTTCTCATTAGTATCATTACCATTCTCAACTGTAATAGCTGATCAACTT +GGTTTTATGCCTTTATTTGTTCCTTTTTATGCTACAGTTTGTATTGCATCATTAGCTTGT +GCATTAATAATGCCTCGTATATATCCTTTAAAAGGATTTACTAATAAAACTTACAATAAT +GTTGAGCATTTAAAAGAAGATATAGTTCCAAAAGGTGTTAATACTTTTAAATTCGGATTA +GATAAAGCTATTAAAAGAGCTGAAACTGCTCCTACAGTAAAAAATATATTAATCAATGGA +TGTAAAACTGTTATAGATATGTACTTAGGGCTTTTACCTTTAGTAATGGCTTGGGGAACT +TTAGCTTTAATAGTTGCTGAGTTTACTCCTTTCTTTAATGTAATTTCTATACCTGTTGTA +TTTGTACTTAATCTACTTCAAATACCTGATGCTCAAGCTGCAGCACCAGCTGTATTAGTT +GGATTTACAGATATGTTCTTACCATCAATTATGGTTTCTGGATCTGATATAAGTCAAGTT +ACGCAGTTTATAATAGGTGTTTTATCTATAACTCAATTAATTTACTTAACTGAAACTGGT +GCTGTTATATTAAAGTCTGATATACCTCTTAAGTTAAAAGATTTATTTATACTCTTCTTA +ATAAGAACTGTAATAGCACTACCAATAATAACTATAATTGCAAAGCTTATATTTAAATAA +>group_236 +TTGAAAAAATCTATATATTTTTTTATAATGCTTTTTTCTTGTATATTATTAGTTTCTGGA +TGTTCTAGTACTTCTTCTGATGAAAATAAGGACAACAATAACTCAAAAGGAGAAATAAGT +TCTACTAATGATTCTAACAATACTGATGAAGATTCAAATGTAACTGCTACTATTTATGTA +TCCGATTTTGAAAGTGATTCCATTGTTAATAAAGAGGTAAAATTAAAAGAAATCACTGCA +AATACTATATTTGATGAATTAAAAAGTGAAGATATAGTTGTTTCTGATGCTACTATAAAA +GATTTCACTACATATGAAAGTCAAGATAATAAGACAATAGGTGTTCTTAATTTATCTAAA +GAATTTTATAATTTTAATTTAGGTGCTGGATTTGAATCTATGATGCTTAATTCTATTGCT +AAAACTTACATAGAAAACTTTGACTTAGATAAATTCAAGATATTAGTTGAAGATGAAGAA +TATGAAAGTGGACATATATTAATTGAAAAAGATGAATACTTCACTAAGGATTCTTTAGAG +TAA +>group_82 +TTGTCAAATAAAATTAAATACATAGTTTTTTTCCTTACATTAATTAGTTCTATTGGTTTT +GTTGGATGTAAAAACAAAGAAAATATTATCATTGACTCTAGTAATATAGTAAAAGCAGTT +CCCAAAGAACCAATATTTTCGTATTCTGAAATTTCTACTGATATAAAAGATAAAATGCTA +GGCTCTTCCATGCCTAAAAATGAACCTATAAGTTTTGATGATTTGTCTTATCTAAAATTA +ACTTACTATGGATTTGATGAAAAAACTCACATAGGTGAAATGATTGTTAATAAAGATGTT +GCTGAAGAGGTTGTAGAAATATTTAAAGAACTTTATATGGAAAAATATCCAATTGAAAAA +ATCAAATTAATTGATGAGTATAATGCTAGTGATGAACTTTCCATGAAAGATAATAATTCA +TCATCTTTTTGTTACAGAACAGTTTCTGGAACTGATGTGATTTCTAATCATGGAAAAGGA +GTTGCAATTGATATTAATCCACTTTACAATCCTCATGTTAATACTTCTACTAATAAGGTA +AGCCCTGACACTGCTTATGATTATGTGAATAGAAATACTGTAGTAAAAGGCATGATTGTA +AAAGGTGATGCATGCTATAATGCTTTTATTAAAAGAGGATGGTCTTGGGGTGGTAACTGG +AGAAATCCTGATTATCAACACTTTGAGAAAAATAAATAA +>group_296 +ATGGACAAAAACTGTGCTTATTGTATGGAAGGCGAATTAGTAGATAAGTTTGGAATTAAA +ATATGTGAATTAGAAACATCAAAAGTTTACTTATTTAAAGAACAAAGCCACAAAGGGCGT +GTAATTGTTGCACATAAAAAACATATTGGTGATATGACAGTATTAAGCGCTGATGAAAGA +GCTGCTTATTTTGAAGATATAGCAAAGGTATCCAATGCTTTACAAGCTGCATTCAAGCCA +AATAAAGTAAACTACGGTGCATATGGGGATACTGGATGTCATTTACATTTTCACTTAGTT +CCAAAATATTCTGATGAATTTGAATGGGGTACTACTTTTGCAATGAATCCTGAAAGAATA +ACTCTTACAGAAGATGAATATCAAGAGTTAATCAATCAAATTAAAGAAAATTTAAAATAG +>ddl_1 +ATGAAAATAGCAGTTATTATGGGTGGTGTATCATCCGAAAGAGAAGTTTCTTTAAATTCA +GGTAATGAAGTTTTCAATAATCTTGATAGAAGTAAATATGAAGTAAGTAAAGTTGTTATA +AATAGCACAGAAGATGTTTTCACAAAGATTTCAAATGATATTGATTTTGCTTTTATTGCA +CTTCATGGTAAATTCGGAGAGGATGGATGTATACAATCTATATTAGAAGCAAAAAATATT +CCTTATTCAGGATGCGGACCTTTATCAAGTGGAATTTGTATGGATAAAAATATTACCAAG +AAAATATTAAAACATTCTAATCTACCTACTGCTGAATGGATTGTTACAAACTCTATAGAT +AAAATAAATTATAATAAAATAGATAGTTTTGGGTATCCAGTATTTATAAAACCTAATAGT +GGAGGTTCAAGTGTAGCAACATTCTGTGTACGTTCAAAGGAAGAAGTAAAAGATGCAGTT +GAAAAAGTTTTAGAGGTTGATGAGTACGCAATAATTGAAAAATATATACCTGGAGTAGAG +TACACATCGTTTGTATTAAATGGTGAAGTCTATCCAACAATATCAATAAAAGCAAATTCC +GATTTCTTTGATTATACTTCAAAATATAATGATAATGGAGCTATCGAAGAAGTTGTATAC +TTAGAAGATAAACTTCAAAAAGAAATTAATAGAATTTCAGAAATCTGTTGGCGTATTTTC +TATTGCAAAGCTTATGTAAGAATTGATATGATTATACATGATGGAGTTCCTTACGTTTTA +GAATTGAATACTCTACCTGGATTAACTAAAACTAGTTTAATTCCTAGAAGTGCAGCTGCT +AAAGGATTAAACTTTAGCGACTTATTGGATAAAATAATTGAGTATTCATTACCACAGTAA +>group_788 +ATGAAAAAAGTAATAGCATTTTTAACAATTGCTACAATTACTACGATTACAGGATGTAGT +AAAGTAGAAGTAAGTACAAATATAGAAGACTTTTACTTACAGTCAATAATAGAGCAAACA +GAGGATATATCTTTAGAAGATGCGAAAAAAGCACTTGCAAATTTCGAATATGAGTATGAG +TTACAAGAATACTCAAAAGAGTTATCAGAAGAAGAAAAAAAAGAGTATGAAGGAGGATTT +GGGGAACCACTTGAAATGCCTGATATGTCATTTAGTACATTTAGTGATGAAGATAGTAAT +GTAGAAATCATAATCAATGAAACAGATAAAGAGATGGTAAGTAGCTCATACACTAAAGAT +GAAGAAAACATTAAGACAAAGATAGATAAATCTAATGATGTATGTTCATTAAATATATCG +GGAGACAACGTAAAATATATTGAAGAAATTGTATCTAAATTAAACTTATCTAAAAATACA +AATGAAGTAGTAGGTCTATATTTTGAGATAGTAAATAGTATGAAGAATAATGAAGATATT +ACTATTGAAGATATAATAGAAAAATTAGATATAGAATATGAAAAAAGAAAAGAAGAACTC +TTTGGAGAAAACTACTATATATATGATTTTAGAGCTGAAGATGGAGATACATATATTGAA +GTAGAAGTAGATGATAATGTTGTTGCAGGATTAGATATTAATATAGGAATAAGTGATTAT +ACAAATTATCTAGTTAGAATAGATGCAACAAATGAAAATTTACTTACCACAGAAAGAGGT +TTCAATATAGATATGAATATAAGTTCAACTTTAAATCATAAAATGTTTGATAAATCTCAA +GATGAAATAAGAGAAGCATATAAGCCAGTTAATAAAGCATTATTTGAATTTGCATATAGG +GATGGGAAGTTAAAGTTCTATACTGATGAATATGACGAAAATAAAACTGATATAATAGAG +GGAAGGTATAATAAAGAGGAGAAGGCTTATGTTGTAATTCCTAATGAAACTAGAGTAGTA +GGTGAGTTGTTATATGGCATAGAGGAAAAATCAGTAACGATGAAGCTTAATAAATATGAA +AAGATTAACTTAGAAATTAATACTGAAAAAGAGACTGGAAAATCTGTAAGTATAACTTTA +ATAGATGAATCAAATAATAAAATCATTTTTAAAGAAGAAATAAATGCTAAAAACAAAAAT +ACAATCTTAACTGAGCAAGTAAATAAAGATGGAAAATATAAGGTCATTTTCGGTATAGAT +AATATTGATGATTATAATATAAAAATTAGTGCAATAAACACTAATGAATAG +>group_656 +GTGGATAAAATTATACTACGTGGTATAATTGGAATGATAATTTTTTATATAGTAAATCAA +TTCATAATGTATCCAATAGGTGAACTTATATTTTGGGGAGATGCATTTACTGTATCCTAT +CATTTATTTACTTACACAGGATTAATATTGATATTTGGACTTATTATTATATGTACAAGT +ATAATAGTTAAAAAATTAGATGAAATTAAGGATGCAATAAATAAGGATAAATAG +>group_731 +ATGTTATTAGCAGGAGCAGATATTCAAGCATATAGAGAACTTCATACACAATTTGAAAAG +TATGGATATGATGAACAAGCATTCCAGGACTTAGAGACATATAGCGCCTTATGTTTAATT +AAAAATGAAGAAACTAATTATAGTGCATTTGTTGCTAAACTACCTGCTTAA +>thiE +ATGATAAATGAAGATGATTTAAGACAGTCTTTAAAATTATACTTAGTAACCGATTCAGAT +ATCCTTAAAGAACGAGATTTTTATGATTGTATAGAAAAAGCCATATTAGGTGGAGTGACA +ACTGTACAGTTAAGAGAGAAAGAAGCATCAGGAAAAGAATTTTTAGAAAAAGCAATAAAA +TTAAGAGAAATCACAAAGAAGCATAATGTTAACTTTATCATAAATGATAGAGTTGACATT +GCAATTCTTAGTGAAGCAGATGGTGTTCATGTAGGACAAAGTGATATTGATGCAAAATAT +GTAAGAAAGCTAATAGGAAAGGATAAAATACTTGGTGTATCAGTAAGTAATATAGAAGAA +GCCTATAAAGCAAAGGAAGATGGAGCAGACTATATTGGGGTAGGTGCTATGTTCTCAACA +TCTACAAAAGTTGATGCAAAGATAGTTTCTATTGATGAAGCAAAATTAATTAAAAAAGTA +GGTTTACCAATGGTACTTATTGGCGGAGTTAATTTAAATACGCTAGATAAGTTAAGAGAA +ATAAATAGTGATGGATATGCTATAGTTTCAGCTATACTTAATTCTGATGATATATACAAA +GAATCTAAAATTTGGAGAAATAAGTTAAGTAAAAATTATTAA +>thiD +ATGAGAAATTATAAAGTACCAACGCTTACAATTGCAGGTTCAGATTCATCTGGAGGAGCT +GGGATACAAGCAGACTTAAAAACTTTTAGTGCTATTGGAACTTATGGTATGAGTGTGATA +ACAGCTATAACTGCTCAAAACACACGGGGGGTATTAGATGTGGAGGATTTAAGTGAAAAA +ATTATAAGAAAACAGATAGAGGCTGTATTTGAAGATATTTATCCTAAAGCATTAAAGATA +GGTATGGTGTCAAATCCAGAAATAATACTAGAGATTGTTAATACTTTGAAAAAATACAAT +CCAAAGTTCATTGTATTAGATCCAGTAATGATATCTAAAAGCGGATACTCTCTTTTAAAA +AAAGAAGCAAAAGATAGCTTAATAAAACACTTAATTCCAATTGCTTACGTAGTTACACCT +AATATACCTGAAGCTGAAGAAATAAGTGGACAAAAAATAAATAATTTAGAAGATATGAAA +AAAGTCGGAGAAAAAATACTAGAGTTAGGACCCAAATATGTACTAATGAAAGGTGGTCAT +CTAGAGGGTGATGCTATAGACGTGCTTATAGGGAAAGACACATTTGAAATTTATAAAGAG +AATAGGGTTAATAGAAAAAATACACATGGAACAGGATGTACATTATCATCTGCAATAACC +TCACATTTGGCACTAGGTTATGACATATTTGAATCTGTAAAATTAAGTAAAAAATACATA +ACTGAAGCAATAATACATAGTTTTGATATAGGCAAGGGAGTAGGGCCAGTTAATCATTTT +TATGAATTTGAAGATAAAATTGAGCAAATTTAA +>group_1075 +ATGTATTATACATATATCATTAGATGCAAAGACAATTCTTTATATACAGGCTATACTAGC +GATATAAAAAGAAGAATTGAAGAACATAAAAAAGGAATAAATTCAAAATATACAAGAGCA +AAAGGTTTTGACAAATTAGAAGTTTATTTTATTAGTGATACAAGAAGTAATGCCATGAAA +TTAGAATCATACATTAAAAAGCTAAGTAGAAAAAAGAAGCTTTTAATAATAGAAAGCCCT +GAGTTGCTATTAGATGAATTAGAAAATAAAGAATACTACCGAGTAGGAATTTAA +>group_709 +ATGAAAGCAAAAGTTGATCAAGAAACTTGTATAGGATGTGGAGTATGTCCATCAGTATGC +CCAGAAGTTTTTGAAATGAAAGATGATGGAAAATCTCATGTTATAGCTGATCCAGTTCCA +GATGGTGTAGAAGATTCAGCAAAAGAAGCAGAAGAAAGCTGTCCAGTTGATGCTATAGAA +GTTGAATAA +>group_813 +TTGGATACAAAGAATAAGGTAGCTGTAATTTATAAATCTAAGTATGGAAGCACTAAGAAA +TATGCAGGATGGATAGCAATAAAATTAGATGCAGATTTATACGAGCTTTCAGATGTTATA +GATAGGGATTTACAAGATTATGAAACTATAATTTATGGATCATCTTTACATGCAGGTAAA +ATAAAAGGATTAAATTTTATAACTAAGAATTATGATAAAATAAAGGATAAAAATATTATA +ATTTTCACAGTAGGATTATCAAAATGCAATGATAAAACAATAGAAAAAATAGCTGATGAT +AATTTTAATGAAGAACTTCTAAGCAATATAAGATTATTTTACCTTAAAGGAGCCTTTGAT +TATAAAAACTTAACTTTTATAGATAAAGTCATGACGAAGGGTTTAAGGAAATCTTTAGAA +AATAAAAGCTATAATGAGTTAGAAGGATGGAATAAGGAATTCTTAAGGGATTTTTATTCT +CCAATGGATTTTACAAATAAAAAATCAGTTACTCCAATAGTAGAACTTGTTAGTAGTTTT +GAAGGATAA +>group_765 +ATGAAAAATACAAAAATAAAAGATATAAAACCATTAGTAGAAACTAAGTTTGTAGGACTT +TACGAGGTTAGTTATAAAAATAAATTAGGTGACGATAGAACATGGACAGTTGCATCAAGA +AAAAATAAAGAAGAATTAAGTGAGATATACTTAAATGACAAAGAAGGGGATATTGATGCA +GTAGTTATAGCTGCATTTCACAAAGAATATAAGAAGCTTATTCTAATAAAGCAATTTAGA +GTGCCAATAAATAACTACATATATGAATTACCAGCAGGTCTAGTAGACAATAAAGAAGGT +ATGGAAAAGGCAGTTCAAAGGGAGTTAAAAGAAGAAACAGGCCTTGATATAGTAAAAATA +AACAAAATAAAAAGCAAAAATAAGATTTACTTATCTCCTGGAATGACAGATGAGTCAGTT +GCATTTGTATACTGTACTTGTAATGGTGAGTTAAGCAAGGAATTCTTAGAAGAAGATGAA +GATATAGAACCACTATTAATATCACAAGACGATGCAAGAAGAATATTATCTGAAAATGAA +GAAATCGATATAAAAGCCTTCCTAATACTACAAATGTTCGCAGAAATTGGAGAAAAGTTA +TTTGAATAA +>yedJ +ATGAATAAAGCATTAATACTTGAAAAAACTAGAGATTTTGTTAAAGAAAAAATGTATAAA +GAAGGAAGTGGACATGATTGGTTTCATGTTGAAAGAGTTTGTAATATGGCAAAATACTTA +GCCCAAAAGGAAAGTGCAGATATGTTTATTGTTGAGATGACAGCTCTTTTACATGACATT +GATGATTGGAAATTTTCTGATGTATACAATACAACAGTCACAGAAGAATTTCTTAAATCT +GTAGAAGTAAGTGAAGAAGATTCTAATAGAATTTTAAATATTATAAAAACTATGTCTTAT +AAGGGTGGGGTTGTAGATTCTACACAAAATACTATTGAAGGTATGGTAGTACAAGATGCA +GATAGACTAGATGCATTAGGAGCTATAGGAATAGCAAGAGCTTTTGCATACGGTGGAAGT +AAAAATAGAAGTATGTACGATCCTAGCATAAAACCTATAGATTTTAAGTCTTTAGATGAA +GTTAAAAATAAAGATAATCACACTATAAATCATTTTTATGAAAAACTTTTTAAATTAAAA +GATTTAATGAATACAAATACGGCAAAAGAAATAGCTAAAAAAAGGCATAAGTATATGGAA +AACTTCATAGAAGAGTTTTATTCTGAGTGGAATTTTAAGCAAAATTACAAATAA +>group_668 +ATGAATAATTACGAAAGCAATGCAAAACAAGAACTAATAAAATGGAAGAAAAAGATGAGA +AAAAAGCCATCAATAATAGAAAGAGGAACTAACAAAGCCCAAGGTAAATTCAACGACTTA +CTTCCTCAAAAATACCATGAAATAATGACAGTAGCAATAAAAAGTATGGTAAAAGCAGTA +TTATTTGGATATAAATACATTACTAAGAAACCATACACAGACCTAACATTAGAAGAAAGA +GAAAACTTAATCAAAGAAAAAACAAAAATATACAAAAAGACTGCAATGATAGAAGGAGCA +GGTACTGGAGCAGGTGGATTTCTTATAGGATTAGCAGATTTTCCATTATTACTTGGCATT +AAAGTAAAGCTACTTTATGATATTGCAGCCATATACGGATACGACGTAAGAGATTACAAA +GAAAGAATATATATATTAAACATAATGGAAATTGCATTTTCATCTAAAGCACATAGAAAG +ACAGTATTTGAGCAAATGGAAAATTGGGGTAAATATACAAATACACTTCCAAGTGATATA +AATGATTTTGATTGGAAAAAGTTCCAACAAGAATATAGAGATTATTTAGATTTAGCTAAG +TTTTTTCAACTAATGCCTGGTATTGGTGCAGTTGTAGGATTTTGTGTAAATGGAAATTTA +ATAGAAAAGCTTAGTGAAACAGCAATTTTTGCATACAGAATGAGGTATAATGAAATAAAT +AAGTTGTAA +>group_714 +ATGGATATAGTTGAAACAATAGGTATAGATGCTTTTAAAGACTTAGTAAAGCTTGCAGGA +GGAAGTAACTTATACATTTCTAATGAAAGTAGTCTTATTAAAACTTATAGAAACAAGATA +ATTAAAAAAAAATTTAACACATATTACAAGTCTATCTCAAGAAAGTTTGGAATAAATGAG +GTTTAA +>group_904 +ATGTTTAATTATAACTATAATTATCCAACACCTCAAGGTTTTATAAATGCAGTAAACCTT +ATAGAACAATCAGTTGAGGGAGAACAATACGATGCATTATTTTATGAATGGTTAATAAAT +AACATTCCAACAGAAGGAATAACATCAAAACAGGCTAAGGAAATAAAAGACACTATAATT +TCTATAAGAGATGATGAAATATCTCACAATAAAGTGTTTAAGGAAATGTATAAAATATTT +ACAGGAAAAGATGCTAATCCAGAAGAAGAAGAATTTGTACCACCAGCTAGTTTTGTAGAT +GGAATACTTATGGCATTAAATGGAGAATTAAATGCAGTTAAAAGATATAGAGTAATAATG +GGGGGAATGCCCAATTTAGCTTATAGAGATATGGTATTTAATATATTAAGTGATGAACTA +AGACATGCCAATTTGTATAATTATATATATACAACAGTTTTAAAGCGTTAA +>cspD_3 +ATGAATAATGGAACAGTAAAATGGTTTAACAATGAAAAAGGATTTGGATTTATATCAGTA +GACGGAGGAGATGATGTATTCGTACATTTTTCAGCTATACAAGCTGATGGGTTCAAATCA +CTAGAGGAAGGTCAGAAAGTAAACTTTAATATAGTTAAAGGTGCTAGAGGCCCTCAAGCA +GAAAATGTAACTATATTATAA +>group_768 +ATGTATTCATTTGAACTACAGGGGCTATTAATACTTGGATTACCGATATGGATAATCGTA +AGAATAATAATTTTAGCAAACAGAAGAAAAAAAGGTGTTAAATTCAATATCGGATATGAA +ATTTTAACTAATTTATTTGTGATATATTTATTTTTACTTATAGGAATAACTATTTTACCT +ATATACATAGGTGGAATGTTACCACATATACAGGAATTAAGTTTTCTAGAAAGATGTAAT +ATAAGCATCGTACCATTTATAGACTATTTTAAAGGTGGAATTTTCTTTAGAACTATAATA +AGAAATGTAGTTGGGAATTTAGTCTTATTAATACCATTCGTACTGTATATATGTGCAATA +AGTGAAAAAGTAAGAAATTTAAAGTCCTCTACGATAATAGCTTTTTTAATATCATTATCA +ATAGAGTTGATTCAATTATTTATGAATATACTGGGACTGTCTGGTATAAGAGCTGTTCAC +GTAGAAGATTTAATATTAAATACATTAGGTGGAGTTATAGCATGGTGTATATTTAAACTT +ATGTATAAAGGTAAAATAAAAAGTACGATAGATAAAATATATCCACAATTAATTGAAGAA +AATTAA +>group_1027 +ATGGAGAATTTATATGATTATTGTGAAAATATTCTTATAGATATAAAGAAATCTAGAGGA +TATATTGAATCAGGAGAATATTTAAATGGTAATATAGTTATTAATATAATAAAGACCTCT +TTATTAAAGAAAGTAAATAAAAAGCTTGAAAGTATAGATAATTATATTAAAAAAATAAAT +GATGATCCAAAAGTATTAGATTCAGGATATGAGTTAAAAAGTTTCATAAACAATGGACAT +GCTACAGTTGTATATGAAAATGATCAGATGAATACAGTAGTATATAAACAATTAAATGAA +TTATATCAATACTTAGAAGACTTAGAGTCTAAAGTAAATGAAATTAAATCAAACATAAAA +TAA +>group_805 +ATGAATTTTTTTATTGATTTATTAAATACTGTTATACAAGTTTCTATAATGACTTACTTG +CCATATTATTTTTTGATTACTAATAAAGATATAGATGATAAAGATGGAAAAAAGAGTTTA +GTTATAAGTAGTATAAGTATATTTGTAACATCTGTTTTAGCTACACATATATTTAAAAAC +AGTAATATGACTTCTACTTCAATAACAATAATGAGTCTAATAATAATGTGTATAACCTAT +ATGAATGTATATAAAAAAGCATTAGTAGCTTATTCAATAGCATATTTATTAGTACAGATT +GTAGCTATTTTAGTTACGAGTATATTTTGGCCTATAATAAGTAATATAATCTATGATGTA +GAATTATCTAGATTATTAGGAATATATATTCCAGCTATGATTTTAGAGTTACTTGTTATA +AAAAGTAAAGATAGTGTGAAGGTAATATATGATAAACTTACTAAAAGTAAGGCATCACTT +GGAATTGTTTTTATACTGGTTATGTCGATGGATTTTATAGCAAGTATTTCTATGATATTA +AATGGATGGGCTAATGTAGCTTTAACTAATGTATTGATACTAATGATTGTTATATTTATA +ATAGGCATTTCAGTTTATATGAATAGCATGAACAAGAAATATGAAGAAATTAATAGGTTG +AATAACTTATTAATTGCTAAAAATAATGAACTGAAAAAAATAAAGCATGACTATGGTTCT +CAAATATCATATATTAATGGTTTATATATAATGCAACAATATGATAGATTGGGAGAAATG +TTAAAAAATATAATAAATGGAAACACTGAAGTATCACCTTGTGTAAAATATATTACTAAT +AGAGGTTCTATTATATCTAGTGTAGTTGAGTCATTAGATTTAAAAGATATACATGTAGTT +GTAGATGAGGAGTTTGATTCTAATCTAATAAATATTAGTGAGTATGAATTACATAAAATA +GTATCAAATATTTTAAGTAATGCAATTACAGCGTTAGAAGGTCATGGATTAATAATTATA +AAAACATATAAAATATTTAATAGTGTTTATATAAGTATTAAAAATAATGGACCGAAGATA +GATCCAAATATAATAGATAGTATATTTGATACAGGCTTCACTACAAAGACTAATGAAGAT +GGAAGTCATGGATATGGCTTGCATATAGTTAAGGAAATCGTAGAAAATAATAATGGAAAA +GTAAATGTAAGCAGCAATGAGGAATATACTGATTTTAAAGTTACATTTTTCAATCAAAAA +GATAATTAA +>agrB_1 +ATGTTGAGAAAAAAATTAGATTATTTTGTGGAAGATATATGTAAATATAATAACTTTACA +CAGGATAAAACAGAGGAGATACAGTATGTCATGAGGGTTATGATGTATGAGATAGTTAAA +ATTATAACTATAATAATTGTATTTTCTATGCTTGGATATTTTAAAGAGGTAGTTTTAATT +ATATTTACTATGTCACGTGTAAAAACGTTTACAGGGGGCCATGAGACATCACAAAAGAGA +TGTTTAGCATATATCATCAAGTACCTATAG +>group_911 +ATGAAAAAATTGTTAATTTTATTTTCAGTTTTATTATCAATTGGATTAACTGGATGTACT +TCTAAATCTGAGGTTAAAGATGTTTCTGTTGAAGATATAAAGAAAGCTGTTAATACTGAA +ACGCTTTTACCTATTACACCAGTTTCAGATACTGATGCCAAAGAATTTTATGCTTTTGAA +AATGTAAAGGATAATATTAAAGAAGGTTTTGTACTGCAAGCTATGATAAATATAAAATTA +CAAGATGTAATTGTAGTTAAGACTGATGATGTTGAAAAAGTTAAATCAGCAATTGAAGAT +TATAAAGAAAATTCTTTAAGATCATTTGCTGATGGATATGGTGGAGATGAAAATGCTAAG +GCCGTTTCTAATTCTATATTAGGAAATAAAGGTGACTATGTTTATTTTATAGCTACTTCC +AATGCAAAGGATATTGAAGCAAAAATACTTGAATCAATAAAATAA +>patA_1 +ATGTACATATTTATTATGATATTTTCATGTATTGTTGATTACATACATGCTTTAATAATA +GATAAAAATAGGGGAACTTTTAAGGCTAAACTTGCGTTAATTTCATCTATTTTTATAAAC +TTAAGTTTACTTGTATTTTTCAAATACAGTGATTTTATTATATCTATTTTAAATAACTCT +TTAAATACAAATATACCTTTACTCCAAATAACTCTTCCTATAGGAATTAGTTTTTATACA +TTTCAGACGATGTCATACACTATAGATGTTTATAGAAATGATGCACAAGTTCAGAAAAAT +ATTATTTCTCTAGGAACTTTTGTTACATTATTTCCTCAGCTTGTAGCAGGTCCAATAGTT +AGATACTCTGATATAAGCAAAGATTTAAATCATAGAACTCATAATGTAGATAAGGTGTAT +GAAGGTATCTATAGATTTATAATTGGTTTATCTAAAAAAATAATACTTGCTAATAACCTT +GGAATTATTTGGATTAGTATAAAAACTACTCCTTTTAATTCACTTTCAAACTTAACTGCT +TGGCTTGGAATTATATGTTTTACACTTCAGATATACTTTGACTTTTCAGGGTACTCTGAT +ATGGCAATAGGCCTTGGTAAAATTTTTGGATTTGAGTTTTTAGAGAACTTTAATTTTCCA +TATATATCAAAATCAATTACTGAGTTTTGGAGAAGATGGCATATTTCTTTAGGAATTTGG +TTTAGAGATTATGTATACATTCCTCTTGGTGGAAATAGATGTAAGAAATCTAGGTGGTTT +TTTAATATCTTCGTTGTTTGGTTTTTAACTGGAATTTGGCATGGTGCTGACTTTAATTTC +ATTTTATGGGGACTTTACTTTGGGTTTATTTTAATTTTAGAAAAACTATTTTTACTTAAA +ATACTTGATAATACCCCTAAGTTCTTAAGACATTTATATGTTTTATTTTTAGTAATAATC +GGCTTTGTTATATTTGATATTACAAACCTTAAAGATATTTTTAATTATTTAAATGCTATG +TTTAATATAAGTAATCCTTTTGTCGATAAGCAATTTTATTATTACTTAGTTCCTAATATA +TTACTTTTAATGTTTTCTATAATAGCTTCAACACCTATTATAAAAAATATATTAGATAAA +AATATGTATGTTAGATTTATAGTTTTAATATTTGGTTTTATTATTTCTTGTTCATTTTTA +GTGGATTCTTCATTTAATCCATTTTTATATTTTAGATTTTAA +>group_855 +ATGAATAAAAAATTAGCTTTTAACAACTTAATGTCAAAAAATTTTAAATCTAATCTTTTA +AAATATATTACTATTATATTTTTCTTAGGATCTATTTTTATAGTTCCTATTATTACTCTA +TCTTCTCCTGATAAAAAAATAAGTGAAATTGAAAATAAAATACTAACTCAATTCCCTGAG +TTTTCTCTTTCTAGCATAAAAAGTAAAAGGTTCATGAAAAACTTTGATAATTATACTTCA +GATCAATTTCCTTTTAGAACAGATTTTATTAAACTGAAAAACATGTACAGTTATACCATT +GGAAATCGTGAATTTCGAGATATTTATATAGGTAAAAATGGTCGTCTTATGGAAAAGTTT +ATATTTAATAAAGATATTATAGATAAAAATATTTTCAAGGTATCAAATATGTCTAGATAT +CTTCATGATAATTATAATATTAAATCTAAATTAATGATAATACCTACATCAATAGCATTT +TATGAAGATTTGCTTCCTTCTTGGTCATATAATGATAGTCAAAAAACTACACTTAATTAT +ATTGAAGAAAATATAAATTCTAATTTAGATAAACTTAGTTTTTATACTCCTTATGATGTA +CTAAGTAAAAATAAAGATAAATATATATACTTTAATACTGATCATCACTGGACACAACTT +GGTTCTAAAATAGCTTATGATAATATGTATAATAATTTAGATAATGAATTATATGATGAT +TATGATAAAGTTGCAGATAATTTTTATGGAACCTATTATTCAAAAGTAATATTACCTAAA +ATAAAAGGTGATAGTATATATTCTTATAAAAATTATAACAACTTTAAAATGACTATGGAT +TTTAGTGAAACTTTTAATACCCTTTATGATGAAAGTAAATTAAATGGTAAAAACAAGTAT +CAATATTTCCTTCACGGTGACCCTGGGTTTTCAGTTATTGAAGGAAATTCAAGTAAACCT +AATGAGATATTAATTTTTAAGGATTCTTATGCTCATAGTTTTATACCTTTTTTAACTAAT +GATTATAGTAGAATTCATGTTGTAGATCCAAGGTACTACTCTTTAGATATTGATGATTAT +TTAAATAATAATAAAAATATTAAAGAAGTACTTTTTATTAATAATTTGCAAACATTTAAT +TCTGAGGAGATATATAAGAAATTGAAATAA +>group_729 +ATGAAATCTATAAACATACTAGAAGAAATATCAGATGGAAAATTATATGATATTGAAGAT +ACCGTAAAAGTAGATACATGTGGCTGTGATGGATGCAATGATTGTTGCTGTGATGTTGGA +GAACTAGTAGTTCTTACACCTTTTGATGTATATGAAATGGTGAATCACTTAGGTGTAGGA +TTTTATGAATTACTAGGTAGTAAGATTGAATTACGTAACAATAACAAAATTTCATTACCA +TATTTAAAGATGCAGGATGATAATAAAAGATGTAGTTTTTTAAATAAAGAAGGTAGATGT +ATAATTCATTCTAAGCGTCCAAATATTTGTCGTTTATTTCCTCTTGGAAGAGTGTATAAA +GATGATGATTTTAAGTACTTTTTACAGGTAGGGAATTGCCCTAAAAAAGATTTGAAAGAT +GTAAAGGTAGATAAATGGCTAGGGATTGAAAACTATGATGATAATAAACAGTTTATTTTA +GAGTGGCATAAATTTATTAAAGCATTAACTTTCCGTTTGAAGTTTGTGAGAGATGAAAAA +GAATTGGAAGAAATTAATAAAGTTATATTAGATAACTGTTATTGTATTGAGGTGAAAGAA +GGAGAGAATTTTTATTCTGTATTTTCACAAATCTTACCTAAGATAAAAAATAGATTGGGA +ATTATTTAA +>group_807 +ATGAGACATATAACTATTTATGAATGTAATGATAAACTTAAAATTACAAAAGAAGAGTCA +ACTACATCAATAACATACAAAGAAGCTGATGAACTTAATAGATATATAGAAAGTCAAAGG +TTGGATAAGACTAATATAATATGGTCAAGAGATAGTGTACTTTTTATAAACTATGTTGGA +TTTATAAAGTTATCAACTGTTTCTATAGAGATATTACCTAAGATTGATATAAATAGAAAT +GACTATGAAGGTAGCAGAAAAGCTTTGCTTAATATGCTTAATAAAAGTGGAATAATAAAT +TTTAATTATTCAGACTTAGGTATGATTAGTATATATAAAATGAATTTAGAAGAAATATTA +GCATTAATATTTTCTAAAACTCTTCAGAGTCAGCTGATGAGAGGACCGTATTTAGAGTAT +GTTAATGTAGAAGAAAATAGTAAAGCTTTAAAGGGAAGTATACTAGTTAAAGAGCATATT +AAAAATATATCTAGATGCAGGTGTGATGTATTTTGTAAATTTGAAGAGTTCTCTATAGAT +AATACATTAAATCAGATATTTAATACTTGTATAAAAAAGATTATTAGAAATATAAAAAGC +TCAGAAACTTTAAAGATATTAAGTCATATAAATGTGGTATTTTCTGAAGTTGGATATATT +GATGTGAATAATAAAAAGATATTAGATTATAAGTTTAATAGGCTAAATTCTAGATTTGAG +CCAAGTTTATTATTAGCGAAGATGCTTTTAAATGGATTTTCATCTATTGGAAACAAAGGC +GATGATAAATCCTTTGCCATATTGTTTGAGATGAATGATGTATATGAAAAATATATAACT +AATTTACTTAGATTAAATTTAAATAAATATAATGTTTACTCTCAACATAGTAAGTATAAG +TTATTGAAAAATGAAAAAACTGATAGAGATATATTTTCACTTAAACCAGATATTGTTATA +GAGGTTGATGGTAAGGAAGAGTTAATTATAGATACTAAATGGAAAAATATTGATAAAAAC +TTAAATAGATATGGTGTGAAAAGAGATGATTTTTATCAGATGTATGCTTATTTAACTAGG +TATAAAGATTCTAAAAGTGCTATTTTATTATATCCTAGTTCAGGTAATGAAAGTTATGAG +TATTTAGAGTCTTGGTATTTAGATGAAAATAAAGATAAAAAGATAAGGGTGTATACTGTA +TGTCTTGATGATGAAGAGAAAGCTATAAATACCCTAAAGTGTATTGTAGAAAATAATACT +TAA +>group_690 +GTGAAGCAATTTGAACAAGACAGATTAATAGAAATACTAGAGTTTTTAAAAGACTATTCA +AATAAGCCATATAGAAATCCAGCAAATGAAACTGATAAAATAGAAAAAGTAAGGCTAGAA +AATTTAAAGTCTAAAGGTCAAAATGCATTATCTTTATTTAAAGATATGTGTACGCATTTA +GAAGATGAAAATTATAAGAAAAAAGTATCTTCAAAGTGGCTAGATGGAAGTAATAGATAT +GTAAGAAACTACTTGTGGGCTGAGATAAAACGTAAAGATAAAACTAATTTATCAAGTAGT +ATATCAGTTTTTGCAGAAAAAGAAGATGATAAAATTAGATTTAGATTGAGTTTAGAAATT +AGAGGGGAAGATAGTAATAAAGATGATTACATAAGACATAATAGATTTTTAGATTATCTT +AATGTTGCAGAAGAAGATTTTGAATACTTTGGAACTAGGAATAAAGATATAAGCTTAGAG +GACCTAAGTAAAGAAAGTATAAAAGAATATATACAAGAAGTAAAAGAAAGAAAAGCAAAT +AAAATCCAAATAGGTAAAACAATAGATTATGAATATGTAAAAAATCACTCTACAGATGAT +GTAATAAACATTATGAAAGATACTGTAAATAAACTAAAGAAATACTATGAAATAGCAGTA +CAAGAAGGGGAGGAAGTAGATATAAATACAACTAAAAATAATAATAGTCCGAAGAATATA +ATATTATATGGTCCTCCAGGGACAGGAAAGACTTATAATGTTTGTAATAAAGCTTTAGAA +ATAATAGATTATGAAAAGTATAAAGATATTATAAATGACCCTACTAAAAGAGATGAAGTA +GTAAAAGAATTTAATAAGATAAAAGAGGACGGACTAATAGGATTTTGTACCTTCCACCAA +TCATATTCATATGAAGATTTTGTAGAAGGTTTAAGAAGTGATGGTAGTGGAGGATTTACT +CCAAAGGATGGTATATTTAAACAATTATGTGAAAATGCATCTACCAAATCACAAAAAGAA +CTTATATCGTATAATCCATTAGAAAATAAAGCTAAAAACTATGTACTTATAATAGATGAA +ATAAACAGAGGTAATATATCTAAAATATTTGGAGAGCTTATAACGCTTATAGAAGAAGAT +AAGAGAATAGGAGAAAAAAATGAATTAAAAGTAACTCTTCCATACTCTAATGAATCTTTT +GGAGTACCAAATAATTTATACATAATAGGAACTATGAATACAGCAGATAGATCAATTGCA +CTTTTAGATACTGCACTTAGAAGAAGATTTGACTTTATAGAGTATATGCCTAATGAAGAA +TTACTTTCAAAGGATATAGAAGGGATAAATGTATCTAAGTTATTAAAAACTATAAATGAT +AGGATTGAGTTTTTACTTGATAGAGATCATAAAATAGGACATGCATATTTTATAAAAGAA +AATTTAAGTTTTGAAGATCTTGTATTAATTATGAAAAATAAGGTTATTCCATTACTTCAA +GAGTATTTCTATGATGATTTTGAAAAAATAGATATGATACTAGGGGGAAGTGGGAAGATT +GGAAATAGCGACTACTTATTAAATAAATCAATTATTAAAGCAAGTAGTTTGTTTAAAAGT +AATCAAGGTTTTATGTATCCAGATCAAGTTAAGTACAGTGTGGTAGAAAGACCTAATAAA +AAAGCTTTTATAAGGATATATGAAGAAATAAAAGATGAAACTTTAGATAGTAATACAAAC +TTACCAAATGAGGAATAG +>group_696 +GTGACTAAGGGGATTTTTATAACGATATCTACTTTTACTAAGGAGGCAATAGAATATGCA +AAAAATATTAACAATAAAAAGATTGTTCTTATAGATGGAAATCAATTATCTAAGCTTATG +ATTGATTTTAATGTAGGAGTATCTTTAGAAACTGTGTATGAGATAAAAAAGATAGATAGT +GATTATTTTATAGAAGAGTAG +>lexA_1 +ATGGAATATTCATCAAACAAAGAACTAAAAGATAAACAAATACTAATACTAAATTGTATA +GAAAATTTTACAAAAGAAAATGGCTATCCACCAACAATAAGAGAACTATGTAATCTATCA +GGAATTAAATCAACTTCAACTGTTCATGACAATATTAAAAAGCTAACTAAAGAAGGTTAC +ATCGTAAATGACCCCACAAAGCCAAGAACAATTATGCTTACAAATAAATACTCAAAACCA +AAAGATAATAACTTAGATAATATACTAAAAGACTTTGAATCTAAACGTAAAATTATTCAG +AACTATATAAACACTACTGAAGATCCTATATTAAAAGAAACTCTACATGAAATATACAAT +CTTGTAGATGAAGTAGTAATAAAAATTAGTACTAATATTTTATAA +>group_1032 +ATGAATATATTAAATAGTGAAAGATTGATTTTAAGAGAATGGAGAGAAAGTGATAGCACT +GACCTATATGAATATGCTAAAAGTGATTTAGTTGGGCCAAATGCTGGGGGGAAACCTCAT +AAAAGTGAAGGGGAAAGTAAAGATATAATTAAAATGTTTATTGATAATGATGATACTTAT +GCAATAGTTTTAAGGTCTGAAAATAAAGTTATAGGTGGAATAGGATTACATAATCGGAAG +CCAGATGAAAAACTCTATGATTTAGAGCAAAGAGAAATTGGATACGTATTAAATCCCAGA +TATTGGGGAAATGGATATGTTCCAGAGGCTATAAATTGTTTATTAGATTCTTGA +>group_943 +ATGAGTTTAGAAAAAAATAAAGTTTACTGTGAAAATTGTAATGAAAAAGTAAATTACAAT +ATAATAAAAGAAAAGTTAAAAGAATATAAAGGCATTGAAGTTAATGTAGAGCAAAATATT +GGTGTATGTGAAATTTGTAATGAAAAACTATATATAATTGATTTAGAAGAAGATAATTTA +AAAAGATTATATTCAAAATATAGAGAATTAACAGGAATAGTATCTCCGCAAGATATAATA +GATTTTAGATCAAGATATAACATATCTCAAAGAGAGTTAGTAGCTATACTTGATTGGGGA +AAGATGACTATAAATAGATATGAAAGAGGTAGCTTACCAAACCAAAGCCATAGTGATATA +TTAAGACTTATAATTAAAGATGAAAGTTACTTCAGAGAAAAAGTTGAAGATGCATTTAAA +AATGGAAGAATAAGTGAAAAAACATATAGTGCAATGTATTTTTCAGTTGAAGAAGAAAAT +ACAGTAACTATGGAAGATTTTATAATATCAAGATTATCTCATAAGCCAAGTATTTATAAT +GGATTTAGAAAGTTTGACTTAGAGAGATTAGAAAATATAATTGGATATTTAGCTTCATGT +GTAAATAATCTGTATAAAACAAGTCTTAATAAATATTTATGGTATATAGATTTTTGCAAC +TACAAATATAATCTAAAGTCTATGACAGGTATTAGATATGTTAGATATACTTTTGGGCCT +ATAATAGAAGGTAAAAATTATGAGTTAATTTTAAACTTAGATAATAAGTTTGAAAAGGAA +GTAACTGAAAATTATAATGGGGAAATAACAAAAATTAAGAGTAAGAATAACTATGATTTA +AATATATTTTCAGATAAAGAGATTGAAATAATAAATAAAGTAGTAGAATTATTTAAATCT +AAAAGCGTAACTGAGATATCAAATTTATCACATGATGAAAAAGCATGGATAGAAACAAAA +GATATGGAACTTATTTCGTATGAATATTCAAACGAGTTAAAGATAATTTAA +>group_1009 +ATGGGAGATATAAAACTATTTAAAATAAAAGAGGAAGTAGAAGAAATAGAAGGAACATCA +ATGCAACTAGAAAAGAATCTACAAAACATAATCGAAGATAATATGGAAGTATTCTTAGGA +GTAAAATTCTTAGCAACAGAATACTCTACTGGAAAAGTACATAATGGAAGAATAGATTCA +CTAGGAATAGATGAAAATAATTGTCCAGTTATTATAGAATACAAACGCTCAATAAATGAA +AATGTAATAAATCAAGGGCTATATTATTTAGATTGGCTACTTGACCATAAAGCAGAATTT +AAACTTTTAGTAATGAATAAGTTGGGAGCAGAAATTTATGAGAATATTGAATGGACAAGT +CCAAGACTTATATGTATAGCAAATGATTTTACTAAATATGATATACATGCAGTAAAGCAG +ATAAATAGAAATATAGACCTTATTAAATATAAGAATTATAAAGAAGAGCTACTACTTTTA +GAGATGGTTCATACTAATATTATAAGTGATGATAGTAATAAACATAATATAGTTGTAGAA +GGTACTTCTAAGCAACAAAATAAGTATAAGACTGTTAATGAATTTCTTGAAGATGCTAAT +GAAAATTTAAAAAATAGATACTACATGGTTAGAGATTTTATTTTAAGTCTTGGTGATGAT +GTTCATGAAAAAAAGCTAAAGAATTATTTTAGTTTTAAGAGAATTAAGAACTTTGCTTGT +ATTGAAATTCATCCTAAAAGTGATACTGTTCTTATTTATACAAAGGCTAATATTGATGAT +ATTGAGCTTAAAAATGGATTTACTAGAGATGTTACTAATATAGGTCATTATGGTACTGGT +AATTTAGAAATAAGATTTACTGATATAAAACAGTTTGAGGAAATTCAAAAATATATTATG +ATATCTTATGAAGCAAATTAA +>group_852 +ATGAGTAAGACACCGAAGCTTAGATTTAAAGAGTTTAGTGGAGATTGGGAAGAAAATGAA +TTAGGAAATATTGTAGAAATATCAAAAGGTAAATACAATCCTCTAAAAAGTGAAGAAAAC +TATAAATGTATAGAGTTAGAAAATCTATCTCAAGAAACAGGTCAATTATTAGGATACTTT +AATTCAAAAGAACAACAGAGTATAAAAAATAAGTTTAATAAAGGTCAAGTATTGTTTGGA +AAATTAAGACCATATTTGAAGAAGTATTGGTTAGCTGATTTTGAAGGAGTATGTTCAAGT +GAAATTTGGGTTTTAAATGGAAAGTCAGTATCAAATAATTTCATATATAGAATAATACAA +ACTGATAAATTTAATTTCATATCAAATATATCATCAGGTTCAAAGATGCCAAGAGCAGAC +TGGAACTATATGAGTGAGTTCCCATTCTTTACACCTAGCATAGAAGAACAAGAAAAAATA +GCTTCTTTATTTTCTTTAATTGATGATAAGATTTCTCTTCAAGGTGAAAAATTGAAGATG +CTTAAAGATTATAAGAAGGGTATGATGCAAAAGATTTTTAGTAGAGAGTTAAGGTTTAAG +TATGATGATGGAAGAGATTATCCTGAGTGGGAAGTTACAACTATAGAAAATATAGCGAAT +TTAGAAAAAGGATTTACACCAGATACAAAAAATGAAAAAAATTGGATTGGAGATATTCCA +TGGTTATCTATAGCTGATATGAAGCAAGGAAAATATATATCTGATGTTTCAAAGCATATA +TCTTGTGAAGCATTAGGAAATAAAAAGTTAGTTGCCAAAGGAACTCTTATAATGAGTTTT +AAATTAACTTTAGGTAGATTAGCAATTGTTAATCGAGATATTATGACTAATGAAGCTATT +TGTCATTTTTATTGGAAATATAAAAATATAAATACAGAGTATATGTATTATTATTTAAGT +ACAGTAAACATTGAGAGTTTTGGTTGTAGAGCAGCAAAGGGAATAACTTTAAATAATGAT +AGCTTAAATTCAATTGTTGTTAAAATACCATCTATATCCGAACAGAATAAAATAGCAAAT +GCTTTAATAATGCTTGATGGTAAAATTGAAAAAGAGCAAGAAAAATTAGATTCTTTAAAT +GAATATAAAAAAGGATTATTACAACAAATGTTTGTATAA +>prmC_1 +ATGCAAGTAAGTGAAAAACAACAAGAGCAACAAAGAGAATTACACACTAGATTATGGGCT +ATAGCCAATGATTTAAGAGGAAACATGGAAGCCAATGAATTTAAGAATTATATTCTTGGA +TTAATATTCTATAGATATCTTAGCGAAAAAGTAGAAAACAGAGTAGAAGACTTATTATCA +GAAGATGAAATAAGCTATAGTGAAGCTTGGGAAGATGAAGAATACAAAGAAGGATTACAA +GAAGAATTAGTAGAGCAATTAGGATACTTAATAGAGCCAAAGTATTTATTTTCTACATTA +CTTCAAGCAATAGAAGAAAATAAATTTGACATAGAAATGCTTCAAGGAGCAATAAACGAT +ATAACAGAGTCTACAATAGGATATGACAGTCAAGAAGACTTTGACCATTTATTTGATGAT +ATGGACTTAGGTTCTACAAAGTTAGGAAAAGATGTAAAAAGTCGCTCAAAACTTATAGCT +AAAGTAATGGCAAACATTGCACAAATTGACTTTGCACATGAAGATAGTGAAATAGATGTA +CTTGGAGATGCATATGAGTATTTAATATCTCAATTTGCAGCAAATGCAGGTAAAAAAGCA +GGAGAGTTCTATACACCACAACAAGTTTCAAAGATACTTGCAAAAATCGTAACAGTTGGT +AAAACTAATTTAAAAAATGTATATGACCCAACTTGTGGTTCAGGTTCACTACTTCTTCGT +GTAGCAAAAGAAGCAAATGTAAGAAAGTTCTACGGGCAAGAGCTTACTTCAACAACTTAT +AACTTAGCTCGTATGAATATGTTACTTCATGATGTAAACTATACTAACTTTGATATAAAA +AATGATAATACACTAGAGCATCCTCAACATATAGGTATGAAATTTGAAGCAATAGTTGCA +AATCCTCCATATTCTGCTAACTGGAGTGCTGATGCTAAGTTTTTAGATGATGAAAGATTT +AGTGCTTATGGAAAATTAGCTCCAAAGAGTAAAGCAGATTTTGCTTTTATTCAACATATG +ATATATCAATTAGATGATAATGGAACAATGGCAGTTGTACTTCCTCATGGAGTTTTATTT +AGAGGAGCAGCAGAAGGAGTAATAAGAAAGTATTTAATAGAAGAAAGAAATGTATTAGAT +GCAGTTATAGGACTTCCTGCTAATATATTCTATGGAACAAGTATACCTACAGTTATATTA +GTGTTTAAGAAAAATAGAGAAAATAAAGATAATGTATTATTTATAGATGCTTCTAATGAG +TTTGAAAAAGGAAAGAATCAAAATAATTTAACTGATGCTAATGTTGAGAAGATAGTTGAT +ACTTTTGTTAAGAGGGAAACTATTGATAAGTACAGTTATGCAGCTAGTATGGATGAGATA +AAGGAAAATGATTATAACTTAAATATTCCAAGATATGTTGATACTTTTGAGGAAGAAGAG +CCAATAGATTTAGCTGCTGTTAGTGAAAGAATTTCTGATATTGATAAAGAGATAGCTAAG +TTAGATGAAGAGTTAGCAGTATATTTAAGAGAGCTTGGATTATAA +>hsdR +GTGTCATATCAAAGCGAAGCACAACTAGAAAATAACCTAATAAATCAACTTATAAACCAA +GGATTTAACAGAGTTAACATAATAGATGAACAAGGATTAATAAATAACTTTAGGCACCAA +TTATATGAACACAACAAAAGTAAACTAAATAATCAACCATTCACAGATAAAGAATTTGAA +CGTATCATGAGGCACATAGAAGGAAAAACAGTATTCAAAAGTGCAATGATACTAAGAGAT +AAATTCATACTAGAAAGAGAAGATGGTAGCGAAGTATATATAGAATTTTTAGACACAAAA +AACTGGAGCAAAAACAAATTCCAAGTGTCAAACCAAATAACAATGGTAGGAAAATACAAA +AACAGATATGATGTAACACTACTAATAAATGGGCTACCCCTTGTTCAAATAGAACTAAAG +CGTAGAGGGATAGACTTAAAAGAAGCTTTTAACCAAATAAATAGATATAAAAAGCACTCT +TATGATGGATTATTTAGGTACTTACAAATATTTGTAATATCAAATGGAGTAGATACTAAA +TATTTTGCTAATAGTGATAAAGAAATATTATTTGGTCATACATTCTTCTGGAGTGATAAA +GAAAATAAAAGAATAAGTAATTTAAAAGAATTTGCTTCGGATTTCTTAGATAAAACATTT +ATAGCAAAAGTAATATCAAGATATATGATAACTAATGAAAGTGACAAATTATTAATGGTA +ATGAGACCATACCAAATATATGCGGTAGAAGCACTTATAGCTCGTGCATTTGAAACTAAC +AACAATGGATACATATGGCATACAACTGGTAGTGGAAAGACTTTAACATCATTTAAAGCA +AGTCAAATACTAGCAGGAGAGAAAAATATAAAAAAGGTATTTTTCTTAGTTGATAGAAAA +GACTTAGATTCACAAACACTAGCAGAATTTAATAAATTTGAGCCAGATAGTGTTGATACA +ACAGATAAAACAGCTACATTAGTTAAACAAATAAATGATATAAGTAAACCACTAATAGTA +ACAACTATACAAAAAATGGCTAATGCTATAAAGTCAGAACAGTACACTAAAATAATGGAA +AAGTACAAAAATGATAGAGTTGTATTTATAATAGATGAATGTCATAGATCTCAGTTTGGA +GATATGCATAAAGCAATAAACAAACACTTTAATAATGCACAATACTTTGGCTTTACAGGA +ACTCCAAGGTTCCTTGAAAATAAAAGTCAAGAGGGAAGAGTAACAGCAGACCTTTTTGAA +ACTTGCTTACACTCATATCTTATAAAAGATGCTATAAGTGATGGAAATGTACTAGGATTT +TCAGTTGAATATATAAAAACTTTTGATGGTGACTTTGATGAAAATGATAATGAAAAAGTA +AAAGCAATAGATAAAGAAGAAGTATTTATGAGTGATGAGCGAATAGACTTAGTAGCTAAT +CACATTATAAATAATCATAATGCTAAAACTAGGAATAAAGAATATACAGCAATATTTACA +GTACAATCTATACCAATGCTTATAAAATACTATGATAAATTTAAAGAATTAAATCATGAT +TTAAAAATAGCAGGGATATATACTTTTGGAGCTAATGAAGATAGCGAAGGTAAAGATGAA +CATTCTAGAGATAGTTTAGAAAGAATGATAACAGACTACAACAAAATATTTGATACAAAC +TACAGCACAGATACATTCTCAAGCTACTTTTCAGATGTATCTAAAAAAGTAAAATCAGCT +CAAATAGATATACTTATAGTTGTAAATATGTTTCTAACTGGGTTTGATAGTAAAACATTA +AATACATTATATGTAGATAAAAATCTAAAATATCATGATTTAATACAAGCATACTCAAGA +ACTAACAGAGTAGAAAAATCTACAAAACCTTATGGGAATATAGTTTGCTATAGAAACTTA +AAGAAAAATACAGATGATGCAATTTGTCTTTTCTCACAAACTGATAATACAGACGTAGTA +TTAATGGAAAGCTATGAGTACTATTTAGCACTATGGCATACAGAATTAAAAAAACTATAC +AGCCTAGCACCTACGCCTGGTGATGTAGATAGCCTTCAAAGTGAAGAAGATAAAAAGAAA +TTTATATTAGCATTTAGAGACTTAACAAAAGTACTAACTAAGCTTAATACATTTACAGAC +TTTGAATTTGAAGAAGAAAAACTTGGAATGAGTGAACAAGGATACCAAGATTTCAAAAGT +AAATACTTCACTATATATGAAAGTGTAAAAAAACAAGAAGATGAAAAAACTTCTATACTA +GCCGATATAGACTTTGGTATAGAGCTTATGCATACTGATAAAGTAAATGTAACTTATATT +ATGAACTTAATAAGATATATAGATTTATCAGATAATGAGAAAAAAGCTCGTGATATAAAA +AATGTAATAACAGAACTTGATAGAGCGGACAATGAAGAATTAAGATTAAAAGTAGATTTA +CTTAAAGAGTTTTTAAATAAAGTAGTACCACAACTTGGACAAGAAGACTCAATAGATGAA +GCTTATGAAGATTTTGAAAAAGTTAAAAAAGAAGAAGATGTATATAAATTCTCAAATGAA +ATAGGTTTAGACAGATACACTATAAAAGAATATGTATCTGAATATGAGTACTCAGGAATA +ATCAATAGACAAGAAATAAGTGAAGAAATAAAAGAAACATTAAAACCTAAATTTACACTT +AGAAGAAAATTAGTAGACCAAGTTAAAAACTTTATATATGACCACGTTAGAAAATTTACT +TAA +>group_861 +ATGGAAAACTTACTAAAAAATCAAAAAAGTTTAATGATAAGTTCATTAGGAAAAGACAAC +AATCCAGAAATAAGTTACGCACCATTTGTAATGATAGATAATAAGATTTATCTATATTTA +AGTAAAGCTGCAAATCACTATTATAACTTAAGAGATAATCATAAGTGTAGTGTAATGGTT +ATAGAAGATGAAAGTACATGTAAAACTATATTTGCAAGAACTAGAGTATCATTTAAATGT +GAAGCAAATATGATGGATTCTGTTAGTGATGAAATATTTGCTAAGTTTGATGAAGTTCAT +GATGCTAAAATGATGTCAATGTTTAAGAATATGGACTTTGATATGTTTGAACTTGAGATA +AAGTCTGGAAGACTTGTAAAAGGATTTGGTCAGGCTTATGAAATTAAGTTTGTAGATGGA +AAAGCAGAGTATACTCAAGTTACTGGAAATGGCAACCAAATGGGACATGGTATGCCAAGT +GATAAGATGAAAGATATGATGGGACATAAGTAA +>group_738 +ATGAAATCTAAAATAGTTTGTTTATTGACAGTATCAGCTTTATCAATGGGTATGTTATTC +ACTGGTTGTGATTCAGCTAGTAGTTCTGATGTACCTAGTACAAGTCAGGAAGAAGCTAAA +GAAGCAAAATATGAATTCACAGAAGATCCCACTTTAACTGATTAA +>group_634 +ATGTTAGAAGAAATGACTAGAGATGATCTACCTGATGGAGTTATGGATATTGTTGATACT +ATAGGACTTGATGCTTTTAAATGTTTGGTGAGGCTTGCTGGTGGTAGTAATTTATATATT +CCTAATGAGAGCAGTCTCGTTAAGTCTTATAGGAATAAGATGATTAGAAAAGAGTTTAAT +GGAGATTATAAAACTATTGCTAGGAAGTTTGGAATTAGTGAAGTTCAGGTTAGAAATATT +ATAAAAATGAGAAGTTGA +>group_648 +TTGCTAAATGATAATTACAATTTGGGGGAGGTCATAAAGATATCTAAAAATAGAAAAATT +TTGCGTGTTATTATATTGGCTGTATTGTTAATTTGTACAGCGTTTTTAGTATATTCCATT +GTAACGAATCCGTTTGGTGAACATGATATAATGCTTGCACTTGCTGTTACAGCAGGTTTT +ATTGCACTCGGAGATGATAAAGTTGAAAAATGGATAAATCTCGGTTTATTAAGTAGATTA +AATAATTAA +>group_1067 +GTGGAATTATTAGATTTGAGATATGATGCGGCATTCAAAGAATTCTTTAAAGATAAAGAG +CTTTTAAGCAGTTTTATAAGTACTATCACAGGAAAAGAGTTGGAAGTTGAGTCATTACAA +TATACAGAAGAAAAGGCAATAGATGATGGAAGAAGTATTATATTTGATATACTTGCTATA +GATAAAAATGGACGTAAAATAAATGTTGAAATGGAGAAGAATTCCACTAGTTCTATAAAA +AAGAGGACACAATTTTATTGGGCGAAGGCGTTTACTAGAGGATTTGAAAAAAAGAGTAAA +TTTAAAGATTTGAAGGAAACTATATGCATTAACATCTTGGGTAAAAATGTATTTAAAGAT +GAGGTTATATGTAGAGAATATGTGATTTATGACAGAGAGAACAGAGATAGGCTAGATGAT +AGTTTATCTATTTATTTTGTAGAACTTCAAAAAGGCGAAGAGTCTAAAGGTAAAAGTTTA +AAAGACTTATGGATCAAGCTATTAGCAAACTCAAAGAAAGTAGATGATATACCAGAGGAA +ACTCCTATAATTAAAAAGGCAGTATCAAAGGTTTACCAAATCAGCGAAATAGATGAGGTT +CAATTGAAAGTAATAGAAGAGGCATTGGAAGAATCAAAGAGACTTGATTGGCAGGACGAT +ATAATAGAAAAAGTACAACAAGAAGCACAAGAGAAATTACAAGAGAAATTACAAGAGAAA +TTACAAGAAGAAAAAATAAATTTTGCTAGAAGTTTACTTGATGTTTTAGATGATGAAACA +ATCGCAGATAAAACTGGATTAGATATTAATTTTATTAAATCATTAAGAATGTAA +>group_922 +ATGAAAAAGAAGAGTATAGTTATGATTTTGGTATTAGCTTTAACAATATTAATTGGATAT +ATATGGTGGGAGTATTATAATTCACACAAAGTTAAAGAAGATATTGAATTAAAGAATGAG +GTAATTAAAGTAGTTCAGAGTTCTAAAGAAATAGATTTTTCTAAAGTTACTAACTTTGAA +TGGGATGAAATTTACCTATTTACACCGTATACAGATAGTAAAGAAATATTAAAAAAAGAT +GGTGTTAAGAGATATAATAGTAAACTTAATATGGAATATAATGATGGAATTAATATAATT +GCATTTGTAAATTCTAAAAAAATTATTACATACATAGAAATAAATCGCTCAGATTTTGAC +TTTGAACCTATTGAAAATTCTAAAATAAGTAAAGATAAATCTATTTTTGAAATTGATAAT +GATGATGGAGATTGTACTTTATCATTGAAAAAATAA +>group_673 +ATGGCTGTTTCAGAAATTAAAAATCCATCAAGTTTAAAAATAAAACTAAGCTTAGGTTTA +GTAGATGGAAAAGCAAAAACAAGAAGTAAATCTTACTCTTATTTAAAACATGATGCAAAC +CTTCAAGATGTATATGATGTTGGAGAAGCTTTAATGGGACTTCAAAAACATGATGTAACT +GACATCATAAAAATAGACAACACAACACTTAATGCATAG +>group_659 +ATGGAAACTTCTACAAATTTAATAATGACGTTTATAAATCAAGGTAACTCAAAAGTATCT +TTATCTGTACAAGATCCTAGAGAAGATATAACCGAAGCTGAAATAAAAGAAGCTATGGAA +TTAGTTGTATCTAAGAATATCTTCGCACCAAATGGATTAGATTTAGTATCTGCAGTAGAT +GCAAAAGTTGTTGTTACAGAAACAACTCCATTTGACTTAGTTATCGGATAA +>group_1059 +ATGCGTACAAGAATATTACCTAAGATGCTTAATGATGAAGTTGAAGAGTATCTATCAAGA +AATGATATTATTATAGTTCCAGTTGGAACAGTGGAACTTCATGGAGGATTTCCACTAGAT +TGTGAAACTACTATTAGTGAAGCTTATGCAGTAAAAATGGCAGAGGCTTGTGATGGTTTA +GTATTAACTGGTCTTCCATATTTTTATGCAGGAGCTACTGCAAGTGGAAGAGGAACAGTT +CAAGTAAGTGTTAGAGAAGGAATAGATTATCTTGGAGCAATAGCAAGAAACTTATTAAGA +TTAGGATTTAAACGTCAAATTTATATAAGTTTCCATGGACCAGCTCACATGACATGTAGT +CCAATGATAAGAGATTTTATGGATGAAACAGGAGTTCCTATATTATATATGGATATGACA +ATGCATGTAATGAAAAATGCTCAAGACTTATTTAAGTCTATGAATAGTTTCCATGCTATT +AGTGTTGGTGCTTATAAAATTATGAATAGACTTAATGATGTTCCACTTACAACAAAATAT +GAACATACAAATCCACAATCTTGTAAAGAGTTTGATGATATATTTGGAATGGCATATCAA +AGTGGCTCTATAGGATATTATTTCAAAGAAAAAGGAGATCATATGAGTACAACTGCTGTA +CCAGATGAAGAAACTAGAAATAGATTAGCTAATGAAGGTGCAGAGCTTATTGAGCAAATG +GTTAAAAGAATGAACTTAACTCATGTTGTAGAGCAAATGAGAAAGCTTGAGGAGTATAAT +AAGGAAGTAGAAGAGAAATGTCCTTGGGTACCATCTAATTTTAATAAAAATAGATTTTAA +>rhaR_2 +ATGAAACTTTCTGAAATTAAGGAGCTAATGAGATTAAACAAGATAAGTGTTATAAATGAT +ACAGAAATTCTTAATAAAATAGTAAATCAAAAAAGAACAGATTTTTTAGGCATACTGGCA +GACGATGGAAGCTACATTGGATATAAAGATATAGAAATGAATAGCTCATTTATTGATGCA +CATGATATGATTGATTCTGAAAAAGACACTGTAACTTTACATAATCATGGATTTTATGAA +ATAATCTTTTGTAAGTCTGGAAATATTCAATATTTAATAGAAGACAAACGATACAATATT +CAAAATGGAAATATAATCATTATTCCACCTGGAGCTTCTCATCGTCCACTGCTACGTGAA +ACATCAAAAGAAAATTATCATCGTACAGTAATATGGATTAATTCAAATTTCTATAATCAG +TGTAGTAAAATGCTTAAGTTAACTGAAAAAGTTGAACATGATCCAATGCTAAATGGTCAC +TATGTTCTTCAAACATCTGGCACACTTTACTTACAAGTAGAACAAATAATCGAACTTTTA +CTTCAAGAAAAAGCTAATCCAAATCCATCTAGCGAATTTTTCTGTTATAGCTTATTTGTT +CAGTTATATTGTTTATTTTATAGAGCTCATTGCTATAAGAATGTATCTTATTCAAAACCT +GAAAAAACTATATTGCTAGATGAGATACTACACTATATATCAAATAACTTATCACAAAAA +ATCACTATTAAATCTATTGCTGAGCACTTTCATATAAGTGAATCTAGTGTTAATCAACTA +TTTAAAAAGAATTTTGATACTAGTGTATATAAATTAATAACACAAAAAAGACTTACAACA +TCTAAAAAACTAATTATGGAGAATGTGCCTTTAAAAGAAATTCCACATCAATGTGGTTTT +TCAGATTACTCTGTATTCTATAAAGCATTTATTAAAGAGTATAAAATATCACCAAAGGAA +TTTAAAAATTATAATATATAA +>group_801 +ATGAAGAACAAATTAAAAATTATGATGATGGTAGTTTTATCAATGTTTATAGTTACAGGA +TGTGCAACAACGAGTCCAACTGAAGTTGTAAACAATTATTTTGAGGAAATAAAAAAAGGT +GAAAATGCTGAAGTTACTGAGTATCTTTTAGAAAGTGTAGAATCTACAGATGCTGGTACT +GAAAGTGATGATGAAACTGAAGTAGATCCTAAAATGGATGAAGCTATGAAGTTATATCTT +TCAAAGATAGATGCAAAAGTATTATCTGAAAATATAGATAAAGATAAGGCAACTGTTGAA +GTAGAAGTAAGTGGACTTAATTTTTCAAATATTATCTTAGAATTATTAGAGGAGAGTTTA +GCTAATGCATTTAGCGGTGTAGAGATGAGCGATGAAGATATGAGTAATAGTATCCTTGAA +AAAGTTAAGAGTGGAAAAGTTGAAACTAGAACTGGAACTGTAACTTTATCTAAGGTTGAT +AAAGAGTGGAAAATAGATAGTGAAGATGAAAGTTTTATGGGACTTATTTTTGGTAAAGCA +CAAGAACTTGATAATTCTGGAGCAAAATAA +>group_1074 +ATGAAACTAAGAAGTAAAGTTATAGTCTTAGCGCTATTAACAATGACATCAGTTGGAATA +GTAGGCTGTTCAAGCACAAATAATACTTCAAATAATCAAAATCAAGAAGTAGCCACTGAT +GAAGCATTTATAAGTAGCTTTGAAAAAGCTATAAACAAAAGATGGGATGAGCAAAATAAG +TTAGAGAAAAAATTTGCTACAAATACATCTTATACACAGGAGCAGTATACAGAGGATACT +ATAAAAATTTTAGAAAATGAAATAGAAGCATTAGAAAAAAATAAAGAAGGAATAAAAGAT +AAAGATTTAAAGGAAATTGCTGATAATTACATAGAAGGAGCTAAAAAGCAAATTGAAGCT +CAAAAAACAAATGACTATGATTTACAATACAAGCACCAAGAAGAATCAGATAAATTAAGA +AAACCAGCACTAATAGCAATGGTTGACGATTATGGAGTAAAGATAAAAGATGATCATCAA +CAAACATATAAGGATTTTAAAGAACAAGCAACTATTATAAATAAAGAAAATGAGTCACAG +GAATTCGCTGATAAATTAGCAAGTGAAATGACTTTTGAAAAGAAAACTGATGAATTTGGA +TATGTAGAGTTTAGTACTATTGTAGAAAATACATCTGATATAGATTTTAAAAACTTATCA +TACAACGTTCAATACAAGGATAAAGATGGTATAGTAATAGGAGATGACATTATATTCTTA +GAAAACTTTGATGCAAAATCTAAGCAAAAGGTGAAGCTTTCACCATTTGAAGAAGGTGTT +GAAAGTATAGTTGTAACAACTGATTGGTTTGAAAACAAATAG +>uvrC_2 +ATGGCATATGTATATAGATTTTTAGACTACAGAACTAAGGATATTATTTATGTAGGTAAA +ACTAAGAGACCACTTGAGACTAGAATGTATGAGCACTTTTATAAAGGCGGGCATCTTCCT +AGTAAGTGCTATAATTCAGTAGGTAGAATAGAGTATATAACTTGTAAAACTGAAGCTGAT +GCAATTTTAGTAGAAAACTATTTTATTAATAAGTATAAACCAAGGTACAATACACAGGAT +AAGGTTCAAAGCCCTTTGACAGTTAGTATTGATGTTAAAGATAATTGGAAGTTGTTTAAA +GTATTGAAAAAAGGGTTTACTTTTACTCCGCCTAAGATTCCTAGTGTTGCTGTTTTTTTA +TTTTGGGGATTTATGACTTATTTCTTTTTACTAGGAGTTGCTTGGTACATAAAAGGCAGG +CATTGA +>prfC +ATGACAGAACAAAATTTAAGTTTGATTGATGAAGTTAAAAGAAGAAGAACCTTTGCAATC +ATTTCCCATCCCGATGCAGGAAAAACTACATTAACTGAAAAGTTTCTATTATATGGTGGT +GCCATTCGTGAAGCAGGATCAGTTAAATCAAGAAAATCTCAAAAACATGCAGTATCTGAC +TGGATGGAAATTGAAAAACAAAGAGGTATCTCTGTTGCATCAAGTGTTCTTCAATTTGAA +TATAATAACTTTTGCATAAATATTCTTGACACTCCAGGGCATCAAGATTTCAGTGAGGAC +ACTTATAGAACTCTTATGGCAGCAGACTGTGCAGTAATGGTTATTGATTCTGCTAAAGGT +GTAGAGGATCAGACAAAGAAATTATTCCAAGTTTGTAAAATGAGAGGAATACCAATTTTC +ACTTTTATAAATAAAATGGACCGTCAAGGAAAGGATCCCTTTGAACTACTTGAAGATATT +GAAAATGTGCTAGGAATTCGCTCTTGTCCAGTAAACTGGCCAATTGGTTCTGGTAAAGAG +TTCAAAGGTGTGTTTAACCGTCATAAAAATCAAATTGAACTATTTGATGATGGTAACCAT +GGACAATCTATTGCTACATCTACAACTAGAGATATATCTGATGAAAAATTTAATACTTTA +TTAGGTGATGCTCTTCATGAAAAACTACTAGAGGATATTGAACTTTTAGATATTGCTGGA +GATAATTTTGATTTAGAGAGAGTATTAAATGGTGAATTGACACCTGTATTCTTTGGAAGT +GCTCTTACTAACTTTGGTGTAGAACCATTTTTAGAAGCGTTCCTAGAAATAACACCACCG +CCAAATCCTCGTAGCAGTAATTTAGGTGATATTGACCCTAATTCTAATAACTTCTCAGGA +TTTATATTTAAGATTCAAGCTAACATGGATAAAAATCATAGAGATAGAATTGCATTCCTT +CGAATTTGCTCTGGTAAATTTGAAAAAGGCATGACAGTAACTCATGTACAAAGAAATAAA +AAGGTTAAACTTTCACAACCTCAACAGTTTGTAGCACAAGACCGTGTTATTATAGATTCA +GCTTATCCGGGTGATATTATAGGGATACATGATCCAGGTATATTTAATATTGGTGATACA +TTAAGTGAAAAGCAATCAAATTTACAATACACTGGTATCCCACAATTTGCTCCTGAGCAT +TTTGCAAGAGTTTCTACAAAAAATGCTCTTAAGAGAAAGCAGTTCGTAAAGGGTATTACA +CAGTTATCAGAAGAAGGTGCTATACAGGTATTCAAACAGCCTAATTCTGGTATGGAAGAA +CTTATTATAGGTGTAGTTGGAATTCTTCAATTTGAAGTTTTAGAATATCGTCTAAAACAA +GAATATGGTGTTGAGATTCTAATGAATTCACTACCTTATCGCTATGTACGTTGGATTGAA +AATGATCTTTCCAAATATGGTAGGCTTTCAATGCCAATGGAGACATTATTAGTTGAAGAT +AAGAATGACAATTCAGTATTGTTATTCCAAAATGAATGGTCTATTAGACATTTTATTGAG +AGAAACGAAGATTTAGTTTTAAGAGAAACTTCTTTATAA +>group_633 +ATGTTTACAGAAGAAAGTCTAGAAAATGTAGTCATAGAATACCTAAAAGAAATAGACTAC +AAATACATACATGGAAGTAACTTAAAAAGAGAACATAAAGAAGTCCTGCTACTAGACAAA +CTAGAGGACTGCCTTATAAATATAAATAAAGGTATACCACAAACTTCAATTAAAGAAGCT +ATAAGAAAAATAAACACATTTGAAACAAATGACGTATTTACAAATAATAAACTATTTCAC +AAATACCTTACAGAAGGGGTAGAAGTAACAGACTTCATAAATGGGGAAACAGAATACTAT +ACAGTAAAACTAGTAGACTACGAAAACATAGAAAATAATGAATTTCTAGTAGTAAATCAA +CTAGAAATAGTTGAAGATGGAAACAAAAAAATACCAGATGTAATAGTCTATCTAAATGGA +ATTCCAGTAGTGTGTATGGAATTAAAAAGTACCTCACGTGAAGAAGTAGACATTGAAGAT +GCCTATAAGCAACTGATGAACTACAAAGAAGTCCATATACCAAAACTATTTTATTACAAT +GCCTTTTTAGTAATAAGTGATGGAGTAAACACAAAGGCTGGTACAATAACTGCTCCAATA +GATAGATTTATGGCATGGAAAAAAGTTAATGGAGATGAAGAAATCAATGACTTATTTGCT +ATAAGTTATAAAAATCTAGATACATTACTGTATGGTATGTTCAATAAAAATAGATTATTA +GATATTATAAAAAACTTTATACTATTTACTAATAAAGGTAAGATAATGGCACAATATCAT +CAATATTATGGTATGAAAAAAGCTATAAACTCAGTTGTTCATGCAGTAGAAAATGACGGT +AGAGCAGGGGTAGTTTGGCATACTCAAGGGAGTGGAAAGAGTTTTTCTATGACTTTCTTA +GCAGGTAATTTAGTTAAGCATAGTAAACTAAATAATCCGACTATAATAGTAATTACAGAT +AGAAATGATTTAGATGGTCAGTTATATGAAACATTTGGTTCAGCTCATGAATTTTTAAGA +CAAGAACCTATAAAGTGTGAAAGTAGAGCTGATGTAAAAGCAATCTTAGAAGGTAGAAAA +ACTGGTGGAGTAATATTTTCTACTATTCAAAAATTCGTGGAAGAAACAGGACTTTTAAGT +GAGAGAGATAATATAGTAGTAATGGTGGATGAAGCTCATCGTACTCAATATAATATAGAT +GGTAAATTAGACACAAATACAGGTGAGATTAAGTATGGATATGCAAAGTATCTAAGAGAA +TCCTTACCTAATGCAACATATATAGCTTTTACAGGTACTCCAATAGAAACAACTGATAAG +TCAACTTATGGAGTGTTTGGTGATTTAATAGATGTTTATGATATGACACAAGCAGTAGAG +GATGGAGCTACTGTTAAAATATACTATGAATCAAGACTTGCAAAGGTAAAGTTAGATAGC +AATCAAATGAATTTAATAGATAATGAATACTATAATATGCAAGTTAATGAAGGTGTAGAA +GATTATATTGTAGAGCAAAGCCAAAAGCAAATGTCTCGTATGGAGCAAATTATTTGTGAT +GAAGATAGAATAAAGCAAGTAGTTAAAGATATAATACAGCATTATGAAGATAGAGAAAAT +TTAGTAGAAGGTAAGGCTATGATAGTTGCATACTCTAGAAAAGCAGCTTATATGATGTAT +CAAGAATTATTAGAGCAAAGACCTAATTGGGGAAATAAAGTTAAGATGGTTATGACTACT +AATAATCAAGATTCTGAGGAAATGGCAAAGCTAATAGGGACTAAGAAAACTCAAAAAGAG +CGTGAAGATGAATTTAGAGATTTAAGTAGTGAGTTTAAAATAGTTATTGTAGTAGATATG +TGGCTTACAGGTTTTGATGTGCCTTCTCTTGATACTATGTATATAGATAAGCCAATGAAA +GCACATAACTTAATGCAAGCAATAGCTCGTGTAAATAGAGTATATCCTGGTAAAAGTGGA +GGATTAGTAGTTGATTATATAGGTCTTAAAAAAGAACTATTTGATGCATTAAAAACTTAC +ACAAATCGTGATCAAGATAAGATACAAGAAAATGAGGAAGCTAAAATAATAGCTTTAGAT +ATATTAGAAATACTTAGAAATGAGTTTCATAAGTTTGATTACGAGGGATTCTTTGGTGAT +AGTGATAAAGTAAGATATACATTAATAAGAGATGGTGCAGAGTTTGTACAATTTATAGAA +GTAAGAAAAAATCTATTTATGGAGCAAACTAAAAAACTAAAAGATGTATATAAAATATGT +ACTGCTTTATTATCAAAAAGAACTAAGGATGAAATAGCATTCTTTATGGCAGTAAGATCT +TTTATTATGAAAACTACAAAAGTAGGTACACCAGATTTAAAAGAAGTAAATGCTAGAATA +TCAAGAATGTTAGAAGAAGCTATAATTGGAGATGAAGTAATAGTTTTAACAAGTGCAGGA +TCTAAAGAGACTTTTGACTTACTAAATGATGAGAATATAAGTAAATTAAGAGCTTTGCCA +CAAAAGAATATAGCAGCTAATATACTAATGAGAGCTATGAAAGACAAAGTTGAGCAAGTT +AAACAGAAAAATATAATTGTAAGTAGAGCATTTAGTGAAAAGCTTCAAAAGATAATAGAA +AAATATAATAATCGTAATGATGAGAAAGATGTATTTGAAGTATTAGAAGCGTTAGTAGAA +TTTAAGCATGAATTACTTAAAGCTATAGAATCAGGGGATGAATTAGATTTAACATATGAA +GAGAAAGCTTTCTTTGATGTTTTAACAGCAGATCCAGAGGTTATAGCTTCAATGGAAGAT +GATATACTTATAAAGATAGCAAAGGATTTAACTAAGACAGTCAAAGAAAATATGTGTCCA +GCATGGCATGAAAGAAAGCAGGCACAAGCTAAGATGAGAATGCATATAAAGAAGCTACTT +AAAAAGTATGACTACCCACCAAATAAAAGTGAAAAGGCTATAGAAGATGTAATGGAGCAA +GTTAAACTTCAATGTGTATCGGGAATGTAG +>group_742 +ATGGAGAATAGAGATATAACAGTTTTTAAAGCAGATTTTAATAACTCTAAACGAATTAAA +TATGAGGAAGAACATCCAATAAGAAGTGCTTATCAAAGAGATAGAGATAGGATACTATAC +TCTAGAGCGTTCAGAAGACTAAGTGGAAAGACACAGGTATTTCTAACAGTAAAAGATGAT +CATCTAAGAACAAGACTGACACATTCGTTAGAAGTATCTCAGATAGCTAGAACAATATCA +AAAGCATTAGGATTAGATGAAGATTTAACAGAAGCAATAGCATTAGGACATGATTTAGGT +CATACACCATTTGGACATGTTGGGGAAAGAACATTAAATCATATTATGAATGGATGTTAT +ATAATATCTGACTTTAATACAAACTTAAGAGAGGATATGAAGGGCTTTAAACATAATTGG +CAAGGTGTTAGAGTTGCTACCCAATTAGAGGAAAGATCTCTAAATTTAACAAAAGATGTA +TTATGGGGTATATTAAATCATAGTTCACTTAAATATAAAAAATGTAAAAAAGATAGTGGT +AAAGTTATCTGTAGTTTGAAGCATAATAAGTTTAAGGGTGAATGTAGTAGCAACTATAAT +TATAGTTTGGAATTTTATAATGACATAAATATGCAACTAGATGAAAGTAATAGTTGGAGT +ATAGAGGCATTAATTGTAGGAATTGCTGATGAGATAGCTCAAAGACATCACGATATAGAA +GATGCAATAGAATATAAAATTTTAGACGTACAAGATTTGTTAGATGAAATAAAAGCAAGG +TTTGTGAGAGAAGAAGACTGTATATTTAAAGAAGAGGATCTAGCAATATTAAAAGATATA +GAAAATAATAAAGATAACAAATATGCTAGTATTGCTTTATTTTCTAAACTTATAGTGAAT +TTTCTAACAAATGATATAATAAATAAAACTAACGAAAATTTAGAAATATTAAAAAATGAA +TATGATATTAATTCTTCAAATGATTTTTATAATAAAAAGCCTAACATATTCTCAGAAAGA +AATATTAAGGAATTAGTAAGTTTTTCTGAAAAAGTTAAGAACGAAGATGAAAAATTTCAA +AAATTTCTTAAGAGGAGAATTCTTAATTCATTTGAAGCTCAAAGAATGGATGGTGCAGGC +CAATATGTTATAAGGAAATTATTTGAAGCATATGTGTTCAATCCACAACAATTACCTGAC +AAGACAATAAAAAAATTATATGAAAGTCTTTTAAATAATAAATCTGAATTAAATATATCA +AAAGACTTAATTGATGGAATGGAAGATAAGAATAAAATTGGTGATATTAGAGATATAATT +TCTGAAATACATTATGATATTAGTAGTGAAAACTGTAATATTTATAATTCAATTTTATTG +ATGATAATATGTGATTACATATCAGGGATGACTGACAAATATGCATTAGAAGAGCATAAG +AGATTATATAATTGTATTCCAATAGGGATTTAG +>group_784 +TTGTCTAATTTATATATAATTATACATGGAAGAGAATTAAAAAGAGACAACAAAGGCTTT +CTTCTACTAGATAGACTAGAAGAAAACCTTATAAATATAAATAAGGAAATATTAAAATCA +CGGGGAGAATATATGAAATTAAATAGAAAAAACATAACAATGGCAATACTATCAAAATTT +ATAGAAAACAACATGGAAAAAATAGAAAACGTATCAACTAAAGCAAACAACATAACACTT +ACAACAACAGAAGGAATAAAAAAAGTAAAAATAAGAACAAGTAAAAATTACAAAGAAGAA +AATGATGAAAATACATATCTTTGGCAGACTATATCTAGTCAAGATATAGATAATCCTGAC +TTTGATTATATTGTATTTGTAAGTAGTGAAGATGTTGATAAGGCAATAGTATTTACAAAA +GAAGAGCTAAAAAATCATTTTTCATTAAACTCAAAGAAAAAGAAAGATGGAGAAGTTGAT +TATGCAATTTACCCTCATTTCTATGGTAGAGTTTGCTATGATGGTAGAGTTCGTTTAGGT +GAAGATAGAATTGACATAAGTCAGTATGTAAATAATTATACATTATAA +>group_681 +ATGAATAGAATAACAGGTAATCCAATAGAGATAAACGATTTATTTAATGATAGATACAGT +GTTCAATACTATCAAAGAGAGTATAACTGGGGAACAAAACAAATACAAGAACTTGTATAT +GATCTAGTAAATGAATTTATGAATTATTATAAAGATGGAGATACACAAGATGATGTAGAA +AATTATGGAGGATATTTCTTAGGTCCTATAATATTAACTGATAAAAATGAAATAATTGAT +GGTCAGCAAAGATTATCATCACTTACATTATTATTAATGTATTTAAACAACCTTCAAAAA +AATATAAATACAAATCAAATTAATATTGAAAATTTGATATTTACTAAAAAGTTTGGAAAA +AAGACTTTTTGTATAGATGTAAAAGAGAGAAAAGCTTGTTTAGAAGGTTTATATGAAAAT +GAAACTTATGATATAGAGAATGAAAAAAATGAAAGTGTAATAAATTTATATAATAGATAT +AAGGATATTGAAAAAATATTTCCTCAAGAATTAAAAAGTGATATATTGCCGTTATTTATA +GAATGGTTAATATACAAAGTAACTTTAATAAAGATAACAACTACAACAGAGCAAGATGCA +CATACTGTATTTGTCACTATGAATGATAGAGGTCTTAGATTAACACCGTCAGAGATGTTA +AAAGGATACTTACTATCAGAAATAAGTGATGATGAAACTAGAAACATTGCTAATAAATTA +TGGCAAGAGACTATACTTGAGCTTAAAGAAATAGAAAAAGATGGAGAAGCTGATTTTATA +AAGCACTGGATAAGAAGTCAATATGCAGACTCTATAAGAGAAGGAAAAAAAGGTGCAGAA +GATAAGGATTATGAAATAATAGGTCAGTCATTTCATAAGTGGATAAGAGAAAATAGGGAA +AGTATAGGGCTTACCAATAGTTCATCTTTTGAAAACTTTATATTAAAAGAGTTTAAGTTA +TTTTCAAATATATATAAGAGACTAAAAGTATACTCTAGTGAATTTAATGCAGATTTTGAG +TATGTTTTTTATAATGCAGATAGGGATTTTAATTTACAATATCAAATAATATTAGCATCT +ATATGCCTAGATGATAGTCAGGAAATTATAGATAAAAAAATAAAGTTGATATCATGCTTT +ATAGATCAATATATATCTAGAAGGGTATTCAATTTTAAAACAGTTAATTATTCTTCTGTT +AGATATACTATGTTTAATATCACTAAAGATGTAAGAAGAAAAAGCTTAGATGAGTTAAAG +GATATTTTAAAAAGTAAGATTGATAATATGGAGCAAACATTAGAGGCTATAGATAATTTT +TATCTAAATCAATTTACAGCTAGATATATGTTACATATTATTTCTAGAATGACATATTAC +TTAGAAAGTAATAGTGGTATTAATTCTAGTTTTGATAATTATGTAAATCGATCTCAAAAA +AATAGTTATGATATAGAGCATATATGGTCTAATAACTATAATCAAGGAAATCATCAAAAT +GAGTTTGAAACAGAAGAAGAGTTTAAGCACTTTAGAAATAAATTTGGCGGTTTACTAATA +CTTCCTAAGGATAAAAATAGAAGCTTAAAAGATATGAAGTATGAAGATAAAGTTAAGAAG +TATGACAGTGAAAACTTACTAGCGAGAACATTAAATCCTAATTGTTATAAAAATAATCCT +CTATTTTTAAGATTTATAAATGAGAAAAATTTTAACTTTAAGTATTATGATGAGTTTAAT +AAAAAGGAACTTTTAGAGAGAAATAATTTATACAAAGATTTATGTAAGGAAATTTGGAGT +ATAGAAAGATTAGATGAAATATGTAGATAA +>group_835 +ATGAGTTGTAATGAGTGGCAGGAATATACTTTAAAAGATGTTATAGAGTTTAATCCAAAA +GAGAGTATAAAAAAGGGAACCTTATCCAAAAAAGTAGCTATGGATAAATTAGATACTTTT +AAAAGAAAGATAAGTGGATACGAAGAGACTGAATTTACTAGCGGAACTAAGTTTAGAAAT +GGAGATACTCTACTAGCAAGAATAACGCCATGTTTGGAAAATGGAAAAACTGCAAGAGTT +GATATATTAGAAGATAATGAAGTTGGATTTGGTTCAACTGAATTTATTGTAATGAGAGAA +AAAGCAGGAAAAACAATAAATGACTTTATATATTATTTATCTATATCTCCTGAATTTAGA +AATGTAGCAATCAAGTCTATGACAGGTTCATCTGGTAGACAGAGAGTTCAAAAGGATGTA +TTAGAAAATGTAGATATATTATTACCATCAATAGAAGAACAAGAAAAGATAGCTAATATT +TTATCTTCTTTAGATGATAAGATTGAGTTAAATAATGAGATGAACAAGACTTTAGAGGAG +ATGGCACAGGCTCTTTTTAAGAGATGGTTTGTTGATTTTGAGTTTCCTAATGAAGAGGGT +ATGCCTTACAAGTCTAGTGGTGGAGAGATGGTTGAAAGTGAACTTGGGATGATTCCTAAG +GAGTGGGAAGTTGGATATTTTTCTGATATAAGTGAAATACATGATTCAAAAAGGATACCA +TTATCTAAAATGGAAAGAGAGAAAAGAGAAAATATATATCCTTATTATGGAGCAGCATCA +TTGATGGATTATGTAGATGATTATATATTTGATGGAGTATATATATTAATGGGAGAAGAT +GGAACTGTTATTGATAGTGAAGGTTATCCAATACTTCAATATGTATACGGTAAATTTTGG +GTAAATAATCATGCACATGTACTAAGAGGGAAAAATAATTTTAGTAATGAATATTTATAT +TTGTTGTTAAAGAATACTAAAGTTTCTCATATAGTAACAGGTGCAGTTCAACCAAAAATA +AATCAAAAGAATTTGAATTCTATTAGATGTGTAATACCGAGTGATGATATACTTGAGAAG +TTTAATAGTATGATAAAATCCAAATATGAATATAGAATTAAAAATGAAGATGAAAATAAA +GTGTTAAGAGAAATTAGAGATACCGTACTTACAAAGCTTATGAGTGGTGAGATAAGAGTA +AAATAA +>group_737 +ATGGCAACAATAGGATTTGAAGAACAATTATGGGCAAGTGCCGATAAATTAAGAAATAAT +ATGGATGCAGCAGAATACAAACACGTAGTATTAGGATTAATATTCTTAAAATACGTTTCT +GATACATTCATGGAAAAATATAATGAACTACTTAAGGAAGATGAAGAGTTTGCAGAAGAT +ATGGATGCTTACTTAGCTGAAGGAGTATTCTGGGTACCAGAAATAGCTCGTTGGGACTAC +ATAGCAAAACACTCAAAGCAAGCAGAAATAGGACAAGTAGTAGATACAGCACTAGATGCT +ATAGAAAAAGAAAATGACTCACTAAGAGGAGTGCTACCTAAAAATTACTCTAGACCAGAG +TTAGACAAAAGAATATTAGGAGAAATAATAGACTTATTCACTAATATAAATGTAGGTGGA +AAAGAAGGAAAAGAAAAAGATATATTAGGAAGAGTATATGAGTATTTCCTAGGAAAATTT +GCAGCTAACGAAGGAAAAGGTGGAGGAGAATTCTATACACCTAAATCAATAGTTGCACTT +ATGGTAGAAATGATAGAGCCATACAAAGGATATGTATATGACCCTGCTTGTGGAAGTGGA +GGTATGTTTGTTCAATCACTTAAATTCGTAGAAGAACACAGTGGAAGTGCTTTTGATATA +AGTGTATATGGACAAGAATCAAACCCTACTACATGGAAATTAGCAAAAATGAACTTAGCT +ATTAGAGGAATTGAGAATAATTTAGGAAGTAAAAATGCAGATACATTCCATGAAGATTTA +CATAAGAACTTAAAAGCTGATTTCATATTAGCAAACCCACCATTTAACCAAAGTGATTGG +GGACAACCATTACTTGTAGATGATGCTAGATGGAAATGGGGAACACCACCAGCTGGAAAT +GCTAACTATGGATGGATTGAGCATATGTTAGATAAACTAAGTCAAAAAGGTAAGGCAGGT +GTTGTACTTGCTAATGGTTCACTTTCTTCTAATACTTCTAATGAAGGAGAGATAAGAAGA +AAAATATTAGAAGATGATTTAGTTGATTGTATAGTGGCACTTCCTGATAAGTTATTCTAT +ACTACTGGAATTCCTGTTTGTATATGGTTCTTTAATAGAGATAAAAAGCATAAGGGACAA +ACTTTATTTATAGATGCTCGTAAGATGGGTGAGATGGTAAATAGAAGGTTAAGAGAGTTA +AGTGATGAGGATATTAAGAAGATTTCTAGTACTTATATTTCTTGGCAAAATGAAGAGAAC +TATGAGGATATTCAAGGATTCTGTAAAGTAGCAAGTATTGATGAAATAAGGGAACATGAT +TTTATTCTTACTCCTGGTAGATATGTTGGAATTGAGGAAGTAGAAGATGATGGTGAGCCT +TTTGAGAAGAAGATGGATAGATTGACTAGTGCTTTAGCAGAGCAGTTTAGAAAGTCTAGG +GAGCTTGAGTATGAGATTAGAAAACAACTTGGAGGAATTGGATATGAGTTGTAA +>group_773 +GTGAATAATATAATAAGAAGTGGGGAAAAAATAGTGGAGTTTTATTACGGTGGAAATAAA +TTAAAGCAAAGTTTTTTAGAATTAGAGAATGTGAAGAAAATAAAAATCGCAGTAGCATAT +GTATCATATTATGGAGTAGAGCTTATAAAAGAAATTTCAAGTAAGAGTGGGTTAGGGAAA +AATAAAATAGAAATATATATTTCTCCAGAATTTTCAAATCAAAATCAAGTTCAAATTTTA +CAAGAACTAGACTCAGTAGCACAGGTTAAAATTGTGTTTGATATAAAATTTCACCCAAAG +GTATATTTATTTGAATTAAAAGATAAAAGTAGATTAGTACTTGGATCGTCTAATTTAACC +AAAGGTGGAGTAGAAAGTAATTTAGAATTTGACACTATAAAAGATATAGATAATAGTTCA +AATGAAAAATTAGTATTGGAATGCTTTTTTGAGAATTGTAATAATAAATCTAAAGAATTA +GATATATCAATAATAAATTGGTATAAAGAAATTGAAAATGACATTAAGGAATTAAATAAT +ATACAGAATAAAATACATAGAAAAATATATAAAATACAAACAAATAAAGATGCTTTTGAC +GAGGAAAAATATGATATTGATGATTATTATTTTAATTTTAGTGATTATGAGCTATTTTTT +GATAGAAATATAAAAAAAGGAGATTCAAATATAATAAACAGTAGAAGTAATGTAAGAGAG +AAATTACTTAATATTAATGATAACATATATCATATAATTAAAAATTTAAACTTAAATCAT +CATCCGAGAAATGCAAATATTGTCTCATCAATAGAGCCTAATCAATTTAATAAATATCAA +GTTGACTGGTTGGGAGTGAGATATGGGAAGACAGAGGATGAGATAAAAATTTTAAATAAA +GATGCTCATAAAAAATATGTTCGTAAAGAAGAAGGGTTTGGATTCCAAAAACATGCATGC +ATACAATACTCTATATCTCAATCAGGATTTTCAGTTAATTTATTTCATTCAGTTCATAAT +GGAGCGATAGACAGATATTTTATGAAAGATAAAATGATTGATAATAATTTTATGGAAGCA +TTAAATCTAGAATTAGAAAATCTGAAGGGCTATGGATTTATATGGTATATAGATGATAAA +AAGTTTGATATAGATAGTTCAGATATAAGGGAATTTAAAGATTTTTATAATTATGATGAT +GAAGGCAAAATATCAATATTAAGTAAATCTTTTAAGCCAGATGATATAAGATTAAGGAAC +CTAGATTCTATCTCAAATTTAGTGGTAGAGTATGTAGAGATGTTAAATCCATTATATAAT +TTGGTTAGTTATAGGTTGCGATAG +>group_693 +ATGAGTGATATATATACAAAGATTAGATCTAAGCTAGATGAGATACCTATATCGCCTATA +TTTTTTATAGGATCAGGAATTTCAAGAAGATATATAAATGCTCCTGATTGGAAAAATATG +CTCAAGGAAGTTATGAATGGATGGGATAAATCATTTGAAAGGCAATATCAGAGCTATGTT +AAAAATGGTAAATGTGACTTTGAGGAGTTAGGTAAATTACTAGAAGATAAATATTATAAT +GATATATTATCAGATAATGAAATAGTTGAAGGAAAAGAAAAAAGCTATTACTTTAGAAAG +AAAATAAGTGATATATTAGAATTATATATAGCTAAAAATATCGAAGCTTTAGAAAATAAT +GAAGAGGTATCTGAGCTAAGAAAAACTACACCATCGACTATCATTACAACTAACTACGAT +AACTTATTGGAAGATTATATATTCAAAGGATATCAAACTTATGTAGGCCAAGAACAATTA +TTGAGTAATGTGCTTCATGGTGTTGGTGATATATATAAAATACATGGATGTATAAAAAAT +CCTGATAGTATTGTAATAACAAAAGATGATTATAATCATTTCAGAGATAAATCTGTATAT +TTAAATTCAAAGCTATTAACTCTATTCTTAGAATATCCAATAATATTTATGGGTTATAGT +TTTAGTGACGAAAATATAAAGGGAATATTTGACACAATAGTTAAGATGATACCAAACAAA +TCCAAGGAGTTAAGTGAAAGAATTTGGTTTCTCAGAAGGAACGAAAGTGGGAATAAAGAT +TACTCTGAAATAGAAAGAATAGAATTAGAAGAGGGAAGATATTTAGATGTAGAGGTATTT +TATGTTAATAACTTTGCTGAATTTTATAAAGTATTAAATGAAGCTAATTTCAATAAATTG +CCAATACAGTTCTTAAGATATATGAAATCTAATGTCTATCAATTAGTTGCGAGTCAAGTT +AATAATCCTAAGTTAATAGATGTAAATATATGTGATATAAGTAGAGTACAAGACTTTACT +AATAGTAAAATTGTATTTACATTATCAAATGATAATACTAAGTTATCCGCTATAACAAAA +GAGGAAATATGTGATTTATTTATAGGAAATGAGTATAAAAATATTGATTTAAAATCTATA +TTAAAGAGAATATCAGAAGAATCAAAGCCAATATACCCTATTTATAGATTTATGCTAGAG +ATAGGGTATGATGAATGTATGGAGTATCTAGATAAAATAGATTCGGATGAAAAAGTGAAA +ACTAGGATAGAAGGAAATAATATATATACACAAGATATAGGTGTTGATAAAGGTTATACA +TTTAACTACTCAGGCAAGATACTAAATAATGATATAAATAAATATTTAGTATCATATATA +AAATCATTTAATATGCCAGAACATAGTAAAAAACAATCAGAGAATACATTCAGAAGATAT +TTTATTCTATATTTACTGCAGTTTAGGTTAAAAGATTTAATAGAATCAGCTGATTTTATA +TCAGATAATAGAGATGATATAATTAAGGCAATAACAAAATTAAGTAAAAACTTTATTATA +AAGAATAAAGAAGAAATTTACAAATTATTAAACATATTGAAAAGTAATAAATATAATTTA +ACCCATAGAAGAATGTTATGTTACATAGATAAAGTTTTATATAAAAACAAGTTTTTAGAA +ACTAAAAATAATCAATGTAATGTAGCTGAACTAGAGATTGCATGTGAATAA +>group_662 +ATGAAGAAGTCAGAGAATTTAAAAGAGAGCTTGAATGTTTTAAAGAGTGATAGTGAGTAT +AGGTGTGATAAGTGTAGGGATATGACTTTTATTATAGATGATGGTGTGGCAATTCCTTGT +GAGTGTAGGGCTTTGCGTGAAGCTGAGGAGATTCTTAAGAGAAGTGGTATAAGTAGTGAG +TTTAGGAATAAGACTTTTGATAATTTTAATTATCTTAATGATGTTCAAGTTATGGAAGCT +TATAAGGTTGCTAGGGGGTATGTTAGGGATTTTGAGAGTATAGAGAAAAGTAGGAGTAAT +TCTATTATGTTTATGGGACAAGTTGGGTGTGGTAAGACCCACTTGTCTTTGGCTATTGCT +AATTGTCTTATGGATAGGGGAGTCGGGGTTTTGTACATGGGGTATAGGGATAGTGTTGTT +AGGATTAAGCAAAATATTATGGATCCGACTTATTATCATAGGGAGATGAATAGGTTTAAG +AATTGTAGGGTGCTGTTGGTTGATGATTTGTTTAAGGGGAGTATTACTGGTAGTGATGTT +AATGTTATGTTTGAGATTGTTAATCATAGGTATTTTAATGGTTTGCCTGTTATTGTTAGT +TGTGAGAAGGGGGTTGGGGAGATTTTGGATATTGATGAGGGGGTTGGGAGTAGGTTAGTT +GAGATGTGTAAGGAGAGGTGTGTTGAGGTTAGGGGGAAGAGGTTGAATTATAGGGTTTAT +GGGAAATCTATTTAA +>group_972 +ATGGCTGTTTATAGGCATATTCATATAGATTACTGGCAAGATGGGTTTGTTCTTGATTTA +ACACCTGAAGAAAAGTATTTTTACATTTATTTAATGACAAATTCAAAAACAAGTCAAAGT +GGAATTTATGAACTTCCAAAAAGAATTATAGAAACGGAAACTGGATATAACAGAGAAACA +GTAGAGAAGCTTATTGATAGATTTGAAGGATATAAAAAGATAGTTTACTGTGATGAAACA +AAGGAAGTCTTTTTAAAAAATTGGATAAAGCATAATAAGGCTAATAGTCCTAAAGTAAAA +AAGTGTATAGAAAAAGAGATAGGTAATATTAAGAGTAGTTTTCTTGTAGAGCTGTTTTTA +AATGAATGTAATAAGCATGGGTATAGTATAGATAGTCTATCTATACCCGTAACTGAAGGT +GAGTCAAGCTTTAAGAACCACTATGGGGAAAAAGAAAAAGAAAAACAAAAAGAAGAAGAA +AAAGAAAAATATAAAGAAAAAGATTGTAAATTAAATTTGAATAGTCAAAGTGAAGCTTGT +GACGATGTAGGTAGTGAGTATGTAGGTGATATAAAAAAGTTTAAAACTTTATATGAACAA +AATGTTGGTCTTATAAATCCTATTGTTGGTGATTGGTTATTAGAAGTTTGTGAGAAGATT +GAGTATGAACTTTTTAAAAGAGCTATAGAAATTGCTACTGATAAAGGTAAGTGTAATAAG +GGATATATTAACGGGATTTTAAAGCAGTGGAATGATAATAACATTAAAAGTTTAAGCGAT +TTGAAAGCTTATGAAGTAGGTTTTAAGAATAGGGGAGATAGTTATGGAAGATATAAAAAT +GAGCATACAAAATCTAAATATGCCAAAGTCTTTGAAAATGAGGATGAAGGACTTTATAGA +AAACCAACAGATGAAGAAGTCAGAGAATTTAAAAGAGAGCTTGAAGGTTATAAAGAGTGA +>recT +ATGAGTAATTTAAAGAAAGCTTTAAAAACTAATGAAACTAAGGGAAATTCTGTAACTGTA +AGTAAAGCTTACGCTATGAAGCAACTAATGATAAAAATGAAAGGAGAAATCACATCAGCA +CTTCCTACTAATTTAAGTAGTGAAAGATTTGAAAAAGTAGCTTTAACTGCATTTAATTCA +AACCCAAAACTTCAAAAATGTGACCCTAGGACTTTTATTGCAGCTATGATGCAAAGTGCA +CAACTTGGTCTTGAACCAAACACTGCACTAGGCCTTGCATATCTAATACCATACGAAGTT +AAAGGAATAAATAAGGTACAGTTTCAAATAGGGTATAAAGGACTTTTAGAACTTGCTAAT +AGAAGTGGTAAGCTAAAGACATTATATGCACATGAAGTAAGAGAAAATGATGAATTTGAT +ATAGATTATGGACTAGAGCAAAAATTAATTCATAAGCCACTTTTAAAAGGAAATAGAGGA +AATGTAATTGGGTATTATGCAGTTTATCATCTAGAGCCAAGTGGATATAATTTTGTTTTT +ATGACTTATGATGAAGTTTTAGAACATGGGAAGAAATACTCTAAAAGCTTTGAAGGTGGA +GTATGGGAAAAAGAGTTTGACTCTATGGCTAAAAAAACTGTAATTAAAAAGCTTCTTAAA +TATGCACCACTTAGTATTGAAATGCAAAAAGCTATTGTTTTTGATGAAAGTGTAAAGGGG +TCAATTGATAGTGATATGTTACTAGTAGATAAGGAAGATGAAAGTATTGAAGGTAGTGAA +TTAAATTAA +>group_1084 +ATGAACTCATTAAAAATTTTTAGAAGTAGTGAATTTGGAGAACTAAGTGTAATCATAAAA +GACAATAAGGAATATATAGAAGCTATTCAAGTTGCAATGATACTTGGATATTCAAATCCT +AGAGATGCAATCATTAGACATTGCACGAATGACGGTGTAATTTTTTCCGACGTAGGGGTA +GTTACAGGAAAAAGAAGTGATAATAGTGACATAGTTCAATATGTTAATAAAAAATTTATA +GATGAAGGCAATATGTATAGACTTATTATGAGGTCTAAATTACCAAGTGCAAAGAGATTT +GAAAGATGGGTAGTGGATGAGGTAATACCAAGTATAAGAAATCATGGAGCATATATGAGT +GATGATGTAATAAGTAAAACATTAGAAGACCCAGAGTTTATAATACGTTTAGCAACTAAG +TTAAAAGAGGAAAAAGAAGAAAAAGTATCAGCTCTTAAAAAAGCAGAAAAATTAGAAGCA +TCTATAGCTATAGATAAACCATACACGGATTTTGGAAAAGGTATAGCAGCATCTTCAGAT +GCAATAACTATAGGTCAATTTGCTAAAATTTTAAACAACGATGATAGAAAAATAGGTAGA +AATAGATTATTTAAGTGGTTTAGAGAAAATGGCTATTTTATAGCTAATGGAAAAGAAAAA +AATATACCAAAGCAAGCGTATATAAATCAAGGTCTTTTTAAAGTTGAGGAAAATTTAGTA +ATGACAATGGATGGAGAAATTATATCCACTACAACACTTATTACTGGTAAGGGGCAACTA +TATTTCATAGATAAGTTTGACTTTTAA +>group_654 +ATGGAACATAGGCTTCTAAAATCAAAAAGAGTTTTAAATGGATTTACTCAGGAACAAATA +GCAACTCAAATAGGCATAAATACTAAAAGTTATAATTTAAAAGAAAATGGAAAAAATAGA +TTTTCTCTAGAAGAAGTTGTAAAGGTAAGTGAAACTTTAGAGCTTACCTTAGAAGAAGTT +AATGATATATTTTTGCACATAAAATTACCAAAAGGTAATAAAGAAGGGGGCGTGTAA +>group_954 +TTGGAAACCATAGGATATAGAATTTCTAAAGCTAGACGTCATATGAATATTAACCAAAAA +GAACTAGCTACAAAAGCAAATATTACAGAAGGAAGTTTATCTAGATATGAAAATGATATA +AGAGAACCAAAGGCAGCTGCTCTAACACAACTTGCTGAGGCTTTAAATGTATCTACAGAC +TATCTATTAGGACTTACTGATGATATGGAAGTTCAAAACAATAGCTTAGCTGACAAATCA +AATGAAGAATTTGAGGAAATATATGAAGCAACTAAAGAAAAGTTTGAATCTGGTAATATA +ATGTTTGACGGAGAGCCAGCTTCAAAAGAAGCTATAGACAGTATGCTACAAGCAATGAGA +ATGGGGATGCTTTTAGCTTTAGAAGAACAAAAGAAAAAAAGAAACAAAAAGAATAATAGA +TAA +>group_875 +ATGATTACTATGACTATAGAAGAGCTATTTGAAGTTGGAACTAACTTTGAAGCATCTGTT +GGAGAAGGCACTAAAAGTGAAAGAGCTAGAATACCTAAAAACTATTCTAGAATAAACTTA +CCAAAAGATTTAGTTTCTACTATAGAAGAATTTGATAAAGAAATTAATTTTTTAGTTTCA +GGTGAGATATGGTGTCCAGATTTTCAGTTAAATATTACTGTTTTAAAAAAGTTCACTGAA +CTTAATCCTAACTTTAATATTTCAGTAATTTCTATGTCTAGAGGTAAAAAGTTCTTAGCC +CCTATCTTAGGTGTTACTGAATTAAAATGGCCTACAGTTGCTGTATTAGACAAAGATTTC +AATATTTTAGGTACCTTTAATGAGAGACCTAAAACAGTTCGTGCTGTTGAAAACTTTGAT +GATATAAAATTAGACTACTACAAAGGTAAGTATCTATTAGATTCTGCTTTAGATTTCTTA +GAAATAATGAATAACGCAAAGTAA +>group_862 +ATGGTAGAATATAAGAATAGAGAAGAATTAATTTTAGAAATTTCAAAGCGAGCAAAATTA +TTTATTAACGAGTTTGATTGTATTGATGAAAAAGATAAAGACAAATTAATGGATGAGGTA +GATAGAACTCCAGCTCAAATGATTGCTTATCAATTGGGATGGATGAATCTTATTCTTGAT +TGGGAGAATCAAGAAAAAAAAGGACAAAATGTTATAACACCAGCTCCAAACTATAAATGG +AATAACCTAGGTGGATTGTATGAGGATTTTTATAAGCAATATGATGGATATAGTCTAAAA +GAGTTATGTACTAACTTTGTAAAAACAGAAGAGAAAATTATTGAATTAATAAATACATAT +ACAGATATTGAATTATTTGAACAAGGAGGACGAAAGTGGTCATCATCAACTCCTTCTAAC +TGGGCAATATGGAAGTGGATTCACATAAATACGGTTGCACCATTTAAGTCATTTAGAACA +AAAATACGAAAGTGGAAAAAACTTCAACAATAA +>group_1077 +ATGAGAATATGTAAAAGCTGTGGAGAAAAATTTACTTTTAAACAAAATATAAAATCTTTA +TATAAAAGAAAAGGTGACATATCGTGTGAAAGATGTAAACCAGTCTTTGTTTTAAAAAAA +CAGAATGCTCTTCTATGGATATTAGATTGTATGTATCTCTATCTATTAATTACTATTTCA +GATGAAATAGGTAGTATAAAAGGTATTATTATAAGTATGATAATCGCATCTGTAGAAGTA +TTTATCAGTTTAAATTTAGATAGTCGTTATAAATTAAAAGAGCCTAGTTAA +>add +ATGAGAAAGTTACCTAAAATAGAATTACATTGTCACTTAGATGGAAGTGTTAGAGTTGAA +ACAATAATAGATATCGCAAAGAAAGAAAACTTAGAATTACCATCTTATAATATGAATGAT +ATAAAAAAACTTGTTCAAGTTCCTTTAGATTGTACATCTTTGGATGAATATCTTGAAAAA +TTTGATTTACCTAATAAAGTTATGCAAACAAAAGAAAATATTAAGAGAATAACATTTGAA +TTAGTAGAAGATGCAGCTAATGAAAATGTTAAATATATAGAAATTAGATTTGCACCAATG +CTTCATATGGAAAAAGGATTAAGTATAAAAGAAGTAATACAAAGCGTTTTAGATGGCATG +AATGAAGCATGCGAAATGTATGAAATAAAAGCAAATTTAATACTTGGATGTATGAGAAAT +ATGAGTGTAGAAGATGCTGAATTAGTTGCTAAAGAGGGGAAAGAATTTATAGGAAAAGGT +GTAGTTGCAATTGATTTATGTGGACCAGAAGAAGAAGGATTTGCTATAAAGTATAAAAAA +GCAATTGATTTAGCTAGAGATTTAGGATATAGAGTTACAATTCATGCAGGTGAAGCAGCT +AGTGGAAAAAATGTAATAGATGCAATAAATTTATTGGGGGCAGAAAGAATCGGCCATGGA +ATAAACATAAAGGATATGAAAGAAGCTTATGACTTAGTTAAAAGTACAAATGTAACTCTT +GAAATGTGTCCTACAAGTAATCTTCATACTAAGGCTATAGATAAGGTTAATAATTATCCA +TTCTTTAATTTTTATAAAGACGAGTTAAGTGTTACTTTAAATACAGATAATAGAACTGTT +TCAAATGTAGACCTTACTAATGAGTTGAATATAATTAAGGAAAACTTCAATACAAGTGAA +GAAGATTATAAAAGAATATACTTAAATAGTGTTGATGTAACATTTGCAGGGGAAGATACT +AAAGTTTGGTTAAGAAGTTTGATATAA +>group_936 +TTGATTGATTTGTCAGTTAATATTATAAGTCCCGTAACACCTACTTACCCCACTTTGTTT +AGAAGATATACTCTAATCCCGGATCCCAATGTTCTATCTAAAGCTACTCTAATTATTGCT +CCAGAATATTCTTTACATGATACAAATCCAGTTTTAAGAGATGAACTATGTGGACAGTGG +GTCTCAGTAGATGATAATCGTTATGTTTTAACTTTATTTGTTAATGTTGGAAATGATGAG +TATGAGGTTGCTAGAAATAGATATAATAACTTCTTAGAACTTTTGCCTGATTATGTTGAT +TCTTTAATTAATGCTGATAAAGAATTTTTCGAAGCTAATCCTCATTTGATACCTGCACAT +GTCAGTATGAGATTCATATCTGGTCATGGTCAATTCAACAAAACAGTTTATTTTTGTAAA +GTAAAAGATTATTTATTAATTTAG +>group_1061 +ATGGAAAGTAATTTAAACTGTCAAGCATACAACTGCGCTTATAATAAAAATAATTATTGC +TATGCTTCTCATATAAAGGTTGAAGGATATGAAGCTGCTATAACTCCTGAAACTTACTGT +GATAGCTTTAAAAATAAATCATCATTCAGTTTTTCAAATTTTTCAGGTGATACAAATTTA +ACTACCACTCAAAATATCTCTTGTAGCGCTAAAAATTGTACATATAATATTCACGGTGCA +TGTAATGCTAAACATGTAGATATAAACTTTGAAAATGCTACTTGCGAAACTTTTAGACTT +TCACACTAA +>mexR +TTGGAATTAAATCTATTGAGTAGGCAAATATGGATTATAAATAAAGATTTTAGAAAATAC +TCAGAGAATGTTTTAAAAAAACATGACATTACTTTAGTTAGTTTAAGATATTTAATAATA +ATAAAAAAGATTGAAGGTATAAATTTACAAGAGATTGCAGTTGAATTAAATGTTGATAAA +GCAATGGTTACAAGAACTATAAAGAAATTGGTAGATCTTAATCTTGTAGAAAAAAGACAG +GATAAAAATAATAGTAGGTCTTATAGTTTGCATTTGACTAAAAAAGGTTATGAAACTGTT +GATGATATCAAGTCTATATTTAAGGACTGGTTTTCTTCAGTAACTTGTGACTTTACTGAA +GAAGAAAGAGAGTTATATATAAGCTTTATAGAAAGAGTTTATTCTAATAGAGTTTATAAA +GATACAATATAA +>group_680 +ATGAACTTTAATAATGAAAATAATATAATGAATAATAAATCAATTGATTCTAATGCTAGA +AAAGCTTTAGAACAATATAAACTTGAAATATCTAGTGAACTAAACAATTTCTCAAGTGAT +GAGTTTCCTTATGTAGGAGGTATCGCTACTAGAAAATTAGTAGAATTAGGTGAGAAAGCA +CTTATAAATGAATATAACAATAAACAAAGTTAG +>yjjG +ATGAAATACGAAGTTCTTTTTTTTGACGCAGATGAAACATTATTTGATTTTAAGAAATCT +GAAGATTTTGCTTTAGATAAACTGATGAAGTATATTGATACAGATTTAGATAAAGATTAT +TGTATAGATATTTATAAAGAAATTAACAGAAATATTTGGAAAGAATTTGAACAAAATTTA +ATTTCATCAGATGATTTAAAAATAGAAAGATTTAGACGCTTTTCAGATAAAATAAATTTA +TCATGCAATCCAAAGGATTTAAGTGATATGTATACTAGTTATTTAGCTGAAGGATCTTTT +ATTTATGATGAAACTGAAGAATTACTATCATACCTTCATGGAAAGTATAAAATTGTAATC +ATTACAAATGGATTAGTTTCTGTTCAAAACAAAAGAATAAAAGAATCTATTATTAAAGAT +TATTTTGACGATGTTATTATTTCTGATGAAATAAAAATAGCTAAGCCTGATTCTAAAATT +TTTGATTATGCTTTAAATAGCATAAACCATTCTAATAAGGATTCTGTCTTAATGATTGGA +GATAGCTTATCTTCTGATATTAAAGGTGGCTTAAATGCAGGAATTGATACTTGTTGGTTT +AATTCTTCTCAAAAGGAAAACACTTCTGATGTTATTCCAAAGTATGAAATAAGTAACCTA +TTAGACTTAAAAAATATATTATAG +>group_785 +ATGAAAAATAATAAATTAATAATTATATTAAAATCAATAATAATACTACTAATTTCGATT +ATAATTTTACAAAATTTAGGACTTTTAATTAATAAGCAAAACAAACTAAAAGCTACGATT +AGAAGTACTGAAATGTATATAAATGGTACAATAAATGAGATTGATGATTTAATAAATTTA +ACTATAAATGATAAGAGTAGTGTTGAAGATATTGAGAATTTTAATAAAATTATTTCATTG +TGTAAATCAGATATACTTTTAGGTGAGCTTTCTATGGAGGGATACCGTCTAAATATAGAC +GATAAATTAATAACTTTTTATACTTATGCATCAGAACATAATACCATTTTAGATAGAATA +GCAAAAGACCAACAGCTTAAAGTATCAGAAAAAGAATATTTAAAATTATTCAAAAAAGAA +CTTACAACATACTCTTTAGAGCTAAAAAAATTACAAGATAAAAAATTTATTTCTATAAAA +GAGATAAATGATATTACTTCAAATTTTGATATTACTTACAAACATGATTCTCCATCAGTT +TTTTTCTATATAGAAAAGTATGAAGATTTTATAAATAAATTCAAATAA +>group_894 +ATGAAAAAATCATATAAATTAATTATATTAGCTGTAGTAGTGGTTGGGACAATTTTATTT +CTATACCCTAAATCTTTCGAACATTATTATAAAGATGTGCAAGTTTATGAAAATGATAGC +AAAGTTAGTAAAGTTGATATTAAGTTAAATGGTGAAATACATAAAGGGAGATTTATTTGG +CAAAGGCTTAAATTTAGTGAAGAATTACAAGGAAATATTACTATAGGAGATAAAACCTAC +TCACTATCCCCTGTAGATTTATATGAGTTTCCAAATGAAGATGGCAACTACACTGATAAT +GGAATATATGAGTCTTTGCTATCATTTAATCCAGAGGATATTGTAAATGATAAATTCCTT +ACATTTTATGTAACACACGATATGAGTAAACTTTATATAAGATCAGATTCACAAGAGTTT +ATTTACCCATATAATTCAGAGGAAGATTATCAAAAAGTAAAAGATAGAATGTATCAATAA +>nplT +ATGAGTATTTTAAAAGAATCATTATTACATATACCTAAAAGTAATTATGCATACGGATAT +AACGAAAAAGTTTTACATATACGTTTAAGAAGTAAAAAGGGGGATTTAGAAAAAGCAACT +TTAAGGATAGGGGATCCATATATGTGGGAAGACATAGTTGCTGCAGGTAATCTTAATTCT +ACAGGACAAAACTGGAGTGGTGGAAAGTATATTCCAATGAAAAAGGAAGTTGAAACTGAA +TTATTTGATTATTGGATTGCAGAGTATAAGCCTGAAAATAACAGATCAAGATATTGTTTT +GTAGTAGAAAAAGAATATGAAAAGTTATTATATACAGAAAAGAAAATAATTGACTTAACT +AAAGAAGAAAACTATAAAGAGTTAAGCAATATTGAGAATTTTTTTGGATATCCATACTTA +AATAAAATAGATATACCAAAGCCACCAAAATGGGTTAAGGATACTATTTGGTATCAGATA +TTTCCAGATAGATTTGCTAATGGTAATCCTAATATAAACCCTATAAATGTAGAGCCTTGG +GGGTCAAAGCCTACTCATTATAATTATACAGGTGGTGACTTACAAGGGATAATAGACCAC +TTAGATTACTTAGAGGATTTAGGTGTTACAGGGATTTATTTATGTCCAATAACAAAGGGA +AATACAAATCATAGATACGATACAATTGATTATATGGAGATAGATCCATATTTAGGAGAT +AAACAAACTTTAAAAAATCTTGTAGAAGAATTACACAGTCGTGGTATGAAAATAATGCTA +GACGCTGTTTTTAATCATATAGGTTATTATTCTAATATATGGCAGGATGTTATAAAAAAT +AAAGAAGAATCTAAATATAAAGATTGGTTTTATATAAAGGATATGAGTAGAATTGATACT +CCTTTAAAATATATGAATAAGAAGAATATACCTTATGAAACATTTGGATGTGTTGCAGAA +ATGCCGAAATTAAACACTGAAAATCCAGAGGTTGTTGATTATCTAATAGAAGTAGGTAAG +TATTGGGTAAGGGAATTTGATATTGATGGCTGGAGATTAGATGTATCAAATGAGGTTGAC +CATAGATTTTGGAGAAAATTTAGAGAAGAAGTAAAAAAAGAAAAACAAGATGTTTATATT +TTAGGTGAGATATGGCATAATAGCTTACCTTGGCTTATGGGTGATCAATTTGATTCTGTT +ATGAACTATCCTTTAACAAATTCAATAAGAGATTTCTTTTGCATAGGTCAAATGAATGCT +GAAGAATTTAAATACTCAATAAATAATGTGAATGTCAGTTATCCAAGACAGGTAAATGAG +GTAACATTTAATTTAGTAGGAAGTCATGATACAACGAGAATGCTTACCTTTGCAGGAGGA +AATATAGAGAAGCTTAAATTGGCATATTTATTCATGTTTACCCAAGGTGGATGCCCATGT +ATTTATTATGGGGATGAAGTAGGAATGGAAGGTCTACAAACGCCAAAATGCGAAGGACAA +AGGGAATGTATGGTATGGGATGAGAATAAACAAAACAAAGACATATTAGAATTTATAAAA +GATATTATACAAATAAGAAAAGAGAATGATGACTTTAAGATAGTAAATAATGAATGGATA +ATAACAGATAAATATAGTGGACTATTGATATTTAAAAAAGGAAAAGTTACAGTTGTAATA +AATAATTCTTCAAAAGAAGTAGAATGTGAATTACCAAAGTATCTGAAAAATAGAGAAGTA +TATGATTTATTTAATAAAGCAAATGTAAAGTTAGAAGATAAAATATCGTTAAAAGCAAAT +GGATTCTTAGTATTAAAGGATAATGATGTATTAGAATAG +>apbC +ATGTCAAACTGTAATTCTTGTCCTTCAAAAGGAAATTGCAATACAAATGCTAAAAGTTGT +GGTGTAGTAAATCACCCTTATAATAAAATAAAAAAAGTTATTGGTGTAATGAGTGGTAAA +GGTGGAGTTGGTAAGTCAACTGTAACTACATTACTTGCAAAAAAATTAAATAGTCTTGGA +TATAATGTTGGTATATTAGACTCTGATATTACTGGACCAAGTATACCTAGACTTATGGGA +TTAAAAGATGAAAGAGCTATGTCTAATGGTAATGATATCTATCCTGTTGCTAATGAGGAT +AATATAAAAACAATGTCTATAAACTATATGGTTGATACAGAATCTCAGCCTGTAGTTTGG +AAAGGTCCTATGATAACTAATGCTGTTAAACAATTTTATAGCAATGTATTATGGGGAGAG +TTAGATTATTTATTAATAGATATGCCTCCAGGTACTGGAGATGTAGCTATGACTGTAATG +CAATCTTTACCTATAAATGGCGTTATAATGGTTTCTGTTCCTCAAGATATGATTTCTATG +ATAGTAGCAAAAGCTATAAACATGGCAAAAATGCTTAATGTTAATGTTTTAGGTGTTATT +GAGAATATGAGCTATATTGAGTGTCCTGATTGTGATAAAAAAATAAAATTATTTGACGGT +GAAGAAAGTGATGTATTCTTTAAAGAAAACAATATAGATCTTCTAGGCGAACTTCCTATG +ACTAAGGAAATAATAAATATAACTCATAATGGAGTTAAAGAAATAAGTGATGATTTAGAT +ACAATACTATCTGGTATAGTAAATAAATTATAA +>group_701 +ATGGATAGGGCTATGGAATTAATAAATAGAAAATTTTTAAAAGATACAGAGTTTTTAGAA +CTAGAAGATAGTGACTGTGTTATTGGATGTAAGTTTACGAAGCCACATAATGCTCACTAT +AATGAGTATTTAATAACTGTAAATAATAAAGGAAATATTGAAGAATATTTGGTTTATTTA +AAACATTTAGATTAA +>group_968 +ATGTTAAAAATAAGACCTCATCATATATTATGTATGAGAGCATATCAAGGGATGGGATAT +AGCAAAGAATTTAGTATTAGAATGGAGAGTATAATAAAAGAAATTGGTGCTTATAATAAG +TATCTTAACAGTAGCAGTTTAGAAAATGAATTAAGAGAAGTAGAAGTAGTGTTTTCTACA +GATAGTATTTGTGAGAAATGTCCTAGTAAATTAGGAGAAAATTTATGTTCTACTCAAGAT +AAAGTTGCCTTACTTGATTTAAAGATTAGTCAATACTTTAATATTAAGAAAGGAATATAT +AAATATATTGAGCTTGAGAAATTAGTGTATAATAATATTACAGAGGATATTTTTGATGAT +ATATGTAAGAACTGTAGTTGGTATAATATAACTAACTGTAAGAGCTATATATGA +>bioY +ATGAATTTAAAAACACAAAATATAATTATATGTGGTCTATTTGCTTCTATAACAGCAGTA +TTATCGCAAATATCAATACCATTACCTTTTACAACTGTACCATTAACAATGCAAATATTT +GCAGTATCTTTAACAGGATTAATATTAGGATCTAAAAAAGGGCTCATTTCTATAATAATA +TACCTATTATTAGGTGCTATAGGAGTACCAGTATTTGCTCAAATGAGTGGTGGATTAGGA +ATATTAATGGGGCCTACAGGAGGATTTTTATTAGGATGTCCGTTGATGGCATTTGTAGTA +GGATATGTATCAGAACGAAGTTCTTCAAAGTTATATATTTTACTATCAATGGTTTTAGGA +TTAAGTGTTGTTTACATAACGGGGACTATTATGTTTTCAGTAGTTACTAAGTCTACAATT +CAAGAGAGTATATTAGCTTGTGTAGCACCATTTGTAGTAGTAGATTTAATCAAATTATTC +TTAGCGACAAGTATTGAAATATCAATTTCTAAAAGAGTCAATATAGGAGTGAAATCATGT +TAA +>group_1086 +GTGAGTAGAGATAGTTCAGTAAGTTATAATGAAAGGTTTTTAAAAGTTAAGATAGCAGCC +AATACAGGAGATAAGATTTTCTTGAAGTTGCCAATTGACTTTGTTAAAAGGTTAGTGAAA +AATAACGCTATAGATTTTTTAAAAGATCAGTCAGATATTATAGATAGTGAGAAGTTATTA +AAGATTATGATGAATGCATTTGATTATAATATTGTTGGTGAAATAGCATACTTTGAAAGA +CAGAATGGTGATAAAATTAGGTTTATTATAGATTAG +>group_854 +ATGTTAGATAGTTTTATTTTAGTATCAAGTGTTGATAGACCAATTGGTTGCGTTATTGCA +GATGTCCCAACGTGGAAAAACATGCCAATAATCAGCCACTGGACTAAATTAATAAGATGT +GTATATATTAATAGGTCTAATACAAGAGAAGGCATTAAAAGTATAATAGAAGCTTCAGAA +AATATATTAGATGGTCATAGTATGGCTATTTTCCCTGAAGGTGACTTAACATGGATGAAA +GATCCAAATGCGTTAGTATCTGATTTTAGAGCAGGCGCATTAAAAATTGCTTATAAAGCA +AAGTGTCCTATAGTTCCTTTAGTAATAAAAAACTCTAAAGATACATATGAAGGATACCAG +CCAGTTGGTAAAATTACTTCTATGCCTGTTGAGGTAGAATTTTTAGACCCTATTTATGAT +CATATAGATAATCCAAAATTAAAATCAACAATATTAAGTGAATCTATTAAAAATAATATG +ATAAAGAAAATAGAAGAATTTAGAAATAGATTTTAA +>spxA +ATGATTAAATTTTATGGATATTCAAAATGTTCGACAGTAAGAAAAGCAAAAAAATGGTTA +AATGAAAATAATATTATCTTTGAAGAAATTGAAATAACTGAAAATCCTCCAACTAAAGAA +GAGTTAGAAAAAATGTTTAAAACTAGTGGACTTGAATTAAAAAAGTTTTTTAATACAAGT +GGTGTAAAATATAGAGAACTAGGGCTTAAGGATGTAGTTAAAACTGAATCTGAGGACAAG +CTTTTAGAAATTTTATCAAGTGATGGTATGCTTATAAAAAGACCTTTATTATATGATAAT +GAAAATGTATTATTAGGTTTTAAAGAAGAAGAATGGAAAAATACCTTATTATAA +>group_1091 +ATGGAAGATTTAGCTATTAAAATATTGTTGGATATAAGTAATTCGAGTGAAAAGTATGTA +ACGTATAATAATTATAACAATGATATAGATGGATTAGAGAAGCTAATAAGATTTGACCAT +GCAATTAAATACCTAGAAAAAAATGATTATATAACAATAAATGATTATCAAAATACAGTT +AAAAGTACGCAAAACTATATAGCTATAATAGAAAAGCAAGGGATAATTATAAAATCCAAA +GGAAAAGAAAAAATTAGAGAATTAGTATAA +>group_792 +ATGAAAGTAGTTAAAGATGCTATATATTCAAAATATTTTAATTATGATATTGATGAAGAT +ATTATTATATATGAAGGCAGATTTTGTATTTATTTAGATAAAAAATACAAATGTAACGGG +ATAATTTATTATAAAATGATACCACCCATGTCAGTTAATTTTGAAGCATCTATTATACAT +ACCCAAGATGAAGACTTTGACCTAGCCTTAGATTATGATAATGCTATACTTGAAGTTTAT +GGGTATAAGCCAGTGTATATAACTGTAAATACTATTAATAATTCTAATATAGATGGTTAT +ATAAATGATAATAATATGAAATCCAAGAATACTTATGTTGAATATGTAGATTTTGATATT +ATAAATTTAAATCAGGTACCAGGAAAGCTCATAAATTATGAAAATAAATTATTTGCAGGT +AGAATTGAGTTTGAAATAAATGACTATAAAGTAGTTATCGATAAAAGGTACGACTATAGA +AAAGAATTAAATGAAGAGTTAAAAATAAAATCAGGTAATATAATAACTCATGTTGGAAGA +ATTTTAAAAAAAGATAATACAACTTTTAAAACTAATAACGTAGAGGATATTTTAGATAGA +ATTTCTACATCATTGAGTTTTATGTGTGGTAGATATGTTGATATTTGCTTGGCAAATGGA +TATGATGGTGAAAAAAATGTATACCGATTATGGAGAGAAGCAATTGTAACTCCTTTTAAG +TTTGTTCCTACTTGGAGTGATACAATAGCAAATTATCATAATATAGAAAAATATATTTCA +CTTATGTGTAAAAAATTAGAAGATGCATATTATGAGCCAACAATTAAACATATTATTGAT +TGGTATATAGAATCTCAAAACAATATAACATTAGAAAATAATATAATATCTGTCCAAATT +GCATTAGAAACTTTATCTTACGTTGTATTAGTAGAATTATATAATTTATTAGATGAACAA +GAGTTTGATGAAAATTCAACATCTAAAAATATTCGAATGCTTTTAGATATATGCAAAATT +CCATATGGTCAAAAAGAATTATATTTATTTGATGATTGGATAAAAAGTAAATTTGATGAT +GGAATAGACTTAGTTATCTATTTTAGGAATAAAATTGTTCATCCAAGTAGAAAAGGACAT +AAAGCTAATTTAAGTGTTGATGACATGTGGAATATAATACAAATAGGGACAAGATATGTA +GAACTTGCATTACTTTATGTTATTGGATATAAAGGAGAGTATTCTAATAGATTAAAGTAT +AGATCTTATGGTGAAGTAGAGTTAGTTCCTTGGAATCAAGTATAA +>group_702 +ATGAGTTTAGATAAACATAAAAGAGATGATAGTAAAACTAGATATAATAGAAATGATAAA +AAAAATCCTAATTTTAAATTAGAACTAGGTGAAGAACTTAACTTAGAACCAAGATTAAGA +CCATCAAAAACAGGTTCAGTTAGTCAAAATACTGCTAGACCTATAAGTACTCATAAAAAA +CATCAAGATCATTAA +>group_1123 +ATGTTGAGAAAGCTAGCAATTATTTTGGTTATAGTAGGAGCACTTAATTGGGGCGGAATA +GGAGCATTTGGAGTAGATTTACTAGGTAATGTATTTGGAGGAACTTATGAAGTTCTAAGC +AGGATGATGTACTTCACTGTAGGATTAGCTGGAATATATCTAATAATGACTCAAAAACTA +GAAAACAAAAGTGATTAA +>speA_1 +ATGAGCAAGTTAATTATAGAGGAACTAAATAATATCGTAGATAATAAATTAATATCTTTT +CATGTTCCAGGGCATAAATTAGGTAAGATTTATGATAAATTAAATTATACAAATACACTT +AATAAAATCTACTCTATGGATACAACGGAAATCCCAGGAACTGATAATTTACATTCACCA +GAAGGTATAATAAAAGAATCTCAAGAGAGGGCTTCTGAAGTATTTAAGAGTGATGAAACT +TATTATTTAATAAATGGTAGCACTTGTGGAATACAAGCAGCTATAATGGCATTATGCCCA +CCCAAAAGCAAAATCATTGCAAATAGAGATTGTCACCAATCAGTAATAAATGCATGTATT +TTAGGAGATGTAGACCCAGTATATATAAATTCAGAAGTTGATAAAAATACAAATATTCTT +AAGGGTATTAATATAGATGATGCAATAAAAGTTATAGATAGTAACTTAGATGCGAAGGCT +ATAATACTTACATACCCGACATACTATGGAATGACATATGATTTAAAGAGGGTATGTGAC +TATGCTCATAGCAAGGATATTGCTGTAATTGTTGATGAAGCACACGGTGCACACTTAGGT +TTAAGTGAAGAATTGCCTAAAACAGCTTTAGAACAAGGAGCAGATATAGTTATACAAAGT +ACGCATAAAACATTACCTTCATTCACTCAATCATCTATGATACATATACAAGGAGATAGG +GTAAATAAAGAACAATTAGTATCCATTCTAAAGATTATAGAATCATCAAGTCCGTCATAT +ATGCTAATGGCATCATTAGAAATAGCTGTTGATATTTATAATAAGTATGGAACAAAACTT +ATGAATGAACTATTAAATAACATTGATAAACTAAAAAATTCTTTCAAGGAAAATAATGGT +ATAGGGTTTTATGATACAGATGATAAGACGAAGATATTTATATCTACAATTAATATGGGA +TTAATAGGTTATGAACTAGAAACTATACTTAGAGAAGAGTATAATATACAAGTAGAGTTA +TCCAATTATTATGGATCTTTATTAATTTGCACTATAGGTAATGACAATGATGATTTCAAA +AGTTTAGAAACTGCTTTAAACGAAATCTTAGAAAAATATAGATCTAATAAAAATATAGAG +AAAATAGAGTATCCTAATAATATACCAGTAAAAAAATTAACACCAAGAGAAGCATTTTAT +AAAGAGAAGAAAAGTGTTAAAATATATGAAAGTGTAGGGAAAATATGTGGAGAATACATA +ATCCCTTATCCTCCAGGTATCAGCTTAACATCGCCTGGGGAGATAATAACAAATGAAATA +ATTGACTACATGTTATTCTGTAAAGAAAAAGGAATGAATGTAAGTGGATTAAAAGATTCT +AATTTAGGACAAATTCAAATTATAGAATAG +>tmk +ATGAAAGGTAAATTAATAATAATAGAAAGTGGTTCTGATGCTAGTGGAAAGGCCACTCAA +ACTAAGAGGTTATTTGAAAGATTATCAGAGGAAAATAGTAATATAAGAAAAGTAGAATAT +CCAAACTACGACTCAGAATCTTCTGCATTGGTAAAAATGTATTTAAGAGGAGATTTTGGA +AAGAATGCTTCTGATGTAGATCCATATATATCATCTACATTTTTTGCAGCTGATAGATAT +GCTTCATTTAAAACGGAATGGGAAGAATTCTATAACAACGGTGGAATAGTTATTGCAGAT +AGATATACAACGTCTAATATGGTACATCAAGCGTCTAAGATGGATGAAAAAGATAGAGAT +AAGTACTTAGATTGGTTAGTTGATTATGAATTTAATTTATATAAAATACCAGAGCCAGAC +TGTGTTATATTTTTAGATGTTCCTATCGAGTTTAGTCAAAAGCTAATGGAAAATAGAAAG +AACAAGATAACAGGTGAAGATAAGAAAGATATACATGAAAGCGATATAGAGTATTTAACA +AAATCATATAATAATGCACTATATATAGCTAACAAGTATAATTGGAAAAAAATAAATTGT +GTTAAAGATGGGACTTTAAGAAGTATAGATGATATACATGATGAAATCTATAACATAGTT +AAACAAAGTATATAA +>yfiC +ATGGACATAAAATTAAAAGACACAGAAAGAATAGATGACTTACAGTTAAAAGGATTAAAG +TTAATACAAGATACTAATGGATTTTGTTTTGGAATAGATGCAGTTCTTCTAGCAAACTTT +GCAAAAGTAAAAAAAGATGCTAACGTTGCAGACTTAGGTACTGGTACAGGAATAATACCA +ATACTTATTGCAGGAAAAAGTAAAGCAAAGAAAATAGTAGGAGTGGAAATACAAGAAGAA +GTATATGAAATGGCCACTCGCTCAGTAAAATTAAATAATTTAGAAGATAGAGTAGAAATT +GTAAATGCAGATATTAAAACAATAGATAAAGTATTAGAAGTACATGGATATCATGTAGTT +ACTTCAAATCCTCCATATATGCATATGGATGGTATAAAAAATCCTAATGATAAAAAAGCA +ATATCTAGACATGAGGTAAAATGCAATTTAGAAGATGTTATAAGAGCAGCCTCAAGGTTA +GTAATGCCTAGAGGTAAGTTCTTCATGATACATAGGCCTACAAGACTAGTTGATATTATT +GAACTTGGAAGAAAATATAGACTAGAACCGAAAGTAGTACAATTTGTACATCCAAGAGCT +AATAAAGCTCCAAACTTACTTTTAGTGGAATTTATGAAAGATGGAAAACCAGAATTAAAA +ATACTTGATCCACTATATGTTTATGGAGAAGATGGAAACTATACAAAAGAAATAAATGAT +ATATATGCAAATGAAGATATAGGAGAATAA +>rsmI +ATGAGCGGTAAATTATATATATGTCCAACACCCATAGGAAACTTAGAAGATATAACTTAT +AGGACTTTAAGAGTATTGAATGAAGTTGATTTAATTGCAGCTGAAGATACTAGACATAGT +ATAAAACTTTTAAATCATTTTGAAATTTCAAAACCATTAACAAGTTATCATGAACACAAC +AAAGATTCCAAAGGTGGGTATTTAATCAATAAATTACTTGAAGGTGAAAACGTAGCAGTA +ATAAGTGATGCAGGGATGCCAGGAATTTCTGATCCAGGTGAAGATATAATAAGGGAAGCT +ATTGAAAATAATATAGAAGTAGAAGTTTTACCTGGTGCCACAGCTTTTGTAACAGCTTTA +GTAGGGTCTGGATTAGATACTAGAAAGTTTGCATTTGAAGGTTTTTTAGATAGAGATAAA +AAGACTAGAAGAGAACAATTAGAGGATGTAAAGGAAGAAAGTAGAACAATGATATTCTAC +GAATCTCCTCATAGATTAAAAGATACGTTAAAAGATATGAGTAAGGTTTTAGGAAATAGA +AAAATTTCTATAAATAGAGAGCTTACAAAAAAATATCAGGAAATAATAAGAGAAGATATA +GATAAAGCAATAGAAATATTTAATGAAAGAGATATTAAAGGTGAGTTCGTTTTAATAGTA +GATGGTTTTAAGGGTGAAAAAACTCAGAAAAATAACTATGATGATCTTACAGAAAGAGAG +TATGTAATAGAGTTAATTAATAATGGTTTAGATAAGAAAGATGCTATTAAAACAGTTTGT +AAAGAAAGAAAGTTAAAAAAGGATGTAGTATATAAGCAAGTATTAGATTTATAA +>group_1121 +ATGGAATTGAATAAGATTTTAATAAATAGTTTAAAATGCAAAGATGCTAGTGAAGAGTTT +AAAAAATTAGATAATAATAAAATATTAGAACAATTGATTCCTAAAATAAATGAAATGAAG +GAAGTTGGAGAATGTAAATATCACGTAGTGAATTGCTTTGATCATTCTATAAATGCATTA +AAGGAATTTGAAGATATGATAAAGGATGAAAATTTCTTTTCAAATCATTTAAAAAATAGA +ATATGGAACTATTTAAATACTAGCGTAGAACATGGTATAAGTAAACTTGATATACTAAAA +TTAGGAATATTTTTACATGATATTGGTAAGCCTGATGCAAAAACTACTGATGAAAATGGT +AGAGTTCACTTTAAAGGCCATGAAAAAATAGGTGGAGATATTGTGATTGACTTAGGGAGA +AGCTTAGGATTAAGTCAAAGTGTAATAGATACTCTATTTAAATATGTTAGATATCATATG +TTTTTATTAGTTTTTTATAAGAAAAATGATATAAGTCAAGAAAAACTATTTGAAATGTTC +GATACCTTAGAAGAAGATACAATAGGAGCTATGCTTTTAGGATATGCAGATATAGTATCT +ACTAGAAAATTATTGAATCCTAATGAAGAAGTAGGAGTAATAAAAACTTATATGGAATTT +ATATTGACTAATTATGAATACAGATACAAAAGATTAAAATAA +>lrp +ATGGATATTACTGATTACAGAATTATAGAAATACTTCAGGATGACGGTAGAATTTCAATG +AAGGACTTAGGTAAAATAGTTGGTTTAACTTCTCCAGCTGTTTCTGAAAGAGTAAAAAGA +CTTGAAGAAGCAGGTGTTATTGAAGGATATAAGGCAATAGTAAATCCAGATGCTTTAGGC +AGAGTTATAAAAGCATTTATACATATATCACTTCCAAGTGGAAAAGCTTATGATCAATTT +TTAGAAGTTGCTAAAGATGACCCTAGAATAGTTGAGTGTCACCATATAACAGGTGATGAC +TGTTCTCTTCTTAAAGTCATAGTTAAAGATATGTATGAATTAGAAAATGTAATTGATACT +ATAAAAACAATAGGTTCTACTAAAACTTCGGTGATATTGTCAACTCCAATACAATCAAAG +TCTATATTATAA +>pncB +ATGAGAAATTTGACACTTCTTACAGACTTGTATCAACTTACTATGTTGAATGGATATTTT +GAGAAAAATATACATGAAGATGTAGTTGTGTTTGATATGTTCTTTAGGAAAAATGCATGT +AAAAGTGGGTATACAATAGTTTGTGGTATTGAGCAATTAGTTGATTATATAAATAATCTT +CAATTTTCAGAGGAAGATTTAAAGTACTTAAAAAGTTTAAACTTATTCTCAGATAAATTC +TTAGATTTTTTAAGGGACTTTAAATTTACAGGAGACATATATTCTGTTGAAGAGGGTACA +ATCATGTTCCCTAATGAACCTGTTATTACAGTTAAAGCACCTCTGTACCAAGCTCAACTT +ATAGAAACAGCTTTACTTACTATCGTAAATTTCCAATCTCTTATAGCTACAAAAGCTTCT +AAGGTTTGTTATGCTGCACAAGGAGATCCAGTTTTTGAATTTGGACTTAGACGTGCACAA +GGACCAGATGCAGGTATCTACGGGGCTAGAGCTGCTGTAATAGGGGGCTGTAAGGCTACA +GCAAATGTACTAGCTGGTAAAATGTTTGATATTCCAGTAGTTGGAACTCAAGCTCATAGT +TGGATTCAAAAATTTGACTCAGAGTTAGAATCATTTGAAGCTTATGCTGATGTTTATCCT +GATAAATGCTTACTTTTGGTTGATACTTACGATGTATTAAATAGTGGAGTTCCTAATGCT +ATAAAAGTATTTAAGAACTTAAAGGCTAATGGCCATACACCACTTGGTATCCGTATAGAT +TCAGGTGACTTAGAATATCTATCTGTTGAAGCTAAGAAAATGCTAGATGAAGCAGGTTTT +AGTAATTTAAGTATAACAGCATCTAATGATTTAGATGAGTACACTATATCTGCTTTAAAA +TCAGGAAATTGTGCTATAAATTCTTGGGGTGTTGGAACAAAATTAATCACTTCAGCTGAT +TCACCATCTCTTGGTGGTGTATATAAGTTAGCAGCTTCATACCAAGGTGATAAAATCGTT +CCAAAAATTAAAATTTCTGAGGATCCAGAAAAAATAAATAACCCAGGATATAAAAAAGTT +GTTAGAATATACAATAAAGAGAATAAAGCTGAAGCCGATTTAATTATGCTTCATGATGAG +AAAATAAATACTTCACAACCTCTTACTGTATTCCACCCTACATATACTTGGAAAGAAACT +ACATTTGAAGATTACACGATTAAAGAACTTCATAAGCCTTTATTTATAAACGGAGAATGT +AAGTTTAAATCTAAGCCAATTACAGAAATACAGCAATATGTGCAAGATGAACTAAATACT +TTATGGGATGCATATAGAAGACTTACTTGCCCAAAAACTTATAAAGTTGATTTATCACAA +GAGCTTTGGGATTTAAAAACTAATTTATTAGGTGATAAAGTTGTACAAAAACAATAA +>spmA +ATGATTGTAATAGGAATATTAGGAAGTGTGTATTTTCAAAATCTAGGAGCGTTAAACAAT +GCTCTTTTAAATGAATCTTCTAAAGCAATTGAATTTGCTATAAGTTTAGCTGGAATTATG +GCATTTTGGATGGGAATAATGAACATCGCTAAAGATTCTGGCCTTATAGAAAGAATAGGA +TATAAGCTAAGTCCTATAATGAAGAAATTATTTCCTTCCATTCCCAAAGGACATAAGGCT +ATGTCTTATATAGTTATGAATATGGCTTTAAATATACTAGGAGCAGGGAATGGAGCTACA +GCATTTGGATTAAAAGCAATGAATGAGTTACAAACTTTAAATAGAAAGAAAGATACTGCA +AGTAATGATATGATTATGTTTTTAGTAATAAATATATCGTCTGTGCAGATAATTCCTTTT +ACTATGCTTAAAATAAGAGGGGATGCTGGAGCTCAATTTCCAAATGAAATTATAGTTACA +ACCTTATTTGCAACGATAATATCAACCTTTGTAGGAATAGTAACTTGTAAACTTTTTCAA +AGGAGGAATGATAAATAG +>spmB +GTGCTAGATATATTTGCTAACTTGATTATACCTTTAGTTATATTATTTATAGTAATATAT +GGAAAAGTTCATAAAGTAGATATATATGAAAGTTTTGTAAAAGGAGCTATAGATGGTTTA +AAAACAGCATGGTCTATATTACCGTCCATAATCGCTATATTTTTAGCAATAGGTATATTC +AAATCAGGAAAAGGGATCGAGATGTTAGAGTTTATATTTTCTCCTATAGCAAAGCTTATG +AGTATTCCAAAGGAATTAATTGGACTGATAATTGTAAAGCCTTTATCAGGCAGTGGAGCT +TTAGGAATGTATAATGAATTAGTGCAGAGAGTAGGTATAGATACTTTAATCGAAAAAATG +GGTTCTACGATTGTTGGAGCATCAGAAACTATATTTTATACAATGGCAATTTACTATGGA +AGTTTAAAAATTAAAAATACGAGATATACCTTATTCTGTTCGATGTTAAGTCATATAGCA +GGAGTTATAGCATCAGTATTTATATGTTACTTAATATTTACATAA +>ycfH_2 +ATGTTATTCGATTCACACGCACATTTAAATGATGAGAGATTTGATGAAGATAGAGAAGAA +TTAATAGCTTCTCTTAAAGAAAAGCAGGTTGATTTAGTTGTAAACCCAGGTGCAGATATA +AAATCTTCTATAAGTAGTGTAAACCTAGCTAATAAATATAATTTTATATATGCAGCTGTT +GGAGTTCATCCACATGATGTTGGAGAATTAGATGATACTGCGATAGATACTTTAAGAAAG +TTAGCTACTGAAAATGAAAAGGTAGTTGCTATAGGAGAGATTGGATTAGATTATTACTAT +GATAATTCTCCAAGAGAAGTTCAAAAAGAATGGTTTAAAAAGCAAATAGAACTTGCTAAT +GAATTAAAATTACCAATAATAATACATGATAGAGATGCACATGGTGATACTTTTGAAATA +ATAAAGAATACTAAGAGTCCAGAAATAGGATGTGTACTTCATTGTTATAGTGGTAATGTA +GAATTAGCAAAAGAATATATAAAGATGGGATGTTATATTTCTATCCCAGGAACAGTTACT +TTCAAAAATAATAAAAAGACTAGAGAGGTTGCAAAAGAAATTCCTCTAGAGTATTTATTA +ATAGAAACTGATTCACCTTATATGGCTCCAGAACCACATAGAGGGAAGAGAAATGATCCT +TCATTAGTAGCTTTTGTAGCTGATAAGATAGCTCAAGAAAAAGGAATATCTTATGAAGCA +GTTTGTAAAGCGACTAAGGAAAATGCAAAAAAATTATTCAATATAAAGTAA +>rnmV +ATGATAAAAGAAGTTATAGTAGTAGAAGGTAGAGATGATGTTACAGCAGTAAAAAGAGCT +CTAGATGCAGAACTTATAACTACTGGTGGATTTGGATTTCCTAAAGGAGTTATGGAACGC +ATAAAAGCCGCTCAAAAAAGACGTGGAGTAATAATATTTACTGACCCTGATTTTGCTGGG +GAAAAAATAAGAAAGAAAATAGCTGCAGAAGTTCCAGGATGTAAGCATGCTTTTTTACCA +AGAGAAGAAGCTAAGAAAGACGGAGATATAGGTATTGAAAATGCATCTCCAGAAAGTATA +ATATCTGCTTTAAATAAAGTTAGAACGGAAAGCGTAGAAAAAAGAAGTGAATTTACTCAA +GTTGATTTAATAAGAAATCAACTTATAGGAAATGAAGATGCTTCTTGCAGAAGAGACGAA +ATTGGAAAAATATTAGGAATTGGATACGGAAATGCAAAGCAATTCTTAAGTAGATTAAAC +AATTATGGAGTAAGTAGAGAAGAGTTTCTAAAAGCAGTAGACACAATAAATAATAGTCTA +TAG +>rsmA +ATGGATAGACTTTCATCTCATAGAGCTACCAAAGAAGTAGTTCAAAAACATAATTTTAAA +TTTTCAAAGTCATTAGGCCAAAACTTTTTAATAGACGATAACGTTATAGATAGAATATTA +GCAGGAGCTAGATTATCAGAAGGTGATAGAATCATAGAAGTAGGACCAGGAATTGGTACA +CTTACTCGTGAAATGGGAAAAGTTGCAGACAAGGTTGTTGCTGTAGAAATAGATAAAACT +TTAATACCAATACTTAAAGAAACATTAGAAGATTTAAATAATGTAGAAGTAGTTAATCAA +GATATATTAAAAGTAGACGTAGAAGAATTAGTAAAAGAAAAATTAGATGGAGGACCAGTT +AAACTTGTAGCTAACCTTCCATATTATATAACTACACCAATAGTTATGAAATTTTTAGAA +GAAGATATTCCAGTAACTGATATAGTAGTTATGGTTCAAAAAGAAGTTGCAGATAGAATG +AATGCAGGTCCAGGAACTAAAGACTATGGTGCGTTATCAGTAGCAGTTCAATACTACTGT +GATACAGAAATAGTTGCAAAAGCTCCGAGACACATGTTTGTTCCTCAACCAAATGTAGAT +TCTACAGTTATAGGACTTCATGTAAGAGAAGAAAGAAAATATCCTGTAGACAGTGAAGAT +ATATTTTTTAAAACAGTTAAAGCATCATTTGGTCAAAGAAGAAAAACTTTACTTAACTCT +TTAGGTGGTTTAGGATTTTTAACTAAAGACCAAATAAAAGAAGCTTTAAACGAGGCTAAT +ATAGACGAAAAAAGAAGAGGAGAAACTCTTAGCATAGAAGAATTTGCAACTCTTGCAAAT +GCCATAAACTCAAAAGTACCTTCAAAATAG +>group_1132 +GTGAGCTCTAAAAGAAAATTTAAGAGAGACTATATAATTTTAGAAGCAAAGGATATGAAT +TTTAGATATAAAGAGCGTATCTTACCTAAGGCTTTTGCAAAGATAGAAGTAAATGATGAA +AAATCAGTCGTAGCATTATATGTAGAGAATCTTAAATATATGAAGGACGGATATAGGGTA +GTAGCAATAAGAAGTGATTATGAAACTATAGATTTAGGAAAAATCACTTTAAATGAGCAA +GGTAAGGGTGAATTTGTACTAAATTTAGAAGATAAGGATGCAGAAATAAAAGGTATTGCT +TTATTATATGAAAAAACTGTGCCTTTAATAGGATTCAAGGGAAATAAAATTGAAAATTAC +GAAGAAATATTGTTTATGGGAGATGAAGATGACTATATAGAAACAGATGATGAAGTTGAC +GAATATGAAGAGATAGAATATATAGAGGTAGAAGATGACGAAGATGGAGACTACGAAGAG +TATGAAGAAATAGAGTATATTGAGGTTGAAGAGGATGATAACCTAGACGGATATGGTGAT +ACTGATGATGAATATGAATTTGATGAAAGTGTTGACGGTGATATTGATTATGACAACGTA +GAAAATAAATATCATGAGTATCAAAATATAAATGATGATAATGGCTTAGAATATAATAGA +ACAAATAGAATCCCCAGACAAAACAAAACAATTAAAGAAAAGGTTAAGCAATACCGAAGT +CCAATTAATAAAGCATATCAAGGTATAAATTACCAAGACGATATAAATGAAACTCAACAA +GAAAGAAATACAAGACCACAAGGAACTTTACTAATGCCTAGACAAATCAAAAAAGGATTA +AAATATTTTAGAGAAGTTAAGCCTTTTGTGGAGGACTATGTAGATAATACTAGATGGTGG +AAGATAGATATAACACCAGCAACTCTATGTGGCTACACAATGCCTTATTTAGGATATGTT +AACAGTTTAAATTATACAATGTATAGTGATGCAATAATGCAATCCTATAAATATAGACAT +TATTTGTTCGGTGTTCAGTATGATGAATATAATAAGAGAAAAAATTATATTTATGCAGTT +CCAGGTAAAAAGGATGAACAACCAGATAAAGGTCACACAGGATTTACTACGTATCAACCT +TGTGATAATAGAGGAAATAGCTTAGGTTACTGGCTATGTTATATAGATTCAAGAACTAGA +AATATTTTAAAATAG +>pepT_1 +ATGACAAATAATAAGAGACTTATAGATGAATTCTTAGAATTAGTACAAATAGATAGCCCA +TCTTCTAAAGAAGGAAATGTTGCTAAAGTATTAGTTAAAAAATTAGAGGAAATAGGTTTA +TCAGTAGAAGTAGATAATGCAGGGGAAATACATGGTGGCGAAACAGGGAATGTAATAGCT +ACATTAAAAGGAAATAGAGAAGGTAAAAAAATATTATTTAGTTCACATATGGATACAGTT +AGTCCTGGAATAGGAATTAAACCTATAATAGATGAGGAAGCTGGAATCATAAAAAGTGAT +GGAACTACAGTTTTAGGTTCAGATGATAAGGCAGGAATAGCTGCAATATTAGAGGGGTTA +AGGTATATAAAAGAAAATAATATAGAGCATTCAGATATAACAGTAGTATTCTCAATATGG +GAAGAAGGCGGATTATTTGGAGCAAAATCTCTAGATTACTCGAAGTTAGATGTAGATTAC +GGATTTGTTTTAGATAGTGGCGGGTCACCAGGAGAAATAATAGTAAAAGCTCCAGGTCAA +GATAGAATAGCTGTTAAAATTAAAGGTAGACCAGCTCATGCAGGACTTCAACCTGAAGCA +GGAATAAGTGCAATAATGGTAGCATCAAGAGCTATAGAAAATATGAATTTATTAAGAATA +GATGAAGAAACTACTGCTAACATAGGTATAGTTAAAGGTGGAGAAGCTACAAATATAGTA +ATGCCTGAATTAGAAATAATTGCAGAAGCTAGAAGTTTAGACGAAGGAAAATTAGATGCT +CAAACAAGTCATATGATAGAAGCTTTCGAGAAAGCTGCAAAAGAGTTTGGAGCAGAAATA +GAAGTAGAAACTTCTAGAATGTATTCACCGCTTAATATAGATGAAAATGATGATATAGTA +GAATTTACTAAAAAAGCATTTGCTAATCTTAACATAGAAGGAAAAACTGCTTCTACAGGT +GGGGGAAGTGACACTAATGTATTAAATAAAAATGGTGTAAAAGCTGTAAATCTGGGTATA +GGAATGAAGAAGGCTCATACTCTAGAAGAATATATTGCAATAGAAGATTTAATTAACTCT +GCAAAAACAGTTATTGAAATAATTAAAGAAGCATAA +>fieF_1 +ATGGAAACAAGATATGAAGAATCGAATAAGGTAACCAAGCAAGCAATAGCTTGGAATATA +CTACTGACAATTATAAAGATAGTTGCAGGAGTACTTGGTAAATCTAGTGCAATGATAGCT +GATGGACTACATTCTGCATCTGATATAATAAGTTCAGTAGGTGTACTATTAGGAAATTAT +ATATCAGCAACACCAGTAGATAAGGAGCATAACTATGGCCATGAAAAGGCAGAAACATTG +GTATCTTTCTTATTATCTATATTATTAATAGTTGTTTCAGGGTCAATTGGCATAAAAGCA +GTTAAATCTTTAGGAAATATAGGCGAAATTGCAATACCAACAGTATTACCACTAGTAGTT +GCAATAATATCAATTTTAATAAAAGAATATCAATATAGAATTACTATTAAAATAGCTAAA +AAAATAAATTCGCCAGCATTAAAAGCAGATGCATGGCATCATAGATCGGATGCTCTTTCT +TCAGTAGCAGCATTTGTAGGTATAGGAGGAGCAATGCTAGGCTTTAAAGTTTTTGATCCT +ATAGCTTCTATTGTTGTAGCAATATTTGTAGCTAAGGTAGGAATAGAAATTTTAGTAGGC +TCAACTAATGAGCTTATGGATGTTTCTATAGATTTAGAGCAAGAGGAACAGATTAAGGAA +ATAGCAAAAAATACGGAGGGTGTAAGAAACCTAGGTGAAATAAGAAGTAGAAAACATGGA +GCTATGGCATATGTAGATTTAGTTATTTGTGTGGATGGAGATCTTACCGTAAGAGAAGGA +CATGATATAGCAAACCAGCTAGAAAAGGACATAATCAGAGAGATGGAATTTGTAAAAGGT +ATAACTGTTCATGTAGAACCATGTAATTATTGCCCCGGAAATACTTGTTTTAAATAA +>murC +ATGAATATACACTTCATTGGAATTGGTGGCATAAGCATGAGCGCATTAGCGGAAATATGC +CTTAACAAAGGATATAAAGTTTCTGGATCTGATATGAATGAGTCTTATCTTTTAGATAAG +CTAAGAAGCCAAGGGGCTAACATACATGTCGGACAATGCAAGGAAAATATATCTGACAAT +ATAGATATGGTAGTTTACACAGCAGCGATACATCCTAATAATCAAGAGCTTATGGCTGCA +AGAGAAAAAAATATACTTACTATGGATAGAGCAGCTTTCTTAGGACAAGTGATGAGAGAA +TATAAAAACTCTATAGCAGTTTCTGGTACTCACGGAAAAACATCTACTACATCTATGCTG +TCTACTATTTTTGAATACGCACAGTTAGATCCTACTATATTAGTTGGTGGTAACTTAAGT +GTTATAGGTGGTAATGTTAAAATAGGATCTTCTGATCACTTTATAACAGAAGCTTGTGAG +TATGTTGATAGTTTCCTTAACTTCAATCCTAAAATATCTATAGTATTAAATATAGAAGAA +GATCATCTTGACTATTTCTCTGGATTAGATGAAATAAAAGCTTCTTTCAATAAATTTGGA +AAGCTTCTACCTAAAGATGGTTTCTTTATCATAAACGGTGATGATAATAACACTGTTGAT +ATTTTACACGAAGTTAAAGCTAGTATCATAAGATACGGTAGAAACGAAGACAATGACACT +ATTATAAAGAATATAAGCTTTAATGATAACGGATATGGTGTGTTCGAATTAGAATACAAA +GGGGAAAACCTAGGTACTTTTGAATTATCAGTGCCTGGACTTCACAATATCTACAATGCT +ACTGCTGCAATAATGACTGCTTACGTTTCTGAAATAAATTTAGAGACTATAAGAGAAAAC +ATAACTTTATACAAAGGTGTTGGAAGAAGATTTGAAACTAAAGGTTATTATAAAGATGTT +TTAGTTATAGATGATTATGCACATCATCCAACTGAATTAAAAGCTACATTAGCTGCAGCT +AAAAAACTAAACAAGAACAACTTATGGTGCATATTCCAACCTCATACTTATACTAGAACT +AAAGCTCTTTTAGATAGCTTTGCTGAAGCTTTCTATTCTGCTGATAAAGTTATAATAACT +GATATTTATGCAGCTAGAGAAGATGACCCTGGTGATATACATTCTAAGGATTTAGTTGAA +AAACTATATCATAATAATGTAGATGCTATGTATATAAGTAAATTTGAAGATATTTCACAA +TATATTAGAGAAAATGCAAAACCTAATGATTTAGTTATAACTGCTGGTGCTGGTACAGTA +TACCAAATAGCAGATTTATTAGTTGAAGAAAAGTAA +>purR +ATGAAATTTAAGAGAACGGAAAGAATTGGAGCTATAGTAAAAATACTATCTGATAACCCA +AATAAAATATATACATTAAGTTATTTCACAGAAAAATTTAATGCTGCAAAATCAACAATA +AGTGAAGATTTATTAGTTGTAAAAAATGTTTTTGAAAAACTAGAATTAGGGAAAGTTATA +ACTATTTCAGGAGCTGCTGGAGGAGTTAAGTATATACCTAAAACATCTAAATCAGAAAAT +GAAGAATTTTTAATGGATTTATGTAAAAAAATAAGTGATCCATCTAGATTACTTTCAGGA +GGATTTTTATATCTAATAGATTTAATATATGATCCAAGTATAGCATCAAAGATAGGAAAG +ATATTTGCGTCAAATATTGACTACTCTGAGGCTGACTATGTTGTAACAATGGAAACAAAG +GGGATACCTATGGCTCTTATGACAGCTAAGGCTATGAACTTACCTTTAGTTATAATTAGA +AAGGATATAAAGGTATCAGAAGGTCCAACTTTAAGTATGACATATGTAAGTGGGAAGTCG +AAGGTTGAGAGTATGAGTTTACCAAGAAAAGCTCTAAAACCAGGAAGTAAAGTTATTTTA +ATAGATGACTTTATGAGAGGTGGAGGAACTATAAAGGGTATGATGAATCTAATGAGTGAA +TTTGGGGCAGAAGTAATAGGTTCAGGAGTATTCATATCAACAACTACACCAGAAGATAAA +ATGGTACAAGATTATATATCATTAATACAATTAGATGTGGATGGGGAAAAGATAACTGTA +GAGCCGAATTTAAAAACTTTTAGAGATGAATATAGAAATATAGATCTAGAAAAAAATGAG +GAAATAGAGGGCTTTGTTGAAGAAGACGAAAGTTTATTTGATGAAGAATAA +>glmU_1 +ATGAACTTTAAAGCAATAATTCTTGCGGCAGGAAAAGGGACTAGAATGAAGTCTAAATAT +CCTAAAGTAATACACAAAGTATGCGGAAAAGAAATGGTAAATCACGTTATAAATGTTTCT +CAAAAATCAGGAGTAAACGATATTGTAGTAATTTTAGGACACGAAAGTGATGTTGTAAAA +GAAAGACTTCCTAGGGACAGTATGATAGCAATGCAAACAGAGCAATTAGGAACTGGGCAT +GCTGTTAAAATGGCAAAGGAATACATAAATGACGAAGATACAATAGTAGTTTTATGTGGG +GATACTCCATTAATAAAAGAAGATACTTTAAAAAGATTATTTGCATATCATCTAGAAAAT +GAATATCATGCAACAGTTTTAACAACTAAGGTAGATAATCCAACTGGATATGGAAGAATA +ATAAGAGATAATAATGAAGATTTATTAAAGATAGTAGAGCAAAAAGATGCAAATGAAGAA +GAAAAAGCTGTAAAAGAAATAAATTCAGGAATCTATTGTTTCAACGGAAAATCTTTAAGA +GAATCTTTAGACTTAATAGATAATAACAATGCTCAAGGAGAATACTACTTAACAGACACT +ATTTACATAATGAGAGATAGAGGTCAAAAAGTAGGGGCATACAATGGTTCAACAATAGAA +GAACTTATGGGTGTAAACTCTAGGGTAGAATTATCAAAAGCAGAAGAAATAATGAGAAGA +AGAATAAATGAAGCTCATATGGTAAATGGTGTAACTATAATTGATACTAATTCTACATAT +ATAGAATCTGATGTTGAAATAGGAAATGACACTATAATATATCCAGGAGTTATGTTAAAA +GGAAACACTAAAATAGGAAGTAACTGTGTTATAGAAATGAATTCAGCTATAGAAAATTCA +ATTATTGGCGATAATACAGAAGTGAAGAATTCAACTATAATAGACAGTGTAGTTGGAGAA +AATACAACAGTGGGACCATATGCGTACTTAAGACCAAAAAGTAACATAGGAAACAATGTT +AAAATAGGAGACTTCGTAGAAGTTAAGAATGCTACAATAGAAGATAATTCAAAAGCCTCT +CATCTATCTTACATAGGAGATGCTCATGTAGGAAAAGATGTTAATATAGGATGCGGTGTT +GTATTTGTTAATTATGATGGTAAAAATAAATTTAAATCTGTAGTAAAAGATGGAGCTTTT +ATAGGATCGAACTCTAACCTAGTTGCACCAGTAATAGTAGAGGAAGATGGTTATATAGCT +ACAGGTTCGACAATAACAAATGATGTACCTAAAGGTGCTTTAGCAATTGCAAGAGAAAGA +CAAGTTGTTAAAGAAGGATGGGTAGAAAAGAAAAGAGTAAGAGACAGCAAATAA +>prs +ATGAATACTAGCGGAAGTGAAATTAAAATAATTTCAGGAAACTCGTCTAAGGAGTTAGCA +CAAAAAATAGCTGATTACATAGGTGTACCTGTAGCAGATTGTACAGTAGGAAAGTTCAGC +GATGGAGAAATATCTGTTAACATGAACGAAACAGTTAGAGGATGTGATGTTTTCGTAGTT +CAATCAACTAATAGTCCAGTAAATGATAACTTAATGGAGTTATTAATATTGATAGATGCA +CTAAGAAGAGCATCAGCTGGTAGAATAACAGCAGTAATACCTTACTACGGATATGCAAGA +CAAGATAGAAAAGCAAAGTCAAGAGATCCTATCACAGCTAAATTAGTTGCAAACTTAATA +ACAGCAGCAGGAGCGGATAGAGTATTAACTATGGATTTACATGCAGCTCAAATTCAAGGA +TACTTTGATATCCCACTAGATCACTTACTAGGTGGAAGTATATTAGCTGATTACTTCAAC +CAAAAAGGTATAGAAGATTTAGTAGTAGTATCTCCAGATCTTGGAAGTGTTACAAGATCT +AGAAAGTTCGCAACTACATTAGACGGAGAAGTTCCTCTAGCTATAATAGACAAGAGAAGA +CCTAAAGCTAATGTTTGTGAAGTCATGAATATAATAGGTGACGTTAAAGGAAAGAACGTT +ATATTATTAGATGATATGATAGACACAGCTGGAACAATAACTAATGCAGCTAATGCTCTT +AAAGAATTTGGAGCTAAAGATATATATGCTTGCTGTACTCATGGAGTATTATCAGGACCT +GCTATAGAAAGAATAGATAATTCTGCTATAAGTGAGTTAATAGTATTAGATACTATACAA +CTTCCTGAAGAAAAGAAAATAGATAAGATAAAAGTTCTTTCAGTAGCTCCTTTATTTGGA +GATGCTATAAAGAAAATATTCTCTAATGAATCTATAAGTGTTTTATTCTAA +>group_1135 +ATGTTCAATAAGAAGAAAAATAACAAAGGTTTCACATTAGTAGAACTATTAGTAGTAATA +GCTATTATGGGCATATTAGCAGTAGTAGCAGTACCATCATTATTCAAAAATATAAATAAG +GCTCATGCAGCAGATGCAGTATCATATATAAGTGCTTATAGAACCGCTGTAATATCTGAG +TATACAACAACAGGTGATGTGCCAGAAGAAGAAGATATAGAACCATTAGTAGAGTCTAAA +CCAGAGAAGGCAATATCAAGTGTTATAATAAATTCTGAAGGTAAGGATTTAGTAGTTAAT +TTTACTATGACTAAGAATGAAATTGCAGAAGCCGTTAAAAAACAATTAGGTGAAGAAATT +TCAAATGTAAGCGGTAACGTTGTTACTGTTACTATAATGGCAAAAGATACAACAAATTAA +>epsE +ATGAATTCAAATAGAATAAGAATCGGTGATAAATTAGTTCAATATGGATATATAACAGAA +GAGCAACTACAAAAAGCTCTAATTCACCAGGGTGGTACAGGCAAAAGAATAGGAGAAATT +CTTATAGAACAAGGGTTAATAACAGCAGAGTTATTAACAAATGCATTAACAGAGCTACTA +AACATAGATAATATAGATTTAACCCCTTCAAATATAAATCCAGAAGCAATACAAAAAATA +CCGCAAAACATATGCAAAAGGTATAATGTATTTCCGTATAAAATAAAAAATGGCAAATTA +TACCTAGCAATGGAAGACCCTCAAGACAGAGAGGCAATTAGAGATGTTAAGCGTATAGCC +GGAATGGAAATTGATGTAAAGATAGCAACAATATCAGAGATAAATCAAGCAATAGAGCAA +TGGTATTCAAATACAGATTTAGATAAAGTTATAAATGAATATGCAAAAAATGAGGCTAAA +AACACGATAGAAGAAGAAATAACGGGAGATGAAGATGTAAATTCAGCTCCAGTAGTAAGG +TTAGTACATAATATATTAGAAACTGCAGTAAGAAAAAAGGTTAGTGACATTCATATAGAG +CATGACGGAGATTATATGAGAGTACGTTATAGAATAGATGGGATTCTCATGGAGCATATG +AAAGCTAGCTCAAAAGCATATAAAGCGATTATAAGTAGAATAAAAATAATGGCAAACTTA +AACATTTCTGAGAAAAGATTACCGCAAGATGGTAGGATATACTTAGTTGTAGATAATAAA +TCAGTAGACTTTAGAGTATCAACAATGCCTACTAGTAGATATGAAAAAGTAGTAATGAGA +GTACTAGATAAATCTAACTTTATGGTTAGTAAAGAAAAGCTAGGATTTAGTTTAAGTGAT +ATAAAAATATATGATGATTTACTATCAAAGCCATATGGGCTTATTTTAGTTGTTGGACCT +ACAGGAAGTGGAAAAACAACAACTTTATATTCAATGCTAAATCAACTTAATGATGTAGAA +AAAAATATACTTACTATAGAAGACCCTGTTGAATATGAATTACAAGGTATTAACCAATCT +CAAATAAATTATAAAGCAGGACTTGATTTTGCGAGCGCTTTAAGAGCCTTCCTGAGACAA +GACCCAGATATAATAATGGTTGGAGAAATAAGAGACCATGATACAGCAGAGATAGCAATA +AGAGCATCACTTACAGGACACTTAGTACTGAGTACTCTTCATGCAAATACGGCAGTAGGT +GCAATATCAAGACTTTCAGATATGGGAATGGACAGTTTCCTTATAACTTCTTCTTTAGTT +GGGGTTGTTGCACAGAGACTAGTAAGAAAAATATGTCCGTTATGCAAGGCTAGCTATGAA +GCTAGCATAGGAGAAAAAAAAGCATTAGGTTATGATATAGATAAAAATTTAACCTTATAT +AAAGGTGAAGGTTGCAATAAATGCAACAATACAGGATATAAAGGAAGGCTTGGTATATAC +GAAATGATACAGGCTACAAAACCTATAAAAGATTTAATAGACCAAGGTGCTAAGGAAGAT +GAAATAATGAAAAAAGCTAACAAACTTGGGATGATAACAATGCGACAAGATGCAGCTAAT +AAGGCTATAGATGGTCTAACTACTGTGGAAGAAATGATAAGAGTAACATTTATTAGTGAG +TAG +>epsF_2 +ATGGTTAAATTTAGTTATACTGCTATTATGGTAAATGGATCAAAAACAAAGGGAATAATT +GAAGCTAACAATTTAGTTGAGGCTAGAAATCAGCTAAAATCGAAAAAACTTAGAATAGTG +GATATAAAAGAAAAAAATGATAATACATTTAGTACAAGAAAAAAAGGAAAAAAGTTAAAG +CCAGATACAATAAGCCATTTTTGTAGACAGTTTTCTATAATAATGTCTTCTGGTATAAAT +AGTTTAGTTGGATTAGAAACGTTAGCTAAAAGGACAGAAAATAAAGTTTTGGCTAACGAA +ATGAATAGGATAGTAGAATCGGTTAAAAAAGGATCCAATATAGCTGATGCTATGTTAGAT +AAGAAGTCAAAGTTTCCAAGGCTTCTAGGAGCAATGGTTGCTACAGGAGAAGAAACTGGT +ACTTTAGAGGATGTCTTAAGTAGTATGGCAGTGTTTTATGAAAGAGAACATAAAATAAAC +CAAAAAATTAAAAATGCATCTACTTACCCAGCGATAGTAGCAGGGCTATCATTTGTGATG +CTATTTTTATTTACAAGTTTTATAATCCCTCAAATGATGGAATCTATAATGGATGTAGGT +GGAGAAGTCCCGTTTATTACAAAGTTTGTAATGAGTGTAGGACAATTTATGAGTAAGTTT +TGGTGGTTAGTACTTATTATGATTATGGGTGTAAGTTATGTACTACTTCAATACATAAAG +ACCCCATTGGGAAGAATACAAAAAGATAAAATAATAAACAAAATTCCTCTACTTGGAAAG +GGAATTAATAGTATAGTATCTATGAGGTTTTCTAGGGCGTTATATTTATTTATATCTACA +GGCTATCCATTGTTGCAAGGGCTAGATCACATAAAAGCAAGTGTAAATAATTCGATAGCA +GAAAAAGCAATAATGGGAGCAAAAGAAGGTATTATAAAGGGAGAAACGTTAGCAGAAAAC +TTAGAAAAATATCATTATTTTGATTCGGTTCTTATACAAATGATAGCTATAGGAGAACAA +ACAGGACAACTAGAGACGATAAGTAATCAAATGGCAGATTTTTATGAGCAAGAATCAGAT +ATATATTTAAGTAGATTAGTGGCTATGATAGAGCCAATTATGATAATAGGAGTAGGAATT +GTAGTAGGCATACTAGTTATATCAGTATTTTTACCGATGATGAATATGTACGATGCCTTA +TAG +>group_1136 +ATGAAATTATACATATCATACTATGGAAATTATGTTTCTATAGTTGAAGGGTCATACAAT +AGTAAAAAAGAAAAATACAATATTAAAAAGTATATGGTTTTATCTAGTGAAGAGGTGCCT +CTTGATGCAAATGATAAATATAGCCTACTTAGAGAAGCTTTAAAATTAGATAGGTGGAAA +GCTAAGAATGCGGTACTTTGCCTAAATACAAGGGATGTACTTATAAAATCAAATAATATA +TCTAAGGTTAGTCCTAAAGATTTAGATGGAATAATGAGTCATGAAATATATGAAATGATG +TCTTTAAATGATGATCAATATACATTTTCATATGAGGTTGTAAAAGAAAGAAATGATGAA +GGGAAAGAATCATTAGATGTAATTATTGCAGCTGTAATGAATGAAGAATTGTATACAATT +TTAGATATATTTAAGGAGTTTAAGCTTAATTTAGAAGGCATAGATACTATGGCTACTGCT +TATAGTAGATTACTTAAAAATATTGAGTATGATAATATAATGATGCTAAACATAGGTGAA +TATGGAAGTATCGTAAATATATACAAAGAAGATAGTTTATTCATATATGACAATGTACCT +GTCAGAATAAATAAAAGATCAAGCGATGTATTATGTTTAGCTTTAGTGGACGAAATTAAA +GGTCTAATGAATTTCTATTCGTCTAGAAACTATGGTAATAGCATAGATACTGTAGTTATA +GTTGGTCAATCAAGTGAAAATACAGATATAGTAGATAGCTTTAAATATAGCTTTAATAGT +GAGATAGTAAGTGGAATAGAAAACTTATTTGATATAACAGAAGATATACAAGGAGATATA +CAGATAAATGAAATTAGTAAAGTTTGTGATATCTTAGGAAGTATGTGCGTAGTTAAAGAT +AAAAAAAGTTATTCTTACATGAATTTACTTCCACTAAAACAAAGAAATAAGCAAAAGAAA +ACCGATATAGTTAGGAAATATTTTTTAGCAGCACCAATAGCATTAGGAATAATAGCAGCA +CCATATTTTGTATTTGGAGCTATGAATATGAAGGTATTACATGATACAAACTTAGCTCAA +GTTAAATTAGATAAGATAATGAACGAATACAAGGGGATAGAAAGTATAAATCAAAAAATA +AAAACAGCAGAAGAAGAGTTAGAAATATATAATATGTTAAGCAGTAAGGATGTAAAATGG +GGGAATGTGCTAAACGAAATAGATAAAAATATTCCTTATAAAGTTGATCTAACTAATATT +TCTGTAACTTATGAGAATCCTGATTTAGAACAAACAAATAGTGAAGAAATAGAAAATGAT +GTAAATATGGAAAGTACTGCAGAAACTGAAGTTCCAATATACGATAAAATACCTAATACT +ATAAATATTGAGGGGATTGCAAAAGACTCTGTTTATGTAGGTCAATTTGTATATAGTCTT +AATAAACTTACATATTTTAAATCTGCAAAACTAATAAGCAGTACAGAAGATAAAGAAAAT +GGAGGACAGGTATTTAATATAGTATTGGACTTGAAAGAAGGTGTAGTTTCTGGTGATTAA +>group_1103 +GTGATTAATGAAAAGTTTGAAAAGAAAAGTATATTACAAAAAGAATTAAATACAAAAGAG +GTTTTATTAGTACTAGGGATAGTAACTCTTATAGTTATATATGGAGCTGTATTTATATAT +CCTAGATATGCAGAGTATAAAGCTTATGCAACTATTTTAGAACAAATAGAAAATCAGATA +AGTACTTATAAAGGTCGAATAAATGAATTACCTCAGTTAGAATCAAAACTAAATAATTTA +ACGAAAGAAATAGAAGTAAAAAGCAAAATATTATCTCACAATATGGAAGATGGTATGTTT +TTAATTGGCCTTTCAAAATTAATGGATGCAGTTAATGTAGATTTAGTTGAATATTATGTA +GAAGAATCAAAATCTTATCATGCTTTTTATGCGATACCTACAACGATAAAGGTAAGAGGA +AATTATAAGAATGTTAGAGAGGTAATGAATTATTTAGAGCAACAAAATAATATTACTCAA +ATCTTAGATTATAATATGGAAACTTATATAGATGAAGAAGAATCTGATACAGCTAATGTA +TCAAGTTTAAACTCAAGTGTTACTACAAATGACCTATCTTATTCTGATATAGGATGGACC +TTAAATAGTAACTTATATCATAATAAAGATTGTTCAATATTAGAGGAAGAGGCACAACAA +TTTGGAGGATCCTTTATACAAGCAGCTCCACCAAATAACTATAAAGCTTGCTCAGACTGC +AAACCTATTTTAAGTACTAAAACTTCTCAAGGAAACATAGTTCAAGAAAGTAGTATTGAT +AATAATGAAGTTCCTAAGGCTAAAGGAGATATTATAGCGAAATTTAGCTTTATAATGTAT +TCTTCAGAAAATCCAAAAATAGAATTAGATAATGACGATTTTACTACTTGGAATCCAGGT +AAATGGAATCCATTTACGACAACAAGATAG +>group_1113 +TTGAAACATAATAAAACAAATCGAGGTTTTACACTCATTGAAGTGCTAATATCTTTGAGT +ATAGTTACTATTATACTTTTATCACTTTTTTCTTTTTATAATAGTTCTATAAAATTTAAT +AAAAAGAATGAAACAGATATCAATTCCTTAAATGTATCTCAGACTGCAATAGAAAGTATG +AGGATTTATAGCAAATTAAATAATAAGTTTGGAATAGATATAGATAATGATGGAGTAGAT +GACTTAGGTTTTGATAATTCAGAATCTAATTGGGTAGACTTAGATTCTGAGTACAAAATC +TATACGGGAAATCTTGATACTTTAGAAATCGAGAAAGATAATAATAAATACTTAGCGACA +ATAAATAGTGTAAAAAGATATAAGAACAATATGAGTGTATATACGGTAGAATTAGAAACT +AAATCAAAGTATAACAGTACAAAAAAGATAAATTTAATTACTCAAGTTTATGTTAAATGA +>group_1140 +ATGTACAAAAATAAGTTGAACGATAATAGAGGCGGAGCTCTTATTATTGTAATAGTTGCA +ATAGCCATTATAGGTATAACTATAGGTACTGTGTCAATGCAGATAATAAATCAAGTTAAA +TCTAATAAAAACTCTTATGATACTATGCAATCAAGATATATGGCTGAGTCAGGTGTAGAA +AACACAATATCAAAAATTGTTAATCAGGTCGAAAATAAGATAAACAATATTAATAATGGC +TCTAGAAGTAACTTTAATAATATAAGTAGTAATATAGTTAAATCCTCAACTGATAGGTAT +GGAAAGGCTAAAAATAAATTAATTTTATTATATGAGAATATTAGTCAAATAAATGATGGA +TACCAAAGTAAAAAAGATATAATAGTAAAATTAAATCAGATTATAAATAATGACTATTCG +TCTATATTACAGTTAAATAATGATATAAATGATATAAAATTATATATTATACATGCAATA +GCCTCTGAAGATAATAGTATAAAGGGTGAAGATTTAAATATAATTTATGAAGCAATAGGG +TATTTAAATGATGCAGTATTAACTATATATGAGAGTGAGGATATTCATCAAGGTCATACT +GCATTAGAAATAAGCTCATCTAGTTATGGAGGAGATAATAGATATGTTACTCAAGGTGAA +ATTGAAACTAAATTTATAAAAGATTATGGGAATGAGGCGTATAGTTTTACCGTGGATTCT +ATACAGAGATATACTGGAGATGTATTAAAGAATACGCCAAGTAAGTTTGTTATTAAAGAA +TTTAATGTAGAAGGGTATTATAAATTAAAAGATAAAATAGGAAGGTTATCTGATACGAAA +ATAAGAGAATTAGAAGATGCCTTAATAAATCTAAAGGATACTATAAATCATATTCAATGG +ACCAATAAAAATTCTGTAACTGAATATGAGATAGAATTAAGTCTAAGAAAAGATAATGCT +ATTAAAGTTATTGATGAAATATTAATTAAATATACAATGGATATTGTAGAAAATGAACTA +TACAAAATTTATATAGAAGAACTGAATAATTTTGAATCTCTCACTCAAGAAAATTATGTA +GTATTAAAAGAAATGATATACAACATGGATAATATAAGAAAAAATTTAGTTGAACTTAAA +TGCAAACTAGGATTTATAGCAACTAAACAAGAGGATAATATAAATAAGCCAGATTCTCCT +GATGTAAATCCTCCAGTAAATAAAGAAGTTTATATAGGGTTAGATAAATATGAAAATATA +TTAGGCGAAAATGTTAGCTATACAGTTGAAGCTATTGATGAAAAAAAATTAGACTTAATA +TATGAAAATGGAGATATATCAAATGTAGAGGATTTTAGTTTGGATATAATATCAGGAGGT +AATAATAATGGATATAATTACAAAGTAAATGCTAAAGTACTTTTTAAAACTAGAAAAGAA +AACAATCAATTTAAAACTAGTTATAGCATTAAGTCTTACGACAAAATTAATAATTAG +>pilT +ATGAATATATTTGATTTATTAAAAATAGCAATAGAATTAGGAGCATCAGATGTACATATT +ACTGTAGAAAGCGCTCCTATAGCTAGAATAAAAGGAAAATTTATCAAACTATCAGATAAA +ATATTAACTAATCAAGATACAAAAAAGATGGTTCAAGATATTGCAGGAGAGAAAAATTTT +ATAAGAATAGAGGATCATGGAGAAGTAGATTTTTCGATAGCTATAGATACAGGTGAAAGA +GTTAGGATAAATGTATATAAACAAAAGGGAAATTACGCAATAGCGGCAAGAACAATAACA +GCACAAATACCAGCATTTGAATCATTAGGTCTTCCTGAGATATTAAAAACATTTACACAA +AAACATAAAGGTTTAGTTCTAGTGACAGGACCGACGGGAAGTGGGAAGTCTACTACACTT +GCAAGTCTTATTGATATAATAAATGAAAACCAACAAAGGCATATAATAACCTTGGAAGAT +CCAATTGAATATGTACATAAACACAAGACTAGCTTAGTAAATCAAAGGGAAATAGGACAA +GATACAGAAAGCTTTAATTCAGCTCTAAGGGCAATACTTCGTCAAGACCCTGATGTAATT +CTTATAGGAGAGATGAGAGACCCAGAAACTATATCAATAGCATTAACAGCAGCAGAAACT +GGTCACTTAGTATTCTCGACTCTACATACGGTAGGAGCAGCAAAAACTATAGATAGAATA +GTAGATATGTTCCCATCAGAGCAGCAACAGCAAGTAAGAGCTCAGTTATCTACAGTTTGT +GAAGGCGTTGTTTCACAGCAATTAATACAAACTGTAGATGGGAGAAGACGAATTGCAGCG +CTTGAGGTTATGATAGCAAATCCTGCAATTAGACATTTAATAAGAGAAAATAAAACTTAC +CAAATACCAAATCAAATTCAAACAGGAAGTAAATTTGGTATGCAGTCTATGGATCAAGAA +CTAGTTAATTTATATAGACAAGGATTAATTTCAAGAGATAGTGCATTAAGTAGATGTACT +GATTATGAGTATACAAGTAGATTAATAGGGGATAGATATTAA +>comC +ATGGAATTTTTATTACAACTTTACATATTTATAGTGGGAACAATTTTCGGAAGTTTCTTC +AACGTATGCATATACAGAATTCCAGAAAATAAGTCAATAGCAAACCCACCATCAACATGT +ACCACGTGTAACACAAGATTAAAACCAATAGACTTAATACCAATATTAAGTTACCTAATG +TCAGGAAAAAAATGTAGATACTGTAAAAAAGAAATATCACCAAGATATGCAGCAGTAGAA +TTTCTAACAGGAATACTATTTATATTAGTATATAACGTACACTCAATATTATTAGAAACG +GTATATTACTTAATATTAGTATCACTATTAGTAATAATAACTTTCATAGATATAGACCAC +TATATAATACCAGACGGTATAATAATATTCGGACTAGTAACAGCTTTAATATTAAATATA +CTTGGTATAGGTATACCAATAAAAGAAAGTCTTATAGGAGCCATAATATGCGGAGGAGAA +ATGTTAATATTAATCCATCTAATAGAACTTGTAGTAAAAAAAGAAGTAATGGGTGGAGGA +GACATAAAATTATTCGCAATGATAGGTCTTTTCTTAGGTATAAAAGGAGGAATCCTAACG +ATTATCTTAAGCGTATACATAGGAGCAATATATGGTGTAGGAACTATACTATATAGCAAA +TTAAATAATAAAGAATATAATTCTATGATACCATATGGACCATTTATTTCTGTTGGAGCT +ATAATAGTTTTATTATACGGAAATAATATTTTAAATTGGTATTCGAAATTACTTATATAA +>group_1104 +ATGATTTATACAATAATAACATCTATAATTTTAACTTATTTTACAAATAAGTATTTAAGT +TATGTAAGAAAAGAAGCAAATAAAATTACATATAATATACCTATAATATATTTTTTGATA +ATAACTTTAAGTATATGTATTTATCTGAAATATGGTCTAACAATAGAATCTATAAGATAT +ATATTCTTAATTCCTTTTTTAGTAGGAATATCAATTATTGATTACCAAACTACTTACATA +TATGATATAACAATAGTTAGTGGTATAATTATTCAAGGTGTAATTTTAATAAGCTCAATA +AATATAGAAAAAGATTTTAAAAGTCATATAAGTGCTTTATTTGTAGGATTAATATTTTCA +TATATTCTAGCTAAATTAACAAAATCTTTAGGAGAAGGAGATATTGGACTATTTGCTTTA +TGTTCCTTTACTTTAGGACATGATTACAGCATATATATGATATTTTTATCATTTATGATA +GCATTCATATACTGCATTTACATAATTTTTACAAAAAATAAATCAATTAAGGATAGTATA +CCATTTGCACCATTTATATCATTAGCAACCATGTTGATAATGTTAACTGAAAATTACATA +CTTACAAGTTATTTTGACATAATGTACAATGTGTTATAA +>pth +ATGTACGTAGTAGTAGGATTAGGTAATCCAGGGAAACAATATGAGAATACAAGACATAAT +GTTGGATTTAATGTTATAGATATTCTAGCGAAGGAATATGGCATAAGCGTATCGAAAATA +AAACATAAGGCTTTAATAGGAGAAGGTAGAGTTGGAAGTGAAAAAGTTCTTTTAGTTAAG +CCTCAAACATATATGAATTTAAGTGGAGAAACTTTAATAGATATATATAATTATTATAAG +GTTGATATGGAAAACATAATAGTTATATATGATGATATTGACTTAGATGTTGGAAAAATT +AGAATAAGAAAAAAAGGAAGTGGTGGAACTCATAATGGTATGAGATCTATTATAAAGTGC +TTAGGTGCTAATGATTTTCCAAGAGTAAGAGTCGGGGTTTCTAAACCAAAACCAGGGCAA +GATTTAGCTGATTTTGTTCTTTCTAGATTTAGAAAAGAAGAAAGCGATGATGTAGAACTA +GGTTTAGAAAAAGCTGCAAAAGCAGTTGATGTAATGATAAGAGACAATATTGATTTAGCT +ATGAATAAATACAACGGATAA +>mfd +ATGAGTGACGTTTTAATATACCCTTTGCAAAACTCCAAAGAATATAAAGATGTAATAAAT +TGCATAAACAGTAACAAAGGCTCATTATTAATTAATGGCCTTTTGTCAGTGCAAAAACCT +CATATAACTTATTCTATTTTTAATGAGTTATCAAGATCTATGGTATTTGTAGCCAGTAGT +GATTTAGAAGCTAAGAAGGCTTATGAGGATTTAAGTTTTTATATGAAGGATAAAGTAGAA +TATCTAGGTCATCAAGATATTCACTTTTATCATTTAGATGCAAAGGATAGGAATGAAGAA +GCTAAGAAATTAAGAGTATTATTAAGATTAGCGAAAGGTGAAAAACTAGTATTAGTAACT +TCTGTAGAATCAATACTTAGAAAATATATACCAAAAGAAGTGCTATTAAACAATACGTTT +ACCTATAAGGTAGGAGATACTTTAAATTTAGAAGAATTGAGTGATAAGCTAGTTTCTTTA +GGTTATGAGAGAGTATCTAAAATAGAAGGTTTTGGTCAATTTAGCATAAGAGGTGGGATT +GTAGATATATTCTCACTAGAATACACAAATCCAATTCGTATGGAACTATTTGATGATGAA +ATAGATTCTATACGTACTTTTGATGTTTTCTCACAAAAATCTATAGATAAAATAAAGAAA +TTTTCTATAACTCCTTCTAGGGAATTTATATATCCAGAAAAGGTTAACAATGCTATAGAA +AAATTAAAAAAAGAAACTAGTAAGCATACTAATGAAGATGTATTTAAAAATATAGAGGAC +ATAGAAAGTAAAACTTACTTTGAAGGAATAGAAAATTATATAGACTATATCTATCCTGAG +GAAAATAAAAGCATATTCAGTTACTTCAAGAATAATGCAATAATTTTTATAAACGATATT +TCTAGGCTAAAAGAAAGATGTGAAAATTATACAGAGGGGTTTAAGGATAATTATAGATTA +AATCTTGAAAGAGGATTAGCCTTAAAAAAACAAGGTAATTTACTGTATCATTATAGTGAT +ATAGATTTCATAGCAGAAGATAAAAAAATTATATTAAATACATTATTACCGAAACCTGTA +AATGATTTTAAAGTAAGTAACATAATAAACTTTGAATCAAGAGAAGTGCCTACTTTTAAT +GCTAAGTTAGATGTATTAGTAGAAGAATTAAATAGATTAAAATATAATGGTTTCAAAATT +ATTTTAGCTACAAATACATTAGAAAGAGCTAAAAAATTAAGTAAAGATTTATTAGATTTA +GGGTTAGAAACGACTGTATCTAGAAAAAGAGATATAGAAATAAAATCTTCTCAAATTGTA +ATAACTCCAGCACAAATTAGTAGTGGATTCCAATATAAGTCAATAAAATTTGTAGTAATT +ACAGATAATGAAATGATAGGAGTTCATAAGAGGGTTTCAAAAACTAAGAATAAAAAGAAG +AAAAAAGGACAAAAAATAGAATCATTCTTAGACTTGAATGTAGGGGACTATGTAGTTCAT +GAAAATAGCGGTATAGGTAGATATACAGGAATAGATCAAATAACTGTAAATGGTATTAAA +AAAGACTATATGAAGATAATCTACCAAGGTGGAGATAATTTATATGTACCAATAGACCAA +ATGGACAAGGTGCAAAAATATATAGGTTCAGATGTTGAAAAAGTTAAATTAAATAAGCTT +GGATCAAGTGAGTGGACAAGAGCTAAGGCTAAGGTTAAAAAAGAAATAGAAGATATGACT +AAGGACCTTATAGAGCTTTATGCGAAGAGAGAAAAAGTAAAGGGATATAAATACTCTAAA +GATACTCCTTGGCAACAAGAATTTGAGTCCTTATTCCCACATGAAGAAACAGATGATCAA +TTAAAGGCTATAAAAGAAACTAAGAAGGATATGGAATCAGACAAGGTTATGGATAGACTT +ATCTGTGGTGATGTTGGATATGGTAAGACAGAGGTAGCAATAAGAGCTGTATTTAAGGCA +TGTATGGATCAAAAACAAGTAGCAGTGCTAGTTCCTACTACAATACTTGCTCAACAGCAT +TATAATACTTTTAAAGAGAGATTTGAGAATTATCCAATAAGGGTAGAAGTTTTAAGTAGA +TTCAAATCTCCAAAGCAACAAAAAGAAATTATAAGTGATGCTAAAAAAGGTCTAGTGGAT +GTCCTAATAGGTACTCATAGAATAGTTTCAAAAGATATAAATTTACCGAACTTAGGATTA +GTAGTTATAGATGAGGAACAAAGATTTGGTGTTAAGCATAAAGAATCACTTAAGCAAATC +AAGTCAACAGTAGATGTTCTTACATTATCAGCTACACCTATTCCGAGAACTCTTCATATG +TCTTTAAGTGGAATAAGAGATATGAGTGTTATAGAAGAACCTCCACAAGAGAGACACCCT +GTTATAACTTATGTAACAGAAGCCAAAGAAAGTGTAATACAAGATGAGATTGAAAGAGAA +CTGGCTAGGGGTGGTCAGGTATTCTTTGTATACAATAGAGTAGAACACATAGAAGAGATG +GCAAGTAAAATAAAACGATTAGTAACAGATGCAAATGTAGCGGTAGCTCATGGTAGAATG +ACTTCTAAAATGCTAGAAGACATAATCTTAGGATTTTTAAATAAGGAATATGACGTTTTA +GTTTGTACCACAATTATTGAAACAGGTATGGATATATCTAACGCTAATACTATGATTGTA +TATGATGCAGATAAAATGGGACTTGCTCAGCTTTATCAGTTAAGAGGTAGAGTTGGAAGA +AGTTCAAGACAAGGTTATGCATATCTAATGTATGAAAAAGATAAAGTGTTAAGTGAAATA +GCTGAAAAAAGATTAAAAGCTATAAGAGAGTTTACAGAATTTGGTTCAGGGTTTAAAATA +GCAATGAGGGACCTTGAAATAAGAGGTGCTGGAAATATATTAGGCTCACAACAACATGGA +CATATGGCTGTCATAGGATATGATTTATATGTAAAAATGCTAAACGATGCCATAAAGAAA +GTAAAAGGGGAGCCGATAGTAGAAGAAATAGATGTAGAAATAGATTTAAGTGTAAACGCA +TATATTCCAGACACTTATATACCAGACGAGTTGACTAAAATAGAGATGTATAAAAAAATT +GCATCTATTGAAAATAAGGAGGATATGCTAGAGGTTGAAGAAGAGCTAGAAGATAGATTC +TCAGATCTACCAAAATCTGTACAAACTTTATTAAAAATATCTTATATAAAATCTCTATGT +AAAATAATGAAGATAGAAAAAGTCAGACAAGTAAAAGATGAAATATGGTTGCTTCCTTTA +ACTAAGTATAAGACTAAAGAAAAGGTTGGTTATAAAATAGTTACAGAGTTAGAGGAACTT +TTAGAAAAAATGTGTAGTATGAAATAA +>prsA2 +TTGAAAAAGCTAGGAGCGTTAGTTATGTCTGTCATCTTAGGAATAAGCATGGTAGGATGT +AGCAGCAAAGTAAACAAAGATGAAAATATAGCTACTGTTAATGGAAGTGGAATAATAGTA +GGCAACTATGAAAAGGTATTGGGGTTAAATAAGCAATCTATGGAAGCGTACTATGGAAAT +ACAATATGGGATCAAGAAATTGAAGAAGGTGTTAAATATAAAGACAAATTTAAAGAAATG +ATACTTGATCAAATGATATATACAGAAGTTATATACGAAGCAGCTAAGAAAGAGAATTTA +CTTCCAACAGAAGAAGAGGTAAATAAATCGATAGAAGAATTTAATACTAGCATAAAAGAT +AATGATGCTTATAAAAAACAATTAAAAGAACTAGGAATAGATGATAATTTCTTAAAATAT +CAGTTTGAAAGAAATTTAGCAAGTGATAACTACAAAGAAAAGTTTAATAAAGATAATTCA +GTAACTAATGATGAAATGAAAAAATACTATGATGAAAATAAAGATGATTTCTACATAGAT +CAAGTAGAAGCATCACATATCTTAATAAAAACAATAGATGATGAAGATAAAAAATTAAGT +GATGAGAAAAAAGCAGAAGCAAAGAAAAAAGCAGAAGAAGTACTTGCAAAAGCAAAAGCA +GGAGAAAATTTCTCAGAGCTAGCAAAAGAATATTCACAAGATACAGTATCAGCTAAAAAT +GGTGGAGATCTTGGATTCTTTAAAAAAGGAGAAATGGTTAAACCATTTGAAGAAGCTGCT +TTTTCAATGAAAGTTGGGGAAATATCTGATTTAGTAGAAAGTGATTTTGGTTACCATATA +ATAAAAGTTACTGATAAAGAAGATAGACAAAAAACATTTGATGAAGTAAAAGAGACTATA +AGAAAAACATTACAAGATGAGAAATGTGATGCCCAAGTAGAAAAGTTAAAAGAAGAAGCA +AAAGTTGAAAAGAATGAAGAGATATTAGAAAAAGTAAATATATAA +>spoVT +ATGAGAGCTACAGGAATAGTTAGAAGAATAGATGATCTTGGAAGAGTCGTAATTCCTAAA +GAAATAAGAAAAACTTTAAGAATAAGAGAAGGCGACCCATTAGAAATATTTACAGCAAAA +GACGGAGAAGTCATTTTAAAAAAATACTCTCCAATAGGAGAATTAACAGAATTCTCTCAA +GAGTATGCAGAAACTTTAGGAGAAGTACTTGGTTGCGGTATAGTGGTAACAGATTTAGAT +TCAATAATCGCTGTTTCTAAGGTACCTAAAAAAGAGTACAAAGAAAAAAGTATCAGTAAA +GAATTAGAGCAATTAATAGAAAATAGAGAAACAAAATCTCTTAAAGATAATAAAATAGTA +CCTTTATATAAAGATGATTCAGTAGAATACTCTGGGCAAATTATAATGCCTATAGTAAGT +TCATCTGGAGATTGTATCGGTTCTATTACAGTGGTTTCAAAAGAAAATGAAACTCTTCCA +GATGGAATAGAAAAAATACTAAAAATAGCCTCTAATTTTTTAGGAAAACAAGTACAATAG +>spoVB_1 +ATGGATAATAACAGAAACAAAGACTCTTTCCTGAAGGGGGCAATTATACTTGGAGCAGCA +GGGATAATTGTTAAAGTAATGGGTGCATTCTTTAGAATACCTCTTGGAAACTTAATAGGG +TCAGAAGGTATGGGATATTACCAAGCGGCTTATCCTGTTTATACCTTATTCCTGACACTA +GCAACAGCAGGTTTCCCAACAGCGTTAGCTAAACTAGTATCAGAAAAAACAGCAATAGGG +GACCATAAGGGTGCAAACAAAATATTTAAAGTTGCATATATGGTTTTATTAATAACTGGA +TTAGTATCATTCTGCTTACTATTCTTTGGAGCAAAATATATAGTAACAGATTTAATGGAT +AATCCAGGCGCTCACTATGCTATGTTAGCAATAGCACCAGCGCTTTTATTTGTACCGGCA +ATGTCTTCTTATAGAGGATATTTCCAAGGTAAGAGAGATATGAGTAAGATAGCTGTTTCA +CAAGTAACGGAGCAGTTTTTTAGAGTTATATTAGGAATAGGTCTTGCCTATTATTTCATG +AAACAAAGTGGTCCAGAAATGGGTGCTGCAGGAGCCATAGCAGGGGCAACAATAGGTGCT +ATAGGATCTATTACATATTTAATAATTGCTTATTTAAGAGAAGGTAAGCAACGTAAAGCT +GATATAAAAGCAAGTAAAAGATTTAAAGATGAAAGTATTCCAAGAATACTAAAGAAAATA +TTGGCAGTAGCAGTGCCTATAACAATAGGAGCTTCTGTAATGCCTTTAGTAAATATGATG +GATAATGTTATAGTTATAAAAAGATTAGTAGAAGGTGGATTTACTCATGATCAAGCTGTA +TCTTTATTCGGACAATTGACAGGTATGGCTATGGCGATAGTAAACTTACCATCAGTTATA +ACTTCTGCTATAGGAATGAGTTTAGTTCCTTCTATATCAGAATCCTTTGCTTTAGGTAAG +TTAGGAAAAGCAAGAAAAGAAACTAGAAGTGCAATAAAAGTAACTTTATTAGTTGTTCTA +CCTTGTGCATTTGGGATAGCATCTTTAGCGGGTCCTATTATGCAACTTTTATATCCTAAG +GAACCAGCATCTTTAGGAACTATATTATTTACAATTTCACCTGCGATTATATTCTTAGGG +TTAATATTCAGTTTAAATGGTATACTTCAAGGTATGGGTAAACCAATGATTCCTGTAATA +GCTCTAAGTATAGGTATGTTAGGTAAAATAGTAATAAGTTATACATTAACTGTAATACCA +GAAATAAACGTTTTAGGTTCTGGATTAGGAACAGTTACGGCGTATGCCATAGCTTCATTA +ATTGAGTTGTATTTTGTAAAAAAATACATGGGTGTAAGATTTGGAAAAAAAGAATTTGTT +ATAAAACCATTAATAACTGTTATAACTATGTTTGTAGCTGTTAAGTTATCTTATGGGCTT +GTAAGCAATATATTTGGAAATTCTTTATCTACAATCATTTCAATAGGTATTGGAGCAATA +GTTTACGTATTAGTGTTATTAGGTATTGGTGGAATTAGAAAAGAAGAAGTTTTAATTATG +CCAAAAGGTGAAAAAATTTATAAATTATTAAGAAAGCTTAATCTTATGAGATAA +>hisE +ATGGGTAAGATAAATATCGTAGGACTTGGTCCGGGAGATGAATCTCTTATCAGCCAAGGT +GCATTAGATATATTAAAATCAAGTTCTAGAATTTATCTAAGAACTGAAAAGCATCCAACA +GTGGATAAGTTAAAAGAGAGTATAAAATATACTAACTTAGATTATTTTTATGAAAATGAA +GATAATTTTGAAAATGTATATAGAGAGATTGCAGAATTTATTATAGAAAAATCTAATGAA +GGTGATTTAGTATATGCAGTTCCAGGCCATCCAAGGGTTGCAGAAAGAACTGTAAGCCAA +ATAGAAGAGATTGCAAGAGTAAAAGGTATAGAGGTTGAAGTAATAGCTTCTATGAGCTTT +GTAGACGCAATGTTTAATTATTTAGCTATAGACCCAGCAGATGGATTTAAATTAGTAGAT +GCTTTTGAAATAGAAAATTCATATATAGATACAAATACAAGTATGATAATAACTCAAGTT +TATGATCACTTTATAGCTTCAAATGTAAAGTTAAGATTAATGGAATGTTATGATTATGAT +CAAGAAGTATGTATAGTAAATGGCGCAGGTGTCAAAGCTCTAGAGCGTAAGAAATATGTT +CCATTACATGAACTAGATAGACCTGAAAATCTATTTAATTATTTAACTAGCGTATACATA +CCGAGAAGTTCAAAGAAAATGTATAATACAGTACATGATTTAGAAGAAATAATGTCTCAA +CTTAGAGGACCTAATGGGTGTGATTGGGATAAGAAACAAGATCATGAAACTCTAAAAAAA +TACATCATTGAAGAAGCGTATGAGCTTTGCCAGGCAATAGATAATGATGATATTGATGAA +ATGATAGAGGAACTAGGAGATGTACTTTTACAAGTTGTATTCCACTGTCAAATAGGGAAA +GAAACTGGTTATTTTGATTTGACTGAAGTAATAAATGGTATATGTAATAAACTTGTATAT +AGACATCCGCATGTTTTCAAAAATGTTGATATAGATATGAATAATTTTGATAAAACATGG +GAAGATTTGAAAAAGAAAGAAAAAGGCGAATCTACAGTTACAGAAGGTTTAACTAGAATT +CCAAATCATCTACCAGCACTTATAAAAGCTGAAAAAATACAAAAAAAGGCAGCCCTTGTA +GGATTTGACTGGGATGATATAAATGATGTATATAAAAAAATTGAAGAAGAATACAAAGAA +TTACTTGACGAATGTAAAGAAGGAAATATAAAATACATAAAGGAAGAACTAGGAGATTTG +CTGTTCTCTATTGTAAATTTAGCTAGATTTTTAAAAGTAAACCCTGAGGAAGCTTTAAAT +TTGACTAATAACAAATTTATAAAAAGATTCAAGTTTATAGAAGATAATGCAATAAATTCT +GATAGAAATTTAGAAGATATGACATTAGAAGAAATGGATAAACTTTGGGAAAAGGCTAAA +TTTCAATAA +>hup +GTGAATAAGGCTGAATTAGTAACAAAAATGGCAGAAAAAAGTGAATTAACTAAGAAAGAA +GCAGAAGCTGCATTAAACGCATTTATGCAATCTGTTGAAGAAGCTTTAGTAGAAGGTGAC +AAAGTTCAATTAGTAGGATTTGGTACTTTCGAAACTAGAGAAAGAGCTGCTAGACAAGGT +AGAAACCCAAGAAACCCAGAAGAAGTTATAGAAATACCAGCTTCTAAAGCTCCAGTATTC +AAAGCTGGAAAATCTTTAAAAGAAGTTATAAACAAGTAA +>group_1109 +ATGAGATTAGATAAATACTTAAAAGTATCTAGAATTATAAAAAGAAGAACTGTTGCAAAA +GAAGCGTGTGACAAAGGGATTGTAACTATAAATGGAAAGTCTGCTAAGTCTTCATCAGAG +GTTAATGTTGGAGATATACTAGAGATTCAATTTGGTGAAAAGAAAATGAAATTCAAGATA +AATGAAATTAGAGAGCATGTATTAAAAAATGATGCTAAAGAAATGTACGATATAATAGAA +TAA +>yabP +ATGGAACATAACATAAGCTTAAAAGGAAGAAATAATTTAGTTATTTCCGGAGTTGAGCAT +ATTTACTCTTTTAATGATAAAAGAGTAGAAATAAAAACTTCTGCAGGCGAAATGGTAATA +GAAGGCGAAGAACTAGATATGGGTAAGCTTAATCTAGAGGAAAATGTAATAAGTATAGAC +GGTACTATAAATTCTATAGTATACGCAAAACCGAAGAAACCACAAGAAAATATTTTTAAA +AAGGTATTTAAGTAG +>group_1106 +ATGTTACCATTCACACAGGAATTAGGAGTCTTCTATTCAACTATTTATGGTGGAATTGCA +GTAGGTTTACTATTTGATATTTATAGAAGTTTAAGGCGAAACTTTAAAGTAATTAGATAT +CTTTCTCTGATTTTTGATGCATTATTCTGGATTATAGTTACCATACTAACATTCATAACA +ATAAATGCTGTAGAGAATTTTAATTTAAGATATTATCATATTATCGCTTTATTTATAGGT +TTTTTGCTATATTATAGCACCATAAGTAAGTTTATTTTAGCAGGTTTAAATAAGTTAATT +TATTTAATAACAAATTTATTCAAGAAAACAGCATGTTACATAGTCAGTATTTTGAACAAT +TTGTATTACGTTATTATCTATTCAATACACCTATTATTTGATATCATTTTTTATATACCT +AATATGTTTTTAGCTACTAGAAAATTCATAAAAAGAAAATCTGTAGGTAGATTAAAGATT +AAAAAAAGGGTGTAA +>group_1127 +ATGAAAATACAAAAGAGATTTTTAGGGCAGTTCATAGGATTATGTATGTTTTTAGTTTTC +ATAGTTTTCTCTATGATAGGGGGATTTTTATTTCAAATAACTAAATATAAAGATTATAGT +TCTGAAATATCTGGCCTAAATAAAGAAATTGAAGAGGCTGATAAAGAAATTGAAGAGCTT +AAAGCCATTGAATCAAATCAGAATGAAAATGATTTAGAGGAAATTGCTAGAATACGTTTA +AATATGGTTAAACCTAATGAGATTGTTTATTTTACTGAAAAGGAGATTGAGTCTAAGTAG +>ppx2 +ATGAGAATGGGTGCTATTGATATTGGGACTAATTCAATGAGACTTTTGATTTGCGATTAT +ATAGATGGAGAATTATTGAATAGAAAGAAGCTTGTTAACACTACGAGGATTGGTAAGGGT +GTTGATGAAAATGGATTTATTAGAGAAGATGCTATTAGAAGAAATCTTGATGCTTTGAAG +GAATTTTATGATTTGAGCAAAGCTGAAGGTTGTGAAAAGCTTTATTGTATTGGGACATCA +GCACTAAGAGATAGTAAAAATAGTGATGATTTTATAAAAAGAGCTAAATTAGAGGTAGGA +ATAGATGTTGATGTTATAAGTGGTAATGATGAGTCTAATTTAGGTTTCTTAGGTGTACTT +AAAGGAGCTAATGAAGATAAAGATATATTAGTTGTAGATATTGGTGGTGGATCTACTGAA +TTTATTCTTGGAAATTTTGAAGGGATAAAATTCGCTAAGAGTGAAAATGTGGGTGCACTA +AGGATGACAGAAAAATTTTTAACTACTGATATTGTAGATGATTATGAATTTGATATGATG +AGTGAGTTTATTGAAGAAGAGATCAAAAATACAATTGATTATCTAAAGGAAAAAGAAATA +AATAAACTTGTTGGTATTGGTGGGACTATAACGTCGTTATCTGCAATAAATCAAGAGTTA +GAAATATATTCAATGGAAAAAATACACAATAGTCAAATTAATATAGATGAGATAGAAAAA +ATTCTACAAAATTTAAAAAAGATGACATTAAATGATAAGAAATCTTTAAAAGGGCTACAA +AGTAAGCGTGCGGATATTATAACTGCTGGTGTAAAAATTTTACATATAATAATGAAAAAG +TTAGAATTAAGCGATATAGTTGTAAGTGAATACGATAATTTGGAAGGCTTAATATGTCAA +AAAGCAAAAAAGATGTCTTAA +>spoIIE +ATGGATAAAACGATCAATTCTTTAAAAAGTAAAGATATTAGATTAAATGATGTGAGAATA +AGTAAATTCGTTGATGCTAATACAATAATATTTATAATAATGGGGTTCTTATTAAGTAGG +TCTACACTAATTGATTATATAGCCCCCTTGGGATTTGCATTTTTTATATGTATATCAAAG +TTAGATAGATATAAGTATCCAGTATTTGTTTCTACTTTATTAGGTATATTATTATCTGGA +AATAACACCGGATCCATATTTAAGTATAGTATAGCTCTATGCGCAATTTTAATTTTAAGC +AGTCAATTAAAAAAAATACCATCTGTATTTAAAGTAAGTATGTTAGGTGTGTTTATACTG +TCTGCTGTTTCTATTGGACAAGCTTTAGTAGGTAGTAAATATGTTTATGATTTACTACTA +ATAGGAATGGAGGCTGTTATATTATTTATAGCCATATATATCTTCTCTTATGGAGTGACC +CTCATTATTAATAGTAGTAATAGAGTATCAGTACGGCTTGAAGAGGCCATATCAATAAGT +TTATTAATTACATTTAGTATTATGGGAATAGGAAGTATTAACGTATTTGGAGTATCTATA +CGCTCAGTTCTATCAACTGTATTAATATTAGTTGCTTCTATAGTAGGTGGATCTGCAATG +GGAGCTACTAGTGGAGTTGTGGTTGGAATTGCATTCATTGTAAATAATATAACATCAGCT +GTTTACATGGGGGTATATTCTTTTGCCGGTTTAGTAGGAGGTGCATTTAGTAGATTAAAT +AAATACTTTTGTATATTAGGATATATATTAAGTTGGATAATTATGTACTCTTACACATCT +GGTCTTAGCTCAAATATTATGGAGATTAGGGATATATTAATTGCTTCTTTAATAGTAATT +ATTTTACCTAAGTCATTTTTTAATAGAGTGGAAAGGCTTATAAAAAGTAATATTGATTCA +AATGAAATAGTCTATGATTATATAAATAGAAGTAAAAATTTAACTAACAATAGACTTATA +GACATATATAAAACCTACAGTGAACTTGCAAATACTTTTGATAACATAAGAGAAAGAGAT +AAAATAATAAATGAGAAAGATATAACTAATTTAATAGATATGATTCACAATGATGAGTGT +ACAAGTTGTAGTATGAAGAGAATGTGTTGGGAAACTAGGTTTAATCATACATATAAATTA +ATGTATAACTTAATCGAAAATATAGAGGAGTATGGGGAGGCCACTTCAAGAACTATTCCG +GAAGACTTTAGAAAAGAGTGTATGAAACCAGAAATGATAGTTAAGGTTGCAAACTATTAT +TATAAACTTTTTGCATTAGATTATGATTGGAATAATAAGTTTTCAGAGAGTAGAAAGATA +ATATCGAATCAAATTAAAAATATATCTAAATCTATAGAAGATCTGTCTAAGGATTTAGAT +AATAATATAAGTATAGATTTAGAAAAAGAAAGGGGCATTTCAGACGAGTTAGAAAGGAAT +AATATTAGTATAAAGAGGATAAATTATTTAACAAAAGGAAAAGATGATTTCGAAATAACC +ATAGAAAAAAGAACTTGTAGCAATGGATGCTTATGTGATAAGAGGCTAATAAGTATAGTG +GAAGATTGTTTAGATGAGAAGCTATCTGTCCAAAAAATTGGGTGCCATACTTTAGGTTCA +AATTGTACAATAAAGCTAACTAAAGCTCAAGTTTATAAAGCAGTAACTAATGTTGCGTCC +ATGTCTAGAGATGGATATGTACTTTCAGGAGATAATTATACTTATATGGAAGTCAGCGAT +GGAAAATATATAATGGCAATTAGCGATGGAATGGGAAAAGGTAAAAAAGCATATGATGAA +TCTTCTGTCACTATAGATATATTAGAGAAAATGATTGATGCAAAAATAGATAATGAAATA +GTAATTAACACTATAAATAATATGCTACTTCTTAAATCTTCAGAAGAAATGTTTTCTACT +TTGGATTTAGGAATAGTTGATTTAAAGAAAGGAAGCTTGGAGACTGTAAAAATGGGTTCA +TGCCCATCTTATATAAAAAGAGAGAATGGTGAAGTAGATCTAATTTCATCATCATCACTT +CCTGTAGGTATATTGTCTGATATAAAAATGGATAGACATAATACGAAGTTAGGAAATGGA +GATTATGTAATTATGGTTTCTGATGGAATTATTGATGCAGGTAAGAGTAATAATTTCGGT +GATAATTGGTTGATATATTTCTTACAGAAGTTAGAGTCTACAAATCCAAAAGAAATTGCT +AATAAAATTTTAGATAGAGCTTTAGAATTACAATTAGGAGAAGTAGATGACGATATGACT +GTTTTAGTTACAAAAATGTATTCTCAATAA +>group_1112 +ATGTCAGCTAAAAAAAATCAAAAAAGAAATAAGATAATAGCTATAACTATAGTAATTGCA +CTTGTATCAACTAGTATAGTTAGTATGTTAAGTATGATTGCAGGTGTATTCTAG +>glpX +ATGGATAGAAATTTAGCGTTAGAATTAGTAAGGGTAACAGAGGCTGCAGCTTTAGTATCT +TCTAAATTTATGGGTAGAGGAGATAAAAATGGAGCAGATGGAGCAGCTGTTGAAGCTATG +AGAAGAGCTTTTGAATCTATTAAGATAAAGGGTGAAGTAGTTATAGGCGAAGGTGAGTTA +GATGAAGCTCCTATGCTATATATAGGAGAAAAGGTTGGTTTACAAACAGATGATTGTAAG +GAAGTAGACATAGCTGTAGATCCATTAGAAGGTACTACACTAATAGCCAAAGGTCTTCCA +AATGCTATATCAGTAATAGCTATGGGTGCAAAAGGTAGTTTATTAAATGCGCCAGATACG +TATATGAAAAAAATTATAGTTGGACCTAAAGCAAAAGGGGCAATAGATTTAAATAAGACT +GTAGAAGAAAATATATTGTCTGTAGCAAAAGCTTTGGGAAAAAAAACTTCTGAAATGACT +ATAATAACACAAGATAGAGAAAGACATGATTACATAGTTAAGGCAGCAAGAAGTTTAGGC +GCTAGAATAAAGGTATTTAGTGATGGTGATGTTGCCGCAGGAATAGCTACATGTTTTGAA +GAAACAGGAATAGATATGCTAATGGGAATTGGTGGAGGACCAGAAGGCGTAATAACGGCA +GCGGCAGTAAAATGTATGGGTGGAGATATGCAAGGTCAAATATATCCATTAAGCGAACAA +GAAATAAAGAGATGTCATGAAATGGGATTCTCAGATGAAGACATAGAAAAAATATTATTT +ATAGATGATTTAGCAAAGGGAGAAGATTTATTCTTTGCAGCAACAGGAATTACTCAAGGG +GATTTATTAAAAGGAGTAGTACCTATAGGTAATAATAAAGCTACAACTCAATCTGTAGTT +ATGAGGGGTAAAACTGGAACTATAAGATTTATAGATGCTATACATAGTTTAGATAAAAAT +GATATATTAGTAGATTTAATGAAAAAATATAACATGGACTAA +>rho +TTGAATAATATAACGGTAGAAGAATTAAATAGTAAAACCTTAGCACAATTAAAAGATATA +GCTAAAGAATTAAATATAAAATCAGTTAGTAAATATAAAAAAGGCGAATTAATTGAAATT +ATCAATGAAAATACAAGAAAAAGTTCAGCGGAAAGTGTTAAAAAAGACGAGAATAATTTT +AATGAAAAACACAATGATATTAACAATAAATCGCAAGAGAATATACAAACATATAATAAT +AAACAAGAAATAACTTATGTAAAGCCTTATAATAAATACGAAAATAATAATAGAAATACA +GATAGTAAAAGTCAGAGAATAGACAATAGGCCTCAAAATAATGATTATAGTAATAAATCT +CAAGGAATAGATAATAGACAACCTAGAAATAATAATAATAATAAATCTTATTATACTCCA +AAGATAGTTGAAGAATCTAAAATAATTGATGAGTTCAATACTTCTAAAGATGATGAGGTA +ATGGGCGTATTAGAAATACTACCAGATGGTTTTGGGTTTTTAAGAGGTTCAAATTATCTA +TCTACAGAAGGGGATGTTTATGTATCTCCATCTCAAATAAGAAGATTTAATATGAAAACA +GGGGACAAGGTTAAAGGAATAACTAGACATCCTAAAACAGGTGAGAAATTTAGAGCGCTT +TTATATGTTCAAAAAATAAATGATGAAAGACCTGAAACTGCAATACAAAGAAAAGCATTT +GAAACTTTAACTCCTATATACCCGGAAGAAAAGTTAACTTTAGAAAAGAGTCAAGGTGAA +ATTGCCACAAGGCTTATAGATTTAATATCTCCTATAGGAAAAGGTCAAAGAGGATTAATA +GTAGCACCTCCTAAGGCAGGTAAAACTATGCTTCTTAAAAATGTAGCAAATAGTATTGCA +AAGAATCATCCCAATGTTGAATTAATAGTTCTTCTTATTGATGAAAGACCTGAAGAAGTT +ACTGACATGAAAGAGTCTATTAATGGAGATGTTATATACTCTACTTTCGATCAAGTTTCA +AGTCATCATGTTAAGGTTGCTGAAATGGTTTTAAATAGAGCACAAAGATTAGTAGAGCAT +GGTAAGGATGTAGTAATACTTTTAGATAGTATAACTAGACTTGCAAGGGCTTATAACTTA +ACTATATCTCCAACAGGAAGGACGCTATCTGGAGGTCTTGATCCAGGCGCATTACATGGA +CCTAAGAAATTCTTTGGTGCAGCTAGAAATATTAGACAAGGTGGTTCATTAACAATACTT +GCAACAGCATTGGTTGAAACTGGATCAAGAATGGATGACGTAATATTCGAAGAATTCAAA +GGTACAGGTAATATGGAATTGCATTTAGATAGAAAACTTGCAGAAAAAAGAATTTTCCCA +GCAGTAGATATATATAAATCAGGAACAAGAAGAGAAGATTTATTACTTTCTGAAGAAGAA +AAGACAGCACTTTGGAGGTTAAGAAGAGAAATGAGTAATAATTCAGTTATGGAAGTTACT +GATAAAGTTATAGAATTATTAAAAAGAACAAAGAATAATGAAGAGTTTATTAAATCAATA +AAGGCACTTTAA +>rpmE +ATGCAAAAGGATATACAACCTAAATACAATGTTATTGAAGTAAGCTGTGCATGTGGAAAT +AAATTCCAAGCTGGTTCAACTAACGATGAAATAAAAGTTGAAATATGTTCAGAATGCCAT +CCATTCTATACTGGAAAGCAAAAGAATATAGAAAAAGGTGGAAGAATCGACAAGTTCAAG +AAGAGATTCAAAATGGACTAA +>tdk +ATGTATAGACCGATTAATCATGGTTATATAGAGGCTGTAATTGGGCCAATGTACAGTGGT +AAAAGCGAAGAGCTAATAAGAAGGCTAAAAAGAGCTAAGATAGCAAAACAAAACGTTATG +GTATTTAAGCCTAAAATAGATGATAGATATAGTAAAGAAGACGTAGTTTCACATAGCGGA +GAAAGTATAGATGCAATTCCTATAAATAAAGCTAATGAAATTTACGATTATATAGATAAT +AAAGTTCAAGTTGTTGGAATAGATGAAGTACAGTTTTTTGATGAAGAAGTTGTGAATGTA +GCTGTAGATTTAGCTAACAAAGGAATTAGAGTTATAGCAGCAGGTCTTGATATGGATTTT +AAAGGTGAGCCATTTGGACCAACACCTAAGTTATTAGCTATAGCAGAATTTGTTGATAAA +ATACAAGCTGTTTGTTCTGTTTGTGGACAACCTGCTACGAGATCTCAGAGATTAATTAAT +GGAGAACCAGCTAGATATAATGATCCAATAATACAGGTTGGAGCAGTAGAAAGCTATGAA +GCTAGATGCAGAAAATGCCATGTAGTATATAAATAA +>group_1111 +ATGAGTAAACAAGCTGTTGGTGGGCAAGCTTTAATTGAAGGCGTAATGATGCAGTCAAAA +GAAAAAAGAGCTATAGCTGTTAGAAAAGCAGATGGAGAGATTGTAATTAAAAAAAATAAA +ATAAAAAGTTGGATAAATGATAAAAATATAGATAAAATTCCTTTTGTTAGAGGATCATTT +ATATTAATTGAAAACATGATTGAGGGTATTAATAGCTTGAATTACTCTTCAGAATTTTTT +ATGGATGAAGAAGATGAAGAGGAAGATAAATTTGATATATTGATTAAAAAAATATTTAAG +CATAAAGCTAATGATGTAGTTTTAGGTATAGCTATGGTTTTTGCTATATTAATTTCCATA +GGTATGTTTGTTTTAACTCCGACCTTCATAGGAGGCTTATTTTCAAAAATTATTTCTAAT +AAGGTTATTTTAAACTTAATAGAGGGAATAATTAGGATACTAATACTATTTACTTATATT +GTTATAATTTCAAAAAATAAGGATATAGAAAGAACGTTCCAATACCATGGAGCAGAACAT +AAAGCTGTATACTGTTATGAAAATAATTTAGAACTTACTATTGAAAATGCAAGAAAGTTT +ACTACATTACACCCTAGATGTGGAACAAACTTCTTATTTATAGTCATGTCTACATCTATA +ATATTATTTTCATTCTTTGGATGGCCAAATCCTCTAGCTAGAGTGATAATGAGAATAGTA +TGTATTCCAGTGGTTGCTGGTATATCTTATGAAATAATTAGATTTCTTGGGAAATATAAC +AATAAATTAACTAAAATTGTTGCATATCCAGGAATGATGTTACAAAAGTTTACTACAAAA +GAGCCAGATGATTCACAGTTAGAGGTGGCATTAGCTGCATTAAAAGCTGTTGTGAACTAA +>prmC_2 +ATGACAATTAGAGATATAATTATAAAGTACTCACAAGAGTTAGAACATATAAGTGACACG +CCAAGACTAGATGTTGAAATATTACTAGAAAAAGCTCTTGGAAATGTAGATAGTCTTTAT +ATACGTTTAAATTTAAATAAAGAATTAACACAAGAACAAGAAGATTTATTTAATACATTT +ATACAAGATAGATTAAAGGGAAGACCGGTAGCTTATATAGTAGGAAATAGAGAATTTATG +GGATTAGATTTTTATGTACAAGAAGGAGTTTTAATTCCAAGACCAGATACAGAGCCTTTA +GTAGAAGAGTTAATAGAACTTTGTAGAGGAAAAGAAAATTTAAATATTCTAGATATAGGA +ACTGGTTCAGGGGCTATAACTATAAGTTTGGCAAAATACTTGAATACTTCTAAGGTAAAA +TCTTTTGACATATCAGATATAGCATTAGAAGTTGGTAAAAAGAACGCAATAAGTAATGAA +GTTGATGATAGAGTTGAATTTATAAAATCCGATTTATTTAGCTCTATAGAAAATAAAAGT +ATACAATTTGATGTTATAGTTTCTAATCCACCTTACATACCTAAAAAGGATATAGAAACT +TTACATACTCAGGTGAAGGACTATGAGCCATATACAGCTTTAGAAGGTGGGGAAGATGGA +TTAGACTTTTATAGAAGCATAACAGAACAATCAAGAATGTATCTAAAAGAAAATGGAATT +TTAGCATATGAAGTTGGCCATGATCAAGCTGAGGATGTATCAAAGATAATGAAGGATAAT +GGATATACTAAAATATATACAAAGAAAGACTTACAGGGGATTGATAGAGTTGTTATAGGC +TATAAACTATGA +>prfA +ATGTTACAGAAATTAGCAGTACTAGAAGATAAATATAAAGAATTAACAGAAAAAATAAGT +GATCCTGAAGTAATAAGTGATCAAAAAGTTTGGCAAAAATATATGAAAGAGCATGCTGAC +TTAGAACCAATTATAATGAAATTCAGAGAATATCAGTCTGTTCTAAACAGTATAAAAGAC +TCTAAGGAAATATTACAAGAGGAATCTGATGAGGAATTAAGAGAGTTAGCTAAAATGGAA +CTATCTGAAATGGAAGATCAAGTAGAACCATTAGAAGCTGAATTAAAAATATTATTATTA +CCTAAGGACCCTAACGATGAAAAGAACGTTATAGTTGAGGTTAGAGGTGGAGCAGGTGGA +GATGAAGCAGCTCTATTTGCTGGAGACTTATTCAGAATGTATTCAAGATATGCTGAAAGA +AGAAGATGGAAGATAGAATTATTAAGTGCTAGTGATACTGGTGTTGGTGGATATAAAGAG +GTATCTTTCTTAATAAAAGGTAAAGGTGCATACTCAAGATTAAAGTATGAATCAGGAGTT +CATAGAGTTCAAAGAATTCCAGCAACTGAATCTGGAGGAAGAATACATACATCAACTGCA +ACAGTTGCGGTATTACCAGAAGTTGAGACTGTAGAAGTAAATATAAACCCAAATGACCTA +AGAATAGATGTTTTCCGTTCTTCAGGAAATGGTGGTCAAAGTGTTAATACTACTGACTCT +GCAGTAAGAATAACTCACATACCTACAGGAGAAGTAGTATCTTGCCAAGATGGTAAATCA +CAGTTAAAGAATAAAGAACAAGCTTTAAAAATACTTGTTGCTAGACTTAATGATAAGGCT +ATAGCTGAACAAAATAAAGAAATATCAGCTGAAAGAAAGAGTCAGGTAGGTACAGGTGAC +AGATCTGAGAGAATAAGAACTTATAACTTCCCTCAAGGAAGAGTAAGTGACCATAGAATA +AACTTAACATTATATAAGTTAGATCAATTCTTAGATGGAGATATCGATGAAATGATAGAT +GCTCTTATAACAGTTGATCAAACTGAAAAAATGTCTGCAATATAA +>zupT_1 +TTGATACTAAGAATTACTTTAATAGGTTTATTTGCAGGGGTTATAGGAACCGGTTTTGGG +GGAGTAATAGCAGCTCTTTTTAAGAAAAAGGTAGACAGATATATAGATTTTTTCATGGGG +CTATCAGGTGGAATAATGTTAGCTGTTGTAGTATTTGACTTAATGAAAGAATCTATGGAG +ATTATGGGGGTTATGCAGACAGTTATATTTACATTCGTAGGAGTAATTATAACAATGCTC +ATAAAGTCAAGCTTAGATATATCTAGTGATATGAAGTCAGGATATTTAATTTTTTTGAGT +ATATTATTACATAATCTGCCGGAAGGACTGGCTATTGGGTCGTCTTTTATGTCAAAAGAA +TCTCTAGGGATGACTTTAGCAATAGTTATAGGAATACATAATATACCTGAAGGATTAGCA +ATGGCATTAAGTTTGGTTGGTAGCAAAATGAAAATTGCTAAGGTAATTTTATTTACAATA +ATAGCAGGAATACCTATGGGTATAGGAAGTTTTTTAGGTGCTTATTTTGGGGGGATTTTT +TCTTCTCTTATAGGTGTATTTCTTGCTACAGCAGCTGGTACAATGATGTACGTTGTCTTA +GAAGAAATATTTCCTAAATCAAGAAGTCTATATTGTATAATTGGATTTTTAGTAGGTACA +TTAATTGTATATTGTATCTAA +>ywlC +TTGTATATTGTATCTAAAACTAAAACAAAGGTAGGTATACAAATGATGAGAACTATCATA +AGTAAAATTGAATCAGAAAACATAGATATAAAAGAAATAGAAAAACATGCAAAACTTTTA +AAAGAAGGAAATACAGTTATATTTCCAACAGAAACAGTATATGGATTAGGAGCGAATGCT +TTGGATGAAAATGCTGTGAAGAAAATATATGAAGCAAAGGGAAGACCGAGTGATAATCCT +CTTATAGTTCATATTTCAGAGGAAGAAGAGGTATATGACTTAGCTAAAAATGTAAGTGAA +AAGGCCAAAAAGGTAATGCGAAAATTTTGGCCAGGACCTATAACTATAGTTTTAAATAAA +AAAGATATAGTTCCTAAAACTACTAGCGGAGGATTAGATACAGTAGCTATAAGAATGCCA +TCACATAAAATTGCACAAGCAGTAATAAAAGAAGCTGGGGTTCCTATAGCAGCTCCTTCT +GCAAATATATCAGGAAGACCATCTCCAACAAAAGAAGCTCATGTCAAAGAAGAAATGAAT +GGTAGAGTAAATGGAATAATTTTAGGTGGAGATTGTAACTTTGGATTAGAATCTACAGTT +TTAGATATGACTGAAGAAGTACCTATGATTCTTAGACCAGGTAGTATAACTAAGGAAGAA +TTGGAAAAGTTAATTGGAGAGGTAAATTTAGACCCATCTTTAGAAAAAAAAGAAGATAAT +AAAAAGGCAAAGGCTCCTGGAATGAAATATACACATTATTCTCCTAATGCTGATGTTTAC +ATAGTATCGGGAAATTCCGAAGATGTAGTACAAAAGATAAATGATTTAGTTCAAAAAAAT +GAAAATAATGGATTAAAAACAGGTGTAATGTGCTTAAATAAAAATTATGAAAAATACAAT +GGTCTAGTTATATCTCTTGGGGAAAATTTAGAAGAAGTAGGTAGCAACTTATTTAGTACT +CTTATAGAAATGGATAAAAATAAAATAGACATAATATATTCAGAAGAATTCCCTGTAAGT +GGAGTAGGAAGAGCTATAATGAATAGATTACTTAAATCAGCTGGATACAAAATAATTAGA +GCTTAA +>rpiB +ATGAAAATCGGATTAGGATGTGACCATGGAGGATATAACCTTAAATCAGAAATAATCAAG +CATTTAGAATCTAAGGGGATTGAATGTGTAGATTATGGTACAAATAATGATTTAGATTCA +GTAGATTACCCAATATACGGGGAATCGGTTGCCAATGCAGTAGTAAACAAAGATGTAGAT +TATGGAATCGTTTGTTGTGGTACAGGGATTGGAATATCTTTAGCTGCAAATAAAGTTCCA +GGAATAAGATGTGCTGTAGTATCAGATGTATTTTCAGCAAAAATGTCGAAAGCTCATAAT +AATGCAAATATGCTATCTTTAGGAGAGAGAGTTATAGGAAAAGGACTTGCTTTAGAAATA +GTAGATGCATGGATAAATACTGAGTTTGAGGGAGATAGACACTCTAGAAGAGTTGATATG +ATAAATAAAATAGAAGAAAAGCATAGTAAATAG +>upp +ATGAGTAAAGTAATAGTAACAGATCATCCATTAATACAACACAAACTAACATTAATGAGA +GATAAAAATACAGGTTCTAAGGATTTTAGACAACTTTTAACAGAAATAACAATGTTAATG +GGATATGAAATAACTAGAAATTTACCATTAGAAGATGCAGAAATAGAAACACCAGTGGTA +AATGCTACATGTAAGGTATTACAAGGTAAAAAATTAGGAATAGTTCCTATATTAAGAGCT +GGATTAGGAATGGTAGATGGATTAGTAAACTTAATACCGGCAGCTAAAATAGGACACGTT +GGACTATATAGAGATCCTGAAACTTTACAACCAGTTGAATATTACTGCAAACTTCCTCAA +GATATACATGAAAGAGAAATGTTAATAGTAGATCCGATGCTTGCTACTGGTGGATCAGCA +GTTGCTGCAATAGATGTATTAAAGAAGAAAGGTGCTACAAATATAAAGTTAGTTAACTTA +GTTGCAGCTCCAGAAGGGATAGAAGAAGTTAAGAAGTATCATCCTGATGTAGATATATAT +GTTGCATCTATAGATGAAAAATTAAATGATCATGGATACATTGTTCCAGGATTAGGTGAT +GCAGGAGATAGATTATTCGGTACAAAATAA +>group_1114 +ATGGGAAAAAAGAATGCATATTTAGAAGTAGGGAAAATGCTATCACTAATAAGCCACATA +GGCATAACGATGGTAGTTTCTATATTTTGTACTTTCTTTCTAGGAAGGGGTATAGATAAC +TTACTTGATACAAGACCAATTTTTACGCTTATATCATTAGTAATAGGAGTTGGTGGAGCA +TTCGTATCTGTATATAAAATGGTTATTGGATATACGAAAAGGAAGTGA +>group_1101 +TTGGATATTAAATTACAACAAGAAATAGTAAATATAAATAAAGGAGTTTTAATATATGAT +GTTGTAATAATTATTGGATTATTACTAACTTCAACTTTTAGTACATCTATGTTAATGGGA +TTAGTTTTAGGTACATTAGTAGCATTGATGAATTTTATACTATTAGCAAAAACAATAGAA +AAATCAATAGATATGTCACCTAATGAAGCTAAACTTTATGCATCAAGTAGATATACCATT +AGAATGATTATAGTAGCAGTGGTACTGTTTATATCAGCAAAGTCAGAACACTTACACTTA +ATAGGTGTTTTCTTAGGACTGATAGGCCCTAAAGTGGTCATATTAGTCAGAAATAATATA +TTTGATAAACTAAAAAGAAAGGAGTCATAG +>atpB +ATGAGTTATGCAAGATGGTTACAAATTGGTGGTTTTAAAATAAGTACTACAGTTACGACT +AGTTGGATTATAATGGCAGCCTTAATTATAGCGTCTTATTTTTTAACTAGAAATCTGAAA +AAAGTTCCAACAAGTAAAGTTCAGATATTCTTAGAATTTGCTGTAACATCTCTTAAAAAC +TTAGTAACAACTACTATGGGAGATAAAGCAGTTAAGCAAATGCCAGATATGATATATTAC +ATAGGTAGTTTATTTTTATTTTTTGCATGTTCAAATCTAATAGGATTATTAGGATTTAGA +TCACCAACAACAGATATAGATACTACATTAGCATGGTCATTAATTACAGTATTCTTAATT +TACTTCGCTGGAATTAAAGACAAAGGATTGTCTTATTTTAAAGGAATGCTAGAACCAATA +CCTTTAATGCTACCGATGAATATAGTTAGTGAAATTGCAAGACCAATATCATTAACATTC +CGTCCATTTGGTAATATTTTAGGTGGAGCAGTTATAATGTCTCTGGTATATCAATTTTTA +GGATTTTTATCAACTTTAATACCAGGTGTAACAATACCGTTTGGTCAGTTATTAATACCT +GTACCATTACATTTATATTTTGATTTATTTGCAGGAGTGCTACAAGCATTTATATTTGTA +ATGTTAACGATGGTATTCGTAGGAAGTGCAACAGAATAA +>atpE +ATGGATTACACAATGGCACAAGCAATAATAGCTGCAGGTTCAGCTGTAGGAGCAGGATTA +GCAGTTATGACAGGTATAGGACCTGGTATAGGGCAAGGTTTCGCTGCAGGTAAAGGTACA +GAAGCAGTAGGAAATCAACCAGAAGCTAAAGGTGATATAATGTCAACAATGTTACTTGGA +TGTGCGGTAGCAGAGTCTACAGGAATATATGGACTAGTTATAGCAATAATCCTTTTATTT +GCTAATCCATGGTTATAA +>atpF +ATGGAAAAATTATTGATAGGAATAACACCAGACCTTGTATTTCAAATTATAAATACAATT +ATACTTTTCTTAGTACTAAAACATATTTTATTCAAGCCAGTATTAGGAATAATTGAGGCC +AGAGAAAATGATATACAAGATAATTTAGCTAAGGGTGAGTTAGCTAAAAACCAAGGTATA +GCATTAAAAAGAGAGTACGAAGAAAAAATAAATCGTGCAAAAGAGGAAGGTCAAGAAATA +ATAAAGCAAGCAACTTTAAGAGCAGAGAAAAAGTCTGATGAAATAATATCTAATGCAAAA +GATGAGGCAACTCATATAAAAGAAAAGGCAACTAAAGATATAGAACAAGAAAGACAAAAA +GTTATAAATGAGATAAAAGATGATATATCAGATATAGCTTTACTTGCAGCATCTAAAGTT +ATTGAAAAGGATATAGATAAAAATAAACATGAAGACTTAATAAAAGACTTTATAAAAAAG +GTGGGCGAATCTAAATGA +>atpH +ATGATGAATGTAATAGCAAATAGATATGCTGAAGCCTTATTTCAAATAGGGGAGGAAGAA +AAATTAACAGATATGCTGTACCAAGAATTAAGTGAAATTGTTAACTTAATTAAGGTAAAT +CAAGATTTATTTTCAATTTTAAAATCTCCTGTTATATCTAAAAAAGAAAAAATTAGTTTA +ATTGATAATATATTTGAAGATAAAATAAATATCAATATAAAAAATTTTTTAAAAATACTT +ATAGAGCAAGATAGGATTTCATTTATATCAGATATTTCTGATTCATATAAAGAGTTATTA +AATGAAAAGAATAATATATTAGAAGGATTTGTAATAAGTGCAATTCCAATGAAAAAAGAA +GAAATAAAAGAGCTTGAAGAAAAGCTTTCTGAAAAATACAATAAAAACGTTACTTTAGAG +AATAAGGTTGATAAATCTATTCTAGGTGGAGTCTTAGTTAGACTTGGAAATGAAGAAATA +GATGGAACAGTTAAAACTCGTTTAGATAAAATGAAAGAGCAACTATCTCAAGTAATATCT +TAG +>atpA +ATGAACTTAAGACCTGAAGAAATAAGTTCTATAATTAAACAACAAATAAAAAATTATGAA +AATAAAATTGAATTAACTGATACAGGTAGCGTACTAAAAGTTGGAGATGGTATAGCAACT +GTATATGGATTAGAAAAAGTTATGTCAAGTGAACTTTTAGAGTTCCCTGGTCAAGTATAT +GGTATGGCTCTTAACCTTGAAGAAGGTGTAGTTGGGGCGGTTATATTTGGTGATGACTCT +AACATAAAAGAAGGTGACATAGTTAAGAGAACTGGTAAAATAGTTGAGGTTCCAGTTGGT +GAAGCTATGATAGGTAGAGTTGTAAGTCCGTTAGGATTACCTATAGATGGTAAAGGACCA +ATAAATACTAACAAAACTAGACCTGTTGAATCTCCAGCACCAGGTATAATGGAAAGAAAA +TCAGTTCATGAACCATTACAAACAGGTATAAAAGCTATAGACTCAATGGTACCAATAGGT +AGAGGGCAAAGAGAGCTTGTTATAGGGGATAGACAAACAGGTAAAACTTCTATATTAATA +GATACAATATTAAATCAAAAAGGTAAAGATGTTATATGTATATATGTTGCAATAGGACAA +AAACGTTCTACTGTAGCTCAATTAGTTTCAACACTTGAAAAAGGTGGAGCTATGGATTAT +ACAATAGTAGTTTCAGCTACAGCATCTGAATCTGCACCACTTCAATACTTAGCACCTTAT +GCAGGGGCTGCTATGGGTGAAGAATTTATGTACAATGGTAAACATGTACTTATAATATAC +GATGATTTAAGTAAGCAAGCTGTTGCATACAGAGAGATGTCATTATTACTTAGAAGACCA +CCAGGTCGTGAAGCTTATCCAGGGGATGTATTCTACTTACACTCTAGATTACTTGAAAGA +GCAGCTAAGCTTTCAGATGAATTAGGTGGAGGATCTATGACAGCATTACCAGTTATAGAA +ACTCAAGCAGGAGATGTTTCTGCATATATACCAACTAACGTTATATCTATAACAGATGGA +CAAATATACTTACAACCGGAATTATTCTATTCAGGAGTAAGACCAGCTGTTGACCCTGGT +ATATCTGTTTCAAGGGTTGGAGGTAGTGCTCAAATAAAAGCAATGAAAAAAGTTGCTGGT +ACATTAAGATTAGCATACTCTCAATATAAAGAACTTGCAGCTTTCTCTCAATTTGGATCT +GACTTAGATGAAGATACTAAAAAGCAACTTGCTCAAGGTGAAAGAATAGTTGAAGTTTTA +AAACAAGGAGAGCATGAACCAATAAAGGTTGAGCATCAAGTTATGATAATATTTGCTGTT +ATAAATAACTTCTTAGAAGATATTCCAGTAAATAATATAGCTAGATTTGAAAATGAACTT +TATGAATTTATTGATAATAATTATTCAGATGTTTCTACTAAAATATTAGCTGGAGAAGAT +TTCTCTTCTGATTTAACAAACGCTATAAATCAATTTAAGAAAAAGTTTGTTATTGAAGCT +TAA +>atpG +TTGGCAGGTGCAGGAAGTAAAGAAATCAAAACTCGTATGACCAGCGTTGAAAGTACAAAG +CAAATAACTAAGGCGATGCAACTTGTAGCATCATCTAAGTTAAGAAAAGCTAAGGAGAGA +GCTGAAAGCTCAAGACCATACTTTACAACGTTATACAATACTATAAATGAAATATCTCAA +AGTACTAAGGGTGTAAAAAATGACTTTTTAGTACAAAGAGAGGTTAAAAATAAATGTTAT +ATAGTTGTTGCCGGAGATCGAGGATTAGCAGGAGGATACAACTCAAATGTATTAAAATCT +GTAGTTAACCATATGGCAGGTAAACAAGAAAAAATAATTTCTATAGGTAAAAAAGCCCAT +GAATTTTTTGATAAAAGAGGTTATGAAATAGTAAACTCTATAGAAAATGTTGAGCATTGT +AATTATGATAATGCTTTAGAAATATCAAATAATGTAATGGATTTATATAAAAAGGGAGAG +ATTGACGAAGTTTACATTGCGTATACAGAATTTGTATCCCCTTTAGTACAAAATGTAAAA +TTAATAAAAGTACTTCCATTAGTTTTTGAGAATAAAAATACTGAATCTCAAGAAAATTCT +GTGAGAAGAGGACGAGTGCAGTATTTGCCATCAGCAGAAGCTGTTTTAGGCTATATCATA +CCTAAATATATCTCTGGAACGATATATGGTGGGGTTATAGAATCTTTTGCATCAGAACAA +GGTGCTAGAAGAACGGCAATGGAATCGGCAACAGATAATGCAGATGAAATGCTATCTGAT +TTAGAGTTAAAATACAATAGAGCAAGACAATCAGCTGTAACTCAAGAAATAACAGAGATA +GTAGGTGGAGTTGAGGCTCTAAAATAA +>atpC +ATGGCAAGTGAATTTTCACTAGAAGTTGTAACTCCTGATAAAGTTTTTTATAATGATAAT +GTAGAGATGGTAATAACTAGAACTACAGAAGGTGATAGAGGTATTCTTAGAAATCACAGA +CCATTTGTAGCAGGATTAATCGAAGGTACACTTCGAGTTAAAAAGAATGGTGACTTTAAA +GAAGCAAAAATAGCAGGTGGATTTATTACAGTAGATAAAGAAAAAGCTGTAATTTTAACA +GAATCAGCCGAATGGATATAA +>acpS +ATGAATATATTAGATATTGGAGTGGATATAGTTGAGATTGATAGGATTAAGGATGCTATC +AATAAGAATGAAAGGTTTTTACATAGATTATTTACAGATAATGAAATAAAGTACTTTGAA +TCTAAGGGATTTAAGACTGAAACTATTGCAGGTAATTTTGCAGCGAAGGAAGCTATAAGT +AAATCTATAGGAATGGGAATTAGAGATTTTACTTTTAAAGACATAGAGGTTTTAAGAAAT +TCTTTGGGGAAACCTATAGTAAAAACTTATAATAATTTAAGTAAAATATGCATAGAGTAT +AATGTTCTAGAAATAAAGGTATCTATATCTCATAGTGAAAAATATGCTGTGGCAAATGCT +ATTGCAATAACTAAGGAGTGA +>guaB_1 +ATGAATGAAAAAAAAGCAAAAGATATAATGACAACTGATGTAATTGTAGCTAAAAAAGGG +GATACTATATCTGAAGTGGCTAATGTACTTATATCGGGAAAAATTGGAGGACTACCTGTA +GTTGATGAAGATAATAAGGTAGTAGGAATTATATCAGAAACAGATATAATAAAGAAAGAA +AAAAAGGCACACTCAACTCCTTTTATAAATGTTCTAGAAGGAATAATATTTTTAGATGAT +ATTAATAAGATGGAGAAAGATTTAAAAGAAATTGCAGCATATAAGGTTGAAGATTTAATG +TCGACGAATATAGTAAAAGTGCATGAAGACGATACTTTTGATAACATAGCAAATATAATG +ATAAAAAAATCTGTTAATAGAGTTCCTGTCGTAGACAAAGAAAATAGATTAAAAGGAATA +ATTTGCCGATATGATATAATAAGAGCCATGTATAATGAATAA +>group_1115 +GTGAGAAACAAGTGGATGACATTATTAATAATAACTATTGGTTTAAGTGTTAGTTTTGTA +GGTTGCCAAACTGGAGAATCCACAAAAGAAGAGGTTTACAAAAAGTTTCAAGAGCAAGTT +TCAAAAATTGAATCCTATACATGTACAGCTGAAATTGAAGTTGTGGGAAATAAAGGCAAA +AGTAGTTATACTTTAAAACACTATTATAAAAAGCCGGATAACTATAAGCTAGAGGTTATT +TCTCCAGAGAATCTTAAAGGAAAAACTATGGAATATAAGGATAATAAAATCATAGTCAAA +AACCCTGATATTGATGATCTTATTGAGCTACCTAATGAGAGTAAGGATCAACAATATTTA +TTTATAGGAGACTTTATGAAAAATTATCTTAAAAACGAGGCAATTACAATGAATTCCTCT +GATTCAGAATTGATATTAGAGGCAAGTATACCTGGAGATAGTGAGTACTTTAATAAGCAA +ATCTTATATATAAATAAAGAAAATAAAAATCCTGACAGAATGGAAATACTGGATAAAGAA +GGTAATATTAGATTTACAGTTAAATATGATAATTTCGAATATAAAAAGTAA +>alr1_1 +ATGATTAAAGAAACAGTTGCCCCTACTTGGGTGGAGATAAATCTAGATAACATAAAGTTT +AACTTAGATAATATAAAAAAATTATTAAAGAAAGATACTAAAATTTGTGGAGTAGTTAAA +GCTAATGCATATGGCCATGGTGCAGTACAAATTGCAAAGTTGCTTGAAAGAGAGAAGGTA +GATTATTTAGCAGTTGCTAGGTTAGAAGAAGGTATAGAACTTAGAGAGAATAATATAGAA +GCTCCTATCTTATGCTTAGGTTATATACCAGATGGGGCTATAAGAAATGCAATAATAAAT +AAAATAACGATGACAGTATATTCTTTAGAAATGGCTGAAAAAATAAGTGAATTAGCACAA +CAGATTAATGAAAGTGTAAATATTCATATAAAGATTGATACGGGTATGTCCAGAATAGGA +TTTCAGCCAAATGAAGAATCAGTAAAAAATATAGTTTTAATAAGCCAATTAAAGAATATA +AAAATAGAAGGAATGTATACTCATTTTGCAAAAGCAGATGAGGAAGATAAGCAATATACA +TACCTTCAGGCAGAAAAGTATAACTATATGTTAAATAGTCTAGAGGAAGAGGGTATTCAA +ATTCCTATAAAACATGTTTCTAATAGCGCTGCTATAATGGAGTGTCCTGATTTAAACTTT +GATATGGTCAGATGTGGAATTATATTGTATGGTCACTATCCATCTGATGAGGTCATGAAA +GATAGAATCGAGTTAAGAACATCTATGAAGCTAAAATCAAGGATTGCTCATATAAAAGAA +GTAAATTCAGATATAGGTATAAGTTATGGATGGAAGTATAAAACTAATAGTAAGGAAAAA +ATTGTAACTATTCCTATTGGTTATGCAGATGGATTTACTAGAATGCAAAATAATGCGAAA +ATATATATAAATAACTATCCTTTTGATGTGGTAGGAAGAATATGTATGGACCAATGTATG +ATAAAAATAGATAAGGATATAGACATAAAAATTGGTGATGAGGTCATAATATTTGGAGAA +GGAGATGCAACGGTAGAAAGGATAGCAACTGATTTAGGTACTATAAATTATGAAATTTTA +TGTATGGTTTCAAGGCGAGTTGAACGTATATATATGGAAAGAAATGCAATTTTACAAGCA +ACTAGTTATTTGGTAAAATAA +>group_1137 +GTGCATAATAAGAGCAAGGAAAAAATTGTGTTTACTTTACCTGACTCTCTTATATCTGAA +GTAGATAATATTGTTCAGATGGAAAATAGTAATAGAGAAGATTTTGCAAAAGCTGCTTTT +CAATTTTATATAACTCAAAAAAAGAAAATAGACTTAAAAGAGTGTATGATTAAGGGTTAT +AAAGAGATGGGTCAAATAAACTTATCATTAGCTGAACTAGGTATGACAAATGAAGTATCT +TCTGATGTTGATTCTGAAGGGAATATCGCTCAAGGTGAGTAA +>ndoA +GTGAGTAATGTTAACTTAGAAGTAAAAAGAGGAGATTTGTATTATGCTGATTTAAGCCCG +GTTGTAGGTTCGGAACAAGGTGGAGTGAGGCCGGTTCTGATAATACAAAATGATATAGGT +AATAAGTACAGTCCAACAGTTATAATAGCTGCGATTACATCTCAAATTAACAAAGCTAAA +TTACCTACTCATATAGAGATAAGTGCTAATGAATATGGGCTTAATAAGGACTCTGTAATT +CTCTTAGAACAAATCAGAACTATTGATAAAAAGAGAATAAGAGAAAAGATAGGTTGTCTA +GATAGTAATGTGATGTTAAAAGTGGATAATGGTCTTCAAATAAGTTTGGGACTATTTAAT +ATTTGA +>cbbT +ATGAGAGACCATAAAGGATTAAATGAAATTACGTGTAGTATAAGAAAAGACATAGTTTCT +ATGATACACGGAGCAAAGTCAGGACATCCAGGAGGATCACTATCAGCAGTTGAGATATTA +ACAGCTCTTTACTTTGATGAGATGAATATTGATCCAACTAATCCTAAGATGGAAGATAGA +GATAGATTTGTTTTATCAAAAGGACATGCTGCTCCAGTTTTATATGCAACGTTAGCTCAA +AAAGGATACTTTGATAAAGAAGAGTTAAAAGGATTAAGAAAAACGGGGAGGATGTTACAA +GGGCATCCAGATATGAAGGGAACTCCAGGTGTTGAAATGTCAACAGGGTCATTAGGACAA +GGGTTTTCGGTAGCATGTGGAATGGCTATGGCATCTAAATTAGATAATGCGCCATGGAGA +GTATATGCTTTACTTGGAGATGGAGAGTGTCAAGAAGGAATAGTTTGGGAAGCTGCAATG +AGTGCTGCTCACTATAAATTAGACAATATGACAGCATTTTTAGATTATAATGGACTTCAA +ATAGATGGTAATACAGATGATGTAATGAGTTTAGGTTCTATAGTTGATAAATTCAAAGCT +TTTGGGTGGAATGTTATAGAAATAGATGGACATGATTTTGATCAAATATTTGCAGCTCTT +GACATGGCTAAATCAACTGTAGGTCAACCAACTATGATAGTTGCTAAGACAATAAAAGGT +AGAGGTGTATCATTTATGGAGAACCAAGCTGGATGGCATGGAAATGCTCCTAGTGACGAA +CACTTAAGAATTGCTTTAGAGGAATTAGGAGGTGCTTTCCATGAGTAA +>dxs_1 +ATGAGTAAAATAGCTACTAGAGATGCATATGGAAAAACATTGCTAAAATTAGGTGAAACA +AATGATAATGTAGTGGTATTAGATGCAGACTTATCAAAATCTACAAAAACAAATGACTTT +TCAAAGGCATTCCCAAATAGATTTTTTAACATGGGTATAGCTGAGCAAAACTTAATAGGT +GCTGCTTGTGGATTTGCAACAGCAGGAAAAATTCCTTTTGCAAGTACTTTTGCTATGTTT +GCTACAGGAAGAGCATTTGAAGTTATAAGAAATTCAGTATGCTATCCTAAATTAAATGTT +AAAATATGTGCTACTCATGCTGGTATAACAGTAGGAGAAGATGGAGCATCTCATGAAAGT +ATAGAAGATATATCTATAATGAGATCAATACCTAATATGACTGTAGTAGTTCCTGCTGAT +GGAATAGAAACAGAAAAAGTAATATTAGAAGCAGCAAAATACAACGGACCAATGTATGTG +CGTCTTGGAAGAAGTGCCGTTCCTACACTATTTGGGGAAGATTACAAATTCGAAATAGGA +AAAGGTACTGTTCTTAGAGATGGTAATGACGCTACAATAATAGCTTGTGGTATGATGGTG +AATGAAGCTATAATTGCGCATGAAGAATTAAAAGCTGAAGGTATAAATGTTAGAGTAATA +AATATGTCTACAATAAAACCTATAGATAGAGAATTAATTGTTAAAGCGGCTAAAGAAACA +AAAGCTATAGTAACTGCAGAAGAGCATAGTATAATAGGTGGACTAGGATCTGCTGTAAGT +GAAGTAGTATCTGAAGAATGTCCAGTAATAGTTAAGAAGGTTGGAGTGAAAGATGTATTC +GGAGAATCTGGAACACCAGCTGAGTTATTAGAAAAGTATGGATTAACGGCAAAACATATA +GCTGAATCAGTAAGAGAAGCTTTAAAATAA +>group_1129 +GTGAATGTAAAATTCAATATGAAAGGGGTAATACTTGGAGTAGTACTAGTATTTTTTATC +ATAGGAGGATTTCTGTTCTTACCTAAAATGTTTATAGAGGATTCGACACCAGTAGATTAT +ACTATGATTCAAAGGGATGCTATACCCGAAAAGATATTAAATATTATGGACAAATATACA +AATGAAGAGAGAGCATTAGCTGTCAAACTAGATAATAAAATATATGTAATAGTAACTAGA +GCAAAGGAAAAAGACCAAGGAATAGAAATAGACAAGATAAGTATTGCTAAAGAAGAGGAC +AAGAATACGATGAAAGTTGAGATAACTTATAAAGATAAAAAAGATTCATATCCTTTTGTG +GTTGCGGAAACAAATTTAACAGAACTTCCAGATAAAATAGAATTAAATTCTTCTAATGAT +GCTAAATAA +>lon_1 +ATGCTAAATATAGATAAATATAAAGTAAGTGAAGATAATTTAAAGTTTAAATGTTCGTTA +GATGATTTAGATTTTAAAACAACAGAAGATATAGAGCCCTTAGGAGGAATAATAGGTCAG +GATAGGGCTGTAACTTCTATAGAATTTGGCTTAAAAATGAAACATAAGGGATACAACATA +TATATAGCTGGAGTAAGTGGAATAGGGAGAACCAATTATGCAAAATCTCTTATAAAGAAA +AATATAAAATTTAATGAGAATCTAAAAGATTGGATATATGTTAATAATTTTAGAAATAAT +AATGAGCCAGTAGCCTTATCTTTTAAAGCTGGAGTAGGTAAGGAGTTTAAGAATGATATT +GATGATATTATAGAAAAATTAAAAGTTGAGATACCAAAAATATTTAATTCTAAAGAATAT +GAAAATCATAATAGGCTTTTAATGACAGAATTAGAAAATAATATACATAGTATAATTGAC +GAATTAAATGAATTTGCTAAACCTAAGGGATTTAAATTTCAGATTACAGAAAGAGGTTTA +TTAAGTGTACCTATAAAAGAAGATGGTCAACTAATGGAAGAACCTGAATTAGGTAATCTT +ACACCGTCTGAAATAAGAGAGTTAAGAGAACGAGGATTGAAGTTAAATCAAGAAAGTAAG +GAATATATAGATAAAATAAAATCCTGTGAAGATATATACAAGAATAAAAGCAATGAGTTA +GATAGAAATGTAGGAAGAAGTTTAGTTGGATTTTATGGTCAATATTTATTAACTAAGTAT +GGAGAAGATGAAAAGGTAAATAAATATATAAATGCTTTATGTAATGATATTGTGAATAAT +ATTGCTAAGTTTAAAAAAGAGCCGGAAGATGATAAAAAAGATGCAATGGCATTATTGGGA +ATTATGCCCAATAAAAGAGATGATAAATTCTTAAATAGATATAGGGTTAACTTATTTATA +GATAATAGTGAGTGTAAAGAATGTAAGATTATAGTTGAAAGTAATCCTACGTATTACAAT +TTAACAGGTTCTATAGAGTATAAAAATGAGATGGGTTCATTAACAACAAGTTTTATGGAA +ATAAAACCTGGAGCAATTCATAAAGCTAATGGTGGATTTTTAATTATTAATGTAAGGGAT +TTGTTATCGAATCCTTTTTCATGGGAGTGCTTAAAAAGGACGTTAAAAACAGAAAAGATA +AATATAGAATCTTTAAATAAGCAGTATGGATATTTAGTTACATCAACTTTGAAACCGGAG +CCAATAGATTTAGATTTAAAAGTTATTTTAATTGGAGATAGCTACTATTACAATCTGCTT +TATGCTTATGAAGATGATTTTAGAAATTTATTTAAGATAATGGCTGACTTTGATATAGAA +GTAGATAGGAATAAAGATAATATTTACAAAACAGTTCAACTTATTTCGAATAAATGTAAG +GAATCAAATTTAAAACATTTTTATAAATCTGCAGTAGAAAGATTGATAGAGTATAGCACT +AGAATAAGTGATGACAAAGATAAGCTTAGTGCTAGATTTAATAAAATTGTAGATATAATA +TATGAAGCAGATGCTGTTACAGATGATTATGAACTATATGTAACAAGAAAAGATGTAGAT +AAAGCAATAAAACAAAAGATATACAGAAACAATAAGTATGAAGAAAAATTAAATGAAATG +TTTGAGAATGGAACATTATTAATCGATCTAGATGGAGAAAAAGTAGGACAAATAAATGGA +TTAGCTGTTATGGGAACAGGAGAGTATTCCTTTGGAAAGCCATCAAAAATAACTGCATCT +ACTTATAGAGGAAGAAGAGGAATTATAAATATCGAAAGAGAAATAAAAAAAAGTGGAAGT +ATTCATGATAAAGGTGTATTAATTTTAAGTGGTTACTTAGGAAATAGATATGGTAAGGAA +AAGCCACTATCAATATCTACATCTATAACATTTGAACAAAATTATAATGGAATAGATGGC +GATAGTGCATCTAGTACAGAGCTGTATGCAATAATATCTAGTATTGCAGATATACCAATA +AAGCAATATATAGCGGTCACAGGTTCAGTAAGTCAAAAAGGTGAAATTCAACCAATAGGA +GGAGTTAATGAAAAAATAGAAGGTTTCTTTGATGTTTGCAAGATAAAAGGATTTACAGGA +AAGCAAGGTGTAATGATACCGATACAAAATGTAAGAAACTTAATATTAAAAGATGAAATT +ATAGAAGCTGTTAAAGAGGGAAGTTTTAATATATATGCAATATCAAATATAGATGAAGGT +TTAGAAATTCTTACAGGTAAAAGTAAAGAAGAAATTGATCTTGCTGTAAATGAAGTATTG +GATAAATATAGGAAACTAGATAAAGAAGATGATGAAGAAAAAAATAAAGATAAGAAGAAA +AATAAAGATAAATAA +>group_1119 +ATGAAAAAAGAATTTAGAAAAAAGGTTATATCTGAAAGAAAGAATCAAAGCCCAGAATTT +ATTTCTAAAAATTCTTCTATAATAACAGACAAACTATTACAAATGGACTGTATAAAAAAA +GCAAAAACGATTATGCTTTATTTTGATTTTAATAATGAAGTACAAACAGATAATTTAATT +AATAAGCTAATATCTTTAAGAAAAATTGTCGCTTCTCCTATAACTTTAAAAGAAGAAAAA +AAATTAATACCAACTCAAATCACAGATCTTAAAGAAGGGATCAAAATTGGCGCTTATAAT +ATAAGAGAACCAAAACCTGAGTGTTCCCAAGCTATAGGTATAAAAGACTTAGATGTTGTA +ATAGTTCCTGCTGTTGCTTATGATACTGATTGTTATCGACTGGGGTATGGCGGAGGTTTT +TATGATAGATTTTTAGAAAATTTAAGACCAGATGCTAAAACTATAGGAATTGCTTTTGAT +TTACAAATATTTGATGAAGTACCAAAAGATCCTCATGATGCTCAATTAGATTTTATCATT +ACTGAATCTAAAATTATAACTCCTAATAAATGA +>group_1102 +ATGATATCTAAAAAAAAGGCCATAATAGGGTCAATAGTTTTAGTAGCAGTTACGGCTATG +CTTACATCAACGTTGCAAATAGCAATTGGTAATAAGGTTGTAATACCTAGAGACTTATAT +GAAAGTTATAAGAAATATAATAAGTTAATTGGACTAGAGCAAATAGTAGAAGGAGACTTT +TACAAAGAAGTTTCGGAGGATGATTTAGTACAAGGATCTATAAAGGGAATGTTTTCAGGT +TTGGGAGACATATATTCTCAGTATTATACTAAAGAGGAATTTGAATCATTAAAAGAACAA +ACAAGCGGATCATTTGTAGGAATAGGAGTTTATATTAGCCCTACATCAGATGATGATTAT +ATAACAATAATCGCACCAATAGAAGGATCTCCAGCTGAAAAGGGTGGTATAAAAGCAGGG +GATAAAATCATAAAAGTAGACGATCAAAATGTATATGCAAATGATTCTGACAAAGCAATA +AGCATGATAAAAGGAAAAGCTGGTACAGAAGTTAAACTTACTCTAAAAAGAGGAGAAGAA +GAGCTTGATTTAAAGATAAAGAGAGAAGAAATAATATCTAAGAGTGTTGATAGTAAAGTT +TTAGAAGATGGTATAGGCTATATAAAAATAACATCATTTAATGAAAATACATATAAAGAG +TTTACAGAAGCACTAAGTAATTTGAAAAAGCAAAATATAAAAGGATTAGCTTTAGATTTA +AGAAATAATCCTGGTGGTTTATTAGATATTTGTAGTGAAATTGCTGATGACTTAATTGGA +GAAGGGACAATTGTATATACTAAGGATAATAAAGGTGATAAAGAATACATAAAGTCTGAC +TCAAATAAATTAGGTCTACCAATAGCAGTTTTAGTTAATGAAGGCAGTGCATCTGCATCA +GAAATACTTACAGCTGCAATAGTAGATAATAATGAAGGTATAGCAATAGGAACTACTACT +TTTGGGAAAGGTTTAGTTCAAAGTGTTAGAGAACTAAAAGATGGAACTGGGTATAAATTG +ACTACAGCACAATACTTCACTCCAAATGATAATTACATACATGGAAAGGGTATAGAGCCT +AAAATCATAGAAAAAGATGAAAATAAACAATTAGATGTGGCTGTTAATTGGATAAAAGAG +CAAATTAAATAA +>group_1110 +ATGAAAGAGAATATGGAAAAAGTTATTGATTTTGAAGAATATAAAAATAAAAAGAAGAAA +ATAGAAGTCGATAGAGTTGAACTTTTGAAGCTTATAAAACAAATAGTAATGACAAAATAG +>dnaG_2 +ATGAATGATATAAAAGATATAGTTGAAGAAGTTAAAAATAGATGTGATATTGCTAATGTA +ATATCAGAATATATGCCTATAAAACAGTCTGGAAGCAATTATAAGGGCTTATGTCCTTTT +CATGGAGAAAAGACACCATCATTCCATATAAGCTCGTCTAAACAGATATACAAGTGTTTT +GGATGTGGAGAAGGTGGAGATGTTATCAACTTTGTAATGAAAATGGAAAATTTAGATTTT +ATTGATGCAGTAAAGTTATTAGCAAATAAATGTGGTATTGAAATAAACACCAATATGAAT +GAAGAAGATAAGCTAAGAATGGAAAAATCTAAAAAGTACCAGGATATACATCTTGAGGCA +GCAAGATTTTATTTCGCAAACCTACTAAAAGAGAAAAATCCAGGTTACGATTATTTAAGA +AAAAGAGGACTAGATGATAAAACTATTAAAAAGTTTGGTTTAGGTTACTCACAAAAGTCA +TGGAATGAGCTCATGAATTATTTATTATCTAAAGGATATGACAAACAAGATTTGGTACAG +TGTGGTTTAGTAAATCATAAGGCTGAAGGTAATAAATATTATGATAGATTTAGAAATAGG +GTAATGTTTCCTATATTTGATTATAGAGGAAATGTAATAGGATTTGGAGGAAGGGTACTA +GATGACTCCTTGCCTAAATACCTAAATTCGCCAGACTCATTAATATTTAATAAAAGATAT +AATCTTTATGGATTAAACTTTTCAAGAAAGAATATAGTAGATAGAACTATTATTTTAGTC +GAAGGATATATGGATTTAATATCGCTTTTCCAGTATGGCGTAAGAAATGTAGTAGCTACA +TTAGGGACAGCTCTAACAGAACAACAGGGGAATTTAATAAAAAGATATGCAGATACTGCA +ATTATTTCTTATGATTCTGATGAAGCAGGTGTTAAAGCTACCTTAAGAGCTATAGAAATT +CTTTCTAAGATAGGGATTAATGTAAAGGTTATAAATTTAAAGGATTGCAAAGATCCTGAT +GAGTTTGTAAGAAAATATGGACTTGAAGAATATAAAAAAGCAATTGGTGATTCTACTCAC +TATATAAAATTCAGAATTGACCATCTAAGAAAAAGTTTTAATTTAGAAAAAGATGAAGAA +AGAGTGAAGTTTGCAAAAGAAGCATCAAAAATTATAAAAGAACTTAAAAGTCCAGTTGAA +GTTGATTACTATACAAATTATATAGCAAAGCAAATTAACATAAGCACAGAGTCTATAAAA +AAAGAAGTTTATGGTAAAGACTATAATAAGGTATATAACAAACAAAATAATAAATATGTA +ACTAAAAAAGTAGAAAAAGTAATTGAAAAGCCAAAAGCCATTAAAAAAGGTAAAGAGCTT +GTTGAAGAAACTCTTATAAAATTATTGCTAGAAAATAAAAAAATAAGAGAAATAACCTTA +TTAAAGGTAGAAGAGTCAGATTTTTTATTAAATGAGAGTAAAGAAATTTTAAATTACATC +ATTAAAAATAGAGATTTGGACAAAATAACTATTGACAAAATTAAAAGTTTAAACATATCC +GAAGAATATCTAAAGGATTTGGAAATAATATCTTTAGATAGTATAGATATGAATGATATA +AAAAGCATAGATGAAATAGTAAAAAATCTTAAGAAAAATAATCTTCAAGAACAGATGAAT +ATACTGTTACAAGAGCAAAAAAATATTGAACTGCAGAAACAAAATAAGGATGACTTGAAA +GAGGTAGATGTGAAAGTTATGGAAATTGCTTTAAAAATTGTTGAAATAAGAAAGATGCTA +CAAAGCTTATAG +>sigA_1 +GTGACTGAAAATAATAAAAAAACATCAAAAAAATTCGCAGCAAAGAGTTTAATAGAAAAA +GGTAAAAAGCAAGGCGCACTTACTCTTGCAGAAATAATGGAAGCTTTCTCAGAAACTGAG +TTAGATAAAGACCAAGTTGAAAATCTATATGAAACTTTAGGGAATTTAGGAATAGAAGTT +ATAGAAGATAAATCAGAAAAAGTTGAGATAGATTTCACTGTTGCAGAAAGTTTAAGTTTA +GATAATATAGATGAAAATCCTGATGATATAGATAAAGAAGAAACTATTGAATTAGAAGCA +ATTGATTTATCTTTGCCAAAAGGAATAAGTATAGACGATCCAGTTAGAATGTATTTAAAG +GAAATCGGAAAAATACCTCTACTAAAGCCACATGAAGAAGTTGAGTTAGCAAAAAGAATG +CTTGAAGGCGATGAAATCGCAAAGCAAAGATTAGTTGAAGCGAACTTAAGATTAGTTGTA +AGTATAGCTAAGAGATATGTAGGAAGAGGAATGCTATTCCTAGATCTTATACAAGAAGGT +AACTTAGGTCTTATAAAGGCTGTTGAAAAATTCGATTATGAAAAAGGGTTTAAGTTCTCT +ACTTATGCTACATGGTGGATAAGACAAGCTATAACTCGTGCTATAGCTGACCAAGCAAGA +ACTATAAGAATACCAGTTCATATGGTTGAAACAATAAATAAATTAATAAGAGTATCTAGA +CAATTACTTCAAGAATTAGGTAGAGATCCAAAACCTGAAGAAATAGCTAAAGAAATGGAA +ATGACTGAAGAAAAAGTTAGAGAAATCATGAAGATAGCTCAAGATCCAGTATCTCTTGAA +ACACCAATAGGGGAAGAAGAAGATAGTCATTTAGGAGATTTCATACCAGATGATGATGCT +CCAGCACCTGCTGAAGCTGCAGCATACTCTTTATTAAAAGAACAAATAGAAGAAGTTTTA +GGTTCATTAAATGAAAGAGAGCAAAAAGTATTAAAACTTAGATTTGGACTTGAGGATGGA +AGAGCAAGAACTCTTGAAGAAGTTGGTAAAGAGTTTGATGTTACTAGAGAAAGAATAAGA +CAGATAGAAGCTAAGGCTTTACGTAAATTAAGACATCCAAGTAGATCTAAGAAACTTAGA +GATTACTTAGATTAG +>group_710 +TTGCCTAGACAAAATCGACGTAAATCACACTATAAACCTCACTATAAATGGGGAGGTAAT +ACCATGCTTTGGGCTAGTGAAACAGAGCAAAATATAATTCAAAACTCCCAAAACCAATTA +AAATCTGAATCTAAGACAGACTTAGAAAAAGATATTAATTATGGTAAGAGAATTAATTAT +TTTCATTAG +>trmK +TTGAAATTAACAGATAGATTATTAAAAATAGCATCATTAGTTAGTGAAGGAAAAAGAATA +GCAGATATAGGTACAGACCATGGATATATACCTGTATATTTATTAAATAAAGGTACAGTA +CCATTTGCAATTCTTGCAGATGTAAATAAGGGTCCTTTAGAGAATGCACGTAAAGAAGTT +AGACATAATAAGTTAAGTGATAAAACTGATTTAAGGTTAGGTTCTGGAATAAAGGTACTT +AACAAAGGTGAAGTTGATGAAGTTATAATAGCTGGAATGGGTGGAATATTAATTAGTGAA +TTATTAGAAGCTAAAAAAGAAGTATCTCATTCTGTTGATAAATTAATACTTCAACCAATG +CAAGCTCAAGAAGAATTAAGAAAATACTTATTAAATAATGGATATGAAATATTAGATGAA +GTATTAGTACAAGAAGACTTTAGAGTCTATGAAATAATAGTAGCTAAATATACTGGAAAA +AATACAGTTGTAGAAGATGATATATATTATGAAGTAGGAACAAAGCTTATAGAAAATAAT +GACCTTTTACTTAAAGAATTTATAGATAAAAAAATCTATAAATACAACTCTGTAATAGAA +AAGTTAGAAGGTAAAAGCGGAGATACTATAGATAAAAAAAGAAATGAAAGTAAGACTAGA +ATAGAGAAGCTTAAGAAGTTAATATAA +>group_915 +ATGAGTAAGTATCCATTTAATAAAGAAGAAGAATTAAAAGATGTAGGTACATATCCTCAA +ATTCCTGGAATTTATGGTATGCCAAGTTTTCCATCTAGAAAATTTAATACTCCTATTACT +CCAAAAGAAAATGTACTTAGAATGTGTAGAAAAGAAAAACCTCTTTGGCTTCCAAATATA +GCAAATGATATAAATATAATTCAGCCTTTAGTAATGCCTGATGCCTTAGCTAGATGGAAA +GGTGGTGTAGACTGGTTTGGCATTGAGTGGGAATATGAACCACAAACTAATGCTGCTATG +GTTAAGCCTGGTACTAGAAGACTTAGCGACATAACTGAATGGGAAAATGAACTAGTCTTT +CCTGATCTAAATGAAATAGACTGGCAAAAAGACTATGATGATAATTATAAAGATGTTCTT +AGTCCAAATCGTGCTACTATGTTTGTTATAGTTAATGGATTATTTGAGCGTACTGCAGAC +TTAACTAGCTTTGAAGATACTTTCTGCTATTTACTAGAGGAACCAGAAGCACTTCATGCT +TTTTATGATAAATTAGTTGACTGGCATTTGGAATTATTCAAAATTGCTAAAGATATTTAT +GGAGCTGATATAATAACATTCCATGATGATATGGGTACACAAAGAAGTTCATTCTTCTCT +CCTGACACATTTAAAGAAATTATGCTACCTCATTACAAAAAATTAAATAATGAAGCTCAT +AAAATGGGACTTTACGTAAACTTCCACTCTTGTGGTAGTGTTGCAAACCAAGTTGAAAAC +TTCTGTGAAGCTGGATTCGATTTTTGGGAAGGTCAGGACGCTTGTAATGATAAGTCTACC +TTGATGGAACAATATGGTGATAAACTAGGTCAAGTAAGCATGTTTATGCCTGAGCCTACA +CTTTCAGATGATGAATTGATAGAAGCCATAAAAGAAAAACTTAATACAGTAGGAAAAACT +GGACGATATATAACTTGGTTTAGCGATTTAAATCCTAACCGTAAGATTAATGGAGATGAA +TTAATTTATACTCTAAGTCGTGAGATGTATAGCAAATAA +>group_920 +ATGAAAACTAAGAAAAATAAATCAATTTCATCAAGACAACGTCCTAATTCATTTGGTTAT +ATGATGCAACAAATAAAAGAACCAATCTTAGGAAGACCAATAAGTCCTAAGGAAAACTTA +AGAAGAGTATTTGCAGGAGAAAAACCAATGTGGATGCCGGCATGGCTGTATGAAGTTGAT +TATTGTTGGTCAGATGAGGTATTAGAACATCCAAAATATGAGTATGATGGATTTGATTGG +TTTGGTGTTGAATGGGTATGGGTAGAAGTTGCTGGTGGGATGATGGTTAAGCCTGGAACA +AGAACCTTAAGTGATATTACAAAATGGAAGGAAGAAGTAATATTTCCAGATTTAGATTCT +ATAGATTGGGAGTCTGATGCAGCTATACAAACATCCAGATATGATAATGATAGGATGCAT +GTATTTCATCTTACTGAAGGTATATTCGAGAGATTACATGAACTTATGCCTTTTGAAGAT +GCATTGGCAGCTATGATTGAAGATCCAGAATATGTTTTAGAATTCTTTGAAGCTATGGCG +GATTATAAAATAAAATTACTTAGTAAAATATTTAAATATTATGAGCCTATAGATTTCGTA +ATATATGGAGATGATTGGGGGACACAACGTGCAGGATTTTTTTCAAATGAAATGTTTAAA +GAAATGATTTATCCATCTGCCAAAAGAGTAATGGACTATATTAAGAGCCAAGGAAAATTT +ATTGAACTTCATTCTTGTGGGTTGAATCAACAGTATGTACCTTTTTTTAAAGAAATGGGC +ATAGATTTATGGACTCCTCAATCAATTAACGATTCAGATATGCTAAAAAATAAATATGGG +TCTGAAATAAGTTTTTGCTTTGTAGTAGAAGGATTAGATGATCCAAATATTACAGAAGAA +GGAGCTAGACAAATAATTAGAGACTTTGTTGATAAATATGCTAAAGGAGGTAGAGCTATG +GCACAAATTTTTGCACCGCCTGAAGTATTAAAAGTTTGCTTAGATGAATTATACAATTAT +TCCTTAAACTTCTATCTTAAAGAAAATTAA +>group_840 +ATGAAACAACATAGCCAAGATAAAACAGGCTTTATGGCAACAGCTGCTATTATGTCAATA +TTTTTGCTAGCAATGGGTGTAGGTACTATAACGCCAGCAATACAGAATATAGCAGAAGCT +TATCCAAATGTACCTTACACAACAATAATTTATATTTCTACATTGCCAACATTGACATTA +TTACCAGCATCTCTTATCACTGGTGCTGTAGCAGGTAAAAAGGTTAAATATAAAACATTA +GCTTTAATTGGTGTATTATTATTTATAATTTCAGGATGTGCACCAGCATTTATAAATAGC +ACATTTACATTAGTATTAATTTCAAGAGCTGTATTAGGAATAGCCTTAGGTATAATAGCT +CCTTTAGGAAATGCAATAATATTTGGATTATATGAAGGGCAAAAAAGAGCAAATCTAGTT +GGTATAGGTACTGTTGTAACTAATTTAGGTGGAGTTGTTCTTCAGATGCTAGGAGGAACA +TTAGCAGGGATAAACTGGAGTTACTGTTTTTTAGGTCATGCACTTGGAATTATATCATTC +TTAATAATACTTTTCTTCTTACCAGAGCCTAAGAAGATTGAAGAACCAAGTGTAGATATT +AAGAGTGGAAAAAAAGAAAAACTTGGTGTTGGAGTATGGGTTATTTGTATATTATTTGGT +GTGATTAACATTTTAAACTATCCTACAATGATGAATATGTCAACATTACTTGTAAACAGA +GGCCTTGGAGATGCAACTGTGGCTGCAACAGTATTATCATTATTCACAGTTGGTGGAATG +ATAGGTGGAGCAATATTTGGTAAGGTATTCCAGATAACTAAAAGATTTGTCATTGCTGTA +GCTTGTACAATAATGGCTATGGGGGTTGGTCTTATAGTCATAGCTAAAAGTACTTTTGTA +ATGATGGCAGGAACTACTCTTTTAGGTTTAGGATTCTCAATATGTATGCCTGCAATATTT +ATGATACTAGGTATGATGACAACGCCATCACAAAATACCTTTGCAATATCATTAGCAACT +GCAATTATGAATTTTGGAGGTTTTGTATCAACATACTGGGTAATGGCTATTCAAGGTATA +ACTGGAGATGGAGTATTTATGCCTATTGTACTTGAATTTATAATATTTGCAGTAGCTGCA +GTAATATTCCTTGTAGTTAATCCAATACCAAAGCAAAAAGAAGTTGAAGAAGGGAAATAA +>group_950 +ATGGATTTGAGAGAAAATGTAATAGAAACATTAAAAAATGGGAATCCTAAAGCTTTTGTA +AATGAATGGGAACCATTTAGAATGGTGATTGACCCAATATTTCAAAAAGTACTTACAGCA +ATTCCAGGTAAAACTGTAAAAGACCCATGGGGAGTAACAATATTTTGGGGAGAAAATGAA +CCTGGAGCTATGCCAATGATAAATGATGAAACAAAAGTATGTCCTGATATTACAGAATGG +AGAAAATATGTTAAAGCTCCTGATATAGAAAATTTTGAATATGATTGGAATACAGTAAAA +GAAGAAGCAAGAAAAATTCGTGAAGATGGAAAATATGTAATGGCGTTGATGGCTACAGGG +CTTTTTGAACAATGCCATTATCTAATGGGATTTGAAGATACATTAGTTAACCTGTTAATG +GAACCAGAAGATATGCATGAACTTATTGAATATATAGCAGAATATAAACTAATTTATTTA +AAATTATTAATAGAAAATCTTAAACCAGATGTTATTATGTTCCATGATGATTGGGGAGCA +AAAACAAATCTTTTTATGAAACCTGATACTTGGAGAGAGTTTTTCAAAGAGCCATATCGT +AGAATATATGGATATATGAAGGAACATAATATTATTGCAATGCATCATGCAGACAGCTAT +TGTCAGCCTATAGTCAAGGATATGGTAGATATAGGTATTGATATCTGGCAAGGAGTTTTA +CCAGAAAATGATATTCAACAAATTAAAAAAGATACAAATTATAAATTAACTTTAATGGGT +GGTATAGATGCCTCTGTTGTAGATAAAAAAGATATAGATGAAGATACAGTAAGAAAAGAA +GTTCAACGTGCATGTGAAGCATATTCTGAAGGAGGAATGTTCATACCATGTTTGACATAT +GGTGGAGAAGGTAGTATATTCCCAGGTGTAAATGATATTATTATGGATGAAATTAATAAG +CTAAATAAAAAATACTTCCCAATAAAATAA +>group_727 +ATGAAAATAAGTGAAGAAATTATAGCAAGAAAGCTTCATGAAAAATATATTTTTAAAGAA +TTTGGTTCTCTTTCAACAAATTTGATACTTGAAAGACCTGTATTTTTTAAAGATGAATAT +TGTATTTTAAATAATAAAGTATGCATTATGTATAGTGATTATATCCCCTTAAAAAGTATC +GATTTAAAATCATCATTAATATTAAGCATCGGACCTATTGATAAAGACAAATTATACTCA +TCAAACACATTGTTGGAATTTACTAAAGATACTTGTCCTTTTGAACTTTTTAATTATATA +CAAGAAATTTTTGATACTTATGATGAATGGGAAAATAAACTTCAACAAATTTTAAATGAC +AATAACTCAATAAAAGATATGGTAGATTGTAGCTTTAATATTTTCAATAATCCAATGATA +ATATGTACCTCAGACTTCCTTTTAATTTCTTACTCAAGTATAATTGATGAAGATCCTAAT +TTAGAGCATATTGCTGACCCTGATAAAATTTATGAAAATAGCAATATACTTAAATTAGAT +TCTGAATTTAATTCTCATAGAGATACTGTTGGTGCATTTTATTATTATGACCATATTTCT +GGTCTTATGATGCTGTGTATAAACCTATTTGACCATAATCGTTTTACTCATCGTATAATA +GTTAGCGAAGAATTTCATAGTTTTTATCCTAGCGATAAAAAACTTCTAGAATATTTTTCT +AAATATATAGATCTTATGATTTCTAAAATAAGTATCCTTACACCTGACTTTAACTACACT +TTAAACAATATAATATCTAGTATACTATCAGAAGACCTAGTTAACCCTACATTTATCAAT +CAAAGACTTGCTGAATTTTACTGGTTTTCTAATCATACCTATTTTTGTATAAACATAAAA +ATAGGTATCTTAGATATTCAAAACCTAACTGTTAACTCTATATGTAAGCAAATAGAGTCA +ATTATTCCTAACTCCTGTTCACTATTTTTTAATGATGATATTGCAGTATTTGTTAATCTA +ACAAAATTTGGTGGTGATATAAAAGATGTTATGAGCAAACTAGTTGTATTTCTTAGAGAT +AGTTACTTAAAAGCTGGTGTTAGTAATAGTTTTGTTGGGCTATCAGAGTTAAAATATAAC +TACATTCAAGCTTGCATCTCATTAGATATTGGAAGACGATATAAACCATATCAATGGATT +TACCACTTTGAAGATGTAGCACTTTCTTATCTTATGGAATGTTGTACTAAAGACCTTCCT +CCTCATATTATCTGTTCACAAAAAATATTACTATTAAAAAATCATGATAAAGAACATGAT +ACCGAATACTACAAAACACTAAAAATTTATTTAGAAAATAATTTAAATGCAGTAAAATCA +TCTAAGCTTCTTTTCATTCATCGAAGCACTTTTTTATATAGATTACAAAAAATAAAAGAA +CTTATAAATATTAATTTTGATGATTTTCAGAACATACTTTATCTTTGTATTTCATTTAAT +ATTTTAGATAAATCTGAAGAAAATAAATTAAAAACTATAGATTATTACGAATAG +>acsE_1 +ATGATTATAATAGGAGAAAAGATAAACGGATCAATACCGGCAGTTGGGAAAGCGATTGCA +GAAAGAGATGCAGATTTTATCCGTAATAGAGCTAAAATACAAGCTGAAGCTAATTCAACA +TATATTGATGTATGTGCATCTGTAAAAGAAGAAGTTGAAGTTGAAACATTAAAGTGGATG +ATTAATTTAGTTCAAGAAGTTACAGATACACCAATTTGCGTAGATAGCCCAAGTCCTCAT +TCTTGTGTAGCAGCTTTACCTTTTTGTAAAAAAACAGGACTAGTAAACTCAGTTTCTTTA +GAAGGAGATAAAATAGATATAATATTTCCAGCTATAGCTAATACAGAATGGGAATGTGTA +GCTTTACTTTGTGACGATAAAGGAATACCAGATTCAGTAGAAAGAAGAATGGAAGTATTT +GAAGGAATTATGAAAAAAGCAAAAGAGTATAATATAGACCCATCAAGACTACATATAGAT +CCACTTGTAGTAACTCTTGCTACAGATGGAGAAGCCTTAACAGTTTTTGCAGAGTGTTGT +AAGCAAATAAAAGCTCAGTACCCAACAATTCATATTACTAGTGGACTTAGCAATATATCA +TTTGGATTACCAGCTAGAAAAAATATAAATCAAGCTTTTATGGTATTAGCAATGAATGCA +GGAATGGATAGTGCAATAGTTGACCCAACAAATAGAGATATGTTGGGAATGATATATGCA +ACAGAAGCTTTATTAGAAGAAGATGAATATTGTTTAGAATATATAGGTGCATATAGAGAA +GGGCTTATTGGCAAATTACCACAAACAAATGCTTAA +>metH_1 +ATGTCTAAAATTCAAGAGGTTTCAAATGCTGTACAATCAGGAAAATCAAAGATAGTTGGA +GGATTAGTTCAAGAAGCTTTAAAAGAAGGGTATGACCCAACTGAAATTCTTAATTTAGGT +ATGATAGATGCCATGAGTATTGTAGGAGAAAAATTTAAAAATAATGAAATATTCGTTCCA +GAAATGCTTATAGCAGCAAGGGCTATGAAAAAAGGAGTAGAGGTTTTAAAACCACATCTT +GCTGGAGATAATACAGTTTCAGCTGGTAAATTAGTGATAGGAACTGTAGCTGGAGATTTA +CATGATATAGGTAAAAATTTAGTTGCAATGATGATGGAAAGTGCAGGTTTTGAAGTGATA +GATCTAGGTGTTGACGTTCCTGCTGAAAACTTTGTTAATGCAGTTAAAAATAATTCTGAT +GTAGATATAGTTTGCGTTTCAGCGTTACTTACAACAACTATGCCAGCAATGAAAGATACA +GTAAAAGCTCTTACAGATGCTGGGTTTAGAGATAAAATAAAAGTAATGGTAGGTGGAGCA +CCTATAAATCAAGAATTTGCAGATGAAATTGGAGCAGATGCATACACTGAAGATGCAGCA +TCTGCAGCTCAAGTTGCAAAAGCTTTTGTTAATAAAGCAGCTACTAATAATTAA +>group_832 +ATGATTGATCTTGAGGTAATTATAAAAAAAGCTCTTGATATGGGATTCACAGTTGCGTCT +AAGCTAGATTGTTATACAATAAATCTAATGCCAGAAGTAAGAGATATGTGCGCAGCTAAT +AAATGCAATATGTATAATAAAAATTGGGCATGTCCACCTGGATGTGGAAGCTTAGAAGAA +TGTAGGGATAAAATAAAAAACTATAAAGTAGGAATAATTGTTCAAACAGTAGGTGAATTA +GAAGATTCTATGGATTTTGAATCTATGCAAGAAATAGAAGAAAGACATAGCAAAATTTTT +ATGAAGTTCTCTGACGAATTAAAGAAAGAATATGATAGTGTACTTTCTCTTGGTGCAGGT +TGTTGTCAAAAATGTAGTAAGTGTTCTTATCCAGATGCACCTTGTAGATATCCAGAGAGA +GCTGTTTCATCAATGGAAGCATATGGAATGTTAGTAAGCCAAGTCTGTAGCGATAATAAT +GTTAAGTATTACTATGGACCAAATACGTTAGCATATACAGGTTGCTTTCTTATAGAATAA +>group_624 +ATGAAAAAAACTATTATATCACTTATCTGCTTTTTGTTATTCTTCACAAATATCTCTTTT +GCAGATACTAACGATATCAAACAAACCATAAAAGACATAGAACTTGTCAATAATAACATT +AATATAATTGTAAAGAAAGTAATTGGAGATGAAAAGCTTGATATTAATGCTCTAGAAAAA +GATATAAAATTTTCAGAATCTATATTAGGAGAACGAACAAAAAAGTATCATCATTATATA +CAACTGAATCTAATGCAGAACTGA +>group_850 +ATGAAGAATAAATATGATCTTTTCAATGATATGAGTATAAATGATGATTATGAAATACAT +AAACTATCACAAGATGAAAAAAATAAGTTATTTGATAATTTAGTTAAAGATATAAATAAA +GATAAAAAAGATAATAAAAATACTTATAGAAAGGTGGTTATAGCATCGTTACTTTGTTTA +TCCATTTCTACAGCTTTGCTTAGCAATGATAATGTTTTAGCACTGGTTCAAAATATAGGT +AAGCAGATAGAAAGTTTTTTAGGAAAAAAAGAAGATGAGTATAATGGATATAAGGTAGAA +GTTAATCAAAGTTGTGAGGATAAGAGGATTAAGGTTAGTTTATTAGAAGTATTATTAGAT +GATGAAAATTTATTATTAAGCATGAATATAGATACTTCTAATTTTGATGAAAGTAAGTTG +AAAAAAGGTTTATTCTTAACTAATAATTACTACTTACCAGAAGCTACTGTGTATATTGAT +GGAAAGAAGTTTGTAGAAACTGGTGGAGCAACGAGATATGAAAGAAAAGAAAATAATAGT +CAAAACTTCTTAACTTCATTAAGCTTGGAAAATATAGATACTAATAATGATGGAAGATCT +GATATAAATAATTATCATATACTTGATAATTTAGATCCAAATAAAGATTATGATGTTAAA +GTTGTTTTTGATGAAGTTGGTGTTCAAAAATATGGGCTTATTCCAAGGGTTATAAATGAT +CAGTTTGAATTTATAAAAGGGAATTGGGAGTTTAATTTCACTGTTAATGGAAAGAAGATT +ATGGGTGAAACTAAGGTTTTTGATATAAATAAAGAAATAAGTATAGATGATGAAGATTTT +AAAGCTTTAATTAATATTGAACAATTAAGAGTATCTCCGATTTCAGTAAAATTAAGCTAC +ACAAGCAAAATTGGTGAGGGATATAGCTTTGAAAATAGAGATATAAAAATTGAGTTATTA +GATCAAAATGGAGAAAGTATCAATGTTGGTGGATCTGGTAGGTATAATGAAGATGAAACT +TATATGGAAAATATATTTGAAGGAAATCTAGAAGATAATCAAAAGCTAAAGAGTATAAAG +ATTTTACCTTATCAATATTATATGGAGAAAAATTCTGATAATCCTAAATATCACCATAAA +ATAGACTATGAAGATAAGGCTATAATAATTGATTTAGATTAA +>group_898 +ATGAGTGAAGTAAAAATTACTAAGAATAACAATAGTATTAATAAGATAAATATTTTTAAA +TGTATTGGGAATTTAATTTTTTTAGTTTATATAGTAGCTGTATTATCAATAACGGGTGTA +TTATATATAAAACCTAGCGATTTTACATATATGCATATGTCACCTAATTTAGTTCCACTT +GTAAATACAATAAGTGACTTTATGGGTAATCCACAAAGTGTACTAAGACAAGTTATACTA +AATATTATATTTTTTATGCCATTTGGTTTTTTATACACTATGCTATATTTGAAAAAGGAT +AAAAAACTTTTAAAAGTACTTGTTATAGCATTAGTGTTTTCAACATGTATAGAGACTTTA +CAGTTTTTTGTTGGAAGATTTATGGATGTTGATGATATAATATGGAATACTTCTGGGGCT +ATAATAGGAAGTATTATATATTTTTTAATTAATAATTTGATATGTAAGATAAAATAA +>group_838 +ATGAATTTATCAAAAAGAATAAAGTCAGTTCCAACTTCAACTATTATGGAACTATTAACA +CTTTCAGCTAAAGCTAAAAAAAGTGGTAAAAAAGTTTACCATCTAAATATAGGACAACCA +GATATTAAAACTCCTAAAGGTTTTTATAAAGCTATAAGAGAATTTAAAGGAGAAATTTTA +GAGTATTCTTTATCTGAAGGTTTGCCAGAACTTATAGAATCTATAAAAAAATATTATGAA +GACTATAATATTCAATTTGATAATGATGAAATAATTATAACTAATGGTGGTAGTGAGGCT +TTACTTTTTACAATGCTTACAATATGTGATGATGGTGACAATATCTTAGTACCAGAGCCT +TTTTATTCAAACTACTATAATTTCTCAAAGTCAGTTGGTGTTAATATAAATCCTATAACT +ACTCTTGCAGAAAATGGATTCCATTTACCAAATAAAGAAGAAATAGTTTCTAAAATAGAT +AATAAAACTAAAGCAATATTATTCTCTAATCCAGGTAATCCAACTGGTGTTGTTTATACT +AAAGAAGAAATAAATATGCTAGCAGACATTGCAATAGAGCATAATCTATGGATAATAGCA +GATGAAGTTTATAGAGAGTTTATTTACGAAGGTGAGTATACTAGTTTAGGAAATATTGAA +AAAGTTAAAGATAGGGTAATAATAGTTGATAGCGTTTCTAAACGTTATAGTGCTTGTGGT +GCTAGAATAGGTTGTGTTGCTTCTAAAAGTAAAGATTATATCAAAGCTATACTTAAATTA +TGCCAAGCAAGATTATCTGTTCCAACGCTAGAGCAACTAGGAGCAATAGAGCTTTATAAT +ACTGATAATTCTTATCTTAAAGATGTTAATGAAGAATATAGAAAAAGAAGAGATGTATTG +TATGATGAGCTTATAAAAGTTCCTGGTGTTATATGTGAAAAACCAACTGGTGCTTTTTAT +ATAGTTGCAAAGCTTCCTGTTGAAAATGCAGATCATTTTACTAAATGGCTTTTAAGTGAT +TTTGATATAGATGGAGAAACTGTAATGCCATGCCCTGCAGAAGGTTTTTATATGACACCT +GGACTTGGAGTTGATGAAATAAGACTTGCATATGTTCTTAATTCTGATGACTTATCAAAG +GCTGCACGTTTACTTAAAGAAGGGCTTGAGACTTATTTAAAGCTAAATAAAAAAATAAAT +ATTTAA +>sseB_1 +ATGAGTAATTTAGTAAATGTGAAATGGTTAATAGATAATTTAAATAATGAAAAATTAGTT +ATAGTTGATTGCAGATTTAATTTGATGGATAAAGAATATGGTAAAAGAAGTTATGAAGAA +GGTCATATAAAGGGTGCTAAAAGAGTTGATATAGAAAGAGAGTTATCAAGTGTTGTTAAA +GTTCACGGCGGAAGACATCCAATACCTTCAACTAATGAATTAAAAAATACTTTTGAGAAT +ATTGGAATTAGTGATGATTCTATAGTCATATCTTATGATGAAGGTGACTTAGCAGGTGCA +TCAAGATTATGGTGGATTTTAAAATACTTAGGACATGACAAAGTATACGTACTTGATGGA +GGATTAGAAGCTTACAAAGAAGCAGGTGGAGAAATATCTACTGAAAATACTAAATCAACA +AAAGGAAATTTAAATATTAATGTTAAGGAAAATATGAAAGTAGATATGGAGTATGTTAAA +GAAAGAATTAATAACGAAAAAATTGCACTTGTAGATTCTAGAGAATATCAAAGATACATA +GGTGAATTTGAGCCAGTAGATAAAAAGGCAGGTCATATACCTGGTGCATTAAACTTCTTT +TGGATGGATATACTAAAAAAAGTAGACGGCAAATACTATTTAAAATCATTAAAAGAACTT +AAAAAACAATTTTCTAACTTAAAGAACTACGATGAAGTTATAGTTTATTGTGGTTCTGGT +ATAACTGCATGTCCTAATAGTTTAGCGATTAGTGAAGCTGGAATTAACCACAAATTATAT +GCAGGGAGCTTTAGTGATTGGATAAGTTACGATGAAAATGAAGTAAATATTAAGTAA +>group_757 +ATGTCAAAAGAACAAAAATTTCAACTTAGAAATAAAAATATTCTTGAAGTATCTGAAAAA +ATAAATTTCCATCTATTTTGTCCTAAATGCAAAAAAGAAACTATAATCAATGTAAAATTA +GTAAATTAG +>tdcB_2 +ATGACAAAAGTTACATTAAAAGACGTTCAAGAAGCTAAAAAAACAATAAAAGGCATAGTT +AAAAAAACAGATATACTTGAGAGTGTAAAACTAAGTGATATGACAAATGCAAATGTATAC +TTTAAATGCGAAAACTTACAAAAAACAGGTTCTTTTAAAGTTAGAGGCGCATGCAATAAA +ATAGCAAATCTTACAGATGAAGAAAAGTCAAATGGAGTTATTGCATCTAGTGCAGGTAAC +CATGCCCAAGGTGTAGCGTTAGGAGCAAAAATGAATGGAATAGATGCAACAATAGTAATG +CCTGCAACAGCACCTTTATCAAAAGTAACAGCAACTAAAGGTTATGGAGCAAAAGTTGTA +CTAGAAGGTGTAGTGTACGATGATGCTTATGCAAAAGCTGTAGAAATACAAAAAGAAACA +GGAGCAACATTCCTACATCCATTTAATGATAAATATGTTATAGCAGGTCAAGGTACTATT +GGTCTTGAAATATTTGAGCAAATGGATCATAATGTTGATACAATATTATGTCCAATTGGT +GGTGGAGGACTTATTGCAGGAGTTGCAGTAGCTGCAAAATCACTTAATCCAAATATAAAA +ATAGTAGGAGTACAAACTGCAAATATTCCTTCAATGCATGAATCTATGAAGCATGGCAAG +GTTACAACAGCTTTTAAATCAACTACAGTTGCAGATGGTATAGCAGTTAAAACTCCTGGA +GATATAACTTTTTATATAATAAAAGAATTAGTTGATGAAGTTGTTTTAGTTGAAGAAGAT +GAAATAGCAGAAGGTTTATTATTCTTAATGGAAAATCAAAAAGTTATAGCAGAAGGTTCT +GGAGCAGTTACTACTGCTGCGTTATTAAGTGAAAAATATAAACCTAAAACAAATGAAAAT +GTTGTTTGTATAATATCTGGTGGTAATATAGATGTTAATACATTAAGTAAAATAATTTTA +GCTGGATTAACTAAGAGTGGTAGACGTTTTACATTTTATACAAATATCAAAGCTCAACCA +GGTGGTCTAGCAGAATTAAGTAAGATAATAACTGGTCTTGATGGAAATTTAATATCAGTT +AACTTATCTGCAGAAGGAGTAATTGGTAAATTAGATGCGAAGATGGTTATTGAGACATTT +AACCATGAACATATAGAAAAAATTAAAAATGCCGTAAAAGAAGCTGGTTTTGAAATGGTA +GAAGTATAG +>araC +ATGGGTAAATATAAATTTGTAGAAACTGAATCAGTAGCTTACTTAGAGCCAAAACAAAGT +CAAGCTCTAGATTTATTTTTATGTCATAGTGGTATTGAAAACTGTAATCCATCTTATAGT +TTTGGTCCAGAAACTAGGGATCATTTTATAATTCATTATATATTAGATGGAAAAGGGGAG +TTTACAGTTAACAATAAGACATATAAATTAGGTAAAAAGGATGGTTTTTTAATAAAGCCA +GGAGAAGAGACTTATTATAAAGCAGATGATAAAGATCCATGGATTTACATGTGGATTGGA +TTCAATGGTATAAAAGCTGAAACTTATTTAAAATACGCTAATTTAGATGAAAATAATCAT +ATATTCAAATATGAAAAAGATAGTTCATTAAAAAAATATATACTAGAGATATTATCTCTA +AATATTATGAATAATTCTAATAGATTAAAAATATATGGATTGTTGTATTTATTTATAGGG +AATCTAATAGAAAATAATAAATACATGGATAAAGAAAATTCTAATACTCAAGTTGATGAA +TATATAAATATATCTATTGATTTTATTAATAATAATTATTCTAATAATATAAAAGTGACT +GATATTGCAAATTATGTGGGATTAAATAGAAGTTATTTTTCAAATTTATTTACTAAAAAA +ATAGGTATTTCTCCACAGGAATATTTACTCTCACTTAAGATGGAGAAGGCTTGTAATTTA +TTAACTAATTTACAATTATCCATAGGGGATGTAGCAAGACAAGTTGGATATGAGGATCAA +CTCACTTTTTCTAAGATATTTAAGAAGAGTAAGGGGGTAAGCCCTAAGCTATATAGGGAA +CTATTGTTATAG +>agaA +ATGGGAGTTTTATTCAATGAAAAAAATAATACATTTTGTTTAAATACAAAGAAAACTAGT +TATATACTTAAAGTTTTAAATAGTAAACATTTAGATCATTTATATTGGGGTAAAAAAATC +AGATCTACTAACTTAGATTATGTTATAAGAAGAAGAAACTGGGGAAGTTTCTTAGCTAAT +ACAGATAATGAGGAGAACTTTATGTTAGAAATGACTCCTCAAGAATATCCAGGATATGGA +GCTACAGATTTACGATCTCCTGCTATAGAGTTACAATTTGAAGATGGAACTACAGCTACT +GACTTCAGATATGTTTCTCATAAAATTTATGCTGGGAAAAATAAATTAACTGGACTTCCT +TCTACTTATGTGGAAGATGAAAAAGAAGCTACTACTCTAGAAATAGTTTTAAAAGATACT +CTAAAATCAGTAGAAATAATATTAACTTACACTGTATTTGAAGAATTTGATGTAATTACT +AGAAATGCTAAAGTAATTAATACAGGAAATGAAGATATAAAAATTTTAAGAGCTTTAAGT +GCTAGTGTTGATTTTAATGATGACGACTTTGATATGATTCAATTATCTGGTGCTTGGGCT +AGAGAAAGAGATTTTATAAGACAACCACTTAGAAGTGGAAGTCAAAGTATTGAAAGTAGA +AGGGGTTCTAGTAGCCACGCTCAAAACCCTTTCATTGCATTAGCTAGAAAAAACACAACG +GAAACTAATGGTGATATCTACGGATTTAGTTTTGTATATAGTGGAAACTTCTTAGCTAAT +GTGGAAGTTGATATGTACAAGAATGCTAGAGCTCAAATAGGTATAAATCCTTTTGACTTT +ACTTGGCTATTAAATTCAGGAGAGTCTTTCCAAACACCAGAAGCTGTATTAGTTTACTCT +GGTGAAGGTATGACTGGTATGAGCCATATTTACCATAATATATATGGAAAAAGACTTGCT +AGAGGTGAACATAGAGACAAAATAAGACCTATTCTTATAAATAACTGGGAAGCAACTTAT +TTTGATTTCAATGAAAATAGTATAAAATCAATTGCCAAAGAAGCTAGCAATCTAGGAATG +GAATTATTCGTATTAGATGATGGATGGTTTGGGAAAAGAAACAATGATGACTGTTCTTTA +GGTGATTGGATTGTTAATGAGGAAAAAATCAAAGGTGGTTTAGAGAAATTAGCTAAAGAA +GTAAATGAAATGGGTCTTCAATTTGGGCTATGGTTTGAGCCAGAGATGGTTTGTCCAGTA +AGTGATTTATATGAGGCTCATCCAGACTGGTGTATACATATCCCAGGAAGAACTAGATCT +GAAGCTAGAATGCAACTTATACTTGATTTAAGTAGAGATGATGTTTGTGATTATATAATA +AAGGCTGTTTCTGATGTTTTATCAAGTGCTCCTATTTCTTATGTAAAATGGGATATGAAC +AGAAATATGACTGAAATAGGCTCTGCTAAACTTACTCCTGAGAGACAAAGAGAATTAACA +CATAGATATATGTTAGGTTTATATAGAATTTTAGAAGAGTTAATAACTAAGTTCCCTCAT +ATATTATTTGAAAGTTGCTCTGGTGGTGGTGGAAGATTTGACCCAGGTATGCTACACTAC +ATGCCACAAACATGGACAAGTGATAACACAGATTCCATGGAAAGATTAAAAATCCAATAT +GGAACATCTTTAGTATATCCAAATGTTTCAATGGGTTGCCATGTATCTGCAATACCAAAC +CACCAAGTTCATAGAATGACACCTTTAAACACAAGGGGTGTAGTTGCTATGAGTGGTAAC +TTTGGATATGAATTAGACATTACTAAATTAAGTAATGAAGAAAAATCAATGATAAAAGAA +CAAGTAGCTGTTTACAAAGAAATAAGAGAAACTATACAATTTGGTGATTACTATAGATTA +AGTAATCCTTTTGAAAATAATGATGTGGCTTGGATGTTCATATCTAAGGATAGTAATGAA +GTTGTAGTAAGCTATGTTAGACAAAGGGCTGTGCCAAACCCTAGATTTGAATCACTAAAA +CTTGTGGGTCTTGAAGAAGATGCAACTTATGAAATAGTTGGTGAAGATAAAGTATTCTTT +GGTGATGAGCTAATGTACGTAGGACTTAATGTAGAGGAATTAACAGGAGACTACGCTGCT +AAGATGTGGGTTTTAAGAAAAGTATAG +>group_1049 +ATGGGAGATGTAGTGTTTATAGTTTATATCAGTATAGCGTTGATTTTCTTAGTATATAGT +ATAATATCGTACAAAAAGAAAAGTATCATCTATACTATACGTAATGAAAAGATAAATGTT +TTAAAAGATGATTATTATAATTTACAATTATTATTTTGTGTATTCAATTGTACTTTATTA +ATATTAGAGAGTGTAATTATTTATAATAAGACAAACACAAGTCTTTTTGTATGTTATTAT +CTTGCTACATTTTGGGTAGTAAACTATTTATTAAAGTTTATATCGATTAAAATGAAATAT +TTAAATACAAGTTATGAATAA +>group_1058 +GTGAAAAAAAAGAAAATTGGAATAGGATCAATTTCCTTATTGCTATTTATTATCGGTTTT +TTATTTACGTTTACATTTAATAATATTTGTATAGGGGATAATATCTTAACTTATATTGGT +CTAAAAGCATGGTCTAACGGCAACAATGGAATTCATTATACAATATTTTATTCTCTATTA +TTTTTTGTTCCTTCATTAATTATTGGTTATAAATTTAAGGATGACTTTGGTTCAAAAATT +GGCAAAATACTATCTACTATTATAATAACAATGATAATAATAGTTTCGTTATTTTTTACT +GCATTTTTCTAA +>group_814 +ATGAACAAACGAGAGAGAATTGAAAAAGCCTTTTTATATGGAGTTTTCATTTGTTATATA +CTTTTTTTAATTAAATTATTGTTTTTATCAAGAGTTTCGCTTTTAGAGTTGTTTAATAGT +CAAAGGACTTTAGATAGAACAATAAATATCATTCCTTTTAGTAGCATAACCGAATATCTA +TTTAGTAACTCTCCCACTGTAAAAAGATTTGCTTTTGGGAATGTGATTGGTAATATAGCC +ATATTTATTCCTCTTGGTGTATATTTGTCACTATTTAAAAATAATAAAAAAATAATAAAT +AATCTATTACTTATATTTATAGTAAGTTTATTTACGGAAATCATTCAGGGACTTTTAGGT +ATTGGATCATCAGATATTGATGACATAATTTTAAATTGTTTCGGTGGACTCGTAGGTATT +TTAGGATATAAGTGTTTATTATTTATATTACATAATGATAAAAAAGTACGTTTTACAATA +ACAATACTATCTGCAATAGGATTACCTATTTTATTATATTTGTTATTTATTATAAGATTA +AGATTTTAA +>group_739 +ATGAAAAAACAACTTATACAATTATTTTTAATATTTATTTGTATTCAATGGTTAGTAGAA +AATGTATGTAAATTTAATATTAATTCTTATATAGGTTCAATTATATGTATGACTCTAGCT +GTAGGAATACAACGAATTTATTTAACAATAAAACCAGAACACTAA +>group_863 +TTGAATAAAATGAATATAAGCAGTTTTATTTGTGTTGGAGGCATATTAACAACATTGGCT +GTTCTATTCCAATCAGCACCTATATTTTTACCAGCTATTGGACTGTTCTTAAGTCCATTA +AGCACTATACCTATTGCAATAGCTGTTTTTTTTAATATTCCTCTTGGTCTTGCTGTATTT +TTTTCTTCAGTATTAATTCTTACTATGATTAGTATTCAAGAATCAATAATTCTACTTTTC +ACCACAGGTTTACTAGGCATTGTTATAGGAACATTACTTTTTAGGAAGGGAATAATAATT +TCCATACTATCTTCAAGTATAGCACTATCTCTTGGGATAACATTTTTAACTTATATAGTC +GGTATTCCGTCCTTTGTAGATTTAGCTAGCTCTTTTTCAACGGTTTTAACTTTTTCAATA +TTTTTCTTATTTTCACTTATTTACGCAAGCATCTGTAATATTTTTATAAAAAAATTTATA +AATTATCTTACAAAAATAAAAATAATTAGATAA +>group_977 +TTGCTTAATCTAAGAAGACCATTTGCCAATCATAATGGTGTCAATAGCTTAAACTTTTCA +CCTGAAACTGGAAAACTCGTTTTAACAACTGGAGATGGTGGATCAGGTTATGATCCATTT +AACTTAAGTCAGGATAATATGGAAATCTGCGGTAAAATAATTGAAATTGATGTAACTAAG +AATGCATTAATCAATAATCCGCCTGTAGTCACACGTTTTAATGAACTTCCTATATCTATT +CAGGAAACTCTTACAGTAATGGCCAAAGGAGTTCGTAATATACCTGGAATTTCATTTCAA +AGGTTTTATAACCAATATACAAAATATGTGGGAAATGTTGGACAGGATTTAGTAGAGTCA +ATTTTTTCATTCGTTAATTATAGACCAATGCCCGTTACTCAGCTTGTTCAATCTTATTTA +AAATCCCAACCTGAACAAGAAAAATTTATTAACTTTGGCTGGCGAGGATGGGAAGGTACT +TTACCGACTTCGCTTATAGGAGATTGCTCTGATAGTCCAACTTTGAATGAGATAACAATT +ACTTATTACAATGAAGCAGTAAAAACTTCAGCACAGCGCCTTTCACCTCTAGCCTGTTAT +TTTCATAAAGATTCACGACCAGATACATTTGATGGTTCTGCACTTACAGGGGTTCAGCCA +TATATGGGAAACAAAATACCTGATTTAACAGGAAGCGTTGTGTTTACTGATTTCGCCCGA +AATGAAGAATTTAAACCTCCAGTGAGAGGAGTTTTAGCTTATACTAAATCAACAAAAAAT +TATAAACTAAATGATTTTAGTATTATTGAAACTGATTATAATTTTGGCTCTCAATCAGCT +TATTATGTTTGTTTGGGAACGAATATGAATCAAACCAGACTTTATTTAGGGGTTTATGCC +TCTGCCAATGTAACTGATTTTAGCAAAGGTACTATTTTTGAAATTGTTCCTTAA +>group_1015 +ATGAGGAAAATTAAAGTTAGTTTACAGCCTATTGTTAAGAATATAGATTTACCCACTGTT +TTGAAAACAACTATCATTCCAGGTGATTCAAGTGAAAGTTTATTTATTGCAACTCAGGTA +GGTAGAATATTTTATATATCAAAGGGAGCTATAAATACTTTTTTAGATATTCGCCCCCGA +ATAATAGAACTAGGTACTTCTAATGGTGGATATGATGAACGAGGACTGCTCGGTCTAGCT +TTTCATCCATCATTTTATTATAATGGTCTGTTTTATCTTCATTATTCAGTAGCAGGAACA +CAAGGTCCTGGTGCTCTTTCAAAACCTTTTGATCCTAACCCATGTGACCCCGAAACTTTA +AATCTAAAATAG +>group_658 +ATGAGAATAGCAGTTATATCAGATATACACAGCAATATTTATGCATTACAATCAGTATTT +GATGATATAGATAATAGAAATATAGACTTAGTAGCATGCACGGGTGATTTGGTAGGATAT +GGTACTAAGCCTAATGAGGTTATAGATTTAATAAGAGAAAATAAAGTTATGACTATTATG +GGAAATTATGATGATGCTATAGGAAACTATAAAATAGTGTGTGGATGTGATTATCAAGAC +CCAAAAGATGCAGAAAAAGCTGGGCTTTCAATGCATTTTACATCAACAGAAACTACTAAA +GAAAATAAAGAATATTTAAGTAATTTACCTAAAGAAGCAACGTTAAAATTTAATGATAAA +ACTATAAGGTTAGTTCATGGAAGTACAAGACTTATAAATGAATATCTAAAGGAGGACTCA +AAAGAAGCAGACGAAGTTATGAGTAATTTAGTTGAAGATATTTTAATTTGTGGCCATACA +CATATACCTTACGCTAAATATTATGGTGACAAGTTACTTGTAAATGCAGGTAGCGTTGGT +AAGCCAAAAACAAATAATCCTAATGCAAATTATGTAGTTATAGATATAAATAATGATGAA +AAATCATCAGATAGGGTTAAAGTAGAAATTATTGAAGTGATATATGATTTTGAAAAAGCA +GCAAGAGAAATAGAAGAAAATAAAATACTTCCCAATGATTTTGCAAGACTTATAAGAGAG +GGTAGTTCAAAGTAA +>group_923 +ATGAAAAAGAGAAATTTATTAATTGTAATTATAGCAATATTGTTTTTAGTCGGGTGCTCA +TCTAATGGAAGAAATATTAGCAAGACAGAATCAGGGATTGATGTTCCGATAGTAGAGATT +AAAAATGAAGATGATAAAACTGAAATAGCAAGAGTTGTATTTGAAGAATACTTAAAGCTA +ACTTATGAAAATTATTTAAATGATGAAAATGAAAGAATTAATATTCTTAAAGATTATAAA +ATTAGAGATATAAGTATATTAGAAAATTCAAACTCTGAAGGATACCGTATAGAAATAACA +TATGACTTACAAGCAACTGATGGATATGCAACGGTATTTGAAACAGGAAATGGGGAAATA +AAAGAGAATAATTGGGTAAAAGGAAAATATCAAATTGTAGACATAAAAAAAATAGGGGAA +GATAAATATACTATTTCAGAAATGTATACAGGATAA +>ndhI_3 +ATGTTTAAAGTAGATAAAGAAAAATGTATAGGCTGTGGTCTATGTGTAAAAGATTGTCTT +GTCAAAGATATAGAAATCGTTGATAAAAAAGCTAATATAAAAAATGAAACCTGTATGAAA +TGTGGTCATTGCATTGCTATATGTCCTAAAGAAGCAGTGTCTACAGATTTGTATAATATG +GATGATGTAAAAAATTACAACAAAGAAGAATTTGAACTAGATGCTGATAAACTTCTTAAT +TTCATTAAATATAGACGAAGTGTAAGACATTTCAAAAATAAAGATGTTGAAATTGATAAG +ATTTCTAAAATAATCGAAGCTGGAAGATTTACTCAAACAGGTGGTAATCTTCAAGATGTT +TCTTATGTAGTAGTAAAAGAAAATATAGATGAATTAAAATCTATGGTTATAGAAACATTA +AAAAATCTAGGAGAATATATACTTTCAAATAAAACTCCTGAAAATATGCAAGTACAAAAA +TATGCTAAAATGTGGTTACAAATGCATGATGCCTTCAAAGAAAACCCTAAGCAAAATGAC +ATGCTATTTTTCAATGCTACAGCAGTAATAATTGTAGCAGCAAATTCTGATGTAAATGGT +GCTTTAGCATCTTCTAACATGGAGTTAATGACTAATGCTTTAGGTCTTGGAACTTTCTTT +AGTGGTTTCCTTGTAAGAGCTGCTAGTTATAATAAAAATATTCTAGATTATCTTGGTATA +GAAGAAGGAAAGAAGATTGTAACTTGTATGCCTGTAGGCTACCCAGATGTAAAATACTCA +AGAACTGTTCCTAGAAAAGAAGCAGATATAACTTGGAAATAA +>hxlR_1 +ATGAGAAATTTACAAAATGAATATTTATATTCAATGGATTTATGTATGGATTTATTAGGT +GGAAAATGGAAGATGAGAATATTATATCATCTTGCTAGTGGTACTAAAAGATTTGGAGAA +CTTAGAAACTTACTAGATGGAATAACTGAGTCTACTTTAAGTAAACAACTTAAAGAACTT +GAGAGAGATAAATTAATTATAAGAACTGTTTATCCTGAAATTCCTCCTAAGGTGGAATAT +TCTATAAGCGATTACTCTATGAATCTTCTTCCAGCACTTAAAAACCTGTGTGCATGGACA +AGAAATTATGCTAAAGATATGGATATAGAACTATTAAAATAA +>group_720 +ATGTATGGATTTGACAATCTGACTTTTACAAAAGGCTTTGATGAGTGTAATTTAACAAAT +GCTAGGCAAAATAACTATGCTTGGGCAATTAGTGATTTAAATGAACATATTTATGTTGCA +ACTGGAAGAAATATTTTAGTGAATATATTAAAATCTACAGGAGTATTTACTAAAATGCCT +TTATCACTTCAACCTACAAATCAAGATAACTATGGAGAAATATGGAGATATAGAAAATAT +CACGATATTCCATGGCAAAGAGCTTTTAAAATTTCGGAAATATTCGAAAGCGATTCATGT +GACTTACTTGGATTTAGCTATATGATATGTCACAGACCTTATAATGGCTATGGTGCACTT +TATGCTGTATCTGCTAGTTTAAATAACTCTTTAGTTATATACAAAACTGTTAGTGGTGTT +GATTGGCGACCAGTAATAGATTATGACCAAACAGGTCAGAAAATTAAAGGAAATATATCT +AGAGCAATGATATCAAAAGATGGAAGAATATATTTGGCTACTGTAGACAATTTGTATGGA +GAAAATGAAGAAACCTACTTATATAGTAGTGAAGATCCTGAGTTTTATCCTTGGAAATTG +GAAACACGCTCATGCCAATATGAAAATTACGACAGGAATAAAAATCCTCGAGGTGGCATA +ACTGCTATGGTAGAATTCAATAATAGAATATATGTTGGTACAAGCACTCCTTATGGAGCA +CAAGTTTGGAGAACAAATAAAGAGAAACCTTGTGTTAATGATTGGACTTTAGTTGGATGT +AGTGGATTTGGAGATGAAGCCAATAGACATATTACATCTATGGGTGTTTTTAATAATAGC +TTATATGTAGGTTTAGCAAAACCTATACCTTTAGCTTGGATTTTTCCAATGGGCTGTGAC +ATAGCAAAAATAGATAAATGTGATACCTGGAAAATTGTAGTTGGTTCCAATCCTATTAAA +TCTACTTGTAGAATAAATGAAAATAACTCCCAACAATTTGGTTCAGGATTTAATAATCCA +TTTAATATTTATGCATCACAGATAAAGGAATACGAAGGAATGCTATATATTACTACTTTT +GATAATGCAGTAAACATTCAAGCTACTTTAGGATTAATTTTAGCCAATATAGAAAATGTA +AAAGAAATACTTGGTACTTCACTAACTGAAAAAATTATAAACATCTATAAACATATTATT +TATTATATAGAAGCTATGAGATATCAATTTGGATTTGATTTGTATACATCTTGTGATGGA +TATAAATATAAGTTAATCTCATGTAATGGTATTGCTAGAAGATGTGGTAGAGGTCGTTTT +GCTGGTATATCCCTTTACGAAGACTTGGAAGGTGATTTATATTTAGGAACTGCAAATGCT +TACCAAGGCTGTGAAGTTCTAAAATATACTTGTGAACCATATGGACAAGAAGAACGTAAA +GGTGAATTTGCTATTTGTAGATGTTATGACTATGACAGATGTATGGAAGAAAAACTCTAC +GAAATATACGATTATTTATATGAATTGTTAGAAGAACCTCTAGATTATCTAAGATGTCAT +TGGGATGAAATTATGAATAACATTAATAAGTTTAAATGCTAA +>group_745 +ATGTCAAGAAAAGGTAGAAATACACTTTTTGGAGCATTATTAGTAGATGCTGATGGAAAT +ATATTAATGGAACAAGGAAATGTTGAAATAACAGAGCATAGATGTACAGGTCATGCAGAA +GCAGGTATTCTTTTTCCGATTAAATTAATGTAA +>group_1080 +ATGATATTATGGATTTTGGTTTTTACTGGAATTTTAATATTTGTTTCGGTAATTTATTTT +CTTGTGAAAAATTATAAAGATGGTAAGTATAGCAAAGGATATGGATTACTTTCTTATACA +GGTTTTGGAATGGTGTTGCTTGGAATAATTTTGTTAATGGAGCCTATATTTACAAGTTTA +CCAGGGAATTTTTCTAATACAGCACCATGGGGCATCGCTATGTGTATTTCTACAATAGTA +GGTAATTTACTGTTAAAACCAACATTTTTAAAAAATAAAAATAATTAG +>dnaG_3 +ATGTATAAAAAATACTTAGAAAACATCAAAAGCATAAGTGATTTACATGCAGTTATAAAT +TACTACTATCCAAATCAACTAAAGAATAATAAAATGAACTGTCCATTTCATAAAGAAAAG +AGTCCTAGTTTTTCTATAACTGATAAAGGAAATGGTGCATTTTACAAATGCTTTGGCTGC +CAAGAAGGGGGAAATATAATAAACTTCATACAAAAAGTAGAAAATGTTAATTTTGTAGAA +GCTTTAAAAAAAGCTTACGAAATACTAGGTAGACCAATAGATTTACCTAAACAAGAAAGA +ACAAGAGTTAACATTGTGAATAAAGATAACTTAGTTAAATACTATGAAGAAAAGTCTAAG +GAAGCTATAAAAGATGGAGATATAGAAAAAGCATTTGAAATGAGTTGTATGTCTGATAGG +GAAAGAGATAAAAATTATTTTATAAAATATCCAAAACTAGATAATAAAGGTAGACCACAA +AAAGTATGGGAAAATCTTGAAGTTATTTTAAATAAAAATAAAATTGGCGTTTACTATAAT +GAAATAAGTAAAGAAATAGAAATAGAAGGCTTAAAAATAAATAATTTTGAAAGCCAGATA +ATAGATATACACTCTTTATGTATATCTTATGGACTTAATTTAAGCATAGATAAAATAGGA +AAGTTTGTAACTAGAATAGGAATGGAATATCCGATTAATCCAGTAAAAGATTATCTAAGA +GATTGTTTACTTGATTATGAAGGTGGTCGAAATTACATAAGAAGCTTGTATGATGCTTTA +ATAACTCCAAAAGATTTTAATCCAAAGTTAAAAGAAATCTTAATTACAAAATGGTTATTA +AATACAGCATCTATAGTATTCAATGATGGAACTTCCAATATAGAAGGAGTACTAACACTG +CAAGGGGCACAAGGAATAGGAAAAACAAGACTCATAAGAAAGCTTGTGCCTATGTATGTA +AAGACAGGTCTAGAACTCGATCCTAGTGATAAGGATAAAATAAATCAATGTATAAAATAC +TGGGTAGTAGAACTTGGAGAGCTAGATTCTACTCTTAAGAAAGATTTAGCTAAAATAAAA +GCATTTTTAACAGAGCAAGTAGATGAGTTTAGAAAGCCATATCATGCATCACCAATTAGA +TATCCTAGAATGACATCTTTTTATGCTACTGTTAATAATGAAGAATTTCTAAAGGATGAA +ACAGGGAATAGGAGATATTGGGTTATACCTGTTGAAAAAATAGATTTTGATATTATAGAT +AAAATTGATATAGACATGTTGTGGGGCGAGGTTATGTATTTAAAGGATTGTAGTAAAATG +AATACTTACTTAGAAAATTTTGAGTTAGAAATGTTAAATCAAAGTAATAAAGGATTTAAG +GTTTCAGGATATGTTGATATAGCAGTGGCTAATGATTTAGACTGGTCAGTAGATAAGAAA +AATTGGACTTGGAAAAGTTCTGATGAAATAGCATATAAATTAAAGATTAATAATACGAAA +ACTTTGAGAAATGCAATGGAGAGCCATGGAGCAATTTATAAAAGAACTAGTAGTAGAAGA +GGATATATTTGTCCACCATATAAGTCTTTATTTGAGATTAATTAG +>group_864 +ATGATATACATATATAATTGTTATGGAGGAACCCACTCATCTATTCTAGCAGTTGCTTAT +CACTTAGAAATGCTGGATGAAACTCGAGAACCGACTAAGGATGAAATATTGAATTTACCC +AATTTTAATAAATTAGAACATGGAAATCGTGGAGAACTTTTTTATTATGGAAGTTATAAA +GATGGAAACGAAGTATATACTATAAGCAGGGGAGGTTCAAAGGTTTTAATTCCAGGATTA +TATAACTTAGCTTCTATGCTTCATAAACAAAAGCTATTAAATGAGAAAATTATATTTTCC +AATACGTCACCAACGGTTCCATTACCAATGACCTTTGGTGGGTTATTTTCTAGATGGTTA +AAAATTGATTTTATAGGAGTCCCCTTGCTTGTAAAGGGAGCAAAAAAATCATACAAGGAT +ATTATAGAACTTGTAAAACACACAAAGAAGGTAGCAAAAGAAGATAAGTCAGAGATTATT +ATTTTAGATAATAAGGAATTTAAGAAAAAATGA +>group_1011 +TTGCAAAATAATAAACCACTATCAATATCAATAGTTATACTAACATTGGGTATAATGTTA +AGTTCAATTTTCTTAGGATATTCAATACAAAAATCAACTAACATACAAACCAAAAACTAT +ACTATTGATAGTAATGTTTTTACTGTATCTGAAGCTGCTAACTACCTTGGAATGACAGAA +GAAGAAGTTCAAGGAATAATAAATACAGAAAAAAGTATGTTAGAGGAAACTGGTAGTTTT +ACAGGAATTATGTTTCCCTATTTTACAGTAAATGAAAAGCAATATTTTTCTAAGGCGGCA +ATAGATGAATGGTTAAATGAAGTTTCAAAAGAACATAGAGAATATGATACAAATAAAAAA +CAATTGCTTCAGTAA +>ettA_2 +ATGATAAAAATTGACAACTTGTCCTACTCATTTTTGCAAAGAGATCTATATAATAATGTT +TCATTTACATTAGAAGAAGGTCAACATTGTGCTTTTATAGGAGCAAGTGGTAGCGGAAAG +AGTACACTTATAAATATAATAATGGATCCAGAAAGATACCTGTTTGATGGTAAATTAGAA +ATGGATCCAAACTTAAAAATTGGGTATGTAAGCCAGTTCTCACAACTAGACAAAACAAAG +GAAATTACTGTTTTCGAATATATAGCTGAAGAATTTATCAAGCTAGAAAATGAAATATCA +TCTATTTGTAGTGAAATGGGAACTTCTGATGATATTGATACTTTACTAGAAAAGTACCAA +AAAGCTTTAGATGCATTTGATGCAATTGGTGGTGATAATTACAAAAACAACATAAGTAAG +AAACTATATGTTGCAAATTTAACTAAGCATAAAGATAAAATGATATCTGAACTTAGTGGT +GGAGAATTTAAACTTATTCAAGTTATTAAGGAAATGCTCAATAACCCAGATTTAATGATT +ATGGATGAGCCAGATGTGTTCTTAGATTTTGAGAACCTTAACGCTCTTAAAAATTTAATT +AATTCTCATAAGAAAACAATTTTAGTTATTACACATAACAGATATTTATTAAATCATTGC +TTTAATAAAATTATCCACCTTGAGAATACAGAGCTACAAGAATTTGATGGAAGATATGTT +GATTATAACTTCTCTCTTCTTCAAACTAAAATCGAGTTACAAGAAATGGCTATCGCTGAT +GAAAAAGAAATTGCAAGAAATGAAGCTTTAATCGAAATATTAAGAGAAAAAGCAACTTAT +AATTCTGAAGCTTCTAGAGGTAGAGCTCTAAAAGCTAGAGTTAAAATCCAAGAAAGATTA +GAAGCCAATAGAATTAAAGCACCATTTGTAGATATTAAACAACCATATATCAATTTAGAG +ACAAATAATGAAATTGAAGAAACTATTGCTTTAAAGGCTTGTGACTTTGGTATATCATTT +GATGAAGTTCTTTTAGAAAATGTTAACTTCGAGATAAAATCTACTGATAAAGTAGCTATT +GTTGGTACAAATGGTGTTGGAAAAACTACTTTATTAAAAGAAATATTTAAAAATAATAAT +GACTCTATAAAAATAAATGAAAACATTAAATTAGCTTATTTATCTCAAATTCAAAGTGAG +GTAGTAAATGAGTCTAATACAATACTTCAAGAGTTCTATGATGTTGGATTTGAGACTTAT +GGTGAAGTTAGAAGATATGTTGCAAGATATGGTTTTGATGCAGATATACTTACACAAAAG +ATTGAATCTTTATCTGGTGGAGAAAAGAATATACTTCAATTGGCGAAGGTTTCTGCTAGT +AAAGCAAATATGTTGCTAATGGATGAGCCTACAAGCCACTTAGATATTTATTCTCAAATG +GCTCTAGAAAAAGCCATCGCAGATTATAAAGGTGCTATTTTAATGGTTTCTCATGATTAT +CATTTTATAGTTAACTGTGCTGATTATGTTTTACTTATTGAAGATAAGACAATTAGAAAA +ATGAGCATGCGTAAATTTAGAAAGATGATTTATGCTAATCATTTTGACAAAGATTATCTG +CAAATTGAAGAAAAGAAAAAATCAGTTGAACTGGAAATAGCTTCTGCTTTAAAGGATACT +GATTTTGAACGTGCAAGAACTTTATCTGAAAAATTAGAAGAGTTAATCAAATCACTTTAA +>group_1018 +ATGGAGCATGACAATAATGAAAAAAGAGGAAATGATAATAGTTTATTAAGATGGATAGGA +AGATTTATATTAGTTGCAGTTATTCTAATGATAACATCATTTGTAACTCCAGGATTTTCA +ATCAATGGACTATGGTCATTTTTAATAGCTGCGGTTGTAATATCTGGATTAGATTATTTA +GTAGAATTACTTATGGGAGTTGATGCATCTCCTTTTGGAAAAGGAATAAAAGGATTTATA +ATTGCAGCGATAATAATATATTTAGCACAATTTTTAGTTCCGAATATGGGCGTAACTATT +ATAGGAGCAATACTAGCGGCGATAGTTATTGGAATTTTAGATGCAGTATTTCCTGCTAGA +GCTATGTAA +>group_1055 +ATGTATTCAAATAAAGAAAATTATAATAGAGAAGAAGGTAACCTTCAAGATAAGTGTAGA +AGTTTAATAAGTTATCACGTAATTTTTACCATGAGAGATGGAAGAATGTTTGATGGTATT +ATTGAAGATGTTGATAGAGATAATGTTACTGTATTGGTTGGGGAAGATATGGTAGAGGGA +GAAGGTGAAAGCAATAATAGACAATTTGGACCTAGAAGATTTAGAAGATATAGTAGAAGA +CGTATTCCGCTTGCTAGTTTAATTGGTCTATCACTATTAGCATATCCTTATATATTCCCA +CCATTTTTGTTCTAG +>group_1016 +ATGTCAGTTGAAAAAAATGAGTATAAATTACCAAAAGGTTACTATATAGTAGCAATAGTA +TTTATATTGGCAACACTGATAGAATTATTAAATACAAGTGGAGAAGGAGAGATACTAATA +AACTTAGGTTTTTATCAAACATACGTATCATTTATCGGGGTAACACTGTGCAAAGCATAT +ATATATAACTTATCAATATATGGTCTTCTAAAAAATAAATTATGGGGAATAATATCTACA +ACATCCATCGCATTGTATGGTTTCTGTATTAATATAATATATTTAAATGTTCAATCATTT +ATATTTTTATTAACATTTGTTTATCTTATGTCTGTTATTATAAATAAAGTTAAAAATTAT +TTGGAAATATAG +>group_1022 +ATGAAAAATTATTCACAAGAAGAACTACAGAATGCATTAAAAATTGTATCTTCAACTATT +AGTAAATGTGAGAAGATACAGCCAAAATTTAAAGAAGGAACGTCGCACTTTTCACTTTTG +AGAAATAGAATTGAAGCATTGAAAATTTCTAAATGTTTAATAGAAAATGACCCAAGTATA +CAGGAATATACTGAAGATGATTTGGAAAAGGCATTACCACCTGTGATTTCAATTATTAAT +AAAACTGAAAAAGCTCAAAGTAAGTATGATGAAGGAACTACTCAGTTTAAGCGATTTTCA +CCAATGATAGAGGCAATGTATATCGCAAAATCATTAATAACAAATGAAATTAGTAAAAGA +AAGTAA +>group_753 +ATGGATAATGATTTCTTGACTATTATAGCTAATGTTGGTTTTCCTATTGCCCTTTCTATG +TACCTTTTGGTTAGGATTGAAGGAAAGCTTCAGGTGTTATCTGATAGTATAAATGAATTA +TCTTCTGTTTTGGTTAATTTGAAGTAA +>group_663 +ATGGAAACTGCTTTAAAATTAATAATGACTTTTAAATCTCAAGGAGATAAAGCCATTAAC +TTAACAATTGATGATCCTAAGGATGATTTGACAGAATCAGAGATAATAGATGCTATGAAT +TTAATCATAGAGAAAAATATTTTTGCTCCATATAATGTTGATTTGAAGGAAGCTGTAAAG +GCTAAGGTTGTTCAAACTGATACTACTGAATTTGACCTTAAGTTATAG +>group_676 +ATGGCAACAGAAATAAAAAATGCGTCTTCACTAAAACTACAATTTAACAAAGGACTAGGC +TCAAATGGAAAGGCTGTTATAGGTAGCAAAACTTTCTCTAATTTAAAAGAAAGTTCATCA +GCTGATGATATTCTATCAGTTGCAAATGCTATCGGTGAATTACAAAAGCATGATTTATAC +GACGTCGTGAAAATAGACTATACGTCAATATCATAA +>group_986 +ATGGGAATGTTAAAAAATTTCTTTAATAAATCAATAAATGAAAATACATATCCATTTGGA +ACAAAGGAATGTGGGAAATTTCTAAAAGAAGTATATAAGGAATCTATAGATGAAACACTT +ATTTTAAAAGATGATATTTATGCAACTTTAGAGCAATATGATGAAATTGTTGATAACATA +TCAAGGTTAGAATTTAAGAAAACATATATAGAACATTTTTTACAAAATGAAATGAAAGAA +TATGAGACTGCATTTTGTAAGGAAAGAAAAATTACTTGGAAAACAATTAATAAGAATAGT +TTAGATTCAAAGAAATTAAAATTAGATAATCCAGATTTGGCTAATAAGTATTTAAAAACT +AATAAAGTTAGAGTTTTTAAAGTTTTTTAA +>group_1095 +ATGAGAGATAGTATGTTAGAAGAAGTAACTATAAAGGATATACCAGAAAGTTTCAGAGAT +ATAGCTGAAGTTATAGGAATAGATGCATATAAAAAATTAGTTAGATATGTAGGGGGAAGT +ACGGTATATGTACCTGTAGAAGGATGTTTAACTAGAGAAGTTAGAAATAGAGTTCTTAAG +GAATCTTTTAATGGAGATTATAAGAGTGTTGCTAGAAAGTATAACATTAGTGAAGCACAT +GTCAGAAGAATAATTAATCAACAATAA +>group_751 +ATGAGTTTATTTTTAGGAAAGATACATTATTGGTTATTTAATAAAATTTTATGGTTTGAA +GGATTAGAAAATGAAATAATAAATTTAGCAAATGAACAAGGTTTAGATATAGAAAAGTTA +AGTAATGAAATTAATTTAAAATATGGCGAAAAACTTCCAAACAAAAACCTAGAAGATATG +ATAGATACAAAAAACATACACGGTTGGCTACAAAGTAAAATACATTCTGCAGAAGGAAGA +ATGGCTATGTGGACTACTACTATATTAAATAGTGATGAACAATCTATTACAAAAATGGAG +AAAATATATATAGAGCAAGGTATAAAAGCAGCAAAAGAAGTAAAATCTAATCAAGTAATT +GAAAATGCAAAAGAAATATACAATAGCATTAATGACTATATACTAGATGGTATGCCATGC +GATAGGGTAAATGAAATTATTACATCTGAAGATGATTGTGTAGAGTACAGAAGAAGAATA +TGTGTCCACAAAGATATATGGAATAAAGAAAATGGAGATGTTAATACATTCTATAAATTA +AGAAGCTTATGGATAAAAGCTTTTGTAAATGAAGTGAATAGTGATTTTGAATATACTGAA +AATAGTGATGGAATTAGTATAATCAAGAGAAAGCAAATATAA +>group_1071 +ATGAACGTAATCAATATCAATAAAATAGATACAAACAGAGAATTTTTAGTAGTTAATGAA +AAGTTTAAAACATTATTTTTCAAATTTGAAGAAGGTAAAGGACTACCTAATCACTCACAT +AATGGATTTGCAACAATTCAAGTTTTAGGTGGTATTGTAGATATAGAATTTGAAAATGGA +GAAAAATTTGAGCTTAAAGAGGGGGATTTATTACCATTCGATGCAAGAATTACGCATAAT +GTCATAGCTAGAGTTAGTAGTAAAGTGTTAGTTACTATATCACAACCACTAGATAAGTAG +>cycB +ATGTTCAAAAGAATTTGTTCATTAATATTATGTGGAGCTTTAGTAGTAGGTATGACAGGA +TGTGGACCTACAACAGGTGATGATAACAAAACTTCATCAGGAAGTAAAAACAACTCAGAA +TATGACTTATTAGTTTGGGAAGACCAAAGTAAGTCTAAGGGAATAGAAGAAGCAGTTAAG +AAGTTTGAAGAAGAAAAAGGTGTAAAAATAAAAGTAGTTGAAAAAACTTACGCAAATCAA +ATAGAAGATTTAAGATTAGATGGACCAGCAGGTTCTGGAGCGGATGTAATAACTATACCA +GGAGATCAAATAGGAACAGCAGTTACATCTGGGCTATTAAAAGAGTTAGATGTAGATGAA +AAAACAAAAGAAATATATACTGACTCAGCAATGGAGTCTCAAATAGTAGATGGAAAGGTT +TATGGTCTTCCTAAGGCTGTTGAAACTCAAATACTATACTATAACAAAGATATAATATCA +GAAGAAGAATTACCTAAAACTACTGATGAGTGGTTAGAGTATTCTAAGTCTGTAACAAAG +GATGGAAAATACGGATTATTAGCATTATGGGATCAAATATACTATGCTCAAGGAGTTATG +AGCGGTTTTGGTGGATACATATTTGGAAAAAATGATGACGGAAGCTTTAATGCAAAAGAT +TTAGGTCTTAATAATGAAGGTGCAGTAAAAGCAGGAGAATATATAGCAGAGTTTTATAAT +AGTGGAGTATTCCCTAAAGGAATAATAGGGGAACAAGGTATAAACACTTTAGATTCATTA +TTTACTGAAGGTAAAGCAGCTGCTGTAATATCAGGTCCTTGGAATATAGATCCTTATAAA +GAAGCTGGAATAAACTATGGTGTTAAAGAATTACCTATATTACCAAATGGAGAACATATG +GGTTCATTAATAGGTGTAAAAAGCTACAATGTAAGTTCATATAGTAAAAATCCAGAGTTA +GCTGAAGAATTAGTTGAATTTTTAGCAAATGAAGAAAATTCAAAAGCTAGATATGAAATA +ACTCAAGAAGTTCCAGCAGTAAAAGCATTAGCTGAAGATGAGTCAGTAACAAGTAATGAA +AGTGCAAAGGCAGTTGCAGATCAATCTCAATATGCTGATTTAACACCTGGCATAACAGAA +ATGAACTCTGTATGGGAGCCAATTGATTCAGCACTTCAAACAATAGCTACAGGTAAAGCA +AAACCTAAGGATGCGTTAGATAATGCTGTTACTACTATTAAAAATACCATATCAGCGATC +AAAAAATAA +>malG +ATGGATGCTTTAAGTAAAACACCAAAAACAAGTTCAAGACTTAGCTCAAAGAACAAGAGA +AATTTAAATAAAGCGCTAACATATTTACTATTAATTGCAGTATGTGTAATAATTATCTAC +CCTCTTTTATGGACAATAGGAGCTAGTTTTAATCCAGGTAACAGTTTAGTAAGTACAAGT +CTTATACCTGAAAATCCTACAACTGAGCATTATACACAGCTATTTGCAGGAGAAGGTAAC +TTACATTATAAACAATGGTATTTAAACTCATTAAAAATAAGTATATTTACAATGATATTC +TCATTAATATCAGTATCATTTACTGCATATGCTTTTTCTAGATTTAGATTTAAAGGTAAG +AAAAATGGTTTAATGTTATTTATGCTTTTACAAATGATACCACAGTTTTCAGCACTTACA +GCAATTTTCGTTTTAGGACAGATGTTAGGTTTAATTAATAGTCATTGGCTTTTAATACTT +ATATACGTAGGAGGTCAAATTCCTATGAATGCCTACTTACTAAAAGGATATATGGATTCA +ATACCAATGGATTTAGATGAAAGTGCTAGAATAGATGGAGCTAGTAGAACAAGAATATTC +TTCCAAATAATACTACCTCTATCAAGACCAATGTTAGCAGTTGTAGCAATGAATGGATTT +ACAGGACCACTTGGTGATTTTGCATTATCATCAGTTATATTAAGAGAACCAGAAGCGTAC +ACTCTTCCAATAGGTCTATATAAATTAGTTAGTGATAAAATGGGAGCTAGTTATACAACA +TTTGCAGCAGGGGCAATATTAATTAGTATACCTATAGTAATAGCATTCTTATCATTACAA +AAACACTTTGTATCGGGATTAGCAGCAGGTGGAACAAAAGGATAA +>ganA +ATGAATTATACGTATTATAAAGAAAAAAGATTACTACATGGTGGAGACTACAATCCAGAT +CAATGGTTAGATTATCCAGAAATTTTAGAAGACGATATGAGATTAATGAAATTGGCTAAT +GTAAATACAATGTCTGTAGGTATATTCGCATGGAGTGCTCTTGAACCAACTGAAGGTAAC +TATAATTTTGAATGGCTAGATAAAATTATAGATGATGTATATAAACAAGGTGGCAGGATT +ATACTTGCCACTCCAAGTGGAGCAAGACCAGCATGGATGTCTAAAAAATATCCAGAAGTA +TTAAGAACTAATGAAAGAAGAGAAAAAATGCATCATGGTGGAAGACATAATCACTGCTTT +TCTTCACCAGTATATAGAGAAAAAACACAAGCAATGAATAGAGAATTGGCTAAAAGATAT +GGTAATCATCCAGCACTTATAATGTGGCATATATCAAATGAATTTAGTGGAGATTGTCAT +TGTGACTTATGCCAAGAAAACTTTAGAACATGGTTAAAAAATAAATACAAAACTATAGAA +AATGTAAATAAAGCATGGTGGGGACCATTCTGGAGTCATTCATATTCAGATTGGTCAGAA +ATAGAGTCACCTTCATCTATTGGAGAAGGTGCAGTTCATGGTTTAAACTTAGATTGGAAA +AGATTCGTAACTGATCAAACTATAGATTTTTATGAAAATGAAATAAAGCCATTAAGAGAG +CTAACACCAGAAATAGCAATAACTACAAACTTTATGACAGATACAAATGACTTAATACCA +TTCCAAAGTCTTAATTATGAGAAGTTTTCAAAGCATGTAGATATATTAAGTTGGGACTGC +TATCCTGCATGGCATAATGATTGGGAAGAAACTCAAGACTTAGCAGCAAAAGTAGGATTT +ATAAACGATTTATATCGCAGCTTAAAGCAACAACCATTCTTAATAATGGAATGTACTCCA +AGTGGAGTTAACTGGCATAATGTAAATAAAGCAAAAAGACCTAAAATGCATAAACTTGCA +TCTATGCAACTTTTAGCACATGGTTCTGATAGTGTATTATACTTCCAATGGAGAAAATCT +AGAGGTTCCTCTGAAAAATTCCATGGAGCAGTAGTTGACCATGATAATTCTTCTGAGAAT +AGAGTATTTAAAGAAGTATCAGAGGTAGGAAGTGCACTTAATAACTTACAAGATATAAAA +GGAAGTATGAAAGAGTCAAAGGTAGCAATTATATACGATTGGGATAATGATTGGGCATTA +AAAGATGCACAAGGATTTGGATTAGAATCAAAAAGATATCCTCAAACATTACAAGAACAC +TATAAATACTTCTGGAATAAAAATATATCTGTAGATGTAGTAACTCCAAGTGCAGACTTA +TCAAAATACAAATTAGTAGTTGCACCAATGATGTATCTTATGACTGAAGAAACTATGAAG +AACTTCAAATCATATGTAAGTAATGGAGGGAACTTAGTAGGTTCTTACCTTAGTGGATTA +GTTAATGAAAATGATTTAACTTATCTAGGAGGATGGCACAAAGACCTTAAAGAGATATAT +GGAATAAATGTTAAAGAATTAGATACTTTATATCCTAAGGATAAAAATAGTATTGAATAT +AATGATAAAGAATTTGAAGTAAAAGATTACTGTAGCATTATAGATTTATTAGGAGCAGAA +GCTTTAGCTGAGTATAAAGATGATTTTTATAAAGAAACTCCAGCTATAACAACAAATGCT +TTAGACAATGGTAAAGCTTATTTTATAGGAGCTAGAACCAATCAAGATTTCTTAAGTGAA +TTCTATGATAGTATAGTAAGTGATTTAGACCTTATAGAAACTAATGACTTTGAATCCCCA +CAAGGTGTTTCTATACAAATAAGGGAAAATGAAAATAACAAATACTATTTTGTAATGAAC +TTCACTGAAGAAAATCAAGATGTTATAATAAACAACTTATATGAAGACTTACTTACTAAT +GAGAAAGTTTTAGGTAGTAGAGTACTAAAACCTTATGAAGTATTAGTATTAAGAAAGTCT +AAATAA +>group_318 +ATGAAACCATTAGTTATTGGAAATTTAGTCGTAAAAGTTCCTGTTATTCAAGGAGGTATG +GGTATAGGTATATCCCGTTCATCTTTAGCTTCAGCAGTAAGTAACTCGGGTGGTATTGGA +GTAATCTCTGGAGTAAATATAGGATATGATGAATATGATTTTGAAAATAATTCATTAGAA +GCTAACTTAAGAGCTTTAAAAAAGCATATATCTATTGCAAAAGAAAAAACAAGTAATGGT +ATAATAGGTGTAAATCTTATGGTTGCAATGAACTTCTATGAGGAACATGTAAAAACAGCT +ATTAAATCCGGTTGTGATATTGTTATATCAGGTGCTGGATTACCATTGAAATTACCTAGA +TTGGTAAAAAATAGTAATACTAAAATCGCACCAATAGTATCTTCATCTAAAGGTGCTAAT +ATCTTGCTTAAAATGTGGGATAAAAAAGATAATACAACAGCTGATCTAATAATTGTAGAA +GGTCCAAAAGCTGGTGGGCATTTAGGATTTAGTAATGATGAATTAGAAAATATAAATTCT +ATTAATTACGATGATGAGTTTATAAAAATACTTCAAATCGCAAAAATTTATGGCGAAAAA +TATAATAAAGAAATTCCCGTTATAGCAGCTGGTGGTATATCTTCAAGTTCTGATGTTAAA +AGATACATAGATATGGGCGCAAGCGGTGTTCAAGTAGGTACTAAATTTGTAACAACTTAT +GAATGTGATGCAGATGAAAGCTTTAAGAATGCATATATAAATGCAAAAGAAGAAGACATA +CAAATAGTAAAAAGTCCTGTTGGTCTTCCAGGAAGAGCAATAAAAAACAAGTTTATTGAA +CATATTTCATCTTCAAAATCTAAAATAACAAAGTGCTACAATTGCTTAGTTCCGTGTAAT +CCTAAAAATACACCTTATTGTATATCACAAGCATTAATAAATGCTGTAAAAGGAAATCTG +GACGATGCATTACTATTCTGTGGAGCAGATGCATATAAAATAAATAAAATAAAATCAGTT +AAAGAAGTTATGGAAGAGTTAACTTGTGAAATATAA +>group_329 +ATGAAAAATTCAACTGAAGAGGTACTAAATACATTATTGGTACAATTATTTAATGATATC +TTACATATTGAAGAAAAAGCTTTAAGAAGTACAGAGTTTACTGACCTGTCTATTACAGAA +ATTCATACTATAGATGCTATAGGAACTGAAGGTAATAGAACTATGGGTGAGATAGCTCAT +GATTTAAGAATAACTGTAGGTACTTTAACTACAGCAATAAATAGACTTATAAAAAAGGGT +TATGTTGAAAGAAAAAGAATAGAAGAAGATAGAAGAGTAGTAATAGTAAGCCTTACTGAA +AAAGGGAAAAATGTTTTTGATATTCATAGTGTATTTCACAAGGAAATGATTGATACTATT +CTTGAAAACTTCCATGGAGAAGATTTAGATGTTTTAACTAGAGCCCTAGGTAAAGCTAGC +AGATTCTTCGAGAAAAAATATGAAAGCTTCCAGTAG +>accA +ATGCAAAATAATGTAAATATAATATGGGAAAAAGTAAATATAGCAAGACATAAAGACAGA +CCTAATGCTAGATATTATATAGAAAATATATTTGATGATTTTGTAGAACTCCATGGAGAT +AGATCATTTAGAGATGATAAAGCAATAATTGCTGGTATAGCTAGGATAGATAATTTTAAT +ATAACTGTAATTGGTATTAATAAAGGAACAAATACAAAGGAAAATATAGAAACAAATTTT +GGAATGGTTCATCCGGAAGGATATAGAAAAGCTCTTAGACTTATGAAACAAGCTGAAAAA +TTTAAAAGACCTATAGTATGTTTAGTAGATACTCCGGGAGCATTTTGTGGAATAGGTGCA +GAAGAAAGAGGTCAAGGTCAGGCAATAGCAAAAAATTTATTTGAAATGAGTAATTTAAAA +ACACCCATTATTTCAATAATTATTGGTGAAGGTGGAAGTGGTGGTGCTTTAGCACTAGCA +GTAGGCGATAAAATATACATGATGGAGAATTCTGTTTACTCTATTTTATCACCAGAAGGA +TTTGCATCAATACTATGGAAAGATGTAAGTAGGTCAAAAGAAGCTGCATTAGCTATGAAA +ATCACTGCAGATGATTTAAAGAACTTTAATATAATAGATGATATTATCAAAGAACCACAA +GGTGGAGCACATAATAACCCTATAGAGGCTTCTAATAATATAAAAGCATTCATTACTAAA +GATCTTGAAGAATTAATAAATCAAGACATAAATTATTTATTAGAAAATAGGTATAATAAG +TTTAGAGAGATTGGAAATTTCTATTAA +>accD +ATGCTTAAAAATTTATTTAGAAAAAGAGAGTATGTTACAGTTAATAGGGTATATTTAGAT +AATAAATCTATCCCTAATATACCAGATGGAAAATGGATAAACTGTAATAAATGTAAAAAT +ATTATCTATACAGAAGATTTACAAAGAAACCACAATGTTTGTATAAACTGTGGTTTTCAT +TTTAAAATTTCTTCGAAAGAAAGAGTAGAACAGATATTTGATGAAAATAGCTTTACTTAT +TTATTTGAAGACATTATATCTAAAAATCCACTTGATTTTGATGGATATGAAGATAAGTTA +AAAATAAATAGAGAAAAATCTGAATTAAATGAAGCTGTTATAACAGGAGTAGGAAGTATA +AATTCAAATAAAGTTGCAACAGCTATCATGGATAGCAATTTCATGATGGGAAGTATGGGA +TCTGCAGTAGGTGAAAAAATAACTAGAATTATAGAATATGCTACAGAGAATAAATTACCA +TTAATCATATTTACAGCATCAGGTGGAGCTAGAATGCAAGAAGGAATATTTTCATTAATG +CAAATGGCAAAAACATCAGCTGCAATTTCAAAACATGATAAAGAAGGACTTTTATATATA +AGTGTAATTACTAATCCAACAACTGGAGGAGTAACAGCAAGTTTTGCAATGCTAGGAGAT +ATTATTATTAGTGAACCTAATTCTATTATTGGATTCGCAGGTAGAAGAGTTATAGAAAAT +ACTATTAATGAAAAATTACCAGAAGATTTTCAAAGTGCTGAGTTTGCATTAGAAAAAGGC +CTAATAGACTCTATAGTAAAAAGAAAAGACTTAAGAGGATATTTATCAAAGATACTTAGC +TTACATGAGGTGATGGAATATGCAAAATAA +>accC +ATGTTAAAGAAATTACTTATAGCAAATAGAGGTGAAATTGCAGTAAGAATAATTAGAGCT +TGTAGAGAACTTGGTATAAATACTGTTGCAATTTACTCAGAAGCGGATAGATATGCTCTT +CATACACAAATGGCAGACGAAGCTATTTGTGTTGGAGGGCCTTCTAGTAAGGATAGTTAT +TTAAATATGGCCAATATCCTAAGCGCTTGTGTTTTAACACAATGTGAAGGTATACATCCC +GGGTTTGGTTTTTTATCAGAAAATCCTAAATTTGCTAAAATGTGTAAAGAGTGTAATATA +AAATTTATCGGACCAGGTTATGAAATTATAGAATTAATGGGAGATAAGGCAAGAGCTAGA +GAAATAATGAAAAAAGCAAATGTACCTGTTGTTCCAGGGTATGAAGGAGAAATAAATTCT +TATACTGATGCTTTAGAAATTGCAAATAATATAGGATTCCCAGTTATGATAAAAGCCGCT +TCCGGAGGTGGTGGTAAGGGTATTAGAATTGTAAGAGATCCTAGTGAGTTTAAACATAAT +TATGAGGCCGCTAAACTAGAATCAAAATCTTGTTTTGGTGAAGATAAAGTTTATATTGAA +AAGTATATAGAAAAACCTAGACATATTGAATTTCAAATATTAGCAGATGAATTTGGAAAT +ATTGTTCATCTTGGTGAAAGAGAGTGTTCTCTTCAAAGAAATAATCAAAAGGTTTTAGAA +GAAGCTCCATCATCATTTTTAGATGATAAATTAAGAAATGAAATGGGTAAAGTTGCTATA +AGAGCAGCTACGGCAGTAAACTATAAAAATGCAGGGACAATTGAATTTTTAGTAGATAAA +AATGGTGAGTTTTATTTTATGGAAATGAACACAAGAATTCAAGTTGAGCATCCTATAACA +GAAATGATTACAAATATAGATATTGTGAAAGAGCAGTTAAAAATAGCATCAGGTATAAAA +CTTGAATTTACCCAAGAAGATATAAATATATCTGGTCATGCAATTGAATGCAGAATTAAT +GCTGAAGATCCTAAGAATAATTTTAGACCATGTCCTGGGGTTGTAAGTGAACTGTATGTA +CCATCAGGTTTGGGTGTTAGAGTTGATAGTGCAATATTTTGTGGATATGAAATACCACCG +TATTATGATTCGATGATTGGGAAACTGATTACCTATGGAGATAATAGAGAAAATGCTATT +ATAAAAATGAAAAGAGCATTAGCTGAATTTGCCATAGGTGGAGTTACTACTAATATAGAT +TTTCAATATGAAATATTAGATCATAAGGATTTTATAAATGGAGATTATAACACATCATTT +ATAGAAGAGAAGTTGGTGAATAATAATGCTTAA +>fabZ +ATGTTAACTGTTAAAGAGATAAAAGAAATATTACCACATAGGTATCCTTTCTTAATGATA +GATAGAGTAGAAGAAGTAATAGAAGGTAAAAGTGCAAAGGGATATAAAAATGTTACAATA +AATGAAAACTTTTTTAATGGTCATTTTCCCGAGTATCCAGTAATGCCAGGAGTATTAATT +CTTGAAGCATTAGCTCAAATGGGAGCAATATGCATACTTTCTATGGAAGACTTTAAAGGC +AAAATTGGATTTTTAGTTGGGGCAGATAAAGTTAGATGGAAAAAGCAAGTAATGCCAGGT +GATAAATTAGAATTAGAAATAGAGATTATAAAATTAAGAGGTAGCATTGGAGTAGGGAAA +GGAAAGGCTACTGTAGATAATCAAATAGTTTGCGAAGGTGAAATAATGTTCGCTATTGGG +TAG +>accB +ATGGATTTTAATGAAATTAAAGAATTAATAGGACTTATCAATAGTTCAGATTTATCTTAT +TTTGAAATTAAAAATGAAAATAATTATATAAAAATGGATAAGTCAATAACAAGAAACTAT +ATAAATCCAAATAACGACGCTATAGATATTAATAGTTTAAATAAATTAGCAGTTACAGAA +AGCTTAGATAAATTAGAATTACAAGATTCAAATTTAAATAATATAAATACAACTAATATA +AACTCACCTACAAATAATAGTATGGATGATAATATAGAAATTGATTGTGATTATATTAAG +TCTCCAATAGTAGGTACTTATTATGAAGCAACATCACCAGATGCAGATCCATTTGTTAAA +GTAGGACAAAAAATATCAGAAGGTGAAGTTGTATGTATAGTTGAAGCAATGAAACTTATG +AATGAAATAAGTGCAGAATTTGATTGTGAAGTAATAAGCGTTTTAGGTAAAAATGGGGAA +ATGGTAGAATATGGTGAACCATTATTCAAAGTAAGGAGAATATAA +>fabF +ATGAGTAGAAGAGTAGTAATAACAGGTATAGGTGCAGTAACTCCTATAGGTAATAATGTT +GATGAATTTTGGTCAAATAGTAAAGCTGGAAAGCTAGGAATTGATTTTATAAAATCAATA +GATACAGAGAATCTAGATGTAAAAATAGCTGGAGAAGTTAAAGATTTAAAGATAGAAGAT +TATTTAGATAAAAAAGAAAGCAGGCGCCTTGATAAATTTACGCAATATGCACTTATTGCA +AGTGATGAAGCTGTAAATCATGCAGGCCTTAATATAGATGAGTTAGATAAAAGTAAGTTT +GGAGTAATGGTGGGGTCAGGTATCGGCGGTTTTCATACTCATGAGAATGAATTCAGTACT +TTATACAATAGAGGACCAAAAAGAATATCTCCAATGTATATACCAATGACAATAATTAAC +GCTGCAGCTGCAAATATAGCAATAAAATATGAAGCAAGAGCTACATGTACATCTGCAGTT +ACTGCTTGCGCAACAGGAACAAATAATATAGGGGATGCATTTAGATACATAAAACATGGA +TATGCAGATGTAATGATTACTGGAGGATGTGAATCTTCTATAACACCTATAGCTATAGCA +GGATTTGCAAATATGAGAGCTTTAAACTCTAATAATAATCCAAATAGAGCATCAATACCA +TTCGATAAAGAAAGAAGTGGATTTGTAATGGGAGAAGGTGCTGGGATATTAGTTATGGAA +AGTTTAGATCATGCTTTAAAGAGAAATGCAAATATATTATGTGAGATAGTAGGTTATGGA +TCTACATGTGATGCGTATCATATAACATCTCCAGATCCTAAAGGAGAAAGTGCTTCAAGA +GCAATGATTGATGCAATAAATGAAGGTAATATTGACTATAGTCAAGTTTCATACATTAAT +GCTCATGGAACATCAACACCATACAATGATTTATTTGAAACTAGAGCAATAAAAAAAGTA +TTTAAAGAAAGTGCTAAAAATATACCTATATCATCAACTAAATCTATGACTGGTCACTTA +TTAGGAGCTGCAGGAGCTGTAGAATCAATAGTATGTATTAAAGCTTTAGAGGAAGGATAT +ATTCCGCCTACTATAGGTTACAAAGAAAGTGACGAAGAGTTAGATTTAGATTATGTACCT +AATACTGGTCGTAAATCTGAATTAAAGTACGCAATTAATAACTCTTTAGGATTTGGTGGT +CATAATGCCTCACTTTTATTTAAAAAGTGGGAATAA +>fabD +ATGAGTAAAAAGACAGCTTTTCTTTTTCCAGGCCAAGGTTCACAATATATAAGCATGGGA +AAAGAATTATATGATAATATTTGTGAATGTAAAGAGGTATTCGATAAAGGTCAAGAAATA +CTAAATATGCCAATAAAAGATTTAATATTTAATGGTGAGCAAGATGAGCTTACAAAAACT +AAGAATAGTCAACCCGCTATTTTATTAACATCATTAGCGTGCTTAAAAGCTTTAGAAATA +AATGGAGTAGAAGCTGATTATTCATTAGGCTTATCTTTAGGGGAATATGGAGCGTTAGTA +CATTCAGGAGCATTATCTTTTGAAGATGGAATAAAATTAATTAAAAAAAGAGCACAAATA +ATGGACTCTGCAGTAAGTACAGACGAAGGAACAATGGCCGCCGTATTAAAATTAAGTGAT +GATAAAGTAGAAGAATTAATAAAAAGAGCAAATGAATTTGGCCTTGTTGAAGGAGCAAAT +TATAACTGTCCAGGTCAAGTAGTTATTTCTGGAGAGCCTAAAGCTATAAAAGCAAGTATG +AAAATAGCAAAAGAATTAAAAGGAATGCTTGTACCGCTTAAAGTAAGTGGACCTTTTCAC +AGTTCTATGTATGAAAAAGCAAGTTATGAATTTTATGATGAATTAAAAAAAGTAAATATA +AATAACTTTGATAAAGTTACTTATTCAAATGTAAAAGGTAAGCCATATGAAGAAGATGAT +GATGTATACGAGTTATTAAGAAAACAAATAATGTCTTCTGTTTTATTTGAAAAGAGTATA +AGAGATTTAATAGACAAAGGTGTAGATACATTTATTGAAGTTGGTCCAGGTAAAACATTA +AGTGGATTTGTAAAAAAAATAAACAAAGATGTTTTTGTATACAATGTGGAAGATATAAAA +TCATTAAATGAAACTGTAGAAAGTTTAAAGTCTAGAGTTGCTAGTATATAA +>group_425 +ATGATAAATTCAAGGATAACAGATATACTTAATATTAAATATCCAATCATACAGGGCGGA +ATGGCATGGATTTCAGATGCAGACTTAGCAGTAGGCGTAAGTGAAGCAGGAGGTCTTGGA +ATAATAAGTGGCGTAGGTGAAACAGAGGATGTTAGAGCTCAAATAAAAAAAGCTAAGTCA +CTTACAAATAAACCTTTTGGTGTGAATATAATGCTAATGGCTAAAAATGTAGATGAAATT +GCTAAGATGGTATGTGAAGAAAAAGTATCAGTGGTTACAACTGGTGCAGGTAGCCCTGGA +AAGTATATGGAAGATTGGAAGAAAAATAATATAAAAGTAATACCTGTTGTCCCTTCTGTA +GCAATAGCAAAACGAATGGAAAAGTTCGGAGCAGATGCTATTATTGTAGAAGGGATGGAA +GCAGGAGGTCATATAGGACAATTGACAACTATGAGCTTAGTGCCACAAGTTGTAGATGCA +GTTAGTATTCCTGTTATAGCAGCGGGAGGCATAGGCGATGGAAGAGGTATAGCAGCATCA +TTTATGTTAGGAGCTTGTGGAGTACAAATGGGAACTAGATTTTTAGTGTCTGATGAATGT +AATGTTCATGATAATTATAAAGAAAAAGTACTTAATGCAAGAGATATTGATTCAGAAATA +ACAGGAACATCAACTTCACATCCTGTAAGAGTTTTAAGAAATAAATTAACTAGAGAATAT +ATAAAACTAGAAAAATCTAATGCAGATAGTAGTGAAATTGAAGCTTTAGGAAAAGGAGCT +TTAAGAAAAGCAGTCATAGATGGCGATGTTGAAAATGGAAGTGTAATGGCAGGTCAGATT +GCAGGTCTTGTCAAAGAAAAACAAAGTTGTAAAGAAATAATAAATGAACTAGTTTATGAG +TTCGAAGAAACTCTTAGGAGGATATAA +>acpP_1 +ATGATATTTGAAAAATTACAAGGAATAATAGAAGAAAACTTATCAATAGAAAGAGATGAA +ATAAAATTAGAAAGTACATTTGAATCTTTAGGAATAGACTCCTTAGATACATTCCAATTA +GTGATAGAAATAGAAGAACAATTTGGAATTGAAATAGAATCACCAGAAAATATGAAGAGT +ATACAAGATGTTGTTAATTACATAGAAGAAAAGACTAATGAAAAAGTAAATTCATAA +>fabH +ATGAACGAGGTAATAATAGGAGGTGTCGGAAATTACATACCTTCTAAAAGAGTCACCAAT +GATCAATTAAGTGAGTTTATTGATACAAATGATGAGTGGATACATTCAAGAACAGGAATA +AAAAGTAGATACATATCGACTGGAGAAGATACTTCTTATATGGCTTCGAAAGCTAGCATT +AAAGCTATACAAGATGCTAATTTATCACCATTAGATGTAGACTTAATAGTATTAGCTACA +TGTACACCAGATATGTTTACTCCATCTACAGCTTGCATAGTACAAAATTTAATAGGTGCA +AAAAATGCAGTAGCTTTTGATATAAGTGCAGCATGTTCAGGGTTTATTTATGGTTTAGAA +GTTGCAAAATCTCTTATGGTTTGTAATGACTATAAACATGCACTTGTTATTGGATCAGAA +AATTTATCTAAATCAGTTGATTGGGAAGATAGATCAACCTGTGTATTATTTGGAGATGGT +GCAGGAGCTGCGATTATATCTAAAAGTGATAAAAAAGGGATTGTAAGTTCTTTTTCTAAA +TCAGAAGGAGATAAATGGCAGTGTATAACAATAGAAGGGAATGATATAGACAGTCCTTTT +GTAGAAAATAAAACAATAAGACATTCGAAGCTAAAAATGAATGGAAATGAAGTATTTAAG +TTTGCCACTTCTACAATTGTGAATTCTATAAATAAAATATTAGATGATAATAATTTAAGC +TTAGATGATATTGATTATATAGTACCTCATCAAGCAAATATTAGAATAATTGATTATGCA +GCTAAAAAATTAAAAGTTCCTATAGATAAATTTTACATAAACATTGATGAATATGGAAAT +ACATCTGCAGCATCAATTCCCATTGCGTTATGTGAGATGGATGAGAAAAAAATGTTGAAA +AAAGGACAAAAAATTATATTAGTTGGATTTGGAGCAGGTCTCACTTATGGTGCAACTCTT +ATAAATTGGTCAAAATAA +>group_5 +ATGGTAAAAAGAAATGGACAGAAAATAGCAGCAATTGCTATGGCAGCAGCATTAATTGGG +CAAAATATACAACCAGTTTTTGCTCTAGAAAACTTAAAAACAACAGAACAAGTTGAAAAT +GCAGTAAATCTTGAATTGTCTGAAGAAAGCTCAACAGATCAATCTGATGAATCTGAGGAA +AACTATGCAGATCAATATGAAGCAAAAGAAGCATTAGAAAAAATTAATGAAGAATCTAAT +GATGAAAATGTAGAACCTAACGAAGAAAGTGAAGAATCTAATAAAGTAGTAAATAACACT +AAATCTAATAATGAAGAAAAAGTAAACATTCAAGACAAAAATGATAATACTACTATAGAT +TTTAAAGTAATGGCTATAAGTGATTTACATGCGAATTTAATGAACTATGATTACTATACT +GGATCAACAACAAAAAATTCTGGATTAGTTAAAGCAGCAACAGTTATAAAAGAAGAAAAA +GAAAAAGCAAATAAATCAGAAAAAGAAAACGTTGATAATGTAATATTAGTCGATAATGGA +GATACAATACAAGGTACACCATTAGCAAACTTATATGCAGTAAAGCAACCAGTTGCACCG +GGAGAAAAATACCCTGTGTATAAAGCTTTAGAATCATTAGGTTTTGATATGACTACTATA +GGTAATCACGAAGTTAACTATGGAATGGATTATATAAAGCAAATAGTAGATGCAAATACA +AGTATGGGAATGGTTTGTGCAAACCTTAAAGATGCTGAAAGTGGAGATTTAGTTTTTGAT +CCATATAAAATCTTAAATGAAACAGTAGTGGATTCAAATGGACAAGAAAGAGAATTAAAA +ATAGGTATAACTGGAGTTGTCCCAACTCAAATACTAAACTGGGATAAAGTTATATTAAAT +GGAAAAGTAACTGTAGATGATATGGTTAAAAGTGTAGATAAATATGCAAAAGAAATGAAA +GAAAATGGTGCTGATATAGTTGTAGTACTTGGGCATACTGGATATGGTGAAGAGACTACA +GACGCAACAGGTGCTGAAAATGCAGGATACGCTATATCAATGTTAGAAGATGTAGATGTA +GTTGTTGGTGGACACGTACATAGAAGTGCTAAATATGAAGTAGAAAAAGAAAATGGAGAT +ATAACTCAATATGTTCAACCATTAAATAATGGTAAAGAAGTAGGAGTAGTAGATCTTAAA +ATAGAAGTTACAAAAGATGAAAATGGTAACGATAAATACACAATAAATGATAGTAATTCT +AAAATAAGCAATATAAGTGTAGCAAATAAAGCTAATGATGCAGAGACTGAAGAAGTTGTT +AGGGAATATCATGAAGCTACTGATAAATATGTAAATGAAAAATCAGGAGAAGTTACAAAA +GATTTAAATAGTTTCTTTACACTTGTAGCAGATGATCCATCTGTACAAATAGTTTCTGAT +GCTCAAAAAGCATACGTTGAAGAACTTATAGAAAATAATGATCCAAGTTTAGCGCCTTAT +GCAGATCTTCCAATACTATCAGCAGCAGCTCCATTTAAAGCTGGAAGTAGTGCTGATAAC +TATGTTGATATAAAAGCTGGAGGACTTGCTATAAGAGACTTATCTAACTTATATAAATAT +GATAATACTATGGCAGTTATAAAGCTGAATGGTTCTGATGTAAAAGAATGGTTAGAGTTT +TCAGCTAACATGTTCAATACGATAGATCCTAACTCTAGTGAAGAACAAAATTTAATAAAT +AGGGATTTCCCAACATTTAACTTTGATGTAATAGATGGAATAGAGTACGAAATAGATGTA +ACTCAAAAACCAAAATATGATAAAACTGGAAAAGTAATAAATCCAGGTTCTTCAAGAGTA +TACAACTTAACTTACAATGGAAAACCTATAGATTTAGATCAAGAGTTCTTAATAGCTACT +AACAATTATAGAGCTGGTGGAGATAGTTTCCCATGGAATGGTAGACAAGTAAGCGTATAT +ACTACAACTGATGAAAGTAGAGATGTATTAAAGCAATATATAGAAGATGCTGGTAAATTA +GAGCCAAGTGTAGATAATAACTGGAAATTTAAAACTATAGATACTGATGCTAAGGTATAC +TTCACTTCTCATGAAAATGGAGTGAATTACTTATCAAGCTATCCTTCTATATTTACAAAT +AAAGAATCAGCAGGAGATAGATTATATAAGTACTATTATGATTTATCTTCAGAAAAAAAA +GAATCTAATAAAATAACTATATTACATACAAATGATACACATGGTAGATTAAAAGCAGAT +GATAAAGTAATAGGTATAGATACAGTTGCAGCAATAAAGAACAATACAGAAAACTCTATA +TTAGTTGATGCAGGAGATACTATACATGGTTTACCATTTGTTACTTTAAGTAAAGGTCAA +GATGCTGTTGATTTATTAAATGAAGCAGGATATGAATTTATGGTTCCAGGTAATCATGAC +TTTAACTATGGTTATGGAAGATTAATGGAGTTATTCAAAAATAGCGTAACATTAAAAAGT +GGCGAGAATAAACTTAAATTATTAGCTTCAAATGTAAAGAAAGATGGAAAATCTATATTT +GAGTCTAATAATATAAAAGAAATGCAAGTTAATGGAAAAACTGTTAAAGTTGGTTTCTTT +GGTATAGCTACAGAAGAAACAGCTTATAAAACAAATCCTAACAATGTTAAAGGAATAGAT +TTTACTAATCCAATAGAAGCAGCTAAGGAACAAGTTAAAGAACTAGAAGATAATGGTGCA +GACGTAATAGTAGCCTTATCTCATATAGGAACTGATGAAAGTAGTGAGCCTACGGCTTAT +GATGTTATAAACGCTGTTGATGGAATAGATGTATATGTAGATGGACATAGTCATACTACA +TTTGAAAATGGAGAAAAAGTTAAAGATACTTTACTAGTAAGTACAGGTGAATACTTATCA +AATGTAGGTAAAGTTGAGTTAGAATTAAATGATAAAAATGAAGTAGTAAATGCTACTGCA +AGTCTTATAACAAAAGAAGAGACTTTATCTATAACTCCTGATGAAAAGGTTGCTGAAAAA +ATAGAAGAAATAAATTCAGCACAAGAAGAAGTATTATCTGAAGTTATAGGAACTAATGCT +ATAGATCTTGATGGAGATAGAAATAGTGTAAGATACGGAGAAACAAACTTAGGAAATTTA +ATAACTGATGCTATGTTAAATGAAACTGATGCAGACCTTGCTATAACAAATGGAGGCGGA +ATCCGTGCTAGTATAGCTAAAGGAGATATAACAAAAGGTGATGTTGTAAGTGTTCTTCCA +TTTGGTAACTTTATAGTTACTAAGCAGCTTACAGGAGCTCAAATAAAAGAAGTCCTTGAA +TTTGGTGTTAGAGCTTATGGAGAATCTTTAGGAGGATTCCCTCATGTTGCTGGGATAAAG +TTTGTTGTAGATCCAAGTAGAGCAGTTGGAGATAGAATAATATCTTTAACAATTAATGGA +CAGGAATTAGATATGAATAAAACATACACTGTAGCTACAAATGACTTTATGGCTGTAGGT +GGAGATGATTATCCATGCTTTGGAGATGTACCTACATTAAATGAGTATTCTTCATTAGAA +GAATCTGTTGGAAACTTCATAAAATCTTTAGGTACTGTTAGCTATACTAAACAAGGTAGA +ATATTAGCAGGTACAATGGTAAATGGAGTTATAAAAGTTGAAGTTGAGAGTGAATATGTA +AAAGATATACTTATAAGTGCAATAAATTCTGGATATACTGTAGAAGTATTAGAAGAAGGT +GGTAAGTCTATAGTTAAGATATACGCACCAAAAGCTAAAAATAATGCTCTAGTAGCTATA +TTAGAAGTAAAAGATTTAACTGTAGAAGAACTAAATAATTTAGTAGAAGAAATAAAAGAA +GAGTTAGAAAATAGTAAACCAGATAATGGTGGAAGTGACGATGAAGACCAAGACGGAAAC +AATGGAAATGGTGGAAGTGACGATGAAGACCAAGACGGAAATAACGGAGATGGTGGAAGT +AACAATGAAAACCAAGGTGGAAATAATGGAAATAGCAACAAACCATCAAATCCTCAAACA +GGAGATGCGACTATATTAGGTTACGTAGGAATGAGTGTAGCTGCTATGGCAGGGGTGTTT +GTAAATAATAGAAGAAGAAAAGAAAAATAA +>oppA +ATGAAAATGCTAAAATTTAAGAAAAAAGTTGCAGTTATACTAGCTTCAACTTTAGCACTA +TCAACAGTACTATCTGGATGTAGTAGTTCAGGTGGCAATTCAACAGGAGGTTCTGCAGAT +GGATTCGAGCTTAACGTATGCGTAGGACCAGAGCCTGAATCAATAGATCCGGCGAAGAAT +ACGGCTTCAGATGGTTCTACATTAATAAATCATGCTTTCGAAGGTTTAATGAAATTAAAT +TCTGAAAGTAAAGTAGTTGAAGGTCAAGCAGTAAAATATGAAGTAAGTGAAGATAAAAAG +GTATATACTTTTACACTTCGTGATGATGCAAAATGGTCAGATGGAGAAGCTGTAAAAGCA +AGTGATTTCGTATATTCTTGGCAAAGATTAGTAAATCCAGAAACAGCATCAGATTACAAC +TATATGATAGGTATGGTAGAAAATGCAAATGAAATAATGGAAGGGAAAAAAGATCCAAGT +GAATTAGGAATAAAAGCACTTGATGATAAAACAGTTGAAGTAACTTTAGCAACACCTACT +GCATACTTCTTAGAAATATGTGCATTCCCAGCAACATATCCTGTAAGACAAGATATAGTA +GATGCTAATCCTGATACATGGTCAACTGATCCACAAACTTATATAGGTAATGGTCCATAT +GTTTTAACTGAATGGAACCATCAAGCTAAAATGGTATATACTAAAAATGAAAATTACTAT +GATGTAGAAAAATTAGGACCAGATACAATCAATTTTGAGCTTATGGAAGATAATAACACA +ATATTATCAGCATTTAAGAATGGCGAAATATTATTTGGTGATGATTTACCAAATGATGAA +ATAGAAGCAATGAAAGATAATGGATTAGAAATAAAAAGTCAATTAGGAACTTATTTCTTA +TGTTTAAATGTTAAAGAAAAAGGTTTAGATAATGTAAAGGTTAGACAAGCACTTGCTCTA +GCTTTAGATAGACAATATATAGTTGATAAAGTAGCTCAAGGAGGACAAATACCTGCAGAT +ACATTTGTATCAACAGGTTTAACTGATGAAGATGGAAGTACTGAATTCCATAGTAATGCC +GATGCTTGGTATAGTGCAGACGAAAAAGACTATGAATCAAATATAAAAAAAGCAAAAGAA +CTTCTTAAAGAAGCTGGATACGAAAATGGCAAAGGACTTCCAACGATAGAATTAATGTGT +AACCCAGGACATGAACCAATAATGGAAGCTATTCAAAATATGTGGAAAGAAAATCTTGGT +ATAAATGTAACTATATCATCTCAAGACTGGAATGTATTTATAGATACAAGAAATAAAGGT +GATTATCAAGTAGCTCGTCATGGATGGTTAGCTGACTATAATGATCCAATATCATTCTTA +GATATGTGGGTAACAGATGGTGGAAATAATGATTCTCAATGGTCAAATACAGACTATGAT +AAATTAATAAGTGAAATAAAAACATCAACTGATAATAAAGAAAGATATACAAAAATGCAT +GAAGCAGAAAAAATATTAGGTGAAGAAATGCCATTAATACCACTTTATTACTACACTGAC +TTAATGTTAGTTTCAGATAAGTTAGAAGGATTCTATTCTTCACCACTTGGATATAAGTAC +TTTATGTATACTTCAGTTGCTGAATAA +>oppC_1 +ATGATTTTAGATAATAGTACGAAATTTAACTGTGAAGTTGATTTATCTCCAGATGACTTC +AAACCAGTTACAAAAGAAGTACAACAAAGTTTAATAACCATGGGGGAAAATACAAGCTAT +TGGAAAGATGCATGGAGAAGATTAAAAGAAAATAAAATTGCTATGGTTGCATTAGTAACA +ATTATATTAATTATAGGTTTTGCATTTATAGGACCATTCTTAAGCCCATATACATATGAT +CAACAAATTAGGGGGCATGAAAATTTATTCCCTTGTATGGAGCATCCATTTGGAACTGAT +AAGTTAGGTAGAGATTTATTAGTAAGAACTATGGTTGGAGCTAGAATATCATTATTAATT +GGTATAGGCTCTGCGGCTATAGTTTTAGTTATAGGATCTATTTATGGAGCTATATCTGGT +CTTGCAGGTGGTAAGGTCGATACAGTAATGATGAGGATAGTTGAGATAATTTATTCACTA +CCTGATATGTTAGTTATTATATTACTAAGAATAGTGCTACATGAACCATTAACAAAAGCC +TTTGATTCTGGAAAATCCTTTGGAGTTCTTCAGACTCTAGGACCAGGGATTATAGCTATG +TTTATAGTTTATGGACTTTTATATTGGGTCGGTATGGCAAGGATTGTAAGAGGGCAAGTT +TTACAATTAAAAGAGATGGAATACATTAGTGCAGCACGTGCATTAGGTGCAAACAATAAA +CGATTAATATATAAGCACTTACTTCCAAACTGTGTTGGTCAATTAGTTGTAACAACAATG +TTACAAATACCTTCAGCAATATTTACAGAAGCCTTTTTAAGTTTCTTAGGAATTGGTGTA +AGTAAACCACTAGCAAGCTTAGGTTCCTTAGCATCAGATGCATTATCTGGAATATCATCA +TATCCATATAGATTAATGTTCCCAGCAGTTGCTATAAGTATTATTATACTTGCATTTAAC +TTATTTGGGGATGGGTTAAGAGATGCACTTGATCCAAGATTAAAGAGATAG +>dppB +ATGGACACGGCTAAATATATTCTTAAACGTATTATGATGGCAATATTTACAATATTTGTA +GCAGCTACAATTACGTTCTTTTTAATGAAACTAGTACCAGGAAGTCCGTTTGCTTCAGAA +AAAACAAATGAAATTGCACAACAAGCTTTAAATGAAAAGTATGGACTAGATAAACCAGTA +TTAGTACAGTATAAAATATACTTACAACAATTATTACAAGGAGATTTAGGTGTAAGTTAT +AAACTTCAAAAAAATGTACCAGTCACAAAAATAATCGCAGATTCTTTCCCTATATCAGCA +AAAATTGGTGCAATGGCTATTGGTTTTGCACTACTATTAGGAATACCACTAGGATGTTTG +TCAGCTTTAAAAAGGGGGAAATGGGAGGACAGTGTAATTCGTGTTGTTTCAACATTGGGT +ATTGCTGTTCCGTCATTTGTAATAGCAACAGCATCTATGTTAATATTTGCAATTGAATTA +AATTTATTACCTACCTATGGTTTAAGCGATACATCTAGTTATATATTACCTGTATTTACT +TTAGGATTTTATCCTATGTGTTACATAACAAGGTTGATGAGATCAAGTATGCTAGATTCA +TTAGGCCATGATTATATTAGAACAGCAAGAGCAAAAGGAATGTCAGAATTTATAGTTACA +TTTAAACATGCATTAAAAAACTCACTTATACCTGTAATAACGTATTTAGGCCCATTAGTA +GCATTTACATTAACTGGTGGTTTTGTTGTAGAAAAAGTATTTAATATTCCAGGGCTTGGA +AGATATTTTATTAAAGCAATAGATGCAAGAGATTATAACCTTATAATGGGAACAACTGTT +TTCTTAGCATCATTTATTATATTAATGAACTTAGTATGTGACATCTTATATAAACTGGTA +GATCCAAGAATTAAGTTAGATGAATAA +>cmpD_1 +ATGCTTATACAAATGAATTCTTACCAGAATAAAAATAAAAAAATAAGTATAAATAATGTT +AGCAAGAGTTATGATGGTACAAAAATATTAGATAATATAAGTATGGATGTATATGAAGGA +GAATTCGTATCAATTTTAGGTCCAAGTGGATGTGGAAAAAGTACGCTATTTAATTTGATA +TGCAATTTAACCAAAATTGATAATGGAGATATTAATGTTAATGGTAAAATAAGTTATATG +TATCAAAAGGATTTATTACTACCATATAAGACGATAATAGATAACGTAGCTTTACCATTA +ATACTCAATAAAAAAAGTAAAAAAGAAGCAAGAAGAATGGTAAATCCTTATCTTGAAATA +TTTGGCCTAAGCGGATATGAAAATAAATATCCAAATGAATTATCAGGTGGTATGAAGCAA +AGGGCAAACTTTTTAAGGACCTATATTAATTCTGATGATATTATGCTTTTAGATGAGCCT +TTTGGCGCATTAGACTCTATAACAAAACTATCAATGCAAAGGTGGTTACTAGAAGTAAAA +AGTAAGGTTAATTCAACTATTATTCTTATAACTCATGATATAGATGAGGCAATCATGTTA +TCTAATAGAATATATGTTATTTCTCAAAAGCCAGCTAGCGTAAAAAAAGAGTTTGTTGTT +AACAAGACTGATAATAATGATAAAAAAATGGAACAAGTTATTAAATTAAAAAGTGAGATA +TTAAGTCTATTATAA +>group_19 +ATGAAAAACTTAAGAATCATAGATAAAATAAAAAATAGCTTATATCCTGTAGTAACTTTT +TTAATAATTTTAATTATCTGGCAATTTGTAGTTGAAGGCTTTAATATTCCGCAATATATA +TTACCTTCACCTATAGATATTTTAGGCGTATTCTTTACAGACTATGAAAATTTATATTTA +CACACTGTGTTTACGTTAAATGAAGCTTTGTTAGGTTTTATATTATCTATTATTATAGCG +TTAGTTATGGGAATACTTATGGACTTTATACCTATATTTAAAAAGTGTTTCTATCCTATA +ATGCTTGTGACTCAAACTATCCCTACAATAACAATAGCACCTTTATTAATTATTTGGTTT +GGTTTTGGGATATTACCTAAAATATTAATGGTAACATTAACTTGTTTCTTTCCAATATTA +ATAAATTTTGTAGATGGTATGGAAAATCTAGATAAAGACTATTTAAATTTATTTAAAACT +ATGAATGCAGGTAAGTTAAATACATTTATCCATCTTAAATTTCCAATGTCAATGGATAAG +TTATTTTCTGGTCTAAAGATATCATCTACTTATGCTGTAATGGCAGCCACAGTTGCTGAG +TGGCTAGGAGGAAGCCAAGGGCTTGGAGTTTATATGGTAAGATCAAAAAGTGCATATGCT +TTAGATAAAGTATTTGCATCTACATTAATTGTTGTAGTTAGTAGTTTAATATTTGTAGGA +ATAATTCAAGGAATAAAAAAGATTGTATTAAGACATAAAAATTAG +>group_503 +ATGGTAATAGCAGATGTAGCAGTAATGCCTTTAAGGCCTTATGCAGGAGAAGATGAAATG +TATAAAGTAGTGGATGCTTGCATAGAAGAAATAGCCAAAAGTGGTCTAAAATACGAAGTG +GCAGCAATGAGTACAACAATAGAAGGGGAGTTTGATGAAGTATTTGACTTATTAAAAAAA +ATACATAGAATCCCTTTTAACCTTGGATGTGAAAGAGTCATAACTGTTGCTAGAATTGAC +GAAAAATCTGGGGGCATAACAATAGATGAAAAACTTAAGAATCATAGATAA +>nudL +ATGTTAAAAAGTATAAGAAATAAATTTGAAAATTATAAACCTTATATAAATGGATTTGAA +AATATGAAAAGAGCTTCTATATTAGTTCCTATAGTTAAAATAGATGATTCTTACTATATA +CTATTTGAAGTAAGATCAAAAAATCTAAGAACTCAACCAAATGAAATATCATTTCCTGGA +GGTAAAATCGAAAATGGTGAAAATCCTGTGGATGCAGCCATTAGAGAAACCTGTGAAGAA +TTAGGTACCAGCGAAGATAGCATCGAGATAATATCACAACTTGATTTGCTTATTACTCAT +ATGAACCTAATAATACATCCTTATGTAGGTATATTAAATAATATAAATCATTTAGATATA +AATAAAGATGAGGTTGATCATACATTCTTAGTTCCTATTACTCATTTAATAGAAAATAAA +CCAACATATTATAAAAACAAATTAGAAGTTATACCTGATGATAAATTTCCATATGATATT +ATACCAAATAAAGAAAATTATAAATTCCAAGAAAGTAGTTACCCTGTATTATTTTATGAA +TATAAAGATTACGTTATATGGGGACTTACTGCACGAATTCTTGAAAACTTCTTAAAAGTT +CTGACAGAATAA +>group_122 +ATGTTAGTAGTTTTAATTAGAAGTATTATATTATATATTGCGGTATTAATATCCCTAAGG +GTTATGGGAAAAGGTGAAATGGCAGAAATGAATTCCTATGATTTAGTTATAACATTACTA +ATTGCAGATGTAGTTTCTATGCCTATGGAAAATAATAATATCCCTATGATTAATGGAATA +GCTAGTTTAACTGGTTTAGTTTTAATGCAAACAATTATATCTTATCTTTCTTTAAAAAGC +AGAAAATTTAATTCTTTTTTATGCGGTAAACCTTCTATTTTAATTAATAAAGGAAAGATT +GATCAAAAAGAATTAAAAAAAGAAAGAATAAGTATAGATGAACTCTTAGAACAACTTCGA +GTTCAAGGTTTTTTTAATTTGAAAGAAGTACAGTATGCAATCTTAGAAACTGACGGAAAT +TTAAGTGTAGTTCCTTCTGGGAGTCACAGTGATTCTCCTTCAGTTACTTTTAAACATCTA +CCTATTTCTTTAATCATTGATGGTAGAATAATACATAGAAGTTTAAAATCAATTAATAAA +AATGAAGATTGGTTATTAGAAATTATAAAATCTAATCAAATTAATAATTTTAAGGATGTA +CTTATTTGTATCTTAGATGAATGTGATGAAATATTTATTCAAAAGAAGAAAATTTGA +>group_424 +ATGAAGTCTGTAGTTGGTGTAATAGTATGGACTATTTTATTTGTACTATTAGGTATATAT +ATAAATGATGAAGTCTATGAATTTACAGATAAGTATACATCTAACATAAACGTAATTGAA +CAGCATATAGAAAATGGTAATTGGAGTGAAGCTTCTAAAGAACTTGATTATTATTCAAAA +GGATATTATAAGGAAAAAGAAATATGGTATAAAATATTAGATCATACTTATTTTGATGAT +ATATGTTTATACATTAATATTTTAAATAAATCAATTCTTACAGAAAATAAAACCCAATCT +TTCATTGAGATAGAAAGAATAAAAATGACCTTTGACAATATTCTTGAAAGCGGAAAATTT +GATATTAATCATATTTTCTAA +>argG +ATGAAAGAAAAAGTGGTATTAGCATATTCAGGAGGATTAGATACATCAATAATAATTCCT +TGGTTAAAAGAAAATTATGATATAGATGTAATTGCAGTTTGTGGGGATGTTGGTCAAGAT +GATAAAATGGATGGGATACATGAAAAAGCAATTAAAAGTGGAGCAATTAAAGCGTATGTA +GAGGACTTAAGAGAAGAGTTCGTTACAACAACAATATACCAAGCAATAAAAGCTGAAGCC +AAGTATGAAGGAAAGTATTTACTAGGGACTTCTTTAGCTAGACCAATAATAGCAAAAAAG +TTAGTTGAAGTAGCTCAAATGGAAGGTGCAAAGTATATTTGTCATGGATGTACTGGAAAA +GGAAATGATCAAGTGAGATTTGAAGCAACTATAGCAGCATTAGACCCAACAATAAAGGTT +ATTGCTCCATGGAGAATATGGGATATAAAATCAAGAGAAGATGCATTAGATTATGCAGCA +AAGCATAATGTTCCTGTTGTAGCAACTAAAGAAAAAATATACTCAGTAGATGATAATTTA +TGGCATGTATCAACTGAGGGTGGAAATATTGAAGACTTAGCAAATGAGCATAGTAAAGAT +ATTTACAAAAAGACAGTAGATCCTGAAGATGGATGTGATGTAGCTGAGTATGTAGAAATA +TATTTTGAGCAAGGTATACCTAAGAAAGTAAATGGAAAAGAGCTTGATCCAGTTGGTTTA +GTCTATACTTTAGACCAATTAGGTTCTAAGCATGGAATAGGAGTAGTTGATATATTAGAA +AATAGACTTGTAGGAATGAAGTCTAGAGGGATATATGAAACACCAGGAGGAACTATTCTA +TATGAAGCACATAATGTATTAGAAAGTGCTACATTAGACAAAGAAACATTACATTACAAA +CAAGTTGTTTCCTATAAGTATGGAGAGCTTATATATAATGGACTATGGTATAGCAAGTTA +AGAGAAGCAATTGATGCTTTTATAGATACTACTCAGAAAAATGTAAATGGAAGTGTAAAA +TTAAGACTCTATAAAGGAAATATTAAACCTGCTGGGATATTTGCAGATTCACCACTTTAT +GATCAAGGAATATCTTCTTTTGGAAACAGCGAACTTTATGATCATAAGGATGCTGAAGGA +TTTATAAATTTATTTACATTGCCTTTAAAAATAAATGCGATGAAGTTAAATAAAAATATA +ATAACTGAAATAGTAGAATAA +>walR_1 +ATGAAGGAAAAAATATTAGTATTAGAAGATGAAATAGGAATTAGAAGTTTTGTTAGCATA +AATCTAAAAAGAGAAGGTTATGAAGTTATTGAAGCTGGTTCAGGAAGTGAAGCTATAGAA +AAATTATCTAAAGAAGATGACATATCAATAGCACTTTTAGATGTCATGTTACCAGATATG +AGTGGTATAGAAATTTGTAAGTTTATAAGACAAAACTTTGATCAAGTAGGAGTTATAATG +CTTACTGCTAAATCACAAGAAGAAGATAAGATAGAAGGTTTTATTTCTGGAGCTGACGAC +TATATGGTAAAGCCTTTTAGTATAAAGGAATTATTAGTGAGAGTATCAGCATTGCTTAGA +AGAATAAAAAAAGATGAAAATAAAACTAAAACAAATGAAATAGTATCACACCCATTTGTT +CTTGATATTGATAAGAGAAAATTATTTAAAAATAATGAAGAGATTGAGCTTACTCCGACA +GAATTTTCAATTGTAAAATACTTAATGACAAATGGTAGCCAATCATTAAGTAGAGATCAA +ATATTAAAAGAGGTTTGGGGAAGTAATTATTTATATGACTTTAAAATTGTTGACGTAAAT +ATTAGAAGGATAAGAAATAAAATAGAAGATGATCCATCTAAACCTAAATATATACAAACA +GTATGGGGGTATGGATATAGTTTTAGAAAGGAAGACTAG +>group_154 +ATGAAGTTATTTAAAAGCACTGCTTTATTAGGGGCGCTTATGCTCTTAATGACTGGTTGT +GTCTCCAGCAGTGAATCACCGGAAAGTTTGATAGATAAAAAGCCAATTTACAATGAAGAA +AATAAAGAACTATATGATAGTATAAATAAGATGTTAGTTAAGCCTGCATCATTATCATTA +CCTTCTAATTCTCAGGATGTAGGAGAAATAAACAAAGTAGATTTAAACAATGATGATATA +AATGAAGTAGTTGCTTTCGAAAAAAAGAAAAATCTTAACACTAATGAAAATGAAGTTGGG +TTTATGATTTTTAGTCAGAAATATGATGGGACTTATGAAGAGAAAGTGAATCTTTTAAAA +GTAGGAGAATCTATTGAGTATGCTAATTTCTATGATTTAGATAATGATGGAAATAAAGAA +ATTGTGTTAGCAATTAAAGAAAAGACAAAAACTAGATTATATTTATATAAGTATATAGAT +GAAGAAGTACAAGAAGTATATAATTCGGAACCTACATGGATTAAAAATAGAGGATATCTA +AGTGATATGAAGATTAAGATTGGTTATATTAATGATGATCACATCTTAGATATTCTAATG +GTAAACTATGATTATAAAAATAGTGAAATGTATGTAAGTATACTTAATTTTGATAATAAA +ATGAAGTTAATAGATTATGTTAAATTTGAGAATGTAAAAAATATAAGTGATTTATATATA +ACATTTGGAAATTTAGCAAGCCAAGTCAAAGGAGCAACAACAAGAGGTGTAGTTCTTGAT +ATTCCTATGATCAAAGATAGTAGTTATTTTACACAAATGATTTATCTTGAAAATGGATCT +ATTAAGAAAGCTTTCAAAGATGATGACAAGAACCTTATGAAATCTTATTATATTCCTATA +GAAGATATTAACAAAGATAAGGTAATAGATATTCCTATATTAAATGGAAGTTTAAATGAA +AATACTTATACATCAAAGTCATCTGCGAATATTAGTTGGTATAGATGGAATGGTAAAACT +GATGATAATTCAGGATTATTATTTACTATTCAAATTTACTATAATTACGATTATAATTAT +AAATTCCTTATACCAAATAATTTAGCAAACAAAATTTATATAGAACAGGAGCAAAACCTT +GATAATGTTTTATTCAAGTTCTGCTACAATGATGCTACAGGAAATAAATCAAAATCTTTA +TTTACAATAACGGCATCAAGTAGAAATATAGTTGATGAAAATAAAAATATAAACTTAGTA +AATCAAGCATCAATTCTTCTTAAAGAAACAGAAAAATATAATTTTTCACTAAGTATTGAC +GATACAGAGGAATTAGAAAGATTAGATATTACAAAAGAAGCATTAAAGGATTACTTTTCT +TTAATATATGAATAA +>cca_1 +ATGACATCAATAGACAATTACTATAAAATTAATGAAATTTTACTTGAAATTAAGATTCCA +TCAAAAGAAATTATAAGGTTAATAAAAGAAGGAAAATTAGACGAACAGCCCTTTGATTTA +ATAAAGAAGTTATCAGAGATAGATCAGAATAGAAAGTATCATCCTGAAGGAAATGTTTTA +AATCATGTGCTTTTAGTTGTTGATGAAGCAGCAAAAAATAAAAACCATTCTAAAAACAAA +GAAGTTTTTATGTGGGCAGCACTTTTACATGATATGGGTAAATTAACAACAACAAAGTTA +AGAAAAGGAAGGTTAACATCATATAATCATGATGTTGAAGGAGAAAAAATTGCCTATGAT +ATACTTGATAAATTAGGCAAAGATGAAGATTTTAAAGTAAAAGTAAGTAAATTAGTAAGA +TATCATATGCAACCATTATTTTTTGATAAAAACTTACCATTCTTTGATCCATCAAATATG +TTAAAAGAATGCGATTATGAAGAAGTTGCACTTTTATCAAAATGTGATAGACTTGGAAGA +GGTGAATTAAATGAGTCTAAAATTAAAGAGGAATGTGATAGAATAGAAAATTTCAAGAAT +TACTGTAAGAAAGTTTCAGATTAG +>group_4 +TTGCTTAGAATGAAAAATAATAATCATAAAAGAAGTAGTAGAAAAAAACACTCTAACCAA +GTAGATAAAAATGTAGATAGCAAATCTAATTACGAAGAAGATTTTAATGAAGTAATATTA +AATGATTTAGTACCAGATGATAAAAAACAAGAATTTGGTTTAGAAGAAGCTAAGCCTAGG +GCAAAGAAAAATAGACCGTTTAATTTAGGCCTAGGTGGTAAAAAGAAACCTGCAAAAAAA +AGCAAAATCAAAAAAGAAGATGATACAACTGAAGTATCAGAAAGTACAAAAGGGTCTAAA +AATAAAAAATCATCTTTAAACAAAAAAACTAATAGCAAACAAACTGATTCTAAAGAAAAT +CACTCTAAAAAAGCTCATTCTAAAAATACAAAAAAAACTCATCCTAAAAATGAATCAATA +GACAATGAAGTAGATAACATAATAGAAAATAAAGTTGAAAACAAAGTAGATAATACTGGA +ACAGAAAACAAAAATACAAAGAATCATAAAAAATCACATTCAAATAATCACAGTCATAAA +AGAAGAACAAAAAAATCAGATAAATTCGATAAAGAAGATTCATTAGAAGTTAAACAGAAT +GTAATAGAAGAAAGCGAAGAAATATTAGAAGATATAGAAGATCAAAATGATTTAGGGAGT +TTTAGAGGAGTAGAGAATGATAATTTAAATAAAGTACAGGAAATCGAGGTAGTTGAAGAA +ATAAAAACAGATGATAGAAGAGTTGAAAATATAGTTTGGTCTAAAGAAAATTTCCCTAAA +AAATAG +>larE +ATGGAACTAAGTGAAAAATTAGTAAAATTAAAAAATATGCTTAGAGAATTAGGTAGTGTA +GCAGTTGCTTATTCTGGAGGCGTTGACAGTAATTTTTTACTGAAGGTTGCTAGTGAAACC +TTAGGAGAAAATGTAGTAGCAGTAACTTTACATGCAATGATGCATTCAAAGAGAGAAATT +GAAGAAGCTATAGAGTATGCTAAAACATTTAATACAAATCATATTGTAGTTGATATAGAT +AATTTTGATGTTAAAGAGTTTATAGAAAATGGTCCTAAGAGATGTTATTACTGTAAAAAG +GTAGTATTTTCTAAAGTAAAAGAAATTGCAAAAGAAAACAATATTAAATATGTAGTAGAT +GGAACCAATTTGGATGATCTTGGTGATTATAGACCAGGTCTTAAGGCTATTGAAGAATTA +AATGTAGTGAGTCCACTTAAGGAATGTGGTTTTACAAAAAATGATATAAGAGCTTTATCA +AAAGAAATGAATCTTAATACATTTAATAAGCCTGCATTTGCATGTCTTGCAACAAGAATA +CCTTGTGGAACTAAAATTACAAATGAAAAGCTTAGAATGATAGAAAAAAGTGAAGAATAC +TTAGTAGAGTTGGGATTTAATCAATTTAGAGTAAGACTTCATGAAGATATTGCTAGAATT +GAAGTTGGAAAAGAAGAAATACATAAGTTTTTTAGTAATGATTTATTAGACAAAACAAAT +AATAAACTTAAAGAATTTGGATTTAAATATGTGACTTTAGATATGGGCGGCTATAAGATG +GGCAGTACTAATCTCACATAA +>group_41 +ATGAAAATTGACTACAAAATACCAAATAATTTACTTAAAAATAATAAAGGAATGAAGTTA +ATATTTAGAGACGATTCTACTATATTGGATATTTACATAGGTAGCAATCCAGTTCTGACT +TTAGAATTAGAAAAGAGAGATATAGAAAGTAATAGCGAGTTTATTTACAATTCAATAATA +AACTTAAAAAATATCACTATGTATATTCCAAAAATTTATATAAAAGAAAATTAA +>group_130 +GTGAAGAATATTATAAATTTAGTAAAAATGAGTTATTCAAATTTGAATGCAGTAAAAAGT +ATATTATTGATCTCAATAATTCTATTTATAGTTGGATCTATTATCAATCCTATATTTTTA +AATATGCTTATTGGAATTATAGTATATCAAATGACTTATCAAGTTATAGCATATGAAGAA +AGTTATGGAATAGATTATTTAATTGCATCATTGCCAGTTACAAAGAAAGAATATATTACT +TCTAGATACATTTTTGGACTAACAAGTACAATTATATCTATATTAATATTTACTGTCACA +TATAGACTTGTATTAACTTTTTCAAGTAAGTCATATGATATAATAGATTTTAAGACAATG +TTAACGGTAGGTATAGCATCATCAATTATTTTAGTTTCAGTGCTTATCCCTTCAATATTA +AAATTTGGTATTGTTAAAGGAAGAGTATTTATAACTATTGTAGGATTATCCATAGTTATG +GCTCCAGCATCATTAATAAGTGCAATGGCGGAGGAAAAAGAAGCTATGATTTTCTTATCT +AAAATTAATGAAATTGGAATTGGAACTATATTTTTAATAGTTAGTGTAGTTGTTATGATT +ATATCATATATTATTTCTCAAAAAATATATAGAAATAAACAGGTATTGTAA +>btuD_4 +ATGAGTGCAATCAAAATTAAAAATCTTAGCAAAAGTTTTGAAGACTTTTCTTTAAATATA +AAAGAGTTAGATATAAAAGAAGGTTATGTAACGGGATTTATAGGTCCTAATGGTTCAGGT +AAAACAACAACTATAAAGCTAATAATGAATATGCTTAAAAAGGATAATGGTACTATTGAA +ATATTAGGAAAAGAATATAAAGAATGTGATTTATATATTAAAGAGCAGATAGGCTACGTT +GGGGACTACAGTGGATACTTACATGATGCTAAGATATCTATAATAAAAAAGAATATATCT +AGATTTTATAAAATTTGGGATGAAGAATTATACAAAAAATATATCAATAAATTTAAACTA +GATGAGAATAAAACATATAAGGAATTATCTAAAGGTCAGAAAAAACAATTTGAACTTGCA +ATTGCACTTGCTCATCATCCTAAAGTAATTATTATGGATGAGCCTACAGCAAATTTAGAT +CCATTAGTGAGAAATGAATTTTTAGAAATATTACAAGAAAGAATTGAAGTTGATAATGCA +AGTGTGTTTTACTCTACACATATAACCTCAGACTTAGATAAAGTTGGTGATTATCTAGTC +TTTATATATAAAGGAAAAATAATACTAGAAGGTGATAAGTATTCTATATTAGAAGAACAC +AGTATAGTAAGAGGTAAAAAAGATTTGTTAAATCATGAAACTAAAGAAGTTTTTATATCT +GTATCTGAAAATAGCTTTGGTTTTGAGGGATTAGCTAGAAATAAAAAAGAAGCTTATGAA +ATATTTGGTGAAGAGGTGGTTTATGATAAACCAAATCTTGAGGATATATTAACTTTCTAC +ACAAGGGGGGAATAA +>group_159 +ATGAGAAATAATAAAAAGAAGCTCATAAGTTTCTTAACTATATTTACCTTATTATTTGTT +TCAATTAGTTTCGCATTAAGTGAGGTAGTTAGTTATGCAGATGAACTAAACAGTATAGAA +ACTTATACAATTAGTTCATCATCACGTTCTAGCAGTAAAAGTTCAAGACCCAAAAGTTAT +AAATCAAATAGTAGCAAGAGACTTCCTAGCTCTGGAAGCTTTAACTCTGGAGGTAGTAGC +AATAAAAAAAATAACTCAACAACAATAAAGCCTGATTCAGGTAGCTTTTCTACTAGTCCG +AATAGTGGAAGCAGTTCTAATGGTAATTCTAGTACTATAAAACCTGATTCGGGTAGTTTT +ACAACTAAGCCTAATGATAGTAGTTCAGGTGAAAGTAATAATTCACAGGGATCTGGTAGT +TATAAGGACTATGGATCAGGTGGTGGAAGTTATAGTGGAGATTCAAGTTCAGGAGGAGGA +TTCTTCGGAGGATACTTTAATCCATTTAGAACCATTGGATATGGTGGACATATTAGTTCA +TGGATTACTAATATAGTAATTATTATTACGGTGGTAGTAGTAGCATATATAGTAATAGAT +ATGATTAGAAATAGAAGAGATTAA +>group_103 +ATGAGCACAAGGATCGAAGAAGAAAAAAATAAATATAATAAAGTTTATACTGATTTAGTA +TTTGCATCTGATGATTTAAAACAGATGTTAGATGAAGATGAATTAAATAAAAGAAGCTTT +ATAACGAAGGTGGAAACTCTAAAAGACTATATGAGTTTTTTAGATAAATTAGAAAGAGAT +AGTAAAGCAAAAAAAGGATTATTTGCAAAATTACTTAATAAAGATATGGATGTAAATTCT +AAAATAGATAATTATTTAAGTAAAGATAAAATAATAAATTTAGGGAAGTTAGATAAATGT +AGTCTATGTAAGTGTAGAAATTGCGTAAGTAAGTGTCCTATGGATCAATGTTTTAACTGC +CGAGAAAAAGAATATGTACTTGATTGCAACAAAACAGACTCATTACTTACAAGTTGTAAC +GATACAGTAACTTTATATAATGGTAATAAAGAAATTATTTTCAATGTAAAAGCTTATTTA +ATAGAAAAAGATAAAGATGGAAACTATTCAAGGTATGTTTATTTAATTGATAGCGAAGAT +TATGATAATCAACATATTTTAAAATACTCTAAATTTAAAGGAGAAGAAAGATATGATTCT +GTTATTACAGATGATACACAATATGAGTTAATACGAATAAATAATAAGTTTATAGAAATG +GGGTTAAGGGTATAA +>group_251 +TTGAGATACGTTATAGTTAGTGTAGTTAAAAATAAAGCTGGTGACTTTAATAATAATTTA +AGAAAAGATATATTTGAAAAATTTAAGGCTAAATCATCAAAGTTGCCTGCACACTTTACA +ATTAAGTCCCCTTTTGAATCAGAGGATATAAGTGAATTAGAAAGCACTTTAAGTAAATTT +ACAGAGAGTCATTCAAGTGCACCTTATAAAATTAAAGGATATAGTAACTTTGATAATAGA +GTAATTTTTATGAAGGTCCTAATGAGCCAAGATGGAAAAAGAATTCATGACGAGCTTATT +GACTCTTTAAATGAAATATCTTATATCAAATTTGATTCTAAAGATGGTAAGGATAAAATT +TTTCATGTAACTATAAGTAGTAAAAAAATACAAAATATATTTTCTATAATATGGGACTAT +GTGAATCAATCTCCTTGTGACTTCGATTGTGTATTTGATAATATTTGCATATATAAGTGG +GAAAATAATACTTGGGTTTTACATAGTGAATATAATTTATAA +>group_32 +ATGAAAAAGAAAATAAAAATATCTATAAGAAGCTTAGTAGAATTTATTTTAAGACATGGA +GACATAGATAATAGGTACGTAGGATCAGTTAAAGCCATTGAAGGAATAAAAGGACACCAA +ATAGTACAAAAGTCATATGGTAGCAACTATAGTGCAGAAGTACCTATTAAACACGAGTTT +GATTATGATGGTTTAACTTTTATTGTGGAAGGTAGAATAGATGGTATATTAATAGAAAAT +GGAAATATTATTATAGATGAAATAAAGACTACAACAAAGGAATTATTATTAATAGATGAA +GATACAAATCCACTTCATTGGGCTCAAGGTATATGTTATGGATATATATATTCAATACAA +AATGAATTAGAAAATATTGATATACAATTAACTTATTATAATATTGAAAGTAAGACTACA +AGAATATTTAGAAAAAAATATTTATTAAAAGAGCTAGAAGATTTTTTCTTTGATTTGTTA +GATGAGTATAAAAGTTGGGCAAACATAGAAAGTGATTGGATTAATAAAAGAAATTCATCA +ATTAAAAATCTTAAATTTCCTTATAGTAATTATAGGCCAGGACAAAGAGAATTTGCAGTA +AGAGTTTATAAAAGTATAATGGATAGTAAAAAATGCTTTGCACAAGCACCGACAGGAACG +GGAAAAACTATTTCTACATTATTTCCAGCTATTAAAGCTATGGGAGAAGAACATACTTCG +AAAATATTTTATTTAACAGCAAAAACAATAACAAGAGAAGTAGCACAAGACAGTATAACT +TTAATGAGAAAGCAAAATTTATCTATAAAATCAGTTACTATAACAGCAAAAGAAAAGATA +TGTAAGATGAATGAAATTAATTGTAATCCGGACTACTGTCCTTATGCTAAAGGATATTAC +GATAGAATAAATAAATCTTTAAAAGAGATTATATTAAAGTATGATGATTATAATAGATAC +AATATAGATCAAATAAGCGAAGAATATAATTTATGTCCATTTGAATTATCTTTGGATTTA +ACAATGTTTAGTGATGTAATAATATGTGACTACAACTATGTATTTGATCCTAGGGTATAT +TTAAAGAGGTTCTTTGAAGTAAGTAAGACAGACTTTACTTTTCTTATTGATGAAGCTCAC +AATTTAGTTGATAGAGCAAGAGATATGTATTCAGCTACACTAACTCAAGAAAAATTTGTA +CAAATTAGAAAGCTTATGAGTAGCAAAGATAAAACACTAACATCGATAATAAAAGAAGTG +GAAAAGACCTTTAAAGAAAAATATGAAAGTCTAAATAGATTAAATGAAACGTATTTAGTA +GATAATAAATTGCCAATGAAACTAAGTGAAATTCTAAAATCATTTATAAAATATACTGAT +GAATATTTATCTAGGAGTACAGAAGATAATAAAGAACTTCTTGATCTTTACTTTGAATGT +CGTAGGTATATTTCAATAGAAGACATTTATGATGAGAATTACACTACTATATATTATCAA +GGATTTTCTGGAATAACTATTAAAATGTATTGTGTGAATCCTTCTAAGGTCATACAAGAA +AAGATGAAAAAATCAAAATCAACAATAATTTTTTCTGCCACTCTTATACCAATAGAATAC +TTTATGACCATGTATGGATCAGAAAAAGAAGATTTTGTTATTAATCTAAAAAGTCCTTTT +GATAATAATAATAGACTTATAATGATAGGTGATAATATTTCAACAACATATTCAAAAAGA +AATGAAACTAGTGAGGAGATATGCGACTATATATCAGCTTGTACTCAAGGAAAGACTGGA +AATTATATGGCATTCTTCCCATCTTATAAATATATGGAATTAATATATGAGAAAATGAAA +GAAAAACACCCTAGAATAAATGTATCTATACAAGAAAGTAACATGAGTGAGGAAGATAAG +GAAGATTTCTTATCAATGTTTGATGAAAATAATATAGAAACTCATGTTGGTTTTTGTGTA +CTTGGAGGGCATTTTTCTGAAGGTATAGATTTAACTAAGGACAAGCTTATTGGTGTAATA +GTAATAGGAGTAGGGATGCCACAGATAGGTGTAGACAGAGATGTTATTAAAGAACATTAT +GACAAAGATAACAAAGGATTTGATTATGCTTATGTTTATCCAGGGATGATAAAAGTTCTT +CAAGCTGCAGGAAGATGTATAAGAACAGATGAAGATAGAGGGGTTATACTAATTTTAGAC +AGTAGATATTCTCAGAATAGATATAAAAGTTTATTTCCTTATGAATGGCATAATACTAAT +TTAAAAGTAAGAAAAAGCGAAGATGTTAAAAGACTATGCAAAAAATTTTGGAGTAAGTAA +>ogt +ATGAAATATTTATATTTTTACGATACGAAAATTGGTAAAATTGGAATAGCAGAAGAAGAT +GGTTATATAATTAAAATATATTTTGAGAATGGAAAAATAATAAAAGAAGATTATGAAATA +TTTGAAAGTGAAGTTATAAAAGAAGCAAGTAGTCAATTAAATCAATATTTAAATGGTAAA +AGGAAAGAATTTAATTTACCATTTAAACTTATCGGAACAGAGTTTAGAAAAAATGTTTGG +AATAGCCTTAAAAATATACCTTATGGTCATACAAGTTCATACAAGGAAGTTGCAATTAGT +ATTAATAATTCGAAAGCATGTAGAGCTGTTGGAATGGCAAATAATACGAATCCTATACCT +ATTATTATTCCATGTCACCGTGTAATAGGCAGCAATAATAAACTTGTTGGGTATGCAGGT +GGATTAGAAGTAAAAGAATTTTTACTAAATTTAGAAAAAGAAAACTTATAA +>group_96 +GTGGAAATCATAATTAACTTAATGGGAGGACTTGGTCTTTTCTTATACGGTATGAACCTT +ATGGGAGACGGTCTTCAAAAATCAGCAGGAGCAAAATTAAAGAGAATTATAGAACTTTTA +ACTAGTAACGTAATAATGGGTGTTATAGTAGGTGCATTAGTTACAGCAATAATACAAAGT +AGTTCTGCAACTACAGTTATGGTAGTAGGATTTGTTAATGCAGGAATAATGACATTACCT +CAAGCAATAGGTGTTATAATGGGTGCGAATATAGGTACAACGATAACAGCTCAAATTGTA +TCACTTGACTTAGTCGGAATGGCACCGATGGCATTAGGTATAGGTATAGTTCTTTACTTA +TTTGCTAAAAACTCAAAAACAAAGCATATGGCAGAGATACTTATAGGATTTGGTATATTA +TTTACAGGTATGGACTTTATGAAAGATGCAGTTAAACCGCTAAGAGAGTTCTCTGGATTT +ACAAATGCATTAGTTTCATTTGGTAGCCAACCAATACTTGGTATATTATTAGGATTTGGT +ATAACAGCAATTGTTCAAAGTTCAAGTGCTTCAATGGGTATGTTACTTGCACTTGCATCA +GAAGGTTTAATACCTTTATCATCAGCATTACCAATACTTTATGGTGAAAATATAGGTACT +TGTGTAACTTCTTTAATATCAAGTATAGGTGCAAGTAAAAATGCAAGAAGAGCAGCAACA +ATGCACTTAGTATTTAATATAATAGGAACGTTAGTATTTATGTTCTTACTGACAAAACCA +ATAACAATGTTAGTTACTCATTTAGATCCAAATGACGTAAGTAGACAAATTGCTAATTCA +CATACATTATTTAATGTTATAAACGTAATATTATTACTTCCATTCTCTAAGCTTATAGTA +AAACTTACTATGAAACTAGTTCCAGAAGGAGAAGATGAAGTAGAAGATACTAAAGTTGTT +AGATTCATTGATGAAAGAATGATAACAACTCCATCAATAGCTTTATCAAATACATCTAAA +GAAACTTTAAGAATGGGTAATAAGGCTAAGGCATCTTTAGAAAATGCTATGAACGGATTA +TTAGAAAAATCTGAAGCAAAAGTAAAATATGTTTTCGAAGAAGAAGCTAAAATAAATAAA +TTACAAAAAACAATATTAGACTATTTATTAAAATTATCTAAAACATCTTTAAATCATGAT +TGTATAGAAGGAATAGATAAATTATTCAATACTATCAATGATATAGAAAGAGTTGGTGAT +CATGCTGAAAATATAGCTGAATTAGCTGAAAGTATGATAAACAACGACTTAAATATGTCT +GATAAAGGTAAAGATGAATTAATAGAAATGTTCAATAAAGTTGTAGAGACTTATACATGT +GCATTAGAAGCTTTAGAAAAAGCTGATGTAAACTTAGCTTGTAAGGTTATAAAAATGGAA +GAACAAGTTGACGCTATGGAATCATCTTATCGTAGAAGTCATATGAATAGATTAAATGAA +GGTGTATGTAGTATAGACTCAGGTGTTATATACTTAGATATAATAAGTAATTTAGAAAGA +GTATCTGATCACTCTGTAAATATAGCTACACAAGTAATAACTTCAAACCAATCTGTAAAC +GAATCAGTTAGTGTATAA +>group_165 +GTGAATAATTATCGCATTGCATATAATCAAGGATGGAAAATGTTAAAAGATAGAAACTTC +AATCGTGTTTCAAAAATAAGAGATGTAAAATATAGAGAAGATGTGAATATCTTTGAAATA +GATATACTTGGAGACCATTATATATTGGACTGCGATAGCGAGAAAATTTATAATATAGAA +ACTTTAGAAGATATGGATATATCTTTAGCTATAACACTTCTAAATTATTTAGGTTTTTCA +GATGATGATATAAAGGTAGAAAATAAGTGGGTCAGTTTGAAAGAAATCCCAAATGGAGGG +GATTTATATTACCCAGCATTTTATAAAAGCTCTATAGAGACATTAATTAAAGAATTTGGA +TATAGTAGTGATATATTTTCAATGCTAGCTTTAGGTCTAGGTGGGACTGAGTATAAATTT +GGCGATGCTAGTGCAATATTTAATATATTTCCAAGAGTTCCTATATGTGTAGTAATATGG +GAAGGAGATGATGAAATCTCTGCAAACGCTACTGTTCTATTTGATAATTCAATACAAAAA +ATAATGCATATAGAAAGTAGTATAGGAGTTGGAATGTTTATAACAAAGCAACTAAAAAAT +TTAACAATATATTTAAAATAA +>group_175 +ATGTTTGAAAATTTAGAAAAAAACTGTGAGAATACAAACATTATGATACTATATATAAAT +ATAAGTATATTATACTTTGTATATGAATTAAAATGGGGAAAATAA +>group_80 +ATGATAAATTTAGTTAGAGCTTGTCCATATTGTTCAAATGTGGATATGGATAAATTAGAA +GAAGTAGTAGGAAAAGAAAAGGTTCAAAGAGGCTGTATAGGACAATGTAGAGCTTATAAA +AAAGAAGCTGTTGTAAAGGTTGATGGAATACTTACTATAAAGCAATCTCAAGAAGAGTTA +TTCGAAGAGTTAAGCAAGTAA +>yjmB_3 +ATGCAAAAGTTTTCAATGAAAGATAAGATTGGTTATACTCTGGGGGATTTAGGATGCTGC +TGTACAGAGCAATTTAGGGCTATGTTTTTAACAGTATTTTATACATTAGTTCTAAAAGTT +AATCCTATTCATGTCGGTACAATAATGTTAATAACAAAATTTTGGGATGCTATTAATGAC +CCTATAATTGGTGCCATTATAGATTCTCGTAAAGCAAAACCTGGTAAAAAATTTATACCT +TGGATTCGTACATTTTCAATACCATGTGCAATATTAATGTGTATTGGATTTTTAAATGTT +TCTAATTTAAATTATGGTTTAAAGTTAGCTTATATTTTAATTACTTATGTTCTATATGAA +GCTATGTATACTTGTGTAAATGTTCCATTTGGGTCATTATCAAGTGTTATGACAGATGAT +ACTAATCATCGTACAGATTTATCAAGATACAGAAGTTTAGGCGGAACTATTTTTATGACT +GTAATAGTTATCGTTGGACCACTATTTTTATATAAAGATAATGTACCTGTTCCTTCAAAC +TTTTTACTATTAGCTATTATTTGCGCTTGTGTAAGCGTTTTCTGCTTACAAATCACATCT +ATTTGGTGTAAAGAACGTGTTGAGTTACCTCACGTAGAGAAGGAAAAGTTTAATTACTTT +GAAGTATTAAAAAATATTTCTAAAAATAAAGCTTTATTAGGAGTTATAATTGCTAGTTTA +GTTGGAATGATATCAGCTAGTGTTGTTAATGGATTAAATACTTACTTATTTAAAGATTAT +TTTGGTAATGTAAAGATCATGGCTGTATCAGGAATGCTAAGTACTGTTTATTCAATAATC +ACATTTGTTGGTACTAAGTTTGTTGCTAATAAATTTGGTAAAAAAGAATGGTGTATATAT +GGGGCTGGTTTTGCTGCAATAGTGTATGGAGTTTTATTCTTCTTCCCAATAGATAATCCT +ATAATGTTTATAATAATCAATGGAGTTTGCTATATAGGAGCATCAGGCTTCCAAATACTA +ATTTGGGCTATGGTAAATGACTCAATAGATTATCAAGAATTACAAACTGGAACTCGTAAT +GAAAGTATAATCTACTCTACATATTCATTCTTTAGAAAACTTGCTGCTGCTTTAAGTGCG +AGTTTAAGTAGTTTTATACTTGCATTTATAGGATATAATGTACATGCTTCTACTCAAACT +GCAGAAGTTGCTTCAAAGCTTTGGAAATCGTATACAGGAATTTACTCTATAGGATATTTA +ATAGCAATATTAGCATTATTCTTTATATATCCTTTAAGTAAGAAAAAAACTCAAGAGATG +TTAGAAGAATTATCAATCAAAAGAAGAAATATGAAAAATATTTAA +>group_21 +ATGATTAAATTAGTAGAAATAAAAAATCGAAAAAATAAAACATTAAGAGGTGTACTTACT +CTTCCTGATAATATAGAAAATCCTTTTATCGTATTAAATCTACATGGATTTGGAGGAAGT +ATGTCAGGGCATAAATATGCTCATACTCATTTATCAAGAGTACTTGATTCTAACGGATTT +GGATGTGCTAGATTTGACTTTTATGGTTGTGGTGAAAGTGATGGAGAATTTGAAGAAATG +ACTTTTACTGGTCTTATAGAAGATACTATTGATATGTACAATTGGCTAATTGATTCTAAA +ATAACAACTTCTGATAAAATCATACTATCTGGTCATAGTATGGGTGGTTATGTAGCTGCA +TGTACTGCTCCAAAGTTACAACCAATTGCTTTAATTCTTATGTGCCCTGGTGCTGGAATG +TGGTACGGTTGCAAAGAGCGTGCAGATGAACTGAAAAATAAATCAATACAATATGCTAAT +ATGGAAGGCTTAAAATTTAATATTGATTTCAATTATGATTTATACAACTATGAACCATTC +TCAAGTGCTATGGGATATGACAAAGATGTTCTAATTATAAGAGGAACTGAAGATAAATTA +GTTGATAATCGTACTTGCCAAGCTTATTTAGATTGTTATAACAGCGATAAAACAACATAT +ATAGAAATTGAGGGCGGAGATCATAATTTTGCAAATATAAAAGCTAAAAGTGAATGTGAA +AATGCAATTATTGATTTTTGCAAATTAATTAATAATAAATAA +>dhaM +ATGGTTGGAATAGTGTTAGTATCTCATAGTAATAAACTTGTAGAAGGTTTAAAAGATCTT +ATAAGCCAAATGGCTGTAGGTGTTAAGATATGTGTTGCAGGTGGAACTGACGATGGCAGA +ATAGGTACAGATCCTATGAAAATTATGAGTGCGATTGAAGAAGTTTATAGTGATGATGGA +GTTTTATTATTCTTTGATATTGGAAGTGCACTTATGAATGCTGAATTAGCTATAGATATG +TTAGATGAGTATATTAGTAAAAAGGTAGAAATCTGTAAAGTTAGCTTAGTAGAAGGAGCT +TTTGTTGCTGCTATAGACTCAAGTATGGGTAAGAGTTTAGAAGAGATTAAGGAATCCATA +AAAGATCTACAAATAGAAAAGTAA +>dhaL +ATGAGTATAAAAGGATTTGAGGTAATCAGCATAATTAATAAAATAGCTGATGTAATTAGT +GAAAATAAATTATATTTAACAGAACTAGATGCAGCTATAGGTGATGGGGATCATGGTCTT +AATATGAGCAAAGGCTTTGAAGCAGTAAAAGAAAAGTTAGTTGATGACAATGGTGAAAAT +TTAGGAAATACATTTAAAAAGATAGGTATGACTTTAGTTTCTACAGTTGGTGGAGCTTCA +GGTCCATTATATGGAACAGCATTTATGAAAGCTGCACCTGTACTTAACAATAAAAGTGAA +ATAGATTTAGATGATTTTATAAACGTTTTAAAATCCTCACTTGATGGAATAAAAATGAGA +GGAAAGGCTGTAGCTGGAGAAAAGACTATGATAGATTCAATAGAGCCTGCTTTAAATTCT +TTAATTGAATCAAAAGAAAAAGATTTATCTATTATTGACTGCCTAGATAATGCACAAAAA +GCAGCATATGAAGGAGTAGAGAAAACAAAAGAAATAAAGGCCACTAAAGGAAGAGCAAGT +TATCTTGGAGATAGAAGTATAGGGCATCAAGATGCTGGTGCAACTTCTAGTTACTTAATA +CTAAAAACAATATATGAATACATAAAAGGGGAATAA +>ttdA +ATGAGGACTATATCATCAGATGATACTACAAAAGAAGTAAAAAGGTTATGTATAGAAGCT +AACTTATATTTAGGAGAAGATGTACTAACTTGCATAGAAAGTAATTTACCTAAAGAACAA +AACCCTGTAGGTAAGGATATATTAAATATATTAATTGAAAATGCAAATATAGCTAAAGAA +AAGGCAATACCAATATGCCAAGATACAGGCATGGCAGTATTTTTCGTACAATTAGGGCAA +GAGGTAATAATTGAAGGAAAAACAATAGAAGAAGCGATTAATGATGGTGTAAGAAAAGGA +TACGAAGAAGGTTATTTAAGAAAATCAGTTGTTCATCCTCTAACTAGAAAGAATACAAAA +GATAATACCCCTGCAATTATTCATTATGAAATGGTTAAAGGAGATAAGCTTGTAATAGAA +TTTGCACCAAAAGGATTTGGTAGTGAGAATATGAGTAAGTTAAAGATGCTAAAGCCATCA +GATGGAGTTGATGGAATTAAAAAATTTATAATAGAAACTGTTAAAGAAGCAGGTCCTAAT +CCATGCCCTCCTATTGTAGTTGGAGTAGGGATAGGAGGAACAGTTGATAAATGTGCTCAA +ATCGCTAAAAAAGCTTTATTAAGAGATGTTGGAAAATATAATTATAAAGATAGTTATATA +GCTGATTTAGAAATAGAACTGCTGAAAGAAATAAATAGCTTAGGTATAGGTCCTCAAGGC +CTAGGAGGAAATACCACTGCTTTAGCTGTAAATATTGAGACTTTTCCAACTCATATAGCG +GGATTACCAGTTGTGGTAAATATAAACTGTCATGCATCAAGACATAAAAAAGTAGTTATA +TAA +>group_179 +ATGATTTTACTAATTAGTGCAGTACTAGTGATTGTTATGTATGGACTTACATTGCTATCA +TATGTTTCTGAAAATAATTTATTAGATGATATTAACTAA +>metH_2 +GTGGAAATTAAAGAATATATAAAAGATAATATATTAATATTTGATGGTGCAATGGGTACA +ATGCTTCAAAAGAATGGATTACAAATGGGTGAAAATCCAGAAATATTTGGATTTAATAAC +CCTGATATACTTATAAATATTCATAAAGCGTACTTAGAAGCAGGGGCAAATGTAGTAACA +ACAAATACATTTGGAGCAAATGAATTAAAATTAGATAAATTAGGATATACAGTAGAGGAG +ATAGTAGATAACGCTATTTCTGTTGCAAAGAAAGCAATTGACAACGTTGATAAATCTAAG +CCTAGATATATAGCTTTAGATATAGGTCCTATAGGTGAGATGCTAGAACCTATGGGAACT +TTAAGCTTTGATAGAGCTTATGAAATATTTAAAAGACAGGCAGTTCAAGGAGAAAAATCT +GGTGCAAATATTATTATAATAGAGACAATGATGGACCTTTATGAAGCAAAGGCAGCGGTG +CTAGCAGTAAAAGAAAATACTAATTTGCCTGTATTTTGTACAATGACCTTTGATGAAGAT +GGAAGAAGTTTTACTGGATGTACTCCGGAAAGCATGGTAGCAACTATAGGAGGTCTAGGA +GTAGATGCTATAGGAGTAAATTGTTCACTAGGACCAAAGCAGCTTTTGCCGATAGTAAAA +AAGATAACTAAGATGGCAACAATACCTGTAATAGTTCAAGCTAATGCAGGATTACCTAAT +ATTATAGATGAACAAGCTTATTATGATATAGATGAAAAAGAATTCTATAGCGGAGTAGTA +GAATTCATAAATTCAGGTGCTAGAATAATAGGTGGATGCTGTGGAACAAATCCCAATTTT +ATAAAATATATTTCAGATAATATAAAAGATATAGAATTACACAAAACAGAAGTAGATTAC +AAATGTGTTGTTTGTTCTCCTTCAAAATTCATAGAAATAGATAAGCCTACAGTAATGGGA +GAAAGATTAAATCCAACAGGAAGAAAATCTTTAAAGGAAGCTTTAAAGAATGAAAATATT +GACTACATAATAAAATTAGCTTTAGAACAAATAAATGCAGGTGCAGAAATTTTAAATGTA +AATGTAGGATTACCAGATATAGATGAAAAAACAGTAATGCCAAAAGTTATAAGAGAAATA +CAAGGAATTATAGATACTCCATTGCAAATAGACTCCTCTAATATTGAGGCATTAGAACAA +GGATTGAGATACTATAATGGAAGAACAATAGTTAATTCTGTTAATGGTAAAGAAGATTCA +TTAGAAAAAATTCTACCTATAGTAAAAAAATATGGTTCAGCTTTAGTTGGATTAGCATTA +GATGATAAGGGAATACCAGAAACAGCAGAAGGAAGATTTGAAATAGCGAAAAAAATAGTA +AAAAGAGCTCAATCTTATGGAATAAGAAAAGAAGATATATTCATAGATTGTTTGTCATTA +ACAGTTTCGGCCCAACAATTAGAGGCAATGGAAACTATAAAGGCAATTAAATTAGTTAAA +GAAAAGCTAGGAGTTAAAACAATTCTTGGTGTATCTAATATATCTTTTGGTATACCAAGT +AGAAAACATATTAATAATACATATCTAAATTTAGCCTTAGGTGCAGGTCTTGATTTAGCT +ATAATAAATCCTAATGAAGAAGGTATGGTAGAAGCAATAGATGCATTTAAGGTAATAAAT +AATGTAGATAAAGGATGCATTAAATATATTGATAAGTATGGCAATGTATCAAAAGATTCA +ACAAAACTTAAAGGCAACACAGAGTTAACTTTAGAAGAAGTTGTTGAGAGAGGATTAAAA +GAAGAAGCTAGAGATAAAACAATAGAATTATTGAAGGAAAATGATGCTAATATTATATTA +GATGAAATATTAATACCATCCTTAGACAATGTTGGTAAAAAATATGACTCTGGAGAAATA +TTTTTACCTCAATTAATTCAATGTGCAGAGACAGTTAAAGCTTCTTTAAATGTAATTAAA +GAAAAATTACTACAAGAAAATACAAATAATATATCTAAAGGAAAAATTATAGTAGCAACA +GTCAAAGGTGATATACATGATATAGGAAAGAATATAGTTAAAATAATGTTGGAGAATTAT +GGATACGAAGTTATAGATTTAGGTAAAGATGTACCTATTGAAAAAGTCATTCAAAAATCA +AAGGAGCTAGATATAAAGCTTGTAGGTTTAAGTGCACTTATGACAACGACAGTAAAAAGT +ATGGAAGATACAATAAAAGCCCTAAGAGATAATAATATTGATGCAAAGGTATTTGTAGGA +GGAGCAGTACTTACAGAAGAGTACGCAAAAAATATAGGAGCGGACTACTACTCAAAAGAT +GCAAAATCAGCAATAGAAATAGCTCAAATGAGATTTAAAATATAA +>group_83 +ATGATAAAAGATTTTGTAGATAGTATAAGTATTGATAGAGAAGAAGTTTTAAGATATTTA +GAATACAAAGGTCAAGATATAGATAATAATCTCATAGAAATCATAGAAGAATGTAGAAAT +ATAACTAAAGATAGAATAAACCCTAGGTATACTTTTAGGGTTTATTCTATTAAACAAAAA +TATAAAGGGATAATAGAGCTAGAGGGAACTAATTTAATATTAGAGAGTAACGATTTATAT +GAGATATTGAAAGATTGTAATGAGTGTATTTTAATGGCAGCCACTTTGGGAATAAACATA +GAAAAAGATATAAAGAAATACTCTTGTACAGAATTAACTAAAGGAATAATAATAGATTCA +TGTGCAACAACCGCAATAGAAGAAGTTTGTGATAGAGTTCAAAATGAAATAGAAAATAAT +ATATTGAAAAATGGACAATATTTGACATTTAGATATAGCCCTGGATATGGAGATTTATCA +ATCGAAAAAAATACAGAAATATTAACTATTTTAAATGGACAAAAAGAAATAGGGCTGACT +ATTACTAATAGCGGAATTATGATACCTAGAAAATCAGTTATTGCTATAATAGGAATAACT +GATAAAAAGGTAGAACAAGATAAGACATCATGTTCAACTTGTAAAAATAAAAGTAAATGT +AAATTCAAAAAAGGGGTTAATAGTTGTGGAAATTAA +>luxS +ATGCAAAAAGTAGAAAGTTTTAAATTAGACCATACAAAAGTAAGAGCTCCTTACATAAGA +AAATGCTGTGTATTAGATGGAGCTAAAGGGGATAAGGTAAGTAAGTTTGATTTAAGATTC +TTACAACCTAATTCAGAAGCATTTGGAACGGCAGCTATGCATGGGTTAGAACATTTGCTA +GCTACTTATTTAAGAGAAACATTAGACAATATAATAGATTTATCTCCAATGGGATGTAGA +ACAGGCTTCTATCTTATATTATGGGGGGATGTAGATGCATCAATTATTAAGGTAGGTCTA +GAAAAAGCTTTAAAAATGATACTAGAAGCAACTGAAATACCGGCAGCTACAGCTATTGAA +TGTGGGAACTATAAAGATTTATCCTTATTCGGAGCAAAAGAATATACTAAAGATGTTTTA +GAAAAAGGATTCTCTCTAAATATATATGGAGAATAA +>rcsC_6 +TTGAAAGATAGAAAAGATTATAAAAAAGAAATATTTTCAAATATGTTTAGGCCTATATTG +TATTTTATTTTAAGTATTTTTATTAGTAGTGCTATAATGTTTATTACATATACATGGGCA +TATAATTACTACCTTAATAATTTATATACACGAAATCTTACTGTAAAAATAATAATGTTC +TTTATGTATATTAAAAATAATACCTTTGGAGATTACATATACTTATTTTTCTGGGGAATC +ACTGTTATATTTATATACACATTATTTGTATACAAAAAGAATCGAGATTTAGTATATATA +ACTAAAAAAGTAGATGCTATGTCTAAGGGAGAGTTAAATCAAATAATAGAAATAGAATCT +AAGGACGAAATAGGAGAATTAGCAGGTAACATAAATAGCATAGTTAGTCAGCTTAGAAAT +ATAACTATAGAAGAAAGAAAAGCTCAACAAACTAAAACGGACTTGATAACAAATGTATCT +CATGACCTAAGAACACCATTAACATCTATAATAGGATATTTAGGACTTATAGAGAATGAT +AAATATAAGGATGAGGTTGAACTAAGATATTATATAAATATAGCTTATGAAAAAAGCAAA +AATTTAAACCTGCTTATCAATGATTTATTTGAGCTTACCAAAATGCAAAATAACACTGTT +AATTTGGAAATGAATAATATAAACTTAATAGAGTTATTGAGTCAAATAATGGAACATTAT +AGTTATCAATTTAAAAGTGAAGGTATAGAAGGAAGAGTTAGATTCTCTGAAGATAAATTG +ATTGTAAATATAGATACACATAAGATGGTCAGGGCTTTTGAAAATCTTATAAATAATGCT +ATGAAATATGGAAAAGATGGTAAGTATATAGATGTTATAACTAAAAAAGAAGATGATCAG +GCCATAGTACAAATTGTAAATTATGGAGAAGCGATATCACAATTGGATATTCCATATCTA +TTTGATAGATTTTATAGAGTTGAAAAATCTAGAAATAAAAATAGTGGAGGTTCTGGTCTA +GGTCTTGCTATAACTAAAAATATTATAGAGCTTCATAGTGGAGAAATAAGTGTAACTAGT +AATGACGAAAATACTATATTTGAAGTAAAGCTTCCTTTAGCTGAATAA +>srrA +TTGAAAAATAAAATCCTTATTGTAGACGATGAAAAAGAAATAAGAGAATTACTAGAAATT +TACTTACAAAATGAAGGGTATAATGTCATAAAAGCATCGGATGGAAAAGAGGCTTTAGAT +ATATTTAATAATGAAGAAATAGACTTATTGGTATTAGACGTAATGATGCCCAATATGGAT +GGTCTAGAAGTATGTAAGCGTATAAGAGAAAGTAAAAATGTACCTATACTTATGCTTAGT +GCAAAATCTGAAGATATGGATAAAATACAAGGAATAATGACAGGTGCAGATGATTATATG +ACAAAACCATTCAATTCACTAGAATTAGTAGTTAGAGTGAAAGCCTTGTTAAGAAGAGCA +TATTATTTTAATCAATCTAATGATAATCAAGTAATAAAAATAGGAGCACTAACTATTGAT +AAATACAAGCATAGAGTATGTATTGATGAAGAAGAGATAAGTTTTACTTCAAGAGAGTTT +GAAATTCTATATCTTTTAGCAAATAATAGAGGCCGTGTATTTAGTACAGAAGAGATATTT +GAAAAAGTATGGAAGGAACGATACTATCAATCAAATAACACTGTAATGGTACATATGAGT +AGAATAAGAGAGAAAATAGAGAAAAAACTTGATGGAGAAAAGATAATACATACTATATGG +GGAGTTGGATATAAAATTGAAAGATAG +>yodJ_2 +ATGAAAAAATTTATAAAAGTAGTTATTATTATTTCATCCATTATTTTAATTTTTAGTACA +AATTTTAATGGAGAAACATTGAATAACTCAAATATTATAGCAAATTTAGTAGTTGTGAAC +AATTATAATAAATTGGATAAAAACTATGTTCCAAAAAATTTAGTTAAAGTAAATATACCA +TTTATAGATAGTATAAGTGAAGAAGAAGAACAACTTGAAGAAAATGTAGCGCTTCAATTA +GAAAAACTAGTTAAAATGGCAAGTTCAGAAGGAATAAATTACTTAGGTACATCAGGATAT +AGATCTTATAAAAGTCAAAAAGAAATTTATTATAATAGAGTAAAGTCCCAAGGATTAAAA +AAAGCTAACGAATATGTTGCAAAACCTGGAACTAGTGAACATCAAACTGGATTATGTATA +GATTTAACTAACGAGGATAGATGGTTTGTGGAGGTTACGAAAGAAGCAAAGTGGTTAAAA +GAAAATGCTCATAAATTTGGATTTATATTAAGGTATCCAAAAGGCAAAGAAGATATAACT +GGAAAAAAATTTGAACCATGGCATATAAGATATGTGGGTGAAGATATAGCAAAGTATATT +TATGAAAATAATTTAACTTTAGAAGAATACGTGGATGAAAATAAAAATTAG +>group_134 +ATGAGAAAAGACTATAAATATATTTTATTTGATCTAGATGGAACACTTACAGACCCAAAA +GAAGGAATAACGAAATCTTTCCAATATGCTTTAAAACATTTTGGTATTGATGAAGAGCTA +GTTAACTTAGAAAAATTTATAGGACCTCCTTTATACGATTCTTTTAGAGATGATTATAAT +TTCGATGATGAAAAAGTTGAGGAAGCTGTTACAAAGTTTAGAGAATACTTTGCTGAAACA +GGAATATTCGAAAATAAGATATTCCCAAATGTAAAAGAGATATTAGAATATTTATATGAA +TCGGGTAAAGTCTTATTACTTGCAACTTCTAAACCAACTGTATTTGCAGAAAGAATATTA +AAACATTTTGAAATAGATCAATATTTTAAATATGTAGGCGGTAGTAATTTAGATGGAAGT +AGAAGTGAAAAAAATGAAGTAATAGACCATGTTTTAGAAACTTGCAATATATCTTCTATG +GATGATGTTATAATGATAGGTGATAGAAAGTATGATGTACTTGGAGCACAAAAAATAGGA +GTAGATTCAATAGGTGTTTTATATGGATATGGTTCTTTAGAAGAGTTGAAAGAAGCTAAC +CCAAATTATATAATTGAAAACGTGGAAGAATTAAAAAATATCTTATAG +>group_98 +ATGAAAGCATTCGTAGATAAAGACACTTGTATAGGTTGTGGAGCATGTACTGGTATATGC +CCAGAAATATTTGATATGGATGATGATGGATTAGCTGTTGCTATATCAGATGAAGTAAGT +GCTGAGTTAGAAGATTTAGCTGCTGAAGCTCAAGATAGCTGCCCAGTTAGTGCAATAACT +GTAGAATAA +>group_333 +ATGAAAATCTTGAAATATATGCTTATTTTTATTCCAATAAGCTTTATAGCTAAATTTATG +AACGCATCAGGTTCTATAATGTTCATATTATCATGCTTATCTATAGTTCCATTAGCTGGT +CTTATGGGAGAGGGAACTGAAGAAATATCTTTTTATTCAGGTCCTAAAATAGGTGGTTTT +TTAAACGGTACATTCGGAAATGCAACAGAACTTATAATATCATTTTTTGCCCTTAAGCAA +GGTTTATTTGATGTAGTTAAATCATCAATTGCAGGAGCAGTAATAGGAAATATATTACTA +GTAGTTGGAGCAAGTATGCTAGCCGGTGGATTAAAATATAAAACTCAAAAATTCAATCAA +AAAGTTACTGAGGTTTCTTCAAGCATGCTATTATTTGCGGTACTTGGTTTATCTATACCT +GCTTTATTTACACATACAGTAGATCCTGCTCTCTTAAATACAAGATACGAGGGTCTAAGT +GTTTTTGTTGCAGTTGTAATGATACTTATTTATGGACTAAGTTTATTCTTTTCTTTTAGT +ACCCATAAAGATATATATTCCAGCACCAAAGAGGAGGAAGGTCATGCAAAGTGGTCTTTA +AATAAATCAATATTTATACTTGTTATCTCTACAGTTCTAATAGCAATAGAAAGTGAATTT +TTAGTTAATGGTATAGAACCTATAACTGAAAGCTTAGGGTGGAGCCAATTCTTTGTCGGT +ATAATTTTAATACCTATAATAGGTAATGCAGCTGAACATAGTACTGCAGTCGTTATGGCT +AGAAAAGATAAAATGGATGTAGCTCTTGAAATAGCTATCGGCTCTAGTCTTCAAATAATT +TTATTTGTAGCTCCGATTTTGATATTTTTAAGTTTACTTTTCACCCCTATGAGTATAGTT +TTTAATGAATTTGAATTAATCGCTCTTATAGCTTCAGTAATTATAGCAAATAGAGTTTCT +CATGATGGTGAATCTAACTGGTTAGAAGGAGTTCAATTACTCGCTGTATATCTTATAATT +GCAGCTTCATTTTTTATTCTATAA +>group_463 +ATGACTAATTTACCAAATTGTCCAAAATGTAATTCAGAATATACTTACGAAGATGGAAGT +CTTTTAGTTTGTCCAGAATGTGCTTATGAGTGGAGTGCAACAGCTGTTGAAGCTGAAGAA +ACAAATGTTATAAAAGATGTTAATGGAAACGTGCTAAACGATGGAGATGCTGTAACAGTA +ATAAAAGACCTTAAAGTAAAGGGAAGTTCATCATCTATAAAAATAGGAACAAAAGTAAAA +AGTATACGTTTAGTTCCAGATGCGGCAGATGGACATGATATAGAATGTAAAATAGATGGC +TTTGGAGCTATGAAATTAAAATCTAGCGTTGTTAAAAAAGCTTAA +>group_347 +ATGAGTTATCAAAATTATAAGTGTCAAAAAGATTATAAAGACTATGATGATTATAAATAT +AAAAAAGATTGTAAAGATCACGACGAGTGCAAATGTAAAAAATGTTATAAGTGCTATGAA +GAAGAGGAAATGACACATGTTCATGAATATGAAAGTAGTGTTAAATTAGCAGAAGAAGGC +TGTGATAGACATAATCACCGTGTTGCAGGAGTAACAGGTGAAGTTATAACAATATGTGAT +GGAGAAAATCATGTTCATAAGATAAATGATAGAACAGATTTTCTTGATCACTTCCACAAA +ATATGTGTTACAACTGGTCCAGCAATTAAAATACCAGGTACTAATAAACACGTTCACTTA +GTATGTGGAAATACTACTGTTGCTGACGGGCATTGTCATCAATTCCTTTTCACTACTCAG +ATTGAAGCTCCATTAGTATAA +>nhaP2_1 +ATGACAGAATTAATGATAATTAGTGGTTTAGTATTAATTATCTGCATAACATCAACTAAA +GTATTATATAAATTTGGTGTGCCTATGCTTCTTATATTTATTGTACTGGGGATGCTGTTT +GGGTCAGATGGATTAGTTGGAATTTATTTTGATAACTATGAATTGGCAAGTACCTTATGC +TCTCTGGGATTAGTATTTATTATGTTTTATGGAGGTTTCGGGACAAATTGGAAGATGGCT +AAACCTATAGCGGTGCCATCAGTATTGATGTCTTCATTAGGAGTTGTAATTACGGCAGGT +CTTACTGGCTTATTCTGTCACTTAGTGATAAAGACTACATTATTAGAAGGATTTTTAATA +GGAGCAATAGTCGCATCTACAGATGCTGCATCAGTATTTGCTGTTCTAAGGGCTCAAAAA +TTAAACTTAAAAGGTTCATTAGCATCACTTTTAGAAGTCGAAAGTGGAAGTAATGACCCG +ATTGCTTATATGATGACTCTTATAGTACTGACTATGCTGAAGAGTTCAGGAGAATTAAGT +TTGGTCACAGTAGCTCCGATAATACTTAGGCAGATTATATTTGGGTTAATAATAGGTTTT +TTACTTGCCAAGGGTACCGTTTACATACTTAGACATTCAAATTTTGAAGTAGAAGGATTT +TATACTATATTTGTAACTGCAGTTGCAATACTTTCGTATTCATTTAGTGAGTTTTTAGGA +GGAAATGGATACTTGAGCGTGTATATTGCAGGAATAATAATAGGAAATAGCAAAATACCT +AGAAAGAAAAGTATGTTCCATTTCTTTGATGGAGTTTCTTGGATTATGCAAATAGCACTA +TTCTTTATGTTAGGTCTTCTATCTTTCCCATCGAGATTACCTCATGTTACAGTCACTGCA +GTATCTATATCTTTATTTATGATATTAATTGCAAGACCACTAGCTACATTCATAATACTT +AGTCCATTTAAGTTTACGATTAAAGAGAAACTATTTATATCATGGGTTGGACTTAGAGGA +GCGGCATCTGTTGTTTTCGCAATATTCGCAGTTACATATGGGGTTAATATAGAGAATGAT +ATATTCCATATAATATTCTTTATAGCTTTATTCTCTGTTGCAATACAAGGAACACTTATA +CCTAAGGTTGCTAGCTTATTAGATTTAGTTGATACAGAAGATGAAGGTTCAGTACTAAGA +ACATTTACAGATTATACAGGAGAAATAAATACTGATTTATTAGAAGTTAATATAACAAAA +GATAGTCAATGGATAGATAAAATGATTATGGATGCAAATATACCAGAAGAAATACTTATT +GTTATGATAAAACGAGATAATAAAATATTAGTTCCTAAAGGATCTACTCTAATAAAAGGT +GGAGATACGTTGGTTCTAAGTGGTAATAATATAGAAAGTCTAATATAA +>group_452 +ATGGAAGTAAAACATTTTAAAGATATAAATTTAATAAGTAAAGTATTATATGTTATTTCA +ATAATTATATTAGTATATACATTATTAACTATATATAATTCACATGTATATATATTATCA +CTTGTAGCATCAAATAGGATTGTGGTAAGTAAAAGTATATTAATGGTAATAACATATTAC +ATTAATTCATCATTACCATATGCATTTTATTCAATAGCAACATTTTCTATGGGATATATT +ATCAGTGGATTAAATGTTAAAAAGGAAGTAAAAAAAGATATAAAAAGTGATTTAGAAGAC +TTTGATAAATTAAATAAAGATGATAATGAATTAGAAGAATTAATAGAATATTTAAAAGAT +TAA +>group_149 +ATGTCAATTTTAGCATTAAATAAAGTTAATTATTCATATAAAAATGGAAAAAGAGTTTTA +AATGATATAAGCATGGAATTTGAAAAAGGAAAATTTTATGCTATTTTAGGGGTTTCTGGT +TCAGGAAAAACAACATTATTATCATTACTGGCTGGATTAGATGAACCTAGAAATGGTGAA +ATATTATATAATAATCAAAATATAAAAGTAAAAGGGTATGAGAATCATAGAAAAAGCAAT +ATTTCATTAATTTTTCAAAATTATAATTTAATTGATTATATGACACCTTTAGAAAATTTA +AAGATAGTTAATCCTAAGGCAGATAAGAAAATTTTAAACAATTTAGGATTAACTGATGAT +GAAGTTAATAGAAACGTATTACAATTATCAGGGGGGCAGCAACAGCGTGTTGCCATTGCA +AGAACACTTGTTACAGATTCACCAGTAATATTAGCAGATGAGCCAACAGGAAATTTAGAT +AGTGATACAGCTGATGAAATTATAGAAATATTAAAAGTAAGTGCACATAAACATGAAAAA +TGCGTAATAGTGGTTACTCATAGTAAGGAATTAGCTAAAAAAGCGGATGTTGTACTTGTG +TTAAAAAATAAAAAACTAATACAGATTAATTAA +>group_173 +ATGAATGTATTTAAGAGATCAATATTATATATAACAAGAAAAAAAATAAAAAGTATTATT +ATGCTATTTATATTATTTGGAATAGCAACGGCAGTTTTAAGTGGGATTTCAATTAAAAAG +GCAGCAAATATAGCAAGACAAGATTCAAACAAGGATATGGCAAATACTTTTGAATTACAA +GCTAATCTTGCGAGTAATTTTGAAGGAACAATTCCAGAAAGTTTAATTGATAAGGGCTCA +AAGGTAGAAGGTGTTAAGAATTATGATGCAGCAATTCAAGGAGTTGGTTTAGATTTAGAA +AATGTAAATTATATAAAACCTGAAAAAAATGTAGTTCAATATAATGATGATTATAAATAT +GAAAAACTTTTTTCTGTAGAAGCACATAAAAATTCAGAATATGGTATTAAGTTTATAAGT +AAATCATTAAAGCTTATTGATGGTAGACATATTGTTGCTACTGATAAAAACAAGGTATTA +ATTCATAAGGCTCTAGCAGAAGCAAATAATTTAAAAGTTGGAGATACTATAAAAGCAACA +AAGAGTGCTGTAGATTTTAATGCATCAACTTTATCTAAAGATGATTATGACCTTGAAATC +GTAGGTATTTTTGAAAGTGAAAATACTGAAAGAGTTGGACATAAATTAGAAATGTCAGAA +AATCTTTTAATTACTGATGTAGATACTATTAAAACTTTATATGGATATTCAGATGGAAAT +GTAAAATATACAAATGCTACTTTCAATACAGATACTGATGTAGATAAAGTAACATCAAAA +TTTAAAGATATTTCTGCTGATTGGAATAAGTATACAATAGTAAAAAGTGAAGATACATTT +TTAGCTTTATCTAAGTCTTTTGATTCTTTAGATAAGATTATAAATATGGTTTTAATTGGA +GCAATAATAGCTGGAATAATAATACTTTCATTAGTGTTAGCATTTTGGATTCAAGGAAGA +GTTCATGAAACCGGTATATTACTTTCAATAGGAGTTTCAAAGTTTAATATTATTTCTCAA +TATATAATTGAATTATTACTTATAAGTATATTAGCTTTTGGAGGATCATATTTATCAAGC +AAGGTAATTTCACAAAATATAGGAAATACAATAGTTGCACAAGCAAGTAAGCAAGCGGTT +CAAGACGTTAAAAATGGATTTGGAGGACTTTCATTAGGAAATGATGCTAATAGTTCTTTA +GCAACTCGTACAGTAGATGAAATAGATGTAAAAGTAGAGTTTGAAGAATTAATTTATGTG +TATGTTATAGGAACAGTTATTATTATACTTTCAGTAATGGCATCATCAGCATCAATAATT +AGATTAAAACCAAAAGAAATATTATCCAAAATGAGCTAG +>sasA_2 +ATGAATAAGTTAAAGTTATTTTCAAAAACATATATATTTACCATGGGGATAATAAGTTTA +ATAATTTTAATTTCAAATGTTTTAATTTATTTAGCATTACCCAAGGTATATGTGAATAAT +AAACAAAAGGAAGCTGATAAAATTATTGAAGCTTTAATTGAACAAGTAAGTAAATCTGAT +AATGAGGAATCATTTAAGATAGCAAAGAATTTTGCTGAAAAATATAATATTCAAGTTTTA +CTTACTATAGGAGATGAAAAAAAGGTATTTCAAGGTTTGGATAAAGTAGATATATATGTT +AATGAAGAGGAAGTTACAGAAAACTATTTAATAATTCCTAATTTAAGTGGTGAAAATATT +ATAGAAAATTTTAATGATGAAAATAGAGAAGTTATAGGTGATGATGGATTCGGTCAATAT +ATTAATATAAATAATTTATCAATAATAAAAAGTAGGGACTTTAAAAAAGGCAATGATGTA +AATGGAAGTGCTAAAATAGTAATGGATTTAGAATCATTTACAGAAACAAGAGATGTTATA +TTAAAAATACTTCCATATTCTATTTTTATAAGCTTGCTTATAGCACTTATTGCATCATAT +ATATATGCAAGAAAAATTACAACTCCAATAAAAGAAATTTGTGATGTTACAAAAAAAATG +GAGAATTTAAATAAAGAAGCCTTTTGTAAGGTAGAAACTGAAGATGAAATAGGAATATTA +GCAGCTAATGTAAATAGTTTATATGATAATTTATTAAATACAATTGTATCATTGGAAGAG +GAAATAAAAAATGTAAGTGAATCTGAAAAAATAAAGGTGGATTTTTTAAGAAGCGCATCA +CATGAACTTAAGACACCACTAATGAGTATGAATATAATGATTGAAAATATGTTATATGAT +ATAGGAAAATATAAAAATCATTATATATATTTAGAAAAATGTAAGGATATAGTTAGTGAA +TTAAGTAAAATGGTTCAGGAAATTTTAGATACTTCAAAACTTAATATAATAAATAAAAAA +GATGAAAGTGTATTAGATTTAGGTAGTTTAGTTCAAAAGAACATAGAACCATATAAATTA +ATAGCTAAGTCAAAGAAAATTAATATTAAAGTTAATTTAAAAGAGTCTTTTAATATTAAA +GTAGATGAAAAATTATTTACTAAAGTAATTTCTAATATTATTTCTAATGCAGTAAATTAT +ACTGATGAAGGAAAGGAAATAAGAATATATATAAAAGATAAAAAGCTTATTATGGAAAAT +GATTGTAAGCCAATTGCAGATGAACATTTAGCACATATTTTTGAGGCATTTTATAGAGTT +GATTTTGATAGAAATAAGAGTAGTGGGGGAAATGGGTTAGGATTATACATAGTTCAACAA +ATTTTAAAAATGTATAATTTAGATTATTCTTTTAAATCAATATTAACGGGAATGAGTTTT +GAAGTTAATTTTAACAATGAAATAGTTAGAGAATCACAGGGATATTAG +>cseB +ATGAAAATTAATATATTAATTGTTGAAGATGAAAAAGAAATAAGGGAAGGCGTAAGTGAA +TATCTATCAGAAGTTGGATATAACGTTATAAGTGCAGAAGATGGAATGCAAGCAATAGAA +TTATTTAAGAATAGTAAAATTGATTTAGTAATTTTAGATATAATGCTTCCCAAAGCTAAC +GGATTTGTTGTTTTAAATAAAATTAGACAAGAAAGCAATGTTCCAGTAATTATGTTAACA +GCAATGAGTGATGATTATACCCAAATTATGAGTTTTGATGAAAAGGCAGATGATTATATT +ACAAAGCCATTTTCAATAATAGTTTTACATAAAATAATAGAAGCACTTCTTAGAAGGGGA +GTAAAAGTTAGCGAAAATAAAAAGTGGTTCTATGGAGACATAGAAATTGATTTTGAAGGA +TACTCAGCAAGAAAGAATGGCGAAAATATAGATTTAAAACCTAAGGAAATAAAATTAATA +GAGTTATTATTAAAGTATGAGGGAAAGGTTTTAACAAGAGCACAAATCTTAGATAATTTA +TGGAGTATTGAAGAATCACCAAATGATAGGGTTATTGATGTATATATTAAAAATATAAGA +AAAAAGTTGTTATTAGATTGTATAGTAACAGTTAAGGGAATTGGATATAAATTTGAGGAG +CAATGA +>group_129 +GTGAATAGCTTAAGAAGAATAATTAAGAACTTTATATGTAACCCTATGATATTAGCTTTA +TATTGGGTTTTCTGTTATGAACTAACTACTTTGTGTATGTATGGGAGATCTAATAATAAT +TTATATATCGTAATGGCTTGTTTAGTGTTTTTTATAGCAATGTTTATTTTTTATACAATA +AGATTAAGCAAGTCTAAAGAATATAAATCAAAATTACCTAATTCAAAATTATGGGTATGT +ATAACTGTTATAATTATCAGTATAATAACTTTATTTTACGGAATAAAAATATATAAAAGT +GCAACTAACTATGGTGGGAAGCTTGCATGGGTTATTGAAAGAGTAAAAAATGAAAGAAAG +ATTAAGTTTGAGAAAGATAATATCTATGAAGATGGTGTAAGTGGGATTTTTGAAGATATA +AATAAAAAAATTGAATTGCCTAAAAAATTATACATATCAAATGATTTAAGTGTTAAGTTT +GAAAAAGATGGGACTATTACATACTTTGAAACTTTTGTCTATGGTAAAGATAAATATGGA +AAAGATACAAGTTTTTTAATATATTATGATAAAGATAAGTCAAAAGATATTAAACTTGTA +TTAAATGGTGCTGTAAATGCTGATTATAGTAATAGTAAACTGTTAGATCCTTTATTTGAA +ACTGTTGATTGTATTTCTATAAAAGATACGGTTAGTAAATGGGATGCGATGGAATTTGGG +CTACTTTACAAAGGAAAAAGAAATTGGGAGTCTAATAGAGAAGGAATTGTTTTAGTTAAT +AAAAATAAACAGGAAATACCGACTGATTTAGCTAGTGCTAAGCTAATTGGTTATACAGTT +TCTATATACATACCAGGTATGGAAGATCAAATAACTCCTGTTAGATATAATTTGCTAACA +GATTCTTATTGGTTTAGTTATCTAAATACAGAAGAGGAAGATAAATTAGAAGAAGATAAG +AAGGAGTTAGATTTTATAACTGGAAATTCAAATAATAATGATGAGTTTTACTTAAAGGAT +GGAATTAGATATAAGTTAAATGTAGAAGATAAGGCAGCAGGTAGCTTTTTCTATTCATTG +CAAAAAAGTAATGATTCAGGGAACAATTGGTCTGTACTTAATGAGGATCCTTTTAATGGA +GCTGTTGGAGAGGCTTCGGGAATATATTTTATTGATGAAAATATAGGTTTTATAGGTGCA +TCTAGAGATGGTGGTTGTATAGGAGAGCTGTATCGTACAGAAGATGGGGGAAAATCTTTT +AATAAGATAGAGTTTGAAAATAAATCAGTCAAGTTAGATAGTGGTACTTCATTTAATCCA +TTTGATTTTCCAAAGGTTCCATATGAAAAAGATGGAGAATTGTATTTAAATATAGAGCAA +GGTGCAGATGGAGACTATAACGGAAATAGTAGTTTACTTTATATTTCTGAAGATAAGGGT +AAAACTTGGGAATATATAAAAGAGGTTACAAGTGATAATTAA +>group_269 +ATGAGTGATGAATTTAAAGAAGAGTCTATTGATATAAAACCAGAATTAACTTTTCAACCA +TTCCAAGATGAAGTTCTTAATGTAAAAGTAAAAGAAGAAAAAATAGAAAAAGAAATAATT +GATGAAGTTCAACTTACAGAAGAAGAAAAAAAAATGGTTGATCAATTTGTAGATAAAATA +GAGATAAATAATTCAAACTCTATTTTACAATATGGGGTAGGTGCTCAAAAGAAAATTTCT +GATTTTTCACAGTCAGCATTGAATAATGTAAAAACTAAAGATTTAGGTGAAATTGGGGAA +ATACTATCTAGTGTAGTTCATGAATTAAAGAACTTTGAAGAATCCGAAGAGAAAAAAGGA +ATTTTAGGTTTTTTTAAAAAAGGTAAGGACAAGATTTCCCAAATGAAAATAAAATATGAA +AATGTAGATAACAATATTGGCAAAATGTGTAATGTTCTTGAAATGCATCAAATACAGCTT +TTAAAAGATATTGCTATGCTAGATAAGATGTATGAAATAAATAAAGTATATTTTAAAGAG +CTTTGTATGTATATCTTAGCTGGAAAAAAGAAACTTCAAAAACTGGAAAAGGAAGAACTT +CCTAAATTGCAAGAAAAAGCAAGAAATAGTGGGAATCCTCAGGATGCCCAAGAATTAAAT +GATTTTGTGGCTCTTTGCAATAGATTTGAAAAGAAAATTCACGATTTAGAATTAACTAAA +ATGATTTCTTTACAAATGGCTCCTCAAATTCGTTTAATTCAAAATAATGATTCATTAATG +TCTGAAAAAATACAATCTACAATTGTAAATACTATTCCACTTTGGAAAAATCAAATGGTT +TTAGCACTTGGAGTTGCTCACGCTGCTAATGCTGCAAGAGTTCAAAGAGAAGTAACAGAT +ATGACAAATGAACTTTTACGTAAAAATGCAGAAATATTAAAAACTTCAACTATAGAAACT +GCAAAAGAGTCTGAAAGAGGAATTGTTGATATTGAAACACTTAGAGCTACGAATGAGTCA +TTAATTTCAACTCTTGATGAAATACTTAATATACAAACAGAAGGACGTCAAAAACGTATG +GAAGCTGAAGTAGAATTAAGAAATATTGAAAATCAATTAAAAAATAAGCTTTTAGATTTT +AAATATTAG +>group_272 +ATGGATAAAAAGGATTTTTCTAATTTAGAAGATCAAATTATGTCTACAGTTAGCAATGCC +CTTAAAGCAATAGATTTTGCTAATTTGAAAATAGATATTAACTATAAAGCTGAGGATACC +TTAAATCAATTTAAATCAAGGTTTAATGGATATAGTGAAAAATATATGAATTTAAATAAA +AAAGCTAAAAATGATGTATCAACATATATTAGTAAAAGACCAGCTGGAAGTATATCAGGA +ATACTTTATATATTATTTGGCGCGAGTGGAAGTTTAATTTATGGTTCTTCAGTGTTAATA +TTTCTAATATTTAAGATATTATTTGGTGTTGTTATTATAGGTAGCAATATTATTTTTGGA +GTTACATTTTTATTCTTTGCAGTAAGTTTAGGTTTATTATTAAGAGGAATAATTTTAAGA +AAAAGAGTAAAGCGTTTTAAGAAGTATGTAAGATTTATTGACGACAATAACTATTTCTTA +ATTAAGGACATGGCAAAATTTGCTAGAGAGAAAGAGAGTTTTGTTGTTAAAGACCTAAGT +AAAATGATTGACTTAGGTATGTTCTTAGAAGGGCATATAGATGAAGAGAAAACTTATTTT +ATGTTAAATGATGAAGTCTATAGTGACTATTTAAATTTAAAAAAGCAACAAATGGCTAAA +GAGAGCAGTAATGAAAAATTAAATGAAGAAATATATAATTCGGAAAAAGAAGAAATAGAA +TCTATAATTAAAATAGGAAGAAATTATATTGAACAAATAAAAAATATAAGAAATGATCTT +TATAAAGAAGAAATAGCTATAAAGTTAGATAAATTAGGAAACATTTCAAACCAAATCCTG +ATTCAGGTTGAAAAGAATCCTAAAAAGATACAAGAAGTTAATAAATTTATAAATCATTAT +CTTCCTATTACTATAAAATTAATTAATTCATACAAAGATATAAATAATCAATTAGTTCAA +GGCGAGAATATAGAAAGTGCTAAAAGTGAAATTGAAAAGAGTATTGATCTTATTAATAAC +GCTTTTGAAAATTTATTAGATGATTTATTTGAAGATGTTGTTTTAGATATTTCTACAGAT +ATTTCAGTTCTTAAAACATTATTTAAACAAGAGGGATTGACAGAAGATGATTTTAAAAAT +TAA +>rlmH +ATGAATATAAATATAGTTTGTGTCGGAAAGATTAAAGAAAAATATTTAAAGTTAGGAATA +GATGAATTTAAAAAGAGATTATCTAAGTATTGTAAATTAGATGTTATTGAATTAGATGAT +GAGAAAGCCCCAGAAAATCTAAGTGATAAAGAAATGCTTATGATAAAGGATAAAGAAGGA +AAGAAGATTTTAAGCAAAGTAAAAGCTAATAGTTATGTTATAGCTCTGGCTATTGACGGT +AAAAATCTATCTTCTGAAGAGTTAGCAGATACTATGAGTAAGCTTGCTGTTAGAGGAAGT +AGCCATATTACCTTTATAATAGGAGGGTCATTAGGTCTGTCGGATGAGGTTTTAAGTCGA +GCTGATTATAAGTTATCTTTTTCTAAGATGACATTCCCACATCAATTAATGAGATTGATA +TTATTAGAACAAGTGTATAGAGCTTATAGAATAAACAATGGAGAACCGTATCACAAATAA +>yycJ +ATGCTAAAATATTGTTCGATAGGAAGTGGAAGTAGCGGGAATTGTCATTATGTAGGATAT +AAAGACACGAATATATTAGTTGATGCAGGCCTTAGTGGAAAAAGAATAACTACAGGTCTA +AATGATATAGAAGTTGATATAGATAAGATTAAAGGGATATTTATAACACATGAACACTCA +GATCACATAAAAGGAGCAGGAATAATATCGAGAAAGTTTGATATACCTATTTTTGCAAAT +ATAAAAACATGGTGTTCAATGAAAGATAAAATAGGGGATATAAAAGACAGTAATATGAAA +GTATTCGAAAATGATAAAACATACTCATTAGGAGATTTAATTATAAGACCATTTTCAATA +CCACATGACTCTGAAGATGCAGTAGGATACAACTTTTATGCAGGAACAAATGATAAGATA +TCTATAGCTACAGATATAGGTCAAATAACTGATAATATAAGAAAGCATTTATATAAGTCT +AGATTGGTAGTATTAGAGTCTAATTATGACCCAAATATGTTGATGATGGGAAGTTATCCA +TATGTATTAAAAAGAAGGGTAATGTCAGAAGAAGGGCATTTATCTAATGAAGATGCAGGT +AAGTTTTGTATAGAGCTTGTAAAAGAAGGAACGGAACGTATACTACTAGCTCATTTGAGT +AAAGAAAATAATTTTCCTGAATTAGCATATGAAACATCTAAGGGAATATTAGCTCAAAAT +AATATAATTGTAGGACAAGATATAAAGTTAGACGTACTATCTAGAAATGAAGTTTCAGAT +GTTTATAAGCTTTAG +>group_319 +ATGTTTTATAAGGAAGTTAATGAAATAGATTTAGGCGAAACTACAATTGCCAATATCTTC +ATAGATATATTTATGCCTATGGCAAATGGTTTATACGTAAAAGTTTATCTTTTAGGTTAT +AGACAGGCATGTGATCCTAGCGCTAATCCTAAATTTGACAATAACTCAATTGCCAAAAAT +TTAAATATTCCATTATCTGATGTAATAGATGCTTGGAAGTTTTGGGAGAAAAAAAGCATA +ATTAAGATGCATAAAAATGACGGAATGAATGACTATGACTACTCTATAGAATTTTTAGAC +TTAAAGAGATTTTATATGGAAAATATGCATATTAATACTACCTCTATAAAATCTAACAGT +GATAGTATTGTTTCTGTAGCTGAAAATCCTAGCATAAGAAAAATGTTTAATTCTATTAAT +CAAATAATAGGAAGATATCTTGATCCTGGTGAAAAAATTAGTATCCTTGACATTATGAAT +AAATATAATCTTGATCCTGATATGATCCAATATGCTTATCAGTATGTAAAAGATCGACAT +GGTTGTGCTAGACCTGTTAGATATATTGAATCAATTCTTAGAAGTTGGTATGATTCTAAT +TTATACACACCTCAGGATGTTGAAAATAGCTTTGCAGTAAGAAAAGAAAGATATATTTTA +TATAAGACTATATTCAATGAATTAGGTTTTTATAGACAACCTTCTAAAGAAGAAGAACGT +ATTATGGATGTTTGGATAGATAAATATAACATGGATATCGAAGTTATACTCGAAGCTTGT +TCTAAATCTAAAAATGTTTCAAAACCTTCTGTATCTTATATAAATGGAATAATTGAAAAG +TGGAAAGATAAGAATGTCAAAACTTTAGAAGATATAAAGATATTAGATGAAGAACATAAA +GCTAAGATTGAAAAGAAGTCTACACCTAAAAATTCTACTGATAAAGTTCCACAAGTAAAA +ACTAGATATCATAACATAAATCAAACTTTTACAAATTATAGCCCTGATGAACTTGAGAAA +TTACTTCAAGAAAGTCAAAAAGGTAAATTTAAGTAG +>dnaA_1 +ATGAAAGAGTCAAAATTGAGAGAGATTTTAGTTTCTTATGAAAGAAAACGTGATAAAGCG +GAATCTGATTTAGAAGATAGAAAAAAAGATGTATATAATCAAATTCCAGAAATAAAAGAT +ATTGATGATGAAGTGTCTAAATTAGGATTAAAGTTAGCTAGATTAGTACTTTCAAAACCA +TCAAACAAGGAAGATATTCTAGCTGAATCTAAAGAAAAAATGGCTGCTCTTAAGGCTAAA +AAGGAATCTTTATTAAAACAATATAAAGTTCCTGAATGGTATTTAGATCTACAATATAAT +TGTAATACATGTAAAGACAGAGGATTTTTAAAAAATGGTCATAAATGTAATTGTTTAAAA +CAAGAAATTATAAATGATTCTTATAAAATGTCAAATTTATCAAAAGTGTTAGATAGTCAA +AATTTCTCTACTTTAGATACTTCTATCTTTTCAAAAGAAAAATTACCTGGATCTAACATA +TCACCATATGAAAATATTTTAGAAATAGTTTCTATTTGTGAATTATTTATTATGGACTTT +AATAAAGATAATGGTGAAAATTTATTATTTTATGGAGATACAGGTCTAGGCAAAACTTTT +ATGTGCAATTGTATTGCCAAAGAACTTTTAGATAGAGGACACCTTGTAATATATCAAACA +GCATTTAAAATGTTTGAAATTATAGAAGACTATAAGTTTAAAAATGCAGATAGTCATATA +AGTAAAGATAACTATGAAAATTTATTTGATTGTGACCTTTTAATAATAGATGACTTAGGG +ACAGAACTTACAAACTCATTTACTAATAGTGAACTATTCAACATTATAAATACTCGATTA +TTATCTGGTAAGAAAACAATTATATCTACAAATCTATCGCCAATGCAATTAGGAAATGAT +TATGCCCAAAGAATTTTTTCTAGAATTTTCGATAGATTCAAAATGGTTAAATTTATAGGT +AGAGATTTAAGATGGGAAAATAGAAAGTAG +>ltaE +ATGTATAGTTTTAAAAATGATTATAGTGAAGGAGCACATCCTAGAATTCTTGAAACGTTG +CTGAGAACAAATTTAGAACAATGTGAAGGTTACGGGAAAGATACATACTGTGAGGAAGCT +GAAAACTTAATAAAAAATAAACTAAATAATGAGTCTATTGATGTCCATTTCATATCTGGA +GGTACACAAACTAACTTAATAGCAATATCTGCATTTTTAAGGCCTCATGAGGGTGTTATA +TCAGCAGATACAGGGCATATATTTGTAAATGAAGCAGGTTCAATAGAAGCAACAGGACAT +AAGGTGATATCTGTTGATGTTGTGGATGGTAAACTAAGAAGAGACGATATACTATCAGTA +TTGAGTAAGTTTACTAATGAGCATGTTGTAAAACCAAAGCTTGTTTATATATCTAACTCT +ACTGAAATTGGAACTGTATATAAAAAATCTGAATTAGAAGAGTTAAGCAAAGTTTGTAGA +GAAAATAAGTTATTACTATTTATGGATGGAGCAAGATTAGGATCTGCACTTTCTTGCAAA +GAAAATGATTTGACATTAGAAGATATAAGTAAATTAACTGATGCTTTTTATATCGGGGGA +ACTAAGAATGGGGCTCTTTTAGGAGAAGCACTTGTTATATGTAATAAAGATTTACAGGAA +GATTTTAGATATCACTTAAAACAAAAAGGAGCGATGCTTGCTAAGGGAAGGTTGCTTGGA +ATACAGTTTATAGAATTATTTAAAGATGATTTATTCTTTGAAATAGGAAAACATGAAAAT +GATATGGCTGATATATTAAGGGATGGAATAAGTAGGCTTGGATATGAATTTTTAGTAGAC +TCTCCATCTAATCAAATATTCCCAATATTTAATAATAATATTATAAGAGAATTAGAGAAA +AACTATGGATTTAATATATGGGAAAAAGTAAATGGAGAAAAAACTGCAATAAGACTAGTA +ACATCTTTTGCAACAAAAAAAGAACCTTGTTTAGAGTTTATAAAGATTTTAAGTGGATTA +ACTAATAAATAA +>clpP_2 +ATGTTTATTTTAGAAGAAAAACAAAAAAATGAGAAAGAAAACTCAAGTATATCTGAAAAA +TTACTAGAATCTAGATCTATTATAATCTCTGGAGAAATAAATCAGGCCTTAGCTGAAAAA +GTAGCTACACAACTTCTAATATTACAAGAAATGGGCGATGAACCTATTAAATTATTTATA +AACAGCCAAGGTGGTCATGTTGAAGCAGGGGATACTATACATGATATGATCAAATTCATT +AAACCAAAAGTTATCGTTATAGGAACTGGTTGGGTTGCAAGTGCTGGTATAACAATATAT +CTTGCAGCTGATAAAGAAAATCGATACTCTCTTCCAAATACAAGATATATGATACATCAA +CCATTAGGAGGGTGCAGAGGTCAAGCTACCGATATACATATCGAAGCTCAAGAAATCGTT +CGAGTTCGTAATAGAATTAATACAATTATAAGTAACGCAACTAATCAACCTCTAGAAAAA +GTAGAGAAAGATACTGATAGAAATTATTGGTTAACATCTGAAGAAGCTGCTGATTACGGT +ATTGTAAATAAAATCATAACTAGCTACAGTGAATTAACTAAATAA +>purA +ATGAAAACAGTCGCAGTTGTAGGATCTCAGTGGGGAGATGAAGGAAAAGGTAAAGTTATA +GATTACCTTGCTACTCAAGCTGATGTAGTAATAAGAGGTCAAGGTGGAAATAATGCTGGG +CATACTTTAGTTGTAGAAGGTAAAAAATTCGCTTTACGTTTAATACCATCAGGAATATTA +AATTCAAATACTATAAATGTAATAGGTAATGGTATAGTATTTGATCCAAAGGGATTTTTA +GAAGAAATAGAGATGCTTAACAGCAATGATATAGATACAAGTAATATAAAAATAAGTGAT +AGAGCACATGTAGTGTTCCCATATCACAAAGAATTAGATGCTTTAGCAGAAGAAGCTAGA +GGAGATAATAAAATAGGTACTACTAAAAAAGGTATAGGACCATGTTACATGGATAAAACA +GAGAGATCTGGATTAAGAATATGTGACTTAATGGATAAAGATATATTTGCTAAAAAATTA +GAAGCTCAAATAAATGCTAAGAACAAACTAGTTATGGGTGTTTATGGAAAAGAAGCTATG +TTTAATTTTGAAGAAATATATAATGAATATCTAGAATATGCAGATAAAATAAGAAACTAC +GTAGCAGATACTTCTGTTATCGTTTATGATGCAATAAAAGCAGGAAAAAGAGTATTATTT +GAAGGTGCACAAGGTACTTTATTAGACTTAGACTTAGGAACATACCCATACGTTACATCA +TCTCATCCTATATCAGGAGGATTTGCTGTAGGAGCTGGTGTTGGTCCTAATATGATAAAA +GATGTAGTTGGTATAGTAAAGGCATATACTACAAGAGTTGGTGAAGGTCCTTTTGTTACA +GAATTAGATAATGAAATTGGTGAAAGAATAAGAGTTCAAGGTCATGAGTTTGGAACTGTA +ACAGGAAGAGCAAGAAGATGTGGTTGGTTTGATGCTGTTATAGTTAAGTATGCAGCTAGA +GTAAACGGATTAACTAGTATATCATTTATGCTTTTAGACGTTTTAACTGGATTTGACAAA +ATTAATATATGTACAGCATATAAAATGGGAGATAAAATAATAAATGATTTCCCTGCTTCA +TTAGAAGATTTAGCTAAATGTGAGCCTGTATACGAAGAGTTAGATGGATGGCATGAAGAT +ATAACTAATGTAGAAAAATTTGAAGACCTTCCTGAAAATGCTAAGAAGTATATAGCAAGA +ATAGAAGAATTAGTTGGAGTAAATGTTGATATGGTTTCTGTAGGACCAAATAGAGCTCAA +ACTATAATAAGAAAGAATATATTTGCTTAA +>group_187 +ATGGAAGACGTAACGAGAATACCTCCCCATAGTGTGGAATCAGAACAATCTATACTAGGT +TCTATATTATTAGACAAAGATGCAATAATAACTGTGAGTGAAACTATAAGGCCAAGTGAC +TTTTACAAAGAAGCTCATAAAATTATTTATGAATGTATGCTTAAGTTAAGTAATAAAAAT +GAACCAATAGATTTAATCACTTTGACAGAAGAACTAAAGAAACAAGGACATCTAGATGAT +GTTGGAGGAATAAGTTATATAACAAGTCTTTCTACAATAGTACCAACGACTTCTAATGTA +AAGTACTATGCAGATATAGTAAAGGAAAAGTCGGTGCTTAGACAGCTTATAAAAGCCTCT +AATGATATAATAAATTTAGGTTATGAGAATTCTGTAAAAGTAGAAGAAGTACTAGAAAGA +GCAGAAAAAAGAATTTTTGATATATCTCAAGAAAAAGCTAGTGATGATTTTAAATCTATT +AATGAGGTATTAGTAGATGCCTATGATATGATTGAAAAATTATATACTAATAAAAGTGAT +GTAACTGGTATAACTACAGGTTTTAAGGATTTAAATAAAAAGATAAATGGTCTTCAAAGA +ACAGACTTGATATTAATTGCGGCACGTCCTGCCATGGGGAAAACAGCATTTTCTTTAAAT +TTAGTACAAAATGCAGCTTTAAAGGGTGATGCATCTGTTGCTGTATTTAGTTTGGAGATG +TCTAAAGATCAGCTAGTACAGCGTATGCTAGCAGCTCAATCTCATGTTGAACTAAAGAAG +ATAAAAACAGGTACATTAGATGAAAATGACTGGCCAAGAATAATAGATGCTATGGCTGTT +TTATCTAATGCGAGTATACATATAGATGATACTCCTGGTATAAAAATATCAGAATTAAGG +TCAAAGTGTAGAAAGTTAAAGATAGAAAAAGGATTAGATTTAATACTTATAGATTATCTT +CAGCTTATGGAAGGTGAAGGTAATAATGAAAGTAGACAACAAGAAATAGCTAAAATATCA +AGATCCTTAAAAATAATAGCAAAAGAACTTAATTGTCCAGTTGTTGCTCTTTCTCAGCTA +TCTCGTGCTCCAGAGCAAAGGGCTGATCATAGACCGATGTTATCGGATTTAAGAGAATCT +GGATCTATAGAACAGGATGCTGATATAGTTATGTTCTTGTATAGAGATGAATACTATCAT +CCTGATTCAGAAAGTAAGAATATAGGTGAAGTTCTAATTGCTAAAAATAGACATGGTGAA +ACTGGGTCAGTTGAGTTAGTATGGTTAGGTGAAGTTCAGAAATTTGCAGATAAGGCTAGA +GATATGTAA +>rplI +ATGAAAGTTATTTTATTAAAAGACGTAAAGGGAACTGGTAAAAAGGGAGAAATGAAAGAA +GTAAGTGATGGATATGCAAGAAACTTCTTACTACCTAAGAAGATGGCAATAGTGGCTGAT +AATACAGCTGTTAAAGAATTAAATGAAAAAAATAAAGCAGCAGAAAATAAAGCACAAAAA +GAGTATGAGGCTGCAGTAGAATTAGGTAAGAAAATGGAAGAAATGAATATAGTAATGTAT +TCTAAAGCTGGAGATGGTGGAAGATTATTCGGATCAATAACTTCTAAAGATATAGCAGAA +CAATTAAAGAAGCAACATGATATAGTTGTAGATAAGAGAAAAGTATTATTAAATGAGCCA +ATAAGAGTTTTAGGTTCAACAAATGTTGAAATAAAAATACATCAAAAAGTTATTACTAAG +ATAAGAGTAGATGTAAGAGAAAAACAATAG +>group_397 +TTGAATAAAAAATTTGGACTATCACAAGCTGCAATGATAGTCACATTAGGTATAATATTA +GTTTTAATATCAGTATATGTTCCTATGCTAGCGATTTTAGCATTAGTAGTTCCTGTTCCA +TTTGCAATAATAGGAACTTTATGTGAAAGGAAATATGCTTTTTTATCATTAATATCTACC +TTTTTGGTAATTATGTTTTGTGTAGATCCTATATATGCTATAAATATAAGCATAATGAAT +GTAGTTCCAGGATTAATTATAGGTAATATAGCTAGACATAATATAAATAATGAAAATAGT +AATAAATTTGAACCTATATATGGTGGAATGATTGCATTTACAGTTTGTACAATTGTATTT +TTCTTGTTATCAAAATTTATATTTAATATAGATTTAATTGGTGAATTTAGCAAGGCAATC +AAAGATGGATTTAATGAACAGATGAGTATCATGGAAAAGCTGAATGTAGACCTATATAAG +AATATTAAGGTAGAAGATATTTTAATTCTTATAAAGAGCATGATTCCAACTATGTTATTC +TTACAAGGTCTATTTGCATCATTTATAACATACTACTTAGAGGTATTTATGTTAAAGAGA +ACAAAAATATTAAATTTACCAAAGCCTACATTTAGAGATTTTTATTTACCAGGAAATGCC +GTAGCAACATCTTTGGTTTTATATTTAATAGTTCTATTACTAGGATTTATGGAGATTGGC +CTATATACAGAATCAATAATGCTTAATTTACAAATGGTATTTAACTTCATGTTTATAGTA +CAAGGAATTGCGGTATCCATATACTACGCTAGAAAATGGTTGAAACAAGGAACTGGTAAA +AATGTTTTAGTATCAGGTATTCTTTTAGGTTTATTTGGTACAATGGGAATATCATTTATA +GGAATGTTAGATAGTATAATTGATTTTAGAAAGGTGAGAAGCTATAAATCCACTTAG +>group_477 +GTGAGATTTGATAAAAGTTCTGAAGTTACTAAAAATGTAAAGATAATAGAATGGATGAAA +AATGAAATATTAATGAGTGTAAGTGATTTATTTAATCTTTTATTTAAAGGTGTAAAACCG +ATAGATGAAGCGCTACAAGACACTTTAGCAAATATTATAATGATTACATACCTTTTGGCA +AAAAGACTTGGAATAAGTTTTAAAGATATAGATTACAAAATCAAAGAAAAGATAAAAATA +GGAATAAAAGAAGAACATAGCATTGAAAGTTGGTACGGTGATTTATCTAACCTAAAAAAA +CATATGGACAATAAGGAGTGA +>rpsR +ATGATGAACAAAAAAAGACGTAAGAAAAAGAGAGTTTGTCAATTCTGTGCTTCTAAAGAC +GCTAGAATAGATTACAAAAACACTCAAAGATTACAAAAATACGTAACTGAAAGAGGTAAA +ATATTACCAAGAAGAATCTCTGGAACTTGTGCTAAGCACCAAAGAGAATTAACAGTTGCA +ATAAAGAGAGCTAGAAACATAGCACTTTTACCATACACTTTAGACTAA +>ssb_1 +ATGAACCATGTTGTATTAGTCGGTAGATTAACTAGAGATCCTGAACTTAGATATATTCCA +GGAACAGGAACACCAGTTGCTACATTTTCAGTTGCCATCGATAGAGATTATACTAAAAAA +GATGGAACGAAAGAAACAGACTTTATACCTGTAGAGGTAATGGGAAAGCCTGCTGAATTT +TGTGCTAACTATATTTCTAAAGGAAGATTAGTTGCTATACAAGGTTCAATAAGAATTGAC +CAATACAAATCTCAAACAGGAGAAAATAGAACTTTTACTAAGGTAAGTGCTCGTAATGTA +CAAGCCTTAGATAGCAATAGAAATAGAATGGATAGTCCATATCCAGATCAATCTAGAGGT +TCAGAACCGACTTTTGAACCTAGCTTTGAACCACAAGGATTAGATCCTCAAGGGTTCCAA +GCAATAGATGATGATGATATACCATTTTAG +>rpsF +GTGAAAAATTACGAATTAGTTTACGTTGTTAGACCAAATGCTGAAGAAGAAGTAAGAGAA +GCGGTTATAAACAAGGTTAAAGAAGTAGTTGCTGCTGCTGGTGAAGTAGTTAACGTTGAC +GTTTGGGGAACTAAGAAATTAGCTTATCCAATAGCTAAGTTCAACGAAGGTCACTACGTA +TTAGTTAACTTTAAGGCTGCTGTTGATGTTCCTAAAGAATTAGACAGAAACTTAAAGATA +AACGAAAACGTAATAAGACATATGATAGTTGTTGCTTAA +>group_81 +ATGCCAGTTGAATTTGCTGATAGAATGAAAAATATAAAAGGCTCTGAAATCCGTGAATTA +TTAAAACTTACTGAAAAACCCGAGGTAATATCTTTTGCAGGTAGGTTATTAGCACATGAA +TTATTTCCAATTGAAGAAATGAAGAAGGTATCAGTTGTAGTATTAGAAGATGGAGGATTT +ACATTGGATATTCAACAATAG +>group_100 +ATGCCAATAGATTTAAAAGTAGGGGATATAGTAGAATTAAAAAAGCAACATGCTTGCGGT +TGTAAAGAGTTTGAAATCACAAGAGTAGGTATGGATATAAAAATAAAGTGCGCTCAATGC +TCAAGGCTGATAATGCTAGATAGACCAACTTTAGAAAAAAGAATAAAGAAAATTCTAAAT +AAATAA +>group_3 +ATGAATGAAATGTATATAGTATCATTTAACTCAACGCATCATGCAATAAGAACAGAAAAA +ATATTAAGTGAAAATAATATAAAATGTACAACATTACCAACTCCAAGGGAAATAACTGCT +AGTTGTGGAATATCAATTAGATTTTTATTTGAAGATATAGAAAAGGTAAAAGAAATTTTA +ACAAACAGTGAAGTAGATTATAAAGGAATATTCAAGATACAAAAACTATCTGATGGTAAA +AAAAGTGTAGAACAAATAGGATAG +>group_189 +ATGAAGATAGAAATTGATGCTAGGGGATTAAACTGTCCTATGCCAGTTATAAATACAAAA +AAAGAGTTAGATAAAATAGAATCGGGATTAGTCATAACTACTGTAGATAATGCAATTGCT +AAGGAAAATATATTAAAATTAGCAAACTCATTAAACTGTGAAGCTAAGGTTATAAAAGAA +GAAAAAGATTTGATTTCTATAGAGATAAAAAAAGGAGAAAATGTTATAATAGAAAAAAAT +GAAAATATTGCCTTAGAAGATAAGTGTATATTTATACCATCAGATAGAATGGGAGAAGGA +AATGAGGAGTTAGGAAAAGTACTTATAAAGGGATTTATATATACATTAACAGAATCTAAA +CCTTATCCGAAACATATTATACTTGTTAATGGTGGTGTAAAGCTAAGCACAGAAAATGAA +GCTACTGTAGAAAATCTAAAAATATTAGAAGAAGCAGGAGTAGAAATACTTTCTTGTGGA +ACTTGCTTAGATTATTATGGATTAAAAGAGAAATTGCAAGTAGGTTCGATTACAAATATG +TATACAATAGTGGAGATAATGAAAAATTCATTACAAACTATATCGATATAA +>group_345 +ATGAAAAAAATAACCTTATTAGCAATAGTAGCACTAATATTATTAATATTTATAAATCCT +AGTAAGATAAGCACATTTAATAATTTAGACTCAAATATAAATAGCCTAGAAGAAATCGAA +ACGATAGATTTTAAAGGGGAAATACAGTACCTAGAATATAAGAATAGATTATGCTTATTG +AATGATAATAAACTTAAGATTATAGATGAAGATGGAAAAGAGATACACACTCAAGAAATA +CAATCAGAAAATACAAAGATATACGGTAATAGTTATATTGATATTTTAAGCAAAAATACT +AATAAAGGATTTAGTATGGATGAGAACGGGAAAGTAGTGTTTAGCACAAAAGTTTCACCA +GAAACATTTTTATATGAAAGTATAAATCAGCATGTATTTGTAGATATATTTAAGGGTAGT +GATAAAGAAACATTAAAGATATTAAATAATGATGGAGAAGTAAACAATAGAGTAGAAGTT +GATGGAAAAATAACCAATATAAAAACAATGGATAATTATATCTTAATGTCTTATATAAGT +ATTACAAATAAAATTCAAAATAAGTTGGCTTTGTATGATGAAAATGGAAATGTAAAACAA +GAAACTGAATTTAATGATATTATTTTAGATATTTTGAAGATAGATGGAAATATATATATT +GTATTTGAAGATAATATAAAAATTTTAGATAAAGAATTGAGTGAAAAAAATTCTATAAAG +ATAGAAGGAGTAAGCTTAATAGAGCAAAATGATGAAAATAATATTTTTATTAAAGATTCT +CAAGGAAACTGGGGATATATTAAAGATGAAAAGTACAAAGGTATTAAAACAAAAGAAGTA +AATTTAAATCTAGAGGGAATAAAAGATACATACTTATTATATACCGATAAAACTATTTAT +AATGATAGGCAAAAGCAAATAATAAACTTTAATGAAGAAATCAAAGGTATAGAAGCTATA +GGAAAGAATTCTATAGCAGTAGTATTTGAAAATAAAATAAAAATTTATAAAATTCTATAA +>group_201 +ATGAATATTTTAAGTTTGGGCGAAAAAATAAAAAAACTGAGAAAAGAAAAAAATATGACG +TTAAAAGAATTAGCGGGAGACAGGATTACTGCAGCTCAGATAAGTCATATAGAACGAGAT +AAATCCCATACAAGCTACGAGTTACTAGATTATTTAGCTAAAAGGTTGGATGTTAGTGCA +GACTATCTTTTAGAAACAAAAGAGATGCAATCAAAAAAAATAACTGATAACTTAATACTT +CAAAGTGAAATATATGTTAAAAGTAATGAATTAGAAAAAGCAGATGAACAAATAACAAAA +GCTTTAGAAATATGCAAAGAATATGATTTGACGGATAACTATGGAAAATGTAATTTTTTA +TTAGCTAATATTCATTTAAAAAGAGGAGATTATGGTAATGCAATTAGTAGTTTTGAAAAA +GCATTATTCTTCTTTATAAAAAATAATGATAGGAAGAATATATTTAAATGCTATTTAAAT +ATAGGAATAATCTATAACGAAGAGAAATTTTACAAAGGTGCAATAAGTCATTTTAGCTTT +GCTGAGGAAATATTGGATGACATTAAAGAGGAAGATGTTAATATATACAAGGATTTATAT +AGTAAGATAGCAAGCTGTTATATGAAATTAGATCAGCCTCAAAAGTCTTTAGAGTATATA +GCTAAAATAAATGAATTAGATAAGAACAATTCTATAAAAGAAGAAGCTGAAATGATTGTT +CTAAAGGCAAAAGGTTTATTCGATATGGGGAGATACGAAGAATCTAAAGAATACTTTAGA +AGAGCGCTAGAAATAATTGAAAAAGAAGAAGATAAAGATAAATTAGCAAAAATATATTTA +ACTATAAGTGATGTTTACTCAAGTATTGGAGATACAGAAAAAGTATTAGAGTATTCTCAG +AGAGCATACGATATAAAGAAAAATGATGAAGATCAATGTATGTTAGAGGGACTATTTAAA +ATGATACAATCTTATATAGATGATGAAGAGTACTCTTTAGCTAGAAAATACTGTAAGCTT +ACTTTAGCATCTTCTATTAAAAGTAAAAATAAACTTAATGAATATAAGTCATTAAAGTTT +TATGCTGATATCCATAAAAAAGAAAATGAAATAGAACTGGCAATAGAATATTTAACTAAA +TGTATATCTATAATTTCTACTCTAGGGGAGCAAAAATTATTGGCTAACTTATACATAGAA +TTAGGACAATTATATTCTAATATTTCAAAAGAAAAAGAATTAGAATACTACCAAAAGGGA +GTATTTGTTTATAAAAACTTAGAAATAATTTAA +>csd_1 +ATGATTTATTTAGACAATGCGGCTACAACATATCCAAAACCAGAGTCAGTATATGATGCA +GTATTAGACTGTATGAAAAACTATTGTGCTAATCCTGGTAGAGCAGGTCATAAACTAGCT +ATGAGAGCTGCAAGAGAAATATATGACACAAGAGAAAATCTAGCAAAATTATTTAATATT +GATAACCCTATGAATATAGTATTTACAAGCAATGCTACAGATTCACTAAATCTAGCTATT +AAGGGAAGTGTAACTGAGGGAGACCATATAATAACGACGAGTATGGAACATAACTCAGTA +ATAAGACCTATAAAAGCACTAGAAAAAAATGGCGTAGAAAATACAATAGTTAATTGTGAT +AAAGATGGTTTTTTAGATTATGAAGATCTAGAAAATGCAATAAAACCAAATACAAAGTTA +ATAGTAACTACTCATGCATCAAATGTATGTGGAACATTAGTTGATATAGCTAAAGTAGGG +GAAATTGCTAAAAAGCATAATATTTTGTACTTAGTAGATGCATCTCAAACAGCAGGTGTT +TATGATATAGATGTAAAAAAAATAAATGTAGATATGTTAGCAGCACCAGGACATAAATGT +TTATTCGGTCCACAGGGAACTGGTATTTTATATATAAGAGAAGGTCTAAATGTAGATATT +TTAAAAGAAGGTGGAACAGGAAGTAAATCAGAAGATTTATTTCAACCAGATTTGGTTCCA +GATAAATATGAGTCGGGAACTAATAATACACCTGGAATTGCGGGTTTAAACGCAGGAGTT +AAGTTTATATTTGAAGAAGGTATTGAAAATATAAGAGAGCGTGAAGAAGAACTATGCAAA +TATATGCTAAATAGATTAGAAGAAGTTCCTAATATAATAGTTTATGGAACGAAAGATGTT +AAAGAAAAAGCAGCCGTAATAGCTTTAAATATAGGGAATATGGATTCAGGAGAAATAACA +TTTTTATTAGATAGTGAATATGATATAGCTACAAGATCAGGAATTCATTGTTCTCCATTA +GCACACAAAACATTAGGAACGATAGAACAAGGTGTAGTAAGATTTAGTTTAGGATATTTT +AACACTAAAGAAGATATTGATAAAACTATAGAAGCTTTAAAAGAGATAGCAAGTAATAAT +TAA +>spo0J +ATGGAAAAGAGAGTGTCTAAAAGAAGCAACAGATTAGGGAAAGGACTTAGTGCATTGATA +CCAGAATTAAAGGAAGACATTGATAAGAAAGAAATTGTAGAATTAGATATAAGTATGGTA +TATCCTAATGAAGATCAACCAAGAAAAGTGTTTGATGAAGAAAAAATAAACATATTATCG +GACTCGATTAAGGCTTATGGTGTTTTACAACCTATTGTTGTAAAACCTGATGAAAATGGG +AAGTATATGATAATAGCTGGTGAAAGAAGATATAGAGCCAGTAGGGCTGCGAATAAAGAG +TCTATTCCAGCAATGATAAAGGATTTACCAATAAGAGATATAATGGAAATAGCACTCATT +GAAAATTTACAAAGAGAAGACTTAAATCCAATAGAAGAAGCATTAGCATATAAAAGTTTA +ATAGATAATCATAATGTAACTCAAGAAGAAATATCAGATGCCGTAGGAAAAAGCAGGCCT +CATATAACTAATACAATTAGATTATTAAATTTAAGAGAAGAAGTTATAGCTATGATAGAG +TATGGAGAAATAACAGCTGGTCATGGTAAAGCTTTACTTAGAATTACAGATAAAGACAAG +CAACTAGAGATGGCAAAAAGAATTGTAGAAGATGGACTTTCAGTAAGGGCAACTGAAAGT +TTAGCTAAAAAAATAAGTGAAGAGCAAAATTTAAAAATACCAACGAAAAAAGAAAAAGAC +ATATTTATTGTTGATGTAGAAGAAAGATTAAGAAATATATTTGGAACAAAGGTAAATATA +TCTCAAGGTAAGAAAAAAGGAAAAATAGAAATAGAATACTATAATGATGAAGAATTAAAT +GGCATAGTATCTATGCTACTTGAAGATATGTAA +>soj +ATGGGCAAAATAATTGCAGTATTTAATCAAAAAGGTGGAGTTGGGAAAACTACAACAAAT +GTAAACCTGAGTGCTAGCTTAGGGAAAATGGGGAAAAGAGTTTTAGTTCTAGATCTAGAT +CCACAAGGAAATACTACTAGTGGATATGGTATAGATAAACAAGAATTAGAAGATACCATA +TATGAAGTAATGCTAGATGATATTAGTATAAGAGAGGCTATTATACCTACTGAATTTGAA +AATATAGATCTTGTAGCTTCAGCGACAGATCTTTCAGGTGCAGAAATAGAAATAGCAGAG +ATAGAAAATAGAGAGTATTTATTAAAAAATGCAATAAAAGAAGTAAAAGAAGAGTATGAT +TACATATTTATAGACTGTCCACCATCCTTAGGGATGCTAACTATAAACTGTTTAACAGCT +GTAGACAGTGTTTTAATACCAATACAATGTGAATATTATGCATTAGAAGGTGTTAGCCAG +TTGATGCAAACTATAAAGTTAGTAAAATCAAGATTAAATCCAAATATAAGTATTCAAGGT +GTTGTATTAAGTATGTTTGATGGAAGGGCTAACTTATCCATTCAAGTAGTTGAAGAAGTA +AAAAAATATTTTAAGGGAAGTGTATATACGACACTTATACCAAGAAATGTAAGGTTAGCA +GAAGCACCAAGTCATGGAATGCCAGTAATTTATTATGACACTAAATGCAGAGGAACTGTA +GCATATTTAGAATTAGCAGAAGAGTTTATAGATTTAGAGGAGGATATAATATAA +>noc +ATGGAAGATAAAAGAGTTATGGAGATACCTATAGAAAATATAGTTCCAAATCCATATCAA +CCAAGAAAAATATTTTCGCAAACAGCGCTAGAAGAGTTAAGTAGCTCTATAAAGGTTTAT +GGGATACTTCAGCCTATAACTGTTAGACAAAAAGATGATAAGTATGAGTTAATTGCAGGA +GAAAGAAGATTTAGAGCAGCTAAGCTTGCAAGCTTTAAGACTATACCAGCTATTATAAAT +AATATGTCTGATGAATCTTCGGCAGTTTTAGCTTTACTAGAAAACCTTCAAAGAGAAGAT +TTAAACTTTATAGAAGAAGCTATGGGGTATGAAAATTTAATAAAAGAACATAGCTTTACA +CAGCAGCAACTAGCAGAGAAGTTGGGGAAAAATCAGTCTACTATAGCTAATAAGCTTAGA +ATTTTGAGATTACCGTCAGACGTGAAGATAAAGTTAGTTGAAAATGGGTTAACAGAAAGA +CATGCAAGAGCACTTCTGAAGTTACCGACAGAAGATTTAATGAAAGAAGTACTAGATAAA +ATCATAAAAAATGAACTTACTGTCAAAAAGACAGAAAAGTTGATTATGGATATAATTGAA +AGCTTAGAAGCTCAAGAAGAACCAGAGAAGAAACAAAGCATTAAAGCTTCTATGGGAATA +AGAATATACTTAAATACAATAAAGCAAGCTTTTGATGCGATACTAAATACAGGTATTAAG +GCTAAGTATAATGAAATAGATAAGGGAGATTACATGGAAGTTGTTGTAAGAATTCCTAAA +AAGTAA +>rsmG +ATGACTAACGAAGATATATTAAGACAAGGTATAAAGGATTTTGGGATAGAAGTAAATGAC +CAAATGGTAAGTGATTTAAAAACATATAGAGAAATCTTAGTTGACTGGAATCAAAAAATG +AACTTAACAGGAATAGAAGAAGAAAAAGAAGTGTTTATAAAGCACTTCTTAGACTCTATT +TCTGCTGTTAGCAATGGATATATTAAAGATGGTATTTCATTAATTGATGTTGGAACAGGT +GCAGGATTCCCTGGTTTACCATTAAAGATATGTTTACAAAATATAAAACTAACTCTTTTA +GATTCTTTAAATAAAAGAATAAACTTCCTTCAAGAAGTTAGTAATACTGTGAATCTTAAA +GATGTAGAATTTATACATGGTAGAGCTGAAGATTTTGGTAAAAATTCAGATTATAGAGAA +CAATATGATGTAGCCACAGCTAGAGCAGTTGCTGGATTACCTATTTTAATGGAATTTTGT +GTACCTTTTGTAAAGGTAGGCGGATATTTTGTATGCTTAAAGGGTCCAAATGCTAATTTA +GAATTAGAAGAATCTAAGATAGCAATGGATATATTAGGACTAGAATTTGTTGAAAAGATA +GATATTGAGTTACCTAATGAAGAATTAAAGCATAATATATTGGTATTCAAAAAAATAAAA +AATACTCCAGAAAAGTATCCAAGAAAAGCTGGGAAACCTGCAAAAAGTCCTATAAAATAG +>mnmG +ATGAAAAACTTTAATGCAGGAAATTATGATGTAATAGTTGTTGGAGCAGGTCATGCAGGT +TGTGAAGCTGCTTTAGCAACTGCAAGAATGGGTCAAAAAACACTAATGATAACATTAACG +TTAGACTCAATTGCTATGATGCCATGTAACCCTAATATAGGTGGAACTGGAAAGGGTCAA +TTAGTTAAAGAAATAGATGCTCTTGGTGGGCAAATGGGAATAAATGCTGATAAAACAATT +ATACAAAGTAGAATGTTAAACACAGCTAAAGGCCCTGCAGTTCATTCATTAAGAGCACAA +GCAGATAAATTTAAATATCATACAGAAATGAAAAAGACTATAGAAAATGAGCCTAATTTA +GATGTCGTAATGGATGAAGTTATAGATATACTACATGAAGATAATGTAGTTACAGGAGTA +ATTACAAAGTTAGGTTGTGAATACTATGCAAAAGCAGTTATATTAGCAACTGGTGTTTAT +TTAAACTCTAAAATATATATGGGAGAAGTATCTTTCATGGAAGGTCCTAATGGATTAGGA +TACGCAAAAAATTTAACAGAGAGTTTAGTTAAATTAGGTCTACAAATGAGAAGATTTAAA +ACTGGAACACCTGCTAGGGTACACAGAGATAGCATTGATTTTTCAGTTATGTCAATCCAA +GAAGGAGATGAGAAGATTACACCATTCTCATTCTTAACAGAAGACTTAAAGATAGATCAA +ATTCCTTGTTACCTAACAAGAACTAACCTAGAAACACATGACATAATAATGAATAACCTA +GGTAGATCAGCAATGTACAGTGGAAAAGTAGAAAGTACAGGAGCTAGATATTGTCCTTCT +ATAGAAGACAAAGTTGTAAGATTTAACGATAAAGAATCTCATCAAATATTTATAGAACCA +GAAGGTTTAGATACTAAAGAAATGTACATCCAAGGTATATCTACAAGTTTACCTTATGAA +GTACAAATTGCAATGTATAAAAGTGTAGCAGGTCTTGAAAATGCTAAAATAATGAGGCCG +GCATACGCAATTGAGTATGATTGTATAGATCCAACTCAATTAAAAATTTCACTAGAAATA +AAAGGTGTAGAAAACTTATTTAGTGCAGGTCAGTTTAACGGAACTTCAGGATATGAAGAA +GCTGCGGCGCAAGGTCTTATTGCAGGTATAAATGCAGTTATGAAGATACAAGGAAAAGAG +CCTTTTGTACTTGATAGATCTGAAGCGTATATAGGTGTCTTAATAGATGACTTAGTTACA +AAAGGAACTAATGAACCATACAGAATGATGACATCTAGATCAGAATATAGATTATATCTA +AGACAAGATAATGCAGATATGAGACTTACTCAAAGAGGTTATGATATTGGATTAGTTTCA +GAAGATAGATATCAAAGATTTTTAGAGAAAAAAGCTGCTGTAGAAAAAGAATTAGAGAGA +TTAAAAACTGAAAGAGTTACTCCTAAAGAAGTTAATCATAAGTTAGAGGAAATGGGATCA +TCAGAAATAAAAGTAGGTTTATCTTTATATGAATTCTTAAAGCGTCCAGAAGTTAATTAT +GACTTAATAGAGGCAATAGGTAAGGGTGCGGGTGAAGACGTATCTGATGAAGTAAAAGAA +CAATGCGTAATAATGACTAAATATGAAGGATATATAGATAAGCAATTAAAACAAATAGAT +CAATTTAAGAAGTTAGAAAATAGAAAGCTTCCAGAAGACATAAGCTATGCATCAATAGAA +GGCCTTAGAATAGAGGCAAGACAAAAACTTGATAATATAAAACCTATATCAATAGGACAA +GCATCTCGTATATCAGGAGTTTCTCCAGCGGATATTTCTGTTCTTCTTATTTATTTAGAA +CAGATGAAGAGAAATAGAGGAGGAAAGAATGACTAA +>mnmE +TTGTTTATAGATGATACTATAGCAGCAATAGCAACAGCTCCTGGTGAAGGTGGAATAGGA +ATTATAAGAATCAGTGGAGAAAAATCATTACAGGTAGCTGAAAGCATATTCAAATCTGTA +ACAGGAAAACTGATAAAAGATTATAACACAAGGACTTTAATATACGGAACTGTAGTAGAT +GGCGAAAAGGTAATAGATGAAGCATTAGTTGCATATATGAAAGGGCCTAAGTCTTATACA +GGAGAAGATGTTATAGAGATAAATTGTCACGGTGGATTTATTTCTGTAAAGAAAATATTA +GAGTTAATATTGTCGAAAGATGTAAGATTAGCAGATGCAGGAGAATTTACAAAAAGAGCC +TTTTTAAACGGAAGAATAGATTTATCTCAAGCAGAAGCAATAATAGATGTAATAAAGGCA +AAAACTGATAAAGCTCATGAAGTAGCACAAAGCCAATTAGAAGGTTCATTATCTAAAAAG +ATAAGGGAGTTAAGATTCAAAGTAACGGAAGTCTTAGCTCACTTAGAAGTTTCTATAGAT +TTTGCAGAGGAAGATGTAGAAGAAATAACATACAAAACTCTTAGAGAAAATGCAGAAGAT +ATTAAACGTGAGATAAAAAAACTGTATGACACATCTGAGAGTGGGAAAATATTAAGAGAT +GGACTAAAAACAGTTATAATAGGCAAACCAAATGTTGGAAAATCATCTCTATTAAACTCT +ATATTAGGTGAGAATAGAGCTATAGTTACAGATATAGCTGGAACTACTAGAGATGTAATT +GAAGAATTTGTAAATATCAAAGGTATACCTCTTAAGATAGTTGATACGGCAGGTATTAGA +GAAACTGAAGATATTGTAGAAAAAATAGGTGTAGAAAGATCTAAAGAATCTTACAATACG +GCGGATTTAGTTATAATGGTACTTGATTCGTCAAGACCTTTATCACAAGAGGATAGAGAA +ATACTAGAAACTCTAGAAAATAAAAAGACTATAGTTTTACTAAATAAAACTGATTTACCA +CAACAAATTGATATAGATGAATTGTCTAAATATGTTGACTGTAGTAGTATAATAAAGATA +TCGGCACTACAACATAAGGGAATAGAAGAATTACAAGATAAGATAGAAGCGATGGTTTAT +AAAGGTAGCGTAAAAAATTCTTCTAACCTAATGATAACCAACTCTAGACATAAAGATGCT +TTATTAAAAGCATACGAGTCTATAAATGATGCAATAAGTGCAATAGATCAAAATATGCCA +TATGACTTCATAGAAGTTGATTTTAAAAACATATGGGATTATTTAGGGTATATAAACGGA +GATACAGTAAAAGAAGACTTATTAGATACAATATTCGCTAATTTCTGTATAGGAAAATAG +>group_140 +ATGAAGAAAAGCCTAGAATTAAAAAGTAAAACACAGCAAGAGGCTATAGCTTCAGCATTA +GAAAAGTTCAACAAAGAAAATTTAAATGTAGTTGAAGGAGATCTTGAGGTTGAAGTACTA +GAGACTCCTAGTAAAGGATTTTTAGGTTTAATAGGTTCAAGAGAAGGTACTTATAGAATA +ACTGTAGTAAAAGAAGAAGAGATTGATATTGCAAGAAATTTCGTAGAGAATATATTAAAG +AATGCAAAACTTGATGCAAATGTAAATGTTGTTCAAGAAAAGAGCCTAATAAAGGTTAGC +ATTGAAGGAAAAGAAGCGGCTTGTTTAATAGGAAGAAGAGGAGAAACTTTAGACTCTATT +CAACTCCTAACAGGTTTAGCTCTTAACAAAATAAATAAAGATTCACATATGAGAGTTCTT +GTAGATATTGAAAATTACAGATCAAAAAGAGAAGAATCTTTAGTAAAATATGCAAATAAA +GTTGCTAGAGATGTTAAGAAAACAAAGAGAACTAGAAAACTAGATTATATGAATCCTTAT +GAAAGAAGGATTATACACTCAGCACTTCAAAATGATAAGTATGTAATTACTTACAGCGAA +GGAACTGATCCATATAGAAGATTAGTTATAGAATATAAAAGATAA +>misCA +TTGAACATAATTGGTAATTTATTAGGGCACGTTTTAAGAATTATTTACGATGTTGTACAA +AATTATGGATGGTCAATAATAGTATTCACAATACTTGTAAAAGTATTATTATTACCACTT +ACAATTAAGCAAACAAAATCAACTAAGGCTATGCAAGATATACAGCCAAAATTACAAGAA +ATACAAGAAAAATATAAAAATAAGCCAGAAAAACAACAACAAGAGATAATGAAATTACAT +CAAGAAGCTAAAATAAATCCATTAGCAGGGTGTTTACCATTATTAATACAAATGCCAATA +ATAATAGGTTTATTCAGTGTTTTAAGAGACCCAGTAGCTTATGGTGTATTTCAAAATGAA +GCAGCATTCAAATTGGCAGATACTGGATTCTTATGGCTACAAAGTTTAACAGCAACACAT +AATATCGAAATGGGGATACTTTCAGGTGTAAGTGCTTATGTAATGCAAAAAGTTATGACT +CCTCCTGATCAAGCAGAGGGACCAATGAAGACTATGACTTATGTTATGGCGGCTATGTCA +TTCTATTGGGGTTACACATTTACAGCAGGTCTTGCATTATACTGGACAGTAAGTAACTTA +TTCTCTATAGCTCAATATTACTTAGTAATGAATCCTTTAAAAGCTAAACTGGCTAACTCT +AAGGAGGAAGTAATAAATGAAGAAAAGCCTAGAATTAAAAAGTAA +>yidD +ATGAATGAAATAATGTTTATAATGAAGGAAATAAATATATACTTATCGAAATTATGTATT +TATTTAGTAAAATTATATCAAAAGTATATCTCCCCTCTAAAGGGACCTACTTGCAGATTT +TATCCCACTTGTTCGCAATATTCTATAGAGGCATTTAAAAAGTATGGTTTATTTAAAGGT +ATGTATCTTACGATAAAGCGAATATTGAAATGCCATCCTTTTCATCCAGGAGGCTATGAT +CCTCTAAAATAA +>rnpA +ATGGACTTTAATAGAACACAAGGTTTAAAAAAAGATTCTGATTTTAGAAAAGTATATAAA +CACGGCAAGTCTTTTGCAAATAGATATCTAGTAATGTATATACTAAATAACAAATCAGAA +AATAGTCGTATCGGAATATCAGTATCAAAAAAGGTAGGAAAAGCGATTATAAGAAATAAG +GTAAGAAGAAGGATTAAGGAAGCATATAGAGTCAATATAGATGAAAACGTTAAATATGGA +TATGACATAGTTTTTATTGCAAGGGTTGCTATAAAAGATGCTGAGTATAAAGATATAGAA +AAATCTATGAAGCATCTTGTAAAAAAAGCAGAAATGTTTATGTAG +>rpmH +ATGAAAAGAACTTATCAGCCAAAGAAAAGACAAAGAAAGAAAGAACATGGATTCAGAAAA +AGAATGAAAACTTCTAACGGAAAAAACGTGTTAAAAAGAAGAAGAGCTAAAGGAAGAAAG +AGATTAACTCATTAA +>dnaA_2 +ATGGATATAGTTTCTTTATGGGACAAGACACTACAATTAATAAAAGGTGAGCTCTCTCGC +CCTAGCTTTAATGCTTTTTTTAAGCAAATAGTTCCTTTAAAAATTTACTTAAATGACTTG +ATTCTTCTAGTTCCAAATGAGTTTACTAAAAGTATACTAGAAGATAGATACCTAACTTTA +ATAGAAGGTTCAATAAATCAGTTATCTTTAAAAAAGTACAATGTAAAATTTGTATTAAGC +GAATCAGAGGTTGAAGACTTAGACGAAGAAGAAGACAAACCTTCTAATATAAAAAAGAAT +TATCCTAATTTAAATCCTAAGTATACTTTTGATACATTCGTAATTGGTAATAGTAACAGA +TTTGCTCACGCTGCTTGCGTAGCTGTTGCTGAATCTCCTGCAAAAGCTTACAACCCTTTA +TTCTTATATGGAGGCGTTGGTTTAGGAAAAACACATTTAATGCATGCAATTGGGCATCAT +ATATTAAATGAAAAAAAGGATCCAAAAGTCGTTTACGTTTCATCTGAAAAATTCACAAAT +GAACTTATAAACTCTATTAAAAATGATCGAAATGAAGAATTTAGAAACAAATATAGAAAT +GTAGACGTACTTTTAATAGATGATATTCAATTCATAGCTGGTAAAGAAGGTACTCAGGAA +GAATTCTTCCATACTTTTAATTCTTTACATGAAGCAAACAAACAAATAATAATTTCTAGT +GATAGGCCACCTAAAGAAATACCTACATTAGAAGATAGATTAAGATCTAGATTCGAAATG +GGACTTATTACAGATATTCAAGCTCCTGATTTTGAAACTAGAATAGCTATACTTAGAAAA +AAAGCTCAAATGGAACGTATAGATGTTCCAAATGAAGTAATGACTTATATTGCGAAAAAT +ATAAAATCAAATATCAGAGAATTAGAAGGTGCTCTTACAAGAGTCGTGGCATATTCTTCT +CTTACAAATAGACATATATCTTTTGATCTTGCAACAGAAGCATTAAAAGATATTATTACT +ACGTCTAAAACTGAGGAGATTACAGTAAATAGAATAAAAGAAAAAGTTTCAACTATTTTT +AATATAAAAATGGAAGATTTTAATTCTAAAAAAAGAACAAGGTCAATTGCGTACCCAAGA +CAAATAGCTATGTATATCTCACGTGAGCTTACAGATTTATCTTTACCTAAAATAGGAGAA +GAATTTGGCGGAAGAGATCATACTACAGTTATTCATGCCCATGACAAGATATCAAAGGAT +ATACAAGAAAATGATGATATTAAAGCTAAAATAGATAAAATAATGTCTGAATTAAAAGGC +TAA +>dnaN +GTGAAAATAATTTGTAATCAAAAACTTTTAGCTCATAAAATAGGAATAGCTCAAAAAGCT +ATTAACGGAAAAGCAACTTTAGAATTATTAAAAGGGTTATTATTAACTGCGAAACATGAT +CAATTGAAACTTACAGGGTATGATTTAGAAATAGGTATTGAAACTTATGCTCAGTCAGAA +GTAATAGAAGAAGGGGAAATAGTAGTTAACGCTAGATTATTTGGAGATATAATTAGAAAA +TTACCTGATTCATTTGTTGAAATAGAAACGGATAATGACAATAATATTTATATAAACTGT +GTTAATTCTAGATTTAAAATAAAAGGTGAAAGTGCTAAAGAATATCCTAAATTACCTGAA +GTAAAAGAAGAGGATTTATATAGCATTCCACAAGACTTACTTAAAAATATGATAAAGCAA +ACTGTATTTGCTACATCACAAGATCAAACTAAGCCAATATTAATGGGAGAACTTTTAGAA +ATAGTTGACGGAAATATAAGTTTAGTTGCAATAGATGGATATAGACTTGCTGTTAGAAGT +TGTTCTATAGATAATGCTATGAATAATGCGAAAGTTATAATACCTGGAAAAACTTTAACA +GATGTAAATAGTTTATTATCGTCAGAAGAAGATGTAAGATTAGGATTTGATGATAAAAAT +GCTATTTTTATCATTGAAGATACAAAAATAATAACTAGACTTTTAGAAGGTGAATTCATA +GATTACCAAAAATTACTTCCTAGAGAGCACAATTCTAAAATAAAATTAAAAACTAGAGAC +CTTTTAAACAGTATAGAAAGAGCTTCTCTTTTATCTCAAGCTGAAAAGAATAATCTAATT +AAGTTAACGATAAGAGATAACTCAATGGCTATAACTTCAAATACTGATAAAGGTAATGTT +TATGAAGAAGTATCATTAGATTTAGAGGGCGAATATTTAGATATTGCGTTTAACTCGAGG +TATTTCTTAGAAGGATTAAAAAACATAGATAGCGAAGAAATATTTATAGAGTTCACTACT +AATGTTAATCCATGCATAATAAAACCTGCTGATGAAGTTAAGTATACTTACTTATTACTT +CCAGTAAGAATTTCATCTAACATATAG +>group_70 +ATGTTAGAAATAACTATAGATACTGAATATATAAAATTAGATCAATTTCTTAAGTTAGTT +GACTTTGCATCAACTGGTGGACACGCAAAATTCTTAATACAAGAAGGTGTTGTTAAAGTA +AATGGTGAAGTTGAAACTAGAAGAGGTAAAAAAATAAGACCTGGAGATATAGTTGAGGTT +GAAGGGCAAAAAATTAAAGTAGTGTAA +>recF +ATGCGACTAAAGACTTTACAGTTAGTTAATTTTAGAAATTATGATAATTTACATATAAAT +TTCAATGAAAAAATTAATCTACTTGTTGGAAAAAATGGTCAAGGCAAGACAAATATAGTA +GAATCTATTTACATGTTGTCCTTTGGTAAATCATTTAGAACCAGTAAAGATAAAGAAATC +ATAAAATTTGAAAAAGAAAATTTATATGTAGGAGGTAGCTTTTCTAAATATAATTCAGAT +TATTTAATAGAGATAGCTATTGGTAAAAATAAAAAGGGTGTTAAGGTAAACAAGGTACAC +ATTCAAAAAATGTATGAGTTACTTGGTAATTTAAATGTTGTAATCTTTTCACCAGAAGAT +TTAAAATTAGTAAAAGAAGGACCTAAAGAACGTAGAGCATTTATAGACAAAGAAATTAGC +CAAATTATGCCTAAGTATTACAGTTATCTTACGAACTATAACAAAATATTATTTCAAAGA +AATAAACTTCTAAAAGGACATGTTGTAGATAAAAACTTGTTAGATGTTTATGATGAAAGC +TTAGCAAGGTATGGAAGTTATATTTATATTCTTAGGAGAGATTTTATAAAAAAAATAGCT +AATATTTCTATGATAATGCATAAAAAGTTGACTAATGAAATTGAAGATTTAAAAATTAAT +TATAAAAATCAAATAAATATATCTGAAGAGGATACGATAGAAACTGTGTATAATAAGTTT +ATTGAGAAACTTATATCAAGTAGGGAACATGATATAGATACTAGGACTACTAGATATGGT +ATACATAAGGATGATCTAAATATATTTATAAATGATTTAGATGTTAGATTATATGGATCA +CAAGGTCAGCAAAGAACTGCTTCTATTTCATTGAAATTATCAGAAATAGAGTTAATAAAA +AATGAAGTAGGAGAATATCCTGTTTTAATTTTAGACGATGTTTTCAGTGAATTAGATGAA +ACTAGACAGAAGTTACTTATAGATAACTTAAGTTTAGTACAGATGTTTATTACTACAGCT +GAGGTTTCACATAAAAAAATATTTAATAAAAGCAATACAACTATTTTTAATATAAATCAA +GGAAATGTTGTTAGCATAGAGAATGGAGGGAACTAA +>group_508 +ATGAGCAGAAAAGGTGGAAAGTATTTATTTCTAGGAGCAATATTAGGATTTATTGCAGGT +TTATTCTTTGCTCCTAAAAAAGGATCTGAATTAAGAAGAGAAGCAAAAGAAAAATTTGAT +GAAGTGAAAGAAAATCCAAAAGATGTTCTACATGAAACATTAGAAGATGTAAAAGAAAAA +ATATCATTACTTACAGAAGATTTAGATGAAGATAATATAAAAATTTCAGAAGATGAAATA +ATAATAAGTAGAACTTTTGGTGATGAGGGAGAGAGTAAATAA +>group_14 +ATGGATGCAATGGGCTGGCAAATAGGTGCTATTTTAATTGGAGTATCAGCTTTAATTGTA +GCTATATATATAGCCAAATTATTAAATAGTACAACTAAGGTTGTGGAAAGAGCTAATAGA +TTAATAGATTATAATGAAAGAAATATTCAGGAGATAATTGAGAATACAGCATCTATAACA +GAAAGTGTAGACGAAATTATAGGTGTATTTACTAAGGTAACGAGTGTACTTAAGGTATTT +AGGATTTTTAGAAAATAG +>rsbV +ATGTCAATAAACATAAATTCTACATTAGATTCTCAAAATAAATTTTGGGATATAAATCTA +GGAGGAGAGCTAGATGTATCTACATCAGATAAATTAAAAGAGTATTTACATAAGCTAGCA +GATCAAGAGATGCTAGATATGAAAATCAACCTAGAAAATTTAGAATATATAGATTCTACT +GGATTAGGTGTTATGATAGGTGTTTTAAAGAAATTAAAAGTGGGAAATAAAGAAATATAC +ATAATTAATCCTAGAAGTAATGTTAGAAAGATTTTTAATATAACAGGTCTAGATAAAATA +TTTAAAGTGGAGGGATAG +>rsbW +TTGTCTTGTGAAAGTATAAAAATGGAAATTAGTGCTAATCCAGAGTATGTAGGTATTATA +AGATTAACAACTTCAGGAATAGCTAATAAAATTGGATTTTCTATAGATGACATAGAAGAT +ATGAAAGTAGCAGTATCAGAAGCTTGCACAAATGCAATTAAACATAGCTCGGATGATAGA +TTTTATATAACTTTTAATATATTAGATGATGGACTTAATATAGAAATTAAAGATAATGGA +GTAGGTTGTAATATAGACTTATTGGGAAAACCTGATTTAGAGAATCCAAAAGAGAATGGA +TTAGGAATATTTATAATACAAACTTTAATGGATGAAGTAAGTATCGAGTCATCAGACAAC +AAAGGAACAATAATAAAAATGACTAAATATTTAGGAGTTGATAATTAA +>sigB +ATGAAGGACGTAGCTAATGCTACTAATTACCTAAATATGGATAATAAGGAACTGTTCAAG +ATATATAGTAAAAATAAAGATAGAGAAATAAGAAATATTTTGATTGAGAGACATCTATAT +TTAGTAAACTTACTAGCGAGAAAGTATATTAATAAGGGTGTTGAGTTTGAAGATATCTAT +CAGGTAGCATCCTTAGCATTAATATATGCTATTGATAGATATGATATTGAAAAGGGATTT +GAATTTTCTAGTTTTGCAACTCCAACAATTGTAGGTGAAATAAAGAAATACTTTAGGGAT +AAGGTGTGGACATTAAGAGTACCTAGGAGAGTTCAAGAATTAAGTAAAAAAATTAGCGAA +GCAAAATTAGTTTTAGAGCAGGAAAATAAAAAGCATCCTAAGGCAAAAGATATAGCTAAG +TATTTAGGGTGTACAGAGGAAGATGTCCTAGAAGCTATGGAAGCTTCATATGGTTATCAG +CCTATATCATTAGATGCTACAAGTAATGACGATTCAGAAGATAAAGATATTACTCTTATT +GATAAAATAGGACAAGAAGAAAGCAACTTTAGAGATATAGAACATAATGATTTTATAAGT +AAATTTATAGAAACACTAAATGAATTAGAAACAAAAATATTTAAAGATAGATTCTTTTTA +GATAAAACGCAATCGACTATAGCGAAGGAATTAGATATATCTCAAATGACTGTATCTAGG +CTAGAGAGAAAGATTGTAGATAAGCTTAGAAAAGAATATGAAAAAAATATATAA +>ybaN +ATGACTAATATCAAAAAGTTCTTTTATATATTCATAGGATTGATAGCTTTCTTATTAGGA +GCAATAGGTGTTGTATTGCCAGTATTACCTACAACACCTTTTCTACTAGTAGCATCATTT +TGTTTTGTAAGAGGTTCTGAGAAGTTTGATAAATGGTTCAAGAGTACTAGGATTTATAAA +AAACATTTAGAAAACTTTGTTGAATCTAGAGCAATGACTTTAAAGCAAAAAGTGAGCTTA +GTGTTATTTGCAGACTTCATGATGTTAATACCATTTATTATGGTTGACAATATATATATG +AGAATGACTTTAATAGTAGTAGCATTAACAAAGTTGTATTATTTTACATTTAAAGTAAAA +ACTATAAAACCAAACTCAGCAACAAATTAG +>group_1163 +GTGAATAATGAACAACAAAGAATATCAGGATTTAAAATAATGCTAAGACTTATAAAAATA +CTGAAGCCACTAGCACCTATAATGATGATAACAATAACGTTTGGAGTTTTAGGATTTTTA +GCAGCTACAGCAGTAACTACATTTGGTGCTGTTGCAATAGGAAATATACTTGGTGTTGAA +ATGGGGATAGGACTGAGTACAACTATAAAAATAATAATCGGTTGTGCAATATTAAGAGGT +GGACTAAGAGCGATAGAACAATACTCAGGTCATTATATAGCGTTTAAAATATTGGCTATA +TTAAGGGATCAAGTTTTTAAAGCTTTAAGAAAATTATCACCAGCAAAATTAGAAACTAAA +GAAAAGGGTAACTTAATATCTGTTATAACTAGTGATATAGAATTACTAGAGGTGTTTTAT +GCTCATACTATAGCACCTATTGCTATAGCAATACTTACATCATCTGTAACTGCAGGAGTG +CTTTATAGTGTAAATCCTTATTTTGGATTAATAGGCATAGGATTTTATTTAATTGTAGGT +TTAGTAATACCAGTAGCATCTTCTAAGTATGCTAACCAAGCTGGTCTTGAATATAGGAAT +GAATTTGGAAATACAAACAGCTTCTTATTAGATTCTTTAAAAGGGATAAAAGAAGTACTA +TTATTTGGTGCAGGAGAAGAAAGAATAAATACTATAAATGAAAATAGTGAAAAATTAAAT +GAGAAACTTAAAGTTATAAAGCAGCATGAAGGTATAATAAGAGCTTTTACAGATATAACA +ATAATGATTGCTATACTTGTAACATTATATACGGGTGTGAAATTGTTCGAGGCAGGAACT +GTTAATTTAGGACAAGTTATATTAGCGGTTGTACTTTTAGCAAGTTCATTTGGTCCTACG +GTAGCATTAAGTAATTTATCTAATAACTTAATGCACACATTTGCTTGTGCACAGAGATTA +TTTAATATACTAGATGAGGTTCCAGCGGTAGAAGAAGTATATGGAATGGAAGATTTAAAA +ATGAACGACATAAATATTGAAAATGTTAGTTTTAAATATAAGGGAAGAAATGAAGATTTA +CTGAAAAATATAAACCTTAAAATAAATAAAGGTGATAAGGTAGCTATAATAGGAAAAAGT +GGATGTGGAAAAAGTACTTTATTAAAGTTAATAATGAGATTTTGGGATGTTGAAAGTGGA +GCTATTGAAATAGACAGCAAAAATATAAAAAATATACCAACAAAATCATTAAGAAAAGTA +CAATCATTAGTAAGTCAAGAAACATTCTTATTCAATGATACTATAGAAAATAACCTAAAA +ATAGGTAAAATAGATGCAAGTGAAGAGGAAATAATATCAGCAGCTAAAAAAGCATCTATA +CATGAGTTTATAACGACTTTACCTAATGGGTATAAAACTAATGTAGGAGAAATTGGATCT +AATTTATCTTCAGGTGAAAGGCAAAGGCTAGGTATAGCAAGAGCATTTTTACATAATCCA +AAGGTATTAATATTAGATGAACCAACTAGTAACTTAGATACATTGAATGAAGCTGAGATA +TTAAAGAGTATTAAGAATGAATCTGAAGATAAAACTATTATAATGGTATCTCATAGAAAA +TCTAGTGCTGCTATATGTGATAAAAAGGTATATGTCAAAAATAATAGGCTAGAATTCAAT +TAA +>group_1171 +ATGAGTAGAATAAAAAGAGAAAAAGACACTATAGATTTAATGATAAAGATTTATTGTAAT +AAAAAACATAAATCTAAAAAGAATGAGTTATGTGATGAGTGCAAGGAATTGCTAGAGTAT +GCTCATAAAAGGTTAGATTTTTGTAAATTCGGAGAAGAAAAAAAGTTTTGTAGTAAATGT +CCAATACATTGTTATAAAAAAGATATGAAGATAAAAATAAAAGATGTAATGAAGTTTTCG +GGACCAAGATTGTTATTTTATAGTCCGATTCAAGTCATTAAACATATTATAGAAAAATAA +>yidA_1 +ATGTATAAATTAATAGCTTTAGATATAGACGGAACTTTGTTAAACACAGATAAAAAAATA +ACTCCTGAGGTGTTTTCTGCAATTCAAGATGCAAAAAAACAAGGTACAAAGGTAGTATTA +TCTACAGGTAGACCACTGCCAGGCGTTACTCCACTACTAAAAGAATTAAATCTTACTGAT +GATGGAGACTATGTAATTTGCTTTAATGGAGCGGTTGTTCAAGAAGTTAAAAGCGAGAAA +GTACTATGTAATTTAGAACTTGGAATAGATGATTTTAACCTAATATATAATGAAATTTAT +AAAAAGCACAACACTTATATTCATATAAATACTCCTACAAATTTAATTACTCCAAATGAA +ATACCTGGTGAATATACTCAATTAGAAGCTAGAATTAATAAAATACCTATTGAGTATAAA +CCTATCGAAGAAATAAATGATAGCATTAAGTTTTGCAAGATTATGATTGTAGATGAGTCT +GAAAAATTAGAAGAAATTATAAAAGAAATACCTAAGGAATTCTACGATAAATATACTATT +GTAAGATCCGCTCCTTTCTTCTTAGAATTTTTAAATAAAGATGCTAATAAAGGAACTGCT +TTAAAAGCTCTATGCAATAATATAAATATTCCTATTGAAAATTCTATAGCTGTTGGTGAT +GAAGAAAATGACCAACATATGATTAAATACGCAGGTCTTGGAGTTGCTATGGGTAATGCT +CGCTCAAGTATAAAAGATATTGCTGATTTTATAACTTCTACTAATAATGAGCACGGTGTT +GCAGAAGTTATAAATAAATTTATACTTAATAAATAA +>trxB_1 +ATGATAGATATATATGATTTAATAATTTTAGGAGGAGGTCCAGCTGGACTTTCTTCTGGA +ATATATAGCGCTAGGTCAAAGTTAAAAACGTTAATAATCGAACAGAAAAAAACTGGTGGA +CAAATAGTAAATACATATGAAATTGAAAACTATCCAGGTTCTATTGAATATGAAACGGGT +ATCAGTTTAATGAAGAGAATGAAAGATCAATGCCAAAGTTTTGGCGCTCAAATAATACAA +GATAAAATAGTTAGTGTGGATTTAAAGTCAGATATAAAAGTATTAAAAGGCAAGTATAAA +GAGTATAAATGTAAATCCATTATAATAGCGACTGGGTCTTATCCTAAAAGGTTAAATATA +CCTAAAGAAGAGGAATTTACAGGCAAAGGAGTATCTTACTGTGCTATTTGCGATGGAGAG +CTCTTTACAGATTTAGAAGTATTTGTTGTAGGTTCTGGAGAAAGCTCAGTAAAGGAGAGT +TTATATTTGACCAGATATGCAAAAAAAGTAAATATAATATGTAGAAGTAATTATTTAAAA +TGTTCTAAAATGGTGGAGGAAAAGATATATAATAATAGCAAAATAAATTTATTTTTTAAC +AAAGTGGTAAAGGAAATAAGTGGAGATGAAGTATTAAGCAAAATAGTTTTAGAAGATGTT +AATAATGGTGATGTCTTAGAATTTTATGCAGATAAAGGTGATGATATCATAGGTCTATTT +GTATTTATAGGACTTAGTCCTCAGACGGATATATTTAAAGATATAATAGAAATGGACTCA +TATGGGTATATAATAACAGATGAAAATATGAAGACTAATATAGAAGGTATTTTCGCTGCA +GGGGATTGTAGGCAAAAGATGTTAAGGCAAATAGTAACCGCAACTAATGATGGTGCAATA +GCTGCTGTTATGGCAGAAAAATATATAAAAGAAAAATTTATTTAA +>trxA_1 +ATGATAACCGTTGATAAGAGTACTTTCGAAGATGAGGTATTAAATAGTAATGAAATAGTA +GTAGTAGAGTTTTGGAGTCAAACATGTGAACCTTGCAAAGAACTTTTACCAACTTTAGAA +TGTTTAGATAAAATATATGGTAGAAAAATAAAGTTTTGTGAAATAGATACAAAAAAGGCT +ACAAGGTTAGCTATAAAAGAAAAAGTAGTAGGTCTTCCTGCAATTGTAGTTTATAAAGAT +GGAAAAAAAATAGATGAAGTAATAAAGGAAGACGCTACAAAAGAAAATATAGAAGAAATG +ATAAAAAAATATATTTAA +>xpt +ATGAAATTATTACAAGAAAAAATATTAAATGAGGGAAGTGTATCTGGCAATGATATACTA +AAAGTAGATAGCTTTTTAAATCATCAATTAGATGTAGAGTTTTTAAATGAAATAGGAAAA +GAATTTAAAAATAGATTTGAAAATAAAAGAATAGATAAGATATTAACTATAGAAGCTTCA +GGTATAGCAATAGCATCTATAGCAGCACAACATTTTGGAAATGTACCTGTGGTATTTGCG +AAAAAGGTAGAATCTAAAAATTTAGATAAGGATGTGTATGAAACAAAAGTATATTCTTTT +ACTAAAGGTAAAGAATATAGCGTAAAAGTTTCGAAAAAATATTTAAATGCAGGTGAAAAT +ATATTAATATTAGATGATTTTTTAGCTAATGGAAGGGCTGCTCTTGGTCTTAAAGATATC +GTGGAGCAAGCAAATGCTAATTTATCAGGAATTGGTATAGTAATAGAAAAAGGATTCCAA +GAAGGTAGAAGTCTATTAGAAAAAGCTGGTGTGAACCTACAGTCTTTAGCTATAATAGAT +TCTATAGAAAATGGAGAAATAAAATTTAGATAA +>tal +ATGAGATTTTTTATAGATACAGCTAATGTAGAAGAAATAAGACGAGCTAATGAATTAGGT +GTAATATGTGGTGTAACTACAAATCCATCATTAATAGTTAAAGAAGGAAGAGATTTTGTT +GAGGTTATTAAAGAAATAGCTTCTATAGTTGATGGACCAATAAGTGCAGAAGTAATCAGC +TTAAACCATGAAGGTATGGTAAAGGAAGCTGAAAAGTTATGCCAAATACATGAAAATATA +GTAATAAAAATACCTATGACAGAAGAAGGTTTAAAAGCTGTAAATATATTATCTAAAAAA +GGAATAAAAACAAATGTAACACTAATATTCTCAGCAGCGCAAGCATTATTAGCAGCTAGA +GCGGGAGCTACTTATGTAAGTCCGTTTGTTGGAAGATTAGATGATATAGGTAAAGATGGT +ATAGAGCTAATAGCAGAGATAACAGAAATATTTGATGTTAATTCAATAGAAACTGAAATA +ATAGTTGCGAGTGTAAGAAATCCAATACACGCTTTACAAGCAGCTAGAATAGGTGCTCAT +ATAGCTACAGTACCATATAAAGTTATAAAACAAATGATGCTTCATCCATTGACTGATAAA +GGAATAGAAACATTTATGAAGGACTGGGAAGGATCTGAATTAAAGTTATAA +>group_1151 +ATGAAAAAAGGAATCATAGCATTATCAATTTTATGTACAGGTTTATTATTATTGGATCCA +GTTAAAAATATGAGTTTTGCAAGTAAGGACGATAATATAGCTAATAAAGTTAACACAAAT +ACAAATATTGTTAATAAAGTAGAAGAAAATGATAAGAATGAAAATATTATAGATAATAAA +GAATTACATAATGAAAATGATACAATTAGTAAAAATGAAAATATAGCTCAAGAAAATAAA +GATAAAGAGGAGCAATTTAAAGAAGATAAGGCAGAAGATATAAATAAAGAGGAAGAAATA +AAGCCAGAAGTGATAGTTAATGAAAATAAAGAAGTAAGCAATGAGGAAGAGTCTAAAGAA +AATACATCTGAAGAAGAAAAACAAGTTTTAAGCAAAGAAGAAGCTGAACAATTATTAATA +AATATAAACCCAGAGTTAGAATATTTATATCAAGGTGATGAAAATAACTTCTCAGCATTA +AAAGAAAAAAATCTTACAGGATACGTATTTTTACCAAATGTTGATGGAGATATAGGATAC +TTTATAGATAAAACTAATTCTGATGTATACTTCTTCCATCCAAGTGGATATTTAGAGTTA +GTGAAATAA +>walR_2 +ATGAGTAATATATTAATTGTTGATGATGATAAAGAAATAGTGGACTCTATAGATATATAT +TTAAGAAATGAAGGATACAACACGTATAAGGCTTATGATGGAATACAAGCATTAGAAACT +ATTATGAATGAAGATATTCATTTAATATTGATGGATATAATGATGCCTAAATTAGATGGA +ATAAAGGCTACTATAAAAATAAGAGAAGAAAGAAATATACCTATAATTTTAGTATCAGCT +AAAAGTGAAGATACAGATAAAATTATCGGATTAAATATAGGGGCTGACGACTATATAACA +AAGCCGTTTAATTTACTAGAACTTGTAGCAAGAGTAAAATCAAATTTGAGAAGATATATT +AATTTAGGTAATTATAATAATATAAATACAAGTAATGAATTAATAAAAAGTGGAGGATTA +GAGTTAAATTTATATACTAAAGAAGTAAAAGTAGATGGTGAGAATATAAAAGTAACTCCA +ATAGAATATAAAATATTAGAATTATTACTATCCAATAAAGGAAGAGTATTCTCTATTGAC +GAAATATATGAAAGAGTATGGAAAGAAGAAAGCTTCAATGTTGAAAATACTGTATCGGTT +CATGTTAGAAGGATAAGAGAAAAGATTGAAATAAATCCTAGAGAACCAAAATATTTAAAA +GTTGTATGGGGAGTTGGATATAAAATTGAAAAATTATAG +>group_1166 +TTGAAAAATTATAGTTGGAAAATAGTAAAAAATAAAAGTTTAATATTTAATTGTATATTA +ATTTTATCATTATATATTCTAATGCAAGTTGTTGGAATATTATTATGTTATGCATTTTTT +AGTGAAAGTTTATTAGCAATACTTTCTATAATGATTATGGTAAATTTAGTATTATATAAA +ATATTAGTTTTGTAA +>sasA_3 +ATGAAGGGGAATAAAAGAATTAAATTTACCTTCTTAATAATGTCTATTATATCTTTATCT +TTACTGTTGACATCAGTCATCACAGTATATAGAGCTGGATTAAATAGCATGAGTACAAGT +TATATAAATAAAGATCAATGGAATTTTATAGAACCTAATTTTTATAAAAGTACCAGGTTT +GATAAAACAGTTCTACCTATGATACTTACAGGCATTGAAGTTGATTTATATGGTGAAAAA +GATGATTATTATTCAGATTATGGATATTTTGATGTTGAATCATTTAAAAATGTAAAATTC +ATAGCATTTGACAAAATTTCAAAAAAATATGTTACGAATACTGTTTATAAAAATATAGAT +GATTTTAAGAAAAATATAAATGGATATGTTGATATAAGCTTTAATACAGTAGATGGTAAG +TATACAAAAAAAGTAGGAAATAAAGAAAATGAAATAAATAATCATTATGATAATGTTGTA +CTTAATATAACTGGTAATATGGAAGTATATATATCAATTCCTAAGAATTTAGAGAAAGAG +GATTCTCTATATGGTGAACAGTATTGGTACAACAGAGATGCTAAGTTAATTAGATTATTA +GAACTTATAGGGTTTATATCATCTATTGTGTTTTTAATTTCAACTATTATATATTTATTT +ATTAAAGTTGAACCAATAGATAAGAACAGTAAGATTCTTAAATACTATAGCAAAATTCCT +TTAGAGATTATAATATTTTTACTAGGATATTTAATGGTTTTTATGATTGATTGGATATCA +TACCCCTATATTGATTGGTTTGCAATATGCATATTTGTGGTATCTGTCTTTACATGGATA +AGTTGTATTATATTATTTGGTAAACAAATAAAGTATTTTGATAAAAAAATAGATATATTA +AAAACTAGTTTTATAATGAGGTTTATACTTAACTTTGTAAAAAGCATTAAGGATGGTATA +AAAGCAAGTAAAAAAATATCACTAATTAGAAAAATATTTATTATTGGTATAGGGTGCATA +ATTATAAATTTATGTTCATTAATATTTGGATATGGTGGTACTATCATAATTCCGTGTTTA +ACAGTATCTATATTTACTGCATATATATTAAAAAAATTAGCATATTTAAGTGAAATAATG +GATGGAACAGAAAAAATAAAAAATGGAGATTTAGAGTATAAAATTCCTATTAAAGATGAT +GATAATTTTACCGTATTAGCAGAAAATATAAATAATATTGGACAAGGCCTTGAGAACTCT +ATTGAAGATGCTTTAAAAAGTGAACGAATGAAGGCAGAACTTATAACAAACGTTTCTCAT +GATTTGAAAACACCATTAACTTCAATAATAAATTATATAGAATTAATAAAAAAGGAAAAG +AATATAGAACCAGATTATATAAATGACTATATAAAGGTGCTAGATTCAAAATCTAAGAGA +TTGAAAGTATTAATAGAAGATTTATTTGAAGCTAGTAAAGCGAGTAGCGGAAATTTAGAA +ATTAATATGGATAAAATAGAGCTAAGGCAATTGCTAAGGCAAAGTATAGGTGAAATGGAA +GAAAAAATACTTGAATCGAACTTAGATATACGATTGAATCTACCAGAAGATAAGGTATAT +ATATATGCAGATGGAAGAAGAATGTATAGAGTTCTTGAAAATCTCTTATCTAATATAATA +AAATACTCTCTAAATAACACAAGAGTGTATATAGATTTAAATGTAAATGAGGGCAAAGTA +ACTTTAATTATGAAAAATATATCTTCTTATGAATTAAATTTTGATCCAGTAGAGATTATG +GAAAGATTTAAACGTGCAGATGAATCTAGAAATACAGAAGGAAGCGGACTTGGATTAGCT +ATTGCTAAAGATTTAGTAAACTTACAAGGTGGTAAATTCCATATAGAAATAGATGGAGAT +TTATTTAAATCAGTTTTAGAATTTGATGAGCTGAATCAAGATTAA +>rhaR_4 +ATGAGCTTTGAATATTCGATAATAAAAGATTTTTATGATTGTTGTAACGTCCCGATTAAA +TTAATAAATTATGAATTAGAAGATTTATGCAAGATCGGATATACAGACTTTTTTGATAGA +ATATATCCACTTGAGGAAATTAAAATAAATATAAAAAATTGTAAAGATGAGTCAATTAAT +TCTCATATACAGTTAAAAAATGATATTAACTATAAAGTAATTGATATATGTAAATATAAT +AAAAAAATCGGTTATTTTATCATTGGACCATTCCGAACTAATCTTGTTACTAACTTGATA +AATAGAGACATTACATATAGACCACTTACATGCTCTAATTATCTATGTAATTTAATTATA +AATATTTATGAAGATAAACTAAAAAGTCAAGATGCGCCAAACACAATAATGAGTCCTTAT +ATTCGTAAAGCAATCGGATATATACATCATCATTACCAAGATGAAATTTCTATTGACTCC +ATTTGCGAAAAATTAGACATAAACAAATGCTATTTTTGCAGCTTATTTAAAAAATATACA +GGACATACTTTTTCCCATTTTTTAAATAATTTTAGAGTAGAAAAAAGCAAAGAACTTTTA +GCTAAAACTGATTTAAGCCTACTTGAAATTGCTTTTTCTGTAGGATTTAATAATCAAACT +TATTACAGTATAATATTTAAAAAATTCACCAATCAAACCCCATCTCAATATAGATCTTCT +ATACTTTTAAAATAA +>group_1148 +ATGAAATCATTTAAAAATAAATTAATGAGTAAAGTAAGTACGTTATTCTCTTTAATTTTA +ATCGGTATTTTATCATTATCTTCAAGCATTGTACATGCAGACTCAAAAGATGAAATATCA +AGTGGGATATATACTTTAAAAAATGATACTAATTATGAAGATGGAAATGAAATAGGAATG +TCAATGTCAAGATCTTATACAGATGAAGATATGACACTTGAAAAGAGAAGCGATAAAATT +TATTATACTTTAGGTCTTTCAGGGGCTCAATACATGAATAACCATAGAATTCTTGTAAAT +GACGAAAGTGTAGAGTATGAAAAAGTTGAAGAAAATACTGAAGAAGGTACTTTAAAACTA +AAGTTTGAGGTATCGGATCCAGAAGATAAAATAGTTATCCAAATGTATGTAGATGCAATG +GGAAGAGATGTGGAGTATGAATTAATACCTAAATTAGATACGATAGAATTAGTAGAAGCG +ATTGAAGAAGAACCAAAAGTTGAGGAGAATGTTGAAGAATCAGATAATACAGATTCTCAA +GTGAAAGATACTTCAGAAAAAACATCAAATAATATACCTTTAATAGGTGGAGTAGTTATT +TTAGCCGTAGCAATAATATTATTTATGGTTAAGAAGAAAAAGTAG +>group_1144 +ATGAAAAGAATATCTAAGATATTATTTACACTGGGTTTAATATTAATATTAGGCTCAGTG +TCTTTAAATATGCACACAAAATATAAACAAAATCAGGCTAAAAATAACTTTAATCAAAAA +ATAGAAAATGATGAAGAAATAAAAAATATCAATTTAGGTGATGAAATAGGTTTAATAGAT +ATCCCAAGTTTAAATATTAGCACAGTAATTGTAAGTGGTACAGGTAAAGAGCAAATAAGA +TACTATGTAGGACATTTCGAAAATACTCCTATGCCAGGAGAGAATGGAAACTTCTGTATA +GCTGGTCATAGTAGTACTATATATAACAATATATTTAATGATCTTCATAAGATAAAAATA +AATGATGAGATAATAATAACTACATCAAATGGTGAATTTACATATATTGTAAATGAAAAA +TTTGAAACAGATCCTACTAATATGGATGTTTTAAATCAAGATAATGATATAAAGGAATTA +ACAATAGTTACTTGTTCAAATCAAGGAAAAGATAGATTGATTGTAAAAGGTAGATTAAAG +TAA +>isdE +ATGAAATTCAAAAAGTATTTAATAAGTATTTGTACTTCAGTAATGATGCTATCAGTAGTT +GGTTGCTCTAGTACAAGTATAGATGATAATAATTCTAAAGGTGATGCAACAAATAAAGAA +AGTTATGGAGAGGATTCTGTTGTAGTAGCAACTTCTGTAGCAGTAGCTCAAATATTAGAT +GAATTAGGAGTCAAAATAAGTGGAGTTCCGACTACATCATATGACCTTCCAGAAAATGCT +AAAGATGCAGTAGAGGTTGGAACACCAATGAATCCAGATTTAGAAATAATTAAGTCTTTA +AATCCAGATGTTGTAGTATCAGTAGATACATTGGGTCAAGATTTTATAGATAATTTCACA +CAAAATGGCATACCGAGTGAATTTGTAAACTTAACTAGTTATAATGACTTAAAAGAAACA +ATTAACACTTTAGGAGAAAAGTTTAATAAGCAAGATAAAGCAAGTGAAATAATAAATAAA +TTAGAAACAAAAGAAAGTGAATTAGAATCGAAATTTAATGATAGTGAAAAACCTAATGTA +TTAGTTATATTTGGAGCACCGGGTACAATGATGTTAGGAACTGATAAGTGTTATGTAGGA +AATTTAGTTAATTTAGCAGGTGGTAAAAATGTACTAGAGAATTCAACGTCATCTTTCGTA +CAAATCAATAAGGAAGAATTACTAAACTTAAATCCAGATAAAATTGTAGTGATGACACAT +GCTGACCCAGAAACTACAAAAGCACAAGTTAAGAATACTTTAGAAACAGATGCAGCATGG +AAGAATTTAAGTGCAGTAAAAAATGGAGAAGTACATTATTTAGAAAATGATTATTTTGGT +ATGAGTGCGAATTTAAAGGTAATAGAAGCTTTAGATATGATGCACGATTTACTTTATTAA +>isdF +ATGATTATAAATTCTAAAAACAAAAAAAATAAAATAATACTTCTATCTTTTATAACTATA +TTTATGCTATTTTTAATATCTATAAATTTAGGTAGTATAAAAGTTGAATTAAAAGAGCTT +ATAGTTGGTTTATTATCAAACACTGATGATCCTAAAATAAGTATAATAAGAGATATAAGA +ATTCCAAGAGTGTTAGCAGCAATTATTATAGGTGCTAACTTGGCTGTATCGGGTGTACTT +TTACAAGCAATAATAAGAAATCCATTAGCGGAACCTTCTATAGTAGGGATATCTTCGGGA +GCGTCTTTAATATCAGTAGTTATATTATTATTTTTTCCTAGCCTAAATAGTATAAGACCT +TTATTTGGATTCCTTGGTGGATTAGTTTCGTGTATTTTAGTATGCGGACTAGCATTTAAA +AAAGGATTATCACCAATTAGAATAGTTTTAGCAGGTGTAGCAGTAAATGCAATGCTTAGT +GCTATAACTAATATTACAGTACAGTTTGGCGCAGGAGCAGTTAGTAGTGTTCAAAGTTGG +TTAACTGGTAGCTTAGCAAATATAACATGGATAGATATAAAATTATTATTAATATATTCT +ATCATTGGACATATTGGAGCATTTTTACTGTATAAATCTTGTGATTTAATAGCATTAGGA +GAAAAAAATGCAAAAAGTTTAGGATTAAACTATGACTTACACATGTCCTTAATATGTGTC +GTAGCTGTTTTTCTAAGTGCAACAGCTACATCAATAGGAGGAGTAATTGCTTTTGTTGGT +CTTGTAGTTCCGCATATTTGTAGAATTATTATGGGGTCAAGTCACAGGTACTTAATACCG +TTTAGTATAAGTATGGGTGGAATTCTTTTATTATTAGCAGATACATTAGGAAGAATGGCA +TTTAGTCCTTTAGAAATTCCTGTTGGTATAGTTATGGCTGTAATTGGAGGACCGGTATTT +TTATATTTACTTAGAAGGAGCGAAGTATAG +>fepC_2 +GTGATAGTTGGAAAAAATATAGAATTTTCATATGATGGTAATAAAGAGTTTATAAAAGAT +TTAAATGTGAATATACAGAAGGGAAAGATAACTACAATACTAGGCCCTAATGGAAGTGGA +AAATCAACACTTTTGAGTTTATTATGTGGAATTAATAAAATAAAAAGTGGTGAGATATTT +ATAGATGATTTAAATATTAGCAATATGAAATATAAAGATATTGCTAAGAAAGTTGCAACA +GTTCATCAACAAAATTCTGTTCCAAATGATATAAGTGTAGAAAATTTAATTAGTTATGGA +AGATTACCTCATAAGGGATTTTTTGAAAAAGATAGTAAAAATGATGCTGAAATTATAGAT +TGGGCTATAAAATGTACAGGATTAGAAGCGTATAAAGATAAGCAAGTTATGAGCTTATCA +GGTGGGGAGAGACAAAGAGTATTTATATCTATGGCATTAGCTCAAAAGCCAGAAGTATTG +TTTTTAGATGAACCTACAACTTATCTAGATATTTATCATCAAATAGAAATTTTAGAACTT +GTTAAAAAGCTTAATGAAGAGTATGGTATAACAATAGTTATGGTTCTTCATGATATAAAT +CAGGCTATAAAATATAGCCATAATATTATTATAATGAAAAATGGAAAACTTATAAAAAGT +GGATCAGCTAAAAGTATTATAAATAGAGAATTATTAAAAGAGGTGTATAAAGTAGATGGT +GTAGTTAGTACTTTAGATAAAGAAACATATTTTATACCAACTAGAGTATGTAATATATAA +>group_1142 +ATGAATAAGAAGAATATAACAAAAATAATTTTAGATATAGCAATGGCTGTATTATTCATA +ACTTTCTTTAAGAAAAATTTAATAAGTATGAAATTTCATATGATAAGTGGAATAGTATTT +GGAATATTTATATTAGTACATATGTTCTTAAATAGAAAGTGGATAGCTAATATTAGTATG +AGATTATTTGATAAAAAAATTAAATTTAGAACGAAATTATCATATATCACAAGTTTAATA +CTATTTATATCAATAATAGCGATATTATTTAGTGGAGTTTATATAATAAAAGCAAAGACT +TATGACAGAGTAATGTTCTGGAAGATGGTTCATTTTGGCGCATCTTATTTATCAATAGCC +CTTATAGGCATACATATAGGTCTTTATTGGAACTGGGTAATGAATATATTCAAAAAAGCT +TTCAAAATTAAGAGTAGTAATGTAACGAAATTAATTTCATCATTAATTGTTTTAGTTACA +CTTGCTTTAGGTTCTTATACAATTTATACTCAAAATTATTTTACTAAAACATATGCATGT +ATTGAGTATGTAGCACAACATATAGTACCGCAAGATTTAGAAGGCGGAAGTAGTTATTAT +GGAGAATCTGAAAAACCATCATTTATAGATGTAGCAAGTACATATGGGTCTATAATTTCT +GTATTTTCTATAGTAACTTATTATAGTGATAAAGCTCTAAAGAAATCTAAAAAAGCTGAT +TTTAAAAGTACTAAAATATCAGCTTAG +>alsT_1 +ATGAATTTAATTGATGTACTAAACAATATTGACTCATTTATTTGGGGACCACCTTTACTA +ATACTTTTAGTGGGTACTGGTATACTATTTACTTTCAAGTTAGGATTTTTACAAATAACA +AAATTACCTAAGGCATTAAAATTAATTTTCTTTGCCGAAAATAATGGTAACGGAGACATT +TCAAGCTTCGGTGCCTTATGTACAGCTCTTGCTGCTACGGTTGGTACTGGTAATATTGTC +GGTGTTGCAACGGCTATAAAAGCTGGTGGACCAGGATCATTATTTTGGATGTGGCTTGCA +GCATTCTTTGGCATGGCAACAAAGTATGCTGAAGGTGTACTTGCAATAAAATATAGAACT +AAAGATAAAAATGGTCAAATATCTGGAGGCCCAATGTACTATATACTTAATGGTATGGGA +GAAAAATACAAACCTCTTGCAGTATTTTTCGCTTTTAGTGGTATATTAGTCGCATTACTA +GGAATAGGGACATTTACTCAAGTAAATGCGATTACAGATGCTATAAATGGAAGTTTTGGT +ATTGATCCAAAAATAACAGGTATTGTTCTTGCAATTCTTGTTGCTTTAGTAGTATTTGGT +GGATTACAAAGTATCTCTAAAGTTTCTACAAAAGTAGTTCCTTTTATGTCTGTAGCTTAT +ATACTTATTTGCTTATTAATACTAGTAAATTCATTTAAACAAATACCACAAGCCTTTGTT +TTAATAATTAAAAGTGCGTTTAATCCTACTGCTGCATTCGGTGGATTCTTGGGTGCAACT +GTAAGTATGGCAATTAGAAATGGTATCGCTCGCGGTGTCTTTTCAAATGAATCAGGCCTT +GGCAGCGCACCTATAGCGGCGGCGGCGGCTAAGACCGAATGGCCAGCAGAGCAAGGTCTT +ATATCTATGACTGGGACTTTTATAGATAGCTTAGTTATTTGTACGCTTACAGGTTTATCG +CTAATACTATCAGGTGTATGGCAATCAGATTTAAATGGTGCTATTATGACTCAAGAAGCA +TTTGCAAGTATCTTCCCGACAATAGGACCTTTATTCTTAACTCTTAGCCTAAGCTTATTT +GCATTTACTACCATATTAGGTTGGAGTTATTATGGAGAAAGATGTTTTGAATTCCTATTT +GGTGTGAAAGGTATAAATGGATATAGAGCTATATTTGTAACAATGGTTCTACTTGGAGCA +TTCTTAAAGTTAGATGTTGTTTGGATAATAGCTGATATAGTTAATGGACTTATGGCATTA +CCAAATTTAATTGCTCTAATTGCTTTATCATCAGTTGTAGTAGCTGAAACTAAATTATAT +ATAAATCATTTAGATAAAAAAGAAGATATTAAAAAAGTTATAGAAATATAA +>proB +ATGGGCTTTCGAAGTAGATTAAAACATGCAAAAAGAATAGTTGTAAAAGTTGGAACATCA +ACTCTTACTTATGACAATGGGAATATTAACCTAAATAGAATTGAAAAATTAACAAGAATA +TTATCAGATGTAGTTAATTCAGGAAAAGAAGTTACACTTGTAAGTTCTGGAGCTATTGGA +GTGGGAGTAAGTAAATTAAATTTAAAGGAAAAGCCCAAAGATATAAGAGAAAAACAAGCA +TTATCTGCAGTTGGACAATGTGAGTTAATGCATATATACAGCAAATTTTTTGGAGAGTAT +AGCCATACTGTAGGTCAAGTGCTACTTACAAGAGATGTTATTGAAAATGAAAGAATCAAA +AATAATGTTTGTAATACCTTTGAAATTTTATTAGATAAGAAAATAATCCCTATAGTAAAT +GAAAATGATACTATATCTATAGATGAGATAGAGAATATAGTTAATTTTGGAGATAATGAT +AACTTATCGGCTATTGTTTCTTTATTAATAAATGCGGATCTATTAATAATATTATCTGAT +ATAGATGGATTTTATGATAGTGATCCAAGAGGCAATGAAAATGCAAAATTACTAGATGAG +ATAGAAGAAATAACAGAGGAGTTAGAAGTGTGTGCTGGTGGTGCGGGTACTAACTTAGGT +ACAGGTGGAATGGCTACTAAGCTAATAGCTGCTAAAAGAGCTACAAAACAGGGAATAGAT +ATGGTATTAGCAAATGGTAGTAATCCAGAGGTAATATTAGATATATTAGAGGGTAAAGAA +ATAGGTACGTTATTTGTAGGAAAAAGATAA +>proA +ATGAGTGAACTATTATTAATAGGGAAAAATGCAAAAGAAGCATCTTATGACTTAGGAGTT +TTATCTACAAAAGAAAAAGATAATGCATTATTACTAATGGCAGAAGAACTTGTTAGATCA +AAAAGTGAAATTTTAGATGCGAATAAAGTAGATTTAGAAAATGCAAAAGAAAAAGGGATA +TCAGAAGCTCTATTAGATAGATTGGCATTAAGTGATGAAAGAATAGAAGAGATGGCAAAT +GGGCTTAGGGAAATTGTTAAGTTACAAGATCCAGTAGGAGAAGTTATATCTATGTGGCAA +AGACCTAATGGGATACAGATAGGTCAAAAAAGAGTTCCTATTGGTGTTATAGGTATAATT +TATGAATCTAGACCTAATGTAACATGCGATGCGGCTGGACTTTGCTTAAAAACAGGTAAT +GCATCAATATTAAGAGGTGGAAGTGATGCTATAAACTCAAATAAAGCTATAGTTAAAGCT +TTAAATAAAGGTATAGAGAAATCAGGACTTCCAATTAACTCTGTTCAACTAGTAGAAGAT +ACATCTAGAGACGTTGCAACAGAGATGATGAGATTAAATGAATTTATTGATGTGTTAATA +CCAAGAGGTGGAGCTGGACTTATACAATCAGTAGTCAAGAATGCTACAGTACCAGTTATA +GAAACTGGAACTGGAAATTGTCATATATATGTAGATGAAACTGCTGATTTTGAAATGGCT +AAGGATATTGTAATAAACGCAAAAACATCTAGACCAGGAGTATGTAATGCTGCAGAAAAA +TTAATAGTGAATGAAAATATAGCAAAAGATTTTTTACCTATAGTTATAAATGCATTAAGG +GAAAGAAATGTATTAGTAAAAGGTGATGAAAAAGTAGAAGATATTATTAACGATATAGAA +AAAGTTAACGATGATGAGTGGGGATTAGAATACTTAGACTACATAATTGCTATAAAATTA +GTTAAAAATGTAGATGAGGCAATAAACCACATAAATAAATATGGTACTGGACACTCTGAG +TGTATAGTTACAGAAAGTTATAAGAACTCTCAAAAATTCTTACAAAGAGTAGATGCAGCA +GCAGTTTATGTAAATGCTTCAACTAGATTTACAGATGGTGGAGAATTTGGATTTGGAGCT +GAGATAGGTATAAGTACTCAAAAACTTCATGCGAGAGGACCTATGGGATTAAAGGAGCTT +ACTACTCTTAAATATATTATTTATGGAAATGGTCAAATAAGATAA +>topB_2 +ATGAAGAAAATATTAGTTTTAGCAGAAAAGCCTTCTGTAGGAAGAGATATAGCTAGAGTT +TTAGGTTGTAAAAATGATAAAAATGGATACATAGAAGGATCAAAATATATAGTTACATGG +GCATTAGGACATTTAGTAACTTTAGCAGACCCAGAAAGTTATGATGACAGATATAAAAGC +TGGAATATGGAGGATTTACCTATACTACCAAAGTATTTGAAAACTGTTGTGATAAAAAAG +ACTAGTAAGCAATTCAATACAGTAAAATCTCAAATAAATAGAGATGATGTGTGTGAAATT +GTAATAGCGACTGATGCAGGAAGAGAAGGAGAGCTTGTTGCTAGATGGATAATCGACAAG +ATAAAAACAAATAAGCCTTTAAAAAGACTTTGGATTTCATCAGTTACAGATAAGGCTATT +AAAGATGGATTTAATAAGTTAAAGGACGCAAAAGAATATGATAACTTATATTATTCAGCA +ATAGCTAGATCAGAAGCTGACTGGATAGTTGGAATAAATGCAACTAGAGCTTTAACTACA +AAATACAATGCACAGCTTTCTTGTGGTAGAGTACAAACTCCAACTTTAGGAATGATATTA +AAAAGAGAGGGGGAAATACAAAACTTCAAGGCTAAGGATTACTATGGAATAGAGATTATA +TCAGCAAAAGGAAATAATAATTTAAAATTTAGATGGAAAGATAGCAAAAATAAAAGTGAA +TCAACTTTTAATGAAGAAAAAATTGATTTTATATTAAACAAAGTAAAAGATAAAGAGTTG +AAAATTGTGGATGTTAGTGAGAATATAAAGAAAAAATATTCACCACAATTGTATGATTTA +ACCGAATTACAAAGAGATGCTAATAGGATATTTGGATACTCAGCGAAAGAAACCTTATCT +ATAATGCAAAAATTATATGAGCACCATAAAGTTCTTACTTACCCGAGAACGGACTCGAGA +TATTTAACTAGCGATATTGTAGATACTTTAAAAGATAGAATAAAAGCTGTAAATGTAAGC +GATTATACTAGAACTTGTACAAAACTATTAAAAACTAAAATAATTGCAAATAAATCATTT +GTAGATGATTCTAAGGTAAGTGATCATCATGCAATAATACCAACTGAAGAAAGGGTATTC +TTAGGGGATTTAAGTGAAAAAGAAAGAAGGATATATGATTTAGTTGTGAAGAGATTTTTA +AGTGTATTATGCAATCCTTATGAATATGTTCAGACAACTGCTATAGGTGAAATTGAGGGA +GAGTCATTCTATCTTAAAGGAAATAAAATAATAAACTTAGGATGGAAAGAAAATTACAAG +GATTTAGATGATGAATATGAATACGAAAGTTTACCTACTTTAAAGAATGATGATATATTA +AGTATAATCAAAGTAAAAAAGACAAATGGAAAAACTAATCCTCCGTCATACTTAAATGAA +GGAACTCTTCTTACTGCAATGGAGAAAAATAACTTAGGAACTGTTGCAACTAGAGCAGAT +ATAATAGAAAAGTTATTTAATACATTCTTAATAGAAAAAAAAGGGAAAGATATACATATT +ACTTCAAAAGGTAAACAATTATTAGATTTAGCGCCAAGAGATTTAAAAACACCAGAACTT +ACTGCAACATGGGAGAATAAGTTAATAGATATATCAAAAGGTAAATTAAATAAGGATACT +TTTATAAGAGAAATTAAAGATTATTCTAAGGAGATAGTTAAAGAAATAAAAAATAGCGAA +AATAAATTTAAACATGATAATCTAACTAAAAATAAATGTCCAGAATGTGGTAAATACATG +CTTGAAGTAAATGGTAAAAAAGGAAAGATGTTAGTTTGTGAAGATAGAGAGTGTAACACT +AGAAAGACTGTATCACAAATAACTAATTCAAGATGCCCGAATTGTCATAAAAAGTTAGAG +CTTAAAGGTGAAGGTGAGGGAAGAATATTTACTTGCAAATGTGGGTATAGAGAAAAATTA +TCAGCATTTAATAAAAGAAAAAAAGAAGAAAAAAATAAAGCCTCTAAAAAAGATATAAAT +AAATATTTAAAAAATCAAAATAAAAATCAAGAGAGTTTTAATAATCCATTTGCAGAAGCT +CTTTTAAAATTAAAGAAATAA +>gltD_1 +ATGAAAAATCTTTTAAATGAAGCTAACAATTGTCTTTTATGTAAAAATGCTAGGTGTCAA +AAAAATTGTCCTATTGATACTCCAATTCCAGAAATAATAAAACTTTATAAGGAAAATAAT +TTACAAGAGGCAGGAAAAATACTTTTTGAAAATAACCCTTTATCTTCTATTTGCGCGATT +GTATGTCCTCATGAAACGCAATGTAGTGGTAACTGTATAAGGGGTATAAAAGGAGAACCT +GTACATTTTTATAACATTGAGAAAGAAATTTCATTTGAGTACTTAAAAAATATGAATATT +ACAAAACCTAAATCTAATAACTTGAAAGTAGCTATAGTAGGATCTGGACCTGCTGGCATA +ACAGTTGCTTTTGACTTAGCAAAAAAAGGTTATGATGTTACTATTTTTGAAAAAAATGAA +AAAATAGGTGGAGTTTTAACTTATGGTATACCAAGTTTTAGATTACCAGAAAACATTATA +AATCTTATAGGCACAAGATTAAAAGAGTATGGAGTAAAAATAAAAATAAACTCTTTAGTT +GGTCCTGTAGTAACTTTAGATAAGCTTTTTGAAGATGGATACAAAGCTATATTTATAGGT +ACAGGAGTTTGGAATCCTAAAAGATTAAATATAAAAGGAGAGACTTTCGGTCATGCTCAC +TATGCTATAAATTACTTAAAAAGCCCTCATCTTTACGATTTGGGTGAAAAAGTTATTGTA +ATTGGAGCAGGTAACGTGGCAATGGATGCTGCTAGAAGTGCTAAATATTATGGTTCTAAG +GAAGTTTACGTAGCTTATAGACGTGGCTTTGAAGATATGACAGCTACTAATCATGAGATT +AATGACGCAAAACAAGAAGGTGTTTTATTTAATACATTTAAGTCTCCTGTTGAAATAGTA +GATGTAGGAATAATACTTGCTGATACTAAAAAAATAACAAATGAAGATGGAACTACCTCT +CTTATTACAGTAGAAAATAGTGAAAAGTTATATGAATGTGATTCTGTTTTAATTGCGGTA +AGCCAAGAAGCTAAAAATAATATAGTTGTTAATAATAAAGGTCTAGATGTAAAAAGAGGC +GGACTTTTATTTACTAACGAATATGGTCAAACAACTAGAGAAGGAGTATTTGCATGCGGA +GATGTTGCTCATGGTGCTAGTACAGTAATTGAGGCTGTTGTTGCAGCAAAGAGAATATCT +CAATCAATAGATGATTATATTCAAGATACTATAAACGAAGAAATAGAATTTACATCTTAA +>group_1155 +TTGTTTAAAAAAATTTTTAATTTAATTAATAAGAAAAAGCATGTAAAAAATACAGAAGTA +GGAGAAGAAAACCTAATTAAGGATGATAATAAAAATAATCAGGAAATAGACAGTATAGAA +ACAAAAATTGAGGAAGTAACTAACTTTGATAATGAAGAGGTATCTATAGAAGAAGAATTG +GAGATGTTTTTAAAAGAAAATGAAGAATATATAAAGGATATTAAAATACGAAGAGGAAAG +AGTATAAGGTCTGTAGACATATATAGTGAAGAGGTTTTAGAATTTAAAACTTATAAGGAG +TGTAGTAAAACTCTTAAGGTTCCATTATCTTATATAAAAGAAAATTTAAAATATGGTCAT +ACAGACTATTTAGGTGGTGCAATCAATTATTTAAAGCAACAACTTGGAGAATGTATTGAA +GATGAAAGTGAGTATTTGAATAATAATAAAAGTCCTATTGAATTATTTAATATGCTAAAT +AATAAAATATTTAAAAGTAAAATTTCTGAAAATAAAAGAGATGAAATTTTATCAAGTGAA +AAAATTGAGCCAATGAAAATGCATTATAGATTTGAATGTATAGATACAGAATATGATGAT +TACTTTAAAAAATACGGGGCTATAATTAAAAGAGGCGGAAAGAAAAAAATTGAGTTAGTG +AATAAAAAGGGTGAGGTAATAGAAATTTTTAAATCTCTAGATAGCTGTTCAGATTATTTA +AGTAAAAATAGAAATGAAGTTGTTGATATGTTAAAGTGCGGTCATACAAAAGTTGGTCGA +TATGAAATAAGGTATAGTCTTAGAAATATTTAA +>surA +ATGTCAGAAGATAAGATGACTGACAATAACAAAGGCCAAAAAACAATAGATAAAAATGGC +GAAGTTATTGATAATAAAAAGAAGCAACAAGACCGAATTAAGTTAGAAGATAAAAGCTCA +ATAAAAAAAATGAAAAAATTTAAATTAAATAATATAACAAAAATAGTTGCAGTTGCATTA +GTTGGAATTATATGTTTAGGTGTAGGGTTTAGTTATGGGAAAAGTGTAGGTAGAGAATTA +CCGGCTACTGCAAAGAAATATAGTGCAAATAAAGTTTTTGCTACGGTTGGAGATGTATCA +ATAACAGGTAAGGAACTTCAATATAGAATGGATCCGTTATTCTATTTACAAGGAAAAAGT +AAACTTACAGGTGAAGAAATCAGTGCTTATGAGTATAGTATGTTAGATTATATGACTACA +ACTGAGATGCTATATTTAGAAGCTAAGTCTAATAATATAGAGGTTACGGAAGATGAAATA +GATGAAGAGTACGAAACTACAATGAGCTCAATTACTCAAAGTTTTGGAATGACGGAAGAT +GAATATTTAAAAGAATTTGGTTTAACTAAAGATTATATTAAGAAAGATTTAGAAAAAGAA +TTAATAGCTGTAAAATATATGGGTGAAGTGACAGATGTAAGTGAAGAAGAGGCAAAAAAC +TATTATGACAAGAATAAGGATGAGTTCTTTGAAGTTAGAGGATCACATATATTAATTAAG +ACTACAGATGATGAAGGTAATGAATTAAGTGATGATGAAAAGGCAAAACGAAAAGAAAAG +GCTGAGGAAATATTAAAAAAAGCTAAGGCAGGAGAAGATTTTGATACTTTAGCTGAAGAA +TATTCTGAAGATACATCAGCTACGAATGGTGGGGACTTAGGATTCTTTAAAAAAGGTGAT +ATGGTGGAAAGTTTTGAGAATGCAGTTTTCTCTTTAGATAATAATCAAATCTATGATGAA +ATTGTAGAAACTGATTACGGGTATCATATAATTAAGAAAACTGGAGAACAATATGCTTCA +TTTGAAGATGAAAAAGAGGATTTAATAAGTCAATTATCTTATAATAAACAAAATACATTA +TTAGATGATTTAGAAGCAAAATATGAGATAGAAATAAAAGAATAA +>group_1161 +ATGATAAAAAGAAAATGTGATTTAATTGTAGAAGATGGAAACTTAAGAAATGGTAAAGGA +AATATTAAGAGAGAGCATATTATTATGGGGGACGAATTTAAAGGCAAGGGTAAACTATTT +GCAAAGATTACTATACCTAAAGGGAATTCTATAGGTATGCACGACCATACAGAAGATTTT +GAGGTATACTATATTTTAAAAGGTGTAGGACAAGTTTTAGATAATGGGAATTTAGTCGAG +GTTAAGGAAGGGGATGTTATTTATACTGCAGATGGAAATAATCATTATTTAGAAAATATT +GGTGTTGTTGACTTAGAACTTATAGCCGTGGTTCTATATGAATAA +>sir_1 +ATGAATAATTTAAGGGAAACTTTATTAAAAGAAATACCCAATTTTAAAGAATTTTCATTA +AAATTCTTTAATGGCGAAGTTCCTAAAATGGAATATAAAGGATTTTCAGGTGGGTATGGG +GTATATGCTCAAAGAGATCAAAAATCTTTTATGATAAGACTACGAGTTTCTTCTGGTGTA +ATGTCTCGTTCTCAACTTCACACAATATATCATATGGCAAATAAGCATAATCTAAGTCAT +ATTCATCTTACTACAAGACAGGCAATACAGTTCCATGGCTTAGATGTATGTTCAATATGT +GACATTATGGAGGAAGGAATTCACAACAGTATTTTCACTAGAGGAGGAGGAGGTAATTTC +CCTAGAAATGTAGGATTGTCTCCCTTATCTGGTGTAGATCCAGATGAAGCATTTGATGTA +ACACCATATTCTATTGCTACAGATAATTATTTTTTAAGTAAAATAACAACTTATCATCTA +CCGAGAAAGTTGAAAGTCTCTTTTTCTAGTTGTGATGAGGATACTGCTCATTGTACTGTA +CAAGATTTAGGATTTATTGCAACTTTAAAAGATAATGAGCAATACTTTAAAGTATTTGTA +GGAGGAGGATTAGGAAGGAATCCCGCCGTATCTCTTCAACTTGATGAATTAGTAAAACCA +TCTGATGTTTTATACTATGTAGAAGGGTTAACTAAATTATTTATGGATGAAGGTGATTAT +AAAAATAAAGCAAAAGCAAGAGTTAGATACATGGTTAGCAGATTAGGAGAAAAAGTATTC +TTAGAAAAATTCAAAGAATATGTAGCTAAGGAAAAAGAAAAAGGTGGCTTGGACCTTTAT +CCAGATCCTATTGAGTACTTTGAATATGGTAGTGAAATAGACATCTCAGATCCTAGATTA +ATTAAGCAAAAACAACAAGGAAGGTATAGCGTTTATATTCATCCAATCGGAGGACTTTTA +TCACTTAAAAACTTAAAAATTTTGCTATATGAATTAGATAAAGCTAAAAATCCAATGATT +AGATTAGCTATGACTGAAGGTATGTATATTATAAACTTAGATGGAAATGAAGCTAAAAAA +ATACTTGAAATAAGTAAATCCATCAGTGGAAATACAAGTTTAGAAAAAAGTATTTCTTGT +ATAGGTGTGCCAATTTGTCAAATGGGAGTTCAAAATAGTCAACAAATGCTTCATAGTATA +ATATCTTATTTTAAAGAAAATGGAGATGAAAGTATTTTAAATGCGATTCCAAGAATATAT +ATATCTGGTTGCACAAACTCTTGTGGAGTTCACCAAATAGGAGCAATTGGATTATCTGGA +AAGATAAAAAAAGTTGATGGTGTATCTACAGATGCATTTGAATTATTTATTGACGGTAAT +TTCCAACTGAATAAAACAAGATTAGGAAATTCCTTAGGAGACTTTAGAGCAGATGATTTA +CCTAAATTATTATTCGAAATTGCTGTTTCTGTAAATAATAGTAATAAGAAGTTTTACACT +TGGGTTGCCGAGAATAAAGATGATCTAGATTCAATTATTAATAAATATAAAATATAA +>group_1152 +TTGAGAAAAAGATATGAGAGAATAAGTTTAATATCTAAAGAATTATCCCAAGAGGCGTAT +AAAGCTTATGCAGGTAAAAGGGATTATAAAAGAGCAGTTGAAATTTATGTTTTATTAGCA +GAATCAATGTGTGTGCCAGATGACATCTCAAATTTTGCCAAAAATATGATGGGCAGATTA +AGTAAAAAAATTGATGAAAACACTTAA +>eam +ATGGACAAAAGTACTAAAATATCTTTAGAAAGAGCTTCACAACTAAAGTCAAGAATAGAA +GATTATGTGAATATTAGAAAAGAAATACCAAAAGGTTTAGAATTAAAAACAGAGATAAAT +TCAAGAAAAGAACATATCTTAAAAGTTTTAGGTGGAACAGAAGAAAACTGGAATGATTAT +AAGTGGCAGCTATCGAATAGAATAACAAATGTAGACACATTATCAAAAATATTAAAATTA +ACAGAAAGAGAAATAGAACAAATAAGAGAGGTAGAAGATCAATTTAGATGGGCGATATCT +CCTTATTACTTGAGCCTAATAGATCCAAAAGATATTGCAGATCCAATAAAATTAATGTCT +ATACCATCTTTTATAGAACTAGAAGATGAGCAACACGACTTAGATCCGATGGGAGAAGAG +TTTACAAATCCAGCAGGTAGTATTACAAGAAGATATCCAGATAGATTAATAATAAATGTT +ACTAATGAATGCGCTATGTATTGTAGACACTGTCAAAGAAGAAGAAATATAGGTCAACAA +GATTGTCATCAATCAAGATCAGTATTACAAGAATCAATAGATTATGTTAGAGAAAATGAA +GAAATAAGAGATGTTTTAATAACAGGAGGAGATCCGCTAACACTAAGTGATAATATGTTA +GAATGGATAGTAAGCGAATTAAGAAAAATACCTCATGTAGACTATATAAGACTAGGAACA +AGAACTTTAGTAACTATGCCACAAAGAATAACTGATGAATTTTGTGAGATGATAAAGAAG +TATCATCCAATATATATTAATACTCACTTTAATCATCCGATGGAAATAACTGAAGAAACT +AAAGCGGCTTGTGAAAAGTTAGCGAATGCAGGGGTACCACTTGGAAATCAAGCTGTGTTA +TTAAACGGTGTAAATAATGATAAATTTATAATGAGATGTTTAAATCATGAACTATTAAAA +ATAAGAGTTAAGCCATATTATATATTCCATAGTAAACATGTAAAAGGAACAAAACACTTT +AATACATCAATTGATGATGGAATGGAAATAATGGAATACTTAAGAGGATATACATCTGGC +ATGGCTATTCCAACATATATAATAAATGCACCAAAAGGAAAAGGAAAGACTCCATTACTT +CCTCAATACTTAATTTCTAAGGGAACTGACTATATTATGATTAGAACTTGGGAAGGTGAA +GTTATAAAGGTAGAAGATACTCCAGCAGTAGATATTAAAGCTTTGATCAAAGAGACTGTA +GGAGAGGAGATAGTCCTAAGAGAAATAGCTCAGACAGTGCAATAA +>nfdA_1 +ATGACTAAAAAACTTTATTTTAATGGACATGTAATAACTGTAGACAAAAATGAGTCTATA +GCAGAAGCGGTATTAGTTGAAAATGGTTTAATAAAGGCTGTAGGAACTAATGAAGAAATA +TTATCATTAAAAGATGAGGAAACAACAGTAGTTGATTTAGAAGGAAAAACTATAATGCCA +GGTTTAATAGACCCACATGGACATGTAGTAGCTACAGCACAAACATTAATGATAGTTACT +TTAGGCGATGTTACTTCAAAAGAAGAATTACTTGATAGATTAAAGAAAGAATTAAAAGAA +AATCCACCACAAGGAGATAAGTGGTTAATAGGATTTGGATACGATAATACTAAGTTTGAA +GATGGATTACATCCAACTAAATTTGATTTAGATACTGTTAGCACAGAAGTACCTATAACA +GTATCTCATGCATCTGGACATTTAGCATGCGTTAACTCTAAAGCTTTAGAATTATATGGT +TATGCTGGAGAAGACTATGTAGTTCCAGAAGGTGGAGTTGTTAGAACTGTATCTGAAGAT +TCAAGAGAGGCAAACGGTGTTTTAGAGGAAAATGCTATACTTGACAGTGAGAAAAAGAAA +GTTGTAATATCTCCAGGTTTCGAAGATGTTTTAAGAGCAGTTGAAAGAGTTCAAAAAGTA +TATGCATCTTTAGGTATAACAACTACTCAAGATGCTTCTGTTGAATTAGCTAACGGATAT +ACTCATATATTAGATACTTGTGCTAATACTGGTAAATTAATTATAGATATAGTTGGATTA +GCAACTCAACCAGTAACAACTCAACTTATGAATGATGAAGGTACTCCAAAGAGAGAATAC +AAAAATCATTATAAATTAGCTGGAGCTAAAACTTGGTTAGATGGTTCGCCACAAGGATTT +ACAGCTTGGTTAAGCAAACCGTATCATGTTGTACCAGAAGGTCAACCTGAAGACTACTGT +GGATACGGAACTCAAACAGATGAAGTTGTAACTCAATACTATGTAGATTGTATAAATAGA +AACTTACAAGTACATACTCATGTAAATGGGGATGAGGCTTCTGCTCAATTCTTAAGATGT +TACAAGAAGGCTTTAGAAATAACAGGAAATAAAAATGACTTAAGACCAGTTATGGTTCAC +TGCCAATGCTTAAGAAAAGAACAATTAGATGAAATAAAAGAAATAGGAGCTATACCAACA +TTCTTTAATGATCACGTTAGATTCTGGGGAGACTTACATCATGATGAAGTATTTGGACCA +GAAAGAGCTCAAAATATATCTCCAATGGGATGGGCTTTAGAAAAAGGAATAAGATTCACT +ATACATCAAGATCCACCAGTTAAATTACCTAATCAAATATTAGGAATACACAATGCTGTT +AATAGAAAAACTGAGAGTGGTAGAGTATTAGGTGAACATCAAAGAATATCAGTTATGGAA +GCAATAAAGGCTGTAACTATAAATGGAGCTTACCAATACTTCGAAGAAGATACAAAAGGT +TCTATAGAAGTTGGTAAATTAGCGGATATGATAATAGTTGATAAAAACCCATTAACTATA +CCATCTGAAGAATTAGAAACTATTCAAGTTCTTGAAACTATAAAAGAAGGAAATACAATT +TATAAAAGAGATTAA +>group_1156 +ATGCGAATTGTAATAAAAAAAATGTTAACAATATATATTAAAAGACAACAAGAGGTGATA +ATTTTGCTAGAAAACAAAGCTAAAGCATTAAATGGTGAGAATAATAGAAGGCTAAATTTA +AAATTAGCATTAGACCAAGGTTTAAATGCACCGATATCAGAGGCTGATCAAGTTGTGCCA +GAAAGTAATGTCACAATACCCTCAGAAGAGAATGTTATACAAGCAAAAGACTGGGTAGAT +AATGGTAGTCGAACTTGA +>group_1154 +ATGCAAAAAAATAATAGAAAAAATACGAATTATTCATTTGATATAAAACTTAAAGCTGTA +AAAATGTATTTAGTAGAAGGAATTGGAAGTCCTACAATTGCAAAGGAACTTGGTTTGAGT +TCTAATAAAAGAGTTCTTTTATGGGTAAAAAGATATAATGAATTCGGAGAAGATGGATTA +AAAGAACGTAGAGGAACTACTCGAGGATTACAAAAAGGTAGACCCAGAAAGCGAGAGCTT +TCACTTAAAGAAGAAAATCAAAGATTAAAAGCAGAGGTTGAATTTTTAAAAAAGTTATTA +ATTCTAGAAAGGGAGTGA +>group_1172 +GTGATTCGTAAATCTAATATTTTTAGAACGATACATCAACTAAAAAATATATATAATATA +AATATTCTATGTAAAATAGGTAAGGTTTCTAGAAGTGGTTACTATAAATGGCTTCATTCC +AATAAAAATAACGACCAAGATTTGGATTTAAAATATAAAATATTAGAAATATACACTGAT +TCAAAGAAAGTTTATGGTTATAGAAGAATTAAAATAGGATTATTTAGAGCCTACGGCTTA +ATTGTAAATCATAAAAAGATAATTAGACTTATGAAATCTTTAAATATTCACTCTGTAATA +AGGAGAAAAAGATTTAAATACTATGCACCTAAAACTATTGATATTGGTAAAGTTGAGCCT +AACTTATTAAATAGAGAATTTAATTGTAATGCTCCTAATCAAAAATGGGCTACAGACATA +ACTTATTTAAAATATGATAATGGTCGTAAAAGAATGTATTTATCTGCTATTGAGGATTTG +TATAATANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAATACTA +TGCACCTAA +>group_1147 +TTGAGTAAGAATAAAGCATATGAAAAATCAATAATTAGAGAAATATTAACATCAAAGGCT +AGATTTGCTTCAATATTAGTAATTATTCTTTTAGGTGTTGCTTTTTATGCAGGTATTAAG +TCATCAGGTCCTGATATGAACAAAACAATAAATAAGCTTTATAACACTTATAACCTTATG +GATAGTAAAATAGTATCAAGTTTAGGTCTAAGTGACAAAGATATAGATCTCCTAAAAAAT +AATGATAACATATTGGATTTTTACCCAACACATAGTATTGATGCAAATCTTTCGAATATA +AATAGTGTAGTAAAATTTATGGGATATGATGATAACAATAATATTAACGATTTTATTGTT +GTTGATGGAAGATTACCTAAAAATAGCGGTGAAATAGCATTAGATGAAAAAGTATTAAAA +CTAAATAAGGAGTTAAAAATAGGAGATAATTACGTAGTTGAATCTGATGAAGATACAATG +AAGTCTTTTAATAAAAAATCATTTAAAATTGTAGGTTTTGTAAAAAGTCCTATGTATATT +GAAAAAGAATCAAGAGGTACAACATCTGTTGGAAAAGGTACTGTAGATTACTTTGCAGTA +TTAAATAAAAAAGATATATCAATGGATGTGTATACAGAAATTTATGTAAGATTCAAAAAT +GTTCAAGGCCTTGAAGCCTATAGTGATAAATATAAAGAAAAGATGGAAGAAAATAATAAT +TATCTTAAAACTTTATATTCAGATAGAGAAGTAGAAAGAGTTGAAGAAATAAAATCTGAG +GCTCAGGAAGAATTAGATAAAGCATATTTAGAAATAGAAGAAAATGAAAGTAAGCTTTTG +GATGCAGAAACAGAAATAAATGATGCAAAAGAAAAACTTAAAGAAGGTAAGCTTCAGTAT +GAACAAGGCTTAAAAGAATATGAAAAAATTATTAAAGATGAGCAGTCTAACATTTTAGAA +GGTAAAAAAGAGCTAGAAAAAGGGCAAGTGGAACTTGATAAACAAAAAGAAAATATATTA +GATGGAAAAAGCAAGCTTGATGAAGCTAAAAAGGCTTTAGATAAAGCTAAACAGACACTT +ATAAATCAGGGTATTGACCCAAATCAAAATACAGGCGAATTAAAGTCTAATATAGAAAAT +CTTAATGCTTTACTTAATACTTATAACTTACTTTCAAAAGATATAAAAGATACGATTAAT +AAAATAAATGATAAAGAAGAAATTCCTATAGAAAAAATAAATTATTGGAAAATTATTATA +TCAAACAAAAGTTTAGGTTTAGGTTATTTAACAGAATATATAAATGACTTAGAGAAATCT +CCAGGTAATAAAGACCTAGCCATTAATATAGCCGATGGAGTAGAAAAAACAAGTTCTACT +GTAAAAGATAATATATCAAACTTAGAGACATTGCTAAATGGTATTACTAAATATCAACAA +GGATTATCGCAGTATAATGAACAAGTAAAAGTACTAGAAAATGGTGAAAAGCAACTTGAA +GAAGCTCAAAAGCAATTAGATAATGCCAAACTTGAAATTACTCAAGGTGAAAAAGAAATT +GAAGCTGGTAAAGTTGAAGGGAAAAAAGAACTAGAAAAAGCAAAATTAGAGCTAACTTCT +GTAGAGCAAAGTATAAAAGAAGCAGAAGTAGAAATTGCTGAAAACAAACAAAAGTTACTT +GATGCTAAAGAAGAAATGAAAGAGAATCAAGATGAAATAAATGATATGAAAGAGTGTAAG +TATTATTTCTTTGATAGAAATGATAATATTGGATATTCAGGGCTTAAAGACTCTATTGAT +AGTTTAGATAGTATAGCATCAGTATTACCAGTATTTTTCTTTTTAATAGCTATATTAATT +TGTTTAACAACTATGACTAGGATGGTTGAAGAAAATAGAGGAGAGATAGGTATTTTAAAG +GCTCTAGGATATAATGAATTTGAAATATCTAAAAAGTTTGTAGTATACGCTTCCATTGCT +AGTATTTTAGGAAGTGTTATAGGGATATTAATAGGGTGTAATATTCTTCCAAATATAATT +AGTGAAGCTTATGGTAGTTTATACAGTTTACCTAAATTAAATATATATTATTATTCAGAA +TTTATTATCCAATCTATAGCACTATCTTTATTATGTACAGTTGGAGCATCATTATTTGTT +TTAAGAGTGGAATTAAAAAGTAATCCAGCAAATCTTATGAGAACAAAAGCTCCTAAGCTA +GGTAAAAAAATATTACTAGAAAGAATTACATTTACATGGAAAAGATTAAACTTTAATCAA +AAAGTTACTTTTAGAAATATTTTTAGATATAAACAACGTATGGTTATGACCGTATTTGGT +ATTGCTGGATGTATGGCACTTCTTGTCACAGGATTTGGACTTAAAGATTCAAATAATGGT +GCTTTAGAAATGCAATTTAATAAGATATGGAAGTATGATTCTATGGTAATCTTTGATGGA +GAATCTAACTCAGATAATAAAGAATATATCAAAATCTTAAATGAGATAGATGGATATGAA +AGTAATTTAAATATTCATCAAGAATCAGTAACATTTAGCAAAGAAAATATGAATAAGCAA +ACTGCTACTATGTATGTAGTAGAAAATACGAATAAGTTAAATGACTATATTCTTTTAAAT +GATAGAAAAACTGGAGAAGTATATAATATATCAGATAATGGTGTTATTATAAATGAACAA +TTAGCTAATCATTTAGGAGTTTCAGTAGGGGATAAGGTAACTATGAAGGATGAAGATAAC +AATACTTATGATATCGTAATTGACAACATATGTGAGAATTACTTCATGCACTTTATTTAT +ATGTCTCCAGAATATTATAAAGAAATATTCGGAAAAGAACTAGAATATAATTCTCAATTT +TTAAATTTTGATACTGATAAAGCTAATAATGAAAATATTTCTGAAAAGCTTATGGAAAAC +GATAATGTGATAAATGTTACTTTAATGTCAGATATGAAAAAATCAAGTGAAGAGTCTAGT +GCAAATTTAGATATGATTATGCTTGTTATAATTATATCTTCTGGATGTCTTGCTTTTGTA +GTTTTATATAATTTAAATAATATAAATGTTTCAGAGCGTATTAGAGAATTATCAACTATA +AAAGTACTAGGATTCTATGATAATGAAGTTACTATGTATATTTTAAGAGAAAATATAATA +CTAACATTATTGGGTATATTTGTAGGTGGATTTTTAGGAAAGATACTACATTCATTTGTA +CTTAAAACATCAGAAATTGATACTATGATGTTCTATTTAGAAATATCAAAGAATAGTTAT +ATATTCTCTGCTTTAATAACTATGACCTTTTCAATGATTGTTATGCTTATGATGCATATG +AAATTAAGAAAGGTCGATATGATAGATGCATTAAAATCTAATGAATAA +>yknY_1 +ATGGCATACATAGAAGTTGTAGATACATATAAGAGATATAAAATTGGAGAAAATATAGTT +GTAGCAAATAATGGAATAAACTTTTCCATAGAAAAAGGAGAGTTTGTTGTAATTTTAGGT +CCAAGTGGTGCAGGTAAATCCACTGTTCTTAATATACTTGGTGGAATGGATAGCTGCGAT +GAAGGTAAAATAATAATTGATAAAACAGATATATCAAAATTTAATAATAAACAACTTACT +AAGTATAGAAGACATGATGTAGGATTTGTATTTCAATTTTATAATCTAGTGCAAAACTTA +ACAGCAAAAGAAAATGTGGAGCTAGCTACACAAATATCAAAAAACTCTTTAGATGTTGAT +AAGACTCTTGATTTAGTAGGACTATCTAATAGAAAAGATAATTTTCCATCTCAATTATCA +GGGGGAGAACAACAAAGAGTTTCTATTGCAAGAGCAATTGCAAAAAATCCTAAATTATTA +CTTTGTGATGAACCAACTGGTGCTCTTGATTATAAAACAGGAAAGCAAGTATTAAAAACT +TTACAAGATACTTGTAGAAATACTGGAACAACAGTTATACTTATAACTCATAACTCTGCA +ATTGCACCAATGGCAGATAGAATTATAAAAATTAATGATGCTAAAGTTAGAAGTATAGAA +GTTAATGAAAATCCACTTCCAATTGAAGAGATTGAGTGGTAG +>group_1157 +ATGCCAGGGATTAAAGGAAATCGCAGAACTTTATATACTAAAAAAATAATAAAAGAAAGT +TTAATAGAACTACTTCAAACTAATGATATACACCAAATAACTGTTACCAATATATGTAAT +AAAGCAGACATTAATAGAGGAACTTTTTATTCATATTATAAAGATGCTTTTGATCTTCTT +CAATCTATAGAAGATGAGCTTTTTGATCAAATTCTTAGGTACTTAAATGAAACTCCAGCT +GAAGATTATACTGATTCATTACTTATTAAAGTTCTTGAATTAATTGCAGAAAATAAAGAC +TTATGTAAGATATTACTTTGCAAACAAAGAGATGGAAGAATAATAGATAGAATACTATAT +ATTGCAAGTAAAGCTAATCTTGAACCTTTATTTGATAAATCAAATGAATTTGATGAATCG +CATTTTGATTACTTAATAAGATACTCTGTTGGTGGCATTTTAGCGATTATACAGGTTTGG +TTAGAAAATAATTTAAAGAAATCGCCTAGAGAGATAGTTAAGATAATAAATAATATAAAT +AAGCTAAATTATAATACCTTTAATTAA +>group_1146 +ATGACAACAGAAACCTATTACTCAGAAGGTCTTGGTGTAGTTAAGCATAGAGTTTTAATT +AATGAAGAAACTATTTCTTATTATCAATTAAAGAGTTTTGATATAAAGTAA +>pepC +ATGGATATTGAAGGTGTTCAAGCTAGTCGATTATTTAATACTGAATTTTGTATGAATAAA +GCAGACGTATTTGAATATGGTGAAAGCCTTATGACACATGCTATGGTGTTTACTGGAGTA +GATTTAGATAATAATGATAAACCAATTAAGTGGAAGGTAGAAAATAGTTGGGGTAAAGAT +AGTTGA +>group_1176 +ATGAAAATTAATAAAATATACTCATATTATTTCAGTCCTAGTGGAACTACAAGAAAAATT +ACTGAAGAATTAAATAAATCATTTAATTTACCTATAGATACTTGTGATTTATTAAAAAAT +CCATTACATGAAGATATACATATTTCTTCAAATGATTTATGCATAATAAGTTTACCTGTT +TATATGGGTAGAATACCATCTATTTGTATTGATATGGTTAATAAAATTAAAAGTAATAAA +AGTCTAGCAATTGGAGTTGTAGTTTATGGAAATCGTGAGTATGAAGATGCCTTGGTGGAA +TTGACAGACTTACTTACTAATAATAATTTTACTATAGTAGGCGCAGGTGCCTTTATTGCT +CAACATTCAATATTCCCATCAGTAGGTAATGGACGTCCAGACGACTCTGACTTAAAGCTA +ATAAAAAGCTTTGGAGAAAACTGTAATAAAATAATAGAAAGTTTAAATAATGATGCATTC +TCTAGATTAGAAATTAATATTAAAGGAAATAGACCTTACAGATCAACTAAACCTATTCCA +CTTAAACCTAAATCAAAAAATACTTGTAATAACTGTGGATTATGCTACAAAATATGTCCA +ACAAATTCAATCTTAAAAGATTCGCCTAAAGAAATTAATAAGGATACTTGTATTTCTTGC +GGTGCATGTATAAGTAACTGTCCATCAAATTCTAAATATTTTGGTGGGATTATGTATAAA +ATCGCTAAAGTAAAATTTGAAAAATCTAATTCTGTTTATAAAATACCTGAGGTTTTTTAT +ATTTGCTAA +>nfdA_2 +ATGACAGTTAATGAAAAACTATATTTTAATGGAGATATAATAACGTTAGAAAATGAGCTA +TATGCAGAAGCAGTCCTAGTTAAAGATGGTAAAATATTTAAAGTAGGTAAAAAAGATGAT +TTACTACAAAGTGCATGTAAAGATGTAGAATTAGTAGATTTACAAGGAAAAACTCTAATT +CCTTCTTTTATAGACGCACACAGTCACTTTTTTGGCTATGCAAATTCAACATTACAAGTT +AATTTAGATGAAGCTATAAACTTTGAAGAAATAGCTAATAAAATAACAAATTTCATACAA +AAAAATAATATCGAGGAAGGCGTTTGGATAACATGTAACAACTTTGACTACAATGCATTA +GAAGAAAAAACTTATCCTAAAATAGATTTTTTAGATAAAATAGCACCTAAAAATCCTCTT +GTAGTGTCAAATAAGTCAGGACATAATGGATTATTTAATTCATTAGCTTTTAAAGAATTA +GGAATAGATGCTAATACGCCCGACCCAGAAGGAGGAAAGTTTTTTAAAGAAAATGGAGAA +CTTACTGGATACGCAGAAGAAAATGCTTATATAGAATATGTTCAAAAAGTACCAATGGCA +TCAACAGAAGATATAATAAAGGCTATTGGTAAAGCTCAAGATGCGTATGCTTCTTACGGA +GTAACTACTGTACAAGAAGGTATGGTAGTTACACTTTTATCAGACTTTTTATTATATATA +GCTAATTCAAATATTTTAAAAATAGACTATGTAGGTTATGCAGATATAAGAGAAAGTGAA +TCTATACTTGGTAAATTAGGTGATTATAAAAAGCAATATAAAAATCACTTTAAACTAGGT +GGATATAAAACATTTTTAGATGGTTCTCCACAAGGTCGTACTGCATGGATGAGAACTCCA +TATGAAGGTGAAGCAGATTACTACGCATACGGAACTCAAAAAGATGAAGAATTGAAAAGT +AAACTAGAACAAGCTTTAAAAGAAGATATGCAAATATTAGTTCACTGTAACGGTGATAGA +GCTTGTCAACAATATATTGATATGTATAGAGTTGCTAAAGAAGAAACTGCTTTAGATAAT +GATATTAGACCTGTAATAATACATGCGCAATTATTAGGAGAAGATCAATTAGACGAAGTA +AAAGAATTAAATATGATTCCATCTTTCTTCGTTGCTCATGTTTATCATTGGGGTGATATA +CACATTAAGAACTTTGGAATGGAAAGAGCAAGCAAAATAAGTTTACTTAAATCTGCAGAA +GATAAAGGTATAACTTTCACATTACATCAAGATGCTCCAGTTATAGAACCTAATATGTTG +GAAACTATATGGATTGCTGTAACAAGAACAACTAAAAATGGTGTTTCTCTAGGACCTGAA +GAAAGAATAGAACCATTAGAAGCATTAAAAGCCGTTACTAAAAATGCGGCCTATCAATAT +TTTGAAGAAGATACAAAAGGCACTATAAAAGAAGGAAAATTAGCAGATTTAACTATATTA +GATAAAAATCCATTAAAAGTTGACCATGAAGCTATAAAAGATATTCAAGTTCTTGAAACA +ATCAAAGAAGGAGAAACTATCTTCAAAATATAA +>group_1143 +ATGGAACAATATAAAGAGGCAAGTAATGGTGTAATATATCCTAAGGGAGAGAAAATGCCA +GAAATGTTTAGCAAGTATTTTATAGGTGAAGCATATTTAAATATGCTCGTGCTCTAG +>cdaA +GTGTTCGATATAAAGTCTTTTTTTGATGGATTTATAGATATAATCTTAAGAATGAGTATA +TTCGATTTAATAGACATATCTATAGTAGCATATATCTTTTATAAAATTTTTATGTTTATA +AAAGATACGAGAGCTGAACAAGTTCTTAAAGGAATAGTATTTTTATTATTAGCAACTCAG +CTTAGTTCAACCTTTAAATTACATACACTTTATTGGTTGCTTGTAAACACTCTTCAAATA +GGGCTTTTATCAGCGATTATAATTTTTCAACCTGAACTTAGAGCAGGTTTAGAACATATA +GGAAGAACTCAGTTCAATTTCTTTGTAAAGGGAAATAATACAAATGAAGATTTAAATAAG +ACAATAGAAGAAATTATAGAAGCTCTATACTCTTTATCAAGACAAAAGATAGGTGCACTT +ATTATAATGGAAAGAAAGACAAAGATATCCGATATAATAAGCACTGGTACTGAAATAGAT +GGAGATGTATCTAGACAATTATTAATAAATATATTTATACCAAATACTCCATTACATGAT +GGAGCGGTAGTTATAAGAGGATCAAAGGTAAAAGCAGCTGCTTGCTTTTTACCGTTAACT +CAAAGTAAAGATTTAAGTAAAGATTTAGGGACTAGGCATAGAGCCGGTGTAGGAGTAAGT +GAGGTCTCTGACTGTATAACTTTAATAGTATCAGAAGAGACAGGTGAAGTATCTATAGCT +AAATCAGGGAAATTATATAGAAATATCTCAAGAGAGAGAATGACCAATATATTACAAAAT +AACTTAAAAAGCAATACAGAAGAAAGAAGTTTTTTAAAAGGTGGTATATTTAGATGA +>group_857 +ATGATAGAAAAGCTTAAAGAAAATACAAAAATAAAATTGATATCTCTCTTAAGTGCAATA +GTTTTATGGTTATATGTAATGGCTATAGTTGATCCTCAAGAAACAAAGCTATTTGAAAAC +ATACCTGTTACAATAACTAATCTTGATGAGTTAGATTCGAATGATTTTGTTATTTACCCA +GAAGCAAATTTAACTACAGATATATATGTTACAGGGAAATTATCTGTACTAAAAAATATA +TCTAAGGATGACATAACAGTTTATGGAACTATGAGTAATTTCATAGAAGGAAATAATGGT +GTATTTTTAAAAGCGAATATATCTAAAGGTGTTACATATGAACTTAAGCCAGATACTATA +GTAATTCCTTTGGAAAAAATAGTTCAAGAAAAAAGATCGGTAGATGTAGTAGTTACAGGT +AAATATAAAAATAATTTTAATGCAGTTCAATTAGAAGAAGATAGTATAAAGATATCAGGT +CCAAGAACTCTAGTTAATGAAGTACAAAAATTACAGGCAACACTTAATGTGGATGAAAAT +AAAGATACATATACAACAACATTAAATCTTGTACCTGTTAACGATAGAGGTCAAAAAGTA +GATGGTGTAACTCTTGAAACTTCTTCAGTAAATGCAACAGTATCATTATTAGTAGAAAAA +AATGTGCCAATAAATCCTGTATTTGCAGAAGGTAGTGAAAACTTAGGTGAATATGAATTA +AGTCAAAATAGCATAACAATTAAAGGGAAAAAGGATGTAGTAGATAATATAACATCTATT +AACACAAAAGCGATCAATTTAAATGATATTAATGTAGGTTTATCTAAAGATGTTCGATTG +GATATTCCTGCAGGAATTAAGATTGATGAAAGTATAAAGATAACTATAAAAATAAATGAA +GTAAAAGATTTAGTAACTAAGTTAACATATACTAATGATGAAGTAGAGATAAGAAATAAT +AATAACTCTGTAGACGTAGCAACCTTAAAAATACCAAGCACAATAGATGTAGAGATTGAA +TACAAAGAGAATATTTCAAATTTAAATAAATCGGATATTACTTTATACATAGATTTATCT +GAAGGTGATGATACATTTACTATAAAGTATGAATCGAAATATGATTTTGAAAATGTTAAA +ATAAGTCCAGATATTGTTATAGTTGAATAA +>group_988 +ATGAACTACAAACATATTAGCATAAATGAAAGATGTTGCATAGCAAATTTTCTAAGTTTA +GGATGGAATCTAAGAAAAATTGCAAAACATTTAAATCAAAATGTATCTACTATTTCAAGA +GAAGTTAAGAGAAATTTTACTAATGGTAAATATCTAGCACATATAGCATGTGAGAATTAC +TCTAAAAATAGAAAAAACTGCAGAGCAAGAGGAAAATCCTTAAAATCTAAAGAAAAGAGA +GGTAAATTTAATATAGGAAAAAGTATTAAAGATAGAACAAAAGAAGTTCGAAAAAGAGAA +ACTATAGGACATTGGGAACTAGACACTGTTGTATCTAGCAGAGAAAAATCAAAGGCTTGT +CTTTCAACTTTTGTCGAGAGGAAAAGTTGA +>group_635 +ATGGAAAAGAGGAAGTCTTCAACATTTAACTTCCATTGCTTTACTGTTTTTAAAGATATT +CCAAGTGATTTAATTAAAACATTTACTGTAGATAGAGGTAAAGAGTTTGCAAGGTATGTA +GATATTGAAAATACACTAAATATAGATGTCTACTTTGCGGATGTGTATGCTTTTGGCAAA +GAGGTACATACAGTAGAAGTAGAATCAGTACTAGAAGTATTTAAAAAGTATTCGGACCTA +AAAAAGAAAAATATTTAG +>glmM +ATGAGAAAATATTTTGGTACTGATGGTGTAAGAGGAGTAGCTAATACAGAATTAACATGT +GACTTAGCTTATAAGTTAGGTAGAGCAGGGGGATATGTTTTAGCTAAAGGAGATCATAGA +GTTAAAGTTGTAGTAGGAAAAGACACTAGAATATCAGGAGATATGCTAGAGGCAGCTTTA +ATATCAGGTTTAATGTCTGTAGGTTGCGATGTTATAACAGTTGGAGTAGTACCTACACCA +GCAGTTGCTTATTTAACTAAAGAATACAATGCAGACTGTGGAGTAGTTATATCGGCTTCA +CACAATCCAGTAGAATATAATGGAATAAAATTCTTTAATAAAGATGGATATAAATTAGAT +GATGCAATAGAACTAGAAATAGAGAAGTATATAGAAGATATAGATAAAGTAGAATGTTCA +CCTGTAGGAGAGCATGTAGGTAGAAGAATACACAAGCATGATGCTAAAAAAGATTATGTT +AATTATCTAAAATCAATTATAAATGTAGATTTTAAAGGATTAAAAGTTGTACTAGACTGT +GCTAATGGAGCTGCATACGAAGTAGCGCCAACAGTATTTAAAGAGCTAGGAGCAGAAGTA +GTATCTATAAATAGTAACCCAAATGGAAACAATATAAATGATAAGTGTGGATCAACTCAT +CCAGAGCAACTGAAAGAAGCTGTTTTAGAATATAAAGCGGACTTAGGTCTAGCATATGAT +GGTGATGCAGACAGACTAATTGCTGTAAATGAGAAGGGACAAATAGTCGATGGCGACCAT +ATAATGATATTAAGTGCTATCTATTTAAAGAAAAATAATAAATTAGCTCAAGATACTTTA +GTTGTAACCGTAATGAGTAATATAGGATTAACGATAGCGGCTAAGGAAAATGGGATAAAA +TTAGCAACTACATCAGTAGGAGATAGATATGTACTTGAAGAAATGAAAAATAGTGGTTAT +AATTTAGGAGGAGAACAATCAGGACATATGATTTTCTTAGATTATAATACTACTGGAGAT +GGAGTTTTAAGTTCTTTAGTTCTTGCTAAAATAGTACTAGAAGAAAATAAAGCTTTATCA +GAACTTGCATCTGTAATGACTCAATACCCACAAGTATTAGTTAATGCAAGAATCAGCAAT +GAAAATAAAAATAAATACATGGAAATAAAAGAGATAAGCGATGAAATATCAAGAATAGAA +AGCTTATTAGATGGTTGTGGAAGAGTATTAATAAGACCATCAGGAACAGAACCATTAGTA +AGAGTTATGTTAGAGGGTAAAGAGGAAGGTCAAATAAAAGAATTAGCTACAAACTTAGCT +AACCTTATACAAGAAAAATTATCATAA +>glmS_1 +ATGTGTGGTATAGTTGGATATTTAGGAAATAGACAGGCAACAGAAGTACTTGTTGAAGGA +CTTTCAAAGTTAGAGTACAGAGGATATGACTCAGCAGGTGTTGCAGTAAATGTTGGAAAT +GAATTAGAAATAAGAAAGTTTAAAGGAAGACTTGCTATATTAGCAGAGGATTTAGAAAAC +AATCCTATTAATGGTGGATTAGGAATAGGACATACGAGATGGGCAACTCATGGAGAGCCA +TCAGATGTAAACTCACATCCTCACTTTAATATGGCAAAAACAATAGCTGTAGTGCACAAT +GGTATAATAGAAAACTACATGGAATTAAGAGAAGAATTGCAAGCAGAAGGTGTTGTGTTC +TTATCTCAAACAGATACAGAGGTTGTTGCTCACTTATTGGATAAGTTCTATGAAGGAAAC +TTATTAGATGCAGTTTATAAAGCAACTGAAAAGTTAAGAGGAGCATATGCATTAGGTGTT +ATATGTAAAGACAATAATAATGAATTAGTTGCTGTAAGAAAAGATAGTCCATTAATAGTA +GGTATAGGAGAAGATGAAAACTTTATAGCATCTGATATACCTGCAATATTAAAATATACT +AGAAATGTTTATTTCTTAGAAAATGACGAATATGTTCATATTCAAGGTTCTAATGTAACT +ATTTTAGATGAAAATAGAAATGTTGTAGAAAAAGAATTAAATGAAATAACTTGGGATGTA +GAAGCTGCTTCTAAAGCTGGATATGATCATTTCATGTTAAAAGAGATATATGAACAACCA +AGCGGAGTTAAAGAAACTTTAATAAGACGATTAAATTCTGATGGAGAAATCCAATTAGAT +GATATAAAAATGACTAATGAAGATTTAGAGAAAATAAACAGAGTTTATATAGTTGCATGT +GGTACTGCATACCATGCAGGACTTGTTGGAAAATTTGCAATAGAGAAGTTTGCTCATATA +CCAGTAATAACGGATATAGCATCTGAATTTAGATACAGAGATCCATTTATAGATGATAAG +ACTTTATTAATATTAGTAAGTCAATCAGGTGAAACTGCTGATACTTTAGCATCTTTAAGA +TATGCAAAAGAAAAAGGAGCTAGAATATTATCCGTAACTAATGTTGTTGGTTCTTCTATA +GCTAGAGAATCAGATGATGTATTCTACACTTGGGCAGGACCTGAAATCTCAGTTGCATCA +ACTAAAGCATATACAACTCAATTAGTATCATTCTATATGATAGCGTTAGACTTTGCTATA +AAGAAAGGTACTATAAGCAGAGAATACTACAATGAAATGATAGAAAAATTAAAAGATATG +CCTGAATTAGTTTCTAAAGCTTTAGAACAAGAAACTCATATAAAAGAAGATGTAGCTAAA +GAGTTAAAAAATGCAACTAGTGCATTCTACTTAGGTAGAGGATTAGATTATAATTTAGCT +ATGGAAGGTGCATTAAAGATAAAAGAAATATCTTATATCCATGCAGAGGCTTTTGCAGCT +GGAGAATTAAAGCACGGTACAATAGCATTAATAGAAGAAGGAACTCCTGTTATCGCAATA +GCTACTCAAGAAGAACTATTTGAAAAAATGGTTTCTAATATGCAAGAAGTTAAGGCTAGA +GGAGCTTACGTTATAGCAGTAGCTCAAGAGCATAATAAAGAAGTAGAAAAAGCAGCAGAT +AAGGTAATATATATACCAAATGTTGATGATATATTATCAAGTATATTAACTGTTTTACCA +CTTCAGTTATTATCTTACTATGTTGCAGTTCAAAGGGGCTGTGATGTAGATAAACCAAGA +AACTTAGCAAAATCAGTAACTGTAGAATAG +>group_655 +ATGAATAAAATAAAATACATTACTTTGTTTATAGTGTTAGCATTATTAGGAGCTATGTCA +TCTTATGCTGATATTAAGTTTAATAATTCATATGATAGATTTTTACAAGCTTTTGAAAGT +AGTGAAGCTAAATTTAAATTTTATAGTATGAAGGCTAACGTTCCTATAGAATATGATATA +GATAGTGATGAAATAAAAAGCATATGCATAGAATTAATGAGTAACTTAGGAATGGAAGAA +AGTGATATAAAAATAGAAGATAAATGGAACCAAGATGAAAAACAAATATACCTTCAGGCT +AAGGATGAGGATACTAGTATATCAATAGTTGGAATCAAAAAAAGTAGTTCCGAATCATAC +ATAATGGTTGACATATTAGATAATAAAGTATATAAAAATATAGTAGATATTTATGCTATT +TTGGAAAATTATCTGAATAAGTATTCTCAAGAGGTTGAAATTTATACTTGTATAGCTGGA +GAATATGGCAAAAAGTTACAAATTGATAAATATGATGATATTTTAAATAAAATATTATAT +AATATGAATGCTGAAGTTATAGAAAAAGTACAAGAAGAAAACTTTTTATCTGTAACAGCA +TATAGTAAAGTATTAAAAGAAAATTACTTAGAATGTTTTGGAAATAAGATAAATTTAAAT +ATAGGAATTAGGTATAGCGAAGACGATGAAAAAACTTTAATATATATTGCTACACCGATT +ATAAAATTAGATTATTAA +>murAA_1 +ATGGCTAAAATAATTGTAAAAAAGAGTAACCCACTTAAAGGTAGTGTTAAAATAGATGGA +GCAAAAAATGCTGTATTACCAATAATAGCAGCAACATTATTAGCAAAAGGAAAATCAGTA +ATAAAAGAAGTTCCTAACTTAAGGGATGTTCATGTTATATCAGATTTATTAAGACACTTA +GGTGCAGAAGTTGAATACGAGGGGAAAACTTTAACTGTAGATGCTACGAATATAACTACA +TGTGAAGCACCATATGAATTAGTAAGAAAAATGAGAGCGTCATTCTTAGTTATGGGACCA +TTATTATCTAGATTTAATTATACAAAAATATCTATGCCAGGAGGGTGTGCTATAGGAACA +AGACCTATAGACTTGCATTTAAAAGGATTTAAATGTTTAGGTGCAGATGTTGAAATAGAC +CATGGATTTGTAGAAGCTAGAACAGAAAAGTTAAAAGGTTCTAAATTATATTTAGATTTC +CCATCTGTTGGAGCAACTGAAAATATAATGATGGCTGCATGTTTAGCAGAAGGAACAACT +ATAATTGAAAACGCAGCAGAAGAACCAGAAATAGTAGATTTAGCTAATTTCTTAAATGAA +ATGGGTGCAGACGTAAAAGGTGCAGGAACAAATACTATAAGAATAAAAGGTGTTAAAGAG +TTAAGAGGTGCAGAGCATACTGTTATACCTGATAGAATAGAAGCAGCAACTTATATGGTT +GCAGCAGCTATGACTAAGGGAGATATAGTTATAGAGAACGTATTAATGGAGCACTTAAAG +CCTGTTACTGCAAAATTAAAGGAAGCAGGATGTAAAATAATAGAATTAGAAAATGCGGTT +AGAGTTATAGGTCCTGAAACTTTAAAGCCTATAGATATAAAAACTTTACCACATCCAGGA +TTCCCAACAGATGTTCAAGCTCAATTTATGGCGATGCTTACTATAGCTAAAGGAACTGGT +GTAGTTATAGAAACTGTTTTTGAAAATAGATATATGCACGTGGCTGAGTTCAACAGAATG +GGTGCAAATATAAAAATAGAGGGAAGAACAGCAGTAGTAAAAGGTGTAGATCAATTATAT +GGAGCAAAAGTAAATGCCACAGACTTAAGAGCTGGTGCAGCGCTTATACTATGTGGGCTT +ATAGCAGAAGGTGATACTGAAATAGGTGAAATATACCACATACAAAGAGGTTATGTAGAT +ATAGATAAGAAAATAACTGCATTAGGTGGAAATATAGAAATAGTTGAAGACTAA +>group_921 +ATGAAAAATCCTTTAGTAATTTTAGCGGGACTGGTTTTTTTATGTATATCTGTACCCGTT +ATTTTGAGTACCGCATTTTATAAAGACTCAGAAATAAGTAGCACAAATGAAAATATCAAA +ATAAATATTGAGACTAAGGGCGAGAAAGAAGAGAAACAAGAGAAAGAAGTAATAAACTAT +GAGACTATAGATGAAGAATCACCAAATATAAGTATATATAATCATAAGGCTGGTGTAATA +GAATCTATAGATATAGAAACTTATCTTTATGGTGTTCTATCAGGCGAAATGTCTGCAAAA +TTTAATATAGAAGCTCTGAAGGCTCAAGCAATAGCTGCAAGAACATTTGTAATGAATAAA +AAAGAAAATCCTGTATCAAGTGGTCATAAGAATGCAGTGGTTTGTACAAACTATAAACAT +TGCCAGGAATATAAAAGTTATGAAGAGTTAAAATCAACTAATGGAACCCAATGGATGGAA +GAATATTATACAAAGATAAAAAAAGCTGTAGATGAAACTAAAGGTCAAATTATAGTTTAC +GAAGATAAGCCAATATTACCATTATACTTTTCTACATCATCAGGAAAAACTGAAAATAGT +GAAGAAGTTTTTTCAACACAATACCCTTATTTAAAATCTGTAGAGAGTCCATATGATGGA +CAATCTCCTAAATACACATCACAAGTAGTTGTAAGCAAATCTGATTTTATTAACAATATA +AAGAAAAGTTATCCTAATATCAGCATAAAATCAAGCAATCTAAAAGAGGATATTAAAATA +TTAAATAGAAATGAAGGAGGATCTGTAGGTAAAATAAAGGTTGGTGATAAAGAACTTACA +GGTGTAAACATTCGAAGTATATTTAATCTTAATTCTGCTAATTTTGAAATAGAGTTCAAA +AATGATAATATAATATTTAATGTAAAAGGATATGGCCATGGAGTGGGAATGAGTCAATGG +GGAGCAGAAGGTATGGCAGAAGAAGGATTTTTATATTATGAAATTTTAAAATATTATTAT +ACAGGAACGGAAATTAAAGACCTATATTAA +>group_747 +ATGAAAAAAAAGTTATTAGAAAATGATATTTTTTATCTATCGTTATTTGTATGCGTATGT +TTAGTAGCAGTAGGCGGAGTTTGGCTTACAAATAGTAATGTAAATAAGCTAGCTAGTAAT +GATACAGATAGAAATGAAGAGATACATTTAATAGATAATGATAAAAAAGAAGATGCAATA +CCAACAACTACTGATTCTGATCAAAATTTAGCTAAGGCAAAAGAAGAGAAAGAAGATAGT +AGTGATAAATTAAGTTTCTTAGGAACTAAGGTAATAAGAGAATTCTCAGAAAAAGAACCT +AGTTATTCAGAAACTTTAAATGTATGGGAAATACATAAAGGTGTTGATGTAAGTACAACA +GAAGGTCAAGAAATAAAATCATTATTAAATGGAAAAGTAATAGACGTTTATAAAGATGAT +GAACATGGTATGTCTGTTAAAGTACAATATGATAATGATATTATAGTAGTTTATTCAAAT +TTAAGTGAAGATATTAAAGTAGAAAAAAATCAAGAATTAGAAGAAGGACAATGTATAGGT +TTAGCAGGAAATACAACAGCTGTTGAAAGCGAAAGTGAACAACATGTACATGTAGAAGCA +TTCAAAGGTGAAGAATCTATAGATCCAATGTTTTTAATAGATTAA +>spoIIID +TTGAAATCGCATATAGAGGAAAGAGCCATTGTTGTAGCAAAATATATACTAGAGAAAAAT +ACTACAGTTAGACAAACAGCCAAAACCTTTGGAGTAAGTAAAAGTACAATCCATAAAGAT +GTAACGGAACGATTAGAAGAAATAAACCCATCTCTAGCAAAAGAGGTTAAGAAGGTTTTA +GAAAAAAATAAATCTGAGAGACATATTAGAGGAGGTTTAGCAACAAAATTAAAATATGAA +AAAGAAAACAAAAAAGATGTAGGGTAA +>mreB_2 +ATGGCTAGAGTTGACATAGGTATAGACTTAGGGACGGCAAATGTAATAGTTTATGTAAGT +GGGAAAGGTATTGTTTTAGAAGAGCCATCTGTAGTAGCTATAGATAAAAGAACAAATTCT +GTATTAGCTGTAGGAGAAGAAGCTAGGAAAATGATAGGGAGAACACCAGGAAATATAGTA +GCAATAAGACCTTTAAGAGATGGTGTAATATCAGATTATGATGTAACGGAAAAAATGTTA +AAATATTTCGTAGAGAAAGTAGTAGATAAAAAAGGTTTTGGAAGATTTTTTATGCCTAGA +ATAATGGTATGTGTTCCAACAGGAGTTACAGAGGTCGAAAAAAGAGCGGTAGAAGAAGCT +ACAAGACAAGCTGGTGCAAGAGAAGTTTATATAATTGAAGAACCTATAGCAGCAGCAATA +GGGGCCGGAATAGATATATCTCAGCCGAATGGAAACATGGTTATAGATATAGGTGGAGGT +ACAGCTGATATAGCTGTTATATCTCTAGGAGGAGCTGTTGTTAGTGAATCTATTAAAATA +GGTGGAGATAGATTTGATGAAGCGATAGTTAGATATATCAAAAAGCAAAAAAATCTTCTA +ATAGGGGAAAGAAGTGCAGAAAAGTTAAAGATTGAAATAGGAACTGCAATTAAACCAAAA +GAAGAAAAATATATGAAAATCAGCGGAAGAAACTTAGTTACAGGTCTTCCTGAATCTATG +GAAATAGCATCTTCAGAAATATTAGAAGCTGTTAGTGAATGTGTAGAGCAAATAGTTATT +GCAACTCGTTATGTCTTAGAGCAAACACCTCCAGAATTAGCTGCAGACATAAGTGATAGA +GGGATAATAATGACAGGTGGGGGAGCTTTACTACAAGGTTTAGATAAAAAGATACAGGAG +AGTACGGGTATAAGAGTATCAGTAGCAGAAGATGCTTTATCATGTGTGGCAAAAGGTACT +GGAAGTTCATTAAGCTCGTTAGATTTATTAGAAATGGGCGGAACTTTTAAGAAGAGATAA +>group_866 +ATGTATCTAGCTAAAGTAAATTATAAAAAAGAGAATGTAGCTCAAGTATTAAGCTTAATA +CTAAAAGATATTATAAATGAAAATACTATTGTTATTTGTATAGGAACAGATCGGGCTATA +GGTGATGCTCTAGGCCCTTTAGTTGGAACTATGCTAAAAAATAGCGATTTTAAATACCCA +GTTTACGGTACCTTAGATAATCCTATCCATGCTTTAAATATATATGAGTCAATTGAAGAA +ATAAAAAGACTTCACCCTAAAGGTGAGTTTTTAGCCATTGATGCTTGTCTCGGATCTAAA +AATAGTATAGGTAATATACAAATTCGAAAAGGACCTATTCTTCCTGGAAAAGGAGTCGGT +AAAAAACTTCCTCAAGTTGGAAGTTTTTCAATAGTAGGTATAGTAGATAAAATTGATGAA +AATAATAGATTTTCATTCAATAATGTTAGACTTAGCTTTGTATTAGAATTAGCCGAAACT +GTTGCACTATCTCTTCTTCTAGCAACTTAG +>group_646 +ATGATTTTTTATGAAGTGTTAGATTTAGTTTTAGACTTTATATATCCAAAAAATATAAGT +TGTATATTATGTAATAAACCCATAAAGAAAATAAATACATATTCATTATGTAAAGATTGC +TTTAAAGAGTTAAATTTTATACAAGATGGCTGTATTAAATGTGGGAAGCCAATAATATAT +CATTCATTAGAAAAATTAGATATATGTGGATGCAGTTATTGTTTTAATAAAAGTTTTTAT +TTTGATAAAGCTATATCGTGTATAGAGTATAGTGACATTAGTAAATCTATGATATTGGGA +TTTAAATATAAAAATAAAACTTATATGGCTAAATATATATCTAATATAATGAAAGAAAAA +TTAGACTTAGAGAACATTAAATTTGATTATATTACATTTGTACCACTTCATAAAAAAAGA +ATGAGAAAAAGAGGATTTAACCAATCTGAAAAAATTGCTAAGGAACTGGAGAAAATGATA +GATATACCGATATTGGATTGTATATATAGGAAATCAAATACAAATAGACTATACAATTTA +AATAGAAAAGAGAGAAAAATAGAATTAAAAAATGCTTTTTTAGTTAAAGAAAATATAAAC +TATGCTAATGGTAAGAATATTTTATTAATAGATGATATATTTACAACTGGCTCAACGGTA +AATGAAATATCAAAACTATTAAAGTTAAATAATGTAAATAAAATATTCGTAATGACTTTA +CTAACGAAGAGTAATGATAATTATATAAAAGCAGAAAATTAG +>hpf_2 +ATGAATATAATAATATCTGGTAAACAAATGGATTTAACTAGTGGAATAAAAGGAGCAATT +GAAGAGAAAATAGGTCGATTAGATTATTACCTTCACCCAGAAACAGAAGTAAAAGTTACA +GTAAGTGCTAAGAAAGCTCGCCATACAATAGAAGTAACAATAATTCCTATAAGTGGACCA +ATTATCAGAGCTGAAGATAGCGAAGAAAATTTATATGCTGCTATAGATATTGTATATGAT +AAGTTAAATAAGCAATTAAGAAAATATAAAAATAGATTGCAAGATAGACACCAATCAAAT +GAAAGTATAAGATTTGATAGTGTTGATTTGGATAATGAAAATGATTTTGAAGATGAAGAT +GAAAATTTAGATATAGTAATAAAAAGAAATAAAAAATTTGATATGAAACCAATGAGCCCA +GAAGAAGCTGTGTTACAAATGGAGTTAATAGAACATGAATTTTATATGTTTAGAAATATA +GACACTGATGAAATATCTGTAGTTTATAAACGTGAAAATGGTGGATATGGGATGATAGAA +CACGAATAA +>secA +ATGGTAAAATATATAATAGTAATAATATATGGACGAGGAGAGATGCCAACAATGGGTTTT +TTAGATAATTTATTTAATATAGCAGATAGAAGAGAATTGAAAAATTTTAATAAAATAGTT +GATAAAATAGATCAGCTTGAACCTAAATTTGAATCTATGTCAGATAAAGAACTTAAAGAA +ATGACTAATATATTTAGAGATAGATTAGATAAAGGAGAAACAGTAGATGATATACTACCA +GAAGCTTTTGCAGTAGTAAGGGAAGCATCTAAAAGGGTATTAGGATTAAGACATTATAGA +GTTCAGCTTATAGGTGGTATAGTTCTTCATCAAGGAAGAATAGCTGAGATGAAAACTGGT +GAAGGGAAAACATTAGTTGGAACAGCTCCAGTTTATTTAAATGCTCTTTCTGGTAAAGGG +GTACATGTAGTTACAGTAAATGACTACTTAGCGAAACGTGATAAAGAGCAAATGGGAAAA +GTATACGAATTCTTAGGTCTTACTGTAGGGGTAATCGTTCATGGACAAAATCCAGCAGTT +AGAAAGGCTCAATATGAGTGTGATATAACTTATGGAACAAACAATGAATATGGATTCGAT +TACTTAAAAGATAATATGGTAATTCATAAAGAGCAAAAGGTTCAAAGACCTTTAAATTAT +GCAATCGTAGATGAGGTAGATTCAATATTAATAGATGAGGCAAGAACTCCTCTTATAATA +TCTGGACCTGGGGATAAATCAACACATTTATATTCAGATGCTAATACATTTGTATTAACA +CTAAAATCAGATGATTATGAATTAGAAGAAAAGCAAAAAGCAGTATCTTTAACAGAGTCT +GGAATACAAAAAGCAGAAGTTTACTTTAATGTTGAAAATATAACTGATATATCTCATACA +GAGTTATACCATCATATAAACCAAGCATTAAAAGCGCATACAATAATGAAGCGTGACGTT +GATTATGTATGCAAAGATGGAGAAATAGTAATAGTTGATGAATTCACGGGAAGACTTATG +TTCGGTAGAAGATACTCAGAAGGGTTACATCAAGCAATAGAAGCTAAAGAAGGATTAAGA +ATTCAAAGAGAATCTAAAACATTAGCAACAATAACATTCCAAAATTACTTTAGAATGTAT +AACAAGCTTTCTGGTATGACAGGTACTGCAAAAACAGAAGAAGAAGAATTTAAAGCAATA +TACAAAATGGATGTTGTTCAAATACCAACAAATAAAGAAATATTAAGAAAAGACTTAGCG +GACTCTGTTTATAAAAATGAAAAAGGAAAGTTTAATGCAGTAGCAGAAGATATAATTGAA +AGAAATAAGAATAAACAACCAGTATTAGTTGGTACTGTATCTATAGAAAAATCAGAATTA +TTATCTCAACTTCTAAAAAGAAGAGGAGTTAAGCATGAAGTATTAAATGCTAAGCATCAT +GATAAAGAAGCTGAAATAATAGCTCAAGCTGGTAGATTAGGAGCAGTAACTATAGCAACT +AATATGGCAGGACGTGGTACAGATATAGTTTTAGGTGGTAACCCTGTATTCTTGACTAAG +AAAGAGATGAAAAGATTAGGATACAATGAAGACATAATAAACAAAGTAGATTCACCTTTA +GAAGTACAACAAACAGAAGAAAATGAAGATTTATTTAAGGCAAGAGCTGAATATGAAAAC +TTATTTAATAGATTTAAGAAAGAATCTGAAGCTGAACAGCAAGAAGTTTTAAACGCTGGT +GGACTTGCTATAATAGGTACAGAAAGACATGAGTCTCGTAGAATAGATAACCAGTTAAGA +GGTCGTGCTGGTCGTCAAGGTGACCCAGGTAGCTCAAGGTTCTATATAGCGCTAGATGAT +GATCTTATGAGATTATTCGGAAGTGAAAGAATACAAGGTGTTGTAGAAAAAATAGGTCTT +GAAGAAGATATGCCTATTGAACATAAGATGCTAACTAAATCTATAGAAAGTGCTCAAAAG +AAAGTTGAAGGAAAGAACTTTGGAATAAGAAAACATGTTCTTCAATATGATGATGTTATG +AACAAGCAAAGAGAAATAATATATGCTGAAAGAAGTCGTGTATTAGAAGGTGAAAACCTA +GATGAACAAATACAATCAATGATAAAAGATATAATTGTAGAAGCAGCTGATATAGCAGTT +AAAGAAAATGGAATTGATGAAGAAATATTTAAAGCTCATCTGTATGCTCTATTTATGCCA +AAGGGAAGTATAGAGATAGAAAATGTTGAAAAGCTTTCTAAGGAAGAACTTGTAGATAAA +GTATATGAAATAGCGCATAAAATTTATTCGGCTAAGGAAGAGCAAATAGGTTCTGAGAGA +ATGAGAGAAGTAGAAAGAGTTATACTTCTTCAATCAGTCGATAGTCATTGGATAGATCAT +ATAGATGCTATGGACCAATTACGTCAAGGTATAGGTCTTCGTGCTATAGGGCAACAAGAT +CCAGTTGTTGCATACAAAATGGAAGGTTTTGATATGTTTGATGAAATGACTAAGCATATA +CAAGAAGACACTGTTAGATACTTATTCAATATAACTATAGAGCAACCTGTTGAAAGAAAA +CAAGTTATAGATGTTGATCACTTATCTTCAAGTGCAACTGATGAACCAGGTAATAAAACT +GTTAAAAAGGACGAAGAAACAGGAAGAAATGACTTATGCCCATGTGGTAGTGGTAAAAAA +TATAAAAAATGTTGTGGAAGATAA +>group_772 +ATGACTTATGCCCATGTGGTAGTGGTAAAAAATATAAAAAATGTTGTGGAAGATAATTTT +GGAGGTTTAAATGTTAAACATACAAGAGTATAG +>prfB +ATGAATAAACAAGAGTTTTGGAATGATAATGAGAAAGCTCAAAAAGTTATTCAGGAAAAT +AAATCCCTAAAAGATACAGTTGAAGAATACAATCAATTAAGTGAAAGTTTAGAAGAAATA +GAGCTATTGATAGAAATTGGATTAGAAGAAAATGACGATTCAATTTGCAAAGAAATAGAA +AAGAGTATTGATAGTCTTGAAAAAGAGATAGACAATATGAGGATAAAAACTCTTCTAAGC +GGCGAATATGATAGGAATAATGCAATACTATCTATTAATGCAGGTACAGGAGGGCTAGAT +GCTCAAGATTGGGCTCAAATGCTTCTTAGAATGTACACGAGATGGGGAGAAAGAAAGGGA +TATAAGGTTAAACTTTTAGATATACTTTCTGATCCAGAAGCAGGTATAAAAAGTGCTACT +TTATTAATTGAAGGATTGAATGCCTATGGATACTTAAAAAGTGAAAAAGGTGTCCATCGT +ATAGTTAGGATATCTCCTTTTGATCCATCTGGTAAGAGGCATACATCCTTTGCATCTGTA +GATGTTACTCCCGAGCTTGATGATAGTATTGAAATAGAGATAAATCAAAGTGATTTGAAA +ATAGACACATATAGAGCCTCAGGTGCTGGAGGTCAACATGTAAATACTACAGATTCAGCA +GTAAGAATTACACATATTCCTACAGGTGTTGTAGTTCAATGTCAAAATGAAAGATCTCAG +CATATGAACAAAGATAGAGCTATGAGGATGCTTATGGCAAAGCTTATTGAGTTAAAAGAG +CTTGAACAAAAAGAGAAAATTGAAGATATTCAAGGTAAATATTCTCAAATAACTTGGGGA +AGTCAAATAAGATCGTATGTATTCCAACCATATAAAATGGTAAAAGACCATAGAACTAAT +GCAGAAATAGGAAATGTAGATAGTGTTATGGATGGTAACATAGATTTATTTATAAACGAA +TATCTTAAAATGAATAAAATCAAAAAATAA +>yhgF +GTGGATATAAATCAAATATTAAAAACAGAATTTAACTTAAAAGATGAGCATATAAATAAC +ACGATAAAGTTAATTGATGAGGGTAATACAATACCATTTATAGCTAGATATAGAAAAGAA +ATGACAGGTGCTATGAGTGATGTTACCTTAAGAGAGTTATATGATAGACTAACATATTTA +AGAAATCTAGAAAGTAGAAAAGAAGATGTTAGTAGAATAATTGAAGAACAAGGTAAATTA +ACAGATGAAATAACTAAAAAAATAGTAGAAGCTAAAACTCTTCAAGAAGTGGAAGATATA +TATGCTCCATTTAAACAAAAGAAAAGAACGAGAGCTACTATTGCTAAAGAAAAAGGATTA +GAAAAATTAGCAATGAGTATTCTTAATGAAAAAATAGCTAATATAGAAATAGAAGCACAA +AAATACATAAATGAAGAAAAAGACGTAAATTCAGTAGAAGATGCTTTAAAAGGATCTAAA +GACATAATTGCTGAGATTGTTTCAGATGATGCAGATGTTAGAAAATACATAAGAGAGCTT +GCATTAAGAGAAGGTGTTATAATTACTAAAAATGCTACTGATGAAAAGTCAGTATACGAT +ATGTATTATGATTATAGTGAAGGAGTTAAGAATATTGCCCCACATAGAACATTAGCAATT +AACAGGGGAGAAAAAGAAAACTTCTTAAAAGTAAAATTAGAAATAAATAATGATAAAGTA +TTAAATCATATTATAAATAAATATATAAATAATGAGAATATATCAAATAAAGAAGAAATT +GTACAAGCAATAGAGGATTCTTACAAGAGATTAATATTTCCTTCTATAGAGAGAGAAGTT +AGAAATACTCTAACGGAAGTAGCGCAAGAGAGAGCTATAAATGTATTTGGACAAAATGTA +AAAAGTTTATTACTACAACCACCAGTTAAAGGAAAAGTAGTAATAGGATTTGACCCAGGG +TTTAGAACTGGATGTAAGGTTGCTGTAATTGATAAGAATGGTAAGTTTTTAGATTATGCA +ACAGTTTATCCAACTGAACCTAAAAATGATGTAGAGGGGACAAAGAAAACTTTAAAAGAT +TTTATAAATAAATATGATGTAGATATAATAGCTATAGGAAATGGTACGGCATCAAGAGAA +TCAGAAAGTATTATATCTGATATGATAAAAGAAATTGGTAAAGAAGTACAATATGTAATA +GTAAGTGAGGCAGGGGCATCTGTTTATTCAGCATCAGAGCTTGCTAATGAGGAACATCCT +GATGTAGATGTATCTATAAGAGGGGCTATATCTATAGGTAGAAGACTACAAGATCCATTA +GCAGAACTTGTAAAAATAGATCCGAAGAGTATAGGTGTTGGTCAATATCAACACGATTTA +AATCAAAAAAGACTTGAAGGTGTATTAGATGGAGTAGTAGAAGATTCAGTAAATAGTGTT +GGATTAGATTTAAATACAGCATCTTATTCTTTACTTGAGCACATTGCGGGTATAAGTAAG +ACTATAGCTAAAAATATAATTGCTTATAGGGAAGAGAATGGAGCATTTACATCAAGAGCT +CAATTAAAGAAAGTAAAAAGATTAGGGCCTCAAGCTTTTACTCAATGTGCAGGGTTTATG +AGAATTTCAAATGCTAAGAATCCTCTAGATAATACTGGAGTACATCCAGAAAGTTATGAT +ATATGCAAAAGCTTATTAGAGATGATAGGCTACTCTTTAGAAGATGTAAAAAATAGAAAT +ATACAAGATATTGATGAAAGAGTACAAAAAATAGGTATAATGGAAATAAGCAAAAAATTA +GAAGTAGGGGAAATTACTTTAAAAGATATAATTGCAGAAATTAAAAAGCCAGGAAGAGAT +CCAAGAGAAGAAGGAATTAAACCTATACTTAGAACGGATGTATTAAAAATAGAAGATATA +ACAGAAGGTATGATATTAAAAGGAACTGTAAGAAACGTAGTAGACTTTGGTGCTTTTGTC +GATATTGGAATAAAAAATGATGGTTTAGTTCACAAATCTCAAATGAGTAATAAATTTGTT +AAGGACCCTATGGATGTAGTTACGGTAGGGGATATTGTTGATGTAAAAGTTATTGGCATT +GACTTAGACAAGAAAAGAGTTTCTTTATCAATGAAGATGTAG +>hutI_1 +ATGATTTTAATAAAAAATGGAACTATAGATACAATAACTAACGGTGTATTTGTAGGAGAT +ATCCTTATAGAAGGAAAAAAGATAGTAAAAATAGAAGAAAAAATTGAAGTTTCAAACGAT +GTAGAAGTTATAGATGCACAAGGTAAATTTGTTTTCCCAGGATTTATAGACGCCCATACT +CATCTAGGATTATGGGAAGATGGTATGGGGTTTGAAGGTGCGGATGGAAATGAAGAAACA +GATCCTATAACTCCTCAATTAAATCCGATAGATGGAATAAATCCGATGGATAGAACTTTT +GAAGAAGCTGTAGCTGGTGGTATAACAGCTGTTTGTACAACACCAGGAAGTGCTAATGTA +ATGGGTGGAGAATGTATAGCAATTAAAACTCATGGTAGAAGAATAGATAATATGGTTATA +AAAAATCCTGTTGCATCAAAAATAGCTTTTGGAGAAAATCCAAAGAGTTGTTATGGGAGA +GATGAAAAAACTCCTCAAACTAGAATGGCAATAGCTTCGTTATTAAGAGAACATCTTAAA +AAAGCAGAAGAATATTTAGAAGAAATAGAGTTATACGAAGAACATGAAGATCATGATAGA +CCAGAGTATGATATAAAAATGGAAAGCTTAATACCAGTATTAAGAAAAGAAATCCCATTT +AAGGTTCATGCACATAGAGCTGATGATATGTTTACGGCTATAAGAATAGCTAAAGAGTTT +GATTTAAGACTTACCTTAGATCACTGTACAGAAGGTCATCTTATAGCAGAAGATTTAGTT +GAAGAGGGATATCCTGTAATAGTTGGACCATCTTTATCTGAGAGATCTAAGATAGAATTA +AGAAATTTAACTTTTGATACTGCAGGTATTTTATCAAATGCAGGAGCACAAGTTTCTTTA +ATGACAGACCATCCAGTTATACCAATACAATATCTTCCTATATGTGCAGGTATTGCAGTT +AAACATGGAATGAAAAAAGAAAAAGCTATAGAAGCAATAACGATAAATCCTGCAAAAACT +CTAGGAATAGAAGATAGAGTAGGGTCTATAGAAGTAGGGAAAGATGCGGATATAGTTATT +TGGGATGGATGCCCTTTAGAAATACAAAGTAATGTATTATTTACCGTGATAGATGGTAAA +ATAGTTTATAAGCGAGCTTAA +>ribU +ATGCAAGAAACAATTAAAAATAACAAGTCAATGTCTGTAAAAATTTTAGCTAAAATAGGT +ATACTAGCAGCAGTAGCCTATATACTTATGTTTATATCGGTGCCATTACCTATATTTCCA +AGTTTCCTAAAGTTAGATGTATCAGATATACCAGCAATATTCGGCGGAATGGCGATGGGA +CCTTTAGCTGGATTTATAATAGCACTTATAAAGAATTTACTTCAAATAGGAGTCAGTGTT +ACTGGTGGAGTAGGAGAAATAGCAAATGCAATTATAAGTGGAACTTATGTAGTTATAATA +TCTTATCTTTATAAAAGAAGAAGCAATTTTAAAGGTGTAATACTAGGCGCTATATTAGGA +ACTATAGGCATGACTATTATGGGATGTGTATTAAATTATTTTGTGGTAACTCCAATATAT +GGTCAAGTAGTCGGTAGTTTAGACGCAGTAATAGCAATGGGAAGTGCAATAAATCCAAGA +ATACATGATTTATTTACATTTGTAATTTGGGTATACGCTCCATTTAATATAATTAAGGCT +ATAGTAATGACAATATGTGTTTTACCACTATACAAAAAGGTGAATGGAATACTTAAAAAA +TAA +>tsaE +ATGGTTAAAATATATTTGGACGGAGAAGAACAAACTAAAGAAATAGGATATAGATTAGGA +AAATTACTTACACCAGGAAGTGTGATTTGTTTAATAGGAGACTTAGGAGCAGGGAAAACT +ACTATGACTCAAAGCTTAGCAAAAGCTATTGGTGTCGACGATTATATAACTAGTCCTACT +TTTACAATAGTAAATGAATATGAAGGAAATATGCCTTTATACCATTTTGATGTTTATAGA +ATTGGAAGTAGTGAAGAAATGTATGATATTGGGTATGATGAATATATAAACTCAGATGGT +GTGTGTATAATAGAATGGGCTAATTTAATAGAAGATATACTTCCTGATGAGTATTTAGAT +ATAGAATTAAGTTATAAAGATATGGGAAGAGAAATGATATTAAAACCAGTTGGAGAAAAA +TATAAAAAAATCGTTGAGGAGCTGACAAAATAA +>tsaB +ATGAAAATACTAGGTATAGATACATCTTCAAATGCATCGAGCGTTGCTGTAATTGAAGAT +AATAAATTAATATGTGAATATACTGTAAATACAAAAACAACACATTCTCAAAAGCTTATG +CCAATGATAGAAAATATGCTATCAATGAGTGATATAAATATAAAAGATATAGATGCTATA +GCAATATGTATAGGACCGGGTTCATTTACAGGATTAAGAATAGGTATGGCGACTGCAAAA +GCAATAGCACATGTAAATAATTTACCTATAATAGGAGTAAATTCACTAGAAATATTAGGT +GGAAATATGAATCTTTGTGATAAAAATATATGTTCTATACTAGATGCACAAAGAAATCAA +GTTTACACTGGAAGATATAAATTTGAAAATGGAAACATAGTTGAAATACAACCAGTAGAT +GTAGTTGAAATAGAAAATTTATTAGAAGAAATATCTAAGGATAACGAAGAGTGGATTTTA +GTTGGAGAAGCTGTTTATAAGTATGAAGATAGAATAAAAGAAATAAAAAATATAAGAGTG +CCATCTCCATCGCACAATGTAACAAAAGCAAGTAGCTTATGTTCTATCGCTAAAGAAAAA +TATAATAAAAATATAGATGTTCATAATTGTTACGATATAAATCCAATGTATATAAGAAAA +TCTCAAGCAGAAGTTCAATACGAAGAGAAAATGAAGAGGTTAGAAAATGGTAAATAA +>rimI +ATGGTAAATAATCTTGTAATAGAAGAAATGAAGGTCGATGATATTGACGGAGTTTTCGAA +GTAGAGAAAAATTGCTTTGAAGATTATTGGTCAAAGGATTCATTTAAAAAAGAGCTATCT +AATAATTTAGCAAAATACCTTGTTGCAAAAGTAGATGGTAAAGTAGCAGGATATGTTGGC +ATATGGTTTGTAGTAGATGAAGGTCATATAACAAATGTAGCAGTACATGAAGATTATAGA +GGTCAAAAAATCGGAGACCAATTAATAAAGGAATTAGTACAAGTATGTAAAGATAATAAA +ATTGTATCAATGACATTAGAAGTAAGAACTTCAAATACAGTTGCTCAAAATTTATATAGA +AAATACGGATTCAAGATGGCTGGAATTAGGAAAGAATATTATAGTAATAATAAAGAAGAT +GCCATAATAATGTGGAATGATATAAAAGAGGTGTAA +>tsaD_1 +ATGAAAGATGTAATAACATTAGCTATAGAAAGTAGTTGTGATGAAACATCAGCAGCCATA +TTAAAAAATGGTAGAGAAGTTTTATCAAATATAATATCGACTCAAATTGAAACACACAAA +AAATTCGGTGGAGTAGTACCTGAAGTGGCATCAAGAAAACATATAGAAAGTATTGATGAA +GTTGTACAAGAAGCCTTAGATACAGCTAACATGGACTTTAAAGATATAGATCATATAGCC +GTAACATATGGTCCAGGACTTGCAGGAGCACTTTTAGTAGGCTTATCACATGCAAAAGCA +TTAGCTTACACATTAGATATTCCACTGGTAGGAGTAAATCATATAGAAGGACATGTTAGT +GCAAACTATATCGAGCATAAAGATTTAAAACCTCCATTCATAACTTTAATAGTATCAGGA +GGGCATACTCATTTAGTTGAAGTTAAAGATTATGGAGTTTATGAAATTTTAGGTAGAACA +AGAGATGATGCATCAGGAGAAGCATTTGATAAAATAGCTAGAGCTATGGGCCTTGGATAT +CCAGGTGGACCAATAATAGATAGATTAGCCAAATTAGGTAATAAGCATGCCATAGAATTC +CCTAGGGCTCACATGGATGAAGAATATGACTTCAGCTTCAGTGGACTCAAATCAGCAGTG +CTAAACTATCTAAATGCTAAAAAAATGAAGAATGAAGAAATAATAGTTGAAGACGTAGCA +GCATCTTTCCAAGAAGCGGTAGTAGAAGTATTATCAAGTAAAGCAATAAAAGCAGCTTTA +GATAAAAATTACAAAACAATAGCTTTAGCGGGAGGTGTTGCATGCAACTCATCACTTAGA +GAAAAAATAACTGAAATGGCTAAAGAGCATGGTATTGATATTAAATACCCACCATTAGTA +TTATGTACAGACAATGCAGCGATGATAGGATGTGCAGGGTATTACAGTTACATGAACGGA +AGAAGAGATGACATGTCACTAAATGCCGTACCAGGACTAAAAATAGGTCAAAAATAA +>yeeO_1 +TTGCAAGGATTATTTAAATTAGATAAAGAAAATAAAAGTTTCTATAAGTTATTAGTATCA +CTTTGTATTCCTATGATTGTACAGAACTTGATTTCATCTTCTGTTAATGTAGTTGATACT +GTCATGATTAGTAGCCTAGGAGAATCATCTGTAGCTTCTATTGGAGTTGCAAATCAATTT +TTCTTCCTATTTAATATGACTTTATATGGAATAACTGGTGGTGCTGGTATATTTATATCT +CAGTTTTTTGGAAAAAAAGACGTAAATAATATTAGAAGTGTAACTGGATTAAGTACAATT +TTAGCTTTTTTAGTTAGTTGCTTATTTTTCCTTCCAGCTTTAATAGCTCCTAAATTAATA +ATAAACATATTTTCTCATGATTCAGAGGTTGTTAAACTATGTATTGAATATTTTAGAATT +GTTACTTTTTCCTATCCAATAATTGCAATAAGTACAGTTTTTAGTATGGGTTCAAGAAGT +GTTAGAAACCCTAAACTAGGTATGATATGCAGTACCATAGCCTTAGGAACAAATATAGTA +TTAAACTATGGTCTTATACTAGGTAACTTTGGATTGCCTGCTTTAGGTGTTAAAGGTGCA +GCTTTAGCTACTGTTATTGCTAGAATTATTGAATTAGTGCTTATAACATCTTACATTTAT +TTCATTAAGAAGGACTATATATTAAGATTCAATTTAAATGATGTAAAAAGAATAAAGGCT +GATTTCTTAAAAACTTTTGCATCTAAAAGTTTACCTATACTCTTAAATGATAGTCTATGG +GCATTTGGGACAGTTTTATACTCTGTAGCATATTCTCAAGCTGGTACTTCCGCTATTGCG +GCCAGTCAAATAGCTACTAGTACAGGTAACTTCTTTATTATGACTTCTGTATGTGTCGCA +AATGGAGCTGCTATTATGCTTGGAAATGAATTAGGTGCAGACCAAATAGAAAAAGCTATA +CGCTATTCTAAAAAATTCTCTATTCTAGTATCTTTAACGGGATTACTATTTGGACTTTTA +TTAATAGCTAATATACCTTTATTATTAAAAGTATTTAATGTATCAAAGGAATTATCTCCA +GATATAATAAAAATATTCATTATAATGGGTCTATTAATGGCACTAAAAGCTTTTAATACC +TTTATAGTCATTGGTGTTTTAAGAAGTGGTGGAGATACGAAATACTCATTATTTTTAGAA +TTAGGATGTATGTGGTTAGTGTCCCTTCCACTAACATTTTTAGCTGCGTTTAAAGGCGCT +CCTATATTTATGTTAGTTTTATTAACTTATACTGAAGAAATTGCTAAATTTATATTCGGA +GTTCCTAGAGCCTTATCTAAAAAATGGGCTACTAACTTAGTAAAAGAGATGGTTTAG +>rex +GTGGGTAATAAAAACATATCTATGGCTGTAATTAGAAGGTTACCAAAATATTACAGATAT +TTAGGTGACTTATTAGATAGAGATATACAAAGAATATCATCAAAAGAATTAAGTGATATA +ATCGGATTTACTGCATCTCAAATTAGACAAGATTTAAATAATTTTGGAGGATTTGGGCAA +CAGGGATACGGGTATAATGTTGATGCTCTACACCAAGAAATAGGAAAGATTTTGGGACTT +GATACAAAATATAATGCTGTACTTATAGGTGCTGGGAACTTAGGTCAAGCAATAGCAAAT +TACTCAGGATTTAGAAAAGCTGGTTTTGAAATCAAGGCATTATTTGATGCAAACCCAAGA +ATGATTGGATTAAAGATAAGAGACTTCGAAATATTAGATTCGGAAGATATAGAGGAATTT +ATAAAGGAAAATGAAGTTGATATAGCTATAATGTGTATTCCTAAAAAAGGAAGTCAAGAG +CTTGCAGATAGATTAGTAAATGCAGGAATAAAAGGCATATGGAACTTTGTACCTGTAGAT +TTAGATGTTCCAGAATCAGTTATAGTTGAAAATGTAAATTTAACAGAAAGTTTATTTACA +TTATCATATTTAATGAAAGCAGAAGACTAA +>fdxA +ATGTCTTACATAATAAATGAAGCTTGCATAAGCTGTGGTGCTTGTGCTGATGAATGTCCA +GTTGGATGTATATCTGAAGGGGATGAAAGATACGTTATAAATGCAGATGAATGTGTTGAT +TGCGGATCTTGTGCAGAAGTATGTCCTGTGGATGCTCCACAACAAGGAGAGTAA +>cooS1_1 +ATGGATTGTAATAGTTGTAAAATGTGTAAAAGTGCAGATGATAAGCTAGAAAGCTTTGTG +GCATCGAAGGAATTTGAAACTGCATTTCATAGAACTGAAGACCAGAAACAAAAATGTGGA +TTTGGATTACAAGGAGTCTGTTGTAGACTATGTGCAAACGGTCCATGTAGGATAACTTCT +AAATCACCAAGAGGAATATGTGGTGCAGATGCAGATACAATAGTAGCTAGAAACTTTTTA +AGGGCAGTAGCATCAGGTTCTGCATGTTACATTCACGTTGTTGAAAACACTGCTTTAAAT +TTAAAACATGTTGGTGAAACAAAAGGGTTGATCAAGAGCCAAAAAGCATTGGATTATTTA +GCTGATAAATTAGGAATAGATGAATCAGATAAATATGAAAAGTGTATAAAAGTGGCAAAT +GCAGTTTTAGATGATTTATACAAACCAAGACATAAAAAAATGGAATTAGTCGAAAAAATA +GCTTATAAACCTAGGTTAGAAAAGTGGAGAAAGATAGGAATAATGCCTGGTGGAGCTAAA +TCCGAAGTATTTGATGGGGTAGTAAAATCTTCAACTAACTTAAATAGTGATCCAGTAGAT +ATGTTAATGAACTGTCTGAGCTTAGGAATATCAACAGGATTATATGGATTGACATTAACA +AACCTTATAAACGACATAATGCTAGGAGATCCAGTTATAAGAATGGCTCCAGTAGGATTT +AGAGTAATAGACGAAGACTATATAAACATAATGATAACAGGTCATCAACATTCAACTTTT +TCAAGTTTCCAAGAAAAATTAACACAACCAGAAGTAGTAAAATTAGCGAAAAAAGCAGGT +GCAAAAGGATTTAGATTAGTAGGGTGTACTTGTGTAGGTCAAGATTTACAGTTAAGAGGA +GAACATTATCAAGAAATATTTGCAGGTCATGCAGGAAATAATTTTACAAGTGAAGCAGTT +TTATCTACAGGAGCTATAGATATGGTAGTATCTGAATTTAACTGCACAATACCTGGATTA +GAACCAATAGCAGATAAATTAAATGTAAAAATGATATGTTTAGATGATGTTGCTAAAAAG +AAAAACGCTGAATACATTTATTTAGATAGAAATAAATATGATGAAATAGATATGAAATTA +ATAAATGAAGCACTAGAGTCTTACAAATCAAGAAGAAGTCAAGTTCAAATAGACATACCT +AAGGATCATGGATATGAAGAGTCATTGACAGGAGTAAGTGAAAAGAACTTAAAAGAATTT +TTAGGTGATTCATGGAAACCTCTTGTAGACTTAATAGCTAATGGAACTATAAAAGGAGTT +GCAGCCATAGTAGGATGTTCAAATATGACTGCAGGAGGTCATGACGTAAATACAGTTGAA +TTAACTAAAGAATTAATTAAGAGAGATATATTAGTTCTTTCTGCTGGATGTTCAACAGGA +GGGCTTGAAAACGTAGGACTTATGTCCCCGGGAGCAGAAGAACTTGCAGGAGATAACTTA +AAAACTGTATGTAAAACATTAGGTATACCACCTGTATTAAATTTTGGACCATGTCTAGCT +ATAGGTAGACTAGAAATAGTAGCGACTGAATTAGCTGAATATTTAGGAATAGATTTACCT +CAACTTCCGCTTGTACTTTCTGCACCACAATGGCTAGAGGAGCAAGCTTTAGCGGATGGA +GCTTTTGGATTAGCGTTAGGGTTACCACTTCATCTAGCATTACCTCCGTTTATAACAGGA +AGTAAAGTAGTTACTGAAGTACTAACAGAATCATTAAAAAATATAACAGGAGGTCATGTA +ATAGTAAATCCAGATCCTAAGTCTTCAGCGGATCAACTAGAAGAAATAATAATAGATAGA +AGACAAAAACTAGGATTAAAGGAAGTGGAAATCTATGCATAG +>group_685 +ATGGCAGAAAAAACTTTAAATGTATTCGAAATAGCAAAATCACAAGTAAAATTAATGAAA +AATGCTTTTGAAGAAATATGGGATTTAGCCGAAGAATATGATGTGAGTCTAAGAACAGCG +GCATATATGATGTCAATTAAAAGAGTTGCAATAGCAATGGAAAAAAGGGGGGATGCTAAG +ACTACATCAGAATCGTTAGCAAACAATTAA +>ykfC +ATGAAGAAAAAAATATTAGTACCAATGTTTGCATCAGTTATGGCATTATCAATGAATGCA +GTAGTAAATGCAGATGAAGTTAAAGATAATAATATAGATAATACAGAAGAAAAAACTAGT +CAAGACGTTATTGATTTAGGTGAATATGAAGAAACTACATATAAAACTGCAGTAGTTAAA +GATGGGGTTGCAGTAAAGATAAGAAATGGTGGTAAAGTTAAGCTTGTAGCATATACAGGT +GATAGTTTTAAAGTTTTAGCAACTCAAGGGGAATGGGTTGAAGTTTCTGTAGATGGAGAA +AAAGGATGGGTTCCTTCTAGATTTGTTGATATAAAATCAGCGCCAGGGTTTGTTACAGAA +GAAAAGGTAAACTTTAGAAATGATGCAAATACTGATTCTGAAATAATTGAAGAATTATCT +AAAGGAAGTAAATTAGAAGTATTAGAGGATCAAGGAGAATGGATAAAGGTTAAATATGGA +GACAAAGAAGGGTATGTAAGTGCTAAATATATATCTGATGAAGCTCCAGTAATAGAAGAA +GTAGTTGTTGAAGAAACAGTTACTGAAGAAGCTACAACTAGAGTTTCAAATAATCAATCT +TCAAGTAGCCAAAGTTCAAATACTCAAAAGTCTAACAAGAAAAATAATAGTTCATCAAAT +AAAACAGAGCAAAGCAATGAAAATGTTCCAGCAGCTAATACATCATCAGCTCAAGCTGTA +GTTAATTTAGCTTATTCTAAAATAGGATCTCCATATGTATGGGGGGCAGAAGGACCAAAT +AGCTTTGATTGTTCTGGTTTAACATCTTACGTATACAAGAAAGCTGCAGGAGTGTCTTTA +CCTAGAACATCTTCAGCTCAATCAGGATATGGAAAAACAGTAAGTAAATCAAACTTACAA +CCAGGAGACTTGGTATTCTTCGGTAGCGGAAGTGTAAGCCATGTTGGTATATACATAGGT +GGAGGAAATATGATACATTCACCAAAGCCAGGAGAATCAGTTAAAATAACAAGTATAAAC +TCATCTTACTATTCAGGTAGGTTTATAACTGCTAAGAGAGTTTTATAA +>pyrB +ATGTTAAAAGGAAGAAATTTAATCCAACCAGAAGACTTTTCTGTTGAAGAAATAGATGAA +ATATTAGAATTATCTCAAAAAATAATTGACAATCCGTCAAAATATTCCCGTAGATGTGAA +GGTAAATTAATGGCTACTTTATTTTATGAGCCATCAACAAGAACAAGATTAAGCTTTGAA +TCTGCTATGAAAAGATTAGGTGGACAAGTAATAGGTTTTTCAGAACCTAATTCGTCATCA +GTATCAAAAGGAGAATCTCTAGGAGATACAATTAGAACAGTATCAAGCTATGTAGATGTA +ATAGTTATGAGACATCCGCAATTTGGAGCTGCAAATGAAGCTATTAAATATACTGAAGTA +CCTTTTATAAACGCGGGAGATGGAGGAAATCAACATCCAACTCAAACACTTACCGATTTA +CTTACAATAAAATCTCTTAAAGGAAATTTAGAAAATCATACAATTGGTCTATGTGGAGAC +TTAAAAAATGGAAGAACAGTACATTCTTTAGTTAAAGCAATGGCTAGATATAAAAATACT +AAATTTGTATTTATATCACCAAAGGAACTTGAAATGCCTGAATATATAAAGGAGGCAATA +AATGGTCATGAATATTATGAAACTACTAACTTGGATGAAGTTATAGGAACATTAGATGTA +TTATATATGACAAGAGTTCAACAAGAAAGATTTGAAGATAAAGCTGAATATGATAGATTA +AAAGATTACTATATTTTAAATAAAGCTAAGCTTAGTCATGCAAAAAAAGATATGTTAGTT +ATGCATCCATTACCGAGAGTAAATGAGATAGATACTGATGTAGATGCAGATGAAAGAGCA +GTTTATTTTAAACAAGCGAAGTATGGTATGTTCGTAAGAATGGCTTTAATAACAAAACTT +TTAGGGGTGGATATAAATGAATAA +>pyrC +ATGAATAATATATTATTTAGAAATGTTAGAATTGTAGATGCTAATAAAGACTTTAAGGCA +GATTTACTTGTATCAAATGGTGTAATTTCAAAAATAGATGAAAATATAGAAATTGAACAT +GAAAGCATAAATATAGTAGATGGAAATGGTTACGTATTAATGCCTTCTTTTATAGATTTA +CATACACATTTAAGAGACCCAGGATTGACACATAAAGAAGATTTAGAAACAGGTCAAAAG +GCTGCACTAAAGGGTGGATTTACAGTACTTTGTCCAATGGCAAATACAAAGCCTGTTTGT +GATAATAAAGAAGTTATGGAGTACGTACTTAATAAAGCAAAAGATTTAGATTTATGTGAT +ATAAAGCAAGTATGTGCGATAACTAAAAATTTAGATGGTCAAGAAATGATAGATATAGAA +TCAATGAGAAAGTATACAGATTTATTCTCAGACGATGGATACACATTATTTAATGAAGAA +ATAATGGAAAATGTTTTAAGGTTATCTTCTGAATTAGATTTTAAAGTATTAACTCACTGT +CAACCAGAGTATGAAATAGTTCAAAGAGACCTAAAGATGTTAAAAGAAGTTGGTGGAAAC +TTACATATATGCCATATAAGCTTAGAAGATACGTTAAATGAAATAAAAAAATATAAAGAT +GAAGGCTACAAGTTTACTTGTGAAGTAGGACCACATCACATATATGGATACGGATTAGAC +TATAAAGTAAATCCATCGTTTGCAAAAGAAGAAGATATGAGGGCTTTAATCCAAGGAATT +AAAGATGGATATATAGATATGATAGGAACAGACCATGCGCCTCATACAGAAGGTGACAAA +AAAGCAGGATCTCCTGGAATATCAAACATAGAAGTAGCTTTTGCAATGGTTAATAAGGTA +TTTAAAGAAAATAATATATCTTTAAATAAACTAAGTGAAATGATGAGTGCTAATCCTGCT +AGACTTCTTGGATTAAGTCAAGGATTAATAGAAGAAGGTTTAAGAGCAGATTTAGTTTTA +ATAGATGAAAATGAAATTGATGTAATAGATACTAGAAAGTTTGTATCTAAAGGAAAAAAT +AATCCTTTTAATAATCAAAAGGTTATAGGAAAAGTAATAATGACGATAAGAGACGGGAAA +ATAGCTTATAAAGTAGAGGGGGATATGTAA +>pyrK_1 +ATGTATAAAGTTCTAGAAAATAGATATGTAGGAGAAGATATGTATCTAATGAGAGTTGAA +GGTAGATTTGAAGGCAAAATGGGTCAATTCTATATGCTAAGAGCTTGGGATACATACCCA +TTACTTTCAAGACCAATAAGTATACATGATATAGATGACAATAGTATAAGTTTCTTATAT +AAAGTATTTGGAGAAGGTACTCAAATCTTTAGTAGATTAAAAGAAGGGGATACTATAAAA +TTAGAAGGACCATATGGAAATGGATACGAAAAGGTTGAAGGTAAGGTAGCTTTAGTTGGT +GGAGGAATCGGAGTAGCACCATTATATTTAGTAGCTAAAAATATAGAAAATTGTGATGCA +TATCTTGGATTTAGAAATGAAGCCATATTAATGGAAGAATATAAAGAATTATGCAATGAA +GTTCATGTAGTTACAGGAAATACTTTTGTAACGGATATCTTAGACGTAGAAAGGTATGAT +TACATACTAACTTGTGGGCCAACTCCAATGATGGAAAAGTTAGTTAAAATGGTAGAAGGC +ACTAAAACAAAAATAATGGTATCTCTAGAAAATCACATGGCATGTGGAGTAGGAGCTTGC +CTAGTTTGCACTTGTAAGACTAAATTTGGAAATAAAAAGACTTGTAAAGATGGACCAGTA +TTTTGGGGAGAGGACGTGATTTTCTAA +>pyrE +ATGAGTAAAGTAGATGTAGTAGAAATATTAAAGAAAAGTGATGCATTATTAGAAGGGCAC +TTCTTATTATCTTCAGGAAAGCACAGTAACAGATACGTACAGTGTGCAAAGGTATTAAGA +TTCCCACAATATGCAGAACAAGTTTTAAGTACAGTTGTTGAACAAATAAAAGATTTAGAT +ATAGATTTAGTAGTTGGACCTGCTATGGGTGGAGTTATAGTTTCATATGAATTAGGAAGA +CAATTAAATAAAGAAACAGTGTTCACTGAAAGAAAAGATGGAGTAATGGAACTAAGAAGA +GGTTTTGAAGTAAAACCAGGAGCTAAGATAATAATAGCTGAAGATGTTGTTACAACTGGT +AAATCAACTATAGAAACAAAAGAAGCATTAGAAAAGTTAGGTGGAGAAGTAATAGGTGTT +GCTTGTATAGCTAATAGAACTTCTAAAGATATCGGAATGCCTATATACAGTGCTATAAAG +CTTGAAATAGAAGTACATGAGTCAGATAATTGTCCTTTATGTAAGGAAGGAAAAATAGAA +TTAGTAAAACCAGGAAGTAGAGAATTCAAAGAAATAGGAATGTAG +>group_933 +ATGACTAGACAGTATAAAGATTTTACCAAAATTATAAAAGATATAATACCAGGTTTTGTG +GTAGCAATTTTAGTAGCTGGATTAAGCATGTTACTTGCTAAATTTATTCCAAAACTTGGT +GCAGCATCAATAGCTATATTTTTAGGGATGTTTGTAGGTAACGTATTTTTAAATCAAGAA +ATATTTCAAAAAGGATATAAATTCTCTGAAACGGACTTATTATCATATTCAATAGTATTA +TTAGGAGCAACATTAAGTATATCAACTATATCAGAAATAGGAATTTCGGGGGTTATATTT +ATAGTCTTACAAATGACAATAACTATAATAGGAGCCTTATATATAGGAAAAAAATTAGGA +TTTTCGGAAAACTTTCGATATATGATGGCTAGTGGGAATGCAGTTTGTGGTTCTTCTGCA +ATTGCAGCGACTGCACCAGTTATTGAAGCTGATGATAAAGAAAAAGGAATTGCCATAACA +ATCGTTAATGTTACAGGAATTGTTTTAATGTTCTTACTTCCGGTGATTACACAGTTTTTA +TACAATCATGATCTTACTCAAACTTCAGCTATGATAGGAGGAACATTGCAATCTGTAGGT +CAAGTTGTAGCTAGTGGAGCGATGGTAAGTGAACACACTAAAGACCTATCTACTATATTT +AAAATAGTACGTATAATATTTTTAGTAGTTGTAGTATTTGTATTAGGACACTTAAAGCAT +AAATCTAATAAAGAAATATTGGAAGAGGAAGTAACTGATATTGAAAAGGGAAAAATAAAA +GTACCATGGTATGTAATAGGATTTTTTATAACATGTGCTTTATTTTCTTTAAATATAATT +ACTCCAAATGTATCTATGATATGTAAGGAACTAAGCAATAAATTTGAAATAATAGCTTTA +GCAGCAATTGGTCTAAGAGTAAATGTAAAAGATTTAATTAAGCAAGGAAAATCAGTGTCA +TTATATGGTTTATTTGTAGGTATATTACAGATAATTTCTGCAATAATGCTGATCGGAATA +TTATTATAA +>cdd_2 +ATGATAGATGCAAAATTACTAGTTGAAAAAGCTTTTGAAGCTCAAAAATTTGCTTATACA +CCATACTCTAATTTTAATGTTGGAGCAGCACTACTTGGTACAAATGGTAAAATATATCAA +GGTTGCAACGTAGAGAATGCAGCTTATACACCAACAAATTGTGCAGAAAGAACTGCATTT +TTTAAAGCTATTTCTGAGGGACAACGTACATTTTCAGCAATAGCTATAGTTGGAAATAAA +GCTGATTCTGAAGAATATGATTACTGTGCGCCTTGTGCCGTATGTAGACAGGTTATGGCT +GAATTCTGTGATCTTAAGGAATTTAAAATTTATCTAGCTAGAAGTAAAGATGATTATAAA +GAATATACTCTAGGAGAACTTCTTCCGTTAGCATTTACAGGAGCAAATTTAAAATAA +>dck +ATGTTTAAACTAGTAAACCAAAGTAATACACCTGCTAGTAGAGATTTATTTATAACTGTG +GCCGGTAATGTAGGTGCTGGTAAATCAACTTTAACAACATTAGTTGGAAATAAACTTGGG +TTTGAAACTCATTTTGAGAAAGTTGATGGAAATCCATACTTAGAAGATTTCTATGCTGAC +CAAGAGAAATGGGGATTCCATTTACAACTTTATTTCTTAGCTCAAAGATTCAAGCAACAA +AAAGAAATCCATGCTAATGGACTAAATAATATTCAAGATAGAAGTATATACGAAGATGTA +GAGATATTCGCTAGAAACTTATATGATAACGGAAAAATGACAAAAAGAGATTATATAACT +TATAGAGATTTATTCAACGATATGGTTCCTTATCTAAAAAAACCTGATTTAATGATATAT +TTAGATGGTTCTATCGACACTATAATTAACAGAATAAACCTTAGAGGACGTGAGATGGAG +AAAACTGTTGATTTAGATTATTGGAAAAACCTTCATAATAGATATGAAAAATGGATATCT +GAATATGATCAATCACCTGTTTTATATGTAAATATAAATGAGGTTGATTTAGTAAATAAC +CCAGAACATCTTGATATGTTATGTGATGAAATAAGAAAAATATTAGGAATGTAG +>dgk +ATGAACGAAAGAGGTATTTTTATTGCTATAGAAGGTCCAATAGGAGTAGGAAAAACTACC +CTTGCAACAATACTTAATGAGTACTTTAATTATACTCTTCTTAGGGAGATAGTTGAAGAA +AATCCGTTTTTATCAAAATTCTATACAGATATAAAAGGCTATGCTTTACAAACTGAAGCA +TTTTTTCTATTTAATAGAGTAAAACAATTAGAAGACACTGAAAAAAATCTATTGTCAAAA +GGTAACGGAGTTGTTAGTGATTACCATATAATAAAAAATCTTATATTTGCTGGTTTAACA +CTTGATAAAATGCAATTTCATAGATACAAACAAGTTTATAATACTTTTGTAAATGATTTA +CCTCAACCAGATATCATAGTGTATTTAAACTCTAGTACCGATGTTTTAATGAAGAGAATA +GCTATGAGAGATAGAAGTTTCGAAAGACAAATGGATAGAAATTATATTGAAGAATTAGGA +ACGGAATATAAATATTACTTTAATCCATTATCGATAAAGCATAATTTTATGGGTAAAGAG +CCTATTATTATAGAAATAGATAACTCTAATTTAGATTTCTTAAATAACGATAATGATAGA +CAATTTATAATAAACAAAGTAAAAGAAGCCATGACAACTTTAGGAGGACAATAA +>group_1037 +ATGAAAGTGTACGAAAAAAATAATTCGGTTATATTAGAAGGAATAACAGATTTTGATCCT +AAGCATATATTTGAGTGTGGGCAATGCTTTAGATGGCATAAGCAAGAAGATGATTCTTAC +ACAGGAGTTGCAAAAGGAAAAATATTAAATGTAAAAAGAGAAGGAGATATTGTTTATTTA +AATAATACTAATTTAGAGGAGTTTAATAATATTTGGTTTGATTATTTTGATTTAGGTAGA +GATTATACAGAAATAAAGAATACTTTAAAAAGTATGGATGAATATTTAGATAAGGCAAGT +GATTTTGGATGGGGAATAAGAATTTTACAACAAGATGGATGGGAAATGCTTATATCATTT +ATTATTTCATCAAATAATAGGATACCTATGATTCAAAAAGCTATAGAAAATTTATCTAAG +AAATTTGGAAAATATATAGGAGAGTATAACGGAAAAGAATACTATTCATTCCCGACACCA +GAAGAATTAAATAAGGCTTCACAAGAGGATATAAGAGCTTGTCAAACTGGATTTAGAGAT +AAGTATATAAAGAGTACAACTGAGTCAATAGTTAATAATAAAGATGATGTTCGTAGGTAT +ACTAATTTAAGTACAGAGGAGTGCTTAAAAGAACTTTTAAAATTTAATGGAGTAGGACCT +AAGGTTGGTGATTGCATAGCTTTATTTGGAATGAAGAAATATGATACATTCCCAGTTGAT +GTTTGGGTTAAAAGAGTAATGCAAGAATTTTACGTAAATGAGGATATGAGTTTGCCAAAA +ATAAGAGCGTATGCTATAGATAAATTTGGAGATCTAGCAGGTTTTGCACAACAATATTTA +TTCTATTATGCAAGGGAATTAGGTATAGGAAGATAG +>groS +ATGAAAATAAGACCATTAGCTGACAGAGTTGTCATTAAAAAGGTTGAAGCAGAAGAAAAA +ACTGCAAGTGGTATAGTTTTACCTGGAGCTGCTAAAGAACAACCTCAAATAGCAGAGGTA +GTTGAAGTTGGGCCAGGAGGAATTGTTGATGGAAAAGAGATAAAAATGGAATTAAAGGTT +GGAGATAGAGTTATATTCCAAAAATACTCTGGAACTGAAGTTAAAATAGAAGGGCAAGAA +TACACAATATTAAGACAAAGTGAAATACTTGCTGTTGTTGAATAA +>groL +ATGGCTAAAGAAATTAAATTTGCTGAAGATACAAGAAAAGCTTTAGAAACTGGTGTAAAT +AAACTTGCTGATACAGTAAAGGTAACACTAGGACCAAAAGGAAGAAATGTAATATTAGAT +AAAAAATTTGGTGCACCGCTAATAACTAATGATGGTGTTACTATAGCTAAGGAAATAGAG +TTAGAAGATAGATTTGAAAATATGGGAGCTCAACTTGTTAAGGAAGTTGCTATAAAAACT +AATGATGTAGCGGGTGATGGTACTACTACAGCTACAGTTTTAGCGCAAGCTATAATAAGA +GAAGGATTAAAAAATGTAACTGCTGGAGCAAATCCTATACTTATAAGAAAAGGTATACAA +AAAGCTGTAGAAGTTGCTGTTGAAGAATTAAAAAATCAATCAAGAACTATAGAAAGTAAA +GAGTCTATATCTCAAATAGCTTCTATATCTGCTGGAGATGAAGAAGTAGGTAAATTAATA +GCTGAAGCTATGGAAATAGTAGGTAGAGATGGAGTTATAACAGTTGAAGAATCTAAAACA +ATGCATACAGAATTAGATACTGTTGAAGGTATGCAATTTGATAGAGGTTTTGTATCTGCA +TACATGGTCACAGATGTAGATAAGATGGAAGCTGTTTTAAATGACCCATATATATTAATA +ACAGATAAGAAAATATCTAATATACAAGAAATATTACCTGTACTTGAGCAAATAGTTCAA +CAAGGTAGAAAATTATTAATAATAGCTGAAGATGTTGATGGGGAAGCACTATCTACATTA +GTAGTTAACAAATTAAGAGGAACATTTGAAGTAGTTGCTGTTAAAGCTCCTGGATTTGGA +GATAGAAGAAAGCAAATGTTAGAAGATATAGCTATACTTACAGGTGGTACAGTAATATCT +GAAGAATTAGGATATGAATTAAAAGAAGCAGATTTATCATTATTAGGTAGAGCAGCGTCT +GTTAAAGTTAACAAAGAAACTACTACAATAGTAGATGGATCTGGAGAAAAAACTGATATA +GAAAATAGAGTTAATCAAATAAAACATCAAATATCAGAGACTACTTCTGAATTTGATAAA +GAAAAATTAATGGAAAGATTAGCTAAACTTTCTGGTGGAGTAGCTGTAGTTAAAGTTGGA +GCTGCTACAGAAGTTGAAATGAAAGAAAGAAAATTAAGAATTGAAGATGCCTTAAATGCA +ACTAGAGCAGGTGTTGAAGAAGGTATGGTAGCTGGTGGAGGAACTGCATTAGTAAGTGTA +ATACCAGCCGTTGAAGAATTAGTAAATACTTTAGAGGGTGAAGCTAGAATAGGAGCTCAA +ATAGTAAGAAGAGCTTTAGAAGAGCCATTAAGACAAATAGCTACGAACGCAGGTCTTGAA +GGTGCTGTAATTATACAAAATGTTATGAATGCAGATACTGAAGTAGGATTTGATGCATTA +AATGAGAAATATGTAAATATGATAGAATCAGGTATAGTTGACCCAACTAAGGTTACTAGA +AGTGCATTACAAAATGCTGCATCTATAGCAGGGGTGTTTTTAACAACAGAGGCCGCTGTT +GCAGATATTCCTAGTGAAGAACCAATGCCAGGTATGGGCGGCGGAATGCCAGGTATGATG +TAA +>iolG_2 +ATGTTAGAAAATATACATGTATCTGGTTTCTCAGATGAAATAAGCAGCGATTTTGATACT +CAGTTAGAAACAGTTAAAAACTTAGGTATGGAATACATATCTATAAGAGGAGTAAATGAG +AAAAATTTTAGTGAATACACAATTGAAGAAGTTAAGGAATATATAAAACCTAAATTAGAT +GAATACAAAGTAAAAGTTTCTTCTATAGGGTCTCCTATAGGAAAAGTGTTTATTGATGAT +GAAGAAGGCTTTGGAAAGCAAATTTCTTTATTAGAAAAGCTTTGTGAAATGGCTAAGATT +TTAGATTGCAAGTATATAAGAATGTTTAGTTTTTATATGCCAAAGGATAAAAATCCAGAA +GACTACAAAGATGAAGTTATTAAGAAATTAAAGATATTTACAGAAATAGCAGAAAAGCAC +GATATAGTTCTTCTTCATGAAAATGAAAAAGATATATATGGAGATATATCTAGTAGATGC +TTAACAATATTTAAAGAAGTCGGCTCTGAACATTTTAAGGGGATATTTGATTTTGCTAAC +TTCGTTCAATGTATGGAAGATACTAGAGAATGCTATGAATTGTTAAAAGAATATATAGTG +TACTACCACATAAAAGATGCTGTGAAAGAAGATAAAGAGAATGTAGTATGTGGAACTGGT +CAAGGAAAAATAGAAGAAATTTTAACTGATGCAATAAAAGATGGCTATAAAGGCTTCTTA +ACTTTAGAACCACATCTTGTTATATTTGATTCATTAAAAGACTTAGAGTTAGAAGACGTA +AACAATATAATAAAAAAAGACAAGGGATTAGATGGTAAAAGTGCTTATGCACTTCAATAT +AACTCTTTAGTTAATATATTAAAGAGTATAGATTTCAGATTAAAGAAAATAGGGGGAGAA +AATATGAAACAAGTAAGATTTGGTATAGTTGGTATAGGTCAAATGGGAGGTTCTCATGCA +GAATGGTTAGCTGGAGGAAAAGTTGAAAATGCAGTTTTAGCAGCTGTTTGTGACGTTAAC +CCACAAAAGAAAGAATGGGCAGCAGAAAAGTTACCTCAAGATGTTAAATTTTACGATAAT +TATATAGATATGTTAGATAGTGGAGAAATAGATGCAGTACTTATAGCTACACCTCATTAC +GATCATCCAGTAATAGCTATAGAAGCATTAAATAGAGATTTACATACATTAGTTGAAAAG +CCTGCTGGTGTTTATACTAAAAAAGTAAGAGAAATGAATGCAGTAGCGGAATCTAAACCA +CACTTAGTATTTGGAATGATGTTCAATCAAAGAACAAATCCTTTATATCAAAGAATAAAA +GAAATAGTTGCTAATGGAGAAATAGGGGAAATAAGAAGAACTAACTGGATAATAACTACT +TGGTGGAGACCACAAGCTTACTATGATATGAGTAGCTGGAGAGCAACATGGAATGGAGAA +GGTGGAGGCGTTCTTGCTAACCAAGCACCTCATCAAATAGATTTATGGCAATGGATATGT +GGAATGCCAACAAAGGTAAGAGCTAACTTACAATATGGTTCTCACAGAAATATAGCTGTT +GAAGATGATGTAACAGCTTTCGTTGAGTATGAAAATGGAGCTACTGGTACATTCATAACT +TGTACACATGACATAATGGGAACTGATAGATTTGAAATACATGGAGATAAAGGTAAGATA +TTAGTTGAAGGAAGTAAAAAAGTAACTGTTAGCAGATTGAAAGAATCTGAAAATGAATTA +AATGAAAGAATGACATTTGCAGATGTTGCTAACTTATTTAGAGGGCAAGGTATGTCTGAT +TTAATGGACGTTGAAGAATTCGAAATACCTGATCAATGGGGAACTCAACATGTAAATGTC +ATGATAAACTTCACTAAAGCTATATTAGAAGGAACTCCATTATTAGCTCCTGGAACAGAT +GGAATAAAAGGTGTTACTATAGCAAACGCTATGCACTTATCTAGTTGGTTAGGGCAAGAA +GTAGAAATACCATTTGATGAAGATTTATTCTTAGAAGAATTAGAAAAGAGAAAAGCAGAG +GAATTAGAAGCTAAAAAAGAAGCTAAATTAGAAACTGTATAA +>iolG_3 +ATGGCACTTAGAATTGGTGTTATAGGTCTAGGAGATGTTTCAATAGTTCATATTAATGCA +ATTAAGTTAAGTGATAAAGCTGAACTTGTAGCTGTATGTGACACAGACGAGACTAAAATG +AATTTAGTAGAAGGTGCTAATTTTTACACTGATTACAATGAAATGATTGAAAAAGAAAAT +TTAGATTGCGTTCATATATGTTTACCACATTACCTTCATTATCCAGTTACTAAAGAAATA +ACTTCTAAAAAGGTCAATGTACTTTTAGAAAAACCTCTTTGTCTTAATACAGAAGAAGTG +GAAAAGTTTAATGAATTAGATAAAGAAACAGATGCAAATATTTGCATCTGTTTACAAAAT +AGATATAACCATACAGTTAAAACTTTATTAGAAGTGATAGAATCGAAAAAGTATGGAAGT +GTAAAGGCAATAAAAGGTATAGTAGCTTGGAATAGGCCAGAGTCATATTATACTACTAAG +CCTTGGAGAGGCAAAATGGAGTATTCTGGCGGTGGTGTAATGATAAACCAAGCAATACAT +ACAATAGATCTAATTCAACTACTTGGTGGAGAGATAGAGTCTGTTAAAGGTAATATTAGT +AATTTATTAAATTATGATATTGAAGTTGAAGATACAGCTATGGCTAATATAAACTTCAAA +AATGGTGCTAGAGGTACTTTTATATCAACTATAGCTTATGCAGATAATTCTAGTGTTGAA +ATAGAAGTCATATTTGAAAATATAAGATTTGTGATAAAAGATAGTACACTTTACAAATAT +GAGAATGGAACTCAAGAAATAGTTGTTAAAGATAAATTATTCGAAGGTTCAAAGCATTAT +TATGGATCAAGTCATGCAGAGTTTATAGATAACTACTATAATTGTCTAATTAATGATACA +GATAATTATATTAGAGTCAGTGATGCATCTAATTCCATGAGAATTATTGACAGTATTAGG +AATTCATCTAAAGAAGAAAAATTAATTAATTGGGGGAATTAA +>iolE +ATGAATAAACCAACAATAGGCGTTCAAATGATGATGCTTAGAAATAAGATAGAAGAATTA +GGTATAAAAGAAACTTTTAAAAAAGTTAAAGAAATAGGATTTTCTACAGTAGAGTTATCT +CAAGTTCCTATGACTCCAGAAAATGTTGAAGCAATAAGAGAATCATTAGACGAATTAGAT +ATGAGAGTTTGCGCAACTAGCGGAGCTTTAAAAGCTATGGCTCCAGGTATGAAAATGGAA +AACTTAAGAGATGATTTTGATAAAATAGTTGCAGACACTAAAGCTTTAGGATGTAAATAT +ATAAGAATAGGTATGATATCTTTTGATTGTTTGGGTTCTAAAGAGAAAATAGTTGAGTAT +ACAAAAGAATTAAATGAAATGGGAAGAAGGCTTAAAGAGCAAGGTTTAGAGTTATATTAT +CATAATCATCATGTTGAATTTGCTAAATATGATGGTAAATACATAATGGATATAATGGCT +GAGGAAAGTGATCCAAAGTACTTAGGATTTGAGCTTGATGTTCATTGGTTACAAAGGGGT +GGAGTTAATCCTTTAGAGTGGATTAAGAAACTAGAAGGAAGAACTAAAATACTACACATA +AAAGACTATAGAATAGCTCAAACTTTAGATTTATCAGGTGGTATGCAAGAAATAATGAGA +AGTTTAGCTGAAATGGTACAATTTGCTGAAATTGGTGAAGGAAGCTTAGATATGAAAGCA +ATAATAGATTTAGCAACAGAAACAGGCGTAGAGCATATATTCATAGAGCAAGATGATACA +TATGGTAAAGATCCATTTGAAAGCTTAGAAATAAGTGCTAGAAACTTAAGAAAATTAGGT +TTTGGAGATAGATTTTAA +>group_1279 +ATGATAATCAAGGAGCTATACCCTCTAAATAACGGTTACATAGATTGGGATAAATGTATT +AAGTATTATGTCATAGAAAATCAAGTTCCTTTAAATGTGTTTTGGGATAGTGATTTTTAC +GAACTTTCTATTTATGTAGAGCAGTATAAAGAAAAACTAGAAGGTATTAAAATGGCAGTC +ATTTACGGCTATGTAAGTGCTAAAAAAAGTAAGATTATAAACATATTTAAAAAGAAAAAA +TCTAAAAAAGAAATGGAAAAGATGAAAGAGGACTTAAAGAAAAAATTCAATCTCTGA +>group_1227 +ATGTCAAGAACAAGAAGTGCAGATGTACTTATAATGATTGGAGGAAAACCAGTTGCAGGA +CAAAGTGGAGCATCCTTTGAAGCTTCAAATGAGTTTGAGGAATTTATAGATAGAGTTGAA +TCTGCACAAGGTCAATGTATGACTTCAAGAGAATTAAATGGACAAGATTTTTCAATAGAT +ATGAATGCTGTTGCTAATTTATCAGATAAATCTGATGAAGGTGTGTTTGCTACACTTTGG +GACGCATGGCAACAAGCAGAAGATTTAGCTGTAAAGTTAGCAGTAAAGAAGCCTAGTTAT +GCTGGATCAGAATCTGCTACAAGTAACGTAGACAATTTATTAGAAGCTACTATGAAAATA +GAAACTTTTTCAGGGGATTTTGAAGATGGTTTAGCTGGACTTGAAATATCATTAGTTGTT +AATGGTTCTGTATCAAGATCAAAGGCATTATTGTCGTCAAGTGAAACAGAATAG +>group_1296 +ATGATAAATAGCTTACAAACACTTATATATCAACATTTAACTAATAAAGGTTATGAGGTA +GTTGATATTATAGATGAAAATATAAAAATGCCATATCTTAAATTAGGAGACACTAGGATC +ACTGATAAGGTATTAAGAACCGGTGAGAAAATTCATTACATTACATGGGATTTATTTTAT +TGGTATGATGGAAGCAATAAAGGAAGAAAAGAAATAAATAGTAAATACATGGATATTTAC +AATAGTTTATATGAACTTTTATATAAAGAAGCTGGAGAGTATTTAATTTCAGATTGTGAG +TTAAGTTCTGATGGTGATAATGGTATTACAGAACACTATATAGATGAAAATACAATACTT +TATCAAGCCTCTATTAAATTTAATTTTGTAATACAAAGGAAGGTGATGTAA +>group_1256 +ATGCGAATTAAAGTTAATGTAAATAACATAATAGATCTTGTTGCATATTTACAAGGGTAT +AAAGAGTATGTAGTGACTGAAACGGATAAGTCTAGAAAAAAACATGCATATATGATTGAA +AGTATGGCAAAAGGCAAAGTTGCAGTAGATACATCTAGGCTTAAAAATAGTATTCATACT +AAGCATGAAGGAAATTCCTCTTTAGTTGGTACTAATGTTAAATATGCAAGAGCTAGAGAA +TTTGGAAGTAAGGCTTATGTTATAAAACCTAAAAAAGCAAAATTTTTAAGGTTCAGAGGT +AGGGATGGTAATTGGGTATTTGTTAAAAAAGTAAATTATCCAGCAGGAAGAGGTAAGAAA +CCATTTTTAATACCTTCTTTTGAAGAAATAACTCCTAAGTTTTCTGACGATGTAGAAAGG +ATACTTTTTAGTTATGATAAATAG +>group_1265 +ATGAGATTTAATAAGAAAGTTGAATTATATAAAGTAAATAGAATAAATGATGGGCAAGGT +GGTCGTATAGAGAATAAAAGTCTTTATAAATATATATATTGTAATTTATCTCTATTAAGT +TTAGAAAAACAAATACAACTATTTGGAGTTGCTAATTATGAGTTTTATAACCTTACGACT +ATAGATACTATAGATATTGATAATTTCTATGTCTTAATAGATGGCAAATACTATAAACCT +ACACATAAACCTAAAAGAATAAAAAATAAAACTTATGTAACTTTAGATAGGTTAGAACAT +GCGAATTAA +>group_1211 +ATGCCTAGAATGAAAGATTTAGATATAGACTTTATTAGTTTAGTTAATAAAGGAGCAAAT +AAGCAAACAGTAAAAATTTATAAAGCTGATGAAGAACCTGTAAATTCTGATGATGAAGAG +TTTAGAGGTTTTTTTAATGTTTTAAAAAGCTTTTTTACTAAAGATAAAAAAGAAGATATC +AAGAAAAGTACATATGTTACAGACTTTAATCAATTAGTTGGTGAAGCCGTTATTGAAGAA +AGAATTAGAGAAGCTAGATGGGCTCTAATGGATTCGTTAGAAAATACATTACTAGAACCT +ACTATAACAGATAAAGCGGGGCATATGGCTATTCAAATTGATGCTTTTAAGAATTATGTA +TTAAATACTGTTAATACAGTAGGTATTCAAAAGTCTTTAGAGCAGATAAAGGAAATAAGA +AAATCTAAGGAGGAAGAAGAAATGAAAGCAGAAGATATAAAGAAAATGCTTGATGAAGCA +CTATCTCCAATAAAAAAGGAGTTAGAAGATCTAAAAGGAGAAGAACAACCGCCAGAAGGT +GATGAAGGAATAGGGGGGCAAGAGCCACCTAAAGAACCTACTCAAGAAGAAATAATAGCT +AAGGCTATAAAAGAAGCTACAGAGCCTTTAATGAATGAGATAACAGAATTAAAGAAATCA +AGACGTGCTCCACAATCATTAGACACTAATCTAGGAGCAGGACAAGAAGTAAAAAAATCT +TATATAGGTGCATTCGAAGGAATGTTTAACTAG +>yqbD +ATGAAACAATTAGATGTTAAAATAGCTAAACTGGATGAAGAAAATAGAATTGTAGAAGGT +GTGGTTTATAGACCGTCAAAGGAATTTGATGAAAATGGTAATCCAACTGATTATACTGAT +AGTCATGGAGATTGGGCTACAGTAGAGGATGTTAAGAAAGCATCTCATAAATTTATGGAG +AAGCTCATGAACACAGCTAATAAAGCTAATGCTGGAGTTGATAAGCAACATAATGAGATA +GGTGGATATGGATATGTTGTAGAAAATTATATAGCTAAATGTGATATACCTGATATAGGA +GCTCTAAAAGACGATTGGGTAGCTGCTATAAAAGTTACTGATGATATAACTTGGAATGAT +ATCAAACTTGGTAATATAACTGGGTTTAGTATAGGTGGAACTGCAATATATGTGGAGGGA +GGTGAGTAA +>group_1263 +ATGGATAAAGATAAACTTTGTATAATTAATGAGATATTGAAAGAGTTTATATTAGATAAT +GACAAGAATAAAACTTGGATATATCAAATAAATCAATCTGATGAGTGGTTAGATGCTACT +TACGAAGCATTCCTGGAAATGGAAAGTGAGTTTCATAACCTTCTTAAAATTCAAAGATCG +AAGATAATAGAAAGTATCGAAAATGGGACAGTAACAAATGAGATACTTAAGATATATATA +GAAAATATAGAAAAGCAGCAAGTATTATATGAGCAAATAGTATATAAAAACTTTTTAAAT +ATAATGAACTTGGTTAAACAAGAAATACTTTCAGAACTAGGTCAAACAAGTGTATCAATA +ACGTTTGACTTACTAAATGAAAAAGCACTTAAATTTTTAGAAGATAAGAAGATTAAGTTT +GTTATAAAAGTAGCAGATACTACTCATAAAGCTATTATAAATGAATTATCAGAAGGATTT +GAAAAAGGTGAAAGTATACAAGAGTTATCTAATAGAATTAAAGACATGCCTGAGTTCGAT +ATGAAAAGAGCTACAGTAGTTGCTAGAACGGAAATAATAAGTTCAAGTAATGCTGGAACA +CTACAAGGATATAAAGAGAGTGGAGTTGTTATAGGTAAAGAATGGAGTTCTACTAAGGAT +GAAAGAACTAGGGACCACCACAAAGAAGCTGAGGGGCAAAGAGTTAAACTTGATGAGCCT +TTTATTATTGATGGTGATTTACTAGATTATCCTGGAGATAACTCATATGATGCAAAAGCT +TCTAATGTTATTCAATGTAGATGTTCATTAAAACCTATACTGGAAGGTGAGGTGATATAG +>group_1294 +ATGACAAAACCACAGGTAAGAATAAAAAAGATAATGGGTAGTAGCATAGGACAATCTAAG +CAAATTGATGATATATTCAACGAGTTTTACAGTCAAGGATATATTATTCAGCCTGAAATG +AATATAGAAGCTTTAGCTAGAATATCTGAAAACAGTGATATATTACAAGTTTGTATAGAA +GCTTATAAAAATAATATAGTTGGATTTGGGACTGTATTAGACTATAACTTTGATTACAAA +GAAGATACATCAAAACAAAGTATAGCTGATGCTGACTGGTCCAAGTATGAAATGTTCATA +AAGTATTGTAACTTTGATGAACGATTTACAGGAGTTCTTAAGAAGTTTATAGACGATAGA +GAAAGACTTGGATATGCAACTATAGAGTGTATAGCTGATGAAACTGGAGAAATATCAGAA +CTTCAACATATACCATCTCATACAGTTAGGCTATGCAAAGAAAGTGATCCAATAGAAGTT +GAAGAAGTTATAACTGACTCAAATGGTAATGAGCGTAAAATTAAACGTTGGAAAAAATTT +AAGAAGTTTATCCAGATGGTAGGTTCAAAGCAAGTTTATTTTAAAGAGTTAGGAGATCCT +AGAAAGTTAAACAGACTTACTGGAGAATATTTAGCAGATGGGCAAGAAATGAATATAGAT +GATGAAGCCAACTCAATTATATTTGATAATATATATTGTCCTTATACACCATATGGATTA +CCACGTTATATAGGAGCTTTAGTTAAGATGATGGGTTCTAGGAATGCTGATGAACTTAAT +TATAAGTATTTTGAAGATGGAAGGCATATTCCTTTAGCTATAGTTGTTGAAAATGGACAG +CTTACACAAGATAGCATTGATTTGTTAGCTGGAGCAAAAGGCCAAGATGCACAACATAAA +TACTTAATTCTAGAAGCTGAAGCATTTAGCAATGAGTTTAGCATGGAAGAAGGTAAATCA +AATGTAAAAATACATTTCGAGAAGTTAGCAGAAATAATGCAAGATGATGCTTTATTTTTA +GAATATCTTAAGAACAATAGAGATATTGTAAGAGGTTCTTTTAGGTTAGCTCCTATTTAT +ACAGGAGATACACAAGACTATAATAAGGCTACAGCAGAAACTGCTAAACAAATAACTGAG +GAACAAACATTTGAACCTCTTAGAGAAGATTTAGCAGATTTATTAAATAAGAAGTTGATG +AAAGAATTAAATATAAAATTTGTTGAACTTAAGTTTAAAGGACCAAAGACAACTGATGAT +ACTGAAATAGCTAAAGCATTAACGCCTTATATAGCTGGAGGTGTTGCTACTCCTAATATG +TTATTAGATAGCTTAGGAAAGTTATTAGGTAAAGAATTTGAACCATTAACGGACGAGTGG +GCAGATATACCGTTACAAGTGTATCTTGCCAATAGAAACACAAATTTAAAACCTACTTTT +GAAGAACAGAATCATATATCTAAGGCTTTTGATATGCAAGATGTAATAAATCCTTTAAAG +GAACTACAAAAGGCTATAGAAGGTGCTTTAAATGGATAA +>group_1257 +ATGCATAAGAAAATATCAGAAATTATAAATAAAAACTTTTATGAGTTTTGGAAGACTATA +AATTCTAATAAGTACTTATTTCATGTATTAAAGGGTGGGAGAGCAAGTGCAAAATCTACT +CATATAGCTATTTGGTTAGTATTAGCTTTAATGAAATATCCAGTAACTTGTCTTTGTATT +AGAAAAGTTGGAAATACATTAGCTGAATCTGTATTTGAACAGTTAAAAGAAGCTATAGAT +ATTTTAAATGTAGGTCATGTTTGGAAAGTGCAAAAGTCACCTCTTCAGTTAGTTTATATA +CCTAGAGGTAATAAGTTTATATTTAGAGGAGCAGATGATCCTGCTAAGATTAAATCTATT +AAGATGAGTAAATTTCCTATAGCTTTTGTTTGGTTTGAAGAATTAGCAGAGTTCAAGACA +GAGGATGAAGTTAGTACCATAGTTAACTCAGTCTTAAGAGCAGAGCTTCCTCCAGGATTA +AGTTATAAGGTTATATATTCTTACAATCCACCTAAGAGAAAGCAATCATGGGTTAATAAG +AAGTTTGAAACTCAATTCTTACCTTCTAATACCTATGTACATCATAGTACCTACTTAGAT +AATCCTCATATTTCTAAAGCTTTTATAGAAGAAGCTGAGGAAGTTAAAAAGAAGAATGAA +TTTAAATATAGATGGGAGTACTTAGGAGAACCAATAGGCTCTGGAGTAGTTCCTTTTTCT +AATTTAGTATTTAGAACTATAACTGATGAAGAAATAAAAAGCTTTGATAATATAAGGCAA +GGTAATGACTTTGGTTATGCAACAGATCCTATGGCATTTGTTAGACTTCATTATGATAAA +AAGAAAAGAATAATTTACTTTATAGATGAAATATATGGAGTGAAGATGTCTATTAGAGAG +TTAGCCTTAAATATCATCAAAAAACAGTATAATGACACTTACGTTATTTGTGATAGTGCA +GAACCTCGAAGTATTGAAGAATTAAGAGTGTTAGGAATAAAAGCTGTTCCTGCTAAGAAA +GGTCCAGGAAGTATTGAGTTTGGAGAGAATTGGCTGGATGATCTAGAAGGTATAGTAATA +GATTCTAGAAGAACTCCAAATATAGCTAAAGAATTTGAAAATATAGATTATCAGACTGAT +AAAGACGGAGATATAATTCCTAAATTAGAAGACAAAGATAATCATAGCATAGATGCAACT +AGATATGCATTAGAAGTTGATATGAAAACTCATGGATTAGAGAAGAGTAGAGAACGTAGG +AAGGTGGTGAGAAGGTAA +>group_1258 +GTGAAGCTCAATGTAAAACAAAAAGCATTTGCTGATTATTATATTGAAACTGGCAATGCT +TATCAATCTGCAATAAAAGCTGGATATAGTGAAAATTACGCTAAAGGCAATATAATCAAA +TTGTTGGAAAATGAGAGTGTAAAAAGCTATATTCAAGAAAAAATGAAAGAAATAGAAAGT +GAAAGAATAGCTAAGGCCGAGGAAGTCTTAGCTTTTTTAAGTTCTTCATTAAGAGGAGAA +GTATTAGAGGAAGTTATATCAACAGAAACTATAGACGGTATGATTAAGCCTGTAATACTT +AAAAAACAACTAAGTGCTAAGGATAGAATAAAAGCAGCGGAACTATTAGGTAAAAGATAT +GCTTTATTCACTGAAAAGGTAGATTTAGAAGGTAATGTTGGAGTAACAATAATTGATGAT +ATAGGAACATTAGAAGATGCATAA +>group_1180 +ATGAAAGTTTATAAAGATATAGATGAAGCAATTAAACCAACTGAAGTTCCAAGAGAACTT +TGGAAATATGAAAATGAAATGAAAAAGAAACCTAAGTTTGAACATAGTAAAGAAGGTAAG +AAGAGTAAAAATAAAAGAAGATACAATCATTATTAA +>group_1182 +ATGAAAAAATATAAAATAGGTAAAATGTTTATATATTTAATTAAGAGAAGAAAAACTAAT +TTTAAAGTTTTTACTTATGAAACTAATTATGTTAAAAAAGCTATAACTTTTCAAGTTCTA +AGATTTAGTTTTATAGTAGGAATATCTAAATAA +>group_1243 +ATGGCAAAGAATGTGGTTGTATATAAAGAATTTATAATAAATGGATGTAAATTTAAGATA +AGGAAATACAGAGGAAGTTGCAATGAATTAATTTATAGTGTGTTTGTTAGCAAAGGTAAG +GGGGCAAGAAGTTTAGGAAGTTATAAAAACCCAAGAGTAGCTATAAATTCAGTAAAAGAA +TATGCTTGTATATTTGAAGATTATTCATTGAGAGTATAA +>group_1218 +ATGATAAAAATAGACTTAGAAAGTAAGGAATACTATTTTGAAAGAGCATGGGCGCATTTA +TTAAGTGGTCATGCAATAGCAAGTAAAGTTACTAGATGTGCATATTGGTTATCAGAAGAT +GGTAAAAGTTTAAAATTTTATAATCCAATAGTGACGATAGTACAAGATAGTGATTATATA +CTTAATAAAGAGATGTTAGGAATGTGGGTAATAGGAGATATAGTTAAAAAAAATAAATAA +>group_1292 +ATGAAAAAAATAAAATTTAAAGCATATAGTAAGAGTAATAACAAAATGTTCGATAATGAA +TTACTTGAAAATGCAGCTGATGGTTTATACAACATAGCTAAAAGTAAATTATTAGAAATG +GGATATTTTGCACAAGCAGAAGATTTAGAAAGAGGGGTATATCTCCCAACTAAAGATGAT +GACTTAGTTTTTATGCAATACACAGGTTTAAAAGATATGGATGGTGTAGATATATATGAA +GGAGATATATTAGATTATGGGATGTACGGTAAGTTTAAAGTTGTTTTCAACAAGGCGTCA +TTTAAAGTACAAAAGTTAGGTTTCTCTGATGGGTATTTATATTTGCTAGAAAGTTGTTTT +CTTGATGAAATAGAGGTTATAGGAAATATATATGAGAATCCAGAGTTAATAGGTTAA +>group_1278 +ATGATAATAAATACACATGAAGAGTTTAATAATGCGATATTAAATTATAATATACCGGCT +GAAATATTATTGGATGTGAAAAGTAGAATAGGCGACTGGACTTCGAGCGGAGGAAGTTTA +GATGATCCATATATAAAGCAACAATGGAAGTATATCGAAAATTATATAAATTATTATATT +AAGAAATAG +>group_1203 +ATGAGAGAAATAAAATTTAGAGCTTGGGATATAGTTTGGGGAAAAATGAGATATAACAAA +GATTTATGGGATATACCATATAATGAAATATTTATACATACGCCAGATCAAAGAGCATTA +AATCTTATGCAGTATATAGGAATAAAAGATGAAGATGCAAAAGATATATACGAAGGAGAT +GTAGTAGAAAGAGTAGATAGAACTCCAATAGCTCATATGTATGGAAAAATAGTTATAGGT +ATAGTAGGTTTTGATAATGGTTCATTTGTATTAAATACAGATGAAGGAGCTTATTCAATG +GACAATAATAAATTGAGTAACACGTGTTCTTATAGAGTCATAGGAAATATATATGAGAAT +CCTGAGTTAATAGGTTAA +>group_1204 +ATGAAAGAATTTTACGGTAATGTAAGCTTAATATTAGATTTAAATTTTTCTATAGAAGCG +AATTCGATTGAAGAAGCTAAGGAAAAAATATTTGAAGATGCGTGTCTTGATTTTAGATTG +TATAACGGAGAAAGTAATGAAGATATATTTATAGAGATATATCCAGATGAATGGTATTTA +GTTGATGAACCAGCAAATGGAAATGTAAGGCAGAGTGGAGTAAGAGAGTTTGAAATATAT +GAAGAAGATTAG +>group_1206 +ATGGCTAATAGAATAGCAACATTAGTTTGTGTAATAGGTATGTGTATTAATATGGTTACA +GACAATTTAGTAGGAGTAATAGGAATAGGTTTTTTAGCAATCCTGAATATGATGGAAGCA +TTAAATGATAAATAG +>group_1250 +ATGAAAATAGGACAAGAGATCATAGTTAAAGAAGATTTTAAAATAAACACAATAGTTAGT +GATAAAGTTAAAACTGTTAGAAAAGGTGATAAGGGATTCTTAGATAGTAAAGGATTTTTA +CATCTAGTAAATGGTGCAGGTAAAGGGAAAATAGTAAATGTAGAAGGTATAGAAGTTAAA +GGTTATGACCATGAAAATATGGCTAGAATGATATTTGGAAGATTAAGTAATTACTTTAAC +TTAGGTGAAATGTTAGAAAATGAAGATATAGACAGTGAAAGGTTTAAAGAAGAAATTGAA +TATGTTCTAATGGATATACTTTAG +>group_1300 +ATGGAAGAAAGAAAAAATGAAATAAACTTTATAGCTGATATAATTTATAAATTATGCGTT +GAAAGTGAGGTATGTTTATTACCTCATGAGTTAGATAATGGAACTAAGTTAGTGGTTATA +CAAGATAATAGAAATGGCAAAAAGTATGCTATAACTCAAAATAAATAG +>group_1235 +ATGTTTAAAAAAATTAAAGAAATTATGAAAATGTTCAAAGGTGTAAAATCTTTAGTAATG +CTTAGATGTGCAAAATGTGACTCTTTGAATATTAGATTAATAAATGGAACACTTAAGGAA +AGTGAGCATGAAATAGAAGCAATACACAAAACAATAACTCATGTAGAGTATGCAGTAAGG +TGCAATGATTGTAAGGCTATGGGAGTTATAAAAGAAGGTTGGTAA +>group_1254 +ATGAAAAAAATTAAATTTAGAGCATGGGATACAGAAAGAGAAGTAATGGCTAATGTTAGT +CATATAGGATTAAATGATTGTGAAGTAGGTATGGAAGATGAAGAATGCAGATGTTGGAAC +ACACCATATCCTTACGTTTGCAAATTAATGCAATATACAGGATTAAAAGATAAGAACGGA +AAAGAGATTTATGAAGGTGATATTCTAAGTTATAAACATATAACATACACTGATTGCTCT +AAAACAAAAATTGAAGAGATTGAAGATGAATCATTTATAGAAATAATTACTTATTCTCCT +ATGGCATCTATTGTAAAACCTCATAGTAAAAATGTTAAATGTTTTGGATATGATAGTATC +AATAAGGAATGCCTTATACTTGATTTGACAAGTGATGAAGTAGAAGTTATAGGAAATAAA +TTTGAAAATCCAGAGTTGTTAGGATAA +>group_1207 +ATGCTAGTACCTTTAGATGATGATTTATATGAAAAGATAGATGCGATAGGTGAGAAGTTT +GGAATGACAACTGATTCTCTTATTGAACTTGCAGTGGAGAATTTGATTAAAAACATAGAA +AATATTAATAAATAG +>group_1193 +ATGATTATAGATTTAAGAAATATACAGGTTGAACAAGTAGAATTTATTAAATACTTAGAA +AGTAAGCCAGGTGCAATTAATCCTAAGAGTAAGTTCGGAGTTACAAAAGGACAAGCAATA +GATTTATTAAGTGAACTAATGGAAGTTTGTAATGCAGCTAAGGTACAAAAGTGGTGGGAT +AAATCAGATATAGATAAGGATCGTGTAGCAGAAGAGTTATCAGATTTATTAGCTCATATA +TGTAACATAGCTAATTATTTGGATATAGATTTAATACATGAAGTAGAAGAACTTCAAATA +AAGTCGATAGAAGGCATTGTACTAGCTTTTGTACAAGATGTAATACTTTTATCTAACTCT +AATAACAAAACCTTTATAAGACACCGTATATTCGTTATTTTGACTAAATATATTCAAATA +GTATATGCTCTGGGATTTAATATAGATGAAATTAAAGATGCTTATCATAAAAAATTAGAA +ATTAACTATACAAGATTTTAA +>group_1216 +ATGGTGAAGATATTGATAATGATAATTATATTTAATATTGGATTTTTAACTGGAGCAGTA +TGGCATAGCACTTGTGAAAATAATAAAAATATGGACAAACGTATGGGGGATGAAAAATGA +>group_1196 +ATGGAGCTACACAGATTAAGAGAATTAATAGATTTAGCTAAAGTTTATATAGCAGAAGGT +AACGGAACAATAGATGCACTTAAAAAAGCTGAAGAGGAGCTAAAGAATGGTGAAGATATT +GATAATGATAATTATATTTAA +>group_1215 +ATGATATTAAATAAAAATAATATTAATAATTCTATAGCATTTAATCCTGTAATAGATGAT +TTAACTTACAGGGGATATATGGCATTAGCACATGCTATTTGTGGGGTTAAAGATTGTAAC +GGAGTTTGGAAGCAGATTAGCTTAGGACAAGTAAGAAAAATTTTCGGATTAAACGAAAGA +GATGCAGATGATGTAGAAAAAGAAAAAGAAATAGAGAAATCAAAAAAATACGAAAAAACC +ACAACTAGTAAGTTTAAATATATAAATATTAAAGTATTGAATATAGAAACATTTGAAGTT +GAAACATTTAACAATACAGAAGAGCTTGCAAAGCATTTTGGGGTTAACAGTAATTTTAAT +AGCCATATAAGAAATAATTGGACATATAAAAATAAATATAGATTTAAAGCAGATATAAAT +CCAGAATATATCGCAGGAGCTAGCGAATCTAAAAAAATAAAAGTTACAAATATAAATACA +AATAAAGTAGATATTTACGATTCTGTAAAAATAGCATCTAAAAAATTAAATCTAAGCATG +GTGACAATATATACTTATGCAAAATACGGATCGTTAACTAAAAAAGGATTGAAGTTTGAA +TATTTGATTGAGGATTAA +>group_1209 +ATGGAGTATGAATGTATCGAAGAAGTTAAGATGCTGTTAGAAATGATAAGGGATATAGCT +GGAGAAAAGAATGAAGGTTATATTTCTTTAAAAGAAGCAATTGAATTAGTTGAGAGTAAA +AATATAAACTAG +>group_1245 +ATGGCAGAAAGAAGAATGTTTGCAAAAACAATTATAGATAGTGATTTATTTTTAGACATG +CCCTCAAGTACACAATGTTTATATTTTCATTTATCTATGAGAGCAGGTGATGATGGGTTT +ATTAATAATCCTAAGAAAATACAAAGATTTATTGGAAGTAGTGATGATGATTTAAAATTA +TTAATTGCTAAAAATTTTATAATTCCATTTGATAGCGGAGTAGTAGTAATAAAACATTGG +AAAATACACAATTACATCAGGAATGATAGATATAAAGAAACCTTATATTTAGAGGAAAAA +GCGCAATTAGCTGTTACTGAAAATAAAGAATATGTTCTTGGTATACCGAATGGTATACCA +ACGGTAGGCGAAAGGGAAACCCAGGTTAGGTTAGGTAAGGATAGTATAGAGTTAGATAAG +AATAATATAGATATATATACAGAAGATGGGAATGTAGATAAGTATGTAAATGAATCTAAG +AATTTAAAAAATATATCAAGATTATATGAACAAAATATCGGTCTTATAAATGGAGTAACT +GGAGAATGGCTTATAGAAATATCTGAGAAAATAGAAAGTGGTTTATTTAAAAGAGCAATA +GAGATAGCAACAGATTCTAATAAATGCACTTTAGGATATGTAAAAGGAATTATAAAAAAA +TGGCTTGAAAAAGATATAACAACTTTAGATAAACTAGAAGCTTATAGATTACAACAAAAT +CAAAAGGAAGTGGATTCAGATGTCAGAAGAGGAAAAGGAAATTTTGAAAATGAAGGTCCA +ACAAATGATCCAGAAAGTGAAGCAACAAGAAGGAGAGAATTACTCAGACAGATTGAAGAA +CTTGAACGAGACGAGTTATAA +>group_1230 +ATGAATAATATACAAGCAACTAAACAATCTGCATTAGCGTTAGCAGAATATACATTAGAT +GGAGGACAAAAGTTAACAGCAGAAACAATAAAAAGATATATTTGTCCTGATGCAACAGAG +CAAGAAATATTATATTTCTTAGAATTATGCAAAGCTCAAAAATTAAATCCTTTTATAAGA +GATGCCTACCTTGTTAAATATGGATCACAACCGGCTCAAATAATCGTTGGGAAGGATGTT +TTTATAAAAAAGGCACATGCATCAGGAGTACTTAGATATATAAAAGCTGGGATAGTTGTA +GCTGATAAAGATAGAAACATAATAGAACGTGAAGGAACTATAAAATTTGATGATGAGATA +CTGCTTGGTGGATGGTGTGAAGTATCTAGAACAGACAGAGAATTTCCTACACATCATACA +GTTAATTTCCAAGAGTATGTTCAAAGAAAAAAAGATGGAACTACCAACTCTATGTGGTCA +AGTAAACCATGCACAATGATACGAAAAGTTGCTCAAACTCAGACGTTAAGGGAAGCTTTT +ACAGATGAACTACAAGGGCTTTATGAGCAAGAGGAGATGGGTATTGAAAATAAATTACCA +GAAAAAGAAGTAAAAGTTGGGTACGCTACAACTGGTCAAAAACAAGGAATTATGAAGCTT +GCAAGTATGAAAGGTTTATATGACTATGATAACCCTAAGGATATATCTAAAATGCAAGAA +TTTTGCGAGAGTAATGGATATTGTTTAAAAGAACTTAAATATGAAGAGGTAGACGAATTA +TTAGACTTACTTTCTAAATATGAACCTAAAGAAGAAGTGGTAATAGATACAGAATTCACA +GAGGTAGTAGAAGAACCACAACAAACAGTATTAGAGGTTTAA +>group_1307 +GTGAGCATTGAAAAAGAACTTTTAAAAGCAAAATGGTTAAGTAGATATACAGGACCAGAC +TATGAAAGTAATTGGGGTTTTAAGTCTGCTATTCAATTTTGCTTAGATAAAAGAGAAGAA +GGATGGTCGTTACAAGAGTTTATAGACAATAAAGAACGACTAGATGAACAGTATAAAGGC +GTTGAAGGACCATATAAGGATGGATATATGTATGGACTTAAATTAAACATAGAAGAACTT +AATAAGGAGAGTGTAACTAATGAATAA +>group_1231 +ATGGATCAATTAAAAAAAGTAAGGCAGTTGAGAACAGATGCTTATAAGGAATATTTAAAT +TTTAAAGCAAAAATGGCTAATGACAGAACAATGTTTACTGATGAAAAAGAGTTATTAGTA +AAAGTAGCATATGAAAAATATAAAGAAATTGAAGCAGAGGTAGATGCAATAGAAGATATG +ATTGAACTTGAAATATTAGAAAGGGACACCATACAGAGTATGAAATGTCCCTACTAA +>group_1223 +ATGAACATACTTATACTTCAATCTTTTGTAAAAGATTTTAAACATAGAAAAGATGAATTA +AATTTCAGATTTGATTTACTAAAAGCGTATAGAAGGATGGTGAGTTAA +>group_1266 +ATGGCAACTGAAGTACAAAAATTAATAGTTAGAAATATAGATATAGATTCACTTTTAATA +GCTATATCAGAACGAGAAGATATAGTAGAAGTTATGCAAATGTTTAGGGATAACAATGAT +TATGCTCCTAGAGAGTATCTAACAATAAAAGAATTTTCAAATTACATAAAAGCATCAGAA +AGTTATGTTAGATCTCTAGCTAAGTATGCTGAAAAAAATAAGCTATTTTCAGTAATTAAA +GTTGGAAGAGAGTATAGGATAGATAGACTTAGTTACGAAAAATGGACATCTAATGGTGGT +ATTTTTTAA +>group_1305 +ATGTCAAATTCAGTAGAAGCAACAAATGAAAATATAATACCGATAAAAATTGAGGTAAAT +GAAAATCAAGAACCGATAGTAAATGGTAGAGAGTTATATGAATTTTTAGAAGTAAAATCT +AAGTATATAGATTGGTTTAATAGAATGTGTGAGTATGGTTTCGATGAAAATATTGATTTT +GCAATGTTTAATGAACTTTCTCAAAAAAAAGAAGGTTCAAGAATGGTAGAAAGAATGATT +ATAAATCATGCACTTAAACTAGACATGGCAAAAGAAATAGCAATGATACAAAGAAGTGAA +AAGGGAAAACAAGCAAGAAAATATTTCTTAAAAATAGAAAAAGATTGGAATAGTCCTGAA +AAGGTAATGGCAAGAGCATTGATACTAGCAAATAAGAAAATAGATAATTTAAATTTAGTT +AATGAAAAGTTGAAAATAGAAAATAATGAATTAAAACCAAAAGCAATATTTGCAGATGCA +GTAAGCGCTAGTCATACATCAATATTAGTGGGTGAACTAGCAAAGATACTAAAGCAAAAT +GGAATAGATACAGGTCAAAAGAGATTCTTTGAATGGTTAAGAAATAATGGATACTTAATT +AAAAGAAAAGGTGTTGATTACAATATGCCAACTCAAAAGTCTATGGAGCAAGGTTTATTT +GAAATAAAAGAAACTACAATAAATCATTCAGATGGTCATATAAGCATAAGTAAAACACCT +AAGGTAACAGGTAAAGGTCAAGTTTACTTTATAAATAAATTAAAGCCGATATTAGCTGTA +TCAGAGGCATAG +>group_1270 +ATGAAGAAAAATATATTAAAGTCAGAAAGAGTAAAAAAAGAACTAACTCAAAAGCAGGTC +GCTGACAAACTAGGACTTTCCACAGGTGCATATTGTGATAAAGAAAATGGAAAAAGAAAG +TTTACTGTAGCTGAGGCAATAAAATTATCAGACTTATTAGGATTCGACATGCGAGAAATT +TTTTTAAGTTAA +>group_1194 +GTGTCATTTATAGATGATAAATTAATATTTGCGAATAGATTAAGAAAAGAAAGAGAATGT +TTAGGATTGATGCAAAAGGAGATGGCTCAAAAGCTTAATATACCTCCAAATACATATAAT +GGTTACGAAACAGGAAAAAGAAGCCCTAATTTAGAAGTCGCTAAGCATATATCAGACACA +TTAGATATATCTGTCGACTACCTCCTTGGAAGAACAGATGAAAGAAACTTAAATAAAGAA +AAACCTGAACTTGATAAAGGTATTACAACAATAAATGCTAAAAAAATAAATATAGATGAC +GATTTACCAGACGAGGCATATGACAAAATTAATGAATATATAAAAATGGTTGAAATGATG +TATAAAAATAAAGATAAATAA +>group_1299 +ATGGGGATATTTAATTTTGGACCAAGTAAAAAAGAATTACGAAAACAAATATTAGAGTTA +CAAAATAAAAATGCTATTATCGAAAAGAATTTAGAAAATATTAAAAATGAAAATAACAAT +TTAAAAGAAAGCTTAACTCAAACTAATATCGAGAAAAATACATTCAAAGATAAGTTAGCA +TCTTTAACTCTTTCTAAAGAAGAAATGAAATACCTAAATCTAAAAGAGGAATTAGAAGTA +TTATTTAAAAATAGTCAACAACTTAATACTGATATCACAAGTAAGTCAGAAGAATTAAAA +CGTATATCTACTGATTGTGAAGTAAAATTACAAGAATATACTACTTTAAAAGATGAATAT +AATATTCAATTAAATAAATTAGAGAACATACCTAAGAAAAAGATTAAAATTAATACAATT +TTTAAAAGTATGGAAAATACACTTAAAGAATATATATCTGCAGATTTACCTTCACACTAT +CTTAACCTTCCAGATTATGATCATGAGCTAATAGATAGATTAACTCCATCTATTAGTATA +AAACTTCATAGTATGGATATTAAGGAATTAAGAAAATCTTTAAAAATAAATCAAGAGTTA +ATAGAGGAAGCACTAAATAAGTATGAATCAAGGTATACAACTAAATCAAATAAAGCAATA +TATAAACTTATGGTTATAGCCCTGAGATCTGAGCTTCAAAATGTCTTGTATAATTTAAAA +TATGGTTCTCTAGATGAATCTTTAGATGCAATCAAAGAGATAACAAAAAAATATATAACT +ATTGCCTCTGATGGAAATCAAAATATTGCACCTACTGTAGTTAAATTCATCGGTGAAATA +GAATATCTATTCCTAGATTGTGTAAGAATAGAGTACCAATATTATGTAAAAAAAGAACAA +CAAAGAGCTGAGCAAGCTGCTATTAGAGAACAAATGAAACAAGAGGCCGCTGAAAAGAAA +GCTCTAGAGGCTCAAAAAAAACAAGTGGAAGCAGAAGAAGAAAAATATAAGAATGAAATA +CTTAAAATACAAGAACAGTTAAAAGCATCAGAGGATAATGAAAAAATTGCTCAGTTTGAA +CGTAGGATACAAGAACTTCAGGATCAACTAGATATGGTTGAAACTAAAAAGGAAGATATT +ATAAGTAGACAAAATGGTAAGGCCGGTAATGTTTATATAATAAGTAACCTTGGTTCATTT +GGTGATAATGTATTTAAGATAGGTATGACGAGAAGATTAGACCCATTTGAAAGAATTAAA +GAACTTGGTAGTGCGAGTGTTCCATTTACTTTTGATATTCATAGTTTTATTTTCTCTGAC +GATGCAGTAGGATTAGAGCAAAAACTACATAATATTTTAGAAGATAAGAGAGTTAATAAA +ATAAACTTAAGGAAAGAGTTCTTTAAAGTTTCAATAGATGAACTGGAAGAATTAGTTAAT +GATATAGATCCTTCTGCTGAGTTTAATAAAACAATGATAGCTGAAGAGTATCATCAAAGT +TTATCTTTGAGCTAG +>group_1309 +ATGACAAAACTAGAACATTTATATGAACTTGCTCTAAATGAGCATATTGATATTCACTTC +TTCGATTTAAAAGAAATTGGTTTATTAGGATTGAATGTTAGTAAAGAAAATATGCCACAC +ATGATATTTTTAGATCATTCTGTTAAGAAAGATACTACACTTCATTTGAATATTTTAGCT +CATGAGTTAGGACATTATTTTACGAGTTTTGGTAACTCTATAGCTGAAACTAACTATATT +GAAAAAGTACTTAACAATAAATGTGAAAATAAAGCTGACAGATGGGCCTGTGAGTTTTTA +GTTAGAGAAGATGAATTGATTGATGCTTTGAATAAAAATATTAATTGTATTCATGATCTT +GCAGAATACTTAGATGTTGATGTTAAAACTTTACTAAAAAGGCTTGAATATTTATCATTA +CAAAAACCAACTCTAAGAATATCTGATACAAGACAATTAGTGCTTACTAATCTTCCGAAT +ATATATTTTTATGAAGATATTTGCACTTACTTATAA +>xerC_1 +TTGAACATCAACAGTGTTTTTATCAGAAAAAGAAATGAAAACTATAATGTAGTACTAGAA +TATTTAGATGAAGAAACTGGGAAAAGCAAACAAAGAAGCCAAGGATCTTTTAAAAAGAAA +AAAGATGCAGAAAAACTTCTTATAGAAATAAAAAGTTCTATTAATAATAATAAGTTCCAA +GTTCCAACGTCCAAAACATTCGTAGATAGATGTTATGAATATTATAATAACACCGCTAAG +GATTTTTCTCCTACTACATTAAAACGTGCAAATGCCGTTATAAGAAATTACGTAAACTCT +TTTTTTAAAGATAAAAAGTTAATAGATTTAAGCATTAAAAATTACCAAGACTTTATAAAT +CATTTATATACAACAAGTCTAAAGACAAGCACTATAAAAGAAATATTAAATAAAACAGAC +GCAGTCTTACATGAGTGTTATAGGCTTAGAGAAATAAAAGAAAATATTCCAGACTTTATA +ATTTTGCCTAAGAGATCAGATATATCTAACATAGATATTTATACTGTAGAAGAAGCACAA +AAAATACTTTCAGAGTGCTCTAACTTTCCTATTTTAGAAATACCTATGCATTTATTCTTA +TTAGGTGGCTTAAGATTTGGAGAGATGGCAGGACTACTTTGGGAAGATGTAGATTTTGAA +CATAACATATTAAGAATACGTAATAATTTAATATATGTAGATGGAGAATATTTCTTAAGG +AAAACTAAAACAGATGGAAGTACTAGAGATATAACAGTTCCAATAGCTTTAATGAAACTA +CTTAAGAAAGAGAAGATTAAACAAAATAAGCTTAAGATGCAAAATTTATTAAAAAATGAT +CACAATGTAGTTTGCTTGAATAGTAAATACAGATATTGGAATAATAGTTCTTTTACAGTT +GCTTATAAAACCTTTTTAAAGAAAATAAATATGAGATACATTAAAATTCATTCATTGCGA +CATGCTCATGCATCCATGCTTATATTAGCAAATACAGATATGAAAACTGTATCTGAAAGA +CTGGGTCATACAGATATTAAAATTACCATGAACATATATAGTCATGTTTTAAAAGAAATG +GATTTAACCGCATCAGAAAATATAGAAAAAATACTTTTATATAAAAAATCAAACTAA +>group_1251 +ATGATACAAATATTAACAGGTACTGCTTTATTATTAGTAGTATTAGCATTATTTACTTTA +TTTAGTTACAAAGCGCCACAAGGTATGAAGGCAATGGGTGGACTTGCAAACGCTGCTTGT +GCAAGTTTCTTAGTTGAAGCTTTCCATTTCTCATTCTTTGGTGAAGTTTTAGGAATCAAA +TTCTTAGAAAATGTTGGGGCTGCAAACGGTTCATTAGGTGGAGTTGCTGCTGCTACATTA +GTACCATTAGCATTAGGAGTTTCTCCAGTTTATGCTGTAATGGTAGGTTTAGCTTGTATG +AACTTTAAAATATTACCAGGTTTCATAGCTGGATACTTAATATCTTTCGTAATCAAATTC +TTAGAAAAGAAAATACCAGCTGGTCTTGATTTAATAGTAATAATAGTTTTAGCTACTCCA +TTAGCTTACTTAATAGGAGATGTTACTAGCCCAATAGTTAACGGTGTATTAGGAACTGTA +GGTTCTGTTTTAACTGAAGCTTCTTCTGCTTCTCCAATATTAATGGGTATAATACTTGGT +GGACTTATAACAGTTGTTGCTACTGCTCCACTTAGTTCAATGGCTTTAACAGCTATGATA +GGTTTAACAGGTGCTCCAATGGCAATAGGTGCATTATCAGTATTCGGTTCTTCTTTCATG +AACTTCGTATTCTTCTCAAAAATGAAGTTTGGTTCTAAGAAAGATAATATAGCTGTTGCT +ATAGAACCATTAACTCAAGCTGACTTAATATCTGCAAACCCTGTACCAGTATATGTTACT +AACTTCATAGGTGGAGCTATGTCTGGTGTTATAATAGCTTTAATGGGTCTTACTAATAAT +TCTCCAGGAACTGCTACTCCAATAGCTGGTCTTGCTGTAATGTTCGCTTACAACCCAGCA +ATAAAAGTTATAATAACTGCTGTAGGATGTGCTTTAGTAAGTATATTAGCTGGATTTATA +GGACATGCTATATTCAAAAACTACAAAATAACTACTGCTGATGTAGTTCGTGGAACTGAA +TCTAACGAAGCTGTTTAG +>group_1298 +ATGGCATATATAAACTTTAAAGAAGAAAGATATTCTATAAATAAACAAATTGAAAATAGA +AAAAAGAACAGTTCAAAAGTTGTAAGCTATATCCTAAAAAATAAAGATGATTTAAAAGAT +TATACTCCATGCAAACAATATAGTTATAAAAATTTTAATGGAACTAGATTTGGAAAAGAT +GGATTACTAGATGAAGCTGATTTTAGAATAGTAGAGAGTAAAGATATAGTATGCTCTAAG +TTTATTGACTGTAATTTTAAGAATATAAGATATAAAAATTGCAACTTTATAGGGTGTATA +TTTGAAAATTGTACATTCAATGACGGAGGAGTAACTTTTGAAAACTGTATATTTGTAAAA +GAAGGTACGGAACAATTACCATCTTTAAATAATAAAGATAATCTAGGTTGTTATTTTTAT +AATTGCAATATGTATGCTAGATTCTTAAATTGTGATTTATCAATGGCATTATTTGAAGAA +TGTAATATAGCTAATACATATTTTGAGATGACTTATATAAGAAAAGGTATAATAAAAAAT +TCTAAGCTAGATAAAATTGTATTTGAAGATTGCAATCTTTGTGGTTTTAAGACTTTAGAC +TGTTACATTATAGATTTAGATTTTAATGATAAAGATAAAACGAAATTTGATGAAAAAACA +TGTTTTGGTAAAATCGAAGCTGTAGAAAAAACAAAGCAAGAATATGAAGGTATATATATG +ACGTATGAAACGATAGCTGATAAATTTAAAGAAAATAATTTAATTAACAACTTTGGAGAA +TATTATTATTTGGGCAAGGTTGCAGAAAGAAAGTCAGTAAAAAAAATAGTACCCAAAATA +TCATCATACTTTTATTGGATATCATGCGGGTATGGTCAAAGAGCTATATATCCAGTTATT +ACATCTTTAGCTGTAATAATTATTTGTACAATATTATATTTATTTATGGGAATAAAGATT +GGAGAAACAGAAGTTGTAACATTCTCGACACTTTTAAATAGTGATTTTAAAACAATAATG +GGATATATAAATGAAAGTTTTAACTTAAGTGTAGGAATGTTTGCAGGTGTTGGTATTGAT +AATTCTCAGCCTACACCAACTACTTATATGGTGTCAAATATTGAGATGATGATAGGCTTA +TTAATGATGGGAGTAGGTATTGCTACATTAGTTAGAAAGGCTAAAAATAATTAA +>group_1310 +GTGGTTATCTCGACATGGATAGGTATGGAGTTAGGCCTAATAAAAGATGCATTTAGTACA +ATAGGTGTGAGTTCAGATGTCTTTGGAGTATTTATTCAGACAATTCCATATAGATTTTAT +AATATTTTAATACTTTTATTTATAGTAATAAGTGCACTTTTATTAAAAGATTTTGGACCT +ATGAGAAAAGCAGAGATAAAAGCTAGAGAAGAAGGTATATTTTCTGATGAGTTAATTATT +GAAACTACAAACCCAGATGATGATATGAAATATTTATCTAAAAAAGGTATAAAACCAAGT +ATGTCTAATGCCATAATTCCAATAGGAGTGCTTATATTTGTGGCGTTAATTTCTTTTTAC +TTTAGTGGATATAGTAATATAATAAGTGGAGATAATAATGAATTAATATCATTATTAGAA +AGCTCACCAGTATTATTTACAGCTATAAGAGAGGCATTTAGTGCTTCTGATGCTTCGGTA +GCTCTTTTTCAATCATCATTACTTGCTGGTGTATAG +>group_1295 +TTGATAACCATACCAGGAAACAATATATTAAATGGACTTGTATTAGCTTTCGTTGATGTA +ATAAATAGAATGGTAGAATCACTAGCTGATCCATGGAATGCTGGTATTATACTACAGGTT +TTAGCAATTGCTGGTTTGATAAACTTAGTGACAAAAATGGGTGGAGTTAAAGCTATAGCT +GAAAGTTTATCCAAAAGAGCTAAAAATAGAAAAAGTTCACAAATTATAATATGGCTATCA +GGTCTAATTATATTCTTTGATGATTATGCAATGCTATGA +>lplJ_1 +ATGTTACTAATAAACAATGATAATACAAATCCTTATTTTAACTTTGCATTAGAAGAATAC +TTACTAAAAAAAACTGATAAAGATTTATTTAGATTATGGATGTGCGATCCATGTGTATCA +GTAGGAAAAAACCAAAACACAATTTCTGAGATAAATTCAGACTACGTTAGAAAAAACTCT +ATTCCTATTGTAAGAAGGCAATCTGGAGGAGGAGCTGTTTTTCATGATTTAGGTAACTTA +AATTTCACATTTATATCTTGCAACAATAACTCCTTTAGTGATTTTAAAAGGTTTACTCAA +CCGATTATTGATTTATTAAAAACCTTAGGAATTAATGCTGAGTTTTCAGGTAGAAATGAT +TTACTTATTGATGGCAAAAAGTTTTCTGGAAATGCTCAGTATAATTATAAAAATAAAGTT +ATACATCATGGAACTCTTTTGTTTTCATCTCAGATTAGCAATTTATCTAATGCTCTAAAG +GTGAAACCTATAAAGCTTGAAAGTAAAGGTATTAAATCTGTTAAATCACGTGTTACTAAT +ATTAGTGAACATTTAGATAAGCCTATGAATATCTCTGAATTTAGAGATTTAGTAATGAAT +TATGTCTTTTCTTTGAATAGTAATAATTCATATTTTAACTTAACTGAGAAAGATATAGAG +AATGTAAATAAATTATCAAAAGAAAAATATTCTACTTGGGAATGGAATTTTGGTAATTCT +CCAAATTATTCCTTAGTTAATGAACTTAGATATATAGGAGGAACTCTTGAATTCCATCTA +AATGTATCAAAAGGCTTTATTACTGACATAAAATTTTTTGGTGATTTCTTTGGAAAAAAA +GATATCTCAAATGTAGAAGATTTATTAATAGGTGTAAAGCATGAAGAAGAATCCTTAAAA +GAAAAGTTAAACAATATAAATATTGATGATTACTTCCTAGGATCGGATGTAAATGTATTA +GTGTCAGGAATTTTAGGAGCAAAACAACCTATATCATTATCAAACTAG +>asD +TTGAAATATTCATACAAAGAACTAAAAATGATGCATGAAAAAATAAGCCCTTTTGAATTT +AAAGATAAGTTAATAGATTTAGCTAAATATAGCGCAGAAAAAAATAATAGAAATATACTT +GATGCAGGTCGTGGTAACCCTAACTGGACAGCAGCAACGCCTCGTGAAGCATTTTTTACT +TTCGGCCAATTTGCTGTTAACGAAACTCGCTTAACGTGGAATCTAGGCGATCTAGCTGGA +ATGCCAAAAAAAGAAGGTATAACAAAGCGATTTTATAAATTTGTAGAGGAAAATAAAAAT +ATGCCCGGAACTTCTCTACTTAAAGATATAATTGACTACGGTATAAATGAACTTAATTTT +AATAGTGATGAATTTATATATGAGTTAACTGATGCCATTATAGGAGATAATTATCCATTC +CCTGATAGAATGTTACCTCATATAGAAAAAATAGTTCATGACTATTTAGTAAAAGAAATG +AAATATGATGTAAAGAGTGGTGGTAAGCTAAACATATTTGCTGTTGAAGGTGCTACTGCT +GCTATGTGTTATATATTTGATTCATTAATGGCAAATGAACTTTTAAGAAAAGGTGATAAA +ATTGCTATAATGACTCCTATATTTACACCTTACCTTGAAATACCTCATCTTCCTAGATAT +AACTTCGAAGTAGTTTATATAAATGCAGATGAGGTTGATGAAAATGGTATTCATACTTGG +CAATATTCAGAAAAAGAATTAGAAAAACTTAAGGATACATCTATAAGTACTCTTTTCCTT +GTAAACCCTAATAATCCAGCTTCAATCGCTATGGATGAAAGTACTTTCAATAATATAATC +AATGTTGTTGAAAATCATAACAAGGATTTAATGATTATTTCTGATGATGTCTATGGTACT +TTTGTTCCTGAATTTACATCTTTAATGTCTAAGCTTCCTTATAATACTCTTGGAGTTTAT +TCTTACTCTAAATATTTTGGAGTTACTGGTTGGAGATTAGGAACAATGGCATTACATGAG +AACAATGTTTTCGATAAAAGAATAAATGAACTAGACGCAAAATTAAAAGAATCTGTTAAT +AAACGTTACAAAGACATGAGAATTGATCCAAATACTATTTCTTTTATGGACAGAATTGTT +GCAGATAGTAGATTAGTTGCATTGAATCATACTGCAGGTCTATCTACACCACAACAAGTT +CAAATGGCATTTTTCTCTGCATTTGCATTGATCGATACTAATAATGCTTACAAATCACTT +AACATGGATATTTGTAATAGTCGTAAGAAATTATTATTTAAAGGACTTGGATTAGAATTA +GAAGAAAATAAATATGATGCAGCTTACTATTATCAGTTTGACATCGAAAACTGGGCTAGA +ATATTCTATGGTGAAGAGTTAGTTAATTATTTAAACTCTAACTATGAGTTATTAGATGTT +CTATATAAACTAGCAAATAATTACTCAATTGTATTACTTAGCGGAGATGGATTTGCTGGT +CCAATCTGGTCAGTTAGAGTTTCATTAGCTAATTTAGAAAGTGAATCTTATTATAAAATT +GGTCAGGCTATAAAAGAGATATTAACTTCTTATGTTGAAGAATGGAAAGAAAAATCAACA +GAAAAGGTAACTGTATATCGTTAA +>group_1260 +ATGGGAATTTATAAAGCATCATCATTAAAAGAGCTTTTAAGTAAAGAAGTATTAAATAAT +GTTGTTGATGATATAAAAGACATGAAAATATATAGTATAGATACTAGTGGTTTATCTGGA +TCTAAGATGTATAAGTTGAAAATAAATACTAATGATAATAGTAAAAATTTATATTTAAAA +GTTAATAATTTAAAAGAAGACTGGCTTGCAAGAGTAAGTAATGATAAAGGTAGAGAGCTT +ACTATATTTAAAGATGGTATATTTAATAAAATAGAAGAGTTCATTAAAGATGTTTATATA +GCATATTATGAAAATAGCGATTGTTATGCAATATTAATGAATGATATGTCAGATTTTATA +GGATCTGAAAAAAATAGTGATGATTACTACGCATATTTAGATAATCTAGCTAAGTTTCAT +GCCAAATTCAGTGAGCATGATATACTTAGATATAAATCTTTACTTAGTGTTGAAGATTAT +TATTACTTTTTAACTGAGGAAAAACTTAATCAAGTAGAAGAGTTTAAAGAAGATAATTGC +TATGGATGGAAAAAATTAAGAGAATTTTTAGGAGAAGATCGATATAAAAAATATTGTAAA +TTTGAAAATGTAGATCAGAATTTTTCTTATTATCCTAAAACATTTGTGCATGGTGATTAT +AGACCAGATAATGCTCTTTACATAGATAAAGATGATGTAAGGTTTATAGATTGGGCAAAT +AGTGGGTGTGGACCATGTACCTTAGATTTATTTTGGTATCTTATGAGTTCTGTAGATAAT +AAAGTGGATAAAATAGACCTTATTTATTATTATAAAGAGTCATTAGAAAAAAACTTAGGA +TATTCATTTACTAAAAAAACTTGGGATACATTAACAAGAGTAGGAGTGCTATGTGCATGT +AGAATGTTTTTGCCAGCACTTATAAGCAGAAGTAACTTAAATGATAAGTTTGCAATTTAT +AACTTACAATGGTGGCTTGAAAGTTTAATAATAATACTAGATGATTTAAAAATAAAATAA +>group_1276 +TTGAAGAAAGCAATAGGTCTTGTGGAGATAAAAAGTATTCCTATTGGTATAGAAACAGCT +GATGAGATGTTAAAGGCTGCTAATGTGGAATTAATTATGGCAAATCCTATTTGTCCAGGA +AAATATATGATATTAATCACTGGAGATGTAGGTGCAGTTAAAAGCTCTGTTGAATCAGGA +AAAAAAGTAGCGGGTATATTTTTAGTAGAATCTCATGTAATAAATAATATACATGAAGAT +GTATTAGTATCACTTACTGGATTTACAGAAATAGACAAAGTAAAATCTATAGGTGCAATA +GAAACTATATCAGCATTAACTGCTATAAAAGCAGGAGATATAGCTGTAAAAGCTTCAAAT +GTAAAATTAATAGAAATTAGAATTGCTAAAGGATTAGGGGGAAAAGGTTTTTTAATTTTA +ACAGGTGAAGTATCAGCTGTTAAATCAGCGGTGAAATCTTGTTTAAATGAATTAGGTGAA +TCTGGATCTATAATAAGCACTTCTGTAGTATCTTCGCCTCATAAAAGCTTAATAGAGAAG +CTTAGATAA +>group_1199 +ATGAGTATTTTATCAGTACTTGCAGCATTCGGTGGAGGAGCTTTTGGATCAGCTATAGGT +GCATTACCTGCATTTATTATGACAGGTATTATAGCTGTAGTTGGTACGGCTATGGGTTTA +GGTACAGGAGTAGATGTAGTAACTGGTAATATTGCATTTGGTTCTTTCTTTGGACCACAC +ATCGCATTTGCTGGTGGTGTTGCAGCAGCAGCTTTTGCAGCAAGAAAAAATAATGCTATA +GCTAATGGTAGTTTAGGTGGAGGAAATGTAGCAGTTGCTGCACCTTCGGGAATAACTAAT +GGAGCAGATATACTTTATTGCTTACATGGTACAGGAGATGCTTCTGTTTTATTAGTTGGT +GGTATATTTGGTGTAATAGGTTTATTAATAAATCATTTATACGCAAATGTTTTAGCAATA +CCTACAGATACAGTTGCAATGACAGTTGCGACGTCAGGTTTAATAGTAAGATTTGCTATA +GGTAAATCAGGGTTAACTGGTAAGTATGAAGGTAGTACTCCTAGAGAATATTTCCCTAAA +GGAAATGCTTTTGTATATAATATAGTACTTGGTTTAATAGTTGGTTTAGTAGTATGTTAT +ACAGGAACATTATTAGAGGAAGCTGGCGTATCTCGTGAATTTATGCAAGTATCATATCCA +GGATTTGTATTTGCAATAAGTGCAATATCATTGATATTTGCACAAACAGGATTTACAGCA +CCAACTACACACCATATAAGTATAACTGCAGCATATGCACTAGTATGGTCAGGTAGCCCA +ATTATAGGTGTTATAGTAGCAATAGTTGCTGCATTACTTGGTGAATTCTTTGTTAAGACT +GTAAATAGTCATGTGGACAGCCACATTGACCCACCTGCATGTACAATATTCATATTATCA +CTAATAATATTTATGATATTTAAATAA +>rsxC +TTGGAAAAAGATTTAATAAGCCTTGTAAAAGATGCAGGTATTGTTGGTGCAGGTGGAGCT +GGATTTCCTACTCACGTAAAATTAAATGCAAAGGCTGAATATGTAATCGTAAATGGTGCA +GAATGTGAACCTCTTTTAAGAGTAGATCAGCAACTTATGGCAATGGAATCTAGAAAAATC +CTAGAAGGTTTAAAGCTTATAAAAGAACATGTAGGAGCAAAATATGCTGTAATAGCTCTT +AAAGAAAAATATAAAAAAGCTATAAAGTCTTTTGAAGATATAATTGGAGAATATGAGGGA +ATAAGTCTTCATAAACTACAAAATTTTTATCCTGCAGGAGATGAACAAATTATAGTATAT +GAAGTTACAGGAAGAATAGTTCCTGAAGGCGGAATACCTCTAAATGTTGGTGCTATAGTT +TCTAATGTAGAAACTATAGTCAACATATATGATGCATATTATAATAATACTCCTGTTACA +GAAAAGTATGTAACAGTTACAGGAGCAGTAAAATCTCCAAAAACCTTAAAACTTCCAATA +GGATTAAGTATAGAAGAAGCTATAAATTTAGCTGGAGGATCTTATTTAGAGGATTATGTA +GTAATAAATGGTGGTCCTATGATGGGCAAAATTACAGATATAAAAAACCCTATTACTAAA +ACAACCAAAGGCCTTATAGTCTTACCATCTGATCATTCACTTGTAAAATCACTTACTAAG +GATATAAATCAAATGTTAAAAGAAGCTAAGGCTGCTTGTATGCATTGTAGTCACTGTAGT +GAAGTATGTCCAAGAAATTTAATAGGACATAGAATATATCCAGACAAGATGATGAGACTA +GCTAGTTATAGTGATTTATGTGATGAAAGTGTAACACCAGTAAATGCATTTTTATGCTGT +GAGTGTAGACTATGTGAATATGCATGTATAATGGATTTACAACCTTGGAAGTTACATAAT +TCACTAAAAAAGACAATGGGGTCAAATGGAATAAAAAATACATGCAAAAATCATCCGGAA +AATGTTCACCCATTTAGGTCATATAAAAAGTATCCAGTGAATAAATTAATTAATAAGATA +GGATTAAACTCATATGATGTAGAAGCACCAATGACAGATATTAAAGTAAATGCAAAATCT +ATAGCTATTCCTTTAAATCAACATATAGGTGCACCAGCAACACCAGTAGTACAAATAGGT +GACAAAGTTTTTAAAGGAGATTTACTAGGAAATATAGAAGATAATAAATTAGGAAGCAAT +ATTCACTCAAGCGTCAATGGAATTATCAAAGATATTAGAAATAATATAATTATAATTATA +ATTGATTGGGGGATGTAA +>sucD +ATGAATATAAGTGCTCTAGACATAGAAAAAGTTGTGAAAAAAGTCATAGAAGGAATTGAT +ATGCAGGAAGAGAAAAACTGTGTAGATTGCGTAGACGGAATATTTGAAAATATGGATGAT +GCAGTAGAAGCAGCATTTATAGCACAGAGAGAATATATGAAATGCACTATGGCTGATAGA +GATAGATTTATTAAGGCTATAAGAGCAGAGTTTTCTAATGAAGAACTTATAGAACTTATT +TCAAGAATGTCAGTTGATGAAACCGGAATGGGAGAAGTAGAATATAAGATTATAAAAAAT +AAACTCGTAATAGAAAAAACACCAGGAATAGAAGATTTGAAAAGTGAAGCTATATCAGGA +GATGATGGTCTTACTTTAGTAGAATTATCTCCATTTGGTGTTATAGGCGCAATAGCACCT +ACTACAAATCCAACAGAAACACTTCTTTGTAATAGCATAGGCATGCTTGCTGCAGGAAAC +TCTGTAGTATTTAGTCCTCATCCTAGAGCTAAAAAAGTTTCAAAATTAACTATACAAACT +ATAAATAGGGCTCTAAGAAAAGTAGGAGCACCAGAAAATCTAGTGGTTTCAGTTGCTGAA +CCATCTATAGAAAATACAAATAAAATGATAAATCATGATAAAGTAAAATTATTAGTTGCT +ACAGGTGGACCTGGAATAGTTAAATTAGTTCTATCATCAGGGAAGAAAGCAATAGGAGCA +GGTGCAGGTAATCCACCAGCTGTAGTTGATGAAACTGCAGATATTGAAAAAGCTGCAAAA +GATATTATAGATGGATGTAGCTTTGATAATAACCTACCTTGTATAGCAGAAAAGGAAGTC +ATTGCAGTTGATTCAATTGCAGATTACTTAATATTTAATATGAATAAAAATGGAGCTTAT +CAAATAACTGATAAAGATCTTCTAGATAAACTAGTAAAATTAGTACTTAATGATAAGTTA +AAAATAAAAACTGAATTTGTAGGAAAGAGTGCTAAATACATACTTAGTAAACTAGGTATA +GAAGTAGATTCAAGTATTAAAGTAATAATAATGGAAACTAATAAAGATCATCCATTTGTT +CAAGAAGAATTAATGATGCCAATACTTCCTATAGTAAGAGTAAAAGATGTAGATGAAGCT +ATAGACTTAGCTGTAGAAGTAGAGCATGGAAATAGACATACTGCTATGATGCATTCTAAA +AATGTTGATAAATTGACTAAAATGGCTAGACTTATACAAACTACTATATTTGTTAAAAAT +GGACCATCTTATTCTGGAATTGGTGTTGGAGGAGAAGGACATACAACATTTACAATTGCA +GGACCAACTGGTGAAGGTTTAACTTCAGCAAAAACATTTACTAGAAAAAGAAGATGTGTG +CTTGTAGAAGGGTTTAACGTTAGATAA +>group_1293 +TTGGCTAATTTATACACAAAGACAGGAGATAAAGGTGAAACAAGTTTATATGGTGGTAAA +AGAGTAAAAAAAAGTAGTGCAAGAGTTGACTGTTATGGAACTATAGATGAGGCAAACTCA +ATGCTAGGTCTTGCTTACTCACATCTAAAAAATGAAAAAATAAAAATTTATGTAAACTCA +ATACAAAAAAGATTATTTAGTGTAGGTGCTGAATTAGCAAGTGATGATAAAGGACTTCAA +ATACTACAAGGAAAAGTAACAGAAAAAGATGTAACTTTTTTAGAGCAAATTGTTGATGAG +TGTACTGAAATTGTAGGGAAACAAACTGAGTTTGTAGTTCCAGGGAAAAATCAAGCATCA +GCATCTTTACATGTAGCTAGAACAATTATTAGAAGGGCTGAAAGAAAGATTATATCATTA +AGGGAAGAAGAAGAGATAAGAGAAGAATTGCTTAAATATATAAATAGACTATCTGATACT +ATATATGCTCTAGCAAGAGTAGAGGAACATAACTCAGAAGTAGAGAATATAAAAAATAAA +GTTGTAAAGAAACTAAAAGAGAAATTTTCTAAGGATTTCAATCTAAATAATATCAAAAAA +ATGGCAGAATTTGCTGAAGAAAAAGCTATGGAAATGAATGTTCCGATGGTTTTTTCAGTA +GTAGATGAAGGCGGAAATATTATTTTAGTTCATAGAATGGAAGGATCTTTATTAGCAAGT +TTGGATATATCTATGAATAAGGCATATACGGCACTTGCTCTTCAAATGCCAACATCAGAT +GTAAGTAATCTGGCTAAAGAATCAGGTTCACTTTATGGAATACAAAACACAAATTCTAAT +AGAATGGTAGTATTTGGTGGAGGTTTTCCTATAGAGGTTAATGGAAAGATAGTTGGAGCA +GTAGGAGTAAGTGGAGGGACAGTGGAACAAGATATGGCAATTGCTCAATATGCAATAGAT +TCATTATAG +>ccmL +ATGTATTTAGGTAAAGTGGTTGGAACAGTTGTATCAACAACTAAAAATGAAGCCTTAGTA +GGTTTTAAACTTTTAGTAATAAAAAAACTAGATGAGCGTTTGGGTATAACTGATAATAGT +GAGGTTGTAGTAGATTCAGTTGGTGCAGGAGTAGGAGAAATAGTATTAGTATCTAAGGGG +AGCTCTGCAAGATACGTGCTTGAAAGAGAAAAAGCTCCTATAGATTCAGCAGTAGTAGCT +ATTGTTGATACTGTAGAAGTAAATGGTTAG +>group_1246 +TTGAATCAAAAAAAAATATTGGAAAACATAATAGAAGAATCAATAGTTGATTATATTGTA +GAAAAGGTAATAGAAAAAATTATGAACAAAAGTAAAAGAGGTTTACTTTTGTTTACTGGA +GCAACTATTGGTTACTGCCAAGCAATAGAGTCAATAAACAAATTAAAGATGGATGGATGG +GAATTTGATGTAGTAATGTCAAAATCAGCTCAAGAAGTGATTACTGTAGATAATGTAAGA +AATTCTATAGGAGCAAAAAATATAATAACTAATGAAGATGGATTAGTTATTAAGGAGTTA +CTACAAAAAAATAATATTATAATAATTCCTACTCTAACTATGAATTCAGCTGCGAAGATT +GCAAATTGTATTAGTGATACACTTGTTACCAATATAGTTTCAAAGGCTCTAATGTCAGGA +AGACCTGTAGTAGCATCAATTAATGGATGTTGCCCAGATAATGAAGAAAGAAGAAGATTA +TATGGAGATAATTTAAGTGATTTTTATAAGAAAAGATTAAGTTTAAATCTCGAAGCTTTA +AAAAATTATAATATAAAGTTAACTTCTTCTGAAAATTTATATATGAAAGTAAACAAAACA +CTATTCAAAAGTTTTGATTTAGATAAATCAAATGCATCAAGCATAGCAAAAGTAAATAGT +AATATAGAAATCAACAAGAAAGCTAAGTATAAAACTGATAAAAACTCTCCATTTATTAAA +ATAAATAAAAAGATTTTAAGTAGAAGAGATATATGGGACAACAAAATGTATAATACAATT +TTTGTAAGCCCAAATACATTAATAACAGATTTAGCGAGGGATGAAGCACAACGATTAAAT +ATTAAGTTACTAAAAGAATAA +>ftsA +TTGGATTTAATGAATTGCAACAAATTAATAGAAGAGTTTTCAGAACTTATAAAGAATAAA +AAATGTAATCCTTATGAAGGAGAGCTAAAGGTAGGAGTAGACTTAGGAACAGCTAATATA +GTTTTATCAGTTGTAGATTCTAATAATAGACCTATAGCCGGTGCTATGTATCCATCTAGT +GTAGTAAAAGATGGAATAGTTGTAGACTATATAGGTGCAACTAGAGTTGTAAGAGATTTA +AAGGACCAAGTTGAAGCTATTATAGGAGTGCCTCTTACAAAAGCAGCTACAGCAATACCA +CCAGGAATTACAGAAGGTAATACAAAGGTAATTGCTAACGTAGTAGAATCGGCGGATTTA +GAAGTTGTAAATGTAATTGATGAACCTACAGCTGCATCTTGTGTGCTTGGCATAAATGAT +GGAGCTGTAGTAGATGTAGGTGGAGGTACTACTGGAATTAGTATAATAAAAGATGGGAAA +GTAGTGTTTACTGCTGATGAGCCAACTGGTGGTACTCATATGACTTTAGTTTTAGCAGGA +TTTATGAAAAAATCTTTTGAAGAAGCTGAAGAAATGAAAAAAGATAAATCTCATGAAAGG +GATGTATTTACTATAGTTAAGCCTGTAGTTGAAAAAATGGCTTCAATTGTAAGTAAATAT +ATTCAAGGATATGATATTGAAACTATCTACGTTGTAGGTGGTGCTTGTTGCTTTAAAGAA +TTTGAAAGAATATTTAAAAAGGAAATTAAAGTAGATACAATAAAACCCATAGAACCACTT +TTAGTAACACCTCTTGGAATAGCTATGAATTGTAGTGTATAG +>group_1184 +ATGGATATATCTCAAGAAGCTTTAGTAAAGTTAATAACAGAAAAAGTTATTGAAAGATTA +AATGAGAATGAAGAAGTTTTAATCCCTATAGGTATTTCTAATAGACATATACATTTATGT +AGAGAAGATTTAAACCATCTCTTTGGAAAAGGGTATGAGTTAACTAAGATAAAAGATTTA +AAGCAACCAGGTCAGTTTGCATCTGATGAGGTTGTAACAATTAAAGGTCCTAAAGGCGAG +TTTAAAAAAGTTAGGATTTTAGGACCTTTAAGAGATGAAACTCAAGTTGAAATTTCAATT +TCAGATGGTTTTAAATTAGGAATAAATCCTCCAATAAAAGAATCTGGAAAGTTAGATAAT +ACACCAGGAATAACTATTATTGGACCTAAAGGGAGTATAGAATTAAAAAAAGGAACTATA +GCAGCTTTAAGACATATACATATGACTCCTGAAACTGCTAAAAAGTTAAATATTAACGAT +AAGGATGAAGTAAGTGTTGAAGTAAATGGAGTTAGAAAAGCTGTTCTTGGAAATGTACTT +GTAAGAGTCTCTGAGAAGTATGCTCTTGAAATGCACTTAGATATGGATGAGGCAAATGCT +TGTTTAGTAAAAAATGGAGATTTAGTTAAGATAGTAGAAAAATAG +>pduA_1 +ATGGGAGAAGCATTAGGATTAATAGAAACTAAAGGATTAGTAGGAGCTATAGAAGCAGCA +GATGCAATGACTAAGTCTGCTAATGTAGTTTTAGTTGGATATGAAAAGATAGGTTCAGGA +TTAGTAACAGTAATGGTAAGAGGTGATGTTGGTGCTGTTAAAGCTTCTGTAGATGCAGGT +GCAGTTGCTGCTGAAAAAGTTGGAGAATTAGTATCTAAGCATGTTATACCAAGACCTCAT +ACAGATGTTGAAAAAATATTACCAAAAACTGCAGAGTAA +>group_1249 +ATGTCTCAATTAGCTATAGGTATGATAGAGACAGTAGGCCTTGCTGCTGGAATAGAAGCC +GCTGATGTTTGTTTGAAATCTGCAAATGTAACTTTAATTGGTTATGAACTTACAAAAGGA +AATGGAATGACTGTTGTAAAAATAGAAGGCAATGTAGGTGCAGTAAAAGCGGCTATTGAA +GCGGCTACTGTTGCAGCAAATAAGGTTAGTAAGGTCTTTAGTACAAAAGTAATACCTCGT +CCAAGCGAAGGTATAGATTTCTTAATGAGAAACTGTGATACTGTTGGATATGAAAGTGAA +AAAGCAGTAGAAGAGTTAGTTGAAATATACGAAGACAGCGATGAGGATAAAAATAAAGAA +AATATTGAGGAAGATAAAGATAATACTCAAGAAAAAATAGAAGTAGAAGTTTCAGAAGAG +ATAAGTGAACATCAAATCAACATAGAAGAATTAGAAATAGAAGAAGATGATTCTAAATTA +GAAGAAACTGATAATATAGAAGGAAATAATCAGGAACTATCACAAATAGATAATAGTGAA +GATGAGTCTAAAGATGGTCATAATTTAATGCATGATATAATTGATAAATTTAAGAAAAAA +AGTACTACTGAAGTAGAGTATACATGTAATTTGTGTAAAGATCCAAAATGTCCAAGACAA +AAGGGAGATTTAAAAACAACGTGTATTCACTATGAAGATCAAAATAAATAA +>group_1224 +ATGAGAATGGATTCTATGATAAATAGCAAGCCTGTTATAAAAGTATTTTTTGATCAAGAT +AAATTAAAAGAAACTGATATACAAGAAGTATTATGGGGGATAGAAGAAGAAGGCATACCT +TATGAACTATTTCCCGTAAACATTGAAAATGCAGTTGATAGTGGCTACAAAGCAAGTGTA +GAATCCTCTCTTGGAGTAGGAATAGGAATCGATGAAAAAACTATAGTCCTTCACTATAAT +AAATTAAAAAAAGATTCACCTCTTTTCATTATAAAAAGAAATAGTGATTCTACTAAAATT +AGATCTTTAGGTGCAAATGCAGCAAGATTAGTTGTGAAAATGCCATTTAAAGAAATATAA +>ddrA +ATGGAAATAGTAGCTGGTGTAGATATAGGTAATGCTACTACGGAAGTGGCTCTAGCTAAA +ATAGAAGGTAAAGAGATTGAGTTTTTATCTAGTGGTATAGTACCAACTACAGGAATTAAG +GGAACTAAAAAAAATATTAATGGACTGTTTCAATCATTGAAACAGTCCTTAGACAAAGTA +GGACTTAGCGTAGATGATTTAGATAGAATCCGCGTTAATGAGGCAGCTCCCGTAATTGGA +GATGTAGCTATGGAGACTATAACAGAAACTATTATAACTGAGTCTACCATGATAGGTCAT +AATCCAAATACTCCTGGTGGTGAGGGAGTAGGAGTTGGTATAACTACACTTATAACTGAT +CTTTCAAAAATGAAGGATAATGAAAATATAATAGTAGTAATACCAGCTGAAGTGGATTTT +GAACATGCAGCAAGGCTAATAAATAAACATAATGATAGACTTAATATAAAAGGAGCAATA +GTTAAAAAAGATGATGGAGTTTTAATTAACAATAGAGTAGAAAATAAAATTCCTATAGTA +GATGAAGTAAGTTTAGTTGATAAAGTACCTATTGGGATGAGAGCTGCTATAGAAGTTGCT +CCAGTAGGTAGAGTAATCGAAGTACTTTCTAATCCATATGGAATAGCAACTCTTTTTGAT +TTAACTTCAGAGGAAACAAAACATATTGTTCCAATAGCTAGAGCATTAATTGGAAATAGA +TCTGCAGTAGTTATAAAAACTCCTAAGGGAGATGTTAAGGAAAGACGTATTCCAGCAGGG +ATAGTAGAAGTAATCGGTAAAAATAAAAGAGTTTGTGTAAATGTAGATGAAGGTGCAGAA +AAAATAATGCAAGCTGTGAACTCTGTTAATGAGATATGTGATGTAAAGGGTGAACCGGGA +ACTAATGCAGGAGGTATGTTAGAAAAGGTAAGACATGTAATGAGTCAACTTACTAATCAA +CATCCTAATGTTATAAAAATCCAAGATTTATTAGCCGTAGATACTTTTGTACCACAAAGT +GTTAAAGGAGGACTTGCAAAAGAGTTTTCTTTAGAAAATGCGGTAGGAATTGCTGCTATG +GTAAAAGCTGATAAACTTCAAATGCAAATGATAGCAGATGAATTATCAGATAAATTAAAA +GTACCTGTTGAAGTAGGTGGAGTGGAAGCTGATATGGCTATAAGAGGAGCATTAACAACT +CCTGGTACTAATAAACCACTTGCAATACTTGATATGGGTGCAGGATCTACAGATGCATCT +ATAATTACTAGAAATGGAGAAATAAAATCTATACATCTAGCAGGTGCAGGGAATATGGTA +ACATTGCTTATTCAATCTGAACTTGGATTAGATGATTTTGATTTAGCAGAAGATATTAAA +AAGTATCCATTAGCTAAGGTTGAAAGTTTATTTAACTTAAGACATGAAGATGGAACTGTT +AAGTTTTTTAATGAACCTCTAGATCCTAAATTCTTTGCAAAAGTAGTTATATTAAAAGAA +GACATGATGATACCTATAGATGGAAATAAATCTATAGAGAAGATTAAATTAGTTAGAAAA +CAAGCAAAAGAAAAAGTATTTGTAACAAATGCAATAAGAGCTTTATCAGAAGTTAGTCCA +ACAAACAATATTAGAGATATAGAATTTGTTGTTTTAGTAGGTGGATCAGCATTAGATTTT +GAAGTTCCACAATTAGTAACAGATGCATTATCTCAATATAATGTAGTTGCAGGTAGAGCA +AATATAAGAGGTGTCGAAGGTCCAAGAAATGCAGTTGCAACAGGTCTTATACTATCTTCA +ATAGAAGAGGTGAACTAG +>pduE +ATGAACCAAGATGTATTAATAAAACAAATAGTTGAAGAAGTTTTAAAAACTATGGGAGGA +GAAGCTCCTGTAGCTAAAAAAGAATGCTGTCAAGGTAGTGTATCTAAAGAAAATTATCCT +TTAGGTGAAAAAATACCTGATCAAATAAAATCTCAGTCTGGAATGAATCTTGCAGATATA +ACTTTAGAAAAAGTCATAGCTGGTCAAATAAAATCTGAAGATATGAGAATATCTCCAAAA +ACTTTAGAAATGCAAGCTCAAGTAGCTGAGTCAGTAAATAGAGGAGCTTTCGCTTCTAAC +TTAAGAAGAGCAGCAGAACTTATAGCTGTTCCAGATAAAAGGATACTTGAAATCTACAAT +GCTTTAAGACCATACAGATCTACAAAAGCAGAATTACTTGCTATAGCAGATGAATTAGAA +ACAAAATATGGTTGTAAAGTAAATGCAGATTTCGTTAGAGAAGCAGCTGATGTTTATGAA +AAAAGAGGAAGACTTAAAGCTTAA +>pduD +ATGGCAATAGATGAAAGAATGTTAAAAAGTGTTATAGAAGAAGTATTAAAAGAAATGGCT +GGTGGAGCTAGCGAAGCGCCAGTAGAGCCTAAAAAAGAAGAAATACCTAAAGAAGTAAGC +TCTCTTGTTGTAACTGAAATAGGTGATTTCGTACCAAGTAACAGAGCGGATGAAGTTGTT +ATAGGTTTAGCACCAGCATTTGGTGTTCATCAAACTAAAACAATAATAGGGATAGATCAT +GCTAAAGTTTTAAAAGAAGTTATAGCAGGTATAGAAGAAGAAGGTTTAAGTTATAGATTT +GTAAAAATATACAGAACATCAGATGTTTGTTTTATAGCTCATGATGCTGCTGAACTTAGT +GGTTCAGGAATCGGTATAGGAATACAATCTAAAGGAACAAGTGTTATACATCAAAAGGAT +TTATTCCCATTAAGTAACTTAGAGCTATTCTCTCAAGCTCCACTTATAGATTTAGAAACA +TTTAGAGCCATAGGTAAAAACGCTGCTAAATATGCTAAAAATGAATCTCCAGCACCAGTT +CCAGTAAAAAATGATCAAATGGCAAGACCAAAATATCAGGCAATAGCTGCATTACTTCAT +ATAAAGGAAACTGAGTATGCAGATAGAAATAAGAAACCTCAAGAATTAAAAATTGAGTTT +AAATAA +>pduC +TTGAAATCTAAACGTTTTGAAGTATTAGCAAATAGACCGGTAAACCAAGATGGTTTCGTA +AAAGAGTGGCCAGAAGTTGGTTTAATAGCAATGGAAGGACCAAATGATCCAACTCCAAGT +ATAAAATTAGAAAATGGAGTTGTTGTAGAATTAGATGGAAAAGCAAGAAAAGACTTTGAT +ATGCTTGATTACTTTATAGCTGATCATGCTATCAATTTAGATAAAACTGAAGAAGTTATG +AAAATGGATTCTTTAGAATTAGCAAGAATGCTAGTTGATATAAATGTAAAAAGAAGTGAT +ATAGTTGATTTAACAACTGCTATGACTCCTGCTAAAATAACTGAAGTTGTTTCTCAAATG +AACGTACTAGAAATGATGATGTCTATGACTAAGATGAGAGCAAGACAAACACCATCAAAT +CAATGCCACGTTACAAATGTAAAAGATAATCCAATACAAATAGCAGCAGACGCAGCAGAA +GCTGCACTTAGAGGATTTGATGAGCAAGAAACTACAGTTGGTATAGTTAGATATGCTCCA +TTTAATGCACTTGCTATAATGGTTGGTGCTCAAGTTGGTAGACCGGGAATACTTACTCAG +TGTGCTGTTGAAGAAGCAACAGAACTTGAATTAGGTATGAAAGGTTTCACTGCTTATGCA +GAAACAGTTTCTGTATACGGAACTGAGCCAGTATTTATGGACGGTGATGATACTCCTTGG +TCTAAAGGATTCTTAGCATCTTCATATGCTTCAAGAGGATTAAAAATGAGATTTACTTCA +GGAACTGGTTCTGAAGTTCAAATGGGATATGCTGAAGGTAAGTCTATGCTTTACTTAGAA +GCTAGATGCTTATATGTAACTAAAGGTTGTGGAGTTCAAGGGATACAAAATGGTTCAGTA +AGTTGTGTTGGTGTACCAGCAGGTGTTCCAAGTGGTATAAGAGCTATACTTGCAGAAAAC +TTAATTGCTGCAATGCTTGACCTAGAGTGTGCTTCAAGTAATGACCAAACATTTACTCAC +TCTGACTTAAGAAGAGTTGCTCGTTCATTAATGCAAATGGTCCCAGGAACTGACTTTATA +TGTTCTGGATATAGTGCAACTCCTAACTATGATAATATGTTCGCAGGTTCTAACTGGGAT +GCAGACGATTATGATGACTGGAATGTAATCCAAAGAGATTTAAAAATAGATGGTGGTTTA +AGACCTGTAACTGAAGAAGATGTAATAAGAGTAAGAAATAAAGCTGCAAGAGCTATTCAA +GGATTATTTAAAGAACTTGGACTTACTGAAATAACTGATGCAGAAGTTGAAGCGGCTACT +TACGCTCATGGTAGTAAGGATATGCCAGACAGAAATGTAGTTGAAGATTTAAAAGCTGCA +GAAGAAATGATGGCAAGAGGAGTTACTGGTATAGATATAATAAAAGCTCTTTACAGAGCT +GGATTTGAAGATGTAGCTGATAGCGTATTTAGATTATCTAAACAAAAAGTAGCAGGAGAT +TATCTACATACAGCTGCAATACTTGATAAGGATTTTAAAGTTCACAGTGCAGTAAATTGC +CCTAACACTTACAATGGTCCAAAAACAGGATACCAAGTTGAAGGTGAAAGATGGGAAGAA +ATTAAAAATATAGCTAATGCTAAAAGCCCAGAAGATTATTAA +>pduB +ATGAATGAAGATTTAATGGCAAAAATAATGGACCAAGTAATGAAGAAAATGGGAGATACG +CCGGTTGAAGACCCAGCTACTGTAGAAGCTCAAGTTGAAGAGGGACCAGGATTTAATGTA +ACTGGTTGTGGACTTACTGAATTTGTAGGTACTGCTATAGGAGATACTATAGGTTTAGTA +ATAGCTAATGTAGATTATAATTTACACGAATTAATGAATATAGATAAAAAATTTAGATCA +ATTGGTATAGTTGGTGGTAGAACAGGTGCTGGACCACACATATTTGCTGCTGATGAAGCT +GTTAAAGCTACAAATAGTGAAATAGTATTAATTGAACTACCAAGAGATACAAAAGGTGGA +GCTGGACACGGTTCTTTAGTTATATTTGGAGCTGAAGATGTATCTGATGCGAGAAGAGCT +GTTGAAGTTACATTAAAAGAATTAAATAGAACTTTTGGAGATGTTTATGGAACTGATGCA +GGTCACTTAGAATTCCAATACACTGCAAGAGCGAGTTATGCATTAAACAAAGCTTTTGGT +GCACCAATAGGAAAGTCTTTTGGTATAACTGTTGGAGCTCCAGCTGCAATAGGTGTTTTA +TTAGCAGATACAGCTGTTAAGGCGGCTAATGTTGATATAGTAGGATATTCTACACCAGGT +AACGGTGGAACTAGTTATTCAAATGAGGTTATATTAACATTCTCTGGAGATTCTGGAGCT +GTTAGACAAGCGATAATTGCTGCAAGAGATGTTGGTAAGCAAGTACTAGGAACTTTAGGA +GCAGATGAAATAAAATCAAGTACAATACCATATATATAA +>pduA_2 +ATGCAAAAGGAAGCTTTAGGTATGATAGAAACTAAAGGGTTAGTTGGAGCTGTTGAAGCT +GCAGATGCAATGGTTAAATCTGCTAATGTTACATTAGTAGGATATGAAAAAATAGGTTCT +GGTCTTGTTACAGTTATGGTAAGAGGAGATGTAGGGGCAGTTAAAGCTTCAGTTGATGCA +GGAGCAGTTGCTGCTGAGAAGGTTGGAGAAGTTGTATCTATACATGTAATACCAAGACCA +CACACTGATGTTGAAAAAATATTACCAAAAGAATTTTAA +>mdh +ATGAATAAAATAAGTAATTTTTATATAAATCCTAAAATTTCATATGGTGAAAATTCACTT +TTAAGTTTAAAAGACTTTGGATTTACAAGAGTTTGTATAGCCACAGATAGGTTTATGGTA +GAAAGTAAACTAATATGTAAAATAACAGATATACTAGATAAAAATAATATTGATTATCAT +ATTTTTGATGAAATAACACCTGATCCGTCTACAGAAATTATTGAGAAAGGTCTTTCTCAT +ATTGTTAATTTAAAACCTCACGCTTTAATTGCAGTTGGAGGTGGCTCTGTTATTGATGCG +GCAAAAGCTATAATGTACTTTTGTATTCAACTAAAAAAAAATTTTATCGAAGAAAATAAA +ATAGATAAACCTTACTTTATAGCTATCCCTACAACAGCTGGAACAGGTTCTGAAGTTACA +AACTTTTCAGTTATAACTGATACTAATACAAAAAGTAAAATTCCTTTAACTAATGATATT +ATGTTACCTGATGAAGCAATTTTAGATCCTATTTTAACAGTTTCAGTTCCCAAAAGTGTA +ACTGCTGCAACTGCTATGGATGTTCTTACACACGGAATCGAAAGCTATATTTCGATTAAT +AGTAATATATTTTCACAAATGTATGCTTTAAAATCTATAGAATTAATTGGATCAAATCTT +TTAAAATGCTTTAATGACTTGCATAATACAAAATATAGAAATAGCCTTCAGATTGCCTCT +TGTATGGCAGGTATTTCTTTTAATAGCAGTGGTTTAGGTATTACACATAGTATTGCACAT +GGTTTAGGGTCATCCTTTCATCTACCACATGGACTTTGTAATGCGATTGTACTACCTTAT +ATAATAGAATTTAATGGTAGAGATGCAAAAACTCGTGAAAAGTATATTAGAATTTTAGAG +GCTATGGGTGCTTCTAATATTAATTCAAATATGTCAACTGTTATTTTAAAGGAGCTAATT +ATAGAACTTAATAAAGCTTTAGAAATTCCTCTAGACCTTAGAAGTTTAAATATAGATAAA +AAGCAGTTTGATGCTATAGTTTCAAACTTAGCTCAAACTGCTTATAAAGATATATGTACT +TCTACTAATCCAGTATCAGTTAGTATTAATGATTTAGAGGATTTAATAAGAAGCTTATAT +TAA +>group_682 +ATGGCTTTAAGTATGGTAAATATAGGAGAAGAAAAAGAGATCATTGAATTAAGAGCTAAG +GATTCAGTAAAAAAACACTTACAAAGCTTAGGATTCATAGTGGGAGAAAAAGTTGAAATA +ATATCTGAAAATCCTAGTGGATTTATATTATTAATAAAAGGCTCGAAAGTAGCTTTAAAT +AAAGGAATAGCAAATAAAATAATAGTTTGTTAA +>group_674 +ATGACGCTTAAAGATTTGAAACCAGGTCAGTCTGGTGTAGTTGAAAGTATAGGACAAAAG +GGGCCGATTAGAAGAAGATTAATGGATATGGGAGTAACGCCTGGTGTTAAAGTTGAGGTA +ATAAAGGTTGCGCCATTAGGAGATCCGATAGAAATCAATATAAGAGGGTATGAATTAAGC +CTTAGAAAAGATGAGGCTCAAAATATAGTATTAAAATAA +>group_746 +ATGATCAATTATATAATAGGTATAGGAGCTTTCTTAGTAGTAGTATTAGTTATAAAAAAC +TTTATTAAAAATATAAAAGATGAAAAATCTAGTTGTGGATGTAGCTGTAAAGGATGCTCA +TCTAGTGATAATTGCAATAAAAATTCAAATTAA +>group_1045 +ATGATTATTGAAAGAGTTTATAACAATAATGTAGTATTAGTTAAAGATGAGCAAAGTCAA +AAAGAGTTAATACTTACAGGTTGTGGTATAGGATTTCAAAAGAAAATAGGCCAAATAGCT +GACGAGAGTAAAATAGAAAAAAAGTTTATAGCTGAAGATGTAAGTTTTAGAAATAAGATA +AGTAAACTTGCAATGGAAGTTGATGAAAATGTATTTAAAGCTAGTTTTGATATAATTGAA +TATGCTGAGAAACTACTAAATACAGAGTTATATGACTATATATATGTAGCACTTACAGAT +CATATTGCATTTGCCTTAAAAAGATATGAAGAAAATATAGAAATAAAAAATGAATTATTA +TATGAGATAAGAAGAATTCACAAGCAAGAATTTGAAATTGGCTTATGGGCAATAAATCAT +TTGAACAAAGAATTTAATCTGAATTTACCAGAGGATGAAGCTGCATTTATAGCTATGCAT +ATAGTAAATGCTAACTATAATGAAGATACATCTGAATCATTTTTAATGACAAAAATAGTT +AAAGAAATTCTTAATATAATAAGATATTTTTATTCTGTAGACTTTAATACTAATGAAATG +AACTATGAAAGATTATTAACTCATTTAAAATTCTTTGCGAAAAGATTGATTAAACATGAG +GGCAAAGGAAATAGGAAAAATGAACTATTAGATATTATAAAAGTAAAATATGAGGATTCA +TATAATTGTGCATTTAAAATAAAAACTTTCATAGAGGAACGTTACGAATATGAGGTAAGT +GAAGATGAAATGTTATACTTAACGTTACACATCAATAGAGTTATAGAAGTTATAAAAATA +GAAGAAAATAAATCGAATAACTAA +>group_734 +ATGTCAAATTTTAAAAATTTAACTCCTACAAATGGATTTAATTTTAAAGATTTAATAAGC +GCAAGACAAAATAACTATGCCTGGTCAATCAGCGAACTAGGTGACTATATATATGTTGGT +ACTGCTAGGAATATGATGCTAGTAACATCTGAACTATTTATAAAAAATCTAGAGTTTCCG +CTGTCTTTAAATCCAACAACTAGAAGTGATAATGCAGAAATATGGAGACTACGAAAACAT +AAAAATTGCGTCTGGGAAAAAGTATTTACTGTTCCAGATAATAGCAATATATATGGATTT +AGATATATGATTAATTACAGAGCATATAATGGTAATCCTGCACTATATGCAGCAGGTTCA +AGTAAGCCAAATTCAAACTTAAAAATATATAAGTCAGTTAATGGTATAGATTGGAAGGAA +ACCAAGTCAACTGTATATAATATGGGAAATTTAGAAGGAAATTCATCTAGAGCTATGGTA +GTATTTGATAATAAACTATATATAGCTAATTTTGATGAAAGCAATAAGGAAACATCTCCT +CTATTGTATAGTAATTTAGATCCTGAATTCTATTCTTGGAAACTAGAGACTTATCCTTAT +TCAACTACTAATTATAATCCAAACAAAAATCCTATGGGTTCTATAACAAATATGGCAGTT +TTCAACGGTCATTTATATTTAGCAACAACTACAGATGATAAAATTCAAATTTGGAGAACA +GATGGCAATAAAACTGAATTTAATAAATGGACACTTGTAGTCGATGGATTTGGATCTCCA +GCAAATACAACTGCTTTGTCTATGGGTGTATTTAAAAATCACCTTTATATAAGTGGAACA +AAGAAAGTTCCATTATCTTGGATCATACCTCAAGGATGCGATATAATAAGATTAGATGAA +TATGATAACTTTGAAATGATAGTAGGACCAGATAGCATCTCTGGAATTAATTCAGGATTT +AACAATCCATTTAATGTTTATGGATGGCAAATACAAGAATATGACAATACTTTATTCATA +AGTACCTTTGATAGTTCTATATTTATGCAGTCTATGCTAGAATTTTTATTATCCTATAAA +TCTGAATTGCCTCTACCTCCAAATGTCATTAATATTTTAATCAAAATATATAAAATTATT +GTACACATTTTGAATGAATTTAAATATCCTTTTGGATTTAATTTATACAAGTCTTACGAT +GGAGTAAACTTTTCACCAGTGATATTAGATGGTTTAGGTAATAGATATAATTATGGAGGT +AGAGTTTTATATGTAGATTCTTTAAATGATTTATATATAGGAACTGCTAATCCATATCAA +GGTTTAGAAGTTTGGAAATATGAATCATGCTATTGTGATACTGATACTTATAAGATGGAA +CCAGTTCCTTCTTATAATATATTAATAAACTCACTTAATGACTACTTCTCAGAATTAGAA +ATGTATGCTCCAGATATTTTTAATTCTATAAGCTCTTTATACAATAATTTTAAATTTTAT +ATTAATTAA +>group_830 +GTGGAAAACATAATAATTCAACCTGTCTTAGTTGGTGGAGATATAAACTGCTACAGTGTA +GCAAGAGCATATCATGAAGCTTATGGTGTAAAATCAATAGCTTTTGGTAGATACGCTTTA +GGTGCAACAAAAGACAGTAATATAATAGATTTTAGAATAGATCCAAGAATAACAGAAGAG +GAAGAGTTTATAAAGGTATTATTACAAACGGCTGATGAATTAGCTGCTCCTAATAAGAAG +CTAATAATACATGGATGTACTGATGAGTATGCAGAATTAATAATAGACCATAGAGATATA +TTATCTGAAAAGTATATAGTTCCTTATATAGGAAAAGAGCTTAAAGAAAAGCTTATAGAA +AAAGAGTTATTCTATCAAATGTGTGAAGAAAAAGGATTAGATTATCCTAAAACTTTCATA +TACTCAAAAGGCGATGAAATAAAAGATTTTGGATTTAAGTATCCAGTTATAATAAAGCCT +TCAGATAGTGTATTATTCTGGCAACACCCATTTGAAGGAATGAAGAAAGCATACCTTGCA +AATAATGAAGAAGAGTTTAGAGAAATAACTACTTCAATATATAATGGAAAATACGATAAG +AATTTAATAATACAAGATTTCATACCAGGTGATGACTCACATATGAGAGTTTTAACTTGC +TATTCAGATCAAAATGGTAAAGTTAAGATGATGTGTTTAGGACATGTATTATTAGAAGAG +CATACTCCAAAAGGAATAGGAAATCATGCGGCTATAATAACTGAGTATGATGGACCTTTA +ATGGAAAAGTTTAAAAACTTCTTAGAAAGCATAAACTACACAGGTTTCTCTAACTTTGAT +ATAAAATTTGATAGTAGAGATAACACATATAAGGTGTTTGAAATAAACTTAAGACAAGGT +AGAAGTAACTTCTACGTAACTTCTTCAGGAAATAACATAGCTAAGTATGTTGTAGAAGAT +AGAGTTTACAACAAAGAATTAGATTTAAAAATACAAAAAGAACCTTTCTTCTGGAGAGTT +ATACCAAAAAGTGTTGTTTACAAATTTGTTAAAAATCCAGAATTAGTAAATATTGCTAAG +AAACTAGATTCAGAAGGAAAGAGTGCAACTTCATTTGGTTACAAAGCTGATTTAAAAGGA +AACTTTAAGAGAAGTTGGTATGTATTCTTATATAATATAAATCAAATGAGAAAGTTCAAT +AAATACTGCAAGTAG +>murE_1 +ATGAAATTATTTAATATTATGGAAGATGTGAAATTTAAATCTAATAAGCCTTGGGAAGAA +ATAAAAGACATAGAAATAAAAGATATAGCGTATAATTCTTCAAAATGTGAAGGTGGATAT +ATATTTGTTGCGATAAAAGGTGAAACTGTAGATGGTCATAAGTACTGTGCAGATGCTTAT +AAAAGAGGATGTAGAGTATTTATATTAAATGATGATATAGACCTTGGTGAGGATTCTATA +AAATTATTTGTTGAGAATAGTAGAATAGCATTATCAAAAATGTCTGCAAACTATTTTGGT +AATCCATCAAAGGAATTAAAAGTAATAGGTGTTACTGGTACAAAGGGTAAAACTACAATA +ACAAATTATATAAGTGAAGTTTTAAATTCTTCGGGATTAAATACTGGGGTTATTGGAACT +AATGGTACTTTCTACAATGGTATAAGTGAAAAGACTGTTAATACAACTCCAGAAAGTTAT +GAACTTCATAGAATATTTAGAACTATGTTAGATAATGGAGTTCAATGTGTTTCTATGGAA +GTTTCATCTGGTGGAGTGATGATGAATAGGGTTGAAGATGTAGATTTTGATATAGCTATA +TTCTCAAACTTATCACCAGATCATATAGGCCCAAAGGAACATCCAACATTTGAGCATTAT +TTAGAGTGTAAGGCTAGATTATTTACTTTAGCTAAACATGGAATAATAAACATAGATGAT +GAGCATGCAGAAAAGATAATAAATAAAGCAACTTGTGATGTAGAAAGATTCTCTATAGTG +AAAGAATCAGATGTAATGGCTAAGAATATAGAGTACTCTAAAGAAATAGATTCTTTAGGT +GTAAACTTCACTTGTCGTACTAAGAACGATGAATTCTCTTGTTATATATGTTCGCCAGGA +GAGTTTAGTATATATAATGCATTAGCTGTAATATCAGTTTGTAGATACTTAAAAGTAGAC +CAAGATATTATGATAAATTCGCTAAAAAAGGCTAAGGTTAATGGTAGAGTAGAGGTTTTA +CCTGTACTTCCGTATGCAACTGTAATAGTAGATTATGCTCATAATGGTGTTAGTTTAGAA +AATATACTTCAAACATTAAAAAAATACGACCATAATAGATTAATATGTTTATTTGGTTCA +GTAGGTGGAAGAACAGAAATAAGAAGAAAAGAATTAGGTGATGTTGCTGCAAGAGAATGT +GACTTATGTATATTAACTTCTGATAATCCTGATTTTGAAGATCCTATGAATGTAATAAGA +GATATAGCAGAGTCTTTTGAAGGTACAAACTGTGAATATGTAGTAGAACCAGATAGGAAA +GTTGCTATAGAGATGGCTATAGAAATGGCTAAAGAAGGTGATATGATAGTATTTGCTGGA +AAGGGACACGAAACGTATCAGCTAATTAAAGGTGAAAGAATACCATTTAGTGAAAAAGAA +ATAGCTATAAATGCTGCAAGGAAATTAAAAGAAGCAGCCTTAATAATATAG +>ypdA +ATGGGAAAAGGTACTATTCTTTTATCACTGATAGAAAAATCAAGTTTAATAATAGTTTTG +TTTATAATAATATCTAAGTTAAAAGGATTTAAATATATATTTCAAAAAGATAGGCATAAT +TTAAAAGATTTAATAATCATATCTATAATATTCAGTGCTATAGGTATGTTAGGAACTTAT +AATTATATAGATGTAGATGGTGCAAGGGCGAATACTAGAATAATAGGTACTGTATCTGGA +GGCATATTATTTGGTCCTTTTGTAGGTATAACATCAGGAATTATAGCAGGATTTAATAGA +TATATTATCGATATAAATGGTATAACATCACTCCCTTGTTTTATATCGACAGTGTTTGCA +GGTATATTATCTGGTATACTTAGTAAAAAAGTAAAAGATGAAAATAAATGGTTTTATGGA +ATACTGTGTGGAACAATTAGTGAAAGTATAGGAATGTTTCTTATATATTTATTATCAAGC +CCTCATAATATTGCATTAAATATAATTAAACAGATATATATACCTATGATAGTAGGTCAG +GTAGGGATAGGTCTTTTAGTATCGATATCTCAATCCATAAAAAGAGAAAAGGATGAAATC +GCGGCATTTCAATCTATGCTAGCGCTTAATATAGCAAACAAGACTTTACCTTATTTTAGA +AATATAAATGAAGAGTCCTTAAAAGAAATATGCAGTATAATAAAAGAAGAAATAAATTCC +GATGCAGTAAGCATCACGGATACTAATAAAATATTAGCTTATGTAGGAAAAGGGGAAGAA +GTATTTAAAGGAAATAATCTGCAAATAAGCTCTATAACAAAAGAAGCAATGGATAATAAT +AAAATATTAAATATAAAAGTGGATAAAGATGAACAGTCATTAAGTGAAAAGATAAATTTA +AAGACAGCTCTTATAATACCTCTAACTGACTCTCAAGGGGTTATTGGTAGCTTAAAAATA +TATTATACAGAAAAATATAATATGAGTTTTTCAAAAAAATCTTTAGCGATAGGTCTATCT +AATATAATTTCTACGCTTATGGAAATATCTAAGATTGAAAAAATAAAGGAAGCTAAGAAT +AAAGCAGAAATAAAAGCATTACAAACACAAATAAATCCTCATTTTTTATTTAATGCCTTA +AATACAATAACTTCTTTTATAAGGATAAATCCAGATAAAGCAAGGAGTTTAATAATAAAT +TTATCAACATATATGAGATATAATTTAGAAGTTAATAGTAACTTAATTGATATAAATAAA +GAATTAGAGCAAGTTAAGGCGTATGTAGAAATTGAACAAGCTAGGTTTGGAGATAAATTA +AAAGTTATATACGACATAGATGAAGATATAGATGTTAAAATCCCAAGTCTTATAATACAA +CCTTTAGTAGAGAACGCAATTATTCATGGAATAAGAGAAAATGGTGGAAGTGGAACTGTT +AAAATATCTGTAAAAAAAGAAAATAATAAAACTAAGATATGTGTTGAAAATAATGGTATA +AGTATAGATGATAATATAATAGAAAAAGTTTATAATGATAATATGCCAGAAAATAAGATA +GGACTTTATAATGTCCACTTAAGATTAAAATTAATATATGATAAAGGGCTTAATATAAAT +AAATTAAACCCAGGAACTAAAATAGAGTTTTATATTTAG +>ypdB_1 +ATGAAATCGATAATAGTAGAAGATGAATTCCCAGCAAGAGAAGAGTTGAAATATTTTATA +AATAACTTTAGTAATATAGATATATTAGCTGAGTTTGATAATGGTTTAGATGTATTGAAA +TTTATTCAAAATAATTTTGTTGATGTAATATTCTTAGACATAAATATACCTCAGCTTGAT +GGTATGTTACTTGCAAAAACAATAAACCAATTTAAATATAAACCTAAAATAGTATTTATA +ACAGCATATAAAGAACATGCTGTGGATGCCTTTGAGTTGGATGCATTTGATTATGTATTA +AAGCCTTATTCAGATGATAGGATAAAATCAACTTTAAAAAAGCTTGAAAAAATTGAAATA +AAAAACGATGAAGTTATAAATACAAACACTACAACTTCAGGGAATTTAACATTATGGAAA +GAGAATAAATTAGTAGTAGTAAATATTGAGGAAATATATTATTGTGAAGCTAGGGAAAGA +GAAACTTTAGTATATACTAAAGATGGTCACTATATTTACAAGAATTCCATGACTGAATTT +GAAAAAAAACTAACTTTAGAGAAGTTCTTTAAAACTCATAGATCTTATATTGTAAATATA +AATAAAATAAAAGAAATAATTCCATGGTTTAATTCTACTTATAAATTAAAGTTAAGTGGG +ATTGAAAATGATATATACGTAAGTAGAAGTAAAATTAAAGAATTTAAAAAACTTATGAAT +ATATAA +>group_748 +ATGATAACATTTATAACTTGTTTAGCAATTCTTATAATAGGATACTTCGCTTACGGAACT +TATGTATCAAAGTCAGTAAAGTTAGACGATTTAAATACTACTCCGGCGGTAAAATTAGAA +GATGGTGTAGATTATATGCCAATGCCTTGGCATAAAGTATTCTTAATACAATTCTTAAAT +ATAGCAGGGACAGGTCCTATATTTGGTGCTATAATGGGGGCATTATTTGGTCCAGTAGCA +TTCTTATGGATAACGTTTGGAACAATATTTGCAGGAGGAGTACATGATTTCTTCTCTGGA +GTTATATCAATGAAACATGATGGTACTTCAGTATCAGAAATAGTTGGTATATACTTAGGC +GATAGTATGAAAAACGTTATGAGAGTATTCTCAGTTATACTTTTAATATTAGTTGGTACA +GTTTTCGTTACATCTCCAGCAGGATTATTAACATCTATGACTGGAATAGATAAAACTATA +TGGGTAGTTTTAATAATAGTATACTATATAGTTGCGACAGTTTTACCAGTAGATAAGGTT +ATAGGTAAGATATATCCAATATTCGGTGCATCACTATTATTCATGGCAATAGGTTTAGCT +GGAGCTATGATAGTAGGACACTTCAATGGAAGTATGGTAATGCCTGAAATGACATTACAA +AATTTACATCCAAGTGGATTATCTGTATTCCCATTCTTATTTACAACTATAGCTTGTGGA +GCTTTATCAGGATTCCATGCTACTCAATCACCAATGATGGCAAGATGTATAAATAGAGAA +TCTGAAAGTAAAAGAGTATTCTATGGAGCTATGGTAGTGGAAGGTATAGTTGCTTTAATA +TGGTGTGCTGTTACAATAGCATTCTTTGGAGAAAGTGGAGCAATACAAGCAGCTCTTGAT +AGCTTTGGAGGTCAATCAGGAGTAGTTGGTATGATATCTAAAGAATTATTAGGACCAATA +GGAGCAGTACTTGCAGTACTTGGAGTTGTTGCTTGCCCTATAACTTCAGGAGATACAGCG +TTCAGAAGTGCTAGACTTACAATAGCTGATGCTTTCAATATAAAGCAAGAAGGATTATTA +AGTAGATTTAAATTAGCAATACCATTATTCGTAGTTTGTATATTCTTAACTACAATAGAC +TTTAATATAATATGGAGATACTTTGCTTGGTCTAATCAAACATTAGCGACTATCTTCTTA +TGGACGGCTACTGTTTACTTATTAAAGAACAAAGGTAACCATTGGATAACTCTAATACCA +GCAACATTTATGAGTGCAGTATGTATGTCATATATACTACAAGCTCCAGAAGGATTTAAG +TTAAATGCTCAATTATCTAATATAGTTGGTGTAATATTTGCTGTGGTATTATTTGGTTTA +TTCATGCTGAATATAAATAAATTTAAATCAAATACTGAAAAAGAATCAAAAATTTCTTAA +>group_884 +ATGCTAAATTCAACACTTTTGTTTGGTAGCATATTTCTTAGCTTGATACTTACTGGCTAC +ATGGAAAATATATTTATAGTTTTAGCAACTCTTATTTTCTATAAGCAAATAATTGTAGAT +AGAAATTATAAATATATGGCTTATGGTATTATTATTGCTTTTATTGGTGTTAATATAATA +ACTGTTTCAATATTTAGAAATAAGATAACTACTAAAGAAATAACTCCTTTAGAAAATCAA +GAAGAAACAGTTGTATTATTAGTATCTGAAGGTGAAAGTAAAAATTATAATTTAAAGGAA +AGAGCAAGTGAGATTTATTTTGAAAAAGGACTATTATCATATGTAACAACAATAAAAGAT +TTATACACTTATAAGATGTATTATGAAAAGTTAGGGTCAAGCAATTTTAAAAATGACTCA +GAGTACATAGCGTCAAGTTTACGAGAAAAATTAGGTAAAGATTATAAGGTTGTAAACTCT +TATCTGTATAGTTATCCATACTTTGAAAATAGCATAGAAGATATTATTTCCAAAGGATAT +AAGAATATAATCATTTGCCCAATGTTTATGACTGAAGGTGAAGATTTTAATATTCTAATT +AAAAGATATGAAAAACTAAATTTAAGTACATATAATTTAAATCAAGTAGAAATCCTAGAT +ACTTTTTATAAGTCAAATAACTTAGCACTGTTGTATAAGGATGAAATATTAAAGAATATT +ACAACTAAAAATAAAGATATTGGTGTTCTTTTAGTAGGATTTCAAAATGAAAATAACCTA +GAACAAGATATATTATTTAGAGAGAAAATAAGAGATTACATATTACAAGATGAAAAAAAT +AGCTATATTCAAATAAAATTACCCCTTTTAGAAAATAATAAAAAGGATATAATTAAATGT +GGTGAAGAATTGCTAGAATATGGAATTGATGGTCTATATATAGTTTTACCGACAAGTATA +ATTGATAGTATTTATACTAAAAACTTAGTAGATAGTATACTTAATGAATTAGATATGGGA +AATACAAAGTTTTACTATATAGATACAGATAAAAAATACGATTTAATAGTAGAAGAGATA +TTTAATAGAATATCCTTACTAAGCCAAATAGGAGGGTAA +>group_798 +ATGAAAAAAATCGTTAATGAAATTTTAAAAGAAGAAATATATTATGAAAAGTTAGAAAAT +GGATTAGACGTTTACTTTATGCCGAAGAAAGGGTTTACGAAAAAATATGCAGTTTTAGCG +ACTAACTACGGCTCAAACGAGTTAGAATTTATTCCTATAGGAGAGGACAAGAAGATTAGA +GTTAATGAGGGAATTGCTCATTTCTTAGAACATAAAATGTTCGAACAACCAGACGGGAAA +AATGCCTTTGATTTATTTTCAAAATATGGAGCAAGTGCAAATGCATTTACTAATTTTACT +ATGACAGCATACTTATTTTCTTGTACAGAAAATTTCTATGAATGTTTAGGACATCTAATT +GATTATGTTCAGACTCCTTACTTTACAGATGAAAATGTAGAAAAAGAAAAAGGAATAATA +GAACAAGAAATAAAAATGTATAATGATGACCCTGACTGGAATGTTTATTTTAACTGCTTA +AAAGCAATGTATGTTAATTATCCTGTAAGAGTAGATATAGCAGGTACAGTTGAAAGTATA +TATAAAATAAATAAAGAAGAACTATACAAGTGTTACAATACGTTTTATAACCCGGGAAAT +ATGACTTTATTTGTAGTAGGAGATTTAGATGTAAATAAGGTTATGGATGTTGTAAAAGAA +TATAATCATTATGATATAGAAAAATTAGATCATAAAATAGAAAAGTTCTATCCAAAAGAA +CCAGACTATGTAAATGAAAAAGAAGTTATAGCTAAGTTTCCTATATCTATACCGATGTTT +AACATAGCCTTTAAAGATAATAATGTCGGAATATCTGGAAGAGAACTTATGAAAAAGGAA +GTAATCACAGAAATATTAATAGATATGATTTTCAAAAGAGGAACAGCTCTTTATGAAGAT +TTATATATGCAAGGTTTAATAAATGAAAACTTCGGTTCCGGATTTTCTTCTCAAGTGGAT +TATGGATTTACTATTATAGGCGGAGATTCAAAAAATCCAAAAGAAGTTAAGAGAATAATT +CTTGAATATATAGAAAAGTATAAAAAAGAAGGCTTAGACAAAACTGCATTTGAAAGAACT +AAGAAAAAGAAAATTGGTCATTTCTTAAAATACTTTGATTCTATTAACTTTATAGCTAAT +AATTTTATCTCATATAATTTCAAAAAAATGAATTTATTAGATTACCTAGAAGTTATAAAA +GATGTTAAGTTTGAAGAAATAGAAGAAAGACTAAAATCTCATCTAAAAGAAGAATATTGT +GTTATATCTATAGTTGAGCCTAAATAA +>group_907 +ATGAATATAATAAATTTAACTTTAGCAAATATAAAAAGGTATTTAAAATCTCCACATTTA +ATATTGCCAATGATACTTGTACCACTAGTTATGGTATTTTTAGTAAGTATATCAACAAAC +AAAGACTCTAGTAACTCTTTATTTGAACCACCAATAGCTTTAGTGTGTAATCAAAATGGA +AAATATGAAAGTAAACTTATAAATGAACTTGGTGAAAATGTGACTATATTTGATATACAA +GATAAAGAAAAAGCTATAAATCAGCTTAAAGATAATGAGATTTCTTCTGTAATATCATTT +GACAATAATTTTTCTAATGATATAGATAATTTAGTTAAACCTAAGGTAGTCTCTTTTAAA +ACATCTAAGGGTGGAGGAAGTTTATTAACTGAGTCTAATATAAATAAATTTATTAGCAAG +TCTTTAAAATATAGAGAAAACAGTGATAATAATATTAATATAATAAGCTCTAATATAATA +AAAAAAGAATCATCTTTCTTAGGCAGTACATTCTTACCTGTATTTATGATTTCTTATTTC +TTATACCTATGTAGTGGTGTATTTTGTCATGACTTATTATCACTTAGAAAGTCTAATGTC +TTAAGAAGAATGTTATCTACTAAAAATAAAGACTTCCACATTATATTCAGCTTATGTCTA +TCATTATTTTTAGTTCAATCAATTACCTCTTCTTTAGCCTTAATCATTGCAAACTTAGTT +AATGGAGATGCTATAAGCATACCGATTATATTATTAATTTGTGCTAATGCATTTGTATCT +ACAGGTTTAGTAATTTTTGTATGTAGGATATTTAAAAATGAATCCTATGTGTTTTTTGCA +ACTTCTATGTACTGTTTGTTTGGTATTATTTTATGCTTAGGTAAGTTATTACCCTCATTA +AATATGAGTATACCATTAATGGATAAACTAGCTATGCTGTCTCCTTTTTATTGGATATTT +GAAGTGGCAAATGGAGGTAGTATTTATACATCTATAATTGCTTTATTATTAATAGGGCTA +GTATTTATGACTTGTGGTAGTTTTAAATTAGAAGACTTTGCTAGAAATTAA +>drrA +ATGAGCTTTATAAAAATCGAAAATATAACAAAAAGATTTAATGATAAATTAGCTTTAGAT +AATATTAGCTTTAACATCGATGAAGGTGAAGTATTTGGTCTTATAGGTCCAAACGGTGCT +GGTAAATCAACATTAATAAATATTATTTCAGGACTTATGTCACCTAATAATGGTACTGTC +GAAATAGACAATATGAATATAAAGAAAGATTCCATAAAAATAAAATCTACACTTGGGTTA +GTACCACAAGAGCTTGCCATAATAGAAACTTTAACACCTTATGATAATTTAGAATACTTC +GGTTCATTATGTGGTCTTCATGGTAAGTTACTAAAAGAAAGAATAAATGAATGTTTAGAA +ATATCCGGCCTTTCTGATGTGAAAAAGAAAAAAGTAAATAAACTATCTGGTGGTATGAAA +AGAAGATTAAACATAGCAATCGCTTTAATAAATCATCCAAAAATATTAATCCTTGATGAA +CCAACGGTAGGTGTTGACCCTCAATCAAGAAATTATATATTTACAGTTTTGAAAAAATTA +TCAAAAGAGGAAAATACAACAATAATATATACATCACACTATATGGAAGAAGTAGAAAAT +CTTTGTTCAAAGATATTTATTATGGATGAAGGTAAAGAAATAGCTTGCGGTAATCAAGAA +TATTTAAAAGGATTAGTTTCAAGCAATACAAATATATCTATATGTATAAACAATTTAAAT +GGAAATATTCTATTTGAACTTAAAAACCTTGAAGGCGTTATATCTGTAAAAGAAGAAGAT +AACTCTCTTTTACTTACTACTGAAAAGAATTTTTCTATATCAAAAGCTTTAAGTATATTA +GAAAATAATAATGCTTCTTTATCTAGTATTTCTTATGATAATTCTAGCCTTGAAGATGTA +TTCTTAAATCTTACAGGAAAGAATCTAAGGGATTAG +>liaR +TTGAGTAAAATAAAAATCCTAATCGTTGATGATGAAAAACTTATAAGAACAGGACTTAAG +ATAATCCTTAAATCCCATGAGGATCTAGATGTAATTGGAGATGTTTCAAATGGATATGAA +GCATTGGAGTTTTGTAAAAATAATGATGTAGATTTGGTTCTTATGGATATAAGAATGGAT +ATTTGTGATGGTGTATTAGGTACTAGGCTAATTAAGGAATATAATGATTCAATAAAAATC +CTTATACTTACTACTTTCAATGATGATAAGTATATAAAAGATGCTATAAATTTTGGTGCT +TCGGGATACCTACTAAAGGATAGCTCAGATGATGTTTTATATGAAGGAATTCGTTCTAGC +TTTTATGGGAATATCGTTCTAGATAAAAGTGTTGCATCAAAGGTTATTAATAAAGAACAA +ACTGTAGACACTAAAAGTATTTCAAATACACATAATTTATCTCCTAAGGAGATTGATATA +GTAAGACTTATTGCAAATGGTCTTACTAACAAAGAAATAAGTAATGAACTGTTCCTATCT +GAAGGAACAATTAAAAATAATATAAGTAATATATTATCTAAACTTGATCTTAGAGATAGA +ACACAAATTGCTATATTTGCTTTTAAAAATAAAATAGTGACTTAA +>group_867 +ATGAATAATTATAATTTAATTACACTAACTAGATATTTATCCTTATTTATGGTAATTATG +AATTCCTTAAATGAAATAAATATATTACCAACTTATTTATTTTTTCTAATATTGATATTT +ATAATAAATAACCAAATTAGATACTTTAATTCATACAATAGAAAAAGTCTTATGACTGCA +TCATTGATAACAGAATCTTTTTTAGTTTTTCTAATTTCTAACTATGTAGATAAGGTTAAT +GTTTTTTTCTTTATTCCAATGATTTTAGATATTACAAATTCTAAAAAAATTTATAATAAG +ACTACCTATTTAATGCTAATTATAATATTTTCTTTAACAATTAATATTAGATACTCAATC +TCTGATGCTTTTGAATACTCATTTATTTTATTGATTATATCTATACTGTGTATATACATA +CATAAAGAAAATTTATCAAAATCAAAAACAGAAAAAATTTATGATCAACTTAGAATATCC +GAAGATAAATTAAAAAAATCAAACTCAGATTTAGAAATTTATATAGATTCATTAGAAGAG +CTTACTATACTTAAAGAAAGAAATAGAATATCCAGGGAAATTCATGACAGCGTAGGTCAT +GCACTTTCTACAACAATAATTCAACTTGGTGCAATAGAGAACTTAGTTTCTTTTGATAAG +GATTTAAAAGAATTAGTATTTGAGCTTAGGGAATTTGTAAAGAAAAGTCTAATCGAAGTA +AGGAATGCTATAAATACTTTAAAACCTGATGAGTATGAAAATTATGAGAATCTTTTTAAA +ATAAAAGAATTAGTAAATAATTTTTCTAAAATGACTAATATAGATGTTAAAATAACTATA +TCAAAATATACATGGAAGCTTTCTAGTATACAATCTATTTCATTATATAGAGTAATCCAA +GAAGCTTTATCAAATTGTGTAAAACATTCAAATGCAACTAGAATTCAAATTTTTTTTAAT +TTTAATAAAGATAATTTAGTTATAAATATAAAAGATAATGGTACTGACTGTAAAAATATA +AATAAGGGAAATGGTTTAAAGAGTATAACTGAAAGAATAAATGAACTTAATGGTTTAGTT +CGATTCAATTCTTCAAGTGATGGTTTTTCAATCCATGCTTCTTTTCCTAAAAATACTAGA +GGTGAAATAATTGAGTAA +>lgt +ATGGATAGAGTAGCATTTACTATATTTGGTATAGATGTAATGTGGTATGGTATACTAATG +GCCACAGGCATGATTTTAGGAACTTATTTAGCATTAAAAGAAGCTGAAAGAGTTGGAATT +TCAGAAGATGATGTTTTAAATCTAGCAATTTTTGCAATACCAGCAGGTGTTTTAGGAGCG +AGATTGTATTATGTTATTTTTAATTGGGGATATTATTCTCAAAATCCGTCTCAAATTTTA +AACTTTAGAGGTGGAGGTATGGCAATACATGGAGCTTTAATTGGTGGTATTTTAGCTGGA +TTAATTTATACAAAGATTAAGAAAATCAATTTCTTTAAAATGGCTGATATAGCATTAATA +GGTATGCCATTAGCACAAGCAATAGGAAGATGGGGAAATTACATTAACGGAGAAGCTCAT +GGTGGTCCAACTAATTTACCATGGGGAATAATGGTTGATGGAGTTAAGGTTCATCCAACA +TTCCTTTATGAATCTATATGGGATTTTGGAATATTTATATTTTTATGGATGTTTAGAAAG +AAAAAGAAATATGAAGGCCAAGTTGCCGTTTATTATATAATACTTTACTCACTAGGTAGA +TTCTTTATAGAAGGACTTAGAACTGATAGTCTTATGATAGGTCCTTTAAGAATGGCTCAA +GTTATAAGCTTAGTTGGAGTAGTAGGTGGAATAATAGCGCATATTTATTTATTGAAGAAA +AATAATAATAAAAAAGAAGAATCAAAATAA +>rsmH +ATGGAATTTCATCATGTATCAGTACTCTTAGAGGAGTGCATCGAAAATTTAAATATAAAA +CCAGATGGTGTTTATGTTGACTGTACAATGGGTGGAGCAGGACACTCAAAGGAAATAGTA +AAAAGATTATCGGATAAAGGTCTTTTTATTGGATTTGACCAAGATAAAAATGCAATAGCT +ACAGCGAAAGAAAGATTAAGCGAATATAGCGATAGAGTTAGATTTGTTCATAGTAACTTT +GAAAATATAAAAGAAGAGTTAGCTAAAATTGGAGTTCATAAAATAGATGGAGTTTTAGCA +GATTTAGGTGTTTCTTCTCATCAGTTAGATGAAGCAGATAGAGGATTTTCATATATGCAA +GATGCACCACTTGATATGAGAATGGATGTTAGATGTAGCTTTTCAGCTTATGACGTTGTA +AATACTTATAGTGAAGATGAACTTACAAAAATAATAAAAGATTACGGTGAAGATAACTGG +GCAAAAAGAATAGCTAAATTTATAGTTGAAGAGAGATCTGAAAAACCAATTGAAACTACT +GGTGAGTTAGTTGAAATAATAAAAAAAGCTATCCCTAAAAAAGCAAGAATAGATGGCCCA +CATCCTGCAAAAAGGACATTCCAAGCTATAAGAATAGAGGTAAATAATGAACTTGGTGTT +ATAACTAAAATGATAAATGATGCAGTATCTATAATGAATGAAGGTGGAAGAGTGTGTATA +ATAACATTCCACTCTTTAGAAGATAGAATAGTAAAAAATGCATTTAGAGATTTAGCTTTA +GATTGTATATGCCCATCAGAACTTCCGATATGCCAATGCGATAAGGAGCCTGAAGTTAAA +GTTATAACTAGAAAACCGATACTTCCAAGTAAAGAAGAGGTAGAATTTAATCCAAGAAGT +AGAAGTGCGAAGCTTAGAGTAGCAGAGAAAATATAA +>norR_3 +ATGAAAAAGATTTTGATAATATCTTTTGGTGAACATACAGGATTGAGTATAAAGGCTCAA +CTTAAAGATATTTTGGGGAATAAATTTGAAATTATTAATTTAAGTGTAGAAGATAGCTTT +GATTATTGTTTATATACTGATTTGGTGATATTCTCTAGTGAAGAAGTTAGAGATATTTGC +TTACTTACAGTTGATAAAGAGTTTGATTTTATAGTTTTAAAACGGGTTATAAGGCATGAG +TGTATAGATGAAATTTTAAAGATAAGAGAAAATAAAGATGTTCTTGTAGTAAATGATACT +GAAGAGAGTTGTAAAGAAGTTATAAATCAACTAAAAAAGCAAGGAATAGATCATGTTAAA +TATTATCAATACTACCCTGGTATTAGTGAATATAAAGAAACTGATGTGGCTATCACACCG +GGTGAATCTCATTTAGTTCCTAATGGGATAAAAAGGGTTATTGATATAAGTGCTAGAAGA +ATGGATGTAACTAGTCTAATTGAAGTTTTAATGAAATTAAACTGTATAGAGGAGTATGGT +AGTTTAGTTTCTTCTTATTTTTACAGAGATATGATAAATATTTCTAAAAAATATATAAAT +ATGTATCAAGAAACAAATAGGCTAAAGGAGATTTTAACAAATATCCTGGATAATCAAAAA +AACGGTATTATTTATACTGATATTGAAAATAGAGTATTTGTACTAAATGAAGAAGCCATG +AATTTACTAAATATAAGTAGACAAGATATTATAGGAAAAGATATATATACGATATTTAAA +GAATTAAAAGAGGATATTATTAGCATTAATAATAGAGAGGTTTTAGTTTCTAAAGAAAAA +ATAAAAAGTAATAATTTTTATAGCGGAAATATGATTGTACTTAATGAGGTTAAACATATA +CATAAAATTGATGATGAATTAAGGAAGAAGGAAAGATCTAAGGAAAACTATGCTAGGTAT +ACATTTGATGATATGGTAGGAGACTCTAAGTCTGTAACCAAAAGTATAGATTTAGCTAAG +AAGGTAGCTAAGACAAATTCTACTGTTTTAATACAAGGTGAGACTGGTACAGGTAAAGAA +GTTCTAGCACAAGCAATACATAATGAGTCAGAAAGAAAAGATTATCCATTTGTTGCAATT +AACTTTGCTGCTATTCCAGAAAACTTAATAGAAAGTGAACTATTTGGATATGAAGAGGGA +GCTTTTACAGGAGCTAAAAAAGGTGGAAAAATAGGTTTATTCAAAAAAGCACATAAGGGA +ACTATATTTTTAGATGAAATTGGTGATGCTTCTTTATATTTGCAGTCTAGATTACTTAGA +GTACTTCAAGAAAGAGAAATAACACCAGTAGGTAGCACTGAAACTATACCTATAGATATT +AGGGTCATTGCAGCTACAAATAAAGAATTATTTGAAGAAGTTAAGTTGAAGAATTTTAGA +GAAGATTTATACTATAGATTAAATGTAATGCCTATATACTCAATACCTTTAAGAAATCGG +AAAGAAGATATCAAGTTACTATTAAAATATTATTTATCTAAAGTGGCTAAAAATAATGAT +TTGAATTCATTTTTCACTGAAGATGCACTTAGATTGTTAGAAAATTATAACTGGCCAGGC +AATATAAGAGAACTTGTGAATGTAGTAGAATATGTATCTACAATAAAAGAGCTTGGAATA +AAAATAGACATTAATGATCTACCTAAATATATTGTTGAGCTTATTAATAATAATGGAAAT +AAAGATAGATTTGAGACTAAATTATCTTTAGAACAAGATTTAGATGAAAAAGAATTATGG +GTATTACGAAAGATTTATAAGTATGAGGGGATTGGAAGGAGAACATTATCCATTATATCT +TATGAAGAGGGTTATGATATTGGCGAAGGCAGAATTAGAAGTATCATGAAAAAGTTAAGA +TTATATGGATATATAGATATCAATAAGGGATTAAAAGGGACAAAAATATTGGATAAAGGG +ATAAAAAGGGTTAATTTATAA +>mleN_2 +ATGACTACATTAAAAAAGAAAAAACCAACATTGTTACAAGCTTTAATACCTATAGTATTT +ATGATTGTTGCATTGGCTATAGGTTATGGAGTATTAGGTATAAATGCAGAACCTATAATG +ATAGCATCGGCTTTTATAGCTGGTATAATAGCATATAGATTAGGTTATACATGGGATGAA +ATGCAAAAAGCTATAGTAGATAAGATAGCAAGTGCACTTCCAGCTACATTAATATTATGG +AGTGTAGGTCTTTTAATAGGAGCGTTAATGTTCTCGGGAGCTGTTCCTATGATAATATAC +TATGGAGTACAAATGATAAATCCTAAGTTTATATTAGTTACGGCATTTTTATTATCAGCA +CTGCTTGCCATAGTGACAGGAACATCATGGGGAGCGGCAGGAACTATTGGTGTGGCAATG +ATGGGGATTGCAGGAGGTTTAGGAGTATCACTACCAGCTACAGCAGGAGCTGTAGTATCA +GGTGCATTCTTAGGTGATAAATTATCTCCTCTTTCTGACACTACAAATCTAGCTCCTATG +GCAGCAGGAAGTGAAATATATGATCATATAAAGCATATGCTTTATACGACTGTGCCAGCT +TCTTTGGTATGTATAGTAGTTTATTTAATTGTTGGATTTAGCTCTTCTGGGGAATTAGTG +ACACCAGATTCAGTTAAAGTAATGATGGAGCAGCTAGAGTCAATGTTTAACTTTAACATG +TTATTATTATTACCATTAGTATTAGTAATTTTAGGGTCAGTAAGAAGATGGCCAACTATA +CCAACTATGCTAGGAACAAGTTTAATTACTATAGTCTTAGGTGCGGTGGTTCAAGGATTT +AATATAGTTGATGGATTTACATCTTTAATTTCTGGATTCGATTTAACTATGACAGGTTTT +AAAGGAGAAGCTACGGCTGAAGTAATAAAACTTATAAATAGAGGTGGAGTTGTATCAGTA +ACAAGTACAACGGTACTTATATTCTGTGCTATGGGATTTGCTGGGATAGTAAGTGTTTCG +GGTATGTTAGATGTAGTACTTGACTTATTAATGTCAAAAGTAAAATCAACATCTGGAATA +ATAATATCAACTATAGCATCTTGCTTTACAGTTGCATTTGTAACAGGGAGCTCATACTTA +TCAATACTTGTACCTGGGGAATTATTTAAGGACGTGTATCCAAAGAGAAATTTACATCCT +AAGAATTTATCTAGAACATTAGAAGATTCAGGAACAGTCCTTGTTCCTTTAATACCATGG +TCAGCGGCAGGAGCGTATATGGCAGCAACATTAGGCGTTCCTACCTTAGAATACTTACCA +TGGGCAATACTTAACTATACAGGTATAATATTTGCAATAATATGTGCAATTACTGGATTT +GGAATAGCTAAGATAGATAAAAATGAAAAAGAAGACGCAATAAAAGGAGCATAA +>iadA +ATGATATTAATAAAGAATGTAGAAGTATATGCACCAGAATATAAGGGCAAAAAAGATGTT +TTCATAAGTGGAGGAAAAATATCTTTAATACAAGATGAAATTAATTTTGAGAATGATAAA +ATTAAGATAATAGATGGTAGCAAAAAAAAGCTTACACCTGGATTTATTGACCAGCATGTC +CATATAACTGGAGGTGGTGGTGAAGGTAGCTTTAAAACTAGAGCTCCAGAAATAACTTTA +AGTAAACTTACAAAAGGTGGGATAACAACTGTTGTTGGACTTCTAGGAACAGATGGAACA +ACAAGAAGTGTAGAAAACTTAGTTGCGAAGGCTAAAGCATTGAAAGAAGAAGGTATTACA +GTTTTTACACATACAGGTTCGTATGAGTATCCAACAGTAACAATTACAGGATCGGTAAAA +AAAGATATAGCTTTTGTAGATGAGATTATAGGTGTAAAATTGGCTTTATCTGATCATAGA +GCACCAAATGTAAGTAATTTGGAATTACAGAGAGTGGCATCTGATGCAAGAGTGGCTGGT +ATGTTAAGTGGAAAAGCAGGAATTGTAGTTCTTCATATGGGTGATGGTAAAAAGGGTCTT +TCACCAGTAAATGAAATATTAGAAGAAACTGAAATACCTATAAAAACTATAAGGCCTACT +CATGTAAATAGAAGGAAAGAACTTTTACTAGAAGCATTTGATTATGCTAAGAGGGGAGGA +AAGATAGATTTAACTTGTGGAATGAGAGATGACTTAACTCCAGGAAAGAGTATAAAGAAA +GCTATAGAAGAAAGTGTACCTAGAGAAAATATGACAATAAGTTCGGATGGATATGGAAGC +TGGTCTAAATATGATGCAAGCGGAAATTTAGTAAAAATGGGAGTATCAAGTGTGTCTAGT +TTACATGAAGAGTTTAAATCAATGGTAAATGATTTAGACTTTAGTATAGAGGAAGCTTTA +ATTTATATAACTTCTAATGTTTCAAAAGGATTAGAAATATATCCAAGAAAAGGGTGTATA +AATGAAAACTCTGATGGAGATGTGTTATTATTAGATGAAGATTTGAATATTGATACAGTT +ATAGCAAATGGGAAAATAATGATAGAAAATAAAGAAGTATTAGTGTATGGGACATATGAA +CATATATAG +>ftsL +GTGAAAAAAAATAATAAAATTGAGGACATAAACGAATATAAGAAAAAGAAAAAGAATAAA +AATAAAAATAGGAAGAAAAGAATTGCCTTTAAGAAATCTCGTGTAACTATTGGATTTATT +TGTGTAGCAAGTGCTGTAATAGGAAATCTATGCGGCTACTCTATAGTCTCTCAGCTTAAA +TATGATATATATTACTTGAAAAAAGACTTAAGAGCAAAAGATATAGTTATAGAGCAATTA +AATTCGAGAATATATAGTAACTATAGTATAGAAGAGATTGAAAAAATGGCTAAAGAAAAA +ATTAATATGGATTATCCGAAAGAAAGTCAAATCGAGTATATAACTGTTGAGGATTAG +>murF +ATGGAAAATCTAACGGTGAAAGAGTTAGTAATTTCTACTAAAGGAAAATTAGTTCTAGGC +GATGAAAATAATTTTGTAAACGACATTATCATAGATAGTAGAAAAGCAAATGAGAATAAT +GTATTTGTAGCTATAGTTGGAGAAAATCTAGATGGTCATAATTTTATACAATCAGCATAT +GACCAAGGCTGCAGAACTTTTATAAAAAATGATAAAGTTAATATTGATTTAAAACAATCA +GATGTTAATGTGATAGAAGTAAAAGATACAGAAATAGCATTAGGTGATATCGCAAAGTAT +TATAAATCAAAGTTTGAGATACCTTTTATAGGAATAACAGGTAGTGTTGGAAAAACAACA +ACTAGAGATATGGTATATGCAGCTGTATCATCTAAATATAATTCATTAAAAAATGAGGGT +AATCTTAATAATCAATTAGGTGTACCTCTTACTTTATTTGAGCTTAATAAAGAACATGAA +TGTGCAGTAATAGAAATGGGTATGTCTGGATTTAATGAAATAGAATACTTAGCAAATATA +GTTAATCCTAAAATCGGTGTTATATCGAATATAGGACTTTCTCATATAGAAGCCCTTGGT +TCACAAGAAGGTATATTAAAGGCTAAGATGGAGATAACTACAAACTTCGATTCAACGAGC +ACTTTAATAGTTAATGGAGATGATAAGTTCTTATCTACACTAAAGGACAAAGAACATGTT +TATACTTTAAAAACATTTGGATTTAATAACGATAATGACATTTATTGTGAAGAATTTACT +ATGGGAGAAGATAGTATAACTTTTACATGTATTATAGATGGAAATAAAGAAGAAATCTTT +ATACCAGCAGTAGGAGAGCATAATATATACAATGCAATGGCTGCAATATTAACTGGTATG +GCTTTAGAAATTCCTTTAAAAAATATAAAGGAAGGTTTAAAATATTATAAAGCGACAAAA +ATGAGACTAGATATAGTAAAAGATGATGATTTAACTATAATAAATGATACTTACAATGCA +AGCCCTGATTCTATGAAAGCTGCTTTAAAAATACTAGGAAGGTATAAGGAAAGAAGAGTG +GCGATATTAGGTGATATGTTCGAAATGGGAGAGCATGCAGAATATGGTCATAGACTAGTT +GGAGAATCAACAATAGGCAATGTAGATTTACTAATTACAATAGGAGAAGATTCTAAATTT +ATTAGTGACGAAGCTAAAAAATTAGGGTTATGTCCTAATAGTATATATCACTTTGCCACA +AAAGAAGATGCTATAAATAGTTTAGATAACCTAATACAAAAGAATGATGTAGTATTAGTT +AAAGCATCTAGAGGTATGAAATTAGAAAAAATAGTAGAATATCTAAGTAAGTAA +>mraY +ATGTTAGGAATAACAGAACTTACGTATACAGCAATGATTTCGTTTCTAATAGTAATTATA +TTAGGACCAATATTTATACCGATGTTAACTAAATTTAAATTCGGTCAAACAGTTAGAGAT +GATGGACCAAAAACACATTTACAGAAAAATGGAACTCCAACAATGGGAGGAGTACTTATA +ATTATAGCTATACTTATTACAGGACTTACTAGAAGTAATATAAGTTCAGATATGGTAATA +GGACTTATCTGCGTGGTAGGTTTTGGTTTTGTAGGGTTTGTAGATGACTTTATAATAATA +AAAATGAAAAGATCGCTAGGATTAAAACCTTGGCAAAAAATAGTTATGCAAGTAGCTTTA +GCCTTATATGTATCTTATTATCAATATAGTTCATCTCCAAGTGCAACACAGCTTATAATA +CCATTTACTGATGCAGTAATAAATTTAGGACCGTTATATGTACCAATAATGACATTTATG +ATAGTAGGTATAGTAAATGCAGTTAATTTAACTGATGGACTAGATGGATTGGCGTCAGGA +GTAACTCTGATAGTAGCAACGTTCTTTATGATATTTGCAACTTCTATATCAAATACAGAT +GTAGCAGTTCTTGCAGCAGCAACAGTAGGAGCGTGTATAGGATTTTTAGGATTCAATGCA +TACCCAGCTAAAATATTTATGGGAGACACTGGTTCTATGGCATTAGGAGGAGCAGTTACA +GCATTTGCAATATTAACAAACTCTATGCTTTTATTTGTTTTAGTAGGAGGGATATACTTC +GCTGAAGCTATATCAGTAATGCTTCAAGTAACTTACTATAAACTAACTAAGAAAAGAATA +TTTAAAATGGCTCCTATACATCATCATTTTGAACAATGTGGATGGCCAGAAACTAAAGTA +GTATTTACATTCTGGATAGTTACTGTAGTTTTAGCTTGGATAGGAATAATTGCCGTATTC +TAA +>ftsW_2 +ATGCCTAAGGAAGGTTTGAAAAAACAAATCAAAAGAGGAATGAAGACTGAATTTGATTCA +GTAGTTTTTTATACTACGATGACATTAGTATTTATAGGCATAATAATGGTGTTTAGTGCA +AGCTATATACAAGCAGCATTTAAGCACCATGATGCCTTTTATTTTTTAAAAAGAAATGTG +ATTTACGCTGTTTTAGGCTTTGTTGGGATGATGATAATGTCTAGGATAGAGTACACATTT +TGGAAGAAAAATGCCACAAAGATAGGTATAATAGCAGTAGTTTTATTAGTATTGGTGTTA +ACACCTCTAGGAATAGAAGCGAATGGAGCAAAAAGATGGTTAGGTGTAGGTGGAGCAACT +ATACAGCCAGCTGAAATTGCTAAATTTGCATGTATACTAATAACTGCTAAATTAATTGAA +AAAAGATATGACAATATAAAATCTTTGACAAAAGGTGTTTTACCACTTCTTATAGTTCCC +GGTACTTTCTTTATACTTATAATGGGTCAACCAAATATGTCAACAGCAGGTACTATAATA +TTAGTTGTGTTTGTAATGTTATTTGTAGCAGGAATGAATATGAAATTTGTATATACTATG +GTAGCGTTAGGGATAGCAGCATTTGCAGGATTAGTACTTTCAGCACCGTATAGATTAGAT +CGTGTAACCTCTTTCTTAGATCCATTCAAAGACCCGTTAGGATCAGGGTATCAAGTAATT +CAAAGTTTATATGCCATTGGTTCAGGAGGATTATTTGGATTAGGACTTGGTAAAAGTAAG +CAAAAATATTTTTACATACCAGAACCACAGAATGACTTTATATTTGCTATAATAGGTGAG +GAACTAGGGCTTATAGGATGTATAGTAGTTATGATGTTATTCTTAATATTAGTATATAGA +TGCATAAGAATAGCATTAAAATGTTCAGATATATTTTCTTGTATGGTGGTTATAGGTATA +GGTGCACAGATAGGAATTCAAGCAGCTTTAAATATAGCTGTTGCAACTTCATCTATGCCA +GCTACGGGAGTAGCTTTACCATTTATAAGTATGGGAGGAACCTCGCTAACCATACTTATG +GGAGCAGTAGGTATAGTGCTAAACATCTCAAAACATGTCAAAATTAATTAA +>murG +ATGAGAGTTTTATTATCAGGTGGAGGAACTGGAGGTCATGTTTATCCAGCTATCGCCATT +GCAAATAGAATAAAAGAACAATATCCAGATGCTGAGATAATATTTGTTGGAACAGAAAAA +GGAATAGAATCTGAAATAGTTCCGAAATATGGATATGAATTAAAAACTGTTACAGTTCAA +GGTTTTAAAAGAAAGATAGACTTCGATAACGTAAAAAGAGTATTTAAATTATTCAAAGGA +TTAGAACAATCAAGAAAAGTTGTTAAAAAGTTTAAACCGGATGTTGTAATCGGAACTGGA +GGATATGTAAGTGGACCAGTATTATTTAATGCTGCTATGAGCAAAGTTCCAACAGTAATT +CATGAACAAAATTCTTTCCCGGGAGTTACAAATAAAATACTTTCAAAGGTTGTTACAAGA +GTTTTAACTAGCTTTGAAGATTCACATGAAAGATTCCCAGAAGGAAGCCGTGATAAATTA +GTTTTAACAGGAAATCCAGTAAGAAAAGAAATATTAGTAGCTAGGAAAAATATCGCTAGA +AAAAATCTAGGAATAAGTGAAGATAAGAAAATGGTACTTTGCTATGGAGGTAGTGGAGGA +TCTGAAGAAATAAACGATGCAATGAAAGTTGTAATAGAAAATATGGTTAAGGAAGATATA +GCATTTATATTTGCTACAGGTAAGTATTACTATGAAGAATTTACAAAGAGTATAGAATAT +CTAAATTTAAAACCATATCAACAAGTAGTTCCATATTTAGAGGATATGGCAAATGCACTA +GCTGCAAGTGATTTAGTTATAGGAAGTGCAGGTGCGATATCTTTAGCTGAGATAACAGCA +TTAGGGAAACCATCAATAATAATACCTAAGGCTTATACTGCAGAAAATCATCAAGAATAT +AACGCTAAAAGTATAGAGTCAAAAGGTGCTGGAATTGCAATATTAGAAAAAGACTTAACA +CCTAAAACTTTAAATGAAACTGTATTTAGACTATTAGGGGATAGAGAACTTTTAATAGAT +ATGGAAAATGCAAGTAAGAAAATTGGAAAACCCGAGGCAATAGATTTAATTTGCGATGAA +ATTATCAAGATATATGAAGAAAAAAATAAAGTAAAAAAATCTAATATAGAAGACAAAAAT +ACAGATATAAAAGAAAAAGATGAAAAAGAATCATCTTTAGACAATAATAATGATTCTAAA +GAACAACCAAAGGTAATAGGAATTAAGAAAAAGTAA +>murAA_2 +TTGTCTAAGTATATAATACACGGAGGTAATAAAATAGAGGGAATTTTGAATATTAGGGGA +GCAAAAAATGCTATATTACCTATAATGGCAGCAACAATACTTAATGAGGATAAGAGCATA +ATTCATAATGTACCTAGTATAGCTGATGTATTTATTATGATAAAGATACTAGAAAGTATA +GGCTGCAAAATTGAATATAGTGAAGATACCCTGATAATAGAAAGTTCTGGTATAAATTTT +CATAAAATAGATGAAGAGTATGTAAGGAAGATGAGATCATCAATAATTATTATGGGAGCA +ATGATAGGCAGACTTGAGCATATAGAAATCAGTCATCCTGGAGGATGCGCTATTGGTGCT +AGACCGATAGACTTGCATTTAAAAGCTTTAGAATCTCTAGGTGTTATAATTGAAGAGGAA +GATGGTGTTATTAATTGTTACAGAGAATGTCTAAAAGGAAATGATATAAGATTTGAAAAA +ACAAGTGTGGGAGCAACTGAGAATGCTATGCTTGCTGCAGTAAAATCTAAGGGCGTAACA +AGAATATATAATGCAGCTAAAGAACCGGAGATAGAAGATTTACAGAATTTTTTGAATGCC +ATGGGTGCAAAGGTAAAAGGTGCCGGAACAAGCTATATAGAAATAGAAGGTGTAGAAAAG +TTAGGTGAAGTAGAATATAGCGTGATACCCGATAGAATAGCCATAGGAACTTATATGGTA +GCTAGCGCTATAACTGGTGGTAGACTAGAAGTTGAAAAAGCAATAAGACCTCATATGGAA +CCTATAAGTAATATTTTAAGAATGGCTGGATGCGAGATAGAGTACACAACAACTGGATTA +AATCTATTATCTCCAAAAATAATTAAAGCTGTTGATTTAATTAAAACTTTACCACATCCA +GGATTTCCAACAGATATGCAGTCCCAAATGATGGCTTTAATGACATTATCTGATGGTCTT +AGCGTATTTTTTGAAACTATATTTGAAAATAGATTTATGCATTGTAAAGAGCTTATGAAT +ATGGGGGCTGATATACGACTTATTACAGATAAAATTTGTGAGGTAAGAGGTGTGGATGCT +ATTTATGGAGCTAAGGTTAAGTCTACAGACTTAAGAGGAGGAGCTAGTCTTGTATTAGCG +GCATTAGCAGCTAAGGGTGAAAGTGAAATCTCAGATGTTTATCATATTGAAAGAGGATAT +GAGAATATAGAAAATGTACTTAGGAATTTAGGTGCAGATATTAGGAAAATATAA +>divIB +TTGAAAAGAAGAAAAAAGAAGAAAAAGACAGATAGGGTAATTATAGTTTTAGTTTTTGTT +TTGATGATATCATTAGGATCAATAGCCTTTTTAAAAAGTAGTATTTTTAATCTAGGCAAG +ATAGAAATTATAGGCAATAAAAATTTAAAAGAAAATGAGGTTGTTGATTTAGAAAGTTTA +ATGACTAATAAAAATATATTTACCTATAACTTAAAAGGTATCAAGAATGAGATATTAGAA +AATCCTTATGTAGAAGATGCTCAAGTAAAAATAAAACTTCCTAATAAAATAATAATAACT +GTAGACGAAGTAGAAGTTGTAGCCTTATTATCTAATGGAAAAGATTATTGTTACATAGAT +GATAAGGGAAATTTAATTAAAAAAATTGATAATATAGAAGAAAATAGTGATAAAATAGTA +TTTAGTACAGAATATTCTATAGAAAATGGACAAGTAATAAATTTTAAAAGTGAAGAAAAT +AAGAAAAGCATATTAAATTTAATAAGTGCTCTAAAAGGAGAACATTTAGAAAAAGAAATT +GTAAAAGTAGAATATACTAATGACTCTAAATTAAATTTAGAATCAAAGATAGGAGCTAAG +TTTTTACTTATTAACGATGATAATCTAAATTATAATATAGCAAGAACAAGCAAAATACTT +TTAGATCTAAAAAATAAAAATATTAAAGATGGTGTTGTGGACTTAACTTATAGCAACTAT +GCTGTATATAAACCAAGTTGA +>group_679 +TTGCACAAGAAAATACCTTATAAAAGCTTAGTTATAGTGACCACTATATTAGGAGTTTTT +ATAAGTTTACAGTTGAAAAGTATAAATATAGAGAATAATGGAATGACAACCCTCAAAAAG +GGAGAACAGCTAAAACAAGAATTAAAGTCATTAAAAAAAGAAGAAGAAGAATTACGAGAA +GAAATTAAAAATATTCAAAATGATATAGACAGTTATAAAAATATGGAAGACGGAACTACA +GAAGAAAGTATAAAAACAGAAATTAAAAAATATGAAGCATTAGCAGGTTATACAGATGTA +GAGGGCGAAGGAATTAAGGTAAGTATAAAATCTACAAATAATAATCTAAGTGATGATTCA +AATAACAGCATAGTTTATAATTATGATTTATTACTATCACTTATTAACAAATTAAATTCT +GCTCAAGCAAATGCAATTTCTATAAATAATCAGCGAATAGTATATGATTCATACCTACAC +TTAAAGGACGATAAACTATATTTAAATGATATAGCTATAAATGAGCCATTTATTATAAAA +GCTATAGGCGATTCGGATACTTTAGCATCTGCACTTCAAATCAAATATGGAATCATATGG +GAAATAGAGAAGTACTATGATGCTAAAGTTACAGTTGAAAAGAGCGATAATATAACCATA +GGGGCTTCTAGTGAAAAAAAATACTTAGAGGATGTAGAAATAAATGAAGATTAA +>group_1033 +ATGTTATGGATACTAGGAGGACTAGCACTAGGAGTAGTTATTGGTTATTATATTCCATTT +ACTTATCCTATGGATTACTCCCTTTATATGTCTGTTGCAATACTTGCAACCTTAGATTCT +ATCTTTGGTGCAGTAAAATCAACTTTTGAAGGTAAATATGACAATATAATATTTGTTACT +GGATTTATTGGAAATTCATTATTAGCTATATTCTTAACTTATATAGGTGATAAGCTAGGG +ATACCAATTTATTATGTAGCAATTTTAGTATTTGGATCTAGATTATTCGACAATTTATCA +ATGATAAGAAGACATATTATTTTAAGGTTAAGTAATAAAAAAAGAGGAAATTAA +>ftsZ +ATGCTAAACTTTGACGTAGAATCAGACAATTTTGCGCAGATTAAGGTTATAGGTGTCGGT +GGAGGCGGAAATAATGCTGTTAACCGAATGGTAGAGGCACAACTTAAAGGTGTTGAGTTT +ATTGCAATTAATACTGATAAGCAAGCTTTATACACATCTAAGGCTGAGTATAAAGTTCAA +ATAGGAGATAAACTTACTAGAGGACTTGGAGCAGGAGCTAATCCTGAAATTGGGAAAAAA +GCAGCTGAAGAAAGTAAGGATGAAATATTAACATTACTTCAAGGTTCGGATATGGTATTT +GTTACTGCTGGTATGGGCGGTGGAACAGGTACAGGAGCAGCACCATTAGTTGCTCAATTA +GCTAAGGAAATGGGGATACTTACAGTAGGAGTTGTCACTAAGCCTTTCATATTTGAGGGA +AAGGTAAGAATGAAAAATGCTGAAAGAGGAATTGAAGATTTAAAAGCAAATGTTGATACT +TTAATAACTATACCAAATGATAAGTTATTACAGTTAGTACAAAAGAACACATCTATGCTA +GAGGCATTCTCGATAGCAGATAACGTATTAAAGCAAGGTATACAGTCAATATCTGACCTA +ATAGCAGTACCAGGTCTTATAAATCTAGACTTTGCAGATGTTACTTCAATAATGAAGGAG +CAAGGTTTAGCTCATATGGGTATAGGTACAGCTGTAGGTGAAAATAGAGCTGTTGAAGCT +GCTAGAGAAGCAATACAGTCTCCGCTACTTGAAACTTCAATTAAAGGAGCTAAAGGGGTA +TTACTTAATATAACAGGTGGTTCTAATCTAGGATTATTCGAGATAAATGAAGCATCTACA +TTAGTACAAGAATCATGTGATCCAGAAGCTAACATTATATTTGGAGCATCTATAAGAGAA +GACTTAGGAGATGAAATAAGTATAACTGTTATAGCTACAGGATTTGAAAGTAATCAACTT +CAAGATATGAGAATAAATGATACTATAAGCAAGTTCACTACTAAGCCAGTTGAAACTGTA +GTTGAAAAAAAAGAAGTTGAACCTATAAAAGAAGTAGTTGCTGCTAAAGAAGAACCTAAA +AAAGTATCTTTAACTGAAGAAGATGATGATATGATAATACCTACTTTTTTAAGAAGAAGA +AGATAA +>group_1062 +ATGTATATTGATTCTTACATTATAGAAAACCTACTAATAAATTATATTATTATAAGTTGT +ACATCTATTCTAACAAAAAACTTTAATAGTAGAAAACAGAAATTCCTTGGCTCAATATTA +GGCACGATATATTCAGTAGCATACATATATCCATCATTAAAAATTTTATTTACGGTACCA +TCAAAATTTATTTTTATAATTATCATTACATTAATATCATTTCAATATAAGAGTAAAAAA +GAGTACATAAGAATACTCTTGATGTTTTATTTAGTTAATATTTTTATTTCTGGGAGTACA +TATTTCATAATTTACTTTACTGGAATTAGCCATTTGAAAATTTCATTCTTAATATCATGT +GCGTACTTTAGTTGTAAACTTCTTCAGTATATATACAGAGATATAAAAACAATTAAACAT +CTTAAAGAATTTACTAAGACCATAACAATTAGTTTATTAAATAGTAACTGTAAATGTGAA +GCATTACTAGATAGTGGTAATTTTTTAAAAGATCCAATAAGTAAAAGTGATGTGGTTATA +GTAAAATCTAGTATTTTAAAGGAGTTGCTACCAAAAGTAGAGCTTAATTATAATTATGAG +GATGTAAGTGTATCAAAAGTTGATGAGATAATAAATGATTTAGATGATGATTTATCAGCT +AGGGTTAGGCTTATCCCATATAAACATGCTGGTAGTAGTCAGGCTAATATGATTTTAGGT +TTTAAGGCTGATTACTTAGAAATAGATGAAAGAAAATTTGGAAATGTAATTATAGGAGTA +TCAAATTTTAAAGATGAAGAATATGGCGCCATATTGAATCCAAACATTTTATCATAA +>sigE +ATGAAGTCTCTATTAGGAAAATTTATTACAAAATGTAGGGGAATAATTTTAAAAGTAGGT +ATTAAATTAGGTATCATAAAATCAGATAGTATTTATTATATGGGAGGAGTAAATATATTA +CCACCTCCGTTAAAACCAGATGAAGAGAATGCTTTGCTACAAAGATTAGAAAAAGATGAA +AGTGTTAAAACTACATTAATTGAAAGAAACTTAAGGTTAGTTGTATACATATCTAGAAAG +TTTGAAAATACAGGGATAGATGTTGAAGATTTAATATCAATTGGTACTATAGGATTAATA +AAGGCTGTAAATACATTTAAACTAAATAAAAATATAAAGCTAGCAACCTATGCTTCTAGA +TGTATTGAGAATGAAATACTTATGTATTTAAGAAAAAATAATAAGAAAAAGGTTGAAGTA +TCTTTTGATGAGCCATTAAATATAGATTTAGATGGAAATGAACTTCTGCTTTCTGATGTA +TTAGGAACTGAGAATGATGAAATTTATAAGATAATAGAAGAAGAGATAGATAAAGATTTG +TTAATTATGGCATTAGATAGATTATCTGAAAGGGAAAAGCAAATTATGGAATTGCGTTTT +GGACTTACTAATAAAGGTAATGAAAGAACACAAAAAGAAGTTGCTGGAATGCTTGGAATA +TCTCAATCTTATATATCTAGATTGGAAAAGAAAATAATTTCAAGATTAAAAAAAGAAATG +AAGAAGTTTGTATAA +>group_1093 +ATGATGAGAATATCTGATATAATGGAGAAAGAAGTTATTAATATAAAAAACGGAAAGAAA +ATGGGATTCATAACAGACATAGATTTAGATATTAATGAAGGGAAGGTAATGTCTTTTACA +ATACTAGGTGACTCTAGAAACTTTTTTTCAAGAGGAGCTGAAGAAGATGTTGTATTCTTT +AGTGATATATTAAAGGTAGGTTGTGATACAATAATAGTAAATTTAGGTTCAGATATTAAT +CTTGATGAATTTAATATAGACAAATTATAG +>nrdR +ATGCAGTGTCCTTATTGTAATTACAAAGAATCAAAAGTAGTAGACTCAAGACATACAGAT +AGTAAATCAATAAGAAGAAGAAGAGAGTGTGAGTCTTGTAAGACTAGATTTACTACTTAT +GAAAAAATAGAAACGACTCCAGTAATGGTTGTAAAAAAAGATAATACAAGAGAATATTTT +AGCGGAGAAAAAATAAAACATGGAATATTAAAGGCCTGTGAAAAGAGACCAGTATCAATT +GAGCAAATAGAAGAAATTGTATTTTATATTGAAAATGAGATAAATAAAAACTTTACATCA +GAGGTTGAAGCTAAAGAAATCGGTGAAATGGTTATGGAGAAATTAAAAGATGTAGATGAA +GTATCTTATGTTAGATTTGCATCTGTATATAGACAATTTAAAGATATAAATACATTTGTA +AATGAACTAAAGAATATCTTAATAGAAAAAGGAGACTAA +>group_683 +GTGGAAAATTACATAAATGTTAAGAAAGTTAAAGAAAAATTAGATTTTGTTAATTTAGCT +ATAACTACTAAAAATATAGATTCAAAAAATAAAGAAGATTTATTAAATACTTTTAATAAC +GATGAATTTAATCTTGAAAATTTAACAAGTAATATTCAAATTCATTCTGAAATAGTTAAT +CTTATTGATGAAAGTAATATAGGATCTAAAAATGAGGGAGATGCACTTATTACAAATGTA +AAAGAAGTGCCTCTTCTTGTTTTTACAGCAGATTGTGTTCCTATAGCAATTATTGATAAG +AAGAATAAGGCTATAGGTGTTGTACATGCAGGTTGGAGGGGGACTTACTCTCAAATTGCT +AAAAATACAATAGAGTTAATGAAAAAAGAATATAATACTGATGCAAGAGACTTACTTTGT +GTTATAGGTCCATCAATAGGATCATGCTGTTATGAAGTGTCGAAAGATTTAATTGAAAAA +TTTAACATAATTCTTACAAACTGCAAAGAAAAATTCTATATAATAAAAGAAGGAAAGTAT +TATTTAGATTTATGGAAAGTTAATGAATATGTATTAAAGACTTGTGGGGTCAAAGAAAAA +AATATAATTAACTTGAATATTTGTACTAGCTGTAACTCAGATAGGTTCCATTCTTATAGA +ATTCATGAGAAGACAGATAAGAGGATAGGAATGATACTACAGATAAAATAG +>walR_3 +ATGAATACTAAAATTCTTGTTATAGATGATGAAATGCATATAGTAGAATTACTTAAGTTC +AATTTAGAAACAGCAAACTACGAGGTCCATTATTCTTACGATGGATTTGATGGATTTATA +AAAGCTAAAGAGGTTAAACCAGATTTAATTCTTTTAGATTGGATGCTCCCAAATATAAGT +GGGATAGATGTTTTAAGAAAAATAAGAAGTGATAAATATTTACAGAATATTCCTGTAATA +ATGCTTACAGCAAAAAATATGGAAGGTGATAAAGTAGAAGGATTAGAAGTAGGTGCTGAT +GACTATATAACAAAGCCTTTTGGTATAAAAGAATTATTAGCTAGAATTGTATCTGTGCTT +AGAAGATACAATTTAAATACAAAAGTAGAAGATGATGTTTTAATATATAAAGATATTAAA +GTAGATCTATCAAAACATGAGGTTTTAAAAAGTAATGAAAAAATAGATCTTACTCTTAAG +GAATTTGAATTATTAAGATTATTACTTCAAAATAAAGGTAAAGTTCTTTCAAGAAATTAT +TTATTAGATAAAATATGGGGTTATGAATACTATGGAGAAACTAGAACTGTAGATGTTCAT +ATAAGGTATTTAAGAAAAAAAATAGAAGGAAGCAATGAAAAGTATATAGAAACTATTAGA +GGTGTAGGGTATAAAATTGATTAA +>group_983 +ATGAAAGAGAGTTTAGTGAATGATGATTTATTTAGACATGCGTTTATAGTAGCTTTAATT +ATAGGAACTCTTTGCAGAGGATTTGTTCTAAGAGTAACAGATAAGCAATATCCAACTCGA +CCATTAGATTATTTAGAACAAATAATAATAGCAGGTCTTTCTGCATCCCTTGGTGCAATA +GCATTACCAGCTCTTATAGATAAAGAATTTTCAGCATTAACTTTCTTTGCAGTAGGAATT +CAACAATTCCAAGGATTAGCAGGACAAGAAAGAATAACTTTAGAAAATCTGGATAATGAT +GAAGTAGTGCCTAAAGGTGGGGCATATGTAGAAGAAATTGCTTCAACATATGAAACTAGA +AGTTATATAAGTTTGTTTTCTTCTTTAGTAGCCTCTACTGTATACATAGTGATAGCCAGA +AGATATGATCTAAGTCCAATAATATGTACTTTAGCTGCAGCAATAGGTGGTGGTATAGTA +GGTTTGATTTTTAGATATGCTCTAAGAAGAAATAGCATTGGAGATGTGGCAGATGTAGTA +CCTGCTAAACTGCATTTTGATGATACTATACTTATGGTAAATGATGTGATTATAACTAAT +GTAGGATTAAAAGATACTAGGGATAGATATTTAAATAAAGGTATGGCAGTTGAGATAATT +CCTAAAAGTATGTCTGATTTTGGGATTATAAATGATGTTGGTCAAAGGCAAGCTATATTA +CATAATATATTTATTCATATGGGAATAGATAAGGATGTAGATGAGGTTGACATTTTGGCT +GTATCTAGAACTGATTTAGATAAAAGAACAGTTGTTATACCTTATATACCTATTTTACAA +GATATGGAAGCGTTGAAGCAAGTTATTAAAAGTACTCCTATTATAGAAACGGCCAAAGGA +AAACAAAGTGCTTACAAGAAAAAGCCAATTTTTTTTAAATAA +>group_996 +ATGGATAAGGTTTTTTTTATAGGTATTGTAGTTGGTTTAATTTCTAGGTTAATAATGTTA +AATTTAGATCAAAAGCAATATCCAACACAGCCTAACGTATTAGTATCTCAGATGGTACTA +GCTTTCGTAGCATCATCCTTAGGCGCCCTTTTAGTACCGGCTTTGATAGAACGATCATAT +ACATCTATAACATTTTTATCATTGGCAGCAGAGCAATTTAGGCAAGTTAGAGAGAATAGA +AGAAATACACTTCAAAATTTAGAGGATTCACAGCTAGTAAAAAGGGGTAACTCTTTTATA +GAGGAGATAGCTAGGACTTATGAAGTCAGAAATTATATGTGTATAGTAACATCGTTTCTT +ACTGTAGGAATGTATTATTTAATTGTATCAGAATTTAAATTAAATAATAATATAAGTATA +GTCATAAGTACATTGTCAGGACTGATATTAGCTTTTATCCTTAGAAAAACGTTGAAAAGA +AAAAGTATAGGAGATATTGCAAATGTATCAGTAGTTGAAATTGCTTTTGTTGATGATGTA +ATAATGAAAGTTGGAGATTTAAGTGGAATAACTAATGTAGGTCTTAAAAAGGATAGAGAA +AGATTTATTTCAAAAGGAGTAGGTATAGAAATAATACCGAAGGACAATAGTTATACTAAT +GCATCTATACTTTATGACTTAGGACAAAGACAAGCTATAGCGTATAATCTTTATTCAAGG +TTGGGAGTATATAGAGAGGGCAACGAGCCAGCTTTTGTACCAATACCAAGACGATATCCT +AAAAATGAAAGCATTATGATAGCGTTCGTACCTATGGAGAAAGATATAGATAAAGTAGTA +GAGGCAGTTAAATCATGTCCTATTCTTTCTAGTTCAAAAGGAAGATACTTATCATTAAAA +AATTACAAAATAGATAAGAAAGGAAGTGCATAA +>group_697 +GTGGGAAATAATGTAGGTTTAAATGAATACACCCTAGCAGTAATAACAACTGATAAAAAT +ATGAGTCCTGTTGGAGGTTGTCCTATATTTTATGCAAATGATGATAAAGACTTGCAAAAT +AAGGCATTATTAATGTCTAAATGTGTGTCAGGTATGGTTCATCAAATAGCAAAAGGAACT +CTAATAGTAGTTAAACACTAA +>glgD +ATGAGAAATGAATGCATGGGATTAATAAATTTAGATAAAAAAGGTGCTCCTAGTGTAAGT +AAGCTTAACTATGCTAGGCCAATAGCATCTATACCAATCGCAGGGAGATATAGAGTAATA +GATTTTGCTATTTCTAATATGGTTAATTCAAGAATGACTAATGTAGGGATTTATGCAAAA +GAAAAATATAGATCACTGACAGACCATTTAGGAAGTGGAAAAGATTGGGATTTAAGTAGA +AAAACAGGAGGACTTTGCATACTTAGTCCAGAGAATACAAAGTACCATAATCAATATGAA +GGCAGAAATGGTGATATTTATACTATATTAGCTAATATAGATTACATAGATAAAAGTGAA +GAAGAGTATATTTTAATAGCTCCAAGTTATATGATTTGTAATATAGATTATTTAGAAGCA +TTAGAATATCATAAAAAATCTAACAATGATATAACTGTAATTTATAAGAATATAGATAAT +GCAAATAAAGATTTTAAAGGATGCTTAACGTTAAATTTAGATGGAAATGATAGAGTAATA +AATATAGGTAGTAACTTAGGGACATTCCCAAGAGCTAACATATTTATGGAAATGTATATA +ATGAGACGTAAGGACTTTGTATCTTGTATATATGAAATAGTTAATTTAGGTACATATTCT +TATTTCCAAGATTTTATAACTCATGAAATTAATAATATACAAGTAGGAGCATATGAATTT +AAAGGCTACTTAAAGTGTATAAATTCAATTCAAAGTTACTATGAAATGAGTAAAGAATTA +TTAGAACCAGAAGTATCTCAAGAACTTCTTTATTCAAATAAAAGAATATTAACAAAAGAA +AAGAATCAAGCACCTACAATATATAAAGAAAATGCTAATGTAAAGAACTCATTTATAGCA +ACAGGTTGTGTAATAGATGGAGTAGTAGAAAATAGTATTATATTTAGAAAGGTTAATATA +GGAAAAAATACTGTAATAAAGAATTCTGTAGTAATGCAAAATTGTACTATTGAATCTGAT +GTAGTATTAAATAATGTTATATTAGATAAAAATATATCAATATCAGAGGGAAAAGAATTA +AGGGGAGACGAAAATTACCCTATGGTTATAGAAAAAAATCTAAGTATATAA +>glgC +ATGAATAAAGAAATGATAGCAATGATTTTAGCTGGTGGTCAAGGTTCTAGATTAGGTGTA +TTTACAAAGAGTATAGCAAAGCCAGCAGTATCTTTTGGTGGAAAGTATAGAATCATAGAC +TTCGTATTAAGTAACTGTTCAAATTCTGGAATAGATACTGTAGGGGTTTTAACACAATAC +AGACCATTAATATTAAATTCTCATATAGGAATGGGGAGCCATTGGGATTTAGATAGAATT +AATGGTGGGGTTTACATATTACAACCATATATGGATGAAAAAGAAGGTAATTGGTATAAA +GGGACTGCAAATGCAATATATCAAAATATGAACTTTATAGATACATATAATCCAGAATAT +GTTCTTGTTTTATCAGGAGATCACATCTATAAAATGGATTATAGTAAAATGCTAAACTTC +CACAAGGAAAAAAAGGCAAAGGCTACTATTGCGGTAATTGAAGTGCCTTGGGATGAAGCT +CCTAGATTTGGAATAATGAATGCTAAAGAAGATGGTAAAATATATGAATTTGAGGAAAAA +CCAGAAAATCCTAAGAGTAACTTAGCATCTATGGGAGTTTATATATTTAACTGGAGTACT +TTAAGAGATTACTTTATAAAGTCTGAGGATAGTAATAAGTGTTTTGATGACTTTGGAAAG +AATATAATTCCTATGATGCTAGAAGACCAAGCTGAAATGTATGCATACTCATTTAAAGGA +TATTGGAGAGATGTTGGAACAATACAAAGTTTATGGGATGCAAATATGGATCTTATAAAA +TATCCAGATGCAATAGATTTAAATGATTCAAGATGGAGAATATACACTAATACTATGGCT +AGCCCACCTCAATATATAGGAAAAGATGCAGATATAAGTGAAGCATTAATAGCAGATGGA +TGCTCTATATTAGGAGATGTAGAAAACTCAGTTCTATCTCATGGTGTTTACGTTGATGAA +AATAGTACAGTTAAAGATTCTGTAATAATGCCTAATGTAAAAATAGGTAAAAATGTAACA +ATTGAAAAAGCAATGATTGGAGAAGGTGCAATTATAGAAGATAATGCAATTATAAGAAAT +AATGAGGATGAAATTAATGTAGTATCAGAATATGAAATTGTAAAACCTCAACAAGTATTA +CAAGGGGGAAAATAA +>group_951 +TTGAAATTAGTGTGGTTAGTAGTAGCAATTCTGTTTGGAATAGGAGAATTACTTACAACA +AGCTTAACTTTAATTTGGTTTAGTATAGGGGCGTTAGTAGTATTAGCATTGAGTAGTTTT +ATATCAAGTATAATACTTCAAGTAATTATATTTGCAATAATATCCATATCTCTTTTAGTT +ATAGTTACGAAAAAAATAGTTAAAAAAGATAAGAATTATAAATATGAAACTAATTTGCAG +GGAATTTTATCTAAAAGAGGAGTTGTAAGAGAGAATATACTTCCATACAAAACTGGAATA +GTTATTGTGAATGGAGAAGAATGGAGTGCAATAGGAGTTAATAATGAAACAATTGAAAAA +GGTACTACTGTAGAAGTTATAAAAATAGAAGGCGTAAAACTAGTTGTGAAAAGTACAACT +AATTAA +>malL_1 +ATGGGGGAAATAAACAGAATGAGAAAAGCATGGTGGAAAGAAGCTGTAGCTTATCAAATT +TATCCAAGAAGTTTCATGGACTCTAACGGTGATGGAATAGGAGATATTCAAGGTATTATA +GAAAAGCTAGATTATTTAGCTTACCTAGGAATAGATATAATATGGGTATCTCCATTTTAC +AAATCACCAAACGATGATAATGGTTATGATATAAGCGATTATAAAGCTATAATGGATGAT +TTTGGTACTATGGAAGACTTTGATGAACTATTAAAAGAAGCACATAAAAGAAATATAAAA +TTGATAGCAGACTTAGTAATAAACCATACTAGTGATGAACATCCATGGTTCATTGAATCA +AAGTCTTCTATAGATAGTGATAAAAGAGATTGGTATATTTGGCGAAAAGGGAAAAATAAT +AAAGAACCAAATAACTGGGAAAGTATATTTAAAGGATCTGCCTGGCAATATGAGGAAGAA +TCTGACGAATACTATTTACATTTATTCTCAAAAAAGCAACCAGATCTAAATTGGGAAAAT +GAAGAAGTAAGAGAAGCATTATATGAAATGGTAAATTGGTGGTTAGATAAGGGTATAGAT +GGATTTAGGATAGATGCTATAAGTCATATAAAAAAAGATGAAGGTCTTTTAGATATGCCT +AATCCTGATAATTTAGAATATGTACCATCTTTTGATAAACATAGCAATAGACCTGGGATA +CAAGATTTTCTAAAAGAGTTAAAAATAAATACCTTTGATAAATATGACATAATGACGGTA +GGTGAAGCTGCTGGAGTTGATGCTGATGAAGCTGAAGTTTGGGTTGGTGAAGATGATGGA +AAGTTCAATATGATATTCCAGTTTGAAAATATGGACTTATGGAATGATAATCCAGGTAAG +AATGTAGATTGGATAGAGTATAAAAGGGTCATAAGTAAATGGCAAAATAAGCTTCATAAT +AAAGGGTGGAATGCTTTATATATAGAAAATCATGATACACCAAGGGTTGTATCTACATTA +GGAAATGATAAAGAGTATATATATGAAAGTTCAACGTCTTTAGCACTTATGTACTTTATG +ATGGAAGGGACACCTTTTATATACCAAGGGCAAGAATTAGGTATGACTAATGCTAAATTT +AATAATATTGAAGAATATAATGATGTTAGAGCTAAAAGTGTATATGAAGATAAAATAAAA +AATGGAAGAACTATAGATGAAGCACTACGTGAATTAAATGCATATTCTAGAGATAATACA +AGAACTCCTATGCAATGGGATTCTTCTAAAAATGGAGGATTTACAGTAGGAAATTCGTGG +CTTAAAGTAAATGAAAATTACGAAGATATTAACGTTGAGAAGCAGTTAAAAGATAGTAAT +TCAGTATTAAATTTTTATAAAAATATTATTAAAATAAGAAAAGAAAATGAGTGTTTAATT +TATGGATCATATAATCTTATTCTGGAAGAAGATAAAAATATATTTGCATATGAAAGAATA +CTTGATGATAAAAAATTCTTAATAATAACTAATTTGAGTAATTATGATAATACATATTCT +TATAATAAGTTAAACTTAAGATTTAGTAATTTAGTAATATCAAATTACAAAGTTAAAGAG +CATAAAGATATAAATAGTATGATATTAAAACCATGGGAAGCTAGAATGTATAAAATATAA +>malP_2 +ATGAAACGTATATTTAACAAAATAGATGAATGGAAAATAATACAAGATAAAATTGAATTT +GAAGAAAATAGATTAGCTGAATCTATAATGAGTTTAGGGAATGGTTATATGGGAATGAGA +GGGAACTATGAAGAAATGTACTCAAAAGATAGTCATAGAGGTTCTTATATAGCAGGTGTA +TGGTTTCCAGATAAAACAAGAGTTGGTTGGTGGAAGAATGGATATCCCGAATATTTTGGA +AAAGTTCCAAATAGCATAAATTATATAGGCATAGATGTACTGGTAAATGGCAAATATCTT +GATTTAGGTAAATGTGAAGTTGAAAATTTTTATAGAGAATTAGATATGAAAAATGGTATT +TTAACTCGTACGTTTATAGCTAATGTAGATGGTTCAAAAATTGAAGTAAAAGTTCAAAGA +TTTTTAAGCATAAAAAGAAAAGAATTAGCAGTTATAAAGTATGATGTAAGAGCATTAAAC +TTTGATGGGGAAATAACTTTTGTATCTTATTTAGATGGTAATGTTACAAATGAAGATTCA +AATTATGAGGAAAAATTTTGGATAAATATTAGCTCAGGATCAAAAGAGTATAAGGGAAAT +GTAATATCAAGAACTAAGGACAATGAATTTGGAACAGAAGTATTTACAGTATGTGCAAAC +ATGATAAATAAAGTTAGCAAAGAAGCTAAGGTTTCTGAATTTATGAACAAAGAACTTTAT +AGTGCAAATACTATAGTTGTAGATATAAATCATAATGATACGGTGTCATTAACAAAATAT +GTTGCTATAACTTCAACTAGAGATCATAATCAAGATGAACTTCTAAGTTCAAGTGAGAAT +ATCCTAAATGAAGAAATAGTAAAAGGATATGAAAATTTACTTAAAGAACATTCAGAAGAG +TGGAATAAAAGATGGGAAACTTCAGATGTAAAGATAGAGGGGGATATAGCAGCACAGCAA +GGTATAAGATATAATCTATTCCAATTATTCTCAACGTATTATGGGGATGATTACAGGTTA +AATATAGGTCCTAAAGGATTCACTGGAGAAAAATATGGTGGAGCAACTTATTGGGATACA +GAAGCGTATTGCTTACCGTTATATTTGGGTGTAGCAGATAAGCATGTGTCAAGAAATTTA +TTAGAATATAGATATAATCAATTAGATGCAGCTAAAGAAAATGCTAGAAAGCTTGGATTA +GAAGGTGCTTTATATCCGATGGTAACTTTCAATGGTGAAGAGTGCCATAATGAATGGGAA +ATAACATTTGAAGAAATACATCGTAATGGAAGTATGATATATGCAATTTATAATTACACT +AATTATACTGGAGACTACTCTTATATAGAGGAAAAAGGTATAGATGTAATAGTTGAGGTT +GCAAGGTTCTGGGCTAGTAGAGTTCACTATGCAAAGTGTCAAGGTCAATATATGATACAT +GGAGTTACGGGTCCTAATGAATATGATAATAATGTAAATAACAATTGGTATACTAATTAT +ATAGCAAAATGGTGCTTGGAGTATGCAGTTGAAAATATAAATAAATTACAAGAACAGTAT +GCTAAATCAGTAGAAAGAAATAATGTAGTAGAAAGAAATAATGTAAAAGAAGAAGAACTA +AGTAATTGGATTACTATAGCTGAAAATATGTATCTTCCATATGATAAGGATTTAGATATA +ATAGTTCAACAAGATAACTTTTTAGATAAGGATCTTATAGAGGTTAAGGACTTACCTCGA +GAAAACTTACCATTAAATCAAAATTGGTCCTGGGATAGAATACTTAGATCTTGCTTTATT +AAACAAGCAGATGTACTTCAAGGTATGTATTACTTTGGGGATAAATTCTCAATAGAAGAA +AAAAGAAGAAACTTTGATTTTTATGAAAAATATACAGTTCATGAATCATCATTATCTTCA +TGCATATACTCAATAATTGCATCTGAAATAGGCAACTTAGAAAAATCATATGAACTATAT +TCAAGAACTGCAAGATTAGACTTAGATAACTATAATAATGATACAGAAGATGGATTGCAT +ATTACATCTATGTCTGGGTCATGGTTAGCAATAGTTCAAGGATTTGCAGGAATGAGGACT +TGGAATGAAACCTTATCGTTTAATCCTAAGTTACCAGAGCAATGGAATTCTTATTCATTC +AACATAAACTATAGAGAGCATGCTTTAAAAGTAATAGTTGAACAAGAAAATATATTTATA +GAAAATATAAGTGAAGGGCAAGTAGAATTAGTTGTATATGGAGAGAGTTATAAAATTGAA +GATAAGTTAACTATAAAGAGAGAAGAAAATTTATATTTAAATATGTAG +>yvdM +ATGATAGAAGCATTTATATTTGATTTAGATGGTGTTATAACTGATACAGCCTATTATCAC +TATCTAGCATGGAAGGAATTAGGTAATAAAATAGGAATAGAAATAGATGAGGAGTTTAAT +GAAACATTAAAGGGAATAAGTAGAATAGAATCACTTGAAAGAATGTTAGTGTTCGGTAAT +AAAGAAAATCAGTTTACACAAGAAGAAAAGCTACAATTGGCTACTGAAAAAAATGAAGAC +TATAAAGAATTAATAAAAAGAATAACTCCAAATGATATATTACCTGGAATAATAGAGTTA +TTAGAAGAAGCTAAGAACAATAAAATTAAGATAGGGTTGGCATCAGCAAGTAAAAATGCA +ATTCCAGTTTTAAATAGTTTAGGAGTTATAGAGTATTTTGATTTTATAGCAGATGCATCA +GAATGCAAAAACAGTAAACCAGCTCCAGATATTTTTCTTATGGCAGCAAAAGGACTTAAT +GTAAATCCAAAATATTGCATAGGATTTGAAGATGCAAGTGCTGGAGTAGATGCAATTAAT +TCTGCAATGATGTATTCTGTAGGAATTGGAGATACAGATACATTATGCAAAGCAAAATAT +GTAGTAAAATCTACAAAAGAACTAGACTTTAATTTAATTATATCTAAATATAATAAATCT +GAAAAAGAGTATTCATTATAA +>malR +ATGAAGGTGACTATAAAAGATGTAGCTAAGGAGGCAGATGTAGCGACATCTACAGTATCT +AGGGTTTTATCAAACAATCCTAGAATAAGCGAAACAACAAGAAAGAGAGTTCAAGAAGCA +ATTGATAAACTTGGGTATGAGCCAAATGCAATGGCAAGAAGTTTGGCTAGAAAAAGAACA +AAAATATTAGGTGTGGTTTTGCCAAATGAGGCTAAAGATTTATTCACAAATCCTTTCTTT +ATTACATCAATGCAAGGAATGAGCCTATATGCTCAAACTAAAGGGTATTATATTACGTAT +GCATTTAGTGAAGATGATAAAGGTGAATTAAATCATGTGAAAGAAATTACTAATAATAAC +TTAATTGACGGAGTTATTCTTATGAGAAGTAGACAAAATGATGAGATTATCAATTACTTA +CAAGATAAAAAGTTTCCTTTTGTAGTTATAGGTAGACCCGAGGATACAGAATCTATATTA +TGGGTAGATAATGATAACGTTAAGGCTATGTATGATTTAGTTCATCTTCTTATAGAAAAT +GGTCATAAAAAAATAGGATTCGTAGGAGCTATTGAAGAATGGAATATGTCACAAGATAGA +TTAAAGGGATACAAAGATGCTTTGATAGACTCAAAACTTGATTATTATGATAATTTAATT +GTGCAACAAAATGAGTTTAATGCAAAAAATGGTTATGATGCAGCTAAGAAATTATTCAAA +GAAGAAGGGTTAACAGCTATAGTAACCACAGATGATCTATTAGCTTTAGGTGTTCAAGAG +TATGTTAAAGATAACAGTATTAAAGATATAGCATTGATTGGGTTCAATAATTCACAGATT +GCTCAGTATCAGAAGCCATCTATAGCCTCAGTTGATATAATGGCAGGAAGGCTTGGACAC +TATGCAGCTAAGTTGCTAATTAGTAAGTTAGAAGGAAAAAATAGCAAGAGAAAGAATTAT +ATCGTAGATACTAAACTAGTAGAAAGAGATACTTTTATCTAA +>araQ_1 +ATGGATAATAAATTAAAAAAATGGGGCTTAAATATATTAGGATTAATATTAGGGTTAATA +TGTTTATCACCTTTTTATATAATAATAGTAAACTCTTTTAAAACAAAGGGAGAGTTATTT +GAAAGTACATTAGCTCTTCCAAGTAGTGCAAGTTTTAGTAATTATATAAGAGCTTGGGAG +CAATTAGATTTTATAAAAGTTCTAGGTAATTCACTTTTTATAACTGTAATTAGTGTATTG +CTTATAATAATTTTCTCTGCTATGGCAGCATGGATGATTCAAAGAACAAATTCAAAACTA +GCAAATGGAATATTGTTCTTATTTATTTCATCTATGATTGTAACATTCCAATCTATAATG +TTACCTTTGATAAGCATAGCAGGAAAATTAAATTTACTTAATGTTCCAGGGATCATATTC +ATGTATATAGGATTTGGATGTGCATCAGCAATATTTTTATATCATGGATTTATAAAAGGC +ATACCAAAGGAGTTAGATGAGGCGGCTATAATAGATGGATGCAGTAAATGGCAAACATTT +AGATACATAATATTCCCACTACTTAAGCCTACTACTATAACTGTAGCTATACTTAATACA +GTTTGGATTTGGAATGACTTCTTATTACCATCATTAATAATAAATACGCCAGAAACAAGA +ACAATTCCGCTTGCAATGTATTTCTTCTTTGGTCAATATACAAAGCAATGGGATTTAGCA +TTAGCAGGATTAGTACTTACTATAATACCAGTTTTAGTATTTTACTTCTTTGCACAAAAA +CACATAATAAAAAGTGTTGTATCAGGAAGTATAAAGTAA +>araP +ATGGAAAGTGTACATAAAGGTCAACAAAAGAGTAAGAACAAGGGGCAAGAAAATAAGATA +AGAAAAAATAAAAGATTAAAAGATAGTCTTACTTTTTGGGCATTTGTAGGTCCGAGTTTA +CTAGCATTTGTCGTTGTAGTTTTGATACCATTGCTATTAGGTATATACTATTCATTCACA +GATTGGAATGGTATAGGAAACTCAGCTCAGTTTATAGGACTAGAAAACTATGTAAAAGTA +TTTGCTGATGAAGGATTTAAGCAATCTTTTGGATTTACAGTTAAATTTACATTAGCATCT +ATAGTAGTAATAAACTTTTTAGGGTTTACATTAGCATTATTGGTTACAAGGGAGTCTAAA +ATAAGCAATCCACTTAGAACAGTATTTTTTATGCCGAACTTAATAGGTGGATTGATTCTA +GGATTTATATGGCAATTTATATTTGTAAATGTATTTAATGGGCTAGGTCAAGCATTAAAT +CAAACTTGGATGATGGGATGGCTATCAAATGAAAAAACAGGTTTCTGGGGATTAGTTATA +TTAACAGCCTGGCAAATGGCAGGTTATGTAATGGTTATATATGTAGCAGGATTACAAAAT +GTACCACCTGAATTAAATGAGGCAGCAAAAATAGATGGAGCAAGTCCTCTTCAAAGAATA +AGATTAATAACTTTTCCTATGGTTAGACCTGCGTTTACAGTAAGTTTATTCCTAACTTTA +TCAAATTCATTTAAGTTATTCGATCAAAACTTAGCTTTAACTAATGGTGGACCAGGAAAT +GCAACTCAAATGTTAGCTTTGAATATATATCAAACAGCTTTTTCATATAATAAGATGAGT +TTAGCACAAGCAAAGGCAGTAATATTCTTTATATTAGTAGCGGTAATAGCATTAACACAA +GTTTATTTAACTAAGAAAGGTGAGGTGGAAGCATAA +>group_787 +ATGAGATTCAAAAAAGCATTAAGTTTAATGACAGTAACAACTTTGATTTGTGGAAGTCTT +GTTGGTTGTAGTTCAAGTAAAGATTCAAGTGGAGGTAGTGCTTCTGGAGATGTTACAGTG +GATATATTCCAATTTAAGGTTGAAACTCAAGAAGCACTTCAAGCAGCTGCAAAGAAATAT +GAAGAAAGCCACGATGGAGTAAAGATAAACATAGAAACTATTGGTGGAGGAAATGACTAT +GGTGCGGGATTAAGAACTAAATTCCAATCTGGTCAAGAACCAACTATATTTAATATAGGT +GGACCTCAAGATGTTGAAGACTGGGCTTCTAAATTAGAAGATTTATCTGATCAACCTTGG +GTAAATCAAGCATTTGAAGGAACTCTAGGTTCAGTTACAACTGATGATGGAATATTCGGT +ATGCCTTTTGCTCAAGAAGGATATGGATTTATATATAATAAGCAAATATTTGAGAAGGCT +GGAATAAACCCAGAAGAAATAACTACTTTTGCTAAATTAGAAGAAGCAGTTAAGACATTA +GACTCTAAAAAGAGTGAGTTAGGAATAGAAGCAGTAATGTCATTACCTGCAAAAGAAAAA +TGGGTAACAGGATTACACTTATTAAATGTTGCATTAGGTAATGAATTTGCAAGTGGAAAA +GAAGCTTATGAAGCTAAAACATTAGAATTTAAATATAGTGATCAATTAAAGAAAATTCTT +GATTTACAAGCTGAGTATTCTTATATGCCAGATGGAACTAAAGCATCTTTAAACAGTGTT +GATTATGCTATGCAAACTGAACAAAAATTTGCTACAGGTAAAGTTGCAATGATACAAATG +GGGAACTGGACTTATCAAGCTATAAGTGGAGTTAATGAAGAAATAGGTAATAATTTAGGG +ATATTACCAATGCCTTTAGAAGGTGTTAATGAAGACTCTATACCAGTAGGTATACCAATG +TATTGGTCTATAAATAAAGATAAATCAGATGAAGAAAAGGCAGCAGCTAAAGATTTCTTA +AACTGGTTATATACTTCTGATGAAGGAAAAGAAATGGTGATAAATGATTTTAACTTTATT +CCTGCATTTAAAGGATATGAAGATGAAAGTTTACAACCAAAAGATCCATTATCTGCAGCA +GTTTTACAATATGCTAACGATGGAAAAACTATGCCATGGGTGTTCATGGGATATCCAAGT +GGATGGGGAGAAAACGTAGTTGGAGCAGATATTCAAAAATATTTAGATGGAAGTATGTCT +TGGGAAGATTTAGTAAAGCATGCACAAGATACTTGGGCTGAAGAAAGAAAGTAA +>nfuA +ATGAGAGAGAAAGTAGCAGAGATACTTGAAAAAGTAAGACCAATTCTTCAAAGAGATGGT +GGAGATGTTGAGTTAGTAGATGTAAATCAAGATGGAGTTGTATTAGTAAGATTAAAGGGA +GCATGTCAGGGTTGTCCAGGGGCGACAATGACTATAAAGGCTGTTATAGAAAATTTATTA +GTTAAAGAAGTACCTGGCGTAACTCAAGTAATAGGAATATAA +>aroF_1 +GTGGTTATTGTTTTGAATACAGGATACACTCAGGATGAAGTAAGAGAATTAGTTGATCAT +ATAGAAAGTAAAGGTGTAAAAACTAATATAACAGAGGGAAATTCAAAATGTATAGTAGGC +GTGATAGGAGATACTACGATTATAGATTCAGATGAAATTTTATCATTTAGATATGTTGAA +AAGGTATTAAAGGTACAAGAACCATTTAAAAAAGCAAATAGATTATTTAAAACAGAAGAT +ACTGTTATCGATGTATTAGGAAGTAAGATTGGTGGATCTAATTTAGGAATAATAGCAGGT +CCGTGTTCAGTAGAGTCTGAAGAACAAATAGTTGAGATTGCAAAAAGTGTAAAAGAATCA +GGAGCAAACTTTTTAAGAGGTGGGGCTTTCAAACCTAGAACATCACCTTATAGTTTCCAA +GGCATGGAGATGGAAGGGTTAAACCTATTGAAGTTAGCAAAACAAGAAACTGGTTTACCT +ATAGTGACTGAGCTTATGTCAACCGATTATATAGATAAATTTGTGGAAGATGTAGATGTA +ATACAAATTGGGGCAAGAAATATGCAAAACTTTGATTTATTAAAACAAGTGGGAAGAACT +AATAAACCAATACTATTAAAGAGAGGCTTATCGGCGACTATAGAGGAATGGCTGATGAGT +GCGGAGTATATAATGGCAGAAGGGAATGAAAATGTAATTCTATGTGAAAGAGGAATCAGA +ACATTTGAGAGATATACAAGAAATACATTAGATTTAAGTGCGATACCAATAGTAAAGAGG +TTATCTCATTTACCTGTTATAGTTGACCCAAGTCATGCTTCGGGAGACTGGAGATTGGTA +GAACCTATGTCTAAAGCAGCAATACTTTCTGGGTGCGATGGACTTATTATAGAGGTACAC +AATAACCCACAAAAAGCATTATGTGATGGACAGCAATCAATAAAGCCAAATAAATTTAGA +TTTTTAATGGAAAAAGCAAGGGTATTGGCAGAAATAGAAGGCAAAGTAATATGA +>pheA +ATGGATTTACTAGAGAACTATAGATCTGAAATTGACAATATAGATAAGGAAATGACATTA +CTATTTGAGAATAGGATGAATTTATCTAAAAAAATATCTGATTATAAGAAAAATAATAAT +ATGCAAATATATCAAAGTGAGAGAGAAGAATTAGTTATAGCTAAGAATATATCTTATCTA +AAAAATAAAGAGTATGAATCATTTCTGAGAAGTTATTATATGAACTTAATGAATTTAAGC +AGATTAATTCAGAGTAAAGAAATAAATAGTGATTATGATAGTGAAAAAGTAATAAAATAT +CCAAAAGAAAATTTAAAAGTAGGGTATCAAGGCGTTATTGGATCTTTTAGTGAAGAGGCG +ATGCATAAACATTTTTCTAGTATAAAAAATACTAAAAATTATGAAACGTTTGAAGAGTTG +TTTATAGCTTTAAAAAATGAAGAGATTGATTATGCTATTGCTCCTATAGAGAATTCATCA +ACAGGTGGAATAAGTAAAGTATATGATTTATTAAAGATATATGATTTTTATATAGTAGGT +GAAGAATGTATAAAGATAAATCAACATCTAATAGGTGTAAAAGGAGCAACAATAAATGAT +ATACAAGAAGTTTACTCTCATCCTCAAGGATTTGAGCAAAGTGCAGAGAGCCTAAAAAGG +TATGAGAATATAAAGTTGATACCTTATTTAAACACAGCTATATCTGCAAAATTAGTTTCA +GATTTAAATGACAAAACAAAGGCTGCAATAGCATCAGAAAGAGCAGCTAAGATTTATAAC +TTAGATATTATAGATAGTAATATAAATGATAACAAGGATAATTATACTAAGTTTGTGATA +ATAGGTAGGAATTTTGAAGTAGGAAATGCTTGTGATAAGTCAAGTATAATATTTTCTACG +GAACATGAGTCAGGTGAACTATATAGACTATTAAAGTATTTTGCAGATTATAATATAAAC +TTAACGAAGATAGAGTCTAGACCAAACAAACATATACCATGGCAATACCTGTTTTATGTA +GATTTTGAGGGAAGTATTAAAGAGGAAAAAATAAAAAGAGCTATAGCTAATATAGAAAAC +GAAAGTAAATATTTTAAATTTTTAGGGAGCTATAAAAAAGGTAATATTTAA +>group_698 +ATGCTTATAGATAAAGACATAAATAAAGATAACATACATGTACATTTAAACCCACAGGTA +ACTACACATTATGAAATCGAAGATTTTCGTGATCCTAAAAATATAGACTTATATTTACAA +GAGCTTATATTTGATTTGGTTGAACGAAAAGAGAATGAAAGCATGATAGAATCTTTAATG +GAAGAATTTAATGAAATATAG +>group_723 +TTGAAATCTAGAGCAAATTATAAAGAATACATAATAGATGTAATTCTTATTTTATTTGTA +GTGCAATTAGCTAGGATAAATATTAAATTTATTTTATTAAAACAACTTAATTTTAACTTG +GTAAATTTAATAATTACGACAGCTATATCTTTTGCATTATTAGGCATTTTATTGCTATTA +ATATTAAAAAATAATGAAATATTTAATCCGACTAGCTTAAAAATTGTGAATATGTTTAAT +CAAAACAATAAGCAAATTCGTATGGTATTAGGAATCATTGTTATATTAACCTTTATGATA +ACTCAATACTTTGAAGATGCATATAATATTTACAATATTGGACTATCAGTTTTACTTATA +ATTATTATTCCTATTTTTGAAGAATTATTATTTAGAGAATACTTATGGAATTATTTAACT +AACCATATAAAAAATGTTATGATAGTTTTTATATCTATAACAATACTATATGCATTTTAT +CAGGTTGGTTATATAGATATAATTAGACAATATATAAGTATCACAAATAAGCCAGGATAT +ATTATTGATATAGTTACTTCAAGCATGATGAAAGCTTTTATAATGGGGAGTATATTAGGT +GCTGTAAAAGTAAAATTAAAGGATACATATATATGTATGCTATTACATGCACTGTTTAGT +ATATTATTTTATTAG +>group_1060 +ATGGGGATATTTAAATTGAAATCTGAAGAGGATTGGAAAATTAATTACATAAAAGAGTTT +AATGAAATGAGAAATAATTATGAAAAAAAATTGCAGAAAAAACAATTAGAAATAGATAAG +TTAAAAAGTGAAATCGAGTTATTAAAATCTAATAAGAGTGGATTAAAACCAAAAGAAAAG +CAAATAAGAGATCTTGATATAAGTAATATAAAAAATTTAAGAGAGGGTGGTTTGAGTTAT +AGAGAAATAGCAAAAAAAACTAATTGGAGTAAGGCAACAATATGTAGAGTATTAAATGGA +TTTTATGATTAA +>group_758 +ATGGCCAGGCGGCAAGAAGTAGAAAGAATTCTACGTATAATAATGGGCTCAGCAATACTT +GCATTTGGAGTCTATAACTTTTATTATTTAAACAACATAACAGAAGGTGGAGTGTTAGGA +CTTTTACTACTGCTAAAGAACCTATACAACATTCAGCCAGAGATAGCAAATATAATAATA +GATTTATCACTTTTATTAATAGGATACAAATACTTTGGGAAAAAATTCTTTATGTATTCT +ATATTTGCATCAATTAGTTTTTCTGTTTTATATGATATATTTGAAAGTATAGGACCTATA +CTACCTAGTATAAATAGTATGTTTATATCTACAGTACTTGCAGGTATAAGTGTAGGATTA +GGAGTGGGGCTTATAGTTACAACAGGATGTGCAGCTGGTGGAGATGATGCTTTAGCATTA +GTGATTTCTAAGACTACATCTTTAAATATCGGTAGAGTATATATGCTAGGAGATTGTGCT +GTTTTACTATTATCATTATCATATATGTCTATTGATAATATACTTTACTCATTAGTAGCA +GTAGCTATTAGTGGAAATGTAATAGATTATATATATAATCATGTTAAAAAAAGTAAATCT +AATATAATGATAAAAAGCGAACTTTAG +>cshE +ATGAATTTTAGAGAATTAGGAATTAAAGAAGATATTTTAAATATATTAAATAAAAATGGT +ATAACTACACCAACTCCAATCCAAGAAGAGAGTGTAATACCTATAAAAAATGGTCAAGAC +ATTATAGCACAAGCTCAAACAGGTACAGGAAAAACATTAGCTTTTTTACTACCTATATTC +GAAAATATATCAAAGGATATAAACAGCACTCAAGTTCTTATCTTATCTCCTACGAGAGAA +TTGGCTATACAAATTACAGAAGAAGCTACAAAGTTAAATGAAGCAAAGAATATAAATATA +CTTGCAGCTTATGGTGGTAAGGATATTGGTTCTCAAATTAATAAATTAAAGAAAAATATT +CATCTAATCATAGCAACTCCTGGAAGACTTCTAGACCATCTAGATAGAGGAACTATTGAT +CTTAGTAAAATAAAAACTTTTGTTTTGGACGAAGCTGATCAAATGTTACTTATGGGATTC +AAAAATGAAGTTGAAGCTATATTATCTAAAACATCAAAGAAACGTCAAACTTTATGCTTC +TCTGCTACTATGAATTCTCAGGTAAAGAAATTAGCTTATAGATATATGACTGATCCTATG +GAAATTTCAATAAAAAAAGCAGAGGTTACTCTTGATTCGATAAAGCAGGAAGTTGTTGAA +ACTACAGATAGATGGAAACAAGATGCTTTATTTAAAGTTCTAAATGAAGATAACCCATTT +ATGGCAATAATCTTCTGCAGAACTAAAAGAAGAGTTGATGCCCTTGAAGAAGCTATGGCT +AAAAATGGCTATAACTGTGCTAAACTTCATAGTGATATCCAACAATCAAAGCGTGAAAGA +ATTATGAAATCTTTTAGAAATGCTGATATTCAATATCTAATAGCTACTGATGTCGCTTCT +CGAGGACTTGATATAAGTGGGGTTGATAATATATATAACTATGACATCCCAGAAACTGCA +GCTGATTATGTTCATCGTATAGGTAGAACTGGTAGAGCTGGTAAGGGCGGATATACTTGT +ATGTTTATTGATCCTAAAAATATTAAAACTTTAAATGAAATAGAAGAAACTATAAAATTT +GAAATTCCTAGAAGAGAAATATAA +>group_1040 +ATGATATTACAATATACACTAGAGAAAGAGGTAACAACTATGAATTTAAAAATATCAGCA +GTGTGCAATAATGAAGAAAGTGCAAAAGCACTTACAGAAGCAGGTAAACAACTAGGATAT +GAAATAAACTGCGAAGTGCAAGAACAAAATAAAATAAAAAACAAACTATCAAATGAAAAT +ATAAAAAGCTCAAATGTAATTTTATTCGTAACAGATAAAAGTGTAGAAGATATAGAGGAA +ATAGAAAGATTTATAGACTGTGAATATTACGAAGTAGAGCCAAAATTCGTAATAGAAAAT +CCAATAAATGTGATAAATGAAATAGCTACAGATTTAAATTAA +>rbsB +ATGAAAAAATTTCTTTCTATAATATTAACAATAATAATGAGTGCTATGACTTTAGTTGGA +TGCCAACAAAAAAGTGACAGTAGCGTTAAAAAAATAGGATTTATAGTATCAACGTTAAAC +AATCCATTTTTCGTTGACTTAAAAAGTGGAATAGAAGAAAGAGCAAAAGAACTAGGATAT +GAGGTTGTTGTTTTAGATTCTCAAAATGACCCGGCTAAAGAAGTATCTAATATGGAAGAC +TTAACAGTAAAAGAGGTAGATATAGTTCTTTTAAATCCAGTTGATTCAGATTCAGCAGTG +GCATCGGTAATGATAGCTAATAACTATGAGTTACCAGTCGTAACTGTAGATAGAGCTGCT +AACGGTGGAGATGTAGTAACACATATTGCATCTGATAATGCAGTTGGAGGATCTATGGCA +GCTCAGTACCTAATAGATCAATTAGGTGGAAAAGGGAATATAGTTGAGCTTGAAGGAACA +GCAGGTTCTTCAGCTGCTAGAGATAGAGGTCAAGGATTTGATGATAAGATAGCAGAAAGT +GATATGAATATAATAGCTAAGCAAATAGCTGATTTTGATAGAACACAAGGTCTTACTGTA +ATGGAAAATATACTTCAATCTAAAAAAAATATAGATGCAGTATTTGCTCAAAATGACGAA +ATGGCATTAGGAGCACAAAAAGCATTAGAAGATATGGGAATGAAAGACGTTCTTATAGTT +GGATTTGATGCAACAGATGATGCAGTAGAGGCAGTTAAAAATGGAACTATGGCAGCTACA +GTAGCACAACAGCCATTATTAATAGGTGAGGCAGCTGTAAATGCAATAGACAAAATATTA +AAAGGTGAGAAAGTAGACAACTTTATACCAGTAGAATTAAAATTAATAACTAGAAACTAA +>rbsC +TTGGATATATCATCAAGAGCACAAAGCTCAACATCTAAAAATGTAAATATAAAAGAATTA +TTAGTTAAATATAAAAGTTTATTAGGATTAGTATTATTAATAGCTGTAGTATCAATACTG +AATCCATCGTTCTTAAGTCCTAAGAATATAATGAATATACTTAGACAAACTTCGGTAAAT +GCAGTAATAGCAGCAGGTATGACTTTCGTTATATTAACTGGAGGAATAGATTTATCAGTA +GGTTCGATACTAGGTATAAGCGGTGCAGTATGTGCTAGTATTTTAGTTTCAGGACAAAAT +GTAGTAATAGCAGTACTTGCAGCTTTAGTAGTAGGAGTAGTAGTTGGATTCTTAAACGGT +TTTATAATATCAAAAGGTAAGTTACAACCATTTATAGCAACTCTAGCAACTATGACTGTA +TTAAAAGGTTTAACATTAGTTTATACAAATGGAAATCCTATAACTTTAGGAAGTAATGAA +TTAGCAATGTCATTTGGTAAAATAGGTGGAGGAACAATACTTGGAATACCAACACCAGCT +ATGATAATGATATTAGTATTTATGGTATGTTACTATATACTTCATAATACTAAAATGGGT +AGATATACTTATGCATTAGGTTCAAATGAAGAAGCAACTAAGTTATCAGGACTGAATACA +GATAAAATAAAAATATGGGTATATACAATAAGTGGAATACTTGCATCAATAGCAGGTATA +ATAATAACTTCAAGACTATACTCAGCACAACCAACTGCAGGTTCAGGATATGAGTTAGAT +GCCATAGCAGCAGTAGTACTTGGAGGTACTAGTTTAAATGGTGGTAAAGGTAAGATAACA +GGAACAATAATAGGGGCATTAATAATAGGAGTATTAAGTAATGCGCTTAACATATTAGAC +GTATCATCTTACTATCAAACAATGGTAAAAGGTGCAGTTATATTATTAGCAGTACTTTTA +GACAGAAAAAGCAACTAA +>rbsA +ATGAAAAACCCTATTTTACAAATGAAAGACATAGTTAAAGAATTCCCTGGAGTTAAGGCG +TTAGATGGGGTAAACTTAGAACTTTACGAAGGTAAAGTAATGGCCCTAATGGGTGAAAAT +GGAGCAGGAAAATCAACACTTATGAAAATATTAAGTGGTGTATATAAAAAAGATGGTGGA +CAAATATTCTATAAAGGTGAAGAGACGGATATAAAAGGTCCTAAAGATGCTGGAGAAAAA +GGAATAGCGATAATACACCAAGAGCTTAACTTATTACCAGATTTAAGTATAGGTGAAAAT +ATATTTTTAGGACGTGAGCCAAAGAAGGGATTTGCTGTTGACTTTAAAAAGCTTTACGGT +GATGCAGATGCATTACTTAAAAAGTTAAATGTAGAGACAAGTGCAAGAGAGTTAGTAGGT +AATTTAAGTATAGCTCAGCAACAAATGGTAGAAATAGCAAAGGCATTATCTTTAGATGCA +CAAATAATAATAATGGACGAACCAACTGATGCTCTTACAGATAAAGAAACAGAAAGTTTA +TTTAATGTAATAAATGAGCTGAAAAATGAAGGTAAAGCCTTAGTTTATATATCGCATAGA +CTTAAAGAAATCTTTGAAATATGTGACTATATAACAGTTTTAAGAGACGGGAAATTTGTT +GGAACTGAAGATTTATGCAATTTAGATGAAGATAAAATGATAGAGATGATGGTAGGTAGA +AAGCTTACAGATCAATTTCCAAGATTAGAAACTGAAAAGGGAGATACAGTGCTTAAGGTA +GAAAATCTATGTAACGAATATGTAGATAATGTATCTTTCGAGGTTAAGGCTGGGGAAATC +TTAGGTATATCAGGCTTAATGGGAGCTGGAAGAACAGAGTTAGCTAAAACTATATACGGA +CACTTCAAAAAGACAAGTGGAAAAGTATATATAAAAAATAGAGAAATAGATAATAAATCT +GCTAAAGATGGTTTAAAGAATAGAATAGCATATGTTTCAGAAGATAGAAAAGGTGATGGA +TTAATACTAGACTTATCAGTAAGAGAAAATATGGCTATATCTTCTTTAAATAGAATGTCT +TCATTCTTCAGAATTGATAAGAAAAAGGAACTTGCTAGAGTTCAAGACTATATAGGTAGA +ATGAGAATAAAAACTCCAAGTGAAGAACAGTTAATAAGGAATTTAAGTGGTGGTAATCAG +CAAAAAATAGCTATAGCTAAAGCTCTTATGACTCACCCTGATGTCCTTATACTTGATGAA +CCTACTCGTGGGGTAGACGTTGGAGCAAAAAAAGAAATATATGACCTTATAAACGAATTT +AAGAGTCAAGGTAAAGCAGTAATAATGATATCTTCTGAAATGCCGGAAATTTTAGGATTA +AGTGATAGAATTTTAGTTTTAAGTCAAGGTAGAATAACAGGAGAATTTGATATAGAATCT +GCAACACAAGAAGCAATATTAAAATGTGCGGTTGAAGCTAAGGAGGCATAA +>rbsD +ATGAGAAAAACAAAACTTATAAATAGTGAAGTATCATATACAATATCTAAAATGGGACAT +ACAGATAGTTTAACAATAGGAGATTGTGGGTTACCTATACCAGATGGTGTAAATAGAATA +GACTTAGCATTAAAATATGGAGTACCTTCTTTCTTAGAAACTTTAGATACAGTTTTAGAA +GAATTATGTGTAGAAGAAATAGTTATTGCTGAGGAAATAGTAGAAAAAAATACTAATATA +TATAATGAAATATTAAAGCGATTTGAAAATATAAAAGTAACAATGGTTAGTCATGAAGAT +TTCAAAAAAATGACTAAGGAGAGTAAGGCAGTAGTAAGAACTGGTGAATGTACTCCTTAC +GCAAACATAATATTAAAATCAGGAGTTGTATTTTAA +>rbsK_1 +GTGAAAAATATATGTGTCATAGGAAGTCTAAACATGGACTTAGTAGTAAAGGTAGATAAC +AGACCTAAGGGTGGTCAAACAGTAATAGGCGGAGATTTTAAAGAAGTTCCAGGTGGAAAA +GGAGCCAATCAAGCTGTTGCTATGGCAAGACTTGGTGGAAATGTGAACATGATAGGTAAA +GTTGGAAAAGACGGATTTGGAGAAACTTTATTAAATGCCTTAAAAAATGACAATGTAAAC +ACTAAATATATAAATCAAGAAGATATAGCAACAGGTGTTGCAATGATAACTGTAGACAAT +AATGCGGAAAACTCTATAGTAGTTGCACCTGGAGCAAACTATAAAGTAGATAATGAATAT +ATAGATTCAAATATAGAAGGAATAGAAAATAGTGATATAGTTGTACTTCAACTTGAAACA +CCATTAGAAACAATAAAATATGCACTAAAAAGATCTAAAGAGCTTGGAAAGTATACTATA +TTAAATCCAGCCCCAGCAGTTAAATTAGAAGATGATATAATTGCAAATGTAGATTTATTA +ACTCCTAATGAAACTGAGTTAGAAATTTTAAGTGGAGTAGAAATAGAAACTGAAGAAGAT +ATTCAAAAAGCTGCTCAGGTAATGATAGATAAAGGTGTAAAAGAACTTATAGTTACTTTA +GGTTCTAAAGGAAGCCTATATATAAATAAAGAAAAATCTATGTTTAAAAAGGCATATAAA +GTTAATGCAATAGATACGACTGCGGCAGGAGATAGCTATACAGGAGCATTGGCTGTTGCA +TTTGCTAATAATAAAAATGTAGAAGAGGCTATGGATTTTGCTTCAAAAGTTGGAGCTCTA +AGTGTTCAAAAAGAAGGAGCACAAAGTTCATTACCAACATTAAATGATGTAGAAAATTTT +AGGGGGTAG +>group_1082 +ATGGAAGCTTTATTTGAAAATCAAAAACTGAAAGTAACATATTTAGGATCTTGTGATGAG +GATATAAAAAATAAAACTCATATATTTACCATCAATATAAAAGAGTTTGATACACCACCG +TTAAATGTAGAATATGATGATAATGATAAAGTTATTATAAGAACTTGGATTGAAGAGGAA +GAGGATGAAAATGGTCCTAAAAGTCATGTCATATACAAGTTGTTTAGTTTAATTGAATTT +GAAGTGTCTGAAATTATGCAATTTATTATAAGACATATATAG +>gph +ATGCAGAATAGTTTAAAAGATATTGATAGTATGATATTTGATTTAGATGGTACTCTATGG +GATTCGACTAAAGAGATTGCTTCTTCATGGAGTACTATAATAAGTAAATATGACAACGAT +AAAAAGGAAGTTACAACAGAGGAATTAAAGGGATATATGGGACTTGAATTAGAAGTGATT +GGAGAGAGAATGTTCCCCAATATGGATAAGAAGAAGAGAGATATTCTATTGAGAGAATGT +GGTGAATTTGAAAATCAGTATTTAATGGAACATGGAGCAACTTTATATGATAAGCTAGAA +GATACATTGAAAGTTCTATCTAAAAAGTATAAGTTATTTATAGTTAGCAATTGCCAAGAT +GGATATATAGAAACATTTATGAAGTTTTATAATCTTGACAAGTATTTTGTAGATTTTGAA +TGTCCAGGCAGAACAAATTTATCAAAGGCGGAGAATATAAAAATTGTAATTGAAAGAAAT +AATTTGAAGCATCCTGTTTATGTAGGAGATACACAGATGGATTGTGATGCAGCTAAAAAA +GCTGGAATACCTTTTATATATGCTCGATACGGATTTGGTAATACAGAAGAATATAATCAT +GTAATTGATAAGTTTGAAGAATTACTAAGTTTATAA +>group_938 +ATGAAGCTATTAATAGATGGAGATGGATGTCCTGTAATTGATATTAGCATAAATACTGCT +AAAAAATTTAATAAAGAAGCTATTATTATATGTGATACATCACATGATTTTTCGAAATAC +AAAGTAGAAAAAATTGTTGTTTCTAAAGGTAATGACTCAGCAGATTTTCTAATTGTTAAC +AAGGTAAATAAAGGAGATATAGTGGTGACACAAGATTATGGATTAGCTGCCATGGTGCTC +TCCAAGGGAGGACATGCTATAAATCAAAATGGACTAGTATATAATAATGAAAATATTGAT +CAATTATTATTCACAAGACATATATCTAAAAAAGTAAGACAAGGTGGAGGTAGAACTAAA +GGTCCAAAGAAAAGAACCAAAGATGATAATATTAGGTTTGAAGAATCATTAATTAAATTA +TTTGAGGAAATAGGATGTTAA +>siaQ_1 +ATGGAAGCTATTAGAAAAGGTTTAGATAAAGTATTAGAAGTTGTGTGCTGTTTATTATTA +GCACTAATGACAATATTTGCAACATGGCAAGTTGCATCTAGATATATATTTAATAAGCCT +AGTACTGTAACAGAAGAGCTAGTATTAATATGCTTTGTGTGGATGGGGTTATTAGGTGCA +GCATATGTATTTGGAAAACAAGAGCATATGCGTATGTCATTTTTAGTAGATAAGCTTAGT +GAAAGAAATCAAACTAAGGTAAAGTTATTCTCGGAGTTAGTAGTTATATTATTTGCAGCA +TTAGTATTAGTATTTGGAGGATTTAAGATGTCACAGTTATCAATGGGACAATCATCTTCA +TCATTACAAATACCTATGGGTTATATTTACCTTGCATTACCTTTATCAGGAGTTGTAACA +ATAGTGTACAACATTTTAAATATATCTGATATTGTTAAAGAGCTGGCAAATGGTAAGGAA +GCAAAAAATAAAAATGCTAAAACAGCGTAA +>group_927 +ATGAAGGTAGGAAAACGTATTACAGCTTTATTGCTGGCTGCTACTATTGGATTCAGTGCT +ATAGGTTGTAGCAAAGTCGATGGAGCAGAAAAAAAGGTTAAAGTTATAAGGGTTGCGCAT +GGTCAAAATGAAGAACATCCTCAACATAAAGCAATGTTAGAGTTTGAAAAGTATGTAGAG +GAAAAAACAAATGGGGATATTGATGTTCAGATATTTCCAAATGAATTGTTAGGTGCTACA +GCACAAGCTGTTGAACTAGCTCAGACAGGGGCAGTTGATTTAGTTATAGGAGGTCTTGGA +ACATTAGAAGCATTTAATAGTAGTTACACTGTTTTAAATTTACCTTATATAATGGATAGT +ACAGAGCATTATCATGAAGTAATGAATGATGAAGAAATTATAGGGCCTGTATATGAGTCA +ACAAGACAAAGTGGATTTGTAGGATTAACTTGGTTTGATGCTGGAGTGAGAAATATATAT +ACTACTAAGAAACCTATAATGGAGCCAGATGATTTAAAAGGTTTAAAAATAAGAGTTCAA +ACAAGTCCTACAAATGTAAAAATGCTTCAAGCATTAGGAGCTTCTCCGACTCCAATGTCG +TTTGGAGAAGTTTATACAGGGTTACAACAAAATGTAATTGATGGGGCTGAAAATAATGAG +TTAGCACTAATAAATAATAAGCATGGGGAAGTTGCTAAACATTATTCTTATAATATGCAT +GCTATGTTACCTGATATATTAATTGCTAGTACTTCTTTATTAGATAACAAGTTAACAAAG +GAAGAAGCACAAATTGTAATGGAAGCGGCTGATTATGCGAATAAATTTGAGGTAGAGCTT +TGGGAAGATGCAGCAGCAGATGCTAAAGCTAAAGCAGAAGAGATGGGAGTTCAATTCTAT +TACCCTGATATAAAGCCATTCCAAGAAAAGATGAAAGACTTACATGCTGAATATACAAAA +GATGAAGATATGAAGGCAGTTTATGATAAGATTCGTGCAAAGGGTGATGAAATATTAGCA +AAGAATGCTAATAGTGATAAAAAATAA +>uxaC_1 +ATGTTAAAAGATATTACAAGGGTTAAAAAATTTATGGATGAAGATTTCTTATTACAAAAT +GAAACAGCTAAATATTTATATCATGAACATGCAAAAAATATGCCTATATTTGACTTCCAT +TGTCACTTAATACCAAGTGAGATTGCTGAAGATAAAAAGTATAACAATATAACAGAAATA +TGGTTATATGGAGATCACTATAAGTGGAGGGCAATGAGAAGTTTTGGAATAGATGAGGAG +TATATTACTGGAAGTAAAAGTGATTTTGAAAAATTCAAAGCTTTTGCAAAAGCAATGCCT +TACTTAATAGGAAACCCAATATATCACTGGTCTCATTTAGAGTTAAAGACATACTTTGGT +GTAGAAGAAGTATTAAGTGAAGAGAATGCAGAAGAAATATGGAATAGGTGTAATGAAGTT +ATCCAAAGTGATGATTTCAGTGCCAGAAGCATAATAAAGAAATCAAATGTAAAGTATATA +GCAACTACTGATGATCCAGCTGATAACTTAGAACATCATATAAAAATAGCTCAAGATGAA +AACTTTGACTGTGAAGTAAGACCTACATTAAGACCTGATAAAGCAGTAAAAATAGGAAAT +GAAGGATTTGCTGATTATATAAAAGTGTTAGGAGCTACTGAAAATACTACAATAACTAAC +TATACAGAGCTTATGAACGTTCTAGAAAGAAGAATTGAATTCTTCGTAGAAAATGGATGT +ACAATAACTGACCATGCTATGGATAGAGTTTATTTCAGAAATACAAATGAAGAAGAAGTA +AATGCTATATTTATGAAAGCTATAAATGGGGAATGTTTAACTCAAGAAGAAATAGAAAAA +TACTCTACTTTAACTATGGTTAACTTAGGTAGAATATATTCTAAACATAATATGGTTATG +CAGTTACATATAGGTGCATTAAGAAATAATAACACTAGAATGTATAAAAAATTAGGTCCA +GATGTTGGATTTGATAGTATAGATGATGGTGAAGTAGCACAGCCTTTATCTAGATTATTA +GATACACTAGATGGTGAAGATAATTTACCTAAAACTATATTATATTGCTTAAATCCAAAG +GATAATGAAGTATTAGGAACAATGCTTGGAAACTTCCAAGGTGGAGGTATAGCGGGTAAA +ATACAATTTGGTTCTGGATGGTGGTTTAATGACCAAAAGGATGGAATGGAAAGACAAATG +ATGGCGTTATCTCAATTGGGATTATTAAGTCAATTTGTTGGAATGCTTACAGACTCTCGT +AGCTTCCTATCTTATACGAGACATGAATATTTTAGAAGAATATTATGTAACTATATAGGT +GAATTAGTAGAGAATGGAGAATATCCAGCAGATATGAAAATATTAGGAGAAATAGTAGAG +AATATATGTTACAATAATGCATTTAAATATTGCAAAGTAAATTAA +>group_932 +TTGAAAAGATTAGAAGTTAATAATAATGGAAAGGTTTTAGGTTTTGGTGAAGTTATGCTA +AGACTTACACCTCCAGGTTTTCAAAAAGTAATACAGGCAAATTCTTTTGATGCTACTTAT +GCTGGTGGAGAAGCAAATGTTATCTGTAGTTTAAGTATGTTTGGACATGATACAAAATTT +GTTACAAAGGTACCAGATAATACATTAGGAGAAAAAGTAATAAGAGATTTGAATTCTTTT +GGAATTTATACTAAGGAAATTATAAAGGGAGAAGGAAGACTAGGGATTTACTTCTTAGAA +CAAGGTAATGGACTTAGAAATTCTGATGTTACATATGATAGAAAATATTCAGCTATATCG +TTAGCTAAAAGGAATGAATTTAATATAGAAGAAATGCTAAATGATGTAAAGTTAATTCAT +GTGTCAGGCATAAATCCTGCATTAAGTAAAGAGATAAAAGATTTAACTTTAGAAATTGCA +AAGGAAGCTAAGAAAAGAAATATAGTTGTTTCTTATGATTCAAACTTCAGATCGAAGCTA +TGGAGCTTAGAAGAAGCTAGAGAGTTCATGTTTGAAATACTTCCATTTGTGGATATTGCA +TTTTTAGGTATATTAGATTTTAAAAATATATTAGAGTATGAAGTGGATGAAGGATTGGAA +TTTGAAGATTGTTTAACTTCATTATATAAGAAGTTATTTGATAATTACCCTAATTTACAA +TATGCATCATGTACAAAAAGAAAAGTTAACACAGTAAATAATAATTCACTACAAGGATTT +TTATTCGATGGAGAAAAGTTAAATAAATCAAAATTATATACCTTTGACATATTAGATAGA +GTTGGCGGAGGTGATTCTTATACAGCCGGTATATTACATGGGTTGTTAAAAAAATTAAAT +AATGAAGATGTAGTAGAATTTGCAACTTGCGCGAGCGTTTTAAAACATAGTATTCAAGGT +GATATAAACTTAGTTTGTTTAGATGATGTTGAGACACTTATGACATCAGGATTACAAAAT +ATAAAAAGGTAA +>rspR_1 +TTGATACTATATGAAAGAAAAGACAAAGAGACAGGAAAAGAGTATGCATATAGAGTTCTA +AAAGAAAATATAATGTCTTTAGAGTTAAAGCCGGGTGAACTATTAAGTGAGCTTGAGTTA +GCAGAAAAACTAAATTTATCAAGAACTCCAATAAGAGAAGTAATAATGAGATTGAAAAGT +GAACATTTAATAGAAGTAAAGCCTCAATCTGGTACATATGTATCTCTTATAGATATTGAT +TTAATAGATGAAGCGTTGTTTATGAGATTTGCTGTAGAAGAGAAAGTGCTAAAATTAGCA +TGTGAAAACTTCCCACATGAAATAATGATAGATTTAGAGAAAAACTTATTTGCACAAGAA +ATAATAGCTAATATGGAGGGTGGAGAAACTGAATTTCACAAGTTGGATACTAGTTTCCAT +GAATTATTATTTGCAGGGGTTAATAAAACACATGTATGGAGTAGTATACTAAATATAAGT +ACTCATTACAATAGAATGAGATTGCTAACTCAGAAAAAAGATTCTAAAAAATCGGTAGTG +GAGCAGCATAGAGAATTTTTAAATGTTATTAATAATAAAGATATAAGTAAGGTAGAAGAA +TTAATAGATAAACATATGAAGTTTTCAATGAAGAGTTGGGATTATCTAATAAAGCATGAT +GAGGAAATATCTAAATATTTTAAGTAA +>group_677 +ATGAGTAATAATCAAAAACCAAAAAGAATGGGAGGCCCTATGGGACATGGCCCTATGAGT +GGCGCAGGAGAAAAAGCTAAAGATTTTAAGGGTACAATGAAAACTTTACTAGGCTACCTA +AGTAAATTTAAACTTTCTATAATATTAGTTATAATATTTGCAATTGGAAGTGTATCATTC +TCAGTTGTTGGACCTAAGATACTGGGTAGAGCTACAACTAAAATATTTGAAGGTTTAGTT +GCTAAAGTTTCAGGTGCTACTGGAGCTGGAATTGATTTTGATGCAATTGGGAAAATACTA +ATTGCGTTAATTGGATTATATATATTAAGTGCAATATTCTCATTTATACAAGGGTTTGTA +ATGAGTGGAATATCTCAAAAAGTTGCATATAACTTAAGAAATGAATTATCAGAGAAAATA +AATAGATTACCTATGAGATATTTTGATACAAAAACTCATGGTGAAGTTTTATCTAGAATC +ACTAATGATATAGATACTCTAAGTCAAAGTTTAAATCAAAGTATGACTCAGTTAATAACA +TCAGTAACTACAATTATAGGTGTACTTGTAATGATGTTATCTATAAGTTGGCTTATGACA +GGTGTAACTTTACTTATATTACCTATATCTATGATATTAATATCATTAATAGTAAAAAGA +TCACAAAAATACTTTAAAGCTCAACAAGAATACTTAGGTCACGTAAATGGTCAAGTTGAA +GAGTTATACGGTGGTCATAACATAGTAAAAGTATTTAATGGTGAAGAAGAAGCTGTAAAT +GAATTTGATAAATTAAATAATACTTTATACCAATCAGCATGGAAATCTCAATTTTTATCA +GGTATAATGCAGCCGCTTATGATGTTTGTAGGTAACTTAGGTTATGTAGTTGTGGCAATA +CTAGGTGGATGGTTAGCTATTAGAAAGACTATTGAAGTTGGAGATATACAATCATTTATA +CAATATGTAAGAAACTTTACACAACCATTAGCTCAAGTAGCTCAAGTTACTAATTTATTA +CAATCTACTGCAGCGGCAGCGGAAAGAGTATTTGAATTCTTAGATGAAGAAGAGGAAGAT +CAAACTGTAGAAAATGCTGTTAGTATCGATGGTATAGAAGGAAGAATTGATTTTGATCAT +GTTAAGTTTGGATATAACTCTGATAAAATTATAATCAAAGATTTTACAGCGCATGTAAAA +CCAGGACAAAAGGTTGCAATAGTAGGACCTACAGGAGCAGGTAAAACAACTATTATAAAA +CTTTTAATGAGATTCTATGATGTTAATTCTGGAGCGATACTAATAGATAATCATAATATA +AAAGATTTTAATAGAAGTGAATTAAGAGAATTATTTGGAATGGTTCTTCAGGATACTTGG +CTATTTAATGGAAGTATTAAAGATAATATTAGATATGGTAGATTAGATGCAAGTGATGAA +CAGGTTATAGAGGCTGCAAAAGCTGCACATGTACATCATTTTATAAAAACTTTACCAGAT +GGATACAACATGGTGTTAAATGAAGAAGCAAGTAATGTGTCGCAAGGACAAAAACAGTTA +CTTACAATTGCTCGTGCTATACTTGCAGACCCTAAAATATTAATTTTGGATGAGGCAACT +AGTTCAGTGGATACAAGAACAGAAATATTAATTCAAAAAGCTATGGATAATCTTATGGAA +AGTAGAACTAGCTTTATAATAGCGCATAGATTATCTACTATAAAAAATGCCGATTTAATA +TTAGTAATGAATGAGGGAGATATAATTGAAATTGGTAATCATGAAAAGTTACTAGCTCAA +AATGGATTCTATGCAAATTTATATAACTCTCAATTTGAAAAAGATGAGGCTATGTAA +>btuD_5 +ATGAATAAGTTAGTAAAATATTTAAAAAAATCTACCCTATCAATTATTTTCATCGTAGCA +TTGTTGATAGGTCAAGCGATATGTGAACTTGCCCTACCTGATTATACATCAAGTATAGTA +AATGTTGGGATACAGCAAGGTGGAGTAGAAAATGCAGTACCAGAAATAATACGAAAGAGT +GAACTAGATAAAATTACAATATTTATGAGCTCAGCTGATAAAGATAAGGTATTACAAAAT +TATAATCTGCTAAGTAAAGACTCTATTTCAACAGAAGAATTCAATAAATATAAAGAAGAA +TATCCTGCTTTAGAAAAAGAAGATCTTTATAAGTTAAGCACTACTGATAAAGAAATAATA +GACGAACTAAGTAGTATATTAGGTAAGCCGATATTAATAGTATCTGGAATTGAAAATGGT +GGTACAGAAGTTGATGCTATGAAGAAGCAAATGATGGCTAATCTTCCAACGTCAGCTACA +CAAAATGGTGATGTTGATATATTTAAAGTATTATCATCAATGCCTGAAGAAAATTTAACT +GCTATTACAAAAGAAATAGATAAAAACTTTAAAAATTTACCCGAAACTATGGTAGATCAA +AGTGCAGTTAATTATGTGAAAAGTGAGTATGAAGCAATAGGCATTAATACAGAAAAGATG +CAAAACAACTATATTATAATGACTGGTTTAAAAATGTTAGGAATAACATTACTAAGTGTT +CTGGCATCAGTTTTAGTAGGGTTATTAGGAGCTAGAGTTGCAGCTACTTTAGGTAAAGAT +TTAAGAAGTTCTGTATTTAAGAAAGTTATGTCATTCTCAAATAAAGAAATAACTGAGTTT +TCTACAGCGTCTTTAATAACTCGTAGTACTAATGATATACAACAAATACAAATGATGATG +GTAATGTTTTTAAGAATTGTATTCTACGCGCCTATATTAGGCTTAGGTGGTGTACTAAAG +GTGTTACAAACTAATACATCTATGACTTGGATTATTGGTGTAGGTGTTGCGTCTGTTTTA +GTGTTAGTTATGATAATGTTTATAGTTGTTATGCCTAGATTCAAAATACTACAAAGTTTA +GTTGATAGGCTCAACTTAGTAAGTAGAGAAATTCTTACAGGTCTTCCAGTTATAAGAGCA +TTTAGTACTGAAAAATATGAAGAACAAAGATTTGAAAAAGCAAATAAGGATTTAACTAAG +GTTAATGTTTTTGTTAATAGAGTGATGTCTTGTATGATGCCAGCAATGATGTTTGTAATG +AATGCTATTACAGTACTAATTGTTTGGAATGGAGCTCATAGTATAGATGCAGGTACAATG +CAAGTTGGAGATATGATGGCATTTATACAATATACAATGCAAATAGTAATGTCATTCTTA +ATGATATCTATGGTATCAGTTATGTTACCAAGAGCATTAGTATCTCTTGATCGTATAGAT +AAAGTTTTAAATACAGATATTTCCGTTAAAGATCCAGAAAAACCGGTTCAATTTAAAGAA +GATAAAAAAGGTGTTATTGAGTTTAAGAATGTTTCATTTAGATACCCAGATGCAGAAGAG +GATATCTTAACTGATATTTCATTTACAGCTAATGCTGGAGAAACAACAGCATTTATCGGA +AGTACAGGTAGTGGGAAATCAACGCTAATTAACTTAATACCTAGATTCTTTGATGTTACT +AAAGGTGAAATATTAGTAGATGGTGTAAATATAAAAGATGTTACGCAACATGATTTAAGA +GAAAAAATCGGATATGTACCTCAAAAAGGTGTATTATTCTCAGGAACAATAGATTCAAAT +TTAAGATATGGTAAAAAAGAGGCTACAGAAGAAGATATAAATAAGGCTGCAAGAATAGCT +CAAGCTACAGAGTTTATAGAATCTAAGCCGGAAAAATATGAAACTAAGATTTCACAAGGC +GGGACTAATGTTTCAGGTGGTCAAAAGCAAAGACTTTCTATTGCTAGAGCTATAGCTAAA +GACCCAGAAATCTATATATTTGATGATAGTTTCTCTGCACTAGATTTTAAAACTGATGCA +AAACTTCGTAAATCTTTAAAGGAAGAAATATCAGAAAGTACTGTATTAATTGTTGCACAG +AGAATAAGTACAATTTTAAATGCAGAGCAAATAATTGTTCTTGACGAAGGTAAAATGGTA +GGAAAAGGAACTCATAAAGAGCTTTTAAATAATTGTGAAGTATACAAGCAAATAGCTTTA +TCACAACTTTCAAAGGAGGAGCTAGCTGATGAGTAA +>slyA_1 +ATGGATGTATCAAAGGATAAATCAAAAGAGCTATTAAGTGTCATAACACAAATTAATAAG +CTTGCCCATAATGGATTTAGGAAAAAGAATATGCCAAATAGAGAGTTTATGCTTCTCAAA +ACTATTAAATATTTAAAAAATAGTGAAAGTACAAATGAGTATTCTTCAAAAGGCGTTAAA +GCTTCTGATTTAAGTAAGTTTTTATCGGTAACAAAACCGGCAATTTCAAAATTAATAAAT +ACTTTAGAAGAAAAGGGATTTGTAAATAGAATAACAGATAAATCAGACAGAAGAGTTGTC +TATATTAACATAACTGAAGATGGTGATCAGATTCTTGCTGAGGAAACAAAAATGTTTGAA +GAATTTACTCATAGAATTGTAGAAAAAATGGGTGAAGAAGATACCGATGAAATGATACGT +TTATTTAAAAAGATGTATGATACTATCATTGAAATGGAATGTGAATATAAATAA +>spoIVB_1 +ATGTTAAATAATAAGATATATACAAAATTTATATGCGTAGCTATACTTATATTTTCAATT +ATAGGAATGATAAAATATTATGGATTTATAGATAATAATTCTTATATAGAAACCCTAAAT +ATTTTTGAAAATAATTCTAAACGATATGTATATCCATTAGGGAATATAGTTGGTATTAAA +GCAAATACAGATGGAGTTTTGGTAATAGGATATGAAGAAGATGATATAACGTATATAGGA +GGCCTTAAAATAGGTGACAATATTGTTAAAATAAATAATAAAAAGATTAATAGCAGTAAT +GATGTATCGGAGTTATTAAATACTTTAAAAACGGATGAAGTCAAGATAGGATTTCAAAGA +GATAATGAATATAAAGAAGAAATTGTAAAAGTAAAAAATGAAAATGGCAAATATAAGTTA +GGTTTATGGGTTAGAGACAAAATATCGGGAATAGGGACAATGACTTTATATGACCCTAGT +AAGGAGACCTTTTTTGCTATTGGTCATGTTATTACAGATGTAGATACTAATAAACTTTTG +AAAATAAAAGAAGGATTTTTATATAATGCGAATAATTTAGAAATTATAAAGGGTAATTCA +GAAAATGTAGGAAAGATAAAGGGGGAATTTGATTTAAGTAAAGCTATAGGAAAATTTGAT +AACAATTCAAACTTTGGAATTTGTGGGAATTTATTAGATGAAATAAATTTATTGAGTGGG +CAAATAGAATTAGGTACATCTAGTGATGTTAAAATTGGAGATGCTGTAATTCTTTTTGAA +GATGAAAATAGAAATATAAGAACCTATGATATAAAAATAGAAAAAATAATAGATGATAGC +ACATGGGATAGAGATATGGTAATAAAGGTTACAGATGAAGATTTGATAAATTATACTGGC +GGAATAATTCAGGGAATGAGTGGTATTCCTATTATACAAAATAATAAGCTTATAGGCAGT +ATTACTCATGTTTTTAAGAAAAACCCTAAAAAAGGATATGGTATTTTTATAGATGAAATG +GTAAAATAA +>spo0A +GTGAACGAAAAAATAAAAATAGTTTTAGCTGATGATAATAAAGACTTTTGTCAAGTTTTA +AAGGAATATTTATCAAATGAGGACGATATAGAAATATTAGGGATTGCTAAGGATGGAATT +GAAGCATTAGATTTAGTAAAGAGAACTCAACCAGATTTATTAGTTTTAGATGTAATAAGG +CCACATTTAGATGGATTAGGTGTTATTGAAAAATTAAATGCTATGGACATACCAAAAATG +CCAAAAATAATAGTTTTATCAGCAGTTGGTCAAGATAAAATAACACAAAGCGCAATAAAT +TTAGGGGCAGATTACTATATAGTAAAACCTTTTGACTTTGTAATATTCATCAATAGAATT +AGAGAGTTAGTATCTAATAAGACTACTCATATAGAACCAAAGTCAAGAGTTAACACAGAT +ATTCAAATGACAAGAAGTGATTTTGTTAAAAATTCTGGGAATATAGAAACTGAAATAACT +AATATAATACATGAAATAGGAGTTCCTGCGCATATAAAAGGATATCTGTATTTAAGAGAA +GCTATAAAAATGGTAATAGATAATGTGGAGCTTCTAGGAGCAGTAACAAAAGAACTATAC +CCAAGTATAGCTAAAAAGTTTAACACTACTCCAAGTAGAGTTGAAAGAGCTATAAGACAT +GCTATAGAAGTAGCATGGAGTAGAGGTAAAGTAGATACAATAAATCAATTATTTGGATAT +ACTGTTCATAACACAAAAGGAAAGCCAACAAACTCTGAATTTATAGCTATGATCGCGGAT +AAATTAAGATTAGAGCACAGTATGGTAAAATAA +>group_279 +ATGAGAGTCGAAGCCCCTATTAAGGTAGATAGAAAGACTAAAAGGCTTGCGAAAAGACTT +ACAGGAGGAGAAATAGCAGTAATAAATCATATAGATTTAGATGAAGTTGCAGCAAATTCT +TTAGTAGAAGGGAAAATAAAATTAGTAATTAATGCAGCACCTTCTATAAGTGGTAGATAT +CCTAATAAAGGACCAGGAATACTAACGGATAAAAATATTTTAATAATAGATAATGTCGGA +GAAGAGTTATTTGATGAATTAAATGAAGGACAGGTTATTGAAGTTGTAGACGGTCAAATA +TATAGTGATGGCAAACTTTTAGGAAGCGGAGATGTTTTAGACAAAAATGCTGTTTCAAGA +AAGATAAAAGAAGCATATGAAAATTTAGGTATAGAATTAGATAGATTTATTGACAACACT +ATAGATTATGCCAAAAAAGAAAAAGGGCTTATTTTAGGAGAAGTTGAAATTCCAAAAGTT +AAAACTGATTATAAAAATAAGCATGTTCTTATTGTTGTTAGAGGACAAGACTATAAACAA +GATTTAAGCACGATAATATCTTATATAGAGGAAATGAAGCCTATTCTTGTAGGGGTTGAT +GGTGGTGCAGATGCTTTGCTTGAATTTGGTTATACTCCGGATGTAATTGTTGGAGATATG +GATAGTGTAAGTGATGAGGCCTTAAGAAAAACAAAAGAAATTGTTGTTCATGCGTATACT +GATGGTAGAGCACCTGGTTTAAAAAGAGTACAAGACTTAGGGTTAGATGCGATTGTATTC +CCAGCACCTGGGACTAGTGAAGATATAGCAATGTTAACTGCATATGAATATGAAGCAGAG +CTTATAGTTGCAGTTGGAACGCACTCTAATATGATTGACTTCTTGGAAAAAGGAAGACCG +GGAATGGCGAGCACTTTCTTAGTAAGGTTAAAAATAGGATCAAAACTTATAGATGCAAAG +GGTGTAAATTTATTATATAGAAGTAGATTAAAGCTTAAGTATATATTTGCATTAATCTTG +ACGGCATTATTCCCAATATTAATAGTTGCGTCTTTTTCACCAAGTGTAAAACAATTTATA +CACTTAATGCAGCTAAAGTTTAGGTTATTATTACAGATGTAA +>group_466 +ATGCATATAAATATGAAGTATTATATAGTAACTATAGGTGCTATATTCATATCGTTAGGA +ATAGGTATGTTAGTAGGGTTTAATTTAAATTACGATCAAGAGCTTAGTAAACAGCAAGCA +CAAATAATCGGTGATTTAGATGTTAAATTTGAAGAGCTAAGAGAGAAAAATAATGATTTA +GAAAATAAATTAAAAGAAATAAATACAAGTTATGATAAAACTATTGATTATATTAATAAT +AATGCTGATAAATTAATATCTGAAGAGTTGACTGATAAAAATATAGGTGTAATATCAATA +AATGGAAATAGTAATTCAGAAGATATAGAAAATACTATAACTAAAGCAGATGGAAATGTG +GTTTTCAATATCAATTTAAAGATGGATACAATAAGTGATGATGTTCTAAATGATATATCA +GCTAAAATTGGTGTAGATATTAAAACTGAAGCAGACTTTATTAATTATGTAGTAGAGTCT +TTAAAAAGTGATGATGCAAAAGAAAAGCTAAAGTATCTTGAAGAAGTTGGACTATTAAGC +TTAAACAAGTTAGGAACAGATTATGCATCTTATACTTCAGTTATACTATCAGAAGAAAGT +AACACTAAAGATCTAGAAAAACATTTTGAATTAATAGATAAATTATTAATAGAAAAGTTA +AAGTCAGAAGGGAAATATTTAGTTGGTGTTGAAAATACAAATAAAAAAACATCATATATA +GAATTATATTCTGATAATAAGGTTGCTACAATAGATAATATAAATGAAGGTAGCGGTAAG +TTAGCGCTAGTATTAGCTCTAAAAGATGGAAATGTAGTTGGGAACTTTGGAATATCTGAA +ACTGCAGAAAGTTTAATACCATATAAATAA +>arnC +ATGAATCCTTATATAAGCATGATAATACCTGCATACAATGAAGAAATAAAAATAAAGGAT +ACATTAGAAAGTATAAAAGGTATAAAAGAAATAAATGAAATAATAGTTGTAGATGATGGA +TCAACTGATAAAACTACAAAGATTGCTTCAGAAGTAAATAGTGAAAAAATAGTTGTTTTA +AAATTGGATAAAAATAGGGGCAAGGGATATGCATTAAATTATGGACTAAAAATAGCAATG +AAAAATGCAGAAATTATAGGTTTCCTAGATGCAGACTTAGGAAGTTCAGCAAATGATGTA +AAAAAGTTAATAGATCCTATATTGAATGATGAAGCTGATGTAGTAATTGCTAAGTTCCCA +CCAGCAAAGAAAAAAGGTGGTTTAGGTTTTGTAAAAGGTTTGGCAAAGGATTCTGTTTTT +GAAATGACTGGAGTAGAACTCGATGCTACTTTATCGGGTCAAAGATTATTCAAAAAAGAA +GTTTTAGAGAAATTTAAAGAAATACCATTTGGATATGGTGTTGAAGTAGGTATGACAATA +GATATATTAAAGCATGGTTATAAGATAAAAGAAGTATTAGTTAATATGACTCATAATGAA +ACTGGAAGAGATTTAAAAGGATTTATTCATAGAGGGAAACAATACTACCACATAAAGAAA +GTTCTAAAGCAAAAAAAGAAAGAGTGGAGGTAG +>group_499 +TTGAATAGTTTTATATTTTATTCTGTTATATTTATAATAGGATTTATAGGAACATGTTAT +GCTATACCATTATTTAAAAACCTACTTATAAATAGTAATGTAGTGAGGCCAAATTATAAA +AATGATATGATACCAGTTAGTATGGGAATTGTATTTTTACCTATGATTATTATTAATGGT +ATTATATTAGCTTTTTTCACTGTGCAGTACAAAAATTTACTATATATATTTATGTTTATT +TTTGGAATGATATCTATGTTCTTTGCAGGGATATTAGATGACATAATAGGTACTAGAGAA +GTAAGTGGATTAAAAGGACATTTTAAAAGCTTCTTTAAAGGAACTTTAACTACAGGTGGA +TTTAAAGCTATTTTTGGTGGTTTTGTTGGTGTTTTAATATCTATAGCAATTTCAGAGAGT +ATCCCAGATATAATTATAAATACTTTAATAATAGCTTTATCAACAAATTTAATGAATTTA +CTAGACTTAAGGCCAGGTAGAGCTATAAAGGTATATCTTGTAATTATGATAGTAATATTT +ATAACATTAGCAGGGTATATAAAAATATTACCATTACTGATACTTCCAAATGTTTTAGCT +TATTTTAAGTATGATTTAAAAGCAAAAGCTATGATGGGGGACACTGGTTCAAATGTACTT +GGGATATCTATAGGAATGATTATGGTTTTTGGATATTCATTTAATGTTAGAGTAGGTTGG +TTAGTATTTTTAGTGCTTATACATATATTAACAGAGAAATATTCATTAACTAAAATAATT +GAAAATAATAAAATATTAAACTTTATAGATAAGTTAGGAAGGTAA +>group_297 +ATGATAAGTAAAAAAATAGGTATAGTAGAATCGATAGTTGATAAAAGTGAAAACTTAGAC +GATATTAGAGTTAATATTAATGGAAATATACAAAAAGCATATAACTATCCTAAAATGAGT +GGGAATGTTAATGTGGGTGATGAAGTTATATTAAATACTACTGCTGTAGAGCTAAGTTTA +GGTACTGGTGGTTATCATTTTGTTATATCTAATTTAAATAATATAGAATCGAACTTTACT +CCAGGTGGTCATATTATGAAATTAAGATATACACCTTTTCAAGTTAAGGTTGATTCAGTA +GAGGAACAGGAAAGTAGTTATCATAGTGCAATTGAAAACTTTAAAAGTTTAGATAATATG +CCTGTTGTAGTTGGTACTTTACATAGTATGCTAACTCCATTTGTGGCATCTTATAAAAAA +AATAATCCAAATAAAAAATTAGTTTATATAATGACTGATGGGGCTGCACTGCCTATATAT +TTAAGTAAGAACGTAGAAACTTTAAAGACTAGAAAATTAATAGATTCTACTATAACTATA +GGCAATGCTTTTGGTGGCGATTATGAATGTATAAATATTTATACAGCATTAATAACTGCT +AAAGAAGTAATTAATGCAGACGCAGTTTTTGTTAGTATGGGACCAGGTATTGCTGGTACT +GGAACTAAATATGGATTTACTGGAATCGAACAAGGTCCAATTTTAGATGCAGTTAAAAAA +CTAGGAGGAATGCCAATTGCAGTTCCAAGAATAAGTTTTGCAGATATGAGAGAACGACAT +AATGGAATATCTCATCATAGCATGACAGTATTTAATGATATTGTAAATGTTAGCGTAAAT +ATACCGATTACTGTATATAAAGATAAATTAATAGATACTATAGAGAAACAAATAAAAGAT +AGCAAATTAGATAAAAAACACAATGTAGTATATATCAATAACGAAAAAACTAAAGAAGAT +TTAGATTACTTTAATCTAAAGGTTAAAAGTATGGGAAGAAATTATGAGCAAGATAAAGAA +CTCTTCCAAGCGGCAAGCACTGCAGCTTATTACTTAATGGAGGTTTGTAATGATAGAGGA +AAAAACTATTAG +>nudF +ATGATAGAGGAAAAAACTATTAGTAGTGATAGGGTATATACTGGAAAGACAATTAGCTTA +AAGGTGGATACTGTTGAGGTACCAAATAGAGGTTATCAAAAAAGAGAAATCGTTGAGCAT +AATGGAGCAGTTGGGATAGTAGCAATAACTCCTGAAAATAAAGTTGTATTAGTTAGACAG +TATAGAAAAGCTGTTGAAAAGGAATTATGGGAAATTCCGGCTGGTAAAATAGAAATAGGA +GAAAACCCAAAAGAATGTGCTATAAGAGAGTTGAAAGAAGAAACAGGTTATAGTGCAGAA +AATATGAAATTAATTCATAAGTTTTATACATCTGCTGGATTTTCCAATCAAAAAATATAT +ATTTTTCTAGCTGAAAATCTTATTCAAGGAGAGAGAGACCTTGATGAAGATGAGTTTTTA +GAAGTTCATGAGATTGATAAAGATGAAGTATACAATATGATAGCACGAAATGAAATTGAA +GATGCAAAAACTTCGATTGGAATGTTGCTAATAAAAGAATTAATATAA +>group_170 +TTGAGAAGAACATATGGAAGAAAAGTTTATTATGAGGAACTTAATAAAAAAATAATTTTA +ATAGGAATGCTATTTATAGTATTTGTTGTAGTGGGAACTTGCATGAATAAAATTAGTCCA +GGCTATGAAGAATCTGTAAATGGTGTTGTTAGCTCGATTGAAAAATACTATAGCTCTAGA +GATAGTATATCAGTTAAAAATGTTATTTTATCAAATTTAAAATTAGACTTTAAATTTATG +AGTTTAATAGGTATACTAAACTTATTGGTAATAACATTTCCAGTTTCTATTTTAATTTTT +ATGCTAAAAGGTGTGTCAATAGGCTATACTATAAATAGTTGTATATTGTTACTTAAATTA +AAAAGTATTAAAATTGTGTTTGTGGTTTTAATTAAGACTTTAGCAATTATACCAGGAGCA +ATTATACTTACACTAGTTTCAATGAACTATTTAAAAGAATTTTTTTATGAATTTAAAAAT +AGAAATAAAAAAAATATGATATTTTTATTTAAGAGATATTTATTAAATTCAATAATAATA +ATAGCTGTTTCACTGTTATTACAAGTACTGTTGAATTTCATATTTATTAATATTTTACAA +TTCCTAGTCAGATAA +>deoB +ATGAGCAGAGTAATATGGATGGTAATAGATAGTGTGGGTATAGGTGAACTTCCTGATTCA +GAGAAATTTGGAGATAAGAATGTAAATACCTTAGGTAATATAGTTAAAGAATACAGTGAT +ATTAAAATACCTAATATGAGAAAGCTAGGTATAGGAAATATAGATGAAGCAGATTTTATA +GAAAGTGAAAAATCACCAATAGGTGCATTTGGAAAATGTGCAGAATTATCACAAGGAAAG +GACACAACTACAGGACACTGGGAGATGACAGGTGTTTTAGTTGAGACTCCATTTAAGACA +TTTGAAAATGGATTCCCAAAAGAAATAATAGATGAGTTTGAAAGTAGAACTGGAAGAAAA +GTGGTTGGTAATAAACCTGCATCTGGCACTGCTATATTAGATGAATTTGGAGAACATCAA +ATAAAGACTGGAGATGTAATCGTTTATACTTCAGCAGATAGTGTATTCCAAATAGCGGCA +AATGAAGAAATCATACCATTAGAAGAGCTATATAAAATGTGTGAAATAGCTAGAGAGATT +ATGATGGGAGATAATGCAGTAGCTCGAGTAATAGCGAGGCCATTTATAGGTAAAAAGGCT +GGTGAATTTACAAGAACATCTAACAGAAGAGATTATTCTTTAAATCCTTTTGAGCCTACA +GTACTTGACAATATAAAAGAATCAAACCTTGACGTTATAGGTGTAGGTAAAATTGAAGAT +ATATTTAATGGACAAGGTATAACAGAGGCTATACATACAAAAGATAATATGCATGGTGTA +GATGAAACAATAAATTACATTAAAAAAGATAATGATGGCTTAATTTTTACTAATTTAGTT +GATTTTGACTCTAAGTTTGGTCATAGAAGAAATGTAGAAGGTTATAAAGAGGCACTAGAA +GAGTTTGATGCTAGAATACCTGAAATAATGGATGCTATGAAAGATGATGATATACTAATA +ATAAATGCAGATCACGGTAATGATCCAACTTATAAAGGTACAGATCATACAAGAGAGTAT +ATACCTGTACTAGTATATGGTAAAAATATAAAAGAAAATGTTAACTTAGGCATAAGAGAG +AGCTTTGCTGATATAGGAGCAACAGTTGCAGATTTATTAAATGTAAAAATGCCTAAGCAT +GGAATTAGTTTTAAGAAAGACATAATGAAATAG +>punA +ATGAAAAACATGTTTGAAAAAGTACAAGAAAGTGTTTCTTTTATAAAAGAAAGAACTACT +GTTAATCCTGAAATAGGTTTAATATTAGGATCTGGTTTAGGAATATTAGCTGATGAAATA +GAAAACCCTGTAAAAATAAATTATAATGAGATACCAAACTTCCCTGTTTCTACAGTTGAA +GGACATGCTGGTTGTTTAGTTATAGGTACTTTAGAAGGTAAACAAGTAGTTGCTATGCAA +GGTAGATTCCATTATTATGAAGGTTACTCTCAAAGAGAAATAACTTTCCCAGTTAGAGTT +ATGAAAGCTTTAGGAGTAGAAACTATTGTTGTAACAAATGCAGCTGGTGGATCAAATAAA +AATTTCAAACCAGGTGATTTAATGGTTATAAAAGATCATATAAACTTAAGTGGTAGTAAC +CCATTAATTGGAGCAAATGATGAAAGATTTGGTCCAAGATTCCCTGATATGTCAACTGCA +TATCAACCAAAGAATGTAGAATTAGTAAAAGAATGTGCTAAAGAATTAAATATGAAGATT +CAAGAAGGTGTTTATGCGTTCTTTAGTGGACCAACATATGAAACTCCTGCAGAAGTAAGA +ATGGCACAAATTTTAGGTGCAGATGCAGTTGGTATGTCTACAGCGCCTGAAGTTATAGTA +GCATCACATTCTGGAATGGATGTTGTTGGGATATCTTGTATAACTAATATGGCAGCAGGA +ATACTTAACCAACCTCTTGATCATGAAGAAGTTATAGAAACTACTCAAAAAGTAAAATCA +GAGTTTTTAAGTTTAGTTAAAAAGGTTGTTAATAGAATATAA +>pdp +ATGAGAATCTACGATATAATAAGAAAAAAAAGAGATAACCATGAACTTAGCAAATCAGAA +ATAGAATTTTTTGTTGATAAATACTCAAAAGGTGAGATACCAGATTATCAAGCATCAGCG +TTACTAATGGCTATATATTTAAATAAAATGAATAAAGAAGAAACTGTATACCTAACAGAA +GCTATGATGAATTCTGGTGATGTTATAGATTTATCAGAAATAGATGGTATAAAGGTTGAT +AAGCATAGTACTGGTGGAGTTGGAGATAAAACGACAATAGCATTAGCGCCGTTAGTGGCA +GCTTGTGGGGCACCTGTAGCAAAGATGTCTGGTAGGGGTCTAGGACATACTGGAGGGACT +TTAGATAAGCTAGAAGCTATTCCTGGTTTCTCAATAGAGATGGAAGCTAAGAAATTTATA +GATTCAGTGAATAAACATAAAATAGCTGTATGTGGACAGACTGCTACAATAGCTGTAGCG +GATAAGAAAATGTATGCTCTTAGAGATGTTACAGCAACTGTAGATAATATATCATTAATA +GCTGCAAGTATAATGTGTAAAAAATTAGCTTCTGGAGCTAATGCAATTTTACTTGATGTT +AAAACTGGTGATGGTGCATTTATGAAAACTTTAGATGATTCATTCGAATTAGCTAAAGCT +ATGGTTGATATTGGTAATGGAATGAATAGAGAGACTATAGGAATGATAACAGATATGGAT +GAACCATTAGGTTTTGCTGTTGGTAACTCTTTAGAGGTAATAGAAGCTATAGAAACATTA +AAAGGAAATGGTCCAAAGGATTTTGTTAACTTATGTGAAACATTAGGTGCATATATGTTA +GTTTTAGCTAAGACTGTAGATACTTTCGAAGAAGGTGTAGAAAAAATAAGAGAAGCTATA +TCTTCGGGCTCAGCGCTTGAAAAATTAAAAGTATTTATAGAAAATCAAGGTGGAGATAAG +AGAGTAGTGGATGATTATTCATTATTCCCTCAAGCTAATATAGTAGTTCCTATAAAAGCT +CATAGAAGTGGATATATAAGTAGAATTGAGGCTGAAGAGGTTGGAGTATCAGCAATGATT +TTAGGTGCAGGTAGAGAGACTAAGGACGATGAACTAGACTTAGCTGCAGGTATAATTTTA +AATAATAAAGTTGGAGACTATGTAAACGAAGGTGACATATTGGCAACTATGTATTTAAAT +AAAGAAGAAAAATTAGAATCTGCTAAAGAAAGATTCATAGGTGCATATTCAATAGTTGAT +GAAAAAGTAGAGCCTAAAAAATTAGTATATGGTGTAGTAACAAAAGATGGAATAAAAAAA +TTCTAG +>cbiT_1 +TTGAGTAATATAGTAAACAATTTAGTAGAAGAATATATAAGAACTACTCTTAAAGATAAA +GAAGGTCTTTTAAGGGAGTTAGAAATTTATGCTGAAGAGCATAATGTTCCAATAGTGCAT +AAGGAAGTTTCTGATTTATTAAAAGTATTATTAAAAGTAGATAAACCTAAAAACATATTA +GAAGTTGGTTGTGCTATCGGATACTCTTCTATACTTTTCGCAACAACAGTAGGTGATGAA +GTAAAGATAACAACTGTTGAAAGAAATGAAGCTATGATAGAAAGAGCAAAAGAAAATATA +AAGAGAGCTGGATTTGAAAATAATATAACTATACTAGAGGGAGATGCAGAAGAATTACTT +CCTAAGGTTGAAGGCAAATTCGACATGATTTTCTTAGATGCCGCTAAAGGTCAGTATAAG +TTATTTTATGATATGGTTATAGATAAATTAAAGGTCGGAGGACTTTTAATCTCTGATAAT +ATTTTATATAAAGGAATGGTAGCTCATGATGATTTTGTAGTTAGAAGAAAGAAAACTATA +GTAAAAAGAATGAGAAATTACCTAGATTATATATGTAATTGTGAGTATTTAAGTACTTCA +TTAATTCCGATTGGAGATGGAGTAGCGCTTAGCTATAAAGAAAAAGAAAGAGGAGCAGAA +TAA +>udk_1 +ATGAAAAACAATAAGAGACCACTTATAATAGGAATAACTGGAGGAACTGGATCTGGAAAA +AGTACGGTTTGTAAATCTATAATAGAGAATATACCAGAAGAAAATATATCTGTATTAGAG +CAAGATGCTTACTACAAAGATCAAAGTCACTTAAGTTTTGAAGAAAGATTAAAAACTAAT +TATGATCATCCGCTTTCTTTTGACAATAAGCTTTTAATACAACATATAGAAGATTTATGT +GAAGGTAAATCGGTAGAAAAGCCAGTCTATGATTATGAAATTCATACAAGAAAATTAGAC +GAAACTATAACAATAGCTCCAAAAGATATAATAATAGTAGAAGGTATTATGATATTAGAG +GATGAAGAGTTAAGAGATAGATTAGATATAAAAATATATGTTGATACAGAAGATGATATA +AGAATTCTTAGAAGAATACAAAGAGATATAAAAGAAAGAGGTAGAACAGTAGACTCAGTA +ATAGATCAATATTTAAGTACTGTAAAACCTGCTCATGATCAATTTATAGAGCCATACAAA +AAATATGCAGATATAATAATGCCAGAAGGTGGACATAATCAAGTTGCTATAGATATAGTA +ATATCTAAAATAAGAAGCCAATTAAATTTAATATAA +>spoVD_2 +ATGTCTAGAATAAAAGGGACGATATCTAAAAGAAGCAAAAATAGAATTAAGAGTATATTT +TTAATATGTATATTGCTTTATAGTTTTTTAATTTATAGATTAGCCGATATAAAAATATTT +AAATATGATGAATATTCAAAACGTGTAGAAAATCAAAGTACGGATAAAATAAGTTTAAAT +TCTTCTAGAGGCATAATCTATGATAGGAATAATATACCACTAACAGATACAGTTAAGAAA +CAAGTACTATTAGTACCTCAAAAAGTTTTAAGTGGTAATTATGAAAATATAAACCTAATA +AAAAAAGCCACTAATATAACTGATGAAGATATATTTAAGGCAGTTCAAGATCAACTTTTA +AGTAACATTGTAGAAATTGAAGTAGAAAATGTAAATGAGAGTATGAAAAAACAACTAGAG +GAAAAAGAAATAATTATAAGAGAAAAAACATTGAGATATTCTGAAAATAATCTTTTAACT +CATACAATAGGATATTTAAAAAAATCAGATGCAAGTCCTCAGAGTGGTATAGAAAAAGAT +ATGGATGATATTTTAAAAGATAGTAACGAAGAATATGTATCTGTATTTAAAGCAGCGGAT +TCTGGTAAAAGTCAAGGGCTAGATATACTAAATGGTAGTATTGAGACTGTGACATCAAGT +GATGATGATAAACATCTTAGACTTACAATTGATTCTAAAATTCAAAAAATAGTAGAAGAT +ACTGTTAATAATGAATCAAACCCTACAGCCGTGGTAGTTTCTGATATTGAAAGTGGAGAA +ATACTATCTATAAGCTCAAGACCAAATTATGATCAAAATGATATAGCCAAATATATTAAC +AGTAATAATAGAGAATTAGAGAATAGAGCTATATCAGTTACTTATCCACCAGGTTCTGTA +TTTAAAATAGTGGTATTATATGCAGCGTTAGCTAACAATGTAATCGATGAGAACTATACA +TATAATTGTACCGGTGAGACTAAAGTCGGAAATACTGATGAGGTGCTTCATTGTCATAAA +TTGGATGGACATGGTATGGAGACTTTAAAAGATGTTTTTGCGAATTCATGTAATCCAGCG +TTTTTGGATATAGCTACTAAGGTAGGTGAAGAAAAAATTTTAGAAGCTATAAAAACTCTT +CATTTAGATGAAAGTGTTGGCATAGGATTAGATGAGGAAGTGTCATCTAATATACCAAGT +GAGATAGCTATAAGGAATTTAGCAATAGGTCAGGGATCATTAGAGTTCACACCGATACAA +ATAAATCAATTAACACAGATAATAGCCAATAATGGAACATATAAACCGTTATATATTTAT +GATAGTATAATTAACAATGATAAAAATATAATAAAAGCATTTAAAAACTCTAAAGATGAA +GAAATTATTTCGCCTTATATAATAACTAAAATAAAAGAGATAATGAAGTCTGTTTCAGAA +GAGGGTACAGCAAAAGATCTTAGTGATTTAGAAGGCGGATGTGGAGTAAAAACTGGTACT +GCTCAAAGTAGTTTGAATAAAGTATCTATTAATCATGGATGGATAACTGGATTTTATCCA +AGTGAAAATGCGAAGTATGCAATTACTGTTTTAGTAGAAGGAACAGAAACTGAAAGTAAG +TCTGCAATACCAATCTTTAAAGAAATATGCAAAAAAATAAATAAGGAATATTTTTAA +>sigK +TTGACTATTCTAAAATCATTTGAAAAACCATTAACCCCTGAAGAAGAAGTATACTATTTA +ACCAAGTTTAAGCGAGAAAGTGACGAGTCAGCAAAAGAAGTATTAATTGAAAGGAACATG +AGATTAGTAGCCCATATAGCAAAGAAGTATAATAACTCCACAGAAGATCAAGATGATCTA +ATTTCTATAGGCACAATAGGATTAATAAAGGCCATTGAGACATATAATGTAGATAAGGGA +ACAAGGTTAGCTACCTATGCATCAAAATGCATAGAGAATGAAATTCTTATGAATATAAGA +ACGAATAAAAAGAACAAGTCACAAGTTTCCCTTCAAGATCCTATAGGTATGGATAAGGAA +GGAAATGAAATTAGTTTAATTGATGTATTGGGAACCGATATTGATTATATTGTAGATCAA +GTTGAACTTAAAGTAGAAATAAGTAAACTCTATGAAAAATTAGACAAAATTTTAACCGAG +AGAGAAAGAGAAATAATAAAGTTAAGATATGGCCTTACTACTTTGGGTTATAAAACACAA +CGCGAAATTGCGCAAAAACTTCAAATATCTAGATCCTATGTGTCTAGAATAGAAAAGAGA +GCTCTAAAAAAACTAAGAAAAGAACTTAAGACAGAAAAAAGCCTTGAATAA +>rcsC_7 +TTGATTATGGAAAACATTCAAGAATATATGCAAATATTGGAGTTGCTAAATATAATAATA +CTTATTTCTGTTACAGTTTTATCTACATTTATGTTTTTTTTATATAAAAATATATCATTT +ATAATTCTTGTATTAACACATAGCATGGAAATAGGAATGAGTATTTATTGCACAAGCTAT +CTATCATCAAATTTAATAAATAGAGATATAACCTATTTGATTAGTTTAATGTTTATAACT +AAAGTTATAGTATTAACTTTATTTTATAAGAAAATAAATTTTAAAGCCTATCTAAATTTT +TTATTAATAGTAGGCTATACACTAGCGGTATTATCTTTAAGTTCAGGTTATGAAATATCA +ATAGTTATTAGTATCATATTAAATCTTTTAATTGTTAATCTAGGAATTATAGATAAGATA +AAAAATGTAAAACGTAATCTTAATAAAAATAGACATAAGTTAAAACTAAATAGAAGATAC +ATATCAAAAGCCATCACTGAAATAGAACTAGAATCTAATCTGAAATATAATCTCAACGAA +AAAGTAAAGACATTAGATAATAAAATAGAAAATACGATAGAAATATTAAATTTACCTGTA +TTCATTTTGAATAATCAAGGAGATTTTATTTATGGAAATAGGGAATTTGAAACATTTTTA +AAAGAGGATAATATTGATCCTACAGAGATAGATATTATAGCTTACTTTAAAGATAGAATA +AAAAACTTTGATGAAATGATAAATAACATAAAGTATGCAGAAGATCAAATTGATGAGTTT +ATAAATATATACACTTATGATGATAAAGTATTTAAATTTATTTGTACTTTAGATGTAATA +AATAACAAAATTTTAAAAATATGTATTTTAGAAAATATTACTAATGATATAAAAATGAAA +ACTGAATTAAAAGAGAGTGAAGAAAGATATAGGAAACTTATGAATATATTAAATGATGGT +GTAATAATTCATAATATTGATACAGTAAGTTATATAAATGATAAAGCATTAGAGTTGTTT +AATATAGATAATAAGATGAAGAAAGTATTATTAATAGACGATATAAAAGGAAATATAAAT +AAAGAAAATAGAAAGAAGTTTATTAAAGGTATAAATCTAGTTAGAATAGGGAAAGAAGAA +AAAATAATAAATAAGATAGAGACTGAAGATGGGAAGATAATTGAATTTATGACAACATCT +ATTACACTTAATAACACACCTATGATGTTAAGTATAGCTATAGATATAACTGATCTAGAA +AATGCTAAAAGTCAATTAGAAGAAAGTGAAAAAACTTATAAATTATTGTTACAAACTCTT +CCAGAAGGAATTGTTATAATAGACAAAAAAACTAAAGTTCATACTTATAGAAATAAATCG +ATGATAAAAATGCTTAAGTATATAGGTACAGATAGATTTAATGAAATAGTTAAAGAATAT +ATGAAAGATGAGAACTTTGGTAAATTTAAAAAATTCTCAATAAAGGAAGATAAGAATATC +AACTTATCTATGTCTATAACAGATTCTAAAGAAGATAATAACTTAGTGTGCGTTGTTAGT +GTACTGGATAATGAATATAGGTCTGAGCAAATGATAGAAAAATTAAATGAAATGAAAGAT +AAATATAAATTTAAAACAGAATTTTTATATACTATATCAACTAATTTAAAGAAACCAATA +AATACTATTTTTGAAGTGAACAAAATACTACAAAACAATAAATCAAAGTATGATTTTAAA +TATATAGATAATTATGCAAGGGTGATTAAGCAGAACTCTTATAGGTTAAAAAGATTATTA +AACAACATAGAAGAAATAAGTAAAGTAGAAAATGGAATTTTAGAAATGAACTATAGAAGA +TGTGATGTAGTTAAGTTTGTGGAGAATATAGTTAAACTATCGAGAGAATACGCAAAAGAC +AAAAACTTGGAAATATTTTTTATTACTAATATACAGAAAAAGGTAATTCTTATAGATAAA +GATAAAATAGAGAAAATATTGTTAAATCTACTATCTAATTCAATTAAATTTACAAATAAT +AATGGGAAAATAATGGTGTCTATAAATTCTAACAAAGAAGAAGTTATTATTTCAGTGGAG +GATACAGGGGTAGGAATACCTAATGAAAAAATGGATGCTATATTTGAAAATTTTGAACAG +GTAGATACGACATTATCAAGGGGTGCTGAGGGTACTGGAGTAGGACTAGCATTGGTTAAG +AAACTTGCATATATTCACAATGCAAAAATAAATGTTTATAGCAAAATAGGGTATGGAAGT +AAGTTTGAAATTGTACTAGAGAATAGTAAATCTAATTGCATTGAGGAAGAACAGGAAGAA +TATATAAATACAGATATTGAAAAAATAGATATAGAATTTTCTGATATATATTTTGATATA +GGATCTTAA +>aroE +ATGAAAATAAATTCTAAGACTAAAACAGTTTGCTTATTAGGTCATCCAATAGAGCAAAGC +TTTTCACCGAATATACATAATTATTTATTTGCAAAGCATAATAAAAATTACACTTATATG +TGTTTTGATGTGAATCCTAGTGATTTGAAAGAAGCGATACAAGGTTTAAAAGCATTAAAC +GTATTTGGATGTAATGTAACTATACCTCATAAGGTAGAGGTCATTAAATATCTAGATAAA +ATTGATAAAAATGCAAAATTAATCGGGGCTGTTAATACAATAAAAAATGAAGGAGGTATT +CTAAAAGGATATAACACGGACGGAAAGGGATTTGTAAAATCTATTTTAGATAAAGGATAT +GAGCTAAAAGGGAAAAAAGTAATGATTATAGGTGCAGGTGGTGCGTGTAGAAGTATTGCA +GTGGAACTTGCATCGAACAATGTTGAATTGATAGAAATAAGAAATCGTAGTGAAGAAAAA +GCTAATAATATAACATCAATTTTAAATGAACATTTTGATATAAAGGCACAATATTCTACT +AAAAAAATAGAAACATCTGATCTGGATTCTATAGATATATTAATAAATACAACACCAATT +GGAATGGGAACAAGTGAATGTCCTATAGATGAAAGTATAATTCCAAATAAAAAACTATTA +GTATGCGACATAGTTTATAAGCCTCATGATACTAATTTTATTAAATGGGGATGTAAAAAT +AGATTAGATACTATCTATGGTATAGATATGTTGATAAATCAAGGATTAGAGGCATTTTAT +ATATGGACTGATATAAATCCTACGAAAGAAGATCAAAAAGCTATAAAGAAATTTTACCTA +GATAGTATAAAGTAA +>group_84 +ATGTTACAAAACAATAAAGGATCAATAATGATTGTTACTCTAATAATATTCTCTATAATA +AGTACGATATGTATAACTTGTATAAGTTTAACTTATAGTAATATCAACATTGCTAGTTTA +GAATTGAAAAATTTACAACTGAAAGAAAATGCATTAGGTGCAGTAGAAATAGTTTATGGA +AATATAAAGAATGAAATTGATAATGCTATTGATAGTTGTAGTAATTCTCAAGAGTATATT +AGCTATATTAAAAGAGATAACTACAAAAGTTTTATATTGAACTGTAAAGATATCTCAAAA +AGTGATTTAGATAATACTACGGTAGAATTAACTAATAAAACTCCATTTGGAGAGGTTAAG +AATTTTGAATTTGAAATGAAGGTTTTTGCTAAAGAAAATAATTATAAAAAACAAGTTAAA +GTAAATATAAGAATAAAAAATCCGTGGAATGAAATAAGTACACTTCAAGAAGATGAAAGT +ATAGAAGATATAGACACAGAAGAAGTAATTACAAAAATTAATATAGAAAACAATGAATTT +AATAATATAAATGAAATAGATATAGATGAAATTTATGAAGATGAAGAAGATGATACGGAT +AGTATAAATGGTGATATCAAAACTGATTTAGAAGATATAAAGGAAGTTTTTAAAAAGTAT +AAACTAATAACTATATATAATTACGAGGAAATATAA +>group_390 +TTGGTAGTAACAATTGGCGTTATTGTTTTGATTTGTAGCATGTGTATACCTAAATTTAAT +TCATATAATTATGAAGTTAATTCTTTTGCTAAGCAACTGTGTAGTGATATAAGATATGTT +AAATCAAACAATATGCTGGGAAACTTAAATTCATTTGTACTTATGACCAAGGAAAATGGT +CGAAAGGGATACATACTAGTGGATAAAGGTATCCAAGTAAAAGATGTATACTTACCTAAT +AATGTAGATATTACATATCCAAATAAAAAGATATATTTTAGGAATGATGGTACTCCGAAT +CCTACTGGATCGACTATTAAGATTTTTAATGACAAAATAAGTAAAGAGATAACGATAGTT +CCGGTTAGTGGTAGGGTTCTTTTTAAGGAAGATCAATATGAAAAATAA +>group_222 +ATGAAAAATAAAGGTGGTTATTTACTTCTAGAAAGCATAATATCATTATCTATAATCTTA +ACATTGTCATTAGTATTATATTCTTTATTAATACTATGTATAAATACTAAAAGCTCAATA +GAAGATAAAATAGAAGTTCAGCAACAAGGATTAGAAATGAGTAAAAGTATAAAATCTTTA +ATCGAGAAATCAAAAGGAATAATAGATATTGAGTTTGACAATACAGATAACATAAATGAA +GAAGGAGTAAATTTCAAGAGTGCAATATCAGTGAAGTGTAGATATAGTAACGAAGATGAT +GTAAATTATTCTAATAATAAAAATAAAGAAATTAGTTTAAAAAAAGGATCAAATAAGTTA +TTTATAAATACTCTTAACTTAAATAATCAAAGCGAAGTTGGAGGGTATGAAATAGGTGAC +TATGTAGAAAAAATGTATGTATCAAAAGATGAAAATGACAAATTTATTAGCATGAAACTA +AAGTTACAAAAAAATAAAGAAATCTATGAAACTAAATTTAAAGTATATATAAGAAATTTT +GAGGGGGAATTTAGGTGA +>aroK +GTGAAAATTATATTAATAGGACTTATGGGTGCAGGAAAAACTACAATAGGTAAAGAACTT +TCAAATAAATTAAATTTAAGGTTTATAGATATGGATGATGAGATAGAAAAGCAATCTAAA +ATGAGTATAGTAGATATATTTGAAAAATATGGAGAAAATAGATTTAGAGAAATAGAATCA +AAACTTTTAGAAAAAATAGCTTTAGAAGATGATATTATTATTTCTACAGGTGGTGGAATA +ATAAAAGTAGATGATAATCGTAAATTATTAAAGAAACAAGATAATGTAGTATTTTTAAAT +GGAAGTATAGACACTTTAGTAAAGAATGTATCTAATGATATATATAAAAGACCTCTATTA +AAAGATAGTACGGATTTATATATAAAAATAGAAGAACTTTTAAAAGAAAGATATGAAAAA +TATAAAGAATCTTCTAATATAATCATAGATATAAATAATAAAAATATAAATGAAGTGGTA +AGTCAAATACTTGTTTATATCAGATAA +>efp +ATGGTATCAGCAAGTGATTTTAGAAAAGGTGTAACTTTCGAAAAAGATGGTCAACCATGT +TTAATAGTAGATTTCCAACACGTTAAGCCAGGTAAAGGTGCAGCTTTCGTAAGAACTAAA +TACAGAAACTTAAAAACAGGGGCAATAAGAGAAGAAGCTTTCAACCCAAGTGATAAATTC +CCTAAAGCTCATATAGAAACAAGACAAATGCAATACTTATACAATGATGGAGAGTTATAC +TACTTCATGGATGAAGAAACATATGACCAAATACCATTAAACTATGTACAAGTTGAAGAC +GCTATAAAGTTCTTAAAAGAAAATGAAGTAGCTACAATAAGATTCTATCAAGGTCAAGCT +TTCCAAGTTGAAGCTCCAAACTTTGCAGAATTAGAAGTTGTAGAAACTGAGCCAGGAATA +AAAGGAGATACTGCAAGTAACGTAACTAAAGCAGCTACAGTAGAAACAGGTGCAGTTGTT +CAAGTTCCTTTATTCATAAACCAAGGAGATAAAATAAAGATAGATACAAGAACTGGAGAA +TATTTATCAAGAGTTTAA +>rnc +ATGAGAATAAGTAAAAGAATATTAGATAATATATACAAATTTGAAGAAACTATAGATTAT +AAATTTAATAATAAAGAATATATACTTGAGGCTCTTACACATAGTTCATATTCTAATGAA +AATAAAAGATACAATTTTAATGAAAGATTAGAGTTTTTAGGAGATTCTGTCTTAAGTATA +GTAGTTAGTGATTACTTATTTAAAAATGAAAAAGATTTGCCTGAAGGAGAACTTACTAAA +CTAAGAGCGAGTATAGTTTGTGAAGAGTCTCTAAGTGAAGTAGCAAACCAAATAAAGTTA +GGAGACTTTATGTTACTTGGTAAAGGTGAAGAAGCAACAGGTGGTAGGGAGAGAATATCT +ATACTTGCTGATGCTTTTGAAGCTGTTATAGCAGCAATTTATTTAGATGGTTCTATAGAA +GATGCAAGAAACTTTATACTAAATAATATGAAGTCTATAATATCTGATGCAAGAAGAGGA +AAGATATTCAGAGACTATAAAACTCACCTACAAGAAGTTTTACAAGGTAAGGGAGAAAGT +AATATATGGTATAAATTAATAGATGAAAAAGGACCGGATCATAATAAAAGATTTATCATG +GAAGTTGGAACAAATAATGATGTTTTAGGAATCGGAGAAGGTAAAAGTAAGAAAGAAGCA +GAACAATTAGCAGCTAGGGTAGCATTAGATAAAATATTATAA +>ftsY +GTGTTTAAAAAATTATTTAAATTCAATAAGAAGAAGCAAGAAGAAAATAAAGAAGTTGAA +GAAATAGTAGAAAATTTAGAAAATAAAGAGGGTATTGATAAATTAGAAGTACATAATGAA +GAAGTAAAGGAAGAGCAAAAAGAAGGAATTGAAAATGCATTAACAGAAGAAGTGCAAGAA +AATGTATTAGATGAAGTTTGCGAAGCTATAAAAGAAGAAGCTATAGAAGAGGTTAAAGAG +GATATTAAAAATCTAGAGACTAAAGATGAAATAGAAGAAGCTAAAGGGCTTATTGCAGAA +TCAGAATCTAAAGAAGAACTTGAAGAAGTAAAGGATGCTATTGAGGAGATTGAAGTAAAG +GGCGAAGTTAAAGATGTAAATAGCGATACAAAAGAAGACTCTGAAGAAATATCTACTGCA +AAAGAAGTTGATTTGGATGCTATACAAGAAAAAAGTGAAGTACAAGATGAAGTAGATGAT +AAAGAGAAGAAAGTTAGCTTATTTAGCAGATTAAAGCAAGGATTAACTAAAGCTAAGCAA +GGTATAACAGATAAAATAGATACTGTATTAAAGTCATATACAAAGGTAGATGAAGATTTA +TTAGAAGATTTAGAAGAAGTATTAATAACTGCTGATGTTGGTGTTAACACAACTATGGAC +ATGATAGATAAGCTTAGAGATGCTATAAAGGCAAAGGGTATAACTGATCCTCAAGATGTT +AGGGTTGAATTACAAAATATAGTAGAGGATATACTTACTTCAGAAAACTCAAAGTTAGAT +GTAGAACATTCTCCGACTATAATACTTATGGTAGGGGTAAATGGAGTTGGAAAAACTACT +ACTATAGGAAAGTTAGCAAATAGATATAAATCAGAAGGAAAAAAGGTACTACTAGCAGCA +GGGGATACATTTAGAGCTGCAGCAATAGAACAGTTAGAAGTATGGGCAAATAGAAGTAAT +GTAGATATAATAAAACATCAAGAAGGTGCAGACCCAGGCGCAGTAATATTTGATGCAATA +AAAGCTGCAAAGGCTAGAAAAGTTGATTTATTAATTTGTGATACAGCAGGTAGACTACAT +AATAAAGCAAATCTTATGAACGAATTAGGGAAAGTATTTAAAATAGTAGACAGAGAATTC +CCAGAAGCTAAAAGAGAAGTTTTATTAGTTGTAGATGCAACAACAGGTCAAAATGCAGTT +TCTCAGGTTAAAACATTTAAAGAAGTTGCAGATATAACAGGAATAGTTCTTACTAAACTG +GATGGAACAGCAAAGGGTGGAGTTGTACTTGCAGTTAAGTCAGAAGTAAATGTACCAGTT +AAATTAATTGGTGTTGGTGAAGGTGTAGAAGACTTACAAGATTTCGATGCAAAAGCATTT +TCGGATGCACTATTTGGGAAAAATTAG +>group_442 +ATGAATATAGAAAAAATGATTGAGATTGGGTTATTGTTCGAACAATATAAAGAACTTTTA +ACTGATAAACAAAGAGAGATAGTATCTTTATATTATGAAGAAGATTATTCTTTAGGAGAA +ATAAGTGAAAACTTAAATGTATCAAGGCAAGGTGTATATGATACTTTAAAGCGCTCAGAG +AAGATCTTAAGAGATTATGAGGACAAGCTTAAGCTAGTTTCTAAGCTACAAGAACAAGAA +GAATTTGTTAAACTTGTAGAAAATAAAATTGTTGACATTAAGCAAGATTTATTGCAAAAT +AGAGATTGTGCTAATTTAATCCCTAAGCTAGAAAATATAGAAGATATATGTAGGGAGATG +TTAAAATGA +>ffh +ATGATATTTGAAGGATTATCAGATAAACTACAAGGTGCATTAAGTAAGTTAAAATCAAAA +GGAAAACTTACTGAACAAGATGTAAAAACAGCAATGAGGGAAGTGAAACTTGCACTTCTT +GAAGCAGATGTTAACTTTAAAGTAGTTAAAGATTTTGTTAAAACAGTTCAAGAAAGATGT +GTTGGGCAAGAGGTAATGGAAAGTTTAACTCCTGCACAACATGTTATAAAGATAGTAAAT +GAAGAGCTTACAAGCTTAATGGGAGATGTTCAAAGTAAAATAATGATATCTCCAAAACCA +CCAACAGTTATAATGATGGTTGGACTTCAAGGTGCTGGTAAGACTACTACTTCTGGTAAA +CTTGGTGGATACTTTAAAAAACAAGGTAAAAAGCCACTATTAATAGCAGGTGATATATAC +AGACCAGCAGCTATTAAGCAATTACAAGTTGTAGGTGAAAAATTAGATATACCAGTATTT +AATATGGGAGATAAAGAAAGCCCAGTTAATATAGCAAAAGCGGGATTAAGTCATGCAATA +AAAAATAATCATGACTTAGTTATAATAGATACAGCTGGTAGACTTCATATAGATGAAGCT +TTAATGGATGAATTAAAATCTATAAAAGTAGAAGTTAAACCACATGAAATACTCTTAGTA +GTAGACTCTATGACAGGTCAAGATGCAGTAAATGTATCTGAAAGCTTCAATGAAGCGCTT +GGAATAGATGGAGTAGTTTTAACTAAACTAGATGGTGATACTAGAGGTGGGGCTGCACTT +TCAATAAGAGCAGTTACACAAAAGCCTATAAAGTTTATAGGTATGGGAGAAAAGTTAGAT +GATTTAGAACCTTTCCATCCAGATAGAATGGCATCTAGAATATTAGGTATGGGAGATGTC +CTAAGCCTAATAGAAAAAGCTCAAGAAAATTTAGATTTAGAGAAAGCTAAAGAGTTAGAA +CAAAAAATTAAAAAACAAGAATTTGACTTCGAAGACTTATTACAACAAATGGAGCAAATT +CAAAATATGGGGCCTCTTGATAAAGTATTAGGCATGATACCAGGTATGGGAAATATAAAA +GACCAACTTGGAGATGTAGATCTTAATGGGAAAGAAATGAAGAGAAGCAGAGCTATAATA +CAATCAATGACGCCTGATGAAAGAAGAGATCCATCACTATTAAATGCTTCAAGAAAGAAA +AGAATAGCTAAAGGTAGTGGTACGAGTGTTCAAGATGTAAACAGGATGATAAAACAACTT +AATGAAATGAAAAAGATGATGAAGATGTTTACAGGATCACAAAAAAGCATGAAGAAAAGG +GGCGGCTTTGCCGGACTTCCTTTCTTTAAATAA +>rpsP +ATGGCAGTTAAAATAAGATTAAAAAGAATGGGATCAAACAAAAAACCTTTCTACAGAATA +GTAGTTGCGGATTCTAGATCTCCAAGAGATGGAAAGTTCATAGAAGAAATAGGATACTAT +AATCCAGTTTCTCAACCAAAGCAAATAAAAATAAACGATGAGAAAGCTGTAAAGTGGTTA +TCAAATGGTGCTCAACCAACTGATACTGTTAAAACTTTATTAGTTAACAACGGAGTAATG +GAAAAATTCGAAGCTTCTAAGCAAGCTAAGTAA +>group_44 +ATGAAAGAGCTAGTGTTAGATATAGCTAAAGCTCTAGTTGATAATCCTGACGAAGTTAAG +ATTGAGGAAACTATAAAAGAAGATGAAATAATCTTAAAGCTTAGTGTTTCTCAAGACGAT +ATGGGTAAGGTTATCGGTAAGCAGGGCAGAATAGCTAAAGCTATAAGAACTGTCATAAGA +TCTGCTGCAAATAGAGAAGACAAAAAAGTCTCTCTTGAGATAGTATAG +>rimM +ATGAGCAATAAATTAACTCACTTTAAAGTTGGAAAAATAGTTAATACTCAAGGTTTAAAA +GGAGAGGTAAGAGTTTATCCTTTTACTGATGATATAAATAGATTTGATGAATTAGATGTT +TTTTATTTAGATAAAGATTTTAACACTAAATGGAATGTAGAAAGAGTTAGATATAAGGGT +AACCTTGTAATAATGAAAATTAAAGATATTGATTCTATAGAGAAAGCAGAAAGATTAAGA +GATAAGTTTATCTATGTATCTAGAGAAGATGGTAGAGAGCTTGAAGAAGAAGAATACTTT +ATAGCTGATATGATAGGTTTAGATGTGTTTACTGTAGATGGAGAAAAAGTTGGAGTATTA +AAAGAAGTCCTTCAATATGCTGCAAATGACGTATATGTTGTTAAAGGTGAAGAAAAAGAA +TACCTAATACCAGCTATAATGAAGTTTGTGCCAACTATAGATATGAATGAAAGAAAAATG +ATAATAGACCCTATTAAGGGAATGTTAGACTAG +>rplS +ATGAACGAAATATTAAGATCATTAGAACAAGAACAATTAAGAAACGATGTTCCTAACTTT +GGACCTGGGGACACAGTTAAAGTACACGTTAGAATAGTTGAAGGAAAAAGAGAAAGAGTT +CAAGTATTTGAAGGTGTAGTATTAAAGAGACAAGGTGGAGGAGCTAGAGAAACTTTCACT +GTTAGAAAAATATCTTTCAACGTTGGTGTAGAAAGAACTTTCCCAGTTCATTCTCCAAAA +TTAGAGAAGATAGAAGTAACTAGAAAAGGTAAAGTAAGAAGAGCTAAATTAACTTACCTA +AGAGGTAGAGTTGGTAAAGCTGCTAAGATAAAAGAAGCTAGATAA +>rbgA +ATGGCAAGAGGAGATAAAATGAGGTCGGACTATGAAGATTATCTTGTAGATGATAATTTA +CATATAAACTGGTATCCTGGTCATATGAAAAAGACAAGGGACTTAGTTAGAAATAACTTA +AAACTAGTAGATGTAGTTGTAGAACTTTTAGACGCGAGAATTCCATATAGTAGTAAAAAT +CCAGATATAGATAAATTAGCAGGGAACAAACCAAGAGTTGTTATACTGAACAAAAGTGAT +TTAGCAGATAGAAACAAATTAAATAGATGGATAAATTATTATAAACAAAAAGGCATAAAA +GCAATACCTGTAGATACTATGAAGGGTTCAGGGCTAAATAAATTAATAGAAGAGTGTAAA +AATGTTACTAAGGATAAGATGGATGCACTTAAAGATAAAGGTAGAAAAGAAAGACCTATA +AGAATAATGATAGTAGGTGTGCCTAACGTAGGTAAGTCTTCTATAATAAATAAATTAACG +GGAAGAAAGAGCGCTGTAACAGGAGATAAACCAGGAGTAACGAAAGGTAAACAGTGGGTT +AGATTAAAAGGTAACTTAGAACTACTTGATACTCCAGGTATTTTATGGCCTAAATTTGAA +GACCAAGAAGTTGCTTTGAATTTAGCTTTTAGTAGAGCGATAAAAGATGAAGTTTTAGAT +ATTGAAACTTTAGCATTAAGACTTATAGAGAAACTTATGATTATAGAGCCAGAGAAATTA +AAAGCTAGATACAAGTTAGAAGAATTAGGAGAAACTCCACTTGAGACTATGGATATGATA +GGACGTAAAAGGGGATTCATAACAGGTAGAAAAGAACTAGACTATACTCGTATAGCATTT +ACTGTTTTAAATGAATTTAGAGAAGGAAAAATCGGTCAAATAAGTTTAGAAGTACCAGAA +GATATAAAATAA +>rnhB +ATGACGAATAAAAGTGTAAAAGAAATTAAGGAAATAGTAGATAATTTAGAAATAGATAAA +TATCTGGAGTATATAGAAATATTAAAAGGTGATGAAAGAAAATCTGTCCAAAATTTAGCT +CTAAAATTAGCTAAGAAATTAGATAATATAAGAAAAGAAGAAGAGAGACTAGATAGAATA +AATATATATGAAAATGAAGGTTATGAAAAAGGATATCTTTATATAGGGGGTATAGATGAA +GCTGGAAGAGGTCCTTTAGCAGGTCCTGTTGTAGCTGCTGTAGTAGTGTTTAAACAAGGT +ACAAAGATAGAAGGTATAAATGACTCTAAAAAGTTAAGTGAAGCGAAGAGGGATGAATTA +TTTGAGGTTATAAAGCAAGAAGCTCTTGATTATGGAATAGGAATTGTAAATAATGAAGAA +ATTGATGAGTTTAACATATTAAATGCTACTTATATGGCAATGAAAAAAGCATTGAATTGT +TTAAAACAAACTCCAGATTATTTACTAGTTGATGCAGCTACAATACCTGGAATAGATATT +AAGCAAAATCCAATTATTAAAGGAGATTCAAAATCTATCTCAATTGCAGCAGCTAGTATA +TTAGCGAAAGTTACAAGAGATAGTATGATGTATCAATATGATGAAATATACCCAGAGTAT +GGATTTAAAGGTCACAAAGGATATGGAACAAAAGAACATTATGAAGCCATTGAAAAACAT +GGTATAACACCAATACATAGAAAAAGTTTCTTAAAGAATGTGTTATAA +>hmo +ATGGATTATAAAGAAATATTAAAAAGCGCTAGAGCAAATTTAAATGGGAGCTGTAGAGTG +TGTAAATCATGTAATGGTGTAGTCTGTGCAGGTGAAGTTCCTGGAATGGGTGGAAAAGGA +AGTGGGTCTTCTTTTATAGAAAACTTTAAAAGTTTGGAAAAAGTAAAGATAAATATGAGA +GTAATACATAGTGTATCAAATCTGGATACATCTATAGAGTTATTTGGGAGAAAGATGGAT +TCGCCCATATTTGCAGCTCCTATAACAGGAACTACTTTAAATATGGGTGGAGGACTTACA +GAAAAAGAATATATAACTCCTGTTGTTGAAGGCTGTATAAATAGCGGTGTATATGCAATG +GTAGGAGATACAGCAGTAGATTCTTTTTTAATAGATAATTTAGAAGTACTATCACAAAAT +AATGGTGATGGAATTGTATTTATAAAGCCTTGGGAAAATGAAGATATAAAAAGAAAAATA +AAATTAGCTGAAGAATCAAGTGCTTTTGCAGTTGGTGTGGATGTAGATGCATGTGGGTTA +GTAACTTTATCAATGCATGGAAAAACTGTAGTTCCTAAAAATGTAGAGGATATAAAGGAA +TTAAAAGCCTGTACAAAGCTACCATTTATATTAAAAGGTATAATGACTGTAGAAGATGCA +CTTATGGCAGTAGAAGCAGGTGTTGATGCAATAGTTGTATCAAATCATGGTGGAAGAGTT +TTAGATTGTACTCCAGGAGTTGCAGAAGTTCTTCCTGAAATAGCTAAAGCTGTTAAAGGA +AAAGTAACTATACTTGCAGACGGTGGAGTAAGAACAGGAGTAGACGTACTAAAAATGATA +GGTCTAGGTGCGGATGCTGTATTAATAGGAAGACCTTTTGTAACTGCATCTTTTGGAGGC +GGAAGAGAAGGTGTAGAAGGCTATATTAATAAAGTAAAAGCAGAATTAGAAGCTACTATG +ATATTAACAGGATGTCAAACTGTAAAAGAAATAGACTCTAAGGTTATATATAAATAA +>group_220 +ATGAGTAACAACGATATCATAAAGATAAAGGTAAAGATAAATAATAAATTAGCATCTGTA +CTAATTTTTACTTTAGTTTGTATCTTATTCTTTACAGGATGTTCAAACCCTAGCGACAAT +GATGATAACAATCAATCTACCATAATAAATAATTCTTATAAAGCCACTAGCCTAAGTCTA +ACTGCTGTTGGGGATGTAATGGCACACACACCACAGTTAGAAGCTCAACATGATGCTTCT +ACTGATACATATTCTTTTGATAATAATTTCCAACATATAAAAAGTTATATTGAAAACTCA +GATTTAAGTATTGCTAATTTAGAAACTACATTAGCTGGTGAAAGTATAGCTTATAGTTCT +TATCCAACTTTCAATACTCCAGATGCACTTGCAGTCGCATTAAAAAATGCAGGCTTCGAT +GTTATTTCTACTATAAATAATCACACCTTTGACAAAGGCACTTTAGGTTTTGAAAGAACA +CTTTCTACTTTGAAAAATTTAGGTTTTGACACAGTAGGAACTCGAAGTAATATTGATGAT +AATGACTATATTATAAAAGATGTAAAAGGTATAAAATTAGGAATTACTTCTTATTCTTAT +GGAGATATTAAAGGCTCTAATAAATATTTAAATGGTATACAAGTTTCAGATGAATGTAAA +GATAAAGCTAATATATTCAGCTCAACTGATATAGAAAGCGCTTTTTCTACTATTAATAAT +ACCTTATCTAATCTAAGTAATACAGACATGCAAATAGTAATCCTACACTGGGGAAATGAG +TATCAAAGAACACCTAATAACTTTCAAAAGGAATTAGCACAAAAGTTATCTGATGTTGGA +GTTGATATTATAATCGGTTCTCATCCTCACGTAGTACAACCTGTTGAAATGATTAAATCT +TCTAACGGTGAGAACGATACCCTAGTTGTATATTCTCTAGGAAATTTAATTTCTAATCAA +AGACAAGAAATTTTAGGTACTCCTTACACTGAGGATGGCTTAATGGTAACCATTGATATT +ACCAAAGATAGTCTAGAAGAAGAGGCTTATGTATCTAATGTTACGTGCATTCCTACTTGG +GTTAATAAATATACTTCTGGTTCTAAATTAGTTTATGAAATTGTTCCACTTGAAGATAAA +ACTTCATTAAATACTATTGAGAATCTACCTTATAGTAAGCTTGAACAATCTTATGAAAAT +ACATCTTCATTAATAAATAATTCAGATATAATACAAGTCGTTAGTAGCCCATTCGAGTAA +>group_464 +ATGAATAATAAAGAAAAAGGAGATTTAGGAGAAGTAATTGCATTAAAGTATCTTATTAAA +AGTGGAGCGGAAATATTAGAGCGAAATTATAAGATTAAAACTGGTGAAATTGATATCATC +GCTAAGGTTGATAATGAATTAGTATTTATTGAGGTTAAATCCAGAAGCAACACTAGATAT +GGATATCCCGCAGAAGCTGTTAATTATAAAAAAATTAACAAAATATATAATGTGGCTAGA +TATTACATGTTAATGAATCATTTCAATGATGTACCTATAAGATTTGATGTTATAGAAATA +TACTTTAATGAAAATAAAATTAATCATATTATAAATGCCTTTTAG +>comM +ATGTTAAGTATAATTAATTCTAGTAATGTAATAGGAATAGAAAGTTTTTTGACTAAGGTA +GAAGTAGATATAACTAATGGTATACCATGTTTTAATATAGTTGGGCTTCCAAGTACAGAG +ATAAGAGAAGCTAGAGAAAGAGTAAAATCGGCAATTATAAATAGTGGATATAAATTCCCT +AATTCAAGAATAGTTGTGAACTTATCTCCTGCAGATATGAAAAAAGAAGGATCTTTTTTA +GATTTATCAATATGCATAGGATTACTTAGAAATTATATTAATAAAGATGAAAATTATATG +AATGAAAGTATGTTTATAGGAGAATTATCTTTAGATGGAAATTTAAGAAAAGTTAGAGGA +ATTCTGCCAATAGTAATAGGAGCAAAAGAAAATAATCTAAAAAGAATATTTATACCAGTA +GAAAATTTGATAGAAAGTTCATATATAGATGGAATTCAAATCATACCTATACATAGCTTA +AATGAATGTATAGGATATTTAAACGGAGAGATAGATATAAATAAAGATAAAATATTATTA +AATAAGAAGTATAACGCAAAATTTGAAAAATTATATGATGATGATTTTGAAGATGTTAGA +GGAAATTACTTCGTAAAAAGAGGTGTAGAAATAGCAGCAGCAGGAAACCACAATATTCTA +ATGATAGGCCCTCCAGGATCAGGAAAAACAATGATTGCTAAAAGGATAACGACTATACTT +CCTGATATAGATAACGATGAGATGCTGGAGATAAGTAAAATCTATAGTGTATCAGGGTTA +ATTGATGAAAATATAGGAATAGTTAATAAAAGACCATTTAGATCTCCTCATCATACGTCT +ACAAGACAAGCATTAATTGGAGGTGGAAGTAATCCTAAGCCTGGAGAGGTAATCCTAGCT +CATAGAGGAGTACTATTTTTAGATGAAATAGCTGAGTTTGACAGGAAAATATTAGAGACT +CTTAGGCAACCAATAGAGGATAAGTATATAAACATATCTAGAGTTAAATATAATATAAAA +TATCCATGTAATTTATTATTAGTAGGAGCAATGAACCCATGTCCGTGTGGTTATTATATG +TCTGACAAAGAATGTAAATGTAGAAACTACGAAGTGACTAGATATCTCAATAAAATATCA +GGCCCTTTGTTGGATAGATTTGATCTTTTTATTGAAGTAAATCCAGTTTCATATGAAGAT +TTACATAATTATAAAAAGGCAGAGAGTTCTAATGATATTAAATTAAGGGTGGAGAATGCA +AGAAAGTTACAGAAATATAGGTTTAAAAATGATTCGATAAGTAGTAATAATGAAATAAAG +TCATCTAAAATAGATAAATATTGTGAGTTAGATAAAAATGCTGTAGAGATAACTAAATTA +ATTTTTAATAAATATAAGTTAAGTAATAGAAGTTACACTAAACTTTTAAAAATGGCTAGA +ACAATAGCAGATTTAGATGATAGTGATACTATAAAATCAAATCATATAAATGAGGCTTTT +TCATACAGGAAGGCTTATTATACTTACTTTAGATAG +>topA +ATGGCAAAAACATTAGTCATCGTGGAATCGCCAGCAAAAGCTAAAACAATAGAGAAATTT +TTAGGGAAAAGTCATTATACTGTAAAGGCATCTGTAGGCCATGTAAGAGATTTACCTAAA +AGTAAGTTAGGTGTAGATATAGAAAATAATTTTGAACCTCAATATATCAATATTAGAGGT +AAGGGCGATGTTATAAAAGAATTGAAAAAAGAAGCTAAAAAATCAAAACAAGTATATTTA +GCTACTGACCCTGATAGAGAAGGAGAAGCTATTTCGTGGCACTTGGCTCATATATTAGAT +ATAGATGAGGATAAAAATTGTAGAATCGAGTTTAATGAAATAACTAAAGAAGCTATTAAA +AAAGCTATAAAAAATCCTAGAAATATAAACATAAATATTGTGGATGCTCAGCAGGCAAGA +AGAGTACTTGATAGGTTACTAGGTTATCAAATAAGTCCAATACTTTGGCAAAAAGTAAGA +AAAGGACTTAGTGCAGGTAGAGTGCAATCAGTAACAACGAAGTTAATTTGTGATAGAGAA +AAAGATATAAATGCTTTTATACCAAAAGAATACTGGACAATAGAGATTAATGCAAAAACA +GAAGATAATAAAGACATTGTATTTAAGTTTTATGGTAAAGCAAACGAAAAACTTGAATTA +GAAAATGAAGAAATAGTTAATGATATTTTAAAACAAATAGAAAATAAAGAACTAATTGTA +GAGAAAATAGAATCTAAATCAAGAAAAAAGGCAGCTCCAAAACCTTTTACAACTAGTGTG +CTTCAACAAGAGGCTGCGAATAAGTTATCTTTCACTACTAAGAAGACGATGATGATAGCT +CAAGAATTATATGAAGGTATAGATATAGAAGGAGAAGGTACAGTCGGTCTTATATCTTAT +ATAAGAACAGATTCAAAAAGAATTTCTGAAGAAGCAAAAGAAAAATCTAAGGAGTATATA +TTAGATGAACTTGGAAATCAATATTATAAAAATGCTTCAGAAGATAAGAAAAAGGGAAAA +GATGGTAAAAAAGTACAAGATGCTCATGAGGCTATAAGACCTACATCTGTTTATAGAACT +CCTGATAGCATAAAATCTTCTTTAAGCAAAGATCAATTTAAATTATATAACTTAATATGG +AGAAGATTTGTAGCCAGTCAAATGGAAGATTCAGTATTTGATGTTTTAAATGTTGAGTGT +AAGGTAGGAGATTTTATATTTAAAGCTACTGGTTCTAAAATGAAGTTTGATGGATATACA +AAAATTTATAACTTTACTGAAAGGGAAGATAAAATATTACCTCCGATAGAAGAAGGTGAT +TCATTAAATATAGAAGAGTTTCTTCCTAATCAACACTTTACTCAGCCTCCTGCTAGATAT +ACAGAAGCTAGCTTAGTAAAAACTTTAGAAGAGTTGGGAATTGGTAGACCAAGTACTTAT +GCTCCTACAATTGCAACTATACTAAATAGAGGTTATGTAGAAAAGCAAGGGACAAGTTTA +TATCCAACTGAATTGGGAATAATAGTTACAAATATTCTAGAAGATAATTTCCAAAAGTTT +ATAGATGTAGATTTTACAGCTCAAATGGAAAATGAATTAGATAATATAGAAGAAGGAAAT +ACAGATTGGAAATATGTAGTATCTCAAGTATACGCTCCACTAAAAGAAGCTATAGAAACG +GCTATTGCAAATGTAGAAAAAGTCAATATGGATGAAGAAACAGATGAGATATGTGAACTT +TGTGGTTCTAATATGGTTATAAAGTATGGACGATTTGGAAAGTTTATGGCTTGTAAAAAT +TATCCAGAATGTAAAAATACAAAACCTCTTGTTAATAAAATTGGTGTGAAATGTCCTAAG +TGTAAGGATGGGGATATAATTCTTAGAAAGTCTAAAAAAGGTAAGGCATTTTATGGATGT +TCTAACTATCCTAATTGTGATTTTGTGTCTTGGAGTAAGCCTACAGGTGAAATTTGTGAG +AATTGCGGTTCATATATGGTAGAAAAAGTTACGAAAACTGAAACAAAAAATGTATGTTCA +AATAAAGAGTGTAAAAAATAG +>codY +ATGGCGAGCGAAGTATTACAAAAAACGAGAAGGATTAATAGGACATTACAAACAAGTGGT +GGAAGTAGTGTTTCTTTCGAATTATTAGCAGGAGCTTTAGGAGAAGTTCTTAGCTCAAAT +GTATATGTATTAAGTTCAAAAGGAAAAATATTAGGCCTTTATCTTAATGATGAAGAAGAT +AGCTCAGTAATTGAAGAAGAAGGAACTAACCAAAGAATGTTCCCAAAGGAATATAATAAA +AGTTTATTAAGAATAACAGAAACTCTGGATAATTTAACTGGAGAAGAAGTTTTAAATTTA +TTCCCAGATGAGCACGAAAGACTTGAAAAATATACTACAATAGTTCCAATATTAGGTAGC +GGGCAAAGATTAGGAACTTTAGTATTATCAAGATATAATAATAACTTTACAGATGATGAT +TTAGTTATATCAGAGTATAGTGCTACAGTTATAGGTCTTGAAGTATTAAGAGCTTTAAGT +GAAGAACTAGAAGTTGAAATGAGAAAAAAGGCTGTAGTTCAAATGGCTATAGGAACATTA +TCTTACTCAGAATTAGAAGCTGTGGAGCATATATTTGATGAATTAAATGGAAAAGAAGGT +TTACTTGTAGCAAGTAAAATAGCAGATAGAGTTGGAATAACTAGATCTGTTATAGTAAAT +GCTTTAAGAAAATTTGAAAGTGCAGGAGTTATAGAGTCTAGATCATTAGGTATGAAAGGA +ACTCATATAAAAATACTTAATGATAAACTTATACCTGAATTAAAAAAAGTTAAGAATTCT +AACTAA +>group_212 +ATGCAACCATTAGCAGATAGATTAAGACCAGAAAAAATAGAAGATATGATAGGGCAGTCA +CATATAATAGGAGAAGGAAAAGTCCTTAATAAAATAATAAAAAATCAATCTATCCCGAAT +ATGATTTTATATGGCCCCCCAGGTACAGGTAAGACAACATTAGCGAATATAATAGCAAAT +ACGACGGGAAAAAAATATGTAAAATTAAATGCTGTAAACTGTGGTGTAAAAGAAATAAAA +GACGTTATTGACGCTACAAAGCAAGATTTATTTTCTTATAATGGTATAATTTTAATGCTT +GATGAAATCCAAGCTATGAATAGAAAACAACAACAGGCTTTACTTGAGGTTATAGAAGAC +GGATCAGTGACCTTAATAGCAAGTACTGCTGATAATCCTTATTTTGTTATATACAAAGCT +ATCTTAAGTCGAAGTTCTATATTTGAATTCAAAGCTATAGATAAGAACGATATATTAAAA +GGATTAAAAAGAGCTGTAGATAAAATAGAAGGGCTATACTCATATGAAAGTATAAAAATA +GATAATGAAGCCTTAGATTGTATAGCAGAGACTTGTAATGGTGATATGAGAAGTGCTTTA +AATAAATTAGAATTAGCTTTTAATTTAGGAATAGACATATCATCTAACTCTGTAAATGTA +TCTTTAGATACTGTAATACAATCATCAAGTGCCAAAAGATTGAGTTATGATAGAGGTGGA +GATGATGGGTATTCAATTTTATCAGCTTTTCATAAATCGTTAAGAGGTTCCGACGCAGAT +GCATCAATACACTACCTAGCTAGGCTTATTAAGGCTGGAGATATGCAGGGTATTACTAGA +AGGTTATTATGTGTTGCAAGTGAGGATGTTGGGTTGGCTGTTCCTCAAGCTATAACGATA +ACAGAAGCATGTGTTTCATCAGCATTACAATTAGGTTTTCCAGAAGCTAGGATACCTCTT +GCACAAGCTACTATATACCTAGCTCAATGTCCAAAATCAGACTCAGTTATCAAAGCAATT +GACTCTGCTTTATATGATTTAGACAATATAGAAACAGGAGATATACCATTACATCTTAAA +GATGCACATTACTCGGGTGCTAAAAACTTAGGTAGGGGTGTAAGTTATAAATATCCACAT +AATTATTCGAACCATTATGTGAAGCAACAGTACTTGCCAGACTCTATAAGTGATAAAGTT +TATTATAATCATGGAAACAATAAAAATGAATTAGCTTTTAAACATTATTGGGATAATTTA +AAAAATAGTTTATAA +>glcK_1 +ATGTACAATATAGGAATTGATGTAGGTGGAACTAGTATAAAAGCTGGTTTAGTTGAAGAT +GGAAATATAACAGTAAAATCAAGTAGAGATGTAAGAAAAGCCTGTGGATTTAAAGATGTT +CTAGAAGATATTGAATATGTAATAAATGAAATTTTAAAAGAGAAAAAAATAAAAATAGAA +GATATAGGAACTATTGGTATTGGAATACCAGGAGTTGTAGATAAAACAGGATGTGTAAGT +TGCGTTAACCTAGGATTAAAAGTTGATCCTTTAGAGTTAAAACTAAAAGAGAAATACCCT +AATATAAATATAGTGGTTGAAAATGATGCTAATGTAGCAGCTGTTGCTGAGTATGAGTAT +GGAAGTATGAAAGGGTATGACATAGGGGTTATGTTAACTTTAGGAACTGGAGTTGGAGGA +GGTATAATTATAAATGGAAAACCTTTCTCAGGGGCTCATGGAATAGGTTCTGAAATAGGT +CATATTATACTTGATTCTAATTTCTATACTTGCAACTGTGGAAATAATGGATGCTTTGAA +ACTTTTTGTTCAGCAACTGCTATAATAAAATATGCGCAAAAGATAATTAAAGAAGGAAGA +GAAACTTTAGTATTAAATATGGCTGAAAATGATATCGAAAAAATAACTGCCAAAATGGTA +TTTGATGCATATAAACAGAATGACGAAGTTGCAGTAGAGGTAGTTAAGAGATTTAAAGAA +TATCTAATAAAAGGTATTATAAGTATTATACATTTTATAGATCCAGAAATTATATCTATA +GGTGGTGGAGTATCGAACGCTAGTGATATAATATTAGAAGGATTAGAAGAAGAGATAAAT +AAAAGAGCTATATATAATGGAAATGGATTAGCTAAAGTAGTAATTGCTGAATTTAAAAAT +GATGCAGGTATATTAGGGGCTTCGGCTCTATAA +>group_594 +ATGTTTACTAAAGATAGAGTAAAATTCCATCATGCAGATGACCATGATCATGGTGATTTA +GGAGGACATGACCATCACCATCCACATACTCATAGCCATAGTCATGAAGAAGAAAATAAA +GATGAAAAAACTTTAAATATTCTATTAGTTCATTGGGTAAATCACAATGAGTCTCATGAA +GAAGGATTCAGAGAATGGGTAGAAAAGGCTAGAGCTATTGGTAAGAATGAAACTGCTGAT +AGCATCGAAAAAGCTATAGAATATTTACAAAAAGCCAATGAAATGTTAATAGAAGCTAAA +AAACATATGTAG +>group_606 +ATGATAATAGCAGTTATAGACGGAATGGGTGGAGGAATTGGGGCCCAAATAGTATCTTCA +TTAAGAGAAGATTTACCAACATATATAGATATATATGCTTTAGGTACAAATTCAATAGCC +ACTAGTGCAATGATGAAAGCTCATGCAAACAAGGGGGCAACAGGCGAAAATGCAATAGTA +GTTTCATCTAAGCGTGCGAATATAATAGTAGCACCAATATCAGTAACAATTCCTAACTCG +ATGATGGGAGAAGTTACATCTAAAATTAGTGAAGCTGTAGCAGATAGCGAAGCTCTAAAG +ATATTACTACCTATTATGCCTGAAAATATAGAGTTAGTTGGATTAGAAAATAAGCCACTT +GCCTTGTTAATAAAGGATACGATAAAAGTTATAAAAAAAGAATTTAATATAAAATAA +>group_602 +ATGTGTGAATCATCAGCGTTTGTATTGAAAAATAATGAATTACATAAAGTTATGGAGAAT +GTAGTGAGCGTAGATCCTCATGAAGGGAAAGTATATCTAACAGATTTACTTGGAGATCAA +AAGATTGTTGATGGGATAATAAAAGAAATAAGACTTATGGATCATAAGATTATTTTAACA +GAAGAGTAA +>bioB_1 +ATGATTAGGTTATCTATGGGTACAGCTATTGAATTAGGTATACTACATAAAAAATGCGAT +ATATCCCCTACAACTGCGTATGTAATGATTGGAGATAAATGTAATAATAATTGTGCTTTT +TGTTCCCAATCTATAGAAAGCAGCACGAAAAGAGATAGGTTATCAAGAGTTGTATGGCCT +GAATATACAAAAAAAGAAATATTAAATGCTTTAAAAGATTATAAAGGTAGCAACATAAAA +AGAATATGTATACAGTCCATGGCTAATAAAGAGGCGCATGATGAGGTAGAAGAATTTATA +AATTATATAAAAGATGAAGTAAATATACCAATATCTCTATCTGCAAAAATTGAAAATAGT +GAAAATGTAGATAAATTTTTCTCTTTAGGGATAGATAAAATAGGAATTGCTATTGATGCT +GCAAATAAAAAGTTGTATGAAGCTATTAAAGGAAATAATTATGAGGATAAAATAGAATTT +ATAGTTGAGATGGCTAAAAAATATCCTCAAAAAATAAGTACACATATAATAGTTGGTTTA +GGAGAAAGTCATAAGGATATATATGATTTATATAAATATTTGAAATTAAAAAACGTAACA +GTAAGCTTATTTGCATTTACTCCTATAAGAGGGACTAAAATGGAGAGTATGAGCCAGCCA +AGTATAGAGAGTTATAGAAGGGTTCAACTTATGACATATATGATAGATAAAGGATACTTT +GATGAATATTTTACTTTTAAAGATGGATATTTAAATGACATTAAATTAGACTGTGATATA +ATAAAAGATATAGAATCTGGATATCCCTTTGAAATAAGAGGATGTAAAGATTGTAATAGA +CCCTATTATAATGAAAGGCCTGGGAGTACAATTTATAATTACTCAAAACCATTAAATGTT +GAAGAAATTAATTTAGCAAAAATAGAAATTAATTTAAAGTGA +>gcvH +ATGAAAGTTATACCAGAATTAAGATATAGTGATAAGCATACTTGGGTAAAAGTTGAAGGT +GACTATGCTTATATAGGAATAACTGACTTTGCTCAAGATCAATTAGGAGAAGTTTTATTT +GTTGAAATGCCTGAAATAGAAGATGAACTGACACAAGGAGAAGATTTTGGTGTAGTGGAA +TCTTCTAAGGTTGCATCTGACTTAATAGCACCTATATCAGGTGAAGTTGTAGAAATAAAT +GAAAGATTAGAAGATGAACCTGAATATATAAATGAAGATCCATATGATGCTTGGATAGTA +AAAGTAAAGGTTTTAGATGTTGATGAATTAGAAAACTTATTAACTTCTGGGGCTTATGAA +AATTGTATGGAGTAG +>acsE_2 +ATGGAAAAATTTATGATAATAGGTGAAAGAATACATTGTATATCACCAGAAATAAGAAAA +GCATTAGCAGAGAGAGATCCTGAGCCAATATTAAGAAGAGCTAAGGCTCAACTAGATGCA +GGTGCTCATTATATAGATTTTAACATAGGACCAGCAGAAAGAGATGGAGAAGAAATAATG +ACTTGGGGAGTTCAAATGCTTCAATCTGAACTTAACAATGTGCCATTAGCACTAGATACT +GCTAATAGAAAAGCTATAGAAGCAGGTCTAAAAGTTTACAATAGAGAACATGCTAAACCA +ATCGTAAACTCTGCAGATGCAGGTGGAAGATTAGATATGATAGATTTAGCTGCTGAATAT +GAAGCTAAAGTTATAGCATTATGTGCTAAAGACGGTATACCTAAAGATAATGATGAACGT +ATGGCTTACTGTCAAGAAATGCTAGAAAAAGGTTTAATGCTAGGTATGGACCCAACTGAT +ATGTTATTCGACCCATTATGCTTAGTTATAAAAGGAATGCAAGAAAAACAACTTGAAGTC +TTAGAAGCAATAAGAATGATGACAGAGATGGGACTTCCAACTACAGGAGGATTATCAAAC +GTATCTAATGGATGTCCTAAGCATATAAGACCAATATTGGATAGTAATTTCTTAGCAATG +GCTATGGCTAATGGATTTAGTTCTGCAATAGTAAATCCATGTGATGAATTATTAATGCAA +ACTATAAAATCATGTGACATAATAAATGGAGCTTCTTTATATGCAGATTCTTTCTTAGAA +ATAAATGAAGGTGCATTTGAATACAACGTATAA +>acsC +ATGGCATTAAAAGCGTTAGATATATTTAAATTAACACCAAAGAAAAACTGTAAGGACTGT +GGTTTTCCAACTTGTATGGCTTTCTCTATGAAAGTTGCTTCAGGGGCAGTAGAAGTTGAA +AAATGTCCACATATGTCAAATGATGCAATAGCAAAATTATCAGAGGCAACTGCACCATTA +ATGAAATCATTAAAAGTAGGTGCTAAAGAATCTGAATATACATTAGGCGGAGAAACTGTA +TTATTCAGACATGAAAAAACTCTTGTAAGTAGAAACAGATTTGCTGTACAATTCTGCGAC +GCTATGAGTGAAGAGGCAATAGATGCTAAAATAGCAAATATGAAGTTAGTTGATTACATA +AGAATAGGGGAAGAAATGAAGGTTGAGTTTGCATTAGTTAAGTACAATGGAAACAAAGAC +GCTTATGTATCTTTAATAAATAAATTAAAATCTAGCGAATTAAAAATAGCTTATATAATA +GATTGTGAAGACGCTGCAGTTGCTAAAGAAGCAGTTGCTTTGCTTGAAGGAACTAATCCA +ATAGTATATGGAGCAAATAAAGATAACTACAATGAAATGATAGAAGTAGTTAAAGGATCT +AACTTAGCTCTTGGAGTTAAGGCATCTAGCCTAGAAGAATTGTATTCTACAGTAGAGGCT +ATACAAGCAGCTGGATACAAAGAATTAGTGTTAGATGTAACTGGAGAAAATATAAAAGAT +ACTTATACTAACGCAGTTCAAGTTAGAAGAATATCATTAAAAGAACAAGATAGAACATTC +GGATACCCATCAATAGTATTTGCAAACAAATTATCTAATAACAACCCAATGATGGAAGTA +GCTTTATCTTCTGTATTTACAATAAAATACGGATCAATAATAGTTTTAGACGATATAGAT +TATTCAAAAGCATTACCATTATTTGCATTAAGACAAAATATCTACACTGACCCACAAAGA +CCGATGAGAGTTGAACCTAAAATATATCCAATAAACAACCCAGATGAAAATTCACCAGTG +TTAGTTACTGTTGACTTTGCATTAACTTACTTCATAGTATCTGGAGATATAGAAAGATCT +AAAGTACCATGTTGGTTAGTAATACCTGATGCAGGTGGATACTCAGTTCTTACATCTTGG +GCTGCAGGTAAATTCGGTGGCAACTCAATAGCAGCATTCGTTAAGGAATGTGGAATAGCT +GAAAAAACTAAAAATAGAGATTTAATAATACCTGGTAAAGTTGCTGTTATAAAAGGTGAC +TTAGAAGAAAACTTACCAGATTGGAATATAATAATAGGAACAGAAGAATCTATGGAAATA +CCTAAATTCTTAAAAGAATATCAAGCTAAAAAGAACGAGGAATTAGCAAATGCTTAA +>acsD +ATGGCATTTAAAATGTCTGTTCAAAAGTATTCTGGTAAAATATCAGAAGTGGAGATAGGA +ACAGGAGATAAAGCGATAAAATTAGGTGGAGAAAATGTTTTACCATTTTATGGATTTGAT +GGAGAGACTGGAAACTCTCCAGCTGTGGGAATACAAATATCAGATATATATCCAGATAGC +TGGTTAGATTCATACAAAGAAATGTATAAAGATGTGGCTAACTGTCCTGTTGAATGGGCT +AAGTATGTTGAAGCAAATACAGAAGCAGATTTTATATGTTTAAAATTCGATGGAGCAGAT +CCAAATGGATTAGATAAAACTCCAGAAGAATGTGCTGAAGTTGCTAAAGCTGTTGTTGAA +GCAATAAACATACCTTTAGTTATAGCTGGTACAGGGAATCATGAAAAAGATGGAAAGTTA +TTTGAAGTTTTAGCTCAAGCAGTAGATGGTCATAACTGTTTATTTATGTCAGCAGTAGAG +GACAACTACAAAACAGTAGGTGCTTCAGCTGGTATGGCATATAACCACAAGGTAGGGGCT +GAATCTTCAGTTGATATAAACTTAGCAAAACAAATGAACGTATTATTAACTCAATTAGGT +GTTAAATCAGAAAATATAGTTATGAACATAGGATGTTCAGCTGTTGGTTATGGATATGAG +TATGTTGCATCTACTATGGATAGAATAAGACTTGCAGCATTTGGTCAAAATGATAAATCA +TTACAAATGCCAATAATAACTCCAGTAGGATTTGAAGTAGGTCATGTAAAAGAAGCTATA +GCCCCTGTTGAAGATGAACCAACTTGGGGTTGCCCAGAACAAAGAACAATAGCTATGGAA +GTTTCAACTGCAGCAAGTGTATTAGTTGGTGGATCAAATGCAGTAATACTTCGTCATCCA +GAATCAATAAAAACTATAAAAAATTTAATTAGCGAATTAGCTTAA +>group_538 +ATGGGATATAATATAGCTGTAGCAGGAAAAGGTGGAACTGGGAAAACAAGTCTTACAGGG +CTTTTAGTTAATTCTTTAATACAAGATAAAAAGTCACCAGTATTAGTCGTAGACGCAGAT +GCCAACGCGAATATAAATGAAGTGTTAGGTATAGACGTAGAAGCTTCAATAGGTCAAATC +AGAGAAGAAGTAAATCAAAGAGAGAAATTAGGTAATTCATTCCCTGGAGGTATGACAAAA +GCACAATTCTTACAATATAGATTAAACTCTATAATTGAAGAAGGAGAAGGCTATGATCTA +CTTGTAATGGGGCGTTCTGAAGGAGAAGGTTGTTATTGTTTTGTCAATGGTATCCTAAGA +GAACAAGTTCAAAAAATTTCAAACCATTATAATTATGTAGTCATAGACAATGAAGCTGGT +ATGGAGCACTTAAGCAGAAAAACTACTAGACATGTAGATACTCTACTTCTAGTAAGTGAT +TGCTCAAGACGTAGCATACAAGCAGTTGCTAGAATAAGAGATTTAGCTAAAGAATTAAAC +CTAAGTGTAGGAGAGGTAAAACTTATAGTAAATAAAGTTCCAGATGGAATCTTACATGAA +GGAGTAAAAGAAGAAATAGAAAAATATAAGCTAGATCTTATTGGAGTAGTACCTTTAGAT +GAATTAATATATGAATATGATTCTACAGGTAGGCCATTAGTAGAGTTGCCTGAAGATTCA +CAAGCTAAACAAGCTATTAAAAATATAATAGCTAAATTAGAATTAAAATAG +>group_551 +ATGAAAATAGCAGTTATCGGTGGAGGTCCAGGGGGATACGTAGCAGCTATAAAAGCAGCT +ATGCATGGTGCTGATGAAGTTGTAGTTATAGAAAAAAAGAGAGTTGGAGGTACATGTTTA +AATGTAGGATGTATACCAACTAAAGCACTACTTGCATCTTCTTCAATGTTAATGAATATA +AAAGAAGCAAAAAGCTTTGGAATAGATATAGATGGTGATGTAAAGCCAAATTTTTCAGCT +ATAATGGATAGAAAAAATAAGGTTGTAGATCAACTTATAGCTGGTATAGAATTTTTATTT +AATAAGAGGGATATTAAACTTATTAATGGATTTGGAAAATTAGTAGATAAAAATACTATA +GAAGTTACAAAGGAAGACGGATCAAAAGAGATAGTTAATGCAGATAAAATAATACTAGCT +AATGGTTCTGTTCCTGTAGTACCACCTATGTTCCCATACGATGGTAAACTTGTAATAACT +AGTGATGAAGTATTAGGATTAGAAGAGCTTCCTGAATCTATGTTAATAGTTGGAGGGGGA +GTTATAGGGTCTGAAATAGGCCAATTTTTCCAAAATTTAGGTACACAAGTTACTATCGTA +GAAATGGCTGAACATATTTTAGGAAATGAAGATAAAGATGTAGCTAAACAGTTGCAGAGA +CAGTTTAAAAAGGATAAAATTAAAGTGTTAGCAGGTGTAGGGGTACAAACTTGCGAGATA +GTAGATAATAAAGTTGTAGCAACACTGTCTAATGGGAAGTCAGTGACTGCAGATACTTGT +TTAGTTGCAGTTGGTAGAAAACCAAATCTAGCTAATTCTGGGATAGAAGAAATAGGAATA +GAGTTAGTTGGAAGAGGAAAAGTAAAAGTTAATGAATATCTAGAAACGAATGTGGAAGGT +ATATATGCAATAGGGGATATAATTGATACTGCGATGCTTGCACATGTTGCTTCGAAAGAA +GGAGAAGTAGCAGCAGTAAATGCATTAGGTGGAAAGAAAACAGTAAACTATGCAGCAGTA +CCAAGATGTGTATACACTGAACCAGAAGTAGCAGGTGTTGGAAAAACTGAAAAACAACTT +CAAGCTGCAGGTGAACAATATAATGTAGGTCAGTTTGATTTTAGAGCATTAGGAAAAGCT +CAGGCTATAGGCCATATCCAAGGATTTATAAAAGTTCTTGCAGATAATAATGATAAAATC +ATTGGAGCTTCAATAGTAGGACCTCATGCTACAGATTTATTAACTGAATTATCTTTAGCA +GTTGGCTTAGGTCTAACAGTAGAACAAGTAGGAGATATAATACATGCACATCCAAGCTTA +TCAGAAGGATTAATGGAAGCGCTTCATGATGTACATGGAGAGTGTGTTCATGCAGCTCCA +AAATTAGTCAAAGCATAA +>yitJ +ATGAGCTTATTACAAGAAACATTAGAAAGAGGCGAATTTGCAATAACTGCTGAAATGGCA +CCTCCAAAAGGTACAGATCTTTCTCACCTTTTAGAATGTGCAAAAAAATGTGTAGGTAGA +GTTCATGCTACAAATGTAACTGATTTCCAATCAGCAGTTATGAGAGCAACATCTCTTGCT +ACATGTAAAATGTTAAAAGATATAGGTCTTGAACCAATAATACAAATGACTGGAAGAGAT +AGAAATAGAATAGCTATAGAAGGTGAAATGCTTTCTGCAGGTATATTTGGAATAGATAAC +TTATTAGCTTTAACAGGAGATCATACATGTGTTGGAGACCATCCACAAGCTAAGGGGGTT +TTTGATTTAGACTCTGTAAGTATACTTAGTACAGCTACTCAATTAAACAGTGGTGTTGAT +AGTGTTGGTTTAGAATTACAAGGTAAAACAAACTTTTATTTAGGTGCATCTGTAACACCA +GAATATGCTCCAATAGAAGTACAGTTATTAAAAATGCAAAAGAAAATAAACGCTGGAGCT +AGATTCTTCCAAACTCAAGCGGTTTATGATATAGATCATTTAAGAAAGTTCAGAGAGCTT +ACAAAAGATATGGATTGTAAAATTCTAGCTGGTATAGTTCCATTAAAGTCACCAGGTATG +GCTAAATTCATGACAGCTAATGTTCCAGGTATATTCGTTCCAGATGATCAAATAGAAAGA +TTAAAAGCAGCTGGAAAAGGTAACTATGTTCAAGAAGGAATAAAGATGGCTGGAGAATTT +ATAAGACAGATAAAAGAAGAAAACTTATGCGATGGTGTACACATAATGGCTATAGGAGCA +GAAGAAAATGTTCCTCTAATATTAGACGCTGCAGGTCTATAA +>group_603 +ATGGTAATTTCTGATAAAAAACCAATACAAGAAATATTAGGATTTTTAGAAGGTTCAGAA +AAAGTAATTTTAGTTGGTTGTAATCAATGTGCTGCAACTTGTAAAACTGGTGGAGAACCA +GAATTACAAGCGATGAAAGAAGAATTAGAAGCCAACGGAAAAACAGTATTAGGATGTAAA +GTTATAGATCCTTGTTGTAACCTTTTACAATGTAAAAAAGATTTAAAATCTGTAAAAGAA +GAGTTAAGAGAAGCTGATGCTATATTATCTTTAGCTTGTGGTGACGGAACACAAACTATA +GTTAAAAACACTAAGAGTATGCCTGTTTATCCAGCTAACAACACATTATTTATAGGAGAA +GTTGAAAGAGTTGGTCAATTTGAAGAAGCCTGTAAAGCATGTGGAGAATGTGAACTTGGA +TGGACTGGTGGAATATGCCCAGTAACTATGTGTGCTAAAGGATTAATAAATGGAGCTTGC +GGTGGAGCTAAAGATGGAAAATGTGAAATAAGCCATGAAAATGATTGTGCGTGGATTAAA +ATATATGAAAGACTTAAAGATATAGATCAATTGGACAATTTAACAGCAGTAAGACCGCCA +AAAGATTACTCAAAACAAAATAATCCAAGAAGTTTAGATCTAAAGAAAAAAGCACAAGAA +GCTGCAAATGCAGAAGCTTAA +>folD_1 +ATGGAAGTATCAGTAGCTAAAGGTCAAATAATTAAGGGTAAACCAGTTGCAGATGAAATG +AGCGAAAACTTAATAAAAGAAGTTAATGAGTTAAGTAAAGAGGGTATAATACCTAAATTA +GCTATATTAAGAGTTGGAGAAAAAGCTAATGACTTAGCTTATGAAAGAGGAGCTCTTAAA +AAATGTGAAACTATAGGTATTGAAACTGAAGTAACTGTTTTAGACGAAGGTGTAACTCAA +GAACAATATATAGAAGCGTTACAAAAACTAAATGATGACCCAAAAGTAAATGGTATATTA +ACATTTAGACCATTACCAAAAGGTATAGACGAAGAAGTAATAAAGCACGTTATAGCACCA +GAAAAAGATGTTGACTGCTTTAACCCATTAAATACTGCTAAAGTAATGGAAGGTGATAAA +ACAGGATTCCCACCATGTACTCCAACTGCAGTTGTTGAAATATTAAAACATTACAATGTT +GATTTAAATGGAGCAAATGTAGCAGTACTTGGTAGATCCATGGTAGTTGGAAAGCCAGTA +TCAATGCTTTTATTAGGAGAAAATGCTACAGTTAATATATGTCATTCTAGAACTAAAAAT +TTAGCAGAAGTAACTTCAAAGGCTGATATATTAGTTGCAGCTGTTGGAAGAGCTAGAATG +GTAACACCTGAATACATAAAAGAAGGTGCAGTTGTAATAGATGTTGGTATAAATGCTAAA +CCAGAAGGTGGCGGAATTTGCGGTGACGTAGATACAGATGCAGTAGTTGAGAAAGCATCT +ATGATAACACCAGTTCCTGCAGGAGTAGGCTCTGTAACTACATCTGTACTTGCAAAACAT +GTAATAAAAGCTTGTAAGTTACAAAATAACAAATAG +>fchA +ATGAATATATCAGAAAAAACTTGTGTAGAATTTGTAGATGTGCTTGCGTCTAAAGCACCA +GTTCCAGGAGGTGGAGGAGCATCAGCTTTAGTAGGAGCTATAGGTATGGCTTTAGGTAGT +ATGGTATGTAACTTAACTATAGGTAAAAAGAAGTATGCAGAATACGAAGAAAGTGTTAAA +GAGATTTTAGTTCAAGCAAGTGAATTAGAAAAGGATTTACTAGCAATGATTGATAAAGAT +GCTGAAGGATTTTACCCGCTTTCTCAAGCATATGGTCTTCCAACTTCAACTGAAGAAGAA +AAGAAAATAAAAGAAGAAACTATGCAAAAAGCACTAAAAGTTGCATGCGAAGTTCCTATA +AATATAGTAAGAGCATGCTATAAGGCCATAAAGTTACATGAGGAACTAGTGGATAAAGGT +TCAAGACTTGCGATAAGTGATGTAGGGGTAGGAGTACAATGCTTAAGAGCTGCCATACTT +GGAGCAGAATTAAACGTTGTTATTAACGTTAACTCTATAAAAGATCAAGATTATGTAAAT +AAAGTTAATGCAGAAATGAAAGAACTTGTAGAAGGCGGAGTTAAAATTTGTGACGAAGTT +TTCAAGAAAGTTGAAATTGCTTTAGGGAAATAG +>fhs_1 +ATGGGATTCAAATCTGATATTGAAATTGCACAAGAAGCACAACCTCAAGATATTAGAGAT +ATTGCAAAGAAATTAGGACTTACAGAGGATGATATTGAGTTATATGGTAAGTATAAAGCT +AAGGTAGACTATAACCTTCTTAAAAAAGATAATGGAGGGAAAAAAGCTAAGTTAATATTA +ACTACAGCTATAAACCCAACTCCTGCAGGAGAAGGAAAAACTACTACTACAATAGGTGTT +GCAGATGGTTTATCTAAATTAGGAAAAAATGTATTAGTTGCATTAAGAGAACCTTCTTTA +GGACCAGTATTTGGTGTAAAAGGTGGAGCAGCTGGTGGTGGATATGCTCAAGTTGTTCCA +ATGGAAGATATAAATTTACACTTCACTGGAGATTTCCATGCTATAGGTGCTGCAAATAAC +TTATTAGCTGCAATGTTAGATAACCATATTCATCAAGGTAACCAATTAGGAATAGATACT +AGAAGTATAACTTGGAGAAGATGTGTTGATATGAACGATAGACAACTAAGAAATGTTGTC +GATGGTTTAGGTGCTAGAGCTGACGGAGTTGCGAGAGAAGATGGATTTGATATAACTGTT +GCATCGGAAGTAATGGCTGCTTTCTGTTTAGCAAGTGACATAGTTGACTTAAAAGCTAGA +TTAGGAAGAATCATAGTTGGATATAACTTCCAAGGGGAACCTGTAACTGCAGAACAATTA +AAAGCTAATGGTGCTATGGCAGCTTTATTAAAAGATGCTTTAAAGCCAAACTTAGTTCAA +ACTTTAGAAGGAACACCTGCATTTGTTCATGGTGGACCATTTGCAAATATAGCTCATGGA +TGCAACTCTGTAATAGCTACTAGAATGGCTATGCATTTTGCAGACTATGTAGTAACTGAA +GGTGGATTTGGTGCTGACTTAGGTGCAGAAAAATTCTTAGACATAAAATGTAGAATGGCT +GATTTAAAACCGGATGCAGTTATAATAGTTGCTACAGTAAGAGCATTAAAATATAACGGT +GGAGTACTAAAAGATCAATTGAATAATGAGAACTTAGAAGCACTAGAAGCAGGTATTCCA +AACTTATTAAAACACGTTGAAAATATAACTCAGGTATACAAACTACCTGCAGTTGTTGCT +ATAAATGAATTCCCAACAGACACTGAGGCAGAAGTTAATTTAGTAAGAGAAAAGTGTAAA +GAATTAGGTGTTAATGTTGCGTTATCTCAAGTATGGGCAAAAGGTGGAGAAGGTGGAATT +GAGTTAGCTGAAGAAATAGTTAGGTTAACTAGCCAAGAAAATGACTTCCAATTCTGTTAT +GAAGATGATTTAAGCATAGAAGAAAAAATAAATGCAATAGCTACTAAAATATATGGAGCT +GATGGTGTAGACTTTACTCCACAGGCTAAAAAAGAATTAGAAAGATTAGAAAGTTTAGGA +TTTGGTAAGATGCCTATATGTATGGCAAAAACTCAATATTCTTTAACTGATGATCAAACT +AAATTAGGTAGACCAACAGGATTTAGAATAACAGTAAGACAATTAACAGTTTCAGCTGGA +GCTGGATTTATAGTTGCACTTACTGGAGCAATAATGAAAATGCCAGGACTTCCTAAAGTC +CCAGCAGCAGAAAGAATAGATGTTGATGAAAATGGGGTAATATCAGGTTTATTCTAG +>bchL +ATGAAAATAGCAGTAACAGGTAAAGGCGGAGTAGGTAAAACAACTTTCTCTTCAATGCTT +TCAAGAATGTTTGCTGAAGATGGATATAGGGTTGTTGCTGTAGATGCTGATCCAGATGCA +AATTTAGCATTAGCACTAGGATTTCCAAGGGAAGTTTATGATTCTATAGTACCAATATCA +GAGATGAAGAAATTAGTTTCTGATAGAACCGCAGCAGAAACAGGAACATTTAATAAAATG +TTTAAATTAAATCCTAAAGTAGATGATATACCAGAACAACATTGTCAAGAGTACAATGGA +GTAAGATTGCTTACATTAGGAACGGTTGACTCTGGAGGTTCTGGGTGTGTTTGTCCTGAA +CACGTATTACTAAAAAGACTTTGTAGCCATTTAATATTACAAAATAAAGATGTAGTAGTT +ATGGATATGGAGGCTGGAATTGAACATTTAGGAAGAGGAACTGCTCAAGGTGTAGATGCA +TTTATAGTAGTGGTAGAACCAGGGGAAAGAAGTTTACAAACATATAGAAAAGTAAAAAAA +CTTGGAAATGATATAGGTGTTAAGCAAGTTTTCGTTGTTGGAAATAAAATAAGAAATAAA +GATGATGAGGACTTTATAAAAAGTAATTTAGAAGATGGAGAAGCCTTAGGATTTATATAC +TACAATCAAGATGTTATAAATTCTGATAGATCAAATCAGTCTCCGTATGATGTAAGCATA +CAAACTAAAGATGAAATTAAGGTTATAAAGGATAGATTACTTCAAATAAAAGAAAATAAA +AATAAATAA +>cooS1_2 +ATGGATAAAAAAGCAATGACTATTGACTTGAACAGTCAAATATTATTAGACAAGGCCGAA +AAAGAAGGCGTTGAAACAATGTATGACAGGGCACAAGGCTTTAAAAATCAATGTGGATTT +GGTTTAAAAGGTATTTGCTGTAGAAACTGTGGTATGGGGCCTTGTAGAATAACTCCAAAA +ACTCCTAGGGGAATATGTGGAGCAGATGAGCATACAATAGTTGGTAGAAACTTTGCAAGA +ATGGTAGCCGCTGGTACTGCAGCTCACTCTGATCATGCTAGAGATATAGCTCATACAATG +GCTCTAAGTTCTAGAGACGGAAACTATACTATTAAAGATGAAGTTAAATTAATAGCTTTA +GCAAAAGAATGGGATGTAGAAACTGAAGGTAGAGATATATACGACATAGCACATGAAGTT +GCGGATGTAGCTTTAATGGAATTCGGTAAACCACATGGAGTAGCAAGATTATTAAAAAGA +GCTCCAAAGCAAAGACAAGAATTATGGAATAAGCTTGGTATAGAACCAAGAGCTATAGAT +AGAGAAATAGCTACAATAATGCATTCAACTCATATAGGATGTACAGGAGACATAGATAGT +TTAATGCAAATGTCATTAAGAACAGCTTTAGCAGATGGTTGGGTTGGTTCAATGATAGGT +ACAATATTTAGTGATATATTATTTGGAACTCCAACTGTTAGAAATTCAGAAGCAAACTTA +GGTGTTTTAGAAGAAAATAAAGTAAATATAATATTACATGGTCATGAACCTTCATTATCA +GAAATGATAGTTTTAGCATCGGAAGATCCAGAATTAGTTGAATTAGCAAAATCTGTTGGA +GCTGATGGAATAAACTTAGCAGGAATGTGCTGTACAGGTAACGAAGTTATAATGAGACAT +GGTGTTAGAACAGCAGGAGATTTCCATCAACAAGAATTAGCTTTAGTTACAGGCGCTGTA +GAAGCTATGATAGTTGATGTTCAATGTATATTCCCTGCATTAGCAAGAGTTGCAGACTGT +TATCACACAAAATTCATAACAACATCTCCAAAAGCAAAGATAACAGGATCTACATACATG +GAATTCAAAGAAGAAGATGCGTTTAATATAGCAAAAGATATTGTTAGATCGGCTGTATTG +AACTTCCCAAATAGAGATAAATCAAAAGTATTAATCCCAGAACATAAAGCAAGCTCAACT +GTAGGATATAGTACAGAGGCTATAGTAGGACAATTAGATAGAGTTGTAAATTCTCAAATA +GACCCAGCAGGAACTGTGAAACCACTTGCAGACTGTTTAAAATCAGGAGTTTTAAGAGGA +GCAGTAGGTGTTGTTGGATGTAACAATGCAAAAGGTGTTTCTAACTTAGCTCATACAACA +GTTATGAAAGAATTAATAAAAAATGACATAATAGTTGTTACTACAGGATGTGGTGCATCA +GCAGCAGGTAAGTTTGGATTATTAAACAAAGATGCAAAAAAATATGCAGGAAAAGGTTTG +GCTACTGTATGTGAACTAGTTGATATACCTCCAGTACTACACTTAGGTTCTTGTGTTGAC +TGTAGCCGTATACTTGAAGTAGTTGGTGAAACAGCTAAATATTTAGGTATGGACTCATCT +GATCTTCCAGTAGCTGGGGTAGCTCCAGAGTGGATGTCAGAAAAAGCAGTTGCAATAGGA +ACTTATGTTGTAGCAACTGGTATAGATGTATACTTAGGAATAATGCCTCCAGTAGGTGGA +TCTGAAAGAGCAGTAGAAATATTAACTAAGGAAATGGAAAATATGGTAGGAGCTAAGTTC +ATAGTTGAAGAAGATCCAGTTAAATTAGCTCATAAGATAATCGAAGGAATAGAAAAGAAA +CGTGTACATTTTGAAGCTTTAGTAGAAGAAAAAATGTTACAACCAGCTGAAGCATAA +>pta +TTGATAAAGAAATTAGATGAAATAGAAAAATACTTGAAGTTAAGAAAAAAAGCAGTTTTG +TCTGTAGCAGCAGCTCATAATGAAGAAGTTTTAACATCAATAAAAGAAGCTGTAGATAGA +GGTATAATTCAACCTATATTAGTTGGAAAAATTGATAAGATAAGATCTATTTCTAAATCT +ATCGGTTTAAACTTAGATAATATCGAATTAATACAAGAAGACGATATTGTAAAATGTGCT +GAAATAGCAGTAAAATTAGTTCATGATAATAAAGCTGATTTTATAATGAAAGGTTTATTA +GATACCTCAATATTACTAAAATCCGTTTTAAATAAAGAATATGGATTAAAAAAAGATGGA +CTATTAAGTCATGTAATGATCTATGAAGTTGAAAGTTATCATAAGTTACTCATTATTTCA +GATGGAGGAATGAATATATCACCTAATTATGAACAAAAAGAAGGCATAATAAAAAATGCT +ATACTTGCTTCTAAATCCTTAGGCATAGAGGAAATAAAGGTTGCGTGTATTGCGGCAGTA +GAAAAAGTAAATCCTAAAATGCAGGCAACAATAGATGCATATAAATTGCAAGAAGCTTGT +GAAAACGGTGTATTTGGAAAAAATGTAATTGTAGAAGGTCCATTAGCATTTGATTTAGCG +GTATCTAATCATGCAAGTGAAGTGAAAGGATTTAAGAGTAAAGTATCAGGAGATGTTGAT +ATCATAATAACACCAACAATAGAGGTTGGAAATGCTCTTGGAAAATCACTTACTTATATG +ACTAAGTCAAAATCAGCTGGGGTTATAATGGGGGCAAGTGTACCGATAGTATTAACCTCA +AGAGCTGATTCATCTGAGTCAAAGTTATACTCAATAATATATGGAGCTTTAATATCTAAA +AATATATAA +>group_592 +ATGGAATTAATCGATCAAGTATCTATCAATGCCTTATCAAAAAGGGATTTATTACTTATA +ATAAAAGCATTAGAATTTACTAACGAAAATACAAACCTTAATGATTTTATTGAACTTAGA +AATAGTATAGTAAAAGAATTATGTTTCTTAACCAATACTACAGAAGAAGTTTTTATAAAC +TATCTAGAAACTAATAATTAA +>group_546 +ATGAAGGATAATATAATAAAAAAATGCTACTTAGCAGCCTTTGACATAAATGATAAAAAT +CTTAAGGATTTAATGATTATAAATACTAAATGTTTAGTCGATGATGGGAAAAATAGATAT +GTATATATAGACAGTAATCGTTTAAAAGATGAGTTAATTTATTATAGATTTTATGGTGAA +ATACCAAGTTACAATTCTATTTTAAATCTAATATTACCAGCAATACTTGCAAATACGAAT +ATTGATAGATCACAAGATGAAGCAATATCATTAATTCAAAAATATGCTAAATATTTGAAA +AAAGAAGTAAAGATGTTTGATTATATATTAGGTTCAGTTATATATAATAGCATAATACAT +AGCTTAGTAGACAATAAAAATATTAGTTATGAAGAGTTATTACAGGGAATTAAAGAAAGA +ATAATAGGTCTATCTATAGAGTTAGATAAACCTCAAATGATTAAGTTCCAGATGAGTAGA +ATTAATACTTTACAAACTATAGATAAATTTATAGATGAAAACAATGAAGATTATGATGAT +AATAGAATAATATCTACAATTTTAAATATTTTATATGACATTTATATAGAAGATAGAGAA +GTAGAAAATGAAGGAATTAAGAGTATAAAAAAATCTATATTATCTATCCTAGGAGATGAA +ATCCACATAAATATAGATAATATAGATTTTGTTTCGTCAATGTCAGAGTACATAACTAAG +TTAAGATCATATAAAATTAACAAAAAAATATACAGCAAAACATCTGACCCACGAGAATTA +ATTAAATTAAATGAAGGCGATGTTTACATAGACTCGATATTTAATCAAATAAAAGTTATA +TCAAAAGAATTTAGTGAAAACATACTTAGTATAAAAATAAAAGCTAAATCTGGAATCTAT +GTATTAAAGTTTAAAAAATCTTAA +>group_589 +ATGATTTTAGTATCAGCATGCTTACTAGGAATAGACTGTAAATATAACGGGTCGAACAAT +GATAATGCTAAGGTAAAAGAGCATTTAAAAAATAAAGCATTTGTAATTGCGTGTCCAGAA +CAGCTAGGAGGACTAACTACACCAAGAGACCCTTCTGAGATAGTTAAATGTGACAAAGAT +GGAATTATAAATGAAAATTATAAAATTATAAGTAATAAATATGTAGATGTTACTAGAAAC +TTTATAAAAGGTGCAAATGAAACCTTAAAAATTGCCAAAATTTATAACTGTAAAGAAGCT +ATATTAAAAGATGGAAGTCCTTCTTGTGGTTCTAATTTTATATATGATGGAAGCTTTACA +GGTAATAAAATTATAGGTGAAGGTGTAACAGCTAAATTACTTAGGGAGAATAATATAAAA +GTAATTAGTGAAAACGACTTATAA +>pepD +ATGGAAAAAGTTTTAGGGGGGCTACAGCCTCAACTTGTTTTTAAGTATTTCGAAGAAATA +TCTCAAATACCTAGAGGTTCTGGAAATGAAAAAGGAATAAGTGATTTTCTTTATAACTTT +GGTAAATCTTTAGATTTAGAAACAATCCAAGATGAACATTTAAATATTATTATTAGAAAA +CCTGCAACTAAAGGTTACGAAAATGCGCCTTGCGTTATGCTTCAAGGACATATGGATATG +GTTTGTGAGAAAAATAAAGATACTGATCACGATTTCACTAAAGATCCTATAAAATTAAGA +ATAGAAGATGGTATGATTTATGCTACTGGTACTACTTTAGGTGCTGACAATGGTATTGCT +GTTGCTATGGGTATGGCTGTTCTTGCTGATAATACTATTGAACATCCTGAAATAGAGTTC +TTAGTTACTGTTGATGAAGAAGCTGGTATGAGTGGGGCTATGAATTTAGATGGAAAAAAT +TTAAAAGCTAAATATATATTAAACTTAGATTCAGAAGAGGAAGGTTATATATTAGTTAGT +TGTGCTGGTGGTGCTACAGCTATATCTACTTTACCAGTTGAATATAGTGAAGTATCAGAA +GATAAAGCTGCTTTATTAGTTGATATAAAAGGCTTACTTGGCGGTCACTCTGGAATGGAT +ATAATCAAGCAAAGAGCTAACTCTAATAAACTATTAGGTAGATTATTAAACTTACTAAAG +GTTGATTTCGATTTAGCTAAGGTTAGTGGTGGTTCAAAAAATAATGCTATTCCTCGTGAA +TCTGAGTGTATAATCGTAGTTAATAAAAGTGCTGTTGAAGATGTTAAAAATCAAATATCT +GAAATTGAAAAAGTATTTAAACGTGAGTTCAGAACATCTGATCCAGGTCTTGTAATAGAG +ATTTCAGATACTAAAATTGATAAAGTATTTACTTCTGAATTTAAAGATAAAGTAATAAAA +ATGTATAACTTAATGCCTAACGGAATTCAAACTATGAGTATGGACATAGAAGGTTTAGTA +GAAAGTTCTACAAACTTAGGAGTTGTAATAAATAGTGATACTGAAGTTCTATTTGAAAGT +GCAGTCAGAAGTTCAGTTAGCTCCTTAAAAGATGATATTTTAAATAAAATGGATTTATTA +ACTGACTCTTTAAATGGTAATTTTAGAGTCGAAAGTGCTTATCCTGCTTGGGAGTATGCT +AAAGGTTCTCAACTTGAAAAAATAGCTGTTGATACTTATGAGAAGCTAACTGGTAAAAAG +CCTATAATTATGGCTATTCATGCTGGTCTTGAGTGTGGTTTATTATTAGATAAAATGCCT +GGGGCTGAAGCTATTTCTTTAGGTCCTGATATGTTTGATGTTCACACTCCTAATGAACAT +TTAGATATACAATCTACTGAAAATACTTGGAACTACTTACTAGCAATCTTAAAATCTATT +AACTAG +>group_544 +ATGATTGCTTTGTTATCGTTAATAACAATAGTGATAATATCTACAATAGAATTAAAGAAT +GTACCATCAAATATTAATAATCAGAAAAACTTTGTAGAAAAGAAAGCTGAGGATTTAAAT +CCAATATCAAAAGAAAGTGCAAAGAAGATATTGGAATCAGAATTTGGCAAAGATATTACA +AATACAGATGATGACTTTAAAGAAGATGGTGATTACTATATTATTGATGTAAATGTTAAT +CTAGGAACCTCAGAAGAACATACTCACACTGAAGAGGAATTATCAACAGAAGAGCTAAAT +ATAACTGATGATGGTGATCATATAATAAGTCTAGGTATATACAAAATTAATAAATATACA +GGTGAATTAGTAGAAGGTTAA +>zapA +GTGAACAATGTTAACAAGGTAACAGTAAAAATTCAGGGTGCGGAATATCCAATGGTCGGA +GATAAACCTGCCCATGAAATGATTAAAGTAGCTAACTACGTTGATCAAGAAATGACAAAG +GTTATAGAAAGTAACCCTAAATTAAGCACAGTTATGGCTGGGATTGTAACTGCTATAAAT +ATCACAGATCAATTATTTGAATGTGATGATTATAGTAGTGATTTAGCTAAAGAAAATGAT +GAATTAAGGCGAAAAGTAGATCAAACAGATGAAGGTCTTAAGTTAGAAATAAAAAAATTA +CAGCTTCAATTAGATAGTAGAGATAAAGAGATATCTGAAGCTAAGTCTAAGATTGATGAA +TTGAACAAATTACTTGAAGAGAAAAGTAAGGAGTTAGAATCTAAAGAAGCTGAAATAAAT +AACTTAAGTATGTCTACAGTAGGTTCGAAATCAGAAGTTGAAAGTTATAAATCAGAAATA +GATGATTTAGAAGAATTACTTAAAGCTGCAGAAGAAAGAGCTAAGATTGCTGAGAGTTTA +TCATCAGAATTCCAAAATAAGGCTTATAAAATACAGTTAAAGTACACTGAGCTAGAAAAT +GAGGTTAAATACCTGAGAGCTACAAGATAG +>aviRb +ATGTCTATAATGATAAGTAGTAAAGATAATGAAAAGATTAAATATACAAAATCATTATTA +AAAACTAAAGGTAGAACAAAAGAAGGTAAGTTTATAATAGAGGGATATAGAATATTAACT +TTAGCTATAGAATGTGAAGCAAATTTAGATTATGTATTTATAAATGAAGATTTTGAGAAT +AAAAAAGAACATTTAGATTTCATTAAGGTACTTAAGGAAAAAGATATAAAAATATATAAA +ACTACAAATAAGATTTTTAAAGAACTAGTGGATACAGAAAATACTCAAGGAATTTTAGCT +GTTATAGGTTTTAAAAATAGAGATATAGATAATAATATAAATGATTCACATAAATTTGTA +TTAATTTTAGATAGGATACAAGATCCTGGGAATATGGGTACTATAATTAGAACTGCTGAT +GCGGCAGGCGTAGATGCCATAATAAACTTAAAAGGATGTGTAGATATATATAATCCAAAG +GTTATACGCTCAACTATGGGATCTATATTTGATATGAATATAATACAATCAACTCAAGAC +GATACTCTTAGAGTACTTAAAGAAAAAGGATTTGAAATTGTATCTAGCTATTTAAATACA +GATAATTATTATAATACTGTTAATTACAAAGATAAAGTAGCTTTAATTATAGGGAATGAA +GCAAACGGAGTAAATGATGAACTTATAAAAGGATCAGACACGTTAGTTAAGATACCTATA +TATGGAAACGCTGAATCTTTAAATGCTGCAATTAGTTCTGCTATATTAATGTATGAGATA +AAGAAATCTTTAGTATAG +>ktrA +ATGAAACAATATATAGTTATTGGCTGTGGAAGATTTGGCGCATCAGTAGCCACTACAATG +CATCTTTTAGGTCATCAAGTTATGGCTATAGATAAAGGTGAAGAAATAATTCAAAATATA +TCAGATAAGGTTACTCATGCAGCTATAGTAGATGTAACTGATGAAGTTGCCTTAAGATCA +TTAGGATTAGGCAACTTTGATGTAGCAATAGTTGCTATCGGATCAGATATTAGAGCATCC +ATAATGGCAACACTTATAGCTAAAGAAATGGGAGTTCCTCATATCGTATGCAAAGCAAAG +GATGAATTACAAGCGAAAGTTCTTTACAAAATTGGAGCGGACAGAGTTGTATTCCCTGAA +AGAGATATGGGAGTAAGGGTTGCTCACAACTTAGTTTCAGATAATATATTAGATCATATA +GAATTAGACCCAGAATACTCAATAGTTGAGATAGTTACACCTAATAAATGGGTTGGAAAA +ACATTAATAGAATTAGATTTAAGAGCCAAATACGAGATAACTGTTCTTGCAATAAAAACA +GGGAAAAGTATAAATGTAACTCCATCTCCTCAAGAAGAGCTTAAAGCAGGTAGTATTTTA +GTAGTAATTGGTCAAAATAATAGCATAAGTGCAATAGCTTCAGAAAATAAGGATTTAATT +AGGAGAAAGTAG +>ntpJ +TTGAAGTCAGTATTGAAGAAGATTATTAATTACTTAAATAGTATGGATCCAGCAAAGGTA +ATGGTTATAGGATTTGCATCTGTAGTCTTACTGGGAGCATTATTACTGAACCTTCCAATA +GCGACTAAAAGTGGAGAAAGTATTGGATTATTAGATGCTTTATTTACTGCAACATCTGCG +GTATGCGTTACGGGATTAATTGTTGTAGATACAGCTACATATTGGAGTATATTTGGTCAA +GTAGTAATTATAACATTAATACAAATTGGTGGACTAGGATTTATGACTATAGCAACTATG +TTCGCGCTTTTAACTAAGAAAAAAATTAATTTAAGGGAAAGGCTTTTAATTCAAGAATCT +TTAAATCAAAAAGACTTATCTGGTATGGTAAGACTAACTAGATATGTAATTTTAATAACA +TTTCTTATAGAAGGAATTGGAGCGATTTTATTATCTTTTACTTTTATTCCTCAATTTGGG +CTAGGAAGAGGTGTATGGTATAGTATATTCCATGCAATATCGGCATTTTGTAACGCAGGA +TTTGATTTGATGGGTTCTGTAAGTGGGCCATTTACATCATTGACATCCTATGTAGATAAT +TTCATGATTGTAATGACTATATCAGCACTTATAATATTAGGAGGGATAGGATTCCCTGTA +ATGTTAGATGTAATAAGAACAAAGAAAGCATCTAGATTAAATATGCATTCAAAAGTTGTA +ATCTTTACAACAGCTATTCTTATAGGAATAGGTAGTATATTTATATTTGTGGTAGAGTTT +AATAATCCAAAAACATTAGGTACATTAAGTTTACCAGGAAAATTACTTGCAGCTTTCTTC +CAATCGGTAACAACTAGAACTGCTGGATTTAATACAATAGATTTAACTTTAATAAAAGAA +AGTAGTTTATTCATAATGATGATACTTATGTTTATTGGAGCATCGCCAGCATCTACAGGT +GGAGGTATAAAGACGACAACACTAGCATCTTTAGTGATAACCGTAAGAAGCTTCATTTCT +GGTAAAGGTGATATAGAAGTGTGTGAGAGAAGAATTAGTGGTGCAACTATTACTAAGGCT +ATAGGTATATTTTTTATAGCTACAGCACTTGTGGTTTTTGGAACTTTGGCATTATCACTT +ACAGATGAAGGATTTACTTTAGTTGAATGTGGATTTGAAATAGTATCAGCAATTGCTACT +GTAGGTTTAAGTATAGGAGGAAGTCCAAGTTTAACAACAATGGGGAAGGTTGTAGTAATG +ATAGCTATGTTTATAGGAAGAGTTGGATCTCTAACTATATTTGTTGCATTACTTTCAAAA +GGAGCTAGGAAAAAACCTCCAGTTAGGTACCCAGAAGGAAAGATAATAGTAGGATAA +>rpmI +ATGCCTAAAATGAAAACTCATAGAGGTGCTGCTAAAAGATTCAAGAAAACAGGAACTGGA +AAACTTAAGAGAGCTAAAGCTTTCAAAAGACATATACTAACTAAGAAAAATGCTAAAACT +AAGATGAACTTAAGAAAAGCTGCAATAGTTAGTGAAGGTGATGCTAGAAGAATAGCACAA +TTATTACCATACTAA +>ftsH4_1 +ATGAAAATGTTAAATAATTTCTTGAAAAAATTTAATAACCCTGTTCCAGTATTTGCACAG +ACGAAGATGGAAAAGGAAACACAAAATGAAGATGCTAGTAGTACTAAGCCAAAGACTACA +TTTATAGATGTAGCGGGACTTGATGAAGTTAAAGAAGAACTATTTGAAATCGTTGATTTT +ATGAAGAATCCAGATAAGTATAAAAAAATGGGAGCTAAAATTCCTAAAGGGGTACTATTC +TATGGTCCTCCTGGAACTGGAAAAACTCTTCTTGCATCAGCAGTGGCTGGAGAAACTAAT +TCTTCATTTTTTAATGTAACTGGTTCTGAATTCGTAGAAAAATATGTTGGAGTCGGAGCA +AAACGCGTTAGAACTCTATTTGAAAAGGCCAGAAAAGAAGCACCTAGCATCATTTTCATT +GACGAAATCGATGCAATTGGAGCAAAAAGACACTTAGAGAGTAATAATGAAAAAGATCAG +ACACTAAATCAGCTATTAGTTGAAATGGATGGTTTTAATAAAGATTCTAATGTAATAATA +GTTGGAGCAACAAATAGACTTGATTTGTTAGACGAAGCATTACTTAGACCTGGAAGATTT +GACAGACATATTCATATAGGTTCACCTAATTTCCATACTAGACATGAAATCTTGAAGGTT +CATACTAACAATAAACCTCTTGATCCTTCTGTTGATTTAGAACTTTTAGCTAAAAAAACT +CATGGTTTTAATGGTGCTCATTTATCTAATATTGCAAATGAAGCTGCCATATTTGCTGTA +AGAGACAACAGTCCTATAATAACTGCTGTTCATTTTGATAAAGCATTAGAAAGAGTTATT +GCTGGATTAGAGTCCAAAAACTCTACTCTTATAGAAAAAGAAAAAGAAATAGTTTCTTAT +CATGAAGCCGGTCATGCTTTAGTAAGCAACATCTTAGGTATTTGTCCTATACAAAAAATA +TCTATAGTACCTAGGGGAGAAGCTTTAGGTTATGTTCTTCAGCTTCCAGATGAAGATAGA +TATATTTATACTAAAGAAGAATTAATCGGCAAAATAAAAATACTTTTAGCAGGAAAAGCT +TCCGAAGAAATTATTTTTAATCATCAATCTACTGGTGCTAAAGACGACTTAAAAAAAGTA +ACGGATATAGCTAATCAAATGGTTTGTGAATATGGAATGAGTAGTTTAGGATTCATGACT +ATTGATGGAAATGTAAAAACATTCTTATCTGAACAAGTTCAAAAAGAGGCTAATGATATT +GTTCAAAATTGTTATAATGACACATTAGATTTGCTAAGAAACAACTTAAATGATTTACAT +ATAGTTTCAAAACATCTTTTCGAAAAAGAAACTATGACTCATGAAGAATTGAAATCCTTA +ATAAAAAAAGAAATAGTTAATTAG +>group_572 +ATGAGCAATATATTAAAGATAGCATTATTAGCTAGTATTGGCGGTGTAATTGGTTATATA +ACAAATGTATTAGCAATAAAACTAATATTTAGACCTATAGAGCCTATAAAAATACCTATA +TTAAATTTTGAGATAATTGGTCTTATACCAAAAAGAAGAAATGAAATATCTAAAAATATA +GGAGAAATAATACAAGAAGAATTTTTGTCTATGGACGATATTCTTTCTAATATAATGAAT +GAAGATGATAAAGAAAATATCACTGAGTACATAAAAGAAAAAATAAAAAATATAGCTCAA +GAAAAAATGTCTTTTGTACCATTTCCAATTAGAGGAATGATTGAAGGCTACATAATGGAT +GCTGTTGATGTTGAAGTTAAAGCTGCAATAGATGAACTAAGCGAAGATATTATGAATAAA +GCAAAAGAACGTATAAATATACAAGAAATGGTAGAGAATAAGATTAATGAATTAGATTTA +TATCAATTAGAGGAACTAATTATAAAAGTTGCTAAGAAAGAATTAAAGCATATAGAGATA +TTAGGATTAGTATTAGGTTTCTTAATAGGAATAATACAAGGTATTATCATAATATTTATA +TAA +>group_535 +ATGGATCAAATAGCTTTAATTATTAGTACTACTTTAATGTACTCTACACCCCTTATATTT +ACAGCATTAGGTGGAGTATTCTCTGAAAAATCAGGTATAGTTAACATAGGTTTAGAAGGT +ATGATGGTTATGGGTGCATTTGCTGGTGCAGCAGCTGGATATTTCTTAGGAAACCCATGG +TTAGCATTTATAATAGGTGGATTAGCTGGTGGTTTATTCGCACTTATACATGCTATAGCA +ACAGTTAGTTTTAATGCAGACCATACAATATCGGGTGTTGCTATAAACTTACTTGCACCA +GGGGTAGCATTATTCGTATCAAAGATGATGTTTGATGGAGCTACAATGACTCCGACAATA +CCAATGGAAAATAAAATACCAAGACCATTAAATGGACTATTCCCATCAGGAAGTGTACTA +GATACTATATTTAATTCATATGCTACAGTTTATTTAGCATTTATATTAGTTCTAGTAGTT +TGGTATGTATTATATAAAACTAAGTTTGGTCTTAGAGTAACAGCAGTTGGAGAGCATCCA +GGTGCAGCAGATACATTAGGTATAAGTGTTACTCGTGTTAGATATGCAGCAGTTATAATA +TCTGGTATATTAGCTGGATTAGGTGGAGCATCAATGAGTTTAGCAGTTGTTTCATCATTT +AGACCAACATTAATATCTGGACAAGGTTATATCGCTATGGCAGCTGTTATATTCAGTAAA +TGGAGACCTCAATGGGCTATGGTAGCATGTTTATTATTTGGTTTCTCAACTGCATTAACA +GTATTCTTTGGAAATCCAGAATTGCCATTCGTTGTGAATGAAAACTTATTATCAATGATA +CCTTATATAGTAACATTAATAGTTCTAGTATTATTTGTTAAGAGTTCTAAGGCTCCGTCA +GCTCTTGGAAACCCATACAAAAAAGGTGAAAGATAA +>group_568 +ATGAGCAATAATAAACAAAAAAGAAAGTTATCTGCTGCTAACAATGCTATTATTTTCTCG +TTAATATCAATAGTATTAGGTTTAGTTGTTGGAGCAATAGCTTTATTAATAGCTGGATTT +AATCCGATAGAAGCATACTCAGCTATGATAACAGGAGTATTTGGAAAGCCTAAATTCATA +GCATGGACAATAATAAGATCAACTCCACTTATATTAACAGGTCTTTCTATAGCATTTGCA +TATAAGACTGGTTTATTCAATATAGGTGCAGAGGGTCAGTTTATAATAGGTGCTTTATTT +GCAACATTAGTTGGGGCAGGAATAGATTTACCAGCATTCATACATGTACCACTTACTCTT +TTAGTAGCAGCAGTAGCAGGAGCTGTTTGGGGTGGTATTGCAGGATGGTTAAAATCTAAA +TATGGAATAAATGAAGTTATAGCAACAATAATGTTAAACTGGATTGCATTCTATTTAAGT +AACTATATGATAAGAACTACTTGGTTAGCTCAGCCAAATAGTGAAACTTCTGTAAGTATA +CATGAAAGTGCAAGTATAGGAATAGATTGGTTAAAAGGATTAATTGGACCAGCTACTTCA +GTGAACTGGGGTATTGTAATATCTATAGCTGTTGTATTAATAATAGCATTTATATTATTC +AAAACTACTTTAGGATTCGAGTTAAGAGGTGTTGGGTTCAATAGATATGGTGCTGAATAC +GGTGGAATAAACGTAAATAAATCTATATTACAATCTATGGCTATAGCTGGTTTAATAGCA +GGTCTAGCTGGTGCAATACAAGTAATGGGTGTATCTCATAATATATCAGTATTAGCAGCT +CAAGAAGGATATGGATTTGATGGTATAGCTGTAGCGTTAATTGCTAACAGTAACCCAATA +GGAGTTATATTCTCAGGATTATTATTCGGAGCGTTTAAATATGGAGGAACTAAGATGCAA +GCTATCGGAGCTCCTTCAGAAGTAGTAAACATAGTTATCGGTTCAATAGTTTACTTTATA +GCACTAAGTAGTGTATTAAAAATGTTATATGATAAAATGAAAGAAAAGAGAAGTAAAGGG +GGGAATGTATAA +>mglA_2 +ATGAATAATAGTAATGTTGATTACAGTCAAAAAGTTGTTGAAATGAAAAAAATAACTAAA +AAGTTCGGAAGTTTCGTAGCAAATGATAATATAGATTTGACTGTACACAAAGGAGAAGTA +CATGCTCTTTTAGGTGAAAATGGAGCAGGAAAATCTACATTGATGAATATATTATATGGT +TTATACCAGCCTACATCTGGAGAAATACATATAAATGAAAAATTAGTAAGCATAGATAAT +CCAAATATAGCTATAGAAAATGGGATAGGAATGGTTCATCAACATTTCATGCTTGTACAG +CCATTTACAGTAGCTCAAAATATAATATTAGGTACTGAACCAGTAAAAGGTTTAGGTGCG +GTTAATATGAAGAAAGCTATTGAAGATGTTAAAGAGTTATCGGAAAAGTATGGTTTATAT +GTAGACCCAACTGCAAAGGTAGAAGATATAACAGTTGGTATGCAACAAAGAGTTGAGATA +TTAAAGGCTTTATATAGAGGAGCAGAAATATTAATACTAGATGAACCTACAGCAGTTCTT +ACACCTCAAGAAATAAATGAACTTATGCAAATTATAAGAAATTTAACTAAAGAAGGTAAA +TCAGTAATAATAATAACTCATAAATTAAAAGAAATAAAAGCTGCTGCAGATTACTGTACT +ATAATAAGAAGAGGTAAATATATAGATACAGTTAAAGTTGATGAAACTAGTGAAGATGAT +TTAGCAGCAATGATGGTTGGTAGAGAAGTTAACTTTAAAGTTGATAAAGATGAACCTAAA +TTAGGAGATGTTGTTTTATCAATAAAAGATTTATTAGTAAAAGATAATAGAAAGATAGCT +GCGGTTGATGGTTTATCATTAGAAGTTAGAGCTGGTGAAATACTAGGTATAGCAGGAATA +GATGGAAATGGTCAATCTGAATTAGTAGAAGCTCTTACTGGTCTTAGAAAAGCTGAATCT +GGAAGTATAAAAATAAATGGTCATGAAGTTATTAATAATAAGCCATTAGAAATGTTCAAT +AAAGGTATAAAAAACATACCAGAAGATAGACAAAAAAGAGGTTTAATATTAGACTTTACT +GTTGCTGAAAATACAGTACTACAAAACTATAAAGATCCAAGATTCTCTAAAAATGGAATC +TTAAAAATGGATGCTATAGAAGAACATGCAAAAATGATAGTAGATAGATTTGATGTAAGA +CCTACTGACTATACAACAAAAGCAAGAGCTTTATCTGGAGGTAACCAACAAAAGGTTATA +ATAGGTAGAGAAGTTGATAATATTGAAGTTTCAAGAGCTGCGACAAATGAAGCACAATTA +TTAATTGCGACTCAACCAACAAGAGGATTAGATGTTGGAGCAATAGAGTTTGTTCATAGT +TCTCTTGTTAAGCAAAGAGATGAAGGGAATGCAGTACTTTTAGTTTCTTTAGAATTAGAT +GAAGTTATGAATGTATCTGATAGAATAGCTGTAATATACGAAGGTAAAATCGTAGGTATA +GTAGATGGTAAAGATGCAGATGAAAATACATTAGGATTCATGATGGCAGGAGGTGCAGAA +GATGAGCAATAA +>tmpC_1 +ATGAAATTAAAAAAGACCATAACTCTTGCAACATCTTTAATTTTATCAGCTTCTATGATA +GTTGGATGTAGCAATAAAACTAACAACAAAACAGAAGGAGGAACTACATCTAGTAAAGTA +TATAAAGTAGGAATGGTAACTGATACTGGTGGAGTAAATGACGAGTCTTTTAACCAATCA +ACATGGAAAGGTCTTCAAAAGTTAAAAAAAGATTATGGAGATAAAGTTGATGTAAAATAT +TTAGAGTCAAAACAGGATGCAGAATATGTACCAAATATAGAAACTTTTATAGATGAAGAT +ATGGATTTAATAATTGGAGTAGGTTATAAATTAAAAGATGCTATAGCGGAAGCATCTAAA +AATTATCCAGATAATAATTTTGCAATTGTTGATGAAGTAGTAGATGCAAAGAATGTAGAT +TCTTTAATATTTGAAGATAATGTATCATCTTATTTAACTGGTTTAATTGCTGGGAAAATG +ACTAAGACTGGTAAAGTTGGATTTATAGGTGGAATTGAAAGTGAAGTTTTAAAGAAATTC +GAGTATGGATTTAAGGCAGGAGTACTTGATTCTAATCCAGATGTAAAAATATCAACTCAA +TATGCAAATAGCTTTTCAGATGCAGCATTAGGTAAATCTATAGCAAATCAAATGCACAAA +AATGGTATAGATGTAATATTTACAGCAGCAGGAGCTTGTGGTACAGGAGCAATAGAAGCT +GCAAAAGAAGGGAACAAAATGGCAATTGGTGTAGATCAAGATCAAAATTCACTTGCCCCT +AAAAATGTTATAACATCAGCTATGAAAAATATAGATATAGCTGTATATAATTTATCTAAA +AAATTAATAGAAGGAAAATATGAAGGAGGGCAAACTATAGTTAATACATTATCAACTGGC +GGTGTAGGTATAGCACCAACTACTAAGGATAATGTTCCTGAGGATATATTAAAATATGTT +GATGATGCAGAAGAAAAAATAAAATCAGGAGATATAAAGGTTCCTTCCAATCAAGAAGAG +TTTGAAAAAGCTTATCCTAATAATAAATAG +>hpt_2 +ATGTTTAAAGTTACTAGAGTAATGTTATCTGAAGAAGAAATAAAGGCTAAGGTATATGAA +ATAGCTAAGAAAATAGAAAAAGATTATCAAGGTGAAGATTTATTAATAGTAGGAATTCTT +AAAGGTGCTAGTGTATTTGTAGCAGATTTAATAAGAAATATAGATTTAGATGTAAATATG +GACTTCATGAGTGTATCAAGCTATGGTAACTCAACTGAATCTTCTGGAACAGTTAAAATA +ATAAAAGACTTAGATGTAGATATAGAAGGAAGAAATGTACTGATAGTAGAGGATATAATT +GATTCAGGATTAACTCTAAGCAACTTAGTAGCTGCTTTACAAACTAGAAATCCAAAATCT +TTAAAATTATGTACTTTATTAGACAAGCCACAAAGAAGAACTGCAAAAATGCATGTAGAT +TATGTTGGATTCGTTATTGAAGATAAGTTCATAGTTGGATACGGAATAGATTATGCTGAA +AAATACAGAAACTTACCATATATAGGTATAGTTGAAGATGTTTAA +>cobD_1 +ATGAGCATAAATCATGGTGCAAACTTATATGATTTATCTAGCAAATATGGTTTTTCAAAA +GATGAGTTAATGGATTTTAGCTCTAATATAAATCCTTTTGGTACATCAAAACTTGCTAAA +GAATATATAATCAATAATATAGATATAGTATCAATGTATCCAGATCCTAGCTATATAGAT +TTAAAAAAGTCTATATCAAATTATTGTAAATGTTCAGATGAGAATATAGTCTTAGGAGGT +GGAGCAACTGAACTAATATCTTCATTTATAAAAACACTAAATCCTAAAACTGCTTTATTA +CTTTCTCCAGCATATTCTGAGTATGAAAGCGAACTATCTAAAATTAATTGTACTATTACA +AAATACTTTTCTAAGTCTGAAGATAACTTTAAAATAAGTGTTAAAGACTTATCTGAAAAT +ATATCTAAAAATAAATATGATTTAATCATAATATGTAACCCAAATAATCCTACTGGATTT +ACATTCTCATCAAAAGAAATTGAAGAGCTTCTTAAATCTACTTCAGCTTTTGTAATGATT +GATGAAACTTATGTTGAATTCACAGATACTGATATCTATTCTTGTACTAGCTTAGTAGAT +GAATATACAAATCTATTTGTAATTAGAGGTACTTCAAAGTTCTTTTCAACTCCTGGGTTA +AGGCTTGGTTATGGCCTTATCGGTAATAAAGACGTAAAAACTAATATAAACTCTCATTTG +GACTTATGGAATATAAATATTATTGCATCTACTATGGGCGAAATAATGTTTAATGATAAA +GATTTTATAGAGCATAGTACGGACATTATACTTAAAGAAAGAGATTATCTAACTAAAGAA +TTAAGTAAGATAAATGATTTACATGTATATGAAAGTAAAGGAAACTTCATTTTATGTAAG +ATAAAATCAAAGACAATCACAGCCAATCTATTAAGAGAACAATTGATTTCTAAGAAAATA +ATTATAAGAGATTGTTTTTCTTTTGATGGTCTTGATGAATACTTCTTTAGGGTATGTATA +TTGAAACCCGAAGAAAATAAGGCTTTAATTAAATCTCTTAATGAAATATTTATTTAG +>brnQ_2 +ATGAAAAAGAATTTAGATACATTAGTAGTTGGATTTGCATTATTTTCTATGTTCTTTGGA +GCAGGAAATTTGCTATTTCCACCATATTTAGGTCTTGTATCAGGTGAAAGTTGGCTTACA +TCGCTAGGTGGGTTTGTATTAGCGGATGTAGGTTTGGCATTATTAGTTTTATTAGCTGTA +GTAAAAGGAACAGGAAAGCTAGAAAGTGTTTTAATTAGAGGTGGTAAAGGATTAGCAAAT +GTAATAGGAGCAACAGCAGTTATTTGTATAGGGCCACTACTAGCTATACCAAGAACAGCG +GCAACTACATATGAAATGGGAATACAACCAATGTTAAATACATCAGGTAGTGTTGTAGCA +GTTATAGTTTCAGTAGTATTCTTTGGATTAACATTAGTGCTTACAATAAAACCGTCAAAA +GTTGTAGATATAGTAGGGAAAGTATTAACGCCATTATTAATTTTATCTCTTATAGTTTTA +ATCGTACTTGGAGTATTAAATCCAATTGGGGATATAAGCCCAAATGTTATGATAGAAAAT +AATTTATTTGCAGAAGGTGTATCTCAAGGGTATTTAACTATGGATGCTTTAGCAGCTGGA +GTTTTTGCTGGAGTAATAATAAATGCAATTATAAATAAAGGTTATAATGAAACATCTGAA +AAGGTGACTTTAACAATAAAAGCAGGAGTAGTGGCAGCTGTAGCTTTAGCAGTAATTTAT +GGAGGCCTTACATATTTAGGTGCAACATTATCTACTAAATTTGGAGTAAAAACTCCACAG +GCATTGTTAATGGTTGAAATAACATCTGCTTTACTAGGAAATCCAGGAAAAATATTATTA +TGTGTAATTGTATCTTTAGCATGTTTAACTACTTCTATAGGTCTAACATCAGCTACAGGA +GAGTACTTCTCAAATGTTACTAATGGAAAAGTGAAATATGAAACTATAGTAGTTTTAGTG +TGTGTATTTAGTGCTGTTGTATCAAACTTTGGAGTTGGAACTATAATAAAATTCTCAGCA +CCAATATTAGAGACAGTTTATCCTGTACTTATGGCTTTAGTTTTATTATCATTAACATGT +TCACATGTTAGAAATGACAATATATTCAAGATATCGGCGTATGTAACTTTAATCGTAAGT +TTATTAACTGTAGCAAATGGATTATGGGGAGTAGTACCAGTTATGTCAAAACTGCCACTA +GCTCCATTAGGATTTAACTGGATATTGCCAGCTATAGGAGGAGCTATAATTGGTTCATTT +ATAAAAGATAAAAAATCATCATTTTTATTAAAAGATAAATATGGTACTGAATAA +>group_719 +ATGCATCTTAAAGATAACAGTGCAAATTTCAAGTATGCAAATGACTTTAATGTTTTTGTA +CTCGGAAATGCTACTCAATATAATATTGAATGTGAAGGTCGTGTGGCTATTGCCAATAAT +GCAAACTTAGTAAATTATAGTGTTGGAACCAATCTTTCTTTCTCTGCATCTAGAGCAGAT +TTAATAATTGGTGGTAAGGTAAATATCGATGGAGGAATTAATTCTAATGGTAACACAATA +GTTAAAGATTCTCGCAATGTTATAAAGTATACTATGATTAATTCTAATAATATATTTTCT +GATCCTATAGTTGACGATACTATAAATTTTGAAGATGCTATAAATTACTTACAAAATGCT +TCACGATTTTGGGCCAGTTTAGATGATAATGGAAGTATCAACTTAAATAATAATATCTTA +ACTTTATCAGGAGAAGATATTTATCTCAATATATTTACTATAGATGGATCAAACATTAAT +AATTCAAATATATCATTTGAAAATTTGGAAGTTATCGATATTGTCGCACCTAAAACTTCT +ACTATTCTAATCAATGTATTAGGTGAACATATATCTTTCGGTAATTTTTTCACATTGAGA +AATAGCATCCCTCCTACGCCCGAAGAAATGAGCTTAATAGTTTTTAACTTTCCTCAATCA +AAATCTTTATACTCTGCAGAAATTTCTATAAAAGGCTCATTATTGGCTCCTTTTTCAACT +GGAAATTTATATGATGGATATATTAGTGGCAATCTTATTTTAAATAATTTTGAAGGCAAT +GTAAAACCTAAAAATATTTTATTTAAGGGCAATTTACCAGAGGTCAACTCAGAAAATAAA +AACTTACTTACAATCTCAAATTTTTTTCCATCTTCTTTTAACACTAGTAAAAGTTTAGGT +TGTATATATGGAAAAATAAATCTTTCTACTAAAAATAATAACTGCCTAAGATGTTCTAGT +ATCAATGCGTCTAATATTAAAATAGAACTCTTTAATCTTAATAATTTAGTACTTCCTATT +AAGCATACCTACACTGATTATGATGGTAACTATGAATTCAAAAACCTTAAGGAAGGCTAT +TATTTTCTAAGAATAATATCACCAGAAGGATATCATTTGTCTGATGGATATTGTAATAAT +GACTTTAGCCCTAGAACTGGATTCTCTAAACAAATTTTCATAGACAATGTTCCCTATAAC +TTAAGTGCCTGTATTTCTCCTGAGAATACCGCATTAACAAAACCTAAAGATTGCAACTAC +TTTATTTCCGGTATAATCTTTAAATCTTCAGTTAATACTTCCCTTTATAACTATAGCTCT +AGAGGGATTAATAATGTATTTATAACCTTATATGATAATTACAATACTCCTATTGCTTCA +ACATATTCTTCATACTTTGATGGGGTTGATGGCTATTATAAATTTGAAAATTTACAGTCA +GGTGTTTATTATTTAAAATTTAATCCTCCTAAGTATTACTCTTTTGTAACGCCTCTTTAC +AGTGATTATTATGGGTCTAAGGCTGATAGAGATACAGGTACTATAAGAGTGAATCTAGAA +TATAAAGATATACCACATGCTTATGTAGGATTAAACATTAAGTACTAA +>group_963 +ATGAAAATATTTGCGCATAGAGGAGATAGCTGGTTTTACCCCGAAAATACTATATTAGCC +TTTAAAAAAGCTTTAAGTCTACCTATCTATGGTATTGAGTTAGATATTCATAAATCTAAA +GATAATCAATTAATTGTAATACACGATGAAACTATTAATCGTACATTTAAAGGTAAAGGT +TTTGTGAAAGATTATAGCTTAAAGGAACTTCAGCCCTTTAAGTGTAAGAAACCTCTTTTT +AAAAATAATATTGTGGATTTAGCTCATGACAATAATTTAGAGGTATTCGTATATACTGTT +AATACTCCTTTATCAGTTCTGAAAATGATCAAGTATAATGTTGATGGAATTTTTACAGAT +TTTCCTAATTTAATATATAATATATTAATTAAAACAATTGACATTTTCCATTCATAG +>asrC_1 +ATGGGAGAAAAAAGTAAGGTGAAAATAACACCAGAACAAAGAAAATCAGTAAAGGGTCAG +GGTTTTTTATCAAATAATGATGGTCAACATTTTTCTTGTAGGGTAATAACTGAAAATGGA +GCATTAACAGTTAACCAGCTTAAAAATGTATGTGAAATAGCAGAAAAGTATGGTAATGGT +AATATATCTCTCACAACAAGATTAACTCTAGAGGTTCCTGGAATAGAATTTAAAGATATA +GAAGATGTAAAAGAACATTTATCTAAAGATGGATTAAAGTCTGGGGGTACTGGCTCAAGA +GTGAGACCAATAGTTCCATGTAAAGGAACTGTCTGTACATTTGGTCTTTTAGATACTCAA +AAATTAGGAAGTGAACTTCATAAAGAATTTTATAATGAGTACTACGATGTAAAGTTACCT +CATAAGTTTAAAATAGGTATAGGTGGATGTCCTAACAATTGTATAAAACCAAGTTTAAAT +GATTTTGGGTTAATGGGTCAACATGTACCTGAATATGATGAAGATATGTGCTCTGGATGT +AAAAAATGTGCGATTGAATCAATTTGCAAGGTAGGAGCAGCTAAGGTAATAAATGGAAAA +TTATTTATAGATAAAGATAAATGTAATAATTGTGGCTTATGTATAGATAAATGCCATTTT +GATGCAATAGAAGAAGGTAAAAGAGGTTTAAAAATAATATTAGGAGGGAAGTGGGGAAAA +TTATCAAGACCTGGAACTCCAATAAAAGATATATATACAATAGAAGAAGCTAAGGAAATA +TTAGAAAAAACAATATTATTATACAGAGAGCAAGGAAAAACTGGAGAAAGATTTGGAGAT +ATGATAGACAGGGTAGGTTTTGATAAAATTCAAGATGAATTATTAAATGGAGATATCTTA +GAAAGAAAAGAAGAAATATTAAATGCAGAGCTTCATATAACAGGTGGAGCAACTTGCTAA +>cysL_2 +ATGATTGATTTTAGACTAAAAACATTTATAAATTTATGCGAAACTAAAAGTTATACAAAA +ACAGCAAAAAATCTATCTATTACACAGCCAGCAGTCAGCCAACATATCAAGCTTTTAGAA +GAAAAATATAACTTAAAACTTTTTGATTATGTAAGCAAAAAATTAGTCTTAACTCAAGAA +GGAATAGATTTTTTGTATAATGTTCAAAAACTACAAACTATGTCTATAAACATAGAACAT +CATTTAAAAGATTCTAGTAAGAAAAATAAATCATTAGTTTTTGGTGCAACTAGGACAATT +GGTGAATTTTATCTACCTAAATATTTAAAAGATTACATTAAATTGTATCCTAAAGATAAT +ATATCTATGATAGTTAATAATACTAAGTTTTTATTAGAAAACCTAAATAAAGGTAATATT +GAATTTGCAATTATAGAAGGTCACTTTAACAAAGCTGAATATGATACTTACTTAATTAGT +AAGGAAAAACTAGTTGTAGTTGCTTCACCTTTAAATAAACTTGCCTTAAAAAAATCTATT +TCATTTAAAGATTTATGTAGAGAAAATTTAATTGTCAGAGAAAAAGGTTCTGGAAGTAGA +GAAATTTTTGAAATGTTTCTTTATGAAAATAATTATTCTTATGAGAACTTCAATCATATT +ATAGAAATCGGTAATATTAATGTAATTAAAGATTTAGTTAAGAATAATTTAGGTGTATCT +ATAATGTACGAAAAAGCTGCACAAGCAGAGTTCTCTAAAAAAGAGCTTATTATATTGGAC +ATAGATAATATGAATTTATATCATGAATTCAATTTCATATTTTTAAAAAACTCAATTTTT +GCTTCTAGCTACATAAATTTTTATAATTTTTTAGTAAATACATAA +>group_902 +ATGTTTAGGGTTTATTTTACCGTCTTCTCATCTGGAATTACTTCACTTTTATTTAGCAAG +TTACTAACAGTTACTAATGATAAATTTGATGTATTCCATAAATATATAAATAAAGATTAT +TTTTTAAAAGAACAAATAAAATTTATAAAATACTTTGGTCTAATTGGTTTAATTGCAATA +ATTAGTAGTGTATGTTCAATTTTTGTAGAGTTTTTTGCATTTAAACTTGCTGATTTGCCT +ATGTATGATTACATCGGTATTCTAAGTTTAACCATAAGTATTATATGCTTTATATCTCTG +TTTCTTATATCATTGTACTTTACTTTTAAAATTATAATAAAATCTACACTATCTAAGATT +TATAAAGTTTTACTTTATACTACATGTATTTTATCTATCTACATTGTATTTATAAATAAT +CCTTTTGGTGTTTCACCATTATATATGATCGAATTATTATTAATAATATACTTTTAG +>group_868 +ATGAAAAAAATCTTAAGGATAGCTGTTTCTTTAACTGTAGTTATGAGCATAGGATTATTG +GCTGGTTGTAAATCAAAAGATTTAGATAATAATTTAGAAAATGAAATAAAAGATACAAGT +AAAATTGATTTAATAGAGCTATCAGAATATAAAAATACGGATATAAAAGATGATAAAATT +ATAGAAATTATATTAGATAAATTATTAGCAAATATATATGTAAGAAAATTTAACTATGAA +AATAAGTATGGAGATTATATTTTAAATATTAAATATAGCTTAGGTAATGATTGGAATGAA +GAAGAAATATCTAAGTTTATGAATTATAACTCAATAGTATTATTTTCTTTGATAAATAAT +TTAAGCATTATAAACTATACTTTGGGAGATTTTGATAATAGCGTATATCAATATAATAAG +AGTATATATGAGAAAACATATGATATAGACTTGAATAAATTACCAAATGATATAAATAAA +TGGAAAGGTATATTAGATAAAGTAGAGTAA +>rcsC_8 +ATGAAAAGAATAAATAATGAGCTATTTAAAATACTATTATTGATTATGTTTATAATATTT +AGCACTACATATGTCAATGCACAAGAAAAAAAGAAAATACTATATATTAGTTCCGGTTCA +CCAACTTACACATCAACGCAAGAACAAATGTATGGATTTGATGATTTATTAAGGAATGAT +TATGAGATATATTATGAGTATATGAATACATTTAAATATCCAGAGAAGAAACTTGAAGAG +TCATTTTATTCATTACTTAGCTATAAGCTTAAGGTCTATCCAAAATTTGATGCAGTAGTA +TTTGTAGATGATTCTGCTAGTGCATTTGCATTAAAGCATACAGAATTGTTTGGAGATAGC +AAATTATTTTTATCTAGTATATTTGATGATAAAATCATTGAAGGTGCTAAAAATAAAAAT +ATAGAATGCATAATTAAAGAATTCAAACCGATTTCATCAAATGTTGAGATTATAGGTGAA +ATTTATAAGAATAGCGAATATAAAAAAAAATTAACTTTAATAACAGGTCTAGAAGATATA +TATAAGAATGAAATTAATGAGTTTTATTCTTTACAAGATAAGTATCCTAAGTTAAAGTTT +GAAAATAAAACTGTAGGATTTAAAAGTGAAGAAGAGATAAAAGAAGTTTTTTCAAAATTT +TCTAAAAGAGAAGATATTGTATTATTTTATAATCCAAACAGCTCAACTAGCTCTAAAATA +GTAAAGGATACTAGTACAACATTAGGATCTGTTCGTCAAATTTTAAGTGCTATAGAAGGG +ACAACTGAAGCACCTATATTTACAACTACAAATTTAGGAATAGAGTATGGAATGATGGGT +GGATATACTATTGATTTTTATAAACAAGGAAGTGTTACTGGAGATATAGTAAGAAATTTT +TTAGAAGGAAATAAAAACTATCCAGAAATATTAGAAGGAGAGCGCACCAGTACGCTAATA +TTTAACCAAAGACATTTGACAAATAATCTTATTAGTAAAAAGCAAATTCCACAAGATTCA +GAAATTTTTTATGAGTCTGAAGAATTTTTTAAAACTTATAAAAATGAAATAATACTTGTA +TTAATAATATTCGTAATATTATGCTTTATAATAATATTTCTTATATCAGAGCAAAGTATA +TTTAAAAGAGCAAATAAAAAGCTAAAAGAATCAAAGAAAATAGCTGAAGATGCAAATAGG +GCTAAGAGTAATTTTATAGCAAATATTAGTCATGAGCTTAGAACACCAGTAAATGTAATT +TCATCATCTTCTCAGTTAATTAAAAGAAACTTAGAAATTAAAGACGAAATAGATAAAGAA +AACTTAATTTCTAATATTAATATGATTGATAAAAATTCACATAGGTTAATAAGATTAATA +AATAACATTATAGATGTTACTAAATCAGACACAGGATATAAAAATATAAATCTTCAAAAT +GTTGAAGTGATTAGCTTAATAGAAAATACTGTACAGTCTGTTATTCCACTGGCAGAGAGT +AAAAATTTAAATATTATTTTAGATACAGAAGTTGAAGAGCTTATTATGGCAATTGATATA +GATAAAATAGAAAGAATTATGTTAAATTTAATTTCAAATGCAATAAAATTTTCTTTTGAT +AAAGGTGCTATATTTACTTATATATCTGTTGAAGATGATAATTTAATAATATCTGTGAAA +GATGAAGGTATAGGTATAAAAGAGGAATCTTTATGCAAAATATTTGATAAATTTGTTCAA +ATAGATAATGGATTTACAAGATTGAATGAAGGTAGTGGATTAGGTTTATCACTTGTAAAA +TCTTTTGTAAATTTACATGAAGGGTCTATAGATGTAAAATCAAGTGAATGTAAAGGTACT +ACATTTGTAGTAAAACTACCTATAAAAGTTCTTGACTCCTCAGAGGTAATTTATAATGCT +GGTATAGATAATAAGAATACTATAGTGGAACTTTCAGATATATATATATAA +>group_684 +TTGTCTAGTAAATCAATTTCTTTAGATAGACCAGGCAGAGGTCCTGGAATGCACATAGTA +AAGAGTAATGAAAAATTAAACAATCCCAAAGAAACAATAAATAGATTATTAAAGTATATT +GGTAGTAAAAAAGCATCTTTAATTTTAATTTTTGTATTTTGTGTAATAACAACATTAGTA +AGTATATTTGGAACGAAGTTAAATGGAGATATAGTAGATAACTATATAGCAACTGGCAAT +ATGAGTGGATTATACAAAATTTGTATGGTACTTATAGCTATGTATCTAGCTGCTACAGCA +TCTACTTTTGTACAAAATAGATTAATGGTTAGTATAGCTCAAAAAACCTCATCAGATATA +AGAAAAGACTTATATGAAAAAATGCAACACTTGCCATTAAAATACTATGATACTCACTCA +AGTGGGGATTTAATGAGTAGGCTTACAAATGACGTAGACAATATAAATATAACTTTATCA +CAAAGTATTACACAATTAATTTCAGGTGTAATTAATATAGTAGGTATGCTTATAGCAATG +CTTATGTTAAGTCCACAGTTAACAATAATAGGATTGTTGACAATTCCAATAACTATAATG +GGAACAAGGACTATAATGAAATATACTCAGCCTTTATTTATAAAAAAACAAGGTGATTTA +GGAAAACTAAACGGATATATAGAAGAAATGGTATCAGGTCAAAAAGCTGTATTATTATTT +GGTCAAGAAGAAAATGTTAAAAAAGAATTTGATCATATAAATAAAAATATAACTAAAAGT +GCAATTTTAGCAGATGCCATATCAGGTTGTATGGGACCTATAAATAACTTTATAAATAAC +TTAACATACTTAGTATTAGCAGTATGTGGAGGTGTATTTATATTAAAAGGAATGGATATA +AGTGTCGGTGTGGTATTTACTATAATTCTTTATATGAGAAACTTTAATCAACCTATAAAT +CAAATCCTTAATATATCAAATACACTTCAAGGAGCATTAGCTGGAGCTGAAAGAGTGTTT +GAAGTTATGGATGAAAATCCAGAAATAGACAAGGAAGAATCTGTAGATGTAGATAATTTA +CAAGGCGAGGTTAATTTGGAAAATGTAGAGTTTTCATACAATAACGATAAAAAGATTTTA +AAAAATATCAATCTAACAGCTCATAAAGGACAAACTATAGCAATAGTAGGACCTACTGGA +TCTGGTAAAACGACTATAATAAATTTACTAAATAAATTTTACACTATAGATAGTGGAAAA +ATAAGTATAGATGGAAAAAATATAGATGATATTACAATGGAAAGTTTGAGAAAGTCAGTA +TCAGTAGTACTACAAGATACCTATTTATTTTCAGTAAGTATTCGTGAAAACTTAAGATAT +GGAAATCTTAATGCAACTGATGAAGAAATAGAAAAAGCTGCTAAATTAGCAAATGCTCAT +CATTTTATAATGCAATTAGAAGATGGGTATGAAACAGTACTATCTGATAATGGAAGTAAC +TTATCTCAAGGTCAAAGACAATTGTTAGCAATAGCAAGAGCAATACTTTCTAATTCATCA +ATACTTATACTTGATGAAGCAACTTCTTCTATAGATACTAGAACAGAGGTTGCTATACAA +GAAGCTATGGTAAATTTAATGAAAGGTAAAACTACATTTATAATTGCACATAGACTAAGT +ACTATAAGAAGTGCAGATAAAATATTAGCCCTAAAAGATGGAGAAATAATAGAACGTGGA +ACTCATGATGAACTTTTAAAATTAAATGGGTTTTATGCAAATCTTTATAACAGTCAATTT +AGAAGTGGCCTAGGAATATAG +>group_695 +TTGACAAAATTATTAAAATATTTAAAAGGATCAGCAATTGTTTGTGCAATTTTAGCACCG +ATTACAATGTGCTTAGAAGTCGCCATGGACTTACTTCAGCCAACTCTTTTATCAAGTATA +ATCGATGTTGGTGTAGCCAATGGAGATTTAAATTATGTACTTAGTGTTGGAATAAAAATG +ATAATTGCAGCAATCATAGGATTATTTGCAGGATCTGCATGTTCTTTTTTTGCAGCTGTA +GCATCAATGAAATTAGGAGAAGGAATAAGAGAAGGTTTATTTGCAAAAATTCAAACTCTA +TCATTTTTAGAGTTAGATAAATTAAAAACATCATCTTTAATAACAAGACTTACAAATGAT +GTGACTCAATTACAAATGATGATGAATATGGCTCTTAGAATGATGGTAAGAGCACCACTT +ACAGCAATAGGTGGACTTATAATAGCAACAATATTAAGTCCAAAGTTAGCAAGTATTTTC +TTAATAGCGTTACCTATAATTTTAGTTTCTATTATGTTTATAATTAAAAAATCATTGCCA +CTATTTACATCAGTTCAAGAAAAAATAGATAATATAAATACTGTAATGCGTGAAAGTATA +TTAGGTGTGAAGGTAATTAAAGCTTTTGCAATAGAAAGCACACAAGGTGAAAGATTTAAT +GAAGCTAATGACAATTTAACAAATGAAAGTATAGCATCACAAAATATGAACTTAATATTA +TGGCCAATTGCTACACTTATAATGAATTTAACTGTAGTTGCAGTACTATGGTTCGGTGGA +AATATGGTTAATGTAGGTGACTTAGAAATTGGTAAGATAATGGCATTTATAAATTACCTA +CTTCAAATAATGGGATCAGTAGTTATGGTAATAAATATAATGCTTACTTTTTCAAGAGCA +AAGGCTTCTGCAAATAGAATTGATGATGTTTTTAAAACAGAAACTAGTATAAAAGATAAA +GAAGAAGCTATAGAAGTAAGTAATTTTGATATTGAATTTAAAGATGTTTATTTTAGATAT +AATGAACATAGTGAGAATGTGCTAGAAGGGATATCTTTTAAAGCTAAACAGGGAGAAACT +ATAGGAATAATAGGTTCTACAGGTTGTGGGAAAAGTTCTTTTGTTAACTTAATCCCAAGG +CTATACGATGCAACTGAAGGTGAAATTTTAATTGGTGGAGTGAATATAAAGGATATAAGT +ATAAGACAGCTAAGAGAAAATATAGGTATAGTACTTCAAGAAAATATATTATTTGGAGGG +ACTATAGAAAGTAACTTAAAATTTGGAAATGAAAATGCAAATGAAGAAGATATAAATAGC +AGTGCTATAGATGCACAAGCATATGAGTTTATAATGAATAAAGATGGAAAGTATCAAAGT +GAAGTAGAGCAAAGAGGTAAGAACTTATCAGGAGGACAAAAACAACGTCTTTCAATTGCA +AGAACTTTAATAAGGTATCCAAAAATATTTATTATGGATGATTCTTCAAGTGCTTTAGAT +ATGGCAACAGAAGCTAAACTTCAAAATTCTATTAAAAATAGGATGAAGGAATCAACTGTT +TTAGTTATAGCTCAAAGAATTTCTGGAGTGATGGATGCAGACAAGATAATAGTAATGAAC +GATGGAAAAATATCAGATATAGGCAAGCACAATGAATTATTAAGAAGAAATGAAATTTAT +AGAAGTATAGCAGTTTCACAGTTAGGAGAGGAGGTGCTTAAGGTTGTCTAG +>group_703 +ATGAATAATAAAATTGAAAAATATGTTAATAACTTATTCCTAAAATCACCAATGTCAACT +CACACAAAATATGCAAGTCAAAAAATTTTAACCAATGCTTTTAAAATCTACAACGATTTT +CTTCAGTCTAATCTTAACGAAAACGAAGCTTACTTTGATTATAAAGAGGAGAAAGAATAT +GAAAAAAAGATATAG +>group_766 +ATGAAAGTAACTTTAGATCAAAAAGCTATACTTACTTTAAAAGATATTTTAAAAGACAAA +GATAAAGAAAATACTAAAATAAGAATTTATTTTGCAGGTATTGGCTGA +>group_756 +ATGAGTGAACATGATTATAACCAATATGGAGATATTACCATAAATGATACCGGATTTGGA +TTTAGGGTTGCACCAGAAAATAGCGGTGATGGCGATAGTTGTGGTGGTGGCTGCTCTGGT +TGTGGACATTAA +>group_1053 +ATGATTGCAATAGACGAAAAATCTCTTTTAGCTATTAAAGATAAAGTTAATAAGAATAAT +AGTAAACTAAATAATGTTAGAATTTATTTCTCTGGTGTGGGTTGTGATGGACCTAACTTT +GACATTACTCTAGATGAATTGAAAAGTGATGACTTAGTCTATAAAATAGACGATTTAACT +TTTTTGCTAAGTCAATATGAGTATATGCAATATGGAGATATAAAAATAGATTCTAGTGAA +GAAAGTCTAAAGATAACTCCTGAAAGCTTAGAATTAAGTATGTGTTGTGGCAAAGGCTGC +CCTGATTGTCCCTATTAA +>tmpC_2 +GTGAAAAAAATATTATACTTAGGAACTGTATTAATGCTTTCTATGTTAGCATTAGTAGGT +TGTTCTAGTTCAAATGACAGTAAAAATGATTCATTAAAAGTAACGATGATAAGTAGTGTA +GGCGGAATAAACGATCAAAGTTTTAATCAATCTTCTTGGGAAGGATTAGAACAAATAAAA +AAAGATTTTAATATAGATGTAAATTATATAGAATCAAATCAAGAAGCAGAGTATTCAACT +AATATAGAAACAGCTGTTGACGGAGGTGCTGATTTAATAATCGGTACAGGGTTCCCTTTA +CAAGCGGCTATTTTAGAAGCAGCTAAAAATTATCCAGATCAAAAATTTGCTATAGTAGAT +GTTGATTATGGTGAAGAAACTCCTGAAAATGTTGTTTGTATAACATTTACAGAAGAGCAA +GCAGGATATGTTGTTGGATTAGTAGCTGGTAAAAAAACTACTACTAATAAAGTAGGATTT +GTTGGTGGTATGGATAACGAAGTTATAAAAAGATTTGAAGTAGGTTATAAAGCTGGAGTA +GCAGAAGTTAACCCAAATGTAAAAGTTCAAGTTCAATATGTTAACTCATTTGTTGATGCA +GCTAAAGGAAAATCAATAGCTCAACAAATGTATAGTCAAGGTGCTGATATAATTTTTGCA +GCAGCAGGTGACTCAGGTGTAGGTGTCATCGAAATGGCAAAAGAGAAAAATCTTTATGCT +ATAGGGGTTGATAGAGATCAAAATGCTTTAGCTCCAGAAAATGTATTAACATCAGCTATG +AAAAAAGTTAATGAAGGTGTATATAACACTGTAAAAGCAATGATAGAAGGAAACTATGCT +GGAGGAACAACTATAAGATATGGTTTAGAAGATAACAGTATAGGATTAGCTCCAAGTACT +GATAAAAATGTTTCTCAAGATATAATAGATTATGTAAATAAAAAAGTAAATCAAATAATA +AATAAAGAAATAGAAGTTCCTAGTAAATAA +>ptsI +ATGTTTAAAGGAACAGGGGCATCTCCAGGGATTGCTATAGGAAAAGTATTAGTAGTAGAA +CATAGTGAACTAGAGATAGAAAAAAGAAGTATTGCTGATATAGATGAAGAAGTTACAAAG +CTTGATAGAGCTGTTGAAATATCAAAGGAAGAATTAACTAAGGTTAAGGAAAAGGCTTTA +GTAGAGTTAGGAGAACATGAAGCGGAAATATTTGAAGCTCATTTATTAGTTTTAGAAGAT +CCTGAATTAATTGATTCAGCAAAAGCTAAAATAAGAGACGAAGAAGTTAATGCAGATTTT +GCTTTAAAAGAAATTAGAGATATGTTTGTAGGCATGTTTGAATCTATGGACAATGAGTAT +ATGAGAGAAAGAGCTGCAGATATAAAAGATGTAACTAATAGAATAATAAGACATTTACTA +GGTGCTAAGATAGTTGATTTAGCAGCATTAGAAGAAGAAGTTGTATTAGTTGCTCATGAC +TTAACTCCATCAGACACAGCTACTATGAATAAAAGCAAAGTTTTAGGTTTCTTAACTGAT +ATAGGGGGAAGAACTTCTCATACTGCTATAATGGCAAGAACATTAGAAATAGCTGCAGTA +GTTGGTCTTACTGACATTACTACTAAAGCTAAAGATGGAGATTACATAGTATTCAATGGA +GACACAGGGGAAGTAATATTAAATCCAGATGAAGAAACAATGACTAAGTATACTAAGTTA +AAAACTGAATTTGAAGAATATAGAAAATCATTAGAATTATTAAAAGGGAAACCTTCAGTA +ACTCTTGATGGAAGACATGTAGAGTTAGCTGGAAATATAGGTAGTCCAAAAGATGTAGAA +GGGCTTATAAAGAATGACGCTGAAGGTGTTGGTCTTTATAGAACGGAATTCTTATACATG +GATAAAGAAGATGCATTCCCAACTGAAGAAGAGCAATATGAAGCATATAAAGCTGTATTA +GAAGGAATGGATAACAAGCCTATAGTAATAAGAACGTTAGATATAGGTGGAGATAAAGAA +TTACCATACTTTGAAATGGAATCTGAAATGAATCCATTCTTAGGATATAGAGCTATAAGA +ATATGTTTAGATAGAAAGGACATATTTAAAACTCAACTAAGAGCTTTATATAGAGCTAGT +GTTCATGGTAAATTAAGAATAATGTTCCCTATGATATCATCTTTAGAAGAACTATTAGCG +GCTAAAGAAGTAGTTGCTGAAGTTAAAGATGAATTAAAAGCTGAAGAAGTAGCATTTGCT +GATGATGTAGAAGTTGGTATGATGATAGAAATACCATCTGCTGCTGTTATATCAGATATA +CTAGCTAAGCACGTAGATTTCTTCTCAATAGGAACTAATGACTTAATACAATATACTTGT +GCAGTTGATAGAATGAATCAAAAGATAAGCCATCTTTATAACCAATTTAATCCTGCAGTA +CTTAGGTTAATAAAAACTGTTATAGATAATGCTCATAAAGAAGGAAAATGGGTAGGGATG +TGTGGAGAATCTGCAGGTGATCAAAGGATGATACCAATACTTCTTGGATTTGGACTTGAT +GAATTCTCTATGTCTCCTATATCGATACTTCCAGCTAGAAAGTTAATAACTTCTGTAAGT +TATGAAGATATGCAAAACTTTGCTAATGAAGTATTATCTATGGGAACTGCAAAAGAAATA +AAAGCTCACGTAGAGAAAACTTTTAATCTATAA +>ptsH +ATGGAAAGATTAGTAAGTATAAAAAATGCAAGTGGGTTACATGCTAGACCAGCAGGAATG +TTTGTTAAGAAAGCTGCTGAATTCAAGTCTACAGTAGAAGTTATAGCTAAAGGAAAAACT +GTAAATGCTAAATCAATAATGGGAATAATGAGTTTAGGATTAGCTAAAGGTGATGAATTA +ACTATATCTGCTAAAGGTGAAGATGAAGAAACTGCAGTAAACACTTTAGTTGAATTAATA +GAAAGTGGATTTGGAGAATAA +>group_827 +ATGAAGGGTTTAGTTTTAGAAGGTGGAGGTACTAAAGGTGCCTACCAAATAGGAGCATAT +AAAGCCTTGAGAGAACTAGGAATAGAATTCCAAGGAGTCACAGGCACATCTATAGGTGCT +TTAAATGGAGCATTTATAATTCAAAATGATATTGAGGTAATGGAAGATATCTGGAGGAAT +TATGATTATTCTAGTTTTATGAATATAGATGAAGATACATATGAAAAATATAAAGACTTG +GATTTTACTGCAAAAAATTTTAATGTCGTTATAGAACTTATAAATAAAGCCAGAAAAAAT +GAGGGAATTGATATAACTCCTTTAAGAAATATGTTAGAAAAAAATATAAATGAGGAAGCT +ATTAGGAAATCTAATAAGGACTTTGGAATCGTTACCGTACATTGGGATAAAAAAATTAAT +CCACATCAATTGTATATTGAAGATATTCCAGAAGGTAGATTAGTAGATTATCTAATTGCG +AGTGCAAGTCTTCCGATTTTTAAGCTAGAGAAGCTTGATGATAAGCTTTATTTAGATGGA +ATGTTTTCTGACAATATACCAGTAAAATTATTAGTAGATAAAGGATACACAGATATAGTT +GTGATAAGGTTATTAGATGATTTTATTGGAAAAATGAATTTAAATAAATTTAATGATAAA +GGTATAAATATAAAAGTAATAGTACCATCTGAATATCTAGGTGGATCTTTAAATAAAGAT +AAAGATAATATTGAAAAAAATATTACTTTAGGGTATCTTGATACTATGAAAGCATACGAA +AGATACGAAGGAGTTAGATATTATTTTAACCTAGACTATAAGTATGATGAAAATTATTGT +TTTGAAAAATTTATAAACTTGAAGGATGAAACTATAGAAGGATTATGTAATATATTAGGC +ATAAAAAGAAGCGTGTCACGTAGAACCTTATTGGAAAATGTTATACCAAGACTAGGGGAA +GTTCTAAATCTACAAAAGGAATTTTCTTATAAAGAATTATTTTATGCTGTTTATGAGCAA +AAACTTCAAGAAAATGGTATTAATCGTATAAGTCTTTATGACTTTAATAAGTTAGTTGAC +ACTGTACACAGAAATTACAAAACTAGTAAGGATAGTGAAGAAATTAACGAAGTTAGACCG +GTTATACCTGTTGCGAAAAGTAAATTACCTAAGGTTTTAACTAATCAAATTATAAGTGAT +TTTAAAAAACAAGGTTAA +>group_1038 +ATGATTTTATCAAGAATATCTGAAAATGAAAAAAGGGTTTATGTAGATGTAAGTGGGTAT +ATAACTAAGAAGGATGCTAAAGAATTTTTAAATAAATATAAAGATATGGGTAAAAATATT +AAATTCTCACAGTATAATTTAGTGGTTACGCCAGGTGTATTTCAATGTGAAGATAATAGT +GATATAAGAACAACTTGTATGACATTTTTAAAATCAGGATATAAAAATATATATTTAGTA +GATGAGCAAAATACTTTGATGAAAACTTTATCTCTTAAACCAATGGAGAAGAAGCTTTTC +TTAAAGTCTGTAAAAATTGTTCCAGACAAAACTTTAATAAAGTAA +>cotR +ATGAGAAATTCTACTTTTAATATAATTAATTTTGATGGGGGAGGTTTAAGAGGGCTTTTG +AGTATAAGCCTTTTTGAAAGGATACAAAAAGAATTTCCAGATATATTAAGAAATACTAAT +ATGATAGGAGGAACGTCAACTGGAAGTTTGATTGCCTTGGGTTTAGCTTATGGATTAAGC +CCTAGAGAAATAAAAGAACTTTATTCTGTCGAAAATACTAGTTATATTTTTAGTAAATCA +TATTCAGAAATTCTAAGACCCAAATATGATAATAAGCATTTAAAAGACATACTTAGTAAA +ATATTTCCTAAATATTTAAGACTAAAAGATCTAGGAAAATTAGTAGTTATACCAACTTTA +TATATTGGTAATGAAACTAGCGAATGGAAGCCTATATTCTACAATAATTTACCTAACTCA +CCTACGGAGAATGAGAGGGTCATCGATGTTGCAATGTACAGTAGTGCAGCTCCAGTTTTT +TTTCCAAGCTATAATTGCCATATAGATGGAGGGGTGGTTGCAAGTGATCCTAGCTTGGCA +ACTATAGTTCATGCTTTAGATAATCAGTTAGGAAAAGATTTGAAAAATATTAGGTTACTG +TCAATTGGAACAGGATATCTTTACAATAGTATAAAACAAGATACTACAACTTGGGGAGCA +ATAGATTGGGTTATAAGTAAAGAGCCATCTTTACCGATAATTTCTGTTACTTTAGAGGGA +AACTCCCAAATGAGTCAATTATTTTCTGAGAAGCTTTTGGATGAAAATTATTATAGACTA +AATCCAAGAATGAATAGAGATATAGGAATGGATGATATAGCATCATTAGAGTACTTAAAG +AAATTAGGAGAAGATTATAGTATAGATGATACGATTAAATGGATAAACTCTAAATGGAAT +ATAGTGGAATGA +>group_1048 +ATGTCTTATAGAAGTAATAAAGGTAGAAATAATGTTACGTATTTACATAAAAACAAAAAA +AATAATCCTAGAACTAGTAAAAATAAGAAAGTAAATAAGAAAAGAAAAATAAATAAAGCT +AAATTAAGTATATTAGTTTTAGGTATATTATTTTTTAGTTTTGGAACAATAAAGGCTACT +CAAAGTGTAGCTGAAGTAGTTAAAAATGTAAGTTATAAAATGGGGAAAAATAATGATGAG +CCAGTTGTTGAAGTTGAAAAACAATTTGATTTAAGTGAAGAACAAAAACAAAGTAATAAA +AAATATACTGTCTTCGTAGATCCTGGACGTGGCGGAGATGATAAAGGATTACAAAGTAAG +ACTACTCAAAATTACGAAAAGGATATTACATTAGAAATTGGTAAAAGATTAGCAAGTAAG +CTTTCAAATCAAAGTGATATAAATGTAATAGTTTCTAGAAGTGAAGATGTGAATATTAGT +ACGAGTGAAAGAGTAAATCAAGCAAAGCAACAAAAGGCAGATTTTTTAGTTTCGCTACAA +TTAAATTCTGAATATGGCGGAAATACTGCAAATGGGGTTGAGATATATTATAAAAAGGAT +GAGTTATATAGAGTAGACGAATTAGCAAGATATGTACAAGACTCTATTGTATCTTATGTT +GATTTAAAAAATAGAGGTATTGGCATTGGAGATTTCGGAGTTTTAAGAGAAGCTACTATG +CCAGCAATAGTAATAAAATGTGGGTTTATTACAAACCCAGAAGAAGAAAAAAAGTTAACT +GATGAGAAGTTTATAAATGAATTAACAGAAGGAATTGCACAGGGAATACTTTCGTACATT +GATGCAAACAAGTAA +>group_851 +GTGAAGGAACTAAAACCTTATAACAGAGAAGCAGCAGCGGCTTATGCAAAGAAGTGGGCT +CTTGGAAGAAATAAAGAATATAAAGATTATGAAAATTGGGGAGGAGATTGTACTAATTTT +ATTTCTCAATGTTTAAAAGCTGGAGACATTCCTTTTGACCACTCAGGTAGTGATGTTCTT +AAGCAGTGGTATTGGTATAGTGATAATAGTAGAACTCCCACATGGACAGCTGCAGAACCT +TTTTATAAATATTTAACTAGTAATAATAATGACAATACAAGTAATTATGGTATATATGCT +CGATTAGCGAATTATAATGAATTAGAATTAGGGGATATAGTACAGTTAATATATGAGGGT +AGAGCTTATCATAACATGATTATCACAGATGTTATTTTAGAAGGGGATTACTTAATTGAC +TATCTTATATGTCAGCATACTTCTGACTTATTGAATTACCCACTAAGCCTAAAAGAAGGC +GAGAGAAGATATTTGAAGATACTTGGGTATTATGAATGGTAA +>group_148 +ATGAGTATAATAGAATCAGCTATAAAATTAAGCGAAGTAGTTCAAAGCATAGCTAGAGAA +AAAGGTATAAGCGAAGAAGAAGCTTGGACAGAAGCTGTTAAGGTATATAGAGAAGAATAT +GAAAATATAAAAAAGTAG +>csd_2 +ATGAACTATAGGTATTTATATGATGGGATAGATGATCAAATTAAGTTATCAGACGGTACT +TACATAACTCCAATTAACTTTGATAATGGAGCTACAACACCACCTTTAAAAAGTGTAACA +AAAATAATTTCAGATAATATAAAAAATTATGGTCCTATTGCTAGAGGAGTAGGATTTAAA +GGTGAATATTGCACTATGATGTTTGGTCAAGCTAGAGCGATTATACTTAATTTCTTTGGA +CTTGGAAGTGTGAATAGTCATACTGTAATATACACAAAATCAGATACAGAAGGTTTAAAT +TTATTAGCGAAAGTATTGATAAAAGATAAAAATGATATGATTCTTACAACTAGAATGGAG +CATCACGCTAATGATTTACCGTTTAGAAATGTAGGAAGAATGGTTTATGTTGATGTAGAT +GAGTTAGGTAGAATAAATATAGATGATATAGAAAAAGAGCTAATAAAAGCAAATGGCAAA +ATTAAAATTGTGACCGTAACGGGTGCATCAAACGTAACTGGATATGTTACTCCAATACAC +GATATAGCTAGACTTGCGCATAAATACAATGCTTTAATAATTGTAGATGGAGCTCAATTA +ATAGCTCACACTAAGGTTGATATGAATGGAAGTTGTAAGGAAGAAGAGATAGATTTTCTT +ACTTTTTCAGCTCATAAGGCTTATGCTCCTTTTGGAAGTGGTGCAGTGATTGGAAAGAAA +GAGTATTTAAATGAGTATGATCCTTTCCTAGCTGGAGGTGGGTGTGTAGCAGGTGTATTT +GATGATAATGTGATTTGGTCGGGGATACCGGAGAGATATGAGGCTGGAACTCAGAACTTC +TTTGGGGTAATAGCAATGGCGCAAGCTTTAAATGACCTACAGAATATTGGTTTTGAAAAT +ATACAAGATCATGAAGTAAATCTTAAAAATTATTTGATAAATAACATGAAGAATATAAAT +AACTTAATTTTGTACGGAGATACAAATTATACAGATGATAGATTAGGAGTAATATCTTTT +AACATAAAAGATAGAAATTACGAAGAGGTATCCATAAAAATGGCTACTGAAAAAGGAATC +TCTTTGAGATGTGGTAAGTTCTGTGCACATCCTTATGTATATAGATTATTAGGCGTAAGT +GATTGCGATGCTTATAGAGATATAGTTTCAGGGGAATATTATTATGGAATGATAAGAGCA +AGCATTGGTCTTTATAATACAATGGAAGAAGCTGATATTTTCTTAAATTATTTAGAATAT +ATGGCAAGTAGAAGAAGTTCTCTTTGTAGATTAAGAAAACCTACTGGAAGAGTAAAGTTT +TAG +>group_76 +ATGAAAGTACCAAATAAAATTATTAGTAGTATTTTAGCCATAGGAATAATTACTTCAACA +TCTTTAGCCTATCAATCGACTAACGTAAGTAAAACTTCACAAGAATCTATTGGAACTTCT +GAAACAACAGAAATATCTAAAGAACAAAGTAAAACACCACAACAAGTAAATATTCATATG +GGAGATGATGCATCTACCCAAGTAAATATCTCTTATACAACTATAGCTGGTGAATTAGAA +ACTAAGGTTGAATTAAATAAGGTTGGATATAGCAAGAAGATAATAGTAAAAGGTGAAAAT +ACTATAGGTAATGCTGATAAATATTTCCATAGTATTACTGTAAATAATCTAGAACCTAAT +ACAAAGTATGAATATACAGTTGGTTCGGGATATAACACATATAGTGGTAGCTTCAAAACA +GCTCCAGCAAAAGGAAGTAAGGATAGTTTTAAATTTGCATTCTTAGCTGATACTCAAGTT +TCAAATGAAACTAATGCTAAGGCTGCAGGATCAACGTTTGCTCAGTTAAGTAAAGATCTA +GACTTCCTTTATCTTGCTGGAGATATAACTGATAAAGCTACTAACGAAACTCAATGGGAA +TTAATATTCAATAATGGAGGTGCCTTTCCTACTGCTGGACAAAATTTACTAGGAAATATA +TTAATAAGTGCTGTACAAGGAAACCATGATAACAACACTTTAACTAGACATATTAATGCA +CCAGCAAAATCTGGGAATATAGTTTATTCATATGATTATGGTCCAGCTACGTTTATAATG +CTTAACTTAGAAGCAGCTAGATATGATGTTGATGCAAGAGCTGAACAAAAAGAATACTTA +ACTAACGCTGTTAAAGAAGCTAAAGAAAGAGGTCAATGGACTTTTATAGGATTTCATAAA +TCTTTATATACAGGAGCATCTCATATAACGGATTCAGATGTTATTGAAGCTAGACAATAC +TGGGCTCCAACTTTTTCAGCACTAGATGTTGATGTCGTAATGCAAGGTCATGACCATGTG +TATTCAAGGGGATTTGTAACTTCTGATGGATATAATGCTAACCCTACATCTAATGCAGAT +GGTTCTATTATAAATCCAAAAAATGCTCCACTATACATGGTAGGGGGACACGCTGGTTGT +TTAAAGTGGTACTCTAAAAAGAACTACTTAGTTGGAACTGGTGATCCACTTGCTCCAGGA +TACTCTTTCTTAGATGTAAACTCTACCGATACAGGAAGTGATGTAAAAAAAGAACAAGTA +ATAGTTGAATTTGAAGTTTCTGAAAATGATTTAAGTGTAAATACTTATATGATGAAATAC +GATACTGAAACTGATTCTATTACAACAGATAAATATTTATATGACTCTTTCTCTGTAACA +AAAAGCGTAGCAGAAGTTGAAAATGACTACCAAGCTAGCTTAGGTGATGTAAGTAATATA +GAAGGTAAAAAAGGTACTGAGTTTAAGGTTCCTATGTATTTAAATAACTTACCTAGCGAT +ACTGAAATAAGAAGTTCTGAGATTGTATTTAATATCCCTAATGATTTAGATGTTAAGGAT +GTTAAGTTAAATAATAAAGTAATAAAAGCTGATAACTGGGATTGGAATGTAAAAGATGGT +AAGTTAAGAGTTGCTCTTGTAAACTTAGATGGCTCTCCAATATTCACTAATAATGTATCT +TCAGATAAAAATATAGTTAACTTAACTCTAACTTTAAAAGAAGATAAGAATTAA +>group_115 +ATGATAAATAAATTTAAAAGAATATTTGATAAAAGCTTAGAATTTATAATAAACAAGAAA +AAATTAATTACTTCTACTCTACTAATACTATTAGTTCTAATTAGTAGCATAATAATCATA +ACCAATAATTCAGCTCCTGTTTTATCACTAAAATCACCTACTAACGAAATTACATATGAC +TATAAAGATGAAATTGTTATTCCAGTGACATTAAATAAGCTACCTGATAATTACTATCCT +GCTGCAAATGTGGCAGTATCTTTTAATAAAAATAAGCTTGAATTTGTTGGTATAAAAATA +GGAACAATGGAAGCTTATGATGACTATGATAAAAGCAAGAATGAAGAACCAAACTTTAAA +ATTCCTCAGTGGGTTTATAATACAGATGTTGCAAATCAAGAAGGTGTAATAAAAGCAATG +TACTTAGATACAACTGCTAGTAAAAATGCTTATTGTTTAGATGGATTTAAGAAGAAAGAA +AAAGATACTCCATTTCAATTGGTTTTTAAGTTAAAAGATTCGGTAATTTCTAATGATAAA +CTTGCATTAAATATCGAAGAAGCTACATTTGCTACTATATCAGGCAATGTTGACAAGAGT +ACTATATCTACTAAAGATAACTATGGAAAGCTAAAGATTAAAAATACTGAAATAAAAATT +AAATAA +>group_361 +ATGAAAAACAGCAATAAAAAAAGTAAAAATCCAGTAGCTATAATAATGTACGTACTATCT +ATTCTTTTGGGAGCATACACAATATTTACAATGTATAATTCATATACATACATATCAAGT +CTTGTTGCGCAAGGTCTTGTAATAAGTGATGAACTACAAAGTGTAATAAGCTATTGTGTA +GGAGCTTCTATACCATACCTATTCTATGCAGTATCATTCTGGGCAATAGGATATTTTATA +AATAAAATAAACTATATAATAAGCGAAATAAAAAATTATAATAGTGAATATATAAAAGAC +GATACTATAATAACAGACTATAGCGAAGATATAAAAGAAGAAGCGATAATAACAGATGCT +GATGATATACAAGAATATGAAGAAGTAATAATAGAAAATTCTAATGGACATACAAAGGAA +GATATATAA +>group_208 +ATGGCTACAGTTGTTGTAATAGGTGGTGGCTGGTCTGGTTGTGCTGCTGCAATAGGTGCA +AGAAAAGCTGGTTGTGAGGTTATTTTATTAGAAAAAACAGATTTACTATTAGGATTAGGT +AATGTAGGCGGAATAATGAGAAATAATGGGCGATATACTGCTACAGAAGAATGTATAGCT +TTAGGAGGAAAAGAGTTATTTGAGGTTACAGATAAGTATACTAAGCATAAAGGTATAGAT +TTCCCAGGACATGAACATGCAAGCATATATAATGTAACTAAAATTGAAAGACCAGTCAGA +GATTTAGTTAGAGGCATGGGAATTGATGTGAGATTCTTCAATAGGGTTATTGACGTTGAA +TTAGATGGCAATAAAATAAGAGCAGTAGAATTAGAAGATGGCGAAAAAATATATGGAGAT +GCATTTGTAGAAACTACAGGTTCATCTGGCCCTATGGGAAACTGCACTAAATATGGAAAT +GGATGCGCTATGTGTGTACTAAGATGCCCATCTTTTGGGGGAAGAGTAAGTGTTACTTCT +AGATGTGGTATTGAGGATATGATAGGAAGAAGAAATAATGGAGATTATGGTGCATTTAGT +GGTTCAATGAAATTATTAAAAGAATCATTAAGTGAAGAGATACAAAGAGAATTAAATGAA +AAAGGATGTGCAGTTGTACCCTTACCAGAAGAATTAAGAAATGAAGAAAAATTAGACATA +AAGGTATGTCAACAATATGCCCTTCCAGCTTTTGCAGAGAATATAGTTCTTATAGATACT +GGTCATGCAAAATTAATGTCTCCATTCTTTAATCTAGAAAAATTAAGAATGGTTCCAGGA +TTTGAAGGTGCAGTTATTGTTGATCCATATTCTGGAGGTAAGGGTAACTCTATAAGATAT +TTATCTGTAGCTCCTAGAGATAATTATATGAGAGCTAAAGGTATAAGTAATTTATTTGTA +GCCGGAGAGAAAAGTGGATTTTATGTTGGTCATACAGAAGCTATATGCACAGGTTCTTTA +GCTGGTCATAATGCTGCAAGATATTGTGATGGTATGTATTTACTTCAACTTCCTACCAAT +TTATTGATAGGTGATTTTATTGCTTACTCTAATATAGAGATGCATAAGGAAGATGGAGAT +ATGAAGAGATTTACTTTTGCTGGTAGTATTTATTTTAATAGGATGAAGGAGAAAGATTTT +TATACTACTGATGTAGATGTGATTAGAAAGAGAGTAAAAGATGTAGGCCTTGAGGGTGTA +TATAATAAGAAAATAATTATATAA +>pyrK_2 +TTGTATAGGGGAAATAATAAGATCTGTGTTGATTGTGGCAGCCAATATTGTCCATGTCAT +CTAGCATATACAGGAGATTGTATAAAATGTAGTTTGATAAGAGGAGAAAAAACATGTGAC +TGTGTATGGCAAGGGATATGTGTTTATAATGAGGTACAACATAGTAACGAAAAATTAGTA +AATGAGAGAAAAGAATATTCTTGCGATATACTTGAGAAAAGTGAAATAGCAGAAAATTTA +TTTTTAGTTAAAATAAAGATACCTAAGAATTTAGTAAAACACTTATGTAGCCCAGGTGCT +TACGTTTTATTAAAAAGCAAAAATAGAGAAAGTGCAATTTTTAACACACCTATATCAGTT +ATGAATGTGGACGCAGAAAATAGCATACTTGAAGTTGTTATAAAGCAAGTAGGAATAAAA +ACTAAAACTTTATTAGACTTTGAAGATGTTATAGTTAAGGGTCCTTATTTTAATGGAATT +TTTGGGGTGGATAAAATATGTAAAACTAAAAACTCAAATTGTTTAGTTGGATTAAGCGGA +TTATCTCAAGTGAATTCTATCAATGTAGTAAGAAAATTACTAGAGAATAAAAATACAGTA +GAAGTATTTATTAATAAAAACTCAATAATATTAGAAGAAGTTACTGAAAAGTTAAATAAT +CTAGGCGTTAATATTCATATTATAGATATAGAAGAAGATAAAAACTTTATCATAGACTAT +ATAAAGCGAAATAATGTAAGCCTTGTTTATAGTGGTGGATATAATCCTTTTAATAAATAT +ATGAAAGAATTAGTAGATAGTATAAATAAGGATATTGCATTAGCCATAGCAAATAATAAT +TTGATTTGCTGTGGAGAAGGTATTTGTGGAGCATGTACTGTGAATTTAAATGGAGAAAGA +GTTAAGTCTTGTAAAGCTCAAATTAACAGTAGAAATTTACTAGGCATTCTTTGA +>group_131 +ATGGTTAATACTTTTCTTTTTTCTAAGGACCACTTAACTGTACTTTTTTTCTTTGCTTTG +TTCTTGTACTTTTCTCCAAAACTGACTAAAAACTTATTACCTTACAGCTATATTGTAGAG +AAAGTAATCTGCATACTTATGATTTTAGAAATAGTATTTGAACAAGCATTTATTATATCT +GTTAAGGATTACTCTACACTTAGTTCATTACCTATTGATATTTGCAGATTTGCTGAATAT +ATTTGTATTGCCATCCTATTTTTTAAACAATATCAATTATTTAATGTATATTTTTCTTGG +AGTTTAGTTTGTTCAATAGGAGATTTAATTTTCTTTAAATATGTACCTTACAATTTTCCT +AACTTTCTTCATCTAGCCTATATATTTTCTAATGTACTTTTACTTTATGCTAATGTTTAC +ATGGTACAAGTAAGAAAATTCAAACTTAATAAACATGCGCTAATAGATAATTTATTAGCC +TGTGGAATTTATTTTTCATTTATATTCCTTTTAAATAAACTTATGGGAGCGCATTATGTT +TACAGTTTTTCTAGCTACAATATTTTAAGCATATTAATTTTTGCCGGATTAACTACTTTA +GTTTATATTCCTTATTATATTTTTAATAGAGATGAATCTAGTTTTAACTAG +>mro +ATGAAGTACACTAAGAATATCCTAAAAGTTATAGATGATAAAGAGATAATATCTTACAAT +GTATCTGGAGAAAATGGATTTGAATTTGAGATACTTAATCTTGGAGGGGTTATAACAAAG +ATAATAACGCCAGACAAAGATGGTAACTTAGAAAATGTAGTTTTAGGATATGAAGATATT +GAAAACTATATAAAAAATCCATTTTACTATGGAGGCCTTATAGGTAGAACGGCTGGTAGA +ATATGTGATGGTAAGGTAGTCATTGAAGAAAAGGAATATAATTTAAATAAAAACTATAAC +CCACATCAAGGTCATGGTGGAGATATAGGTTTCAGTCATAAAATATGGGATGTAGATGTA +ATTGAAGAAACTGAAAATATAACTTTAAAATTAAAATCAAAGTCATATGATAATGAAGAA +AACTATCCAGGAAACTTAGATGTAGTGGTATCTTTTAAAATCTATGAAGATTATAAAATA +GAAGAAATTTACGAAGCTGTAAGTGATAAAACTACTTTAGTAAATATGACAAACCACAGT +TACTTTAATATAAGTGGAAATATAAAAAGACCTATAACAGAGCAGTATCTAAAGGTTGAT +AGTAATAACATATTAGAATTAGATAACACTTGTGTTCCTACGGGAAAAATTGTTAATGTT +GAAAATACACCATTTGATTTCAGAACTATAAAACGTGTAGGTAAGGATATTGATGATGAA +CACGAGCAAATAAAAATGGGAAACGGATATGACCATGTATTTTTATTAGATAATGGCAAT +AACATATATATAGAGGATAGAGAGTCAAAAAGAGCTATGTCAATAACTACGGATCAAGAT +GCTGTTGTAATATATAGTATGAACTCTGATGATGTGCTTGAAGCTTATACAGGAGAAAAG +CCTAAGAAAAGATTTGGTATATGCTTTGAAACACAAGCACCACCAATAGGAAGAAATATG +TGCTTTATAGAAGACTCTATATTAAATAAAGGTGAGAAATATACACAAAAGACTATCTAT +CAATTTTTAGTTAAAAATTAA +>galT_2 +ATGATTAATATATATAGAGAATTTGAAAGACTTGTTAATTATGGATTAAAGCATAATTTA +TTTGAAAAAGAAGATAAGACTTATATAAGAAATTCTCTTATAGAGCTTTTTAAATTAGAT +GAATATATATTTGAAGAAGTAGAAGATGAAAACTTAGAAAATGTTACACCTATATTGGAT +AACATATTGGATTACGCTTATGAAAAGGGAATATTAGAATATAATTCTCCTGTTTATAGG +GATTTGTTAGATACTAAGATAATGAGCCTACTTATGCCAAGACCTTCTGAGGTGATAAGA +GAGTTTAATTGTAGATATAAGGACAATAAGAAAAGTGCTACTGATTATTTTTATAATTTA +AGTAAGGCTTGCGATTATGTTCGTACTGATAGAATTGCTCAAAATATTACTTGGAAGACT +ACTACTGAGTATGGTGATATAGATATAACTATAAATTTATCTAAGCCAGAGAAAGATCCT +AAGGCTATTGCAGCAGCTAAGAATATGAAGAGTTCTTCTTATCCGAAGTGTTTATTGTGT +AAAGAAAATGTAGGATATGCTGGTAGGGTTAATCATCCTGCAAGACAAAATTTAAGAATA +ATACCATTTACTTTACAAGATGAAGAGTGGAATCTTCAGTATTCTCCATATTCTTATTAT +AATGAACATTGTATAGTATTATCTAGTAAGCATGAACCTATGGTTATTAATAAGAATACT +TTTGATAGAAATTTAGAGTTTGTTGAAAAGTTCCCTCATTACTTTATAGGTTCAAATGCA +GATTTACCTATAGTTGGTGGTTCTATACTTACTCATGACCATTATCAAGGTGGAAGATAT +GAGTTTGCAATGTCAAAAGCTGAGGATATATATAAGTTTGAAATAAAGGGATATGAGGAT +ATAAAAATATCTATTGTAAAATGGCCCTTGTCAGTAGTTAGAATAAGTGGAGAAGATAGA +CATAAGCTTAGTGAGTTAGCTGAGAAGATATTAAATCATTGGAGAGGTTATTCTAATGAA +GAGGTTGGTGTTTATGCTTATAGTGGGGACACTCCTCATAATACAATAACTCCAATTGCT +AGAAAAAGAAATGATAAATATGAATTAGATTTAGTTTTAAGAAATAATAGATGTGACGAT +AATCATCCAGATGGAATTTTTCATCCACATAAAGAACTTCATCATATAAAGAAAGAAAAT +ATAGGGATTATAGAGGTTTTAGGACTTGCAGTATTACCAGCAAGGCTAAAGGATGAGTTA +GCTCAAATAAAAGAATGTTTATTAGATGATAACAAAGCTAGTAAAGTTGAAGAAGATGAA +AGATTAAAGATACATTTAGATTGGTTCAATGAGATTAAATCTAAACATAATAATTTAAAT +GAAGATAATATAGACACTATAATAGAAGATGAGGTAGGTTCAGCATTTGCAAAAGTGCTA +GAACACTGCGGTGTTTTTAAGTGGAATGAAGATGGAAAGAAAGCAATGAGAAAATATATG +AATGATGTAAAATCATACACAGAAAGTTTATAG +>galE +ATGATACTAGTGTGCGGTGGAGCAGGATATATAGGTAGTCATGCAGTAAGACAGCTTATA +GACAGAAATGAAGAAGTCATAATAGTTGATAATTTAGAAACTGGCCATGAGGATGCAATA +CATCCACAAGCTAAGTTTTATAAAGTAGATATAAGAAATGAAGAAGAACTAGATAATGTA +TTTACAGAAAATAAAATAGATGAGGTAATACATTTTGCAGCAAATTCTTTAGTTGGAGAA +AGTATGAGTAATCCTCTAAAATATTACAATAATAATGTTCATGGTACAGAGGTGCTTTTA +AAGGTTATGATTAAGCATGATGTTAAGAAGATAGTATTCTCTTCAACAGCAGCAACTTAT +GGAGAGCCTAATAACATACCAATTATTGAGAGTGATTTAACAAATCCAACTAATGCATAT +GGAGAAACTAAATTAGCTATGGAAAAAATGATGAAATGGGCAGATGTATCACATGGAGTT +AAATATATATCTTTAAGATACTTTAATGTAGCTGGAGCTCATGAAAGTGGAGAAATAGGT +GAAGACCATAATCCAGAAACGCATTTAATACCGTTAATACTTCAAGTTCCATTAGGAAAG +AGAGAGTTTATATCAATATTTGGTGACGATTATGATACTCACGATGGTACTTGTATAAGA +GATTATATACATGTAACTGATTTAGCTGATGCTCATATTTTAGCAGTTCATAAGTTAAGA +GAAGGTTCTAACAGTAATATTTATAACTTAGGAAGTGGAAATGGATTTACTGTAAAAGAA +ATGATTGAAGCAGCTAGAAAGGTGACAGGACATCCAATACCAGCTAAAGTATACGAAAGA +AGAGCTGGTGATCCTGCTAAACTTGTTGCAGCTTCTCAAAAAGCAAGAACGGAATTAGGA +TGGGAACCTAAACTTGAAAATGTAGAAGCTATGATATCATCTGCTTGGAAGTGGCATCAA +AATCATCCGGATGGTTTTTTGAAATAG +>cbh_1 +ATGTGTACTGCTCTTACTATAGCTACTAGTAATGGCTATCATCTCTTTGGGCGTTCATTA +GATTCCAGTCATAACTTTAATCTAACGGTTCACTTTATCCCAAGAAACTATATCTGGAAA +AATGTAATTACGAACAAGACTAATAATATCAAATACGCAATTTTAGGAATGGGAATTATA +TCAGATGGACATCCTCTAATAGCTGATGGTTTTAATGAAAAAGGATTAGCTTGTGCCGCT +CTTAATTTTCCTGATTATACTTCTTATAACAAAGACTTAATAAATGGTAAAATTAATATA +GGACCTTATGATTTAATATTATGGATCTTAAGTAATTTTGAAAAAGTATCAGAAGTAAAA +AATGCTCTAAAAAATATTAATATTGTAAATATGCCGTTCTCCAAATCTACCCCCATCCCG +CTAATCCATTGGTTAGTGTATGATAAAGATGACAATTGTATAGTAATAGAAAAAATAAAA +GGTAAATTAAAAATTTACGATAATAAAATTGGAGTACTAACAAACTCCCCAACATTTGAC +TGGCAAATTACTAATTTGAGGCAATATATAAATTTAACTTCTACTCAGCCTGAAGAAGTT +ATGTGGCATAATCAACAACTTACACCCCTAAGTAATGGTATTGGATTAACAGGTTTCCCC +GGTGACTTTTCTTCAGTATCAAGATTTATAAGAGCTGCTTACCTTAAAAGTCATGTAGAT +GTTGGTGATGATGAAGTATCTGGAGTTACTACACTTTTCAAAGTTCTTGATAATACAGCT +ATGATTTACGGTTCGGTTATAACATCTAAAAACCTTAAATTTAAAACATTTTATAAATCA +TCGATGTGTCTAGAAAAAGGAATATACTATTATAATACATATAATAATAATCAAGTGACT +GCTATTAGTATGTTTAATGAAGACTTGGATACTGCTAACATTAAAGTGTTCCCCTATAGA +AATACTCAGTCTATATATTCTGAAAACTAA +>cbh_2 +ATGTGTACTGGTTTAACTCTAACTACTAATGATGGGTATCATTTATTTGGTAGATCTATG +GATATTGAGTATTCTTTTAATCAATCTCCACTTTTTATACCAAGAAACTTTACTTGGAAT +AATACAGTTACAAAAGATACAAATACAATTAAATATGCAATATTAGGAATGGGAACTATG +TTAGAAGGTCATCCTATGATAGCTGATGCCTTTAATGAGAAAGGGCTAGCGTGCGCCGGA +TTAAACTTCCCTGGTTATGCTTCTTATGAAGAAAATATAATGGATGGTAAGACTAATATC +GGACCTTATGATTTAATATTGTGGGTATTAAGTAATTTTGAAAAAGTATCAGAAGTAAAA +GAGGCCCTAGATAACCTTAACATTGTAAATATACCTTTTACTCAATCTACGCCACTTCCA +ACACTACATTGGATAGTATACGATAAAAACGACGACTGTATAGTAATAGAAAAAGTAAAA +GGCAAATTAAATGTTTACGATAATAAAGTTGGAATCCTAACAAACTCTCCAACTTTTGAT +TGGCATATTACTAATTTAAGACAATATATGGGATTAACTTCTACTCAACCTCCAGAAGCT +ACATGGCATAAACAAGAGCTTATACCATTAGGTCAAGGTCTTGGATTGTGTGGGTTACCT +GGAGATTTTTCTCCAGCTTCAAGATTCGTAAGAACTTCATACTTTAAAAGCCATATAGCG +CTTAATAAAGATGAATTATCTGGAGTTACGGCATTTTTCCACATTCTAGCCAATGTCTCT +ATGATTGGAGGTTCTGTTGTAACACCTGCAAATCTTAATGATATAACATTATATAAATCA +TCTATGTGTTTAGAAAAAGGAACTTATTATTATAATACATACTATAATAATCAAATCACT +GTTATTAATATGCATAACGAAGACTTAAATGCTACAGAGGTTAAAGTATTCCCATATAGA +GATGCTCAGTCTATATATTACGAAAATTAA +>group_141 +ATGACTATTTATACAGTAGCTTTAATATCACCATTAGTACAAGGGGCTACTTTAGCTGGT +GCAGTGTATAATCTAGTTGTAGTAACAATTGGAAATATGATTGGCGGAGCATTATTTATG +GGAGTTGGAGCTTATATACTTGGAAGTTAA +>nirC +ATGGTTAAAATAATGATGGGAGTATCCTTTGTAGTAGCATTAAGTTTAGTTATTATGACT +GGAACAGAATTATTTACAGGTAATAATATGGTAATGACTGAAGGAAGCTTGAATAAAGGA +ATAAGCTCAAAAGATATGTGTAAGGTATGGATTTATAGTTATATAGGTAATTTATTAGGA +TCAATATTAGTTGCAGTTTTATTTGTAGGAAGTGGATTAGTAAGTCAAGGTCCAGTAATG +GAATTTTTTGCAACGACATCTATAGTAAAGTCATCTGATCCATTTATGCAACGTATATTT +AGAGGAATACTTTGTAATATATTAGTTTGTGTAGCTGTATTATGTTCTTTTAGAACTAGT +GATGACAGTGCTAAATTAATAATGATTTTTTATATTTATTTACATTTATAA +>group_172 +ATGCATAAGGAAACTTTAGATAAATTAACTAACGCAGCGAAAAATAAAATTAACATGTTT +AATAATAGTAAAGTAAAACACTTAGTATTGGCAGCTTTTGAGGGTTATATGTAG +>asrC_2 +ATGTGGTGCTTGTGTGAAAAATGTGAAGTACTATCTATGGGTGCTTTAAAGAAGGAAAAC +TATAAAATAGTAAGAGCCCATTATAAATGTATAAGATGTGGAGAATGTATACTAAATTGT +CCAACTAGTGTCTGGACTAGAGATTCTAAAAAATATCATATATTAGCTATTATGGGGAGT +ACAGGAAAGAAAAATCCAAGATTAGCAGAGGACTTTTTACTTTGGTCATGCGAAGAGTCT +ATTATAAAAATAATAATTAACACTTATAAATATGTTATTGAATATATAGATTTAAATGCT +CTAGGAGGGAAAGAACATATGGATTATATAGTAGACAGAACAGGATTTATGGAATTTAAA +AAGTGGGATTTGGATGGAGTAGAATTAGATGATATAGCGAAGGTTAGTGAAAATATATAC +TGGAGTGGTATAAGATATTAA +>pldB +ATGAATAATACAATAAATGATTTAATATACATAGATGTTTTTTTTAAAGGAAAGAATGAA +TTACATATATATTATAAAAGTTATGAGGTTAAAAATAGTATTGCTACTATAGTAATATCA +CATGGATTTTGTGAATCTGTAGAAAAGTATAGTGAAATTATTAGCATATTTAATAAAAAT +GGTTTCTCTGTCTATGCATTAGATCACAGAGGTCATGGAAAATCAGGGAGGCTCGGAGTA +GACAAGAATCAAGTTAATGTAGAAAAATTTGATTATTATGTTGAAGACTTAAGAGATTTT +TTAGATACTATCGTGGTGCCTAAATTAAATAATAATAAATTGTTTTTATTTGCTCACTCT +ATGGGTGGAGGAATAGGCGCTTTATTTTCAGAACAATATAATAAATATAAATTTAAAACT +ATATGA +>group_334 +ATGCATGAAAAAAACTTAGCGCAACTACTTATGTATGATATTGAATTATTTAATAATCTT +ATAAAGAATATTAATAGAGAAAGAGCTACTATAAATAAGATTCTTACAGAAAGACAATTT +TTTGTTTTATTAAAAATATATAATTGCAAAAAGATGGAGCTTAAGAATCTAAGTAAAGAG +CTTAATGTATCTACATCTAGTTTATGTATATTACTTAATAAATTAGTTGATCAAAACTAT +GTTTATAGAGAAGAAGATAGGAGAGATAGAAGAAATACTTTCTATGGAATAACAGAAATT +GGCGAAAAAATAATCAATGATGAAATGAAGCAGATATCTTCTATTTTAGAATCTAAATTT +ATGATGCTAAGCGTAGATGAAAGAAAAATCATGATTGAATCTTTACAAAATATTAAAAGA +ATAGCAAAGAAGTTTGTGATTATAGATAAGTAA +>ytfJ +ATGAGAGCAACAGGGTCAATACAAAGTCTTATGGAGACAACGCTTGAAACGATTAAAGGT +TCTATAGATGCAAACACTATAATTGGAGACCCAATACAAACAGAAACTACAGTAGTAGTA +CCTATATCAAAAGTAACTATTGGATTTGGGATAGGTGGTGGAGAATATTCAAAAGGCTAT +GATAATAGAAATGGTATTGAAATAAATAATGAAAAAAAAGATACAAATTTTGCAGGAGGT +AGTGCAGGTGCTATATCTGTACAACCAGTGGCATTTGTAGTGGTTGAAGATGGAGAAACT +AGACTTATGAGTTTAGATGATAATATTAATTTGGTAGATAATATACTTGCAATTACTCCA +AGGGTTATAGAAAAAATACAGAAAATGAATAAAGAAAAATGCAATAAAAATAGTAATCAT +AAATAA +>group_155 +ATGAAACATAATGAGATGTTTAGTTTATATTTTTTTATAGCAATTATTATTTTAGTATTA +TTTATTATTTATAAATCAAGACTTAATATTATAATTTCAATAGACATAGATAATAATACC +AAGTTAATAAAATTAAATATAAAATATTTATTTAATTTGCTAAATATAAAAATTCAACTT +TATCCACCTAAGAAAAGTATAGGAAAGAAAGTAGGAATAAAGAATAAAAAGGTAAAGGAG +AAAGTAAAAAAAAGAAAAAAATATATATTTACAGATGATATATTAAGAATCTACAAAATA +GCAAATAATATAAGGATAAAAGAATTATATTCTAATATAAGTTTTGGAAATAAAAATATT +TATTTTACATGTTTTATATTTGTATTTATTAATACTATTTATGGTAATTTAAGTAGCTTA +ATAAATGCAGAAAAAATATATTTAAATGTTGTACCTAATTTTTTAGAGAATTATATTAAT +GGAAGAGTGAAGATACATATAAGTCCAAAGATAGAGGACTTGTTGAAATTAGCTATGGCT +TTTATTAAAATTTATAGAAAAAATAAGGATGGTGATCATAATGAGAGCAACAGGGTCAAT +ACAAAGTCTTATGGAGACAACGCTTGA +>scpB +ATGAAACGTGAGGATATAAAGCATATTATAGAAGCAGTAATGTTTGCATATGGAGAACCT +ATAAGCATAAAAGAGTTAAACTCTATAATAAATGATGAACTTTCACCAAAAGAAATTGAA +TATATGTTACATTCTTTAAAGGAAGAGTATAGAGATAATAACAGAGGTATTCAAATAATA +AAATTAGAAAGCAAATATCAAATGTGCACAAATAAACAATATGCAGACTACATTAAGAAA +GTCCTTGAGCCAAAGAGAAAGAAAACTTTAAGCCAGGCAACATTGGAAACATTGACTATT +ATAGCTTATAAGCAGCCTATAACAAAGGTTGAAATAGAAGATATAAGAGGTGTTAAGTGT +GATAAAGTACTTCAAACTCTTTTAGAAAATGATCTTATAAGAGAAGCAGGAAGATTAAAT +AGAATAGGTAAACCTATAATATATAGAACTACAGATGAGTTTTTAAAATTATTAAATATA +GAGAGATTAGAAGATTTACCACCTATCGAAAATTATGAAACTATAGAAATACAACAGGCT +AATGAATAA +>scpA +ATGAAATATAATATACATTTGCAGGTCTATGATGGACCGCTAGATTTACTTTATGATATG +ATATCAAAGCAAAAAATAGATATAAAAGATATATCTATAACTGAAATAACTAAGCAGTAC +TTAAGTTATTTAGAGATGCTAGATAAAATGGATCTAGAAATAACGAGTGAGTTTATAACA +ATGGCATCAAAACTTCTTCAAATTAAGTCTAGATATTTATTATACAAACAAAAAGACGAT +GAGGAAGAGGAAGATCCAAGATTAGAACTTATGGAAAAATTAGAAGAATACAAAAAATAT +AAGTTGGCAGCTGAGGATTTAAAAAGTAATGTTACTGACTTGAGTGAGGTATTCTATAGA +AAAAAAGAAGAAATAATTATAGATGAAAAAATAGACTTAGAAGATATATCAATAGATGCT +ATAAAAATGATTCTTCCACATATCTTAAAGGTAAAGACATCAGAGGAAACTGAGTCTAAA +GATGATAGATTAAATAAAATTGTAAAAGGAAGAATAGTTTCTGTTGAGGAAAAGATGGTA +TATATAAGAGGTATTATTAAAGAGAAAGAACAGGTTCATTTTACTAATATTATAGAAGAT +TGTGATAAAAATGAAGTGATAGCAACTTTCTTATCTATACTAGAATTAATTAAGGCAAAA +GAAATAACAGTAGAACAAGATATATTCTTTGACGATATTTTAATTAAGAGAAGTTCGGAG +TGA +>group_190 +ATGAATTTTTTAAGTAATATATTAGTATATTTAGTAGCTATAGCAATAGCATTATCGGTA +CATGAGTTTGGACATGCTCTTGCAGCCTATTTACTAGGTGACAATACAGCTAAAGCGTAT +GGAAGATTAACATTAAATCCAGCTAGGCATGTTGACCCAGTTGGTTTACTAACATTATTA +ATATTCCGTATAGGTTGGGCTAAACCAGTTCCAGTCAATCCTAATAACTTTAAAAGTTAT +AAGTGGGGTAATGTAATAGTATCTTTAGCTGGAGCAGTAGGGAATATAATTGCAGCCATA +GTAGCATTAATCATTGCAAAAAATTCTCATATGTATGCAATATATACAATAGCTTCTACA +ACAGCTGCTTTTAATATAGGATTTGCAGCATTTAACTTACTACCTATACCACCTCTTGAT +GGTTGGGGAGTTGTATCAGCATTTATACCATTAAAATGGAGTGAATTTGTATATAAGTAT +GAAAGCTATGGGCAATTAATACTATTACTTTTAATATTTACAAAAACTTATATGATAATC +TATGCACCAATATATGGGGTTATTGTTAATATAGTAGGAATATTCTTATAA +>dacF_2 +ATGAAAAAACTATCCAGCATTATATTAGCTATAATTCTTATAATTACACCAGCTAATTTA +GCTTTTGCTAATAATGATAATAGTAATATAAATATATCGTCTAAATCGGCTATTTTAATG +GATGTAGGTAGTGGACAAGTGCTTTATGAAAAAAATGCTCATGAAAAATTACCACCTGCA +AGTGTCACAAAAGTAATGACAATGTTATTAATATGTGAGGCTTTAGATAGTGGTAAAATC +AAGATTGATGATCAAGTTCAAGTAAGTGAAATTGCCTCTAGTATGGGAGGAAGCCAAATA +TTTTTAGAACCTGGTGAAAGTCAAACTGTAGATACCTTATTAAAGGGGATTGCAGTAGCA +TCAGCAAATGACGCTTGTGTTGCTATGGCAGAATACATAGCAGGTAGTGTAGAATCTTTT +GTAGATATGATGAATTCTAAAGCTAAAGACTTAAATATGAAAGATACCCACTTTGCAAAC +ACTAATGGATTACCAGTAGATAATCACTATACTTCAGCTTATGATATAGCCACAATGTCT +AGAGAATTATTAAAACATTATGTTATAAGTAAGTATTTAACTACTTGGATGGATTCAGTA +GTTGTAGGTAAAAAACAAACTTCTATAGGTATTGCAAATACTAATAAGTTAATTAAACAT +TTCCAAGGTGCTACAGGGGTTAAGACTGGTTTTACTCAACAAGCAAAATATTGTTTATCA +GCATCAGCTAAAAGAGGAGATACCCATTTAGTAGCTGCAACACTTGGAGCAGAAACATCT +CCAGAAAGATTTAAGGATGCATCATCTCTTTTAAACTATGGATTTGCAAATTATGAAAGT +GTAAAACTTTGTTCTAAAGATGATAAAATATCTACCTTGACTATGGAAAAAGCTGAAAGT +GATAAAGTAAGTTTAGTAGCTAAAGAAGATTTAACTGTACTTATTAAAAAGGGTGATTCA +AAAGAGTTTACTAAAAAGATAAAAGTATATGAGGAACCAAAATTACCAATAAATAAGGGT +ACAGCATTAGGTATGGTAGAAGTATATAAAGGTAAAGATTTAGTAGGTAAAGTAGAATTA +GTAAATAATAAAGATGTGAATAAAGCAAGTTATCTAAAAATGTTACAAAGAGTTATAGAT +AACATGTTATAA +>group_45 +GTGAGTTATAAAATAATAAATAAAAATGCAAGAATAGCGTTGAAACAAGTTAAATTTGAA +ATTGCAGCAGATTATGGAATGAATCATGAGGATGTATTTGACATAATAGAAAATGCAAAG +TCTAATGGAGTACTAAGTAATTATTTTATTAATCTAGAAAATAAAAGAGACTTAGAAATA +AATATGTGCAATAATTTAAAGCAAACCATTACAACACATTTAGAATAA +>rnjA_1 +GTGCAATTGTTTAAAAAGAACGCCAATAAAATTAAGGTAGCAGCCCTAGGCGGACTTAAC +GAAGTCGGTAAAAACATGACCGTTATTGAGTATAAAGATGAGATAATAGTAATTGATGCG +GGATTAAGTTTTCCAGAAGATGAGATGTTAGGGGTAGATATAGTTATACCGGATATAACT +TATTTAATGAGAAATAAGGATAGAATAAAAGGTATATTTATAACTCATGGTCATGAAGAT +CATATAGGTGCACTTCCTTATGTACTTAAGAAGTTAAATGTGCCTGTTTATGGATCAAGA +CTTAGTATATCTCTAATACAAGTTAAGTTAAAAGAGCATAAACTTAATAATGTTAAGTTA +AATGTAGTAACTCCTAGACAAATTATAAAGCTTGCTAATATGGATATAGAGTTTATAAAA +ATGAATCATAGTATACCAGATGCATACTCTATAGCCGTACACACAGACCAAGGGATTATA +TTCCATACAGGTGACTTTAAGGTTGACCTTACACCAATAGATGGTGATGTTATGGATATG +CACAGAATTTGTGAGCTAAGTCAAAAGGGAGTTCTTTTAATGTTAGCAGATAGTACTAAT +GTTGGTAAGCCAGGTTATAGTATGTCTGAAAGAACTGTAGGTACAGGATTAGATGATTTA +TTTAGAAAAGGTTGTGATAGCAGAATAATAGTTGCTACATTTGCATCTAATATTCACAGA +CTACAACAAATAGTAAATATGGCAGCTAAGTTTGGAAGAAAGGTTGCTGTATCAGGTAGA +TCTATGGTAAACGTAGTTGGTGTCGCAAAAGAGTTAGGGTATTTAGAAATTGAAGATGAT +ATGCTAATTGATTTAAATGATATATCAAAATATCAAGATAATGAATTAGTAATAATAACT +ACAGGCACACAAGGTGAACCAATGTCTGCTCTTGCTAGAATGGCAACAGCTGAACATAAA +AAGGTTGAAATAAGAAGAGGCGATTTAGTAATAATATCAGCACATCCAATACCAGGAAAT +GAAAAATTAATATCTAAAGTTATAAACTTCTTATTTGAAAAGGGAGCAGAGGTTGTATAT +AACGATATAGCGGATATACATGTATCAGGTCATGCTTGTCAAGAAGAATTAAAACTTATG +CATAGATTAGTAAGACCTAAGTACTTTATGCCAGCTCATGGTGAGTTCAGAATGTTAAAG +AGACATGCAGAGCTTGCTGTAGAATTAGGGATGCCAGAAAATAATGTATTTGTTATGCAA +ACAGGTGAAGTTCTAGAATTAGACAAGAATTCTGCAGGTGTAACAAATCGTATACCAACA +GGAAATGTATTAGTTGATGGACTAGGTGTTGGTGATGTAGGGAATATAGTATTAAGAGAC +AGAAAACATTTATCTGAAGATGGTTTAATGATAGTTGTGGTAACTATTTCAAAAGAAGAT +GGAAAGGTTTTAGCAGGTCCAGATATTATATCTAGAGGGTTTGTATATGTAAGAGAATCA +GAAGATTTAATGGATGGAGCTAAAAATGTAATAAAAGACGTTCTAGTTGAATGTGAAGAA +AATAATATAAAAGAATGGGCATATCTGAAAAATAATATAAAAGAAAACCTAAAAGAATAT +TTATATCAAAAAACTAAAAGAAATCCTATGATACTACCAATAATAATGGAAGTATAG +>group_38 +ATGCGTGGTAGAACTCATTGTACTATAGGTATACTAGCATCTATACAAGCTTCATTAATT +TTTAAAATACCAATTTCGATATTTTCTATTATAATATCAGCTATTTTTTCTTTGCTTCCA +GATTTAGATGAACCAAATTCTACAATTTCTGATTTATTTTTTAAAAAAAATATATCTAAA +TTTTTATATAAATTATTAATATATTTAATTAATATATTAATATTCTTTTTTTCTATAAAA +ATAAATAATAACTTTTATTTAAGTTCTATTATAACATTTGCATCTATTTTTATAATAGAA +TCAAAATTAACACATAACTTTTTAAGAAAGTTGTTTTTGTCTTTAATATTTCTATTATTA +GGAGTATGTCTTTATTTAGTAAATACAAAGTTTTACATAGTTCTTTTTGTAATGTTGTTG +GCTATTTTTCCTTGGCTAAAGCACAGAGGTTTATCACATAGTATTTTTGCAATCATTATT +ATTTATATTTTGTTAAAACAAATAGAACTACTAACTAATATATACAATTTATCATTTTGG +GGAACTATAAGTTATGCAAGTCATATATTTTTAGGAGATATATTTACTCGACAAGGTGTG +CCATTGTTTTACCCTTTAATTGAAAAAAAAATTTCTCTTGGTAATCTGAAAGTTGGTGGA +TATTTTAGTAATCTGCTTGAAATTTTACTTATAATCAGTTTAGTATTTTTAATAATTTAT +TCTATAATAAAAATATAA +>fur +ATGAAGAATGTAATGGATGAATTAAAAGATAAATTAAAAGAAACCGGATTTAAAATTACT +CCACAAAGAAGAGCTATAATAGAGATATTATTAAAACATGAAAATGAGCACTTAAGTAGT +GAAGAAATATATGATTTAGTAAGAGTGGATTGTCCAGAAATAGGACTAGCAACAGTATAC +AGAACTATGCAGTTATTAGATGATATAAATGTAATATCAAAGCTTAATTTAGATGACGGA +TGTGTAAGATATGAAATAAGCTTAAACGAGGAAGATTGTCACCATCATCATCATTTAATA +TGCAGCAAATGTAATAAGATAATAGAAGTAAAAGAAGATTTATTAGATAGCATAGAACGC +GAAATACAATCTTTATATAAGTTTAAAATAGTAGATCATGATGTAAAGTTTTATGGTTTA +TGTGAAGAATGTAATAAAGATATAAGTCCAGAATAA +>group_516 +ATGCAAGAAAACATAATAAACCTAATTGATGAAAATGGAGTAGAAAGTCAATTTGAAATA +ATATTAACTCTAGAAGCAGAAGAAAAGGAATATGCTATATTAATGCCTGTTGAAGATGAA +GAAGCAGAAGAAGCTTTAATATTTAGAATAGACCAAGATGAAGAAGGAGAAATATTAGTT +CCTTTAGAAAATGATGATGAGTATGAAACTGTTGTAGCTGTATACAATGCTATAATGGAA +GAAGAAGGATTAAACTTCGACGAAGACGAACAATAA +>yrrK +ATGTTAAGTGGAAGAATAATGGGATTAGACATCGGAGACAAGACTATTGGTGTTGCGGTA +AGTGATTTGATGGGACTTACTGCACAAGGTGTTAAGACTATAAGAAGAGTAGGTAAGAAA +AAAGATATAGAAGAATTAAAGGCAATAATAAAAGAAAGACAAGTTAATAAAATTGTCTCA +GGTCTTCCTAAAAATATGAACGGAACATTGGGTCCTCAAGGTGAAAAAGTTTTAAAGTTT +TGTGAATTAATAAAAGAAGAAACTGGACTTGAAATTGAATTTTGGGATGAAAGATTATCT +ACAGTTGCAGCTGAAAGATCTCTAATAGAAGCCGACGTTAGTAGACAAAAAAGAAAAAAG +GTAATAGATATGTTAGCAGCAGTAATTATACTACAAGGATATTTAGATTTAAAAGGAAAT +TAA +>group_15 +TTGAAAAAAGATCTAGATTATACTGTTAAGTTTGAATGTGTATCTGAAGAGAAAATGAGT +GTTGGGGATACGATAGATTTTGTATATAAAGCATTAATAGAGAAAGGTTACGACCCTATA +AATCAACTTATAGGGTACGTTCTTTCTGGTGACTCAAGTTATATAACTAGTCACAAAAAT +GCAAGAGCAATAATAAAGAGATTCGAAAGAGATGAGATTCTTGAAGAGGTAATTTCTTAT +TATGTTAGAAGAAAGTAG +>mnmA +ATGAGCAAGAAAAAGGTAATGATAGGTATGAGTGGTGGAGTTGATAGTTCGGTTGCTGCT +TATCTATTAAAAGAACAGGGATATGATGTAATAGGTGTAACTATGAAGTTATGGCAAGAT +GATGAGGATGACGATATAATTGAAAATGATGGAGGATGTTGTTCATTAGCTGCAGTAGAG +GATGCAAGACATGTAGCGCAAAAAATAGGTATACCTTTCTATGTGTTAAATTTTAGAGAA +GTATTTAAAGAGAAAGTAATAGATTATTTTATAGATGAATACTTAGAAGGAAGAACTCCA +AATCCTTGTATAGCGTGTAATAAGCATATAAAATTTGATGATTTTTATAAAAGGGCTAGA +CAAATAGGTTGTGATTATGTAGCGACTGGTCACTATGCTAAAATAGAAAAGGATGAAGAA +ACTGGAAGATACTTACTTAAAAAGTCTGTAACAGATAAAAAGGACCAAACTTATGCTTTA +TATAACATGACACAAGACCAATTAGAGCATACTTTACTTCCTATAGGAGACTATGAAAAA +GATAGAGTAAGAGAAATTGCTAAGGAATTAGGTTTTGATGTTCATAATAAACCGGATAGT +CAAGAAATATGTTTCGTAAAAGATAATGACTATGCAGGTTATGTAACAAAGCATGCAAAC +AAAAGAATAGATGAAGGGTTCTTTGTAGATACTAAAGGTAATGTACTAGGTAAACATAAA +GGTATAGTACATTATACTATAGGTCAAAGAAAAGGACTTGGTATTGCTTTTGGAAAGCCA +ATGTTCGTAGTTGATATAGATCCAGTTAAAAATACTGTAGTTCTTGGTTCTAATGAAGAT +ATTTTCAAACATGAACTTATAGCACATGATGTAAATCTAATAAGCATAGATGAAATAAAA +GAGCCAATAAGAGTGCAAGCAAAAGTAAGATATTCAGCTAAGCCTTCATGGGCTACTGTT +CATAATAATGGTGATGGGACTATAAGAATGGTATTTGATGAAGCGCAAAGAGCAATAACT +AAAGGTCAATCTGTTGTAATGTACGATGGAGACGTAGTTGTTGGTGGTGCAATTATAACT +AAAAGTTTATAA +>dctM_2 +ATGAATTTTGCAATGATTACAGGTACTATATTACTAATAGCATGTCCAATATTATTATTA +ATAGGAGTTCCTATAGCAATAAGCATAGCGGTAGCATCAGTATTTGCTGTAATTGCAGCG +CTACCAATTGATAGTTCTTTAATTACATCTGTGCAGCGTATATTTACAGGTATGGATAGT +TTTTCATTATTAGCAGTACCATTTTTCATTTTATCTGGGGTTATAATGAACAACGGAGGA +ATAGCTTTAAAATTAGTTAATTTTGCAAAGTTATTTAGTGGAAGAATACCAGGGGCTTTA +GCACAAACAAATGTACTAGGAAATATGCTATTTGGATCAATATCAGGATCTTCAGTAGCA +GCCGCTGCAGCTATAGGTGGGGTACTAAATCCGTTAGAAGAAAAGGAAGGGTATGATAAT +AACTTCTCAGCTGCAGTAAATATAGCATCAGCACCAACTGGATTATTAATTCCACCAAGT +GGAATACTTATTATTTATGCTTTAGTTAGTGGAGGTACATCAGTATCAGCATTATTTATG +GCTGGATATTTACCGGGAATTCTTTGGGGACTAGCAGTTATGATTACTGCATATTTTATA +GCAAAGAAAAATAACTATCCAGTTGCAGAAAAGATTTCATTTAGTGATAAAGTAAAAGTA +TTTTTAGAAGCAATACCAAGTTTAATGTTAATAGTAGTAGTTATAGGTGGTATAACTATT +GGGATATTCACAGCTACAGAAGGTGCAGCAATAGCTGTTGCATATTGTTTTATATTATCA +TTTTTCTTTTATAAATCGATAACTTTAAAAGATATGCCACAGATACTGTTAGAGTCTGGT +AAAATGACAGCGGTAATAATGTTATTGATAGGCGCTTCATCAGTTATGTCGTGGATAATG +GCATATACTAATATACCAAATCTAATAACGAATTTATTATTGGGAATATCATCAAGTAAA +ATCGTAATATTACTTATAATGAATATAATGTTATTAATTGTTGGTACCTTTATGGATCTT +ACTCCAGCAGTATTAATATTTACACCGATATTATTACCAATTGCAAAGAATTTTGGTATG +GATCCTATACATTTTGGAATTATGCTAATAACAAACCTTGCAATAGGTAATATAACACCA +CCTGTTGGAAGTGCATTGTTTATAGGATGTAAGGTAGGAAATACAAGAATAGAAGAGGTT +ATGAAATATTTAATGCCATTCTATATAGCTATTATAGTTGTATTAATGCTTGTAACTTTT +GTACCTGATGTAAGTTTAATAATACCTAAATTACTAGGATTAATATAA +>siaQ_2 +ATGTTAAGTTTAAAAAAGAAATTGGATAAAGCTATAGAGGTATTTATAATGATTTTGCTA +GCATTTATGGTTATTGTTGCAATATGGCAGGTTTCTTCTAGGTATGTATTTAACTCACCA +AGTACTATATCCGAAGAATTATTGAGATATTCTCTTATATGGTTAGCGATGATAGGATCA +GCATACATGTTTGGATTAAGAGAACATATGTCAATAACATTTTTTGTAGAAAAGTTCGGT +GAAGAGGTAGTTCGTAAATTAAGTATATTATCAGAAGTCATAATAGTAGTGTTCTCACTA +TTTGTACTAGTTTATGGGGGAGTTAATATAACTCTATTAACTATGAAACAAGTATCAGCA +GCATTAGGAATATCTATGGGATATATATACCTTGTACTACCTTTATCTGGAATATTAATG +ATATTTTATGGGGTTTTAAATATATTAAACCTTATAAAAGAAAAAGATACAGTAAAAAGT +AATTCTTAA +>group_360 +ATGAAATTAAAAAAATTAGGAATATTATTCTCTATAACCATGTCTTTTATGATAGGGGGA +TGTTCATCTATAGGGGGAGATAATAATGTAGTGCATATGAAGTTAGCTCATAATATGTCA +GAGGATCATCCTATACATAAGTCTTTATGTGAGTTTGAAAGACTAGTTGAAGAAAGGAGT +AATGGAAGTATAGATATAGAAATCTATCCAAATGGTGTTTTAGGGTCAGAGAGGGAAATG +ATAGAACTTACTCAAACTGGTGCTATAGATATAGCTAAAGTAAGCACAGGGGCTTTAGAA +AGTTTCGAAAAGCAATATACTACATTTGGAATACCATATATATTTGATGATTTAGAACAT +TATTATTCTGTGATGGATGATAGAAGTCTAATGGAGGAATTATATAATTCAACAGATGAA +TCTGGATTTATAGGACTAACTTATTATGATTCTGGAGTAAGAAGCTTATACACAACTTCA +AAGGCGATAATGAAGCCAAGTGATTTAAAGGGACTTAAAATAAGAGTTCAGCAAAGTCCA +ACAGCAATAAAAATGATAGAGCTTATGGGGGGAGCAGCTACTCCTATGGCATTTGGAGAA +GTCTATACAGGATTACAGCAGGGGGTTATTGATGGAGCAGAAAGCAATGAAACAGCTTTA +ACTACAAATAAGCATGGTGAAGTAGCTAAGTACTTCTCGTACAATCAGCATACGATAGTT +CCAGATTTAACAATAATGAACAGTAAATTATATAACAAATTAACTGAAGAACAACAAAAT +ATAATAATAGAGTCGGCAATAGAATCTACAGCTTATCATAAAGAAGTTTGGAATGATTCA +ATAGAAAGTGCAAAAGAAGAAGCAAAGGCAATGGGAGTAAATTTCTATTATCCTGATACT +AAGCCATTCCAAGAAGCTGTTATGCCTTTACATGAAGAGTTTAAAAAAGATCCAGATATA +AAAAATATGTACGATAAAATAAGAAGTAAAGTTAATTAG +>rhaR_6 +ATGGAGAAAAAAATAATTAAGCAGAAAACTTATATGTATATGCCCGAAAAAGATTATGCA +GTTTATTACTATGAGGATAAGGTACTTCCTGAAATACCATTTCATTATCATGAATTCTAT +GAGTTATTATTTTTTGTAGATGGTAACTTAGATTATATAGTGGGGGACAATATTTATCAT +CTAGAAAAAGGCGATTTATTAATTATACCACCAGGGGTGTTTCATAATCCAATTATACAT +AATTTTGATATACCATATAAAAGATTTGTACTTTGGATTTCTGTATTTGCAATAAATAAA +ATTTTTGAGTTAGACGAAGATGCAGCTATGTTTACAAAAGAATCAGTTGAAAATTCATAT +TTATTTAGAAGTAAAGGCCATATTAGTGCGACTTTACAAGTTTCGTTTAGGACACTTTTC +GAATCCTTTGAAGGAAAGCAAATTTGTTATAAGAGTGAGGGATATTCAATAATAACTCAA +ATTTTAATTTTATATAATAGAGAATTATATAATAGTTCTAAAAATATAATAGAAGAACCT +AAGGATACATTAATAAGTAATATATTGAAATATATTAATGCAAATATTACAGAAGATTTA +TCATTGGATAAAGTTGCATCTGTTTTTTTTATCAATAAATATACAATTTCTCATAAATTC +AAGGATGTTATGAAAATTTCTTATTATCAATATGTAATTCAGAAAAGATTAAGTATTGGA +AAATATAATTTACTTGAAGGAATGCCTGTAAGTAAGGTTCATAAATCCTGTGGTTTTAGT +GATTATGCTTGTTTTTATAGAGCTTTTAAAAAAGAGTACGGTTTTTCACCGAGTAAATTA +AAAGAGGTTCATAGAGAGTATATGAATATTGAGTAG +>iscU +ATGCAATATAGTGATAAAGTTATGGATCATTTCATGAATCCAAGAAACGTTGGTCAAATA +GAAGATGCAAGTGGTGTTGGAGAAGTTGGAAACGCTAAATGTGGAGATATAATGAGAATA +TATCTTGATATAGATGAAAATCAAATAATAAGAGATGTTAAATTCATGACATTTGGATGT +GGATCTGCTATAGCAAGTTCATCAATGGCTACAGAAATGGTTAAAGGTAAAAGTATACAT +GAAGCTTTAGAAGTAACTAACAAAGCTGTTGCAGAGGCTTTAGATGGTTTACCACCAGTA +AAAATGCATTGTTCAGTATTAGCTGAGCAAGCAATAAAATCAGCGTTAATAGATTATGCA +AAGAAGAATAATATACACATACCAGAATTAGATGGTGTAGTTATAGATGATGATCATGAT +CATGATCATCATCACGATATAGAAGAAGATGAAGAATAA +>iscS_2 +ATGGAAAAAAGAAGAATATATATGGACTATTCTGCAACTACTCCAGTAAAAAAAGAAGTT +GTAGAAACTATGATGCCTTATTTAACAGATTATTTTGGAAATGCGTCAAGCTTTCACTCA +TTCGGTAGAGAAGCTAAAGAAGCTTTAGATAAAGCAAGAAGTCAAGTAGCTTCACTTATA +AATGCAAATCCAAATGAAATATATTTTACAGCTGGCGGAACAGAAAGTGATAACTGGGCA +ATAGAAGGTGTTGCATTTGCACATAGAAACAAAGGAAATCATATAATAACTTCAAAAATA +GAGCATCATGGAGTACTTCATCCATGTGAATATCTAGAAAAGCATCATGGATTTGAAGTT +ACTTATTTAGATGTTGATTCTGAAGGTAGAGTAGATTTAGAACAATTAAAAAATTCAATA +AAAGATACAACAATATTAATAACAATAATGTTTGCTAATAATGAAATAGGAACTATACAG +CCGATAAAAGAAATAGCTGAAATAGCAAAAGAACATAAAATAATATTCCATACAGATGCT +GTTCAAGCTGCAGGAAATATAAATATAGATGTAAAAGAATTAGGTGTTGACCTAATGAGT +ATGTCATCTCATAAAATATATGGTCCAAAGGGAATAGGAGCTTTATATATAAAGAGAGGA +ACTAAACTTCATACATTTGTACATGGTGGAGCTCAGGAAAGAAAGAGAAGAGCAGGAACT +GAAAACATACCAGCAATAGTAGGATATGGTAAAGCTGCAGAAATGGCAAAAGAAAATATG +GACAACCATATAGAGACTTTAACTAAGCTAAGAACAAAGCTAATAGATGGTATATTAGAA +AGAATACCACATACAAGAGTAAATGGTAGTTTGACTCATAGATTACCAGGGAATGTAAAC +TTTGGATTCGAGTTTATAGAAGGTGAAGGAATACTATTATTATTAGATATGTTAGGAATA +GCTGCATCAAGTGGTTCAGCTTGTACTTCAGGATCATTAGATCCATCTCATGTTCTTATG +GCAATAGGATTACCACACGAACTAGCTCATGGATCATTAAGACTCTCAATTGGAGATTTT +ACAACAGAAGAAGATATAGATTATATAATAGATAACTTACCAAAAGTTATAGAGAGATTA +AGAAGTATGTCACCTCTTTACGAAACATTTGTAAGAGAGCAAGGACAATTAAACAAATAA +>cymR +ATGAAACTATCGACTAAAGGTAGATACGGACTAAAGGCTATGTTTGAACTATCAATAAAT +CAGAGCCAAGGACCAGTACCACTTAAAGTAATAGCTAAAAAACAAAATATTTCAGACCAA +TATTTAGAGCAGATTTTTTCTACATTAAAAAAATCTGGTTTAATAAAAAGTGTAAGAGGT +GCACAAGGTGGGTATCTATTAGGTAAGGATGCTAAAGATATTAGTGTTGGAGATATCCTT +GTAGTTCTTGAAGGTCCTGTGTCTTTATCTGAATGTGTATTAGATGAAGATATATGTGAA +AATTCGGGAACTTGTGTAACAAAAATAGTTTGGGAAAAGTTAAAGAAGGGTATAGAAGAT +GTTATAAATTCGATTACCCTACAAGATATGATAAATGATTACGACAAAAATAGATTATTA +GAACATGATATAACTAATTTAATATCAAGAAGATAG +>group_1233 +ATGATTAAAGATAGAATAAACAAGCTTAAAGAAAAAGTATCTAAAATGAAATCATGTAGA +GGTAGCACAGTAAAAAAAGCTACTATAAAATTTAGTACATTTTCTAAGAAACAAAAGAAA +GTTCTAACCTGGTGGTTACCAAATAGTCCTGTATATGATAAAGATGGTATTATTGCAGAT +GGAGCTATAAGAAGTGGTAAAACTATATCAATGTCATTATCATACTCCATATGGGCCATG +AGTAATTTTAATGGTCAGAGTTTTGGTATGTGTGGTAAGACAATAGGGTCATTTAGACGT +AATGTTTTATTTTGGTTAAAGCTAATGCTTAAATCTAGAGGATATAAAGTAGAAGATAAA +AGAGCAGATAATCTTATGGTAGTTAGTAAAGGTGATGTTACTAACTATTTTTATATTTTC +GGAGGAAAAGATGAAAGGTCGCAAGACTTAATCCAAGGTATAACATTAGCTGGTTGTTTC +TTTGATGAAGTTGCATTGATGCCAGAAAGTTTTGTCAATCAAGCTACTGGTCGTTGTTCT +GTTGATGGTTCTAAGTTTTGGTTTAACTGCAACCCAGATGGGCCATATCATTGGTTTAAA +ACTAACTGGATAGATAGACGAGAAGAAAAGAATATACTATATTTGCATTTTACTATGGAT +GATAATTTATCATTGTCTGAAAAAATTAAGAAAAGATATGCAGGTATGTATTCTGGAATA +TTCTATAAACGATATATTTTAGGTCTATGGGTAGTTGCAGAAGGTATTATCTATTCGATG +TTTGATAAAGAGAAACATGTTGTTAAGGCCTCTGAGTATCAATACAAAGAATATTATGTA +TCATGTGACTATGGGACTCAAAATCCTACTTCATTTGGTTTATGGGGAAAGACATTTGAT +AATAAACACATAATGATTAAAGAGTATTATTACAGTGGTAGAACTACCGGAGTACAAAAG +ACGGACTTAGAATATTCGAAAGATTTAAAAGAATTTACTAAAGATTATAAAATTAAATAT +GTAATACTAGATCCATCAGCTGCATCATTTAAAGCTCAACTAATTAAAGATGGATTTAAA +GTTATTAAAGCTAAGAATAGTGTACTTGATGGAATAAGATTAGTAGCTAGCTTATTAACT +GAATTAAAAATATTCTTTGATGAAAGCTGCTATGATACCTTTAAAGAGTTTAGCTCTTAT +ATCTGGGATGATGAAGCTTGTAAAAAAGGTGAAGATAAACCAGTTAAAGAACATGACCAC +AGCATGGACCAAATACGATATTACTGTAATACTATTATAGGAAATAGAAGCAAAGCTAAA +AAAATATTAAAAAGATAG +>group_1187 +ATGAATGTAATGGCTATAAATAATATTATAAATATGGAGTTACAAGGTTTATTTCCGAAA +GATAGACTACAGGAAATGAATGAGATAATAAACTACTATAAACAGTATGAAGGTGAAGAG +CTTGATTGGATTAAAACAACTACTGATTATGTAGCTACAGAAAAGAAAACTAACTATATT +AAAAAGTTAATAGATGAAGAAGCTAGATTTATGTTTTCAAAACCTCCATATTTTAATATT +AATGTTGAAGGTAATGAAGATGCAGAAAAAAAGCTTAATAAATATCTAAGACGGACATTG +AAAAAGAATCTATTTAATAATGATATTATAAAAGCTACTAAAGATTTTCTGATAGGCAAA +AGGATAGCTCTTAAGCTAGTTGCTAATAAAGTTACTAATAAGATAGAAATAGCTTTTATT +CCATCTTTAGAATTTATACACGTTCCTAAGATAGATAATGTCAAAGAATTAGAGCAAATT +ATATTTTGTTATCAGTTAGAAGAAGATTTTAGCAGAGAAAAGCAAAAATTTTGGAAGCAA +AAGTATTATATGAATAAAGGTTATTGTTATGTAGATGAAGCTATATACGACGGAACTGGC +AAAGTAATAAAGGTTATAAAAGATAATGAAAATACGAAATTACCTTTTATACCATGTTAT +GTAATAATGAATGATGCTCTTATAGGCGACACAAAAGGGAAGTCAGATGTAAAACCATTA +GTAGAAAATCAAAAGGCTTATAATCAACTTACAAGCGAGGATATAGATACTATTATAAAA +GGTATGAATAGGATCATATATATGCTTAATGTTGATGATGATTCTATAATGGAAGATGAC +GGCAAGGTGAAGATAAGTTATAAAGCTGGATCTGTTTGGAATCTAGAAAAAGATAGACAA +GCAAGTGATAGTGATAAAGCAGAAGTAAATACTATAGGCTCTGACTTTGCATATGACCAA +AGAATAGAAAATGCATTAGATAGAATATTAAGTGATATGCATAATAGCTTATCTATACCT +AAGCTTAATACAGAAGATTTAAAAGCTCTTACAAGTGCTAAAGCTATAAAAGCTATATAC +CAACAATTCACTTCGTGTATAGAGGAAAAGATGACTTCATGGACACCAATGCTTGAGTGG +ATGGTAGAAGCAATTATAGAAATGTCTAGGATATATGGTATAGGTAATTTACCTAATACA +GATATTGAAGATATAGAAATAACAGTACAAAATCAATATCCATTGCCAAGTGACGAATAT +GAAGAAAAAGAAAATGATATGAAGGAAGTAAATACTCAAGTTATGAGCAAGAAAAAGTAT +ATAGAGAAGTGGCAAAATGTTCCTAGTGATATAGCTGATGAAGAATTAAAGCAAATAGCA +TTAGAAAGACAGATATTAGAAGAATCATATATGAATATGGGTGCTGAATAA +>group_1269 +ATGAAAAAGTTATTTATATCTCAACCAATGAGAGGGCTTACGGATGAAGAAATTTTAAAG +ACAAGGGAAGAAATTCGTGTAAAGGCAGAAGAAATAATTGGAGAACCAGTCGAGTTAATT +CAATCATTTTTTGAAGATTTTAGGCCGATTGGTAAAACTCCTGTAGCTTATTTAGGTAAA +TCGATAAGCTTACTTGCTACAGCTGATGTTGTTTATTTTGGAGAAGGATGGAAAGATGCA +AGAGGATGTAAAATCGAGCATGAAGTTGCAGTACAATACGGAATTGATAGAATAGAAGAT +TAA +>group_1226 +ATGAAATTAGTAGAGATACTAAAAGCTCAAGGTCTTACAGATGACCAAATAAGCAAGATA +CAAGCTTCTATGCAGGAAAATAAAGTATATGAAACTTCATTAGAAAATGCAGATGAAGAA +TACTCTAAAATGAAAGCTAAAAAAGAGGATTATGAACAACAGTTAAATACAGCTAATTCT +ACTATTGAAGATTTAAAGAAAAATCATAAAGATAATGACACTCTACAACAAACTATAAGA +GATCATGAATCAACTATAGAGAATCTTAAAAAAGAATCTGCTAATAAAGATTTTAGTTAT +GCTTTAAAAGAGGCATTAAAAGAAGCTGGATGCATAGATTATAAAGCTTTAGAAGTGTAT +CTTGATAAAGAAAACTTAAAATTAGAAAATGGGCAGATAACCGGATTAGAAAATCAATTA +AATCCATTGAAAGAAAGTAAAAAATATCTTTTTGAAGAGTCTACTCCTAATAATACAGGA +GGATTAGGTAACTTTAATCGTAATCCTGGAGGAGGTGGAACTACTGAGAGTTTAGGTGAA +AGATTAGCTAAACAAGCAACAGAAACAAATACAAATAACCATAATTATTTTGGAGGTGCT +AACTAA +>group_1241 +ATGTCAACAATATACGATATAGTAAAAGCAAAAGAGATAGGTGTTTATTACAACACTATG +CAAAAGGATAGAGCTCCATATTTAGGAGAAACACTATTCCCATTAAATAAAAAGTTAGGG +TTAGATTTAAAATGGATAAAAGGTTCTAAGGGTATGCCAGTAGCTTTAAAATCAAGTGGG +TTTGATACTAAAGCAGAGTTAAGAGATAGAATAGGATTTTCTGATGTTCAAACAGAAATG +CCTTTCTTCAAAGAAGCTATGTTAGTTAAAGAAAGTGATAGGCAAGAATTAAATAAATTA +TTAGGAAATCCAGCTAATCAACCATACATAGATTTAGTAACTAGAAATATATTCGACGAT +GTGACTACTCTTTTAGAAGGTGCATTGGTTCAATTAGAAAGAATGAGAATGCAATTATTA +TCAGAAGGTAAGATAGCTATAATGGCTAAAGGAATAGATGGAGTTGCTAAGCCGATGGAT +TATGACTATAACTTAGCGGGTGAACAGAAAGTATCTACAGATTGGACTAAAGCAGATTCT +AATCCAGTGGAAGATATATTAAAGTGGATGGATGATGCAGAAGATAGAACAGGTTCAAGA +CCAACAAGAGCTATATGCACTAGAAAAACTTGGGGATACCTTTTAAATAATCAAAATGTG +CAAGGAGAGTTAAAAGCATTAGGTCAAGGTAACGTAACTATAACTAATAAAATGCTAGAG +AATTATTTATTAGACAAATTAAATTTAAGAGTTGCTATAAATTCTAAAAAATATAAATCA +GAAGCTGGTGTAGTATCTAATTACTTTAAGGATGATGTATTTACGTTATTACCTGATGGA +ACTTTAGGGAATACATGGTTAGGAACTACTCCAGAGGAATCAGATTTAATGAGTGGTGCT +ACTGATGCAGAAGTAAATATAGTTAATTTGGGTATAGCTATAACTACTACTAAAGAAACA +GATCCAGTTAATGTTAAGACAAAAGTATCTTTAATAGGATTACCTTCATTCGAAAGAGCG +GACGAAATAATTATAGCTAATGTAAATACTCCCAGTTAA +>group_1205 +ATGGGAGAAATCCAAGAACTTAAACTAAGACTAAGGGAGGAATCTTCTCCCTTTTTTACT +GATGAAGAGTTACATTATTATTTAAAGAAAAATAATAATGACTTAGATAAAACTACTTAT +GAATGCCTTTTGTTAAAAGCAGAAGATGATAGTATAAGTTTACCTGGAGGTTTACAATTA +GCTAATAATAGCAAATATTGGTTAAGGTTAGCTAAGCAATACAAACCCAAGAAAAGGAGC +TTTGTATTATGA +>group_1225 +ATGATAGCAAATAAAATAAAACCTAAAGTTAAGAAGGTAATAGATAAATTTCCAACTTAT +GTAGATATTTATAGGAATAGTAAAAATGAGTTTGGAGAGCCTGGTGGAAAAGAACTTATC +TATGAGAATTTAAAAGGCTTTTACCATGAGGGGAATACTCAAATAAATTTTTCTATTGCA +GATAAGGGAGAAGTTAAAAGAAGTAATCAAAAATTTTTAATGGTTATCTATAATGAAGAA +ACTGTTAAAATACAAGAAAATGATTATTTTATGCTAGATAATAAGAAATATATTATAAAA +GATTTAGGAAATCAGAATAGACTTAATATATATTTCGATATGTTGCTAGAGGTGAATTAG +>group_1236 +ATGAGTGGTTTTAAGATGGATATAAGCAAGTTAGTAAATGGAATAGCTGAAAGAGAAATT +AAAACAAAGGCAGCAATTGCTTTATATGGTGATAGTGTAGCTAAGAAAATGGAAGCTCAT +GCAAAATCTAATTATAAATGGACACCTAGAAGTGGAGCTGCACATCAAAGGCTTAATAGT +ACTTCAAAATGGCATGGACCAGTTGTAAGAGTAGAGTTGAGCCATGGAGTAGATTATGGT +ATATACTTAGAGTTTTGTAATGAAAAAAGATATGCAATAATAAAGCCAACTATAGATTAT +ATGACTCCTATAGCTATAAAAGGATTACAAAATATTATGAAATAG +>group_1271 +ATGCAAGTAACAAGTTTAGAACAATTAAAAAATATAAAATTGAGTGAAATAGTTGAATTA +CCTAGTTTTGAGGATGGAACTCCTTTAATAGTTGAGATAAGAAAACCTAATATGATGCAA +TTGATAACAAGCGGTAAGATACCTAACACTCTTTTAAATGTTGCAATGGATATGTTTAAT +GGTAAAACAGGAGATAAAATGCAAAAGGCTAGTCAAAACTCTAAAGATTTATCTGAATTA +GTAAAAATGATGAATGTTATTGCTGAAGCTTCTTTAGTTAATCCATGTTATGAAGATTTT +AAGACGACTGGAGTTGATTTAAGTGATGATCAATTAATGGCAATATTGATGTATTCACAA +GGTGGTGTTAAGTCACTAGAAAATTTTCGTAAACAGCAAGCAAGTACTAAGGATAATCAG +CCAAGCGAATAG +>group_1188 +ATGGCGATAAATGCAGGTACAGCTATAGGATACTTAGATTTAGATACAAGTAAATTTGGT +AATGCTTTAAAGACAGCACAAAAACAGTTGAGTTCTTTTAGTAAGGATAGTCTTAGCGCT +GGACAAAAATTTACTAGTGTAGGCCAAGGTCTTAAAACAGTAGGAAGTACATTAAGTAAA +GCTGTTACAGTACCCTTATTAGCGGCTGGAATTGCTTCAGCTAAAACAGCTGTTGATTTT +GAAAGTGCTTTTGCTGGAGTTAAAAAGACAGTAGATGCTACTGATACAGAACTTGCAAAG +TTAGAAAAAGGCATAAGGAGTATGGCTAAAGAAATGCCAACAGCCGCTACTGAAATTGCA +GGAGTTGCCGAAGCAGCAGGACAATTAGGAATTAAGACACCTAACATTTTAGATTTTACT +AAGACTATGGTTATGCTTGGGGACTCTACTAATATGAGTGCTGAAGAAGCTGCTACAAGT +TTAGCAAGACTGGCAAACATCACAGGTATGAGTCAAAAGGATTTTAATAAACTAGGCTCG +ACTATAGTTGCTTTAGGAAATAACATGGCTACAACGGAAAGTGAAATTACTGCTATGGGA +TTAAGGTTAGCTGGTGCTGGTAGCCAAATAGGGCTTACTGAAGCTCAAACGATGTCTTTT +GCTGCTGCATTAAGTTCAGTAGGGATTGAAGCTGAAGCTGGAGGAAGTGCTTTTTCTAAA +GTTATGGTAGATATGCAACTAGCAACTGAAAAAGGCGGCAAAAAGTTACAGCAATTTGCT +TCTGTAGCTGGCATGAGTTCAAGTGAATTTAAAAAAGCTTTTGAAAAAGATGCTACAGGC +GCTATTTTATCATTTATAAAAGGACTTGGCGATGCTGAAAGTAAAGGCCAAAGTGCTATC +GGCATTCTTGATAAGATGGGAATAAGTGAGGTAAGACTTAGAGATACACTTTTAAGAGCA +GCAGGCGCAAGTGATGTATTTAGTGAAGCATTAAGCATTGGTACTAACGCATGGGAAGAA +AACTCGGCTTTAGCTAATGAAGCTGCGCAAAGATACGAAACTATGGCTTCTAAAATGGCT +ATGCTAAAAAATAAATTAGTTGATATCGGTATCACCATAGGAAATGCGCTTATGCCATTT +GTAGAAAGTTTAGTTACTAAAATAGGCGAATTAGCTGATTGGTTTAGCGATTTAGATGGT +ACAACACAAGGAGTTATACTTACAATAGCTGGATTAGTTGCAGCAATAGGTCCGATGCTT +ATAATAATAGGACAAATGTCAATAGGTATAGGTGCTTTAATAGGTTTCTTTGGTAAAGCT +AAATTAGCAATCACAGCTTTTGGAACTGTTTTAAAAACAAATTTAATATCTACGCTAATA +TCGGCTAACATGTTTATAAGTACAACTATAATACCAGCTTTAACAAGTCTTGGTACATTT +ATAACAGGAACTATAATTCCTGCTTTAACAGCTACAGCTGTTACAATAGGAACTGTTACA +ATACCAGTTTGGGCCGTAATAGCAGCTATAGGTGCATTAATAGCAATAGGAGTGCTTTTA +TACAAAAACTGGGATACTGTAAAAGCTAAATGTTCTGAGGTATGGAATAGTGTAAAAGAA +ACTTTTTTCAATACGTGGGAAAGTGTTAAAACTTCAACTATAGAAGCTTGGGAAAATATA +AAAACATCTTTATCAAATACATGGGAAGGCATAAAAACAACTACAATAAACACATGGAAT +AATATAATTAACTTTTTATCTCAAATATGGTCAAACATAGTTACAACAATACAACCTTTC +ACAGACTTTATGAAAGAGATTGTTAGTATGACTTGGAATTTTATAAAAGATACTACTACA +TCCATATGGGAAAGTATAAAAGGCATTATAGAAAGTGTATGGAATTTTATTCTATCTATA +ATAAATTTAGGTGCTGCATTAATAGAGTTAGCTATAACAGTGGCATGGACAAGTATAAAA +ACAGTAACAACTACTATTTGGGAAGGTATAAAACAAACAATTCAAGCAGTTTGGGACTTT +TTAAAGCCTTATATTACTACTGCTGTAAATGCTATTACTACAGGACTTGCTACTGCTTGG +AATTTTATCAAGAATACAGCTATAATAGTTTGGACTGCTATTAGAGACTTTCTTGTTAAT +ATATTTAATAATATAAAAAATACTGTTACTACTGTATGGAATGCTATTAAATCATTCATT +AGTAGCGCATGGAATAGTATAAAGTCTACAACTCAATCTGTATGGAATAGTATAAATTCT +TTTATTGCATCTGCCGTTAATTCAATAAAATCAGTTATATCAACAGTATTCAATGCAATA +AAATCATTTATACAAACTGTTGTAAATGGGTGGAAAAATGTAATACAAACTGCATGGAAT +GCTATTAAGAATGTAGTGTCTACTGGCGCTAATGCTGTAAAGTCTACAATATCTAGAGTA +TTTTCAACTATAGAAAATATATTAACTGCTCCTTTTAGAGCAGCACAAAGTGTAATTAGT +GGTATTTTAGGAGGAATTACTGGAGCAATAAATAAAGTAACAAGTGGCATTAAAAAAGTT +ACTAATATGTTTAGAAGTATTGATAATCAACAACTCGAACAAGAAAATATTCCTACTAGA +TATGATGAGGTTGATTATTCTAAAGTTAAGTTTAGCTATGCAAAAGCCAGACAAACAAGT +ATATCCGATGTGGTTGCTAAAAACAACTCTATGATAGATATCATAAAAAAACTTAAAGGT +AGTATAGAATATGAAAATTTTGACACTAGAGCAATTATGGATAAGCTTGAAAAACTTTAC +GGTTCTAATGAAAGAAGCGCAGACAATAATTCTGATATTATCATAACGATTGATGGCAGA +GAAGTGTTCCGTGCTATGTCCCCGTATATGGGCAGAGCAGTTAGGGGGATGTAG +>group_1286 +ATGATAATAAACGGGAAAACAGAAAGTGAATTAAATGTTATATGTGATAAGCCTATTATA +GACAAGTCTTGTTACTCTACTAGTGAAGGATTATGGAACGGGAGTATAGTTCCTATTAAG +TCTAATTTCAAAGAGACGTATAGGATTTTTCGTTGTGTATTTGCATTTTTGGCAAAAGAT +AATAAAACTTTACTTAAAAATATAAGTAAATTTATAGAAGAAGTAAAAAGCTGCACTATA +GAATATGAGGGGTTTCTGTATGATCTACAATTAAAAAGTAAAGATATTACTCCTGATGAC +TATGAGAATGCTGAATCTGTATCATTAGAATTTGATGTGTTAGATATGTACGAAGCTGAG +AAAAGCATAACTACTAAACAAAGTACTACTATTAATATAAATAGTCCTAAGCCTTGCTAT +GCAAACTTAGAATTATCTGCTAGTACTAGTGTAATTAGTTATACAGTAACTATTAATGAT +ACAGAAATAGTAGTTAATAATATAAAAGGTAATGAAACAGTTTATATTGGTAGTGGCAAA +GTTATTGCGGGAGGTAAAAGTAAAATAAATGATGTAGATATATGGGAGTTTCCAATATTG +AAGCCAGGAACAAATAAAATTGAAGTTAATAGAGCAGATGTAAATTTAACAGTAAAATAT +TGCGAAAGATGGTAG +>group_1232 +ATGTTAAAAATAAATAAAACGATAAACTTAAGTGCAACAAGTGAAATAGATGGACAAGTA +GTTGTATATATGAATGCAAGTATATCTACGGATGGGAATACTAATGCAAATATAAATAAA +AATATATCTAATAAAGAATTATATAATGCTAATAAAGTAGCTGTTAGAGAAGATATGAAA +CAATTTGAAACAGAAGTATATAAAGTTGAAGATTCTATAAATGTAGAATTATTATCAAGA +AAGGCAGGTAAATAA +>group_1185 +ATGAAATTAACTAATAGAAAAATAGTAAATGATTCAAATTTCTTAGGCGGTTTAATACAT +AAGCAACTACCAGTTAAGATTTCATATGCTATATCTAAGAATATCTCCAAAATTGAAAGA +GAATTAGAAATATACAATAAAGAAAGACAAAAGTTACTAGATAAATATTGTGTAAAAGAT +GAAGAAGGTAAAAATCTAATAGATGAAAACAATCAGTTAAAAATAGCTGACGAGCATATT +GATAATTGGAATAAAGATTTGAATGAGTTGTTAGATATAGAAGTTGATATAGACATATAC +AAGTTTAATGAAAGTGATTTATTAAATAGTAACTGTGAAATGACAGCTAGTGAATTAATG +TTAATAGATTACATGATAGAAGAATAG +>group_1179 +ATGTTAAAGTTATTTAATAAAGAGCATGTTGCAATAAGTGCTCTTACAAATTTAAAAGAT +TATAAAATAGAATACTTACTTAGTGGAGAGGACTCTTTGGAGTTCTCTCTTTCTATTGCA +GATGAAAATATACATCTAGTTAAAGAAGAAGGATATGTAAGAACTAAATATAACGAGTAT +GTTATTAAAGCAATAGATCCTACAGATAACTTCAAAAGATATTCTTGTGTAGTTAATATA +GAAGATATAAAAGGAAAATCTATAGCAAACTTTGATACAAGTAATAATATAACTGACACT +ATAAGGTTAGCCATAGCTGGTACTGGATGGATATTAGCAGATAATAATATATCTAAGAGA +AGAACTGTAAGGCTTAAAAATACTAATGCTTTAGAAGTATTAAGAGAGGTCAGAAAAATA +TTTAGAGTTGATTTTAGATATGATGCAATAAATAAAATTATATATGTTTATGAACAGTTT +GGAGAAGATAAGGGAGTTTATTTTAGTGATGAATTAAACTTAAAATCTTTTAGTATACCT +TCAGATACATATGACTATGCTACACGTTTGTATTGCTATGGCAAAGATGGTCTTAATATA +TCTAGCGTTAATAATGGCAAAGAGTATATAGATAACTTCCAATATTCTAATAAAATCATC +GAACTTATTTGGGAAGATAACAGATATACAGATGTAAATAGTCTTAAAGAAGATGCACAA +GCAAAATTAGATGAACTATCTAAACCTAAAAGATCATATCAAGCTGATATAGTAGATTTA +GCAAAACAAAATGAAGAATACAAGTTCTTAGATTTTTTCCTAGGAGATACTATCACTTTA +TTATCTAAGCAAGAAAAGTTTAGAGATAAGCAAAGAATAGTTAAGTATATAGAATATCCT +AACAACCCTACTCAAAACACTTGTGAACTAGGAAATACTACTTTAACATTCGAGGAATTA +CAGAAAGAAAATGAAGCTAAGAACAGTATGTTAGATGCAATTACATCTGATAACGGAACT +ATAGATGGTAGCAAAGTTGATAGTATAACTACAAAGCAAATATCAGACTTTGAGGCAAGT +GTAGCTAAGATTACGGATTTAACTGTAGTAAATGCAGAAATCACCAATCTAAAGGCTCAA +AACGTAACTATAACAGGTAAACTTACAGCTGTAGAAGGTGAATTTGGAACTCTAAAGGCT +AATGTAGGTGTTATAGATAAACTTACAGTAACACATACAGCTCAAATAAATGAATTAAAA +GCTAATAGTGCTACTATAATTCATTTAGAAGCTACTAATGCGGTAATAAAGAATTTAGAA +GCTAATGTTGGTAAGATTCAAACACTTGTAAATGGGAATTTATCAAGTGAAAATATCCAA +GCTGGGGGAATAACATCAGATAAGTTAACAATAGCAAATGGATTTATAACTAACGCTATG +ATAGCTAATTTAGATGTTTCTAAGATTAATTCAGGAGATATTAGCACGAATAAGTTTAAA +ATTAAATCAGATGATGGCGGAATAGAAATAGTTGGTGCAACTCAACAATTTAAAGATAAA +AATAATAGAGTTAGAATTCAAATGGGACAAGATGCAAAAGGTAACTTTAACTTTATTATT +CGAGGTGAGGATGGAACTTCTACACTTATAGATCATACAGGAGTAAAAGAAAAAGCTATA +GCTGATGATTTGATTAAAAACAATATGATTGCTAGTGATGCTGTAGGAGAAAAGCAAATT +AACTATAGTTCTTTTGTAACTGGATTTAATAAAGATACTAATACAAGCACTATAAAGTCT +ACTAAGATTATGCTTAATAATCAGAATCAGACTTTAGATGTTGCGTTTAGCCAATTAAAG +ACTCAAGCTGATGGGACTAAGACATTAACAGAATCGCACTCAACTACTATAGGTGTTATG +CAAGGACAAATAAGCACTGCTATTAACAATACTCAAATAGTAAAAGATGGCCAAACTATA +TTATTAAAAGATGATTATAATAGAACCGTTCAAACGATAGATAGTATGAAATCTATTATA +GGTAGTCATACAAGCCAAATAAGTGGTTTAAATTCTACAGTTAGTACGCAAGGAAGTAGT +ATAGAGCAACTAAAAGGTCAAATAGCACTTAAAGTAGAGCAAACAGATATTACAAATGCC +GTTAATAATATTCAGATAGGTTTGGTTAACTTGTTATTAAATTCTAATGGTTATAGTGGT +ACACAATGGAGAAAAGAAAATGTAACTATACTTAGTGATACTTACAAAGGAAGTAGAATT +CATACAACTTCAAGTGCGTGGGGTGGTGTGGAATATTGGGTATCTGACTTAATATCGAGG +AGTGTATTAGAGCTTAATACTTATTATACTATGTCATGCTACGCTAGAAGTTCTGCATCA +ACGTATTTGCCACAGTTAGGTTTCTATGGAGACTCTTCATATCATACAGAACAAGGTAAA +ATTTTAGGAAATGTAACAACAGAGTGGAAGCAATACTCAGTAACATTTAAATTTACTAAT +ATTTCAAGTGGTAATTATAAAATAAGATTTGAACCACTTACAAGTTCCACAAATGGAGAA +ACTTTACAAGTATGTGGGTTACAACTTGTAAAGGGTAATAAAATAGGTGATTGGACTCCT +GCACCAGAAGACACACAAAGTCAAATAGATTCTAATAAAACAGAGATAACAACTGTAAAA +AGCAATGTAGCATCTATAGATGTAAGTTTAAAAGGAATTACACAAAGGGTAGAGTCTACT +GAAACAACAACTGCTACATTAGCAACAAAAGTTAACACTGCACAGAGTACTGCTAACACT +GCAAATAGTAATGCCACTAATGCATTAAATAAAGCAGAAACTGCAAATAGTAAAATCGAT +GGATTGGAAATGGGTGGAAGAAACTTAATTTTAAATAGTACTTTATTAAATAATTCAGAA +AAATGGTATTTTTCTAATTCTAGTAATGTAGATAGATTTGTTGATGGTAACTTTACAGGA +ATTAAATTAAATACTAATGGTGGTTATGCCGCTACTACGGAAACAAAAATTAAAGCTAAT +AAAACTTATACAATTACATATTTTAGAAAAAATACATCAGTTTGTAATATGTGGATTGGT +TTTTATTTTAGCGATAATACTTATATAACTGCTCCTGGGTATATTAATGAAGTTTGTAAA +GATTGGAAAAAATACACGCACACCTTTACTATACCTGATGGTAAATCTGGTATAAACTTG +AGGATTTATTCTTATACTTCTGGTGTAGATTTGTATATTAGAAATATAAAAGTTTGTGAG +GGTGAGTCATTAATATATGATTGGACTCCTGCTCCTGAAGATACCCAAGGGCAACTAGAT +GCACATACTACTCAAATAACCACAACTAATAATAAAGTTGCATCTATAGAAACAAATTTA +TCTAGTATTACTAGTAGAGTGTCTAGTGTAGAGCAGACACAAGTTTCAACAAATGGCAAA +GTTACTAGTTTAGAAACTTGGAAAAAGGATGCAGAGAAAAAAATAACAAGTGATGCTATT +ATTAGTACAGTTACTAGTTCTCAAACATATAAAGATGCTCTAACGGGAAAAGTATCTACA +AATCAGATTATATCTAGTATTAATCAAACAGCAGAAGCAATAAAGATTCAAGCAAATAAA +ATAGATATGACAGGGGAATTGGATTTGCAAGGTCGATTCAAATGTTGGAAAAATAATTCT +GATAAAACTGGAAACTATCTTCATTTGAATGGGGCTATGATGTTTGGTTATAACAAAACA +GGAGGTAACAACCCTGTATTTGCTAGTGGATTGTGGACTGATGAAAACATGGGATATTTC +TCGGTAGGGTATACAAGAGCAGATATAACTGATGCAAACGGATGTTTGTATATGTCTCCT +CAAGAGGGAAATCAAGGAGGGAGATTAACTTTTTCAAGGTTGAAAGACTCACAAGTAGCA +CATACAACATTATATTTTCAAAAAGACGGAGCAATAGACTTTTATTCGGGATTAAGAGGA +CTATATGAAAATGATGATAACTATACATATAGATTTGACGCAGGAACAAGTGTAAAAGCA +TTAAGATGTAATAGATTGCGTTCATATGATATATACCCTAGAGGTAATAACACATATGAT +ATAGGTTTTACAAATGGGGGATGTTTTAGTAACATTTGGGGTAATAACATATGTACTAAT +CAAAGTCATCTATATCTAGGTACAGCACAGGCAAGTGGAGCATGGAATACTTACGGAGCA +TTAGCTATAAATTCGGCTACTGGATATATATTCCCTGCTAAATATAATGGTGCATTAGGA +CTTGGTATGTCAAATAATAGATTTAGTGGGTTATATTCAGTTAATGCTGTAAATGTGTCT +TCAGATTCAAGATTAAAAACAGATATACATTATTTAGAAGAGCCTACAGGAGAAACTGTT +ATATTAGAAAATAGGGTAGAGCGAAATATGCACATAACTACAAAAGATATGTATGATTTT +GTTAAAAATGAATTGAAATTAGCCTCTTATAGATATAATACTAATTTAGAGAAAGGCAAT +ACTTGTGTAGATTATGGATTTATTGCACAAGATATTTTATATACAAAAGTTGGTTCTGAA +ATAGTGCAACTTGCGGATAAATATAGTCTAAATTCGGAACTCTCTTATAATCAAGGAAAT +TATATTTCTGTTATAGCAGGAGCATTACAACAAGAGATAAGAAAAAGAGATAAAGAAATT +AAAGAATTAAGATTAGAGATAGAAAATTTAAAATCACAAAGAAAATTAGAGGTTGCTTAA +>group_1282 +ATGGAAGAATTTTTTAAAGGGATAGTAATTAGTACGTTGGTATATGGTGTGATATTAGCT +ATATCAGCAGACACTTTTTTTGGAGCTTTAAGAGGGCTTAAAGAACATAGGTTTAACTCT +GGTATTGGAATAGATGGAGCTATAAGAAAGGCAGGAATGTTAGGAAGCTTAGTATTTTTT +ATACTAGTAGATAAATATATACCATTTAATTTTATAGGATTTTTACCTACAGAAATGCTA +CAGATTCTAAAAGTTGAGTACATAGGAATTACAGATTTCTTTGCATTAATTTATATAGCA +TATGAAGCATGTAGCATTATAAAAAATATGCTATTATGCGGAATGCCAATGCCTAAAGTA +GTTAGGGATTGGTCTATAAGATTCATGAATATGTATACTACAGAATTGGATTCTAAGGAG +GTAAATTAG +>group_1304 +ATGAGAGTATTAGTTATGGCAGGACATACTTTAAGGGGTAAAGGTACAGGTGCAAGTAAA +TATTTAAATGAGAGTAAAGAAACTAGAAGAGTAGCTAAAAAAGTGGTTGAATATTTAAAG +AAACTAAATATAGATGCTACATATATATATTTAGATGAAGCTAAAGGAAATGATTATTTA +AAAGAGCAAGTCGCTTTAGCTAATACAAAAGGTACATTTGATATAGTTATTCAAATACAT +TTTAATGCGGGGTCAAGTGATCCTAATAATTTTACAACTGGTACAGAAACTTACTATGTA +TCTGCAAAAGGCAAAGTATTTGCAGATAGAGTAAATGCTAAATTGTCTACAATGTTTAGA +GACAGAGGTGCAAAAAATACTAAACCGAATTTATACTGGCTTAAATATACTAATAATCCT +GCTATACTTACAGAAATTTGCTTTGTAGATGATAAAGATGATGCAAGAGTATATGAGCAA +GAATTTGATTCTATATGTAAATTAATAGCAGAAGGTATAGCAAATAAGTCTATACCTAAA +GAACAAGAAGGATGGATTAAGGACAATGTAGGTTGGGCATATAAAGAAAATGGTAAGTGG +TGCTATGGATGGAAGAAGATAAATAGCTCATGGTTTTATTTAGACAATAACGGTTATGCT +GTTACTGGATGGAGAAAAATTAATGATAAATGGTACTTCTTTGATCAATGGTGCTATATG +AAAACTGGATGGATTAAAGACAATGACAAGTGGTATTTCTTAGATTCAAGCGGAGCAATG +GTTACTGGATGGCTTAAGGAAAATAATAAGTGGTATTACTTAAAAAGTAATGGAGCTATG +GAAACTGGATTATTACAGTTAGGAAATAAATTATACTTCCTAAAAGATAATGGAGAGTTA +GTTGTAAATAAAAAAATAGAAATAAATAATGACGGTGAGATAACATTTATATAA +>group_1238 +ATGTTAGAAAAATACATAAAATCTATAGTTGGAGAGGATTGTGAAATAGGTAATATAGAT +ATATATATACCTATAAATTATGTAGTTTCAGCAAGAAACATTACTAACGATGAAGATAGT +TTTGGACGCCAAAAGGAAACTATATATGATATTAAATGCTCAATGTATAATCAAGAAAAT +AATTGTAGACATTCAAGTCTTCAATCAGCGGAAAGATTGTTGAATAATATATTATCTGGA +AAATCAAAGACTCTAGATATTACAATTTATATAACGCCAACTAGGTTAAAAGATCTACCT +GAAGAATACAGTAATGAAGAGTTTGTAATAAATGACTTTAAAGATAAGGTAAGTAAATAT +GTTAGTATATTAAAATTACTAAATGAAGATAAATATAAAGATTTTGATGTAAAAAACTTA +GATAATCATAATATTATTTTTGATTGTAGTGGTATTGTAAGATAG +>group_1253 +ATGAAGTTTAAAAAAAAATTAAGTAGCTTGGCATTAGCTTTAGTAATAGGTTTATCAAGT +TTTACTTATTCTAATGCCCAACAAAATTTAGAAGCGCATTTTATAAATGTAGGTCAAGGA +GATGCGACATATATAGAATTACCAAATGGAACAGACATATTAATAGATGCAGGTAATTCA +TCTGAAGGAAGCGCTGTAGTCAATTATTTAAAAGCACAAGAGAAAAATATAGAGATAGAT +TATTTAATAGCTACTCATCCAGATGCAGACCATATAGGAGGGATGCAAGAAGTATTTAAA +CAATTAAAAGTTAGTAATTTTTATTACCCGATGGATACATCTAATGAAACTCAGACATGG +AAGAATGTATTAAGTCTAGCTGAGTCTGAGCGTTGCAAGATAAGAGACACAAAGTCAAGA +ACTGGTTTTGGAATTGAAGATGTAAAGATTATGTTTAAGCACCCAGATATAGATTATAAA +GACAATAATGATGATAGTGCTGTAGTATCTATAGAATATAAAGATACTAAACTTCTTGTA +ACAGGAGATATATCAGCTACAACAGAGTCTGATATGATTTCATCTGGATCAGTTAAAGAT +ATAGACGTGTTAAAAGTAGCACATCATGGTTCAAAAACAAGTTCAAGTAAAGAATTTTTA +ACGAAAGTAAAAGCTGAAAATGCTATTATAAGTGTAGGTAAAGAAAATTCATATGGACAT +CCTAACTCAGATGTATTAACAAGACTTTTAAGTAATGGTTCTAAAGTTTGGAGAACTGAT +ATAAATGGAACTATTGTATTAAATAGTGATGGTAAGAATATAAATATTACTTCGGATGAA +GGAACAGGAACAGATGCCTATAAAGGTAAATGGGTTAATGAGAATGGAAATTGGTACTAT +TATAAAGGTAGTGAAAAACAAACTGGATGGATTAAAGATGGTGGAGTATGGTATTACCTA +GAAAGTAATGGAGTAATGGCAACAGGATGGAAGAAGTTAAACGGAGTATGGTACTATTTA +AAACCAAATGGGGCAATGGCAACAGGTTGGGAAAAAGTAAGTAATAAGTGGTACTATATG +GATAGTAGTGGAGCTATGCAAACAGGCTGGGAGAAAGTTGATGGAACTTGGTATTACCTA +GATTCATACGGAGCAATGAAAACTGGATGGCAAAATATATCTAATCAGTGGTATTACCTA +AAGCCAAGCGGAGCAATGGCAACAGGTTGGGAAAAGGTAAATGGAACTTGGTATTACTTA +AACGCTGGTGGAGATATGGCAATAGGATGGAAACAATTAGGTGGAACATGGTACTATTTA +AAACCAAGTGGAGCAATGGCAACAGGTTGGGAAAAAGTAAATAATAAATGGTATTATCTT +GAATCAAGTGGAGCAATGGCAACAGGATGGAAACAATTAAATGGTTATTGGTACTACCTT +AATTCTGGAGGAGATATGGCAACAGGTTGGAAGCAAGTAGGAACAACTTGGTATTATTTA +TATAACTCTGGAGTAATGGCAACAAATACAACTATAGATGGTTGGAAAATTAATGGTAGC +GGAGTAGCTACACCACTATCAAGCAATAATGGTAATAACAATAATAACACTGGTAATGGA +CCTACTGGTGTTCAAGGTACAGTTTATATAACTCCAGGAGGAAAGTCTTATCATAATAGC +AGGAATTGTACAGCATTAAAAAGAAGTTCAACTGTTTTAGCTGTTTCATATAGTGAAGCA +ATAAACAGAGGTAAGTCAGATCCTTGTAACTTATGTGTTAGATAA +>group_1280 +ATGCAATTTATTAAAGATTTATGGAACAGTCAAATGTTTTGGTGGATAGTTATTGGAGCT +TCATTTATATTTGTAGCTGCTTTTAAACCTACTCCACCGCCTAAGAAAGATCCATTAGAT +GCTATAAATGATAGCTTGCAAGAACTAGCTGAAAAAGTAAGTACTTCAATAGAAAAAATA +AATAAATAA +>group_1287 +ATGGCTAGGAAACAAAGTTTAAAACTTCAATTATCATTCAAAGAGAATACAAGAGATTTA +GGTATTTATAATTTCTTAATCGAGGATATTAAAAATACATTAGGGATTAGCACATATATA +AAAATGCTTATAGAAAAAGATGAAGCATATCAATTGTATAAAAAAAGAATTGGAGCGAGT +TAA +>group_1284 +GTGTTAATTAAAATAAATGAAGTAAAAACTTATACATTTAGTGAATTTAAAGAAATCCAA +GAAAATAGAGAGATTATAAGCAAATACAATATAGAAGATATAAAACAACTTGATAAAATA +ATAGGCCATATTAAAAAGAATAAAGTTATGTATGGTAGATTGGTTTTTATGACTGCTTTA +TTTTTACATTTAAATATAAATGTATTTGCAAGTGGATTTGAAACTGTAGGTCCAGTAATT +ATAGATAAGTTTTTAAGTGTAATGAAATGGGGTTGTATTGGAAGGGGACTATATGAAATG +ACTGTAACCATGGTAAGTGGAGGTAATATTAAGCAGGCTATGACAGAAGGAATACAATAT +TGGATAGGATTCCTATTTTTACAGTTTTACCCTCAGTTGTATGATATATTTGCTGGTATA +AAATTTTAA +>group_1210 +ATGAATTGGTGGAATCCATTTGATTGGGGAGAAATGATGGTTGAAGGAGCTAAAAACAAA +GTGGCTCAGATTATAAAAGAGATAGCCGAAGATTTTATAATGTCAAGTTACTGGATATGT +TTAATAGCAGGCTTAATAGGTATAATATTATTTCTATTTGGATATAAAAAAGGTAAAAAT +ATTGCAATGATTATGCCAGGAGTGTATTTAATTATAAAAATATTAGGGAGCGTGATCCTT +GGTGTTTAG +>group_1240 +ATGGCTGGAATTAAATATGATATAGAAAAAGAAATAGGAGTCATTTCTCAATCATCTAAA +GGATGGAATAAAGAGCTTAATTTAGTTAGTTGGAACAACAGAGAAGCAAAATATGATATA +AGAGATTGGGATGAAGATCATCAAAAGATGGGTAAAGGTATTACCTTTACAAAAGAAGAA +CTAATAAATCTAAAAGAATTATTAAATAGTATTGATATTTAA +>group_1283 +ATGAATTCATGGTTATTATATGCTTTATTAGCAGCAGTAAGCGCAAGTTTCGTAACAGTA +TTTACAAAGATAGGTATTAATAATTTATCTCCTTCATTAGCAACAGCAGTACGCTCTATA +ATAATGGCTCTATTTTTAGTTTCTGTATCTTTTTTTAAAGGAGATTTAAATAATATAAAT +CAATTATTTGAATATAAGAAAGATTTTGTTTATTTAGTATTTGCAGGAATTTCTGGAGCA +CTTTCATGGCTATTTTTAAATATAGCATTAAAAACAGGGAAAACATGGCAGGTTGCACCT +ATAGATAAATTATCAGTTGTTATAACAGTAGTTGTATCAATCTTAATTTTTAAAGAGCAG +ATTTCAATAAAAGGAATTATAGGAGTTCTTCTAATTGCTTTAGGAACTATATTTGTTGCT +TTAGGATAA +>alsT_2 +ATGGAATTATTAAACAAATTAGTGTTACAAGTTAATGACTTTATTTGGACTTACATACTA +ATAGCGATGCTTATTATTTTAGGGATTTACTTTACAGTAAAGACGAACTTTGTACAATTT +AGATTTTTCAAAGAAATGTTTAAGCTTTTAGGAGACGGTGCTTCTAAAGATGCAAAAAAG +GAAGGAAAGATATCTTCTTTCCAAGCATTCTGTATAAGTACAGCATCTAGAGTAGGTACA +GGAAATATAGCTGGTATAGCTATTGCTGTAGTTGCTGGTGGACCTGGAGCAATATTCTGG +ATGTGGCTTATAGCGTTAATAGGTTCAGCATCAGGATTTGTAGAAAGTACATTAGCTCAA +ATTTATAAAGTAAAAGATGGAAATGCATATAGAGGTGGACCTGCTTATTATATGGAACAA +GGTTTAAATAAAAAATGGATGGGAATTATATTCTCAGTTCTTATAACTATTTGTTTTGCA +TTTGTATTTAATGCAGTTCAAGCAAATACAATAACAGCTGCATTTAATAATGCTTTTGGA +ATAAATAGATTTGGTTTAGGATTAGTAATAGCTGCAGTAACTGCAGTAGTAATATTTGGT +GGTTCTCACAGAATTGCAAAAGTATCTGAAGTTATAGTTCCTGTTCTTGCAGTTTTATAT +ATATTAGTTTCTTTATTTGTAGTAGTAATTAATATAACAGAATTACCTAATGTAATAAAA +TTAATACTTACAAATGCGCTTGATTTTAGAAGTATGTCAATGGGTACGATGGGTGGAATA +ATACTTGTTGGTGTAAAAAGAGGTTTATTCTCAAATGAAGCTGGTATGGGTAGTGCTCCT +AATGCAGCTGCAACAGCAGAAGTATCGCATCCAGTTAAGCAAGGTTTAATACAAGCTCTT +GGAGTGTTTGTTGATACTTTAATAATATGTTCTTGTACAGCATTTGTAGTGCTTTTATAT +CCAGGATATGCAACAAGCTCAGCTGAAGGTATAGGATTAACACAAGAAGCTTTAACTTAC +CATATAGGACCAATAGGAAATATATTCATAGCACTTTGTATATTATTATTCGCATTTAGT +TCAATAGTTGGGAACTACTATTATGGTCAATCAAATATAGAATTTATGAATAATAGTAAG +TCTACAATGACAATATTTAGAGTAGCAGTTGTAGGATTTGTATTATTTGGTTCTGTAGCT +CAAATAGAAATAGTTTGGAATTTAGCAGATGTGTTTATGGGATTAATGGCAATAATAAAC +TTAATAGCAATAGCGCTATTAGGAAAATATGCGTTCAGAGCATTAAAAGACTACGAAGAA +CAAAGAAAGGTAGGTATAGAGGATCCTATATTTGACTCTTCAAAAATAGAAGGTCTTGAA +AATGTATCTGAGTGGAAACGTGATAAAGACGGAGTAACTGCTTAA +>dbpA_1 +ATGAGTTTAAAGCCTTTAGATATATTAACTAAGTATTATGGATATACAAGTTTTAGGAGA +GGTCAAGAAGATATAATAAATTCTATAATAAATAGAAATGATGTTCTTGCTATTATGCCA +ACAGGTGGAGGAAAGTCTATCTGCTATCAAGTTCCAGCTTTATTATTAGATGGAATTACA +TTAGTCATTTCACCACTTATATCTCTAATGAAAGATCAAGTAGATGCTTTAAAAACTATG +GGGATTAATGCAACATATATTAATAGTTCACTCAGTAGTAAGGACTTTAATGAAGTTTTA +GAAAATATTAGAAATGATGAATATAAAATTATTTACGTAGCACCAGAAAGGTTAGATAGC +TATGAATTTACGAATATTGTTAAAGATAAAAATGTAAGCCAAATAGCTGTAGATGAGGCT +CATTGTGTATCACAGTGGGGGCATGACTTTAGGGTAAGTTACACTAAGATTTATTCGTTT +ATAGAAAGTTTAATAAGTAGACCAGTAGTTACTGCATTTACAGCAACTGCTTCTCAAGAA +GTAAGAGAAGATATTATTACTAGTCTAAGATTAAATGACCCGGACATTTACATAACTGGG +TTTAATAGAGAAAATTTATCTATTAATATAGTGAAATCATCTAGTAAAAACAAGTATCTT +ATTGATTATTTAGAAAATCATAAAAAAGAAAGTGGAATTATTTATGCAGCTACGAGAAAA +GATGTAGAAAAAATATATGATGGACTGTATAAAAGAGGATACTTAGTATCAAAATATCAT +GCTGGCTTATCACAAGAAGAAAGAAAGATAAACCAAGAAGATTTTATTAATGATAAAATT +GATATAATGGTTGCTACTAATGCATTTGGAATGGGGATAGATAAACCTAATATTAGGTGG +GTTATACATTATAATATGCCTCAGAGTATAGAAAATTATTATCAAGAAATAGGAAGAGCA +GGAAGAGATAATCAAAAAAGTGAGTGTATTCTTTTGTTTTCTCCAGGAGATATTCATATA +CAACAGTATTTAATTGATATAAGTATAGAAAATCCGAAAAGAAAGCTATTTCAGCATGAA +AAATTACAGCAAATGAAAGACTTAATTTACAGTAATTATTGCTATAGAAAAAGTATATTA +TCTTATTTCGGAGAAAGTCTTTTAGAAGAATGTAATAACTGTAGTAATTGTTTAACTGAA +GGTGAAATAATTGATAAAACTTTAGATGCTCAGAAAGTTATCTCATGTATATATAGAATG +AAAAAAAGTTATGGAGTAAATATGATTGTAGATGTATTAAGAGGATCTAAGAACAAAAAG +TTATTAGATTTTGGATTTAATGAACTTTCTACTTATGGAATAATGAAAGATTACTCAAAT +GAAAATTTAAAAACATTTATAAATACATTAGTTTCTCATGGATATTTAGAGCTAATAAAA +AATATAGGGTATAATGGAACTTACCCAACTGTAAAATTAAATGATTTATCTACAAAAGTA +TTAAAAGGTGAGATACAGGTTAGGTTTAAAGAAACTATAGTAAGTAAATCTTTAAATACA +AACGATGAATTATATGAAAGATTAAAGAACTTACGATACGATATAGCAACAGAAGAAAAA +ATTGCTCCATACATGGTATTTGGTGATAGTGTATTAAAATCAATGGCATCTACATATGCA +ACTAATAAAGAAGACATGCTTAGTATATCAGGTGTCGGAGAAATTAAGTATGAAAAGTAT +TCAAGTAAGTTTATTAAAGTAATAGAAGAATATATGCTAGAAAAAAATATAAAAAAAGAA +GAAAAGATAGAGCAAAATAAAGATGAAGAGTTTTTATTTGTTAAGACTAATATAAACTTA +TATAAAAAGCTAAAAGAGTTAAGAGATGAATATGCTAGAAAAGAGCAAGTAATTGCATAT +CGAATATTAGGTAATAATACACTGAAAGAAATAAGTGGAAGATGTCCTAGAACAATAGAA +CAGTTAAATGATATTTCTGGAATTGGACCAGTTAAGATTGATAAATATGGTAAAGAAATA +TTGTGTTTAGTTGAAGCTTATATAACAGAAAATAACATGGATGTTATATGGACAGAAAAA +GAAAAACTAAAAGTTGTTATAGATGGTGAGAGTAGAAAAAACAATGAAATTGCTTTAGAC +TTATTAAATCAAGGAAAAGATATTAGTTTTGTAAGTGAAGAACTTGAAACTTCGGTATCA +ACAATTTTAGGATATGTATATGATTATATAAAAGAAGATCAAGAAATTAAATTTAATTTA +AACTTAAAAGAATTTTATAGCGATGAGGAAGCTGAGCTAATCATAAATGCCTGTAATGCA +TTTGGAGAAGAGAAAATAAGTATAATTAAGAAAAATTTACCTAATTATATTAGATATGAG +AGTATTAGGGCTGTAATACTAGAAAAACATTTAGGAGTTTTAGAAAATAAAAAGGAAATT +TGTAGATAG +>group_1217 +ATGGGACTGCTAGAGTTTGATTTTATAGAAGAATCAATAGACAAGTTAAAATCTATGAGT +TCAACATTAGAGCTAATAGGAGATGAGTTAGAAGGATATTTCGAAGGAGTTTTAGATTAT +AAAGAAGAAGATTATATAAATGTAACATCAAGAGTGAAGTCAGAAAGTAGCTTAAGAGAA +AAAATAATTAGAAATAGATATCTAAAAAAATATAATGAAGCAAGTAACCTTATTCATAAT +CTTTCAGATTTAATTGGCGTAAGGATTGAGTGTAGATTTATTGAAGATGAAAATAAGATA +TATAGGGTTCTAAGAAGATACTTTAATAAGACTGATGATAAAGTTTATTATTATAATAAA +GAAAATCCAAATATTACATTGAAGCTTAATGAAAAGCAACCAAAGAAGCAAAAAAATGGG +TTTGAGATTTATAGGATAGATGGTAAATTTAATTATCTAGATAGACAAATTAAATTTGAA +CTTCAGATAAAGTCGCTTGTAAATATATTTTGGAGTGAAATTGAGCATAAAGTTATTTAT +AAAAACAATACATATTTATTAGGAGATAGCTTTTTAAAAGATATGATGTTGTCTATCAAA +AATAATCTTACAATGATAGATAACCAATTAGTAAATGTTTATAAGAATTTTAATACAGGT +AGCTTTGAACATTTAGTAGGAAAGAAGAAAGAATTAGAGAAGTTATTAGCAAAGATGGCA +CATGATACATTTTCAATTAAGATGAAGGAAAGTATAGGATTTATAGTAGATTTTAAAAAA +CCTTGTGAGACTATATTAAATTATTCTTTCAATAAAAATGAAGATGAAATTGATGATAGT +TTATTCGGGGATTTAATGATTAATGGGTTATCAAGAATAAATGAAATTTCTAAAAAAGAA +ATTAATTTTAATCAATCTATTGTATTTGAAAAGAAGCCAGTATTAAAAGACGATTTTTGT +AAAAAATTAGGTAAATATATAATGGGTAAGCTAAATGATGAATTTGCATGGAATTTATTC +TTTAGAATTTTATTTGAGATAGAGCCTTATAACAATAAAGAAGATTTTGAAAATTTTATA +TCATTTATAAAAATGAAAGTTATATCTAAAGATAGTAAAGAACAAATAATATCTGCATTT +AAAGATGAAGGTGAAATAATAATTAGGGATATGTACATGAGTATATGTAAAATACTTATT +GAAGTAGATACAGTAGAAACTATGTACGACTATAATTTAGAAAAAATTAATTACATTATA +AGTGAAGTTACTAGTAGCATATGCAGAGACTTAGAAAGTTATAATAATTATTTAGAAATA +AAAGAAGATATACTAAACAATATAGAGACAAAGATAGGTAAATTATTTAACTAA +>group_1285 +ATGAATAATATTATTTTAGTTAGAGGAGCTGGGGATTTAGCTTCTGCAGTAATACATAAA +TTATATATGTGTGGATTTAAAGTTGTAGCATTAGAAATAGAAAAACCTCTAGCGATAAGA +AGGCAAGTAACATTTTGTGAAGCCATATATGAAGGAGAAGTAGAAATTGAGGGGGTTTCC +TGCAAGTTATGTAATAGTATTTCTCAAGTTAAAGAGACTTTAAATATAAATAAAGTTGCT +CTATACGTTGACCCAAAAGGAGAATCTATAAAAGAGATAAATCCAAAAGTTGTGGTTGAC +TGCATATTAGCAAAGAAAAATATTGGAACTAGTAAAGATATGGCAGACTTAACCATTGGA +CTAGGACCTGGTTTTTGTGCAGGAGAAGATGTAGATATAGTAATTGAAACTATGAGAGGC +CATAATTTAGGGAGAGTAATAAGAAAAGGTAAACCAAAAGAAAACACTGGAATACCAGGA +GAGATAAATGGAGTATCTAAAGACAGAGTAGTTTACTCTCAAGCAAGTGGAATAATTAAT +ACATTATGTAATATAGGGGATATAGTAAAAAAGGATCAAGTTTTGGCTTATATAGAAGAT +AATAGTGGGAATAAACATAAGGTTTTAGCGAGTATAGATGGACTGTTAAGAGGGATCATC +AGAGATGGATCATTTGTTAAAAGTAATCTGAAAATTTTAGATATAGATCCGAGATTAGAT +CAAGTAAAAAATGCATCTACAATATCAGATAAAGGAAGAAATATAGCTGGAGGAGTATTA +GAAGCTATCTTATCAAGTAAGATACTACCTAAATATTAG +>group_1288 +ATGCATGAAGTAATATTATCAAAGATAAATGAAGAAATACAGAATGGAAATAAGGTTGCA +CTTGCTATAATTACAGAAGTAGAAGGGTCAAGTCCGGGTAAACAGGGTTCAACTTTAGCA +TATCTTTCAGATGGAAGTATAATAGGTACTGTGGGTGGAGGCATCTTAGAATATGAAATA +ATAAGCAAATGTAAAGAATGTCTAGAAAATGGAGAAGATATAAACTTTGAGCACAGTCTA +ACAAAAAATTCAGAAGAAACTCCAATGCAGTGCGGTGGAAATGTAAGAGGTTATATAAAA +GTATTTAAGCCTAAACCAAGACTATTAATTGTCGGGGGAGGACATGTAGGATATAGCCTG +TACAAGATATCCAATACTTTAGATTTTTATACTATAATAGTTGATGATAGAGCAGAATTT +GCGAATAAAGATAGATTTAAAAAGGCAAAGGAAGTATATAGTGGTAATATAGAAAGTATA +TTGAAAAATATAAATATTGATGAAAATACATATGTAGTAATAGCTACAAGAGGTTATGAA +AAAGATTTAGAAGCCCTAAGATGTATTATAAATGAAAATGTAGGGTATATAGGAATGATA +GGTAGTCTAAAAAAATGGACGACCTTAAAATCAACTTTAATCAATGAAGGGGTTAGTGAA +GAATTATTAAATTCTGTTTATGCTCCAGTAGGTCTTAATATATCTTCAAACGAAGTAAAT +GAAATTGCTTTTGGAATAATGGCAGAACTTTTATTAGTAAAAAATAAAGGTTGCTTATCT +CATAGAAAAGATAAAAACCTAAGATTTAATAAATAA +>mog +ATGTTTAAGGTTGCAATTATAACTCTTAGTGATAAAGGTTATGAAGGACAAAGAGAAGAT +ATAACAGGTAAAAAACTTGAAGAATATGTTGAAAGTAATGGACATTATAAAGTTGTACAT +TATGCGTTGATAAAAGATGATAAAGAAATGTTAGTAAATGAACTTATAGATATATGTGAT +AATAACAAAGCTGATTTAGTATTAACTAATGGTGGAACGGGATTCTCAAAAAGAGATGTT +ACACCAGAAGGAACTAAAGAAGCTATAGAAAGGGAAATACCAGGAATAAGCGAGTACATG +AGGATGAAGTCTTCAGAAATAACTAAAAAAGCAATATTAAGTAGAGGTATAAGCGGAATA +AGAAAAAATACAATAATAATAAATTTACCAGGTAGTCCAAGAGGTGCAGTTGAAAATTTA +AGCTTTGTAATTGATACTTTAGGACATGGTATAGACATTCTTAAAGGAGATGCAAGTGAG +TGTGCTACTCCTTTAAAAAATAATTAG +>moaC +ATGTTAACTCATATTAACGAAAAAGGCTATGCAAAAATGGTAGATATAAGCGAAAAGGAG +AATACTACAAGAGTAGCAGTAGCAACAGCTACTATATCTATGACGAATGAAGCATTAGAA +AAAATAAAAAATGGACAAATAAAAAAGGGAGATGTGTTATCAGTTGCTCAGATAGCGGGA +ATTATGGGGGCAAAAAATACATCAAATAATATACCTATGTGTCATCAAATCAACTTAGTT +GGTTGTGATTTAGACTTTGAAATAGATGAAGATACTTCTTCTATAATAATATATGCTACT +TGTAAAAGTTTAGGTAAAACAGGTGTAGAAATGGAAGCATTAAATGCTTGCTCAATAGCA +GCCTTAACAATTTATGATATGTGTAAAGCAGTAGATAAGAGAATGATGATAAGCAATATT +CATTTAATAGAAAAAACAGGTGGGAAGTCAGGAGATTTTAAATATTAA +>group_1272 +ATGGCAAAGATAGTATCAATAAATATAAGTACGAAAAAGGGCGTTATAAAAGAACCAATA +AGTAAAGCAGAGTTAAAAATTGACCACGGTATAGTTGGTGATGCTCATGCAGGAAATTGG +CATCGTCAAATAAGTATGTTAGCTGAAGAAAGTATTCAAAAGATGAAAGATAAAGGTTTT +AATCATTTGAAATTTGGAGATTTTGCAGAAAACATAACTACCGAAGGGATAGAAGTTCAT +ACTTTGCCTGTAGGAACAAAACTAAAAATAGGTGAATGTGAAGTAGAAGTAACTCAGATC +GGAAAAAAGTGTCATAATGGATGTGCAATAAAGCAAACAACAGGCGACTGTGTAATGCCA +AGAGAAGGAATCTTCGTAAAAGTCCTAAAAGAAGGAACAATACAACCAAACGATATAATT +GAGGTTTTATAA +>group_1291 +ATGTGGAAAATAAAGGGAATAATATTTGATATGGATGGAGTTTTAGTTGATACTGAAAGA +ATATCGTTTAAATTCTGGGAAAAATCATTTGAAAAATATGGATATAAGTATTCTATGGAT +ACTCATTTATCTTTAATTGGAAGAAATAATAATAGTATTAGAAACATACTTGGAGAAACA +TTTGGAACAGAGTTTCCTTTAGATGAAATTTGTAATTATAAATCTGAAAGTATGATTAAG +TATTTATTAGAAGAAGGAACACCACTTAAGATAGGAGTATTTGAATTATTAGATTATTTA +AGAGAGAATAACTATAAAATAGCAGTAGCAACTTCTACTCATAAAGAAAGGGCTATTCAA +AGGTTAGAAAGTGTTGGGATTAAAGAAAAGTTTGATGATATGGTTTGTGGAGATGAAATA +GAACATTCTAAACCAAATCCTGAGATATTTTTAAAGGCTGCTGAAAAATTAGGCTTAAAA +CCTGAAGAGTGCATAGTTATCGAGGACTCACCAGCTGGTGTAGAAGCAGGATATAAAGGT +GGAATGACAGTTATTAATGTTCCAGATATGAAAATGCCTGATGAAGAAATGAAAAAGTAT +TCATCACTTATATGCAACAATTTACTAGATGTTAAAGAGTATTTAGAGACTAAAGTTGCT +ACCGTATATTAA +>thyA +ATGAATAAAGCAGATAAAATATTTAAAGAAACAATGATAAAAATTTTAGAAGAAGGTACT +AAAGATGAAGGTCCTAGACCATATTATCCATCAGATAATTCACCTGCTCACAGTACTTTT +ATTACACACCAAGTACATACTTATGATATTAGTAAAGGTGAATTACCTATAATAACTCTT +AGACCTATTGCTATAAAAAATGCTATTAAAGAAATACTTTGGATATACCAAGACCAAACT +AGTAGCTTAGATGTATTAAAGAATAAATACAACATACACTGGTGGGATGAATGGGAAAGT +AAAGATAGACCAGGAACAATTGGACAAAGATATGGAGCAACAGTAAAAAAACATAACTTA +ATGAACAATCTTTTAGATGAAATAAAAAAGAATCCTTATGGTAGAAGACATATAATGAGC +TTATGGCAAGAAGAAGATTTTAAAGAAACTGACGGACTAAAGCCTTGTGCATATGAAACA +ATATGGACAGTTAGAGGAGAATACTTAGATATGTCACTAACTCAAAGAAGCTCAGACTTT +ATAGTAGCTGGTCATATTAATGGTATGCAATATGTTGCATTATTAATGATGGTAGCAAGA +CACTGCGGATTAAAACCAGGTAAATTTACTCATTATATAATAAATCTTCATTTATATGAT +AGACATGAAGAAAATGCAAAATTAATGATAGAAAGAGAAGCTATTGACTGTGAACCAAAA +CTTATATTAAATCCAGAAAAAACTGACTTCTATTCATTTACAATAGATGATTTCGAATTA +GTTGGATATGAAAGTGTGAAGCCACAGTTGAAGTTTGAATTAGCTATATAA +>folA +ATGATAAAGATTATAGTTGCAGTAGATGAAAAAGGTGCAATCGGAAGAAATAATGAACTT +TTATATCATATAAAAGATGATTTAAAAAACTTTAAGAGTTTAACATCAGGAAATGTGGTA +GTTATGGGTAGAAACACTTGGGAGTCATTACCAATTAAGCCTCTTCCAAATAGAGAAAAT +ATAGTGTTAACAACGACTAATAAAAAATTAAATGGAGCAAAAGTAATTAACAGTTTTGAC +GAATTAGAGAACTATTTAAAAGATACAGAAAAAGATATATATATTATGGGAGGAGCTTCA +ATTTATAATCAAGTTATGGAAAGTAAATTAGTTGATGAAGCCCATGTAACTTTTGTGAAA +GATATAGTAGAAGATGCAGACACATTTATATCTATAGATAATCTTAAAGAATTATTGCCA +AGAGAAAATTATGTTACTACTTTTGAGCAAGATGATTTAAAAGCTGATTATATTATTCTT +TCTAAATAG +>group_1281 +ATGGTTTTATTATTTAGTTTATTACTTATTGGTATTACAGCAAACTACAGTGGAGTTTTA +GCAGAGAAAATTAAGTTACCAGGGCTTATTGGTATGATGATAATGGGAATGTTAATAGGG +CCTTCATTTTTTAATCTAGTACCTCAAGTTACTTTGGATATATCTTCAGCATTAAAGGAT +ATAGCCTTAGTAACAGTATTATTTATAGGAGGGCTTGGGATTAGTGTTTCCCAAATAAAA +GATATAGGAAGACCGGCAATTTTATTAAGTATTATACCTGCTACTTTAGAAGGATTTACA +GTAGCATTTTTAGCAATGATATTTTTAGATTTTACATTTATACAAGGTGCTATTTTAGGT +TTTATAATTGCTGCAGTTAGCCCGGCTGTACTTATTCCATCCATGGTATCTTTAATTAAT +AGGAAGGTGGGACAGGATAAAGCTATACCGCAAATGTTACTGGTGGGTGCAAGTGCAGAT +GATACTATAGCAATAACACTGTTTACAACTTTTTTAGGTATTTATATGCAAAGTAATAAT +GGTGAAAGTATATCTATAATAAGTCAGATTATAAGTATACCAGTTACAATTATCCTTAGT +ATAATTATTGGGGTTATAGCATTTAAAATTACTAAGAGATATATTGAAAATGCGGAAAAT +AAATATATAAAGCTATCAATAGCTTCTTTTATCTGTCTAGGAATGAGATTTATTGAGAAG +GATTTACATTTAGAAATTTTTAATTCTTTACTAACTGTTATGGTTTATGGATTTTTAATA +AGAAATTATACTATAAATAGTTCTAAGATGATTTTAGATAATATGAACTCAATATGGAAT +ATAGGGAAGTTATATTTATTTACTTTTGTAGGTATGGCAATTAATCCTGTATTAGTAGGC +GAATACTTATTTATTGGTATAGTAATACTTACATGCTCTTTATTTATTAGATCAATAGGT +GTATTATTAGCTTTAGTAGGTACTAATTTAAATATAAAAGAACGATTATTTTGTGTTGTT +GCATATCTTCCAAAAGCAACAGTTCAATCTGCAAAAGCTGCAATACCTTTACAAATGGGG +GTTGCAGGTGGTGAAATAATGCAGGCAATTGCTATATTAAGTGTTCTAATTACAGCACCA +ATAGGAGCTATAGGAATAAAGTTAACTAGTGATAAGCTTTTATCAACTAAAGAATATACA +TCTGAAGAGATGCTATTTTATAATACTTAG +>group_1239 +ATGAGCAATATAAGTAAAGATATATTAAAAGTAAGTAAGCAGACGTTATTATTAATAGCA +GGTCTTGTTTGGTTGTTTGCAGGTTTTAGGGTATTCACTTTAGGAAAGGTTGATGTGAGT +AATAATAAAGGGAATATAATTTTCGTTTTAGTGATTGCATTAGTAATATTTTACTTATTC +TTTAATTTTATTTTTAGCAAGATGCTAAAAAAACATATTAAAAGAATTGTAAGTCATGAA +CTTGAAAAGAGATGTTTATTTGCTTTCTTTGATAAAAAAAGTTATTTTATTATGGGATTT +ATGATGTTCTTTGGAATAGGGATAAGAAGCTTAGGAATATTTAATCCAATATACTTAGGA +AGTTTTTACTTAGGTTTAGGGGCGGCCCTATTTACATCAGGTGTATTATTCTTAATAAAT +TGGATTAATTTTAAAAATACTAAATTAAAATATATGAATCAATAG +>group_1262 +ATGAAATACGACTCATTTGAAATTGCTATGCTTATTAAAGAAATATATGCAAGTACTATA +GAAATAGTTAATGAGAATTTGAGTGGAAGTAACCTTACTCATCAGCAAACTATGGTTATA +AAATTAATAGCACATAAAGGTAGAATTACTATATCTGAACTATGTAAAGAAATGTCACTG +GCGAAAGGAACTGTATCTGGTATAGTTAGTAGGCTAGAAGCTGCTGATTATGTGAAGAAA +ATTAAAGTGGAAAGTGATAAAAGAAACACCTATATAGAATTTTCTAATAAGGGAATAGAA +TATGCTAAAGATTTTAGACAGGAAATAAATAAAAGCTTTGATAAGATATTTGAAAATTTC +ACTGATGAAGAAGTAAAAGAAACTAAAGAAAGTTTAATTAAGTTAAGAAATAAATTAAAA +GGAGAGAAAAAAAATGGATAG +>group_1201 +ATGGATAGTACTTTAATATTTGCAATAGTAACAATAACGTTAGCGTTAGTATTTTATACA +ATTGGTGTATTTGGCGAAAGAAGAGCTAAAAGTTTGAATAAAAATCATGTTATCATATTT +TGGCTAGGTTTATTATGTGATACAACAGGAACTCTTACAATGGGCAAGATTGCTAAATCT +GGTGTAGAGGTTATGAACGTAGCAACACAAACTTTACATGGATTAACAGGTTTTTTAGCG +ATTGTATTGATGTTATTTCATGCAGTATGGGCAACATGGGTACTATATAAAAATGATACA +AAGAAAAAAGAGACATTCCATAAGTTTAGTATCATTGTTTGGATTATATGGTTAGTTCCA +TACATTATAGGAATGATGATAGGTATGGGTAAATAA +>group_1178 +ATGAGTAGGCCCCAAAATAGTATTATGTTTATGCTAATAATATTACTTTTATTATCTGTT +ACTTTGAACATATCTTTTTCTAAAAACTTAAAAGATGTATTTACTTATGAATCTCAATGT +TTAATGAATAAAGAGCTAGGTAAAACTTCTGTTTATTGA +>melB_3 +ATGTCAGCAAATACAAATAACATAACTTATAACAGAGCTAAGACATGGCAAATAGGTCTT +TTTGCTCTAAACAACATTGCAACAAACTTTTATATGTTCTTAATGATGTACGTATCTTAT +TATGCAACTGGTGCAGCAGGAATAGCAGTTGTTCTTATATCTTCTTTATTAACATCTATG +CGTATGTTCGATGCAGTAACTGATCCAATAATAGGATTTATAATTGATAAAACAAATACT +AAATTTGGGAAATTTAGACCTATGATGGTAATAGGGAATATTATATTAGCAATTAGTACA +TTAATATTATACAATTTTACTCATAGATTACCTGAGGGAAATCCAAGAGTGATATTCTTT +GTAGTAATGTATGCAATTTATGTTATAGGATACACATTCCAAACAGCTTGTACAAAAGCA +GCTCAAGCTTGTTTAACAAATGATCCAGCTCAAAGACCATTATTTACAAGATTCGATAGT +TCTTATATGTTATTAATGGGAAGTGGTATAGCTATGTATACTTCTTCATACCTAGTACCT +AAGTACGGTGGATTTACATTACCAGCGATGACAGAATTCTCAACATCAGCTGTTATAGCA +TCAGCAATATGTACAGTGCTTGCTATAATAGGTTTATGGGAAAAGGATAGAGAAGAGTTC +TTTGGTATAGGTGATAAAGGTGCCAAAGTTAAGTTTAAAGATTATTTAAGTGTATTAAAG +GGAAATAGAGCTATACAAATGCTTATAGTATCAGCTGCAACTGATAAATTAGCATTACAA +GCGGCAGGAAACTCTTCTGTTATGGTTATGTTATACGGAATAGTAATGGGTAACTATGCT +TTATATGGAAAAATGTCATTAATAACAATGTTACCAACATTTATAATAATATTAGTTGGA +ACTAAGTATGCGAGTAAATTCGGTTCTAAAAAGGCATTAGTTGCTACAACTTGGTTATCA +ATAATAGGATATTTAGCATTATTCTTAGTAATATTTATAGGAGATCCAGCTCAAATATCA +TTAGATAACTTTGGTATAATGACAGCTCTTTGGATAGGTATATATTGCTTAGCGAACGGT +GTTAAATCTGTTTCAAGTAGTATAGTTATACCAATGATAGCAGACTGTGCAGATTATGAA +ACTTATTTAACTGGAAGATACGTTCCAGGTATGATGGGAACTTTATTCTCATTCGTTGAT +AAAATGATATCATCATTTGCGACTACAGTTGTTGGATTTGTTGTAGCAGGAATAGGATAC +ACAGCTACAATGCCAGAAGTAACAGATGCATATACACCTGCGTTATTCTGGGCAACAGCA +TTCTTATTCATAGGTCTTCCAATAATAGGATGGGTATGTTCATTAATAGCAATGAAATTC +TATCCATTAGATGATAAGAAAATGCTAGAAGTTCAAGCTAAATTAGATGAAATAAGAAAA +GATGAAAATCAAGCTTTAAATGCATAA +>larB +ATGGACTTAAGAGAATTATTAGATGATGTGAAAAATAATAAGATAGATATAGATGTAGCT +ATGAAAAAGCTTAAAAATTTACCTTATGAAGATTTAGGGTATGCAAATATAGATCATCAT +AGAGAGGTAAGGACTGGTTACCCAGAAGTAATATATTGTGAAGGTAAAAGTGATTATCAA +ATTTTAGGTATAATTGAGAAAATGATAAAAAAAGATAGCAATATATTAGGTACAAGATGT +AGAAAAGAAACTTATGAAAAAATAAAACCAATTTATCCTAATGCGGAATATGATCAACTT +TCAAAAATATTAAAGATACAAAATCACCCTATAGAAAATATAGGAAAAGGAAAAATTGTG +GTTGTTACAGGTGGAACTTCGGATATACCAGTAGCGGATGAAGCTTATCACACTGCTCTT +TTTTTGGGAAACACTGTTGAAAGAGTATATGATGTAGGAGTAGCTGGAATACATAGATTA +CTAAGTAAAAAACATATAATAGATAGCGCAAGAGTAATCATAGTAGTTGCAGGAATGGAA +GGGGCTCTTCCAAGTGTAGTCGGAGGTCTTGTGGATGTACCTATTATAGCAGTACCAACT +TCTGTAGGTTATGGCGCTAATTTTGGTGGATTATCAGCGCTTCTTACCATGTTAAATAGT +TGTTCGTCTGGTATATCAGTAGTGAATATAGATAACGGTTTTGGAGCAGGATATCTAGCT +TCAATGATTAATAAATTAAAGTAA +>larC_1 +ATGGAACAAAGAATTCTTTACTTTGACATAGTAAATGGAATCTCTGGAGATATGACATTG +GCAACATTGCTAAATTTGGGGGTGCCAAAAGAAATATTTTTAGAAGAGCTAAGTAAATTA +AATTTAGATGATGAGTTTGATATAAAAATAATTTCTAAAATTGAAAATGGAATAAAGGGA +ACGAATGTAGATGTAATTATAAAGGAAGACAATGCATGTAGGCATTTAGTAGACATATTT +AATATTATCGATAACAGTAGATTAAATGAGAATGTAAAAAGTATGGCTAAAAGAATATTT +ATGGTTATAGGAGAAGCGGAGGCTAAAGTACATGGAACGACTATAGATAAAATACATTTT +CATGAAGTTGGAGCAATAGATTCTATAGTAGATATTGTGGGAGTATCAATACTTATAGAC +CTATTATGTGTAGATAAAATATATGCAAGTACCGTTCCTGTAGGATCTGGTTTTGTAAAA +TGTGACCATGGAATAATGCCTGTTCCAGCTCCTGCAACTTTGGAAATATTAAAAGATGTT +CCTATAAAGCTAAACTCAGTTAAAGGAGAATGTACAACTCCTACTGGAGCTGCTATAGTA +AAGACATTATGTGAGGAATTTATAGATACTTTGGAATTTGAGCCAAAACAAATAGGATAC +GGAGTAGGTCATAAAATGTTCGAATTACCAAATATATTAAGAAGTGTTTTAGGTGTAAAA +AAAAACAAAATATAG +>larC_2 +ATGTCTTCTGAAATATATTCTTATTTATATGAGAAAGTTCTAGAAGAAGGGGCATTAGAT +ATATACACAGAAAGTATATATATGAAAAAAAATAGACCAGCAACAAAAGTATGCATTTTA +TGCCAAGAGTCAGATTTAGACAAGTTTATAGAAATTTTACTTACAGAAACAAGTACTTTT +GGAGTAAGGTATAATATATATAATAGAGAAGAACTTAAGAGAAAATTTGAAATTATAGAT +ACAAAATATGGAAAAATAAAAGTTAAGTTAGGGTATCATAATAATAAATTAATTAAGGCA +ACTCCTGAGTATGATGAGTGCAAAATTATTGCAAAAAACTACAATATTAGCTTAAATGAA +GTATTTTTTGAAATAAACTGTATAATAAAGCAGAAAATTAATACTAAATTATTGACATAG +>guaB_2 +ATGGCAACTATAATAAAAGAAGGTTTAACATTTGATGATGTTTTATTAGTTCCACAAAAA +TCTGAAGTATTACCACAAAATGTAAGGACAGAAACACATCTGACAAAAAAGATAAAACTT +AATATACCTTTAATGAGTGCCGGAATGGACACTGTAACAGAATCTAAAATGGCTATATCT +ATGGCTAGACAAGGTGGAATAGGTATAATCCATAAGAATATGACAATAGAAGAACAAGCT +TTAGAAGTTGATAAAGTAAAAAGAAGTGAAAGTGGTGTTATAGTAGATCCTTTCTATTTA +ACTAAAAATCATACAATAAAAGATGCAGATAATATTATGGCTAGATATAAAATATCTGGA +GTTCCAATAGTAGATGAAGATAATAAATTAATTGGAATAATTACAAACAGAGATATAAAG +TTTGAAGATGATATGGAAAAAAGTATTGAAGAGGCTATGACTAAAGAAAATTTAGTTACT +GCTAGAGAAGGTATTGATTTAGTAGAAGCACAAGCAATATTAAAGAAAAATAAAATAGAA +AAATTACCTATTGTAGATGGTGAAGGCCATTTAAAGGGGTTAATAACAATAAAAGATATA +GAAAAGAAGATACAATATCCTAATTCAGCTAAAGATTCACATGGAAGACTTTTATGTGGG +GCAGCAGTAGGAATAGGTTCAGACCTTATAGAAAGAGTTACAGCATTAGTTAAAGCTAAT +GTAGACGTAATAGTATTAGATAGTGCTCATGGTCATTCTAGAGGGGTAATAAATGCAGTA +ACAAGAATAAAAGAAGTATATCCAGAACTTCAAGTAATAGCAGGAAATGTTGCTACTGCG +CAAGCTACAGAAGATTTAATAAAGGCAGGGGCAGATTGTGTTAAAGTTGGGATAGGACCT +GGATCAATATGTACAACAAGAGTTGTTGCAGGAATTGGTGTTCCTCAATTGACAGCAGTT +ATGGATTGCGCTGAAGTTGCATCAAAATATGACACACCGATAATAGCAGATGGTGGTATA +AAATACTCTGGAGATATAGTTAAAGCATTAGCAGGTGGAGCAGCTGTTTGTATGATGGGA +TCAATGTTTGCTGGTACAGAAGAAAGTCCAGGGGAAACAGTCCTTTATAAAGGAAGATCA +TACAAAACATATAGAGGTATGGGATCTATAGCAGCCATGGAAAGAGGATCTAAAGATAGA +TACTTCCAAAATGATGCTAAGAAGTTAGTTCCAGAAGGTGTTGAAGGAATGGTACCATAC +AAAGGTAAGGTTGAGGATATAGTATTCCAAATGATAGGTGGAATAAGATCTGGTTTAGGA +TACTGTGGGGCTGAAACAATAGTTGATCTACAAGAAAAAGCTCAATTTGTAAAAATTACA +GCAGCATCTTTAAAAGAAAGTCATCCACATGACATAACAATAAGTAAAGAAGCACCAAAT +TATAGTTCACAAGGAGATATGTAA +>tmpC_3 +ATGAAATTAAAAAAATTAGTAGCTTTAAGTACGGTTACAATTTTATCAGCATCAATGTTA +GTTGGTTGTGGAGATAAATCATCACAAGGAAATGCAAGTGAATCTATAAAAGTAGGTATG +GTAGCGGATACTGGTGGTATAAATGATGAATCATTTAACCAAAGTGCATGGGAAGGACTT +CAACAAGCGCAGAAAGATTTGAATATTGAAGTGAAAGTTATCGAGTCTAAACAAGCTTCA +GAGTATATGTCAAATATAGAAAGTCTTATAGATGAAGGTATGGACCTAGTTATAGGAGTA +GGAAATACTATGAAGGATGATATAGAAACAGAAGCTAAAAATTATCCAGAACAAAAATTT +GCAATAATAGATGAAACTTATGAATCAATACCTGAGAATGTAACACCTATATTATTTAAA +GAAAATGAAGCGACATTCTTGACTGGTCTTATAGCAGGAAAAATGACTGAAACTAATGAA +GTTGGATTTATAGGTGGAATGGAAAATAGTGTTATATCTAGATTTGAATATGGATTTAAA +TATGGTGTAAAAACAGCTAATAAAGATGCCAATGTTAAAGCTCAATATGCAGGTACATTC +TCTGATGCGGCTAAAGGTAAATCTGTAGCTAATCAAATGTACGGAAATAATGTGGATATA +ATATTATCTGCTGCAGGTGGAACTGGACTAGGTGCTATCGAATCTGCGAAAGAAAATGAT +AAATATGCAATAGGTGTTGATAAAGATCAAAGTAGTTTAGCACCAGATAATGTATTAACT +TCAGCATTAAAAAAAGTAAATGTTGGTGTATATGAGACAGTTAAAGAATTAGTAGAAGGT +AACTTAGAAGGCGGAAAAGCTAAAATATATGGTTTAAAAGAAGATGGAGTTGGAATACCT +GACTCAACTGAGAAACTAGTATCTAAAGAGGTATTAGATTATGTAAATACAATGAAAGAA +AAAGTTAAAAATGGAGAAATAAAAGTTCCTGCTACTAAAGCAGAGTATGATTCTACAAAA +TAA +>pbuG_2 +ATGCAAGCTACTCAAGCCAGTAATAAAGGTTTATTAGAAAAAGTATTCAAATTATCAGAG +CATAATACAGATGTAAAAACAGAAATAATAGCAGGTATAACAACATTCATGACTATGGCA +TATATACTTGTTGTTAATGTAAACATTCTTGGAGAAGCAGGAATGGATAGAAATGCAGTA +TTTGCAGCAACAGCAATAGCAGCATTTATAGGATGTGCAGCAATGGCACTTTTAGCAAAC +TATCCTATAGCACTAGCACCGGGTATGGGTTTAAATGCGTTCTTTGCTTATACGGTAGTA +TTAGGAATGGGGCATACATGGCAGTTTGCTTTATGTGCAGTATTAATAGAAGGAATTATA +TTTATAATACTTACAGCAACGAACGTTAGAGAGAAAATAATAGATTGTATACCGCCAGTA +TTAAAACATGCAGTTACTGCAGGTATAGGTCTTTTCATAGCGTTTATAGGATTAGCAAAT +GCAGGATTAGTAGTAAATGGATCAACAATATTAGCACTAGGTGATATGAGAAATCCATTA +GTTTTATTAACAATAGTAGGAATAATAATAGCTAGTATATTAATAGCTAAGAATGTAAAA +GGTGCTTTCCTTATAGCGATGTTAGCTATATCAGCGATAGGTATGACTTTAGGTCTTGTA +GATTTACCTCAAGGTATAATATCAACAACTGTACCATCTATAAAGCCACTATTCTTACAA +GCTTTCAGCGTACCAACTAATGAAATATTTAGTTTAAAGATGTTAGTAATAGTTATAACA +TTCTTATTCGTAGATTTATTTGATACAGTAGGATGTTTAGTAGGTGTAGCCTCAAAAGGA +GATTTATTAGATGAAAATGGCAAGCTTCCAAAAGCTAAGCAAGCTTTATTTGCAGATGCA +ATAGCAACAACAGCTGGAGCATTATTAGGAACATCAACAGTAACATCATATGTAGAAAGT +GCATCTGGTATAGGAGAAGGTGGAAGAACTGGATTAACAGCAATGACAACAGGAATATTA +TTCTTATTATCATTATTCTTATCACCATTATTTATAGCGGTACCAACGCAAGCTACATCA +CCAGTACTTATAATAGTAGGGGTTATGATGGCTAGCTCATTAAAAGAAATAGATTTTAAT +GACTTTACTAATGCAATACCAGCATTCTTAACATTAGCAATGATGCCATTTGCATATAGT +ATAGCTGATGGAATAATATTTGGTATAATATCATTTACAATATTAAAGTTAGCAACAGGA +AAATCAAAAGAAGTTAATATATACTTAATTGTGTTATCAATACTATTTGCTTTAAAATTT +GTATTTATAAATCATTAA +>fhs_2 +ATGACATTTAAATCAGATATTGAAATAGCTCAAGAAGCTAAACCTAAAGATATTAGGGAA +ATAGCTCAAAAACTAAATATAGAAGAAGATTATATAGACTTATATGGAAAATATAAGGCT +AAAGTTGATTACAATCTACTAAAAAAAAGTAATTCGAATAAAAAGGCAAAAGTAATATTA +ACAACTGCAATAAATCCAACTCCAGCAGGAGAAGGAAAAACTACAACAACTATAGGTGTT +GCAGATGCTTTATCCAAATTAGGTAAAAATACATTAGTTGCATTAAGAGAACCATCATTA +GGACCTGTATTCGGTATAAAAGGTGGAGCTGCTGGTGGAGGTTATGCTCAAGTAATACCT +ATGGAGGATATAAATCTGCATTTCACAGGAGATTTACATGCTATAGGAGCTGCAAACAAC +TTATTAGCTGCTATGTTAGATAATCATATCCATCAAGGAAATGAACTAAATATAGATACA +AGAAGCATAACTTGGAGAAGATGCGTCGATATGAATGACAGACAGCTTAGAAACATCGTT +GATGGATTAGGTTCAAGAGTTGATGGAGTTACTAGAGAAGATGGATTCGATATAACTGTT +GCTTCAGAAGTAATGGCTGCATTCTGCCTTGCAAATGATATCGCTGATTTAAAAGAAAGA +TTAGGAAAAATAATAGTGGCTTATAACTATGAAGGACAGCCAGTTACAGCAGCTAGTTTA +AAAGCTAATGGAGCTATGGCAGCTTTATTAAAAGATGCACTAAAACCTAATTTAGTTCAA +ACATTAGAAGGAACGCCTGCATTTATACATGGGGGACCATTTGCAAATATAGCTCATGGA +TGTAACTCAGTAATAGCAACTAAAATGGCCATGCACTTTGCTGATTATGTAGTTACTGAA +GGTGGCTTTGGTGCAGATCTTGGTGCAGAGAAATTCTTAGACATAAAATGTAGAATGGCT +GATATACAACCTTCCGCAGTCATAATAGTAGCTACTGTTAGAGCTCTAAAATACAACGGT +GGAGTTTCTAAGGCAGAATTAAATAACGAAAACTTAGAAGCGTTAGAAGCTGGTCTACCA +AATTTATTAAAGCATGTAGAAAATATTACTCAAGTATTTAAACTACCTGCTGTAGTTGCT +ATAAATGAATTCCCTACTGATACAGAAGCTGAAGTTGATTTAGTTAAGAAAAAATGCCAA +GAGTTAGGTGTTAATGTTGCTTTGTCTAAAGTATGGGCTAAAGGTGGAGAAGGCGGAATT +GAGTTAGCTGAAGAAGTATTAAGATTAATAGAAGAAGAAGAAAATAACTTCCAATTTTGC +TACGAGGATGAATTAGATATTGAAGGTAAAATAAATGCCATTGCTACAAAGATATATGGA +GCTGATGGTGTAATCTTCACACCTCAAGCTAAAAAAGAGTTAGATAAGTTAGAAGCTTTA +GGCTTTGGTAATATGCCAATATGTATGGCTAAGACTCAATACTCTTTAACTGATGATGCA +ACTAAATTAGGCAGACCTAGTGGATTTAAAATAACTGTAAGACAGTTAAATGTTTCTGCT +GGCGCAGGATTTATCGTTGCCCTTACTGGAAATATAATGAAAATGCCTGGATTACCAAAA +GTTCCAGCTGCTGAAAAAATCGATATAGATGAAAATGGAGTTATTTCAGGTTTATTCTAA +>group_769 +ATGAGTAGAAATATATATAAATATATGTATTTCTACAATTTAACTGGTTTTATTGCACTA +AAAATAAAATTTAAAAATAAATTATTGGTTGCAAAAATATGA +>purE +ATGAATAATATAATAATATTTAAATATAAAGTTCGTATTATTATACGGATGATAGGCGGT +AAAATAAATTTAGATATAAAGAAAAGAGGGAAAATGATGAAAGTAGCAGTAGTTATGGGA +TCCAAATCAGATTATCCTAAAGTTCAAGAAGGTATAGAATTATTAGAAAAATATGGTGTA +TCAGTTGTAGTTAGAGTATTGTCAGCACATAGAACCCCAGTTCAATTAACTGAGTTTTTA +AATGAAATAGAAGATGAAGCTGATGTAATAATAGGGGCTGCTGGAAAAGCTGCGCATCTA +CCGGGAGTAATAGCTTCACAGACATTAATTCCTGTTATAGGATTACCAATAAAGTCATCT +ACTATGGATGGATTAGATTCACTTTTATCAATAGTGCAAATGCCAAAAGGAATTCCTGTT +GCTACAGTAGCTATTGATGGAGGATTAAATGCTGCTTTATTGGCACTTCAAATAATGAGT +TTAAAATATCCGAAAATTAAAGACGATTTAGTTTTATATAGAGAAGAAATGGAACAAAAA +GTATTAGAAGACGATAAAAACTTAAGGGGGTAA +>purC +ATGTTATTATATGAGGGGAAAGCGAAACAAGTTTATTCAACAGAAAATGAAAATGAGTTT +ATAGTTTATTTTAAGGACGATGCAACAGCATTCAATGGAGAGAAAAAAGCAACAATATCA +TCTAAAGGTATATTAAATAATAAAATATCAACAATTATGTTTGAAATGTTACACGATAAT +CAAATCAATACACACTTCGTAAAAAGTTTATCAGATAGAGAAATGTTAGTAAAAAAAGTT +GAGATATTACCACTTGAAGTAATAGTTAGAAATATAACTGCAGGTTCATTCTGTAAAAGA +TATGGAATAGAAGAAGGTTTAGTTTTAGATGAACCAATATTTGAATTAAGCTATAAAAAT +GATGAATATGGAGATCCAATGTTAAATGAGGACCATGCAGTAGCAATGAAATTAGCAACT +AGAGGAGAAATAGCATTCTTAAAAGCGCAAACTTTAAAAATCAATGAATTAATGAAAGAT +TTCTTCTTAAAGATGAATCTAAAATTAGTAGATTTCAAATTAGAATTCGGTAAAGATGTA +GAAGGAAATATAATACTAGCTGATGAAATATCACCTGATACTTGTAGACTATGGGATGTA +AATACAAATGAAAAGTTAGATAAAGATAGATTTAGAAGAGATCTAGGTGACCTTGTTCAA +GGTTATGAAGAAGTTCTTGCTAGAATGAATTGTAAATAG +>purF +ATGTGTGGTGTTGTAGGTATTTATTCGAAAGATAAAGATATAGCTAAAGAATTATACTAC +TCTTTATATTCTATACAACATAGAGGTCAAGAAAGCTGCGGTCTAGCAGTTGTTGATGGA +GATAATATAAAATACAAAAAAGATATGGGATTAGTTGGAGATGTATTTAAAGAAGATGAG +CTATCTAATTTAAGTGGAAATATGGGAATTGGTCATGTTAGATACTCTACAGCTGGAGGA +AGTACTTTAGCAAATTGTCAACCTTTAGTTGGAAGTTGTAGAAAGAGAAAACTAGCAATA +GCTCATAATGGAAACCTAGTAAATGCAAATTATCTAAAAGATATGCTAGAAGAAGATGGA +TACATGTTCCAAGCTAACTCAGATACAGAAGTAATACTTTATATACTTGCTAGATATTAT +AAGGGAGATATAGTAGAAAGTTTAAAGATAACTATGGACTATATAAAGGGAGCGTATTCT +CTGGTAGTTATGGGAGAAGATTCTTTAGTAGGAGTAAGAGACCCACATGGATTTAGACCT +CTTATTTTAGGAAAAAAAGGCGATGAATATATATTTGCATCAGAAAGTTGTGCAATAGAT +ATACTTGGTGGAGAAGTAATAAGAGACGTAGAGCCAGGAGAGATAATTGTGGTTAAAGAT +GGGGAAGTTAAATCTTATCATTATTCCGAGAACTACAAACCTCTAATGAGAAGTTGTATA +TTTGAGCATATTTACTTTGCTAGAAATGATGCGACTATAGATAATGTAAATGTATATAAC +TTTAGAGTAAAATGTGGAGAAATATTAGCACAAGATGAAGATATAAGTGCAGATATCGTA +GTACCAGTTCCAGATTCTGGTTGGGCGGGAGCTATAGGATATTCTAATGCAAGTGGATTG +AAGATAAGTGAAGGTCTTGTGAAGAATAGATATGTTGGAAGAACATTTATAAAACCAACT +CAAGAGCAAAGAGAGATAGGGGTTAAAATAAAATTAAATCCATTATCTACAATAGTAAAA +GGAAAATCAGTAGTATTAGTAGATGATTCAGTGGTTAGGGGAACTACTTCTAAAAAAATA +GTGCAGTCTTTAAAAGAAGCAGGAGCTAGTGAAATACATCTTAGAATTACATCTCCTCCA +GTAGAGTACTCATGTTATTACGGAATAGATACACCAAATCGTTCTAATTTAATAGCATCA +AATAATAGTGTAGAAGAGATGAGAGAATATATTGGATGTGATTCATTAAAGTTTTTAAGT +ATAGAAGGAATGATAGATGCTACAGAAAATAAAGCTACTTTCTGTAAGGCTTGTTTTGAT +GGAGACTATCCAGTAAAGAAAATTGACAAGGAGGAACAGTTATCATGTTAA +>purM +ATGTTAACTTACAAGCAATCAGGTGTTGATATAGATGAAGGAAACAGAGCGGTTGAACTT +ATAAAAGGGAAGATAAAAACAACTTATGATAATAATGTAATTGGAGATTTAGGAAACTTT +AGTGGTTTATATAGCTTAAAAGATTTTACAAACATGACAGAGCCTGTGTTACTTTCATCT +ACAGATGGGGTTGGAACAAAATTAAAGCTAGCTCAAATGATGGATAAACACGATACAGTT +GGTATAGATTTAGTTGCAATGTGTGTAAATGATTTAATATGCCAAGGTGCAAAGCCCTTA +TTCTTCTTAGATTATATAGCTACTGGTAAATTAGTTGCAGAACAAGTGGAACAAATAGTT +AGTGGAATAGTAGAGGGATGTAAAATGGCAGGATGTGCACTTGTTGGTGGAGAAACTGCT +GAAATGCCTGGAATGTACAGTGAAGATGAATATGATTTAGCTGGATTCTCTGTTGGGATA +GCAGATAGAGAAAAAATAGTTTCTGGTAAGAATGTAAAATCAGGAGATACATTAATTGGA +GTAGCATCAAGTGGTATACATAGTAATGGATTCTCTTTTGTAAGAAAAATATTCTTAGAT +AAATACGGGTACACATTAGATAAATACATAGAAGAATTAGGAATGACTTTAGGTGATGCT +CTTTTAACTCCTACAAAAATATATGTTAAGTTAGTTTTAGATTTAATAGAAAAGCATGAA +TTAAAAGCAATTGCACATATAACTGGTGGTGGAGTAATAGAAAATATAACTAGAGTTATA +CCAAAAGGCTTAGGAATAGATATAAATAAAAATTCTTGGGAAAAGCCAGCTATATTTAAG +ATGATAGAAAGCTTTAATGCAGTAGATGAGAGAGAACTTCACAAGAGTTTTAATATGGGT +ATTGGCTTAGTTTTAATAGTAGATAAGGAAAATGCTAATGAAATAGTTGATTATATAAAT +ACTACAGATGAAAAGGCTTATATCATAGGTGAAGTAGTAGATACTCATGAAGGAGTAGAA +TTATGCTAA +>purN +ATGCTAAATATAGGTGTTTTAGTTTCTGGTGGGGGAACTAATTTACAAGCTATAATAGAT +GAAACTTTAGCAGGAAATATAAATGGTAAAGTTAAGGTTGTAATATCAAATAAAGAGAAC +GCTTATGGATTAGAAAGAGCTAGGCAAAATAATATAAATACTGTTTTTGAAACTGACGAA +GATAGGATAATAGAAGTTTTAAAGGAACATAATATTGATTTGGTTGTTTTAGCGGGATAT +TTAAAAATAATAAGTCCTAAGTTTGTAAATGAATTCAGAAATAAGATGATAAATATACAT +CCATCATTAATACCTTCATTTTGTGGTAAAGGATATTATGGACAAAAGGTTCATCAAGGT +GTTATTGATTATGGAGCTAAGGTAACTGGGGCTACAGTTCATTTTGTAGATGAAGGTGCA +GATACAGGACCGATTATTATGCAAGAAACTGTAGTAGTAAAAGATGACGATGATGCGAGC +TCTTTAGCAAAAAGAGTGTTAGAAATAGAACATAAGATTTTAAAGAAGAGTATTAGTCTT +TTCTGTGAAAATAAATTAAGTATTCAGGGTAGGAGAGTGTTTATAAATGAGTAA +>purD +ATGAAAGTATTAGTTGTAGGTGGTGGCGGAAGAGAACACGCTATTTGTTGGAAATTAAGT +AATGAACAAAATGTAGAAGCAATATTTTGTGCACCAGGTAACGCAGGAATTGAAAGTGTA +GCTAAGTGTATAAGTATTGGTGACAGTGATATAGATGAACTTCTAAGTTTTGCAAAAGAG +AATGAAATAGACTTAACAATAGTGGGACCAGAGGTTCCACTTGTTAAGGGTATAGTTGAT +GCTTTTGAGAAAGAAGGTTTAAGAATATTTGGACCAAATAAAAACTGTGCTCAATTAGAA +GGTAGTAAAGCTTTTTCTAAGAATTTTATGATAAAACACAACATACCTACTGCAAAGTAT +AAAGAGTATACGGATTTAGATGAGGCCATTAGTGAAGTAGATAGCTTTGGTTATCCAGTA +GTAATAAAAGCTGATGGTTTAGCAGCAGGAAAAGGTGTTGTAATACCTACAAATAAAGAA +GAAGCAGTGGCTACTTTAAGAGAAATGATGGAAGATAAGAAGTTTGGAGATGCTGGTAAT +AAAATAGTAATAGAAGAGTTTCTAAAGGGAATTGAAACATCTGTATTAGCCTTTGTAGAC +AATAATACTATAATGCCTATGGTAAGTGCAAAAGACCATAAGAAAATATATAACTATGAA +GAAGGTCCAAATACAGGTGGTATGGGTACTTTCTCTCCAAGTGAAATATATACAGATGAG +TTAGCTGAAAATATAAAAACTAATATATTAGATGCAACATTAGAAGGATTTAGAAAAGAT +AACTTAAATTATAAAGGTATATTATTTGTAGGGCTTATGATAACTGAAGATGGACCTAAA +GTTCTTGAGTATAATACAAGATTTGGAGATCCTGAAACACAATCAGTTTTATTTAGATTA +GATACAGATTTAAATAAAATAATGAATGCAATTATAGATAATAAATTAAGTGAAATAGAA +ATAAATTATAAGAATGAAGAAGCGGTTTGCGTAATGCTTACATCAGGAGGATATCCTAAT +TCTTATGAAAAGGGGAAAATAATAACTGGAATACAAAATCTAGATAAAGATATAGTGGTT +TTCCATAGTGGAACTAAGATGGTAGATGGAAACTTAGTTACAAATGGAGGAAGAGTAATC +GGAATAACTGCAAAGGCAGAGACGGTAAAGGATGCAGCAGCAAAGGTATATGAAAATATT +AAGAAAATAAGCTTTGAAGGTATGCATTATAGAACTGATATAGGAGTTTAA +>purL +ATGTTAAATACTGAAAATGTCAAAAGAATATTAGTTGAAAAAAGACAAGGCTTTGACCTT +GAAGCTAAAGCTTTAAAGAAAGATTTAGTAGAAAGTTTGCACATAAATACTATAGAAGAT +ATAAGGGTATTAAATAGATACGATATAGAAGGTATATCTGATGAAGCTTATGAAAATGCA +GCAGAAAGTATATTTTCTGAACCAAATCTAGATGTTGTTTATCATGAAGAAATATCTAAT +CTAGATAAAAAAAATAAAAGAGTATTTGCAATAGAGTATTTACCAGGTCAATATGATCAA +AGAGGAGACTGGGCAGCTCAATGTATACAAATAGTTAATAATGGTGTTAGACCTACTATA +AATACAGCAAGAGTATACATATTAAGTGGTAATATAACTGATGATCAATTTGATAGAATA +AAAAGATACTGTATAAATCCGGTAGATAGCAGAGAAGCAAGTTTAAATAAGCCACAAACT +TTAAAAATAGAAACTGAAATACCTACTTCAGTAGAAATATTAGATGGATTTACTGATTTA +AGTAATGAAGGGTTACAAGATTTCTTAAAAACAAGAGGTCTTGCAATGACAATATTTGAC +TTAGAGCATGTTCAAAATTACTTTAGAGATACGGAAAAAAGAAATCCTACTATAACAGAA +ATAAAAGTGTTAGATACTTATTGGTCAGATCACTGTAGACATACTACTTTCATGACTGAA +ATAGAAGATGTTCAAATAGATGAAGGTAAGTATACAAATATAGTTAAAGAAGCTTATGAT +ATGTATCTTGATTCAAGAAAGAAAGTGTATGTAGATAGACAAAAAGATATATGCCTAATG +GATATAGCTACTATAGCTATGAAAGAGTTAAGAAAAGATGGTAAGCTAGAAGACCTAGAT +GTAAGTGAAGAAATAAATGCATGTAGTATAAATGTAGATGTTGAAATAGATGGTAAAGTT +GAGCAATACTTAGTAATGTTCAAAAATGAAACACACAACCATCCAACTGAAATAGAGCCA +TTTGGTGGTGCGGCTACTTGCTTAGGTGGAGCTATAAGGGACCCATTATCAGGAAGAAGT +TATGTATATCAAGCAATGCGTGTAACGGGAAGTGCAGACCCTAGAACTTCTTTAGAAGAT +ACTTTACCAGGAAAGTTAATGCAAAGAAAAATAACTACTGAAGCAGCTAATGGATACAGT +TCATATGGTAACCAAATAGGGTTAACTACAGGTCAAGTTGCTGAAGTTTATGATGAAGAT +TTCGTGGCTAAGAGAATGGAAATAGGTGCAGTTATAGCAGCAGTTCCCAAAGAAAATGTA +GTTAGAGAAAGACCTAAGGCAGGAGACGTTATAATACTTCTTGGTGGGAAAACAGGAAGA +GATGGATGTGGAGGAGCAACAGGTTCTTCTAAAGAGCATAGTGAAGAATCAATACTTACT +TGTAGTGCCGAAGTCCAAAAAGGTGATGCACCTAATGAGAGAAAGATACAAAGATTCTTT +AGACATAAAGAAGTTGCTCAGATGATAAAGAGATGTAATGACTTTGGTGCGGGTGGAGTT +TGTGTTGCTATAGGTGAGATAGCTGATAGTTTAGATATAAACTTAGATTTAGTTCCTAAA +AAATACGATGGACTTGATGGAACTGAACTTGCAATATCAGAATCTCAAGAACGTATGGCG +GTTGCTATAAATAAAGAAAATAAAGATAAATTTATAGAATTAGCTAAAGAAGAAAACTTA +GAAGCTACTCATGTTGCTACAGTAACTGATACAGGATATTTAAGAATGTTTTGGAATGGA +AAAGCAATAGTAGATGTTAATAGAGAATTCTTAGATACAAATGGTGTGAAACAAACTACG +AAGGTTCATGTTAGTAAGGTAAATGAGGAAAAAACTTTCTTTAATTCTAATGAAGATACA +AATAATAGTGTATGTTCATCAACTGGTGGAGTTTGCAGATGTAAGTCGTCAGAAGGATTA +TTAGATATAGCTATAGCTAAAGAAATTTCATTAAAAGATAAATTTATAGAAATTTTATCC +GATTTAAATGTTTGTTCACAAAAAGGATTAGTAGAAAAATTCGATAATACTATAGGAAGT +AATACTGTACTTATGCCGTTCGGAGGTAAGTACCAAAGTACACCTGCCCAAGGTATGGTT +GCAAAGATACCTGTTCTTGGTGGAGAAACAGATACTTCTACAATAATGACATATGGATAC +AATCCTAAAATAGGAAAATGGAGTCCATTCCATGGAGCTTTATATGCAGTAGTTGAATCT +GTGTGTAAACTTGTGGCTATTGGGGGTAACTATAAGACAACAAGACTTACTTTACAAGAA +TATTTTGAAAAGCTTGGGGATAACCCAACTAAGTGGGGTAAACCATTCTCTGCTTTACTT +GGGGCATTCTATGCTCAAAATAAACTTGAAATTCCTGCAATAGGTGGTAAGGATAGTATG +TCTGGAACATTTAAAGATATAGAAGTTCCTCCAACATTAGTATCATTTGCTGTGGATACT +GTGGATGCAAAACAAGTAGTATCTCCAGAATTTAAGAAAATTAATTCTAAGGTAGTAATG +TTATGCACAGAAAGATTAGAAAATGGTGTTGTTAACTTTGATGAATTAAAGAAAAACTTA +GAGAAATTAAGGGAACTTATACACAATAACCAAGTGTTATCAACATATGCACTAGGATTT +GCAGGTGTAGGTGAAGCTATAAGTAAGATGGCATTTGGTAATAAGATTGGATTTGAATTT +AATGAAGAAGCGAGTACCCTATATGAAGATGTAAATAAATTATTTGAAGCGAACTATGGA +AATGTAGTTATTGAATTAGCTGAAGATAATTTAAGTTTATTAAATGGATATAACTATATT +GTATTAGGTAGTACAAGAGAAAAAGAAAGTATAGTTATAGCAGAAGAAGAAATATCATTA +GATGAACTATACAAAGTGCATTGTGATACTTTAGAGCCAATATTCCCTACTAAAGCTATA +GAAGTTGATGATAAGATAGAAACTATTAACTTTATATCAGGTGGAGAAGCTAAAAAATCA +TCTATAAGTATAGTATCACCTAAGGTGTTTATACCGGCATTCCCAGGAACCAACTGTGAA +TATGACTCAGCTAGAGCGTTTGAAAAAGCTGGTGCTAATACAAGTGTAAAAGTATTTAAA +AATTTAACTTATAAAGATATAGAAGAATCTATAGACATAATAGTTAAAGAAATAAAGTCA +TCACAAATGATTATGCTACCAGGAGGGTTTAGTGCAGGAGATGAGCCGGATGGTTCAGCT +AAATTCATAGCTACAGTATTTAGAAATGAAAGAGTAGCAGAAGCTGTAAATGAATTTTTA +ACTAAGCAAGATGGATTAATGCTAGGAATCTGTAATGGATTCCAAGCACTTATAAAACTT +GGATTAGTTCCGTATGGTGAGATAAGAAAACCAAATGAAGATGCACCAACACTTACTTAC +AACAATATAGGTAGACATCAAGCTAAAATGGTTCAAACTAGAATAGCTTCTAACAAGTCT +CCTTGGTTATCTAATACTTCTGTCGGAGATATACATAGTATAGCTATATCTCATGGAGAA +GGTAAGTTCGTTGCTAATGATGAAACTATGAGAGCTTTAATACAGAATGGACAAATAGCT +ACTCAATATGTAGATTTTAATGGAAATGCAACTTATGATATAGATTTCAATCCTAATGGC +TCCTTCTATGGAGTAGAAGGTATAACTAGTATAGACGGAAGAATACTAGGTAAGATGGGA +CACTCAGAAAGAGTTGGAAATCAAGTATGTAAAAATATCTTAGGTGAAAAAGACCAAATG +ATATTTGAATCAGGAGTTAAATACTTTAAATAA +>group_945 +ATGAAATTAGTACCTAGAAGAAATAGAGGATATTTATTTGGTGATAGCTTTTTTGATGAT +TTATTCGAAGATGAATTTTTTAAACCTGTAAATTATCAAAAAATGATGAAAGCTGATATT +CAAGAACAAGGTAACAATTACATTATAGACATGGACTTACCTGGATTCAAAAAAGAAGAT +ATAAGAATATCCTTAGAAAATGGATATTTAACAGTTGGTGCATTAAAAAATGAATCAAAA +GAAGAAAAAAATGAAGAGAAAAACTATATTCACAGGGAAAGATACACAGGTAAATGTTCA +CGTAGTTTCTATGTAGGAGATAGTATAAAAGAGGAAGACATAAAAGCTAAATATACTGAT +GGTATATTGCAAATTATCGTTCCGAAATCAAATGTAAGAGAAATAGAGCCTAAAAAATAT +ATATCAATAGATTAA +>group_790 +ATGAGTACACCTGATAACAGTAAACAAAATAAATTTTTTTACGGTTGGGTAATTGTTATA +GCATGCTTACTTATCCAAGCTATACCATTTGGAGTTGCAGCCAACCTACCACCTACTTTT +ACAAATTATGTTGTAAATGCAGAGGGTTTCAGTTATGCTTCATTCACCCTAATATTTACT +ATAGGTACTTTTGTATCTGCAATTGCATCTCCGTTTATAGGAAAACTATTTAGTAAAGTA +AATGCTAAACTTTTATTTATAATAGGTTCTATATTAGTTGGCGGTGGATTCATGGCATAT +TCAATTGCCGGAAATAGATTATTTGCTTACTATATAATAGCCGCAATAGTGCAACTTGGA +AATGCAATTGTTTCTGCCATAGGAGTTCCTACTCTTATAAATGCTTGGTTTAAAGTTAAT +AAAGGTACTGCCCTAGGTATTGCATTCTGTGGTGGAGGTTTAGGTAACATATTCCTTCAA +ATTTTAGCTGGTAAATGGTTAACTGACCCTGCTATAGGTTATAAAGGAGCTTATTTAAGA +TTCGGACTAATTGCATTAATTGGTTCATTATTAATTTCTATATTCCTTATAAGAATGCCT +AAGTCAGAGGCTGAATTGGCTGCTAATGTTCCTAAGAAAAAATTAAAAGGTCAAGAAGAT +GTTTCACACCATGTAAGTTGGGGATATACAATTGCTGAAACAACTAAAATGCCTCAGTTT +TGGCTAATTGCTATATCATTTATATTCGTAGGATTCTATGTTAGTGGATTTGCTTTACAA +TTTATAGCTTATTTCCAAAGCTTAGAAAGCTCAGGAATACTACTAATATCTTCAGCTACA +TTAGCATCTATGTTCGGATTATTTTCGATCTTTGGTAACTTATTTGGCGGAGTTCTATTT +GATAAATTAGGACTATCAAAATCATTTGGTCTTTCAGGTATTTTGGTTGTTATATCAGGA +TTATGCTTATTATTTATAGGTAAAATAAATGCACTTGGATACTTATTTACATTATTATTC +GGTGTATCAATGTTTTCATATGTTATGGGACCATCATATATGACAAGTTCACTATTTGGT +GATAGAGAATACGGTGCTATACTTGGTTTAATACAATTATTCTTTGCTTTAGGCTTTGCT +ATTGGTACTCCAATATTCGGTGTAACATTAGATAAGTTTGGATGGAATATTGCATGGATT +TCTGCTACAATCTACGCTATAATCGCTTATGTGGGATTACTAGTAGCTTGTGCATCAATA +TTAAAAATAAACAGAGAAAACAATGTTCATGAAACAAAAAGAATATCTTAA +>group_770 +ATGAGTGGACTATTAGTAAACTTAGAACATGCTATAACGAATATGTCAGATTTTATATGG +CCAATATTCTTACCATTTATATTGATAATCGGAGCCATAACATCAATTAGGACGATATTT +ATAATTCAAAGACAAACTACAAATCCGTCAAGTTTGAAATTGAAAAATGTAATAGGTCCA +GCATCTATATCATTAGGTGCGATGATAGGAACAGGAGCTATTATAGGCGTTCTAGGAGCT +TTATCTAAGCTATCGGCATCAGGACAAAGAAATATAGAATCTATGGCTATTTGGGCACTA +ATAGGATCTATTATAATGATTCCTGTTTCATACTCAGAGACATTGAATTCTAAGGTCATG +AAAAAGATGCCTAAAGAATATATATCAATGTTAATATCACCTTTATTTGGAAAATTGTAT +GCAGTATGCTTTGTAATATTAGCAGTCTTTGGATTTGGAGGATTTCAATTTAGTGGAATA +GATTCTGTATCATCTATACTAATAAATAGATTTGGAAGAATACAACTTTCTTTAATACAA +AGATATTTATTTATTGTAATACCAGTAATAGTAGTTGTCTCTATACTAGTACTTTCTAAA +AAACATGAATTATTTATAAATGCGATGACTTATATGATAGGGACTGCTATAGTAGGATAC +TTTCTATTCTTTACTATATTTTTAATTAAGACGGCATCATATGTTCCGGTATATTTTAGT +AGCATGATTGAAGGGATGATGAACCCTATTAATGCTATGATGGGTGTTCCTTTAGGTTTT +ATATTAGGTCTTCAAAAGGTTATACAAACAGCAGAGACTGGATTAGGAGCTCTTGCTATG +GCAGTTCAAGAATCAGACTCTGAACCTAGAGAAGCTGCTATGATATCATTAATACCTACG +ATAGTTACAGTTGTAGTATCTATTGTAGTTACTTCATATATAGCATCATATGGGGTAAAT +GAGGGTATAATCATATTCCCAGCAGATGCAGTTACTAGATTAACACAGTACTTTGGAACA +GCTCAAAATGTTACAGGAATATTTGGGCTAATAGTATTATCTGCATTTACGGTACTATCA +GCTTTAACTACAATACTTGGTTCATATTACTATTTAACTAAATTATTTAAGGATAATTCA +ATAAATAGAAATATATTAATATATTTGATTCTGGTTATACTAGCAGGAACTTTAGCTGTA +TTCGGTGCAAACGTAGTATTTGATGCAGTTGACTTATTATTATTTGTTTTATGTGGAATA +AATGTTACTGCCCTTACTATATTTACATTTAACAGATGGAAAGATTATATACTGGATGAT +TATGAAAATAATGATAATAGAAAGATATTATAA +>group_791 +ATGGAAAACGTGAAAAACAATAAGAAAACATTTTTCTATGGCTGGGCTATAGTGGTTGCT +TGTATGCTTATTCAAGCTGTACCATACTCTATAGCAGCTAACATACAACCAGCATTTACA +AACTTTGTAACTTCAGGTGAAGGGTTCAGTTTTACTCAGTTCTCATTAATATTTACTATA +GGTACAGTAGTGTCAGCAGTATGTTCTCCTGCTATAGGTAAGTTATATTCTAATCCTAAA +CTAAATGTAAAATTACTTTATATATTTGGTGTATTATTACTTAGTGGTTCATTTGCTGCA +TTCTCATTAGCAGGTGGAAATATATTTGCTTACTATGCTTTATCTATATTAGTTCAAATA +GGTTGTGCTATAATTTCTGCTATAGGTGTTCCTACACTTATAAACAGCTGGTTCACTGAA +AATAAAGGTTTAGCTATGGGTCTTGCATTCTCTGGTGGTGGTTTAGGAAACATGTTCCTT +CAATTACTAGCTGGTAAATGGCTTAACGATCCAACTATAGGATATAAAGGGGCTTACTTA +AGATTCGGTATATTAGCCGTTGCTGTTGCTTTACCAGTAGCTTTATTTATAATAAGATTA +CCAAAATCTCAAGCTGAATTAGCAGCTAATGTTTCTAAAAAGAATAAAAATAAAGATAAT +TCTAGTACTTCTTCTAACTGGGGATATACTTTCGCAGAAGTAAGTAAAATGAAATCATTC +TGGATATTCGCTGGATCGTTCTTATTCGTAGGTTTATATGTAGGTGGAATGGCTCTACAA +TTTATACCTTATTTACAAGGCCTAGAACAAAGTGGTAAGTTTTTATTAGGAGCTGCTACA +GTTGCTTCTTTATTTGGATTCTGTTCTATGTTCGGAAATTTATTCGGTGGAGTTTTATTT +GATAAACTTGGGATAACTAAATCTCTTGTATTAGCAGGTATGCTAGTTATAGTTTGTGGA +TTATGCTTAATATTTGTACCACAAATGAATATACTTGGTTTTGTATTTGCAATATCTTTA +GGTATATCAATGTTCTCTTATATAATAGGACCTTCTTATATGACTGGTGCTTTATTTGGT +AATAAAGAATTCGGTACTATATTAGGTATCGTTCAAATATTCTTTGCATTAGGATTCGGT +TCAGGTTCTACATTATTTGGTTTAATAGTTGATAAATCTGGTTTCACTACTGGTTGGATA +TGTACTTTAGTATATGCTGTAATAGCGTACTCTGGATTAATATTCTCTACTAGTTCAATA +ATAAAAATGAATAAAGAGACTAATGCAGTAGAAACTAAGAAAATATCTTAA +>group_735 +ATGAATGAAAAAGAATTTGGAAAATTAATTGAAAAATTAATTTATTTTTCGGGACAAAAA +AATTACTCTCTAGCTACGGAATTAGGGTACGATGTATCTTATATAAGTAAGTGGATTAAT +TCGACGATGTTACCCTCAGCTAAAAATATTAAAAATATAATTAAAATAACATCTAACTTT +ATAGTTGACTCTTCAAGCGACTCTTCACTAGATGATATGATTAATTACTTTGAAATTGAC +TTAAATAATAAAAGTGATAAAGGTTCTAAAACTACAATTTTAAAAGAGGTTATAGAGAAG +AAGTTAGATAAATCATATTCATATAGTTACAATAAACATAATAAAAAATCTCATAAATAT +GATGATAGAAATAATAGCATTCAAAGGATAAATCCAACTCTTAGGAAAAAATACTTAGAT +GCTGAAGTTTTGAGTCATATTGATGAAGTTGGTTTTTCAAATATAACAGTAATTTGTAAT +TTATTTTCTTTAAGTAAAGATGATAAAGTACATATAGCGGGTATCAGAAGGTGCGAAAAA +CAATATGATGACAGAGACAATTTGAATATGAAGTTCCTAATAAGTTTTGATGAAAGTATA +AAAGATATAGTATTTGATGTTATGTTATTTATAAGTATGGTCACATCAAAAGGTCGTGTA +AATGTGGAACTATATAGTTGCGAATTTTCTTCAAATACTTTAATTGCTGTGGTAAAGAAT +AAATATAGTCATACGGCTATATACAATAATACTAGATGTATATCATCTATAACTTCAACG +GATGAAGATGTAGTTAATCAAATGTATGATACTTTAGAAGAGATGATAAGTACTCAAAGT +AGGGCAACATTTTTAAATCGGACACCTAAACAATTTATTATAAATCAAGACTATATGAAT +TATATAATGGATCAAGATATAAGTATAGTTATGGGTGATTTAACTGAGTTATTTATGCCA +TCAGACTTATTTTTAGAATTAGGTGAAGACTTATTTGCAGACAATAAGGATGTCTTATTA +AAACTAAAAAGAATAGATACTATATTACAAAATTTTACTTACAAATCAGATTTAAATATT +TTTATGTATGAATCAGCATTTAGAAACTATGTAACTAATGGAAATATTAAATTCTTTAAT +AAAGTAATAACATTAAATATTGAGCAAAGGAAAAGACATCTTCAGCATATGAAAAAACTA +TTGGATGAAAAAGAAAATATAAATATTAGATTTATAGAAAACTCACTGATAGATGATATT +AAAAGTGATGAGAATCATTCCCTATATATATCAAGGAATATGTCTTTCTTAGTTGAAAAT +TATAATGGGATAAGTGGTAACTATTTAATTGTTAAAGATAAACGATTAGATAAAATATTT +AAAAGTTTCTTTAGTGAGGTATCTATAGAAAGAAAAAAGGTTGCAGAAGATGATAAAGAG +GAAACTAAGAAAATAGTATCAGATGCTTTAAGATATATTGAAATTATAAATAATAATATA +ATTATATAA +>group_625 +ATGAGGATGAAATTTAAAAATCATAAGAATAATAGAGTTAATGACAGTAGTATACCGAAT +GTGTTAGCTTTTGGTTTCATAAGAAACTTTTTAAGTGAAAAAGAGTATAAAGATATAAGA +GAAGAATATTTTATTGGTGATTTGAATAAATCTCAGATAAATCAAGCAATGAGTGATATT +AAATGGTTATTTAGAAACTATAAAGGGTTAGATGTAATGACTATAGAAGATGCTAAAGGT +GATATTACCAAATTTATACTTTAG +>group_800 +ATGAGTAATTTAAGTAGTAAAAAAAATAAATTAACAGCTGGTTGGCTAATAGTAATAGCA +TGTATGTTTATCCAAGCTATTCCAGCAGGAGTTATAGCAAATACACAAGCTTTATTTATA +CATCCAGTAATAACTGAGAGAGGATTTAGTCTTGCAGCATTTTCACTAATGTTTGGAATA +GGAACTATAGTTTCAGCTATAGCAGGTCCATTTATAGGTAAATTATATTCTAAAATAAAT +ATCAAATTATTATACATTGTTGGTGCAATAATAGCAGGAGGAGGATTCTTATCATTCTCT +TTAGCTACTGAATTATGGCATTTCTATGTACTTGCAGGAGTAGTTCAAATAGGTTCTGCT +GTAATTTCAGGTATAGGTACTCCACTTTTAATAAGTGCTTGGTTTGATGAAGCAACTAAA +GGTAAGGCTTTAGGTATCGCATTTGCTGGTGGTTCTATAGGTAACTTCTTCTTACAACCA +TTAGCTTCTAAAATAATCGCTAGTCAAGGTTATGCTAGTGCTTATTTAATACTAGGTATA +CTATCATTAGCTGTAGGTTTACCAATCGCATTGTTCTTAGTGAGAATGCCTAAGAATTCT +AGTGAAATAGTTAAAGCTAAAAATGATAAAACTGAAACTAATACAAAAGAAACTTCTTTA +ACAGGTTATACTTTAAAAGAAGCTGCTAAAACTAAGTATTTCTGGATGATGTGTTTCGGA +TTTACATTTGTAGGCTTATACGTATCCGCTTATTCAGTACAATACGCTGCTTATTTCCAA +GGAGAATTAAAATTTGATGCAGCTACAGTAGGTATTACAGGTTCTATATTCGCAATCTGT +TCATTACTAGGTAATGTATTAGGAGGTTCTTTATTTGATAAATTAGGTGCATTAAAGTGC +TTAATAGCCTCTTCAATTTTAGTATTAACTTCTGGAGTATTTTTATTATTATCTAAGAAC +AATGTAATGTTTGCACATGCATTCTCTGCAATAAAAGGACTAGCTGTTTACGCTTATATG +ATAGGTCCAGCCTACCTTACTGGTTCATTCTTCGGTAACAAAGAATATGGTAGTATATTA +GGTATAGTTCAATTACTATTCGCTGTAGGTATATCTTCTGGTTCTGCACTATTCGGAGTT +TTAGTAGGAAAACTTGGATACGACATGTCTTGGACTCTAATGTTAGGAGCAGTTGCTATA +GCTTACGTTCTACTTATAGGTGCGACTATAGGAATGACTAGGTTAAATAAACAAAAAAAT +GAAAATGCCTGCGTAAAAGCTGCTTAA +>group_732 +TTGAATAATATAACATTCGGAAATGTTTTAGAAAATTTATTATATATATCAAATCAAAAG +AAAAGTAGTTTAGCGAATAACTTAGGGTATGATATATCTTATATTAATAAGTGGATATCA +TCGAAACATTTGCCCAGCTCAAAAAGAATAAATGAAATTTGTGAATCTATCGCGGAATTT +ATTGTAAGCTCTCTCACAGATTCTACTTATGATAGTTTAATAAGTTACTTTGAAATTGAT +GAAGATAGTGATGAAGATTATTTAAAGAAATATATTCAAGAAAAGTTAAAAGAAGTTTAT +ATGGATGAAGCCAGAGGTATGAGTGATAAAACCACTCAAAATATGCCCCAAAATACTCAT +TCAGAAGAATTTTATAATAGCGCTTCTAGCGTTAGGCCTACAGTGGTTCAAAAAGGTTTT +ACTAATGAAATATATTCAGTTGTAAATAAGGGTGAAGATTTAGATATTGTCTTATCTTTT +AACTTGTTTGATTTAAATTATAAAGATAGAGTATCTTTAGGAAATATGAAAAAAATATTA +TATGAAATAAGTAGAAATACAAAGACTAAAGTGACATTACTTATGGGATTAAAAAGTGGA +GTAGATGATTGTGATGATAGAATAATAAATGCTCTATTAGGAATAAACTTAATATCTACT +TATCCAGCTTTAGACTGTGATATTTACAATTGTAATGTAAATCCTAATTCAACTATATCA +GTAATAAAGGACAGATTTTTAATAACTACAATGCATTACCCTGATGGGGAGTGTCTATTA +AGTACCTATTCAAAGGATAAAAAACTTATTGAAGAGGTTTACTATAACTTAATGTATACA +CAAAGGCAAAAAGGAAAACCTTTATGTGAAAAAAAGACTCCTTTATCTATGATAGAAGAC +CAAACTTATATGCAGTATATAATGAATAATGATTTAAGATGTGTACTAGGTTCAATTAAT +GAATTTTTTATGCCACCAGATTTATTTATGGAAATCGCAGAAAGAACTTTTGGAGAGAAT +GAGAATATAATGAATGAATTGAAGAAAATAAATATATTCCTTCATAATGCAACTTATAAA +TCTAAACTCAAGGTTCTTATATATGAAACAGAACTACGAAAGTATCTTTCTTCAGGATGT +TTACACTTCTTTAATACTCCTGTAATTTTAACATTTAAAGAAAGGGAAAGACATATAGAA +TACCTTGAAAAAATACTCATGGAATCTAAAGATGTAGAGATAAGAATGGTTGATGGTAAC +TTTGTAGATGATTTTAGAAATAATGATAATCCATCTTTATATCTTTCTAGAAGCTTAAAG +ATAAGTAAAATGCATCCAATTACAGGTAAGAATTATTACTCTATATTAAGTGATATTAAA +TTCAAAGATATGTGTGATGAGTTATTTGAAGCAATTTGGAATGATAAAAAAGATGTAGTA +ATAGATGATAAAGAAGAAATTATAGAAAGAATATCAAAGTCTATAAGTTATACAAGAATA +ATGAGTGAAAATTTAACAGAAATCATAAAATAA +>group_1063 +ATGTTTGGATATGTAAAAATAAATAAAATGGATTTAACTTTTAGAGAATACGAACACTAT +AGAGGATACTATTGTGGTTTATGCAAATATCTAAAGGATAATCATGGAGAAATATCTAGA +TTAACATTAAATTATGATATAACATTTTTAATACTAGTATTAACTTCACTGTACAGACCA +AAACCAATGGTTATAGAAGAGGGATGCATAACAAATCCATTTAAAAAGAAAAAGAAAATT +GTAAATGAGATAACAGAATATGCAGCTAGTATGAATGTTTTATTGGCTTATTATAAATTA +GAAGATAATCTAAAAGATGATAAAGGTATAAAAGACATAATTGCATATAATGTATATAAG +GGTAAGTTAAAATTGGCTTATGAAAAATATCCTAAAAAAGCTGAATTTATAAAATCTAAG +CTAGAAGAGTTATATAGATTAGAACAAGATAAAAATATTAATATTGATATGGTATCGAAT +ACCTTTGGAGATCTTATGGGAGAAATATTTGTCTATAAAAACGATGAATATGAGAATGAT +CTAAGAAATATAGGGTTTAATATAGGTAAATACATATATTTACTAGATGCTTATGAAGAT +TTAACAAAGGACTATGAAAAAGGAAGATATAATCCTTTTATAGAATACATAGATAAAAAA +GAGGAGCTAAAAGAAAGAGTTGATAAATTAATAAGCATATCCTTAGGACTTCTAGCTCAA +AGTATTGATAACCTAAATTTAAGAGTTAATATAAATATAATAGAAAATATTATTTATTCA +GGAGTTTATTTAAGATATAAAAATATATTGGATAAAGGGTGTGAAAATAATGTATAG +>group_940 +ATGTATAGCAATACTTATAATGATGCTTTTTTTAAAGCAAGAAGGTTAATTGAAAATAAA +GAGTTTAAAAGTGCATATGATTTTTTACAAACAATAAGTAATAAATGTAGCGAATGGTAT +TATTTATCAGGAATATCCGCTATGAACATAGGATATTATGAACAAGGTGAAGATTATATA +AAAAGAGCTAAATTTATGGATCCAGATAATGAAGAATATAAAGAGGCAGTGAGTAAATTT +AGTAGATATAGAGATGATTACAATAATAGAGCATATAATTACAATAGAAGAAGACGCAGT +GGATTAGATGGTTGCTGTTGTTGCTGTTGTGATGATTGCTGTTGTTGTTTAGGAGATGAC +TGTTGTGAAGACTGTATGAAACTATGGTGTTTAGATTCATGCTGCGAATGTTTTGGTGGA +GATTTAGTAAGTTGTTTCTAG +>group_883 +ATGAGTAAAAAAATAGCCTACGGAGGCATATTATTGTCTTTAAATGCTATATTGTTAATA +CTTGTAAATCTTATCCCTGTCAATACGTTATTCTTTTTAGCTTTGGCTTCCTTGCCTATA +TCTATAATTATAATGGAGTGGGGGCCTTTAACTGGAGTAACATTTTATATAGCATCTGTT +ATTTTAGGATTTATAGTAATGACAAGTAAGACTCAGTGGCTTATATATATATTTACCTTT +GGTATATATGGGCTTATAAAATATATAATTGAAAAAGATAGACCTATATTTGTTGAATAT +ATTTTAAAATTACTTTTCGCTAATACTATGGTTCTAATACTATATTTTATAGTAAGAGAA +TTTGTACATGTACCTATGAATATAATTTCTATAGTTATATTTGAAGTAGTATTTGTAGTA +TACGATTATATGTACTCTAGATTTATAGATTACTATAACTTAAAACTTAAAAGTATTATT +AAAATAAAAAAATAA +>group_637 +ATGAAAACAAGTGATATAGTTAATTTAGATAAATTAAATGAGGATATCGAAAGTATTAAG +AAAATTTTATATTTAGATTCACCTGATTTATGGATTGATTTTTCTGATAAAATTGAATGT +AATAATTTTGATGAGATGGTTCTATTTTTTGCCATTAAATATAATTATTCTTCAATTATA +AAACATGCTGTAGAAAATAATCTGATAGATTTAGATTCACCTTCTAGAAACAAGACTTTT +TCTTCAATAAGAGATCACCTAATAAGCATTGCTAATAAAAATAATAACACAGAAATCAGT +AATTATCTTATGGGCATTAATGAAGATGTAGAAATAGAGTATTCATCAGAGGAGTGCCCT +AATTCTGAAATCAAAGAAGAGAATAATTCTTATATTCCTGAATCCCTATGTCCTAATTGT +AACTCAAATGTTTTCAATACTGGATATACTGTTTCAGAAGAAATTACATATAAATTTTCA +AAGGAATCAAATAAAGCTATTCCAACTTCTAATAAAATTTTAGATTCAGTTTCATGTAGT +AATTGTGGTACTACTCTAAAAGGAGCATCTCCTTCTAGTTTAGAAAGTCTATGTACTGTT +CAAAACTGTGTATCTTGTAATTTAGACTTAACGACTACAGGAATTGTAGATAAAGTAAGA +ATGATTTATGACAAAGAATCAAATGGATTTATAAATTCTAATACATCTTATCATTGTTCT +AATTGTGATAAAGAACTAAGTACATATCAAATAGAATATTTTAATTTATAA +>serB1 +ATGAAAAATATAGCAGCTTTTTTTGATATAGACGGAACTCTTTACAGAGACTCTCTTATG +GTTGAACATTTTAAAAAGCTAATTAAATACGATATTATAGATCAAAAAGGTTGGTTTGAA +CACGCAAGAGATACTTTTATGAATTGGGATAAAAGACAAGGTAATTATGATGATTACTTA +CAAGAAATATGTGATTTATATGTAGAATCATTAATAGGTTTAGATAAGACTTGCATAGAC +TTTACAAGTGATCAAGTAATTAAATTAAAATCAGATAGAGTTTATAAATATACACGTTCA +AGAATAAAGTGGCACTTAGAAAATGGTCATACAGTTATATTTATATCTGGGAGCCCTAAC +TTTTTAGTAGAAAAAATGGCCGCAAAGTATGAAGTTACAGATTATGCAGGTAGTGATTAT +GTTTTTGAAAATGGTATATTTAGCGGAACTGTAGTTCCTATGTGGGATTCTAGAAGCAAA +AATACTGCCATAAATAACTTTGTCGAAAAACATAATATAGACCTATCTAAGTCTTATGCA +TATGGAGATACTAATGGTGATATAAACATGTTAAGAAGAGTTGGAAATCCAATTGCTATA +AACCCAACTAAAGAACTTGTAAGTCATATCGCTAACGATAGTACTCTATGCGATAGCACT +CAAATAATAGTTGAGAGAAAGGATATAGTATATTCTCTAAATGCAAATACAACTATGCTA +GATATGTAA +>ziaR +ATGGAAGAAAGAACAATTAATACATGCGAATGTAATGATATACATGAAGATATAGTTAAT +GAAACTAAGAATAAAATGCCTGAAGATGAAATGCTTTATGACTTAGCTGAATTATTTAAA +GTCTTTGGTGATACAACTAGAATAAAAATATTATACGCGTTATTTTCAAATGAAATGTGC +GTTTGCGATATAGCAAATCTTTTAAATATGACTCAGTCAGCGATATCTCATCAGCTTAGA +GTATTAAAACAAGCTAGACTAGTTAAGTTTAGAAAAGAAGGAAAAACAGTTTATTACTCA +CTTGATGACAGTCATATTAGTCAGATATTTGATTGTGGATTAAATCATATTCAAGAAACA +TATAAACGTTAG +>group_744 +ATGGGTAAATATGTTAGAGAATCCATAAATGGCGTTACTCATTTAATAGGTGCTATTTTA +GCATTTGCTGGATTATTAGCTTTAGTCATAAAAACTACGCTGAAAGATCCTTCTGTAATA +TCTTTAACTGCAGTAATTATCTTTGGAATTAGTTTAATTCTTTTGTATTCAGCTTCTGCT +ACTTATCATCTAACTATTGCTGGAGATTCTAGAATTAAGTTTTTAAGAAAAATAGACCAT +TCAATGATTTTTATATTAATAGCAGGTTCTTATGCTCCTTTTTGTTTAATCTCCTTAAAA +GGAGCTCAGGGTTTTATTCTCTTTGGAATATTACTTTTAATTGCTATATTAGGTGTTTGT +TTCAAATTAATTTGGTTTAACTGTCCTAGATGGATATCAACATTAATATATGTTGCCATG +GGATGGATGGCTATATTTGTTATCAAACCTTTATACCATTCTCTTTCTGTTAATGGTTTA +ATACTTTTAGTAGCAGGAGGCTTAGCTTACACTGTTGGAGCTGCAATTTATGGTCTTAAG +CCAAAGTTTTTAAAGTTTAAAAACTTTGAGTTCCATGAAATATTCCACTTATTTATCATG +CTAGGGAGTTTACTTCATTTTATATGTGTGTACATATATGTAATATAA +>group_447 +TTGAAGTTAATTCTTAATGACAATGAGCCAATATTTATTCAAATTTCAAAGGCTATAGAA +GATGAAATACTTAGTGGTAGTATAGAAGAAGAGATGCAAATACCTTCTACTACAGAGTTA +TCTAAGTTATATAAAATAAATCCAGCTACAGTTTTAAAAGGAATAAATATTTTAGTAGAT +AAAGATATTTTATATAAAAAGAGAGGTATAGGTATGTTTGTTTGTGAGGGAGCTAAGAAC +GTAATAAAGAAATCTAGAAAAGATGCTTTTGAAAAAGTGTATATAAAAGATTTAATTCAA +GAGGCTAGTAAATTAGATATCGAAAAAGAAGAATTGTTAGAAATGATAAAGAATTATAAG +GGGTGA +>group_99 +ATGCTAAATATAGATAAAATAGAACTTTTAGAAAGAATTCTACCATTTTTTAACAATCTC +TCTTCAAAAGAAACTGAAGAATTGATTTCAAAGAGCTTTATAACTAAATATGAAAAAGGA +ACAATAGTTCATAATAAAAATTCAACTTGTACAGGTTTATTAATAACAATATCAGGACAA +TTTAGGACCTTTATATCTGCTCCTTCAGGAAGAGAAATAACATTATTTAGACTGCTAGAG +AGAGATGTTTGTATCTTATCTGCTTCTTGTGTATTTCAAAATATTACTTATGATATTAAT +CTAGAGGCTGAAGAAGAATCTTTAGCTATTATTATAGATAGCTCTATTATTAAAGATTTA +TCACAGTCTAATACCCATGTCTTAGAGTTTTTATTTAATCTAACTCAAAATAAACTTTCA +GAAGTCATGTATGTATTAGAACAAGCTGTCTTTTTTAGCTTAGATTCGAGAATCTCTAAT +TTTCTAATCGAAGAATCAAACTTAATAAATTCAAATACACTTTATTTAACTCATGAATCT +ATCGCTAATCATTTAGGATCAGCAAGAGAGGTTATAAGTAGAATATTAAAGAAGTTTGAA +AAAGATGAGATAATACAAGTCTCCAGAGGTAATATTAAAATACTAAACTTTGAAAAACTA +AACAACATATCTAATTCTTAA +>group_117 +ATGAAGGATATTAACAAGGTATTATGGGGGGCTAGTTGCTTATTAGGTGGAATTGTTTTA +GGATTTTTATTTGCTCCTATAAAGAATGGGATGAGTATTGGTAATAATAATGGCAACCAA +TATGTTGGGAGTTCAGAGGATCTAAAAGTACTTAAACATGCAGAGGAATAG +>group_379 +ATGTTTAAGATAAGAGACATTTTATTAGTAATGATTATTTTAGTAAGTACATCTATAATA +GTTAAAGGAGAAGGTTATTCTGAAAAACTGATATTAGGTGGTACTTATCTAAAAGAAATA +AAAATAGAATATGACGCTAATGTAGATAATAATGAAGAGTATTATAGTTTAGAAAGATAC +TTTAGACCATCTAATATGCCTATATTAAATGATAGGATTGAAAGTTCTCTTTACAGTATT +TATGGAGATAAAGCATCCGATATAAAGCTACATAAAAAGTTTTTAAGTACTCCTGAAGAA +ACTATAATAAATTATTTTAGTGTGCTAAGAGAAGCTGCAAATCCTACAAATAATACAAAC +ACTGGATGTGGCACTTTAGGTTACGCTAAAGGACCTTATCCTGTTGCATATAACTTTCTA +TCAAGTTCTTATAAAGATAAATATTCTTATGAAGATTATTTAAAATCATTTGAAAATAAA +TTACATATTAACTTGGTAAAATTAAGTAAAGTCCCACCAGATGAAAATAATCAAAATGAA +ATAAAATACTTTGTTGAATTAGAGGTTATAGAAGGTTCTGATAAGCATATGGGGTTATTT +GCATATTATTATGGATATATATATTTAGATAATGAAAAAGGTCAGTATAAAATTAAAAAT +ATGGAATATATGGGTGAAAATTACTTATGTGCACCTTATCATGGATGGTCATACAATGCT +AGGTCTCTAGTTGAAATTGAGTATGGAGATTGGTGTTCTTTAGTTAGTGGAAATATTGAA +GTAAAAAACGATGGATATGAAAAGAGAGTTTATTTTAAGGATAAAGAAAAAAATGAGTAC +TATGTTCTATTCTATCAGTTAACTAATGGTGTTGATATTAAAATAGCAGACTATAAAAAG +AACAAAAATGGAGTATGGGAATTAATTTATATTAATCCTGAAAAATGCATAGAGAATAAA +AACAATTAA +>rny +TTGGGATTATTAACAAAGGAGGTGGATGTCATAGAACCGATATTAGTAGGCATAATAGCT +ATAGCTGTCGGTGTAGGAGTTGGATATTTTGTAAGAAAAAATATTTCTGAAGCTAAAATT +GGAGATGCCGAGAAAAGAGCTGCAGAAATTATAGATAAAGCAAAAAGAGACTCAGAAACT +GAACATAAAGAAAGGCTATTAGAAGCCAAGGAAGAAATTCATAAGTTGAGAACAGACGCA +GAAAAAGAAAATAAGTCTAGAAGAAATGAATTACAAAAATTTGAGAATAGATTAGTACAA +AAAGAAGAAGCGTTAGATAAGAAGTTACAAAATTTAGAGTCTAAAGAATCTAATCTTAAT +GAAAAATTAAAAGTAGTTCAGAAAAAAGAAGAAGACGTTGAGACTATAAAGAATCAACAG +CTAGAAAAATTAGAAAGCATATCAGGTATAACATCAGATGAAGCAAAGGAGATAATATTA +TCCAAAGCAGAAAGAGATGTTAGACGTGAAATGTCTATAATGATAAAAGAAATAGAAACT +CAAGCTAAAGATGAAGCAGAGAAAAAATCAAGGGAAATAATTGGTTATGCCATCCAAAAA +TGTGCTGCTGATCATGTTGCAGAAACTACTGTAACGGTGGTTAACTTACCTAATGATGAG +ATGAAAGGTAGAATCATTGGTAGAGAGGGTAGAAATATAAGAACTCTTGAAACAGCAACA +GGAATAGACCTTATAATAGATGATACTCCAGAAGCAGTAATTCTATCAGGATTTGATCCA +ATAAGAAGGGAAGTTGCAAGAATAGCACTAGAAAAGCTTATAGCTGATGGAAGAATACAT +CCAGCTAGAATAGAAGAGATGGTAGAAAAAGCAAGAAAAGAAGTAGATAATATAATAAAA +GAATATGGGGAACAAGCAACTTTTGAAACTGCAGTTCATGGATTACATCCAGAATTAGTT +AGATTATTAGGTAGACTTAACTATAGAACTAGTTACGGGCAAAATGTACTTAAACATTCT +ATAGAGGTTGCTCATATCGCTGGTATAATGGCAGCTGAAATAGGTGCAGATGTTAAATTA +GCTAAGAGGGCTGGTTTACTTCATGATATAGGTAAAGCTGTAGACCACGAAATGGAAGGA +ACTCATGTAGAGATAGGTATGGATTTACTTAGAAGATATAGGGAATCTAAAGAAGTAATA +CATGCTATGAGTACACACCATGGAGATTATGAACCTCAAACTATTGAGGCAGTTCTTGTA +ACTGCAGCAGATGCAATATCTGCAGCAAGGCCAGGGGCAAGAAGAGAGACTTTAGAAGCT +TATATTAAGAGATTAGAGAAGTTAGAAGAAATAGCTAACTCATATGAAGGTGTTGAAAAA +TCATTTGCAATACAAGCTGGTAGGGAAATCAGAATAATGGTTAAACCAGAAAATGTTACA +GATGAAGGAATACATTTATTAGCTAGAGAAATGACTAAGAGAATAGAGGATGAACTTGAA +TATCCAGGTCAAATCAAAGTTAGTATAATAAGAGAGACTAGAGCGATAGAATACGCTAAA +TAA +>recA +ATGAGTATAGAACAAGAAAAGTTAAAAGCCCTTAACTTAGCTTTAGGGAAAATAGAAAAA +GATTTTGGTAAGGGATCAGTAATGAGACTTGGGGAAGCTACATCTATGAATATAGATGTC +ATACCTACAGGATCTATAGGTCTTGATATAGCAGTTGGTATAGGTGGTCTTCCAAAAGGT +AGAATAATAGAAATATACGGACCTGAATCTTCTGGTAAGACAACAGTTGCACTTCACACT +GTAGCAGAAGCTCAAAAACAAGGTGGAATAGCAGCATTCATAGATGCTGAACATGCTTTA +GATCCAGTTTATGCAAAAGCTTTAGGAGTAGACATAGATAACTTAATAATATCTCAACCA +GATACAGGGGAACAAGCACTAGAAATAACTGAAGCATTAATAAGAAGTAATGCAATAGAT +ATAATAGTAGTTGACTCAGTTGCTGCATTAGTTCCAAGAGCAGAAATAGAAGGAGATATG +GGGGATTCTCACGTAGGTCTTCAAGCTAGACTTATGTCACAAGCATTAAGAAAATTAACA +GGTTCAATAAAGAAATCTAATTGTGTTGCAATATTCATCAACCAGTTAAGAGAAAAAGTT +GGTATAATGTTCGGTAACCCTGAGACAACTACAGGTGGTAGAGCACTTAAGTTCTACTCA +TCAGTAAGACTTGATGTTAGAAAAATAGATACAATAAAACAAGGTGATAAAGTTCTAGGA +AGTAGAACAAGAGTCAAAGTAGTTAAAAACAAAGTTGCACCACCATTTAAACAAGCAGAA +TTTGACATAATGTATGGTGAAGGTATATCTAAGATAGGTGATTTATTAGATATAGCAGCT +GATATAGATGTAGTTAAGAAGTCAGGAGCTTGGTATAGCTACAATGATATAAAGCTTGGA +CAAGGTAGAGAGAACGTTAAGAAGTTCTTACAAGACAATATGGACTTAACTAACGAAATA +GATGAAAAAGTAAGAGCTCATTATAAGTTAGATGAAGCAAAAAATAATGCTGCTGAAAAC +GAATCAGAAGAAAGTATAGATAATTTTGAAGAATAA +>sigM_2 +ATGAACTCAGATTATATATCAAAATTTTATGAGCAATATTCAAAAGAAGTTTATTTGTAC +ACTTTTTCTTTATGTAAAAACAGTCATTTAGCAGAAGATATTATGCAAGAAGCTTTCGTT +AGAGCAATTTTATATTTAGATGATAATCATGATAATATAAAATTTTGGCTATTTAGAGTA +TGTAGAAACTTATATATAGATTATGTAAGGAAAAATAAAATTATATCTCAATTAGATATC +TTGGATTTACATATAGAAGATACTTCTTTAGATGTATTAAAAGGCATTATAAAAAGTGAA +AGTTCGCTTAATTTGTACAACAAAGTTATGAGTCTGCCAAATACCATGAAAGAAGTTATA +GTGTTATTTTATTATTTAGAAATTCCCCAAAATAAAATAGCAAATATAATGAATATATCA +AATGGAGCAGTTAGAACTTTGATTTATAGAGCTAGAAAACATTTAAGATCTATTATGGAG +GAGTAA +>group_411 +ATGAAACTAAATAAAGTACACCACACTGCTATAATCTGTTCAAATTATGAGACATCAAAA +AACTTTTATGTAAATATCCTTGGATTAGATGTAATTAATGAAACCTATAGAAAAGAAAGA +AGATCTCATAAGCTAGACTTAAAAATAGGAAATAGTCAAATTGAATTATTTTCCTTCGAA +AATCCACCTAAAAGAGCAAGTTATCCAGAAGCTTGTGGCCTTAGACATCTATGCTTTGAA +GTTGATGATATAGAAGAGTTTGTAGTATATCTTAATAACAATGGAATTCAAACAGAAGAA +ATCAGAATTGATGAGTTAACAGGTTCTAGATTTACTTTTTTTAATGACCCTGATAATTTA +CCTATTGAATTATATGAAATTTCAATTATATAG +>pgsA +ATGAACTTGCCTAATAAATTAACATTATTTAGGATATTTTTAATACCAGTATTTATAATA +GTAATGCTTCTTAATATACCAAATAAATATTTAATTGCATGTATAATATTTATAGTAGCA +TCAATAACAGATGCTATGGACGGTTATATAGCTAGAAAGTATAATTTAGTTACTGACTTT +GGAAAGTTTATGGACCCTCTAGCTGACAAGTTATTAGTTATATCAGCGTTAACTTGTATG +ATAGAAGTGAATTTAGTTCCAGCTTGGATGGTAATAATAATTGTTGCTAGAGAGCTTACT +GTTAGTATATTAAGAGCTATTGCTGCAGCAGAAGGAAAGGTGATAGCTGCAAGTGGTGGT +GGTAAATTAAAGACTATAACACAAATGCTTTCAATAATAGTTTTATTAATAGGTGAAAAC +TTTAATAATGGTTTATTATTAAATATAGGATTTGTATGTATATTGATTGCTACACTACTT +ACTTTATATTCTGGTTGGGAATACTTATACAAAAATAAAGAGTTATTTATGAATAGTAAA +TAG +>rimO +ATGTTAAAGATAGCACTAGAATCACTAGGTTGTTCAAAAAACTTAGTAGACGCAGAAATA +ATGATGGGTATCTTAAATAGAAAAGGATACAAGTTAGTAGGAAATATGGAAGAAGCTGAT +ATAGCTTTAGTTAATACTTGTGGATTTATAGAATCAGCAAAGCAAGAATCTATAGAGACA +ATACTTGAAATAGCTAGATTAAAAGAAACAGCTAATTTAAAACTTCTTATAGTAACAGGG +TGTTTAGCTCAAAGATATTCAGACGAGTTAAAAGAAGAAATACCAGAAATAGATGCTATA +GTTGGTACAGGAAGTTACCAAAATATAGATGAAATAGTTGCTGGTTTAGAAAAAGAAAAC +AAAATAGTAAGTTTAAATGACATAGAATTTGTTTACAATGAAGATCTTCCAAGATACGTT +TCAACACCAAGTTATATGGCTTACTTAAAGATAAGTGAAGGATGCGATAAGCATTGTACT +TATTGTATAATACCTAAATTAAGAGGTAAGCAAAGAAGTAGAAAGATAGAAGACATAGTA +GCTGAAGCTAAAGATTTAGCAGCTAGAGGTGTAAAAGAGCTTGTAGTTATAGCACAAGAT +AGTACTATGTACGGTTCTGATATATATGGAAAAGCTGTATTACCAGAATTATTAGAAGAA +TTAGCTCAAGTTGAAGGTATAAAATGGATAAGAATAATGTACTCATATCCAGAATCAATA +ACAGAAGAGTTAGTTCAGGTTATAAAGAAATATGATAATATCTGTAATTACTTTGATATG +CCAATACAACATGCAAGTAACAGAATATTAAAGTTAATGAACAGACATACAACTAAAGAA +GATATATTAGCTAAAATAGAAATGATAAGAAATAATATACCTGATGCAACATTAAGAACT +ACTATAATAACAGGATTCCCAGGTGAAACAGAAGAAGACTTTGAGGAATTAATTGAGTTT +GCTAAAAAAGTTAAGTTTGACAGACTTGGTGCTTTTGCATACTCAAGAGAGGAAGGAACA +GCCGCAGATAAATTACCAAACCATATTGACCAAGATGTAAAAGAACAAAGAAGAGATAGA +CTAATGATGGTACAACAAGGAATATCTCAAGAAGTTATGGCAACTAAAATAGGTAAAACA +TTTGAAGTTCTTATAGAAGAACAAATAGAAAAAAATGTTTATATGGGAAGAACTCAAGGG +GATGCAGAAGAAATAGATAGTATAGTTTATGTAAAATCTAAGAAACAACTTCATGTAGGA +GACTTCGTAATAGTAGAGATTAATAATGCATTAGAGTACGATTTAATGGGAGATGTAATA +AATGAACTTGCCTAA +>selU +TTGAAGACAATAAATGTAGAAGACGCTTTAAAGCTTGAAAATACCATCTTTATAGATGTC +AGAACAGAAAAAGAATATCAAGATGATCATATATTAAATGCTTATAATATACCGTTATTT +AGCAATGATGAACATCATGAGATAGGTACTATATATAAGACACAAGGAAAGCATGAGGCT +ATAGACAAGGGGTTTGACTTTGTATCACCGAAATTAAAAGATATGTATAGAAAAGTAAAA +GAATTATCAGCAGAGTATGACCATGTAGTAATATACTGTGCAAGAGGTGGTATGAGAAGT +GGAAGTTTCGCAAATCTTTTAGCTTCAATAGGAATAGACTTATATAAACTTGAAGGTGGA +TATAAATCTTATAGGAATTTTGTTTTAGATTATTTAAGTAATATAATGGATAAAAAACAA +TTTATCGTACTTCATGGATTAACAGGAGTTGGAAAAACGGAGCTTCTAGTAGGTTTGGAT +AAAAATAACATAGATATAATAGACCTAGAACAAATGGCAAAGAATACAGGCTCAGTATTT +GGGTTTATAACTTTTGATGATAAACCACCAACTCAAAAGACATTTGAAACTAGAATATTT +GAAGCTTTATTCTTTTCAAAAACAGACTATATATTTATAGAAAGTGAAAGTAAAAGAGTT +GGACATGTATTAATACCAAATGAAATTTATGAAGGTATAATAAGAGATGGATATCATCTA +CTTATTGAGTGCAGCATAGAAGACAGAGTAAAAAGACTATGCAAAGATTATATTTATGAT +CGAAATGAAGGAAATATAGATGTCCTAAGAGAATGTATAGGTAAGTTTAGAAAAAGACTT +GGTCATAAAAAAATTGAAGAGTATTTACAGATGTTAGATGAAGAAAAATACGAAGAACTT +GTAGAAAAATATTTAGTTGAATATTATGACCCTCTGTATATGCATTCTGTAGAACAATAC +AAATACAACAAAGTAATAGACTTTAAAGATATAAATGAAACATTAGAAAAATTAATGGAT +TTTCATAAGACAGTAGAAAAAGGAGCAATGAAATGTTAA +>group_25 +GTGGCTAAGAAAAAAAGCAAAAAGAAAAAGGATAAAGACCTAGGATTTAGAGCGGAATAT +CATAACTTAGTTACAATATTTGTAGGTATATTCTTATTATATAGTTTGAACTCAGGGTCT +ATGGGGCTTGTGGGTAATTTTATGCAGAACATATTTAAAGGATTATTTGGAGGTCTTTCA +TTTGTAATTCCTTTTATAGTAATTATTGCAGGGATACTTGGATTCTTTGAAGGAAACGAA +TATGTTTATAGGTTAAAAAACAGCAAAGTGTATTATGTAGTGGTTACCTTTGTATTTGTA +TTTTATGGACTAATAAATGCAAGAAGTATACCAGTAGATGTTCCTTTTAAATCAAATATG +ATTAATGATGTAATGCAAATGGGTGTAGAAGGTACTGGTACTGGACTAATCACATCTACA +ATTGCTTATTATATAAAAGCTATATTTGGAATAACTGGGGGATGGTTAATCAGTATATTC +GCATTAGTATTATGTGTATTATTTACTTTTAATATATCTATACAAGACTTATTAGCAAAT +GTAAATTTTGGAAAAGGTAAATCTAAAAATAAAGGAACTAACTTAAAAGAGAAAGTTTCG +AACTTAAAGAAATCTGCCTTAGATATGATAAGTGATGAAATAGATGAAAATACTATGGAA +CAAACTATGATAGAAGAAAAGAAACTAGGATTCTTAAAAGGAATGATGGAGAAGGCTAAG +CATAGTAAGGATAATATTGCAGAAAAAGAACCTGCAGTTAGTTTAGAAGATGGTGTAGAT +GATAAGACTATAAAGATAGTAGGATTTAACAAAGCAGAAGATGATTATTTAGAAATACTT +GAAGGAACTCAAAGTGGTTCAGATTTAGATATATTAAAGAATCTTCAAAGTTCTAGACTT +GATAAAGCTACTAAAGAAAATAAAGACTTTGATAAAACACAACATATTGAAAATACTCAA +CCAATAGATTTTAATGAAGTTTCAAAATATGAAAACTATAAAAAGCCTGGACTTGAAATA +TTAAATAAATTTGATAAGAAGACAGATGAAAATGGAAAGAAGAAAGTATTAAAGAATGCT +TCGTTATTAGAAAAGACATTATCAGACTTTGGTGTTGAAGCCAAAGTAAATCAAGTTACA +GTAGGCCCTACTATAACAAGATATGAAATACAACCAAGTCCTGGTGTTAAAGTTAGTAAA +ATAGTAAATTTAACTGATGATTTAGCGCTAAGCTTAGCGGCAAAAAGTATAAGAATGGAA +GCACCTATTCCTGGAAAAAGTGCTATAGGAATAGAAGTTCCTAATGAAGAAGGACAAATG +GTGGGTTTAAGAGAGGTATTAGAAAGTGATGAATTTAAAAACTTTGAATCACCTCTTGCA +ATGGCTTTAGGTAAAGATATAGGTGGGAAACCAGTTATAGCAGACATAGCGAAAATGCCT +CACTTACTTATAGCTGGATCGACTGGTTCAGGAAAGAGTGTTTGCGTAAATACTTTAATA +AATAGTATTTTATACAAAGCTAGCCCAGATGAGGTTAAATTCTTACTTATAGATCCAAAG +GTAGTTGAGCTTGCAAGTTATAATGGAATACCACATTTATTAATACCAGTTGTAACTGAT +CCTAAAAAAGCCGCAAATGCATTAAACTGGGCAGTTGTAGAAATGAATAGAAGATATAAG +TTATTTGCTGAAAATCAAGTAAAAGATATAACAAGTTACAATGAAAAGGCTGAAGAAAAA +TTACCTAAGATTGTAATAATCATTGATGAGCTTGCAGACTTAATGATGGCTTGTGCAAAT +GATGTGGAAGATTATATTTGTAGACTTGCACAAATGGCAAGAGCGGCAGGGATGCATTTA +ATAATAGCAACGCAAAGACCGTCTGTTGATGTAATAACAGGGGTTATAAAAGCAAATATA +CCATCTAGAATCGCCTTTGCAGTATCATCACAAACAGATTCTAGAACTATACTTGACTTA +GGTGGAGCAGAAAAGTTACTAGGTAAGGGAGACATGTTATTCTACCCACTAGGGGCAGCA +AAACCGGTAAGACTTCAAGGTGCATTTATATCAGAAAATGAGTCAGAAAGAGTTATAGAT +TTTATAAAAAATCAAGTGACTGAAGAAGTAAAATATGAAGATGATATAATGGATACTATT +TCAAAAACTGCAGCACCTAAATCAAGTGATGAGGATGATCTATTAGCAGATGCTATAGAC +TTTGTAGTAACTAATGGCCAAGGATCTGCCTCGATGCTTCAAAGAAAGTTCAAAATAGGA +TTTAATAGAGCTGCTAGATTAATAGATTCTATGGAAGAAAGAGGAATAGTAGGTCCAAGT +GAAGGAAGTAAACCAAGAAAAGTATTAATAACTAAGGAAGAATTAGTAAATTTAGAAGGT +GAATAG +>tepA +ATGAAATTCAAAGATAATAATACTAATTACATAGACATTGAAATTGGAAATAAAGAGTTA +GAAAAAAGTGAACAAATAACTAAAAGAAGTAATAAGCTTTTAGAGGAAGACGTAGAAGAT +AGAAGTGATTTTTCTAGTGATACTAATGGAAATTCTGAAGAGGAAAGTAATGACGATGAG +GTAGAAGATATAAAACAAATGGGAACTCCTCAAATGCCGACCCCACCTAAAAAAGATATA +CAATGTATCACTATAATAGGAGAGATAGAAGGTCATTTTGTAGGCAATCCACAAAAAAAA +TCAACTAAATATGAGCATATTATACCAATGCTTTATGCAGTAGAAGAAAATCCTGATGTA +AAAGGGGTTCTTGTAATTTTAAATACTGTTGGAGGAGATGTAGAAGCCGGGCTTGCAATG +GCAGAACTTTTAAACAGTGTATCTAAAAAAATAGTTACTCTTGTATTAGGAGGTAGTCAT +AGTATAGGTGTTCCTCTTGCAACAGCAGGAGATTATTCTTTTATAGCACCAACTGCGACT +ATGATAGTGCATCCAATAAGAACAAATGGATTAGTTATAGGAGTTAATGAAACTTTTGAG +TACTTTAAAAAAATGCAAGAAAGAATTGTAGAGTTTATAATAAGAACTTCAAAAATAGAA +AGAGACGAATTAGTAAGATTAATGCATGAAAAAGATGAACTAGTTAGTGACGTTGGTAGT +GTGCTTATAGGTAAGGAAGCAGTGGATTGTGGCTTAATTGATGCAGTTGGGGGATTAAAA +GAAGCACTGGCTAAGCTAAAAGAATTAATAGCAGAAGATGAGAAAATTACAAAATAA +>yeeO_2 +ATGGAATCAGCAAAAAAAATAGATAAAAGATTATCTATACTTGCTTTAACATGGCCGATA +TTTATAGAGCTTATGTTGCAACTATTAGTTAATAATATTGATCAACTTATGTTAAGTAGA +GTATCAGATAATGCAGTTGCAGCAGTTGGAAATGTAAATCAAATAATGAACGTGTTAGTA +ATAACATTTAGTGTAATAACAATGGCAACAACAATACTAGTATCTCAATATTTAGGTGCT +AAAGATTATAGTAAAGTATCTGAGACTTACACCGTATCTATATTTACTAATTTAATTTTT +GGTTTAGCTGCAGGTACTGTATTATTTATGTCTGGAGGAACTATATTTAAACTAATAAAA +CTTCCTACAGACTTATTACAAGATGCAAATGCTTATATGAATATAGTTGGAGGCGGGTTA +TTTTTACAAGCGTTGTTTTTAACTTATTCAGCAATATTTAGAAGTAACGGATTAATGAAG +CAAACTATGTATATTTCAGTATTAGTAAATATACTAAATATAATTGGAAATGCAATATTA +ATAAATGGTTATTTTAGTTTACCTAAGATGGGAGTACAAGGGGTTGCAATTTCAAGTATT +TTGAGTAGGTTTATAGGAGTTATAATAATAGGGTACATGTTTACAAAAGAAATAGATGAG +AAAATTTCATTTAAATATATGAGACCATTCCCTAAAGATACTTTCAAGAAATTAATAAAT +ATAGGTCTCCCATCAGGAGGAGAAAGTATATCCTATAATGCTTCTCAAATAGTAATATTA +ACTATAGTAAATATGCTAGGAACAACAGTTGTCACAGGAAGAACATACATAGGTATAATA +GTAATGATTTCTTATTTATATGCCAATGCAATATCTCAAGCTAACCAAATAATAGTAGGA +CATTTAATCGGTGCTAGAGAAGAAGATCAAGCCTTTGATGCTGTTATAGATACTTTAAAA +AAAGCAATGTTAGTAACCTTAATAGTATCTGGTTCTATATTTATATTTAGTGATTATATA +TTAGGTATATTTACTACAAATTCAGAAATACTTAGGCTAGGCAAGCAAATTTTATTTATA +GATATTTTCTTAGAATTAGGAAGAACAGTAAATATGGTAACAATAAGAGGAATGCAGGCA +TCAGGAGATATTAAATTCCCTGTAATAGTAGGAATTGTATCGATGTGGTCTGTATCAGCA +TTGTTTGCATATATATTTGCTATTACTTTTAAAATGGGTTTACATGGCGTTTGGTTGGCT +ATGATGCTGGATGAAATTTTAAGAGGAATAATATTCTATATAAGATGGAAAAGAGGAAGT +TGGAGATCTAAAATTATAATATAA +>fecE +ATGAGAATACAAACAGAAGGTGTAAAATTCGATATAGGAAATAAAAATATATTAAAAGGA +ATTAGTATAGACGTAAACAGTAAAGAGATTATAGGTATAATAGGTCCTAACGGAAGTGGA +AAATCTACATTTTTAAAGTGTATTTATAGAACCTTAAAGCCATCAAGTGGCATAATTAAA +TTAGGAGATATAAATTTAGATGGTATAAAACTAAAGGAAAGTGCTAAAAAGATGGCAGTA +GTATCACAACATAATTACTATGATTTTGATTTTAGTGTAGGAGAAATGGTTTTAATGGGG +AGGTCTCCTCATAAAAAAATGATGGAAAGAGATTCCTATAGAGACTATGAAATTATGAAT +GATGCATTAAAAAGGGTAGATATGTTACATTTTAAGGATAGAAATTTTAATAGTTTATCA +GGAGGAGAACAACAGCGTATTATTTTAGCTAGAGCATTAGCTCAGGAAACAGATTGCTTA +ATACTAGATGAGCCAACAAACCACTTAGATATAAAGTATCAGTTACAATTAATGAATATA +GTTAAAAGTTTAGATATTGAGGTGATTGCAGCCATACATGATTTAAATATTGCAGCAATG +TATTGTGATAAGATATACGTATTAAAAGATGGTAGAATAGTAGCCTATGGAACTCCTAAG +GAGGTATTGACAAAAGAGTTAATAAAAGAGGTATATGAAGTAGATGCAATAGTAAATGAA +GATAAAGAAAATGATATGATCAATATATTTTATAAACCGAATTTATAG +>hmuU_3 +ATGGATATTAAATTTGATACAGAAATAAAAGAGACTAAGATACTTGAAAGAACACCTATG +TATATGGGTGTTTCTATTGTATTATTAGTGTCATTGATTCTTTCAATAGGATTTGCTGTA +AGTTTTGGTTCAGTTGATATAAGTATAAAAGAAGTTTATAGTATCATTTTTTATAAGTTA +TTTGGAATAGGAAATGAAAGTACTTTATCTAATGGAGCAGTACATGATGTAGTTTGGTTA +ATAAGACTTCCTAGAATAGTATTGGCAATGGCTGTAGGAATTGGGTTATCAGTAGTTGGT +GTTGTTATGCAGGCAGTTGTCAAAAATGCACTTGCAGATCCATATATACTTGGAATATCT +TCGGGAGCATCTTTGGGTGCAACAACAGCAGTGATGTTTGGCCTAGGAACTATATTTGGT +AGTAATGCTATAGGTATATTTGGTTTTATAGGTGCATTTGTAGTATCAATAATAGTTCTA +TTAATATCTAATATTGGTGGAAGATCGAATTCCATAAAACTTTTATTAGGTGGTATGGCT +CTTAGCTCGGTGTGTAGTGCATTTTCAAGTTTTATAGTTTATTTTGCAAATGATGCACAA +GGCATCCAAACTATAACTTTCTGGTTAATGGGAAGTGTAGCAGGAGCTAAATGGGAACAA +ATTGCGTTTATATTACCGATAATTTTAGCTGGGACTATATTTTTTATAACACAATATAGA +ATTTTAAATCTTATGCTGCTTGGAGATGAAGTTTCTATTACATTAGGAACTGATTTAAAT +AAATATCGATACACTTACTTGATAATAACATCTTTAATGATAGGACTTTTAGTTTATTCA +TCTGGAATGATAGGATTTGCAGGATTGGTTATACCTCATATAGTTAGGATGATATTTGGT +ACTGATCATAAAAAAATAATCCCAATTGCAGCTCTTGTTGGAGCTATATTTTTAATATGG +GCAGATGTACTATCAAGAATAATAGTAAAAGGGAGTGAAATTCCAATAGGAATACTTATT +TCAATTATAGGGGCACCGTGTTTTATTTGGTTAATGATTAAAAAGACTTATACCTTTGGA +GGAAATGTATAA +>lysC_1 +ATGGGGGTTTTAGTTCAAAAATTTGGAGGAACATCAGTATCATCATATGAAAGAATGAAA +GAGGTTGTAAATATAATACGTTCCTATAGAGATAAAGCTAATGATTTAGTAATAGTGGTA +TCTGCAATGGGAAGACAAGGAGATTCATATGCTACAGATACTTTAATAGGTTTATGTAAA +AATGTTAATGAAAAAGCACCAAAAAGAGAGCTAGATATGATAATGTCTTGTGGTGAAATT +ATATCAGGAACTATTTTGACAAGTATACTTGAAGATGAAGGTATACCTGCAACTTTCTTA +ACAGGAATTCAAGCTGGTATAATTACAACTAATTCATATTCAAATGCAAAAATAAAAAAA +ATTAATCCTCAAAAAATTGAAAGAGAAATATCAATGGGCAAGGTTGTAGTAATTGCAGGA +TTTCAAGGTGGAACAGAGGATGGAGAAATAACTACTTTGGGAAGAGGTGGAAGTGATACT +TCTGCTGTAGCAATAGGTAAAGCTTTAGGAAGTAAAACTGTTCAGATTTACACTGATGTA +GATGGTATTATGACAGCAGATCCTAGAGTAGAACCAGATGCTAGAATAATAAAATTTATA +GAATATGAAGAGGTTTTTCAAATGGCAGAACAAGGTTCGAAGGTAATACATCCAAGAGCC +GTTGAACTTGCTAAGAAAGCTGATATAATTTTAGAAATAAAAAATACGCTAAATCCTAAT +TATGAAGGCACTAAAATAGGTTCAATTAAGAACTTAGATTATGGGAATGGTGATTATGAA +GAAGAAGGACGATTTGTATCTGCAGTTGCTCATAAAAATAATATTGCCCAGATTAAAGTA +AAATCTCCAGAAAAATTATTTTCTAAGATATTAAATGAAATGGAAGATAAAAATATAAAC +ATGGAGATGATAAATTTTTTTGTAGAAGATAAAGGATTTGCAATAGATAAGTCGGATGTT +GAAAGTGTTGAAGAAATACTTAATAAGTATAACGTAGAATGTGAAATAAATAAAAAGTGT +GCGAAGGTTACCCTAATAGGATCTAAGATTACAGAAACACCTGGAGTTATTGCAAAGATA +ATAAGAGGATTATCTAAGGTTGGAATAACATTATTACAATCATCGGATTCTTATACATCT +GTATCTTGCTTAGTAAAAGAAGAAGATATGGTTGGAACAATCCATGTTATACACAATCAA +TTTTATAAATAA +>group_29 +TTGAATTTATCTGAAATAGCAGGTAAAGAAATAGTAAATCTAGTTTCAGGCGAAAGACTT +GGAGTAGTAGGGGAATGTGATCTTATAATAGATGAAACAACAGGAAAAATATTAGCGTTA +TTGATCCCAAAGGAAAAAGGATTTTTTGGATTGAAGAAAGAGAAATCTGTTCTAGAGGTA +CCTTGGAGAAGTGTAAAAAAAATAGGAAATGATATGATAATTATTGAATATGATGGAGTA +TACTAA +>pdaA_1 +ATGTTAATAATGGTAGCAAATAAGAAGAAACTAAAGAGAATAATCATAAGAGTTGTAGTT +GCATTACTTGCAATAGGTGGGATTATATTTGGAGTGGTAAAAAATCATTCTACACCTACA +TTTAACATTATTGATGAGGCAAGTTTACCCTATGAAAGAGGAACAAAGGCTAATAGTGGC +TACGTTGCAATGACTTGCAACGTAGACCTAGGATGGGAAGAAGAGTACATAGAGGGTATA +TTAAATGTACTAAAAAAAGAGGATGCAAAGATAACATTTAATGTTACAGGGAAATGGGCA +GAGAATAATAAAGACTTCTTACTTAGAATAAAATCAGAAGGACATGAAATTGGAAGTCAT +GGGTACAAGCATCTAGATTATTCTAAACTTACTTACGATCAGAATTTAGAAGAAATGAAA +AAGGCGGAAAGTACAATAGAAGAAATTACTGGAGATGAAATTAGATTTTTTCAAGCACCA +GCAGGTTCTTTTGGGGAAGGAACTATGAAAGCAGCTAAGGAGTTAGGATATACGGCATTT +AAATGGGATGTAGATACTATTGATTGGAAGTATAGAGAACAACCAGATGTAATAATCAAT +AGAGTAAAAAATAAGGATGTCAAAGATGGAAGCATAATATTGATGCATCCTACAAAAGCA +ACTATGGAGTGTGTAGACGACATAATAGAGGTTATCAGAAGTAAAGGTTTAAAGCCAGGA +AAGCTAAGTGATATTTTTAAATAA +>degV +GTGAAGATAAAGTTAATTTGCGACAGTCTGTGTGATGCACCAAAAGAATTAATAGAACAA +TATGATATAGATGTAGTCCCTTTAAATATAATACTTGGGGATAAGGAATATAAAGAAGGT +ATTGATATTAGCAATGATGAGTTTTATAAGCGAATGAAAGAAAAAACTGAAGTTCCAAAA +ACTTCACAAGCTACATACATACAATTTAAAGAAGTCTTTGATAAGTATAAAGATGATTAT +TCTATAGTTTGCATAAATGGATCTTCTAAATCTTCAGGGACTTATCAAAGTGCCGTAATG +GCTAAAAATGATACTGAAGGTGATATACATATCTTTGATACTTTAACATTATCCTTAGGT +AGTGCTCAATTTGTAGTGAAAGCATGTGAACTAATTGAAAATAATAAAGATATAAAAGCA +GAAGAATTAATTAAACATTTAGAAGAGTTAAGAGAATCTGTAAGTTTATTCTTTGTTCCG +GATACTCTTGAATACTTACAAAGAAGTGGAAGGGCATCACTTACAACAGCAACTATAGGA +AATTTATTAAAAATAAAGCCGATATTTACAGTAGAAGATGCAAATATATTCATACTTAAT +AAAGTAAGAGGTAAAAAACACGCAATACATGAACTTGTAAATTTAGTAGTTAATAAATAT +GATACTTTAGAAGATAAGAATATAATAATCGGTTGTGGCGATAATGTTGATGATTTTGAG +AAATTAAAAGAGGAGGTTAATAGTAAAATAAAATGTAAGAAATTATATTTTACTAGAGGT +GGAGCTTGCATATGTTCTCATACTGGACCCGATATATTTGCCATCAGCTGTTCTTATTAG +>ribF +ATGGATATTATTAAATCTATATGGGATGTAGATGATGTAGAAGATAGTGTTGTCACTATA +GGAAAATTTGATGGTCTTCACAAAGGCCATAGAGTCCTTATAAAAAAAGCAGTTGAAAGT +AGTAAAAAAAGAAGAATTAAAAGTGTTGTTTTTACCTTTGAAAATCACCCTGCTAATTAC +TTTAAGAGCTATAGCGTAAAAAACATTATCACAGATAATGATAAAATGAAAAAGCTAAAC +TATCTAGGTATAGACATGGTAGTAAATGTTCCTTTTAATGAAGATATGACAAAAATATCA +GCAGATGATTTTGCCAGAATTATATTAAAAGAAAGGCTAGGAGCAAAGAAAGTAATCGTA +GGCCATGATTTTACCTTTGCAAAAAATAAAGAAGGAAATGCAAAATTATTAAAAATTTTA +GGTGTTAAGTATAATTTTAAAGTGGAAATTGTAAAACCTGTGAAAATTAATGATATAAGG +GTAAGTAGCACTTATATAAGAAAATTAATAGCACAAGGATGTGTAAATAAAGTGAAAGAG +TATTTAGGACGCAATTACCAACTAGAGGGAAAAGTTATAAAATGCAAACAGTTAGGGAGA +ACTATAGGTTTTCCAACTGCCAACATGGCAATTGATGAAGAAATGCTTGTTCCTAAATGC +GGTATATATGCAACTAAAGTATATTTAGATGGAGAAATATACTTTGGTGCAACAAACGTA +GGTTACAATCCAACTGTAGAAGGTAAAAGCTTATCTGTAGAAACTAATATACTAGATTTT +AATGAAGATATTTATGGAAAAACTATAAAGCTTGAATTTCTAGAAAGAATTAGAGATGAA +AAAAGGTTTAATTCTTTAGATGAATTAAAATCTCAGTTAAAGATTGACACTAACTATATT +TATAAAAAGTATGTTTGCAAAAAATAA +>truB +ATGAACAAAATAATAAATATATTAAAACCTACAGGAATGACATCTCATGATGTAGTTAGC +AGAGTTAGAAGAATTTTAAATATGAAAAAAGTTGGCCATACAGGTACCCTTGATCCAGAT +GCATCAGGGGTACTACCTATATGTATAGGAAAAGCTACAAAGGTAAGTGAATTAATCCTT +AATAAGGATAAATCATATATATGCGAGCTTACGCTAGGCATGACAACTGATACTTATGAT +TCTTCTGGATCTATAATAAAAAGAGTTGATGATTTTAAGGCAAGTGAAGTAGATATACAA +AAAGCTTTTGATACACAAAAAGGAGAAATTGAACAATTACCTCCTGTATATTCAGCACTA +AAAGTTAATGGCAAAAAAATGTGTGACTTAGCTAGAAGTGGTAAGGCTGATGAAATAGTT +ATTAAGGCAAGAAAAGTAAATATAAAAGAATTAAACATACTTAGTATAAATGATAAAAAA +ATAATGTTTTATGTGAAATGTTCTAAAGGGACTTATGTAAGAAGTATTTGTCATGATATA +GGAGAATATTTAGGATGCGGAGGTCATATGTCCTTCTTACTTAGGACATCTTCAGGCAGA +TTTAAATTAGAAAATGCAATAACATTAGAAGAATTAGAAAAGTTTTATAATAATGATAAA +TTAGATGAACATTTATATGATATAGATTATGTTTTAAACAACTTTAGTGAAGTTATATTA +AAACCAAGCGCTATAAAATATTACAGTAATGGTGGAATAATAGACAATAAGAGATTCAGT +ACCAATAATATAAATGAAAATGATGAGTTTGTAAGAGTTTATAGTGAAGGAAGATTTTTA +GGGGTAGGAAGATTATTAAAAGATAATAAGACTATAAGCTTAAAAAGTGATAAAATATTT +GTATAA +>nrnA +ATGATAAGTAATATTGATAATATTATAGAATTTATAAAAGGAAGTAACGACTTTGTCGTT +ACTTCTCATATTAGCCCAGATGGTGACAATATTGGTTCAACTCTTGGCATATACTATTCT +TTAAAAAAGTTAGGAAAAAATGTATATTATGTTTTAGATGATAATGCACCATTAAATCTT +AGATTCTTAGTGGAAAATGTAACTAATATGAGCTCAGAAGAGTTTAAAGCATTAAATATA +GATAATTATAGTTTGATAGCATTAGATTGTGGAGATAAATATAGAGTTTGTGTAAGTGAA +GAAATAAAAGATAAAGCTTTAAAAATAGTATGTATAGATCATCATGCAAGTAATGATGCC +TATGGTGATTTGAATTATATTGATACTGAAGCTTCATCTACTAGTGAGTTGGTATATAAC +CTATTAGTTAGATTAAATGAATTAGATAATATTAATATAATAGATGAAGATATAGCCACA +GCGCTTTATACTGGGCTTGTAACAGATACAGGTAATTTCTCTTACTCAAGTACACATCCA +AGTAGTTTTGAAATGGCTAAAGAACTGATGATTTTAGGCGCTAAAAAAGATAAAATTATT +CAAAATGTTTTCCAAAGTAATTCTTATAATTACTATAAGTTATTAGGAGAAGCATTAAAC +ACATTAGATATAGTTCAGGAAAAAGTAGCATGTATAAGCTTAACGATAGATATGTTACAA +AGAAATAACATGAGTTTTAATGATGTTGATGGAGTAACTAATTACACAAGAGACATTAAA +AATATAGAAGTAGGAATACTATTAAAGCAAAAAAAAGAAAATGAAGTCAAGGTTAGTTTA +AGATCTAAAAACTATGTAAATGTAAGTAAAATTGCTCAAACATTTAATGGTGGAGGTCAT +GTAAGAGCTGCAGGTTGTACTATATATGATACAGTAGAAAATGCAAAAATAAAAATCCTA +CAAGAAGTTCTAAAAGAAATTTAA +>rbfA +ATGGCATCATACAATAGAACAAGAAGAATAGCAGAAGAAATAAGAAAAGTAGTAAGCACT +ATGCTTATTAGTGGAATAAAGGATCCTAGAATAACATCTATGGTAAGTGTAACTGATGTA +GAAGTTACTAATGACTTAAGTTATGCATATGTATATGTAAGTATTCTAGGAGGAGACGAA +GAATCGACTTTATTAGGACTTAAGAGTGCAGTTAACTATGTAAGAAGAGAAGTAAGTAGA +AATGTAAAACTTAGACATACTCCACAAATTATCTTTAAGGTTGATGATTCAATCAAAAAA +GGTATGTACATGGATAATCTTATAAAGCAAGTTAGTTCAAAAAATAATGAAGAAACTATG +CATAAGGATGAGGAAGATGATAAGTAA +>infB +GTGTCAAAAACAAGAGTATACCAAATTGCAGAAAAGTTAGGAATGTCAAACGAAGACGTA +ATAGCTAAATTAAAAGAATTAGAAATAAGTGCAGAAAATGAAAATAGTGAAATAGAAAAT +GATGATGTAGAGTTATTAGTTGAATTAGTAGGTGAAGAAGCTGTAACTCATGATGGTCCT +ACAGTAACTATAACTGGGAAATTAACAGTTCAGGAAATAGCGAATGCTTTAGATGTATCT +GCTTCTGAAGTAATAATGAAGCTTATGAAAATGGGAACTATGGCAAGTATAAACCAAGAA +GTTTCAGAAGAAATAGCATCGTTAGTAGTTAAAGAGTATGGATATACATTATTAACTAGC +ACAGAAGATGAAGAAGAAGAGCAATTAGAAATAGATGCTTTGATGGAAATAGAAGAAGAT +AAAGAAGAAGATTTATTACCAAGACCACCAGTTGTAACAGTAATGGGACACGTTGACCAT +GGTAAAACTTCTTTACTAGATGCTATAAGATCGACTAACGTAACAAGAGGCGAAGCAGGA +GGAATAACTCAACATATAGGTGCTTCAGAAGTTTCAGTTAATGGTCAAAAAATAGTATTC +TTAGATACTCCAGGACACGAAGCTTTCACATCAATGAGAGCTAGAGGAGCGCAAGTTACT +GATATAGCGATACTTGTTGTTGCAGCAGATGACGGTATAATGCCTCAAACTGTAGAAGCA +ATAAACCATGCTAAAGCAGCAGAAGTACCATTAATAGTAGCTATAAATAAAATAGATAAG +CCAGATGCAAATCCTGATAAAGTTAAGCAAGAATTAGCTGACCAAGGATTATTAGTTGAA +GACTGGGGTGGAGACGTTATAGCAGTTCCAGTATCAGCTAGACAAAAAACTGGAATAGAT +ACATTACTTGAAATGATATTATTAGTTTCAGAGATGGAAGAATTAAAAGCGAATCCAAAC +AAGAGAGCAGTAGGTACTGTTATAGAAGCTCAGCTTGATAAAGGTAGAGGGCCAGTTGCT +ACAGTTCTTGTTCAAGGAGGAACTTTAAATGTTGGAGATCCAATAGTTGCTGGACTTGCA +AGTGGAAAAGTAAGAGCGATGATAAACTCTAAAGGTAAGAGAGTAAAAGCTGCAGGACCT +TCTACAGCAGTAGAAATATTAGGTTTATCTGAAGTTCCACAAGGTGGAGATCAGTTTGTT +GCAGTTCCAAGTGATAAAATAGCTAGAAGTGTTGCTGAAAAGAGACAACAAATAGCAAGA +GAAGAGATGTTAAAATCTAATCAAAGAATGTCTCTTGATGACTTCTTCTCACAAATGAAT +GAAGGAGATGTGAAAGATCTTAACATAGTAATAAAAGCTGATGTTCAAGGTTCTGCCCAA +GCTGTTAAGCAATCATTAGAAAAGTTATCTAATGAAGAAGTAGCAGTTAGAGTAATTCAC +TGCGGTGTTGGTGCAGTTAATGAATCTGACGTTATGCTTGCAACAGCATCGAATGCAATA +ATAATAGGATTTAATGTAAGACCAGTTCCAGGAGCTGAAGAAGTAGCTAAAAAGGAAAAT +GTTGATATAAGAACATATACTATAATATATAAAGCTATAGAAGATGTTCAAGCAGCTATG +ACAGGTATGTTAGATCCTGAATACAAAGATGAAGATACAGGTAAGGCTGAAGTTAGAGAG +ACATTTAAAATATCTGGTGTTGGTACAATAGCAGGATGTTATGTAACAACAGGTAAGATA +TTTAGAGGTGGTAAAGCAAGAATAGTTAGAGATGGAATAATAATTCACGATGGTGAAATT +GCTGCGCTTAGAAGATTCAAAGACGATGTTAAAGAAGTTAATAGTGGTTACGAGTGTGGA +TTAAGCTTCGTAAATTACAATGACTTAAAAGAAGGCGACATAGTAGAAGCTTACGTAACT +AAAGAAGTAGAAAGAAAATTAAAATAG +>rplGA +ATGAAAAGTAATGAAGAAAAAATATACTCATATTTAGGCCTTGCTACTCGTGCAGGCAAA +ATAGTTTCTGGAGACGACTCAACTTTATTAGAGTTAAAAAGAGGAAATGTAAAATTAGTA +ATAGTTGCAGAAGATGCATCAAACAACACTAAAAAGCTTTTTAAAGATAAAAGCTCATAT +AGAAATGTACCATACGTATATTTCTCAACTAAGTTACAACTAGGTCTTTCTATCGGAAAA +GCACCAAGAGCAGTAGTTGGTGTAAAAGATGAAGGCTTTGCAAATAAAGTTATAGAACTT +TTAAAATAA +>group_517 +TTGCAAAAAATAAAGAAAGTACCTCAAAGAAAATGCATAGTTTGTCAAGATAGAGACTCT +AAAAAAGAACTTATGAGAATCGTTAAGAATAAAGAAGGAGAGATTTTCATAGACCTAAGC +GGTAAAGCTAATGGTAGAGGCGCGTACATATGTAAAAGTGTAGAGTGCTTACAAAAAGCT +ATAAAAACTAAAGCTTTAAATAAAGCTTTTAAAATGGAAGTTTCTGATGAGGTATATGAA +AAATTACTTGCAGAGTTAAAGTCATATGAAAAGTAA +>rimP +ATGAAAAAAAGTATAGAATCTACAATTGAAGAATTAGTTCAACCAATAATTGATACTAAT +AACTTTGAACTTGTAGATGTTGAATACGTAAAAGAAGCTGGAGAATATTATCTAAGAATA +TTCGTAGACAAAGAAGGTGGAATATCTTTAAATGAATGTGAAGTTGTTAGTAGAGCACTA +AGTGAAATATTAGATGTAAAAGATCCAATAAAGGATAATTACTATTTAGAAGTATCGTCT +CCAGGACTTGATAGACCATTAAAGAAAGATAAAGATTTTGTAAGATACCAAGGTAGAGAT +GTTGAAATAAAACTATACAAACCATTAAATGGCTCTAAGCAACTTGAAGGTGAGCTTATA +GGTTTAACAGAAGATAAAAATATAAAAGTGATAATAGATAATGAAGAAGTAGAGTTTAAT +AAAAAAGATGTTGCACTTATTAGACTTGCTATAAAGTTCTAA +>emrY +ATGGGGGAAAGTAGAAAAAATAGAAGTGGTATTGTAGCAATATTAATAATAGGCGCATTT +ATAACTAGTCTTGCCCAGATGGTTTTGACATCTGCCTTGCCAAGTATAATGTCAACATTT +AATGTTACAACATCTAGTGCACAGTGGTTAACAACAACTTATATGTTAGTACTTGGAATT +ATGATTCCATCAACAGCATATTTGGTAAATCAATTTCCTATTAAAGGTTTATTTATGACA +TCAATGGGGTTATTTTTAGGGGGATGTATAGTATCTATAACTGCAAATAATTTTATATTT +ATGGTACTATCTAGAGTGTTACAAGCTATTGGAGCTGGCATAATAACGCAGCTGGTTCAA +GTAGCTATGATTAACTTATATCCAAAAGAAGAACGTGGTAAGGCAATGGGTATATATGGT +TTCGCAATAGGGGTTGCACCAGCAATAGGACCACTAGTATCTGGATATATAATAGATAGT +TTTGGATGGAGATTTATATTCTATATACTAGCAATTATCACAATATTAGATGTGATATTT +GCAGTAATATTATTAAAGAGCTTTATGGAGAATAAACCGTCTAAGCTTGAAGTTATATCG +TTAATACTATCTTCATTAGGATTTGGAGGTTTGTTAATAGGTGTGACTAATATAGGTACT +TACACTATAGCTAACCCATTAGCTTATATACCAATATTAATAGGATTAATATCTTTAGTA +TTATTTGTAATTAGACAAATTAAAGTTGAAGATCCACTTTTAGATCTTAGAGTATTTAAA +GTTAGGAATTTTACGATAAGTATTATACTTATATGTATAGTATATATGGCTATGACGTCA +GCAACTATGATTTTATCCATATATATACAGTCTGCAAGAGGCATGTCAGCAATGGTACCT +GGAATAGTAATGTTACCAGGATCCATAGCAATGTGTATATTAAGTCCAATAACAGGTAAT +ATATTAGATAAGTATGGGCTTCGAAAGTTAGCTATATCAGGATGTATTATGTTAGGAGTA +GGTACACTAGGATTTAGCTACTTAGAAGAAACAACATCAATAGCTGTTCTTACAATTATG +TATACAATAAGAATGATAGGGATAACATTTTTATTAATGCCTGTTACAACATGGGGATTA +AATGAACTTAAGCAAGAACAAATAGCATCTGGTAGTGCCATAAATTCTACTCTACGTCAA +ATATCAGGAGCTGTAGGTTCATCTTTATTTGTAACAATAATGACTGTAGTAGCAAATAAT +AGCGTTAAAGCAACTCAAGTATTAGCTGATATAGAAGGTATGACTGTGGCTTTTAAGTAT +GCTACATTTGTGATTGTTATAGCAATATTTGTTTCTATAATTTATGTTAAGGATAAAGTA +AAAGATAAACCGTTAGAAGATATTAGTTACGAACTAAATGTATAA +>group_110 +ATGAATGGAGACGATATTCTTGATTTTAGAAAAATAGTAATTTGCTTTTCTGAATTAGGA +GAAAAAAAACTTTTAAAAAAAACGATTAAAGAGATTCATACAAATAAAAGAGTACATCTT +TACTATTCCAATTCTGGGAATATTCCTATATGTGCACTGCCTAAACTTAAACTTGTATTG +GCTTCTAGGCACGGTTTTTTGTCATTTTGCTTTAATTTCTTTTCATTTATTAAATTGTCT +AATAGTAATATAGCTATAAATCCCTCTACTATAAAGACAATTGCAAAATGCGTACTTTCT +CATGAAATAGGTCATATTCTAGACCCTAATATTTCAACTGCAAAATATGAATATGCTGAC +ATATTATCTAATATAGTTGATAAATTAATTGAGTATAATATAGACGTTACTAACAATGAT +TTTCATAAGGGTAATTTACCATCTGATTTAGAGAGGTATGTTGTAGATTTAAAAAAGAAT +TTAATAAACAGAGAATCTAGGGCTTGGGATATAGGTAAAACGATTATTGACTTAGACAAC +GAAAAGGAAAAAATTATTTTTAACAAAGTAAAGGAATATGCTTTAGCTACTTATAACTAT +GGAAATATAAAAAGCATAGTCAAAGAACATAATATAGATGTATTCTTTAAGTATAAGAGG +TACCTTGCATAA +>group_509 +ATGGAAGATAAAAAAGATAGCATAAAAAGGCACTTAGCTAAAGATTTATATAATATTGAA +AATGTTCAAATATTTGGATACTTAGATAATAAATTTGTCAATGAACTTAAGTATGAAACT +ATAAAAAATAAATCAGGTAAAAAAGAGTTTAGGTTCTTTACAAAAAAATCTTCTGATTAT +AACTCTAAAAAAAGATATGCAAATCTTTTAGGTACTGAATGTAAATGGTACTACTTAGAC +AGATTAATGCCTATGGATAAATTATTAAAAGTGATAAAATAA +>miaA +ATGAAGAAGATACCACTGATAATACTTACAGGTCCAACAGCCGTTGGTAAAACAGACTTA +TCAATAAAAATTGCAAAAGACTTAGATGCAGAAATAATTTCTGCAGATTCTATGCAAATA +TATGAGTATATGGATGTAGGAAGTGCTAAGGTTACTAAAGAAGAAATGGATGGTATACAT +CACTATATGATAGATGAAGTAAAACCAGACTTTAAGTTCTCAGTTTCAGAGTTCCAATTA +AGAGCAGATAAATATATAGATGAAATAATAGAAAAAAATAAATTACCATTAGTAACTGGA +GGAACAGGATTATATCTAAATTCATTAATATACAACATGGATTTTGCAAAATCAGATGCA +AATAATGAGCTTAGAGAATCTCTTAGATTAGAGCTTGAAGAGCATGGAATTGACTACATG +CATGAAAAGTTAAGATCATTAGATGAAGAATCTGCAAATAGAATACACAAGAACAATACT +AAAAGGGTGATTAGAGCTTTAGAAGTGTGTCTTAGTGGTGAGAAAATGAATGATTTTTCT +AGAGACTTAAAATTCAATGATAAGTATGAACCAATTATAATTGTACTAAATAGAGAAAGA +GATCATTTATATGAAAGAATAAATAAAAGAGTAGATATTATGCTTGAAAAGGGATTAATT +GATGAAGTTAAGAACTTACTTAATATGGGATACTCTAAGGACCTAGTCTCTATGCAAGGG +ATTGGATATAAAGAAATTATAAAGTATCTAGATGGAGAGTATACTTATGATGAAGCTATT +GAAGTGATTAAAAGAGACTCTAGAAGATATGCCAAAAGACAAATAACTTGGTTTAAAAGA +TATGAATCTGCAAAGTGGTTTAATTTAGATGAATATAATGATTTTAATATACTTGAAAAA +GATGTATTAACTTATATTGAAAATAAGATTAAACTTGTATAA +>hfq +ATGAAAAATACAGTTTTAAACTTACAGGACCTATTTCTAAACAATGCTAGAAAAGAAAGA +ATACCTGTAACAATATACTTAATGAATGGAGTTCAAGTAAAGGGACACGTAAAAGGTTTT +GATAGTTACATAATTCTATTAGAAGGGGATAATAGACAACAAAATATGATTTATAAGCAT +GCTGTGTCAACTATAGTGCCAGCTAAGTACATAAATTTACAAAACAATCAACAACAAAAT +ACAAATAATAGATAA +>group_162 +ATGTTCAATATTATCGGACTAATCTTATCTTTATCATTAATAATATATTTAGCTTATAAA +GGATATTCAACAATAATAACTGCTCCAATAGTAGCCTTATTAACAGCTTTAATTATTGGT +GGAGATTCAAGTAAGCACTTAATGTTTACATATACAGAAACATATATGAGTGGATTTGCC +AGTTTTGTAAAAAACTACTTTCCAATATTTCTAACAGGAGCTATCTTTGCTAGATTAATG +GAAGAAGTCGGATATGCTAAGTCCATAGCTCATTTCATAACTAAAAAATTAGGAAATGAT +AAAACTATTTTAGCAGTTGTATTAGCAGGTGCATTGCTTACTTATGGTGGTGTATCATTA +TTTACAGTTGCTTTTGTACTTTATCCTATAGCAAATGTATTGTTTAAAGAGTCTAATATT +CCTAAAAGACTTATACCCGGAACTATTGCATTAGGTGCATTTACATTTACTATGACCGCT +TTACCTGGTACACCAGAAATTCAAAATGTAATTCCAATGAGATACTTTAAAACAGATACT +TTTTCAGCTCCACTTATTGGAATAACTGCTAGCTTACTTATGCTAATTCTTGGTATTACT +TGGCTTACATATAGAGTAAAACAAGCAAATTTAAATAATGAGGGTTATGGTACATTTAAT +TCTTATGAAGGACTTGATAATAACATAGATATACCAAATATATTTATCTCAATTATGCCT +ATTATAATAATTTTTATTAGTAATTTATTTTTCTCTAAAATATTTTATAAGTATTTAGTT +GATGGTTCATATTTAAATAAGCATAATCTAGTATTAGATTCTATTTCAGGAACTTGGAGT +GTTATTATATCTATTTTTATTTCAATATTAATCATACTACTAGTTAATATAAATAAAATT +AAAAATTTAAATAAAGTACTTGATAAAGGAATAAGCAATTCATTTTTACCTTTACTAAGT +TCAAGTGCTATAGTAGGTTATGGAAGTGTAATTAAATCTCTACCTATATTTATTACTCTA +CAAAGTTTAATACTTAATATATCATCTAATCCAATTATTTCTGAAGCTATTTCGGTTAAT +ATTATCTGTGGAATTACAGCATCAGCATCTGGTGGTCTTACAATAACCTTAGATGCTTTA +GCTCCAACATTTATTACGATGAGCCAAAATCTAAATATATCACCGGAAATAATGCATAGA +ATTGCGTCCTTGGCATCTGGTGGGTTAGATACTCTACCTCATAACGGTGCAGTAATTACT +ACACTTGCAATTTGCGGTTTGACCCATAAAGATTCATATAAAGATATATTTGTTACTTCT +GTACTTATACCTATATTGGTAACTGCATTTATAATGATAGTAACATCATTTATATATCTT +ACTTGA +>group_210 +ATGCTTAATGAAACAAAAGAACTTTTAAAAGGCTTTTATGGATTAGATAATGAAACTTTT +GAATTATCCGAAGAAGTAATGAAAGACATAGAACCTCAATTTGAGAAGATAAAAAAAATA +AGAGAATACAATCAGTATAAAGTATTAAAAGCTATGCAAGAAGCTCGTCTAAGCGATAAT +CACTTTAACTGGACTACAGGTTATGGATATAATGATATAGGAAGAGAAAAGGTTGAAGAA +ATATATGCAAATGTATTTGGTGCTGAAGATGCATTAGTTAGACCTATTATAGTTAATGGT +ACTCATGCGTTAAGTCTTTGTGTACAAGGTCTTGTTCGTCCTGGAGATGAAATATTATCT +GTAACAGGTGCACCTTATGATACATTACAAGGTGTAATAGGTATAAGAGAAGAAAAAGGA +TGCTTAAAAGAGTTTGGTGTTACATATGATCAAGTAGATTTTTTAGAAGATGGCAACATA +GACTTAGATGGTATAAAAAGTAAAATAAATGATAGAACTAAGCTTGTAATGATACAAAGG +TCTAAAGGATATGCTTGGAGAAAATCATTAACAATAGAAGATATAAAAGAAGCTGTAGAA +ACTGTTAAATCAGTTAATAAAGACATAATAGTAATGGTTGATAACTGTTATGGTGAATTT +TTAGATACAAAAGAACCAACAGAAGTTGGTGCTGATATTATGGCTGGTTCATTAATAAAG +AATCCAGGTGGAGGACTTGCTTTAACTGGTGGTTATATTGCTGGTAAAAAAGAGTTAGTT +GAAATGATATCTTATAGATTAACTACTCCAGGAATAGGTAAAGAATGCGGACTAACATTT +GGTACAACAAGAACTGTACTTCAAGGATTCTTTATGGCACCTTATGTTACATCTCAGGCT +GTAATGGGAGCAATATTCTGTGCAAGAGCATTTGAAAAATTAGGATATGATGTTCTTCCT +AAATATGATGATTTAAGAAGTGATATTATACAAGTTGTTAGACTTAACAATGCTGAGGAA +GTTATAAGCTTCTGTCAAGGTGTACAAGAAGCTGCGCCAGTTGATTCATATGTTAGACCA +GAGCCATGGGCGATGCCTGGATATGATAGTGATGTTATTATGGCTGCAGGAGCATTTATA +CAAGGTTCTTCTATAGAATTAAGTGCAGATGCACCAATAAGACCACCATATAATGTATAC +TTCCAAGGTGGACTTACATTTGATCATTCTAAGATGGGAACTTTAAAAGCTATCCAATCT +ATGAAAAATATAACTAAATAG +>group_413 +ATGATAAAAGTTTCAAGAATTACTTTACTTATTATGGCCGTTACGATTTTAACAAGTAAT +AATAGTTTTACTTTTGCAATGGAGCCAATTATGGACTATAAATATTCTTTAGAGGAACAT +AGAATAAAAAGAGCAAAATTTATATGGGAAGCATCTTTAACTGAAATGGTTAAAGCTAAT +GATCTAAGTACTGAAGATATGAAATCTGTAAAAAATTATCTAAAGGATTATATAAAACAA +TCAAAAAGCGAAGAAAGCCGATATGAAGTAGAAAGAAAAGCCTTGAGTGTATATAGAGTA +GAGGATTTAGTAAAAAATCATATTTTAGATGAGATTCAAGGTAATAAACTTAAGAAAAAA +TTAAATAAATATGATTTAAATGATTTAGAGTAA +>icd +ATGTATAATGTAACATTAATACCAGGGGATGGAATAGGACCAGAAGTATCTAAATCAATG +GTTAGGGTAGTAGAAGCTACAGGTATAGATATTAATTGGGAAATAGTAAATGCTGGTCTA +AATGTAATTGAAGAATATAATACACCATTACCTGACCATGTTATAGAATCTATTAAGAAA +AATAAAATAGCAATAAAAGGACCAATAACAACACCAGTAGGTAAAGGATTTAAAAGTGTT +AATGTGACACTTAGACAAGCTTTAGATTTATATGTTAATTTAAGACCAATTAAAACATTT +AAAGGGATAAAATCAAGATACGAAAATGTAGACTTAGTAATAGTAAGAGAAAATACGGAG +GATTTATATGCTGGAATAGAACATAAGCTAGGAGATTATGGCGCTGAAAGTATAAAAATA +ATAACAAAAGCTGCCTGTGAGAGAATAGTTGAATTTGCATGTGATTATGTTAAAGAAAAC +AATAGAAAAAAGCTTACAGGTGTTCATAAAGCAAATATAATGAAGTTAACAGATGGATTG +TTTTTAAAAGTATTTAGAGATATATCTGAGAAGAATAAAATAGATTATGATGATTTAATT +GTAGATGCAGCAACTATGAATTTAGTACTTAATCCAGAAAAATATGATGTATTAGTTATG +CCTAACTTATATGGTGATATATTATCTGATTTATGTGCAGGACTTGTTGGTGGTCTTGGT +ATAATACCAGGAGCAAATATAGGAAAGGACTGTGCTATATTTGAGGCAGTTCATGGAAGT +GCACCTGATATTGCAGGTACGAATAAAGCCAATCCAACAGCATTAATACAATCAGCAATA +ATGATGCTTAGATATTTAGGAGAGCATAATGCTGCTAAAAAAATAGAAAGGGCATTAGAA +AAAGTATTTATTGAAGGAAGGGTATTAACCGTAGATTTAGGAGGAAATGCAACAACTGAT +GAATTTACAGAAGAACTTTGTAAATATGTACTTGAAGGTGTAAAAGCATATTAA +>ydhY +ATGAAAAAATTAGTTGTTAAAGATAGGTCATTATGTCAAGCTTGCCTAACATGTGAAATA +GCTTGTTCAGAAGCATTTTACAAAAACTATTCTGGTGGAACTTCTTGTATAAAAATAGGT +AATAAAAAAGATGATTCATTAGATGTAAAGGTCTGCAACCAGTGTGGTGTCTGTGCTAAA +AAATGTCCAGAAGGTGCAATTAAAGAAAATGCTAAGGGCGTATATATGATAAATAAGAAA +TTATGTACTGGATGTATGACATGTGTAGACGTATGTCCAAAGGGAATTATAGCAAAAGTT +GAAGAAAAACCTGTTCCAAGTAAATGTATTGCATGTGGAATATGTGTTGATGCATGTCCA +ATGGGAATCATAGAAATTAAAGAAGGTTAA +>trkA_1 +ATGAATATAGTTATAATAGGAAATGGTAATATCGGGAAATCTTTAGCAGACATATTATCA +AAAAAAGGACATGATATAGTTATGATAGATAGTAATTACTCAAAGGTTAATAAAATAGTG +GATAATTATGATGTAAAAGCTATATGGGGTAATGGAACTGTATATGAAACACAAATAAAA +GCAGGTGTAGACGAATCTAATCTAACAATTGCTGTTACGCCATCAGATGAAACCAATTTA +ATTTCATGTATGATAGCAAAACAAATTGGATCAAAGAAAGTAATTGCTAAAGTGAATAAC +ATAGATTATTCACCACAAATAAAATTTATGAAAAATAATTTTAATTTAGATTTGCTTATA +AATACGGATAAATTAGTTGCAGACGAAATTTTAAAAATGCTAAGATATCCAAACTGGTTA +AAGATTAAGCCTTTAGGAAAAGAATCTCTTACTATTAGTGAACTAGTATTAAAAAAAGGT +AACAAGTTAATTAATAATCGTATTTCAGACATTAATAAGAAATATAAAGCTAATGTACTT +GTATATGCATTATTTAGAGAAAATAATGTTTTTATACCTTCTAAAGAAGATATATTAAAT +GAAAAAGATACAGTTTGTGTTGTAGGAAGAAATGATGAGTTAAATAGCTTTTTTAACAAT +ATAGGAATAATAGAAAATAATATAAAATCTATAATAATAGTTGGTGGAAGTAATACAAGT +GTATACTTAGCAAATCAGCTAAGTAGTATAGGTATAAAAGTAAAAATAATAGAAAGAGAT +TTATATGTTTGTAAAAGATTAGCCCAACTAGCTTCTAAAGCAAAAATAATAAATAAAGAT +GCTACAATTCAAGATGTATTAATAGAAGAAGGAATTAATAATACTGATGCTTTTATTTCT +ATGACTGAAAGTGATGAGGAAAATATAATAATATCTTTATTTGCATCTCATTTTAATGTA +GAAAAAGTAATAACTAAAGTAAATAACACATCAATAATAAATTTATTAGAATTTAGTGGT +TTAAATACTTTTATTTCACCTATAGATGTAATATCAAATGAAGTTGAACAATATATTAGT +CAAGAAGATATCATTAATTTAAATAAATACTCAAGTGAAGATATATTAGATGAGAAAGTT +AATTTTTTAGAGTTTAAAGCTTCTAAAAAAGATAAAGTCTTAGGAATTCCCATAAATAAA +TTAAAAATAAAATCAGATGTAACAATTATTGCAATTCTTAGAAATGGAAATTTAATAGTT +CCAAGTGGAAATGATTATATAAAAATTAATGATAATCCTATAATCGCAACTAAGAACAGA +TTTTTGAAACATTTAGATGACATTTTATGTTAG +>trkG_1 +ATGAACTTAAAAGTAGTGTTAAAAACAACAGGTAAAATTATTTTACTAGAGTCTGCACTA +CTTATTTTACCTTTATTTATATCTATATATTATAATGAAAATACTCAGATTTACTTTATT +AAATCTATTTTAATATCTTTAGGTGTTGGATTATTCTTATCATTTATACCTGGAAAGGGC +AATAAAATTTATGCTAAAGAAGGATTTTTAATTGTTTCATTATCATGGGTAATAATATCA +GTTCTTGGAGCATTACCTTTTTATTTAAGCGGTGAAATACCTAAGTTTATTGATGCCCTT +TTTGAAACCGTGTCTGGATTTACTACTACGGGTTCAACTGTATTAAAAGATGTAGAAGCT +TTAAGTTATGGAATGTTATTTTGGAGGAGTTTTACTCATTGGATTGGTGGAATAGGAATA +TTGGTTTTCTTACTAGCATTCTTACCTAGATCAAAGGGACAAAATATCTATTTAATGAGA +GCTGAGGTTCCTGGACCTGTAATGGTCAAATTTGTATCTAAAGTGAATATGAATGCTAGA +ATTTTATGTTTTATATACATAGCTTTAAGTTTATTTCAGGTAGGTTTTCTACTATTAGGT +GAAATGCCATTATTTGATAGTGTTGTTATTACATTTGGTACAGCAGGGACAGGTGGATTT +TCTATAACTAATGCTAGTATATCAGCTTATAACAGCAAGTATTTTGAGTATGTTATAGGA +TTTTTTATGATTATATTCGGTATAAACTTTAATTTATTTTATATGATTTATTTAGGAAGC +ATAAAAGACGCTTTAAAAAGCGAAGAGCTTAAATGTTATTTGGGTATAATAACTTTTTTT +GTAATTATAATAACACTAAACATACTTCCTTCATATATGGATATAGGGCGAGCATTTAGA +GATGCATTTTTTCAAGTAAGTTCAATAATAACTACGACTGGTTTTATAAGCGCTGATTAT +TCTTTATGGCCTAATTTATCTAAAATCCTTCTTGTTATATTAATGCTAATTGGCGCTTGT +GCAGGCTCTACAGGAGGCGGCATTAAGGTTTATAGGATATTAGTACTATTTAAATCTGCT +TTAAAAAATACTAAGCAAATTTTCTCACCAAGATCTGTTTATTCTATAAAGGTAGATAAT +GAATATATTGATAGAAAAATTGTTGATTCAATACAAGCATACTTTTTTATTTATTTAACA +ATTTTAATTTTTTCAATTATTATTTTATCTTTTGATTCATTAAATTTAATAAGTATATTT +ACATCAGTAGTAACTTGTTTGAGTAATGTAGGACCAGGATTAGGAGTGGTAGGACCTGTT +GGTAATTTTTCGTCCTTGTCAGATCTTTCGAAGTTAACTTTAATTTTTGACATGCTTGCT +GGTAGATTAGAATTATTCCCGATAATATTTCTTTTAGGTTTTTTTAGATTAAAAAAGTAA +>glnH +ATGAAAATAAATAAATTTAAAAAATTAACTATAATAATAACATCTTTATTAACTATAGGT +GGATTAGTAGGATGTTCTAATACAAATAATGATGCTAGTGATAAAAATGAAATAATAATA +GGTTACGATAATACTTTTGTACCTATGGGATACTTAGATGAAAATGGAGATACAGTAGGA +TTTGATGTAGATTTAGCTACAGAAGCATTTAAAAGAATGGATATAAATATGAAATTCCAA +TCTATTGATTGGTCAATGAAAGAAGCTGAATTAAATTCTGGTAATATTGATGTTATCTGG +AATGGGTATACATTAACAGAAGAAAGAAAAGAAAAAATTTCTTATACTGATTCTTATTTA +GATAATAAACAAATAATAGTCACACTTAAAACGTCAAATATAAAAGATAAGTCTGATTTA +GAAGGTAAATCAATAGGTACACAAACGGATTCTTCTGGTATGGAAGCTGTATTAAAAGAT +ACCGACTTTGTAAAAAACTTAAAAAACAAAGAGCCAGTTTTATATGATACATTCGATAAA +GCTTTTAGAGACTTAGAAATAGGAAGAATAGATGCATTAGTTGCAGACGAAGTATTAGCT +AGATATTATATAGCTCAAAAGAAAGATGATATGTACAAGATATTAGAAGATAATTTTGGA +AAAGAAGCATTTGTAGTTGCAACAAAAAAAGAAAATACAGAACTTAGAGATAAAATAAAT +AGCACTTTGAACGAAATGAAAAATGATGGTACTTTTGATGAAATATATAGTAAATGGTTT +AAACAATAG +>artQ_2 +ATGATTAAAGGACTAGGAATTGTTATATCAATATTCATAATAACTTTGTTAGCTTCAATA +CCACTAGGGCTTATAATAGCCATTTTAAGGAGATCTAAATATAAATTAATAAAATTCATT +TCAAAACTATATATTTTAGTTATGAGAGGGACTCCATTACTTTTACAACTTATTGTTATA +TTCTATGGATTACCATTATTGGGAATAACATTTGACAGATTTACATCAGGCATAATTGCA +TTTTTACTTAATTATGCAGCATACTTTGCAGAAATATTTAGAGGTGGTATAGAGTCAATA +GATAAAGGGCAACGAGAAGCTGCAGTTGTATTAGGTTTTGACAAGATTACTATGTATAAA +AGAATTATACTGCCTCAAGTTATTAAAATAATATTAGCACCTATGTCAAATGAGGTAATA +ACCTTGATTAAGGACACTTCATTAGTTTATATTCTTGGACTTAATGACATTTTAAGATTA +GCCCAAATTCAATCTATAAGAGAAGTGAGCTTAGTACCATTACTAGAGGTTGGTTTTATA +TACTTAGCTTTAGTAGCTGTTATAACGCAAGGGTTTAAGTTATTAGAGAAAAAATACTCT +TATTATAGATAA +>glnQ_2 +ATGTTAGAAATAAAAAACTTAAATAAATCGTTTAAACAAAATCATGTATTAAAAGACGTT +TCTTTTAAAATAAACAAAGGTGAGATTGGAGTATTACTTGGAAAATCAGGAGCAGGTAAA +ACAACGTTACTTCGATGTATTAATGGATTAGAAGAGTTTGATAATGGAAAGATAATAATT +GATAATAAAATAAATAACAATAGTAAGGATATACTAACCCTTAAAGGCAAGATTGGAATG +GTATTTCAAAACTTTAATTTGTTTCCACACTTATCAGTTATTAAAAATATTATAGAAGCT +CCAGTTAATGTATTTAAAGAACCTAAAAAAGAAGCTTTAGATAGAGCTAGAGAAATACTT +GATATAGTTGATCTTAAAGATAAAGAATATTTCTATCCATATGAACTATCTGGAGGACAA +CAACAAAGAGTAGCAATAGCTAGAGCATGCGCTTTAATGCCTAAGGTACTATGTTTTGAT +GAACCTACATCAGCTTTAGATAAAGATACTATAAAAAGCATAGTTAATGTAATGAAGAGA +CTAAAATCACAAGGGATGACTATATTAATTATAACTCATGATATAGGATTTGCTAATGAA +GTTGCTGATAAAGTAATAACTATAAGCAATGGAATAGTAGAATGTGTAGAAGAGGTATCT +TAA +>group_245 +ATGCAAGATAAATTAATTACAAAAGATAAAGTCTTTATTCAAGACACTAATTTTTCAGAT +GTACTTTATAAATCAAGTGGATATGAAGATTTTCATACTAATTTAGTAAAAAGTAATATA +GAATTTGATGAGAATAAGGCATATGACTTATTACCAAGTGGATTTATAGATTTTAATCAG +CATTTATATGAAGATATCAATCATATGAATTCAATAAGCTCAGGTTTATTTTTAGAAAAA +ACATTAATTACATTTAGAATATTTATATGGACATCTAGAGGAGAAGGCTTCGAAATATTT +AAGCATGTATTAAGAGGTTCTGAAATAAATAAATTAAAAAGTAAAGATGATGTAATTGAA +TACATATATAATCATCTAAGCGAATTAGAAGATGGAATAATAAATACTTATGGTAATGAT +ATAATAAAAAGCTTTGAAGAGTTTGGAAAAGGAATTGAAAGTAAAAAACTTCCTTTATCT +ATCTTACTTAAGAATTTAACAATAGATAATAATTTATGTGATTTTAGATAA +>group_106 +ATGATATTAATATTGAATTTATCGGTATTTACCCTACTCTCTTTATTATATTTTACATAT +AAACCAATAAAAAACTACAGAGTGTATTCAAAGACAATTACAAGTTTGCTATTCTTATTC +TTTTGTTTATTTGCACGTTTACATACTAAGGGGGATTTTGATTATTTTATTTTAATATTA +ACAGGACTTATTTTCTCTGTATTTGGAGATATTTTCTTATCTATAAATCCAAGATCACAT +AAAAAATCATCTATAATATTTTTATTTGGTTTAATTAGCTTCTCAGTAACTCATATATTC +TATACAAGCGCTTTCTCATATTTAGATTCAATGCAATTAAAAGAGTTAGTCTTAGCCCTG +CTATTTTCTTTTATAATAATGTTATACCTTAAAGTATATAAAAAGTTAGAGTTTAATAAA +TTATTCATTCCTTCTTTTATATACTGTACACTAATAAGCATAATGTATTCTAAATCATTA +GCTCTATTACTTAAGTATAAAAGCAATAAAGGTATCATATTTCTAGTAATTGGTACTACC +CTATTTATAGTCTCTGATTTTGTATTATCATTTATTATTTTCGATAAGAATCATAATAAG +GCTTTACCAGCTATAAATCTAATAACTTACTATATAGGACAGTTCTTAATTGCCTCTACT +GTTATGTTTTTATAA +>group_335 +TTGCCTAAAAATTGTCAACGAATTTCTATTATGATTCTTATCCCTATGTTAATCTTCACA +TTTATAGTCACCGTAAAATCAAATTCTTATACAAATAATCCAGAAGAAATTATATATGAA +TACTATGAATATAAAAATGATAAAGATATACACTCTATATCAAAGCTTCTTTACAAGCAA +CAAGAAATAATTAAGATTGAAAATCAACTATCTTCACTTGATGAAATTAATATACTTAGG +GTTAAAGAAGATAAAGACTTCGATATTATAGATTTATATTTAAAATTGAATACTGATATT +GAAGATGGATCAGAAGTTATGGCCTATAAAGTTAGGTATAGTGTTGTTTATAACTCTGAA +GAATATAAAGATGGTGAGTATGAAGCACTTATTTTCTTGGTAAAAGATAATAATAGTTCA +GAATGGCTTTTAGATCCTTATGATAATAATTAA +>deoD_1 +ATGAGTAAATCACCAATACCAACTCCGCATAATAATGCAAAGGTTGGAGATATTGCAGAA +ACCGTTTTATTACCAGGAGATCCTCTAAGAGCTAAATTTATAGCAGAAACTTTTTTAGAA +GATGTTATCCAATATAACACAGTAAGAGGTATGTTTGGTTATACAGGAACCTATAAAGGA +AAAAGAATATCAGTTCAAGGAAGTGGTATGGGTATACCATCAATAGGAATATATTCTTTT +GAATTAATACATTTTTATGGAGTTAAAAACTTAATAAGAGTAGGTTCAGCAGGTGCAATT +AATGAAAATTTAAAAATTCATGATGTAGTTATAGGTATGGGAGCTTGTACAAACTCAAAT +TACGCTGATCAATATAATTTACCTGGAACATTCGCTCCAGTTGCAAGTTATGAATTATTA +CAAAAAGCTGTAAACGTAGCAAATGAACAAGGGACTAAAGTTACAGTAGGTAATATATTA +TCATCAGATGTATTCTATAATGATCAAGGATTAGAGCCTTTACGTCAATGGCAAAAGATG +GGTGTACTTTGTGTAGAAATGGAAGCAGCTGCTTTATACATGAATGCTTCAAGGGCGGGT +GTAAATGCCTTAACTATACTTACTATTTCTGATTGTCCATTAACAGGAGAAGAAACTACT +TCTCACGAAAGACAAGTTGCTTTTACTAAAATGATGGAAATAGCATTAGAATTAGCTTAA +>xerC_2 +TTGAATAACGATAAGGTATTAAAAATTAACAATAAATCAAACAAACCTGATAATATTGTT +CATAGAGATAATGATATTATGGAAAGATGTATTAAAATAGAAAATCAACTGCCTAAGTTT +ATGAAAGACTACTTTATATATTTAAAAGGTTCTGTAGCCGTTTCTACGCGTTATGCTTAC +CTTGAAGATATAAACTTCTTTTGTAATTATTTAGTAGAATCACAAGAGCTTACAAAAGCT +GAAATTATTAAAGATATTACGCTGGATGAATTTAACAACATTAAGGCAAGAGATGTTAAT +TTATTCTTAGGTGACTATTGTAGTAGATACTATAAGCAGACAGAAAAGAATACGTTAATC +TTTGAAAATAACAATAGGGCTTTAGCTAGAAAAAAATCATCTCTTTCTACTCTATTTAAG +TTCCTATATAGAAATGAGCAACTTGATAATAATATTACTGATGGTTTTAATCCTATTAAG +CTTCCTAAGCCTCAACCAGACGCTATAAAAAGGCTTGATATTGATGAAGTTGCTAAAATG +TTAGATGCTGTAGAAAGTGGTGAAGGTCTTACTGAAAAAGAAAAAGTATATTGGAAAAAA +ACTAAGCTTCGTGATAAAGCTATTTTAGCTTTATTTGTTACATATGGTCTAAGACTTAAT +GAACTAAGAGAACTTAACATCTCTTCTTTTAATTTCTCTAGAGGTGAATTTAAGATTTTT +AGAAAACGTGGTAAAGAAGTTCTTATGCCTATAAACCATACTTGTGAAACTGTTGTAAAA +GATTATATCTTTAATGAAAGACCTGAAAGTGAAGTTCTATCAGATGAAGTCAAAGATGCT +CTTTTCTTATCTCTTCAAAGAAAAAGACTTACTTCTAAAGCCATTAGAGAACTTGTAAAA +AAATACACTTCTATTTCAATGGAAACTACACGAAATAATGGGTACAGTCCTCATAAATTA +AGAGCCACTGCTGCTACATCTTTAATTCAGACTGGTTTTTCTATTTATGATGTACAAAAC +CTATTAGATCATGATAACGTCACAACTACCCAACTATACGCTGCACATAAGAAAAATGTT +AAGCGTGATATTGTCAATAACTTTGAGTGGGTTGATAATAACGATAATTACGAAGAAATA +AAAAAAATTGATGAAGAAATTAATAATAATATCTAG +>group_92 +ATGCAATTAAGACGTGCAATGGAAATAGTTAACGGAGAAAACAATAACGTAAATAGTAAA +ATTTTTTATAAAGAAAATCAAGTAAATCTTATAAGTGTAGACAATAATATCGGAACAGCA +TACGTAGAATCTCTTGATGGTAATTATAAATATGAAGTAGACCTAGAACAACTAAATGAA +ATTACATATTAA +>spoVS +ATGGAAGTATTAAAAGTTTCATCAAAATCTAATCCTAATTCTGTAGCAGGAGCTTTAGCA +GGGGTACTAAGAGAGAAGGGAAGTGCAGAAATCCAGGCTATCGGAGCAGGAGCATTAAAT +CAAGCTATTAAATCCGTTGCTATTGCACGTGGTTTTGTAGCTCCAAGCGGTATGGACTTA +GTTTGTATTCCAGCTTTTACAGATATCGAAATAGACGGAGAACAGAAAACGGCGATAAAA +TTAATAATAGAACCGAGATAA +>group_518 +ATGTTAGATACGACAGAGTTAATATTAAAAGTTAGTTTTTTTATTTTGACAATTATTTGG +ATAGGAAAAATAATGATTCTAAGAACAGATAAACAAATCGTTATAAATCCTCTACTAATT +GGAATATCTGCTATTTTAGTAGTATTGCCTGAAAGTAATGAATTAAATAATACTTCGATA +ACAATACAAAAAATTAAAATAATGTTATATATATTATATTGTTTAGTAGTGCTATTTGGA +GTATACAGTACGAGAAGAAAAAGTAATATTTTTTAA +>trmB +ATGAGAAGAAGAAGAAAAAAAGGATCTGATAAAAAACTACTAAGTTTTACAGATTATGTA +ATAAAAGATGATATAGAAAACTTAAAAGGAAAATGGAGTTCAAAATTTGAAAACAACAAC +CCTATACACGTAGAATTTGGTACAGGTAGAGGCAAATTTATAACAACTCATGCTAAAAAT +AATCTAGATATAAACTATATCGCTATGGAAATAAAAGAAGAAGTATTACTAAAAGCAGTA +GAAAAAGCACATGAAGCTAATCTAAATAATATTCTTTTTGTATGGGGTAATGTAAATAAC +ATACTTGATTATTTTGAAGAAAAAGAAATAAGTAGAGTGTATGTTAACTTCTGTGATCCT +TGGCCTAAGAAAAGATGGGCTAAAAGAAGATTAACTCATAGTAGTTTCTTAGAAAAATAC +GATACTATATTAAAGGATGATGGTGAATTACACTTTAAAACAGACAATAGAGATTTATTC +GAATTCAGCTTAAATGAAATAGCAGCTAGTGACTGGATGTTAAAAAATATTTCTTTAGAT +TTGGCTAAAAATACAGAAATAGAAAATATCACTACAGAATACGAAGATAAATTTATGTCT +CAAGGTATGCAAATATACAGATGTGAAGCTAAAAAGCGTAAATAA +>erpA +ATGAAAGTAACTTTACCACAAACAGCAATTGATACTTTAAACAAAATAATAAGTGAAAAT +AATGATAAACCATCAAGCATAAGAATATACTTCGCAGGATTCGGTTGTAGCGGACCTTCT +TTCGGTCTTGCTTTAGATGAGCAAAATTCATCTGACGTAACATTCGATACTGATGGATTA +CACTTTATAATGGATCAAGCTGAATTCGCTCAATATGGGGATGTTACAATAGAAGATACT +GGATATGGATTCAGAATCGCTGTAGAAAACATGCCTGAAGGTGGAGGCGGTTGTGGCGGA +GGATGCTCTGGCTGCGATTGTTAA +>group_196 +ATGTATAATTTAACTTTTCCTCAAATGAAAATCATAGAAACGAGAAGGTGTATATTAAGA +CCAGTTACTATAAAAGATGCTAAGGATATGTATGAGTATTATAGACAAGACATAGTTGTA +AAATATCTTCCTATGAAAAAACATACCTCTATATCAGATACTGAAAGATTTATTAAAACA +TTTTTTTTAGTCAATTATAGAAAAGGCTATATCGGTCAATTCGCAATTGTATATAAAGAA +AATAATAAAACAATAGGTAATATTGGTTTTAATAATATACCTAGTAATTCTATTGAGGGT +GAGATCGGAGTTTGTATAAATCCTAAATACTGGGGCATTAAGTTAATACCCGAACTAACA +AGAGAAATACTTAAATTCGGATTTGAAGATTTACATTTAAAAAGAATATTTCTTGAAACA +TACGAAGATAACGAGCACTCAAGAAGTTATTTAGACTCTTTAGGCTTTAACTGCTTAGGC +AAATTTAAGAGAAAATTCCATTCAACTGGATCAAAACCAATAGCATGTTATAAATATGAA +ATATTAAGTAAAGATTACTTTAAAAATAAAAAAATATAA +>xerC_3 +ATGAGTTTCGTTTTTATAAGAAAAAGAAGCAAGAATTATATAGTTTATTTAGAATATAAA +GATCCGGAAAGTGGTAAGAAAAAACAAAAAAATATGGGTTCTTTCGAAAAGAAAAGAGAT +GCAAATAAAAAGTTAACAGAGTTAAAAGATACAATATACAAGGATGATTTACTAACACCA +AACACAATTACTTTAAAGAAACACCTTTTAGATTTCTTAGAAAAATACAAAGAAAATTTA +TCTGTAACTACATATAATAGTTATATTAGAATATGTAATAAATATATTATACCTATCTTA +GGAGATATAAAATTAGAAGATTTAAGACCTGTTCATATACAAAACTATGTAGATGATTTA +GTTGGTATATTAACTCCACAGACAATTAAAATACATATAAATATTTTAAATTTGGCATTA +AAAAGAGCCTATAGATTAAAGTTAATAAGAGAAAATGTTATAGAATGCATAGAAATTCCT +AAGTCTAGGAAGTTCAAAAATAAAATATACAACCAAGAAAATATGGTTAAGCTTCTAAAT +ATAAGTAAAGATACACCACTGGAACTTCCTATAACACTAGCAAGTGGTTTAGGGCTAAGA +ATATCTGAAATACTAGGCCTTACTTGGGATAATATAGATTTCGAAGAGAAACTTATAACA +GTAGATAAAATAACTATTCGTTCTAATGGGAAGGTAGTACTTAAAAGTCCTAAGACGGAT +ACATCTATTAGAACTATATCTGCTCCAACAGAAATTATAAGTATGTTAAAGGAACATAAA +CGTAAATGTTTAGAATTAAAACTAAAAGGCATTATAAGAAAAGATAACAACTTTATATTT +TTCGATAAAAACGGAAATCCAATTGCGCAAGATGTATTAAGTAGAAAGTTTTCTCGTTTT +TTAGAAAAGCATAATTTAGAACATATAAGATTTCATGATCTAAGACATTCACATGTAACA +TTACTTATAAATTCAAAAGTTCCTATAAAGGTAATTTCTGAAAGAGTTGGTCATTCAAAT +ATTAATACCACATTAAATATTTACTCTCATGTTCTTAAAGAAATGGATAAAGAAGCTTCA +GATAAGATTTCAGAAAGTTTATTTAAGTTGGATTAA +>ispH +ATGAAAGTTAAGATAGCTAACAATGCTGGTTTTTGCTTTGGTGTAAAAAGAGCTATGAAT +ATGGCTTGGCATGAACTTGAAGAAAGAGAAAATGGAATATATGCTTTAGGTCCGCTAATT +CATAATAAACAAGCTGTATCAAAGTATGAAGATAGAGGTCTTAAAACTGTTAATGATTTA +AATGATATTCCATCAAATGAAAGTGTAATAATAAGATCTCATGGAGTAGGTGAAGATATC +TATATACAATCAAAAGAAAAAGATATAAATGTTATAGACACAACTTGCCCATTTGTTAAA +AAAATCCATAATATTGCTAAAGATTATAGTGAAAAAGGTTATAAGATTATAGTCATAGGT +GATAAAAATCATCCTGAGGTTATAGGTATAAATGGATGGTGCAATGAAGATGCAATTATA +ATTAAAACTCTTGATGAAATTGATCAATTAAATTTAGATGCTAATGAAAAATATTGTGTA +GTATCACAAACTACTATTAATTTAGATTTATACAATTCTATAGTAGAAAAACTATCTGAA +AGACTAAATGATATTGTTTTTAAAAATACAATCTGTTCAGCTACAAAAGAAAGACAATTT +TCTGCTAAAGAGCTATCAAAAGAAGTAGATTGCATGATAGTAATAGGCGGTAAACACAGT +TCAAATACACAAAAGCTAGTAAATATATGTAGCGGCATAGTTCCTACATTCGCAATTGAA +ACAAAAGATGAGTTAGATATTAATGAATTAAAGAAGTTTAATATAATAGGAGTAACAGCA +GGTGCATCTACTCCAGATTGGATAATTACTGAAGTTATAAACTTTATAGAATCTATATAG +>plsC +ATGAATTTTTATAAATTTGTAATAAAAGTATTTAAGGTATTTTCTAAGATATTCTTTAAA +TACAGAGTTATCGGAGCTGAAAATATACCAAATGAAGGAAACCTTGTAATAGCAGCTAAC +CATAAATCAAACTTAGACCCAATATTCATTGCAGCAGCAATTGAAAATAGAGAAGTAGCA +GCTGTTGCTAAAAAGGAATTGTTTAAAATTAAACCCTTAGCATATGTATTAGAGAAATTA +AATGTTATACCTATAAACAGAGAAAATCCAGATATATCTACTATAAAAAATATTTTAAAG +AGTATAAAAAATGGGTATGTATTAGGTATCTTTCCTGAAGGAACAAGAATTAAAGAACCA +GGATTTGGTGAAGCTAAGGCTGGTTTATCAATGTTCGCTATAAAAGGAAAGGCAATGGTA +GTTCCGATATCTATAATATCTAATTATAAATTGTTTAATAGAGTTACTATTTATATAGAT +AAACCTATATCATTTGAAGATTATTATAGAGAAAGACTTAATACAAAAGATTATGAAAGA +TTATCTCAAAATGTTCTAGAGGTGATTAAAGAGAACTATTATATAAATTCAAAATAG +>aroH +ATGAGAGTTTTAGCAATTAGAGGTGCGACAACAGCTTCTTCTAATAAAAGAGAAGATATA +TTAAATGAAACAGCTACACTTATAAATAAAATAATTACTAATAATAATTTAGAATCAGAT +GATATAATAAGTATGTGCTTTACTATGACAAAAGATTTAGATGCAGTGTACCCAGCAGTT +GCTGTTAGAGAAAATTTAGGACTTGTTGATATACCTTTATTAAATTTTGAAGAAAAGTAT +ATAGTTGGAAGTTTAGAAAAGTGTATAAGAGTTATTATGTACATAAATAGTGATAAAAAC +AAAAGTGATATAAAGCATGTTTATTTAAATAAGGCTGATATACTCAGACCCGATTTATCA +AAATAA +>group_478 +ATGAAAAATTCAAAACTTAAATTTGCAGATATATTTGTACTTTTAATAGGTTGTTTGCTA +ATGTCAATATCAATAAATATGTTTTTCGACCCTCATGATATAGCACCAGGTGGATTGACT +GGTGTATCTATATTAGTAAGCACCTTAACAGGGATACCAATTTGGTTAATAAATATAAGT +GTAGATATTCCGCTATTTTTATTCGCATATAGGATATTAAGTAAGAAGGACTCCTTAAAA +ACAGTTCTAGGTATAATCTTTCTTACAACATCATTAAAGATTACAGAAAACTTTTCTAAT +ATTCATATAACAGATGATGTTTTATTATCTGCTATTTCAGGTGCAATAATAATGGGTATT +TCTCTTGGTTTAATATTTAGAATAAATGGTAGTACTGGAGGCACTGATTTAATAGGATTA +TTAGCAAATAAATTCATGCCTAATCTTAGTGTTCCGATGCTAATGGGATGTGCAGATGCC +GTAGTTGTTATATTTTCAGGAATCGTAAGTAGAAATATTGAAATAGCACTTTATTCTGCA +ATAGCATTATATATAATTGTAAAAGTTAGTGACATTATGGTTGAAGGTATAAATACATCA +AGCTCCTTTACAATAATTTCTGATAAGCATAAAGAGATAGGTCAAGCGATCACTGATGAA +TTAGAAAGAGGTGCAACAATATTAAAAGGTGAAGGTTTTTATACTAATAAAGAAAAGAAT +GTTCTTTTAGTTGTTGTATCTAAGAAAGAGGTTGTTACTTTAAAGAAGTTAGTTAAGAGT +ATAGATGAAAATGCATTTATTATAATAACTGATATATTTGAAGCTTTAGGAGAAGGATTC +AAACCTATTTAA +>clpB +ATGGATGTAGAAAAAATGACGGTTAGAGTTCAAAAAAGTTTGAATGAAGCTTTTAACGAA +GCAGTTAAACACCATAATCAACAGGTTGACACAATACATTTATTTTCGGCTTTAGTTAAT +CAAGAGGATGGACTTATACCAAATATATTAGAAAAACTAAATATATCAGTTGAATCGCTA +AAACATACTATAGATGCTGAGTTAAATAAATTACCGCAAATATACGGAGAAGGTGTAAGT +TCTCAAGGAGTAACTGCGTCTAGACGTATTAATGAAGTATTACTTAAGGCTGAAAGTATA +TCGAAAGAATTTAATGATTCTTATATTAGTGTAGAACATGTTATGCTTGCAATTATGGAT +ATGGAAACTAACTCTGTTGTTGGAAGAATATTAAAACAATATAATATAAATAAAAATGAC +TTCCTTAATGTATTATCACAAGTAAGAGGAAATCAAAGAGTTGAAACTCAAGACCCAGAA +GGAACTTATGAAGCTTTATCTAGATATGGGACAAACTTAGTTGATTTAGCTAAAAAACAT +AAGCTAGACCCAGTAATAGGTAGAGATGAAGAAATAAGAAGGGTTATAAGAATCTTATCT +AGAAGAACAAAAAATAATCCTGTTTTAATAGGAGAGCCAGGTGTTGGTAAAACCGCTATA +GTAGAAGGTTTAGCAGAAAGAATAGTTAGAGGAGATGTACCTGAAGGATTAAAAGATAAA +ATTATAATATCTTTAGACATGGGTGCATTAATTGCTGGGGCTAAATACAGAGGAGAATTT +GAAGAAAGACTAAAAGCAGTATTAAAAGAAGTTCAAGGTTCTGATGGTAAAATTATATTA +TTCATAGATGAAATACATACTATTGTTGGTGCAGGTAAAACAGAGGGTTCAATGGATGCT +GGCAATTTAATAAAACCTATGCTTGCTCGTGGTGAATTAAACTGTATAGGAACAACTACA +TTTGATGAATATAGACAATATATAGAAAAGGATAAAGCTTTAGAAAGACGTTTCCAACCA +GTCATAGCTGATGAGCCAAGTGTTTCTGATACAGTGTCTATATTAAGAGGATTAAAAGAA +AGATTTGAAATACATCATGGAGTAAGAATTCATGATAGTGCAATAGTTGCTGCTGCAAAA +CTATCTGATAGATATATTCAAGATAGATACCTACCAGATAAAGCAATAGATTTAATAGAT +GAAGCAGGTGCTATGATACGTAGTGAAATAGATTCAGTTCCAACTGATTTAGATATAGTA +AGAAGAAAACTATTCACTTTAGAAACAGAAAGAGAAGCTTTATTAAAAGAGAATGATGAA +AAGAGTAAACAAAGACTTGAAAAAATAACTAAAGAAATTGCAGAGTTAAAATCTAAAAAT +GATGAAATGACTGCTAAATATGAAAAGGAAAAAGGGCAAATCCTCGAAATAAGAAATTTA +AAAACTCAATTAGATGAAGCTAAAGGTAATGTAGAAAAATATGAAAGAGAATATGATTTT +AATAAAGCAGCTGAAGTTAAATATGGTGTAATACCTAAATTAGAAGAACAAATAAAAGAA +CGCGAAGAAAATATGCAAAAAAGTTATGAAAATGCTCTATTAAAAGAAGAAGTAACTGAA +AATGAAATTTCTGAAATTGTTGCTAAATGGACAGGAATACCAGTAACAAAACTTATGGAA +GGTGAAAGAGAAAAGCTTCTTAAACTTGAAGAAGACCTACATAATAGGGTAATTGGTCAA +GATGAAGCAGTAACAGCTGTAGCTAATGCAGTTATACGTGCAAGAGCAGGATTAAAAGAT +GAGAAAAAACCTATAGGTTCATTTATATTCCTTGGTCCTACAGGTGTTGGCAAAACTGAA +CTTGCTAAAACTCTGGCTAATAACTTATTTGATAGTGAAGATAACATTATAAGAATTGAT +ATGTCTGAATACATGGAAAAACATGCTGTATCTAGGCTTATCGGTCCTCCTCCAGGTTAT +GTAGGCTATGAAGAAGGTGGACAATTAACAGAAGCTGTAAGAAGAGCTCCATATTCAGTA +ATTTTATTTGATGAGATTGAAAAAGCTCATGAAGATGTATTTAACTTATTCTTACAAATA +TTAGATGATGGTAGGCTTACAGATAATAAAGGTAAAACTGTAGACTTTAAAAACACACTA +ATTATAATGACTTCAAATATTGGTAGTAAATATCTTTTAGAAGCTAAAGACGGGCATATA +AGTGAAGAAACAAAAGACCTTGTAATGGATGAAATGAAACGTAGATTCAAACCAGAGTTT +TTAAACAGGGTTGATGATATAATAATGTTTAAACCACTTGCTCAAAATGAAATCAAGAGA +ATAATTGATATATTTATGGGCGATTTAAAAAGAAGATTACACGAAAAGAATATATCTATT +GAAGTTACTGATACTGCAAAAGATGTTATGGCAAAAGAAGGATACGATCCAGTTTATGGA +GCTAGACCTCTAAAAAGATACATTGGAAATACTTTAGAAACTATGATTGCAAGAATGATA +ATAGCTGGAACTATATATAATGGATGTACTATAGTAGTAGATGGTAAAGAAGACAACATA +GATATTAAGGTAAAATAA +>group_1335 +ATGAAAAATATTACAGTGCTTATAAAACCTAGCTCTAGTGATTGCAATTTAAATTGTAAG +TATTGTTTTTATAAAGATTCATCTAGGAATAGAGAAACTTATAGTTATGGTTTTATGAAT +GATGATACATTAGAATCAGTTATAAAAAATACATTAGATCAAGAAATTTTTAGTTGTAAT +TTTATGTTTCAAGGTGGAGAACCTACTTTAGTCGGACTTAATTTTTATAAGAATGTTATT +CTACTTCAAAAAAAGTATAATAAAAAAAATATTCACATAACAAATTCAATTCAAACTAAT +GGTATTAATTTAGATGAAAGTTTTATAAAGTTTTTTAAAGAAAACAACTTTTTAGTTGGT +ATTTCATTAGATGGCCCAAAATATATTCATGATTCAAATAGAAAGCATTACAATGATTCT +GGTAGTTTTGATGATGTCATTTCTACTATTATGCTGCTAAAAAAATACAAGGTGGAATTT +AACATTCTTTCCGTAGTAACTAAATATAGCTCAAAACTTGTAGGTATAATCTATGAGTTT +TACAAGAATCAAGGCTTTACTTATCTTCAATTTATACCTTGTATAAAAGAATATAATCGT +GATTGTAAATCTATAGAAAGAGATTATTATTTAGATAGTAATACTTATTATAAGTTTTTA +GATACACTCTTTAATCTATGGAATGAAGACGTCATAAATGGAAAATTTATTGAAATTAGA +AACTTTATGGACTATATAAACGTAATTAAAGGATATAATCCTACTAGTTGTGGTATGGGA +GGATTTTGCAGCTTGCATACAGTTGTTGAATCTAATGGAGATGTTTATCCCTGTGATTTT +TATTGTATTGATGAATGGAGACTAGGTAATATAAAGTATAATTCTTTATATTATATAAGG +CGTAATGATTTAGCTAAAAAGTTTTTCGAAAGATCTATATATATTCATGACGAATGTAAA +CATTGTAACTACTTTAAACTTTGTGGTGGTGGATGTAGGCGTAATCAAGAACCTTTTATA +AATGGTATACCTTCACATAATTATCAATGTGAGAGTATAAAAAAATTCTTTGATAACAAT +CTGAAAAAATTAATTAATTTAGCAAAATATTATATATAA +>lytC +ATGAAAAGTAAAAGAAGGGTAAAAAGAAAGCTAAAGCCAGGAGTTAAGGCTTTATTAGGC +TTTATAGGTGTATTATTTATAGTTATTGTATTTAATAAGTTAAATAATATTATAAATGGG +AATATTGATATATTTAGCGATAACAAGAAAATAGTTGTGATAGACATAGGGCATGGTGGT +AACGATCAAGGAACACAAAGCCTGGATAAACAAAAAATGGAAAAAGATATAACGTTGCAA +ATTGGAAGTAAGGTAATTGAAAAATTAGAAAAAGATAAGAGTATAAAAGTTATAGCTACA +AGAACTACTGATGAATATATATCTTTAAAAGAAAGAAATAAAATAGAAGCTGAAAATAAT +GCAGATTTATTTGTATCAATACATGCTAATGCAACAGGAGATAGCTCATCTAGTACTGAA +GGAGTAGAAACTTTCTACTGGAAGAACGATGATATGTCGTATAAACTAGCGAAATCTATT +CATAATAATATAATATCAAGTGTAGGTGCTGTTGATAGAGGAATTAAACGTGGGAACTAT +CAAGTGCTAAGAGATTCTAGTTGTCCATCAGTATTGATAGAAACTGGTTTCTTAACTAAT +TATAAGGAATCCGTAAATTTATCTAAAAATTCTTATCAAAATAAACTTGCTAATGCTATA +GTTAAAGGAATACAAGAATATATAAGTGAAGAAAGCAATATATCTGAATAA +>chrA +ATGGTATACATAAAATTATTTTTAAGTTTTTTCCAAGTCGGATTATTTAGTTTTGGAGGA +GGATTTGCAGCTTTACCACTTATTCAAGATCAGGTAGTAGATGTAAATAAGTGGCTTACT +CTTGCAGAATTTACAGATTTAATAACTATTTCTCAAATGACGCCAGGTCCAATTGCTATA +AATGCAGCAACATTTGTTGGGATAAGAATCGCAGGAGTTCTAGGTGCAATTATTTCAACT +TTAGGATGTATATTACCTTCATGTATTATTGTATCATTATTAGGGTGGCTTTATTTTAAA +TACAAAAATCTGCCTCTTATGAAAGGGGTTCTTGGAGGGTTGCGTCCAGCTGTTGTAGCC +CTTATAGCATCTGCAGGGGTATCCATTATGGTTCTTTCATTCTGGGGAGAAAATGGTATT +TCTTTAAATTTGTCAGATATTGATTTTATTTCTGTAGGTTTATTTTCAATTGCTTTGTTT +ATTTTGCAAAAATATAAATCAAATCCTATTTATGTAATGTTAGGTTCTGGTATAGTTGGC +TGTATATTGTACATAATACCCTAG +>group_1312 +ATGAATGTGAAAAAATCTATTTATAGAAAATTATTTATATCTACATTTTATCTAAGTGCA +TTTACTTTTGGTGGAGGATATGTAATAGTACCTCTTATGAAAAAGAAATTTGTAGATGAT +TTGAATTATATTGAAGAGGAAGAAATGTTAAATTTGGTTGCAATAGCTCAGTCTTCACCA +GGGCCAGTGGCTGTAAATGCATCTATTTTATTGGGATATAAAGTTGCTGGTATATTTGGA +GCACTTGTAACAATATTAGGAACTATATTACCTCCATTAATCATACTATCTATAATTTCT +ATTTTCTATACAGCATTTCGTGATAATGCAGTTGTAAGTGCAGTTTTAAAGGGGATGCAA +TCGGGTGTTTCGGCTGTTATTTGCGATGTTGTTATTAATTTAGGAAAAAATGTAGTAAAT +GAAAAATCTACTACATCTTTATTTATTATGATAGGAGCTTTTATTACTACTTCCTTTTTA +AATATTAATGTAATATATATAATTTTAATTTGTGGAGTTATAGGTGGTATTAGAGTATTT +CTAATGGATAAAGATAAATTGGAGGTTAATAAATAA +>group_1311 +ATGTCTACAACAGGATGTGTAACAATACCAACTGACGTGGGTATTGATAAAGAAATGCAA +GAAATTATAAGAAGATGGGGCGCTGATGCAATTAGAGACTGTGATGGAACTAAACTATCC +AGTGACCTTCAAAATTTGAATTTAAAAATGTATTCAACATATTTACCGACAAGAAATGAT +CAAGAGTGGGCTAAAAGTCATATGGATGAACTTCAACAATTATATGTTGTAAGTGAAAGT +CATATTGCATTAGATTCTACTATTTCAATAGATATAATGAAAGGTTTCTATAAGGAGCAA +TTTAGACCAAACACTAAGGATGATATAAAGAAGCTTTGGGAAGTTATAGATAGAACAACT +GGGGAAACAGTAGATCCTAGCGATTGGGATTTTGATTATAAATATGAAACTGTTATTGTT +AGAAATGCAAAGAGTTTTCATGAATATACAGTAAGCTTCTTAGTTTATCAAATATGGGAT +CCAACTCAAATGTATAATCACTTGACTAATGATTGGGGAGACAAGCCTCATGAAATGCCT +TATGACGGTAGGCATCCAGAAACTTTTGAACATATGAAAAATTACCTTCAAAAATGGATA +GATGAAAATCCAGAGATAGATGTTGTAAGATTTACAACATTCTTCTATCACTTTACATTG +ATATATAATGAACAAGCTAAAGAAAAGTTTGTTGATTGGTTTGGATACAGCTCATCTTTA +AGCAAACAATGTTTAGATGAATTTGAAAAAGAAAAAGGATATCGATTAAGAGCAGAAGAT +ATTATAGATGAAGGATACTATAACTCTCCGTTTAGAATACCTACTAAGGAATATTTAGAT +TTTGTAGATTTTCAATCAAAGTTCGTAGCTACTCATGCAAAGGAGCTTGTAGATATCGCT +CATAATGCTAAAAAGGAAGCTATGATGTTCTTAGGTGATAACTGGATAGGGACTGAGCCA +TATGGAAAATACTTTGAATCAATAGGATTGGATGCAGTTGTAGGTTCTGTAGGAAATGGA +ACTACTATGAGAATGATATCTGATATACCAGGTGTAAAATATACAGAGGGAAGATTCTTG +CCATATTTCTTCCCAGATGTATTCAGAGAAGGTGGAGATCCAGTAGGTGAAGCTAGAGAA +AACTGGACTCAAGCAAGAAGAGCAATACTTAGAAAGCCTCTTGATAGAATAGGCTATGGT +GGATACTTAGGTCTAGCTCTTAAGTTCCCTGAGTTTGTTGATGAAGTAGAAAAAATATGT +GAAGAATTTAGAACTATACATGAGAATATTAAGAAAACGAAGGCATATACTGCTCCATTT +AAGGTAGCTGTACTTAACTGTTGGGGTAAATTAAGAAGTTGGCAAACTAATCAAGTAGCT +CATGCATTATGGTATAAAGAGATTTATTCGTACGTTGGAGTTATAGAATGTTTAAGCGGT +ATGCCTGTAGATGTAGAATTTATAAACTTTGAAGACATAAGAAATGGAATACCAAGTGAT +ATAGGTGTTATAATAAATGCAGGAGATGCTATGACTTCTTGGAGTGGTGGAGAAAACTGG +ATAGATGAAGAAATAATTACTAATCTTAGACAATGGGTATATGAAGGAGGCGGTTTCATA +GGTGTAGGAGAGCCAACTGCATATCAAAAACAAGGAAAGTTATTCCAACTATTTGATGTA +CTTGGAGTAGATAGAGATTTAACTTATGGATTATCTTATAGAAAATATCATGAGTTAACT +GAAAAACATTTTATAACTGAAGAAATCAAAGACGGATTTAATTTTGGAGAAGGTAAAGAA +GGAATCTTCAAAAAGAGAGATAGTGTAGAAATACTTTCTATACATAAGGGAGACATATCA +CTTTCTACAAATACTTATGGGAAAGGTAGAGCAGTGTATATGTCAGGACTTCCATATACT +CCAGAAAACTGTAGACTTTTATTAAGATCTATATACTGGACTAAGAATATGGAAGATAAG +ATGAAGGAATATTATGTAAGTAACGTAAATACAGAGTGTGCAGCCTTTATTGAAGTTGGT +AAAATGGCGGTTATAAATAATTCTTTTGAAGAGCAAGTTACAGATGTATATGTTAAAGGA +GAAAAAGTAGATACTTTAAAACTTAAATCAGGAGAATTAATTTGGATTGATATTATTAAA +TAG +>msmE +ATGAAGCATCCATTTAAAAAGGTAGGTTCATTATTAGCAGTAACAGTTATGATTATGGGA +TCATTAGTAGGATGTTCATCAACAGGTAAAGACGAAGATAAAGGCGATGCAGCACAATCA +GGAGGGAAAATTGAGGGGACTCTTGATGTAGCAGTATTTGAAGGGGGATATGGTACAGCA +TTCTGGGAAGAAGCTGAGAAAAAATTTGAGGAATTATATCCTGATGTAGATGTTAAAATA +ACAGCTAGTGCAAAAATAGGTGATGTAATAAGACCGCAAATAGCAAGTGGAAATTCACCA +GATTTTATTTATCATAGTGCTCAAAACGCAGAGAGTGTTGCGAAAGCATTAATAAAAGAT +AAAAACTTAGCTGATTTAACTGATGTATTTGAAAAGGCAGCTCCAGGAGAAGATACTCCG +ATAAAAGATAAAATGATGGACGGTCTTTTAGACAAAACATCAGTTGCTCCATATGGAGAT +GGAAAACCATACTTAGCACCACTATACTACAATGTAACTGGTTTATGGTATAACAAAGCT +TTATTTAAGGAAAAGGGATGGGAAGTTCCAAAAACTTTGGATGAATTCATTGAATTAGGT +AAAAAAGCTAAGGCTGAAGGAATAGCTTTATTTACATATCAAGGACAACATCCAGGATAC +TTAGAAGCTTTAGTATGGCCAACAATAGCATCTGAAGCAGGAGAAGAGGCTATAGAAGCT +ATATTTAACTATGAAGAAGGTGCATGGGATAAGCCAGAAGTTAAAGCTGCACTTGAAAAA +ATACAAAAATTAGGAACTGATGGATACATGTTAGATGGTACACCTGCAATGTGTCATATA +CAAGCTCAAACTGCACACTTAAAGGGAGAAGCTTTATTCTGTCCAAATGGTAACTGGTAT +GAAGGTGAAATGAAAGATGCTGTTCAAGATGGATGGGAATGGGGATTCATGGCACCAGTA +GCTACTAAAGAAGGTGCAGATAGATATGTATCTACAATGATAGAAGAAATGTATATACCA +GGAAACTCTGATAATATAGAAACAGCAAAAGAGTTTATGAGATTCTTATATAGTGATGAA +ATGATAGAAGCTAATGCTAAGCTTAACCAAGCAGTAGTTCCAACTAAAGGTGCATTAGAA +GTTGCTAAACAATATATACCAGCATCAAGTTATGATTGTTTAACAGTATTTAATGATGGT +ACTAAGCCAATAATAGAAGCTTGGAAAACTGTAGAAAATACTGAAATAAACATGAGAGAT +GAAGTATTAGGTAAGGCTGGTTCAGTATTAAGTGGTGAACAAACTGTTCAAAATTGGTTA +GACGCATTAAAAGCATCAAATAGCAAAGTAATAGAAGCTATAAATAAATAA +>group_1317 +ATGGAGAATAAAATCATATCTAGATTAAGAGAAACTAAAATTAGTGAAAGGCTCTTAAAG +TCTTTTTTTATACTTTCTATAGTACCGATAATACTTATGTTTTTAGTAGTTAATACTACT +ACGATTAATCTAATTAAAAATAATATTATATCTAATGACAAAGTTACATCTAAGTTAATA +AGTGACTCTATCAGCAATTATATAAGTCGGTTTGATTCAATTACTAATGAGATAATATGG +AATACTGCATTATTAAATAATATTAAATCGTACAATAATTTAAGCATTGATGAGAAAAAT +AAATTCAATTATGAGATGGCTAAAATAGTCAGATCAAGAACTACTTATATTTCAGATGTA +GCGGATTTTACCATACTAAATCAAGACTTAAATGTAGTATATAATGAAGGGGCAAGTTAT +ATAAAACATGATATTAAGTTATACGAAATTAAAAAAGGACTAGAAAAAAATAAAACAATA +AATTGGACTGCTATAAATCAAGGTAGCTATAATTATATAGCTATTACAAAGCCAATTAAA +ATAGGAAAAACAACATATGGATACCTATTCTTAGCAATAAAAGAAAAGGTTATAGTAGAA +ATGTTTAAAAATTATAATGAAAACTTTAACGGATATGGGGTAGTATTGGATGAAAATAAT +AATGTAGTTGCTAGTAATAATAAAATAATTAGTGATTATAAAAGTAATAATGCATCAGAA +AAAATTAATAAAAATAATATAAACCAATATCAAAATATTAATGTTGTAAAAGATATAGAT +AAAACTACAAAAATAATAAAGTACAATGGTAAAAAATATATTACAACTACTAAGCCTATA +AGTTATGCTTCATGGAGACTTATAGGAGTAATACCTTATAAATATATATATTTAAGCTGT +ATAGATATTTATAAAACTTATATATTTGTATGCATAGCTGTTATAGGTATTTCTATTTTT +ATTGCAATGTTGATTTATAAATCTATAGCAAATCCTATGAATGAATTAGTAAATGCTATG +AATAGTGTAAGTGAGAAAAATATAGGTAATACAATTCCTATAAGCGGCAATGATGAGATT +TCTACTATAATGAAAAGATATAATATAATGTCTCAAAATATAAAATTACTAGTACATACT +GTAAAGGTTAGAGAAAAGGAAAAAAGGGAAATTACTTTAAGAATGCTACAAGCTCAAATA +AATCCACATTTCTTATTCAATACACTAGGAAGTCTAAGATATATTGCTATGATGAATAGT +GATAATGTGGTAGCCAATGGATTAGAAGCATTAGCAAAATTATTAAGAAGTACAATAGTA +AATAAAGATGAATTTATTAGTGTTAAAGATGAAATAGAAAATGTTAAAAATTACATTACA +ATAAACAAAATAAGATATGGAGATACCTATAATATAGATTATGATATAGATGAATGCTTA +TTAGATGAGAAAATTTTAAAATTTATATTACAACCATTAATTGAAAATTGTATATTACAC +GGCTTTGAAGAACATGATGAGCTGAATCGTATAAAAATTAAAATATCTAATGGAGAAGAA +TTCTTATATTTTGAAATAACAGATAACGGTGTAGGAATAAATGAAGATAAACTAGAAGAA +GGTTTTTTTAATATTGATATGTTTGCAGGTATAGGTGTAAAAAATGTAAGAGAAAGACTT +AGCCTGTATTATGAAGGAATATTTACTTTTGAAATAACATCTAAGCAGAATCAAGGAACA +GTAACTAAAATAGTAATTCCTAAGATTATAGGGGGATAA +>ispG +ATGAGTTACAATAGAAGAGTAAGTAGAGAAGTCAGTGTAGGAAATGTTAAAATAGGAGGT +AACAATCCTATAAGTGTTCAATCAATGACTACAACAGATACAAGGGATGCTGAAAGTACT +ATAGCTCAGATAAAAAGATTAGAAGCTGTAGGATGTGATATAGTCAGGGTAGCTGTTCCT +GATATGGAAGCTGCAAAAAATATAGGTAAAATAAAAGCCGGTGTAAATATACCTGTAATA +GCAGATATACATTTTGACCATAGATTAGCATTAGAAGCTATAGAACAAGGTGTTGATGGA +GTTAGAATAAATCCTGGAAATATCGGTAGTATAGAAAAAGTTAAAGCTGTAGTTGAAAAA +TGTAAAGAAAGAAATCTTAAAATAAGAATAGGTGTTAATGGAGGTTCTTTAGAAAAAGAG +CTTTTAGCTAAATACGGTTCAGCAACAGCTGAAGCGTTAGTTGAAAGTGCTTTGGGACAT +ATTAAAATACTAGAAGACTTAGATTTTTATAATATAGTAATATCACTAAAGTCATCAGAT +ATTTACAAGACACTAGAAGCTTATGAACTTATTTCTAAGAAAGTAGATTATCCACTTCAT +ATAGGAATAACAGAGTCAGGAAGTGTTAAAAAAGGAACTATAAAATCTTCTATAGGTGTT +GGAGCATTACTGTTAAAAGGTATAGGAGATACGATGAGAATATCTCTTACTGGAGATCCA +ACGGAAGAAATAATTGTGGGAAAAGAGATATTAAGAAGTTTAGATTTATTAAATGATAAG +ATAAAAGTAATATCTTGTCCTACTTGTGGAAGATGCAATATAGATTTAATTAATACAGTA +AATGAAGTAGAAGGTAAGATAAGTGATATAAATAAAAACATAACAGTAGCAATAATGGGT +TGTGCTGTTAATGGGCCAGGAGAAGCTAGAGAAGCTGATATTGGTATAGCTGGCGGAAAA +GGAGAAGGTCTTTTATTTAAAAAAGGTGAGATAGTAAGAAAGATAAAAGGCAATAGACTA +GTTGAAGAGTTATTAGAAGAAATTGAAAAATATTAA +>dxr +ATGAAAAAAATATCAATATTGGGGTCAACTGGTTCAATAGGGACGCAGACACTAGATGTT +GTAAGAAAAAATCCAGATAAGTTTAAAGTAATTGCTATATCAGCAAATAGTAGTGTGGAT +TTATTGTTAGAACAAATAATAGAGTTTAAACCAAAGTATGTAGCGGTTTATAATGAAACT +AGTGCAAAAAAATTAAAGGAAAGAATACCAAGTAATATAAATATAGAAGTATTAAATGGT +ATGGAAGGTCTGAAGACAATATCATCACTAGATGAAATAGATGTTCTTTTAACTGCAATA +GTAGGAATGATAGGATTAGTACCTACATTATGTGCTATAAGAAATGGAAAAACTATAGCA +CTTGCAAACAAAGAAACATTAGTTACAGCAGGAAAATTAGTTATGAGTGAAGCTAAAAAA +TACAATGTAGATATACTTCCTGTAGATAGTGAGCATAGTGCAATTTTCCAATGTTTAAAT +GGAGAAAAGAATAAAAATATAGATAAAATAATATTAACAGCTTCAGGAGGACCATTTAGA +GGTAAGAGTAAAGAGGAACTTTTAAATGTTACTAAAAATGAAGCGTTAAAACATCCAAAC +TGGAGTATGGGGAGAAAAATAAGTATAGATTCTTCTACATTAATGAATAAAGGATTAGAA +GTTATAGAAGCTAAATGGTTATTTGATGTAGATTATAAAGATATAGATGTAGTTGTACAT +CCACAAAGTATAATTCATTCAATGGTACAATTTAATGATAGTTCTATAATTGCTCAAATG +GGACGCCCAGATATGAGACTTCCTATCCAATATGCACTGACTTATCCAGATAGAATGCTA +AATGATTTTGAAAGATTAGATTTTACTAAGTTTTCTACATTTACTTTTGAAAAGCCAGAC +TTAGAGACATTCCCATGCTTAAAATTAGCATTTGATTGTTTAAAAATGGGTGGTACATAT +TGTGCAGTTTTAAATGCAGCTAACGAAGTTCTAGTAAATGAATTTTTAGAGGATAAAATT +GGTTTCTATGACATACCATATTACATAGAGAAAACTTTACAAGCTCATAATAGTATAGAA +GATCCAACGTTAGAAGAAATACTAGAAGTAGATAGATGGGCTAGAGAGTACGTAAAAAAA +TCAATTAAGTAG +>group_1315 +ATGCTTACAAGAATTATTGCTTCATTAGCTTTAGTCCCACTACTTGGAATTATGTTATAT +GGAGGATTACCTCTATATATAACTGAAATAGTATTAATTTCTATTGCTTTACATGAATTT +TTTAAAGCTTTTAATGAAAAAGGTATAAAGCCAATATATTGGTTAGGATATGTTTTTGCT +GTTTATATGGGAGCAAAGAATTATTTTCAACTACCAATATCTTATACACTTTCTTTAGGT +TTTATATTATTCTTAATTGGGATTATTTATCTATTAAGCTGTAGAAATGATATAATAGAT +ATTTCTATTACGGTTTTAGGAATTATGTATATAGGAATATTTATGGATTTTATAGTTTTA +ACTATGAATAATTTTGAATTAGGTAAAATTTATGTATGGCTAATATTTATAATATCTTTT +GCAACAGATACATTTGCATATTTTAGTGGATATTTATTTGGAAAACATAAGCTAATACCT +AAGATAAGCCCTAAAAAAACAGTAGAAGGCTCTATTGGAGGTATAATAGGAAGCGTAGTA +TGCTGTGTTTTATTTGGATATTTATTTAAATTAGACTTAGTCCATATGACTGTTATAGGA +AGTATAGGAAGTATAGTTGCACAATTAGGGGATTTATTTGCATCTTCTATAAAAAGATAT +GTAGGAATAAAAGATTATGGAAAATTAATACCAGGTCATGGTGGTATATTAGATAGATTT +GATAGTGTTATATTGGTTGCACCATTTGTATATAATGCAATAAATCTTTTTGTTAAGTAG +>uppS_1 +ATGAATAGTGAATTAATTTATAATATAGATTTAGAAAATGTACCTACTCATATAGCTATA +ATAATGGATGGAAATGGGAGATGGGCTAAAAAAAGGTTCCTTCCAAGAACCGCTGGACAT +AAGGCTGGAGTGGAAACTATAAGAGAAGTTGTCAAAGAATGCTCTAGGCTTAATATAAAA +TACTTGACGCTGTATGCTTTTTCGACAGAAAATTGGAAAAGGCCTAAGATAGAAATAGAT +ACTCTTATGAATTTATTAGTAACATACCTAAAAAATGAAATAAGAGAGCTACATAAAAAT +AATGTTAAGATTACAACAATAGGTGATATTAGTAAATTGCCTGAGATGTGTATAAACGAG +TTGGATAGAGCTAGAGAATTAACAAAATATAATACTGGAGTTACATTAAATTTAGCTCTA +AATTATGGAAGTAGATTTGATATAACAAATGCAGTTTTAGATATAGTAAAAGATTGTAAA +TCTGATAAAATAAATATAGATAGTATAAATGAAGATACTATAAAAAACTATTTAAGTACA +AAGTCTACTCCAGACCCAGATTTACTTATCAGAACTAGTGGAGAGCAAAGATTAAGTAAC +TTCTTACTTTGGGAACTAGCTTATTCAGAGTTTTACTTCACGGACATACACTGGCCTGAT +TTTAATAGGCAAGAATTACAAAAGGCAATATATGTTTATCAAAATAGAGATAGAAGGTTT +GGAGGACTTAAGTAA +>group_1318 +GTGAATAAATACTATGAACTTTTAGGCCTTCATGTAGATGATGTAAAAAAGTTTTTTGAA +GACAAAAATATTAACTATACAATTAAGACTATTCAAGGGAATAAAGATAAAGATAAACTT +ATAATTCCTAAAGTTATTAAAATAACTGAATTAGAAGATAGTGTAGAGTTAATAATCACA +TACTTTTCTGACTCCTTAAAATAA +>frr +ATGAAAACAGTACACAATGAATTAAAATCAAAAATGGATAAGACTATAGAAGCACTTAAG +TTTGAATTTACAACTATAAGAGCTGGTAAAGCTAATCCTCAAATGTTAGATAAAATAAGA +GTTGATTACTATGGAACTCCAACTCCAATAAACCAAATAGGAGCTATATCTGTTCCAGAA +CCAAGAACTTTAATGATAAGTCCTTGGGATAAGTCAGCTATGTCTGAAATAGAAAAAGCT +ATAAGAAATTCTGATTTAGGCTTAAATCCAACTAGCGATGGTGATGTTATAAGAATAAAC +GTACCAGCATTAACAGAAGAAAGAAGAAAAGAATTAGCTAAGAAAGCTCATAAAGTAGGA +GAAGAATTTAAAGTTAGATTAAGAAATGAAAGAAGAGATGCTAACGATAAATTTAAGAAG +ATGGAAAAAGATGGCGAAATAACTGCTGACGAATTAAAGAAAGCTCAAGAAGATGTTCAA +AAAACTACTGACAAGTATGTTAAAGAAATAGATACATTAGTAGACGCTAAAGAAGCAGAT +ATAATGGCGGTATAA +>tsf +ATGGCTATAACTGCACAAATGGTTAAAGAGTTAAGAGAAAATACTGGCGCTGGAATGATG +GACTGTAAGAAAGCTTTACAAGAAGCTGAAGGAAACATGGAAAGAGCTGTTGATATATTA +AGAGAAAAAGGTTTATCTAAAGCTGCTAAGAAAGCTGATAGAGTTGCCGCTGAAGGTTTA +GTTGCTATAGAAATGAATGCTGACAATACTTCAGCTGTAGTAGTAGAAGTAAACTCAGAA +ACAGATTTCGTTGCTAAAAACGAAGATTTCAAAGTATTCGTTAAGGATGCTGCTGAAATG +GCTTTAGCTTCAGAAGCTAAAGATGTTGCTGCTTTATTAGCAGAAACTCACAAAGAAGGT +AAGGCATTACAAGATGTTTTAAATGATAGAGTTGCTAAGATAGGTGAAAAATTAGACTTA +AGAAGATTTGAAAAAGTTACTACTGAAGGTCAAATAGCAGGTTACATACATGGTGGAGGA +AAGATAGGAGTTCTTGTTGAACTTTTAACTTCTGCTAAAAACGATGAAGTTATATCTATG +GGAAGAGATATAGCAATGCAAGTAGCTGCAATGAATCCAAAATACGTTTCTAGAAATGAT +GTAGATCCTGAGTACATAGCTCACGAAACTGAAATATTAACTCAACAAGCTTTAAATGAA +GGAAAACCAGCTAACATAGTTGAAAAGATGATAAAAGGTAGACTAGAAAAGCAATTAAAA +GAAGTTTGTCTTTTAGAACAACCTTTCGTTAAAAACGGAGACTTAACAGTTAAGCAATTA +GTTGCTGAAACTGCTAAGAAAGTTGGAGCTGAAATAGAAGTAGGAAGAGTTGTAAGATTC +GAAGTTGGTGAAGGTATAGAAAAGAAAGAAGAAAACTTTGCTGAAGAAGTTGCTAAGCAA +CTTAAGTAA +>rpsB +ATGTCAGTAATATCAATGAAACAATTATTAGAAGCTGGTGTTCACTTCGGACATCAAACT +AGAAGATGGAATCCTAAAATGGCTAAGTTCATCTTCACAGAAAGAAACGGAATCTATATA +ATAGATTTACAAAAAACTGTTAAGAAAGTAGAAGAAGCATACAGATTCACTAAAGAAATA +GCTGAAACTGGAAAGCCAATCTTATTCGTAGGAACTAAGAAACAAGCTCAAGAAGCTATA +AAAGAAGAAGCTGAAAGATGTGGAATGTACTACGTTAACGAAAGATGGTTAGGTGGAATG +TTAACAAACCACAAAACTATCCAAACTAGAATAAACAAATTAAGAGACTTAGAAAGAATG +GAAAATGAAGGTGTATTCAACGTTCTTCCTAAGAAAGAAGTTATAAAATTAAGAGCTGAA +AAAGAAAAATTAGAAAAATACTTAAATGGTATAAAAGATATGCCTGAATTACCAGGTGCT +ATATTTGTAGTAGACCCAAGAAAAGAAAATATAGCTATACAAGAAGCTCATAGATTAGGA +ATCCCAGTAATAGGTATAGTAGATACTAACTGTGATCCAGATGAATTAGATTTCGCAATA +CCAGGAAATGATGACGCTATAAGAGCGGTTAAATTAATAACTGGTGCTATGGCAACTGCT +ATAATAGAAGGTAGACAAGCAATAGCTGACGAAGCTGAAGAAGTATCTGAAGATCAAGAA +TAA +>dacF_3 +TTGAAAAAAGGAGCACAAAAATTACTAATACTTACAATCATCTTAGCATTTGTAACTCCT +AAACCAATATATGCTTTAGATAAAGTAGATAAGTATTCAAAGTCATCAATACTAATAGAC +CAAGAAACTGGTCGTGTATTATATGACAAGGAGCCTGATGTAAAAAGACCTTTAGCTAGT +TTAAGCAAGATGATGACATTCTTAATTGCTATAGAAGCAATAGAGAATAAAGAAGTAAAT +CCTAATGACATAATAAAAATTGATAAAGATATAGCTAAAGTAAAAGGATCTAGCTATCAT +CTTAAAGTAGGAGAAGAAATTCCTTTAATTGAACTTATGAAGGGACTGATGATAGTATCA +GGTAATGATGCATCAATAGGTATAGCAAAACATATTTGTAAGGATGAAAAAACATTTGTA +GAAAGAATGAATAAAAAGGCCAAAGAAATTGGTATGACAAATACCAATTTTGTAAATCCA +AATGGTCTACCTATCTACAACTTGAGTGACCCTAAAGCACCACCAAAGGAAAATATATCA +ACAGCAAGAGATATATCAACTTTAGCAAAATATATGCTTGATAATTATGAAAAACAGGTT +ATATCAATTACTGATATGTCTACTTATTCAAATCCCAAAAGGGGATTTGTAAAAAATAAC +ACAAATGCATTACTGCGAATAATACCAGAGGTAGATGGAATAAAAACAGGGTATACTGGT +AACGCTGGATATTGCTTATCATTTTCTATGAAAATAAATAAAAATGAAGATAATGAAAAA +GAGAGAAGAGTAATTGGTGTAGTATTAGGTGCAAATCATAAGGATAAAAGAATTTCTGCA +GCTGTATCTATACTCAATCATGCTAAGAAAGACTTTACAAGCAAAACTGTAATAGAAAAA +GATGAGTTAATAGGGAAAAAATATATAAAAAAAATAAATGATTTAGAAGTAGTTTTAGTA +GCTGAGGATGAATTATATGTAGTATTAAATAAAGAAGAAAACTTAAAATCTCAAGTTACT +TTTAAAGAAATTACTTATCCCGTTAAAAAAGGAGACGTACTAGGAGTGATAAAATACTAC +ACTGACAATGGTGAGATTTTAGGAAGCATAAATATAGTAAGTGCGAATGATGTAAATAAT +GCATCTATTATAAATAAAATTAAGATATTATTCTTTGAGTAA +>group_1332 +ATGAAGTTATGCCCGGTAATAGTAGGAATAATATTAGGAAAGAAAGCATTTAGAAAAAAT +AGAGCTTATATTCAAATAATAGGTGGGATAATAATTATAAGGTTTATAATGTTAATTCCA +TATATAAGTTTTATAGCTTGGATTCTTAGTGTATTGTTTGTAATGGGATTTGTAAGTATA +AAATATATTTGTAATTTAGGGAAAAATAAAATAGCAACATAG +>kdpA +TTGAACCCAGAGAAATTAAGTAATATATTTTGGGACTTAGCTTTTAATACAGCATATAGT +TTTAATAATAATACTAATTGGCAGGCTTATAGTGGAGGAAGTAGTTTAAGTTATCTTACT +CAGATGATAGGATTTACATTACAAAACTTCTTATCAGCAGCTGTTGGTATATGTGTACTT +ATGGTTTTAATAAGAGGATTTATAAAAACAAAAACTAAAAACTTAGGTAATTTTGGGGTA +GATTTAACTAAGTCAATATTATATATACTATTACCTCTATCAATAGTTCTTGCAATGTTC +TTAACCACTCAAGGTGTAGTTCAAAGTCTTAGACCATATGAAGTTATGCCCGGTAATAGT +AGGAATAATATTAGGAAAGAAAGCATTTAG +>group_1338 +ATGAACAAAATAAAAGATGAAATGTATAAATCTATTAGATATATAATTCCTATAGTTTTG +ATTTTTGTAGGAATAGTAACTATACAGAATTATAGCGAAATTCTAATTTTTATACAACAT +AATATAGAGATAATAAATGGTATTTTAACACCATTTATTATCGGATTTATAATTGCATAT +ATACTAAATTATCCTATGAAATACTTAGAAAATAGATTTAAAATGAAAAGAGGGATATGC +GTAGGTATAGTATACGGAATATTATTAGCTATAGTGGTGTTCACATGGCTATATGTAATA +CCAGTAATTAAATCAAGTGTAGTTGAAATATATCAGTACATCCCGGAAGGAATAAAACAA +ATTGAAAATGTTATTAATTATATATCAAATGAATTTAGTCTTAATATAAATAGCATAAAT +GCGAAACAACAAATAAGTGAGTTTGTATCTACAACTTTAATACCATTTTCTACATGGATA +GCAAATTCACTTAGTAATACTATTCTAAACTTAATGGGTACAGTAGTATCTTATACAATC +AATATATTTTTAGGTATTGTCATATCTATATATGTATTACTATCAAAAGAAAGTGTAATA +AACGTAGTAAGAAGTTTAAGTAAAATATTGTTTGGTAAATTTTATCCTAACGTTAACGAG +TTTGTAAAAATATTAGATAAAAATATAGGAACATACATTGTTGCAAAGTCTATTGATTCT +ACTATTTATGGAGTTGCATGTACAATACTTTTATATTTATTAAAATCAAAATATGCATTA +TTTGTAGGATTAGTTATAGCTGTTACAAATATGATTCCTTTCTTTGGACCGATAATTGGT +GCAATACTTGCAACTTTTATAAACTTACTATTCTCTTTTGATAAGGCTATTATTATATTA +GTTGCTATGGTTATAGCTCAGCAAATAGAAAGTGCAGTTTTAGAGCCCTATTTTGTAGGA +AAACAGGTTGGGGTTCCACCGATTATTACTATATTAGCTGTTACTTTAGCAGGACAATAT +ACTGGGTTTATTGGAATGATGTTGTCTGTACCAATTGCAGCTGTTATCATAATTTATACA +AAAAGATTTATTAACAAATATACATTGTCTTAA +>group_1342 +ATGAGTAATTTAGATTCAGACCCCGCGGGTTTAATACCGCAAATAATGTTAATAGTAATA +CTTACTGCGATTAATGCATTTTTCGCATCTGCAGAAATGGCAATTGTTTCTGTAAGTAAA +TCAAAGGTCAAAAAATTAAGTGATCAAGGTAACAAGAAGGCAAAGTTACTTGAAAAGCTT +ATAGAAGAACCTAGTAATTTTCTATCAACAATTCAAATAGGAATAACACTAGCTGGGTTT +TTCTCAAGTGCATCTGCGGCTACAGGGATATCTACTTATATAAATGATATTTTAAGTCCG +CTTAATATCTCTTATACTAAAGAAGTTTCTATGATAGGAGTAACTCTTTTATTATCATAC +TTTACATTGGTATTTGGAGAGCTAGTACCAAAGAGAGTTGCACTTAAGAGCGCTGAAAAA +ATAGCGCTATCGTCAGTAAAGGTAATTAACGCTATTTCTATAGTGGCGAAACCTTTTATT +AAAATATTATCTTTTTCAACATATTTAGTTTTGAAATTGATTGGAAATGACCATTCTGAT +GTAGAAGAGAAGGTATCTGAAGAAGAAATAAGAACTTTAATAGCTCAATCTCAGCAGGAT +GGATGTATAGAAGATGATGAAAAGAAAATGCTAGATGGTGTATTTGAGTTTAATGATAAA +ACTTGCAAAGAGATTATGACTTCTAGCAAGGATACATTTTTAATTAATATTGACGATGAT +ATAAATAGAGTTTTAGATGAAATTATATCCTTAGGATATTCGAGGGTTCCTGTGTATGAA +TACAATATAGACAATATTGTGGGTGTTCTTTATGTAAAGGACTTACTAGCAGAATCTAGA +AAAGTAGGATTTGATAATATAGATATAAAAGAAATTATGCAAGAACCTTATTTTGTACCT +GAAAATAAGAAGACTAATGAGTTATTTAAAATGCTTAAAGAAAAGAAAATACATTTAGCA +TTTTTAGTTGATGAATATGGTGGATTTTCTGGAATAGTAACAATGGAGGATTTAATCGAA +GAAATAGTAGGAGATATTGATGATGAATATGATATAGAAGAAATGAACATATCTCAGGTT +GCTGAAAATATTTTCATTGCTAAAGGAATCTTGCCTATTAGCGAAGTCAGAGAGAGATTC +AATAAAAATATAATCAGTGGCAATTATGATACTTTGAATGGATATTTAATTGCTAATATG +GGAGAAGTACCTAAAGAAAGAAAAGAAATAACATTAGACAATATTAAGTTTGAAATTTTA +AAACTGGGAAACAGAAGAATAGAAGAAATTAAATTAACGATTTTAAAGTAG +>group_1330 +ATGAATAATGAGGCAGTAGTAGAAGAAAGTATAAGCAAGCCTAAAAGTTCAAAACTTAAG +GTATCTATGATAATAGGTATGTTAGTAGTTTTAATTTGTGGATATATGGTTTATTCTTTT +AATAATAACTACATGTACAATGGTAAAATAGCTAATAATATTTTCGTTGAAGACGTAAAT +ATATCGTTAATGACAAAGGAAGAGGCAATAGCTTTAGTTAGTCAAAACTATAAAACAGAA +GATTTATCATTAACTTATAATGGTAAATCTTTTAAAATACTTCCAGAGGATATAGACCTT +AAATATAATGTAGAAGAAGTTGTAAATAGTGCATATAATTATACAAAAACGGACTCATAT +TTTGAAAATGTAAAAAGACTATTTCAATTAGAAAAGGCTAATCAAAACTTCACATTAGAG +AATTCATTTGACGAAGCTAAGTTAAGCGAATCTTTAGAAAGTATAGCAGAGAAAATTAAT +GTTCCTGTTAAAAATGCAAAACTATATATATCTGGAGGAAGTTTTAATGTAACACCTTCA +ATAACAGGTAAAGAATTTGATGTAGCTGCGAACAAGGAAGCTATATATGAATCTATAAAT +AGCAGAAAATATGGTGAAGTTAGTCTTAAGGTAAATGATATTAATCCCAAAATAAGTACA +TCTATGGCTAAAAGTGTAGATACATTATTAGCTCAGCATAGTACAACCTTTAGCACAAGT +ATAGCTGGAAGAGCTGAAAATATTAGAGTTTCATCAAATAGAATAAGTGATGTATTACTT +ATGCCAGGAGAAGTATATTCTTATAATAACCTAACAGGTATAAGAACAATAGCTAACGGA +TATTATAATGCACCAGTAATTGTAAATGGAGACTTAGAAGATGCACCGGGTGGTGGAGTT +TGTCAAATATCTACAACTTTATATAATGCAGTATTATATTCTGGATTAAAAGTAGAACAA +GTTAAAAATCACTCTATAACATCAAGTTATGCTCCAAGAGGTAAAGATGCTATGGTAAAT +GATAGTGGTTCGGACTTAAAATTCTCAAATCCATATGATCATCCAATATACGTAAAAAGT +ATAGTAAATGGAGGAACGCTTACTTGCCAAATTTATGGAAATTCTGCCGATAAGCCAAAT +GTAGATATAAGAATAGATACTTTCCCAATGGGAGCTAAAACTTATAGAATTTTCAAAGAC +GCTTCTGGAAATAAGATAAAAACAGAATACATAACTACAAGCGTTTATAAGAAATAG +>group_1325 +TTGAAAGTAGTATCTTATAATATTCATAGGGGTACAGACATATCAAAGAAACCAACCTTA +AAAGAAATGATAAAATACTTACATGATGTAGATAGCGACATTATCTGCCTACAAGAGGTT +TTATATCATCAATTTCTAAAAATTAAATCTACTCTTGGCATGGATGGTGTATTTGCAGCT +AACGTAGATAATAAAGCTATGAAGTACGGGATATGTACTTTTTCAAAAAATAAAATAGAA +TTTAGTAATCATCTATTATTAAGTAGTAAAAAAGAACAGAGGGGGCTATTATCTATAAAA +CTATTAATAGATAACAAATATCATGTTAATATAATAAATACTCATTTAGGCCTTGATAAA +GAAGAGCGAAACAAGCAAATTATAGAAATATTAAACTTTAAAGATCGATTAATTGGGTCC +ATTATAATTTGTGGAGACTTTAATGATAAAAATATAAGTTTAGGAAGTTATTACGATAGT +GCAGTTTATTTAAATCAGTATAAGACTCCTACATTACCGAAATATAATGCTAGGATTGAT +TATATATTTGTAGACAAAAATCATATTCCTAAAGAATATATTGTTGATAAGGTACTTTTC +TCAGATCACTATCCTATAATATGTAATTTTTAG +>der_1 +ATGAGTTTAAATTCTACACCTCAATCTGTCAGGGTACATATAGGGTTATTCGGAAAAAGA +AATTCAGGAAAATCTAGTATTATAAATGCCATCACTAATCAAAAAGCTGCTATTGTTTCA +GATATAGCTGGAACTACTACAGACCCTGTTTTTAGACCAATGGAGATTCTACCGATAGGG +CCCTGCGTTCTTATAGATACTGCAGGACTTTATGATGTAGGCGAATTAGGAAAACTTCGA +ATAAATAAGTCCTTAGATGTTTTAAATAAAACAGACATAGCATTATTAGTAGTAGATTCA +ACTATAGGAATAAAAAAAGAAGATTTATCATTAATAAAAAGATTCAATGATAAAAAAGTG +CCTCATATATTAATTTTAAATAAAATAGATAAAGTTTCTGATAAAGAAATTCTTTTATCT +GAAAGTAACAAACTTGTCAAATGTCCTATTATCTGTGTATCTGCTTTAAATAAATTTGGC +ATTGATAAATTAAAGCAATGTATAATAGATAGTGCAAAAGAAGAAAGCACTAATTTTAGA +TTAGTTTCTGATTTAATAGATGAAAACGACTTTATAGTTTTAGTAATACCTATTGATAAG +GCTGCACCTAAAGGAAGACTTATACTTCCGCAACAGCAAGTTATAAGAGATATTTTAGAT +ACTGGAGCTATGGCTATTATAACCAAAGAAACTACTTTAAAAGAAACCCTAGCTAATCTT +AATAGCAAGCCTACGTTAGTAATAACAGACTCTCAAGCTTTTGATCAAGTTTCAAAAGAT +ACGCCTTTAGATATACCTATTACATCTTTTTCTATTCTATTTGCTAGACAAAAAGGTGAT +TTAAATGAATTAGTAAAAGGAGCTTATACCATAGATAGATTAAAAGATGGAGATAAAATC +CTTATTGCAGAAGGATGCACTCATCATAGACAAAAAGATGATATAGGAACTTATAAAATA +CCAGAATGGATAAAAGAAAGAACAAAAAAAGATCTTACCTTTGAATTTACTTCTGGTGTT +ACTTTCACAGAAGATATTGCTAAATATTCTCTTATAATTCATTGCGGTGCATGTATGATG +AATAGAGCTGCTATGATAAACCGAATAGAAAAAGCAAAAAATTTAAATGTTCCTATAGTA +AATTATGGTATACTGATTGCTTATTTGAAAGGCGTTTTAGATAGATCTTTAGAACCTATT +AAAGCTAAAGATCTTTTTTGA +>group_1334 +TTGAAATCTTCTAATACTACTAATGATCTAATTCATTTTAAGAGTAAGAAACAAGAGTTA +GAAAAATTACATAAAAGAGAAGATTATCTAAAAGAAAAAATGCATTCTAATAAGGCATCT +GATAATTCCCATAAAGTTTTACAGTATCCAAATAAGAGAAAAAAAACAGTAAAAAAATTC +ATCACTCTTATAGAGTACTTTAAAAGTAAACTTGGAAAAGTGGGAAAGTTTTTAAAAATT +ATTATTTATTTCCTAATTTTTATAATTTTATTCTTGACTATAGATAAGTTTCTACTTTCT +AAAAATCAAAAAACTTTATCTTCTGGCGGTTCAACAAATTTTATTTCAGAAAGTACATCT +ATTCCAATATCTAAAGAATCAGCCTACTCTAAAATAATAGATCAGTCAATAAAAAAATAT +ACTGGAGTAAGCTATAAAGTTAAAAGTAACAATATGCATAAAAATGGAAATAGAGTTTAT +GCCACAGGATATTTTAATGATCCTTCTGAAGGCAAAATTTACTTCGATATAGTTTTGCAA +AACAACAATCCAGAATCTTTGGTTATAAATGGAACTGAATATGTTAAATAG +>group_1339 +ATGGATATTAATAATTTGAATAATATTAAATTTATTGGAATAGGTGTAAAAGGAATTGAT +ATAGTAAATAAATTAGCTAATAATAATAAAGAATATATAAAATTATGCGCAATTGATATA +AAATACACTGATATAAACGAAAAAGTAAAGGAAAAATTAATTATAGAAGACAAGAATTAT +TACTCATCTAAAATAGATTTCTTTCATATAACAGACCTTATAAACAGAAATAAAGATAGG +ATTTACAAAATAATTCAAAATGAAAAAATTGTTTTTATTACCTGTGACATTTGTGACCTG +TCGTCAATACATATCCTTATTGAATTAGGAAAAATGGCTAAAAAAAGTAATATATTAGTA +ATTCCAATTGTTATAAATACTCAAAATAATAATAATATTAATTATAAGTTTTTTATGAAA +AAAATAAACAAAGTTATTGGGGCATCTATAAATATTTCTAATAATAAAGTTTTTGGAAAT +ATAAAATTTCTAGATGATAAAATAGATGATTACTTTATTATACGCTCAATTATGGATTTA +TTTATAGATAATTTAATGTCTACCTGTAGTTTAAATGTTGATTATGAAGATATGAAATGG +ATTTTTTCAGGTGAGCAAGATGTAGAGATGAGTATTATAAAAGTAAATGAAAAAAGCTCG +GAAGAAGATATGAAAATAAAGCTAGTAAAACATAGAATTTGTAAAGGTGCCTATGAATAT +CCGGAAAAAATCATGATAAATGCTACAGCAAATAAAGATTATATGAGCTACGAAGAAGCT +ATTAAACTACTACAGAAGGTAGCATTAGTAATACAGGAAAATACAGGAGATTTCTGCCAA +ATAACTTTTTCTTTAAAGTTTATAAAGAAGAAAAGTAAATCACTAGAAGTATTAACTGTT +CAAGCGTAA +>group_1333 +ATGCAAGGTAGCGTAGAGAAGATATATAATTTTTTATTGAAAATGTTAGCTGAAGATAAC +ATGGTGAGGGGACATAATACTATGGATGACATGATTAAAGAGCTAAATAGATTCAAACCA +TATGGATTTTAG +>group_1336 +ATGAAAGGCAAAAAAGCTTATATACTAGAAGAAGTTGATAAGGCTTTGAGAGAAAAGTAT +AATGCAAAGGTATTTTCTATAGATAAATTTAAGAGTCTTAATACGGAGATTTCATCCAAT +CCAGAGTAA +>group_1331 +ATGGATTTATTATATAAATACACGCTATACTTTTTCATATATGCCTTTTTGGGATGGTGT +TGTGAAACTATTTACTGTTCAATAGGAAATAGAAAGGTAACTAATAGAGGTTTTCTTAAT +GGTCCAATTTGCCCTATATATGGATTGGGAGCATTAACTGTAGTTTTTATGTTAAAAGGT +TATACTGGAGATATAGTAGTTATTTTTACTATGGGACTAGTAATGACATCAGCATTGGAA +TATGCCACAGGAACTATATTAGAGTTTTTATTTCACAGTACTTGGTGGGATTACTCAAAT +AGGATGTTTAATATAAATGGAAGAGTATGCTTAAAAAATTCGATATTATTTGGAATAATG +AGCATTTTGTTAATGGAAATCATTCATCCAATAGTGGTGAATATTGTAGATACAATAAAT +CCAATATTTATGTATTTAATTGTAACTGTATTGATGATTTATTTAATTACTGATATTTCA +ATAACCTTAAATGCTTTAAGTAAACTACACTATAAGTTAGATCGACTAGAAGAGATTATA +GAGGATTTAAGTAACATAGATATACAAGTTAAGTTAGAAAGATTCACAGAAGAAAACTTA +TCAAAGTCTCTAAATAACCTTAGACATAAAGATGAAAAAATTAAATCTAAATCAAATGAA +ATATACAATAAAATATTAAATGTAAAAGAAAAATCTAAAGTTCAAAAAAGGCTTCTAAAA +GCATTCCCAAATATGAATCACAAAAATAAAAATAAAGGACTTAAATACCTAAAACAAATA +CTTAAGGATAAGACAAAATAA +>group_1327 +ATGAAAGAAAAAGCTAAGGACAGCGTTAAAAAGGTTACTAAACCTGTAACAGATGTAGGA +AAAGAGCTAGTAAATGGTGTAGGAAACGTAGGAAAAGAAGTAGTAGACAGTGTAGGAAAC +GTAGGTAAAGATGTAGCTAAAGGAGTAGGTGGAGTTGTAAAGGAAACATATAAAACTGGC +AAAAATCTAGGAAAAGCAGTAAAAGATAATATTCCTAAAAGATAA +>group_1322 +ATGGAAAATTTAACTGTCAGTCAGGCTATGATTAAGGTTGCGGAGCTTGAAAAGGTTTAT +AGAAATAAGCTATATACTTTGTCAGACATAGATAATTGTACTACTACATATATATTAGAA +TCAGATAATCAAAAACATGTTTGTAATGAGATTTTCAATTTTAAGGGCGAGTTTGAATTG +GTTATGGACTTATCTAAGGAGATAGATATGTTAAAAACTGAGATAGCTAAGTCTAATAAT +ACTGTTTGTATAGATGCACTAGGTCAGTCTATGACGATTCAGGGTGCTTTAAATAAATCA +AGAACTATGAGAAATCAAAAGGATACTTTTGAAACTATATTAAACAATGCTAAGGCTTCT +AAATCTAGAAAGGTTGATGCTGCGGCTACTTCTGCTTATTATAAAGTTACAGAACTTAAT +TTTGATAGAAAAGAGTTACAAGATTTAGTTGATAAGATGAATGATGATTTATTAGAATTA +GAATTTGCCATTAATAAGGCAAATAATGAAATTGTCATTACTATAGCTTAG +>group_1321 +ATGAATGATATTAAAATAATATGTGACACTATGAATGATGTGCCGCAAGATATAGTTGAT +AAATATAATATAGATGTATTACCTGTAACTATAATATTTAATGAAAAAGAGTATAAAGCA +GGTGCAGATTTAAGTGGAGATGAATTTTACAAAATGTTAAGAGAGTCTGAAGATATGCCT +AAGACATCTCAGATAACATATGCTACATTTACTGAAGTATTTAATAAATATCTAAATGAA +GGTAAAAAAGTTTTATATTTAGCGGGTTCATCTGCAGGTTCGGGAACATATCAATCTGCA +ATGTTAGCTAAAAGTGATATAGAAGGACCATTATATATATTTGATACTTACAACTTAAGT +ATCGGTGGTGGAATGTTAATTAAAGAAGCTGCTATAATGGCTGAAGAAGGTAAATCTGTT +GAAGAAATAGTAGAGAAATTAGAAGAATTAAAAAATAAAGTACACGTTTATTTTTCAGTT +GATTCACTTGATTATTTACACAAAGGCGGAAGAATATCTGGTGCTAAGGCTGCAGTTGGA +ACTTTACTTAACATAAAGCCTATTCTAAAAATAGAAGATGGATTAGTTAAACAAAAGTCT +CAAGTAAGAGGAAGCAAAAAAATAATTCCAGCTCTTATGGATAAATTAAGTGAAGAAGTT +AACGGAGATTTTTCAGACATAGATGTTTACGTTGCTTACGGTGATGATTTAGAATTAAGA +GATCAATTTATTGAGAAAGTAAAAGAAAAGTTAAGTCCTAGAAATGTTTACAATATACAA +ATAGGTGCTTGTGTAGCATGTCACTCTGGACCAGAAGTGTTAGGATTGGCTTGTTTAAGT +AGATAG +>group_1319 +ATGATGAAAAATAATAACGTAAAGGTAATATGTGACGGAATAGCAAATATGCCGAGAGAG +TTAGCTGAGCAATATGATATTGAAGTAGTGCCACTGACGGTTATAGTTGATGGAAAAGAA +TATAAAGATGTTGATATAACAGATGAACAGTTTTATGTAATGATGAGAGAAGCTAAGGAT +ATGCCTAAAACTTCTCAAGCAACGTATGTAGATTTTAAGGAAATATTTGATAGACATGTA +TCAGATGGGAAGACAGTTTTATATATAGCTGGTTCATCAAAATCATCTGGAACATATCAA +TCAGCAGTACTTGCAAGTAAAGATGTTGAAGGAGATGTTCATATATTTGATAGTATGAGT +ATTTGTTTTGGATGCGGTATGTTAGTATTATCTGCTGCTAGAATGTTAAATGAAGGAGCA +AGTTTAGAAGACGTTTTAAAAGAATTAGAAGCTTTAAGAGATAGAGTATTCGTATCTATG +TCTATGAATTCTTTAGAATACCTTAAAAAAGGTGGAAGAATATCTAATGGAAAAGCGCTA +GTTGGAAACATGTTAAGCTTAAGACCTATGCTTACTGTAAAGGATGGTTTAATATTCCAA +GAAGGTCAAGTTAGAGGTAATAAAAAAATAGTACCTACTATAATAAAGCGTACTAAAGAA +GTATGTGGAGAAGACTTTAGTGATAGAACGATAGCTATAGGCTGCGGTGATAACTTAGAA +GATAGAGAACAATTAAAAGAAGCTGTTTTAAGAGAATTAAACCCAAAAGAATTAATTCTA +ATAACAATTAACCCTCCAATGTGTTCGCATTCAGGACCAGGGTTTATAGGACTAACATGC +TTTAAATAA +>group_1326 +ATGGCAACAATGTACTGTCCAAAGTGCATAATAGAAGTTATGGACTTAATAGAGCACGAA +GAAGGCGATGATTTTGAAATAATAAACGAAGGTAGTGAAAATGAAGTAAGAGAAGAGTAT +CACTATGTACTTGATACATATAAATGTCCAGCATGTGGATTTGAAGTAGAAGATTATATG +GAAGATGAAGAAGAGTAA +>group_1313 +ATGTATATTACTAGATACATAGAAGGTCTATTAGGCTGTGATTTATTAAACAAGATAAAT +GCAGATATTGCTTTTGTATCTGCTCATGGATTTACTTTAAGCGAGGTCCTAACTGATTTT +AATATATATGAAGTTGAATTAAAAAAACAGATGCTTAAAAGATCTAAAAAAACTATAGCT +TTACTGGATTCTTCTAAACTTGAAAATCTATCTACAGCATGTTTTTGTAAGTCGAGCGAG +ATAGATACTATTATTACCAATAAATTTGAAGATAACTTAATTGAGATATACAGTAATTAT +GGAATTAATGTGATAGTTAGCTAA +>group_1343 +ATGAGTAATACAGCAAAAAACAATAACAGTGATAAGCAAATTGCCATGAAAGTCTCGACT +AATAGTATTATAGTAAATGTGCTATTATCAGGTTTTAAATTCTTTGCAGGTATTGTAGCA +AATTCAAGCGCTATGATTTCAGATGCAGTACACTCTGCTTCTGATGTCTTTAGTACAATC +ATTGTAATGGTAGGAGTTCATATTTCTAGTAAAGAAGCTGACGATGAACATCAATATGGT +CATGAACGCTTTGAATGTGTGGCAGGAATAATCCTTGCTTGTATATTATTTGCTACAGGT +ATAGGAATAGGTATATCAGGAATAGAAAAAATTATTAATGGAAATAATAGTGGTTTGCAA +GTGCCAGGAATGATAGCTTTAGTAGCAGCTGTAATATCCATAATAGTAAAAGAAGGGATG +TATTGGTATACTCGTCATGCTGCTAAAAAAATTAATTCAGGGGCACTTATGGCAGATGCT +TGGCATCATAGATCAGATTCTTTATCTTCTATAGGTAGTTTTATAGGTATATTTGGTGCA +AGAATGGGATTTAGAGTATTAGATCCACTTGCAAGTATTGTAATATGTTTATTTATAATA +AAAGCTTCATATGATATATTTAAAGATGGCATTAATAAATTAATAGATAAATCTTGCGAC +TTAGAAACCATAGAAAATATGAAAGAATTAATAATAAATCAAGATGGCGTTTGTCAGATA +GATGAAATAAAAACTAGAATGTTTGCTTCAAAAATATACTTGGATTTAGAGGTTTCAGTA +GATGGAAAAATGTCATTAGAAGAAGCTCATAAAATAGCAGAATCTGTTCATGATAGAATA +GAAGACAAATTTCCATTAGTAAAACATTGTATGATTCATGTAAATCCGATAGAAAGAAAA +TATTAA +>yeeO_3 +ATGTCAAGCAACACAATATCAAGGTACAAAAAAGATAAGAAGTTTTATAAGCATTTATTT +ATAATTGCAACGCCAATAGCTCTACAAAATTTAATAACATCATCACTTAATATGCTAGAT +ACTATGATGATAGGAAAAATTGGTGAAGTTGAACTTGCATCTGTCGGTATAGCAAACCAA +TACTATTTCTTATTCTCTTTACTTACAAGTGCTATCGCAATAGGTTCTGGTGTGTTAATT +GCCCAGTTATGGGGTAAAAAAGATACATCAAATATAAAAACAGTATTATCAAGATCATTA +TTTTATAACTTATGTTTAACAATAATATTTATAGCTTTAGGATTATCTATTCCAGAAAAA +ATTATGGCTATATTTAATAATGACCCAACTGTGGTTCAAATTGGTGTTGATTATTTAAAG +ATAGTTGTAATTAGTTACTTATTTACTGCAATTACATTTACATTTGCTTCAGGTCTTAGA +AGTATCGAAAATACTCAACTTCCTATGTGGGCAAGTTTAGTAGGACTTATTGTAAATGGT +ATTTTAAATGCAATTTTAATTTTCGGATTATTAGGAGCTCCTAAAATGGGAATTAGAGGT +GCTGCTCTTGCTACTCTTATTGCAAGAATAGTTGAATTTTTAATAGTAGTCTGTTCTGTA +TATACTAAGATTGATATTTTGAAATTAAAAGTAAAAAATATATTTGAACTATCAAAGTCA +CTTTCTTCAACTCTTAGCAAAGTTACTATACCTATATTCACAAATGAAGCTTGCTGGGCT +CTAGGTACAATAACATATGCGGCTATATATGCAAGAATCGGTACAAGTGCTGCTGCATCT +ATACAAATTTGTACAACTGTAATGAACTTATTTATGATACTTACTTTTGGCCTTGCTAAT +GCTGCTGTAGTTATAATAGGTAATGAAATTGGTGCTAATAGAGAAGATAAAGCCATTGAA +GCTTCAAAAAAGATTTCATCAATTTCTATGAAAATTTCTATACTATTAGGACTATTACTT +GCATTATTAGCTAAACCTATAGTAGGATTTTTTAATGTATCTTTAGAAGTTAAAATGTCC +TCTCAATATATTTTATATATTTATGCACTTATGATGATATTTAAAGTTTACACAGCCGTT +ATGATAGTTGGTATATTAAGAGGTGGTGGAGATGCTACCTATGGCTCTATACTTCAAGCG +GTTACACTTTGGATGGTAGGTATACCATTAGCAGCATTTGCTGCATTTATTCTAAAACTA +CCAGTTCATTTTGTAGTTGCATTTGCTGCAATTGAAGAACTCATTAAGGTTGTTATTATT +GTTAAAAGATTTAAATCATTTAAATGGATCAAGAATATGGTAAACGATGTAGATACTTGT +TCAAGTCCACTATAA +>group_1324 +ATGCACAATGGTGACATAAGTGTAAAAAGTAAACTTGGAGAAGGTTCTGAGTTTATAGTT +ACTTTGGCTGATGTATTAAATAAAGAAAATACAAGTGATACAATAATACTAAAAGAAACA +GCTAGAAATATAAGGAATTTAAACATTGAATTTTTAGATATTTATGCATAG +>group_1340 +ATGAAATCAAAAAAATATATATCATATGCAATAATTTTAGCAGTGTTAATAATATCATCA +ATAATAGGATATAATTCACTTTATCCATCAAAAGAAAACTACGATGACAACACTAAAGTA +AATGTATCTAATCAAATGAACCATATAAAAGAAATAGCAAAAGAGCCACATTCAATATTT +GATAAAGAAGCTCATGAAGATGTAAGAGATTATCTTCTGAAGGAACTTAAAGCTTTAGAC +ATTGATCCAATACTTTATACATACAAAGACGTATTTGTAGAAAGAACAAATACAAAAGAA +AGCCTTGAAAATATATATGCAGAAATAAAAGGTAAAAATGACTCATACATAATGCTAGTA +ACACATTATGATAGTTCTCATGCAAAGAAAGAGCGTTATGCAGAGAAAGATGGTTCTTTA +GGTGCAGCAGATGCAGGATACGGACTATCTACTATTCTTGAGACTATAAGAGCAATCAAA +GAAAATAACGTAACTTTAAACAATGGTATAAAAATACTAATAACAGATGGTGAGGAATAC +GGACTTCTTGGAGCTAAGGAAGCTGTAAAAGAAAAAGAAATATTTGAGAATGTAAACTAT +CTAATAAATTTAGAAGCCAGAGGAACAAAAGGACCTGCTGTAATGTTTGAGACAAGTCCA +AATAACTCAAGTATAGTAGATTTATATAATTATAGTGAAAAGCCATTCTCTTACTCAATA +ACACCTGAAATATATCGTTTACTTCCTAATGGAACGGACTTCACAGTATTTTTAGAAAAT +AATATACCAGGTATAAATATAAGTGTATTAGATGGATTAGAAAATTATCACACACCTAAT +GATAAGTTTGAATCTTTAAATGAAAAGTCATTACAGCATTATGGAGACCAAGTGTTACCT +ATAGTAACTGAATTTGTAAGTAATGAAAAATATGCTGATAAAGATGCTTTAACTAGCAAA +GATGACTCTATATTTTTCATAATAGGTAGTGTATTTGTAAAATATTCTAATATGATAAAT +TACGGTTTATTATTAGCTATTTTAATTTCTATAATATTCTTATTTAAGAAATTTAAAATA +AAGAGTATATTAACAACTGTAAAATATTCTTTACTAAGTTTATTGTTTACAGCGTTAGTA +GCCGGTTTATCATATGGAATATCAAGATTAGCGGCAGTTATAAATGGACGTCCATTTAAG +CTTACATATTTACCTCTTATAAAGTTTGAAGATGTTACAACACTAGGAGTTATAGGTTTA +TCAATAGCAGGATACATCTTACTTATAAGAAAAGTAAGTAATAAATTTAAAGAAAGAAAT +GAAGTTATACTTGGTAATATTGTATTCTTATTTATATTAGGATTAATACTTACATTTGTA +TTGCCAGGAGGAAGTTATTTATTAGTATTTCCAGCTATAATAATAGCTTTAGGAACAATA +GTAGTAGAACTTTTAAAAGATAAATTAAGAAAAGTATCATATATATTATTAATACCAGCA +GCATTAATAACTATATTATACGTTCCTACAGTATATTTATTTAACTGTGCATTAACATTT +GGAGCACTGTGTGCAACTATGGTATTCGCTATGTTTGGAATAATATCAGTTGTAACATGC +TTAGTACAAATTGATTAG +>group_1337 +ATGAATAACAACAGAGTATGCGGTTGCTTTAATGTAACAGTAGATGACATAATTAAAGCA +AAATCAAAAGGGTGCAAAAGCGTAAAAGAAATCATAAATGAAACTCAAGCTACAAAGGCA +TGCGGAAGATGCAAATTAAGTGCGGAGTTAACAATTTTAAAGGTATTATTAAATAGGCTA +TACATAAAATAA +>ilvE +ATGGAAAAGGCAAGCATAAATTGGGGGGAATTAGGATTTAAATATCAAAAAGTTGATAAA +GTATATGTATCTCGTTGGAAAGATGGAAAATGGGATGATGGGGTACTTCAAGATGATGAT +AAACTATCTATAAGCATAAGTGCAACTGCTCTTCATTATGGGCAAGAATGCTTCGAGGGG +TTAAAAGCGTATACAACAAAAAATGGAGATATTCAATTATTTAGACCTGACATGAATGCA +AAGAGACTTCAAAATAGCTGCAAAAGAATTTTAATGCCAGAAGTACCTGTAGATAAATTT +ATAGATGCATGCCTTAAGGTTGTAGAAGCAAATGAAAGGTTTGTTCCTCCTTATGGAACG +GGAGCAACTTTATACTTAAGACCTTTTGTTATAGGTAATGGAGATAATATAGGTGCAGGA +CCAGCTCCTGAATACATATTCTGTGTATTTGGAATACCAGTAGGTCCATATTTTAAAGGT +GGATTTAAACCTGTAAAGATGACTACTGCTAAGTATGATAGAGCAGCTCCATATGGAACT +GGAGGAGTTAAAGTAGGAGGAAACTATGCTTGCGGTATGCTTCCTCATCAAATAGCAGTA +GAAGAAGGATTTGCAGATTGTATATATTTAGATCCAGAAACGCACACAACTATTGAAGAA +GCAGGAACATCTAACTTCTTTGGTATAACAAAAGATAATAAGTTTATAACTCCAGATTCT +CCATCAATACTTCCAAGTATAACTAGAAACTCATTACTTACAGTTGCTAGAGATTATTTA +GGAATGGAAGCGATAGAAGGTGAAATTAAAATAGATGAGATAGACCAATTTGAAGAAGTA +GGAGCTTGTGGAACAGCTGCTGTTATTACTCCAATAGGAAGTATAACTTATAATGGTAAA +AAGCACATATTCCATAGTGAAGAAGTAGCAGGTCCAAAGATCACTAAGTTATACGAAACA +TTATATGGAATACAATTTGGGGATATAGAAGCTCCAGAAGGATGGATAGTAAAACTTCAA +AAAGAGTGTGTTAAGTAA +>group_1087 +ATGAGCGAGAAAAAAAGTAAAGGCGGAAGAAAAAAGAATGAAATTACAGATAAAATAAAA +GAAGAGGCGAAAGAAATATTAGAGTTGGCATTTAAAGATGTTGGATATATAAAAAGTAAA +CTGACTTACAATAGTGTAGTTAAATTTAATAATCTTATAGCTAACAATCCAGAATTCACT +CGTCAAAATGGTGATTTATTTAATTTTTTAGGCGTAAGATTTTGGTCTAAAGATTATGAT +GGAAAACCGTATTATGGGAAAAGTATCATAGATGAAAAAAAATATGATGATAATATAAAG +ACCGGTGGAGACGCTTTTGAAATTAATAATAAAGACTTAGAATTATTAGTAGACCGATAT +CACAATAAACCCGAAGAACTCAAAAAGAGATTGATTAATTTATTTTTAAAAGACAGGAAA +GAAATTCTGAGTTTAAAGGTAAGGAATGATAAATTAACTAGTAAAGTCAATAGTCAAGCA +AAGAGTATAAAACAGTTTGAAGAAGGGTTTGCCACTATGTTCTGGAATAGTACATCCACA +TATAATTCTTTAGATGATGTTTTAAATATAGAAAGACCTGATGATATTCAGGTTAAAGAT +GAATTGTTGAATATGTTTAATAATGATATTGATAGAGTGAGCCATGTTTTTAATGAGCAC +TTGATAAAAAATAAAAAAACAGTTATAGATACCATAGATCATTCAAGTGAAGTTAAAAAT +AATAAACCTAAAAAACAAAATGTATCAACTATACAAGAGAGATTGAAACGATTAGGGTTA +GCTGAAGAAGAAGGACTTTAA +>group_843 +ATGAAAAAAGATAAAAGACGTATAATAATAGATTTTGAAGTTTTATCAAATGCTAAATTT +TGGATGTGTTGTATGAAAGATTACAAAACTCAAAAAGAACACATCATAATAAATGATAGA +GATGAATTATTAAGAATATACAATAAAAATAAAGATTCTGTATGGATAGGGTACAACATA +AAAGGATACGATCAATGGATATTTAAATCTATAATTATGGGTCTTGATCCATGTAAGGTA +TCAGATAGCCTTATTGAAAAAAAGATGTCTGGATGGAAAATTGATAGAAGCTTAAATAAA +ATGCAGATGTATATATTTGAAATAAATGATAGTTTCCGTAGCTTGAAGGAGCTGGAATTG +TTTATGGGGGAAGATATAAGAGAAAGTACTGTTCCCTTTGATTTAGATAGATATCCAACA +GAAGAAGAGATAAAAGAACTAACAAGTTACTGCTTACACGACGTAAGAATGACTTATAAA +GTGTTTACAGAAGTTTATTACAAATATGAAGCACAATTAGGGTTAATAGAATACTTTAAC +TTAGATGACAGTATGATTAATAAAACAGAAGCTCAGCTAAGTGCATATATATTAGGTGCA +AAAAAGCCTAATTATGATAGAGATGACTCAAAAGACTTCGAAATAATAGAGAGTATAAAT +CTTAGTAAATATAATTATATAAAAGATTGGTATTTAGATTATAACAATAGAGATTTAAAA +AACTACTTAAGAACAAATGTATATGGAATTGAAACTGATTTTGGTTGGGGTGGACTTCAT +TCTGCTAGAAAAAAATACGAAGCTAATGATTTCATTGTAAATTCAGATGTAAGTTCTTTT +TATCCATCTATAATGATAGAATATAATTTATTAAGTAGAAATGTAAAAGATCCATCTAAA +TACAGTCAAATAAGAGATACAAGGATACAGTTTAAAAAAGATAATAATCCTATAGAAAAA +TCCCTTAAATTAGTTTTAAATAGTGCATACGGTGCATGTATGGATATTAATAATGAACTT +TATGATCCAAGACAAGGGATGTCTATATGTGTAAATGGACAGTTACTATTATTAGATTTA +ATAGAAAAGGTAGAATTAGAATTTAAGGAAGAAGCAGAATTTATTCAAGGTAATACTGAT +GGAGTTATGTTTAAGTTTAATTCTAAAGAGGTAGTGAATAGTATCTATATGAAAAAATAG +>group_764 +ATGAAGAATTTAAAGATTATAATTCCTATTATTTGTTGCTTAGTATTTGGTATTGGATGT +AGCAATAATTCACATTCAGATATTGATAAAACGGATAATAGTAGCACTAATGATGTTGTT +GTTGAAGTTGAATCAGAAGAGGAAGTTATAAATAAGATTATAGAAAAATATGACTCTATA +CAACCAACTGAATGGGGAGAAAAAGTTAATGGAGTAGTAAATAAAATTAATACAAATGAG +AAAATAATAGCTTTAACATTTGATGCCTGTGGTGGTAAGTATGGTAGTGATTATGATAAT +GATTTAATTCAATATTTAATTGATGAACAAATTCCAGCTACCCTTTTCGTAAATCGTAGA +TGGATAGAAGTAAATAAAGATAAATTTCTAGAATTGGCTAATAATAATTTATTTGAGATA +GAAAATCATGGTTATGAACATAGACCACTATCGGTAACTTCTAATTCTATATATGGAATA +GATGGTACTGGTAGCATTAAAGGTGCTATAGATGAGATAAAACTTAATGAAAAAACTATA +TATGAGCTTACAGGCAGAAAGACAAAATACTTTCGAGGGATTACAATACATATTAAAAGA +GTTAAGAGATAA +>group_881 +ATGAGGAGATATAATATAAAGTCAAAAGGACTAGCAATAATATCAAGTATATTAATACTT +TTAAGCTTGTCAGCTTGTAGTGTTAAAGATATAGATGCACAAACAAGTACTGGTAATAAT +TCAACAAAAGAAACTAATAGCGTAGTTACTTCAAATGAATCAGAGTTACATTTTATAGAC +ACAGGAAACTCTGATGCTATTTTGATAAAAAATAATAATAAGTTTGCACTTATAGATGGT +GGAGATAATGATGATGAAGAAAGGGTAGTATCATATCTAAAAGATCAAGGTGTTAAAGAG +TTAGAGCATATATTTGCAACACATCCACATGCAGACCATATTGGTGGATTAGATGCGGTA +GTTAATGATATCCCAGTAAAAAATGTATATGTAAGTAATGGAGATTCCGATTCTAAGACA +TACTCAGCCTTTATTTATGCTATGGCAAATAAAGGCTTAAGCCCAAGTGTTCCTTTATTA +AATAGTGAGTTTAAATTAGGAAGTGGTAAATTTAAGGTTATATCTGCAGCTAATGAAAAA +GATCCTAATAATAATTCTCTGGTATTAGAGTATGTAAATGGAAATGATAAAGTATTATTA +ATGGGAGATGCTGAAGAAAAGATAGAGCGTGAGTTAGATGTAAGTGATGTAGACTTATTA +AAGGTTGGACATCATGGTTCAAGAAGTAGTTCAAGCAGTTCTTTTATTGATAAGATAAAT +CCCAAATATGCAGTAATACTAGTTGGTGCTAACAATAAATATGGTCACCCTCATAAGGAG +ACTATGTATACCTTAGCTAGCAAAAATATAGAAATACATAGAAGTGATGAGTGTGGACAT +ATAGTGTTTAAGTCTAGCGGTAATGGACTGAGTGTAGATTGTAAGGTTAGTGCTTATACT +CCAAGTATAAACACTAATAGTGAAAATACTAATATAAAACCGGATAAAAATTCTACTATA +ACAACTATAGTAGAAGATAACACTAAAGGTGATATAGTATATTGGACATCTAACGGGAAG +TCATATCACTCAACTAAGTTTTGTCCTACTTTAAGCAGAAGTAAAACTATAAATTCTGGT +ACACAAGCAGAATCTGGAAAATATGATCCTTGTGATAGATGTATTTCTAACTAA +>bcp +ATGCTAGAAGCGGGAACAAAAGCACCAGATTTTAAACTAGAAGACAAAGATGGTAATTTA +GTAAGTTTATCAGATTTTAAAAATAAAAAAGTAGTTTTATATTTTTATCCAAGAGACAAT +ACTCCTGGATGTACTAAGCAAGCATGCTCATTTAGAGATAATTATGATGCTTTTAAATTA +AAAGATGTTGTAGTTATAGGTATTAGCAAGGATAGCACAAAGTCTCATGAAAAATTTGCA +CAAAAAAATGATTTACCATTCATATTATTATCAGATCCAGAACTTGAAGCTATAAAGTTA +TATGATGTATGGCAAGAAAAGAAATTATATGGAAAAGTAAGCATGGGAGTTGTGAGAACT +ACTTACATAATAGATGAAAATGGAATGATAGAAAAAGTATATGACAAAGTTAAAACAGGC +AAAAATGTAGCAGAAATACTTGAATACTTAGGATAA +>group_890 +ATGAAAAATAAAATTTCCAATATTCTGCATAGTCTTATATTTCATAACCGAAATAAAGCC +CGTGTCAAAATAAAGTCTATTAAATCAAGACAGTTTCCTTTTGAAATTGAAATTGTTGCT +GAAAAGTTATATGTACCTTGGGCAATAGATATAAGTAATGACGGTAAATTATATTTTACA +GAACGTTCTGGCTCAATTAGAATTATTGAGAATAGCAAACTTAACCCAGAGCCACTTATC +ACATTTAATTTTCCATTTATAAGTCAAGGTGAAGGTGGTCTAATGGGTATTGCACTAGAT +CCAAATTTTTTACAAAATCATTATATATATGTTATGCATACCTATTCAAATAATAATAGA +ATCTATAATCGTGTTATAAGATTAGTTGAAAATAACAACAAGGCATCTATTGATCGTATA +CTTATGGATAACATTCCTGGAGGTCAATTTCACAATGGCGGAAGAATAAAGATAGGTCCA +GATAAAAAACTTTATATAACAACAGGTGATGCCGAAAATCCTGCATTGGCGCAAAATATA +ACAAGTACTGCTGGTAAAATACTACGAATAGAGCTAGATGGTAGTATCCCAAAAGATAAT +CCATTTGTTAACTCACCTGTTTATAGTTTAGGTCATCGAAATCCCCAAGGATTAGCTTGG +AATTCTCAAAATATACTATACTCTTCAGAGCATGGTCAATCCGCACATGATGAGATTAAC +ATTATAACAGTTGGATTAAATTACGGTTGGCCTCTTGTTCAAGGAAACGAAGACACTTCA +GAAATTATAACTCAAAAGCCTCTAGCTCACAGCGGAGAGATTACATGGGCACCATCTGGT +ATTACTTTTGTAAATCAAGGAGTATGGGAAGGAAAATTGCTTGTTGCTACTCTTCGTGGA +CAACAACTACTTGCTATATCGTTAAACGAAAAAGGCACAGCAGTAAAGGATATAACGTCA +TGGTTAGGTAATGAATATGGACGTCTTCGTGAAGTTATTCAATCCAAAGATGGCTCAATT +TATATTACAACAAGTAATAAAGATGGTAGAGGAAACCCAGATATATCTGATGATAGAATT +ATACGCCTTATACCTAAATAA +>sugC_1 +ATGTCTAACGTAACATTAACAAATATTTGTAAGTCTTACAGTAATGGTTTTAATGCTGTT +AAGAATGTAAACATTGATATACAAGATAAGGAGTTCGTAGTTTTAGTAGGTCCATCTGGA +TGCGGTAAATCTACTACATTAAGAATGATAGCTGGCCTTGAAGAGATTTCTTCAGGAGAA +TTACATATCGGGGATAGATTAGTTAATGATGTAGATCCAAAAGATAGAGATATAGCTATG +GTTTTCCAAAACTATGCTTTATATCCTCATTTATCAGTTTATGATAATATGGCATTTGCT +TTAAAACTTAGAAAAATGCCTAAAGATGAAATAGATAAAAAAGTAAAAGAAGCTGCTAAA +ATACTAGACTTAGAAAAAGTTTTAGATAGAAAACCTAAAGCTTTATCTGGTGGACAAAGA +CAAAGGGTTGCTCTTGGTCGTGCTATAGTAAGAAATCCTCAAGTTTTCTTAATGGATGAA +CCTTTAAGTAACTTAGATGCAAAACTTAGAACATCAATGAGAACTGAAATAAGTAAATTA +CATAAATCTCTTGGAACTACATTCATATATGTAACACATGACCAAGTAGAAGCTATGACT +ATGGCTGATAGAATAGTTGTTATGAAAGATGGTATAGTTCAACAAATAGCTACTCCACAA +GAAATTTATGATCATCCAGCTAATATATTCGTTGCAGGATTTATTGGTGCTCCTCAAATG +AACTTCATCAATGTAAAAATAGAAGAAAAAAATGGGGAAATATATGCATTTAATGAGCAA +ATAAACATACATTTAAGCAAAGGTAAGTGCCAACCACTTGTAAAAAACGGATATGTTGGA +AAAGAAGTTGTTCTTGGTATAAGACCCGAAGATATACATATAGAAGATTTATTCATTGAT +AATAGTTTAGATACTACTTTTGAAGCTGAAGTGGAAATAAGTGAATTAATGGGTGCTGAA +ATTTATGCTTACTTAAAATTAGGAGATTCAACTGTAACTGCTAGATTTGATGGTAGATAT +AGAGTTAAATATGGCGATAAGATAAAACTTGCTATGGATAAAGAGCATTTACATATATTT +GATAAAGAAACTGAATTAACAATAATATAG +>group_1096 +ATGAAGTATAATGATTTTGATGATTATAAATATAATGGTAGACCTATGAAAAAACCTTGC +TGTAAACCTTTGGAAGATCCTTGCAATGATAAATGCGACAAACCTTGGGATAAAGACTGC +GACAAACATGATAAAGATAAGAAAGAAGATTCTTGCTGTAATTGCGATATGAGAGATGCT +TTAAAACTATTATTTGATCCATCAGTAAAAAATGATGTTGACTTTGATGAATTTGCATTT +ATTGGTAAAAACTTCATCGTTGGAGCTTTTATTGATGAAGAACCTAATGCAGATGAGGAT +AATATTAATATCGACGATGCCAAATTCCAAGCTAGACTTGTATCTGTAGATAATTGTAGT +TGTGATTTAATAAGAATTGAAAGTGATTCGGTATATTATCCTGTTCCTGAAGAAAAAAAT +GAACAAAAGGAAGTTACTTTTAATATATCAGTTGCGTATGCATCTTTATGTGATTTAGAT +GCTATTGCATTTAATATTGACAATGGAAATAATTTCATTAGAGATTTTGTTAAATTACTT +GATAAAAAACATCAATGTAATGATAGAAAATGTAATGAATGCGAATGTAAATGTAATAAA +GGCATCTTAAAGAACCTTTTCAATCCTTTTAGCTCTAATACTCAAGTTAACTTAACTGCT +GGTTCATTAGCTTTATGTGATGCTAAAGTATTAGGTAGATTAGGAAATATTTTAGTCCTT +AGCAAATCCGACAAAGATAGAATATACTTTGTTTGTATAAATTCTATAGGATTTTTCGGA +CCAGCTTTATAA +>rbr3B_1 +ATGAAAAAATGGGTTTGTACTGTATGCGGTTATATTTATGAAGGTGATGCACCACCTACA +AAATGTCCAGTATGTAATGTTGGTCCTGAAAAGTTTGAAGAATTGAAGGGTGAACTAAAA +TGGGCTGATGAGCATAGAATTGGTATAGGTCAAGGTCTAGATGATGAAATACTAGAAGGA +TTAAGAGCCAATTTTATGGGTGAATGTACAGAAGTAGGAATGTACTTAGCTATGTCTAGA +CAAGCAGATAGAGAAGGATATCCAGAAGTTGCAGAAGCTTATGCTAGAATAGCTTATGAA +GAAGCTGATCATGCAAGTAGATTTGCAGAAATGTTAGGTGAAGTAGTAGAAGCAAGTACT +GAAAACAATTTAAAGGCAAGAGTAGAAGCAGAATATGGTGCAGCTGAAGGAAAATTAAAA +CTTGCTAAGTTAGCTAAAGAACAAGGATTAGATGCTATACATGATTCTGTACACGAAATG +TGTAAAGATGAAGCTAGACATGGAAGAGCCTTCCTTGGATTATTAAATAGATATTTTAAG +CATAAAAAATAA +>group_767 +ATGAATCAATTAAGTGCATTCAAGATAGCTTTAGCAGTAATAGTAGGAGTAAGTACAGTA +ATATCTGTGATTTTCAGATTAAATAAAAAAGGTGTAGCTTCTAAATAA +>tabA_1 +ATGATATTTGGGAATATAAACCATGAGAAAACTTATTCAAATTTAAGTAAAGATTTGCTA +ACATGCTTTGAATATACAAAGAAGAATTCTTTAGCAGATTTTGAAAAAGGTAGTTATAAA +ATAGATGGAAATGAAATCTTCGTAAATATAGTAGGATATGAGACTTGTGAAAAAGAAGAT +AGATTTTGGGAAGCTCATAAAAAATACATAGATGTTCATTTACTTCTTGAAGGAAGTGAA +AAAATAGCATTAAATTTTATAGAAAACTTAGAGCAAAAAGAATATGAAGAAGAAAGTGAT +TTTCTACCTCTAGAAGGTGAACCTAATTCATATGTGGAGTTAAAGAAAGGTGACTTTTTA +GTGTGTTACCCTGAAGATGCTCACATGACTGCATTAAAAGTAAAAGAAAAAGAAAACATT +AAAAAGGCTATTTTTAAAGTTATAGTAAGGCAAGATAATTAA +>rcsC_9 +ATGGAAAAGATATTAGATTTAGTAAATGATTATATTATAATTTTAGACTCAAGTGGTGAG +ATAAAATTTTGTAATAAAAGTGCGTTAACAAAACTTGAATATACTTTGGATGAGTTAATA +GATAGTGATATAGATGAAATTCTTTATGATAAAAATGAAAAATTAAAAAAATATATAGGA +AAAATTAATAAACAAGAAAATTTAGAAATAACTTTTGATTTATGCTCTAAATATGGTAAA +AAAGTTTCTTTATATAGTGAAGTTGTAGTAGAGTCTTTTGAAGGTAGAGAATATATAATT +ATCGTAGCAAAGGATAGTTGTGAAAGAATATATAAAAGAGAAGATTTAGAGAAAATTTTA +GATAACTTAGATATTAATTGCTGGCTAAAAAATATAAAAGGTGAGTATATATATGTTAAC +AAATCTTATGCAGAGGAAATGAAGGATGATAGATTAAATATACTTGGTAAAACGGCTAAG +GATTATTGGAGTAAAGAGGAATGTGATTCTTTTACAGCAATGGATAGAGAAGTTATAGAA +AGTAAAAAAATTCAGTTAACGGAAAATTATAATTGCCAAGAAGATTCTGAGTCATGGGTG +GAGATTTATAAGGGGCCTATATTAGATAAAAATAATGAAGTCGAGTTTATTATTGGATAT +ACAAAAGAGATAACATTACAAAAAAAGTTAGAAAATGAAATGTATTTAGGTCATAAAGAA +ATGAATAACTTAAATAATATACTTATGAACACTAATTCAAATAATAGTATTCAAGACTTA +ATAAGTAATATAGGTGAAAACATAATAAATTATTTTGATTGTGATGGAGTATCCGTTTTT +TTAATAAATAAGGAGAAGTCATATTTAGATGTAGTTTTAAATATTGGTGAAGCAAATAAA +TATAATCCTGGTGATGAAATTCTTGAAATTGATTTAGATAGGATTGATGATTTAAGGAAT +GTAAAATACTTAAATGGTATTTTTAATATTAATGATATAGATAATGAAGTTTTAAAAAAA +CATATGCTAAAAAATAAAACAGAAAATATTGGAATTTATACTATGGAATTTAATGATGAG +ACTATTGGTTTTTTAGTGCTTAAATTTTTAGCAAATGATACTTTAAGATTTAATAAATTC +GATTATTTAAAGACTATATCAGGAAATATTGCTACTATGATAAAAAGTCATACCTTATCA +AAAGAAGTTAAAGAAGAGTTTGAAAAACGTAGACAAATAGAGAGTGAGTTGGAACTGTTA +CTAGAAATATCAGTAGACCTTATAGCTAAGATAAGTGTAAATGGAGAAATAAAACATTTA +AATAGTAATTGGTCAAAAACTTTGGGGTGGTCTCAAGAAGAACTACTATCTATGAATATA +CTGGATATAATTCATCCAGAATATAAAGACGAGTATAAAAAAATTATGAATGATTCAAAA +GATGATACAGGTTACATAGTTATTAAAATGATTTGTAAAGATGATAGTTATAAATGGATA +GAAGTTAATTATAAGATCTTGAGAGATGAAGATAAGTTTATAATTACAGCAAAGGATATG +ACTGAACAGCGAAAACAAGAACATGAAAGAAAAATTCTACAAGAAGCTATCCAAATGGAA +AGTCTAAAGAATGAGTTTTTTGCAAATATATCTCATGAGTTTAGAACTCCACTTAATATA +ATATTAGGAACAATGCAGCTTATGCAAAGAAATGTTGATAAGAATAAAATCACTTGGGAT +GATAGTTTAAATTTGGAGTCTCATATAAACTATATCAAACAGAATTCATATAGATTATTA +AGGTTAGTAAATAATCTTATTGATATTACTTGCATAGACTCAGGTTATTATAAGTTACAG +CTTGGAAATTATAATATTGTTGATATAGTAGAAAACATAACATTATCAGTAGCTCAGTAT +ACAAAAGATCATGGGGTAGACCTTATATTTGATACGAATTGTGAAGAAAAAATAATTGCT +TGTGATCCAGATAAAATAGAAAGAGTAGTTTTAAATTTATTATCAAATGCTATAAAATAT +ACTGATAAATATGGATGTATATGTGTAGAGTTAGAAGCAGATGATGAAATAGTAAAAATA +TCTGTTAAAGATAACGGAGTTGGTATGTCTGATGATAAATTAGATGTTATTTTTGATAGA +TTCAAAAAAATAGATAATAATTTAAATAGAAAATGTGAAGGAAGCGGAATAGGATTATCT +TTGGTTAAATCTTTAGTAGAACTTCAAAAAGGAAATATATATGTAAATAGTGAAATAGGT +AGAGGTTCAGAGTTTACTTTTGAATTACCGAATAGAGTTATTAATGATAGTTCAAGTGCT +ACTTTAAATAGAGAAATATCAAAAATAACACAAATAGAAAAATGTAACATAGAATTTTCT +GATATTTACTCATAG +>group_645 +ATGGGCGTAAAAATTCTTTTAAAAAACACCTTGAATATATTTAAGAAAAAGAAAATACAA +TTATTGGCTGTAGGGATTATTATAGCACTTAGTTCTTTTTTATATACTACAATGTTTTAT +ACATTAGATAGTTTAAAATCTCCTTTTGAAAAATTTGTATCAGATTATAATCAAGAGGAT +TTTTCAGTTGAAATAATAGATGGGATAACTAAAGGTGATATAGAAAGCTTAAGTAAAGAA +GATAAGGAACTAATAAATAGTATGCTTGCTTATAGCTTAGGAGATGTAAAAAGAGAAAAT +GAAAGTTTATACAATAATATTATAGAGAATCGAATTGATAAATTTGAATCAGAATATGAT +GGATTTCAATTAGAGCAAAGAGTTTATAAAACTGTAAACTATGAAAGTGAATCAAAAGGA +AATAAAGCGACTTTTGTGAAGGATGGAGAAAATATAAATCTTTCATACATAGAAAAGGGA +AATAAGCCTAGTAGTGATAATGAAATTGCTATAACTCAAATTTATGCAAAGAAAAACAAC +TTAGAGTTAGGAGATACAATAGATATTAACAACAAGTCATATATTATTACAGGTTATGTA +TTATTTCCTGATATAACATTACCTGTAAGTGGAAAAGATTTTATTATAGATAATTCTAAA +ATAACATTAGCTCTTGTAACGGATAATGAATATGAAAACATTAAAGGAAAAGAGTCAATT +TATTTTTCTGGGATTGTAAAAAATAAAAGTTCTCATAATATGAAAGATGAAAAATTTAAA +GAAAATTATAATAAAGTAATGAAGAACTTTGATAAAAAGGTAGTAAATACATTTAGTAAA +AAAGATAAGTTAGATTTTATAGCGAACATTATATCAACTAAAAATCAAATAAAAAGTGGG +GCTATATATGAAGAGTTACAAGCTGGTCAACAAGCCACAATAGTTTTAAGTATAATTATT +TCAAGTATAGCAGTTATGATAATATTGATTTTGATTTACAAGATTATAAAAAATGAAAAA +ACGCAAATAGGATTACTAAAGTCTATAGGTTACTCTAAAAACGAGATATTACTTTCTTAC +TTAATAGTATTACTTTTTATATCTCTACCAATGTTGATTTTAGGATATATTGGAGGAATG +TATGCAGCTAATCCTATGAAAAACTTTTACTTAGATTTTTATTTACTTCCTAATTTTCCT +ATTCAAACGAATGTAAGTGTATTGATAATAGCGATATGTCTTCCTATTATAATAATATTA +GGACTTTCATATATTGTAATAAGAAAAATGATATATAAGAAGGCTGTTAGTTTACTTAAA +GCAAGTGAAAAAGAAAAGATAAGCAAGTTGAATAAATTATGTAATAAATTTTTTAAAGAT +GCAAAAGTTCAAACAAAGTTTAAATACTCATTTATATTTAATAACACTAGTAAATTTGTA +GTATTCTTTATAGGAATATTCTTATCTTCTATGCTAGTAATTATGAGTTTTATGATGGTA +GGATTCTTTGAAAAAATGACAACAGATTATTATAATAATGTGGATTATGTTTATGAGGGA +TATGTAGATTTTACAAAAGGATTACCAAAACTAAATGACAATGAAGAACCTTTCATAAGT +GTTGACAGTGTTAAATATGAAGGTAAGAGTATTAATATAAAAGGTCTTTTAGCAGAAAAT +AAATTGCATAAGCTATATAATAAAAAAGATGTAAATATAACAGAAGACTTAAACAATGGT +GTAATCATAAATACAAGTTTCAGTAAAATTCATAATCTTAAAAAAGGTGATGTTGTAGAG +CTTGAGATAAATGGCCAAAGTTTAGAAAGAAGAATTGCTAATGTATCTAAGGATTATGGA +ACAGAAACTATATATTGGAGACTAGAGGACATAGCAGAGATAATAACTCATGGAAAGAAT +TTAGGGATAGGAATAAATGAAAATTTCTTCAATGCTGTATATTCAAAGCAAAAATTAGAT +GATGGAATTTATGTAAGCATTATAAATAAAAATGATATAATGGATCAAAGCGAATTGATG +CAAAAATTTATAGAAATATCTGTATATTCAATGATTGGATTTGCTATATTTATTGCAGTA +CTAGTACTTTATATACTTACTACTTTAACTATTGAAGATAATTATTATAATATATCTTTA +TTAAAGGTAATGGGATATTCTAGAAAAGAAGTGAACTCTATGATTTTGAAAAGTTATCTA +ACGTACGCAGTATTATCTTATTTTATAAGTATTTACTTAACTGTAGTAGGATTTAATTAT +GTTATAAAATATATGGGAAGAATGTTTGGTACAGTTATGCCATTTGAATTTCATATATGG +CATTTATTTGCGGGGTTAATAATTATTATTTTGATATTTATACTTGGAACTTACGCTGCT +AAGAGAAGAATAAACAAAGTATCTCTTCAAGAAGTATTAAAGGCATATAGAGAATAA +>group_692 +ATGAGCATTACATTAAAAAATGTAAGCAAAATTTACAAAACTGGTGACATAGAAACAATT +GCATTAAAAAATATAAACTTAGAGATAGAAGATGGAGAGTTTGTAGTAATACTTGGCCCA +AGTGGAAGTGGAAAGAGTACACTTTTAAATGTAATTAGTGGATTAGATACTCCAACAACT +GGAGAAATATATTTTAATGATATAAAAATAAGCGATTACAATGAAGAAAAATTAACTAAG +TTTAGAAGAGAATATTTGGGGTTTATATTTCAGCAATATAACTTATTACAAAATCTTAGT +GTAAGAGAAAATGTAGAGATAGGATCAGCGGTAGGAAAAAATCCCCTAGGAATAGATGAG +GTATTAAAGTCAGTATCTATGTATGAAGAAAGAAATAAATATCCGTATCAATTATCAGGT +GGTCAGCAACAAAGAGTATCTATAGCCAGAAGTATTGCTAAAAATCCAAAAATATTGTTT +TGTGATGAACCTACAGGTGCCTTGGATGAAAAGAATGGAAAACAAATATTAAATATTATT +CAAGTAATGAATAATAACTTAAAAACTACAACAGTAGTAATAACTCATAATACAAATATT +GCTTATATGGCAGATAGAATAATAAAAATGAATTCAGGTGGTATTGTAGAAGTCATAGAG +AATCAAGATAAAAGAAAGGCAAGTGAAATATTATGGGCGTAA +>ubiE_1 +ATGGGTCAAGTAGATTTTTTTAATTGTGTAGCAAAAAATTGGGATAATATGATTGAAGTT +AATGATTCCAAAATAAACTATCTCTTAAGTAAATTAGAAATAAAAGAAGATGATAGTATT +TTAGACATTGGTACTGGCACTGGTGTTTTAATTCCATTTTTAGATAATCTAATTCCAAGT +GGATTTATAAGAGGTATTGATATATCTAAAGGAATGCTTGAAGTTGCGCTTGAGAAGTAT +GGTAACAAATCTAATATAGCTTTTGATTTAGTTGATGTCGAAAATGATGAGATGCATTAT +GTAGTAATACATAAAAAGTAA +>group_670 +GTGGGAAATATATATTTAATATGCGCAATGATAAGTGGTAGATTATTTGCAATAGTAGGT +GCTTACCTTGTATCTTTAACCTTAGCTCCACAAATAAGCGCAATTGCTTATGTCGTTAGT +GGCCTTTCTACTGCAATACCTGGTATGATAATCCAACTAATATTTATACCTATTTTAGTT +AGCTTATTATTAAAAAATAAGGAAGTTGCAAAAGCAATAGCTTAG +>group_640 +ATGAATTTATATACATCTCTAACTTTAAGATATTTAAAAGAAAATAAAAAAAGAACAATA +GTTACTATTATAGGTATAATACTGTCTACTGCACTTATATGTGGTATAGGAAATATATAC +GAAAGTTTTATGGACTATCAAATAAGAAAAACTATAGAAAATGATGGAGATTTTCATGCG +ACTTTTTATGATATAAAAAAGGATGATTTAGATTATATAACAAAGTCAGCAGGACTTACT +AAATCAGGTCTTAGTAATAACTTAGGATATGCAAAAATAAAACCAGATAAAGAGAATTTA +ATGCAAGTTAAAGCATATGATAAAACTACTTTTGATGGTTATCAAATAAAACTAAAAGAA +GGAAAACTTCCAACTAATAATAAAGAAATAGTATTAAGTGAAAATATTGTATCAAAAATT +GATAAAAAAATAGGAGATACAATAACTCTTGATATAGGAAAAAGAGTAGATGAAAATGGA +GAAGAAATAAGTGGATGGCAAAGTGAAAATGAAACTTTAAAAGATACTAAAAGCGAAAGT +TTCAAGATCGTAGGAATAATAAATAAACCAGGATTTGAGTATGAAGGTGGTATTTTAACT +GGTATAACTTACTTAGATATAAATAATCAGCCAGCTAATGATTCTTTTAATGTTTCTATT +GCTGTAAAAAAACCAAAAGAAGTATACACTATAGCATCACAAATATCAAAAAATCTAGGG +TTAAAATCAGGAACTAAAGAAGAATGTAATGAAGAAAGCGCTGAAGAAAATAGTTCAATG +CATTATAGTAGTGATACAGATGAATTCTATGAAAGTTTAAGTTTTAATGAACATTTATTA +AGACTACAAGGTGCTAGTGCTTATGCCAATATAAATGATAGTATGACATCAATTATAGCT +TTAGTTACAACATTAGTTATAGTATGTACTATTGCAACAGTATACAATTCATTTAGTATA +TCTATAAGTGAGCGTAAAAAACAATTTGGAATACTTAATTCTATTGGAGCTACAAAGTCT +CAAGTAATGAAGCTTGTATTTATTGAAGGTATTTTAGTTAGTATAGTTGCGATACCTATA +GGATTGATTTCAGGTACAATTGCTATAGATTTAGTATTTAAAGTTATCCAAGCATTCTTT +AAAACTTCATTTATAGCGGACATGAATTTAAGAGTAGTTTACAACCCAGCTATAATGATA +CTTAGTACAGTTATAGTTTTAATTACAATATTAATATCTGCATTATTACCAGCTATAAGT +GCGGCTAAAACATCACCACTAGAGGCGATAAAAAATAGTGGAAATTATAAATTAGGCAAA +ATAAAAGACTCTAAATTAGTTAGATTATTATTTAAAACCGAAGGAGTACTTGCTTATAAG +AATTTAAGAAGAAATAAAAAGAAATTTAGAACAACTTTATTCTCCCTAATAATTAGTATC +GTAATATTTATATCATTTAGTGGATTTATGACACTATTTTTAAAAGCAAATACAGTTCAT +ATGGGTCAAATAAACCATGATATATATATGTATAAAAATGGTAGTAGTGAAGATATAAAA +ATAATAGATGAATTAAAAAATATTAATGGGATAAAAAATATTGCTATTAATAATGATTAT +GGAATAGGGCTAAATGTTAAAGAAAATGATATAAATACGACATATAAAGATTTAATTGAT +AATTATTATACTAAAGAAAAAGTGGGAAATGAATATTCATATGATTTTATTAGTTCACTG +GTGAAGATGCCTGGAGATATAGCAATAAATAATCTTAAATTAAAAGATGGAAGCTTTGAT +AAAGAAACTGCTATAAAAGAAAATGGAGTAATACTAGTAAGAGAAAGTTACTATGAAGAA +AAAGGGAAAAAAGGGGAAGTTGTATTAACTAATTATAAGGTAGGAGATACAATAGATGCT +TATATTACAAACTATGATCAGGATACAGATAAAGAGATAAAGGAAAATATAAAATTAAAA +GTAATGGCTATAACTGATGATTTAATTCCAGGAAGTTATAATTACAATTATATGGGGATT +GATTTTATTACTTACGATGAGGTCGGAGAAAAACTAGGATTTAAGCCATTAAATGGTTCT +ATATATATGAGTACAGATAAAGAAGATAATACAAGAAAAGAAATAAAAGAAATTGCCGAT +AAAGAAGGCTTTAAAGTAATTGATGAAATAGAAGAAGCAAAAGCAATGGAACAGTCAATT +ATGGCAATGCAAGTATTTGTATATGGGTTTATAACAGTTATATCATTAGTAAGTGTAACT +AATATTGTAAATACAATAAGCACAAATATAAACTTAAGAAAAAGAGAACTTGCTATTATT +AAATCAATAGGAGTTACACCTGGTGGATTTAATAAAATGATATGTTTAGAAGGTTTATTA +TATGGAATATTATCATTATTATATGGACTTCCGATAGGTATAGGTATGGTAGTACTTATG +AATACTTTACTTGGAGATGTTATTCAATTTGGACTTGTACTTCCATGGAGTGGAATTATC +ATATGTATTGTAGGAATATTTGTAATAACATTCATTGCATCATATATACCAATGAAAAAG +ATAAATAAAGAAAATATAATAGAAAATATTAGACAAGAAAGTATATAG +>group_715 +ATGGAAATTTTAAAAGTAGAAAACTTAACTAAAAGTTATGGTAGTGGTGAGGCAAAAGTA +GATGCCTTAAAAAATGTAAACTTATCTATAAAAAAAGGTGAATTTGTTGCCATAGTAGGA +CCAAGTGGTAGTGGTAAAAGTACACTTTTACATCTACTAGGGGGAGTTGATAGGCCAACT +AGTGGAAAGGTTTATATAAATGACGTGGATATATATAACTTAAAAGAGAAAGATTTATCA +ATATTTAGAAGAAGAAATGTAGGACTTATATATCAGTTTTATAATTTAATACCAGTATTA +AGTGTAAAGGAGAATATATTACTTCCAGCAGAGTTAGATAATAGAAAGATAGATAAAGCA +TTTTTAGATGATTTATTAAAAACCCTAGTACTTAAAGAAAGAGAAAATCATCTTCCAAAT +GAGTTAAGTGGGGGTCAACAACAAAGAACATCAATTGGTAGAGCTCTTATAAATAGACCA +TCAATAGTTCTTGCAGATGAGCCAACAGGAAACTTAGATAGTAAAAACTCAAAAGAAGTT +TTAGAATTATTAAAGTTATCAGTAAAAAAATATAATCAAACATTAATAATGATAACACAT +GATAATAATATAGCACTTCAAGCAGATAGAGTTATAACTATAGAAGATGGAATTATAAAA +AGTGATGAGGTGATATAA +>regX3_1 +ATGACAAATATATTAATGGTGGAAGATGATAGTACAATAGCCTTTGGTGTAAAATATGCT +TTAGAACAAGAGGGCTTTAATGTGGATATATGTAAGGATTTAGAAAGTAGTAGAGAAAAT +ATAGAAAAAAAAGAATACGATATAATTCTTTTAGATGTAATGTTACCTGATGGTAATGGT +TATGATTTATGTAAGGAAATTAGAAATATTCAAGATACTCCAATTATATTTTTAACTGCA +TGTGATGAAGAAGTAAATATTGTTATGGGCTTAGATATTGGTGGAGATGATTATATAACA +AAACCATTTAGAGTTAGAGAACTTATTTCTAGAATAAAAGCAGTACTTAGAAGAAGAGGC +AAGAATAATGAAAGTAAGAAAGTCTTAAAGTTTGGAAATTTAAGCATACATACTTTAGAA +GCTAGAGTTTATAAAAATGGAGAAGAAGTTTTCTTAACTTCAGTAGAGTACAAGCTGTTA +TTAATCTTAATACAAAATAAAAATACAGTATTAAGTAGAAGCCAGATATTAGAAAAGCTA +TGGGACGTTACTTATGATTTTGTAAATGATAATACACTTACAGTTTATATAAAAAGGCTT +AGAGAGAAAGTCGAGGATGATTCAACTGACCCTCAACACATAATAACAGTAAGGGGACTT +GGATATAAGTGGAATGGATGTGAAAATGATGTTTCTATCTAA +>group_934 +ATGATTAAATATCTGATAGCTAAAGTAGCCCAAGAAGAAGCAGAAAGAAGAATGAAAGAT +AAAAAAATGATGATGTATGCAGCTGTAGGTGTTTTAGCAGGTGTAGGAGCATATGTTTCA +TATAGAGCCATAAAAAACTGCATGGCTGATAGAGAATTAGAAGAAGACTTAGAGTATTTA +CAATCTTATGAAGATGAATTAGACCAAGATTATTATGAGAATGAATATATAAAAGAAAAA +ACTAAAAAAAGAGAAGAAGCTGAAGATAAAGAACTAAGGGAAAAAGTGGATGAATTTAAC +TCAAGAAGATTAAATTTTGAAAATGAAGATATAGTATCACCAAAAGAACTAAGCCATTAT +GTTGATCAAATAAAAGTAGACAAAGATAATACTGATATAAATGAAGAAGATTCAAGTAAA +GAAAAATATGATGAATATGATGAATAA +>group_990 +ATGGTTTTAAAATTAGATTTTAATAGCGATAAATCTATTTATATACAAATTACGGAAGAA +ATAACAAAAGCTATAGCCAAAGGAGAACTTAAAATTAATGAATCATTACCTTCGGTTAGA +AGTATGGCCGAAAGTATCGGTGTTAATCTTCATACAGTAAACAAAGCATACAATCAGTTA +AAGGATGATGGATTCTTAAATATTGATAGAAGAAAAGGCGCTATAGTTGCTGATTTACCT +ATGAAAGAATATAGTAAATCAAGAAAATCGGCTAAAAATGAATTAGAGCTTTTAACTGCT +AAATCTTATTTATCTGGTATGACTAAAGAAGAATTTTTAGAGCTAAGTAGCAAATTATTT +GATTCTTACGAGGTGAAACATTATGAATAA +>group_889 +ATGAATAATATATTAGATCTAGCTTCATATTTTCTACAATTGATAATTTTATATCTCGTT +TTTAGTAATATGAATATTCTTAATGGAAATAAGTATTTGTACGGTGTGAATATAGATAAA +AATTATATTGATGAAAATCAAATAAAACTTATTAATAAAAATTTTCGAATTCTTCATACT +ATAGGATTTATTGTAATATTTATTTTACTTATCATATATTCGTCTTTATCAAATGATATT +GAAATAGGATTTACATTTGCATTGATTAGTTATTTAATATATAGCTCTATAATTTATATA +ATAATTCATAATAAAATAAAAAATATTAAAGCAGATTTATTAAAAAACAATATAATTGCA +GAAAGAGAAACTGCTCAAGTATTCGTAGATATGGAATTCTTAAATGAAAGAGATAAATTA +TTAAATAAATTTAAATATTTATATCTAATACCAATACTTATAGTTTTAATCGGATGTATA +TTAACATTAATAAATAAAAATAATTTAGGTGAGTATATACCAACACAATTTGATTACGAT +GGATCTGTTCAAAAATTTATTCCAAATACTACTATTAATTTATTAGGAAATTTAATATCA +ATGTTAGGGTCAGTAATTTTAATAAGCTTCATAAGTATTAGTTCTTTAAAGTCTAGATTA +AAAGTAGATCCTGAAAACATTGAAATAAGTAAATATGAAAATATAAAATTCATAAAAAAG +ACTGGATATGGTTTTTTCATATTAGAGATTTCATTGGCACTAGTTGCTATTTGCGTATTT +ATAAGTATGTTTGGTTTAAGTATTAATACATTTATATTTAAAATAATAACATTCATTACT +ATAGTTTCAGCAATTTTATTATGTTTTACTTTTGTAAAATCACATAATTCAAGACCCTCA +TATTCTTATTCTTCTGAAGATGATGAGAAAAATTGGATTTTAGGTATGTTATACAACAAT +CCTAATGATCCATCTTTTATGGTTCAAAAACGTTTTGGTATAGGATGGACTATAAATATA +GGTTCACCTTTAGGAAAGGTATTTTTTGTAGCTACTATAATAGCCCTGGGATTTTCATTA +TTTAGTTTAATAAAAAATATAATTTAG +>puuR_1 +ATGAGTGATATAAATATAGGTGAAAAAATATCTCTAATTAGAAAAAAGCAAAATTTAAGC +ATTCGTGATTTAGCAAAACTAGCTGAAGTTACACCTTCTCTTCTTAGTCAAATAGAAAGA +GGTCTAGCTAACCCTTCAGTAAATTCTTTAAAATCAATTTCTTCTGCTTTAAATGTTCCT +CTTTTCACATTCTTTATGTCTGAAGTTAATAAAGAAGAATTAATAGTTAGAAGTGATAAT +AGAAAAAAAGTTATATTACCAGGAAGCGATGATGTTATTTATGAAATTTTGTCTCCTAAT +GATAGTTCTAATGATTTGGAATTTGCAATTATGAACTTAGCTCCTAATACTTCATCATGT +AATGATCCTATACATCATAAAGGTTATGAAATTGCTTATATCCTAGAAGGTGAAGCTGTT +CTCTATATGGATGAAGATAAGTTTACATTACATAAGGGTGATAGTGTAAAGGTACCTGTT +GGAGTTAATCATAGATGGGAAAATCAATCTGATAAAGAAAGTAAGGTTATATTTGCTGTT +GTATTATAA +>asnA +ATGTGTTTAATAATACCAGAAAGATATGAAACTAGCTTAGGAGTAATAGAAACTCAACAA +GCAATAAAAGATTTAAAAGACTTTTTTGAAAATAGATTAGGAGAAGCATTAAAACTTACA +AGGGTATCATCACCATTATTTGTATTACCAGAAACAGGAACGAATGATAACTTAAGTGGA +ATAGAAAAGCCTGTAAGCTTTGAAGTACCATATTTAAAAAAGGATGCGGAAATAGTACAT +TCTTTAGCCAAATGGAAGAGAATGGCTCTTAAAAAATATGGTTTCCAAGTAGGTAGAGGT +CTATATACAGATATGAATGCTATAAGAAAAGATGAAGAATTAGATAACCTTCATTCTTTA +TATGTAGATCAATGGGACTGGGAATTAATAATAAATAAAGAAGACAGGACAGTAGATACC +TTAAAAGAAGTTGTAAAAATTTTATATAAAGTTTTTAAAGAAACAGAAGAACATGTACAC +AGTATATATCCAGAAGTAAGATGCCCTTTACCAGAGGATATAACTTTTATAACTTCTCAA +GAACTATTAGATATGTATCCAGATTTGACACCAAAAGAAAGAGAAGATGCTATAGTTAGA +GAGAAGAAAGCCGTGTTTTTAATGCAAATAGGGAAGGTACTAAGTACTGGTGAAAAACAT +GATGGAAGAAGTCCAGACTACGATGATTGGGAGCTAAATGGAGATATATTATTCTATAAT +CCTGTATTAGATAATGCCATAGAGTTATCTTCGATGGGAATAAGAGTAGATGAAGAAAGC +TTAGAAAGACAACTTAAAATGTCAAAATGTGAAGATAGAAAAGAATTAGAATATCATAAG +GCATTATTAAATGGAGAATTACCATACACAATAGGCGGGGGAATAGGCCAATCTAGAATT +TGTATGTATTTTTTAAATAAAGCCCACATAGGTGAGGTTCAAGTAGGAATATGGCCTCAG +AAAATGATTGAAGAGTGTAGATTAGCTGGGGTACATTTATTATAA +>group_545 +ATGAAACCAGAGTATGGAGATGTAATATGTGTAAATCATGGTATATATAATCATTTTGGG +ATATATGTAGATGAAAATCATGTAATCCATTATGCTGGTAAAGATGAAGATTTTTTTCTA +AGAAATATGTATATAGATGAAACTGGTATGGAAAAGTTCTTAGGAAATTCCAATAGATAT +TATGTATATAAGTTTCCACAAAAGGCTTTAAAGCCAATAAAGAGAATTAGAGGACAAGGA +TTAAATAGAGGATATAAGGAAAATGCTTATGCTATGTATATGTTATTAAAGTTAAAAAAT +ATAGTTAAGTATAAAATATATTCTCCGGAGGAAACTGTAAAAAGAGCAAGAAGTAGAATT +GGTGAAAGAAGTTTTAATTTAGGATTTAATAATTGCGAATATTTTGCAGTATGGTGTAAA +ACTGGAGTTAGTCAGTCTTATCAAGTTAATTTAGTTTTAGATGCAATCTTTATAAAAGGA +AAAGTGGATATAATCTAG +>group_569 +TTGGGTACTCAAGAGTTACAAATAATAAAATATAAAAAAATGACAGAAGAACCAGTAGAA +AAACTAGTTATTAAAATGGCTATTCCAACAATTATAAGTATGCTAATTACATCCTTTTAT +AATATGGCAGACACTTTTTTTGTAAGTAGAATTAATAGCAGTGCAACTGCAGCAGTAGGT +GTTATTTTCTCTTTGATGGCTATGATACAGGCAATTGGGTTTTGTTTTGGGCATGGTTCG +GGAAATTATATTTCAAGAAAGTTAGGAGAACAGGATATAGAAGAAGCTGAAAAAATGGCA +TCAACAGGATTTTTTTCAGCATTTTTAATGGGAGTTATTCTTGCAATCTTAGGAACTATT +TTCTTAAACCCATTAGTAAAATTTCTAGGTGCAACAGATTCTATTTTCCCTTATGCAAAG +GATTATATGAGGATTATTTTAATAGGTGCACCATTTATGATATCATCCTTTGTACTTAAT +AATCAGTTGCGATTACAAGGAAATGCAGCATATGCTATGGTAGGGATATCAATAGGAGCA +TTGTTAAATATTGTACTTGATCCAATTTTTATTTTAAGCTTTGATATGGGAATAAAGGGT +GCGGCATATGCAACTGTACTAAGCCAAGTAGTTAGTTTTACTTTAATCTTAAAGCTATGT +AATTACGGTGGAACTATTCCAATAAAATTAAGTAATTTTAAACCTAACATTAGTAAATAT +AAAGAAATTATTCATGGCGGACTGCCTTCACTATGTAGGCAAGGTATAGCAAGTTTTGCA +ACTATATTTTTAAATTTAGCAGTAGGTCCATACGGTGATAGTGCAGTTGCAGCAATGTCC +GTAGTAATGCGTGTCACTAATTTCGCAAGTGCTGCTTTAATTGGATTCGGGCAAGGTTTT +CAGCCTGTATGTGGATTTAACTATGGAGCTAAAAATTATAGGCGCGTCAAAGATGCATTT +TGGTTTTGTGTAAAAGTTTCAACTATAAGCTTAACGATACTTGCTATTTTAGGATTTATT +TTTGCTTCTAATATTATAGAAGTATTTAGTAAAGAAGATCCTGATTTAATAATAATAGGT +ATAAAAACACTTAGAATGCAGTGTATGGCATTTCCATTTTTAGGTTGGATAATTTTATGT +AATATGATGCTACAAAATATTGGAAAATACGTTAAGGCGAGTATTTTAGCTATATCAAGA +CAAGGACTATGTTTTATTCCAATAATATTAATATTGCCAAAGATATTTGGTATTACGGGA +GTACAAGTTAGTCAGCCTATTGCAGATATACTTACACTTATAATATCTATACCTATGGGT +ATTATGACATTAAAAGAGTTTAAAAATCTGGAGGTATAG +>rapA_1 +ATGTATATAATAAGATTTAGAATAAAGAAAATAGGTGAGAAAATGGACTTTAAAATAGTA +AACGATGTACTCGTAAAAAATGCGGATAAATCAAGATTGAATAGAGGAACGGATTATTAT +AAAGATGGTTATGTAGAAGAAGTAAAATACACAAATGAAGAGAAGACTTTAAGTATAGAG +GGGCATGTTGGTTCAGAATATCAAAATAGAGTTTACAATAGTTCTATAGTTATAGACTTA +GAAAATAAAAAAGTTATATCAGGAAAGTGTGATTGCCAAGATTGTATGTCTAGAAGTACA +TCAAGCCACTTAGCTATTTGTAAACATATAGTTGCGATAACTTTATATGTGATAAATTTG +TTAAAATCAGATGTGATAAGTAGTTTAAAGCAAACTACTTTTGTTGTTAAAAATAAAAAT +AGTGCAAAAAGAAGTAAGAACTTCATTAATAAAGATTTATTAAATTATTTTAAAAGTAAG +CCTAAGGAAGAAGTAAGTTTGGATATAAAACTAGATCTGATTGGACCAAATACTATAAGT +GCTGATTTTAAAATAGGAATAGATAAGATGTATGTACTAAAAAATCTTAGAGATTTTGCT +TATGCAAGAGCAAATTCAAATGATTTAATGTATGGAATAGATTTCGTATATAATCCAGTT +AATAATTATTTCTCAGAAGAGGATGAAAAAATAGTTGATATGATTGAAGAATACGGAATG +GGACTTTCATATATAGCACCACAAAGAGAATTAAGGTATATGACTGTAGGAGGACCACAA +GTAAGAAGAATAATGGAAGCTTTACAGTATAGGGATTTTGAATTTAAGTTTAGAAATATG +TACTACAATCCAAGAATAATAAAAGGTGAATTACCTATAAATATTAATTTAGAAATGGAT +GATGAGCAAATACTTCTTAATTGTAAAGGAATGTTACCAGTTCCTATATCTCAAAAAGGA +GATGTTATTTTTTATAAAGGAGATATATATTTACTAAGTGCCGAAAGCGGAATATACTAC +AATAAATTATATAAAGTACTAGATGAATTTAAAGAAATCTCTTTTACAAAGGATGAAGTA +AGTGAAGTACTTACAAACGTTGTACCAAAGATAAAAAATATATGTAGTAATGTATTTATA +GATGCAAAAATAGAAGATAATATATCTGGTGAGTTACAAGTAAAATATTATTTCGACTTA +GAAGGAAGTAAAATAACTTGTGATGTTAAATTTGAGTATGAAGGTGAAAATGAAGGTAAG +TTTGTAATAAAAGATATAGAGAAAGAAAAAGAAGCAATATATAGACTTTATACTTATTAT +TTTGAAGAGGAAAAAGGTAAATATATATTTAAAGGAAATGACTATCAATTATATGACTTT +TTAAGTACAGAAATAAATAGATTAAAAAATATTGGTGAAGTTTATTATTCAGATAAATTA +AAAGAGAAAAAAATATATAATTCAGCATCCATAAAAGTAGGACTAGGCGAAGAAGTTAAT +CATTATTTAGATTTTAATTTTGAAATTGAAGGTGTAGATGAAAAAGAATATAAGAAAATA +ATAGATGCTTTTAAGGTTAACAAAAGGTTTTATAAATTAGGAAATGGAAATTTTATAAGT +TTAGAAGATGAAGAAACTAAAGAAATGTTTAAGCTTATGGAAAGCTTAGGGTTTACTAAT +AGCTTAAAAGATATGAAGATACATACAAGCAAAGCCTTATATATAAATGATTTACTTACA +GAAAAGAAATTACCTTATATAAATGGGATAGAGAAGACTGAAGAGATTGTAGAAAAATTT +AAAAATATAAGTAAGATAAAAGGTGAAATACCAAAAGAGTTAAATGCAAATCTAAGAGAT +TATCAAGTAGATTCATTAAACTGGTTTGAAACATTAGATTATTGCGGTTTTGGAGGTATA +CTTGCTGATGAAATGGGCTTAGGTAAAACTATTCAAACTATAACATTTTTATTATCTAAA +AAAGGCAAGAAAAGCTTGGTAATAACTCCAACATCATTAATACATAACTGGAAAAATGAA +TTTGAAAAGTTTGCACCAAGTTTAAGAGTAGGAATAGCTCATTCACTGAAAAAAGAAAGA +GAAAAAGTAATAAGTAACATAGAAGAATATGATGTTATCTTAACTACTTATGGTTCCTTA +AGAAATGACTTAGATAAATATGAAGAAATAAACTTTGATTATTGTATTATAGATGAAGCT +CAAAATATAAAAAATCCAACTGCTATGAGTACAGACGCAGTTAAATCTATAAAGGCTAAC +AATAGATTTGCACTTACAGGAACGCCTATAGAAAATAATTTATTAGAGTTGTGGTCTGTA +TTCGATTTTATTATGCCTGGATACTTATATAATGTATCTAAGTTTAATGCGATATTTATT +AAAGATGAAAGTCATATAGAAAACTTAAAAATGATGATAAAGCCATTTATATTAAGGAGA +ACTAAAAAGCAAGTTATAAAAGAGTTACCAGATAAGATTGAAAAGCAATTTTTAGTAGAG +CTAAATAAAGATCAAAGGAAAATTTATAGTGTATACGTAGAAGAAATACAGAGAAAGCTT +AAAGATAAGAAAGATATAAAGGATAAAATAACTGTACTTTCTTATTTGACAAAGCTAAGA +CAACTTTGTTTAGATCCAAGTGTAATTTTAGATGATTATAAAGGTAAAAGTGCAAAAACC +GAAGCTTGCTTAGAAATTATAGAAGAGTATACAGAGCAGAATAATAAAATTTTAATATTT +TCACAATTTACAAGTGTTCTTAAAAATATAGGGAAGAAATTATCTAAAAATAAAATAGAG +TATAGTTATTTAGATGGACAGACAAAAGCTGTAGATAGAATAAAGCTTGTAGATGAGTTT +AATGAAAGTGATCATAAGAAGGTGTTTTTAATTTCTTTAAAAGCAGGAGGAACAGGATTG +AATTTAACTTCGGCAAATACAGTAATTCATTTTGACCCTTGGTGGAATCCTTCTGTTGAA +AATCAAGCAAGTGATAGAGCGCATAGAATTGGTCAAAAACAAGTCGTTGAAGTAATAAAA +CTTATAGCAAAGGGAACTATTGAAGAAAAAATAGTTCAACTACAGGAAAGTAAAAAGCAA +TTGATAGATGATATGATAGATGGAAATTTATCTGATGGAAGTGTATTAAAAAGTTTATCT +GATGAAGAATTATTAAATTTGTTTAAATAA +>group_565 +ATGAACAATAGAACTAAAGAATATTTAGATATAGAAGAAAATTTTTTATATGAAAATATA +AATAAATTAATAAAAGAAAATGAAACTGAAGTCAATAATTTGAGATATGAGCTAGAAGAA +ATAAATGATTACATGACTAATTGGATACATGAGGTGAAAATACCAATTTCAGTACTTGGA +ATAATAGGAAGAAGAGTAAGTGAAATAGATGGTGGAAAAGCTTATCTAAGGAAATAA +>group_617 +ATGTATTCAAGTAGAGCTGGGAATTATAATTCAGATTTTTTAATTAATGAAGTTAATTTA +GATAGTATAGTTAAAGATGTAATAAAGAAAAATAAATATCAATTTATATATAATAGAATA +GATTTACAAGTTGAAAATGTAGATAAAGTTGTGTTGAGTGATAAAGAATGGCTTACGCAT +ATAGTGGAGCGTATGATAGATAATGCTATTAAGTATAGTGATATAGGCGGGAAAATTAAA +TATAAATGTAATTACTCTAAAAAGCTTTGA +>group_580 +TTGAAGACTAATGACAGAATAAAAATAACTTATAAAAATGATTTTGTTAGGATAATTGAA +AGAAATGGGATTAGAAATTTTTCTTCTTTAGTTGAATGGATGGATAACTTTAATAATAAT +GAAGATGTCGGACTATTAACTTTATCTGGAAGAGACCTTGGAAGTGCTGTTTCTATAAGT +AAAAATAATATAAAATCTATTGAATTTATATAA +>group_576 +GTGAAAAAAATAAACAGTATAGCTATATTATTTATATTTATATTAAGTTTAAGTACATGT +GCTTGTACTAAGAGAAATACTGAAGATATAAGTAATGATACAAATCAAAATAATAACATA +AGTCAAAATACTAATGAAAATCAAAAATTATCTAAAGAGGAATATAAAAAATTATTAGTA +AAAAATTATGAAAAATACATATCTCCTATAGATATAAGAGATGAAAAATTAGATGATATC +CTTGATAAAAATAATAATCTTAATAATGAAGAATTAATTGCAAATTATAAAAACTTATTA +TCTGATAGTAAAAATAATGTAAAGTCATTTGAAGATTCTATAAAGAAAGTAAAAGTAGAA +GACTCAAATATACAAAATTTAAATGATGAACTAGTTTCAAATTTAAATAAAGTTATAGAA +GATATAACTATAAAAGAAGATAGTCTTAATTCAATTAGTGATGATTTAATAAATGGAGAT +AAAAATATTTTAATTAATTATTTAGATGATGAATTAGGTAAAGATACCCAAAATGAAGAA +AGTTTAGATAGAACTTTTGATCAACTTGAAAGTTTATTGGGTATAAAATTTGAGTAA +>btuD_6 +ATGTTAGGGGGATTAAGAGTGATCAGCATTAAAAACGTAAACAAATTTTATGGAACTACT +AAGGTTTTAAATGATGTGAATATGGAAATAAATGAGGGGGAAATTTTTGGAATTATAGGT +CATAGTGGGGCCGGAAAGTCAACCTTACTTAGATGCATAAATGGATTAGAAGATTATCAA +GAAGGAAGTGTTTTTGTAGATAATAAAGAAGTAAAATCTTTAAATGGGTTATCCCTAAGG +CTTTTAAGAAAAGATTTAGGAATGATATTTCAACATTTCTCACTACTAGAGAGAAAAACT +GTATTTGATAATGTAGCTTTACCATTAGAGTGCTTTAAGTACTCTAGAAAAGAAATTGAA +AATAGAGTGTTAGAATTATTAGACCTAGTAGGATTAAGTAATAAAAGAAATTTTAAGCCT +AGAAATTTAAGTGGTGGTCAAAAACAGAGAGTTGCTATAGCAAGAGCATTAGCTCTAAAT +CCAAAGGTACTTCTTTGCGATGAAGCTACTTCAGCTCTTGATCCAAATACTACTAAGTCA +ATACTTTCATTGCTTCAAGATATAAATAAAAAACTTGGAATAACAATAATTATGGTTACT +CACCAAATGGAAGTAATAAAACAAATATGTACTAGGGTAGCAATAATGGAGGGAGGAGAA +GTATTAGAAATTGATGAAACAGAAGAAGTTTTCTTACATAATGGAAAAGGGCTTAGAAAG +TTAATCGGGGAAGAAAATATAGTTTTACCAGAGGGAACTAATATAAAAATACTATTTCCA +AAGAATATTTCTAATGACTGTATAATAACAGGAATGGCGAGAAGTTTAGATATAGACTTT +TCTATCGTGTTTGGAAAGTTAGAAAAATTCAGAGATGATATATTAGGTTCATTAATAATA +AATGTATCCTCAGAGTTTGGGGAAAATGTTAAAGCTTATTTAAATAGTGCAAATTTAAGA +TGGGAGGAGATAACTAATGAATCAAACTAG +>metP_1 +ATGAATCAAACTAGTTTAAGTGAATTTTTGACTGATATCTTAGGGAAAGCTCTTGGAGAA +ACTTTATATATGATAGTTATACCAACGATATTAGCTACGATATTAGGATTTATATTAGCA +ATTATACTAGTAGTTACTAAGGAAGATGGACTTAAACCATGTAAGATTATTAATAAGGTA +TTGGGATTTATAGTTAATATCTTTAGAAGTTTTCCATTTATTATACTAATAGTGGCATTG +ATTCCATTTACGAGAGCAATAGTTGGAACAAGTATAGGTGTAGAGGCAGCTGTTGTACCA +ATAACAATAGGAGCAGCACCATTTATTGCAAGAGTAATAGAAGGTGCTTTAAATGAAGTA +GATAAAGGGTTAATAGAAGCTGCAAAATCATTTGGAGCGACTAAAAGACAAATAGTATTT +AAGGTAATGATAAAAGAAGCAATGCCATCAATAATATCTGGAATTACATTATCAGTAATA +TCAATATTAGGATATACTGCAATGGCAGGTGCAGTTGGTGCTGGAGGGCTTGGTAACGTA +GCGCTTACTTATGGACATCAAAGATTTGACACAGTAGTAATGGTTTATACAGTAATAACG +CTTGTAATAATTGTTCAAATAATACAAGGTTTAGGAAATTTAGCTTATAAAAAGTTAAAA +TAA +>metQ_1 +ATGAAATTAAAAAAAATATTAGGATTAGGATTAGCAGCAGTTATTTTAGTATCAGCGGTA +GGTTGTTCTTCAAGTAAATGGGAAAAAGATTCTGTAGATGCAGCAGATTCATCTGAGGAT +AAAAAAATTGTAGTAGGAGCATCAGCGACACCACATGCAGAGATATTAGAAGAAATAAAA +CCTTTAGTAGAAGCTAAAGGGTATGAATTAGATGTAAAAATATTTGATGATTATGTTCTT +CCAAATACAGCATTAGATGAAGGATCATTAGATGCAAATTACTTCCAACATGTACCTTAC +TTAGAAGAAACAGTAGCTCAAAAAGGATATAAGTTAACATATACGGCAAAGGTACATTTG +GAGCCAATGGGAGTTTACTCAGAGAAGATAAAGAAGTTAGACGAATTAAATGATGGAGCA +AAAATAGCAATACCAAATGATCCTACAAATGGTTCAAGAGCTATACAACTATTAGCGGAT +AATGGATTAATAAAAGTTGCAGATAAAGAGATCTTAACAGTTAAAGATGTAACTGAAAAT +GCTAAAAATATAGAGATTGTAGAAGTAGAAGCTCCACAATTGCCAACGGTATTAGCAGAT +GTAGATGCAGCAGTTATAAATACAAACTACGCATTAAGTGCTAATTTAAATCCTACTAAA +GATGCAATTGCAATAGAATCAGCAGATTCACCATATTCAAATATTTTAGCATGTAGAGAA +GATAATAAAGATAGTGAAAAAGTAAAAGTATTAACAGAGGCATTAACTAGTAAAGAAGCA +AAAGCGTTTATAGAAGAGGAATATCAAGGTAGTATAATACCATCATTTTAG +>group_619 +TTGAATAGAGATTTTTTTCAACAAGATGCTATAAATTTAGCAAAAGATATATTAGGTAAA +TATTTAATAAGGGAATACGATGGGATACAAATAGTAAGTAAAATTGTTGAAACTGAAGCA +TATATGGGTATAAATGATAAGGCCGCTCATGTATATGGAGACAAGAAAACAGATAGAACG +ATGCCATTATATCTAGACGGAGGCCATATATATGTATATTTAATTTATGGAATGTATTAC +TGTTTAAATATATCAGCAAATAAGGAGAATATACCAGAGTGTGTATTGATTAGAGCAATT +GAACCAGTAAAAGGAATAGAAGAAATTTGTGAAAATAGATATAAAAAGAATTATAGCAAT +TTAAGTACTTATCAAAAGAAAAATATTAGCAATGGCCCAGGGAAGCTTTGTATGGCATTA +AATATAGACAAAAGCCTAAATTCTAAAAGTATTTTAGATAATGAATTGTATATAAGTGAT +TTTTATTATGAAGAAGGTAAAAAAATATTTGCAGATTATAAATTTGAAATAGAAATAGAC +AAACGTATAAATATTGATTATGCAGAAGAAGCAAAGGATTATTTATGGAGATTTTATATT +AAAGACAATAAATATGTATCAGTAATTAATAAAAATAAAACTGTGAACAAGTAA +>proC +ATGAAAAGTATAGGTTTTATAGGAGCAGGAAATATGGCATCTGCAATTATTGGAGGAATA +GTAAAATCAAATTTAATAAGTCCGAATAAAATAATTGCTTCAGCTTTAAGAGATTCTACA +TTAGAAAGAGTAAGCAAAAATTTTGGAATTAATACCACAAAAAATTCTAAAGACGTAGTT +ACAAATTCAGATATAGTTTTTATTGCAGTAAAACCAAATGTATATGACTCTGTTTTAGAA +GAAGTAAAAGAACTTATCACTGAGGATAAGATAATAGTTACTATAGCAGCTGGAAAAACT +ATAGAGTCTGTAGAAAATATAATTGGATGTGATAAAAAAGTAGTTAGAACAATGCCAAAT +ACACCTGCTTTAGTAAATGAGGGAATGACAGCACTTTGTCCTAATAAAAATATAAATGAT +GATGAATTAAATGAAATCGTATCAATATTTAATTCTTTTGGGAAATGTGAGATTGTAAAA +GAAGGCTTAATAGATGCAGTGATTGGAGTAAGCGGATCGTCACCTGCATATGTATTTATG +TTTATAGAAGCTTTAGCAGATGGTGCTGTAAAGGCTGGAATGCAAAGAGAACAAGCTTAT +AAATTTGCGGCTCAGTCAGTAATGGGTTCTGCTAAAATGGTTCTTGAAAGTGAAAAGCAC +CCTGGAGAACTTAAGGATATGGTATGCTCCCCAGGAGGAACAACAATAGAAGCAGTAGCT +GTGTTAGAAGAAAATAATATGAGGGCGTCTATAATAAAAGCTGTAACTGCAGCAGTAGAT +AAGTCAAAAGAAATGAGTAACAAATAA +>ecsA_1 +ATGATTAATAATGAAAAAATAATAGAAATAAAGAACCTAAATATGAGTTATGGATCAAAA +CAAGTATTAAAAAATATAAATCTAGATATAAATAGAGGTAACATTATAGGATATATAGGG +CCTAATGGTGCAGGAAAAAGTACTACAATAAAAATAATTTTAGGGCTTATAGGTGGATAT +GATGGAGAGGTGAAAATTTTCGGAAGAGATATTACGGAAGAGGATTTTGAGTATAAAAAT +AAAATAGGATATGTTCCAGAAATTGTTAAAGTATATGAAAGTTTAACTGCGAGAGAATAT +TTAACATTTATAGGTCAATTATATGGGTTAGAATATAAAACTTGCGATGAAAAGGCAAAA +AAGCTTATGAAAGTACTAGATATAGAGAATGCATATGAAAGCAGAATATCTTCTTTCTCA +AAGGGAATGAAGCAAAAAGTAGCTATAATTTCAGCCGTACTTCATAACCCAGATATATTA +TTTTTAGATGAGCCACTGAGTGGGCTAGATGCAAATAGTGTACTTCTAATAAAAGAGATA +ATAAATAAACTAAAAGAAAATGGAAAGACTATTTTCTACTCTTCTCATATTATGGAAGTT +GTAGAGAAAATAAGCGACAGGATAATTGTTTTAAATGATGGAAATATAGTTGCCGATGGT +AATTTTGAAGAAATTAGAAAATCAAGCTTTGATGGTTCTCTAGAAGAAATATTTAATGAA +CTTACTGGTTTTGCTGAGCATAGTGAATTATCGAATGAGTTTATTAATATTTTAAATGAG +GTATAG +>group_601 +ATGAAAAACTTTTTAGCACTTAGAATTTTAGATTTATTTAGAGGTATATACACGAAACTT +GGCGTTGACTATAATATTATGAGATTAATCATACAAGCAAAGCTTACTTTAGATTGTAGA +AGAGTACCAACTATGTCTGAGGGTCCGATTGAAGGCAAGGAGAAAAATTATTTTTACAGT +TCTCTTATTGTTTATGCTATTTTAGGTGTTATATTTCTACCTATAATTTTAATGAATATA +GATTCGAGAATAAAGATGAGCGTTTATTTTTCTTGCTTTATGATATTACTTTTAACAGTA +CTTATATCTGACTTTTCTAGTGTGATACTAGATGTAAATGATAAAGATATAATCGGAATT +AGAGGGGTTGAGCCTAAAACATTAAATGCAGCAAAAACTACGCATATTTTTATATACATA +TTTATGCTGAGTTTATCTATATCAGGATTTAGTTTGATAGCATCCTTAAGATTTGGCATA +CAGTATTTTTTATTATTAGTTTTGAGTATAGTACTTATCGATATTTTGATGATAATAATT +ACTGCTATTATGTATCTCATAATTCTTAAACTTTTTAAAGGGGAAAAGCTTAAGGATATG +TTAAATATATTCCAAATTTGCTTTTTATTATTATTCACAATAGGTTATCAATTTATAGCA +AGAAGTTTTGATTTTATGCATACTGATATAGCTTACAATCAGTCTTGGTGGAATATATTA +TTTATTCCTATGTGGTTTTCTTCTAACTTTAGTTTGTTAGATGGAAAACCTATAGATTCT +ATTGGAATTGTACTAAGTATTTTATCTATAGTTGTACCTATAGTGTCACTAGTAATCTAT +AAAAAACTTGTTCCAGTATTTGAGAAGAATCTTCAAAAACTTAACGATAATACTTATAAA +AGTAAATCAAAAAAAGAAAAGCTTTCTATTAAAGTAAGTAAATTAATTTGTAGAGAGAAA +GAAGAAAGAGCTATATTTAATTTTGTTTATAATATACTTGATAAAGATAGAGACTTTAAA +ACAAAGGTATACCCATCATTAGCATTAGGAGCATTTATGCCGATTATAATGATATTTACT +TCCTATGATAACAGTGGTATCATAAACTACTTAATGGAAATAAGGAAAAGCTATTTATTC +CTTAGCGGATATTTGGGAATAGTAATTATGCAAAATATAATAACTATGGTTCAATATTCA +AGTGAATTTGAAGGAGCTTGGATATATGAAGTACTTCCTATAAAGAATATAAGAAATATA +TACACTGGGATGTTTAAGAGTAGTATTTACAAGTTGTATTTTCCATCTTTTATACTTTTG +TCTATAGTATTTATAGTAATATTTAAATTAGAGGTTATAAAACATTTAGTAGTGCTATTT +TTATCTGGTATACTTGTTTCCATGGTTTCTTTTAAACTTAATGAAAAATACTTACCATTT +TCAAAACCTTATAATGTAGGAACTTCATCTAAAAATATTATTGTAGTATTTAAATCAATG +ATTACTACTGGAATATTAGTAAGTATACATTTTGGGATAATATCAATGAATACAAATGTA +TTTATATATATTTATGCATTAATATTAGTAGGTATAATCAAAATAAGTTGGAAGGGTATT +TTTACTGTTAAGGAAAATACTTAG +>group_611 +ATGATGGAAGAGATAGTCTTAGTTAAGAGAGCCATTAAAGGTGATTGTGAAGCTTTTGAA +AATTTGATAGATATGTACTCAGATAGGTTATACAGGGAAGCGTACTTAAAATGTAAACAT +GAGGATGATGTAAAGGAAATAATTCAGGAAACTATTTATAAGGCATATAGAAATATAGGT +AATTTAAGAGAACCTAAATATTTTAAAACTTGGATAAGTAGAATACTAATAAATGTTTCT +AATGATTATATAAATAAAGTTGGTATGGTTGATTTACAACATGATGAAGAAGCTTTTATA +AAAGAGGTTATTATTGATGATAATATTGAGATTAAAATTGACTTGTTTAATGCGATTGAT +GAGCTAGAAGACAAATATAAAGATGCAATTATTTTAAGGTATATAGAGGATTTAAAAATA +GAAGAAGTATCAAAAGTATTAGATCGTCCTATTAATACGATAAAGACCCACTTGAGAAAG +GCAATTCGGGATATGAAAAATCTGTTAAAGGAGGGATATGAAAATGAGTAA +>group_595 +ATGAGTAATAAAATTGAAAACATAAATATAAATGATACTTTAGTAAATGAATTAGAAGAA +ATAAGTGTAGAAGAACTTGATTTAGAAATGAATGAGTTTTATATAGATGATGAAAAAATA +AATTCAATAAAAGCACCTAGTAATATGAAGATCTGGGTGAGAGATGCTATAGATAAAGCA +GAAGTAGATATGAAGAAACATAAAAGAAAGAAGCAGATAATTGCAAGTGCTGCGAGTATA +GCAGTTATATTTTTAATAGGAGTATATAACCCTGTGCTGGCTCATAAAGTTCCTTTTTTA +GAAAAAATATTGAAAACCATAAATGATACTTTAAAAATAGATGAAATTAGTTATTTCATT +GGGTTAGATAAAATAGCACCAAAGGCTACTTTAGATGAAAGTAATAAGGTTAAATTTATA +AAACCTTCAGAATATAAGGTGAATAAATTATATAACGAAGGAGGAGAATTTGAAGATGAG +GTTTTAGATGATAAAGAAGGTAAGCAAATTCAAGAACCTAAAACTGAATATTTAGCAGTT +CAGTTTATACATAAAATGTCAAATAGAATAATAAACCCCATAGATGGCAGAAAATATGGT +AGTATAAAAATAACGCCAAAAACTATAGAACTTGCAATAAATGGACTAGAATTAATTGAA +AGTGATGAAGATAGGAAACACTTATATAATGAACTAAATAAATGGAAAAATGGAAAATTT +GAAAATGCAGTAGATGTACATAATTATGTATGGTATATGTTAGATGGAGAAATTGGTAAA +GCTATATCTATAAAAGATGAAGTAGTAGATAATATAGTAAATACTTATTTTAATTAA +>pbp +ATGAATTTAAAAAGAATATTTATAGTTGCAAGTGTGTTAATCATGAGTATGTTTGTTTTC +TTAGGATGTAATAAAGAAGAAAATATTGAAGCCGTAGTAAATAATTACGCGAAATTATTA +AATGATGGTAAATATGAAGAATTATATGAAGAATTAGCAAATGAATCTAAGAAATATATA +GATGAAGAGTATGAATCAAAAGAGGGATTTGTGCAAAAATATTCTAATATATATTCAGCA +ATGGGAGTAAATAACATAAAAATAGATATAAAAGATTCAGAAAATAAGTTAGAAATACCA +ATAACGATTACCATGAACACAATTGCAGGAGAGTTGAAGTTTGACGATGCGAATATTAAA +TTAGTAAAAGAAGATAATAAATACAAGATATTATGGAATGAAAGTTTAATATTACCTCAA +ATGATACAAGGTGATAAAATAAGGGTAAAAACTACGAACGGCAGTAGAGGTCGTATACTC +GATAGAAATGATAATTTATTAGCATATAATGGAGAGGTTAATTTTGTTAATATAGTCCCA +GATGCTTTTGAGGAAAATAAGAATGAAAATATCAGTAAGATGGCTGATATTTTAGATATA +AGTGAAGAATACATAGAAGATAAGTTAAATAAAAGTACAAACTCCGATGAAGCTTTATTT +ATTGTAAAAGTATCAAATTATGAACAAGAAAAAGTTGAAATTTTATCTGATATAAATGGT +GTAAGTGTACAAAAGGGGATATCTAGAGTTTACGCACAAGGGGAAGCATTCGGTAGCTTA +CTTGGATATATTGGTAGTATTACCGAGGAAGAGTTAGCAAAAAATCCAAATAAAGGTTAT +ACTTTTTATAGTCAAATTGGTAAAAATGGATTAGAACAAGTTTATGAGGATAAGTTAAGA +GCAAAAGAAGGAGCTCATATATATATAGAAAGAGGAGATGAACAAATAACTGTAGCTAAA +ACTGAGGCTAGTGATGGTGAAGATATAAAATTATCTATAGACTCTGAACTTCAAGAGGAT +GTATATAATCAGATGAATAAAGATAAGGGAGCGTCAATAGCTATGGATCCTAAGACAGGA +GAAGTACTAGCTATGGTAAGCTCACCTTCTTATGATTCAAATACATTAGTAACATATAAG +ACTAAAACTATAGCTAAAACTTGGGAAGAAAGTAAAAATGCAGAATTTGACAACAGAGCT +AACAATGCTTATTCACCAGGATCAACAATGAAGCTTATTACAGCATCAATAGGACTTGAA +AATAAAGTGATAGATCCTAGTGAAAAGATGGAAATAAAAGGTTTATACTGGCAAAATAGC +TCATCATGGGGAGATTATAAAGTAACTAGAGTAAAAGATGCTGGTTCAGTTAACTTGTAT +GAGGCAGTAAAGTACTCTGACAATATATATTTTGCAGATAAAGCAATAAAAATTGGTGCT +GAAAAATATATAGAAGAAGCTAAGAAGTTTGGAATAGGAGTAAAATCTACATTTGAATAT +CCTATGGCTAAATCTCAAATATCTAATAATGGAAAGTTAGAAGATGAGCTTTTATTAGCA +GATACAGGTTATGGACAAGGAGAGATACTTACAACTCCACTAGAGATCACAATGGCATAT +AGTGCTTTAGGAAATAATGGAAATATCATGACTCCAAGATTAGTTATAAGTGAAAATAAT +GAAGCCAAGATATATAGCGAAGCTATATCTAAGGATTATCTTCCGGAGCTAAAGAAATGT +TTTTCTGCTGTAATAAATGATTCAGACGGAAGTGGAAACTTAGCTAAGATAGAAGGTGTA +AATCTTGCAGGAAAAACTGGAACAGCAGAAATAAAAGGTAGTAAAGATGATAAATCAGGG +AGTGAAAATAGTTGGTTTGCAGCTGTAGACTTAGATGATTCAAAAATAGCTATATCTATG +GTAATGGAAGATATGAAAGAGAAATCTACATCTCAGTATTTAGTTCCTAAAGTTAAAAAC +ATAATAGAAACTTATTTAAATAGAAAATAA +>pdaC_1 +ATGAAAGAATTTAAAAAGATATTATTAATTGCTATAATGACTATGCTTGTAAACACTTCT +TTTTCATATGGAAATATTAATAATGAAGAAGACCTTATATTAAAAGAAAATTTAGAATCA +TATACAGAAGAAAATAAGAAGGACTCTGTAAATGAAATATTTGAGATAGAGACAAAGAGT +ATAATTGAAGATAGTGAATTCTTCAAAGCAAGGATAAAATATCCATTTTTAAAGATTAAA +GATAAAAATACAAATAAAAAAGATTCAAAAGTTAAAATCGTTGAAAGCATTAATGAAGAA +ATATATAAGTATATACTAGAATTTAAAAATAGAATCAAAGAAGAATCTAAGCAATATGAA +AAAGATTATAAAAAGATATATTCAAAACAGAAAGAGCAGTATGTAAAATATCAGTATGAA +GCATATTCAGAATATGAAGTTACTTATAATAAAAACAATATACTAAGTATACCAATAACA +ACTTATGAATTTACTGGTGGAGCACATGGAATGAGTTACTTAAAATCGTATAATTATAAT +TTATTAACTGGAAAACAAATTAAAATAAAAGATATTTTTAAAAATGGAACTGATTACGAG +AAAATAATAAATGATTCTATTTCAAAAGAAATAGAAAAGAATAAGGATTTATATTTTACA +GGTGAAAATGGATTTAAAGGCATCAGTAGTAATCAAGATTTTTATATAGAAAAAGATGGA +TTAGTAGTCTATTTTCAACGATATGATATAGCTCCATATTATGTAGGTATTCCAAAATTT +AAGATACCTTGGAATCAATTTGGAGCAACTAATATAGATATAGAATAA +>group_587 +ATGAAAATAAAAAAGAAAATTACTTCGTTAATCTTATGTGGTGCTCTATTTATAAGTAGC +ATTAACTTTGCCTTTGCAGATAGTTCAAGAGTTGTTACTTTAGGTGCAAACTTAAGCAAA +GAACAACGTGCTACTATGCTAAAGTACTTTGGCGTTAATGAAAATGAAGTGGTAATAATA +GAAGTAAATAACCAAGAAGAAAGAAAGTACTTACAAGGTGTAGCAACTGAAGAACAATTA +GGTAAAAAAACCTTCTCTTGTGCTTATGTTGAGCCAACAAAAGCTGGTAGTGGTATAAAT +GTAAAAACTGCCAATATAACTTGGGCAACTAGCTCAATGATAGCAAGTATAATGTCTACT +TGTGGAATTGAAAATGCTAATGTAGTTGCAGCTGCTCCATTCCCAGTTTCTGGGACGGGA +ATGATGACTGGTATAATGAAAGCATTCGAGGATGCTACTGGAGAACCTTTAGATGAAACA +AAAAAAGAAATTGCATCTGAAGAGCTAATAATAACTGGAGATTTAGCAGATGAAATAGGT +GGAGAATCTGGCCAAGATAAAGCTACAGGTATTATCAATGATATCAAAACAGAGATAATA +AAAAATAATACTAGTGATACTATACAAATTGCTGACACTATAAACAATATAACAAATAAC +TACAACGTAACTTTAACACCAGACCAAGAGCAACAAATAAAAGATTTAATGACAAAAATA +GCACAACAAGATTATGATTATGACAGCATAAAAAATGCTTTAAATAGTGTAAAAGATAAT +GTAAATGAAAATTTATCAGCTATGGGAGAAAATCCAAATTCGGGCTTATTCGATACTATA +AAAGGTTGGTTTAGTGGGATAGGCGATTGGGTTGCAGGTATATTTGAGGGTAATAAAGAT +TTAGGTATACTTGGAAATACTAATGACAATTTACTTGGTGATGGAGCTCAAATAGATGCT +ACTGATAAGGATGCAATAAACCTTCCATCAAATGAGCAAGTTGAAGGTTTCTTCTCAAAG +ATATGGAATTGGTTTACTGGATTATTTAGTAGTAATGATAATAACTCATCAGAATCTAAT +AATAATGAAGTAACAGACCAAAACAATGAAGCTCCAGCTGAGAATAATTCTTCTAATGAT +ATTCCTACTTCTAATACTGATGATAATACTAACCAAGATTCATCAAATGAACCTGTTGAC +AATTCAACAGATAATAATTTAAATTCTTCTGATAATAATGAAGATAGTAATACATCTAGT +GAGGAACCTACAAACTTAAATAATTAA +>uppS_2 +ATGAGAGTACCAGAACATATTGGAATAATACCCGATGGAAATAGACGTTGGGCTTTATCA +AACAACATGACTAAAGACAAGGGCTATGAACATGGAATAAACCCTGGTCTTGAAGTCTTT +AAACTTTGTCAAAAAGAAAATATAAAAGAAGTAACATTTTATGGATTTACTGTAGATAAC +ACAAAGCGTCCTACAGAACAAAAACTTGCATTTACCCAAGCTTGTATTGATTCTGTTATG +CTTTTAACTAAAGAAGACTGCGAAATACTTGTAATAGGAAATACAGAGTCAAATGCCTTC +CCAAAGGAACTACTTCCATTCACTACTAGACAGAAATTTGGTAATGGAGGTACTAAAGTA +AATTTCTTAATACACTATGGATGGGAATGGGATTTAAATTTACTAAAAGATGCTAATTCT +TCTAAGAAGCATATTTTACCTTACATACATTCTAAAGATATTTCTAGAATCGACCTTATA +ATAAGATGGGGAGGTAGAAGAAGACTTAGTGGCTTTTTACCTGTACAGTCTGTATATGCA +GACTTCTATGTAGTAGATAGTTATTGGCCTGATTTTACTCCTAAAGATTTCTATAATGCC +TTAGATTGGTATAATGAACAAGATGTTACTCTTGGTGGATAA +>group_597 +ATGGATACTGGGATAACAATAGTTACACCAAATGATTTGAAGTTAGATGGTTATTATAAA +GTAGTTTATCTTTTTCATGGATTATGTGATAATTATAGAAATTGGGTGAATTATACATTA +TTTCCTGTATATGATAATAGGCATGATGTAATATTTATAATGCCTGAAGTTCAAAGAGCT +TTTATACTGATATGA +>ubiG +ATGAAGCAAAATAAAAATGATGATATTAACTTTTTTAACAAATATAGCAAGATGGAGCGT +TCAATAGGAGGACTTGAGTCAGCTGGAGAATGGCATATTTTAAAGACAATGCTGCCATCT +TTTGAGGGGAAGAGGGTACTTGACATTGGGTGCGGATTTGGATGGCATTGTCGATATGCA +TCAGAGCAAAAAGCTAGTTCTATAGTAGGTATTGATATATCAGAAAAGATGCTTGATACA +GCAAAAGAAAAGACAAATGATTCTAAAATTAAATATGAATGTAAAGCGGTAGAAGATATT +GAGTTTAAGAATGAAGAATTTGATATAGTAATTAGTTCTTTAGCACTTCACTATGTTAAG +AATTTCGATGAAATTTGCAAAAAAATATATAATAGTATTTCTAGAGGAGGAGATTTTGTA +TTCTCAGTAGAACATCCTATTTTTACAGCAAATGCTCAACAGGACTGGTATTATAATGAG +GATGGAGAGATATTACATTGGCCAGTGGATAATTATCAAGATGAATCTATTAGAATAACA +AGATTTTTAGATGAAGAAGTTATTAAATATCACAGAACTTGTTCCACTTACATAAATACA +CTTATTGAAAATGGATTTAATATAGTTAAAATATCAGAACCTGTACCACCTAAAGAAATG +GTTGATGAAAATCCATATTTAGAAAATGAATTCAGAAGACCAATGTTTCTTATGATAGCA +GCAAAAAAAGCTATTTAA +>zupT_2 +ATGGGAAATATAGCTTTTGCTTTTATGTTAACAGCTATTGCAGGATTATCTACAGGTATT +GGAAGTTGTATTGCTTTTTTTTCTAAAACAGATAATAAAAAATTTTTATCTGTCACACTA +GGATTCTCAGCTGGTGTGATGATTTATGTATCTATGATAGAGATATTTTCAGAGGCAAAG +ATAAAATTAGCTATATCTTTTGGAGATAAAATAGGAACTGGAATAACAATAATAGCATTT +TTTACAGGAGTATTTTTAATCTTATTAATAGATAAATTTATTCCATCAGAAAGTAACCCT +CACGAGGTACATGATACATCAGAGATTAATGATTCTGCACTAGAAAATAATAAATTGCTA +AGAACTGGAGTTTTTACTGCGCTTGCAATAGGTATACATAACTTTCCAGAAGGAATAGCA +ACTTTTATATCTGCATTACAAGATTTTTCTATAGCTATACCCATTGTTGTAGCAATTGCG +ATACACAATATTCCAGAGGGGATTTCAGTATCTGTTCCTATTTACTATGCTACGGGAAGT +AAGAAAAAGGCATTTGTATATTCCTTTATTTCTGGTCTTGCTGAACCTATTGGAGCTTTA +GTTGGATATTTAATATTAATGCCGGTTATGAATGATACAGTATTTGGTGTGTTATTTGCT +GGTGTAGCTGGTATTATGGTATTTATATCTTTAGATGAGCTATTGCCACTATCAAGAGAA +TATGGAGAAGGGCATTTATCCATTTATGGTTTAGTAGCTGGGATGGCGGTTATGGCAATA +AGTTTATGGCTATTTATGTAG +>group_557 +GTGTACTTAAATGAATTAAAAGGAACTTTTCATGGTTTTGACAGCACGTATAACAGAAAT +ATTGTAAAAAGAACAATGGAAACTAGAATTGAAATATTAAAAAGATATTTAAATGATTAG +>group_555 +TTGATTATTTATATCAAAATAAATAGTTTTCCTATATTTGAACAAAGAACTTTAGAAAGT +CAAATAGAAGCATTAAAAGATGATAGATATAATTGGATAGTAATATGTGATGAAAGTGTA +GTTGTAGGTATATTATTATATTGGGAGTTTGACAAATATAAATATATTGAACATTTAGCT +ATATATTCAGAATTAAGAGGTAAAAGTTATGGTTCAAAAATACTAGAAATTTTCTGTAGA +GATAATAAGACAATAATTTTAGAAATCGACCCACCTATAGACGAAATAGCGCTTAAAAGA +CTTAAGTTTTATTCTAAAATAGGGTTTATGCTACAAGAATTTAATCATATAGATCCTCCA +TATAGAAAAGGATATGAAGGTCATAGTTTAAAAGTTATGTGTTACAATAAAAATTTAGAA +GAATATGAGTATAATGAATTTAATGAATTTTTAAAGAATGTAATTATGATATATTCAGAA +TGTAATTAG +>group_539 +ATGAGGTACTACAATAAATCTACGAATGAAGTATTAAAGTACTTAAAATCAAATCCCGAA +GTTGGTTTAAGTACTGAAGATGTAGAGCAAAGAAGAAAGAAGTATGGACTAAATGAATTT +CAAGTAAAAGAAGGCAAATCTCTTATGGAAGAGATAAGTGATAGTATTATGGAGCCGATG +ATACTGATTTTATTAGGAGCAGCAGTAATAAGTGCCTTTGTAGGAGAGGTTCATGATGCC +ATTGGAATATTAGGCGCAGTACTTATAGGTATTTCTATAGGAGCGATAACAGAGGGAAAA +TCTAAAAAAGCAGCTCAAGCTTTATCTAAATTGACTGAGAATATAGGGGTAAAAGTACTT +AGAAATGGTAAGATTAAGCAAATATCCAAAGCAGATTTAGTTCCTGGAGACATAGTTTAC +TTAGAAAGAGGAGATATGATACCGGCAGATGGAAGACTTATACAATCTGTAAATCTAAAG +ATAAGAGAGGACATGCTTACAGGAGAATCTGCAGATGTAAGCAAAGATGCTGATAAAATA +GTACAAATGGAAATTATATATGGAAAAACTGAAATTATAGAACAAGATACCATACCAGCA +AAACAAATAAATATGGTATTTGGAGGAACTCTTGTTGCTTATGGTAAAGGTGTAATGGTT +GTAACATCTACTGGAGATAAAACTGAAATGGGTAGAATTGCACAAAATTTAATTCATGAA +GATATTCCAACACCTCTTCAGCAAAGACTAGGAAAATTAAGTGCAAAAATAGCTACTATA +TCAGGAGTTATTGCAGCTATATTATGTGCATATATGATTATAAAATTAAATATAAAAGGT +CAGATAAATATAGACACTTCAGGAATATTAGTTTTTTTACAATCCATAGAACCTGCAAAA +GATGTGTACTTAGTATGTATAGCATTAATAGTTGCTACAGTTCCTGAAGGTCTACCAACA +ATGGTTAATATAACGCTGGCGATAACTATGCAAAAGATGGCTAAAATAAATGCTTTAGTA +ACTAAAAAGGAGGCGTGCGAAACTATAGGTTGTGTATCTGTAATTTGTTCTGATAAAACA +GGAACTTTAACACAAAATAAAATGAAAGTAGATGTAGCTTATGTTGATGGTAAATATATA +GATAGTAGCAAATATGTTAGTAATAGTTACTTTGAAGAAAACTGCATTATAAATTCAACT +TCAGATATTGAAAAAGAAGGAAATTCATACAAATATATAGGAAGTGCAACCGAATGTGCA +TTGCTTTTATATCATAATGACAAAAACTATAATCAATTTAGAAAAAGTACAAATCTATTA +TCACAAATTCCTTTTAACTCTGAGAAAAAAAGGATGTCTTCATTAATAATTAAGGATGAA +GACATTGTATTCCTAACTAAAGGAGCTCCTGAAGTATTATTAAAAAAATGTATGTATATG +CAAAAAGGAAGAGATATTGTTTCAATAACTCCACAGATAAGAAGAAATATATTAAATGAA +ATAAGAAAGTTACAAGTTAAATCTATGAGAGTATTAGGTTTTGCTTATAAAGTAGTAGAT +AGATCACTTTTGGAAATCGCAATAACTTCTAATAAAGAATTAGATATAAATAGAAATATA +AGATCATATGAAAATAATGAAGATTTAGTTTTTGGAGGATTTGTAGGTATACTAGATCCT +TTAAGAGATGGAGTAAAAGAATCAATACAAACTGCATTTGATGCAGGTGTAGATGTAAAG +ATGCTTACAGGTGACAATATAAATACAGCAATGTCAATAGGAAAAGAAATAGGGCTTTTA +TATGGAGGCAAAAAAGTTGTAGAAGCTACATATATAGATATATTATCAGAAGAAGAATTA +AGAGATGAAATAAAAGAAATATCAATAGTTGCTCGATCTAAACCAGATACAAAAATGAGA +ATAGTACAAGCTCTACAAGCAAATGGAGAAGTTGTAGCTGTAACAGGAGATGGTATAAAT +GATGCTCCTGCACTTTCTAAAGCGGATGTAGGTATAGCAATGGGAATTTCAGGAACAGAA +GTATCAAAAAATGCATCAGATATAATCTTAACGGATGATAGTTTTAGTACTATAGTTGAA +GGTATAAAATGGGGAAGAGGTATATATGAAAACTTTCAAAGATTTATACAGTTCCAGCTT +ACTGTCAATATAGTAGCCTTTGTAATAGCCGTTATATCTCAAATCATGGATACAAAAATG +CCATTTACAACAATACAATTATTATGGGTAAATATAATAATGGATGGTCCACCAGCTTTA +GCACTCGGACTAGAACCAGTACGAGATTATGTTTTAGACAGAAAACCTATTAAGAGAAAT +GCTGGAATAATAGCTAGATCTATGGGAGTCAATATTATAATAAATGCCGTACTTATAATA +TTGATAGTTTATACTCAACAGACTTTTAATATATTAAATGCTACACCAGATGAACAAAGT +ACAGTTGTATTTTCATTGTTTGCCTTTAGTGCACTTTTTAATGCATTAAACTGTAGAGAG +TTTGGGATTCGTAGTACCATACCAAATTTCTTTAAAAATAAGTTAGCACTAGAAGTTATT +GTTATTACAGGTATATTCCAGATAATTATTACTCAATTATTTAATGGATTTTTTGATTGT +GTGCCACTAGGAGCAAATATGTGGATAAAAATAGTACTTTTATCATCAGTAGTACTTATA +TTGAATGAATTCGTTAAATTCATTTTTAGAGGTGGAAAAAATATGTATAGAAGAGCTAAA +TACTAA +>group_553 +TTGATAAAAATAGATCAAGATAAATTAATAAGTATCTTAAATAAAAAATGGGAATACAGA +ATATGTCCTATGTGTGGAAGTGGGGATTGGATAGTGTCAGATAAAATATTTGAATTAAGG +GAATTTAACAATGAATATATTAATAAATATGATTTACCTATACAGCCATTAGTTACAATT +ACTTGTAAGGAGTGTGGAAATACTGTTTTAATAAATCCTTTAGTATTAGATTTATTAAGT +AAATAA +>group_573 +ATGGAGTTTAATAAAGGTAATCTTGTAATAAATAAAGAAAATAATAGAAATATTGAGTTT +TGTAAAGCACAAAGAGAAAAAACTCTTACATTAATAGAAAAAAGTAACACTATACAGATA +AAGGAAAGCTATTATAGCCAAGGATTAAAACAGGCTAAGATTGGATTTTACTTTGGATTA +ATAGGATCTACTATTGGATTATTAGTAATAATAGGATTTTTAGTTTTTGCAGGTGATAAA +CTATGGGGTACTTGCTTAGGAGTAATAACTGAAGCTGTATCATTGCTGATATTTAAGATA +TCTGACAATGCACTAGATAGAATGGGTGATTTTTTCGATAAGCTAAGTAAAGACTCAAAT +ATAATTAAGTCCATTGAGTTATCTAAATCTATTAAAAGGGATGATACAAGAGATGAATTA +CGGAGTAAATTAGCTTTATTTTTAGTGGGTATGAATGAAGATAAATCAGAGTAA +>group_577 +ATGAAAAATATTTATTATTTTTTTAGAAGTGCAACAGACAAAAATAATTTTATTACGTTT +GGAAAATTGCACTTGCTTATATTATTTATAGCTTTATTGGTAAGTATTTTTATTTTTGTT +ATGAAAACAGAAAATAGAATTCTAGAATTATTTATAGGAGTTATATTGATAACTCAACAA +GTAATTTTATATACTTGGTATTCTATAAGTAAATATAATTTACTAAAAGAGGGTCTGCCC +TTGTTTCATTGCCGAATTGCAATTATCTTTGTAGGAATTGGTTTAATATTTAATAGAAAA +CCTTTAATGAAAATCGGTTCTTATTGGGGTATATTTGGCTCAATATCAGCTTTATTACTT +CCTGGAATTGATCCTTTTTCATTTCCACATATAACTCAATTTTCCTATTTTATTGGACAT +TTGTTTCTTCTATGGGGATCTATTTACTTACTGAGTGTAAAGAAAATAGGTATGTCAGAA +ATAGATTTAAAAAATCTATTATTATTTACAACTGCCTATCATTTATTAATGTTAATGGTA +AATACAATATTAAATTCTAATTATGCTTACATGAACGCACCTCCATTTTATATAGGGGAT +GGACTAAATCCTTTAATATACTCTTTAACTGTAATTATGATTTTTAATATAGTATTATGC +ATAGAATACTTTTTTATTAATAAAAATGCAGTTGTTAATGAAGATTGCGAAACTCAATAT +AGTTAA +>sstT_2 +ATGAGAGGTTTATTTAAGAAATGGAACGAAATAAGTTTAGTTAAAAGAATTGTTATCGGA +TTAATAATTGGTATTATTTTAGCTCTAACAGTCCCAACATATGCTAGTCCAATTGTAATA +TTTGGATCATTATTTGTAGGAGCACTGAAGGGAGTTGCTCCAATACTTGTATTTTTCTTA +GTAATGACTGCGATTTCCCAACATAAGAGTGGTAAAAAGACTAATATGAGTTCAATTATT +GGTCTTTACCTTTTAGGGACATTTTTAGCAGGTCTTGTTGCAGTTATAGCAAGTTTTATG +TTCCCAATAACTTTAACTCTTGGAGTTAGTGTTAATGATATTACACCTCCTGGAGGAGTT +GTAGAGGTATTAAAGAATTTACTTATGAATGTAGTAGATAACCCTGTTAAAGCATTATTC +AATGCAAATTATATAGGTATATTAGCTTGGGCCCTAATTTTAGGTCTTGCACTTAAAAAT +GCTGCAGAGTCTACAAAAACAATGATAAGCAATGTAGCAGATGCATTATCACAAATAGTA +AGATGGATAATAAACTTTGCACCATTTGGTATAATGGGTCTTGTGTTTGATAGTATTGCT +ACACAAGGGTTAGAGACTTTACTAGGATATGGTCAATTGATTATTTTATTAGTTGGCACT +ATGGCATTTATAGCACTTGTTGTGAATCCAGTTATTGTTTTTATAGGGATACGTAAAAAT +CCATATCCACTAGTATTAAAATGCTTAAAAGATAGTGGCATAACAGCATTCTTCACACGT +AGTTCAGCAGCAAATATACCAGTTAATATGGGGTTATGCCAGGAACTAGGTTTGGATAAA +GATACTTACTCAGTGTCAATTCCACTTGGAGCTACTATAAATATGGGTGGTGCAGCTATC +ACTATTTCAATATTAACTCTTGCAGCAGTTCATACTCTTGATATTCAAGTAGATATAGGA +ATGGCTATAGTACTTAGTTTACTATCAGCAGTAAGTGCTTGTGGAGCTTCAGGTGTAGCT +GGAGGTTCGTTATTATTAGTTCCACTTGCTTGTAGTTTATTTGGTATTCCAAATGATATT +GCGATGCAGGTCGTAGGTGTAGGTTTTATAGTTGGGGTTATACAAGACTCTTGTGAAACA +GCTCTTAACTCATCTACAGACGTACTTTTCACAGCTGTAGCTGAATTAGCAAAGTGTCGT +AAAAAAGAAAGTAAAAATGCAAAGTATGCAAAGGATGTTAATTAA +>ribZ +ATGAAAGAAAACAATAATCCAAATATATGGCTAATATTAATAGCCACATGCTTGTTCACA +TTTATGTCTACTCTTGATGGTAGTATAGTAAATATAGCAATGCCTATGATATCAAAGAGT +CTTTATATAGAAATGAGTATAGCAGAATGGATAGTATCATTATATATGCTTACAATCTGC +TGCTTACTAATATTCTGGGGTAAATTAAGTGATTCCATTGGAAAAATTAAAATTTTCAGA +ATCGGGACCTTTATATTTATAATAGGTTCTTTACTTTGTGGAACAAGTAAGTCTATAGAA +ATGTTACTTTTATCAAGGATTATACAAGCATTGGGTGCTAGTATGACAATGGCTACAAAC +TACGGTATAATTACAGAGTATTTCCCAAAAGAAATGAGAGGAAAAAGTCTAGGTATACTT +GGTAGTTTTGTTTCTCTTGGTAGTATAGCTGGACCTAGCCTGGGAGGACTAATACTTCAA +AATTATTCTTGGCATTACATATTTCTAATAAATATTCCAGTTGGCTTATTTGCAATAATA +CTTGGATACTTTGTATTTCCTAAAAAAATTTCTAAAAATCTAAATTTTAATATCGATTAT +TTGGGATTCATACTATTTTCAACAAGTATAATTTCTTTATTTATGGGTATATTTATAGGT +CAAGTAACTGGATTTAGAACACAATTAGTAATAGGACTTTTTATTTTATTCGTAATTATG +TTCATTATATTTTTATATGTTGAAAACAAGATTGAAAATCCTTTAATTGATATGACTATA +TTCAATAGTAAATCATTTTCTCTAGGATTATTAAGCGCGTTACTAGTATTTTCATCAAAT +TTATTTTTAAATACCTTAATACCTTTTTACTTAGAAGATACATTAATGCTATCACCAATG +ATATCTGGATTAATTCTTATGAGTGTACCATTAGCTATGATAGTAGTAGCACCATTGAGT +GGAGCCTTGTCTGATAAAATAGGTGCTGAAGGTTTAACTTTTAGTGGTTTAGGTATTGTA +AGTATATCTCAGATTTTATTTATATTTTTAAACCAAAACACACCGATATATTTTATAGTA +TTTCTATCTACTCTTACTGGTATCGGTGTTGCTTTATTCCAATCGCCTAATAACTCTATA +ATAATGTCTTCTGTTGAACCAAAACATTTAGGTATCGCTGGCAGTATAAATTCATTGGCT +AGAAACTTAGGTATGGTTATAGGTCTATCTTTATCTACTACAATACTATATTTTTCAATG +AGCAATAAGGCAGGATATACTGTTACTGGATATATTAAAGGATATGATGATTTATTTTTA +TATGGAATGCACATGGCATTTATAGTATCTTTTATACTTTGCTTTATTGCATTTCTTATT +ACTGGATTTAGATTGTTTTATAAAAGAAAAGAGAATTAA +>group_604 +ATGATTTTTAAAATAATTTTCTCAAGTATACTATTAACATTTTCAGTAATAGGAATATTT +ATAATTTTCGGTTTAATTTATAATATTATAGAAAATAAGAATCTTCAATATATTAATTGT +GCTTTTGGAACAAAAGGAATTTTAATAACTGGAATAATAGGTACTACTGTCCATGAGCTA +AGTCATTATATCATGTGTAAAATATTTGCTCATAGAGTAAGAGAGGTTAAGTTATTTACA +CCAAATAAGTATAAAAGTGAGGGGAGATTAGGTTATGTATATCATAGCTATAGCTATAAG +AGTATTTATCAAAATATAGGTAACCTTTTCATAGGTATAGCACCTATGATATTAGGAACT +GTATTTATAGGATTATGTTTTAAATCACTCTATCCAGATGTATATACAGAAATTTTAAAT +CACATAATGGAGTTAATAAAATATAATAGAGAATATAGTATAAATAAAATTTTTTTTGTA +CTTAAAGAAGTTTTAGTATTATTTATTGGAATGTTTTTATCAATAGATAATTTATTAAAT +TTTAGATTTTGGATATTTATTTTTATAATGTGTTCGATAACTTCTCATATGTCACTAAGT +TCTGCAGATCTTAAAAATTCAAGGAATGGGATAGGATATATATTTTTATTATCGATTGTC +ATTTCATTATTAGGATACATATTAAATATAAATTTAAAAAACATAGCTAGGTTAATATTA +ATATATAACATATATATTTTTTACTTTTTATTTATTGGAATAGTATTTTCATTACTAAGT +TTATTTATCTTTTATGTAATAAGTAAAGTTGTACAAATATAG +>group_621 +ATGAAAAGTAGTGAGTTTTATTTTAAAAGTACTAAAGATAATTTAGATATACATGTCTAT +AAATGGGAGCCTGAAAATAAAAATCCTATAGGTATTGTACAGATATCTCATGGTATGTCT +GAAACAGCAATAAGATATGAGTACTTTGCAAAAAATCTAACAGATAATGGATATATTGTT +TACATAAATGACCACAGAGGACATGGGTTAACTGCTAAAACTATAGATAATGTAGGGTGT +TTAGCAGATAGTGATGGATTTACATATTTAGTAGAAGATATTAATACTTTAACTAATATA +ATCAAAGAGGAAAATGAAGATTTACCTATATTTTTATTTGGTCACAGTATGGGATCATTT +GCTAGTCAAAGATATATTATGGAATATGGTAACAACATAGATGGGCTTATTCTATCAGGT +TCAAATGGGAAGCATGGTTTTATTTTAAATATAGCTGAGAAAATAATAAATTATGAAATA +AAGAAAAAGGGAAGACTACATAGAAGTAAAGCACTAGATAGTTTAATATTTGGTGGAAAT +AATAAAAAATTTAAATCTCCAAGAACTGAATTTGATTGGTTAAGTAGAGATGAAAAAGAA +GTAGATAAATACATCGAAGACCCTTTCTGTGGAGTTTTATTCACTTGTGGATTTTTTTAT +GATTTCATAAAGGGATTGCAAGAAATAGAAGATAAAGAAAACTTAAAAAAAGTTCCACTA +GATTTACCGATATACATAATGTCTGGAGACAAAGATCCTATAGGTAAAAATGGAAAAGGT +GTTTTAAGGTTAAGAGATCGATATATTAAATTAGGAGTAAAAGATGTTCTATGTAAACTT +TACGAGGGTGGTAGACATGAGATGCTAAATGAAACTAATAAAGATGAAGTAATTAGGGAT +ATATTGAACTGGATAAATGAAAAGAATAAGGTAAATAAAGTACAAGAGATTTAA +>gap_2 +ATGTTAAAAGTAGGTATTAATGGCTTTGGAAGAATTGGAAGAAATGTTTTAAGAATTGCT +CAAGAGAGACTTGATAAGGATATAGAAATTGTTGCAATAAATGCTAGAGCAGAAGCAGAG +ACATTAGCACATTTATTTACATATGATTCTTGCTATGGAATATTTAAGGGTAATGTTGAA +GTTAAAGATGAAAATACAATAAAAATAAATTCTAATGAAATCAAAATACTTAGACACAAT +GATCCAGAAGAAATACCTTGGAAGGAATTAGGTGTAGATGTAGTTATAGAATCTACAGGA +TTATTCACTCAAAAAGAAAAAGCTAGTAAACATATTAAAGCAGGTGCTAAGAAAGTAATT +ATAACAGCACCAGGAAAAGGTGAAGATATAACTATAGTTATGGGTGTCAATGAAGATGAT +TATGATAATGAAAAACATAATATAATATCAAATGCTTCTTGTACTACAAATTGCTTAGCA +CCAATGGCAAAGGTATTAGATGAAAAATTTGGTATAGAAAAAGGATTAATGACTACTATT +CATGCTTATACTAATGATCAAAGGATACTAGATAAGAATCATAAAGACTTAAGAAGAGCA +AGAGCTGCTGCAGAGTCTATGATACCAACTACAACAGGAGCAGCAAAAGCTGTATCTAAA +GTATTGCCACAATTAGAAGGTAAATTAAATGGTTTCTCAGTAAGAGTTCCTACTCCAACA +GTATCTATGGTAGACCTTGTTTGTGAGTTAAAGAAAGATGTTACTTTAGAAGAAGTAAAT +AATGTGTTAAAAGAAGCTTCAAAAGGTAAATTAAATGGAATTTTAGGATATTGTGATAAA +CCTTTAGTATCAATAGATTACAGAGGTGATAGTAGATCTTCTATAATTGATGCTTTATCA +ACTATGGTAATAGATAAAAATATGGTAAAAGTAGTTTCTTGGTATGATAATGAATGGGGA +TATTCAACAAGAACAGTAGATTTAGTAAATTATGTAGCTAAAAACATGAACTTAGCTAAT +AATATATAA +>hom_1 +ATGAGAATAGGTATATTGGGTTATGGGACAGTAGGTAGTGGTTTAATAGACATTATAGAT +AAAAATAAAAATAAAAAGGATATTGAGATAGTTAGTATATTAGTAAGAGATAAAAGTAAA +TATGAAGGGATAAATCATTATGATAAATTAACTACAGATATAGAAGAAATATTTAGTAAG +AATTTAGATGTTCTAGTAGAAGTAATAGGAGGTTTGCATCCTTCTTTAGAATATATCAAA +AGAGCTTTAAATAGTAAAATCAACGTAGTTACTGCAAATAAGGACTTATTAGCTGAGCAT +GGGGATGAGTTAGTAAAACTAGCAAAAGATAATAATGTAAGTATAAAATTTGAAGCTTCA +GTTGGTGGAGGTATACCAGTACTTAAGCCATTAATAGAATCTTTAGAAGGTAATAATATA +AATAGTATATGTGCAATATTAAATGGAACAACAAATTTTATATTATCAAAAATGCATAAT +GAAGGTTTATCTTATAAAGAAGCATTAAAACAAGCACAAAAATTAGGATTTGCAGAAGCC +AATCCAGATTCAGATGTATTAGGATATGATGCTGCTAGAAAGTTATCGATTTTATCTACA +TTGGCTTATGATAATAGAGTATATTGGAAAGATTTATACTTAGAAGGAATAACTAATATT +GATGAAAAAGACATTGAATATGCTAAAAAGCTAAACTGTAAGATAAAATTAGTTGGACAA +AGTAAGTATGAAGATAATAAAGTCAGTGGTTTTGTAAGACCTGTATTAGTAGGTTCTAAT +AGTATACTGGCAAATATAGAAAATGAATTTAATGCCGTAGTTTTAAATGGAGACTCTGTT +GGAGAAGTATCTTTTGTAGGAAAGGGTGCAGGAAAGCTTGCTACTGGTAGTGCAGTATAT +GGTGATGTAATGGATATTTTAAATAATAGGATTTCTTCAATAGATTCATTTACTAAAGAA +AAAGTAGATGTAAATAAAGTTTTAGATGAAAATTGTAGTGCTCTTCTTAGATTTGAAAGT +AATCATAAGGATGAAATATTTAATGTATTAAAAGAAAAAGTAAGTAATTATGATATATTA +AATGAAGATGAAGAACTTGCTGTATTAGTATATGCTAATTCTGAATTTGAAATAAATGAT +ATATTATCAGAAATACAAAATAAAGGATACTGTAGCCAAGTAAATAAATTAATAAAAATA +AATTAA +>group_1041 +ATGTTAGAGTTAAATAAAGAAAAAATTATTAAAATTATAAGGACATCACGATATGGAGAG +ATAAATTCAAGGGCTGCAGAGGTATCATTTTATTTATTACTATCCTTATTTCCTTTCATA +TTATTTACGATAAGTATTGTAGTTTATATACCCATAATACATATTAATAGATACATATAT +TTATTACAAAATATAATGCCAGAAGCAGCTTTTAATATAGCTAATTCTATAATACAATCA +GCAATAGAGAATAGAAGTATTAGTTTAGGAGTTACAAGTTTTTTTCTGACTATGTGGACA +TCTTCAAGAGCTGTTAGAGCATTAATTAAAGGAATTAATAAATCTTATAATATTCAAGAA +ACTAGATCTTTTATTAAAGTATTTAAGATAGCTATGATATTTACTATTATGCTTTTGTTT +TTGATTTTTTCTTCTATGATATTTTTAGTATTTGGAGAAAAACTGGGACACTTTTTATTA +GAGATTATAGGAGTAGATAAAGTATTAATAAATATATGGAATGTATGGAGAAATTTAATA +GGAGTAATTACTATAGTTGTAATATTATTAAGTTTATATATATACACACCAAATAAAAAA +ATAAAAGTAGTTGATTCTATACCAGGTGCTATAGTAGCGACTTTATCTTGGTTTTTAATA +TCATATGTTTATTCTTATTATGCAAACCACTATGCTAATTATGAAGTTATTTATGGGAGT +ATAGGTGGGATAATCATATTAATGACTTGGATTTATTTAAGTAGCTGGGCTATATTAATT +GGTTCGGAAGTTAATGCAAAGATTTTTTATAGAAAGAATGTAAAATATACTACTAAGATA +AAGAGAAAAGTATTTAAAAATTATTAA +>pgcA +ATGGGATACAAAAACAACTACGAAACATGGTTAAATAATCCTTATTTTGATGGAGAAACA +AAAGAGGAACTAAATTCTATTAAAGACAATGAGAAAGAAATAGAAGATAGATTCTATAAG +AATTTAGAATTTGGGACAGCAGGACTTAGGGGAATAATAGCAGCAGGTACAAATAGAATA +AATAAATATACTGTAAGAAGAGCAACATTTGGGCTTGCTAATTACATAATAAAAAACACA +ACAGAAGAAGAAAAAAACAGAGGTGTTGTAATTGCACATGATAATAGATGTATGTCTAGA +GAATTTTGTATAGAAACAGCTAATACATTAGCTGCATGTGGAATAAAAGCATACATATTT +GATGGATTAAGAACTACTCCAGAATTATCTTTCGCAGTAAGAAAGCTAAATACTATAGCT +GGTATAGTTATAACAGCAAGTCATAATCCACCAGAATACAATGGATATAAAGTATACTGG +GAAGATGGAGCACAAGTTATGCCAGAAATAGCAAATGCTATAACTGATGAAATTAATAGT +ATAGAAGATTACAGTAAAATACCTACTATAACTGAAGAAAATAAAAACTTAGTTGTGATG +CTAGGTGAAGAACAAGATACTGCTTTTATTGAAGCTGTAAAAACACAATCAATTAGAAAA +GATGTTATAGAAAAAGTAGGAAAAGAATTTAAAATAGTTTACACTCCTTTATGTGGAACA +GGAAATATACCTATAAAAAGAGCTTTAAATGAAGTTGGATTTGAAAATGTATTAATAGTA +CCAGAAGAGGAAATGCCAGATCCTAACTTTGCAGGAATAGAATATCCTAATCCAGAAGAA +GAAAAAGCTTTAACAAGAGGTATAGCACTTGCAAAAACAAGTGGTTCAGATCTTGTAATA +GCAACTGACCCTGACTGTGATAGAGTTGGAGTAGCTGTAAAAACTGTAAGTGGAGAATAT +GCACTTTTAACAGGTAACCAAATAGGTGGACTTTTAACTAACTATATAATAGAAGGATTA +AAAGAAAATAACAAATTAAGAGAAGATTCAGTTCTTATTAAAACTATAGTTACATCAGAA +TTTGGTGCAGACATAGCAAAAGCTAATAACATAGATGTATTAAATGTACTTACAGGATTT +AAATTTATAGGTGAAAAAATAAAATCTTTTGAAGAAACTAATAAAAACACTTATTTATTT +GGATATGAAGAAAGTTATGGATATCTTGTAGGAACTCATGCTAGAGATAAAGATGGTGTT +GTAGCATCATTATTAATAGCTGAGATGGCAGCTTACTACTATTCAAAAGGTATGAGTTTA +TATGAAGGATTATTAGAATTATATAAGAAATACTCATTCTTTAAAGAAAAGACTATATCA +ATAACATTAAAAGGAATAGAAGGACTTGCAAAAATACAAGAAATAATAAGCTACTTTAGA +AATACTAATATTGAAGCAATAAATGATATTAAAGTAGTTGAATTAAAAGACTATAAAGAA +GGAATTGATAATCTTCCTAAGGCAGATGTTTTAAAATATTTCTTAGAAGATGAATCTTGG +ATAGCAGTTAGACCTTCAGGAACAGAACCTAAGCTTAAATTCTATATAGCTGTAAAAGGG +AAAGATGAAGAAGAAGCTAATGCTAAACTAGACGGAATAAAAAATAGTTTAGATAAAATA +CTAAGTAATGTAATGGACTTACAAACTGTATAA +>group_1050 +ATGAAAATTAAAGAGAAAAAAATAATTGTACTATTTTTAGCTACGTCACTATCAATAGCA +GTTTTTTTAGGAGGATATTGGACATTAAAAAAAGAACAAATATCTTTAATAGTAAAAGGT +GAAGAAATAAAAATATCTTCATTTAAGAAAACTGTAAGAGAACTACTTAGTGAAAATGAA +ATTCAGTATGATGATGATGACATAATAACTCCAAGTTTAAGTTCAGAATTAAAGGATTAT +ATGGAAATTAAGGTAGTCGAGGTAACTCAATCGCAAGTAACTGAAAAGGAGGATATACCA +TACTCAGTAAAATTAATAGATGACAATGATTTGCTAAAAGGAAAAACAAAGGTAACTCAA +GAGGGGAAATCAGGAGAAAAAGAAATAACTTATAATCTTACATATTATGATGGTAAGTTA +GTTAAAAAAGCTTTAGAATGTGAAAAAATATCGCAAGAACCAGTTGATAAAATAGTAAAA +AAAGGTATTAAAGAAGAAGTAGTTGTAGCATCAAGATCAACTACATCAAGAAATAGTAGT +TCTTCTGAAAGTAAAACAAGTAGTACTTCAAATAGTGCTTCAAAAAATGGAAAACATATG +GTAGTTCAAGCAACAGCTTATGCAGGAGATTCTATTACATCTACAGGTACAGTGCCAAAA +TGGGGAACTATAGCAGTAGATCCTAGAGTTATTCCTTATGGATCTAAAGTTTATATACCT +CAATTCAATAAAACTTTTATTGCTGAGGATTGTGGTGGGGCAATTAAAGGTAATATTATT +GATATATTTATGAACAGTGAATCGGAGTGTTATAAGTGGGGTAGAAGGACTATAGACATA +TACATAAATTAA +>nag3_2 +ATGGTTAATTTAAGAATAAAACCTTATAATCTTGATGATGAAGGCGTAAAATGGGTACAA +GACACTATTGCAAATATGACAATAGAAGAAAAAATAGGACAATTATTTATAAACATGGGT +GCTAGCCGTGATGAAGAATACTTAAAAGGTGTGTTAGACAACTATCACATAGCTGGTGTT +CGTTATAATCCTGGTACAGCAGAAGAAGTATATGAACAAAATAGAATATTACAAGAAAAC +AGTAAAATACCTTTATTAATAGCAGCTAACACTGAATCAGGTGGTAACGGTGCTTGTGTA +GATGGTACATATATAGGAAATGAAGTTAAAATAGCAGCGACAAATGATAAAAGATATGCT +TATGAAATGGGGAGAGTATCAGGTGTAGAAGCATCTGCTATAGGATGTAACTGGAGTTTC +GCTCCAATCGTTGATATAAACAGAAACTGGAGAAATCCAATAATATCAACTCGTACTTGG +TCTGAAGATGTAGACCAAACTTTAGAATTATCTTTAGAATACATGAGAGGAATCATGGAA +AGCGGTATTGCTCCTGCGGCAAAGCATTTCCCAGGGGATGGTATTGATGAAAGAGACCAA +CATTTATCATTTGCTCCAAATCACTTATCAGTAGAAGAGTGGGATGAAACATTTGGTAAG +GTTTACGGTGGATTATTTGAAGCTGGTCTTCCATCAATAATGGCAGGACATATATCTTTA +CCAAGTTATGTTCGTCACTTTAATCCAGAAGCTACAGTACAAGAGCAAATATTACCTGCT +ACATTAAATAAATACATATTAACTGATTTATTACGTGGAAAAATGAACTTCAATGGTTTA +GTTGTAACTGATGCTTCTCACATGGTAGCAATGACTTCAGCTATGAAGCGTAGTGAAATG +TTACCAACTGCAATAGCTGCAGGTAGTGACTTATTCTTATTCTTCAATGATCCAGATGAA +GACTTCGCTTGGATGTTAGAAGGATACAAAAATGGAATAATAACTGATGAAAGATTAGAA +GAAGCTTTAACTAGAATATTAGGAACAAAAGCTGCTTTAGGTCTTCATAAAAAAGCTAAA +ACAGAAATATTACAACCTAAAGAAGAAGCTATGGCTAAAATAGGTTTACCAGAAAACGTA +GCAATAGCTACTGAAGTTGCTGATAAAGCTATAACTCTAGTTAAAAACAATGAAGATATA +TTCCCAATATCTGTTGAAAAACATAAAAGAGTTTTACTTGTTGATGTAAAAGGAACTGAA +GGCGGATTTGGTGCATTAATAGGTGCTCAAGGACCTAAGCCAACTGAAATATTAAAAGCT +CAATTAGAAGAAGAAGGATTTGAAGTTAGCATATGGGAATCACCAATTGAAAAAATAATG +AGTCTTCCGACTGAAGAAAGAAGAAAAGCTATAGGAAGTATATATGCGGCTAGGAGACCT +ATATCTGATTTAACTGATAACTATGACTTAATAATAAATGTTGCTGTTGTTAATCCAAAC +ACAGATCAACGTATACAATGGCCAGCAAGTAAAGGTACTCCTGATATACCATTCTATGTA +AATGAAGTACCTACTATATTTGTATCAGTACAGTGTCCATTCCACTTAGCGGATGTACCT +CAAGTTAAAACTTACATCAATACTTATGACAATAAAGACATAACTTTAAAAGCATTAGTT +GAAAAGATGTTAGGGCGTTCTGAATTTAAAGGTGTAAGTCCAGTTGATGCTTACTGTGGA +TTATTAGATACAAGATATTAA +>group_520 +ATGGAAATAAGAGCTAATTTCTCTGAAGATAAACTAGTAGTAAATGCAGATCTAGATAAA +CTTGTAAGAGTATTAGAAAACTTAATTAACAATGCAATGACATATGGCAATGACGGAAAA +TACGTTGATATTGCTACTAGAAAAGAAAGTAATAGAGCAGTAGTGGAAGTAATCAACTAT +AGAGAGCCAATACCACAATCAGATATACCATTTATCTTTGATAGGTTCTATAGAGTGAAA +AATCAAGAAATAGAAATGATGGTGGTTCTGCTTTAG +>ddl_2 +ATGAAAAATGTATTAATAATATTTGGCGGAAAATCAAATGAATATGGAGTATCTTTAAAA +TCTGCATCTGCAGTTATAGATAATATAGATAAAGAAAAATACAACCTTATGATGATAGGG +ATAACTGAAGAAGGAAAATGGTTAAGATTCATCTATAATAGGATATCTTAA +>mepA_4 +ATGAATAAGAATCAAGAAATCTTAGGAACAGAGCCTATAGGCAAACTTCTACTAAAGTAC +TCGTTTCCAGCAATTATAGGAATGGTTGTAAACGGATTATATAATGTAGTAGATAGAATC +TTTATAGGAAACATACCAGGAGTTGGTCCATTAGCGATTACAGGTTTAGGTGTTACATTA +CCTATAATGACTATAATATTAGCATTCGGTATGCTTATAGGTATAGGTACTACTACGAAT +ATATCTATAAAGCTAGGTCAAGGTAAAAAAGATGAAGCTGAAAAGCTTGTAGGAAATGCT +ATTGTTTTAGCAATTATAGTTGGATTATTAATAACAACAATAGGATTGATATTTGCAGAC +CAAATATTACAATTATTTGGTGCTAGTGTAGATAGTTTATATTATGCGAAATCATATATA +AATATAATATTATTAGGAAGCGTATTTAACTTAATAGCATTTGCTTTTAATCATATTATA +AGAGGAGACGGAAATCCAAAGCTTTCAGCGACAATAATGGTTGTTGGATGTGTTACAAAT +ATAATCTTAGATGCTTTATTTATATTTGTATTTAATATGGGAATACAAGGTGCAGCAATC +GCCACTATTACTTCTCAATTTATAACAGCTATGTGGGGATTATCGTATTTCTTAAAAGGA +AAAGCAAATTTAAAGTTTAGAAAAGAAAGCTTAGAACTAGATAAATCTTTAGTTATTACG +ATATTCTCAATAGGTGCAGCTCCTTTTGCTATGCAATTAGCAGCAAGCTGTGTTCAGATA +ATATGTAATAATGCACTTAAAACTCATGGTGGAGATTTAGCGATAGGGGCAATGGCCACT +ATAAACTCAATAATTACAATCGTAGGTATGCCAATAATAGGTATAAGCCAAGGTGCACAA +CCTATAATCGGATTTAATTATGGGTGTAAGAAATATGATAGAGTTGAGAAAACTTTAAAA +CTAGCAGTAACAGCAGCTACAATTGGCTTAACTTTAGGATGGTTAGTTGTTCAATTTACA +CCAGAGCCAATAGTAAAAATGTTTAATAGCGATGCACAACTAGTTAGTATTTCAGTAGAT +GGAATTAGAAAATACTTATTTATGATGCCATTAATAGGAATGTCAATGATAGGTTCAAAT +TATATCCAATCTATTGGTAATGCAAAACAAGCTATGTTTTTAGGTTTACTAAGACAAGTT +ATAATATTAATACCAATGGTTATTATATTACCAAATTTCTTTGGTTTAAATGGGGTTTGG +TTTGCTCAACCAACTGCTGATATTGTTTCAGCTGTTATAACTGGTATAGTTTTAATTAAA +GAGATTAAAAAGAATTTCTCAGATAACATGGAAAAATCACTTGAAGAAGCAAGAGCTATG +TAA +>group_505 +ATGGATGAATCAAGATTTATAGAAATGATAAAAAGAAATCCTTCTATTATAAAAACAATA +AGTAATCCAACAGATGAAATGAAAATATTAGCTATCAAAGAAGATGGACTAGTGCTTAGA +TATATAAATAATCCTACAATAGAAATGCAAAATTTAGCTATAGAGAATAATCCAAGAGCA +ATCAAGTTCATAGATAAACCAACGGAAGAAATGATGATAAAAGTAGTAAGTGAAGGATGG +AGTATATTAGATTATATAAAAAATCCAACTGAGAAGGTAATTAAATTAGCTATAAATCAA +GCTGGATGGGCTATACAATATGCGAAAAATCCTAGTGAAGAATTACAATTATTAGCAGTA +AGAAAAAATTATGATTCAATAAAACACATTAAAGAGCCTTATGAAAGTGTCCAAGAAGAA +GCAGTAAAAATAAGCTATGATGCATTAAGATATATAAAATCACCAAGTTTTAATTCACAA +CTTATAGCTATTAAAAATAATGAGGCTGCTATTAGTTTCATAAATAATTTAGATAAAGAA +AAAATACTAGAGTTTATAAAAGTAAATATCTTAGTTATAAAATATATAGAACGTGAAGTA +TCGAATATAATTACAAAAGATGAGTTAGAAGAATTATTAAAAGAAATTATATCAAAAGAA +GATGTATCTGAAAAATATATAAGAGATTTTTTAAATTGTAGTACGATAGATAGAGAGAGT +AATATTTTTAAAATAGATAAAATTATGTTTATTTATAAATATGGAAGCAAAAAAGCTAAG +AGAATATCAGTAGATGAAAAACTTAAGATAATTTAG +>group_284 +ATGGGTATAGAAATTAAACTTGATTATGATGATAGTAAAGAAATAAAAGAATTATTTTTA +GAATATACAAAGATGCTTATAGAAAAGGAACCTAGTATTGAAGAGTATTTGAAATTACAA +AGCTATGATTCTGAAATAGAGCATCTTAATGATAAGTACGGATTGCCATATGGAAGACTA +TATATAGCCAAGTTCGATAATGAAATTGTTGGATGTATAGCACTAAGAAAAATTGATGAT +AAAAACTGCGAGATGAAAAGATTATTTGTAAAACCGGAATTTCGAGGAAATAATATAGCT +AATGAGTTAATTAATACTATTATTGATGATACTAAGGTAATAGGCTATAAGTATATGTTA +TTAGATATTTTACCGTTTCTAAAAAGTGCAATACATCTATACAAAAAAGTAGGCTTTTAT +GAAATAGATTCTTATAATAATAGTCTTGTAAAATCATCTATTTTTATGAAACTAGATTTG +AATAAATATTAA +>group_510 +ATGGATTCAAAGTTAACCTCTGTAGTATTAGATAATAAAGTAATTAAGGTGATGAATCAT +TCGTACAATATATATGATATTACTGATGTGGAGTTATTAGATAAAGTAAGTCTTTCTGGC +GGTTCTGGTAGAAATACTCCAAACACCAATAATGGCCATTACAAAGTCAAAGGAGATAAA +TTTGAATCTAACGTTTACATACATAAAAATATAAGTCCTTTTATAAGACTTATTACTAAA +GATCCAGCAATTGTTTTTAATGGATTATATTGTGAAATTTGA +>mepA_6 +ATGTCAAAAGTATCAAACTTTACAGAGGGTAAGATATTTTCACCTTTATTAAAATTTACT +ATACCAATATTACTTACACTATTTTTACAGACCATGTATGGTGCAGTTGATTTACTTATA +GTAGGTCAATTTGGAGGTGCAGCAGACGTATCTGCAGTTTCAACAGGAAGTCAGGTAATG +ACAACTATTACTGTTATGATTACAGGTCTAGTTATGGGTATTACTATATTAATAGGTCAA +AAACTTGGTGAAGGGAAATTTAAGGAAGCAGAAGATGTTGTAGGAAGTGGTATTTCAATA +TTTATAGTTATAGCAGTAATTATTACTATATTAGTAGTTAGCTTTGCATCACCTATATCA +ACTTTTATGCATGCTCCAAAAGAAGCGTTTGATAGTACTGTAACATATATAAAAATTTGT +TCTGCAGGTGCTGTTTTCATAGTTTCTTATAATATTATAGGAGGAGTATTTAGAGGATTA +GGTGATTCTAAAACTCCACTTATTACAGTAGGAATAGCATGTGTTACAAATATAATAGGA +GACTTAATATTTGTTGGATTATTCAAAATGGCTGCTATGGGTGCAGCACTGGCTACAATA +ATGGCTCAAGGGATTAGTGTAATATTATGCCTAGGTATTATTAAAAAGCGTGGACTTCCT +TTTGAATTTTCTAGAAAAAGTATAAAATTCCATAAAGGCATAACTTCAAAAATAATTAAA +TACGGTGCACCAATTTCTTTACAAGATGGACTTGTGCATTTATCTTTCCTTGCAATTATG +ATTATAGGGAATTCAATGGGAGTAATTCCTTCAGCAGGAATTGGAGTTGCGGAAAAACTT +GTTGGATTTATAATGCTTATATCATCATCTTTCTCTCAAGCAGTATCTACATTTGTAGCA +CAAAACTATGGAGCTAAAAAATATGATAGAACTAGAAACGTACTTCTTTATGCTATTTCA +ACTTCATTATGTTGTGGTGTTGTAATGTTCTATGTAATGTTCTTCCATGGAGATTTACTA +TCAGGGATGTTCTCGAAGGATAGAGAAGTAGTCTTAGCATCTTGGGAATATATGAAGGCA +TACGGAATAGATTGCCTACTTACTGCAATAATGTTTTGCATGGTAGGTTATTTCAATGGT +TGTGGAAAAACGACTTTTGTAATGATCCAAGGAATAATAGGTGCATTTTGTATAAGAATA +CCAGTATCATATCTTATGAGTAAAATATTACCAGTATCATTGTTTAAAGTAGGTCTTGCA +ACTCCTATGTCTCCATTTGTACAAATTATACTATGTGTAACATATTTTATAATATTATCA +AAGAAATTATCAAAAGAGGAGACACCAATATATTCTACGCCTCAATTACAAGAAATGTAA +>slyA_3 +ATGATTAATAAGCTTAAACTAGGTCTTGATATCAGCAAAATTGACCATATAATCTCAAGG +AAGATGGATGCTGCCGTAATTAGTTCAATCGATGACAAATTAACTGTATCACAGGCTTAT +GTAATAGATTTTATTTTTAATCAATGCAATAAAAAAGAAATATTCCAAAAAGATTTAGAG +AAAGAATTTGATTTAAAACGTTCATCTATTAGCTTAATGTTGAATAATATGGAAAAGAGT +GACTTAATAAAAAGAGTGCCAGTAACAGAGGATGCTCGTTTAAAGAAAATTATTTTAACA +GAAAAGTCTATTAAACTTAATGAAAAAATTTCTGAGGCAATTGACTCAATTGAGAATAAA +CTATCAGAAGATATAACTCTAGAAGAAATAGAAATATTCCAAAGAGTTCTTTCTAAAATA +AGAAATAATCTAGAATAA +>group_146 +ATGAGCACAAAAAATAAAATTTTAAATACTGTTTTGGTCATATTAGGAGTGACATCATTA +TTTACAGAAAATAAAATAATAGTATCCTTATCGACACTAGGAATGGGCATAATTATTATA +ATAGAGAAGATAACAGATTACATTACTAGGAAGATGCTAATAAAAAAAATAAAGCATAAA +AATATGAATTGTATTAAAGTTAAAGAAAATAATAAAGTAACGATTTTAGTTTCAGTACTT +TTAATTTTTATCATGTTAATATCATTAAAATCTTTATTAAATATATATCCAATAGAAAAT +TATAGTATTGTAGATATAAAAAATTATATCAATAACTTTGATTACTCTTATAGAATGCTT +ATATTTGCTTGTATAATTTTATTTATTGTTGCAATTTTAATGATTGTGCAAGCAATATTT +AGTACAAGTTTAGTAACAGATGATAAGGTTATTTTTTATGATGGTTTAATTATCGATATT +AATAAGATTGAAGAAATAAAGTATAAAGAACCTTTACTTATTAAAAATAAAAAAATAATA +AGAATTGGTAAGGGTTTTATAGATAGAAATATAATAATAAAAATAGAAGATTTTGATAAA +GTTAAGAGTTTATTAGAAAGCAAAATAGCTTTTTAA +>group_101 +ATGAGTATTCTTAAAACAAAAAATCTAGTTAAAATATACGGCCAAGAGCCAAACATAGTA +AAAGCATTAGACAATGTAAGTATAGAAATAAATCAAGGAGAATTTATAGCAATAGTAGGT +ACATCAGGTAGTGGAAAATCTACACTACTAAACATGCTTGGAGGGTTAGATAACCCAACT +AGTGGAGAAACAATAATATCTAACAAAAGAATCAGTAAATTAAATGATGAAGAACTTACA +ATTTTTAGAAGGAGGAACATAGGATTTATATTTCAAAACTATAATCTAGTACCAATACTA +AATGTATATGAAAACATAGTATTACCAATAGAGTTAGATGGAGGGAGAATAGATGTAGAT +TATGTAAACTCAATAATTAATACATTGGGATTAAACGAAAAGCTAAGTAATATGCCTAAT +AATCTTTCTGGAGGGCAACAACAAAGAGTTGCAATAGCAAGAGCATTAGCTACAAAGCCT +GCGATAATTCTAGCTGATGAACCAACTGGAAATCTTGATAGTAAGACTAGTATGGATGTA +ATAGGGTTATTAAAAGTAACTAGTAGACAGTTTAATCAAACTATGGTTATGATTACCCAT +AACGAAGAAATTGCTCAACTTGCAGATAGAATTATAAGAATAGAAGATGGCAAAGTTGTA +GTTAGAGGTGATAAATAA +>group_33 +ATGTTATCTATATATAATAAAATTAGTGACTATATAATAGTGTTAAATAACAGAGGTAAA +ATAGTTTTTTGTAATGAGAGCTTTTTAAATCGATTAAGCTATAATCAAGACGAGATACTA +AACCTAAATATATCTAAGATAATAACAAATGGATATAATAATATACTAAAGGGTTCAGAG +GAAGCAAATAAAACTTTAGAATTTCATGCAAAATCAAATGAAATAGTCAAAATAAATTCA +A +>nanA_1 +ATGGATAGGAAAACGATTGTTGTAGCTGGTGTGGTATCAGCTTTGATTGTAAGCAATGCA +TCCTATGTTGCATTAGCTACAGGTATGGAGAAAGATTCATTAGTCTTTGTAGCTGAAACT +AGCAATATACAAAATGAAAATGCAGAAAAAATTTATTCTTATGAAAATATAAGAATAAAT +TCAGACACAGATCTTGTAGATATATCTAGTCAAGTTGAAAAATTAAAAAACTTAGAGGAA +GGAACTATTGTAGCCAGATTTAGAGGAAATAATAGTGACTTAGCAAGTTTAATTAGTCTA +TCAAATAAAAACCAAAATAATTCACATTTTCATTTATACAAATCAGGTAGTAGAGTAGGT +GTTGAAATAAGAGATGAAAGTAAAGGGTTAAATAAGCATATTTATGCAGATGTGGTTTTA +AATGAAGGGTTTAATACTGTTGCATTTAAAGTAGAAAAAGATAAATCTTACTCTATATAC +TTAAATGGTAAATTAGTTAAGACAGAGACTAATAACGATACAAAGTTTTTAAATGATATA +TCGTCCCTTAATACTGCATTTATCGGTAAAACAGCTAGATTAAGTGGAAATCAATATATA +TTCAATGGAGATATAGATTTTATTGATATATATGATAAGCCAATTTCAGACTCTTATCTT +CTAGAGAAGACAGCAGAAACTAATGCACCTTCTGAAGATGATTATTTACCTGAGGGTGCA +TATAAATCAGAGACGCAAGATTTATTTGCGCCAGGAGTATTAAATTCAAATGCATATAGG +ATACCGGCATTATTTACAACTAAATCAGGAACAGTATTGGCATCAATTGATGCTAGAATA +GATAATGGTGGAGATGCTCCAAACAATATAGATACAGCTATTAAAAGAAGTGAAGATGGC +GGAAAAACTTGGGATGAGGGTCAAATAATATTAGATTATCCAGATAAATCATCAGCAATA +GATACTGCAATGTTGCAAGATGAAGAGAGTGGGAGAATATTCCTTTTAGTAACACATTTT +GCTACAGGTTATGGATTCCAAAATTCTAAAACAGGAAGCGGATATAAAGAAATAGATGGA +GTCAGATACCTTCAATTATTCGATTCAAGTAATAATGAATATACGGTTAGAGAAGAAGGT +AAAGTATATGACAGTAGTGGAAATATAAGTGAGTATAGTGTTGACGAAGACCAAAACTTA +TATAAGTATGGAGAAAAGATAGATAATGTATTGACAGGAACAAGCCCACTTAAAGTTATG +GGAACTAGCTTTCTATCATTAATATATAGTGATGACGATGGTAAAACTTGGAGTAAACCA +ATAGATCTTAACAAGGATGTTAAAGCAGATTGGATGAAATTTTTGGGTACAGGCCCAGGT +AGAGGTCATCAAATAAAAAATGGAAAGTATGAGGGTAGATTAGTATTTCCAATATACTTA +ACTAATTCAAATGGATTCCAATCAAGTGGTGCAATATATAGCGATGATAATGGTAAAACA +TGGAGTATAGGGGAAACTGCAACTGATGGAAGAGATATGGGAAATGGTCAAGTTGGTAAT +GCTCAAACTCAACAATCAGGAAACCAACTAACAGAGTGTCAAGTTGTAGAAATGCCAAAT +GGTCAATTAAAAATGTTTATGAGAAATACAGGAAATTATGTAAGAATAGCAACTAGTTTT +GACGGTGGGGAAACATGGGATGATAATGTTGTTGAAGATACTAATCTAAGAGAACCATAT +TGTCAATTAAGTATTATGAACTATAGTAAAGAAATAGATGGTAAGCCAGCAGTGATATTT +TCTAATCCAAATGCAAGTAATAGATCTAATGGGACTGTGAGAATAGGTCTAATATCACAA +AATGGAAATCATGAGAATGGAGAACCTAAATATGAGTTTGAATGGAAATATAGTAAGTTA +GTTAAACCAGGATACTTCGCATATTCATGCTTGACTGAACTTCCAAATGGAAATATAGGT +TTATTTTATGAAGGTACAGATGTTAGAGAAATGTCTTATACTGAAATGAATTTTGATTAT +TTAAAATTTAGTATAGATAAAGAATCAACATCTGCAAAATTAGAAAATGTAACTATTTTA +GATCAAAAGAAATCGTATCGACCAGGGGACGAATTGAAATTAAAATTAAAGTTTGATCAA +AATATAAGCATAATGGGTGATAGAAGTATAAAGGTTAAGATTAAAGATAAAGAAGTAGAA +CTTAATATGACTGGATATAATACTGCTAATGAAGTTATATTTACAGGAATTATACCAGAT +GGGATTAAAGTTGGGAAGTATAAATTAGTTGTAAAATCTAATGAAGAATTAGAAATAATA +AATGTATTTAATCAGATAACATCAATAGATAAAGATATAAATACATCAATAGAAATAAAG +ATTAAAAAATAA +>group_467 +TTGGATTTTAAAAGTATTTTACATGCTTTAGTGGCTATATTGGAATGTTTATCAATAATA +ATAATAATCTACGGTGTTGTTATACAGTTTATAGGTTTTATAAAATCTGAATTTTCATGT +AAAGAAAGAAAATTAGCTGTTAAAAAAGTTCTTATGCTTAAGAATTTTTTAGGTACTTAT +ATATTATTTAGTCTTGAGGTGCTAATATGTGCTGATATTATAGAATCTATTTTAGATCCT +AGTATGAACCATATACTTAGTTTATCAGCCATTGTCATAATTAGGACTATTATTTCTTAT +TTCTTAAATAAAGAAATTAAAGACGAATATAAAAATAAATAA +>malH +ATGATACAACAAGTGAATTGTGAGAAATTAATTATAGAAGCTTGTATAGAAAATAGTTAT +GAAAAAGCTTTACAAGCATTTACATTAAATAAAATAGTTCCAAGTATGAATGTTGCAAAA +GAGGTATTAGATGACCTTATTGAAGCTAACAAAGGATATTGGTCAGAGTTAATATAA +>group_257 +GTGTATAAAAAATATCAAGAGATTAATATCGATAAGTCATATATAGGATTAGAGGAAGGG +GATACAGAAGGTGGTTATTTTTGTACACCTGTTGGTTCCAAAGTAATTGGTTGGGAAAGT +TGTGGCATCCATTATTGTTTTATTAACGGTTTTGGTGAAACTGTTTTTGCTGTCAATCCA +AATACTTTAACAAATGATAAAAGTGAAGAATTAAATGTATACCCTTTAGCTGAAAACTTT +GAAATATTTTTACGACTGATTTTGGCGACAAAGAGTGTTACTCCTATTGAGCAAATTATT +ATGTTTAGCAAAGAGGAGTTTGAAAACTTTCTTATATCTGAAGATAATACTGTATTACCA +GAACAGCAAGAAGTTCTAAATACTATATCTGAAAAATTATCTTTGATTCCATTTGAAAAT +CCTTACGAATATGTAAAAGAATTGCAGGCTAAATTTGATTACACAAAGTTAATATTCACG +GATGAGTATTATGATGTTTTAGGTATAGATAGAAGATAA +>group_277 +ATGATAAGAAAAGCTAGTTTAAATGATGTAGATAGTATAATGGATATAATAAAATCTACA +GTAGAAGAAATGAAGACTTACAATAATACTCAATGGGATGAAAGCTATCCTCAAGCTAAA +GATTTTATTAAAGATATAGAAAGTGAAGAGCTATATGTAGAAGCAGAAGGAAAAGAAATA +AAAGGATTCATATGTATTAACTATATAGAGCCAAAAGAATATGATGATCTAAACTGGGTA +TCTAACAGTAAAGCAATGGTAATACACAGAATGGCAGTTAATCCTAAATTTAGACAGCAA +GGTATAGCAACTAAATTAATTAAGCTTGCAGAACAATTAGCATTAGATAATAATGTTGTA +TATTTAAAAACAGATACTTACTCAATCAATACAAAAATGAATTCATTATTTAAAAAATGT +GGTTTTAATCTTGTAGGAGAAATGAGTTTATTAGGGAAAGAAAAGCCATTCTTTTGTTAT +GATAAATTATTAAAATAG +>group_449 +ATGGAATTTATACCAACCAAAACAATAATATCATCTAGTTATAAAGAAAACCCACATTGG +TTTGGAATAAACTACAATATGAATATATACAAAGGTTGTTGTCATGGATGCATATACTGT +GACTCTAGGAGCAACTGTTACCAAATTATTGAGTTTGATAGAGTGAGGATTAAAGAAAAT +TCAACAGAAACAATAAAAAGAGATCTAAAATCAAAAAGAACTAAAGGTGTCGTAGGAACA +GGGGCTATGAGTGATCCATATAATCCCTTTGAAAAAAACTATATGCTGACTAGAGAAGCT +TTGAAGCTAATTGATGAGAATAGATTTGGAGTATCTATTGCTACTAAAAGTGATTTAATC +ACTAGAGATATAGATATACTAAAAAAAATACAAAGTCATTCACCTACTTTAATAAAAATG +ACAATAACTACATATGATGATGAACTATGCAAAAAGATTGAAAGAAATGTATGTCCTACT +TCTGATAGATTAAAGGCAATAAAGCAGTTATCAGATAATGGAATATATGTTGGTGTTTTA +TTAATGCCAGTTTTACCTTTTATAAATGATAACGAAGAAAATATAAAAAATATTATAAAA +TCAGCTTATGAATGTGGCGCTAAATTTGTATTTTCATATGGGCTAGGTGTTACTCTAAGA +CAAAATCAGAGAGAATATTATTTTGAACAATTAAGAAGAATATTCCCAAATCAAGGTTTA +GATAAAAAATATATTGAAACATATGGTGAGTCATATGAAAATGGATCTAGAAATTATGAT +CACTTACTTAAGATTTTTAAAGAAGAGTGCGAAAAGTATAATCTTTTATATGATATGAAA +GATATTATAGCAGATTATAAAAGAGCATATGAAAAAGCTCAAATTAGTTGGTTTTAA +>group_455 +ATGAAAGGGTTAAATAAATATTCAATTTTCTTTGCACTATTTGGATTTTGGGGCTTTAAA +GAATTAAACGGAGATCCACTAGGTCTTTTAGCTTTTGGGTTCTTTGGATATCTTTCTTAT +ATTTGGTGGAATAAGTTAGGAGATTATGAAGATGAGAGATTAATCTACAACAAACAACGA +GCAGGTTCCATAGCGCTTTATACAGGATTTGTTCTTGTAGTTGTAGCAAGTGTATTAATT +AGGCTATATACAGTAGATATACTAATACTTTATAGGTTACAAGTATTAATAATAGCACTT +TCCTTTGCAATATCAATGAATTTATGGGCATTTTTAACTTATAAATTTGATATGGAAAAT +TAA +>group_74 +ATGGTTAAGTTTATTAGTAATTTAAAGAAGTATCGACAATTTAATGAATTAACTCAAGAA +GAATTAGCTCATAAGGTTAATGTTCGAAGAGAAACTATAGCTCGCTTAGAGAGTGCGAAA +TATAATCCTTCTCTTGAATTAGCTGCTAGAATTTCAAAGGAATTAAGTATTCCTATTGAA +GAATTATTTATTTTTGAATTTGAATAG +>group_342 +ATGGAATTTAAATCAATTATAAAATGTGAAAATTATAAAAATGTAGATGGATATAGAGCG +CCTAACTCCGATATAGAAAAAGTAGATATAGGTGTTAAGAAGAATTCAGAGAACAATAGA +TTAGAAATAATAGCAAAGCTTTCAAAATTAGATGGTAAATTTGATGAAATACCTGTAAAT +AGAATTATAGATATGGCTATTTTACTGTGTGAAGCGAGCTTATATTTTAAGGAAGCATAT +AGAATGCCTAAATTTTATGATGAAAATAACTTAACTATAAGTAGAGTGGGTCTTCAAGGT +GATGCTATGAATATTGAAATAAATACAGATAATGAAAATTTAGATAAAGATATAATCACT +TTAGCAGATGAGTTTAATAAGCAAGGTGAATTATTAGGCGAAAGATTTAGAGTACTTTCA +GAAATACTAGAAGAATTAGGATATTAA +>group_118 +ATGTTAAATACAAAATTTAATAAAATCAATTTAAATGAATGGAATCGATCACAATATTTT +TATTATTTTACTAAAATGTTGCCTACAGGATATAGTATCACTGTAAATATTGATATTACT +AATACTTATAATATGATAAAACAAGATAATAAAAAATTTTTTCCAGCTTATTTATATATA +AGCTCAAGAGTAATATCAGAATATAAAGAGTTTAGGATTGCATATTTAGATAATAAACTA +GGTTATTACGAAGTTTTACATCCGTCATATTCTGCTTTTCATAAAGATGATGGCACTATT +TCAACTATATGGACAGAGTATAATCCTAATTTCGAAATTTTCTACAGCAATTATATGGAT +GATCAAAATAAGTATGCTAATAATCATGGTATAATGGCAAAGCCTGAAATGCCTCCTAAA +AATAGCTGTATTATAGGTATGTTACCTTGGATAAAATTTTCTAGCTATACTCCTGTACCA +TATTCCCCTATTAATAGCTTTTTTCCTGTACTTCAAGCAGGAAAGTTTTTTGAGAAAGAT +GGTAGAAAAATGATGCCTCTTTCTATTACAGTTCATCATGCAGTTGCCGATGGATATCAT +GTAGGAATGTTCTTAGAGAGGTTCCAAGATTATACTAGTTATCCTGAAAAGTGGATGAAA +TAA +>group_474 +ATGAAATATGATTTAAAAAAGAAAACAAATAAATTTGCTAAACGAATACTCGGTACATTT +AGTAGTACTATGTTTGATTTGCTAAATTATTGCTGGGAACTTTTACGAGAAGAAATTCAT +TTTGATGATTATCCAGAAATAGAAGCGGAAGATAGGTTATTTGAAATATTTAATCGTATG +TACGATTTCTTGGATAATAGCAATAAGCTTAGAGCAATAATTCATGTAAATCAGATGGAT +GGAATATTAATTGAAATTTTTTTTGATATAGACGATAAAGAGCATATTGGTTTTATTACA +CCAACCTATGCGAAAAAAATGCCCAGTTAA +>group_273 +ATGATAGATAAATTTAAGATTCTTAATAAGATAAATATCGATATTGATAAGTATGAAGAA +GATGGTACTTACAATAAGGAAGATTTAAAAGGAAAAATGCAAGAGAGATTAAAATCATCA +GATAGAATGAATAAAAGAAAAAATAGAACTAAGACAATAATATCAGCAGCTGCATCAATA +AGTATTGTAATCATAGGAATTGGAGTGTTTAATCCTTCTTTAGCGGATAACATTATAAGA +AGACTTCCTGAATTTGAGACTATGTTAGATAAATTAAAGGAGTCTATAGAAGATGATGGA +AGTGTCGAGTATAGCCCGGAGCTTTATCCTGAATTAGAAGAAGAAAAGGAAGAGTATAAA +AAAAGTAAACTTATTGCAACTCCAGTTAATCTGTCAAGCAAAAGTGAAGGTTTAGATATT +ACCATAGATAAAGTTATGTATGATAAAAAGAAAATATATCTAGATATGACATTAAAAACA +GATGTGCCATTTAAGGAAAGTAAGTTTAAAAAATCAATATATGATTCTCCTTATGAGGAT +GGAGTGTTATATATGGATATGGACAATGTAAAAATGTATATGAATGGAATTAAACTAGAT +GGTTACTCTTGGTCTTCAGGAGTTGTAGAATATATAGATGAGTACACCTTAAGTCTTAGT +AACCTAATAGAACTTGATCCTACAAATGATATAGATGAGACTAACTTTAAAATAACCTTT +GATATTCCAGACAATAAATATAGATATAATGATGATATTGAAGGTAAGTGGGCATTTAAT +TTTAATATAAAATCTATAGATGATGGTAAAAAGGATATAGAAGTTAATAAAAAAGATGGA +GATTATACATTAAAAAGTATAGGGATATCTAAAACTTATGCTGAGTTAAAAATGGAACTT +CCTTTCCAGCCATCACTAGGTAATACTCATGATAACTTTATAATAGTTTATGATGATAAA +GGAAGAGAACTAGAAATGACCGTAGCTCAAGAGGGGGCAAATAAAATGTATACTCAAATA +AATGAATTAATTAATATTGGTGAAACTCCTAAATATATAGATATTTTTGTCTATGAAAAT +ATTCCTGTTGAAGGAGAAGATTATAAGCCTTTATCTAGTTTTAGAGTTATGTTAGATTAG +>group_199 +TTGAAAGATAAATTGATAGTAAAATATATAAAAAGGTGTAATCAAAAGGGGATGGAGATT +TTAATAGACAATTATAGTGGCCTATTAACATCTGTAATTAAAACACATATAAATCCTTTA +CAAATTTATGAAGAAGAATGTATAAGTGATGTTCTTTTCTTAATATGGGAGAATATAGAA +GGATTTGATAGTAAGCAAAATAATTTTAAAAACTGGATTTGTGCAATAGCAAAATATAAA +GCAATTGACTACAAAAGAAAATACATTTCTAAAATAGATTTAGAAATAGACTCGGACATT +TCTTATATGGATGATAATTTAATACAACTAGAGATAAAAGAAGAAATAGAAGAAATTTTA +AGTTTTCTAAACTCTAAGGACAGAGAGCTATTTACTAGATACTATTTAAAAGGAGATAGA +CTGGAAGAGATAGCTGAAAGTAGGGGTACTACTATATCAAATTTACATAGTAGATTATCT +AGAGGCAGAAAGAAAATTAGGAAAAAAATTTTTAAGGAAGTAGGAGAGTAA +>group_428 +ATGCAAAGAGGTAAGTTAAAATGTAATGCAACTGATTGTGCACATAATAGAGATCATGAG +TGTAAGGCAGGTGCCATACATGTAAGTGGACTTGGTGCAGTATCTGTTGAAGGGACTACT +TGTACAAGTTTTGTAGATAGAGATAGTAGCAACATTGTAGATAGTCTAGCTGGAAATCCT +GAAGAGAAAGAATCAATTTTTAATAGTTTTAATAGCAGTTTTGTAAATGGTGTAGGTGAC +TCAACTATACAACCATGTGATATAAAATGTGAAGCTCATAACTGTATATATAATGAAAAT +AAAGAATGTCATGCAGAAAATGTTCAAATAGATGCATATAATGCATGTTGCGATTCATTT +GATTATGGAGAACATATTTAA +>group_494 +ATGAAAAATAAATTAACTTATAAAATACAATATATTCTTTTAAAAAATGAATACAGAGAA +GTAAAAATAGAAAGCAAAATAGAAGGTAGAGGAGTAAATATAAAAAATGCAGATATTAAA +TTTAGATATGAATCTAAAAAAGATAAAGGATACTTAAACTTCGGAGAATGTAATGGAAAT +AAATTATGTGAAATCGAAGATAATATCATAAATGAGGTTGTTTTAAATAAAGATCATTTA +ATTATAGAAATAAATGAAAAGACGTATAAATTATATGAAGATAGCAATAAAATATATTTT +TAA +>group_182 +ATGATAAAGAAAATAATAATAACAGGAATGAATTGTGGACATTGTGTAGGAAGAGTAAAA +GGATTATTTGAGGAAAATAAAGATATAAAAATATAG +>group_363 +ATGTTATACTTAATTATATTGTCGGTATTTCTATTTGTTTCATTAACTTTAACAGCACAA +AATTTAAGGTACAATAAAGATTTGTATGTAAAAAATAATGTTCAAGAAGACTTAGCGTTT +CATACTGTAAATAGAGTTGAGGATATTAGTAAAATAGAATATAAGTATGATTTAAAGATG +CAAGAAACACTTGTAAAAGAATATAAATATGATGAGAAAACAGTAAGATTATTTACTCCA +AATGAAAAAGTAAATATTACGGCAGTGCTAGAAGGTACTATGCCAAAAGTAGGAGAAATT +GCACTAGATCCTCAGTTTGCTAAAGCTAACAATTTAACTATAGGTGATGAGTATAATATT +GATAATTCTTCTTATAGAATATCAGGATACATAGGTATGCCAAATTATGCATATATACTT +GAAAAATAA +>group_526 +ATGTGTTGCAGTTGCAAGAGCTGTAATAAAAATCCAGCGATATTACTTTGTGATGAATTG +ACAGGTGCATTAGATTATAAGTCAGCTATAGATGTACTTTCTCTTATACAAGAAATAAAT +AGAAAGTTTAACACTACAATTTTAATAATTACACACAATGCAGCTATAGGTGAAATGGCA +AATAGAATATATAAATTTAGAAGTGGAGAAGTTAAAGATTCTATCATTAATAATAACCCT +ATTGATGCAATGGGAGTGGAGTGGTAA +>lolD +ATGTTTATCGAAATAAGTAACTTATGTAAATCATACAAGACAGAGTGTATTGAAACTATA +GCACTAAAAGATGCAAATATTTCACTTAATAAAGGGGAGATAGGTGTCATACTAGGACCA +TCAGGAAGTGGTAAATCTACTTTGATGAATATACTTGGAGGATTAGACAGCGCTGATAGT +GGAAAGGTAATTGTTGATAACATTGATATTACTAAATTATCAGATGATGAACTAGTTGAA +TATAGGCGTGAAAAAACTGATTTTATATTTCAATCATATAATCTTATGCCACATTTAACA +GTATTAGAAAATATAGAAATAATACAAAATATTAGCAAATCGCCTCTTGATATTAATGAA +GTGCTAGAAGCAGTGGGACTAGCAGATAAGAAAAATAGATTTCCAAGAGAATTATCTGGT +GGACAACAACAATGTGTTGCAGTTGCAAGAGCTGTAATAAAAATCCAGCGATATTACTTT +GTGATGAATTGA +>arlS +ATGTCTACATTTTGGCAAATGTCTATTCTTACATTTTTAGCAATAATTAGCGTAATTATT +ATTATAATAACAGCTCAACTTTTAGTAGTTAGAATATGGACTGTAAAGTATGAAAAAGAT +GATATAGAAACTAAATATAATGAGATTTCAATGCTTATTAATGCTAATACTAATATAACC +TATGATAAATTATTTGAGACTATGGATTTAGAAGCAATTATATATGATGAAGATAAGAAT +ATTATTTACAATAATGTGGATGATGTACCAAGAAGTTTAGAATTTGATAATCCATATAGA +ATTAAATCAAGAATATTCCTTAATTTAGACCATGATAATGTAATTTTAAATGCTCCTTTA +ATTGTTAATGGTGAGAAAAGTTATATTTATATTTTTAATGAAACAGATGTATTTAAAGAT +TATTTAGAGGCAACTGTTCATATAATGATTTTTGTAATTATTTTAGTTATTATAATCAGT +ATATTAGCAGGAATGTTTATTTCTATAAAGTTCGTAAATAAATTAAAAAAATTAAGAGAT +ATTATGGAAGAAATAAAAGAAAAGGGAATATCAAATAGAGTAGAGATACATGATGAGAAA +GATGCGTTTGACAAAGTTAATATAGTATTTAATAGTATGATGGATGAAGTAGAAAAATCA +TTTAATGCTCAGAAACAATTTATAAATGATGCATCTCATGAACTAAGAACTCCATTAACA +ATAATAAAAGGTCATTTGAAGATGCTTGATAGATGGGGTAAAAATGATAAAGAAACTTTA +GATAAATCAATAAAAGTTAGTTTAAATGAAGTGGAAAGATTAACTAAATTAGTAAATGAT +TTATTACAATTAAGTAGAGCTGAAAATGAATTAGTAAGAAACAATAATCTAGAGGTAGTT +AGTATTGCCAAAATTATTAATGAAGTAATTTATGATTTTGAAATTATTAATAAGGATGTA +AATTTTACTTACGATATAGAAGATAATTTAAACTTATATATAATGCCTGAGCATTTAAAG +CAACTTTTTATAATATTTATTGATAATGCTATAAAATATTGTGATAAAGAAGAAAAGCAA +ATTGATATCAAGGCATATATTGATAAGAATAATACTAAGATTTGTATAAGGGATAATGGA +ATAGGTATACCTGATGAAGATATTCCTAAGATAACAGATAAGTTTTATAGAGTTGATAAA +TCTAGAAAGTATAACAATAGTTTTGGAATAGGTTTATCTATTGCAGCTCAGATAATAAAA +TTATACAAAGGAAGATTAGATATTGAAAGTAAAATATATGAAGGTACAAATGTAATAATT +AATTTTAGCAATGTTTTAAATTAA +>group_399 +ATGAAGAAAATAAAAATAGAAAATCTAAAAGATAAAATAGGAAATTTTGATAAAAAAGCC +GTGATTAAAAAAACAAAAAAAGTTATAATAATAACATTAAGTTGTGCCATGTTATTAGGT +GGCGCTGGTGCTTATGTTGGATACCATTTTATAAAATCAAATATAAACTACACACAATCA +CAATGTGAAAAAATCGCATTAGATAAAGTACCAGGAACAATAATTAAAACTGAAAAAGAA +ATTAATGAAGAATCTTTATCTTTAACTTATGATTTTAAAATAAAGGAAAAGGATAATGTC +TTAAATAAAGTAGAAGTAGATTCAAGGAGTGGTGCAATAATAGATATTGATTACGTAGAT +TCTAGAAATAATTATTATAAAGATAAATATGGTAGAGATTAA +>dedA +TTGGAGTTTGAAATATTAGCTAAAAGCTTAATTGAGCAATACGGATTAATAAGTATATTC +TTAATAGTTATGCTTGAATATGCAAACTTTCCACTACCAAGTGAGGTGGTTTTACCATTT +ATAGGAATAATGGTTTCAAAAGGAAATATTGATTTTGGATTAGCTCTCACAATATCAATT +ATTGGAGGTATAGTTGGTAGTACTATAAATTATTTACTAGGGTTATATTTTGGAAAACCA +ATACTTAAATATATGATGAAAAAATATCCAAAAACAAGATATTCGATTAAATCATCTATG +TGGTGGATGAACAAATATGGAAAAATATCTGTTATGTTAGCAAGGGGTATACCTGTAGCT +AGAACAATAATATCTATTCCCGCTGGTATAAATAAAATGAATATAAATATCTTTGTATTA +TATTCAACTATAGGGATAAGCTTATGGAACACAATACTAATATTTTTAGGTTATATTTTA +GGAGATAATTTATCTAACATAGCTTATTTAATTAAAAATTATTCATTAATAGTTGGGATA +GTGTTAGTTTCAGTAATTGTAATAATCTATAGTAAAAAAAGAAAAAAGATTGGTACCTCT +TGTAGGAAGTAA +>group_1098 +TTGGCAAAAGGTATATCTTCAATATCAAGTGGAATAGTTATACCTATGATAGCAGATTGT +GCTGATTATGAAACATATTTAACTGGTAGATATATACCTGGAATGATGGGAACTTTATTC +TCTTTTATTGATAAATTGATATCATCATTTGCAACTACAATAATTGGATTTGCAGTAGCA +GCAATAGGTTTTACTACTGCAATGCCACAAGCAACAGATGCTTATACTCAAGAATTATTC +TGGGTAATAACTGGTTTATTTATGTGA +>group_1046 +ATGGAAACTATTTTTTATATACTCTTATTTGCATTTATTACTGTGATAATTAGTATATGG +GGACTTATGAAAGAGAAGAATAAAACTAATGATTTACTAAATGTGTTATATGAAAAATCT +GAGAGAAAAATTATTAAATCACTAAAAGTTAATAAAAGTTTATCTAAGAAACAAATAGAA +AAAGAACTAATAAATATAAAAGCTTCTTTATTTTATAGTAAAAATAAATTAGTAGTTCAA +GATTCTTCTCATTTTACAAAAATTATTATAGGAAGACTTTTGGAAAAAGAAATTATTATT +AAAAATAGCAAAGGTTATACATTAAAATAA +>group_1031 +ATGAAGAAAACAAATAAAAATAGTAAAAACTATTTAGACTTTATACCTATTATAAATCCA +AATATAAGTTGGTACATAAATGAAAAAAATTTAGTGATTTTAGAAATCAAAAGAAATAAT +TTTTTTGATAAAATTGCTCAGAAACTATTTAATACACCACATAAAAGCGACATAAAACTA +GATACCCATGGGAGCTTTGTTTGGCAATGCCTAAATGGTAATAAATCAGTTTACGATATT +TCAAAAGAAGTCAGTAATCACTTTGGAAAAGACGCTGAGCCTTTGTTGGATAGATTAGTC +GCTTTTTTTAATATACTTGTAGACAATAAATTTATTACCTTCAATAAAAGGGGATAA +>group_672 +ATGAATGATGAAAAGACCTTAAGTGGTCAAAAAGAATTTAAACCATTTATTCCTGCTGAT +AAAATTTTACCTGAATTTACTATTACTTCTATAGTATTAGGTTGTTTCTTAGCAATAATA +TTTGGTGCAGCAAACGCATATTTAGGACTTAGAGTTGGTATGACTGTAAGTGCTTCTATA +CCTGCTGCCGTTATTTCAATGGGTGTTATCAGAGTTATATTAAGAAGAGATTCTATACTT +GAGAATAATATTGTTCAAACTATAGGTTCTGCTGGTGAATCCCTAGCAGCTGGAGCAATA +TTTACTTTACCTGCACTATTTATATGGATGAAAGATTGGGGAATGCCTAGCCCTAGTTTA +TTAAAAATTGCACTTATTGCATTATGTGGCGGTTTATTAGGTGTTTTATTTATGATTCCT +TTAAGAAAAGCTCTTATTGTTAAGGAACATGGTGTACTTCCTTATCCAGAAGGTACTGCA +TGTGCAGAAGTTCTACTTGCTGGTGAAGAAGGTGGCTCTAAGGCTTCTGTAGTATTTTCT +GGTCTTGGAATAGCAGCTCTTTATAAATTTATTGCTGATGGATTAAAGTTATTCCCTAGC +GAAATCGAATGGGAAATTCCAGGATATCAAAATGCTGCTATTGGTATTGATGTTCTTCCT +GCACTTTTAGGTGTCGGATATATCTGTGGATATAAAATTTCTGGATATATGTTTGCTGGT +GCAATAGTTGGATGGATTGCTTTAATTCCATTAATTGGTTTATTCGGCGCCGAAGCTACT +ATCTTCCCAGCTACTGTTCCTATAAGTGAATTAGGATACTGGGGAATTTGGAGTAACTAT +ATTAAATATATAGGTGCTGGAGCTGTTGCATGCGGAGGTATTTTAAGCTTAATTAAATCC +TTACCTCTTATCATAGATACATTTGCAAAAGCTATGAAAGATTACTCTAATAGAGAATCT +TCAAATAATTCTCTTAGAACTGATATAGATTTACCTATGAGTATAGTTCTAATTGGTTGT +TTATTGGTTGTAATTGCAATTTGGTTAATACCTTCTATACCAGTTAACTTCCTAGGTGCT +TTACTAATTGCAATATTTGGTTTCTTCTTTGCTACTGTTTCATCTAGACTTGTAGGTTTA +GTAGGAAGTAGTAATAACCCTGTTTCTGGTATGGCAATAGCTACTTTACTTATATGCACT +ATGGTTTTAAAATCTTCTGGAATGACTGGTCAAGAAGGAATGATGGGTGCAATTGCTATA +GGTTCTATTATATGTATAATAGCTGCAATTGCTGGAGATACTTCTCAGGATCTAAAAACA +GGTTATATAGTTGGAGCAACTCCTAAAAAACAACAACTCGGTGAACTTGTTGGTGTTGTA +ATATCTGCACTAACAATAGGTGCTGTATTATATCTATTAAATGCAGCTTGGGGATTTGGT +TCAAAAGAAATTCCTGCACCTCAAGCTACTTTGATGCAATTAGTTGTAGAAGGTGTTATG +AATGGTAACTTACCTTGGGCATTTATATTCGCTGGTGCTGGAATAGCAATTGCTGTTGAA +ATAATTGGAATACCTGTACTTCCATTTGCTGTTGGTTTATATCTTCCTATACATTTAAGT +GCTGGTATAATGTCTGGTGGAGTTATAAAACTTTTCCTTGAAAAAAGAAAATCTAAATCA +GAAGAAGTTAGAAAAGAAGAAATTAACAGAGGTATTTTATATACTTCAGGTTTAATTGCT +GGTGAAGGTTTAGTTGGAGTTTTATTAGCAATACTTGCTATTATTCCATTTGGAAGTACT +ACTGTTGCAGGTGCTATAGATTTATCTGCATTTAGCTTAGGTAAAACAGGTGCAATAATT +GCATTCTTACTTTTAGCTTTAACACTATTCAAGGTTACAATTTGGTATAAAGATAAAAAT +AAAGTTGCTTAA +>group_859 +ATGTCAGTAGCATTAATGTATTTATACAAAGACATAAAAAAACATGGAGTAAAACTTATA +GCAGGAGAAAAAGGCTTAAAAAATAAAGTAAGGTGGACTCATATTGTAGAAAGTGAAGAA +ATAGCGACTTTCCTTCAGGGAGAAGAAATTGTATTTACTACAGGTATAGCAATAAAAAAT +CAAAGTGATTTATTTAAACTAATAAAAAGAACTAAGGAGCAAAATACTAGTGGGATAGTA +ATAAATACGGGAAAATATATAGATAATGTAAATCAAGAGATAATAGATTATTGCAATGCA +AATGACTATCCTTTGTTTTTAATGCCTTGGGGAATACGAATAGCAGAAATTATGAAAGAC +TTAACAATAACCATTTTAGAATCTGAAAAAACATATTTAGAAATATCGAATGCTATAAAA +GATGCTATATTTCTACCGACGTATGAAGAGCTATATATAAATACATTAGAAAAAGCGGGG +TTCAAATCTAGCTGGAGGTATATATTAACGATAATAGAGGTAGATTATAAAAATATTAAT +ACACAAAATACAGAATATTTTATACCTAAAGTAAAACAATATATTGAAGATGAATTAAGC +TATATAAGAAGTAACTTTTTTTCTGTTGAAGTTGGCCAATCAATAATTATATTATTTTTA +AATAAATCAGATTCAGAAATAGATAAGATTTTAAAAAAATTATATATAAATCTAGATAAA +AATTTTCAAAATGTGAACTTCTATGTTGGAATAGGAAAGCATACCAGTAGCATAGAAAAG +CTTTATAAAGGATATGAAGAAGCTAGAAATGTAGCTAAGATAAATAGACTTCTAAGAAAT +AATAATGTTCATATTAGATATAGTGAACTAGGACTATATAGGCTTTTATTAGGGGTTGAA +AATAAAGACATTATGAAAGAATTTCATGATGAGACTATAGGTGATTTAGAAGTTTATGAT +GAAGTTAATAATACGGATTATGTAGAACTACTTATTAATTATTTTGAAAATAATTGTAAA +GTAAATGAAACAGCAAGTAGCTTGTATATACATAGAAATACCGTAAATTATAAGATAAAT +AAAATAGAAGAAATATTAGATTTAAATTTATCTGATATAGGAGATAGAAGTAAAGTATAT +TTATCACTTATGATAAGATACCTTATTTAG +>group_803 +ATGAACAGTCAAGCAATTATAAATAATACTAAAGAAGTTAGTAACAAAAAGAAATATTTT +ATGGTTTTTGTGTGCATGTTTATGCAAGCAATACCTTTTGGTATAGCACAGAACATACAA +CCGCTATTTATACCATATGTAATTAAAGATTTTGGATTTTCTTTAGCTGGATTTTCATTA +ATATTTACATTTGGGGCTATGGCTTCTGCAGCGTGTTCACCTTTTTTAGGTAAACTATTT +GGTAAGATAAATATAAAAATTCTATTTATTGTAGGAGCTACATTATCAGGTCTTGGATTC +ATAGGATTTGGATTTTCAAAAACTTTACCAGAATTTTATATGTATTCAGCTATACAACAA +ATAGGCTGTGTAATGTTCTCGGGTCTAGGAGTACCTTTTGTAATAAATCATTGGTTCCCC +AAAAAAGGAAGAGGTAAAGCTCTTGGTATAGCTTTTTCTGGGGGATCTATAGGTAATGTA +TTTTTACAACAAATAACTTCACAAATGTTAGCATCAAAAGGTGCAAGTTACAGTTATATA +TTATTTGGAATAATAGCAATAGCATGTAGTTTACCAGTCATATTATTATTAATAAGATTA +CCTAAGGAAGGTGAAGTTGAAACAGTAAGTAAAGGTGAAGCTACAGAAGAACATGAAAGT +AATAATGCATTTGAAGGACTTGGAGCTAAGGCTGTAAGAAAAAATAAATTCTTCTGGATA +TTCTCTATAGGGTATGCAATAATAGCTATTTCTATATCAGCATTAAGTACTCAATATGCA +ACTTACTTTACAGGAGAACTAGGATTAAGTGCAACATTAGTTGGGACTTTAGGATCAGTG +TTTGCATTATTCTGTTTGATAGGAAATGTTGTTGGTGGTGCTCTATTTGATAAAATCGGT +ACATTAAAGACTATGACTATATCAATGGTGCTTGAGTCAATTGCAGTAGTAGCACTATTA +TTATCAGGAAAAGTACATGGATTAGCATTCTTCTTCTCCATAGCATATGGACTTAATGTA +TATTCATATATGTCTGCACCAGCATTCATGGCTACAGATGTATTTGGTAAAAAAGAATCA +AGTGTAATACTTGGAACTATAAGTTTATTATTTGCTTTAGGATTTGCATTTGGATCTACA +TTATTTGGAATGGTAGTAGATAACTTTGGATTTAGTGCTGCATGGATATTAATGTTAGTG +TGTATATTCACTGGCTATGCATTATTACTTACATCGATAAAGAAAGTAAAAGAACAAAAT +ATGGCTTTAAAAACAAGATAA +>pduA_3 +ATGTCAAATGCAATAGGATTTATTGAGACTAAGGGATTAGTGAGTGCGCTAGAAGCAGCA +ACAGTTATGCTAAAGTCTTCAGACGTAAAGTTAATAGGATTTAAAGAAATAGGTCTAGCT +TTAGTTACAGTAATTATAAGTGGAGAAGAACAAAGTGTAAAAGATGCACTTGATACAGCT +TCTGAGGCAGCAGGTTGCTTAGGTGAAGTATATGCAGTTAATATTATAAAAGATATACCA +AGTGAGATTTTGGAAATAATAAAAAATTATAATACTTCTATTTAG +>group_1001 +TTGAAAAAATATTTACCAGAGATAGGATTGGTTATTACTGCTATAATATGGGGTACTGGA +TTTATAGGTACTCAACTAGCATTAGATGGAGGTTTTACTCCTATACAAATTTTAACCATA +AGATTTTTTATAGCAGCACTATTATTAAATATAATATTTTTTAAGCAAGTAAAAAAATAT +ATAGATAATAAATCCATAAAAGCTGGAATTACATTGGGAATATTCTTATTTATAGCTTTT +GAACTTCAAACTGTAGGATTAGTTTATACTACTCCGTCCAAAAATGCCTTTATAACTGCT +GCAAATGTAGTTATTGTACCATTTATAGGATATTTGATATATAGAAGAAAAATTGATAAA +TGGGGTCTTATTAGTAGTATAGTAGCAATAATAGGAATAGGAATATTATCATTAGAAAAG +GATTTTTCAATTAATTTAGGGGATTTTCTAACTTTACTTGGAGCTATTGGCTTTGCATTT +CATATTTTTTATACTAGCGAATTTGCCAAAAAATATAATCCATTAATTTTAACTGCTATA +CAATTTAGCGTAGCTTTTATTCTTTCTTTTGTGGTACAAATAATGACAAGTGAAGTGAAT +ATAAGTGTAGAACCAATTGCTTACTTAGGAGTTATATATTTAGGAATATTTAGTACAACT +ATTGGTTTTTTACTTCAGACTATATGTCAAAAGAGGGTTAGTGAAACTAAAACAGCAATA +ATACTATCTACTGAATCTTTATTTGGAACTATATTTTCAGTAATAATTTTTAAGGAAACA +GTAACTGTGAAATTAGTTATGGGATGCTTACTAATATTTTCAGCTATAATAGTTTCAGAA +ACTAAATTATCATTCTTGAAAAATAGAGACCTAGAAAGTACAAAAGAGATGAGTGTAATT +AAAGAAGATGAAAATATTACTCTAAGTTAA +>group_652 +ATGCCTAAACATCCAAATAGAGTGCCTAAATATAATAAAAAACCAGATGCAATGAAAATT +GAGGCAGCAAGAGAACTTGGAGTACATCATGTGACTGGTGCAGAAGTAAATGTAAACTTA +GCAGCACAAGGAGAAAGTAAATATAGCAAAGATACAACTAGAAGGATGCATGATCAGAGA +AGAGAATTAGCTTATAAAAAAAGACATGAATCAGAGTATAAAGAAGACTTAAATGATTAA +>csd_3 +ATGAGCATATATTTAGATAATGCTGCTACCTCATATCCAAAGCCAAGGGAAGTAGCAGAT +GCAGTTTATGATTTTATGATAAATAACGGTACAAGTTCAGGTAGGGGTTCATATCAAAAG +GCAATGGAATCTGATTTTTTTATTTACAATACTAGAAAAGAAATAGCATCACTATTTAAC +TTTAGTGATCCTAAAAAAGTAATTTTCACATCTAATGTAACAGAAGCTTTAAATATGGCA +ATAAGAGGGATATTAAAAAGTGGGGACCATGTTATTACTAGTAGTTTGGAACATAATGCA +GTATGGAGATGCCTAAAAACCTTAGAAAAAGAAATAAATATAAGCATAACTAAAATAGAT +GCAAATAAAGAAGGGTATACAAATATAGAAGATTTAAAAAAACATATAAAAGATAATACA +TCTTTAATAGTATTTACTCAAGCTTCAAATGTATTAGGCACTATTCAACCGATAAAAGAT +ATTGGTGCTATTGCAAGAAAACATAAAATACCTTTTTTAGTTGATGCAGCACAAAGTGCA +GGAGCATTACCTATTGATGTAAAAGAGGATAATATAGATATACTGGCCTTTACTGGTCAT +AAAAGCTTATTAGGTCCTATGGGAACAGGAGGACTACTAATTAACTGTGAATATAATATA +GATCCATTAAAAGTAGGAGGTACAGGTGGAGATTCAGCTTATGAATATCAGCCTGATTAC +TATCCTAATAAATTAGAAACTGGAACATTAAATGTAAGTGGAATTGTAGGACTTGGTGAA +GCAGTGAAGTTTATAAAAAGTAAGGGGATTATAAATATACATAATAAAGAAAAAGAACTG +GTTAAGTACGCTTTAGACCAATTAAAGTCTGTAAAAAACATACAAATCTATGGTCCACAA +GATAGTGAGAGAATAGTTAGTGTAATATCTTTTAACATAAAAGGTATTAGGGCAGAAGAA +GTAGCTTATGAACTAGATAGTAAATACAATATTATGGTTAGAGCTGGATTACACTGTGCA +CCTAGTGCTCATGAATTAATAGGAACAAAAGAAATTGGAGCATTAAGAATAGGTATTGGT +TATTTTAATGAAAAAGAAGATATAGATAAATTAGTAAAAGCTCTAAATGAAATTCAAATT +TAA +>group_841 +ATGTATTTAGATAAAATAAATTTAAGTTTTATTCAGCCTTGTACAACAGATTCATTAAGA +ATAAGAATAAAAGCAATAACTTCAAGAAATATAAGTGATCTATTTCCATTTTTAAACACA +TATTTAAAATCAGGAATATATAACAAAAAAGCAAATACTTTTACTTTTAACAAAGGTCCT +AAGATTATTATTATGTATCCAGAAGCAATAAATGTATCTAAATTACTAAATGAAACTGAT +GCATTTGAAACTTTAGATTACATTAAAGAACTAATAAATAAGGTGGACGAAAAAAGAAGT +GAAATTGAACCATCAGAAGAAATGAGAAAATTACCAAGTCCATTAGAAGTTTACACATAC +CTTCCTAAATTAAATTGTGGGAAATGTAAGGAACCGACTTGTTTAGCCTTTGCTACAAAG +TTAATAAAAAATGAAACAAAGCCTAGAAGATGTCTTCATTTGTATGAAAAATGTAATGAG +AATAATAAAGAAAAAATAGAAACTGTATGTTTGATGTTAGGAAATGATATTTAA +>macB +ATGGATATAATAAAAAATGCTCTAGTAAACGTTAAAGGTCATAAATTACGTGTTTTTGTT +GCTTTAGTATGGATAATCATAGGTATTACTTCTGTTATTTTAATAAGCTCTATTGGTAAT +GGATTAAAAGATGAAGTAAGAAAAACCATAACTAATGTAGGTCCTAATAAAACAAATATA +TACTTTGAATCATCAGATACTTCTATGAATGAATTTAGTATATTTTTATCGCCCTTCACT +CATAGTGATATTGAAGAGTTATCTTTTATTGAAGGTGTTCAAAAAATTGGTCCATCAGAT +AGTGGTATAGATGATAGTTCTATTTACGCTTTTGATGCGTATTTTGATAAGAAAATGACC +TATTTAGATATATCTCCTTTTAAAGAAAACTCAAGTCCTTTAACTCTTTATGGACGTAGC +TTTTCTTTAGATGATGAAGAAAGAAACGTAATTATGATTACTACGCAAAATGCTATAGAC +TTATTTGGAAATCCTGAGGATGCCGTAGGTCGTGGTATTACTATCGGTAGGTATATATTT +GAAGTTATCGGTGTATTAGATGATAATTCTCTGATGAATGAAGATGAGTCCATAGATTAT +AATTCTACCTATGCTGATAATGAAAGTTTAGAATATTATGATATGCCAACTTCATATTTG +CCTAAGAAAGCTTTTGAAAAATTAGTCAAACAATATGACTATTCTACTGAGATATATTCT +CTAGACTTAGTAGCATCTAAGAATTACGATGTCTTTGAAGTTGCTAATAGAGTAATAGAA +AGACTTTATGATCTTCATCCTAATATAGAAGGTTCTTATAATACTGAAGATTTATCTTAT +CAGGCTGAATCTCAACTATATGAATTAGAAAGTATGACTTCGGGTATAAATAAGGTAGTT +TTAATCATAACTGTAATATCTTTATTTGTTGGTGGTATAGGAGTTATGAATGTAATGTAT +GTTTCTGTTATTGAAAGGCAAAGAGAAATAGGTATTAGAAGAGCTATTGGTGCTAAGCCT +AAAGCAATATTATTTCAATTTTTAATTGAATCTATTTTTATCACTATTCTTGGAGGTATT +TTAGGAATTATTATAGGTCTTATAAGTACTAACTATATAACTAATTATCTTCCTTTTAAA +GCAGTTCCTAGCATTAATAGTATTTTATTTGCTAGTATTATAACTATTTTAACAGGTGTT +ATTTTTGGCATAGTGCCTGCCTTTAAGGCATCGCGACTTGATCCTATAAAAGCAATCTAT +AAATAA +>group_918 +ATGTTATTTTTAGAAAAATTCAAAAATAAAAAATTTAGAATCATTGTAAGTCTTACCTCA +GTATTATGTGTAACTCTAGGTATCTATTTTTTCTACAAAGGAAAAGATAACAAAATTAAT +AGTGAGGAACCTGAATCATTTATAGAGACTTATGCTATTCCAGAAAGTGAGAAAGTTTTT +ATTAATGGCATTGTACTACCAAAGGATAGCAAAGACTTTACATTATCAGATGGTGAAGAA +ATAGACCAATTAAAAGTAGAAAATGGTCAATCTGTAAAAAAAGGTAGTGTACTTTTTACT +TGCAAGAATCCATCAGTAATAAATGAGATTAACGAACTTAAATCTCAAGTTTCTGAATTA +AAATCATCTCAAGAAGTTAGTGACCCATCGATTAGCCTTGAAATAAATAAATTAAATGCA +CAAATTAAATCACTCAATGAAAATGCTTATAGTAAAACACTTGCTCCTTTTGATGGAAAG +GTCTTTATAAATGAAGAATCTGAAAGTCAAAGTGGATTTATTACATTACAAACTAATGAA +TTTTATATGAAAGGACAAGCTAGCGAACAGGATTTAGCAAAAATACAAGTTGATCAAACT +GCAAAAGTTTTAATATTATCTACAAATAAAAATTTAACTGGTAGAATAAGTTTTATATCA +GAAAGACCTTCAACAGACTCCTCAAGCGAATATCAACAACAATCTAGCACATTATCTTAT +TATGACATAAATATTGCATTCGATAGCCAAGAAGGATTGGTTAATGGCTTCCATGTTCAA +GCATCTATAAAATTGGATAATTCTTATTCAAAAATACCCGCATCTTCTATCCTAGAATCA +GAAGATAAATACTATGTATTTAAAGACTTAGAAGGTATCCTAAAAAAACAATCAGTTGAA +ATAGAAAGCAGAAATGAAGAATTTGCTGTAGTTAAGTCTGGATTAAAGGAAAATGATATT +ATACTTACAACCCCTACTGAAGAAATGGAAGAAGGACAATCCTTATCTATGTATGAAAGT +TCAAACTCTGATGTTGAAGGGAAACCAAAAATTGACTAA +>group_777 +TTGATAAAATCAATACAATTATCTAAATTTAACGGGAATCCTTGCGAAAATTTATACGGT +GATATTTGTTATATAACTAAAGATAAATTTGAGGACGTTATTAACTTATACAATAGAGTG +AACAGTACTATGGACAATAAAAGTTGGCTCAAGTCTCGTGATGCTTCTTACTTAGAAGGT +GTTTTAGATAACGGTGGTTTTATAGTAGGATGTTATATAGAAGGTACCTTAGTTGCTTCT +GCTTTATGTGAAGCCCCACAAGGGGAATATGAGGATATGCTTATTGAAATGGGAATGGAT +GAATTCCAAATAGAAAATACTTATATATCTGGATTTGTTATGGTTGATCCTTTCTACCGT +GGCAACTCTCTACATCGTACATTACTAGAAACTAGAATAGAAGTGTCTGCTAGTAAAGGT +ATGAAAAATATAGTTACAGTTGTAAACTCAGAAAATGTATACAGTTTAAAAACAATATTA +AGTCTAGGATTCGAAAATAAACTTAAAAAAGAAAATAAAGATGGAATTATAAGATACGTA +CTTTATAAAAACTTAGATGTTATTACATCTAAATCAATTGAATTTACAGCATAA +>group_716 +ATGAAAAATTCTAAAGATGAATTAAAAGATGCATTCGCTCAACTTCAAAGTGCACAAAGT +TGCTTAAATCATGCATTAAAGAATGTAGAAAAGCAAAATAATAAATACCAAATAGAAAAT +ACAATAACATATGTTGAAGAAGCAGTATTTGCTGCTAGCAATGCTTTAGCAAATTATCAA +GATTAA +>group_821 +ATGCTTAGATATAGAAAATTATCCTTTTTATTATGTATATTACTATGTATTACATTTTTA +CTAGGAATGAATAAACCAGAAAATATGGAAGGTAAAAAGATATTTAAAAATATAAGCGTC +GAAAATATAGATATAGGAGGTCTAACTTATAAAGAGGCATTAAAAGAAATTAATAAATAT +TATAAAGAAAAAGATATAATTATTAATTATGATGGTAAATCATGGACTCTAAGGCCAGAT +GAAATAGAATTAAGCTATAATATAGAAAAAGCTTTGTCAGAGGCTTATGATTATACAGAA +ACAGAGAATAGATTTGAGAATATAAAAAGAAAAACAGGACTTATTTTTAAAGGTAATCAC +AATATAGAATTGAAAGCAACTTATAATGAAACAAAGTTAAGTAATTTCATTGAAAACATA +TGTAAAGAAATAGATATTTCTGTTACACAGGCTAGTGTTGAAATAAAGGATTCTGGTGAA +ATTATAAGAACACCATCAAAAGAAGGGAAAGAAGTACAAAAGATAAAATTAAAAGAAGAT +ATTTATAATATGATTTGTGATAAAAAAATAAAAAGTCTAAATCTGCCTGTTAAAATTGTA +AATCCCACAATAACTACTGAAGATATTCAGTCAATAAATACAGTATTAGGGCAATTTAGC +ACTAGTTTTAATGAACATAACTCGAGGGGTAGCAACATCCACGTTGCAGGGAAAAGTACT +AGTGATAAACTAATAATGCCTTATGAAATGTTTTCTTATAATAAAGCTACAGGTGCAAGA +AACTGGGTTAATGGGTATAAAAGTGCAAAGGTAATAATAGGCGGTAAATATGTAAATGGT +GAAGGTGGCGGTGTTTGCCAGGTATCAACAACTATATATAATGCTGCTTTATTATCTGGT +ATGAGGATAGAAGAAGTACACAACCACACTATGCCATCTAGATATGTACCAAGGGGTAGA +GATGCAGCAGTATCATACGGGTATACAGATTTCAAATTTAAAAATCCATACTCACATCCT +ATTTATATTAAAAATATTGTTAGTAATGGTGCAATAACATCAAAGATATATGGTTGCAGT +CAAGATAGAGAAAAGTTATATATAAAAACTGAAGAAAAAATTGAAAAAACAAATATTACT +GTTAAAACATACAGAGTTTACTTAGATGAAGAAAATAATAAAATAAGAGAAGAACTTATA +GCAACAAGCAAGTATAAATTAAAATAG +>rbr3B_2 +ATGAAAAAATTTGTATGTACAGTATGTGGCTATATATATGAAGGGGATAGTGCACCAGAA +GTATGTCCAGTATGTAAGGTAAGATCTGATAAATTTGAGGAAATATCAGGGGATATGAAG +TGGGCTGATGAACATAGAATAGGATTAGCAAAAGGTGTAGATGAAGAAATACTTGAAGGA +TTAAGAGCTAATTTTGTAGGGGAATGTACAGAGATTGGTATGTATATAGCAATGAGCCGT +CAAGCTGATAGAGAAGGGTATCCTGAAGTAGCAGAGGCGTATAGAAGAATAGCATATGAA +GAAGCAGAACATGCTGCAAAATTTGCAGAGCTGTTAGGTGAAGTTGTAGTTGCAGATACT +AAAGAAAACTTAACAGTAAGAGTTGAAGCTGAATATGGAGCTACAGATGGAAAATTAAAA +TTAGCAAAAAAGGCTAAGGAATTAGGACTAGATGCAATACATGATACAGTTCATGAAATG +TGTAAAGATGAAGCAAGACATGGAAAAGCTTTCTTAGGATTACTAGAAAGACATTTTAAA +AACTAA +>gltD_2 +ATGGGGAATAAGATGAAAAGAACACCTGTAAGAGAACAAGAAGCAAGTAGAAGATCTAGA +AATTTTGATGAAGTATGTTTAGGATATGACATAGAGGAAGCAGTACTAGAAGCGAATAGA +TGTTTAGGATGTAAAAAACCACAGTGTGTATCAGGGTGCCCTGTAGGAGTAGATATACCT +GGGTTTATAAATAAGATAAAAGAAAGAGATATACAAGGTGCCGCTGAGATAATATCAGAA +AATAGTTCTCTTCCTGCTGTATGTGGAAGAGTGTGTCCACAAGAAAATCAATGTGAAGGA +AAATGTGTATTCGCTAGAAAGTCTGCATCTGTAGCAGTTGGAAAGTTAGAAAAATTTGTT +GCAGATTGGTCAAGGGAAAACAATATAGATTTATCTAAAACAAAAGCTAAAAATAATAAA +AAGGTTGCTGTAATAGGTAGCGGTCCGGCTGGTCTTGCATGTGCAGGAGATTTAGCAAAG +AATGGTTATGATGTAACTGTGTTCGAAGCTATGCATGAAGCTGGTGGAGTTTTAACTTAT +GGAATTCCAGAATTTAGATTACCTAAAAAAGAGATTGTTCAAGCTGAGATAGATAACATT +AAAAAGTTAGGTGTTAAGATAGAAACTAATGTAGTTGTGGGAAAAACTATAACTATAGAT +GAATTGATGGAAGATGAAAATTTTGAAGCTGTTTTTATAGGCTCAGGGGCTGGACTTCCA +AAGTTTATGGGAATAAAAGGTGAAAATGCAAATGGAGTATTTTCAGCAAATGAATTTTTA +ACAAGAGTTAATTTAATGAAAGCCTATAGAGAAGATTATGCAACTCCAATAAGAGTTGGA +AAATCTGTTGCAGTAGTAGGTGGAGGAAATGTTGCAATGGATGCAGCAAGAACTGCATTA +AGACTTGGTGCTAATACTCATATTATTTATAGAAGAAGTGAAGCTGAACTTCCTGCTAGA +GCTGAAGAAATACATCATGCAAAAGAAGAAGGCATAATATTTGATACACTTACAAACCCA +ACAGAAATTTTAGCAGATGAAAATGGAAATGTAAGAGGTATGATGTGTGTTAAAATGGAA +TTAGGAGAACCTGATGCATCCGGAAGAAGAAGACCAATAGTAGTTGAAGGTTCTGAATTT +ATTCTTGAAGTAGATACAGTAATCATGTCCCTTGGGACAAATCCAAATCCACTCATTACA +TCAACTACAGAGGGATTAAATGTTAATAAAAGAAAGTGTATAATAGCAGATGAAAATGGA +CTTACTTCAAGAAAAGGTGTTTATGCAGGAGGAGATGCTGTAACAGGAGCGGCAACTGTT +ATATCTGCAATGGGAGCTGGAAAAAAAGCTGCAAAAGCTATAGATGAATATATCAAAGAA +AAATCACAATCAACAGAAATTCAATATGCATAA +>group_1068 +ATGAAATCAAGATTTGAAGGTGGTCTCTTAGGACTAATAGGAGTAAATATACTAGCCTGG +ATAGTTACAGTTCTGACATTCGGAATAGGGACACCGTGGGCAATGTGTATAAAATATAGA +TGGGAAGCTAAAAATACAATTATAGAAGGTAGACGGTTAGATTTTATAGGTAGTGGGTCT +AGCTTGTTTTTACATTATATAAAGTGGTGGTTATTGACTATAATAACTCTTGGGATATAC +GGATTCTGGTTATATATAAAATTATTACAATGGAAAACAGAAAATACAGTATTTGTAGAC +TAA +>azoR2 +ATGAAAAAGAAATTACTGTATATAAGTGTAAATTCAAAACCTGAAGATTTATCTTCAAGT +AAAACTGTAGCAAGGGCATTTATAAATAAGTTTCTGGAAAAATATAATGATTTTCATGTA +GAAGAAGTTGATTTATATAAAGATCATATTCCAAGATTAGAGTATCAATATTTTGAAGGT +AGAAACGCAATAATTAAGGAAGAAGATGCTGAAAAATTAGACGCAAAAGATCAAAAAGAA +ATAAAGAGAATAAGAGAATTATGTGACCAATTTGTAGATGCACAAGTATATGTAATTGCA +TCCCCAATGTGGAGTTTATCTTTTCCTGCACCATTAAAAGAATATATAGATTGTATAGTG +CAAGTAGGCAAAACTATTGAATTTGTAAATAATAAACCAAAAGGTCTTTTAGATAACCAG +GGAAGAGTATTAGTATATATTGAATCCTCAGGAGGAAAAATACCATGGATATTAGATCCT +GTTATGGATAAAGGAGAAAATTACGTAGCAAGTATAATGAGAACCCTTGGTATTAAAAAA +GTAGAAGAGCTTATGGTAAGCGGAACAGATACCACAGAAGAAGAAAGACAAGAAGCTATA +TCAAATGCAATTGAAAAAATAGATGAAATAATAAATTCAATAAGTTTATAA +>prsA +TTGAAGAAAATACTATATTTCACTTTAATAAGTATTATAAGTTTGTGTTTTAATGGTTGT +AGTAAAAGTTATATTGCTACTGTAAATGGAGTAGAGATTACAAAAGATCAATATGAAAAT +GCAATGAATATAATAGAAGCTACAGGGAATTATGTAGATAATGGATATATTAAAAATTTA +AAAGAAAATACAGAAAAAAAATATAAAACAGATTTAAAAAGTGTTATTATTTCATTATTA +GTAGAAAATGAAGTTGTCTATCAACAAGGTAAGCTATTAGACTTAGAACCAACTAAAAAA +GAAATTGATATAAAATATGAACAGCTAATAAAATCTATGAATGATAACAAAAAATATAAG +AGTCAAATGGAAAGTGCAAATATAGATAAAAAATATTTATTAGAATTAATAAAGAAAGAT +ATAACTATAGAAAATTATAAAAAAGCTTTTCAAGATAATATACAAATAAGTGAAGATGAA +ATGCTAGAATATTATAATAGCAATAAAGAAAAATTTAAAGTAAATGAAGTAAGAGCATCT +CATATACTAATTTCAACATTAGATAAAAATAATAATGAAGTTAGTAAAGAAGAAAAAAAT +ATGCTAAAAGAAAAAGCTAATAATATAAAAGAGGAAATAAAAAATGGAGAAAGCTTTGAG +GCTTTAGCTAAGAAGTATTCAGATGATAGAAAAAGTGGAAAAAATGGAGGAGACTTAGGA +TATTTCACAAAGAATGAAAAAAATATTGAATTTACAAGTAAGGTATTTAAGTTAAAAGAA +AAAGAGGTGTCAGATGCTTTTGAAACATCCTATGGATATCATATAGTTAAATTAACAGAA +AAAAGGAATTACGTAAAAGAATATAGCCTATGTAAAGAGGAAGTAAAACAAAATATTTTA +AATGAAAAATATATTGAGCATGTAGAACGATTGAGTAAAGAAGCAAAAATAAAATCATAA +>fieF_2 +ATGCTTTCTAATTTTTTAATAAAAAGTTTTATAAAAAATAGTGAAGATATTGAAAATGAA +CAAGTTAGAAATAAGTATGGAAATCTAGCAGGTATAGTTGGTATAATATCTAATTTAGCC +TTAGTTATTACAAAAATAATCGTAGGGTTTATAACTTCAAGTGTATCCATTACGGCTGAT +GGATTTAATAATCTTTCAGATACAGCATCCTCTGTTATTACTATAATAGGGTTTAAGTTA +GCAAATCGACCTGCAGATAAAGAGCATCCATTTGGACATGGTAGAGTTGAATATATTTCA +GCGTTAATTGTAGCATTTATGGTAATGCTTGTAGGACTTCAATTTATAAAATCATCTATA +GACAGAATATTAAATCCAGTGACTATTAGATTTGAAGTTATACCGTTTATATTATTGTTT +ATTTCAGTAATAGTAAAAATATGGCTTAGTAGGTTTAATAAATTTATAGGTGAAAAAATT +AATTCAGCAGCTCTAAAAGCAACAGCACTTGATGCGCTAGGAGATGTATTTACTTCAAGT +TGTGTTTTAATATCTTTTTTAGCATCAAGATATACAGTATTGCCAATAGATGGTTATGTT +GGTCTTGTAGTATCTGCTGCAATTCTTTATGCAGGATTTTCTTTGGTAAGGGATACTATA +AGTCCTTTGCTTGGAGAAGCACCTGATGAAAATTTGGTTAAGAATATTAAAGAAGGGGTA +TTATCATATAAACATATAATTGGAGTCCATGATTTAATAATCCATAACTATGGTGTTGGA +AGATGTATGGCATCTATACATGCAGAAATTCCTTCTAATATAGACATTGTAACAATACAT +AATATTATAGATTCTGCGGAAAGAGAAATATCTGAAAAATTAAATATATATTTGGTAATT +CATATGGATCCAATGTGCATACACTGTGAAATTATTAATGGAGAAAAAGAAAAAGTTGAA +AAAATAATTAAAAAATATGATTGTGTAAAATCCATGCATGATTTTAGGCTTACAGAGGGT +AACTCTAAAAAGAATCTGATTTTTGATGTGGTAGTAGATGCTGGTATGATAAATAGTAAA +GAAGATGAAGAAGAATTGAAAAATAGTATTATAGAGGATATAAAAATATTGAACCCAGAA +TATAATTGCATAATTACCATAGACAAAGAATTTTAA +>group_880 +ATGAACATATGTATAATTGGAGCGGGAAATATTGGAACGTACTTAGCAGCTTATATATCT +ATGAAAAAAGATTGCAAGGTATGGATACATACTTCAAAACCACACTTATTTAAGGATGAA +CTTACTTTAATTGAAGAGGAAAAAAACTTAGAACATAAGGTCAAGTTACATTGTGTTACT +GATAGTCTAGAAGAAGGGGTAAGAGATGCTGATTACATATTAATAACGCATCCATCTTTT +TTAATTGAAAAAACAATTGAAGAAATAAGCAATTATGTAAAACCAAATACTGTTATAGGT +CTTATACCAGGTTTTGGGGGAAAAGAGTATTTTGCAGATAAACTAACTAAAAAAGGGTGT +ATTTTCTTTGGAACGCAGAGAGTTCCATCTATAATAAGGTTAGAAAAATATGGAGAATGT +GTTGCACTTAAAGAGAGAAATCCATTTATGAAAATAAGTGCAATACCAAGCAAATATACT +GAAAAAGTATGCTCAGAAATGACAAAATTAATAGATATTCCTTGTGAACCAGTAAAAAAT +TATTTATCTATTACTTTATCACCGTCAAATCCACTAATGCATCCATCTAGATTATATGAG +TTATTTAAAGATTACAAGCATGGAGAAACTGTATATGATAGAAGTCCACTATTCTATGAA +GAATGGGGAGATGAAGCATCAAGAATGTTATTAGATTTAGATGAGGAACTTGGACAAGTT +TTTCAATCATTAAATGAAAATAATGATTTTGATGAAAATAATATAGAGAAGATAAAGATT +AGATTTGAAACAGAAGAACCAAGTGTATTAAGTAATAAAATAAGGACAGCACCTGGTTTT +CAGGGTATAGGTTCACCAATAGTCGCTTGTGAAGGTGGATATATACCAGACTTAAGTTCT +AGATATTTTATAGAGGATATTGAATTTGGTCTTTGTATTATAAAATCATTTGCTGAGCTT +TGTAAGATAGAAACACCAAAGTTAGATGAAGTTATAATTTGGTCACAAAGATTATTAAAG +AAAGAGTACTTAATAGACAATCAATTAAAGGGAAGAGATTCTAAAGAATTATTAATTCCT +CAAAATAGAGGTATTAATACAAAAGAGCAATTAATAGATTTTTATAAAAACTTATAA +>group_1064 +ATGAAAGAAGATAAAATAATAGAAGATCCAAGGTATAGACAATGTAATAAGGAAGCTATT +ATGGGATTAATACTAGGTATAGCGAACTTAATATGGTGGTTTATATGGGGATATGGGCTA +GGTTCAAAACCTGTTAGTGAATACACATATATATTAGGTTTTCCTACATGGTTCTTCATG +AGTTGTATAGTTGGAGGGATAGTATTTTCTATACTAACAGTAATAATGATTAATAAATAT +TTTAAAGATATGCCTTTAGAAGGATTGACTGAAGAAGAAATAAAAAAATATAGGGAGGAG +TTTGAATAA +>panF +ATGAACAATATAAATTATGGTGTTTTAATTCCTATATTATTATATTTCTTAGTGGTTTTT +GCTGTAGGTTTTTATTCGATGAAGTTTGTAAATGAAGCAAGGAACTCTGAGAACAAAGAA +AATGGATTTATGGATGAATATATGACGGGAAACAGAGGTTTAGGAGGATTTGTACTAGCT +ATGACATTAGTTACTACATACCTAAGTGCAGGAAGTTTTATTGGAGGACCTGGTACAGCA +TATACTCAAGGACTAGGATGGGTGTTTTTGGCGATGGCGCAAATGCCAACAGGGTATTTT +ACACTTGCAGTATTAGGTAAAAAATTTGCAATAATAGCTAGAAAAATAAATGCAGTTACA +ATTACCGATTTTCTAAGAGCTAGATATAAATCTGATGTTGTAGTAATAATAACTTCATTA +TCAATTGTAGTGTTTTTCATTGCAGCTATGGCTGCCCAATGGGTAGGAGCATCAAGGCTT +TTACAGGGTTCGGTAGGACTTGACTATAACCTAGCTCTAACAGTTTTTGGAATTACTGTA +ATAGTGCATACAGTGATTGGAGGATTCAGAGCAGTTACAATATCAGATACTGTTCAAGGT +ATAATAATGACTATAGCGACTATTACAATATTTATAGGAACAATAATAGCAGGTGGTGGA +GTGGAGAATATTATAACAAATATGGCTTCAATAAATGAAGGGATGATAACTCCTTTTGGT +GTAACAGAAGGTAATATGACTATTCTTTGGGTGACTTCATTTTGGATTTTAGTAGGTTTT +GCAGTTGTAGGTATACCATCAGTTTCTCAAAGGGCTATGAGTTACAAAGACACTAAGAGT +TTACATCAAGGTATAAAATATGGAACTATAATTTCTATGATTTTACTTTTAGGAATGCAC +TTAGTAGGAGCTTTTGCTATAACATTAGTCAGTGGTATAGATTCAGGAGACTTAGTAATA +CCAACACTTACGACACAGTTATTCCCATCAGTAGTTGCAGGCATACTTCTTGCAGGACCT +CTTGCATCTATTATGTCTACAGTAGATTCACAATTATTAGTTGCATCAGGAACAATTGTA +AACGACTTATATACAAATTATATAAATCCAAAAATAAAAAAAGATTCTAAAAAAATAGGT +AAAGTTAGTATACTAGCAACATCAGTGATAGGTATAGCTATTTATTTAGTAGCATTTAAT +CCACCTGATTTAATTGTTTGGTTAAACTTATATGCAAATGCAGGGATAATATCGACATTC +TTATGGCCAATAGTATTAGGTCTTTACTGGAAGAAAGCAAACTCTTATGGAGCAATTGCT +TCTATAATTTCAGGTATTACAACATATATACTATTTAGTGAAATTTGGCCAAGACCATTT +GGATTACATACGATTGTATTACCTCTTTTAATTTCATTAGTTCTTTTTATCATAGTATCA +AGTATTACTAAAAGACCAGATAAAGAAACTATAGAAACTTTCTGGGGTGTATATTATAAA +GATTAA +>group_910 +ATGGCTAATAGTAGCAACAATATAAATACTAGTAGTAATAGTAAAAAAGCTACTAGTGAA +TGTACAAATAATTCTAGTAGCACAACGTCTCAGCAGGGCCTAGGCTTAGCGTCTATTAGC +TATGCAGATTATGTTATTCTATCTGCAACTTTATCTTTTGCTATTGCAGAGGAATTAAAC +GATTTAGATTTAGATATGCTTATTGTGTTTTTTGGTATGGTAACTTCAGATTTAGCTCTT +CTAAGAACTAAGCGTGGAATAACAAATGCTCTTTCATCACAAGATACGTCAGAAGAAGCG +ATTATAGGTTCAGAAGAGGCATCTGAAGGAGGAGAAAGTATAGCATCAGTATCATCAGCT +TTAAGGGGGAAAAGTAGGAAAAAAAGTAAACGTATTAAGAAGATTAAGAAGAAGAAACGA +AAATCAAGTAATGGAGATTCATTAAAAGGAAATAAACAAAAATTCTGA +>group_667 +ATGGAGAGAAGCTTATATGCTAATTTAAGTCAAGGTATAGATTCTTTTTTAAGAGTAGCA +ATGATACTTAGAAGAAAAGAAATAGCTGTAAAAGCTATAAGTATGACTACAGATAATTGT +GATAATACAGGAATGGAATTAATAATAAATGAGGAAATTACATCTTTACAAGAAGTGATA +AATTACATGAATAAGTTATATGACGTTAGAAATATTACTGTACTATAA +>ilvD +ATGAGAAGTGAGAAAGTAAAGGTTGGATTAACAAAGGCACCACATAGGTCATTACTAAAA +GCTAGTGGCTACACTGATGAAGAAATAAACAAACCCTTTGTAGGAATTGTTAATTCTTTC +AATGAGATAGTGCCAGGACATATACATTTAAGAGAATTAGCAGAATCTGTGAAAAGAGGA +GTTTTAATAGGTGGGGGAACTCCATTAGAATTTCCAGCTATAGCTGTATGTGATGGAATA +GCAATGAATCATGAAGGAATGAAATATTCTTTAGTAAGTAGGGAAATTATTGCTGATAGT +ATAGAGATAATGGCAAAAGCACATGGATTAGATGGTTTAGTTCTTATGCCAAGTTGCGAT +AAAGTCGTTCCTGGAATGTTAATGGCAGCTGCGAGATTAAATATTCCATGTATTGTTTTA +AGCGGAGGACCAATGCTAGCAGGCAACTACAAAGATGAAAGAGTTGACTTAATAAGTACC +TTTGAAGGTGTAGGAAAGGTGACCAATAATGAAATGAGCATAGATGAACTTTTGGAATTA +GAAGAAGTCGCTTGTCCTACATGTGGATCTTGTGCAGGTATGTTTACTGCAAATTCGATG +AATTGTATGACAGAAGGGTTGGGAATTGCATTAAGAGGAAATGGAACTATACCAGCAGTT +TACTCTGAGAGAAAAAGATTAGCAAAAAAAACAGGTATTAAAATAATGGAACTAATAGAA +AAAGATATAAAAGCTAGAGATATAATGAATGAAAAAGCTTTTGAAAATGCTTTGGCCTTA +GACATGAGTTTAGGTTGTTCAACGAATACAGTATTACATTTAAGTGCCATTGCTCATGAA +GCTAAAGTAGATATGAATTTAGATATAATAAATGAAGTGAGCTCTAGAGTTCCTAATTTA +TGCAAATTGAGTCCTGCAGGCAATGATTATATTGAGGATTTAAATAAGTGTGGTGGCATT +TATGCAGTTATGAATGAATTAAATAAGTACAAATTAATAAATTCAAATATTATGACATGT +GAAGGCAAAACTGTAGGTGAACTTTTAACTGAAAAAACAAATAATAAAGTGATAAGAGAT +ATAGATAATCCATATTCAAAAACAGGTGGAATAAAAGTATTAAGAGGGAATTTAGCTTTA +GATGGTGCTGTAATTAAGAAATCTGCATTAGATTCAAAAGTAGTAGAATTTGTGGGAAAA +GCGAAAGTATATGATAGTGAGGAGGAATGTGTAGACGCAATATTGTCAGGGAAAATAAAA +TCTGGTGATGCAGTCATTATTAGATATGAAGGACCTAAAGGAGGTCCAGGGATGAGAGAA +ATGTTAACTCCTACATCGGCACTTTGTGGTATGGGTCTTGATGCTGAGGTTTGCTTGATT +ACTGATGGTAGATTTTCAGGTGGTAGTAGAGGATTTGCAATAGGTCATGTATCTCCTGAA +GCTGCAGAGGGTGGATTAATAGCTTACGTATGTAATGGAGATTTAATAAAAGTAGATTTA +GAAAAAGGAAGTATAGATCTTTTAATAGATGAAGAAACTTTAGCGAATAGAAAAGAAAAT +ATTGAAATTAAGTCAAAACAACTTAGTGGTTATTTGAAAAAATACGCTTCTTTAGTAAGC +TCAGCAGGTAAAGGTGCTATATGTGATTAG +>ilvB +ATGAAAGGTTCAAACGTTGTACTAGAGTGTCTAAAAAAAGAAGGTGTAGAGACTATATTT +GGATATCCAGGTGGAGCTGTTATACCTTTATATGATGCGCTATATGACTATAAAGAAGAT +TTTAACCATATAAGAACCTGCCATGAACAAGGATTGGTTCATGCAGCTGATGGTTATGCA +AGAAGCACAGGTAAAACAGGGGTATGTTTTGTTACATCAGGTCCTGGTGCTACCAATGCT +GTAACAGGTATAGCAACGGCATATATGGACTCAAGCCCACTAGTTGTAATAACAGGGCAA +GTACCAACTAGCTTATTGGGAAAGGATTCTTTTCAAGAGGTAGATATAACTGGAGTAACA +TTATCTATAACTAAGCATAATTACTTGGTTAGAAAAGTAGAAGATATAGCAAAAACTATT +AAAGAAGCCTTTAGAGTTGCAAATACAGGAAGAAAAGGCCCTGTATTAATAGATATACCT +AAAAATTTATTTTTAGATGAAGTTGACTTTGATATAGATGATTACATTCCTTATTCTAAA +GAAAATTCTTTTATAGAAGAAAGTAAAAACTTAAATAAAATGAATAAGGGGAATTTTCAT +AAGGCAGTAGATTTAATTAATAAGTCTAGAAGACCTGTAATTTATGCAGGAGGAGGAGTT +AAGTCTTCTGGGGGAGGAGAATTACTAGATATTTTTTCGAAAAAAATTGATACTCCTGTA +CTAAATACACTTATGGGACTTGGGGGGATAGATAGAAGTAATGAATTATCCCTTGGTATG +GTAGGAATGCATGGTAGTAAAGAAAGTAATTTAGCTCTTTCTAATTCGGATCTTATAATT +GCCATAGGTGCAAGGTTTAGTGATAGAGTAGTTGGTAAAGTATCTGAATTTGCAAAGAAA +GCAAATGTTATTCATATTGACATTGACCCATCTGAGGTAAATAAAAATATAAATACAGAT +GTATTTTTAATAGGAGATATAAAGGATATTTTAGATAATTTAATTAACACGGTTTCTTTT +AAGGATAATAAAGATTGGAAATTGGAAATACAAACATATAAAGAGGAAAGTAAATTAAAA +AAAGATGAATTTCATCCAGAAAACATATTAAAAGTAGTAAATGATAAGGTTAGTTATAAC +GGCATCGTTGTAACCGACGTGGGTCAACATCAAATGTGGGCTGCGAAATATTGGAACTTT +TCTCAAGGAAACACATTTATCACCTCAGCAGGACTAGGTACCATGGGATTTGGCTTAGGG +GCAGCTATAGGAAGTAAAATAGGTAATAAAAATAAAAATGTTGTTTTAGTAACTGGTGAT +GGAAGCTTTAGAATGAATTGCAATGAGTTAGGAACAGTTTCAAAATATAATATACCAATA +ATAATATTACTGTTTAACAATAATGCTTTAGGAATGGTAAGACAATGGCAGAAATTATTT +TCAAATTGTAGATATTCAGAAACTGATATAGATAATAACTTAGATTATGTAATGCTAGGA +AAAGCATATGGAATTGATGGATATAAAGTTGAAAATTTAGATGAATTAAAAGTTGCATTA +AATAAAGCCGATTTAAATAAGCCTGTAATATTTGAGTGTAATATAAATAAAGATTATGAT +GTATATCCGATAGTACCACCTAATGATGCTTTAGAAAATTTAATTTGTAATTAA +>ilvC +ATGAAAAAAATGTATTATGAAAATGATGTGAATTTAGAGGTTTTAAATAATAAAAAGGTT +GCAGTATTGGGTTATGGAAGTCAAGGTCATGCACATGCACAAAATCTAAGAGATAGTGGA +GTAAATGTGGTAGTTGGTCTTCATGAAGGTAGTAAATCAAGAAATAAAGCAATACATGAT +GGATTTGAAGTTAAAAGTGTAGCTGAGGCAACTAAAGAAAGTGATATAGTTATGTTATTA +CTTCCAGATACAGCTCAAAAGCAAATATATGAAGAAAGTGTAAGAGATAATTTAAGAGAA +GGTCAAACTTTAGCTTTTGCTCATGGATTCAATATACATTATAATAGAATAACTCCGCCA +GAGTTTGTAGATGTTGTAATGGTAGCACCTAAAGGTCCTGGGCATTTGGTAAGAAGTGTA +TTTAAGAGTGGAAGTGGAGTACCAGCTTTATTTGCAATAGAACAAGACTATACAAAAAAT +GCAAAAGACACTGTTTTAGCTTATGCAAAAGGAATAGGAGCAACAAGAGCTGGAGTTTTA +GAAACAACTTTTAAAGAAGAAACAGAAACAGATTTATTTGGGGAACAAGCAGTACTTTGT +GGAGGTGTAAGTGAACTTATAAAATCTGGATTTAGAACTTTAGTGGATGCTGGATATCAA +CCAGAAGTAGCATATTTCGAGTGTTTACATGAAATGAAACTTGTAGTAGATTTGATGTAT +GAAGGTGGCTTTGAAAGAATGAGATATAGTATAAGTGATACTGCTGAATACGGTGATTAT +GTTTCAGGAAAAAGAGTAATAACAGAAGCTGCAAGAGACGGTATGAAGAAAGTATTAGAA +GATATACAAAATGGAAAATTTGCTGAGCAATGGATAGAAGAAAATGAAAATGGATGTAAG +AATTTCTTAGAAATGAGAAATGAAGAATATGAAATGGAAATATCTAAAGTAGGAAGAAAT +TTAAGAAATATGATGACATTCTTAAGTGATGAAGATAAGGTTTGTGTAAATAATTGCTAA +>kbaY +ATGTCATTAGTAACAACAACTGAATTACTTAAAAATGCTCAAGAAGGTAATTATGCAATA +GGAGCATTCAATGTAGAAAATATGGAAATGGTTATGGCTGTGATACAAGCTGCTGAGGAA +CTGAACTCTCCAGTTATATTACAAACAACTCCATCGACTGTTAAATATGCAGGACTTGAT +TATTATTTAGCAAATGCTAAAGTAGCTGCAGAAAGAGCATCAGTTCCAGTAGCTATGCAT +CTGGATCATGGTTCAAGTTTTGAACTTGCAATGCAAGCTTTAAGAACAGGATACACATCA +ATAATGATAGATGGGTCTCATGAAAGTTTTGAGGATAATATAGCATTATCAAAAGCAGTA +GTTGATGCTAGTAGACCATCAGGTATTCCAGTAGAAGCTGAACTTGGAAAAGTTGGTGGA +AAAGAAGATGACTTAGATGGTGGAGAAGGTAGTGCATATACAGATCCAATTGAAGCGAAG +ATCTTTGTAGATAGAACTGGAGTTTCTTCATTAGCCATAGCTATAGGGACTGCGCATGGT +TTATATAAAGGAGAACCAAAGCTTGATTTAGATCGATTATCAGAAATACGTGAGGTTGTC +TCAGTTCCATTAGTGTTACATGGAGGTTCTGGAATACCAGATGAAACTATAATAGAATCA +ATTAGAAGAGGAATATGCAAAGTTAACTACGCCACTGAGCTTCGTATAGCTTATAGTGAA +GGAGTTAAAAAAGTTTTAAATGAAAATCCAGAAACTATAGACCCTAAAAAATACGGAGCA +GAAGGATTAAAATGCGTTAAAGAATTTGTAAAACAAAAAATAGAGGTGTGTGGGTCTAAC +GGAAAAGCATGCTAA +>agaS +ATGTTTAATTTTGAAGATAAGAAATTAGAAGGATTAGGGGCAATAATAACTACAAAAGAA +ATAAAGCAACAACCAAAATTGTGGGCAGAAGCTTATGAAATATACAAAGCTAATAAAACT +CAAATAAATGAATTTATAGAAAATATAGGGGAAAAGCATGGTCAGTTTAGAGTTATATTT +ACAGGTGCTGGTACTTCAGCTTATGTAGGTCAAACAATACTTCCATACATTAAGAAAAAA +TCAGATATAAGAAAATATATAGTAGAATCAATACCTACAACTGATATTGTTTCTAATCCA +TATGATTTTTATATGGAAGATGTTCCAACATTACTAGTGTCATTTGCTAGAAGTGGTAAC +AGTCCAGAAAGCTTAGCTGCTGTAAATTTAGGAAAGCAAATAGTTAAGGATTTTTATAGT +TTAGCAATTACTTGTGCTCCAGAAGGGAAGCTTGCTCAAATAACTAAAAACGATGAGCAT +AATTATTTATTATTAATGCCAAGTAAATCAAATGATCAAGGATTTGCTATGACTGGAAGT +TTCTCATGTATGATGTTATCAGCTATGTTAATATTTGATAACTTAGGAGAAGATAAAGAA +AAATCATATATAGATGCAATAATAGATATGGGGAATAATGTAATAAGTAGAGAAGATGAA +ATAAGAAATTTAATAGATAAAGAATTTGATAGAGTTGTTTATTTAGGTTCAGGATGCTTG +TGTGGATTAACTCAAGAAGCCCAACTTAAATTACTAGAGCTTACAGCTGGAAAGATAGCT +ACTGGATACGATTCAACTATGGGATTTAGACATGGGCCAAAATCATTTATAAATGAAAAT +ACTTTAATATTTGTATTTACTTCTAATGATGAATATACAAGAAAATATGATTTAGATGTT +TTAGAAGAAATAAATGGTGATAATATTGCTAAATTAACTTGTTCTATATCTGTTAATAAA +GATCAAAACTTCTCTGGAGAGAAATTTGACTTTGATGCAAAATACAATGAATTACCAGAT +TTATATCTTGCATTCCCATATGTATTATTTGCTCAAACAGTTTCGTTATTAACTTCAGTC +AAAGTTGGAAATACTCCTGATACTCCATCTCCATCAGGGACTGTTAATAGAGTTGTAAAA +GGTGTAATAATACATGAGTATCAAGAGCAAGTAAAAAATATATAA +>yvoA_1 +ATGATAAATAGAAATGATAAAAGGCCTATATATTACCAACTTGTTGAAATATTAAGGTCA +AAAATTGAAAATGAGATGACTCCTAACGATAAAATGCTATCTGAAAGGGGAATATGTGAA +CAGTATGGAGTTAGCCGTACAACGGTCAGGCTTGCTATGGCAGAACTAGAGCATATGGGA +TACATCTACAAAAGGCATGGCAAAGGAACATTTGTTGCAGCTCTAAATAAAAATTCACAA +AATTTAATGGATAGTTATAGTTTTACTGATCACATGAAAGAACAAGGTAAAAACCCAAGT +ACAAAAGTGTTATCTTTTGAAACTTTAGAAAGTACAAATTATTTTGCTGAGAACCTGGGA +ATATCACCTGGAGAAAAAATGATAAAGATTACACGACTAAGGTTAGCAGATGAATTACCT +ATGATGTTAGAAAGAACATACCTTCCAATGAAGTCGTTCTCAGGATTAACTGAAGATATG +GTAACTAAAAAACCACTATATGAAATATTTAGAGAAAATTATAGTGAGATAATAAAAGTA +GCAGATGAAGAATTCTCTGCAGGTTTACTATCGGATAGAGAAGCTCAATTACTAGAGGTT +CCTGTAGACTCAGCTTGTTTGAAATTACTTAGAACAACTTATAACAATGATAATAGAGTA +ATTGAATTTACTTTAAGTGTTGCCAGAAGTGATAAGTTTGTGTATAAAGTAAGGCATCTG +GGATAA +>lacC_1 +ATGATTACTATATTAACATTTAATCCATCTATAGATAGGATGTATAGAGTAAATAGCATA +GGTATAGGGGAAGTACAAAGAGTTATAAGTACAAATTCTACAGCAGGTGGAAAAGGTTTA +AATGTGACTAAGGTTTGTAAAATTTTAGGAGAAGAACCTTTAGCTATGGGATTTTTAGGT +GGATTTAATGGAGAGTATATAAAAAATGAACTTAAAAAGTTAGAAATAAAAAATAAATTT +ACAGATATAAATCAAGAAACTAGAAATTGCTTGAATATAATTGAAGACAATTTAACTAGC +ACAGAGTTTTTAGAAAAAGGACCAGTTATAGATGCTGAAGATTTAATAAAATTCGAGGCT +GATTTAGAAGATGTATTAGACGAAACTAAAATATTAGTAGCTTCAGGTAGTTATTGTCAA +AATATGCCCTTAGATTATTATAAAGTAATAGGGGAGATATGCAAAAATCATAATATAAAA +TTTATATTAGATACTTCTGGAGAAGCTTTAAAAGTAGCCTTAGAATCCAATCCATATTTA +ATAAAACCAAATACGGATGAAATAAAACAGCTATTAAATATAAATATAGAATCAAAGGAA +GAAATAATATCTGCAGGTATGAAACTACTTGAAATGGGAGCTCAAAATGTTTGTATATCA +TTAGGTAAAGATGGAATGGTTTATTTAAATAATGATGAGATATACGAAGTTATAGTTCCA +AAAGTTGAAGCAGTTAATACAGTAGGTAGTGGAGATAGTACAATAGCAGGATTTAGTGTA +GGAGTTCTAAGAAATTATGAAACTGTTGAATTATTAAAATTAGCAAATTCTTGTGGTATT +AGTAATGCTATGAACATAGAAACTGGTTTTGTAAAACTAGAAGAAATAGAAAAATATTCT +GAGCAGGTACAAGTTAAAAAACTAGAATGTATTAAATAA +>yrbG_2 +ATGTCATTTTTAATATTAATAATAGGTTTCTTTTTCCTAATAAAAGGAGCCGATATCTTT +GTTGAAGGTGCCGCTTCAATAGCAAGAAAATTCAATGTTCCAGCCATGGTAATAGGTCTT +ACGATAGTTGCTATGGGTACATCAGCCCCAGAGGCCGCAGTAAGTATAACATCATCTCTA +GCAGGTCAAAATGATATGAGCGTTGCTAACGTTGTAGGCTCTAATTTCTTTAATATCCTT +ATGGTTCTTGGAGTTTCAGCGATAATTGCTAAATTGCCAGTTCAAAAAGAAACTATAAAA +AAAGAAACACCATTTTTAATAATAGTAAGTGCAGTGTTATTAATATTCGGTTTAGACTTA +AAAATGAATAGGATAGAAGGCCTTATATTATTATCTGTATTTGTTTACTTCTTAATAAGC +ACTGTAAAAAGTGCTAAGAATTCTGTTAAAGAAGAATCTAAATATAACAATGAAATTGCT +GTGACAGCAGATACTGAGGTATCTGAAATAGAAGGAGTTTCTATGCCTAAAACTATATTA +ATATGTATAGTAGGTATAGCAGGAATAATAATAGGTGGGGATATGGTTGTAAACTCTGCT +ACTTCTATAGCTACCGCTTTTGGTATGAGTGCTAACTTAGTTGGTTTAACTATAGTTGCT +GTTGGTACATCTTTACCAGAATTTGTTACATCTGTAGTAGCAATAAAAAAGGGTGAAACT +GAGATAGCTATAGGAAATGTTATAGGTTCTAATCTATTTAATATTTTACTAGTTTTAGGA +CTTGCAATTACTATAAACCCTATAACAATAAGTACTCTAGCTCTTATTGACATCATATTT +ATGGTTATGATAACTATTCTATTATATTCATTTATGAAAAAAGATTATTCACTTGTTAAA +AAGCAAGGATTTATACTAATTGCTATCTATATATCATATATGGCATATACAATAATAAGA +TAA +>yfkN +ATGAAACTTGTTATATATCAAACAAGTGACTTACATGGATATGTATATCCAACTAATTAC +GTAACTGATCAATCACTTGGTATATTAAAAATTGGAAGTTATATATTAAAAGACGAGAAA +AACTATGATGCATCTTTAAAAATAGATTGTGGAGACTTAATTCAAGGATCAGCATTTTCA +CATTATTTATCTAAAAAAGGCATAACAGATAACCCAATTATTCAAGGATTAGGATTAATT +GGCTACAATGTATATGTTTTAGGTAATCATGAATTTAACTATGGATTAGATTACTTAAGT +AATTCATATAAGCTAGTTTCTGACAAAGTATTAAATGCAAATATAAAAGGTCTACCATTC +AATACTAAGCCATATGAAATTTTTGACTTTGATGGATTCAAAGTTGCATGTATTGGACTT +ACAACATCATTTATACCTAATTGGGAACATGAAAGTAATATATCAAACTTACATTTTTTA +GACCCTGTAGAGATGTATAGAAAATATGAGAGTGAGCTAAAGGAACAATCTGATTTTATT +ATAGTATGTTATCATGGAGGATTCGAAAAAAGCTTAGATGAAAACATGACTCCTACTGAA +AAATTGACTAAAGAAAATCAAGGAAGTGAACTTCTAGAAAACTTTGATTCAATTGATATG +ATTTTAAGTGGTCATCAACATAGATCTTTAATTACTAAAATAAAAGGCGTTGTTTGCTCT +CAACCTCTTAATAATGGTCAAAACTTTGCTAAAATTATTTTAGATACAGAAACAAAAGAA +GTTAGTTATGAATTAGTTGATGTTAGTATATTAAGTGATGAAATTGATGAAAAATTAGAA +GGAATATTTAAAGAAGTTCAGCTTGAATTAAAGGATTATTTAGATGAGGAAATAGGTCAT +TTTGATAAAGATATTATAATCGATGATATTTTTATAGCTAGATTAAAAGGTCATCCTTTT +ATTAATTTTTTACATGAAGTTCAGCTTGATATTTCATATGCTGATTTTTCTGCTTTATCA +TTATTTGATAGTGCAATTGGATTTAAAAGGGATGTATCAATCAGAGATGTATTAATTAAT +TATCCATACCCAAATACATTAAAGGTTTTAAAAATTAAAGGTACTCAGTTAAAAGAAGCC +ATTGAGAAAAGTGCTACCTATTTTGTTATAGAAGATGGTAGTGTTCAAATAAATAAGGAT +TTTCTTGTACCTAAAGTACAAAACTATAATTATGATACATTTGGGGGATTGACATATGAG +ATAGATTTATCTAGAGCGTTTAACGACCGTGTAATATCTATGAAAAAGAATAATCAACAA +ATTAAGCTAGATGAATACTATACTATTGTTTTAAATAATTATCGTGCATCTAATACATCT +ATTTATCCATGCTATGAAAATGCTGAAGTTATAAAAGAAATCAATATAGATATGAATGAG +ATTATAATAGATTATTTCCAAAAGCACAATGAAGTAAAAGTAGTTGATGAAGTTAATTAT +GTAATTAAATATTAG +>group_1349 +ATGAAGTATAAAAAGCTAGTAGCGATAGCTTTATCATTAGGTCTAATGACTGCTTGTGGT +AAAGCTCCTACAAAAACTAATGAAGAAATAGTTACTGAAATTAAGGATCCAGTAGAAATA +ACATTTTGGCATGCTATGAATGGGGAACAAGAAAAAGCCCTACAAAAATTAACTAAAGAA +TTCACTGATAAAAATACTAATATAAAAATAACTTTGCAAAATCAATCTAGCTATCCTGAT +TTACAGCAAAAAATAACTGCTACTCTTGCAAGTCCAAAGGATTTACCAACAATAACTCAG +GCATATCCTGATTGGATGTTAAATGCAGTTCAAGATAATTTACTTGTTGATTTAGGAGCA +TATATAAATAATGATAAACTTAAATTTGACAACTATGATGATATCTTACCAAGCTTTAGA +GAGTCATCAAAAATAGATGGGAAAATATATGGTATGCCATTTAATAAATCAACAGAAGTT +ATTTGGTACAATAAAACATTATTTGATGAATTAAATATAAAACCTCCAACAAATTATGAA +GAATTAACTAAGGTTGCAAAAGAAATAAAAGATAAAAAAGGCATAGTAGGTGCTGGATTT +GACTCGTTAAATACTTACTATACTACTTTCTTAAAGAAAGAAGGAGTAGTATTTGATTCA +AAATTCGATCCAACTAGTGAAGTATCAGTTAAAGCTGTAGACTACTACTTAGATGGTATT +AAAGATGGATATTTTAGAATAGCAGGAACTGATAAATACTTATCAGGGCCGTTTGGTAAT +GAAACTATAGCTATGTATATAGGTTCTAATGCTGGAGAAACTTTTGTTAAACAAGGCGTT +GGTGATAAGTTTGAAGTTGGTGCTGCTCCTTATCCATCAAAACCATCTTTACAACAAGGT +ACTGATGTATATATGTTCTCTAGTGCAACTTCAGAACAAAGAACTGCAGCATATGAATAT +TTAAAATTCATGACTACAACAGAAAGTCAAATTACATGGGCTAAAGAAACTGGATACATA +CCAGTTAGAAAAAGTGCTATTGATTCAGATCAATATAAAAACTCTGGAAGTTTAATAGCC +CCAATTTTAGCAGAAGCAACTAGTGATTTATATACAAATCCTATTTTAAGTGGTGCAGAT +AGTGCATTCCGTGAATCAGGAACTGTATTAGAATCAATATTAGCTGCTCCTAACACTGAT +GTAAATAAAAAATTAGAGGACTTTAAAAATTCTTTAAATTCGATTTGGGAATAA +>rnj +GTGGTATTAAAGGATAAAAAGACTAAAATTACATTCCATAATGGAATTTTAACTATAGGT +GGAACTATTATAGAAATTTCTTATGAAGATAGCCATATATTCTTTGATTTTGGAAGTGAA +TATGATCCAACATCAGAAGTACAGCCTACAGATTTACAAGGGTTATTAGATGAGAACTTA +GTTCCATATTTAAACAATATATATGATCCAAGTATACCTATAAGAGGATATAAGTCATAT +GAAGATGATTTTAAATATACTGCTGTATTTTTATCACATGTTCATTTAGATCATTCTAAG +ATTGTTAATTATTTGAACCCTAATATACCAATTTATACTTTAGAAGGTACAAAGTCATTA +CTTAACACCTTAAATATTAATGATGATTTTCTTTTTTCACTTCATGAAAAGAAAAACTCA +AATACTAGAGATATAGTTGGAGTCAAGGAAAATGAAATTATTGAAGTTGGCAAGATTAAA +GTAAAAATAATGCCTGTTGATCATGATGCATATGGAGCGTGTGGATTATTGATTAAGACA +CCGGATTTAGTAATTTCATATACCGGTGATATTAGACTTCATGGTTATAGAAAAGAAGAT +ACATTAAATTTTTGTGAAGAAAGCAAAAATTGTGATGTATTGCTAATAGAAGGGGTTAGT +GTATCTTTTCAAGACTTTGATGAAGATATTAGTGAGAAGGAAATATCTACTGAACAACAG +CTAATAGATAAAATTAATGAAATAGTTAAAAATAATCCTAATAAGCAAATAACATTTAAT +TATTATATTTCAAATATAGAGAGAATTTTAAATATAATAAAGACAAATCCAAGAACCGTT +GTTTTAGATGCATATTATTCATATGTTTTAAAAGAAGCTACTGGATATGAGTCTTATTAT +TATCAATTAGATGATAAAGAGTACGAATTAGATGAAAAGTACAAAATAGATTTTGAAGAA +TTATTAAATGATGAAGAACGCTTTTTCTGGCAATTAGATGTACTTGCTGTTTTACATATG +GATAAATTAAAAAAAGGTGGAATTTATATTCATTCTAATGCAAGTCCACTCGGTGAATTT +GATCCAGCATATAAAACATTTTTAGATCTGTTTAAAAACCACGATATAGAATTTGTTAGA +GCATCGTGTAGTGGTCATGCTCATCCATATGACTTAATTAAGATAATAAACTTAATTAAA +CCTAAGTTGTTAGTTCCTATTCATTCTTATCATCCAGAAAGACTTTATAATGAATCAGGA +GATGTATTATTACCAGAAAGAGGACAAACAATATAA +>araQ_2 +ATGAAAAAATTTAATTCAGTTTTATCGTATATATTTATTATTATTATGTCGGTAATTACA +CTGTTTCCTTTTGTATATATGATTTTATCAAGTTTTATGACTTTTCAAGAGGCAACTAGT +TTACCACCAACATTAATACCTAAACATTTTCAATGGGAAAACTTCCGTTTAGCAATGGAG +CAAGCTCCATTTGTTAGATATTTTTTCAACACTATTATAGTTGCAGGACTATCAACAATA +GGAACTTTAATAACTTCTATTCTTGCGGCATTTGCATTAGTTAAATTAGAGTTTAAATAT +AAAAATGTCGTTATACTATGTATGGCAGCACTACTTATGGTGCCATATGAAGTTACAGTA +TTTACAAATTATCAAACTATAGCACAACTTGGACTACTAGATACATATACCGCTTTAATA +GTACCATCTCTTGCAAGTGTATTTTATATATTTTATTTAAATGGATATCTTGCAAGTATA +CCTTTATCTTATTATAAAGCAGCAAAAATTGATGGGTGTAGCGATTTACAATTTATTCGT +AGAATATTAATTCCATTAGCAAAACCTTCACTATTTACTATGGGAATATTGAGTTTTATT +AATGGATGGAATGCATTTTTATGGCCAATCCTTGTTACTAATAGTAAAGAAATGAGACTA +TTAAGTAATGGATTAAGCTCATTTGCTACTGAAAGTGGTACAAATGTTCAATTACAAATG +GCTGCATCAACAATAGCTATAGTACCAATTTTAATTTTATATTTAATCTTTAGAAAACAA +ATAATCAGAGGAGTTGTTAAGAGTGGTATTAAAGGATAA +>lacF +ATGAGAAAATTAAAATACAGTGCTGAAAACTCACCACAAGCATGGCTGTTCTTACTACCT +GCTTTGATAATAATAGGGATATTTAATGTATTCCCATTATTTAGAACCTTCATTATATCT +TTCCAAAAAGGAACTTTAAATAATTTAGTTTACAATGGTACAAGAAATTACCAGATTGTT +TTAAATGACCCTAAATTTCATACAGCAATTGGAAATACATCACTTTACGCTTTTATAGTT +GTTCCTGTAGGACTTATAATATCTATGTTTATTGCAGTTACAATTTATGAAAAAATAAGA +TACAAAGATGTTTTTGAAACTATATTCTTTATACCATATTTAACAAGTATAATCGCAGTT +GGTATTGTATTTAGATTTTTATTAAATGGGGATTATGGTTTTGTTAATTATCTATTAGGA +TTAATAAGAATTGGACCAATAAATTTCTTAGATGACCCTAAAATGAGTATGTTTACTCTT +ATTATATTTGGTATTTGGTCATCACTTGCATTTAATATAATTATATTACTTTCAGGATTA +AGAAATGTAGATGATAGTTATTATAAAGTTGCAGATATGTTTGGTGCAACAAAGAAAGAA +CAATTTTTTAGGATAACATTACCACAAATGATACCAATCATTACATTTTTACTAATGGTG +AACTTTATAAATGCATTTAAGGTATATTCACAAGTGTTTGCTATATTTAATGGAAAAGCT +GGTATCGCAGATAGTGCTACTACTGCTGTTTTTTATATTTTCAATAAGTTTTATGTTGAA +AATCGATATGGTCAAGGTATGGCAGCTGCAGTTATACTATTTATTTTAATTTTAATTTTC +ACAGTAATTCAAAACTTTGTACTAAAGAGAATATCTAAGTAG +>group_1344 +ATGGATAATTCTTCTTGTCACAAATATGATATACAACAAATATTTGGTTTATATAATGCG +TCTAAACCAAATGCATATGCACGTATAAAAGGAGGACCATTAGCACCATGTATTGTAGGT +GATATATTTTTATACCAGTTAGATGAAGGGGTTTATATTAAAGCTTATATAACTGGTATT +CCTAATATAAATAATCAAACTAGTTCCTTTCATGGATTTCATATCCATGAAGTTGGGGAT +TGTACAGTAGGTAATGCGAATGATCCTTTTACAGCTGCTAAATCACATTATAATCCAACT +GGTGCAGAGCATCCTATGCATGCTGGAGACTTACCACCAATTTTATCTGCAAATGGGGTA +GGTATACTTTCTTTTTATACTAATAGATTCACAGTTGATCAAGTTATAGGAAAGTCATTT +ATATTGCATCAAGGTTATGATGATTTTACATCACAACCTGCAGGAAATGCTGGATCTAGA +TTAGCTTGTGGAGTTATAGTTTATTATTAA +>sasA_8 +ATGATAAAAGGTGATATAAAAATGAAAATGTACAAAAATATTATAATGATTATAATAACT +TTGATATTTGTAAATAGATTTGTAGATAATGCATATGCTGAGGAGCATATAAACTTTGAA +AATATAACAATTGACGATGGATTATCACAATCTACAGTAGAAGCAATGTATCAAGATAGT +CGAGGATATATATGGATAGGAACCAATGATGGATTGAATAGATATAATGGGTTTGAAATA +AAAGTATATAAAGCCGATAAAGGGATTGAGAATACTATAGCTAGTAACCACATTTTAAGC +ATAAGTGAGGATAAAAAAAGAAACTTATGGGTTGGAACTGATAATGGTATAAGTAAAATA +AACCTAGATAATTACTCTATAGTTAACTATAGCTATTATAATGATGATAAGAGGACCCCT +TATTATAATATAAATAGTATTTTAATTACTGAAGATGAAACTATTGTAATGGGCACTAGC +AATGGTTTGTATTATTATAATGAAGAAAATGATAGTTTTAAAAGGATACTTGAGAATAAA +AATATATTAACAAGTCAAGATATAATAGATATTAAAGAGGATTCAGAGAATAATATATGG +ATAGCAACTGATACTGGAATAAATAAAGTAGATAAGAAGAATAAAAGAATTTATAAATAT +GAATCTAATAAAGAGAATTCTTCAAGTGGGTATAAAATTAACTCTCTTATGTGTGATAAT +GGAGGGAATTTATGGATATCAACATATGAAAATGGAATAAAAAAATTAAATATAAAAACT +AATAAAATTATAACATATAAATTTGACGAAAATAATAAATTTTCTATACCGTCAAATGGT +GTTAGAGATATGATACAGGATAAATATGGAACCATATGGATAGCAACGGAAAAAGGTCTA +AGTAAATATATTAAAGATGATAAATTTATTACGTATACTAATAAAAGTTATGATAATAAT +AGTTTAATTAATGATACTGTATATACTATTATAGAAGATAGTACTGGTTTGATATGGGTT +GGAACATATACGGGTATAAGTATATTTGACCCAACAGAGCATATAAAGCAATATAAGAAT +GACCCTCTTGATAAAAACTCATTAAGCAATAATGTTATTCATGGAATTTATGAGGATGAA +GAGGGTTTATTATGGGTAGGAACTAGAGATAAAGGTGTAAATATCATTAATATGAAAGAA +AATGAATTTAATTATATTAATGAAGGTAATAGTAATTATGATTTAAGTAGCGATTCTATA +AAAGTAATTACAGGAAAAGGAAATAGAGTATGGATAGGAACTAGGAATGGTGTAAATGAA +GTAGATAAAGATACTATGATTGTAAAAAAGTATACCATGGAAAATGGATTAGTAAGTAAT +AATATAAAAAGTTTACTTTTAGATAGTAAGGGTTACTTATGGATAGGAACTCCTGATGGA +CTTAATATCTTAAATACAAAAACAAATGAAATTATAGATATTACAAATACTCTTAATGAA +CATGGAATATCAGATACCTATATTGAGGATATTTATGAAGATAGTAGTGGAACGTATTGG +ATTGGAAATTTTATATTAGGAGGATTAATAAAAATTAATCCAAAGGATGAAAGTATAAAA +GTTTATATGACTTTTGATACAAACAATAAAGATAACGAAGACGATATTAATAGTATAAGG +TCTATAATAGAAGATGAGATTGGAAATTTATGGATTGGGACGAGTGAAGGCTTAGTTAAA +TTCAATAAAACTACAGAAAATTTTAAACGATATACTGATAAAGATGGTTTACCTAACAAT +ACGATTTATGGCGTTCTAATTGATAATGACGGAAATCCATGGATGAGTACAAATAATGGA +ATTTCTAAGTTTGATATTAAGGAAAATAAATTTAGAAACTTAAGCAGTACAGATGGATTA +CAGAGTAATGAATTCAATGGAAAGGCCTATTATAAAACAAAAGATGGTCAATTTTTATTT +GGAGGAGTAAAGGGGTTAAATGCTTTTTATCCAGAAGATGTTCAAGACTCACAATATATC +CCAAAAATAACTTTTGATAATTTTGAAGTGGGAGGTAAGAATTACAGCAATATAGACGGT +TTAAATTTTAATTATAATGATAATTTATTCAGAATAAAATATTTTATACCAGAATATAAG +AAAAATAATAATGTACAGTTTTATTACAAGTTAGAAGGATACATAGAAGATTGGATATTA +GTGAATAGTAATGAAGTAATATTTAATAAACTAGATCCAGGAAAGTATACATTCAAGATA +AAAGCAAGAAGTCAGAATGGTACTATTGGAAAAGAAAGCAGTATAAGTTTTACAGTAAAT +CAACCTTTATGGAAAACTAAGGGGGCAATAGTATTATATGTAGGAGTATTCTTAACTGTG +ATCTATATGCAAATAACTAAGGTAAGAAGATTAGATGCATTGATAAACAAAAGAACTCAA +GAATTAAATAAAGAGATGCAAAAAAATAGCGAACTACTGAACAAAGTTATAGAAGCAGAA +AGAAGTAAAAATAATTACTTTATAAACCTTTCGCATGAACTAAGAACGCCTTTAAATGTA +ATTAGTTCAGTAGAACAGTTAATTACAAATCTTAGTAAGTCAGAAAAAGGCATAACTAAA +GAAAAATTAGAATACTATATGGATGTAATGAAGAAAAACATTACTAGACTATTAAACTTA +ATAAATAATATAATAGATACAACTAAGGTTGAAAATGGAAAATATAAAATTACTTTACAA +GAACAAGATATTGTTTATATAGTAGAAGAAACTGCACTAACTCTAAAGGATGCTATAGAA +TCCTTAGGTATCAATTTTATAATTGATACAGATGTAGAAGAAAAAATAATAACATGTGAT +AAATATGAGATTGAAAGGTGTATTGTGAATTTATTAAGTAATGCATCTAAATTTACACCA +AAAGATGGAACTATTAAAGTTGATATAAAAGACTTGGGCAAAAGAGTAATGATAAGTATA +GAAGATACGGGAATTGGTATAGATAAAAAATATCATGAAACAATTTTTAATAGATTTAAT +CAGATACTTGATGAAAATACTGAAGTTAAAGGTGGAAGTGGATTAGGATTAACTATTACT +AAGCATATTATAGACTTACACAATGGAGAAATATATGTTGAAAGTGAAAAGGATAAAGGA +ACGAAATTTATAATTATTTTACCTGAAAAATAA +>group_1347 +ATGAATATATTATGCTTTGGAGATTCAAATACACATGGATATAACCCAAAAGATACAACT +AGATTTGAAAAAAATATACGTTGGACAGGAATTTTACAAAATCTTTTAGGAGAAAAAGAC +TATGTTATAGAAGAAGGCTTAAGTGGAAGAACTACAGTTTTTGAAGATCCTATAAATGAG +GGATTATGTGGGCTTAATTATATAGTTCCTTGTTTAATGACCCATGAACCAGTTGATTTA +CTTATTATAATGCTTGGAACTAATGATACAAAAGAGCGCTTTGGAGCTAATGCAGATGTT +ATATCATTAGGTCTTACTAGATTAATAAAAAAAGTAAAGAATACTGAAGTCGCATTTAGA +AATAATAAGCCTAATATATTAATTGTAGCACCACTTCCAATTAGACCAGAGATTGAAAGT +GTTGAATGTGGAGCTACTATGGGTAAAGGGTGCTCAGAAAAATCATATAAACTTATACCA +CTTTACAAAAAGGTTGCTGAAGAACTAGGATGTCACTTTTTTGATCCATCTCCTTATGCA +ATTTGTAGTGAATATGATTACATGCACTTATCTGAAGAAGCTCATAAAATTTTAGCATAT +AAATTATATGAAGTCATAAATAAGATAAGAGAATATTAA +>nanA_2 +ATGGATTATACAATAGATAGATTTAAAAATGTTACAGTTGCACTAAATACGCCATTTAAG +GAAAATGGAGATGTTGATTTAGATACTACAAGAAAATTAGTAAACTACTTATATAACAAA +GGAATAAAGAGCTTATATGTTTGTGGAAGTACGGGGGAAGGTTTTTTACTTGATAACGAA +GAAAGAAAAGCAGTTGTAGAAGCTGTTTGTGAAGAAGTAAAAGATAAGATGACAATAATT +GTTCATGTAGGTTGTGCTAGTACAAAACATGCATGCGAATTAGCTAGCCATGCAGAAAAA +TGTGGAGCTCATGCAACATCAGCTGTTCCAAGTGTATATTATAGATTAGGAGAAGAAAGT +GTATATACTCACTGGACTGAGATAACAAAGGCAGCCGATTTACCATTCCTTATATATAAT +ATACCACAACTTACTGGATTCAACTTATCAGATAATTTATTAAGAAAAATGTGCGAAAAC +CCAAAAGTTATAGGAGTTAAATGCTCATCAGATCCAGCTCACGATATAGCAAGATTTAAA +GCTATAGGAGGAGAAGATTTTATAGTATTTAATGGTCCAGATGAACAATACTTAGCTGGA +AGAATAATGGGTGCAGATGCAGGTATAGGTGGTACATATGCAGGTATGCCAGAATTGTAT +CTTAAGCTTGAAGAATTAATACAAAGAAATGAATTTGACAAGGCAAAGAAGCTTCAGAAC +ATAATGCTTCAATATGTATATAGAATGTGTAGTTTTGGATCTTTATATGGATGTGTAAAA +TCATTAATTAAATTAGATGGATTAGATATAGGAGTACCTCGTTTACCATTCTTACCAGTT +AAAAGTGAAGATGAAAGACTTATTGAACTTTATAAAGATATACAAAATACAATAATCGAA +ACTAGAAGTTGGTAG +>glcK_2 +ATGAACTATTTATCTATTGATATTGGAGGTACAGCTGTAAAAATTGCACTTGTAAACCAA +AGTGGAGATGTATTAATTTTAGATAAATACTCAGTAAGTTTTGATAACTACGAAACACCA +ATACTTGAAACGGTTTTGAAATCAATAGATGTATTTATAGATGAAAATAATATACATGAT +ATTAGTGGAATATGTGTATCAGCTACAGGTCAAATAGATGTTGATAAAGGTGAAGTGATA +GGAACAGGCGGAAATATAAAAAATTATGATGGTTCAAAAATAAAAGAAGAATTAGAGAAA +AAATATAAAATAAGAACTGCAGTTATAAATGATGCTAATGCAGCTGTACTAGGAGAATTA +TTTTTAGGCAAGGCAAAAGGATATGAAAATGTAGTGATGATTACTGTTGGAACAGGTGTA +GGTGGCGGAATAGTAGTAAACAAAGAAGTATTAAATGGACGTTTAGGGATAGGTGGTGAG +ATAGGTCACTTTTCAATAAATAATGAAGGTAAGCCTTGCTCATGTGGGAATAGAGGATGC +TATGAAAGATATGCATCTATGACTGCATTAATTAAAAGAGTAGAAGAAGAATTAGATATT +AAAGGAATAAACGGTAAAGATATATTCGATAGAATACCAACTGATGAAAATATCAGTAAT +ATAGTTGATAGTTGGATAGAAGATATAGCAAATGGATTAGTTTCGTTAGTACATATTTTT +AATCCAGAGATTATACTAGTAGGTGGAGCTGTTAGTGAACAGAAGGAACTATTTATAGAT +AAACTAAGAGACAAAGTTATGAGAAAAGTTATGCCAAACTTTTCTTTAGATTTAAAAGTT +GAATCTGCTAAACTTGGTAACGATGCAGGTTTAGTTGGGGCACTATACTATTACTTAAAG +GATGGGGAATAA +>nanE +ATGAAGAAGCAGGAACTATTTGATGTAATAAAAGGAAACGTAATAGTTTCATGCCAAGCA +TTACCAGATGAACCGCTATATGTAGAAGAAAAATCTATAATGTATTTAATGGCAAGAGCT +GCAAAACAAGCAGGAACTCCTGCTATAAGAACAAATAGCGTAAGAGATGTAATAGCGATT +AAGGAAGAAACAGGTTTACCTGTAATTGGATTAATTAAAGCTAATTATGATAATTCAGAT +GTATATATAACTCCAACGATGAAAGAAGTTGACCAACTTGTTGAAGCCAATACAGATATC +GTTGCTTTAGATTGTACTTTCTCCAAAAGATTAAACGATACATCTATTAATACATTTATA +AGAGAAATAAAAGAAAAGTATCCAGACATAGTATTAATGGCAGACATTTCGACTTATGAA +GAAGGAGTTAATGCATACAAGTGTGGAGTAGATCTTGTTGGAACAACTATGAATGGATAT +ACAAAGCAAAGTATTGATGCTAATATTACTAATTTAGAATTAGTTAGTAAACTATCAAAA +GAAATCTCTATACCAGTTATTGCTGAAGGAAGAATTCATTATCCAAATCAAGTAAGAGAG +ATACTTGATGCAGGTGCTTTTGCAGTTGTTGTAGGTGGTGCAATAACCAGACCTTTAGAA +ATTGCAAAAAGATTTATAGATGCAGCTAAAGGAGAGTTAAAATAA +>btuD_7 +ATGGATAAAGAGGTTTTACTAACATTAAATGGAGTTAAGAACTACTTTCCAGTAAAGGAT +GGAGCATTTTCAAAATCAAAAAATTATGTAAAAGCAGTTAATGATGTAAATTTAAAAATA +TATAAAGGTGAAACTTTAGGTCTAGTTGGTGAGTCAGGATGTGGAAAAACTACATTAGGA +AAGACAATATTACAATTATATAAAGCTACTGATGGAGAAATAATATACAACTTTGAAGAT +GGAGAAAGAGATCTTACTAAACTAAAAAAAGACGAGATGGATTTAGCTCGTAAGAAGATT +CAAATAGTATTCCAAGATCCACATTCTTCTTTAAATCCATCATTTACAATATACCAATCA +CTTTCAGATCCTCTTAAAAAATTTGGAGTAAAGTCTAAAGAAGAAAGAAGAAAAATAATT +GGTGATTTACTTGAAGCTGTAAACATGAGAAGAGAATATATGGATAGATATCCACATGAA +TTTTCAGGTGGTCAGCGTCAAAGAATTGGTATAGCAAGAGCATTATCAATAAATCCAGAG +CTAGTAATCTGTGATGAGGCAGTATCAGCTCTTGATGTATCAATACAAGCGCAGGTACTA +AACTTACTTAAGGATCTTAAGGAAAAGCATAATTTAACATATATATTCATAACTCATGAT +TTAAGTGTAGTTGAATATATAAGTGATAGAATTGCTGTAATGTATCTTGGGAAGATTGTA +GAACTTGCAGATGCAAAATCATTATATAAAAACACATTACATCCATATACTAAAGCGTTA +TTATCTGCTATACCAGTTGCAGATATTAATCATAAAAAGGAAAGAATTGTTTTAGAAGGT +GATGTACCAAGTCCAATGAATCCTCCTAGTGGATGCTTCTTCCATCCAAGATGTAAGCAT +TGTATGGATATTTGCAAATCAGAAGCGCCACAAATGAAGTCTTATATAGTTGATGGAAAA +GAACACTTTGTTTCTTGTCACTTAGCATCAAAACAAATTGAAGAGGGGGGATTGTATGAA +GAAGCAGGAACTATTTGA +>oppD_2 +ATGGATAAAATTATTTCAGTTAAAAATTTAAAGACATATTTTTATGCTAACAATAGATGT +AATAAAGCATTAAACGGTGTGTCAATGGATATTAAAAGAGGTAAAACTTTATGTATAGTT +GGTGAATCTGGTTGTGGAAAAAGTGTTACAGCTTCATCTATAATGCAGCTTTTACCAAAG +TTCTCAAGAATAGAAGAAGGAGAAATTATATATCACGATGAAAATGGGCGTGATATTAAA +ATACATGAGCTTGAAAGAAATTCAAAAGAAATGAGACAACTTCGTGGTAAAGATATAGCA +ATGATATTCCAAGATCCAATGACTGCATTAAATCCAGTTTATACAATAGGTTGGCAGATA +GTTGAGATGATTAGAACTCATGAAAAGATTTCTAAAAAAGAAGCTAAAGAAAGAGCTTTA +AAATTACTAAAAGATATGGGAATACCTCTTGCTGAAAAAAGGATAGACCAGTATCCACAT +GAATTCTCAGGTGGTATGAGACAAAGAGCAATGATAGCAATGGCTATGAGTTGTAATCCA +AAAGTGCTAATAGCAGACGAACCAACAACTGCACTGGATGTTACTATTCAAGCTCAAATA +TTTGAATTAATGGATAAATTAAAAAGAGAATACAATACAGCAATAATGCTAATTACCCAT +GATATGGGGGTTGTATGTGAGTTAGCTGATGATGTTGCAGTTATGTATATGGGTAACATC +ATAGAAAGCGGTAGTGCAAAAGAAGTTCTAGAAAATCCATCACATCCTTACACAAAGGCA +TTATTAAAATCTATACCAGTGCTAGGAAAAGGTGCAGACCAAGAAATAAATCCTATTCGC +GGGGCTACACCAGATCCGTTTGATAGACCAACGGGATGTCAATTTGCACCTAGATGTGAT +TACTACTGCAAAGAGTGTGATGAACAAATGCCTGAGGAACAATTAATTAATGAAAGTACT +CACATGGTACGTTGTATAAAGTATAAGGAGGTGGTTTTAAATGGATAA +>oppC_2 +ATGGATTTTTTATCGCCTAAAAAGAGATTATATAAAAAGTTCGATAAAATTAAGGAAAGA +GAAGAAAATAAAACATTTAAGGAATCTGGAAATAGATCAATAAAGAAATTATTTTCTAAT +AAGCTTACAACAGTAGGTCTTGTAATATTTACGGTTATATTACTTGCTTGTATATGTGCA +CCACTGCTAACTAAATATGATCCATTATCTGTTGATATGAAAAACATATTAAAACCACCA +TCAAGTGATCACATATTAGGAACAGATAAAATAGGAAGAGATATATTCTCAAGAATATTA +TATGGTGGAAGATTATCAATATTAATCGGTTTTGGTAGTGCTTTAGGATGTTCTTTTATA +GGAGTTATCTTAGGATGCTATAGTGGATATAAGGGTGGTATTTTAGATAAGATTTTAGTT +AGAATATCTGAAATATTCATGTCATTCCCTCAATTAATATTAGTATTAATGTTAGTTTCA +ATAATAGGTCAAAGTGCTTCAAATATAGTGATTATATTTATAATTTGTGGTTGGGGAAGT +GTATTTAGAATGGCAAGATCACAAATTTTATCTATAAGAGAAGAAGAGTACGTACAGTCA +CTAAAGGTATTTGGTTTAAATGACTTTATAATTTGTTACAAGCATATGCTTCCAAATATA +ATAGGTCCAATAGCAGTAAATATTACTTTAAGTACAGCAATGTTTATTTTAGAGGAAGCA +GCTCTTAGCTTCTTAGGACTAGGTGTTCCTCTTGAGATAGCAACATGGGGTAATATCTTA +AATGCTTCACAAGATTTATTTACATTACAAAATAACTGGTGGATGTGGTTACCTGTTGGT +ATAGTTATTTCACTGTTCGTTATGAGTATTAACTTCGTAGGGGACGGACTAAGAGATTCT +ACCGATCCTACAAGTGTTGAATAG +>gsiC_1 +ATGTTTAAATATACGTTGAAAAAAATACTTGGAATGATTCCAATGTTATTTATAATTACA +TTTATTATTTATTTTTTATTAGATTTAACTCCAGGGGATTCAGTATCGCATTTAATGGAC +CCTGAAGCATTAGCAAGACTTTCAACAGAACAATTAAATGCACTTAGAGAAGCATACGGA +TTAAATGATGGGTTTGTAGTTAGATACTTTAAGTGGTTAGGGCAACTATTACAAGGAAAC +TTTGGATATAGTTCAACTAGTGGTGTACCAGTAATTCAGATTATAAAAGAAACATTACCA +GCAACATTAGAATTATCAGGAGCAGCGTTATTAATATCAACTGTTTTAGGTAGTATTCTA +GGTGTTATAGGAGCTATCAAACGAGGATCTATAGGAGACAATGTATTAACAGTAGCAGGG +ATGATAGGGGTATCAATACCACAATTCTTCTTTGGTATGGTAGCTATATTGATATTTGCT +TTAAATCTAGGATGGTTGCCAGTAGGTGGAAGAACAGCGCCTGGGGTAGTAAATTTCATG +GATAGGATAGAATATTTAATTTTACCATCGTTAGTACTAGGACTATCACTTACTGCTGGA +GTTATGAGGTATGCAAGAACAAGTATGCTAAATACAATGAACAAAGAATATATAAAAACA +GCAAGAAGTAAAGGGATTCCTGAGTGGAAGGTAAATTTAGTTCATGGATTTAGAGTATCT +CTAACACCAGTTATAGTACTTGTTGGATTTAGATTACCAACACTTATAGCAGGTTCAGTT +GTTATAGAATCTATCTTCCAATGGCCGGGAGTTGGAAATGTATTTAATACAGCAATAAGA +TCTGCAAACTACAATCTTGTAATGGTTGTAGCACTTATGTTCGTAGCTATGGTCTTAATA +GCAAGTACGTTAGTTGATATACTAACAGCTATTTTAGATCCTAGAGTTAAGCTTGAAGGA +TAG +>group_1350 +ATGAAGAACAAGAAATTAATAAGCTTATTTGTTACTTCGTTACTAACACTAAATTTAGCT +GGGTGCTCTAGCACGGGTAATGAAGGAAAAAGTGAGCAAGGGGGAACTACAAAAGCAGCA +GAAAACACTCTTTATACTAATGGGGGACCGGAGGAATTCTTCGAGGCGCCATGGTTAAAT +CCAGGTACATTCGTGTACAACAAAGTTTTATATGACAGATTAATTTTTGCAGATGAAAAC +TTAGATCCAATTTCTGGTGAAGGGCAATTAGCTAAATCATATGAAATGTCTGAAGACGGA +TTAAACTTAAAGTTTACATTGAGAGAAAACGTTTTTTGGCATGATGGTGAACCTATTACA +CCACAAGATATAAAATGGAGTATTGAATACAGTTTAAAAACAACAGTTATTAATAACGTA +TTTGCAAATACATTTAAAGCAATAGAAGGTGCAACTGAGTACTTAGATGGTAAAGCAGAT +GATATCTCAGGTATCACAATTGATGGAAATAATATAGATATAAAATTTGAAAAATTAGCT +CCAGATGCATTACTTACATTTACACAATTTGCACCATTACCTGAAAAACATTTAAAGGAT +GTTGACCCTGTTCAATTCCAACAATCTGAATTCTTTAGAAATCCTATAGGTTCAGGACCA +TTTAAAGTTGAAGAAGTAAAAATGGGTAACTACACTACATTAGCAGGCTTTGATAAATAC +TGGGATGGAGCACCAACATATAAGATGCACTTAAATCCAAGTGCTGGAGATAGTGATCCA +AACTTAGTTACAAATGCGAAAGCTGGATTGCTTGACTACTCATATACAAAAAATATAGCT +GATGTTAAGTCTCTTGAAGGTGTTGATGGAATAAACATAGATAAAGTTGATGTTAGATAT +ACAAGATTATTCTTTGCTAACAAATTCCCTAAGAAAGATGGTTCAGAGGCACCTTTAGCT +GATAAGAGAGTTCGTCAAGCAATAATGTATGCATTAGATATGGATGAAATACTTGATGGT +ATATTTGATGGTGCTGCAGAAAAGGCTAACAGTTTAACTCCAGACGGTGTTGATAAAGTT +GATGGATTAAATAATTATGACTATGATCCAGAAAAAGCTAAAAAGTTATTAGAAGAAGCT +AACTGGGATCCAAACACAGAATTAGATGTAGTTTATTATTACGATGATCAACAAACAGTT +GATTTAATGTCAATAATTCAAAATTACTTATCTCAAGTAGGTATAAAAATGAAATTTAGA +CTTGTTGAAGGTGATTTAGCTACATTATTATGGTCTTTACCTGAAGATCCTGTAAATGGA +CCATCAGCAGTTGATTTTGACTTATGTTATGGGGCAACAGCTGCATTATCAATGCATGAA +TATTATGATAGATATCAAACTGGTGCAGCATTAAACTCACATACACCAGGAACAGAAGAA +TTAGATAAATTAATAGAAGCAACAAATAAAACGATAGATGCACAAGAGCAAAGAGAAGCA +TTCTTCAATTTACAAAAATATGAGAATGAAGAGTTATTTGTACTTCCTTTATATTATCAA +CCAATATATGTAATAACAAGTGATAAAATACAAGGTATGCCTGAAAAATTAGGTAATCCA +CAATTTAACTATAAGTGGGATATACATAAGTGGACATTAGCTGAGTAA +>rpiR +ATGGAATATTCTGACAACACTGTTTTGAAAAATCTAAAGTCAAGATATGAGCAGTTTACT +AATGTAGAAAAAACTATAGCCAATTTTTTTATAAACAATAAGGAAACACAAAAATTATCA +TCAAAATCAGTATCAGAAAAATTATTTGTATCTGAAGCTTCTTTATCAAGGTTTGCAAAG +AAGTGTGGATATAAAGGTTTTAGAGAATTTATATTTGAATATGAAAAGAACATTAGTAAA +TACAATAAAGAAGAAATATCAAATTTAGTTATTAACACATATCAAGATTTATTAGATAGC +TGTCATAAAATGATAAACCAAGGACAAATGAAAAAAATTGCTCATTTTCTAACAACATCT +AAAAAAGTATGCGTTTTTGGAATGGGGAGTTCTGGAATAGCAGCTGAAGAAGTACATTTA +AGATTTATGAGATTAGGATTAAATATAGAAGCTGTATATGACTCACATAGAATAAAAATG +TTATCATCTCTTGCAAATCATGAAAGCGTTGTTATTGCAATATCTTTAAGTGGAACTACA +AAGGAAATACTTCAAGGAATAAGTATTGCAAAATCAAATGGAGCAAAAGTCATAATGCTG +ACATCAAATAGATCATTTCATTTATCAAGTTTTTGTGACGAAATAATATTAATACCTACA +ATTAAGGCATTAGATGCCGGTGATTGTATATCGCCTCAATTTCCTATTCTGGTAATGGTA +GATATATTATATACATATTTCATAAATAATGAATGCTATTATCAGACAAAACTAAATACT +TTAAATGCTTTATCTAAATTTGATGAAGATAATATAATAATTTAA +>metQ_2 +ATGAAATTAAAGAAAATAATAGGATTAGCATTAGCGGGAGTTTTATCAATATCAGTAGTT +GGATGTTCTTCAACTAAAAATAAAGAAGACGATAAAAAAATAGTAGTAGGATGTAATTTA +GTACCAGGAGAAGCACTTTTAAATGAAATTAAACCATTAATTGAAAAAGAAGGATACGAA +TTGGAAATAAAAGTATTTAATGACTATGTATTACCGAATACAGCTTTAAATGATGGTGAA +CTTGATGCGAATTTATTCCAGCACAAACCTTTCTTAGATAAGACTAATGAAGAAAAAGGA +TATGATTTAGTTGCAGTAGAAGCACTTTACGGATGTCCAATTACTTTATACTCTGAAAAA +AGAGATTCACTAGAAGCATTACAAGATGGAGATACAATAGCGCTTACTAATGACCCAAGT +AATGAATCAAGATCATTAAGATTATTGGAGAAAGCAGGGTTAATAAAACTAAAAGAAGGT +GAACTAGTAACACCAAATGATATAACAGAAAATCCTAAAAATTTAAAATTTATAGAAGCA +GAGGCATCATTATTACCTAGTATATTAAAAGATGTTGAAGCAGCATTTATAAATACAAAC +TATGCTGTAGCAGCAGGACTTAACGCTAATGAAAAAGGTATATTAATAGCACCGCTTGAT +GATGCTTATGCTAATATAATAGCTGCAAGAAATGGTGATGAGGAAAGTGAAAAGATAAAA +GTATTAGAGAAAGCACTAACATCTGATGAAGCAAGGGATTTTATTAATAAAGAATATCAA +GGAACTATAGTACCTGTATTTTAA +>metP_2 +ATGAAAACTAACTTTTTAGAATTTGTAGAAAATATTTTATTAGAAGCCTTAGGTCAAACT +TTATATATGACAATCATAGCAACAGTATTAGCAACAATAATTGGATTTATAATTGCAATC +ATATTAGTAGTAACGGATGAGAAGGGACTTAGACCAAATAAACAAATAAATACAGTATTA +GGAGCTATAATAAATACAGTTCGTAGTTTCCCATTTATCATTCTAATTGTAGCAATAATA +CCTTTTACTAGAATGATAGTAGGGACATCAATAGGAGTAGATGCAGCTCTTGTACCACTT +ACTATAGGTGCAGCACCATTCATAGCGAGGGTGATAGAAAGTGCATTAAAAGAAGTTGAT +AGAGGACTTATAGAAGCAGCAAAATCATTTGGAGCATCAGATTTTCAAATAATATTTAAA +GTAATGATAAAGGAGGCATTGCCATCTATAGTATCAGGAATAACTTTATCAACAATATCT +ATATTAGGATATACAGCGATGGCAGGTTCAGTAGGGGCAGGTGGTCTTGGAGCAGTAGCA +CTTACTTATGGTCACCAAAGATTTGATACACAAGCAATGATTTATACAGTAGTAACATTA +ATAATAATAGTCCAGGTAATCCAATATTTAGGAAATTTAGCTTATAAAAAATTATCATAA +>group_1354 +TTGAAATCAGCAATATTTAAATTTGTAAAAATGATAATAGGTTTTTGTTTTTGTGCAATA +GGCATAGTAATGACTATAAATGCTAATTTAGGTCTATCACCTTGGGATGTTTTACATGAA +GGTATATACAAAATAACAAGTATTACAATGGGAAATGCAAGTATAATAGTTGGAACTATG +GTAGTTGTAGTAAATATCTTGCTAAAAGAAAATTTAGGCTGGGGTACTATAATTAATATG +ATTCTTGTTGGAATACTTATGGATGTACTAATGCTAAATCATTTAATTCCTATTGCCGAT +AATTTTGTAACTGGAATTATAATGATGTTATTAGGAATGTTTATACTTGGGATTGGTTGC +GTACTTTACTTAGGCTCAGGGTTTGGAAGTGGACCTAGAGATGGTATGATGGTAGCAATT +CAAAGAAAAACAGGAAAATCACTTACTCTTATAAGAGGTGTTATGGAAGTCTCCGCACTT +ATAGTTGGTTATTTCTTAGGCGGTACTGTAGGTATTGGTACAGTTATAAGTGCTTTCGGA +TTAGGATATTTTATTGAGCTTGCATTTAAAATATGTAAGTTTGATAGTGCTTCAGTTAAA +CATAGATATATAATCGACGATATAAATTATCTTAAAAGATTCTTTACGCAGAAAAAAAAT +GATAAAAATACTGTTTTTTAA +>frlB +ATGTTAAAATTTAATGAGCAAGAGTATAGAACAAGTATGAAACTTATATGTGAAGCAAGA +CCAAAAGCAGAGAGAGTTGCTGATGAATTAAGTAATAAAGGATACAAGAATATATTCTTC +ACAGCAGTTGGAGGTAGTTTAGCACCGATGATGGCAATAGGAGAAATGGCTAAGCAAACA +ACAACATTACCTGTATTTGTAGAACAAGCAGCTGAGTTATTAATAAGAGGACATAAAAGC +TTAAGTAAAGATTCAATAGTAGTTACAATGTCTAAATCAGGAGATACAAAAGAAACTGTT +GAAATAGCACAATGGTGTAAAGAACAAGGTATAACTGTAGTTTGCCTTACAAAAAATTCA +GAATCTCCATTAGCTGAGTGCAGCAACTACTTAATACCAATGAGACATGAAAATGGTGTG +GAATATGAATATATGTTATTATACTGGTTCTTCTTTAGATTATTAAAGAATAATGGAGAT +TTTGAAGAGTACAATGAATTTGCAGCTCAACTTGAAAAACTACCAGAAAACTTAATTAAA +GCTAAAGCTAAATTCGAACCAGTAGCGGCCGAAATAGCGAAAAAGTACTATAAAGAACCA +TACATGATGTGGATTGGTGGAGGAGAAACTTGGGGAGAAACATACTTATTCTCTATGTGC +TTATTAGAAGAAATGCAATGGTTAAGAACTAAATCAGTTACTTCAGCAGAGTTTTTCCAC +GGAACTTTAGAATTAGTTGAAGAAGATGTTTGTGTATTTTTAGTTAAAGGTGAAGGAAAG +TGTCGTGAAATAGATAATAGAGTTGAAAGATTTGTAAAACAATATACTAACAAATTTACG +GTTATAGATACTAAAGAGTATGAGTTAGAAGGTATAGATGATAAATTCCGTTGGATATTA +TCTCCAACAATTGCATCAACACTTTTAGTAGACCGTTTAGCATTCCACTTTGAAGATAAT +ACAGGACATTCATTAGATATACGTCGTTACTACCGCCAATTTGCTTACTAA +>glmS_2 +ATGGAAGAAACAATGTTTACTTATATAAATGAGGAGTATGAAACTAACAGAGGTATATTA +AAAAATAGAAAAGAAAATTTAAAGAGCTTTATAGATTTGGCTAAAGGAAAAAAATATAAT +GGATGGACAGTTCTAGCTACTGGATCTTCTGCAAATGCAATAGAATGTGCAAAATACTAT +GTTGAAAAAATATTAAATATTAATATTGAGATAAAGATGCCATTTGTATTTAGTAACTAT +AATAGTCAAATAGATGATAATACACTATATCTAGCTGTTACCCAAGGAGGTCATAGTTAC +TCTACAATCGCAGCTATGAAAGAAGTTAGAAAAACTAGTTCAGATATTGTTGCTATAACA +GCTAATATGAATAGTATAGTATGCGATCTTAGTAAATATGTTGTTGATATTGGATGTGGA +GAAGAAAAAGTTGGTTATGTAACAAAAGGATTTAGTGGAACAGTTCTTACATTTATACTT +ATGGGACTAGAACTTGCATATGAAAATAAGAAAATTAGTGAAGACTATTATTATAAAGAA +ATAGAAAAAATAGAAGATGCTATTGGTTATATAGATATTGTAATAGAAAAATCTTTAAAG +TGGTATGAATATAACAAAGATGAATTAGTTAGTGGTAAAAGATTTGTAGCTATAGGATAT +GGCCCAGGATATGGCGTAGCAAGAGAAGCTGACACTAAAATTACAGAAACAGTTAGAGTT +CCTATGAATGGCTATGAGCTTGAAGAATATATGCATGGTCCATACTTGTCACTATCAGAT +AAGGATCACATTATATTCATAGAAGCTGAAAGTAAACTACAAGAAAGACAAGTTACTTTA +AGAAATTATTTAGAAGAATATACTGAACATACTTATGCAATTACATACAAAGAAACTAGT +GATAATAAACATGATTTGACTTTAGGTATAAGCATCGATGAGATGATAAGTCCATTGTTA +TTTGCAATACCTATACAAATACTATCTTATTTTCTTGCAGAAGATAAGGGGAATAAATTA +AGTGATAAAATATTTTCAGATTTTGATGAAAAGTTAAAAAGTAAAATATAA +>group_1345 +ATGACGACGACTTCTAAAGAACATAATAAAACAAATTATCAAAACAATGATATAGCTATA +ACTAAAAAAGATCTGATGAAGGTATTCTGGAGATCATTTACTATGGAGTGGTCCTGGAAC +TATGAAAGACAGGCAAATATGTCTTATGCATATTCTATGATGCCAATTATTAAAAAGTTA +TATAAGACTGACGATGAAAGAGCAGAAGCATTAAAAAGACATCTAGAATTTTTCAATACA +ACTCCACATATATCAACATTAATACTTGGTATTTCTACTGCAATGGAAGAGAGTAACGTA +AAATCAGATAACTTTGATACTTCATCAATTAATAATGTAAAGGTTGGTTTAATGGGACCT +CTAGCTGGAATTGGAGATTCATTCTTCTGGGGAACTCTTAGAGTAATAGCTACTGGTATA +GGGACATCACTAGCATTGCAAGGTAATATTCTAGGTCCAATATTATTCTTGCTAGTATTT +AATGTACCTCATCTATTGGTTAGATATTTTGCCATGATGAGTGGATACAGACTAGGAGCT +GGAGTACTAGATAAAATTCAAAAATCTGGGTTGATGGAATCATTGACATATGGAGCTGCT +ATACTAGGTCTTATGGTAATTGGAGGAATGACGGCAGAAATGGTTACTGTAAATATACCT +CTTCAAATAGGAACAGGTGACAGTGCTATGGCTATAGCAGATATTCTTAATGGTATAGTT +CCAGGAATAATGCCTTTAGCATTTACTGGATTTATTTATCTACTATTAAGCAAGAACTTT +AAAACAACTACTATATTAGTAATAATAGCTATTATAGGAATTGTTGGAGCATTCTTTGGG +TTCTTAGCATAG +>group_1348 +ATGGTAACAGCTATATTACTTGGATTAGTGGCAATGCTAGCTAATGCCGAATATTTATTT +GGTACATCGTTATTATCAAGACCTATTGTAACAGGTGTTTTAACAGGTCTTGTACTAGGA +GATTTACAAGCAGGAATAGTTTTAGGAGCAACAATGGAGCTTGCATTTATTGGTGCATTC +TCAGTGGGAGCTGTAATACCACCAGAAATAATATCCGGAGCAATTCTAGGAACAGCATTC +GCAATTACAACTGGGCAAGGTGCAGAGGTAGCATTAGCACTAGGTGTTCCAATAGCAGCA +TTAGCATTAGTAATAAAAAATACTTGCATGATTTTTATATTACCAATGTTTGTGCATAAA +GCAGATAAGTATGCAGAAAAAGGTGATTGTAGCGGTGTTGAAAGAATGCACTTACTCGGA +GGATTCTTTGGAGTTAACTTGCCTATAGGATTAATTGTATTTTTTTCATATTTATTAGGT +TCATCAGCAATAGAATCTATATTAAATGTAATACCTAAATTTATCCAAAATGGATTAGCA +ATAGCAACAGGATTATTGCCAGCACTAGGATTTGCACTATTAGCTAAGATGATAATAAAC +AAAAAAGTTGTAGTATTTTATTTCTTAGGATTTGCATTATCAGTGTATTTAAATATTCCT +ATAACTGGAATCGCAATATTTGGAACTATAATAGCTGTTATTTTGGTTGGTTTAAACAGG +CCAAATCAAGTAGCTATAGCAGGAGGTAACGACGATGACGACGACTTCTAA +>group_1346 +ATGATTAAATTACTAAGAGTTGATCATAGACTATTACATGGTCAAGTGGCATTTTCTTGG +ACTCAGTTTTTAGGTGTGGACTGTATACTAATTGCAAATGATGGATTAATGCATGATGAA +TTACGTAAAACAACTATAAAGTTAGCTAAACCACAAGGGGTAAAGGTAGTAATGAAAAAC +ATTCAAGATTCTATAGATGCAATAAATAGTGGAGTTACAGATAAGTATAAATTATTTGTA +GTAGTTGAATCTATAGAAGATGCAAGTAGACTAGTAAAAGGAACTAATAAATTTGAAGTT +ATAAATCTTGGAGGCATTAAATCAAGAGAAGGAACTAGAAATATATCTAAAGCAATAAAT +GTTACTCCAGAAGAAGAAGAAACTTTAAAAGAATTAATCAATTCAGGAGTTACAGTTGAA +ATAAGACAAATACCAAATGACCAGAAGATTCTAGCAGAAAGCGTATTAAATTAA +>group_232 +ATGGATTTTAATAGAAACTTAGATAAATATGCTGAACTAGCAGTTAAGGTTGGAGTTAAT +ATTCAACCTGGTCAAGATTTACTTGTAAGATCACCAATTGAATGTGCTCCATTTGTGAGA +AAAGTTGTTAAACATGCTTATGAAACTGGTGCCAAAAATGTGTATATAGAGTGGTCTGAC +GAAGAATGTACTTTAATAAGATACTTAAATGCTCCTGATGAAGTATTTAATGAGTTTCCA +AAATGGACATCAGATCAATATGTCCATATCGCAAAAAATGGAGGCGCATTCTTAAGTATT +CACGCTGCAAATCCTGATCTATTAAAAGATGTTGATCCACAAAGAATAGCTAATTATCAA +AAAGCATCTGGAATAGCATTAAAAGAATGGAGATCTTATACTTTATCTGATAAGTGTAAA +TGGAGTATAGTTTCTATTCCTACTGAAGCTTGGGCTAAAAAAGTATTCCCAGATGTATCT +AATCAAGAAGCTATAGATAAATTATGGGATGCTATATTCAAGTGCTCTAGAGTAGAAGGA +CAAGATCCAATACAAGCTTGGGCTGATCATAACGCTGACTTAAAATTAAGAATGGATTTC +TTAAATGAAAAGAATTTTAAAGTTTTAAAATTTAAATCTAAAAAAACTGATTTAACTATG +GAATTACCAGAAGGTCATATATGGTTAAGTGGAGCTTCTGTTGACCCTAATGGAGTAGAA +TTTAACCCTAATATACCAACTGAAGAAGTATTCTGCCTTCCTCATAAATTTAAAGTTAAT +GGTGTAGTTCATAGTACAAAACCGTTAGTTTATAGTGGAAATGTTATAGATAATTTCTCA +TTAACATTTAAAGATGGAAGAATAGTTGAGTATACTGCTGAAAAAGGATATGAAACTTTA +GGAAAACTTATCGAAACAGATGAAGGCTCTCACTATTTAGGCGAAGTAGCTTTAGTTCCT +TTTAAATCACCAATTTCTGATACCAACATCGTATTTTACAATACTCTATATGATGAAAAT +GCATCTTGCCACTTTGCTATAGGCTCTGCTTATAAAACTTGTGTGAAAAATGGTGATGAA +ATAAAAGATGAAGATCTTGATAAATATGGAATAAATGATAGTCTAACTCATGTTGATTTT +ATGATAGGTTCTTCTGATATGAATATATTTGGAGAAACATATAGTGGAGAAGAAGTTCAA +ATATTCAAAGATGGTAATTGGGCTTTTTAG +>group_512 +ATGGAGTTATATGATGCTATTTTTTATAGAAAATCTATAAGGAATTATTCAAAAAAAAGT +ATAAAATCATCGTTAATGGAAGAGGTTAAAGGTTTATGTAGCAATATAACTTATCTAAAT +AAAGACTTAAATATTAAAGCACATGTGGTAGATAGGGGACATTTAATTCAGTTTTTAATG +GGAAAAGCATGTGAAGTGAAAGCTCCTCATTATATAGTAATTACATCTAATGAAGGAGAT +AATAACTTAGAAAATGTTGGATTTGCAGCAGAAGAAATATTACTAGGTATAACATCTTTG +GGAATAGCTACATGTTGGATAAAGTGTAACTTGAAAAGAGATGATATTTTAGAGTTTATA +GATTTAGATGAAATTGATATAGATGACGAAGAATATGAGAAAAAAATTGAGAAACCATAT +GCTATAATTGCTTTTGGATATGCTGAAAAACAAGAGGCGTTATTTAGGAATATAGATGCA +GAACCGGATAGAAAAAGATTAAAAAAGATATGTAAAAAAATAGACAAAAAATGGGTTAAG +ATTCTTAATGCTGTAAGAATATCACCTTCAATAAAAAATAGTCAACCATGGGTATTTTAT +TCTAAGGATTATGGATTTGATGTATATGAAGAAAAAGCTAAAAAAGGCATGAAAGAAGAT +TTTAAAATAAGTATGGGTATTGCATTAAGGCATTTTGATATAGCTTGCAAAAAGTTCGGT +ATAAATGCTGAATTTGAAAATATTGAGACAAAAAGAAAAAGAGGAAAAAATTATTTAATA +AGTATAGTTGATAATGGAAGACTCTAA +>pyrF +ATGATAAATGGTAAAGAAAAATTAATAGTTGCAATTGATACTAATGAGTTTGATAAAGCT +AAAGAATTAATAGATAAACTAGAAGACAGTGTAGATATATTTAAAGTTGGTTTAGAGCAA +TATGTAGCAACAAGAGGAAAAACAGTAGATTATTTAAATGAAAAAGGGAAAAAAGTATTC +TTAGATCTTAAGTTCCACGATATACCAAATACGATGCAAAGTGCAGTAAGAGCAGCAGTA +AGAGATAAGGTATGGTTAATGACAATACACGTATCTGATATGGAAGGTATGAGACAGTGT +GCTTTAGCTGCAAAAGAAGAAGCAGAAAAATTAAATATAGAAAAGCCAATAATAGTTGGA +GTTACAGTTTTAACATCTTTAAGCAATCAAGATTTACAAGATATAGGGTGCAACATGAAT +ACAGAAGAATTAGCTATAAAGAGAGCTAAGTTAGCAAAGGAAGCAGGAATAGATGGAATA +GTTTGCTCAGCTAAAGAGGTTGATAAGATAGTAGAAGCTTGCGGTAAAGATTTCGTAACA +GTTTGTCCAGGAATAAGACCTGTATCGTCAGAAGTAGGAGATCAAAAGAGAGTTGTTACT +CCAGCTGATGCAATAAACAAAGGAGCTCACTACTTAGTTGTCGGAAGACCTATAACTAAA +GCAGAAAATCCTAAAGAATCAGCAGAAAAAATAGTAAATGAAATAGAAAATGCTTAG +>carA +ATGAAGGGTAAATTAATATTAGAAGACGGAACGATATTTGAGGGAAAAGCCTTTGGATAT +TTAAAAGATAGTGTAGGGGAAGTAGTATTCAATACATCAATGACAGGTTATGGTGAAGTT +TTAACTGACCCATCATATTATGGTCAAATAGTTACAATGACATATCCTCTTATAGGAAAC +TATGGAATAAATTTAGAGGATGTTGAATCTAAAGGTGTTCATGTAAAAGGATTTATAGTA +AGAGAAAAGAGTGACACTCCAAATAACTTTAGATGCGAAATGGATATAGACACATACTTA +AAACAAAATAAAGTAATCGGTTTAGAAGGGATAGATACGAGAGCTTTAACAAAGATATTA +AGAAATAATGGGACAATGAGAGGAATAATAACTTTAGAAAATGCTTCATTAGAAGATGTT +AAGGCTAAGTTAGAAAGTTTCTCAAATACACAGGCAGTAAAGACAGTAACAAGAAAAGAA +ATAGAGCGTATAGAAGGAAATGGACCTAAAGTAGCAGTTATGGATTTTGGTGTTAAGCAA +AATATACTAAGATCATTTGCAGCTCGTGGCTGTGATGTAACAGTATTCCCTGCATTAACT +AAGCCAGAAGAAGTATTAGCTATAAACCCAGATTTAATATTTTTATCAAATGGGCCTGGA +GATCCAGAAGATTTAGAAGAAGTAATAGAAAATATAAAAGAATTAGTAGGTAAAAAGCCA +ATAGTAGGAATCTGCTTAGGACACCAACTTTTAGCTTTAACATTAGGTGGAAAAACAGGA +AAACTTAAATTCGGACACAGAGGTGGGAACCATCCAGTTAAAGATTTAGAAGAAGGGAAA +GTATTTATAACATCTCAAAACCATGGGTACTATGTATGTGAGATGCCAGAAAATATGGAA +GTTACTCATATAAACTTAAATGATAATACAGTGGAAGGTATGAGACATAAAGAATTGCCA +ATATACAGCGTACAATATCACCCAGAAGCTTGTCCTGGACCAAAAGATAGTGATTATGTA +TTTGATAAATTCTTAGAATTAGTATAG +>group_161 +ATGAGTAGACTAAGAAGATTAAAAGAAAGAAAAAGAAAAAATAAAATAAAAGCTGCTTCT +TGTGGGTTAGCTCTAACTTTAGCAATAGGGTCAGCACAAGGTTTAGGAACTTATGCTTTG +TTTACTGATACAGAGGATATAGCTAGTGAGTTAGCTATTAGTACTGGTGATGTTGATGTA +GAAGTAATTCATGACAATAATATACTTGAAAATGTAAAACCGGGTTCTATTAATCCATAT +AAGTACATTATTACTAATCGTGGTACACTAAGACAACAATTAAAATTAGATTTAGACATA +CCAACAACTTTAACTGATTCAACTTTAAATTCAGCACTAAGTTATCTTAAATCGAATATA +AGCTACAGTGTTGACTTTGGAATAAAACAACCAACAGAAGAAGGTTCAGAAGTAATACCT +GTACCAAGCAATGAAGTTGGAGGAAGTGTAGCGAATATAGATAATATAAAATTATCATCA +GAAAATCAAATATTAAAAAATAAATCAAATGATAATATATTTATATTAGAACCGGGTCAA +CAAATAACAGTTAATGCAACTATAAATATACCAAGTATGGATAAAAAAATTCAAGATGCT +TTAAATAATATAGGAAATATAGAATTAGATGTAAGTGTAGAAGCTAGACAAATAAGCAAT +AATATAAATACATTTACTGATTATGGATTTTATGATGTAGCTGTTCATAAAAATATTATA +ACTATAGATCAAAGGGAAGTAATAACTATAGCTATAGGTCAAAAGGCATACTTTACAAAT +GGTAGTGGAAATTCATTTAAGAAGCTATATATTCCAATTAATGTTAAATCAACAACTAGT +GCAGTTACATTAGAAGCTAAAGTAGTATCTACTGGAAATGGAAATAAACCTGTAGAAACA +ACTTATAAAGCAAAATATGGTAATTTTGATCCATACGGAGACTATATTTTAATAGAATCT +ACAAATAAGCAAGATGAGCTTCCATTCAAAGGAGTTGTAAATATAACAATCACAGTGACT +GTGAAAGATGGTCAAAATGAAGAAAGCTATGATTTAGAATGTAATGTAACATTATTAAAT +GCAGGTAACAATTGTACAGGTGATCATCCAGATCATGATGGCTCTGGAAATGGAGGAAAA +TGTCATGGTGAGGTAGTATATAGTGGTCATAAAGATGTTCTAAATATATATGAAGAACTA +GAAACAGAATTAAAGTCTCCATTGATAATAGAATCATTAAAGCAGGAAGTTGAAAATATA +GTTGAGCCAAATGTAGTAGAATCACAAAAGGAAGAAGTAGAAGAACCAAAAGATGAAATA +ATAGAAATACCAAGACAACCTGAAGTAATAGAGTCACTAAAAGAAAATGAAGATATACAA +GAATAA +>group_49 +GTGGCTAATTCTCAACCTGAAAGTAACTGTCTGTATAATCTTATTTATACTGATTTTAAT +GAAGAGTTTTCTAGAAACTCTACTTTTTACTATAACATTCAATATCCAGCTTTCTTTAAT +TTTAATACCGGCTATTTCTTCGCAAATCCATCTATATTAAATAATATAAGTAATCTTATA +AAACAAGAGGTTAATGATTTTAGGGATGGACTTGCACAAGAAGAACAGGATTATAACTCA +ACTGTTGCTGATAATAATCCCGAAGAAAAAAGAATTTATAGCGCATTTTCTAATTTTGCA +GTTGCCTTTAATAAAAATCATTTACTTAGTGTTATTGTTAATGTATTAGGTTTTTCCGGT +AATACATTACCTAAATACGATACATTGTATAACTATAATTATGATTTACTTACTGGAAAT +AAAATAACTTTAAAAGATATATTTAATCCAGGTGTAGATTATATAAAAGTTATTACTGAT +TATGTAAATTATAAAATAAACCAAAATAAAGATTTATACTTTGAGAATGTCGAATTTTTT +ATCACTGATGATCAAGCATTTTATATTGAAAATGACGGTTTAGTAGTTTATTTTGATGCT +GGAGAACTTGCTAAAGAAGAATTCAGAACTTCTAAATTTAAATTAACATTTAGTAAATTT +GCACCTTATATAAATACTAGATTTTATTGTAATGCTACAAATGTTAACAGAAGAATTTAT +AGAAGATAA +>rluC +ATGGTAAAAGTCATATATGAAGATAATCACTTATTAGTAGTAGAAAAACCTGTGAATATA +CTGTCTCAAGGTGATGATACTAATGATAAGGACATGGTTAATCTTCTGAAAAACTATGTA +AAAGAAAAATATAATAAGCCAGGTAATGTGTTTATTGGATTAGTACATAGATTAGATAGA +CCTGTTGGAGGAGTAATGGTATTTGCTAAAACTTCAAAAGCAGCATCTAGGTTATCAGAG +CAAGTAAGAAATAAAAGTTTTAAAAAGACTTATAGAGCTGTTATTCATGGGACAATGAAT +AAAAAGGAAGACACTTTGAAAGACTACCTTTATAAAAATAAGAAGACTAATATGGTTAGC +GTTGTAAATAAGAATCACAAAGAAGCTAAAAATGCAGAATTAGATTATGAAACTTTACAA +AGTAAAAATAACTTTAGTCTCGTTCAAATAGATTTGAAGACCGGAAGGCCACATCAAATA +AGAGTGCAATTTGCAAGCAGAAAGCATCCTTTATTTGGTGATCAAAGATATGGCCAAGAT +GTAAATAAAGTAGGCCAACAAATAGCGCTATGGTCCTACAAAATAGAGATAACGCATCCT +ACAACTAAAGAAAAAATGGAGTTTATATGTGAACCTCCAAAAGAATACCCATGGGATTTA +TTTAGTAAATTATAG +>group_152 +ATGTCAGGTTTAATATTAACAATTATATTACTATTCCCTTTTATATTAACATTTGTATTT +TACTTTCTAACAAACGGTATATGCTTAAATAATAATAACGAAGACCTAAATCTCCAAGAT +TTAGTTCATATATAA +>group_66 +ATGGATAAGTATGTAGGATTTTATATTGAAGATCCAATAGGGAATAATGAATTTTCTTAT +GAGGATAGAGAGAATAAGAATATTTATGTACCTAGGTTAATAGAAGGAACTTTAGATGAT +GTTGCTTTAGGTGATAATATAGTTTTCAATGAGATAGATGAAGGAAATGAAATAAAAGCT +AAGGGCTTAAAAAATATGGTTGAATATAAGATTGATGATAAGACAGTTTATGTTTTTGAC +AACCATAATCATGCTTTTTATTTTTGGATGAAAAGTCTTAAGCAACAACATTTTACAAAG +GGTTGTAAATTAGTTCATGTAGACCAACACAAGGATATGAGAGAACCTATAAATTATGAG +GTCAATATAAATGATATGGACGACGTATTTAGGTATACTAATAAAGTTTTGAATGTTGGT +AATTTTATAAAACCATCCCTTAAGCACAAGGTATTTTCAGAAGCTATAATCATAGATAGC +TCATATGGGTTTGATATGAAAGTTGAAGGAGAATATGTTTTGGATATAGATTTAGATATA +TTTTCAAAAGATATGGATTATATACCGTATGAATTTAGACTGAATAAAATAAAAGAGCTT +ATAAAAGGAGCTAAGGTTATTACTATAGCTAGTAGTCCTTATTTTATAGAACAAGACTAT +GCTATAAAAGTATTAAAAGAATTATTTAATTATGATATAATGGAATAG +>psuG +ATGTTAGAAAAGTATTTACAGATACATCCAGAAGTTCGAAAATCAATTTCGGCTGGAGAA +CCTGTTGTCGCTCTAGGATCTGATATTATTTCTCGTAATGTAAACTATCCTCAGAGCATA +AAAATAGCTAATGATATTTGTAAAATAATTAGAAATTGTGGAGCTGTACCTGCCACAATC +GCAATTATAGATGGTATTTTAAAAGTTGGGCTTACAGAAGAAGAGATAGAATTACTTTCT +TTAAGTAAAAATATAGCCAATGCAGGAAGAAAAGATCTGCCATTTATTATCTCAAAAAAA +CAAACATGTTCTACAACTATTGCTGCATCAATGATATTAGCTAGTTTAGCAGGTATTAAA +GTGCTTGCTACCTCTAGCATAGGAGGAGTAAGTAGAAAATCACAGGATGACTTTAACATA +TACGCAGATTTACACGAATTAACCAATACTAATGTTGCTGTTATCTGTTCTGGAATAAAT +TCTATTTTAGATATAGAATCAACCTTAAAATATTTAAATGTAAAAGGCGTCCCAGTTATC +GGGTATAAAACAAATGAACTTCCTGTTTTTTATGAAATGAAAAGAGGTTTTACTGTAGAC +TATAATGTAAATTCCTCTTTAGATATTTCAAAAGCATTAAAGGCTAAATGGGATTTAAAT +CTAAATGGTGGAGTCATAGTAGCTAATCCAATAACAAATAAATCTGAAATAAACTACAAT +TTAATGAATACAACTGTAGACATACAACTTCTACATAACAATGCTAAACTTGCTGCTGAT +ATCGCAAGAAACCTATCTAATCTGTATAAAACAAAATTATAA +>yabG +ATGAGAATAGGGGATATAGTAGCTAGAAAGTCTTATAATAAAGATATTATATTTAAAATA +GAAGCTTTTAGTGTAGATGAAAATAATCAAAAAATAGCTTTATTAAAGGGGATAGCATTT +AGAGTTGTAGCAGATGCATATTTAGATGATTTAGAAATAGTTCAGCTGCCTGATATGAAT +GATATTTTAATAGATAGAAATGTTGAAAATTTATTGTATAGATCAGTAAAAAAGGCAAAA +GAAAGACAGAAGAAAAATATGAGGGGAATTCCCAAAGCGCAAGCGAATACTAATGTTTAT +GGAATACCTGGGAAGGTATTACAAATAGATGGAGATAAAGAATATTTAAAAATATGTTTA +GATGTATACACTCAGCTTGGGATTCCAGCAGTAGGTGTTGCTATACCTGAACAAAATCAA +TATAAAGAAGTAAGATCTCTTCTAGAAAAACATAAACCGGATATATTAGTTATAACAGGG +CATGATGCTATGTCATCTAAGAAAGGGAATATGAAGGATATAAATAATTACAAAAACTCT +CTAAATTTTATAAAAGCAGTCAAAGAAGCTAGAAAATGGGATCCTAACGTTGATAGTCTT +GTAATATTTGCAGGTGCATGTCAATCTAATTATGAACAAATAATAAGAGCTGGAGCTAAC +TATGCAAGCTCACCTGGAAGAATAATGATACATGCATTAGATCCAGTATTTATAGTGGAA +AAGATAGCTTGTTCAAGAATAGATGTAGTAGTACCTATAGATGAGGTTATAGAGCAAACA +GTAACTGGATATAAAGGTATTGGAGGGTCAGAGACTAGAGGTAAATTTAGATGGGCTATG +CCAAAAACAATTTTATATTAA +>veg +GTGGCTACAGTTCAGACGCTAGATAAGATCAGACTAAGTTTGGAAAGACATTTAGGAAAG +AAGATAATATTAAAGGCTAACAAGGGGAGAAAACAAGTTATAACAAGAAGAGGTGTGCTT +GAAAAAGTATATCCAAGTGTTTTTGTTGTAAGATTAGATGACAGTCAAAATGGATACTCA +AGAGTATCATATAGTTATTCAGATTTATTGACAGCAAATGTTAAGTTGCAAGTATATAGA +GATAAAGATAAGTTAAATGTAAGTTAA +>group_112 +ATGGAATTAATAAAAGATGTTATAAAAATTGATAACAGAATTGACTTTGGAAAATTTCAA +ACGTTTATAGAATCAGAAGCGGTAGTTCCGGACAAAAAATCAGACGTATATGATATAGTA +AAGACAGAAGGGTACATAGCTCTCAAAAAAATAGAAGTTGCTGATGGAAAGATAGTGTGC +AGAGGAAGTTTTAATTATAATGTAATATATATTACCGATGATAAGAATACTGTATCAAAT +GTAGATGGTAAAATAGACATAAATGAAGTTATTGATAAAGATAATGTAACTCAAGATATG +GAATATATGTTATATCCAGAAATAGAACATGTAGATTGTACAATAATGAATGAAAGAAAA +ATTAGAGTAGGAGCACTTATAAATATTAAGGGGAGCCTATTTGAAAAACAAAGATTAGAT +ATAGTAAAAGATGTATCACAAGTAGAAGGAATACAAAAACATAGAAAAGAAGTTAATTAT +CAAGATATTGTGGGCATAGAGAAATCAGAGAGTGTAATAAGGGATACTATAACTATAAAT +ACAGAGGAAATACACTCAATTATAAGTATAAATCCATATGTAAGAATAAAAGAAAGTAGA +GTTAGTGACAATAAGGTTATAATTGGAGGAGTATTAAATATAAATCCACTTGCTTGTACC +TATGATGGAGATCTTGTTGAGCTAGATAGAGTAGATATTGATTTTACTCAATTTATAGAA +GTTCCTGGTGTTTGCGATGGTATGATAGAAGAAACATTATTATCAATAGGAGATTTTAAT +TATATATTCAAACAAAATAATGAGAGCAATACAGGTATATTAGAGGTTGATTGTACAATT +AGTAGTAAGGTTAAGGTTACAGATGAAGTAACAAGAGAAGTATTACAAGATGCTTATTCA +CCACAAAAAATAATTAAATTTGATCACCGATTAATAGAATTAAATAAAGTGTTGGTAAGT +GATACTGAAAGTTTTGTAGTTAGAGAAACAATAAAAAATGATAATGAAGACATACAAATA +AAAGATATTGTAAGTGTTTGTCCATCAATATCTATTGAAAATGCATATGTAGAAGATGGT +AAGAGTATAATCCAAGGTATAATAAAATTAGATATATTATATGTTCCAATTGAAGGTCTA +AGATTAGTTTATAAAATAAGTGAAGAGATACCTTTCGAACATGATATGGAAATTGATGAT +TTAACAGACGCATCTACTGTGTTTAATACAGTGTGTATTGAAAAAGTAGAATCAGATTTA +AATAGAGACCAAATAGACGTATCTATAAAGGTGAAAAGATTTATTGAAGCAATAGACAAG +AAATCTGAAAGTTTTATAATTAAGGGTGAAGATCATGGAGAGTATGATTTATCAAAAGCT +CCAAGTATTATAGTATATATCTGCAAAGAAGGAGATAATCTTTGGAATATAGCTAAAAAA +TATAATACAACTGAAGAAGAAATTGCTGAGCTTAACGACTTAAAAAGTGATGAGCCTCTT +AAACCAGGAAAGTGCTTAATACTAGAGAAAAAAGTAGTTTTAGTAGATTAA +>ispE +ATGAATTCTATAGAATTAAAAAGCAGGGCAAAAATAAATTTATCAATAGATGTCCTAGGG +AAAAGAGTGGATGGATATCATTTAGTCGAAATGATAATGCAGACAATAGACCTGTACGAC +ATCATTAAAATAGAAGAATTAGAAACTGAAGAAATAATTATAAAAAGTAATACTTCAGAC +ATACCGTTAAATGAAAATAATATAGTTTATAAAGCCGCAGAATTAATTAGAGATAACTTT +AATATAAAAAGAGGTATAGAGATTTTTATAGAGAAAAATATACCTATAGCAGCAGGGATG +GCTGGGGGCAGTTCAAATGCAGCAGCTATATTAGTAGGACTTAATAAGCTTTGGAATTTG +AATTTATCAGAAAAAGAATTAAAGGAACTTGGATTTAAACTAGGAGCAGATGTACCATTT +TGTATAGAAGGTAAGGCTGCTTTAGCAGAAGGTGTAGGAGAAGAACTTACATATATAAAA +GGTTTACCAGATGATATAAGTATACTAGTTTGTAAACCTGAATTATTTGTGTCAACTAAA +GAAGTGTATGGTGGATTAGACTTAAAAAATATCAAGAATAGACCAGATAATCAGTATTTA +ATAAAATGTTTAGAAAATAATGAGATAGAATTATTATCTAAAAATATGGTAAATGTTCTT +GAGACAGTGACTAGTAAAAAACATACAGAGATAAGCGATATTGAAAAAATTATGAATGAA +AATAAAGCATTAGGATCTATGATGAGTGGGAGTGGTCCAACTGTATTTGGACTTTATAAA +AATGAAGAAGATGCTTTAAAAGGGAAAAAAGAGTTATTAAAAAAATATAAGCAAGTTTAT +GTGGTAAAGAGTAGTGAGAAAGGAGTTGAAATTAATGGATAA +>gntR +ATGGATAATTTAACTAAATTAAATTTAGAGGATTATAAGCCATTAAGAGATGTAGTTTTT +GAGAATCTAAGAGAAGCTATATTAGAAGGAAAATTAAAGCCAGGTCAGAGATTAATGGAG +GTACAGCTTGCAGAACAATTAGGGGTAAGTAGAACTCCAGTTAGAGAAGCAATAAGGAAA +TTAGAGTTAGAAGGCCTAGTTGTAATGCTACCTAGAAAGGGTGCATATGTGGCAAATATG +TCTTTAAAAGATGTAATAGATGTACTTGAAGTGAGAGCTAGTTTAGAAGGGTTATCAGCG +TCTCTAGCAGCAGAAAGAATAAGTGATATAGACTTAAAAAGATTGAAAAAAATAGCAGAG +GAATTTAAAGAAAGTACAATAAATGCAGATATTGAAACTTTATTAAAAAAAGATGTTGAA +TTTCATGAATGTATATTTAAAGCAGCAAATAATAAAAAATTAACTCAAGTAATAAACTCG +TTATGGGAACAAGTTTATAGATTTAGAGTAACATATATATCTGATTATGACTCATCTTTA +AGTATAGTTGAAGAACATAAAAATATATTATCAGCTATTGAAAAAGGGGATTGTGAATTA +GCAAAAAAATATGCTACAGAACATATAGAAAAAGCAGAACAATTTATGATAGATAAAGCT +GTGAGTCATAAAGGATTATAG +>group_123 +ATGAAAGTGAGAATAATAAAAGCTAGATTGGTAATTCTAATTTTAAGTTTAATAGCCATT +ATTTCGATAATGTCTATATCTATAAAAAATGAAGCTGATAAAATAGATAATGTTAGTGAA +AGTTATAAAGAAAAATTAATAAGATTTCATGTTATAGCGAATAGTGATACTGAAGAAGAT +CAAGAATTAAAACTAAAGGTAAGAGATGAGATTATAAGCTATCTACAACCAAAGTTAGAA +AATTCAAGTAGCATAGAAGAAAGCGAAAAAATTATAACTAGTGAGTATGATAATTTACAG +TCGATAAGTAGAGAAACTATTATAGACAATGGATATGAGTATGATGTAAAAGTAGGAATA +GAATATAGTAATTTCCCGACAAAACAATACTCTAATGTAATACTACCTGCAGGAGAGTAT +AAGGCTTTAAAAGTTGTAATAGGGGAAGGGAAAGGTAAAAATTGGTGGTGCGTTATGTTT +CCTCCATTATGTTTTGTAGATGAAGAAAATGGAGTGATAGATAAGTCTACAGATGAGAAA +CTACAATCTGTATTAGATGAAGAAGAATACAATTTGATTACAACTAAAAATAAGGAAGAA +GGAAATGTTGTAAAATTTAAATTTAAAATAGTTGAAGTAGTAAAGGACATGTTTTAA +>group_262 +ATGGATAGGTGCTATAAATTTATAGTGTCTCTACTAGTTTTTATAAGTATAATTGTTCCT +TCAAATAAGGTTTTAGCAGAAGGCGACGATTTGGAAGATAAGTCTGTACCAGCAGTTAAA +ACAAATTCAAATGAAGAAAGAAAAGCTGTAATAAACTTAACTAGTGAAGAAATATTACTA +TTGTCAAAACTAGTAACTAGTGAAGCTAGAGGCGAGAGCTATGAAGGTCAAGTTGCAGTG +GCAGCCGTGGTAATTAATAGAGTAAAAGATTCTAGATTTCCTAACTCTATAGAAGATGTT +ATATATCAAAAAAATGCTTTTTCTGTTGTGAAAAATGGAACCATAAACATGAATCCAACG +GATGAAGCGTATAAAGCAGCACAAGATGCTTTATATGGATCGGATCCGACTGAAAAAGCT +GTATATTTTTGGAATCCTAAAATTTCTACATGTAAATGGATACAAACACTAAATCCTCAT +ATGAGGATAGGTAATCATGTTTTTGCTAAATAA +>ddl_3 +ATGACTAAACTTAATGTAGCTTTAATATTTGGTGGAAAATCAGGAGAGCATGAGGTTTCA +TTATCATCAGCTGCTTCTATATATGAAAATATAAATAAAGATAAATATAATGTTTTTACT +ATAGGTATAACTAAAGAAGGAACATGGTTATATTATGATGGAAATTCAGAAAATATAAAA +AATGGTAAGTGGGTTGAATTAGCAAATAAAAATGTAGAAATAAACTTAGTTCCTATGGGT +AACAAAGAAGTTGGTTTATTATTTGAGGATGGAAGTGTACAAAAAATAGATGTACTTTTC +CCTGTATTACATGGGCCATATGGTGAAGATGGAACAATACAAGGTTTATTTGAAATAAGT +CAAATACCATATGTAGGATGTGGAGTTCTTGCATCAAGTACAGGTATGGATAAGCTTATA +TGTAAGACTATATACTCAGAAATTGGTTTACCACAAGTGAGTTACTGTTCTACAAATAGA +TGGACATTTAGAAAAAATCAAGAAGAAGAGTTAAATGAAATAGAGAATAAATTAAATTAT +CCTATATTTGTAAAGCCTGCCAACTTAGGTTCAAGTGTAGGGATCTCTAAGGCTACAAAT +AGAGAAGATCTTCTAGCTGGAATAAATGAAGCTTTAATATATGACTCTAGAATAGTTTTA +GAGCAAGGTATAGATGCAAGAGAAATAGAAGTTGCAGTATTAGGAAATGAAGAAGTTAAG +GCTTCTATAGCAGGTGAAATTAAACCAGCTAAGGATTTCTACGATTATGAAGATAAATAT +ATTAATGGTGCATCAACATATGATATACCAGCTAAAATAAGTGAAGCTGATATGGAAAAA +ATAAGAACTATGGCGATAAAAGCATTTAAATCTTTAGATGGAAAAGGACTTTCAAGAGTA +GACTTCTTTATAGATAAAAATTCAGGTGAAATATTTATAAATGAGATAAATACATTACCA +GGATTTACAAATATAAGTATGTATCCTAAAATGTGGGAAGCTACAGGATTAGAATACTCT +AATCTTATAGATAAACTTATAGAGTTAGCATTAGATACAAAAAAGTAA +>murI +ATGGATAATAGACCTATAGGTGTATTTGACTCAGGTTTAGGTGGATTAACTGTTTTAAAA +GAGATTATAAAAGTTTTACCTAATGAAAATATAGTATATTTTGGAGATACAGCGAGAGTT +CCATATGGGCCAAGGTCTAAGGAGGCTATAATAAAATATACTTTTCAGGCTATAAACTTT +TTAATGTCTAAAAATGTAAAAGCTATTGTTATAGCATGTAATACAGCAACTGCAAGAAGC +TTAAAAGAAGCACAATCACAATATAATATACCTATAATAGGTGTAATAGAAGCAGGAGCA +AGGACTGCTGCATACTCTACAAAAAATAAGATTGTAGGAGTAATAGGGACTGAAGGTACT +ATAAGTTCAAAATCTTATAATGTAGAAATAGAGAAATTAGATAAAGATATTAAAATTGTA +TCAAAGGCATGTCCTTTATTTGTTCCGATAACAGAAGAAGGTTGGGCAAATACAGAAGTA +GCGTATTTGACAGCGAAGGAATATCTGAAAGAATTGTTGGATCAAGGGATAGATTCTTTA +GTTTTAGGATGTACACATTATCCAATACTAAAAAGAACTATAGGAAAAGTTGTTGGAGAG +GAAATAAAGTTAGTGAACCCAGCGAAAGAAACAGCGAAAGATTTATATGATATATTAGAA +AAACAAGATATACTTAGAACTGTGAACAAAAATAATCCAATTTATGAGTATTATGTATCT +GATATACCAGAAAAATTCGCTAGTATAGGACAACAATTTTTAAAAAGAGACATGGATGAT +GTTAAGAGAATAGAAATACAAAAGTATTAA +>group_385 +ATGGATGTAAAAATCAATATAAGCACTATTCAGTATGATGAACATAGTAAGGTAGATACT +ATTAATATAAACACAACAGGAACATTACACAAAAAAAATAATGATATTTATTTAATGTAC +AAAGAAAATCATGAAGGCGTAGAAGTTACTACAAGTATGAAGATCTCAGGAAAAGAGATA +ACGATAAAAAGATTTGGAGGAAGTAACTCTACAATGGTTTTTGAAAAAGATAAAACTCAT +ACTACAAAATATAGAACACCATATGGTTTATTTAATATAGAGACTTATACAAGATATTTA +AGTATGACTGTAGATGATAGTAAACCTATCAAAATTGATTTAGATTATGACATAAAAGTT +AATGATATATTCAGTGGAAGAAATAAAATAGTGATAAATGTCGAAATATAA +>tilS +ATGATATTTGAAAAAGTACTAAGTACTATCAATAAACATGAATTAATACAAAAGGGTGAT +AAGATTGTAGTTGGTCTATCAGGTGGGCCAGATTCTGTTTGTTTATTACATATTTTAAGT +AGACTAAAAGAGGAATTGGACTTAGAAATTTACGCAGCTCACTTAAATCATCAAATAAGA +GGAATAGAAGCTCAAAAAGATGCTTTTTATATTTCAAAACTTTGTGAAGAGATGGGAATT +ACTTTCTTTATAAAGTCTATAAATGTTCCAGAATACTGTGAAAAAAATGGTGTATCAATA +GAAGAAGGAGCAAGAAAGCTTAGATATGAAATGTTCTATGAGATAAAAAATAATACTAGA +GCTAATAAAATAGCGATAGGTCATAATTTAAATGACCAAGCTGAAACTATTTTAATGCGT +ATGATGAGAGGTACTGGTCTTCAAGGTCTAAAGGGAATAGAATATATTAGAGATGGTGTT +ATAATTAGACCTATTTTAAATATTGAGAGAAATGATATAGAAGAATATTGTAAACAAAAT +AAGTTAAATCCTAGAATAGATAAAACAAATTTAGAAAGTATCTATACTAGAAATAAAATT +AGGTTAGAACTTATACCGTATATGAAGGATAATTTTAACTCTAATATAATAGAATCTATA +GTAAGGATGGGAAATAGTTTAAGAAGTGACAATGACTATATTGAAAGTGAAGCTTTAATT +AAATTCAAAGAAGTTTCTAATATAAAAAGTGATAGTGTAGAGATTAACTTAAAGCCTTAT +ATTAATTTACATAATTCAATGAAAGTAAGGATATTAAGGAATTCAATTAAACATATACTA +GGAGATACTAACTTTATAGATCAAAGGCATATAGATGATATTATAGAACTAGAGGATGAA +TCTAAAATTGATAAGGTAATAAATCTACCTAGAGGTATATATGTATATAGGAAAAAAAAT +AGCATAATATTAACAAATAAAGAAATAGTTATTGAAGAAATAGAATTTTGCTATAATATA +CCTAGTAATGGATTTATTAAAGTCAAAGAAATAGGTACAATTATCGAAACACAGGTAGTA +AGTATAAACAAATATAAAAGAAGCAAATCAGATAAATCATGTAATTGGTTTGATTTCAAT +AAAATAAAAGGGGGTATAGTTGTAAGGAACAGAAGATCAGGAGATAAAATAAAACTTTCA +GGAGGAAGTAAAAAAATTAAAGATTTATTCATTGACATAAAAATTCCTAAAGAAGATAGA +TGTAAGGTTCCTGTTATTGCCGATGACCAAGGGATATTAAGTGTTGGTAATTTTAGAAAT +AGTGAAAATTACAAAATTGATGAAGAAACAAAAGAAGTCTTAAAGGTAAGCTTTAAGAAA +TTATAG +>ftsH +TTGAACAAACTTTTAAAAGGAGCAGGTTTCTATCTGCTGATTTTCATAATCATAGTAGGG +ATAGTTCAATTTTCAGGTAATCCAACAGAACAAGTGGATAAATTAGAGTTCTCTCAAGTT +TATCAGGAGCTGACAGATGAAAATATATTAAGTATACACTTTATAAGTGATACTGCAGTA +GAGGGAGTTATTAAAGATACAAACAAAAAATTTACATCTTATATACCTAAAGAAGTAATG +GGGAATAAATTTGCTGATGAGGTATTAGATCAAGCAATGGATGGTAAATTAGTTGTTGGA +GGAGAAGCAAAACCATCAACACCTTGGTTTATAGATATGCTACCAACTATAATTTTTATA +TTCCTTATGTTAATACTTTGGTTTGTATTTATGAATCAGTCTCAAGGTGGAGGCGGAAAA +GTTATGAGCTTTGGCAAATCAAAAGCTAAGGTACATAAAGATGATGAAAAAACTAGAGTA +ACATTTAAAGATGTAGCAGGACTTACAGAAGAGAAAGAGGATTTACAAGAAGTCGTAGAT +TTCTTAAAAAATCCGAAAAGATATATTGATTTAGGAGCAAGGATACCTAAGGGGATACTT +ATGGTAGGGCCTCCAGGAACAGGTAAAACTTATTTATCAAGAGCAGTAGCTGGAGAAGCT +GGTGTACCATTCTTCAGTATAAGTGGTTCAGATTTCGTTGAGATGTTTGTTGGGGTTGGT +GCTTCAAGAGTTAGAGATCTATTTGAGCAAGCTAAGAAAAATGCACCAGCTATTATATTT +ATAGATGAAATAGATGCTGTAGGTAGAAAAAGAGGTGCAGGTCTTGGTGGAGGACATGAT +GAAAGAGAACAAACTCTGAATCAGTTACTAGTAGAGATGGATGGATTTGGTGTTAATCAA +GGGATTATAATAATGGCAGCAACGAATAGACCAGATATACTAGATCCAGCATTATTAAGA +CCAGGTAGATTTGATAGAGAAATAGTTGTTGGTGCTCCAGATGTTAAAGGAAGAGAAGCA +ATATTTAAAGTTCACTCTAAGAATAAACCTTTATCTGAAGATGTTAAACCAGAGGTTTTA +GCAAGAAGAACGCCAGGATTTACTCCTGCAGATATAGAGAATATAATGAACGAAGCTGCA +ATACTAACAGCTAGAAAAAGAGATAAAAAAATACACATGGAAACTATAGAAGAAGCTATA +ACAAAAGTCATGGTTGGTGTAGCTAAAAAATCTAGAGTTATAAGTGAAAAAGATAGAAAG +CTTACAGCTTATCATGAAGCAGGTCATGCAATTTGTATGCATGTACTTAATCATGTAAGT +CCAGTACATCAAGTTACAATAATACCAAGAGGTAGAGCTGGTGGATTTACAGAACCTCTT +CCAAAAGAAGACCAAATGTATGGTACAAAGTTAGAAATGGAAGAAACTATAGTAATGGCA +CTTGGAGGAAGGGTAGCTGAAGAGTTAGTTATAGAAGATATCTCAACAGGTGCTTCTAAT +GACCTAGAGAGGGTAACTTCTATTGCTAGAGCTATGGTAACTAAATACGGTATGAGTTCA +AAGCTTGGACCTATGGTATTTGGAGATTCTGATGATGAAGTATTCTTAGGAAATAGTTTC +GCTACAAAGAGAAATTATTCAGAAGAAGTTGCTTCTGAAATAGACAAAGAAGTAAGACGT +ATAGTAGATAAAGCTTACAGAGAGTGTAGACATATATTACAAGAGAATATGAGCAAGTTA +GACTATGTTGCTAAAGCATTATTAGTATACGAAACTTTAGACTCAGATCAATTTATAAAA +GCATTTAATGAAGAATTATCTTTAGACGTAGATATGAACTTAGATAATAAAAAAGTTTCA +TCTAATGATAAAGAAGAAGCACTTACTGAAGAAGTAAGAACAATAGATGCTGAGGATATG +GAAAAAGACAACATTGTTGAACTGAAAAAAGATTATAAAGATAAAGAATAA +>birA +ATGAGGAAGAAAATTATAAATATAATATTAGATAATAATAGAGAGTTTATTTCAGGAGAA +GAAATATCTAAACAATTAGGTATTTCTAGAAGTGCGGTATGGAAGCATATTAAATCTTTG +AAAGAGGAAGGTTATAATATAGAATCTATTAACAAAAAAGGATATAGACTAATAGAGAAA +CCAAAGGATTTATTGAGTTCACAGAATATAGCTCATGAGCTAAATACAGAATTCATAGGT +AGCAATATTTTACACTTTGATACTATAGATTCAACAAATACCTATGCTAAAAAAATTGCT +TCAAAAGAGATTGATGGGACTGTTGTAATAAGTGAAGAGCAAACATTAGGAAGAGGTAGA +TTGGGAAGAGTGTGGAATTCTAAAGCTTATGAAGGGATATGGATGAGTATAATATTAAAA +CCTAATATATTACCTTATAAAACTCCATTTTTGACTATAATAGCAGGAGCCAGCATAGCA +AATGCTTTAAATAATCTAGGCGTAAATGTAGGTATTAAATGGCCGAATGATATAATTTTA +AATGGTAAAAAGCTTTGTGGAATTTTAACTGAATTATCAGCTGAGATAGAGAGAGTGAAT +TACATTGTACTGGGAATCGGTATGAATGTAAAAAATCTAAGCTTCCCGTCTGAAATAGAA +AATATTGCAACTTCCTTATACAAGGAGGGATATAATTTATCTCGAGTTGATATTGTAAGA +GAGATTTTATGTGAATTAGAGAAAAAATATTTAGAGTTTGTAAAAAATGAAAATAAAGAT +AAGATAATAGATATGTATAAGCAGTACTCTGTAGTTTTAGGAAAGAATATATATATTGTA +AAGAACAACGAGAGAGAATTGGTAGAATGTATAGATATAAATTTAGATGGAAATTTAATT +GTCAAAAAGTCTAATGGAACTATAGAAGAAGTTATGTCTGGTGAAGTTTCAGTAAGAGGT +GAAAATGGATATGTATAA +>group_378 +ATGGATATGTATAACAATATATTAGATGTAAAAGGATTAAAGGTTGGACAAGTTCAAGAT +GAAGATGGATTAACGGGATGTACTGTTGTAATTTGTGAAGAAGGTGCAGTCTGTGGAGTA +GATGTAAGGGGATCAGCTCCTGGAACTAGGGAAACGGACTTACTAGACCCTATAAATATG +ATTCAAAAGGTGCATGCGGTGGTTCTTTCTGGTGGATCTGCATTTGGACTTGAGTCTACA +TGTGGTGTTAGTCAGTATTTAGAGGAAAGAAATATAGGGTTTGATGTAGGTGTTGCTAAA +GTACCTATAGTAGTAGGCGCGGTATTATTTGATTTAGCAGCAGGGGATCCTAAGTGTAGG +CCTGATAAGAAAATGGGATATAAAGCGTGTGAGATGGCTAGTGATACTGTTTTGAAACAA +GGAAATTATGGAGCAGGATGTGGAGCCACAGTAGGAAAAATAAAGGGACCTGAGTATGCA +ATGAAGGGTGGAATAGGAAGTTACTCAATAAAATTAGATAATGGTTTAGTTGTATCTGCA +TTAATTGCTGTAAATGCATTTGGTGATGTATATGAAGATGGGAATGTGATAGCAGGAGTG +TTAGATAATACTAAGACCAAAGTTCTAAATAGTTACGAACTTATGAAACAAGGTGTTAAT +AAAGGTGGTTTTAGTATAGATAATACAACAATTGGTATTGTTGCAACAAATGCTAAACTA +GATAAAGCTGGATGTAAAAAAATATCTCAAATGGCTCATGACGGTTATGCAAGAGCGATA +TTCCCAATCCATACTCCTCATGATGGAGATACTATATTTACAATGGCCACAGGTGAGATA +GAAACGGATATAACATTATTAGGTTCAATAGCAGCTGAAGTAGTTGAAAAAAGTATCGTT +AATGCTATAAAAAATGCTTCAGATGTAAAAAATATATTATCATATAAAAATATTCCGATA +TTACAAGTTTAG +>panT +ATGATGAATTCACAAGTGGCAACAAGAAAGAAAGTAAATGTCAAAAGGATGACTATAATA +AGTTTACTTTCAGCAATATCGATTATGTTATCGATGATTCCTCAAGTAGGGTATATACAA +ATAGGGCCTGTAGCTATAACTACAATGTGTATACCAGTAATAATTGGTGGAATTATGGAA +GGTCCTATAGCAGGTGCAAGCATAGGATTTATATTTGGTGTAACTAGTATGTTTAGAGCT +TTAATGGGTCTAGCAGGGCCTACTGGTTTTGTATTTATGAATCCATTAGTATCGGTATTG +CCAAGAATTCTTATAGGAGTAGTAGCATACTATTCATTTAAATTATCTATGAAATTAATA +AAAAACACATATGTAGCTGGTTGTATATCTGGCGCCTTAGCGTCTATAATCAATACAGTA +GGTGTTTTAGGTATGATATATGCTCTTTATGCTGCGGAATATGCAACAGCATTAGAGCAA +AGCCCAGGTGCAGCAAAGGCACTTTTAATAGGGGTTGCAACAACTAATGGTATAGCAGAA +GCTTTAGGTGGAGCTTTAGTTGTATCGGCTGTAGTTGCAGTACTAAAGAAAAGTAAAAAA +TAG +>coaX +ATGCTTTTAGTATTCGACGTTGGAAATACCAATATGGTATTAGGTATATACAAAGACAAT +GAATTAATTAAGGACTGGAGAATAAACACAGATAAAGAAAAAACTTCTGATGAATATGGC +ATATTAATAAGTAGCTTATTTAAATATGAAGATATAGAAATGAGTGAAATAAAGGATGTT +ATAATATCATCGGTTGTACCAAATGTAATGCATTCTCTTGAGAATTTTTGTATTAAATAT +TGTAATAAGCAACCATTGATAGTAGGACCAGGAATAAAAACTGGTTTAAATATAAAATAT +GATAATCCTAAACAAGTTGGAGCGGATAGAATTGTAAATGCTGTCGCGGGTATAGAAAAG +TATGGATACCCACTGATATTAGTTGACTTTGGAACTGCAACAACATTTTGTGCCATATCT +GAAAGAGGTGAATACCTAGGGGGTACAATTGCTCCTGGTATAAAAATATCTAGTGAAGCT +CTATTCCAAAGGGCATCTAAGTTACCAAGAGTCGAGTTACTAAAACCTGGAACAACAATT +TGTAAATCTACAGTTACGGCAATGCAGTCTGGAATAATATATGGTTATGTAGGTTTAGTA +GATAAAATAATATCTATGATGAAAGATGAATTAAACTGTGAAGGTATTAAAGTTGTAGCA +ACAGGTGGTCTTGCTAATCTTATAGCTTCTGAAACTGATAGCATAGATAATGTAGATAAG +TTTTTAACTTTAGAAGGGTTGAAGGCTATATACGAAAAAAACAAAGAGTAG +>dus +ATGAAAATAGGGAATGTCGAGTTAAAAAATAAAGTATTCTTATCACCTATGGCAGGCGTT +ACAGACCTTCCTTTTAGGTTAATATGTAAAGAACAAAATTGTGGTATGCTATACACAGAA +ATGATAAATGGGAAAGCTTTATGTTATGATGATGAAAATACTAAGAAAATGTTAAAGATA +GAAGATGAAGAGCACCCAGTTGCAGTTCAAATATTTGGATCAGATCCAGAGTTTATGGGT +AGAGCAGCAGAAATAATGAATGCTTATCCAAATGAAATATTGGATATAAATATGGGATGT +CCTGCTCCTAAAGTTGTTAAAAATGGAGATGGATCAGCTTTAATGAGAAATCCTAAACTT +GCAGAAGAAGTGTTAAAATCAGTAGTAAAAAATTCAACTAAACCTGTAACTTTAAAAATA +AGAAAAGGTTGGGATGATAATAGTGTTAATGCTGTAGAAATGGCGAAGATAGCAGAAGCC +AGTGGTATAAGCGCATTAGCTATACATGGTAGAACTAGAGAGCAGTACTATTCAGGAAAA +GCTGACTGGGATATAATAACTGAAATAAAAAATGCAATAAATATACCTGTAATAGGAAAT +GGAGATGTGTTCACAGTAGAGGATGCAAGAAATATGTTAGACAAAACAGGTTGTGATGCT +ATAATGATAGGTAGAGGTGCTCAAGGGAATCCATGGATATTTAAAAGAATAAATCATTAT +ATGGAAACTGGTGAGATATTACCAGAACCGACTTTAGAAGAAAAAATAAATACAGCTGTA +AAACATTTAAATCTTGCAGTAAGAGAACATGGAGAATATGTAGCTGTAAGAGAAATGAGA +AAACATATAGCATGGTATTTAAAAGGCCTTAAAGGATCAGCAAAAGTAAGGGATGAAATT +AATAAAATAACTAGTTATGAAGAAGTTGTAAGTAGGCTTAATGAGTACATGGAAGATGCC +TTGACATTAGTATAA +>greA +ATGGAACAAAAAAATGAAATACTTTTAACTCAAGAAGGTTATGACAAATTAGAGGAAGAA +GTAGAATTCCTGAAGACAGTTAGAAGAAAAGAAGTTGCTGAAAGAATAAAGGTAGCAATA +TCTTTTGGAGATTTATCTGAAAATGCTGAGTACGATGAAGCTAAAAATGAACAAGCTCAA +GTAGAAGAAAGAATAATGAAGCTTGAAAATATGATAAGAAAAGCTGTTATCATAGATGAA +AGTCAAATAGACGTTAATGTTGTTACTATAGGTTCTATAGTAAAAGTTAATGATGTAGAA +TTTGATGAAGAAGTAGAATATACAATAGTAGGTTCTGCAGAAGCAGATCCATATGATGGT +AAGATATCAAATGAGTCTCCAGTAGGAAAAGCTCTTTTAGGAAGAACTGTAGGAGATGAA +GTAGATGTTCAAGTTCCAGATGGAACAGCAAAGTTCAAAATATTAGAAATAAGAAGATAA +>lysS +ATGAATAAAGATCAACAAAATGGAACAGTTGAAGATCTTAGTGAAGTTCTTCAAGTAAGA +AGGGATAAATTAGCTAAACTACAAGAAATGGGAAGAGATCCTTTCCATCAAAGTAGATAC +GATAGAACAAGTAATTCTATGGCTATAAAAGACAATTTTGATGAAATGGAAGGAAAGATT +GTTAAAATAGCTGGTCGTATAATGAGTAAAAGAATCCAAGGTAAAGCTGGATTTATAGAT +TTACAAGATCAAGAAGGTAGAATTCAATGTTATGTTAGATTAGATAGAATCGGAGAAGAA +GAATATTCAATATTCTCTACATATGATATCGGTGACATAATAGGTCTTGAAGGTGAAGTA +TTTAAAACTAAAAAAGAAGAGATATCTGTAAAAGCTAATAATGTAGTTTTATTAACTAAA +TCTCTTCAAATATTACCAGAAAAGTATCATGGATTAAAAGATCAAGATTTAAGATACAGA +CAAAGATATGTTGATTTAATAGTTAATCCAGAAGTTAAGAATGCTTTCTTAATAAGAACA +AAAGCTCTTAAAGCATTAAGATCATTCTTAGATGAAAGAGGTTTCTTAGAAGTTGAAACG +CCTATTTTAAATACTATAGCTGGTGGAGCTAATGCTAGACCATTTATAACTCATCATAAC +ACACTAGATATACCAATGTATTTAAGAATAGCTAACGAATTATACCTAAAGAGATTAATA +GTTGGTGGATTTGATAAAGTATATGAAATGGGTAGAATGTTTAGAAATGAAGGTATGTCT +GTAAAGCATAACCCAGAATATACAGCTATGGAGCTATATCAAGCATATGCTGATTATACA +GATATGATGGATATAACAGAAAATCTTATATCTCATATGGCAGAAGTTGCTACAGGAAGT +ATGGTAGTAAATTATCAAGGTACTGAAATAGACTTTACTCCTCCATGGAAGAGAATGACT +ATGGAAGAATGTGTTAAGCAATATGCAGGTGTAGATTTCTCTACTATAAATACGGATGAA +GAAGCTTTAGCAATAGCTAAAGAAAAAGGTATAGAAATAACTCCAGGAATGAGAAGAGGG +GAAGTTATAAATGCTTTCTTCGAAGAATTTGGGGAAGATAAGCTAATACAACCTACATTT +ATAACTCATCATCCAGTTGAAATATCACCTCTTGCTAAGAGAAGTGTAGATGATCCAAGA +AGAACTGATAGATTCGAAGCTTTCGCAAATGGATGGGAATTAGGGAATGCATTCTCTGAA +TTAAATGACCCAATCGACCAAAAAGGAAGATTTATGGATCAATTAAGAAAGAAAGAATTA +GGTGATGATGAAGCTTGTGATATGGATGAAGACTTCATAAATGCACTAGAAGTAGGTTTA +CCTCCTACTGGTGGACTGGGAATAGGAATAGATAGAACTATAATGTTATTAACTAACTCT +ACGACTATAAGAGATGTATTATTATTCCCTACTATGAAACCAATAGAAAGTAACAAAAAA +TCAGACGAAGAATAA +>group_102 +ATGTTTCAAATTATTAATTGGTTATGTTATATCTGTGTAAGTTTTTTAGTATTAGAAATA +ATGGTTTATTTATGTAAAGATGTGATAAAAGTGAGTAAATCTAATAAAAAAGGTAAAACT +AAAAACATTGGAAATACAACGTTTAAAAACAATAAACATATTTACAATAATAAAATCGCA +AAATAA +>group_1128 +ATGATAATACATAAGTTTATAATACACGTTTTAGATAAAGAGAATGACACTCCAATATTA +AATGATTATGAGGGAAGAGTAAGCCCTGAAGTAGATAAATTTTTCCAAAAAGTTATGAAT +AGAGTAGCTAAAGATGATGACTTAAGAAAGGCTGCTTTTAAAAATTATAATGACAACTTA +ATAAAAAACTGTTGCGAGCAAATAATATATGATGAAGATACATTTTTACAAAATTCAAAA +GAGATAGCTGCATACTTATTTGAAGTAATGAAAATAAATGCGGAAATAGAGTCTTGTGAT +TTAGCAATCTGTTTATATACTGTAAAAGATGAAAAATATGTAGGTATAGTAAAATTAGAT +TATAAGAGGTTATATACTCATTCTATTGAGCTTTTAGATGAAAAGTTTAATATACAAATG +GTAAGTAATGAAATAGGTATACCTGAGACAGGAAGACAAAAACAAGCAGCAATAGTAGGG +GCAAATGGAATAAATGATGAATATCATTTAAAAGTATTAGATAAGGATGCAGAAAAAGAA +GGTAGCGAATCTAAATTTGTATCTGAATTTTTACATGCAGAAAAAATAGATGATGATAAA +TATAAAACTAAGGTATTTAAAAACACTGCTGAAAATTGGATTACGAATGCATTAAGTAGC +GATATAAAGAAAGCAGAAGATGTAAGGAGTATGTTAAATTATACATTAAAAGAAAAACAA +GAAATTAATGTACAAGACTTTATTGAAAATAATATAAAAGATGAAGAGCTTAAGGAAAGC +TTCAAAGAGCATATGGAAGATAAGGGATTAGAAGAAAGCTTCAATATAGATAAAAAATGG +GTTGAAAAAAAGCTTAAGAAAAGAAGCATAAGAACGGATAATGGGTTTGATATAAAAGGA +AACTTATCAGACTTTGAGGATCCAATGAAATATAGTGTAAGACAAAATGAAAATGGATCA +ATAGATATAGTTATAAAAAATGTTAACTTCTACGAAGAAAAATAG +>rluD_1 +TTGTTTAAAAAAGAAGGACAAAAGTATAATCTTATATCATATATGAATGAAGATGATTCA +ACTTTAAAGGAAGTTTTATTAGATAAATTGAATTTTTCAGTTAGATCTTTATCGAAAATG +AAAAGAGAAAAAACTGTATCAGTAAATGGAGAATTTAAAAAGCCTAGTGTAAAGGTAGTA +AAGGGCGATTTGATAGAGGTTAAAATAGATGAAGATATAGCTAACTTTGAGCCACAAGAT +TTAAATTTAGATATAATATATGATGATTTTGATATAATCATGGTAAATAAGCCCCCTTTT +ATGGTAGTGCATCCAACAAAAAGTCACTATGATAAAACAGTCGCAAATGGGGTAACTGAT +TATATAATTAAAAAAGATGAAAAAGTAAAAGTGAGATTTGTAAATAGGTTAGATATGAAT +ACATCTGGACTTGTTATAGTAGCTAAAAATGCTTATGCTCATCATGTCTTATCTAAAGAT +ATGAGTGATGATAAAGTTGTTAAAAAATACATAACTGTAGTAAAAGGGATAGTGAAAGAT +GATGAAGGCACTATTAATAAACCTATATATAGACCAACAGAAGATAGTATAAAAAGAATA +GTTGATGAAAAAGGACAACCATCAGTAACTCACTATAAAGTTTTAGAAAGATTAAATGAT +GCAACCGTTTTAGAAGTTAAATTAGAAACTGGAAGAACTCATCAAATAAGAGTACATATG +AACTATATAGGTCATGGTATAATTGGAGATGAGCTTTATGGACATGTAGATGAAAGTCTA +ATAGATAGACAAGCATTACATGCATATAGTTTAGAATTTATGCAACCAAGAACTAAAGAG +TGTTTAGAGTTTAAGGCTAATATTCCAGAGGATATGAAAAAATTAATAGAAAAATTAAGA +TAA +>tetA +ATGGACAACAAGAGGATTATAAAAATATTATTTTTAAATTTTTTGACTATGGCTACTTTT +AATATAGCTCATCCAGTTACACCTACACTTATAAATGTACTAGGTTTGCCTACTTATACA +TTTGGAGTATTTTACTCATCAATGGCTATAGCTCAGTTTGTTATGTCTCCTATTTGGGGG +TCAATATCTGATGCTCAAGGTAGGAGGAAAATACTTATAGTTGGAATGATAGGGTATGGT +ATAAGTCAGTTAGGGTTTGGATTTTCATCGAATGAGATTATGATTCTTTTATTTAGAGTT +TTAGCAGGTGGATTATCAGTAGGATATATTACAGTATCAACAGCATACATAAGTGATGTA +TCTACTAAAGAAGATAGAATAAAATACCTTTCTTATAATACGGCGGCAAATTCTATAGGA +GCCTCATTTGGAGCTTTAGTTGGAGGATTTGTAGGAATGAGTGGATATAAATATGCATTT +TTCACTCAATTTTTAGCATCGATGTTAATTGCATTACTAGTTGCTGTATTTATAAAAGAA +ACTATAACAGAAAAAAATGATAAATATAAAGTTTATTTAGGTCATTTAAAATTAAACAAA +AGCTTAATAGACTTAAAATCTTCTATAGGTGTAATGATGATTGTAATGGTTTTAATTACA +ATTGCTACAACTGCTTATAGTTCAACAATAAATTACTTTTTAGAATATGTTGCAAATGTA +TCAACTAGTGTAAATGGAATTGTTATGGCAGTAGCTGGAATTATAGCATTATTCATGAAT +GTAGTAATCAATCCTTATTTGAGTAAACATTTTGAAGAAAGAAAAACAATGGTAGTAGCT +TTAGGTATTACTGGTGTTTCTATAATTTTATTTAGTTTAATTAATAATAGTTATATAGCA +TTGTTATTTTTAGCTATATTTATAGCCTCAAGTGCTATAGTTACACCAATACAACAAAGT +ATAGTTTCAAAATTAGCTAAGGATAACTATGGTGAAGTTATGGGAATTCAAGGTTCATTT +AAAGCATTAGGTATGGTAAGTGGGTCATTAATTTCAGGATTTATATTTGATTATGGAAAT +AAACTACCATTTATTATTGGTGGGATTAGCTCACTAATAGCTTTTGGTATAGCTTTAAAA +ATAAAATTAAGCAATAAATAA +>group_1122 +TTGAATTTAGGAGAAAACTTAAAAAAGCTTAGAAAAGAATATAATTTATCTCAAGAACAA +CTAGCTGAGAAACTAAATATATCTCGTCAAGCTATATCTAAATGGGAGTCCGGTAAAGCG +TATCTAGATATAGATAATCTTATATTACTTAGAGATATATTTAATACGACCATAGACGAT +CTAGTATTGAGAGAGGATAAAGTATATGATAATAAAATAGAAGTAAATTATTCAAATACT +GATGAAATAAATTACTGTAAAGAAAATAATACAGAAAAAGATGACTTGTCGGTTGATTTA +ATGATTGGTTGTACGATAATAGGAATGATACTGGGTACTATAACTGGTAACTATATGTGG +TCAATGGCAGGCTTTATAGGTTTAGGGCTTGGATTTATAATAGAGCCGATAGGAAAGTAT +TTAAAAAGTAGTGTTAAAAAATAA +>group_1108 +ATGGCTATGTTTAGTATTTTTGGATTTATTAATCTTGCTATTATGCTAGGAGTATTTGGA +TTAGGCATATATACAATGATATTATTAATAAAAGCTTTAAAAATATATATAAGTAAAAAT +TCATAA +>group_1130 +GTGGGTATAGGAAGTCTATCATTAATACTGAGTATTATAGGTGTATTTTTATGTATAACA +TTTAAATGTGGAGTATGCTATGGTGATATACTTTTTAATAATATTGGATTAAAAACTTGG +TCAGATGGAAATCAAGGGTTACATTATACAGTGTTTTATATATTAATATTTTTAGTACAA +GCATTAGTTATAGGACGTAAGTATATAAATGATTTTGGAGCAAGGACTGGAAAAAATATA +TCAATATTTTCAATAATACTACTGATAATATGTACTTTTTTCAGTGTTAGAATATAA +>group_1124 +GTGTTCAATTTAATAAAAAAGGATATAATTGCGACTATTACATCAAATAAAAAATTTCTA +TTAGAATATTTATTTATTTTGTTATTTATGTACACAATTTTAAATCAAATATCATACTCG +ACAGCTAATATTATTTTAAGTTATTTAATATTAATGAATACTTTTAGATGTGATAATGAA +AATAATTCTGGTGATTTTATATTAAGTATGCCAACTAATAAAGAAAAGGTTGTTTATTCT +AAATATGTGATGAGCTTTGTTTTAATAATTATTACTACTATAATGAATTCGATAATAACT +ACATTATTAGGTGGAATATTCTATAGAGGTCCAGTATTAAATGATGTATTAATGTCTAAT +ATTGTATTTTTAATTATAGTTTCGATTGTATTACCTATAATTTTAAAATTTGGATATCAG +AAATCTAAATTTTATGTAGTAGGGATTTTATTAATATTTGCATCATTTGTATTTACAATT +CTAAATATATTATCCATGCTTGTTTGGAATAATAGCCATGAGGAGACTATATTGGGTATT +ATTTCTACAGGTCCATCAATAGGTCTATTAAATGATTTATTTGAGTATATCATAGAAAAT +TTAAATACAACATATATTAATTTATTTACAATAAGCTTTGTATCAATATTAATATTTTTA +TTATCTATGTATGTATCTCTTAGAATAGTGGGAAATAAAAAAATAGTAAATAAAAATACA +TTTATTAGAATATCATTATCAATATTAGTTTTATTTTTAGTATATATATATGGTAATAAA +GTTTCATATGGAAAAATGGTATATGTAGAAGACTATGAAAAGTATAATGCAATGGAAGTA +GAAATGAATGTAGATGGATATAGAGAAATAAAAGAAGGCACTTTAGTTAAAATTAAGATT +ATTAATAGAAGTAAATTTACATATAGAATAGAAGATGCAAAACTTGAATTTGGAAATGAA +TTAGTTTTTGAAGATGGAAGCTCAACATATGTAAAATATGTTACCTTAAATCCTTATGAA +GGAGATTTAAATAATAATAGACTTATACACGAAGGAATTGAGCCATTTGGTGAAGGATAT +ATTACTTTTTTACATCCGAAAGGTCTAAAATTAGATGGAGATTTTTTTGATTTGAATAAT +GTTGAAGTAAATATTGAAGAGCAATTTACAGTCAATATACCATTACTAAATTCATTTACA +ACAGTAGGTAGATCAGCAATATCTTATGCGATTGATTATATGAATATAGATAGTAATAAA +TAG +>group_1118 +ATGAATAAGTTTATGAAAATAAGTATTTCAATTATAGCAGTAATGGTAGCTTTTATTGGA +GTAAATAAGTTAGTTTTTAAAGATAGAATTACTATTGAAGATTATAAAATTACAAATCCT +ATGTATACTCATCTTAGAATAGATAGTTATGAGAAGGTAGATGAGGGAACGATTATAAAA +ATGAAGCTAAAAAATGCAAGTAATTATACATATAGATTAGAAGATGCTAGTATAACTTTT +TGGTCTTGTGAAAGAGATGAAAATGGAGAGTCAACAAATCTTAGAAAAGCAGTTATATTA +AATATGATTCCAAAAAATCATTTTGATGGTGAACATGACCTTACTTGGGATGGATTAGGA +CCCAAAGAAGAAGGTTTTATAGAATTTTTATTACCAAAAGCAATGTATATGAATGAAGAG +TTTTTTGATTTAGATTATACAATGTATGAATATAGTGGAAAATTCACTAAAAGTTTACCT +ATTGGAGAGGGTTCTTATACAATTGTTGGTTCAGAAGAAATAGACGATTTCATGCAGCGT +CTAGATAGTAATATAGGAGAAATATTAAAGGGGGAGTAA +>group_1105 +ATGTTTGATTTAATAAAAAAAGATATTATAGTTACTTTAAGATCTGATAAACAGCTTTTA +TTAAGATATATTGCAACATTGTTTGTTTTTCATATAATTTTAAATCCATTTTCCTATTAC +TCTGCAAATGTATTTTTTAGCTTTATTATTCTAACAAATACCTTTTCATATGACAAAGAA +AATAATACAAATAGGTTTATGATGAGTATGCCAATTAATAAAGAAGATGTAGTTTATTCA +AGGTACATATTAAGTTTAGGCATTATAATTATTACTACTACTATAAATAACATAGTTTAT +GAAATTATGGGTGGAAAGCTTTATAGAGGACCGGTATTAAATGGTGTTTTAATTTCATTG +ATATTATTCTTATTAATAGTGTCAATAATGTTGCCTGTATTTTTTAAGTTTAAGTATAGT +AAGTGGAGTATAGGTTTTGGGTACATTATAATTTTTGTAATATACATTCAAGTAAGTGTA +TTTTTAATGCTAGTAGGAGATTCAACAATAAATACAGATGATGGTATATTAAATCTATAT +AGCTTGAGTTTTGGAGCTATAATTGTTTTTTTACTATCGATGCTTTTATCTCTATGGATT +GTAAATCACGACAGGGGGGATAAAAGATATGAATAA +>ytrA_2 +ATGAAAATTATAATTAGTAATTCATCAGATACTACAATATACGGTCAAATTGTAAATCAA +ATTAAAGAATCTATAATTTCAAACGAGCTAAAACCAGGTGATTTACTTCCATCAATAAGG +GCATTAGCTAAGGATTTAAATATAAGTGTGATTACAACGAAAAGAGCATATGAAGAATTA +CAAAAGCAAGGATTTATTGATATAGTTCCTGGTAAAGGGACGTTTGTTGCTGGATTTAAT +AAGGAGATTATTTTCGAAGAAAAGATGAAGGAAATAGAGGATAAAATCGAAGAAATTATA +GAAATATCAAAGATTATAGAAATATCTAAAGAAGAAATTATAGAAATATTTAATTGTTTA +TATGAGGGGTGA +>nadK1_1 +ATGAAAAGAATTATAACTATAAACTCAAATCAAGTAAATAAGTCTATTAAGACTAGAGAT +TTATTACGAGAAAAACTTATCGATGCTGGATTTAATGTATGCTATGATTTTCATCCAAAC +ACAGAACTTATTATATCAATAGGCGGTGATGGCTCTTTTTTAAAGACTGTCCACGATTTT +GATTTTCCAGAGGTACCTATTGTCGGAATAAATACTGGTCATCTTGGCTTCTTTCCTGAA +ATCTCTCCTGATGAGATAGACAAGTTTATAGAAGCTTACTTGAATAATGATTATATTGTT +GAAGAAGTCCCAGTTATTCAGGCTAGCGTATGTACTAATAAAAGTTGCTGTGATGTTTTT +GCTATTAATGAAGTTGTTGTAAAAGGAGATAAATCAAGAACTATACATCTTAATCTAAAG +GTTAATGATAGACATATACAAAATTTTAGTGGTGATGGTATGATAGTGTCTACTCCAACT +GGATCTACAGCTTATAATTATGCTGCTGGTGGCAGTATTGTAGATACTAGTATAGAATTA +ATGCAGTTAACTCCACTCTATCCAATAAACACTAATGCTTATAGGTGTTTTACATCTAGT +ATTATATTTTCAATCGACTCTATTATAAAAATTGCACCAGAGTATAGATTTGAAGATTCT +ATACTCATTGTAGTAGATGGGGTTGAACACAGATTTAGACAAATCTCAGATATCCAAATT +TTTTCATCTGACATGAAAATCAGTCTACTTAGAATGGCTAACTATGAATTCTGGAGTAGA +GTATCTGAGAAATTTTTATAA +>pepT_2 +ATGAAGGAAAAGATTACAGAGAGATTTTTAAAGTATGTTAAATTTGATACAACAGCAGAT +CCAAATAACTTTGCTTGCCCTTCTACAGAAGGACAAAGAGTATTTGCAAATTACTTAGTT +GAAGAATTAAAGAAACTAGGATTAGAGGATGCTAATGTAGGTGAAAATAGCTATGTAATG +GCTACATTAAAAGGTAATACTGAAGGTGTAGATACAATAGGATTCATATCTCACTTAGAT +ACAGCACCAGATATTACAGGAAAAGATGTTAAACCAAGAGTTATAAAAAATTATAATGGG +GAAGATATAATTTTAAATGAAGAACTTAATGTTATAACATATATAAAGGATTATCCAGAA +TTAAGTGAATTAAAAGGCCATGATATAATTGTAACTGATGGAACGACTTTATTAGGAGCA +GATGATAAAGCTGGTATAACTGCTATTATGACTGCAGTAGAATATTTAAGCAATCATCCA +GAAGTTAAACATGGAGATATAAAGATAGGATTTACACCTGACGAAGAAATTGGAAGAGGT +GCAGATTTATTTAATGTAGAAAAATTTGGTGCAAAATATGCATATACAATAGATGGTGGT +GTTGAAGGAGAACTTGAGTATGAGAACTTTAATGCTGCTGGAGCTACAATAAAAATACAA +GGAAGAAACGTTCATCCAGGTTCAGCAAAAAATAAGATGATTAATGCTTTACATATTGCC +TGTGAAATAGCAGATTCATTTCCAGCAAATGAGAGACCTGAAACAACAGAACATTATAAA +GGTTTTTATCATCTAAATGATATGAATGGGAGTGTAGAAGAAGCTATGATGATTTATATT +ATAAGAGATCATGATAGAGATAAGTTTGAATCTAGAAAAGCATATATGACAGAAGTTATA +GAAAAATTAAATGAAAAATATGATAACAGAATAAGTTTAGATTTAAAAGACCAATACTAT +AACATGAAAGAAAAAGTAGAGCCAGTTATGTTTATTGTTGATATAGCTAAAAAGTCCATG +GAAGAAGTAGGGATAACTCCTAATATAATACCTATAAGAGGGGGAACTGATGGTTCAAGG +TTATCTTATGAGGGATTACCTTGTCCTAACATATTTACTGGAGGTATAAACTTCCATAGT +AAAAATGAATGTGTATCAATAGATTCAATGGAAAAATGCTCTAAATTAATTATAAAAATA +GCTGAAAACTATACTAAACGATAA +>group_1117 +GTGGCAGTATTAAACAAAGAATTTTTGAAAAAATTAAAAAACAATGCTGTTTTTTTTATT +ATATACAGTTTGTGTTTTATATTTATATATAAAACATTTCCATATATAGCACCTTTTTTT +ATTGGACTAGTCATAGCATTAATTATAAATCCAATATCTCAAAAACTTAAAGACAAGTTA +CATATAAATAAGGGTATATCCACATTAATACTTAGTTTTTTAGGTGTAGCAATAGCAATT +ACTATAGCTACTATATTAATCATATCAGGTACTAGACAGATAATAACCTTTTTAAATCAT +ATAGATACAAATTATAGTGATATTAATAATATAATTGAAATATTACTCAATCAAGCAAGC +CAATACTTAGAAAACTTTAAAGAAATATCAAGTTTTAATGTCGAAGAAGTTATAGGAAAA +TACAGTGCAGATTTAATTGAAATATCTAAGAGTTTTTTAAGCAATATAATAAATTTTGCA +ACATCTATACCTTACATAATTATACTAATAATAACTTTATTTATATCTACTTATTTTATT +GCACAAGATTTAGATAAAATTGAAGATGGTTTTTATAGTATGTTTACAGATAGTGCAAAA +AGCAAGGTGAAAAATATAAAAAAAGAAGTTAGGATATCTATTTTAGGATATATAAAGGCA +TATGTGATACTTATGAGTATAACCTTTTTAGTTATTTGGGGTAGTTTTGAATTATTTGGA +GTATCCTATGGGTTTATACTAGGTATAATAGGAGGATTGCTAGACTTAGTACCATTCCTA +GGCATAGTTGTAATTTTTGTTCCTATAATAGTATATAATCTTATTATTGAGAATTACTTT +GTTTCGATATCAATAAGTATTGTATTTCTAGGATTATCAGTAGTAAGGCAAATACTTGAG +CCAAAACTAGTATCTGCGCATATTGGTTTGAATCCTTTATCCACAGTTATTGCTATTTTT +ATAGGAGTACAGGTTAAGGGGATAATTGGAATAATATTTTGTTTAGGATTAGTGGCTATG +CACGATATTTTGAAAAAAGTTGAAATTCTTTAA +>sbcD +ATGAAATTTATTCATACATCAGATTGGCATCTAGGCAAAAGCCTAGATGGCCACTCAAGG +CTTGAAGAGCAGGAACAGTTTTGCGATGATTTTGTAAAGCTAGTAAATGATAATGATATA +GATATGATTATAATAGCAGGAGATATATATGATACATCTAATCCCCCTGCTCAAGCAGAA +AAATTATTTTATAAAACTGTATCAAGGCTAGCAAATAATGGTGAAAGATGTGTGCTAATT +ATTTCTGGAAACCATGACAATCCAGAAAGGCTAGCTGCAATTACACCTCTTGCACATGAG +CAAGGGATAATAGTATTAGGATATCCTTTAAGTTCTACAGAAAAAGCAAAATATGAGGGG +TTTGAAATTCTAGAAGCAAAGGAAGGTTGCTTAAAAGTAGAAATTAAAGGTGAGAAGGCA +ACTATAATTACACTTCCTTATCCAAGTGAAAAAAGACTAAATGAGGCAATTGGAAATCCT +AGTAATGATGAAGAAGCACAGAAAACTTACTCAGAGAGGGTTGGAGAATTATTCAGAGAA +CTAGAAGAAAATTTTGAAGAAGATACAATAAACATAGCTGTATCTCATATTTTCGTTGTA +GGAGGAGAGGGTACAGATTCAGAAAGACCTATACAACTTGGAGGTAGTTTATTAGTAGAA +AAGAAAGACTTACCTACTAAAGCACAGTATATAGCATTAGGACATTTACATAAACCACAA +AAAGCATCACATAGATTGAATGCTTATTACTCTGGTTCACCATTACAATATAGTAAGGAT +GAGAGAAGCTATGCAAAGGGAGCAAATATAGTTGATTTAAAAGCTGGAGAAAGTCCAATA +ATTCAAAGCATATATTTTAAAAATTATAAATCAATAGAAGTCTTTAAATGCAATGGCATA +GAAGAAGCTATTAAAATTTGTGAGGATAATCGAGATAGAAATATATGGTCTTATTTTGAA +ATAAAAACAGAACATGTAATAAGTCAATCAGAAATAAAAAAAATGAAGGAATTACTAGAT +GATATTATAGAAATTAGGCCGATTATAACTTCTGAATATAATGAAGAAGAAATAGATATA +AATGAAAAATCCATGGGGGAATTATTTAAAGAGTTTTATCAATTTAGTACAGGACTTGAC +CCTCGTGGAGAACTTATGGATTTATTCTTAGATATAATAAGCGAAGAAGGTGATTTAGAA +GATGAGACCAATTAA +>addB +ATGGGACTTAAGTTTATATTAGGTAGAGGAGGCAGCGGAAAATCTACATATATACTAGAA +GAGATAAAGAAAAAAGCTCAAGAGAATGAAATAACGCCGATAATAATGCTAGTTCCAGAA +CAATATACCTTTGAAATGGAAAGAAGAATGAGTAACTTATTCTCAGGCAGTGAAAAAGAT +AAGTTTTTAAGAACAAGAGTATTGAGTTTTAAGACTATGAGTAATATAGTCTTTTCTCAT +GTAGGCGGATTAACGAATGTCAATGTAAATGCTAGTGGGAAAGCTATGATTACGAGTAAT +GCAATAGAAAGTGTAGCGAAAGAATTAAATATATTTTCAAAATCAGCAACACAACCAGGA +TTTATAACTTCTGTATCGGAAATGATAGCTGAATTTAAACAATATAATGTAACTCCAGAG +ATGCTAGAACATATAAGTTCTGACGTTGAAAATGAAACTTTAGGATTAAAGTTAAAAGAT +ATAAGTAAAATATATGAGGCCTTTGAAAATAAATTACATGAAAAATATGTAGATTCTCAA +GATATGCTTAATTTACTAGCTGATAAAATTGAAGCTTGTTCATATTTTGATGGATGTTAT +ATTTATATAGATGAGTTTACTGGTTTTACACCTAATCAGTATAGAGTATTAAGAAGTATA +TTGCACAAGGCCAAAGAAGTAAACATGTCTCTTACAGTAGATAGTGTAGCAAACTTCTCA +TATAACAAAACAGATTCTTTCTCAAGAACTAAATTTACTTACGAGAGACTAAGTAGGTTA +GCATTAGAAGAAGGCGTAAAAATAGACAAGCCAATAAACTTAAATAATGGGACTATACAG +AGGTTTAAAGGTAATAAAGAATTACATCATTTAGAACGATATTATAGTGCTTATCCATAT +AAAGTTTATGAAGAAGAAACTAAGAATATACATATAAAAGAATTTAATAACTCATATTCT +GAAGTAGAAGAAATAGCAAGAGAAATAGTACACCTAGTAAGGGATAAAAAAGTTAGGTAT +AAAGATATAACGATAGCAACTAGAGACTTAAATAGATATGATTTTTTAGTTCACTCTATT +TTTAATGAGTATAACATACCAAACTTTATAGATAAAAAAAGAGAAGCTAAAAGTAATCCA +ATAATAGTTTTAATTATATCTGCACTAGAAATGAAAAATAGAAGATATAGCTATGAGACT +ATGTTTAGATACTTAAAAAGTGGTCTTATAGGAATTGATAATGATGACATAAGTTTACTT +GAAAACTATGTGCTTGCCAATGGAATAAGAGGAAAGAAATGGTTTGAAGAAAAATGGAAT +TATAGAATAAATGGCAATTATAATATAGAAGAAAGTGATTATGAGATATCTTTAAAAGAG +AGAATAAACGAAATAAAGAGTAGAGTAATATCACCAATAATTAAGCTTCAAAATAAGCTG +GTTGGTAAAAAAACAGTTCAAGAGTTATGCCAATATGTATATGAATTTTTATTAGATATA +GACATGCCTAATACTATTGAAAAATTAATCTTTAATTTTAAAGATAAGGGTGAACTAGAT +ATTGCAAATCAGTACTCTCAAGTTTGGGATATAGTAGTAGATATTCTTGATCAAATGGTT +GAGATTATGGGAGATGAAAAAAAATCCTTAGAAGAATTTATAAGACTTATAAGTTTAGGA +TTTGATGAATATGAATTAGGATTAGTTCCACCAAGTATTGACCAAGTTCTTGTAAGTAGT +GTAGATAGGATGAAAAATTCAAATACTAAATACCTTTATTTAATAGGTACAACTGATGGT +ATTTTTCCACTTATAGCAAAAGATAATGGTTTATTAAGTGATAATGATAGAGAAAGTTTA +GGAGAAAAAGGTGTAGAAGTTGATATAGATAGTAAAACTAAAACATTTGAAGAGCAGTTT +TTAGTATATAAAGCTCTTACATCTACTAGTGAAAATTTAATAGTTACTTATCCTATATCA +GATCATGAAGGAAAAACTTTAAGGCCATCTGTTATAGTATCTAGATTAAAGAAAATCTTC +CCCAATATAAGCAATATAAGTTATCTAATAGATGAAGAAGATATGACTAATGAAGAAATA +TTAAGAAAAATAACAGTTAAAGCACCTACATTTAATAATCTAATAAATGCAATAAAAGAT +TTTGAAGATAGAAAAGAGATAAAAGATATTTGGTTAGATGTATATAGATATTTTATTCAA +GATAATGAATATAGCTATATATCTAAAAAAGTTATATCAGGACTTAATTATACAAATCAA +GTAAGCAAGGTAGAAGAAGAAAAGATTAAAAAACTATACCAAAATAGTTTATTAAGTGTG +TCTAGAGTTGAAAAGTACGCACAATGCCCATTTGCATATTTTATTCAATATGGACTAAAG +GCAAAGGAAAGAAAAGAGTACTCTTTTACAGCTCCTGACTTAGGAAACTTTATACATAAT +ATACTAGAAAACTTTTCAAAATCTCTTTCAAAAGATAACTTACAGTGGAAGGATGTAGAT +ATTAAATATATACAAGATAAAGTATCTATATTAGTTGATGAAATAGTCGATAAAATACCT +GGGTATATACTGAATAGTTCTGAAAGATATAAGTATCTAGCATTTAGATTAAAAAATATG +CTAGTTGCTGCACTAAATGTGATTGCAGAGCAAATAAAGCAAGGGTCATTTGAACCAATT +GATTATGAAGTTGAGTTTGGATTTAATGGAAAATATCCACCAATAAAATTAGTTTTAGAT +AATGGTGATGAAATAAACTTAATAGGAAAAATCGATAGAGTAGATGAATTTGAAGAAAAT +GAAGATAAGTATATAAGAATAGTAGATTATAAGTCTGGAAATAAATCTATAAGTTTAAGT +GATGTGTATTACGGTCTTCAATTACAATTATTAGTTTATTTAGATGCAATACTTGAAAGT +GCAAATAGAGGAGATGGTAATTTAAATCCAGCAGCAATTTTATATTGTAGAATTGATAAT +CCTATAGCTAAATTTAACGAAGATAAAGATGATGAAGAAGTTAGAGAGGCTATACTTAAA +GATATGAGGATGAAAGGTTTAATAATAAAAGATGCTCATATCATAAAAGAGATGGATAAG +TCTTTGGCAGATGGAGAAAGAAAGTCATCTTTAGTAATACCTGCTAACCTAACTAAGGAT +GGAGGTATAGGTAAAAATACTAATGGTGTAAGTTATGAAGAATTTGATGTACTTAGAAAT +TATGTAAAAAGTACAGTCAAAAATTTATGTGGGGAAATGGTTAGTGGAAATATTAATATA +GACCCATATAAAAATAAAAATGGAACTTCTTGTGACTTCTGTAGTTATTCAGCTATTTGT +CAGTTTGACACTACAATGAAGGAAAATAAATATAGAATTTTAAATAATAAAGATAATGAT +GAAGTTATTAAGTTAATGAAGGGAGAGATAAAGTAA +>group_1116 +GTGAATAATAATTTAAAACATTTTCGCTATAGCCAAAATTCTATAAATACATATAAATCA +TGTCCCATTAAATTTAAGTATAAATATATTGATAATATAAATTGGAAATATGATGACTTT +ACATCAGAAGAATATTATCAAAGTTTAAAATTAGGACGAGAGTTTCACTTATTATGTGAA +AGATATTTCAGTAATATTCCATTAGGGAAAATTGAAAATGAAAAGTTTAATAAATGGATG +GAGCGAATAAAAAAAATAATACCAGTAGTTAATGAAAAAGAATATATATCAGAATATGAA +GTAAGATGCATATTAAATGGTAATGAAATACAAGCAAAGTATGATTTAGTTGTGATAGGA +AAAAATACCATAGATATATGGGATTGGAAAACTGAATCGAAACAAATAATTTATAAAAAT +GTAGAAGCAAGAATGCAAACGATGGTGTATCTTGTGTTAGCAAAAGAAGTTATACCGAAG +TTATTAAATATAGATGTAAAAACTGAAGATATAAGAATGAATTACTATCAGCCAGAGTTT +GATGAAGAACCTATAACTATAACTTATAGTGATGAAAAACATGAAAATTATAAGAAAAAA +ATAAATGAATATATAGATCTTATAAAAAGAACAAGATACGAAGGATCTGATGGTGATATA +AATATAGAAAAGAATGAAAAACATTGCAGTTATTGTGAATTTAATAAGCTTTGCAATAAC +TAA +>pcrA_1 +ATGAGTAAAATCAACTATAGAGAAGATCAAATACCCATAATAAATTATACTTCGGGAACT +ATGGCAGTTCCAGCAGTACCTGGTGCAGGAAAAACTTTTATTGTTACAAATTTGGTTGCA +AAACTATTAGAAGAAAATTTAAATGATAAGGGGAAAATTCTGATTCTTACTTATATGAAT +AGCGCTGTTAATAACTTTAAAGGAAGAATAAAAAAAATATTAGAGGATAAAAACATAAAA +GAAAATAGCTCATATGAAGTTATGACTATACATAGTTTAGCTGTTAAGATAATAAAAGAA +AAACCAGAAATAATAATGTTAAATGAAGAGTTTAATATAGCTGATGATCTACAAAAAAGT +ATTATACTTACTGAATGTATAAATAAATATAGAATTAATGGCGGAGAAAGAATATTTAAT +TTTTTCTTAAAAGAGCAAAAAAGTGAGCGTTGGAGAGATATAAGCCTAGAAAATTGGGAT +AGAGGTTTTTATGATTTAATAGGAAAAGCTATAAGTGAATTAAAATATAAAGATATAACT +CCAGATAAGTTAGAAGATAATATATCTAGTGATTATAAAGGAATGCTTAGAATTGTACTT +CCGATTTATAAAGAATATGATAGAAAATTAAAGCAGCAAGGAATGTTAGACTATGATGAT +ATCTTAGTATTAGGATATAAGGCATTAACTATTGATGAAGATTTAAAAAGTAAATTTCAA +AATAAGTATAAATATATTTTTGAAGATGAATGCCAAGATTCAAATGAGATACAAGGTAAG +ATAATTAAATTAATATGCGAAAAGAATAATAACTTAGTTAGAGTTGGAGATATAAATCAA +AGTATAACAGGAACTTTTTCTTCTGCAGATCCAAAGTATTTTAAAGAGTTTATTGAGAAT +GCTGATTATTGCTATAGAATGGATATGTCAAATAGAAGTTCTAAGGATATATTGGATTTA +GCGAATGAATTAGTAGTATATGTAACTAAGGATTTTGATCAAATTGAATGTAGAGAAGCT +TTAGAAGATATGAAGGTAAGAACGGTACCTAAAAATAAAGGTTATAAAGAAAATCCAGAA +CCTAGTACATATAATATCAATGCAATAAAATATGAAACTTGGAAGGATGAAATAAGTAAA +ACTATTAGGTTTACAAAAAATATTAAGAAAAAGTACCCAGATAAAAGTATAGGTATCTTA +GTACCTTTTAATGATCATGTAATTCAAGTAGGTAGAGAACTAGAAAAAGAAGGTTTGGAG +TTTGAGGAGTTAGGACCAAATTCATCGAATAAAAGAAAAACTTTAAATAGTATAGCGTAC +ATAATAGATTTTATTTTAAGTTGTGATGATATTAATAAGCTTATTACTGTATTAGATAAA +GTTTTTATACATACTGATAATAATCAAGGTAAAAAAGATTTTATCGAGATGTTAAAAAAT +TATACGACAGAAGAGCTTATTTATAATAAAGATATACAAAATAATTTAATCATAGATTTA +GATAGTGATGTATACAAAGGATTCAAATATGGAGTAAATGCTATAAAAGAAATTTTAGAA +TATCCTATTGTAAGGTTAGATACGTTTATATTATTTATAGGAGAAAAATTAAAGCTAGAA +AATGAAGACAGTGCTATAGTTCATTACGTATCTTTTTATGTTAAGTTTTTAGTATCAGAA +AATATGTATATGAAATTACAAGATGTATACGATATCATAGTAGATACTAAAAATAAGGTA +TTTTCCCATATAATAGAAGTTGTATATGAAATAAATGGGTATGAGCCTACTCCTGGAAGT +ATAACTTTATGTAATTACCATAAATCAAAAGGTTTAGAATGGGATTGTGTATTCTTATTA +GGATTAACTGATTTTAATTTCCCGGATAATATAAATCAAAAATTTCAATGCGATAAATGG +TACTTAAAGGAAAAATACAAAAATCCTGAAGCAATTATAAAAAAAGAAATTGATTCTATT +GTATATGGGTATAATGGAATTAATTATGAATACCAAACTAAAATTGATGTGATAAATGAG +AAAATAAGATTGTTATATGTTGGTATAACTAGAGCAAAAGAAATGTTAATAATGTCTTTT +AGCGATTATAAGGATGAAAATGATGTAGGTAATATAAAGAAAAAACAAAATCCGTGTATT +TATTTACTAAGACTAAGCCAACATATAAATCAAAAAAGAGGGAAGTGA +>group_1133 +ATGTATGAAGTACAAATGAAATATTTAGATAGATACGATGACATTTCACCGGTAATGTTT +ACTTGTGAGAAGTATAATATTGATGATAATGGATATAAATTTGAAAATATACAAATGGAG +AACTTTGTTTTATCAGACTTAGAAGTGAACAAAGAAGATATAGCTCTAATGAAAATTAAA +TAA +>group_1120 +ATGGAAAAAATATTTCATACTGGAGAAAAAATATTTTTCATAACCTTAATTATATGTATA +GTCTCAAGTGTATACTTTACAATAGTACCCTTAAATTATATTACTCTTTCAATAGGGTTT +ATATTTTTAGTTGGATATTTTGGGGTTAACTTTTATATCGGGATCACTAATGACCTTAAT +ATAAGAGAAGCGATAGTAGTAGGACTTATAGGGTGCGGTATGGGATTATTTTTACTATTC +TTTGCATTATATACAGACTTAATATTAGGTAATTCACAATCAGCTCTTTGGTTAATTACA +CCGTATTTTATGCCAACCATGTCTTTAGTAAGGATATTTTTTGAAGATATAACTATTGCC +TATCCAATCGTATTAATGATAATAAATATTTCGCTTGTACTTTTGGGTAGTATTACTAAA +AAAATAATGAATAAATTTAAGGTTTAA +>group_1126 +ATGGCTAAATTTAATCAGCTAAAAGATTTATATGAAGATGGGTATAGATGCATCTATTAT +GATTCTACCGCAAATAGTCACACCATATATTTAAAAAACTTTGATACAGAAGGCTCTGAG +GTTATTGAATTAGAAGATGATAATGATTTTTCTGAATTCAAAGATTATATAGGTGACCTT +AGAATGTCTTAG +>group_1085 +ATGAAATCAGATATTTCTATAAAACTATCAAAACTCAAAGAAATAACAACTTATCACTAT +AAGGTTATATTATACTTAGACGGAGTGGGCGAAGCCACTCAAACTCAAATGAGCAAAGAA +TTTGAAACTACTAAGCAACGTGTAAATAAAGTATGCAAAGAACTTGCATCTATGGACATA +ATACAAGTTAAACGAACAGAAGGTAGAAATGTATTTTGGACATTGAATCCTAAGCCGGAA +TTTCAAATTATAGGACAATTAAAACTAGAAGATATATAA +>hcp_1 +GTGGAAAATAATATGGCAATGGAATATCCTATGTTTTGTTATCAATGTGAACAAACAGCT +GGGGGTAAGGGATGCACTAAATTAGGTGTATGTGGTAAGACACCAGAAGTGGCAAATCTT +CAAGACTTACTTATTTATCAAATAAAAGGCATAAGCTGTTATGCTAAAGAAATAGTTGAA +AAAGGCGAAAATGTAGATAAAGATATAGTTAGTTTTATAGAAAATTCTTTATTTACAACA +TTAACAAATGTAAATTTTGATGCAGATGTACATGTTAAAATGCTTAGAGAATCACAAAAA +ATAAAAGAAGCATTGAGAAAAAAAGTAGGTAAAATAAAAAATGATACTGAACATGCTACA +TATGATTTAAGTGAAACTAAAGCAGAAATGCTTAAAGATTCTAAAAAAGCAGGGATAATG +TATGATCAAGAACTGGATCCAGATATTCGCTCCCTTAGACAAACTATAGTTTATGGATTA +AAAGGAATATCAGCTTATGGTCATCAAGCAAGAGAATTAGGATATTATGATGACCAAGTA +GATAACTTTTATATTAGAGCTTTAGAAGCAACTACAGATGATAGTTTAAGCGTGGAAGAT +TTAATTCGATGGACAATGAGAACAGGTGACATGAGTATAGCTGTAATGGCAAAATTAGAT +GAAGCCAATACTAAGACATATGAAAATCCTTCTCCTCAAAAAGTTAATGTTCATATTAAA +AAAGGTCCATTTATAATAGTATCAGGACATGATTTATGGGATTTACAAATGTTACTTGAA +CAGACAGAAGGAAAAGGAATAAATGTTTATACTCATGGTGAAATGCTTCCATGTCATGGT +TATCCTGAACTAAAAAAATATCCTCATTTAGTAGGGAACTTCGGAGGTGCTTGGCAAGAC +CAACAAAAAGAATTTGATAATTTGCCAGGATGCGTATTAATGACAACAAATTGCTTAATG +AGACCTAGAGAATCTTATAAGGATAGAATCTTTACTACAAGTGTAGTTGGATGGGATGGA +GTTCAATATATTGGCGTAGGTCCAGATGGTAAGAAAGACTTTACTCCAATAATAGAAAAA +GCTCTAGAACTTGGTGGATACGAAGAAGATCAAGAGCCACATGAAATATTAGTTGGATTT +GGTCATCATGCAACACTTTCACATGCTGAGGAGATAGTTAATGCAGTTAAAGACGGTAAA +ATAAGACACTTCTTCTTAATAGGAGGATGTGATGGCGCAAGACCAGGTAGAAATTATTAT +ACTGAATTTGCTAAAAAAGTACCTGATGACTGTGTAATTTTAACACTTGCTTGTGGTAAA +TATAGATTTAATAAATTAGACTTTGGTGAGGTTGCGGGACTTCCAAGACTTTTAGATGTT +GGTCAATGTAATGATGTTTACTCAGCAGTAAAAATTGCAACAGCTCTTGCTGATGCTTTT +GAAACAGATGTAAACGGATTACCGCTATCTCTAATTGTATCTTGGTATGAACAAAAAGCA +GTAGCAGATTTACTTGCATTATTATCACTTGGTGTAAAAAGAATCTACTTAGGACCAACA +CTTCCAGCATTTATAAGTCCAAATGTACTTCAATATTTAATAGATACTTTTGATTTAAGA +CCGATAAGTACACCTGAAGATGACATAAAAACTTGTTTACAACAATGTATACAATAA +>group_1081 +ATGAAAGTAATAAATATAAATAAAATAGATACCAATAGAGAATTCTTATGTGAAAATGAA +AAATATAAAACAATATTTTTCAAGTTTGATGAAGGTAAAGGACTTCCAAATCATACTCAT +AACGGATATGCCTCTATACAAGTTATCGATGGAATAGTAGATATGAAGTTTGAAAATGGA +GAGACATTTGAATTAAAATGTGGAGATTTTTTACCTTTTGATGCAAGGATAGAACATAAT +GTAATAGCTAGAGTAACTAGTAAAGTACTAGTTACAATTATAAAATAA +>group_704 +ATGACTACAAACTATCTAATGAAACCTAGAGATCCATATAAAGATAGAATAGTTACAGTT +GTTGTAGTTGGTGAATGGAGTAAATTTGTCTTAAATCAATGTGACTTTTTACTACTTGAT +GTTCGAGTTGAGCATAATATTATAGCTAAAGAAACAAGTAAAATGTTAGTTATTATATCT +CAACCATTATCATAA +>group_711 +ATGAAAGCTTTTGTAGATAGAGGTATTTGTATAGGATGTGAGGCATGTGCAGGAACATGT +CCAGAAGTATTTAGTATGGATTCAGAAGGTATATCAGTACCTATAAAAGAAGATATTCCA +GATGATTTATTAGAATCAGCTCAAGATGCTAGAGATGGATGTCCAGTTTCATGCATAAGT +ATAGAATAA +>group_638 +ATGAAAACGGATAAGTATATCGTTCCTAACGGATTCATAGACAAAAAAACCTTGTTTGAA +ATGTTTGAAATAGATTCAAAGCAATTTGTAGTAAAACGTATAATCGAAGGGTTTAACATA +ACAACAGCGAAGTTAGGCCATAGGTTCATTTATAAACTAGACGATGTAGAAAGAGCTGTA +AAAGAAATCAAAGATTTTTGTAGTCAATACTATTCTTGTACTCAGGTAGTACAAGACTTT +AATCTTACCATACGTACACTAAATTTTCGTAACATCTATGGAGTTCCTATGCCTAAACAC +TACCGCGGGTTACTTGGTAAAACATGCATCACCAGTGCGCGTTCATTGTTTAAAAAAAGC +GATATAGATGCAATAGTAGAAAGTTTGGCTAATAATGAAAAACGTTATACAGACGTATTG +ACAGAAAGTTTAGGTAATGATGCTAGTGAATATCCAATCAAGTTTTTTGACGGAGAGGAA +TATGTAGATCCTACTACAGCAACTTTAATGTTAAACTTTTCTTTTCATGGGAATAAACCT +TCTAGAACTATATCAGACATAAGTATGGCAGGTTTTATAAAGCGTGTAAAAGGACATCGC +TATGTATACTATAGAGTAAAAGATATAAAAAATCTAATTGAAGAAAGAGAAAAATACTTC +CAAGAACATATACCAATAGGACCTGTGCTCGTTGATTATTTCAGTTTAAAAGGGCTGAAT +TTTGAAAATTATAAACGTAAACTTCATAGATATGATCCTCCACTTCAATTTAAAGGATGT +GTTGGATTGTATGGTTCTGCTTATTCTAGGCACGGTGTATGTAAAAAAACAGATGTGGAT +AAATTATTAAAAGATATCCTAAAAAGAAAATCAAAAACAATCACAACCGAACAAGTAGGC +AGCACCAATTTTGAGACTTTTTTAATAAGGTTGGAGAGTCTATCTGCATGGAATAAAGGA +TTTGAAAAGAAAAGTAGTTATACGAAACAAAAGGTGCTTGACTATATAGAACACAAATTA +AATAGCATGAAATCTAAAAATAAAAAAGTTGCTGATAAAAAAATTAAAGAAATGATCGAT +TTAATTATAAGCGTTAGAAATTTATTAAGCAGATATAGCATTGAAGAGATATATCTTTTA +AGTAGTTCTCAAATAAATCTTTTCATAAGAAGTTTAAATGAAACACAAGGAAAGGGATTA +TATCTATTTCTAAAGTCTGTAAACTCAGACTTAAAAAAATTAGGATTAAATAATAAATTA +AAATTTAATTTTGATAAAATTATTAATCCCTCAAACAAAAAATCTGAAGATGACCTTGTA +GGTGAGTGGGAGAATGAGCCTAAAGATTTATATAACTTTGAAACCTATTCAAAAGTATTT +AATTATTTAATAGATATAGATACACACATTCCAAAGATTGTCGATGAATTTAAAAATAAA +AATACCATAATACATGCATCTGTTTGGTTATATGCAATGTTACATTTAAATAACGCTTGG +AGAAACGGTGATTGTACTACATTTCCAGAGTTGGTTATAAATGATTTGCTTGATGAATAC +AACATAGAAAAAATAGACTGGTTTACTGATAATAAACTTACTCTTCCACAATCTAGAGCT +ATAATATTTCGAGTTAGACAATGGGAGATGAGAATATCTAAAACTCAGATAAATGGAGCC +TTCTTCTGCTCTGATGAACTTGCTCCAGCCTTTGCAACAGCCGTTATAATACTACATTTA +TATAAATACTCTCATAATATCGTAAGTGAATATAAAGAGGATAGTGTAATAATGGATTTT +GGTAATATGTACAACGAAGCAACTGAGACAAATTTAAAAAATTTTTTTAAACCAGCAAAG +ATTGAAAATTTTATATTCAAATCAAGAAAATTCAACAAGTCAATAATGACTTATATATAT +TTCCTTGCCAACTTAAAGGGTGATGATAAGGCATTGATCTATTGTGCTGAGGTAAGAAAA +CATCTTAATATATATAGCGCTACTAACTATGTAGATTTTGATATAAGTAAAGTAGAATCA +TTAAGTAAGCAACTATTCTCTCGTGGTGAGTTTGGATATATTCCAGCACTTTTAGCAGAG +AAAGTTTTAGGAGAGGGAAATACTGGCACATTCGAAGAAATGACCAATAAGGTTATGGAA +ATAAACGCTGTTTTTACTGATATTCAAAAAATTAATAGTACGGCTAAATTTTTAAATATA +ATCAGATCTGAAAGACAAAATGTAGTAGATATGATATCTGAAAAAAGTTTCGGAGAATGC +CAAGAAATATTCACAAATTTATGTACGATGGATTTACCTAGTAAAAACGGTAGTGATATA +CAGTGTTTATTTGGTAAGCAAAGGTGTCAAATGCCTAATTTAGATGACAAAGATGGCTGT +TCTTGCTTTGATTGTCCTTATCATATACCTACCATTTATGCATTAACAAGACTATGCAAC +AACTTGATAGATAACTATAAAAGTTATTTAGGTTTACCTGGAAATGTTAAACTAAAAGAC +TATAAAAAATATTTATTACAAAATCCAGAAACTAAGTCCAACTTAAGTAAAGTAAGCAAA +ATGCAAACAGGCTTAAAAATAGAAAGACGAAAGGTATTACTAAGAGAGGCCATTCAAAAA +CTTGGACCAGAATACGTGTATAGATGTTTAGATATTGACAGGGAATCATTCATAGAATTA +TCAAATATAGTTAGAATAGACTTTTATGAAACACATCCTGAGTTGTTATGA +>group_786 +ATGAATACTAATCCAATAAATGAAAGTATAAAATTAAACTTAAATAATTCAATGACATAT +AAAGTAAAAGAAATAACAATAAGAGATTTCAGTAAATATAAAGATAAAGAAAGAAAAGAA +ATAATAATAGTTAAGCAGTACAATGATTCAGATGCCTGGATTCCATCTAAGTTAACTTCA +TACTTAAAGAAAATGTGTAACGACATGTCAAATAACAGCAAAATAAAAGAAGGTCGTGTA +ATCACTATTTTTTTAAATTATATAAATCATGAAATATCATTAGGCTATAACAGCGTGTTT +GATACATTAAAAGAAAAAGGATTATACGGGCTAAACTTTTACCACTTATCTGAGTTTATA +AGTTCTTTGCAAGATATTAATAGTTATAAAACAGTTAAAGAAAAAGAAAATATATTGCTT +AAGTTTTATGATTTTTTATATAGACTAGGTATTACAAGTGAAGATGCAAAGGTTGAGAGA +GTCCCCGTTCCAGTCAAAAATCAAAATAGAAATCAAGTAATTTGGCAAATTGTTAATCCA +TTTAAAGGTAATCCTAATTTTGAAGTACATTACCCAGATACAGATGCAAGGCTACGCCGA +GAAATATTAAAAGATATGGATGAGGATTTATGGGAGGCATTCATAGATTATGCAATAGAT +AAACATAGAAATATCGCATTGGGGGTTGTTTTTCAAATCTTTGGCGGTATTAGACAAGGA +GAGGTCGTAAATTTAACATTGGAAGCAGTCGAGTTAAATGAAATTAAAAACCACATAACT +TTATCTATCCAAGATAGACAAAGCGAACTTTTTGAAAGAGGTGTTGATACAAGATATTCT +CAAGTAAAAAAAGTCCGCGAAAACCAACCAGTATTTAATTTCAATGGGAAATTATTTAAA +ATTTGGAGTGAGCATTTAGACTACTTAAATACTCTAAAAAAGAGACATCACAAGTCTGCA +TTATTTATAGATTCACACGGTTACCCAATGACAGGACAGGTATATCAGAAAGAATTTCAT +AAATTGAAATGGAACTTTATAAAATTCATAGAACAAGAAAAACCATCGGTTGCCGATGAG +TTGAAAGTGAAAAGTTGGGGAAGTCATATTGGTAGACATATATTTACTAACTACCTTATA +AAGAAAGGTTATCTTAAAAATATCATGGGTTATTCAGACCCTAAACTTCTAATGATACTA +AGAGGAGATTCTTCTGTAAAATCATCAGAGGTGTATTTAGACTTAAAATCTGTAACTGAA +AGTGTAGCAAACGAAATAGACATAATAAGTAAAATTGCTACATCTATGACCGACTAA +>group_1013 +ATGATAAACGATAATAAGTATGTTGTCCAATCTTTAGAGCTACATTTATTTTTTGGTAGG +ATTATGAAGGAACATTCTCTATTCTTAGAAGCTGGTTTTACATGTAAGGATTCTAAATAT +GCTGAAATAGCAGATCACTATAAAAGAGAATTTGAAAAACTTTTATCATGTAGCTTATCA +GTTAGCAACTGTATGATTAGGCCACATGTATTAAGTTCAGGAGAAATTTTTACAGAATAT +ACACTAAATGCAGAACATAAAACACAGTGTCTTACAGGCATAGAAATAAACAAAGATATA +ACAATTATGGAATCAAAATTGCAAGCTGGATATAGTACGAATATTAGTTGCGAAATAGTA +AACTATGTACAAAAACTTAATTCTAACGCCATAAGATTAATCGAAGGTCTTATTAACTTC +AAGAAAAAAGTATTATGTGAAATGTTAAATTGCAATTTATTTACAACAAATTATCCTCTA +CTTATTGAACACATAACTCGTGAAGCTACACTATATAAATCTTATGTAGTTGCCCTTGAG +AACGGTCAAGATATTGATTGTGATAATGTTAGAGATGCAGAATTATTTTGGGATCAAATT +ATGATGGAACATGCATTATTTATTCGAGGATTACTTGATCCATCTGAAAATGATTTAGTT +AATACTTCAAATGATTTTGCTAATGATTTTGCTAACTTAATTGAAAAAGCAAAGAGAATG +ACAGATGCAACAATATCTAATGTTACAGATGAAACTTTAAACAAAACTATAGAGTTAAAA +GAATTCAAAACAGCAGGAACAAAAGGAAGTATTGATTGCCAAATAAAATCAATATTTTTA +CCACTTCTTGCCGATCATGTCCTTAGAGAATCTAGTCATTATATTAGACTATTAAAAGGA +TACAAAGGTATGATCTAA +>group_901 +ATGGGGTTTAAACTTCCAAGATACAATCATCCAAATTTTAGTGAAGAAATATTTGTATCT +GCACCAAATGCAGAGTATAAGCTAGTTGAAAAAGATAAAGTAGCACCGGACAATTATCAT +GCAATGTCTATATTTCCAGAATACTTCAAAATAAACGGAGAATGGATATTAGCTGAAGAA +ACAAGAATGGATTGTGTTCCAAGAATTAACTCTGAAGGAAAAATAGAAATAGTAGAATTT +AGGGCTTTAAGAGTTGGAGATAAAGTAATTGTAGGTAGGACAGAAGATGCTAGTGAGGGG +ATATACTTACATGCATCAGGATTTGAAAAAGAAGTGCAAGATAATGACGTTTTTGCTTTT +AGAGGAGGAAGGTCAAGAGAAACTTCTCAGACTATGGATTATGACAAATTATATGAACTT +TTAAAACACGAAAAAGAAAATGGATATGTAGTTTGGGTAATGGGTCCAGCTGCAGTATTT +TCAGAAGGCGCTAGAAATTCTCTGACTAAGTTAATAAATTCTGGATACGTTGATGCATTT +TTAGGTGGAAATGCAGTAGCAACTCATGACTTAGAAGCTGGAATATATCACACTGCATTA +GGACAAGATATATACACTCAAGAATCTATAAGAAATGGTCACTACTGCCATTTAGATTTA +TTAAATAAAGCAAGAAAATATGGTTCAGTAGAAAAATTAATAGAAGAAGAGAATATAACT +TCTGGATTAATTCAATCATGTTATAAAAATAATGTGCCAGTAGTATTAGGCGGATCTATA +AGAGATGATGGGCCTCTTCCAATAGTAATAGGAGATGTATACGAAGCACAAGATGAAATG +AGAAAACATATAAGAAAAGCAACCACAGTAATATGTATGGCAACTCAATTACATACAATA +GCTACTGGTAATATGACACCATCATTTAGGGTAGTTGATGGTGAAATAAGACCATTATAC +TTTTATACAATAGATACTTCAGAGTTTGCTGTTAATAAATTAAGAGATAGAGGAAGTCTA +GAGGTTATCACTATGATTTCTAATGCTCAAGACTTTTTACAAAGATTAGCTGATAATTTG +GAGTAA +>crh +ATGTTAAAAAGGAATATTAAGGTTGGAAATAAATCAGGCTTACATGCAAGAATGATTACT +TCATTTGTAAAAAAAGTATCAAGATATAAGTCACAAATTTTTATAAGTAAGGGAAGTGCA +AAAATTAATGCAAAAAGTATAATGGGACTTTGTAGCATAGGCATAAGTGAAGGAGACATG +TTAGAAATAGAAGTTAGCGGAGTAGATGAGGAAGTAGCTATGGCGGAAATAATTAAATAT +GTAAAGGAAATTGGTAAAAATAGATAG +>codB +ATGTTAGCATTTGATGCAATCGGAGCTATGGCAACAGGACATGCTGATATATCTGAAGTA +ATGTTTGCACAAGGGTTAATAATAACAGCAATAATAATACTAGGTCTTAATATATGGACA +ACTAACGACAATGCTTTATATGGGTCAGGACTTGGATTTGCAAATATAACAAAGCAACCA +AAAAGTAGAATGGTTATAATAAATGGTGTTGTAGGTACCTTACTTGCAATATTCTTATAC +AATAACTTTATGGCATGGTTAAATATGTTAAATTCATTTATACCAGTAACAGGAGCAGTA +ATAATAGCTGATTACTTCATAATAAATAAAAGAAAATATGCAGATTTTAAAACTGTAAGA +TTTAAAACTGTAAATATAAATGCTGTAATAGCATGGTTAGCAGGAGTTGTAGGAGCTTAT +ACAATACCTGGAATAACACCTGTAAACTCAGTAGCTACGGCAATAGTAACTTATGTGGTT +TTAACTAAATTATCTTCTAAAAAAGGACAAGAATTAGAAGATAAGATAGCTGCATAA +>codA +ATGGGGCATAAAGTTACAGCAAGTCATACAACAGCTATGCACTCATACAACGTAGCATAC +ACTTATAAATTATTTAGACTTTTAAAAATGAGCGGAATAAACTTCATAGCAAATTCACTT +GTAAATATACATCTTCAAGGTAGGTTTGATACTTATCCAAAAAGAAGAGGTATAACAAGA +GTAAAGGAAATGGTAGAAGCAGGAATAAATGTATGCTTTGGTCATGATGATATAGTTGAT +CCTTGGAATCCAATGGGAACAGGTAATATGTTACAAGTTCTTCATATGGGACTTCATGTA +TGTCAAATGATGGGATACAGTCAAATAAATGAATCAATAGATTTGATAACAAACAATAGT +GCAAGAACACTTAATATACAAGATAAGTATGGAATAAAAGTTGGAAAGCCAGGAAATATG +ATAATACTACCTGCTGAAAATGGATATGATGCTATAAGAAGACAAGTACCAGTATATTAC +TCAATAAGAGAAGGTAGAGTTATAGCACATACTACTTTAAGTGAAACAACTATAGATTTT +GGAGAAAAAGAAGTAGTAGATTTTAAAAAGTAA +>group_991 +ATGAAAGATATAGATTTAATTAACAAAATTTACAAAATATCAGATAAACATAATGTTATA +TTAAAAGGACATATAATAATTAGTAGAAATACAAATGTTATACTATTTGCACATTATTGT +AAGAGTACTTTATTTTATAAAGATTTTTTTAATGTATCAAAAGATGTATTAAATGTAAAT +AAAATGGCAAATAAAAATCTAAAAGAAGCTAAGAAAATAATAAAAAATGCAGGATATAAG +AAAGTATGGGCTAAAGGTATATTTTCAGTTTATGGAGACTTAAGGCCGTTAGCTGTAGAA +GCTAACTTTGGGAAGTGGGGAAACAATGGCATCATTGTCAATGATAAATATGGAAGTGAT +TTTCTAATAAGTGCAATATTTTATAAATAG +>group_762 +ATGGCGCTAACTTTAAACATAGATAAGTATATAAGTAATTTAAATAATATTATCAAAGAT +GGAAAAATTAATAGATTTTTTAACTATAATATAAATTTAAAAAAACACAGGAGAATTTAG +>group_665 +GTGGGTAGACAGCAGAGTTCTGACATCATAATTTGTCCTTTTAAGGTAAATAAAATCCTT +GATAATACTGTAACTATAAATAAGTTAAGTTCTAATTTACCTATAAAATTTAATATTTTA +AACGAATGTGTTTTACCTTGTAATACTAGAATAGAAATACTAGAAACTAAATTAGATTAT +GATATATGCAAAATAAAAAAAGAAATACTTATAAACGGACATAAATTGGAAAATGAATCA +TCTTCTATTGAAAGCTCATTTTGCATAAGTGAAAAGTATATAAATATAATTGAAGAAAGT +TGTGATGATTTACTATTAAATATAACAGAATCTCTTAATCTAGAATTTCAAATAAGTGTA +AAAATAAAAGCAGTAGCTCATATAGATAAAAATAAGAAAATGTGTATTGAGGCTTTAGGA +ACAACTACAGATTCTATTCAAACTATATTAGTAAGTAATATCTGTGTACCTAATCATAAA +TGTAATATGAGAAAAGCATTTATAACTTTAGAAAATGATATAAAAATATGTGCAGATCCA +GAGTATGTTTTTTTATCTCCAATATACAACTATCATTGCGATATGGATGCTTTTTTAGGG +AATGTATTTTTAAATTATTGTATTAGCTTAAATTTATTGTCACTTTTGCCTGCTAATATA +TCATTATTAAAAACGTCTTTAGAAAATAAAAATAAATGTAATCACACTAACCTTAATAAT +ATTTACTTTTAA +>group_717 +TTGAATAGTAATCATAACTTAGAGGTTATTTATGAAATATTAAATGATATAAAATTTAAT +TTATTTTGCAAAGATGATTGTTTTAATAAAGAAGAAGTGATAGTAAAGAGTTTAATTGAT +GAATTACTTGAAGAAAATTTTTGTAAAGAAAAAGAAGATAATTGTGATAAATCAAAATGT +ATAAATTTAATAACTTTATTAATAAAAACTATTTCAAAAATAGAAGAGTGTACTTGTTGC +AAAAAGAACTATGGATATTTATTACAAATTGATAGATTTGAGTGTATATTAGATAATTTA +AAAGGATTATTCTGTCAACTTAGATGCTTAAAAATTAAAGAGTGCGATTTAGTATCTAAA +GTATTATGTATATTATTTAAAATAATAAAATTAATAGCAGATATTATATCCAAGATAAAT +AATATAGAGTGCTTATGTAAATCAAAATTACACTGCGAATGTGAACTTCTAGAATGTATG +ATTTGTGATTTAGCAGAAGAAGTTGAAGAACTTGAAAAACAAGTATCAGAACTAGCCTGT +TTAGTATTAGAAATAGCTTCAAAAAATATTATTAACTGCACTACATCTAGAATGTGTATA +TATAAAAAGCGAGATTATTTAAAAGATTATTGTGATCACTACTATATTAAAAACAACAGT +AATTGCCAGTCTAAATAA +>group_1078 +ATGAATAATTATGATGGATATAGTAGTGAATATGAAAGTTGTGGTGGATGTTCTTGTGGT +TCTAATCCAGGATGCGATTATCAAACTTGTTCGCCAGACTATAATCCAGTTACTGTAAAT +AACTCTACATGTCCTAATGTAGAAGGAAGTACTTCTCAAGGCGGAAGTGCTTCAGGAAAT +ACGAGTAATAATACTAGTAGTGTAAGTGTAAATATGTGTTGTTGTAAAAATGATTCTAGT +AAAGATTGCTGTGTAGATGGAGTTAAGAAATTACTAAACTTTATTCAGGATAAATCTTTG +GAAGCAACAATAACTTCCAGTCAAGTATATTTATATGGTGATTTAGTGACAGAACAGGAT +AAATTATTCACACCAAATCCAGCAAATACACCACTTTTATCACTTATAAATTCAACACAA +ATACAAAATGCATCTATATGCAATGAAATAATAAAGCTAAGTAATACAATAGTATCTTTA +TGTACTGTATCTCTTGTAGCATTTAGCTTTGAACCTAAAAATCAAAATGCATATATTAAG +AAGAAATTTAAATTTATTAAAAAATGTTCTTGCTCTTGCGAGTGTAATGAAGCAATTGCA +GAAGCTTTATGTTTCAGCGGATTTGGAGGAACATACACTGTAAGATTGAAAGATACACTT +AAAATAAGTACAAATGGAACCTTATCTGGACCAGCGACATTAACTAATTTATTCTTAGTA +GCAGTAGATAATAATATAGCTATATTCTCAAATGCACTTACTCCTACGCTATACTATGGA +ATACCTACTTGTAAGATAGCGAGCTTTATAAAAAGCTAA +>group_657 +ATGTATAATAATGGGTGTTGTACACCACCTTCACCAAGAAGAGATAATTGTTGTTGTAAA +GATGGAATTATTTGTGCAATAGACTGGTTTTTCCAAGACTTCTTATTAAAAGAAAATAGA +TGTATAAAAACAGGTTCGCTAATGTATTACCCAAGACTTTCACCAGTGCAAGTTCTACCG +CTAACAAATATAAATCCAACTCTAGAACCGATATCGAATATAATATATAATATTCCATTT +ATTACACAAGAGATAGTTCCAGTTTATATTACAGAACAAAAGTCAGGTTCTTATATTGGA +GATATAACGTATTTAAATATCTGCAAGTTACATGGTTTTCAATTTGAACTTAATGGTGAT +TGTAAAAGTTCTAAAGAATCAGATATTATAAGTAGATTTTCAAAAATAAAATATAGTTCT +CCAAATAATTGTTGTTGTAAAAATGGAATTTTGGAATTTTTATTAAAAGCAAGAGATTTT +TTAACAAGTCCATGTTCAGAGTCTGTAGATTCTAATGCTTCGGTAATTCTTTCAACTTCT +GATAACAGTTTTAGAATTACGCAAATACTTGCAATAAATTCAGACACAGTCTGGGCTAAA +AGTGAGATACCTAAATTAGGATCTATCCCAGCTAAAACTATATATTATGTTCTATCTTTA +TGTGAGATAATAGGTATAACTTTAGATAGAAACTATAAATCAGTTACAGAAGACCAAAAC +AACGAAGACGTACTATAA +>yxeP_2 +ATGGATATAAGAGAAAGAATAAAAAAATACAAAGATTATATAGTAGAAATGAGAAGATAT +TTTCATCAATACCCTGAAAAAAGCAATGAAGAAATAAAAACTTCTAAAAAAATAAAAGAA +GAATTAGAAAAAATGGGTATACCTTATAAATCAGTTGCAAACACAGGTGTTATTGGGACA +ATAAAAGGAAGTAAACCAGGAAAAACTATAGCATTAAGAGCCGATATAGATGGCCTTGCA +GTAGTAGAAAAAAATGATGTTGATTATAAGTCTAAAGTAGATGGAATGATGCATGCTTGT +GGACACGATGGTCATATAGCGATGTTACTAGGGGCAGCAAGATTATTAAATGATATGAAG +GACGATATAAATGGTACAGTAAGATTAATTTTTCAACCAGCTGAAGAAGTAGCTCAGGGA +GCCAAAGTTATGATAGAAGAAGGTGCTCTTGATGGAGTTGATGGTATATTTGGTATGCAT +CTATGGGGAGATTTAGAATGTGGAAAAGTATCAGTAGAGGAAGGGCCGGTAATGTCTGCA +GCAGATATTTTTAAAATAAAAGTAAAAGGAAAGGGTGGACATGGGTCTCTTCCGCATCAA +GGTATAGATGCTGTTGTTGTTGCATCTGCAATAGTAATGAATTTACAGACAATAGCAAGT +AGAGAAATAAATCCAATAGAGCCAGTAGTAATTAGTATTGGATCAATAAAATCAGGAACA +AGGTTTAATGTAATAGCGAGTGAAGCAGTTCTAGAGGGAACATCAAGATGTTTTAATCCT +GAATTAAGAGAAGATATTCCTAAAATTATGGAACGAATAATAAAACATACTGCAGAAACA +TATAGAGCAGAAGCTAGCTTAGAATATACTTGGGGAATGCCAGTATCGATAAATAATAAA +GAATGTTCAAAGCTAGCAAAAGATGCAGTAAAAAAGATATTAGGAGAAGATGGGATAAAC +TCTATGCCTAAGTTAACTATAGGGGAAGATATGTCTGAATACTTAAACATCGTTCCAGGT +GTAATAGCACTAGTTGGATCAAAAAATGAAAATAAGGAATGCATATATCCTAATCATCAT +GGAAACTTTGATATAGATGAGGATTCATTAGAAATAGGTGCAGCACTTCATGTACAATAT +GTACTTGAGTATTTAAATCAATAA +>group_1023 +ATGAATTCATATGATTTAATTATTGTAGGTGGAGGAGCAGCAGGTATTTTATGTGCATTA +CAAGGGAAAAAACAAGGTATAGATAATATCTTAATTATAGAAAAAGATCCAATGCTTGGA +GGAATGCTAAGTAGTGGAAATTATAATATATCAGAAAATGGATTTATTACTGGAAAGCAA +TATAAAGAAAAATTAATGAATGAACTAAACTCTTTTAATGTTGAAATTAAACTTAATACA +ATGGTATTAAAAATAGAAGATGATAATGGAGTTATTTGTACAAGTTCTAAAAATGGAATT +GAAAAAATACAAGGTAAGCAAATAATACTTTGTAATGGAGGAAAAGAAACTTCAAGAAAA +GTTGTAAATATGGTTGGAGATAGATCATCAGGAATTCTTACAGTAGGAATGGCAAAAAAA +ATATTTAATATAGAAAACATAATACCAGGTAAAAATATTCTAATATATGGAGATGCCACT +CTTTATATGATTGAAGAAGAACTTAAAAATTCTAATATAAATGTAGTAGGAATTGTATGT +AATAATAAAAATACAGATAAAGTAAAATGTTATGATTTAACTTCTAATATATATGAAGAT +TATGAGATATCCTCAATAAAGGGAGAGGGTAGAATTTCAGAGGTTACTCTTTCAAAAGAT +GGAAACAATTTAGAAGTAGGATGTGATACTTTAATTTTTGCACAACCAATGCTTTCAGAT +GGAGTAGTAGCAATGAGAAGCAACATTATTTTAAACCCAGAAACAACAGGAGCAAAAGTG +AATAAAAATTACATGACTTCAAGAGAAAATATATATGCCTGTGGAAATGGAATATTCATT +CATAATAGCATAGAAGAAATAGAAAAAGAATGCATATCATTAATAAATAATTTGAAATAA +>slyA_4 +ATGAATGAGGTAAAATGTAAGAGCAATAGACATATAGGTAAATATATATCACTTTTGCAC +AGAAAAGGAAGCATATTTATAAATAGAGAGCTATCAAATTATGGTATAGGATCAGGTCAA +TTTATGTTCTTATTAGAACTTTATATACAAGATGGAAGAAACCAAGAAGAATTATCTGAA +AGGTTAAAGATTGATAAAGGTACCACAGCAAGAGCTTTAAAAAAATTAGAAGAACAAGGT +TTTATAACTAGATTAAAAGATGAATGTGATAAGAGATCTAATAAAATTTATTTAACTCAA +AAAGCTAAAGATGTACAAGAAAATGTATATGATATTCTAGATGAGTGGAATAAAAAATTA +AGAGAGAGTCTTAGTAAAGAAGAAGAAGATATCGTTGAAAAATTACTTATGAAAGTATGT +AATAATATAAATCTATAG +>mepA_8 +ATGAATAAAGGTCAACAGATTTTAGGTACAGAGCCTATTGGAAAATTACTTATAAAATAT +TCAGTACCAGCAATCATAGGCATGATGGTTAATGCATTATATAATGTTGTTGATAGAATG +TTTATAGGAAATATACCAGGAGTTGGGCCAATGGCAATAACAGGTCTTGGAGTAACAATG +CCAATAATGACAATAATACTTGCATTTGGTATGCTTGTTGGTATAGGAGCAACAACTAAT +ATATCAATAAAATTAGGACAAGGTAAAAGGGAAGAAGCTGAGCATATAGTTGGAAACTCA +ATTACTTTGGCATTAATCATAGGTATAATATTAACAGTTGTTGGAACTGTTTTTTCAGAT +AGTATACTAAAAGTATTTGGTGCAAGTGAAAGTACATTAATTTATGCAAAATCATATATG +AGTATAATTTTGCTTGGAACAATATTTAGTATAAGTGCAATGGTATTTAATAATATAATA +AGAGGAGACGGAAATCCAAAATTATCAGCCATAATAATGGCTGCAGGATGTGCTACTAAT +ATAGTATTAGATGCTGTATTAATATTCGGATTTAATATGGGAATACAGGGAGCTGCATTA +GCAACAATAGCATCTCAAGGTCTTACTGCAATATGGGGATTCTCATATTACTTAAAAGGA +AAATCTAACTTAAAGTTTACAAAAACAAGTTTAAAATTAGATATGAATATAGTAAAAATT +ATTTTTGCAATAGGTTCAGCGCCATTTGCAATGCAATTAGCAACAAGCTTAGTTCAAGTT +ATTAGTAATAATGCTTTAAGAACTTATGGATCAGATTTAGCAATAGGTGCTATGGCTACA +ATAAGTTCAATAGTAATGATATTCTTAATGCCATCATTTGGTTTAGTACAAGGTATGCAA +CCTATAGTAGGTTTTAACTATGGAGCTAAAAACTATGATAGAGCTATAAAAACTTTCAAA +TTATCATTATTATCTTCAAGTATATTCTTTATAGTAGGTGCTTTATTAATACAATTCGTA +CCACAAGCTTTAGTAGGAATGTTTAATAGAGATCCTCAGCTTATGGATATAACTGTAAAT +GGATTAAGAAAATATTCATTTGCATTACCTATAGTAGGAATATCTATAGTAGGAACAAAC +TATATACAATCATCAGGAAAAGCAAAAGTTGCTATGGTATTAAGTTTATTAAGACAAGTT +ATAATATTAATACCTATGATATTAATATTACCTAAGTTTTTAGGTTTAAATGGAGTTTGG +TTTGCACAACCAACTGCGGATATAATTGCATCAGCAATTACTGCTATAGTATTAATTAAG +GAAATAAGAAGTTACAAAGAAGATAACAATAAAGCTAAGGAATTAGAAGTCGAGGCTATA +TAA +>group_741 +ATGAGCAATAATGATAATAAGTTAATTGGGGGATTATTAAAAAATGGTCATGTACATAAG +CTTAAATGTGAAAAGTGCAAAAGTGTATCAGTGCAAATAAGTGAAAATGAAAAACCAGAT +CTTATTTGCCTTGAATGCGGAGGAAAATGTAAGACTTTATAA +>natA +ATGATTGAAGTAAGAGACTTGTGTAAATCATTTACAAGGGTAGTAAAAGATGAAAATAAG +AAAAATAAAAAAACTCTTAGTAAAAATATAAAATTAAAAACTAAGAAAGAAGATTTTCTT +GCAGTTAATAATGTATCTTTTACAGCTGATAAAGGGGAAATAATAGGAATCCTAGGTCCA +AATGGAGCTGGCAAAACTACCTTATTAAGAATGTTAGGTGGAATTCTAACTCCAACATCT +GGTGAAATAAAAATAGCTGGATATGATTATTCTGAGGACAAAAATGCAGCTAAAAAAGAA +ATAGGGTACTTATCAGGGAATACGAAACTATATAATAGACTATCGCCAAGAGAGCTTTTA +TCTACTTTTGGGAGTTTATACGACATGGATAAAGAAGAAATCGAAAAATCTATAGAAGAA +ATAATAGAAGTTATGGACATGGAAAGTTTTATAGATAATAGAATTGAAAACTTATCGACA +GGTCAAAATCAACGTACGTCAATTGCTAGATGTCTTATACATTCACCTCAAGTTTACATA +TTTGATGAGCCAACCTTAGGTCTTGATGTAATAAGTAGTAAATCCATAATAGATTTTATG +AGGCATGAAAGGGATAAAGGCAAAACAGTATTATATTCAACTCACTATATGGAAGAAGCA +GAAACATTATGCGATAAAATATATATGATTCATAAGGGTGAATTTATTGCTAGTGGAAGT +TGTGAAGAATTAAAGGAAAAGTATAATACAAATAATTTAAGAGATATATTTATAAATCTT +GCAAGTCAAAGAGGTGATTTACTTGAGGACTAA +>group_661 +ATGGTAAAAGCAATATTTAAAAAAGAAATGATAGATATACTTAGAGATAAGAAGACTTTG +TTTATGGGAATTGTACTTCCTATAATTTTATATCCTGTGCTTATGATTTTGATGACTCAA +ATATTATCAGCGTCTATGAATAATATTGAAAGACAAGACACCAATATAGCATTTAATAAA +GCACCAAGTTCAGAACTTATCTCAATTATAGATAATTATTCAGATGATGATACAGGGAAA +ATTAATATTATTGAAGCTAAAGACTATAAAAAAGAATTAGAAGATGGCTTAATAGATGCC +TATATAGAAGTAGAGGAAAATAATAATTTAGAAGATTACAGTATTTATATAAACTCATCA +AAAGAAAATTCAATGACTGTTATGGATAGATTAGAAGAAATTTTAGACGAATATAAAGTA +AATATCACAGAAGAAAAGTTAGAGTCAGAAGGTCTAAATATTAATGAGGTTTTAAATCCT +ATTGTATATAAAACTGTTGATGTAGCTAAAACAGAAGAAATAGCAGGATTTTTCTTAGGT +CAAATTTTACCAGTAATACTTATAATAGGAGTACTTTTAGGTGCTATATATCCAGCTATA +GACTCTATGGCAGGAGAAAAAGAAAGAGGGACTCTAGAAACTTTATTTACATTACCAATA +ACTAACTTAGAATTGGTAATGGGAAAATATATGGCAGTATCTTTTTGTGCAATAGTAACA +GCAATATTAAACGTTTTATCAATTCTTCTAACATTAGGATTTTTATTAGCAAGTGGAGGT +ATGGTAGAAGGAATGTCTATGGTAAGTTTTGATGCAGGGCAACTAATAATTCCTTTAATA +ATAACATTAATCTGTGTGTGTTTATTCGCTATGGTAATATCAGCAGTAAGTATGTGTGTG +TGTTCTCTTGCAAAAAGTTTTAAAGATGCACAGAATTATATAACACCAGTTATGCTCTTA +GTTTTAATACCTTCATATGTATCTATGATACCAAATATAAAGCTAAATGGTGTAACAGCA +ATAATACCAGTAGTTAATATATCACTTCTTATAAAAAGTGTATTGAGTTTTAATGCAAAT +ATCAGTCTAGTAGCAATGGTATTTATATCTAACTTTACATTTGTGATATTGGCAGTAATG +CTCTTATCTAAAATGTTTAACTCAGAAGAAATTTTATTTGGAAGTAGTAGAAGTTTTTCA +TTCTTAGAAAAAAGATCGAACATTAAAAAGGGAACAATGCCAAATGTTAGTGATGGTATA +ATCTTATACGCATTTGGATTAGTTTTACTTATATACGTTGGGAGTTTAATTCAACTAAAA +TTTGGAATGGCTGGAATAGCTATGACTCAAGTTATGATTATAGGTTTACCGTTGTTATTT +GCTTATTACATCAAATCAGACTTTAAAAAAGTATTTAGTTTGAATTTACCGAAAGTCAAA +CATGTATTTGGAGCTGTAAGCCTTTGGATGGGGACATATATTGTGGTTATGATTATAACT +CAAATATTATTATTCTTATTCCCACAAAGTATGGAAGTAGTAGAAGGATTAAATGATGCA +CTATTTATAAAAGATAGTCTAATATTAAATATACTAATAGTAGCTGGTATGCCGGCCGTA +TGTGAAGAAATGTTCTTTAGAGGGTTCCTTTTAAGTTCGTTTAAGAATAAAAATTCATAT +AAGGGTGCAATAGTATTTACAGGAATTTTATTTGGATTTATGCATATGGACTTTATAAGA +ATGATACCAACAGGTATACTTGGTATTTCATTTGCATATGCAGTATTAAAGACAAACTCT +TTATATATAAGCATGCTTATGCATTTTTTAAATAATGGATTTGCTGTAGTAGTTAGTCAT +TTTGCAAATAACTTAGAGCAAACAGAAGTTGCAACTACAACGACAGTTGGATTAAGTATG +AGTCAAGGATTAATTTATTTGGTTATAGGTTTAGTGTTTATTTTTATAGGAATAAGATTA +TTTAAAGATAAAAATAAATCTTTAGAAGAAAATAATTTATAA +>group_944 +ATGAAAAATAATAGAAGAGGTTGTTGTAATAAAAAATCTTGTGGATGTAACTCCTCAAAT +TCTTCTAGCCCAGCTAATACTTGTAGCCAATTCAAGCAATTAGCAAATGAAAAATGTGAT +AGAGCAGAACGTTTAAACTGTCAAGCGAATAAAGTGGCTCAACAAGCAGTAGCTGCAGAG +CAAAGAGCAGAAGCTTTAAAACGACAAGCTATTGAAGAATGTCAAAGAGCTAATGAACTT +TGGGATCAATATAATCAATTAGCAGATGAAGGTATATGCTTAATGCAACAAGCTCAAGCA +TGCTTAGCTAAAAGTGTAGAATGCTACTCTGATTTATATGAAGATGTAGAAGGATGCAAT +ATAGAAGACTTTGGAGGTACAGTAAGTAACTCAAATAACTCTAATGGATGCAATTGCGGA +TGTTGTCATAGATAA +>ytrA_3 +ATGAGTTGGGAAATTGATAATAATAAGCCCATTTATATACAATTATTAGAGCAAGTAAAG +CTGAAAATAATCTCAGGAGAGATACCTATTGGTTCCAAGTTAGATTCAGTAAGATCTTTA +GCTCAAGAAGCAGAAGTTAATCCAAATACTATGCAAAAGGCATTATCAGAGCTAGAACGA +GAGGGATTGGTTTTTAGCAAAAGGACTAGTGGGAGATATGTAACTGATGATAAGGATAAG +ATAGAAAGTATGAGAGAAGAAATGGCAAATATACATATAAATTCTTTAAAAGAGACATTA +AAAAAATTAGGATATAGCCAAGGTGAGATTATAGAGCTTATAAAACAAAATTTAGAGGAG +GAATAA +>ytrB_2 +GTGGAAAGTATAGTAAAATTCAATAATGTAAGCAAAAACTATGGAAAGAAAGAAGCTTTA +AAAAATATAAATTTAGAAATACCAAAAGGAAGAATTATAGGATTATTAGGGCCAAATGGA +AGTGGTAAAAGTACGATGATTAAACTTATAAATGGTTTATTAACTCCAAATGAAGGTGAA +ATTTTAATAAAAGGAATAAAACCTTCTAAGGAAAGTAAGAAAATCGTATCATATCTACCA +GAAAGAACGTATTTAAATGACTGGATGAAAGTAAAAGATATAATAGAGTTCTTTAAAGAT +TTCTATGCTGACTTTGATGAAGAAAGAGCAAATGCAATGCTAAAGGATCTTTCAATAGAT +ACAAATGAAAAACTTAAAACCATGTCTAAGGGAACAAAAGAGAAAGTACAATTAATATTA +GTTATGTCTAGAACAGCAGATATTTATATATTAGATGAACCTATTGGAGGAGTAGACCCA +GCAGCTAGAAGTTATATATTAAAAACTATATTAACTAATTACAATGAAAATAGTACACTA +CTGATAGCTACACATTTAATTAGTGAAATAGAAAATATATGTGATGATGTAATATTTATT +TCAAAAGGAAATATAGTTTTACAAGGCCAAGTGGATGAAATAAGAGAAGAAAAAGGTAAA +TCGATAGATGCTTTATTTAGGGAGGAATTTAAATGCTAG +>sufS +ATGAATTATAGATATTTATTTGATGGAATAGATGAAAAAATTAAGCTAATTGATGGTTAT +TATGTAACTCCTATTAATTTTGATAATGGAGCAACTACACCACCTTTAAAAAGTGTAATG +AAATTAATTCAAGATAATATAAAAAATTATGGACCAATAGCAAGAGGCATAGGTCCAAAA +GGTGAATTTTGTACTACTGAATTTGCAAAAGCTAGAGAAACTATATTAGATTTTTTTAAC +TTAAAAGAAAGTAATACTCATACCGTAATATATACAAAGTCTGATACTGAATCTCTAAAT +ATGTTGGCAAATTTATTGGTAAAAAATAAAGATGATATGATTTTAACAACTAGAATGGAG +CACCATGCAAATGATTTACCATTTAGAGGTGTAGGCAAAGTTGTTTATATAGATGTAGAT +AATTTAGGTAGGATTAATATAGAAAATATAGAAGAAGAACTTATTAAATCAGAAGGAAAA +ATAAAACTAGTAACTATAACTGGAGCATCAAATGTAACAGGATATTTAAATCCTATTCAC +GATATTGCAAAAATAGTTCACAAGTATAATGCAAAGTTAATTGTAGATGCTGCACAGCTT +ATAGCACATGTAAAAGTAGATATGAAAGGTAATTCTAAAGATGAAGAAATAGATTTTCTG +ACCTTTTCTGCTCATAAAGCGTATGCTCCATTTGGCGGAGGTGCAATAGTAGGTTTAAAA +AAATATTTAAAAGATGCTACTCCATTTTTATCTGGAGGAGGATGTGTTGTGGGTGTATTT +GATGAAAGTGTAATCTGGGGTACTATTCCAGAAAGATTTGAAGCGGGAACACAAAACTTT +TTTGGTGTAATAACGATGGCAAAGGCATTAAAAGATTTAAAAGAATTAGGTTTTCACAAT +ATAGAATTACATGAAAAAAAAATTAAAGATTATCTAATAGAGGAAATGAAAAAGATTGAC +AATGTTATATTATACGGTGATATAAATAATACAAGTGATAGATTAGGAGTAATAACTTTT +AATGTAAAAGATAAAAATTATGAAGATGTTGCTGTTAAAATGGCTAATGAAAAAGGTATT +TCCTTGAGATGCGGTAAGTTCTGTGCACACCCATATGTAAATAGATTGTTAGGTGTAAGT +GATGAAGATGCGTATAAGGATATAGTATCAGGGGAGCATAATTATGGAATGATAAGGGCT +AGCTTAGGATTATATAATACAATTGAAGAAGCTAGTAAATTTATAAAAGAACTAAAATTA +ATCGCAAAAAACTAA +>ypdB_2 +ATGATTAATATAGCTATATGTGATGATGATTTGATAACCTTACACAATACTAAAGATTTA +ATTGAAGAATATAAGATAAAAGAGTTTAATATAAAAACTTATAGTAGTGGAGAAGAGTTA +TTAAAAAGCAAAAGAGAATTTGATATTATATTTTTAGATATAGATATGGGCGGTATTAAT +GGTATTGAAACCGCAAAGAGGATAAGAGTTTATGATAAACAAGTAAAAATAATTTATGTT +ACTAATTATACAGATTATACATCTATGGCATTTAGCGTTCATGCCTTTGGATATTTAGTA +AAGCCTTTGAGATTAGAAGAGGTGCATCACCAGCTTAATGAAGCTCTCTCTTATATGAAA +GAAGATAAAGAAGAGTTAGTAGAATTTATTACTAACGAAGGCTTAGTTAGAATTAATTTA +AATAAAATATATTACTTTGAATATCAATCAAGAAAAGTTCTTATGAAAACTAACGATAAG +ATATATATTCTCAAAGAAAAAATATCAGATATAAGTTCAAGAATGAGAAGTCATGGATTT +GAAATGCCACATAAAAGTTTTGTTGTAAATTTATATAATGTAAAATCTATTAAAGGTTAT +GATATATTCATGATGGATGAAAGTGTAATACCATTATCACAAAAGAAATCTACAGAATTT +AGAAAGACTCTCAATATCTACCTTAGTAATCATATTGAGAAAAACATAAGGGGGTAA +>group_825 +ATGAAAAAGGTAGATAGAAATATATATAAACATAAAATATTCTATATAATTGCATTTATT +ATTTTCAACATTGTGCTTTTATTGACTGCTATGTCAGGAAGGTTAATATTAAATATAATA +GGATTTACATGTGGAATAGTAATAATAGGGCATTTTTTATACAATGATTTTAAAATTTAC +TTATTATATTACTGTATATTTGCAATTTGTTTTTTATTTATAGATCTACTTTCAACAATA +GTAATACAAACATGCATTTTAGCAACTGGAGCATACTTTGTTAGTCTAGCTTATTTGCAA +ATTATCACTATTTTTATAATTAGGATAGTAGAGTATGTTTATATATTACTTTTTATCTCA +TTTATTAATAGACGAAAAGCAAAGAAAATAAGCATAATGCAAAGCTTAAGATTCTTAGTA +ATACCTATATTTAGTGTAATTTATATATTGACTTTAGTTTCAATATTACAAATTTATGCT +GGATTTCAAGAGTCTGTATTATTAATAGTTAATATAGTATTGATATTAATATTAAATATT +TATGTTACTCATATATTTGATGCAATATTAAAAAATAATATTCTACAAAATGAAATTAAT +TTATACCACCAACAAAGTAAGTTGCAGCATAGATATTATGATAATTTAGAAAGTAAGTAT +ATGCAGTCTAGAAAGTTAATTCACGATATTAGAAATCATTTACAATCAATTGAAAGATTG +TATGAATTAAAAGACAATGATAGAGCAAAAGAATATACAAATGATATACATATAATGCTT +AATGAATTAAATCAAAAATATTATACAAGTAATCGAGTATTAAATGTAATTTTAAATGAT +AAGTTTCTAAGTATAAAAAATGCTGAAATAAAATTAGATTACAAAATAGGAGATGTTAAC +CTTGATTTTATAAGAGAAATAGATGTGACTACAATTTTTGCGAATCTTTTAGATAATTCT +ATAGAAGCAGCAAGTAAAGTTGAAACAAATAGATTTATTAATTTTTATGTAAATCAATTT +AATGATTTTGTAGTTATAAACATAGTTAATTCTATGAAAGATAGACCAATTAACAAAAAT +AATAGATTTAAAACTACTAAAAAGAATCATGAAGGGCTTGGTATTGAAAATGTTAGAAAA +ACATTAGAACAATACGAGGGAACTATGGTTGTTGATTATACAGAAGACGAGTTTAAAGTT +AATATTGTAATTCCAATATAA +>speA_2 +ATGTTGAGGTATTTAGAGGGGAATCTTGATATTTTATCTACTTCAGAACATGAACAAATA +CCATTACTTCAAGGCCTAGAAGAATATTGCAAAAAAGATATTGCATCTTTTGATGTTCCA +GGACATGTAAAAGACCAAGGAGTAGAATTACTAAATAATTATTTTGGAAAAAGATTAATG +AGAATGGACATAAATTCATCACCACAAATGGATAATGTATCAAATCCAAAGGGAATTATA +AAAGAATCTGAACAATTATTAGCAAATGCATACAAGGCTGATAATGCTTTTTTTTTGACC +AATGGAACTACTCAAGGAATTCATGTAATGATTTTAAGTGTTTTAAATCCAGGTGATAAA +ATTATTTTGCCTAGAAATGTACATAAATCGGCTATAAATGCTCTTATACTTTCAGGCGGA +ATACCTATATACATTCAGCCTGAGTATAATAATGAGTTGGGAATAAGTCTAAATTTGAGC +CTAGAAAAGGTAAGAAAAGCATTAGATGAAAATGATGATGTAAAAGCATTGTTTTTGCTT +AATCCAACATACTATGGAGCTTGCGCTGAGTTAAAAGAGATAGTAAGGCTATGTCATGAT +AGAAACGTACTTGTTCTTGTTGATGAGGCTCACGGAGCACATTTTCCATTTTATGAGGAT +TTACCTCCTTCTGCGATGGAATGCAATGCAGATATGTCAGCAGTTAGTCTTCATAAAACA +GGGGGAGCATTGACTCAAGCTTCAGCACTTTTAGTAAACAATAAAAATATTGATGATAAA +AAGGTTCTTCAATATATAAATATGTTACAGTCTACATCTGCATCATACTTACTTATGGCA +AGCTTAGATGGAGCAAGATCTAATTTAATGTTAAATGGAGAAGGACAGCTATCAAAGGCT +TTAAATCTAGCTAGATACGCGAAAAGAAAGATAAACAAAATAAAAGGAATAAAAGTAATA +TCCAATGAACTGTTAGAAAGTGAAGGAGTATCTTTTATTGATGAGACAAAGCTTTGTATA +AATGTAAAGGAATTAAACTTAACAGGATTTGAAGTTTATAATTTATTATATAAAGATTTC +AATGTACAAGTTGAATTAGGAGATATGTACAATATACTAGCTCTTATTTCAATAGGAACA +ATTAAGTCAGATGTTGATAAGCTAATAAAATCTCTTAATATAATATCAAATATGAATAGT +AAAAATGTCTTGATAGATAGTATTAAAATAAAACCAGTATTGCCGAGAGTAAAGCTTAGT +CCAAGAGAAGCATTTTACTCTAAAAAAGAAAGTAAATTATTAAAAGATTGTATAGGTAAA +GTTTCTGCTGAGTCTATTATGGCATATCCACCGGGTATACCTATAATATCTCCTGGGGAA +ATAATAACAGAAGAAATAATTGATTATATTAATTTACTAAAAAATAGTAAGGCATATTTA +ACTGACATGAAGGATAAAACTCTTAACACTATATTAGTAGTAATATAG +>speH +ATGAAGTTTGAAACATTGGGAAGACATATCTTAGTGGAATATTACAACTGTAATGAGAAC +GTACTAAAAGATCCTAAACTTATAGAAAAGTTTATGAATGAATCAGCTTTAAATGCTAAA +GCAACTATAGTAGATTCAGTATTCCATCATTTTAATCCATGGGGAGTTTCTGGAGCAATA +ATAATTGCAGAATCTCATTTAACAATACATACTTGGCCAGAATATGGATATGCATCAGCA +GATTTCTTTACATGTGGCAATATAGATCCTTGGAAGAGCTTTGAGTTACTAGAGGAGCTA +TTGCAAGCAGAAAGAAGTGAATCAACTGAAATACCAAGAGGTTTAACAACTAAAATACAA +AAATTTGCAAAAAAAGATTTAGGTAATATTACTCATAAGCCAGAAGCTATATAA +>speB +ATGCTAAATAAATTTTCGAATATAAGCACATTTATGGAAATGAGTAATCCTTATGAAGAA +TCAGATGTAGTAGTATTTGGGGTTGGATTTGATGGAACGACTTCTAATAGACCAGGAACA +AGATTTGCAAGTAGTTCTATGAGAATAGAATTTTATGGACTTGAAACATATAGTCCTAAA +CTGAATTTAGACTTAGAAGATTATAAGATTTGTGATATTGGTGACTTAGAGTTAAGTATA +GGGAATACTGATTTAGTATTAGATGAGATATATGAGGGGACTAGAAATATTGTAAAAGAT +AATAAAATCCCTTTTATGATAGGGGGAGAGCATTTAGTTACATTGCCGGCGTTTAAAGCT +GTTTATGAAAAATATAAAGATATATATGTACTTCACTTTGATGCGCACGCAGATTTAAGA +GAAGAATACAATAATAATAAAAATTCTCACGCAACTGTTATAAAAAGAATTTGGGATCTA +GTGGGGGATAATAGAATATACCAATTTGGCATAAGATCGGGGACAAAAGAAGAATTTAAT +TTCGCTTTAAAAGAAAATCATACATATATGGAAGTTTCAACAATAGATACTTTTGAAGAA +ATTTTAAGAAGTTTAAATAAAAAGAATATATATTTAACTATAGATTTAGATGTATTAGAT +CCATCGATATTTCCAGGAACAGGGACACCAGAACCTGGAGGTGTAACGTATGATGAATTT +GAAAAGATATTTAAAATTTTGAAAGATTCAGATATAAACTTAGTCGGTTGTGATATAGTT +GAATTAAGCCCAGATTATGATAATACGAATGTATCAACAATAACAGCATGTAAGATCTTA +AGAGAGCTTGCTCTAGTAGCAGCCAATAATTATAATAAATAA +>group_888 +ATGCTTAGGAGAAAAAATATTATAAAAAAAATAGTGGGTGTATTAGCTTTATCAATGGTT +ATAACAACATATGTTACTGGATGTCAAAGTAGTAAATCAGGCGAAAATGAAATTGATACT +TCGAGTTTAACGATACAAGAAATAGAAGAAAAAGCAAAAGAGGAGGGTAAGTTAGCATCA +TTAGGTATGCCAGATACTTGGGCAAACTGGGTTGAAACATGGGAAGATATAGAATCTAAA +TATGGCATAAAACATAATAATACAGACATGTCTAGTGCAGAAGAAGTTGCAAAATTTGAT +GCGGAAAAAAATAATGCAACTGCAGATATAGGAGATGTAGGGATTTCATTTGGACCAATA +GCTGAAAATAAAGGAGTTACAATGGCATATAAAACTTCATATTGGGATGAAATTCCAGAC +TGGGCAAAGGATGATGATGGTGACTGGATAGTAGGATATACAGGTACTATAGCTATTATA +ACAGATAAAACAAAGGTAGATAAAGCTCCACAAACTTGGGAAGATTTAAAAAATGGAAAC +TACAAAGTTTGCGTAGGTGATGTAACTAAAGCTACCCAAGCACAGAATGCAGTATTATCA +GCAGCCTATGCTTTTGGTGGAGATGAATCAAATCTACAGCCAGGAATAGATTTTTTTGCA +GAGTTAGCTAAGAATGGTCGTATATCATCAATATCAGATGCAAAACCTGCTAACTTAGAA +AAAGGGGAAATAGAAGTAGCATTTTTATGGGATTTTAATGCTTTAAATTATGCTGATCAG +ATAGATAGAGATAGATTTGAAATAACAATTTTAGATGAAGCCTCTGTAATGAGTGGTTAT +GCAACAATAATTAATAGATATGGTAAAAACCCTCATGCAGCAATGTTAGCTCGTGAATAC +ATATTATCAGATGAAGGACAAGAAAATCTAGCAAAGGGGTATGCTCGTCCTATTCGTAAT +GTTGAGTTATCAGAAGATGTAAAATCGAAATTATTAGATGATTCAGAGTATAAGAATGTA +ATAACAATATCTGATTATGAAGCTTGGGAAAAATCAGCAGCAGAATTACCACAAAAATGG +CAACAAGAGGTGTTAGTACATGTTAAATAA +>phnV +ATGAAGAAATTTCCTAAGTTTTTTATAGGGGTGATTATGACAATACTATTTATACCTATA +GTATTAACATTTCTTTATTCAATAGCAACTAATTGGCATAGCACTGTAATTCCAGAAGGA +ATAACATTTAAATGGTATGCAGAGATATTTAGAGATAGCAATTTTACAAGTGCATTAATA +AGAACATTTACTATAAGTGCAGTGACTGTAGCACTTAGTATAACAATAATGGTTCCTACA +GTATACATAATAGTTATGTATTTTCCTAAATGGGAAAGAGCTATGCAATCATTAGTTCTT +TTACCGTATGCAATACCTGGTGTTATATGTTCTGTTGGACTTATACAAATATACTCAAAA +CCTCCATTCTTATTATCTGGAACAGTTTGGCTACTTATTGGAGCTTACTTTATAATAATA +CTTCCGTTTATGTACCAAGGTATAAGAAATAGCTTAAGAAATATAAACGTTGTTGAGCTT +GTTCAAGCGGCAGAAATTTTAGGTGCAAGTAAAACGCAAACATTTTTACAAGTTATTTTA +CCAAATATTTTATCTGGAATCATTGTTTCAAGTTTATTAAGTTTTTCAATGTTGTTTGGT +GAATTTGTAATGACTAATTTTTTAGTTGGTGGAAGATTTGAGACCGTTCAAATTTACTTA +AAGAGATTAATGGATACAAGTGGTCATATGGCTAGTGCAATAGTAATAAGTTATTTTCTA +TTTATATTGATAATAACTTCAATAGCTATAAAAATATCAAAAATCTCATCTAATAAGAGA +AAAGAAAAAATAAATGATGAGGAATTATCAAGAATAAAAAATAAGTTTATAGGTTTAAAG +CCAAAAGTTGAGGAGGTACTATAA +>arsD +ATGAGTAAAATGCAAATCTTTGAGTCTGCAGAATGCACAGTTACACAAACGCCTGGAGCT +AAAAAAGATTCAGAGCTTATGCGTATTCATATCATTATAAATACATTGAGAACAAATGGA +ATAGAAATTGAAAGATATAATATTGTCTATGATGAAAGTCCATTTATTGAAAATGAGATT +GTTTCAAACTTATTAGGTACTATTGGAATAGATGGTTTACCAATAATTATTGTGGATGAT +GAAGTGGCTATGTTTGGTAGATACCCTTCAAGAACAGAATTTGCTAAGTTATTGGGAATA +CCACGAAGTATATTAGTAAATCAGAAGAATTTTGGAGGCAGTTGTCGTTGTATATAG +>group_761 +ATGGATTGCGTAAAGATAGAAAGCGGAACATCATTATTGAGAGTTTTTCATGCAGCGCCT +CAGGCACCAGCCGTAGATGTATATATAAATGAAAAACTTGTATTTAGTAATTTACAATTC +ACACAATTTTCAAGCTATGTGAAGTTAAAAGAAGGAGAATACAGAATAGATATATTCCAA +ACAGGAACTATGTTACAGCCTATTATTAGTGGTAGCTTAGATCTTGATGAAGGACAAATG +CTTACAATAGCAGCAATTGGAAACTTAGATGATTTATCATTATTAGTAATAAATGATAAT +GCAGATAAAAAAGCAAGTCCTAAGGTTAGTTCTTTTAGAGTTGTACATTTATCACCCAAT +ACTCCTGCAGTAGATATTTTAGTTAATAATAAAATTTTAGTAGAAAGTTTAGCTTTTAAA +CAAAATACAAGTTATGTAGATATAGCTCCTGGCTCATATAATATTGAAGCTGTTTTAAGT +AGCAATAAAGAATCAGTTTTAGTTTTTGGAGTAATGTTAAAGGCAAATAGAATATATACT +ATTTATATAGTAGGAGAATCACCAAACTTGAGAGGTATTCAATCTGTAGATGGAAATACT +TATTTATGTAGATACTAG +>yvgN +ATGTCAGATGAATATAAAATATTATCAAATGGAGTAAAGATACCGATTATTGGATTTGGT +ACATATAAATTAGGAAGTCATGAGGATTCAATTGAAGCAGTAAAAGAAGCTATAAAAATA +GGATATAGGCACATTGATGCAGCTGCTTTTTATAACAATGAAGAAGCTGTAGGAATAGGC +ATAAAAGAAAGTAAAATAAATAGAGAAGAAATATTTTTAACTACAAAGCTATGGAATGAT +AATCATGGTTATGAAAAAACTATGAAATCATTTAATGAATCAATAAATCGACTTGGTGTT +GAATACTTAGATTTATATTTAGTACACTGGCCAAATAAATTAAATTTAGAAACTTGGAGA +GCTTTTGAAGATTTATATAATCAAGGAAAAGTTAAATCTATAGGTGTATGTAACTTTAAG +GAAGGCCATATTGAAGATTTAAAAAAATCAGCAAAAATAATTCCTATGGTAAATCAAATT +GAAATACATCCATATAGATCACAGAAAAATATGATTTCTTATTGTAAGGAAAATAATATT +CAAGTTATTGCATGGGGGCCAATAATGAGGGGTAAAATTTTTTCTGATGCAGTAATGCTA +GAATTAGCGGATAAGTATAATAGAAGTGTTCCTCAAATTACATTAAAATGGCATATACAA +AATGGAGTTATTCCAATTCCAAAGTCTTCTAATATAGAAAGAATTAAAGAAAATTTAAAT +ATATTTGATTTTGAAATTTCATATGAAGATATGAAGTTAATAGATCAATTAAATAAAAAT +GAAAATGTATCTAGTGTACCAGAGAATACAACATATTTAGAATATTAG +>group_1088 +ATGAAATGTTGCGTATTTAAACGTGGTACTATCATAGAAATAAATGATAATATTCAACCT +GGGCTTATATATATTACTTTTGCAACTGATACTACTAATATTTACACTGCTACAATTTTA +ATAGCTAGTGATACTACTCTTGTCATGGATGAAGACTATAATGAAATTACTCTAAATGAT +CTACAAGTAGGAGATTTAATTTTCGTTTATCACTCTCCAATCATGACTATGAGTATCCCA +CCACAAACTCAAGCTTTTATCATAGAAGTAAAATAG +>group_779 +ATGTCAAGATTAAAAGGTATTGATATAAGTAATTGGAGTGGAAGTGTTGACTTTAGAGGA +GTAAGAGACTCTGGTGTAGAGATTGTTTATATTCAAGCAACAGAAGGGACTTTTTATACG +GATCCTTATCTTCAAGAATTTTATGATGGTGCAAAAGAGCATGGTTTAAAGATTGGATTT +TATCATTTTTTTAATCCGGGTAGCTCTCCTACTCCTAGAGAACAAGCTAGATATTTTGTA +GATGCAATAAGTGGAATGGAAGTTGATTGTAGATTAGCCATAGATTTAGAGCAAACCAGA +GGTTTAAGTAAAGAAGAAGTATCTAGGCAAGCCGTAGAGTTTTTAAGAGAAGTAGAAGAG +TATAGTCATAAAAAGGTAGTTGTTTATACTTATACTAATTTTGCTCAAACTGAACTTGAT +AGGAAGTCTGGTATTGGTGACTATCCAGTATGGATAGCACAGTATTCTGAAAATCCACCT +GAGTACAATCCAATTTGGGGAGACAAATATGCTGGTTGGCAGTATTCAGATAGTGGATAT +ATAGATGGAATTGACGCAAATGTTGATCTAGATACTTTTTACGATGAAATTTTATTAGAG +GACTCTTCAAAAATTCATGGAGAAAGAAAGAAAGAATCTAATCATAGCATTGTTAAATAT +TATACTGTACAAAAAGGAGATACTTTAACTCAAATTGCAAAAAAATTTGATACTACTGTA +AAGGAGATAGAATCAATAAATGGAATATTCGATCCAAATCAAATTTATGTTGGTGAAGTA +TTAAAAATATATCCTTCATCAAGGCCTATTATATCAAGAAAAAAATCATTTTATAGAACT +TATGTAGTTCAAAGAGGAGATACTTTAACATATATAGCTTCTAGATTTAAAACTACGGTA +GATGAATTAGTTAAATTAAATGACCTATCAAATCCAAACTTAATTTATGTTGGTGAGATT +TTAAAAATACCTACAATTAAAGATATAAAAAGAACTGCTTCAGTTTCAGAACATATGCAT +ACTTTAACATATGTAGTAAGAGATGGAGATACTTTAACCAGTATTGCAAAAAGGTTCCAT +ACTACGGTTAATCAGATAGCTAAGTTAAATAATATATCAGATGAGAACTTAATTTATATA +GGTCAAGTATTAAAAATTGAAACATCAGCATCTTCATCATTAGAGAGATCTTTTTCAGGA +AGTTATGTTGTAAAATCTGGAGATACCTTAAGTAGTATAGCAAATAGATTTGATACTACT +GTAAATGAGTTAGTTAGACTTAATAATATACCAAATCCAGATTTAATTTATGTTGGAGAA +GTTTTAAGAATATAA +>group_818 +ATGAATGCGATAGACATAATGAATGAAGAACACAAATATATTAAACGTATGCTTAAAGTA +GTTAGAAGCGCATGCTTTAAGATTTTACAAAATGAAGATGTAAATTATGACGACTTTTAT +TTAATAATAGATTTTATAAAAAACTATGCAGATGCACATCACCATAAAAAAGAAGAAAAA +ATACTTTTTAATAAGATGGTTGAAAATTTAGGTGAGCTTGGAGAAAAAGTTATAAATCAC +GGTATGCTTGTAGAACATGATTATGGTAGACTTTATATTAGAAGCCTAGGTGAAGCATTA +GAAAAGTTAAAAGCTGGAGATGAAGAAGCTAAGCTAGATGTAATTGCAAATGCAATATCA +TATACTCATTTATTAGAAAGACATATTGATAAAGAGGACAGAGTTATATATAAGTTTGCA +CAGAGAGAACTAAGTAAAGAAATTTTAGATATTGTAGATATAGAATGTATTGAATATGAA +AATAATAATATTGATATAAAGCATAAAAATATATCTATATTAGAAAATTTAGAAAATAAA +TATATATAA +>group_718 +ATGATAACAAAAGACAATACAATTGGAGAAATATTAGAAATAAATCCAAATGCAGCAGAT +ATATTAATGGAATTTGGGATGGGATGTTTAGGTTGTCCATCAGCGACTATGGAAACTTTA +GAGCAAGCTTGTTTTATACATGATCTTAAACTAGAAGAAGTTTTAGATAAATTAAATAGC +AAATAG +>dbpA_3 +ATGAACAATAATTTTGAAGACTTTAATTTAAATAAAGATATAATAAAATCACTTAATAAC +CTAAACTATAAGAAACCTTCGAGAGTTCAAAGTGAGGTTATACCAAATTTATTAAATAAA +GAAAATGTAATAGTCAAATCCCAAACAGGAAGTGGTAAGACAGCTAGTTTTGCGATTCCC +ATTTGTGAAAGTATAGATATAAATGACAATAATGTACAAGCTTTAATAGTTGCTCCTACA +AGAGAATTAGCACTTCAAATAAAAGAAGAAATATCATTAATAGGTAGACTTAAGAAAATT +AGATGTAGTGCAATATTTGGAAAGCAACCTATAAAAGAACAGATTGCAGAATTGAAGCAA +AGGGTACATATAGTAGTAGCTACTCCAGGCAGGATAATTGATCATATAGGTAGAGGAACT +ATTAAATTAGATAAGGTAAAGTTTTTTATTATAGATGAAGCTGATAAGATGTTAAACAAA +GGATTTATAGAGGATATGGAAACTATATTAACTAAGCTTCCAAAAGAAAGTATAAAAGGA +CTTTTTTCTGCAACTATAGATGAAAATATAAGTATTATATGTAATAAATATATGAAAAAT +CCGGTTACTATAGAGATAAAAGATATTGAAAAAGAAATATTAAAGAAACAAATTATAGAA +AAGTATATAAAAGTAGATAAAGAAAATAGATATGAAACTTTAAAGAAAATAATTTATAGT +GAGTGTCCTAATTCCTTAATAATTTTTGCAAATACAAAGAATAATGTAATAGATTTATAC +AGCAAAATGAAAAAAGATAAATTTCTTGTTCAACAACTTCATGGAGACATGTCACAAGAT +AAAAGATTATTTATGATAAAAGATTTTAAAGAAAATAAGTTTAATATTTTAGTAAGTACA +GATGTAGCGTCAAGAGGAATTCATATAGATAATATTTCATTAGTAATAAATTATGAGGTG +CCTAGAGACAAAGAAAACTATGTTCATAGGATTGGTAGGACAGGAAGACAAAATAAATTT +GGAAAAGCAATAACTTTAGTCAGCCAAAAAGAAGTAAAATATCTTGAAGAGATAGAATCT +TACACAGGATTTAAGTTAAATGAAATAGAAAAAATAGATGCAGATAAGGTTATATCTGGT +AAATTTAGACTTAAAGAAAATGAAAAGAATTTATTAAAGAGAAGAAAAGAGAAGAAAATA +GAAAAAGAAGTAAATTCTGAGGTAACTAGAATTTACTTAAATGCAGGTAAGAAAAAGAAA +ATAAGAGTCATAGACATTGTAGGTACAATTAATAATTTAGAAGGAATTAATAATGAAGAT +ATAGGTGTAGTTGAGGTACAAGATTTATGCTCATATGTAGATTTATTAAATAATAAAGGG +AACAAATTTTTAAGAAAATACAGGGAAATAACTATAAAGAAAAAATTAGTTAAAGTTAGA +AAAGACAATAAGAACTAA +>group_1043 +ATGCTTAATAAAGAACAGTTTTTGGCTATATATAAAATAAATGAGAATGAATTAGAAGAA +TTAAATATAGATTGGCATGATTTAGAAGATATATATCATGATTTTAATAAATATAGACAA +AGCTATGAAACTCAAGCAGAGCTAATAGCAAACATATTAAGAGCACAACCAAAGGTACAC +TCTGTTAAGACTCGAGTTAAAGATGCAAGGCACTTAATAGAAAAAGTAATTAGAAAAACG +CCTGAAAGAAGAGTAAAATATGGCGAAGATTTTAAATTTACAGTTGATAATTATAAAAAT +GAAATAACAGACTTATTAGGTATAAGAGTTATCCATATATTTAAAGAGGACTGGGAAGAA +ATACATGACTTCATAACTAGTATGTGGGATGTTATGGAGATTGTAGCTAATATAAGGGAA +GGCGATAATACTAAAGAGTTTGAAGCTAAAGATATTGAGGTTTGCTCTAGATTATCAGGT +TATAGATCAGTTCATTATCTAGTAGAGTCCTATCCAACAAACAAAAAGCTTATCGCAGAA +GTTCAAGTAAGAACTATATTTGAAGAAGGTTATGGTGAAATTGATCATCAGCTAAGATAC +TCTCATGATAATATTCCTGAAATTTTAGGACAAAATTTAATGCTTTTAAACAGAATAGCA +GGAAGTTCAGATGAGATGGCTTCTTTAATTAATGTACTTAGTAAGAGTTTTAAAGAAGTT +GAGATAGAGTTTGAGGATAAGATAAGAGAAAAAGATAAGAAAATAATAGAACTAAAAGAG +AAGCTAGTAAATAATAGTGATATAGCTAATGCAGAAAAAGAAAGTTTAATAAGAGATATT +GATGAAATACTTAAAAAAGAGTAA +>group_778 +ATGAAATACTTAAAAAAGAGTAAAATAATGGGTGAATTGGAATATTCTAATTCACCCATT +ATTTTTGAAAGTTTTTATATATTAGAAAGGGAATTTATGCAAAATAATATAGATGTTGTA +AAAAAAGCTATAAAAGGAAATAGAAGAGCGTATTATTCTTTGATTAGAGAGTATACACCT +TACTTGTATAAGATTGCATTTCTTCATACTAAATATGAAGAAGATGCGAAAAGTATATTT +GAAGAGACTATTTATAATAGCTTTAAAAATATACACAAGTTGAAGCATCCCGATAAATTT +AAGATTTGGATAACTAGAATTCTTATAAATGAAATTGATTATTTTCTAGAGTCTACTGGT +ATGGTAGAAAGTGAAGTAGAAATTAAATCAAACACTAATAATATAGATTTATATAAGTCT +ATAGATATTTTAGAAACTAAGATAAAAAGTGTAATAATTTTAAGATATTACTGCGACTTT +AAAGTAGAAGAAATAGGTGAAATTTTAGATTTAAATCAAAGTACAGTAAATACTTATGCT +AGAAGAGGTTTTAAGGAAATGAAGGAGCTGTTAAAGGAGGAGTGCGTATGCTAG +>group_626 +ATGCTAGAAAAAATTGACTTTGACAGTATAGATATTGATAAAAGAACTAAAATTGAAATA +GAAGAGGATATTAAATATTTTGATATTAACTTGAATAAAATAGATAGTATACAAATTCCT +GACTTAAATAAAATATCAAAAAAAACTATTAAAAAAGTTACAAAAGAAAGATATGAATTT +GATAAGGTATTAATAGGGAATGTTATGGTATTGTTCCTTTTAGTTGGAAATATGGCTTCA +GTGTATAATCCAGCTTTAACTTACAAGGTTCCCATTTTGTATAAGTTCTTCATAAATATA +AATGAATCTCTTAATATAGATTTTATAGCGAGTCTACTGAGTCTTGATAAGGTGATACCA +AAGGTAGATATAAATGAATCAGGTAAGTTAGAAATAGTAGAATATCCTAACATAATAAAA +GAAGAATTTGTAAAGACACCGAATAACTCAAAGGAAGCCCTAGACTTAATACACTCATTA +GCAAATACTATTATTAAAGCACAGCATAAGTGGGGAAGTACAGAAATTACTCCTAAGACT +ATTGAAATTGCTTTAAAAGGTGTAGAGCTAATTGATGATGAATATCATAGACTTTACTTA +AGAAATGGTCTAAAAAAATGGTCTGAAGGTGATTTTTCAAATGGAGTAGAGTTACATAAT +TATGTATGGGATAGATTAGATGGAAGTATAGGAATAGCAGAGGAATTAGATGAGTTGATG +ATAGATAAAATAATGAATGAACATTTTAAGAATAAAGTGAATGATAAAGTAGAAATGCCT +CAATAG +>group_749 +ATGACTAGTCTATATGATGAAAAATCAAAACATAGATATAAATACATAGTAGGTGTTTTA +TTAATATTGATATTTATGTCATTATACTTTATATTCTTTAGTGAAAGTGCTGGAGTATCT +AAGGATGAAGTAAAGTCTATAATAAGTAAAATAGATGAAGGCTATGATGTTATAGTAACA +TCAGATAATTATGTTGTAGACGGTAAAACATACTATACTGTGCACTCTAACTTAAAAAAT +AATAATAGTGAATACAGTGATGAATTTATTATTGATACTAGAAAATATTATAGAGTAAAT +ACAAGTTATGCTAAAGTTGGCAATGAAGAGATATGGGAAGTTAGGTACTGTGTTAGTAAA +GAAAATAATGAAGTATATCTAGAGTTTAGAAATAATCCACAGAGACTTATAAAATATAAT +GATTATAATGATAATCTTAATTATGCTCTGAGCATAATTAAAAAAACTAATTACTCCCAA +TTTCCACATATAGATGTAACTATAGAAGGCGATATATATACAATACATTTATATGAAATT +GTTAAAAATGATGAGGAGAGTCATACTGCTACTATTGGATGGTATACATTAAATATAAAA +ACAAGAGAAGTAAAAAATTTGATGAGTGATGAAATACTAAACTAA +>alaS_2 +ATGGAAAAGTTATTTTATAAAGATCAATACATAAAAAAATTTACTGCTGATATAGTAGAT +ATAAAAAAAGTAGATAATAAGTATCATGTAGCTTTAGATAAAACTGCATTCTTCCCAGGT +GGAGGAGGTCAATTTTGTGACTTAGGAGAAATAGATGGTGAAAAAGTATTAGATGTATAT +GAAGAGAATAAAAGAATATATCATGTATTAGAAAAAAAATTAGAGAAAAACAGTATAGAA +GGTAGTATAGATTGGGATAGAAGAGAAGATGGAATGCATCAGCACTTTGCTCAACATGTG +ATCTCAGGTTGCTTTTATACTAAGTATAAAGCAAATACCACAGGATTTCATTTAGGAAGA +GATTTTAGTACAGTAGATATTCAAGGATATTTAGAAGAAGAGCAAATAAGAGAAATGGAA +AGATTTGCAAATGAAGTGATTAGAAAAAATATACCTCTTACAATATTGACTCCAAATAGA +GATGAGTTAGAAGATATATGGCTTAGAAGAGATTTACCAGATACTGATGAAGATATAAGA +GTTGTTAGAATTGGTGAATTAGACACTAATGCCTGCTGCGGTATACATCCAAAATCTACA +GGTGAACTTAGACTTATAAAGATAAAAAGGTGGGAAAAGAATAGACAATCTACAAGAATA +GAATTTCTAGCAGGAAAAAGAGCTATAGATGATGTTTTAAGAAGAGATCTGTATTTAACT +AAAATTTGTAGACATTTTAAATGTAAAGAAGAAGATTCTTTAAAATGCATAGAAAATTTA +GAAGATAAGATTGAAGAATCTATTAAGTCAAAAAAAAGATTAGAGAATATAGTTTCAAAT +TATGAAATAAATGAAATGATTGAAAAAGCTATAAAAGTTGGAGACATCTTAGTGGTAAAA +AAGATATTTGAAAATGAAGATATAAAATATGTAAGTAAAATTGCAAATAAAATTACTGAA +AATAAAAATACAATAGCTTTAATAGCAGTAGAAAATAATGAAAGAGTAAATTTAGTTTTT +TCAAGTTCAGAAAATCTAAATAAAATAAATATGAAAAGCTTGTTGGATGAAGCACTTAGC +TTAGTAGAAGGAAGAGGTGGAGGAAATATCCACTTAGCCCAAGGAGCAGGAAAAAATAAT +GGAAATATTGAACTAGCTTTGGAATCAGCATTAACAAGTATCGAAAATATGATATAG +>group_1056 +ATGGGAGAGTTATATCTTATATTTGTTGGAACTATTATTGTAAATATAATGGCAGTAGCA +TTGCTGTTCGTAAAAAATGGAAAGTTTGTTAGTAATAATATGTTTATATATTTAATGGCA +ATATATACTTTTAGTTTAGGAGTAACTCAGTATACATCCGTACCAAGTAATTATATATTT +GGAAAGCTTTTAGGTGTTTTATTTATAATTTTATCTGTTATGAGTATGATTTTTAAGAGA +AAAAAATTTTTATTAAGTAGAATTTTATTATCTATATCATTAATAGCACCTATATATACT +TTATTCTTGATGTAA +>group_870 +ATGGGCATGAAAAAAGAAATATTCAATGGAGCTAAACTGAAGGTAGCTAGAATATATAGA +GGTAAAACAGTAGATCAACTTGCAAAAGAAGTTAATATAAATAAAAAAGATATAATAGCA +TTTGAAGAAAATAAATATAAACCAACTCCTGAAAATACAATGAAGTTATCAAATAATCTT +CAATTTCCAAGAGAGTATTTCTTCAAAAATGAAAATATAAAAGTGACAGTAGAAGGGAGT +CATTTTAACCCTCAATCTACAATACCTAGAAATGAAGAAATATCTTATAGAGAAAAATTA +ATAATGACTCATAAGATATATACTTTTATGCAGGGGTATATCAAGTTCCCGAAACTTAAC +TTACCAGGTAATTTAAATAGAAATGATGATATAGAAGAGATGGCTACTAAGACTAGACGA +TACTGGGGCTTAGGTGATGGAGCTATCGGAAATATGGTAAGTTTATTAGAAGGTAATGGG +ATACTTTTATCTGGAATTAATATAGATAGAAAAGGTGCATCACCATATACGCAAAAACAA +AGTTTAAATAAAGAATCTCTATATGTAATAGCATTAGGTAATGATAAAAAATCAGCTACT +ATAAGAAATTACGATTTAGCATATGAGTTAGCGTATATAATATATAATGAGTTAAATATA +CCATCAAAAAAATTTAATGCAGATGAATTTGCTTGTGCATTTTTATTACCGAAAGATGCA +TTTTTAGAAGATTTAAGCAATCCAAATGAATTAGATTTTTATATAGAAATGAAAACAAAG +TGGTTAGTTCCTATATCAATTATGATATTTAGAGCATACACTTTAGGAGCAATAAATTAT +AAGAAATATAACTTCTTAATGAATGAGATGAATAAAAAAGGATGGCTTAAGAAAGAGCCT +TTAGACGATAATATAAAAGGTGTTAGTCCTCAAGCATTAAAAACTGCTGTTGAATTATTG +TTTGAAAATAATATAATGAGCAAAAATACATTAATGGACAACTTAGCTAATTTTGGTATA +AATATGAATCCAGAAGATATAGAAATATTAATAGGATTAAAAGAAGGAACATTAGGAGCT +AAGGTAAATCAAGGGAAAAATAATAATAAAAATAATGTAAAAATTGTAGATTTTAAAAAT +AAAAAGAGAAGATAA +>group_728 +ATGATTAAAGTATCAAAACGAGGATTTTGTGAGGATGACAAAAGATGGTTTTCAAATAAA +GAAATTATAAGGTTAAAAAAGGCACAGGAAGAAATTAGATATCTTATAGATAGAGATTAT +AAAATGGCATCTGTAGTAACATTTGTAGGAGATAGATATCAGTTTTCTATAAGATAA +>group_660 +ATGAAGTATACATTAAATGAATATATAAGTAAAATAAAATCATTGCCAATTAAAAATAAA +TATACAAAGGAAGAAATTTTAACACAAGATTTTCTTATAGATAAAGATAATAGATTGGAA +ATTTATTATGCTCCTCATAATGAATATATAAACTCTAAGGCAAAAATATTTATTATAGGA +ATAACACCTGGATTTCAACAGATGAGTACAGCTATGGCTACAGCAAGAGAAGGTATTGAA +AATGGTAAAAGTATAGAAGACATAAAATATGATTGTAAAGTAGCGGGACGATTTAGCGGA +ATTTTAAGAAAAAATATAATAAGTATGTTAGATGAAATAAATCTCAATAAAAGTCTAAAC +ATAAATAGTTGTGATGAATTATTTAAAGAAAAAGATTACTTACTTCACACTACATCACTG +ATACCATATCCAGTGTTTTTTAAAGGGAATAACTATACAGGACATAGTCCTAAATTAATG +AAAAGTGAATTTTTAATGAAATATGTGTATGAAAATTTGATAGAAAACATTGAAAAATTA +GGTGATGTTCTTATTATTCCTCTAGGTAAAGCAGTAGAAGAAGTATTAGATGATTTGGTT +AATAAAAATATCATAGAAAAAGATCAAATACTACGAGGATTTCCACATCCATCAGGAGCA +AATGCTCATAGATTAACACAGCTAAGAGACAACAAAGAAAATATGATAAAAATCATAGAA +AGTTATATAAAATAA +>ndhI_4 +ATGGCAGATAAAAGTCCTATAATGATACAAAGTGCACGAGGATCTGTGTTTTCTGTTTTT +AGTGATGAAGAATTAAAAGAAATAACAACAGATAGCAAAAGAAAGGTAGCAGTTTCGGGG +AAGATAAATAATCCAGGTATTATTGACGTTCCAGAGGGTGCTACTTTACAAGATATAATA +GATTTATGTGGTGGTATATTAAATAAAAGTGGATTTAAAGCAGCACAGCTTGGAATTCCT +TTTGGTGGTTTTTTAAGTAAAGAAAGTTTAAATAAAGAGTTGGACTTTAAATTATTTGAT +AAAAATACAACTAGAACAATAATAATTTTATCTGAAGAAGACTGTATAATACAATATGCA +AGATATTACATAGATTATTTATTAGGGAAAATGCAAGATGGTAGCTATGAAAAATATAAA +GCAGTTGAAAATGAAATAAAAAGAATGTGGAGAATATTAGATAGAATAAGTAAAGGTCGT +TCTAATATGAGAGATATTTATCTTTTAAGAACATTAGCATCATCTGTAAAAGAGGAATTA +AAGCAAAAATATAATATAATGGAAGAAATAATAGATAAGTTTTACCATGAGATAGAAGAG +CATATAGAAGAGAACAAATGCTATACATCTCAATGTAATCACCTTATAAAGTTAACTATT +ACACATAGGTGCATAGGATGTGGAGCATGTAAAAGAGCATGTCCAGTTAGTTGTATTGAT +GGTGAGTTAAGAAATCAGCATTATATAGATTATAATAGATGTACTCATTGTGGTAAGTGT +ATATCTGTTTGTCCAGTAGATGCAATAACAGCAGGAGACAATACATTTAAATTTTTAAGA +GACTTATCAACTCCTAATAAACTAGTAATCACTCAAATGGCACCAGCAATAAGAGTTACA +ATAGGAGAAGCTTTTGGATTTGAACCGGGTGATAATGTTGAAAATAAACTTGCAGCAGGG +CTAAGAAAATTAGGAGTAGATTATGTTTTTGATACTACATGGGCTGCGGATTTAACCATA +ATGGAGGAAGCAGCAGAACTTCAAGATAGGCTTGAAAGATATTTTGCAGGAGATAAAAGT +GTAAAATTACCAATGCTTACATCTTGTTGCCCGGCATGGGTTAAGTTTATTGAACAAAAT +TATGGAGATATGTTAGATGTTCCGTCATCAGCTAAATCACCTATGCAGATGTTTGCAACT +GTTGCGAAAGATATATGGGCAAAGGAACATGGAATGACTAGAGATGATGTTACTTCAGTG +GCAATTATGCCATGCATAGCAAAAAAATACGAAGCTTCAAGACCTGAATTTTCTAGGGGG +ATGAATTATGATGTTGATTATGTTATAACAACAAGAGAACTTATTAAAATATTTAGAGAT +TCTGGAATTGATTTAAAAGAAATAGAACCAGAGGAAATAGACCAAATAATGGGGGAATAT +ACAGGTGCAGGAGTTATATTTGGTAGAACAGGTGGAGTTATAGAAGCTGCACTTAGAACT +GCACTTGAAAATATGACAGGAGAAAGAATTGATAATATTGAGTTTCATTCATTAAGAGGA +TGGGATGGATTTAGAGCTTGTGAAGTTGAAGTTGGAGATATAAAACTTCGTATCGGTGTT +GCTCATGGATTGGAAGAAGCAGGAAAAATGCTTGATAAGATTAGAGCAGGAGAAGAATTT +TTCCATGCTATAGAAATAATGGCTTGTATTGGAGGATGTATAGGTGGCGGTGGTCAACCT +AAGGTAAGAAAAAATAAAGAAGAAGTACTAAGAAAAAGAGGTGATGGTTTAAATAATATA +GATAGAACTAAGGCTCTTAGAGTATCTAAAGAAAATCCAGCTGTACAAGCAATATATGAT +AAATATTTAGATCATCCAATGAGCAATAAGGCTCATGAATTACTTCATACTAAATACTTT +GTAAGACCTAAAAGAGGGCATGACCATATAAGAGATGATGATATGTAA +>mupP +ATGTATAAATGCTGTATTTTTGATTTAGACGGTACATTAGTGGATTCAATTAAGGCTATT +AACCATACTATAAACTTGACCTTATCAAAGTATAATTTAGGACCTATTGATGAAGAAAAC +TGTAAAGTATTTGTTGGTGATGGGTATAAGAAGTTAGTTGAAAGAGCTTTAATTCACTGC +GGAGATTGTGATTTAAAAAACTACGAGGATGCTCTTTCAACTTATACAGATTACTTTAAA +ATACACTGTATGTATAATGTAAAAGCTTATGATGGGATAAAAGATCTATTAAATTACTTA +AAAAATAATAATATAAAAATTTCTGTTTTATCTAATAAACCTCATGAAAGGACTATTGAA +AATGTAGAAGGTATATTTGGAAGTGAATATTTCGACTATATTTCAGGTGAAAGAGATAAT +ATAAAAAGAAAGCCTTCCCCTGATGGTGCTATTATCATTACTAAAAAACTAAATGTACTT +CCTAAAGATTGCTTATACATAGGTGATACTAATACTGATATGAAAACTGGAATTGGTGCT +AATATGGATACTATTGGTGTTACTTGGGGATTTAGGTCTCGTGAAGAATTAGAAAGTTAT +AGTCCAAAATATGTAGTAGATTATCCTAAGGAAATTGTTGATATTATAGAAAAATCATTT +ATTACAGTTGATAATTTATAA +>group_1002 +ATGAGGCATAGGAAAAAAGAAAATATTAATGATAAAAATCCAACTTATATAAGTATGAAA +AGTCTAGATGAGCTAATAAATGAAATGTATATCTCTGATAATCCAAAAGAAGATTTAGGT +CTAATAAAGAGATATTTAGAAAGGCTGATGTTAATTATTGAAAGAAGTAGAATTAGAGAG +TATATGATGCTGACAGATAGCAAAAGAAGGCTTTTTCTTATAAACTTTGTTGCAGGCTTA +GGTAAAGGATTTGGGCAAGCAATAGGATTTACTGTTCTTGCAGCAGTGGTTTTTTATATA +CTTACAAGTTGGATAGATTTACCTATAATAGGCGCTTATATAGCTAAATTATTAGATGTG +GTACAGAATTATAGAAATCAATAG +>dksA +ATGAACGTAAATAAGTATAAGAAAGAATTATTAAAAGAAAAAGATAACTTAACTCATTTA +ATATCTAGTATGCAAGATAATACTTTATTTGGAAATACGACAGATCATACTAGTGAAAGA +TATAGTTCTGGTGAATTATCAGCTTATGATACTCATCCAGGCGACTTTGCAACTGAAGAA +TATATGCAAGATATGCAAAATAGTTTAACAACTCATGAAAAGGGTAAATTATATCAGATT +AATAAGGCCTTAGATAAAATAGAAAATGGAAGCTATGGAATTTGTGAGATTTGTAAAAAA +GATATAGAATTAGATAGATTAGATTTATTACCTGAAACAGATCTTTGTTCTAGTTGTGCT +AAAGAGCATGATAACACTCCATCAGATACAGAGCATCTAGATTTAAACTTTGTAAATCCA +GGATGCGATTTTTATTCGGAATATATAACAAATTTGACTGATTTAAATAAAAATGGACTA +TACGATGACAATGAATAA +>group_628 +ATGAAAAAAATAATACTTATTTTAGGAGTTCTATTAATAGTAACAGTAGGATATTCTATA +AATAGTAAGACAATAAAGGATAAAGAAATAGGTACTTTTAATTATTCAAGCAATGATATA +ATGAGAGATTATGAAGACATAATAATAAAAAGAGGTAATGATAATCAAAAGGTAGTTGCT +TTAACCTTTGATGATGGACCTGATGAAGTTTATACTCCACAAGTTCTAGATATATTAAAA +AAATATGATGTGAAAGCTACATTTTTTTTAGTTGGTGAGAATATTGAGCGTAATGCGGAT +ATAGTTGCAAGAGAAGTTAAGGAAGGTCATGAAATAGGTAATCATACTTACACTCATATA +AATGTAGCTAAGAATGGATATAATGAAATATACAATGAAATAATAAAGACACAAGAACTT +ATAAAAAAAATAACTGGAGAAGAACCAAAATTATTTAGGCCACCATATAGGGCGATAAGT +AAGAATATGTGTGATATTATAAAAAATAAAAATATGAATATTATATTGTGGTCTAATTTA +GATCCAAGGGACTGGTCAAATCCAGGAGTTTATTATATTGTAAATACAATAGATACAAAG +GTAGAGAATGGTAATATAATATTATTACATGATTATAACAAAGTAAGATGCTCAAAATCT +CAAACAGTACAAGCTTTAGATAGTATCATACCAAAGCTTAAAGAAAAAGGGTACAAATTC +GTGACAGTATCACAATTAATAAATTATTTAGATAAAAAAGAACATGAAACTCAAAACTAG +>lspA +TTGATTTATGAATTGATAATAGCGATATTAATAGGTTTAGACCAACTCTCTAAATATTGG +GTATTGAATTATTTACAGGAAATAGGAAGTATACCTGTTATACAAAATGTATTTCATCTT +ACATATGTAGAAAATAGAGGAGCAGCATTTGGTATGTTCCAAAACAATCAAATGATATTT +GTAGTAGTTGCAATAGTAGCTTCAATATTTGGGTTATACTATTTGCATACAAAAAAGATG +CATTCAATAGGTAAAGTTGGAATTATGCTTATAATTTCTGGAGCAATTGGAAATCTAATA +GATAGAGTAAGATTAGGATTTGTGGTTGATTATTTTGATTTTAGAATAATATGGGAATAT +GTATTTAATGTAGCTGATGTATTTGTAGTAGTCGGAACAGCAATGTTATGCATATATATA +TTATTTTTTGAAGGTAAAGAGCAGGTGAAGTAA +>rluD_2 +ATGGACGAAATAAGAGAATTTTTAGTTGGAGAAGAAGAAGAAGGCGATAGATTAGATGTT +TACTTATCAGAACAATTAGGTGACATGTCTAGGAGCTATATTCAAAAAATTATAAAAGAT +AAAAAAGTTGAAGTTAATAATAAGATAGAAAAAGCAAAGTATTTAGTAAAAGAAGAAGAT +AAAGTTAAGATAGAAATACCAGCACCAAAATTATTAGAGGTTATAGCTCAAGATATTCCC +ATAGATATTGTATATGAAGATAATGATGTATTAATAGTAAATAAACCACAGGATATGGTC +GTTCACCCAGCTCCTGGTAACTATGATAATACATTGGTTAATGCTATTTTATATCACTGT +AAAGATAAGCTATCATCAATAAATGGAATTATTAGACCTGGAATAGTTCACAGAATAGAT +AAGGATACCTCGGGGCTTTTAATGATTGCGAAAAATAATAACGCTCACAATAGTTTAGCA +GAACAGTTAAAAGATCACTCTATAACTAGAGAATATGAATTTATATGTCATGGTGTAGTG +AAAGATGATAAGATAACAGTTAATAAGCCTATAGGAAGAAATCCAAAGGATAGACTAAAG +ATGGCAGTTGTTAAAGAGGGAAAGCATGCAGTAACTCATTTTGAAGTCGTAGAAAGGTTT +GAAAATTTTACACATATGAGAGCTAGATTAGAAACTGGAAGAACTCACCAAATTAGAGTA +CATGCACTTTCTATAAATCATCCACTTTTAGGAGATCCTATATATGGACCTAAAAATACT +AAGTTTAAATTGAATGGACAAACTCTACATGCAAAGAAATTAGGTTTTATACATCCTACT +ACTAATAAGTATATAGAATTTGATTCAGAACTTCCTGAGTACTTTAAAGAAATAATAAAA +AAATTGAAATAG +>pyrR +ATGAAAGAAAAAGCAACTTTAATGGATGATAAAGCTATAGTTAGAGCAATAACAAGAATA +AGTCATGAAATAATAGAAAAAAACAAAGGTATAGAAGACGTAGTTTTAGTAGGTATAAAG +ACTAGAGGAGTACCTATAGCTAATAGAATATCTAAAAAAATAGAAATTATAGAAGGTAAG +CCAGTAAACACTGGAGAGGTAGATATAACTTTATACAGAGACGATTTAAAAACTGTAGAT +GTTGATCCAGTAGTTAACGGTTCAAATATAGATTTTGACATAAATGATAAAATAGTTGTA +TTAGTAGATGATGTGTTATACACAGGAAGAACAGTAAGAGCAGCATTAGATGCAATTATG +GATGTAGGAAGACCAAAATCAATACAGCTTGCAGTATTAGTAGATAGAGGTCATAGAGAA +TTACCAGTAAGAGCAGATTATGTTGGAAAGAATGTACCAACATCTAAATCTGAGATTATA +TCAGTAAAATTGATGGAAACTGATGAAGAAGACTCAGTAACTATTAGAGAATAG +>group_1089 +ATGAATAATTTGTTTTTATATTATATTTTACTTATTAATTTTATAGGTCTATGTCTAATG +TACATAGATAAATCAAAAGCTATAAGAAATCAATGGCGAATAAGTGAATCAAAACTATTA +TTAGTATCAATAGTTGGGGGAAGTATCGGCTCTTTATTAGGAATGAATTTATTTAGACAT +AAAACAAAACATCCAAAATTCACAATTGGAATTCCAATAATCATTATTATACAACTATTA +ATTTTACATTACTTACCTTCATTTATAGCTATATAA +>blaI +TTGAAGGATATACCACAGATATCAGAAAGTGAATTAGAAGTAATGAAAGTGCTTTGGAAT +ATAAAGAGAGGTACGAGTTCTCAAATAGTAGACATACTAAGTAAAAGTACTGACTGGAAA +CCTAAGACTATACAAACATTAATTACAAGATTAGTATCAAAAGATGCAATAGAAGTAGAT +AAAAGCAATAAGAAATCTTATGTATATTATCCAAAACTAAATGAAGATGAGTATAAAAAT +TCGGCAAGTACTTCATTTTTAGAGAAACTATATAATGGCTCTATTAATATGATGATAGCT +AGTTTTATAAAGAATAAAAAAATGTCTAAGGATGATATTGAAGAACTTAAAAGTTTATTA +GATGAATAA +>yloA +ATGGCTTTAGATGGTTTAGTTATCCACTCATTAGTTGATGAACTTTCTACTAAGCTTGTT +GGCGGTAAAGTTGATAAGGTTTATCAACCTGAAGATGATGAAATTGTTTTATATATAAGA +AATAATAAAGAAAATTACAAATTGGTTTTAAGTTGTAGTTCTTCTAATCCTAGAGTTTAT +ATTGCTAATGATTATAAGAAAGAGAATCCTAAAAAAGCACCTATGCTTTGCATGCTTTTT +AGAAAGTACATACAAAGTGGAAATATAGTTGGTATCTCTCAAGTTGGATTTGAGAGAATA +ATAAAAATTAGTGTTGATTCACTAGATGAATTAAAAGAAAAAAGTACTAAAGATATCTAC +ATCGAAATAATGGGTAGGCATAGTAATATAATTCTTACTCATAGCTTAGATAACAAAATT +ATAGATTCTGCTAAAAGGATACCTACAAGTATAAGTAGAGTTCGCCAAATATTACCAGGC +ATTACTTATGAGCTTCCACCAGCACAAAGTAAATTAAATCCTCTACACAATATCTCTAAC +AGTGATTTTATAGATTCTTTAAAATCATATGAAGGACCTATTTTCAAAGGAATTTATTCT +AAGTTTTTAGGTATAAGTCCTATTATTTCTAAAGAAATCTGCTATAGAGCTAATGTAAAT +GAAAAAACTGCTATATCTGATTTATCTAATTCAGAATTAAACTCTTTATACAATGAGTTT +AATAATTTATTTAAAGATATAAGAAATAATAATTATTCTCCATGTATAGTTGTTAATGAA +AAAGTAGATAGAGTTGTTGACTTTAGTTGTATAAGTTTAAACCTTTACAATGAATTTAAA +TTTATAATTAAAGATAGTATGTCTACTATATTAGAAGATTACTATAAAACCAAAGACATA +AAAGATAGAATTCACCAACGTGCTTCTGATTTAAAGAAAAGTATTTCAATAAAACTTGAA +CGACTTTATCATAAACAAGAAAAGCAAGAAGAAGAATTAAAAGAAGCTGAAAATGCAGAT +ATATATAAAGTAAAAGGTGAACTTCTTACAGCTTATATTTATATGATTCAAAAAGGAATG +GAAAGTATAGAAGTTCAAAATTTCTATGACCCTAACTATGAGAATATTTCTATTTCTCTT +AAAAAAAACTTAACACCTTCTGAAAATTCTCAAAGGTATTTTAAAAAGTATAATAAATTA +AAGACAGCTAAGAAAGAAATAACATCTCAAATGTCTATTAATAAAGAAGAAATAGATTAT +TTAGAAAATATACTTTTAAACATTGAAAACTGTGAGAATTTAGCTGAGCTACAAGATATA +AAAGATGAGCTTATATCTCTTGGATATTCAAAAGCTTCAGGTAAACTTAAATCTAAAAAA +GAAATTGCTAAACTTACAACTTCACCACATGAATTTATGTCTTCTGATGGAGTGAAAATT +CTTGTTGGCAAAAATAATAAACAAAATGACCACCTAACACTTAGAATCGCGGATCCAGAT +GATATTTGGATGCATACTAAAAATATTCCAGGTTCCCACGTTATAATTAAATGTGCTGGT +AAAGAAGTTTCAGAACAAACGATTTATGAAGGTGCAATGCTAGCAGCTTACTTTAGTAAA +TCAAAAATGTCTGCACAAGTTCCTGTAGATTATACTAAGAAAAAGCATGTAAAAAAACCT +AGTGGTTCTAAACCTGGTATGGTTATTTATGAAACTAATAGTACTATGTATGTAACTCCT +ACAGAGGAAATGGTTGCATCATTAAAAAATAAAGATAATTAA +>dapF +ATGAAGTTTTGGAAGTTACATGGAATAGGAAATGATTTTATAGCAATAGATGGTAGAGAA +GATAATATAGATTCAAATGGATATAGTGAATTTGCAAAAGTAGTATGTCATAGAAAGTTT +TCTGTAGGTGCAGATGGAATACTAGTAGTTAAAAATTCTGATAATGCCGATGTAGAAATG +GTGTATTACAATTCAGATGGTTCTAGAGCTGCAATGTGCGGAAATGGATTAAGATGTTTT +GTAAAATTTGTTTATGACAATAATATAGTTAGAAAAGAAGAATTTGATGTATATACTTTA +GATGGAATAAAAAAAATAAAAATAAATCTAAAAGATAATGAGATAGATTCTATAAAAGTA +AACATGGGAAAAGGAAGCTTTATTCCAAAAGATATACCTGTAGTTACTAATAAAGATATA +TTTATTAATGAAAGAGTACAAATATTAGATAAAGAATTTTATATAAGCTCAATTAATATG +GGTGTTCCTCATACTGTTATTTTAGTAGACGAGCTTAATCTAGAAGAAGTACGAAAATAT +GGTAGAGAAATTGAAAAATACAAAATCTTCCCAGAAGGAACAAATGTAAATTTTGTAAAA +GTAGTAGATAAAAATAATATTACTGTGAATACTTGGGAGAGAGGCTGCGGATATACTTTA +GGATGTGGAACAGGCATGACTGCATCAGCAGTTACCTGTAATTATCTAGATAAAGTAGGT +AAAAGTGTAAATGTTACTTCACAAGGTGGATCAGTAAAAATAGATATAGAAGATTTTGTT +TATATGACAGGACCTTCAGTAAAAATATGTGAAGGAAATTTGGAGGTATAA +>group_1035 +ATGGCTATTAGTATGACTGGCTTTGGAAGAGGAGAATATAAAGATGACAACTACTACTTT +TTAGTAGAATGTAAGACAATAAATCATAAATATTGTGATATAAACATACGTCTTCCTAGA +AAGATATCTTTTTTAGAAGATAAGGCTAGAAATTTTATCAAAAATTACATCAAAAGAGGT +AGAGTTGATATATACATAAAGCTTGACTTGTTAGGTAGTGAAGATGTAAACTTAAAGTTC +GATGAAACATTAGCAAATCAATATGTAAATATATTAAGAGAAATAAGAGATAAATTTGAC +TTAGTTGATGATATAAGTGTTATGAATGTTGCTAAATTCCCAGATATAATAAAAACAGAG +GAAAAAGAAGAGGATGAAGACTTACTATGGTCTATGTTAAGTAAGGCTTTAGAGGAAACA +CTAACTAAGCTAAAAGAAATGAGAAGTGAAGAAGGACAAAAATTAGCTCAAGATGTATTA +GAAAGATGTGATATTCTTCAAAATACAATTGAAGAGATTGAAAAGAATTCTTATAATGTT +GTTATTGATTATAAAGAAAAGTTAAATAATAGAATAAGTGAAATATTAGATAATCCAAGT +TTAATAGATGAAAATAGATTAGCTCAAGAAGTTGCTATATATGCAGATAAAAGTAGTATA +ACAGAAGAAATAGTAAGGTTTAAAAGTCATATAGGACAATTAAGAAGTACTATAGTTAAA +GATGAGTCTATAGGAAGAAAGATAGACTTTTTAATTCAAGAAATGAATAGAGAAACAAAC +ACTATAGGTTCTAAGTCATCTGATTTAAATATAACAAATTTAGTTGTTGAAATAAAAAGC +GAATTGGAAAAGATAAGAGAGCAAATTCAAAATATAGAATAG +>gmk +ATGGTTAAAAGAAAAGGCCTATTACTTGTTGTATCAGGACCATCAGGTGCAGGAAAAGGT +ACAATCTGTAAAGCAATATTAGACCAAAATGACCAAATAAAGCTTTCGGTATCAGCTACT +ACAAGAAAGCCTAGAAATGGAGAAGTTCATGGAGTAAATTACTTTTTCTTAGAAAAAGAA +GAGTTTACTAGCATGATAGAAAAAGGTGAATTTTTAGAGTATGCTCAAATTTATGATAAT +TTCTATGGAACACCTAAATCTGCAATAATGGAAACATTAGATAATGGTCAAGATGTTATA +TTAGAAATAGAAATGCAAGGAGCTAGACAAGTAAAAGAAGTTTATCCAGAAGGAATCTTT +GTATTTGTACTTCCACCATCTTTAGAAGAATTAAAGAATAGAATAGTTGGAAGAGGAACT +GAAACAGAAGAAGAAATTGAAAAAAGATTTAGCTGTGCATTTAAAGAAATAAATCAAATT +GATGACTATGATTACTTTATAGTTAATGAAGATGTTGAAAAATCAGTTAGAGAATTAGAA +GCTATAATATCTTCAGAAAAGAATAAAGTTACTAGATATAAGAATAATATAATAGAGAAG +TTCAAGGAGGAGTTATAA +>rpoZ +ATGATAAAACCATCAATCAATGAAGTATTAAACAAAATAGATAACAGATATTACTTAGTA +GGTACTGTTGCAAAAAGAGCGAGAGAAATAATAGATGGATCTACTCCATATGTTGAGAAT +AAGCAAAGAGAAAATAAGCCAGTATGCATAGCTACTCAAGAAGTTGCAGAAGGTGAAATA +ACATATAGATTATTAACTCAAGAAGAAATAGATTTAGCTGAGTTAGAAGAAAAGCAAGAA +CAAGAAGCTATAAATAAAGAAGAGGAATAA +>priA +ATGAAAAAATATGCAAAAGTCATAGTACGAAACAATAGCATATATACGGACAACTTATTT +ACATATGAAGTACCAGACTTTCTAGAAAATGAATTAGAAGTTGGTCATAGGGTGCTAGTT +CCTTTTGGAAGAGGGAACAAGCCTACAGAGGCCTTTGTTTTTGAAATTACAACTACAATA +GAAGAAGATATAAAAACAAAAGATGTAATTGATCTATTAGATGAAAAACCTATATTCAAA +ATAGAAGATTTAGAACTAGTTCGCTGGATGAAAAATAGGTACTTATGTACTTATATAGAC +TGTATAAATTTAATTTATCCTAAAGGTTATAAGTTGAATAATTACAAGGTCGCGATATTA +AATTTAGACTTAGAGAAATTACAAAGCGTAGATTTATATGAGGAAAATTCAGACTTAAAT +GAAAATGAGAAACTTATATTAGATGAACTTATAAACAACAAAGGTAAGATAAAAATAGAT +AAGTTTAAGAAAATTAAAAATATCAATAATATATTAGATAAAATGAAAAGAAAAAATATT +ATTGATATAAAGTGGGAATACAAAGACCATAAAAATGAAAAGAAGATATGCTATGTATCT +TTGGGAATGGACAAAGATTATGTAGATGATTATATACATGGAAATAAAATAAATTTGGGT +AATAAGCAAAAAGAAATAGTGGAATTTTTAAAACATAATAGTAGTGTAGAAATTAATGAT +TTATTAGAAATTATTAATGCTTCAAAACAAAGTGTAACTTCACTTATAGGTAAAAATTTA +ATTACCTTGGAAATAAAGGATTACTATAGAAGTCCAGAAGATATTTATAGGTCAGATAAT +AAAAAAATTACTTTGAATGAAGAACAAGAGTATGCTGTTCATAAGATAACTTCAGAAATG +TTTAATGAAAGTAAAAATCCTTATATGATTCATGGTGTAACAGGTAGCGGTAAAACAGAA +GTATATATGGAAATTATAGATTATGCTTTGAATCAAGGTTTAGATAGTATAGTTTTAGTT +CCAGAGATAGCTTTAACTCCTCAAACAATATCTAGATTTAAAAATAGATTCGGTGATATA +GTAGGAGTTTTCCATAGTAAACTTTCTGAAGGTGAAAAACATGACGTTTATAAGGCTATA +AAATTAGGTAAAATAAGAATATTAATAGGAGCAAGATCAGCTTTATTTGCCCCTTTTAAT +AGCTTAGGAGTAGTCATTATTGATGAGTTTCATGAGGGTGCATATAAATCAGAAAAAAAT +CCTAAATTTAGTGCTATAGAAGTTGCAAGGTACTTAGTTATGAAGAAAAATATATCTTTA +GTACTAGGATCAGCAACACCGTCTATAGAAGAATACTACAAAGCTGTAAATGGTGACTAT +GATTTAATAACTATAAAAAATAGAGCAAACAAAAATCCATTACCCAAAATAGAAGTAATA +GATATGAAAAATGAATTATCTAATGGAAATAAAAGTATTATTAGTCATAAGTTACATTGT +GAAATAGAAAATGCTATTAGAAATAATAATCAAGTGATTTTATTTCTAAATAGGAGAGGA +TATGCAAATTTTGTATCTTGTAGAAATTGTGGATATGTGTTTCAATGTGAAAACTGTGAT +ATATCATTAACGTATCATAAAGGTAAAAATGTAGGGCGTTGTCATTATTGTGGATATGAA +AAAGAAATACCTAAGGAATGTCCTGATTGTGGTAGTCATTATGTTAAGCCTTTTGGAACT +GGAACTCAGAAAATAGAAGAAGAAATTAAAAGTATATTTGAAAACGTAAAAGTTTTAAGG +ATGGATAAAGATACTACATCTAAAAAAGGCTCAATAGAAGAAATATTAAACAAATTTAGA +AACAAAGAAGCAGATATATTAATTGGAACTCAAATGTTATCAAAAGGATTGGACTTTGAG +AATGTAACTTTAGTAGGGATATTATCTGCAGATATGATATTAAACTTTCCAGACTTTAAA +AGTGCTGAAACAACTTTCCAACTAGTCACACAGGTTGCAGGAAGAGCAGGAAGAGCAGAT +AAAGAAGGGAAAGTAATACTTCAAACTTATGATACAGATCATTATGCAATTAGAAGATCG +ATAAATTATGATTTTGAAGGATTTTATGAAGATGAAATAAAAATAAGAGAAGCATTTGGA +TATGCACCTTTTAATAATATGTTAAGTGTTGTAATTAGTGGATCAAATGAGAAAATAGTA +GAACAAAATGCTAGAAGTATGTATAGTTCTATAATTTATTTGTTAGAAAATAGAGGGATA +AAAGATTTTGATTTTATATTAGGTCCAAATCCTTGTTCTATCTCGAAAATAAATCACAAT +TATAGATGGCAAATATTATTTAAAGATGATAATATTGAAATTAATTTATTAAAGGGTATA +ATAAAATATATATGTATAACTAAAAGAGAAGTTGTATTTAATAAGGATATTAATATATCC +ATAGATATTAATCCAAATAGTGTATTATAA +>def1 +ATGGCATTAAGACAAATAGTTCAAATAGGAGAACCTGTATTAAGAAAGGTATCAAAAAGG +GTAGAAAAAATTGATGATAAAATAATCCAATTATTAGAAGATATGGCTGATACTATGTAT +GAAGCAGATGGTGTAGGACTTGCAGCGCCTCAAGTTGGAATATTAAAAAGAGTAGTAGTT +ATAGATATCGGAGATGGATTATTAGAACTTATAAATCCAGAGATAATAGAAACATCAGGA +GAACAAATAGATGATGAAGGATGTCTAAGTGTAGCTGGAGAAGCTGGAGCAGTAAGAAGA +CCATATACAGTAAAGGTAAGAGCATACAATAGAGAAGGTCAATTATTTGAAATAGTAGGA +GAAGAACTTTTAGCAAGAGCATTCTGTCATGAAATAGATCACTTAGATGGTATACTATTT +GTTGATAAAATAGAAAAGTAA +>fmt +ATGAAAATAGTTTTTATGGGAACACCAAATATAGCTGTTGGGTGTTTACAAAAAATAATA +GATGAAAAACATGAGATACTAGGTGTTGTAACTCAACCTGATAAACCTGTAGGTAGAGGT +AAAAAAATGGGTATGCCACCAGTTAAGGAACTTGCATTAAAATATGATATACCAGTATAT +CAGCCTATAAAAGCAAGAGATGAAGAGTTTGTACAAGTGCTAAGAGAATTAAATCCAGAT +TTAATAGTTGTTGTTGCGTTTGGTCAAATACTTCCAAAATCAATATTAGATATACCTAAG +TTAGGATGTGTAAATGTGCATGTTTCTTTACTTCCAAAATATAGAGGAGCAGCTCCTATA +AACTGGGTAATAATAAATGGAGAAGAAAAAACAGGTGTAACAACAATGTACATGGATGAA +GGTTTAGATACTGGAGACATGATACTTACTTCTGAATTCGCACTTAATGATGAAATAACA +GCAGGAGAGCTTCACGATATAATGAAGGAAGAAGGAGCGTTAGTATTAAAAGAAACTATT +GACTTAATAGCTAAAGGAGAGGCTCCAAGAATACCTCAAAATCACGAAGAATTCACATAT +GCACCTATGATGAATAAAATTTTAGGGCAAATAGATTTTTCTAAGTCTGCAAAAGAAATA +CACAATTTAGTAAGAGGTGTAAATCCATGGCCAAGTGCTTATACAACTTATAAAGGTCAA +ACCATGAAAGTATGGAAGACTAAGGTATTAAATGAAACTAGTGATAAACATCCTGGAACT +ATACTTAAGGTTGACAAAGAGGGTATAAGAGTAAGTACTAAGGATAATGTACTTTTAATA +AAAGAAATCCAAATGCCAGGAAAGAAAAGAGTTTTAGTTGAAGAATATATAAAGGGAAAC +AGTATAGAAACTAATGAAATTTTAGGTTAG +>group_666 +ATGATCGATGCAAAAAAATATATTACTACTATAATTATTTTATTGGGAATTATTATGGTA +GGTGTATCTATTATTAATGTTTTTTTATTAAACTTAACTCATTTATTCGAAGTATCGCTA +AATATTATAATGGCGTTAATAGTAGCTGCTATAATATTCTCAACAATAATTACTTATAAA +GTGATTAAAGATACAGATATAAATTCAAAACTTATGAATATTAATTTTAAAATAGTAAAT +TCTATTTTTCCACTAATGATAAAAACTGCATCTTTTGTAGGGATTTCAAAAGATGAAATA +AGGAAAGTGTATGTTAAGCTTAATAATAAATATATATATAGTCAAAAGTATAATTTAAAA +AGTGAGGATATACTAATTCTTATACCTCATTGTGTACAAAAAAGTAGTTGTAAATTAAAA +GTAACTACAGATATAAAAACTTGTAAACAATGTGGATTATGTAATATAGGTGATTTAGTT +AGATTAAAGGAAAATAAAAATGTAAATATATTTGTAGCTACAGGAGGAACTTTAGCTAGA +AAAATTATTTTAGAAAATAAGCCTAAGGCGGTTATAGCGGTTGCATGTGAGAGAGATCTT +ACTTCCGGAGTACAAGATGTAAGTAAAATACCAGTTTTAGGTGTATTTAATAAAAGACCA +AATGGTCCTTGTGTAGATACATGTATAGATGTAGAAGAAGTTGAAAATGCTATAAACTTC +TTCACAGTATAG +>group_687 +ATGTACCCATACGGTTATTACGGTGGTTTTTATCCAGATAGAACAATGCTTATATTAATT +CCTGCTATATTATTTACTATGTATGCACAATTTAAAGTAAGTAGCACTACTAATAAATAC +TTAAGAGTGAATGCACATAGAGGATATACTGGGCAACAAGTAGCAAGAAAAATATTAGAT +ACAAATGGATTACATGATGTAGATATAGAAATGGTTAGAGGACATTTAAGTGACCATTAT +GACCCAAGAAGAAAAGTTGTAAGATTATCTCAAGATATTTATTATGGGACATCAATAACC +TCTATTTCAGTAGCAGCTCATGAATGCGGTCATGCAATGCAGCATGCTAGAGGATATGCG +CCCCTTAGCATAAGAAGTAGCTTAGTTCCCGTTGTAAATTTTGCATCGAATATATCATGG +CTACTAATAGCATTAGGTTTATTTATGAGTAGAGGTATTTTCTTAAAAATAGGAATAATT +TTATTCTCAGCATCTGTATTATTCCAATTAGTAACTTTACCTGTTGAATTTAATGCATCT +AGTAGAGCTTTAGTTCAACTTGATGACTTAGGGATAGTAGAAGGTAAAGAATTAAGGGGA +AGTAAGCAAGTACTTACAGCAGCAGCATTAACATATGTTGCAGCAGCATTGACATCAGTA +CTTCAGCTATTAAGATTAGTTGCAATAGCTCAAAGAAATGATGATTAA +>rsmB +ATGAATTTTAAAGTCATACAGCTAAAAATGCTGATAATGATTTTAAAATTTATATTTACA +TCTCACCCAATAGATACAATCGATACTAAGGCAACTCCTTTTTTATATAGAAGAGAAATG +AGGAGACAGAATATGAAAGCAAGAGAATTAGCTTTAAAGGTTCTTTTAGATATAGAGGAA +AATGGTAATTATTCTAATATAGCTATCAATAAGCATTTTAAAAATATAAATTTGAATAAT +CAAGATAGAGGATTAGCTACAGAATTGATTTATGGTGTGGTAGAAAATAAGTATTATTTA +GATTATATTATAGATAAACTTTCGAAGATAAAATGTAAAAAGATGGATATTTATGTTAAA +ATATTGCTTAGAATGGGTATTTATCAAACTTTACTTTTAAATAGTATTTCAGACTATGCA +GCAGTAAATGAAACTGTAAGTTTAGTAAAAAAATATGATAAGAGATCTTCAGGATTTGTG +AATGCAATTCTAAGAAATGTTATAAGGCAAAAAGATACAATAGGAGAAGTAGATATAAAA +GATGATAAAATAATGTATCTAGCAACTAAATATTCTTATAGCCCTTGGATGATAAAGAAT +TGGATTAATAACTTCTCAGAAGAATTTACAGAAGATTTATTAGAAGCAAATAGTGAGAAA +CCTAGTGTATATATTAGAACAAATACTTTAAAGATTTCTAGAAATGAACTTTTAGATAAA +TTAAAGGCTGAAGGTATTGAGTGTAGTATAGTTCCTATAATAGATGAGGCTATTAGAGTA +GAAAATTTAAAAAATATAGAAAATAACCAACTATTTAAAGATGGACTATTTACGATACAA +GATGTAAGTTCTATGATAGTTGGAAAAGTAATGAACCCTAAGGAAAATTCAAAAGTATTA +GATGTATGTAGTGCTCCAGGAGGGAAGACTACACACTTAGCCACATTAATGAATAATACT +GGTAAAGTTGTATCTAGAGATATATTTGACCATAAATTAAAACTAATACAATCGACTGTA +AATAGATTAGGACTAACAAATGTAGATATAGAGTCATTTGATGCTTCAATATTAGATAAA +AATAGTATAGATAAATTTGATTATGTATTAGCTGATGTTCCTTGTTCAGGTCTTGGTATA +ATAAGAAGAAAACCAGAAATAAAATACAAGGCAAAAGCTGAGCTTAAAGATCTACCAAAG +ATACAAAAAAATATTTTAGATAATGCATCTAAATATGTAAAAGTTGGTGGTACTTTAATA +TATAGTACTTGTACTATACAAGATAATGAAAATATGGAAGTAGTAAAAGAATTCTTAGAT +AATAATAACAATTTTAAATTAGTTCCAATAAATGAAGTTAAGGTGGATTTAGATAATCAA +GAAAATGGATATTTAAAAATATATCCAAATATTCACGATATAGATGGTTTCTTTATAGCA +AAATTAGAAAGAGTAAGGTAG +>prpC +ATGATTTATAGCTGTGACTCCCACATAGGAAAAGTAAGAAAGAATAATGAAGATTATTGT +ATGGGGGAAGTTATAAAAACTAAAAATGAAGAAGATATAGGAATTTTTGCGCTAGCGGAT +GGCATGGGTGGTCATAATAAAGGTGAAGTTGCAAGTAAGTTAGCAGTAGAAAATATTTTT +AAGTTTTTAAAAGAGAATTTATTACAGACAGGTAGCATAAAGATAGATTATGTTGATGAT +GTAATAAAACAGGCTTATAATAATGTGAATTCAATTATTTATAAGAAATCTATAGAACAA +GAAGAATGCTTTGGAATGGGGACAACACTAGTAACTGCTATAATATATAAGGACAATTTA +TACGTTGCAAATGTTGGCGATAGTAGGTGTTATGTACTTAATGATACTGGATTAAATCAA +ATTAGTATAGACCATTCTGTTGTAGAAGAACTTGTTAGAGCAAATGTAATAACAGAAGAA +GAAGCTAGAAATCATCCTCGCAGAAATCATATAACAAGAGCTATGGGAACTGATGAGATG +GTTATAGTAGATATATTTAAAAGTAAGTTAAAAGAAAATGATTTAATTCTTCTTGCTAGT +GATGGATTGACTGGATGTGTAGATAAAGAAGATATAAAGAATATGCTTTTAATAAATGAA +GAGATATCAGAAATAAATAAAAAACTAATAGATATGGCCAATGACGTTTCTGGAAAAGAT +AATGTCTCGGTTATATTGATAAAGCATAAATAG +>rsgA +ATGTTAGAAGGAAAAATTACGAAAGGAATAGGGGGATTTTATTACGTAGATACTGAAAAG +GGAATTTATGAATGTAGAGCGAGGGGGATTTTCAGAAAACAAAAAATAACACCATTAGTT +GGAGATAGAGTAAAAATAAGTATAGTAGATGAAGAAACTAAAAAAGGTGTTGTAGAAGAA +ATTGATAAAAGGGATACGGAATTAATTAGACCACCAATAGCTAATGTAGATAAGGCATTA +ATAGTTTTTGCTGTAAAAAATCCTAAGCCACATTTATCTTTATTGGATAGATTTATAGTT +TTAGCTGAAAAAGAAAACTTAGAAATAGTGATAGTTCTTACAAAAGCTGACTTAGATGAT +GATAATACTTTAGAAAAAATTGCGAGTATATATGAACTTAGTGGATATAAAGTAATACCA +GTAAGTAATAAAACTAAATTAAATATAGATAAGATAAAGGAAGAGTTAAAAGGCAGTGTG +GTTGTATTTGCTGGACCGTCTGGAGTTGGAAAATCTAGTCTATTAAATGAAATAGATGGA +AATTTCCAATTACAAACTGGTGAGGTAAGTGATAAAATAAAAAGAGGTAAGCATACTACA +AGACATGCTGAGCTTTTAAAGCTAGAATGTGGTGGTATGGTTGCAGATACTCCAGGATTT +AGTTCATTAACATTAGATGATATAGAAGAAAATGAATTAAAAGAATATTTCATAGAATTT +TATAATTATGATGACTGTAAGTTTGGATCTAGATGCGTACATGAAAATGAACCTGGATGT +GGGGTAAAAGAAGCTGTAGAAAGTGGAGATATATCAAAAGAAAGATATGATAGTTATATA +CAGCTGTTAAATGAAATTAGGCAAAGTAAACAAGGTAAAAGGAGATACTAA +>rpe +ATGATTAAGTTAGCACCATCGATACTATCAGCAGATTTCGCAAGATTATTAGAGGATGTA +AAAAAAGTAGAGAATGCGGGATGTGAATACTTACACATAGATGTAATGGACGGTCATTTT +GTTCCTAATATTACTTTAGGACCTGGGGTTGTAAAGTCTTTAAGAAAAGATGTTAACATG +GTATTTGATGCACATCTTATGATAGAAAACCCAGATAACTACATAAAAGAATTTGTAGAT +GCAGGGTGTGATATGATAGTGGTTCACCAAGAAGCTTGTAAACATCTTCATAGGACTATA +CAAAATATAAAGTCACATAATATAAAAGCGGGGGTTGCTTTAAATCCAGCAACACCGATT +GAGACTATTAAACATGTATTAGAAGATGTTGATATGGTTTTAATAATGACTGTTAATCCA +GGGTTTGGAGGTCAATCATTTATTGAAGGTATGATACCTAAGATTAAAGAATTGAAGAAT +CTTATAGATTCAAAAGGTTTAAATGTAGATATACAAGTTGATGGTGGAATAAAGCCAGAT +AATGTACTTGATGTAGTTAAAGCAGGGGCAAATATTATAGTTGCTGGATCAGCTATATTT +AATAGTGAAGATATACAAGAAACTATAGATTTATTTAGAAAAAATGCATCTAAATAG +>thiN +ATGAAAATATGTATCGTTCTTAATGGAGAAATTAAGGATTTTAATAAGACAAAAGAAATT +ATAGAAAATGAGAATTATGATAGCATAATTTGCGCAGATGGAGGAGCAAATCATCTTTTT +AAAATGGGAATAAATCCAGATTATATAATTGGAGACTTAGATTCTGCAAATTTAGATATA +ATAAATTATTATAAAGAAAAAAAAGTGGCTTTTGAGAAATTTCCATCTAAAAAAGATGAA +ACAGATTCTGAAATATGTATATTTTTAGCAGAAAAGCTTAAAGCTACTAGTATAGATTTT +ATAGGTGCATTAGGAGGAAGAATAGACCATACTATTGCAAATATAAATTTACTTTACTAT +GTTAAAGAAAAAAATATTATACCTAAGATTATTTCTGAAAAAGAAGAAATCTATATAGCA +GTAAATGAAAAAATAATAATTGGGGGTAATAAAGGTGATACAATATCTGTAATACCAATT +AAAGGAGATGCAGAAGGAGTTACACTTGATAATTTAGAATACCCATTAAAGGATTATTAT +ATGAAATACTCCAAACCTTTAGGTATTTCAAATGTTATGTTAGATACAAGTTGTTCAATA +AGTGTTAAAAAAGGGATTCTGCTTATAATAAGAAATAAAGATATTTAA +>group_750 +ATGAAAAATCAATCAAAGGGGCTTTTAGGTATAATATGTATGGCAACAGGCGCAACTGTA +ATAATATCCATGATATTGCCTAATTGGATTTTTTCAATACTTACGGCATTGATTCTTATA +GTATGTGGAGTTTTACTATTTTTATATTAG +>rpmB +ATGGCGAAAGTATGTAGCGTATGTGGTAAAGGGAAGGTTTCTGGAAACCAAGTATCACAC +TCAAATAGACACAGCAGAAGAACTTGGTCTGCTAACTTAAGAAGCGTTAGAGCTATAATA +GATGGAACTCCTAAGAGAGTTAAAGTTTGTACTAGATGTTTACGTTCTGGTAAAGTTGAA +AGAGCTTAA +>group_1034 +ATGAGTGCAAGATTAACTAACGAATATGGATATGTAGAAATAGATAAGCAAGTAATAGCT +CAAATAGTATATAGAGCTGCAATGGAAAGTTACGGATTAGTAGGTTTAGGATATAAATCT +AAGGGTATAGTAGAATTATTGAAAGGTGAAAATGCTACTAAGGGTGTGAAGGTAGATGAA +TTAGAAGATAATACCATAGCAATAGAACTTTATGTTATAATACAGTACGGAACAAATATA +TCTACAGTTGCAAACAACATAATAGATAGAGTAAAATATACAGTTGAGAAGATGACGGCT +ATAAATGTAAGTAAAATAGACATTAATGTTCAAGGTATTAGAGTTAAGTAA +>group_712 +ATGATCCAATATATAGACGGAAAAAATTTAAGAGATTTGTTTGTATCAGGTGCAAATAAT +CTTCAAAATCATAAAGATTTAGTAGACAAGTTGAATGTATTCCCAGTTCCAGATGGAGAT +ACAGGAACTAACATGTCATTAACTATTTCTTATGCAATGAAAGAATTATCTAAGGTAGAT +AACGAAGAAATAACTAATATAGGTAAGGCATTATCTAGAGGATCTCTTATGGGAGCTAGA +GGTAACTCAGGAGTTATATTATCTCAGATAATAAGAGGTATAGCAAAATCAGTAGAAGGT +AAAGATAAGTTAAGTACGGCAGATTTTGCAGAAGCATTAAAATGTGGTTCAGATACTGCT +TATAAAGCTGTAATAAAACCTATAGAAGGAACTATACTTACAGTAATAAGAGAAAGTAGT +GAAGCTGCTATAAAAATAGCTAAAAGCGAAGAAGATTTTATTACATTTTTAGAATTAGTA +ATAAAAGAAGCAAATGATTCTTTAAATAGAACACCAGAATTATTAAAGGCATTAAAAGAA +GCTGGAGTTGTAGATTCAGGTGGTAAAGGATTAGTTATTGTATATGAAGGTATGCTTGAA +GCTTTAAAAGGAAGTCCTATAGAAATTAAAGATTCTAATTTAAGTGAAGTAAAGGAAATT +AAAGCACCACAAGGAAACATAGCTACTGAAGATATAAAATTCCAATACTGTACAGAATTT +ATATTAGAAAGTGATAAAGTAGATGATCTTCAAATAAGAGATAAAATGCTTAAATATGGA +GATAGCTTAGCTGTAGTTGGAGATGAAGGTGTAATAAAAGTGCATGTCCACACTAATGAT +CCAGGTCTTGCATTACAAGAAGCTTTAGCATACGGACAATTATTAACTATAAAAATAGAA +AATATGAAGCTTCAACATGAAAATACATTAATAGAATCTGGAGATGAGAGTGCGCCTACT +ACAGAAGAAAAAGAATATGGATTTATAGCAACTTCTATGGGTGATGGTTTAGCTAAAATA +TTTAAAGATTTTGGTGTTGATCACATAATAGAAGGTGGCCAAACTATGAACCCAAGTACA +GAAGATTTTATGAATGCTATAGAAACTATAAATGCAAGAAATATATTTATATTCCCTAAT +AACAGTAATATAATAATGGCTGCTAACCAAGCTAAAGAGCTAAGTGAGAAAAATATAGTG +GTTATACCTACTAAAAATACTCCACAAGGATTTACAGCTTTAGTAAGTTTTAATGGTGAT +GCTAGTGTTGAAGAAAATGAAGAAGCAATGATGGAATCTTTATCACTAGTTAAATCAGGT +CAAGTAACATATGCTGTTAGAGATACAGTTATGAATGATGTTGAAGTAAAAGAAGGAAAC +ATAATTGCCATAGCAGAAGGTAAGTTACAAGCTGCAGGTGAAGGTGTTAATGAGATAACT +ACGAAGCTTGTAGAAAATTTAGTTGATGAAGATAGCGCAATAATAACTTTATTCTATGGA +GAAGACGTGAGTGAAGAAGAAGCTAATAATCTTCGTGACGAATTAGAAGAAAAGTTTGAT +GATATAGATGTAGAGTTATACTATGGAGGACAACCTCTTTATTATTACTTAATTTCAGTT +GAATAA +>rsmD +TTGAGAGTTATATCAGGAAAAGCAAGAGGATTAAAATTAGATACTCCTAAAAATCAAGAT +GTAAGGCCTACGACAGATAGGGTAAAAGAATCATTATTTAATATGATAAATTCATATATA +ATGGATAGCAATATTCTAGATTTATTTGCAGGAACAGGTTCTTTAGGTATAGAGTGTTTA +TCAAGAGGAGCTAAAAACTGTGTTTTTGTAGACAAAAGCAAGGATAGTATAAACATAGTA +AGATCAAATGTAAAAAAGGCTAGAGTAGAAAATGAAAGTACGATTTTAAATGTTGATTTT +AAGGATGCAGTAAAGAGGTTATCAACTCAAAATCAAAAATTTGATGTAATATTTATGGAC +CCTCCATATTATGAGAATATGTTTATAGAATGCTTAAAAAGCATAGATAAATTTAATTTA +TTAGATGAAGATGGAATAATAGTTGTAGAACATGATACTAAAGACTTATTTGAAGATAGC +ATAGGAAGACTTAATAAAAGCAGAGAAAAGAAGTATGGAAATACAACATTGACATTTTAT +AAGCTGGAGGAACAAGATGAATAA +>coaD +ATGAATAAGAGAATAAGAAAAGCTATATTCGCAGGTAGTTTTGATCCTATAACAAATGGA +CATTTAGATATAATTTGTAGAGCATCTAAATTATTTGATGAATTACAAATAGGTGTACTT +TTTAATCCAAATAAAAAAGGTCTCTTTACTTTTGAGGAAAGAGTTCATCTAATAGAATCA +TGTACTAGTCATTTAGATAATGTTAAAATTGTAAGTTTTGATGGACTATTAGTAAATTAT +TGTGAAGAAAATCAAATAGATACTTTAGTAAGAGGAGTTAGAAGTGGAGCTGATGTTGAG +TATGAGCTTCAGATGGCTCATATGAATAGAGAATTAAATCCTAATATAGAGACTATCATA +CTGCCTACTACAACTAAGTATTCTTTCATAAGTTCGTCACTAATAAAAGAAGTTTTAACT +TTTGATGCAGATGTCAAAAACCTAGTGCCAAAGATAGTGCTAGAGGAGCTGAAACGAAAA +ACAAATAGGGGGAAGTAA +>group_856 +ATGAAAATAGATTTAGAGATGATGGAATTGTTTGACGACTTAGAGGATAGAATAAGTAAT +GCACAAACAGCCCGTTTTTCACAAAAATCAGTAATAGATAAAGAAGAGCTTTTAGCTATA +ATAAAAGAAATAAGAGCTTTAATGCCAGATGAGGTTACACAAGCTGTCTGGATAAATAAA +GAAAGAAATAGAATATTAAATGAAGCTAAAAGGGATGCTAAAGAGCTAGTAGCCCAAGCT +GAAAGAGATGCTGAAAAAATAAAAGAAGAATATAGTAGAAGTTTAGAAGAATTAAAACAA +AATTCAGAAGAAACTTTAAAAGATTATATAGAATCTAGTGATGTAGTCGGACAAGCGGAG +CAAAGAGCTAGAGAAATCTCAGAAAGAGCAGAACATGTGGCAAGAGAAATTAGACAAGGG +TCTATTGAATATGCTACAGATGTACTTTCTGCAGTTGAACATAATTTGAAATCTATATTA +GAAGAAGTAATTAGAGATAAGTCTGAGTTAAAATAG +>ylbJ +ATGAAAAAAAATCAAATTATTCTTTTTTTCCTTCCAGTCATAGTAGTATTATTTTTAATT +GTAGGAATAATAATATTTCCTCAAGAAGCTATTAAGTCAGCTAAGGAAGGTTTAAATATT +TGGGTAAACGTCTTAATACCATCTCTACTTCCATTCATAATAGGAGCTAATTTAATTGTC +GATTTAAAAATAGTTGATTTAATAGGAATGATAATAAATCCAATTACTAAATTTATCTTC +AATGTCTCTGGTAGAAGTGCCTTAGTATTTGTAATTTCTACAGTATCTGGATATCCTGTA +GGAGCAAAGTTAGCTTATGACCTTAGAATTAATGGCCAAATTTCTAGATCTGAAGCACAA +AGATTGGTTTCATTTTGTTCTACATCAGGACCACTGTTTATTATAGGTGCAGTAGCTGTT +GGAATGTTCAAAAATGCTTCTCTAGGATATCTAATGATATTGTGTCATTATTTAGGATCT +ATAAGCGTAGGTATTATATTTAGAAATTATGGTAAGGAAAAATTACCTTCCTCTAAGTAC +AATATTAGAACAAATTTTAGTAATATCATTAATACTAGATACTCAAGCAATACAGGATTT +TTTGTTTTGTTTGGAAATGCAGTTGTAAATGGTGTTAATACTTTACTTGCAGTTGGAGGG +TTTGTAATCGTATTCTCCGTTGTATTTAAAATTTTATCATTGTTTAATATAATATCGATA +CTGGCTTCTATACTATATCTACCTCTATCATTATTTGGGGTAACAAAGGATTTATGCTAC +GCCTTTATAAGTGGATTATTTGAGATTACTATTGGTTGCAATAATATTTCTAAAGTCGCC +TCTTCTTCTATGATAATAAAAGTCACTTTTTCCAGTTTTTTAATTGGATTTAGTGGACTA +TCTATATTAGCACAATGCTGTAACTTCTTAGCTAAAACCGATATTAATACTAACTTGTAC +ATATTAAGTAAGTTCTTACACGGGTTATTTGCATCTATATTCACTTTTTTACTTTACCCG +ATATGTAATTCAGCGTCATTCGTCTCTAATTTTGGTGATGTTTATGATACACTCTACATC +AATGGACTTTGGAGTTATTATCTAAATAATACCAATATAATAGTTCCCTTAATTCTACTT +ACATACCTAATATTTAAATTTGTTCTACCTAATCAAGCTAATAACAAAATAAATTTCTAA +>bltD +ATGAATTTAGATTTTAAAAAAATTAATAAAGATAATTATGATGAAGTATTAAAATTACAT +GTATCTAAAGACCAAATAGGATATATAGAATCTATAGAAGATTGCCTAGAGGAAGCAAAA +GAATATTCTCTATGGAGACCAATTGCAATATATGATGGAGAGATTCCAGTAGGTTTTGCA +ATGTATGGCTTGTTTTTAAATGAAGGTGAGTTCGGTAGAGTATGGTTAGATAGGATTATG +ATTGGAGATAAGTATCAAGGTAAGGGATATGGAAAAGCTAGTGTGAAGCTTTTAATAAAA +AGGCTTTATAAAGAATATGGACATAGAAAGATATACTTAAGTGTTTATGATGATAATATA +AATGCAATTCAACTATATGAAAGAATTGGGTTTAAATTTAATGGGGAAGAAGATACTAAT +GGAGAAAAAATAATGGAGATAAACTTAAATGATATGGAGGATTTATATGTTTAG +>group_506 +ATGAAAGATAAATACTTAATAGGAGAGGTATGCAAGCTGTTTAATATAACAAGGGATACC +TTGGTCCATTATGATAAAATAGGACTTTTAAGCCCTAAAAAGGATGATAAAAATGGATAT +AGATATTATGGAATTGAAGATATAAACTGTCTGATGGACATAATGTTATTTAAACAATTG +AATTTACCACTAAATGAAATAAATAAAGTGGTTAGAAATTCATCACCTTCAGATATACTA +GCACTAATAAAAGAAAAAGAAATATATCTTCAAGAAGAGATGGAAAAAGTTAAAAAACTC +CAAAAAAGGCTAGGTTTAATGAAATTAGCAGTAGAAACATGTGCTAATGATTTAAACAAA +ATAGAACTTAAGTCAAAAAAAGAAAGCTGTTTTTTCGTGGAGATTACGAAGGAAAATAAA +TTTAATGATTTTGTAGAAATTTTAGAAGGACTTAAAGATTTCGATGAATACTTAGCTGAT +TATGTTAAATTTTCCTTTTTAATAGATGAAGGAGTATTATTTGACGAAGAAGCTGATGAA +AAGATTAAGTGGGGAATTTCATTGAGGGAAGACTGCGATATTAAAACAAAGAATAAACTT +CACTATAAATTAGAGACTATATCGAATAATAAATATATCTATACGGTAATATCTTTAGAT +GACAATGATTATGACGATTGGATTCAATATATAAGAGATATTGTGGCTAAAAATAATATA +GATGTAGCTGGTTCCATTCTCGGTAGGATGCTACTTACAGTATATAAAGATGAAACTCCT +ATCGATTACTTTGAAGTATTCATACCTATAAAATAA +>group_492 +ATGAGTACATTAGATGAAAAAATAAAAGTAATAGATAGCATAACATATGATGGAGTAGAG +TTTGAAGTAATTTCTTATAATAATCTAGAAGGAGCTCAAAGAATAGAAACTGCAATGGGG +TTATTCTTTGCTAATCAAGTAGGATTAAAAATGAAGCAAGTAAGAATTAGATTAAATAAT +AGCGCTGTAAAAACTGAGGCAGGAGCGCTTTATTATTACAAAGGCAAGATAGAATCTAAG +AGTAATATTGGTGGAGTTGGAGGTTTGTTCAAAAAGGCTGTATCAGGAACAATTACTAGC +GAAAGTGCTATAAAACCAACATACTCAGGTACTGGTGAAATATTATTAGAACCATCATAT +AAGCATTATATAATGATGGAATTATCGAATGAAAGTATTATAGTAGATAAAGGTATGTTT +TACTGTTGCTCTGAAGATATAAATATTAAGGGTGTTGCACAAAAGAATATATCTTCAACT +CTTTTAGGAGGAGAAGGGTTCTTTCAAGTACAATTATCAGGAACTGGAATAATCGTTTTA +GAGTGTAATGTACCTAAGGAAGAGATAGTTGAGTGTGAAATTTCTAGAGGGGAAGAGTTA +AAGGTAGATGGAAACTTTGCAATAGCTAGAACTAGTGGAGTTAATTTCTCAGTTACAAAA +TCAGATAAGAGTTTATTTGGTTCAGCGGTAAATGGGGAAGGATTCCTAAATACATTTACA +GGTGAAGGTAAAGTTTGGATAGCTCCAACCCAGCCTATGTATGAAAAAATGAACTGTGGA +CTTCCGACTAACAATAATTCTATGGATAATCATACATCTCGTCAAAGAGGTTAA +>group_59 +GTGGGTGAGTACTTAGATAGTAATACTGCGCAAAAAGCTCAACATGGATATTGTGAGAAT +TTAAAAGATATGAGAGCATCGTTCTATATTGAGGGTAAAAATATAGAAAAAAATAAGGAT +ATAGAAGAATTGAGATTAGTTGATGTTGCTCCAACTCTTGCAAATATAATGGGATTTGAA +ATACCAACAGCAGAAGGAATGAATATTTTAAAATAA +>group_230 +TTGATTAAAGGAATTGTATTGTTGGTTTTATTTATAACTTTAGCCTTGTTAATGGGAAAG +TTAGTTTCAAAAATTCATTTGCCAGCTATACTTGGATGGTTACTTACAGGTATGATAATA +GGCCCACATGCGTTAAATTGGATGGATAGTAGCATAATAGATGCACAGTGGTTTCATATT +TTAAGTAATATTGGAGAAGTGTTTGTAGGTATGCTAATTGGTACTGAGTTAATACTAAAA +GAACTTAAGAAGTCAGGTAAACAAATATTAATTATATGTTTATTTGAAGGTATAACGTCG +TTTATATTTGTTTCAGTTGCGTTCTTTATATTTGCTGATATTCCAATGCCTATAGCATTA +GTATTTGGTGCTATTGCACTCGCTACAGCACCTGCACCATCTTTATCCATAGTAAAAGAA +TATAATGCACAAGGTCCTGTTTCAAAAACGCTAATACCGCTTGCTGCCTTAGATGATATA +CTTGCATTAATTGTATTCTTCCTAGTAATAGGTTTAGTGTCAGGATCTATGACTGGAGAA +GGTGTAAATGTATTTGCTATTTTAATGATGATAGTATTACCATTAGCCTTAGGGGCAATA +ACAGGATTAATAGGAGCAAAAGTTTTAAAGAAAGAATGTAATAAATGGCAGACTATATTA +AAAGTTACGGCGCTTATTATTTTAACTGTTGCTATTGGTGTATATATAAATGAAAATATA +TTATCTATAAATTTAGTATTATCTGGTATATCATTTGCTGCTTTTATTGCAAATATGGTT +GAAGAAGAGAGATTAAATGAGATAATGAAAGATATAAATCCAATAATGGGTATAGCATTA +GTTTTAGTTATATTAGACTTAGGAGCGCCATTAGATTATAATTTAATATTTGGTGCAGGA +CTGCTTACCGCAATATACATTATATCTCGTGGATTAGGCAAAATAGTAGGTTCTTATACA +GGTGGAAAAATATCAAAAGCTGAAAAAAATGTATGCAAATACTTAGGTCTTTCGCTTCTT +CCTCATTCAGGTGTATCACTTATATTTACTGGTATAGCAGTAAGTACATTATCACCGTAT +GTTCCTGAACATGCTGCTATGATACAAGGTACTATTGCAGCAGCGGCTGTTATAAATGAA +ATTATCGCTGTATTTTTAGCCAAGCAGGCTTTTAAAATGTCAGGAGAAATTAAATTAGAG +AAAAAAGAAAGACTTGATGAGGTAATAAATTAA +>betI_1 +ATGACAGAAAAAGAACTTGAATCTATAAGTATTAGAGAAAGAATTATTGATGTAGCGCTT +GAAGAGTTTGCACAGAATGGATATAAGGCAACTTCTACAAATGTTATCTGTAAAAAGGCC +GAGGTATCAAAGGGAATACTTTATCATTATTATGGAACTAAGGAAAATCTATATTTAACA +GTACTTAGGTATGTTATTGACAATTTCAAAAAAAATATAACTATAAATATTGAAAGTAGT +AATAAAAAAGGTATAGATTACATTAGCGAATATTTTAATAATAAGTTTAAGTTTTTTAGA +GAAAATCCATTACATTCTAGACTTATTGTAAACTCAAGAATGAATGACAATATAGAAGAA +GCAAAGAGGTTAGCTAAAGAATTTGAAGAGTATAATAATACTCTTATGCATGAGGTAATA +AAGAAGATAGATGTAAATCCTAGATTTGATAAAGAAAAAGCATTTGAACTTATTATAATG +ATAGGTGAGAAGTTAGAAGAAAAACATATGAAAGAAATAGAAAATAAAGACAAGGATGTA +GCGATTGAAGAATTTAGAAAAGATCATAAGATAATGCTAGAAATGGTATTTGAGGGCATT +GATAGCTAA +>mepA_10 +GTGGAGAATAAACAAAATATATTGGGTACAGAATCGATAGGAAAATTACTATTAAAGTAC +TCATTACCAGCTATAATAGGAATGATGGTAAATGCACTTTATAATGTTGTAGATAGGATG +TTTATCGGAAACATACCAGGCGTTGGTCCAATGGCAATAACAGGACTTGGAGTTGCAATG +CCAATAATGACAATAGTAATTGCCTTTGGAAGTCTTGTAGGTGTAGGATCAGCGACTAAT +GTATCTATAAGACTAGGAGAAGGAAAAAAAGGCGAGGCAGAGAGAATTATAGGAAATTCA +ATATGCTTAGCAATCATAATAGGTGTTACATTATCTATATTTGGATTATTACTACTAGAT +AAAATACTTATTACATTTGGGGCCAGTGAAGGTACTATTACTTACGCAAAATCATATATG +AATGTAATACTGCTTGGAACTACATTTAGTATAATGTCAATGATGTTTAGTAACTTAATA +AGGGGAGATGGAAATCCAAAGTTATCAGCTACAATAATGATTGTAGGGTGTGGTCTAAAC +ATAGTGCTAGATGCATTATTCATATTTGGATTTAATATGGGAATACAAGGAGCAGCACTT +GCTACTATAATATCTCAAATAACTTCATCAATGTTAGGATTATCTTATTATTTAAGAGGA +AAATCAAACGTTAAGTTAAAAAAGAAAAATTTAAAATTAGATATGAAAATTGTATCAGCA +ATATTTGCTATAGGTTGTGCACCTTTTGCAATGCAATTAACTAACAGTTTGGTTCAAGTA +ATATTTAATACATCATTAAAAACTTATGGTGGTGATTTATCAATAGGTGCAATGGCAACA +ATAAGTTCAATAAATATGATATTTGTAATGCCGGCTTTTGGATTTGTACAAGGAATGCAA +CCTATAGTAGGATTTAACTATGGAGCTAAGAAATACGATAGAGCTAAGAAAACTTTAAAG +ATTAGTTTAATGTCAGCTACAGTTGTATTTTTAATGGGAGCTTTAGTTATACAATTAGCA +CCACAAATTTTAGTAAGTATGTTTAATAAAGACCCAGAGCTTATGAATATAACTATCGTA +GGACTTAAAAAATATGCATTTGCTATGCCTATAGTAGGTATATCTATAGTAGGAAGTAAC +TTTATACAATCAATAGGAAAAGCAAAGATAGCTATGGTTTTAGGTTTACTAAGACAGGTT +ATAATATTAATACCAATGGTTATCATATTACCTAACGTCTTTGGTCTAAATGGAGTTTGG +TTTGCTCAACCAACTGCCGACATCGTTTCAGCGGTTATAACTGGTATAGTTTTAGTTAAA +GAAGTTAAAAAGAACTTCTCGGATGATAGTGAAATAGCACTTAAAGAAGCAGAAGTTATG +TAA +>slyA_5 +ATGAATGAAAATAATAAATACATAGCCAAATATGTTTCTCAAATACACAGAAAATCAAGA +ATATTTATGAATAGAGAAGTGGCAAAGTATGATATTAAATCAGGCCAACTTATGTTTTTA +CTTGATTTGTATATGAAAGATGGAAAGAACCAAGAGGAAATTTCTAAGAAATTAGAAATA +GACAAAGGAGCTACAACAAGAACTTTAAAAAACTTAGAAGAGCAAGGTCTTATAACTAGA +GTTAAAGATAATCATGATAAAAGGACTAATAGAATTTATTTAACAGAAAAATCTAAGTAT +ATCAAAGAAGATGTATTCAATTTAATTGATCAGTTACGTAATGAAGTAAGTAAAAGTTTA +ACTAATGAAGAAGAAGAGATATTGATAGATCTACTTGAAAAGATATATAAAAATATTAAA +ATATAA +>hemB +ATGTTAAGAAGACCTAGAAGATTAAGAGCTAATAAAGCTATAAGAAATTTAGTTAGAGAA +ACTAAATTAAATGTAGAAGATTTAATTTACCCTTTATTTATAGTAGAGGGAGAGGGAATA +AAAAGTGAAATTTCATCTTTACCAGATGTATATCATTTTTCTTTAGATATGCTAGAAGAT +GAGATAAAAGAAATAAAAGATTTAGGAATAGAGCATGTAATATTATTTGGTATACCTCAT +GACCATGAAAAAGATGAATGTGGTAGTGAAGCTTATAATGATAATGGAATAATTCAAAGG +GCTATCAGAAAAATAAAAGAAATAGATAGTGAAATGAATGTAATCACAGATGTCTGTATG +TGCGAATATACAAGTCATGGACATTGTGGGATCTTAAATGAAAAAGGATATGTTAAAAAT +GATGTTACATTAGAATACTTAACAAAGATTGCAGTAAGTCATGCTAAAGCTGGTGCTGAT +ATGGTTGCTCCTTCTGATATGATGGATGGAAGAATAGCTGCACTTAGAGAAGGATTAGAT +GAAGCTGGATTTGAGGATATTGGTATAATGGCTTATAGCGTCAAGTACGCATCCACTTTC +TATGGACCATTTAGGGAAGCTGCTAATTCTGCTCCGAGTTTTGGAGATAGAAAGACTTAT +CAAATGGATCCAGCTAACTCTAATGAAGCACTTATTGAGGCAGAGTTAGATGTTTTAGAA +GGTGCAGATATTCTAATGGTTAAACCTGCTCTTTCTTATTTAGATGTTATAAGAAGGGTT +AAGGATAATTTTGATTTACCGCTAGCTGCTTACAATGTTAGTGGAGAATATGCTATGCTT +AAGTCTGCTGTTAATAATGGTATATTGGCTGAGGGGGCAATCTATGAATCGGTTATGTCG +ATTAAGAGAGCTGGGGCTGATATAATAATTACTTATTTTGCTAAGGATTTAGCTAAGATG +ATAAGAGGGTAA +>cysG +ATGAAGGGTAAAGTATACTTAGTTGGGGCAGGACCAGGAGATTATAAATTATTAACTTTA +AAAGGATTAGAGTGTATAAAAAAAGCTGATGTTATAGTTTATGATAGATTAGCAAATTCA +AATTATCTAAAAGAAGCTAAATCTAACTGTGAATTTATATATGTTGGAAAAGCATCTAGC +AATCATACACTACCTCAAGAAGATATAAATAGAGTAATAGCTGATAAAGCTAAAGAAGGC +AAAATAGTTACAAGACTTAAGGGAGGAGACCCTTATGTTTTTGGTAGAGGAGGGGAAGAA +GGTCAACTTCTAAAAGAAGAAGGAATAGACTTTGAAGTAATTCCAGGGATAACCTCTGCT +ATAGGTGGACTTTGTTATGCAGGGATACCTATAACTCATAGAGATCATGCAAGTTCATTC +CATGTAGTAACAGGACATCTAAGAGATGATGATAAAGAAAATCATGAGATAAATTGGAAC +GCATTAGCGAATATTAGAGGTACTCTTGTATTCTTAATGGGAGTAGCTAACTTAAAGAAA +ATAAGTGAAAACTTAATCAAAGAAGGTAAATCAAAAGATACTCCAGTTGCTCTTATAAGT +TGGGCAACTAGATATAACCAAAGAGTAATAACTTCTACTTTAGAAAATGTTTATGAAACT +GCAGTAAGAGAAAATGTTAAGCCACCAACACTAATAGCAATAGGAAGTGTAGTAGAGTTA +AGAGATACTCTTAATTTCTTTGAAAATAAACCACTATTTGGAAAAAATATAATGGTTACT +AGGAGTAGAACTCAAAGTAGCTCAATAGTAGAAAAGATAATGGATTTAGGCGGAAATCCA +ATAGAAATACCTACTATAAAAATAGAGAAGATAGAAAATAATACTGAATTAGAAAATGAA +ATAAATAATATAAAAGATTATACATACTTAGTTCTTACAAGTAAGAATGCTGTAGAAATA +TTCTTTGATAAATTAGAAGAAATGAACTTAGATACTAGAGCTCTAGCGAACTTAAAAGTA +TGCGCAATTGGAAGTGCTACAGCTAAGGAAATTAAATCTCGAGGTATAATTGCAGATATA +GTTCCTAAAGCTTTTGTAGCAGAATCTTTATTTGATGAATTGAAAGATAAATTAACTAAG +GAAGATAATATATTAATACCAAGAGCTAGAAATGCTAGAGATTACTTAGTGGACAAGTTA +AGTGAAATATGTACTGTAAAAGAAGTTCATACTTATGAAAGTGTAATAGACACTAGTAAG +AAGGATGAAATACTAGATATATTAGAAAAAGAAGACTTAGATTTTATAACTTTTGCAAGT +TCTTCAACAGTAAGAAACTTTGTAGAAATTATAGGACAAGATAACTTAGATAAAATAAAT +AGTTCTAAAGTAATATCTATAGGACCAATAACTTCAGCTACTGCGGAAGAATTAAATATA +AATGTTTATAAAGAAGCTGAAACAGCAACTATAGATAAGATAGTAGAAGCAATTACTGTT +TGTTAG +>hemC +ATGAAAGTAGTAGTTGGAACGAGAGGTAGTAAGTTAGCTCTTACGCAAACTAATTGGGTA +ATAGATGAGTTAAAAAAAAATAATCCTGAAGTTGATTTTGAGATAAAGATAATTAAAACT +AAGGGAGACTTAGTACAACATTTATCTTTAGATAAAATAGGTGATAAAGGATTATTTGTA +AAAGAGATAGAGCAACAATTATTAGATAAAGAAATAGATATAGCTGTACATAGCATGAAG +GATATGCCTTCATGCTTACCAGCTGGATTGAAATTTGCAGGGATACCGAAAAGAGAAGAT +CCAAGAGATGTTCTTATATTAAAAGAAGGATATACCTCAATAGATGATTTACCACAAGGA +GCTAAAATAGGGACAGGCAGTAAAAGAAGAAAATATCAACTACTTAGAGCTAGACCTGAC +TTAGAAATAGTTCCAATAAGGGGAAACATAGATACTAGAGTAAGAAAAATAGAAGATGAA +AATCTAGATGGAGTAGTACTTGCAGCAGCAGGAATTTTAAGAGCAGGTATGAGTGAACAT +ATAAGCTACTATATACCAACAGATGTAATGGTTCCAGCACCAGCACAAGGAGCCCTTGCT +ATAGAAATAAGAGATAATGATTTAGAAATAGAAAATCTAATCAACTGTTTAAAAGATGAA +GAAACAGAAATTCAAGTAGCAGCTGAAAGAGGATTTTTAGATGGAGTTAATGGTAGTTGC +CATATTCCTATGGGAGCTTATTGTATAGTAGATGATGAGAAGATTAAGCTAACAGGATTG +TTTGGAGATGAAGATGGAAAAAAACTAATAATAAAAAGTATAGAAGGAAGCTCAAAATCT +CCAAGAAAAGCAGGGATAGAATTAGCAAAATTAGTCTTAAAGGAGTATGAAAGCTATGAA +GGGTAA +>cbiL +ATGGCAAAGTTTTATGGAATAGGTACAGGACCTGGAGATAGTTCGTTAGTAACAGTAAAA +GCGGTAGAAACTATACAAAATTTAGATATATTATATACACCAGAATCGAGAAAAGGTGGA +GATAGCTTAGCGTTATCAATAGTAAGTAAATACATACCAGATGGACTTGAAATAAAATCA +AGACACTTCCCGATGAATTTTAATGATGGAGAAAAAATAACGGCTTGGAATCAAATAGCA +GAGGAAATAGTAGCAGATGTTAAAGGTGGCAAGAATGTTGGATTTGTAACTTTAGGAGAT +CCAATGATATATAGTACTTACGTTTATATAATGGAAAGATTGATAGATGACATAGAAGTA +GAAACTATACCAGGAATATCTTCATTCTCAAATATAGCATCTAATCAAAACTTCCCATTA +GTTATGGATAGAGAGCCATTAATAGTAATACCTTGCACAATGGAAGAAGAAAGAATAGAT +TATGCATTACAAAATTATAGTTGTATAGTATTAATGAAAGTATATAAAAACTTCAAAGAA +ATAATAAACAAGTTAGAACAATATGAATTAATAGATAGTGCTATACTTGTAAGTAATTCT +TCACAAGAAGGTGAAGTTGTTTATACTAATTTAAGAGATGTACATTTAGAAGAAAAGATA +TCTTACTTCTCAACAATATTAGTAAACAAAGATAATAAGAAAGAATTAGGAAAGTTAGAA +AACAAGGTAGGCTAG +>cbiK +ATGAAAAAGGCAGTATTAGTAGTAAGTTTCGGAACAAGTTACGAAGAAACTAGAAAAAAG +ACAATAGAAGCATGTGAAAAGAAAATAAGTTCAGAATTAAGTGAGTATGATTTTCATAGA +GCATATACTTCAAATATGATAATAAGAAAAATAAAAAAGAGAGATGGAATAGAAATAAAT +AATCCATTACAAGCCCTAGATAAATTACATGAAGAAGGATATGAAGAAGTTATAGTTCAA +ACACTTCATATAATCTGTGGAGAAGAATTTAATAAGTTAAAAGATCAAATAGAAGAATAT +AAACCTAAATTTAAAAAATTAATATTAGGTAGACCATTACTTACTTATATAGATGATTAT +AAAGAAGTTGTTGAAGCTATAGAAACTCAAATACCACAAATGTGTGATGATGAAGCTGTA +GTATTTATGGGACATGGAACTTTCCATGAATCTCATTCAGCATATCCAGCTATCGAGTAC +ATGTTAAGAGATCATGGAATAAATGCTTATGTAGGAACAGTAGAAGGTTATCCAGAATTA +GACCATGTTATAAAGAAATTAAAAGCAGACAATATAAAAACTGTTAACTTAATGCCACTT +ATGTTAGTTGCAGGAGATCATGCAATAAATGATATGGCAGGAGATGAAGAAGATTCTTGG +AAGAGCATGTTAGAAGAAGAAGGATTTGAAATAAAGGTACACTTAAAAGGATTAGGAGAA +AACTCTAAAATTCAAGATAAATTTGTAAAGCATGCACATGACTGCATAGATCAATTAAAA +GAATTAGAAGAAATATGCTAA +>cbiJ +ATGATATTAGTTTTAGGTGGAACTTCAGACAGTTTAGAAATATGCAGCGAACTAAACAAA +ATATTCAATCTAAAGTACACTTTATCTGTAACCACTGAATATGGAAGGGATTTAGCACTA +GGATATGCAAGAAATGTTATTTTAGGTAAGCTTACTAAGGATGATATGAAGAAATTCATA +AAAGAAAATAAAGTGAAGCAAATTATAGATGCTACTCATCCGTACGCAATTGAAGTTTCT +AAAAATGCTATAGAGTGTTCAAAAGAAAGTAATATAGAGTACGTAAGATATGAAAGAAAA +TCACTTATAGAAGGTATAACATACCCAAATATATATGTAGTTGATACTATTGAGGAAGCT +TGTGAAATAGCGAATCAAAAAGGTAATAACATTTTTATAGGAACAGGTAGTAAAAACTTA +GATAAGTATGTAGAGCTTATAAAAAATAAAAAGCTAATTGTGAGAGTATTACCTACAAGT +GAGGTTATAAAAAGTTGTGAAGATTTAGGACTAAATGGAGATAACATAATCGCTATGAAG +GGTCCATTTAGTAAAACCATAAATATGGAAATGTATAAGCAATATAAAATAGATTTAGTT +ATAACTAAGGAAAGTGGAGTAGCCGGAGGATTCTTAGAAAAAGTAGATGCAGCTGATATC +CTTGACATACCAGTAGTAATAATAAAAAGAGAAACAATAGATTATCCAAAAGTTATTAAC +GATGTTAAAGAAATAAGAAATTTTATTATGATTTAG +>cbiH +ATGATATATGTAGTAGGAATTGGACCAGGTAGCAAGGATATGATGACTCTAGAAGCTATA +AAAGCTATGGAGAATGCAGATGTAATAGTAGGATATAAAACATACATAAACTTAATAACT +GAATTTATTCAAGATAAAGAAGTAGTTTCAAATGGAATGAGACAAGAAATAGACAGATGT +AAAAGAGCTGTTGAAATAGCTAAAGAAGGTAAAACTGTAGCTGTTATAAGTAGTGGAGAT +GCTGGAATATATGGAATGGCAGGTTTAATACTTGAATTAACAGCCAAAGAAGAAACAGAA +GTACCTGTTAAAGTTGTTCCAGGTGTTACTGCAAGTATAGGCGCAGCTGCAATACTTGGT +GCGCCTATAATGCACGACTTCTGCCATATAAGCTTAAGTGACTTATTAACCCCTTGGGAA +GTTATAGAAAAAAGGCTAAGATTAGCTGCAGAAGCTGACTTTGTAGTTTGTTTATATAAC +CCAAGAAGTAAGGGAAGAAGTGAACATTTAGCTAAGGCTTTTGAAATAATGGGAGAGTTT +AAAGATGGTTCAATTCCAGTAGGAATAGTTAAGGATGTGGGAAGAGAAAATGAAGAGAAA +TTCTTATGCACATTCGATACTATGGACTTTGAAAGAGTAGATATGACAACTATGGTTATT +ATAGGAAATAAATCTACATTTATAGACGGTGATAAGATGATAACTCCTAGAGGATACACT +GTATAA +>cbiG +ATGAATATAGATTCTAAAATTGCAATACTTTGCATTACGTCAAATGGACGAAGCTTAGCT +TGTAAAATAAAAAGGTCCTTAAATGATGGAGATATTTATTTTATAAACAACAAAAGAGAC +GAAAATTCATTAGATGATAATGAGGTGATTAGTAAATATTTAGAGGAAGATGTAGAAATA +TATACTGTTAAAAAAAGATTAAAATTTTTCGTAGAAGATATATTTGATAAGTATGAATAC +ATATTATTTATAATGGCAACAGGAATTGTAGTTAGGACAATAGCGCCACTGGTTACTAGT +AAATTTTCTGATCCAGCAATTTTAGTAACTGATGAAAAAGGAAGTAATATTATTAGTTTA +CTAAGTGGTCATATGGGTGGAGCAAATGAGATGACTTTACATATAAGTGATTTAATAAAC +TCTAATCCAGTTATAACAACAGCTACTGATATAAATAAAAAATCTTCCTTAGATATTATA +GCAAAAAAACTTAATGGTCATATAGTGAATTTTAGAGATAATGTTTTAGATGTTAATGCA +ATGTTGGTTAATGGAGATGCAGTAGGTTTATATATTGATGGAGAATATAACATTGATACT +AGAGGATTTACTGTACTAGACAATTCTAAAAGCTTAGAGTCGTCCATATCATCTGATGAA +GAGTTAAAGAAAATTAACTTGAATACCATCGTTGTTATAAGTAATAAAGAGAATTTACAA +ATAGATAAGTATTATGAGGATAAATATAGAATTATTAAAGTAACACCGAGAGATATAGTA +ATTGGAATAGGATGTAGAAGAGATACAGAAAGTCATCTCTTACAAGACTCTCTAGAAGAC +TTTTTAATTAAAAATAATATAGACATAAACTCAATCAAAGAGATTGGAAGCATAGAAGTA +AAAAAAGATGAAAAAGCAATTATAGATTTAAGTGAAAATCTAAATGTGCCTTTTAGAGTA +TTATCTGTAGAAGAAATATCACAAGTAGATTATTTGTTTGAAAAATCGGAATGGGTGAAA +AAAAGTGTAGGAGTATATTCTGTAGCTGAACCAGTAGCTCATCTACTAAGTGATGGAAAC +GTGATAATAGAAAAAAACAAATACAAAGGAATTACATTTTCAGTAGGGAGATTAAAAATA +TGA +>cbiF +ATGATAAATAAAGTACATTTTGTAGGGGCAGGACCAGGAGACAAAGAATTAATAACACTA +AAAGGATATAAGCTTTTAAGTAATGCAGACGTTGTAATATACGCAGGTTCATTAGTTAAC +CCAGCACTTTTAGAGTACTGTAAAGAAGGTTGTGAAATACACAACAGTGCTTACATGAAT +TTACAACAAATAACAGATGTTATGGAAAAAGGAATAAAAGAAGGGAAGTCTGTAGTTAGA +TTACAAACAGGTGACTTCTCAATATATGGTTCTATAAGAGAACAAGTAGAAGAATTAAAT +AAAATAGATATAGATTATGATTGCACACCAGGAGTAAGTTCATTTCTAGGAGCATCTTCT +GCACTTGGGGTAGAGTATACAGTACCAGAAATATCTCAAAGTGTAGTAATAACAAGAATG +GAAGGAAGAACTCCAGTACCAGAAAAAGAATCAATAGAGTCTTTTGCTAAGCATCAAACT +TCAATGGTAATTTTCTTATCAGTTCAAGAAATAGAAAAGGTTGTTGATAGATTAATCGAT +GGTGGGTATCCAGAAACTACTCCAATAGCTGTAGTTTACAAAGCTACTTGGCCAGATGAA +AAAATAGTAAAAGGAACTCTACAAGATATAGCTGAAAAAGTTAAAGAAAATAATATAACT +AAAACAGCTTTAATAATGGTAGGAGAATTTTTAGGTAAGGAGTATAACAACTCTAAGCTA +TACGATAAGGATTTTAAACATGAATATAGATTCTAA +>cbiT_2 +ATGAGGAATAGTGAGTTTATAACAGGGAAAGTTCCAATTACTAAAGAAGAAGTAAGGGCA +ATATCTATAAATAAATTGGATTTAGTAAATGCAAAAAGATTTATAGATGTAGGTGCAGGA +ACAGGTAGTGTAACTGTTGAAGCTGCATATCATTATCCAAACTTAGACGTTACAGCAATA +GAACGTAATGATGATGCTCTAGAATTAATAAATAAAAATGTTGAGAAATTTAATTTAAAG +AATATAGAAGTAATAAAAGGATATGCACCTGTCGAAATAAATAAAAAGGTAGATGCAATA +TTTTTAGGAGGTACTGGCAACAACCTTGAAGAAATAATAATATGGTCGAAAAGTCTGTTA +ATAGAAGGTGGAAGACTAGTTGCTAACTTTATAATAGTAGATACTTTTAATCAAACATTA +AACTTGTTAAGAGAGCATGGATTTACGAATATAGATGTATCTGTGCTAAGTGTATCTAAG +TTAGAAAAACTGGGTAGAGGAGAATATTTCAAACCTTTAAACCCAATTTACATAATATCT +TGTGAAAAAGGAGTAGAGTAA +>cbiE +ATGATAAATATAATTGGACTAGGTCCAGGAAATGAAAATTATATAACTAAGTTGGGTGAA +CACTTAATTAAACAGTCAGAAGTTTTAATAGGTGGCAAGAGAAATCTGGAAACTATCAAA +GACTTTAAGGGTGAGAAAATTGAGATGGCATCTAATTTAAAAGAAATTTTAGAATACATA +AATACTAACACACATAAGCAGATATCTGTTATTGCATCAGGAGATCCATTTATATATGGA +ATAGGAAGATATTTATCTAAGAATATTGATAATAAAAATTTAAATATAGTATCAGGAATA +AGTTCATTACAATATATATTTTCAAAAATATATGTTGATATGAATGATTTATATATTACT +AGTAGTCATGGGAAGGTACCTGATTTTGATTATATATTATCTCACAAAAAAGTGTGTATG +GTTACAGATAACAAAATAGGACCTCATGAAATAAGTAATGAAATAATAAAAAGAGGATTA +AAGAAAACTGTTGTTGTTGGAGAAAACTTATCTTATGATAATGAACAAATTACAATAGGA +AGTCCAGAAGAAATACTAAAGATAGAAAAATTTGACATGAATGTTGTGGTGATATTAGAT +GAGGAATAG +>cbiD +ATGGAAGAGTATGTATATATTGATGGAAAAAAATACAGACGAGGATATACTACAGGTTCA +TGTGCAACAGCTGCATCAAAGGCAGCAACTTATATGTTACTTACAAAAAATAAAATAGAA +AAAGTAAATATAGATACACCAAAAGGAATACCACTATCACTAGATGTTTATAATATTGAG +CTCAATGAAGAATATGTAATTTGTTCTATTGAAAAAGATGGAGGAGATGACATAGATGCC +ACACATAAGATGCATATATATGCAAAAGCAGAGCTTGTAGATAGAACTAATGATAAAGAT +ATAATAGTTGATGGTGGAATAGGTGTAGGAGTTGTTACTAAAAAAGGTCTTAGTGTAGAA +GTAGGAAGACCTGCGATAAATCCAGTTCCTATGAGGATGATAAACACTGAAGTTAGAAAA +GTTATAGGAGAAGATTTTAGTAGTAATATAGGAAAAGAAAAATCTTTAAAACTGACAATA +TCAGCTCCACAAGGTGTAGAAATAGCAAAGAAAACTTTTAATCCTAGACTTGGGATAGTA +GGTGGAATATCTATTCTTGGTACAAGTGGAATAGTAGAGCCAATGAGTGATGAAGGTTGG +AAAAAATCTTTATCAGTAGAATTAGAAATGAAAAAAGCTCAAGGACTAGATAAGATAATA +CTTGTTCCAGGTAACCATGGAGAAGAATTTATAAAAGATAAATTAAACCTAGATATGAAG +TATGTAGTGAGAACGAGCAATTTTATAGGATATATGCTAAAGGAAGCTCAAAGAATTGGG +TATAAGAAAATTCTTATGGCAGGTCATATAGGTAAGTACATCAAAATATCTGCTGGAATT +TTTAACACACACAGTAAAGTAGCTGATGCAAGAAGTGAAATACTAATTTCCAACTTGGCT +ATGATGGGAGCTCCATTTGAGTTTCTGAAGAAGATTGAAAGTTGTGTTACAGCTGAAGGT +GCAGTAGAAATTATAAATGATAGTGAATACACTGATTTTTATGACTTAATAAGCAATAAA +TGTAAGTATAAAATAGACCAATATTTATTAGATGAGGATATAGATGTAGGAGTAATGATG +TTCACGATGGATAAAACATTACTTGGAAAATCAAATAATGCAGATCAGTTAGTGGAGGTA +TTTAGATGA +>cbiC +ATGGAATACGTTAAAAATCCTATGATGATAGAAACAAAAAGCTTTGAAATTATACAAGGT +ATAATAGATGATATTAGACCAGGGTATGAGTTCAAAAATGAAGTAGAAGAGAAAATTATA +AAGCGTGCAATACATACAACAGCAGACTTTGAATACTTAGATATATTAAAAATATCTGAT +GAGGCAGTAGACTCTATAGTAGATGCACTAAAAAATAAAGCTACAATATTCACAGACACA +AACATGGCCCTAAGTGGAATTAATAAAAGAAAATTAGAAGCATTAGGCTGTGAATACAAG +TGCTTAGTTGCAGATGAAGAAGTAGCAGCACTTGCAAAAGAAAAAGGAATAACTCGTTCT +ATGGCAGCAGTAGAAGTAGCAGCTAATACAAAAGGAAGAAAATTATTTGTACTTGGAAAT +GCTCCAACAGCTTTATATAAGGTTATGGAAATGAAAAATGAAGGTAATCTTGATGTAGAT +GCAGTTGTAGGTGTTCCAGTAGGATTTGTAGGAGCTGCAGAGTCTAAGGATGAATTAGAA +AAAACAGATATACCTTACATAATTTCAAAAGGAAGAAAAGGTGGGAGTAACCTAGCTGCA +GCTATAGTAAATGCTATCTTATATTCTATGTAG +>cobD_3 +ATGAATATATTATCTATTTATATTGGATATATAACAGATTTAATTGTAGGAGATCCATAC +TCTTTTCCACATCCAGTACGTTATATAGGAAAACTTATAAGGTATGTAGAAAAGAAAGTG +AGAAAAGTAGCAAAGACTGATAAGGATTTAAAAATAGGTGGATTTGTATTATGGTTTTTT +ACTGTAATACCAACTTATTTAATTACTTATCTAATAATTAAGCTTAGTAGTTTTAATCCA +TATGTATTTGTATTTGTAAATGCCTTTATCATATATACAACATTGGCAACAAAGTGTTTA +AAAGATGAGGCAGTAAAAATATATAGGGTACTTAAAACTGGAGACTTAGAACAATCTAGA +ATACAGCTATCTTATATAGTTGGTAGAGATACGGAACATTTAAGTGAAGCTGAAATAATA +AGAGCTACCGTAGAAACTGTTGCTGAAAATACTGTAGATGGAATTATTGCACCTATGTTT +TTTGCTTTTATAGGAGGAGCACCTCTTGCTATGGCATATAAAGCGGTAAATACATTAGAT +TCTACTGTTGGATATAAGAATGAAAAATATCTACATATAGGTTTTGCATCTGCAAAAATA +GATGATATTGCAAACTATATACCAGCTAGAATATCAGTATTATTAATGTCTATAGGTAGT +CTGGTGCTAGGATATAACTATAAAAATGCTGCAAATATAGCAATCCGAGATAGGAAAAAT +CATAAAAGTCCTAACTGTGCATTTTCAGAAGGTGCAGTAGCAGGAGCTTTAGGAATTCAA +CTAGGTGGAACTAATATATACTTTGGACAAGAAGTGTATAAGCCTACTATTGGAGACAAA +GATAGAGAAATAGAAAGTGATGATATAGTAAAAACAAATAGGATAATGTATGCTACATCG +ATAGCTTCAATGATAGTATTTACATTAATATATGTATTATGTGTGAGGTGA +>cobQ +ATGGGCAAAAAAATAATGCTACAAGGTACAGCTTCAAACGTTGGAAAAAGTACTATAGTA +ACAGGATTATGTAGAATATTTAAACAAGATGGATTTACTGTTGTACCATTTAAATCACAA +AATATGGCTTTAAATTCTTTTATAACAAAGGAAGGTCTAGAGATGGGAAGAGCTCAAGTT +TCTCAAGCAGAAGCTTCTGGTTTAGAGCCAATAGCAGATATGAACCCAATACTGCTAAAA +CCGTCAGGAAATCATAAAAGTCAAGTTATAGTCAGAGGTAAGGTTGTAGGAAATATGTCA +TCAGTAGAATATCATGACTACAAACTTCAACTAATGGATGTGTTGAAAGAAACTTTTAAT +GAATTAAATAGTAAATACGACATTACAGTTATGGAAGGTGCAGGGAGTTGTGCTGAAATT +AACTTAAAAGCAAGAGATATTTCTAACATGGGAATGGCACAAATTGCAGACTCTCCAGTA +ATAATAGTTGGAGACATAGATAGAGGTGGAGTATTTGCTTCTTTAGCAGGTACAATGCTT +TTATTAAATGAAGAAGAAAGAAAAAGAGTTAAAGGTGTAATTATAAATAAGTTTAGGGGG +AGAAAAGAACTTTTAGAAGAAGGCGTTAAAATGCTAGAAGAAATTATAAAAGTTCCTGTA +CTAGGAGTGCTTCCTTATAACGATATAAAAATAGAAGACGAAGACAGTGTGACTACAAGA +TTTAAGAAAGCTGTTGGAGTAAAAGATGTACACATAGAAATAATAAGAACTCCTCATATG +TCTAACTTTACAGATTTTCATATATTTGAAACTCAAGAAGATGTAAGTGTAAGGTATGTT +GATTATGGAGAATCTTTAGGAAATCCAGATATAGTAATTATACCTGGAAGCAAAAGTACG +ATAGATGACCTTAAATTTATTAGAGAAAATGGATTAGAAGATCAAATAAAATCATTACAT +AAAAAAGGTAAGTTAATAGTTGGTATCTGTGGAGGATATCAGATGTTAGGTAAAAAGTTA +AAAGACCCTTATCATGTAGAAGGTGAAGTAGAAGAGTATGATGGAATAGGTCTATTAGAT +ACAGAAACTATATTTGAGCAAGAAAAAACAACTACTCAAGTAAAGGCAACTATATGTGAA +GGATTAAGTGGATACCTTGAATGCTTATCAGGAAAAGAAATAAGTGGATATGAAATACAT +ATGGGTGTTACAAACATAGGTAATGATATAAGGAATTTAGATACTATAACTGAAAAGTTA +GGTGAAGAAGTTAATTATACTGAAGGTAGCGTAAACAATGAAGGAAATGTATTTGGAACA +TATATCCATGGAATTTTCGATGAAATAGAATTTACTAGAGCTTTACTAAATAATATAAGA +CAAAGTAAAGGCTTAGAAAGTATAGAAAGTAAGGTAGGTTCATTTAAAGAATTTAAGGAA +AATGAATATGACAAATTAGCAGATTTCCTAAGAAAACACTTAGATATAGATAAAATATAC +GAAATTATGAATGATTAG +>pspA_3 +ATGATAAAATTAATATTGGTAAGACATGCAATTACAGAAGATAACAGAAATAAAAAGTTA +TCAGGTCATATAGATAGTATGTTAAGTGAAGAAGGTAAAAATCAGATTATAGAGCTTACA +GAATTTTTACAATCTCAAAGTATAGACAAAATATATACTACCACATCATCGAGGACAAAG +CATACTGTAGAGTATATAGCAAAACAAAGAAATATAGACATAATAGAAAAAGATTGTTTA +AAAGAAATAAGCTTTGGAGATTTTGAAGGACTTGATTTCAATGAAATTAAAGTTAAATAT +CCAGAGGAATTTCAAAAAATGATAGATAAAGGATATGAATATAGATATCCAAATGGAGAA +AGCTTAATAGATTCTTACAACAGAGTATCAAAAGAGATAAAAGCAATAATAGATGATAAT +GATAACAAAACGATTCTTATTTGTTCTCATGGAGGAACTATTAGAAATATCATTACTTAT +TTAATATCAAACTCTTATGAATACCATTGGAACTTTAAGATAGATAACTGTTCAGTTACT +ATTTTGGAAGTAGATAATGGATTCACTGTAGTAAGTAGTATGAATAATACAAGCTTTTTA +AAAAATTGA +>cobS +ATGAAAAGATTTATTTCGATACTACAATTCATGACTAGAATTCCCATAAATATAAATGTT +GGATTTGATGAAGAGTTTCATAAAACTTTATCTTATTTTCCGTTAGTAGGGTTAGTGCTT +GGGGTATTAGAACTGTTAATTGGTAAAATATCTCTTATGATATTTGATCCATTTATAACT +TCTCTGATAATTACGTTAAGTGCAGTAATACTTACAGGAGGACTCCATATAGATGGCCTA +GGTGATACCTTTGACGCATTATACAGTTATAGAGATAAAGAAAAGATGCTAGAAATAATG +AAGGATTCTAGATTAGGAACAAATTCACTTTTAGCAGTAATGTTTTTATTATTATTTAAA +GTAGGATTTATTTACAGTATCATAAATAAAGGATTATTATGGCTTGTAATGTTTATGCCT +ATTTTAGGTAGACTTGGTGTTTTAGTTTTAACTTATAAAACAGCAACACCTAGAAAGAAT +GGATTAGGAAACTTATTCATAGGAAAATGTTCATTAGGAATGTTTTTAACTGCTACATCG +TATTCACTAGTAATGCTAGGATTAATTTCTAAGTTTATATTCGCGTCAACAAATGCAGTA +TTAATAAGTATACTAATTTCTGTACCAGTAGTTTTCTTATTTAATGTTATATTTAAAAAT +CATGTTTATAAGAAAATAGATGGAGTAACTGGAGATATATTAGGTTGTAGCATAGAATTA +TCAGAGCTTATATATTTAATTTATATATATATATCATTAATATTTATAGTTTAG +>cobU +ATGAGTGAAATTATTCTAGTTACTGGTGGAGCAAGGTCTGGTAAAAGCAGCTTTGCAGAG +TTACTATGTAAGGATAGAAATAATAAAACAGCATATATAGCAACATCAATACCTTTTGAT +GATGAAATGAAAGATAGAGTAAAGAAACATCAAGACAGTAGACCTTCAGAATGGAAGACT +TATGAAATCTACAAAGATATATACTCTATAATAAGAGAAATTAATGATAATCATGAAACA +GTCATCCTAGATTGTGTTACTTTGTTAGTTAATAACTTAATGTTTAGTTATGACATCGAT +ATAGATAATGCAAAATCAGATGAGATAAATGCTCTAGAATTGTATATCAAAGATCAAGTT +AATAAATTATTAGAAGAAATTAAATTAACCGATTTATACTTTGTATTTGTTACCAACGAA +TTAGGTATGGGAATTGTTCCAGGAAACAAACTTAGTAGAATATACTCTGATATTGTAGGT +AGGATTAATCAACTTATTGCATCTAAAAGTGATGAAGTTCACTTTGTAGTAAGTGGTATA +CCTATGAGGATAAAAGGATAG +>cobT +ATGAGCGTATTAGAAAGTACATCAATGTTAGAGAAAGCTTTAAATAATATAGAGCCACTT +GATCAAGCTTATATAGAAGCAGCAAGACATAGATTAGATAGACAAGCAAAGCCTCAAGGT +AGTTTAGGCAAAATGGAGGACATCTGTGCTCAATTAGCAGGTATTTATAGAAGTAAATTT +TTTGACACAGATAAAAAAGTAGTTATAGCTTTTGGGGCTGACCATGGTGTATATGAAGAA +GGAGTAGCGCCAGATCCGCAAGAGATAACAAAACTTCAATTTCCTAACTTTGCAAATGGA +ACATGTGGTGTTGGAACTATAGCGAAGTTTGTTGGAGCAGATGTAGTTGCTGTAGATGTG +GGTATTAATACTGATGAAAAAATGGAAGGTGTTTTAGATTATAAGATAAGAAAATGCACT +TCAAATATGGCGAAAGGTCCGGCTATGACTAGAGAAGAAGCAGTAAGATGTTTAGAAATA +GGAATAGAAATGGCTGAAACTTATATAGAAAAGGGATACAGTGTTGTGGGAATTGGAGAA +ATGGGAATTTGTAATACTACCCCAAGTACAGCAATAATATCTGTAATAGGTGGATGTGAT +CCTGAAGAGATAACAGGAATAGGTGCTGGTCTTAAGAAAGAAAGATTAAAGCATAAAGCT +GATGTAATAAGAAATGCAATAGAATTAAATCAACCTAATCCCAAAGATGGCATAGATACA +CTAGCTAAGGTTGGTGGATTTGAAATAGGAGCTATGGCAGGTGTAATTTTAGGATGTAGT +GCTAATAAAACACCAGTTGTAATAGATGGATTCATATCTTATGCAGCTGCATTACTTGCA +TATACTATAAATCCAATAACTAGAGATTATATGATAGGTTCACATTTATCTGCAGAACCT +GGAACTCAAAAAGCTTTAGAAATAATAAAGTTAAGCCCAGTATTAAATATGGATATGAGA +TTAGGTGAAGGTAGTGGAGCTGCACTAGCATTTAATATAATAGAAGCTTGCAACTTTACA +TATAAGAATATGGTAACATATGATGAAATAGATATGTTAGGAAGATAG +>hemL +ATGAAGCATGAAAAATCAGTTAAAGTATATGAAGAAGCAGTAAAGTATATACCTGGAGGG +GTTAACAGTCCAGTTAGAGCATTTAAATCAGTAGGATTAAGTCCTATATTTGTAGACCAT +GCTCATGGAAGTAAAATATATGATGTAGATGGAAATGAGTACATTGATTATATTTGTTCT +TGGGGGCCACTTATGTTAGGACATTCTCCTAAGGAATTAACTGAAGGTATAGAAGATGTT +ATTAAAAGAGGAACTAGTTTTGGAGTTCCTACTGAAATAGAAGTGGAAATGGCAAAGATA +ATAGTTGATGCATATCCAGCAATAGATCAAGTTCGTATGGTTAACTCTGGAACAGAAGCA +ACAATGAGTGCCTTAAGAGTAGCTAGAGGATATACTGGAAGAAATAAAATATTAAAGTTT +GAAGGATGTTATCATGGACATTCAGATGCATTGTTAGTTCAATCTGGTTCTGGAGCTTTA +ACATATGGGGTACCTACAAGCCCAGGTGTACCTGATGATGTAGTAAAGCATACTTTAGTA +GCTAAATATAATGACTTAGATGATGTAAGAAGAATTTTTGAAGAGCAGGGTAATGATATA +GCAGCAGTAATAGTAGAAACTATATCAGGAAACATGGGATTAGTTAAAGGGAAACAAGAA +TTTATACAACTTTTAAGGGATTTATGTACAGAATATGGAGCTGTTTTAATATTTGATGAA +GTAATAACTGGATTCAGAATAAGTTATAATAGTTCACCAAAATATTTTGGAATAAATCCG +GATATGGTTTGTTTTGGGAAGATAATAGGAGCAGGTCTTCCAGTTGGTGCTTATGGTGGT +AAGAAGGAAATAATGGATGTTGTTTCTCCTGTAGGTCCTGTATATCAAGCAGGTACTTTA +TCAGGTAATCCATTAGCAATGTATATGGGCAAAAGGAATTTAGAAATATTAAGGGATAAT +CCTCAGATTTATACTGAGTTAGAAAGAAAAGCTATAAAGCTAGAAGAGGGAATAAAGTCT +AACTTAAAAAAATTAGGTTTAGATTATACAGTAAATAGAGCTGGTTCTTTAGTATGTTTA +TTCTTTACAAAAGGCCCTGTAGAAAGTTATGATGATGCTAAAAAATGTGATATAGATAAG +TTTAACTTATACTTCAAAGAATTATTAGAAAGAGGTATACTTGTTGGACCTAGTCAATAT +GAAGCTATGTTTTTATCAAATGCACATACAGATGAAGATATAGAGAATACAATAAATGCT +AACTATGAAGCATTAAAAGTAGCACACAACTTATAG +>hemA +ATGGATATAGGAGTTATAGGGGTAAACCATAATTTAGCTCCAATAAGTGTTAGAGAAAAA +GTATCCTTTACAGATACTAGAAAAATAGAAGCTATAAACTCCTTATTGGATAAAGATATT +AGCGAAATTGTGATATTATCTACATGTAACAGAAGCGAAATCTATATTAGAGCAAATAAT +ATAGAAAATAAAATTCAAATTGTAGAAGATTTTTATGAAGAATATTTTAATGAAAGAAAT +ATAAAATCATATTTATTTTCAAAATCAGGGAAGCAAGCTATAGATCATCTCTTTGAAGTT +ACTGCAGGATTAGACTCAATAGTATTAGGTGAAGATCAAATATTAGGGCAAGTAAAAGAT +GCACATGAGTTTTCTATGAAATTAGGTGCTAGTAAAAAAGTTTTCAATAAATTATTTAGA +GAAGCAGTAACAACATCAAAAGAAATTAAGAGCACAACTAAGATATCTCAACAACCATTA +TCAATAAGTTATATAGGTATTAAATTATTAAAAGAAAAACTAGGTAGTTTGGAAAACAAA +AATGCTTTAGTAGTTGGTTTTGGTAAAATGAGCAAACTAACGATGACTCATTTAAAGGAA +GAAAAAGTAAATACTATATATTTAGCTAATCGTAGTCATGGGAAGTATGAAGATATAGGT +GATGATTTTAAAAATGTTATTCCAATAAACTATGACAGCAGGTATGAAACTCTTAAAAAT +GTAGATATAGTCGTAAGTGCAACTGCATCACCACATACAGTATTAAGAGCTGAAGAAATT +CCAAATTTGGATCATAAATTATATATGATGGATATTGCATTGCCTAGAGATATAGATCCT +AATATTAATGAATTTGAAAATATAGAGGTTTATGATATAGATGATTTAAAGAAAATACAT +GATAAAAATGATAGTAAGAGAAATGAGCTAGCGATGATAGGCCGTCAAACTATAAATTCT +AAAGTTGATGAATTTATGGAATGGTTAGATGCTGCAGATATAGATCCTACTATTCAATCA +TTAAATGAAAAGTGTTTTGAGATAAGACAAGATACTTTAGATTATATATTTAGAAAAGTT +GATCTTGACTCTAAAGATAAAAGAATTATAGATAAAATGATGGGATCAGCATTGAAGAGA +CTTGTTAGAGAACCAATACTTAATTTAAAGCAAGTCAAAGACAAAGGAAAAAGGGAAGAA +TACATAAAATTAATAGAGGAATTATTTGAAATTTAA +>rspR_2 +GTGAGACTGTACGAAAAGAAGTATAAGGAAACGGGAAAAGATTACGCATATAGAGTATTA +AAAGATAACATAATGTCTATTCAGTTAAAACCAGGGGACTTATTAAGTGAATCAGACTTA +TCTCAAAAATTAAATATATCGAGAACTCCAATAAGAGAAGTTTTAATGAGACTAAAGTCA +GAACATCTTATAGAAGTTAAACCTCAGTCAGGTACATATATTTCCTTAATAGATTGGAAT +TTAATAGAAGAAGCTGTGTTTATGAGATATACTTTAGAAAAAGAAGTATTAAAGGAGGCT +TGTGAGAGTTTCCCAGAAAATTTATTAATGGAACTAGAAAAGAATATATTCGCTCAAAGT +TTAATTGTAAATAAAGAGGATAATGATATAGAGTTCCATAGATTAGATAAAGAATTTCAT +AAATTATTATTTTTAGGTACAAATAAAGTTCATATTTGGGATAGTATAACGAGTCTAAGT +ACTCATTATAACAGAATGAGATTATTATCAGAAATGAAATCGAATAAAGAACAAATAGTT +GAACAGCATAAGATATATTTAGATATGATAAAAAATAAATCAAAAGATGGGATAGAGAAG +GTTATAGAGAGGCATATAAAATCGCCGTTAAAAGAATGGCATATAATGATTGAAGAAAGA +GAAGATCTTAAGTCATATATAAAAAATAAGAAGTAA +>group_480 +ATGAAATTACCATTTAGTATTGACTTAAAAGATAAAGTTTGTGTAGTAACAGGTGGAGCA +GGAGTGCTTTGTGGTGCTATGGTAGATGCTTTAGCAGCTTGTGGAGCAAAAGTAGCTATA +CTTTCATTAGGGCAAGAGTCTTGTGATAGAAAAGCTCAAGAAGTAATAGCTAATGGGGGA +CAAGCAATAGGAATAGATGTTAATGTTTTAGATAAAGAAAGCTTAAAAAGAGCTCATGAA +ATAGTATTAAAAGAATTTGGTCCATGTGACATATTAATAAATGGAGCTGGTGGAAACCAT +CCAAAAGGAACAACTACAAATGAATATTTATTTGAAGAAGATTTAAATAATGATGAGTTA +ACAACATTCTTTGATCTAGATCAAAAAGGTGTAGAATTCGTATTTAACTTAAACTACTTA +GGAACATTATTACCATCTCAAGAGTTCGCTAAGGATATGATAAATAGAAAAGGTTGTTCA +ATAATAAATATATCTTCAATGAACGCTTTTACACCATTAACTAAGATACCTGCTTACTCT +GGAGCAAAAGCTGCTGTAAGTAACTTTACTCAATGGTTAGCTGTTCATATGTCTAAAGTT +GGAATAAGAGTTAATGCAATAGCTCCAGGATTCTTCGTAACTGCTCAAAATGAAAAGTTA +TTATTTAACGAAGATGGAACACCAACTGCAAGAACTGCTAAAATATTAAATAGTACTCCA +ATGGATAGATTCGGTGAAGCTGATGAATTATTAGGTACATTATTATACTTAGTAAGTGAA +GAAGCATCAGGATTTGTAAACGGAGTTGTTATACCAGTAGATGGAGCATTCTCAGCTTAT +TCAGGAGTATAA +>kdgA_2 +ATGTTAGAAATTATAAAAAAAGAAGGTATTGTAGCAGTACTTAGAGCTAAAAGCCACGAA +GAAGCAAGAGGTTATATAAATGCTTGTTTAAAAGGTGGAGTTAAGGCTTTAGAACTTACT +TACTCAATACCAAATGTAAATGAATTAATATCAGAGTATAAAAACCATGAAGATGCCATA +ATAGGTGTTGGTAGTGTTTTAAATGGACAAATGGCAAAGGATTCAATCCTTGCTGGAGCT +AAATATGTAGTGAGTCCAGGATATAACGAAGAAGTTAATACAGTATGTCATGAAATGGGT +GTTACTTATTTCCCTGGATGTATGACAGTTACTGAAATAATGAATGCATTAGAAAAAGGA +AACAAAATGGTAAAAGTATTCCCTGGAGATGTATTTGGACCTAAATACGTAAAAGCTGTT +AAAGCACCAATACCACACGTTGAAATAATGCCAACTGGCGGAGTTAATATAGATAACGTT +GAAGAGTGGTTTAAAATGGGAGTTTCTTGTGTAGGAGTAGGAAGCTCTCTAATAAAAGGT +AGCTTAGAAGACATCGAAAAGCTAGCTGCAGAATTTGTAGCAAAGATAGCTAAAATAAGA +GACTATGAATAA +>kdgK_2 +ATGAATAAGTTAGAGCTTAATAATAAAAAAATATTAGGATTTGGCGAAATAATGTTAAGG +CTAACTCCTCCGAATAATCAAAAGATATTACAATCTAATTCTTTTGAAGCGGTATATTCA +GGAGGAGAAGCTAATGTAATAGCAAGTCTTGCTATGTTTGGCCATGATACTAAATTTGTT +ACAAAGCTTCCAGATAATCATTTAGGTCAAAAAGTATTAAGTAAATTTAGGGGTTATAAT +GTAGATATAAGTGATGTAGTTACTGGTGAAGGTAGATTAGGGATATACTTCTCAGAAATT +GGTCATGGATTAAGAAGTACAGAAGTTATATATGATAGAAAATATTCTGCTATATCTATG +GCAGATAAAAGTGAATTTGATATAGATAAAATTCTTGATGGTGTTGGCTTTGTCCACATG +TCAGGAATAACACCAGCATTAAGTAAAAGTTTACGTGAATTCACTATAGATTTTATAAAA +GCTTGCAAAGAAAGAGGTATACTAGTATCGTACGATTCTAACTTTAGAGCAAAATTATGG +TCTTTAGAAGAAGCAAGAGAAGTATTAACAGAGGTAATGCCTCTTATTGATATAGCTTTT +CTAGGGCATTTAGACATGATAAATATATTACAGTTTGAAGATAAAGGCTTAGAGTTTGAC +GAAAATCTTAAAGATCTTTATGGTAGATTATTTGAGAAATATCCAAACTTAAAATATGCA +GCATGTACTAAAAGAACAGTAAACTCAATCAATAATAATAGCTTAAGGGGTTATTTATAT +GATGGAGAAGAACTTATAGTTTCAAATGAATATACTTTTGATATTTTAGATAGAGTAGGT +GGAGGAGATGCCTTTACTGCGGGAGTACTACATGGAATATTCAAAAATATGAAACATGAA +GAAATTATTGAATTTGGAATTTGTGCAAGTTCACTTAAGCACTCGATATTAGGGGATATA +AATATAGTAGACGAAGATACTGTTGTTTCATTAATGAAGAACGGTTTACAAAATATAAAA +AGATAA +>uxuA +ATGAAAATGACATTTAGATGGTATGGACAAGATGATCCTGTTAAAATAGAATACATACGT +CAAATACCAGGAATGAAAGGTATAGTAACGGCAATATATGATATACCAGTAGGAGAGGTT +TGGCCTTTAGATAGAATATTAGAATTAAAGAAAACAGTAGAAGATGCTGGTTTAGAACTT +AGCGTTATAGAAAGTGTACCAGTTCACGAAGATATAAAGTTAGGTTTACCAACTAGAGAT +CAATATATAGAAAACTATAAGCAAACAATAAGAAACTTAAGCAAAGCTGGAATAAAAACT +ATATGTTATAACTTTATGCCAGTATTTGACTGGACTCGTTCTGATTTAGAGTTTGAATTA +GAAGATGGTTCAACTTGTTTAATATATGATGAAGCACAAGTTGCTAAGATGGATCCAAAA +TTAGGAGAATTAGAATTACCAGGTTGGGATACTTCATACGGTGAAGGTGGACTTGGAGCA +TTACTTGATAAATATAAAGATATAGATGAAGAAAAATTATGGGCAAACTTAGAATACTTC +ATAAAAGGTATAATGCCAGTTGCTGAAGAAGAAGAAGTTAAAATGGCTATACACCCAGAT +GATCCACCATGGGGAATATTTGGACTTCCAAGAATAATAACTAACTTCGAAAACTTAGAA +AGATTCTTAAACTTATATGATAGCCACTACAATGGAGTAACTTTATGTACTGGATCTTTA +GGATGTACAACAACGAACGATGTAGTTGAAATGGTTAAATACTTCGGTGGAGAGAAGAAC +AGAATACACTTTGCTCATTTAAGAAATGTATTAATAACTGGAGAAAGTAGTTTCAATGAA +GTTGCCCACTTATCAGAAGCAGGATCACTAGATTTCTATGAAATAATGAAGGCTTACTGT +GATTATGACTTTGATGGACCATACAGACCAGACCACGGTAGAATGATATGGGGAGAAACT +GGAAGACCAGGATACGGATTATATGATAGAGCTTTAGGTGCTACTTACTTAAATGGACTT +AAAGAAGCTATATTAAAAAGCAGATAA +>uxaC_2 +ATGAAAAAATTCATGGATAAAGATTTCTTATTACAAACAGAAACTGCAAAATACTTATAT +CACAATCATGCATCTAGAATGCCTATATGTGATTATCACTGTCACTTAAATCCTCAGGAA +ATAGCAGAAAATAAAAGATATAATAATATAACTGAAATATGGTTAGGTGGAGACCACTAC +AAGTGGAGAGCCATGAGAAGTTTTGGAATAGATGAAGAATATATAACTGGAAATGCTAGT +GATTTTGAAAAGTTTAAAGCATTTGCAAAGGCTATGCCTTATTTAATAGGTAATCCAATA +TATCATTGGTCTCATTTAGAGTTAAAAGAATACTTTGGAATAGAAGAAACTTTAAGTGAA +AAAAATGCTGAAGAAATATGGAATAGATGTAATGAAATAATACAAAGTCCTGATTTTTCT +GCTAGAACTATGATAGAAAAATCAAATGTTAAATATATAGGAACTACAGATGACCCAGCG +GATGATTTAAAATGGCATATCGCAATATCTAAAGATGAGAACTTTGATTGCCAAGTTGGT +CCAAGTTTTAGACCTGATAAAGCAGTTAAGATAGGAAATGAAGGATTTGCCGAGTACATA +AAAGTATTAGGAGCAACTGAAAATACAGAAATAACTAGCTATAAAGAACTTATAGATGTA +TTAGAAAAGAGAGTTGCGTTCTTCGTAGAAAATGGATGTAAAATAACAGACCATGGATTA +GATAGAATCTACTTTAGGGCTGCAACCGAAGAAGAGGTAGATGTAATACTTAAAAAAGCA +TTAAATGGAGAAACTTTAAGTCAAGAAGAAATAGAAAAGTACTCAACTTTAACTATGGTT +AACTTAGGTAAAATGTATCATAAGCATGATATAGTTATGCAATTACACATAGGAGCTCTT +AGAAACAATAATACTAGAATGTTTAAAAAGTTAGGAGCTGATGTAGGGTTTGATAGTATA +GATGATGCAGAAGTTGCTATGCCATTATCTAGATTATTAGATTCTTTAGCTACTGAAGAT +ATGTTACCAAAGACAATATTATACTGCTTAAATCCAAAAGATAATGAAGTATTGGGAACA +ATGATAGGTAATTTCCAAGGCGGAGGTATAGCTGGTAAAATACAATTCGGTTCTGGTTGG +TGGTTCAACGACCAAAAAGACGGAATGGAAAGACAAATGATGGCTTTATCTCAGTTAGGT +CTTATAAGTCAATTTGTAGGAATGCTTACAGATTCTCGTAGTTTCTTATCGTATACTAGA +CATGAATATTTCAGAAGAATATTATGTAACTATATAGGTGGATTAGTTGAGAATGGAGAA +TATCCAGCCGATATGGAATTCTTAGGGGAAATCATAGAAAACATTTGCTACAATAATGCA +GTTAAATACTTTAATGTATAA +>group_359 +ATGAAGTATATAGGACTAGTATTATCATCTGTGTGCATTTTTATAATTGTATTAGCAAAT +TTATACTATAACTCTATAACATTAGATATGCAAAGGATGAAGAATTACATAGTTGAAAGC +AATAGGATATTATCAGATATTATTGAAAAAGAAGAAATGGTAAATGAAAAAAAAGATGAA +TACATATCTAGATTGGTTAGTTTGAAGAAAGGAATAAAAAATTCTAAGACTTCTTTCTTA +GTAAAAGAGTATAAAGATTATAAAGTAAAATCAATAGACAATTTGATATATATTATTTCT +TACCCAAATGATAAAGAAAGATATTTAACTGAGGTAAAAAAATATAACAAACTGAGTGAA +GAAGAACTAAATAAATTAATAAATGAGGATTTTATGGAAGTAACCTATTTATCGGCTAAA +ACATATATTTAG +>group_72 +ATGGCAAAACTTGAAGATACTTTATCTAGATTTTTTGGAGGCAATAATGGCCTTTTTAGT +AGTGGAGGGGTATTATTAATAATAGTCATAGTATTTTTATTAATAGGAACGGACCTACTA +GATGATTTTTTTGATGATGATAGTGTATGGATATGGATAATTTTAATAATATTACTATTA +TTTAATTTTGATGATAGTTGTTGCTAA +>group_75 +ATGTCTAATGAACAAAGTTTATCTCGTTTTTTTGGAGGGTGCTGTGGTAATAGTTTCTTT +GGTAATGGAGGTTTAATGATATTAATAATATTAGGGGTAATACTTCTATTAGGAGACGAT +TTATTAGAGTTCATATTCTGTGAAGATAATGCATTGATTTGGATAATATTAATAATTTTA +GTATTAACTAACTTAGACTTTTAA +>group_52 +ATGACAAATAAACTAAGTAGAGTATTTGAAACATTTGGAGGTGGAGGATGGTGGATAATA +ATATTATTCTTCCTATTCTTAGCATTCCAAGATTGTTGGGTTGATATTTGTATAACTGAC +TGGATTCCATTTTTAATTTTACTACTAATTGTTTGTTCATGTTCAATGGGTTTTGATGAC +GACTGTGGATGCTTCGATAATAGCAACTTTGATTGTAACTGTTAA +>group_111 +ATGTTAGATAGATTTTTTGGAGACGATGGATTCTTTGGAGCAGGAGCTTGGTGGATAATA +ATATTATTCTTCTTATTCTTAGCTTTTGGTGATAGTTGGGTAGACTTTGATATAATGGCT +TGGATACCTTTCTTAATAGTTCTATTAATACTTTGTAGTTGTGGTGGTATATTATAG +>group_93 +ATGCTAGATAGATTCTTTGGGGAAGGCGGATGTTTTTCAGGAGCTTGGTGGATAATAGTA +TTATTCTTCTTATTCTTAGCTTTTGGTGATTGCTGGGAAGATATAGATATAATAGCTTGG +ATTCCATTCTTAATATTATTATTAATAACTTGTTCATGTGGCGGATTCTTTGATGATGGA +GGATGCTGCTAG +>group_183 +ATGAATAATATAGTTGTTAGTGGGAGTAATTTAACTATAGAAGATGTAATTAATGTAGCT +AGGAATAATTATAAGGTTGAGTTAAGTTAG +>group_372 +ATGAAAAAAGTAGATCCTAAAGCATTAGAACAAATGGCTAAAGAAAAAAATATTGATAAA +GATAAGATTGAAAAAATAGCTAGTAACTATAAAGGTAAATCTGAAAGCGAACTTATGGAT +GAACTTATTAAAATTGGAAAAACATTAGAAGGAAAAGAAGAAGTTGTATCTAAATTTAAA +ACTTTTTTAGATGAAAATCAACGTAAGAAATTAGATTCTATTATGAATAAAATCTCAGAA +GCTGAACTTCAAGACAAAATAGAAAGTAAGAAATCAAAATCTAAAAAAACTAATGTATCT +AAACACGCACCAACTAAATCTTCTCCAAAAGAATCATCTAATAAAGGAGAGGCAAAAAAT +AAAACTACAAAAAAAGTAAAAAAAGTAGTTAAAAAAACAAAAAAATCACCTTCTAAATAA +>group_475 +TTGAATAATCTACTATTAATACTTGGAATATTAGCATTAAGTAATGGTAACGTATCATTA +TTTGATAGTAAAAATAAATCAAAAAAATCAATGGAGAGTACATCGGGTAATAGAGCGCCT +AAGGTTAAAAAGAAGACTAGTAAAAATTCTGATGCTAAAGTTAAAAGAAGAAAATCAAAT +GGCAGCAACTCCACCAGCAATAATGACGATTTATTTAAATTTAATATGAATGATATAAGT +AAGGGGTTAAAGTTAATGGAATTAAGTGATGAAGATTTAGATAGGGGTATGGAGATTATT +ACAAGAACCAAAAAGTATATGTCAAGAGATGAAAAAAAAGTTTTAATAAAAATAGAAAGT +TTATTAGATTTAGTAAAAGGTATAAAAAAATTAAGTACTATGGATATTTCTGATGATATG +GAAGAAAGTAACTTTTTTAGAAGTATGGATGAAGAGGATAAGAAAAATATGATGATAAAA +GAAATTATTGATGTATTTCCTGAAAAAAGAAAAGAATCAGTTGAAAAAGCAATTGATATA +AAGAAAAAAATTGACTTGTTTGCGGAGTTATTTTTACCAGATGATTTTGGAGAGGGCGGA +TTTAGTTTAAGTTCTTTAGCAGATATAAATAATTTGGGCAGCATAAATAATCTAAAGCTA +TTAGGAAGCTTATTAAGAGGTGATGATTCAGATTTATCATATAAAGATGATGATTATGAA +GACGAAGAATATGATGATGAGTATGATAATTATGAAGAATTTGGAGAGTATGAAAGCAAT +AATGAGGAATATGAATATGTTGAAACAGAAGAATATGAATATATAGATGTTGATGAGGAA +GATGATGACGATAGTAAGTAA +>group_351 +ATGAGTTTTATTAATAAGTGCTCTACAATAATTAGACGTTCTTCTAAAGATATGTTTTAC +ATTCATTTAGATAAAGGCATTTCTTACAACTACTATGATAAAAATAATGAACTAGTATTT +TCTAAAAGATTAATAAAAGATAATTCTATTGATTTTACAAATTGCTTTTTTACCTTAAAT +AATCTTGATAATATATACGGTATTTACAATGATGGCTCTTTAAAAATGCTCACTGCCTTA +AGTAATTCATCAACATTTACTCAAACAGAGATACTAAAATACAATTCTAAAAAATTTGGT +ATTTGCTTTCCATATATAAATGTTATTAATAACGATATACATATTCTATACTATGTTTAT +AATAATAACTCCACTAATACATGCTCTCTCTTCCATCATATTAAACATAACAATGTATGG +ACTGAAAACAAAATAGATTTTATTAATCACATTGTTTTAGATAATTTCACAGTTATTTGG +AGTCAGGATTCTCCTATTGTATTTTATTTTAATTTAGTTGATGGTATTGAAGAAATATTT +TTATCTAGATTCAATATAAGCACTTTGACATGGTCAAATCCTGTTCAAATTACTAATTCT +AGAGAAAATAAGATTTATTTAAATATCTTAAAAGATAGTATGAATTTTTATCATATAACT +TTCTGTGAAAGTTTAGAAACTGGCTATGCCGTTAAGTATTTGAATGGTTATTTAAATGAT +ACTACCTTTGAAATTGATATATCTAGTTATATAACAGGACCTTCAACTTGTATGTATCCT +ACTTTTTTAAAGAAAGATTCAACTCTATATTTAATGTGGATAAATTACGGAAAGCTATAT +ACTACTTATTCTACTAACTTGGGTAGAAACTGGAGTACACACAAAATTGACGATTTTAGT +GTTGAGGATGACTTTATAAGAGCTTATTTCTATTCAAACTTTAAAAATGATATTCCTTAT +AATGTAAACACTGTTTTTACAAGTGTAGATGATATTGGAATATTAGGTTTCTAA +>group_65 +ATGTTTGATCAAAAGAAAATAGATAGAATAAATGAATTAGCTAAAAAAAATAAAAATGAA +GGATTAACAGAAGAAGAAAAAAAAGAAAGAGAAATATTAAGACAAGAATATTTAGCAAAC +TTTAGAGCTCACTTCAGATCAAGATTAGAAAGTGTAAAAGTAGTATCACCAGAAGAATAT +GAAGAGCATATGAAAAATAAAAAGAATTAA +>cysL_3 +ATGGATTTTAAGCAACTTGAGGTGTTTGTATCAGTTGTTAAACACGAAAGTTTCTCAAAA +GCTGCTAGAGAATTATTTTTAACTCAGCCTACAGTCAGCTCCCACATTCAAAATTTAGAA +AAAGAATTAGACACAGTTCTATTAAATAGAAATAATAAAACTATTAAACTTACACCTTCT +GGAGAAATTCTTTATAAACATGCTATTTACATACTTAATAACTGTAAAAAAGCTATTTTC +GATATAAAAGAGTATTCTGGAAAAATAGAAGGTATTATTGACATAGCCTGCAGTTCTATA +CCTGAAACCTATATACTTCCTGGATTTTTAAAATCCTTTTGTACTGATTTTCCTGATGTA +AAGTTTAGTATCAATCACTATGATTCTCAATTTGCTATATCTGAAATACTAAATGAAAGG +GTTAGCTTTGGATTTGTAGGTGTTAAACCTAATAACAATCAAATTAAGCACATAAAAATA +GCTACTGATGAACTTGTATTAATTACATCTAATGATATTAATATAGAAAATGAAAATGGA +TATATCGATATAAACAAGCTATCTAACCTTAATCTTATTATGAGAAAAGAAGGTTCTGGA +ACTAGAAGATTAATTTTGGATACATTAAATAAAAATAATTTTTCTACCAATGACTTAAAT +ATAGTTGCCCATGTAGAATCTAATGAATCTATTAAGGAAATGGTTAGGTTCGGTTTAGGC +GCATCATTTATATCTTACATGTCTGCAATTGATTATATTAATGATAAAAAAATCAAATTC +TATAGAGTAAAAGATATAGATTTTAATAGAAACTTTTACTTTATATACTCTAAACAAAAG +GTTCTTACACCTCTCGAGGATAAATTTATAATTGAATTACGTGATTATTTCAGCTTACAA +AAATAG +>group_40 +ATGAAATTAAAAAAGTTATTAGTAAGTTTTATTACTTTAAGTATATTTATTACTGGATGC +AGTACTATAAATAAAAAAGAAGTAGTATCAGACAAAGCAAAGCAACAACAAACTATGACT +AAAGTTCAAAATGATGTTAATGAGATAATGAGTAAAGACTATGAATATGTTTTGAAAAAT +ATGGGAACTCCTTATAGCACAACTTATTGGATAGAAAAAGATCAAATAAATAATACAAAA +ACAATAGATGAACTTAATCACACTGTAAATGTAGGATTAGTATATCCTAAGTATACTGCG +GATAATGAATTAGAAGGTAGTGCCTTATATATAGAATTAGATAAGAATAAAGTAATTGAA +GTTCAAACTTATGAATTCAGTAGTTATGATGAAGAAGAGTTAGAAGATGAAAATGTAGCA +TTAATAATTGAAAAGTATAGTGATGATGCAAACCTAGATTTACAAGATGTAGAAAGTATG +AAGTTAGATACATATAAAGGTAAATTAGTAGATGAAATATATAATAAATTAAACTTTATT +AATCCTAATATAGCTGCATATGACATGTCTAGTAAGTCTAAATCAATAGAAGTTTATATG +CTTAAAGATAGTAAAAATAATAAAGAAAATAGCAATAGTGTACTAACTGTGTTTATAAAT +GATAATAAAATCAGTGATATAAAGGTTATGAATGGCAGCACACTTTTAGATACAGCTAAA +GTATATTTATTAAATTAG +>moeA +ATGATTGAAGTAAAAGAGGCCATTAAAATTATTAAGTCTAATCTAAAGCCTAAAGATGAC +ATAAAAACAATAAATATAATTAATTCTATAAATAGAGTAAGTGCACAAGATATATACTCA +CCTATTGATAGCCCACCATTTGATAGATCTCCTTATGATGGTTATGCGTATGATGCCAAT +ATTAATGGCAATGAGCTTGTTGTAGTGGGAGAAGTTTATGCAGGAGATGTATATGAAGGA +GTTTTACATAAAAATGAATCTGTAAAAATAATGACAGGAGCTAAGATTCCTAATGGAGCA +AACTGTGTAATAAAAAAAGAGGATGTTAGCATAATTAGTGAAGATAAAATAATAGTTAAT +AAAGAATTAAAAGTGTATGATAACTATATTTTTAAAGGCGAAGATATACCTAAAGATCAG +TTAGTAATTAGAAAGGGCGATGTTATATCTTATGAATGTATAGGGATTTTAGCTAGCTTG +GGTATTAAAGAAATAAATGTATATGATAATTTAAAAATTGGAATTTTAAATACAGGTACA +GAGATACAAGATTTAGAAGAAATATTAAAAGATGGTAAAATTTATGATAGCAATAGATAT +ATACTTCATTCAAAACTTTTAAAAAGAAATATAGAGCCTTCCATAATTGATAAGGTTGAA +GATGAAATAGAAGAATTAGAAAGTAAAATAAAAAATATTTTAAAAGATGTAGATATATTA +ATAACTACAGGAGGAGTGTCTGTAGGTGATAAAGACCTAGTTCCACAGGCTTTTAAAAAT +GTAGGTGGAAAAGAATTATTTTGGAAAGTAAAGGCTAAGCCAGGAGGAGCCTGTTGTGCT +TCGGTAGTAGATGAAAAGCTACTATTTGGACTTTCTGGCAGTCCTCATGCGTCTGGAATG +GTATATGCAAATATACTTATACCAGTAATTGAATATATGAGTCATAAGGAGAATGACAAT +TCAATAAAAGCGATATTTAGGGGTACATTTAATAAGAAGGCAAAAATAGATAGATATTTA +AATGGAAGATTATATACAGAAGATGCGAAATTATATGTAGCAATGACAGATAAAAACGAT +GTAAAGGCAAGGTTATGGTCAACCTTAAATAGTAATTGTTTGATTAAAGTAAAAGGAGGG +AACATCTTAGAAGATGAACAATTAGTTGAAGTTATTATTATATAA +>mobB +ATGTATAATATATTATCTGTAACCTCATACTCTGGTGTAGGTAAGACTACATTAATTGAA +AATATAGTAAAGTTATTAACAAGTAGAGGGTATAAGGTTGGAACTATAAAACATACCTGT +CATGATTTTGATGTAGATTGCGAAGGTAAGGATAGCTATAAACATAGAAAAGCAGGTTCA +AGTAAAGTTTGTGTAGTTTCTAAAAATAGAGTTAGTTTTATTGAAGAAAGAAGTGAAGAA +AAAAATTTAAAAGATATTGTTAAGTTATATAGTGATATGGACTTAATTATAATTGAAGGA +TATAAAAAATATAAATTTAAAAAGTTAGAAATAATTCGATCAGATAAATATAATGATATA +ATATCAGATAAAGAAGATTTAATAGGCATTGTAAGTGACTTGGATCATCAAGTAGATGTA +GTCAAATTTAATTTAGATGATTATATAAATATATCAAACTTTATAGAGAAATGTATAAAA +AATGATATCTTAAATATAAATGAAGATGTACTAGATAATATAATTAAATAA +>fatC +GTGCAGCTTAATAGTATAAATAAAAACGTAAATAAAAATAAAATTAATAGAATTGATATG +AATTTAAATAAAAACTTATACATAATGGGAGTATTAGTATTAATATTTACAACAATGTTT +TTATTCTATGGAATAGATATGAAGCATTTTGACTTCGCTATATCTCAAAGAATACCTAAA +ATTTTAGCGATGATTTTAGGTGGAGGCTGTATAGCATTTACAACTGTAGTATTCCAAACT +ATAACTAATAATCAAATACTAACACCTAGTGTATTAGGTTTAGATTCACTATATGTACTA +ATACAAACTGTTATAGTATTTGTATTTGGGTCAACAAGTGTATTTATAGTTAATGCAAGT +TACAACTTTATAATAAATGTAGGTATAATGGTTGGTGCATCGATACTTTTATACAAAGTA +TTATTTGAAAAAGGGAAAAATGATATATTCTTCTTACTACTAGTAGGAATGATATTTGGG +ACATTGTTCAAAAGTGGATCATCATTTATGCAAATGGTAATTGATCCAAATGAATTTTTA +GCTTTACAAAGTAGTATGATAGCTAGTTTAAATAATATTAATACAGATGTACTTATGATA +TCTATGATAATGATTATTGCTATAATACCTTTTATATATGATGATATTAAGTATCTAGAT +GTATTATCTCTAGGTAGAGAGCAAGCAATAAACTTAGGTGTTGACTATGATGCACTAGTT +AAAAAGATGATAATAGTGATCTCAGTACTAGTATCAATATCTACAGCGCTTATAGGACCA +ATGACATTCTTGGGATTAATAGTAGCTAACGTTGCAAGAGAAGGTCTTAAGACATACAAA +CATAAGTATTTAATTGCGGGAGCAACTTTAATAAGTATGATAACTCTTGTAGGTGGTCAA +TTCTTTGTACAACATATATTTAGTTTTAATACAACTTTAAGTGTAATAATAAACTTTATA +GGTGGTATTTACTTTATACAGCTTTTATTAAAGGAGAGTAAATAG +>yusV_2 +ATGATAGAAATAAAGAATATTTTAAAAAAATATAAAGACAGGAATGTTGTAGACAATGTT +TCTTTTAATATAGAAAAAGGTAAAATAACTTCATTTATAGGTCCTAATGGAGCTGGTAAA +AGTACAGTTTTAGGAATAGTTACTAGGCTTATAGCTGGTGATGGTGGAGATGTAGTTATT +GAAGGAAAGAAGTTAAGTGAGTATCACACTAAGGACTTAGCAAAAAAAATAGCAATACTT +AAGCAGTCAAATAATATAAGCTTAAAGCTTACAATCAGAGAACTAGTTGGATTTGGGAGA +TTCCCACATAGTGAAGGTAACTTAAACTCAGAAGATGAAAAATATATTGATGAAGCTATA +GAATATATGAAATTAACTGATATTCAACATAAGTATCTAGATGAATTAAGTGGAGGTCAA +AGACAAAGGGCTTATATAGCTATGGTTATAGCTCAAAATACAGAATACATATTACTTGAT +GAACCTTTAAATAACTTAGATATGTCTCATTCTGTTCAAATGATGAAGGTTCTTAGAAAT +CTTTGTGATGATTTAGGTAAGACAATTGTATTGGTTATGCATGATATAAACTTTGCATCT +TGTTATTCTGATAATATAGTTGCGCTAAAAAATGGTAAAATAGAAAAAGTAGGAACAACT +AATGAAATAGTTCAAAAAGAGGTTCTTGAAGAAATATATGAAATGAACTTTGATATAAAA +GAAATAAATGGAAATAAAATATGTGTTTACTTCTAA +>yclQ_2 +ATGAATAAAAAAGCAGCAATAATTGCAGGAATTGCAATAGTAGGATTAGTAGGAGCATTT +GCATTAAGTAATAAAAAAGGTATTACACCAGATAATAATGTAGCAGCTGAAAGTACAATG +ACAATAGCGCATGATTTAGGAGAAACAAAAGTAGAGAAAAATCCTGATAGAGTTGTAGTA +TTTGATATACCAACATTAGATACAATGGAGGTTTTAGGAATAGATAATGTAGTTGGGGTT +CCAACATCTACATATCCAGAAAATTTATCAAAGTATGAATCAGATGAATACACAAAAGTT +GGTACAGTTAAAGAAGTAGATTTAGAAGCTATAAAATCAGCAGATCCAGATTTAATAATA +ATAGGTGGAAGACAAGCTGATTACTATGATCAATTAAGTGAAATAGCACCAACAATATCA +GTATCAAAAGATAATGCTGATTATGTAGGAAGTGTAAAAGAGAATGTAAATACTATAGCT +GAATTATTTGAAGTAGAAGAAAAAGCTTCAGAAGAATTAAAAAAAGTAGAAGCTAGATTA +AATGAAGTAAAAAAATTAGTTGATGGTAAAGAAGCTTTAACAGTTATGGTCAATGAAGGT +AACCTAAGTGTTTATAGCGATAAATCAAGATTTGCATTATTAAATCAAGGTCTTGGATTT +GTAAATGTAGATAAAACAATAGATGATTCAACTCATGGACAAACAGTTACATTTGAGTAC +TTAGCTGAACAAGATCCAGAATATTTAATAGTATTAGATAGAGGAGCTGCTACAGGTGGA +GAATCTACTGCTGAGTCTGTATTAGATAATGATATAGTTAAGTCTATGGACGCTTACAAA +AATGGAAATATAATATACTTAGATGCTTATACTTGGTATATAAATGATGGTGGACTTAAC +TCTATAAATATAATGATAGATGATATAGCTAATGCAATAAAATAA +>group_105 +ATGGACAATAATAAAAATAGAATGAAGGATAGAACAAAGTCTAACGCAGAACTAAGAAAA +ATGTACTTTGAACATGGTTCAGAAATTGGCGTTAAAGATGGCGAGAAAATAGGGGCAAGA +AATAGCGGCACTAATAAAACCAAAAAGGAAAAACTATATCACAAAGTAAAAAAAGATGAT +TAA +>group_94 +ATGGACTTAAGAAGTTTAGCGGATATAGAAGATATTGGGGATATAAAAAAGAGGATAATA +ACTAAATCGTCAAAATTATTTATAACACAAGGGTACAATAAGACAACAATAAGAAAAATT +GCAGAAGAGTCAGGATTAGGTAGAGGGCATTTATATTATTATTTTAAAAAGAAAGAAAAT +ATACTTCTCCAGATATATAAAAGCTTTCTAGAAAAAATCTATAAATATATAATCGATAAC +CATACCTTAGGTAGTAGTACTTTAGTAAGTTATGCAGTTAGCCAGTATTTATATACAAAT +ATAATAGTAAATTCAGATGCTTTATTTAGAATATATATAGAAGCATCAAAAGTAGATATT +ATAAGAAAAGAGTATGTAAATATATTAATTGATTTATTTGATGAAAAGGTGAAAGAAAGT +GAATATGATTTTAGTGAAAGGGATATATATCTAAGTGTAACTATAGGATGTGCTGGTGAA +AGTGAATTATTGAATAGATATTATGAAAAAAGCGTAGATCTAACTTTAGAAGAAATAATA +AAAAGTGTTATTACAACTAGATTATTATTACTTAATATAGATTCAGATAATATAAAAAAA +ATTATAGATGAGACTATAGAAATAGTGAATAAAATAGATATAAAAGATATAAAAACAATA +GAGGAAATCAGCACTTTCTTTAGCTAG +>ypbG +ATGATAGGAAATTTACTAATAGGAAGTACTATTCTATTAGGAGGATATACTTTTTATAAA +TCTCAAATGAAATCTTTAGAAAAAGTGGAATATATAATTGAAAATCATAAAATACCAAAG +GAATTTGATGATTTTAGTATAGTGCAAATTAGTGATTTACATAATGCTGAATTTGGGAAG +GATAATTATAAATTATTAAAGATGGTAGATGATTTAAATCCTGATATTGTTGTGATTACG +GGTGACTTAGTAGATGGTGAAAAAAGTAATTTTGAGGTTGCTTTGAAATTAATTGATGAG +TTATCAAAAAAATATAAAATATATCATATAATTGGAAATCATGAGGAAAAAGCATTACTT +AAAAAGTATAAAGAAAAATATGAAAATTATTTTAGTCAATTGTATAGTAAGAAAATCATA +AATTTGGATGATGAATCTATAAAAATTAAAAAAGGTAAATCAAGTATAAACTTATATGGA +ATTGTTATACCTTTAAGGTATTATAAATATTTGTTTAATAAAAATGAAAAAAGTGATTTA +GAAGAAGATTTTATTAAAGATAAATTAGGTAATGTTTGCAAAGATGAGTATAACATACTT +CTTTCACATACTCCTTTTTATTTTGATAAATATGCAGATTGGGGAGTAGACTTAGTATTA +GCTGGTCATGTACATGGGGGAATTATAAGGCTTCCATTTTTAGGTGGTCTTTTATCTCCA +AATAGAGAATTCTTTCCTGAATATGATTTAGGTAAATACGAAAAAAATAGCTCTGTTATG +GTATTGTCTAAAGGTTTAGGAGGATCTAAGGTTTTAATTAGAATAAACTGTAGGCCTGAA +GTTGTAAAAATAACATTGAAGAGCAAATTAAAGTAA +>gtaB_2 +ATGAAACAAAGAGTAAGAAAAGCAATAATACCAGCAGCAGGATTAGGAACAAGATTCCTA +CCAGCAACAAAATCACAACCAAAGGAAATGTTACCAATAGTAGACAAGCCTACTTTACAA +TACATAATAGAAGAAGCAATAGAATCAGGTATAGAAGAAATACTAATAGTAACTGGACGT +AGTAAAAAATCTATAGAAGACCACTTCGATAGATCAGTAGAGTTAGAACTTGAACTTGAG +CAAAAAGGTAAAAAAGAAATGCTAAAAATGGTTCAAGATATATCAAACATGGTAAATATA +CACTACATAAGACAAAAAGAACCAAAAGGACTTGGACATGCAATACATTGTGCTAAGAGC +TTTATAGGAAATGAGCCATTTGCAGTTTTACTTGGAGATGATATAGTAGATGCAAAAGTA +CCATGCTTAAAGCAACTTATAAATACATATGATGAGTACAAAACTACTGTACTTGGCGTA +CAAGAAGTAGCAAAAGAAGATACTGATAAGTATGGAATACTTGATGTTAAGCATATAGAA +GATAGAGTATACAAAGTAAAAGACATGGTAGAAAAGCCAAGTGTTGAAGAGGCTCCATCT +AATATTGCAATACTTGGAAGATATATAATAACTCCAGAGATATTCAATATACTTGAAAAT +CAAGAGCCAGGAAAAGGTGGAGAAATACAACTTACTGATGCTCTTCAAACTTTAGCTACT +AAGGAAGCTATATATGCTTATAATTTTGAAGGTAGAAGATATGATGTAGGTGATAAGTTA +GGATTTTTAGAAGCTACTGTTGATTTTGCTCTTAAAAGACCGGAGCTTAGAGATGAGTTT +ATGGAATTCTTAAAGTCAAAATGTGATTCTAAAGAGTTTTCTAATAAAAATCAGAATATA +GAAGAAGCAGCTATTACAATAGAATAA +>dnaA_4 +ATGCAAAACCAAGTGAAGAGCAACTTAGAAGAACAAGAGAGTTATACAGTTAAGTATGAT +TGTAATAAGTGTAGGGATACTACTTATATATTAGTAGGTGATGAGGCTTTTCCTTGTAGT +TGTAAGGAAGTAAGAAGAGCTAAGAAGATACTTGAGAAAAGTGGTATTAGTGAGGAGTTT +TCTAAGAAGACTTTTGATAATTTTGATTATAGTAGGAATGTACAGACCATAGATTCTTAT +ACTGTTGCTAGAAGTTATGTGAGAGATTTTGATAAGATTAAAAATGATCGTAAAAATAGT +GTTATTTTTATGGGGAGTGTAGGTGGGGGAAAGACTCACCTTTCTCTTGCTATTGCTAAT +GAGCTTATGAAAAAGGGAGTAGGTGTTGTTTATATGGGATATAGGGACTGTATTATTAGA +TTTAAGCAAAATATTATGGATGCTAGTGTTTATGAGAGTATGATGAGTAGGTATAAGAGT +TGTAAGGTTTTACTTATTGACGATCTTTTTAAGGGGAGTATTACTAGTAGTGATTTGAAT +GTGATATTTGAGATTGTTAATCATAGGTATTTTAATAATTTACCCATGATTATTAGTAGT +GAGAAAAGAAGGGATGAGTTGATTAAGATTGATGAAGCTATTGGTAGTAGGATTTTAGAA +ATGTGTGGTGATTATAGTGTTGAGCTGAAGGGAAGTAAGTTAAATTATAGGATTTATGGA +TAG +>group_1367 +ATGATGAGATTATTGGGAAAGAGTAAAGAAGAAAAGATAAATGCACCAGTAGGAAGTGCT +GAGTATGGGAGATTAGTCAAAGAAGCTTATATAGATAATACTATAAATGAAGCTAAGTTT +TTATCTGATGATTTATACGATAGTATATCTAGGCATGATGAGATTATAGATGCAATTTCT +AAGTTAAAGGTAGAAAAGGATATTATAGAACATACTATAATGGGTCTAATGAAGGAAAAT +GAGATAGCTTATATAAAAGAGCGTAAAATAACTTGGAAGAAAACTAGTAGGGTTAGTTTT +GATACTAAGCTATTTAAATTAGAAGAGCCAGAGCTTTATGAAAAATATTGTCGTGTAAGT +AATAATAGATTATTTAAGATTAAGTAG +>group_1355 +GTGAAATACTATAAAAATAATTTAGAAGGATTAGATAAGCTTAGAGAAGTTTTAGAGCTA +AGTCTAAGAATGATATGTGAAAATATAGAAAGTAGCAGTGATGAAGAAAACTTAAAAGAA +TTAGAAATTGTTAAGGAAGATGATGTATTAAGTATAGGTGAATTTGCTAATTTGTTAAGG +TTAAAAGGGGTACCATTTGGTCGAAATAAAGTACATAGTTGGCTAAGTAACAGAAATTAT +ACACAACGAAAAAATAATAAGAACTATGCTATACCAAAATACATAGATGAAGGTATGTTT +AAGGTAAAAACATATATTGTAAATACTGTAGATGGTCCTATAGAGACGGAGACTATTTAT +CTTACATCTAAGGGGATTAAATATTTTATGAAAAAAATACTATCAGAGTTTAATATAAAG +GAGAGTTAA +>group_1374 +ATGAATAAATATAATAATATACCTACAGATGTCAAAAATTCCTTAATAAAATTAAAAAAA +TTAATAGAAATAATAGAAAATAATTTACACAGATCAAAGGATAGTATACTAAGGGAAATT +ACTATAGAGTTAAACATAACAATAGAAGCAGCTAGAAAGTTATTTAGTTTGTATTATCCA +TTAGAAGGAAGCTTATCTACTTACATAGTAGGTAGAAAAAGAACTGAAACTATAAAAGCA +ATAATGTATATAGATGATGATAAATTGATAAAAAGAAAAATAGAAGAAATATCAAATTGT +AGTAAATCATATTTTGATAGGATGTTGTATAGGGATTATAAAGTAAAGATAAAGAATTTA +AAAAAGAATAAAAATATAGACAATTATTTTGTAAAAGCATTTGATGTAGATGAATTAGAA +GAGAATATAAATGATATATATGATTGTTTATACAGTCTTCGTGATAAGGGATATATAGAT +ATAAAAAGAACTAAAATACGAATTAAAACTTCTTAG +>group_1376 +ATGAAAAAAATGAAGAGATTTCAAGAAGACGTAGCAGAATTTTATAGTTATTTAAACCTT +ATAGAAAATAACTTATCACTATCATCAACAGAAATAATAAAAAAGATACTAAAGACACAT +AACCTATCTAGAACAACACTAGATCGTAAATTCAAAAAACTATACTCATCTAATAATGGA +TATCCACAAACTCTGTCTACATACATAAAAAGAAGACAAAACAAAGAAAATATCTTAAGG +GGTGGGAGAATATTTGGATTTGAAGAAAGATATGATATAAAAAATATTCTAGATCAAGTT +AAAAATTTGAATATGATTAATAATTATAGGCTTTATGATATAGAAAATTCATATACAGAT +AATACTTGTAAAAGTAAACTATATACTACTTGCAAGGAATATCATTATAAAAACTTAGCT +GCAGATGAGTATGTAGTAGTTATAAAGAGGTCAGCATTATGCAAATAG +>ugd +ATGAAAATAGCCATAGCAGGAACAGGTTATGTTGGACTATCTAATGCAATATTATTAGCA +CAACATAATGAAGTTATAGCAGTAGATGTAATACAAGAAAAAGTAGACATGATAAATAAT +AAAATATCTCCAATAGTAGATAGAGAGATAGAAGAATATTTAGCAACTAAAGAATTAAAT +CTAGTTGCTACTACTGATGCCTTTAAAGGATATAAAGATGCAGAGTACGTAATAATATCT +ACACCAACAGATTATGATCCAGAAAGAAATTACTTTAATACAAGAACTGTAGAAGCAGTA +ATAGCTAATGTACTAGCTATAAATCCAGATGCAACAATGGTAATAAAATCAACAGTACCA +GTTGGATATACAGAAAAAGTAAGAGAAATGTTTGATACAGATAATATAATATTCTCACCA +GAATTCTTAAGAGAAGGAAAGGCACTATATGATAATCTATATCCTTCAAGAATAATAGTT +GGAGAACAATCAGAAAGAGCTGAGAAGTTTGCAAATCTTTTAGTACAGGGTGCTATAAAA +GAAGATATCGATGTTTTATTTACAGATTCAACAGAAGCTGAAGCTGTAAAATTATTCTCC +AATACATACTTAGCACTAAGAGTGGCATACTTCAATGAGCTAGATACATATGCAGAAGTA +AGGGGATTAGATACAAAACAAATAATAGAAGGAGTAGGACTTGATCCAAGAATAGGAAGT +CACTACAACAATCCTTCATTTGGATATGGTGGATACTGTCTTCCAAAAGATACAAAACAA +TTAAGAGCAAATTATGATGATGTTCCTAATAATATAATAGGAGCAATAGTTGATGCTAAT +AGGACTAGAAAAGATCATATAGCAGATCAAATAATAAAAAGAAATCCTAAAGTAGTAGGA +ATATATAGATTAACAATGAAGACTGACTCAGATAACTTTAGAGCTTCTTCTATCCAAGGT +ATAATGAAAAGAATAAAAGCTAAGGGTATAGAAGTAGTAGTATATGAGCCTGTTTTAAAA +GAGGACAACTTCTTTAACTCTAAAGTTATAAGAGATTTAGAAGGATTTAAATCTATGAGT +GATGTTATAGTTTCAAATAGATTATGTAAAGATTTATCAGATGTAGAAGATAAAGTTTAT +ACAAGAGATTTATTTAATAGAGACTAA +>wbgU +ATGAATGAAAAAATATTAATTACAGGAGCTAGTGGATTTATAGGATTCCATTTAGCTAAA +TTATTATTAAAAAATAATTATGAAGTAGTAGGAATAGATAATATGAATGACTACTACGAT +ATTAGATTAAAAGAAGGTAGACTAGAAATACTTAAAAAGTACGATAACTACACTTTCTAT +AAAATAGATTTAAAAGATAAAGAATCAATAGATAATTTATTCGAAAAATATAAATTTGAC +TATGTAATAAACTTAGCTGCACAAGCTGGAGTAAGATACTCAATAGAAAATCCATATGCA +TATGTAGACTCAAATTTAATAGGATTTATGAACATATTAGAAGCATGCAGACATTATCCA +GTAAAACATTTACTATATGCTTCATCTAGTTCAGTATATGGAGGAAATAAAGTAGCTCCA +TTCTCAACTGAGCATCAAGTAGATCATCCAGTAAGTCTATATGCAGCAACAAAAAAATCA +AATGAATTGATGGCTCATACATATAGTCATTTATACAAAATACCAACAACAGGACTTAGA +TTCTTTACAGTGTACGGACCATGGGGAAGACCTGATATGGCATACTTCTCATTTACAGAT +GCAATAATGAATGACAAGCCAATAAAGGTATTCAACCATGGAAAAATGGAAAGAGACTTT +ACATATATAGATGATATAGTAGAAGCTATATATAAATTATTACCATTAGCACCAAAAGCT +AATCCAGAATGGGATGAATTAAAAGATAAACAAAGCGAAAGTTTTGCACCATATAAAGTA +TACAATATAGGAAATAATCAACCAGTACAATTAGAGAAATTTATATCAGTATTAGAAGAT +AAAATAGGAAAAACAGCAGTGAAGAACTACATGGAAATGCAACCTGGAGATGTAGTTAGA +ACATATGCAGATACATCTGATTTAGAAAAAGCAATAAACTTTAGGCCAAGTACTTCAATC +GAAGAAGGATTAGAAAAATTTGCAAACTGGTATAAAGAATTCTATAACATAGAAATAAAA +GAAAAAGAATCAGATGAAGTAACAATCTAA +>group_1373 +ATGAGTAGAACTAGGTTAGGAATAAAATCATCTTTTATATTAGCAATAGAGGCTATATTA +ATAGGAGTACTAACCATAGCAAGGACTAAGTCTATAATAGATACATTTGGAACAAATGTA +AATGCTATTGTACAGTTAGCTGTGCAGTTTAGTGCATATTTACTATTGTTTGAAAGTGGT +ATGACTGCTGCTTATCAATATAATATGTATAGACCACTAATAGATAAAAATTATAAAAAG +ATATCTGCTTTATATAATGGATTAAAATTTAATATGAAAACTATTACAATCAATATGTTC +ATACTCGGTGTAATTATTTCTATTATTTATCCATATATGCTAACTGAGAAAGGTATTTCC +TATATAAATGTAGTTAGTATACTTATTGTAATGTCTTTAAGAATAATCTGTCCTTATATT +TTAACATTACCAATGAGAACACTGTTAATAGTAAAAGAAAAAAAATATATAACAGATATT +ATCGAATGTGTGAAGAATACAGTTACTATTATTACTGAAATAGTACTTATAAAGTATACA +AAGTTACCATTAGCATTTATTCTTTTAGTTTACATTTTTTATACAGCGTTAACAAGAGGT +ATATATATCAAATTAGTAAATATAAATTATAATGGAAAAATAGATAAATTTGAGAATAAA +GATATGACTCCAAAGAATATGACTAATGATATTCTAGTTCATAAAATAGCATCTTTAATT +ACGAGTAATACAGATTCTGTATTGTTATCAATGTTTAGTACATTAAATAATGTAACTATA +TATACTTCTTATTACACTTTAATAAGTTATCCAATTACATTACTGACTAGAATGATAGAT +AGTATAAGGGCGAGTATAGCATTAAAGGTAAATGAAGATACTGAAAAATCATTTTCGATA +TTTAAAGAAATGATTTCATTAGAGTTATTTTGTTTTGGAATAGTAGTACCTGTATTTATT +ATAATGGTAAATCCATTTGTAGATTTATGGATAGGTAGAGAATTTAGAATGGGATATATT +GATATTATTTTAATGTCCTTTATTGCATTACATAGAATGATAATACCTACAATATATGCT +ACTAGAGATGCAAAAGGTTTGTATAAAGAATCAAAGAACTTTAGTTTAGTACAAGCTATA +GTTAATATGATTTTATCTTTATTATTAATAAAGCCCTTTGGAATTACAGGAATTTTAATA +GGAACATGTATAGCTGATTTTTGTATACTTCAACCAAAAAACTATAGTCTAATATATTCA +AAGATTTTTAATCGAAAGATAGATATTTATTATAATATCATAGTATCTATCGCACTTTGT +GTATTATCAACTATAATATCTTTAATTTCCTTAAAATTATTGAGTTTTGATATATCAAAT +TTATGGTTAAGTTTTGTTTATGAAACCATAATATGTTTATTTATATCTACGATTGTAAAC +TTTATAGGACTATATATATTAGATAAATACTTTAGATGTCTTATTCAAAGATTTAATATA +CTAGGAAAAAAAGCTATATTAATAAAGTAA +>group_1378 +ATGGAAAATAGATTGAATTATAAATTAAGAGATTATAACATAGATATTCTTAGAGCAATT +GGATCATTATTAGTTATATTGGCTCATGTACGACCTCCTGAGATAATATTAAATTTTAGA +AGTTTTGATGTTATATTATTAGTGTTTATATCAGGTATGACATTATCATACTCAAATGAA +GAATCTTTGATTAAATATTTAACAAAAAGAATAAAGCGATTAGTAATTCCAACATATATA +ACAATAACAGTTATATTTTTAATTGCATATATGGCATGTAATCTATTAAATAGGACGCAA +CTATTTGATATAAATACAATATTAGAGTCATATATTTTTTTCGAAGGAATAGGATATATA +TGGATTGTGAAAGTGTACTTGCTAATTGCAATAATGTCTCCTATTATATGTAAAATAGTA +AATAATATAGAAAATGACTTTATTTTTATTTTAATAATAATAGGTTTAAGTAGCATATAT +TATTGGATGTATAATGAGTTAAATAATATTATAGTTAACTATTATATTTTTTATATGATT +TCCTATAGTATAGTGGCTATGATTGGATTACGTTGTAGAAAGAAAGCAAACTTTGTAAAA +AAAATAGGTATATTTTCTATATTAATATTCAGCATAATACAAATTGTAATTATATTTAAT +AACGGTGGATTTACCCCAACAGAGTATAAGTATCCGCCTCAAATATATTACCTATCATAT +GGAATTAGTATATCGTGTATTTTATATATATTATTTACAAACTTAAATTTGAAAGTAAAT +AAATATATAGTTTGGATTAGTAAGAACTCATTTAATATATATTTAGCTCATATAATTGTT +TTATTAGGAATTAATATGATATTAGACGTAATAAATATATATATATTGGAAGTTTGGGTG +ATAAAATTTGTGTGTGTTAGTATAGGATCAATAACTTTATCTATTATATTAGAAAATATA +ACTGTGATATTAAAGGAAAAAGTGAAACATTTGATAAGTTTAAATCAAGATAAAAAAATT +ATTAATAATAATGTAGACCTTATTATAAAGGAGAAAGTAAATGAGTAG +>group_1364 +ATGAGATTAGAATTAATATTTATATTAAGTATTTTATATATGATAGCATTTTTTACATAT +GCAATAATTGAATTTTTATCAGTAAAAAAATATAAAAGAATGAGAATTATTAACTATGTA +AGATGTATGTATTTGTTAATATATGGTTTAATACCATCAATTATGTATATGTATTTTTAT +ATGGGAGGTAGTGAAAATAGATATCTAAATAGAATGGATTTTTCATATAATGGTATATAT +AGATTATATATATTATTTTTAATATCGATAATAGGATATATAAGCATGAATATAGGATAC +ATTATAATTCCTAAAAAAAGTAAAATAAAAAATCATAGTAATACATTAATTACAATATCC +GCGATGTACAAGTCAAGTATAATAATTTTAATAATTGGATTTATATCACTATTATTGTGG +ACTAAAGCATATGGATCACCATTTGATATAATTCCTTATGCTCAATTTCTAAGAAGTGGG +TATTCTCCTATATATAACCCATTTACATTTATGAAAAGATTTTGCCCTTTGTTAATGCTT +TCTGCATATATGTTATTTACTATTATAAATGTTAGGCCTAAAAATAAGCAAATAATTCCT +ATGTATGTTTTATTTATTTTTTCATTTTTATGGTCTATTGTATATTTATTAGCAAATGAT +GGAAGATTTGGGTTTATACTTTTTTTTGCAACATTAATGCTTATAAAGATGGAAATAAAC +CAAGATAAGAAGGATCAGTCCCAAACTATAAAAATACTTTTTAAGTATATATTATTTGGA +ATAATAGCATTCATATTAATGAGTTTAGCTGATGGAATAATGGGATATTTATCAACTGGT +GTATATATACCTAGTGAGGTAAATGTAAATATATTTGAATTATTAAGAGATGAACTTGGT +TATGTAACTTTAAGTGGTCAAATGTCAATATATGCATTAGAAAATAAATTGGCAGGATAT +AGAGTTATTGAGGAAATTTTTAGTGCAATTTTCTCTATAGTTCCTGACAGCTTGATTTCT +TATCCTGTAACAAGTACATTCGCATATAATACTGAAATAATAGGGAATCTTTCAGGAACA +ATTCCAACTGATTTAATTTCATACTCTATATATAATTTAGGTGTTATAGGTGTAGTAGCA +ATTCCATTGTTATTTGGAATAATAGTAAGGAGAATACAAGTTAATATAGGTGATAAAATA +TCATCTCCATATTATTTAGTTATTTATATTATTGCTGCAATATATAGTATAAAAGCGATA +AGTCATTGTGATTCAGCAAATATAATTTTAAATATATTCTTTGTAATGGTAGGTCACATT +ATTGTTAGAATAAGAAATATTAAGATAAAATATAGGTGA +>pglJ +GTGGATAATATAGCTATTATAATTACAAAACTTTATGGTGGTGGTGCAGAAAGAGTAGCA +TCAAATTTATCTATAGAACTATCTAAAACATATAATGTGAAGCTTATTGTATTTGATGAT +AAAAATATTATATATCCATATTGTGGAGACTTAATAAGCTTGGATATACCAGCTACTAAT +AATAAATTTATGAGATTTATAAATGTTTTTAAAAGATCAGCAAAATTAAAGAAAATAAAA +AAAGAAAATAATATAAAATGTTCGATAAGTTTATTAGATGGTCCTAATATTGTAAATGTT +TTATCTAGAGATAAGGATAAAGTTATTACATCTGTAAGAAATTTTTTATCAGATTCTGAA +AAAACGAATATTGTAAGAAAAGTATGTGTTAGAATAATATCTAATTGTTCAGATAAGGTA +GTAGCAATATCTGAAGTTGTAAAACAGGACTTAATAGAAAATATAAAAGTAAAAGCAAAT +AAGGTAGTAACTATTTATAATTCATGTGATGGAGAAAGATTAGCAAAACTTTCATTAGGC +AAAGAGTTAAGTGAATTTGAAGATAAAAAATATATTTGTACAATGGGTAGATTAACACAT +CAAAAGGGACAATGGCATTTGATTAGAGCATTTAAAGAAGTAATTAAATCTAATCCAGAA +TTAAACCTAATTATTTTAGGGGAAGGAGAGCTTAGAGAAAAGTTAAATAATCTTATAAAA +GATTTAGGTTTAGAAGAAAAAGTAAAATTAATTGGATATATAGAAAATCCTCATGATGTT +ATTAGAAATTCAGAGATGTTTATATTTCCGTCTCTGTATGAAGGACTGGGAAATGCATTA +TTAGAAGCATTATCGTGTGGAGTACCTATTATTTCTACAGATTGCAATGCTGGTCCTAGA +GAAATATTAGCACCATCAACGGATATAAAAAATAAAGCTAAAGATAAAGTTGAAATTGAA +GAATATGGAATATTGGTTCCTAACTTTAACAATGATTGTTTTTGTAGTGAAATACCTCTA +AATGAAGAAGAAAAACTATTAGTAAAAGCTATAAATATGTTAATAAAAGATGATAAATTA +AAGAGCACTCTTAAAGAAAAAGCATTAAAGCGAGTGAAAGATTTTTCTCCATTAGAGATA +GAAAAACAGTGGATTAAGTTAATTGATGAATAG +>pglH +ATGAAAAAAATAGTTATATTTACAGGTACATTATCTCACGGTGGCTCAGAGAGGGTTATA +TCTACTTTATGTCATGAGTTTATAAATATATTTGATAAAGTAGAGATTATATTATTTTAT +AATATGCCTATATTTTATAATATGCCTGAGAATATTACTGTAACAACTATAGATGATTAT +ATAGATGGAAAAGTAAATATAGTAAAAAAATTATTATGGCTTAGAAGTTATATAAGAAAA +AATAAAGTAGATTTAGTGTTATCATTTTTAGCACCGTTTAATATGTTTGCTATATTAAGT +TTACTAGGAAATAAAACTCCATTAATTGTCGCAGAAAGAAATGATCCAAGACATATACCA +AATAAAAAGTCTATGAGGTTAATGAGAAATATTTTATATAATTTCTCATCAAGAATTATA +GTTCAAACAGAAAATAATAAAGAATATTTTAATAGTTATATAAAGAAAAAAACTGATATT +ATATATAATCCGATTTCACTTGGAACAAATAAAGGTAAAGCATTAATAACACCTAAAAAT +AAGAAGATAGTTAGTGTTGGAAGATTAATACAACAAAAAAATCAGAAAATGATGATAGAT +GCATTTAGTAGTGTAATACAAAAGTATCCAGATTATAAACTAGTTATATATGGAGAAGGA +GAACTACGTCCTGAGTTAGAGCAATTAATTAAAGAATATAAACTAGAAAATAGTGTTTAC +TTACCTGGAGTTAAGAAAGATATACATCAATATATTAAAGATGCAGAGATGTTTTTATTA +ACATCTAAATTTGAAGGTATGCCAAATGCCCTAATTGAAGCAATGTGTTTAGGATTACCG +TGTATATCTACTAAGGTATCAGGCGCTGTTGACTTAATAAAAAATGGTGAAAATGGATTA +CTAGTAGATTTAGATGATACAGAAGAATTAATTGCTAATATAGAAAAAATTATAGAAGAT +AATGAATATGCATTTGAACTAGGAAAAAAAGCTTCATTTTTAAATGAAGAATTAAGTGTA +GCAAGAATAGCGGATAAATGGTTAAATACTATAACTTGTAAAATTAAAAATAATTAA +>glmU_2 +ATGAAAAAATATGTTAGAGCTATAATATGCCTAATTTATTCATTAGTAAAGTTTAGTATT +ATAAAATTGTTTCATATTAATAAATTTGAGTTTACTATGTATAATTTAATTTCTCCATTT +ACAGAAATAGAAATCAGTAAAAATGGGAAATTAGCACTTGGAAAGTTACTAAAAATGCGA +AGTGGGTCAAAAGTAAGAGTTAGAAAAGATGGTGAAATTAAGATAGGTAAAAATACATCT +TTGAATCATGGATGTATTTTTACTGCACATGAAAAGATTATTATTGGAGAAAATGTACAG +TTTGGACCAAATGTATTGATATATGATCACGATCATGACTTTAGAATTAAAGATGGATTA +AAAAGCTTAAAATATAAAACGTCACCTATCATAATTGGGAATAATGTATGGATAGGATCC +AATACAATAATTTTAAGAGGTAGTAAAATAGGAAATAACTGTGTTATAGGTGCAGGCTCA +GTAATCAAAGGAACATATGAAGATGGATCTATAATAGTTCAAAAGAGAGAAAATTCAGTA +TCTAAATTAAGCTATCGATTATAA +>pglA +ATGAAAAAAAGGATATTGATTCTATCGAATCACTTTATAACATTATATAACTTTAGAAAA +GAATTAATTCAAAAATTAATAGATGAAGAACATGAAGTATTTATATCGATGCCTAAATCA +GAGGAAAATAAATTCTTTAGCGATATGGGATGTAATATAATTGAAACTAATGTAGACCGT +AGAGGTATTAATCCGATTAAAGATACTAAATTAATACTAGATTATATAAAAATAATGAAA +AGAATTAAGCCTGATATTATATTTTCTTATACTATTAAGCCTAATATATATGGATGTATA +GCATCTAATATTACAAAGCATAAGCAAATTAGTAATATTACTGGAACTGGTGGAACATTT +TTAAAGAAAAGTATGTTAAGTGAAATTGCTAAAGTTTTATATAAAATTTCTATAAAAAAA +TCTTATAAAGTATTTTTCCAAAATAGTGGAGATAAAGACTTCTTTGTAGAAAATAAAATG +GTTAAAGGTAATTACGCAATGCTACCTGGGTCAGGGGTTAATTTAGAACAATATAAATTA +TGTAAACTTCCATCAGATGATGAGATTAACTTTATATTTATAGGTAGAGTTATGAAGATA +AAAGGTATAGATGAATATCTAGAAGCAGCTAAGCAAATTAAGGAAAAACATAGTAATGTA +AACTTTTATGTTGCAGGCTTTATAGAGGAAGAAAAGTATAAAACCATAATAGAAGAATAT +AACTCAAAAGGAATTATTAAATATATTGGGTTTCAAAAAGATATCAAGTCATGGATTGAA +AAATGTCATTGTACAGTACTTCCATCTCATGGTGGTGAAGGTGTTCCGAATGTATTACTT +GAGTCTTCAGCTATGGGAAGAGTATGTATAGCATCTGATATAAATGGATCGAAAGATGTT +ATAGATAATAATAAAACAGGATATTTATTTGAAGTTAGAAAAAGTGATGAGTTAGCTAAT +CGTATTGAGTCTATATTGAATAAAAAATATTCTGAAATTATTCAAATGGGATTAAATGCG +AGAAATAAAGTTGAAAAAGAATTTAATAGATCTATTATTATAGAAAATTATTTATCAGAA +GTCAGAAATATAGAAATGGAGTATGCAAATGAAAAAATATGTTAG +>pglD +ATGAAAAAGAGTTTGTTAATAGTTGGTGCTGGAGGTCATGGTAAGGTAGTGCTAGATATA +GCAGAATCAACAAATGAGTATGAAAAGATAAGTTTTTTAGATGATAGTAAGAAAATTGGT +GAGAAAGTCCTAGGATATGAAGTTATAGGAAAAATAGCTGATGGTCATGAGTATATAAGT +GAGTATACACATGCCATCATAGCTATTGGAAATAACGATGTAAGAGCGGAGTTATCAAAG +AAATTTATAAATTTAGGTTATATATTGCCAGTATTAGTACATAAATCAAGTGTGATTAGT +AAATATGCTAAAGTCGGACAAGGTACTGTAATAATGCCTAATGTAGTTATAAATGCGGAT +ACTACTATTGGTGATTTTGCTATTATAAATACTAGAAGTATTATAGAACATGATTGTGTA +ATAGGTGATGGTTCTCATTTATCTTATGGAGTGTTACTTGGAAGTGGAGTTAAACTAGAT +AAAAAGTGCATGATAGATATGGGAATCATTGTACAAAGAAATATGTATATTTCAAAATAA +>pglC_3 +ATGTACAATTTATTACAAAGACTTATAGCATTAGTTATGTTAATTATATTATCTCCTTTA +TTTTTAATAGTATCTATACTTATAAAGTTAGAATCTAAAGGACCTGTTTTCTTTAAACAA +GAGAGAATTGGTAAGGACAACATAAACTTTATGATTTATAAGTTTAGATCAATGAGAACT +GATACACCTGATGTAGCAACTCATTTACTTGATAATCCAGAAGTATTTATAACTAAGGTA +GGAAAGTTTTTAAGAAAGACTAGCTTAGATGAACTACCTCAGCTTATTAATATCGTAAAA +GGTGAAATGCTTTTTGTTGGACCAAGGCCAGCTCTTTATAATCAGTATGATCTTAGGGAT +TTAAGAACAGAAAAAGGTGTTCATGTTCTGTATCCTGGTGTTACTGGATGGGCTCAGGTT +AATGGTAGAGATGAGCTTGAGATACCTGATAAGGTTGAGTTTGATAGACAATATGTTGAA +AGAAGAAGTATTTTTATAGATATAAAGATAGTTTTTATGACTGTTGTTAAGGTGTTTAAG +AAAGAAGGAATAGTTGAAGGGCGTACATCAAAGGCTCAATAA +>pglF +ATGGATATAGAACTTATAGAGACCCAAAAAGGTAGTGTATTATCAAAAATATTAGATACT +TATAGGGTTAGGCAAACTATATTATTAACTTTAGATGTATGTATTATTTTAATTGGATTT +TTATTATCATCTAATCTAACAGGTATGGAAGGAACATTAGGAATTAGTAATGTTATGCTT +CCAGTATCTTTATACATAATATGTACAGTTACAATGTTTGGGATATTTAAATGTTACAGT +AGTTTATGGAGATATGCCGGAACTGAAGAATTGTTATCAATATGTATAGCAGTAGTATTA +TCTATGCTACCAGTAATTATTTTACATAAGGTTGTAGGGATTAATTACTCTTTACTATTT +TACATTGTAAATACTATTTTTATAGCAGCATTTGCAGGAGGCGTGAGAGTAGCTTATAGA +ACAGGTAGAAGATTTACAAGCTTAAGTCAATCAAAGGATGAAATTTCTAGAGTACTTATA +GTTGGAGCTGGACAAGCTGGTGAGATGGTTATTAGAGAAATTAAGAATAATCCTCAGATT +AATAAACGTGTAGTTGGAATTATAGATGATGATATTAATAAATTAGGCAGAAGAATACAC +GGAATTAAGATACTAGGAACTACTGAAGAAATAGATAGAATAGTTGAAGAAGAATTTGTA +GATGAAATAATACTAGCAATGGCTAAGGTAAGTAAGAAAAGAAAAAGAGAAATTATAGAG +ATTTGCAATAATAAATGCAAGCTTAAGACAGTGCCAGGAATTTTTGAAATTATAGATGGC +AAGGTTGATATAAAAAATATCAGAGATGTAGAAATAGAGGACTTATTAGGCAGAGAGCCT +ATAAAAATTAACTTAGAAGAAATAAGTGATTATCTAGAAAAGAAAGTTGTTATGGTTACT +GGAGGTGGAGGATCTATAGGATCTGAGCTTTGTAGACAGATAGCAGGATTTAATCCAAAA +GAACTTATAATAGTAGACAACTATGAAAATAATGCTTATGCAATACAACAAGAGTTAGTT +AGAAAATATGGAAATAAACTAAATTTAAAAACAATAATCGCTTCTATTAGAGAAGAAGTT +CGTATGGAAGAAATATTTAGTCAATACAGACCAGAAGTAGTATTCCATGCAGCAGCACAT +AAGCATGTTCCACTTATGGAAGCTAGTCCAAGTGAAGCTATAAAGAATAATATATTTGGA +ACTCAAAATGTAGCAAAGCTTGCTGATAAGTATGAAGCTAAAAGGTTTGTACTTATATCA +ACTGATAAAGCAGTTAACCCAACTAATATTATGGGAGCTACAAAAAGAGCTGCTGAGATG +ATTATTCAGACTATGAATGAAAAAAGTAAGACTGAGTATGTTGCAGTTAGATTTGGAAAT +GTACTTGGAAGTAATGGTAGTGTTATTCCTTTATTTAAAAAACAAATAGAAGAAGGTGGA +CCTATAACTGTTACTCACCCGGATATAATAAGGTACTTTATGACAATACCCGAAGCTGTT +GGCCTTGTAATACAAGCTGGTGCTATGGCTAAAGGTGGAGAGCTATTTGTACTTGATATG +GGAGATCCAGTAAAGATAGTTGATTTAGCTAAAAATCTTATAAAGTTAAGTGGTCTAGAG +CCAGGTATTGATATAAAGATTGAGTTTAGTGGGCTTAGACCTGGTGAGAAGTTATATGAG +GAGCTTCTTATGAGTGAGGAAGGTCTTACAAGTACGGAAAATAGCAAGATATTTATAGGT +AAGCCTATAGAGTTTGATATAGAAAAAACTAATAGGCATTTGAATGTGTTAAAACAAGTT +GTTGATAGAGAAGAAGTTGAACTTATTGATAATATTATGAGAGAACTTGTTACTACATAT +ATTCGACCAGAAGATGCAAATATTAAGGGGGTAGTTTAG +>ywqD +ATGAAAATAACTAGTTATACAAACCCAAAGTCTCCTATAGCTGAAGCATATAGAAGTATA +AGAACAAATATAGAATTTTCTAATATAGATAAAGATTTAAAAATAATAATGATAACTAGT +ACTCAACCAAATGAAGGAAAAAGTACAGTAATATCTAATTTAGCAGCGACTTTTGCTAGT +TTAGAAAATAAGAGAGTTTTAATACTTGATGGAGACTTAAGAAATCCAAGTATACACAAA +ATGTTTGGGGTTAGCAATTTAAGTGGAATAACAGACGTTCTTACAGGGCAAAAAGATGTA +AGTAAGTGCATAGAATCTACTAAGATAGAAGGATTAGATATATTAAAGGTTGGAAAAGTA +CCACCAAACCCTTCTGAGATGCTTCAGTCTAATAAGATGAAAAACTTTATAGATGTAGTT +AAGGAGTATTATGATTATGTGTTTATAGATGCACCTCCTGTTGGTGTTGTAACTGATGCG +AGTATAATATCTCAGTATGCTGATGGGGTTATACTTTTAGTTGGATGTAATGAGACTGAT +ATTGAGGCAGCTAAGCTTTCTAAGGAAAGATTAGAAAAAGTTGGAGCTAATATATTAGGA +GTTGTGCTTAATAAGTTTGAAAGTGAAGGGTCTGCTTATGGGTACTATGGATATTATTAT +GGAGATACCAATAAACCTGAAAAAAAGAGTGGTTTGTTTAAGGTAAAATAG +>ywqC +ATGGAAGAGACGATTGACTTAAGAGAATATTTTGGCATTATAAAGAAAAGATCAAAAATA +ATAGTGGCTATAACTTTAATAGCAATGGCTGTAAGTGGTATAGTAAGTTTTTTCATGCTA +AGTCCAGTATATGAGGCAAATACTACTTTGATAGTTAACAAAAATGAAAGTAGTGAAAGT +CAAACAATGACTGGAGATGAATTTAATGTTACTCAAAAATTAGCTGTTACTTACGGAAAG +ATAATAACTTCTAGAACAGTTCTTAATGAAGTTATAAAAAATTTAAAGCTTGATATGGAG +TATGGTGAATTATCTAAGTCAGTGAATGTAAGTGCTGTGAGTGATACTCAAATTATAAGT +ATTACAGTGCAAGATACTAATCCTAAAAAAGCTATGGATATAGCTAATGCTATACCAAAA +ATATTTACAGAAGAAGCTAAGAGAATAACTAAAGCAAATGGAGTTGAAGTAATCGATAAA +GCAGTATTACCACAGTCTCCTGTTAAGCCTAATAAAGTTATGAATGTTGCAATAGCTACA +GTATTAGGACTTATGATAGGACTTTTTGTTGTATTCTTATTAGAATATATGGATACAAAA +ATCAAGAAACCAGAAGATATAGAAAAACACTTAGGTCTTCCAATACTTGGTGTAGTGCCT +AAAGAAAACATATAA +>group_1380 +TTGAAAAAGTTAATAAGAATTTTAATAAATATAATACTAATCTCTATACTAATCTTCTCT +GGTTATAAAATTTACACTAAACTAGCAGAATACAAAAAGGCAGACACTGTATATAACTAC +ATAAGAGAAAAATCTAAGGATAAAGATAAGACAACTGAGCTTACTGGAATAAACCCAGAC +TATAGATTTTGGCTAAAAGTAGACAACACAAATATAGACTATCCAGTAGTCCAAAGTGAG +GACAACGACTACTACCTAACACATGACTTTAATAAAGATTACCTAGCATCTGGTAGTATA +TTTATGGATTATAGAAATAATTTCCAAGAAGACAAAAGTACCATAGTATATGGACATCAC +ATGAGAAACAAAACAATGTTTGGAGAGCTAGCTAATTACAAAGATGAGAATTTCTTTAAC +GGAAATAATTTAATAAAAGTTGAATACAAAGGAAAGACTTACACTTACCAAGTATTCTCT +GCTTATATCGCAGACTTAACAGAAGACTACCTAAAAGTAGACTTTGAAAATGACGAAGAC +TACCAAAGCTACATAAACTACATTACAAACAGATCAATGTATAAATCAAACTTACAAGTT +AGCAAAGAAGATAAAATAATAACACTATACACATGTAGCTACGAATTCAAAGATGCCAGA +ACAATAGTCCACGCAAAGCTAATCTCTGAATAA +>lytR +ATGAGTAGACTAAGTATAAAAACTATTTTAAGAAAAAGCTTACTATTATTAAGTATAGCT +GTACTTTTCGGAGTTATATTTTCCAGAGTTGGATACACAGAAAACTTAGATACAAAAGAA +GTACCTAAAGAAGCATCAGGAATAAAAAATATTCTATTAATAGGTGTTGATGGAGAGAAC +CTAGATAAAGGTAATCGATCAGATGCTATGATCATAATGACCATAGACCAAAATAATAAA +AACATAAAGCTAACTTCCTTATGTAGGGATACCTATGTATATATAAAAGGTCATGGAAAA +GAAAAACTTACACATGCCTATGCATATAATGGACCGGAGTTACTATTAGATACAATAGAG +GAAAACTTTGGAATTAAGATATCAAAATATGCAACAGTGAACTTTTCTTCTTTTATAAAT +ATCATAGACTTGCTTGGAGGAGTAGAGGTCGAAGTTACAGACAATGATGTTGATGTTTTA +AATAAACTTATAAAAGTATGTTATAAGATAGATTCAAAAGAAGATAAAGGAAAGATTGAG +TTTATAGATAGTGCAGGAAATTATAATCTTAATGGATATCAAGCACTAGCCTTTAGTAGG +ATTAGATATCAAGATAGTACAGATGCAAGAAATACAAGACAAAGAATGGTTGTAAAATCA +GCATTGGAAAAACTAAAAACTAAAGGATTAAGAACTTATATAAGTTCATTAAATGAAATA +TTATCAGGAGTAAAAACCAATCTAAGTCCGTCAGAGATAATAGTTCTTGGGTACAAGACA +CTAAGAATAGGTACTGAAAATATGAAAACTTTAGAGTTTCCAGTTTATAAGGAAGAGATA +AAGTCAAAAGAAGCTGGATGGATAGTAATTTGGGATGAAGAAGATAATCTAGATCTATTA +AATAATTTCATATACGAAAACCTAAGGGTAGAATAA +>group_1382 +ATGGACGATTTTTCAAATGGAAAAGACAGATACCTAGAAAATATAAATAAAAAAAATAAT +AACAATAAAAGAAATAATGCAGATAAAAAGATGATGCTTATAATACTTTTAGCATTGATA +ATAGGATGGATGGGATTTATATTTTATATGTCACATCAACCAGCATCAGTATCATCTGGT +CAATCAGGAAGAACTATAAGTGCAATTATTAATATGCCAATAATAGGTGAAATATCAAAA +CCTATACTAACATCATCAATAGGTGAGTTTGTAATAAGAAAATCAGCTCATATGTTTTTA +TACTTTGTACTTTCTATATTAACATTTAAATTTATATCTATAAAAAGCATAAGAGAACAT +AATTTAACTTCAAAAATAATCTTTAGAAATATGGCAATAGCTTTACTAATAGTATTTTTA +TATGCATGCACTGATGAATTCCATCAATTATTCGTATCTGGTCGTAGTGGAGAATTTAGA +GATGTAATGGTAGATACATGTGGAGGGATAATTGGACTTATATTAATAAGTATTAATTAT +TTTAGAAAAATATAA +>group_1356 +ATGTTTAAGTTTATAAAGAGAATATTTATATTTTTTATAACTACAGCTATAGTTTTAGTT +GGTGGGATTATGTATATAAATTATCGTAATCAAGAGAACTTACTAAAAGATCTTACTACT +GTATCTAATAAAGAAAACTCATCTGATGTTGCAAATAATTCTACAATGGAAACAGACTCT +GCAAATATTTCTCAGGAAATATCAGATATTTTGTCAGATGAGAATAAGTATGATTTAGCT +GTAAAATATGACAATGCAGGTGCTTTAGTTTCTCTGGATACAGTAACTAGAAAAGTTTCT +GTGATAAGTCTAGATACTATAGATAACTTTAAAGATTTGGCTAGTAAGACTGATAAGTAT +ATAGATTTTGATAATAGTGAAAATTATAGTATAGAGGATTTAACTGCTCTTAAGGATAAA +TTCTTAAGTTCAGGTATGATAGAGAAATATGAAATCGTTAAAGATATTTTGAAAAATAGC +GATACTAATATAAAAGAAAGCGACCTTATTAGTATGTATTTCAATTATATGGCAAGTAAG +TAG +>group_1389 +ATGGCTACTAAGAAACAAAAAAGAGAGAAAAGAAAATTAAATAAGAAAATGCAAAAAGCG +ATTGTTGCTAAAAAGAAAGCAGCTCAAGCGCAAGAACAAGAACTTAAAAGCTCAAAATAG +>group_1370 +ATGTTTGGAAAAATAGATTTAAAAAGAAGTTCTTACCAACTAGTAGTTATGTTAATGGTT +GGTGCTATGATTCTTATTGGTCAATATATAAGTAGTGGAATTGCTATAACTACAGCTATT +CCAGGTATGTTAATAATGATAGTAGCTGCTATGCTTGCTATGATGCTAAAAGATTTATTT +CCAAAATCAATCTTTCCTGCATTTGGATTTGCAACAATAATAGGTTTATTTTTAAGTATA +CCTGGTAATGCAGTATCAGATGTTTTTAATACTCAAGTAGCCAATATAAACTTTATGGCA +ATAACTACTCCACTACTAGCATTTGCTGGTATATCAGTAGGTAATAAAATAGAAGATTTA +AAGAAAATGTCTTGGAAGATAGTTGTTATATCTTTAGTAGTTTTCACAACTATATTCTTC +GCTTGTGCATCTATAGCTCATATAGTATTAAAGATACAAGGGGTTATATAA +>group_1385 +ATGAACAAGCAACAATTAAAAGATTTAATAATAAAATCAATCGATGAAAATAGAGATAAA +ATAATAGAAATTGGTCGTGGAATATATCACACTCCAGAGTACGGATACAAAGAGTACAAA +ACTACTGAAGCTGTAGCTAACTTCATGAAGGAAGAATTAGGATTAGAAGTTGAAAAGAAT +ATAGCTGTTACTGGATGTAAAGCTGTTGTAAATGAAAATAAAAAAGGTCCTCATATATCT +ATCTTAGGGGAATTAGATGGTATATCTTGTAAAGAACACAAAGATGCAAATGAAATAGGT +GCGTCTCATACTTGTGGACACAATATTCAGATAGCTGGTATGTTAGGTGCGGCTCTTGGA +TTAGTTAAAAGTGGTGTTTTAGATTCTTTAGATGGAAAAGTATCTTTCATGGCTACTCCT +GCTGAAGAATTTATCGAATTAGAATACAGAGAACAACTTAAGAAAAAAGGTGAAATAACT +TACTTTGGTGGTAAGCAAGAACTTGTTAAGAGAGGTTATTTTGATGATGTAGATATGTCT +ATGATGTTCCATTCATCAGACTGTGGTGATAGTAAAGCTTTAGTTGGACCAGAAAGTAAT +GGATTTATAGGAAAGAAAGTTCAATTTATAGGTAAAGAATCTCATGCTGGTTCTGCCCCT +CATGAAGGTATAAATGCTTTAAACGCTGCAATGCTTGCAATAAATAATGTAAATGCTTTA +AGAGAAACTTTTAAAGAATCTGAGAGAGTTAGATTCCATCCTATCTTAACTAAGGCTGGA +GATATAGTTAATGTTGTTCCTGCTGATGTACAAATGGAATCGTATGTTAGAGCTAGAACT +ATAAACGGAATGATAGATGCTAGTGAAAGAATAAATAGAGCTTTAATAGCTGGTGGAACT +GCAGTTGGCGCTGAAGTTAAAATAACTGAAATACCAGGATACTTACCAATACTTCGTTAT +AGAAGCATGGATAACTTATTCAGTAATAACCTTGTTGAATTAGGGATACCAATCAATGAG +ATAATAGATGGTGGAGACTTTACAGGTTCATTCGACTTTGGTGATATATCTCATCTAATG +CCTACCCTACATCCTATGGTTGGTGGTGTTAAAGGGGCTCTTCATACAAGAGATTTCGAA +ATAGTAGATGAAGAATTAGCTTACATAGTTCCTGCTAAATCAATGGCTATGACAGTTGTA +GACTTATTATTTGATGGTGCTAAAGAAGCAAATGAAATCTTAGCTGATTTTAAACCAGTT +ATGACTAAAGAAGAATACTTAGATTTCTTAAATAAATACGATAAAACTATATAA +>group_1368 +ATGATATTTGGAATTATAGGGCCTTCTGATTCGAGCAAAAAAATAGAAGAGTATTTAAAA +GATATAGACAAAGAGATAGAAATAAAATTATATATAAGAGAAAAAGCAGCGGAATGTATA +GAAGTAATAGCAACTTGTGAAGAAGAATGTGATGCAATTATTTTCACAGGATGTGGTGTA +GCAGCAGCAGTAAAATCAAAATACGAAGTGAAAAAACCAAATGGGTTTGTATCTAGGGGT +GGAACTAGTATTATGAAAGCTTTTTGGGAAGTAAAAAAAGCTAACATGAGCCTAGACAAG +TTTAGTATAGATGTTGTAGAGAATGAAATATTAGAAGATATAGTCAATGAAATTGATGTA +AATCCTAAAAAAGTATTTTCACTACCATTTAACAATGGTATAGATGAGATGGAGTATGCA +AAATGGCATATGAACTTATTTGAAAAAGGTGAAATTGACGTTATACTTACTGGTTTCGGA +AATGTATATAGTGTATTAAAAAATATGGGGTATCCAGTTTTTAGGCTTGAAGCAACTCGA +CCGCTTATAAAGTCATGTTATGAAGAAGTTAAAGCTAAAGAAGCATTAAATAAAGCTCAA +TACTCACAAATATCAGTAGAGATATTAAGTTTAATAGACTATAAAGGAAACAAAGAAAGT +TATTATTCGAATATGATTAACAAATCAAAGGTAGATAAAATCATAGTGGAGTATGTAAGA +AGTATCCAAGGTTCTATATTTAATTTTGGTAGAGATGAATATATAGTATTCTCTCACAAA +GGAGCTATAGATAATGAAGAAAATTATAATAAATTATTTAAATTGCAGAAAGAAGTAAAA +TTAAATGGATTCTCGCTAGGGGTAGGGATAGGTATTGGAACTACGGCATATCAAGCTGAG +ACTAATGGATATAAAGCTTTAAAACGTTGCATAGATTCAAAGGATTTTGATATTTACTTA +GTTGATGATGAAATTATAAAAGGTCCTTTAGGAACAGACAATGAGTTAAGCTATTCACTA +ATAGCATCTGATGAACGTTTAATTGAGATATCTGAGAAAACGGGATTAAGTTGTGAGTCC +GTTGCTAAGATTATGGCAATAAGTGAAAGTCGAAAAAGTTCTGTATATGATACAAAAGAA +CTAGCTGATTATTTAGATATAAGCGACAGAAGCGCAAGAAGGATACTTAATAAAATAGTT +GATTCTGGATTTGGTAGAGTATATGCTAAGGAAAGTAGCGTAGGCGGAGGAAGACCGAAG +AATCTTATAGAAGTAACTTTTTAG +>group_1407 +ATGAAAATAATAAAAAGAATGATGTCTACTTTAAAAGGTATATCAAAATACATATTAGTA +AATGAAAGAATAAATAGTCAAAGATGTGTTGCACAAAATATAAACACAACTAAAACTATA +ATAGAGCATAACTAG +>hom_2 +ATGAATAATAGTAAAATTACATACATTGAAGCTTTGAAAAAAGCACAAGGTTTAAAAATA +GCAGAAGTAAATCCATATTTAGATGTAAGTGGACACGATACAGCTATAAAAATACAAATT +ATATGTAATGTAGTTATGGATTTAGACGTAGACATTAAATACATCTATATAGACGGAATA +GAAAATATAAGTATTGATGAAATAGATAAAGCAGAAAGAGATAATAAGAAGATAAAACTT +ATTGGCAAAATATCCTCAGAAAATAAAGACTCTATAATTGAAGTTAAACCGCAATCAATA +GATAAAGATTACCCACTATACTTCGTAGATGGGAAGATAAAGGAATTTATTATAAAACTG +ATATATTGGTAG +>group_1395 +ATGAATTTAGGACTAATTGGATTTGGAGAAGTGGGGAAATCTTTTGTTAAACTGCTAAAA +ATTAAAGAAGAGATACTAGATGGAATGAAGGCCCAATAA +>aspC_2 +ATGATATCAAATAAAATGGAAACTCTTCTTAAAGGTAACTCTGTTATAAGAGCGATGTTT +GAAGAGGGTAAAAAACTAGCTCAAATTCATGGAGCAGAAAATATCTACGACTTCAGTATA +GGTAATCCAAGTGTAGAACCTCCAGAGAAAGTAAAAGAAATTATAAATAAAATATTAAAT +TCTGAATCTGCAAATTTAGTTCATGGATATATGAATAACTCTGGATATGAAGATGTAAGA +GAATCTATTGCATCGTATTTAAATAAAAAAGAAAATCTTAACTTAAATTTAAATAATATA +GTTATGACTTGTGGCGCTGCTGGTGGCTTAAATATAATTTTAAAAACACTATTGAATCCT +GACGATGAAGTTATTACATTTTCTCCATATTTTGGAGAGTACGGTAATTATATAAATAAC +TTTGATGGTAAATTAGTTGTTGTACCTACAGATATAGATAATTTCGAACCAGATTTAAAT +GCTTTAAGTGAGTCTATAACACCTAAAACTAAAGCTTTAATAATAAATACACCTAACAAC +CCAACTGGAGTAATATATTCATCTACTTTCTTAGCAAACTTAGGAAATTTACTTGAAAAA +AAACAAAAAGAATTTAATTCTAATATTTACTTAATCTCTGATGAGCCATATAGAGAAATT +GTTTATAACGGTGCAATTGTTCCTTGTATCTTAAAATACTATAAAAATTCTTTTATAGGT +TATTCATATAGTAAATCCTTATCTCTTCCCGGAGAGCGTATTGGATATGTGGTAATAAAT +AATAATATGGATGATTTTAATGATATAGTATCTTCACTTAATATAGCAAATAGAATTCTA +GGCTTTGTTAATGCTCCTTCTCTTTTCCAAAGGGTTATTGCTAAATGCTTAGATTCTGAG +GTTGATATTAATATTTATAAAAGAAATTTTGATGTTTTATATAATCATTTAACTAATTTA +GGATTTACATGTGTAAAACCTAAAGGAACTTTTTACTTATTCCCTAGAACTCCCATTGAA +AATGACAAAAAATTCTGCGAAGATGCTAAAAAATTCAATTTACTTTTAGTACCTGGTTCT +TCATTTGGATGTCCTGGTCATTTTAGAATTTCTTATTGTGTATCTTATGATACTGTTATA +AATTCGCTTCCTGCTTTTGAAAAATTAGCAGAACTTTATAATTTAAGTAGTAATACAAAT +TAA +>group_1413 +TTGAAGGAAAATATTAAAATTTTAGATTTAGATATAAAAAAATGTGAAGAAGCTTTAAAA +TTAAACAATCTACTAGAAATGGTAATAATTATTGAGGAGATGATTGATAAATATAAAAAT +CAAATAAATAACTTAAGTTCATTAGAAAAGAATAATGTATGGTCATACAAGAAAAAAGAT +TTAGAGGATTTGAATGAATATTTAAATGAGTATAAAAATAAGCTAACTAATGAATATAAA +ATATCTGCTCTTAAAGAAGTTTTTGATGATTCTGTGAGTGAAATAGAATCAAATACTTCT +TTATCTATAGATAAAAAGCTTGAAGTTACGGACATAATAAACAGTATAAAAGATATAAGT +TTTAATAGTAAATCTGTAGAAGAAAAATGGGAAGAAATTAGATCATATATTAATTATATT +AGTCAAGAAGAATTTATTATAGCTAATAATCTTCTTAACTTAGTTAGTTTTGTATTAAAA +ACTGATTTATAA +>group_1392 +ATGAAGTTTTTTATAGACTTTGCCACAGGAAGCTTAAATAAATATGGAGAAGAGTTATGC +GGAGATAGGGTAGAGTTTTATAATGACAAAGATAAGTTTGTAGCAGTTTTATCTGATGGT +TTAGGAAGTGGTGTTAAGGCTAATATATTAGCAACTTTAACTGCCAAAATAGCTCTTACG +ATGTTAAAAGAAGGTATTGATATTGAAGAAGTTGTAGATACAATTATAAATACATTACCT +ATATGTGCAGTAAGAAAAGTGGCATACTCAACATTTACAATGGTAAGTGTAGATAAAGAT +GGTATGGTATATGTTGCAGAATTTGATAATCCGAGTATATTTTTTTTGAGAAATGGTGAC +ACAAGGCCTATTAACTGGAATGAAAAGTTTATAAATGGACGTAAAATAAGAGAAGCCAGC +TTTAAATTAAGACAAAATGATATTTTAGTATTAGTCAGTGATGGTGTAGTATATGCAGGG +GTAGGTCAGGTACTAAACTTAGGGTGGCAGTGGAAGGATATAGCAAACCACTTGAGAAGA +TTTACTAATAGTTCCATGAGTGCTAAAAAAATTACTAATAATTTACTAGGTGCATGTAAT +CAATTGTATATGGAAAGGCCTGGAGACGATACTACCGTTGCAACAATTAGAGTTACACAG +CCGAATAAGGCAGTAATATTTACTGGTCCTCCTATTGATAAAAATAAAGATAAAGAAGTA +GTAGAGGAAATTATGAGAACTTCTGGGAAAAGAATTATTTGTGGAGGGACAGCAGGTAAC +ATAGTAGCAAGAGAATTAGGAGAAGAATTAAGGACTAGCTTTAAAATTGTAGATAAAGAT +ATACCTCCAATAGGTTATATAAATAAAATAGATCTAGTAACAGAAGGAGTACTAACATTA +AGAAAAGCGATAGATAAACTTCATAATATTAAAAGTTCTCATGATTTAAAGTTTATCTAT +GAAGAAGATGGAGCATCTTTATTAGCTAGAATGTTATATGAAGACTGCACACATATAAAA +ATGATTATAGGTAGAGCAATTAATCCAGCTCATCAAAATCCAGATTTTCCAAATGAATTG +AGTATAAAACTTTATTTAGTTAATGAATTAAAAGATGTTCTTATAGAATTAGGTAAAATT +GTTGAAGTAGAGTATTGCTAA +>group_1416 +ATGAAAAATATTAAAATATGTATAGGTAGTTCATGTCATCTAAAGGGGGCAGAAGAAGTA +ATTGAAGCTTTTCAAAAATTAATTAAAGAGTATAATCTAGAAAATGAAATAGAATTGTAT +GCATCTTTTTGTTTAAATAATTGCACAGATGGTGTATCTGTTATGAGATGGGATGAAAAG +ATCTTATCTGTGTGCAGTAAAAATGCTAGAGATGTATTTGACAGAGAAATAGTACCCTAT +ATTTAG +>group_1396 +ATGAAATATTATATTAAAGCTGATAGGAACGTTAGGATTTTCGTTGAAGATATTAACCCT +GATTGTAGTAAAACAATATTATTTATTCATGGATGGCCTTTAAACCACAATGCTTATGAA +TATCAAATTAATAAACTATCTTCCATGGGATACAGATGTATAGCCATAGACTTAAGAGGT +TATGGTAAATCAGATAGACCTTCACAAGGATATGATTATAATACAATGGCAAAAGATATT +AGATGTGTAATAGAAGTACTTAAATTGAACAATATTACTTTAGTAGGGCACTCAATGGGA +GGAGCCATATCCATAAGATATGTATCCAATTATAATGCATATGGTGTTTCTAAACTTTGT +TTGATTGGTGCAGAAGCACCTTCTTGGGTTAAAACCAATAATTGGAAATATGGATATGCA +GAGGACCAAGTAAATAATTTAATACAAGAAACTTATATAGATAGAGGTAAATTAGTAGAT +GATGTTAGAGATTCATTTTTCTTTCAATATAAGGGAGAAACATTTAAAAGATGGTTTGAA +AATTTATGCTTAGCTGCAGCAGGTTGGTCAACTGCAAATTCTTTAATGGCTCTTAGAGAT +GAAAGATTGTTTAACGATTTAGAAAATATAAATATATCAACATTAATTTTACATGGAGTT +CATGATAAAGTGTGCCCATTTGAATTTGCTAAGTATATGGATAATGCTATTGATAATTCA +ACATTGATTCCTTTGACTGAAAGTGGTCATGGTGCATTTGCTGAGGAAATAGAAAAAGTA +AATAATTCTTTAGTATGTTTTATTAATCAATAA +>cspB_1 +ATGGCAAATTACAATGGTGTTGTTAAATGGTTTGATAATGAAAAAGGTTATGGATTCATA +AAAACTATTGATGGAGAAGATATTTTTGTGCATCATTCTAATATAAAGGAAGTGGGTCAT +AATAAAGATTTACACGAAGGAGAAGAAGTTAACTTTGATGTAGTTCAAGCTGAAAGAGGA +CCATCAGCTATAAATGTTCAAAAAATATAA +>mglA_3 +ATGAATAAAGAAATATTAAAAGTAAGTAATTTAACAAAAGTCTACCCTGGTGGTGTAGTT +GCAAACTACAATGTAAATATTGCTATAAATGAAGGAGAAGTTCATGCACTTATAGGTGAA +AATGGTGCAGGAAAATCTACTTTAATGAAAATGCTATTTGGAATGATACCACAAACTAGT +GGTGATATATTTGTAAATGGAGAGAAAGTACACTTCTCATCTTCAAAACAAGCTTTAGAA +AAAGGTATAGGAATGGTGCATCAGCATTTTATGCTGGTGCCTTCTTTGACTGTGGCAGAA +AACTTAATATTAGGTCATGAGACAACAAAATCAGGATTTATAAATATTGAAGAAGCTATA +GCTCAAACAGAAGAAATTTCTAAAAAATATAATTTAAAAGTTGATGCAAGAGCTAAAGTT +AAAGACATTTCAATAGCAATGAAACAAAAACTAGAAATATTAAAAGCTTTATATAGAGGA +GCTAAGATATTAATACTAGATGAACCAACAGCAGTACTTACACCACAGGAGATAGAAGAA +TTATTTAAACAACTAAAATTATTAAAAGAACAAGGATATACAATTATATTTATATCTCAT +AAGCTTCACGAAATAAAGGAACTTTGCGATAGATTAACAGTTTTAAGAGATGGTCAAACA +ATGGGTACTTACTCAGTTAGTGAATTATCAGAACAAGAAATATCAAAACTTATGGTTGGT +CGTGATGTAGATTTAAATATAGAAAAAACACAAAGAGACTTTAAAGATGTAGTTTTAAGT +GTTAATAACCTAACTGTTAAAAACTCATTTAAAAACGTAGTAGTAAATGATGTAAGCTTT +ACAGTTCGTGAAGGACAAATACTAGGGATAGCTGGTATAGAAGGTAATGGGCAATCAGAG +CTTGTAAATGCAATAGTTGGTACTACGCCAATAGTAAATGGTAAAATTGCTTTAGGTAAA +ACTGATATAACTAAAGAGTCTATATTAAAAAGACAAGAGTTAGGAATATCTCATGTTTCT +GAAGATAGACTTCATTTTGGTAGTGCACCAAATCTTTCAATTGAAGATAATGCTATATCT +AAGATATATTCATCAAAAGAATTAAATAAAAAAGGATTATTAGATTTAGCAAAAGTTAAA +GAATTTACAACTAAATTAGTAAAAGAATTTATAGTAAAGCATGATAACACAAAACAATCT +ATAAAAGATTTATCTGGCGGTAATATACAAAAGGTAATAGTTGGACGTGAGTTCTTATAC +GATCCAAATCTTTTAATAGTAAATCAACCAACTCGTGGAATAGACGTTGGAGCTATTGAA +TTTATAAGACATAAGATACTTGATATGAGAGAGGCTAAAAAAGCAATCTTGCTTATATCA +TCAGATTTAGGAGAAGTTTTATCTTTAAGTGATAGCATAATAGTTATGCATGAAGGTAAG +ATAGTAGCTTATATTGATGATGCTAAGAATGTTACTGAAGAAGAGTTAGGTCTTTACATG +CTAGGGGTTAAGCGTGATAGTGATGAGGTAATCGGAGGTGCTTATTATGCGTAA +>group_1417 +ATGTTTAAGAAAAAAATATTATCAACACTTTTAGCTGTAGGACTTAGTGCTACTTTCTTA +GTTGGATGCGGTTCAGAGGAAAAGGATGTTTCTTCTAATGGAGAAAAAGTAAATGTTAAA +TTATTAGTAACAGGAGCTTTAGGAGATAAAGGGTTCAATGATTCAGCAAATGCTGGTATG +AAGAAAATAGAAAAACAGTTTGGTGATAAAGTTAACGTTGATGTTGTAGAAATGGGATTT +GACCAAACTAAATTTGAACCATCATTAGTAGATGCATCAGAGTCAGATGCTGACATAATA +ATAACTGGTGGTTGGGACATGAAGGAGCATGTTGAAAAGACAGCAGAAATTTATAAGGAT +AAAAAATACATAGTTTATGATACAGATGTTAACTATGATGAGTATGACTTAGATAATGTT +TACTCAATGACATATAAGCAAAATGAAGCAGGATTCTTAGCAGGAGCTTTAGCAGCTGCA +GTTACAGCTAGTGATATGGAACTTGCTAATGACGAAAAGGTAATAGGATTCGTTGGAGCT +AGAGATACATCAGCTGTTATAAATGACTCTTTAGTTGGATACATTGAAGGTGCTAAGTTT +ATAGATAAAGATGTTAAAGTTGAAGTGGCATATATAGGTTCATTTACAGATACAGCAAAA +GCTAAAGAAATAACATTAGCTCAATACTCAAATGGAGCAGATATAGTATTCACAGCAGCT +GGACCAGCTTCAGCAGGATCAGTAGAAGCTGCTAAAGATGCAAAAAGATATGTAATAGGT +GTAGATAGTGACCAAGCCTTAGCTTACGAAGGAAAAGAAGAGCAAAAATATATAATATCT +TCAGCTCTTAAAAATATAGATAACTCATTAGTTGATGCAATGGACAGTTACTTAAATAAT +TCATTAGAATTCAACACTCATAGTGTATTAGGAATAAAAGAAAATGCAGTAGGACTTGCT +GAAAATGATATATATACTTCAACAGTAAGTGAAGATATACGAACTAAAGTAAGTGAAATT +GCAAACCAATTAAAAGATGGAAAAGTAGAAGTTAGTACTGCTTTAGGTATGAAAGAAGCA +GATTTAAAAGAAATAATAAAAAACGCTAAGTAA +>group_1412 +GTGAACAAAACATTAAAAAAATACATCATAATAGCACTATCTTTATTATTTTTCTTTGGA +AATTATATTAAAATACATGCTGAAAATAATAATTCAGAAATATTAAATAAAATAAATTCT +AAAAGTAAGATTGAGATTATTGGAGAACGGTCAGTTCAGATACCAGTTGTTGGAGAAACT +ATTGCTAAGTATAAATTAAAATATGAAAATCTTTACTTAGAAAAGTTAAATTCGAAAGTG +GATTTTAAAATTATCCCAGAAGTAAGGGGGGTAAAAATTAATAAAGATGGAGTTCTTACA +ATAGATTCGGATGCAAAGTCAGGCTTAATAAATATAGAGTCAAACGTAGATGATAGATGG +TCTAGCAATATAGAAGTACAGTTAGTAGAATCTTGGATTTATGAGTATGAAGCAAAAGAA +AGTGTAAAAGTTAGATTAGCAAATTCGACTGATGTAAAAGAGATAATTAGTGATAATGAA +GGACAAGTAATAAATACTATAATAATTATTTTAAGAGTATTGGTATTTGTGACTTTTATA +GTAATTATTTGGTATATAGCAATATGTAAGAAAAGGTATATAGAAGATATTACTGACAAT +ATAAAAAAAGAAAATGAGGTAGAGTAA +>group_1419 +ATGTCACCTAGTGGTGGGCAATCTCCTAATCCTTTTACATCACCTGGTGGTGGGCAATCT +CCTGCTCCTTTTACATTACCTGGTGGTGGGCAATCTCCTACTCCTTTTATATCACCTGGT +GGTGGGCAATTTACTATAAATAACTGTAGAAGGATGGCAATAGTTAGGATAGAAATGAGG +AGAGGTTTTAATCCTTCTAATTTCTTTATGATAGTAGATAAAGCTGATAGAAGGAGTATT +CAAGGATTTAGAATAGCTTGCGAATCTGGTAGAATTAGATTTATACCAATGGCTGTAGAA +TATAGAAATATAAATTTCATAGAATGCGCATTTTAG +>ybiT_2 +TTGACTAAAACTAATATTTATTATATTATAAATAATGTTGTGTATTATAAAGAAAATATA +GACAAGAAAGGAATTAAGCGAATGTTACAAGTTACTAATGTAGGACTTAGATTTGGTGAT +AAAGAGTTATTCAAAGATGTTAACTTAAAGTTCACTAAAGGAAATTGCTACGGGATAATA +GGTGCTAATGGTGCAGGAAAATCAACTTTCCTTAAAATATTAGCTGGAGATATAGAGCCA +AACACAGGAAGTGTTTCAATAACTGAAAAAGAAAGAATGTCAGTACTTAGACAGGACCAC +TTCAAATATGAAGAAGATACAGTTTTAAATGTTGTTATAATGGGACATGAAAGACTGTAC +TCTATAATGCAAGAAAAAGATGCATTATACATGAAAGAAGACTTCTCTGAAGAAGATGGT +ATAAAAGCTGCAGAACTTGAAGGAGAGTTTGCTGAACTTGACGGATGGGATGCAGAAACA +AATGCGGAAAGATTATTAATGGGTCTAGGAATAGACAAGAGCTTACACTATAAGCAAATG +AAGGAATTAACTGGTGGAGAAAAGGTTAAAGTATTACTTGCACAAGCATTATTTGGTAAA +CCTGAAATACTAGTAATGGACGAACCTACTAACCACTTAGACTTCCAATCAATAAACTGG +TTAAATAACTTCATAATGGATTTAGAAGATTCTATCGTTATAGTTGTATCACATGATAGA +CACTTCCTTAACCAAATATGTACGAATATAGTTGACGTTGACTTTGGTAAGATACAAATG +TACGTGGGTAACTATGACTTTTGGTATGAGTCAAGCCAATTAGCATTACAACTTGCTAAA +GATCAAAATAAAAAAGCTGAAGAAAAAATAGCTCAATTAAAAGAGTTCATCGCTAGATTT +AGCTCAAATGCTTCTAAAGCAAAACAAGCAACAGCTAGAAAGAAACAATTAGATAAAATA +GAAATAGAAGAGATACAACCATCAAGAAGAAGATATCCATACGTTGGATTCACTCCTGAA +AGAGAAATAGGAAATGAAGTATTAGAAGTTGAAGGATTAACTAAAACTATAGATGGTGTT +AAAGTTTTAGATAACGTGTCATTCAGATTAGATAGAGATGATAAAGTTGCCTTCATGGGT +GATGAAATAGCTGTAACTACATTATTTAATATAATAATGGGAGAAGATACTGCTGATAGT +GGTACTTTCAAATGGGGAGTAACTACATCTCAAGCATATCTTCCTAAAAATCATAACCAA +TATTTCGATGGAGTAAGCTACTCTTTAGTTGATTGGTTAAGACAATACTCTGAAGAAAAG +AGTGAAAGTTTCATAAGAGGATTCTTAGGTAGAATGTTATTCTCTGGAGAAGAAGCTTTA +AAAGAAGCTCAAGTTTTATCTGGAGGAGAAAAAGTTAGATGTATGTTATCTAAGTTAATG +TTATCTAACTCTAACGTTTTAGTATTAGATGACCCAACTAATCACTTAGACCTTGAATCT +ATAACTTCTGTAAATAAAGGACTTGAAAAATTCCCTGGAGTTTTAATATTCAACTCTCAT +GACCATGAGATGATACAAACTCTTGCTAACAGAATAATAGAGATAACTCCTGGTGGAATA +ATGGATAGAAAGACTACTTTAGAAGAGTATCTTGAAAATAAGGAGATCCAAAGTAAATTA +AAAGAAATGTATGCTGTTAACGCATAA +>fixL +TTGTCAAAGATTAGAAGAGTATTTGGTAATATAATAGGTAATAGTATAAAAAATATGGAT +TCAGTTAAAAAAGAAATTATAGTTAATTTTGAAGATTTAGATGAAAATATTTTAGTTTCT +ATAAGCGATAGTGGAAAAGGAGTTAATAAAGAAGAAATAGATAAAATTTTTGAAGCTCTC +TACACATCAGATAAAAGTAGAAAAGTTGCCGGACTTGGTTTATCAATATGCAAGAGTGCA +ATTGAAGGCCATGGTGGTAAGATTTGGGCTGAAAATAATAATATTGGTGGTCTTACAATA +AAGTTCACATTAATGAAGATATAG +>group_1414 +ATGGAGATAAGTGCAAAAATAAATGGAGATAAGTGCAAAAATGTAGTGTCTGAAGATGCT +ACTATAGTAAATGTTGGGTCCACTAAATCAATAAATTATATAAAGCTACCAGGTACTGAT +GCAAATTATACATTAACAGCAGATGTTACAGACTTTGAAATGGATGCAATATCTATAAAT +GGTATGAATATGGCAATTAGTGTAGATGTAGATGCATCAGAAATGACTGGAGATTTAAAC +ACATTAGTTGAAGCTATAGAAGCTGTAAATGATGGTACTGGAACTTTAAAAGATGGATTA +GATAAATATACTCTTGGAGTAAATTCACTTCATAATGGGACTTCTGAATTAAAAAATGGA +GTAAGCCAATAA +>group_1422 +ATGGATGTAAAAGAAGCTATGTTAAATGCTATGACCAGATCATTTTCATCTATATTGGCA +AGTGGAGCAACGACAGTACTTGGTTTCTTAGCACTTACATTAATGAGATTTAAGATAGGT +CCAGACCTTGGAATTGTACTTGCAAAAGGTATAATGTTTAGTCTTTTATCTGTATTATTA +TTGTTACCTGTTTTAACAATTTATACTTATAAAATAATTGATAAAACTCAGCATAGATCA +TTTATGACTTCTTTTGAAAACTTAGGAAATTTATCTATGAAGATTGGGCCAATAGTAGTG +GCTTTAATAATACTTATTGTAGCTCCTTGCTACATAGCTCAAGGTAAAAGCAATTTTACT +TATGGAGCATCATCAATAGCAAGTGGAGAAGAAACTGAAATAGGTAGAGATACAATAAAA +ACTAATAACATATTTGGAAAATCTAATGCATTAGTCTTTTTACTACCAAGAGATAAGACA +TCTCTAGAAAAAGAATTTGGTGAGGAAGTTTCTAATATTGATGGTGTATCAAGTATAATG +TATTATTCTATGACGGTAGGCAATGAAATACCAAGAGGTTTTGTTCCAGAAGATCAATTA +TCTGCTTTAGTAAGTGAGGATTATAGCAGAATGATAATAACACTTAATTCAGAAGAGGAA +AGTAAAGAGGCATTCAAAGTAGTAGAGGATATAAGAAGCTTAGGTGAAAAATATTTTGGA +GAAGACTGCTATTTAGCGGGTGGTAGTGCAAGTGCTTATGATATAAAAGAAACTGTAATC +AATGATAATAAGGTAACAACTATAGCTGCAATTATTGCAATAGGTATAGTGATACTTATT +ACTTACAAATCATTATCAGTACCATTATTACTTTTAATTGCAATTGAATCGGCAATATGG +ATAAATTTATCAGTTTCATATTTTGCAAATTCAGAGATAGCATATATAGGATATATGGTT +ATAAGTGCAGTGCAACTAGGTGCAACAGTTGATTATGCAATATTATTTGCTAATGAGTAT +TTAAATAATAGAAAGCACTATGATAAGCATACTTCAATAAAAGACACTATAAGTCATGCT +ACAGGAAGTATATTAACATCAGCAAGTATTCTTTCAATATCAGGTTTTGCTTTAGGTAAT +ATATCAACTAATACAGTTATTGTTCAACTTGGAACATTACTTGGTAGAGGAACTGTAATT +TCAGCAATTTCAGTATTATTCTTTTTACCAACAATATTAGTTATGTTTGATAAAGTGATT +GAAAAGACGACATATAAATCAGAATTTTATAAGGGGGTAAGTTCACTATGA +>group_1390 +ATGAAAAAATTATCAGATCAAATATTAAAACATAAGTTTACAGTACTTATAGTTTTTTTC +TTACTGACACTATTTAGTATATTTGCAATGCAAATGGTTAAGGTTAATTTTGATATGGTA +GAGTATTTACCAGAAGATTCTAAATCTACAATATCAATTAATATTATGGAGGATCAATTT +GATAAAAGTCCACCAAATTTAAGGATAATGCTAGAAGGCGTCAGTGTAGCAAAGGCTTTA +GAATATAAAAAGCTTATATCACAAGTAGATGGAGTAGAAGAAGTAACTTGGATGGATGAT +TATGTTAACGTAGAACAACCGTTAGACATGATAGATAAAAGCATTCTAGAAACTTCATAT +AAAGATAGAAATGCATTAATAGAAGTTGTTGTTAATGATGGGGAAGGGTTAATTGCCACA +ATTGCTCAGTTAAAGGAGCTTGTAGGAGAAGATGGTATTGTATCTGGAGACGCAGCAACT +CTTTCATTTGCTCAGTCTTCAACAAATGAAGAAATTTCTAAGATTATGGCATTCTTAATT +CCTATAATAATAGTTATTCTTATGATAAGTACTAGCTAA +>mobA_2 +ATGGTTAATGCAATAATAATGGCATCGGGTTTATCAAAGAGAATGGGTGAGAATAAATTA +CTATTAAAATATAAAGAAATACCTGTAGTAGAGCATGTGATAAGAGAAGTAAGTAAATGT +AAGTTTAATGAAGTAATATTGGTTAGCCAATATGATGAGGTTCTTAAAATAGGTGAAAAA +TATGAATTTAAACTAATCAAAAATAATAACTCAGAGATAGGACAAAGTGAATCAATAAAA +TTAGGATTAAAAAGTAGTACAAAATGTGATGGTTTTATGTTTTTTGTAGGTGACCAACCT +AAAGTAAGTATAAAGTATATAAATAAGCTAATAGACAGCTTTGAAAAAAATAAAGATAAT +ATAGTAATACCGAAATACGAAAATAGATGCGGTAACCCAGTGATATTTCCTTATGATAAG +AAGAATGATCTATTATTATTAAATGGTGATGAAAAGGGGAAAAAGGTAATAAATAATAGT +AATCAAGTTATATCTGTAGATGTAGATGAAGAAATGTTATTTGATATAGATACTAAAGAG +GATTATGAAAAGATAAAAGGAGAGTAA +>group_1421 +ATGCTTTTAATGGAAATGTTAGAATCCAATGATAAGATTATAACAGTAGTAGGTGCAGGA +GGTAAGACAAGTTTTATAAATTATTTTGCTAAGTATTATAGAGATAAATGTAAGGTGCTT +TTAACTACAACAACTAAAATATATTTATTAAATGAAAATACTTATGATAATCTATTTATG +ACTGAACATGATAAAGAATTACCTACAATTAATTCTTGTGGAGTGACTGTAGTGGGAAAG +TATATAAATCATGAAAATAAGATAATTGGATTAGACTTCTATGAAATAAATAAGATAGAA +GATAATTTTGAACTTATTCTTATAGAAGGAGATGGTTCAAAGAAAAAGAAGCTAAAAGGA +TGGAGAGATTATGAACCAGTAGTATATCCTAAAACAAATAAAGTCATAGGTATTGTAGAT +ATAACATCTTATGGTATGGATATTAAGGGTGAGAATATACATAACTTAAAGGAATTTTTA +AAAATAACTGATATACATGAAGATAAAGTTAGCCTTCTTCATTTAAAGAATATGATATTA +CATAAAGATGGACTTTTTAAAAATGCTACTAAGGATAAAGTTCTTTTTATTAATAAAGTA +GAAAATGAAAATTACAAAAATATTGCTAAAGAACTAATTAAACTTATAAAATATGAAAAC +TCTGATATTAGTATATTTTATGGAAGTATAAAGGAGAATTTTTGTGTAAAATGTTGA +>queT +ATGACAAAAAAGACTAGATCAATAGTAACTACTGCAATAGTTGCTGCTTTATATGCGACT +TTAACATTAAGTCTAGCATTCGTAAGTTATGGACCGATACAATTTAGATTATCAGAAGTA +ATGACATTATTACCTTTATTTAGTAAAAAATATATAGTCGGGCTTACAATAGGATGCTTC +TTAGCTAATTTACTAGGATTGTACGGAGTGCCTGACATGATATTTGGAACAATAGCAACT +TTCATAAGTGTATACTTAGTGTATCTAACAGGAAAGTATATGAAAGATAAGAAAAGTTAT +GTATATGCTGCATCTTTATGGCCAGTAATTGTAAATGCTATAATAGTAGCAGTACAATTA +AAAATATTCTTTGGGATGCCATTATTTATTACAATGTTACAAGTTGGATTTGGACAATTT +GTAGTAATAACTATAATAGGTGTACCTTTATTTAAAGCTGTCAATAATAAATATGGAAAA +TATTTAAAGAATATGTTTTAA +>group_1415 +ATGACTAAAAATAATAATACAAATTCCTCTTACAACATGTGTGACACTAGTAATTACTGT +AATAACCTTGCTAATCAATTTAATTTTCTAGCAACTATTTATACTGCAATAATTTCACAA +GAAATTGAAGATGATGAAGTTTTAGGTTTATTAGGTTCTTTTTTAATAGTACTTGGAGAA +CAAGTTTCCTTTGCATCAGAAACTCGTATTTTTTGTAAATCTCAGTTTGAAGAAGAAGAA +AATAACCTTGAGGCAGATACTAATATAGCTGTAGAAGATATCTTTGATAGAAGCGCATCT +AAATCAAAACCGAAATCTAGATATAGAAAAATTCATAAAAGAATAAAAAAAAGAAAAACA +AATAAAAAATAA +>group_1399 +ATGAGAAGTCGTAAAGTGAAAGAGCCATATGTTGCTATAACTAAAGCATTTACAGAAAGT +AAATCCTTAGAAAAGGCCTTAGATATGCTTCCAATAGATAAAGTAATCGAAAAAGGTGAT +ACAGTAATTATAACTCCTAACGGGGTTAATGATAAGGGGCCAAAAACAGGCGCAGTAGTA +GGACCAAAGACTTTAAAAACTCTTATAGAATATGTGAAATCAAAAGAACCATCTAAAATA +TACATAGCAACAGGTTCAGGTGGTGGTAAAACTCCAGATATAATGACTAAAGTAGGTTAT +GATAAAGTTATAAGTGAAGAAAACGTAGAATTTATAGACTTAAATTATGGACCATACGTT +AACTTACAGCTAGATCATCATATAATAAAATCAACTCCAATAAATAAAATTATAGATGAA +GCAGATGTAATTATCTCCTTTACTCAACTTAAAAATCATGAAGAAGCAACTATAACGGCA +AGTATAAAGAATATAGCGATGGGATGGCCACCAGCAGAAGTACATGGATATCCTAAGAAA +AATACAGGGATACATGAGGATTTACATGGATTCATAAGAGCTTTTGCAAACAAGGTTCCT +ATAGATTTAGCAATCGTAAGTTGTGATAAAGCGATGGTAGGCACAGGACCTTCAAGTGGA +AAAAGCGTAGATACACCAGGACTTATAATCGCAAGTACAGATCCAGTGGCAGCAGACGCA +GTTGGAGCTAGATTATTAGGTTTTTTACCACAGGCTGTAGCTTATTTATATGGATTATAT +AATGATAAAGTAGGCGAGGCTAGAGTTGAGAAAATGGATATAAAGGGATTAGATATAAAA +GAAGCTGAAAAAATATTCAGTAAAGCAGCTTATGATGACAAAAATGCTACACTAGATAAT +GAAAAATTAAAAGATATACATGGAGAATAA +>nhaA +TTGCGTTTATTAAGAACTTATAGAAAACCAGTTCATTTGGAGGTACTTACGAGTATATTA +CTTATATGTGCAACAGTATTAGCTTTAGTTGCATATAACAGCCCTTTTAGAAGTGTTTAT +AAATATATTTTTAATAAGATATACGTTACTCCTAATTTTTCTTTACATATGTTTATAAAT +GATTTTTTAATGGCAATATTTTTCTTGGTAGCTGGACTAGAAATCAAACATGAAATACTA +TATGGGAATCTATCTAGCTTTAAAAAAGCATCCTTTCCTGTTATAGCATCTTTTGGAGGA +GTAGTTGTCCCTGCGATTATATTTTTTATATTTAATAAAAATACTCCCTTTTTGAATGGA +ATTTGTATTCCAATATCTACTGATATAGCTTTTTCTGTCGGTTTATTTTTATTATTCAGG +AATAAATTAAATCCTTCTCTTAAGATATTTTTATTATCATTAGCTGTAGTCGATGATTTA +ATATCTATAGCTGCAATTGGCATAATCTATTCTTTAGATATTAATCTATTTTATCTCTCT +ATAGCTTTGATATTCTTGATAGTATTATGTTTAGCTAACACCGTTTTTAAAGTTGAAAAC +ATTACATATTATATTATCGGTGGAGTTTGCCTGTGGTACTTTATCCATTTAAGTGGTGTA +CATTCTACAATCAGTGGTATCCTTTTAACACTTGCTATTCCTTCTAAACCTAGGTTATAT +AATTTAAGTGTATTGGAAAGACTTCAACATTTCTTAGTTCCCTTAAATAGTTTGGTTATC +ATTCCATTATTCGCTTTTGCTAATACTGGTGTGTCACTTGACTATAATTTAGATTTTTCT +AATGCTACTTCATTATCTTTAGGAATTATTTTAGGTCTATGTATAGGTAAGCCTTTAGGG +ATTATGCTATTTTCCTATATCTCTTGTCTATTTGGAATTACTGAAAAACCTTCTTATATA +CGCTGGAACTCTGTTTTTTTAGTTTCTTTATTAGCAGGTGTTGGTTTTACTATGTCTATA +TTTGTTTCTGAAATTGCTTTTATTAGGGATGCTGCTTTAATTAATATTGCTAAGATGTCT +ATACTTACATCCGCTGTGATTTCAATATGCTCTACTAGTATTGCTATTCATGTAAATAGC +GTCTTCGAAAAAAGGCGTAATAAAAATAAATTCCATAAGTCGGATAAGTGGAATATTTCA +TGA +>group_1404 +ATGAGTAATACTAAGAACTTATTTGAAATTATTTATAAGTTTATTTCTAAGATGAATGAG +CAAACTTTAGAAAAAATAATTAATGGGGAGTATAAACTCACTTATATAAAATTAGATAAA +TTGAAAGAAAGTAATGATAATAACGTTAAAGTAAACGTTGTTTATGAGAAAATTAGAACT +GCAAAGACTAGAGAAGACGCTAAGTCTATTCTTATAGATTCAAAACTTACAAAGGATAAT +TTACTGATACTAGGCAAGTATTTAGATATTAAAATTCCTAAAAGTAATACAAAGGCAAAA +ATTATAGATAAGTTAGTAGAGATTTATGTAGGTGGTAAAATAGATAAAGAGTCTATAGTA +AATATTAAATTAAAATAA +>group_1405 +ATGGTTTGTCCATATTGCAATAAAAATATGGAATCTGGGTTTATACATGGAGATAGATAT +TCTATTAAATGGATACCACAAGAAAAAGATAAGGGAATATTTCTATCACCATTTATTAAA +GGAATTAAGCTTTCTGATAAGTCTAGTTCTAATAGTGTAGAAGCTTATTTTTGTAATCAA +TGTAATAAGATAGTAATAAATTTGCAAAAAGATAATATTTTATAA +>group_1437 +ATGAAAAGACAATTTGAAATAAGTTATTCTTTTGGGTATGTATATGATAAAAGTAAATTA +GTTGCAATGTATCCAGTTGGTACAAATGTAATTAATGAAGATGAATATGAGATGGAAGTT +GAAGTAGCATTTTTAGAAGATGGTATAGAGTCAGCTTTCAAAGATGAAGATATAAAGATT +GCAAATGATACAATGAAGCCATTAGAAATGTTTCTAATGAAACCTAATAAAATTATACCT +TTTGTAGAAAGTATAAAGGATGCTAATACTAAAGAAGAGTTAAGTAAATTACTAACAGAA +TTTGATGAAGAATATGAAATGAAAAATAATTACATAGAAAAAGGTTATAAAATAGTAGAT +TTTTATGATGTATTTAAAAATGTAGTAGATTACATTCCACAAGAAAGTCTAGAAAATTTA +AATATACTAAAAATAGACTGTGATAATTTTAGAATGAATGACTTTCTAAATGAAGTAAAG +AAGAATTTAGATGAAGTAATGGATAGCAACCTTATACCTATTTCAATGGAAAAAAGTAAT +CTTACGCCAAGATTATTTGTAAAATCAAAAGATAATGAAAATAATAGTTTTTATGTACCA +TTTGCAGTAAATGGAAGCTCTGAAAATGCAGAAATAATCTGTGCAAATGGAGATACAATA +TCAGATGTAAATATAGATATGGGAGATTTAGAAATATCTATTACAAAGGATGCTGGATAT +ATTGTTGAAAGAATAAACAATATATTAACTTTTAAAATAAGTAATTTTAATAGTCAAACT +GAAAATAATAATCAAATAACTCAAGTTGTGGACTATGCTGGTAAAATAAAGCCTATGATG +ATAGGATTTTTAAATTCGTATATTAAAAATATTTAA +>group_1432 +TTGATTTTGAAAAATAATAATCTTATTAAATTTATATATTCTAAATTAAGTTTAGTTAGA +AAGGGTTTAAATATGATTAGACAAAGGATTTTTATATCAATGGTAATTATAACATGTACA +ATAGGATTAATATCTTGTAGTAAAAATGAAAAAATGCAAATAAATCCTATTGACATGGAG +GTAAATATAGGGCAATTACCTTACCAGGATTTAGAAAAAGAATGGTCAGTTATGAATATG +GACAAATATATTCTAAGAACGGCTCAACAAATATGGAATACTTGGTCAAGTATGGACAAG +ATATGGCCAGGTGTAGATTTTTCAAAATATAATGTCTTATATGTTTCTATAGATGGAGAG +AATGCGTGGTTAATAAATCCAAACAATGAAATAATCAAATTTAGTGGGAAAGATTTACCG +GATAAGTTTAAGGCGACAGGTGAAGAAATGAGTTTTACAAGTTCAGAAGAGACCTTGAAT +GGAAAGCCAACGATAAAGGTAGAGGTAAAACCAAAAATGTTTGAGGAACCATATAGTGTT +AGCGAATTTAAATCATTACCGACAGGTACGAACTTATTTCCATTTACCGTTCATGAGGAA +TTTCATAATTATCAAGGTACCTGGAAAATTAATGATGTAAACAAAGAAGAATTATTGCAA +GAAGGTGTTGAAAACTTTGAAGCTAGACAAGAAAGACTTGAAATTTTAAATTGTTTAAAT +AAAGCTGTATTGGACCCAGATAAAGAAACACAGTACTTAGAAGCTGCAAAATGGTGGTTT +AACAAATATAAAACAGATAATGAAAAAGAGTATAATATGATTAAAAATGTAGATACTTTA +GAAGGTACAGCTAGATATTTTGATATGGCAGTAAATATTAGATCAATAAAAGGAATGGAT +ATAAGCGAAGATGAAGCTTTTAAAGTATATCAAAATATGGTAAGGGAAGATTATACATTT +TCATCAGATAGATTTTTCGGACTACCAGATGAAGAATCTTATGATATAGGTGGTTTATGT +GGTATTATTTTAGAGAAACAAAATAATCAAGAATGGAAGAAAGAAGCTGAAAATGGAACT +CCACCATTAGAAATTCTTTTAAAAAATTATAAACAAACGCCTCAAGAGTCTTCACCTGAG +GTTAAGAAAATTATAGAAGATATAAAATTAAAAAGAGATCAATTAAATAACGAAGAAGAA +TAA +>group_1429 +ATGATTAATTTAAATAATAAAGAAAGAATGTTACTACAAGACGAAAAGGAACATGAGGAA +CTTTGCGTAAATAAGTACAAGCAGGCAGCAGAAAAAGCTAGTTGTCCTAACTTAAAATCT +TTATTTAATCAATTAGAGCAACAAGAACAACAGCATTTAAACAGCATTAATCAATTACTA +AGTGGTACAGTTCCTAGCACTGGAGGTCAACAAAATCAACAAAATTCTCAATCTCAACAA +AATATGCAAACGCAAGGAAATATATTAAAAAATAATGTTAATGTAAATACTCAAATCCCT +TCTTATAATCAAGAGGATAAAATACTTTGTACTGACTTGCTGTCAACTGAAAAATATGTT +TCTTCTACATACAATACAGCAATATTTGAATTTAGAGATGAAAATGTAAGAAATGTTTTA +AATCATATTCAGAAAGAAGAGCAAGAACACGGCAAAAAAATTTATGATTATATGGCTAGC +CATGGAATGTATAATCAACAATAA +>rnjA_2 +ATGGACAATAAAAGTGTAAAGATAATACCCTTAGGGGGACTTGGAGAGATAGGTAAAAAT +ATTACAGCAATAGAATACAAAGATGAAATAATAGTTATAGACTGTGGAGTATCTTTTCCT +GATGAAGAAATGTATGGAGTAGACTTAGTGATACCTGATATAACTTATTTACTTGAAAGA +GAAGATAAGGTAAAAGGGTTATTCTTAACTCATGGACATGAAGATCATATAGGAGCGATA +CCATATATAATAAAACAATTAAATATGCCTATATATGGAACAAAATTAACATTGGGATTA +GTTGAAAGTAAATTAAAAGAGCATAATATTTTAGATATATCAACACTAAACCCTGTAAAT +GCAGGGGATATAGTTCAATTAGATGAAATAGGAATAGAGTTTATTAGGGCAACTCATAGT +ATAGCAGACTCTTGTTCTCTAGCTATATTTACGCCAGTTGGAACGATAATTCATACAGGT +GATTTTAAAATAGATTATACACCTATAGATGGCTTAGTTATGGATTTAAATAGATTTTCA +ACTTTAGGAAATGAAGGTGTACTTTTATTATTAGCAGATAGTACAAATGTTGAGAGAGAA +GGACATTCTATATCTGAAAAAGTAATAGGAGAAACTTTTAACCGAATTTTTTCAGGAGCA +AAGGGAAGAATTATTGTTGCAACTTTTGCATCTAACATACATAGGATGCAGCAAATTGCA +AATGCATCTATAAAAGAAAATAGAAGAATTGCTTTTAGTGGCAGAAGTATGGAAAATGTA +TCTAAAGTTGCTATGGAACTAGGGTATCTTCATATACCTGAAGAGTCAGTTATAGATATA +GATGATATTAATAATTATCCAAATGAAAATATAACTATAATAACAACTGGAAGTCAAGGA +GAACCAATGGCGGGTCTATCTAGAATCGCTCATGGTTCTCACAAAAAGATAGAAATAGAT +AAAGATGATTTATTTATTATATCAGCATCACCAATACCGGGGAATGATAAAATTATTTCT +AGAGTAATAAATCAGTTATTTAGAAAAGGTGTAGAAGTAATTTATGAAGATTTAGAAGAG +ATTCATGTATCCGGACATGCATATAGAGAAGAATTAAAATTAATTCATACATTAGTAAAG +CCAAAATATTTTATGCCAGTTCATGGAGAATACAGACATCTAAAGCATCATAGTGATTTA +GCTATAAAGCTTGGCATGGACCAAAAGAATGTTTTTACATTAGAAACTGGTCAAGTTTTA +GAAATATCAGAAGATAAAGCTGTTACAAGTGAAAAGATACATACAGGAGTACTATATGTA +GACGGAATTGGTGTTGGGGATGTAGGAAATATCGTTCTAAGAGATAGAAGATACCTAGCT +AATGATGGTATGGTAACGATAGTACTAGCTATTGATAGAAATACTTATGAAATTGTAGCA +GGGCCGGATGTTATAACAAGAGGATTTATATATGCCAGGGAATCAGAAGATTTAATAAAA +GATATAAAAGATATTTCTAGAATGGCAGTAGAAAAATATTTAGATGATAAGGTTTTAGAA +TGGCAAGTTTTAAAAAGTAGTGTAAAAAAATCAGTAGAATATCATCTGTATAATAAAACA +AAAAGAAGACCTAGTGTGTTCCCTATAATAATGGAAGTATAA +>group_1443 +ATGCTAGACAGATTTTTTGGAAATGATGGATGTTTTGGAATGGGATGGTGGATTATAGTA +TTATTCTTCTTATTCTTAGCATTCCAAGATGTATGGGCAGACTTTGATATTTGTGCTTGG +ATACCATTCTTAATATTATTATTAATAGTTTGTGGAGCAGGCGACTTTTTTGATGGTGGA +TGTGGCTGCTAA +>tabA_2 +ATGATTTATGGAAATTTAAATAATGATAATGATTTGATGTTATTCTTACCAGAGGCATTA +AAAAGAGGAATTTCATTTTTAAAGGAAATGGATTTATTAAATTGTGAAGCTGGGGAGTAT +GAAATACAAGGGAGAGATATATATGCAAATATAATTGATACACAAACTAAACAAAAAGAA +TGCATAAGACCAGAAGTACATAGAAAATATATAGATATTCAGTGTCTATGCAAGGGAAGC +GAAATAATAGGATTTGCAAGAGATTGTAATGAAAATATTGTTTCAGAGGAATTATTAGAG +AAGGATGTTATATTTTATGATAAAGTAGAGAATGAATCAGAACTACTATTAGCGCCAGGT +GACTATGTAATTTTATTCCCAGAGGATGTTCATAGGCCTGCATATACTAATGGAGAAAAT +GAAGATATAAGAAAAGTAGTAGTAAAGATAAATGTAGATTTAATTAAATAA +>group_1438 +ATGAAGATAGGATTCGATCATAAGAAGTATCTAGAGGAGCAGTCAAAATACATATTAGAA +AGAGTTAATAATTTTGACAAGCTATACTTAGAATTTGGTGGAAAGTTAATAGGAGACTTA +CACGCTAAGAGAATATTACCAGGATTCGATGAGAATGCTAAAATCAAAGTTCTACAACAT +ATGAAGGATCAATTAGAGGTAGTTATATGTGTATATGCTGGTGATATAGAAAGAAATAAA +GTAAGAGGAGATTATGGAATCACTTACGATATGGAAGTTCTAAGATTAATAGATGATTTA +AGAGCTTATGATTTAGATGTAAATAGTGTTGTAATAACAAGATTTGAAGGACAACCTGCT +ACAACAGTATTCATAAACAAATTAGAAAGAATGGGTATAAAAGTATATAAGCATGCTCCA +ACAAAAGGATATCCAACAGATGTAGATACAATAGTAAGTGATGAAGGATATGGTGCAAAT +CCTTATATAGAAACAACTAAGCCAATAGTTGTTGTAACAGCTCCAGGACCAAACAGTGGT +AAACTAGGAACTTGTTTAAGCCAGTTATACCATGAAAATAAAAGAGGAAATAGTGTTGGA +TACTCTAAGTTTGAAACATTCCCAGTTTGGAATTTACCACTTAAGCATCCAGTAAATATA +GCATACGAAGCAGCAACTGTTGATTTAAAAGATGTTAATATGATAGATTCATTCCATCTT +GAAAAATACGGTGAAACATCAGTAAACTATAACAGAGACTTAGAATTATTCCCAGTTCTT +AAGAAAATAATAGAAAAAATAACTGGAAAAGAGTCTATATTCCAATCACCAACAGACATG +GGTGTTAATAGAGTTGGATTTGGTATAGTTGATGACGAAGTAGTTAGAGAAGCTTCTAAG +CAAGAAATAATAAGAAGATACTTTAAAACTGCTTGTGAATATAAAAAAGGCCAATTTGAT +AAGAGTGCTTATGATACTATAAAATTAATAATGGAACAAGTTGGATTAAAACCTGAAGAT +AGAAAAGTAGTTATTCCAGCTAGAGATTACAGTACTAAGTTAAAAGAAAGTGCTGAGAAG +ACAGATACTTGCCCAGTTGTTGCATTAGAACTAGAAGATGGAACAATATTAACTGGTAAG +GGATCTAACTTAATGAATTCAAGTGCTGCAGTAATATTAAATGCAATAAAACATTTAGCG +AATATATCGGATGACATGCATTTATTATCTCCTGCAATATTAGAGCCAATTGTAAACTTA +AAAACAAAGACACTGGCAAGTAGAACTCCAGAATTAAGCTGTGAAGAAATATTAATGGCA +TTAAGCGTAAGTGCTGTAACTAATCCAACTGCACAAGCTGCTATGGAAAAACTTCCGATG +TTAAAAGGTGCTCAAGCGCATTCAACTACTATATTAAGTAAAACTGATGAGCAAACATTT +AGAGAACTTGGAATAGATGTGACTTGTGATCCGGAATATCCATCACAAAATCTATACTAC +GCAAATTAA +>dinB +TTGAATGACAATAGAAAAATAATTCATATAGATATGGATGCTTTTTATGCATCTGTAGAA +CAAAGAGATAACCCATCATTAAAAGGGAAACCTGTTGTAGTTGGAGGAAGTCCGGAAAGC +AGGGGAGTTGTAGCTACGTGTTCTTATGAAGCCAGAAAATTTGGAATACATTCAGCTATG +CCATCTAAAATAGCTTATAAAAGATGCCCATACGCCATATTTGTAAGACCTAGGTTTGAT +GAGTACCAAAAAGTTTCAAGGAAAATTAGAGAAATATTTTATAGATATACTGATTTAGTA +GAGCCACTATCTCTAGATGAAGCATACTTAGATGTTACTAATAATAAAAAAAATATAGAA +TATGCAACAACAATAGCTAAAATGATAAAAAATGATATCTTAAGGGAAATAAATCTTACT +GCATCAGCAGGCGTATCATATAATAAATTCTTAGCAAAACTTGCATCTGATTATAATAAG +CCTAGTGGGCTAACTGTTATAACACCTAAAGATGCTCAAGAATTTCTAGGTGAGCTTCCA +ATACATAAATTTTTTGGTATAGGAAAGGTTACTTCAAGGATTCTTAAAAATTTAGGAATA +AACAATGGGTATGATTTAAGGCAGTTAAGTATACATGAATTAGAACAAATATTTAAAAAT +AGAGGGTATTCATTTTATCAGTTAGCTAGAGGAATTGATTTTAGACCAGTGGAGCCATAT +AGAGAAAGAAAATCAATAGGAGCGGAAACGACCTTAAGTTATAACTTAAATATTGATGAC +GAGGAGGTTGCTGAAATACTAAGCGAACTTTGTGAAGAAGTAGCTTATAGAACCAAACAC +TCTGAAAAACTAGGAAAAACCATAACATTAAAAATAAAATATGAAGATTTTACACAAATA +ACTAGAAGCATTAGCGTAGAACATCCTATTTGCACTCAAGAAGATATAAGGACTCATGTT +TATAATTTATTAAAAAATGTACATTCTGAAGATAAGCAAATAAGACTATTAGGGGTTACA +CTATCAAACTTGGTAGATAGTAAGTATGAATTTACTAATATAACTATTTTTGAATATATA +GATAGTATAAAATAA +>nadA +GTGATAATAAACTTAATAGAGAAGATAGAAAAATTAAAGAATGAAAAAAATGCTATTATA +CTAGCACATTATTATCAGCCACTAGAAATACAGGAATTAGCTGATTATGTGGGAGATTCA +TATTATTTAAGTGAAATAGCTAGGGATTGTAAAGAAGAAATAATAGTATTTTGTGGTGTT +AAATTTATGGGTGAAAGTGCGAAAATACTATCTCCAAATAAGACAATTTTAATGCCCGTA +GTGGATGCAGGGTGTCCTATGGCAGATATGGCAAATGAAGAAGGTATAGTAAAATTAAAA +AAAGAGTATCCAAATGCATTAGTTGTTTGTTATATAAATTCAACTGCAGAAGTTAAGTCT +CATTGTGATGTGGCAGTAACGTCATCAAGTGCTCTAAAGATACTAAATAATATAGATAAA +GACCAAATATTATTTATACCGGATAAAAATTTAGGAGGCTATATAGAGGAGAAACTCCCA +GATAAAGAATTTATATTATGGGATGGTTACTGCAAATATCATAATAAAATACAAGAATCA +GATATATTTGATTTGAAATTAAAATACAAAGATGCAAAGGTTTTAGTTCATCCAGAGTGT +AGACGTGAAATTAGAGATTTAGCTGATTACATAGGTTCAACTTCAGGAATAATTAACTAT +GCTACAAGTAGTGAAGAAAATGATTTTATAATTGCAACTGAAGAAGGCATATTACATGAG +CTAATAAAGAAAAATCCAAATAAGAATTTTTATATACCGGGAAATAGAATTTGTTGTGAA +GATATGAAGAAAACAACTTTAGAAGATGTATATAAAACACTTTTAAATATGAAAAATGAA +ATAACTATAGAAGAAGATATAAGACAAAAAGCCTTAAATTGTTTATTAAATATGCATAGA +TATGCAGGTGATAAAAATGAAGTTACAATATGA +>nadB +ATGAAGTTACAATATGATGTATTAATTGTAGGAAGTGGAGTTTCGGGATTATATTGTGCA +CTAAATTTAAATCCCAAATTAAATATATTGGTAATTTCAAAGGATAGCATAGATAACAAT +AATACATATCTTGCTCAAGGAGGAATATCTACGGCTAGAGGGAAAGATGATATAAACTTA +TTTATTGAAGATACTTTAAGAGCAGGACAGTACAAGCATAAATTAGAATCTGTAGAAATT +CTTGCAAATGAATCTATGGATAATATTGAATCTATGATTAACTATGGACTTAACCTAGAC +AAAGAGGATGGTAAAGTTGCTTTCACAAGAGAAGGCGCTCATAGCATAAATAGAATTGTA +TATAGCAAAGATACTACAGGGAAGGCTGTTTTTGAAACATTAATAGAGGAATGCAAGAAA +AGGAAAAATATAATTTTGTATGAAGATACATGTCTTATAGATATAATTACCGATTGTGAT +AAGTGTATAGGTGGAGTTGTTATAAAGAATCAAAAAGAAATTATTATTTGCTCTAAAGTT +GTAGTACTAGCAACTGGAGGAATAGGAGGGGTATTTAAAAACTCTACGAATCAAAGGCAT +CTAACTGGAGATGGACTAGCTATAGCTCTTAAACATAACGTAAAAGTTAAAGATATAAAT +TACATACAAATTCATCCGACAGCTTTTTATGAAGAAAATAATGAGAATAGAAAGTTATTA +ATATCAGAATCAGTAAGAGGTGAAGGTGGTAAACTTTTAAATAAGCACAAAGAGCGATTT +GTGGACGAGTTGCTACCTAGAGATGTAGTGAGTAAAGCTATTTTTAAACAAATGAAAATG +GATAATAGAGAATATGTATATTTAGATGTAACGCATTTAGATAGTGAGTATTTAAAAAGT +AGATTCTCATTTATTTATGAGCAATGTTTAATAAGAGGAACTGACATAACTAAGGATTAT +ATAAAAGTAGCTCCAGCTCAACATTATTTTATGGGTGGGATAGAAGTTGACTTACAATCA +AAAACATCTATGAATAATCTATATGCAGTAGGGGAAGTGAGCTGTACAGGAGTTCATGGT +GCTAACAGGTTAGCTAGTAACTCACTATTAGAAGGTTTGGTATTTTCGAAAAGAGCTGCA +AGTCATATAAATGAGAATATAGATAATATAGATAATATAGATATTAATAATATAAATCAT +AATGAATTTAAAATAGATGTACTTAGTACTCCTAATAAAGATATAGTAATAAATGAAATA +AAAAGTATAAGAGAGGATTTAAGAGATGAATTACTTGTTAATTGA +>nadC +ATGAATTACTTGTTAATTGATAAAATGATAAAAAATGCTCTAAACGAAGATATTCCTAAT +GAAGATATAACAACAAATTCAATTATAGATAAGGATTCAAAATCTGAAATAGATTTAATC +TGCAAGGAAGAAGGTGTAATAGCAGGACTAGATATATTTAAAAGAGTATTTGATATACTT +GGAGATGTTGATGTTAAATTATTTAAGGAGGATGGAAATAAAGTTAATAGATATGAAAAG +ATAGCATTATTAAGAGGTAATACTAGAAATTTATTAGCAGGAGAAAGAGTAGCTTTAAAT +TATTTGCAAAGAATGAGTGGTATTGCAACGAAGACTAATAGATTTGTAAAAAAACTTGAA +GGAAGTAATACAAAATTGTTAGATACAAGAAAGACAATTCCTAACATGCGAAATTTAGAA +AAATATGCTGTAAAAGTTGGAGGAGGTTGTAATCATAGATTTAATTTATCTGACGGCATT +TTATTAAAAGATAATCATATAGATGCAGCAGGTGGAGTTAAAAATGCCATTGAATTGGCT +AGAAAAAATATTTCATTTGTTAGGAAAGTTGAGGTTGAAGTAGAAAATTTAGAAATGGTT +AAAGAAGCTGTAGAAGCTAAGGCAGATATAATAATGCTTGATAATATGGATTTAGATATG +GCAAGAGAAGCTTTAGCTATAATAAATAAAAGAGCAATTGTAGAGTTATCTGGAAATGTG +AATATAGATAACATTGGAGAAATAGGAAAAATAGGTGTTGATTACATTTCAGTTGGAGAG +TTAACTCATTCTGTTAAGGCTTTGGATTTAAGTATGAAAAACTTAAGAAATATTTAA +>mepA_11 +TTGAATAAATCAGCTACAGATTTAGAAAATGGAAGTGTAGGTAAATTATTATTTAAACTA +GCTACGCCAGCTATCATAGCTCAATTAGTTAATATCTTATACAATATTGTTGATAGAATA +TTTATAGGAAGAATGGAAAATGGACAAATCGCAATGGCAGGGATAGGGATAGCATTTCCT +ATAACATTATTAGTGACAGCATTTAGTGCTCTTGTAGGTATGGGGGGATCACCTCTTGTT +GCTATAAAAATGGGAGAAAAGAATAATGATGGTGCAGAAAAGATATTAAGTAATAGCTTT +TCTACTTTGTTAATTATATCTTTGATATTAACAATAGTATTCCAAATAACTAAAGAACCA +ATATTATGGGCCTTTGGAGCAAGTAATGCAACTATCAAGTATGGTACAGATTATTTAGGG +ATATATCTTATGGGTACAGTTTTTGTGCAAATTGCTATGGGGATGAATCCTTTTATTAAT +ACTCAAGGGTTTGCAAAAACAGGTATGCTTACAGTAATGATTGGGGCAGTTATAAATATA +GTTTTAGACCCAATTTTTATATTCAAGTTTAATATGGGTGTTAAAGGAGCTGCTTTGGCT +ACTATTTTAGCTCAGGGAGTGTCAGCAATATGGGTATTATGCTTTTTATTCGGTAAAAAA +AGTATATTAAAGATTAGGAAAAAATATATTATTCCAGAGTTAAAAACTATATTGCCGGTA +ATGGCTTTAGGTGTTGCACCTTTTATAATGCAAGGTACAGAAAGTTTGGTCCTTGTATCA +TTAAATAGCCAATTACAGAAGTTTGGAGGAGATCTAGCAGTTGGAGCTATGACTATAATG +AGTAGTATTTCTCAGATAATAATGTTACCAACTATGGGAGTTGGTCAAGGTGCTCAACCT +ATTATGAGTTATAATTTTGGAGCAAAGAAGATTGATAGAGTGAAGAAAACATTTAAATTA +ACTCTTATAAGTTGTTTAGCATATACAACATTAATGTATATAATACTTATGTTAACACCA +GAATTCGTAGTAGGAATATTTAATAATGATCCAGCATTAATGGAAATAACTACTTGGAGT +ATAAAGATATACTTTGCAGGAATATTTATGTTAGGCGTACAGACTTCATGCCAACAAACG +TTCTTAGCCTTAGGTCAAGCTAAAATATCATTATTCTTGGCTTTACTTAGAAAGGTAATA +TTATTAGTTCCATTAATATTTATATTCCCGATGATATTAAAAGATAAATTATTTGGTGTA +TTACTAGCAGGGCCTATAGCAGATATAACAGCATGTGTTACAACTCTAATTTGCTTTGTA +ATATTTTATAAAAAGGTTTTATCTACAATTGATAAAGAAAATATAGATAGCAATACATTG +ATCGATGTTAAATAA +>group_1427 +TTGGACATTATAGTAGGATTATATAGATATAAAGGAATCGAATTTGAAGAAGAAGAGAAA +ATAGAATTATCAAAAGAACTAACAACTCAAATTAAAGATAAGGTAATTGAGTATGTTTAT +TCAAATGATAATGCTACTTATAGTGAGGCTATGATAGTTATAAACTATTTTTTACTACAA +CTTTATAGAGGAATAGGATTAAGTGTAGAGGAGGTTGTTTACGATCCTTGTAAAACACAA +TTTCTTGTGGAAAATGAATTATTTGAAAGTGGAGGAGAAGTAACTATCAGAATAGAATTA +TATAATAGCTTAATAAATCCTATAAAAGAAGCAATTAATACTCTTGTAAATTGTATAAAA +AGTATTTATAAGGCAAATAACTTGGTATTTAAAGAGGAAGAGGAGAAAATAGTTTCTGAA +AATCTAATTTATGAATTATCTGATATCTTAATTCATTATATTTATACAGATGAGAGTGCA +ACATATAAATCTTCAATAGATAAAATTAATGAATATATGGTTGAATTTATAGGAAGATTC +ATTAAAATTAAAGATGATAATGAACACTTATAA +>ycdX +ATGAAAGCGATATTAGATTTACACACACATACATTAGCTAGTGGACATGCATATAGCACT +ATAAAAGAGAATATAGAGTTTGCTAAAAAGCATGGTATAAAATACTTAGGTGTATCGGAT +CATGCTTGTACTATGCCTGGTGGACCACACCCATTTTTCTTTCAAAATTTAAAAGTTATA +CCTAAAGAAGTAGACGGTATTAGGGTTCTTAAAGGTATTGAGGGTAATATAATTGACTTT +GATGGGAACTTAGATATAAGTGAAGATATATCTCAAGGTATGGATTATATAATAGCTAGT +TTACATACTCCTTGCATAGATCCAGGTTCAGAGGAAGAAAATACAAATGCAATTTTAAAT +GCTATGGATATCGATAAAGTAAAAATAATAGGTCATCCAGATGATAATAGATATGCCCTT +AATTATGAAAAAATTGTTTTAAAAGCAAAAGAAAAAAATATATTATTAGAGATTAATAAT +TCCTCATTAAGTCCAAACTCTTTTAGAGAAGGAGCAGCTGAAAATTTAACCAAAATGCTT +AAGATTTGTAAGGAGAATAGAGTTAGAGTAGTAATGGGAACAGACTCTCATATATGTTAT +GATATAGGGAAATTTGGAAACTGTGAAAAACTATTAGAAGAAGTGGAATTTCCAATAGAA +TTAGTTATAAATTATCATGAAAATGAAATAGTTGATTTTTTTAATATGGATTTTGAAAAA +GTTATATCTAAGTAA +>group_1430 +ATGAATAATTATTTTGGATTTAAAGAAGTAAAACTATTTAATGCATTCATACTCTTTGTT +CTAGTTTCAATAATAATACCTTCTTTAATAGTTGATTTTAACTTAACTTATTCTGATAAT +TATAATTTTTTATCCTTATGTAGCAATATTACTATGTTTATATTTTTATTATTTATGTTC +AGAACTTCCAAAGATAAAGTTAATGAATTATTTAAAGATTTTCTACGTAAAGTAAAATTT +GCTGAAGTACTTAACGTTGTTATAACACAAGTATCTATCAGTCTAGGCTCTGTACTTCTT +TTAGTAGGAATACTCTACTTTATTAATCCAGATAATTTAAATTTTATGCTTAATAGTGGC +AGTGACAACGTTACGACTTTTTCTAAGTTTATCTTATATTTTTTATTAGTAGCAATTAGC +GCTCCTTTAGTTGAAGAACTTCTATTTCGGGCTATCTTTTTTAAGAGAATGTCTAGATAT +TTTAGTACGGTAATTTCTATGATTGTTTCTTCACTTATCTTTGGTTTTCTTCATATAGAG +CTTGCTGTTATAGGTGCTATTATGTTTGCTACATCAAACTGCATTTTATACATCAAATAT +AAAAACATTCTAATTCCAATTTTAACTCATTTTACTAATAATCTAATCAGTGTTCTTCCT +CAAATGAACTTTTCATCTAATTCTCCTATACTTATGACAAAAGATATTGCAATTTCTGCT +TTATCTATCGGTTTTATCTTATTTTTATTCGGAATGTTTCTATTTATAAAGTTTGTACTC +CTAAATAAAAATTATTTAAAATATAATTTTTAA +>group_1431 +ATGAAATACAAAGTTGTAAAAAAACAAAATGGTAGTAAGAGGTGTATTGTATGCGGAGTA +GACAATGAACTAGGATTAAAAGCATCTTTTTATGAATTAGAAAATAATGAACTAGTAGCA +ATTTGTAACACCAAAGACTGGCATCAGAGTTATCCAGGGAGAGTTCACGGAGGAATGTCA +GCAGCATTATTGGATGAAACAATAGGGCGTGCTGTAAGTATAAATGATGAGACTGTATGG +GGGGTTACGGTATCTTTAGAATTAAAATATAGAAAACCTGTACCAACAGACTGTGAGATA +AAAGTGATTGGTAGGATAACTAAAGAAAATAGAAGAATGTTTGAAGGGAGTGGGGAAATT +ATATTACCAAACGGAGATGTTGCAGTAACAGCAACGGCTAAGTATATGAAGCTTCCAGTA +GATAAAATAGTTGAGGGGGATTTTATAGATGATGAATGGATTGAAGTAAATGATAAAGAT +AAAGTTGATTATATAGAATACTAA +>group_1435 +ATGGAAAACTTTTTATCACAGTTAAGTAATATTACAGTTATATTATCTAATGTAATTTGG +CCTTTATTTATTCCGTTTTTATTACTAGTAGGGATTTATATATGTAGTCAAGTTTTATTA +AATATAAGATCTCTTACAACTGAAAAATGTAAATTAAATATTTTACATATTATACCTCAA +GCATCGGTATCGCTAGGTGCTATGATGGGAACTGGAATTATAATTGGATTTTTAGGAGCA +TTAAGCACTTTATATATGGGAGGACAAGTATATGTAGAAGGTGTTGCTTTATGGGCATTG +CTAGGATCTTCAGTTTTAATACCGATATCGTATTGTGAAACGTTAATAGCAAAGATTGTT +AATATGACTCCTAGAGAGTATATAGCAAAATTTATTTCTAAGAATGCATCAAAACTTTAT +GTAGTATCATTAACTCTTTTGTATGTATTTGCTATAGGTGGAGTTCAGTTTAGTGGAATG +GATGCTATAATAATAACTACATTAGATAAGGTAGCAGGAATACAAATTAATGAATTACAA +AGATATTTATTTATAATTATTCCGATTATAGGCGTTCTAGCTCTTGTTACATTAAGAAAT +AGACAAGATGTATTTATAAGATCTATGATAAGTATGATATTAATTGCTTCTATAACTTAT +TTTGTATTCTTTGGAATATTTTTAAGCAAAACTTATGATTACCTTCCAATGTTCATTAAT +AAAATGGTTATAGGATTTACAAATCCAGTTAGCATGTTATTTGGAATACCATTAGGTCTT +ATATTTGGAATGCAAAGAGTTATACAAATTGCAGAACCGGGTCTTGGAACATTAGCCCTT +GCTGCTACAAAAACTGATTTAAATCCTAGAGTTTCGGCATTAATATCAGCAATAATGACT +ACTTTTTTAGTAGTTGTGTCAGTATTAGTAACGTCATATATAGCTTCATATGGATTAAAT +CAAGATATTATATCCTTTGAAGAAGGTAGTTTACAAAGATTAGTATCTTACTTTGAAACT +GTAATAAGTGTAACAGGTGGATTTGGTCTAATTGTGTTATTTATATTTATAATTTTATCG +GGAATGACTACCTTATTAGGATCTTATTATCTTTTAAGTCAGACAAGTAAAGGCATATTC +AGAAATAAAAAGGTTATATATCTAAGTCTTTTATTAGTTGCAGGAGTTTTATCTGTATAT +AAATTTGAGATTTTATTTAACTTATTAAATATACTACTATTTATTTCTACATCATTAAAT +ATAGGTGCGTTAGCTATGTTTGTTGAATTTGAATGGAGTAAATATAAAATAAGAGAAAAT +AGAATACAAAAAGCGGCATAA +>group_1441 +ATGGGTAAAAAATCTTCAATACAAACTATAGTTGCTATAGGTATAGGAGCTGCAGTTTTC +ATGATATTAGGAAGGTTTGGTTCAATACCTACAGGTATACCAAATACTAATATAGAAACT +TCATATGCATACTTAGCATTAATGTCAGTTGTATATGGTCCAGTAGCAGGTCTTTTAATA +GGACTTATAGGACATGGATTAAAAGATCTAGTATTCTATGGTATGCCTTGGTTTAGTTGG +GTAATAGCATCAGGAATAGTTGGTCTAGTAATAGGTCTTTCATCAAAGAAACTGAATATA +GAGGGTGGATTTGGAAAAAAACAAATAATAATATTTAACATAACTCAAATTATAGCAAAT +GCAATAGCCTGGTTTGTAGTAGCGCCAGGACTAGATATAATTATATATGCAGAACCTGCA +AATAAAGTATTTATACAAGGTATTGTAGGCGGAGTATCTAATATGATCACTGTAGCAGTA +CTAGGTACATTAATTTTATCTACTTATTCTAAAGTTAAGATGAAGAGCGGAAGTTTAAGA +ATAGAAGAGTAA +>ecfT_1 +ATGAATTCAGAAATGTTATCATATATAAAGAAAGATTCTCCTATACATAAGTTAACAGGT +GCCACAAAGCTTATAGTTTTTTTACTATGGGCAGTGGCAGCTATGGTAACTTACGATACT +AGACTTTTAGTAGGTATGCTTATTATAGGACTCTTATCATTTAAAATTTCTAAGATAGAA +TTTAAAGAAATTTCATTTGTACTTTACTTTATATTAATCTTTTTACTTTTAAATGCTATA +ATGATATTTGTATTTTCTCCTGAAGAAGGGGTACAAATATATGGTAGTAGAACGGTATTG +TTTCATTTAGTTGGGTCGTATACAGTGACGGTAGAGCAATTATTTTATGAACTTAATGTT +GTATTAAAGTACTTTGCAACAATTCCTATGGCATTACTATTTATCTTAACAACTGATCCT +AGTGAGTTTGCAGCATCTTTAAATAAACTAGGTGTTAGTTATAAGGCATCATATTCAGTA +TCAATTGCATTACGATATATACCGGATATACAAAGAGACTATAAGGATATAGCATTTGCC +CAACAATCAAGAGGAATTGATTTATCTAATAAAGAGAAACTATTTAAAAGAATAAAGAAT +TCAGCATCTATACTTATGCCACTTATTTTTTCTAGTCTAGAAAGAATTGATAAAATAAGT +ATAGCGATGGAGCTAAGAGCGTTTGGAAATAGCAATAAGCGCACATGGTATAAAAGAAAA +GATTTCACAAAGAATGATTATATTACGATAATATTATTCGTATTAATAGTATTATTATCT +ATAATATTAGTTAAAGTGAATGGTGGAAGATTCTATAATCCATTTATATAA +>group_1434 +GTGAGAAAAGATAAACAAAGTAAAAGAACATTAGATGAAAATCCTCAATTAACAGATTTA +GTTAATCATGGTCAAACTTATACCGAAATAAGAAATATAATAGAAGATGAGAATGAGGAA +GTAAGAAAAAAAGTTAATAAAGAAGGTGATGTAAAAGCACCTTCATATAAAGATATACAC +ATATACAATAATAAATTCTAA +>group_1454 +ATGCTAGAGGATATCAATAAACACATAAATGATATAAAAGAGGAGATAGCTCAAAAACAA +GTATTAGAAAATAAGCTTAAGGATTTAAATAAAGAGCTTTGTAAAGGGAAAGAGGAACTT +AAAGAGTTAGAATATAAACTTAATAAAGAATTTGATGATGTAGAAAAATTAAAAAAACTA +TCCTTATCAAATATCATATCTACAATAATGAAAAATAAAGATGAAAAAATGGAAAAAGAA +GAAAAGGAATATTTAATGGCAAAGCTTGAATACGATCAATGTGAGTCAAAAATTAAATCA +TTAAAAGTAAATATAAATACTACAACATCTAGATTAGAAGATTTATCAGAATGTGAAAAT +GAATATTCTAATCTATTGAATAGAAAGATTGCATTATTTAATATATATGGAGATGAATAT +AATAAAAATGAGCTTATAAATATGGAAGCAGAAATAGACAGCTACTTAAAAGAAATTAAA +GAATTAGATGAGTCAATTTCAGTTGGAAACAGTTTAGTTAGTGAAATAGAAAATACAAAA +AAATTACTAGAATCTGCAAAAGCCTGGGGAACCCTTGATTTATTTGGTGGAGATTTTATT +TCATCACTTGCTAAACATCAAAAAGTTGATGAAGCACAAAGACATTTTAGTAGAACATCT +AATTTATTAGATAGATTTAATAAAGAATTAAGGGATATAAATATTAATGGCTTACGTTTT +TCTACTACAAGTAAAACTTTTGACATATTTTTTGATAATATATTTACTGATATTGCAGTG +AATAATCAAATAAATAAGTCATATAATGATATATGTAGTTTACAAAGAAATGTAGAGACT +GTATTAAAAAATATAAAAGAAAATAAAAGGCAATTATTAAATATAGTCAATATAAAAAGA +AAAGAATATGAAGAATTTATAAATAATTTATAA +>xdhA +ATGAGTTTCGTAGGAAGAAGTATACCGAAAACTGACGGTATGGCAATAGCAACAGGTAAG +CCTGTATATACTGATGACTTATCTTCAAAGGATGCATTAATAGTTAAAATATTAAGAAGT +CCACATGCAAATGCAATAATAAAAAATATAGATACTTCGAAAGCTATGTTAGTACCTGGA +GTAGAGTGTGTACTTACATATAAAGATGTTCCTAATAAAAGATTTACACTAGCTGGACAA +TCTTATCCAGAACCATCTCCTTATGACAGATTAATATTAGAAGATAGAGTAAGATACGTA +GGAGATGAAGTTGCTATAGTTGCAGCAGTCGATGAAAAAACAGCAATTAAAGCAATAAAA +ATGATAAAGGTTGAATATGAAGTATTAGATGCAGTTATAGATTTTGAATCTGCAATAGAT +AATAAAGTAATAGTTCATGAAGAAGAGGTACATACTAACTTTGATATAGGTATGCAAAGA +GAAAGAAATATAGTTTCTGCTCATAACTATACAAAGGGAGATATAGAAAAGACATTAAGT +GAATGTGATGTTATTATTGAAGAAACTTACTATACTCAGGCACAAGCACAAGCTATGATG +GAAACATATAGAGCTTATAACTATTTAGATCATATGGGAAGATTAGTAGTAATATCTTCT +ACACAAATACCTTTCCATGTAAGAAGACATTTAAGTAGAGCGTTAAATATACCATCAAGC +AAAATAAGAGTTATAAAGCCTAGAATAGGTGGAGGTTTTGGTGGTAAGCAAACTGCTTGC +GTTGAAATATTCTCAGCTCTTGTAACATTAAAAACTGGAAAGCCAGCAAAATTAATATAC +AGTAGAAAAGAAACATTTAATTGTTCTAATAGTAGACATGCTATGAAGATGAAAGTTAAA +ATGGGTGCTACTAAGGATGGGGTAATAAAAGTTATAGATATAAATGCACTATCTGATACA +GGAGCATACGGGGAACATGCATCAACTACATTTGGATTAGTTGGAGAAAAGAGTATGCCA +ATATACAATAAATTAGAAGCGGTAAGATTTACAGGTAATGTAGTTTATACTAATAAAATG +CCAGCAGGTGCATTTAGAGGTTATGGAGCTACTCAAGGGTGTTTTGCTGTTGAATCTACT +ATAAATAAGTTGGCAGCTAAGTTAAACATAGACCCTGTAGAATTAAGACTTAAAAATATT +GTAAAAGAAGGAGAAACTACTTTTGCATATGATAAATCAATAAATAGTGCTAACTTAGAA +GAATGTATAAGAAAAGGTAAAGAAATGATAAAATGGGATGAAAAATATCCATCAAAAGAC +CTTGGAAATGGAAAAGTAAGAAGTGTTGGTATGGCTCTTACTATGCAAGGATCTGGAATT +GCTAATATAGATACATCTTCAGTTGAAGTAAGATTAAATGATGATGGAAACTATACATTA +TTCGTTGGATCTACAGATATGGGAACTGGTAGTGATACAATACTTGCTCAAATGGCATGC +GATATACTTGAAACTACTATGGATAAGATAACTGTAGTGTCTGCAGATACTGATATAGTG +CCTTATGATCCAGGATCTTATGCTTCAAGTACAACTTATGTAACTGGAATGGCTGTAGTT +AAGGCTTGTCAACAATTAAGAGAAAAAATTATAGAAGTTGGGGCAAATAGACTTCACGTA +GCTAAAGAGCTTGCTGAGTTTGATGGTGAGAAAGTGTTCTGTGATGATAAATCTATTACT +ATATTTGATTTGGTAGTAGATTTTACTGTTGGAATAGATAAAGTTCAATTAAATGGATTT +GCATCTCATGGTAGTCCAGTTTCTCCACCTCCTTATATAGCTGGTTTTGTTGAAACTGAA +ATAGATAAGGAAACTGGTAAAGTTGAAATTATAGATTATGTTGCAGTAGTTGACTGCGGG +ACTGTAATAAATAGAGGTCTTGCTACTATACAAACCGAAGGTGGTATAGTTCAAGGTATA +GGACTTGCTTTATTTGAGGAAGTTAGGTATCTAGAAAATGGTCAAATGGATAGTAATTCA +TTTATGCAGTATAAGATACCTGCTAGGAGTGACGTTGGTACTGTAAGAGTTGATTTTGTT +GAGACTTACGAACCAACTGGCCCATTTGGTGCAAAGAGTATAGGTGAGGTTGTTATTAAT +ACCCCTGCTCCTGCAATACAAGATGCTATATATAATGGTGTAGGTGTAAGAGTGAATAGT +TTACCTATGAATCCTGAGAAAATATTTATGGAGATGAATAAATAG +>hcrC +ATGTTAGTAGAATTAAAGGTTAATGGGAGAAAACATAAAATTGACATAGAGCCAGATGAA +TTTTTAGTAGATACACTTAGAAAAGTTGGAAACTTAAGTGTAAAAAGAGGCTGTGATACA +GGTTGTTGTGGACTTTGTTCAATATGGATAGATAAAAAGCCAACTTTATCATGTGCTACA +TTGACAGTTAGAGCTTTAAATAAAGAAATAACTACAATAGAAGGATTAGAAAAAGAAGCT +GATGAATTTGCTAGAATATTAATAGCAGAAGGAGCTGAGCAGTGTGGATTCTGTTCACCA +GGATTTATAATGACTGTACTTGCTATGAAAAATGAGCTGGAAAACCCGAGCGAAGAAGAA +ATAAAACATTACTTAACAGGTAACCTATGTAGATGTACAGGATATATGGGGCAATTAAGA +GCAATAAAGACTTATATGGGGGTAAAATAA +>nhaP2_2 +ATGGAATCGTCAATACATGCTATAGCTTGTAACAACTTATTAATTATTTTTGCAGTAGTT +GCTATGACTGGTATTATTTGTAGCAAAATAAGTGAAATGATAAGAGTACCAGATGTAGTA +TTATTTTTACTTGCAGGAATATTCATTGGGCCATCAGTTTTTAAATTTATTGATATAAGT +CAGTATCAAGTTGAAAATCAGCTAATACTTACATTTGGATCAGCCTTTATTTTATATTTA +GGTGGAAAAGAAATAAGTTTAAAAGTTTTAAAGAATGTAAGAATATCAGTATTTTTATTG +TCTAGTTTAGGTGTTTTGATTTCTGCTTTTGTTATGCAAAAAATTATAGGATTAACATTT +AATACTAGTGCAATGACAGCCTTACTTATTGGTTCTATTATAGCATCGACAGATCCAGCA +ACTTTAGTTCCTATTTTTAATAGCATAAAAATAGATAAAAAGGTAAAACAAACTGTAATA +AGTGAATCTGCATTCAATGATGCGACAGGAGCCATTTTAACATCTGCTGTTTTAGCTATT +ATTTTATCAGGTGAATTTTCATTACAAGCAAATATATATGAATTAATGGTTATGGTAGTC +GTAGGTGTTTTAGTTGGTGTAATTACAGGCCTTTTATTGTTGGCTTTAGTAAACGATAAG +CCTTATGGAATATTTAAGGATTATACTCCTATAGTATCTATTTTATCAGTAATAATAGCA +TATGAACTATCTACTAAGCTTGGTGGTAGTGGTTATATGTCTTGTTTTATTGGTGGAATA +ATTACTGGTAATAAAAAGAACTTTAAACTATGGTTAAATCAAAAGTGTTATGATGCAGAT +TGTCATGTTGTAGAAACTTTAGGTACTATTTGTAGAATGTCTATATTTATTATTCTTGGA +ACACAAGTAGATTTAAGTATATTAGGGAAATACTTAGTACCATCTATAATATGTGTTCTA +GGATTAGTATTTATAGCTAGACCAATAGCTGTTTTTGTATGCACTATATTTGATAGAAAA +GCAAAATGGAATAAAAGAGAAATACTTTTTATGATGTGGGTAAGAGAGACCGGTGTAATA +CCAGCAGCTTTATGTGGTATTATTACTGCAATGAAGGTTCCTGGGCATGAAATTATCTCT +TCAGTAGTATTTATGACAATATTATTAACTTTAATAGTTCAAGGTAGTAGCACAAAGTTT +GTAGCTAAAAAATTGGGTCTACTAGAGCCAGAAGATCTTAAAGAAAAAGAAGAAGTATAA +>xanQ +ATGAAGCAAGGATCAGTTTATGAATTAGAAGGAAGAGTTGCATTAAATAAAGCAATTCCT +CTTGGAATACAACATGTATTAGCCATGTTTTTAGGTAATATATCACCATTAATAATAATT +AGTGGAATGCTACAAATGCCTATAGAAACCAAAACAATGTTAATACAAAATTCTATGTTT +ATAGCAGGTGTAGCAACATTAATTCAATTATATCCAGTATTTAAAGTTGGGGCAGGACTA +CCTATAGTAATGGGTACAAGTTCAGGTTTTATTGGAACAGCAAAGGCAATAGGTACTCAA +TATGGTTATGGTGCAATACTTGGTGCTGCATTAGTAGGTTCAATAATAGAAATATTTTTA +GGATTTTTTATAAAGCCGCTTAAGAAATTATTTCCACCAATTGTTACAAGTTTAGTAGTT +GTATCTATAGGGTTATCACTTTTACCAGTAGGTATTAAATATTTCGGAGGTGGAGCTGGA +GTAAGTGATTTTGGTAGTTGGCAACATTTATTAGTAGGAACAACAGTAATAATATCTATA +TTAATATTTAAACAATTTAAAGGATTTTTAGGTGAATCATCAGTTTTATTAGGAATTATA +ATAGGATACATATTATCTATAACATTAGGAATGGTTGACTTTACTCAAGTTAAGGATGCA +GCATGGGTAAGCTTACCAAAACCTTTCGCTGTAAGTTTAGAGTTTAATATAGAAGCAATA +ATAGCAATGACAATTATGTTTATAGCGACAACAGTTGAAACAATAGGAGATATTTCAGCA +ATAGCAAATGGAGGTCTTGATAGAGAGGCGACAGATAGTGAGTTATCAGGTGGAGTAGTT +GCAGATGGAGTAGCTAGCATTATAGGTTCTGTATTTGGTATATTACCAAATACTTCTTTT +AGTCAAAATGTAGGACTAGTTGCTGTTACTAAAGTTGTAAATAAGTTTGTTATAATGACT +GGTGCAGTATTCTTAATATTATGTGGATTCTGTCCCAAATTAAGTGCAATATTCTCTGTT +ATGCCACAGTCTGTATTAGGTGGGGCAGCAGTAATAATGTTTGCTATGATTTTAGTTAGT +GGATTACAATCACTTACTAGAGAAAAGATAGATGGAAGAAATGGACTTATAATAGCACTA +GCTATAGGTTTAGGTGTTGGCATAGGTAATGTACCTGAAGTTTTAGACCAAATGCCAACT +TGGGTTTCTAATATATTCGCACAAAATGGAATAATAATGACTTTTGTTATAGCGACAATT +TTAAACTTAATATTACCAAAAGATAAAGAGGAAAATGTAATTGAAAATACTGTAAAAGCA +AGTTAA +>group_1462 +ATGAGTAATGATAACAGATTTAGTAATGGACATTATAGTAATGCACTTGAGTATACCAAA +GATGTACTTCGTGCTAGTTCCTCTATCAATGATATTGTAATAAATGCAAATATCCAAGAA +GAAACAAAAGAAGAAATGGAAGAAAGAATAAAAGCCGATAGACATTAA +>group_1456 +ATGTACAACAAAAAAGATAATCAAAGAGAAGAATTAGATAACAATGAAGTGATAAAAAAG +CTTCTAAAAGAAAATGATACTAAAATGGAAATAGCAAAGGAAGTCTCAACTAATAAAAAG +GTTGCAGAAGTTTTAGGAGATAGGTTAGCAAGAAAAAGACGCTTTCCTCCTTGTTAG +>group_1448 +ATGATTAATTTAGGATTATTAATAAATACTAATATAATAAACGAATTTGGTTTAAATAAA +ATAAAAAATTTAAACTCGAAAGAAAGAAATAAGATACTAGCAATTATAGTTGGTTCTATA +GTTCTTATAGGGTACTTGATATATGCTATTTTTAAATTATGCTTAGATGTAAGTGATTTA +TTAATTCTATATAATCAAATGGATTTATTACTTCTAATAGGTTTTGTAGGAACTGTATTA +TTTAGCTTATTTACTACATTATATAAATCCTCGTCATATCTATTTGAAGCTAAGGATTTT +GAAATGTTAATAAGTCTTCCGTTAAAGGAATCAACAATATTAATAAGTAAAATATTTATG +TTGTTAATATCTAATTACTTATTTACAGCACCAATTATATTAATCCCAGCAATAGTGTAC +TCAATGAAAGTTAATGTAAGTATATTTTTCTATGTCAATTTAATATTAATGTTCTTATGT +ACACCATTAATTCCTATGATAATATCATCAATTATTTCATTCTTTTTAGGAAATATATCA +TCAAAGATTAAATATAAGAATGCAATATTAATTATAGGAAGTATAATATTACTTGTAGCG +TATATGTTACTTGTTACTCAAATGGAGGAGATAGGAAAATCAATATTGGTAAATAGTACT +TCAATAAATGAAGCTGTAAAGAAAGTATACTTTTTATCTTATTACTATATAGATGGTTTA +ACAAATAATAGTTTTTTATCAGTTATTAAATTTATTGGATTATCATTAGGGTTATTTCTA +ATATTTGTAAATTTATTTTCAAAACAATTTAAACTTATAAATTCTAGAATGAATGAAAGT +TATAAGATTAAAAAATACGAAGCTACAGAATTAAAAACTTATAATATAATTGAAGCTTTA +CTACAAAAAGAGATTAAGAGATATTTTTCTTCTTATATATACGTACTAAATTCATCTATG +GGAATGGTTTTACTAAGTATATTTTCTATAAGTTTAGTGATACTTGGAGCAGATAAGGTA +TCAGATTTACTTCAATTGAATCTAGATTTTACTTTTATAAAAATTCAATTGTTAGGTATT +ATATTATTCTGTATAGTAACAAGTTGCACTACTTATTGTTCGATATCTATAGAAGGGAAA +AATTTATGGATAATAAAATCATTGCCTATAAAAGAAATAGATATATTTAAAGGTAAAATA +GGTTTAAATTTACTTATCACAATACCTATAAGTATAATTTGCTTTATTTTAATAAGTTTA +AGAATGAAATTTGACTTTAATTTTATACTTATAGGAAGTTTAGTAATAATCTCAGTGGAA +TTATTAGTGGCAATATTAGGACTATTTTTAAATCTATTATACCCTAATTTTGATTGGAAG +AATGAAGTAGCAGTAGTAAAAAGAAGCTTTTCTATGATTGCAGTAATGCTAATTTCTGCT +TTATATATTGCTGCTTATGCATTTATATATTTTAAATTTAGTATACTAAATTTAAACATA +TTCTTAAGTATAGCAGTTATTATAACATTAGTAATTACTTTAATATTATGGAATTTAATA +AAAACTAAGGGTATAGAAATCTTTAGAAAACTTTAA +>ecsA_2 +ATGTTAAGTATAAAAAATCTTTCAAAGTCTTATAAAAATAGTGGCAAGGCAATTGATAAT +ATAAGTTTTGAAATTAAAAAAGGAGATATATTTGGATTTATTGGTCACAATGGTGCTGGT +AAAACTACGACTATAAAGTGTATAGTAGGAATCCATGATTTTGAAGAAGGTGAGATTTTA +GTTAATTCTAAAAGTATTAAGAGAAATCCTATAGAGTGTAAAAAAGAGATGGCTTATATT +CCTGACAATCCAGATTTATATGATTCTTTAACTGCGATACAGTATCTTAATTTTATAGCA +AATATTTTTAATGTTGATAAAAAAGAAAGAGAAGATTTAATACATTACTATGCAGATAGA +TTTGAAATAAAGGATAGCTTAGGAGATATGATAAGTTCTTATTCTCATGGAATGAAGCAA +AAATTAGCTATAATATCTGCACTAATTCATAGTCCTAAAATTTTAATTTTAGATGAACCA +TTTGTAGGTCTTGATCCAAAGGCTGCATTTACCTTAAAGGAAATTATGAATGAGTTTTGT +TCAAAAGGTGGAGCTATATTCTTTTCAACTCATGTACTTGATGTAGCAGAAAAAATTTGT +AATAAGGTAGCAATAATAAAAGATGGAAAACTTATAACTACAGGAAATACTGATGATGTA +AAAGGTAATAAAAGTCTTGAAAGTCTATTTATGGAGTTGATTGAAAATGATTAA +>ldh1 +ATGAAGAAAAATAAAGTTGTTATAGTAGGAACGGGTATGGTAGGTATGAGCTATGCATAC +TCTATGGTAAATCAAGGTGCATGTGAGGAATTAGTTTTAATAGATATAAATAAAGAACGT +GCTAGAGGTGAAGCAATAGATTTAAATCATGGTCTTAGCTTTGCACCAAGAAAAATGAAT +ATATATGCAGGTGACTATAGTGATTGTAAGGATGCATATATAATTTGTATAACAGCAGGT +GCTATACAAACAGAAGGAGAAACTAGATTAGACTTACTTCACAAGAATAGTAAAATTATG +AAATCAATTATTGATGAAATAAAAAAATCAGGATTTGATGGGATATTATTAATAGCTACT +AATCCAGTTGATATTATGACTTATGTAGCACAAAAGTTATCAGGATTTGATAAATCTAAG +GTAATAGGCTCAGGGACAACGTTAGACTCTGCAAGACTTAGATATACCTTAGGTGAAAAA +TTAGATGTTAATCCTAAAGATATAAATGCATATGTTATGGGAGAACATGGTGACTCTCAA +TTTGTTGCATGGAGTTATGCATTATGTGGAGTTCAACCAATTTACCAAATTGCATCAAGA +AAAGATAGTAAGTTAAAATTTGATGAGTTAGAAGAAATTGAGGATAAAGTTAGAAATATA +GCTTATGAAATAATAAAGTGTAAAAATTCAACATATTATGGTATAGGTATGGCACTGACT +AGAATAACGAAAGCAATACTTGAAAATGAAAATAGTATACTAACAGTCTCTTCATACTTA +AATGGTGAGTATGGGCATGAAGATGTTTATATTGCTATTCCAAGTATAGTAAATCAAGAT +GGTGTTAGAGAAGTTATTCATTTAGCGTTAGATACAACAGAGAAAAATAAACTAGATGAT +TCGATAAAAATAATGAAAGAAAACATAGAAAAATTAGATTTAAATTAA +>cshC +ATGAAGACATTTGAAGAATTAAAATTAAATGGTAATTTAATAAATGGACTTAAAAAGCAA +GAAATTACATCTCCTACTGAGGTACAATCTCTTGTTTTTGAAAATATAATTAATAACAAA +GATATTCTTGCAAATTCTCAAACTGGAAGTGGTAAAACATTATCTTATTTACTTCCTATG +TTTGAAAAAGTAGATACTACAAAAAGAGAAACTCAAGTATTAGTTCTAGCACCTACTCAT +GAGCTAGTTGTTCAGATACATAATCAAATTGAATTATTAGCTAAGAATTCAGGAATAGAA +GTTACTTCTCTTCCAATATTCGGTGAAGTTAATATTCAAAAACAAATAAAAAATATAAAA +AATGTAAAACCTCATATAGCAGTAGGGTCTTGTGGTAGAGTTTTAGATTTAATAAATCAA +AAAAAGTTAAAAGCTCATACTATTAAGACTATTATATTAGATGAGGTTGACAGCTTACTA +AGCGGAAACAATGTATCATATGTTAAAGATATAGTAAAATCAACTTTAAGAGATAGACAA +TTATTAGGATTCTCCGCTTCATTAACTGATGAAACTATTGATTTATGCAAAGAAATGATG +AAGAAACCTTTAGTAATAAATGCTACTAAAGAAGTTACTATCAATCCTAAAATAAAACAC +ATGTACTTATTAGGAGAAAGAAGAGAAAAATTTGATTTACTTAGAAAAGCTTTAGCTGCT +ACTACTCCCAAAAGAGCAATAGTTTTCGTTAATAACGAAAAAAGTATTGAAGTTATAACT +TCTAAATTAAATTATCATGGATATAAAGCTGTTGGTATATTTGGAGATATGTCAAAGGAA +GATAGAAAGAATGCTATCAATGCTTTTAGGTTGGGAAAAGCTAAAGTCTTAGTATCTTCA +GATTTATCTGCAAGAGGATTAGATGTCGTTGATACTAGCCACGTATTTAACCTAGACTTC +CCCGGAAGTAAAAACGAATATATACATAGAGCTGGTAGAACTGCAAGAGGAAATAGAAAT +GGTAATGCTATTTCTATAGTTACTAAAGGTGAACTTGCTGATATAAAACGATATAAAAGA +GAATTTAATATTGATATAAAGCCTAAGGTAATTAAATACGGTAAGTTCTTCGATAGTAGA +AGTAAATAA +>dapL +ATGGATTTCATTGACAATATAGTATCAAATCGACTTGGGGGTAACAATTTTTTTAACGAA +AGTAGAGTATTTAAATTTGAAAAACTAAAAATGATAAGAGATGATTTAAAGGCTAAAAAT +CCTGATATAAAGATAATAGATATGGGTGTTGGAGAACCTAACAAAATGGCTGATAAATCC +ATAGTAAATGTACTTAGCATCGAAGCTAATAAAGAAGAAAATCGATTTTATGCTGATAAC +GGAATATTAGATTTTAAAATCGCAGCTTGCTCTTATTTAAAGGATTTATATAACTTAGAT +AATATAAATCCAGCTAATATTGTTCATGGTATTGGATCTAAATCTATATTAGCTATGATT +CCAACTTGCTTTATTAACCCTGGCGATGTCACTTTAATGACAGTTCCTGGTTATCCAATA +ATAGCTAATCATACTAAGTTCCTTGGTGGTGAAGTATATAACTTAAAATTATGCGAGTAT +AATAACTTTTATCCAGAGTTAGACTCCATACCTGAAGACATTCTAAAAAGGGCTAAGCTA +TTATATCTTAACTATCCAAACAATCCTACTGGACAAGTAGCTACAATAGAGTTTTATGAA +AAAGTAATTGAATTTGCTAAGAAAAACAATGTTCTAATTGTGTCTGATGTTGCTTATGGA +CCTTTAGTTTTTGATGGAAATAAACCATTAAGTATATTTACCGTTGATAAAAACATGGAA +TATTCTATAGAACTACATTCTTTATCTAAAGCTTTTAATATGACAGGTTGGAGACTAGCA +TTTTTACTTGGCTCTGAAAAATCTATAAAATTATTTTCTACAGTTAAAAGCTATGGTGAT +TCTGGACAATTTAGAGCTATACAAAAAGCAGGCATATATGCACTAAATCATAAAGAATTG +ATAGATGAAAATATAAAAAGATATGATAGAAGATTTAAACTACTAGTAGATGCACTAAAT +GAAGTTGGTTTTGATGCAAAAAAACCAAAAGGAGGGTTCTACTGCTATACTGCAATTCCA +AAAGGAGTAAAAAGCAAACTAACTTTTGAAAATGCTGAAGAAGCAAGCTATTATATACTA +AAAAATGCATATATCTCAACAGTCCCATGGGACGAATGTGGAGGCTTTTTAAGATTTTCA +GTAACCTTCGAAGCAAATTCAATAGAAGAAGAAATACAAACAATAAACGAACTTAAAAAA +AGACTTCAAAGTCTAGATTTGGAATTCTAA +>group_1465 +ATGAGAAAGGTAGAATTATTAGCACCTGCAGGTGATTTAGAGAGATTAAAGATAGCATTT +ACTTATGGAGCGGATGCAGTATATATAGGTGGAGAAATATTTGGAATGAGATCTGCCGCA +AAAAACTTTAGCAAAGAAGATATGATAGAAGGTGTAAACTTTGCTCATGAAAGAGGAAAA +CAAGTTTTTGTTACTATAAATATAATTCCAAGAAATGATGATTTATTACAATTAAAAGAC +TACTTATTAGAGCTACAAGAGATCGGCGTTGATGCAGTTATAGTAAGTGATCCAGGTGTA +TTTACTTATGTAAAAGAAACAATACCTAACATGGAAATACACATAAGTACTCAAGCTAGT +ACTACAAATGCAGCTTCAGCAGCTTTTTGGTATAAACAAGGAGCTAAAAGAGTTGTTACT +GCTAGAGAATTATCATTTGAGGAAATTAAAGAATTAAGAGAAAATACGCCAGCTGATATG +GATATAGAAACTTTTGTTCATGGAGCTATGTGTATGTCATACTCAGGAAAATGTGTAATA +AGTAATCATACTACAGGAAGAGATGCTAATAAAGGTTCTTGTGCACAATCTTGTAGATGG +AAGTATACATTAATGGAAGAAGTAGGTCCAGGTGAATATAAGCAAGTATTAGATGATATA +GATCCGGAGTTCTTCTTTAACTCTAAAGATTTATGTATGATAGAATATATACCCGAAATA +TTTGATAGTGGTATAACAAGCTTAAAAATAGAAGGGAGAATGAAAACAGCTTACTATGTA +GCTACAACTGTTAGAGCATATAGAATGGCGCTTGATGAATATTATAAAGATCCAGAAAAC +TGGAAGTTTAATCCTATGTGGCTAGAAGAACTTAAAAAAGGTAGTCATAGAGATTACAGT +ACGGGGTTCTTCTTTGATAGACCAGATTCAAATTCTCATAATTATAAATCTGCGTCTTAT +ATAAGAAACTATGATTTTATTGGTTTAGTTAAAGGTCATGAAGAAGAGACTGGACTTGTA +GTAGTAGAACAAAGAAATAAGATGTATGTAGGAGATAAAATTGAAGTTATAGGGCCATTT +AAAGAAACTATGCATGCAATAATATTAGAAATGTACAATGAAGATGGTGAGCCAATAGAA +TCAGCTCCTCATGCAAGACAAACTGTAAAAATGAAGTTAGACCTTGATGTAGAAAAAGAC +TATATATTAAGAAAGCCAATTACAGTTTTAAATATATAA +>group_1450 +ATGGATAAGCTACAAAAAGAAATGAATAATATGAAAAATGATATGAAAGAAGGCGCACAA +AAAGTAGGGCATGTAATGAAACATACAGCTGAAGATTTAAAAGATGACTTTAAGGGTGCT +ATGGCATCTATGGAAATGAAAAAAGATGAAATGATGGAAAAATATGAAGAAAAGAAATTT +TCAAGAGAATTAAAAAAACAAATGGAAAAAGAATCTAAAAATAATATGAAACATTAA +>group_1451 +ATGACATCTTATATTCTTTATGGTCTTGCTATAGCTTTATTTATAATTTCATATATAAAA +GACAAGTCAAAAACAAAAATTGCTCTAAAAAAAGCCTTTAAGTCCTTCGAAAATATAATG +CCTCAATTTTTATCTATTATTATTATAGTAGGAATAGTTTTATCTATTCTCGATACAGAT +ACAATCTCAAAACTTATCGGTTCTGAATCAGGATTTTTAGGAGTTTTTTTATCTTCTACC +GTAGGCTCTATTGTTCTGATGCCTACATTTGTTGCCTTTTCTACAGCAGATACTTTGCTT +AAAAGTGGTGCTGGATATTCTCAAGTTGGAGCATTAGTATCAACTCTTACATTAGTTGGT +GTTATGACTTTTACACTTGAGTCTCAATATATTGGTAAAAAAGCTGCATTTTATAGAAAT +TTCATAGCTTTTTTATTTTCATTTATAGTTGCTTTTTTCATGGGGGTGTTTTTAGGATGA +>group_1457 +ATGATTAAATTAAAATTTATATTAAATAGATATAAACTTTTCCTAATATTTTCTATTATT +TTAATCTTACTATTTATTTTTAATAGAAACTTAGGTGTTAATATATTTAATAATGCAAAG +GGTAGTTTTTTACAAATGTTAGCTGTACTTCCTCCTATCATGCTTCTACTAGGCCTTATG +GATGAATGGGTTTCTAGAAAATCAATGATGAAGTATATGGGAGAAGATTCAAGTATTCTA +GGGATAATTTTATCAATTTTACTAGCTGCATTTGCTGCTGGACCAATGTATGCAGCCTTT +CCTTTTACTGCTGTTCTAATAAATAAAGGTGTTAAGTTTTCCAATATAATAATTTTTATG +AATTCTTGGTGTGTAATTAAAATTTCTACTTTATTATTTGAAATTAGCTCTTTAGGATAT +AAGTTTACTTTATATAGATTAATAATAGATTTTATTGGTGTTATTGCCATGGGATATTTA +GTTGATTATATAGTTAATAAAGCACCTAAAAAAAAATCCTGTAAGTTTTAA +>rcsC_11 +TTGAAAAAGATATTGGATAAATGGGAAAATTTAAGTATAAAATATAAGTTATTTGGCATA +ACTAGCGGATTACTTATAGCCTTAGCTTTAATAATATATCTAATACTATATTATTTACTG +CCATCATACTATCATAAATATAAAATAGAATCTCTACATGAAGAAATAAGTATATTAATA +GAAAAGGCAGCTTATCATGATACTAAAGAATTGGAGAATAATCTTTATGATATAGCGAAA +AAACAAAATTTAGCAATTTTATTAAGTGACACTAGTGGAAGGATTGTGTATGGAAATAAT +GAGATTCTTTTATTTAAATTTGATAAGTATCAATCAAAAAATATATTGAAACTTGGAAAA +ATAGCTAAGGAGTATACTATGTCTACACATATATCAACCACTGATAAGAGTACTCCATAT +AGACTTGATATAATGATGCCACTTCAACCTATAGATGAAGCTAGCCAGGTTATTAGAAAG +ATTATGCCGTATATATTACTAGTAGCAGTTTTTGTAGGTATGATCGGAGCATTTATATAT +TCATCAACTATTACAAGGCCATTAATTAAAATAATTGAAAGTGAAAGAGAACAAGAGCAG +AAAAGAAGAGATTTTATAGCTACAATATCTCATGAATTAAAAACGCCAATAACTATAATA +AGTGGTCAAATAGAAGGGATGATTTATAATATAGGAAAATACAAGGATAGAGATACTTAT +CTTAAAAAGTCATATGAAAGCACTCAAGAGTTAAAAGAATTAGTAAATGAGATGATTGAG +GTTTCTAAGAGTGAGACATTAAAGCAAGATTTATACTTAACAAATATAAATTTAAGTCAT +CTTATAGAGAATCTGGTTAAAAGACAAATCTTTTTAATTGAAGAGAAAAATTTAAAAATA +GTTTTAAAAATAGATGAGAATATAAGTATAATTGCTGATGAAGAAAAAATAACAAGAGCA +ATTAATAATATCATCAACAATGCAATAAAGTACTCTCCAGAGGGAGAAACTGTAACGATA +AGACTTTATAAAAGAAAAAATGGAAGAAGTATAAAAACTTATTTAGAAATCGAAAATACA +GGTGTAATAATAGAGAAAAAATATCTAGAAGAGATATTTAATCCATTTTTTAGAGTAGAA +AAATCACGATCAAGAAAAACTGGAGGGAGTGGCCTTGGATTATATATCGTAAGTACAATT +TTAAAAAGTCACGGCTTCGAATATAGTATAAAAAATAGGAATAATTCCGTTGTATTTACT +ATAAAAATTTAG +>group_1452 +ATGAGTAAATCCATATTAGTTGTTGAAGATGATGCAAATATACAAGAGCTTATCGTCGAG +TTTTTAAGAGCTGAGGATTATAATGTAGACTATGCAAGTGATGGTCTAGAGGGAATAAAG +CTTTTTAAGAAGAATAATTATGATTTAATAATTTTAGATATAATGATGCCTAATTTAGAT +GGATACTCTGCATGTAAGATGATAAGAAAGACGTCCAGTGTACCTATAATATTTTTAACA +GCATTAAATCAAGAAAATGACGAAGTTAAAGGGTTTGAATTAGAATGTGATGACTACATA +ACAAAGCCTTTTTCTTTTAATTTATTAATAAAAAGAGTTGAAGCGGTACTAAGGAGAAGT +AATACTACAGCAGAAAGCAATGATTATTTAGGTTTTGGGAAATTAAGATTAGATTTAAAT +ACATATACTGTAAATGTAGATGGAAATATTGTTGAATTAACATTAAAAGAATTCAATATA +TTAAAAAATTTGATTGAAAAATATCCTCAAGTTATAACAAGAGAAAGCCTTTTGGATAGT +ATATGGGGCTATGATTATTATGGAGATACTAGAATAGTAGATGCGCACATCAAAAATATA +AGAAAAAAAATAGAATTACCATATATAAAAACTGTTAAAGGGATAGGTTATACACTTGAA +AAAGATATTGGATAA +>copA +ATGGATGCCAATAAAATAAATGAAATATATAAGATAACTGGAATGACATGTGCGGCTTGT +GCAAAGGCTGTAGAGAGAGTAGTTAAAAAGTTAGATGGTGTAGAAGAACAAAATGTAAAT +ATAGCTACAGAAAAATTAAATATAGTTTATGATAGATCAAAAGTAAATTTTGATGACATA +AAATGTGTAATTGAAAAAGCTGGATATGGAGTTGAAGTTGAAGAAGAAAATAAAGTCATT +GAACTTAAAATAGAGGGGATGACATGTGCAGCTTGTGCAAAAGCTGTGGAAAGAGTAGGA +AAAAAACTTGAAGGGGTAGAATCTATAAGTGTTAATATAGCAACTGATAAAGCTAATGTA +ATATATAACCCAGCTAAAGTTAAATTATCTCAGATAAAGGCTGCAATTGAAAAAGCAGGT +TATAAACCAATAGGAGAAGAAAAAAAGATAAGTGTAGATGAAGATAAATTAAAAAAAGAA +AAAGAAATGAAAACTTTATTTACAAAATTTATTATAGCAACAATATTTGCTATCCCTCTA +TTCTATATCGCAATGGGGCCTATGATACCAAAACCTTTTGGACCATGGCCATTACCAGAA +ATAATAAATCCAATGAATAATACATTAAACTATGCACTTATACAATTGTTATTAGTAATA +CCTGTAATGGGAGCAGGATATAAGTTTTATATACATGGCTTTAAGTCATTATTTTCTAAA +AGTCCAAATATGGATACTTTAGTAGCAATAGGAACTAGTGCAGCATTTTTATATAGTGTA +TATACAACCATTCAAATAGCAAATGGTAAAATTACAGGAATGCATCATCATCAATTGTAT +TATGAAAGTGCGGGTATAATAATAGCACTTATATTACTAGGAAAATACTTTGAATCAAGA +TCAAAAGGAAAGACTTCAGAAGCAATCAAAAAGCTTATGGGACTTCAACCCAAAACAGCA +ATTTTGATAATCAATGGAACTGAAGTAGAAACACCAATAGATGAAGTTATGGTTGGAGAT +ATAATCTTAGTTAAACCAGGAGAAAAAATACCTGTAGATGGTACAGTAATAGAAGGTAAT +ACATCGGTCGATGAATCAATGCTTACAGGAGAAAGTATACCTGTTGAAAAAAATGTAGGA +TCAAAAGTCACTGGAGCTAGTATAAATAAAAATGGTAGTATTAAGTTTAGAGCAGAAAAA +GTAGGTAGTGATACAGCACTTGCTCAAATAGTTAAGTTAGTAGAAGATGCTCAAGGAACA +AAGGCACCTATTGCAAAGCTTGCTGATACTGTATCTGGATATTTTGTACCTATAGTAATG +ACTATAGCAGTAGTTTCGGCTTTATTATGGTGGATATTTGGAGGAAAGGATATTGTTTTT +GTACTTACTATATTTATATCAATTTTAGTAATTGCTTGTCCCTGTGCACTTGGTCTTGCA +ACCCCTACAGCCATAATGGTAGGAACAGGTAAGGGTGCTGAAAATGGAATACTTATAAAA +GGTGGAGAAGCATTAGAACTATCACATAAAATAAACACAATAATATTTGATAAGACTGGA +ACAATAACAGAAGGTAAACCTAAAGTTACAGATATAATAACAAGTGAAGGTATTGAAGAA +GGATATTTATTAGAAATAGCTACAAGTGCAGAAAAAAATTCTGAACATCCTCTTGGAGAA +GCTATAGTAAGATACGGTATGGAAAAAGATATTAACTTTAAAAATTTAGAAAACTTTAAA +GCTATACCTGGTCATGGTATAGAAGTTATAATTGATAATAAAAAAATATTATTAGGTAAT +AGAAAACTTATGAATGAAAGAAATATAAGTTTACTAAACTTAGAAAATAAATCTGATGAA +TTAGCAAGAGAAGGAAAAACACCTATGTATATTTCGATAGATAATAATATAGGTGGTATA +ATAGCAGTAGCAGATGTTGTAAAGGAAAGTAGTAAAAAGGCTATAGAAACATTACATGAA +ATGGGTATAAAGGTAGCTATGGTTACTGGTGATAATAAAAAAACTGCAAGTGCAATTGCA +TCACAAGTAGGGATAGATATAGTTCTTGCAGAAGTATTGCCAGAAGATAAATCTCAAGAA +GTAAAAAAACTACAAGAAAAAGGTAATTTTGTTGCAATGGTAGGAGATGGAATTAACGAT +GCCCCGGCATTAGCAAAGGCAGATATAGGTATTGCTATAGGTAGTGGTACTGATGTAGCT +ATGGAATCTGCAGATATAGTCTTAATGAGAAGTGATTTAATGGATGTACCTAATGCTATA +AAATTAAGTAATGCAACAATTAAGAATATTAAACAAAACTTATTCTGGGCATTTGGATAT +AATACAATAGGAATACCAGTAGCAGCCGGACTTTTATATATATTTGGAGGACCTCTTTTA +AATCCAATGATAGCAGCTGCAGCGATGAGTCTAAGCTCTGTATCAGTAGTTACAAATGCA +CTAAGACTTAAGAAATTTAAATTAGACTAA +>group_1458 +ATGGGAAGAAAGAAAAAGTCAACTTCAGCAAAAGGCTCAAATAAAAAAGGTAATAATAAT +ACAAAAACTAATTCAAATAAAGATTTGATTCAAGATATGAAAAAGAAATTAATAGATAAA +TTAATATCTAAATTATAG +>group_471 +ATGACGTATAAAATGAAAGAAAAATTTGGAGATTTATTATTAAAATGGCTTGGTAATTTA +GGATTTATTGATTCAAAAGAAGAGTCTATTCAATGTATAAATTGTAAAAAGATTATAGAT +ACAGATTTCGATGAATTGAGAAAGTGTAGTTGTGGATGTAGTTTATTTGTTATTGATTCA +AAAAGGTATACTATAGACAAGGGAACTGTACATTGTAATTGTGAAAAAGGCAATTTAGAA +AATGTCTGTCATGTAAATTGTGATCATGGGTCTATTGAAGAGTATGTTTGTAGTAATTGT +AAAAATAAAATATCAATATATCAAGTGGTTTAG +>group_444 +ATGGGCATAAAAAGGAATAAAAATCAGATTTTGTTTTATGTATGGCTTAGTTTGCTTATT +GCAATAATGAATTATACATCAATAGAAGTGACTCAATATGTTAATCAAGTTAAACAAGAA +AGAATAGAATTGCAAAAGCAGGAAGAAAAAATAGCTAAAGAAAAAAGAGAGAAAGAACTT +GAAGAACAATTAAAAATGGTTGGAGTAAATAAAGAAGGTAAAGAGTACACTTATGATGCT +AAAAAAATACAAAACAAATTAAAAGCTTACGATTACTCAAACAACGGCAATAAAATTGTA +TTCCTAACTTTTGATGATGGATCATCAACCTCTGTTACTCCTAAGATATTAGAAATATTA +AAAGAAGAAGGTATAAGAGCTACATTTTTTGTATGTGGAAAAACGATAGAAGATGGTGGA +GAAGAAGTGAAAGAATTAGTTAAGAAGTCCTTTGATTATGGAAATGCAATAGGTAATCAC +TCATATAGTCATGATTATCATACCTTATATCCAGATAGAAGTTTAGATATTACAGCTTTT +AAAAAAGATTTTCAAAAAACTGATGATATATTAAAAGATATACTGGGGGAACATTTTTCA +ACTAGAGTCATAAGATGTCCAGGGGGACATATGTCTTGGAATAATATGGAGAAATTAGAT +AAATATTTAGATGAAAATAATATGGCTGAAATAGACTGGAATGCTTTAAATTCAGATGCT +GAAGGTAAAAAGAAAAATGCTCAAGAGTTAGTACAACAAACTATAAAAACATCTACTGGA +AAAGATATAGTAGTCTTATTAATGCATGATACATATGGAAAAGATGAAACTGCTAAGGCT +CTTCCTGATATAATTAGATATTTTAAAGAACAAGGTTATAACTTTAAGACATTGTCATAC +AATTAA +>sapB_1 +ATGGAAGAATTAATGTTATTGCAGGAGCATATACCTAAATTATTACTTGCAGCATTAATA +GGAGGAATCATCGGAATTGAACGTGGAAATAGGGGTGGGGTTATTGGATTTGGGACATTA +TCAACTTTAACTCTTGGATGTACGCTTTTAACAATAATATCAGCTTATGCAATTGGAACA +GATGCAGATCCTTCAAGACTTATATCTACAATAATAAGTTCTATAGGTTTCATAGGTGGT +GGAGTTATTTTTACTCAAAGAAATGATAATGAAAAATCAGTTAGAGGACTAACTAGCGCA +TCAATAGTTTTTTGTTTAGCAGCAATAGGTATATCTATTAGACTAGGTTATTATGGAATA +GCTATAGTTACAGCTATATTAATTGAATTAAATGTTTTCATCTCTAGATTTATAAAAAAA +AGACGTAAAGAAAATGAAGAAGATTATGAAAGTGAGTTTTAA +>group_177 +ATGGATGAAAATAATGGGCTTTTAGTTTCTTTTAATGGATCTAAGGTGATTAATTGTGAA +ACTAATGAAGTATTATTTAATGAAACTATGAGTATATAA +>bglC +ATGAAAGATATATTCCCAAAAGAGTTTTTATGGGGGGCATCATCGTCAGCATTTCAAATT +GAAGGTGGATGGGATGAAGATGGAAAAGGAATGACTGTTGCAGATTTTAATTCATTTAAA +AAATCTGATATACAAGCAGACAGTAAGGTAGCAAGTGATTTTTATCACAACTGGAAAGAA +GATATAGACCTTATGAAAGAACTAGGGTTAAAAACATATAGATTTTCTTTATCTTGGGCA +AGAATCATACCTACTGGAGATGGAGAAGTAAATCAATTAGGAATAGATTTTTATAATAAA +GTTATAGATTATTTAATAGAGTGTGGTATAACACCATTTGTTACTTTATATCATTTTGAT +TTACCTTATGCATTAGTTGAAAAGTATAATGGATGGGAAAGTAGAGCTTGTGCTTTTGCA +TTTGAAAGATATGCAAAAATTTGCTTTGAGAACTTTGGAGATAGAGTAAAGTATTGGCAG +CCACACAATGAGCAAAATCTAATGATGCGTGTAAAGGAACGTATGAATATATATGAGACA +GATACTTACGTAGTGGAAAAAATACGTGCTCAAATGGATTATCATATGTCATTAGCTCAT +GCACTTGCAGTTAATGCTTGCCATGATATTGTAGAAGATGGGAAGATAGGACCGTCAATA +TCAGCCACAGTTACTTATCCTTACTCTAACAAACCAGAGGATGTATGGGCTGCAAAGTTA +AATGACAATTTTAAAACTAATTATCTATTAGATATGCACTATAATGGTGAATATCCAGCA +TATTACATGAAATATCTAGAGAAACTTAATATAGTACCTAGTATGCCAGAGGAAGACAAG +TTAATATTAAAAAATGCAAAGATGGATTTTATAGCATTTAATTATTATCGTACGTTATGC +GCTAGGCATCTTGAAGCAAATGATGAAAATCCTGTAGGTACTCGTGTAAGTGAGATTGAT +TATGATTTATATGGATATTTTAAGATAGAAAAAAATCCTAATTTAAAAGCTACAGAATAT +GGGGCACAAATTGATCCAGTAGGTATGAGGATAGCATTAAATGAATATTACAATAGATAT +CATCTTCCTCTTATAATTACAGAAAATGGATTAGGTACGGCTGATATTTTAACAGAAGAT +GAAAAGGTGCATGATGATTATAGAATAAATTATCTAAGAGATCATATAGATGCATGTAGA +AAAGGGATAGAAGATGGAGTAGAGCTTATTGGGTACTGTCCATGGTCAGTTATAGATTTA +CTAAGCTCACATCAAGGATTTAAGAAACGTTATGGATTCGTATATATAAATAGGGAAGAT +CATGACTTCAAAGATTTGAGAAGAATAAAAAAGGATAGTTACTATTGGTACCAAGAGGTT +ATCAAATCAAATGGAGAAAATCTATAG +>group_400 +ATGAATAACTGGGATAAATTATATAATAAGGCTAAAGAAGTCCAAAATGGTAGAGAAATT +TCACCTTTTATATATGGCGGTCAAGTTTCTGCTGCTATTATTACTGATAAGGGAAATATT +TATTTTGGTATTTGTGTAGATGCCACTTGTGGATTGGCAGTATGTGCAGAAAGAAATGCT +ATTTTTAATATGATTACAAATGGTGAAAGTAAAATAGATAAAATGGTGGCAATTACATCA +GATAACAGAGTAGGTGCTCCTTGTGGTGCTTGTAGAGAATTGATGATGCAATTACATAAG +GATTCTGGAGAAATAGAAGTTTTAATGAATTATGAAACTATGGAAATTAAAAAGTTAAAG +GAGTTAGTGCCTGATTGGTGGGGAATAGATAGATTTAAATAA +>abgT_1 +TTGGGTAATGCAAAAACTAAAAAGAATGAAAAACAAGGCTTATTAATGCGTTTCTTAAAT +GTTGTAGAGCGTATTGGTAATAAGCTTCCTGACCCAGTTACAATTTTTGTAATCTTATGG +TTTGTAGTTTTGGTTTTATCTTACATCGTTTCAAAATCAGGTGTTACAGCTGTTCATCCT +GGGCAAATTGATGAGGCAACTGGTAAAAACTTAGTTGTTACAGGTGTAAATTTATTAAGT +AAGGAACAATTGCAATTATTCTTAGGAAATGTAGTTACAAACTTTACGAGCTTTGCTCCA +CTTGGTCTAGTACTTGTTACTATGCTTGGTGCTGGTTTAGCTGAAAGATCTGGCCTTATG +GAAACTGTAATGAAAACTACAGTTACTAAAGTTCCAAAAAAATTATTAACTGCAACTATA +ATATTCGTCGGTATATTAGCAAATGCAGTTGCTGATGCTGGTTTCGTTGTACTTCCACCA +CTTGCTGCTTTAGTATTTTTAGGTGTTGGTAGACATCCACTTGTTGGATTATTTGCCGGA +TACGCTGGTGTTGCAGCAGGGTTCTCTGCTAACTTAATGATAAATATGCTAGACGTACTT +GTAGCAGGGTTCACTATTCCAGCAGCACAAATAGTTGATCCAAACTATGTAGGAACACCT +GCTATGAACTGGTACTTCTTAATAGTATCTACTTTTTTATTAACAGCTCTTGGTACATTT +GTTACAGAAAAATATTTAGCTCCTCGTTTTGAAGGAACTGATTATACAATTATAGATAAT +GGAGAAACATCAGAAGCTGCTCCATTAGAGAAAAAAGCTATGAAATATGCTGGCTTAGGA +TTTTTAATATGTGTAATCGTACTTGTTGCTTTATCTATAGGACCTAACGCCTTTATGAAA +GACAAAGAAACTGGTTCTTTATTAGCTGCTAGTGCTCCACTTATGACAGGCATGGTTCCA +ATAATCACGATCTTATTCTTTGTACCTGGATTAACTTACGGTATTATGACTAAAAAAATA +AAAAATGATAAAGATGTAGCTTCTCTTTTATATGATTCAATGGCTGGCATGGGTTCTTAT +ATAGTATTAGCATTTGCTGCTGGTCAATTCTTAGCTTTATTCAATTCATCTAATATGAGT +TCTCTTTTATCAATAAAAGGTGCTGAATGGTTAAGTGATATAGGACTTACAGGACCTGGA +TTATTAGTAGCATTCGTTTTATTTGCTGCATTCATAAATTTATTTGTTGGAAGTTGTTCA +GCAAAATGGGCGGTTATGGCTCCAATATTCGTTCCTATGTTCTTATTATTAGGATATGAC +CCAGCTTTAACTCAAATGGCTTATCGTATAGGTGACTCTATAACAAATCCGTTAAGCCCA +ATATTTACTTACTTCCCTGTTCTATTAGCCTTTGCTAAAAAATATGATAAGAATATGGGC +ATAGGTACTATAATGGCTAGTATGATGCCTTACTCATTAATATTTGGCTTAGCATGGATA +ATATTATTAATTATATTCATGGTATTTAATATTCCACTAGGGCCAGGTGGCGGAATTTAT +TACCATATGTAA +>group_254 +ATGGTAAATAAAATTAATGAACTCTGTGAAAAGTATTATTCTAATATCGTTGATATTAGA +CATGAGCTACATAGAAATCCTGAAGTTGGATATGCAGAATTTAAAACATCTAAGTTAGTA +GCTGATACGCTTAACAATTTAGGCATAGAAGTTCAAACTAATGTTGCCAAAACAGGTGTT +ATTGGCTTAATAAAAGGTAAATACCCTGGAAAGACGATTTTGCTTAGAGCTGATATGGAC +GCTCTTAGAGTAAATGAAGAAACTGACGTTGAATTTAAATCACAAGTTCCTGGTGTCATG +CATGCTTGTGGTCATGATGGTCACACTGCTTCACTGCTTAGAGCTGCTATGATTTTAAAT +GAACTTAAAGATGAATTACATGGTAATGTAAAATTAATGTTCCAACCAGATGAAGAAATC +ACAGGTGGAGCTCTTCCTATGATTGAAGAAAGAATCTTAGAAAATCCTAAGGTAGATGCT +GCTATTGGTGGACATTTATGGGGAGGACTAAAAACAGGAACTGTTGGTGTAAAACATGGT +CCTATGATGGCATCACCTGATATTTTCAATATAAAAGTAATTGGTAAAGGTGGCCATGGT +GGAGTTCCTCAAAATTCTATAGACCCTATCCCTATTTTATGTCAAATAGTAAATACGCTT +CAAACTATTGTAAGTAGAAAAAACAATCCAGTAATCCCACTTGTTATATCTTGTTGTCAT +TTAAAAGCTGGAAATCTTGATTGTCACAATGCTATACCTACTGAGGCAATAGTTGGTGGT +ACTGTTAGAACTTTCGACGAAGAAACTAGACTTTTTGCTGAAAAAACTATAGAAGATATA +GTAAAAGGAATCACTACTTGTCAAGGTGCAACGTACGAATATGAATACATTAGACAATTC +CCACCATTAATAAACGACAATGATATGACTGATTTAGCAACTTCATCTATAGCTAAAGTT +ATTGGTGATAAAAATGTATTTGAATTAAAAGAACCATCAATGGGAGGTGAAGATTTCGCT +TATCTTGCAAAAAATGTTCCTGCTACATTTGTATTTGTAGGAATTGCGGAAGATGAAAAA +AATCCTATTCTTCATCATAACTCAAAATTTGCTTGGGATGATGAGAATATGAAAGTATTA +TGTAAAAGTTTATGTCAAATAGCTTTAGACTATTTGAATTAG +>group_90 +TTGAATATAGTTATAGTAGAAGATGAAAGCAACATAAGTGACTTAATTTATAAAACTATT +AATGATATTTATCCTAATGCAAAAGTTAGTATATTTGAAAATGCAAAAGATGCTCTTGAT +TATGCAAATGCTAATCATATAGATATATTTTTATTAGATATACAATTAAATGATTATAAG +GGAACCTTATTAGCTAAACAAATAAGGTCAATAGATACATATAAATATACACCTATAGTA +TTCATAATAGCTCTAGCAAATGAAGAACTTTATGCATATAGAGAAATAAAAAGTTATAGT +TTTTTAACAAAGCCTTTTACAAAAGATGAGCTACTAAAAACACTTAAGGATGTTATAGAA +TATAAAAAACATTTAAATCCTCAAAATAAGAAATTAAAAATTACACAAAAGCTATTTGTA +TTTGAATATGAGTTAAAGGACATTGTATATATAGAATCATTTGGGAAAAAATTAGAAATC +CATTTAAATAAAGGTAATGAAGTAATATCTGGATATTCATTAAAATCAATACTTGAACTT +ATAGATGACTCGCATTTTATTCAGTGTCATAAAAGTTATATAGTTAATAAAAATTATATA +GAAAAGATTGATAAGGTAAATAAGATAATTCATCTTAGTACTTCTGATAATATACCTGTA +GGAAAGAAGTTTGAGTGTAATGTTTTATAG +>group_178 +TTGAGTGTAATGTTTTATAGAGTAATATTTCAAGCATTACTTGATAGTTTATCTACATTT +CTTATATATAACTATCTAATTAACAAAAATATAAATAAGAACAACAAAAACTTGCTTTGG +ATTTTACTTACTACAGTTATATATACAATAGCTAGAATTGACAGTACACCTGTTGATGGT +ATAAGTCAAAGTAAGATTTTCTTTACATATGCAAATTATGATCTGTTCCCTGTAAATTCT +ATTTTAGGTGTATTATTTTTAGTACTTGGATTTATGATTTTAAATAGCTATTTATTTAAA +TCTAGTAATAGCGAAACCTTTTATCTTACATTAGTTTCTATTGTGATTTTTATTTCTGTT +AGGTTAATCATAATATCTATATTTAGCTATATTGGTTTAACTAACACAAGTGCTTATGAA +TATGGATATAGGATTTTGATGCTCTTTATCTTATACTTCACATTAATTTTTCTTAAATTA +CCTATTTACAAATTTAGGGAGTATTTAATAAGTAGCCAATATATATTTAAAATTGTAGTT +ATTAATTCTTTTATATTTTTGATATCATTAGTATCATTTTATAACTTTAATATATCTGTT +TTATTAGAAAATATTATTTTCGTTTTAATATTTTTACGAATTATTTTGCTTATTAATTTT +ATTACATTAATAATTCAAAGAGAGAAGTTAATTCAAAAAAGAAGACTTGATACTATTGAA +AATTATGTTCCAGTAATAGATGACTTAATTGATGAAGTAAGGTCTAAGCAACATGAATTT +GATAATAAAATACTAGCTATTTACAGTGTTCTTGAAACATCACAAAATTTAGATGAAGCT +AAGAATAAAATTGGTTCGTATAGTGATAGTATAAAAATAGATTATGGAATTAAGAAGATT +ATGGTTATTGATAATAAGGTTATAGCGGGATTTATTTATTCTAAGCTTAAATTAGCTAAA +TTAAGAAATATAACATTAGATGTGAATATAGGTACTAAGTTAGATAAACTTCCTATTGAG +GAGTATGAGCTGATTGAAATCTTAGGAATACTAATAGATAATGCTATTGAAGCTAGTGTT +TTTAATGATGTTATATATTTAGATATAAATAAAAATAATGATAGTTTAGAAGTTTTGTTA +AGAAATCCTTACAAATACACTTCTAATTTAGAATTCAGTAAGATGTTTGAATTAGGTTAT +TCTACAAAATCAAAAAAATCTAGAGGATATGGATTGTACAATGTAAAAAATATAGTCCAA +AACAATAAGGGAAATATATTATTTAGTAATTCTACAATAAATAATAACAACTATATTACA +ATAGGGGTATCATTACCATATTATTATTAA +>group_20 +ATGGTTAATTTAATTAGATTAGAAACAAAAAAAGTATTTAAACCAGTCATTACAACACTA +ATAATTACAACCTTGGTGTTTTTGGCTATTGTGATTAAAATGGGAAATGAGTATTATTTA +CAACATAGCTTTGAGTTTTGGACTGTGTCAATTGATTATATAGCGATAATATTTCCAGTT +TTAGCTGTATGCCCTACTTGTTGGGTTATGTATTATGAAAGAAAGAACAAATTTTTACTT +TACACAGTTACGAGGGTTTCTAAAAAAGATTATATACTTTCAAAATGGATTGTTTGTGTA +GTAAGTGCATTCTTAATTATATTTATACCAATGTTTATATCTGGAATGTACTCATTATCT +TTTTTAAATAATGTACATACACCAGCGTCTTATGAATCACCTTTTTATTTGAATTTATTC +ATGCCTGAGTTTTTAATAAATCATACTTATTTATATGTGTTTATACATTGTTTATGGGAT +GGGATTTTAGCAATGATTGTGGCTACTATGGGATTTATATTTTCTATTTACTTAGATAAT +ATATTTGTTATTCTTACAGGTCCTTTCATTTATGTTACTTTAGATAATTTTATAATGGCT +ACTTTAGGATTTCACAAACAAAGATTTATTGCTTCATTTTATGTTAATACTATGAGCCCT +ACTAATACATTTAACTTATTAGTAGGACCGGCTATATCTATTTTATTTATAATCATACTT +TTGATAATCTTTAAATTAAAAAAAGCAAAAGTATATAACTTATAG +>sdpR +ATGAGTAAAGCATTTAAAGCTTTAAGTGATAAAACTAGAAGAGAAATATTAAAAATGCTT +AATGAGAAAGATATGAATGCAGGTGAGATAGCTGAACATTTCAATATGTCTAAGCCATCA +ATATCAAAGCATTTAGATATTTTAAGAGAAGCAGAACTTATAAGTTCTGAAAAAAAGGGG +CAATTTGTAATTTATTCTATTAACACTTCTGTAATCAAAGAGGTTCTAGGGGGGTTCTTG +GAAATATTCAAAAAATAA +>group_469 +ATGAGAAAATGTAAAATAGAAGTATTGAAGACGACACTCCACAAAGACTTAGCAGATGAG +TACGGATGTGAAGGTATAGGAGAGTGTCCTATGCATAAAGTGGGAGATGTATTTTTGGGA +GATTATGCTAAGCCTGAAGGATTATGTGATGAAGCATGGAAAGTAATGTATCAGTATGTG +TTTGCTTTAGCCCATGGTAGTGAGAAGTTTTATTATGGCGATTGGATAGATAAAGAAGGA +GTAGCTATATGCTCATGTAATGATGGTATTCGTCCTGTTATTTTTAAAATCGAGAGAACT +GATGAAGAAGCTAAAATAGATTATACACCTGTTAGATAA +>group_317 +ATGACAAATAAGATGACAGATATAATAAAAGATAATAATTTAAGAATAAGCATAAAAGAA +AATAACTCTTACATAGAGGTACCAATAGAAATTCTAGAACAAGATAAGCAATTACTAAAA +GACTATATAAAAATATATACTTCACTAGAGAATTTAAAGGAATTTATAGCTGACTATATA +TTTAATAAAGATAGTAAAATAAGTATAGGAACTGTAAGTAATGCTATATTAGAACTGAAA +AATGAAGAAAACTTAGATAAAGTACTTCCATACATAGGTACAGATATAGATACTTTAGAA +GCAAAGTTTAAATCACTATGTGCATGTTTTCTTATTAACTCAAAGGATATAGAAGATTTC +AAAGAAGGCATAATTAAAGAACATGTAAATGAAGCTACTTTAGAAGGAATTATAGATAAA +GAATATGTAAATTCTATTATAGATCATATTAATAATCATAGCATGTACTCTTTAAGAGAT +AAGTCAAGATACGGAACTATATCAAGTGAATTTAATGTAATAAGCCAATCAAATATAAAT +GATTTTAATGAAGAAGAAATAAATGGTAGATATAGTCCAATATTAGTTATACATAGACCT +GCTAAGTATAACAAAGGGCAATATGTGTTAGAAGATACACATTATGTATATATAAAAAGA +CAGCCATTGAAGGCCCTTATAAAACAAGAGCGTTTAGAAGAAAAAGGGATAGATTCAATT +GGTGCAATAGTATATAAAAAGCTTGGACATGATTTAACTAATGAAAACTTACAAGAAATA +TTAGCCGAGCTGTATGTATATGGTGAGCAAAATAATATCAAGTTTGAGAATATAAAATTA +GCAGATATAACTTCAAATAAGGTTTGGATGACTGCTGATAAGCTGAAAAAGGAATTTAAA +GAGCTTAGATATTATCACAAGAATTTAACTCAAAGGGTTAAAGAAATGTATGATACTACA +GGAGAATATTACACTCAGTTAGGTGGAAAATATGTATTTAATAGTAGAAAGTTTTTAGAT +TGTTATAGAGCATTTAAAAATAGAGATATAAATAATTAA +>group_144 +ATGGATAATGAATTTCTATCTAACATAGCTAATGTTGGTTTTCCCATTGCCTTATCAATG +TATCTTTTGGTTAGGATTGAAGGAAAACTTCAGATGTTATCTGATAGTATAAGTGAATTA +TCAAAAGCTTTACTAAATTTTAAGTAA +>group_46 +ATGGAAACTGCATTAAAATTAATAATGACTTTTAAATCTCAAGGAGATAAAGCTGTAAAC +TTAACTATAGATGATCCAAATGATAATTTAACAGAGCAAGAGGTAATTGACACTATGAAC +TTAATCATAGAAAAGAATATATTCTCTCCAGATAATGTTGATTTAAAAGAAGTTGTTAAA +GCTAAAGTCGTTCAAACTGAAACTACAGAATATGACCTTCAAGCATAG +>ndhI_5 +ATGAATGCTAAAAACTGTCTTAAACTTTTACGTGAGATTAAAGATGTTGCTTTTGCGACA +GTTGATAAAAATGGAAATCCTCAAGTAAGGATTATTGATGTAATGATTGTAGAAAATGAA +ACATTATACTTTGTAACAGCAAGAGGGAAAAACTTTCATAGTCAGCTACTAGAATCAGGT +AAAGTTGCAATTACTGGATTAACTAAAAAATATGAATCTATTCGTATAATGGGGAAGGCT +TATCTGGTTGAAGAACAGAAGGAATATTTAGACCGTGTATTTGAAGAAAATCCAGTTATG +AATAGCGTCTATCCAAAAGATAGTAGATATATATTAGATGTTTTTGCTATTGAAGAAGGT +GAAATTGAATATTTTGATTTAAGTAAAAGTCCTATTTATAGAGAGTCATTTTCTTTAAAC +AATACTAAGTTAACAGAAAAAGGATTCTATATAAGTGATGCGTGTATAGGGTGTGGAAAA +TGTAAAAAAAATTGCCCACAACAATGTATTACTAAATGTAAGCCATATTTCATTAATCAA +AAGAATTGCTTACATTGTGGTCTATGTTATGAGGATTGTCCAGTTAAAGCGATTACTAAG +GTAGGTGAATAG +>group_113 +ATGTTTAATGAAATTATAATATTATTTCAAGAAAGAAGCTCGTTTTTTATAAATTTATTG +TGGCAACATCTAGAAATTTCATTTATTGCAGTTATAATAGCCTGTGTTCTTGGAGTAGTT +ATAGGAATTGTTATTAGTGAATTTAAGAAAAGTTCTAAATATGTACTAGGAGTGATTAAT +TTTTTATATACTATTCCTTCAATATCACTATTAGGTTTTTTGATACCTTTTTCTGGAATA +GGAGATAAAACAGCTATTATTGCCTTAACTATTTATGCATTGTTACCAATAGTGAGAAAT +ACATATACAGGTATTGAAAATATTGATGATGCAATAATTGAAGCATCTACCGGAATGGGG +AGTACTAGGCTACAAATAATATATAAAATTAAATTGCCTTTAGCGCTTCCAGTTATTATG +TCTGGTATTAGAAGTATGGTGACAATGACAATTGCATTAGCAGGTATAGCATCTTTCATT +GGTGCAGGAGGATTAGGAGTTGCCATATATCGTGGAATTACAACTAATAATACGGCAATG +ACAATGGTAGGAAGTTTATTAATAGCAATCCTTGCACTAATTATTGATAGCATACTTGGA +ATAATAGAAAAAAGAATTTTAGGTAAAAAAATGAAATTACAAAGAGACTTTAAAGCTTTG +ATATCAGTTATTTTATGTATAGCTTTAATTGTTAGTGGGGCAGAATTTTATAAAAACAGA +GTTGATAATAAAGTTATACATTTAGCAACGAAGCCAATGACAGAGCAATATATTATTGGT +GCAATGATTAAGGAAATAATAGAGGAAAGAACAAATATTAAGGTAGAAGTTACACAAGGT +GTTGGAGGTGGTACTTCCAATATTCATCCAGGAATGGTAAGTGGTGAATTTGATATGTAT +CCAGAATATACTTCGACAGGATGGAATATGGTATTAAAACATGATGGTACTTATAATGAA +GAAATGTATCCAGATTTAGTAAAAGAATATAAGGAAAACTTTGATTTTACATGGACTGGT +TTATTAGGATTTAATGATTCATATGGATTAGTTGTAAGAAAGGAAATTGCAGATAAATAT +AATTTAAAAACATATTCTGATTTAGCAAAAGTATCAGAAAATCTTGTATTTGGTGGAGAG +TATGATTTCTTTGAGCGTCCAGATGGATATGATGCACTTTGCAAAAAATATAATTTTAAA +TTTAAAAAGACTATGGATTTAGACATAGGTCTAAAATATAAAGCTATTGATGAAGGTAAA +GTAGATGTTATGGATATATTTACTACAGACGGGCAATTATCGGCATCTGATGTTGTTGTA +CTAAAAGATGATAAACAATTCTTTTCTACAGCAATGGGAGTTATGGTTATAAGAGATGAG +ATTCTTAATAAGTATCCACAACTAGAGGATGTATTCAGTGAAATGGAAGGAATACTAAAT +GACGATGAGATGGCAAAGCTTAATTATATGGTGGAAACAGAAGGTAAAGATGCTGAAACT +GTTGCACATGAATACTTAATGGAAATAGGTCTTTTAAAGTAA +>lutR +ATGTTTAGTAATATATCAAGCAAAAAGGTTTATGAGCAAGTTATAGAACAAATACAAGAA +AGCATATTTAATGGGGAATTAAAAAAAGGAGATAAACTTCCATCAGAAAGAGAATTATCA +GAACAAATGCGTGTAAGTAGAACATCTATAAGAGAAGCTCTTAGAGTATTAGAAACTTTA +GGTGTCGTAGAGAGTAAACAGGGAGAAGGAAACTTTGTATGCTCAAATATAAATAAATCT +TTAATAGAACCATTATCATTAATATTTAAGTTGAATAATGGAACATGGATGGATGTTATA +GAGTTAAGACAAGCATTAGAATTAGAAGCAGTAAGATTTGCGAGTGAAAGAATAACAAAA +AAAGAAGAAATTGAGCTAGAAAATATAATTAACGAAATGGAAGAAGAAATTAATAATCAA +AATAGAAATGAAATATTAGTAAATTTAGATCAAAAATTTCACAATAAAATAGCATCTATA +AGTAAAAATTATTTAATTGAATGTCTTTTTTTAACTTCATCAAATTTATTTGAAGAGTTT +ATTAATGATGCTAGAAAAAAAATAATTAATAGATATTCAGATGAGAGTGTATTGCTAAAT +CAGCATAAAGACATATATAGGGCTATTACTAGTAAAGATTCGAAACTATCTTATAAAAAA +ATGGAAGAGCATATGCAGTTGATAAAAGAACATTATAGTAAGAATTAA +>glcA +ATGAACGATTATGTGTTATTTATTTTAGCTATAATACCAATTATATGGCTAATAGTATCT +TTAGGGGTGATGAAGTTACCAGCTCACAAAACATGTTTCTTTACAGTAATTCTTACAATA +GTTATATCACTTGTATTTTGGAAAATGCCTATTTTAAATGTAGCAACAGCAACATTAGAA +GGGGTAGCTGTTGCTTTGTGGCCAATACTACTAGTTATAGTAGCAGCATTATTTACTTAT +AACTTAGCTGTTGAAACCAAGACTATGGATACTATGAAAAATATGTTATCTAACATAACA +ACAGATAACAGAATACAAGTGCTTATATTAGCATGGGGATTTGGAGGATTTTTAGAAGCA +GTTGCTGGATATGGAACAGCAGTTGCAATTCCTGCCAGTATATTAGCATCTCTTGGTTTT +AACCCAATCTTTGCAGCAATAATATGTCTTATCGCAAATACAGTTCCTACAGCTTTTGGA +GCTATAGGAATACCAGTGTCTACACTAGCATCAGTAACAGGTTTAGATGTACTTCAATTA +AGTTACGTAACGTCAGTTCAATTAGCATTATTCATTGTAATAATTCCTTTTGCATTAGTA +ATATTAACGGAAAAAAGTTTCAAGGCTATAAAAGGTGTGTTTGGGATAACCTTAGTATCT +GGGATAACGTTTGCTATACCTCAAGTATTTATAGCAAAATATCTAGGGGCTGAACTTCCA +GCATTAATAGGTAGTTTATGCAGTATGCTATCTACAATACTTATGGCAAAAGCTATGAAT +AAAAAATCTAAAAATAGTTTTGAAGGTAAGATGAAATCTTCTGATATAGTGGCAGGATCA +GGAATAGTAGTTAAGATATCTACAAAAGATGGAGTTTTAGCATGGCTACCATACATACTT +TTATGTGTTTTAATTTTAGTTGCAAGTCCTATATGTCCACCAATAAATAGTTTTTTAGCT +AAATTTAGTAGCACGATACAAATTTATAATGGAGAAGGCGCATCTCTTACATCCTTTGCA +TGGATAAATACGCCAGGTATGGTAATTATAATATCTACTTTTATAGCAGGTTTGATACAA +AAGATAGAAGTAAGTCAAATGGTAGATGTATTTATAAGAACAGTAAAACAACTTTCAAAA +TCGTTTATAACAATAACATCTATAGTCGCTATATCTAAGGTAATGTCTTATAGCGGAATG +ACAAGTTCGATATCTTTTGGATTATGTGCAATAACAGGAAAAATGTATCCTATAATATCA +CCACTATTAGGTGCTATCGGAACATTTGTAACAGGTAGTGATACATCGGCTAATATATTA +TTTGGTGGCTTACAAGTAGAAGCTGCTAAATCTCTTTCTATAGATCCTTACTGGATAGCA +GCTGCGAATACTGCAGGTGCTACAGCTGGTAAGATGATTTCACCACAAAGTATAGCTATA +GCTACATCTGCTACAGGCTTGATTGGTAGTGAAGGTAAGATATTTGGATCAACACTTAAG +TTTTGTTTAGGTTATGTAATAATATTAGGTATTTTAGTTTATATAGGAAGCCTTATACCG +CTTGTATAA +>carD +ATGGAAATTTTAACATGTATAAAACAAGTTCCAGGTACAACTGAAGTAGAAGTTGATGAA +ACTACTGGTGTATTAAAAAGAGATGGAGTAGATTCTAAAATGAATCCATATGACTTATTT +GCATTAGAAACTGCACTTAGAATAAAACAGGAAACGAATGCAACATTGAAGGTGATTACA +ATGGGACCATCTCAAGCAAAGCAAGTTATAGAAGAGAGCTTTATGATGGGTGCAGACGAA +GGAGCTATAATAAGTGATAGGAAGTTTGCTGGCGCAGATGTATTAGCAACATCATATACG +ATATCACAAGGAATTAAAAAGATAGGTAATCCTCAAATTATAATATGCGGAAAGCAAACA +ACTGATGGAGATACAGCTCAAGTAGGTCCTGAAATAGCTGAATTTTTAAATATACCTCAT +GTAACAAATGTCACTAAAATATTAGATATAAAAGAAGAGAGTATAGTAGTTGAAGTAGAT +ATGCCAAATACATTAGAAGTTTGTGAGGTTAAATATCCATGTTTAATAACGGTAGAAAAG +GATATATTCCAACCAAGACTGCCATCATTCAAATTAAAAATTCAAACAAAAGATAGAGAA +ATACCAATATTTACTTTGAATGATTTTGAGGATAAAGATGAGATGAATTATGGATTAAAT +GGGTCCCCAACTCAAGTGTTAAAAATATTCCCTCCAACTCCAAATACAGATAAGGATATA +TTAAGAGGAAGTTCAGATGAGTTAAGTGAGGCTCTATCAAATAAGTTAAAAGATTTAAAG +TTAATATAA +>carE +GTGGCAAAAATAGTCGTAAATATAGAAAAAATTGAAGATATAAAAAGTGTATTAGAGATT +TGTCCTTTTGGTGCAATAGAAGAAGTTAATGGGAAAGTAGAAATAGGCGCAGGATGTAAA +ATGTGTAAGTTATGTGTTAAGAATGGACCAAAAGGAGCATTTGAATTTATTGAAGAAAAG +AAGGTAAGTATAAATAAGGATGAATGGAAAGGTATAACAGTATACGTTGATCATCATGAA +GGTGAAATACACCCTGTAACTTATGAACTTATAGGTAAAGCTCGTGAAATGGCTGCTAAA +ATAAATCATCCAGTTTATTGTGTATTTGTTGGTCATAATATAAAAGATAAGTGTGATACA +TTGTTATCATATGGAGTAGATGAAGTATTTGTATATGATGATGAAGAGTTCAAAGAATTT +AGAATAGAACCATATACAGCAGCTGTAGAGGATTATATAAAAAATGTAAAACCAACAATA +ATGTTAGTTGGAGGAACTACATTAGGTAGATCTTTAGCACCAAGGCTTGCTGCTAGATTT +AAAACAGGTCTTACAGCAGACTGTACAATACTTGATATACAAGAAAATACTGACTTAGAT +CAAATAAGACCAGCTTTTGGTGGTAATATAATGGCGCATATACACACTCCTAATCACAGA +CCTCAATTTGCGACAGTTAGATATAAAATATTCTCAGCTCCAGAAAAAATAGAAATACCA +ACCGGGAAAATAACATTGTGTAATATAAACAAGGAAAAATTATCTTCTAAGATAGAAGTG +TTAGATGTGAAACCTAAAACTAAAGAAGTAGGTCTTGAAGATGCAGAAGTTATAATAGTA +GCCAGCAGAGCTATAAAGAAACAAGAAGATATGAAAATGATCTATAAGTTGGCAGATAAA +TTAGGAGCCCAAGTAGGTGGAACAAGACCTATGGTAGAAGCTGGATGGCTAGATCCAAGA +AAGCAAATTGGATTAAGTGGTAGAACTGTAAAACCTAAGTTGATAATAACTTGTGGTGTT +TCAGGAGCTGTTCAGTTTGTAGCAGGTATGAGTGGATCTGACTACATAATAGCTATAAAT +CAAGATGAAAAAGCGCCTATATTTGATGTAGCACATATGGCTTTAATAGGAGATATTTAT +GAGATAATTCCTAAGTTGATAGAGCAAATAGATGAAAAAAGTTTAAAAATAGCTATAGCG +GCTGAAGAAGAGTAA +>ackA +ATGAAAGTATTAGTATTAAACTGTGGTAGTTCTTCATTAAAATATCAATTAATAGATATG +TCAAATGAAGCAGTATTATGTGTAGGTTTAGTTGAAAGAATAGGTATAGAAGGTTCTATA +CTTAAGCAAGAAAAAGATGGTGTAGAAGGTAAGTACATAGTTGAGCAACCAATGAAAGAT +CATGAAGATGCTATAAAATTAGTATTAGATGCTGTTCTTGATCCAACTTACGGTGGAGTA +AAAGAAATGAGCGAAATAGAAGCTGTAGGACATAGAGTTGTTCACGGTGGTGAAAAATTC +GCTTCATCTGTAGTTATAACTGAAGAAGTTGAAAATGCTATGAAAGAATGTATAGAATTA +GCACCTCTTCATAACCCAGCTAATATAATGGGAATAGATGCTTGTAAGGCTATACTTCCA +GGAGTACCAATGGTAGGAGTATTCGATACTGCTTTCCATCAAACAATGCCTAAAAAATCT +TACTTATATGGATTACCTCATGAGTTATACTCTAAGTACGGTGTAAGAAGATACGGATTC +CACGGAACTTCTCACAAGTATGTATCTCAAAGAGCTGCAGCTATGTTAGGAAAGAACATA +GAAGATGTTAAAATAATAACTTGTCACTTAGGAAATGGAGCTTCTATAGCTGCTATAGAT +GGTGGAGTATGTGTTGATACATCTATGGGATTCACTCCATTAGAAGGTTTAATAATGGGA +ACTAGATGTGGAGATATAGATGCTGCTATATTACCATTCTTAATGGAAAAAGAAAACTTA +GACGCAAAAGGATTAAGTGATTTAATGAACAAGAAGTCAGGAGTATACGGAATGACTGGT +ATATCAAGTGACTTCAGAGATATAGAAGATGCAGCTGCTAAGGGTGACGAAAAAGCTCAA +GTTGCTTTAGATGCTTATGCTCAAAGAGTTAAGAAATATATAGGATCTTACGCTGCAGAA +ATGAACGGTGTAGATGCTGTTGTATTCACTGCAGGTGTTGGTGAAAACGGAATAGATATG +AGAGAAGCTATAGCTTCTAACATGGAATTCTTAGGAATGAAGTTAGACAAAGAAGCTAAC +AAAGTTAGAGGAAAAGAAAGAGTGATATCTACTGAAGATTCTAAAGTTAAGATATTATTA +ATACCTACTAACGAAGAACTAATGATAGCTAGAGATACTGTAGCTTTAGTTAAATAA +>group_249 +ATGATTATTAGTCTAGATAAATTAAATAGAAGAGAATCTGATAAAATAGACTTGAATTTT +TCTCAAAAAATTGATACTATTAATTACTGTGATAGCACATATAAGCTAACTTCACCTATT +AATGTAGAAGGTAAGATTACAAAAAATAATAAAGGTTTATACCTTGATATTAATGTTGAT +TTTACAATTCTAGATAATTGTTCAAGATGTTTAGATGAAGTAGAAGTTCCTGTTAACTAT +GACATACAAGGATTCTTAGTAAGAGAAGACTATGATGAAGATAGTTTTGAGGATTATGAT +GCTTTCATATGTGATGGACAAGAAGTAAATCTTCTTGATGTAATAGAGCAGACTATAGAT +TTTAATTTAACTGCACAAGTTCTTTGTGATGAAGACTGTGAAGGTCTATGTCAAGGATGT +GGAGCTAACTTAAACAAAGAAGAATGCTCTTGTGATGAAATTGCGAACGACGAGGAGATT +ATAGATCCCCGTTTTGCTAAATTAAAAGATTTGTTTAAAAATGACTAA +>rpmF +ATGGCAGTACCAAAGCGTAAAACGTCTAAATCAAAAACTAAAATGAGAAGAGCGGCTAAC +TCACAAATGACTGCAACTGGATTTGTAAGTTGTCCTCAATGTCATGAGCCAAAATTACCA +CATAGAGTGTGTCCAGATTGCGGATATTATAAAGGTAAAGAAGTTGTTTCTAAATAG +>group_380 +ATGAAAAATATCTCTGATGAAATTGTAAACTCTCTTTCATTAAACTTAAGAGAAAAAATA +AAAAAACTACCTAAAAGTAATCTGAATATAGAAGAGATTAGATTAAGGTCTCAAAAGCCA +CTTATTTTAAATGCGAACAATAAAGATTATTTTTATAATGAAAAAGAAAATGATTTAGCT +TTGAATATGGACAATCCTTATATAGTAACTAGAGAGGATATTGAACAAACATTTCAAATC +ATATGCAAATATTCTATTCATACTTTTATGGATGATATTACAAAAGGATTTATAACACTA +AGAGGAGGGCATAGAGTAGGGATAGTAGGAAAAGCAATTGTAGAAAGTGGACAAGTAAAA +AATATAAAGCATATATCATCTTTAAACATAAGGATTTCAAGAGAAATAATTGGATGTTCT +GATAAAATATTAGATCATATTATAAGTAGTAATAATCAAGTAAATAATACATTGATAATT +TCGCCACCACAATGCGGCAAGACAACCTTAGTAAGAGATATAGTAAGAAATTTAAGTAAT +GGTAATAAAAAATATGGTTTTAGGGGTATGAAGGTGGCATTAATAGATGAACGTAATGAA +ATAGGCGGTTCATACTTAGGAGTCCCTCAAATGGATGTAGGTATTAGGACCGATATAATT +GAAACCTGCCCAAAAGATATAGGCATAATGATGCTTTTAAGGTCTATGTCTCCAAATATT +ATTGTAACGGATGAGATAGGTAATGAAAGAGAAGTAAAGGCTTTATATACAGCATTAAAT +GGAGGAGTAAGTCTTATTACTACGGTTCATGGTGACTCTATTGAAGATATTCAGGGAAGA +AAAGAATTAAGTCGTTTGTTAGATAAAGAATTATTTAAGAAAGTAATAATTTTGTCTGCG +AGAAAGGGACCAGGAACTGTAGAAAAAATATATGATTTAGAGGAAAAGAGATGGTATTTT +GCAAATTAA +>group_252 +TTGCAAATTAAAATTATTATTATAGGGATCTTAATAGGATGTAGCTATTTAATAGGAGAT +TTTATATATAAGTCTTATACAAAAAGGCATAAAGAACTTAATGATCTCATAAGAATATTA +GAGATAATGAGGATGGATTTATCCTTTGGTTTATATACATTGGAAGAAATTTTTAAAAGA +GTAGGGGAAAAAGAGGAGTACTGTTTTTTTAAGTTTTTTAGGTCCATGGCAAATGACTTA +AGCGATAGTCGAGAAAAAGTATTAGAAGAAATTTTAGAAGATAATATAAAAATTTTAATT +AACGAAACTTATCTACAAAATAAGGAGGTGGACGAATTAAAAACACTTATACTTACGTTA +GGTAAAAGTGATATTGAATCTCAGGAAAGGATGATAAGTCTTAGCGTTGAGAATTTGAAA +AAACTTACTTGTGATAGTAAGGAAGACATAAGTAAAAAAGGAAATCTGTACAAGCAGCTT +ATTACATTTATAGGTATAGGTATAGGTATAATTTTAATATAG +>group_86 +ATGGATATAACATTGATATTAAAAGTTGCTGGAGTAGGGTTGTTAATATCAGTATTAAAT +ATAATCTTGGACAAGGCTGATAGAAAGGATTGGGCCACATTTACTACTTTAGCAGGTGTA +ATAATAGTTTTAGGGATAGTATTAACTGAAATAAGTGATTTATTTAATGCAGTTAGAACA +ATGTTTCAACTTTACTAA +>group_420 +TTGGAAGTAATGCAATTAGTAGGTGTTGCCATAATTGCTACAACACTCTGTTTAGTAATA +AAAAAAGATAGACCGGAGATGGCAAATTTTATAGCAATAATAACAGGTGTAACTATACTG +TTATCAGTCATATTTAAATTGAATTTTATTATAGAGGGGATACAAAACTTAGCTAATAAA +GCAAATATACCAAATATGTATATATCTTTAATAATTAAGTTGATAGGGATAGCTTATATA +ATGGAGTTTGCTATACAGCTGTGCAATGATTGTGGAGAAAAAAATATAGCTTCAAAGTTA +GAATTTGGTGGGAAAATTATAGTTATGACAATGTCATTCCCTATACTTTTATCTATTGTA +GAGATGATATTAAATATAATCCCATAG +>spoIIIAE +ATGAAAAAAAAATTTTTAGGTGTTTTAATAACGTTACTTACAATACTTAATCTTTCAACA +ATAGGGTTTGCGGAAAATGAATCAACAGAAAGTTACGATGAAACTAAGAATAATATAGAT +TTTTATATTGATAGTCAACTTAGTAAGATCAATGTAGAAGATATAGAAAAATATATAAGG +GATGATGTAGCAGTTAAGAGTATTGATTTAAAAGATTTTGTAAAAAATTTAATAGGTGGA +AAAAGTAATATATTAGATCTATTTGATAAAGAAAAAATTCAGTCTGCTGTGTTTAGAGAA +TTGAAAACTAGTTTAAGAGTAGTGGCGATAATTTTAGTACTAGCATTATTATCATCAATA +TTAAAGAGTCTAGAGAATTCATTTTCATCAGGAGATATAAGTAAAATAACCACTTACATA +ATTTTTATAACCATGGTATCACTTACATTGATAGGATTTAAAGATGTCTTGAATATCTGT +TATAATACTATTAATAGTACTATTGGTCTGATGCAGGTCGTAATGCCTATACTAATAACC +TTATTAGTGTTAATAGGATTTCCAATAACATCAACAGCATTAAATCCAATATTTTTAGGT +GGTGTAACTTTAATTAATATTGTTTTTAAAAAGTTCATGTTCTTTTCAATCACTATAGCT +TTTGCAATTCTAATAATAAATAATTTATCACAAAGTATAAAACTTAAGAAGTTATCTTCT +TTCATTAAAAATGTAAATATAGTAACCATAGGAGCAATATTTACTATATATTTAGGACTA +GTATCTATTCAGGGAATGTATGTAACTAGCTTTGATAAGTTTAGCGTAAAAACAGCTAAG +TTTGCAATCGGAAATTTCATACCTGTGGTAGGGGGATTTGTATCTGATTCAATGGATATT +TTATTATCTTCATCTCAACTTATAAAAAACGTATTTGGAGGAATTGGGTTAGTACTACTT +ATAGGAATTTGTTTAATTCCTATAATAAAGGTTCTATCTGTAGTAACTGTATATAAGGTA +GCAGCGATAGTAGTAGAGCCTGTGGGAGAAGAAGGAATGTCTAGTTTTTTAAATGACGTA +GCAAATTTAATGGTAATTATGCTTGCATGTGTAATTGCAATAATGATTATGTTCTTCGTA +ACAATAGCAATTTTAACATCCATAAGTGTAGTGACTCATTAG +>group_200 +ATGCTAGAGAGTTTAAAATCATGGATTATAACTATATTAATTGGAGCATTCATAGTCAGT +ATTGTAGACATGATCTTACCTAAATCTAAAATAAAACCGTATATAAACTTAGTAGTAAAT +TTTATATTCGTATTTATAGTAATAACACCAATAATAAGTTTACTATCAGGTAATATGAGT +CTAGAAGATAAACTCCTGCAGTTGATGAATAGTTATAATAAAGAATATATAGAAAGTAGT +AATCGGTTAGCTAGTGAAACAGGAAAAAATAGTTTGATTAATGGATATGAAGAAGGTCTA +AAGCAAGTACTAGAATTAAAATTAGATGAATATGGTTATGATCTTGAAGATATAGAGTTT +AATGGATCTGAAATTAGTAATATAAAATTGAAAGAAAAAAATAATAGTACTAAAAATGAA +AAAGAGGACATACAATCTAGTGAAAACGAAAAAATTGAGCAAGTATTTAAGGAAGAAGGA +AAAGAACATGAATTAAATTTAAGTAAGGATGAACTAAAAGATAATTTAGTCAAAATACTT +GATGTATCAATCGAAACTATAGAAATTGATTAA +>group_219 +ATGTTTAAAAACTTAAACGAAAAAGATAAGAAAAAGATATACTCGCTATTATCTTTAGGA +ATTGTATGTGTCTTAGCACTAATAATAATATCCTGTATTCCTTCAGATAAAAAAACAAAT +ACAGATAAAGATGCTGCTCAAGTTAACCAGCAAGAGGAATCTGAACAAGTAAGTGAAAGT +GAACAACAAGATCTAGAAAAAAAATTACAGAAAATATTAGCTAAAATTGATGGAGCTGGT +GATGTTAATGTAATGATTACATTTGAATCTAGTGAAGAGATACAACCTGCCTTTAATAGT +AACTCTACGACTGAAACAACGGAGGAAAAAGATGCTCAAGGAGGAGAAAGAACTGTAACA +ACTTCTAGTGAAAATAAAACAATGATAACATCTAATTCAAATTCTCCAGTAATACTAAAA +ACTACAGAAGCTAAAATAAAAGGTGTATTAGTAGTAGCAAGTGGAGCTGGTGATTCTAAA +GTAAAAGAAACGCTTTATAGTGCTGTACAAACTGCATTACAAGTACAAGGACATCAAGTA +CAAATAATAAATTCCAAATAA +>group_398 +ATGGAAAATAATAATTTTGGACAAGTCAAAATATCTAATGATGTAATAGCTACGATAGCA +GGTCTTGCAGCTCTAGAGGTTGAAGGCGTTGAAACTATAACAACTTTTACAGATAAACTA +TTAAAAAATAATAATGGTGTAAAGATACAAATAGAAGAAGAGGACGTTAACTTAGATATA +ATGGTTATGATAGATTTCGGAATATCTATACCAGATATAGCTTTAAAGATACAAGAAAAT +GTAAAAAATACTGTTGAGACAATGACAGGATTAAAAGTTTCTCAAGTAAATATACATATT +CAAGGAATTAGCTTCAAGAAAGAGAAGACTGAGCTAGAAGAAGCAAAGAAAGAAGCAAAG +CAAGCAAAGAAAGAAGCTAAGAAAGAAGAATCTAAGAAAAATTAA +>group_261 +ATGAAAAAGGAAAATATAGCAAAAAAGATAACTAGTAGAGAATATACTATGAAATTAATA +TACCAAACTAGTATAACAAAAGAGGACGTAGATAATTTAGACTTATTAGTAGATGAGTTC +GTAGATAATAATGCTGAATATATATTAAATAGATATGAAGAATTAAGATTACAACACTCT +AATAACCCAGAATTATCACTAGAAGGTGTAGATATAGATGAAGCTATAGATAAAGATTAC +ATAAAAAACATATGTTTAACTATAGAAGAGAACAATGAAATGATAAATTCATTAATAAAT +TCAAATGCAAAGAACTGGTCGGTAGATAGAATAGCTAAGGTAGATTTAGCTATATTAAAA +TTAGCAATAGCTGAAATTATTGCAATAGATGATATACCACAAAAAGTTTCTGTGAATGAA +GCTATAGAACTTGCAAAAATATACTGTGATGATAAGTCTCCTAAGTTTATAAATGGAATT +TTAGGAAGTGTTATAAGTGAGATTGAATCAAAATAA +>tsaD_2 +GTGAGATTGAATCAAAATAACATAATAATCGGAATCGATACTAGCTGCTATACAACCTCT +ATAGCAGCTATATCTTTAGATAAGAAAGTAATATTTAATAAAAAAATAATGCTTAAAGTA +AAAGATAACACAAAGGGGTTAAGGCAAAGTGAAGCTGTTTTTCAGCATGTTAATAACTTA +GGAGAAATGAGCAGTGATATAAGATCTATATTAAACAATTACAATGTATGTGGAGTATGC +GCATCTGTTAAACCGAGACCGTTAGAAGAGTCTTATATGCCAGTATTTACTGTAGGCAGT +AATTTTGGTAAATTATTTAGTTCATTAAATAAATGTCCTTTTTATGAAACTAGTCATCAG +GAAAATCATATTGAAGCGAGTCTTTTAACTAATAAAATTAAAAATGAAAAACAATTTTTA +TCAGTACATATGTCAGGTGGTACAACTGAAATACTTTTAGTCAACAAAGAAAGTTTAGGA +TATAAAATAGATATAGTCGGCGGAAGTAATGATATAAGTTTTGGACAGCTTATAGATAGA +ATCGGAATTAATATGGGTTATAAGTTTCCTTGTGGGAAATATATAGATGAAAAAGCCCTT +GAATGTAATGAAAAAATAGAAATCGGACTAAAAACTTCTGTGAAGGAAGGATATATGAAT +TTATCTGGAATAGAAAACCAAGTAAATAAAATAATAAATAATCACAGTAAAGAATATATA +TGTAAATTGCTACTAGATACAATATCAAGAAATCTAATAAAATCTCTACTTTATATTAGT +GAAAAATATAATATAGAAGAAGTTGTGTTTGCAGGTGGAGTATCTGCAAGTAAATATATA +TCAATGAAATTAAAAAGAGAATTAAAAAAGAATAATATAATAGCATATTTTACAGAGCAA +GAATATTCAACTGATAATGGTTTAGGATGCGCTGTAATAGGATTAAAGAATTTTATAAGT +GAATAA +>xseB +ATGGATTTAACATATGAACAAGCTTATAAAAAACTAGAAAATATTTTAGAAAAGCTAGAA +TCTAAAGGTGCGAGTTTAGATGAATCATTAAGTTTATATGAAGAAGGAATAAGTCTTTAT +AAGTACTGTAATAAATTACTTGAAGATGCACAGTTAAAGATAAGTAAATTTAACTCACTA +GGAATAGAAGAAGATTTAGATATGAGGGAGGAATAA +>group_458 +TTGGAATTTAAGCAATCTCTAAAAGAAAAATCTAATTATATAGAAAGATTATTAAGTGAA +TATATGCCTAAAGAAGATGGATATCAAGCAACTATTATGGAAGCTATGAATTACAGTTTA +AAAGCTGGAGGAAAAAGATTAAGACCAGTATTAACTTTAGAAGCGTGTAAGATAGTAGGT +GGGAATGAAACAGATGCTATACCATTTGCTATAGCAATTGAGATGATACATACATACTCA +CTAATACATGATGATCTTCCGGCCTTAGATAATGATGATTTAAGAAGAGGGAAGCCGACG +AATCATATGGTATTTGGAGAGTCTATGGCGATACTAGCAGGAGATGCCCTTTTAAATTAT +GCTTTTGAGATTATGCTATCTAATTCTATAAATAAAGAAAATCCTCAGAAATATTTAAGG +GCTATAAATGAAATTGCTAAAAGTGCTGGTATATATGGAATGATTGGAGGACAAGTCGTA +GATGTTCAAAGTGAAAATAAAGTTATTTCAAAGGATAAACTAGACTTTATTCACTTAAAT +AAAACTGCTGCAATCATTATTGGTTGTATGAGAGCTGGAGCAATAATAGGAGATGCTTGC +GAAGAGGATCTAGAAAAAATAACTAAGTATGGTAAAAACATTGGATTATCATTCCAGATA +GTAGATGATATATTAGATATAGTTGGAGATGAAACTAAATTAGGAAAAAAAGTAGGTAGT +GATATAGAAAATCATAAATCTACATATCCATCTTTACTTGGTTTAGAAAAATCAAAAGAG +ATTGCAAATGACCTAATTGAAGAAGCAAAATATAATATCAAGGATTTACAAAGCGATAGT +AGTTTCTTAGAAGGATTAGCGAATTATATAATAGATAGAGAATATTAA +>group_349 +ATGAACTTTTTTTCAGAAATTTTTAGCAACAAGGTATTAGGAATAAGTGTATTTGCTTGT +TTTTTAGCTCAATTTATAAAAATATTTACTGGAAAAGATAAACGTATAGATTTAGCTAGA +ATATTTACATCTGGAGGTATGCCAAGTTCTCATAGTTCTTTTGTGACAAGTTTAGCAACT +TTAGTCGGTTTAGAAAAAGGATTTAATTCTACAGATTTTGCTATTGTTGTTGTATTCGCA +CTGATTATAATGTATGATGCCTCAGGAGTAAGAAGAGCGGTAGGAAAACAGGCAGCTATA +TTAAATCAAATAGTAGATGATGTTCATCATGGTAAACATATAAAACAAGATAAATTAAAG +GAATTAATAGGACATACACCTGTTGAAGTATGGATGGGTGCCATACTCGGTATAGTTGTA +GCATTAGTTATGGTATAA +>dxs_2 +ATGTTTTATAAATTTAATCAAATAAAAGGTGAAGGTAAATGTATAGATAAAGTAAACTGT +CCTGAAGACATTAAAAATATGACTAATGAAGAACTAGATATACTTGCCAAAGATATAAGG +AAGTTTCTAGTAAAATCAGTTTCTAAAACTGGAGGTCACTTAGCATCAAACTTAGGTGTC +GTAGAGTTAACTCTAGCGTTGCATAAGGTTTTTGAAAGCCCGAAAGACAAAATAGTTTGG +GATGTAGGACATCAATCTTATGTGCATAAGATTCTTACTGGTAGAAAGGATAGTTTTGAT +ACACTTAGACAATTTAAAGGTTTAAGTGGATTTCCAAAGGAAATAGAAAGTCCTCACGAT +ATATTTGATACAGGGCATAGTAGTACATCTATTTCTGTAGGACTTGGTATTGCTTGTGCG +AGAGATATAAAAAAAGAAAATTTTGATGTTGTATCTGTAATAGGAGATGGCTCTATAACT +GGAGGAATGGCTCTTGAAGCATTAAATAACTTAGGTTATTTAAATACAGATATGATTGTA +ATTCTTAATGATAATGAAATGTCGATAGATAAAAATGTAGGAGCAATGTCTAGACATTTA +TCTAGTATAATAAGAAACTCAACAATGAATAAAGTGAAAGATGAAGTAGAAAAGATTTTT +ACTGTAACATCTGCAGGAAATTTAATATATAAAACAGCTAGTAAGGTTAAGGATAGTATT +GTAAGTCAATTTACACCACAACAATGTGAACTCTTTGAATCTATGGGAATAAAGTACTAT +GGACCTATAGATGGGCATAATATAAAAGAATTAATAGAAATTTTAAATAAGGCAAAGAAA +AAAAAGGGACCTGTACTGCTACATGTTATAACTAAAAAAGGTAAAGGGTACAAATATGCA +GAGGAGCATCCAGATAAATATCATGGAGTTTCAAAATTCGATATAAAAGAAGGAGTACAA +CCTTCAAATAGTAAATCTATATCATCTGCAGTTGGGGAGAAATTAGTTCAGATGTCAGCT +AAAGATGATAAGATAGTTGCAATAACGGCAGCAATGCCATCAGGAACAGGATTAGATTTA +TTCCAAAAGGCATATCCAGAAAGATATTATGACGTAGGAATTGCAGAACAGCACGCTGTT +ACATTTTCGGCTGGATTAGCAAAGGAAGGAATGAAGCCTTATTTTGCAGTATATTCAACT +TTCTTACAAAGAGGTTATGATCAGATTATACATGATGTGTGCATTACTAAAAAGAATGTA +ACATTTTTAATAGATAGAGCGGGGTTAGTTGGTAATGATGGAGAAACCCATCATGGCATG +TTTGATTTGAGTTATTTAAATATAGTACCTAATATAACAGTTATGGCACCTAAAGATACT +CAAGAGCTAGAGTTGATGCTAGAATTATCTGCAGAATTAAATGAGCCAGTAGCAATAAGG +TATCCAAGAGGGAATGCTTACTATTTAAACAGAGGTGAATACAAAAAGATAGAAGTAGGA +AAGTATGAAATAATTGCAGAAGGTAAAGACATTGCTATTTTAGCTATAGGAAATATGGTA +AAGCATGCATTAGAAGCAAAAGAAATACTTTTAGAAGATAATATAAATCCTGCTATAATA +AATGCTAGATTTTTAAAACCTATGGATGAAAAATTACTTCATGAGTTATGCAAAAAATAT +AAGACAGTAGTAACAATAGAAGATAATATCATATCTGGTGGATTTGGAAGTAGAATAAAT +AACTTCATTATAGATAATAATTACAATGTAAAAGTTGAGAATATAGCAATTAGTGAGAAA +TTTATAGATCATGGTAATATAGAAAGCCTATACGAAGGAGTAGGTTTATCTTCGAATTGT +ATTGCATCTAGAATAAAAAAATTATAG +>tlyA +ATGAAAAAAAGAATAGACGTATTATTAGTTGAGCAAGGATTTTTTGAAAGTAGAGAAAGA +GCTAAAAAAGCTATAATGGCAGGACTTGTTTTTGTAGACAATCAAAGATGCGATAAAGCT +GGTGTAGATGTGAAAGAAGATGCTAAAATAGAAGTAAAAGGAAATCCAATACCATACGTA +AGTAGAGGTGGATTAAAGCTTGAAAAAGCGATGAAAAACTTTGGATTAACACTAGATGGA +AAGGTATGCATGGATATCGGTTCATCTACGGGTGGATTTACAGACTGCATGCTTCAAAAT +GGAGCTGTAAAAGTATTTTCAATAGACGTAGGATATGGACAACTTGCATGGAAATTAAGA +CAAGATGATAGAGTAGTTTGCATGGAAAGAACCAATATAAGACATGTGACTATTGAAGAT +ACAAAAGAATTTGCTAATTTTGCATCTATAGATGTTTCTTTCATATCATTGAAATTAGTT +TTACCAAAAGCAAAGGAACTTGTTTCTCCAGATGGCCATGTGGTTGCTTTAATAAAACCA +CAGTTTGAAGCTGGAAGAGAAAAGGTAGGTAAAAAGGGCGTTGTTAGAGAAAAGTCTACA +CATATAGAAGTAATAGAAACTATATCTGAGTTTGCAGTTGGAATAGGATTCTCTATACTA +GACTTAGATTACTCTCCTATAAAAGGTCCAGAAGGCAACATCGAGTATTTAATATACTTA +AAGAACTCAAATGATGGATATGAATTTAATAAAGAAGAGTATAGTAAGAAAGTGTTAGAG +GTTGTAGAAGCATCTCATAACTTAAATAAATAA +>recN +GTGATCCTTGAATTGTATATGAAAAATTGTGCCTTAGTAGAAGAACTAAGGTTGACTATT +GATGAAAATCTAAATATATTAACGGGAGAAACTGGTTCAGGAAAATCTATAATAATAGAT +GCATTAGGATTATGTTTAGGTGAAAAATATGATAGATCATTTTTAAGAAAAGGTAGTGAA +AAAGGTATAGTTGAGGCTATATTTTCTTCAGAAAGTCAACACTTAAAAGATGTTCTTGAA +AAATATGATATAGAGCTAGATGAAGATAACTTATTGGTAATAACTAGAGTTATTTACAAT +GATGGAAAAAGTGTAGCGAGAGTCAATGGAAGAACTCTAAAGTTATCAGTATTGAAAGAA +ATTGCAACTACATTAATAGATGTTCATGGACAACATCAAAATCAAGCTTTATTTAACAAA +GAAACTCACTTACAATTTTTAGATTTATTTGGAGAAAGTGATTTACAATATTTAAAGTTA +GATTACAAAAATGTGTACAAAGAGTATACTAGAGTTAAAAATGCTTTAAATGTGTTAACT +GAGAATAAAGATGATATGCAAATTCAAAGAGAGATAGATTTATTGAAATTCCAAACAAAT +GAAATTGAATCTGCTAACTTAAGTAAGGATGAATACGAGGAGCTTCTTAAACAAAGAGAT +GTATTTAGAAATAGCGAGAAGATATACAGTAATCTAAATTTAAGTTATCAAAATTTATAT +GAGGGTAGTGTCAATGCTGTAGATCTAATCGGAAGTGCATCTAAAGAATTAAGTTCTATT +GCAGAATATGATAAAGTCTTAAGTGAATATAATGAAAATGTAGAAAGAATAATGTATGAA +CTTCAAGATATCTCAAGAGAAATAAGAAATTATAAAGAGAGTATAGATTTTGAACCATAT +GAGCTAGAACAGATAGAAATAAGAATAGATGAAATTAATAACTTAAAAAGAAAATATGGA +AATACTATAGAAGAAATTTTTGAGTACTATGATAAAACTAAAAATAGATTAGATGAAATA +TTAAATAGAGATGAAAAAGTAGAAGAATTAAAAAGAGAAATACTAAGAATTGAAAAAGTA +CTTAATGATAAAGCTGAAAAATTAACTCAAGCTAGACAAAAAGTTGCATATAGTTTAGAA +GAGGTTCTATTAATAGAATTAAAAAGCTTAAATATGAAAAATGTGGTATTTAAAGTTAAC +TTTGAAGAAAGTAACTTTACCTTAGAAGGTAAAGATGATATAGAATTTATGATATCTTTC +AACCTTGGGGAAGATATAAAGCCTATATATAAAGTTGCTTCTGGAGGGGAAATGTCTAGA +TTTATGCTAGCGTTTAAAACTATACTTGCGGATATAGATCAAATAGATACATTAGTATTT +GATGAAATAGATACGGGTATAAGTGGCATAGCAGCTCAAATAGTTGGCGAAAAGTTATCT +CAAATAGCGAAGAAAAAGCAAATAATTTGTATAACTCATTTACCACAAATTGCAGCAAAT +GCAGATACTCATTACTGTATAGAAAAAAATACATCAAATGATAGAACATTTACAAATATA +CGTAGATTAGATCGTGATCAAAAACGTGATGAAATTGCTAGACTTATAGCTGGAAGTAAT +ATAACTGAAAAAACAATAGAACATGCTAGCGAAATTATTGAGTTAGCAAAAAAATAA +>ispD +ATGAACAGTGTAATAATCGTAGCTGCTGGAAGTGGTAAACGAATGAATATGGATATAAAT +AAACAATTTATAAAATTAAATAAAAAAGAGATAATAGCTCATACAATAGATGTTTTTTAT +AAAAATAAAAATGTAGATGAAATAATAGTTTGTATAAAGAAAGAAGAAGAAGAACTATTT +AAAGATAAAATAATAAATAAATATAGTTTCAAGAATATAAAAATTGCTTATGGTGGAAAG +GAAAGACAAGATTCTATATATAATGGATTGAAATGCTTAGATGATAAATGTGATATTGTT +TTAATTCATGATGGAGCAAGACCATTTGTAGATGATAGAATAATAAATGAGTCTATTAAG +GTTGCAAGAGAAAAAAAAGCAGTTGTTGTAGGAACACCTGTAAAAGATACTATTAAGGTG +GTTTGTGATGGAATTATAAATGATACTCCTAACAGAGTTAATTTATGGGCAGCTCAAACA +CCACAAGTTTTTGAATACAAACTAATAACAAAAGCTTACGAAGAGGCTTATGAAAACAAT +TATTATGGAACAGATGATTCTATGTTAGTAGAAAATATAGGTCAAGAAGTAACCATGATA +ATGGGATCTTATGATAATATAAAAATTACTAGCCCTGAAGATATAAGCATTGGAGAGAAA +ATTTTAAGTTTAAGAAAATAG +>ispF +ATGAGAATTGGTACAGGATATGATGTTCATAAATTAGTAGAAAATAGAGATTTAATTATA +GGTGGAGTAAATGTTCCACATGAAAAAGGTTTATTAGGACATTCTGACGCAGATGTCTTA +ACTCATGCTGTTATGGACTCTATATTAGGAGCATTAGCGTTAGGTGATATTGGTAAACAT +TTCCCTGATACTGATAAAAAGTATAAGGGTGCAGATAGTATAAAATTATTAGAATATGTA +AATCATTTAATAAAAGATAAAGGATATAAAATAAATAATGTAGATTGTACTATAATCGCA +CAAAGTCCAAAGATGGCTCCACATATAGAAAAAATGAGAGAAAATTTTGCTAAAGCTTTA +GACACAGATATAGATAATATAAATGTAAAAGCAACGACAGAAGAAGGTCTTGGCTTTACA +GGCTCAAAAGAAGGAATAGCAGCACAAAGTGTATGTACTGTTGTAAAAGTTGACAAGTAA +>proS +ATGAGAATGTCAAAAATGTTAATGCCAACATTAAAAGAAGTTCCATCTGATGCAGAGATA +ACAAGTCATCAGTTAATGCTTAGAGCAGGGATGATAAGAAAGATGGCTTCAGGAGTTTAT +AACCAATTACCTATGGGTATAAGAGTTTTCAACAAAATACAAAATATAATAAGAGAAGAA +ATGAATGCTAAAGGTGCTCAAGAGATATTATGTTCAGGATTAATACCATCTGAATTATGG +AAAGAATCTGGAAGATGGGATGTAATGGGACCAGAAATGTTCAGATTAAAAGATAGAAAT +GAAAGAAGCTACTGCATGGGACCAACTCATGAAGAAGTTTTCACAGATATAATAAGACAA +GAGGTTACTTCTTATAAGCAACTTCCATTAAACTTATACCAAATACAAGTAAAATATAGA +GATGAAAGAAGACCAAGATTTGGTGTTATGAGAACTAAAACTTTCACAATGAAGGATGCT +TACAGCTTCGACGTTGATCAAGAAGGATTAGATAAATCATACCAAGATATGTTTGAAGCA +TATACAAATATATTTGCTAGATGTGAATTAGAAAATAGCCCAGTTCAAGCAGATTCAGGA +GCTATGGGTGGTTCAGCTTCAGCTGAGTTCATGGTTAAATCAGAAGTTGGAGAAGATGAA +ATAGTATTCTGTTCAGGATGTGACTACGCAGCTAACATAGAAAAAGCTACTTCAGTAAAT +CATGAGCCTTCAACTGAAGAAATGAAAGAGATGAAAGAAGTTCATACTCCAGGAGTTCAT +ACTATAGAAGAATTAGTTGAATTCTTTAAAGAAGATGCAGGTAAGTTTGCAAAAACTTTA +ATATACTATGCAGATGGAAAAACTGTAGCAGTAGTAGTAAGAGGGGACAGAGATGTTAAC +GAAACTAAGGTTGCTAATGCTATAGGCGGAGCAGTAGAATTCGAGTTAGCTAGTGAATCA +ACTATAAAAGAAGTTACTGGTGCAGCAGTTGGATTTGCTGGACCAATAGGAATAAAAACT +GATTATGTATTAATAGATCAAGAAGTAGTAGATCAAAGAAATGTAGTAATAGGAGCTAAC +AAAACTGAATACCACATAGAAAATGCTAATTACGGAAGAGATTTCGAAGGTACAGTTGGA +GACTTTAGAAATGTTGCTGAAGGAGATAAGTGTACTAAGTGTGGAAGTGCATTAGAAGTT +GCTAGAGGAGTAGAAGTTGGACATATATTCAAGTTAGGAACTAAGTATTCAGAATCCATG +GGAGCTACTTTCTTAGATAACAATGGTAAATCTCAACCAATAGTAATGGGATGCTACGGA +ATAGGTGTAGAAAGAACAGCAGCAGCTGTAATAGAACAACACCACGATGAAAATGGAATA +ATATGGCCTTTAGCTATAGCTCCATATCATGTAGTAGTAGTACCTGTAAATATCAAAAAA +GATGAACATAGAGAAAATGCTGAAAAAATATATGAAGAATTAAAAGCTATGGGTGTAGAA +GTACTATTAGATGATAGAGATGAAAGAGCTGGAGTTAAGTTCAAGGATTCTGAATTAATA +GGTATACCAATGAGAATTACTGTAGGTAAAGATATAGTAGATGGAAAAGTAGAATTTAAG +TTAAGAAATAGTGCAGATAAAGAAGTAATAGGATTAGATGAAATAAAATCTAAGATAGAA +GCTGAATTTGTAAAGAATAAAGTTAAATTAGGATAG +>group_1469 +ATGTATAATAATATAGAAGATGTTAAAAAAGAATTAGAGCAACTTTGTGAAGAGTATATA +GACGTTTTAAAAGATTTAAAAAATAAAAACGTAATAAGCGAAGATACTTTTGATAATTGT +GTTGGAAGTAAAATTTTATTTCTAGATAAATAA +>cysS +GTGAAATTATATAATACAATGACTAAGCAAAAAGAAGAGTTTGTTCCGATAGAGGAAGGA +AAGGTAAAAATGTATGTATGCGGACCGACAGTTTATAACTATATACATATAGGTAATGCT +AGACCTTTCATAATATTCGATACACTAAGAAGATACTTAGAATATAGAGGATATGATGTG +ACTTATGTCCAAAACTTTACTGATGTAGATGATAAAATCATCAAAAGAGGTCATGAAGAG +GGGATATCACCAGAAGAAGTTGCAAGTAAATATATAAATGAATACTTTGTAGACTCTGAT +GGATTAGGAATAAAAAGAGCGACTGTACATCCTCAAGTTACAGATAATATAGAGCAAATA +ATAGCTTTTGTAAAAGAGTTAGAAGATAAAGGATATGCGTATGAAGTAAATGGAGATGTT +TACTTTGACACTAAAAAATTTGAAGGATACGGAAAACTTTCAAAGCAAAAGCAAGATGAG +TTAGAAGCAGGTGCAAGAATAGAAGTAAATGATCAAAAAAGACATCCAATGGATTTTGTA +CTTTGGAAAGCTAAAAAAGAAGGCGAACCAGGATGGGCAAGTCCTTGGGGTGAAGGTAGA +CCAGGATGGCATATAGAGTGTTCTGTTATGTCTAATAGATATTTAGGAGAAACGATAGAT +ATTCATGCAGGTGGGCAGGACTTAACTTTCCCGCATCATGAAAATGAAATAGCACAAAGT +GAAGCTAGAAGCGGAAAAACTTTTGCTAATTATTGGATGCATAATGGATATATAAATATT +AACAATGAAAAAATGAGTAAATCAAAAGGTAATTTCTTTACAGTAAGAGATATATCTAAG +TTATATGATTTAGAAATAGTAAGATTCTTCATGCTATCAGCACATTATAGAAATCCAGTA +AACTTCAGCGATGAAATGTTAAACCAAGCAAAGGCTGGTCTTGAAAGATTATATAATACT +AAGGAAAAATTAGAATTTACTATTAGTAATTTAAATGAATCAAGCATAACAGGAGAAGAA +TCTAGCTTAGTATTAGAATTAGATAGTTATAGAGCTAAGTTTATAGCAGCTATGGATGAT +GATGTTAATACAGCAGATGCTATAAGTGTTATATTTGAATTAGCTAAATTTATAAACTCT +AATGTAAATGAAAAATCATCTCTAGAATTTGCTAAAAAGTGTTTAGATGAGTTTAATGAG +TTAACTTCAGTTTTAAATATAGTAAATAAGAAAAAAGATGATATACTAGATGAAGAAATA +GAAAGCTTAATACAAAAAAGAACAGAAGCTAAGAAGAATAAGGAATATCAATTAGCTGAT +GAGATAAGACAAGAATTATTAGATAAAGGAATTGTATTAGAAGACACAAGACAAGGTGTT +AAGTGGAAAAGGATATAA +>mrnC +ATGGATAGATCAGAATTACTTACAATATCACCATTAGTACTAGCATATTTAGGTGATACA +GTTTATGAGTCTTATGTAAGAGAGTACTTAATCAAAAAGAATATAAATAAAAAGGTTAAT +GATCTTCATAAGTCAGCAATAAAGTATGTTAATGCAAAGGCTCAAGCAACAGTAATACAT +GCAATAGAGGATGAATTAACAGAAGATGAAGAGAGAATCTACAAAAGAGGAAGAAATCAA +AAATCTCATACTTCTCCTAAAAATGCAGACATAATTGATTACAAACATGCAACAGGCTTT +GAGGCTTTAATAGGATACTTACATTTAAATAACGAAAGTGATAGATTAAATTATATAATA +TCAAAGGGAATAGATATTATAGAAAATAGTATGAAATAA +>group_1467 +ATGAGAAGAAAATTAAATTCGTATTTAGTAATAGATGGTTACAATATTATAAATGCATGG +GATGATTTAAAAGAGATAGCTAAATATAGTTTAGAAGATTCTAGAGAAAAATTAATACAC +TATATTATAGATTATTCTGAGTTTACAGGGAAGAAAGCTATAATAGTATTTGATGCTTAT +AACATAAAAAACTCTAAAGAAAAGATAGAAAAAAGAAAACATATAACTATTATTTATACA +AAAGAGTACCAAACAGCAGATAGCTATATAGAAAAATTTATAAGTACCTTATCAAAGTAT +GATGAAGTAAAGGTAGCTACAAATGATTACGCAGAGCAGCAGATTGTTTTAGGGAAAGGT +GCTAGTAGAATATCAGCTAGGGAGCTTAAATTAGATCTAGAATCTGCGAAGGAAAAAATT +AGAGAAAGAACTAGTAGTCAACATAAAAAAATACAGAGAAATTTCTTGGAAGAAAGGTTA +GATAAAGAAACATTGTCGAAACTTGAGAACATTCGTAGAAAGCGTTGA +>sigH +ATGGGAATAGCGAATGATAAGGAATATGAATTTTTGGATAACAGCCAACAAGATGAGTAT +AATATAGTATTAAAAGCAAGCAATGGGGATAAACTAGCTTTAGAGTATATTATTACAAAG +TATAGAAATTTTGTTAAAGCAAAAGCTAAGTCATATTTTTTGGTAGGAGCAGATAAAGAA +GATATTATACAAGAAGGAATGATAGGACTTTATAAAGCAGTAAGAGATTTTGATGGAAGT +AAAACAAATTCATTTAAATGTTTTGCAGAGATATGCATAACGAGACAAATAATAACTGCA +ATAAAGACGGCTACTAGACAAAAGCACATACCGTTAAATTCGTATGTATCTTTGAATAAG +CCAATATATGATGAGGAATCAGATAGAACTCTTTTGGATATTATAGCTACTAGTATAGTT +ACAGATCCAGAAGAACTAATAATAAGTAAAGAAGAGCTAAAACGTATCCAGTCAAAGATG +GATGAACTATTAAGTGATTTGGAATTGGAAGTATTAGAACTATATTTAAATGGCAAGTCA +TATCAGTACATAGCAGATAGACTAAATAGAGATGTAAAGTCAATAGATAATGCTCTTCAA +AGGGTTAAGAGAAAATTGGAAAAACATCTTGAAAACAGAAATGATTAA +>group_846 +ATGAAAAAATTATTTAATAGCTTAATTTTTAAGCTAGTACTAGCAGTTACTTTAGGGCTT +TTAATTGGCTTTTATTCATCTGAAGGATTTATGAACATCATAGTTACATTAAAATACATC +TTAGGACAAGTCATATTCTTCACAGTTCCACTAATTATTATCGGATTTATAGCACCATCT +ATAGCAAAACTTAATAATAATGCATCAAAGCTATTAGGATATGCTGTTGGACTTGCTTAT +TTATCATCTGTAGGTGCAGCTTTATTCTCAGCTGTTTTTGGCTACATACTAATACCGAAA +TTATCAATTAATTCAACTACTGAAGCTTTACGCGAATTACCAGAACTTATATTTAAATTA +GATATACCACAAGTAATGCCTGTTATGAGTGCTTTATTCCTATCTATAATAATAGGACTT +GCTGTAACTTGGACAAAAGCAGACTTATTTGAAAAATTATTAGATCAATTCCAAGGAATT +GTTTTAAGCTTAGTTAATAAAATAATAATACCTATACTACCATTCTTTATAGCTACGACA +TTTGCCGCATTAGCATATGAAGGCTCTATTACTAATCACCTACCTGTATTCTTAAAAGTT +ATAGTTATTGTTCTTATAGGTCATTTTATATGGCTTGCTCTTTTATACATGATTGGAGGA +GCTATATCTGGTAAGAATCCAATAGAAGTCATAAAATACTATGGTCCTGCGTACTTAACA +GCTGTAGGAAGTATGTCTTCAGCTGCTACATTACCAGTAGCTTTAAGCTGCGCTAGAAAA +TCAAAAGTTTTAAGAAAAGATATACTAGACTTCTCTATACCACTTTGTGCTAATATACAT +CTTTGTGGTTCAGTACTTACTGAAGTATTCTTTGTAATGGTTGTATCTCAAATACTTTAC +GGACAACTTCCAAGTATATCCTCTATGGCTTTATTCATAATATTACTTGGAGTATTTGCA +ATAGGTGCTCCTGGCGTTCCTGGTGGTACAGTTATGGCTTCATTAGGGCTTATAACTAGC +GTTCTTGCATTTAATGAGACTGGTACAGCACTTATACTAACAATATTTGCTCTTCAAGAT +AGCTTTGGTACTGCTTGTAATGTTACAGGGGATGGTGCATTATCACTTATGCTTACAGGA +ATTGCAAATAAGAGAAATATATCAAGTGAAGAGAATATAAAAAACATATAA +>group_891 +ATGAAAAGAGAAGATTATATTTCTTGGAATGATTATTTTATGGGAATAGCTATACTTTCA +GGAATGAGAAGCAAGGACCCATCAACTCAAGTAGGAGCTTGTGTAGTAGATAAAGATAAT +AGAATTGTATCAATAGGATACAATGGATTTATTAATGGATGCAGTGATGATGATTTTCCT +TGGAGTAGAGAAGGTGAATTTTTAGATACAAAATATCCGTATGTAGTTCATGCAGAACAA +AATGCTATTCTTAATGCAAGAGGGAAATCACTTGAAGGATGTAGAATATATGTAAATCTT +TTTCCATGTCATGAATGTGCTAGAAATATTATACAATCAGGGATAAGAGAAGTTTACTAC +CTTAGTGATAAATATGCGGAAACAGATTCTATAAAAGCATCAAAATATATGTTTGAAAAA +TCAGGAATAAAATTAGTACAGTTATCTCCAGAAGTAGAAAAAATCGAAATAAAATTAAAA +TAA +>mdtB +ATGTTTTCAAAATTTAGTGTAAAAAGGCCATTAACGATATTTGTATCTGTAATACTTACT +GTGATTTTAGGAATAGTATCATTTACAGGTATGACAACAGATTTATTGCCGAAAATGGAT +TTACCATATGTAGTTGTAATTACAACATATCCGGGTGCAAGTCCAGAAAAGGTTGAATTA +GGAGTTACAAAACCGTTAGAAAAGGTACTGGCAACTACAAGTGGAATAGAAAATATAAAT +AGTATTTCAAGTGAAAATTCAAGTATGATTATTCTTGAATTCAGTCAAGATATGAACATG +GATAGTGCAATGATAGATTTGAGCGGTAAAATTGACCTTGTAAAATCTCAACTAGATGAC +GAGGTTGGATCACCAATGCTTATGAAGCTTAATCCAGATATGATGCCAATAATGGTAGCA +AGCGTCGATGTAGACGGATTAGATATAAAAGAAGTATCGAAGTATGTAAAAGATGAAGTT +ATAACAGAGTTTGAAAGAATAGATGGAGTAGCGTCTGTAGATACAATGGGGATATTAGAA +GAAAGTATCGGTTTAACTTTAGATAGTGAAAAAATTGATGCCATCAATAATAAAGTTCTT +AAATCAATTGATTCAAAGTTAGCAGAAACTAAATCTCAATTAGATAGTGCTAAAGCACAG +ATAAAAGAAGGTAAAGATGTGTTAGCAAAGGAGAGCCAGAGTAAGACAGAGGAGTTAATC +AACGGAGGAAATGCTCTTGAAGAAGGTAAGGATCAAATAAAAAATGCTATTAATAACTTG +CCACAGCTACAAAAAGATTTAGAAACTCAAAGAAAAGATCTAGTATCTAAAAAAGACGCT +CTTATTTGGGCGATTGAACAACAGGAACAAGCAGGCATACCAGTAACAGAAGAGCAACAA +GAATCACTAAGTCAACTAGAAGAGGGAATAGCTTCTATTGACAAAGGAATAGAAGATATA +CAAAATCAAAAACCTACTTTAGAAAGTAGCTTAAAAGATATCATAGACAAGCAAAAACAA +TTAGAAATGGGAAAGGTTACATTAAATCAAGAACTTACAAAAGCTTCTGTTAATCTTTCA +AATAGTGAAGCTCAATTAGAAGAATCAATTAAGAAGTTTGAGGAATCTAGAGATGAAGCA +TATAAAAATGCAAATATAAGTGGTATGCTTACAAAAGATACGATAAGTAAAATTTTAATG +GCTCAAAACTTCTCTATGCCAGCAGGGTATATATCGCAAGATGGGAATGACTACATAGTA +AAAGTAGGGGATAAAGTAAAGGATATAAAAGAGTTAGAGAATCTTGTTCTTTTCAACATA +GACGTAGCTGGTATAGGTGATATTAAATTAAAAGATGTAGCTAAAGTTGAAATGATTGAT +AACTCAGATGATATTTACGCTAAAATTAATGGAAATGATGGTATAATTCTGACTTTCCAA +AAACAAAGTACAGCATCAACATCTGAAGTTTCGGATAAAATTAATGAAACTATAGAAAAT +CTTACAGAAGAAAATAAAGATATGCATATAACAGCTTTACAAGATCAAGGTATATATATT +GATATGGTTGTAAATTCTGTATTGAGTAACCTTGTATTAGGAGGAATATTAGCTGTAATT +ATATTATTTGTATTCTTAAGAAGTGTAAAACCAACAATAATAATAGCATTTAGTATACCT +ATAAGTTTATTATTTGCACTAACATTGATGTACTTTAGTGGGATAACATTAAACATGATA +TCATTATCAGGTTTAGCACTTGGAGTAGGAATGTTAGTTGATAATAGTATAGTTGTTATT +GAAAATACAGCTAGATTGAGAAATAAGGGAATGAATGTAGCTACAGCATCTGTAAAAGGA +GCTAGTCAGGTTGCAGGAGCAATATTTGCATCTACATTAACTACTGTGTGCGTATTTTTA +CCGATTGTATTTACTAAAGGTATAGCGAGACAATTATTTGAAGATATGGGACTAACAATA +GCATATTCGTTATTAGCAAGTTTAATAGTAGCACTAACACTAGTACCAGCAATGTTCTCG +ACTATGAATATTGATCCTAAAGAAAAAGAAGATAAATTCTTTGATAAGATTATAAATATA +TATGAGAAACTATTAAGAAGTAGTTTAAAACATAAATTTATAGTTTTAGCTTTAACAGTA +ATTTTACTTGTATCAAGTACATTTTTAGTTATATCTAAAGGTACTACATTAATGCCTATT +AGTGATAGTACTCAAATTTCAATATCAATGGAAATGCCAAAAGAATCAACACAAGAAGAT +ACTAGAAATATGAGTGATAAGATAATAGATAAATTAGCAACTATCGATGATATAGAGACT +ATAGGAGCAATTGAATCTAGTGGTGGTATGATGAGTAGCATGTCATCAGGTAGTGGCAAT +ATATCATTTTATGTTCTACTAAAGGAAGATAAAAAGTTAACGAGTCAAGAAATTGGATAT +TTGATAACAGAGAAAACATCAGATTTAGATTGTAAAATAAGTGTGAATACATCAACAATG +GATATGTCTGCCTTAGGAGGATCAGGAGTAGAGGTCATTATAAAAGGTAAGGATTTAGAT +AAGCTACAAGAAATAAGTACTGAGATTGCAGATATAGTAAGTAGTGTAAATGGGACTATA +GATGTATCTAATGGATTAGAAGATGCAGATAAGGAAACTCGTATAACTGTTAATAAGAGT +AGTGCAATGAAGTATGGATTAACAGTGGCTCAAGTTTATCAAGAAATTTCAACAGCACTA +AAAAATGAAACTACAGCAACTACATTAGAACTTGAAGATTATGATTATCCTGTAGTTTTA +ATAAATAGCGATGAGGATAAATTAAAAAAATCTAACTTAGAAAACTTTACAATAACGGCA +ACTAAAGATGGTGAAGAAGAAAAAGTAAAAATAAGTGATATAGCAACGATAAAAGAAGAG +GAAAGTTTATCTTCAATAAGTCATAAGAGTCAGAATAGAAGTATTTCTGTAACAGCAGGG +ATCGATAGTAGTCACAATATTGGTCTTGTGAGTAAAGATATTGAAGAAAAGCTAAAAGAT +TATGATTTACCAGATGGATACAGTATTGATATGGGAGGAGAACAAGAATCTATAAATAGT +GCTTTTGGTGATTTAATTAAAATGATTACCTTAGCAATTGTATTTATATATTTAATAATG +GTTGCTCAATTCCAATCATTATTATCTCCATTTATAGTATTATTTACGATTCCGTTAGCA +TTTACAGGAGGATTCCTAGGACTACTTATAACTGGTACTGAGTTAAGTATGATATCTCTT +CTTGGATTCTTAATACTTTCTGGTATAGTAGTTAATAATGGTATAGTATTCGTAGATTAT +GTTAATCAATTAAGATTAGATGGAATGAACAAGAAAGAAGCATTAGTATTAGCTGGTAAA +ACTAGAATTAGACCAATATTAATGACTGCCCTTACAACAATACTAGGCCTATCGACTATG +GCCCTTGGAGTTGGTATGGGAGCAGATTTAATGCAACCTATGGCTATTGTTACAATCGGA +GGATTAAGCTATGCTACAATCTTAACTCTATTTATAGTTCCTATAATGTATGATATACTA +CATCGTAGAAATATAAAGAAGGTAGTTATAGAGGAGGATGAGATGTAG +>group_930 +ATGCTAATTGAAATTATAGCATCATTTTTTGCTGCTTTTAGTTTTGGAATTCTTTTCAAT +GTTAAAGGTAAATATTTATATGTTGCTGGAGTTGGCGGCGCATTAGGATGGTTCGTTTAT +AAAATGTGTTTAAATTATGGACTAGGAGATAGTTCCTCATTATTTATCTCAGCTATAGTA +TTCAGTGTTTATTGTGAAATTTGCGCAAGAATATATATGACTCCAGCTACGATACTTAGT +GTATGTTGCTTAATACCACTCGTACCTGGTTATGGAGTTTATAATACCTTATTTGAGTTT +TTAAAAGGAGACTATATAAAAGCCCTTGACTTTGGCACAAATACATTAGCAAGTGCTGGG +GCTTTAGCACTAGGTGTTATTCTTATATCTACTTTATTTAGAAATTTTAATTTACATAAA +TTAATTAAACTTAACACAAACAAAACTAAATTTTAA +>yjjP_1 +ATGGATATAAATAGAATTCTCAATTTTGCCTCTAATGCAGGTAAAATTATGCTCCAAAGC +GGTGGAGAAACTTATAGGGTCGAGGAAACCATCACTAGAATATGTCAATCATTTTCAGTT +GATGATGTCGATGTTTTCGCATCCCCTACTGCAGTAATGGTCTCAATTATAATGGATGGT +AAAATATATTCAGTAGTGAAAAGAATTAGTTCTAGAGGTATAGACTTAAATAAAGTCCAT +AACATAAACTCTTTATCTAGAACAATATATAAAGAAAGACCTAGTATTGATTTTTGCGAG +AAAGAATTAAAAAAATTATGTAAAGATGACTCTTATTCTATTAAGACCACCTTACTATAT +TCAGGTGTTGCAACATCTACTTTTGCAGTGCTATTTGGTGGTGGAATAATTGATTTTATT +GGTGCTTTTATTATAGGAATTTTAACAAAATCGCTATCATTATTTTTAAATAAATCTTCC +TTAAATGAATTTTTTATTAATAGTATTTGTGGAGCATTAATTTCTATTTATTCTATATTA +CTCCTAAACTTAGGCATCATTGGTGATTTAAACAAAGTCGTTGCTGGTAGCATAATGCTT +TTAGTACCAGGACTTTCTCTTACTAACTCGATTAGAGATATACTAGAAGGTCAATTATTA +GCTGGTTTATCTAAAGCTGCAGAAGCATTATTTATAGGTATTTCTACAGCAGTTGGAACT +GGATCAGTTATTCACCTATACCTAAAATTAGGAGGACTGTAA +>lacZ_2 +ATGAGAAAAATATTTAATATTAATGATAATTGGAGTTTTATTAAAGAAGATATTTCTGAT +GCATTTGCAAAAGAATTTAATACTTCTAGCTGGGAGTCTGTAAATGTTCCTCATACTTGG +AATGCTGTAGATGGTGCTGCAGGAAATGAATTCTTTAGAGGGGCTTGTTGGTACAGAAAA +AACCTTACTATAGATAAACTTTATGAAGGTAAAAAAATATACATAGAATTTGGTGCTATT +AATAGCATATCTAATGTTTATGTAAATGGTGTTCACTTAGGGGAGCATAGAGGTGGATAT +TCTATAATTAGATATGATATAACAGAATTAGTTAACTTCGGTGGAGAAAATACTATAGCT +GTAAAAGCTGATAACACTGCTGTTGAAGATGTTTATCCATTAATGGCTGACTTCACATTC +TACGGTGGAATATATAGGGATGTAAATATAGTAGTTACTGAAGATGTTCATTTCGACTTA +ATGAACAAAGGTTCTCAAGGTGTATTCATATCTCAAGATGAAATAACTGATGAGTTAGCA +AAAATAACTGTAAGAGCTAACGTAACTAATGAAAATGAAGAAAAAGAAGCTGTTAGAGTT +GTTGCAACTGTATTAGACGCTAATGGAAATGTGGTTATATACAATGCAAAGGATGTTATT +GTAGAAGGAACTACAGAAGTAATATTACCTATAACAGTTGAAAATCCTATACTTTGGAAC +AGTGTTGAAAATCCTTACCTTTACAATGTTCAAGTAACAGTTGAAAGACATAATGATATG +CTAGATGAATTAAATATAGCAACTGGTTTAAGATACTTCCACTTTGATCCAAAAGAAGGT +TTCTTCTTAAATGGAAAACATTTAAAATTACAAGGTGTATCTCGTCACCAAGATAAGAAA +GATAAAGGTTGGGCTTTAAGTAAAGAAGATCATGAACTTGATATGCAGTTAATAAAAGAA +GTTGGTGCTAACTCTATACGTCTTGCTCACTATCAACATGATCAATATTTCTATGACTTA +TGCGATAAAGAAGGTATGGTAATTTGGGCTGAAATACCATTCATATCTAGAGCATCTGAA +ACAGATTTCACTGGACAAAATGCTAAAGACCAAATGGTAGAATTAATTCGTCAAAATTAC +AACCACTCTTCTATCGTAATGTGGGGAGTTCAAAACGAAATACAAATAGGCGGAGATTTA +CCATACGTTAGAAAAATAGTTCAAGACTTAAATGAAGTAGTTCACAATGAGGATAAAACT +CGTTTAACTACTCAAGCTCAAGTAATGATGGTTCCTGATAATGATGAATACCATACTTAC +ACTGATATAATAGCTTACAATAAATACTATGGTTGGTATACTGGAAAGACTGAAGATTTC +GCAGATTGGTTAGATGAATTCCATGCTGTAAATCCTGATAAATGTTTAGGTGTTTCTGAG +TATGGTGCTGAAGGTATAATGACTTACCACACTGACGAACCAAAAGTAAAAGACTATACA +GAAGAATATCATGCTTTATATCATGAAACGTTAATAAAATATTTCAATGAAAGACCATTT +GTATGGGGAACATATGTATGGAACTTCTTCGATTTCGGTTCTGCTATAAGAGATGAAGGT +GGAGTTAAAGGTAGAAATAACAAAGGTTTAATGACATTTGACCGTAAAATAAAGAAAGAT +GCATTCTATGCTTATAAGGCTGCATGGTCTAAAGTACCATTTGTTCATATAAATAGTAAG +AGATTCATAGAAAGAGCTACTGAAACTATAAATGTTAAAGTTTACTCTAACTGTGATGAA +GTAACATTATTTGTTAACGGAGAAAAATTCAATACTATCTCTGGTGAAAATACATTTGTA +TTTGAAAATGTTAAATTAATAGATGGTCAAAATAATATAAAAGTTATAGCAACTAAAGAT +GGTCAAGAATTTACTGATTTTGCTTTATTCAACAGAGTTGATGAACCAAATCCAGTTTAT +GAATGCCCAGATAAAACAGGTGGTCCAGCAGCTAACTGGTTCGATGAAAGTTTAGTTAAC +TTATTAGATGGTGTTGAAGTAACTGAATTAAACATAACTGATGATGTTTACTCTACTGGT +TGCACAATGAGTGAATTATTAGAAAATGAAGAAACTAAAGCTGTTTTAGCTAAATATCTA +GGTAAAATGATAGAAAGTCCAATGTTAGGTATGATGAAAAATTCTTCTATTCGTGACTTA +AACAAAATGTTAGAAGGTGCTTTCGATGAAAGACTTGTCTTCCTACTAGACAAAGACTTA +TGCCAAATAAAAAAATAA +>ribD +TTGAAGTTTGAAGAATTAGATAATAAAGATATTTTTTATATGAAAAAAGCTATAAGTATA +GCTGAAAAGGGGGAAGGTTTTGTAAGTCCTAACCCTTTAGTAGGTTGTGTAATAGTAAAA +GATAACAAAATAATTGGACAAGGATATCATCAAGAGTATGGAAAAGCTCATGCAGAAGTG +AATGCAATAAATAATGCTATAGAAAACTTAGAAGGGGCAACATTATACGTAAATTTAGAA +CCTTGTTCACATTATGGAAAGACGCCTCCCTGCATCAATAAGATAGTTGAAAGTAAAATA +AAAAGAGTAGTTATATCAAATATTGATCCTAATCCATTAGTTTCTGGAAATGGAGTGAAA +AAACTTAGAGAACATGGCATTGAAGTAAAAGTAGGTGTTTTAGAAAATGAAGGAAGAAAA +TTAAATGAAATATTCTTTCACTACATAAAAAATAAAAGACCTTTATGTATAGTAAAATCA +GCAGTTAGTTTGGATGGAAAAATTGCTACAAAACATAAAGAATCCAAGTGGATATCAAAT +GAAAAATCTAGATATATTACACACAAATATAGATATAAATTTAAAGGAATAATGGTAGGA +ATAAATACAGTATTACAAGATAATCCAAGATTAACATGTAGACTATATGAAGAAAATGTA +TCTAATCCTATTAGGATAATTATAGATAGTAATTTAAAGATACCATTTAATAATAACTTA +GTAAAAGATAAAAGTGCGAAGACTATGATATTTACTTGCAGCCAAGATAATAAAAAAATA +AATTTTTTAGAAAAAGAAAATATAAAAATAATAAAATGTCCTTCAATTGAAAATCATGTT +GACTTAAATTTTGTAATGAGCAAGTTAGGAGAGCTAAACATAGATTCGGTTTTAGTAGAA +GGTGGAGCAACTTTAAATGATAGCTTATTTAGATATAACTTAGTTGATAAGATTAAACTT +TTTATAGCACCTAAAATAATAGGTGGTAGTAAGTCACCAACCTTTGTTTCTGGTGAAGGG +ATAGATAAATTATGTGATGCAAGAAAGTTAAATATTGAAAATGTATCTTTAATAGATGGA +GACATATTAGTTGAAGCTGAGGTTATCAAATAA +>ribE +ATGTTTACAGGAATAATCGAAGAGCTAGGTGTAATCAAAAATATTACAGCTAATAGCAAA +AGTGGAAAAATCACTATTTTGGCAAATAAAATTTTAGAAGATACTAACTTAGGAGACAGT +ATAGCTGTTAATGGCGTATGTTTAACTGTATCAAGTATAAATAAAAATGAATTTGTAGCA +GATATAATGATGGAAACTATACGAGCTACTAACTTAGGAAAACTTAATATAAAAGATAAG +GTGAATTTAGAAAGAGCTATGAGTATATCCTCTAGATTTGGAGGTCATATAGTCACCGGG +CATGTAGATACTGTGGGTATAATTCAAGAATTCAAAAGGGAAGAAAATGCTGTATGGGTA +TCAATTAGGGCTGAAGAAGAATTCTTAAAAAATATGATTTACAAAGGATCTATAGCTATT +GATGGAATTAGTTTAACTGTAGCCTATGTAGATAATAAAATATTTAAAGTTTCAATAATA +CCTCATACAAAGTCAAAGACTACTATTTTAGAAAAAAATGTAGGTAATATAGTTAACTTA +GAAAGTGATGTAATTGGAAAATATATAAGGCATTTCTTAGATACTGATACTAAGGAAAAT +AATAATAAGAATGTAAAGAATAGTATAGATTTAGAATTTTTAATTAAGAACGGTTTTTAA +>ribBA +ATGTTTAATACTATAGAAGAAGCTATAAAAGATATAAGAGATGGAAAGATGATAATAGTT +GTAGATGATGAAAATAGAGAAAATGAAGGTGATTTATTAATGGCTGCAGATAAGATAACT +CCAGAAGCTGTTAACTTTATGGCTACAAATGGAAGGGGGCTTATCTGCTTGCCAGCAGCA +AAGGAAAAAATAGAAGCATTAGATTTACCTCTTATGATTGAGAAAAATACAGATTCATTT +CAAACAGCATTTACTGTATCAATAGATGGAATCAATACAACTACTGGGATTTCAGCATAT +GAAAGAGCAGAAACTATAAAACAATTTACAAGTAAATTGGCTACTAAATATGATTTTAAC +ACACCAGGTCATGTGTTTCCACTAGTAGCAAAAGTTGGAGGCGTTTTAGTTAGGAATGGA +CATACTGAAGCTGCAGTTGATTTAGCAAAGTTAGCAGGATTTGAACCAATAGGAGTAATT +TGTGAAATTTTAAAAGATGATGGAACTATGGCTAGGGTAAATGATTTAATGGAATTTAAA +GAAAAACATAACTTAAAAATAATAACGATAAAAGATTTAATAGAGTATAGAAAAAGAAAT +GAAATAACTATAGAAAAAATATCAAGTGCTAATTTACCTACTAAATATGGAATGTTTGAA +ATAGTAGGATATAAAGATATTTATACTAATCAAGAGCATATAGCTCTTATTCATGGAGAA +ATAAGTCAAGAAAATACATTGGTTAGAGTTCATTCAGAGTGTTTAACAGGAGACTCATTT +GGCTCTTTAAAATGTGACTGTGGTACTCAATTAAGTGCTTCTATGCAAGCTATTGTGAAA +AATGGTTGCGGAGTATTGATTTATCTAAGACAGGAAGGTCGTGGTATAGGACTTTTGAAT +AAAATAAAGGCCTATAATCTTCAAGACAAAGGGTATGACACTGTTGAAGCAAATTTGGAA +CTTGGATTTGAGGGAGATATGAGAGATTTTTATATGGCTGCTCAAATTTTAAAAATCTTA +GAAGTTAAAAGTATTAATTTACTAAGTAACAATCCAGATAAATTTGAGCAACTTGAAATG +TATGGAATAAAAATAAATGGAAGAATTTCTACAAAAGGAGAAATTAATGAATTTAATAGA +GGGTATCTAAAAACTAAAAAGGAAAAAATGGGACATTTCCTAGAGATAATGTAA +>ribH +ATGATATATGAAGGTAAATTAAATGGAAAAGAGCTTAGAATTGGTATAGTAGCAGCGCGA +TTTAATGAACTTATAACAGCTAAATTATTAGGTGGAGCAAAGGATTGTTTACTTCGCCAT +GATGTTCATGAAAATAATATAGACATAGCATGGGTACCAGGTGCATATGAGCTACCTTTA +ATCGCTCAGAAAATGGCTAAAACTAACAAGTATGATGCTATACTTTGCTTAGGTTGTGTA +ATTAGAGGTGCGACAACTCATTATGATTATGTTTGTAATGAAGCTTCTAAAGGTATTGCA +AAAGTTTCTTTAGATACAGAAGTTCCTATCATGTTTGGGGTTGTAACGACTGAAAATATA +GAACAAGCAATTGAAAGAGCAGGAGCTAAAGCTGGAAATAAAGGATATGATGCTGCTATG +GGAGCATTAGAGATGACTAATTTATTAAAGGCTATAAATTAA +>cbiM +ATGAGAAATTTAAAACTAGGATTAATTGCAGCTTTTATGTTTGTTATTTTAAATCCAATT +CAATCAAGTGCAATGCATATAATGGAAGGATTTTTACCTCCTACATGGTCTATAATATGG +ACTGTTTTATTTATACCGTTTTTCTTGGTAGGTTTAAAATCTATAAATAAAATAGTGAAG +GAACAACCAAAGAAAAAATTATTGTTAGCGTTATGTGGAGCGTTTGTTTTTGTATTATCA +GCTTTAAAAATACCATCAGTTACAGGGAGTTGTTCTCATCCAACAGGGGTAGGGTTAGGG +GCAATTTTATTTGGACCAAGTGTAATGGCGGTATTAGGAGTAATAGTTCTTTTATTCCAA +GCTATACTTTTAGCACATGGTGGATTAACAACTTTAGGTGCAAATGCATTTTCAATGGCA +ATAGTAGGGCCTATAGTATCTTTCTTTACATTTAAAATTTTAAAAAATAAAATAAATAAG +AGTTGGGCTGTATTTATGGCAGCAGCCTTGGGTGATTTACTTACATATACAATAACATCT +TTACAGTTAGCTTTAGCTTTTCCAGATCCAGCTGGCGGAGTAATGGTATCAGCGGCTAAG +TTTTTAGGAGTATTTTTCTTTACTCAAATTCCAATAGCAATTGCTGAAGGTATATTAACT +ACTATACTTTATAACTTAATAGTTCAAAATGAAGGTGAGGAGGTTACTGAATATGGATAC +AAATGTTAG +>cbiN +ATGGATACAAATGTTAGATCTAAAGATGCTAAAAAAAGTAATAAACTTAACTGGTTATTA +TTACTTCTAGCAGTTGCATTAATAATACTACCATTAGTATTTAATCCATCAGCAGAATAT +GGTGGTGCAGATGGAGAGGCAGAAGAAGCCATAACAGAAATAGCTCCTAATTATGAACCA +TGGTTTAGTAGTTTTTATGAACCACCAAGTGGAGAGATTGAGAGTTTATTATTCTCAACA +CAAGCAGCGTTAGGAGCTGGAATAGTTGGCTATTATTTAGGTAGTAGAAAAAGAAAAAAA +TAA +>walR_4 +TTGAAAGATTCGCTTTTAGTTTTGATTTGTGATGATCAACAATCTGTTCATGAAACTGTT +GGAGAATATTTAAAATTAAATGGAATTAACTATATATCGGCTTATGATGGAATTGAAGCT +ATAGAAAGATGTAAAGAATATAAACCAGATTTAATATTATTAGATCTAATGATGCCTAAG +ATGTTTGGTGAAGAAGTATGTAAGGAAATAAGAAAAAATAGTGATGTGCCAATAATTATG +CTAAGTGCAAAAGATGATACTATAGATAAGATATTAGGATTAGAAATTGGAGCGGATGAC +TATATTACAAAGCCTTTTTCACCAAGAGAAGTAGTAACAAGAATAAAGACTGTTTTAAGA +AGGTCTACAACAAGTACTCTAAAAGAAGAATGTCATATTAAATTTAGAGATCTAGATATA +AATTTAGATGCCCATGAGGTTAAACTTAAGGGAGAATCTATAAAAATAACACCAAAAGAA +ATGAAGATACTTTATATGTTAGCATCTAGTCCAGGAAGTATATTTAATAGAGAGCATATA +TTATCAGAAGTTTGGGGATACGATTACTTTGGAGACACAAGGGTTGTAGATACCCAAATA +AAAAGACTTAGAAAGAAGCTTCAAAGAGATGATTTAAGTTGGGAAATCAGATCAGTGTAT +GGGGTAGGATATAAACTTGAGGTGTTATAA +>sasA_9 +ATGGAGATTGGACATTCTAAAAAATTTTCAAAAAAAATTGGAAATATAACGATACTAATA +GTAATTATGGTTATTTTATTTTGTAGCTTTACAATGAGTCAGTATTTTTTAAAAATAAAA +CTTGGAGAAACTAAGGATAGTGTAAATACTATAGTTGAAAACTTTGACAGAGATAAAAGT +AATATAAGCGATATTATAGATAAATATCCAATATATAATTCGATTATACAAGTATGTGAT +ATAAGTGAAGATGTTATGATAAGTAAAAAACAATTCACTAAACAAATAGATTATGGAAAC +CTTACTATAGAAGGTTTGCATAATGCATTAGAACCATATAAGGTATCTGTACTCAACGGA +AATTCTATAAGTGGTATTATAAAGTTAAGTGAAGTAAAAGGAGATGTAATGATAATAGGA +CAACCTTTAAAAGATGCAAATGAGAAGGTTGTAGGAGCTATTTTTGCACTAAAATTCACC +AAAGAGTTTAATGCTGTATTAATAGGATTAAATACTGTATTAAGTTTTAGTATGATTTTT +ATTTTAATATCAATAATAACACCTTTTTACTTAATATTAAAGAAGACTTTTGAAAAAATA +AGAAATATGACTGAAATGGTAATAGATATGTCTAAAGGAGACTACTCAGTAAGATTTGAA +AAAGATGAAAATGAACAATTAGATAAATTGTCAGGAGCTCTCAATGAATTAGCTATTAGA +CTAGAGCAAACTGTAAATCAATCAAAATTATTAGAGCAAACAAGAAGAGACTATGTTGCT +AATGTAAGTCATGAATTAAAAACACCCGTAACTTCGATTAGAGCAATGGCAGAAATATTA +AAAGATGGAAGTTTGGTAGATAAGGTAGATAAAGATAAGTACTATAGTATGATACTTAGG +GAATCTATACGATTAGAATCACTTATAAAGGATATGTTAGAACTATCTAAACTTCAATCT +GGAAAAGAATCCTTAGAAAAAAAGAAAGTAAGTTTAAATGAAACACTATTACAAGTGATT +GATGAGTTTAAAATTATGTCTGAGGACTTAGATATAAAGCTTATTATAGAAATAGATTTT +GATGATTTACCAGAAGTATATACTAATATTAACAGAATAGCTCAAGTACTAGTTATATTA +ATTGATAATGCTTTTAAGTATACAGCGAATAATGGAAGTGTTACTTTAAAGGTTCTAAAG +CAGGAAGATTATGTTAAGGTAAGTGTATGTGATACAGGAGTTGGAGTAGAGGAAGAAGAT +ATTCCATTTATTTTTGATAGATTTTATCAAGCTGACAAATCACATTCATCAGAAGGTACA +GGGATTGGATTGTCGATTGCCTGGGAAATAATGAAGAATTTAGATGAGAATATATACTAT +GAGTCAAATGATATATATCAATCTATATTTAATTTTACTATACACTATGAATAA +>group_642 +ATGGAGACAAGAATTGCATTAATTGGGATAATTATAGAAGATAAAATGGCAATACCAAAA +CTTAATGAAACGATACATAAATATGAACAATATATAGTTGGAAGAATGGGTATTCCATAT +AGAGAAAAGGGAATATCTATTATCAGTATAATAATTGATGCGAATAATGATGTGATTAAT +TCATTATCAGGAAAACTTGGTATGATTAAAGGAATTAATGTGAAAATAAATTATTCGAAA +GTTAACAAATAA +>bioB_2 +ATGTATGGTGTAAAAACAAAAAGTGTGTATGATGCAAAGTCAAGTGTAGCTACAGAATTT +ATAAATCATGAGGAAATACTGGAGACTCTTGAATATGCAAAGCAAAATAAAAATAACAAG +GAATTAATAGAAGGAATTCTAGACAAAGCAAATAGATGCAATGGATTAAGTCACAGAGAC +GCGGCTGTATTACTTGAATGTGAAGATGGAGATTTGATTCAAAAAATGTTTACTTTGGCA +GAGGATATAAAAAAGAGATTCTATGGTAATAGAATAGTAATGTTTGCTCCTTTATATCTT +TCAAATTATTGCGTGAATGGATGTGTTTATTGCCCGTATCATTTAAAGAATAAAACTATA +GCAAGAAAGAAACTTACTCAAGAAGAAATAAAGAATGAAGTTATAGCTCTTCAAGATTTA +GGACATAAAAGACTAGCTCTGGAAGCTGGAGAAGATCCAAAAATGAATCCTATAGAATAT +ATATTGGAATGTATAGATACTATTTATAGTATAAAGCATAAAAATGGTGCAATACGTAGA +GTAAATGTAAATATTGCTGCGACAACAGTTGAGAATTATAAGAGATTAAAAGATGCGGGA +ATAGGAACATATATATTGTTCCAAGAAACCTATAATAAAGAATCTTATGAAAGACTTCAT +CCAACAGGTCCTAAGAGTGATTATGCATACCATACAGAGGCTATGGATAGAGCTATGGAA +GGTGGAATAGATGACGTTGGTCTAGGGGTTTTATATGGTTTAAATACTTATAAATATGAT +TTTGTTGGAATACTTATGCATGCAGAACATTTAGAAGCTAAATTTGGGGTAGGACCTCAT +ACTATAAGTGTTCCAAGAATACGTCCTGCAGATGATATAAATCCAGATGATTTCCCAGAC +GGTGTTCCAGATGACGTGTTCCAAAAAATAGTAGCAGCACTTCGTATAGCAGTACCTTAT +ACAGGTATGATAGTTTCAACAAGAGAATCTCAAGAAACTAGAGAAAAGGTGCTGCATCTA +GGTGTGTCTCAAATAAGTGGAGCATCATGTACTTCTGTTGGGGGGTATGCAGATAGAATT +GAGGGGAAAAAAGAAGAAGTAAATACAGCTCAATTTGACATTGATGATGACAGAACACTG +GATGAAGTTGTAAATTGGTTACTTGAAATGAGGTATATTCCAAGTTTCTGTACGGCTTGT +TATCGTGAAGGAAGAACTGGAGATAGGTTTATGAAATTGGTAAAATCAGGTCAGATAGCA +AACTGTTGTCAACCGAATGCTCTTATGACATTAAAAGAGTATTTAGAGGATTATGCAACA +GAAGATACAAAGAAAAAAGGTGAACTATTAATAGATAAAGAAGTTGAAAAGATACCAAAT +GAGAAGGTTAAAAAAATAGTTAAAGAGCACTTAAGTGATTTGCAAGAAGGTAAACGTGAT +TTTAGATTTTAG +>mleN_3 +ATGAAAAATGAAAGAAAAAAGGGTAATTTACTTGCATTATTGCCATTAGCTGTATTTTTA +TTATTATTTGTAGGATCAGGAATTATAACAGATGATTTTTATAAGATGCCAGTACTTGTG +GCATTTATAATATCAACAGTAGTAGCTCTATTATCAAATAGAAAAGAAAGTATGAATAAA +AAAATGGATGTATTCTGTAAAGGAGCTGGTCACGCAGATATTATATCTATGTGTATAATA +TTCTTATTAGCAGGAGCTTTTGGTACGGTTACTAAAACTATAGGAGGAGTTGATTCTATA +GTAAACTTAAGTTTATCTGTATTGCCAGCAAACTTAGTTGTAGTAGGCCTTTTCCTTATA +GGATGTTTTATTTCTTTATCAATGGGAACATCAGTTGGAACAATAGCAGCAATAGCGCCT +ATAGGGATAGGTGTTGCTGAAGCAACTGGAATACCTGTAGCTTTAGTATTAGGTGCTGTA +GTTGGTGGAGCTATGTTTGGAGATAATTTATCAATGATATCTGATACAACTATAGCTGCA +GTTAGGACACAAGGATGTGAGTTAAAAGATAAATTTAAAGTTAATTTCTCAATAGTATTA +CCAGCAGCAATAATAACAGTAATTTTAATTGCAGTAAAAACATCAAGTTATAATGTAGAA +TTAAATGAGGTTTACACTTATGAACTAGTTAAGATAGTTCCGTACTTAGTAGTATTAATA +GGTGCATTATTAGGAGCTAATGTTTTTGCTTTACTTAGCGGAGGGACTATATTTGCTTCA +TTAGTGGGAATATACACAGGTTCATTTGATTTATTTGGAGCAATAGAATCTATAAATGCA +GGAATGTCAGGAATGTTTGAGTTAGCTATGATATCAATAACTATAGGTGGATTAGTAGAA +CTTATAAAGCTTAACGGTGGAATTGATTTTATATTATACTTTATAAGCAGTAGAATAAAA +TCTAAAAAAGGTGCTGAAGTTGGTATAGCAGCATTAGCAAGTATAGTAGATTTATGTACA +GCAAACAATACAATAGCAATAGTAATGGCAGGTCCATTAGCTAAAAACATTGCTGATGAA +TTTGAAATTGATCCAAGAAGATCAGCAAGTATATTAGATATATTTTCAGCTTGCTGGCAA +GGTATAATCCCTTATGGAGCTCAATTACTAACGGCAGCAGGGCTAGTATCTATATCTCCA +GTTGATATAATACCTTATTTATATTATCCAGGATTAATGGGGATATTTGGAATGCTTGCC +ATAGTATTTGGGGTACCTAAATTAAAACCTAGTAAGAAAAGTAAAAAGGTAGCATAA +>group_1433 +ATGGGGAATAAAAAAATTAAACATCTGAAAGGTAGAAAGAGTAAAAATAAAAAGTTAAAA +AGGATTTTTTCTACACTTTTTAGTTTCTTATTTATATTAGTTTTACTAGCAGGATTAAAA +TATGCAAAAGAAATGTATATGGCAAAAAATATAGAGGATTCTAAGATAGAATTTTATATG +GACGTAGCAGACGAGGTAGGTAAGGAGAAAATACAACTTAATTGGAAAGAGCTACTTGCT +GTAGATATGATCATATATAATGGTGATTTAAGTGGCGTAAAAAAGAGTGATGCCTTAAGT +AGGGCTAAAAAATTCATAAAATATTCAAAAGATAAATTTGGAGAATGGAATTACACATTA +CATACTTTAGATGAAATTTTGGAGAAACATAACTTCACTGAAAATCAAAAATCAGAGGTG +AAGAAAAATTTAAAAAATTTGGAATATGTATTTTTAGGGAATAAAAAATTAAATGAAAAA +AGTCCTGAAGTTGTTTTTATAAATAAAATAAAAAATATAGCTATAAAAAATTATGAAGAG +TATGGAATTTTACCATCTATAACAATAGGTCAATGTATACTGGAGTCTGGATGGGGGAAT +TCAGAATTGGCTAAGAATGGTAATAATTTATTTGGAATAAAGGCAGATTCATCATGGAAT +GGTGATAGTGTAAATATGACGACTTCTGAGAATTATGATGATAAAATTGTAGCTGCTTTT +AGGTCTTATTCCTCCATTGATGAATCAATAAAAGATCATGGGAAATTTTTAAAAGAAAAT +CCTAGGTATGAAAAGAGTGGATTGTTTTCAGCTAAACACTATACTTCACAAGCTCAAGCT +TTAGAAGATGCAGGTTATAGTACTAAAGAAGACAAATATGGAAATAAGATATATGCGGAT +ATACTTATAAATCTTATAAGAAGATATAATTTACAGCTTATAGATTGTGAGTTATATGAA +AATAAGTAA +>group_1445 +ATGCCCCAAAATAACTATAAAGAATTTGTATTTTGTAATAAATGTCATAATTATCCTTGC +CATTGTAAAAAAAATGAAGTCATAAATATGTATAAACGACCTAATAATTATTATAATACC +ACAACTAACAATGAGCAAAATAATTGCTCTATTGTACAAAAGACAGATAACGCTTATTCA +ACAAACACTATATACTACAATAAATTTTGTAAAAAAAGACCTAGAAGGCAAAATAATAAA +TTTTACAAAGCAAATTGTAATACAAACAATTGTAACATCAATAACTGTAATATGAATAGT +TGTAATCCTAATCGTAGAAGAGGTTTTTGTGGTCTAAGTTGGTTATTGTTATTCCTATTC +TTCTTATAA +>potD_2 +ATGAAGTCTAAAAAGTTTATATCTTTAGCTACGATATTTACACTAGCCTCTACATTATTA +GTTGGATGTGGTACTTCTAAGCCATCTAATCAAGTTCTCAATGTATATAATGTGGGTGAC +TATATAGATGAAGGCTTAATAACTAAGTTTGAAGAGGAAACGGGAATAAAAGTAGTTTAT +GAGACTTATGATACAAATGAATCTATGTATCAAAAGGTTAAGAGTGGAAGTACGAAATAT +GATTTGGTATTCCCATCAGATTATATGGTTGAAAAAATGATAAATGAAAATATGTTAGAA +GAAATTGATTATAGTAATATACCTAACTACAAATATATAGATGAAGATTTTAGAAATGCA +GCGTATGATAACGGTGATAAACATAGCGTGCCTTATTTATGGGGAACTTTTGGAATAGTA +TATAACAAAAACGTTGTAGATGAAGAAGATGTGAAAAGTTGGGATGTACTTTGGAATAAA +AAGTATGCAGGTGAAATTCAAATGCTTGACTCTGTTAGAGATAGTATGGGAATATCTTTA +AAAAGGTTAGGATATTCTATGAACTCAACTAATCCTAAAGAAATAGAAGAAGCTAAAGAA +CAACTTATGGCACAAAAGCCTATAGTTCAATCTTATGTTAATGATGATGGTAAAGATAGA +TTAGTAGCAGGTGAATCTGCTATGGGAATAGTTTACTCAGGAGATGCAATTACATTAATA +GAAAGTAATGATGATTTAGCTTATTCAGTTCCAAAAGAAGGTACAAATAGATGGATAGAT +GCTATGTGTATACCTAAAACAGCTGAAAATAAAGATTACGCAGAAAAATTTATAAATTTT +ATGTTAGATCCAGAAAATGCGGCTGTAAATGTTGAATATATTTGGTATTCAACACCAAAT +ACAGGAGCCATAGACATATTAGGAGAAGATTATACAGATGATCCTATAATGAATCCTTCT +CAAGAAGTAATTGATAAAAGTGAAGTGTTTTCTGATTTAGATGCAAATACATTAAGATTA +TATGATAATGCATGGATAGAAGTAAAATGTGAATAG +>group_1424 +GTGTTTATATTTTTATATGCACCAATACTTGCACTAGCAGTTTTCTCATTTAATGACTCT +AAATCAATGGGTAAATGGGAAGGATTTACTTTAAAATGGTATGAGAGCTTATTCCAAGAT +GAGAGAATAATGACTGCTTTATTTTATACTGTTGTTATAGCAGTAATAGCCTCAGTAGTG +GCTACTATAATAGGTACAATTACAGCAATTGGAATACATAATATGAGAAAAGGAAAATTA +AAAAGTACGCTATTGAGTATAAATAATCTTCCAATATTAAACCCTGATGTTGTAACTGGG +GTATCTTTAATGACATTATTTGTATTTATTAATGTGGAATTTGGATTTAAAACTATTTTA +CTTTCGCATATAGTATTTAATATTCCATATGTAATACTTTCGGTTTTACCAAAACTGAAG +CAACTACCAGCTAATATTGAGGAAGCAGCAATGGATTTAGGTGCAACACCAATGTATGCT +TTACAAAAAGTAATAATACCTCAAATAAAGCCAGGAATAATATCAGGTATGTTAATCGCA +TTTACTATGTCTATAGATGATTTTGTAATAAGTTTCTTTGCAGCAGGAAATGGTGTTAGT +AACTTATCTATTGAAATATACTCGATGACTAGAAGAGGAATAAGTCCTGAAATTAATGCA +TTGTCAACAATTATGTTTGTTGTGGTATTAACTTTATTAATTTTAGCCAATGTAAATGGA +GATAAAAAAACAGTAATAAGTAATTAA +>potB +ATGAAAAGAAAATCTAATTCATACTTAGCTTCTCCTTATGTTGTATGGAGTATGATTTTT +ATAGTGATTCCTTTATTACTAATAGTATTCTTTGGATTTACAAAAGAAGAAAATTGTCAA +TATATATTTTCGTTAGAGAATTTTCAAAGATTAATGGATCCGATATTCTTTAAGGTATTT +GCACGTTCTCTATGGTTAGCTTTAGTGTCAACAATACTATGTATATTAATAGGATATCCT +ACAGCTTATATAATTTCAAAAGCAAAGGTAAGCAGACAAGGTATACTTATATTACTTTTC +ATACTTCCAATGTGGATGAATTTTTTACTGAGAACTTATGCTTGGATGGCTATTCTAGGT +AAAAATGGATTTATTAATACAGTTCTTACGACCTTAGGGTTTAACCCTATAAATATTTTA +TATACAAACACAGCCGTATTATTAGGTATGGTGTATAACTTTTTACCATTTATGGTACTT +CCGATATATACAATACTATCAAAAATGGATAAAGACTTAATTAATGCAGCGAAAGACTTA +GGGGCAAATAGCTTCCAAGTTTTTACTAAAATAATATTGCCTTTAAGTGTACCTGGTATA +GTATCTGGTATAACTATGGTATTTATGCCAGCAGTATCCACTTTTGTAATTTCAAAATTA +CTAGGTGGAGGAAAAGTAATGCTGGTTGGAAATTTAATTGAACAGCAATTTATGACAGTT +GGAGATTGGCATTTTGGTTCTGCCGTATCGATTTTTATGATGATATTAATTCTACTGTCT +ATGGCATTTATGAATAAATTTGGAAATGAATCTGGTAAAGAAGGCGGTGGATTAATATTA +TAA +>potA_2 +TTGAAAGATAATATAATAAGTTTACAGGGAATATCTAAAACGTATGAAGATAATACAGTT +TTAGATGGTTTAAATTTAGATATAAAGAAAAATGAGTTTTTAACATTATTAGGCCCAAGT +GGATGTGGTAAAACTACTACATTAAAAATTATAGCTGGATTTGAGTATGCTGACGATGGA +AAGGTATTATTTGAAAATAAGGATATGAATAATATCCCTCCATATGAGAGAGCAGTAAAT +ACTGTATTCCAAAAATACGCTTTATTTCCACATATGAATATTTATGAAAATATAGCATTT +GGATTAAAAATTAAAAAAATGCCTAAAGATGATATAGATAGAAAAGTAAAAGAAATGCTT +AAATTAGTAGCTCTTGAAGGTTTTGAAAAAAGAAGTGTAGATTCTTTAAGTGGAGGTCAA +CAACAAAGGATTGCTATAGCGAGAGCTTTGGTGAATGAGCCTAAGGTGCTTTTACTAGAT +GAGCCACTTGGAGCACTAGACTTAAAGCTAAGACAAGAGATGCAAACTGAATTAAAAAAG +ATACAGCAAAAACTTGGGATTACATTTATATTTGTAACTCATGACCAAGAAGAAGCATTA +ACTATGTCTGATACAATAGTTGTTATGAACAAAGGTAAGATACAACAAATGGGTACACCA +GAAGATATATATAATGAACCTGAGAATGCATTTGTTGCTAGGTTTATAGGTGAAAGTAAC +ATATTTGATGGAATTATGCATGATGATTATAAAGTTGAATTCTGTGGCAAGAATTTTGAT +TGTGTAGATAAAGGATTTGACAAGGATGAAAATATAGATGTCGTAATTAGACCTGAAGAT +ATAAAAATGACTGCTGCAAATGAAGGGATGCTAATAGGAATAGTTACATCTGTTGTATTC +AAAGGTGTACATTATGAAATAGAAGTAAATGAAAATGGTAGAAAATGGATAATTCATAAT +ACTCAAAGTGCCAAGGTAGGAGAAGAACTTGGTATGGATATATATCCAGAAGACATTCAT +ATAATGAAAAAGGTAAGTGAAGCATAA +>puuR_2 +ATGGATATAGGTGAAAAAATCAAGAGAATGAGAATAGAAAAACAGTTGACCCAGGAAGAA +TTAGCTAATAGATGTGAACTATCAAAGGGTTTTATTTCTCAAGTTGAAAATAATTTAACA +TCACCGTCCATAGCTACTCTTATAGATATACTAGAAATTTTAGGAACGAACTTAAGAGAG +TTTTTTAATGAGATAGACGATGAGAGAATATCATTTACAAAAGATGATATGTTTGAAACT +GAAGATGAAGAATTGAAATATAAATTAAAATGGTTAATACCTAATTCACAAAAAAACCAA +ATGGAACCTATAATAATAACATTATACCCAGGTGGGCAGTATAAAGAAGAAAAGCCCCAT +GAAGGTGAAGAATTTGGGTATGTTCTTGCTGGTTCTATATACGTGCATATAGGAGATAAA +AAAAGTAAAGTTAAAAAGGGAGAGAGTTTCTACTTTAAGCCTAGGGCTAATCATTACATA +TCTAATGTTGGTAAAAAGGAAGCTAGAGTGGTTTGGGTAAGTACTCCACCATCATTTTAG +>yvoA_2 +ATGAAATTAGTTGATAAAGATAGCTCAATACCGTTGCATATACAATTATCATCTATAATA +AAGGATATGATAGATAATAAAGAGCTAAAAGAAGGGGATTCAATAATTCCAGAAAGAGAA +CTTTGTAATATACAGAATGTAAGTAGAATGACAGTGAACAAGGCAATTGTAGGTCTTGTA +TCAGAAGGTATACTTTATAGAGTTCAAGGAAAGGGGACTTTTGTATCAAAGAAAAAAGAA +AAGTACCAGTTTTCTAATGTAAAAGGATTTACCCAAGTTATGAGAGCAAAGGGAGTAAAA +ATAAAAACAGATATTTTATCCTTTGAAAAAGAATTACCAAGTCAATTTGTAAAAGACAAG +CTAAACATAAATGATGATGCTACTGAAATATACAAGGTAGTTAGACTTAGGTATATTGAA +GAAGAGCCATTTGGAATTGAAATTGCTTATATTTCAGATGAAATGTGTAATAATCTAAAA +AAAGAAATGTTAGCAAATAAATCATTATATGATGTTTTACATAAAGACTATAATTACATA +ATAAAGAAAGCTAACCAGATAATAGAGCCAATAGTTCTTTCTGAGGAAGAATCAAAAATA +CTTAAAGTTGAAGAAAAAAGCTTAGCTTTAAAACTTCATAGAAATTCATATGAAGAAAAT +GGACATCCTATAGAATACACAATCTCAATATTTAGAAGTGATAAGTACCAATATGAAATA +GCTTTAACTGATTAA +>cvfB +TTGATAAAAATAGGTGATTTTAATAAATTAAAAGTTAAAAGAAAAGCTGATTTTGGTTAT +TTCTTAGATGGTAAAACTAATAATACTAAAGATGATATTTTATTACATAATAGATTACTT +GGAAAAAATGAAATTGAAGTTGGAGATGAAGTTGAAGCCTTCATATATAAAGATTCTGAA +GATAGAATTGCTGCCACTTTAATACCTCCCAAAGCTAAAGTTGGTGATATTGCAATATTA +AAGGTTGTTGCTCATACTCAAATTGGTAGCTTCATTGATATCGGTCTTACTAAAGATATC +TTAGTTCCTTTCAAAGCTAGAACTTATGACTTAGAAAAAGGAGAAAGATATCCGTTCTAC +ATTTACGTAGATAAAAGTGGTAGAATAGCTGCTACTACAGATATTGATATGTACTTAACT +ACTGATCATGAATATAATATTGGAGATACTGTAACTGGTATAGTATATGGGTTCCAGACT +AATAACTCTGCTATGGTGGTTGTTGATAATAAATATGCTGGTGTTATACTTCACAATGAA +TACTTTACAGAATTAAAACCAGGAGAGGAATTAACTTTAAAAGTTATAAAAATTTACGAA +GACGGCAAACTTGGCCTTTCTCCTAGACAAAGTAGAAAAGAAGAATTAGATACCTTAGAA +ACTTCTATAATGAATTATTTAGAAGGTAATGATGGATTTATGAGATTTAACGATAAGTCT +ACTCCTGAAGAAATTGCTACTGTATTTAATTCTAGTAAAAAGAACTTTAAGCGTGCTTTA +GGAATTCTTATGAAAAAAGGTCTTATTTATCAAGATACTCAAGGAACTCATATAAAGTAG +>ybaK +ATGTCAAAAACAAAGATAAAAACTAATGCTATGAGAATACTTGACTCTCATAATATAAAT +TACAAAATGCATTCTTATGATTCAGGAAAAGATCATATAGACGGAGTAGAAGTAGCAAAA +AAGATAGGTAGAGATGTAAGCGAAGTTTATAAAACTCTAGTAGCACAAGGTGCAAGTAAA +GAATTTTATGTATATGTTATACCAGTACATGAAAATCTAGATTTGAAGAAAGCAGCTAGG +GCTGCCAATGAAAAAAATGTTGAAATGATACATGTAAAAGATATTAATAAGATCACAGGA +TATATAAGAGGTGGGTGTTCTCCTATTGGAATGAAAAAACAATATAAAACCTTTATAAAT +GAAAGTGCAGAAAATTTAAGCTCGATAATAGTAAGTGCAGGTAAAATAGGATATCAGATA +GAAATATCACCTCGGGATTTACTAAGTTTAATAAATTTTGAGTTTATAGATCTAATAAAA +TAG +>group_1426 +ATGATAAAAAACAGAGTTGAACAGTTAAGAAAAATTATGGATGAAAAAGGAATTTATGCT +TATATAATACCATCTTCAGATTTTCATCAAAGTGAATATGTAGGTGAGTACTTTAAAAGC +AGAGAGTTTATAACTGGATTTACAGGATCAGCTGGAACTGCTGTTATAACTAAAGATGAT +GGTGGTTTATGGACGGATGGTAGATACTACCTACAAGCTGAAAAGGAATTGGAAAATAGT +GGTGTAAAATTATTTAAAGCTGGATTAGAAGGTGTTCCTGAAATAGAAGATTATTTAAAA +GAAGTTATGCCAGAAAATTCTACGCTAGGGTTTGATGGAAAAGTAATTTCTGTTTATGAA +GGGGAGAAATTACGAGAAACATTAAAAGATAAAAATATAAAGATTGCCTATGAAGAAGAC +TTAATAGATAGCATATGGAAGGAAAGAATATCTATGTCAGATTCAGAAGGATTTTTATTA +GACATAAAGTATGTAGGTGAAGATTTTGTAAGTAAATTAAGCAGAGTAAGAGATGCTATG +AAAGAAAAAAAATCAACTATGCATATAATTGCAGCACTAGATGATATAGCGTGGTTATTT +AATATAAGAGGTAGAGATGTAAAATATAACCCTGTTCTTCTTTCGTATGCAGTGATTACC +TTAGATAATGTATACTTATTTATTGATGAAAATAAATTAACTGATGAAATAAAAACAGAG +TTAAATAAAGGGAATACAATAATAAAACCTTATTTTGATATATATGAATTTGTAAAAGAA +ATAAATAAAGATGAAAAGGTATTATTAGATAAGTCTAAGGTGAACTATGCAATTTATAAT +AATATACCAAGTGATGTGGAGAAAATAAATGCATCGAATCCAACTATGTTATTTAAAGCA +GTTAAGAATAAGGTTGAATTAGAAAATATAAGAAAGTGCCATATAAGAGATGGTGTTGCG +ATGACTAAGTTCATGTACTGGGTAAAAAATAATGTAGGTAAAATTGATATGGATGAAATA +AGTATAGATGAGAAATTATTATCATTTAGAAAGGAACAAGAAAACTTTATTGAGCCGAGC +TTCAATACTATTGCAGGTTATAAGGATCATGGTGCTATAATCCACTATAGTGCTACTAAA +GAAACTGTATATAAATTAGAAGCAGAAGGTTTACTATTAGTGGATTCTGGAGGACAGTAC +TATGATGGAACTACAGATATTACTAGAATGTATGTTTTAGGGGAAATCCCAGAAATCCAA +AAAACTCATTTTACAGCTGTAACTAGAGGGATGATAAAGTTATCTATGGCTAAATTCATG +TACGGATGTAGAGGGTATAACTTAGATATACTTGCTAGAGGTCCACTTTGGGAGATGGGA +TTAGATTATAGATGTGGAACAGGTCATGGAATAGGATTTGTTTTAAATGTACATGAAGCT +CCAAATGGATTTAGATGGAAGATTGTGCCTGAAAGAAATGATAGCTGTATTTTAGAAGAA +GGAATGGTAACTACAAATGAACCAGGAGTTTATATAGATGGCTCTCATGGTATAAGAATA +GAAAATGAGCTTATAACAATAAAAGGTGAAGCAACTGAATATGGACAATTTATGGAATTT +GAGGCAGTAACTCTTGCACCGATAGACTTAGATGGAATTAATCCTGAACTTATGGAAAGA +AAAGAAATAGAGTACTTAAATAATTATCATAAGAAGGTTTATGAAGAAATATCTCCATTC +TTAAATGAAGATGAAAAGGAATGGTTAAAAGAATATACGAGGGCTATATAG +>cmpD_2 +ATGGAAGAGATAATCTTAAGCATAAAAGATATTAATAAGAGATACGATGGTCGAACTGTA +TATGAGAATTTTAATATAGATTTCTATGTTAATAAAGTGAATTGTATAGTTGGAAAGTCA +GGATGTGGTAAAAGTACAATTTTAAATATTATAAGTGGAATAATTCCTAATGATAGTAAT +AACTTCACTAGTTTAGAAAGTATAGGATTAAGTTATATATTTCAAGAAGATAGGCTTATA +GATTGGCTTACAGTAGAAGAAAATATAAAGTTAGTAGCAAAGACGCATTATAATAAAGAA +AAAGTAGAAGCGCTTAGTCAAAAGTATCTAAAATTAGTAGGAATTGAGGAGTATAAAAAT +AATTATCCTCAAATGCTAAGTGGAGGGATTAGACAAAGAGTAAATATAGCTAGAGCATTT +ATATATCCATCTAAAATAATAATAATGGATGAACCATTTAAATCTATAGATGTAAAAAAT +AAAAAAATAATAATGGATAGTTTAAAAGAAATTTTAAATAAAGAAAGTAGAACCGTTTTG +TTTGTAACTCATGATATAGATGAAGCTATATACTTAGCTGATTATATTTTTGTATTAGGA +AACTCTCCTGTACAAGTAACTCAAATATTTAAGAATAACAAGTATTTAACAAAAAAGGAA +CTTTATGAAGTAATATAA +>group_1428 +ATGAAAAAAAGTATAACTCTATTATTATCAATCCTTATAGGAGGAACTCTTTTAGTTGGA +TGTAATCAGACTAAAGAAGAGCCAGTAGTTGAAATTAAGAATGTAAAGGTCACAGCTCCA +GATGGATTACCTGCGATATCTTTAGCTAAGCTTGCAAAAGAAGATCCAGAAGTTATGAAA +GGATATAAAATAGAGTATTCTATAGAAGCAACTAGTGATTCGCTTTCAACAACAGTAATG +AAACAGGAGCCGGATATAGCTGTTGTTCCATCGAATATGGCTGCAATGGCATATAATAAA +ACTTCTAACTATCAAATATTAGGTACTGTAGGAATGGGATCTTTTTATTTAGTGTCTAGT +GAAGATATAAATGACTTTGACGATTTACTAGGAAAAGAAGTTGGAAATACAGGTAAGGGA +TTAACGCCAGATATAACTGTACAAACAATTTTAAAAGAAAAAAATATAAATACCAAAGAT +GTAAATTTTAATTATGTAAATGCAATGAGTGAATTAGTACCATTGATGGCAACAGGTAAA +TTAAATACTGGGTTTGTAGCAGAACCAGCTTTGACAGGTTTGATGATAAAGAATGAAAAT +ATTAAAATTATAAAAGGATTAAATGATGCTTGGAAAGAAATAAGTGATTCAAAAACAGGA +TATCCTCAATCAACTTTAATAATAAAATCAGATTTTGCGAGGGAAAATCCAGAGTTTGTA +AAAAGTTTCACAGAAGAAATATCAAATGGTATAAAATGGTTAAATGAGAATTCAAAAGAT +GCAGGTATTTATGCTAAAGAGTTTGGTGTAAGTACAGAACCAACAGTAATAGAAAAAGCT +ATGGAAAGAGCAAATTTAGAATTTGTTAGAATATCAGAAATGCAAAAAGAGTATGACGAT +TATTATCAAAAATTATTTGACTTTGAGCCAAAGACAGTGGGAGGAAAGCTACCGGATGAA +GGGATTTTCTATAAAGGAGAATAA +>nupX +ATGACAATATTATTAAACACATTAGGTATAGTTGTTTTGCTAAGTGGGTTATATTTATTC +TCTGAGAATAAGAAAAATATCAATAAAAAAATGATATTAAAAGCTTTAGTAATACAATTT +ATAATAGCATTTATATTAGTAAAATTTCCTTTAGGGCAAATGGCTTTAGAGAAGGTGTCT +GACTTTGTAACAAATATATTAAGTTATGGAAGTGAAGGACTAGACTTTGTATTTGGATCA +CTAGCAGATGGAGGAGCTCCAACTGGAGTTGTGTTTGGAATACAAGTGTTAGGTAATATA +ATATTCATATCAGCATTAGTTGGTGCATTATATTATATGGGTGTTATAGGAGCAGTTGTA +AAGGTAATTGGTGGAGCTATAGGAAAGATACTAGGCACTTCTAAGGTAGAGAGTTTTGTT +GCTGTTGCTAATATGTTTTTAGGACAGACTGAATCTCCAATATTAGTAAGCAAATACTTA +AAATATATGACTAAAAGTGAAATAATGTTAGTTTTAATTTCAGGTATGGGTAGTATGTCT +GCAAGTGTTCTTATGGGATATGCAGGCATGGGAATACCAATGCAGTATTTATTAATAGGT +GGAGCATTAGTACCATTAGGCAGTATAATAGTTTCAAAGCTTATGTTGCCAGAAGAAAAA +AATCTAGATGGTAATATAGTTCAAGAGGTAAGTATAGATAATAAAGGAGATAATGCGAAT +ATTTTATCTGCAATATCTCAGGGAGCTACAGATGGTCTAAATATGGTACTAGGTATAGGA +GCATCTCTTATAGCTATAATATCTTTAGTAGCGCTAGTTAATGGAGCATTAGGTATATTT +GGATTATCATTAGAACAAATATTATCAGTAATATTTGCTCCAATAGGATTTTTAATGGGT +ATATCACCAGATGATGTTTCACTTGCGGGCCAATTACTAGGAACTAAATTGGTTTTAAAT +GAATTCGTAGCATTCGGTCAGCTAGGAGAAGTCATAAAATCTCTAGACTATAGAACAGGA +CTTATGTTAGCTATATCTTTAACTGGATTTGCAAATATATCAAGCATAGGTATATGTATA +TCAGGAATATCAGTATTTTGTCCTGAAAAAAGAAATCAATTATCACAACTTGCTTTTAGA +GGTATGATAGGTGGATTTTTAGTAAGCTTATTAAGTGCTTTAGTAGTAGGCTTAATAGTA +GCATTATAG +>folD_2 +ATGACAAAAATAGTAGATGCAATAGAAATGTGTGAGAATAAGATACATAAGTTTAAAGAA +GAAACTAAAAAAATAGAGGCTAGGATAAATAGAAAGCCAGAGTTTATAATAATAAATGCT +TCAGATGATGAAGGTAATGCAAGATATATAAAAGGAAAGATAACAGAAGGGGAAAAAGCA +GGATTAAAAGTAAATGCTATAAAATTAGAAGCAGATTGTACTAACAATGATGTAGAAAAA +ATAATAAATAAATGTAACGAAGAAAAGATACCAGTAATTCTTCAACTACCTACATTTAAA +CATTTAGATACAGAATACCTTATGAAATTAATAGATTATACTGTAGATGCAGATGGTTTT +GCTAAGGAATGGATAGGAGAAATTAACTTAGGTAATGATAGGTTACTAGCACCTGCAACT +CCTAAAGGAGTAATATCATTACTTGAGTATAATAATATACAAATAGAAGGTAAAGTTGCA +TTAGTTATAGGAAAATCTAATCATGTAGGTAAACCATTATGTGCCATGCTAATGAATAGA +GGAGCAACTTTAATAAATGCAAATAGTAAAACAAGTAACTTATCTGATTTAGTTAAAATG +GCAGACATAATTATATCTTGTGTAGGGAGACAAAATCTAGTTGATGCAAGGGATATTAAG +GAAGGTGCTACTGTAATTGGAGTAGGATTTACTTATGTAGGAAGAAAACAAATATTAGAT +TTTGATATAGATGAAATTGTTAATTTAGGTAAAGCTAGTGTTGTATCAAATAGAATTAAT +TGCACTGGAAAAGCTACAATTAATTCATTAATAGAAAATGTTATAGAATTATATAAAATG +AATTTTGAAATAATTGATTAG +>steT_6 +ATGGAAAAGAAGAGTCTTCAAAAAAATCTTGGATTTGCCGCAGCTTTATCAACAGTTGTT +GGTATGGTTATCGGTGGTGGTGTGTTCTTCAAGCCACAAGCAGTATTTACATTAACAGGT +GGAGCACCTGGTCTTGGTATGATAGCTTGGATAGTAGCTGGTATAGTTACAATAACAGCT +GGTCTAACAGCTGCTGAAGTTTCGGCTGCTATACCTAAAACTGGTGGTATGATGGTTTAC +ATCGAAGAGATATATGGTAAAAGATTAGGGTTCTTAACAGGATGGATGCAATGTGTTCTA +TTCTTCCCAGCTACTATAGCTGCAATATCAGTTATGTTTGGTCAACAATCTGCAATATTA +CTTGGGCAAGCTGATAATCAAGCATTAGTTATATGTTTAACTGCCGGTGTAATATTATTT +ATAGGATTTATAAACTCATTTGGTTCTAAAACAAGTGGTGTTATACAAACAGTATCAACT +ATATGTAAATTAATACCTCTTGTATTAATAATAGGATTTGGATTAATTAAAGGAAATTCA +TCTAACCCAATATTCACTCCACTTGTAGGAGAAGGTGTTAGCCCAGGTGGTGTTTTCGGT +CAATTATTAATAGCAATATTATTTGCTTATGATGGATGGATAAATGTTGGTGCTATTGCT +GGAGAAATGAAGGATCCTGGAAAAGATCTACCAAAAGCAATAGTTGGTGGTTTATCATTA +GTTATGGCTGTGTACGTTGTTATAAACGTAGCTTATTTATTTGTATTACCTGCTGATCAA +TTAGCTCAATTTGCTTCTCCTGCTTCAGCTGTTGCAGAAGTATTATTTGGTAAAATAGGT +GGACAAATAATAACTATAGGTATATTAATATCAGTATTTGGTTGTATAAATGGTTACTTA +TTAACAGGACCAAGAATACTTTATACATTAGCACAACAAAAAACTTTACCAGGATATAAA +TTTATAGGTGCATTAAATAAGAATGATGTTCCTGCTAATTCAACAATGATAATGGCTGTT +ATATCTGCATTATATGCATTATCTGGACAATTCAACTTATTAAGTGACTTATCTATGTTC +GCAGTATGGTCATTCTATGTATTAACATTTGCTGGAGTTATAAAATTAAGAAAAACTCAT +CCAAATATGAATAGACCTTATAAGGTTCCTCTATATCCATTTATACCATTAGTGGCTATA +TGTGGTGGATTATTCGTTGTAATAAATCAATTATTCTTTGCTGGAATGACAAATACTTTA +ATGTCTATAGGTGGTGTTATAGTAACTATTATAGGTTTACCAATATACAACTATATGGCT +AAGGAAAATAATTCTGATTTAAATGATGTTGCTTAA +>group_781 +ATGGAAGTAAATGTAAAGAAAAGTAATAATGTTATAAGTAAAGTATACAAAGGAAGTATA +GCTGATGAAATTGGTATTGAAGTTGGAGACTTACTTATAAGCATAAATGAGCAAGAAATA +CATGATATAATAGAATATAAATTCTTAATGAGTGATGAATATATAGAATTAGAAATACAA +AAGATAAATGGTCAAATTTATATTTATGAAATAGAAAAAGAGTATGATGATGACTTAGGG +ATTGAATTTACGAATCCAATTATTGATAAAGCTAAGAGTTGCAGAAATAAATGTGTATTC +TGCTTTATAGATCAGCTTCCAAAAGGTATGAGAGAAACTCTTTACTTTAAAGATGATGAT +TCAAGACTTTCATTCTTACAAGGTAACTTTGTAACTCTAACAAATATGAGTGAAGAAGAT +ATAAATAATATAATTAAATATAGAATAAGCCCTATAAATATTTCTGTACATACAACTAAT +CCAGAATTAAGACAGAAAATGATAAAGAACAAGTTTGCAGGTAAATTATATGAGATAATG +AAGAGGCTTGCTGAGGCAGGAATACAGATGAACTGTCAAATAGTTTTATGTCCTGGATAT +AATGATAAAGAAGAATTAACAAGAACTATTTCTGATTTAGAAACTTTATATCCTTACGTA +AATAGTGCTGCAATAGTACCTGTAGGTATAACTAAGCATAGAGGTCACCTTCCAGACTTA +GAGATATTTAATGAAAAGACTGCAGGGGAGACTATTGATCAGATTCATGAATTACAAAGG +TATTATTTGGATAAAATAGGAACAAGGTTTGCCTTTTTATCAGATGAATTTTACATAATT +GCTAATAGAGAATTATTAAAATACGATGAGTACGAAGGATTTATTCAGTTTGAAAATGGT +GTAGGTATGATAAGTAAGCTAGAAAGAGAAATTCAAGATTATTTAGCAGAAATACCACAA +GATCAAATTACTAGAAAGAAAAAAGTTTCTATCGCAACAGGTCATTCTGCATATGAATTT +ATAAAAGATATGGCAGAGTTAGTTATGAATAAATTTAATAATGTAGAAATTAATGTTTAT +AAAATAATAAATAATTTCTTTGGAGAAACAATAACTGTTGCTGGCCTTATAACTGCAACA +GATATAATAGATCAGTTAAAAGGAAAAGACTTAGGAGAAACTTTATATATACCAAGAGCA +ATGCTTAAAGCAGATGAAGAGATATTCCTTGATAATATAACTTTAGAAGGTATACAAGAA +CAAATGAATATAGAAGTTATTCCGTGTGAAAACAATGGGAAGGACTTTATAGATAAGATT +TTAAAATAA +>der_2 +ATGAGTGATAATAGACCGATAGTTGCAGTAGTTGGTAGACCAAACGTTGGTAAATCAACA +CTGTTTAATAAATTAGCAGGAAAAAGAATATCTATAGTAGAAGATACTCCAGGAGTAACG +AGAGATAGAATATTCACAGAGGTAGAGTGGTTAAATACATACTTTACATTAGTAGATACA +GGAGGTATAGAGCCAGACAATGGAGATGTAATATTATCTCAAATGAGAAATCAAGCAATG +CTTGCAATGGATATGGCTCATGTTATTCTTTTTGTAGTTGATGGAAAGTCAGGAATAACA +GCTGCTGATAAAGAAGTAGCTACAATGCTTAGAAAAACTAAGAAACCAGTTATCTTAGTT +GTTAACAAAATAGATAGTCAAAAACAATTTGATAATGTATATGATTTCTATGAATTAGGA +CTTGGAAACCTACATGCAATATCAAGTGCCAATGGAATGGGACTTGGTGATTTATTAGAT +GAAGTAGTTGAGAATTTCCCTAAAGGATTAAATACTGAGTATAGCGAAGATATAATAAGA +GTAGCTATAACTGGTAAGCCTAATGCAGGAAAGAGTTCTATATTAAATAACATATTAGGT +GAAGAGAGAGTTATAGTAAGTCCGATAGCTGGAACTACTAGAGATGCTGTAGATACATAT +TTCGAAAAAGATGGGCAACAATTCCTTCTTATAGATACAGCAGGTTTAAGAAGAAAAAGC +AAAATATATGAAACTGTAGAAAAGTATAGTGTAATAAGATCTATGAGTGCAGTAGATAGA +GCTGACGTAGTATTAATAGTAATAGATGCACAAGAAGGAATTACTGAGCAAGATACAAAG +GTTGCAGGTATAGCTCATGATGAAGGTAAGGCATGTATATTTGTAGTTAACAAATGGGAT +TTAATAGAAAAAGATAATAAAACCTTAGGTAACTACACAAAAGAAATAAAAGAAAAATTC +CCATTCATGATGTATGCACCAGTACTATTTGTTTCTGCTAAAACTAATCAAAGAATGAAC +AAAATTTTAGAAACAGTGGAATATGTAGCAAGTGAACATGCTAAGAGAATATCTACTTCA +GCATTAAATGATGTTATCGGTGAGGCAGTAATGTTAAATCAACCACCATCAGATAAAGGT +AAGAGATTAAAAATTTACTATGCTTCTCAAACGGATATAAAACCACCTAAAATTACATTA +TTTATAAATGATAAACAACTTACTCACTTCTCATACCAAAGGTATCTTGAAAATAAAATA +AGAGAGAACTTTGGATTTGAAGGAACTTCTGTTAGATTTGAATATAGAGAGAAGAACAGA +AGATAA +>plsY +ATGATTAGCTATATTATTTTAATTATAATTGCTTATCTTTTAGGTAATATATCAACATCT +ACTATAGTAGCAAAAAGAATGTATAATGTTGATATAAGAACTCAAGGTTCTGGAAATCCA +GGGTCTACAAATGTACTAAGAACGCTTGGAAAAAAAGCAGGAGCGATAACTTTTGCAGGC +GATTTACTAAAAGGATTAGTAGCAGTATTAATAGCTAGAATGATATCTAGATTTACAGGT +GTAGATGAAACTACAGCTGCATATTTAGCAGTAGTAGCAGTAGTAGCAGGTCATAACTGG +CCAGTATTCTTAGGATTTAAAGGTGGAAAAGGAGTAGCAACATCATTAGGTGCTATGATA +GGTATGAATCCAATTATTGCATTAACTTGTTTTGGTATATTCTTAGTTATAGTTTTTATT +ACTAAGTATGTATCATTAGGTTCAGTTGTTGGGATTGCATCATCTCCTTTATTTATGATA +GCTACAAGCAATAAAAAAGGAATTTTAGTTACATTATTTCTAACAGCATCAGCAATATAC +ACTCATAGAGAAAATATAAAAAGACTGTTAAATGGAACTGAAAGAAAAATTGGTCAAAAA +AACAAATAA +>group_1094 +ATGAGGGCAATTATAACTGTAATAGGTAAAGATAAGGTGGGGATTGTAGCTGGAATTAGC +GCAGAGTTATTAAATCATGACATAAATATTATTGATATTAATCAGACAATAATGGAAGAA +TTTTTTACTATGATTTTAATGGTGGACTTGTCGAAATCTAAGAAGTCTTTTGAGGAAATA +AAAAAAGGGTTAACCTTAAGAGGTAATAACTTAGGCGTTGACGTTAAAATCCAAAGAGAA +GAGATCTTTAATTCGATGCATACTTTATAG +>group_822 +TTGAAGAAAATAAGATACTCCAATTTATTTATTTTAGGGATATTTATCTACATAATATTT +TATGCTATATCGTCAATTGTTGGTAAGAATATACATACAAAAGTGTTAGAAAATGAAATG +ACAGATATGAAAATAAGCAGAAAATGTCTTATTGTAAGAGATGAATATTTATTAAAATCA +GATACAAATGGAGAAGTAAATCTATTAGTTGATGAAGGCGAAAGAGTAACAAAGTTACAA +GAGGTTGCCAATGTATATAACAATGTAGACCGTAATATTGATGCTAATATAAGTAGTTTA +GATGAGGAAATAGAAAAATTAAAAAATGGAGAAGTTAATTTATCTAAAAATGAAATAAGC +AACTTTAATGAAAAAATAGAATTTGTATTTAATGAAATACAGGTAGATTTATTAGTAAGT +GATTATAGTAATATTAAAGAATATAAAGAAACCTTAGACAACTATTTGAGTGATAAAAAT +AAATTATTAAATAATGGTATCGATAGTGTCAAATTGGCTTCTAAAGAAGAACAAAAAAAG +ATTTTAGAAAAACAAAGGTCAAGTAATGTTGCAACATATTATTCTAGTATGGCTGGAATA +ATCTCATTTAAATTTGATGGAAATGAAGAAAAATATAATTTTAGTAATTTAGATGAAATA +ACTAAATCAGATATTGAAAAAGAAAATAACAAATACGAAGATGTAAGTAGTAACTTAAAA +GAAGTAAAAGATGGTAGCGTGTTGTTAAGGATTATTAATAATTATGATGCTTATATAGTA +ACTTACGTAAGTGAAGATGAATCTAAAAACTTTGAAGAAAATCAGTCTATAAAATTAGAT +AGTGGTGATAATGAAATAGAAGCAACTGTATATAAAGTCTATGAGGAGAATGATAATTTT +ATAGCAATATTTAAAATAAATAATCAAAATATGGGAATTTATGATACAAGAGTTAAAGAA +TTTGATATAATATATAAGCAAATAGAAGGTTTAAAAATACCTAAAAGTTCTATAAAAATA +GTCGATAATAAGGAAGGTGTATATGTAATAAATGAAGAAAATAAAACACCGACATTTGTT +GAACTAAAAGGAATTGAATATGAAGATGATAGCTTTAAATATATAAACTATTATAAAAAT +AATATTGATGGAATTAATACTGTTGACTTGTATGATAAAATTATTTTAAAACCTAATATT +ATAAATACAAAAATGAAAATAGAGTAG +>group_699 +ATGGAATTTATTAAAGAAAATATACAAGTTATAAATGAGAATATAGAAAGAGCAGCATTA +AACTCAAGTAGAAAAAAAGAAGATATTACCTTATTAGGAGTTACAAAAACTGTAGATACG +GATGCAATTTTAGAGGCTATAAATTGTGGTATTACAGATGTTGGTGAGAATAAACCTCAA +GAGTTAGCTAGAAAATACGATGTTATTGGAGACAAAGTAAGATGGCATTTAATTGGAACA +TTGCAGACAAATAAAGTAAAGTATATAATAGATAAGGTATCAATGATACATTCTTTAGAT +AGAGAAGCACTTTGTGAAGAAATACAAAAGCGTGCAGAAAAAATAGATAAAACTATAGAT +TGCTTGGTTCAAGTAAATATCTCTAAAGAGGAAAGCAAACATGGATTAGATAAAGAGAAT +GTTGTTGAATTTATAAAAAATACATCTAAAAAGTATAAAAATATTAATATAAAAGGTCTT +ATGACTATGGCACCTTTTTCAGCAGATGAGAATGAGATAAGAAATGTATTTAAAGGGCTT +AAAGATTTATCTTTAGAAATAAAAAATCTTAATATAAAAGGTGTATCCATGGATGTATTA +TCTATGGGAATGAGCAATGATTATGAAATTGCTATAGAAGAAGGCTCTACGATTGTTAGA +GTTGGGACATCTATATTTGGAAAAAGGAATTATTAA +>group_631 +ATGGGTATAATAGGAATGGCACTGTATAGACTATTAGACTTACTAATATTTTTAATATTT +GTACAATGTATAATGACTTGGATTCCTGGAGCAACGCAAACAAAATTATATGATATGCTT +TCGTCAATAACAGACCCGATAGAAGATCCGATTAGATCTGTTTTGTATAGATATTTAAAT +TCACCACTTGATTTTACACCGATAATAGCTTTTTTTCTAATAAGATTAGCACAAAGAGCT +GTTTTAATGATTTTCTGGTAA +>group_627 +ATGGACAAGTTAAGACTGACTAATCACTTAAAAGATATTGATTTAAAAAATAAGATGTAT +CAAATAATCGACAAAGCAAATAGCTGTATGAGAAACTATGATGTGAAATGTAGCGATTTT +CTAAATCCGTATGAAGTAAAAAATGCTATAGATATATTAAATTCTAACAAGGATATAAAA +TATACTGTAGATGGAGGATACGATGAAGCAGAAAGAAGCGTCATATTTATGTATCCTTTT +TATATGGAGTATGAAGACATAGAAAATACTCTGAGGTTTATTCAGATAGAAGGCAATTTT +AAATTTAAGAGTATATCTCATAAAGATTATTTAGGTTCTCTTATGAATTTAGGTATAAAA +AGAGAAAAAGTTGGAGACATAATTATACATGAGAATTTCTGTCAAGTAATAGTTAGTTCA +GATATATGTGATTTTATAATTATGAATTTAGAAAAAGTATCTAGAAATAATGTAAGGGTT +AAAGAGATTTCTAAAGAAGAAGTCATATATAATCCACCTAATTATAAAGATATATCTTTT +ACTATAACTTCAAGTAGGTTAGATTGTGTTATAAGTGGTCTTTATAATATATCTAGACAA +GAAAGTATGAAGTTTATTAATGGAGAAAAAGTTCAAGTTAATTATGAAAAAATAACATCT +CCATCTAGAGAAATAAAGGATGAAGCTCTAATTTCAGTAAGAGGAAAAGGAAGAGCTAAA +ATTATCAACATTGGTGAATTAACTAAGAAGGGTAAGATAAAGATACAAGCAAAGTTAATA +GTATAG +>gpsB +ATGCTAACTCCAATTGATATAGAAAATAAGGATTTTAAAAAAGCTTTAAGAGGATACAAA +GAAGATGATGTTGATGAATTTTTAGATATGGTTAAAGAAGATTTTGAAACATTATATAGA +GAAAACTTAGATCTTAAAGAAAAATTAAACTTATATCAGGAACAAGTAAGCAGATATAAA +AGTATAGAAGAAACTTTAAATGCAACTTTAATTACAGCGCAAAGTACAGCTGAAGATACA +TGTGCAGCTGCAAATAAAAAAGCTAAAATAATAGTTGAAGAAGCTGACTTAAAAGCAAGA +CAAATAATAGAACAAGGTAATAACCGTGTTATAGAAATAAGAAAAGAACATGATTCTTTA +GTTAAAGAGTTCAAAGTATTTAGAAATAAATTTAAATCTCTTTTAGAAGATGAAATTAGA +AGTATTGATGAAATATTCTCTAATGTGGATGAAAATTGCAATGAACCATTTAATAACACT +ATGATTTACAATTTAGAAAACCATGGTGATGAACAAAAAGAGATAGCTACAACAATTGAC +TAA +>ytrA_4 +ATGATTATAAATTTAAATTTTGAAAGTGAAGTACCTATTTATTTGCAACTTAGAAATGAG +ATTGTCATAGCTATTGCTAAAGGTGATTTAGAACAAGGTGAAGGTATTCCTACTGTTAGA +CAGATGTCTGAGGACTTGGGGATTAATCCTATGACTGTTAATAAGGCTTATGGACTTTTA +AAAAGAGAAGGGTTTATTACTATAGATAGAAGACATGGAGCTAAGGTTAATTTAATTTCT +GGTGGTAAGTTAGAGTTTAAGGAAAGATTAGAGGAAGACTTGAATTTGGTAATTTCTGAA +GCCAGTATTAAAGGGGTTGAAAAGGCGGAGTTTATGGAAATATGTGATAGGATATTTAAC +TTGATGAAAAGTATATCACTTGAGAATAAGTAG +>betI_2 +ATGAAGCCAAACAATAATATGAAAGAACATATTTTAGATATTGCTATAAATCTAATTACA +CATAACGGAATTAAAAATACTAGTCTTTCTGACATATCAAAAGCTGCCGGTATAAGTAAA +GGCACTTTATATTATCATTATTCATCTAAAGATGATTTAATATTTGATATTGCAGATGTT +CATCTAAATATAATTACCGATGCTGTTTTAGAGTGTGTTAAAAATATAGAAAAAAATTCT +TCTAAAGATGAACTTATAAATCTAATACTCAGAAAAATTGCTACGATAGGATCTACTGGA +AGAATTCATATGTATTTACTTTGTGAAGCTATAACTGGAAATGATTCTTTAAGAGAAAGA +ATAAAAGTAAAATATATTCAGTGGAGAACTACTTTACAAGATGAAATATATAAAAATTTA +TCTGAAAGTATAGATGAAGCTGAGGCTTTTTCTTTCTTACTTATTTCAATAGTTGATGGG +TTAGTAGTTCAAAGTATATTAAAAACAGAAAAATTACCATATGAAAAAATAGCAAGCTTT +TTAGTTAGTAAGTGGATATAA +>ynjE +ATGGCTATTAAAAAGATGAAAAGCATAATTTTAGTGACAACTATGGTATTAGGATTATTA +TCACTATCAGGATGCTCTAAAAAAGAAGAAGCAAAAGATGTAGAATTAAAAACTATTTCA +ACAAAAGATCTAGAATCAAAATTAGAAGATGATTCATGGGTAATAGTAGATACTAGAATT +AATGATGCTTACAATGGATGGAAATTAGATGGTGTTTCTAGAGGAGGCCATATAGCAGGA +GCTGTAGATTTTTCATCAAACTGGTTAAGTGTTGATAACAAAAATAAAGAAGAAATATTA +GATGAAGCATTAAAAACTAAAGGTATTGATAAAGATAAAAACATAGTTTTATATGATTCA +AATGAAGAAGATGCAAAAGTAGTTGGAAATTATCTATCACAAAAAGGTTATACAAATGTT +TATACTTATAATGTAAAAGAATGGGCAAAAGAGGAATCTTTATCTATGGAATCATATGAA +AACTATGATAGATTAGTTCCAGCAGATATTGTAAAGGAAGTAATAGATGGAAAAACTCCT +GAAACTTTTGAAGGATCTAAAAATATAAAGATTGTCGAAGCTAGTTGGGGAGAAGAAAGT +GAAGCATATTCTAAAGGACATGTTCCAACTAGTGTTCATATAAATACAGATACAGTAGAA +CCACCACCAAATTGGATGTTAGCAGGTGATGAAGAATTAGCTAAATTTGCGCTAGACTAT +GGATTTACTAAAGATGATACAATTATAGTTACAGGTCCTGATGTCATGGCATCATACAGA +GTTGCTGTTGTGCTTCGTTATATAGGCGTAAATGATGTAAGAGTACTTAATGGTGGAAAT +GATGCATGGGTAGCAGCTGGATATGAATTAGAAACAACAAGTAATGCACCTGTTGCAGGA +ACTAATTTTGGAGGAGAAATACCAGGAAATCCTGATCTAATAGTTACTATACCAGAACTT +AAAGAAGAGCTAAAAAGTGATGATTCAGTTTTAGTAGATAATCGTAGTTGGGAAGAATAT +ATAGGAGAAGTATCTGGATATAGTTATCATGATAAAAAAGGTCGTATACCGGGAGCTGTA +TATGGATATGCAGGTACAACATCAACGACATTGGAAGACTATCGTAATATAGATAATACA +ATGAGAAATGCAGATGAGATAAAAGTTTTATGGGATAAAGCCGGAATAGACACAAATAAG +AAGTTAATATTTATGTGTGGTAGCGGATGGAGAGCTGCAGAAGTACTAACATATGCTAAT +GTTATGGGGTACGATAATTCAGCGTTATATAGTGATGGTTGGATAGGATGGAGTAATGAT +GCTTCAAATCCTGTTGAAACTGGCGATCCTACTAAATAG +>group_928 +ATGAATAATATAATAAAAAAAATATTATATACACTAACTGTTACACTTCAATTAGCAACA +ATTGTGGGAGTATTTGTAGTTCAATATTTAACAAATAAAAAAGCTGGTGTAATGCACCAT +GTTTATTATAGAAAATATCAATTTGAAAACAGTATATTTTCTCCTGAAAATTTATTAATT +CAAAAAAATATTGCTATAGTACTCATAATCATATTTTTTGTGATTTTTATTTATTTATTG +AAAAAGAATAAAAATATTTTTTATAAAGTACAAGCAGGTTTAACATTTATAAGTAGTTTT +CTAATTTATATATCTATGAGTAGTAGGTATTTTACTGAAAAACTAGCTTACCATTACTTT +ATAATGGCATTTGTATTAGTATTTATAATACAATTTATAGTATTTGTTATAACATCTATT +CATAATAAAAATCCAAAAAATAATTACTTGCATTAA +>mtnN +ATGAACATAATAGGTATAATAGGAGCAATGGACGAAGAGGTAGATATATTAGTAGACCTT +ATGGAAATAGAAAAGATAGTTGAAAAAGCTAGTTTAAAATTCCACAAAGGTAAATTAGAA +GGCAAAGATATAGTATTAGTTAAATGTGGAATAGGTAAAGTAAATGCTGCTTTATGTACG +CAAATATTAATAAGTGAGTTTAATGTAGATGCAGTTGTAAACACTGGAGTTGCAGGAGCA +CTTCATAGTGAATTAGATGTTCAAGATATAGTAATATCAACAGATGCAATACAACATGAT +ATGGATACGACTGCATTTGGAGATAAAAAAGGTGAAATACCAAGAATGGAAACTTCAACA +TTTATAGCAGATCAAAAACTTATAGATGCAGCTTATGAATCGTCAATAAAAGAATTAGAA +GGAAACAAAGTTTTAAAAGGAAGAGTAGTATCAGGAGATATATTTGTAAGTTCTAGAGAA +TTAAAAGATAGCTTAGTAAGTGAATTTGGTGCTTACTGTGCAGAAATGGAAGGGGCTGCA +ATAGCTCATGTTTGTACTTTGAATAAAGTACCATTCGTAGTAATAAGATCAATGTCTGAT +AAGGCTGATGGAAGTGCAGATGTTACTTATGAAGAATTTGTAGTAAAAGCTGCTCATAAG +TCTAAAGATATAGTTTTAAATATGCTAAAGGCATTATAA +>trpS +ATGGGTGATAAGAAGGTAATCTTTAGTGGTGTTCAACCATCAGGAAAATTAACTCTAGGT +AACTACTTAGGAGCTTTAAGAAATTTTGGAAAATTCCAAGATGAATATGATTGTTACTAT +AGTATAGTTGACTTACATGCAATAACTGTACCTCAAGAAGCTAAAAATTTAAGAGCAAAT +ACATTAGAGATATTAGCACAATATTTAGCTTGTGGACTTGATCCAGAGAAGAGTACTATA +TTTATACAATCACATGTAAGCGCACATACAGAACTTATGTGGATATTAAATACAATGACT +TATATGGGTGAGTTAAGTAGGATGACTCAGTTTAAAGATAAGTCACAAAAAAGTGAAGCG +AACCTAAATGCAGGATTATTTACATATCCAGTGCTTATGGCTGCTGACATACTTTTATAT +CAAACAAACTTAGTACCAGTTGGAGAAGATCAAAAGCAACATTTAGAACTAGCTCGCGAT +TTAGCTGCTAGATTTAATAATAGATATTCGCCTACTTTTGAAATACCAGAAGGATATATA +CCAAAAGAGGTTGGAAGAGTAATGAGTTTACAAGAACCTACTAAGAAAATGAGTAAATCA +GATTCAAATGAAAATGCATTTATACTGTTAGCTGATGACCCAGATACAATAAGAAGAAAA +ATAAAAAGAAGTGTTACAGATTCAGAGGGTGTCGTGAGATATTGTGATGAACAACCTGGA +ATAAAGAACTTAATAGACATATACACTCAATTAGGTAATAAAACTATTGATGAAGTTGTT +TCTATGTATGAAGGTAAAGGATATGGTGAGTTTAAAGCAGATGTAGCGGAAGTTATAGTA +GAAGCTTTAAGTCCAATAAGAGAAAAATATTTAGAGCTTCTTAAGGATAAGGAATATTTA +GAAAAAGTATATGCAATGGGTGCTGCAAAAGCTGAAAAACAAGCTAGAAAAACTTTAAGA +AAAGTATACAAAAAAGTAGGATTAATAGAAAGAAAATTTTTATAA +>group_1359 +ATGAGATTAAAAGATAAAATAGCTTTAGTTACATCATCTACAAAGGGAATAGGGTTAGCT +TGTGCTAAGGCTCTTGCAAAAAATGGAGCATTAGTTTATATAGCTGCAAGAAATGAAGAG +CTAGCTAATGAAGTTATAGCTGAAATAGAAAACGAAGGCGGAAAAGCTAAGTTTGTATAT +TTCAACGCAAGAGAAGTTGAAACATACAATTCTATGATAGATACAGTTATCGAAAACGAA +GGAAGATTAGATATATTAGTAAATAACTACGGAGGTACTAATGTACAACTAGATAAAAAC +TTAGTTGATGGAGATACAGATGCTTTCTTCAACATAGTACAAGATAATCTACAAAGTGTT +TACTTACCTTGTAAAAGAGTTGTACCTCACATGATAAAAAACGGTGGAGGAAGTATAGTA +AATATATCTTCTATAGGTTCTGTTGTACCTGATTTATCAAGAATGGGTTACTGTGTTACA +AAGGCTGCAATAAACTCTTTAACACAAAATATAGCGCTTCAATATGCACATGATAATGTA +AGATGTAATGCAGTTTTACCAGGGCTTACAGCTACTAAGGCTGCTCTTTCAAATATGCCT +GATGAGTTTAGAAAATCATTCTTAAGACATGTTCCTTTAAATAGAATGGGTACTCCAGAA +GATATAGCTAATGCCGTGTTATTCTATGCTTCTGATGAAACTTCATATATAACTGGAGAT +ATATTAGAAGTGTCTGGTGGATATGCCCTTGGAACACCTCAATATGGAGATCTTGTTCAA +AGATAA +>group_1377 +TTGGAATACTTACACATAATGCTTTTATCAATGATTCCAGTTACAGAGCTAAGAGGTGCT +ATACCAATAGGAATAGCAATGGATTTAAACCCAATAGGTGTATATATAGCAAGTGTAATA +GGATCAACAATAGTATCAGTTCCACTTGTATTAACATTTAGACATATAATGCAATTCTTA +AAAGAAAAAGGGATATTTTTAAAATTATTAAATAAGATAGACAGAAAAATACATTCAGGT +ATGAAAAAAATGAAACAAGTATCTATATTTGGAATAATACTATTTGTAGGAATACCACTA +CCAACCACAGGGACATGGACAGCCTCAGCAATAGCATCAATCCTAAAAATGAGAATAAAA +GACGCATTTATAGGAGTACTAATAGGAAACATGATGGCAGGAATAATAATGTCATTACTA +TCACTTCATATAATATAA +>vraR +ATGAGAGGAATTGTAATTTCAGAATCACTTGTAATAAGGAAAGGAGTTGCTGAAATTTTA +TCTAACGAAGAGTGTATAGATTTTTTAGATGAAGAATATATGTGTAAGGACATACATAAT +GGTGACTATGATTTGGTAATATTTGGTATAAATAAAAATACAAGACAATATATAGACTAT +ATAAGAGAAGTCAAAGAACATAGTAATGCAAAAGTCATGGTACTAGATTTTTATGAAGAT +ACAAGATTATTTTCAAAATGTATGAAATTAGGAATAGATAGTTATATACTAGCCAATATA +GATGGTGAAGGAATAAAATATGCAGTAAGACTATTATCTAAAGGGAGAAAATATTTTGAT +TCAGACCTAGTAGAAAATTATATGAAAAAAGATAATCTTGAAGAGATAAAAGAGCTTACA +AAAAGAGAAAAAGAGATATTGATATGTATATCAAAAGGAAAAACAAATTATGAAATAGCA +AATGATTTATGTATTACAGAGCATACAGTCAAAAAGCACACAAGCAATATATTTGAAAAA +TTAAAATTAAGAGATAGAACTCACGCAGCATTATATGTACATGAGAAAGGGATAATATAA +>msrR +ATGAAACACTTAAAAAAGATTGTAATAGGCTTATTAATACTATTAGTAACAATACCTCTT +ATAGGATTTGGAGCTTTATATTATAAGCTAAATTCTATGTATGACAAAGAAGAAGCAAAT +CAAATTGAAAAAGTTGAAAAGGTAGATGGTATAACTAATATACTTTTAGTAGGTGTTGAT +GGTGAAAATGTAGATAGAGGAAATAGATCTGATGCTATGATGGTACTTACTATAGATAGT +GATAATAATGATATAAGGCTTACTTCACTTGCGAGAGATACTTACGTAGATATTCCAGGT +TATAGTACAGAAAAGTTAACACATGCATATGCCTATAATGGGCCAAGTTTATTGTTAGAA +ACTATAAAGAATAATTTTGGAATAAATATTGATAAATATGTATCAGTTAGCTTTAGTTCA +TTTATTAGTATTATTGATGAACTAGGTGGAGTCCAAATAGATGTAACAGATAAAGAAGTT +AGTGAGATACCAGGAGTTAATGAAGCTGGAAACCAAACTCTTACGGGAGAGCAAGCATTA +TCATATAGCAGAATAAGATATATAGATAGTGCTTACCAAAGGGATAGTAGACAAAGGACT +GTTTTGCAAGCTGTATATAATAAACTAGCAACTATACCTAAAACAGAATTTTTAGATATA +GCTAATAATTTATTAAGATACACAAAAACTAATATGACACCTATGGAGATTATAAGTATT +TCAAATCAAGCACTAAAAACTGGTGATAAAGCATTTGATGAATTAGAGTTTCCATTAGAA +GGTCATAGAACCGGCCACACAATAAGTAATGAAAAAGGATGGGTTATTGAGTGGGAAAAA +GAGTATAATAAAAATGCGATTTATAAGTTCATATTTGATTATACAAACTATATAAAAGAA +TACGAATAA +>cwlC_1 +ATGAGTAATTTAGTAATATTAGATAGTGGACACGCAGAATATGTTGAAGGTAAACAAGCT +CCAGATAAGTCCCTAAGAGAATGGGATTTTAATAATCAAATGCAATATAAGTTGGAAAAA +AGATTAGAAGACCATGATATAAGTGTGTACTTGACTAATCCTTCTCCAGCAAAATCTAAT +GAAATGGGATTAACTAAAAGAGCAACTTTAGCAAATTCATACTGGTCAAACAAAAGTAAA +CCAAATGCTTTATTTATATCAATACATGCTAATGCATATGGATCTTCTTTTAATACAGCA +AGAGGAACTGAAACATATGTAGCTGGAAATGCAAGTAGCAATTCAAAGAAAGCGGCTAAA +TATGTTAATGATGAAATAGTAAAAGCAATTAAGAAAATTGATAGTAATGGAAAAGATAGA +GGGGTAAAAACTGAAAATTTCACTGTAATATATAAAGCAAGTATGCCTTCTATACTAATT +GAATATGCTTTTTATACAAATAAAGACGACTTAAAGATATTAAAGGATAACAAGGATGAG +TTAGTTGAAGCAACTGTAATTGCTATATGTAAATATTTTAATGTAACTTATAAGCCACCA +ACAAACAATAATGAATCTAACAACGATACATTAGGAGAGAGTAACTTATACTATAGAGTT +GTAGCTGGTAGTTATAAAAATAAAGATAATGCAGGAGATATGGTAAAGGAATTAAAAAAT +AAAGGGTATAGTGCATTTATAGTTACTTATAAAGAGTAA +>lemA +ATGACAGGGATTATAATAATAGGTTTAATAGTAATAGTTGCACTTTGGATTGCAATGACT +TACAACAAATTAGTATCATTAAGAATGAAGGTAAAAGAAGGATTTTCAACAATAGATGTA +TTTCTAAAGAAAAGATATGATTTAATACCAAACTTAGTAGAAACAGTAAAAGGATATGCA +ACACATGAAAAAGATACTTTAAGTCAAGTTGTAGAAGCAAGAAGTAAAGCTGTATCAAGT +AGTCCTGAAGATAAAGCTAAATATGAAGGTGAATTATCAAATGCATTAAGTAGATTATTA +ATGATTTCTGAAAATTACCCAGACTTAAAAGCAGATGCACAATTTATAAATCTACAAAAT +CAATTACAATCAATTGAATCAGATATAGAGAAATCTAGAAGATACTATAATGGCATAGTA +AGAGAATTTAATACATCTATTCAAAAAATACCAACTTGTATAGTTGCATCAATGTTTAAA +TTTAAAGAAGAACCTTTCTTTGAACTTGAAAACAAGAGTGAAAGAGAAAATATAAAAGTA +CAATTTTAG +>group_1362 +ATGCATAATAAAAAATTAAAAAGTGGAGTAGTAGCATTAGCTTTAGGAGCAGTATTAGTA +GGAGGAACTTTCGCGTGGTTAGGTTCAACAGATAAGGTACAAAATATATTTTCGACAAAA +GGTCCAGATGGTTTTAATAATGGTGTAGATATATATGAAAAATTTGAACAAAACTCAGTA +GCAGAATCAGGAAAAGCTGTAGAGAAAGTAGTTCAAGTTAAAAATGAAGCTGGATATAAC +TCATTAATAAGAGTAACAATGAATGCAAGCTTTGAAAAAGAGGGATTAGATAATAGTAAA +ATAGAACTTAATGAAGCAAATGTAATATCTGAAAATGATATAACATTCAATGAAGATGGA +ACAGTAAAGAATGGAGAAGGTAAGTGGGTTAAAGTAACTGAAGAAGGACAAACTTATTAT +TACTATATAGGAAATGTAATAGCAGGTGGATTTACAGATAAAATATTAGATAGTGTTACT +TTATCAGGCACAGTATCTACTAATCCTAATTACATAGGGCAAAGATTCAATGTTGATATA +GATGCTTATAGTGTACAAAGTACATCAGAAGCAATAACTGATTCTACTGATGGAAAGGTA +GAGCATGAGGCTACTGGAGATCAAAAAGGATTTGGTTTAGACAGTACAAAACATGCAAAT +CTAGTGAAAGCTCTGCAAGCTGTAGTTGCTAAGGAAGCTACAACTTGTGAGGTAGATTAC +AAGACATCACCGACTGAATAA +>group_1365 +ATGAAAAAGATAAGTAAAAAAATATCGTCTTTATTGGTAGGATGCTTGACTTTAGGGATG +TTATCTTCTCCACTTGCTACAGCAGAAACATCTACTCCAGAAGGATTTATTAAAACAGAA +TCTGGATTATATATAAAAAAGAGTGTCTCGAAAGTAGAAAATACTGATAATCAGTATAGA +ATATCTTTTGATATAAGTGGTACTGCTCCAAAAGTAGCAATGCCTACTGCTGAGATTGTC +TTAGTAATAGATAGATCTGGTAGTATGAAAGATACTAATAAAGAGCAGAAGATAACTAAG +GTTAAAAATGCAGCCAAGGACTTTTGTAAAACTATATTAGATGGCAAGGGTGACAATGTA +AAGATATCCATAGTATCTTATGCATCATCTGCAAGTTTAGATATTAAATCAAGTAATAAT +TTGAATAATTTAAATTCAAAAATAGATTCTCTTAAAGCAAATGGAGGAACTAATACAGAA +GAAGGTATAAAAGAAGCTAAGAATATTATTTCTAATATCAATGCAGATAAAAAATATGTT +GTATTATTTACAGATGGATTACCAACGTACAATACATATTATGCTGATAAGAACTATATG +GATGAAAATGGTGATTATTATGAAGATATGCCTAAGCCGAATAAAAATTCAACTGATCTA +TTAAGATTAGGAAATAGAGGTAGTGCAACATACAATAATGATATAATGGCTGCTCAACGT +GCTTACCATGATATAGTTGGTGGAACAGGTAATATAGGAGGAATAGCACCAAGAAGATAT +TATCAGAAAGTGCATGGAGGTAGAGACGGATATGAATATGATTCGAAAGATAATAAAGAA +TCACAAACAGAAGAACTAACATCAAAAGATATAAGTTCAACTGCAGACCCAAATATAAAA +TTCTATACAATGGGCTTATTTACTAACTCTACTTATTCAATAAGAGAAGTTGCTGATAAT +ATAGATGAATCGATTAATAATTCTAATGTAGAATCAACAGATGATGAATATGTAGAGACT +GTTAAAGAAGATACTACAAAAGAAGTAGTAGATTTAACTGAAAATAAAACTGAAGAAGTT +TTAGATGAAAATAAAGTCAATAAGGAAGAGATTAAACAAAGTAGAGCAATTTATGACTTT +AGTGAATTATCAAAATTTGATCCAGATGAGTCGGATATGGCAAAAAGTTTCTTGTATAGT +ATTCAAAATGCAGAAACTTCATTTAATGAATATGTAAATAAATACTATACATCAAGTACT +GATGCAATGACAAATATATTCAGCTCAATTGCTAAGGAAATATCAGGAGAGTTAAATGCA +TATTTAGGAAAAGATGTAGTGATAAAAGATACTGTAACTGGAGACTTCAGCATAGTAGAT +ATAAGCAGAAATGACATACAAGGAATAGATAAAGATAAGGTAAGTATAAATGGAAACAAC +ATAGAATTTAATTTAGGTGATGTTGAGGATATAAATGAAGATTTATCAAATCCAGATAAA +ACAATTAGTTTTGTAATAGAAGTAAATGATCCATATTTATTTGGAGAAGATATTCCTACA +AATGTTAAAGCAACTATAGACCATACAAATCCAATTAATCCTAATGAAAGATTTGAAAAT +GAGGAATTTAATATACCTCATGTAACTATAGACCCTAAAAAAGCAACAATAACAGTAAAA +AAGGTGGTTCAAAATCCTGATAATCTTACACCATCAAAGGATATGTCACAAGAAGTATTT +CCTATTTTAATTCAGGGAAATAAGGAGCAGTATAGTGTAGGATTAAAGGCAGATGAAACT +CAGACTATGACAGTTTACTTAAAAGGAAATGAAACTAATATATCAAGTGAGTATGCTGAA +AAGTACAAAGAAAATGAAAACTATAAATTCGATAAAAATTTAAATTTCTTAACAGCAGGA +GACTATAGTGTTAGCGAAATAGTACCGATGAATTATGAGTTAGTAAGTATAAGTAATCAG +AATTTTAATATAAATAAAGACAATAACGAAATAAATATAGTTATCACTAATAAATGTATA +AATGATAGCTATTTCCATGATAATCATGATAAACCAAATCAATTAGAGTACAAATAA +>group_1381 +GTGAATAAAAAGATAAAATCACTTATAACAACTGTTTCACTTCTTTCGATAATGACTATA +CAAGCAGAGGCGCTACATAAAGTGCCTCCTAATGTTGAGTTATTGGGGAATGCAGAGGGA +ATAGTATATGTACCTGGTGACGAGCCATTTTTACTTGGGGAGGATATGAGCCCAGGAGAC +AAAGTAACGAGAACATTAGAAATAAAAAATAAATATGATAAAGCATATGAGCTTTACCTG +CAAGCCGAAAGAGTAACACCTCCAGAAAAGTATGATTTACTAGATGTTATTAATTTAAAA +ATATCTTATAAAGACGAAGTAATATATGACGGACCAGTAAGTGGAGAAGATGGACTTACA +GAAAATATAGAGCTAGGATTATTTGAACCAGGTGATGAAGAAAATTTAACTGCAGTAGCT +GAGCTAGATCCGAGTGCAACAAATCCAGCATATTTGAACAAAACAGTTCAAGTGAACTGG +ATATTTACCGCACAGGCTAAAGAGTCATCTAAACCTACAGAACCAGAAGTTAATAATCCA +AGTCAAAATAAGCCAAGTAATAGCACACCACAAACTGGAGATCAGGGTATATATGCATAT +CTTGCTTTAGGTGGAGCGAGTTTATTAGGATTATACAATATTCGAAGAAAAAAAGATTAA +>group_1387 +ATGCATAATAAAAAATTAAAAGGTTTAATGGGTGCACTTGCTATATGTACAGTAATAGTA +GGAGGAACATTTGCTTGGCTAGGAGCAAATGATAGTGTAACAAATAATTTTAAAATACAG +GCATCAGAAAAAGGAGATATAGACATAGTAGAAGAGTTTAATAAAGAAGAAGCTGAAAAG +ATAAAAACAGGGGTAAATGTAGATAAAAAAGTTCAAGTTCAAAATAAATCTGATTATGAT +TCTCTTATAAGAGTTAACATAGAAAAACTATTCAAAGGTGAGAATGGAAATACTTTAAAC +AACTTAGATATTGAAAAAATAATACTTAATTATCTTGATGGAGCTATAATATCTGAAAGT +GATATAAAACTAGATGATCAAGGTGATGTGACTAACTTAAACGACGTTAAAGGAAAGTGG +GTATTAGCAGAAAATAAATATTACTACATAGGAAATGTTGCTCCAGAAGGATATACGACT +CAATTATTAGATAGTGTTACTTTAGATCCTAGTATAGCAAGTAATCCTAACTATAAAGGT +GTAGCATTCGATGTAATAGTAAATGCTGAAAGTGTTCAAAGTACAGTAGAAGCTATAACT +AGTAACGGAGATACAGGTACAACAAATGAAAATGGATTTGGACTTGACGAAGTTAAGCAT +AAAAATTTAGTAGCAGCATTAAAAGCTGTAGTAGGACAACCTTCAGAAGATGGAAAGCTG +ACTATAAAACCTACAGTTTCAAATCAATAA +>group_1357 +GTGAAATTAAGAAAAAGGGGGATTATAGTTTGCCTAGTATTGATGGGTAGTATTATATTA +ACTAAAAGTGGATGGGTATCCAATACATATGCAGCCATCAAAGAACTTTTAGATCCAAGT +GATACAGTAGTAAATGAGTTTAAAGGTGGCGTAGATATAGAAATAGAAGAAAATTTTGAC +GAAGAAGGCGCCAAAAATTGGGATGGAACAGCACTTGTAAAAGAAGTAACAGTAAAAAAT +AATCGTGAAACACCAGCACTTATAAGAGTAAGTATAGTTCCTATATGGCTTGATGAAAAT +AATAAACCATGGGCAGGAGATATAAATGCAATAGTTTTAAATAAAAATATTGTAAGTAAC +CCAAATGAAGAAGGCTGGATGGATGGTAAGGATGGATACTTTTACTATACAAAGGCACTA +GATACAGGAGCTGGTACTAATAAGACAATTATTGATGAAGTATCATTTGATATTAATAAG +ATACCAGAGAATCAAAGAGATATTTATAAAAATAAAAAGCTAATAGTTAATGTTAAATCA +GAAGCTGTAGAAGCAACACAAAATGCGTATAAGGCATCATGGATACAAATAAGCGAAGGA +AAAACTAATCAAAATGTAATAACTATGTTAGAAACCTTATGTAAATAA +>sipW_2 +ATGAGTATAAAAAGGTTTTTTAATTATGTATGGAATATCATTTTTTATATATTTTTAATA +TCTGTGATAATAATCACAGTTATTTCCGCGAAAGGAAATAGCCAAAATGAGGCGGTGTCA +ATATTTGGATATAGATTTTATACTGTATTAACAGGAAGTATGAGCCCTACTATGGGCAAG +GGAACATTGGTTTTAGTCAAAGAAACACCTACAGCAGAAATACAAAAAGAAGATGTGATT +ACTTTTTATGATTCATCAAGGACAAGTGTAACAACTCATAGAGTAAAAGAAGTATTACAT +GAGGATGGTGTAAAGTTTATTACACAAGGGGATGCAAATAATTCAGTAGATCCAAAGCCT +CTCGATTCAGAACTTGTTGTAGGTAAAGTTATATTTCATATACCTATAATAGGAGCGACC +ATGCAATTTATCAAATCTAATATAAAATTAGTACTAGCTATTTTAGTAATGTTAATAATT +ATGACATCATTTCAATATAGTCCCAAAAAGAAGCAAACTAATTAA +>group_1379 +ATGAAGAAAAATAATGAAAATAAGATAATCCTGATTGCCTGCATACTAACAGTTGGATTA +GTAGGAGGATTTACATTATCTCAAGGTACGATTAAATTTAAAGTAAAAGATGATTATCAA +AGTGAAGCAGCGACTAAAGAAGATATAGTAAAAGAAGATGTAGATCCATACTCAATAGTA +CGTACGTTAGAAGATGAGGGAAGCTTCACTATCAAGGCATATCAAAATAAAGAGCTTACT +GATGAGGATATTATAAACTTAGTTAAAGATGCTAAAAAAGAAAATAGTGATATTAAAGAT +AATTATAAGATAAATATATATTCTGATGAATCATCAGTAGATTCAGATGATGATAAGAAT +GTAGAGCTTGTGATAAAAGCTGTAGGTGAGAATAAGATTAGCATAAATAAGCGTTATTCT +GATATAGAGAGTGAATCAGTTGAAGTACCTGAGTATACTTCAATATCAGCAAAAAATGTT +TATGATGAAGAAAATAATAATGCTACATTAAAAACTAAGATAGAAATAATTTTAGAGGGA +GTGCAAAATCCAAAAGAAGCTCTATCTAAAATTAAAGCAGTTGGAAATTATACTAGAGTA +ATTAGAAGTACTTATGATATATTAAATATTATCGGTTATACTTCTAATGAAATGAATGAG +TATTGGGAGTATAGCGGTCATTCTAAAAATGATATAGTATATGGAAGAGTGATTAATTTA +AAATAA +>group_1386 +ATGGCTACAGAAATAAAAAATGCTTCATCTTTAAAACTTCAATTTAACAAAGGACTTGGC +TCAAATGGAAAAGCACAAATAAGCAGCAAAACATTCTCTAATCTAAAAGAAAACGCAACT +GCTGATGATGTCTTAGAAGTTGCAAATGCTATAAGTGACTTACAAAAGCATGACTTATAT +GACATCATAAAAATAGACTATACATCTATATCATAA +>group_1372 +ATGGAAACTTCATTAAAATTAGTAATGACTTTTAAATCTGCTGGAGATAAGACTGTCAAC +TTAACAGTTGATGATCCTAGAGATGATATAAGTGAGGATGAGGTAATATCAGCTATGAAT +TTAATACTAGAAAAAAATATCTTCTCACCAGACAATGTTGACTTAAAAGAAACTGTTAAG +GCTAAAGTTATTCAAACTGAAACTACTGAATTTGACCTTAAAGCATAG +>group_1471 +GTGAGAAAATACATAAAATACATAGTTTTTGGAGTGGTAGCCTTAGTCTTAACAGTAGTT +TGTATATTAAAAATAAGAGAAGTCTCTGAAGAAACAATTAGTTATATGCCTATAACTAAT +AAGACTATTGTATTAGATGCTGGACATGGAGGTATTGATTCGGGAGCTTCTAATGACGAT +AAGACTATATATGAGAAAGATGTTAACTTAGCTATTACTCTTAAGTTAAAAGAGCTTATA +GAAGCTAGTGGAGGGTTAGTTATATTAACTAGAGATGATGACAGCAGTTTATATGAAGAG +AGCGAGAATAAAACGATAAGACAAAAGTATAATGAAAATTTGAAAAATCGTAAAAAGATA +GCAGATGATTCGAATGCAGATATGTTTGTTTCTATACATCTGAATTATTTTACTGAATCT +AAGTATTCAGGAGCTCAGACTTTTTATCCAGAGGAGATGGATGATAGTAAGGTTTTAGCT +AAGAGTATACAGGATGAATTGAAAAGAGTTGTAGATGATAGTAATAATAGAGTGATAAAG +CCAAGAAATAATCTTTACTTATTAAAGAATTGCAAAATGCCATCGGTATTAATTGAATGT +GGTTTTCTATCAAATGAAAAGGAAGCTGAATTATTAAATGACGAAAAATATCAAGAAAAA +ATAGCTTGGTCTATATATGCAGGTATTCAAAAATATTTTGGTGAAGATGGGTATAAAAAT +GAATAA +>rpsI +ATGGCAAACGTTCAATACTACGGAACTGGAAGAAGAAAAAGCTCTGTTGCTAGAGTTAGA +TTAGTAGCAGGTGAAGGAAATATAATAATAAATGGAAGAAATGTTGAAGAATACTTCAAC +TACGAAACATTAATAAGAGATGTTAAGCAACCATTAGTATTAACTAACAATGAAGCTAAA +TACGATGTAATAGTAAAAGTTGAAGGTGGAGGATTCACTGGACAAGCTGGTGCTATAAGA +CATGGTATATCTAGAGCTTTATTAAAAGCTGACACTGATTTAAGACCTGCTTTAAAGAAA +GAAGGATTCTTAACTAGAGATGCTAGAATGAAAGAAAGAAAGAAATATGGATTAAAGGCA +GCAAGAAGAGCTCCACAATTCTCAAAGAGATAA +>rplM +ATGAAAAGTTATATAGCTAAGCCAGCTGATGTACAAAGAAAATGGTACATCGTTGATGCT +GAAGGAAAAACATTAGGTCGTTTAGCAACTGAAATAGCGACAGTATTAAGAGGAAAAAAT +AAGGTTACTTTCACACCACACGTTGACGGAGGAGACTTCGTTGTTGTTGTTAATGCTGAG +AAAGTAGTTTTAACAGGAAAGAAATTAGAGCAAAAAATGTACAGATACCACACTGGTTAT +GTAGGTGGTTTAAAAGAAATACCATACAAAGAAATGATGGCTAAGAAGCCTGAAGAAGTT +GTAGCTCACGCTGTAAGCGGAATGTTACCAAAAAATAAATTAAGAAGCAGAATGATGACT +AGATTAAGAGTATTCGCAGGACCAAACCATGATCATGCAGCTCAAAATCCAGAAGTTTTA +AACTTTAAATAA +>truA_2 +ATGAGAAACTTAATGATAAAAATACAATATAATGGAGCTAACTATTGTGGATGGCAAAAG +CAACCTGACTCTTTAGGGATACAGGGTACAATAGAAAGAGCTATTTATGAAATAACAAAG +GAAGAAGTAAAGATTACTGGCTCTGGGAGAACTGATGCAGGAGTTCATGCATTAGGACAA +GTGGCAAATTTTAAACTAAACTCTGAGATACCTGCAGATAGAATACCAAATGCACTAAAT +GCAAAACTACCTAAAGATATAGCTATAATTAGCTGTGAGGAAGTCAATGAAGAGTTTCAC +TCTAGATATAGTGCAAAAGGTAAGAGGTATAGATATTTAATTTATAATAGTCCTTATAGA +AGTCCTATATATAAAGATACATCATATCATGTAAAATATGAACTTGATTTTGATAAAATG +TGTGAAGAAGCTAAATGTTTAGTTGGTACACATGATTTTAAGGGATTTATGAGTTCAGGA +TCTTCTGTAGTAGATACAGTTAGAACTATATATGATATAGAAATAACTAAAGAAGAAGAT +TTAATAACTTTAGAAGTCGAAGGTAATGGTTTTTTATATAATATGGTAAGAATAATAGTA +GGGACGTTAGTAGATATAGGCAGAGGCAGGATAAAAGAGAATTTATCTGAAATAATTAAC +TCAAAGAGTAGATCAAAAACTGGTCATACAGCACCAGCGCATGGATTATTTCTTAAAAAA +GTTGATTATTAG +>ecfT_2 +ATGTTAAAAGATATAACTATTGGTCAGCATTACCCTACAGAGTCCATTATTCATAAATTA +GATTCAAGAGTAAAACTTGTAGCTACATTTATATTTATGGTTTCATTATTTATAATTAAT +AAATTTTGGCCATACTCAATAGTGATAGTATCTTTATTAGCAATAATAAAGTTATCTAAT +ATACCGTTTAAATACATTCTAAAGGGGCTTAAACCTCTTAGATGGATTATATTATTTACA +TTTGTTATAAATATATTCTTCTTGCCAGGAGAAAAGATTATATGGTCGTTTGGATTTTTA +AAAGTGACTCAAGAAGGTATAAGTCAGGCTATATTTATGGCTATTAGGCTTACACTACTT +GTATTAGGAACATCCTTATTAACTCTAACGACATCTCCTATGGATCTTACAGATGGTATA +GAAAGGCTTTTAAATCCGTTTAAAAAGATAGGGTTACCTGTGCATGAATTAGCTATGATG +ATGACGATAGCTCTTAGATTTATCCCTACATTATTAGATGAAACTGATAAGATAATGAAG +GCTCAAATGTCTAGGGGAGCAGATTTTGAAAGTAATAATCTTATAAATAGAGCTAAAAAC +TTAGTTCCACTATTAGTCCCTTTATTTGTAAGTGCATTTAGAAGAGCAGAAGAATTAGGA +ACAGCTATGGAAGCTAGATGCTATAGAGGTGGATATAATAGAACTAAGATGAAAGAATCT +GTTTTATCGAAATCTGATTATGTATCTTATGTATTACAATTTATGTATTTAGGGAGTATA +ATAGTTACTAGATTCATATAA +>ecfA2 +ATGTCAATTGTAATAAAGAATTTAACATATATATATAACGAAGATATGCCTTTTGCAAGT +AAGGCGTTAGATGATATTAGCTTTGAAATACAAGATAGAGATTTTGTAGGTATAATTGGT +CATACTGGTTCAGGTAAGTCTACATTAATACAGCATTTGAATGGTCTTCTAAGGCCTTCA +TATGGAGAAATATATATAAATGATTTTAATATAACTGATCCAGAACTTAACCTAACAGAG +ATAAGAAAGAGAGTAGGGGTTGTTTTTCAATATCCAGAATATCAACTTTTTGAAGAGACT +GTTGAAAAAGATATAGCGTTTGGTCCGACTAATTTAGGCTTAGATGAAGCTGAAGTTAAA +AAAAGAGTAAAAGATTCTATGGAAGCTGTAGGATTAAAATATGAAGAGTATAAAGAAAAG +TCACCTTTTGAACTATCTGGAGGTCAGAAACGTAGGGTAGCAATAGCTGGGGTTATAGCT +ATGAATCCAGAAGTTTTAATTTTAGATGAACCTACCGCAGGCCTTGATCCAGGAGGAAGA +GATGAAATCTTTGAGCTTATAAAAACTCTTCATAGAAAACATAATATAACAATAATATTA +TCATCTCACAGTATGGATGATATGGCTAAACTAGCTAAAACTATAATAGTTATGAATCAT +GGTAAAATAGAGTTTATGGGTACTCCAAGAGAAGTTTTTAATTCTAATGCAATTAGGTTA +AAAGAAATAGGTTTAGATATACCTCAGACTATAGAGTTAGCTATAAAGCTTAGAGAAAGA +GGTTTTGATATACGTCAAGATATATTGACTATAGATGAAGCTAAAGAAGAAATATTAAGA +GTTATGAGAGGAAGAGGAAAATGTTAA +>rpsD_2 +ATGGCAAGATATACAGGTGCATCTTGTAGACAATGCCGTAGAGAAGGAATGAAATTATTC +CTTAAAGGCGAAAGATGTCATACAGATAAATGTGCTATAGAAAAAAGAAACTATGCTCCT +GGACAACATGGACAAGGAAGAAAGAAAGTTTCTAACTATGGTTTACAATTAAGAGAAAAA +CAAAAAGTTAAGAGAATATACGGAGTTTTAGAAACTCAATTCAGAAACTTATATGAACGT +GCTGATAAAATGCCTGGTATAACAGGGGAAAATTTATTAAGCCTATTAGAAAGAAGATTA +GACAATGTAGTTTACAGAATGGGATTAGCTTCATCTAGAAAAGAAGCTAGACAATTAGTA +ACTCACGGTCACTTCACTTTAAATGGAAATAAGGTAGATATACCATCTATAACTGTTAAA +GCTGATGATGTTATAGCAGTTAAAGAAAACTCTAAAACTTCTGCTAAGTTCAAAGCTTTA +GTAGAAGCTAATGCATCAAAAGTAGCTCCTAAGTGGTTAGATGCAAACTTAGAAGGAATG +TCTGCTAAAGTTGTTGCTATGCCAACAAGAGAAGATATAGATCTTGAAATAGCTGAACAC +TTAATAGTAGAGCTTTACTCTAAGTAA +>rpsK +ATGGCTAAACCAAAAAAGAAAGCTACACGTGTTAGAAGAAGAGAGCGTAAAAACATCGAA +CGTGGACATGCGCATATACAATCAACTTTTAACAACACTATAATAACTTTAACTGACGTT +CATGGGAATGCTATATCTTGGGCATCTTCTGGACAATTAGGATTCAAAGGATCAAGAAAA +GCTACTCCTTTTGCATCTCAAATGGCTGCAGAAACTGCTGCTAAGGCTGCAATGGAACAC +GGTTTAAAAACTGTAGAAGTATTCGTAAAAGGTCCTGGTTCAGGAAGAGAAGCTGCTATA +AGAGCTTTACAAGCTACTGGACTAGAAGTAACTATGATAAAAGACGTTACTCCAATCCCA +CACAACGGATGTAGACCACCAAAAAGAAGAAGAGTGTAA +>rpsM +ATGGCAAGAATAGCTGGGGTAGATTTACCTAGAGAAAAAAGAGCAGAGATAGGCTTAACT +TATATATATGGTATAGGAAAAGCTACTGCTAACGAAATATTAGCTAAAGCTGATATAAAT +CCTGACACAAGAATAAAGGATTTATCAGACGATCAAGTTAATGAATTAAGAAAAATAATA +GATGCTGATTTCTTAGTTGAAGGTGACTTAAGAAGAGAAATCGCTTTAAACATAAAGAGA +TTAAGAGATATAAAGTGTTACAGAGGTTTAAGACATGCTAAAGGTCTTCCTTTAAGAGGT +CAAAGAACTAAAACTAATGCTAGAACTAGAAAAGGTCCTAGAAAAACTGTATCTCGTAAG +AAGAAAAAATAA +>rpmJ +ATGAAAGTAAGACCATCAGTAAAACCAATGTGTGAAAAATGCAAGGTTATAAAAAGAAAA +GGTAAAGTAATGGTTATCTGCGAAAATCCTAAGCACAAGCAAAAGCAAGGATAA +>infA +ATGGCCAAAAAAGATGTAATAGAATTAGAAGGTACAGTTATTGAAAACTTACCTAATGCT +ATGTTCAAAGTAAGATTAGAAAATGGACATGAAGTATTATGCCATTTATCTGGAAAGCTA +AGAATGAACTTCATAAGAATTCTTGAAGGTGATAAGGTAAATGTTGAACTTTCTCCATAT +GACCTTACAAGAGGAAGAATCACTTGGCGTAAGAAGTAG +>group_1470 +GTGCTATCAGAAAATACAAGAGTAGGTCAAGTTGTAGAAGGTTTATCAGGTAGAGAAACA +GGAAGGTTATTTTTCATAGTGACAATAGTTGACCATGAATATGTTCTTATATCTGATGGA +AAGAAAAGAAAACTTGACAGACCTAAGCTAAAAAAAGTTAAGCACTTAAAAGTTTATAGT +TTTTTAAATGATAAAGTTAAAAATAAAATAGCGTCTGATACGATAACAGATGCTTTTTTA +AGAGCTGAACTTACTAAATCAAAAGAGTTGATCTTTGATTAG +>map_2 +ATGATTATTATTAAATCAAAAAAAGAAATAGAATTCATGAGGGAAGCGGGTAAAATTGTT +GCTGAAACTCATGAACTATTAAAGGAAGCTATTACTCCGGGAATATCTACTTTAGAGTTA +GATAAAATAGCTGAAGAGAATATAAGAAAATACAATGCGATCCCATCTTTTAAAGGCTAT +GGTGGTTTTCCAGGAACTATATGTGCATCTATAAATGAACAAGTTGTACATGGAATTCCA +GGGAATCAGATAGTTAAAGAGGGAGACATTATTAGTATAGATATAGGAGCCTATTATAAA +GGATATCATGCCGACTCTGCAAAAACACACGGTGTAGGCATTATATCTGAAGAAAATAGG +AAATTAATAGAAGTAACAAAAGAAAGCTTCTATGAAGGCATAAAATTTGCTAAACTAGGA +TATAGACTTTCGGATATCTCACACGCAATACAAGCACACGTAGAGAAACAAGGTTTCTCA +GTTGTTAGAGATCTAGTAGGTCATGGAGTAGGCACAGAACTTCATGAAGATCCTCAAGTT +CCTAACTATGGTCCTCCAGGAAAAGGTCCAAGACTTAAAGAAGGAATGGTACTTGCTATA +GAGCCTATGATTAACGCTGGTCGTTACCATGTAAAGACTCTATCAGATGGATGGACAATC +GTCACTATTGACGGCAAAAACTCAGCTCATTATGAGCATACGATAGCAATTACTGAGGAT +GAACCGCTTATATTAACTAAGCTTTAG +>adk +ATGAGAATAATATTACTTGGACCTCCTGGTGCTGGTAAAGGAACTCAGGCGGCTGGGATA +GTAGAAAAATATAACATACCTCATATATCAACAGGAGATATATTCAGAAAGAATATAAAA +GAAGGAACAGATCTTGGAAAGAAAGCTAAAGAATACATAGATCAAGGATTACTAGTTCCA +GATGAGTTAACTGTAGGTTTAGTTACTGACAGAATAACTCAAGCTGACTGTGAAAATGGA +TTTATGTTAGATGGATTCCCAAGAAATGTATCTCAAGCTGAACAATTAGATGCGTTTTTA +AAAGAAAATAATATAGAATTAAGCAACGTTATAAATATAGAGGTTGATAAGAATATATTA +GTTTCAAGAGCAGTTGGAAGAAGAATTTGTAAATCTTGCGGTGCTACGTATCATGTTGAG +TTTAATCCTCCTAAAATTGAAGGTGTATGTAATGTATGCCAAGGGGAGTTATACCAAAGA +GCGGATGATAATGAAGAAACAGTATCAAAGAGAATACAAGTTTATCTAGACGAAACTAGA +CCATTAGCTGATTATTATGCTAAAGTAGGTATATTATCAAACATAAATGGTCAACAATCT +ATAGATGAAGTATTTGGAGATATAGTTGCTGCTCTAGGAAGTGAAAAATAA +>secY +GTGCTATCACAGTTAAAACAAGCTTGGAAGATTAAAGACGTAAGAAAAAAAATATTATAT +ACTTTAATGATGATTGTAGTCTTTAGGATAGGTGCGACTATACCTGTTCCTGGAGTGGAC +ACAAGTATTATAAAGGAGATGGTAGGTAACAATAGCCTACTTTCCCTATATAATATGTTC +ACAGGGGGTGCATTTAGTAACTTTACACTATTTGCATTGGGAATAGGACCATATATCACA +GCGTCGATCATTTTACAACTTCTAACTATTGGTTTTGAAAGCCTGGATGAACTTCAAAAA +TCAGGAGAAGAAGGTAAGAAAAAGATCAACAAATACACTAAATATACAGCATTAGCACTA +GCTCTTGTACAAGCTATTGGTATTACATTAGGTGTTATCAAAGGTTTAAGAGCTCTTAAA +ACTGATAATATATTCTTTATCTCAACGATTATCTTAACGTTAGTATCAGCTAGTATGTTA +TTAATGTGGATAGGAGATAAGATTACAGAAAAAGGTTTAGGTAATGGTAGTTCAATAATA +ATATTTGTAGGTATTATCTCAAGAGTACCAATTGATATTATGAGTGCTATCAATAAAGTG +CAAAATGGTAAGCTAGCTATATGGGCTGCAGTAATGTTAGTAGTAGTAATACTTCTTACA +ATAATGGCAGTTACGTATATACAAGAAGCTACTAGAAAGATACCAGTACAATATGCTAAA +AGAGTTGTTGGAAGAAAAACATATGGAGGACAAAGTTCTCATATACCAATGAAAGTTAAC +CAATCAGGAGTTATTCCGGTAATTTTTGCTAGTTCACTTTTAGCTTTTCCACAAACTATT +GCTATGTTTATGGGATCTGATGCTCAAAACTTTGTCCAAACATACTTAAGTCCAAATGGT +GACATAGGATTTTGGATATTTAGATCACTTGAAGTTCTGCTTATAGTATTCTTTGCTTAT +TTCTATACAACTGTATCATTTAATACAGAAGATATAGCAAATAACATGAAAAATAATGGT +GGATTTATACCAGGTATTAGGCCAGGAAAACCTACTATAGATTATTTAAATAGAATATTA +TCAAGATTAACTCTAGCAGGGGCTATATTCCTAGCTATTATATCGTTAATACCAGCATTT +GTTACGCATTTTATGAATGTACAAATGAATTTAGCAGGTACATCGTTGCTAATAGTTGTT +GGAGTTGCTTTAGAACTTAAGAAACAATTAGAATCAAACTTAGTTATGAGAAGCTATCAA +GGTTTCTTAAAATAA +>group_511 +ATGGATAATATGAGAGAAATGAGAAAAAAACGTGAAGATGGAAAGTATGATTTAACGTTA +GAAATAGGCGATGGAGCTTATTTTGGAACATATGAGGATGTAGATCTAAAATCAGGAGAA +GATTTAGTTAGAAATTACTTAAGAAATAATTCAGACGATGCTAATTTTGAAGATATAAAA +ATAAACTATAATAAAAATAGACATACTATAAGAGTTACTGCTGAATTAAACTATTATAAC +GATGAGCATAAGGATTATAGTAACAGAGGAAAATTAATGTAA +>group_364 +ATGAACGGAATAGTAATAATCGGGCATGGCAATTTTGGATCAGGACTTAATAGTACATTA +GAGCTTATTGCTGGAAAATATGATTTTGTTAAATATGGAGATTTTACATCTGAAAAATCA +CCTGAAGAATTTAAAGAAGAAGTTAAATTAGAATTAGAAAAATTAAAGGATAAGGAGAAG +ATTTTCTTTTTTACAGATGTAGTTGGTGGAACGCCATTTAAAGTTGCTTGTGAGTTAAAG +TTAGAAGATGATAGAATTGAAGTTTTCTATGGTACAAATATGGCTATGATAATAGAAACT +TGTATGAATTCACAATTTGAAATAGAGTTGGATAATGATTCAATTGCTCAAATTGGAAAA +TCTAATATAGATTCATTTAGATTAACTAAAAAAAATCAAACTCAAGAAATGGCAGAGGAA +GGTATATAG +>levE +ATGCCAAATATAGTATTAACAAGAATAGACAATAGATTAATCCATGGTCAGGTTGCAACA +ATGTGGACTGCAAGTGTAGGTGCAAATTTATTATTAGTTGCCAACGATGAAGTTTCAAAA +GATGAATTTAGACAAAGTTTAATGGATATGGCGGCACCAGCAGCTGCTCAAACTAGATAT +TTTTCTATAGAAAAAACTATAAATATAATACATAAAGCAAGTCCTTCTCAAATGATAGCT +TTAATATGTGAAAATCCTCAAGATGTTTTAAAATTAGTTGAGGGTGGCGTACCTATAAAA +AAAGTTAATATAGGAAATATGCATATGGCAGAAGGTAAAAAGCAGGTATCTAAGGCTGTT +TGTGTGGATCAAAGTGACGTAGATGCATTTAAAAAATTAAAAGAATTAGGTATAGAGTTA +GAAATACGTCGTGTTCCATCAGAATCAGCAGAAGATATAAATAAATTATTTGAATAG +>agaC_2 +ATGGATTTAAGTTTTGGTCAAATCGCACTAATACTTATTGTAACAATGATAGCAGCTATA +GACCAGTACAGCTTCTTAGAGTCTATTTATAGACCGATAGTTATTGGTCCTATAATAGGA +GCTATCATGGGAGATTTACAAACAGGACTTATGATAGGCGCATCATATGAACTTATGATG +ATAGGAGCTATGCCAGTAGGTGGAGCTCAACCACCAAATGCTGTTATAGGGGGAATAATG +GCAACAGTATTCGGTATAAGCTTAAAATTAGATGTTGCAGCAGCATTACCGCTTGCAATA +CCATTTGCATTACTTGGACAATATGCTGTTACTGCTTTATTTACAGTTGTATCTCCATTA +ATGCTTAAAGCAGATAAATATGCTGAAGAAGGAAATCCGCAAGGTATAGTAAGGTTAAAC +TATTTAACAATGGGATTATTAGCAGTATTATTTGCTGTAATAGTTTTAGCAGGATTATTA +GCAGGTTCAGCAATTGGTGAACAATTAACTAGTAAAATAGCACCATGGGTATTCGCAGGA +TTAGGTGCAGCAGGTAAGATGATGCCAGCTCTAGGATTTGGTATGTTATTAAGAGTTATG +TACAGTAAGGAATTAGCAATGTTCTTATTCGTAGGATTTGTATTTGTTGCTTATATGCAA +TTACCATTGCTTGCAGTTGCATTTATAGGGGTTGCGGTAGCAGTATATGATTTCCAAATG +AATACAAGAAATGTACCACATGTAAAGGAGGCTGATACTGATGGCATCTAA +>manZ_2 +ATGGCATCTAAAGCAAAAGAATATTATGTAGATAAGCAAGAAGCTCCAAAGTTAAGTAAT +AAAATACTTAATAAAATGGTTTGGAGATCATTATTCTTACAAGCATCATTTAACTATGAG +AGAATGCAAGCTTGTGGATGGTTATATGGTATATTACCTGGATTACAAGAAATCCATAAA +AATAAAGAAGATTTATCAACATCAATGACTCACAACCTAGAATTCTTTAATACTCATCCA +TTCTTGGTAACATTTGTTATGGGGATAGTATTATCATTAGAACAAAAGAAAACTGATGTA +CAAACAATAAGAGCATTAAGAGTTGCAGCAATGGGGCCTTTAGGAGGAATCGGAGATGCT +ATATTCTGGTTTACTTTAACTCCAATAGCTGCTGGTATAGGAGCTAACTTAGCACTCCAA +GGAAGTATTTTAGGACCAATTATATTCTTACTACTATTTAACGTAGTTCAATTTGCTTTA +AGATATTGGTTAATGCATTGGTCATATAAAGTAGGTATGGATGGTATCCAAGCTATGACT +AAGTTTGCTAAGCAGTTCACTCGTTCAGCAACTATACTTGGGTTAATAGTTGTAGGTGCT +TTAATAGCTTCTTATGTTGGTGTTAATATAGCATTAGAAATACCAATAGGTGAAACTAGT +GTTGTAGTTCAAGAAGTATTAGATAGTATAATGCCTTGTTTATTACCATTATGCTTAACA +TTTATGATGTATAGTCTAGTTAAGAAAAATGTAAGTCCATTATTAAATATAGGAATATTA +GTATTAATAGGATTAGTAGGAGCATTCTTCGGTGTATTTGTATAA +>nagA +ATGAGAAAAGTTTTAACTAATACTAGTATTTTTGTAAAAGACGGAAAAATTTCTAATTCC +GGAGAAGAAATTAATATACCAAAAGGATATTTTGCTGTTCCAGGTTTTATAGACACGCAT +ATACATGGTTCTCATGGCGCAGATGCTATGGATGGAACTTTCGAAACTTTAGACCATATA +GTCAAAACACTTGCTAAAGAAGGTGTAACTTCTTTCTTGCCAACTACAATGACTCAAGAA +ATAAGTAATATAAATAGAGCTTTAAACAACATATCTGATTATATGAGTAATAATAACATC +GCTGGACAGCCAGAAATATTAGGCATCCATCTAGAAGGTCCATTTATAAACTGTCATCAT +AAAGGTGCTCAACCAGAGAAATTTATACTAGATCCTACAGTTGAATCTTTCAAGATATTT +GAAAAGGAAGCTAATAATAATATAAGAAAGGTCACTTATGCTCCAGAATTGGATAAAAAT +TTTGAGTTTACTAAATATCTTTCTGAAAATAATATAATACCATCAGTAGGACATAGTTCT +GCTAGCTTTGAAAATATAGAAGATGCAATTTCTTTTGGACTTAGTAGTGTTACTCACTTC +CATAATGGTCAAAGTCCTCATCACCACAGAACTCCAGGTGTTGTAACTGCTGGATTTACT +TTTGATGAGTTAAACACTGAAATTATTGTTGATGGTATTCACCTTCACCCTAATACTGTA +AAATCAGTGGTTAAAATCAAAAGCCCTAACAATGTAACCTTAATAACTGACGCTATGGAA +GCAAAAGGTTTAGAAGATGGAGAATACAAATTAGGTGGACAAAAAGTTATAAAAGTTAAA +AATGAAGTTAGACTAGAATCTGGTTCTTTAGCTGGAAGTGTTAATACCATGATAAACAGC +GTTAAAAATGTGATGGAATTCTCAGGGTGTTCCCTAGAAGATGCCATTACTATGGCGTGT +GTTAACCCTGCAAAGGAATTAGGAATCCTTACTAGAAAGGGTAGCTTAGATATAGGTAAA +GACGCTGATATAGTCATTCTTGATAATGAATATAATGTAGTAAAAACTATATGCCGTGGT +AAAGTTGCTTTTGAAATATAA +>group_488 +ATGCTAATAATAAAAATAGCTATAATTCTATTTTTAGCTTTTAACATATTTACATACGTT +AGAAGAATAATTGCACCAAACATAACTCAAAAAGAAGAGCATTTAATCAAGATAGAAACT +ATGTCACTTAAGTTTGTTTCTATAATCGAAATTTTAGCTTCTTCTACAATCATAATATAT +TTAATTTTTAATAAATTAAATTTTATGTCATTAATTCGTTTATTCTTATTTATAGGATGT +ATAAAGATCACATTAGCATGCTTCATAGCATTTGTAGTTTATAAAATGAGTTATAAACCT +GCAAAAAAATAA +>sasA_10 +TTGAAAAACAATAAATTTATAGTAAAAATAATTTTGGTAGTAAGCATATTAATTAGTGCT +ATAGGAGTTTGTACGGCATACCCTAAAATAGAAAAAGATAGTACTAAATTTAGTTACGAT +GTATTTGAGTCAGAACACCATTTCTTAAAATATATAAATAGAAGTAATTATGCATTATAT +TATAGTACATATAAAAATAATGGTGAAGAGGTATTAAACCCATCACAACTTTTGTTAAAT +TTAAAATCAGTTAAGGATGACCAATATAGAATAAATAACTATGAAAAAATATTTAATGAA +AAAATATTTAATTGGGTTGATAATTTAAAAGATCAATTAGAAAACTTGGAGTACTATGCA +ATAAATAAAAGTAATAATGTAGTTATAGAAAGAAGTAATTTAAAATTAGAAGAATTAATA +AATAATGAATCTAGCTCAGATAAAATTAGTGAATTTAAGAAAATATATGAATTTTATGTG +ATAATAGATTATGATGAAAATGGAAATATAAGTATATCAAATAGTTATAATGCAAATAAA +ATTGAAATATTAGGTAAGCTTGATGAACTACAGAGAGACAATTATGATTTTGAAATTTAC +TCACTAGAGGGTGCAAAAATTAATCCTATAAAGAATATGACATATATATATGCAGTGCCA +CACAATTTAATATTTTCTGATCATATATCTTATATTATGCAAAATAAAGAGTATTATGCA +TATTCACAAGCGTCTTATTTATTTATAAATATGGCTATGGTATTTATTATATTGGTATCA +TTATTAGTTCCATATAAAGAAGTAAAAGATATAAAAGTATTTAAAGTAATAGTAAATATA +CCAATAGAAATTTTAATAATAATAGTATCTTGTGCAATAGCATTTATATATAATTCTTCT +GAAATTATAATGGTAAGCTCTATAAAAGGAGAATTAATAAACTTAGTTCAATTAGAATTA +AATAATCAGATAAAAAATCTAATGACTTACTCATTGAACATTATTTATTTTGCAATATGG +TTTAGTATAATATCAATCGGAATATTTATATTAAAACATATACATAGAAAAAAAGTGAGG +GTATATTTAAGAGAAAATTCTATTATAATTAAATTTATTTTAAGGGTTTCAACATTTATC +AAAAAAGGATGGAGCCACTTAATTGATTTTGATTTAGCTTATAAAAACAATTCTAAATTG +GTTAAACTGCTTTTAATAAACTTATTGATTATATCATTAATATGTACCATGTGGATATTT +GGTATAATATTGGCGATTATTTACACAGTAGTGATATTTTTAATTTTAAGAAAAAAGTAT +GAAAGGATTAATAATGATTATAATAATTTGCTTAAATTAACTAATGAAATAGCAAGTGGT +AATTTAGATATTAATAATCAAGAGGATCTAGGTATATTCAATTCGTTAAAAGATGAGGTA +ACACAGATACAAAAAGGATTCAAAAATGCTGTAAGAGAAGAATTGAAGAGTCAAAAGATG +AAAACAGAACTTATATCAAATGTAAGTCATGATTTAAAAACACCATTGACTTCTATAATA +ACTTATATAGACTTGCTAAAAGATGAAAACTTAAGTCGTGGAAATCGTGAGGAATATTTA +GAAGTATTAGATAGGAAATCTCAAAGGCTAAAAGATTTGATAGAAGATTTATTCGAAGTA +AGTAAAGCTACAAGTGGTGATATAAATCTAAATATTATTGACGTAGATATAGTATCTCTT +ATGAAACAAACTTTATTAGAGTTAAGCGATAAGATAAATGAATCGGATTTAATAATAAAG +AAAAATTTACCTAGTGAAAAGGTAGTTCTTAGGCTAGATAGCCAACGAACTTTTAGAGTA +TTTGAAAATCTTATAATAAATATAACTAAATACTCAATGAAAGGATCAAGAGTTTACATT +GATATATTAGAGGGATTAGATAACGTAACTATAAGTTTTAAAAATATAGCAGCTGAGGAA +ATAGATTATGATGTAAACTATATAACAGATAGGTTTGTAAGAGGAGATAAATCTAGGAAT +ACTGAAGGAAGTGGTCTTGGGCTTGCAATAGCTAAAAGCTTTGTAGAACTTCAAGGAGGA +AGTTTTGAAGTAAGTAACGATGGAGATTTATTTAAAGTTATTATAGTTTTTAAAAAGTAA +>uvrB_1 +GTGGATTTTAAAATAAGTTCAGATTTTAAACCTACAGGAGATCAACCAGAAGCAATAAAA +TCAATTGTTACTGCTATAAACAATGATGAAAAGTTCTCAACTTTATTAGGAGTTACAGGG +TCGGGAAAAACATTTACAATGGCAAATATTATACAAGAGGTAAAAAAACCAACGTTGATA +CTTGCACATAATAAGACTCTAGCAGCGCAGCTTTACAGCGAATTTAAAGAGTTTTTTCCA +GATAATGCAGTTGAATATTTTGTAAGTTACTATGATTACTATCAGCCAGAAGCTTATGTA +GCTCATAGTGATACATACATAGAAAAAGATGCAAGTATAAACGATGAAATCGATAAATTA +AGACACTCTGCTACTGCATCAATTTTAGAAAGAAGAGATGTAATTATAATATCATCTGTT +TCATGTATTTATGGTTTAGGGGATCCAGAAGATTATAAAGAGCTAATGGTATCATTAAGA +CCAGGAATGCAAAAGGATAGAGATGATATTATAAAGCGTTTAATAGAGATTCAATACGAA +AGAAACGATATTAACTTTGTGAGGGGTACATTTAGAGTAAGAGGAGATATTTTAGAAATA +TTCCCAGCTAGTAATGATGAAAAAGCTATTAGAATAGAATTCTTTGGTGATGAAATAGAT +AGAATTACTGAGATAGATTATGTAACAGGAAAAATTGAAGGAGTTAGAAATCATGTAGTT +ATATTCCCTGCATCTCACTACGTAACAACACCAGAAAGAATAGAGCAAGCAATTATAAGG +ATAGAAAAAGAGCTTGAAGAAAGAGTTAAGTATTTTAAAGAGAATGATAAATTGCTAGAA +GCTCAAAGAATAGAACAAAGAACGAAATATGATATAGAAATGTTAAAAGAAATTGGGTTC +TGCCAAGGAATCGAAAACTATTCTAGACACGTAACAGGCAGGAAAGAAGGGGAAAAACCA +TATACTCTAATGGATTTCTTCCCAAATGATTACTTAATGATAGTAGACGAGTCTCACGTT +ACGATACCTCAGGTGAGAGGAATGTATGGAGGAGATAGATCAAGAAAAACATCGCTTATA +GATAATGGATTTAGACTACCATCAGCTTATGATAATAGACCTTTAAATTTTGAGGAATTT +GAAGAGAATATAAATCAAATACTATTTGTAACAGCTACACCAGGCCCTTATGAAATAGAG +CATTCTACAACTGTAGCAGAACAAATAATAAGACCAACTGGATTACTAGACCCTATTATT +GAAGTAAGACCAATAGAAAACCAAATAGATAATTTAGTTGGAGAGATTAATACTGTTATA +GAAAAAGGTGAAAGAGTATTAATTACCACATTAACTAAAAAGATGAGTGAAGACCTTACT +AATTATTTAAAAGAAATTGGAATAAAGGTCAAGTACTTACATTCTGATATAGACACTTTA +GAAAGAACTGAAATTATTAGAGATTTAAGATTAGGTAAGTTCGATGTTTTAGTAGGAATA +AACTTATTAAGAGAAGGTTTGGATATACCAGAAGTATCATTAGTTGCAATTTTAGATGCT +GATAAGGAAGGTTTCTTACGTTCTGAAACTTCTTTAATACAAACAGTAGGACGTGCTGCA +AGAAACTCAGAAGGTAAAGTTATAATGTATGCAGATAAGATAACTAGATCTATGCAAGCA +ACAATAGAAGAAACTAAGAGAAGAAGAGAAATACAATCTTTATACAACAAAGAGCATGGT +ATAGTTCCAAAAACTATACAAAAACGTGTTAGAGATAGCATAGAAGCTACTAAGGTAGCA +GATGAAGAAGTAGTATACGGAATTAAAGATACTAATGATATAGAGGAAATTAAAAATAAT +ATAGCAATGCTACAGGCTGAAATGATGGATGCTGCACAGAATCTACAATTCGAAAGAGCG +GCAGAGCTTAGAGATAAAATAAAACAGTTAGAGGAAAGGATAAAAGATTAA +>uvrA +ATGGAAGACAAAATTATAATTAAAGGTGCAAAAGAACATAATCTAAAAGATGTTAATTTA +GAACTTCCTAGAAATAAATTTATTGTTTTTACAGGGTTATCAGGTTCGGGAAAGTCATCT +TTAGCATTTGATACTATCTATGCTGAAGGTCAAAGAAGGTATGTAGAAAGTTTATCTGCA +TATGCAAGACAATTTTTAGGACAAATGGAAAAACCTAATGTAGAGTACATAGAAGGTCTA +TCTCCAGCAATATCAATAGATCAAAAAACAACATCAAAGAATCCTCGTTCTACAGTGGGT +ACAGTTACTGAAATATATGATTATTTAAGATTACTATTTGCTAGAGTAGGAGAAGTTCAT +TGTCCTGTATGTGGTGAAAAAATAAGTCAAATGACTATTCAAGAAATAGTAGATAAAATA +TTAGAGTTTCCAGAAAGAACAAAGTTACAAATACTATCACCAGTAGTTAGAGGTCAAAAA +GGAACTCATAAAAAAGTTATAGAAAATATTAAAAAAGATGGTTTCGTAAGAATAAGAGTA +GATAGAGAGAATTACGAAGTTACTGATGAATTTGATTTAAATAAAAATCAAAAACATAAT +ATAGAAGTTGTAGTAGATAGAATAATTGTAAAAGACGGAATTGAGTCAAGATTAGCGGAT +TCCATAGAAACTGCAGTTAAGTTATCAGATGGACTTGTTATTGCTCAAATTATTGATGGA +GAAGAAATTCTTTACTCTACTAAATTTGCTTGCCCTGAACATGGAATAGGTATAGAAGAG +TTATCACCAAGAATGTTCTCATTCAATGCTCCTTTTGGTGCTTGTAATGTTTGTAATGGA +TTAGGGGAAAGTAGGGAAGTTGATCCTGATTTAGTTATACCAAATAAAGAGCTATCTATA +AAACAAGGTGCAATAGCTGCTTGGGGTTCAGTAAGTACAAGTGATGATACATACTATAGT +AAAATGGTACAAAGTTTAGCTGCACATTTTAATGTGTCATTAGAGACACCATTTAAAGAT +TTACCAGAAGATTTCGTTCAAGAATTGCTTTATGGAGAAAATAATGTAATGGTAGAATTT +ATATTTGAATCTAAGTTTGGAGGTAGAAGAGAATATAAAGCTCCATTTGAAGGTGTTATA +GTAAACCTAGAAAGAAGATACAGAGAAACTAACTCTGATTATTCTAGAGATAAGATAGAA +GAATTTATGGCAGAAAGACCTTGTCCAAAATGTAAAGGTTCAAGGCTTAGAAAAGAAGTT +TTATCTGTGTTAGTTGATAATAAGAATATAATGGATGTAACTGATTTATCAATTAATGAA +CTTATAGATTATATAGAGAATATAGAGCTTACAGAAAAACAAAAATTCATAGCTCATGAA +ATATTAAAAGAAATAAAGGGAAGAGCATCTTTCTTAAAAGATGTTGGGCTGGATTATTTA +AATTTATCTAGAAAAGCAGGAACTTTATCAGGAGGAGAAGCACAACGTATAAGACTTGCT +ACTCAGATAGGTTCTGCTCTTGTAGGTGTATTATATGTTCTAGATGAACCAAGTATAGGA +CTACATCAAAGAGATAATGATAGACTTATCGCTACTTTAAGGCATTTAACTGATTTAGGA +AATACACTTATAGTAGTAGAACATGATGAAGATACTATGAAAGAAGCTGATTATATAGTG +GATATAGGTCCAGGAGCAGGTGTTCATGGTGGAGAAATCGTAGCCCAAGGTACTTTAGAT +GAAATTTTAGAAAATGAAAATTCTATTACAGGTCAGTACTTAAGTGGAAAGAAGCAGATA +GTAATTCCTGAAAAAACTAGAGAAGGAAATGGAAACTTTATAGAGGTAGTTAGAGCGAGT +GAAAATAACTTAAAAAATATAAATGCAAAATTCCCATTGGGTAAATTTATATGTGTTACT +GGAGTTTCAGGATCAGGAAAAAGTACATTAATAAATGATATTTTATATACAGGGATAGCT +GCTAAAGTAAATAGACTTAGAGAGAGACCAGGTAAACACAAAGAAATAAAAGGTATAGAA +AATATAGATAAAATAATAAATATAGACCAAAGTCCAATAGGTAGAACTCCAAGATCAAAT +CCAGCAACTTATACAGGTGTATTTGATCAAATAAGAGATATATTTGCTGCCACTAATGAA +GCTAAAGCTAGAGGGTATAAAAAAGGTAGATTCAGCTTTAATGTGAAGGGTGGAAGATGT +GAAGCTTGTAAGGGTGATGGTATAATTAAAATAGAAATGCATTTCTTACCAGATGTTTAC +GTTCCTTGTGAAGTTTGTAAAGGCGAAAGATATAATAGAGAAACTTTACAAGTTAAATAC +AAAGATAAGACGATAGCTGATATATTAGATATGAATGTGGAAGAAGCTCTTGCATTTTTT +GAAAATATTCCAAACATAAAGAGAAAACTTGAGACTTTAATGGATGTTGGTCTTTCATAT +ATAAAACTAGGTCAACCTTCAACTCAATTATCAGGTGGGGAAGCTCAAAGAATTAAGTTA +GCTACAGAGTTAAGTAAAAGGCCTACTGGTAAAACTCTATATATTTTAGATGAACCTACT +ACTGGTCTTCATATGGCGGATGTAGATAAGCTTATAGATGTATTACAAAGATTAGCGGAT +ACAGGAAATACTATCGTTGTTATAGAGCATAACTTAGATGTTATAAAAACTTGTGATTAT +ATAATCGACTTGGGTCCAGAAGGTGGAGATAAAGGTGGAACTATAATTGCAAAAGGAACT +CCAAAAGAGGTTTCTAAAGTAGAAGGATCTTATACAGGTAAATTCTTAAAAAGATACTTT +GAAGAAGAAAAATAA +>hprK +ATGGAATACTTAGATAGGGTATCAATAAATGATATTATAAAAGATTTAAAGTTAGATATT +GTATATATGCCAGAAGGAAAGGAATATTATGTTACTTCTCAAGATTTAAATAGAACTGGA +CTACAGTTTGCAGGTTATTTTGAGTATTTTGCTTATGAAAGATTACAAATAGTAGGCAAA +GCAGAGTATAACTATTTTAGTAATATGGACTCAGATACAAGAGAAGTGGTATTAGATAAA +TTCTTTTCATATGAGATACCTGCACTAATAGTTTCTAGAAATTTAGAAGTTAAGCCAGAC +GTTATAGAAAAGGCAAAAAAATATGACAGAGTAATCTTAAGTTCGAGAAGAAACACAACG +AGAATTATGAATTCATTATCAAGTTATTTAGACAATAAATTAGCACCGCATACAACTATA +CATGGAGTTTTAGTTGATGTATATGGCATAGGTGTATTAATAAAAGGCGAAAGTAGTATA +GGAAAATCAGAAACTGCTCTAGAGCTTATCCAAAGAGGGCATAGATTAGTGGCTGATGAT +GCAGTAGAAATAAGAAAATTAGATGATAGCTTCTTAGTTGGTCAATCACCAGAATTACTA +AGACACTTCTTAGAAATAAGAGGTATAGGAATAATAGATGTAAGAAGTTTATACGGAGTA +GGTGCTGTTAAAAACTCTAAAAAAATAGATTTAGTAATACATCTAGAAGGATGGGATGAA +AATAAATACTACGATAGACTAGGGTTAGATAAAGAATATGAAGAAATTCTAGGAGAAAAA +GTAGAGCAACTAGTTGTCCCAGTTAAGCCAGGTAGAAATACCGCAATGATTATTGAGGTT +GCAGCAATGAACTTTAGACAAAAAGGTATGGGATATGATGCAGCTCAAGAATTTACTAAA +AAATTATCAGATTTAATAGATAGAAAATAA +>hndD_2 +ATGAGTTTAGTTAATTTAACTATAAATGGCAAAGAGGTATCTGTACCAGCTGGTACTAAA +ATCCTTGATGCTGCAAAACAAGTAAATATTAATATACCTAATTTATGTCATTTAAAAATG +GATGAAATAAATATGGTTAACCAATGTGCATCTTGCCGTGTATGTATGGTTAGTGCTGGA +AGAGGTTTAGTTCCTGCTTGTGGTACAAATGTTAAGGAAGGTATGGTTGTTAATACTAAC +ACTCCAGAAGCATTAAAGTTCCGTAAAAATGTTGTTGAATTATTATTATCAGATCATCCA +CAAGATTGTTTATCTTGTTCTAAAAACGGAAAATGTGAATTACAAGATATAGCTGCAGAA +TTAGGCATAAGAAAAGTAAGATTCAGAGGTGAGCAAGCTACTGCTCCGACTGATACTTCT +TCTAAATCTATAGTTAAAGACCACGATAAGTGTATACTATGTAGAAGATGTGAAACTATG +TGTAATGAAGTTCAAACTGTAGGTGTACTTTCTGGTGTTAACCGTGGCTTCAACACAGAG +GTTGGTACATTCTTTAATGCTGATTTATGCGATACTGAATGTACATTCTGCGGTCAATGT +ATAAGTGTGTGTCCAACTGGCGCTTTAATGGAAAAAGACAATACTTCTGAAGCTTGGGCT +GCTTTATCTCAAAAAGAAAAGCCAGTAATGGTTCAAATAGCTCCTGCCGTAAGAGTTGGT +ATAAGTGAAGAATTTGGATTAGCTCCTGGTTCTATATCTACTGGTAAATTAGTATCTGCT +TTAAAGGCATTAGGATTTGATTATGTCTTTGATACTAACTTTGCAGCTGACCTAACTATA +ATGGAAGAAGGAACTGAATTTATAGGAAGATTACAACAAAATCAAAATCTTCCTATATTA +ACAAGCTGTTGTCCTGCTTGGGTTAATTTCGTAGAACATGAATATCCAGATTTGATAAAT +CATTTATCAACTTGTAGATCTCCTCAAGGTATGTTCTCTCCAATAGCTAGATACTATTTT +GCTGATAAAGTACTAAATAAAAAACCTGATGAAGTTATAATTATATCTATAATGCCTTGC +GTTGCTAAAAAATACGAAGTATCAAGAGAAGAGTTAGGTCAAGATGGAATAATTGATACA +GATTTATCTATAACTGTAAGAGAATTGGCAAGAATGATAAAAGAAGCTGGTTTAGATTTA +ACTAACTTAGAGGAATCTGAATTTGATAGCCCTCTTGGATATTCTACTGGTGCAGCTGAT +ATATTCGGTGTTACTGGTGGGGTTCTAGAAGCAGCTCTTCGTACTGCTTACGAAGTAATA +ACTGATGAAACTTTAGAAAATATCGACTTTAATGCAGTGAGAGGCATGGAAGGAATTAAA +GAAGCTAGTATAGATATTAATGGAACAACTGTAAATGTTGCTGCTGCTAGTAGTCTAGGT +AACGCTAGAGTTCTTATGGATGAATTAAGAGCTGGTAAATCTAAATATCATATTATAGAG +ATAATGGCTTGTCCTGGTGGATGTGTAGCCGGTGGTGGTCAGCCATTCCATGGAGGAGAT +TACGAAAAAGTTAAAGCTAGAGGTGCTGGATTATATAACATAGATTCTCATAAGACTCTT +CGTAAATCTCATGAAAATCCAGATATACAAAAACTTTATGCAGAATTCTTAGGTGAACCT +AACGGTCATATAGCTCATAAGTATTTACATACTCATTATTTTGATAAAAGTAATGTATAT +GGTGAAACTATATCTGAGCCAGAACTTGCTACTGATAGTTCTGCTGAATAA +>group_58 +ATGGGTAGAATAAATTCATTTGATGAATTAAAGAAAGCAGTTAAAGAGTTTAAACCATCT +CTTCAATTAAGAGAAAATTTTACAAAAGATGATTTAGCTAAAAGAGATATATTAGTTTGC +GGAGGTACTGGATGTTCATCTTCTGACAGTATGGAAATAATAGAAAATTTAAAATCTGAA +ATAGAAAAAGCAGGTCTTTCTGATCATGCAGAAGTTCAACTAACAGGTTGCTTTGGATTC +TGTGCTAAAGGACCAATAGTTAAAGTTTATCCGGATAACGTTTTCTATGTTCAAGTTACA +CCTGAAGATGCAAGAGAAATCGTTCAAGAACATATACTTAATCACAGAGTCGTTGAAAGA +TTATTATTTGAGGAACCTGCTCTTGATCATAAAAAAGTTGAAAGACACGATGAAATGTCA +TTCTATAAAAAACAATGCCGTGTTGCCCTTAGAAACTGTGGACACATAAATCCTGAAAAT +ATAAATGAGTACATAGGTAACGATGGTTATGTTGCCCTTGGAAAATGTTTAACTGAGTTA +AAACCTGAAGATGTTATTGCTGAAGTAAAAACTTCCGGTTTAAGAGGTAGAGGTGGAGCT +GGTTTCCCTACTGGTGTCAAGTGGGAATCTACTGCTAATACTGCTCCTGGTAATAAATAT +GTTGTCTGTAATGCTGATGAAGGTGACCCTGGTGCATTTATGGATAGATCTGTCCTTGAA +GGTGACCCTCATAGCGTATTAGAAGCTATGGCAATATGTGGTTACTCTATTGGTGCAGAT +ACTGGATATATATATATAAGAGCTGAATATCCTCTTGCTATAGAAAGGTTAAAAGTTGCA +ATTGCACAAGCTGAAGAAGCTGGTCTTCTTGGTAATAATATAATGGGGACTGGATTTAAC +TTTAATATAGAATTAAAATATGGTGCTGGTGCATTCGTATGTGGTGAAGGTACTGCTCTA +ATACATTCAATCGAAGGTAAACGTGGTGAACCTAGAATGAAAACTTATAGTTCATCTAAA +CGTGGATTATGGGACTCTCCTACTTGTTTAAATAACGTTGAAACTTTCGCTAACATTCCA +GCTATAATAAATCAAGGTGCTTCTTGGTTTAATAGCTATGGTACTGAAGATTCTCCTGGT +ACTAAAGTCTTCGCACTTGGTGGAAAAGTAAATAACGTAGGACTTGTTGAAGTCCCAATG +GGAACTACTCTAAGAGAAATAGTTTATGAGATAGGTGGAGGTATTCCTAACGGAAGAGAA +TTCAAGGCTGTTCAAACTGGTGGACCATCTGGTGGATGTATATCTTCTGAAAATTTAGAT +ACTCCTATAGATTTTAAATCCTTAAGTTCGATAGGATCTATGATGGGATCTGGTGGTATG +CTTGTTCTTGATGATTCCGACTGTATGGTTAATATATCTAAATTCTTCCTTGAGTTTACA +GTTGAAGAATCTTGCGGTAAATGTACTCCTTGTCGTATAGGTAATAAGAGATTGCTGGAA +TTACTTACTAAAATAACTGAAGGCAAAGGAACTGAAGAAGATCTTGTTGACTTAAAGGAT +TTAGCTACTACTATAAAAACTACTTCTTTATGCGGACTAGGTAAATGTGCTCCTAACCCA +GTTTTAAGTACACTTGAATATTTCTATGATGAATATTTAGCTCATGTCAAAGATCATAAA +TGTCCTGCTGGTAAATGTACAGCTATGTTAGATTATTATATAACAGATGCTTGTAAAGGA +TGTACTATGTGTGCTAAAGTTTGTCCTGCTGGTTGCATAACTGGTAACAAAAAAGAACAA +CATGTTATAGATACTTCTAAGTGCTTAAAATGTGGTACTTGTATAGATAAGTGTAAGTTT +AACGCTATAATCACTAAGTAA +>hndA_1 +ATGTGCGATTTTGTTTCTCGCAACAAAAATTTGTTTGAAGAGTTAGATAGCTTTATTGAC +TCTCTTCCATCTAAAAAAGGAGCTTTAATTCAAGTTTTGCATACTGCTCAGGGAATTTTT +GGCTATCTTCCAAAAGAAGTTCAACTTCATATAGCTGATAGGCTAGAAGTTTCTCCTTCT +AAAGTTTATGGTGTTGTAAGCTTCTATTCTTACTTCACTACAGAACCGATAGGAGAATAC +AAAATAAGTGTTTGTCTAGGTACTGTATGTTTCGTTAAAGGCGCAGATAAGATAATAGCT +GAATTTGAAAAACAATTAGGTATTAAAGCTGGTGAAACTACTAAAGACCTTAAGTTTACT +CTAGAAGGTTTAAGATGTGTTGGTGCTTGTGGCCTTGCTCCGGTTGTTGTTGTAAATGGT +AAAGTTTATGGACAAGTAACACCTGATAAGGTTAGCGAAATTTTAGATCATTACAGAGAA +CTAGAGTTAAGTTGTTAA +>mleN_4 +ATGACATCAACAAGAGAAAAAAAACAAGCAACATTGTTTGACGCAATATTATGTGTAGGC +TTTTTAATAGTCACTTTAGTTACATGCTTAGTTGTACTAAAAGATTACGAAATTTCAGCA +CATATACCTTTAATCTTAGGCGGTTTATTTGCAGGTTGTATAGCTATATTTAAATTAGGA +TTTACATGGAAAGAATTAGAAGAAGGAATTTTAGAAACTATTAATACCACAATGCAGTCA +ATTTTAATTCTTTTAGTAGTAGGTATTTTAATAGGAACTTGGATTATAAGTGGTATAGTA +CCTTCTATGATATATTGGGGACTTAACATATTATCTCCTAGTATATTCTTAGTTGCTACA +ACTATTATCTGTGCAATTGTATCTATTTCAACAGGTTCATCATGGACAACTGTAGGTACA +ATAGGTATAGCTTTATTAGGTATAGGAAGTGCCTTAGGTATACCAAGCAGTATAATTGCC +GGCGCAATAATATCTGGAGCATATTTTGGAGATAAGATGTCTCCTTTATCTGATACTACA +AACTTAGCTCCTGCAATGGCTGGAACTAATTTATTTGATCATATAAAACACATGTTATAC +ACGACTGTGCCTGCTTTAGCAATATCACTTATTCTTTATGGAATACTAGGAATGAAATAT +GCAGGAAGTCAAATAAATACATCACAAATAACAGAAATACAAAATTCATTACTTAATAGT +TTTAATACTTTGTCTCCATTTTTATTTTTAGTTCCTATAGCTGTTATAACTATGGTTATT +TTAAAAGTACCTGCTATACCAGCTCTTATGACTGGAGCTTTACTTGGAGGTTTCGTAGCT +GTGGTATTCCAAGGAAACTCAGTTGCCGATGTAATAGTAACAGCTAAAGTTGGATATACT +TCAAACAGTGGTATGGTCTTTGTAGATGAACTACTTTCTCGCGGTGGACTTGAAAGTATG +TTGGATACAGTAGCACTTATGATGTGTGCTTTAGTTACAGGTGGTATTCTAGAAAAATCA +GGTATACTTCAAGCTCTTGCAGTGGCAATACTTAAGATTGCTAAAGGAACATTTGGCCTA +ATTGCTGCTACAATATTTACTGCTATAGGAACTAACTTAGCAGTTGCTGATCAATACTTA +GCTATAGTTATACCAGGTAGTATGTATAGAGATGCATTCAAAAAACAAGGTTTAGCAGCT +AAGAATCTATCTCGTGCTTTAGAAGATAGTGCAACAATAACTTCTCCACTTATACCTTGG +AATACATGTGGAGCTTATATGTCTGCAACAATGAATATAGGATGTTTTGCATTCTTACCA +TTTTCATTCTTTAACTTACTTTGTCCAATAATCTCATTATTCTATGGATTAACAGGATTA +ACTATAGAAAAGCTTTCAGAAGAAGCTGCTGAAGAATCAAAAAATAAAAAAATAAAAGAA +GTTATATAA +>group_771 +TTGAGTAAAAAGAAGTTTTATGCTGTGAAAAAAGGTAAGTGTGTTGGTATATATAATACA +TGGGATGAATGTAAATCTCAGGTTAATGGATTTTCAGGAGCAGAATATAAAAGTTTTTTA +ACTATGGATGAAGCGAAAGAGTATGTTTATGGGAAAAAAGAAATAGTTATAAGAGATGAA +AGTAATTTAGTAGAAGCATATGTTGACGGAAGTTATGAACACTGTATAAGAGAATATGGA +TCTGGTGTTGTTATTCTTAAAAATGGAGAAGTTCAAAAAACTTATAGTGAAAAAGGAAAT +GAGGAATCTCTTGTAACTATGAGAAATGTAGCTGGAGAAATAGAAGCAGCAAAATTAGCT +ATGTCTTATTGTCTTGATAATAATATAGAAAATTTAGTACTTTATTTTGATTATGAAGGT +ATTGAAAAATGGTGTACAGGAGTATGGAAAACAAATAAAACTGGTACTATAGACTATAAG +AAATACTATGACAGTATAAAAGATAAATTAAATGTTAAGTTTGTTAAAGTTAAAGCTCAC +TCAGGTGATAAATATAATGAAGAAGCTGATAAATTAGCAAAAAAAGCAATCGGGCTGTAA +>group_691 +ATGCCAAGTCTTCCAAGTTTAGGATCAACTGCTCCTGATTTCGAAGCCAATACAACTATG +GGTCCTATTAGATTATCAGATTATAAAGGTAAATGGGTTGTATTATTTTCTCATCCTGGT +GACTTTACACCAGTTTGTACTACAGAATTCATATGCTTTGCAAAGTATTATGACGAGTTT +CAAAAAAGAAATACTGATCTTATAGGTCTTAGTGTAGATAGTAATAGTTCTCATCTAGCT +TGGATTTACAATATATGTACTCTTACTGGTATCGATATACCATTTCCAATAATAGATGAT +TCTAGTACGAGGGTCGCTAGATTATATGGTATGATTTCTGAACCAGTTAACAACACAACC +ACTGTTCGTTCCGTATTTATTATAGATGATAAACAAGTTCTAAGAACTATACTTTATTAT +CCTATGACTACAGGTAGAAACATACCAGAAATAATAAGAATTATTGATGCACTGCAAACA +TCAGACAGAGACAACGTAGTTACTCCAGCTAACTGGTTACCTGGTTTGCCTGTTGTATTA +CCTCCACCTAAGACATGTAAAGAATTAAAAAACAGAGTTAAATCCTGCAGCAAAGAATAT +CAATGCATGGATTGGTACTTATGTTTTATGCCTGAGGCTAATTCTAAAAAAACCGCTACT +TGTGAGGCTATGAATTACATGAATAGACCTCCGATAAATGCACCTGGTGAACAAAAAGAA +GGTAATCCTAATTGCCCTAATCTTTCTCCTATAGTTATGGAATATGTATTTGGTAATCCT +AAAAATGTTGACCCTAGATTTTTAGATGCTGTTATTTATGCCTTCGTTGAAATTAATCCA +GATGGAACTTTGTTAGTCCCAACTCCTAATTATTTAAATTATTTACTTTCTCTTAAAAAC +TCAAAACCTAGTCTTAAAATTATAGCTGCTATTGGAGGATGGGGGGCTGAAGGTTTCTCT +GATGCGGCATCTACACCTAGATCTAGATATGATTTTGCTAGAAATGTAAATGAACTTATA +AATGATTATGGCTTAGATGGAATAGATTTAGACTGGGAATATCCTGGAAGTAGTGCAGCT +GGAATAAAATCTAGCCCACAAGATAGAGAAAATTTTACTCTTTTAATAACTGCAATTAGA +GATGTTATAGGGGACGATGCATGGTTAAGTGTAGCAGGAACTGGTGATAGCGGATATACA +ACTAGAAGTGCAGAAATAGATAAAATAGCTCCTTTAATAACTCATTTTAACCTTATGAGT +TATGATTTTACTGCTGGAGAAACAGGCGAAAGAGGAAGAAGACATCAAGCAAACTTATAT +GATTCAAATTTATCATTGCCTGGTTATAGTGTAGATGCAATGGTACAAAATTTAATAAAT +AACGGTATGCCTTCTGAAAAGATATTATTAGGAGTTCCATTCTACGGAAGATTAGGTGCT +ACAACAACTGCATCTTATGATGAACTAAGAAGAAATTATATAAATAAAAATGGATATGAT +TATAGATTTGATGATACAGCTAAAGTACCTTACCTTGTAAAAGATGGTCAGTTTGCTATG +TCATTCGATAATGACCTATCAATATATATAAAAGGACAATACGTACTAAATAACTGTCTT +GGAGGAATATTCTCTTGGACATCAACTTTTGATCAAGCAAATATACTTGCTCGAGCTATG +TATGAATCAATTAATAATCCACTTAACTTCTCAAAAGAATTAGAGGATATCTACGGACCA +TTTGAAGCTTAA +>group_632 +ATGGAATTTGATGTATTTTACAGCAGTGTAGTAGGTTATAAGAATATATTAAAGGGTAAG +TCTTCACAGGATTATTGTGAATATAAGAAAATTAAAAATGGAATAATTTGTGCCTTAGCC +GATGGTCATAGCACTGAATTTTTTGAATATAGTGATGTTGGTGCAAAATTTGCTTGTAAA +GCTGGAATTTTTATTTTAGAGGAATATATAAATAAAAATGGATATGGACTTAATAAAATA +AGAGAGGACTTAGACAAGGGAGTGTTTCAGAAAAATATATATAATAAATGGATAGAACTA +GTAGATAATCACTTTAAGAATGGTATTCCTATAGTATTTAGAACTCAGTATGTAAAGTAT +TCAACAACCTTAGTTTTAGTTTTAGCGTGCGATAAATTCAGAATATATTTCAATATAGGT +GATAGTACAATTTTAATAAAAAGGTTCAATAAATATGCAAAAGTATTAGGTAACAACAAT +GGATATTTAGTAAAATCACTAGGAAAAGAAGAGGCTTATAAAGATATAGAGTATTATATA +GAAGAAGTAAATGAAAATAACAAAGACGATTGTATAATTATATTTAGTGATGGGTATAGT +GATGGATTTGAAAGTTTTAAAGATATGACAAATGACTTAGAAGAAACAATTAGGATATAT +GATAAAAATGTCTTTTCAAAATTATTTATAACTAAAAACTATAAAAAACATCTTGAAAAA +ATCACTAAAGAAAAAAGTTATGACGATATATCAATAATGTTTATTAAGAGTATATAA +>group_759 +ATGAAACTTAGGGAACTATTAGATAAATTTGCTGACTTTATAGACAATAACAGAGAGAAT +ATAACTAAATTCTTATTAGTAATATTAGCTTCTATTTCGTTAATGATAGTGTTTTTTATT +AGTAGTGATGAGATGAGTATAAGTAAAGAAGTTGACCATTTAGTAAAAAATATAGAATCA +AGAAAATATCAGATTGCTTATGATTATTATGAAGGTTTAAAAACTAATTTTTCTGATTCG +AAGATGAAAAGGTTTAATAAATCAGTATCTAAGAAAATCAACTCTGTAATTATAAATAAT +GGAGATAAATATATAAATGGTCAGATAACAAAGGAACAATATATTGGTTTGATAAATACA +ACAAATGCTTTAAGTGAAATTAGTATAAATGTAGAAAATTTAATAGAGCAAGCTAAAAGA +GTAGATGAAATGTATTTACAAGAAAATATATCCTATGATGTAGCGTTATCTTATATGAAT +ATTGCATCTAGTTTAAATGGGGTAAATGAAGAGTTAGATGATTATAAACAAAATATTAAA +GATTTTTATGAATCGAGAGCTGTTTATGAAGAGGCAACAAATAATCAACAAGTAAAAAAA +TATCATGAAGCTATAGAGGGTTATAATAAAGTTTCAGATAAAGACAAGAAATATTATAAG +CTAGCTAAAATGGCAAAAGAAGAGTGCATAAATATAATGTATGATTATTATATACAAAAA +GCTACTGAAGCTAATGAAAAAGGTAATTATGATGAGGCTATTAAGTATATAAGTTATCTT +AAACCTTATTACCAAGATGACGAAAAAATAGCATCATTGGAAAGTGAATATCAAGAAAAT +TTAGAGCTATATACTATGAGTACAGATGATATTATAGGCTTAATATCTAAAAAAATGGAA +TCTGGTAGAGAAGGTCTTAGTATAAATTCTTATCAACAAATGATAAATGGAGGTAAGTTT +TATTACGTTGAATTATATAAGTATGACACATTAATTGATGAAATTTTAGTAGATTCTAAA +ACTAAGAAAATTTACTCTTATAAATCAAATGATAAAGATTATAATGCTACATATAGTGAC +GGATACTTTAAAGTAACGCCAAATGGAGAATTTAGATTTGCTCTTAGTGAAGGTGAATGT +AGCTTTGCATTAGAAAATAAGTTAAAAGAAAAAGATGAGACATTTAAAAGTATAGAAATA +GTATCAGATCAAAATAGTAATAAATACGTAAAAAATAATCAAGTTTTAAAAGGCTTTTTA +AAAAGCAATAAAAATGCATACTATTATGCATTAGTAAATAAAGGTTTCTTTAAGAAAAAA +GAATTATACCTTATAGATATGTACACTAAGAACATATATAAAGTAGAAAATGATAAGGTT +GTAAATTATTAA +>group_782 +TTGAACTTAAATGATATAACCAATTATATTCAAAGTATTTGTGAAAATATTTCTAATGTT +TTAGATGTGGATGTAACATTAGTTACTAAAGATTTAGTTAGAATAGCTGGAACAGGTATA +TTTAAAGATAAAATAGGGGAAAAAATATCAGAAGAAGCAATTTATTATAATGTATTAAAA +GAAGGTAAATCTTACTTAATAAATAAGGAAATAAATAAGGAATGTAATAAATGTTGCCAT +AGGCAGCAATGTAAAGAATTAGCAGATATATGTACACCTGTTAAATTAGGAAATGAAATA +TTAGGCGTTTTAGGTATTGCAGCTTTTGATGAAGAACAAAAAAATAAATTTATATCAAAA +AATAAAGATTTAACTGAATTTATTTCTAGTATGTCTGATTTAATTTCTTTTAAATTAGAT +GAAATGTATAAAGAAGAAGTAAAAACTATGGATGACTTAGAAAAAGAAGCTATTTTAAAA +GCTATAAAAAAGTACGGGAGTAACACAGAAAGTATGAAAAAGGTTGCGGATGTACTTGAT +ATAGGAATAGCTACACTATACAGAAAAGTAAAAAAGTATAATATCAAATAA +>bamD +TTGGAGGCGATTGCTATTTTAGGTAACAATATAAAAAATGATATTCTTAGTATGCCTAGA +AAGTCAATGGATATATCTTTAGTAGAAGAAGAAAAAAGTGATTTAACATTTTTTAATATA +GAAGAAGAAGAAGAACATGAGACATTAAAGGCATTAAAACAAAGTTATGTAACCACAAAT +TATAAAGATGAAACAATATTAAACTTACAAAATGAGTTAAAAAGTAATAGCGAAGAAGTA +TCAAAAGAAATTAAGTTAAAGTCATATAACGCTTACAACAATGCTCTTGAATTAGCGAAT +AAAGGATATATAACAAGAGCAGTAGAATTGATTGAAGAAGCTTTAGAAATAAATCCAAAG +GATATAGATATTTTAAATCTAAGGGGATTATTAAAGCTATTAAAATGTGACTTTTCAAAG +GCATTTGAAAGTTTTTATACTGGATTATGTTATGGTAACAATAAATTATCAAAGAAGTAT +GTAGATATACTTTCGGCAGAAGATTTTAAAGTATTCTTAGGAAGGTATAATCATTCTATA +AGATTTATAAATGAAGAATTAAATCAAGAATCTATACATATTCTCGACAATATAATAGAT +GAAGATCCTGATTTAATAGAGCCTTATGTAATACTTTACTTATTATATAATAAGTTAGGT +AATGATAAAAAGAAAGAATTCTATTTTGCAAAACTTAAAGAAGTGGATAAGGATAACCCT +TTGTTAGAAGAAAAAAAGGAAGAGACACTACTACCAGCTAAAGTTGAAGAAAGTGTTGTT +GTAGATAAGAAGGTTAAAAAATCTACTAAAAAGAACATAGTGCCATATATAATAATAGTG +TGTCTTGCTGTAGGGATTGGAATATATCATGTTAAAAATCAAGCTAGGATAGATAGCTTA +ACTTCAGAGTTAAATAGCAAAGAAGAAGAAATAAATGAAGCTGATAAACAATTAAGCGAC +GCAAATAAACAATTAGATGAAACTAATAAAAAACTAGAAGAAACGAATCAAGTTTTAGAT +GAAACAAAAACTAAAAAAGAAATAGCTACATTAGGCGAAGAAGAACTATATAGTAAGGCT +TTAACTCTTAAAAAATCAGGGAATACAGATGAAGCTATTTTATATTATAAAGGTGTAATT +AAATCTGGAAAAACTAAAAAATATATATCTTCATCTATATATGAATTAGCATTTTTATAT +GAAAAGCAAGGTAATTATGATGAGGCTATAAAGTATTATAAAAAATATATAAATACGTAT +ACTCCAGAAGATAATTATTACGACGATGCTTTTTATCAATTAGGTATGACCTATTATGAA +AAAGGTGACTTAGAGAGTGCTAAGAAAACATTCTACGGTTTAAGAAGTGAAGTGCCTAAT +AGTATGTACAATAATTCAAAGGTAGCTGAAATATTAAAGGAAAAATAA +>group_971 +ATGCCTACTGAACTGTTTCTTCCAGTTCTGAAAGATGGTAAATATGGCTTTATAGATAAA +GATAAAAACCTAATAATAAAGCCAAAATATAAATATGTTTCAGATAGATTTCGAGATGGT +TATTGTGTAATAACTTATATAAAGAAAATAAGAAAGTCGGCTAAATGGGTATTTGGTTAT +ATAGACACTCTTGGTAATGTGCGAATAATGCTACACCTAGAAGGTGCAACTGAGTTTAAT +GAAGGTATGTCTAAAATAAAAATAAATAATAAGTACGGATATATAAACACATCACTAGAA +GAAGTTATTAAGCCTAGATTTGACTGTGCTGCTAATTTTAGGCAAGATCTTGCAGGGGTA +AGGCTAAATAAAAAGTGGGGATTTATCAACAAAGAAGGAAATATTGTTATAGAACCGAAA +TACACATATGCTAATCAATTTTTTGAAGACAGAGCTTTAGTAGAATTTAAGAATAAATAT +AGTTATATAAATAAGGACGGAGAAATGATAATAGGACCAGAATTTGATTTAGCAACAGAT +TTTTCTGAAGGTTTAGCAGCTATAAGGGTTGGAGATAAATGGGGATATATTAATAAAGAT +GGTAAATTAAAAATAGACTTTTTATTTGATAGAGCTAAACCTTTTTGTGAAGGAATGGCT +GCTGTATCTATAAATGACAAATGGGGCTATATAGATAAATTTGGGAACATAATAATAGAG +CCTATGTTTGACTATGCATGTAATTTCTCTGAAGGATTAGCTAGATTTAATATGGGATTA +GACTCTTTAACTAGAGGTGTAAGTATACCAAAGGGAGGAGTTTGGGGATTTTTAAATAAA +TTAGGTGATATAGAGATAGTTCCTGTATACGATTTTATATCAGATTTTGAAGATGGATAT +GCACAGGTAATTCAAGGTAAGAATAGCAATTATATCGATAAAAATGGAAGTTTAATTTTA +TAA +>lrgA +ATGAAATTATTTAATCAGCTAGCTCTTATTTTAGGCATATGGGCGATAGGAGAGTATATT +AGTTCCTTTATACAAAATATTATTGTAATACCAGGTAATATAATTGGAATGATATTATTA +TTTTTACTTTTACAATTTAAGGTAATAAAACTAGATAAGGTAAATGAATTGGGTGATTTA +CTTATAAATAATATGGCAATATTCTTTGTTCCGGCAGGGGTATCACTTATAAGGTCTTTA +GATTTAATTAGTGATAATATATTTGTATTATTAATGACAATATTCTTTAGTACAATAGCA +GTAATGTATATTACAGGTTTTGTAGTTGAAAAGATGATAAATAATAAACCTAAGGAGGAA +CAAAATGTATAA +>yohK +ATGTATAACGTATTAGATACACCAATATTTGGAATAGTAATGACAGTTGTATTTTTCAAC +ATAGGTGTTTATTTACAAAAGAAAACAAAAAGTCCAGCATGTAATCCTTTGTTACTAGCA +ATAATTGGAATTATAATATTTTTAGGTATAACTAAAATACCATATGAAAATTATAAAATT +GGTGCCGATTGTATAAACTTCCTTTTAGGGCCAGTGACAGTTGTACTAGCAATACCTTTA +TATAAGCAATTTGATTTATTGAAAAAACATTTTATAGAAATAATTGTAGGAATAGTTTCG +GGAATAGTAGTATCCTTAGGTTCTGTGATGATTATAGGTAAATTAACTAATGCAAACATT +GATATTATTAATTCTTTAATACCTAAATCTATAACAACACCAATGGGATTATCTCTTACA +AATACATTAAGTGGTATTGAATCAATAACTGTTGTTTCTATAATATTAACTGGAATTTTA +GGAGCAATAGTTGCGCCAACAGTGTTTAAAATAGGAAAAATAAAGCATCCAGTAGCTAAA +GGAATTGCATTAGGAACTTCAGCACATGCATTAGGTACTACTAAAGCCTTAGAGATAGGT +GAAGTAGAGGGTGCTATGAGTAGTTTATCTATAGGAATAGCAGGAATAATTACTGTTATA +GTAGTTCCTATAATATTAAACCTTTTATAA +>group_1042 +ATGAGTAAAGTTAACACCGTCTTAGAAGATAATATATTTTTAAGGTACACAGTAATAATC +ACAGGTATGCTTATTGCATGTGTAGGTATAAATGGATTTCTAAGGCCAGCCCATTTATTA +AGTGGAGGAGTACCTGGTATAGCTGCAATAATAAACTATACTACAGATATAAATATAGGG +TTATTGACATTTTTAATAAATATACCTATATTTGTATTAGGATTTATCTATTTAGAAAAA +GACTTTTGTATTACAAGCTTAATAAATATGGTGCTATTTTCTATTCTTTTAGGTATAACT +CAAAATATTGGAAAATTTATACCTGTGGATGATATACTTCTTCAAACTGTATTTGGAGGA +ATATTCTCTGGAATAGGATCAGGTATGGTATTTAGAACAAAATCTTCTCAAGGTGGAACT +GATATTATAGGAGCAATATTAAAATTTAAGAGAAATATTCCTGTAAAAGATACAGCTTTA +GCTACAAACTTAATAATTGTTTCTGTAGGTGGAGTTATATTTGGAATGAACTTAGCTTTA +TATACACTTATAGGATATTATGTAAGTGCTTCAGTTATGAGCTTTGTAAAGGATGCTATG +AGTTATGAAAAATCAGTTATGGTAATTTCAAAAGAAAGCGAACTTATAGCAAAAGAAATT +ATGTCTACATTAGTAAGAGGTGTAACTTTCTTAGAAGCTGAAGGAGCCTATACTAAAGAG +AAAAAAAGAATCATATACTGTATAGTATTATCTAAGGAAATTCCAAAGATAAAAGAAATA +GCTTTAAAGTATGATCAAAAAGCATTTATATCTGTAAATGATGTAAGTGAAGTTAAAGGA +AGAGGATTTAAAGAAAAATATTTATAA +>group_949 +TTGAAAAAGATAAGTGCTTTAATATTGATAATTTTATTAATAGTATTTTATAATAATGGA +ATTTTTACAGAAATTGAATCTATATTCATTGATAATAATAATACTTTAGATATGAGTGTT +AAGGATGATAAGAACAATGAATATATAAATGAAAAAGAAGAAATTGACAACTTTCAATAT +ATCAAAATTGGAGATAGTAAGGATTATGTTATCTCTAAAATTGGAGAACCATCTAGAATA +GATGCTAGTGAATATTCTTTTAATTGGTATGTTTACAATCAATATAAGGGTGAATTTGCT +ATGGTTGGAATTGAAAATAATATAGTAGTTGCTTTATTTAGTAATACAATGAATTCTTGT +GAAGCTGAAAATATAAAACTTGATGATAGTAAACAGATTGTAAATGATAACTATGATTCG +ATAGAATATAGGAAAAAAGGAAATACTAGATATATGATAAATTCAAAAGGTGAATATGAT +ATTATAAAACAAAATAAAAAATATATTACAGTTTTTTATGATGTAGTAGAAGGAAGTAAG +GTATGTTCATATAAGATAATAAATCAAAAAACAGAGGACAGTATGAAAGATATATATGCT +AATGAAAGTGAAGAACTAAAGAAAAGTTTTGAACTTCAGATAATAGACCTTATTAATAGT +AGTAGAGAAAAGTATAATTTAAATAAATTAAAATACAGTAAAAAAGCAACTATAAGTTCA +AGAAAGCACAGTGAAGATATGATGAATAAGAATTATTTTGATCATGTAAATAAAGAAAAA +GAAACACCTTTTGATAGAATGAAAAAAGAGGGTATAACATATATTAGTGCCGGTGAAAAT +ATAGCATCAGGTCAATTTAGTGCAATATATGCTCATGAAGCACTAATGAATTCAAAGGGA +CATAGAAAAAATATTTTGGGTAATTATAAATACATAGGAGTTGGAGTGGATTTTGGAGGA +ACATATAAAATATACTACACTGAAAACTTTTATACATAG +>pdaC_2 +ATGAATAAAAGAAAAACTTTATCGATACTAGCGGCAACTCTTATGCTTTTTGCATCAATA +AATCATAAAGTATATGCTATTGATGATGAGGAAGTATTTATTAAAAATGGACCAAGAGAT +AAAAAACTTATAGCTCTTACATTTGATGATGGACCTCATCCAAAAGAAACAGACAAGGTT +TTAGATGTATTAACAAAATATAACGTTAAAGCAACATTTTTTATAGCTGGAAAACATGCA +AATTGGTATAAAGATCCTTTAATTCGAGCAAGTAAAGAAGGGCATGAAATTGGAAATCAT +ACATTTAACCATCCGGATATTAGTAATTTAAGCTCGAGTCAAATTGAAGAAGAAATCGTT +AAATGTGAAGATACTCTTGTAAATCTAACAGGTAAGAAGCCTACTTTATTTAGACCGCCT +TTTGGTAGTTATAGAAAAGAAGATTTAGAATCTATAGCAAAGAAGCATGGTTATAAAATT +GTATTATGGACAACTATAGATGCTAAGGACTGGAAAAACCCACCTGCTTCAAAAATAGCA +TCTTTAATTACAAATAATGCAAAAAATGGAGATATAATATTATTACACGATTATGCTACT +ATTAATACAGTAGAAGCATTAAATATACTTATACCAGAGATGCAAAAAAAAGGATTTAGT +TTTGTAACAGTATCAGAGTTATTAGAACAATAA +>group_1047 +ATGAATAATAAGATTTATGAGAAAAAAGAATTCATGATATTTAAAGTTAAAGAAGGTTAT +ATAGCATACAATACTAGAAAAAATTTTCAAGAGGGTCATACGCATTTAAAGCACTTTGAA +GCAGCAAAAACAGCAATTGATTTAGTAATAAATAAAAAGGTACCTAGAAGTACAGATGGG +TATTACCTTACTAGTTTAATAAGATTAAGTGAAGATGAGTTTTATATATCCAAGATAAAC +GAGTTAATCGAAACTAGAGAGCAAAAGGGCAAAAAAGAAAAATATTATAACCCTAGATAT +AAATTATCAAAAAGGAGCTTATAG +>lacX +ATGAATATATTACAAAATGAAAATTTGATAATTGAATCTAAAAATTCTGGGGCAGAACTT +ACTAGAATATATTCTAAAAAAAATAAAAAAGACATACTATGGTGTGGAGATGATAAATAC +TGGGGTAGACGCTCTCCTATTTTATTTCCTATAGTAGGAAGACTAAAAGATAATAAAACT +ATTATTGAAGGTAATGCATATACAATGGCTCAGCATGGATTTGCTAGGGATATGGATTTT +GAAATATTAGATACTACTGATAATTCAGTATCTTATATACTTACTTCTAATGATAAAACA +AAAGCTTTTTATCCATATTCGTTTAATTTAATTGTTAGATATATATTAATGAAATCTAGC +GTAGTTATAGAATGGGAAGTAGAAAATACAGATAATAAAGATATATATTTTTCAATAGGA +GCACATCCAGCATTTAATATTCCTATGGATGATAGCAAGTCTATACAAAACTATAGCCTT +AAATTTAAATATAGAAATAAGGTAGATAATATAACTCTTAATGGTCCTTATCATGATCAA +ACTAAAAATGTCGATAGTCTTGATATTATTGATTTAAAACCTAGCTTATTCAGTAATGAC +GCATTAATTTATACAAATATAGATGAGATTACTGTATTAGAAAATAAAGAGAATGAAATT +CTAAAAGTTGAACTTAAAGACTTTCCATTAGTGGGTATATGGAGTCCATATTACGAAGAT +GATAGTATAGCACCATTTATATGTATTGAACCTTGGTATGGATTAGCAGACAATATAAAC +TCTGATTATCAATATTTAAATAAAGCATATATTAATAAATTAAAAATAAATGAAAAATTT +AAAACATCATATAAAATATCAGTATCATAA +>group_479 +ATGGCTGGAGATAGAATAATATGTCATTGCAAAAATGTTTCTTATATTGATATAAGAAAA +GCTATGATACAAGGAGCTCGTACTTTAGATGAGATAAAGGATATGACTGGTGCTGCTACT +GGATGTGGTAGATGTGCTGGTGAAATAGAAAAGATATTAGGATCTGTCTGTGGATGTTTT +AATGTTTCACTTGAATCTGTAGTTAATGCTGTAAACAACGGTGCTGATACTGTAGAAAAA +GTTACTGAAGAAACTAAAGCAGGTGGTGCTTGTGGAAGATGTAAGGCTCTTATTCAAAAT +GTAATTGATATAAAGAGATAA +>group_235 +ATGGAGAGTAAAAAATTTGAAAATGTTGCAATATGCGAAACTAATGATAAATATGAGAAA +TGTATTATTAGAAATGATGATATATATAAGCGTTCTAATGACATAAGAAGTGAGTTTAAT +AGAGATTATAATAGGATACTTCACTCTAATGCTTATAGGAGATTAAAGCATAAAACTCAA +GTATTCTTTGCTACTAAGAATGATCATATATGTACTAGGATTGAGCATGTTAATCATGTT +TCTTCTGTTAGTTACTCTATTGCAAAGTATCTCGGTTTAAATACCGAGCTTACAATGGCA +ATATCAATAGGACATGATATTGGGCATCCTCCTTTTGGGCATGATGGTGAAAGAGTCTTA +AGTAATTTCACTAAAAATAAATTAGGATATAAATTTTGGCATGAAAAAAATAGTTTAAGA +TTTACAGATTATATTGAAACTCTTCCAACACAAACAGATAAAGAAGTTAATTTGAATTTA +ACTTACGCTGTAAGGGATGGTATTATTTGCCACTGTGGAGAAGTGAAATCTAAACCATTA +TTTCCTAGAAAAGAAAATGTTGATTTAAATTTAATTTCAAGGCCTGGCGAGATTTCTCCA +TATACTTGGGAAGGTTGCGTTGTTAAGATTTCTGATAAAATATCATATTTAGGTAGAGAT +ATAGAAGATGCACTTACTCTAAAAATTTTAAATGAAAACCAAATTAAGGAACTAAATAAC +ATTACTAAAAAGTTTAATATTCCTGATTTTGATAAAATTAATAATACAGTTATAGTTCAT +AATCTTGTTACTAATTTATGTGAAAATAGTACTGTTGATAATGGTATTATGTTATCGCCT +GATTATTCTGAGTTTATGGATAATATAAAAGCCTTTTGCTATAAAAACATATATTTTCAT +AGTAGACTAAACAATTTTCAAAAATACGTAGAACTTGTTTTAAATACAATATTAAATACA +TTGGAATCAATTTATGAAGGTGAGAATACTTTAAATAAGTTAAATGAATGGTTGGATATT +TACCCTACTCTTTGTGATAGTTTTTCAAAATGGCTTATTAAATATAGTATAAATTATAAA +GAAAATATTAGAGGTTCTAAATACGATAATATTAAGATATATCAACTAAATAATATAGAT +GATTACTATCAGCTAATAGTTGATTATGTATCATCTATGACAGATGCATATGCTATTAAA +ATTTTTAATGAAATATTAAGTTTTTGA +>group_31 +ATGAAATTTGTAGAAGAATCTTTTATAACAAATGAAAGACTATCATTAGCTATTGTTGAT +AAAAGAATTACTATAGATATGGAAAATAAATTAAAGAATTATGATATTAATATAATAAAA +ACACCTTCTTGTGATGATACTTATAACGCTATTAAGCATCACCCTGATATTAGTGTGTGT +AAGTTAGATGTTAACAATATAGTAGTAGCACCTAATGTATATGATTATTATAATGACATA +TTAAGTAATTATAATTTTAATGTTATCAAAGGTAATTCAACTATATCTAAAAAATATCCT +AATAATATTCAATATAATGTTGCTATATTAGGCAATTATGCCATACATAATTTTAAATAT +ACTGATAATATAATCCTAGAATACTTAGATAAGTTTAATATAAAGAAAATAAATGTAAAA +CAAGGATACTGTAAATGTTCTATATGTATTGTAGATGAAAATTCAATTATAACCTCTGAT +GAAGGAATACATAAAGAAGTAATTAAATATGGTATTGATAGCTTATTAATAGAAAAAGGA +TACATAGATTTATTTGATTTAGACTATGGGTTTATAGGTGGATGTAGTGGATTAATATCT +AAAGATACATTATCATTCTTTGGTGATATAAAAAAGCATCCTGATTATAATAGAATACTA +GAATTTGTAAATAAGAAAAACAAGAAAATTATATCACTTAGTAATGAAAAATTGCTAGAT +TTAGGTTCATTAATTCCACTATGTACTATATAG +>group_246 +ATGGATCCAATAAGAATTAAACCAGATGAATTTAAATTAAACAATTTTATAAATTACTAT +AATGATAACTATGAAGAGTTACTTGAAGAGTATCCTAATAATATAAGTAGAATTTGTTTA +GTAGATAAAGATTATATGGATGTAGTAACATTTGACGAAGACTACGAAGATATAGAAGAT +GCTCAAGATTATATAGATTTACTTCTAAATGAAGAATATGCTCTACATTTTGTTATTGGT +AAAACAACTGAAAATCAAGAAACTGTTGAATTTATAAATGGAAAAACGCAAAGCTTAAGA +AATTATATAGATGATGCATATGAAGAATCATCTGTTAAGGATATAGGTGATCTTAATTTA +GATTTAGATCACCTAATAGGTCTTTTATTTGATTTTGAAGAAGATGATATAGTTATATCG +GTTGTCAACTTTGAACATGGTGGAGAAATGTCTACTCCAAGGATAATAGAGGTTGATGAT +TGTGGTGATTTAGAAGAAAGTATAAGTAAATTTATAGCTAGATTCATGTAA +>group_194 +ATGAAGAGAAAGCTTTTAATGACAGCAGCAACATTAACTTTAATGCTTATGCCTTGTTTA +AATACAAAATCATACGCAGCAGAAAATACATCAATTAATATAGAACAAACAAAACAAGGA +TATGTAAATGCATCTACTGTAAACTTTAGAGCAGAAGGAAGCTTAGATGCGAAGGTATAC +TATACTTTAGATAAAAATGAAGACATACAAATTGTATCAAAAGAGTCTGATTGGACTAAA +GTAATTCATAATAATAAGCCAGGATATGTATATTCTAAATATATAAGCGAAAAAAGTAGC +ACAACATCAAATATTGATTATAAAACTATGAATGTAACTGCAACTGCATATGCAGGTGAT +ACAATAACATCAACTGGAACTACACCAAAATGGGGAACTATAGCAGTAGATCCAAGTGTT +ATACCATATGGAACAAAAGTATATATACCTGAATTTGGAAAGGTATTTATAGCTGAGGAT +ACTGGAAGTGCTATAAAAGGAAATAAAATAGATATATTTATGGATACAGAAGAACATTGT +AATACATGGGGTGTAAAAAAAATAGATATATATGTTTTATCGTAG +>group_225 +ATGAATAATAAGAGATTACAATTTATATATTCACCTAAGTTTAACGAAAAAGGGATTATT +ATAAGAAGCTTATTTTTTTTAATTTTTGATGTAATAATTATTAAGTTGTTGTTTACATAT +TCTAACCTAAAAAATGTTATCTTTTACATAAATCTAAGACTAACCTTTACAACAGTATTT +TATCTAATACGGATGATAAAATATTTCTTCGTTTTCATAAAACATAGATTAGATGTATTT +ATAATCAAAAATAATCCAGAACTTCAAGATGACTTATACAAAGATTATAATTTAATAAAA +GATTTAATTGACAATAGCATAAAAGATATTATTTTAGCTGTAGAGTTTTTCGTATTAAGT +TATTTATTTTCATATGCTTGTAGCATATATAAGAGTATATTATTAGACTTTAATTTTTCT +TCAATTCTAATAACTAATACTTTATATATTTTATTTGTAGGATTAATTTCATATAGAATG +GAAATTAAATATAAAGATAGTGAGGATAAACATAACGTATTAATGTTTTTATCTTCTAGT +GATAAATTATAA +>group_26 +ATGGAAAATAAAAATACTAATTCAAATGCTAAATTGGCTCTTAATATGATGAAAATGGAA +ATAGCTAATGAACTTGGATATGATTATAATCAAGTTACTGATAAAATTGAAAGTAATGCA +CCTCAAAATACTTTAGAGGGTATAGCAAAAAATGTACTTGCTGGTGAACAAGTTGGAGGT +AATATGACTAAAAATTTAGTTGAGATGGGTGAAAAAGCTTTATTAAATAATTATAATTCT +AAAAATTAA +>group_48 +ATGTTTAGTGCACAGTTAGTAGAATGGATAGGTTACTTAGCATCTATATTAATAGTCATA +TCATTAATGATGACAAATATATTAAGATTAAGAATAATTAACACAATAGGATGTGTAACA +TTTGTAGTTTATGGACTTTTAGTAGGGGCTTATCCAGTCGCATTATCAAATTTTGCAATT +ATACTAATTAATATGTATAACTTATATAAACTTAAAAATCAAAACTAA +>group_6 +ATGGATGTAATGGATTTAAGTTTTTTACAATCATATTATATACCAGTAATAGCAGGCATA +TGTTTATGTATAGGTTACATAATTAAAAGTAGTTTTGATTTTATACCTAATAAGTACATA +CCATTAACAGTAGGTGTTTTAGGACTTTTAACTAATATAGCAATAAATAAGACTGTATCT +GATGATATAGTTCTAGGTAGACTATTTAGTGGCTTAAGTAGTACAGGAATGTATGAGATG +TTTAAAAATATAATAAAAGGTTAA +>ygcP +ATGAAAGACTTGCTAGAAGTTAACCCTATAATTGGGGCTATAAAAAATGATGAGTGTATT +CAAAAAGTAATAGATTCTGACTGTGAGGTTGTATTTTTATTAAATGGGGACATTATGACT +CTTAAAGAAAAAGTAGATTTATTACATAAACACAATAAAAAAGTATTTATTCATATAGAT +ATGATAACTGGTATCTCATCTAATCCTATTATTATAGATTATCTAAAAAAGGAATCAAAT +ATTGATGGTATTATTACTACTAAAACTAATATTGTAAAAAGGGCAGTAGAACTTAAATTA +AATGTTATACAAAGATTTTTCTTTATAGATTCAATATCATTAGAAAATGCTATAGAAAGT +TTAAGAAAAGTAAAACCTCAAGCTATAGAAATTATGCCTGGAATACTTCCTAAAGTAATT +AAAAGAATAAATGAGGAATTTAGTAATCTACCAATAATATGTGGTGGACTAATAGATGAA +AAAGATGAAATAATAAAAGTATTATCTTCAGGAGCTATGGCAGTATCAACTAGCAAATTT +GAAATTTGGTAA +>glpK_2 +ATGAGTAAAAAATACATAATGGCGTTAGATCAAGGTACTACAAGTTCAAGAGCAATATTA +TTTGACAAAGAAGGTAATATAATTGCTACTTCACAAAAAGAGTTCACACAAATATATCCT +AAGCCAGGTTGGGTAGAACACAACGCTATGGAAATATGGGGAAGTCAAAGTGGAGTAATG +AGAGAAGTACTAGAAACTAATTCTATATCTCCAAATGAAATAGCAGCTATAGGTATAACT +AATCAAAGAGAAACAACTATAGTATGGGATAAAAATACTGGAAAACCAATATATAACGCA +ATAGTATGGCAATGTAGAAGAACTTCGGAGATATGTGATGAAATAGAAGCAAATGGATAT +AAAGATATGATAAAAGACAAAACAGGTCTTATTTTAGATGCTTATTTCTCAGGAACTAAA +ATAAAATGGATATTAGATAATGTTGAAGGGGCAAGAGAAAAAGCTGAAAATGGCGAATTA +TTATTTGGAACAGTTGATACTTGGTTAATATGGAACTTAACTCGTGGTAAAGTACATGTA +ACTGATTACTCTAATGCTTCTAGAACAATGCTTTATAATATAAAAGAATTAAAATGGGAT +GATGAAATATTAGAATTATTAAATATACCTAAATCTATGTTACCAAAAGTAAAACCTTCA +AGCTGTATATATGGTAATACAGATGAGCAAATGCTTGCAGGAGCACAAATACCAATAGCT +GGTTGTGCAGGAGATCAACAATCTGCATTATTCGGTCAAACATGCTTTGAAGAAGGTAGT +GCAAAGAATACTTATGGAACAGGATGCTTCATGTTAATGAATACTGGAGAAAAACCAGTT +GAGTCTAAAAATGGACTATTAACTACAATAGCTTGGGGCGTTGATGGAAAAGTAGAATAC +GCTTTAGAAGGAAGTATATTCGTAGGTGGAGCTGTAATACAGTGGTTGAGAGATGAATTA +AAAATATTATATAATGCTAAGCAAAGTGAGTTCTATGCAACAAGTGTTGAAGATACAAAT +GGTGTTTATGTTGTTCCTGCATTTACAGGACTTGGAGCACCACACTGGAATATGTATGCA +AGAGGATGTGTAATGGGACTTACTCGTGGAGCTAATAGAGAACATTTAGTTCGTGCTTCA +CTTGAATCTATAGCATATCAAGTTAAAGATGTTCTTCATGCTATGGAAGAAGATTCTGGA +TTAAAACTTGTTGGTCTAAAAGTTGATGGTGGAGCTAGTGCAAATAACTTCTTAATGCAG +TTCCAATCAGATATATTAGATACTAATATAAATAGACCTAAGGTTGTTGAAACTACAGCA +CTAGGTGCTGCATACTTAGCAGGTTTAGCTGTTGGATTCTACAGTAGTAAAGATGATATT +AAGAATTCTTGGATAATAGATAAAGAATTTAAGCCAAATATGGAAGAAGCTAAAAGAGCT +AATTTATATAAAGGATGGAAAAAAGCGGTTCAAAGATCTCTTGACTGGGCTAAAGAAGAT +GAAGAGTTAGAAACAGCAGAGTGTTAA +>lhgO_3 +ATGTATGATATAGCTATTATAGGTGCAGGTATTGTTGGTAGCGCAATTGCAAGGGAACTT +TCAAAATATAAACTAAATATAGTCGTACTTGAAAAAGGAGTAGAGGTTTGTCAAGGAACA +ACAAAATCAAACAGTGCTATAGTTCATGGTGGATATGATGCAAAAGAAGGTAGTTTAAAA +GCTAAATTAAATGTTAGAGGTAATGAATTATATCCAAAGTTATGTGAAGAATTAAGTGTT +GATTTTAAACAAATAGGCTCACTAGTATTAGCTTTTAGCGAAGAAGAACATAAACATATT +GAATCTTTATATAAAAGAGGAATAAATAATAATTGTAAAGGATTAAAGATTTTAAGTAAG +AAAGAAACTATAGCTTTAGAGCCAAATGTAAATGATAATGTAGTAAGTTCACTTCTTTGT +AAAAGCGCAGGAATAGTTTGTCCTTTTAATTTAAATGTTGCTCTTATGGAAAATGCTATT +ACAAATGGAGTAAACCTAAGTTTACAATCAGAGGTTATAGATATAAAAAAAGAAGATGAA +TATTTTAATATTAAAGTATTAAATAAAGATGATATAAAAGCAAAATATGTAATAAATGCA +GCTGGTGTTTATTCAGATAAAATAAATAATATGATTGGTGGAAATGAGTATCATATTACA +ACTAGAAAAGGTGAATATAAGATTCTTGATAAATCAGAGGGTAAAATAGCAAATCACGTA +ATATTTCAATGCCCAACAGAAAAAGGAAAAGGTGTCCTTGTATCTCAAACCGTTCATGGT +AATTTAATAATTGGTCCTAATGCTAATGCAGTAGAAGATAGGGAAGATAAGTCAACTACT +AAAGAAGGTATAAACGAAATAGTTGAGCAATCAAAGAGAAGTATAAAAGGTATAGATTTT +AGAAAAACAATAACATCCTTTGCAGGTCTAAGAGCAACTCCAAATACAGGCGACTTTTGT +ATATTCGCATCAAAAATAGCTAAAAACTTTATAAATGTAGGTGGTATTGAATCTCCTGGT +CTTGTTTCATCTCCAGCTATAGCAGAATATGTAGTTCAAATATTAAAAGAAGAAGGATTA +GATTTAATTGATAATGAAGATTTCAATCCTATAAGAAAAAAAGAAAAACCTTTCTCACAC +ATGACTAAAGAAGAAAAATCAGAATTAATAAAAAAAGACGATAGATATAAAAAAATAATA +TGTAGATGTGAAAATGTAACAGAAGGAGAAATTGTAGATGCAATCAATAGACCTTGTGGT +GCAAGAACTGTTGATGGTGTAAAAAGAAGAGTTAGACCAGGTATGGGAAGATGTCAAGGA +GGATTCTGTGGACCTAGAGTAATAGAAATTTTATCAAGAGAATTAAATATACCAGTAGAA +GATATATTAAAAGATTATGAAAATTCTAAGGTGGTTGTAGGTAAAGTAAAAGAGATGAGG +GGTGACACAGTTGAAATATAA +>gerN +ATGTTATCTTATAAGTTTTTATTAGACTTAGCATTAATACTATTAAGTACAAAGGTTTTA +GGTCTAATAACAAGAAAATTTCAAATGCCGCAAGTTGTAGGTGCATTATTAGCTGGATTA +ATTCTTGGTCCAGCAATGCTTAATATTTTAAGCGAAACTGATTTTATTATTCAGTTATCA +GAGCTTGGTGTAATTGTATTAATGTTCAATGCAGGTTTGGAATCTGATTTAGAAGAACTT +AAAAAAACTGGTAAAGCTTCTTTTATAATTGCTTCATTAGGAGTGATTATTCCTTTAATC +GGAGGATTCGCTATAGCTCACTTTTACGCTATACCAGAATTATCAGAAGGTACAAGCGGA +ACTGTATTTTTACAAAACATATTCATAGGAATTATATTAACTGCGACATCTGTTAGTATA +ACAGTAGAAACATTAAAAGAAATGGGGAAACTTAATACTTCTGCTGGTACAGCAATATTA +GGTGCAGCTATAATAGATGATATATTAGGTATTATAGCATTAACTGTTATATCTAGTCTT +ACTGACACTTCAGTTAAAGTAGGATTTGTTTTAATGAAAATAGCAGGATTCTTTATATTT +GCTATAATAGTTGGATTTATTTCCTATAAAATTTTTAAAGCATGGTCAAATTATGAAAAT +CGTGATAGAAGAAGATTTATAATTGCTTCATTTGTATTCTGTTTATTATTGTCATATATC +TCAGAAGAGGTATTCGATGTAGCAGATATAACAGGTGCATTTATAGCAGGTTTAGTCTTA +TCTAATATAGATAGAAAAGAATTTATTTCTAATCGATTAAATATTGTATCTTATGCATTA +TTATCACCTGTATTCTTTGCGAGTATAGGGCTTAAAATAGTTTTGCCAGCAATGGATTTT +AATATTGTTATGTTTGCAGTATTACTTACAATAATAGCTATTTTAACAAAGATAGTAGGT +GCAGGAATAGGTGCAAGATTATGTAAGTTTTCACCTAGGGAATCTTATCAAATAGGAGTT +GGTATGGTATCAAGAGGTGAGGTTGCTCTTATAGTTGCTAGTAAAGGTGCAGCATTAGGA +TTAATATCTACATCAATGCTTGGTCCAGTAGTAATTGTTGTAGTTGTAACTACTATAATT +GCTCCAATTTTATTAAAACTTGCTTTTAGAGAAAAGAAAGAAAAAGTTGTTATTGAAACA +AATGCTAGTAGATAA +>fabG_2 +ATGAATAAAAAAACAGTATTAATAACGGGAGCCTCTAGAGGTATTGGTAAAGCAATAGCT +AAATTATTCGCTGAAAATAACTATAATGTTGTTATAAACTATAATAAATCAGAAGATGAA +GCTAAAGAATTACAAAATTATTTAACTAATAAAGGATACTCTGTGAGAATATTTAAGGCT +GATGTGTCGAATATAAATGAAGTTAATTCTTTAGTTAACTATACTATAGGACAATTTGAA +AAAATTGATGTATTAATAAATAATGCAGGAATTAGTAAAACAAATTTATTCACAGATATA +AGTTATGAAGAATGGAACGAAATAATGAATGTAAACTTAAATGGAGTTTTTTATACAACA +AAAAAAGCACTTCAATATATGCTTCCTGAAATGAGTGGAAAAATCATAAATATATCATCA +ATATGGGGAATGGTGGGAGGATCTTTTGAAGTTCATTACTCAGCTTCTAAAGCAGCTATT +ATTGGTATGACTAAAGCTTTAGCAAAAGAGCTAGGTCCATCTAATATAAATGTTAATTGT +ATAGCTCCAGGTGTAATAAAGACTGATATGCTTAACAATGTAAGTGAAGATACATTAGAT +GCGTTAAAAGAAGAAACACCACTTATGAAATTAGGTTCACCAGAAGATATAGCTAAATGT +GCATTATTTTTAGCTAGTGAGGGAGGAGACTTCTTAACAGGACAAGTAATAAGTCCAAAT +GGTGGTTTTGTAATATAA +>def +ATGATAAGAGAAATCGTAAGAGATAACAAAAAACTAATGATAAAATCAGTTGAGGCAACA +ATAAATGATTTATATATTATTGATGATATGATTGATACTGCAAAAGCAAATAATGATATT +TGTGTTGGACTAGCAGCAAATCAAATTGGAGAAAGTATACGTATCATTGTAGTGGAGATG +GGAGGCTTTTTTGTACCACTTGTAAATCCAAAAATTATAAGTCATAGTAAAACTACATAT +GAAGTAGAAGAAGCTTGTTTGTCACATGAAGGAACTAAAGAAACAACTAGATATCATTCA +ATTGAAGTAGAGTACTGTGATAGAACATTTACTAAGAAAAAACAAAATTTTAGTGGTTTT +GTAGCTCAAGTAATTCAGCATGAAATGGATCATTGTGAAGGTATTCTGATTTAA +>group_87 +ATGAAAAATAAAAAAATGAATACAGAAACTGAAGAGCTTGTATTAGATAAATACGATGAT +CAATTTCACCAAATAAAAGATGCATTAGATATAGAAGAAAGTACAGACAGTGAAACTACA +GACATTGTAGGTTTTAGAGTTATAAATAGTAATAATCCATATCCTGAAGGTAAGAGAATT +GATGATAGAAATGATTAA +>group_1222 +ATGAATAAAAAATTATTAACTTTAATTACAGCAGGAATATTATCATTATCTTTAGTAGCA +TGTAGTAGCGGAGATGGTGAAAAAGTAGAAAGCGGAAGTGGAGCTCCAGTAGAAGAAAAG +AAAGAAGAAACTCCAAAAGAAGAAGCTAAACAAGAAGAAGTGATATTAGCCGATGATGAT +GTAGTTAAAATAGTTGTAACTGAAAAGGTTAATGATGAAGTCTTTGGACCAACATATAAA +TTTTTAATAGAAAATAAATCAGATAAGAAGATTACAATTCAATCTAGGGATACTTCTATA +GATGGTGTTATGTCAGAACCTGTATTCAGCGTAGATGTTATGCCAGGGAAAAAAGCTAAC +GGAGATATGACATTTATGGATGTGGAGAGCCTAGATAAACTTAAGAACCTAGAAGGTAAA +TTAGTAGTTCTAGATGAAGATTTCAATGATGTATCATCTTACAATATAACAATAGAATAA +>group_1308 +ATGGCTAAAAAGCAAAGTCTTAAACTGCAAGTTAGTTTTAAAGAAAATATATCGGATATA +GAAATATATAATTTTATATTAGAAAAAGGAAAAATAATGGGAATTAGTTCTTACATTAAA +ACACTAGTAGCAAAAGATATGGAAAGTGATAACAAGAAGTAA +>group_1267 +ATGTTATTTACTGTAAATGAAGTTAAAACATATACGTTTAAGGAATTTAAAGAAATACAA +GAAAATAGAAAAATAGAAGAAAAATATACTAAAGAAGATTTAAATATATGTGAAAGAATA +TTAGAACATATAAAAACAAATAAAGTTATGTACGGAAAATTAGTTTTAACAACAGCTATT +TTACTATATCTTAATGTTAATATAGGATATGCAGTATCTATAGAAGCATCTATAGATACT +ACCTTTAATCAGTTAATTGAATTGATAAAGTCATTTGCAAAGTGGGGATGCCTGGGAATG +GGGTTAAAAAGATCAATAGAAGAAATGTTATCTGGTGCTAACTTCAAACAAGCAAGTACA +GCAGGTGTTCAATACTGGTTATGTTTTATATTTATACAATTCTATCCAAAATTATTTGAA +ATGATAAAAATGTAG +>group_1248 +ATGTTTAGTAAAATTGAAAGCTGGTTAATGGCTAAAGGTGATTTGATAGTATTATCAATA +GATAAATTTAGTTTTAAAGTATGCTTATTAGTAGGTTTAGTAGCACTTGTTTTATCTGTA +TTCGGATATAGTAAAGGTAAAAAAATAGCTACTATAAGTCCTGCAGTATATGTTATTTTA +CAAATTTTTATGAAAGTGTGGTTCGGTGTATGA +>group_1213 +ATGATGAAAACTAAATCTATGAAATTAAGTGACTATTTTGAAGTTAAAAAAGCTAAATAT +ACTTATATCCAAGTAATACCTTCTAAAAGTTGCAGAAATACATCTACAGATAAAATATTA +GTGTTAGCAAATACAATGTATAAGAAGCTTGATAAATTAATTAGAATAGAGAATAGAAAA +TTAATAATAGAAAGTAAATTAAAATTATCATATTATATTCACATAACAAAATCTAGCACT +GAGTTTTATTTTATAGTACCTTCAGTATTTTTAAATCAATTCAAAGTTAAGTTATCAGAA +ATATGGAAGAATGTAGAAATAAATAAAGTTAATTCACTTCCAATAGACATAAATTCATGT +ACTAAATACCAATTACAATATAAATTAAATGATGTTTTAAGTTTAAATATAGATAAGAAA +AGTAATAGTTTACTAAATGCTAACTTGTCAGTACTAGAAATATTACAAGATCAGGAAAGT +GTAGGGTTATTCTATAACTTTATGCCCATGTCTCAAAAGGAACAAAACTATTTTAAGATA +AGCTCTCAAGAAACTTTAAACAACTTTAAAAAGGGTATGAATTTAAAGAAAAATAAAAAT +ATAGTTGATTTAGGAGTAATAACTTTAAAATTCTTAATTGACTTTATAAACGGACTTCTA +AATGCATTTTTAAGCACTTCAAAGACAGCAAACGATACATTTATATCTATAGAAAAGCCT +ACGTCTACAAGCACTACTAGAAAGTGTAAAAATGATATTATCAAAACTCAAGCATTAATT +ATTGCTAAAAGTAATAATAAAGATAGAGAAAATCAACTTTGTACTGCTACTTATAATACT +TTTTCAAGTGTGAACGGAGATAATGAGCTCGAGATTGTAGAAGTCAAAAAAGATATAGAT +ATAGAAAAACAAGATATAAAAGTTAAAAGCAACTATACTTCTACTATAGAAGCTGGAAAG +TTTGTGAATGTAGCTGGTAAAAGCATAATAGAGCAATACAACAATATTAAACATAATAAA +GTTCTAGAACTAAAAGCGCCTAAATGTTTAGAACAAGGAGAGGTAAGAATCGGCGAAGTT +AAATGTAAGGATAATAAGCAAATGACTTATTATTCTACAGATGAACAAATGAAAAGGTTA +GGTAGAGTGCTATTAGGTCCTATGGGAGCGGGCAAAGATTACTATATGGTTAATATGGCC +AAGGATATAATAAAAGCTAATAGAGGGCTTATAGTATTGGACTATATAGATCAATGCCAG +TTAGCTAATAATATAAAAACCATAACTCCTCCGGATAGATTAGTAGAAATAGACTGTACT +AATCCTAAACTATTGCAAACTCTAAGTTATGATGAATATAAATATAAAGAAAATGATAGT +GAATATGAAAAAGTTGATACATGTATGCAAAAAGCTCAACAATACAATATGCTATTAGAT +ACCATAAATGATGTTAATAGTAGTTTAACTCCTAGGATGCTAAGATATTTAAATGCAGCT +GCAACTATAGCTTTTAGGGTTAATCAATACTCTAGTTTTAAAGATATAATTGATGTACTT +AAAAATCCAACGAAACGTGACGCAATTATCAGCGAACTACCAACGGAAGCAATAGAGTTA +CTACAGGATGAAATAGATGATTTAGAAGAATTATCTAAAAGAGATAAAAAGGGAAATGTA +GAAAATGTAGATAGTAAAATAGATGGGATATTAGACAGAATAAGTAAACTTAAGAGTTCT +AGTATATTTACTAAGTTGGCTTATATTAATTCTAGTGAAAATAACGTAGATTTCATAGAA +GCTATTAACCAAGGTAAAGTTATATTAGTTAAGATACCTGCTAAGAAGTTCTCTAAGAAT +ATGAGAAGTTTATTAGCTACATTTTTCTTACAAAAGATTTGGATAGCTAAAGAGCAAGGG +GCAACTTTAAAGCAAACAGAGTTATTTATTAATGAAATACATCAAAGTTATCATTGTCAG +TTATTAATGGAAGATATATTAGTAGAGTGTAGAAAGTTTAATCTAACACCTACTTTAGCT +ATGCACTATCTAAGTCAAGGAACTAAGAAATTAAAAGAGAGCATACTGGCCTCTGGATCA +TCATTTTTACTAATGAGTGGATGTGATGTTAAAGTGTACCAAGAACTATCGCATTACTTT +GAGAAAGATGGGTATACAGAAAATGATTTAGCAGAGTTAGATAGGTATAATGCTTTGTGC +CTTATAAAGAATGAAGAAAAACAGTATAGCTCATTTATTGCTAAACTACCTGCTTAA +>rihB +ATGCAAAAAAGAAAAGTAATAATTGATTGTGACCCAGGGATAGATGATTCTCTGGCGATT +CTTCTAGCTGTAAACTCACCAGAGCTAGAGATACTTGGTATTACTACGTGTAGTGGTAAT +GTAGAAGCTAAAATGGGAGCAAAGAATGCTCTTAAAACACTTCAAATATGTTCTTCATTA +AATATACCTGTATATAAAGGTGAAGACAAACCTTTAAAAAGAGCGCTTGTAACAGCCCAA +GATACTCATGGAGAAGATGGAATAGGAGAAAACTTCTATGAAGATGTAGCTGAATATAAG +ATAAAGGAAAATGGAGTCGACTTTATAATAGATACCTTAAAAAATAATAAAGATGTATCT +ATTATAGCGCTAGGACCTTTAACTAATATAGCTAAAGCTATTATGAAGGATAAAAAGGCC +TTTGATAACTTAGATGAGTTCGTATCTATGGGAGGTGCTTTTAGGATTCATGGAAACTGT +TCTCCAGTTGCAGAATTTAATTATTGGGTAGATCCTCATGCAGCAGATTATGTTTACAAG +AACTTACCAAAGAAAATTCATATGATAGGATTAGATGTAACTAGAAAAATTGTACTTACA +CCAAATATTATTGAGTTTATTAATCGACTTGATAAAGATATATCTAAGTATATAACAGAG +ATAACAAGATTTTATATAGATTTCCACTGGGAGCAAGAGGGAATAATTGGATGTGTAATC +AACGATCCATTAGCTGTAGCCTACTTTATAGATAGGAGTATATGTAGTGGATTTGAATCT +TATGTGGAAGTTGTAGATGATGGTATTGCTATGGGGCAATCAGTAGTTGATTCTTTTGAT +TTCTATAAAAATGATAAGAATGCAGTTGTATTAACTGATGTTGATGATAAGAAATTTATG +TATATGTTTCTTAAAAGGTTATTTAAGGGATATGAAGGTGTAATAGATTCAGTAAAAGGA +GTTATATAA +>group_1261 +ATGAAGAGTATATCTATCAAAAATATTTCATTAGTAGGTTTAGGAATAGCTATAAATGTA +GTAGGTGCATTTATAGCATATACATTAAAATTACCAATATATCTGGATTCTATTGGAACT +ATACTTATTGCAGCAATATTAGGACCAAAATACGCGATGATATCTGGTGTTTTAGGTAGT +TTAGTTAGTGGTATAACTTTTGATGTATATTCTCTATATTTTTCACCAGTACAGATAACG +ACAGGTCTTCTTTCTGGAATTATGTTTAAAAAAGGCTTATTAAATGGAAGAAAAACTCCA +TTAGGAACTTTTATATTTGTATTACCAACATCAATAATTAGTGCAATGATTGCTGCTGTG +GTATTTGGAGGTGTAACATCTTCAGGTTCATCATACATTGTTCAGGCTTTAGAGGTACTA +AGTATAGGCAATTTGTTCAGTAATATATTTTTAACTCAAATATTGACAGACTATATGGAT +AAGTTTATCGGTGTGGTTTTAGTTAATTTAGGCATAAATGCTATGCCAAAAAATTTAAGG +ACATCTTTTATAGCTAGCAAGTAA +>group_1268 +ATGGATAGATACAGTACGATAGAAAATAAAAATCAGAGAGAGATTGTTTTACTTAAGGGA +TTTCCATGCGTATGGGGTAAATGCTCTTTTTGTGATTATATAGATGATAATTCAGATATA +GAAGATGAAATAAATAGTATAAACTTTGAAGTTTTAGAGAATATAACAGGAAAATACAAG +GTTTTAGAAGTTATAAACTCAGGAAGTTGTTTCGAAATACCAAAGGCTACATTAATAAGA +ATAAAAAAGATAATAAAAGAAAAGAAAATAGAAAAATTATTCTTAGAAAGTCACTGGTGC +TATAAAAATAAATTACAAGAGATGAGAGATTTTTTTGAAATACCTATAATATTTAAAATA +GGAGTTGAGACATTTGATTATAATTTTAGAAATGTTGTTTTAAATAAAAATGCTAGATTT +AAAAGTGTTGAAGAATTAAAGGAATATTTTGATTCACCGTGTATGCTTGTTGGAATTATG +GGACAGACAAAAGAGATGATTGACAATGACATGGATATAATTTTAAATAATTTTAACCAT +GCAACTATAAATGTTTTTGTTAATAATACGACGGATATAAAAAGAGATGAAGAACTTGTA +GCTTGGTTTATTGAAAAATATAAATTCATAGATGAAAATACTGATTTTGAAGTACTTTAT +AATAATACAGATTTTGGAGTTGGTGATTAA +>group_1198 +ATGAAAGGGAACGAAAGACTAGAAAAGTTTTTGCAACTTCAAAATAAAAATATTTCTTTT +GAAAATATATCAAAAGAGATAGGGATTAGTCCAGTTACATTAAGAAGATTTTTAAACAAG +ATGGGTTATAAGTCTGAAAATGGTAAATATGTTTTGACATCAGAAATAGAAAAAAATGAA +ATTGTTAAAACTAATAAAAAAGATAATAAAGGTTTATTAAATAAAAGGGCAACTAAAAAA +ACAACTAAAAAAGAGATGCAAATATCATTTGATAATTTAGAAGAAAAATCAAAAAAGGCA +AATAATTCTAAAAAGAATAATGTATCTAAAATAAAATCTAAAAAAGATAGGAAAATAAAT +ATTACTCAAGAGGATTTAGATAAAATATGCGAGGTATATGACTGGTATTTAGAAGTAAAA +GACTATAAATCAATGAAGCCTAGAAAAACTTCTAATAAAAAAGATGTAATTATTGAAGAT +AAAGAATTAAAAGATGTAAAGGGAACAAGTATAAAGGTAGATAAAAATACATGGGAAGAA +TTTGAAAGATTGTGTAGCAATTCAGAGTTTAGTAAACAACAAATATTAACACAAGCTTTG +AAAGACTTTATGAAAGAATATAAACATTTATTATAG +>group_1297 +ATGAAAAATATACTAAAAATATTACTACTAATAATAACAATAATAGGATTAGTAGCATGT +AAAGGAAATAAAATACAAAATAATGGCGAAGTACTTTTAAATGGTTCATTAGTAAAAAAA +GACGAGGCTAAAGCTTTACAAATTGAGGCATTTGATGAGTATACTAGGGATTCTAATGGA +GTTGTTGTAAATAGAGTAGAAAACATAGCAAACTTTGATGTATCTAATATCTGGATAGTA +TACAATGAATTAGATAAAGAAGGCAAGATTATTTCAGAATCGAAAATGTTTTTAGATATG +ACTTTAAATCCAGGAGATATTTTCAATGCTAGTTTTAAATTAAAGGAGTCGGGAGAGAAT +ATAAGTATTACTTCTTATGAATATATGACTTCTGAAGAAGATGTTACTATTAATTTAAAA +GATGGTAGTGTGTACTCAGTTAATATTGATGATAAAGAAGAAGATAGTAGCCCTTACGAA +GTTTTAGCTTTTTCAGATGCAAAAAAAGTTGATGATGCAGATGATGGAGATACTTACATT +GTAAAGGTGAAAAATAACTCTTCAAAAAGTCTAGGAAATATAACTTTGAAAATAGGAGAA +ATTAATTCAAAGAAAGAATATATAGGTGTAAATCATGAGTCTTCATACTCAGCTTTAAAA +CCATTACAAGAAGCTGAAATTATGATAAAAGTATCAAATCATACAGAGAAAATAAAAGTA +ATAGGTTATGTTTATGATGATATAGATGAAAAATCAAATATTGATATTGATTTAACATCT +CATAAAGCTCAGATAAATAAAAACTAA +>group_1289 +ATGAATGATGATAAGCACAATCAATATGAATTGGATTATGAGCAGTTAAATTCACTATTA +GCTAATCCAGAGTTTGCTAGTTGGTATTTTGAAAAAATGTCAGACAAGACAAATGAAGAT +GTGAGTATAAGTGATTTTGTTGATATACTAACAAATTACTCAAATAATCAATTACAATAA +>mprA +ATGAAGATATTAGTAGTTGAAGACAATAAAAAGCTCTTAGAAGGTATAGTAAAAGAAATC +AGTAGTCACTTTCAATGTGAAAGCTGTGAAGATGGAGAAGAGGCTTTATATTTGATAAAA +CAAGATATATATGATCTAGTAGTATTAGATTTAATGCTACCAAATCTAAATGGATTAGAT +ATATTAAAAAAAATGAGAGATAATTACATAGATACACCAGTGATAATTTTAACTGCAAAA +GAATCATTAGATGATAAGGTTGGAGCATTCTCAATAGGTGCAAATGATTACCTAACGAAA +CCATTTTATATGGAAGAATTAATAGCGAGGATATATGCAATATTAAGAACTAATGGAAAA +ATAAATGATAAAAATAGTTTAGATTTTAAAGACTTACACTTAGATCTTAGTAAAAAGAGA +GTATTCATAAATGGAGATGAAATAAATCTTCAAAATAAACAATTTGGCTTGTTGGAATAC +TTCTTATTGAATAAAGGTACAATTTTATTAAAAGAACAGATATATGATAGAATATGGGGA +GTAGAATCAGATGCTACTATTGAAATTGTTGAGGTCTATGTAAGTAATTTAAGGAAAAAA +TTAGGGAAATACGGATATGATAAATACATAAAGACTAAACGTAAGGTAGGATATATGTTT +GATGATAAATAA +>sasA_11 +ATGATAAATAAAAATGTATTTACTGATACAAAGCAAAGATTAATAAAAATAAATTTACTT +GTTGTTGGGGGATTTTTACTGATATTTTCAATTTTTATATTCTTCTATTTTAAAGAACTT +ACATATACTAATATAGATAGTAAAATAGAGGAAGAATTAGAATCAATAAGTGTACAATTT +AATAGAAGTTCAATGTTTAATCCTATTATTCTTGAAGATCCAAGAAATATGGTTTATGTA +TATGAAAATGGAACAATAAGATATTATACTGAAAATAGATATTTTGAAAATATCTATCCT +GAAATAAATAATTCTAAAAAGGATACTTTCTTTACATGGTTGAATAATGGTTATACATTT +AGAGTACTTAATTTAAATATTGGAAAATACACTATTGAAATAATAAGAAATATAGATTCT +GAAATAAGTTCATTAAAACAACTTGTGTTTTCACTGATTATAGGAATATTAATATCATTA +ATAGTAGCGTACTTTATAGCTATATATCTTACAAAAAAAGCATTAGTTCCTATAGAAACT +GCATGGAATAATCAGGCTAAGTTTATACAAGATGCCTCACATGAGCTCAGAACACCAATT +TCTATAATATCATCAAAACTAGAAGGTATGTTAAAACATCCAGAAAATACAGTAAATGAT +GAAGTTGAGACAGTAGCTGATGCTATGAGAGAAACAAGAAGAATGAAAAAGATTATAAAT +GATTTATTATCACTTACTAAGGAAGACTATATATCAACAATGAATTTTGAAAATATAGAT +ATAGAAAATGTTGTATATGAAATATATAGAGATTATGAAGAAATAGCAGAAATGCAGGAT +AAAAAGTTTATTTTTAAGAGTGAATTAGAGAATAAAATAATAGTTACGGATAAAAATAAA +TTAAGACAATTAGTTTTAATTTTTGTAGATAATGCATTTAAATACACTAATGAGTACGAT +GGTATATTCATAAATCTTAAGGAAGAAGATAATAATATAAAATTGTCTATAAAGGATACT +GGTATAGGAATCAAGGAAGATGAAATAAAATATGTTTTTGATAGATTCTTTAGAGGTGAT +GATGTAAGGAGTCAAGATATAGATGGCTCAGGAATTGGACTTTCTATAGCTAAAATGCTT +AGCATTAATTTGAAATATGAAATTAATGTTGATTCTAAGGTTGGAGAATATACAGTATTT +GAAATAAAAATACCTAAGGTTAAAAAATAA +>trxA_2 +ATGGCTAAAATAATAAAAACATCAGAATTCAGAAGTGAAGTAGAGGAAAAACAAGGAGTA +GTTGTAGTAGACTTTTTTGCAACTTGGTGTGGGCCTTGTAAAATGTTAGCACCAGTATTT +GAAGCATTAGGTACAGAAATGGATGGTAAGGCTAAGTTCTTTAAATTAGATGTAGACCAA +AGTTTAGAAATAGCTCAACAATTTAGTGTATCAACAGTTCCAACAATGATAATATTTAAG +GATGGTAAAGTAGTAGACAAAATGATAGGATTTATACCTAAGGAACAAATAAAGGCTAAG +GTTGAATCTTACTTATAA +>group_1212 +ATGAAAATTTGTGTACCAGTAGAAGCAAATAAAGGATTAGAAAGTAAACCTTATGGACAT +TTTGGATCAGCACCATTATTTGTAATTTGTAACTTAGAAAATCAAGAAGTAACTGAAATA +AACAACCAGGATTTACATCATGAGCATGGAAAATGTCAACCATTAAAGGCATTACAAGGT +AATGTTGTTGATGCAGTTATAGTAGGAGGAATAGGGCAAGGTGCTATAATGAAATTAAAT +TCTATGGGTGTTAAAGTATATAAATCACAAGGGAATACAATAAAAGAAAATATTGAGCTA +TACAAAGAAAATAAACTGGAAGAATTCCCATCAAATCATACTTGCTCTCATGATGGTTGT +GGGCATCATTAA +>group_346 +ATGATTTTACAAAAAGAACCTAAAAAGAGCCTTATAATCAGATTTATTAACCTTATAATA +TGCATAATTATTTTAGGTATAGGATTATATTCTGTTTCTAGACTAGATTATGAAATATCA +CCAGTATTTATATTAGTTTCAGATTTAGTAGTATTTTTAGGGGGATTATTAATTTCATAT +ATGAGCTATATTACTAGAGGTATTCATTTAAGTAAGGATAAATTGACTATTTCATACGGT +ATTTTTGCAAAGAAAATTAGCATTATAAAATATGGCAAAGTTCAATATATAAATATAAGA +GAAAACTTAATTAGTAGTAGGCTAAATTTATGCAAAGGTGAGATTTATATTTTAGCTAGT +TTGGGAAACGATATGAGAACTATTGGATATTATGATGAATGTTTATTTGAAAAGTTAGGT +AATAAAATAATAAATATTATTTAA +>group_341 +ATGAAAGAGAAGTTTAGATGTCATCCTAGTATTATACTTGAAAATTTAAGTGGGATAATT +ACATTTTTTATAATATTAATTTTACCTAATTTAGATGATGTAACAGAAATACTTACCAAA +GGTGGACATATACAAAATGAATTAATAACAATTGGAATTTTGGGATTATTATCTTTTATA +ATAATATATAATATATTAATCTGGTCTAAGACTTCTATAAGTATTGAAGAAAATACGATT +ATTATTAAAAGAAATACAATCATATCTAAGGAAAATACTTATGGAATTAAAAATATTTCA +AATATTAATCTAGAGCAAAATATTTTTGAGCGTATAATTGGTACATATAAAGTTAAAATT +GATACGGATAGTTTATCTATAGCTAATGATACAGATATTGAGATAGTTCTTTCTAAAGAA +AAAGCTCATGAATTTAAAAGAAATATTATGGCGATTATGGATAAAGAAGAAAGTTTTGAT +GCAGCACTAGATTTTAAAGAAGATGAAAATATAGAATATGATTTAGTTTATTCTAATAAG +GATGTAGTAAATCACTGTTTTTATAATTTATCAACAGGAGCGATTATTTTCAATCTAGCT +ATTATCTTGTTCACAATATTTATTTCAGAAGAAATAAAAAACTTAGATGGAATACTAGGA +ATAGGATTATTAATTCTTGGGTATGTAATTTATATATTACAACTTATTTTAGGTGATTTC +TTTAAGTATTATAAGTTTTCTATAAAAAGATTAGAAGATAATTTATACATAAGCTATGGT +ATGTTTAAGAAAAGAAAATATACTGTTCCTATAAATAGGATAAATGCTATTAATATTAAG +CAGCCAGTAATATCTAGGATATTTAAAAGGTATAGTGTAGATATAGTAACTATAGGTGTT +GGCGATAATGTGGCTGAAGGTTCTCAGATATTACTATCCAGTAATAAAGAAGATTTTATG +AAAAATATAAAAATATTACTTCCAGAACTTAGTTTAGGAGAGGATTATGATTTTACAAAA +AGAACCTAA +>group_457 +ATGCAAAGTGGTATTTTAATTCAAATTAAAGGGAGAAAGAATATGAAGCACGAAAAAATA +AGCAAAAGTTCTATAGGGTGTATGTTTGTAGCAACATTAGTACAAGTTTTAATTGTAACA +AGTATTTTATTTGTAGTTTATTTAATCTTTAAAGATAGGCTACCAAAGATTATAAAAATG +ATAATGATAGGAGCAGTTGTACTTGATATTCTATATTTATTGATATCACCGAAAGTAAGA +TACCAAAGATATAGATATTCAATTACTGAAGATTCTATAGGTGTAAAAGAAGGGTTCTTA +TTTATAAAAAGAAGTATAGTTCCTATTGAAAGACTTCACAAAATTGCCATAGAAAAATGA +>yybR +ATGACTGATATTAAAAACCTACCTGAATGTCCTGTAGAAACAACATTAAAGTTAATAGGT +AATAAATGGAAAGTATTAATTATTAGAGATTTACTTACTGGTACAAAACGCTTCAATGAA +TTGATGAAATCTTTAGATGGAATTAGTCAAAAAGTTTTAACTAGTAATTTACGTTCCATG +GAAAATGATGGTATTATAAATCGAAAGGTATATCCAGAAGTTCCACCCAAAGTAGAGTAT +ACACTTACTGAAACAGGTTATAGCCTTCAGCCTGTTCTTCACTCAATGATAATATGGGGA +ACAGAATATAAAAATAATTTAGGTTAA +>opuCA +ATGGCAGTGGCAATTGAATTTAAAAATATAAAAAAAGAGTATGGAGAAAAGATAATTTTA +GAAAATTTTAATTTATCAATAGAACAAGGCGAGTTTTTAACAGTAGTAGGAAGTTCTGGA +TGTGGAAAAACTACCTTATTGAAAATGGTAAATGGTCTAATTATTCCGGATAAAGGGCAA +GTGCTTGTCCATGGAAAATGTACTCAAGAAGTAAACCTTATTGAATTAAGAAGAAATATA +GGATATGCAATTCAGGGCAGTGTTTTGTTTCCACATATGACTGTGGAAGAAAATATATCT +TATGTGCCAAATCTTTGGAATAAAAGAGACAAAAATAAAACTAAAATAGCAGTAAAGAAA +TGGATGAAAATTGTTAGATTAGATGAAGAATTATTAAAAGGATATCCAAATGAATTAAGT +GGTGGACAACAGCAAAGAGTTGGTATTGCTAGAGCACTTGCTGCATCTCCAGATATATTA +TTAATGGATGAGCCATTTGGTGCAGTAGACGAGATTACTCGTTCAAGCTTACAAGATGAA +ATTATAAGAATACAAAAAGAAGCTAATATTACTATAATTTTTATCACCCATGATATTAGA +GAAGCATTAAAATTAGGAAGTAAAGTATTAGTTATGGATAAAGGTAATATTCAACAACTT +GGTACACCTGATGAAATATTAAAAAGTCCAGCTAATAAATTTGTAGAGAAGCTTATTGAG +AGAGAAGTAAGTTATATTAATCAATAA +>group_560 +ATGAAAGGAATTAGGAATTTACTTAAACCAGCTATATTTTTAATAGTAGGTTTTTTAGTT +ATTTTCTCTATGAAATCTAATAATATATTTAGACTCCAGGATAAAATAAAGACAAGCCTA +GAAGAGGGATTAAAAGTTGTAAAAATAACAGAAGAAAGATCAGTTATAAAAGAGAAAAGA +GTAGTTATTGATGCAAGGATTCCCAAAATTCACTATGAAGATGATACTGTAGAAAGATAC +ATAAACTCATATGTAAGAAAAAATATAAATGAATTTATAAATCAACAAATACAATTAAGT +GATATTAATAATAATGGATATAAAGAAGATATAGAGATAAATTATCAAATTGTTTATGAA +GATGAAAGTTTAATTAATCTTATAATTTATAAGAGTACAAAATGGGGTAGAAAAGAATTT +AAATTAGAAAAAGACAGCTATGTTTTTGATTTAAAAACAGGACAAAGAATATATTTAGAT +AACTTTCTCAAAGAAAATGAAGACTATAAGGATGTAATAGAAAAGTATATATTTTCTAAT +TTAAAAAATAGTAATTCTAATGAGTATAAGAACAAGATTAATATAGAGAAAGATACAAAT +TATTATATTAGTGATGGTGGAATAAATATATATTTTAACCCTTATAAAGAAAGTAAGAGT +AATGATAAATATGAATTTAAAATACCATATGATATTTTTAAAATTAAAATAAAAATGGTA +AAGACTGATGATATAGTAGCTAATATAGATACCCAGACAATAAATAAAAAAGATAAGTAT +ATAAATAGCGTAATTAATATACCTATAGTAATGACTGAAAATAAACAAATAGAAAAATCT +ATAAATGATAAAATAAGAAATGATATTATGGACTTTTATAATAAATCACAAGAAGAAGCC +AAAAAATTTTTAAAAGACTTTCCAGAGGATGAAGGTAAGTTTGTTGCAAATACTAATTTT +GAAATAAAGAAAAATAGCAATAATATGCTGAGTATTTTAGTTACATATTATAAGTATAGT +GGTGGAGCACATGGAGATTATAACAATATAGCATATAATATATATATGAAAAATGGTGAA +TTTTTAAATTTAAGTGACTTATTTAAAGATGAGGTTAATTATAAAGAAGTTATTAATAAT +GAAATAAGAAAACAAATTGAGGATATGGCCCAAAAAGACAAAGAAAATGCAGGTGTGTAT +CAATTTACAACAATAAGTGATAATCAAAAATTTTACATTCAAGATGATAATATAGTAATA +TTTTTTGATTTATATGAAATAGCACCATATGCTGCTGGGATACCAGAATTTAAGATAAAT +ATAAAGAGTCTTAACCATATTTTAAAAGACGATTATGTAAGTATATTTAAATAA +>group_590 +ATGCAAGATGGTTTTTTAACAGTAAGTGTAATTGATTCGAACACTAATCGTCCAATCGAG +GGAGCTACAGTAAATATATATACTAATCCTACTGAGAGCGGTGAAAGTTCAACTACAGTC +TACAGTAATTTAAAAAGTAATATTTCTGGCCAGGTAACCAACTTAACCTTGCCAGCTCCT +GATATTGCTTATTCTCAGGCACCTTCTGATGTTAAGCCTTATAGTGTATATACTGTAGAA +GTTATAGCAGATGGATATGATACCGTAATTATAAATGGAACACAATTATTTCCTACTATA +GAAGCGCGACAAGGTGTTCCTCTTAACCAGCGTCAAAGAAGGAGAGGATCATATTCTAGA +CAAAATGAAGTTGTCTTTGATATTCCTCCTAATACACTTTGGGGTGATTTCCCCCCAAAA +ATACCAGAAAGTGATTTGAAACCATTACCTGCTCCTACAGGCTTCGTTGTTCTAGATAAT +CCTGTAGTTCCTGAATTTATAGTTGTTCATGATGGTCTTCCTGAGAATAGCTCTGCTCAG +AACTATTGGGTTCCATTCAAAGAATATATAAAAAATGTTGCTTCTTCTGAGATTTATTCT +ACATGGCCAACTCAGACGATATATGCAAATATAATAGCTATAATTTCTTTTACCTTAAAT +AGAGTATATACAGAATGGTATAGAAGTAAAGGATATAACTTTACAATAACATCATCTACT +GCATATGATCATAAATTTATAAATAATAGAAACTTATTTGATACTATCAATGTAGCTGTG +GATGATATATTTAACACATTTATAAAAAGACCTCCAACTGCAAGACAGCCTCTTTTAGCT +CAATATTGTGATGGTCAGAAATCCCAATGTCCTAATCAAATGACCCAATGGGGAAGTAAA +GATTTAGGAGATCAAGGATATGATTATGAAGGTATATTAAGATATTTTTATGGTGATGAA +ATAGTGTTTGAAAAAGCTCCAGTTGTAAGTGGAGTACCAGTATCCTATCCTAATGAAACT +TTACAAGTCGGTTCAAATAATAAATATGTAAAAACAATACAAAATCAACTTAATGCTATT +TCTAGATCTTATCCTGCTATACCTAAAGTTAGAGAAGATGGTATATATGGTGAAAGTACA +GCTGAGGCAGTAAGAACATTTCAAAGTATTTTTGGTTTACCTCAAACAGGAGTTGTTGAT +TTTAAAACTTGGTATGAAATATCAAGAGTTTATGTTGCTGTCACTAAGATTGCATCTTTG +AATCCAACAATCTAA +>prsW +ATGAAAATAAAGATACTTATATTAGCTATATCACCAATAGTAGCGTTTCTATTTTGGATA +TATTTAAAAGATAAATATGATAAGGAACCTATACATATATTAATTAAATATTTTGCTTTA +GGAATTTTGACTAGCGTATTAGGAATTATTGTGGAAAGATTTTTAATTAATATAAATATA +TTAGATGGAATGAATTTAATTATATATACGTCTTTTATAGTAGCAGGACTAACTGAAGAA +TCTTTAAAAGCACTTATGCTAATACCTAACTTATTGAAGGAAGAATATTGTAACGAAAAG +CTAGATTGCATAATCTATTCTGTATTTCTATCTCTAGGATTTGCAACAGTGGAAAATTTG +ATTTACATATTATATGAAAGTAATGAACTAGTTCTACAAGTTAGCTTAAGTAGAGCAATC +ATATCTATACCTGCTCATATAATGTTTGCTATAACTATGGGTTATTATGTAGGTAAATAT +AAATTTGAAGAAAATAAGTTTAAAAGAAGAGAATATCTGATTATGTCTGTATTAGTGCCA +ATATTACTTCATGGAATTTTTGACTTTATATTAATCGTAAAATTTAGATGGTCTATTGTG +GTTTTTATAGTTTATATTATATTTTTATGGAAAATTAACTTAGATAAGTTAGATAAATAT +ATGGAGATTTCTAAAATAAGATTTTTAAGATATATAAAACGTAGGCAAAGAAAATAA +>group_615 +ATGGGACCTTTAAATAAAGAACAAGAATATGTCATATCAAAATTTCTAGAAAGATATGAT +TATGGTGGGGTTTTAGAGATATTAGAAGAGAGTGGAATAGAGGATGGTGACTTATATTTA +TTAATTAAGTCTTGTAAATATGCAGTTAATTTTGATTTTAGAAGTGCTTTAAAAATTATG +CAGTCTATGGAATTCCAATCAATATCAAGAGGAGATGTACAATCTTTAGTTACAAATTTA +GAAAATCTAATAGAAGGCGAACCAGAAGATTTAATGTCAGAATTAATAGCAAATATAAAA +ATTCAGATTGTTAATGAGGAGTATATAGATTTTTTAGGAAGATTATATAGATTAAAAGAA +GCTTTATTTAAATATATTTTTGTAAATACAAAAGAAAATAAAAAATATAAGGTATGTATG +CACGGTAAGATGGTATCTAAGAAAAATATTCAATATACTTTAAAAAAGAAGTATAATATA +TATAATGGAAATTTAATCCATGGGGTAACTAACTATATAAATAGATATGTAAAACATACA +AAGAGAATGGAGAAGGTTCTTGAAATTTTAAATGGGGATAAACTAGAAAATTTAATAAAG +CTTAGAAATGATAGTCTTGTTGGTCATGGATTTAAAGGAGTAAGTAAAGAGGATATTGAA +TATATATATGGAAATCCAATGGAAGTTACCAAGGACTTAGTAAAGGCTTGTGAACTCCTT +GATTTAGGCATAAATATAGATAAGTATGACCATATTAATGAGATAGCAATACAATTAATC +GGAAACTATGCCAATTATTAG +>spsB_2 +ATGAGTGATAAACTAAAAAAAGAAATAATTGATTGGGTAAAAACTATAGCAATATCATTA +GTACTAGCTTTTTTAATAGTTCAGGTAATAAAGCCTACAATTGTTAGTGGGGAGTCAATG +TATCCAACTTTAAATAATAAAGACTATTTAATACTAAATAGATTATCTTATAAGTTTGGA +GATATAAAAAGAGGAGATATTATAGTATTTAAAACAGATCTAAAACAAGATAATGGAAAA +GAAAAAGATTTAATAAAAAGGGTTATAGCAATTCCAGGAGATCATTTAGTAATAATGGAT +TCTCAAGTATATTTAAATGATAAATTAATAGAGGAGCCCTATATAGATAATGCATATACA +TCTGGAGATATAGATATAGTTATCCCAGATGGTGAAGTATTTGTTATGGGAGATAATAGA +GAAAATAGTAAAGATTCTAGATCAGAAGATGTAGGATTAGTAAATGAAAGTGATATCTTA +GGAGAAGTTATGATAAGATTACTTCCTTTAAATAAAATTGGTTCTGTAGATTAG +>nfo_1 +ATGAAGGTGGGTATATCGGCCCTTTTATTTAATATGGAAGAGGCTATAGAAATCTGTAAA +TCAGAAAAAAGTATAAAACATATAGAAATAGGAATTGATAACTTAGAAGAATGTGAAAAG +TTACTAAGGTATAAGAAAGATTTTGAAGAGTTAAATTTGTCTATTGGTATTCATTTACCT +ATGGAACTTAATACTTGCGAAAATATAATTTATATCAGAAATTCATGGATAAGTTTTATA +AATGAAATTAATAAACAATTAAGCACCTTAAACATAGAATATTTTAATATGCATTTAGGA +TATGCGATTACTAGTAGGTTAAATAATAATAGAAATAAGTATTTAAAGAATACTGTGGAA +TTTTTAAATGATAACTGCTTAGATTCAAATATTGTTATATCTATAGAGAACACATACTCA +AAAAGAGGTGATTTCTCAAATATTGGAAATAATGTTAAAGATTTTGAGTATATATTTAAT +AATACAATAAGAAAAAAAATATGCTTTTGCTATGATACAGGGCATTTTTTAATAAATAAA +GATGATTATATAGATAAGTTAAGTGAAAAAATAAAAATAGTTCATTTGAGTGACAATGAT +GGTACTATAGACAGCCACATTGGTATAGGAAAAGGAATATTATGTATGAATCATATAAAA +AAAATTTTAGAATATAATCCTGAATACTTAGTTTTAGAGATAGATTACAAGGATATAAAA +GACACTTTAGTAAATTTAAAAAGCTTATAA +>glsA2 +ATGGAAAATTTATTAAATAACATAATTAAATCAAATAAAAAATATACAAATTTTGGCCAG +GTTGCAAGTTATATCCCAGAATTAAAAAATGCAAATGCAGAAGATCTAGGAATTTGTATA +ATAGATAAAGATAATAATATTTATTATGCAGGAGATTATAAAAAGAAATTTACGATACAA +AGTGTTTCTAAAACTATTATATTAGCTATGGCATTAATGGATAATGATTGGGCTTATGTA +TTTTCAAAGGTAGGAATGGAGCCAAGTGGAGACCCTTTTAATTCAATTATGAAATTAGAA +ACAGACGACACTAAAAAGCCTTGTAATCCAATGATAAATGCAGGAGCCATAGTAACAACA +TCATTAATTAAAGGTACTACACTAAAAGAGAAAGAAGAAAGAATGTTAGCTTTCTTTAGA +AAAATAGCTAAAAATGATAATATAAAAATAAATCAAGCTGTATATGAATCTGAAAAACTA +ACAGGTGATAGAAATCGAGCGATGGCTTATTTATTAAAAAATGATGGTGTGATAAATGGA +GATGTAGAGGAAATTCTTGATTTATACTTTAAACAATGTTCTATAGAAATTGACTGTGTA +GATTTAGCTAGAATAGGTCTTATATTTGCAAATTATGGTATAGATATAGAAACAGGTGAA +CGTGTAATAAGTGAAAATGTATCCAGAATGGTAAAAACATTTATGGTTACTTGTGGAATG +TACGATGCATCTGGGGAATTTGCAATAAAAGTTGGAATACCTGCAAAGTCTGGTGTAGGA +GGAGGAATTATGGCATCTGTACCGAGAAAAATGGGTATAGGAGTTTACGGGCCTTCACTA +GATAAAAAAGGAAATAGTATAGCTGGAATTAAGGTATTAGAAGATTTAGCAAAACAGTTA +GAGTTAAGTATATTTTAA +>nfo_2 +ATGCTTATAATAGGACCGCATATTTCAATTGCAAAAGGTTTTGCAAAAGCTGCACAATCG +GCTGTAGATATGAATGCAAATACTTTTCAATTTTTTACTAGAAATCCAAGGGGAGGAAAT +GCAAAAGACTTTGATGAAAAAGATATAGCAAAATTTCAAAAAATAAGAGAAGAAAATAAC +TTTGGACCTCTTTTAGCTCATGCACCATATACTATGAATTTAGGCGGAGCAAAGGATGAT +GTATATGAATTTGCAAGGAGAGTAATAAAAGAAGATATAGAAAGAATGGATTCAATTGGA +GTTGAGTACATGTGTTTTCATCCAGGAAGCCATGTAGGTGGAGGAATAGACTTTGGTATA +GAAAGAATAATCAAAGGTTTAAATGAAGGAATTAAAGGCAATGAAAACATAACGATACTT +TTAGAAACTATGTCAGGAAAAGGAACTGAAATAGGATTTGAATTTGAACAATTAAAAAGA +ATAATTGATGGAGTTGAACATAATGAAAAAATAGGGGTATGTTTAGATACTTGTCATATA +TTCTCTGCAGGGTATGATATAGTAAATGATTTAGAAAATGTATTAGAAGGATTTGATAAA +ATAATTGGATTAGATAGACTTAAAGCAGTTCATTTAAATGATAGTTTAATGCCATTTGGT +GACAAAAAGGATAGACACGCTCCATTAGGAGAAGGGAAAATTGGTTTAGAAGCAATAGTT +AACTTTATGACTCATCCTAAATTAAAAGATTTACCATTCTTTTTAGAAACTCCTTTTGAT +GAAGAAGGTCACAAGAGAGAGATAAAAATGATAAGAGAAATACTGACTAATAATTAA +>group_614 +TTGATTAAATTAACAATACCAGGTAGACCTATAAGTAAATCAAATTTTAAACTTCATAAT +ATACACGGTCAAGCATGGATGCCTTCAACTGGTAAACACTCTAAATATTTAGCTTATGAG +AATATGATTGCTGGTTATATAAATCAACAATATTTCGGCGAAACCATCGAAGAAGATTTA +ATAACAGTTCTAAAGTTGTATTTCCCAAATAAACGTATGGGAGATTTACATAACTATCCT +AAAAGTATCTGTGACGGGATAGAAAAAAGTGGAATAATAAAAAATGATAAACAACTAAAA +CCCGTACTACTTTTTGATTTCATAGATAAAGAAAACCCTAGAGTTGAAATCGAACTTTAT +CCAGTAGCTGAATACGAAGTTTCTTACTCTATATCAAAAAAAGAATAG +>queG +ATGAATAATGAAAAATTAAAGAGTTTTTGCAGAGATATAGGATTAAAATGTGTTGGGATT +GCAGGCGTTGGTCCTTATGATAACTTAGAAAAAATAATAAAAAATAAATTATCTAACGGT +CACTTTACAGGAATGGAAGAAGAAATAATAGAAAAAAGAGTAAATCCTAAACTTATTATG +GAAAATGCTAAATCAATAATTGTATGCGCATTTCCATATTATACAGGAGAATGCGAGGAT +TCTAATTTATCTAAGTATTGTTATGGAAAAGATTATCACTTAGTTGCGAAGGATTATTTA +CAAAAAATATGTGATTACTTATCTGAAGAGATAAATAACTTTGAATATAAATACTTTGTT +GATAACGGTCCACTAGTAGATAGACACTTAGCATACTTAGCTGGAATTGGATATTTTGGA +ATAAATAATAATATAATAACAGATGAATATGGTTCATATATTTTTATAGGATATATAGTA +AATAATTATGAATTTTATGTAGATGAACCATTGCCTAAAACCTGTATAAAATGCAATAAA +TGTGTAAAATATTGTCCGGGAAATGCGATATTGGGAAATTATGAATTAAATCCTAAAAGA +TGTTTATCTTATATAACTCAAAAGAAAGATGAATTTTCAGAAGAAGAAAAAATATTAATA +AGAGATAATAAAAAGGTATTTGGTTGCGATATATGTCAAGATGTGTGTCCTCATAATAAA +AGAATATCTAAAACAGAAATAAATGAATTTATAGATAATCAAATAACAAAACTAGAATAT +GAAGAAATAAATAGTATTTCTAATAAAGAATTTAAGAGAAGATATGGCGATAGAGCCTTT +AGTTGGAGGGGAAAAAATATAATAAAAAGAAATATGGAAATAATTTTAGAGGAGCCTTAA +>group_550 +ATGACAGCCTTGAAACGAATTAAAAAAATATCATTATTAATAGTAGCAATATTTTTTTTA +GGAAACATGCAAATTGTACAAGGAATTGAAAAGGAAGGAAAGATACATAAAAATATTTAT +GTAGAAAATATTGACTTATCACATTTAACCAATAAAGAAGCAATATATAAAATTAATAAA +ATAATAGAAGCAAATAATGAAGTAAAATTGAATTTTAATGAAAAAGTCTATAAATTGAAT +CTAGATGAGATAGACGTGCAATACAAAGTCAAGAAAGCAGTAGATGATGCTTATAATGTT +GGAAGAAAGGATAGTTTTATTAATGATATAAAAACTAAAGTTAGTTTAGACTTAGGACAT +AAGAAAATTATAAAATTAGAGTATACTTATAGTGATGAAAAATTAGAAAAATATATAGAT +ACGATAAGTACTAATTTTTATGTACAACCTGTAAATGCAACTGCAAAAATAGAAAATGGT +GTAGTTATAACGACAAAAGAAAAAGTTGGACAAAGATTGAATAAAGGAAAATTAAAAAAT +GAAATTATTAATAATATAAAAAATATTTATGTAGAAACAGTACAGCTAACTATACAAAAT +ATAGAACCGAGGTATAAAGAATCGCAATTATCGAAAATTGATACAGTTCTAGGAACTTAT +GAAACTAGTTTTAATAGCAAAATTTTAAATAGAGTAAATAATATAAAGATAGCTTCAGAT +GCAACTACAAATGTATTGATAGGAAGTGGAGAAGAATTCTCTTTTAATTCTATAATTTTA +AATTCCAATTGTGTTAATAAGATGAAGGAAGCGCCTGTCATAGTAAATGGAAAATTAGAA +AAGGGACTAGGTGGAGGCATATGTCAAGTATCAAGTACTATATATAATGCTGCCCTTTAT +GCAGGAATGGATATTACAAGTGTAAAAAATCATACAATACCAAGTGCATATATTTCTAAG +GGAAGAGATGCAACGGTATCATTAGGTGGTATTGATTTTAAATTTAAAAATAAATTCAAA +ACACCTATCTTAGTATATAATGAAGTTTATGAAAATAGAATAGTTTCAACAATTTATGGG +AATAAAGAAGACAAGAAAGAAATAGAAATCATTACAGAGATTGTAGAAACACTTCCTAAT +AAAGTTGTACGAAAAACTAGTGAAGAAATGTATGAAGGAGAAAAAATTGTAGAACAGAAT +GGTAGAGTAGGATATAAGGTAAATACTTTTAGAATATATAAATTGGGTAAAGATATTTCT +AAAGAATTAGTATATGAGAGTTTTTATCCTCCGAAGGATAAGGTAATCATACATGGAACG +AAAAAGAAAATAATCAAGGAAAAGGAAAATAATAACAAAGAAATTAATAAAAAATCGAAA +GTTAAAAATGAGTTTGTATAA +>group_591 +ATGAATAATTTAAAAATAGTATGCGATAGTTTATCTGACGTACCAATAGACTTAATTCAT +AAATACGATATAGAAGTAGTTCCACTGACTGTAATTTTAGATGGCAAAGAATATAAAGAT +GGCGTAGATATAACAAAGGAAGAATTTTATAAGAAATTAAGAGAAGAAAATATATATCCA +AAGACATCTCAAGCTACATATGCACAATTTAAAGAAGTTTTTGAAAAATACATAAATGAA +GGTAGAGAGATACTTTATATAGCAGGTTCTTCTACTGCAACTGGGACTTACCAAAGTGCT +GTTATGGCGAAAAATGATTTAAATGGAAATGTATATACATATGATTCACAGAGCTTTTCT +TACGGAATAGGTGTTTTAGTTGTAAAAGCAGCTGAACTTGCTAAGGAAGGCAAAAGTGGT +GAAGAAATAATAGAAGAGTTAAAGGATTTAAGAGAAAAATCATATTTATTATTTTCTGTT +GATACACTAGAATACCTTCAAAAAGGTGGAAGAATATCTTCAACAAAGGCTACAATAGCT +AATATATTAAATATAAAGCCTATTTTAGATGTGAAAGAGGGATTAGTATCTCCTGTAGCT +CAAGTTAGAGGAAAAAAACATGTAATTTCTAAAATGATAGAACTTGTAAAAGAGAACTGT +GGGTATGATTTATCAGATCAGGTGATTTATATAGGTTATAGCGACGACTTAAAAGAAAAG +GAAAAGCTAATTGAAGTTGTAAAAAAAGAATTAAACCCTAAAGAAATACAGTTTTTCATG +GTAGGAACTTGTATAGGATCCCATTCAGGTCCAGGTGTAACTGGAATTTTAGCTTTTAAG +AAATAA +>group_1051 +TTGTTTTATCCATGTAGGAGGAACCATTGTAAAAAAGAATTAAGATCAAGAGAAAAACTT +AGATTGGATACAGGTTGTTTAGTTGCAATGACTAAAGATGTTCATTATGATATTGAATTT +GTAGATGGTATAAAAAATACTTTATTCGGTGGAGAAGGAATATTCTTTGTAACTTTAAGG +GGTCTAGGTGAAGTATGGATACAAAGCTTACCATTTAGTCGTTTAGCGTCTAAAGTCTTT +GCTTCAGCGCGAGAAGCATATGGAAAGCAAATGGGTGAAGGAAGTGTATTAGGTCCATTA +GGAAATTTATTTGAAAGATAG +>group_740 +ATGCAGTTTGTGGAGATAGAATTAGATCCTAGAGAAGCTATTGTAGCTGAGGCTGGGGCT +ATGATGATGGATGAAAATATTGAGATGGAGACTATTTTTGGAGATGATAGTAAAAGAATA +GTTCAGGGTTATTTGGAGGAGAAGGTTTTATACTTAAAAAATTAG +>group_630 +ATGGAAGAAATATATAGATTAATAGAAGAAAAAATAGCTGATTCTGGATACACAGGAATA +GTAAATGGAGAAGAAATATACAATGAAATATGTGATGAAATAGAAGACAAGGAAAATGGA +AGTTATATATTTATGTCTAAAAAAGAAGATGATGTTCTGTTTGAATATAAAATAGATGTT +ATGGATGAGCAATTTAACTTATCATATGTTGATATAAACTCACCACTAGGAAAATTCCAT +ATAGATTTCGATGCTGAATAA +>group_979 +ATGAATAGCACTCTTATTATATATGAAAGTAAATATGGAACCACTCAAAAGGTTGCTCAT +ATACTTTCATTGATTCTAGGTCCTTCTAAATTGTGTAATATAGAAGAAAAAGTGCCAGAT +GTAAATATATATGAAAATATTGTGATAGCTTTTCCTTTATATGAAGAAAAATCAGCACAT +CATATAATTACATATTTTAAGGATCATATTTATGATTTTTCTAAAAAAAAGGTATGTATA +GTGAGTGTGGGATTATCTAAGTCTGATGGAATCAAATATGGATTAAGACTAAAAGATTTA +ATAAAGAAAAATGATATTTACTACCACTTTATAAAAGGACAATTAGTGATAGAAAAATTA +GATGATAAAGATAAAATAAGTTTAGAAAGTTATTGCAAGAAAATAAAAATACCCTTTGTA +GATATGGGTAAATTTGAAGATAAAAAGGTCATAAATGCAGGTATAAAAATCAAGGAATAT +TTTGATAGACCGAAGAATGAAGCTCCAAGAGAAGTTATAAGAAAAGAGATTGAAGAATTT +ATAAAAGAAAATAATACTTGTTCAATTTCAACGGGTTATGAGGATTTTCTTAGGTCGACG +CCAATAGAATATGAGTATTTCCAAGGAAATTTTTATTTTATAAGTGAAGGTGGATTAAAA +TTTGTAGGAATATTACAAAATAAAAATATATCTGTAAGTATATATGAAAATTATACTGAT +ATGAATCATTTGAATGGATTACAGATATCTGGAGAAGTTGAACTTTTAGATTATTGGAGT +AGTGAATATGAGAAAGTTCTAAAACTTAAAAAAATAGGAGTTGATAGATTTAAGAATCTA +CCTATTTCTATGAATATTATAAAAGTTAAGCCAAGTAAATTTGAATTTTTATATTCAAAA +TTTAAAGAAATGGGATATGATATTAAGCAAAATCTTATAAATGCTTAA +>surE +ATGAATATATTAATTACGAATGATGATGGAATAAACGCAGAAGGAATATTAGAACTAGCG +AAAGCGATGAAGGCAATAGCAAATGTGTATGTGGTTGCTCCAGATAGTCAAAGAAGTGCA +ACAGGTCATGCGATAACAGTTCATAATCCTATAATGCTAAAAGATGCATTTATAGATGAT +GATATAAAAGCTTACGCTATTTCTGGAACACCTGCAGATTGCGTTAAGGTAGGTATAGAA +GCTTTATTTTCAGAAGTTGATTTTGACTTAGTATTAAGTGGTATAAATAACGGTCCCAAT +TTAGGGACAGATGTAATATACTCGGGAACAGTATCCGCAGCAATAGAAGGTCTTGTTCAA +AATAAACCAGCAATTGCAGTTTCTTACGATGAATTTAATGTATCAAGAGAAACTTATGAA +GAAGCATCTAAACATGTAGTAAATATAGTAAAAAACTTAAAAGATAAGTTAGATATGTTA +GATGATTGTATTTTAAATATAAATATACCAAAGACTAAAATAAAAGGTTTTAAGGTAACT +ACTTTAGGAGATAGAAAATATGATAATGTTCTAGAAGAAAGAGTAAGTCCTTATGGATAT +AGATACTTTTGGATAGGTGGACAAGTAAAAGAATTAGAACAAGATGAAAGTAGTGATATA +ACTGCAGTAGAGGATGGGTATATATCTTTAACACCTGTTAATATAGAGATGACGAATGTG +AAAAAGATTGAAGCTTTAAATAACATAAAATTCTTATAA +>group_724 +ATGTCATGTAAGTTCTTAAATATTTATATTAAATGTTGCTTTGAATGTAAGGTCAATGAT +ATTTGTCCCAAAAAATGCAGTGGCTTTGGCTCTCATGGCAAAAATTGTGAGTTTTATGAT +AATAATATAAATGCTCTTTGTGTATATGAAAATAACGTAAAAAAAGGAGAGCCCTTAGAT +TAG +>sasA_13 +ATGAATGATTTAATTGATATAATTGATGAATATATTCTAATTAGTGATATCAAGGGATCA +ATCTTAAAATGTAATAGCAAATTATTATCAAGGTTAGAGTATAATGAAGATGAAATAAAT +AAATTAACAGTAATAGATTTAATTAGTTATGAAAATAAAGGAATAGAAAAATGGATAAAT +TTAAAAGATAACAAAGAAAGAGAAGCTAATCATATAAATTTAAAATTATATCCTAAAATC +TCAAATCCTATATCAGTAAATGGTAAAATCATAATAGATAATTATGAAGACAAAGAGTGC +ATTATAATCATATCAAAAGACATATCAAAAGTTGCAGAAGATAAAATCGACATAGAAGAA +AAGATAAAGTTCATGGAGAATAAAATTAAAGAGTTAAATGAAAATTTATCTATTGAGAAT +ATGAGAAATGAGTTTTTTGCTAACTTATCTCATGAATTTAAAACTCCATTAAATATAATT +TTAGGAACTATGCAACTTATTAACAAAAATATAGAAAATAATAATATAACTTATAATGAA +AACTTTAATTTAAGAAAATATAATCATGTAATAAAGCAAAATTCATATAGGCTTTTAAAA +TTAGTAAATAATTTAGTAGATATAACAAGGATAGATGCAGGGTATTATAATATAAAAATG +TCCAATTATAATATTGTAGAAATTATTGAAGATATAACTATGTCTATAACTCAATATGCA +CAGCAAAGAGGTATAAAGCTTATATTTGATACTGAAGAAGAAGATATTATTATTGGTTGT +GATCCAGAAAAGATAGAACGAATAATACTTAACCTACTATCTAATGCGATTAAGTACACT +GATCCAGGTGGAGAAATTAAGGTTAGTATAACAAACAATGATGAAAAAGTTTTTGTATCT +GTAAAAGATAATGGAGTAGGTATATCTGAAAGGAGTATTAATAAAATATTTGAAAGATTT +GCCCAAGATAGTAGCAATTTTAGTAGAAGATGTGAAGGTAGTGGTATTGGTTTATCATTA +GTGAAATCTTTAGTAGAGATGCATGGTGGTAATATAACTGTAAAAAGTAAAGTAAATGAG +GGTTCTGAATTTAAATTTGAACTTTTAAATATGAAGGTAATTGATGATAAAAATATAAGA +AATATAGGAGAGATGCCACGCTCTAAAATCGAAAAATGTGATATAGAATTTTCAGACATT +TATTCTGGCTAA +>tetO +ATGAATAAGACGATTGGAATATTAGCTCATGTAGATGCTGGAAAAACTACTTTTTGTGAG +CAAATACTTTATCATACAAAAGCAATTAGAAAACTAGGTCGAGTAGATCATAAAGACACA +TTTTTAGATAGTCATAGTATAGAAAAATCTAGAGGTATAACAATATTTTCTGGTCAAGGA +AATTTTACATATAAGGATTCAAATTACTATCTAATAGACACTCCAGGACACATAGATTTT +TCTCCAGAAATGGAACGAGCTATAAAGATAATGGACTATGCTATTGTGATAGTAAGTGGT +ATAGAAAGGGTACAATCACATACAAAAACAGCATTTAGATTATTAAAAGAGTACGAAGTG +CCAACTTTTATATTTGTAAATAAGATGGACAGGGTTGGGGCAGATAAAGATAAAGTTATT +AAAGATTTAAAATCTAATTTAAGTGAAAATATTATAGATATTAGCAATTCGTTTAATATT +GAAGAAAATCATGAGTTAGATAACAATCTTATAGAATTTATTGCTGAAAGAGATGATGAC +TTATTTGAAAAATATTTAGAGGAGAAATATGAAAAAGAACTATGGATAGATAGTATTAGA +AAGATGATAAAGGATAGTAAAATCTATCCATGTTCTTTTGGATCAGCCCTGAATAATATT +GGAATAGATAGCTTTTTAGATAAAATTCACATGCTAACGTATACGAATTACTATGAAGAT +GGTGAGTTTATAGGTAAAGTGTACAAGATTACAAATGAAGAAAATAAAAAACGAATTACT +TATATAAAATCTTTAAAAGGGAACTTATCTGTAAAAGATGAGATTAAGTATAGAAATGTA +CTTAATGTAAATAATGAAGAGCATGAATATAGTTATGATAAAATTAATCAAATAAGAATT +TATAATAGAGAGAAGTTTACCACTGAGAATATGGTAGGTGCTGGTCAACTATTTGCTGTA +ACAGGCATTAACAATGCAGTGAGTGGAAACTATGTATTTAGCAATAGTCTACAGTCAAGT +ACCATTAAACATATTATAGATGATATTAATGTTGAAATTAAGGCAAATATGAAGTCAAAA +GTAATATTTGATAAATCTTTAAATATTAACGAAATCTATAATTATTTTAAAATATTAGAT +AGTGAAGAACCTTCTTTAAAGGTAAATTATGACGAGAAGTTAAAAGAAATAAGTGTACAT +GTTATGGGTAAGATTCAGTTAGAGATTTTAAAAGAGGTTGTAAAAAATAGATTTAATTTA +GATATAGAGTTTGGACCTTGTGAAATTCTATACAAAGAAAGTATAAATGAAGCTACAAAG +GGTTGTGGTCATTTTGAACCACTAGGCCATTATGCAGAAGTTTATTTAAAAATAGAATCA +ACAGAAAGAAATAGTGGAATAAGTTTTGAAAGTATAGCATTAGTAGATGATTTACAGGCA +GGTTATCAAAATTTAGTTAGGACTCATATATTTGAAAGGGAACATAGAGGAATATTAGGA +GGGTATCCTATTACAGATATAAAAATAACCTTATTAGATGGAAGAGCTCATAAGAAGCAT +ACTAGTGGTGGTGATTTTAGAGAAGCTACATTCAGAGCTTTAAGACAAGGCATTGAAAAA +GTTGAAAATATACTACTAGAACCATATTATAAATTCAAAATAGAAATAAATATTGATTAT +ATAGGAAGGGTGTTATCTGATATACAAAAAATGAGTGGAGAGTTTGAGGAACCTCAAATT +TTTGGAGATAGAGTAATTATAAATGGAAGAGGTCCAGTAAGCACATTTATGGATTATTCT +ATGGAGATAATATATTTTAGTAAGGGTAGTGGCAGCATTTCGTACATCAATGATGGATAT +GATGTTTGCCATAATACTGAAGCAGTTTTAAAAAAAGTAAATTATAATAAAGATGCAGAT +ATAGACTATACTTCAAGTTCTATTTTCTGCTCCAAGGGTCAAGCTTATAGTGTAGATGCA +GAAAAAGTAGAAGAATACATGCATTGTTTATAA +>group_975 +ATGTATAATATTTTAGTTTTAATACCTATGGATGATGTTAAAAAGAAAATTTTAGAAGAA +AAAGCGCTGAATTGTAAAATTGTTTATTCAGATGAGGGTAGTGTTAGTAAAGAAGAAGTT +CAAGATGCAAATATAATAATTGGCAAACCAAAGCCTGATATGGTAAGGGGATCTAAAAAT +TTAATATGGCTTCAACTAAATACTGCAGGAGCAGATGAATATATTAAAGAGGGAATTTTA +GAGGATAATGTAATTTTAACCAACTCTACTGGTGCGTATGGCTTGGCAGTTTCAGAGCAT +ATGTTAGCTATGCTTTTAGAGTTACTAAAAAAATTACATATTTATAGAGATAATCAAAAC +AAAAGATTATGGCAAAGTGAAGGTCGTGTAAAATCAATATATAATTCTAAGGTTTTAGTT +GTTGGTCTTGGTGATATAGGATGTAATTTCGCAAAAATGATAAAATCTCTTGGTGGATAT +ACTATTGGTGTAAAGCGTAGACAAATAGAAAAATCAAGCTTTATAGACGAGCTATATTTA +ACAGATAAGCTAGATGAGTTATTACCTGAAGCTGATATAGTTGCTCTTTGTTTACCTTCA +ACTAAGGATACTCAAAAGTTATTCTCAAAAGAAAGAATTAGACTAATGAAAGAAGGAAGT +GTATTATTAAATGTAGGTAGAGGTGTATCCGTTGATACTGAAGCTTTATGTGATGCCTTA +GAAAGTAATCACTTATTAGGAGCAGGCCTTGATGTAATTGATCCAGAGCCACTACCAAGT +GATCATAGAATTTGGGGATTACAAAATGCTGTTATAACTCCTCATATTTCAGGATGGTAT +AATTTAGCTGAAACTTATGAAAGTATTTTTGAAATAAGTGTAGATAACTTAGAAAGATTT +TTAAATAATGAAAAGTTATTTAACATAATTGACTTTAATACAGGATATGTAAAGTAA +>panS_2 +ATGAAAAATTTAGTAAGATTAAGCAATTTTGCATCAAAATATATGGCTTTTATAGTATTA +GCCGCAGCAGGGATATCTCTTTTAAGACCAGCTACATTTGGATTTGCAGCACCTCATATA +AATACATGTTTAGGGGTAATAATGTTTGGAATGGGAATGACATTAAGACTGGAGGATTTT +AAACTTGTACTTACTAGACCAATGGATGTACTTAGTGGTTCATTAGCGCAGTTTACAGTT +ATGCCTTTACTTGCATTTATAATATCTAAATTATTAAATTTACCAATTGAATTAGCGATA +GGATTAATATTAGTTGGTTGCTGTCCTGGTGGAGCATCTTCTAATGTAATGGCATTTATG +GCAAAGGGAGATGTAGCATTATCAGTTACATTAACATCCATATCAACACTTTTAGCTCCA +TTTTTAACTCCAGTTCTTACTTTAGCTCTAGGTGGAACTAGTATAGAAGTTTCATTATCA +GCTATGTTTACTTCTATACTTCAAGTAGTACTAGTGCCGATAGTTTTAGGATTATTATGT +AATAGATTTCTACCAAGGGTAGTAGAGGAAGGTACAAAGTTAGTTCCACTTTTATCAACT +GTATGTTTAGTTTTAATAATAGGTTCAATAGTTGGAAAAAATGTAGATTCTCTGTTAAGT +TCAGGATTACTTATATTAGTTGCAGTTATAATACATAATACATGCGGTTACTTCTTAGGA +TATTTAGTTGCCAAGAAAGTAGGATTAGAGGAAGCGAAAAGAAGAACAATGGCTATAGAA +GTAGGTTTACAAAATGGAGGTTTAGCAACTTCTCTTGCTATGACTCACTTCACTCCTATG +ACAGCAATACCTGGGGTTGTATCTAGTACATATCATGCAGTATCTGGAGCGTTACTTGCA +AATTATTGGTCTAATAAATCTCTAGAAAAAGATGAAAATCATAAATTAAAAAATGTAAAG +GAAAGTATACATGTTTAA +>group_1044 +TTGAGGAGATTTGAAATAAGGGATGATTTTAAGGAAATATTACAGGGAACTATTATAATG +TATGGAGTTTGTGATGAAGTTGATAAAAATATGTTCATAATCAGTTCTAATAAAAGGATT +TTGCTTAAAGATGATCCAAAGTATAAAATTGATAAGAAAAAATATATAGGTAAAGTTGTG +GATTATTTTGTAGAGTATATTGATAGAGAAAATAATTTAATATTGGGCAAAATTGAATAC +TCTAAAAATACTATGAAATTAATACAAAAAGAGTTATACCACAATACTTCGGTAACTATA +GAAAAAATATTAGATTGGGGGAGCATTTATTAA +>group_895 +ATGAATAGGAATAGAAGAGATATAATGCCAGAGGATGCATTAAGCCTTCCTCCAACGTAT +TTTATAGATTTACCACCGTTTATAGAAGATGGAAAAGAACTATTAATAGTTCAAATAAAA +TCGGAATCTAATAACAAATATGTAGAGATAGGTTTTGATGAGTTTTTTTATGCAATAGGA +GAGAATCCTCTTACTGGTAAGATATTTAGTTTTATATTGTTAGAAGATAATAATATCTTA +ATAAGGCTACATGGTTCTAGGTTCTTGAGAATAGATGAAGATGGCTATTTAGTCGTAGAT +GTAGACAATCAAGGGCCTGCAACATTTCGAGTTGATAGAGTAGAGAATATGTTATATTCA +TTAAGAGCACCAAATGGAAAGTATATTAGAGTAAGATCTGAAGATAGTAGACTAATAGCT +GACGAAGATGTTATGAACGAAAGTACAACATTTAAGTTTAGATTGGTTAAATATTATTAA +>msrAB +ATGTTAAAAAAAGCAATATATGCAGGTGGTTGTTTTTGGTGTATGGTAAAGCCTTTTGAT +AGATATGAAGGAGTTATAAATGTTATTTCAGGATATACAGGTGGAGATTTAGCTAATCCT +ACATATGAACAAGTATGTTCTGGTGTTACTGGTCATAGAGAAGCTATTTGTATAACTTAT +GATGATAATATAATAAGTTATAATGAACTTTTAGATATATATTGGAATGCAATAGATCCT +ACTGACGAAGGAGGACAATTTAATGATAGGGGGGAGCATTATAAAACTGCTATTTACTAT +TTTGATGAAGAACAGAGAAAATTAGCTGAAGAGTCAAAGAAAAAATTAGAAGAAAGTAAA +ATTTACAGTAAACCTATTGCAACAAAAATTTTACCTGTGAAAAAGTTTTATGACGCGGAA +GAGTATCATCAAGATTATTATAAGAAAAATCCAGAACATTATAATAGGTATTATAAAGGC +TCGGGTAGATTTGATTTTGTAAAAAGAAACTGGGCGAGAAAAAATTTGACACCTATTCAA +TTTGAAGTTACTCAAAATAATATGACAGAACCACCATTTAAAAATGAATATTATGATCAT +TTTGAAGAAGGTATATATGTAGATATAGTTAGTAATGAGGTATTATTTTCATCAAATGAT +AAATTTGATTCAGGATGTGGATGGCCAAGTTTTGCAAGAAGTATAAATAAAGAAGCATTA +ATTGGAGTTAGAGATTATTCTCATGGAATGGAAAGGATAGAAGTTAGAAGTAAAGAAGGG +GATTCACATCTAGGACATGTTTTTGATGATGGCCCTAAAGAGTTGGGAGGAATAAGATTT +TGTATAAACTCTGCAGCTTTAAAATTTATTCCAAAAGAAAAAATGGAAGAAATGGGATAT +GGTGAATATCTAAAGATATTTGAATAA +>group_721 +ATGAAGGAAGCAAAATTAAATAGTTACTTATTAGAAAAGTGTATAATAGGAAATGGAATT +ATAAATGGGATATTAAATGCAATAATATTCTACTTTATGGAGAAAAAACATCCAGATGCT +ATATTTGCAACTGGAGAAAAATTATTTACTCCAATTGCTTTTTTATGTGGTACTCATCAG +ATTTAA +>group_641 +ATGAAAGGAAAAGTAGGAACTCCATGTAAAGACGAGTTTCTAAGAAAAACAGACAATATA +AAAACCACAAAAGAAATAAGAGCAAATAAAACTAAGATACTAAAAGAAATAAAAATCATA +CTAAATTCAAAAAGTAACTACAATTATATAGCTAAAGAATTAGAGATGCATACCATTGAT +GTACTACAATTACTTCAAGAAGAAACCTTACAATTTGGTACAAATATAAGTAAAGCAATG +ACTAAACATCTAATGGATAGAGGTGTCACAGTAAGTGAAATAGCAGAATTATATAACTGT +GATGAAGTTAAAGTTCTACTAACTCTTAACGAAATAAATGATAATGATTATAGAAATAAA +ATTAAAGAAATAGGGATTGCCTTAAAAATATATAAATTATTAGAGAAATCTAAAGGATTT +AATTTTATATCAAGTAAATTGAATATAGATAAATACAAAGCATTCAATATTTATAACAAA +TACTTTCATAGATATAATAATCGTGTAATTGATTTCAAAGCAGTAAAAGAATTAAGCACG +CTCAACCTAACAGATAAGGAAATTGCAAATTTCTATAATATTACAGATGAAGATATGAAA +CAAGTAAGATCTCATATAATATATGAGGATAAAACTAAACATCTAAGAGGAAATAAATAT +GCATTAAGTAATCTTAATAAAGAAGATATTTTAGATTATGCATACAAAGAAAGTACAAAT +AACGATTTTTATAGTATTAGAAGCGAAAATAAAAAGTACAAATAA +>group_629 +ATGAAAGATAAACTAATAAAGGCAGTAATAAAAAATAAAGAAAAGCTATCATATATAAAT +ATAGGCAAAGATAATAAATATGAAGGATGGACTTCAAACTTTAATATAAAGTTACCAAAC +AATGAAAAAATGAAGCTAGATTTGAATGAGGAAGATGATTTATTTCTATTATTCGTACTA +GCATCATCATGGTCAAAAACAGGACCATGGGAAAATGCAGCCTTTTTTACAACTTACTTA +AAATTAAACAACAAAGATAAAATAGACTTATGGTTAAACAATGATTTTATAAATAAAGAA +ATTGAAAAAAGAGAAGAAAATAGTAAATTAATAGTAGAACAGTGTAGTGGACTTATTCCA +AGAAAGAAAGTAAGTTTTAGAAAAGATTATTATTCTAGTGTCTCTATCATAGCAAATAAC +TGGAAGAGTATAAAAAATAGCTTATTAAAATCAAATGAAAATAATGATTTTAACATATTT +ATTGATTATATAAGTAAATTAGAAGGATTAGGATCAGGGAAAAATAAAATGAGAATAAAA +ATACCATTGATATTAAGAGAGTTAAGATGCCAATCAGTTTTTAGTAGCATTCCAGGAGAA +TTATGTTGCGTACCAGATGAAAGGGTTAAAGTAACTTCAAAAGAATTAGGAATTACAATA +CCTAATGTAACTTCTATAAATAGTTTATTAAAAGCATCAAAGGTTATATATGACAACTTT +GGTGATTTATACGATATACCTTTATTTGCTTATGAAGATATAAAGGATGATATTGTATAA +>group_1083 +ATGAATAATAAGTTTGAAAAATCAGTAGTAGAATCTATAAAACTAAGAAAATCAGTAAGA +AATTACGAAGATAAACCCTTATCAAAAGAAACAATAGAAAAAATAGAAAACTACATAAAT +AGCATAGACAACCCTTTTAACAAAAAAATAAGAATTAAACTAATAGAAAATAACAACCAC +AACCAAGAATTTAAATTAGGAACCTATGGGGTAATAAAAGGAGCTAGATACTTTTTAGCT +ACTTCATGCAACAAAGAAGAATTTGTTCTAGAATCTCTTGGATTTACATTTGAAAAATTG +GTTTTATACTGTACATCGCTAGGACTTGGAACAGTATGGCTAGGAGGAACCTTCAATAGA +GGAGAGTTTTCTAAAGCTATGAACTTAGCTGAAAATGAAACACTTCCGATAGTATCTCCA +GTAGGATATGAAGGTGGTAAAAAATCAATTATATCAAGACTAATAGGAAATAATAATAAC +AAAAGAAAAGATTTTTCAGAAATCTTCTTTAATGAAAACTTTGATAAAGAACTTTCAGAA +GAAGACGCAGGAGAGTATTTAGAAGTATTAGAAATGGTTAGATTAGCTCCATCTGCTTTA +AATAAACAGCCGTGGAGAGTTTTAAAAGATAAAAATAGATTTCATTTTTATCTAGATTAT +AAGAATGAAATGAATAAAATTGATATAGGAATAGCTCTTTGTCATTTTTATTTAACATTA +GAAGAAAAGGATTTAAAAGGAAGATTTGAATTTGTAGAACCTAGCAATATAGATAGCAAA +TTTAAATATGTTATAACTTGGGTTTGCGAATAG +>hit +ATGAACTGTATATTTTGTAATATGAAAGACAATTATATCCTAGAAAATGAATTAGCATAC +GCCATATTTGATAAGTTTCCAGTAAATAAAGGACATATGTTATTCATACCTAAAAGACAT +GTAAAAGATTTTTTTGATATAACAAAAGAAGAAAGAGAAGCAATATTCAATCTAGTAGAT +GAAGGTAAAAAACTACTAGATGAAAAGTACTCGCCAGATGCATACAACATAGGAGTTAAC +TGTGGAGAATACTCTGGACAAACAGTGATGCATGTCCATATACATCTTATTCCGAGATAT +AAGGGAGATACAAATTCACCTCAAGGAGGAGTACGAGGAGTTATACCAGAAAGAATGAAA +TATTAA +>uvrB_2 +ATGAACATAAACTGCATAACAGGAAACCAAGACCACTTATACAAACACATACAACAAAGT +TTACATAGTGCAAAATCAATAGATATAATAGTTTCATTTTTAATGGAATCAGGAGTGAAA +TTAATAAAAGAAGACTTAGAAGAAATAAAAAACAAAAACATACCAATAAGAATACTAACA +GGGAACTACTTAAACATAACACAACCATCAGCACTATACCTATTAAAAGATATACTAGGT +GATAATGTAGATTTAAGATTCTATAATGACACAAAAAGAAGTTTCCATCCAAAAGCGTAT +ATATTTGAGTACGATGACGGCGGAGAAATATTTATCGGATCATCAAACTTATCACGTTCA +GCATGGACTAGTGGGCTAGAGTGGAATTATAGGATAGATAAAAATAAATCATTAGAAGAC +TTTAATTACTATAAAGCTATGTTTGAAGATTTGTTTAATAATGAATCAATAATAGTAGAT +GATACAGAATTAGAAAGATACTCAAAAACTTGGAAAAAGCCAAAATTATACTCAAACTCA +TCAAGTAAAGAGGAAGCTATAAATTATGTATATAAAGAAAAAGAGGGTAATATAGTAAAT +TTATTTGAGCCAAGAGGAGCACAAATAGAAGCTTTATACCAACTTAAGAAAAGCCGAGAA +GAAGGTTATGATAAGGGATTAGTGGTAGCAGCTACAGGAATAGGAAAAACATACTTAGCA +GCATTTGATAGTAGAGAATTTAATAGAGTTTTATTTTTAGCTCATAGAGAAGAAATTTTA +AAACAAGCTTATGAAAGCTTTAAAAATATAAGAAAAGATAAAATTATAAATTTTAGAACA +GATGAGCAATTTGGTGTTATGGTAGATCAAGTTGCAGATAATAATAATAACTTTGAAAAT +GATTTATATTATGATAAAGACAATTCAAGTGCAGAAGAGTACAATATGGGATATTTTATG +AATTCTATAAAAGATACAAATAAAGATATAGTTTTTGCATCAGTACAAAGCTTAGGAAAA +AAAGAGTACCTATCAGAAGAGTATTTCTCAAAAGATTATTTTGATTATATAGTAGTAGAT +GAATTTCATCATGCAGCGTCAAAGAATTATCAAAACATAATAAATTACTTTGAACCAAAA +TTTTTATTAGGAATTACAGCCACTCCAGATAGAATGGATAATAAAGATGTATTTAGTATA +TGTGATTATAATACTGTGTATGAAGTATCTTTAAAAGATGCAATAAACAAAGGATGGTTA +GTTCCGTTTAGATATTATGGAATTTATGATGAAAGTGTAAATTACGATAATATAGAATTT +AAAAATGGAAAGTATAATGATAAGCAATTAGAAGAAGCTTTAAGTATAAATAAAAGAGCT +AATTTAATATTAAGTCATTATAAAAAATATAGATCAAAAAGGGCATTAGGATTTTGCACT +AGCAAAGCTCATGCAGAATTTATGGCGAAATTCTTTAATGAAAATAATATAAAAGCATGT +GCTGTATATAGTGGAAATGAAGGTCAATATAATGAAGATAGAAATATAGCATTAGATAAA +TTAAGAAATGAAGAAATACAGATAATATTTTCTGTAGATATGTTTAACGAAGGGCTGGAT +GTAAAAGAAATAGATATGGTTTTATTTTTAAGACCTACGCAGTCTAGTACAATATTTTTA +CAGCAACTTGGTAGGGGGCTTAGAATATCAAAAGATAAAAAATATCTTAATGTATTAGAC +TTTATAGGGAATTATAAAAAAGCAAATTTAGCACCGTATATACTAACAGGAAAAGGTAGT +ATAGGAAAACATGAAGAAACATATATACCTAGTGAAGACGATTACCCAGAAGATTGCTTT +ATAGATTTTGATTTTAGGATAATAGATATTTTTGAAAATATGAGAAAAGCAAATCAAAAG +CTAGGGGATATCATTAAAGAAGAATTTTATAAAGTAAAATTAGATTTAGGTTACACACCT +TCAAGGGTAGAGATGTTTACTTATATGGATGACACAGTTTATACTAATATGAAGAAGAAA +GCAAAACTAAATATATTTAAGGATTATATTAATTTTTTAGATTCAGTAAATGAGATTAAT +AAAAATGAAGCTAATATAAAAGATAGTTTTGCATATGAGTTTATAAACTTTATAGAAAAT +ACGAGTATGAGTAAAACCTACAAGATACCAGTATTACTAGCTTTTTATAATAATGGAGAT +ATGAAGTTAAAAATAAATGATGATGATCTATATAAATCATTTAAAGAGTTTTATAGTAAA +GGATCTAATGCTGTTGATATGCTTAGAGATAAATCAACTTCAAACTTTAAGAATTGGGAA +GAAAAGCAGTACATAAATTTAGCTAGAAAAAATCCAGTTAAGTTTTTATGTAAAAGTAGT +GAGTTTTTCTATTTAGAAGATGATTATGTGTGTTTAAAAGAAGAATTAAATCCGTTTTTA +AATAATAAATATTTCCTTAAAAATATTAAGGATGCTATAGATTTTAGAACAAAGGAATAT +TATAAAAATAGATTTGCAAGTGATAAAATATAG +>group_1065 +ATGAAAGTTTACGATAAATTAGTTAGAGATAGAATTCCTGAGATTATTGAAGAATCTGGG +AAGAAGTGTGAAGTTGAAGTTGTTAGTAATGAGATTGCTCTTGAATATCTTTATAAGAAG +TTAGGTGAAGAAATTGATGAGCTTTTAAGTGATAAAAATGTTGATGAGATTGCAGATGTT +ATGGAAGTTCTTTTTGCTATTGCTAAAAAGTATGGTTATAGTGATGAAGAGGTTCTTGAT +GTTAGGAATAATAAAAAATCTACTAGAGGTGGATTTGAGGATAATTTAGTTTTAAAGAAG +GTATTATAA +>group_678 +ATGACAATAATCAAGAATAAAAAGGATGTGAATACAATTCAATACATAATGCTATTTGCA +CTATTACCAATGTTATTGTTTTTCTTAAAAGTAACTCAAATCTATTTTCAAAGTACAGAA +TATAGAAACATAACAAAAATATCAATATTAAAGCTAATACAGGATAAAGGTGTATATGGA +GAATACCTAACATATAATATCCTAAGGAAAATGAATGGAGAGATACTAACAAATCTTTAT +ATACCGAAGAATAATACCACAACGGAAATTGACTTAGTTTTTATAAATAAAACAGGAATG +TATGTAATAGAATCAAAAAATTATAGTGGAAAGATTTACGGATCTAAAGAAAATAAGTAC +TGGATGCAAATTCTAGACAATAACAAGAGGAATAGATTTTATAGTCCAATAATTCAAAAT +AAAACTCACATTAAATATTTGAATAAAGTATTACCGGATTTAAGTAAAGAGGATTTTTAT +TCAATAATAGTATTTAGTGAAAGATGTAAATTAAGAAATATGGATATTCAAGAAGAAAAT +TTAAAAGTAATAAAACGAGACAAGCTAAAATATACAATGAATAAAATACTAAAATCTAAA +AATGAGATATACACCGATAGTGAAGTTGAATCAATATACAATAAATTAGAAAATTATTCT +AATGTGGATGAAGTAGTTAAGGAAAATCATATAAAAAATATAAATAGTAATTACTAA +>group_647 +ATGAATGAGGTTATAAAAACTATAAATAAAAGAGTATCTTTAAGAAGATACCAAGAAAAA +GAAATATCAAAAGAAGATTTAGATACAATAATAAACAGTGCAATAAAAGCACCAACCGCA +GGAAACATGATGATGTATTCCATACTTAAAATAACAGATGAAAAATTGAAAGAGACTTTA +AGTAAAACTTGTGATAATCAGCCTTTTATAAAAAAAGCACCAGTAATATTAATATTCTTA +GCAGACATGCAAAAATGGTATGATTATTATAAGTTATGTAAGGTAGAAGATATAAAATCT +CCAGGTATGAATGATTTTATGCTATCGGTAAATGATGCAATTATAGCATGCCAGAATGCT +GTTTTAGCAGCAGAAAGCTTAGGTATCGGAAGTTGTTATATTGGAGATATTATGGAAAAT +TATGAAGTACATAAGGAATTATTAAACTTACCAGATTACACATTCCCAGCAGCTATGATA +ACTCTTGGATATTACCCAGAAAATACTAAGAGAGTATATAGAGAGAGATTTAAAAAAGAG +TATGTTGTATTTGATGAAAAGTATGAAAAGTTAGATGATGAGGATTTAATCAAAATGTTT +GAAGATAAGGAAAATAGTATGCCTAAATCTAATGTTTTTAATGCAGGAAGCTTTGGCGAG +TTGATGTATAAAAGAAAGACTAGTGCAGACTTTTCCGTAGAGATGGATAGATCTATAAGA +GAATGGATTAAAGCTTTTACTGATGGAGTAGAGTTATAA +>group_879 +ATGAAAAATGTTTCACTTAGAAGTTGTAACAGCTATAAGTATGAAGAAGTAAAATCACAA +GTCGAGAAGTTAATAAATGACTTAGGTGGACTTGAGGAATATATAAAAAGAGATAGTAAA +GTATTTATAAAATTAAACTTAGTTATTAAGAAAAAGCCAGATGAAGTAGCAACTACTCAT +CCAATGGTGCTAAAAGTAATTGCAGAGAAGCTTTTAGAACTAGGATGTAAGGTAATAGTA +GGTGATAGTCCAGGTGGACCATACACAAAATCATCTTTAAAAGGTGTATATAAAACCTGC +GGAATAGAAGAAGTATGTGAAGAACTTGGAATAGAGTTAAATTATGATATATCTGAAGTA +AAAGTGGAAAATCCAAATGGAAAAATACTTAAGTACATGACAGTTATAAAACCAATTGTT +GATGCAGATCATGTTATAAATATATGTAAATTAAAAACTCATGCTATGGCAACTTTTACA +GGTGGAGTTAAAAATTTATTTGGGGTTATACCTGGAGTTTCTAAGGCAGAGTATCATTTT +AAGATGCCTAAGGTAGTTGACTTTACAGAAGCTTTAGTTGATATTTGTTCTTATGTATCG +CCTAGTCTTACAATAATGGACGGTGTAATAGGAATGGAAGGAGAAGGACCAACAGCAGGT +GTTCCTAGAAAGATAGGTGTATTACTAGGTTCTGAAAGCCCTTATGCTATAGACGTTGTA +GCTTGTAATATTATAAATTTAGATCCTAATAAAGTACCAACTGTTCAAAGATGCGTAGAA +AGAGAATTTATAGAGAAGGATTTTTCTGATGTATGTGTACTAGGTGAAAAGGTAGAAGAT +AAGGTAATTAAAGATTTTAAGATACCTTCAAATAGGAGTATAAGTTTTTTAAGAGGGATT +GTACCTAAGAGTATTGAGATTTTTGTGAATAAAAAGCTAGCAGGAAAGCCAGTTATTAAC +TATAAGGAATGTGTTAAGTGTGGTGAATGTAGTAAGGTTTGCCCTCCTAAGGTGATTAGT +ATGGAGAATAAGGGACCTGTTATTGATTTAGATCATTGTATAAGATGTTTTTGTTGTCAT +GAGTTGTGCCCTAAGAAGGCTGTGGATTTGAAGAGACCTTTTGTGTTTAGGTTCTTGAAA +TAA +>group_639 +ATGATTTATTTGAATAAATATAAGCTTGTTGGTGAAATTTTATATAGTGATAAAGCATCT +ACTGTTGAGGAAGGCTGTAAGATGCTTATTGATGAGCTTTATGGCTTTGTTGAAGATTTT +TATATTCCTAGGTTATCACCGTATGATATTTGTGAAGATGATTTTGATAGGATAATTAAT +CGTACTAGCAATAAGTTTAATCCTGTTGCTTTATCTCATGAAGATTTATATTATATTTTG +AAGGAAAGATTATGA +>yvqK +ATGAAAATATATACAAGAACAGGAGACAAAGGTCAGACATCTCTATACGATGGTACTAGA +GTTGATAAAGATAATATAAGAGTTGAGTCTTACGGTACTCTTGATGAGCTAAATTCCTAC +ATAGGACTTTGTACTCTTTATGCTGAAGGTGAAGATAAAAAAATATTAAAAGATTTGCAG +CTAAAGCTATTTTCAGTTTCTGGAGAGCTTGCTACTAAAAAAAATGTTAAGTATAAAAAT +GTAGTAAGTGAAGATGATATAAAAAATCTAGAAAATATAATAGATTGCTATATTAAGAAA +ATAGATGAAGTAAATGCCTTTATTATACCTGGTACTAGTTTAATTTCTGCAAATTTGCAT +ATTGCTAGAACTATATGTAGAAGAGCTGAGAGAAGAATTTATACTCTTAGTAAGGTAGAG +TCTGTAAATCCTCTTATAATAAAGTATGTAAATAGACTTTCTGATCTTCTTTATGCTATT +GCCAGATATAATGAAAAAGAGCTAAATTACGTTGAATTTTAA +>dfx +ATGAATAACACAAAAAAGTTTTTTATATGTAGTATCTGTGGTAATATAATAGAAATGATA +GAAAGTAAAGGACCTAAAGTAGTCTGTTGTGGTAAACAAATGAATGAACTAGTGGCGAAT +ACTACAGAAGCATCACTAGAAAAACATATACCAGTAGTAACTATAAATGATGATAAAGTA +AAAGTACAAGTTGGTAGCACTTTACATCCTATGACTCAAGAACATCATATAAGTTGGATA +TATCTACTTACTAAACAAGGTGGACAGCGAAAATGTCTAGAAATCAACAGTGAACCAATT +ATAGAGTTTGCTTTAGCTGAAAATGAAGAGGTATTAGAGGTATATGCATACTGTAACCTT +CATGGATTATGGAAAATTGAATTATAG +>group_872 +ATGAGTTTTATATCAAATAAATATCAAAATATAAAAGCAAATGCAATGATGACAGCATCA +GATACTGTAAATTTAAGAAATGATATAATAGATTTAAGTGTAGGAGATCATGACATATTT +ACAGATCAAAGGGTTATAGATGCAGCATCAAGAAATAACGTTATAGGTCATACACTATAT +ACTCATCCATTAGGAGATCCTAAGTTTAGAGATATAATAGTAAGATCTATAAAAGAAGAC +TATAGCTGTAAAATAAACTTAGAAAATATTATAGTAACTATTGGAGCTGGACATGCATTG +TATCTAGCATTACAAGGAATAGTAAATGAAGGCGATGAAATTTTAGTAATTGCACCTTAT +TATCCAGCATATATAGATCAAGTTAGTTCAGTAGATGGAAATATAGTTTTAGTAAAGACT +AGTGAAGAAAATAGTTTTATACCAACTATAGAAGATATAGAAGAAAAAGTAACACATAAA +ACTAAGGCAATAATAATAAATTCGCCAAATAATCCAACTGGAGCAATTTATCCTAAAAGT +TTATTAGAAGGTATATATAAGTTAAGTATTGAAAATAATTTTATGGTATTATCAGATGAA +GTTTATACAGCTTTTACATATGATGATAATAAATTTGTATCAATGCTAGAAATAGATAAA +GACCTTACTAACACAATTGTATTTAAATCTATGTCAAAGGATTATGCAATGACAGGATGG +AGAATTGGATACATGATTAGCAGTGAAGAAATTATTAATATATCAAAATATATAAACGAT +GGTATAACTTACTCAGCGCCTACTATATGTCAAGAAGGGTCTATAGAGGCTCTTAAAATT +AGAAAAGAAATAAGTAGTAAATTAAAAGGCGTTTATAATGACAGGATAAAGTACGCTTTT +TCTAGAGTTAATAAAATAGATAATATTGATGTGAAATCACCTCAAGGATGTATATATTTA +TTTATTAACATTGAGAAGACAGGATTAGATGGAGTAGCCTTTTCAAATCTATTGCTAGAG +AATGGAGTATTAGTACTTCCTGGAGATATTTTTGGGGCGGAATATAAAAATTATATAAGA +CTAACTTGTAATAAGGATATTAAAATCTTAGAAGAAGCTTTTGATAGAATAGAAAAAATT +GGTATCGATTAA +>group_833 +ATGGGATTTATAGCTTTAGTTTATAATAGTCAATTTGGAAAATATGGTGGAGACATAGCT +ATAAGTATTTATGCTGTAATATCTAGTATCATGACATTTGTAATTATGCCAGCATCTAGA +ATAAGTCAAGTTATCCAACCAATAATAGGATTTAATTATAGTGCAGGACATAATGAAAGA +GTAAAGGAAACTTTTACAAAAGCAACATTATTATCTGTTGGAGTAACAGCACTAAGACTT +AATTTCATAATAACTCTTGTACTTGGATTTGTAATGTTGGCGACTACACTTTTCCAATCG +ATTGGAAAGCCTACAGCATCAAGTCTTATTACTTTAATAAGACAAGTATTAGCATTAATT +TCATTTATAATTATATTACTGAAATTTTTAAGTATAAATGGAATATTTTTAGCACAGCCA +ATTAGTGACTTTATTGCAGTTATATTATCTTTAATCTTAATTAAGATTGAGTTTAAACAG +TTATCTCAAGGTGATTTTGATATTACATTAGAAAAATATTCAGAAGCAGTGAGGGAATAA +>cbiQ +ATGATAGTAATAGATAAATATGCTTATTCAAATACCTTAAGAAATAAAAATCCGAGTGTA +AAGTTTACAATAGGGTTAATATTTTTAGTTGCTTCTATGATAATAAAAAATTTAATAGCT +TTATCGCTTATTATTTTATTAATGAGCATAATCATAGTATCTATAGCTAAGATAGATATA +CACGATTACATTAAACTACTTAAGATACCAATGATATTTTTGCTTATGAGTATAGCGATG +ACGCTAATAAATATATCTGATGACTCAACCCTACTAATAAAAAGTTTTAGTATAGGTCAA +AGATATATAGGTTTTTCAAATGAGTCTATAAATACATCAATGCACATATTATTTAGAGCA +ATGTCGTGTTTAACATGTGTATATTTTATTATGTTAACAATACCATTTAGTCAATTATTA +ATAATATTTAAAAAATTACATGTTCCAAGTATTATATTAGAATTATCTATGCTAATCTAT +AGATTTATATTTATATTTATGGAAGAGGTCGCAGATATACGTAAATCTCAAGAATTAAGA +TTTGGATATATTAATTTAAAAACATCTTATAAATCCTTTGGACTGCTAGGTAATTTATTG +TATAAAAGAATGATGATTAGATATGAAGAAATGTGTATATCGTTAGATGTGAAACTATAT +GATGACACATTTCATATAGTAGGAGAGTAA +>cbiO +ATGTTTAAAATAAATAATCTTACATATCAGTATGAAAAAGAAAAACTGGCTTTATTAAAT +ATAAATATGGATTTTAGTAAAGGTGATATAGTAGGTGTAATAGGAACCAATGGCTCTGGA +AAATCGACTTTATTTATGAATATGATGGGTATTTTAAAGCCGAGTGTAGGTAACATTATA +TTTAATAATGAGCCTATTAAATATAATAAAAGAAGTTTATATGAGTTAAGAAAAGAAGTT +GGGATTGTTTTTCAAGATCCAGAAAAGCAAATATTTTATTCTATGGTCTATGATGATATA +GCATTTGCTTTAAGAAATATAGGTATAGAAGAAAACATTGTAAAGGAAAGAATTCTAAAT +GCTCTAGAAGCTGTTAATGGTTTGGATTTTATTGATAGGCCTGTACACTTTTTAAGTTAC +GGACAAAAGAAAAGGGTAGCTATAGCATCAGTTATAGCTATGGAAAATAAAATTGTTTTA +CTAGATGAACCAACAGCAGGGTTAGATCCAGTCAGTACTAGAGCTATAGTTGAAATTATA +AATAATTTAAAAGGTAAAGGCGTAAAAATCGTTATTTCTAGCCATGATATGAATTTAATA +TATGAAATATGCGATTATATATATGTTTTAGATCAAGGTGAAATAATTAATGAAGGTAGT +ACTGATGTAGTTTTTAATGATGAAGAAAAAATATTAAAAGCAGGATTAGAATTACCTTGG +TTAGTAAAGCTTCATAGAAACTTAGGTTTACCATTATTCAAAACAGAAGATGATTTATAT +GACTTCTGGCATAATTCAAAGAATATAGTAAATCGCTAA +>tmpC_4 +GTGAATAAAAAAATGAAGTCAATACTTGCAACTGGCCTAAGCTTAATAATGACTTTAGGA +CTAGTAGGGTGTAGCTCATCAAGAAATGATGACATACAAGATGCAGAAAATAAAGAAAAA +TATGAAATAGGAATAGTGCTAGGAGAAGGCGGAGCAAATGACCAAAGTTTCAATCAATCA +TCATTAGAAGGATTCGACAAAGCTAAAAAAGAACTAGGTGTGACAGGAAGTTATCTAGAA +TCAAATCAGCAAGCTGATTACAAACCTAATATAGAGAATTTTGTAGATAAAGAAGTTGAT +TTAATAATAGGAGTAGGCTATACAACGGCGGCATCAATGTTAGAAGCAGCAGAGTTACAT +AAAGATATGAAATTTGTTATGATAGACCATAATTATGAAGAAGAAGGTAAAGAAATTCCT +GATAATATGGCATGTGTTACTTTTGATGAAAGAGAAGTATCTTATTTAGTTGGACTAATA +GCGAGCAGAATGACGGAAAGTGGTAAAGTTGGATTTATAGGTGGAATGAAAGATCCTAAT +ATAACTAGATTTGAAGAAGGTTTTGAACTAGGTGTAAAAGCAGGCAAAGAAGGTGTAACA +TTATCATCTCAGTATGCGAACTCTTATGATGATGCTAGTTTAGGTAAATCTATAGCTAAT +CAAATGTACTTAAAAGGTGTGGATGTCATATTCTCAGCTGCTGGAAATGTAGGAACAGGA +GCTATAGAAGCAGCTAAGGAACAAGATAAACTGGCAATAGGAGTAGATATGGATCAAAAT +AGCTTAGCTCCAGATAACGTAATAAGTTCAGCTATGAAAAGAGTTGATATAGGAGTATAT +GATATAATAGAAAAAGCTTCAAAAGGTGAATTTGAAGGTGGACAAGTTACAGTTTATGGG +TTAAAAGAAGGTGGAGTAGGCATAGCACCTACTACAAGTAAAAATGTTCCAAAAGATGTA +TTAGATTTTGTCGAAGCTGAAAGTCAAAAGATAATTAATGGAGAAGTAACTTTAAAATAG +>appA_2 +ATGATATTAAAAAAACTTAAGAAATCAATCTCTTTAATGTTAGCAATATCACTAACAGCA +GCTGTTTTAGTAGGATGTTCAAATACTGATTCAAAAGGTGAAGAATCTAGTTCGGGTTCT +CAAGTAAAAAATGAAAGAAAAGCAAATAATGAGCTAGTAGTTGCAGTAGCAAGTGAACCA +GAAGCTGGATTTGATGCTACGACAGGTGGACATGGATCGATGACAAGAGTATTTTTTAGT +TCATTATTTAAAAGGGATAAAGAGCTTGGAATGGAAAATGATTTAGCAACTGAATATAAA +GTATCTGATGATAAATTAACTTGGACAGTAAAAATAAGAGAAGATGTAAAATTCACTGAT +GGAGAGCCTTTAACAAGTGAAGATGTTGTTTATACATATGAGACTGCAAAAGAAAGTGGA +TCTGAAATAGATTTAACTATGTTAGAAAGTATAACTGCTGTAGATAAGTATACAATAGAT +TTTAAGTTAAAAGAGCCACAATCGACATTTATGGAGAAATTAGCCTACTTAGGAATTGTT +CCAAAACATGCACATGGAAGTGACTTTGCAGATACTCCAATAGGTTCAGGTCCTTTTAAA +TTCATTCAATGGGACAAAGGGCAACAAGTAATAGCTGAGAAAAATAAAGATTACTATGGT +GATGAAGCTGGCGTAGATAAGCTTACTATGGTATTTTTAGATACTGATGCTGCCTATGCT +GCTGTAAAATCTGGAGATGTTGACATGGCATCTATAACAGGGGATTTAGCCGGTGAAAAG +GTAGAAGGTACAAAAATAGTTAATTTAGATACAATAGAAACATTTGGTGTAGAATTTCCT +ATGCAAAAAAGTGGTGAAAAGGACAAAGATGGAAATCCTATAGGGAATGATGTAACAAGT +GATGAATCTATAAGAAAAGCACTAAATATAGCGGTAGATAGAGAATCCATAGTAGAAGGT +GTACTAGATGGATATGGAACAGTTTCAACTACAGGTCTGGAAAAGATGCCATGGCTAAAT +GAGGAAACTATTATAAAAGAAGATGGAAAGGTTGATGAAGCTAAGGCAATATTAAAAGAA +GGTGGATGGGAAGATACAAACTCAGATGGAACTATAGATAAAGATGGTGTTGAAGCTGAA +TTCAAATTATTATATACAGATGGTAAATATAGACAAGAAATAGGGTTAGCTTTTGTAGAA +GTAGCTAAAGAATTAGGAATAAAGGTTAACTTAGAAATGAAAACTTGGGACAATATAGTT +GGTGAAATACATTCTGAAGCAGTTTTATTTGGGTTTGGTTCAGGTGATCCATCAGAATTA +TATAACTTATACAGTAGTAAAGCTGCAGGAGGGGGAATTCCTTGGGATAATGCTGGATAC +TACAAAAATGAAACTGTTGATAGTTATATAGACAAAGCATTTGCAAGTGAAAATGAAGAA +GAAGCTTTAGATTTCTGGAAAAAAGCTCAATGGGATGGAACTACAGGATTTTCTAATAAA +GGTGATGCTACTTATGCTTGGCTTGTAAATGTTAATCATGTTTATATAATGAGCGAAGAT +TTAGATATAGGAACTCCAGTTGTGCAACCTCATGGAGGAAGAATATTCGATAACGTAACT +GAGTGGAGTTGGAAATAA +>gsiC_2 +ATGAAAAATAGTAAAAGCTTATTGCCATATCTATTTAAGAAGTTATTAAGGCTAGCATCT +CTTTTCGTTGCGTTATGTATAATTACATTTGCCTTAATGGAAAAATCTCCAATTGACCCT +GTTACTGCTTATGTTGGAGCAGATACAAAAGTGAGCTTAGAACAAAGAGAAAATATAGCA +GAGCATTGGGGATTAAATAAACCACCTGTAGAAAGATTTATGTCTTGGTTTAAATCCATG +GCTCAAGGTGATTGGGGAACTTCTATGATATATAGAAGACCCGTTGTTGATGTTATAGGA +GAAAGATTTATAGCATCGTTGGCCTTAATGTTAGTTGCATGGATTATATCAGGAGTATTA +GGATTTGTTATGGGTATAATATCGGGAATAAATGAAGGAAAATTTATTGATAAAGCAATT +AGATCTTATTGTTATGTTCTAATATCAACACCTACATTCTGGTTAGGAATATTATTTATC +ATGATATTTTCAGTAAAATTAAAATGGTTCCCTGTAGGGTTAGGAGTTCCAATAGGAGTG +TTATCGGAAGAAGTAACACTTAAAAGCATGATAAATCACCTTATATTACCGGCCTTAACT +TTAAGTATATTAGGTGTAGCTAATATATGTCTTCATACTAGAGAAAAAGTTATAGAAATA +CTATCAAGTGATTATGTACTTTTTGCAAAAGCACGTGGAGAAAGTAAAAAAAGTATAGTA +TTTAACCATGTTATAAAAAATGTGTCTTTACCAGCAATAACATTACAATTCTTGTCTTTT +AGTGAACTTTTTGCAGGGGCTGTATTTGCAGAGCAAGTATTCTCATATCCGGGGCTTGGT +CAAGCAACTGTACAGGCAGGATTAAAAGGAGACTTACCTCTTTTAATGGGAATAGTCATA +ATAAGTTTAGTATTCGTATACACAGGAAATTTAATTGCAGATATTTTATATAGAGTTATA +GACCCAAGAATAAAGGAGGGACAACAAGCATAA +>dppC +ATGAATGAAGTTGGAAATTTACTTGTAGAAAATAAAAAAAGATCCCAAATTAGACTTGGA +GTAAGAGAAAAGACACTAATGTCTATAGGAATATTCACATTATTTTTAGCGGGAATAATG +TTATTTGGAAGTATAATAACAGAAGAACAAATAGCTATAAGTCTTCTTAATAAAAATCAA +GCTCCAAGTTTAGAGTATTTATTTGGTACCGATTGGGTAGGTAGAAATATGTTATATAGA +ACTCTTAAAGGTTTGAGTTTGAGTATGAAAATAGGATTATTATCTTCATGTATAAGTGGA +GTAATAGCACTAACACTAGGTGTACTAGGAGCAACTTTAGGTAATAAGGTAGATTCTTTT +ATAACTTGGTTTATAGATTTAGTATTATCTGTTCCTCACACATTAGTTGTAATACTTATA +TCAATATCTGTAGGCGGAGGCCTAAGAGGAATTGTATTAGGTGTATCTCTAACTCACTGG +CCTTCCTTGACTAGGGTAATAAGAGCTGAAGTTATGCAAATTAGAGAATCAGATTATGCT +AAAATATCTAGAAATTTTGGTAAGTCTAATTTATACATAGCTATTCATCACATATTACCT +CATATAATACCTCAATTGCTGATAGGGATAGTATTAATATTCCCACATGCAGTTTTACAT +GAAGCATCTGTTACATTCCTTGGTTTTGGGTTACCACCACATAAACCAGCAATCGGAATA +ATTTTATCAGAAGCAATGAAGTATTTAAGTAGTGGAAAATGGTGGTTGGCATTTTTCCCA +GGTCTAAGCTTAGTTATAGTTTCGCTTATGGTAGATAATATAGGGAAAAAATTTAGCCAA +TTAATAAATCCAAAAACATCTTATAAATAG +>oppD_3 +ATGAAAAAGGAACCAATATTAAAAGTTAAAGATTTAGGAGTTTCTTTTTCTCAATATACA +AAGGGATTAAGAAGAAGAGAACTAAAGGTTATAACAAATCTTGATGTAGAATTGTATGAA +GGAGAAATATTAGCAGTAGTAGGGTCAAGTGGTTCAGGTAAAAGTTTACTGGCTCATGCA +ATTCTTGGAATACTTCCAGATAACTCTGCTACAGAAGGTTCTATAACTTATAAAAATAAA +GAATTAACTCAAAAAGATAAAGAAAAATTAAGAGGAGATGAAATAGTTTTAATTCCTCAA +TCGGTTAATTACTTAGACCCATTGATGCAAGTATCTAAACAGGTAAAAATATCTATAAAG +GATAAAACAAATGCAGATAAAATTCAAAGAAAAATATTTAATAAATATGGATTAGATGAA +AATGTAGATAAATATTATCCGTTCCAACTATCTGGAGGAATGGCGAGAAAAGTATTGTTA +TCTACTGCTTTAGTATCTGATACAAAGGTTATAATTGCAGACGAACCAACTCCTGGTCTA +GATGAAAAATCACTTAATGAAGCATTACAAAATTTTAGAGATATAGCAGATAATGGGTGT +GCAGTTCTTATGATAACTCATGACATAGAAGCAGCACTTAAAATTGCTGATAAAATTGCT +ATATTCTATGCTGGAACAACTTTAGAAATAGCAAATGTCAAAGATTTTGAAAATGGAGGA +GAAAATCTTAGACACCCATATACAAAAGCACTTTATGAAGCTTTACCTCAAAATGGATTT +AAACCAATAAAGGGAAATCAGCCACTACCAAATGAATTACCAAAAGGTTGTTTATTCTGC +GATAGATGTGAAGAAGCTTCTGCTGATTGTAAAATGATAAGACCAGATTCGAAAGAAGTT +AGAAACGGGATGGTGAGATGTTTATATGCAACTTAA +>btuD_9 +ATGCAACTTAAAGCAAAAGGTATAAATTTTAAATATAGAAATGACAGATATATATTAAAG +GATATAGATTTTGAAATAAATAGCGGTGAAATAGTAGGTTTGGTAGCTCCAAGTGGTTTT +GGAAAAACCACATTAGCAAAGATATTAGCAGGTTATGAAAAACCTGAAAGTGGAAGTGTA +ATTATAGAGGGATATAAGAGTGAAAAAAACAAGTACAATCCTGTTCAACTAATATTCCAA +CACCCCGAAAAATCAGTAAATCCAAAGTGGAAAATGAGTAAAATAATAAATGAAGCTTTT +GAGCCATCAAAGGAATTGATAGATTCAATGGGAATTAAGGATGAATGGTTAAACAGATGG +CCAAGTGAACTCTCTGGAGGAGAGTTACAAAGATTTTGTGTATTAAGGGCTCTATCTAAA +GATACAAAGTTTTTAATAGCTGATGAAATGACAACTATGCTTGATGCAATTACTCAAGCT +CAAATATGGGGTGTAGTATTAGAACATGTAAAAAAATATAATATTGGCATGATTGTTATA +AGCCATGAAAGAGCTTTAGTCGATAGAATATGTACTAGAATAGTAGATTTAACTGAGTTT +GCAATGCATCATGATATATATGAAAATGGATACTATAGCAAAGATAAAACCCATGAAAAT +TCGCAGGATAAAGAGCATATACATCTTCACACTCATAACCATGGTCATCTTCATGATCAT +ATAAATGGTATGGGACATGATCATAATCATGATAATGGCATAACGGGAAGTCATATACAT +GAACATGAACATATACATGAACATGACCATAATAGTGGGCACGGACATACTCATACACAT +GCTAAGAGCTAG +>apeB +GTGGATACAAAAGATTTTGCTAAGGATTTATTAGATTATATATATGATAGCCCAACTTCT +TTTCATGCTGTAGAAACATCTATAGAGCTATTAGAAAAGAATGGATTTAAAGAAGTTAAA +TTAAATGAAAAATGGAATTTAAAAGTTGAAGGAAAGTATTATGTGACAAAAAATTCTTCA +GCATTAATAGCTTTTACAATAAATTCTAACAATATAGAAAAAGAAGGATTCCGAATGATA +GCTTCTCATTCGGATTCACCTTCGTTTAGAATAAAGCCTAATGCTCAAATGAGTGTAGAA +AATACATATTTAAAATTAAATACAGAATGCTATGGTGGACCTATTTTGAATACATGGCTA +GACAGACCATTATCAATAGCGGGTAGAGTAGTTATAAAAAGTGAAAATATACTCAATCCA +GAAGAAAAGCTTGTAAACTTAAGAAAACCTATTTGTATAATACCTAATGTAGCAATACAT +TTAAATAGAAGTATAAATGATGGATACAAGTATAATAAGCAAAAGGATATGTTACCTTTA +GTCGGATTAATAAATGATGCTCTAGAAAAAGATAACTTTTTACTAAAAGAAATAGCTAAA +GAACTAAAGGTTGAAGTAGAAGATATATTAGATTTCGATTTATTCTTATACGAATATGAA +AAAGGATGCCTGATGGGAATTAATGAAGAATTTATATCTACAGGTAGACTAGATAACTTA +TCTATGGCACATGCTAGCTTAAATGCACTTATAAATACTAGTGGAAAACATGGAATAAAT +TTAATTTCAATATTTGATAATGAAGAGGTTGGAAGCTCTACTAAGCAAGGAGCAGATTCT +AATATGCTACTAAATATATTAGAGAGAATCTGTATATCATTGGGAAAAACAAGAGAAGAG +TTCTTTACATCAATATACTCATCTTTTATTATATCTGCTGATTTAGCACATGGAGTTCAT +CCTAATATGGCAGAAAAACATGATCCAACTAATAGACCAGTACTTGGAAAAGGTCCTGTT +ATAAAAATAAATGCAAACCAATCGTATACAAGTGATGCTTACTCGGCATCAGTTTATAAA +AGTATATGTAAAGAAGCGAATGTCAAATATCAAGAATTTGTAAACAGATCAGATGAAAGA +GGAGGAAGTACAATAGGTCCAATATCATCTACTCATATAGATATACCATCTGTAGATATA +GGAAGTCCGATACTTGCAATGCATTCAATAAGAGAATTAGGTAGTATTTTAGATCACTAT +GGTATATATAAAACATTCGCTAAATTTTTTGAAGTGTAG +>group_1485 +ATGAGAATAGGATTATGCCTCTCAGGAGGAGGAGCAAAGGGATCTTATCAGGCTGGTGTT +ATAAAAGCATTATATGATAGGGGAATAAAGGATTTTGCTGCTATATCAGGAACTTCTATA +GGAGCAATAAATGGATACTTTGTATTCACAGGAAATGTTGAAAAACTAGAATATATGTGG +ATAAATATTGAAGAAAATTCAGAAAATAATGTGCAAATAGTAAATAATACTGTGGATAAT +TCAGAATTAATAAAAATATTAGGTGAATTAGATAATAATTCTAAAGAAAAAACTAAGTTT +TATGTTAATTATGTGAATATAAATAACAAACAAATAAAAGAAGAAGTGAAAGATATATCA +ACTTTAGATAAATTAGGAGCAATGGATTATATAAAATATAGCTCATTGTTGCCTTTTAAT +CCAAAAGGAACTTTAAGCTTAAGAGATCAATTTATAAAAGATGTAAATGAGAATTTATAT +GAAGGTTGCAATCTAGATGGAGGTCTAGTAAGAAATACTCTAATAGAGCCTTTAATAAAT +GATAATCTAGATAAAATAATAATTGTAGCAACTAGACATGATTATATTATACAAGATGAT +ATAAAATCAAAAATTGATGAAAGTAAATTAGTAGTAGTTAGACCTAAAACTATACTTACT +AGTCAAGATACTCTTAGATTTAAAAAAGAGTTCTGTGAGAAAATGTTTAAAGAAGGATAT +GAGATAGGGAAAACATTAAACATAAGTAATTAG +>group_1481 +ATGGAAAATAAGAACCCAATAGTAACTATAGAAATGGAAAATGGTAAGAAAATAGTAGCT +GAGTTATACCCAAATATAGCTCCAAACACTGTTAAAAACTTTGTTAGCTTAATAGAAAAA +GGATACTACAATGGAGTAGGATTTCACAGAGTTATACCTGGATTTATGATACAAGGTGGA +TGCCCTAACGGAAATGGAATGGGTGGACCAGGATATTCTATAAAAGGAGAATTCACTAAC +AATGGATTTACTAACAATTTAAAGCATGAAAGAGGAGTATTATCGATGGCTAGAACAATG +GTTCCTAACTCAGCAGGTTCTCAGTTCTTTATAATGCATCAAACATCTCCACACTTAGAT +AGAGAATATGCTTCTTTTGGTAGAGTAATAGAAGGTATGGATGTAGTAGATGAAATAGCA +AATACAAGAACCGATAGAATGGACAAGCCTAAAGAGCCTCAAGTTATGAAGACTGTTACA +GTAGAAACATTTGGACAAGACTACTCAGATGTAGAAAAAATGTAA +>dagK +ATGAAAAAGGTAAAGCTAGTATATAATCCTAATTCTGGAGAAAGATCTATTGTCAATAAA +TTAGATTGCATAATAGAAACTTATCAAAGTTATGGCTATATATTAATTCCATATAGGTTA +AATAAACAAAACCCTATTAAAGATGCTTTTATAGATTTAAATGAAGATTATGACCATATA +TTAATTTCAGGCGGAGATGGTACTGTTGATATGGTTTTAAATGTTATGAAAGAATTAGAG +ATTAATAAACCTATTGGGATATTACCAACTGGAACAGCTAATGATTTCGCTAATGCTTTA +AGTTTACCTTTTAATGTTAAAGAATCCATAGAAAATATAATTAATTCTAGTCCAAAGAAA +ATAGACATTGGAAAAGTGAATAATAAGTATTTTATTAATGTGGCTAGCGCAGGAATGTTT +ACAGATGTATCTCAAAAGATAAACACGGAATTTAAAAATTCTATGGGAAGAGTTTCGTAT +TATATAAAGGGAATAGAAGAGGCATTACATTTAAGAGGGTTTAATATAAGAGTACATTCA +GATGAGGTTATATATATTGGAGATATGTATCTAATGCTTGTATTTAATGGAAAAACTGCG +GGAAATATTAATTTAGCATATAAGTCTGAATTAGATGATGGTTATTTGGATGTTATAATA +TTTAAAGCAACACCACTTCCAAAATCAATTCCTGTTCTTATAAGTATTTTAAAAGGAGAA +CATTTAGATCACTATAATGAAGAAGATTTATTGTACTTTAAAACTAAGAAAGTTATAATA +GATTGCAATGATGACTTAATTACAGATATTGATGGAGAAAAAGGTCCAGATTTTCCATTA +GAAATAGAATGTATTAAAAATGGAATAGAAATATTAGGGTGTAATTAA +>group_1394 +ATGTTGATACCATCTAAAAAAGTAACTTTAGATACTAATAATAAAATTATTACGATAGAG +GATTTATTAAAAGAAAACTTTATTGAGTCTTTTGAAATTTTAAATAATCCAATTGGATTA +AAAGGTACATTGGGAATATCACAAGATGAGTTTAGAGATATTTTATATACTGTAATGATG +AAGTATAATATAGAGGAATTTAAGCGTAATGAAACTACATTACATGATAATTATATAAAA +ATAAAGGTTCCAAATAGAGTTTTAAACTTTATAGATACTCAATATGAAGTAAATATTTAT +CCAAGTATAATTGATAATAATTTACATCTTAAATTAAAGGACTTAAAAATAGGTAAATTA +AAACTTCCTAATAGTATAGTAGAATCTGTACTTAAATCAAATATGAATAAATTACCCTTT +GAAATAGAAAAAAATGAAATTATAATTGAGAGTTCTTACATAGAACCGTTATATATAGAA +ACTATAGAAGTTAATAAAGGAAAAATTATTTTAAATATATTCGTTACAGCTACAGATATT +ATTGAATTTATTGGAGAGTATAATACAAAGTAA +>group_1400 +ATGAAGAAGATATATATAATAACAACCTATACAGGAACAGTATTATCTTATTTAATAAGA +AAAATTAGCAAAACCCCATATGCACATGTATCGATAGCATTGAATGAAGAATTGAATCCT +ATGTATTCTTTTGGAAGACTAAATCCTAAAACTCCTATTTTCGCAGGGTTTGTTGAGGAA +AAAATAGATGAAGGTTTATACGCAATTAGAAAAAATACTATGTGTAGGGTGTACTCACTA +GATGTTACAGACTTACAATATAATGATATATATAATAATATAATGTTTGTTAGTGAAAAC +AGAAAAAAATATGATTATGATGTAATGGCACTAATATATTTAACATTAAATAGACCTAGA +CAAGCTGAATATAAATATGTTTGTTCACACTTTGTAGCAGATATGCTTATGAAAAGTGAA +GTTGGATTATTTGATGAACCATCTTGTAGTATAAGACCAGACTTTTTCTATGATAATGAA +AAGTTAACTTTAGAATATGAGGGACTTTTGTCTCAATACGGTAAAGAGCAAAAAAAATAT +GTTCCTTATGTATCTAAAATATAA +>group_1393 +ATGATAGGGATAGAAAAAGAAATATTACTTTTAATTAGTAGAGTTAGATGTATGACAGAA +ACACAGGTTGGAAAAGTTTTTTCACCTAAAAAAAGATATGGTAGAAAACCTTTTAAAAAA +ACACTGAGAAAGATGTGTAATGAGTATACATTAAGAAAATACCCATGCAATATAAATTAT +AGCGGATATAGAGACAATTCCTATGTATATTATCTAAATGGTAGCAAACAGTATAAAGGC +AAGGATTTAGTTAAGATTATTATTGGATCAGAGCTGGCTATCAGAATAAATATGGGTGGA +TATGAAGTAAAGAGGTTTTATAGAAATGCCAAAGTTGGTAAAGAAACCTTTGATATATTT +ATTGAGTATATAGATCGATACAATGAATTACATCAACTTTTAGTAGATATAGATATAGAT +GGAAATATAGAAAGGTCGAGATACGTAAATTTAGAGTATAAAATTAATGATTCCACTATT +CCGTTTTTTGAATTGCCTAAAGTACTTATAATTACATCAAAAGATACACGTGATTTAGGT +ATAAATAATTTAAATGATAATGTAAGTTATATTGATCCAACTTTAAATAAATTATTCAGA +TATATATAG +>lysA +ATGAAACTACATGGAAATATGTCAATTAAGAATAATACATTATACATCGGAGGCATTAGT +TGCGTAGATTTAGCTAATAAATACTCAACACCACTTTATGTATTTGATGAGGATTTAATA +AGGGAAAATTGCAGAGAATATAGAAAGTATTTTAAAGTGGAGGAAAACAATAATAAAGTT +GCATATGCAGGAAAGGCATTTTTAACTTTATATATGTGTAACCTCATTAAAGAAGAAAAC +TTATGCTTAGATGTAGTTTCAGGAGGTGAACTATACACTGCACATAAAGCAAACTTTCCA +ATGGAGAATATATTATTTCACGGAAATAATAAAACAATTGATGAAATAAAAATGGGAATA +GAGTTAGGAGTTGGAAGATTTGTAGTAGATAATTTTTATGAGCTTGATATAATAGAAGAA +ATATGTAAAGGAAAAAATAAGATACAAGAAATTTACTTTAGAATAACCCCAGGAATTGAA +GCTCATACACATGATTATATAAAAACAGGTCAAATAGATTCTAAATTTGGATTTGCATTA +ATAAATGGTGATTTGTATGAAGCTATAGAAAAATTGTCTGAATATAAAAATATAAAATTA +GTAGGGCTTCATGCTCATATAGGTTCACAAATATTTGATATAGAACCATTTATGGATGAA +GTTGATATTATGATAGATTTAATAAAAGAAATTAAAGATAAATTCGATATAGATTTAAAA +GAAATAGATTTAGGTGGAGGTATAGGAGTATATTACACTAAAGAGGATAAACCAAAAACT +ATAAAAGAATTTTGTGAAGCAATTATAAATAGAGCAGAAATTAAATGTAAGGAAATAGGA +ATAGAAATACCGACACTTATAATAGAGCCAGGGAGATCAATATCAGCTAATGCGGGTAGC +ACATTATACACTATAGGGTCTATAAAGGATATAAAAAATGTAAGAACATATGTGAGTGTA +GATGGAGGAATGACTGATAATATAAGACCTTCATTATATAAAGCGGGATATGAATGTAGC +ATTGTAAATAAAATGAAGTATGAGAAAGTAAATAATGTTACGGTTGCTGGTAAATGTTGT +GAAAGTGGAGATATCTTAATAACTCATGCTAATATAATGGATATAGAGAGTGGAGATATC +TTAATTACAGCTTCAACAGGAGCATATGGCTATTCTATGGCTTCAAATTATAATAAAATA +CCTAAACCCGCAGTAGTGATGGTATCTAATGGAGAATTTAATCTTGTATGTAAAAGACAA +ACCTACGATGAACTTTTAGAATTAGAATTAATTTAA +>group_1423 +ATGAAGAAGAAAATAGTACTAATCATAACTTTATTATCAATATTTATGATAGGATGTACA +TCTAAAACAGAAGAAAGTAGTTTAGTAGAAGAGGGAAAGATTGCTCTAGAGGCTCATAAG +TACTCAGATGCAATGAAATTATTATCTAATGCTTTAGACGAAGATAGTTCTGATGAACAT +GCAAGATCAATGTATATGCAAGCAATGAGAATGATAAATGTGGATAGTTATAAATCAAAA +ACAAATTATAAAAAAGCTATTGAAGAACTTGAGGCTATAGAAAAAATAAAAAATGGATCT +CAAGTAATAAAGAGTGAAGCTTCTAATGAGTTAAAAGAGATTAAAAAATTATATGAGAGT +CAAAAAGAAGCTGAAAGAAAAAGAAAAGAAGATGCTAAAACTGCAGCTAGCAAAGATGCA +TATAAAGCAAGTCAGCAATTAACAAAATATGAAGAATCACTAAGAGAAGAAGAAGAAAAG +AAAAAGCAAGAGGAAGAAGAACAATTAAATAATAATCAAAACACTGAAAATAACGAAAAT +ACAAATGAAGGTGATAACCAAACCCAGGGAAATACAAATCAACCCCAAAGTACAGAAGAA +GCACCTTTGGTACAATAA +>yhhT +ATGATTTCAAAAGAAGACATAAAGCATTATATATTTTTGGCTTTAGTAGCTATTTTGCTT +TATAAATTCATTAACAACCCTATGCAATTTATTTCAGGAATAGGTGGTTTTGCTAACTTT +TTCAGTCCTTTCCTTATAGGAATTCTTATTGCACTACTAATAAACCCTTTAGTAATGTTT +TTTGAAAAGAAATTTAATCTACACAGATTATTGAATATACTTATATCTTATATAATAGTT +TTTATACTTATATTTTTAGGCTTTAAATTACTTATTCCATCAATAGTTGATACATTGAAT +AAGTTAATACAAGAAATTCCTACATATATTGATATGATTAATACATTCTTAAGTAAGTAT +ATGACAAAGGCTGAATTCTTTAATAGCATTGCTCCTCATTTACAGGAGAACTTAAATAGC +ATATTAACGAAAGTAGTTAATATACTTACAACATTCTCTTCTAATCTTTTAGTACATATA +TCAAGTATAACATCCTTATTATTCAATATAATAATGGGGTTAATACTTTCCATATATATG +ATATTTGATAAGGAAAAAATAGGTTTAGGTTGTAAGAAAATACTTTATGCTACTGTAAGT +AGAACTAAAGCAGATGAGACTGTTGAATTCTTTAAAATGTCTCATGATATATTTTATAAT +TATATGATTGGTAAGATTATAGATTCTCTTATAATCGGTGTAATTGCCTTTGTAGGATTC +CAATTTATAATAAAAATAGATAATACATTGTTCTTGTCATTTATAGTTTTCTTAACAAAT +ATAATACCTTACTTTGGACCATTTATTGGTGCCGTACCACCAATACTTATGACTTTAGTA +TATAGTCCTGTCAAAGCCTTTTGGGTTGCTATTTTCATATTGATACTTCAGCAAGTGGAT +GGAAACTTCATAGGACCTAAGGTAATGGGTGATTCAGTTGGTCTTAGTCCACTTTGGATT +ATATCTGCTGTTTTAATAGGTTCTAATTTATTCGGTTTAATAGGAGTATTTTTATCTGTT +CCTGTAGCTGCAGTAATTAAAGCTTCAATAGATAAATATATAGAAAAAAGACTTTATATA +AACGATTCAAAATAA +>group_1420 +ATGATAAAAGCTAAATATCTAACAAAAATTACAGAAGTAAATAAGTTATTTATAGAAGAT +GTAATAAGTGAAGGTGATATAGCAATTGATGCTACTATGGGAAATGGATATGATACCAAA +TATCTAGCAGAAAAAGTTGGTAATGATGGATTTGTATATAGTTTTGATATACAAGAAGAA +GCATTAAAATCAACGAAAAAAAAATTAGAAAAAGAAGACTTATTAAATAGAGTTAGCCTT +ATACTAGATGGTCATGAAAATATAGAAAATTACGTTAAAGATGAGGTTTCATTAGTATTA +TTTAATTTAGGTTATTTACCAAGGGCTGATCATAATGTAATAACAAAACCTGATACTACA +ATTAAGGCAATAAAGTCATCTTTAAAACTTTTAAAACCACATGGTGTTATTAGTATTGCA +ATATATACAGGTCATGAAGGTGGAATGGAAGAGAAAAATGAAGTTTATAAATTTGTACAA +AGCTTAGATCAAAATCAATTTAATGTTCTAGAAAGTAAGTTTGTAAATCAAATAAATAAT +CCTCCGCAATTAATATTGATAGAAAAGAAAAAAGAGTATTAA +>murR +ATGGACAATAAAGAAAAATTAGAAATGAAGGATGGAAAACATCTTATTTCAAATATACAA +GCTCAATATGCAAGATTAAGTAAAGGACAAAAAATCATTGCTCAATATATATTAAAAAAT +TATGATAAGGTTGCATTTATGACGGCATGTAAGTTAGGTGAAGCTGTAGGTGTTAGTGAA +TCAACTGTAGTAAGATTTGCAAATGCTTTAGGATACTCAGGATATCCTAAGCTACAAGAA +GCATTACAGGAACTTATAAAAAATAAATTAACTACTGTTCAAAGAGTTGAGATGGCTCAT +GATCAGTATTCTGATGATTCAACTATACTAAATAAAGTATTAAAAAGTGATATAGACAAT +ATAAGAGATACTTTAGATGCTATAGATGAAAATGCATTTAAAGGTGCTGCTGATAAAATA +CTAAAAGCTAGAAAAATATATATTCTAGGCATGAGAAGCTCATTTACTATAGCTCAATAC +TTAGGATTTTATCTTGATATAATACTTGATAATGTTCATATTATTAGAATGGATATGGGA +GATGCATTTGAACAAGTTGTAAGAGTAAATGAAGATGATGTACTAATTACAATAAGTTTC +CCAAGGTACTCTAGAAAGTCTTATCAAGTAGCAAAATATGCAAAAAGCAAAGGAGCACAT +ATAATATCTATAACAGATAGTATGTTTGCACCAGTAGCATCAATTTCAGATAATACTTTA +TTAGTTAAAAGTAATATGGCTTCTTTCGTTGACTCTTTAGTACCAGCATTAAGTGTTGCT +AACGCACTTGTAATATCTGTTGGAATGAAGGAAAAAGAAGATATTAAGGAATATTTTGAT +GATTTAGAAACTATTTGGAAGGAATACTCAGTTTATGAGTAA +>trkG_2 +ATGGAATTAAAAAAAATAGAAAAATGGAATATACTACTTTATTATATAGGTATTTTGACA +GTAATAATAGGCGTAATACTATTGTTACCATTGTCTGTACTACCTTTTTATAGAAATGAG +ATAAACTTTACTTTTAGTTTTATATGTCCTTCACTGGTATGTATAATATTAGGATTAATT +TTAGTAAGAGTGTTTAAATGTGATACAAATAAAAAATTATCTGTTGGAGAAGATGCAGTA +ATAGTAGTAGTTGCATGGATACTAGCTACTGTATTTTCAGCAATACCATTTATGATAAGT +CAAGATTTAAGTTTTACGCAAGCATATTTTGAAGCTGTTAGTGGTTGGACAACTACGGGT +CTATCTGTAATGGACGTTGAGTCGACACCTCATATATTTTTAATTTATAGAAGTATAATG +CAATTTTTCGGGGGTGTAGGGATTGTATTAGTTATGATATCAGCATTGTCGTCTACGTTT +GGAATGAGACTTTATAACTCAGAAGGACATTCTGATAGGATATTACCTAATCTAATAAAA +TCCTCTAGAATGATTTTATCTATATATTTAGGATATGTAATAGCTGGAACTATATTATAT +GTAATAGCTGGAATGCCAATATTTGATGCAATAAATCATTCAATAGCAGCCTTATCAACA +GGAGGTTTCTCAACAAAGTTAGAAAGTATAGGGTTTTATAATAATGTTTATATAGAGTTA +ATAACTATTATATTAATGATACTTGGTACAATTAGCTTTGCAACTCATTTATTATTAGTA +AAGAGGAAATTTAAAGAAATCCTAAAAATTGGAGAAATAAGATTTATGTTTCTTATTTTA +GGAATCACTATACCTTTAATTACATTTGTATCATTAAAAGATTTATATGGGGGGGTATAT +AAAGGAGCTAGAGTTGCATTATTTGAAATAGTATCAGCTTTATCAACTACAGGGTTTTCA +ACAGTTGTATATAATAATTGGCCATCTTTTGCAATATTTATAATGATAATATTGATGATT +ATGGGTGGAGGTGCTGGATCTACTTCAGGAGGTATAAAACTTTATAGAGTTTATTTGATG +ATGAAGCAACTAGGTTGGAGTATAAAATTAAGATTTCTTCCAGAGCATTTTGTAAAAAAA +CATTATGTGTATAAAGCAGAAGGAAAAGTATTTATAAATAAAGATGATGTTATAGATATT +TATAATTATATATGCGCATATATAGTGATATTTGTTTTAGGGGTGAGTACGATGTTAGTA +TATAAATATCCACTACATGAAGCAATGTTTGAGTTCGCTTCAGCGCTTGGAACTGTAGGT +TTATCTGTTGGAATAACATCTCCAACTGCCCCAAGTTTAATATTATGGACTGAGATAATT +GGTATGTTATTTGGAAGACTTGAAATATGGGTTATATTTATAGCTATATTTAAAATCACT +AAAAAAGCTATTACAAAATAA +>trkA_2 +ATGAATATAGTAATTATAGGTGGAAGGAAAAAGGCTGAATTTTTATTAAAGTCTTTATTA +GATAAAAAACACACAGTTTCTATTATAAATAAAGATTATGAGTACTGTAATAAATTAAGT +GAGAAATATGAATGTTCTATAATACATGGAGATGGAGGAAAAAGGTATATTTTAGAAGAG +GCTGGTATTCAGAGTGCTGATGTAGTTATAGCTATGACATCAAAAGATGCAACCAATTTA +GCTATATGTCAACTATCTAAAAAGGTATATAATATAAGGAAAAGTTTTGCTACAGTAGCT +AACCCTAAAAATGTGGATGTGTTTAAAAATTTAGGTATAGATGGAGCTATAAGTGCAACT +TATGTTGTTTCCGATATTATAGAACAGATGGCTACGATAAACGATATGCATAAGTTTATT +CCTATTGAAAACGGAAAAGTTAATATGCTAGAAGTAGTAGTAAATGAAAAATCGCCATTA +TGTAATAAATATATAAAAGATATAAATTTACCAATGAAATCAATAATTGCATGTATAATT +AGAGATTTAAATAGTATTATTCCAAATGGAGATACAAAAATAAATAAAGATGATAAGCTT +ATAATATTATGTGATGTTACTGTACAGAATGATATGATAAGAACATTAGATATAAGAGGA +TAA +>group_1484 +ATGAAAAAGATTAATTTTGAATATATAATTATTGTAGGATGTAGCAGATTTGGGACTAAT +ATAGCTACAGAATTATCATTAAGTGGAAGAGATGTAGTTATTATAGACATAAACGAAAAT +TCGTTTAGAAAACTATCAGCGAATTATAGTGGATTTAAGGTAGTTGGAGATGCTACTGAT +ATAGATACTTTAATGGAAGTAGATATATATAAAGCTACAATGTTAATTGCAGCTACTAAT +GATGATGATGTAAATATTATGATTTCTTTAATAGCTAAAAATATACTAAATATAGATACA +GTTATTACTAGGCTATATGATAATGAAAAAGAAGTTGTGTATGAAGGTCTTGATATAAAG +ATAATTAGACCTACTACTCTAACTATAAATGAATTTGATAAATTGCTTGAAATAAATAAA +GCAGTTAACAAGAAAAGTTTAATAAGAAGGGTAGGTGCATAA +>kdpE +ATGAGTTTAAAGCCACAAATATTAATAGTAGAGGATGAAAAGCCCATAAGAAAATTTATA +AGAGTATCACTTGAAACACAAGGATATGAGTGTATAGAAGCATCTGATGGAAGTAATGCA +ATAACATTAGTATATTCTATGAATCCAGATATAATAATTTTAGATTTAGGACTTCCAGAC +ATGGATGGGATTGATGTAATTAATAAAATAAGAGATGTAAGTGAAGCAAAGATTATCGTG +GTATCAGCTAGAGGGCATGAAAGGGAAAAAGTATATGCTTTAGATACAGGAGCTGATGAT +TACTTAACAAAACCATTTAGTGTCCCAGAACTCTTAGCTAGAATTAGGGTATCCTTAAGG +CAAAAAAGTAAAACAAATTCTATCGAAACTGAAAATATGAAAAGTTTTGAAGTTAGAGGA +TTAAAGATAGATTTTGAGAAGTATGAAGTAAGTTTAGATGGAAAGTCAATTCATTTAACA +CCTATAGAATTTAAGTTGCTTGAGTTATTATCTAAGAATGCAGGAAAAGTATTAACTCAT +AGATTTATTATAAATAAAATATGGGGAGGATACTTAGATACCGAAACACAATCACTTAGA +GTTTTTATGGCTAGTATAAGAAGAAAAATAGAAAAAAATCCTGCACAGCCAGAGTATATA +AAGACGGAAGTAGGGGTAGGATATAAACTTGTCGATGAATAG +>ybjI_2 +ATGATGATTAAGCTAGTAGCAGCAGATATGGATGGAACTTTACTAAATAGCAAAAAGGAG +TTATCTCCAAATTTATTTAATACGGTAAATAAATTAAGAGACAAAGATATAAAGGTTGCA +ATAGCAAGTGGAAGACAGTATTATAATTTATTAAAAATTTTTGAAGAAATAAAAGATGAT +TTGATATTTATAAGTGATAATGGTTCTATTGTATTTGAAGGTGAAGAGAATATTTTTATA +AGTGAAATAGAAGAGGAAAAATTAATTGAGCCAGTAGAAGTTATTCGTAACATAGATAAT +GCATATCCAATATTATGTGGGGAAAAATCTGCATATGTAGAAGATGATAATTCAGAGTTT +CTTCGTAATGCAAGAATGTACTATGAACGTTTAGAATTAGTACCGAATATACTAGAAGTA +ATAAAAAAAGATAAGATATGTAAAATAGCTGTATTTGATGGGAACGGAGCTGAAACTAAT +AGTTATCCATTATTAGAGAAATTTAATGATAAATTATTAGTTTGTTTATCAGGTGAAAAT +TGGGTTGATTTTATGAATTTAGACATTAATAAAGGTAATGCAATAAAGAAGTTACAAGAA +ATATATGAAATTACTTATGATGAGTGTATGGCATTTGGAGATTATTTAAATGACTATGAA +ATGATGCAAGAATGTAAGCATAGTTATGCAATGGCAAATGCACATCCAAAGTTAAAGGAA +ATTTGTAATTATGAAGCAAAATCTAACGATGAAGATGGAGTAGTAGATGCTTTGAATAAT +TATCTATCAAAATATTAG +>group_1474 +GTGAAGAAAAAAGACGTAATTGAATTTGAAGTAGATAAGATGGAGTTCGGTGGAACTACT +GTTAGTATGTTAGGAAACAGAGAAATCCACATGAAGGGCGGAATAAGTGGACAAAAAGTT +AAAGCGGCAGTAAAAAAAGCTAGAAGTAAAAAAGCAGAAGTTAAGATGTTAGAAATACTA +GAAAAATCTCCAATAGAAACAGCTAATCCATGTAAACATTTTGGAGTGTGTGGTGGATGT +ACTATACTATCTGTACCATATGAAAAGCAACTTGAGATAAAAGAAAGACAAGTTATGGAT +TTATTCTTAAGCCAAGATATATTTGGATTCCAATTTTTGGGAATAGAGGGCAGTCCTCAA +AATAGACTTTACAGAAATAAGATGGAATATACTTTTGGTGATGAAATGAAGGATGGTCCT +CTTACATTAGGTCTTCATAAGAAAGGTAGACATATAGATATACTAACTGTTGATGGATGC +TATTTAGTAGATCAAGATTTCATAAAAGTATTAACTTCTACAGTTAAGTATTTTGATGAA +AAGAAATTACCTTATTATAGATGTATGAGTCATAAAGGATACTTAAGAAACCTTGTTGTT +AGAAAAGGTATAAACACTAATGAATTAATGGTAAATATAGTTACTTCATCTCAAGAAGAT +TTCGATATGACAGAGTATACGGAAATGTTATTAAATCTTGAAATAGAAGCAGAAATAGTA +AGTATATTACACACTATAAATGATGGACTTGCAGACGCAGTTCAATGTGATGAATTAAGA +GTATTATACGGTAGAGATTATATAAATGAAGAATTATTAGGACTTAAATTTACAATATCT +CCATTCTCATTCTTCCAAACAAATACTAAGGGAGCAGAGAAGCTTTACTCAATAGCTAGA +GAATTTGTAGGTGATCATGAAAATAAAGTAGTATTTGACTTATATAGTGGAACAGGAACA +ATAGGTCAAGTTATGGCAGGAGCTGCTAAAAAGGTATACGGAATAGAATTAATAGAAGAG +GCAGTTGTTGCAGCTAACAATAATGCAAAATTAAATGGATTAACAAACTGTGAATTTGTA +GCAGGAGATGTTGCAAAAACTGTTAAAAACTTCAAAGTTAAGCCTGATTTAATAATAGTT +GATCCACCAAGACCAGGTGTTCACAAAGATGCTATAAGAGATATATCAGGTTTTGGAGCA +AAAGAAATAGTTTATATTTCTTGTAATCCAAAAACTCTAGTATTAGATTTAGTTGAATTC +AAAAAGTATGGATATGAGGTTGAAAAAGTTAAGTGTATGGATATGTTCCCAAATACTCCT +CATGTAGAGACTATAGTAAAATTAAAAAAAGCTAACTAA +>fba +ATGTTAGTTTCTGCTAAAGAAATGTTAATTAAGGCTAGAGAAGGGAAATATGCCGTAGGT +CAGTTCAATATAAACAACTTAGAATGGACTAAGGCAATATTATTAACAGCACAAGAAAAT +AATTCACCAGTTATATTAGGTGTGTCTGAAGGTGCTGGAAAATATATGGGTGGATATAAA +ACTGTAGTTGGAATGGTTAATGGATTATTAGAAGGATTAAACATAACAGTTCCAGTTGCT +CTTCACTTAGATCATGGTAGTTATGATGGAGCATTAAAGGTAATAGAAGCAGGATTCTCT +TCTGTTATGTTCGATGGTTCTCACTACTCTATAGAAGAAAATATAGCTAAAACAAAAGAA +ATAATAGAAATAGCAAACGCTAAAGGAATCTCTGTAGAAGCAGAAGTTGGTTCTATAGGT +GGAGAAGAAGATGGTGTTGTTGGTGCTGGTGAAATAGCAGATCCAGCTGAGTGTAAGCAA +ATAGCTGACTTAGGTGTAGATATGTTAGCTGCTGGTATAGGAAATATCCACGGTAAGTAC +CCAGAAAATTGGGCAGGATTAAACTTTGATGCACTAGCTGCTATAAACAATGCTACAGGA +GATATGCCTTTAGTATTACATGGTGGTACTGGTATACCTGAAGAAATGATAAAAGAAGCT +ATATCTTTAGGAGTTTCTAAAATAAATGTTAATACTGAGTGTCAGTTAGTATTCGCTGAA +GCTACTCGTAAGTACATAGAAGAAGGTAAAGATTTACAAGGTAAAGGATTTGACCCTCGT +AAATTATTAGCTCCAGGATTCGAGGCTATAAAAACTTGTGTTAAAGAAAAAATGGAATTA +TTCGGTTCTATAAACAAGGCTTAA +>group_1489 +GTGATAGAGTTAAAATTAAAAAACAGAAAAGGAAACTTTAATGTAAATAGCAAGGAAGTA +ATGGATATCTTAAAGTTACGTCCGGATTTTGAGTATGTTCAAGATATATCTAATACAATA +AATCAAGATAATATAATGGTTTTTGACTGTCAGTTATCTGAAGATATATTTGCAATGGAA +GATATAGAAGAATTACTTGAAGAAATGGGAGAAAACTTAGATGAATCATACTTTAATGTA +ATATTTGAAGATGTAAGAGTATATCTAAAAGATGCAACCGATGAAATTGAAGCTGAGTTA +CAGGATATTTATCTAGTTGATAATATTAGATGCTTCTTTGATGTATATAATATAGATGAA +GGATTTACAGATTTCAAATTTGTGTTTGTAGTAAGTTTTGAAGATATAAAAATAGCATCA +TTAACTAATTTAGCGAAAATAGTAGCTAAAAGACAATTAGTAGGCGCCTCAAAATTTTAT +AGTTAA +>group_1475 +ATGAGATGGATATTAGTATTCATATTTTTATATCTTATACCCCTTATAGTATTATTTAGA +AATAATAAAAATTTTAAAAAGGCTTGTATGTATGGAAGCATATATATTGTACTTGCAACA +ACCATAGTAATAAGTAATATTTATATGAGTGGACTCAACAAGATTGAAGAAGCATTATAT +TATCAAAATTATGCTTTTGACCAAAGATATAAAGATAAATACGTTTCAAATTTTGAAAAA +GATAGCAAGAATAAACATAACAAAGAAAATACAGGTAGTAGTAATGTAGAAAATGAAAGC +TCAAATCAAAGTAATAAAGAGTCTAAGGATAAAGATGTAGACAATCCTGTACCAAATATA +GAAGATAAAGAAACAGAAAAAGAGACTGCAAAAGAAAAAATAAAAAGCAGCAAAGAATCT +GATTTAGAGAGACTTGATGAGTTTAAGCAAGATATATATGATATAGAAAAAGTAGCATTA +CTTCCTATGAGAGATTGCATTCCTTATACTAAGGATATAGCAAAGAATTTGAGTAAAATT +TCAGAAATAAGAGATGACATCGTATATGCAGAGGAAATGTGTAATGATGTTATTGATATA +TATAGCACAATGGAGATACCGAAACTTTCAAAGGATGAGTATGAAATAGTATTAAGTAAT +GCAAGAGATGATGTTAAAAAAGCATATGAATTAAGAAAGAAAGCTATGGAAAGTGCAATA +AAGCTTTTGGATACAAAAAATCCTAAGTACATAGGAAAGATAACAGAATACTTAAAGCTA +TCAGATAATCAGATCGCTAGTTTCAAAGAAAGAGTAAAAGATTTAAAAGCCCAAATAGAT +GAAAATTAA +>group_1480 +ATGAGTTTATATGCAATAGGAGATTTACATTTTTCAACATCTGTAAATAAGCCAATGAAT +ATATTTGGAGATAATTGGGATAATCATGAGATAAAAATAATTGATAGTTGGAGACTTAAA +GTAAAGCCTGAGGATACAGTATTGGTATTAGGAGATACATCTTGGGGAATAAATTTAGAA +GAAGCTAAGTCTGACTTAGATATAATAAGCGAACTTCCAGGACAAAAGTTTTTTGTAAAG +GGTAACCATGATTACTGGTGGACTACTGTTACAAATTTAAATAAATTATATGATAATTGT +AAGTTTATGCAAACTAACTTCTATGAATATGGTGAGTATGCAATTTGTGGAGGAAGAGGA +TGGATTTGTCCTAACGATGTTAAGTTTGATTCTAAGGATGAACAAATTTATAAAAGAGAA +GAAAATAGAATAAGGATATCTTTAGAAGCAGCTAGGAAAAATGGATATGAAAAAATAATA +GTTGTAACACATTATCCACCTACTAATGACAAATTAGAAGAATCTCTTTTTACAAGGTTA +TATGAAGAGTATAAAGTTGAAAAAGTTATATACGGACATTTGCATGGAAGAGAATCTTTT +AAGATGGGACTAAAAGGTATTAGAAATGGAGTGGAATATATACTAGCTTCTTGTGATTAC +TTAAATTTTGATTTAATTAAAATTTTGGATTAA +>group_1482 +ATGGAATATGAAAGATGGGATGAAGTATTGGCTCCTTATGAACATGCTGTAGAAGAATTA +AAAGTAAAATTCAAAAATATAAGAAAAGAGTTTCTAACTAAGGGGGAATATTCTCCTATT +GAGTTTGTTACAGGAAGAACTAAGAAAATAGCCTCAATTATTTCAAAGGCTAAAAGACTT +GGTATACATGACATTGAAAGAGATATAGAAGATATAGCTGGTATAAGAATAATGTGCCAG +TTTGTAGAAGATATATATACTATAGTAGAATTAATAAAACTTAGAAGTGATATGACTATA +GTGTATGAAAAAGATTATATAGAGAACTTTAAGGATAGTGGATATAGAAGTTACCATGTT +ATTATAAAATACCCTATAAACTCTATAGCTGGGTCAAAGGAAATTTTATGTGAAATACAG +ATAAGAACATTAGCAATGAACTTTTGGGCAACAATAGAGCACTCTTTAAAATATAAATAT +GAGCATTATATTCCTGAAGATTTAGCTGTGCGATTAAGAAGAGCAGCAGATGCGGCATTC +TTACTAGATCAAGAGATGAGTGAGATAAGAGAGGATATTATGAAGGCTCAAGTGATGTAT +CAAGTAAAAACTGTAACAGTTAGAGATGTATTGAAGAGAATTCAAGAATTATACAATTTA +GGCGATACTAATAAGGCAATAATTTATCAAAGGCGACTAGATAAGATAGATAATGAAGAA +GATATAACTGAAATAATAAAATTAAAAAGAGAAATAGATGATTTATTAGAAGTGTATAAA +GACACTAGAACTAAGAAGTAA +>gloB +ATGGACTTGATAAATATAAAGGGAAATACCTTTTATATAAAAGGTGGAACTAACACAGGT +ATATATTTATTTGAAGATTATACAGCAGTTATGATAGATCCAGGGTTATCAGGGGTAAGA +CCTAAAAGGATTATGAAAATCCTAGCAAATAATAATATTAACTTAAAATTTATAGTAAAT +ACTCATGAACATGATGATCACTATGGTTCATGTAATCAATTTAAGTTAGAAAATAAGGAT +ATAAAGATACTATCATCTAAGTATGCAAAGGTATATATAGATAACCCAGAGTTATTTTCT +AAATATATAGTTGGTGGAAGAACTAATAATTTTTTTAATAAAGGTCTAAAAAATGAATCT +TTAGACAAGTTAAAAGTAGATGATACGCTAGATGAAGGCAAGATAATATTAAATAGAGAA +ATATTCGAGGTAATAGAGTTTAAAGGTCATACCCCTGGTAGTATAGGTATTATGACTAAG +GATAAAATATTATTTATAGGAGATTTACTAGTAAGTAAGGATATGCTTAATAAATATGAT +TTTTTATTTGTTTTTGATATAGAAGAGTATTTAAAGAGTCTAAAGAAAATTAGAAATATA +GGTTTTGAATATATAGTATTGGGTCATGGGAAAAATATAATATCAAAAGAAGATAGTGAA +GAATTAATTGAAATGCATGAAAAAGCTATAAATAAGTATCTTAGTCAAATCAGAATAGAG +CTAAATGAGCCTATGGGATTAGAGCAGCTATTAAAAAATATAATAGTAAAAAATAATTTA +AGCTACAACTATAAAGAGTTTTATTTTTATAAGAGTTCTTTAATGTCAGCAATAAGTTAT +TTATGTGATTTGGATGAAATTCAATACATATTAAAGGACGGAGAATTGCTTTATTATATC +CAAAAAAATCAAATTATGATAAAATAA +>group_1479 +ATGAATAGATATACAAAGATAATAAACATGATGGATAGTTATTTCGTTAAGGACTATGAG +AAAACTAAAAAAGGAATAACTAAAAAAAGAGAAGTTAGAGAAGAAACAGTTCAAAAAGCA +TTTTTAAAGGGCAACTGTGAGGTTTTAGTTATTTTAGAAGATAGCTGTAGAGAAATACTT +ATTGATGACTTCTCTTCTGATGAAGATATAAAAAAATATTTAGGTTCTAAGTTTATAAAT +CCTAAGAGATAG +>group_1488 +ATGATAGAAATAGGAAATCTAAAATTAGACACAGATTTTGAATATAGAATAATAAGAGAA +GAAGAAGGAGATATAGACTTATTCATAGATGTAAATTACCGTAGCTTAGATATCGACTGT +GATGGGTGTGAGTTTTTCAATTCAAGAATTCAATTTCCTTTTGTAAGATCATTAATTTTA +AGGATAAGTAAAGACAACTATCTAATGACGATTCATTTAATGAGAGATATAGACCTGTTC +TCGGCCTTTGCCAACTTTGAATTTGATTACAAAAATTATATATTCAACATAAAAAATAAC +CAAGAGAAAGTACTTATAACAAGAACAAGTATTTAA +>deoC +ATGGAAAATAAAATAGCAAACATGATAGATCACACAGTATTAAAAGCAACTACAACGAAA +GAAGACGTTGTAAAGGTTTGTAAGGAAGCAAAGGAAAATCAATTTTTCTCAGTATGTATA +AACCCTACTCATATAGAACTTGCAAAAAAAGAATTAGAAGGATCAAATGTAAAGGTATGT +ACAGTTATAGGATTCCCTCTAGGAGCTAATACACCGGAAGTTAAAGGATTTGAAACTAAG +GATGCAATAGCTAAAGGTGCAGATGAAGTAGATATGGTTATAAACATAGGAGCTTTAAAA +GATAAGAATTATGATTTAGTTGAAAGAGATATAAAAGCAGTAGTTGATGCTGCAAATAAA +GAAGTATTAGTAAAAGTTATAATAGAAACTTGTTACTTAACTGATGAAGAAAAGAAAATA +GCTTGTGAATTAGCTGTTAAAGCAGGAACTGATTATGTAAAAACTTCAACAGGATTTGGA +ACAGGTGGATCAACTCCACAAGATATAAAATTAATGAGAGATGTAGTTGGAGCAGAAATA +GGTGTAAAAGCATCTGGTGGAGTAAGATGTAAAGAAGATGCTGTAGCTGTTATAAATGCA +GGAGCTAGCAGAATAGGAGCAAGTGCTTCTGTTGCTATAGTAAATGGAGAAAAGAACTCT +ACAGATGGATATTAA +>hxlR_2 +ATGAATAAAGAAAAATCATTCCATAGTAAATGCCATAAAAGTAAAAGTTGTGCAAAATAT +GAAACTTGCCCTATGTTTTTATTTCATAAATTAGTTTCTGGAAAGTGGAAACTTTTAATA +CTGTGGTATTTAAGTGATGGTTGTCTAAGATTTAGCGAATTAAAAAAGAAACTTCCTGAC +GTTACTCAAAAAATGTTAACAAATCAATTAAGAAGTTTAGAAAACGATAGACTTATAAAT +AGAAAAGTTTATGCTGTTATTCCACCTAAAGTTGAATATAGCTTAAGTGAAATGGGAGAA +AAAATGTTGCCTTTACTTGAGGAAATGTATGAATACGGAATTGACTATTTAAGATCTTCT +GACAATACATAA +>pduL_2 +ATGAAATTACCAATAGCTTTATCAAATAGACATATACATTTAAGCCAAGCAGATATAGAT +GTATTATTTGGAGAAGGACATGAGTTAACTCATTTCAAACCATTATCTCAACCAGGACAA +TTTGCTTGTGAAGAAAAAGTTGACTTAGTAGGACCAAAAGGAACTATAAAAGGAGTTAGA +GTTTTAGGGCCAGCTAGACCAGCTACTCAAGTTGAAATATCTTTAACTGACGGATTCGCT +TTAGGAGTAAAAGCTCCAATAAAAGAATCTGGAGATATAGCAGGAACTCCAGGTTTAAAA +TTAGTAGGGCCTAAAGGTGAAGTTGAAATAGCTGAAGGTGTTATAGTTGCAGCTAGACAC +ATACACATGAGCTTAGAAGATGCTGAAAAATTCGGTGTTAAAGATAAGGACATAGTAAGC +GTTAGAACTTCTGGACCAAGAGGTTTAGTATTCGAAAATGTATTAGTTAGAGCTAGCGAA +AAATTTGCTTTAGAAATGCATGTAGACATGGAAGAAGGAAATGCTGCTGGTGTTAGAAAT +GGAGAATTAGTAGAATTAATAAAATAA +>aroA1 +ATGCTTAGAGGGAGTTTTGAACTAATAGGAGATAAATCAATATCACATAGAGCAATAATG +TTTTCATCTATATCAAAAGGAAATAATAAAATAAGTAATTTCTTAATGGGACAAGATTGT +TTAAGCACAATTTCTTGTTTTAGGAAAATGGGAGTTGATATAGATATACAAGGTAGGGAC +GTTTTTGTAAAAGGAAATGGACTTAGAAATTTAAAAAAGCCAAATGATATTCTTGATGTA +GGTAATTCAGGAACAACGATAAGGCTTATGATGGGTATACTAGCAGGTAACAATTTTGAA +TCTACTATCATAGGTGATGAGTCAATAGGAAAAAGACCTATGAAAAGAGTTACAGATCCG +CTTAAGTCTATGGGATGTAAAATTGAAGGAAAAGATGATGCAAATTACACTCCAATAGTA +ATTACTGGAGGATATTTACATAGTATTGATTATCACATGCCTGTTGCATCAGCACAAGTA +AAGTCGTCATTAATATTAGCCAGCTTATATGCAGATGGACAAAGTATGATACATGAAAAA +GTAAAATCAAGAAATCATACTGAAATAATGCTTAAATCTTTTGGAGCAAACATTGATGTT +GATAATTTAACAATAAAAATAAAGCCAGTAGAAGAATTATATAATCAAGATATATATGTT +CCTGGTGATATATCTTCAGCAGCATTTATAATAGTCGGAGCTTTAATTACTGAAGGTTCG +GAAGTACTTATAAAAAATGTTGGATTAAACGAAACAAGAACAGGAATACTAGATGTTGTA +AAGAATATGAATGGGAATATAGAAATACTAGATAAAAGGTTTGTTGGAGGGGAAATTGTA +GGTGATTTATTAGTAAAATACAGTCCTAACCTTCAAGGAACAAAAATTGATAAAGAAATA +ATCCCAAGATTAATTGATGAAATTCCTGTAATAGCAGTTTTAGCAACTCAAGCAGAAGGC +ACTACTATAATAAAAGATGCTCATGAATTAAAAGTTAAAGAAAGTAATAGAATAAAAGCA +GTAGTGGATAATCTAAAGAAAATAGGTGCAGAAATAGAAGAATTAGATGATGGGATGATT +ATAAACGGAAAATCTAAGCTAAAAGGAGCACCAATTGAGACATTCAATGATCATAGAATT +GCTATGGCATTTTCAATAGCAAACTTAATTAGTGAAGGAGAAATTTCTTTAGATAATAAA +TTATGTATAGATATTTCATTCCCAGGGTATTTTGATTTATTGAAAGATTTGTCAAAATAA +>aroC +ATGTTAAGATATTTGACAAGTGGAGAGTCTCATGGACAAAGTTTAATATCAATATTAGAT +GGAGTTCCATCAAATATTGAATTAAATATAGATGAAATTAATGAGGAATTAAAGAAACGA +CAATCTGGATATGGTCGTGGTGGTAGGATGAAAATAGAGCAAGATACCATTAATATACTA +GGTGGAGTAAGAGGTAAGAAAACACTTGGAGGACCTATATCTGTTGAAGTTAAAAATAAA +GATTATGAAAATTGGTCTAAATATATGAATCCTATGGAAGATGTAGATTTAGAAAGTAAA +AAGGTCAGTAATGTAAGGCCTGGACATGCTGATTTGGTAGGTTGTTTGAAATATGATTTT +GATGATGCAAGAAATGTATTAGAAAGATCTAGTGCAAGAGAAACAGCGAGTAGAGTTGCA +GTAGGTGCGATTTGTAAGCAAATACTTAAAAACTTCGATATATATTTTACTTCTCATGTT +GTTCAAATAGGGAACATAAAAGACAATAACTTATATGAATTTGATTACATAAAAGAAAAT +GTTGATAATAGCCAAGTTAGATGCGTAAACAAAGATATAGAAAAAGACATGATAAATGAA +ATTGACAAAGTAAAGTCAAATGGAGATACCATCGGTGGTGTAGTAGAGATAAGAGTTAAA +AATGTAATACCAGGATTAGGATCATACACTCATTTCGATAAAAAAATTGATGGAGAGTTA +GCCATGCATTTAATGGGAACTCAAGCTATAAAAGGTGTTGAGATTGGAATTGGATTTGAC +GTTGCTAATAACTACGGTTCAAAGGTTATGGATGAGATAATTTATAACGATGAAGATGGA +ATAAGAAGAAATACTAATAGACTAGGTGGAATAGAAGGTGGAATGACTACCGGGGAAGAA +TTGATAATAAGATGTGCTATGAAACCTATACCAACTCTGTACAAACCATTAAACTCTATA +AATATTAATACTTTAGAAAGTTATCAAGCAAGTATAGAGAGATCTGATAATTGTGCTGTT +CCTGCATGTAGTGTTGTATGTGAAAATGTAGTAGCCTTTGTAATATGCAAGTACTTTTTA +GATAAAATAGGTGGAGACAACTTATTAGATTTAAAGGAAAATTATAATTCATATATAAAA +AGGTTAGGTGATAGAGGATGGAAAAGATAA +>group_780 +TTGGAAAATATAGAGGTTTTAATTATAAATGCAAGTCCTAGAAAAAATAAAAATTGTTTT +TTTATTTCGGATATAATATCATCTAAATTAAAAGAACGCAATATAATATCAAAGATATTT +AATGTATATGATATGAATATAGAATATTGTAATGCATGTGGTTTTTGTGAAAAAACTGGA +TATTGTAAGATAAAAGATGAAATGACCCCAATGTATGAAATATTTAATAAAAGCAAGGGA +ACTATAGTTGTAAGCCCTGTTTACTTTGACTCTGTAACTGCTAAATTAAAAACTCTTGTA +GATAGAACTCAAGCATTTTATGCTAGTAAGTATATACTTAAAAAGCCATCAATAGATAGA +AGTAAAAAACGTATAGGTATGTACATAGCAGTAGGAGGAGCAAATCCATATGACACACAA +TTTAAGGGTGGACAAATAGTAATGGATTTTTTCTTTAAAAGTATAAATACGAAGCTCATG +TATAATTTATATTTAAATAACACAGATGATTTAGAATCTAGAGAAAATACAGAATTTAGA +CAAAAACTAGATGATAATCTAGAACAATATATAGAAGGACTTATCTCGAAATAA +>group_688 +ATGAGTAATGATATTTATAAAATGAGAAATTTAGTGGAGATATCTTCTATGGTAGCGGAG +TCTTCCGATTTCTTTATGATAAAAGATAAAATAATAGAAAAAATGCTAGAAGTAGTACAT +CCAACTAAGGCATGCGTTAATTTATTTTATAAAAATAATTATAAGCATGCCTATTTAGTA +TGTTCGCAAACATTGGAAAAAATACCATACCTTTTCCCAATAGGAGGAACTGTAGGTGTT +AAAATAGATTTTTCTACTTATCCTAAGTACATACATGAGGCAGTTAAAGAAAAAAAGATA +GTATATGTAAAGAATGTATTTGAAGATATAAGAGCAATAGATGAAAGAGAAATGGCTAAG +TCAGAGGGTTATGTAGGTCGGATTGTTTTCCCTCTTATAGTTAATAATATTGTAGTAGGC +TTTATGACTTGTTTCTTAGTTGAAGAAGATACTATTTCAGATTATGATATAGATTTTATA +TCATCAGTAGCATCTTTAATAGCTTTATCGATAGAAATAACTACTAAAAATAATAATATG +CAAAGACTAGTTCATAAATTAAGAGGTGCTATAAGTTCAATCAATGAAGCTACAAAAAAG +CTTTATCATAATAAAAATATAAATGAGTTTTTAGATCACTTAAGTGAGCAAGCTTGTGAT +ATTACAAATAGCAAAGAAGCATTAATTATCATAGATGAAGAGCGATATAAAGGTAAAATA +TCTAGTTCTTATAATATGGGAAAAAGAAAAAAAGTAAAAACTGATGTGTATTCTTCTATA +GGAGAAATTCTATCAAAAGAAGATAGAGGAGGATACTGTAATAGTGCAAGTTCTTGTATT +CTAAATAACGTAAATATAGATACATATATTTACTATAAGCTATACGATAAAAATAAAGTT +ATAGGATGTATAGTTTGTTCTAATAGTGATAGTTATACAAAGGATGATTTGAATATATTA +AGTATACTAGCAAATCAAGTAGCAGTTGGTATGCAGCTGTATGAATACAATATTATAGAT +GTTAAGCATAAACTATTAGCAAATGAGCTTAATATTTTAAATGAACAGCAAAGACTTATA +ATGGATAAAAGTAAGATGGAATGTAATAATGAAAAAGAGTTATATTACTATCATAGGCCA +GCTAGAGTTGTAGGAGGAGACTTTTACTATGCTACTAGAGTTGATGAGGATAATATAGTT +TACATAGTTGCAGATGTAATGGGTCATGGGATTGTATCAAATTATGTAGTAGCAATGATA +AAAGGTGCATTTAAAGTTCTTTGCCATCAGTATAAAACCCCTGGAGAAATAATGACGAAT +TTAAATAAAATGTTATATGATGAATTTGATAAGATGGGAGTATTTACTACTTGTTTAATA +AGTGTATTTAATACTAAAGACAATACAATCTCAGTATCAAATGCAGGTCATTATAGCCCT +ATTATTATAAATAATGATGGTTTAATAAAAAGAGATTTAAATTGTGTCAAAGGAATACCT +ATAGGAATACTTGAAGAATCAGAGTATACAAGTAATGTATTTAACGTTACAGAGTGTCCT +ATGATTTGTATGTTTACTGATGGGGTATTAGAAATAAAAAATAAAGAAAAAGAAGAATAC +GGAATAGGAAGATTAGAAGAATTCCTGAGAAAAAATTATTCTAACAGTCAAGAAAATATT +ATAGAAAATATAAAAACGGAATTAAAAGAATTTGCATCTACAGATAGTTACGACGACGAT +ATAATGATAGTAATGTTAAAAAATATATAG +>group_733 +ATGAGTACAGTGAATTTTGAAGAAATAAAGACAAACTTTATAAATGCAGACTTAGATGAA +AAGATACGTATTTATACTACAACAGAAGGGTTATCTGTAGAGCAGTTTAGAGAATTATTA +AAATATTATCCAATACAACATCTATCAAAGTTAGAAAAAGCTTTAGGATAG +>group_823 +TTGAAAAAAGTAGTAGTAATAGGAGCAGGAGCAGCAGGGATGATAGCAGCAGCGACAGCA +GCTGATAGAGGACTAGATGTAGTGCTACTTGAAAAACAGCATAGAGTTGGAAGGAAATTA +TTAATAACAGGTAAAGGTAGATGTAATATAACAAATGCTTGTGATATTGAGGAACTAATA +GAAAATGTACCTACTAATGGGAAATTCTTATATAGTGCTTTTTATACATTTACTAATGAC +GATGTTATAGATATGTTTAATAACTTAGGAGTAAACACAAGAGTAGAAAGAGGAAAAAGG +GTTTTCCCAGAAAGTGACAAAGCACGTGATGTAGTAGATGCATTAGAAAGACATATAAAA +AACAAAAAAGTAAAATTAGAGCTAAACGCAGAAGTAAATAAGATAGTAGCCACTAATAAT +AAGGTTGAAAAAGTAATTTTAAGAAATAGAAAAGAAATAAAATGTGACTCTGTAATTATT +GCTACAGGTGGAGTGAGTTATCCTCTAACTGGTTCAACAGGAGATGGATACAAGTTTGCA +AAATCATTAGGACATACGATAATTGATACGAAACCATCATTAATAGGTATAGAAGTACAA +GAAAGTTTTGTTAAAGATTTAGAAAAATTAGCATTAAGGAATGTATCAATAACAGTACTA +AATAGTAAAAATAAAAAAGTATATGATGATTTTGGAGAAATGGAATTTACAAAGTATGGT +CTTGATGGTCCTATTATAAAATCTGCAAGTTGTAGAATGAAAGATACTACGAAAGAGAAT +TATAAAATAGTAGTAGATTTAAAACCTGCTTTAGATGAGGAAAAGCTTGATAAAAGAGTT +CAAAAAGATTTTCAAAAGTACACTAACAAAAGATTTGAAAATGCCTTAAATGATTTATTA +CCTAAAAAACTAATTCCAATAATAATTGAGCTAAGTAATATTCCAAAGGATACTGTAGTT +CATCAAATTTCTAGAGAACAAAGAAGAAATTTGGTAAGCTTACTTAAGAATTTTACTTTT +ACGGTAAAAAGATATCGTCCTATTGAAGAAGCTATAGTAACTTCAGGAGGAATTAAGGTA +AGTGAGATAAATGCTAGTACAATGGAATCAAAATTAGTAGAAGGGTTATTCTTTGCTGGA +GAAGTTATAGATGTAGATGCATATACAGGTGGATTTAATCTTCAAATAGCTTTTTCAACA +GGATATTTAGCTGGTATTAATTGTTAG +>group_995 +ATGAGTCTTCAATTAAATATATTAATGTTTTTTCAGAGTATAAGATCTCCATTTCTAAAT +ACAATGTTTTTGATTTTTACAATTAGTACAGAGGTACCTGTAATAGTGTTGGCATCAGCA +TTAATGTATTGGTGTATTAATAAAAAATATGGTCAAAGAATGTTATTTTCCTTAATAGGT +AACTTTGTTATAAACACTGGAGTTAAGGAATTTGTTAAGGCACCTAGACCAATAGGTACT +CCAGGTTTAGAATCAATGAGGGTCTCAACTGCTACAGGATATTCATTCCCAAGCGGACAT +ACTCAAACTGCAACAGCTTTTTGGACTAGTTTTATGATTTTAATTAGACAAAGTTGGGTT +TATGTATTGGGGATAATTATGATAGTAGCTGTAGGGACATCAAGGTTATACTTAGGGGTC +CATTGGCCTATAGATGTGGCTTTTGGTTGGTTATTTGGAATTCTATTTAGTATAGTATTT +ATAAGATTATTTGATTATGTTGATGAGTATAAAAAATATTGGATTTTAATATTACTATTA +ATTGTATTTGCAATTATTGGATACTTTATAAATGGTGAGTCTTATATAGAATACTTTGGA +ATTTTAACTGGTTTTGTAATTGGATACATAGTTGAAGATAAATTTATAAACTTTAATACT +GGTAAAAGAAATAGACAAGCTATTAATTTTAGTAGAAATAGTAAGCATGAAAATAGACTA +AGTATAATATTTAAAAGATTTATTATAGGTATAATTTCTTTAGGTGTAGTATATGTGTTA +TTAAAGTCTGCAGCCTATATTATACCTAAGTATTTTGAAATTAAAAACTTTGAAATTTAT +AGTGTGATAGCAAATTATATTAGATATTCGTTAGTTGTATTCTATGCAGTAGCAGGAGTA +CCACTTTTATTTAAAGGATTAAATTTAGACGATTAA +>corA_2 +ATGATAAGATACTATAAAACTATTGACTCTAAATTAGAGAAACTTAATTCCTTTGAAAGT +GGATGTTGGATAAATCTTGTTGAACCAAATCAAAGTGAAATTCATGAGATTTCTGAATTA +TTAAATTTAGATGTTGATAGTATAAAAGCGGCTCTTGATGAGGAAGAACGTTCAAGAATA +GAAGTTGAAGATAATCATACTCTTATTCTTATAGATATACCAGTAGATGAAAGTGATGCT +TCTGCATCTCATTATAGCACTATACCCTTAGGTATAATTATGCTTGATAATGCTATTCTT +ACAGTATGTACTGCTCAAACTAAAATCTTAAACGATTTTATAGTAGGTCATATAAAGGAT +TTTTATACTTTCATGAAAACGCGTTTTCTACTTCAAATTCTGTATAAAAATGCAACTTAT +TATTTATTATACCTAAGAAGAATAAATAAAATGACTAGCATAATAGAACGTGAAATATAT +AACTCTATGCAAAATAAAGAGCTTATTCAATTGCTAGAACTAGAAAAATCTCTAGTATAT +TTTTCTACGTCTTTAAAAGCTATTGAACTTGTTCTAAATAAAATGGTTAGAACACCTAGC +ATTAAACGTTATGAAGAAGATGAGGACTTATTAGAAGATGTTATTGTAGAAAATAGACAG +GCCCTTGAAATGGCTACAATTTATGGTGACATACTTAGTAGAATTATGGATGCCTTCAGT +GCTATTATTAGTAATAACCAAAATACTGTTATGCAATTTTTAACTGTAGTTACACTTATA +ATGGCTATACCTACTATTGTGTCTGGATTTTTCGGTATGAATGTTCCTGGAATACCGTTT +GAAAATAATCCAAATGGATTTTGGATTACTATGCTAATTACTTGTATTATTTGTTTAGTA +ATAACTTTCTTTATGTCGAGAAAGAAATTACTGTAA +>group_1497 +ATGAACATTAACTTTATGGATATTGACTTATTGCTTAGACTTTGCGTTTTAATTGTTGTT +ATAGGAATTACAGTTAAAGCTATAAGACTAATATCAGGAATCGCATTTAAAATTGCTTCT +GTCGTTTTAATTCTGTTACTTCTATATAAAATGTTAATATAG +>group_1500 +ATGATACCTAAAAGAGTAAAACAATTTTATACTAATGTAACCGATTTTATGAGCGTAGAA +GATTATGAATATGTTAAGAGCATTCTAAATAATGTCGAATTTGATTTATTTAACAGATTA +CTAAAATCTGAGCAAAAACATAGTGTTAGAATTGCAAGAGAAATTGAGTATATTATTAAT +TATGGGCTAACTGACAATGAAGACATTATATTAAATAAAAATATATTAGTTAAAGCTGCA +TTACTTCATGATATAGGAAAGATTAGAAAAAAGTTAAATGTAATAGATAAATCAATAATT +GTAATTCTGAATAAACTAACTAAAGGTAATCTTAAAAAATTTAAAAAATCTGAGAAAGTT +CAATGTTATTATAATCATAGTGAATATAGTTATGATATTTTAAAAGAATTAATAAAGGAT +GAATTACTACTAGATATTGTGAAAAATCACCATAGCAATACAGAAAGTGAAATAATTAAA +TTCTATCAAGAGATAGATGATAGAAACTAA +>murJ_2 +ATGTCAAAAGTAGCAAAAGCTGCCTTAGGTCTTATGGCAGCAACTTTAATAGCAAAAATT +TTAGGTTTTGGTAGAGAATTAACTTTAGCCTCAGCTTATGGAGCATCGTCAACTAGTGAT +GCATTTTTAGTTGCAATGAATATACCAGCAGTAATATTTACAGCTATTGGTACTTCTTTA +GGGACAGCATTTATACCACTTTACTGTGAAGTAAACTCAAGCCAAGGTGAAAAAGCTTCA +ATTAAATATACAAATAATATTTTTAACGTAGTTGTGCTTATATGTATAGCAATTTCTATA +ATAGGAGTAATATTAACTCCACAGGTCGTAAAATTATTTGCATTAGGTTTTAAAGGTGAA +ACTATGGAAAAAGCTGTATATTTTACAAGAGCAATGATTCTTGGTATTCCTTTTTTAGGT +ATAAGTTATATAATGATGGCTTATCTTCAAGTAAAAGAAAATTTTATAATACCAGGGCTT +ATGTCTGTACCTTATAATACATGTATAATAATATCAATACTTTTAAGTGTTAAAACTTCG +CCATATATATTGCCATGGGGTGCGCTAATAGGATTATTAGGGCAATTTTTATTTCAACTT +CCTTTTGCAATGAAAAAAGGATTTAGATATAAACCATACATAAATTTAAAAGATGAATAT +TTAAAGAAAATGTTGTGGCTTGTTGCACCTGTACTTATAGGAGTAGCAGTTAATCAAATA +AATACAATTGTAGATAGAACCATAGCATCTACTTTAGTTGAAGGAAGTATATCGGCTTTA +AATTATGCCAATAAGTTAAATCAATTTGTCATGGGAATGTTCATAGTATCAATATCATCA +GTTGTTTACCCAATGTTATCAAAACTATCAACAGAAAATAATAAAGTAAAATTTAATCAA +TCTATAATAAAAGCAATAAATATTGTAATTTTATTAGTTATACCTATATCAGTAGGAGCA +ATAATACTATCAACTCCTATAGTTAAGATATTGTTTCAAAGAGGAGAATTTGACGCTAGA +GCAACGTATATGACTTCTGTGGCTCTTGTATTTTACTCAATAGGAATGATAGGATTTGGA +CTTAGAGACATTTTGGGTAAGGTGTTTTATTCATTACAGGATACTAGAACCCCTATGATC +AATGGAGCTATTGCTATGGGTTTAAATATAATATTAAATATATTATTCGTTAAGTTTACT +AATATGCAACTAGCTGGCCTTGCACTTGCTACAAGTACAGCTGCGTTAGTAACAGTAACA +ATGTTATTTATAAGTTTAAGAATAAAAATAGGACCATTTGGTGGAAAAGCAATATTGTCA +GTTTTTGTTAAAGCAATAACATCTGCATTATTAATGGCTATAATTACAATAATAGCATAT +AGAAAAGTTTCATATTTCTTAGGTTCTGGAACTATAAAGGAAGTTATTACTTTAGCTGTA +GCTATTGGAGTAGGAGCTATAGTGTATGCCTTAAGTATTGTAGTGCTAAAAGTAGATGAA +GTGAACTTGATTTTAAATGGCTTGAAGAGTAAAATAAAAAGAAGTTAA +>group_1503 +ATGAAAAATCAAGATAAGAAAAAATATAAAAATGAAAATATAGAAAAATTAGAATGCGAC +GTTCTTGGAAATGCATTTATCGGAGATTTATATAATAATCCAGAAGGCTTGGATAATACT +AATCAAAATTTAATTATGCATTTGCAATCTAATAAAATAAAAAAAGCAAGTAAAGATACT +AAGAATAGGAGATAG +>group_1492 +ATGGAAGATATGCATAAGAATTTACTAGATGGAACTTTAGAGCAATATAATGATGCAGCT +GTTCCTAAAATACCAGTTTTTGCAGGTAACGATATGACTTCTGAGGTTTACTATTTTAAA +CCAAATCAAGTTTTAAAAATGCACAGACACCCAAACGGTGAACAAATTTTCGTATTTGTT +AAAGGATCTGGAACTATGATAGTTGCTGATAAAGAGCATAATGTAAAAGAAGGTACTATG +ATATTAGTAAAAGCTGGTGAATGGCACGAAATTACAAACGGAAATGAAAATATGGTTGCT +GTACAAATAACTAAAGTAGGAGCAGGCGCAGAATTTAAAGATGCTTAA +>ubiE_2 +TTGATTAAAAATATAGATAAGGTATATGATGAATTATCTAATTCATATAAAAAAGAATAT +GAAGAAAGTAGCCCTTTTAATTCAGACTATGAAAGGCCAGCTATGATTAAGTTATTAGAC +AAACATATATATAATAAAGAAATACTTGATGCAGGCTGTGCTGGAGGGTGGTATACAGAA +AAATTTATTTCAATGGGAGCTAAAGTTACTGCTATAGATGTTAGTGAAACAATGATTAAG +ATTACTAAGGAAAGAACTTGTAATAAAGCCGATGTACTTAACCTAGACTTAAATAATGAA +TTACCATTTAAAGATAATAAATTTGATATTGTAGTAAGTTCACTTACATTACATTATATA +AAAGATTTAAAAAAGACATTTAGTGAATTTAAAAGAATATTAAAACCCAATGGTATATTA +TTATTTTCTGTGCACCATCCTTGTATGGATATAAAAGATTTTGAAGATGAAAACTATTTT +ATCACAAAGTTATATAAAGAAAAATGGGAAAAGGGTGGGGTAGTAGTAGATGTACAATTT +TTTCATAGACCGTTACAAGAAATAATAAATACTACAACAAAATACTTTAATTTAGAATGT +TTAGTTGAACCAACTCCAGAGGAAAGTTTTAAAGAGAAGGATTTAGATAACTATAATTAT +TTATCAAAAAATCCTCATTTTTTAATAATAAAAGCAATAAATAATAAGTAA +>group_1502 +ATGGATAAAAGAATAGATGCAATTATAGCATTAAAAAGACCGTATAAATGTACGCCACTA +ACAATTGAAAATGCAAGTTTTAGTACAATACCATTAATTACCAAAGAAAATAGGCCTAAA +CTTAAAAAAGTAATAGGTAATGAAAAAAACTGTATAATAGGTTTAACGAATGTGTTAAGT +AAACCAAAAATTAATGTTAATACTAATAATGCCTTTAATGAGCCTATATACATGCTATCC +ATTAAGTTAGATACAATGAACAAAGAAATAGCATTTATAACTATAAATAATGAAAATCTC +TTCATATATAAAACTCCTTTCAAAATTTATTAA +>group_1494 +ATGGATAAAAAAGAAAAATGTGAATTTAGCAATCAATGGTCAACTTCAAATATTTCATGG +ACAAGCAAAGCTGAAGTAAAAGAAAAAGATGAAAGAAATAACCAATGGACATCAACACTT +AAAAAAAGTCCAGAGGAGTATTCAAAAAATTGTCATCCAGAAAATCATAATAAAAAATAA +>group_1493 +ATGAAAGATATTAGCATAAAGTTAACTAGAGATAATTTTAATTTTAGATTTAAACAATAT +GAAGGTATGTATTTTCACTGCACAATAAACGAAGATAGTGAAGTAATTAGATATAAAATA +ACAAAAGATAAAGAAGGTATGGAACTTAAAGAGTTTGGAAATACACATTTAAAAGATAAT +ATGCTCTATATTCCTCAAATTGAGGCATATATTGATTTAAAGAGTGTAAAATAG +>group_1496 +ATGGGTGAATCTGTAAATAATATTGAGAGTTTCCATGGGTGTGGAGATAAAGAGTTGCTT +AATAAATATTTAGATACAATTGTTAAAAGAGATGATTTAATGCTTAAAAAGCAGATATAC +TTAGATGCTAAACACATATGTATGTCTTATGATTTAATGAAGACTGAGTTAACATTAAAA +GTTAATGTTAAGAAATTAAAGATAGAAAAGAATATGATAAAGTCTAGTATAAAATTAGGT +AGAAGATTGAATAGGGAAATCATGAATAACTTAATAAATAGAGAGACAGTTACACTTAAT +AATCATATTTTAGGTATTGGTGATCTAGTAAATACAGCAAAAGAATATATTAAAGATTAT +GAGAAAGATGAAAATTATAAAAAAGAAATTTCAAGGTTATATAAAAAAATGATTTTTAGA +ATAAGCCCTACATTTAATCATCTTGACTCAAATAAAGAAAAGTTGTGGCAAAAAACTGAA +TTAGCTTATATATACAATAATCTTAATTTATTAAAAGTATTATCAAACTTACTTAGTGAA +GATCATATACCTACAAAGATATATAGCACAGAAGAATTAGTTGAAAATATACATAAATTA +AATGAGGAAATAAAATCTATGGAAATTATATATCCTTTTAATATAGAAAATAATATTGAT +GATAAAATATATATAGAATCTTATAGAAATGAAATAAAAGAAAGAATAGAAGATGTAAAA +GAAGAAGAAAAAAATTTAGAGATGCAAGTTAATTTACTAAGAAAGGAAATAAATACACTT +AACTTAATGTAG +>hndA_2 +ATGTGTGATTTTATTATAAGAAACAAAGAATTATTTGAACAATTAGATATATTTATAAAT +TCCATTGATAATAAAGAAGACTCTTTAATGTATATTTTACACAATGCACAAAATTTATTT +GGATATATTCCTAAGGATGTACAAAATTATATTTCAAAAAAATTAGATATTCCAGCTGAA +AAAATATCTGAATTAATTAATTTTTATTCATACTTTAGCACTGAGCTTAAAGGTGATTAC +AAGATAAATGTATGTGTAAGCGGTGCTTGTGCCAAAAATAACTCTCAAATGGTACTTGAA +GAGTTTGAAAGTCAACTTGGAATAAAGACAGGGTTTACTACTAATGACTCAAAATTTAAC +TTAGAATCATCAGGATGTATTGGAGTTTGCAGACGATCTCCAATAGTCACTGTTAATGGT +AAAGTTTATGAACGAGTAAATCCTAAAGATGTAGAAAATATATTAAATGAATGTGAATAA +>sipW_3 +ATGGAGTCTACATATTACTCGGGTGATGTAATAATAGTAAAGAATAAAAGTAGGGTTAAA +TTAGAAGTTAATGACATTATAACTTTTAGAGAGGATAATAAAGTAGTAACCCATAGAATT +ATAGATAAGACGGATAAAGGATATCTAACTAAAGGTGACAATAATCAATCAACAGATAAA +AAAGTATTGCTAAAAGAAGATGTAATAGGAGAAGTATATTTACAAATACCAAAAGTAGGT +TAA +>group_1508 +ATGAAGCTACCTAATTTTTTAGAAAATAATATATTTGAAGAAGTAAAGAGTAAGATGAAT +ATAGATGATGGATATGTAGTAGAAATTGACTTTAATATACCTTTTAGAAGATTAAAGTTA +GATAATAATAGAAGATATACTAGAGATTGGGCTATTGTATCTATGAATTATAAAGAAAAG +AGTAACTGGATATGTGAAGAGTGTGGCCTTGACTGTAGTGTTACTAAGTATTATTTACAC +ACACATCACATCAATAATAATAGATACAATAATAGCTATAATAATCTTAAGGCAGTATGT +AGAAGTTGCCTTGGAAAATATTGA +>group_1510 +ATGAGTAAACTTGATAAATTTAAAAGAAGAAATAAAAGTAATGAAGGTGTAAATTCAGCA +ATAGCAGACCTTATGTCGGGACTTATGATAGTCTTCTTATTCATATCAGTTGCATTTATG +AGTAAGGTATATGATGAAAATATTAATATAAAAAAACAACAGCAAACAGTTGAAAATATT +GTAAATACTTATGAAGAAACAAAGGTAAATATATATGAAGATTTATATAATGAATTTAAG +GGAGATATGAATACTTGGAAAATGGAAATAGAAAATGACGGAACTATAAGATTTAAAGAG +CCAGAAGTGTATTTTGAAAAAGGCAAATCTGAATTAAAAGATCAATTTAAGGATATACTT +GATTCATTTTTTCCTAGATATATAAATGTAATATACAAAAATCATAAAGATAATGTAAAA +GAAATTAGAATAGAAGGTCATACTTCTAGTGAATGGGAAGAAAATGCAAATACAAAAGAT +GCTTACTTTGGAAATATGGAATTGTCTCAAGATAGAACTAGAAATGTTTTAAAATACATC +ATGAATATTCCACAGCTTAATCAATATGAAGAGTGGCTAATAGACAATATAACTTCAAAT +GGAATGTCCTATAGCAAAAGAATTTTCGATGAAAATAATGTAGAGAATAAGGATGCATCT +AGAAGAGTTGAATTTAGAGTAATAACAAACTCTGATGAAATTATTAATGAGATTATAGAG +AATTATAATGATTAG +>group_1509 +TTGGAAATGATAGTAACATTACTGTTTGTCCTACTTGTAGGAGCTATAGTATATAAATTT +TTAAAAGAAAAGAAATATTCCAATGAATCTGCATTAGGGAATATAGCATCTACAATAGGA +GTACTTGGAACATTTATAGGGATAGCAATAGGTTTATGGAAGTTTAATCCTAATAATATA +ACTGAAAGTGTTCCACTATTACTAGCTGGTATGAAAATAGCATTTGCAACATCAATAGCA +GGTATGTCTGCAGCTATATTTATGAAGTACATAGCTTTAAAAAATGAAGATGAGGAAAAT +ATTGACGATATTATGGAGCTTTTTAATACTATGATATCTGAAAGTAGAAATGTTAATGCT +ACGTTAGTACAAAATCAAATACAAACTAAAGAAGCATTAAATAAAGTAAGTGAGTTATGG +TCAAATAATCAACAAAAGTTTACGAAAGAATTAACCAATGAAATATTAAACTTAAATAAT +AATACAATATCTAAGCAAGAAGAGCTTATTATGGAGTTTAAAAAACTTGGAGAGACCTTT +AAAGAGCTTAATAGTGGAGTAGGTGATCTTCTTCAGTGGCAAGAAAATTACAAGGAAACT +GTAGAAAGTACTACTAAAGAATTAAACTTAGTTTTAGAATCTATACATAATACAGATGAG +TCAATCAAGAGTATAGCTGAAAATTCTTCATTAATAAAAGAAAATAATGAAAACTTAAGT +GAAGTTTTAAAAGATATAAGAAATTCACAAGCAATCATAGTAGATGGAACAAAATCAATA +ATTCAAATATCAGACAGGGCGAAAGAGTCTATACCTGAGATTAATAAATATTTCGAGCAT +ATTGATACACAGTTAAAAGGTGCAGTAGAGAATTTAGATGTGGTAATTCATGATAATAGT +AATAAATTAGAAAAGCACCTTGAAAAAATAACTTCAGAGTCCTTATCAAAAACAACTCGT +TGTATAGCAGACAATAATATGGAATTTAGATCTGAGGTTGAAGAATACTTAAATAGATTT +AAAATGATTGTATATAATTTAAAGAAATGTGTACCTGAAATAAATAGCAATTTGCAACAA +ACAAGTCATAGATTTAATAAGTCTTTAACTACTTATAATAACGAAGTACAAAAATCACTA +CAACAAAATTTAAAACAACTTAATAAACAAGTTGATTCTCTTCAAAAATCAACTAACAGT +ATAAATTATAACTTGGAAAATACAATTTCAGATTCTGCAAAGAGAATAGAAAATCTAAGT +ATGGCAACATCTAATCAAATAAAAATGATGATAGAAGATATGGAAAATATATTTACTAGA +AAAGTAGAACAACTAGATGAAGTATTAGAAGCTGAACTTACAAAATCTTTAAACTCATTA +GGTAGTCAGTTAGTTACAATATCTGAAAAATTTGCAGATGATTATACTCCGTTAGCGGAT +AAATTAAAAGAAGTGGTAACTATTGTTGAAGGAGTAAAATAG +>group_1504 +ATGGATAAACTTATTGCAATTATATTTATAATTCTTATTATTTTAATATTGGCTAAAACA +TTTAAAAAGATTTTTATATGTGCATTATTTGCAATTCTTACATTTGCTATATATACCATT +ACTCAACTTCCACTTTTAACAAGTTCCATCTTATCTATTGTTATATTTAAAGGATTTAAA +GATACTTTATTTAATTTAAGTGTAACTTTTAAAGCATTATTTAGATCGAAATATAAATTC +AAGCAAAAATTTCTTGGCAAATTAGTTAATATTTTATTTGAATTAAACTTTACTGTTTTT +ATTTTCTTGTGTTATATACTTTTAATATCATATGTAGCTTATTGGTTAGATATCGATTTT +GAATTTATTACTATAACTTTTATAGCCCTATCTTTGGTTCAAATGTTAAAACAATTAGCT +TTTAGAAAAACTTATTATAATCCCCATAGATTTTTAAGATAA +>group_1511 +ATGAACAACAATCACCCATATCAACTTAACTGTCCACACTGTGGTAGTTATATAACTTTT +AATATTCCTGAAAATAAATCTATCACAAATGATACTTCAATGGTATTCTCAGATGAAAAT +ATAGGAAATATAAGTATATCAAACGCTTATAAAAATTCAGGTTCATTTGGAACCTATGAG +GCTATGGATGTAGAAATGATTTGTCCTCATTGCTCTTACTCATTTAAATCCACCGTACAT +TCTAACTCTACACTTGAATAA +>group_1505 +GTGGCTCTGGATGAGCCTACTGAAAATGATGAGGTTTTCACCTCAGATGATTATAATGTA +ATTTTAAACAAAGACTTATGTGACAAAATAGAAGTCATAAATATCTTCTTCTCTAGAGGA +GAATTTAGAGTAAGCACAGACCTCTCTTGGAGAGATGAATACTATGGAACTCCTTGGGCT +AGACCATGGTAA +>nag3_4 +ATGTCAGAATTAAAGCAAAAAATAGATTTAAAAGCTAAACCATTTAACTTATCCGATGAA +GATATAAAATGGGTAGAAGAAACTTTAGCTAACTTAACTTTAGATGAAAAAATAGGTCAA +GTTTTCGTAGATATGTTATGGAATAATACTGAAGACGAAGTAAAAGAGAGAATAGCAAAA +TACGGTATGGGTGGATTCAGATACAACAACATGCCTGCAACTGACCTTTACAAGCAAAAT +AAGTTAATACAAGAAACTAGTAAAATACCTGCTCTAATAGCTGCTAATATAGAAGCTGGT +GGAGATGGTGGTGTTGGTGGTGGTACTCACTTAGGATATCACGTAACTATAGGTGCTACT +CAAGATAAAGAAAATGCTTATAAATTAGGTTACTATGGATGTAAGGAAGCTGCTGCAATC +GGATGTAACTGGACTTTCGCTCCAATAGTTGATATAAATAAAAACTGGAGAAGTTCAGTT +GTTTCTAGTAGATGTTTCTCAAGTGAAGCACAGCAAGTTCTTGAAATGTCTAAAGAATAC +TTAAGAGGTGCAAAAGATGCTGGTCTTGCAAGCTGTATGAAACACTTCCCAGGAGATGGA +CTTGATGAAAGAGATCAACATATAGTAACTGCAAACAATGATATGAGCGTAGAAGAATGG +GAAGAAAACTTCGGTAAAGTTTACAGAGGTATGATAGATGCTGGTGTTGAATCAGTAATG +ATAGGACATATAAGACTTCCTGAAATGTCTAGAAAATTAAGACCAGGAATAAAAGATAAT +GAAATAATGCCTGCTACAATAGCACCAGAATTATTACAAGACTTATTAAGAGATAAATTA +GGATTTAACGGATTAGTTATAACTGATGCTACTCACATGGTTGGTTTAACTTCTGCTATG +AGAAGATCTGAAATAATGCCTTATACTATAGCAGCTGGTTGTGATATGATACTTTACTAC +AGAGATAAAGATGAAGATGTTGAATCTATAAAGGAAGGTCTTGCTAACGGTGTATTAACT +GAAGAAAGATTAAATGAGGCAGTTACTCGTGTACTAGCATTCAAGGCAATGTTAAAGTTA +CACACTAAAAAAGCTAATGGTACTTTAGTTCCTAAGGAAGAAGGACTTTCAGTTATAGGA +TGTGACGAACATAAAGAAGTTGCTAAAGACATAGCTGATAAAGCTATAACATTAGTTAAA +AATACTAAGAACCAATTACCAATAACTCCAGAAACTCATAAGAGAATAATGCTTTACACA +GTGGAAAATTCAGGATTTGCTCCTAATAAAGTAGAGACTGATTCTTTAAAATCAAGAGTA +AAAACTAAGTTAGAAGCTCAAGGATTTGAAGTTACTTTATTCGATCCAGCTGCTGGGCTT +AATGGTAAGCAGTTATTAGCTGCGACTCCTATAAAAGAATTCGTTGATAGTTTTGATGCA +GTTATGTTATTCGTTAACGTTAGTGGATTCTCTCAAAGCAATGTAAGACGTATAACTTGG +TCTATGCCAATGGGTCCAGATATTCCATGGTATGTAACAGAATTACCAACAGTTTGTGTA +TCTGTATTCAATCCATTCCACTTAATAGATGTACCAATGGTTCCAACTTATATAAATGCA +TACACAGATAATGATGCAACTTTAGATTTAGTTATAGAAAAAATAATGGGTAAATCTGAA +TTCAAAGGAGTAAGCTCAGTAGACGCATTCTGCTCTTCTTGGGATACTAGATTATAA +>group_1506 +ATGGGAAGAAAATATAATTTGATATTATCTCAAAATAAAACTTTATATACAATTAGATTT +AAGCTTAGACCATTTAATATGGAAGATAGAAAAGATGTTTTTGAATTTGCAAGTGATGAA +GAAACTACTAAATATGTAACTTGGGAAACTCACAAAACGATAGACCAATCAGCAAACCTA +ATTTTAAACTACTACAGTAGAGGCGGAATATATGCAATAGAATTAAGAGAAAATAAAAAG +TGTATAGGATGCGTAGATATAAGAATAGATGAAGAAAACGACAAACTAACTTTTGGATAC +ATATTAAATAGAAATTATTGGAATAAAGGTTATATGACTGAAGTTTTAAATGAAATTTTA +AGATTCTCCTTTGAAGTATTAAAAATAAATAGAGTTGAAGCTGAGCACTATGTAGTAAAC +GGAGCTTCTGGCAAAGTAATGCAAAAGTGTAAAATGAAACATGAAGGACGAGGCATCCAA +GAAGTAAAAGTAAAAGGAAAATATTACGATGTAGATCACTACGCAATGTTAAAATCAGAA +TGGTTAGAAATTAATCAAAATGAACTAAATGAAATAATACCTAACACAGATTAA +>dosP_2 +ATGGATATATACTTAGATGATTTTGGAAGAGGGTATAGTGCATTAAGCTATTTAGAAAAA +TTACCGATAAGAGGGGTAAAAATAGATAAGAAATTTGTAGATTACATTTGCCAAAATGAT +AAGATAATAAAAATGATATTTACTTTAGCTCAATCTTTAAACTTAAAAGTAGTTGCAGAG +GGTGTAGAGAATGGAGAGCAAAAAGAAATAATTCAACAAATGGGTGAATGTGTGATACAA +GGATATTTATATAGTAAACCGTTATCAGTAAAAGAATTAGAAGATAAATATCTATAA +>group_1514 +ATGGTTTTAACAGGAGCTCATTATATTTACATCTTATTTATGCTAGCCATCCTGATTATA +ATGATCATGAAAAAGGATGTAATAGTACCATGTATATTAGGTATATTTTGTCTAGGATTA +TTTTACACTCAGAGTATTCCACAAGCAATAAATGCAGTATTTAACGCTCTTATAGTTTCT +CTAAATGAACTTGGACCAGTAATTCTTATTATATCCGTAATGGTTGCATTATCTAAAGCC +CTAGAAGACAATAATGCTATTAACTACATGATAAAACCTTTCTCTAAGGTTATAAAAACT +CCTACAACAGCATTCTTTGTAGTAGGGATAGTAATGTGTTTATTATCATGGTTCTTCTGG +CCAACACCAGCAGTTGCATTGGTAGGAGCGATATTCTTACCAGTAGCTATGGATGTAGGA +CTACCTGCAATAGGTGTTGCTATGGCTCTTAATTTATTTGGTCATGGTTTAGCATTGTCA +ACGGACTTTGTTATTCAAGGTGCACCAGCAATAACCGGTGGAGCAGCAGGGATAGAAGCT +GCTCAAGTTATAAGTGAAGGTATGCCATTATTTTTAGTAATGGGCATAGTTACTATATCA +ACAGCCTTTTATTATCTAAGAAGAGATCTGAAAAAAGGTATGTTTAAAGAAGAGTTAAAG +CAAGTTGAACATGTAGAAATAAAATCTTTTAACAAAAAAGCTAAAATAGCTACTTTATTA +GTGTTAATAGGTTTTTTATTAGATATAGTATCTATGTACGCTTTAAATTTAAAAGGTGGA +GATGCAACAGCATTATTAGGTGGAACAGCACTTCTTTTAATTGTAATTATTAATGCTATG +AATCATAAAAAAGATTGTTTAGACTCAGTTTGTAAGAACGTTATAGATGGATTTGTATTT +GGGATAAAAATATTTGGAGCAATAATCCCAATAGCAGCTTTCTTCTATATGGGTGAAGTG +GCACCAATAACTTCTGTACTAGGAGACGTATTACCAGCAGGCTCTCAAGGATTATTATCT +GATATGGGTATAGCCTTATCTCAAGCAGTACCATTAAATAAACTGGCAGTAGCAAGTATA +CAAACTGTAGTAGGTGCAATCACAGGGCTTGATGGTTCTGGATTTTCAGGAATATCATTA +GCAGGTTCTTTGGCATCTGTATTTGGAACTGCTGTAAATGCCAGTGTTGGAGCACTTTGT +GCTTTAGGTCAAATTGCTGGTATCTGGGTTGGTGGAGGATGTTTAGTTCCTTGGGGATTA +ATATCAGCTGCAGCAATATGTGGAGTTAACCCAGTAGATTTAGCTAAGAGAAACTTTAAG +CCGATAATGATTGGATTTGTCGTAACGACAATAGTTGCTGTATTTATTATTTAA +>group_1519 +ATGATAGATTTACCAATTTATTTAAATTTTACTTTTGCTTTTTTAGCAACGATAGGATTT +GCAGTATATTTTAGTGCACCTAGAGTTTCTTTAATTCCATCTGGTATAATCGGAGGCTTA +GGCTGGTTATTATACATATTTTTATTTAAATGGAATGACAATGCAGTTGTTTCAACCTTC +TTTGCTGCAGGGTTCGTTGCCTTTTTAGGTGAGATTCTTGCTAGAAGGTTAAAAAATCCA +GCTACAGTATTTACTATACCAGGAATACTTCCTCTAGCTCCTGGGGTCGGTATTTATAAT +ACTATGCTTTATATGGTTCAAAAGGAATTTGAGCTAGGATTTTCTAAAGGTATAGATACA +TTCTCTATAGCTGCAGCGATTGCCCTTGGTATTCTTGTTGTAACATCTATTGTTAATACC +TATAATATTTTAAGTAAAAGAAGACTTTACAAAAAACTCGAAGCTTTACATGGCCCTTTT +CATATGAATTTAAATAATCGTAAAGATAGTTAA +>group_1513 +ATGAATCAACAGGGGTATATAATAGAGATTGTTGATGAAAAAACAGCCAGGCTAAAAATG +CAAAGACATTCAGCGTGTGCATCTTGTGGAAAATGCCAAACATTATCATCAGAAACTAAA +GATATATTAGTAGAAGTTGATAATACAATTGGTGCAAAAATAGGGGACCATGTAGAAGTG +AATATGGATAATATGAATGTATTAAAAGCAACAGCACTTGCATATATAGTACCATTAATT +TTTTTAATGTTAGGAACTATAGGAAGTTACTTTGTATTGGATAAGGTAATAGAAGCACAA +GGTATAAGTGTGGAAATAATAAGTGGATTAGTTGGAATTGTAATGATGTCAACTTCATAT +GTAATATTAAAAAGAAATGATAATAAATTCCGTGAAAGTAGAAAGTTTATACCTGTAATC +ACAAACATCTTAGATAGATAA +>csoR +ATGGAAAAAAAACTACAACCGTCTAATGATAAAGATGCTCTTATAAAAAGACTTAAAAGA +ATAGAAGGACAAGTAAAAGGTATACAAAAAATGGTAGAAGAAGAAAGGTACTGTGTAGAT +ATACTAGTACAAATATCAGCAATAAGATCTGCTATAAACAAAGTAGGATCAATTATACTT +GAAAATCACATAAAGGGATGTGTTACAGAAAGTATAAAACATGATGACATGGAAATAACA +GAACAAACAATACAAGAACTTATGGATACAATAAGTAAGTTTACAAAATAG +>group_1520 +ATGATGAGAATTATTATTAATTACAGTGCGAAAGGGGATGATATTGTGACTTTAGTAGTA +GTAGGCGGAAATGAAAGAATGAAAAAGGATTACATATCACTAGCTAAAGAGAAAGGTTAT +AAAGCTAAAGTGTTTTTAAATATGTCTTCTAAAGTTAAAAAATGTGTAGGAGATCCTGAC +GCAATAGTAATATTTACATCAGTAGTATCACATAAGATGGTAATATCTGTAGAAGAGCAA +GCTAAAAAAAGGAATATTCCTATAATAAGGCATAAAAATAATAGTAAAGCAGCATTTAGC +CAGTGTTTAGAGATGGTAGATGAATGTACTGGAAATTGTAGAGAATGTAAGAAGAATAAA +TCAAATACAAAAAATTAA +>sir_2 +ATGGAGCATTTAAGAAGTATGTTATTAGAGGAAATAGATAGCTTTAGAGAGCTAGGTCAC +AAGTTTGAAAATAAAGAGATATCATCAGCAGATTTCAAAGCCACTTCTGGGGGAATGGGA +GTATATGCACATCGTGGTGGAGAAGAGTTTATGATAAGACTTAGAATTCCATCAGGTATA +CTGAATACACAAGAATTAAAAGTAATTTATAATTTGGCTAAAGATAAAAATCTTGATAGT +GTTCATACAACAACTCGTCAAGCTATACAACTTCACGGGTTAAACATAGATGAAATTTGT +GATGTTATGAAAGAAGCTATGAATAATGGAATATATACTAGAGGTGGAGGAGGAAACTTC +CCTAGAAACGTATCAATATCGCCGTTATCAGGTGTAGATAAAGAAGAAGTTTTTGATGTT +ACACCTTATGCACAAGCTGTAAATAGCTATTTTATGAATAAAATAACTACGTATAAATTA +CCTAGAAAATTAAAAGTATCTTTCTCTAGTAGTGATAAAGATACTGGAAATGCAGGTATT +GCAGATTTAGGATTCATGGCTACTAAAAAGAATGGTAAGGATTATTTTAAAGTTTATTTA +ACTGGTGGTCTTGGAAAAAATGCGGCAAAAGCTATAGCGTTCGATGAGTTAATAGAAACT +AAAGATGTATTATATCATGTTGAAGCTATAACAAGCTTTTTTATGGCAGAAGGTGATTAT +TCGAATAAAAATAAAGCTCGTTCTAGATATATAACTGCGAGAATGGGAGAAGAAGCAGCG +TTAGAATGTTATAAAAAGCACTTAGCTGAAGTGAAGATGAAAAATAATTTAGATTTAGAA +GTTATTCCAAAAGAGTACAATAAAGTTGGAGTAAAGATAAATTTAAATAATAATAGATTA +ATAGATCAAAAGCAAGAAGGATTATATACAGTGTACTTCCACCCAATTGGAGGAATATTA +AAGCTAGATACACTAAAACTTATCTTAGATAGTATAGAAAATATAGAAGATGTAGAAATA +AGGCTTTCTATGAGTGAAGGTATGTATATAAGAAACTTAAATGGAAATGAAGCTAAAGAT +TTATTAGAAATAACTAAAAATCTTGGTGGTGAAACTAAGTTAGAGCAAAGTTCTGCTTGC +ATAGGGGTTCCGACATGTCAAATAGGTATTGCTGAAAGCCAATCTTTATTAGATGAGATA +TTAGTATATTTTGCTAAAAATGGATTTAATAAAGATGTATTGCCATCACTTCGCATATCA +GGATGCAATAATTCTTGCGGTACTCATCAAATAGGCTTACTTGGGTTTGCAGGAAAGAAA +AAAAGAGTAAATGATGTAGTTACAGAGGCGTTTGAGCTTCATATGAATGGAAGGCTTGGT +AAAGACGACACTAAACTTGGTAGTGCAGTAGGAGATATAGCTAGAGGTGATGTTCCTAAG +TTTTTATATGAGTTAGCTGTGAAAGTGGATGAATTAGGAATTACTTATGATGAATTTATT +GTGAATCATATTGATGATTTCAATGGAATTATAAATAAGTATTTAGTTTAA +>group_1521 +ATGAGAGATTACACAGAATATAGGGGAAGTATTTTTGATAATGAAAAGAAACTTTGGAAT +AAAGGATCAACTTCAAATTTAGATTTTAGTTACTTAGAGTTAGATGAATACAAGTCTGAA +ATTTTAAAAAATCTTATATTAAAAAATGTTACAATGAAAAATGAATTAAAAATTTTAAAT +ATAGGTAATCTAAATGTTCTTTTTTCTAAGATTATGGCAGATGAAGGACATGAAGTTACA +CTTATAAGACCGACCTATAAGAGCATTAATGAAGCTAAACAAAAATTGAATAAGTTTAAG +GTGGAAGTTGATTTTAGAATAATGGATAAAAATGCATTAGATTTTGAAGATAAAACTTTT +GATCTTATTATTTCTAGTAAAATAACTTGGCAACTTCAAGGTCCTGGGGCTGCTTTTAGA +GAATGGAAGAGAGTTTTAAAGGATGATGGAACTTTAATATATTTTGATTCAAGTCGGGAT +TTAGATCTATCTAGTGAAGGTAGACCTAGTTTAGATAGAGAAATATTAAAAAGATGCGGA +TTTTCAGATGTAGAAATTGATAGAAACATATATAAGAAAGTATGGAATGATAAAGAGGTA +ATTCCATTTAAACCTAAATCTATATTTATGGTAGTTGCAAAACTATAG +>group_1523 +ATGGCAAGCGCATGGTCTGAAGGAATCACATCTTATTTTTGCAATGATAAATTAAATAAT +TATGACAATAAAATAAATGAAATAAATATATCTAGAATAAATAAAAATAAAAATAGATTA +AATACTATAATAATAATTTTAGCATCGGGATTATTACTAAATAAAATAGCTCACTCTATT +ATTTTTTTGAATTTCTATATTATTTTAGATATTTTAATTAAGTTAAGTAGTAAATGTGAA +TCTAAATTAGATTATATTAAACCAGCCTTTATTTTTCTAATAACCGTTTTATTATCAGAG +GTTATGGATGTAGAGTTCTATAAAAGTTTTATATTATTTTATACAAGTATTAGTATTATT +GGTATAAATATATTAGAGCCTATTTATAATAAAAAAGTAATACACGATGGTCTTTTAAAG +GATAAAAGTAGTTTAACTTTAAAAATATTTTCTGTGATAACATTTTTATTTATAACTGCA +CTTTTATATAAATCTAATTTACTTGAGTATATGTTATATGTTAGTAAACCAGTATTAAGT +ATTTATATAATAATGATTATATCGATAATAAAAGAAAATATTATATTAGATTAA +>group_839 +GTGAGTAATAAAACATCAGCAAAGAAGAGGCCTTCTTTCAGTATAGTAGAAACGATAATA +ATTAATCCTAAAGTAAATGGAAATACTATTCGTTTACAATTTGAATTAAGAGAAAATAAA +GAGATAACAGTCATAGGTGGAATTGATTCTATAACAAACTTTTTTGAATTAGATATTGTG +GAGAAAATAGACAATGGATATAAACTTGGGATTAGAAAAGTTGATGATATAAAACGAAAC +CCCAAATCATATAAATACTTTATAAATGTATGTAATTATAAAAAAGAAGTGGTATATTCT +TTAAAAAAACACTTTAGATTACCACAAGAAGAACCTTTATATTTTTATAGGCCAGATATA +TTTTTGATGAATGAAAAAGAAACAATAGAATTTATAAAGAAAAGGAAACACTATAATAAT +TTTAATAAATTTATGAGAAACACTATTAAAAGGCAACAATTACTTCATAGGATGTTAAAT +ATACCATATAAATTGAATTATAACATAATTACTTTATTAAAAGTGAATGTAATATAA +>group_653 +ATGGTTATTTTCACTCTTATTAGTTTGTCAATTGTTAGTCTTTGCCTAATTTATTTTTTA +TCTATGGTATGTATTCAACTTAATCGAATTATGAATATAAATTTACTATTGGGAATGGAT +GTTACAAAACTATATTCAGATGAAGATCTTGACAAAGAAGAAGACTGCATTGACTCATTA +ATAAAAAATTGTGCTATGTTTATTTATAAAACTACAAATAAATTTAAAAAACATATTTAA +>der_3 +ATGAAAGATGTAAAGGAAAGTATATATGAAGTAAAAGAGTATTTTTTAAAATCTCCATTA +AGAAGCAAACTAGCAGAGGGGGAGAGTATACCTTTCAAAAATCTAGTTATAAATGATTTA +CATGATAATATGACAAATCTTGAAATATTGGATATAAATGAGTCTAAGCCTCTAAAATTA +GTAGTTGTAGGAGAAGTAAAATCAGGTAAATCAACACTTGTAAATGCGTTGTTAGAAAAG +GATATAAGTGAAACTGATGTATTAGAAGCTACATCATCTATAATAGAAGTGTCTTATGGA +GATGAGTATGAATCTAAGATAGTAGATGGAGTTATAAATATATCCTTAAATTTAGAACTA +TTGAAAAGAATAAATATAGTTGATACACCAGGTCTAAGAAGTATGACTACTAAAAATGAA +AATAAGACATTAAACTATATACAAAATGCAGACTTTATAGTGTTTGTAATAGATGCAACT +CATATCGGCCAAGAAGATATAATAGATGCTTTAGAATTAATAGAATCTTTTAAAAAACCT +ATTATTGGAGTAATAAACAAAGGTGACTTATTAGATGGTGATAAAATAGAATTAATGGAC +TACATACAAGAAGAGTATGGAATTTATATGGATAAGTTTTTCTTAATATCCTCCTTAGTA +GAGTATGAAGAAAAATTTAATCCTAATAAAGTTGAAGAAAATGAAAATAAGATAATAAAT +AGTGATAAAGAGCTTAAAGAAGATTTTTCAACTTTTATAAAGTATATAGAAGATTTATAT +AGAGACTCACAAGAAGTAAAGTATGAAAGTATTAAGCATTCTCTTCAAGGGATAGTTCAA +AAAGAAGTGTTATATAGTTATGATTATTTCAAGAGCATTTTAATGGTAGAAGAGGAAACT +AATAAATATGAAAAAATACTTAGAAATAAATTAGATTATATAAGTTCAAAAATGAATTAT +GAAATTGATGATTGGATAGATAGAGTTTTTTTATGTAATCAACTTGGTAAAATAAAAGAA +AATATAGATAGCGCTAGTGATTATATAAATGAGAATTATATAAATCAATATATAAATGAA +AAGAAAGATGAATTAGATAAATTATTCTTTGAAGAATGGGAAGAGTGTTTAAATGAAGTT +GAGTATGAAATAAACACTAGTATTAATAAGAACGTAGAGCGTGTATATTATAAAAATGAA +TTTTTAAATTCTGCACATTATAAGGTGGATAAAGAAGATATAAATATAAATGAAGTTTTA +GCTACAGTAGGGACAGGAGCGATTTTGGGAGTGACATCAGGAGGAATAGCGTCTATTTAT +GCGGCAGCAGTAGGTTCCAGCGCGGCTTCTATGACTATAGGAACAGCTCTTATGGTGTAT +TGCCCCCCTTTATTAGTTGCAGGAACTATAAGTGGAGCTGTAGGAAAGCTAATATATGAT +AAGGTGAAAATTAATAATAAAAGTAAAAATATATTAAATGATATAGAACAATTTATAGAA +GAACTTAGAGAGTCTGTAAAAGCAGAACTAAAATCAAATTACTATAAGTGTAGTGAAGAG +ATAGTAACTACTAGTAGTGAGATATTTAAGAAAGAAAAAGGAATAAGTATGAGTAAATAT +GAAATGGAGGAATTTATAAAAAATATTGAGATGTACATTAAAGAGTTAAAACAATATATA +AAAGGGTAA +>sigA_2 +ATGGGGGCTAAAAGAGAAAATACTTATGAAAATTATATTTATGGGGACTCATCAAGTTCA +TCAAATGCAATGAAAATGTATTTGAAAGAAATTGAAGAGTATAAGATGTTGTCTGCAGGG +GAAGAAGTAGAATTAGCAAAGGCAATATGTGACTCTACACCACAAGCTAAAGAGCAATTT +ATAAATGCAAATTACCGACTTGTAGTAAGTATAGCTAAAAAATATAGAAAAGAAAGTGTA +GATATGCTTGATTTAATTCAAGCTGGTAATATCGGACTAATAAAAGCTGTAGAAAAATAT +GATTATACAAAAGGGTATAAGTTCAGTACTTATGCAACTTGGTGGATAAAGCAAAGTATA +ACAAGATATATTGATGATTGTGAAAATACAATTAGAATACCAGTTCATCTTCATCAAAGA +ATAAATTTTGTGAAAAGAAAAAAACAAGAATTATCTAATATTCTTCAGAGAGAACCTTCA +TTAGAAGAACTTGCAGAAGTGTGCGATCTTGAAGTTGAAAAAGTTATAGATATATTAAAG +AGAGATAAGAATATAGTTTCTTTAGATACTCCAATTAAAGAAGATGAAGATAGTAGTTTG +GTTGAGTTTATTCCATCTGATGCAAATTTTGCGGATGTAGTAATACATGAGGTCGAACAA +CATAATCTAAGAGAGAAGATAGAAGAACTATTGACAGGTCTTAGTGAACAGGAACAAAAA +GTTTTAAGAATGAGATTCGGATTAGATGATGATGATCCAAAAACACTAGAGGAAATTGGT +AAGGTGTTTGGAGTTACAAGAGAGCGTATTAGACAGATTGAAGCGAAAGCAATAAGAAAA +CTTAGACACCCAAGTCGCTTAAAACAATTAAAACATTTTTACTAG +>mprF +ATGGACATAGGAGTTAAGGTTTTAGAAGCAAACACAAGCAAAGAAAAATTCAAGAAAACA +GCTAAAATTGTAGTAATGTTGGCTATTTTTATTTTAGTGTTCAAAGAGTTAATAGGCATA +ATATCATCATTTGATGCAGATAAATTTAAAGTATATACACAGCAATTATCAGTAATTGAT +ATATTTAGTATAGTATTATTAGGCATTATATCTTACTTACCATTGAGCTTTTATGATTTT +GTATTAAAGAAAAGGGTAAAAATCAATTTAAATAACAAAAAATTATATAAATATTCATGG +ATAGCTAGTTCAATAGTAAGTATTGCCGGTTTTGGAGGGAGTACTGCTCTGGCTTTAAAG +ACACATTTTTATAAAGAACATGTAAAAGATAATAAGTTACTATTAAAAGAAATATCTAAG +ATAATAGCATTGAATTTAACAGGATTTTCAATGGTTTGTCTTATTTATGTAATAATAAAT +TTTGGAAATTTACCAATAAACAGTCTAAAAAATATAGGAATAATACTTATAGGTTTATAT +CTTCCTGGTCTTTGTACATACTTTGTATATAAATATGTAAATTGTACAGAAGATGAAAAA +GTAGATATTAAGGATGCTATTAAAATAATATTAATATCAGCATTAGAATGGATAACAACG +ATAAATTTAATTTATGGAATACTAGTTATTTTAGATATAAATATTACTTTAACTCAGTTG +TTCCCTATATTTGTAGTAGCAATTGTAGTTGCTATGGTGAGTATGTCTCCAGGGGGGATT +GGTTCTTTTGATTTAAGTTTTATGTTAGGTTTACAAGAACTTAACGTCCCTGGAGAACAA +GTTTTATTAGTTATATTTTTATATAGAGTATCTTATTATATAGTGCCACTTATAATAGGA +CTTATACTATATGCTCACGAAATGTATATAAAAATGGAAGATAATACAACTAATATTATT +TCAAATGTTTCATCTAAAATTGCTTATAGAACTATATCAATTTTAGTATTTTTAACAGGT +ACTCTTTTATTGATACATGCAGCGATTCCTAATGTAGTTGATAAGGTAGGGATACTAAGA +CATAGTACTAACTTATTGATGATGAACAGGGAAGAATTACGACTTTTAAATAAAGAATCT +ATAGTAGTAGGATTTTTATTAATTGCTATTTCGAGACTTATAAGTTATAAATCAAAGAAA +GTATATAAATCTACATTAATTTTAGTGGTATTAGCAAGTATTGTAGAGATAGTAAAAAAT +TCGGGATGTTTAAATATTATATATCTAATTATATTAGGAATAGTTCTTTACATAAGTAAA +GGTCAATTTTATAGAGATAGTTTTATAATGAAATGGGATAAACTAGTACGCGATATTTTA +ATATTAACAGCATTTTTAATACTGTATATATTTACAAATTATAATAGCTCATATTGGCAA +ATTAGTTATTATAGTGAGGGTATTTTAAAATTTAGTTTAATAGGATTTACTATAGCAATA +TTATATTTAGCTATAATGTACTATACTAATAAATCTAATGATTTTCCTAAAATGAGATTA +AAAGAATGTGAAGAAGATATAAAAATGATATTAAATAAATATGAAGGTTCACCTATGATA +CATTATGTATACCTAGATGATAAATATATTTATTTAAATAAAGATAAAGATGTTCTTATG +CAATACCAAATTTGCTCAGATAAAATTTTCATCTTAGGAAATCCAATAGGAAATGATGAT +AAAATTGAAGAAACAATACAAGAATTAAATAATTTAGGAGACAAATATGGATATACACCT +GTATTTTGTGGAATAAATAAAAATTTAATCCCTCATCTTCATGAAAGTGGATATGAATTT +ATGAAATTAGGTGAAGAAGCTAGAGTTAATCTAAATGAATTTACTTTAGAAGGTAGAAAA +ATGAAAAGTGTAAGAAATGCAATAGCTAGAGTAACAAAGCAAGAGTACACTTTTGAAGTG +ATTCATCCACCTTTTAGTGAGGATTTTATAGAAAGTTTAAAAGTAGTATCAGATGAGTGG +TTAGGAGATAGAAAGGAAAGAAGTTTCTTTATAGGTTCTTTCAAAGAAGATTATTTGAGT +CGTGCACCTATAGCTATTGTAAAAGACAAGGAAAATGAAATAAAAGGTTTTGCAAACTTA +ATGCCTATGTATGATAATGAAACTTTGTCAATTGACTTAATGAGATTTTCACATAGCACT +TGCAATGGTGTAATGGACTTTATGTTTGTAAACTTATTCAATTGGTCAAAAGAACAAGGA +TATTCTAAATTTAATATGGGATTAGCTCCATTATCTAAGGTAGGTCAGTCAAAATATTCA +AGATTTTTAGAAAGAATGGGTGGCTATATGTACACATACTGTGAAAAAGTTCACTCATTC +CAAGGATTAAAAAGATTTAAAGAAAAGTACTGTGAAGAATGGGATGGGTTATATATGGCT +TATAGAAAACAAAGCTCAGTTGTAATTACAATTCTTCAAGGAATGTTATTATTTATAAAA +GAAATTTAG +>fruA +ATGAGAATTACAGATTTAATAGATAAGAAGTCTATTAACTTAAACTTAAAATCTACTAAT +AAATCAGATGTAATAAATGAACTAGTAGAGTTAATGAATCACAGTGAAAATTTAAAAAAT +AAAGAAGAATATAAAAAGGCAATTTTAGCTCGTGAAGAATTAAGTACAACAGGTATAGGA +GAAGGAATAGCAATTCCACATGCTAAGACTACTGCCGTTAAAAAAGCATCATTAGCGACT +GGTATAAGCAAAGATGGTATAGATTATGAAGCTTTTGATGGTAGTTTGGCAAATTTATTT +TTTATGATAGCAGCACCAGATGGTGCTAATAACACACACTTAGAAGTATTAGCAAGACTT +TCTACAATACTTATGGATGAAGATTTTAGAGAAAAATTAATAAATGCTTCTTCAGAAGAA +GAATTCTTAGATTTAATAAATCAAAAAGAGATGGAAAAATTTCCAGAAGAATATGAAATT +GAAGAAATAGAATTAGAAAGAGATGCTGTAGAGATAAAAGAAGAAATCAAAGAAGAAAAT +GATTCAAAATATCCTAAAGTTCTTGCAGTAACAGCTTGTCCAACAGGTATAGCACATACA +TTTATGGCAGCAGAAAGTTTAAATAAAACTGCTAATCAGAAAGGGGTTTCTATAAAAGTA +GAAACAAACGGTTCATCAGGAGCTAAAAATATTTTAACTCGTGAAGAAATAGAACATGCT +AATTGTATAATAGTTGCAGCGGATAAAAATGTTGATATGTCAAGGTTTAATGGTAAAAAA +GTTATAATAACAAAGGTTGCAAATGGAATACACAAAGCTGATGAACTTATAGATAGGGCA +GTAAAAGGAGAAGCTCCTATTTATCATGGTTCAAGTGATAGTAAAAATTCAAATGAAGGT +TCACTTGAAGAAGAAGGAGCACTTAGAAAGATTTATAAAAATTTAATGAATGGTGTTTCA +AATATGTTACCATTTGTTGTAGCGGGTGGTATCCTTATAGCATTATCTTTCTTATTTGAT +AACTATGAAATAGATCCAGCTAATTTTGGTAAAAACACACCGATAGCTGCATATTTAAAT +ATGATAGGTGGATATGCATTTGATTTTATGTTACCAGTTCTTGCAGGATATATTGCGTTC +TCTATTGCGGATAGACCTGCATTAGTAGTTGGATTTGTAGGTGGAATAATAGCTAAAGAA +GGTGGAGCAGGATTCTTAGGAGCATTAATAGCAGGATTTTTAGCTGGTTATTTAGTACTT +GGGCTTAAGAAGTTATTTAGTTCACTTCCACAAGCTCTAGAAGGTATAAAACCAATACTT +CTATTTCCATTATTAGGAGCATTTATAATATCATTATTAATGACATTCATAGTAATGCCA +CCAGTGGTTGCACTAAATAACGGAATGACTAATTTCTTAATGGGCCTAGGTGGAAGTTCC +AAGTTACTATTAGGAATAGTTTTAGGAGCTATGATGGCAGTCGATATGGGTGGTCCAGTA +AATAAAGCTGCATATGTATTTGGTATTGCTGCTTTAGAGGCTGGTCAATTTGAAGTAATG +GCAGCAGTAATGGCAGGTGGTATGGTGCCTCCTCTTGCAATAGCTTTAGCGACTACATTC +TTTAAAAATAGATTTACAGAAGAAGAAATAAAATCTGGTATTGTTAATTATGTTATGGGA +TTATCGTTTATAACTGAAGGTGCTATACCATTTGCAGCAGCAGATCCAATACATGTAATA +CCAGCATGTGTTGTAGGTTCTGGAGTTGCAGGAGCATTGAGTATGTTATTTGGTTCAGCT +CTAAGAGCTCCTCATGGTGGAATATTTGTAATACCAGTTATCTCTAATCCAATAGGATAC +CTGATAGCAATATGTGCAGGTTCAGTAGTAGGCATGATATTATTATCTATACTAAAAAAA +ACAATTAATAAATAA +>group_1153 +ATGAAGATAACAATATTTCTAGGTGCAGGAGCTTCAGCAGCTGAAAATCTACCAATTCAA +AATGAATTATTTAGTGAGTACTTTAAGGATCTTAAGCCTAGTGATTATGATAAAGAAATG +AATAAGGAACTACATAGATTTTTTAAACAGATGTTTAATATAGATTTAAAGAAGGATAAG +ATAGAAGAAGTTAATTTTCCAACTTTCGAGGAAGTTTTAGGTATTTTAGACTTAGCTGAA +CACAGAAGAGAGTTTTTTAAAAATTTTGCTCTTGAGATGGTTAATAAAAAAAGTGATAGT +ATAAGATTTGTGAGACAGTATTTGATATTATTAATGGCTTATTCAGTTAATAAAAAAAAT +GCAAATAAATACCATAAGATGCTATTAGATAATTTATTAAAAGAAGATATGCTATTAGAT +ACTACATTTATAAGTGCTAACTATGATATTAATATAGATAATACAATAGCCAGTTTATAT +GATGAAGAAAAGTTACCTGTTATGCTTGATTATGGTATAGATTTTACGAATTTCTACGAG +GGAAATAACTGGGTGAAGCCCAAGGCACCTATGATTAAACTATATAAAATACATGGATCT +TTAAATTGGATGTATTGTCCATTCTGTAGTAGTTTGACTTTAACACCTTACGAGGGTGGG +GTAATGAGAATATTAGAAGATATAGAAGGAGCTAAGTGCCTTAGATGTGGAGAAATTACT +GTACCGATTATAGTACCTCCAACTTATTTTAAAGATATGTCTAATGTATTTTTGAGTAAT +GTTTGGAATGAAAGTGAAAAGGCTTTAAGAGAAAGTAACATATTAATTTTTTGCGGATAC +TCATTTCCTGAAGCAGACATACATATAAAATATATAATAAAAAGAGTTCAAACTAGTAGA +AAAAAACCACCTTTAAAAATAATGGTCTTTAATAATCACGAAGGAAAAAAAGATTTCTCA +CTGAGAAGAGAAGAAGCTAGGTATAAAAGGTTTTTAGGTGATGATATTGTATTTACAGAT +AAATCTTTTCAAGATTTTGCAAAAGAACCAGGAACATATATAAAATTATTGCTTAATGAT +GAAAAGTGA +>group_1165 +ATGAGAATTGTAGACTTAACACATTCACTAGAAAATAATATGCTTATTTATGCAGAGCCT +AATAGACCTAATATTAAAAAAGTATCAACCGTAGAAGAAAATGGATATCAAGAGACATTT +TTGAGTATGTTTTCACATAATGGGACTCATATAGATTCTACGAAACATATGAATGCAAAA +GGTAAAACTTTAGATTTATTAGAAGTAGATAATTTTGTAGGAAAAGCAGTACTTATAGAG +TTAGAAAATAAACAAACTATAGAATTAGAATATTTAAAAGAATACAAAGACAAAATAGAT +TCTTGTGATTTTATTATATTTAAATCAGGCTGGGATAAATATTGGGGGGAGTTAAAATGC +TTGGTACAATTGTAA +>ydfK +ATGCTTGGTACAATTGTAAATACTGGAGCAATAATAGGTGGATGTTTAGTTGGACTTTTA +ATAAAAGGAGGAATACCAGAAAGATTAAGTAATACGGTAATGAATGGTATTGCACTTTGT +GTAATATATATAGGTATATCTGGTGCATTTGAAGGTGGAAATACTTTAATAACAATAATA +TCTATGGCATTTGGAGCAGCAATAGGGGAATTAATTGACTTAGATAAGTGGCTAAATAAG +TTAGGAGAATTTTTAGAAAGTAAATTTTCGAAAAATAAGATAGATGATGATAGTGACGTA +AAAACAAGTACAGTGACAATTTCTCAGGGGTTTGTATCTGCAAGTTTATTATTTTGTGTA +GGTGCTATGGCAGTAGTAGGTTCATTAGAAAGTGGTTTAAAGGGTGTTCATGAGACATTA +TTCGCCAAATCTATATTAGATGGAATTTCTTCAATTATTTTTACAGCTTCTATGGGAATC +GGTGTAATTTTTTCTGGAATATCAGTTTTTATATATCAGGGAGCTATTACAATAGGAGCT +TCATTTTTATCAGGTATATTAAGTGATAGTGTAGTGAATTCAATGACTGCAGTAGGGAGT +TTATTAATAATGGCATTAGGTCTTAATATGATTAAAGCATGTAACATAAAAGTTGCAAAT +TTACTACCATCTATGTTAATTCCTGTATTTTGTGAAATTTTCGGCATGCTTTAA +>group_1168 +ATGACTAAAAAATTTAATTTGTTTAGAAAGCACTATAATAATTTAAAATCTGACACATAT +AAAAGTAATACTTCTTTTAAGTATAATTCCTTTGAAGAAGATGTTAGTTATGATGATGAT +TATGATGATAGCCTATATCTAGATCAAGATATAAATTATTATAGCTATTATGATGATTTA +TCTTTTTGCAATAAAAATAATTTAGTTGATTATTTCTATGATTTTGATGACTATGACTAT +ATAGAATAA +>preT +ATGAATAATGTAGGGTATTTAACTGAATCAGGTAAATATTTTACTCAAGAAGAAGCCATT +TCAGAAGCTAGAAGATGTTTACTATGTGATGATGAATATTGTAGTAAAAACTGTCCGATA +GATGTAAATCCAAAAGATATTATAAAATTAGTTACCGATGAAAAAATAGAAGAAGCTGTT +AAAACTATAAGAGAGAAAAATCCTTTAGCAGCAATATGTGCAAGGGTTTGCCCTTATGAA +TCTTACTGTATTGGAGGATGTAAAAACACTGAGTTAAAAAATCCAATTATGATACCATAT +ATAGAGAAGTTTCTGACAGAGTATGAGAAAGATAGTAATTGGAAAAATGAAAATAATGAA +ATAAATGTTAATCTTACAGGAAAAAAAGTAGCAATAATAGGATCAGGTCCTTCTGGCTTA +ACAGCTGCAGCATTTTTAGCACGTAAAGGACATAGTGTAACTGTTTTCGAAGCAAGAGAA +AATTTAGGAGGATGGTTGAGTTATGGTATACCTCCTCATAGATTACCTAAGCATGCTATA +AATCAAGATTTAAAATATATAGAAGATTTAGGTGTTAAATTTAAAACTAATTGTACTGTT +GGTAAAGATATTACTTTGGATGAACTAAGAAAGGATGGATATGATGCATTTTTACTTTCT +AGTGGCTTAAACAAAGGGAGAATATTAAATATTAAAGGTTCACAATATAAGGGGGTGATG +AGCGCTGTCAGTTTTTTAGCAGATGCTAAATCTCATGACGGACATATCCCTATAGGCAAA +AGTGCAGTAATTATTGGTGGTGGGGACGTTGCGATGGACTGCGGAACTACAGCAAAATTT +ATTGGATATGATAAGGTTAGGATAGTTGTGAGATGCAGTCTAGAAGAAATGACTGCAAGT +GCAAAAGAGTATAATTATCTTAAATTTGTAAATGTTCCTGTTTTTGATCATTTTGATTCA +GTTGAAATATTAGGAAATGAAGATAATGAGGTATACGCAATTAAATTTAAAGGTACTGAT +GATAATTCAGATTTAACAATTGATGCTGACACAATTATATTTGCAGTTGGTCAGATGTCA +GAAGGAATTGAAAATATTGCACCAGTAGAATTAGATAAAAGAGGAACAGTTATAACTAAT +AATTTTAAGACAAGTATAGTTGATATATTTGCAACCGGGGATATTATACAGGGGCAAAAA +ACTGCATGTTATGCAACTTCATTAGGAAAAGAAGCTGCTATAGAAATAAATAAGTACTTA +TGTAATTTATAA +>group_1145 +ATGTTAAAAAAACTTGTATCAGTTGCTAGTTCTTTAGCCCTCGGTGTTGTTTGTCTTACT +GGATGTAGTCAAAATGACACAAATAAAACTACAACAGAAAAAACTGAATTAGATAAAGTT +ACTATAGCTGAAGTTACTCATTCTGTTTTCTACGCTCCACAATATGCTGCAATATCTCAA +GGATTTTTTGAAGATGAAGGCATTGATGTTGATCTTATTAATACTCAAGGTGCAGATAAA +ACTATGGCTGCTTTAATTTCTGGAGAAGCTGATATAGGACTTATGGGACCAGAAGCCTCA +ATCTACGTTTATAATCAAGGTAGCGACGATTATGCAATAAACTTTGCACAACTTACTCAA +AGAGATGGTAGTTTCTTAGTATCTAGAGAAAAAAGTGATGATTTCTCTTATGAAGATTTA +AAAGGTACAGAAATACTTGGAGGAAGAAAAGGTGGCGTTCCTTTAATGACACTTGAATAT +GTGCTTAAACAACATGGACTTAATATAGGAGAAGATGATCCATCAGCAGAAGTTAATGTA +CGTACTGATGTACAATTTGGAGTAATGGCTGGTGCCTTTGCTGCTGGTGAAGCTGATTAT +ACAACAGCCTTTGAACCTACTGCTAGTCAACTTGAAAAAGATGGATCTGGATATGTTGTT +GCATCTATAGGTGCTGATTCTGGAGAAATCCCTTTTACAGCTTACTCCGCTACTAAGTCT +TATATGGAGGAAAATAAAGATTTAGTTCAAAGGTTTACAAATGCACTTTACAAAGCTCAA +CAATGGATTCAAACTGCATCTGATGAAGAAGTAGCAAAAGCAATGCAACCTTTCTTTGAA +GATAATACTATAGATGATTTAATTATAGTTGCTCAAAAATATAGAGAAATAGATGCTTGG +TGTTCTGAACCAGTTTTATCTGAAGAAAGTTTAAATAATTTAATGAAGGTTATGGAAACT +GCAAATCAATTAGACGAAAGACCTCCTTATTCTTCTATAGTTACTACAGAATTTGCTGAG +AATGCAGTAAATAATTCTAAGTAA +>group_1160 +ATGTCTACATATAACAATAGTAACTATCTATATGAATTTGATGTTAGAGCAAATTATTAT +AAATTAGAAGGAATAAATGCTATTTTTAGAAACTTGTTAAATATAAAAAGAAAGTATAAT +AATAAGAAAATAATAGATGCTACCTTTATAATAGTGAATCCAAAGGGTGATAAGCATATT +AATAAAGACTACTATCAAAGAGTACCTGTATACACGGTAGAAGATATTGTTAATAAAAAT +CTTCCAATAATATATAAGGATGCTAAAGTAAAAAAAAGATGA +>group_1175 +ATGGGACAATGTAATTGTAAAAGTTTATCTATTCTAGCTGAGAATTATTTTATTAAAAAC +AATATAAATATAGTAAGAATGAAAAATAAAAAAGGAAGATACTACAACTTAAAACATACA +TATTATAAAAAAATTAAGAGTTCCTTGATAGAAAGTATATAG +>ssuC_2 +ATGAGAATTAATAAATCATCAACTGGATATACTGACTATTTAAAGGGATTAAAAAAAGAA +AAAATTAAGATACTAATATGTCAAATAGCTTTATTAGTTGGGTTTGTAATACTTTGGGAA +GTGCTTGCTAATCAAGGAGTAATAAGTACTTTCTTATTTAGTAAACCTAGCGCTATTTAC +AAATTATTTATTCAATATGTAGAAAGCGGACAGTTGTTAACCCATGTTGCAGTATCAGTT +TATGAAACATTATTAGGTCTTGTAATAGGTACTGTACTTGGAATATTAATTGCAGTTGCA +CTTTGGTGGTCTGAGAGACTATCTAAAATCTTAGATCCATTCCTTGTAGTTTTAAACGCA +TTACCTAAAACTGCTCTTGCTCCTATTATAATAGTATGGGTCGGTGCTGGTATAAAAGGT +ATTGTAGTTACTGCCGTTGCAATTTCAATAGTTGTTACAATTTTATCTGCTTATAATTAT +TTTATAAACGTTGATAAAGAACAAGTTAAAATGTTTCAAAGTTTTGGAGCATCCAAACTT +CAGATTTTATTTAAATTAATATTACCTGCCAATATAGGTAACTTAATTAATTTAACCAAA +ATTAATATAGGTATGGCTTGGGTTGGTGTTATAGTAGGTGAATTATTAGTATCAAGATAC +GGTCTTGGATACTTAATAGTATATGGTAGTCAAGTATTCAAGCTAGACTTAGTTATGATG +GGTGTATTCATCCTTGCTATATGTTCTTGGGTAATGTATGAAATTGTTAATATAATAGAA +AAAATATATAGAAAAAAAAGAAGATAA +>ssuB +GTGCAAACAATAGTAGAAGTAAAAGACCTCAACAAAAACTTTTATGGTAAAGAAGGAGAA +CTAGAAGTACTAAAAAACATCAACTTTTCCTTAAAAGAAGGTGAAATTCTAACACTCCTT +GGACCATCTGGAAGTGGTAAGTCTACTATTTTAAACATCTTGACTAAACTTTTAAAACCA +ACATCAGGAGAAGTAAATATACAAGGAACTATAGGGTATATGTTTCAAAAAGACCATTTA +CTAGAATGGAGAAATATAATGGATAATATAACTATTGGACTTGAAATACAACATAAAAAA +ACACCTGAATCTATAGCTAGAATTGAAAATCTATTAAAAACTTATGGCTTATGGGAATTT +AGAAATATGTATCCTTTTGAATTATCTGGTGGTATGAGACAGAGAGTTGCTTTAATCCGT +ACTTTATCAGTTGATCCTTCTATATTACTTTTAGACGAACCATTCTCAGCTCTTGATTAT +CAAACTAGACTCTTAGTCAGTGATGATGTATATAAAATTATTAGAAATGAACATAAATCT +GCTATATTAGTTACTCATGATATATCGGAAGCAATTAGTATGTCAGACCAAGTTGCAATA +CTCTCTAAAAGACCTGCAACTATAAAAAACATACATGATATAAACTTAGAAATGGATGGA +GAAAGAACTCCAATTAAAAGTCGTAAAGTTCCTGCTTTCCAGGATTATTTTGATATATTA +TGGAAGGAGCTGGACACATATGAGAATTAA +>group_1525 +ATGAAAAAATTCAAATTATTATTATTAGTAGCTTTAGGATGTATAGGATTAGTAGGGTGC +TCAAGCAGTAAGCTTAGTGATGCTTTTGACGAAGCAAAATTAAAAACTACTTCACAAGAG +ATAATTCAAATGCTTTGCAATGAAGAATATGACAAAATAGAAGATCATATGAGTAAAGAG +TTAAAAGATGCAGGAGCAACGCAGCAAATAAAAGATGCATGGTCTACGGTATCAGGAAAA +TTAGGAGATTTTGATTCATATGAAAAAGAAGCTGTAGTAGGTAAGGAGAATCAAGCTACA +GTTGTAACAATAAATAAATTTAAAAATGGGAAAGTTCAATTTACTATATCATACAATGAA +GATATGGAACTAACTGGTTTTTATATTAAATAA +>group_1530 +ATGTTATATTCATATACTATACATAAATTTAAGAAAAAAGGTGATTTTATGGAATTTTTA +CAATTTGATGATTTAAGTTTATTCTCTAAGATTGGACTTGATGAAGAAACATTAATGATA +CATAGTAAATGTGGTAAATATAGCTTTTATATTAACTTTAAAGACGAAATAAAAGGTGTC +GACTACTATGATTTAGCTATAGCTACACAAAGTTCTAATGGATTTATAAATAAATCTGGA +GATGCTAAAACTATAAAAAAATTAGTTTTAGATACTCTATCTGGAAAAGAAATAAAAGAT +GATATAAAAAAGAAAATAGATAAGCCAAAAATTACGACTAAAAATAATAGCAAATCGAAT +CTCAAAGAACAGAAACCTCAAGAAAAAACGCCATTCTATGCTAATGCACAAAAGAAAAGA +CGTAAGTCTAAGTAA +>group_1524 +ATGAAGTTTGGAGATAGAGTTTTATATGAAGGCGATGGAGATAGAGTCTTGGGGGTATAC +TTACATGAGGTTAATTCCAAGGAGGCAATTGTAAAATTAGATAATTCAAGGGAAAAAGTT +ATAGTTATGAAGAAGTACCTATCATTTATTAAAGATATAGAGAGTATGGACTTAATTCAA +GCTATGGTAATTGCTGATTATATATCTAAAGAAAAATATGATGGACATTATACTTTGATG +GCTTTTACAACTGGATGTAGATTTTGTTTTGGAACATTAGATAAGATAAATTATAATACG +ACAAGTCTTATGGCATTTGGTAAAACTGTTGAAGAAGCCATTAGTAAGGCTATAAAAAAT +AACATTGATACGGATAGTATAATGAATAAAGAAGATAAGATGTACAAATGA +>ftsH4_2 +ATGGATGATAATAAGAAACCAAAAAAGCCACTGATTTATTATTACATAACGACTTTATTA +ATAGTAATGCTTCTAAATGCTTTTTTCTTTCCAAGCATGAGGTCATTACATACAGAGGAA +GTTGACTATGGAAAATTTATTACAATGCTTGATAAAAAAGAAGTCAAAGATGTTGAGGTC +CAAAGCAACGAGATAGTTTTCACTTCTTCAAACCCCCAAAATAGCAAAATCTACATTACA +GGTAAAATGGATGATCCTGATTTAGTTAATAGGCTAGAAAAAGCTGGAGTAACATTCTCT +AAGTCAATACCAAAAGAGAGTTCTCCAATATTAAACTTCCTACTGACATGGATAGGTCCT +ATTTTAATTTTTGCACTGCTTGGTCAAATGTTCTCTAGAATGTTAGCTAAAAGAATGGGT +GGACCCGGTGCAATGCAATTTGGAAAAAGTAATGCTAAAGTTTATGTAGAAGCTCAAACT +GGAAAAACATTTAAAGATGTTGCTGGCCAAGATGAAGCTAAGGAAGCTCTTACTGAAATT +GTAGATTTTCTAAATAACCCTGACAAATATAAAGAAATAGGTGCTAAGATGCCTAAGGGT +GCTCTTTTAGTGGGTCCTCCAGGTACTGGTAAAACTTTACTTGCTAAAGCTGTAGCTGGT +GAGGCTAATGTTCCATTCTTCTCTATTTCAGGTTCTGAGTTCGTAGAGATGTTTGTTGGT +ATGGGTGCTGCAAGAGTAAGAGATCTATTTAAACAAGCTCAAGAAAAAGCTCCATGTATC +GTATTCATCGACGAGATAGATACAATAGGTAAAAAGCGTGATAATGGTAGCGGAATGGGC +GGAAATGATGAACGTGAACAAACACTAAATCAATTACTTACAGAAATGGATGGATTTGAT +GGTGGTTTAGGAGTTGTAATACTTGCTGCTACTAATAGACCTGAAAGTTTAGATAAAGCT +TTACTTAGACCAGGTCGTTTTGATAGACGTATACCTGTTGAAATGCCTGATTTAGCTGGA +CGTGAATCTATATTAAAAGTTCATGCTGCAAACGTTAAAACTGAAAATAATATAGACTAT +AATGTAATAGCAAGAGCTACCTCCGGTGCATCTGGAGCTGAACTTGCAAATATTGTCAAC +GAAGCAGCTATAGCAGCTGTTAAAGATAAAAGAGATTTAGTATCACAAAGAGACCTTGAA +GAAGCTGTAGAGGTTGTAATAGCAGGGTATCAGCGTAAAGGAGCAGTTATATCTGATAAA +GAAAAGAAGATTATTGCTTACCATGAAATAGGTCATGCACTTGTTGCTGCTATACAAACT +AATAGTGACCCTGTTCACAAAATCACAATTATACCTCGTACTTCTGGTGCTCTAGGATAT +ACTATGCAAGTATCTGAATCAGAAAGCGTACTTATGTCAAAAGAAGATGCATTTAACAAA +ATAACTACCTATACTGGTGGCCGTGCTGCTGAAGAAATAATCTTTAATATTGTTACTTCT +GGAGCATCAAACGATATAGAACAAGCAACTAAAATTGCTCGTTCTATGGTAACTAGATTT +GGTATGAGTGATAAATTTGGTATGGTTGCTCTAGAAACAGTAAATAATCCGTATCTAGGA +GGAGATGCATCTTTAACATGCTCGTCTGAGACTGCATCTAAAGTAGATGAAGAGGTACTA +AGTATAATAAAAGAAGCGCATTTAAAGGCGAGTACTATTTTAAAAGAAAATATAGATAAG +CTACATGAACTTTCTCACTATCTACTTGAAAAAGAAACGATAACTGGAGAAGAATTCATG +AAGATTTTAAATAATGAAGATTTGAATGAAAAAGATAACTAA +>mepA_12 +ATGATAATTGACCAAACTCAAGATAGAGAAAATAAAATGGGCGTTATGTCCATTAATAAG +CTATTGATAACAATGTCTTTGCCAATGATAATATCAATGTTAGTTCAAGCACTATACAAT +GTAGTAGATAGCATGTTTGTTTCTCATATAAGTGAGAATGCTTTATCTGCTGTTTCATTA +GCATTTCCACTACAAAGTTTTATGATAGCAGTATGCACAGGTACAGGCGTTGGAATCAAT +GCAGTCTTATCTAAGTCTTTAGGAGAGAAGAATTATGATGAGGCAAATAGTGCTGCAAAT +AATGGTATATTTCTAGCAGTATTAAGCTATTTATTATTTTTAATTATTGGATTATTTTTC +ACACGATTTTTTTATCAATGTCAAACTGATATTACTGAAATAATTGAAGGTGGATATTCA +TACTTGGTGGTTTGTACTACTTGCTCATTTGGATTATTTGGTCAAATAGTTTTCGAAAGG +CTTATGCAGTCAACAGGAAAAACATTTTACACTATGATTACACAAGGATTAGGAGCAATA +ATTAATATAATTTTAGATCCTATATTAATATTTGGATTATTTGGATTTCCAAAGTTGGGA +ATAGCAGGGGCTGCTATAGCAACAGTAATTGGTCAAATTATTGCTATGTTATTAGCTATT +TATTACAATGTTTCTAAAAATGATGAAATCAAAATTAAAATAAAAGGATTTAAACCAAAT +TTTAAAACTATAAAGAAAATTTATTCAGTAGGAATTCCTTCAATAATAATGGGTTCGATT +GGGTCAGTTATGACTTTTGGAATGAATAAAATTTTAATGGTATTTACATCTACAGCTACA +GCTGTGTTTGGCGTGTATTTTAAACTACAAAGTTTTGTATTCATGCCGGTATTTGGAATA +AATAATGGAATGGTGCCAATAGTATCTTACAACTTTGGAGCTCGTAACAAAGAAAGAATG +ATTGATACTATGAAAATAAGTATAATATATGCAGTTTGCATAATGATTATAGGCTTTACT +ATTATTCAGATTTACCCAGATAAGCTATTATCAATATTTAATGCTTCAAAATCTATGATA +GATATAGGTATACCAGCGCTTAAAATTATAAGTTTAAGTTTTTTATTTGCAGGTTTTTGT +ATTATTGTTGGTTCAGTATTTCAAGCATTAGGAGAAGGTGTGCTTAGTATGATAGTTTCT +ATTGCAAGACAATTAGTTGTTTTATTACCAGTAGCGTATTTGTTTTCAAAGACTGGTAAT +TTAAATATGATATGGTGGGCTTTTCCTATAGCAGAGATAGCATCAGTAGTGTTAAGTGTT +ATTTTCTTAAAACGTACTTATAATAAGATTATTAAGGATATATAA +>group_1528 +GTGTTATCTATAGAAACTATAGTTATATATAAATCAAAAACTGGGTTTACTAAAAGATAT +GCTGAATTCATAGCCGAAGATCTAGATGCAGAGATTTATGAATTACATGAGATAAAAATT +GAAGATATAGATAAGTACGATACAATAATTTATGGCGGTGGATTATATGCTGGCGGTATA +AATGGTATTGACTTTATAAATAAAAATATTGATATTTTAAAAAAACATAAAGTTATAGTC +TTTGCTACAGGCTTATGCTCTGGTAGTGATGATGAAATTAATAATATGAAAAATTCTAAT +TTCAATCAAGAACAAATAAAGAATATTGACTTCTTTTATTTAAGAGGAGGATTTAATTTT +AATAATCTTTCTATAGTAGATAAAGTTCTTATGACATTAATGAAGTTGAAATTAAAGTTT +AAGAAAAATTTAAATAATGATGAAAAAGGAATGTTATCTGCATATGAACATCCCATAGAT +TTTGTGGATAGAGAAAATATTTCTAAATTAATTAATTCAATAACTATTAAAATCTAA +>group_1526 +ATGCTAGGATTAGCACTAGAAGGAGGAGGGGCCAAAGGAGCCTTTCATATAGGTGCAGTC +AAGGCTCTTTTGGAAAATGGATATGAATTTGACGGAGTAGTTGGGACTTCTATAGGAGCA +TTTAATGGAGCACTAATAAGTCAAGGTGATTTTGAAAAGGCGTATGATTTATGGATTAAT +ATGGAACCATCTATGTTATTTGATATAGAAGATGAGTGTATGAGAAATATTGTTCATAAT +GGACTTACTAAGGAAACCATAAAATATATATCTAGTAGAACTATAAATCTTATTGAAAAT +AGAGGAATAGATACAAGTAAGATTAGAAGGGTATTATATGAAAATGTAGATGAGTATAAG +TTAAGAACATCTAATATAGATTTTGGTATGGTAACAGTATCAATACCTGATTTTAATCCT +GTAGAGGTATATAAAGAAGATATACCAGCTGGTAAAATAAGAGATTATATAATGGCAAGT +GCAAATTTTCCAGGTTTTAAGCTATATCCAATTGATGGCAAATATTATATTGATGGAGGC +ATTTATGATAATTGTCCAGTCAACCTATTAATTAGAAAAGGATATAAAGATATAATTGCG +GTTAGGACATCTAAAAATGATAGATTTTCGAATATAATAAATAAAGATGTAAGAATAAGA +AGTATTATAGCTTCGGAGGATTTAGGAAATGCTTTAATTTTTGATAATGATTTAATAAGA +AGGAATATTACATTAGGTTATTTTGACGCGATAAGGATGATAAAAAATTTAAAAGGAAGA +AAATACTATATAGAGCCTTTTGAAGAAGTATTCTTCTTTGATATATTAAATAATATACCA +GAAAATGTTATTTTGCAGATAGGAGAAACTTTAAAAGTATCACAAATGGATAGCAAAAGA +ATGTTGTTCGAGAAGATTATCCCAACTATTGCGGACTTATTAAAATTACCGAATACAGCA +ACCTATGAAGAAATATTTATAGGTTTATTAGAAGTAATTGCAGAAAAGAAAAGTGTTGAA +AAATTTAATATTTATTCTATAAATGAATTTATCGATGCAATAGAAAAAACTTCACCAATA +GAAAGTAGAGATGAAAGGAAAAGAAGACACTTAAGAGACTTGAAAAAGTTGGTTTCAGAG +TTATTAGGTAGCCATATGTTAGATGAATTAGCATATGTAGTTTTAGATACTTTACCTATA +GAAAATTTTAAAATTAAATAA +>rhaR_10 +ATGAATATAGAAAATTTTAGAGAAAATTCAACACATGGAAATGCATTTTTTCCTTTACGT +GTTTATTATCAGATTGATTCTAACGGTGAGTTTTCAGTACAGTACCATTGGCATGAGCAA +ATTGAAATCCTTTATATTGAAAAAGGAGAATTTAATATTACTGTAAATGACATTGATATT +ATAGGTAGACCTGGTGATTTATACTTTATAAATAGTGGTGATTTACATAAAATTTATGTG +AGAGAAAATAATCCTTCTCTACATCACGCTATAGTTTTTAAACCCGAGATATTATCCTTT +GAACAATTTGATCATTGTCAAAGTTACTATATTACACCTCTATTAAATAATAAATTAAAA +TTCCCTCTTTCAATCGAACATAATGATTGCCTCAAAAATAAAATAATATATGAATTAAAG +GAAATTATAAAAAGTTATGATAAAAAATCTTTAGGCTGGTCTATTTCTATAAAGGCTTCT +CTTCTTAAGATTCTTACTTTCTTAATTGAAGAAAATTGCCTTATTGAAAAAGATAAACTA +AATCCTAATAAAGATAAAATTAATATATTAAAAAAAATAATTTCTTATATACAAAAAAAC +TATCATAATAAAATAACAATAGCTGAGTTAGCACAAGTCGCAAATATGAGCCCTCAGTAC +TTTTGCAAATTTTTCAAGTCTAACGTAGGTAAAACATCTATAGAGTATATTAACGAATAT +AGAATAGAAAAAGCATGTGAAATATTAAAAACTGAAGATGTTAAAATAATGAATGTCTGC +TTTTCTGTTGGATTTGATAACTTTAGTTATTTTATAAGAAAATTTAAAGAATATAAAAAA +TGTACACCATCTAAATATAAATCTAACTTTGAACTTAATCTATAA +>group_1529 +ATGGAAATAAGCTTATGTATGATAGTCAAAAATGAAGAAAATGTTATAGATAGATGTTTA +AATTGTGTAAAAGATGTAGTGGATGAAATGATAATTGTTGATACCGGATCTACTGATAAT +ACTATAGCTAAAGCAGAGAGCTTAGGAGCAAAAATATATAATTTTCAATGGATAGATGAT +TTTGCAGAGGCTAGAAATTTTTCCTTTTCAAAAGCAACAAAGGATTATATTCTATGGCTT +GATGCCGATGATGTATTAGAAGAAGATGACGTAAAAAAACTTAGAGAATTAAAAGAAAGT +ATAAATGAATGCGTAGACTCAGTAATGATGAATTATGTATTACAAGTAGATAAAAACGGA +AATAGTGTATACTCACTAAAAAGAAACAGATTAGTAAAGAGAAATAGAAATTTTAGATGG +GTTGGATATGTTCATGAGTATCTAGAAGTTTATGGTAATATAATTCAATCAGAGATAAAT +ATTGTTCATAAAAAAGACAAGGAATATACTAACAGGAATTTAGAAATTTATGAAAATAAA +TTATCTTCAGGGGAGGAGCTAAGCATTAGAGATATTTTGTATTATGGAAATGAACTTTAT +GATAATGGTAGGTATGATGATGCAATAAAACAATATATAAAATTTATAGATACAAAGCAA +GGATGGGTAGAAGATATAAAAACAGCATGTTATAAACTTGCGGATTGCTATATGTATAAA +AATGATAAAGATAATGAATTAAAGTACATTTTAAAATCATTTGAATATGATGTTCCAAGA +GCAGATTTTTGCTGTAGATTAGCATATAAATTTTTAGAAGAAAATAAAATAGAAACAGCA +ATATATTGGTATAGACTTGCAATACAATCAGTGCCTAAGGATGAAAGCGCTAGCTTAATA +AATCACGAAATGTATACTTATTTACCTTGGATTCAACTTTGTGTATGTTATTCTAGAATT +GGAAATATGAAAGAAGCATATCTATGTAATGAAATGGCAGCTAAATACAAAGAAGATGAC +GAATATGTTAAGTATAATAGGGAATTCTTAAAGGATAAAGTTGATTTATCAATTTAA +>group_1527 +ATGAAACTAGTAAATAGATGTACAATTTATAGAAGTCCAATATATAAGTATGCATTAACT +AATTTGAATTTAAGAAGTGATAAATCAACAAATTCCAATGTAATTAGTGTTATACCAAAG +AATTCAAAGCTAGAAGTAATTGATGAAGATGATGAATGGCTAAAGGTTAAATATGACTCT +AGAGAAGGGTATGTTTATAGTGATTATGTTTCAATAAGCAAACATCCTTGGACTAATCTA +AACTTGAGAGAAAATGAGTCAATAGAATCTAAATCTTTAGTAATAATTCCTCAAAAATCA +AGGGTGGAAATTCTACAAAATGATGGAGACTGGAGTAAGGTAGTTTATAATGATATAATA +GGATATGTTTTCAATTATTATCTATCTGATGATGGCAATAAGCCTAGTGATTTAAACTAT +GAATACTTTTTTACTGATATGACTAAGTTTGTTAATGATAACAATATAAAAAGTACTAGT +AATTATTTAATTACTACAGATCTTAAAAATAAGTATACTTATATCTTTAGAAAAGATAAT +GGAAGATGGGCAAATTTGTATAAATATAGAAGTACTGTAGGAAAACAATCAACTCCAACT +ATAACAGGCATATTTAATATAAGCGGTAGAAAACCATCTTTTGGAACTAATGAATATCAA +GTTAAGTATGCTACAAGAATTAAAGATGGGTACTATTATCACTCAATACTGTATGATTCA +ACTGGAAGTTATATAATAGATGGAAGACTTGGAATGGCCCTTAGCCATGGTTGTATAAGA +TTAGATACAGATAATGCAAAATGGATATATGAGAATATACCAGATAATACCACAGTGATA +ATTCATTAA +>ypdE +ATGAATTTAGAGTTTCTAAAAAAACTATCAGAAGCAGATGGAATAGCATCTAATGAAGGG +GAAGTTAGAAAAGTACTGTTAGATGAGTTAAAATCACACAGCGATAATATAGTTTGTGAT +GGATTGGGAAGTATTATTTTTTCAAAAGAAATAAATGAGAATGCACCTAAAATTATGATT +TGTGCTCATATGGATGAAGTAGGTTTCATAGTAAGAAGCATAAGTAAAGATGGAATGATC +CATTTAATGGTAGTTGGTGGAGTTAAACCTTTAGCACAACACTTACAGAAAGTAAGGATA +ACAACTGAAAGTGGAGTTAAAATACCTGCGATTATAAATGGTACTTATAAAAATGAAGCA +ACAGAAGATTTATATGCAGATATAGGCGCTTATACAGATGAAGAAGTATATAATTTAGGA +ATTCAAGTTGGAGATATGGTAACATATGCAACTGAGTTCGAAAAGTTTTCACTTCCTAAT +AGATTAGTAGGTAAAGCCTTTGATGATCGTCTAGGATGTTTCGTAATGGGAGAAGTACTA +AAAAATTTAGATGATAAAAAATTAAATAGTAATATTTACTTCGCAGCTACTAGTAGCGAA +GAAGTAGGTATAAGAGGAGCAAAAACAGCAGCGCAATTAATAAACCCAGATGTTGTATTT +GTAATAGATGTAGCCTGCCATAGAAATGAGTTTGTACGCGATCATACAAATAAAAAGCAA +ATTGATAAAGGTGTAATGCTTATGCATTTTGATAGAACATTAGCACCAAATAAAAAAATG +ATAAATTATGTGAAGGAAACTGCAAGTAATATAAATGTTCCACTTCAACACGATATGTTC +AAATCGGGTGGAACTGATGGAGGAGAAGCACACAAGGTAAATGAAGGAAAGCCAACTGTA +GTTACTTGTCTTCCAGTTAGATATGGTCATTGTGCTTTTTCAATAGTAAGCCCAATAGAT +CTTGAATTAATAATTAAGTTATATACAGAATTAATATTAAATTTTGATTCTGAGAAATAC +AAAGAAATAAAAAAATTTATCTAA +>chbA +ATGGGATCAACAGAATTTGAAGTAATGGAACTTATAACTACTGCTGGGGAAAGTAAAGCT +AAAGCTTTTGAAGCATTAAAAATGGTAAAGGATAAGAAGTTTGATGAGGCTAGAGAATTA +ATAGCTGAAGCTAGAAAAATAGATGTTCAAGCACATAGGATTCAAACTGAGCTAATAACT +AGGGATATAGATGAAGATCAAGAAAGTCCTGCTATGGGATTATTAATGGTTCATGCTCAA +GATCACTATATGACATCTCAGTTAGCAAAGGATTTAATAGAAACTTTAATAGAGGTACTT +GATGATACAAAGTAA +>licB +ATGAAAATATTATTATGCTGTGCAGGTGGATTTTCTACTAACATGTTAATGCAAAATATG +AAGAAGGTAGTTAAAGAAAGTACTAAACTAGATGAAAATGATTTTAAATTTACAGCTATA +CCAGCTGATTCATTAGAAAGTGAGATAGATGATTGGGATATAGTGATGATTGGGCCACAA +GTTTCTCACAAAACTGACTTTATAGAATCAATATGTAAGCCAAGAAATAAACCTTTTGTT +GTAATAGATAAAGATGTATATGGAAAAATGGATGGGGCAACAGTAATGAAATTAGCTTTA +GTAACATATAAAAAACATGAATTAGCTAATGCAGCAAAATAG +>ypdF +ATGAATATGAATAGTAGATTAGATAAAATAAGAAAATTAATAGAAGAAAAGAATATAGAT +GCACTTCTAATAAAAGGTAAAAATAATAAGCGATATATTGGTGCTTTAACAGGTAGTGGA +GTATATGTTTTGGTTACAAAAGATAAGGCTTATCAAATTTTAGATGGAAGATACATTGAT +GAAGCAAATAAAAAAACAACTATATTTGAAAATAAAGTTGTTCCACAAGGATCATATATA +CCAGCTATAATTGATTTACTTAAAGAATTATCTTTACAAAAGGTTGGAATAGAGAGTCAA +TTTATGAGTATAAGAGAGTATATTGATTTAAGTGAATGTAGTTTTGATATTACATTAATA +ACTAATGAGCTAGGTAAAGTAAGATCAGTAAAATCTAAAGAAGAAATCGAAACTATTAGA +AAAGCTTGTGAGTTAACAGATGAAATATTCAAAGAAGTTATCTCTGAAATAAAAGAAGGA +ATGACAGAATTAGAGGTTTCTGCATTACTTCACTACTGGACACTAAAAAAAGGTGCAAGT +GGTATGGCTTTTGAACCGATTGTTGCATCTGGTGAAAGGGGCGCCATGCCACATGGTCGC +CCTACAACAAAAAAATTAAAAAGAAATGAAGCTATTACAATTGATTTTGGTATTGTGTAT +GAAGGATATCAATCTGATATGACAAGGACAATATCTATAGGAGAACCACCAAAGTTGATA +AAAGAAATATATAAAGCAGTTTTAAAGGCTCAGAATTTGGCAATAGAAGGAATTAGGGAA +GGTGTATCTGCTAGAGACGTAGATAAAATTGCTAGAGATAGTATAGCAGAATCAGGTTTT +GGGGACTATTTTACTCATGGTTTAGGTCATGGAATGGGACTTGGTGATGGTGAACTGCCT +ACACTGAATTCCAGAAGTGAAGATATTCTAGAAGAAGGTATGGTAATGTCATGTGAACCA +GGAATATATATTCCAGATGTAGGTGGAGTACGAATAGAAGACGATATCGTAATAATAAAT +GGAAAAGGTGTTTCACTTAATAAGACTTCAAAAGAATGGATTATACTAGGAGAGTAA +>patB +ATGAAATATGATTTTGATAAAGTAATAAATCGAAAAGAAAGCCATTGTAGAAAATGGAGT +AATAAGGTTTTAAAAGATAAGTTTGACTTAGATGAAACTGCAATTCCAATGGATTTAGCT +GATATTGATTTTGAATGTTCACCAGCAATAAAGAGTGCAATAGTTAATAGGGCATCAGTG +GGGGATTATAGTTATACTTTTGTAGAAGATGAATTTTATGAATCTGCAGTTAATTGGAAT +AAAAGAAGATTTAATATTGATATTGAAAAAGAATGGATAAAATTAACTTTTGGTACGGTT +TCAACTTTACATTATATAGTTCAGGCATATACAAAAGAGGGTGAAGGTGTATTAATTAAT +ACACCTGCGTATGATCCTTTTGCAGAAGCAGTAGAAAATAATAATAGGAAACTATATTGT +AGTTCATTAAGATTAATTGATAATAGATATTACCTAGATTTTGATGATATTGAAGCTAAA +ATGAAGGATGGTAATATCAAAGTATATATATTCTGTAGTCCACAAAACCCTTCAGGACGT +ATATGGACAAAGGATGAATTGTACAAATTATCGGAGTTATGTTTAAAATATAATGTGCTA +TTAGTAAGTGATGAAATACACAGAGATGTAGTATTTAAGGGACATGAGTTTATATCTTTA +TGGAATGCACATCCAGATATTCATAATAATAGTTTAATATGTATATCTCCAAATAAAGGA +TTTAATTTAGGAGGACTTAAAACTTCATATGTTATAGCAAAAAATAAAGAAGTAAGAGAA +ATTTTATTAGGACAGTTAAAAAGAAATTCAATAACATCTCCAAATGTATTTGCTATACCA +GCAATTACAGCAGCTTACAATGATAGCGAAGAATGGTTAGATGAAATGACTAAGTATGTT +GAAGGAAATTTTGAAATAGTGTACGATTTCTTTGAAAAAAATATACCTAAGGCAAAGGTA +ATGAAATCAGACTCTTCTTTCTTAGCATGGATAGATGTAAGAGAATTATTTGAAGATGAA +GAAGAAGCAAATAAATTTTTTAAAGCTGCAAAGGTAACTATGGTAGTAGGAAGTTATTTT +GTTAAAGATGGAGAAGGATTTATTCGTCTTAATATAGGATGTCCTAGAGCTACATTAAAT +GAAGCTCTTAACAGAATTAAAGAGACATATAAAAAACTTTATCATAATAAATTTAGTGTA +AGTATGAATATAAATTAG +>feuB +ATGGCTAAACCTAAAAGAAAAACCTTAGCTTATTCATTAATGATAATAGGAATAATATTG +CTTGTAGTTGGGATAGGAATGTCCATATCTCTTGGAGCAAAACAAATAGATTTTTCAACA +ATAGTACAAAGCTTATTTACAAATGATAATGATGTAAATATTAAAATAATCAGAGATGTT +AGAATACCTAGAGCAGTTGCAGCAGCACTTGTGGGTGGTTTTTTAGCAGTGGCTGGAGCA +ATAATGCAGGGAATAACAAGAAATCCTATAGCGGAACCATCTGTAATGGGAATTACGCAA +GGTGCTACATTTATGATAGCAGTAGCATTTGTATTACAAAGAATTTATCCTAATTTAGTC +ATAGGAAGTTTCGGGCTTATGATATTTGCCTTTCTTGGGGCTAGCATAAGTGGACTTTTA +GTATATTTTGTAAGTTCAAGGTCAGCTAGAAAAGTAGACCCAGTAAAACTTGCTCTTGCA +GGAACAGCCTTAGGTACTTTATTAATATCTTTAGCAATGGGAATATCAATGTACTTCAAT +CTATCGCAACAATTAAGTTTTTGGATTTCAGGAGGATTAGTAAGTGCTAAGTGGCAAGGT +GTAAAATTATTATTTACAGTTGGTGGAATTGCATTTATAGGAGCTATAATAATGGCACCG +AAAATAACAATCCTTAGTTTAGGAGAAGAAGTAGCAATAGGATTAGGTCAAAGAATAAAT +TTAGTAAGATTTATATGTTTAATGATAGTAATAGCTTTAACTGGAGCATCAGTTTCAGTA +GCTGGTAACATAGTATTTGTAGGTCTTATAGTTCCTCAGATAGCTAAAGCTATAGTAGGA +TCAGACTATAAATATATAATACCAAGCTCAATGATATTAGGTTCGGTGTTATTAGTATAC +AGTGATATTATGGCTAGAATGATAAACCATCCTTATGAGACACCAATAGGGTCATTAACA +GCATTATTAGGAGTCCCTATGTTTATATACCTTGTGAGAAAGGATACGAAATAA +>feuC +ATGAGTATGAATAAAAATAAAAAGTTTGCCCTAGTTATAGGGATTTTGATAGCATTAATA +TTTACTACATTTTTAGTTAGCTTGAATTTAGGATCATTATCTATAGAACCAATGGATGTT +ATAAAAACATTAATAGGGCAAGGATCTAAAAGTCAAGAAATAGCTATATTTAAGTTAAGA +TTACCGAGAATAGTAATAGGAATATTAGTAGGTACGGCATTAGCTACAGCGGGTACTATT +TTACAAGGAGTTACTAAAAATGACTTAGCAGACTCAGGTATATTAGGTATAAACTCAGGT +GCAGCACTATTTGTTGTAGTATACATCTATCTTATGAATGGGAATGTATATGATGGAATA +AGCAATACAACAATATTTACAATGCCTATAGTAGCTCTAACAGGGGCAATATTTGGAGCA +TTTTTAATTTATATGCTTGCATGGAAAAATGGTATAAGCTCATCAAGATTATTACTTATA +GGAATAGGTATAAACGTTGCATTTACATCAATACTTACAATTTTCCAACTTAAATTTACA +ACTCAGGAATTTAATAGAGTAATGGCTTGGACATCAGGAAGTATATGGGGATCAAATTGG +AAATATGTAATGGCAGTATTACCTTTTATAATAATATTTATGGCGTTAACAATATACAAA +TCTAGATATTTAGATGCATTAAATTTAGGTGATGAAGTTGCAACTGGATTAGGAATAGAA +GTTGAAAAAGAGAGAAGAAAATTAATAGTATATGCAGTAATTTTAGCGGGTGTTGCTACA +TCAGTAGCTGGAAGTATAGGCTTTTTAGGTTTGGTTGCACCACATATTGCTCGTAAATTA +GTAGGTCCTAAGCATAAAAAGTTAATTCCTGCAGCGGCTCTTGTTGGAACGTTAATATTA +TTAGTTGCAGATACGATATCTAGGAATTTAATAGCTCCTATGGAGATTCCAGTAGGAATA +GTTGTAGCAATAATAGGTGTTCCGTACTTTATTTATTTAATGTTAGCAGAATAA +>yusV_4 +ATGAATTGTATAAGTACTAAAAATTTAAATATTTCATATGGAAATTTATATATAGTAAAA +GATTTAAATTTAAATATACCAAAAGGAAAGATAACTACAATAATAGGCGCTAATGGTTGT +GGAAAATCAACAGTATTAAAAACTATAGCTAGAATCATACAACCTAAAAGTGGTGATATT +TATATAAATGATAAAAATATAAAAGAGCAAAGTTCAAAAGATTTAGCGAAAACAATGGCT +GTTCTTCCTCAAAGTCCTCAAGCTCCAAGTGGACTTACTGTAGAAGAGCTAATAGCTTAT +GGAAGATTTCCTCATCAAAAAGGATTTGGAAAGTTAAAAAAAGAAGATACAGATATAGTT +ACATGGGCGTTAGAGGTAACTGGTATAGATGAATTTAGAGATAGACCGATAGAAGCTTTA +TCAGGTGGACAAAGACAAAGAGCTTGGATAGCAATGGCTTTGGCTCAACAAACAGATATA +CTTGTACTTGACGAACCAACAACTTATTTAGATTTAGCACATCAACTTGAGGTATTAAAT +TTACTAGAAGAATTAAATAGAACTCAAGGTACAACTATAGTCATGGTAATACATGAACTT +AATAATGCGGCTAGATTTGCAGATCATATGATAGGTGTAAAAAAAGGAAAGATAGTATGT +CAAGGTGATGCATACGAAGTAATGACAAAGGAAAATCTTAGAGAATTGTTTAATATAGAT +GCAGAAATTGTACAAGACCCTAGAACTCAAAAGCCAGTATGCATAACTTACGACATGGTA +GGATAG +>mepA_13 +ATGGATAATCAACAAGCATTAAAAGAAGAAAAAATAGGAAAATTATTAATAAAATACTCA +GTACCAGCTATATTAGCAATGATGGTAACATCTTTATATAATACTGTAGATAGAGCTTTT +ATAGGATCTATAAAAGATGTAGGAGCACTTGCTATATCAGGGCTTGGAGTAACAATGCCT +TTATTTACGATTTTAGGAGCATTTTGTGTTGCAATCTCAATTGGAGGTAGCACAAATATA +TCGATAAAGCTTGGTGAAGGTAATAAAGAAGAGGCAGAGGAAATTTTAGGAAGTACAGTT +GCTTTAGAATTTGCAGTAGCAATAGGAATATTACTTGTAGGAATTTTCTTTTTAGATGAC +ATACTTTATATATTTGGAGCAAGTAAACACACTATTAAATATGCTAGAGAATATATGAGT +GTAATATTTGCAGGTGCGTGGTTTAACTTACCTGGATTTGCTTTAAATAGTGCAATAAGA +GCTGAAGGGAATCCCAAGCTAGCAGCAAAGATGATGATAATAAGTTGTATTCTAAACTTA +ATATTAGACCCAATATTTATATTTGGATTTGGTATGGGGATAAGAGGAGCAGCTGTAGGA +ACTGTAATATGCCAATTAGTAGTATGTCTTTGGTCTACACATTATTTTACAGTAGGAAAA +TCGAATTTAAAATTAAAAGTAAAGAATATAAAATTAGATAAGAAGTATTTAAAGCTTATT +GTAGTAATAGCGTTGACTCCATTTTGTATGGAGCTTGCAGCAGGATCGATACACTTAGTT +ACAAATAGAGTATTAAAAATATATGGTGGAGATTTAGCAATAGGTGCGATGACAGCAGTG +ACATCAATATCTTTAATGTTCTTAATGCCAGTGTTTGGACTAAGTCAAGGAATGCAAACA +ATAATTGCATATAACCATGGTGCAAAGCAACCAGAGCGTACAAGAAAAGCAATATTATTA +GCTGTAATAGCTGCAACTACTATACTAACTGTTGGATGTATACTTATTAAATTATTCCCA +GAAGTATTTGTAGGGATATTTACAAAGGATGATGAACTTATGAATTTAGCTATCAATGGT +ATAAATATAAACTTAGTAACACTTCCAACAATAAGTATTTCTATTTTAGGAGCAGTATAT +TTCCAATCAATTGGTAGTGCTAAAATATCTATGTTTTTAAGTTTATTAAGACAAGTAATA +ATATTAATACCAGTAATACTTTTAGTACCTAAATTCTATGGACTGAATGGAGTATGGGCT +TCACAACCAATAGCAGATATAGGTGCAATGGTTATAGTAGGGTTATTTTTAGTAAGAGAA +TTCAAGAAAAAAGAAAGTATAGTGGAGAATATATAA +>group_795 +ATGGAAATTGGAAAACAGATAAAAAAATATAGAACTGAAATGAAGTTTTCACAAGAGGAA +TTATCTGAAAAGATATTTGTATCTCGTCAAACTATATCAAATTGGGAGAATAATAAAAAT +TACCCCGATGTGAAAAGTTTATTATTATTAAGTTCACTTTTTAATGTCTCTCTTGACATA +TTAATTAAAGGAGACCTTGAGGAAATGAAAGAACAAATTAAAAAAGAGGATATTGACAAA +TTTAAACGTGATGGTAATATTTTCACTATACTGTTTATTTTAACTATGGTATCCGTTGTT +CCACTTATAAAATTTATGGAAGAATACGGTTTTATAATTTGGAGCATCATTGCTATAGCA +GCAATGTATTACGCTATTAAAGTTGATAAATATAAAAAGAATAATAACATCCAAACATAT +AGAGAAATAGCTGCTTTCCTAGATGGAAAGAATTTGGATGAAGTTCAAAAACATCAGGAG +TATGGAAAGCGACCATACCAGAAATGTGCAATTGTAATAGGTTTTAGTTTATTAACAATA +GTCATAGCAATAATTATGGAATATATATTATTCTAA +>group_1036 +ATGGAGTTAAATAAAGAGATATTGAAAGGTCATATAGATACTATGATACTTGCGATATTA +GAAAAAAATGATTCTTATGGATTTGAAATTGCTAAAAATGTTTTGGAACAAACAACCTTT +GAACTAAAAGATGGAACATTATACATATCACTAAAAAGACTTGAGTCAAAAGGTTTTATT +GAATCTTACTGGCAAAGTAGTCAAGGTCCAGGTAATAGACGTAAGTACTACAAAATAACA +CAATATGGTATAGAAAGTTTAGATATAAAAGTTGATGAATGGAATTTTGTAAAAAATATT +ATGGATAAATTCTTAGATGGGAGAGATGGTAATGGAAGTAATAAATAA +>group_1097 +ATGGAAGTAATAAATAACTACATTGATTCATTATATAAAAATGATAATAGTCAAGAAGTA +CTAGAGCTTAAAGAAGAGTTAAAAGAACACTTAATAATGTCAGCAAATGAATTTATTAAT +GAAGGATATGAAGAACAAGACGCTTACGAAATGGCTATCAAAAAATTTGATGGTGGTTCT +GATATGTTAAAAGAACTCTACTTTGCTCTTAAAGAAAATAAAAAAGAGATTAAAGAGACT +AATAAGGTTGCAAAGATAATAACTAGAATATCAGGTGTAATGTTTATTCTATGTTTAATA +ACATCTACAATTCTTACATCTAGTAAACCCTTTAATTACATGTATGAAAAGCAGTATACA +TATTGGGAACAAGTAAATTCAAATATATCAAAAGAGTTAAATAAAATTATTAAAGATAAA +GATGTGAAAAAAGATATAGATAGTTACAAAGATGATATATCAAAATTATTATCATCTAGT +AAGTTCAATAAAGATGTTATATTAATGTATGTTTATGAAAGTGCACATAAGCAAGTTTGG +GAAACTTATGAGCCATCATCTATTTTATATACTTATGGTAAGGATGCAACTGTAGATTAT +ATGTTTATGAGTGGAGAAACTGTTGAAAATGATAGAGGTCAAAAACTTTATTATAATGTA +AAATTAACAAGAGCACTTTATTATAAAATTTATGAAAATACAAGAGTATCAGCTATTTTA +GCAACTCCAATTTTCTTTATAATCTATGTAGTTTTAAAGATAGCTTTTAGAAAAAAGAAA +GTTAAGTTTTAA +>group_754 +ATGGATAAGAATAATAAAAAGAGATATATATTTATAGTGGCAATGACGTTTTGCCTTATA +ATAGGAGCATTTAAAGTAAGAGAGTATTATATATTAAAAGATAGCTTTGTATTTTCTAAA +GATAATGTAGTTGGGGCATAG +>group_730 +ATGGAACATTATGGAGTATTAAGTTTAATTTCACCATTAGTGGCAATTATAATAGCAATT +TTAAGTAAAAATGTAATAATATCTTTATTTGCAGGAAGTTTTTTAGGAGTATTAGTATTA +AGTAGATTTAGTCCAATAACAGCAGTAAAATCCCTTATAGGGGACTACTTCTTTGTTCAA +CTTACAGATAGTTATAACGCAGGTGTGTTGATACTATTAATGTTTATAGGTGGATTTATA +GCTTTAATAGAAAAATCAGGAGGAGCACAAGCATTTGCAGGGAAAGTAACAAAATTAATA +AATACAAAAACTAAGGCTCAAATGAGTTCTTGGTTTGGAGGGATATTAATATTCTTCTCA +GATTTAGGAACACCACTTATAGTAGGTCCAATATTTGAACCTATATTTGATAAATTAAAA +ATATCTAGAGAAAAATTAGCTTGGATAATAGATTCAACAGCATCACCAATAGCAGTATTA +GTACCATTTATAGGATGGGGAGTATATGTAATGGGGTTTATACAAAAAGAATTTGAAGCA +CTTAGTATAACTCAATCAGACTTTACTGCATTTGTAAAAGCAATACCATTTCAAATTTAT +CCTATACTAGCAGTAACAATGGTTCCGATAATAGCATTTTCAAAGCTTGATTTTTCAGCA +ATGCTAAAAGCCGAACAAAGAGTTGAAAACACTGGGAAATTATATTGGGATAGTTCTAAT +CCTCAAAGAAAATCAGAAAAAATTTCAGAATATGAAGCTTCAAATTCAAAGGCTTCACTT +GTAATAGCACCACTTGTAGTTTTATTTATAACATTATTTTCAATATTAATACCACTAGGT +TTTCCAATGAAACCAGTTGGAGGTAGTGATTTTAGAATAGCTTTAACAACAGCATATTTA +TTTGCAGCTATAGTTTTAATAGGTCTTATGGTTTATTACAAAACAAAAACTTTTAATGAA +TCGTTTGGTATTTATATAAATGGAATGCAAAAAATGATTTATGTATCTATTACCTTAGTT +CTTGCATGGTCACTTGGAGCAACTATTAAAAATTTAGGAACAGCAAATTATATAATACAA +TTACTTAGTGGTAATGTTCCAGTTGCATTAATACCAGCAATATTATTTATACTAGGTGCA +TGTGTATCTTTTGCAACAGGGAGTTCTTGGGGGACTTTTGCAATAATGATGCCACTTGCA +ATACCTATGGCAGTTTCTTTAGATGCATCTATATATGTATGTATAGGAGCAGTTTTATCA +GGTGGATTATTTGGAGACCATTGTTCACCAATATCTGATACAACAATTTTATCATCTACA +GGAGCAGGCTGTGATCTTGTAGACCATGTAAAAACACAACTGCCTTATGCACTTTTAAAT +GGAGGTATAACTTTAGTAGGATTTTTAATTGCAGGTGTAATTAATAGTGAGATAAGTTTA +GTTATATCGCTTGTAATTTTACTTATAAGTGTATTTTTCTTAAGTAAATCAAATAAAAAT +AAGCTAGAAGCAAATAATATAGAGTCAAATAAAAATTAA +>argH +ATGAAATTATGGGGTGGACGTTTTAGAAAAGAAGAAAATAAATTAATGGAAGAATTCAAC +AAATCATTTGAATTTGATAAGGTATTATATAAACAAGATATAGAGGGAAGTATCGCTCAT +GTTTATATGCAAGGAGTATGTGGTTTATTAAGTAAAGAAGAATGTGAGATAATAACTAAA +GAATTAATAAAGATAAAAGAAGATATTGAAAATGGAGATTTATTATTAGAAGGAAATTAC +GAAGATATACATAGCTTTGTTGAAATTAATTTAATACAAAGAATTGGAGAAGTAGGTAAA +AAACTTCACACAGGTCGTAGTAGAAATGACCAAGTAGCAACAGACATGAGATTATATGCA +AAAGAAAAAACACAAGAATTAGTAGAGCTAATATCAAGTTTTAGAAATACAATAAAAGAA +GTTGCTAATAATAATTCAGTTATAATGCCAGGATATACTCACTTACAAAGAGCTCAAGTA +GTTACTTTTAAACATCATTTAATGGCATATTATAGTATGTTTACTAGAGATGAGAAAAGA +CTAATAAATGCTTTAGAAATACTTGATGAAAGTCCTTTGGGATGTGGAGCATTAGCTGGA +ACAACTCATAATATAGATAGAAATATAACTATGGAAAAGCTAGGGTTTAAAAGAGTTGTA +GAAAACTATATGGATGGAGTTAGTGATAGAGATTACTTAATAGAGTTAATGAGTGATTTT +TCTATAATAATGATGCACCTAAGCAGACTAAGCGAAGAGTTAATATTATGGAGTAGTCAA +GAGTTTAAATTTGTTGAAATAGATGATTTATATACTACAGGAAGTAGTATAATGCCTCAA +AAGAAAAACCCAGATGGTGCAGAATTAATAAGAGGTAAAACTGGTAGAGTATATGGTAAT +TTAATGGGGCTTTTAACTGTTATGAAAGGCTTACCATTAGCATATAACAAAGATATGCAA +GAAGACAAAGAAGGATTTTTTGACAGTGTAAAACAATTAAAAATGTGTATTCAAGTAATG +GAAAAAATGATAGCCACACTAAAAGTAAATAAGGACCAAATGAAGTCATGTGTCAAGAGT +GGATTCTTAAATGCAACAGAGGTTGCAGATTATCTAGTTAAAAAAGGGATTCCATTTAGA +AATGCTCATAGTATAGTGGGTGCTATAGTAATTTATTGTGAAGATAATAAAAAGTCAATA +GAAGAGTTAAGCCTTAATGAGTTTAGTCAATTTGCAGATGTATTTGATGAAGGTATATAT +GACTTTATTGATTATGATAAGATTTTAGATAAGGGAATAAAAGAGTTAATAAAATAA +>group_1090 +TTGAAGGGAGATGATTTAGTGTTAAAAAAGGTTTGGAATGTATTTCAATACATTACATTA +GTAATATTACTTATAAGCTTTGCAACTGCTATATATCTACGTAACTTACAACGTATATTG +GGAGGAGTTATATTTATTACATTTTGGGTAACAATGATCTTAGAAAATAAATCACCAAAT +AAAAGTAAAGTTGTATCGACTTTATTTTATACAACTGGTTCAATAATATTAGTTGTAAAT +ATTGCTGCTGTGTTATTCGGATTTGCCTCATAG +>ganB +ATGAAAAGAAAAGGTGTATCGTTATTATGTAGTTGTGCTATTGCACTGACAACTGTACAC +TCGGGTTTAAGCATATCTAATGCTAGTTCAGTAGAAGTAGATAAAAGTGTAAAAGCAGGT +ATTAATGTTAAAAAGGTTGAAGGTATATCTGAAGACACTATAAAAGGTGTAGATATATCA +AGCATAATATCATTAGAAGAAAGTGGAGTTAAATTTTATAACTTTGACAATAAAGAGCAA +GATATATTTAAAACTTTTTCAGAAGCAGGAGCTAATTATGTTAGAGTAAGGGTGTGGAAT +GACCCTTATGATAGTGATAAAAATGGTTATGGTGGGGGAAATAATGACCTTGAAAAAGCA +ATAGAAATAGGAAAAAGAGCAACTGAAAACAATATGAAGGTCTTAATAGATTTTCATTAC +TCAGATTTCTGGGCAGACCCTGCAAAGCAAAAAGCACAAAAGGCTTGGGGAACTATTGAT +GATTTTGAATTAATAAGAGTTGGTAATTGA +>trpP +ATGAGAACAAATACAAAAAAATTAACTTTAAATGCATTACTTTTAGCAATAGGACTACTA +CTTCATCAACTTACACCAGCAATGGGACTTCCAATGCAGCCTGATATGTCATTAATAATG +TTATTTACAATAATGATTATAAATAAAGGTGATTATAAAACTTCACTAGTATGTGGTATA +GTAACAGGAATATTTACTGCATTAACTACAAAATTCCCAGGAGGTCAACTTCCAAACATA +ATAGATAAAATTATTACTGTAAACGTAGTATATATTTTAATGTTTATAAGCTATAGATTA +CCATTCTTGAAAAAAATAAAAGAAAAAACACAAGATCTTATAGTATCTATAATAATTTTA +CCAATAGGTACATTAATAAGTGGAATGGCATTTTTGTTATCAGCTAAATTAATAGTAGGT +CTTCCAGGTTCATTTGAAGCATTATTTTTAGTAGCAGTAGCACCAGCAATAATAATAAAT +TTAGTATTTGGTATTTTCTTCTTTAAAGTAATAAGCATGTCTGTAAATAGACTTGGATAT +AAGAACTTAAAGAGTTTAAATAAGTAG +>group_8 +ATGATAAAACATATATTTTGTGACTTAGATGGGACTCTTTATCACGATGGTATAAGTAAA +GAGGATATAAAGGCTATAGAAGATATAGAATCTAAGGGGGTTAAGTTTCATATAGCAACA +GGTAGGGCTTTAAAGCAAGCCTCTAAGATGATTGAAAATAAGCTCAATTTAAATGGATAC +TATATATGTCAAAATGGAGCATTTGTATATGATAAGAACAAGAATATAGTTTTAAAGGAA +GTTATTGATGATTGTTTAGTTGGAAAAGTTATAAATAGATTTAAATCAGATGATTCATAT +ATTTATGTTATGTATGATGGAAATATAGTTATATCTGGTGGATTAGAAATATTAGATAAG +TATGATAAAGAATGTATAATGGATTTAGATTTTTTTAAAAGAGATAAGTATGATAATTTA +GTAAGTAATATAGGAATTTTATCTAGAAATATAGATGAATTAGGAAGGATGGAGCTGTAC +TATAAAAGTGAATTTGGTGATATTTTAGATGTTTATTTGTCAGGACCACATGTTTTAAGT +ATGGCACCAAAGCATATATCAAAAGGCAATGGTATAAAACATGTATGTGATATATTAGAT +GTTACTTTAGATGAAGTTGCTACAATAGGAGATTCACCAAATGATATACCAATGTTATAT +GGATTTAAGTATAGTTTTGCAATGGAAAATGGCAGAAAAGAAGTTAAGGAAAGTGCAAGT +TATAGTGCTAAAAGTGTAAGAGATGTAATAGAAATTGTAGGCAAAATAAATGGTGTTGAA +TATTAA +>group_191 +ATGTTTGTAAATACTCACATTTTAATAGGTAAATCTATAGTTGAAAATATAAATGAAAAT +AAATCATTCTTTATAAGCGATAAAAACTTTATTTATGGAAATATAAAACCTGATATATCT +TCAAAATATGTACTACAGAAGCACTATTTAGAAGAATCCCTTGAAATGATATTTACTAAG +GTAGAATACTTATGTACTCTAAACTTAGATTGTATAAGTAAGTATTTTTCAATAAGCAAA +TTCAGCCAAGAATTAGGAGTTATATGTCATTTTTTATGTGATTTCTTCTGCGTACCCCAT +AGTAGACGTTGGGAGATGACTCATAGTATGAATAAGCATATTACTTATGAGAAAGAACTA +TCTATTGTTGCTAAAGAAACTGATTTAAGAAAATTTAAAGGAGATAATATAGAAGCTAAC +AGCTTCCGCGAATTCTTTAATTCTATTTACTTAGAATACCAATCTAAAACTGAATATAAG +AATGATTTATTATTTTCAAATTATGTCTGTAACAGCGTTGTTGACTATATACTTGATGCT +GTATTATCAAATACAGCTAAATCTTATACCTTAATAAATTGCGGTTAG +>group_50 +ATGAAATTAGCAGTATTTTCTAGAATTGTATTTAAAGAAAATATAAATAAAAATAAAATA +ATATCATTAATATCATATTTTATAGGGGCTATACTAGCTGTAACAGGTGGAAAATTAGAT +TTAAGTACTTTAAGCCCAATAGGTATATTATCAGCAATAGTTGCAATAAAAGGAACTGAT +AATAAGAAAACTGAAGGTTATACTATAGATTTTCAAAAAATATGCTAA +>group_109 +TTGGATAAAGAAAAAGATGGGGTAAGTAATCAAGCAGGTGAAAATAAAGATCCTGATTTT +AGTGAAAATATCTTTGTAAATGAAGATGAATCTGTAAATGATGATAAGCAATTAGATGAT +GAGGATTTATATGAATCAGAAATAAATAATGAAGTTTCAGAGCAAGATGATAGTGAAGTA +TCTAATAAAGAAGAATTAAAAGAAGATAACATTTCTGAAGAAGAGGATATATCAGAAATT +GAAAATTTAAGCAATGAAATAAACTCAGAAGAAACTTTAGATGTAAAAGAAAAATCGAAT +GAGTCTGATAAAGAAGAAAAACCTAATAAAAGTGGATTTACAAAGAAAAAGAAAATTATC +ACAGGCGTATGTTTATGCGCAGCACTAATATTAGGAATAGTGGCTAATAATGTTGTTTCT +AAGTATGAAAAGATAGTGTATCCAAGAGCTAAGTTGTATGAAAGTAATATATCAAAACTT +GATGAAAATAGCTTAAAAGAGGAAATAGAAAATGTGAAAAATGATATTGGTAATAGTAAA +ATAAAAATAGAAACTAAAAATAACAAGTATGATATAAAGTTTAGTGAATTAATAAAAAGT +TATAATGAAGAAGATCTTACAGAGGAGGCTATGTCTTATGGGAAAGATGGTAATATAATA +CAACAGTTCGGAATAATAACAATAGGTAAAAGTAGAGATTACACATTTGATATAGCTACT +GATGATAAAGCTATAAGTGAGTTTGTGAATAAAGTTTATGAAGATAATAGTGAAAGTAGT +ATAGAACCAAAAGTAGAAATAAATGGAGAAGACATCGAAATTATAAAAGGAAAAAATGGA +AATGTAGTAGATAAAAATAGTTTGATTGATGAAATAAAATCTACTATAAAAGATTACGAT +GGGAAAAATAAAGAAATTAATCTTACTGTAAATTATATAGAAGAAGAGCCTAAGATTAGT +ATTTCAGACTTAGAAAAGGTTGATACAAAGATATCTAGTTATTCAACTCAATATGGAACT +GGAGGCGGTAGAGGTAAAAATATAGAAGTAGCAACAAGTAAAATAGATGATTTATTATTA +ATGCCAGGAGAAGAATTTTCTTATGAAAATATGGTAGGTCCCGTTTCACAAGAGAATGGA +TATACATATGCACCAGTAATATCTAATGGAGAATTAGTGCAAGGCATTGGAGGGGGAGTA +TGTCAAGTTTCTAGTACAATATATAATGCACAGTTAAAAGCAGGTATACTTCCAACGGAA +AGAAGAAATCATTCAAAGGCAGTAAGCTATGTGCCTAGAGGTTTAGATGCAACTTTAGCA +TCTGGAAGTATTGATTATAAATTTAAGAATACTTATGATTATCCACTAGTAATAAATACA +TATACATCAGGTGGAAGAATATATATAGAATTTTGGTCTAATAAAAATTCAACGAAAGGT +ATAACGTATGAGGCAGTAAGTTATGTAAATGGAAAAGTAGCAAATACTTACCTTTATGGG +TATGATTCTAATAAAAATAGAGTTTATGAAAAACATATAGACACAAGTGTATATAGATAA +>group_237 +ATGTTTCAATTTTTTAACATCAACTTTGATGGAGTTAATAAAAAAGAAAATGCTACTAAA +TTTATATCAATAGGTTTAGTTCTAATTGTTTTAGGAACACTTTCTCTATTATATAAAAAC +CTTGGAATCAAAATAGTGTCTTGGCTATTAGGTCTATCACTATTATTTATAGCATACCTG +AACTTAAAAAACATTAATGAACTTTCAAGATATGCTTCAAAAGAAGAACTTAAACCACAT +AAACGTAATCAAGCTATTATTTTATTCTTCGTAGTATTATTATTTATATTTCCTACAAAG +ATTCAAGGGTTTATTTCTTCTGTTATAGGTGCATATTTAGTGGTTAATCAGTTATTAAAA +ATTGCTGCAAGTAAAAATAATCCTTATTTTAGATTTGGTTTATCTAACATATTTGCATTT +TTATTTGGTATAACTTTAATTATATCTCCATTATTTTTATCTAAGTTTATATCATCTATA +ATGTCATTTATAGTAATAATAATAGGACTAAATCTATTTACTATGGGTAATCGTCTTAGA +TAA +>group_365 +GTGTCTAACATGGTAGCTATATTTTTCGCAGTGCTTGCTGGCCTCTCTACTACTTTGGAA +GCTTTTTTAAATGGAGAATTAGAGAAAAATACTACGGCTCTAATAGCAACTTTTATTAGT +TTAGTTGTAGGAGCATTATTTTTTTTAATAAGTATTTTAATAGCAGGTGATTTTAAAGAC +TTAATAAAGGTTGGCCCTATAAAACCTATATTATTGTTAGGTGGTGTTTTTGGAGGTTTA +ATAATTTATTTTACAGTAAAGGCCATACCATCATTAGGAGTATCTAATACACTTACATTA +ATAGTAATTTCTCAAGTTATATTAGGGTTTATAATTGATAGTGTTATACTAGGAAAAAAT +ACTATACACCTGTATAATTATATAGGTGCAGCATTAATATTTATAGGAGTATTCTTTATG +CTAAATTAG +>group_132 +GTGGAAAATAAAAAGTTTGTAATTTCATTTAGTGGTGGAAAAGATAGTGTTTTAGCTTTA +CATAGAATGGTAAAAAAAGGATATACCCCAGTAGCGCTTTTAACTACTGTAAAGAAAAAT +GAAGATGAGTCTTGGACTCATGGGATAAATCATGATTTTCTAAAAAAAGTAAGTGAGAGT +TTAGGAATAGACCTTATTACTGTAGAGTGTGATGTTAACGAATATGAAAATGAGTTTGAA +AGAAAATTATTAGTAGCAAAGAAAAAGGGTGCAAGTATGTGTGTATATGGAGATATTGAT +ATAGAACATCATAAACAATGGGGAGTAGATAGATGTAATGCAGTTGGTATGGTTGCAGAG +TTTCCTTTATGGCAAGAGTCTAGAGAAAATCTAGTACATGAATTTATTGATAGCGGATTT +AAAGCAACCATTAAAAAAGTAAATTTAAATAATCTTGGTAAAGATTTCTTAGGTAAGGTA +CTAACAAGAGAATTAATACAAGAAATAAAAGCAACAGGCTCAGATGCTTGTGGTGAAAAT +GGAGAATACCATACTTTTGTAAGTGATGGACCTTTATTTAAAAATCCTATAAACTTTAAG +CAAAGTAAAGTTACTTTAGATGAAAATTATGGACATTTACATATTATTTAA +>group_504 +ATGAAGGATTATTATAAAATAGGAGAAATATCAAAAATATATGGAATAGGAAGAGACTCA +CTTATGTATTATGAGGAAATAGGAATTTTAAATCCTTATAGAGATACAAATGGATACAGA +TTATACAGCATTTCAGATATATGGAGATTAAATTTAATAAAAGAGTTAAGAAGTTTAAAT +TTTCCGATGAAAAAAATAAAAGAATATCTAGCAAATAGAAGTATTGAATCAACAAATCAA +ATGTTAAATGAAGAAATAGAATTAATTGATAATAAAATATTAGAGCTTTTATCTCATAAA +GAGAATATTAAACAAAGATTAAAATCTATTGAAGAAACAGTTAGTAATACTAAGTTTAAT +GAAATTAAAGTAGAATATATTGAAAAAAGAAAAGCTTTAAAGTTGAATGCAAACATAAAA +AGAGATGAGGATGTAGACTTTTTAATACAAAAGCTTCAAAAGGAATATGAACATAGGTTC +AATATTCTTGGTAATAATAATATAGGAGCTGTATACTCTTTGGATTCTATAAAAAAGCAT +ATATACAATGAATTTAACTCCGTATTTTGTCTTTTAAATGAAGATGAAAGAATATACAAT +ATAACTTTTGATGAAAATTATTATATTACTATGACTTATAGAGGAAGTTATAGCAATAAT +AAAGAATATATAAATAGAATGATTGAATACTCGACTGATAAAAACTATGAGATAATCGGA +GATCCTATAGAAATATATAAAATAGATGTACATGAAACAGGTAAAGTTGAAGAATTTATT +ACAGAAATTCAAATACCTATAAAGAAAAGATTACAATAG +>group_9 +TTGATTACCAAGGTAAATGAAAGCTTAGAAAATGCATTTTGGGAATATGTATCCCATGAA +GAGCGTATAAATTTATTTATTATAGGTGATGTAGAGAATTATGGATTCGAAACTGACTTT +CAAGATGTTTGGTTTCAAATGAATGATGATAAGATTGTAGCAGTAATGTTGAGATACTAT +AAATCTTTAATTATTTATAGTTATGAAAATGATTATAATATAGATGAAATGATAGATCAT +ATAAATAGCTTAGATATAAAAGAAATTAGTGGTAAAAAAATAGTTATTGATAGGTTATTG +ACAAAATATAAGGACTTTAAAAAGAGTAAAGAAACTCAATTTTGTAGTTTAAAAACTTTA +AAAGAGATAGATGTCTTAAACTTGAAAGATAATAAAATAGAAAAAGCAGAAATTAGTGAT +TTAAAAGAATTAAATGATTTTATATGTAGTGTAGAAGATATGTATACTGAAGATTATATA +GAAACTAAGACTAAACAATTAAAAGAAAAAAATACAAGGATATACTTTATAAAACAAGAT +GATAAAATAGTAAGTACTACATCTACAGGTATAGAAACTAGTTTTCTAGCTATGGTATGC +GGAACATGTACAGATGTAAATTATAGAAATCAAGGTTTAGCTACTTTAATGACTTATACA +TTATCAAAAGAATTAGTTAATGAAGGGAAGATACCTTGTTTATTTTATTCTAGTGAAGTT +GCAGGTAGAATATATAAAAAAATTGGATATGAAATAGATGCTAATTGGAGTATGTTATTA +AAGTAA +>sasA_14 +ATGTTCGATAAGCTTAAACTAAAATTCATACTAATAAATATGAGTTTATTAACAGTCGTC +TTTATAAGTATTTTTGGCACTTTATATTTTATGACTAATGAAAGCATGAATAGGGAAACT +AACGGTTCTCTTAATGCTTTAATGATTGATAATCATAAACCTAGACCAAATACTAGTAAT +ATAATAGTCGATGTTGATGATAACGGAAATATAATAAAAAAATTTATTTCTTTCAATCTT +AATGTTGATACTAACGATTTACAAAATGCAATTAATAAAATTTTAAATAATAAAAATAAT +TCCTCCAAAATCAATATTAACAAAGAACCATATGTATATCTAAAAAGAACAAGTTCTACG +ACTACAAAAATAGTATTTTTAAATATATCTTATCAAGAGAACTTTAAGCTATCTCCTTTA +AAAATATTTATTTCAGTTGGATCTATAAGTTTAATAGCATTGCTTATTATAAGTATCTAT +CTTACTAATAAAAGTATTAAACCTATAAAAGATGTTTTTGACAAGCAAAAGCAATTTATA +GCTGATGCATCTCATGAATTAAAAACTCCATTAACTATAATAAAAACTAATACCTCTTTA +GTGCTTAGCAATCCTGAAGATACTGTAAAAAATCAACGTAAATGGATTAATTATATAAAC +TTACAAACTGATAGAATGTCTGAACTAGTTAATGAAATGCTATCTCTAGCAAAGTTAGAT +ACAGAGGAAAATACACTTGTACTCTCTCCTATTAATATAAGTAAAATAATTGAAAGTATG +ATTTTACAATTCGATGCTATAATTTATGAAAATGGAATAAACCTATATACTAAAATAGAC +AATGATATTTTTATCACTGGAGATAAAGAAAGTATAAAAAAATTATTTAGTATAATTATG +GATAACGCGATTAAGCATACTAATAATAACGGTAGTATTTATGTGAATTTAATCTTGGAT +AAGAATACTGTTAAGTTATCTATAAAAAATACAGGTAAGGGTATATCTTCCGAACATATT +GAAAAAATCTTTGAAAGATTCTACAGAGTTGATAGCTCAAGAGTAAGAGAAACCGGTGGT +TATGGATTAGGACTTTCCATCGCAAAATCAATAGTTGAACAGCATAAAGGTAATATATAC +GCTAAAAGTACTGTTGATAAGGATACAACATTTTTTGTAGAATTTCCTATTAACTTTTAA +>arlR_3 +ATGAAACTATTGTTAGTTGAAGATGAAGTTCAATTATCTGAAGCTTTAAGCCAAATTCTT +ATAAAAAATAATTATTCTGTTGATGCTGTCTATGATGGTGATGATGGTTTAAATTATGGT +TTAACTGATATTTATGATGTAATTATTTTAGATATAATGCTACCTAAACTAAACGGACTT +CAAGTTCTTAGAATATTAAGAAAAAAGGGAGTTTCTACTCCCATTATTTTACTTACAGCT +AAAGATAGTGTCGAAGATAAGGTTACTGGTTTAGATTTAGGCGCCGATGATTATTTATCA +AAGCCTTTTTCTTCTGAAGAACTACTTGCTAGATTAAGGGCTTTAACAAGAAGAAAAGGT +GAAGTTATTAATGATAATATCTTAGACTTCGGTGATATTCGATTAAACTTATCAACCTAT +GATTTAGAGTGTAAAAATAATTCTATAACTCTTACATTAAAAGAATTTGATATACTGCAT +TATTTTATGCAAAGACCAAAAAGCATTGTAAGTAAAGATGATCTAATAACAAAACTTTGG +GGATTTGATTCTGAGGCTGACCACAATAATATCGAGGTTTATATTTCCTTCCTAAGAAAA +AAATTAACTCACATTGATTCATCTGTTAAGATTTCAACTATAAGACGAGTTGGATATAAA +TTGGAGGAATAA +>group_708 +ATGTTAGAAACAATAATTGCGTCAACTACTGGAGAGTCTTTCACTCTCACTAATGCACTA +CTTGTAATAGTGTCATCAATTATACTTGGACTAACCATTAGTCTTGTATATATGAAAACA +AATAAAAAATCTGGATATAGCTCAGGTTTTAGCATAACATTAATAATGCTACCAGTTATA +ATTTCAATTATAATTCTTTTAGTTGGAAATAACGTTGCTAGAGCATTTAGCTTAGCTGGA +GCATTTTCAATAATTCGTTTTAGAAGCGCACCTGGAGACCCAAAGGATATTTCTTATGTA +TTCTTTACATTAGCTGTTGGTCTTACTTGTGGTATGGGATACATAGGATATGGAATAATA +TTCACCACTATTTTATGTGCAGTGATGCTTATATTAGATGCTACAAAATTTGCTATGCCT +AAAACTAAAACTATGCAACTAAAAATTACCGTTCCTGAGGATTTAAATTATGAAGGTATA +TTTGAAGATATATTAGTAAAGTACACTAACTCTTGGAATATTGAAAAAGTTAAGACTAGA +GACTTTGGTGCTTTATTTGAGCTGACTTACGTTATTCATATGAAACCTGACGTAGATCAA +AAGAAATTTATAGACGAGTTAAGATGTAGAAATGGAAATTTAAACATAACACTTACCCTA +TCTGGTTTCGACGAAAAAGTTTATAATTAG +>pbsA1 +ATGGATTTAATGACAAATATAAGAAAAAGTAGCGCTACACTTCATAGTGCAGCTGAACAC +AGCGGTTTTATAAAGAGAATAGTTGATGGAAATGCATCAAGAGAAAGTTATGCTGAATAC +TTATTTAATCTATCAGCTATGTATAAATCTATAGAAGATGCGATTGAAAATAACTCTACT +AATGAGATAATTAAAGATTTTGTTACTCCTGAACTATATCGTTATGATTTAATTCAAAAG +GATTTAAAATTCTTATTAGGAGATAAGTTAGTCGAGATGGACTTACTTCCTTCTACTCTA +GCTTTTATTGATAAAATTAACGATTTAGAAAAAACTAATCCTGAATTAATAATAGCTTAT +GCTTATACAAGATTTATAGCTGATTTATTTGGTGGAAGAACTTTTATTGCTTTATTAAGC +GTTAATTATAAAGTTGAGCCTGAAGGTCTAAATTATTATTCTTGTGATAAGATTAAAGAT +ATCAGATCTTATGTTATGAATTATGCTAATAAAATAAATAACTTAAACTTATCTAAAGAA +ATGGAAGTTAAGTTTATAAATGAAATAAGTAATGCTTATATTTATAACTTAGCAATATCA +AATGAACTAGAAGCTAAACTTTACAATAATTAA +>group_776 +ATGAATATAAACTGTGAAAAATGTTACTGTGAAAATAAATTAAATTCTTCTTATATTAAA +AGAATTCTAGAACTATTAGGTCCTGTAATACTAGGTTCCAAACCAGCTGAGATTTTAAAT +ATTTCAGGAAAACCTGATATAAAAGAAAGCAAATTAATGGAGATAAAATCTTTCTTTAAC +AGCTGTAGTAAAATTTCTTATAAAATAATAAATACTTATGATGGTGGTATAAGAGTTCTA +TTCATAAATAAAACATCTTTATCACGTGTTTTCTTTAGTAAAAAATGTATAAACTTTTTA +AAATTTATTGGATATTCATCTGATTACAATTTGGATTCTTATATAAATATGTTAGTTGAT +AAGTTACACTCTGAAGAATTCCCAGATGAAATAGGTATATTTTTAGGATATCCTCTTAAA +GATGTTCTAGGATTTATGGGATATGGCAGAAATGAATTATCTGCGACTAGATACTGGAAA +ATTTATGGAGATCCTTCTATTTCTTATGAGGTTAGTAATAGCTTCTTAAAAGATAGAGCT +ATAATGAAGGAAATGATAAACTCCTCTTCTCTTTCTGAGTTGAAAAATGTAATTTAA +>nrdG +TTGAGATTTTCTAAGATAAAAGATAATGATATAGCAAATGGACTAGGAATAACCATGTCT +TTTTGGACACAAGGGTGCCCGCATCATTGTAAAGGATGTTTTAATAAAGAAACATGGGAT +TACAATGGTGGAAAAGAATTCACAAAGGATGATTTAGAGTATATTATTGCTAATATAAAT +AAAAATAATATTAAGAGAGATTTATCAATACTAGGTGGAGAACCACTATGTATACAAAAT +GTTAAAGGTGTTATAGAACTTTGTAAGGAGTTTAAAAGCTATTATCCAAATAAAAAAATA +TATTTATGGACGGGTTATACTTTAGAGAATTTTAATGATATTCAAAAAGAAGTATTAAAA +TATATAGACATTTTAATAGATGGAAAGTTTGAAGAAGAGAATAAAAATTTATCTATTATG +TTAAGAGGATCTTCAAATCAAAGAGTTATAGATGTGAAAAAAACATTAAGAGAAGAGAAT +ATAGCATTACATGAGGTATGTTAA +>group_955 +ATGCCAAGAGCTATTACACATTATTTATTTGCCATGGATTGTTTAGATAAACTAGATATT +AATACAAAAAATATTATAAATGATAATTTTGATATGTATCTATTAGGATGCCAAGGTCCT +AATTTTTTTAATTATTATAACGACTTTTCATTTTTTAATAATAAAAATATATCTCAATTA +AATGCTCTTATTCATAGTAAAAATATTAACCTTTTCCTTAAAAATATGATTATGTATTCT +AAAAATAAAGAGTCCTTAAAATATGTATTTAATGACAGTAATTTTTCAAATATCTGTATT +TCATATATCTATGGTTATCTTACACATTATATTTTAGATAAGGAATCGCATCCATATATA +TATAGTTTACAAAAAAACTTAAGAAGTAAATACAAATATAGAAGTTCTATCGCTCTTCAT +AAAAGCATAGAAACACACATTGATAGTTTACTTCTTCTCAAATTCAAAAACTTAAAACCT +TATGAATTTAAAGATTACTTGTATATAAATTTAAGTAATCATGAACTTATAATATTCTCT +GACATGTATAGCTACTTAGTAAGTTCAGTTTATGAGAAAAGTATATCTGGTGATGATATA +AAAAAATCATTTCGCACCTTTAAAAAAGTAGAAAAGAAAATAAATTCATCACCAAATATT +CTATCAAAAATTTATTTGAATATAAAAAATAAAACTGCTAAAAACAGTTTTATAAATAAT +GAAGTATATTCAAATTATACACATTGTATTAATGATTTGCTAAATGAAAACCATAATAAA +TGGGTTGATCCTTTTTCTAACCAAGAATCTAATTCTTCTTATTTAGATATATACAAAGAT +AGCCTAGGCCTCTATGTAGATTTAATAAATTACTTAAATTTATATTTTGATAGTAGAATT +TCTTTATATTCCTTGTTAGTTAAATTAGATAATAAATCATTTTTAACTAATCAAAATTGC +GATACTGATAATGTAATTTTAATATAA +>group_878 +ATGCTAGTGGATTCTATAAAAGTAAATATAAATAAACAAGATGCTATGAAGAAGATTTTT +ACTAAGACTCCTTTGATAAGTAAAGTTATACAATTTAATAATAAAGCTAAAGATATTCAT +TTAGAATACATTGAATTTAAGATTTTAACATATGAGATAATAAGTAAGAAAGGAAATAGG +AGTTTCTTTAGAAATAATTCTAAAACATTTAATATTACAATGATAGTTAATACATATAGT +GGATATTCTGAGTCTGTAGATTATGCTCCGACTACAGTAAAGAGATATATACCAAGGAGT +TGCATAAAAAAATCTAAAGTTGATGAGTACCAGATTATAGAAGAAGTTAAAAATCAAATA +TTTAAATTTTTAGGAGGAAAATATAAACATAATTTATTAGAGAATATGAATATTCAAAAT +ATAAAATTAGTTGAGGTTAAAAGTATATATAAACCTTACTGGGTTGCTAATTATAATGGT +AAGAATATATTTGTGGATGCATAA +>abgT_2 +ATGGATAGCGCTGTAAAATCATCGCAAGAGAAAAAAAGTCTATTCCAAAAGTGTCTTGAT +GGAATAGAAATAGTTGGAAATAAACTTCCACATCCAATTACATTATTTTCATTATTTTGT +TTAGCAATCATAATTATATCTGCAGTAACTGCAGCTATGGGGCTTTCGGTAGAAGGGGAA +CTTGTAAATAGAACTACTGGAGAATTAGAAGTTTCTACAATAGCGGCAACTAGTTTACTT +TCAAGAGATGGTATTGTTTATATGTTGGAAAACGCTATCACTAACTTTGTTAACTTTGCA +CCATTAGGAATGGTTTTAGTTGGTATGTTAGGGATAGGAACTGCAGAAGGAAGTGGATAT +ATATCTGCTTTACTTAAGAAGACAGTTGCAGTAACTCCTGCAGCATTAGTTACACCAATG +GTTGTATTCTTAGGGGTTATGTCAAATATAGCAAGTGATGCTGGTTACGTTGTACTAGTT +CCACTTGGAGCATTAATATTCATGTCATTTGGTAGACATCCACTTGCAGGACTTGCAGCA +GGATTTGCTGGGGTATCTGGAGGTTTCAGTGCTAACTTAATAATAGGAACAATAGACCCA +ATGTTAGCTGGGATATCTACAAGTGCAGCACAAATGATAGATCCAACTTATACAGTACAA +GCAACTTCAAACCTATACTTTATGGTTGCTTCAACATTTTTAATAACTTTATTAGGATGG +TTTGTAACTGATAAAATAGTAGAGCCAAGACTAGGAGCCTATTCTGGGAAGTCTACATTA +TCTAAAGAAGATCAAGATTTACAAAATCTAAGTGATAAAGAAAAGAAAGCATTAAAAATA +ACTAACTTAACAGTTTTAGCAATGTTAATTGGTATAGTTGTAGTAGTAATGCTTCCAAAT +TCACCATTAAGAAACGTAGCAATAGAGCAAGAACAAGGATTCATGGCTTCTATAATAGAT +CATTCACCATTAATGAATGGATTCGTATTATTAATAGCTATAATATTCTTCGTAGCAGCT +TGTGTATATGGTAAAGTATCTGGACAATTTAAAAATGAAAAAGATATTGGTGCTGAATTA +GGAAAATCAATGGCTTCAATGGGAAGTTATATAGCATTAGCATTCGTAATGGCTCAATTT +GTTAACTACTTCTCATACACTAACTTAGGTACTATATTAGCTATAAAAGGAGCTAACTTA +TTACAATCTATGAATATGAACGCTGTAGTTCTTATGGTGGTATTCGTACTATTTGCAGGA +TTTATAAACTTATTCATGGGATCGGCTTCAGCTAAATGGGCTATAATGGCTCCAGTATTC +TTACCTATGTTTATGAAAATGAACATATCTCCAGAGTTAACTCAAGTTGCATACAGAATA +GGTGATTCAACTACAAACATAATATCACCTCTTATGACTTACTTTGCAATGATAGTTATA +TTTGCTCAAAAGCATGATAAGAAAGCTGGTATGGGTACATTAATATCAACGATGTTACCT +TATACTATGATATTCTTAGCTGGATGGATATTAATGTTAGTAATATGGATGGCTTTTGGA +TGGCCTTTAGGACCAGGAGCTGGACTAGTTTACGGATTATAA +>group_1057 +ATGAAAAAATTCGCCATATCTATATTATTTTTTATATTATTAATGACGACAGCTTGTAAT +TTAAATAATTTATCTTCAAATAATCAGTACATAAGTCAAGCTAGTATTGACACAACCAAA +CTAATAGGTACTAAATCCAATGATTTAGAAGTTTCATTTGGTGTTCCATATTCAGCAACA +TATTACATTGATTCAAATAAGATTAAATATATAAGTACAGAAGAACTAACATTAAAAGAC +CTAGAAAATAGTATATATGTAGTTGCTACTTATAAAAATAATAATAATAAAGAAAATCCA +TTTTTTCATGTATATTATGAAAATGGATTAGTAAAAAATGCTATATCAGGTGATTATAAC +TTAAGAACCTCAAAAGATTTAATTTCATCTGAATATTTATCAAATGCTAATTATAAAGTA +GAATTTTATAATCATAAAGGAATGATATGTAAAAGTGATTTTGTAATAAGTTATGCTACT +AAAGAGTTCGTTGGCAAAAGCATTAGTGACTTTAATAATTCTTTTAACCTAAACTCCGCT +AACTTTATAGCCTCTACAATAGACAATAAAGAGAAACTTTACTTTTATCCTTTAGTGCCT +CATAAACAACATCCAGATAAAAATCACAGCTATCCTAAATATAGTTCTAACAATAATGTA +AAACTAGATACTGTTAACCCTGTAAACAACAACTTAAGTAACACCAACAAAACAAACAAC +AAAGACTTAAGTAATTACTCAGACTCATCAGTAGTAATATATACAAAGGATAATGAAATA +CAATCATTAACAATAGAAGGAAAAGACTTTGTCTTAGGCCTAATGAACAAAGCATTTTCC +AAATAA +>group_1453 +ATGGAATGTAGACCAAATTGTGGTGCATGTTGTATAGCTCCATCTATTACATCTCCTATT +CCAAATATGGAAAATGGAAAACCAGCAGGGGAAAGATGTGTTCAATTAGATGACAATAAC +ATGTGTAAAATATTTAAAGATCCTAAAAGACCGAAAGTTTGCGGTGAATTAAAACCATGT +GAAGACATGTGTAAGAATAATAGAGAAGAAGCCTTAAGATATTTAACTGAACTTGAGGAA +GCAACAAGTCCTAAAAAATAA +>group_1446 +ATGAATATATTTTTAGACTATATAATTTTCATATTAATACTATTATTCACCCATATGCTA +ACTATTAATACGCAAAATATAAGCTCTAAGCAGTATTTTTACGGTGTGTATGTAAAACAA +ATTAATATAGAAGAAAGTTTAAAAAAGGAAATAGATAAGAATTTTAAATTTAAATTAAAT +ATTTCACTATTAATTGTTATTATAATATATATAATATTTAATTTAATACTTAAGTTGAAT +ATAGGGCTTAATATAACGATTAGTACAATTATATATTTAGCTTTGTATTATATATTTTTA +AAAAATGAATATAAAAAAGTTAAGAATATCAAAAATAATTACTTAATTATAAATGAAGAA +AATATTAAAAAGGAAAGAAAAGAAAATATTTAA +>gpx1 +ATGAAATTTTATGATTTTAAAGCAAGAAAGATGAATGGACAAGAAGTGAGTATGAATGAA +TATGAAGGAAAAGTTATATTAGTAGTAAATACTGCTAGCAAATGTGGATTAACACCTCAA +TTTAAAGAATTACAAGAAATATATGAAGAATATAAATCTAAAGGACTTGAGATATTAGGA +TTTCCTTGCAATCAATTTGCAAAACAAGATTCAGGAAGTAATGAAGAAATACATGAGTTT +TGCCAACTAAATTATGGGGTAAGTTTTAATATGTTTGAAAAAATAGATGTAAATGGAAAA +GATGCACATCCATTATATAAATATTTAAAAGATGAGGCTAAAGGCTTATTAAGTAAAGAT +ATAAAATGGAACTTTACAAAATTCTTAATAGATAGAAATGGAAATGTAATTAAAAGATAT +GCACCTACAGTATCACCACTTAAAATTAAAACTGATATTGAAAAATTACTAAATAAATAA +>ohrR +ATGGATAAATACGATAAATTAAAATTAGATAATCAATTATGTTTTTCATTATATGCTTTA +TCGAGGGAGGTAATAAAATTATATAATCCATTACTTGATAAGTATAATTTGACATATACA +CAGTATATAGCAATGTTAGTAATGTGGGAAGAAGAAAAAATTATTTTTAAAGAATTAGGA +AAAAGGCTACACCTTGACTCTGGAACTCTTACTCCAGTTATTAAAAAATTAGAGTCAATG +GAACTAGTAACGAAATATAGAAATAAAGAAGATGATAGAGTAGTTACAGTAGAACTTACA +GAAAAAGGCAAATTATTAAAAGAAGATATAATAGAAGTACCGGAAAATATATATTCAATG +TGTTTAGGAGATGGAGTAGATTTACTTTCTTTAAAATCTCAACTAGATACTTTATTAAAA +ATGTTTGATTAA +>tmpC_6 +ATGAAATTAAAAAAAATAGCAACAATAGCTATGACAGCTATACTATCAACATCATTATTA +GTAGGATGTTCAAGTAATTCTGAAGGAGAGGATAAAATAAAAGTTGCAATGATAACAGAC +GTTGCTGGTGTAAATGACCAATCTTTCAACCAAAGTGCGTGGGAAGGATTACAAAGAGCT +GAAAAAGAACTTGGAGTTGAAGTTAAATATTTAGAATCTAATCAAGATGCAGACTACATG +CAAAATGTAGAGACATTAGTAGATCAAGATACTGATTTAATAATAGGTGTAGGTATGAAA +TTAGCCCCAACAATAGAAGAAGCAGCTAAATCATACCCAAATCAAAAATTTGCATTAGTA +GATGAAACTTACGAAGAAATACCATCAAATGTAAAATCTATATTATTCCAAGCAGAGCAA +TCAGCTTACTTAGCAGGATTAATAGCTGGTAAAATGACAAAAACAAATAATGTTGGATTT +ATAGGTGGTATGCAAATATCAGTTATAGATACTTTTAAATATGGATTTATGGCAGGAGTA +AAAGCTGCTAACCCAGATGCAGAGTTACAAGCTCAATATGCAAACTCATTTACTGATCAA +GCTAAAGGTAAAGCTATAGCTACTCAAATGTATAAAAATGGTGCTGACATAATATTCACA +GCAGGTGGAGATGTTGGTACAGGTGCAATAGAATCAGCTAGAGAACTTGGGAAATATGCT +ATAGGTGTAGATAGAGACCAAAGTGACTTAGCTCCAGAAAATGTAATAACTTCAGCTATA +AAGAGAGTTGATGCTGGTGTATTTGAAACTGTAAAAGATTTAGCAGAAGGTAAATTTGAA +GGTGGAAGTAGTGTAGTTTATGGATTAAATGAGAATGCTGTTGGTATAGCAGATACTACT +TCAAACTTAGTACCACAAGAAATATTAAATTATGTTAATGAACAAATGGTTAAATTCCAA +AATGGTGAGTTAACTGCTCCAAAAAATGAAGGAGAATATAATACTCTTGTAAAATAG +>group_1466 +ATGGTTTTATTAGGGGAACATGATGTTGATACATTAAGCGGAGGTATTGAAGTCATATTT +TCAAAGCAAGGTGATACATTTATTCCCTTAGGATGTGAAAAAAATGAAATCTTAGAAGAT +AGTGAATTAATTTATTCTGATGACAATAATGTAAGAACAAGAAGATGGATATGGAGACAA +AGTGAGTAA +>group_1537 +ATGACTTTTTATCAAGCTATGCAAGTTGGAGTAAATGTAATGAAGCCCTTGATTAAAGAT +ACACAAAGTAAAAAATTAAAACAAAAATATATTACAGCTTTTATTTTAAAGAATATATTA +TGCCTTATATTTTGTATACTTGTTGTAACGAGTTTTGCGAAAGTGTTTGGAAATGAAAAT +AGTATAGTAGGGGTTGTAACTATTTTAGGAGTATTAACTTTTAGATTTTCTAATATAGAT +TTTGATGTTAAACAGTCTTCATTTACATTATTTAGTGTGTTCTGTATTTTTATGGTTGGC +CCATATGTATCAAATTTAGTAGGACCGGTGCTAAGAAGTATTATTAACTTCATTTTTATA +ATGATAATACTTATATTAACATGCCATAATGTGATGCTTTCTAATCAATCAATACTTGTA +TTATCATATTTACTTTTATGTGGGTATGAAGTTAATGATATAAATGCATTAATTAATCGT +GTATTAGGATTAGCAATTGGGGGAATTATCGTAGCAAGTATTTTTTATATCAAACAAAGG +AAGGTAAAATTTGAAAATAAATTATCTGATATTATCAAGGATGTAAATTTAAGTAATGAT +CGAACAAAGTGGCAATTAAAGCTTGCTTTTGGTATTTGTACATCTATGCTAATTGGAGAA +TTATTGCATTTACCTAGAACTATGTGGATAGGGATTGCGTGTATGTCAATAATTCAACCA +AATAAAGAAGTAGTAGAATTTCGTTTTAAAAATAGAATCTTATTTACTTTTTTAGGATGT +TTACTATATTTTATTATTTATTCTGCTATACCAGTTAAATTTAGAGATTTAATAGGAATG +CTTGGAGGGATAATGGTGGGATTCTCTGCTACTTATCAATGGCAGGTTATATTTAATGCT +TTTGGTGGATTAACTTCAGCAATACCAGTTTTAGGTCTAGAAGGTGCTTTAATAATTCGT +TTACTTAATGGATGTTTTGGATCTATATACAGTAGAGTTTATGATAAAATATTTGATATA +ATCCATGAAAAAATTACATTTAGAAATAAAATTGAGCAAGTTACTACAAATGGAGAGATT +TAA +>group_1544 +ATGAATATTGATTACTACGGAAAAATTCTTTGGAATTATCATCGACTAAATGAGGATGTA +AAAAAGTCAGATGTTATCTTAGGATTTGGCAGTCATGACTTACATGTTGCAAAAAGATGT +GCCCAACTTTTTTTAGATGGATATGGTAATATGATTATTTTTACTGGTGGTTATGGTAGA +ATCACCGAAAATTTATGGAATATGGCTGAAGCTGAGAAATTTGCGCAAATCGCAATAAAA +ATGGGAGTACCTAAAAATAAAATTATTATTGAAGATAAGGCTAGTAATACTGGTGAAAAC +ATTAGTAATACTAAAGAAATACTAAAAAATATCAATCTTTCTCCCTCATCTTTTATAGTT +GTTGATAAACCTTATAGAGAAAGAAGGACCTTCGCCACTCTCAAAAAACAATGGCCTGAA +ATAAATTTTGTTATAACTTCTCCAAAGTTTACTTATGAAGAATATTGTGATTTTTATTCT +AAGGGTGAAATCTCTAAAGATGAATTTATAAGTATTATGGTAGGAGATATCCAAAGAATT +TATTTATATGGTAAAAATGGACTTCAAATTGAACAAAAAATACCTTCTAAAGTTTGGGAA +GCTTATAATAAATTAGTTTATTGGGATTTTAATAAACATTTATGTAAATAA +>group_1538 +GTGGAATTAATATTAAAAGAAGAAAAGCTAGAGACGTATTCAGAAAATCAAATACATAGA +TATTATTATATTGATGGATTACCTAAGAATATACGATGTAAGCTTAAAATTATATATGGA +TATGATTTTAGAGATTTTAATATATCACCAAATAAATATTATCAGACTTTTGTAGACATA +GATAATGATAGTCTCTTTATATCATTGTGGTATGATAATTTTTCTATAAATTATTATAGC +CAAGAATACTTTGAAGAAATTATAAACGTAATTATGAAGTATATTATAAAAGAATTTTCA +AGTTATAATATATACTTTTATGATATACCAAATGATGTAGAAAGAAAAATAATAGAAAAA +TATACTCAGACAATATATATAGGAAAATATAAAGCTACTATTTATTATATAAATAATTTG +TCAATAATAAAAAGAGTAATAAATTTGGATGAATTTCCTAGTTTACTACTCTTTTTTAGA +TATATAATTTTACAAAATAGGAAGAATATATAA +>group_1533 +ATGAATAAACTAAAAAATCAATTTATGCTATCAACATATATAATGATATTTCTTTTGTTT +ATAATAAAACCAATGCTAATACCTAATATAATAAGTAAAATTTTAATAGCCTTTAAGCCA +TTTATAATAGGTGGAGTTATAGCATTTTTAATTAATATACCTATGAAAATAATAGAAGAA +AAATTAGTTAGACCTTTATTAATGAAAAATAAGAAACTTGAAAATTTATCAAGGATAGCA +GCTTTAGTAACTACCTTAATAATAGTAAGTATTATAATAGCTGTCTTTATAAATTATGTA +GCACCACAGCTTATAGATAGTATAAGTACCCTAGCTAATATCATACCAGAATATATAAAC +TCAGTACAAAATTTCATAATAGAAAAAATAAATAGTTTAAATATAGAAGAGGAAATTAAA +ATAGATATACCTTTGATGATTCAAAAGTCAATGTCCTATATAGGAAATTTAATAAATATA +TTTATATCGAATTTATTTAACTTTACACTTGGTATCACAAATTTCTTTATTAATTTTTTC +TTAGGAATAATAATAGCTGTATACATATTACTAAGTAAAGAAAAACTGTCATCACAATTT +AAAAAAGTGATATATGCTTTTTTTAATGAAAATAGATATGAAAAGATTATATATGTTTTA +CATTTAACTCATCAAAAATTTTCTAGGTTTATATTAGGCCAATCAACGGATGGGTTAATA +CTGGGAACTACTTTTTTTATAGTTTTTACATTAGTAAAAATACCGTATGCTTTGCTTATA +AGTATATTAATACCTATACTTAATTTTATACCTATATTTGGAACATATGTAGGTATTTTT +ATTTCCGCATTTATTATCCTTATGGTAAAACCAACAGTAGTTATTTTATTTTTAATATTA +ATTTTTTCAATACAGCAATTAGATGGTAAGTTTGTATATCCGATAGTAGTTGGAAATTCA +TTGGGACTTCCTTCTTTATGGATATTGCTTGCAATTATTGTTGGAGGGAACCTTTTTGGA +ATTATAGGTATGGTAGTTGGTATGCCTCTTGTTAGTGTTATTTACGAATTGTTTGGACAA +TATGTTAATAAGAAAATAGAAATCAAAATAAATGATAAAACTATAAAAAGGTAA +>group_1532 +TTGCCATACATAAATGATAAAAATATTATTTGGTTAAGTGGTATTGATACGGGCTTAGTT +AAATATCACAAGCAGAATGGAGTAATAAAGCAGTACAAGTATGATTCATCAAATAAGAAT +TCTTTAATCACTAATTATATAAAAGGTACAGGTGCGAGTAGTAGTAGAATAGTGCTAACC +CTTGTAAAGTATGTAGCAGAACTTCATGATGGATATGTAAGACTTGATAGTGAAATTAAT +AAAGGGGATATATTTACAATAGGTCTTCCTAATATAGTGCAAGGCTCTGTATGTAATGAT +TAG +>group_1531 +ATGACTTATTTTGAAAATGAGTTTTTACCTGAAATAAATTATAAAGAAATTGAAGAATAC +GAAGATAATAATTCTAGTGAAGTAATAGGTGACTCAGAATGTCCTTGTTGCGGATATATT +ACAATTCCAAATAAGGGAGATGCTATATCTTACATATGTCCTGTATGTAAGTTTTGCAGA +GTCCCAAAAGAATGCGAACAACTATAA +>group_1534 +ATGCAACAAGAGGGGGAATATACAATAATATTTGTAAGTTTTACTACCGTAAGCTATAAA +AAGTTTTATTTAGTTAAAGATGAATATGGAATGAAGTTAGAAAATAATGAATATTTTTTA +GTAATATACCCAGAAGAATTAGAATTAAATAATGAATTAGTTGAGAATATTTATGATGGA +AATGAAGATTTTAATTTCCTATTAAATTTTTAG +>group_1539 +ATGAGTAAAAAAGTATTAGTGTTGTCAGGAAGTCCTAGAAAAAATGGAAACTCAGATATA +TTATGTGATGAGTTTATAAAAGGAGCAAAAGAATCAAAACATGATGTAGAAAAAATATTA +TTAGGAGATAAAAATATAAATTATTGCATAGGATGTTATGGTTGTAATAGAAATAATGGT +GTGTGTGTTCATAAAGATGATATGGCTGAAATTTTATACAAAATGATAAATGCAGATATA +ATAGTAATGGCAACGCCAGTTTATTTTTATACGATGGATGCACAAGTAAAAACAGTAATA +GATAGAACTGTAGCTAGATATATGGAAATTAAAAATAAAGATTTTTATTTTATTGCTACA +GCAGCGGTAAATAGTAAGGTAATGTTAGAAAGAACTTTTGATGGTTTTATAGGTTTCTTA +GATTGTTTACCTAATGCAAAAGAAAAAGGATGA +>ssb_2 +ATGAATAATATTGTCTTAATTGGAAGATTAGTAAATGATCCAGAGTTGAAATATGTAGGA +GAACCTAATAATCCTGTTACTAACTTTAGAATAGCAGTAAGTAGAAATTATAAAACAAAA +GATGGTATAGTAGAATCTGATTTCATAAATATTGAAATTTGGGGTAAAAAAGCAGAAACC +TGTGGACAATACTTACAAAAAGGTAGATTAATTGCTGTTGATGGCTGCCTAAGAATAGAT +AAATATCAAACCACAGAAGGTGATAATAAAAGCATAACTAAAGTTAGAGCTAACGATATA +AAATTCTTAGATAATACAAATAAAAAACAAAATAATAAGAATTATTATGATGCATCTAAA +GTATTCGAAGAGTCTTCTACCTCAAATACTGAATTAGAGATATCTGATGATGAAGTTCCA +TTCTAA +>group_905 +ATGTCAAAGAAAAATAATACTAAAGAGATTATGAAGTTTGCAGGTACGTACATATCGGTT +TGTATTGGGTCTGGGTTTGCAACTGGACAGGAGATCATGCAATTTTTTTCAGCTCATGGA +ATAGGAAAAAGTGTTTTTTCAGTTCTAGTATGCATGATTATACTATCTTATTGTGGAGCT +AAACTATTAGAGATAGGTAAGAGCGCTAATTTAAGATCATCTAATGATATTTTCAATTAC +TTATGGGGAGAATCTATAGGTGGTATATTCAAATTATTTATGCCGGTATTTTTCCTTTGT +AGTTTTGTAGTTATGGTATCTGGAGCAGGTGCATCTATTAATCAGTATTATGGATTAAGT +AAGGGGATAGGAAGTATAATAATGGTTACCTTATCACTTATATCAGTTTTATTAGGAATG +AACAAAGTAGTAGATATATTAGGTAATATAGGACCTATTATTATAGCTGTATCTCTGGGG +ATAGGAATTATTACTATATCAAGAAATTATGACAATCTTTTGAATGCAGAGAATATTATT +ACAACGCTTAATGTAACTAAAGCTGTAGATAACTGGCATTTAACAGGCATTATTTATAGT +GGCCTTAATGTAATTATTGTTACAACTTTTTTAGTAGGAGTAGGAGAAACATCAAGTAAT +AAAAAAAATTGTATTTGGGGAGGTATTATAGGTGGTGTAGCATTTATGGCAGCATGTTTA +GTTCTAAATCTAGGTATATTATCTGATATAGGAAATATTTGTATGAATGAGATACCAACG +CTGTATATGGCAGATAAAATAGGACCTATAGTAGGTATTTTATTTTCATTTATTTTAATA +GCAGGAATTTATACAACATCAGTTCCACTTTTATGGAGCGTATGTAATGGATTTGCTAAA +GAAGGTACATGGAAATTTAATTTAATTGCTACTATGTGTTCTATAGTAGCCTTAGTTGGA +GGAAGAATACCATTTTCTGCATTAGTTAATTTTATATATCCTATATCTGGAGCATTAGGT +GTGATAATAATAATTGGCATATTTATGAAGAGTATAAGTGTAGAAAAATATTAG +>group_650 +TTGAGTCAATATGAATTTAAGTATGGTAACAGTAAATTAGTTACTGAAGTTAACTTAGAG +AATATAATTTATAATCTAGTACCGAAGAAATCAAATTTAATAAAAAATGTGAAAGAGGAA +GTAATAAAATCTTTAGATAATCCAACGTATTCATTTCCTTTAAAACAAATAATAAAACCA +GGAGAAAATATAGTAATAAAAGTAAGTGATATTACTAGAGCGTGGATAAAACAAGTGAAT +TTCTAA +>group_707 +GTGGATAAAACAAGTGAATTTCTAATACATATAATAAATTACTTATCTGACTTAGGTGTC +TCTGACAATAATATAAAGATAGTAATTGCATTAGGTGGACATAGAAAGTCTACAAAGGAA +GAACAAATATATATCGTTGGTGAAGAAGTCTATAAGAGAATTAAAGTTTATGATCATGAA +AGTGAAGATAAATAA +>larA_2 +ATGGGGGAATGCAGTTTTAAATATGGTAATGATAAATTAAATACATTTATTAAGGATGAG +CAGGTAATTCAAATATTAAAGCCTCAGCAAGTAGAAAAAATAAAAAATATAGAGGATGAG +GTATATAGAGTATTAGACAATCCGATAGGAAGTATGCCACTAAAGGATATTGTAAAACCA +GGAGAGAAGATAGCAATTATAGTAAGTGACATAACTAGATCTTGGATGAAAAGTAATAAG +CTTGTTATTTATATAGTTAATTATCTTTCAAAACTAGGAGTGGAAGATGAAGATATGTTT +GTAGTAATTGCACTAGGTGGCCATAGAAAAAGTACAAAAGAAGAAATGATAGCTGTAGTA +GGAGAAGAAGTAATTAATAGAATTAATGTATATGACCATGAATGTGAAGATAAAGAAGAA +TTAGTTTATTTAGGAGAATCAAGTAGAAAAACTCCTATTTATTTAAATAAAAGAGTACAT +GAAGCAGATAGAGTTATACTAACAGGAGGAATAGTATTCCATATATTTGCAGGTTTCGGT +GGTGGAGCTAAATCAATATTACCAGGTGTTGTAGGAATAGAAACAATACAAGCTAATCAT +AGATTAAGCTTCAATCCAGGAAAGTCTAGTGGATTAAATTTAAACGCAGGACCTAATAAA +GTAGAAGGAAATCCATTAAGAGAAGATATGAATGAAGTTTGTAAAATAGTAAATCCAGAT +TTTTTATTTAATGCAATATTAGATACAGATGGAGATTTTATAAAATTTGTTGCAGGACAT +TATTATGATGCATGGTATGAAGGTGGAATGTTCATAAGAAATCTTTATGGGGTACAAGTA +CAAAATCAAGCTGACATAATTGTGGCATCAGCAGGTGGATATCCAAAAGATATTAACTTA +TATCAAACTATAAAAACAATGGATAATGCATTATATGGTGGAAAAGAGGATAGTGTATTA +GTTCTTTTAAGTGAGTGTAGAGATGGACTAGGCGCTGATGAATTTGCAGACTGGTTTAAA +TATAAAACATTAGAGGATATGGAGAATGCTTTAAAAGAGAATTTTACAGTACCTGGATAT +GCAGCATATAAAACAGCATATACGGCTAGATATAGAAAGGTTATACTTATATCAAATATA +GATGACAAAGTAATAAAAGATTTCAATATGATACCATGTCATAATCTAGATGATGCTATG +AATATGGCATATGAAATTTGTAAAGAAGAAAATCCGAAGGTAATTTTAATGCCTTATGGA +GGTAATACATTACCAATTTCAATGTAA +>group_957 +ATGAATAAGCATTTTTCTTTTAACTTAAAAAATACCAAATCTAAGTTTGTTGAGTATATA +AGATTCAATATAGTAGGAATAAGTAACTTTTGGGTATCTCAAATATTTTATCTTATACTG +TTTCTTGGATTTAAAATGAATTATTTAATAGCATATACAATAGTAAGTGTTATTAGCATA +ACAGCTTCATATTTTTTAAATTCAAAATATACATTTAAAAATAATAATCTGTCTTTCAAA +AAATTTTTACTTACATTCTTAGTTTACATATTCGAATATATATTAAATATGGGAGTTATT +TTACTAATGGTTAATATATTAAATATTAGTAAGGTATTTGCACCAATGTTAGCACCAGTT +ATATCTACTATACCAGTATTTTTCTTAATGAAATTTGTTATAAACAATCCGAAATTAAAA +TAA +>group_929 +ATGAAACAACCTAGAAAATATGATTATAGAAGATATTTCACAGAAAAAACATATCTTGAA +TACTTAATAAGAAGTGATGAATTAGAAGAAGTGAAATTAACTAAAGAAGAAATGGAAGCT +ATAAATTTAAAAGATGTAAAAGGATATACTAAAAGAGAATGCTCAAAAAGAATGGGGATT +TCAGGGAAAAATTTTCAAAACTTAATTGAAGAAGCTCGAAAAAAAATTTCAATAGCATTA +ATTGAGGGAAAATCTATAAAAATAACTGTAGAAGAGGAAGTTGAGGAAGAAGACTTACAT +GATGTAAAAGCTTGCAAATTTAGATGTGCCATATGTGGATATATCTACTATGTAAATTAT +GAATATCAAGACATTGTTTGTCCAAAGTGCAATTCAACAAAAGTAATGTCAAGTGAAGAA +GCAGGATTTAGCGAAAAATGGTCTATTAAGAAGTAG +>group_686 +GTGAAAATATTAGATACAGTAATAATAGGAATAGACTTAATGTTATTTATGTATTTTTAT +AATGTAGCAATAAATACAACTGATATGACGACAAGATTAATATCTTGTGCGGCTATGACT +TTTGAAGTTTATTTTATTAGAAAGCATATAAAAATAATGAGAAAATTAAATATAGCAAAA +AATGAAAATACAACGAAAGATAAACAATAG +>clpC +ATGTACTTCAATAGATTTACTCAAAGAGCTAAAGCAGCTATAGATTTGGGTGTAGACTCA +GCGAAGAGGTTAGGACACAAGGTAGTAGGAAGCGAGCATATACTTTTGGGCCTTCTTAAG +GAACAGGAAGGTATCGCAGCAAAGGTACTTACAAAATTGGGGGTTACAGAAGAATATTTA +GAATCTAAAATAATTGAATTAGAAGGTAAAAATGAAATTATATCAGAAGATATAACCTTA +AGTCCAAGAGCAAAACAAATACTAGAACTTTCAGGGATGTTTGCTAATAAGTTAAAAACA +AATTATATCGGAACAGAACATATATTATTGGCAATAGCTCAAGAGGGAGAAGGTATAGGG +ATAAAAATATTGAATTATTCAGGCATAAATCAAAGAGATATAGTGCAGCTGATAATAGAA +ATGATGGGGATAGAGTCATATACAGTGCAAGTAAGTAATGAAAGTAGTTTCACAAGTAAC +CAAGAGGTTGCATCATCGAAATTACTAGATAAATACGGAAGAAACTTAACTTTATTTGCA +AAGCAAAATAAATTGGATCCTGTTATAGGTAGAGAGAAAGAAATACAAAGAATAATTCAA +ATATTAAGTAGAAGAACAAAAAATAACCCTGTTCTTATAGGAGATCCTGGTGTAGGTAAA +ACTGCTATAGTAGAAGGATTAGCAATTAATATATCACAAGGTAATGTACCTGAAAATTTA +AGAAATAAATTACTGTATACATTAGATATGGGAACATTATTAGCAGGTGCAAAATATAGA +GGTGAATTTGAGGAAAGAGTAAAGCAAGTAGTAGATGAAGTAATTAAAAATGGGAATACA +ATACTATTCATAGATGAAATGCATACTATGATAGGTGCAGGAGCAACAGGAGAAGGATCA +ATAGATGCCTCAAATATATTAAAGCCAACACTATCTAGAGGAGATATTCAAATTATAGGA +GCAACAACTATAGAGGAATATAGAAAACATGTAGAAAAAGATGCAGCATTAGAAAGAAGA +TTCCAACCTATTGTGGTAAATGAGCCAAGTAAAGATGATACAATAAATATTTTAGAAGGA +TTAAGAGATAAATATGAAGCACATCATAAAGTGAAAATTAGTGACGAGGCAATCGTTTCT +GCTGTAGACCTGTCAATTAGATATATAACAGACCGATTTTTACCAGATAAAGCAATAGAC +TTAATAGATGAAGCAGCATCAAAGGTTAGACTTAAAGAAAATACACCACCAATGAGTATA +AAGGAATTAGAAGAAAAAATACAAAGTATAGATAAAGAAAAAGAAGAGGCTATAAGGGGG +CAGGATTTTGAAAAGGCTGCAAAAGTACGCGATGAACAAAGTAAATTAAAGAGAAAACTA +GAGACAGTTAAAAATGAGTGGAGGACATCTTCCTCTAAATACTATGATTTGGTAGATGCT +GATGCAGTAGCAGAGGTTTTAAGTCTATGGACTGGAGTACCTGTAAATAAAATAGTAGAA +GAAGAAGCTGAAAAGCTACTAAACTTAGAAGAGGTACTTCACAAAAGGGTTGTAGGTCAA +AATGAAGCTGTTGATTCGATTTCTAAAGCAATAAGAAGATCTAGAGCAGGGCTTAAAGAT +CCAAATAGACCTATAGGTTCATTCTTATTTCTAGGACCAACAGGAGTAGGTAAAACTGAA +TTAAGTAAGGCTTTAGCAGAAGCTCATTTTGGAGATGAAAACCAGATTATAAGAATAGAT +ATGTCTGAATATATGGAAAAACACTCAGTATCAAGAATGATAGGATCTCCTCCTGGATAT +ATAGGTCATGATGAAGGTGGTCAATTAACAGAAAAGGTAAGAAAGCAACCATATTCAGTA +GTACTATTTGATGAAATAGAAAAAGCTCACCCTGATGTTTTTAATATACTACTACAGATA +TTAGATGAAGGTAGATTAACTGATTCTAAAGGAAGATCAGTAGATTTTAAAAATACTATT +ATAATAATGACTTCAAATGTAGGCGCAACTAAAATAAAACAACAAAAAAATTTAGGTTTT +ACAACAATAAGTAATGAAGAAAAAGAAGCATATGAATATGAAAAAATGAAAGAGTGTATA +ATGTCTGAATTAAAGAAACAATTTAGACCTGAGTTCTTAAATAGGATTGATGATATCATA +GTATTCCATGCTTTAAATGAAGAACATATATCTCAAATAGTAATTTTAATGGCAGAGCAG +GTAGTTAAACGATTAAAAGAAATGGATATAAATTTAGAGATGGACGATGAGGCTATAAGT +TTGATAGCTAAATCAGGAATAGATTTAGAATATGGAGCTAGGCCTTTAAAGAGGGCAATT +CAAAAAGAATTAGAAGATGAATTATCTGAGGCCATATTAAGAGGTGAGGTAAAGAAAGGA +AGCTCAATAGTAACTAAAATTAAAAATAATAAAGTAGTTTTTGTCACAAAAGAGTAG +>fusA_2 +ATGAAAGTTTATGATAGTAACATGTTAAGAAACATAGCAGTATTAGGTCACAGTGGTTGT +GGTAAAACAAATCTAATTGAAGCAATAGCCTATACATCAAATCTAACTAAAAAGATACCA +AATCTGACTGATAAAACTAATATGACTTACAGCATGAACTTAATTCCAGTTGAGTATGAT +AATTATAAGTTCAATTTATTAGATACTCCAGGTTATTTCGACTTTGCTGGAGAAGTTATA +TCATCTCTTAGAGCTAGTGATGCAGCAGTAATAGTAATTGATGCAATAACACCTATTCAA +GTTGGAACAGAGAAATCATTAGAATTAACAGAAAATATTCCTAAGATAATGTTTATTAAT +AAAATAGATAATGAAAAAGCACGATATAAAGATGCAATAGCAATGCTAAGAGATAAGTAT +GGAAGCAAAGTAGTACCTATGATAATACCTATATACAAAGATAAGAAATTTGTTAAATTG +CACAATATTTTTGAAAATATGGATGATTTAGATGGTGAATTTAAAACAGAAGCGTCAACA +GTAAAAGAAGCCTTAATGGAACTTATAGCTGAAACTGATGATATAATGTTAGATAAATAT +TTTAGTGGAGAAGAATTAACTTCTGCAGAAATACAAAAAGGCATAACTATAGGAATGCAA +AATGGAGATATAATCCCTGTAATATGTGGTTCTACTATAAATAATATAGGAACTAAAGAA +ATATTAGAAACTGTATCTTCATACTTAGATCCTAAATATAAAGATAGTGATAGTGAGTTT +AAAGGATTAGTATTTAAAACTAAAGTAGATCCTTTTAAAGGCAAGATATCATATTTGAAA +ATAACTCAAGGTGAAATAAACAAAGATACTGAATTATATAATATAAACAAATCAATAAAA +GAAAAAATAGATAATTTATATACAGTGAAAAATGGAGAGTTAGAAGAAATAGAAAAAGCA +GAGTGCGGAGATATTGTAGTTTTTACAAAAATTAACTCATTACAAACTGGAGATACTTTA +TCTACAAATAAAGACGAGTTACCGTTAGAAGGAATGAGTTTACCAAAACCTCAAATATAC +TATGCTGTAGTTCCTAAAAATAAAGGTGATGAAGAAAAAATAAGTGCAGCATTAAATAAG +ATAGTTGAAGAAGATCCAACTATAAGATGGTATAGAAATTCTGAGACAAAACAAGCCCTT +ATAGGAGGTCAAGGGGAGTTACATATAAATACGGTTAAAAATAAAATTAAAAATAAATTT +GGAGTAGATGTTGAACTAGATGACCTGAAGGTTGCTTATAGAGAGACAATTAAAGGTTCT +GCAGACGTTCAAGGTAAACATAAGAAACAATCAGGAGGCCATGGACAGTATGGAGATGTA +AGAATTAAATTTGAGAGATGTTCAGATGATTTTAAATTTGGAGAAGAGATTTTTGGAGGA +TCAGTACCTAAACAATATATACCTGCTGTTGAAAAAGGATTAAGAGATTCTATGACAAAA +GGTGTTTTAGCTGGTTTTCCAGTAACTAATATCAAGGCAACTCTTTATGATGGATCTTAC +CATGATGTAGATTCTTCAGAAATGGCTTTTAAAATGGCAGCTAATATAGCATTTAAAAAA +GGTATGGAAGAAGCACAACCGATTTTACTAGAGCCAATAATGAAGCTCAAAATAACTATA +CCGGATGAGTATATGGGAGATGTTATGGGAGATATAAATAAAAGAAGAGGTAAGATATTA +GGTATGGAGCCAGATGATAGAGGTAAACAAATTATATATGCAGAAGCTCCTCAAGCTGAA +ACATTTAAATATGCTATAGATTTAAGATCAATGACTCAAGGTAGAGGATATTTCGAGATG +GAGTTAGAAAAATATGAAGAGGTTCCAAATGCGATAGCTAAAAAAATCATAGAAAGTTCA +AATCAATAA +>mhpE +ATGCTTAAGGGATTTAAAAAAATACTAGTAGCTAATAGAGGAGAAATTGCAATAAGAGTA +TTTAGAGCATGTTCAGAATTAGGTATAAAAAGCGTGGGAATATATAGTAAAGAAGATAAA +TATAGTTTATTCAGAACAAAAGCAGATGAGTCTTACTTAATAGGTGAAGATAAAGGTCCA +ATAGATGCCTATTTAGATATTGATGGAATAATAGAATTAGCTAAAAAAAGGAACGTAGAT +GCAATACATCCTGGTTATGGTTTTTTAGCGGAAAATCCAGAATTTGTTCGTAAATGTGAA +GAGAATGGAATTACATTTATAGGTCCAAGTGCAGATATCATGAATATGATGGGAGATAAA +ATAAACTCGAAAAAGATAGCAAAGGCAGTAAATGTACCTACTATACCTGGAATAGATAAG +CCAATAGAAAATGCTCAAGAAGCAAAAGAGATAGCGGCTCAAATTGGTTATCCTATTATG +CTAAAAGCCTCTAACGGCGGTGGCGGTAGAGGTATGAGAGTTGTATATGAGGAGAGTAAA +TTAGAACGTGAATACGAAACTGTATGCAGTGAATCAAGAAAAGCATTTGGAGCAGATGTT +ATATTTATAGAAAAGTATGTAGTAGATCCTAAACATATAGAAGTACAAATTTTAGGTGAT +AAATATGGCAATATTGTACATTTACATGAAAGAGATTGCTCAGTACAAAGAAGACATCAA +AAAATAATTGAATATGCTCCAGCATTTTCTTTAAGTGAAGAATTAAGAGAAAATATATGC +AATGATGCATTAAAAATAGCTAAACATGTAGGTTATATTAATGCAGGGACTTTAGAATTT +CTAGTAGATTCAAATGGAGAATATTATTTCATTGAAATGAATCCTAGGGTTCAGGTAGAG +CATACTGTAACAGAAATGATTACAGGAGTGGATATAGTACAAAGTCAAATATTAATTGCT +CAAGGATATAGATTAGATAGTGAAAGAATAAATATAAAATCTCAAGAAGATATTAAAGTA +ATTGGTTATTCAATACAGGCAAGGATAACTACTGAAGATCCAGAAAATAATTTCATGCCG +GATACAGGAAAAATTCAAGTATACAGGACTGGATCTGGATTTGGTATAAGGTTAGATGGT +GGTAATGGATTTACAGGAGCTGAAATAAGTCCTCATTATGATAGTTTATTAGTTAAAACA +ATATCCTTTGATAGAACTTTCCAAGGAGCAATAAATAAGACAATAAGATCGATAGAAGAA +ATAAGGATAAGAGGAGTTAAGACAAATATAGGATTTTTGATAAATGTGTTAAAAAATCCA +TTATTTAAAGAAGGTAAATGTAGTACTAAATTCATTGATGAGCATCCAGAGTTATTTGAA +ATAAAGAAAAGCAGAGACAGGGGTACGAAACTACTTCAATTTATAGGTAATATAGTAGTA +AATGATAATAAGTGTGAAGAGAAACCCGTGTTTGAACAGCCTCATAAGCCTAATATAATA +GATAATCTAAATAAGATAGAGGGCAGTAAGAATTTATTTGATAGGTTAGGAAAAGAAGCA +TATATAGAAAAGATAAAAAATGAAAAAAAATTATTACTTACAGATACAACAATGAGGGAT +GCACACCAATCTTTACTAGCAACTAGATTTAGAACATATGATTTATTACAAGTTGCTAAA +CCTACTAATGAATACATGAAGGATTTATTTTCATTAGAAATGTGGGGAGGAGCAACTTTT +GATGTAGCCTATAGATTTTTAAATGAATCTCCATGGATTAGGTTACAAAAATTAAGAAAA +GAAATACCGGATATAATGTTCCAAATGCTATTCAGAGCATCTAATGGTGTTGGATATACA +AATTACCCTGATAATGTTATAAAAGAATTTTTAAAAGAATCAGCTAGACAAGGAATAGAT +GTATTTAGAATATTTGACTCTTTAAACTGGGTAGAAAATATGAAACCATCAATAGAAACA +GCTTTAAGTACAGGTAAAATTGTAGAGGCAAGTATGTGCTATACAGGGGATATATTAAAT +CCAGAAAAAAATAAATATGATTTAGAATACTATGTAAAAATGGCAAGAGAGTTAGAGTCA +TTAGGTTCAGATATAATATGTATAAAAGATATGGCAGGATTACTTAAACCACAGGCAGCA +TATATATTAATAAAGGCATTAAAAGAAAATGTTAAAGCGCCTATTCATTTACACACGCAT +GATACTAGTGGTAATGGCGTTGCAACTTGTTTAATGGCTGCTCAAGCAGGAGTTGATATA +GTAGATGGTGCATTGGAAACAATGTCAGGTCTTACAAGTCAACCATCATTAAATGCCATA +GTAGAAGCTCTTAAGTTTACAGAAAGAGATACAAATATAGACTTATATGGATATAGAGAA +ATTGGAAATTATTATTCGGATATAAGAAAAATATACAGAAAATTTGAAAGTGGATTAGTT +AATTCATGTTCAGAAATATATGAGTATGAGATACCTGGAGGACAATATTCTAACCTAAAG +CCTCAAGCTGATAGTTTAGGGTTAACGGGAAGATTTGAAGAGGTGAAGGAAAATTATAAA +GAAGCTAACGAAGTGGTTGGTGATATAATTAAAGTAACACCTTCATCAAAGGTAGTTGGA +GACTTAGCAATATTTATGACTAAGAATGAATTAACAAAATATAACATAATTAAAGAAGGG +GAGAAATTATCATTCCCGGATTCTGTAGTAGATTACTGTAAAGGTATGATTGGTCAACCA +GAAGGTGGAATACCTAAGGATTTACAGAAAGTAGTATTAAAAGGAGAGTCTCCTATATAT +GTTAGACCAGGTTTATTAATACCTAAATTTGATTTTGTAAATGAGAAGAGATATTTAGAT +AAAAAGTTTAATATAAAATCAAATATAAGAAATGCATTAAGCTATGCATTATATCCAAGG +GTATATGAAGATTATCTAAGACATTTCCAAGAATATAGTGATATATCCAAGTTAGATAGT +GAAGTATTCTTCCATGGTTTAAATAAAGGAGAAGAATGCGATGTGGAAATAGAAGATGGG +AAAGTATTGACTATAAAACTAATTGGAATTGGAAATGTAAAAGAAAATGGATATAGAACA +GTAGTATTTGAACTAAATGGAATGTCTAGAAGGATAGAAATAAAAGATAATAACTTCTCT +GGAAAAATAAATCAAGTAGTAAAAGCAGATATGGATAATCCTTTACAAATAGGCGCAAGT +ATACCTGGCAAAGTTATAAAAATATTAGTTGAAGAAGGCGATGAAGTAGGAGAACATGAA +GCACTAATAGTTATTGAAGCTATGAAAATGGAAACTAATATAGTATCAAAGGTATCTGGA +AAAATAAAATCGATTAAAGTAAGTGAAAATGATACAGTGGGGGATGCTCAACTTTTAATT +GTAATGGAATAG +>niaR +ATGAATTCGAGTGAAAGAAAAGATAAATTATTAAAACTTATAGAAGAGTCTACAAAGCCT +ATAAAAGGGAATGAATTAGCTGAAAAACTAAATGTAAGTAGACAGATTATAGTTCAGGAT +ATAGCCCTTATTAGAGCGACAGGTAAAGATATAGTAGCAACACCTCAAGGTTATATGATC +TATAATCAAAATAATAAAATAGAAAAGAAAATCAAATGTAAAAATCATAAAAATAACGAA +GAACTTTTTGACGAATTAAAAAGTATAATTGATATGGGTGGGACTGTAAAAGATGTTATA +GTAAATCATCCGATATATGGAGAAATAAAAGCAGAATTAAATATATCATCTCTTAGGGAT +ATAAATGATTTTATGAATAAAATAAAAAAAGATGAATTTAAACAATTATCTTCATTAACA +AAATATAATCATACTCATACTATTGAAGCATCAAAAAATGAAATATTAGATGAAATTATA +GAGATATTAGGTGAAAAAGGTATTATATCTAACTAA +>serS +ATGTTAGATATAAGAAGAATTAGAGAAAATTTAGAAGATATTAAAAAGGCAATGGACAGA +AGAGGTGAAAAAGAATTCAACCTTGATATCGTAGTAGAATTAGACGATCAAAGAAGAGAA +TTACTTAAAGAAGTTGAAGTAATGAAAAATGAAATGAACGTTGAATCTAAAAAAATACCT +CAATTAATAAAAGAAGGTAAGGATGTTACTGCTGATAAAGCAAGATTAAAAGAATTATCA +GATAAGATAAAAGAATTAGATGAAAAAGTTAGAACTGTATCTAATGAAATAGAATATAAC +TTAATGAGAATACCTAACGTTCCAAATCCAGAAGTTCCACAAGGAACAACTGATGATGAT +AATGTTGAAATAAGAACTTGGGGAGAACCTACTAAATTTGAATTTGAACAAAAAGCTCAC +TGGGATGTAGGAACTGGATTAGGAATATTAGACTTTGAGACTGCAGGGAAAATAACAGGA +TCAAGATTTACTTTATATAAAGGATTAGGAGCTAGACTTGAAAGAGCTTTAATAAACTTC +TTCTTAAATACTCATACAGAAGAGCATGGATATACAGAAGTTTTACCACCTTTCATGGCT +AACAGAAACAGCTTCATAGGAACTGGACAATTACCAAAATTCGAAGAAGATATGTTTAAG +GTTGAAGGTGTGGATTACTTCTTAATACCAACTGCAGAAGTTCCTGTAACAAATATACAC +AGAGATGAAATATTAACAGTTGATCAATTACCAATAAAATATTGTGCATATACACCATGT +TTTAGATCTGAAGCAGGTTCAGCTGGTAGAGATACAAGAGGTTTAGTAAGACAACATCAA +TTCAATAAAGTAGAATTAGTTAAGTTCGTTGCTCCAGAAAATTCTTACGATGAATTAGAA +AAATTAACTAACGATGCAGAGAGAATGTTACAATTATTAGGATTACCATACAGAGTAGTT +AAGATATGTACAGGAGATTTAGGATTTACTGCTGCATTTAAATATGACTTAGAAGTTTGG +ATGCCAAGTTACAATAGATATGTTGAAATTTCTTCTTGTTCAAACTTTGAAGATTTCCAA +GCTAGAAGAGCTGGTATAAGATTCAAAAGAGATAAAAAATCTAAAGCTGAATATGTTCAC +ACTTTAAACGGTTCAGGATTAGCAGTAGGAAGATGTTTAGCTGCTATATTAGAGAACTAC +CAACAAGCTGATGGAACAGTTGTAGTTCCTGAAGCATTAAGACCATATATGGGTGTAGAT +GTTATAAAATAA +>tadA +ATGGAAAAATTATTCTATATGAATGAAGCATTAAAAGAGGCATATAAAGCATATAATAAA +GGTGAAACTCCAATTGGAGCTGTTATAGTTAAAGATGGTGAGATAATTGCAAGGGCTCAT +AATTTAACAGAAGAGCTAAAAGATAGCACAGCTCATGCTGAAATGTTAGCAATAAGACAA +GCTTCAGAAAAGTTAGGTGGATGGAGACTTATTAATTGTGACTTGTATGTTACTATGGAA +CCGTGTATAATGTGTAGTGGAGCTATAGTTAACTCTAGAATAAAGAAACTTATAATAGGA +ACTAAACATATAAAAAATTCTTATATAGAAAAACAACATGAATTTAAAATGGATTATTTT +AATTTTAATAATATAGAAGTAACATTTGGAGTAAATCAAGAAGATTGCTCGATCATTTTA +CAAAGGTTTTTCAAAACTTTACGTAAAAAATAA +>ruvB_2 +ATGCATAAGGCATTATATAGAGTTTATAGACCACAGAAATTTGAAGATGTAGTTGGTCAA +GAACATATTACTAAGACCTTAAGAAATCAAATTGAGAATAATAATATAGGACATGCCTAT +TTATTTTCTGGTACTAGAGGTACAGGTAAGACATCAACAGCAAAGATATTTGCGAGAGCA +GTAAATTGCTTAGAGAGTATAGAGCAAGAACCTTGTAATGAATGTGAAGTATGTAAGGAT +ATATTACATGATAATATAATGGATGTTGTAGAAATAGATGCAGCTTCTAATAACAGTGTT +GATGATATAAGAGAACTTAGAGAAAATGTTAAGTACTCACCAACTAAAGCTAAATATAAA +GTATATATAATAGATGAGGTTCATATGTTATCACAAGGTGCGTTTAATGCCCTGTTAAAG +ACATTAGAAGAGCCTCCTTCATATGTAATCTTTATATTAGCTACTACAGAACCACATAAG +ATACCAGCTACTATTTTATCAAGATGCCAAAGATTTGATTTTAAAAGAGTTACGGTGAAG +GACATTACGTCTAGAATGAAGAAAATATGTGTAGAAGAAAATATAGAGGTTGAGGAAAAA +GCCCTTAATTTAATAGCTAGAAATTCACAAGGAGCTCTTAGAGATGCTCTTAGCATATTG +GACCAATGTATTTCTTTTGGAGATAATAAAATTGAATATAAGGACGTAGTAGAATTATTA +GGAACAGTAAATGTAGAACAATTATTTGATTTAGCGCAGTATATAATAAATCAAGATACA +AAAGAATCGCTTAAAATTTTAAATGAATTTATAGTGTGGGGAAAGGATATAAGAAACTTA +ATAAATGATTTAATTGATCATTTTAGAAATCTAATGATATGTAAAGTATCTACAGATTTA +GATGAAATAATTTCTTTACCAGAAGAGACCATAGAACAATTAAAATCACAAGCTGATACA +ATAAATAATAATGACTTAATAAGAATACTAAATATATTATCGACTACTCAAGATAATATA +AAGACAGCTTCAAACCCTAGAGTTGTAGCTGAAGTTACTATGATGAAGATAGCTCAGCCA +ATGTTTGATGAAAGTAAAGAAGCCTTAATTAAAAGAATAGAAAATCTAGAAAAAGTAATT +GAAAGCGGTAATATAAAGGTTACAACTGTAAATGAAGCTTTAGATAATCAAAATATTGAA +TCTGAAGTTAAAGAAGAAATTGAATATGAAGATGTAAAGAGTGAAGATGTAAAGTTAATT +GAACACTCTTGGAAAAACATATTAAAAAGTATAAAAGCTGATAAAAATATGCCGGTTTAT +GCACTTTTAGGAGATGTAAGAAACTTTAATGTTTATGAAAGTGCATTATATTTAATATTT +GATGATAACTATGGATTTGCTAAAACTAGATTAAGTTCACCTGAAACAATTGATTATATA +CAGAATAAAATAAGAGAAAATATTAATAGAAGCTTTAATGTAAAAATCGTTTTAAAGTCT +GAGGTTAAGAATATTGATCTAGATATAAAAGAAAAATCTAAAGATAAAGGTGAAGAAATT +TTAAAAGGCATAGTGAGTGAAGATATACTAGAAGTTAAGGATAGTATAGATGAAAATTAG +>group_1548 +ATGGCTAAGAAAAATTTTGGTGGAATGATGCCTGGAAATATGAATAATATATTAAAGCAG +GCGCAAAAGATGCAAGAAAATATGCAAAAGATGCAAGAGGAGTTAGAATCTAAAGAATTA +GAAGCTTCAGTTGGTGGAGGAGCAGTTACTGTAAAGGTAAATGGTAAAAAAGAAGTTTTA +GATATAACAATAAAGCCAGAGGTAGTAGATCCAGATGACATAGAAATGCTACAAGATTTA +GTGTTAAGTGCAGTTAATCAAGCTCTAAAGAGTGTTGATGATATGCAAGCTAATCAAATG +AGCAAAGTAACTGGAGGTATGAATATACCTGGTTTATTCTAG +>recR +ATGCAAGCGTACACAGGACCGATATCTAGGTTAATAGAAGAATTTTCAAAACTTCCAGGT +GTAGGAAGAAAGACAGCACAAAGATTAGCTTTTCATGTTATAAATATGAATACAAATGAC +GTAGAAAGTTTATCAAAAGCTATTATAGATGCTAAGAGAGAAATTAAATATTGCTCTATA +TGCTGTAATATAACAGACACAGACCCTTGTAGTATGTGTTCTAATAAAAATAGAGATTCT +AGTGTTATATGTGTAGTAGAAGATCCTAGGGATGTAGCGGCTATGGAGAGAACAAGAGAA +TTTAAAGGTAAATATCACGTTTTAAATGGTGTAATATCTCCTATGGATGGTATAGGGCCT +GATATGATAAAAATTAAAGAACTTATCGTTAGACTTGGTAACGAGGATGTTAAAGAACTT +ATAATGGCAACTAATCCTACAATAGAAGGTGAAGCTACAGCGATGTACATAGCGAGATTA +GTAAAACCTATGGGTATAAAGGTTACTAGAATTGCACATGGATTACCTGTTGGTGGAGAC +CTAGAGTATGCAGATGAGGTTACTATCACTAAGGCACTAGAAGGAAGAAGAGAAATATAA +>group_1547 +ATGAAATCAACTATGAACTTAGAAGAACATAAGGCTATGAAAGAAAAAAGAACAAAGAAA +ATCGAGTCTAAGGATAAGTCTAAGTATAATTATGATGATGATTTAAGTTTATTAATTAGT +AAAAAGAAAAAGAAACAGTCGAAAGGTAAGGACGGTGTCTTTAGAAATAATTATAAAAAC +TATCAGTATGATTATGAAGAAGATTTTTATGAACCTTTATAA +>ugtP_2 +ATGAGCAAAAAAGTATTAATAATGTCTGCCTCTACAGGAGGAGGGCATAACAGAGCTGCT +CGAGCTATTAAAGAAGAACTTAGTAACAAAACAATAGATGGATCTCCAATAGAATGTGAA +ATAATAGATAGTTTAAAATTAGTTAATAGTACCATGGATAAAATAATCTCTAGAGGATAC +GAAAAATCAGCTATATATACTCCTAAGGCTTATGGAAGTGTCTATAGATTTTCTGAGACA +AGTCTAGCTTCTAAAAATGAATTTAAGGATAATCCTCTAACATCATTTATGGCTAAAAAG +TTTAGGTCCTTATTAGATAAATCAAAACCTGATTTAATCATCGGTACTCATCCTTTTCCT +ATGATTGCACTTAGTACATTAAAGAAACATACTAACGCATGCAAAAATCATGAAAATTCT +ATTTTACATGATACGCTACATAAATATTACTATAATCTATCAGTTCCTCCATTAATAACT +GTTTTAACAGATTATACAACTCATTCTACTTGGATTCAAAATGAGATTGATTTCTATATA +GCTGGACATGAATATGTAAAAGAATTATTAATTTACGATGGTGTACATCCTGATAAAGTC +AAAACTTTTGGTATACCTGTAGAAAAATCTTTTTTATCAAACCGAGATAGAAATACTGTT +TTATCAGAGTTTGGATTAGATCCTGAAAAGTTTACTGTTCTATTAATGGGTGGTAGCTTC +GGTGCTGGGAATATAAAAGAAACTTTAGATGAACTACTAAGTATAGATAGAGATTTTCAA +GTTATAGTGATAACAGGTAGGAATGAAAGCTTAAAAGAAAAATTAGAAAAAAAATTAGCT +GCCCATGAAGATTGCTATGATAAAAATATACTTGTATTAGGATTCACTAATAAAATGAAT +GATTTACTAGCTTCTGTCGATGTATTAGTAAGTAAACCAGGTGGTCTTACTACTACGGAA +GCACTGTTAAAGGATTTACCTATGATAATACCTTATTATATACCTGGTCAAGAAGAAGAA +AACCTAGATTTTCTTTCAAACTGTGGTGCAGCATTAAGACCAACAAAAAAATTCACCTTA +ACAGTCTTACTAAAAGTTCTTATTGATGATCCTACTAGACTAACAATGCTAAAAAACAAT +ATAAAATCTATTAGAAAATCTGATTCAGCTCAGAACATAGCTAATTTAGTCGAAGAAATT +TTGATAAAACAATAA +>group_1546 +ATGAATAAAGTTGAAATATACTCAAGTGATACATGTATTAATTGTATAAAAGCAAAGGAA +TACTTTGAAGAGATAGATGTTGACTATATAGAATATAACATATCGATAGATTTAGAAGCT +AAGAGAGAATTAATAGGTATGGGGTACATGTCAGTACCGTTGATAGTGATTAATGGAGAA +CATGTTCTTGGCTTTGATAAAAAAAGAATAGATGATTTATTAGATTAA +>feoB_3 +ATGGGCCTAACTCATCAAAGTACTAAAACAAAATCTTTGAAAGACATGTTTGATATAGAA +AAAAAAGAAGATCAATATGTCATAGCATTAGCTGGAAATCCTAATACAGGGAAAAGTACT +GTATTTAATTATCTAACTGGACTTAAACAACATACAGGTAATTGGCCAGGTAAAACAGTA +GCTACAGCTAGGGGAGATTTTAAACATAATAATAAGGATTATGCTTTAATAGATTTACCT +GGCACCTATTCTTTATTTGCTTTATCTCAAGAAGAGGTTGTTGCAAGAGATTTTATTTGC +TTTGGTAACCCTGACGCTGTTATTGTAGTATGTGATGCTAACTGTTTAGAAAGAAATTTA +AACCTAGCATTCCAAGTAATGGAGTTAACTGATAAGGTAATTTTATGTATCAATTTGGTA +GATGAAGCAAAAAAGAAAGGTATACAAATTGATAAAACTATACTTGAAAAAGAACTTGGG +ATTCCAGTTGTTTTAACTGCAGCCAGATCTGGTTACGGTATGAATGATTTACTAGAAGCT +ATAGATAAGGTATCATCAGGAAAGTACAAATTTAATAACAAACCTATAACATACGGGGAA +GAAATAGAAAGTAATGTTAATTTAATAAAAGATGACTTGTATGAGTTAATTCCTGATCTT +AATCCTAGGTGGTTAGGTCTTAGATTATTAGATGGTGATAAAAGTATTTTAGAATCTATA +AATGAATATATCACATTCGATTATAATGAAGCACTCGAAGAAATAAAAAATAAATTACCA +AAGATAAATTCCATCAAAAATATAAGAGATGAATTTACAAAAATAAACTACGACATAGCT +AGCTCTTTAAGCAAAAAGTGTACGAAGATAAAATCTAAAAATAAAATGGATAGAGATGAA +AAAATAGATAAAATACTTACTTCAAAATATTTTGGTATGCCTATAATGCTTATACTACTT +GCCTTAATACTTTGGATAACAATAGAAGGTGCCAACTATCCATCTGAGCTGCTATCAAAT +TTCTTATTTGGTTTACAACCTCATTTAACAGATACTTTAAATTCAATTGGTACCCCAGTT +TGGTTAAGTAGCATGTTAGTAGACGGTCTATATAAAACTTTAGCTTGGGTTATATCTGTA +ATGTTACCTCCTATGGCAATCTTCTTCCCTTTATTTACTTTGCTTGAGGACTTAGGATAC +TTGCCTAGAGTTGCTTTTAATTTGGACCATTTATTCAAAAAGGCTTGTTGTCATGGTAAG +CAATGTCTAACTATGTGCATGGGATTTGGTTGTAATGCTGCTGGTGTTATTGGTTGTAGA +ATAATAGATTCTCCTAGAGAAAGACTTATTGCTATACTTACTAATAACTTTGTACCTTGT +AATGGTAGATTTCCAACTTTAATTGCTATTTCAACTATATTCTTTACATCTATGATTACT +AATTCTGCTTTTGCAAGTGTATCTACTGCTTTATGTATTGCTTTATTAATAATACTTGGA +GTTATTATTACTCTAATGGTTTCTTATATATTATCTAAAACTTTGCTTAAAGGTGTTACA +TCTACTTTTACATTAGAGTTACCACCATATAGAGCTCCTCAAATTGGTAGGGTTGTTTAT +ACATCTATAGTTGATAGAACTATATTTGTGTTAGGTAGAGCAATTACAATTGCAATTCCT +GCAGGGATAATTATTTGGATATGTGCAAATATATACATTGGAGATGCTAGTATATTAGTT +CATGTTGCAAACTTTTTAGATCCTCTAGCTAAAGTAATTGGACTTGATGGATTTATATTA +TTAGCATTTATATTGGGATTCCCTGCTAATGAAATTGTAATACCTATTCTTTTAATGGCG +TATCTTTCTACAGGATCTATGATTGAAATGGATAACTTTGCTTTAGGTAATGTATTAATT +GAACATGGTTGGACTTACTTAACAGCTCTTAATGTAATGTTATTTAGCTTACTTCACTGG +CCTTGTGCTACTACATTGCTAACTATTAAAAGAGAAACTGGTAGCTTAAAGTGGACTGTT +GTTGGTTTTTTACTTCCTACTTGTCTAGCTTTTATTATATGCTTTTTAACAACTACTATT +TATAATATGTTTATATAA +>group_669 +ATGAAAAACCTTGCTGATATTCAAGCTAAAAACACAGTAAAAGTAGAAGGACTTTTATCT +GATGGTAATTTAAGAGAAAGAATGCTTGCACTTGGTTTAACTGAAGGTGCTTTAATAGAT +GTTGTTAGAAAAGGACCAAAAAATAACTTGACAGTTTATAATATCAGGGGAACTAAAATA +GCCCTACGACGCGAAGAAAGCAGTTTAATATTAGTGTCATCTATTTAA +>group_939 +ATGTTCAAAATAAAACATTTTAATGAGTTATCAATTAATGAATTATATGAAATTACAAAA +TGTAGATATGAAGTTTTCGCCTGTGAACAAAAAATATTTAGTGAGAATGATTTTGATGAT +ATAGATAAAAATTGTTATCATCTTTTTCTTGAAGAAAATGATAGAGTTATCTCTTATTTA +AGGATAATTCCTAGGAAATTTAGTTCCTATGGAGAGGCTTCTATTGGAAGAGTTTTAGTA +ATGCAAAGTCATAGAAGAAAAAGTCTAGCTAAAAAAATGATTATTCATGCTATAGACTTT +ATCCAAAGTAATCTTAATGAAGATCATATAATTCTATCTGCTCAAGTATACATAAAAAAT +CTTTACTTATCTTGTGGATTTAAGGAAATTTCAGATGTATATGATGAAGCTGGAATACCT +CATGTTAAAATGAAATTATAG +>group_970 +TTGAATTCTACAAAGAAGATGACCGAAGCAGCATTGTTAACATCTTTATTTATAGTTACT +ACAATAGTCTCTGTAAGTACTGGTTTTGGATATGCAGTATATTTAGATTTTGCAGTACCT +ATATTCTTTTGTATAATATGTTTGAAATGTGATTTTAAATATACAGTATTATCAAGTATA +AGTTCATTGTTAATAGTTTCTTTGGTTTTAGGAAATATAGGAACAGCGATATGGATGATT +CAAAGTATTATTCTTGGGTTAACTTGTGGTGTATTGCTTACAAAATCTACAACAATAATA +GATGATTTTATTTATGGATCAATATTAGGTGTTATACTTATGGTATTTGTAGATATTTAT +GCGTCTACACTAATTGGATATAGTTTCATGAATGAGTTTCAAGGATATGCAAATATGTTT +ACAAATAAAAGATACATAGACTTAGTATATTATATTCTGATAGCATTGCTTCCTATGGGA +ACAATATTTAGTGTTTATTTCTTATCACTACTTTTAGGGAAGAAGTTAAATATATTAAAA +GAAAATTCTAAGAAGAAATTATATATGATGAAAAACTTTAGGACTTGTGGAAGATATATA +TGCTCTTCGAAAAAAGTATTTTACTCTTGTGTTATTTATATATTATTTATAGAAATATTA +AATCTTATAGGTCTTAGAATTGAACAAACCTATATTAAAACAATATTAATATCCTCGGAG +TATATATGTTTATATTTTGTAATAAGGGATGCATTTATATTAGTTCAAAATTATATTTTA +CTAAAATACAAAAAAGCTATATATATAAGAATATTTTCTATAATAGTTGCAGTATCTTTA +GTATTTTTATTAAAAATAACTACAGCGGTATTAGTAATTTTTAATGTTATTTTAGATAAA +AGAGTAAATATAAGAATAAATCAAACTAAATTAGTTAATAACTATGTAAACCAGCTGATT +TACAGATAA +>tyrS +ATGAAGAAAACTATTGAAGATCAAATGAAGATAATACTGAAGGGTGTAGACTCAATCATA +GATGAAAAAGATCTAAAAGAAAAGCTAGAAAAAGCTGAAAAAGAAGGAAGACAATTAACA +GTAAAACTAGGATTAGATCCAAGTGCTCCAGATATACATTTAGGACATACTGTTGTTCTT +AGAAAAATGAAGCAATTACAAGATTTAGGACACAAGGTTGTAATATTAATTGGAGACTTC +ACTGGTAAAATAGGAGATCCAACTGGCAAATCTGCTACTAGAAAAGCTTTAACTACTAAG +CAAGTTTTAGAAAATGCTCAAACTTACAAAGAGCAAATATTTAAAGTATTAGATCCAGAA +AAAACAGAAGTAAGATTCAACAGTGAGTGGTTAGGAGAATTAAAATTTGATGAAGTTGTT +AAACTAGCTGCTACTATAACTGTTGCAAGAATGTTAGAAAGAGAAGATTTCAAGAAAAGA +TATGAAAATCAACAACCAATATCAGTTCATGAATTCTTCTATCCGTTAATGCAAGGATAC +GATTCAGTTGCATTAAATGCAGATATAGAATTAGGTGGAACAGACCAAAGATTTAACTTA +CTTATGGGAAGAAGTTTACAAAGAGAGTTTGGACAAGAATCTCAAGTAGTTATAATGATG +CCATTACTTGAAGGTTTAGATGGTGTTAATAAAATGAGTAAGAGTTTAGGAAACTACATA +GGTATAGATGAAGCTGCTTCTGTAATGTACCAAAAAGCAATGGAAATACCTGATGAGTTA +ATAATAAAATACTACAATTTAGTAACCGATGTTCACCCTGATGAGGTAGCTAAAGTAGTA +GAAAGATTAGAGAACGGTGAAAACCCTAGAAATATAAAAATGGAATTAGCTAGAGAAATC +GTAAGATTATATCATAGCGAAGAAGATGTGTTAGCAGCTGAAGAAAGATTTAAGTCTGTA +TTCCAAAAAGGACAAATACCAACAGACATATTAACTGTGGAAGTATCTAAAGAAAACTTA +GATATAGCAGGTGTTTTAGTTGAGAATAAAATGGTTCCATCTAAGAGTGAATTAAGAAGA +TTAGTTAATCAAGGTGGAGTTAAGGTAAATCAAGAGAAAATTAGTAATTTACAAGATGTA +GTTGCTGAAGGTGAATTAGTGATTCAAATAGGAAAGAAAAAGTTTATAAAATTAATAGTT +AAGTAA +>group_848 +ATGGATAATTTACAAAATAATAATGTTGAAAATAATAACATAGATAATGATAACTTTAAA +GATAAAGTAAATCACAAGTTTTCTAAAGTTAAAGAGAATGTATCTAAAAGCAATAGTGAA +AGAAAAAATTTTGAAGAAAGAACTAGAATAAGTAACTTAATAAATGAGGCGGAAAATAAA +AAGTCTAGTTTACTGATAGAAATGGGAATCTTAACTTATCAAAAAATTAGAGAAGGATAT +ATAAAGATTGAAGATTTTGATAGTTTATCTAATTCTTTATTAGAGTTAGATAAGTATATT +TATGATAGAAATCTAGAGTTAAATAAATTGAAGAAAAAGAACGTTACTAATGATTGTGAA +TGCGGAAATAAAATTAAAGGCCAAGATAGATTTTGCTCAGTTTGTGGTAAAAAAGTTGAT +GATTTAGATGATAGAAATATGATAATATGTGAGTTTTGTGATTCGGAAATTGAAGCAGAT +TCTAATTACTGTGTATGCTGTGGCAAAAAAGTGATGTTCATGTAA +>group_763 +ATGGATAATATTGATTTTAATAACGTTAATGATAAATATAGCAATTATTCTAAAGTTAAC +GGTATGATGAGTAGACAAATAAAAAATAAAGACCTTACAATAAGAAAACTTGAATTAGAA +AGATGCCCTAGATGTGATAGTAAGGTTGGAGATAATGATATTTATTGTAAGTCTTGTGGG +TTTGACTTGGAAGAGACTTATAAGACAAATAAATCATATGCTAGGGTTAAAAAATGGGGT +TATAAAGATGTAATTAGTTATTTAAATATTCCTAAAACATTCATTACGTCAGTAATGGCT +ATTATAATGTTATTTATTGTATCTATTATGTTTAAAGGCGTAGTATCTAGTTATATACCG +GATGTAGCAGATGTGATTAGTCCTATACATATACTTTTAAGTTTAAATTTAGGTTCTTTA +AGTGTATATTCATTAACTACAATGGGATGGGGTGGATTTGAACTAAATCTAGGCATAATT +ATACTAGCTGTATTGCCTATAATATCAATTACTATATCAAATTTAATATTTAGCAAGAAG +TTTACTAAAGATTCACAATCAGCTTTGAGAAATTCACTAGGAGTAGGTGTTTCGTACGGA +TTAATTTTAGGAGTTTTAGCTTTATTTAGTAAGACAAAGATGAGCTATTCTTATGATATG +ATGCAATATGGATATATACTACAATTCAGTTTTAGATCATTAGGAATGATACTTAAAGGA +TTTATTTTAGGTTTTTTATCAACCTATATACTTCTTTATAAAAAAGAATATGAAGATGAA +AATATGTATTTAGGAATATTAAAAAGAGCTATAAACATGCTTTTTATAGGGTATATATTA +ACTTTTGTAATTTTATATATCTTGACTATGGCAGACAGAAGTTATTTATATAACTTAGGT +ATATCAAACTATGTAAATCAGGTTGGAATTGGTGTAGTATTAAGTCAGTTAGCAGCTTAT +ATATGGTCTTTTGGAAATTTTGTTCCTGTTAATATAGGAAGTCAGGAGTTATCTATATTT +AATCTAATAAGATCAGATTTATATTTAACTACTACCTTAATGCTCATAGCTATGTTTTTC +TTATCAGCTCTAGTAATAATAGTATCTGCATGTAAGTTAGAAATGAAATATGGCAAAAAA +GAAGATGGAATTAAGCCGATTTTATTATTAAGTGGATTTTATGCGATTTTAGTAGGAGCA +TTGTCAATAGTTACAACAGCAACCTTAGGTAATAGCATTGATATATTTACTTTAAGTAAC +TATACTACATCTCTAACTATGGGATTTGGGATGATAAGTTCTATATTAATATCATTTATA +TATAGTTTTTTAATATCTTTAGTAGGGTATAAGTTAAATATTTTTAATTAA +>group_1069 +ATGAGTTATACAAATATAGATAAAAGAGAATTAAATATGCTTTTAAAAAGTGAAGAGGAC +TTTTTACTTCTAGATATAAGAACTAAAGAAGAATTTATGGAAAGTAAGATTGATGGTGCT +GTGAATGTTCCACTTTCGGAATTACTTTTCAATATGGATGAGATTGAGGATTATAAGGAT +AGAAAGATAGTTGTATACTGTAGGAGTGGACATAGGAGTATTACGGCATGTAATTTATTA +GCTATGGAAGGATTCGATGATTTATATAATTTAGAAAAGGGAATAATAGATTATGTAATC +TAG +>asnS +ATGCAACAACAATTTATAACTGTAAAAGAATTATATAGAAATCAAGAAGAGTATATAGGT +AAAACTGTAAAAGTGGCTGGATGGATAAGAACATCTAGAGGGTCTAAGAACTTCGGATTC +GTAGAACTAAATGATGGTAGTTTCTTTAAAAATATGCAAATAATATTAGCTGATGATAAA +TTAGAAAACTTCAAAGAAATATCTAAACTACCAATAAGTTCATCTATATTAGTAGAGGGT +GAAGTTGTATCAACAGAAGGAGCTAAACAACCAATAGAAATACATGCTACTAACATAGTA +GTAGAAGGAGCGTCTGATAGCTCATATCCATTACAAAAGAAAAGACATACTCTTGAGTAC +TTAAGAACAATAGCTCACTTAAGACCAAGAAGTAATACTTTCTCAGCTGTATTTAGAGTA +AGAAGTTTAGCTGCATATGCTATACATAAGTTTTTCCAAGAAAGAAACTTCGTATATGCA +CATTCTCCAATTATAACAGGAAGTGACTGTGAAGGTGCTGGAGAAATGTTTAGGTTAACT +ACTATGGATTTAAATAATATACCTAAGACGGAAGATGGTAACATAGATTACTCTAAAGAC +TTCTTTGGGAAAGAAGCTAATTTAACAGTTAGTGGTCAGTTAAATGCAGAGATAATGGCA +CTTGCATTTAGAAATGTTTATACATTTGGACCAACATTTAGAGCTGAAAACTCATTTACT +CAAAGACATGCTTCAGAGTTCTGGATGATAGAACCAGAAATCGCGTTTGGTGATTTAGAA +GATGATATGGAATTAGCTGAGGATTTAATAAAGTATATAATAAACTATGTAATGGAAAAT +GCTCCAGAAGAAATGGAATTTTTCAATAGTTTTATAGACAAAGGTTTATTTGATAGATTA +AACAATGTAGTTAACTCTGAATTTAAGAGAATAACTTATACTGAAGCAGTAGAAATATTA +CAAAAATCAGGTCATGACTTTGAATATCCAGTTAATTGGGGAGATGATTTACAAACTGAG +CATGAAAGATATATAACAGAGCAAGTATTTAATGCTCCAGTATTCGTAACTGATTATCCA +AAGGATATAAAAGCTTTCTACATGAGAATGAACGAAGATGGAAAAACTGTTAGAGCTATG +GACTTATTAGTTCCAGGAGTTGGGGAAATAGTTGGTGGTTCTCAAAGAGAAGAAAGAGAA +GATGTATTATTAGAAAGAATTAAAGAATTAGGATTAAACGAGGAAGATTACTGGTGGTAT +TTAGAACTTAGAAAGTTCGGAACAGCTACACATTCAGGATTCGGTCTTGGATTTGAAAGA +ATAATAATGTACATGACTGGTATGTCTAATATAAGAGACGTAATACCATTCCCTCGTACA +CCAAGAAATGCTGAATTCTAA +>sasA_15 +ATGATAGCTACAAAAAAAATTATTAAAAATACTTTTTTAACTATGATAGTTATACTCAGC +TTAAACTCTAAGCATACATATGCAAATTCTTATAACGATATAAATTTTAAAAGCTTAACT +ATTGAAAATGGATTATCTCAATCAACAGTAGAAACAATTCTTCAAGATAGTAATGGATAT +ATGTGGATAGGAACAAATGATGGCTTAAATAAATACAATGGATATAGTTTTAAAAAATAT +GAACATGATATATATGATAAGAATACAATTAGTAGCAATTATATTGTGGATATTGTAGAG +GATAAGGATGGATATATATGGGTTTCAACTACAAATGGATTAAATAAAATAAACCCAAAA +AATGATAACATTATTAATTACTTCTCAACATCTAAAGATGGAAATCTATCAAATAATCGT +ATATGTGAGATTTTAGTTAGAAAAAATAATGATATATTAGTTACAACATCTGACGGCTTA +AACTTATATAACAAGGATACAGATTCATTCGAAAGAATACTAGCTGGTAAAGACGATCTA +CCTAGCCAATACATACATTCTATCGAAGAGGATTATTATGGTAATATCTGGCTAGGAACT +CAAAGCGGATTAGTCAAATTAGATAAGAACTTAACTAAAATCCAAGAATTTACTAACAAA +ACCATTGATTCAATTTCAGATAATCCTATATATAGAGTATATAGTGATGGTAGTGATAAC +ATATGGGTTGCAACTTTAGGTTCTGGACTTATAAATATAAATTCTAAAACTAATAATATC +AAAGTATATAAAAATAGTAATTCAGAAAAATCTCTTCCTAACGACGTAGTTCGAGATATA +TTAAGAGATTCTAATGGAAATCTATGGATAACAACTCAAGGTGGTATATGCAAGTATAAT +GAAAAAGATGATAACTTTACTACATATAAAAATAAGATTTATGATCAGAATAGCCTTATA +GATGACAAGGCTTATTGCATGTTAGAAGATAAAAGTGGATTAATATGGGTAGGTACATAT +AAAGGGATTTCTCTATTCGACTCAAATAATAAATTTGAACACTACAGTTCAGACCCTTTT +TATAAAAATTCATTGAGTAGCAATATGATACATGGTATTTACGAAGATAATAACAATAAT +ATTTGGGTAGGTACTAGTTTAAAAGGAGTTAATATAATTGATAAGAAAACTAATAACATA +ATAATTTTAAACACTGAAAACAGTGATTTATGTGATGACTCTATCAACGATATTACCGGA +CTCAAAGATGAAATTTTTATTGGTACAGGTAACGGACTCTCCGTTATAAACAAATCTTCT +AAAAGCATAAAAAATTTTACCTCAGAGGATGGATTGCCTGTAGACCCTATAAAATCTTTA +TTTGTTGATAGCACTAATCACCTTTGGATTGGTACAAATAAGGGCTTAGCCATTATGAAT +ATTAAGACTAAAGAAATATTAAATATTACTCCTATTCTTGAAAATAATTCTATTAATGAT +TTATTTATAAAAGATATATACGAAAGTAAAAATGGGAATTATTATGTCGGTTGCTTTTTA +GATGGTGGATTAGTACAATTAAACCCTACTAACAAAAGCATTAAAATTTATAAAAATATA +GAGAATGACAACTCTAGTATAAGTAACGATTCAATACGATCAATATCAGAAGATAATTTA +GGAAATTTACTTGTAGGAACTAGCCATGGTTTAAATATTCTAGATATAGATTCAGGTAAA +TTTAAACACTATACAACTAATGATGGTTTACCTAATAATACTATTTATGGAATTTTGGTA +GATTCATATAATAACATTTGGATGAGTACAAACTCTGGACTATCAAAATTTAATCTATTT +ACAGAAGTATTCCAAAATTTCACTATAATAGATGGTATTCAAAGCAATGAATTTAATGGA +AATGCTTATTTTAAAAGTAATGATGGGAAATTTTATTTCGGAGGAATAAATGGTTTAAAT +GCATTTTCCCCAGAGGAAATAAATGTATCAGAGTTTATACCTAATGTAGTTTTTGATGAA +TTCAAAGTAGAAGGCTTAAGTTATAATATTAGTGATAATTATGAACTTAAATCAAATGAA +AATAATATCTCCTTAAGCTTTTTCGTTAATGATTATAAAAACTTAAATGGAGTTCAATAT +TATTACATGTTAGAAGGTTCTGATGAAAGCTGGAATATATCTCATAATAACGAAATAATT +TATGGGAACTTATCTCCTAGTAACTATATCTTTAAAGTAAAAACTTTGAGCTACAACGGA +GTTATGAGTCCTGAAAATAAAATTTCATTTACAATAAAACCTCCTTTTTGGAAAAGTAAC +CTTGCTATTTTGATATATATAATAATATTATTAATTACAATATACTTTAACCTCAGTAAG +GTTAAAAGGTTAGATAAATTGGTAGAAAAACGTACAGAAGAGCTTGTATATGAAATGAAT +AAAAATAAAAAATTATTTAATAAGTTAATAAAACTTGAAGTAAGTAAAAATAACTATTTT +GTAAATTTATCTCATGAATTAAGAACACCTTTAAATGTATTAAATGGAACAATCCAGCTT +ATAAAAGATTTTAATAAAAAAGGCGAGATAGAACCGAATAAACTAGATTATTATATGGAT +ATAATGACACGAAATTGTAATAGATTATTAAATATAATAAATAACATAATCGATACTAGT +AAACTTCAAAGCGATAACTATGTAATAACTAAAAAAAATGAAGATATCGTTTATATTGTT +GAAGAAACCATATTAGGATTAAAGGATTATATTGAAAGCAAAGGAATAGAATTTACTATA +GATACAATGGTTGAAGAAAAGATAATAGAATGCGATAAATACGAAATCGAAAGATGCATA +GTAAATTTGGTCGGAAATGCAGTTAAATTCACTCCAAAAGGTGGCAAAATAGATGTATTT +ATAAATGATTTAGGCAATGCAGTAGAAATACGTATAAAAGATACAGGTATAGGAATAAGT +AAAGAAAATCAACTAACTATTTTTGATAAATTCAATCAAGTTATAGATTCTCATTCAGAA +TCAAAAGGCGGTAGTGGCTTAGGTCTTACTATAACCAAACATTTAATAGAGCTTCATAAT +GGACACATATCTGTTAAAAGTAAATTAGGAGAAGGTAGTGAATTTATAATCATATTACCT +AATAATAGTAACGAAAATACACATTAA +>bceB +ATGTATTCTAAGATAGCAATTGGTAATGTAAAGAAGAGTTTTAAAGACTATAGTATATAC +TTTTTAACGTTAACCTTAGCAGTTTGTATTTTTTATAGCTTTAACTCTATAGAATCTCAA +AAAGCTATACTTGAATTAAATCAAAATGAATCTGAAAATTTAGACTTACTTTTTAATATA +ATTTCTTATATTTCTGTATTTGTAAGTGGGATATTAGGTTGTCTTATAGTTTATGCAAAT +AACTTTTTAATAAAAAAGCGTAAAAAAGAATTAGGAATATACATGACACTAGGAATGGGA +AAACAAAAGATATCTAAGATATTAATAATTGAAACTATACTAGTTGGTTTTATTTCATTG +GTAGGAGGATTAATATTAGGTATTGTGTTATCACAAGGATTGTCAATATTTACAAGTAAA +TTATTTGATGTTTCTATGACTGAATATCGTTTTGTAATATCACCTAAATCAATAGGAAAA +ACAATACTTTATTTTGGAATAATATTTATTTTAGTTACTGTACTAAATACTTTCACAATA +TCAAAATATAAAATTATAGATTTATTAAACTCTTCAAAGAAAAACGAGGATATAAAAATA +AAAAATCCGATTATATATATAATAACTTTTATATTAGCATTAGTATGCATAGTATCAGCT +TATAAAATGATAATAACTAATGGAATAACTTTAGATGCTAATTTTACTATTACTATATTG +TTAGGTGTAGTAGGAACAATATTAATATTCTTTAGTTTAGCAGGATTTGGACTTAATATA +ATAAAAAAATCTAAAAAAGTTTATTTTAAAAATTTAAACATTTTTATAGTTAAACAATTA +AATAATAAAATAAATACGAATTTTATGTCTATGTCTGTGATATGTTTAATGTTATTTTTA +ACTATAGTAATGTTGTCAACTGGATTAAGTTTTAAAGATGCTCTAGAAAAAAGTTTAGAG +CAAACTACACCATTTGATGCAACTGCAACAATGTATATGAGCCCTGAAGATAATACAGAC +ATAGAGAAAAGTTTAAAAGAATTAAACTTCAAATTTGATGATAATGAAAAATATGCTTAT +TATAATGAATATATTATAAACACAAACTTAGGGAATGCTTTTAAAAAGCATATAAGTCCA +TCTCAATTAAATAGATTATTATATAGGAAGAGCTCTTTATATGTAGTAAAGGAATCTGAA +TATAATAACATTATGAAGCTAGGAAATAAAAAGACAATAAGCTTAGACAATAATGAAGTC +TTAGTTACATCTAATCGCTCTCAAGTTGTAGATAATATTAATTCAATATTAAAGAACAAT +AATAAGATAGATCTTAACAATAAAACTTTTATAGTAAAAAATAAAAAGGTAATAACAGAT +TCAACAAGAACAAGTGGTTATACAGACAACTTAATATCAATAGTAGTAAATGATAGTATC +TTCGATACGCTAGATGCAAAAATATCAGCGAATTATCTTAATATAAATTATGATAAAAAT +AATAGAGAAAAAACTGAGAAAAAGTATGAGAGTTTATTTAATTCTTTCTTTAATGGTAAA +GTAAAAAATGAAAAAGTTGGATTTATTATAGGAGACACAAAAGATATAGTTTATTCACAA +AATAAAAGTATGACTACAATAGTAATATTCATAGGAATATATTTAGGAATAGTATTCTTG +ATTTCTAGTATGGCTGTTTTATCTTTACAACAACTTTCAGAAGCTAGTGACAGTATAGAT +AGATATAAGTCACTAAAGAGAATTGGTGCAAATGATAAGATGATAAATCAAACTATATTT +ATACAGACACTTATATACTTTACTCTTCCATTAGCCTTAGCTTTTATACATTCAGTAGTA +GGTATAAATGTAGTTAGTGATCTTATTTCTGCTTTTGGTAAGCCAGATATAGGATTATCA +TCTCTTATAACAGGAGTAATATTTATAGTAATATATATGGGATATTTCTATGCTACTTAT +ACAGGTTATAAAAATATAATAAAAAATTCATAA +>pduU +ATGGGGGAAGATAAACAAAGGGTTATACAAGAATATGTTCCTGGTAAACAGGTAACACTT +GCACATATAATAGCGAGTCCAAGGGAAGAGTTATATCAAAAGATAGGACTTGTAGCAGAA +AGAAGAGATGCCATAGGGGTACTAACAATAACTCCAAGTGAGGCTTCTATAATAGCAGCG +GATGTTGCAACAAAAGCTTCTGGAGTTTCTTTAGGTTTTGTAGACAGATTTAGTGGGTCC +TTAGTTATTACTGGTGACATAAGCTCTGTAGAGTCAGCATTAAATAAAGTTATTATGATA +TTAGGAAGTACACTAAACTTTACAACTACAAATATAACGAGGTCGTAA +>pduV +ATGAAAAAAATAATATTTATGGGTAAGACAGGTAGTGGAAAAACGACTTTATGTCAAAAA +CTAGATGATTTAGAATTAAGATATAGAAAGACACAATCAGTAGAAATATATAGTGATGCA +ATTGATACTCCAGGGGAATTTATGGAAAATAGATGGATGTATACATCATTGGCAACTACA +GCATCTGATGCAAAAATAGTAGCCTTAGTTTATGACTGTACTCAGGATGAAAATTATATA +GCACCTGGTTTTGCTACTATGTTTTGCAAGGAGGTTATAGGAATTATAACAAAAATCTCA +CAAGGTAATGAAAAATCTATAAAGTTAGCCTGTGATAGATTAAATTTAGCAGGGGTTAGT +AGAATATTTAAAGTAGATACAATAGAAAATATAGGTATTAATGATCTTGTAGAATATTTG +AATACTATTTAA +>eutS +ATGACTAAGGAAAAACAAAGGATTATACAAGAATCAGTTCCTGGAAAACAAGTAACACTA +GCTCACATAATAGCAAATCCAAGAGAGGAGTTATATCAAAAAATTGGTCTTAAGGTTGAA +AAAAGAGGATCTATTGGAGTATTAACTATAACGCCAAGTGAAACAGCTATGATTGCTGCA +AATATTGCAGTAGAATCTTCAAGAGTATCATTAGGTTTTGTAGATAGATTTAGTGGATCA +TTAGTTATTACTGGGGACTTGACATCAGTTGAATCTGCAATTAAGCAAATACTAACCACT +TTAGAAAGTACTTTAAACTTTTCAGCTACAAGAATAACTAAGTCCTAA +>group_1549 +GTGAACACTAACCATTTTATTTTATCAAATGATGCTTTTGTTTCAAAAATACATACTTCT +ATATGTAATAACTGTGGAAATAATGAATTAATAAATTTTGAATCTAAAGCAAATGCTTTG +TATTTATATTGCGATTCTTGTAAGGATAATAAAAACATTTCAATGAAACAATCTACTTTA +GATATAATTTTATATGAAATTAAAAATACTTTAGAGTCGCTTAGTGAAAGTTTATTATCA +AACTTAAAAATAGAGATATTAAAAAACAAAAAAGACAAAAATGTAAGCTTATTTATTAAT +CATATAAAAATAAACAAACTTCAATTCGAGTATAGTTTAACTGAAAAAGAATGCTATTAT +CTTAAAAATACAATATTATATTTAATAAATGACTATACTGATACTTCTAATATAGAAATC +TATATTAATTTAAACTAA +>cspB_2 +ATGAACGGAATAGTAAAATGGTTTAACAGCGAAAAAGGATTTGGATTCATATCTGTAGAA +GGTGGAGATGACGTATTCGTACATTTCTCAGCTATACAAGGTGAAGGATTCAAGACTTTA +GAAGAAGGACAAGCAGTTAGCTTTGAAATAGTTGACGGAGCTAGAGGTCCTCAAGCTGCT +AACGTAAACAGAATATAA +>mscS +ATGCCGACAAGTGAAAAAGAAGTTGAAACAGCATTAGAAAAACTACAATCTTTAAACTTA +AAAAACTTAGATACCTCTACACTATTGGATAAGTTTGTTAGTTGGGCTATAGATAGTGGT +GTAAGATTAATAATTGGATTATTGATTATATCAATAGGTTTTAAGATAATAAAAAAGGTT +GTTAATAAATTTGAGCATTTCTTGGAAAAAAGAGACGTAGATGTTACTTTAAGAAGATTT +TTAAAATCTTTCTCAATAGGTGGCTTAAAAGCAATAATAGTGTTATTGGTGGTTACGCTT +ATATGGGATGTTAAGCTGACAGGACTTGTTGCTTTATTTACTTCGGCTGGGGTTGCAATA +GGTCTTGCGCTTCAAGGAAGTTTATCAAATTTTGCAGGAGGATTTATAATTCTTTTACTA +AGACCTTTCAAAGTAGGAGACTATATACAAGCCGCTGGTTATGAGGGAACTGTCGAGCAA +ATAGGTGTATTTTATACTCATTTACTTACGATAGATAATAAGGTGGCATTAATACCAAAT +GGAACATTATCAAATAACAGCTTAATAAATTATTCAGCAAAAGAAAATAGAAGAGTTGAT +TTAATATTTAATGTAAGTTATGAGAATAATGTAATTCATGTTAGAAATGTTTTAAAAGAA +ATAATAGATAAGCATCCATTAATATCACATGACCCAGAACCATTTATTGGAATAGTTGAA +CATGCACAAAATTCAGTAAACTTTGGAGTGAGAGTTTGGTGTAATAAAGATAATTATTGG +ACTATTTACTATGACTTACTAGAACAGGTTAAAGTAAGATTTGATGAAGAAAATATAACT +ATACCATATCCTCAAATGGATTTACATGTAAATTATAAAACAGAAAATAAAAAATAA +>rsiV +TTGAATAAAAATGAAAAGTTAGATAAGTTAAAAGATAACTATAAAAATATAGAAATACCG +AGCAGGTTGGATAGCATTGTAAATGATGCTATTAATAGCAATCTAAGAAAAAATAAAAAG +AGTACAGCAGCTAAATGGTCTGTAGTTGCAGCATCTATAGGTATAGTGGTAGGTGCAGTT +AATTTAAACCCTACTTTTGCAGATACATTAGAAAGTATACCTGTTTTAGGAAGTGTGATA +AAAATCATAAACTTTAGAAATTACAGAATAGATGAAAATGGATTTGATATTTCTATAGAT +GTACCAAAAATTGAAGGCTTAAAGGATAAGAATTTAGAATTTAAATTGAATAAGGAATTT +GAAGAAGAGGGCAAAAAACAATATGATGAGTATATAAAAGAGATTAACAAATTAAAATCA +GAAGGTGTTGAAGGGAAAGAATATGCAAAATCATGGTATGAGGTAATAACAGATACTGAT +GATATTCTATCGATAGTAGTATATAATTACTCAGCTCAAGCATCGTCAAATACAACTAGA +AAATTTTATAATATAGATAAGAAGAATCAAACAGTACTAACATTAGAGGGTATGTTTGAA +GGTACAGGCTATGTAAATGTTATAAGTGAAAATATAAAAGAACAAATGAAAGAGAGAATG +GAAAAGAATCCAGAAGAGACGTATTGGCTAAATGATGAAATTATTGATAGTAATTTTGAA +AAAATAGATAAAAATCAAGACTTTTATATAAATGATAAAAATCAATTAGTTATATGCTTT +GATAAATACGATGTAGCACCAGGATCTGAAGGGTTAGTTGAATTTGTAATACCTCAAGAA +ATCGTAGAAAATTTAATGAAATAA +>polC_5 +TTGGTTAAAAAGTTAAATAAGGTTAATGCAGATAGAGAAAGTATATTTCAAATTAAAATT +ATTAATATATTATTGGATTTAAGATTAATAAATTGTACAGAAATTTCCATTTATGATATA +TTTATAGGATTATATAATAGATTAAAGCAATTAAATAATGGAGGAATTATGGATTTTGTT +GCTATAGATTTTGAAACAGCCAATTCGCATAGAGATTCTGTATGTTATCTTGGTATTACA +GTAGTTAAAGATAATAAAATAGTAGAAAAAAGATATTGGTTAATAAAACCATATCCATTT +AGATTTGACCCTATAAATATTTCTATACATGGAATAAGAGAAGCAGATGTTATAAATGAA +AAAGAATTTGATGAAGTGTGGCCTGAGATAAAGCCTTACTTAGAAAACAAATTAGTAATT +TCTCATAATGTTTCCTTTGATTTTTCAGTACTAAGAAAAACTTTAGACTTATACGGAATA +GATTATCCAAAACTTAATTATTGCTGTACATTAGTAGCATTTAAACTTTTTTATAGATAC +TTGAGTAATTACGAATTAAATACTGTTAATAAGCATTTAGGATATAAGTTTAAGCATCAT +CATGCAAGTGAAGATGCTACTGCCTGCGCTAATATCTTAATTAATATAGCAGAGGAATTA +AAAATAGATAATATAGATGAGGTAGCTAATTTAGTTGGATTTAAACTTGGATATTTGAAT +ATTGGAGGATACTCTCCATGTAGTAAAGTATCTTCTGGCGTAGTTTCAAATATGCATAAG +ATTTACCCTGAAGAAGATGAAAGTTCTTTATTCTCATCAACAACAGAATTCTTTAAGGAT +AAGGTTGTAGTATTTACAGGACCATTTAATTCTATGAGTAGAATAGAGGGCACTAGATTA +ATAAATAGTTTAGGTGGGATAACTAGAAGCTCTGTAACTAAAAAGACAAATATACTTATA +ACCAATACTCCTAATATAGATAGTTTAAGTCCAGAGCAAATGAGCAATAAGTTAAGAACT +GCAATGTATTATAGAGGGAGAGGTCAAGATATTCTTATAATAAATGAAGAAGAATTAGAG +AGAATTATCTATGGAAATATAGATAATTTAACAATCTAG +>group_1353 +ATGACTGATAAAAAAGAAAGTATGAAAATTGGATGGAATTTTGATAACAGCTATAGCCGT +TTACCAAAATTATTTTTTAGTAAAATAGATTTAAACCCTGTATCATCACCCCAATTAGTT +ATTCTTAATTATCCTTTAGCAAAATCTTTAGGATTAAATGCTGATGCTCTTAAAAGTAAT +GATGGTATATCAATTCTTTCCGGTAATAAAACCATAGAAGAAGGTGCTTTTATTGCACAA +GCTTATGCCGGTCACCAATTTGGTAACTTTACAATATTAGGTGATGGTAGAGCATTATTA +ATCGGTGAACAAATAACTCCTTTAGGTGAAAGATTTGATATTCAACTTAAGGGTTCTGGA +AGAACACCATATTCTCGTGGTAGTGATGGAAGAGCTGCACTTGGACCTATGCTTCGTGAA +TATATAATAAGTGAAGCTATGAATGCCCTTGGTATTCCAACAACACGCAGTTTAGCTGTT +GTTAAAACTGGTGAACCTGTGATTCGAAGAACTTTAGAACAAGGGGCAATATTAACTCGT +GTTGCATCTAGTCACGTTAGATTTGGAACTTTCCAATATGTATCTCAATATGGTAATCTT +GAACAACTTAAAGAGTTGGCTGATTATTGTTTGAAAAGACATTACTCACATGTAAAAGAT +GATGAAAATAAATATATCAACTTCCTTAATGAAGTAATAAAAGCTCATGCTAGCCTTGTT +GCTAAATGGCAATCGATTGGATTTATTCATGGTGTTATGAATACTGACAATATGACTATC +AGTGGCGAAACTATTGACTATGGACCTTGTGCTTTTATGGATAATTATAATCCTAATACT +GTATTTAGTTCTATTGATGTTAATGGACGTTATGCTTATAAAAATCAACCAATTATGGCT +GAATGGAATCTATGTAGATTTGCTGAAGCTTTATTACCTTTATTACATGAAAATCGAGAT +GAGGCTATAAAAATTGGACAAAATGCTATTTCTAATTTTTATGATATTTATTATTCTAAT +TGGATAGAAATAATGAGATCAAAACTTGGAATATTTAATAAAGAAGCGCAAGATAAAGCT +ATTATTGAAGATTTACTTAATATGATGGAAAAGTATAGTGAAGATTATACTAATACTTTC +CTTGCACTAACTTTTAATAAGAATATAAATAATGATATGTTTAAAAGTACAGAGTTTGAA +AATTGGTATAAGACTTGGCAAGAACGATTAGAAAGACAGCCACAATCAAAAGAATCTGTG +CATCAATTGATGAAAGATTCTAATCCAGCAGTAATTCCAAGAAATCATAGAGTTGAAGAA +GCCCTTAAAGGAGCTAATGAAGGTGATTATAATATTATGATGAATCTTCTTGATGTTATA +TCAAGACCTTATGACCATTCTACTGCTCAAGAAAAATACTCAGAATTACCTCAACCTTCA +AGCTGCCCTTATAGAACTTATTGTGGCACATAA +>megL +ATGGAAAATAGAAAACTAGGTTTTGATACAATACAAGTTCATGGAGGTCAAAGTCCAGAT +CCAACAACAGGTTCTAGGGCAGTACCAATATATCAAACAACTTCATACGTATTTAATAGT +GTAGAACACGGTGCTAATTTATTTTCATTAAAAGAAGAAGGAAATATTTATACAAGAATA +ATGAATCCAACTTCAGATGTATTTGAACAAAGAATGGCACTTCTTGAGGGTGGAGTAGGT +GCAGTGGCTGTAGCTTCTGGTTCTGCTGCAATAACATATGCTATTCTTAATATCTTACAA +ACAGGAGATGAAATAGTAGCAGCGAGCACTCTATATGGAGGAACATTTAATTTATTTGCA +ACGACTCTTCCAAGATTAGGGATTAAAACTACATTTGTAGATTGTGATAATCCAGAAAAC +TTTAGAAGTGCTATAAATGAAAATACAAAAGCTTTATATATTGAAACTATCGGAAATCCA +GTAATTAATATTGCAGATATAGAAGTTATAGCAAATATTGCCCATGAACATAATATCCCG +TTAATAGTTGATAATACTTTTGGAACTCCATACTTAGTTAGGCCATTTGATTTTGGTGCT +GATATAGTTGTACATTCAGCTACAAAATTTATAGGAGGACATGGAACATCTATAGGAGGC +GTTATAGTAGATTCCGGCAACTTTGACTGGGAAGGTAGTGGCAAATTTAATGTATTAGTA +GAGCCAGATGAGAGTTATCATGGAATGAGCTATACAAAGGATGCTGGTAGAGCCGCATAT +ATAACTAAGCTAAGAGTACAATTATTAAGGGATACAGGGGCATGTATAAGTCCATTTAAT +TCATTTTTATTACTACAAGGTCTTGAAACTTTATCATTAAGAGTTGAAAGACACGTATCT +AACACTAAAAAGATAACAGAATACTTAAGTAAACACCCTCAAGTAGCATGGGTAAACTAT +CCTGGACTTGAAAATAATAAATACAATGAATTAGCTAAGAAATATTGTCCTAAAGGAGCA +GGATCTATATTTATATTTGGAATTAAAGGTGGAGTAGAAGCTGGTAAGATATTCATAGAA +TCTTTAAAGATTTTCTCTCATTTAGCTAATGTAGCTGATGCAAAATCTTTAGTAATACAT +CCAGCAAGCACAACTCATGCACAGTTAAATGAAGAAGAACAAAAGTTAGCTGGAGTATCC +CCAGATATGATAAGAGTATCTGTAGGAATAGAAGACGTTGACGATTTAATAGCAGACTTA +GAATATGGATTAGAAAAAGCAAATGAAGTTTGCGAAAGTAAAGTGATAAGTTAG +>pabA +ATGATTCTTATGATTGATAACTATGATTCGTTCGTTTATAACTTAGTTCAATATATAGGA +GAATTAGGAGAAGAGATAGTAGTAAAAAGAAATAATGAAATAACACTAGAAGATATAGAA +AATTTAGATCCAGAAATAATTGTTTTATCACCGGGACCATGTTCACCAAAGGAAGCTGGC +GTTTGTATAGATGTAGTAAATCATTTTAAAGGAAAGAAACCAATACTAGGTATTTGCTTA +GGACATCAAACTATTGGACATATTTTTGGAGGCAATGTCATAAAAGCAATAGAACCAGTA +CATGGAAAGGTACACAGTATAAAGCATAATAATAAAGGAGTTTTTAGAAATCTAAATAAT +CCATTAAACGTTACTAGATATCATTCACTAGTAGTTGAAGAAGAAAGTTTACCTAAAGAT +TTAGAAGTTACAGCTTTTACTAATGAAGGTGAGATAATGGGTATTAGACATAAAAAACAC +CTTATAGAAGGAGTTCAATTCCATCCAGAAGCTATTTTATCAGAGCAAGGTCATGAGATA +CTTAGAAACTTTATAAAAGAAGCTAGAGAAAGGGTGGAAATATAA +>pabB +ATGATAAAAGAAATAAAAACGGATTTAAATGCTTTTGAGATATTTACAATATTCAAAGAT +GAAAAAGATAGTTTTATTTTAGATAGTGCTATGGATAAAGAAAAATTAGGTAGATATTCT +TTTATAAGTAGTAATCCATTTAAAACTTTAAAATACAAAAACACTGAGGAAAATCCACTA +GATTATTTACAAGAAGAATTAAATAAATATAAAGCTGTAAATAATACTCATTTACCATTT +ATAGGAGGCGCTGTAGGTTATTTATCTTATGATTTAGGTAATTATATAGAAAAACTTCCA +AGAAGTGCTGTAGATGACTTGAATGTGTATGATTTATATTTTGGTTTATATAATTATGTA +ATTGTAGTAGATCATCTAGAAGAAAAAACTTATATAGCAACTCCAGATTTAGATATAGAA +AAAGAAAAACTTGTTATGTCTGAAGTAGAAGAAAGAATATTAAAAGCTGGAAAAGAAGGA +GTAGGCTCTATTTGTTATGAAGAAAAAGAGGTAGAACCTATAAGACTTAAGTCAAACTTT +ACTAAATGTGAATTTGAGAATTCAGTTCAAAGAGTAAAAGACTATATAAGATCAGGAGAT +ATATATCAAGCAAATTTAACTCAAAGATTTAATGGAAGAACGACTTTATCAAGTTATGAG +TTATATAGAGATTTAAGAAAAATCAGTCCAGCACCTTTTGGAGCATACTTAAACTTTGAT +GATTTTAATATTTTATCTAATTCACCGGAAAGATTTATAAAATGTATAGATAGAAAGGTT +GAAACTAGACCTATAAAAGGGACAAGACCTAGAGGTAAAAACGAAGAAGAAGATTTAAAA +TTACAAGAAGAATTAAGAAATAGTGAAAAAGATAGAGCGGAACTACTTATGATAGTAGAC +CTTGAAAGAAATGATATTGGTAGAATATCAAAAATAGGCAGTGTAAAAGTACCGGAATTA +TTTGTAATAGAGCCATATGCAAATGTAAATCACTTAGTATCAACGGTAGTAGGAGAACTT +CAAGATGATAAAGATGCAGTAGACGTAATAAAAGCAACTTTCCCTGGAGGTTCTATAACT +GGAGCGCCAAAGATAAGATCTATGGAAATTATAGATGAACTAGAGCCAACTCAAAGAAAT +GTTTATACTGGTTCAATTGGATACATAGGATTTAATGGAGATATGGATTTAAATATAGCT +ATTAGAACTATTGTTAAAAAAGATCAAGATGTATACTTCCAAGTTGGTGGTGGTATGACA +TGGGGGTCTGATCCAAGTGATGAATATCAAGAAACATTAGATAAGGCTAAATCTATAATG +AAAGCTTTAAGAGGTTATTATGAAGAATAG +>pabC +ATGAAGAATAGTGCAAGTTTTAATAGTGATTTAAGTAAATTTGGAATTGGATTATTTGAA +ACTATTAAGGTAGAAAAATACCCTATAGATTTAGATTTACATATGGATAGAATGTTTAAT +TCTATAAAAGAATTAAATATTAATATTCAATATAGTAAAGAGTTTTTAAAAAATGAAATT +TTAAAATATATAGATATAAATGGCATTGAAAATAAAGCACTTAGACTAACTGTATTTGAT +GAAGGGTATAATATTTCTATTAGAGATATACCGTATAATAATGAAACTTATGAAAAAGGA +TTTAAATTAATAATATCTCCTATAAAAAGAGGAAATAGTATAATTTATAAGCATAAAACT +ACAAACTATTATGAGAGTATCTACAGTAAAAGATATGCGAATAAAAGAGGTTTTGATGAT +GGATTATTTGTAGACACTGATGGAAAAATTCTTGAATGTTCTATGAGTAATATATTTTTC +ATAAAAGGAAATTGTATATATACACCAAGCAGTAATCTTCCTATTTTAAACGGTATTATG +AAAAAAAGGATTTTGGATATTTGTGGCGAAATAAATATACCATTGGTAGAGAAAAATATA +AAAATAAGAGATATTGCAGAGTATGACTTTGTATTTATTACAAATAGTTTAATGAATGTT +ATGAAGGTAACGCAAATTGAAGATATATTTTATGAAATATCAAATGATTTATTTGATAAA +ATAGTGGCTTGTATATAA +>group_694 +ATGACAAATAAAATTTATGAAATTTGTAAATTAGAAATAGAAAAATTAAAGCAAAATTCG +AACACTATATCTGTATTTTTAGTTGGATCATCTAAGAATATAGACTTAAAGTTAGCTGAT +AACAATATAAATGATATTGATATTTTTGTATTTGTAAATCAAGGGGAAAATCAAGTAAGA +GAGATAAAAAGAATTGAAGGAATAGAGTTTGACATAAACTATTTTTCAAGAAGGGGATTT +AAGCATCTAATGGATAATAAGGAATATTTTTTCTTAAATGGAATGAAGGATGCTAAAGTA +ATTTTTGACAGAAATAATACGGCGACATGTATTATACAATTGTGTAGAACAAAATACCAA +GAAGGGCCAAATCAAATTTCAGATGGAGAGAAGTGTTTTCTTAAATCTGAGATGGAATCT +AATATAAGTAGATTAAAAAATAAAGAAAAGTTTGATTTGTTTGAATATGAATTTTTAGTA +AATTTATATTTAAAAGAATTAATAGTTGGGTATTTTACTATAAACAACAAGTGGATACCA +AAGGATAAGAAATTATTTAAAGAATTAAAAAAAGAAGATAGTTACCTTTATGATTTAGCA +AACGAAATTAAAGGTGAAGAAAAATATGAAAAGTTGTTAGAGATTTATGACTATATTTTC +AAAGATATAGTTATGAAAAATTATATAAAAATAACTTACTAG +>folP +ATGTTTGATTATGGTAATAGAACTTATATAATGGGAATTTTAAATGTTACTCCAGATAGT +TTTTCAGATGGTGGTAATTTTAATAAAATAGATGTAGCTATAAAACATGCTAGAAAAATG +ATAGAAGATGGAGCTGATATTATAGATATCGGTGGCGAATCTACAAGACCTGGTCACAAG +TATGTAGAAGCAGACGAAGAAATAGAAAGAGTAATACCAGTAATAAAAGAGCTTAAAAAA +GAAATTAATGTCCCTATATCAGTAGATACTTATAAGGCAAGTGTTGCTGAGGAAGCCTTA +AAATTAGGTGTTGAAATGATAAATGATGTATGGGGATTAAAAAGAGATAAAGACATGGCA +AAAACTATTGCAAAATATGATGCACATGTTTGTATAATGCATAATCAAGATGGAACTCAT +TATGATAAAGATATAATGGAAAGTATGAAAGAGTCACTTAAGGAAAGTATAGATATGGCT +CTAGAAGCTGGTGTGAAAAATGAAAAAATAGTTTTAGACCCAGGAATAGGATTTGGTAAG +ACTTTTGAACAAAATTTAGAAGTGTTAAGAAGATTAAATGAGCTTAATGATTTAGGCTAT +CCTGTTTTACTTGGAACATCTAGAAAATCTGTAATAGGAAATGTACTTAATGTAGAACCT +AAAGAAAGATTAGAAGGAACTATAGCAACAACAGTTTTAGGAGTTAGAGACGGAGTTGAT +ATAGTTAGAGTACATGACGTAAAAGAAAACTTAAAAGCAGCTAAAATGGCAGATGCTATT +TATAGAAAGTAG +>folB +ATGGATAAAATATTATTAAGCAATTTAGGATTTTATGGATATCATGGAGTGTTAAAAGAA +GAAAGTGTTTTAGGACAAAAATTCTTTATAGATATGGAACTTCTTATAGATACAAAAGAG +GCAGGTATAACTGATGATATGAATAAATCTGTTAGTTATGCAGATGTTTATGAGGTAGTA +AAAGAAATTACTGAAAAGAGAAGATTTAATCTTATAGAAGCCTTAGCAGAGAATATTGCT +AAAGAAGTATTAGATAAGTTTGAACTTATAAATGAAGTAATGGTTAGAGTTAAAAAGCCT +GAGGCACCTGTAAATGGAATTTATGACTACTTTGGTGTAGAAATAAGGAGAGGTAGATAT +GAATAA +>group_871 +ATGAATAAAAGTTACTTAGGTCTTGGAACTAACATGGGTGATAGAGATAAGTACCTATCA +GATGCATGTGAGCTTTTAAATAATCATGAAAAAATTAATATAACAAAGAAATCAAAGATT +TATGAAACAAAGGCTTGGGGATACACTGAACAAGCAGATTTTTTAAATGTATGTCTAGAG +GTTGATACAAGCTTAAATGAGTACGAATTATTAAGCGTATGCCAAGAGGTAGAGCAAAAG +CTAGATAGAAAAAGAATTATAAGATGGGGACCAAGAACTATAGATGTAGATATATTATTT +TTCAACGATATAGTGTTAAATGATGAAAATTTACTAATTCCTCATCCTAGAATAAAAGAA +AGAGCTTTTGTATTAATACCTCTTATGGATTTAAATAGTAAACTTTCTATTGATGGTAAA +ACTATAGATGTACATTTAAACTCTCTAACTAAAAAAGAACGAGATGAGGTAAAGGAGTTT +ACAGGTGATGAAAAAGACACTATTTAA +>group_1553 +ATGGCTGATCAAAGGTTAAATAAATTAGCAAAACTTTTAGTTGAATATTCTGTAGAAGTA +AAAGAGGGCGATATTGTATATGTATGTGCTGATGAGGTAGCAACACCATGGGTTATAGAA +GTTGTAAAAGAAGCTACTAAAAAAGGTGCCCATGTAGAATACACATTAGAATCAGATGAG +ATAAAAGAAATTCAACTAAAGTATGGAAGTGAAAAACAGCTTAAGAGTGGCAATATGATA +TATGAATCTATATTAAGTAAAGCTGATGTATGGTTAACAGCTTGGGGGAATAGAAATACA +AGGATGCTATCTAGGATAGATTCTAATAAATTAAAAATACATCAACAAGGAGCTAGTGTA +TGGAGAAAGATTTACTCAGATAGAACTGGTGATGGAAGCTTAAGATGGTGTGGGACTCAA +TATCCAACATATGCAGATGCACAAGAGGCTTCTATGAGTATGAGTGAGTATGAAGATTTT +GTTTACGGAGCAGGATTATTAGATAGCGAAGATCCCGTGTCTGAATGGAAAAAAATAAGT +AAAGAACAAGATCGATGGGTAAAATACTTAGACAGTAAAAGTAGCCTACATATAGTATCT +GAAGGTACAGATATAATGATAGGAATAAATGGTAGAAAGTGGATAAATTGTGACGGAAAA +CAAAATTTCCCAGATGGTGAAATTTTCACATCGCCATTAGAGAATAACATTAATGGATAT +ATAACATTTTCATTTCCAGGAATATTTGCAGGTAGACAGATAGAAGGAATAAAACTTGAA +GTTAAAGACGGTAAGGTTATTAATGCTTGGGCAAATAAGGGAGAAGAATTGCTAAAGTCA +TTGCTAGAGACTGATGAAGGATCAAGTTTCTTTGGAGAAGTAGCTATAGGAACTAATTAC +GGAATAAAGGATTTTACTTCAAATATGCTATTTGATGAAAAAATAGGTGGTACAGTACAT +ATGGCAATAGGGGACTCAATGCCAGAAGCAGGAGGAAAAAATAAATCATCATTACATTGG +GATATGCTTTGTGATATGAGGAATGGTGGGAAAATATATGCTGATGGTGAGTTATTCTAT +GAAAATGGAAAATTTATAGATTCAATTCTAGAAAAGTACAATATAAAATAA +>group_1554 +ATGTTATCTAATAGATTATCATCTATTACTCCATCAGTAACTATCGGAATTAGTTCAAAG +GTGAGCGAATTAAAAAACTTAGGAAGAGATATTATTAATCTTAGCATAGGGGAGCCAGAT +TTTAACGTTCCAGAAAAAGCTAAATCAGTCGGAATAGATTCTCTTAATAATAATGAGACA +AAATACAACTTAGTTTCTGGAATTAAAATTTTAAGAGAAGAGATTTGTAAAAAGCTTTTA +AGTGAAAATAATTGTAACTATTCTATAGATGAAATAGTTGTATCTAATGGCGCAAAACAT +GCTATTACTAATACTTTATTAGCCGTTACTAATCCAGGGGATGAGGTTTTACTTCCTAAA +CCATATTGGGTAAGTTATTCTGAAATGACTAAAATTGTAAATGCAGTTCCAGTACCTATT +GAAACCGAAAAAGATAACGACTTCAAGTTAACAGGAGAATTATTAGAAAAATATATAACA +GATAAAACTAAGCTTCTTATTTTAACTAATCCTTCTAATCCAACAGGGGCTGTTTATAAA +AAAGAAGAATTGATTGATATTGCAAATATATGTTTAAAACATAATATATATATACTAGCA +GATGAAATTTATGAAAAGATATGTTATACAGATAAATTTGTATCGGTTGCATCTTTAAGT +GATGAAATAAAAGATATTACTATAACTATAAACGGATTTGCTAAATCTGCTGCTATGACA +GGTGTTAGGTTAGGATACTCTGCATCTAATAAAGAAATAGCAAAAGGTATAAATGCTATC +CAAGGTCATCTCGTATCTCATCCTTCTTTAACATCACAATACATAGGTTATGGCGCATTA +AAACAGTGTAGTGATGATATAAATAATATGGTAAGAACATATAAATACAGAAGAGATTTG +ATAACATCCAAGTTAGATACTATACCTAATATCGAATATGTATATCCTGAAGGTGCATTC +TATGTGTTCATAGATTTATCTAAAATAAAAGATAAGTTTAATTACAAAGAAAGTTTTTCT +ATAGAATTTTGTGAAAAATTTTTAGAAGAGTATAACGTTGCTATTGTACCTGGTCTAGCT +TTTGGTATTGATGATTATGTTCGTATCTCATATGCATGTAAAGAAGATTACTTTTTAGAG +GCATTAGACAGATTAAATGTATTTATTTCAAATATAATGCAACCAAACACTATTAATAAT +TACTAA +>nrdD_2 +ATGATTAAATTTGTAAAGAAAAGGGATGGAAGGATTATACCTTTCAATGAAGATAGGATA +ACTAGAGCTATTTTTCTAGCAGCTGAGAAAGTTGCGAAGAAAGAAGAAGAAGTTCCAGAT +TATAATCTATCAGAACAGTTAACTCAAGAAGTTATAAGAGTATTGAATTCTAAATATACA +GATTCTATACCTGGAGTAGAGGATATACAGGATGTAGTTATAAAAGTATTAATAGAAACT +GGGCATGCAAAAACTAGTGAAGAATACATTATATATAGAACTGAGAGAAGTAGAATCAGA +AATTCAAAAACAAGATTAATGAAAGCGATAGAAGAAATTACTTTTGAAGACGCTAGTGAT +GCAGATATAAAAAGGGAGAATGCTAACATAGATGGGAATACTGCCATGGGAACAATGCTT +CAATATGGAAGTGCTGTATCTAAAGAGTTCTGCAAGACTCATATATTAAAACCAGAGCAC +TCATACGCTCATGATAATGGAGACATACATATACACGACATGGATTTTTTTAATATGGGA +ACATTGACTTGCTGCCAAATTGACCTTAAAAAACTTTTCGAAGGTGGATTTTCAACTGGT +CATGGTTTTTTAAGAGAACCAAATGACATAATGAGTTATGGAGCACTGGCCGCTATAGCA +ATTCAAAGTAATCAAAATGATCAACATGGAGGTCAAAGTATACCTTTTTTTGATTATGGA +TTAGCTAAGGGAGTATATAAGACATTTAGAAAGTTATATATATCTAATATGTCAAAGGCA +TTAAAACTATTTAAGGATATAGATAACAAAGAAGCTATAAAAAATATCGTTTGTAAGATA +GAAGATGAAAATTTAAAGCTGGGATTAGAGAAAAATGAGTATTATATAAATAAGGAAAAA +GAAATTCTAAAGGAAGAATTTAATATAGATGAAGATATAGCTAAAAAGATACAAGATTTT +GCTTATAATGAGGCATATGAAGAAACCGATAGACAAACATACCAATCAATGGAAGGGTTT +ATACACAATTTAAACACTATGCACTCGAGAGCAGGAGCTCAAGTGCCTTTTTCTAGTGTG +AATTTTGGTACTGATACATCAGAAGAAGGTAGAATGATTAGTAAGAATTTATTATTGTGT +TTAGAGCGTGGGTTAGGGGATGGAGAAACACCTATATTTCCGATATTGATATTTAAGGTA +AAAGAAGGTATAAATTTAAACCCAGGAGATCCTAATTATGACTTATTTAAACTATCTTGT +AAAGTGTCAGCTAAGAGATTATTCCCGAACTTTAGTTTTTTAGATGCTCCTTTTAATGCA +AAATATTATAAGGAAGGTCATCCAGAAACTGAAGCTACATATATGGGATGTAGAACTAGA +GTTTTGAGTAATGTTTGTGGAGAAGAAGTTGTTAATGGTAGAGGTAATTTATCATTTACA +ACTATTAACTTGCCTAGATTAGGTATAAAACATGGAATGATAAATAATAGAGAGGCAAAC +CTAGATGGGTTCTTTAAAGAATTAGATGAAAAAATAGACTTAGTTATAGATCAACTACTG +GAAAGGATGGAGGTTCAAGGTAATAAGAAAATGAAGAACTTTCCATTCTTAATGGGTCAA +GGTATATGGTTGGGCTCTGACCATCTAGGTCCAGAAGATAGATTAAAAGAAGTAATAAAA +CAAGGAACGCTAACAGTAGGGTTTATAGGATTAGCAGAGTGTTTAATTGGGCTTATAGGA +AAACATCATGGTGAAAGTAAAGAAGCTCAAGAATTAGGTATAAAAATAATATCACATATG +AGAGATAGAATGGATGAAGCTAGCGATAAGTATAAGTTAAACTTTTCATTAATAGCAACG +CCAGCAGAGGGGCTTTCAGGTAGATTTACTTCTATAGACAAAGCCTTATATGGCATTATA +GAAGGAATAACAGATAAAGAGTACTATACTAATTCTTTCCATGTTCCGGTTTATTATAAA +ATAAGTGCCTTTGAAAAAATAAGAATAGAGGCACCTTATCATGAATTTACTAATGCAGGT +CATATCACCTATGTAGAGTTAGATGGAGATCCTACAAATAATGTAGAAGCATTTGAAACA +ATAATAAGAGCTATGAAAGAGTTAGGAATAGGATATGGTAGTATAAATCATCCTGTAGAT +AGAGACCCTATTTGCAAATACTCAGGAATTATTGAAGGCAGTATATGTCCTGCTTGTGGT +AGAAATGAAGAAATAAGTGACATTAAGTTTGAAAGGATAAGAAGAATAACAGGATATTTA +GTAGGAACAGTTGATAGATTTAATAATGCAAAAAGAGCAGAGGTACGTGATAGAGTAAAG +CATATATGA +>group_1555 +ATGGAATTAAGGGTGGCATCGCCTACTACTTTTGATAGTATAGTAGATGGACCAGGCCTG +AGAATGGTAATTTGGACTCAAGGTTGCATCCATAATTGTGCTGGATGTCATAACCCACAA +ACACACTCTTTAAATGGTGGATATAAATTAGAGGTTAATGAGGTTATAGATATAATTAGA +AATTTAAAACTTCAAAAAGGAATTACTTTATCAGGGGGGGAGCCATTCTTACAATCAGAA +GTACTAGAATTAATTGCAAAAGAAGCTAAAAGAAATAAATTAGATGTATGGGCTTATACA +GGGTTTACTTTTGAAGAATTGTTAGAACAAGAGGATAAAGATTATAATGATAGGATCAAA +TTGCTTAATCAAATAGATGTTTTAGTTGATGGAAAATTTGAATTAAGTAAAAGAGATATA +AGTCTAAAATTTAGAGGTTCATATAATCAGAGAATAATAGATGTTCAAAGGAGCTTAAAA +GAAAATGATATTATTTTAAAATATGAATATATGGATGAGGTATTATCCATTGCAAAATAA +>murK +ATGTATTATATAGGTATAGATGGTGGAGGAACAAAGACTAGTTTTACTTTGATTAATGAA +CAAGGATTAAAAATAGGACAATATAAAACAGGAACAACACATTATGCACAAATAGGTTTT +GATGGATTAAAAACTGTTATTACAGAGGGAATAGAAGAGATACTTAAAAATAGTGATGTG +AGCAGAAACTTAATAAAGAGTGTATTTTTAGGCTTACCAGGATATGGCGAAGTAAAAAGT +GTAAAACTTAAAATTGAAGAAGTAGTAGAAAGTATATTTAGTGATATAAAGTATGAAATA +GGAAATGATGTAGAAGTAGGTCTTGCGGGTTCATTAGCTGGTAAAGATGGTGTAAATATA +GTAAGTGGAACTGGATCTATTGGACTAGGAAAAGATTCAACAGGAACTTTTGCTAGATGT +GGCGGATGGGGAGATTATGTAGGTGATGAAGGTTCAGCTCACTGGATAGGGAAAAAGACA +TTAGAAATATTTTCTAAAGAAGCTGATAATAGACTTGAAAAGGGCGATTTATATTACAAT +ATAAGAGAAAAGTTAAATCTAGAAGATGATTTTGATATAATTGATTATGTATTAAATAAA +ATTCAAAAGGATAGAGGTAAGATTGCTGAGTTTTCTAGTATATGTCATGAAAGTGCATTG +CAAGGCGATAAAAATGCTATAAAAATATTTGAAGATGCAGCATATGAGCTTAGTTTATTA +GTAAAGATGATAGTAAATGAATTAGATTTTGATAAAGAAATACTAGTTTCTTACTCTGGT +GGAGTATTTAATAGTAAAGAAATGATACTTAAACCTTTAAGAAAAGAATTATTAGATTTT +AATGTTAAATTAATAAAGCCAGTTTTAGGTCCAGATGAAGGGGCATGTCTATTAGCATAT +AAATTAGCAGGTAATACTGTAACTGAAGATTTCATAGAAAATTTAAGCAAATCAATAGAA +GATGTAACTGCTTAA +>group_570 +ATGAAACCAAATATTATAGTATTTTTTTCAGATCAACAAAGATATGATACTGTGGGAGCA +TATGGTCAAGAGTTAGAAGTTACTCCTAATCTTGATTATATGGCAAGCGAAGGTGTTAAA +TTTGAAAATGCATTTACTTGCCAACCTGTATGTGGTCCAGCTAGAAGTTGCATGCAAACA +GGTAAATATGCCACTCAAACAGAGTGTTTTGTAAATGATATAGGTCTTAAAGAAGATGAA +ACCACAATTGCAAAACTTTTAAATGAAGAAGGGTATGAAACAGCTTATGTTGGTAAATGG +CATCTTGCATCAACTAAGGATGAATGTGATTTTTCAATTTCTCCAGTTCCCGAAAATAAA +AGGGGTGGATATAAAGACTATTGGATGGCATCTGATATTTTAGAATTTACTTCTCATGGA +TATGATGGGTATATATTCAATAAAGATATGAAGAGAGTAGATTTTAAAGGGTATAGAGCA +GATAAAATTACAGATTTTGCCTTGGAGTTTTTAGATAACAGAGATAAAAAGAAGCCATTT +TTATTATTTTTATCCCACATTGAGCCTCATCATCAAAATGATAGAAAAACTTATGAGGGG +CCAACAGGATCTAAGGAAGAATTTAAAAATTATGTCTTACCAGATGACTTAAAAGGTATA +GATGGAGATTATGAAATAAATTATCCAGATTATTTAGGTTGTTGCAAGTCTTTAGATTAT +AATTTAGGAAGGATAAGAGAAAAACTAAGAGAATTAGAGATTGATGATAATACAGTGATA +ATTTATACAAGTGATCACGGATGTCACTTTAAAACTAAAAATAAAGAACTTCCATATGGT +GGTGCAGATGATTATAAGAGAAGTTTTTATGAAAATACCATAAGAGTTCCAATGATAGCG +TATGGACCCGGCTTTAAAGGTGGTAAGGTTATTAAAGAACTTGCTAGTCTAATAGATATT +CCAAAGACTATAGTGGAACTTGCTCAGAAAAGTCCACCAGAGTATATGCAAGGAGTATCA +TTACTTGACTTGGCAAATAATGATTTAAGTAGAGATGAAGTATTTATACAGATTAGTGAG +AGTTATGTGGGAAGAGCTATTAGAACTAAAAAGTACAAGTATTGTATAATAGATCCAACT +AAATTACCTTATGAAGAAAGTCATAGTTTAAATTATGAGGAATATTATTTATATGATTTA +GAAAATGACCCATTAGAAAGAGTTAATTTAATTAAAGCAAAAGCATATGAAGATGTAAGG +ATAGAACTAAGGACAAAGATGAAGGAGTTTATAAAGGCGATAGAGAACTTAGATATAGAG +ATAAGTATCTGTCAGGGGGAAAATATATGTGTGAAATAA +>sugB +ATGGTAAAAAGTAATAAAATAACACCGAAAAGTGTACTTACAGGTGCAGTATTAAGAATA +ATATTAATAGCATTTTTATTTATGGTTGTAGTACCACTTTTATGGACAATAATGCAATCT +TTCAAAACTTCAAAAGAGTTCTTCGCAGATCCATGGGCTCTTCCAGGAGCATTTAATTTT +ACTAACTATGTATCTGCTTGGGAAAAAGCAAATATGTCGGCATTCTTCTTTAACTCTATA +TACGTAACATTAGTATCAACAGGATTTTTAATGTTATTAGCAGTGCCAACTTCATATTGT +TTAGCTAGATTTAAATTCTTTGGAGGAGAGCTTATAATGTTAGCTATGACATTAGGGCTA +TTTATTCAACCAACATACATATTAGTACCATTATTTTTATTAGTAGCAAAGTTAAACTTA +TTGAATAACTTAACAGCTTTAGGTTTAATATACGCTATAATACAGCTTCCATTCTCAATT +TTTATATTGACAGGGTTTATAAAAGGGGTTTCCAAAGAATATGAAGAAGCAGCAGAAATA +GATGGATGTACTAGACTTCAAACAATAAGACACGTTGTACTTCCTATGATAAAGCCAGGA +ATGTTAACAGTTTTAATATTTAACTTTATGGGATTCTGGAATGAATATGCAATGGCATTT +ACTTTACTAACTCTGCCTGAGAAACAAACATTACCAGTTGGTCTTCAAAACTTAATGGAA +GTTCAAAGATTCTCAACTGACTGGGGAGCATTATTCGCAGGTATGGTAATAGTAATAATT +CCAACAGTTATTGTTTATGCTTTCCTTAATAAGAAGCTTACAGAAGCAGTTAACGTTGGA +GGACTTAAGGGGTAA +>ugpA +GTGGATATTAAGACATCAGTACCGAAGAAACCACAGAAAAAAGAATCTAAATTTAAAAGT +ATTCTAGGTAAAACACCTAGAGAAAGAAGCAGAAATATATTTATATTTTGGAGTGTAGTA +CCAACATTTTTACTATTTTTACTTTTTAAAATTTATCCTATGTTAAGTGCAGCGAAAATG +TCTCTTTATAGATCTACAGGGCTTAGTAGTTCACCAACATTTATAGGATTTGATAACTTT +GTAACTTTATTTAATGATCCAATATTTTGGAAGTCTCTTAAAAATACTTTCTTTTTATTA +GGAGTATTTCCACTAGTAACAATGATTTTAGCTTTATTCTTTGCAGTAATACTTACACAA +GGAAAAATTTTCGAATGGGAGAAAACGTTATACCGATTGGTATACTTCTTACCAAATGTT +CTTTCTATGGTTGTAATAGGTATGATGTTCATGTATGTATATGACTTTAATCTAGGAATT +TTAAATTCATTTTTAGATTTTATAGGAATGGGTGCATTTAAGAGAACCTGGCTTGGAGAA +AGTGGAACTGTTATGTGGGCACTAGCGTTTACTATGGTTTGGCAAGCAGCAGGTTATTAT +ATGGTAATGTACATATCAGGAATTAACAGAATACCAGATGACTTATACGAAGCAGTTACA +TTGGATGGTGCAAGTCCAATAAGACAATTTTTTGTAATTACATTACCTTTAATATGGGAG +GTTGTTAGGGTTACAATCACATTCTTTATTACAGGAGCGTTTAACTTAAGTTTCACATTT +GTAAAAGTTATGACAAAAGGTGGACCGGATCATGCATCTGAGATGTTATTAACTACAATG +GATATACAAGCATTCATGAATGCGAACTATGGTTATGCAATGGCAATTTCAGTAGTTGTA +TTTGTAATAGCAATAGTACTTGCTTTAATAGTTAAGAAAATCACTGAACGTGATGTTATA +GAATTATAA +>adhE +ATGAGCAAAGAGTCAAGAAAACTAAAAGTAGTAGATAATGAATTCAGTGTTGAAAATATG +ATTGATGAGCTAGTTGTAAAAGCAGAAAAAGCTAAACAAGCTATGCTAAGCTTAGATCAA +GACGCAATAGATACTATAGTTAGAGAAATGTCAATGGCTGGTTTAGATAAACATATAGAA +CTTGCACAAATGGCAATAGATGAAACTAAAAGGGGAATATTTGAAGATAAGGTAACTAAA +AATATGTTCGCTACAGAATATATTTATAATAGTATAAAATACAACAAAACTGTTGGAGTA +ATAGAAAAAAATGAAGAAGAAGGATATATGCTAATAGCTGAGCCAGTAGGTGTAGTTGCA +GGGGTAACACCAGTTACTAATCCAACTTCTACAACAATGTTTAAATCATTAATATCAATG +AAGGGTAGAAACCCAATCATATTCAGCTTCCATCCATCAGCTCAAAAATGTTCTTCAGAA +GCAGCAAGAATATTAAGAGATGCAGCTGTAAAGGCAGGAGCACCAGAAGACTGTATACAA +TGGATAGAAAAACCATCAATAGAAGCTACTAACTTATTAATGAAGCATGACGGAGTATCA +GTAATACTTGCTACTGGTGGACCAGGAATGGTTAAATCAGCATACTCTTCAGGAAAACCA +GCTCTTGGGGTTGGAGCAGGAAATGTTCCTTGTTATATAAATAAAACTGCAGATATAAAG +CAAGCAGTAAATGATTTAATATTATCAAAAACTTTCGATAATGGAATGATATGTGCTTCT +GAGCAAGCAGTAATAATAGATGAAGAAATATACAATGAAGTAACAGATTTAATGAAATAC +TATGGATGCTACTTTGTAAATAAAGAAGAAAAAGAAAAATTACAAGGATTAGTTATAAAT +AATGAAACTTGTTCATTAAATCCAAATATAGTAGGACAAAGTCCATATACAATAGGACAA +ATGGCAGGGATAAATGTTCCTAAAGATGCAAAAATGATAGTTGCAGAACTTGAAAAGGTA +GGGATGGAAGATCCTTTATCAAAAGAAAAGTTAAGTCCAGTGCTTGCTTGTTTCAAGGTT +AAAAATGCTCAAGAAGGAATACAAAAATGTGTAGAAATGACTGAATTTGGAGGACTAGGA +CATTCAGCTGTTATACATTGTAACGATGATGATATAATATTAGAATTCAGTAAAAGAGTA +AGAACAGGTAGATTACTTGTGAATGCGCCATCTACTCATGGGGCAATAGGTGATATATAC +AATGCAAATATACCATCATTAACGTTAGGATGTGGATCTATGGGGAATAACTCAACAACA +GAAAATGTATCAGCAAGTAACTTAATCAATGTTAAGAAAGTTGCAATGAGAAAAGTAAAT +ATGCAATGGTTCAAAGTTCCAGAAAGAATATACCATGAATTCGGTTCTATAAGCTACTTA +GAAAAATTACCAAATGCTAATAGAGTAATGATAGTAACTGATAGAGTTATGGTTCAGTTA +GGAAATGTAGATAAAATAACTCACCAATTAAGAAAAAGAAGAAATCCTGTGATGATAGAT +GTATTCTGTGACGTAGAGCCAGATCCATCAGTAGAAACAGTGTTAAATGGTGCAGAAGCT +ATGAGAAAATTCAAGCCTGACACTATAATAGCTCTTGGTGGAGGTTCAGCAATGGATGCT +GCTAAAGCTATGTGGTTATTCTACGAAAATCCAGAAGCTAACTTTGATGATTTAAGATTA +AAGTTTGCAGATATAAGAAAGAGAGTATTTAAGTTCCCTAAATTAGGAAGACAAGCGCAA +TTAGTGGCAATACCAACTACTTCAGGAACTGGTTCAGAAGTTACTTCTTTCGCAGTTGTT +ACAGATAAAGTAAATAATATGAAGTATCCTTTAGCTGACTACGAGTTAACTCCAGATGTG +GCTATAATAGACCCAACTTTAGTTATGACAGTACCAGCAGGTGTTACAGCAGATACAGGA +GTTGATGTATTAACTCATGCTATAGAAGCTTATGTTTCAATAATGGCAACAGATTATACA +GATGCATTAGCATTGAAAGCAATACAATTAGTATTTGATTACTTACCAAAAGCTTATAGA +AATGGAGATGATAAAGAAGCAAGAGAAAAAATGCACAATGCATCTTGTATGGCAGGTATG +GCATTTACAAATGCTTTCTTAGGAATAAACCATTCATTAGCTCATAAGCTAGGTGGAGAA +TTCCATATACCACATGGTAGAGCAAATGCTATATTATTACCACATGTTATAAAGTACAAC +GCTACTAAACCTTCTAAATTCGTTGCGTTCCCTAAATATAAGGAGTTCGTAGCTGATAAA +AAATATGCTGAAATAGCTAGATTCTTAGGCTTAAAAGCTAATACTGTAGAAGAAGGTGTT +CAAAGCTTAATAGACGCAGTAAACAACTTATTAGTTGAATTAAATATACCAAAAACAATA +AAAGAGTGTGGAGTATTAGAAGAACAATTCTTATCAAAAGTAGATAAATTATCTTTAGAT +GCTTTCGATGATCAGTGTACTCCAGCTAACCCAAGATTACCATTAGTTGAAGAATTAAAA +GTAATATACTTAACAGCTTTTGGTCAAACTGCTGAAAAGAAAGTATTGGAATGTTCAGAA +AGTAGCATTAACTAA +>group_1478 +ATGATAAATATTAAGATAAGCAATAAGTTAAAAGAAAAATGTCCAAACACGACTGTAGCA +TCAATAGAAGCTGAAGTATCTGTTAGAGATGGAGATGAGCATTTATGGGAAATTATAAAT +GATAAATGTGAGGAAATAAAAAATAATATAAAGAAAGATGAAGTATTGAAAATAAAAAAT +ATAGAGACTTCTAGAATCGCATATAAAAAGTTAGGAAAGGATCCAAGTAGATATAGACTT +TCATCTGAATCACTTGCTAAAAGAGTTGTAAAAGGGATGAATTTATATAAAGTAAATAAC +GTAGTAGATATAAATAATTTAATATCATTAGAAAGTTTTTATTCAGTTGGGACTTATGAT +TTAATCAAGTTAGGAAAAGAGATTATTTTCACTGTAGGTGAAGAAAATCAGAGATATGAT +GGCATTGGTAGAGGATCAATTAATTTAGAAAATCTACCTGTATTTGAAGATGAAATTGGG +AAATTTGGAAGTACTACATCAGATTCAGAAAGGGCAATGATAACATCAGATACTAAGCAT +ATACTTATGAATATTATAGCTTTTGACAAAGACAAAGAACTAAATAGATATTTAGATTAT +GCGATAGATTTATTAGAAAAATATGCAGATGCTGTGATAATTGATAAAAAAGTGACTTAC +TAA +>group_1476 +TTGATAAAAAGGAAAAAAAATAATAAAGTAGTTCTATTATTACCCATTTTGTTAATCATA +ATAACAGTAGGGCTTAGTATAAGAATATTAGGGAAAGAAAATAATCGATATAATGATAAT +ACTAGAGTATTATCTACTATAAGTCAGGTTTTGGATTTGAACACTGTTAAATATAATTAT +AGTAACATTGTGGTAGTAAAAAAAGATAAAAGTATAAATGATATAAAAATACCTTTTACA +GAACAATCTTTTATAATTAAATATGAGGGGGTCATTAATGGAGGTATAAAGCCAGAAGAT +ATAATGATAATTGAGAATACAGGAAAAAAGATAAACATAGAAGTAGAGCAGTGTAGAATA +TTGAATCACTACATAGATGACGAAAACTTATATGTATATGATATTAAAAATTCTATTTTT +AATAAATTAGATACAAATGATATATTATCTGATATAAGTAAATATAAGAAGGAATATGAA +GATAAGATATTGAAGGAAGGATTCATGGAAGAAATAAAAGAAAATACAAAAGCGAGTTTA +GTTAATTTATTAAAGAATATTGGATATGAAGAAGTAAATGTATCTTTTAAAAAGGAGTAA +>crp +ATGCAGAATAGCTTATTTTATAATCGTATTAGAAACAAGGATGCAAAAAAGTTTATTGAA +AAAATACCGAGTAATATAAAATTAAAATGTAAGATAAGGATTATTGAAAAAGGAAAGATA +GTAGTATTAAAAGGAAACGATATAGAAAATGTTTATGTAAGTTGTCAAGGTAAGATGCAA +GTCAGAAATGAGTTTGAAAATGGATTTGTATATAGTTTTGCAAGTATAAATCCTATAGCA +TATATAGGTGTGATGGAGATTATGGCTAACAAACAAAACTATTCATCTACATTACAAACT +AGTACAGAGTGCATAATACTTGAAATACCGAAGAGTGACTTTATTGAGTGGATTACTAGT +GACCAAGAATTGACTTTAGAGGTACTGCATTTTGTATCAAAAAGTATGTATGAACAATCT +TTAAAAACAGGTGAAGTACTAGCATATCCAGCAATATGTATATTAATAACTTATTTGATG +AATGTTTTTGAAAGTGAAGACAAGGATATTGCTATTTTAGAAAAAACTAGAGAAGAAATT +GGATCAATATTAGGATTTTCAATAAGAACAATTAATAGAAATTTAAAAATACTAAAAGAA +GAGAATCTAATTTCCGTAAATCGAAAAAGTATATCAATAACGAAAGAACAGTTTAATAGA +CTATCTTATAAATTAGAATCAATTAAATAA +>group_1556 +ATGGAACAAGTATTAAATATCATAAAAAATGAGACATTAACTTACAATCAACAAGTATTA +CAGCTGGCAGGTCAAGCTGAAAGTACTCTTAATGTATTAAATATAGATGAAGAAACTAAA +AAACTTCTTGATGCAGAAATAATATGTACTATGTTCGAAGGGAATGCACCTTATAGACCA +AGATATGTTATACCAAATTATGAAGTATTAATGGAAAAAGGGTGTAAGTTCTTAGACTTA +GATGTACCAAATGATATATGGGAAGCGACTAATAACTTATTAATATTATATAAGCATGTA +CCATCTATAACATCATATCCAGTATACCTAGGTAACATAGATACACTTTTAGAACCATTT +GTAAAAGATGAAGAAGAAGCATATAAAGCTATAAAATTATACTTAAAGCATATAGATAGA +TCACTTACTGATTCTTTCGTTCATGCAAATATAGGCCCAGTAGATACAAAAGCAGGTAGA +TTAATACTTAAAGCTATGAAAGAATTAGAGTGTGCTATGCCAAACTTAACAGTTAAATAT +GATAAAGACATAACTTCTAAGGAATTTATAGAATTATGTGCAAGTACAGCTTTAGTAACT +GCTAAGCCAAGTTTTGCTAATCATAAAATGGATGTAGAAGATTTTGGAACTGAAAATTAT +GCATTAGCAAGTTGTTATAATGGATTCATTATAGGTGGGGGTGGATATACCCTAGTAAGA +CTTGTTCTAAGTAGATTAGCTGAAGCATCAGAATCAGTTGAAGATTTCTTAGATAATAAA +TTACCATTTGCAGCTAAAAAGATGCTTGAATATATAGATGAAAGAATAAAGTTCTTAGTA +GAAGAAGCAGCATTCTTTAAATCTAATTTCCTTGTAAAAGAAGGATTTATAAATAAAGAT +CTTTTTACAGGTATGTTTGGTTTAGTAGGTCTTGCTGAAGCTGTAAATCATTTATTAAAT +GCTACTGAGCAAAAAAATAGATTTGGTCATTCAAAAGAAGCTAATGATTTAGGTTTAAAA +ATAATTGAAAAGCTTAACTCTATAGTAAGCTCATATAAATCAATATATGTAAATTGTTTT +AGTGGGAATCATGTGCTACATGCTCAAGTTGGTATAGATACAGATACTGGAATATCTCCA +GGATGTAGAATACCTGTTGGTGAAGAGCCTGAATTATTTGAGCATATTTTACAGTCTGCA +CCATATCATAAATACTTCTTCAATGGAATAGGAGATATATTCGTATTTGAAGATACTTAT +AAAAATAACCCTGAAGCTATAGTGAATGTTATTGATGGAGCATTTAATTCAGGAATAAGA +TATACATCTGTTTATTCAGATAGCTGTGATGTTGTGCGTGTAACAGGATATCTTGTAAAG +AAATCTGAAGTAGCAGAACTTGAAAGCGGAAAAGCAGTTAAAAATAATGCAACTGTATTT +GGTATGAATGCAAAAAATGGCGCTAAAGCTTTTGATAGAAGGCTTAGAGATTAA +>yjjW +ATGGCTTTAGTAAATAAAATAATTCCGTTTTCTTGTATAGATGGTCCTGGAAATAGAACG +GCTATATTTTTCCAAGGATGTAACTTAAAATGTACTTATTGTCATAATCCAGAAACTATC +AATAAGTGTATAAACTGTGGCAAGTGTGTTTTAACTTGCCCAGTTAACGCTTTAGAAATG +AATAATGGAAAAGTTTTATGGGATGAAGATAAATGCGTAGAATGTGATAACTGTATTAAA +ACGTGTAAAATTTTATCAACTCCAAGAACTAAAGATTATTCAGTAGATGAATTATTTGAA +GAAATAAAAAAAGTTAGACCATTCATTCAAGGTATAACTGTAAGTGGAGGTGAGTGTACT +CTTAATGCAGATTTTTTAGTAGAATTATTTACTAAAGTAAAAGAGGAGCTTAATCTTACT +TGCTTTGTGGATACAAATGGAACCTTAGACCTTAGTGAAAAAGAAGACTTGGTAAATGCA +ACCGATAAGTTTATGTTAGATGTTAAGTGTATGGATGAAGAAGAGAGTGTAAGAATTACA +GGATTAAGCAATGATATAGTTTTAAAAAATTTAAAATATCTATTAGATAAAGACAAACTT +CATGAAGTAAGAACTGTAATAGCTCCAAATCTAAATAATGAGTATACTGTTAAAGAAGTA +TCTAAGATTATTAATGGAAAATGTAAATATAAGCTTAATGCTTATAGAAAGTACGGAGTA +AGACAAGAAGGACTAGATCTACATGGAGAGATAGGTCCAACTGATGAAGAAATGAAGGTT +TATCTAGAATATATTTGA +>group_1563 +ATGGCAAATAAACCAGTAGACCCAAATGCAAAGGCAGCGCTAAATCAAATGAAGCTAGAA +ATAGCTAATGAATTAGGAATGGAAAATACTAATTTAAATGGAGCTAATAGTACCTCATAT +AAAAATGGAGAAATAGGTGGTCGTGTTGGCGGTCAAATGAGCAAGAAGCTGGTTGCAATG +GGAGAAGAAGCATTACTTAGACAATATAATAGTAAAAAATAA +>group_1562 +ATGATTGAAAAAATATCTAATGAAAAAATGTCTCTCGAAGACAATAGAGAAAATTTCTCT +TCAAAATTTGGATTTATAATATCTTGTGTCGGGGCTGCTTTAGGCCTAGGTAACATATGG +ATATTCTCTTATAAATTAGGTACATATGGTGGTGCTGCTTTCTTAATACCGTACTTCTTA +TTTGTATTCTTACTTGGAACAACTGGACTTATTGGTGAATTTACACTTGGTAGAACTTTT +AAATCTGGCTCTATGGTAGGTATAAGTAAAATATTCAAAAGTAGAAATATGAAGTTCTCT +TCTATATTCTCTACTATTCCTGTTATAGGATTATTTGGTATATTCATGTTTTACTCTATA +GTTATAGGTTGGATTTTAAAGTACTTTGCACTTAGCGTAACTGGTGAGATAAATAATATA +GATATACCGACATACTTTGATTCATTTGCCGGAACTACTGCATCTGTCCCTTGTTTTTTA +TTATCAGTAGGTATAACTTTACTAGTAGTTTGCTTTGGAGTATCTAAAGGTATAGAAAAA +TTGAATAAAATAATAATGCCATTATTACTTTTACTATTTATATTCCTTACTATAAGATCT +ATTTCTTTGCCTGGAGCTATGGCTGGTGTTGAATACTTACTTAAACCTAGATGGGAAGCT +TTACTTAGTTTAGAGACTTGGATTATGGCATTAGGGCAAGCATTCTTCACTGTATCTCTT +ACTGGTTGTGGTATGGTTGTTTACGGAAGTTACACAAATGATAAGTTTGATATAATTAGT +TCGGCTGTCAATACTGCTATATTTGATACTATAGCTGCACTACTTGCTGCATTTATGATA +ATGCCTGCTGTTTTCTCTTTTGGTTTTGACCCAGCAGCTGGTCCTTCACTTTTATTTATA +ACTGTACCTTCTATATTTAAAGCAATGCCTTACGGAAATATTATTAGCATATTCTTTTTC +TTAAGCATTATATTCGCGGCAATATCTGCTTCAGTTAGTATGCTAGAAGGTCCTGTTGAA +GCACTATTATCTGTTACTAAGATTAGTAGAAAAAAAGCATCTATATTTATTTCTGCCTTA +TGTTTTGTATTAGCTTTACCTTTAGCTACTAATATTGATAAGTTTAATTCTTTCACAGAC +TTTATAACTATAATATTATCTCCTATTGGAGCTACTATTTCTGCAATATCAATATTCTTC +TTATTTAAAGGAAATGTTTTATCTGAAATAAATAAGGGAGCTAAGCGACCTCTTGGAAAT +TGGTTCTTACAATTTGCTAGATTTGTATTCGTTCCAGTAACTGTTATAGTTATTATATTA +GGTTCAATTTACGGTGGTATAGGTTAA +>group_1275 +ATGAATAAGGTTATTCTAAGTGGAAGATTAGTTGCAGATGCAGAACTTAAATATATAGCT +GGTTCAGGAACACCAAAAGGAACTTATAAGATAGCGGTAGATAGATCTTATAAAGATAAA +GATGGAAATAAGAAAACTGATTTTATACCATGTGAGCAATTAGGTAAGCATATGGAAAAT +CTAGTTCAATATCTTACAAAAGGTAAACTAGTTGAAATAGATGGAGAATTACATATAGAA +AATTGGAAAGATGAAACTGGTAATTGGAAGAGCTTTACAAGTGTTAAGGTTGAAAAGTTA +AACTTTGTATCTGTAGGCAAAAAAGAAGAAAGTCAAAATAATAATCAACCAATATTTACA +CCTAATTTTGAACCAACAGGATTAGATCCACAAGGCTTCCAAGCAATAGACGATGATGAC +ATACCATTCTGA +>group_1202 +ATGATTAATAAAAAAGGCAAGAAAATAAAAGATACAAAAGGATTTGGTGAAGATATTACG +GTTTATAAACTAAATCAAAAAGAGTTAGAAGTGTATCTTAAAAATATAGATAGCAGAGAA +GGTCCTAGAAGAAAATAG +>group_1197 +ATGGCTGTATCAAGAAGTAGAAGAAGCCTTAAACGTAGATACAAGAAAGCAAGAGCTGAG +TTCAGAGAAGAACTTAGAGAAATATTAAAAAATGATAGAGCTTTAGGTATGGCTATATTT +CTTACATATGTTTCAGAAAAACGTAGAATTCATATAACTAAAGTTTGGTACATATTAGGA +ACTAGACATAAAGAAGCATATAAAGATTACTGCAAAGAATTAATGGGAAGCAATTTATGC +GTAAGTGATGATATTTTTAAAACTTTACATTTTAGTGGATATCAAGAATTAAGCAAAAAA +TACATAAGATTGATGCCGGAATGTTTTGCCATGGGAGAAGCATTTGGATTAGCTAAAAAA +TGTGTAAACGGAAAATTATAG +>group_1273 +ATGGAAGAATTTCAAGCGAAAGTAGGATTAGTAGCAGAAGTTATAAAAGGATCACTTGAA +AGTTTTAATTTATATATAGCGGTAGATCCTAAGACAGAGGAATTTATATTCATAGATAGA +GATGCACTTGATAATAAAGGCTCAGGAAAAGTTGCTAGAGTTAAAATGAATCAGATTAAT +GTTAGAAAATAG +>group_1252 +ATGAAAATAGGACAAGAGATAACAGTAAAAGAAGATTTTAAGATAAATACAACTATTAGC +GACAAGGTTATAACTGTAAAAAAAGATGATAAAGGATTTGTTGATAGTCAAGGCTTCTTG +CATCTGACAACAGGAAATGGAAGAGGTAAAATAGTCAAAATAGATGATATAGAAGTTAGA +GGATATGACCACGAAAACATAGCTAAAATGATATATAAAAGAATGAATAATGCATTTTTA +ATAGGATCAATTTTAGAAGATGAAGGATATGAAGTTGAAGATATTTTAGATGAAATAGAA +GATGTTCTAACAGATATACTTTAG +>group_1195 +ATGGATATAGGTAAACTTAAAAGAGCCAATGAATTAAAAAAAGAAATTCAAGAGTTAGAT +TCATTTATATTTTATGCTAGTAAAGTATGGACTGGTAAACTTACTATAAAAGAAAAGGTT +ATGAGTTTTATAAGCAATGCTTATGGTGCATTTGAATCTAAAGAGTTTAAAATGGATACT +CATATAAAAAATAGAGTATTAGATGTATTAATAGATTATAAAAATGAATTAGAAAAAGAA +TTTGAAGATATGTAA +>group_1303 +ATGAAAGTAAGTTTTACAATAGATGGTAAACCTCAAGGAAAAGGTAGACCTAGATTAAGT +TATGGAAGAATAAAGACACCAGATCAAACAGTAATGTATGAAAACTATATAAAATTACTT +TATAGAAGTAGCATTAAAACATATTTTGAAGGACCTATAAAGTTAATAATAAAAGCATAC +TATCCAATAGCTAAAAGTGATAGTAAAAAGAAAAAAGAACAAAAGTTAAATGGAGATATA +AGGCCATATAACATTAAGCTAGATATAGATAATGTAGTAAAAGTTATATGTGATGCTCTT +AATGAAATAGCTTACAAAGATGATACACAAATAGTTGAATTAGGGACCAGTAAGTATTTT +AGTGATAAACCTAGAGTGGAAGTTACAATAGAAAGTATTTAG +>sapB_2 +ATGAATGATTATATATTAGTTCAACTTGAATATATAGTTAGAGTCCTGGTTGCTGGTTTT +TGTGGAGCTATGATCGGATATGAAAGAAAAAACAAATTAAAAGAAGCTGGAATTAGAACA +CATTTTATAGTTGCTCTTACATCAGCACTTATAATAATTATTTCTAAATATGGATTTTAT +GATATCATAGGTACTCCAGGTATAGGACTTGATCCTGCCCGTGTTGCTGCACAAGTTGTT +AGTGGTGTTGGCTTTTTGGGAGCAGGTTTAATATTTGTTAGAAATCAATCAATAAGTGGC +CTTACTACAGCTGCAGGTATGTGGGCTACAGCAGGTATAGGTCTTGCGATAGGTTGTGGG +TTATACTTACTTGGAATTGTTTCAAGTATTATTATACTTATTGCTCAATTTTTGCTTCAT +AGAAGCAGATGGTGGATAAGACTTCCTATAGCTGAACAACTGCTTATTAAAATTCGTAAT +ACTGATGATTCTGTAACATATATTGAAGAAAAACTAAAAAATGATAGAATTGATATTATA +AATATGAAAGTTAATAATCTTGATGAATTTTTTCTCGAAGTAACCATCTATGCTAAACTG +CCTAAAGGTTATAATAAAACAAACTTAATAAAACTATTTAATGATAATCCTCTTATAAAA +TCCTTAGAAGTATAA +>group_461 +TTGAAGTTACATAAACCTGGAATGAGGACAATAAAAACTGGCATAGGGGTAATGCTATGT +GTTTTGTTGGGATATCTAAATTTTAATTTAGTTGATAAAACATTTTATGCAGCAATAGCT +TGCGTAGTATGTATGCAGACTACGGTTAAAGGTTCTTTTACGGTAGGTCTAAATAGGCTG +AAAGGTACATTTGTGGGTGGATTAATAGGATTTTTGTTTGCACTTATAGGACCAGGGAAT +CCAATATTATCTTGTTTAGGTATAATTACAACTATATATATTTGTAATTTAATAAAAATA +AATAAGTCTATAACAATAGCTTGTGTAGTATATTGTGCAATACATTTGGGTATAGGTACA +GCTGACCCTGTTTATTATTCTGTACACAGGATAATAGATACTTCCATCGGTGTTTTGATA +GGAATAGGTGTAAATTATCTCATCTATAGACCTGACTACTTAGGTAGAATACACAATGAA +ATTAAAGTAATAGAAAATACATCCATAAAATTACTGAAGAAAGAAATCGAAATGGGTGCA +GATATAGATATCTCATCTTTACAAAATGAAATTACAAAACTAGAGGGATTATATAAAAAC +TTTTTAGATGAACTAGAATATAGGAATGATGAAATTGATGATAAAGAAATAAATAGAATA +ATAAATACATGTAAGCAAATATATATGCATCTTCAAGTTTTAGGACATATGAAAGATAAG +TGTTATATAAACGAAGAGAATTATATTAAATCTAAAAATTTATATTATGAATTGGCTAGT +GATATAGAGGTAAAAGAAGACATAAGCCCAGTTTATAACTATCATATAAGTATGATAATA +GAAAATATAAATGAAATTCGTGATATTGATGATAAATTATAG +>yvbK +ATGAAAATAGAAATGATAAAAGAAAATAAAAAAGACTATTTAGATTTACTACTATTAGCA +GATGAACAAGAAAGTATGATTGATAAATACCTTGAAAAAGGCATTATGTTTGCAATATAT +GATGATAGTTTAAAAGGAATTTGTGTAGTTACTAAAGAAGATGAGAGGACTTATGAACTA +AAAAATATTGCTATTTATAAAGAGTTTTATGGCCAAGGATATGGAAAGAAATTAGTTGAG +TATATCTTTGAATACTTTAAAAATGATTGTGACACTATGTATGTAGGAACAGGAGATAGT +CCTTTAACTATACCTTTTTATTTAAAGTGTGGATTTATAGAGTCTCATAGGATTAAGAAT +TTTTTTATAGATAATTATGACAATCCAATTTATGAATGTAAAAAACAATTAATTGACATG +GTATATTTAAAAAAGAATTTTAAGTACAGATATATTAAGGGCTAA +>ytrA_5 +ATGAATTTTATACCTAATGACAGAGAACCTGTATATATTCAAATAGTTAGATACATGAAA +CAACAGGTGGTTAATGGAAATTTAAGTCCTGGGGATGCAATTCCATCAAGACGAGAAATG +GCAGTAAGTATAAAAGTAAATCCAAATACTGTTCAAAAAGCATATAAGGAGATGGAGGAT +ATGGGGATTATAAATACAGCGAGAAATTATCAAAGTACAATAACAACTGATGCAAATATA +ATAAACGATATAAAACAAAATTTAATTGATGAATCTATGGAGTTATTTATAGAAAGTATG +AAAGCTATAAATGTAGATAAAGAAGAAATTATAAAAATTATAAATGATAGATACTAG +>group_1557 +ATGGGTAAATTAGATGGTAAAGTTGCATTGGTGACTTCTGGTACAAGAGGGATTGGACTT +CAATCAGTTAAAACTTTAGCTGAAAATGGAGCAATTGTATATATAGGTGCAAGAAGATTA +GATGCAGCTCAAGAGATTTGCGATGAGTTAGAAAAATCAAATTATAAAGCAAAGGCAGTA +TATTTTGATGCAACTAAAGAAGAAACTTATAAAACTATGGTCGAAGAAGTTGTTAATGAT +GCAGGGAAAATCGATATATTAGTGAATAATTATGGAGGAACAGATGCTAGAAAAGATAGT +AACTTAGTGGATGGAGACCAAGAAACTTTTTTTGAAACGCTAAATAATAATGTAAAAAGT +GTATATATACCTTGTAAAATAGCAGTGCCATATATGGAAAAAAATGGAGGAGGTAGTATA +GTAAATATTTCATCAATAGGGTCTATACTACCTGACTTATCAAGAATAGGGTATTGTGTA +TCAAAAGCTGCGGTAAATTCACTTACTGAAAATATTGCAGTTCAATATGCAAGATCTAAT +ATAAGATGTAACGCTATCTTACCTGGGCTTATAGCAACGGATGCAGCATTACAAAATATG +TCTCAAGAATTTATAGATGTATTTTTAAAACATGTTCCTCTTAAGAGATTTGGACAACCT +AAGGATATAGCAGAAGCTGTACTTTTTTTAGCTAGTGATGATTCATCATTTATTACAGGA +GAGATTTTATCTGTTGCAGGTGGATACGGAGAACCATCACCTATGTATGGGGATGATGTT +AGTAAATAA +>nadK1_2 +ATGGAAAAAGTAGTAACAGTATCTTCTAATACTTTAAAACAATCCATAAAAGTTAAAGAT +ATTTTAACCAAAAAACTAACTGAAGCTGGATATTATGTAAGCAACAAAATAGAAAAAAAT +ACAGAACTATTAATATCTATAGGTGGAGATGGATCTTTCTTAAAAACTATTCATAGATTT +AATTTTGTAGAGGTACCTGTTATAGCTATAAATACAGGACATTTAGGTTTTTTTGCAGAA +TTATCGCCTAATCAAATTGATGATTTTATTAACGCTTATATTAATGATAAGTACTTTATT +CAGCAAGTTAGACCGCTAGAAGCTACTATATGCACAAAAGGTCAATGTATAGATATAACT +GCTATAAATGAAATTGTTATAAAAAATATAAAATCAAGAACAGTACATTTAGATTTAAAG +GTAAATGGTATAAAAATAGAAAGTTTTAGTGGAGATGGAATGTTAATATCTACTCCAATA +GGATCTACTGCATATAACTATTCTGCAGGAGGAAGTATTGTTGATCCAGAGCTTAATTTA +CTTCAATTAACACCGATTGCTCCAATGAATACTAATGCATATAGATCATTTACATCAAGT +ATTATTTTGCCTACAACATCAGTAATAACAATATCTCCAGAATATGATTTTGAAAATTCA +ATATTAATAGTAATAGATGGTACACAATATAAGTTTACTCATATTGATGAGGTAAGAGTC +TTTAAGTCTGATAAAAAGATTCATCTACTAAGACTAGAGGGATATGAATTTTGGAATAGA +GTTTCAGAAAAATTTTTATAA +>group_1558 +ATGACAAAACCAGCAATATATCATAGCCAAGGTTATACTTGTGCAGAATCATTAATAAAA +TCTTATAATGAAGAACATGACACAGATATTCCAGTATCAATAGGTAGTGGAATGGGTGTA +GGAATGACTGTTGGAAGTTTATGTGGAGCTGTAAATGCAGCTATAGTTATAATAGGATAT +ATAAAAGGTAGAGATAGTCAGTTAAGTCAAAATGAAGCTAGAAAATATTCTAAAGAATTA +ATGACGAGAATTAGAGAAAAATATAATTCTGAGTTATGTCTAGATTTAAAAAGAAGTAAA +ATTGGATGTGATGAGATAATAAATTTCACATATGACGCTTTAAATGAAGTGTTAGGCTAT +TAA +>nagZ +ATGAAAAAAATAAGAATAGTACAATACTTGATAATAGTTTTAATGGTAGTTTTTGTTGGA +TGCAATAAGTCTAGACATGAGGCTATAAAGGAAGCTATAAAGGAAATGACACTGCAAGAA +AAAATAGGTCAAATGTTATTAGTTGGATTTAACGGAACTTCTGTAAATGATGAGTTAAAT +AGACTAATTGAAGATGAAAAGGTAGGAGGTTTAATATTATTTAAAGGAAATATAGAGACA +TCTTCACAATTAAAATCCTTAGTAGAAGACATTGATAAATTAAATGCAAATATTCCATTA +TTTATATCTATTGATGAAGAAGGTGGCAGAGTTAGTAGACTTCCAGATGATACAAATAAA +TTTCCAAGCGCTTCTGAAATTGGGTCCAAAGATGATGAAGGATACGCTTATGAGAATGGA +ATAAAAATGGGGAAGTTACTAAGTAGTTATGGTATCAATATGGATTTTGCACCTGTACTA +GATATTTATAGCAATACTAAAAATACAGTGATAGGAGATAGAGCTTTTGGAAATAATGAA +GAAATTGTATCAACTATGGGAATAGCAATGATGAAAGGATTACAGGATGAAAATATAATA +GCTTGCGTAAAACACTTCCCAGGACATGGAGATACTGAGGTAGATTCACATATAGGCTTA +CCAATAGTATACAAAACCTTAAAAGAACTTGAAAAATTTGAATTTATACCTTTTAAAAAA +GCAATAGAAAGTAATTGTGATGTGGTAATGGTATCACATATTGTTTTAAATGAAATTGAT +AGCAAAAATCCTTCTTCATTATCTAAAACTGTAATAAGTGGTTTGCTTAGAGAAAATTTA +GGATTTGACAAGGTTGTAATAACTGATGATATGAATATGTCAGCTATAACGAACACTATA +AGTGTTGAGAAAGCGAGCATAGAAAGTATAAAAGCCGGAAGTGATATTATTTTAATAGGA +GGAGGATTAGAGACAATAACATCTGTTATTAGAGAAATTGAGTCAGCTATAAAAAATGGA +GATTTAAGTGAAGATAGAATAGATGAAAGTGTTTATAGAATTTTAGAATTAAAAAGTAAA +TATTTGCAGCTAAAGTAA +>group_1066 +ATGGAAACTTGTAATAAAATAGTTAGAAATAATATACCTAATATTTTAGAAGAACTAGGT +GAAAAATTCGATATAGAACTGCTAGATAGTGATAAAGGATTAGAATTTCTTTATCTAAGT +CTAATTTCAACAATATATGATAGCTTTGAAAATAAATCCTTAGATCATATTTCAGAAGCA +ATAGAGTTACTTATGACAATAGCTAAAGAGTATGGATATACTGAAAAAAATATTATTGAC +CAGAGAAATAAAACAAATAAAGAAAACGGTGATTTTTCTAAAAAAATATTATTAAAAAAT +AGGTACTAA +>group_722 +ATGGAAATAAAGAATCCACATAAAAAAAGTATTTACTCAACACAAAATAATTACTTTAAA +AACTTAAATCCTTCTGCTGAAGAGTTTAAAGAAAAAATTAAAGATGGAAGTTATCAAAGA +GATCCAGAAATATATAATTATGGAGCTAGTAGAGAAGCGGCAAAAGCTAAAAATATATAT +AAATAG +>group_1052 +ATGAAAGATGATGTAAAGTCAAAAGGGCGTGATTTAGATGATACTTTTAGTATAACAATG +GAACTAGAAAGGCCTTTACTTTACGACGAGTTAAAAAATGAAGAACTTATTAAAGAAGAG +AAAAATAAAAATAATAACTTGATAAAGATAATTACTGGAATTATTGTGATAGGAATCGTT +GGTTTATTTATATGGGCAAATGATAGTTATAAACCTCAAGCACTAGCAAAAGAAGCGCTT +ATTAGTGATAATACAGTAGAAGTGAAAATAGATAAATTTATATCATTTACACCTAAAAAT +ATAGAAGTTACAAAAGGTTTTATTTTTTATCCAGGTGCAAAAGTAGATCCTGAATCATAT +GCACCATTATGTAGAAAAATAGCTGAGCAAGGTTATGAAGTTGTTATTGTAAAGATGCCT +ATGAACTTAGCAATACTTTCTTATAATAGAGGAGAAAAGGTAATAAATGAGTATAGCAAT +ATAAAAAATTGGGTTGTAGGTGGACATTCGTTAGGTGGTACAATGGCAGCTAAATTTGCA +AGTGAAAATACTGCTGTTGATGGAGTGGTATTATTATCATCTTATCCTATTGGGGATGAG +TTAAAGAATATGGGCAAAGAAGTACTTTCTATTTGGGGAAGCAAGGATGGTATAGTTAAT +TTCGAAAAATTAATTAAATCAAAAGAAAAATTGCCAGAAGATACTACTTATGTAGAAATA +GAAGGAGCTAATCACTCTCAATTTGGAGATTATGGAGAGCAAAAAGGAGATGATTCTCCT +ATAATTAATAGAGAAGAACAAATAGACATAGCTGCGAAAGATATAATTAACTTTATAAGT +ACGATTAAATAA +>group_366 +ATGAATAATGAAGTAAAGAAATTAGAAGCTAATTTGCCTAGAAATTGCTGTGCATTTTGT +ACCCATCTTTCATTTGAAGGACCTAATGAGAACTACACTTACGATATAAAATGTATTATG +TTAGATAAAGAACCCAAACCGGACGAGTACTGTGAATATTTCGAGCCTGAAAATACTAAA +CTTAATACCTTTGATTTAGATAATTTATACATAAACTTTCTTGAAACATGTCTTAGAGTT +AGTTATGATGACTATTTATGCTCTATATATTGGAAACTCTTTAAAGAAAAGGTATTAAGT +GAATATAATTATAAATGCTCTATTTGCGGTTCAAGTAAAAATGTAAACGTTTATCATCTC +AGAAAAAATTTAGGAAGAGAAACACTAAATGATGTGATGGTAATGTGTGATGAGTGTTTA +CCTAGATAA +>group_495 +ATGTCAAATTTAAAATGTGCTGCCAAAAACTGTAGATATAATGTTAATAGAGATTGTTAC +GCTGGTGGAATAAGAGTTGATGGAGAAAATGCTACTACTACTTGCAATACTTGGTGTGCT +TCATTTGAAGCTAAAACACAATCATCAATGGAAAATTCTCTTAATGCAACAGATATAGTA +AGTACTCAAAATATCGATTGTAAAGCTGTTAAATGTCATTATAATAAGGCACAGCTATGT +AGTGCTAACCTGGTAGAAATTAACGCTTCAAATACAAGTTGCGAAACTTTTAAATGCCAT +TAA +>buk2 +ATGCATTATAGAATATTGGCTATAAATCCAGGATCCACATCTACTAAGATATCTATATAT +GATAATGAAGTTCCTATTTTTATTAGATCTATAACTCATAAAGCTGAAGAAATTAATAAG +TATAAAGAAATAAATGAACAGTATGGAATGAGAAAAAATTTAATTTTAAAAGAGCTAAAA +GATAATAATATTGATATAAACTCTATTAATGCCATAGTAGCAAGAGGGGGATTACTACCA +CCTGTAAAATCAGGCGCCTATTTGATTAATGAAGATATGATAGATAGATTAAAAAATAGA +CCAGTGATAGAACATGTATCCAACTTGGCTGCAATTATAGCTTATGAAATAGGCAAGTTA +GTAAATATAGAATCATATATATATGATTCTGTATCTGTGGATGAATTTACAGATATATCT +AGAATTTCAGGCCTAAAAGGAATGGATAGAATTTGTGTAGGTCATACGTTAAATTGTAGA +GCAACAGCAATAAAATACTCAAATAGTATAAACAAAGAATATAAAGATTTAAATTTAATA +GTTGCTCACTTAGGTGGCGGAATAACCATCCAATTACATGAAAAAGGTAGAATTGTAGAT +ATTGTTGCAGACGATGAAGGTCCTTTTTCATCTAATAGAACAGGACGTTTGCCTTTAAAA +AAGGTTATAAGTGAATGTTTTTCTGGGAAATATACTCAAAAAGATATTAATGCCATAATA +AGAGGAAAGGGTGGAATATTTTCTTATTTAAATACAACAGATACTAGAGAAGTTGAAAAA +ATGATTGAAAACGGAAATTCAGATGCTAAATTAATATATGAGGCATTTGCATATCAAATT +TCAAAAGGAATTGGAGAGTTAGCAACTGTAGTCGATGGTAATATAGATGCAATAATCCTT +ACAGGAGGGGTTGCTTATTCTAAGGTTATGACAAATATGATAAATAAAAGAGTAAATTTC +ATAGGTAAAGTAGAAATAATACCTGGGGAAAATGAATTAGAAGCACTTACTCTTGGAGTT +CTTAGGGTGCTTAAAAAGGAAGAAGAAGCTCATATATATAAGGAGTTTGTGGCGAGCATA +TAA +>group_68 +ATGAAGCAATTAATGACAGGCAACGAGGCCATAGCTAGAGGTGCATATGAGGCAGGGGTA +AAATTTGCATCTGCTTATCCAGGAACTCCAAGTACAGAAATATTAGAAAATATAGCTCAA +TATAAAGGGGAGATAGTAGCTCAATGGGCAGTAAATGAAAAAGTAGCTCTTGAATCTGTA +ATAGGAGCATCAATGGCTGGAGCAAGATCAATAGCTGCTATGAAGCATGTTGGATTAAAT +GTAGCAGCAGATCCATTATTTACTTATTCTTATACAGGAGTAAATGGAGGAACAGTAATA +ATTACAGCTGATGAACCAGGAATGCATTCATCACAAAATGAACAAGATAATAGGAATTAT +GCTAGGTTTGCAAAGATACCATTATTAGAGCCATCAACAAGTCAAGAAGCTAAGGATATG +ATTAAGGTAGCATTTGAAATAAGTGAAACATTTGATACACCTGTATTGGTTAGAGTAACA +ACGAGAGTATGTCACTCAAAAGGAATTGTAGAATGTTTTGATAGAGAAGAATCTGAAATA +AAAGAATATATAAGAAATATACCTAAGAATGTTACAGTTCCGGAATTTGGAAGAATTAGA +AGAGTAGAAATTGAAAATAGGATGAAGAAATTAAGCGAATTTACAAATACTACAGACTTA +AACTTCTATGAAATAAATGATACTAAAATAGGAATCGTAGCATCAGGAATGTGTGTGAAC +TTTGCTAAAGAAGTATTTAAAGATAAAGCATCTTATATGAAATTAGGCTTTACAAATCCC +ATGCCTATAGAGAAAATAAAAGAGTTTGCAGATAAAGTAGAAAAAATCTATGTAATTGAA +GAAAATGATCCTATAATTGAAGAGCAACTAAAAGCTAATCAAATAAAGTGCATCGGAAAA +GATGTACTTCCAACCTATGGTGAATTGACTCCAGATATAATAAGAAAACATATTTTAAAT +GAAAATAAAGAAACAATAAAGTTTAATGAGAACTTAGTAACATCTAGACCTCCTGGTCTA +TGTGCTGGATGCCCGCATAGAGGATTTTTTTATGAAGTTGGAAAAAGGAAAAATATAGTA +ATATCAGGAGACATAGGATGTTATTCTCTTGGTTTTGCTAGCCCTTATAATGCAATGGAT +TTTATAATTTGTATGGGAGCAAGCATTAGTGCTGGTCATGGAGCACAAACCGTATTTAAT +ATGAAAGATAATAATGAAAGTAGATTGATAAACGTAATAGGAGACTCAACGTTTTTTCAT +AGTGGTATAACAAGTCTTTTAAATACGGTATATAACAAAGGGAATTCTATAACCGTAATT +TTAGACAATAGAATAACAGGTATGACAGGGCATCAAGAAAATCCTGGGACAGGATATACT +TTACAAGGAGATAAGACTAAAGAAATTGACATATCTACATTAGTAAAAGCTTGTGGAGTA +GAGAAGATAAGGCTTATAAATCCAAATAATTTAAAAGAAGTAAATGAAGCTTTAGATTGG +GCTTTAGGTAATGAAGATGGTCCATCTGTAATAATTACAAGATGGCCGTGTGTTCTAAAG +AAATTATCAAAACATGATATTGAAGAATTTGATAAACCTTTTATAAATAAGGTTAAGGTA +AATAGCGATAGCTGTATAGGTTGCAAGTTATGTATGAAAGTAGGATGCCCAGCAATATCT +TTTAATAATGAGAAAAAGATAGTATCTATAGATAAAACTCAATGCGCAGGTTGTGAAGTT +TGTTCACAAGTATGTCCTAAAAAAGCCATAATTAAGGAGGAGATGTAG +>nrdZ +ATGAAGTACATAATTAAAAGAGATGGTACGAAAGAAATTTTTGATAAAGTTAAAATAATT +AATGCTGTATATAAGTCGACTATTAATAGCAAAAATGGAGAAGATAGAGAACTACCAAAA +CTAATAGCAGATAAAATTGAAAAAATAATATACTCCCAGGAAAAAGATGTATGTGTAGAT +GATATTCAAGATAATGTAGAGTTTTTTTTAATGGAATCAAATAGGAAAGATGTTGCCAAA +AAGTATATATTGTATAGAGAGAAAAAATCTGATATTAGAAAATCAAAATGGCAAATGGAT +GAATTACAAAAATCAATTTGGACTAATAAATATCAGTATAATAATGAATCTTTTGATGAT +TGGATAGAAAGGGTGTCTGGGAATAATCCTAAAATAGCAAAATTAATAAGGGAGCGTAAA +TTTTTATTTGCAGGAAGGATATTAGCTAATAGGGGATTATCTAAGGAAGGAATAAAAGTT +ACTTATTCTAATTGTTATGTTTTGCAACCACCAGAGGATAATCTAGAATCAATATTTAAT +ACAGCTAAAAAACTTGCAAGAACATTTAGTTATGGCGGTGGAGTAGGTTTTGATATATCT +AAGTTAAGACCAAGTGGTGCTTTAGTTCATAATTCAGCTAAGACTACGACTGGTGCAGTA +AGTTTTATGGATTTATATTCAATGACAACTGGTCTTATTGGTCAGAGAGGTAGAAGAGGT +GCATTAATGATTTCAATGGATATAAATCACCCTGATATAGAAGATTTCATTGATATAAAA +ACAGATTTAAATAAAGTTACTAAGGCAAATATTTCAGTAAGAATAAATGATAAATTTATG +GAATCTGTAGAAAATAAGGAAAAGTATGTATGTAGATTTATAGTAGAGGAAACTAATGAA +GTTATAGAAAAAGAAGTTGATGCTTATAAATTATTTATGAAGCTTATAACTAATAACTGG +GACTTTGCAGAGCCTGGAATACTATTTTGGGATAATATAGAAAGATACCATTTATTAAGT +GAGGATAAAGAGTTTAAATATGCAGGCGTAAATCCATGTGCTGAAGAGCCATTACCACCT +GGTGGTAGTTGCCTTCTTGGATCTATAAATTTAGAAGAGTTTGTGGTAGAACCATTTACA +AATAATGCAATATTTGATATACAAAAATTTAAAAATACTGTTGCTGATTGCATTATAGGT +TTAAATGAGGTATTAGATGAAGGATTAGAGCTTCATCCTTTAAAAGAGCAAAAAGAAAGT +GTTAGACAATATAGACAAATAGGCTTAGGAGTTATGGGAATAGCTGATATGCTTATAAAA +TTAAATATAAGGTATGGATCAAAAAAGTCTATAGATTTATGCGAAAAAATAGCTAAAATA +ATGTTAAATAGTGCAGTAAAACAATCTGCTCTTTTAGCCAAAGAATTAGGTAGCTATGAA +AAATACAACAAAGAAGCTATATTTAAGTCTGATTTCTTTATTAATAATATAGATGAAGAT +GTAAAAGAATTAATCAAAGAGTATGGTTTAAGGAACTCACAAATATTAACGATACCACCA +ACCGGTTCAATTTCTACCATGTTAGGAATTAGTGGAGGGATAGAGCCAATGTTTAATACA +TCTTATATAAGAAAGACAGAAAGCCTACATGATGAAGATGTATTTTATAAGGTGTATACT +CCTATAGTAAAAGAGTATATGGATATTAATGATATCTTAGATGATAATAACTTGCCAGAT +ATATTTGAAACGGCTATGACATTAAAGTCTGAAGAAAGGATAAGAATGCAAGAAGCATGG +CAAAAATACATTGATGCATCAATTTCATCTACGATAAACCTACCTTATGAAGCAACTGTA +GATGATGTATATAATATATATGTATCTGCATGGAAACATAAATTAAAAGGCGTAACAATA +TATAGAGATGGATGCAAAAGAAGTGGAATTCTTTTAAATGATAAGGCTGATAAAAAAGAT +AAGAGAGATATAGATAAAAATAAAGATGAAACTACAATTACTATTGAAGATGGAGTTGAA +GAATTTGTATGTCCTGAATGTGGAAATAAAACTGTAATTCCAACAGGTGGATGTGCAATT +TGTCTTCAATGTGGGTATAGTAAGTGTAATTAA +>bzaF +ATGAACTATACAACTCAAATGGATGCAGCAAAAAAGGGAATAATTACAGATGAAATGAAA +ATTGTTGCAAAAAAGGAATCTATTCAAATTAATCAATTAATAGATCTAATGGCAATAGGT +CAAGTCGTAATACCAGCAAATAAAAATCATAAATCGCTAGATCCACATGGAATAGGAAAA +AATTTAAGAACAAAGGTAAATGTAAATTTAGGCATATCAAGAGATTGTATGAATATAGAG +AAAGAAATTGAAAAATTAAAAATAGCTCTTGATATGAATATAGAGTCTATAATGGATTTA +AGTAGTTATGGAAAAACAAAAGAGTTTAGAGATAGATTAATAGGGTTATCTACTGCTATG +GTAGGTACAGTGCCTATGTATGATGCTATTGGTCATTTAGATAAGGAATTAAAAGATATA +ACTGAAGAAGAATTTTTAGATGTTATTAGGCAACATGCTAAAGACGGTGTTGATTTTATA +ACAGTTCACTGTGGACTTACAAGAAATATTTGCAAAAAAATTAAAAATCATGATAGATTA +ACTCACATAGTATCAAGAGGCGGTTCTTTACTTTTTGCATGGATGGAATTAAATAATAAA +GAAAATCCACTATATACTAACTTTGATAAGATATTAGATATTTGCGAGGAGTATGACGTT +ACATTAAGTCTTGGAGATGCGTGTAGACCAGGTTGTATAGAGGATTCAACAGATAATGTA +CAAATAGAAGAACTTATAGTATTAGGAGAATTAACTAAAAGAGCTTGGGATAGAAATGTA +CAAGTTATGATAGAAGGGCCAGGTCATATGGCTATAAATGAAATTGAAGCTAATGTAATA +CTTCAAAAAAGACTATGTCATGAAGCACCATTCTACGTTCTTGGTCCATTAGTTACAGAT +GTAGCTCCAGGATATGATCATATAACAAGTGCTATTGGAGGTGCAATTGCTAGTTCTAAA +GGAGTTGATTTTTTATGCTATGTAACTCCAGCAGAACATTTAAGACTTCCTAATTTAGAT +GATATGAGAGAAGGTATAATTGCAACCAAAATTGCTGCCCATGCAGGTGATATAGCCAAA +AATATAGTTGGAGCAAGGGAATGGGATAAGAAAATGAGTAAAGCTAGGGTAGATTTAGAT +TGGGAGGAGATGTTTAGCTTAAGCATGGATCCTATAAAAGCAAGAAAATATAGAGAAGAG +TCTAAGCCAACCCATGAGGATAGTTGCACTATGTGTGGAAAAATGTGCTCAATGAGAACT +GTAAAAAAGATATTAAATGATGAAGAATTTAGTTTAGTATAG +>group_1352 +ATGGATTGCAAGAAAGTTGGCAAATTAATATATGAATTAAGAAAAGAAAAAAATATGACA +CAAAAGCAGGTAGCTGAATTAATGAATATAAGTGATAAAACAATAAGCAAGTGGGAGAGA +GGATTAGGTTGTCCTGATGTTTCTTTACTATTAGGCTTATCAAATATATTTGGAGTAAGT +ATTGAAGGCATTTTATCTGGCGAAATCAACTTAAATGAATTATCAGGAGGAAATATGAAA +AATATAAAGTTTTATGTATGTGACAAATGTGGAAACTTAATAACTTCCACTTCAGAGGCA +GCTATATCATGCTGCGGCAAAAAAATGGAAGCAGCAGTTGCAAAAAAAGCAGAAGAGGGC +CATAAACTTAATGTGGAATCTATAGAAAATGAATTTTTCATAACAACAGAGCATGAAATG +AAAAAAGAACATTATATTACTTTTGTAGCTCATGTGAAGGGTGATAGAGTTCAAATCGTA +AAGCAATATCCAGAGTGGAATATGCAGTTTAGACTTAATCAAGTTGGACGTGGGAAACTA +TACTTTTATTGCATAAACCACGGATTATTTTATCAAATTGTATAG +>modA +ATGAAATTCAAAAATATAGTTACAATATTAACGCTTAGCCTAATTACATCATTAGCTATT +GTAGGATGTAATAGTAGCGATACTAAAAATAAAGAGAGTGAATCACAGGAAGCAGTTGAA +CTAAATATATCAGCGGCTGCAAGTTTGAAGGAAGCTATGGCTAAAATAGAAGAAGAATAT +AAGAAAGTTAATGAAAATGTTACTTTAGTAGTAAACTATGGTGCTTCAGGTTCATTGCAA +CAACAAATAGAACAAGGAGCTCCTTGTGATGTGTTTATATCGGCTGGTCAAAAACAAATG +AAAGCATTAGATGAAGCTAGTTTATTATTAGAAGGTACATATAAAGATTTATTAGAAAAT +GATTTAGTTCTAATTGCACCTAAAGATAGCGATGTATCTAATTTAGATGATTTAATTACA +AATAAAGTTAAACATATAGCTGTAGGAGAACCAAGCAGTGTTCCTGCAGGAAAATATGCT +GATGAAGTGTTAGTTAATTTAGATTTAAAATATAAAATTAAAGATAAATTAGTATTTGCA +AAAGATGTTAAAGAGGTATTAGCTTGGACTCAATCAGGAAATGCTGAGGTTGGATTTGTT +TATTACAGTGATACAATAAATACAGACAACATAAAAATAGTTGAAACTACACCATCTACT +TCACACTCTGCTATTGTATATCCTATTGCGGTTATTAAGGAAAGTAAGAAACCAGAAGCT +GCTAAAGAATTTGAAGATTTTTTATTAAGTACAGATGGACAAGCAATACTTAAAGATTTT +GGATATAAAAGTGTAGAGTAG +>modB +TTGGATATAAATTGGTCGCCACTATGGATATCTATAAAAACATCGATTCTATCTACAATA +ATGACTTTTGTTATAGGAATAATTGTATCCTACTTAATGGCTAACTATAAAGGAAGATAT +AAGGGGCTTATTGATGGAATTTTAACTCTTCCATTAGTACTTCCTCCTACTGTAGTAGGA +TTTTTTCTTTTATTATTGATAGGTAAGAATGGATATATAGGAAAATTATTACTAAATTTC +GATACAACATTAGTGTTTAGTTGGACTGCAACTGTAATAGCATCTACTACAGTTGCATTC +CCAATGATGTACAGAACTTCAAGAGCTGCTTTTGAGCAGATAGATAACAATATAATTTGT +GCAGCAAGGACTTTAGGACTTAGTGAATGGAAAATTTTTTATAAAATTGCTATTCCTTTA +GCATGGCCAGGTATTATTGCAGGAATTGTTTTATCTTTTGCAAGAGCATTAGGTGAATTT +GGTGCAACATTGATGATTGCTGGAAATATACCGGGCAGAACACAAACTATGCCACTTGCG +ATATTTTTTGCAGTGGAAGGTGGAGATATGGAAAAAGCAATGGCATGGGTAATGATTATT +ACATTAATATCAATATCAATGATTTTAATATTAAATTATTGGTCTGAAAAGCAGCAAAAA +ATAATTGGTAAAATTAAAAGAAAAGGGGTGTAA +>fbpC2 +ATGGCTCTTTATGTAGATATTGAAAAAGACTTATCCTCTTTTACATTAAAATCAAAATTT +GAACAAGAAAATGGAGTATTAGGTTTCCTTGGAGAATCTGGTTCTGGGAAAAGTATGACA +TTAAGGTGTATTGCAGGTTTAGAAAATCCTTCAAGAGGTAAAATTATATTAAATAATAGA +GTGTTATTTGATTCAGAAAAAAAGATAAATTTATCAGCTCAAGAAAGAAAGGTTGGTTTT +TTATTTCAAAATTACGCTTTGTTCCCTCATATGACAGTTGTAGAAAATATAGAATTGGGA +TTAAGTAATCTTCAAAAAGAAGAAAGAAATAAAATTACTAAGGAATATATAAAAAGATTA +TGTCTTGAAGGCTTAGAAAATAGATACCCTTGGCAGCTATCAGGTGGTCAACAGCAAAGG +GTAGCATTAGCAAGGGCATTAGCTCCTTCACCAGATATATTACTATTAGATGAACCTTTT +TCAGCACTTGATTATCATCTTAGAGGTAATATGGAAAGAGAATTAATAAATATTTTAAAT +GATTATCATGGAGATGTTATCTTCGTTACTCATGATAGGGAAGAAGCATATAGAGTTTGT +AAAGATATAGTTGTTTATGATAAAGGTATAAGTTTACCAAAAAGAGAAGTACATGATTTA +TTTAATAATCCACAGTCTTTGGCTGAAGCGAAAATAACAGGATGTAAAAATATATCAAAA +ATAGATATCTTGGATAAGAACACTATACATGCTAAAAACTGGGGGATTAAGATTAAATTA +AAAAAAGCCATTGATAGTAATGCAAAATACATGGGAATTAGAGCTCATCATATTTCTATA +GAGGATAATCATAATGAAGAGTGTTACTATTTAACAGTTAAAAATATAATTGAGAATCCA +TTTAGCTATAGTGTTTATGTAATTAATGAAGATGATAAAACTTTTAATGAAATTCATATA +GAAGTTAACAAGGATATTAAACCTATTAATATTGGAGATAAAATATTAATTAAATTACAT +GTTGATAAGTTATTTTTATTTTAA +>radA +ATGGCAAAAATTAGAACAAAATATGTATGTCAAGAATGCGGATATGAGACAAGTAAATGG +CTTGGAAAATGTCCAGAGTGTACAAAGTGGAATACATTTGTAGAAGAGATAGAACAAAAA +AATTCAAAAAAAGAAGTTTTTATTATAGATAAATCTTCATCAAGACCAATGAATATAAAT +TCTATAGAAACAAAGGAAGAAGAAAGGTTTTCTACAGAAATAGCAGAATTAGATAGAGTT +CTTGGTGGAGGAATTGTAAAAGGTTCATTAGTTCTTGTAGGAGGGGATCCTGGTATAGGG +AAATCAACCCTTTTAATACAAGTATCAAGCAATGTGGCAAATGCCGGCAGAAAGGTTTTA +TACATTTCAGGAGAAGAATCAGAATCTCAAATAAAAATGAGAGCTAAAAGATTAGGAATT +AATTCCGATAATTTATATATATTTGCAGAAAATAACTTAAGCTTAATAGAAGCTAATCTA +GATAGCATAAACCCAGAACTTATAATAGTAGATTCAATTCAGACTGTATATAGTCCTGAA +ATAGCATCTGCTCCAGGTACCGTAAGTCAAATTAAAGAAGGTACATCTAAATTTATGAAA +ATTTCTAAAAAAATGGGTATATCTACGTTTGTAGTTGGACATGTAACAAAAGAAGGTTCT +TTAGCAGGTCCTAAGCTATTAGAGCATATGGTTGATACTGTTATTTACTTTGAAGGAGAA +AGATATAATACGTACAGATTAGTTAGAGCTGTAAAGAATAGATTTGGGTCAACTAATGAA +TTAGGTGTATTTGAGATGAGAGATATGGGGTTAGTTGAGCTGGATAATCCTTCAAAGGTA +CTTATATCAGAAAAACCAAAAGATGTAGCTGGGTCAGTAATAATATCTACTGTTGAAGGT +ACTAGGCCAATGTTACTTGAGCTTCAAGCCCTAGTATCACCTACAAGTTTTGGTATAGCT +AAGCGAACAGCAACAGGAGTAGACTTTAACAGAGTTGCATTACTTTTAGCTGTATTAGAA +AAGCGTGTAGGATTACAGATACAAAATCAAGATGTTTACATAAATGTAGTAGGTGGAATA +AAGATTAATGAACCTTCTATAGACATGGGGATAATAATTGCAGTAGCATCAAGTTTTAGA +AATATACCAGTATCAGAACATGTAGTTGTTACAGGTGAAGTGGGACTAACTGGAGAAGTA +AGGGCTGTTAGTTTTATAGAAAAAAGGATAGCTGAATGTAAAAAGCTAGGTTTTAAAAAA +ATAGTTATTCCTAAAAATAACTATGATGCAGTAAAAGATATTAAAGGAATAGATATTATT +CCAGTAGATAATTTAAGACAGGCTATAAATATAGTGCTAGGGGGGAATAAGTAA +>yacL +TTGATACGAAAAATAATAAGAGCGTTCATTGGAATAGCTGGTTTTGTATTAGGATTTACT +ACATACTTGACGTTAATGAGAGATTATGAAATGCTTACATTTGGAAGTGATTTACGTGGA +TTTATAATCTCAATAGGATTAGGAATAGTTTTAGCCTTTGTATTCTATAAACTAGAACCA +TGGGTTGTAAATAAAACAAAAGAATTAGTTAAAATATTGGATACAGAAATGGCAAAGTAT +CCTCAAACAGATATATTATTGGGTTCAATAGGGCTTATAGTAGGATTAGTTATAGCTTAT +CTAATAAGCGGGCTAATAAGTACAATAGTTAGAATACCGTTAATAAGTGGAATATTGTCA +TTGATTACATATATATTTATGGGTTATTTTGGAATAAGAATATCCCTTAAAAGTAGAGAT +GATTTATTTAATATAAGTAAATTAAGTAGATTATCAACTAGCATAAAAGAAAAAGGAAGT +AAAAAAGAAGTTAATAGGGAGATTCCTTCAAAAATTTTAGATACTAGTGTAATTATTGAT +GGAAGAATAGCGGATATCTGTAAAACTGGATTTATAGAAGGTAAGCTAATAATACCTAAA +TTTGTTTTAAATGAATTACAGCATATAGCAGACTCTTCTGATGATCTAAAAAGAGTTAGA +GGAAGAAGAGGTCTTGATATATTAAACATAATTCAAAAAGAATTAGATATTGAAGTTGAA +ATAAGTGAAATGGATTTCGATGATATTCCTGAAGTTGATAGTAAATTATTAAAACTTGCA +CAAGTTTTAAATGGTAAAGTAGTTACAAATGATTATAATTTAAATAAAGTTGCACAGTTC +CAAGGTGTAGAAGTTTTAAATATAAATGAGTTAGCTAATGCTATAAAGCCGGTTGCAATA +CCAGGTGAAGAAATGGTTGCACAGGTTGTAAAAGAAGGTAAGGAAGCTAATCAAGGTATA +GCATATTTAGATGATGGAACGATGATAGTTGTAGATGGTGGAAGAAAACATATGGGTGAG +ACAATAAGAGTACTAGTTACATCTGTATTACAAACACCAGCAGGAAGAATGATATTTGGA +AAGCCTAAAAACTAA +>group_1219 +ATGAATCAATTTTCAATAGTAAATATAATATTAGTTATTATTTTATTAATAACAACTATA +TTTGTAATAAATAAGATTTTTAAATATTTTGTTAAAAATATAAATATGAAAAAATAA +>group_1259 +ATGAATTTAAAGAAAAAAATGTCCTTAGTTTTAGGAACGGTTGTAGTTGCAACTTCATTA +AATGTAATAGGAGCTTTCGCTGAAACTTCTAGTATAGATATCCAGGATAATACTAGATTA +AGAGTACAGATGCTAGAATCTAAATATTTAGATAATTTTATGTATGAAGAAAATAAAAAT +TTAAATACTCAACAAGTTGTAGAAAGATTTGAAAAAATAAATTCTTCATATGATGTAGGT +GAGCCATTTTCAGAAAAAGATGCAGAATTCGTTGTAAATTATGCAAATGAAAATAATGAA +GCTAGACAAACTGATACAAAATCATTTGATAGAACTAAGGAGAAGTATGGGGTAAAAGTA +AGATTAAAAGGTTATGTAAAATCTACTGTGAATGTTTTGAATCATAAGTTTGGAGGTGAT +TACAGCTCAGCTGTATTGAAAGGTTCTCATACGAAGAGTTTATCTAATCAAGTATCTAAT +TCAGCATATGGTCTTGTCGGCACAAGCGGAACATATATAGGACTAGTACATAAAGGTAGT +GTAGGAAATAGCACAACGAGTGCATGGAAATATACACAACCGTTATATTCAAATAAGTAT +AAAGAATATAGTGCGGCTGGTGTAGTGTATACTTATACAAATGCATATGTCACAGTTAAA +ACAAACGCGGGGTCTGCATTTACATTATATGCATTTGATTAA +>pyk_2 +ATGATAAACAACACAAAAAGAACTAAAATAGTATGTACTTTAGGTCCAGCAAGTGAAAAA +GAAGAAACTCTTAGAGCACTTATAGAAAATGGATTAAATGTATGCAGAATGAACTTTTCT +CATGGATCTCATGAAGAACACAAGGGGAGAATGGATTTAGTTAAAAAAGTAAGAGAAGAA +TTAGGACAACCTACAGCTATACTTTTAGATACTAAAGGTCCAGAAATAAGAACAGGGCAA +TTTGATGTTCCAGAAGTTCTTTTAGAAGAAGGTCAAACTTTCACTATAACAATGAAAGAT +GTTATGGGAAGTAAAGAAATGTGTACAGTAAGTTACAAAGGTTTAGCTGAAGACGTAGAA +CCAGGAAATACTATATTAATAGATGATGGTTTAGTAGGTCTTACAGTTAAAGAAGTTAAC +GGAGACGACATAGTTTGTGTAGTTGAAAATTCAGGAATAGTGAAAAATCACAAAGGTGTT +AACGTACCTGGGGTAAAGGTTAACCTACCTGCAATAACTGAAAAAGATAGAAGTGATATA +GAGTTCGGTATAGAACAAGGGATTGATTTTATAGCGGCATCTTTCGTAAGAAAAGTATCG +GATGTATTAGCTATAAGAGAAATATTAGAAGAAAACAATGCTACAGATATAAAAATAATA +TCTAAGATAGAAAACCAAGAAGGTGTAGATAACTTAGATGAAATAATAGCTGTATCTGAC +GGTATAATGGTTGCAAGAGGTGACTTAGGAGTTGAAATACCAACTGAAGAGATACCTGTT +GTTCAAAAATTAATGATAAAGAAATGTAATGAAGCAGGAAAGCCAGTTATAACAGCTACT +CAAATGCTTGACTCTATGATGAGAAATCCTAGACCAACAAGAGCTGAAGTAACTGACGTT +GCAAATGCTATATATGATGGAACAGATGCTATAATGCTTTCAGGAGAAACTGCTGCAGGA +AAATATCCAGTAGAAGCAGTTAAGACTATGGCTACAATAGCTAAGAGAACTGAAGAAACT +ATAGATTATAACAAAAATTTAAGAAATAAGAGCTTAGTAGCTGCTAATGTAACAGATGCT +ATAAGCTACTCAACTTGTACAACTGCTATAGATTTAAATGCAAAAGCTATAGTAAGTGCA +ACATCTTCAGGACATACAGCAAGAATGGTTTCTAAATTTAGACCACAATGCCCAATAATA +GCTACAACAGATAATGAAAGAGTAATGAGACAATTATCATTAACTTGGGGTGTATTACCA +GTAGCATGTGAAAATGGTAAGAATACAGATGAAGTTATATCTAGTGCAATAGATGCAGGT +AAAGAAAAGAACTATTTAGCTGAAGGTGACTTAGTAGTTATAACTGCTGGAGTACCAGTT +GCAACAAGTGGAACTACTAACTTAATAAAAGTTGAAACTATATAA +>group_1536 +ATGAAGAAATCTATTAAAATATTATCAGGATCAATTGCCTTTTTATTAATAATAGGGATA +CTTTACTTCGCTAATGGATTTTTAGGTAACCCTATATCTAAGATGATGGCTAATAATACA +TCAAGAAAATACATAGAAAAAAAATATTCTAATATGGAATTAGAAATATCAAATGCTTAT +TATAGTTTTAAATCAGGAGACTATTATGTTCAAGTGAAATCTCCAGTTAGTAAAGATACT +AACTTCTCACTTACAATATCTCCTTTTGGAAAATTAATATATGATTCTTATGAATACGAT +GTAGTTAGTAAATATAATACTTTACATAGGATAGATTCTAGTTATAATACTAAAATAAAA +TCAGTTTTTGAGAGTAAAAATTTTCCGTATAAAAGTGATATTTACTTTGGTGAAATTAGA +GATAAGAGTTTAAATGAAGAGGATGAATATTTTTATCCTGATTATGGATTAGATGTAGAA +AAATTAGAACTTGATAAGGATTATGATATTAATTCAATAGGAAAAAAATCAGGTCATATT +GTATTTTACACACAAGATGAAGAGGTAAGTATAAAAAAAGCTAGTGAAATATTACTTAAT +ATAAAGGATATTTTAGATAAAGAAAATATATCTTTCTATGCCATAGATTTTACTTTAGAA +AAGCCTAGAGAGGATGGGATGCCAAATGAAGATGATACATCCATTTCTGTAGAACAATTT +TTATATAGTGATATTTATATGGAAAATATTGAAAAACGTATCTTAAAAGCTAGTGAAGAT +TTAAAAAAACATTATGAAATGGATGATTCAAAAAAGTTAGAAGAATTAATTAATCAATAA +>group_1545 +ATGAATAAAATCTCATGTGATATTTGTAAAGATTTAATTCCTTTAGTTAAAGATAATGTT +GCAAGTGAAGATAGTTATAATTTGGTAAAAAAACATATTGATGAGTGTAATAAGTGCAAA +GTGTTATTTGATGAAAATATTGAAGTAAATCAAAATATGAATGATGAAAAAGTCATTTCT +AAGATTAAAAGTCAACTAATGCTTATAGCGCTCATACTTGTTGTTTTGGGATCAGTAATA +GGGTTAGGACTTTCAGAAAGTGAAGGAATGTTTTATAATATTCTGATTATGCCTGTTATT +GGAGCTTTAGCTTATTTCGCTCTTAGAAAAAAATCTTACATTGTCTTATTAAGTATATTT +GCATTTACATATTTATATCATTTTATTAAATATATGATTGATGGAATTTTTGATAAATCA +CAATTACTATCATCACTATTGGCACCCTTGCTATGGACTATTTTATATAGTGGACTATGT +GCTATTGGTATGTTAATTGCATTTTTGCTTTATATAGCATTTAAAAAGGAGAACAAATAA +>sigM_3 +ATGTTACTAAAAAAAATATACGAAGAATATAAACAAGATGTATTTAAATATCTTGTAAGC +TTAACACATGATACCTCTCTTTCAGAAGATTTAGTGTCTGAAACTTTTTTAGGGGCTTTA +AAGTCATTGCATAAATTTAAGGGAGAATCGAGTATTAAAACGTGGCTTTTCTCTATTGCA +AGAAATAAGTGGTATGAGTATTTACGTAAAGAAAAATTTAATATATCCATAGATGACTTA +GCTTATAATTATATTTTAAGTGAATCAGATTTAGATGATGTTCTTATAAAAAAAGAACTT +TATAATAAAATAATTAATTTACTTAAAAGTGAACCGCCTAGAACAGAAGATATTATTCTT +ATGAGGATAAAGGGGTACTCCTATTTTGAAATAGGAAAAAAGCATAATATATCAGAAAGC +TCTGCGAGAGTAATAGATTATCGTGCTAAAAAGAAGATAAAAGAAATCTTAATAAAGGAG +GAGATAGTATATGAATAA +>adhR_1 +ATGAGAGGTGCTGGCTTATCTATAGAGATACTAACAGAATATGTAAATTTATTTCAAGAA +GGAAGTTCTACCGTTAAAGCTAGAAAAGAACTTCTTATAGAACAAAGAAATCAGCTAGCT +GATAGAATTAGAGAAATGCAAGAGACTTTAGATAGATTAGATAGAAAAATCGATGGATAT +GAAGAAATATTTTTAACAAAGGAGGAAGATTTAAAAAGATAA +>adhR_2 +ATGACAATAACGGAAGTAAGTAAAAGATATGAACTTAATGCTGATACAATAAGATATTAC +GAAAGAATAGGATTGATTCCACGTGTAAATAGAAATAAAAGTGGTATTAGAGATTTTACA +GAAGAGGACTGTAGATGGGTTGAATTTATAAAATGA +>group_395 +TTGGTCTTTTTTATACTATTACCTTTAGAAAATCAATGCGAAATAGAAGATAGTGAAAGA +TACGAAAAAGGTTTTGGGATCCAATATCCAATTTATGGAGGTGAGATAAAGGATAAATAT +TCAAGTTTACCAGATGAAGTGAGTAAAGCCTTGCCAAGATTTTTAACAGAGTTTTGTTTT +GGAGATTTTTATACTAGAAAAGCTATAGATATAAAAACAAGGGAGTTGTTAATTTTATGT +GTTTTAACTACTCTTAATTCTACAAATCAAATTATACCTCATACCATTGCTAATATAAAG +TTAGGTAATTCAAAAGAAACTATATATGAAGGATTAATTCAATGCTTACCATATATAGGA +TTCCCAAGTGTATTTAATGCAATTAATGCAATAATGTCTATAGAATAA +>sgcG +ATGAAAGTTTTATTAGTTAATGGAAGTCCACATAAAAAAGGATGTACTTATACTGCACTA +GAAGAAGTAGCAAAAACTTTAGAAGAAAGTGGAATAGAAACTGAAATATTTCAAGTAGGA +AATAAACCAATAGGTGGATGTATAGGGTGTGGCGTCTGTAGAAAAACTGGAGAATGTTTT +ATGAAAGATATAGTTAATGAATTTGTAGAAAAAGCAAAAACTGCTGATGGATTTATATTT +GGTTCTCCTGTACATTATGCTGCTGCATCAGGTGCAATAACATCGTTTTTAGATAGAGTG +TTTTATAGCGGGGGAAGATATATGCAATTTAAACCAGCCTCAGTTATATGTAGTGCAAGA +CGTGCTGGTACAACAGCTACTTTAGATCAATTAACTAAGTATTTAACAATTTCAAATATG +CCAGTTGTGAGTTCACAATACTGGAATATGGTACACGGTCATAGTCCAGAAGAAGTAAGA +CAAGACTTAGAAGGAATGCAAACAATGAGAGTCTTAGGTAGAAATATGGCTTGGTTAATT +AAATGTATAGAACTTGGTAAAAACAATAATGTTAATAAACCAGAGTTAGAAAATAGAGAA +ATGACTAACTTTATTCGATGA +>cinA +ATGACAATGAGAGCAGAAATTATAACTGTAGGAACAGAAATTCTTTTAGGAGATATAGTA +AATACAAACTCGCAATACTTGGCAAAAGAATTAGCTGATTTAGGAGTCGAGGTGTATTAT +CAAGGAACTGTGGGAGATAATGAGGAAAGATTATTAAAGTATTTTGAAGAAAGTTTAAAT +AGAAGTGATATGGTAATAACTACAGGAGGACTTGGTCCAACTAAAGATGATTTAACGAAA +GAAACTGCAGCTAAGTTTTTTAATCAAGAATTAGTACTTGATGAAAAATCATGGAATAAG +ATAGAAATATATTTTAATAAATTAGGAAGAGTACCAACTGAGAATAACAAGAAACAAGCA +TACTTTCCGAAGGATGCAATAATACTTGAAAATAACAATGGTACAGCACCAGGAGCAATT +TTAAGAAAAGGAAAAAAAACAATAATAGTATTACCAGGCCCACCAAGAGAAATGAAGCCA +ATGTTCGAAGAAAATGTTAAGCCATATTTAAAAAATTTAACAAATGAAATTTTGGTTTCT +AAAACTCTTAGATTCTATGGAATTGGTGAATCTTCTTTAGAAGAAGAGATAATAGATATA +ATAAAAGAACAATCAAATCCAACTGTAGCTCCATATGCAAAGGACACGGAAGTAACTTTA +AGAATTACAGCAAAAGCTACTAGTAAAGAAGAAGCTATTAATTTAATAAATCCAGTTGTA +CATAAAATTCAAGATAGAGTAGGAAGTTACATATATTCAGAGGGTGATATTTCATTAGAA +GATACTGTTGCTGAGATTTTAGTTAATAAAAATTTAACTATAAGTGTAGCAGAATCATGT +ACAGGAGGAATGGTATCATCTCACCTTATAAATTATCCAGGAATTTCATCTGTTTTTATG +GAAGGTTGTGTAACTTATTCCAATGAAGCTAAGATGAAATCTTTAGGTGTGAAAAAAGAA +ACTCTAGATAAGTTTGGAGCAGTTAGTGAGGAAACAGCTAGAGAAATGGCAGAAGGTATA +GCTAAAAGGCATAATACCAATATAGGGCTATCAACAACAGGAATAGCAGGACCAGAAGGT +GGAAGTGAAGAAAAACCAGTTGGTTTGGTATATTTTGGGATTTGTATAAATGGAAAGATA +ATAGTAAAGAGATACGTATTTAATGGAAATAGACAGCAAATAAGATTAAGAGCAACAAAG +ACAATATTAAATGATTTAAGATTAGAATTAATAAATATTTAG +>group_1021 +TTGAAAGAACAGAATAAAGATCAAGAGTATACTAAAGAGTTTGAAAAAGAAAACTTTGAT +ACTATAAATATGAGAAATTTAGAATTAAATGCAATAATGATATTAGATAATAATGGTAAG +ATTTTATTTGAGTCTTTTTACGATGAAAAATATTTAAATAATTATAATCTTAATGATAAT +ATACGAAATACCATATTAAAAAATGATATTTTAGACAGTGTTAGAAATATAAAAGCAAAG +AATGGAATCTTAACTACCGATAAAGGGTTAGACTTTGTATCAATGTACCCAATACTTAAA +AATAATGCCATAGGGAATAAAGCTGGGGTAATAGTTATGGCTAAAGAAGTAACACAAGAA +ACTTTATAA +>group_914 +ATGCAATTGGATCCTAGATTTGAATTTAGCAGTAAAAAAGTAGTAACTAATATACTACCT +CCTATGATGCCAAATAATCCTATTTGTAATAGAAAATATACTATTTATTATTCGCCAGTA +ACTTGTGAATACTTTTTAACTGTAGCCAATGATTTTTTCAACGATGATATAAATCCTTTA +CTTAAAAATGAAGTTCATGGACTATGGGATATTCTAGGAAATGGAATTTGTCGACTTAAA +ATATATGTAAATCTTGGCGGCGGTAATAATCTACTCGTAATGGCTAGATACGCTTTATAT +AAACGATTATTACCAAATTATATCCGCACTATAATTCACGGCGATAGATGCTTTTTTAGA +GAAAATAAATGCCTACTAAATTCCTTGGTTACAGTCAGATTTATATCAGACTGTGACACC +ATGAATATTGTAGAACCATATGGAACACTTAGAAACTTCAGATAA +>group_1551 +ATGACAAAAGAAACCCATATAAAAGGAGGATATATATTCGCTTTATTAGCTCTTCCTTTT +ATTTATAATGATTATTTATTAGAGTATAATTTTTTCTATCGAATCATACTTTTACTTATA +TATGTTTACTTCTCTTACTTTGGGTCTTTACTTCCTGATATAGATATGAGAGGCTCATAC +ATTAGTAAAAGATTTCCCACTATTCATAAAAAAATAGGTAAAAAATTGCGACATAGAAGT +TTTACCCATAGCTTAATATTTATATGTATTTTGTCATTTTTAGGAGAATTACTTTTACAA +TATAGTGATAGTAACATTGTATTTTTGTGTCTAGTAAGTGGTCTTATTATAGGCAATATC +TCGCATATTTGCCTTGACTTACTCACAAAAGAAGGGGTAGAGCTATTATATCCAATTAAT +ATTAATTTCTCTTTACTATCAATAAAAACTAGCTCAAAACTAGAAAAGAGTATTTGTAAA +CTTCTTAACTTTATTATTATATTTCTTCTAGGATATAGATTCTACTTATTTGTTTGA +>group_1550 +ATGGAGCATATTCAGGGATTATTTAACTTAGCACAAGATTATTGGTTTCTTACAATGATA +GTAGGATTATTTAGTACATTTATTGAAAGTTTCTTGCCTGTATTACCATTAGTTGCAATC +GTAACAATAAATGCAGCTGTATTCGGTCTTGGTATTGGGCTTATAATATCTTGGATAGGT +TCAGGGCTTGGAACACTAGTATTATTTTTAATAGTAAGTAAATTTAGTGATAATAAATTT +ATTAATAAATATAGGAATGGAAAAACAAAAAAAATAGTAGAAAAAATTAGTAGTAAAGGA +TTTAAATTATTATTTATAGCATATGCTTGTCCTTTTATGCCAGCATGTTTAGTTACAATA +TCTTCTGCTTTATGTAAATCTGAATTTAAGCATTTTGCAACAGCAATGTTAAGTGGTAAG +TTTATAATGTTTGTAGTTGTAAGTTATATAGGTAGCGATATTAGAGGATTTATTACAAGT +CCTACAAAAATAATAGTATTTGCACTAATAGTATTATTGGCATGGTTGATAGGGAATAAA +ATTAATTCAAGTTTCGAACATAGTGAAGAAGAATTACTAGAAATTAATAGGGAGTTTAAA +TAA +>sirC +ATGTTTTATTCCATAAACTTAGAATTAGATAAATTTGAAGTAGTTATAATTGGAGGCGGT +GAAGTTGCTTATAGAAAATGTAAAAACTTTTTAGATTTTAACAAGAAAGTAAAAGTCATA +GCTCCAAAGTTTATAAAAGAGTTTCAAGAGTTAAGTAACAAGGTAGAACTAATAGAAGAT +ATTTATAAAGAAGAATATATAAAAGATAGTTTTATTGTTGTTGCAGCTACAAATAATAAA +GATGTAAATAAAGCTATAGGTAAATACTGCAATTTAAATAATAAATTAGTGAATGTGGTG +GACAGTATAGAGTTATCTAATTATACAGTTCCTTCATATATAAAAAGAGGGGACTTGCTT +ATTAGTGTATCTACTGGTGGTAAGAGTCCATCTTTATCTAGAAAAATCAAAAAAGAATTA +GAAGATCAATATGATGATAGTTATGAAGAGTATATAAATCTCTTGGGAGAGGCTAGGAGA +AAAATTATAGAAGAAGTTGATGATATATCTATAAGAAGAAATTTAATAAAAAATTTGATT +ACTTTAAATTTAGAAGAATTAAGAGAGGAAAAAAATAAATATATCAAGTAG +>group_1564 +ATGATTGCAACTATATTTCCATCAGCCATTGATGCAACTGGATTCGATGGTAATAATCCT +CTTATTGTATCAACAAGCGGAGTTATCTCTCTCATCTCAGTTGATAGTTCTACAGTAGTT +GTTTCTCCTACACCTAATTGCATTACATTTCCAACTACTATACCTACTGTTGCAGCTAAT +GCAGTAGTCGCAAGTAACATTCCTAAAGATCTAAAAGTTAATTTACCTAAGTCTTCTCCT +TCACCCATATTAATTATTACTCTTAGTATTGATGTAAATACTAAAGGCACAACTAACATT +TTTAATAAATCCATAAATCCTGAACCAAATAAACTATACCATTTACTTACTTCTTGTAAC +CAAGTTACTTTACTTGGATCTTCTGGTAGACCTGCAACTATTTGTATTATAACACCTAAT +ATAAGACCTATTATTGTTGCATAA +>nhaP_2 +ATGGTGAAATTAATGATTATAAGTGGTTTAGTATTATTAATCTCAATAACTTCAAGCAAA +GTGTTATATAAATTTGGAGTCCCAATACTTTTGATATTTATTATACTAGGAATGTTATTT +GGATCAGATGGAATTGTTGGAATTTATTTTTCGGATTATGAGCTAACTAAAGAGTTATGC +TCAATAGCTTTAGTAATGATAATGTTTTACGGTGGTTTCGGAACTAATTGGGAAATGGCA +AAACCATCAGCCACTCCTTCAATATTAATGTCAACTCTCGGTGTGCTAATAACAGCAGCT +CTAACAGGTTTATTTTCCAGTTTAATTTTAGGAACAACTTTATTAGAAGGATTACTTATA +GGTTCGATAGTTGCATCTACAGATGCAGCATCTGTTTTTGCTATACTACGTTCACAAAAG +TTAAATTTAGAAGGTTCTCTAGCATCTTTACTAGAAGTTGAAAGTGGAAGCAATGACACT +ACTGCTTATATGCTTACGCTTGCAATATTGACTTTGATGAATAATGGAGGATTATCTAGT +GTGGCGCCGATGTTAGTGAACCAAATCGTATTTGGAATATTGATAGGTACCATACTGGCT +AAAATAGCTGTATATTCTGTAAAAAAAGTTAATTTTGAAATAAAAGGATTTTATCCAATT +TTTATTACAGCTATAGCTATATTATCATATTCTCTAAGTGAGTGGTTGGGAGGCAATGGA +TACTTAAGTGTTTATATGGCAGGTATAATTATAGGGAATAGTAAAATACCATATAAAAAG +ACTTTATATCAGTTCTTTGATGGAATTTCATGGATTATGCAAATTGCTTTATTTTTCATA +TTAGGTCTTTTATCTTTCCCTTCGAAGTTCTTTAGTATAGCCGGTATTTCAATACCAATA +TCAATTTTTATGATAGTTGTTGCTAGACCTTTAGCTACATTTATAATTTTACATCCATTT +AAATTTTCAAATAAAGAAAAATTATTTATTTCTTGGGTTGGATTAAGAGGAGCAGCATCC +ATAGTTTTTGCAATATATGCAGTAACTTATGGAGTGCATATAGAAAATGATATATTTCAT +ATTGTATTTTTCGTAGCATTATTCTCGGTGGCGATTCAAGGAACACTATTACCTAATATA +GCAAGAAAGCTAAAATTAGTAGATGATAATGCTTATGTACTAAAAACATTTAATGATTAT +TCTGGAGACATGAGTAGTAAGTTACTAGAGGTAAATGTAAGTAAGAACAGTAAATGGATA +AATAAAAGTATTGTAAATGCAGATATTCCAGATGACATACTAATTGTAATGATTAAACGT +AAAGGAGATATAATAATACCTAAAGGAGCTACTATTATAGAAGAAGGAGATATTTTAATA +GTTAGCGGAGAAAATATAGAACAACTTGTATAA +>group_502 +ATGACTTTAAATTGCAATGCACATAATTGTGCTTATAATAACTCAGGTACATGTTATGCA +GGTAGTATAAAAGTAATAGGATCTGAAGCAAATAGTACATCAGGTACTAAATGCTCTACT +TTTACACCTGAAGATAATAATAATCTTACAAATATTAATAGTAATTATTTTACTACTTCT +AGTGACATCAACTGTAAAGCTAAAAAATGTAATTATAATATTAACTCTACTTGTACTGCT +CCTAGCGTGCTAATAAACATGAACAACGCTACTTGTGAGACTTTTATTTCTTAA +>group_228 +ATGAATAAGCAATATAAGCTGTATATAATAGATAAGATAGATATGCAAGAAACTTTAAAT +CAATTATATAAATTATTTGATAAAAAAAGTATTATTGATTTAGGCGAAAATAAAATCGCT +ATTGAATATGACTATCATAAAAAAGATTATAAGAGCTTAATAGAATGTATGAGTAAACTT +CCTACAACTCAAAATATAGTAACATCAAGCAAGTTTTTAAAAGTATTAAAAGCTTGTATA +AAACAAGAAATATTAATTGATGAAATAAAATTGTTGGATATATTTGAAGAAGATAATTCG +AATATTTTAAAATGTATTAATAATATTAACTATAATCAATTAGAAAGAAGTAAATATATA +CAAAAGTTATTAGATGAATTAACATGGCTTAATTATAGCGAAGGTATTGATATAAAATAT +ATGTCGTTTAGAATTAAGAGCAAAAATAAACCTATATTAATCAAGTTTTCACTATATGAC +ACAGGTATAGTAACAATAGATGCAGATGATGTAACAGATGATGTTTTTAATATAATAAAA +TTAGTTTAG +>group_942 +ATGAAAAAGATTATAATGTTATTACTATCTTTTATAGCTACTGCTTTATTAGTAGTGGGA +TGCAGTAGTAGCAAAGATATTCAAGATTTCAATATAGAAGAAATATCCTTAGATGAGGCT +AAAAAAATCACATCAGAACAAGGATATACTTTGAAATCAGAAACTTTAACGGAATCAGAT +ATTTTGATAGGAGATTCTGAAGTATTTACATTTATAAAAGATGCAAGTATAGAAGCTGGT +TATTTAAAAAATGATTTGGACTCTATGACAGAAGATAGAAAAGTTGTAGGGTATGAATTA +GTAGAGAAATCAAAAAAAGATGAACCTATTATGCTTTGCATGGTAATAGATAAAGGAAAA +GTGATTGGTGCTTATTTAGATTATGTTGGATATTCTCCAAGTATTGCATCTATAGATTTT +AAAGATAATTTTAAATAA +>gtf1_1 +ATGATAATAGATATAGTTATTGATTGGATACAAGGAAGAGGCGGATTAGAAGATGTATTA +ACAACGGTTAGTAATGAATTAACTAACAAAGGACATGAAGTACGTATTTTTCAACCATAT +AAGCCAATACATGAAGAATGGACTAAGACACTTCCATATACAGATTATTATGGTTCTAAT +AATATAAATGAAGATAATATAGAAACTTTGGCTATGGGATATCGTAAAAAAATACTGGAA +ACTAAAAAACCAGATGTTATAATAGCTACACATTCTCCAGGATTAAGCTATATTTGTAGT +AAAGCAATAGAATTTCTAGGAGAAGATAAAGTCCCAATAATATCTTGGCTTCACTGTATA +CCAGAAATTTTTGGAAATGAATGGTTATTACAGTATAGTGATGCTCATTTGGCAATATCG +AGATATATAGGAGAAAAAATTTCTAATTATGCAAATAAAGACTCAGAAATTTATTATATT +GGAAATCCTGATAATGCATCTTCGTATGAATTTATAAATCAAAGTAAGAAGAAAATGAAA +TATATATATATTGGTAGATTATCAAATCATCAAAAAAGATTAGATATAATATTTAAAGCA +TTGAGCTTAATAGAAGATGATTTTGAGTATGAGTTAGATATAATTGGGGATGGTCCAGAT +AGAACATATTTAGAAAATTTAGCTGTTGAACTAAATATTGATAAAAATATAAATTGGTTA +GGATGGGTTGATAAACCATGGGAAAAGGTTGAATTAGCTACTGCACTAATATTATCATCA +GACTATGAAGGCTGTCCAATGGTTTTAATACAATCACTAGGAAGAGGAATACCTGTAATA +GCAACAGATTGCTCAGGTGTTACAGATATTATAAATAACGATGAGAATGGATGGATATTT +GAAAAGTGTAATTATACACAATTATATAAAATTTTAAATGATATTTATATAGGAAAAAAA +ATATTACCTAGTCAGGAGAATTGCAAGAAATCAGTTGAAAAATTTGAAACTAAAAATGTA +GTTGAAAAAATTGAAATTATATTATTAAAATACAAAACTTTATTTGAATATAATAAAGAA +AAGTTAAAGTTAAAAAATTTAATACTATCTTTTATATCAAATAAAGATTTTGAACAAGCT +AATAAATTTATAGAATCATATAAAGAAATATTTGGTGATGATATAGAGTTAAAAGATATA +GAAATAGAACTAATGTTAGAAAAAAATGATATATATAGTGCATTTAAATTAGTAAAAGAA +GTTTTAAAAAAAGATAATTCAAACTATAGCATTTTATTAAAGGCTGGATATTTAGAATAC +CTAAATAAAAATTATATATACTCAATTAAATACTATTATGAAGCATTTAATATAAATAAT +TCTGAAAGCATATTAGATATAATTGATAGCATATACTTTACTATTATTGCACAAGTAGAA +ATTGATAAAGAATTTGTACTTAATCATGATGAATTAGTAGGTAATATAGATATCAATACT +AAATATTACATGGAATATATATATAAAACTAAGGAATACAATAGATAA +>group_1366 +ATGACAAACGAACTATCAACTATCATAGCTAATGTTGGTTTTCCAATTGCTATATCCATG +TATCTTTTGGTTAGAATTGAAGGAAAACTTCAGATGCTATCAGATAGTATCACAGAACTT +TCTAAAACACTTGTTGAATTTAATAAATAG +>group_1369 +ATGAAAAAGATAACGAAAATATTACTAGTAACACTTTCAGTAATCCTTATAGTAGCTTTA +GGAGGATTTGGGTTTATATATTCTAATCTAAATAAAATGTATGTAAAAGATGAAAGTATA +AATTCACAAGAAAAAGAAGATGATACAGTGCAAGGTACTGAAGTAGAAGGAATCACAAAT +ATACTGTTAGTAGGAACTGATGGAGCAAACGTTGAAAGAAGTAACAGGTCAGACTCAGTA +ATGCTAGTAACAATTGATAACAACAACAAAGATATAAAAATAAGCTCAATAGCAAGAGAT +ACGTATGTGGATATACCAGGACACTCAACAGAAAAACTAACACATGCATATGCATATGGT +GGAATAGATCTTTTAAAACAAGTTTTTGAAGTGAATTTTAATATAAAAGTAGATAAGTAT +ATAGCAGTTAACTTTGTTTCATTCATGGATATAATGGATGAGATAGGTGGAGTAGAAGTT +AATGTTGAAGAAAAAGATGTAAATGAAATTAATAAATACATAGATGCTTGTTATGATTAT +TACTATGATAGAAAAGATGAGATTGAAAAAAAATACATAACAAAAGCAGGGAAACAAAGA +CTAAATGGATATCAAGCACTTGCTTTTAGTAGAATAAGATATACTGATAGTGCTTACGCA +AGGGATAATAGACATAGAGAAGTTGCAGAAAGTGTATATAAAGAATTTTTAAATAGTGGA +GCGAAAGAATACCAAAGAGCTGCTGAAATTATTATAGAAAATACTAAGACAAATATAAGT +CCTATGGAGATGATAAATCTAGGATTTACAGCTCTTCAAATTAATGATAAAGAGATAGAA +CAGTTACAATTCCCTTTAGCTGAATATAGAAATGGACATATAATAAGCAAGAAAAAAGGT +TGGGTAATAGAATGGGATAAAGAACCTAACTTAAATGCTTGGCATAGTTTCATATACGGA +GAAGATGCTGAATAA +>galE_1 +ATGAGTATATTAATAATAGGGGGAGCTGGATACATAGGCTCGCATACAGTAAAGTATTTT +TTAGAAAAAAATGAAGATGTAATAATTGTAGATAACCTACTAACAGGACATAAAGAAGCC +TTATTAACTGATAAATTTTATAACTGTGATATAAGAGATAAAGAAGCATTAGACAAAGTA +TTCAAAGAAAATAACATAGAAGCAGTAGTGCATTTTGCAGCAAACTCACTAGTAGGAGAG +AGTATGGTTAAACCATATGAATATTACCACAATAACGTATATGGAATGATGTGCTTACTA +GATGTTATGAAAGAAAATAACGTAGACAAAATAGTATTCTCATCAACTGCAGCAACATAT +GGGGAGCCAAAGAATATTCCAATACTTGAAAGTGATGAAACTAATCCAACTAACACATAC +GGAGAGACTAAACTAGCTATGGAGAAGATGATGAAGTGGTTTGATAAAGCGTACAATACA +AAGTATGTATCTCTTCGTTATTTCAATGCAGCTGGGGCTTATGTTGATGGAAGTATAGGA +GAAGACCACAAGACAGAAACTCACTTAATTCCATTAATACTTCAAGTTCCTCTAGGAAAA +AGAAATTATATAAGTATATTTGGAAATGATTATAACACTGAAGATGGTACTTGTATAAGA +GATTATATACATGTTATGGATTTAGCAAGTGCTCATTATAAAGCTCTTGAATATTTAAGA +AAAGGTAATGATAGTGATATATTCAACTTAGGTAATGGTAATGGATATTCTGTAAAAGAA +GTCATAGATGTTGCTAGAAAGGTAACTAACTTTGATATACCTGCTAAGGAAGAGCCTAGA +AGAGCTGGTGATCCAGCAGTTCTTATAGCATCTAGTGAAAAGGCTAAGAGTGTTCTTGGA +TGGGAGCCTAGGTTTGATTCTTTAGAAAAGATAATAGAAGATGCTTGGAACTGGCATAGT +AAGAATCCTAATGGATTTAGTAAATAA +>scrK_1 +ATGTATGATGTAATTGCATTAGGAGAATTACTAATAGATTTTACGCCATATGGAAAGAGT +AATCAAAATAATGATTTACTTGAAGTCAATCCAGGTGGGGCACCGTGTAATGTATTAGCT +ATATTAAGTAAGCTAGGGTATAAAACTGGTTTTATTGGTAAAGTAGGCAATGATGGGTTT +GGAAAATTATTAAAAAACACATTAGAGGATGAAGGAATAAGTACAGATGGGCTAGTATTG +TCAGACGAATATAATACAACAGCTGCATTTGTTCATTTAGATGAAAATGGAGAAAGAAGT +TTCTCATTTTATAGAAATATAGGTGCAGATGAAATGTTAACTGAAGAAGAGATAAATGTA +GATATGATTAAGAATAGTAAGATATTTCACTTTGGAACTTTATCAATGACTAAGAATCCT +GCAAAGTCTGCAACTAAAAAGGCAGTAGATATAGCAAGAGAAAATGGTGTATTAGTATCT +TTTGATCCAAATTATAGACCAGCTTTATGGAAGGATGAAGACTTAGCAAAAGAAGCAATA +GAATATGGTTTAAGTAAATGCGATATTTTAAAGATATCTGATAATGAACTAGAGTTGATT +ACAAATATAAATGATGTGAATGAAGCTATAATAGAAATAAAAAATAAGTATAATATAAAA +CTTATACTTGTGACACTTGGTGAGAAGGGAAGTATGTATTGGTACAATAACTGTATAGGA +TATAGAAGAGGATTTGAAGGAAATGTAGTTGATACTACTGGTGCAGGAGATACCTTCCAT +GGGGCTTTATTAAGTAAAATTGTTGATAAGGATCTAAAGAATATTAATATTGCTTATTTA +GATAAGGCTTTAGATTTTGCAAATGCAGCAGGTTCTGTAATTGTAGGTAGAAAAGGTTCA +TTAAAGTCTATGCCGACATTGGATGAGATTAATGATGTTTTAGGAGTTAGTTTAGAGGTG +TAA +>sacA +ATGTTACATTTAGAAAAATTAAAACAATCTCAAAATTATATAGATTCAATAAAAGATGAA +ATTAAGAATAAACCTTATAGGCAAGGATATCATTTTATGGCACCTACAGGATGGATAAAT +GATCCAAATGGATTATCTTTTTACAATGGAGAATATCATTTATTTTATCAATATAACCCA +TATAGTGGAGAATGGCAGTCTATGCATTGGGGCCATGCTGTAAGTAAGGATTTAGTTAAT +TGGAGACATCTACCTGTTGCATTAGCTCCAAGTGAATTTTATGATAATGATGATAAAGGT +GGTTGTTTCTCAGGTAGTGCTGTTGATGATAATGGAGTACTTACATTAATGTATACAGGA +ACCGTAAATGAAGGTGAAACAAGTATTCAAACACAGTGTATAGCAACAAGTAATGATGGA +ATTAATTTTGAAAAATATGAAAATAATCCGGTTATAGCAAAATATCCTAAAGATGGATCT +ATGGATTTTAGAGATCCTAAAGTGTGGAGAGAAAATGATGCTTGGTATGTTGTAATTGGA +TCTAGTAAAGATAATGATGGTAAGGCATTATTATATAAGTCAGATGATTTAAGAAATTGG +GAGTATGTTGGTGTGTTAGCTGAATCTAATGGTGAATTTGGATATATGTGGGAATGCCCT +GATTTCTTTAAATTAGATGATAAATACGTACTTATAATATCACCAATGGGTGTTGAAAAT +AGGAAGGTAATATATTTTGTAGGTGATATGGACTATAATACAGGGAAATTCACATATGAA +ACAGAAGGTGAAATTGACCTTGGGTTTGATTATTATGCACCTCAAACATTACTAGATGAT +AAAAATAGACGAATTATGATTGGATGGCAAAATAGCTGGGCATGGATGCCTTGGTTCAAT +GGATTTGGTCCTACAGTTGAAGATAAATGGAACGGGTGTATGTCTATACCTAGAGAGATA +AAATTAACAAAAGATAATAGGTTACAATTTATACCCGTTAAAGAGTTAGAAACATTAAGA +AGAGAATGTGTAAGTTTTAATGATAAAGTGTGTTCTGATGAAGGTATGGATTTAAATATT +GGAAATGGAGTACATTATGAGTTAAATATTGATATAGACTTAAGTAAAACAACTTCAAAT +GAATTTAGTATAGAGCTTAGAAAATCAAAAGAAAAAGAAACTAAAATAACATTTGATTTA +AAAAATAAAAAAATGATATTTAATAGAGATAATTCAGATGAATATTCTAAAGGAATAAAA +ATATGTGATTTAGATTTTAAAGGTAATGTTTTATCATTTAAAATACTTAGCGATACATCA +TCTATAGAAATTTATACAAATGATTATACAACTGTATTAACCTCTAATATATATCCAAGT +AGTGAAGAAACTAATATAAAAATGACATCTAAGGATAAAGATGTATATGTATCAAGATTT +GAAGGATATGCTTTAGAAGAAGTATTGTAA +>group_1371 +ATGAATATAAAAACTAAAAAGAAAGTAAATAAAACATTTTTATATATAGTTCAAATCTGT +ACTGCTATCTTATTCGTGCTACCTTTAGTATGGATGATAGTATCATCATTAAAGCCTGAG +GTAGATATATTTAAGGATATGAATTCACTGGCAACTCTTATGTTAAATAATCCTACTTTA +GATAACTATAAAGAGATGCTATCTAGATCAGGAATAGTTGCAAGTATGTTAAATAGTACT +TTTTATATATGTATGATTTTAATAATAGGTATACCGGTTAATGCATTAGCTGGATATTCT +TTAGCTAAATTAAATTTTCCAGGTAAAGGTATTGTAGTTAGTTTAATTATTGCTTTATAT +ATTGTTCCATTTGAAACAGTATTATTACCTCTGTATTTAGTAAGTAATGGTCTAGGAATA +ACTAATTCATTCTTAGCGCTGATACTTCCATTTGTAGGGAACTGCTTTAATATATTCTTA +TTCAGACAATTCTTTATGTCTATGCCAAAAGATTTAGAAGAAGCAGCAAGTATTGATGGT +TGTGGGCCATTGAAAACTTTTATAAAAATAGTTATACCTAACTCAAAACCAGTATTAGCA +ACTGCAACAGTACTTACTGTTACAACTCATTGGAGTGATTTTATGTGGCCTTTAATAGCT +ATAACTTCAAAAGAACATAGAACTGTTCAGCTAGCAATACAAGGATTCTTTACAGAACCA +CCAGTAAGGTATGGACCAATAATGGCAGCATTGGTATTTACAACTATACCAATTATAATA +TTATTCTTATTATTACAAAAATATTATGTAGAAGGTATAACATCAAGTGGTATAAAGGGA +TAA +>araP_1 +GTGGAGAGTTTAGCAAAAAAAAATAATATTAATTTAAATAATAGAAAAAATCTTTCTATG +AAATCTAGAAAAGCAATAATGGGATCTATATTTGTAGCGCCAGCGCTTATATTTATTTTT +ATATTTCTATTACTACCAGCAATATTAGCATTTGTATATAGCTTTCAAAATTACAATATG +TTAAAACCAAATGCAAAGGTGTTTGTAGCATTACAAAATTATATAGATATATTAAAAGAC +CCAGTTTTTTATAAAGTATTAAAAAATACAGTATACTTTGCTGCAATAGTTGTTCCGGCT +CAAAGTGCTGTAGCATTAATATTAGCGTTAATAGTAAATGCAAAGATTAAAACTTCTAAG +ATTGCAAGGGTATGCTTCTTTAGTCCAGTTATAACTTCTATGGTAGTTGTTGCTATATTA +TGGACATTTTTATATAACAAAGATAATGGTCTTATCAACTCATTATTAAGTCAATTTGGA +ATACCTGCTCAACCATTTTTATTAAGTGAAAAACAAGCTATGAATTCGATTATAATAATG +TCTATATGGCAAGCAGCAGGATATCAAATGATGATATTTTTAGCTGGGCTTCAAGATGTT +TCACCAGAATTATATGAAGCAGCTGAAATAGACGGTGCTAACTGGTGGCAAAAGTTTATG +AATGTTACACTACCTGGGATACAACATGTTTCAAGCTTCGTTATATTAATGACTACTATT +CAAGCATTTAAGCTGTTTACTCAGCCATATATTATGACCGCTGGAGGACCAAATGAGTCT +ACTAAAACTTTAGCATATATGATTTATGAACAAGGCTTCCAATATAGAAATGTAGGATAT +TCTTGTGCAATAGCTGTCTTATTCTTCCTTATAATAACTTTTGTTTCAGGAATTCTTAAG +AAATTAATAATGAAAGAAGAAGACTAG +>group_1363 +ATGATAAGAAGAAAATTAACAAGTTTAATATTATGTGCTGCTTTATCGGCAGGACTTTTA +GTAGGATGCAATAGTTCAAGTGGTTCAGCATCAGGTTCTGAGAATGGTGTAGTAGAAATC +TCTGTTTGGGCGCCTCAACCTAATGAAGCTGAAAGTGCATATTACACTAAACGAATAGAA +GAATTTAATGAAGAGTATGAAGGAAAGTATAAAGCAACTATAGAGTTAATTCCAAGAGCT +AACGGATATGAATATGAAAATAAAATAAATTCAGCAGCAACATCAGGGGACTTACCAGAT +GTAATTAGTATGGATGGTCCAACTGTAGCTAACTATGCAGATTCTGGAATAGTAGTTCCA +ATAGATCAATATATAAGTGATGAAGAAAAATCAGATTTTGTAGACTCGGTAATAACACAA +GGTACATATAATGGAGAGTTATATGCATTGGGAACTGCTGAATCATCAGTTTTATTATTC +TACAATAAAAAAATGTTAGATGAAGCAGGTATAACACCACCAACTTCTTTGGAAGAAGCA +TGGACATGGGAAGATGTATATGAAGCAGCTAAAAAATTAACTAAAGATGGTGTGTACGGA +ATAAATATGGAATGGGATTTAGGAGAAGGACAAATATATGGATTTGCTCCAATTATATGG +TCAGCCGGAACCGAAATTATATCTGAAGATGGAAAAACAGCTGATGGATACTTAAATTCA +CCAGAGGCAGTTGAAGCATTAACTTATTATCAAAAGTTTGCAACAGAAGGTTTAATGAAT +TTACAAGCTTTACCTAATGAATTCGAGGAAGGAAAAGCTGCAATGTATTTAGTAGGTTCT +TGGGAGTTTGCAACACTAGAATCTAATTATCCTGATTTAGAGTATGGTGCAACATATTAT +CCTGCAAGTGTAAAAACTAATAAAGTTGTATCTCCTTCAGGTGACTGGTGTTGGGGTGTA +ACATCGGGTTCTGAAAATGAAGAAGCTGCTGCAGAGTTAGTAAAATTCCTTACAAATGAA +GATTCTGTAAAAGAATTTAGCAAAGCTTCAGGAAAACCAGGAGCAAGAAAATCAGTTATT +GAGAGTACTGAAGAGTATAATGAACTTCCAAAGAGTATATTAAAAGACCAAGTTTTAAAT +ACAGCTCATCCAAGACCATTAACAACTTCATATCCAGTATTATCAAAAGAATTTAGTTCA +GCAATGCAGGATATACGTACAGGGGCAGATGTTAAAACTGCTTTAGATAAAGTAGTTCAA +AGATTTGAAGAGGATGTAAAACGTAATAATTAG +>degA +ATGCCTAATATTAAAGATGTTGCGAAAGAAGCTAATGTATCTGTAACTACAGTATCAAGA +GTTATGAATAACAGAGGTTATATATCTGATAAAACAAGAAAAAAAGTATACGATGCTATG +GAAAGATTAAATTATCATCCTAATGAACTTGCAAAAAATTTTTCTAGGCAAAAAACGAAT +CTAATAGGGTTAATACTTCCAGATATAAGTATTAACTTCTACGCTGAGGAAACGAAATAC +ATAGAGGAAGAGCTATACAAAAGAGGATATAAGCTAATGCTATGCAATGCATATAATAGT +AGTGGTAGAGAAAAAGAATATATAAACATGTTACAGCGAAATAAAGTTGATGGAATAATA +ATTGGTAGTCATACGCTAGAGATAGAAGAGTATTTAAAGATTGATTTACCAATTGTGGCA +CTAGATAGATATTTAGGTGATCATATACCGATAGTATCGAGTGATCATATAAAGGGTGGA +GAACTTGCGGCAAAACATTTATTAGAATGTGGATGTAAAAATATTGTTCAATTTGCAGGT +TACAATAAAGTAAAGTTGCCAGCAAATCAAAGACATTTAGAATTTACAAAAATTATGATA +GATAATAATATTAATTTTAAGATAATAGAAAGTAAGTTAAATATGTTTTCAAATGATGAA +AACATAGAAAAAGTAAAATATATGTTTGAAAATTATAAAAATGTAGATGGTGTTTTTGCT +ACCGATAATTTAGCTATTTTAGTTATAAAAGAAGCTAAAAAAAGGGGGATAAGAGTACCA +GAAGATTTAAAGGTTGTTGGATATGATGGAACAGAGAATGCAGAAATGTTTATACCTACA +TTAACAACTATCAAACAACCAATTAGGGATATATGTAAAAATACAGTGGATATATTAATT +AAACTTATTAATGGAGAGAAGTTAGACATAGTAGAATCAATTCATCCTGTGATATTAAGA +AAAGGTGAAACAACTTAA +>cbh +ATGTGTACAGCTCTAACTTTAACAACAAATGATGGATATCATTTATTTGGCAGAAATATG +GATATAGAATACACATTTGGCCAATCACCCGTAGTAGTTCCTAGAAATTTTGGATATAAA +AATCAAGCTTCTGGAGAAATGAAAAAAACTAAATATGCACTAATAGGTATGGCAACAGTA +GTAGATAATCATCCACTATTTGCAGAAGCATTAAATGAAAAAGGATTAGCATGTGCAGGA +CTTAACTTCCCAGCTTCACATTGGGAAGAACAAAATGTAGAAGGCAAAGAAAATATACCA +CCATATGACTTAATACTTTGGATAACATCAAACTTTGAAACTATCGAACAATTAAGACCT +CATTTAGATAATATAAATATAGTTAAAAAACCTTTTGGTGAAAATATGCCACTACCAACT +CTTCATTGGATAGTAACAGATAAAACCGGAAAATCTATTGTTATAGAAAAAACTAAAGAC +AACTTTAAAGTATTTGATAATAAAGTTGGAGTAATGACAAATGCTCCATCATTTGATTGG +CATATAACGAATCTACATCAATACATGGGTGTAAAATCAACTCAACCAGAGTGTCCGACA +TGGAGTGATTTAAAATTAATACCACTTGGACAAGGTACAGGTGGAGTCGGACTTCCAGGC +GATTTTTCATCACCATCTAGATTTGTAAGAGCTGCATTCTTAAGAAGTCAAACTGTTATA +GAAAAGAAAGAAAACTCAGGAATAGTTGAGTTTTTCCACATTTTAAATAATGTAGCTATG +GTAAAAGGATCAGTAGTTACTCTAGAAGGTAAAAATGATATAACTCAATATACTTCTTGT +ATGTGCCAAGAAAAAGGAGTATATTATTACAATACTTATAATAATAATCAAATAAATGCA +ATAGATATGAATAAAGAAAATTTAGATTCAAACCAATTGAAAATATATCCTTACAATGAT +ACTCAAGTTTTTAATAGTGAAAACTAA +>group_485 +TTGAAAATAGTTAATAAAGTTGGAGCAGGGATTATATTTAGAGCACATTTATTTGTAGTA +TATACACTAAGTGAAAAAATTTCAGAAAACAGACATATAATAAAGAAAATAAAAGTAATT +GTTTATACTGTAACGACAATAGCTGGTTTTTTAGTATTTATGTTATTGTCAAAATTTGAT +AATAGACCTTCATTTATAGTTAAATTTGGGCAAAGTAATATTGGGTCGAAAGAGATTATT +TGCTTTATACCATTAATTATTATAGCTATGTTACTTGCATATATATACAAAATGTACGCT +TTAGTATTAAATTGA +>group_1570 +ATGGATATAAATGAAATTAAAATTCCAAAGACTATACATTACTGTTGGTTTGGAAAAGGA +GAAAAGCCAGACATAGTAAAGAAATGTATAGAAAGTTGGAAAGCTAATTTATCTGATTAC +GAGATAATAGAATGGAATGAAGAAAATTTTGATATAAATTCAAATGATTATGTAAGAGAA +GCGTATAAGGTAAAAAAATTTGCATTTGTAAGTGATTATGTTAGAGTATATGCTTTATAT +AATCATGGTGGAATATATTTAGATACTGATGTAGAGGTATTTAAATCATTTGATGAGATT +TTAAATAACGAATCATTTTGGGGATTCGAGCAAGAAAATTATATAGCAACTAGTACTATA +GGTTCTTGTAAGAGAAGTAAACTTATAAAAATGTTTTTAGATTCTTATAATGGAAGAAAG +TTTTTAAAAGATGATGGAACTTATGATGATTTGACTAATGTGGCGATAATAACTGAAATA +CTAGAAAGAATAGGTTTAAAAGCTAATGGAGAGTACCAAAGAATTGAAGGTTATGGAACT +TTTTATCCTCAGACTTATTTTTCACCTTATGATTATATAAATTGTAGAAATTTTAAAAAT +GAAGATACTTTTGCAATGCATCATTTCTACAAAAGCTGGTTATCGCCTACAGCAAAATTA +AAGAGTAAAGCAAAACAAGTTGCAGCTTCTTTTATAGGAGGCGAAAATATATATAGACTA +AGAAAATTATTAAATTATGCCAGCAAATAG +>epsG +TTGAAGGTATTTTGCTTAACTATAATAATAACATTTATACTTGCAGCAATGGCTAGAATA +TTAAAAGAAAAAGATGGAAGGCCTAATATTATAATTAGTAGTTTTGTAATGATAGTACTT +GTGCTCATAGCAGGACTTAGAAATAATATAGGTGATACTGAATCGTATATAAATTTATAT +AAATTAGTTGGAACAGATATAGACTTAAGCGGATATGAATCAGGATTTATAGCATTACTT +AATATTTTAAAACAAATATCATCAGATCCTCAGTTTATGATATTTGTAATGGCTATGATA +ACGACTGTACTTAATATATGGGTGATTAGAAAATATTCTAATGTATTTGAATTAGAGATA +TTTGTTTATATTACAGCTGGATATTTTTTAATAACAATGAATGGTATTAGACAAGCACTT +GCTGCATCAGTTATATTCGCATGCACTGATTTGATAATTAAAGATAAATTTAAACCATTT +TTAATCATAGTATTAATTATGAGTACAATTCATACATCAGCTTTAATTATGATACCAGTA +TATTTTATTGTTAAGACTGAAGCATGGTCTCCTAAAATGATAAAATTAATAGGAGTATCG +GCTATAGCGTTTATATTATTTCAGCCATTAATAAAAATAATATTTAGTTTAATAGAAGGA +ACACGCTATTCATCATACGAAGAAGCTATAATGTCTACAGGGAATGGAGCTAACATAATA +AGGGTAGCAATAGCAGCAGTACCAGTGTTTTTATCATATATTAAAAGAGATCTTTTGCAA +GATGTTTGGCCAGAGAGCAATTTATTTGTAAATATGTCAGTAATAAATCTTATAATAATG +GTATTCTCACTATTTAACTGGATATTTGCAAGATTCTCTTTTTATTTCCAAATTTACAAC +TTTATATTACTTCCATTTATAGTATGTAAATTATTTGATAAGAGAGAAAAGGGATTAGCA +TATTATGCATTTACAGTATGTTATCTAGTATTCTTCTTAATAGAACAAAATGGTATTATA +TATCAAAGTAATTTTATAGGAGCTTTCTAA +>group_1565 +TTGAAAGCAACATTGACAGTATTTACGCCAGCTTACAATAGAGCATACACTCTTCATAAG +TGCTATGAGAGTTTAAAAATGCAAACTAACAAGGATTTTGTATGGTTAATAATTGATGAT +GGATCTACTGATAATACAAGAGAGCTTGTAGAATCTTGGATAAATGAAAATATAGTTCAT +ATAACTTATCATTATCAAAAAAATCAAGGGATGCACGGAGCCCATAATACTGCATATGAG +CTAATTGATACAGAATTGAATGTATGTATAGATTCAGATGATTATATGCATAAGGATGCA +GTAGAAAAGATTTTAAAATTTTGGGAAGAAAATAAATCAGAAAATCTTGCAGGAATAGCA +GCATTAGATGCATATCCTAATGGAGAAATTATAGGAACTAAATTCCCAGAGTATTTAAAA +GAAGCAACTTCTTTTGACATATATTATAAGTATGGTATAAAGGGAGATAAAAAGTTTATA +TATAGAACAGAATTAACGAAACAATATCCATATCCTATATTTGAATGTGAAAAATATGTT +GGATTAGCGTATAAGTATAGAAAAATAGACTTAACACATAAATTAGCATTAATGAATGAA +GTTGTATGTATAGTTGAGTATATGGAAGATGGATCATCAAGAAATATGTTAAAACAATAT +GTAAATAATCCAAAAGGGTTTATTTTTTATAGAATAGAGAACATGAAAAATCCTAATGCA +AGTTTAAAGTATAAATTTAAAGAATGTATTCATTATGTATCTAGTAACTTTATTATTAAA +AATAAAAAGTTTATAAAAGAAAGTCCGTGTAAATTATTAACCATATTAGCAACTCCTATG +GGATTTGGTTTATATAAGTATATAATGAAAAATACAAAATAG +>kanE_1 +ATGAATATCTTGCATATTTTGCCTATGAATAAGTTAAGTGGAGCTGAAAAGCTAGCTCTG +ATATTATGTAAGAATATGAAAAAATATAATCCCATAGTAATTTGTGGTGGAGAAGATTTA +AAAAATATATTTGTGAATAATGGAATAAAAGCATATAGCTTAGATTTTCAAAGTGAAAAT +CGTAAAAATATATTAAAACAAATAAAAAATAGGATAGATAAAGATAATATAAAAATTGTG +CATGCTCATGATAATAATGCATCAGTAAATGGATTATTGACGAAAAAAATATATGGACTA +AAAGTAAAAGTAATATCTCATATACATAGTTGTTATCCATGGATCGATGGTATTAATAAA +AATAAAGTGATAGATTCTTTATTTAGAAGAAAATATGATCATAATATCGCATGTGGTAAG +ATCGTGTACGATTTTTATGAAAAGAATACTAACTATATAAATGAAAATAATACGTCTATA +TTATCAAATGCTATTGATATTAAGGAAATTGATAATAGATCAGATAGAGATAGTTTAGAC +ATTTATAATCAATTTAATATACCAAAAGATAAAATTATACTTGGATATGTAGGTAGATTA +ATTGAGTTAAAAGGTTTAATACCATTTATAAAAAAAGTAAAAGAACATGAATTTGATTTA +AAAGATTGCAAAATACTTTTAATCGGTAATGGACCTCAAGAAAACGAAATAAAAGAGCTT +ATAGAAAAGCTACAACTAAATGATTTATTTATATTAGTAGGACATCAAGAGGATGTATAT +AAATTTTATCCAATAATAGATATATTTTTACTCCCATCAAAATATGAAGGATTACCAATG +GTCATTTTAGAAGCAATGAGCTTCAATAAACCTATAGTAGCTATGAATGTAGGGAGTATA +AATGAAGTTGTTAGATCTAATTATAATGGATATTTGATTGATCCTAATAATTATGATGAG +TTTATACTTAAGTTAATTGATTTAAAAAATAGTAAAGAACAAATTAAATACTATGGAGAG +AATTCAAAAGCTATTATAGAGTCTAATTATGGAATAGATAAGTATGTAGATAGAATAATT +AGTATATATGATAAAGTTTTAGAGTAG +>epsD +GTGAAGAAAATATTATATATAACGACTGTAAGTAGAACGATAAATGCCTTTTTAGTTCCA +CATATAAACATGTTAATAGATAAAGGGTATAAAGTCGATTGTGCTTGCTCTATAGACCAT +GAACTAGATACAACAATACGTAATAGATGTGAAAATATATTTAATATACCATTTAGTAGA +AATCCGTTAAATCCAAATAATTTAAAGGCATATAAAATGCTTTTAGATATACAAAAAGAA +CATAATTATGATATGGTACATGTTCATACACCTGTAGCATCAATATATGGAAGATTGCTT +AAATTAAAATTTCCTGATATCAAGACTATATATACAGTGCATGGATTTCATTTCTTTAAA +GGATCATCGAAAATTAATTGGCTTGTATATTATCCAATAGAAAAGATTATGTCAAAGTTT +ACAGATATTATTATAACTATGAACGAAGAAGATTATAGAAGATCTCTTAATTTTAAAGTA +GATAAAGTATACAAGTTTAATGGAGTAGGATTAGATTTAGACTCTTATAAGTTGAATGAA +AATGATATGATTCGAGTAAGAAGAGAGCTTAATTTAAATCATGATGATTTTGTTATTTGT +ATGATTGCAGAAGTAAATAAAAATAAAAATCACAAACAAATTATAGATGCTATTGAAGTA +CTAAAAAATAGAAATATAAATGTTAAATTAATTTGTGCTGGAGATGGAATTTTATATGAA +GCTACAAAAGAGTATATTAAATCACGAAACTTACAAGATAATATACATATGTTAGGATTT +AGAACTGATATAAATAGATTGATTTCATCATGTAATATAGGTGTGCTTATGTCGTATAGA +GAAGGGCTTCCTAGAAATATAATGGAATTAATGGCATGTAAAAAACCAGTAATAGGAACT +AATATAAGAGGGATAAGAGATCTTATAAAAGATGGTAAGACAGGGTATCTAGTAGATGTA +GGAGATGTTAAGTCAACTGCAGATAAGATAGAAATATTATATAAAAATAAAGATTACTTA +AATGAATTATCCAAAAATTGCTATAGATATATACAAAAATACGATGTATCTGAAATATTA +GAAGAACTAAAAGAAGTGTATATTTAA +>epsN +ATGAAAAATAATAGAATATACTTATCTTCACCTCATATTGGTGATTTGGAATTAGAATAT +GTTAAAGAAGCTTTCGATAGTAATTGGATAGCACCTCTTGGGCCTCATGTAAATAATTTT +GAAAAAGAGGTTTCAAATTATGTTGGAGCAAAAGAAGCGGCAGCACTTTCGAGTGGAACA +GGAGCAATACACTTAGCGTTAAAAGCTTTAAATGTAGAAAAAGGTGATGTAGTATTTTGT +TCATCATTAACTTTTGCAGCAACTTGTAATCCAATAATATATCAACATGCTATACCAGTT +TTTATAGATTCAGAGTATGAATCTTTTAATATGTGTCCAATAGCTTTAGAAAAAGCATTT +ATTGAAGCTGAAAGAGAAAATAGAATTCCTAAAGCAGTTTTAGTAGTAAACCTTTATGGA +CAAAGTGCAGATTTAGATAAAATAAAAACAATATGTGATAGATACAATGTTGAAATAATA +GAAGATGCAGCAGAGTCACTAGGAGCGACATATAAAGGAAGTCAAAGTGGAACTATAGGT +AAGTTTGGAATTTATTCTTTTAATGGAAATAAAATAATAACTACTTCTGGTGGAGGAATG +CTTGTATCAAATGATGAAGATGCCATAAATAAAGCAAGATTTTGGTCAACTCAATCTAGG +GAACAAGAAAGACACTATGAACATAATGAATTAGGTTTTAATTATAGAATGAGTAATGTT +TTAGCAGGTATAGGAAGAGGACAACTAAAAGTTTTAGATGAAAGAATTAAACAAAAAAAA +TATATATACGAATCATATAAGCAAGCATTTGAAAGCATAGATGATATAGAAATGATGCCT +GTTTGTGATTATGGACGACCTAATTATTGGCTATCTGTTATAACAATAAAAGAATCCAGT +AAAGTAAAACCGTTAGATATTATATTAGCTTTAGAGAAAGAGAATATAGAATCTAGACCA +GTATGGAAACCTATGCATTTACAACCGTTTTATAATAAATATAAATTTGTTTCATGCACA +GAAGGTAAAAGTGTGGCGGAAGATCTATTTAATAGAGGCGTATGTTTACCTTCAGATACT +AAGATGACTAGCAAAGATATAAATAGAGTTATAAAAATAATAAAAGAATTATTTTAA +>pglC +ATGATAAGAAAGTTTGTTAAAAGAGCTATTGATATTATATGCTCTTTTACTGGAATATTA +TTACTTTCTCCAATACTAGCATTAGTATCATTATTAGTAAAGATAAATTTAGGATCACCA +ATATTTTTTACACAAGATCGTCTAGGTAAGGATGGGAAAATATTCAAAATGATTAAATTT +AGAACAATGCTAGATTCAGTAGATAAATTTGGAGAACCACTCCCAGATGATGAACGATTA +ACCAGTTTTGGGAAGTTTCTTAGAAGCACTAGTTTAGATGAACTTCCAGAACTAATTAAT +GTTCTTAAGGGAGATATGAGTTTAGTAGGTCCGAGACCATTATTAGTTGAGTATGCTGAA +CTATATAGTGAAAGACAATTTAGAAGGCATGAATGTAGACCAGGAATTACTGGATGGGCA +CAAGTAAATGGAAGAAATTCTATATCTTGGAGTCAGAGATTTGAGCTAGATGTTTGGTAT +GTTGATAATCAATCATTATTTTTAGATATTAAAATATTAGGAATGACTATTTTAAAAGTA +GTACAGAGAGATGGAATAAATCAACAAGGGCAAGTTACAATGTCTAAATTTACAGGAAAT +AATTAA +>group_1566 +ATGGAATGGAATTTTAAAATAGAAAATATGAAGAATAGTCATTTATTTAATGCATATAAG +ATTAGGCAAAGTGTTCTTATAATGTTAGATTTTCTACTTATAACTTTAGCAAATGTGATA +TCTGTAAATATTACTCTAAATTATTCTCAAAATTACATTGATAAAATGCATACTATTTAC +TTTGTACTAGTAGTATATAGTATTTTTAGTTTGTTAGTGATATATTACTTCAAAGGATAT +AGTAGTTTATGGAGATATGCTGAAATAGATGAGGTGATGGCTACAGTTAAAGCTTGCTTA +GTCAATATACTTACTATGTTTTTTATATTTTCTTATATGAAGTGCTATATTCCCCTAGAA +TTTTATTTTATAAATTATATTATGAGTGTTTTATTTATCAGTGGACTTAGAATAGGGTAT +AGATATGTAAGACGATTTAGATTAAGAAGAAATATATCGTCATCTGTTAATAGAGTATTA +ATAATAGGTGGAGGATGTGGAGGTTCTATGGTTATAAATGAACTATATGCTAATCCACAG +CTTAATAAAGTACCTGTAGCGGTTATAGATGATGATAAAAATAAAATTGGAAGAGTTATA +CACGGAGTGCCAATATTAGATAGTACTAATGAAATAGAAGCAATAGTAGAAAAAATGCAA +ATAGATGAAATTATATTTGCAATAGCTTCAGTAAATAAAAAAAGAAAAAATGAAATTTTA +AATATATGCAAAAATACAAAATGTAAAATAAGGACTATACCTGGAATCTACGAGATAATA +GATGGAAAGGTTGATATAAAAAAATTTAGAGATGTTGACATAGAAGACCTTTTGGGTAGA +GATCCAATTAAGGTTAACTTAGATAATATATCTACTTATATTAAAGGTAAGGTAATACTA +ATAACTGGTGGTGGAGGATCTATAGGATCAGAGCTTTGTAGACAAATTGCTAGTTATAAT +CCAAAGGAACTGATTATAGTGGATATATATGAAAATAATGCTTATGAAATACAACAGGAA +TTATTAAGAAAATATAAAAATAATATAAATTTAAAAACTATAATTGCATCAATTAGAGAT +ATAAGACGTATGGATGAAGTATTTAAAGAATACCGACCAGAAGTAGTATTCCATGCAGCT +GCACATAAGCATGTACCACTAATGGAGGTAAGTCCTGGAGAAGCAATAAAGAACAATATA +TTTGGAACTAAAAATATTGCTGAATTAGCGAATAAGTATAATGTAAGCAGATTTGTACTT +ATATCAACAGATAAAGCAGTTAATCCAACGAATATAATGGGAGCAACGAAAAGAGCAGCA +GAGATGATAGTTCAAACTATGAACGAAAATAGTAAAACAGAGTTTGTGACTGTCAGATTT +GGTAACGTTCTTGGTAGTAATGGAAGTGTAATACCTTTATTCAAAAAACAAATTGAAGAA +GGTGGTCCTGTAACTATAACTCATCCAGAAATTATAAGATATTTTATGACTATACCAGAA +GCAGTACAACTTGTAATTCAAGCTGGTGCGATGGCTAAAGGCGGAGAAATTTTTGTTCTT +GATATGGGTGATCCTGTTAAGATAGTAGATCTTGCAAAGAATCTTATAAAGCTAAGCGGA +TTAGAGCCTGAAGTTGATATAAAAATAAAGTATTCAGGACTTAGACCTGGAGAGAAATTA +TATGAAGAGCTTTTAATGGCAGAAGAAGGACTTATAGATACAGAGCATAAGAAGATATTT +ATTGGTAAACCAATAAGGTTAAATAAAGAGGAATTAATTAATAAATTAAATATATTAAAA +GAAATTGTAGAAAATGAAAATGTAGATTTAATTGAAGATGCAATTAAAAACTTAGTACCT +ACATATATAAAGGAGAATAAAAATGATAAGAAAGTTTGTTAA +>ywqD_1 +ATGACAAATATAGTTACAGTTAATGATCCTAAATCTCCTATATCAGAGGCTTATAGGAAC +ATTAGGACAAACATAGAGTTTAGCAGTATAGATAGTGATTTAAAGGCAATAGTTTTTACG +AGTTCTCAACCAAATGAAGGTAAAACAACTGTAATATCTAATCTAGCAGTAACATTTGCT +AACTTGGATAAGAAGGTCCTTATTATAGACTGTGATCTTAGAAATCCATCAATATATAAA +AAGTTTAGAATAAGTAATATGGTGGGTGTTACAGATGTCCTTCTAGGGAGAAAAGATTTT +AATAGTTGTGTACAAATAACAAACGTAAATAATCTAGATATATTAGCAGGAGGAGAAATA +CCATTTAATCCATCTGAAATATTATCTTCAAAAAAGATGAAGCAATTCATAAGCGAAATG +AAAAGTATATATGATTATGTATTTATAGATGCACCACCAATAGGTATTGTTACAGATGCT +GGAATAATATCTACTTACTCAGATGGTGTTGTTATGGTAGTTGGATCTAACGAAGCTACT +ATAGACTTAGCAAGACTTTCAATTGATAGATTAAATAAAGTAAATGCAAACATCTTAGGT +GTAGTTTTAAATAAGCTTAAGATAGAAAAGGGTAATTCAACATATGGTTACTATGGGTAT +TACTATAAACAAGAAAGTGGTTCAAGAAGTAGTAGGAATTCGAAACGTAAATCAAAAAGG +AAGAAGTAA +>cap8A +ATGCAAAAGAATATAGAATTAGTTCGTTATTATAAAATCTTTAAGAAGAAAGCATGGCTT +ATATTTTTAGGGATAATTTTAGGATCAGTTATAAGTAGTGTATTTACATATCAATTTATA +GCCCCGATTTATCAGGCAAAAACAACTATAATGATTGATACTACTTCTAGTAGAGTTGAA +CAAGAGAATGAAGATTATTATACTTCATCTAGTGATACAACTTCTCAATATGTTACAGAA +GGAGATATAAACTTTAGTTCGAAAATTGCTGGAACATATATGCCAATATTAAAATCTAGA +AAAGTTATAGATAGAGTTATAGATAAATTGGATTTAAATATGTCTTACGAACAATTATCT +CAAGTTATAACTACAACACATGTAAATAATGGTCAAATAATAGATATAGAGGTAAAAAGT +ACAAGTCCTAGAGTAGCTTATGATGTAGCAAATACACTACCAGATGCTTTTTCAACAGAA +CTTAGAAATTTAGCAAAGTTTGATAGCGTTAAAGTAATAGATAGTGCTATTATGCCTCAG +AATCATATATATCCTAATAATCAAAAAAATATGTTAGCAGGTGCTGTGATTGGTCTTTTT +ATTACAATATTAGTTGTATTATTGCTTGATTATTTTGATAATAAATTAAAAACTCCAGAT +GATATTGAAGAATATTTAGGATTACCTATTCTAGGTGTTGTAATATCTGAAGATGATAAA +ATTAAACAAAAAAGATAA +>group_1571 +ATGAGCAGTAAAAATAAGGAGAGTAAAGTCATATTTTCTGTAGTAAGCTTAATATTTTTA +GTATTTTTACTTATACCAACAATAATACTTTTATTAAAATCATTTGAAAGTGATAATGGT +ATTAGTATTATAAACTATAAAAATATACTTTTAAGTGATACCTTTAAGCAATCTTTAACA +AATAGTGTTTTAGTATCTACGTGCACAGCTTTTATATCGACACTTATAGCATTTATACTA +TCTTACGCCATTAACAACACAAATATAAGTAAGGGTATAAAGTCTTTTATAAAAAATATA +ATAACAATGCCAATGCTTTTGCCAACAATCACTTATGGATTTGCAATAATATATTCATTT +GGTAAGCAAGGATTAATAACTAAGATATTAGGTTTTGAGCTTTTTAATATATATGGTTTT +AATGGATTATTGCTAGGATACACTATATATACTTTGCCTATATCATTTCTATTAATAAAC +AATACTTTTAAGTACATAGATAAAAAATTTATAGTAGTATCAAGGGTTATGGGAGATAAA +CCATTAAAGACTTTCTTCACTACAATATTTAACCCATTAATAGGAACATTAACAGGAGCG +TTTATTCAATCATTTTTCTTAAGTTTTACAGATTTTGGGATACCGGCATCAGTAGGTGGA +GAATTTAATGTAATATCAACATTTTTATATACAGAAATGTTAGGGTCTATACCTAATTTT +AATAATGGGGCAGTAATTGCTATGGTTATGCTAGTTCCATCTGCTCTAGGTGTATTTGTA +TTAACATACTTAGAAAAATATAATTTTAGATATGATAAAATTTCAAAAATAGAAATTCCA +AAAAATAAGATAAGAGATATAGCTTTTTCGATTATATCAATAGGTATAGTTGGGACAGTA +TTATCAATATTTGCAGTAATATTTATTGTACCATTTGTTAGTAGATGGCCATATGATATG +AGCCCTACACTTACAAATATTAAAAATATATTACAAACATCAACATTAATTAAGATATAT +ATAAACTCTTTAATAGTAGCTTCGTTAACAGCATTATTTGGAAGCATAATATCTTATGGA +GCAGCACTTGTAACATGTAGGAGTAATATTAATAAAAATTTTAAATTAGTGATAGATTCT +ATAGCACTTATCCCTAATACAATACCAGGAATGGTATTAGGGATAGCATTCTTACTTACA +TTTACAGGAACGAGTATACAAAATACATTTGCAATATTAATAATATGCAATATTGTGCAC +TTCTTTTCAACACCGTACTTAATGATGAAAAATTCATTGAGTAAGATGAATGCATCATTT +GAAACAACAGCTAGATTATTAGGAGATAGCTATATAAAAACTTTAATAAAAATAATAACT +CCAAATATAAAATATACATTGTTTGAAGTAATAAGTTACTACTTTGTAAATTCAATGGTG +ACTATAAGTGCAGTAATATTCTTAACAAGTGCAAAAACGATGGTACTTACAGCTAAGATA +AAAGAGCTTCAACACTATGCTAAGTTTGACGAGATATTTGTATTATCGATATTAATACTA +GTAACTAATATAGCTGTAAAATCTTTATGTAGCTCACTAGCAAATAAAGAAAAAGTAAGT +AACTGTATAGAAATTACTAATAAAAGAAGCCATATAAAGAGATTTAAATTAAAAATTGCA +TCAGTAGCAGTTGTACTATTTACTATCATAGGTATTAATACTGGATACTCATCTGAACGT +TCAGATGAAGTTATAATTTATTCAAATGCAGATGAAGAAGTTATAACAGCTATGACTAAT +GCACTTAATAATAATGGATATGAAGGAAAATATATAATTCAATCTTTTGGAACATCAGAG +CTAGGAGGTAAACTTTTAGCAGAAAGTAAAAATATAGAAGCTGATTTAGTAACTATGAGT +TCTTACTATGTAGATACGGCTCAAGAGAAGAATAATATGTTTGCAGACTTAGGATTTGAA +ACTAAAACAATAGATGAATACCCAGAATATCAGACACCATTAACAGCACTTCAAGGAACT +TTAATAGTAAATACAGAGTTATTAAAAGAAAAAAATCTTGAAGCGCCAACAAGCATAAAA +GATTTAGCTGATGAAAAATATGAAGGATTAATATCAATACCAGATATAACAGGATCTTCT +ACAGGTTGGTTATTAATACAAGGATTAATGAACGAATATTCAGAAGAAGAAGCTCAAAGT +ATTATGAGCAAAATAATAAAAAATGCAGGACCTCATCTTGAATCTTCAGGTTCAGCACCT +ATAAAAAAGGTTAGAGCTGGAGAGGTAGCTATAGCATTTGGCCTTAGACATCAAGCTATT +AAAGATAAAAATGATGGTTTACCAATAGATTATATTGATCCAATAGAAGGAAATTTCCAA +CTATCAGAATCAATAGCAATAGTAGATAAAGAAGATGATGAAAAAGAAAAATTAGCTAGA +GAAATGGCTGAATGTATAGTAAAAAATGCAAGAAAAGAAATAGTTGATATATATCAAAAT +GTTTTATATGAAGGCGAAAGTATAGATTCAGAAATAGCAGCTAAATACCCTAAAACTTAT +AAAGAAAAGCTTACAGTTAGTTTATTAGAAAAACATAAAAATTTTTCAGAAAGTAGTAAG +AATAAATAA +>phnW +ATGAAAAATTATAAGTTATTAACGCCAGGGCCTTTAACAACTACAGAAAGTGTAAAAAGA +GAAATGTTATTTGACCATTGTACATGGGATGATGATTATAAATCTATAACTCAAAAAATA +AGAGCTCAAATATTAGAACTTGCTCATACAGATAAAGAAAAATATACAACAGTGCTTATG +CAAGGAAGTGGTACATTTGGAGTAGAGTCTGTAATTTCAAGTATCATTGGTAAAGAAGAT +AAATGCTTATTTATAGTAAATGGAGCTTATGGGGAAAGAATGGTAGATATAGCTAAATAC +CATAATATAAACCATGTAGTTATAGAACAAGAATATAATTTACTACCTGATTTAGAAAAG +ATTGAAGAAACAGTAAAAAATGATAATGATATAACTCATATCATGATGGTTCATTGTGAA +ACTACAACAGGTATATTAAATGATATAAAATCAGTTGGAAATATAGCCAAGAAATATTCA +AAAACATTTATGGTTGATGCAATGAGTAGTTTTGGTGGAATTGATATAGATGTAACTGAT +TTAGGTATAGATTTCTTAATAAGTAGTTCAAATAAATGTATCCAAGGTGTGCCAGGATTT +TCATTTATAATAGCAAATAAAGAAAAACTTGAAGAAAGTAAAGGAAAAGCAAGAAGTTTA +TCATTAGACTTATATGATCAATGGATTGGTATGGATAAAGATGGAAAATGGAGATTTACA +TCACCAACTCATGTAGTATTAGCATTCTCAAAAGCTCTTGATGAATTAAAAGCTGAAGGT +GGAGTATTAGCTAGATATGAAAGATATTCAAGAAATAACAAGTTATTAAGACAAAGAATG +AGTCAAATAGGAATAAATTCATACTTAGATGAAGAAATACAATCTCCTATAATAACTACA +TTTGTATATGATAATAAAGATTTTAATTTTGGAAAGATGTATTCTTACATAAAAGAAAGA +GGATTTGCAATATATCCTGGAAAATTAACTAAGTTAGATACTTTTAGAATAGGTAATATA +GGTGAAATTTACGAAGAAGATATAAATAATCTTTGTGATATATTTGAAGAATTTGTAAAG +GAGAATAGATAA +>phnX +ATGAAAAATATAGAAGCTATAATATTTGATTGGGCAGGTACAACAGTAGATTATGGATGT +TTTGCTCCAGTAAGAGCATTTATAGAGGTATTTGAGGAATATGGAATAAGCCCTACTATA +GATGAAACTAGAAAGCCAATGGGAATGTTAAAATGGGATCATATAAAAACAATGATGTCT +ATGCCTAGAATAAATAACTTATGGAAAGAAAAGCATAGAAGAGATTTTACAGACAAAGAT +ATAGATGAAATGCATGACAAGTTTAAAGGAAAACTGATGGGAATACTTCATAATTATGCA +GAACCAAAGCCATATGTAGTAGATACAATAAGTAAGCTTAGGGAAAAAAATATAAAAATA +GGTTCAACTACAGGCTATACTGATGAAATGATGTCTATAGTTGTTAAGGTAGCAAAAGAA +AAAGGATACAGTCCTGACTGTTGGTTTAGCCCAACTTCAACTAATAATGTTGGTAGACCT +TATCCATACATGATATTTAAAAATTTAGAAACCCTTAAAGTATCATCTATAAAAAATGTT +ATGAAAGTAGGAGATACTATATCAGATATATTAGAAGGAAAAAATGCAGGCGTTAAAACT +GTAGGTATAATAGAAGGAAGTTCAGAGTTAGCTCTTACAGAAGAAGAATATAATAATCTT +ACAGAAGAAGAAAGGTTAAGTAAAATAGAAGAGATTACACAAAGATATAAAGAAGCAGGA +GCAGATTTTGTAATTAAAAATATTAGTGAACTATTAGATATAGTTAGTAGAGAATAA +>group_725 +ATGGATAATGAAAAAATAAATAAAATAGAAGAAACAAATCCTGAAACCAATACATGTTCA +GGTACTTGTGATGATAATTGTAAAATAAAAAATAAAGCATTTTTTAATTACCAATATAGA +CCAACTCAAATAGCAATTGATCCAGTTACTGAAATAGGAGAAATATGTTGTTGTAATAAT +TAA +>group_978 +TTGATATCTCCACAACCACAATCTATATTTAGTATATTAGAAAAATTTTTTCTGAGATTA +TCCTCTGTAAAATCTGTTTTAATATCTCCTATATCACAAGAAGCATTTATTTTAAAATTA +AGTTCTTTTTTTATATTTAATGTAATATCTCCTATACTAGAAGAAAAATCTGAGTTACCA +GTTAGGTCAGAAATATTACATCTCAAGTCACCAGTAGTAGTATTTATATATCCTTTACCT +GATAAATTAGAAATTTCTATATTACCTGTATTAAAGCTTATGCCATATTCATTTGATAAT +AAACTATTAATATTAGCATCACCAGTATTACCTTCAAGTATAAATGACTTACACTCAATA +TTATTATCTATATTAATATCACCTGTAGTTAAATAA +>group_89 +ATGAGTCTAACTCTAAAAATAGCGAGAATAAAAAAAGGTTTGAGGCAAAAAGATTTGGCT +AAAAAATTAGGAATGTCTCCAAGCACAATTAATAGGCTTGAAGTTGGAAAACAAGATATA +AAGCAATTAAAATTTGAATCTATAGAAAAAATAGCAAATGCTCTAGACATAACAGTAAGC +GAACTTATAGAAGAGTAG +>group_489 +ATGAGTAATACAAATAACCTAGAAATATTAAAAACGCTACAAAGTACTTTAAATGTTTTA +GTAAGCCAACAAGAGGAAGAAAGAGATAGGGAGCGAGGCTATAGAGAAGTAATGACATAT +AAGAGGAATAAAGCAGAACTTATGACAGCTAAAGAAGCAGCAAAGGAATATCCTATAGGA +GAAGCTAAGTTTAGAGAACTTTGTAGGTCAACAAATAAAGGATTCCCAAGCATTAAAATA +GGGTGTAGATATTACATAATAAAAGATAAACTAGATGACTGGTTTAGAGCTAATGCTGGA +AGTTGTTTGTAA +>group_500 +ATGGAAGATTTAAAATATATAGTTTTTGATGTAGAAAAAATTCAAAGACATTATAACGAT +ATATTTAATGAGCAGGGATCAGATTTAGAAAGTGGATATTTAGTTGGTGTAAAAATATGT +GACAAAGAATTTAATGTGTTTGTTAGTGATAATGAGGAAACAAAAGAAAGTAGGAAGTAT +GTAGCATTAGGAGATAATCAATTTGGGACAGTAACAGTAATAAAAGCATTAAAGAAGCTT +ATTAAATTTTTAGAAATGGGGATAGATATTGGTTTCTCTAGTAATTCAATAGAGTAG +>group_57 +TTGAAGGAAATTAATAAATATGATTCAATGGCTAAAACATATGAAGATCAATATCTTACA +AAAAATGAAAAGTTAATATATGTGTACTTGATATTACTACACAATAATATAAAGGGATAC +GCATATCCGAGCTATTCATCTTTGAAAAAAGCTTTATCAACTACAAGGGATGACACAGTA +TCAAAAGTAGTTAAATCATTAGAAGAAAAAGAGTACATAGAAAGAGATATTTCTCCAGGA +AGAAATACAAAGTATTATCTATTAAAAAATATTAAAAGTACTACGAAAAACGAGAGTACT +ACGGAAAATGAAGGTACTACGAAAAGTGAAGGTGCTACTACTACGGAAAATGAAGGTATA +CCCCTACGAAAAGTGAAGGACAATAGTATTAATATAGGATTAAATAATAGTATTAATACA +AGCACTAATAAAAAAGCTTCTAAAAAAAGCAATAAAACTTATATAGATTTATCACATATG +GAGATTGAATATATAAAACTAACACAAGAGGAATATAACAAGTTAGTTGAAAAATATACA +GAGGGATTAGTTAAAAAGAAACTTATAGATATGGAATCTTATGAAGCTAATAGGAAAAAG +AAGTATTTAGATCATTATAAGGCTTTATGTAGTTGGTTAAATAAAGAGAAACCAAAAGAG +CAACAGTTATATGATAAACCAATGGGAAAAGTTATAGAAATGAAGATAGGAGAAGGATAA +>dnaC +ATGCCAGAGCATTTATACAGTCAAGAAGCAGAGCAAAGTGTACTAGGGTGCATGATATTA +GACAGTAGAACTATAGACTATATAAAAAATTTAAATAGTGATGATTTTTACTATGAAGCT +CATAAGGACTTATTCAATTCTATTATGTTGTTAAACAAAAAAAATAAGCCTATAGATTTA +GTTACTATAGTGGAGCAATTAAAATCTATAGGCAAATTAGAAGATGTAGGCGGAGTTAGT +TATATAACGAGCTTATCAACCATAGTTCCTAATACTTCTAGTATAGGGCACTACATAGAT +ATTGTAAAAGGATTTAGCGACAAAAGAAGAATGATAATAGCTTCATATAAGTTTATAGAA +AATATACGAGGTGGTAAGGATATTGATTCATCTTTAGAGATATTTGAAAAATCAACAAAT +ATTATTGATGAAGTTAAGGAATATAACAACACTCTTGATTACATAATGAGCAATATTTTT +GATAAGTTAAATGACAAACCACAAGAAAAAATTAAAACTAATATAGCTATTATTGATAAA +CATACTAATGGAATTGGAAAAAAAGAGTTAATAGCTATTGGCGCTGGTAGTGGAGTTGGT +AAGAGTGCTATAGCCTTAAAGATATCAATAGAAGCTTATAAAAAAGGCAAAAAAGTTATG +ATAATAAGTCGTGAAATGAGTAAAGAGCAAGTAGCTGAGCGTATAATTTTGTCTGAGACA +GGAATATCTAAATTTGATTATGAAAATAGAAATTTTACAGAGAATGATTGGGTTAAATTA +ACGAATGCTATGAGTAATTATTATACTAAAAATATAATTATAGATGACCAAATATCTACT +ATACAGGGAATAAAAAGAGCTATAAGAGTGAATAAACCAGATTTAGTTATAGTTGATTAT +GTTCAATTATTAACTCCAAGCTCAATTAAAGATACAAGAGAAAGACAAGTAGCAGAACTT +TCGAGAGAGTTAAAAAATATAACTCTAGACTTCGGAGTACCAGTAATTCAACTAACACAA +TTAGCAGAAAAGGGAAATGGAAATTTTAGACCTAGAGGAGAAAGCTATACAAGAGAATCA +AGAGCTATATATCATGACAGTAATATAGTTATATACCTTCACAGAGTAACAGAAGAGAAA +GAGCTTAATGAAGCTTATAAAAGGACTATATTTAATGAAAGAGGAAGCTTTGATGATATG +AAAGCAACTATTGAAGCTCAAGGAACTAAGGGGAATAAATTCTTAGAAATTATAGTTGAT +AAAAATAGAAATGGTACAACAGGAAGTAATTATTATTGGTTTAAAGGCTCAGATTTAAAC +TATTATCCAATAGTATAA +>group_521 +ATGAGTATTCAAAAATTGATTACAGAAATAAATAGAAAAGTTGGAGCATTAGAAGTTATA +GAGCATATAAGAGTTAAAGGATTTATATCTAAAAATAAAGATTTACTAGTTGGAGCTTTT +ATTGTAGAAGGTGGATTTTTAGAATTTAAAGGCGTTTCAGGATTAGAAATAGAGATTAAG +ATAAATAGATTTTTAAAGTATGAAAAAATAAACTCAGATATATATAGAATATATAACCAA +AATATTAATCTATTAATTAGACCTTTAGAATAG +>group_174 +ATGAATTATAATAAATTTAAAGTAATAAAAGAGATATTGATAAGAGCTAAGAAGGATTTC +AAGAGTAAAGAAACTTTAGAAATAGCTATAAAATTAAATAAATTAAGATAA +>group_121 +ATGATAACAATAGCAATAGGGATAGAAGAACCAACGGTAACAGTTGAGATACATCACAAA +GAGAAGTTTTACTATCATGAAATTAAATGTGAGAGCTTCAAAATAGCTCAAGAGGTATCT +GAAACATTAAGAAAAGGAATACAAGATAAAATAAATATGTATAAATAA +>group_7 +ATGTGTAGATATAAAAATTACTATGTTTATGTTATAAGATATACCTTTAAGAATGGTTCT +AGAGGAGAGCAGAAAATATTAAGTAAATGTGATAACATTGATAAATTAGTTTCTATTTTT +AAAAAGCAATTAGATAGAGCTAAAAGAGCGAAGTTTAAAGTTTTAATAAATAAAAATACA +AGTTGTGGAAAGCAAATTTCTAAGGTTGTTGATGGTTGGCTTTTAAATATGGATATAAGT +AATTTCTATATAGAATTAATGTAA +>group_157 +ATGTTTTGCAAGATAAGAAAGGGAAAAGGTGGATATAGCCTTTATGCATGTGATAGGAAA +AGAATTGATGGAAAAGTAATGTCAAATGATACGAAGATAGTTTCTTATGCATGGCACTCA +CTTTATGGTGATTATGAACACGAGAATGGGTTAATAGAAGAGTTGCCAGAACTATTGAAT +AAACTAATAAAAGCGTATTTAAATGATTATAGAATAGATTACGAAAGTGTAGTTACTAAG +CTGATTGAATTAAAAAAAGAGTATTACGCTACATATAAAGAAAGTATAAAGAAAATTGAA +CTAGATATTCAAAGACAAGAAGAGAAAAAAGAAGAAGAGTATGAGAAATTTAAAGATAAG +TTCAAGACATTATATAATAAAGATATTTCAGAAAAATACAAAGAAGGATTTGATAGAGGA +ATGTTAGAAGGAGTAGCGCAGGCTAGATCATATAATAGAGGATTTATAAATGGATTTAAT +GATTTGGAAGAAAGTGAAAAGAAGTTACTTAAAGAAGCTTTTAAACTCATGGCTATGAAA +TATCATCCTGATAGGGAAGGGGATACTGATAAAATGGCTGCTATAAATAACTTAAAAGAA +AAAATATTGTATCATAAGGGGAACTAA +>group_408 +ATGATGATTGAATTTAGGTATTTGAAAGTTGCAGAACAGTCTAGGATAATGAGAGTTTTT +CTAAAAAAGCATCGCTGGCATAGAGGATTATTAGAAGCTGAAAAAGATAGACATAATATC +AAAGATATAAAGCAACAACAATATATTTCAAACTTGCAGACTCATGTAGATATAATGAGT +TTAGCTATGCAAGATTTAGAATTAATAGAGAGGTATGTAATAGAGCAAGCTTACTATGAT +GGAATTAAACAAAGATTTATAGCAGAAAGATTAAATATGGAAACTAAAGATATTAGTAAA +ATAAGTACTAAAGCTCTTAAAAAAATAAGGAATAACTTATGCAATATGAGCGTTGGTGTT +ACCAATAAAGATAAGATTAAGAACGGGGGGTTTTAG +>rpoD +ATGACTGATGAGGAATATATGCAATGGCGACCTTTAATAAAGAAAGTAGCCTGGAAGTAT +AGGAATAATATATTTAAGGTTGAATTGGAAGATTTAGAGCAAATAGCTTCTATTGGCTTA +TTTAAAGGGTTTGAAAATTACAATGATAGTAGAGGAGCTTCTTTAAAAACTTGGCTATAT +AGTTCTGCTGAAAGAGCTATACTTAGAGAGTTTACAGATATGAAAAGGATAAAAAGGCAA +TCAAGCTATGAGTCTATATCTTTAAGTACTCCTACTGGTGAAGATGATACATATTTAGAA +GAGATGATACCTGATAGCAGTATAAATATAGAGAATGATGTTACAGATAGACTATTAATA +GCTTCATACAAAGGAGAAGTTGAATCTTGTTTATTTGGCCGTGAAAGAGAAGTGGTATAT +AAAACTTTATTTCAAGATAAGACTTATGCTGAGTTAGCTAGAGAATATAATATAACGAAC +CAAAGAGTAAGAGATATACAGATAAAAGGATTTAGGAATCTTCGACATAAGAGCCGAATG +ATACGCGATAAATGGATGGAATTAAAGGAAAGGGATATGGAGAAGAACATAATATCTGCA +TATAATAATCCAGATACGGTTTATGGCCGTATCGAAGCTACAGAAAGGTTAAGAAAAAAA +TATAAATTGCAGATGGATACTTTAGATTTCCTTCAAAATATATTTGATGACGTTTTATAT +TCGTTCTCTCCTAGTGATAAACTTAAAACGTTTTATATGGAGAAGCTTAGTGAGATAATA +AGCTCTAAGGACCTACATTTATTGAATGAAATTGTATTTAAGAAAGTAGATACCAATAGT +TTAAAAGCTGAGGGATATTCTTTTGATGATATATTTTATATTAAGGATAGAGTTAAGAAA +ATTATTATTAAAAATAAAGAGTTAGCATATGATCTATGGCTAGAATTTAATGAGAATTAT +AAAGAAGTTCAAAACGATAGAATAAAGAAAAAACAATTCTCTTCAGTAAATAGAGTAGTA +AATGAGGATAATATTATTTTTAACAGCAATTAA +>group_138 +ATGAATGTCATTGATATAAAAAATATAAAAGATTTATCAGGAACATATTCAATAAGGTTT +GGTAAAGAAAAGAAATATGTAAACATAGAGGATGATAAGATAATATTATTTGGCCGTATA +AAAAGTTATGCTCATGGAGGATGGTATTATTATAAGATACAAGAGATATTTATATCTAAG +CAAAAGACAGGTTTTGGAGAAAAGAAATTCCTTGTTTGTCCAGACTGTGGTGAGCGTAGG +ACTAAAATATATTGCTATGAGAATAAAGAAGTATTTAAATGTAGAAGCTGTTTAGGTAAA +AATATATATTCTGAAAGATGTAATTTATATGATGGAGGAGGGGTAGCTCTTATTGAATAC +AAGTTCTATAATTTAATATCTGAACTTGATTTAAAAGAGACATCTAAGAAAAGACATATA +CCTTTTGATAGTAGGTATTATGGATCATGCAAACCTAAATATATGAGGTATGAAAAGTTT +GAGTTAATATTAAAGCAATTAACAGCTTTATCAGCTATGAGAGATACTGTTATATTACAA +AAGTGCTCATATAGTACTAAGTATATAAATGGATTATTAAATAGTAATGCACTAAAGAAG +CTTAAGTTAATAGAGATACCTGATGCTATATGGTTTCATGAAGTGTAA +>sorB +ATGAGTAATGTAAACATTGAAATGATGAGAATTGATGAGAGATTAATACATGGTCAAGGA +CAAATGTGGTTAAATGCTTTAGGTGTTAATACTGTAATAGTAGCTAATGATGAAGCTAGT +AATGATCCAATACAACAAACATTAATGAAGACAGTTGTACCAAAATCAATAGCTATGAGA +TTTTTCTCAATAGAAAAAACTTGTGAATTAATTCATAAGGCATCACCTAAACAAAAAATA +TTCTTAGTAGTAAAGACTCCAGAAGATGCTTTAAAACTTATTGATGGTGGAGTTCCAGTA +AGTGAAATAAACATAGGAAATATACACAATGCACCAGGTAAAGAAGCAGTTACACGTTCT +ATATTCTTAGGTGAAAATGATAAAGCTGCTTTAAGAGAATTACATAAAAAGTATAATATG +AAATTTAACACTAAAACTACTCCTTCAGGAAATGATGGCGCACTTGAAGTTGATATAACT +AAATATTTATAA +>agaC_1 +ATGGAAATTACTTTAACTCAAGGTATTCTTATCGGACTATGGACGGGATTCTGTTTAGCG +GGTATGTTATTAGGAATATATTCAGCACGTTGTTTAGTTCTATCTCTAGGGGTAGGTATT +ATACTTGGTGATATACCAACTGCTTTAGCTATGGGAGCTATAGGTGAATTAGCATTTATG +GGATTCGGTGTTGGTGCAGGAGGTACGGTTCCTCCTAACCCAATGGGTCCTGGTATTATA +GGTACATTAATGGCAATTACAATGAAAAGCCAGGGGGTAGATCCTGCCTCGGCATTAGCA +TTATCATTCCCATTTGCAGTTGCATTCCAATTTTTAATTACAGCTACATATACAGCTACA +GCAGGTCTTAGCCAGTATGCAATTAATGGTATAAAAGAAAGAAACTACACTAAATTTAAA +ATAGGTGCTAATGCTACAGTTTGGGTATTTGGATTAGTTGGATTTATTATAGGATTTGTT +GGTGCTATGAGTACTAGTGGATTAGAAACTGCTATATCATATATACCAGAATGGCTAATA +AATGGATTTAGTGTTGCAGGTGTAATGTTACCAGCAATAGGGTTTGCAATGATATTATCT +GTTATGGCAAAGATAGAATTATTACCATTTGTTTTAATTGGATATATATGTATAGGGTAT +TTACAATTACCAGTAATGGGAGTTGCATTTGTAGGAACAGCAATAGCATTATTAGTGTTT +TACGTAAAAGGAAACAATGATGATTCGAACAATAATGATGGGGAGGTAGTGTTTGAAGAT +GGTATCTAA +>manZ_1 +ATGGTATCTAATACAATGTCTAAAACAGATTCTAAAACAGTTTTAACTAAGAAGGATTAC +TTAAAAACTTCATTAAGAGCATATTTCCTTCAAAATGGATTTAACTATGGGAATTATCAA +GGATTAGGGTATGCAAATATATTATATCCTGCTTTAAAGAAAATATATAAAGATGATGAA +GAAGGGTTCCAAGAAGCTTTAAGTTCAAATGTTGAGTTTTTCAACTCAAATCCTCACTTC +TTACCATTTATAACAAGTATGCATTTAGTAATGTTAGATAATGGTAACAAGCCAGAAGAT +GCTAGATCTATTAAATTAGCACTGATGGGACCATTAGCAGGGATTGGGGATTCATTAGCA +CAGTTTTGTTTAGCACCACTTTTAGCAACAATAGGGTCAAGTTTAGCACAAGATGGATTA +GTAGCTGGACCACTGCTATTCTTCTTAGGGATGAACATAATATTATTAGCTATAAAATTA +GCTACAGGTTTATATGGATATAAGTTAGGAACAAGTATAATAGATACATTAAGTGAAAAG +ATGGCTCAGATATCATCTATAGCTAGTATGATAGGTGTTACAGTTATATCAGGATTAGCA +GTATCATTTGTTAAGTTAAATGTGGGAATTCAATATGTAGCAGCTATGCCTGATGGTGGA +GAAAAGATAGTATCTGTACAAGAAATGCTTGATAAGATAGCACCAGCCTTATTACCAGGT +ATTTTCACAATCCTTGTTTTCTATTTAATAAAAAAGAAAAAGTGGACTACATATAAGTTA +ATAGGATTAACATTAGTATTAGGTATATTAGGATCAGTATTAGGAATACTTGTATAG +>group_370 +ATGAAAATATTAATAGTTGGACATGGGGAATATGCAACAGGGATGAAGTCATCAATAAAG +TTATTAACTGGTGTAAACAATAATATAGATGCAATAAATTTAAATGAAGAATTAACACAT +AATGAGTACACAATGATGGTTCAAGAATATGTAGCAAATAACAAAGATCTAATTATTTTT +GCAGATATGACTGGTGGAGCACCGTTTCAAATTGCATCAAGAGAAATATTGTTAAATGAA +GATTCAGAAAATCAATTCGTAATAGGTGGAGTTTCAGTTGGGTGTATTCTTGAAGTAGTT +ATGAATACTCTAGTATTAAATTCAGAAGATGAACTTGAAAATATAATAAATACAGCTGTA +AACAATATTCAAGAGATGACTTCAATAATATCTAGAAAAGATTTAGTATCGCAAGAGATA +TAA +>kduD +ATGGAAAATAAATTTTCGTTAGATTTTTTTAATTTAGACGGTAAAGTAGCAATAGTTACT +GGAGGAAACACAGGTTTAGGTATGGCTTATGCAGAAGCACTAGCAAAAGCAGGAGCTGAT +TTATTAGTAACAACATTTGATGATAATATAAAAGAAGTAAAAGAAATAGTTGAAGGGATA +GGAAGAAAAATAGTTTTTATAAAAGGTGATTTAACTAAGGCAGAATGTAGAGAAGAAGTA +ATATCAACATGCTTAAAAGAATATTCAAAAATAGATATATTAGTTAATAATGCAGGTACA +ATAAGAAGAGCCCCACTATTAGAATACAAAGAGGAAGATTGGCAAGCTGTTATGGATATA +AATTTAAATGCAGTTTATCATTTATCACAAAAAGTAGCAAAAATAATGGTTGAGCAAAAG +AGCGGGAAAATAATAAATATAGCTTCAATGCTATCTTTCCAAGGTGGAAAGTTTGTACCA +CCATATACTGCTAGTAAGCATGGAGTTGCAGGGTTAACAAAAGCTTTTGCAAATGAATTA +GCAGCATATAATATTCAAATAAATGCCATAGCTCCTGGATACATAGAAACTGCAAATACA +GCTCCAATTAGAGCAGATGAAAATAGAAATAATGAAATACTTTCAAGAATACCATGTGAA +AGATGGGGAAAAGTACAAGATTTAATGGGAACAGTTGTATTCCTTGCAAGTAAAGCATCT +GATTATGTAAATGGACATATATTAGCTGTTGATGGTGGTTGGTTAGTAAGATAA +>kdgK_1 +ATGAAAAAAGTTTTGGCAATTGGGGAAATCCTACTAAGGCTAACACCGCCATCAAACTTA +AAAATTTGCCATGCAAGCAGTTTTGATTTTTGTTTTGGAGGGGCAGAAGCAAACGTAGCA +GTTGGGCTTAGCAATCTAGGCTTAGACACAATTATGCTGACATGCTTACCAGATAATGAT +TTAGGAAAATTAGTGAAGAAGTTTTTAAGAGGTAATGATGTTGATTGTAAATATATAATA +TCAAAAGGTGATAGGTTAGGACTTTATTACTATGAAGAAGGCATATCTGCAAGGAAAGCT +AAAGTTATATATGATAGAAAATATTCTTCAATCAATGAATTAAGATATGAAGATATAAAT +ATAGATGAATTACTAGATGAAGTAGAACTTATTCATATATCAGGAATAAGTCTTGCTCTT +AGTAAAGAACTAAATGATACATTAATTAAAATTATAGATGAAGCTAAAAAAAGAAGTATA +AAAATTAGCGTAGATTTAAATTATAGAAATAGCCTTTGGGATAGTTATGAAGATTTTGTA +AAAACTATAAAACCAATAGTTAAAGATAGTTATATATGCTTTGGATGGTTAAATAAAGAT +ACTAGTAATTTTAAGGTATTTGATGCAGCAACAGATATAGTAAATGATGATAGTTTAATA +GAACAATTTAAATATATGACTGAAGAATTAAATGTTAAAAATGTAGTAACTACTTTAAGA +AGTGGTAACGCATATAATTATCATACTTTATCTGGAGTACTATTTGATGGTAAGAAAATA +TATAGAGCATCTAAGTATGAATTTAGCATGGTTTCAAGAATTGGTGGCGGAGATGCTTTT +GCAGCAGGAGTTATAAATGGATTTATTAAAAATGAAAGTCCTGAAAAAATAATTGAATTT +GCAACTGCAACAGCAGTCCTAAAACAAACACAAATAGGGGATGTAAGTATGTCTAGTGAA +AGAGAGGTACTAGATTTAATAGAAAATAAAAACCTAGGAAGTGTAAATCGATAG +>group_47 +ATGAATATAAATTTATACTTAGATGTTAAAGATATAGAACATATTTCTAATTATTGTATA +GACAATTTTGCAGATGAAGTTATGGAAACTATAAGAATAGCTAATGATGTTAGCAATAAT +ACATTTAAATTTGAATGGAAGTGGGATATGGAAAGAACTTTTATACCATACACTTTCACT +AAAGATATTATTTGGGATAAAGCACCAAATAATGATGAGGAATGGATATTTATGCTAAAT +AGACATAGATATTGGATAACACTAGGTCAAGCCTATGTATTAACTAAAGATGAAAAATAT +ACTAAAACCTTTATAAGGCAGCTTACACATTGGATAAAAAATGTTATACCAGTAGAAGGA +ACAGAGAAAACTACATGGAGAACTATAGAAGCAGGTATAAGAGGTGAAAATTGGATTAAG +GCGTATTCGTATTTTTCTAACAGTGAATATATAGATGAAGAAACAACGAGAATTTTTGTA +GAATCTTTAAAAGAACATGGGGAGTATTTATATAGTAATTATAGTGATGCTAGGAAATTA +AGTAATTGGGGTGTTCTAGAAAGTCATGGATTATTAGTAATAGGATTATTTTTAAATGAT +AAAGAACTTAGTGAAAAATATATACAAGAATCATTAAGAAGATTAGAAGAACAAATAGGA +TTACAAGTTATGGAAGATGGAATGCATTGGGAACAATCTCCTATGTATTTAAATGAAGTT +CTTCACTGTTATCTAGACACGATAAATCTATGTAAAAGAAATAATATAGAAATACCAAAT +ATTATTTTAGAAAAAACTAAAAAACTAGCATATGCAAATTTATATATGAAAAAGCCTAAT +CATAAGCAAATATGTCAAAGTGATAGTGATGATACAGACTTAAGAGATATGTTAACAAAA +GCTGCTTATTTATTTGAAGATGGTGTATTAAAATTTGGATCATATGAAGAAATAGATTTT +GAAAGTATTTGGGATTTGGGATATGACTCTATAAAAAAATATAAAGGTATAAAAGTTAAA +TATCCAGAATATGTATCTTATGGATTTGAAGATAGTGGAAACTATTATATGAGGTCAGGT +TGGTCAGCACATGACAACTATATGTACTTTCACTGTGGAACTTTAGGTAGTGGTCATGGT +CATGCAGACTTACTTCATATAAGTGTATTTGCTAATGGAGAAGATTATTTAATAGACCCA +GGTAGATATACTTATATAGAAGGAAATGAAGAAAGAGAATATTTAAAAAGTTGCAAAGCT +CATAACACTACAATTGTTGATGATGAAGAGTTTACAAAATTAAATGGATCTTGGAGTTAC +AACTCAGTAGCAACACCTATAAAGCATCCATTTATAAGTAAAGATGCATATGACTATTTA +GAAGGTTCTCATTTAGGATATATGAGTAAAGGTATTTTCACTAATAGATCAGTAATTTAT +ATAAAACCTGATATATGGGTTTTAGTAGATAGATTTTATGGAGAAGGTACTCATAAATAT +AATCAAATTTTCCAATTTGCTAAAAATATAGAGTTGAAAAATGAAAAAACTATATGTAAA +GGAAATAATGGCGTATTAACATTACATCATATAAATAAACTGGATAAACATATTGAGAAA +AAAATAGTATCATATCATTATAATCAAATAGAACTACAGGATAAATTGATTACTACATTA +AAAGGGGATGGATTTACATCAATTCTTACAGTTATTAATAGTTCAAAGAAAGAAAGTAAT +ATAAGTATTGAAAAAATACCAGTTAGAAATTGTAACGGTAGAGTATTAGAAGACCATGAA +GCTGAAGCTATAAGAATAATAAATAAAGAAAATACTTATATACTTACAATATGTCATAAT +GAAATATTTAAAGGTAAGAAATTACTGAATGTATATGGATATCATATTTATGGTAAGGTA +GTCCTTATAACTGAGAATAACGAAGGTATAAAAAAAGAAGTAATAAAATATTGA +>group_812 +TTGAAAGAAGGATATAAGAAAACTGCTATAGGTAATATACCTATAGATTGGAGTCTAAAT +ACAGTAGGAGATGTGATTAAGTTTGAAGGAGGAGCTCAACCTCCAAAAGAACACTTTGTA +AATGAAGAAAAAGAAGGATATATAAGATTAATCCAAATCAGAGATTATAAGACGGATGAA +TATATGACATATATACCGAAAGATATGGCGAGAAAGTTTTGTACTGAAGATGATATTATG +ATAGGTAGATATGGACCTCCTATATTTCAAATACTAAGAGGCCTAGAAGGTGCATATAAT +GTAGCACTATTAAAAGCTATACCAGATGAAGGTGTTTTAAATAGAGAATATGCTAGATAC +TTTTTATCAACTGAAAAATTATTTAAACTTATCGATAGATTATCTCAACGTACATCAGGT +CAAACAGGTGTAGATATGGAAGCACTAAATAATTATCTAATACCTATACCACCACTAAAA +GAGCAAGAAAAGATTGCTGAGATTCTTTCTACTGTTGATTGTCAGATTGATGATACTGAG +AAGCTTATTGAGAAGTGTAGGGTGCTTAAGAAAGGTTTGATGCAGAGGTTGTTGACTAAG +GGGATTGGTCATACTGAGTTTAAGAAGACTGAGATTGGTGAGATTCCTGTTGGTTGGGAA +GTTGATAATGATTTTATAAAGATATTTTCTGGATTTGGATTTAAATATAGTGAATACTCA +TATGAAGGTATACCGTTAATTAGAATAAACAATGTAACTCATGGTAAAATATTAGACGAA +GATTGGTCGTATTTACCAAATGAATATAAAGAAGAATATAAAGAATATGTAATTAAAAAA +GGAGATGTTTTATTAGCACTTAATAGACCTATAACACAAGGTAAGTTGAAGATATGTATA +GTTAATATAGAGGAAGCTATTCTATATCAAAGGGTAGGTAAGTTAATTATGGATTCAGAT +ATATACTGTCCAACATTTTACTATTACTATATGCAAAGCGAAAAGTTTATGAAAAAATTA +GAATCAGGATTAGTAGGAACTGACCAGCCATACATCAAAAACAGTGAATTTAAAGACATT +AAGTTCCCAATTCCATCACTAGATGAACAATTAAAGATAGTTGAAGTACTATCTTATGTT +GATAATGAGATTGAAGAATATGAAAACAGAAAACAAAAGTTAGAAGAACTTAAAAAAGGA +TTAATGCAACAATTATTAACCGGGAATATAAGAACGATGAAATAA +>hsdM +ATGGAAAAGCTAACACTAGAAAAATTAGAAAAAACACTATGGGATGCGGCAGATATACTA +AGAGGAGAACTAAATGCAGCTCAATACATGGATTATATATTTGGACTATTATTCTTAAAA +AGATTAAATGATCAATTTGAAGTAGAACAACTAGAAAAGAAAGAAGAATTTAAATCAATG +GGGCTACCGGAAGAAGATATAAATCTACTTGTAGAAGACCCAAACATATATGAAAACTTC +TATCTACCAGAAAGAGCTAGATGGTCAAACTTAAAAGATATAACAATAAACATAGGACCA +GAACTAGACAAAGCCTTTAAAGCAATAGAAGACGAGCCTAAAAACAGTGAGCTAAGCGGA +GTACTAACAACAGCAAACTATAACGATAAAGAAAGAGTACCAGATAAAAAACTATCTCAA +TTATTAATACTATTTAGTAGTGTAAATTTAGCAAACCAATACCTAGAAAATAAAGATGTA +CTAGGTAATGCTTATGAATACATGATAAAACAATTTGCAGACCAAGGTGGTACTAAAGGT +GGAGAATTCTATACACCAGAACAAGTGGTTAAGACTTTAGTTGGAATAGTGAAGCCAAAA +GAAGGAGAAGCAATCTATGACCCTACTACTGGCTCGGGAGGTATGCTAATACACTCTACA +CACTACATAGAAAGCCATGGAGGAAATCCTAAAAACGTATCACTAAACGGACAAGAGATA +AACTTATCTACATGGGCAATATGTAAAATGAATATGTTATTCCACGATGCTACAGGAGCA +GTAATAAAAAAGGGAGACACAATAAGAGAGCCAAAGCACACTAAAGGTGGAGTACTTGAA +ACTTTTGATGTGGTACTTGCAAATCCTCCATTTTCTCTTAAAAACTGGGGAATGGATGAA +GCTAAGGCTGATGCTTACGGTAGATTTGTTTATGGTATACCACCAAAGAGTTACGGAGAT +TTGGCGTTTGTTGAGCATATGATAGCTAGTTTAAATTCTAAAGGAAGAATGGCTACAGTA +GTTCCTCATGGGGTGCTGTTTAGAGGTAGTTCAGAAGGAAAAATAAGAACTGCTATTTTA +AAGGATGATTTGGTAGAAGCAGTTATAGGATTCCCACAAAATATGTTTTATGGTACGGGT +ATACCTGCAGCTGTGATTGTGATAAATAAGGACAAGGATGAAAATAGAAAAAGTAAGGTA +TTATTTATAGATGCATCTCGTGAATATGTAAGAGATGGAAATAAAAATAATTTAAGAGAT +AAGGATGTTGAAAGAATAATAAATACTTTTGATAATTATGAAGATGTTGATAAATATGCA +CAAGTTGTTAGCATAGAAAATATAGCAGAAAATGACTATAACTTAAATATAAGTAGATAT +GTTGACACTACAGAAGAAGAAGAAGAAGTTGATATAGCTAAAGCCATTGGAGATATTAGA +GTAATTAAAAATAAACTTAACTCAAACGAAGAAAAGTTAAACATATATCTAGAAGAATTA +GGATTTAAAAGTATATAA +>group_1576 +ATGATGGAACAAACAAAACAAAAAAACACATTTTTTTATGGCTGGCTAATAGTTGTAGGT +TGTATGCTTATCCAAGCCGTTCCATACTCATTAGCAGCTAATATTCAACCTGCATTTACA +AATTATGTAACTTCAGGAGAGGGCTTTACTTATACTCAATTTTCACTAATATTCACAATT +GGTACTATAGTATCTGCATTATGCTCTCCTTTTATCGGAAAATTATATTCCAGTCCTAGA +GCTAATATAAAATTACTATATGTACTAGGTGTTATTTTAGTAGGTGTTGGATTTGCATCT +ATGTCTTTAGCTGGAGGAAATATATTCGCTTATTATGCGCTATCTATATTAGTTCAGATA +GGTTCAGCTATAGTATCAGCGATAGGAGTTCCTACACTTATAAATAGTTGGTTTACAGAA +AATAAGGGTATTGCAATGGGTCTTGCCTTTTCTGGTGGAGGACTTGGTAATATGGTTCTT +CAACAATTTGCAGGTAAATGGCTATCTAATCCAGCAATTGGCTATAAAGGTGCTTATTTA +AGATTCGGATTATTAGCTATAATAGTCACATTACCAATAGCATTATTTGTAATGAGATTA +CCAAAGTCAAAATTTGAATTAGAAATGAATAAATCAAAGAAATCTAAAAAAACTTCTTCA +CAAAGCTCTAACTGGGGATATACTTTTGCTGAGGTTAGTAAAATTAAGTATTTCTGGATT +TTCGCAGTATCATTTGTATTTGTAGGATTGTATGTTGGTGGGATGGCACTACAATTTATA +CCATATTTACAATCATTAGAACAAGCTAAAGTATTTACTTTAGGTTCAGCTTTAGTTGCT +TCTTTATTCGGATTATTTTCAATATTTGGGAACCTTTGTGGAGGTGTTCTATTTGATAAG +CTTGGTATAACAAAATCGCTATTACTTGCTGGATTATTAGTTATAACCTGTGGTTTATCT +TTAATATTTATAGGTAAGATAAATGCACTTGGATTTGTATTTGCAGTTTGTCTAGGCATA +TCTATGTTTTCATATGTAATAGGACCATCTTATATGACTGGTGCTCTATTTGGTAACAAA +GAATTTGGTACTATATTAGGTATTGTACAAATATTCTTTGCTGTTGGATTTGGTTCAGGT +TCTACAGTATTTGGATTAATAGTTGATAAGTCCGGCTTTACAAATGCATGGATATCTACA +ATAATCTATGCTGTAATAGCTTATGCTGGATTATTATATTCTACTAGTTCGATAGTAAAA +ATGAACAAAAATAATAATGTAATTGAAACTAAAAAAATATCATAA +>group_1575 +ATGAAAAAATCAAATAATAATTTTCTAAAAAATATAAAAGATATATTACCTGGATTTATA +GTTTCTATATTAGTAGCATATGTAAGTATTCTTATTGCAAAATTTGTTCCAAAACTTGGA +GCAGCATCTATTGCTATATTCTTAGGTATGTTTGTAGGAAATGTGTTTTTAAATCAGAGT +ATATTCCAAAAGGGATATAAATTTTCAGAAACAGATTTATTATCATACTCAATAGTATTA +TTAGGTGCGACATTAAGTATATCTACTATATCTGAAATTGGGTTTTCTGGAGTAATATTT +ATAGTATTACAAATGGCAATTACAATAATAGGAGCTTTATATATCGGAAAAAAATTAGGT +TTTTCAGATAACTTTAGATATATGATGTCAAGTGGTAATGCAGTATGTGGATCTTCTGCA +ATAGCAGCAACATCACCAGTAATTGGAGCTGATGATAAGGAAAAAGGAATAGCAATAACT +ATTGTTAACGTAACTGGTATAGTCCTTATGTTCTTATTACCTATGATATCTCAATTTTTA +TATAATAATGAGCTTACTAAAACATCTGCTATGGTTGGAGGTATATTACAATCTGTAGGA +CAAGTTGTTGCTAGTGGTGCAATGGTAAATGAACATGTAAAAGATTTATCTACAATATTT +AAAATTGTACGTATAATATTTTTAGTTGTTGTCGTTTTCGTATTAGGTCACTTAAAACAT +AAATCAAATAAAGATATTATAGAAGAAGAAGTACAAGATATGAAAAAAGGAAAAATAAAA +GTTCCATGGTATGTAATAGGATTCTTCGTAACTTGTGCGTTATTCTCTTTAAATATAATC +AGCAATGATGTTTCAATTCTTTGCAAAGAAATAAGTAATAAATTTGAGATAATCGCTTTA +GCTGCTATCGGATTAAGAGTTAATGTAAAAGATTTAATTAAACAAGGAAAATCAGTATCT +CTGTATGGATTATTTATAGGGTTATTACAAATTGTCTCTGCAATAACTTTGATTGGAATA +TTATTATAA +>group_1578 +ATGAAAAATAAAAATAATAGTAAGAGAAGATACTTAATAGTATTCATTTGTATGTTAATT +CAAGCAATACCATATTGTATATCTCAAAATTTACAAAGTCAGATGCAAACACCAGTATCT +CAATCAGGTGTAGTAACAGAAGTAGGATTTACATTATTATACTTATCAGGAACAATTCCG +GCATTATTCAATCCTATAATAGCTAAAGTATATGATAAGTTAAAAATTAAATACATTTAT +GTAACAGGTTTAATAATAGGTGGTTTAGCATTCGCATCATACGGAATGGCTCAAAATGCA +GTAATGTTTAATGGAAGTGCATTCTTTACACAAATAGGAACAATATTATTCACAGGTTTA +TCATTACCAATAATGATGGATCATTGGTTCCCAGGTGAAGGTAAAGGTACAGCATTAGGT +ATAGCATTAGCAGGTGGATCATTAGGTAACGTATTCTTACAACCAATAACAGTTAATTTA +TTAGCTAACGTTGGATGGAGAGGAACATATATAGCATTAGGGGCAGCTATGATAATAATA +GGTGTGCCACTAGCATTAATATTCATAAGATTCCCAAGAAAAGAAGAAGTTGTAGTAGCA +ACATCATCTAATAAGTCAAATGCAAGACCAGCAAGAGCAAAATTTGATGGTTTATCAGAC +AAAGAAAATGATAAAAATCCAATGTTCTGGACTTTCTGTATAGGATGTGCATTAATATGT +TTTGCAGTTGTTGCAGTTTCTACACAAGCAATACCAGTATTAGGACAAAAAGGATTTGAA +CCAGGAAAATTAGGAATTGCAGGTTCAATATTTGGAGTAGCATGTTTAATAGGTAACGTA +GCAGGTGGTAAATTATTCGATAAACTAGGATCATTTGTTCCAATGGTTATATCAGGAATA +TCTACAATAGCAGCATTATTAATAATGGCATTTATGCCAGATGGAAGTACAATAGGATTC +TTAATACCTATATGTTCAGGATTAACTGTATATACAATAACATCAGCACCAGCATTTATG +CCAGCAGATGTATTTGGACAAAAAGATGGAACAATGAAATTAGCAAAAGTAGGTATGTTC +TATGCATTAGGTAGTTCAATATCAGCACTATTATTCACAACTATATCAAACAAATTAGGA +TTAACTAATTCATGTATGTTATTTATAGCTGTTGGTGCAGTAGGATATGGATTAAACTTA +TTTGCCCAAATAAAAACAAGAAAAATGTTCGCACAAAACTAA +>group_1577 +ATGAGAAAAATATACTTCAATGGAAACATTATAACAGTTAATGATAAACAACCTATAGTA +GATGCTGTTTTAGTTGAAAATGGTAAAATAGTAAAAGTAGGATTAAAAGAAGAAATACTA +AAATTAAAAAATGACGATATAGAACTAGTAGACTTAGATGGTAAAACAATGTTACCAGGT +TTTATAGATTCTCATGGTCATATAATTGCAGTAGCTCAGACTTTAATGATAGTAAATTTA +AGTGATGCAAATTCTAAAGAAGAATTTATAGAAATACTAAAAGATTATACTAAAAATAAT +CCACCTAAAAATGGAGAGTGGATTATAGGATTTGGTTACGATAACACAAGATATGAAAAT +GAAGAACACCCAACTAAATTTGACTTAGATTTAGTAAGTGAAGATACACCGATATTTATA +AGTCATGCATCTGGTCATATTGCAACTACAAACTCAAAGGCGTTAGAAGCCTTTGGGTAT +GTAGGTACAAGCTATGAAGTACCAGAAGGTGGAGTTGTTAGAACTGTAGAAGGATCAAAT +GAGCCAAATGGAATATTAGAAGAAAATGCTTGTTTATCTCCTGAAAAAAGAAAGGTAATT +CCTACACCATCAGTAGATACACTTTTAAGTTGTATAAAGAAAGCACAACAAATATATTCA +TCTTATGGATTAACAACAGCTCAGGATGCAAGTATAGATGAAAGTTTAAATCAACTTTTA +AACTTAGCAGCTCAAAAAAATGAATTAATAATAGATATCGTTGGTCAAGCTGTTCAACAT +ACAACATTAAAACTATTAAATAATGAAGGTACACCAAAGAGAAAGTACTATAATCATTAT +AAGTTATTAGGTGGAAAAACTTGGCTTGATGGCTCACCACAAGGAAAAACAGCTTGGTTA +ACTAAGCCATATTATGAAGTTCCAGAAGGTGAATCTAAAGATTACTGTGGGTATGCAACT +CAAGAAGATAAAGATGTAATAGAATATTTTAAATCTTTAATTGAGAATAATATACAAGTA +AATGTTCACTGTAATGGTGATGCGGCATCAGATCAATTTATAAGATGTTATAAAAACGCT +TTAGAGATGACAGATAATAAAACTGATTTAAGACCAGTAATGGTACATGCTCAAACAGTT +AGAGAAGATCAATTAGATGATATGAAGGAACTTGGTATAATACCTACATTCTTTTTAGAT +CATATATGGTTCTGGGGTGATTATCATTATGAATCAGTATTTGGACCAGAAAGAGCTAAT +AGAATTAGTCCAGCAAAATCTGCATTAAGAAGAAATATAAACTTTACATTACATCAAGAT +TCACCAGTAAAGATGCCAAATCAAATACTAGCAATGCATAATGCAGTTAATAGACAGACT +CAAAGTGGCAGAGTATTAGGCGATAATCAAAGATTATCTATTATGGAAGCGATAAAAGCT +TTAACAATAAATGCAGCATATCAGTATTTTGAAGAAGATGAAAAAGGATCTATAGAAGAA +GGTAAAGTTGCAGACTTTGTAATACTTGATAGAAATCCTTTAGATGTAAACTCATCTGAG +ATTAAAGAGATAAAAGTATTAGAAACAATAAAAGAAGGTAATACTATATATAAAAAATAG +>cmpR +ATGAATATTAGAAAATTAGAGATTTTTTATAAAACAGCTAAATGTTTAAATATGAGTCAA +GTGGCAAAAGATATGTATATTAGTCAACCATCAATAAGTCAAAGTATATCTGAAATCGAG +TCAGAAATTGATACGAAATTGTTTGATAGAATAGGTAAAAAACTGTATTTGACACATGAA +GGTAAAATTTTCTATGAATATGTAAGGAGAATATTAAACATTTATGAAGAAGGAATAAAT +GTAGTACGTTCATCTAAATCTAATAAAGGAAATTTAGTTATTGGTGCAAGTACAACTATA +GGTACATATATAATGCCTTATATAATACATAAATTTAATAAAAAAGAAAAAGATATTGAA +ATATCTATGATTATAGATAATAAGCATAATATAGAAGAACTTATATTAAATAATAAAGTA +GACATTGCATTTATAGAAGGCACAGTAAATTCAAAAGAAATAATATTAAAAGATATATGG +ACAGATGAGCTTGTATTTATAAGTTCAATAAATCATGAATGGAATGGAAAAAAATACTTA +GACATAGAGGATTTAAAAAATAATAAATTTATTATAAGGGAAGATGGCAGTGGAACAAGA +CAACGATTTGAAGGTTTTTTAGAAAATAATGATATTAAATTTAATTCATATATAGAATTA +AGTAATTTAGAGGCTATTTTAAATTATGTTAAATTAAATATAGGAGTAAGTTGTGTACCT +TATATGTCTGTTTTATCTGAAGAAAATTCAAAATCAATAAATGTATATAGGATAAAAGAT +CATAAGATTAATAGATCTTTATATAGTGCTATACACAAAGATAAGTATATTTCTAAACCT +ATAGAATGTTTTATGAAATTTTGTGAAAAAACAGATATTTTAAATAATAAATAA +>group_1579 +ATGAGAAAACATCGTAAACAAAATAAGAATTTTATAGTTGCAGCATTATATGTTATATCT +TTTATTACAGCTTTATATACATCAGTAACTATATATAATTCATATATATACATTTCGGGA +CTTGTAAATAACAAAGGTTTAGTTATAAGTAAACAGTTAATGGATGTTGTATCTTATTAT +ATAAATGCATCGTCGCCATATGCATTTTATACAATAGCTATTTGGGGTATAGGCTATATT +ATATATAAACTAGATAACTTAAAAATATATGAGAAAAATAGTGAAGATAATCAGGTAGAG +AAGGATATTACGATAGAAAAAGCTGAGCAAGATTTAGATTCTCTTATAAATGAATTGAAA +AGTGATAAATAA +>group_1581 +ATGGACGTACTAAAGAGAGCTTGGTTATATATAACTAGGAAGAAGAAGAAAAGTTTAATA +ATGCTATTTATATTATTTGCAATAGCTACAGCTATATTAAGTGGTATAGCAGTAAAAAAA +GCTACAAATATAGCAAAAGAGAATGCTACCTCAGGGTTAAGCAACTTCTTTAGTATAAAT +TCGAAAAGCATTTCAAGAAAAACTATAGAAGAGATATTAAAGATTAAAGATATTAAAAAC +TATAATGCATCAATAGATGGTGGAGGAAATATTGATGGGCTTAAAAAAGTAAAGCCAACT +AAAGAAGCACCATATGACTATGAAGGATTAGAAAAAGCTTTTAGAGCAACTGGAAATGAT +TATACAGAATCAGATCTTCAGTTTGTTAATAAGAGTATTAAATTAGTTGAAGGAAGGCAC +ATAAAGCCTGGAGATAAAGGCAAAGTGCTAGTACATAAGAGTTTAGCTAAACTTAATAAT +TTAAAGATAGGCGATAAATTAACTATAAATAAAATGTATGGAAGAGATAGTCATGCAGTT +CCAGGAAAAGGTAAAGATCAAATGACACTTGAAATTGTTGGTATATTTGATAATGTAATA +GAAGATGCAGAAAGAGAAGGGACTTATTTAGATTTAATAGAAAATTATTTATTAACTGAT +AATAATTCTATACAAGAGTTTTATGGATATACAGATAATGATGATGTATTTTATACAACA +AGTTTCTATGCAGATAAGAATACTAATATAGATTCTGTTATATCTAAGGTAAAACAATTA +CCTATAAACTTAAATGGTGCAAGAATCGACAAGAGCGGGGATATATTCCTTGCATTATCT +AAGTCATTTGAGACAATGGATAAAATAGTAAATATGATGTTAATCGGAAGTGCAGTAATT +GGTGTAGTTATATTATCACTAATATTAACATTCTGGATTCAAGGAAGAATTCATGAAACA +GGAATATTATTATCTATTGGAGTTTCAAAGTTTAAGATAATAGCACAATATATAAGCGAA +TTATTGATAATTAGTGTATTAGCATTTAGTTTATCATATTTCGCAGGACAATTAATAGCT +CAAAATGTTGGGGATTCATTAATGCAAAAGGCAGCAAATGAAACTGTACAAAGTATAAAA +CAAGAAGTTGGATTTGCTTTAGGAAATGACCCTGACACTAAGATGCTTACTTACACATCA +AAAGATATAGAAGTTAAAATAACCCCTAAAGAAATGGTATATGTATGGGCTGTAGGATCA +GCAGTTATAACTGCATCAGTAGCTATATCATCATTATCTATAATACGTTTGAAACCAAAA +GAAATATTATCTAAAATGAGTTAG +>group_445 +ATGTTTAAGAGATTTGAACTTCATAATCATACAAATGAATCAGATGGTAGTTTGTCTGTG +AATGAACTTATAAATCATATGATAGATAATAAAGTAGATGTGGTAGCAATTACAGATCAT +AATACAATTTCAGGTTATGAAAAATGTGAACAAATACTTAAAAATTCAAATTTTCCTATT +GAAGTTATATATGGTGTTGAGATTACTACTTATTATGGTCATATATTATGTTTGAATTTA +AAAGAGTATGTTAATTGGGAAGATATAAATTATCACAAGCCTGAGATTTTCTTTGAAAGA +ATAAGAAATCATGGTGGATTAGTTGGAATAGCGCATCCTTTTTCAAAAGGAGCACCATTT +GCAAAGGGGTGTAAATGGGAGATGGATATAAGTGATTATTTATTAGTTGATTTTATAGAA +ATATTTAATAATTCAGAGTCTATTTTAGTCAATGAAAAAGCATTAAACTTATGGGAGGAA +TTAGTTATAGGTGGAGAAAAATTAGCTATGACTACTGGAATGGATTTACATGGAAAAGGT +AACTTGAATGAAGGGTTTTATACATATATTAAGGTTTATGAAAATGAAGGTGTAGATAAG +GCATTAGAAAAAGCTATTAAAAATTGTAAGACTTTTGTAAGTAAAATAGATGTATTTGAA +GGATATATAGATGGTGGTTTAAGGTTTAGATTTTATAATATAGGAAAAGATTATAATAAA +GAAAACTTAGTTATAAGTATTACTTCTAAGAATTTTAGTTTATGTAAAAAGTATGAAAAG +GATATGGTTATTGATCTGAGTAATAGATGTATAGAGTATGGTGATGCTATTGTAGTTAAG +GTTTATGAGAATAAGGTTGGTATAGAAAATTTATTAGCTATTTCTCCTGTGATTTATTAT +TAG +>gmuF +ATGAGTAAAATATTAAAATTGAATCCATTTTATAGTGAAAAGATATGGGGTTATGAGAAT +TGGAATCTATCAACTCATAAAAATGGTCACTGTACTATAGAAAACAGCAAAGAAACTTTA +TTAGATAATGTAGGAAGGGAGCTACCTATTCTTGTAAAGGTAATTCAAGCTAATGATACA +TTATCAGTACAAGTTCATCCAGGTGATGAATTTGCTAGAAAGTATGATAATGATAATGGT +AAGACTGAGTGCTGGTATATACTAGATGCAAAAGATGATGCATCTCTTATTTGTGGTATA +AATAAAGGACATGATAAAGAGAGTTTTTCTAAGGTTATAGAAGATGGAGACATAGAAAAT +CATCTTAAGAGAATTAGTGTAAAGCCAGGGGATATGATATACATACCAGTTGGAACAGTA +CATGCTATAGAAGGTGGGCTTAAGTTAGTTGAAGTTCAACAAAGTAGTGATGTTACATAT +AGAATGTACGACTGGGGAAGAGATAGAGAGATGCATATTGAAAAGTCTTTAGAAGTTATT +GATTATGAAGGAGAAAATAAAGGTGGAAAGATAGAGAACTTTAGTAAGCTTGAAACACCT +TATTTTACTGTAGAGAAGATAAATGTAGATTCTACTTATGAAGATATAGTAGATGAAGAT +TTTCATTCTTACACTGTTGTAGATGGTAGTGGCAGTATAATTAGCGAAAATCAAGTGATA +GATTTAGCTAAGGAAGATACTATATACATTCCAAGTGGAGTACAGTATACTATAAGTGGA +AATATAGATTTACTAAAGAGTTATGTATGA +>rfbM +ATGAAAGTATACAATGTAATAATGGCTGGAGGAGGCGGAACTCGCTTCTGGCCATTAAGT +AGACAAGAACATCCAAAGCAATTACTTAATTTAAGTGGAGAAGATGCTCTTATAAATGAG +ACTATAAAAAGAATAAATAGATTGTCTAAGAAAGAAAACTTATTCATTGTTACTAATGAA +AAACAAATGAACTTACTAAAATCTACTGTTGGTGAAATGTGTGACCACTCGAATATTTTA +CCAGAACCTAGTGCTAGAAATACAGCTGCTGCTATAGGATATGCTGCTTTTAACATAATG +AAAAAATATGGTGATGGAATTATGTGCGTATATCCAGCAGATCACTATATAAAAAATGAG +TTAGAGTTTACAAATGTATTAAATAAAGCTATAAAGATAGCTAAAGAACATGAAAAGTTA +GTAACTATAGGAATAGAGCCAACATTTCCATCTACAGGATATGGATATATTAACTTTGAT +AAAGAACAAGGATATAGTGATATAGCTTATGATGTAGTGGAGTTTATAGAAAAGCCTAAC +TATGATAAAGCAAAATATTATGTTGAGTCAGGAAAGTATGTTTGGAATAGTGGGATGTTT +GTCTGGAAAGTTTCTAAAATACTGGAAGATTTTAAGAGATATCTTCCTAAAGTGTATGAT +AGATTAGAGGAATTATCTGATTTTATGGATACTGATATGGAGATAGAAAAACTTAAAGAA +ATATACCCTACCATACCATCTATATCTATAGATTATGGTGTTATGGAAAGAAGTAATGAA +GTTGTAGTAGTTCCTGGTGATTTTGGTTGGAATGATGTTGGATCTTGGGACGTGTTAGGT +GCGATATATCCTACTGATAAAGAAGGTAATATAAAAAGAGGTGAAACAATATCTGTAGAT +ACTAATGATTGTATTGTGTACTCTAATGATAAACTTATAGCTACAGTTGGAGTTAATGAT +TTGATTGTAGTATCAACAGAAGATGCTGTAATGGTTTGCAATAAAGATAAAGCTCAAGAT +GTAAAAAAAATAGTAGAAAAATTAAAAGAAAAAGATCATAATATGTATTTATAA +>group_1583 +ATGAATTATAGAGAGATATATAACCAATGGATTAATAATAATTATTTTGACAAAGCAACA +AAGGAAGAACTTATAAGCATAAAAGATGATGATAAGGAAATAAAAGATAGGTTTTATAAA +AACTTAGAATTTGGTACTGGAGGACTAAGGGGAGTAATAGGAGCTGGTACTAATAGAATA +AACATTTACACAGTAAGAAGAGCAACATTTGGACTTGCAAACTACATAATAAAAAAATGC +AAACAAGAAGGCAAAGAAAAAGGTGTAGTAATAGCACATGATAGTAGGTTTATGTCTAGA +GAATTTTGCTTAGAAACAGCAAAAACACTAGCAGCATGTGGAATAAAAGCTTATATATTT +GATGACTTAAGAACAACACCACAACTTTCATTTGCGGTTAGATATTTAAATGCAACAGCA +GGAGTAGTTATAACAGCAAGTCACAACCCACCAGAATACAACGGATACAAAGTATACTGG +ACTGATGGAGGACAAGTTTGCCCTAATATAGCAGAAGAAATAATAACTGAAGTTAATAAA +ATAGAAGACTATGCAAGTATACCTACTACAAATGAAAATAATTCTTTAATAGTTATGCTA +AATGAAGAATGTGATAATGCATTTGTAGAAGCTGTAAAAAAACAAGTAATAAGACAAGAT +ATAATAGATAAAGTTGGTAAAGAAATGAAGATAATCTTCACTCCTATACACGGAACAGGA +AACTTACCAATAAGAAAAGCTTTAAAAGAAGTTGGATTTGAAAAAGTTCAAGTAGTAAAA +GAACAAGAAATGCCAGATAGTAACTTCTCAACAGTTGAGTATCCTAATCCAGAAGAAAAA +GCAGTCTTTGATATAGCTATAGAAATGGCTAAAAAAGATGGCGCTGATTTAATAATAGGA +ACAGATCCAGACTGTGATAGAGTTGGAGTTGTTGTAAAAAACACTGAAGGAGAATATGTG +GTTCTTAATGGGAACCAAGTAGGATCACTTTTAGTTGATTATGTACTAACTCAAAGAAAA +GATGAGTTAAAGAATATGAAAAATCCAACTATAATAAAAACAATAGTAACATCAGAACTA +GGAGCAATAATAGCAAAAAGCTTTGGAGTAGATTGTTTAAATACTTTAACTGGATTTAAA +TTTATCGGAGAAAAGATAAATAACTTCGAAGAAAATCAAGATAGAACCTTCATAATGGGA +TACGAAGAAAGTTATGGATACCTTGTTGGAACTCATGCTAGAGATAAGGATGGAGTAGTA +TCAGCACTACTTATATCTGAAATGGCAGCATTTTATTATGATAAGGGAATGACTTTATAC +GAAGGATTAGAGGAAGTTTATAAAAAGTATGGATATTATAAAGAAGAGTTAGTATCTATG +ACTTTAAAAGGTATAGATGGAATGGAAAAGATAAAGTATATGATGGCTAACTTTAGAAAT +TCTAATATACAAGAAATAGCTAATATAAAAGTAGAAAAAATAAATGACTACAAACTAGGA +ATAGAAAATTTACCTAAGTCAGATGTTCTTAAGTTTATATTAGAAGATGGAAGCTGGATA +GCAGTTAGACCATCTGGAACAGAGCCAAAGATTAAGTTCTACTTTGGATGCAATGGAGAA +GAAAAAATCGACGTTGATAATAAATTAGAAGAAATTATAAAGGAAATAGTTAACTATGTT +GACTCTATATAA +>lnpD +ATGAAAGTATTAGTAACTGGTGGAGCAGGATATATCGGGAGTCATACCGTAATTCAATTG +TTAGAAAACAATAAAGAAGTAGTTATAGTAGATAACTTTTCTAACAGTAATCCTATAGTT +TTAGATAGGATAAAAGAAATAACAAATAAAGATTTTAAATTTTATGAAATAGATACAACA +AATCAAGAAGAATTAGAAATTGTATTTAAAGAAAATGAAATAGACTCAGTAATACACTTT +GCAGCATATAAGGCAGTAGGGGAATCAGTAGCAAAGCCATTAGAATATTATACAAATAAT +ATTGTAAATACTTTAAGTATATTAAATTTAATGAAAAAATATGATGTTAAGAAGTTTGTA +TTTAGTTCATCAGCAACAGTGTATGGAGATCCTCATACATGTCCAATAACAGAAGATTTT +CCACTAAGCACAACAAATCCATATGGTGCAACAAAGCTAATGATAGAAGACATGTTAAGA +GATATAGCAAAATCAGATAAAAGCTTTAACATAGCTATACTTAGATACTTTAATCCAGTA +GGAGCACATAGTAGTGGAATTATAGGAGAAGACCCTAATGATATTCCAAATAACTTAATG +CCTTATGTATCACAAGTTGCAGTAGGTAAGTTAAAGGAGTTAAGTGTATTTGGAAATGAT +TATAATACATCTGATGGAACTGGAGTTAGAGATTATATACATGTAGTAGATTTAGCTAAT +GGTCATCTTAAGGCTCTTGATAAATTAGATACTAACTGTGGACTTGTAACTTATAATTTA +GGTACAGGAAATGGATACAGTGTTTTAGATATGGTAAAGGCATTTAGTGATGCTAGTGGT +AAAGATGTTGCTTATAAAATAATAGATAGGAGACCAGGAGATGTGGCTATGTGTTATGCA +GATCCAAGTAAGGCTAATAAAGAACTTGGATGGAAAGCCAAGTATGGAATAAAAGAAATG +TGTGAAGATGCATGGAGATGGCAAAGTAATAATCCGAATGGATATTGTGAGAAAGTTGAA +GCTAGAATATAA +>cysE_1 +ATGAGCAAAAAAGAAATAAAACAATATATATTAGAAGATTTTTATAGATATTATGGAAAA +CAAACTAATAAAAAAACTTATTTAAGATATGCATATACTTATCCCAATATTGCGTTCACA +AGAAATTTAAGACTTGCTAAGTATTATCAAGATAAAAATATATTAAAATACATATGGTAT +AAATTAAGGCATAGAAAATTATTTTATAAATATAGTTTTCAAATACCATTTGAAACTAAT +ATAGGTAGAGGATTTTACCTAGCGCATTTTGGAAATATAATAATAAACCAATCATCAATA +ATAGGAAACAATGTGAGCATAGCACAAGGTGTAACTATAGGAAAAACAAATAGAGGAAAA +AAGGCTGGTTGTCCAAGAATTGGTGATAATGTATGGATAGGAGCAAATGCAGTGATAGTA +GGTAATATAACTATTGGAAATAATGTACTTATAGCGCCACTATCATATGTAAATGTAGAT +ATACCAAGCAATTCTATAGTCATAGGAAATCCCGCAAAAATAATACCTAAAGAAAATGCA +ACACAAGGATATATAGAAAATGCTATAAATATATAA +>group_1585 +GTGAGATTTACGAAGAAAAGTAAAAAATATACATTAATTATAGTATTAGTTTTAGTTGTA +CTGATTTTGTATAATGTTATAGATAATAATAGAATTAGAGTTGTAGAAGATGTAGTAAGT +ATAAAGAACTTACCATCAAACTTTGAAGGATTTACGATACTTCATATAACAGACTTACAT +GGGAAAGAGTTTGGAAAAAATCAATCAAAACTTACATATAAAATAAATAATATTGACTAT +GATATGATTGCTATAACTGGAGATATGAAAGATATTCATTCAGATAATATAGATCCATTC +TTAGATATAATGAAAAATATAAATAATAAAGAGTATATATTCTATGTTCCTGGAAATACA +GATTTAGATTCTTTTAATAAAGAAATAGAAGCAAGTGGGGTTAATATACTAGAAAAAACA +TATGAAATAAATAGGGATGGACAAGTTATAGAAATTGATAAACTAGATGTAACCAAAGTA +GAAGATGACAGTGATAAGGTAAGAATAGGATTATTCCATTATCCTATGACATTAGATGAT +TATAACAAAGATGAGTATGATTTAATACTAAGTGGACATTATCATGGAGGTCAAGTTAGG +GTTCCTTTTTATGGAGCATTATTTATACCTCATGTTAATGGAGGCAAATTCTTTCCATCA +CAGGATGAAGTTAGTGGATTAAAAGATTATAAACTTTTTAAACAATATACAAGTAGAGGA +TTAGGGGCTAATTCAGCTTGGAAATTATTAAAATTTAGATTATTTAATACTCCCGAAATC +AATGTAATAAGATTAGTTAATGATGAAAAGTAG +>group_136 +ATGAATTTAAAAAAAGTTATTAAAGTATCTTCAATAATTATATTAATAATAGTTTCTATT +GCTTTTATAGCGCTTAAAAGCATAGGATTTCAATTTGCAGGCCCTGATACAAAAGCTAAA +GTTTTGATTATTGAAGATAAAAACGAAAAAAAATAA +>group_153 +ATGTTTAAAAAAATACTTGTATTATCATTAATCATGTCATTTATAGGGTTAGGTTCGCTG +AATGTTAACGCAAATGAGCTTATTATTGAAGATGGCGAAAATTTTTGTTATGAAGTAGAT +CTAAGAGGAACAGGTATAACTATGGACAAGATAAAACAGATGTCATTAGGGGAATATTAT +AGGACAATTTTTCCTGAAGCTTGGGATAAATTTACAGAAGAAGAGAAAGAAGAATATAAT +AGTATGCCATATCCAGATGACATAGAAAATAGGTCATCAGTAAATATCGGAACATATTAC +CTAGGAGTATCAACGCTTCAAAAAACAAGTAAGTATGTAACGGCAGAAACAACTTCGATG +AAAAAACTTCTAAGTACAAAGCCTAATGCAAAATCCATAAAGCACTCAATGATTATAGCT +GATGAAAAGGGTCATGGTGTGGCTGGACAAATAAGTAGTACATCAAAAAATACACAAAAA +TACTATACATCTTTAAATAAAGCGACATCAACGTTTACTAAAGGTAAAAAATATAGAGCA +GAAACAGTTCATACAATTAGTGTTCCTGAGGGAGTTAATGCAATAACAGTTTCAAATACT +AGTAGGTCTGCCTGGATGACAATAAAGTAA +>group_1099 +ATGAAAGCTATGATAGAATTAAGAGAAGAATTAAAAGACTATGTAACTTTACAAATAGTT +GCTTTTCCACAAGAAGGTATACTTTCATATCCTAATGGGCTTGAACTGTTAGAGGAATCA +TTAAAGCTTGGAGCAGATGTAGTAGGATCTATCCCTCACTTTAAATTTACAAGGGAGTAT +GGAGTAGAAAGTATAAATAAGATGATTGAACTTGCTAAAAAGTATGATGTATTAGTAGAT +GTTCACTGTGATGAAATAGATGATTAA +>group_736 +TTGAGCTGTATGGAGCTGATGGCACTTCCTATTATAGCAATTTGTATTTGTATTGCACCT +ATGTTTTCTGGAGAATATCAATCTGGTGCAGATAATATAATACTATCTTCTAGGTATGGA +AAGTCAAAATTAGTAGTAGCAAAAATATTATCATCATTTATTTTCGCATTTATAGTATAT +ACAATAAATATTTTTGTAGGACTAGGAATAGTATTATTCTCATTTGGAATAGATGGTTGG +AGCTTACCAATACAAATTATAAATTCAACAACACCATATGCTTTAACATTTTTACAGGCA +ACTAGTATTTGTATTTTAACTATATATTTAGTAATGTTTGCAATGGTGTCCATTACATTA +TTATTATCAGCAAAACTTAAAACTGCATTTTCAGTTCTAATAATTATGATTTGTATAATA +ATGATGCCATTATTCTTTAATATTAGTGAAACTAATGGTGTTTGGAACCATATCGATATT +ATACTCCCTTATATATCATGCCAATCTGTATTTGGCAGTGATTTTAATAATTATTTCTCA +TATCCATTACCAGGGTTTACAATGGATATACTTACGATGAGAATAGTAATTTACTTAATA +ATAACGGCTATTTGTATACCTTTTGCGTATCGTACTTTCAAAAAACATCAAGTAGCATAA +>group_1072 +ATGAAAGAATGCATGGAGTGTGGCTATAAATTTACATTTTCAGATAGGTTAAAAATGTTT +TTCAATTTAAAAGGAAATATAACTTGTCATAAATGTAAATCAGTATATAGGGAAAAATTT +AATTTTTATAGGGGTATTTATTACGGTTTAATTACTTTTGTATCTATGATGATTTTTTTT +GAAATTAATTTGAATAATTATATACTAAAATGGATATTATATGGGATTACAAACTTTATA +ATATCGAGTTTATTTGATATTATACCTCATAGGCTACATAAGTACAAAAAAGTTAATTAA +>group_1070 +ATGAAAAAAATAGGACTTAGAACAATAAAAACAGGAATAGCTGTGTTTTTAGCAACACTA +GCTGGATATTATGGCTTAGTTGAAACCCCAGTATATACAGTATCTGTTTGTATATTTTCT +ATAAAAAATACAATGAAAAGCTCTATATCAGATGCTAGGTCACGTATAGTAGGAACTTTA +TTAGGAGGTTTTATAGGATATATATTTGCTCTTTTAACTCATGGAGAAATTATTTCTACT +GCCATTGGTGTTGTTCTTATTATACATCTATGTAATTTATTTAAAATATCTGATTCAGCT +GGTATTGCATCGGTAACATTTACAGCAATACTTATTGGAATTGGACAGAATGATCCTCTA +ACCTACTCTATATTCCGTACTATTGATACTTTGATAGGTTTATTAATAGCCCTAGCAGTT +AATTATGGAGTAAGCCGTCATAATCATCTAAAATATATTTCTTCAGCTTTTAATTCAGTC +CATATTGATTGTATAGATCTTGTATCTGATATGGTAGTAAAAAATGATTTTAGTGAATAT +CCTAAGTATGAAGAATTATTTGATGATTTAAAAAATTATTATAATCAACTTTTGGATGAG +ATTACATATGTTAATAAAGATGCTTACTATAATGATGTTAAGGAGTATTTTAGTATTTTT +GAACAATTGCTTCATCATGTTCATGGCTTATATTTACTTGAGAATAATTCCTTAGATAAA +TCAAATTGGTCTGAAGATGCTATCTATAAATATCATCTAGATAGTATTTCTCAACTTTTA +TCTATGTCTTTACTTACAGAACTTAATTTTGATTTAATCCTCGACTTATAA +>dadD +ATGTTAGAAAGTCTAGGAAAAATAGCAGATGAATATAACTTAAAAGTCCAATCACACCTT +TCTGAAAATCAAGGAGAGATCGATTGGGTATCAGAACTTCATCCTAAAGTAAATGGATAT +GCAAATGTATATAATTCTTTTGATTTATTAAGGCCTAAAAATACCATAATGGCTCATTGC +ATATACAGTGATGAAAGTGAAATTAACCTGTTAAAAGAAAATGATGTATTTGTATCACAT +AAATATAAAAAAGATATATGTAAGTGGAAATAA +>dinF +ATGACTAATGACATGACAAAGGGAAGTCCCCTTAAAATTTTTATATTATTTTCAATACCA +TTATTAATAGGTAATATATTCCAACAATTATATAGTATGGTAGATACTATAATTGTTGGT +AGATTTGTAGGAGTTGATGCGCTTGCGGCAGTAGGTTCTACAGGTTCAATGTTTTTCTTA +GTAAATGGTATGATACTTGGACTTACAAGTGGATTTTCAGTTTTAGTTTCTCAAAAATTT +GGAGCTAAAGATGAAGAAGGAGTTAAAAAATCTGTAGCTAGTAACATTACATTAACAATA +ATTTCAACAATTATAATTACAGTAGTTGCTTTATTGTTAAAAAATGCTGTACTTAAGCTT +ATGAATACTCCAGAAAATATTTTTAATGATTCAAACACATATATAACTATAATCTATGCA +GGAATATTTACTCAAACAGCGTATAATATGGCTGCAGGTATATTAAGAGCATTAGGAGAT +AGTAAAACTCCATTATACTTCTTAATAGTATCTTCAATACTTAATATAGTTTTGGACTTA +GTATTTATAGTTAACTTCAAAATGGGTGTTGCAGGTGCTGCATATGCTACTAATATAGCT +CAAGGTCTTTCTGCAGTATTATGTGTAATTTATAGTTATAAGAAATTTAAAGTTCTAAGA +CTTAAAAAAGAGGATTTTAAAGTAGAAAAAAGTTATTATAAGGATCATTTAAAAATTGCT +ATACCTATGGGATTACAGTTCTCGGTAACTGCAGTTGGAGTAATAATAATTCAAAGTGCA +GTAAATGTTTTTGGTTCAACTGTAATAGCATCATTTACAGCATCATCAAAAGTGCTACAA +TTAGTTATGCAGCCATTAATATCATATGGAGTTACAATAGCAACTTATGCAGGTCAAAAC +TTAGGTGCTCAGAAATTTGATCGTATAGTAAATGGAATGAAGATAATGAATTATATTTCT +ATAGTGACTAGTTTAATTGCAGGAGCGGTCTTAGTATTCTTTGGAAAATACTTTGTAATG +TTATTTGTAGAAAATCCAACTGCTGAAATGATTGGATATACACAAGAAGTATTGAATTAT +GCAGCAGTATTTATGATATTCTTAGGAGCTATATTTATATATAGAAATGTACTTCAAGGT +ATGGGTGAATCATTTGTACCAATGATGGCTGGTGTATATGAATTAGTTGCAAGAAGTATA +GTTGCATTTACATTACCAAAATATATTGGATTTACAGGAATATGCTTATCAGATCCAATT +GCATGGATAGCAGCAGCAGTTCCTTTAGTAATAGCTTATAATATTAAGATTAAAAAAATA +ACAGAAGAAAAAGAAGGTATTGCTATATAG +>group_760 +ATGGCTGGAAATATATTTGGGAAAATGGCAGCAGATACATTAGGATTATCTGATATAGGG +AAAATTATATCACCACAAGACTTTAATAAAGTTGATGGAGACGATTATATAATGCACGAA +GATGGAGAAAAAATATACTTCGTAATAAAATCGAAAACAGATGAATATGTATTTACAAAC +TTAGGGCTAATTCATGTAGATGGTGAAAGTGCAGTAAGTAAAAAAAGAGTAGTAAAAAGA +CATGAGTTTTACTCTGAGAATGTTCATTCAGTTACATTAGAAACTGCTGGAACAGTGGAT +TTAGATGTAGAAATAAAATTTAGCTTTGGTAGTAACTCATTCAGTATAGATGTTGATAAA +AAACAAATTGAGCAGTTAAAAGATTTATATAAGGCTCTATTTGAAATAGGTAAAATGCAA +CATAAGAATAATAAATCTTATGAAAATGCAATAAATAGCTTAAATATGGCTAATGAAGCT +ATAAGTAAAAGTAGAATAGAAGGAAATGTGGCTCTAACTCTTGAAGATATTACTAAGTTT +AACTTTGGTTGGATGAATAATATGAAAGATAAATTTAGTAATAAGGATTTTGGACAAGTA +TTTGAGAAATATATAAATAATTAA +>group_644 +ATGTTTTGGAATAGGCGATTACTTTATAAGGGAACATCTAAGAAAAGATATGATGAAATA +ATAAATATATTAGAGTTAAATAATATAAAATATGATTTTAAAATTGAAAATAAGAATAAA +GATAAGGGTCCCTTAATAGACAAAATGATTACAGGTACTATATTATCAAAACCAGAAGAC +TTCTCTAATGAATATAGTATTTTTATTAATAAGGAATACTATGAATTAGCTACTTACTTA +ATAAACAATTAA +>ugpC +ATGGCAAAAATTGAATTGAAACATTTATTTAAGGATTATGTACCAGGAATTCACTCAGTG +ACTGATGTTAATATGGTTATTGATAATGAGGATTTTATAGTTTTAGTTGGTCCATCAGGA +TGTGGTAAATCTACAACTCTAAGAATGATTGCAGGACTTGAAGATATTACTTCAGGTGAA +ATTTTAATAGATGGGAAAGTAATAAACAGCCTGCATCCAAAAGACAGAGACATAGCTATG +GTTTTTCAAAATTATGCTCTTTATCCGCATATGTCAGTATATGATAATATGGCTTTTGGA +CTTAAAGTTAAAAAGATTTCAAGAGAAGATATTGATAAAAGAGTAAAAGAAGCTGCAGAA +ATTTTAGGACTTAAAGAGCTTTTAGAAAGAAAACCAAAGGATTTATCAGGAGGTCAAAGA +CAAAGGGTAGCCCTAGGTCGTGCAATAGTTCGTGAAGCAAAGGTATTTTTAATGGATGAG +CCTTTATCTAATTTAGATGCAAGACTTAGATTTCAAACTAGAGCAGAGATTACAAAGTTA +CATAAAAAGTTAAAAGCCACAATGATTTATGTAACTCATGACCAAACGGAAGCTATGACT +ATGGCTACAAAGATTGTAGTTATGAAAGATGGATTTGTTCAACAAATTGGTACTCCAAAG +GAAATATACCTTAAGCCGATAAATCATTTTGTTGCAAAGTTTATGGGTTCACCATCGATG +AACTTTTTAAAAATGAACTTATCACATCAAGGATTAAAACTTGGGAAAAGAATATTTGGA +ATTCCTTATGATATAAAAGAAGAACTTATATCTAAGGGATATATGGATAAAGATATTTTA +GTTGGTATTAGACCTGAACATATTTATATGACAAGTAAAAATAAGCTTAAAAATAATGAG +TATCAGTTTAATACTCAAGTTGATATATCAGAACTAACAGGGTCAGAAACGTTAGTCCAT +TTTACATTAGGGGAAGATTCATTAATTGCAAAATTAAATACTATGGATGATTTTAAAAGT +GGAGATGATATTTCTTTAGTATTTGACTTTGATAAAATTCATTTCTTTGATGTAAATACA +CAAAGAAGAATTGAGTTAGATGTAGAAGGCTTTTTCTTTAAAGAAGCTTAA +>yteP_1 +ATGGAAAATTCTATATATTTTGAAGATATAGAAAAACATTATAATCCAGTAAAATCTAAA +ACTTGGGAATTAATAAAACAGCATAAGACATTTTATATTATGCTAGCGCCATGTTTATTA +TTTTTCTTGATCTTTTCATATCTACCAATGTCAGGTATGATACTTGCATTTAAAGAGTAT +GGATTTAATACTGGAATATTTGGAGGAGACTTTGTAGGACTGAAATATTTTATACAGTTC +TTTGAAGATCCAAGAAGTTTACTTTACATAAAAAATACTTTAATAATAAGCTTTTTAAAG +TTATTTGTATATTTACCATTTCCAATACTTTTAGCACTTATGTTTAACGAAATAAAAAAT +AAAAAAGTGAGAAGTTTATGCCAAAGTATTTCATATCTCCCATACTTTTTATCTTGGGTA +GTTGTTGTAGGTCTTACTCAAAGAATACTTGCACCAAATACTGGACTTTTAAATCAAGTT +ATATCATCTATGGGAGGGGATGGAAGTAGATTTTTCTTAATGGAAGAAGGTACATTTTTT +CCAATAGTATTTTTAAGTTATATGTGGAAAAATATAGGGTGGGATTCAATAATATACTTT +TCAGCAATAGTTGCCATAGCCCCATCTTTATATGAAGCGGCAGCAATTGATGGCGCCAAC +AGGTTTAAGCAAATTTTAAATATTACAATACCAGGAATAAGTTCAACAATAATAATTTTA +TTTATATTATCACTAGGAGGTATACTTGCAGCAGGTTTTGACCAAGTATATCTACTTCAA +ACGCCAGGAAATGCTAATTTAGCTGAAACAATTGATACATATATAGTAAGAACGGGTCTT +TTAGGAGGTCAATTTGGATATGCAACAGCCGTTGGTCTTATGCAAGGGGGCGTTGGATTA +ATATTAACAATTATAGTAAATAAAATTTCAAGTAAAAAATTTGGGACTTCACTTTGGTAG +>group_1588 +ATGAAATTTAAAAAGATAGCAAAAATTATGACTGTAGTAATGCTTTGTACTTCAATGTTA +ACAGGATGCAGTTCTACTAAAGGTAGCTATGGAGAAAAGCCAGAAGATGCACCAGATACA +TGGATAGCAGATAGGACTATAACAGGTTTAGTTTTCCAGTCAGCGGGAGATGCATCAGTT +GAAATTAATCCAGAAATTCAAGATTACATAAAAGAAAAAACTGGTATAACATTAGAACTT +CAAGGTATAACAGCAGAAGATACTCAAGGTGCATTAGCATCAGGTCTTGCTGCTGGAAAT +TTACCAGACTTTATAGCTTATTATTTAGATAACAGTGGTCGTCCAGAAATGCCAATGTTA +CTTAAAGCTGCAAATGAAGGACAGTTTGTAGATTTAAAACCATTTATGGAAAAGTCAAAA +ATTTATTCTAAATACTTACAGGAAGATTATCTTCCACAAGATACTAGAGATAATATAATG +TTTAGAGATGAATGGAACGGAGCATCTTATTTAGTTCATATGGCAATAAATAGAAATCCA +GGGCAAGTTAGTAAAAAATATGTAGGTGGAACGTATATTAAAAAATCAATAGCAGACGAA +TTAGGTATAGATCCACTAGAGATAGATACAAGTGAAGAAATTTATGAAGTAGCTAAACAA +ATAAAAGATAAAAACTTTGCTGATGATAATGGTGCACCAGTTACTCCAATAGGTCCTACA +GCATGGGGTGGAAGAGATGGAGATTATTTATATAATGATATTGTATGGACTGGAGACTCG +GCAGAAAAATTTTTTAAAGATGAAAGTGGTCAAATAAAACATGAATCCCAAACTGATTAT +GGATTAAAGAGAGTGGAATATGTTCAAAAATTATTAAAAGAAAATTTAATGCATCCAGAG +TATTACACTATGAATGAAACAAGAGCAAAAGAAGGTATTGTTAATGGTTCATTTGGTATA +GTTTCAGATATGCATAACTATTTAACAGAAAATAATGATATGGGATATATTCCATTAGGT +CCTGTAAATAGAGTTGATGGAACTAATAATAAAATAATGCAGTATAAATCAGGATCTGCT +GGTTGGGCAATACCATCAACTACTAAAAATCCAGAAGAAGTATTTAAATTTGCTGATTGG +TTAGCATCAAGGGAAGGTAAACTTCTTTATTTCTATGGTCTTGAAGGAAGAGATTATGAT +TTAGATGCAAATGGAAATCCAGTTGTTAAAAAAGAAGTATTAGAACTTAAAGAGAAGAAT +CCAGAAGAAGCTAAAAAGCTTGGATTTAGAGGGGTTGGTTCTTATTGGGGAGAACATTTA +GGATTTACTGATATTGACAACGAGGCAGACTTTGGTGAAGTAGAATGGGGAGAATCAGTA +GTTAATGAAGATTCATCAGCAGCAACAAAAATAATTGAAATGTATAAATATGATGAAAAA +GTTAAAGAAGCAACTATAGTAGATGGAATGACTCCAAAATCATTCTTATATGAGTTTGAT +AAAGGTGAAGGTAAGCTTGATTCTGCTTTAAGTAGATACAATGAAGATATGCAAAGGGCT +TACTATGCAAAATCAATTGATGAAGCTAAAAAGATATTAGGTGAAAGCAAGAAGAATTTA +GAGGAGAATGGACTTAATGAGTTTTGTGATTTATTAGAGAAAAAAGAACGTGAAGGAATA +ACTATAAGATATTAA +>araQ_4 +ATGACTAAAAGTATGGAAGGTTCAAAGATATCTAGAATTATTAACTTAAGTCTGATAATA +GTTTTATGCTTAACTATAATAATTCCATTTATGCATATACTTGCACTATCTTTCAATAGT +GGAGTTGATGCTCAAAGAGGTGGAGTAACACTTTTTCCAAGAGTATTTAGTATGGATAAC +TATTTAGAAGTATTTAAACAAGACAATTTACTAAATGGTTTATTTATATCAATATTTAGA +ACGGTAACAGGAACTATACTAGGAGTAAGTTTAATGTCAATGGCGGCATATGCTCTTACT +ATTAAAACACTTCCAGGAAGAAAGTTTATTTCTTTTTTTATATTTTTTACAATGTTATTT +AGTGGAGGAACGATACCTTACTACTTAGTTTTAAATAAATTAGGACTAACAGAAACTATA +TGGGTTTATATTCTGCCTACTTTGTACAGTGTAACTAATATACTTTTACTTAGAACATCA +TTTAATCAACTACCAAGCAGTGTTATAGAAGCTGCTAGAATAGATGGTTATGGTGAGTTT +ACTATATTTACAAAAATTGTAGTTCCTATGAGTAAGCCAGTATTAGCAACTATTACACTT +TTTACAGCAGTAGGTCACTGGAATGATTGGTATTCAGGAACCTTCTATGTAAGAAGTGAA +AAATTAAAACCACTAGCAACTCTACTTCAAGAAATGCTTACAAGACAAAATGCACTTTCA +GATATATTACTTAAATCATCTGGAAGTCAAGCTTATGAAATGCTAGATAAAGTAACAATA +ACTGGTGAAAGTTTACAAATGGCAACAATTATGATAGTAATATTACCGATGGTTATAATG +TATCCATTTATTCAAAAATATTTTGTTCAAGGTATAACAGTAGGTTCGATTAAAGAATAG +>group_214 +ATGTACAATTCAGTTAATACTTTAATAGATAAAGTTAAAGAACAGTTTAAAGATGATGTG +AAAATTGGAGAAATGTTTGAAAAATGTTTCTTAAATACTATAAATACTACAATAAAGAGA +ATGGATGATGGAACAAGTTATGTATTAACTGGAGATATACCAGCAATGTGGCTAAGAGAT +TCAGTTTGCCAAGTAAGGCCATACTTAGTTCTTGCAAAAGAAGATAATGAAATAGCCGAT +ATGATAGAAGGACTAGTGGAAAGGCAGTTTAGATATATACAAATAGATCCTTATGCTAAT +GCATTTAATGAAGTAGCTAATAATATGGGACATCAAAGTGATTTGACAGATATGAAACCT +GAAGTATGGGAACGAAAATATGAAATAGATTCTTTATGTTTTCCTATTCAGTTAAGTTAT +TTATTATGGAAAAATACAGGTAGAACATCTCAATTTAATGAATTATTTGTAAAAGGAATA +AATAGCATTATTGATTTATGGACTATAGAACAAAATCATGAGGAAAGTTCATCATATAAG +TTTGAAAGGCTTGATTGCCGTCAATTAGATACACTTTCGAGAAGTGGAAGGGGTCCAGTA +CATAAGGTTACAGGTATGACTTGGTGCGGATTTAGACCGAGTGATGATGCTTGTCAATAT +AGTTACTTAGTTCCATCTAATATGTTTGCAGTAGTAGTACTTGATTATGTAAATGAGATA +GCTATTGATATATTAAAAGATGAAAAATTAGCTAAAAAATCAAGAAAATTGAGAGATGAA +ATAAATAAAGGAATTCAAGAATATGCAGTATATAATCACCAAAGATGTGGTGAAATATAT +GCATATGAAGTAGATGGTCTTGGAAATTATAATTTAATGGATGATGCAAATTTACCTAGC +TTACTAGCGATGCCATATTTAGGTTATGCTGATTTAAAGGATGAAAAATATATAAATACA +AGAAACTTTATTCTAAGTACTGAAAATCCATATTATCATATTGGAAAATATGCTAGTGGA +GTTGGAAGTCCTCATACACCAGAAAATTATATATGGCATATATCTCTTGCTATGCAAGGT +TTAACTACAGATGATAGAAGTGTAAAGAGAGAGTTAATAGATATAATGAAAAATACTGAT +GCTGGAACATATTTAATGCATGAAGGTTTCCATCCAGATGATCCTAATATGTTTACTAGA +GATTGGTTCTCCTGGGCAAATATGATGTTCTGTGAGCTAGTATTAGATTACTGTGATATA +AAAGTAGAAAAATAA +>lipO +ATGAAATTTAAAAAACTTTCAAGTTTATTTTTAGCAGTTACTTTATTATCATCATCAGTA +CTTGCTGGCTGTTCTAGTACAGATGGTCAAAGTAAAAGTGAATCAGCAGACGGAAGCACA +AAATTGGTATGGTATATGATAGGTACTCCACAACCAGATCAAGATAAGGTTATGGAAAAA +GTAAATGAATATACAAAAGAAAAGATAGGTGTTACTTTAGATTTAAGAATGGTTGACTGG +GGAGATTATGGTCAAAAAATGCAAGTTATAACATCTGGTGGTGAAGAATTTGATATATGT +TTTGCCAGTGATTATGCATTAAACGCACAAAAAGGTGCGTACTTAGAAATAAGTGATTTA +TTAGATAGTCATGGTAAAGAATTAAAAGAAGCTATAAACCCTTTATTTTTAGAAGGTGCT +ACAATAAATGGTAGTTTATATGGAATACCTGCGAACAAGGAAGTTGGCCAACAAATGGTA +TGGGCTTACAATGCAAAAATGGCAGAAGATGCAGGTGTAGATATGACAAATGTCAAGTTG +TTAGAAGATTTAGAAAAAGTACTAGAAGTTATTAAAGAGAAAAATCCAGATTTAAAAATG +CCAATGGCTGCAGGTGCTAACTTTATGCCTAACTTACCATTTGACTTATTATTAGGAGAA +AATTTACCATTTGGGATATCTTTAGATGGGGACACTGATAAAGTTGTTAACATATATGAA +ACTGAAGAAGTTAAGAAAACTTTAAATACTTTGCGTAGATTTTACCAAAAAGGATTTATC +CATCCACAAGCATCATCAGATACAGATCCACATGAAATGAGTGTTGAAAACTGGTTTGTA +AGAAAAGAACAATTTGCTCCAGGTGCAGGAGAAATGTGGTCATCAAATGCAGGATATGAA +GTTAAATACACTGCTATGCATGATCCGCTAACTATAAATAACTCAGTTACAGGTTCGGTA +ATGTCAATATCTGCATCATCTAAGAATCCAGAAAAAGCTATGGAGTTCTTAAATTTATTA +AATACAGATGAATACTTAAGAAACTTAATAGATAGAGGAATAGAAGATGTTCACTATACT +ACAAATGAAGATGGAACAATAACAAAAACTGATGCAGCTAAAGGATATCAAATGCCATCT +TGGGCTTTAGGAAATATATTCTTAACTAAGTCATATGACACAGATCCTAAAGATAGAATA +GAGCAATACGAAGAGTTTAATAAAAAGGCAGTAGCATCTCCTACATTAGGGTTCTATGTA +GACACTACAAATATAAGCAATGAAATTGCTACAATATCTAATATAGTACTAGAATATAAA +TCACCATTATTTACTGGTTCTGTTGATGTAGATAAGTATTTAGGACAATTAAATGAAAAA +TTAAAGGCAGCAGGAATAGACGATATTACAAAAGAAATTCAACGTCAATATGATGAGTGG +AAAGCTAACAATAAATAA +>araQ_5 +ATGGATTCAGCAGTATTAAATAAAGAAGTTAAAAAGCCTGGTCTTTCAAAAAAGAAAAAG +AGTAAGGCTTATAATGAAGGGTTTACTGGCATTACAAATGTAATAGCAAACATAATATTA +GCAATATTTTCAATAGCATGCTTATTTCCATTTATATTTGTAGTAATAATATCTTTAACA +TCTGAACAATCATTAATACAAAATGGATATTCAATATTTCCACAAGAATGGAGTCTAGAA +GCATATAAGTATTTATTAACTTCGGGTGGGCAACTAGCACAATCTTATTTAGTTACGATT +ACAGTTACTGTAATTGGAACAATTTTAAATGTAAGTATGGTTTCCTCATATGCATATGCG +ATATCTAGAAGTAGTTTTAAATATAGAAAACAGTTTACATTTTTAGCATTTTTTACAATG +TTATTTGGAGGAGGAATGGTACCGTCTTATATTGTGATGACTCAGGTGCTAGGACTAAAA +AATACTATATGGGCATTAATATTACCTTTAGCATTTAATGTATTTAACATAATGGTTATG +AGAACTTTCTTCCAAAAATCTATACCGGATTCAATCTTAGAGTCAGCTAGAATAGATGGA +GCGAGTGAGTTTAGGATACTAGTGAAAATAGTTTTACCTTTAGCTTTACCTGGGATAGCA +ACAATAGCCTTATTTAGTACATTAGCATATTGGAATGACTGGTTTAACTCTATGTTATAT +ATTGATTATCAAAACTTAGTTCCACTTCAACATATGCTTATGAAAATAGAAAAGAATATA +GAGTTTATTAGACAGAATGCTGTTCTTAGTGGTCAGATAATGAGTACATTACCACAAGAG +TCTGTTAGGATGGCTATGGTAGTTGTTTCAACATTACCAATAGCATGTACATATCCATTC +TTCCAAAAATACTTTATAAGTGGATTAACAATTGGAGGAGTAAAAGAATAG +>yteP_2 +ATGAAGAGATTTTTTAAGGATTTATGGAAAAATAGAGCTTGGTTGTTGATGGTTTTACCT +GGAACAATATGGCTATTAGTATTTTCATATTTACCTATGTTTGGGACAGTATTAGCTTTT +AAAAACTTTAAAATAAGTCCAGGTGGATTTATAGAAAGTTTAATAAATAGTGATTGGGTT +GGTTTTGACAACTTTAAATTTTTATTTACAAGTGGAGATGCATTCCGTATAACTAGAAAT +ACAGTTTTATATAATTTGGTATTTATAGTTTTAGGTTTAGTTTTTGCTGTATTTGTAGCT +ATAACATTAAATGAAATAGCTAATAAAAAGTTAGCTAAAATATATCAAACTAGTATGTTA +TTCCCACATTTCTTATCTTGGGTTATAGTAAGTTACTTTGTATTTAGTTTTTTAAGTGTA +GATAAAGGAATGATGAACTCAATGTTAGGAGTATTTGGAATTGAACCGATATCTTGGTAT +AGTGAACCAGATAAATGGCCGGGAATATTAATTTTTATGAATGTTTGGAAAGGCGTAGGA +TACGGAAGTATAGTATATTTAGCTGCAATCGTTGGTATAGACAAAACATACTTTGAGGCT +GCAACAATAGATGGAGCTAGCAAATGGCAACAAATAAAAAATATTACTATACCATTATTA +ATACCTTTAATGATAATACTAACTATAATGGCTATAGGTGGAATATTTAGATCAGATTTT +GGTTTATTCTATCAAGTACCTAGAAACTCAGCTATATTATATCCTGTGACAGATGTCATA +GATACTTATATATATAAAGGTCTTATGAATATGGGGAATATAGGAATGAGTACGGCAGCA +GGTTTATATCAATCATTAGTTGGATTTGTTCTTATTATGATAACAAATCGTATTGTTAAG +AAAATAGATCCTGAATATGGGTTATTCTAA +>group_85 +ATGGAATACAAACTAAACACAAAACTAATAAAAGAAAAAATGCTAGAAAAAGGCTACTCA +ATAAACAAACTAGCATACATAAGCAATCTATCAACAGCAAACCTAACAAGAGTAATCAAC +AAACAAGGCTTAACAAGAGAATCAACAATCAAAAAACTATCAGAAGCCTTAGAAATAAAA +ACAACAGACCTAATAAAATAA +>dnaG +ATGTACGAACAATACACAGAAGCAATAAAAACCATAACAGACCTACAAACAGTAATAAAC +CACTACTATCCAAATCAACTAAAGAAAAACAAAATGAACTGTCCCTTCCACAAAGAAACT +ACTCCAAGCTTTTCAATATCAGACAAAGGAGGAGGTGCATTTTACTACTGCTTTGGATGT +GGAGAAGGTGGAGACATAATCAAATTCATAGAAAAAATAGATAATATACCATTTATACAA +GCTCTTAAAAAAGCCTATGAAATACTAAATAAGCCACTAAATTTACCAAAACTTAAAGAA +AAGCCTATACCTACTTATAATAAAGAAAAAGCAGTTGAATATTACAATGAACAAGCTCAA +AAAGCTATTGAAGAAGGCGATCTAGGAAAAGCATTAGGACTAAGTTTCAAAGCAGACGAA +GAAAAAGAAAGAAACTATCCAGAGTTATCTCTACAAAGAAATAAGAAAAATAAACCACTG +AGAATGTGGGAAAATCTAGAGATAATACTAAATGCTAATAATATAACTCCAGTTTATAAT +GAGATAACAAAAAATATAGAAATACAAGGCTTATCAACCTCAAGTAAAAATTCACAGATT +GTAGATATTCAATCTATATGTGCAAAAAGTGGATTTAATATAAGCTATCAAGATCTTGAT +AAATATATAAACAGAATCGGCGAGATGAATAAGATAAATCCAGTAGGAGACTACTTGAGA +AACTGTTATGTAGATTTTAATAGAGAAGAAAAATATATAAAAATGCTATGTGACGCTATT +ATTACAGATGAAGATTTTAATCAAACGCTAAAAGAAACTCTAATAACTAAATGGTTATTA +AACACAGCTATTATTCCATTTAATGAAGGAGATACCAATATAGAAGGAGTTTTAACTTTA +CAAGGAAATCAAGGAATAGGTAAGACTAGGTTAATAAGAAGTATTGTACCAATGTATGTG +AAAACCGGTCTAGAGATAGATCCAAGTGATAAGGATAAGGTATATCAAAGTATAAAGTAC +TGGGTAGTAGAAATTGGGGAGCTTGATTGCACTTTAAAAAAAGATGTGGCAAAGCTAAAA +GCATTTTTTACAGAGTCAAATGATGAGATTAGAAGACCTTATGCAGCCAATCCAGAAGTT +TATCCTAGAAAAACATCTTTTTATTCAACTGTTAATGCAAAGGAGTTCTTAAAAGATGAT +ACTGGAAATAGACGATATTGGGTTATTCCAGTTGAAACAATTGACTTTGATTTAATAAAT +AAGATAGATATAAATCAGTTATGGGGAGAAGTTATGTATCTAAAAGAAGAAACTGATATG +AAACCTTATTTAGAAAAAGAAGAATTGAGAATGCTTACGGAAAGTAACGAAGATTTTAGA +ATACAAATGCCTCTTGAAACTCTAGCTGATGTAGAGTTTAATTGGGAGGCTGATAAAAAG +AACTGGGAATGGAAGGCTTCCTCAGAAATACTAAGGAGGTTTGGTAATCCACCTGGTAAA +GGGCTTAGTACTATTTTAAGTAGAAAAGGTGCGACTTTCAAAAAACTTAAGGGTAACAGG +GGATACATTACACCTCCATATAAATACCCTTTATAA +>dsdA +ATGTGGAAAAAAGATTTACTAAGAAGCAGAGGCGTTGAAGTTATAGAGTATGAATCTGAC +TACAGTAAAGCAGTTGAAGAAGGTAAAAAACAAGCTGAAGCAGACGCTAATAGCTACTTT +GTAGATGATGAAAACTCTAAAAACTTATTCTTAGGATATTCAGTTGCGGCTAAGAGATTA +GATAAGCAATTAAAAGAAATGAATGTTATAGTAGATGACAATAATCCACTATTCGTATAC +TTACCATGTGGAGTTGGTGGAGGTCCTGGTGGTGTTGCTTTTGGACTTAAGCTTTTATAC +AAAGATAATGTTCACTTCTTCTTTGCAGAGCCAACACATTCTCCATGTATGATGATAGGA +TGCATGACTAAAGAGCATGATAATGTATCTGTTCAAGATTTTGGAATAGATAATGTAACT +GCAGCAGATAGATTAGCAGTTGGTAGAGCATCTGGATTTGTTGGAAAAACTTTAGAAAAA +TTAATGAGCGGATGTTACTCAATTACAGATGAAAATATGTATAGATTATTAACTAAGATG +GCTGATAGTGAAAATATATTCTTAGAGCCTTCAGCACTTGCTGGTGTCCCAGGAGTAGTA +AATATACTTACATCTGAAGAAGGTAAAAAATACTTAAAAGCTAAAAATCTTGAAGATAAG +ATAAACAATATAACTCACATAGCTTGA +>group_490 +ATGAATGAAGTAGATATATCAAAAAATATTTCTGAATATAGAAAAAGAAAAGAAATAACT +ATTAAAGAATTAGCAAGTTTAACAGGTGTTACCCAATCTTTACTTAGTCAAATAGAAAAA +GGTAGTGCTAATCCATCTATAAACACATTAAAGCAAATTTCTAGTGCATTAGATGTACCA +TTATTTAACTTTTTCATAAGTGATGTTCCAACAGAAAGTTTAGTAGTGAGAAAAGAAAAT +CGTAAGAAAATCATGTTTTCTGAAGATGATAGCTTTGCTTATGAATTATTAACACCAAAC +TCAAAAAGGTGA +>group_125 +ATGAGTGATATTAATCAAATAGTTATGAGCACACTTTTAAATGCTGTTAACTCTAATAGT +TTAAATAGAAATTCTTTAAATAATACATCTTATGATTTTAGTTCAGTTTTATCAAATACA +TTAGGAAGGTTAACAAATTCTAACCCTACAGGTTGTTCATGTAATAACAGTAACACCAAC +ATGTTAGATACATTAAACACATTACTAGGTTCTGTTAATTACAACAAAATAAATTATCCT +CAAACAATTAATGAAGTCAATTTATATAACAACTCTAAGCAACTTGGAAAGATGGATAAA +GCAATAGAATTACTAGAAAATCAATTAGGAAAGAAATATATATGGGGAGCTGATGGTCCA +AATTCTTTTGATTGCTCTGGGTTAGTACAGTATGTATATAAAAATGCATTAGGAAAAGAT +ATACCAAGAGTATCTTATGAGCAAGCCAAGTTTGGACAGGCTGTAAAGAAAGAGGATTTA +CAAGTGGGAGACTTAGTATTCTTTGATACTATGAATAAGGGAAGAGTTAGTCATGTTGGA +ATGTATGTAGGTAACAATGAATTTATTCATGCGTCTAATCCCAAAGATGGAGTTAAAAAA +TCAACTTTATCAGGATTTTATGAAAAAACTTATATAGGTGCAAGAAGACCGTAA +>group_473 +ATGAACTACAAACATATTACCATAAATGAAAGATGCTGCATAGCTAATTTTTTAGAATTA +AATTGGAGCTTAAGAAAAATAGCTAAGTACCTAAATAGGAATGTATCTACAATTTCTAGA +GAAATAAAAAGGAACTCGGTTAATGGTAAATATTTAGCACATATTGCTTCTGAAAGATAT +GATAGAAGAAGGTTAAATTGTGGAACTAAATCTAAATCAACAAATATTAAATTAATAAAC +TATATTGAAGATGCTTTATCTAACGCATGGTCACCAGAACAAATAGCTGGTAGGCTACGC +CTAGATTTTGAATCTGATAATATAGTAAAGTAA +>group_460 +ATGGGATATGATATCAAATTTAAACAAAGAGTTATTGAGTATAGAAATGAAGGTCACACA +TATAAAGAAACTTGTAAGGTATTCAAAATATCAGAAATGACACTAGCAAGATGGATAATA +AAAGAAAAGGAAGGTAAATTAGAAGAAATAAAAAATCCAGTTAGAAAGCCAAAGAAAATT +TATCCAGATAAATTAGTTAATTATATAGATGAAAATCCAGATGCATATTTAAGTGAAATT +GCACAAGTGTTTAATTGTAGTCATGTAGCAGTATTAAAAGCACTTAAAAAACTTGGAATA +ACACGAAAAAAAAGACAACTTCATACAAAGAGCAGTGTCCAATTAAAGTAA +>group_513 +ATGGACAGTGAATTTTTTGAAAAATGGTTTAAGGAAATGTTTTTGAAAGAAGTTGAAGAA +AATAAAGTAATTGTAATGGATAATGCAACATTTCATCGTAAAAGTAAATTATATGATTTA +TGTAAAAATGCAAATAAGAATTTAAATTTAATATTTTTACCACCATATTCTCCAGAGCTA +AATCCAATAGAAAAATATTGGGCTATATTAAAAAGAAAACTTAAAAAATTTGATAAAAAT +AATAAAGGATTTAAAGATTATATTTACCAACTTTTTTAA +>group_354 +ATGAGGATTGGATTCAATACTATATATAGATGGATTTATTTAAAAATAGTAGCAGAAAGT +GATATAAGAAAGTTAAGAAGAAAAGGTAAATCTTTAAAAACTAAAGAAACTAGGGGTAAA +TTCAATATAGGTAAAAGTATAAATGACCGACCTAAAGAAATTAGAAAAAGAAATTCAATA +GGACATTGGGAGCTTGATACTGTTGTTTCGAGTCATGGAAAATCTAAATCTTGTCTAGCT +ACATTTGTTGAAAGGAAAAGTAGATTTTTAATAGCGCAAGTTATGGAAAATAGAAAATCA +TCAACTTTTAATCAACATTGCTTTAATGCTTTTAGTAATGTTCCTAAGCAGTTAGTAAAA +ACTTTTACAGTTGATCGAGGTAAAGAATTTACCGGTTACAATGAAATGGAAAAAGAGCTA +GCTATAGATGTATGA +>group_95 +GTGATATTAACTAGATTTAAAAGGGAAAACATATATGTTGCAATAAAGGAATTAAATTTA +CAAGGTTATCCTGTTAAAGTGTTGTGTGATTTTGCAGGCATAGAAAGATCTTCATATTAT +AAATGGTTAAATAGAGTAGAAACTAAAGAAGACAAAGAAAATTCAATTATCATAAAAGAA +TCTATCGATTAA +>group_184 +ATGAAATCTATGAATTTACAATCAGTAATTCGTAAGAAAAAGAAAAGATATGTTAAAAGT +ACACCTCAAATTACTGCTGAGAATGTGTTAAATAGAGATTTTAGCGCAGCTACGCTGAAT +GAAAAATGGTTAACTGATGTAACTGAATTCAAGTTAACTAATGGGACGAAGGCCTATTTA +AGTGCAATAATAGATTTATATGATAATAGTATAGTTTCCTATGTTTTGGGACACTCAAAT +AACAATAAACTTGTATTTGATACATTTGATTTAGCCATAAAAAGAAATCCAAGTGCAAGC +CCATTATTTCATAGCGATAGAGGATATCAATATACAAGTAAAGCATTTAAGTTAAAGTTA +GATAAAGTCTCAGCAACTCAAAGTATGTCTCGTGTCGGTAGATGTATAGATAACGTACCA +ATAGAAGGATTTTGGGGAATTATTAAATCTGAAATGTATTATTTAAAAAAATTTGATAAC +TTTGATGAGTTAAAATTAGCAATAGATAATTATATAGAATTTTATAATAATAAAAGATTA +CAAAAAAAGTTAAAAGGCCTAAGTCCGATTGAGTATCGGACTCAGACCTTAGTTGCTTAA +>group_324 +ATGCACCTAATCCCACACTCCAAATATTTATCTTTTATATCTACAAATAAACTTCTTATA +TTATTTAAAAACCTTGGATGCTTATTTTTTTGTGAACTTATTTTATCAATATTACTAAAA +CATACTAAGTCTAGATTTCCAAATGTATATATCCCCTCTATTTCAGAAAAAGACCCTAAC +CAACCTTTAAAATTTCTCATTACATCCTCATATGTAGGTGCCCTAAATAAATCTTCTGAT +GTTATTTTAGTTAAATCTTCAATATGTGGATATACTTCCTTTGTAATTATAGGCTTTATT +AATGATTTAAACTTTTCTATTTCACCCGTACGATCATCATATTTTACTGCACCAATAGCT +ATTATATCCGCATTTAACATTTCTTTCTTACCCTTACTATTTGGCATGTTCATTTCAAAG +TCTATATATATTTTTTTCAATATAAACTCCCCTCTCTAA +>group_1314 +ATGGGAAATAAAAAAATAATAATAACATCTATAGCAACAATATTTCTTGGTGTAATATTC +ATTAGTTTATCTAAAGTGGAACCTTCCAACTTACAGAAATTAAAGGGAGAAAAATATATT +ACTGAATCCACATCACCAGATAAAAAATATACTATTACAATATATTTAAATAATGGTGGC +GCAACTACAGATTTTGCTATACTTGGTGTATTAAAAAATAATAAAACTAAAATTAGTAAA +AATATTTATTGGCAATATCATTGTGAGACAGCTAATATTGAATGGTTAGATGATAAAACA +GTTAAAATAAATAACGTCACATTGGATGTATCAAAAGATACCTATGATTATCGTAATTCT +AATTAA +>tarI +ATGATATATGCAGAGATATTAGCAGGTGGCAAAGGTACTCGTATGGGGAACACAGAAATG +CCAAAACAATTTTTAACTATAGGAAATAAACCAATAATTATACACACTTTAGAAGCATTT +TTATTAAATGGGGAATTCAAAAAAATAATAATAACTACACCAAACAAATGGATACAACAT +ACTAAAGATCTAATACTAAAGCATATTCCAGAAGATGTACAAGAAAGGATCTGTGTATGT +GAAGGTGGAGCAGACAGAAATGAATCTATAATGAGCGGTATAAGGTATATAGAAAAAGAA +TTCGGTATAAATGACGATGATATTATAGTGACTCACGATGCTGTAAGACCGTTTTTAACT +CATAGAATAATAGAAGAAAATATAGAGATGGCTCTTAAATATGGAGCAACTGATACTGTA +GTTCCTGCTTTTGATACTATAGTAGAATCTAAAGATGGAAATATTATTAGTGACATTCCA +AGACGTGATTTTATGTATCAGGGGCAAACTCCTCAAAGTTTCAATATAAATAAACTAGTA +GGCTTATATAACTCTTTAACTGATGAAGAAAAGCAAGTATTAACAGATGCTGCTAAAATA +TTTGTTGTAAAGGGACAAGAAGTTAAGCTCGTAAATGGAGAAGTATTTAATATGAAGATA +ACAACTCCATATGATTTAAAACTAGCTAATGCTTTAGTTAATGGTGAAAAAAATGATAAA +TAA +>tarJ +ATGATAAATAAACTATACAGATTAGTTGCAGCAAAGCAAATTACAACTGAATTTCAAGAA +AGAACTTTAGAGGGTGATGGTGTAATAGTAAGGCCAACGAAACTGTCTATTTGTGCGGCA +GACCAAAGATATTACACTGGAACTAGAGGAAAAGAAGCTATGAGGCAAAAACTTCCTATG +TCACTTATACATGAAGGCGTAGGAGAAGTAGTTTACGATCCAAAAGGTGAATTCAAAAAG +GGAGATACTGTGGTTATGATACCAAATACTCCTACAGAAGATAGTGATATTGTTGCAGAG +AACTATCTAAAATCAAGTAAATTTAGAGCAAGTGGATTTGATGGATTTATGCAAGATTAT +GTATTTATGGGAAGGGATCGTATAGTTAAATATACAAATATAAATCATGAGGTTGCATCA +TTTATAGAATTATTAAGTGTATCTATGCATTCAATAGATAGATTTGATAGAAAATCACAT +GCTAAAAGAGATATAATAGGTGTTTGGGGAGATGGGAATGTAGGATTTATAACTTCTCTA +ATACTTAAAAAGAAATATCCAGAATCTAAAATAGTAGTATTCGGAAAGAATGAAGAAAAA +CTAGGATTTTTCTCATTTGTAGATGAAGTATACCAAATAGATAATATACCAAAAGATTTT +AGAGTAGATCATGCATTTGAAGCAGTTGGTGGAAAAGCCAGCCAATATGCAATAGATCAA +ATTATAGATCACTTAAGTCCAGAAGGATCAATAGCTTTATTGGGAGTATCTGAAAACCCA +GTTGAAATAAACACAAGAATGGTTTTAGAAAGAGGTATAACTCTAATAGGAAGTAGTAGA +AGTGGTAGACGTGACTTTGTTGAAGCTGTTGAATTCTTAGAAAAATATGAAGATGCTCAA +AATCAACTTAAAAAACTTATATCAGCAGTAATAGATGTAAAATCTATAAATGATATGGTT +AAAGCATTTGAATATGATTTAAGTACACCATTTAAAACAGTAATGAATTGGAATATATAA +>bglA +ATGAGTCAATTACCAAAGGATTTCTTATGGGGAGGAGCTTTTGCAGCTCATCAATTTGAA +GGTGGATGGAATGCAGGTGGAAAAGGACCTAGTGTTATAGATGTAATGACAGCAGGAGCA +CATGGTGTTCCTAGAGAAATTACAGAAACAATAATGGAAGATAAATTTTATCCTAATCAT +GAAGCAATAGATTTTTATTCTAGATACAAAGAAGATATAGCATTACTTGCTGGTATGGGA +CTAAAATGCTTAAGAACTTCTATAGCTTGGACTAGAATATTCCCAAATGGAGATGAATTA +GAACCAAATGAAGAAGGTTTAAAATTCTACGATAATGTATTTGATGAATTATTAAAACAT +GGAATAGAGCCAGTTATAACTTTATCTCATTTTGAAATACCACTACATTTAGCAAAAGAA +TACGGTGGGTTTAGAAATCGTAAATTAGTAGATTTCTTTGTTAGATTTGCAGAAGTTTGT +TTTAAAAGATACAAAGATAAAGTTAAGTATTGGATGACTTTTAATGAAATAAATAACCAA +ATGGATACAAGTAATCCTATATTCTTATGGACTAACTCAGGTGTTACCCTTGGTAAGGAT +GAAGATCCAAAAGAAGTATTATATAAAGTTGCTCACAATGAATTACTTGCAAGTGCAAAA +GCAGTAATAAGAGGACATGAAATAAATCCAGATTTTAAAATAGGTTGTATGGTTTCTCAT +GTTCCAGTATATCCATATTCTTGTAATCCAGATGATATAATGGCAGCAGAAGAAGCTATG +CGTCAAAGATTCTTCTTCTTAGATGTTCATACACGTGGATATTATCCAAGTTATGCAGTA +AAAGAGTTTGAAAGACAAGGTTATGACATTGGTATGGAAGAAGGAGATGAAGAGATTCTT +CGTAAAGGAATAGTTGACTATATAGGATTTAGTTACTACATGTCTACTACTGTAAAATCA +GATGTTTGTAATGATAATACAGGGGATATAGTAAATGGAGCTTTAGAAAATGGAGTTGAA +AACCCATATATAAAATCAAGTGATTGGGGATGGGCAATAGATCCAGTTGGTTTAAGATAT +ACGTTAAATCGTATATATGATAGATATCAACTTCCTATGTTTATAGTTGAAAATGGATTT +GGGGCTATAGATACTGTTGAAGAAAATGAAGAAATTCATGACAATGATCGTATAGATTAT +TTAAAGAAACATATAGAAGAAATTAAGAAAGCTGTTAACTATGATGGAGTAGAATTAATG +GGATATACTCCATGGGGAATAATAGATTTAGTATCATTTACTACTGGAGAAATGAAAAAG +AGATATGGCATGATTTACGTAGATCGTGATAATGAAGGAAATGGTACTATGAAGAGATTA +CGTAAGGATTCATACTTCTGGTATAAAAAGGTAATTGAGTCTAATGGAGAACAATTAGAG +GTAGATAATATAAAAGAAGAATGCCTTGGATAA +>bglF_1 +ATGGTAATTATGGTTCCACTTACAATATTAGCAATAGGTCCGGCATCAGATACCTTAGCT +ACAGGTATAGCAAATGGATATAACTATTTAGTTGAATTATCACCGGCTGTTGCAGGAGCA +ATAATAGGTGGATTGTGGCAAATAGTAGTAATATTTGGAGTTCACTGGGGAGTAACACCA +ATGGTACTTGCAAACTTTGATATGTATGGAATGGATACATTCCAAGCATTCCAAACAATT +GCAGTTGTAGCTCAAACAGGAGCTGTTTTAGGAGTATTTATAAAAGCTAAAAATAAACAA +ACTAAAAATATAGCACTTTCAGCTGGTATTACAGGTATATTGGGTATAACAGAGCCAGCT +ATATACGGAGTAAACTTAAAATTTAAAAAGCCATTTATATATGGATGTATAGCCGGTGCA +ATAGGGGCAATAGTAGTTTCATTCTTTAATTCCCACTACTACGCATATGCAGGACTTCCA +AGTTTATTAACAGTAGTTAATGCTATAAATCCAAGCAATCCTTCATCAATAATAGGTGAA +TTATTAGGTTGTGCAATAGCATTATTTGGTTCAATAATACTTGTTCAATTTGTTGGATTT +GGAGAAAAATCAGAAGAAACAGAAGAAAAAGAAACAATTACTACTGTAGAAGATAATTTG +GATACTATATTAAATAATGTAGAAACAGAAGTAAAAAATCCTATAAGTGGTAAAGTAATA +GCACTTTCTGATATAAATGATCCAGTATTCTCTTCAGGAGCTATGGGTAAAGGTATTGCA +ATAGAGCCAAGTGATAATAAGGTATATTCACCATTTGATGGAATTATAGAATTTATAGCT +GATTCTAAGCATGCAATAGGATTACGTTCAGAAAATGGAGTTGAATTATTAATCCATGTT +GGTATGGATACTGTTCAAATGAAAGGTAGAGGATTTTACCTTAAAACAGAAGCTAATAAA +AAGGTGAAAATGGGAGATTTACTTTTAGAATTTGATAGAAATACAATAGAAAAAGAAGGA +TACTCTTTAATTACACCAGTGGTAATAACAAATTCTGATGAATATGAAGAAAGTACATTA +TGCATAAATGAAGATGTAGAAAATGGAAAAACAATAATAAATCTTAAAGTTTCAACACAA +AATATATAA +>bglF_2 +GTGCTAAAAGAAACTCCTAAAGATGCAAATAAAAAAGTTTCAGCACTAACAGGGGTTATA +ACAGCAGTTGAAAATAATGGCCAATTCCAAATTGTTATAGGAACACATGTAGGGAAAGTG +TTCGATAAGTTATCTAGAGAAATAAATTTAGAGGTATCAAAAGTAGAAGATACACCTAAA +GGAAGTATTTTAAATAGAGTAATTGCAACAATGTCAGCAGTATTTGCACCATTTATATAC +GTATTAGCAGCTTCGGGTATATTACAAGGATGTCATAGCTATAACAGCATCTAA +>group_1589 +ATGTCAAATAGTATTCATGACTATGAAAAACTAGCGGTAGATATTATAGAAGCCGTAGGA +GGAGAAAAAAATATTGCTGGAGAACAAGATGTGCAACTAGACTAA +>hutI_2 +ATGTTAATAAAAAATGGATTAATGTTTTCATTAAAAGAAAAAGGATTTGTGAAGAAAGAT +ATTTTAGTAGAGGGGAGTAAAATTAAGTTAATATCTGAAAATATAGAAGGAGTTGACTTT +TATGATGCAGATGGAAAATATATAATGCCAGGGCTAATAGAAGCACATTCACACATAGGA +TTATGGGAAGAAGGTATCGCATGGGAAGGTGAAGATGGTTCAGAAGAATCAGATCCTATT +ATGCCAGGTGTTAGGGCGATTGATTCAATTAATCCTTTTGATAGGGCTTTTAAAGAAGCT +TTAAATGGAGGTGTAACTGTAGCGTGTACAGGCCCTGGTAGTGCTAATGTTATAGGAGGG +CAATTTACTATAATAAAACTACATGGAAATGTTATAGATAATATGATAATAAGAGAAAAT +GCTGCAATAAAATGTGCCTTTGGAGAAAATCCTAAAAGTGCTTTTGGAAAAAGTAATAAA +GTTCCTATGACACGAATGGGAATTGCTTATTTAATAAGAAAAACTCTAACAGATGCTAAA +AACTATAAGATTAGTAAAGAAAAAGCATTTAAGGAGAATAAGGAATTTTATATAGATTTA +GATAAAGAAGCTTTATTGCCATTGATAAATAAAGAGGTACCATTTAAGGTTCATGCTCAT +AGGGCAGATGATATATGCACAGCAATTAGAATAGCTAAAGAATTTGATATAGATTTAACT +TTAGACCATTGTACAGAAGGTCATTTGATAATTGATTATTTAAAAGAAAATAACTATCCA +ATAATTTCAGGTCCATCATTTGGCTCTAAGTCTAAGATAGAAATAAATAAAAAAAGTTAT +AAAACTCCAGGTATTTTAAATAAAGCTGGACTGAAGGTTGCATTAACTACAGATCACAAT +GTTATGCCTCAAGAATCTTTAATTATGTGTGCTATATTAGCAGTTAGAGAAGGAATGGAT +GAATTTGAAGCATTAAAATCAATAACTATAAATCCTGCAGAAATATTGAAGATAGATAAT +ATAAAGGGGAAATTAGAAGAAGGTATGGATGCAGATATTGTTATTTGGGATAAAAGTCCA +TTAGATATAATGGCTAGAGTTGAGAGCGTATTTATAGAAGGTGAAGAGGTAATTTTAAAC +TAA +>ywqD_2 +ATGGAGCTATTAAATAGTAAAATAAAAAAAAGAATAAATTTTAATCAAATTGAGGATGAT +ATAAAGTCAATAGTAGTGACTAGCTCAGATTATGATACACAAACAAATAAAGTTACATTA +GAGTTGGTAAAAAGACTAACAAGAAGAAATAAAAAAGTACTACTAATTAATGCAGATATA +AATAAGGAAATGAATAGACTACCATATGAAAAAATGGTTAATAGAAAAAGATTACAAATA +GTAGATTACAAAGAAATAATAGATAATGATTTTTATATATTGGGTACAACTACTATGAAA +GAATTTATAAATAAGTCAAAGGAAAGTTATGATTATGTAATATTAGATGCTCCAGGAGTG +GGAGTTAATAATGATGTTATGGTGTTATCTAATTTTGTAGATAAGACAGTATTAGTTCAA +GGAAATGATTTAGATACTATTAAAGAAGCAAATTCAAAACTTAATATTATAGGATCAAAT +GTACTTAGAGTAAAATAA +>mutT +ATGAAAAAGAAAGTAAAAGTAGTTGCAGCGATTATAGAAAATCAAAATAACGAAATATTA +TGCGCTCTTAGATCCCCAGACATGAGCTTACCTAATATGTGGGAGTTTCCTGGTGGTAAG +GTGGAAGAAGGCGAATCACTACATGATGCTATAGAAAGAGAAATTCAAGAAGAGTTAAAA +TGTAGTGTTAAAGCTTTAGATATATTTAATGATAATACTCATGAATATGATACATTTATA +ATCAACCTTATATGCATAAAATGTAAATTAATAGATGGAAATCCTATAGCTACAGAACAC +TCTAAATTAATATGGCTTAAAAGAGAGAATCTAGATTCTTTAAAATGGGCGCCTGCTGAT +ATTCCTGCTGTAAATCAATTAATATGTGAATAA +>colD +ATGAAAAAGTATTCTTTAGCAACAGCTACTTGGGATAAAAATGAAATTGAAGCTATACAT +AGAGTTATAGAAAGTGACTTTTACAGTATGGGAAAAGAAGTAAAAGCCTTTGAAGAAGAA +TTTGCTAAATTTTTTGGTTCAAAATATGCAGTAATGGTTAACTCTGGTTCATCAGCTAAC +CTTATAGCAGTTGGAGCATTAATGTTCTCTAAAAAATATAACTTAAAACCAGGTGATGAA +GTAATAGTTCCTGCTGTATCTTGGGCGACTACTTATACTCCACTTCAACAATATGGACTA +AAATTGAAGTTTGTAGATATAGATTTAGATACATTAAATTTTGATTTAAATGAAGTACAA +AAGGCTATAGGGGAAAAAACAAAAGCTGTTTTTGCGGTTAATTTATTAGGTAACCCAAAT +GATTTTGATAGATTATTAGATATATGTAATAAAAACAACTTAGTATTAATTGAAGATAAC +TGTGAATCTATGGGTGCTACTTATAATGGTAAGCAAGCAGGAACATTTGGTGTAATGGGA +ACATTTAGTACATTCTTCTCACATCATATAGCAACAATGGAAGGTGGGGTTGTAGTTACA +GATGATGAAGAATTAAGAGATATACTTTTATGTTTAAGAGCTCATGGATGGACAAGAAAT +TTACCAGATGATACTAAATTATACACTAAGAATGAGGATGATTTTTATGAAATGTTCAAC +TTCATACTTCCAGGATATAATTTAAGACCATTAGAAATGGAAGCTGCAATAGGAAGAGAA +CAAATAAAGAAATTAGATATGATAATAAAAAATAGACAAGAAAATGGTAAGTATTTTGAA +GAAAAATTCAAAAGCTTAGAAGGAATAAGAATACAAAAAAGTATACAAAATAGCTCATAC +TTCGGATTCTCTATGATAATAGATAAGACAGGAGTAGATAGAAAAGATGTATTAAATAAG +TTAAGAGAAAATGGAGTAGAAGTTAGACCAATAGTTGCTGGTAACTTTACAAAGAATGCA +GTAATAAAATACTTCAACTATGAAATAGTAGGTAATTTAGATAATGCAAATATATTACAT +GATAATGGTTTCTTTATAGGAAATCATCACTATGATGTAAAAAACAGTATAGATGAAATA +TACAATATAATTGAAGAATGCTTAAGATAA +>fcl +ATGATAAATAAAGATGCGAAAATATATGTTGCAGGACATAGAGGTATGGTAGGTTCTGCA +ATAGTAAGAAGATTAAAAGCAGATGGATACACTAACATAATAACAAGAACATCAAAAGAA +TTAGATCTAAGAAATCAAAACGATGTTGAAAGATTCTTCAAAGAAAATAGACCAGAATAT +GTATTTTTATCAGCTGCAAAGGTTGGAGGAATTGGAGCAAATATAAAGTACCCTTCAGAA +TTCCTAACAGATAACTTATTAATACAGACAAATGTAATAAAAAGTGCATTTGAAAATGAT +GTAAAAAAGCTTTTATTCTTGGGAAGTTCTTGTATATATCCTAAAAATGCACCACAACCA +TTAAAGGAAGAATATTTATTATCTGGATATTTAGAACCAACCAATGAAGGATATGCTATA +GCTAAAATAGCTGGATTAAAAATGTGTGAATATTACAATAAACAATATGGCGTAGACTTT +ACAAGTATAATGCCATGTAATTTATATGGAGAAAATGATAACTTCCACCCAGAACACTCT +CATGTAATGGCGTCTTTAATAAGAAGATTCCATGAAGCTAAGGTTAATAAGTCACCATAT +ATAGAAGTATGGGGAAGTGGAAATCAGTTTAGAGAATTTATGTATATAGATGATTTAGCT +GATGCAATCATGTATGTTATAGAAAATTATAAAAAGCATGAGTTCTTAAATGTAGGTACA +GGAAATGATGTTACAATAAGAGAACTTAGCGAAATTATAAAAGAAATAGTTGGTTATGAA +GGTGAAATAAGATTTGATACATCAAAACCAGATGGTATGTTTAGAAAGGTTATGGATGTA +TCTAAAATAAATGATATTGGATGGAAAGCAAAAATAAGTTTACGTGAAGGTATCAAGAAA +ACTTATGAATGGTATTTAAATAATAGTAACGTAGAAGGGATGAAATAA +>group_1092 +ATGAATTACAATATATTTATAATAATATTATCTATTGTAATGTCAGCATTAATACTTATA +GCCAGTGAAAATTCAAAGAATGAAAAAAAGCAAAAAACAGATGATTCAATTCAAAATAAA +CTAAACAATCCATTTGCTTCAGCAAAGGAAATAAAATTAGCATATACATATGAAACAGGA +AAATCTCCATTTTGCACGAACCATAAAGAAGGTACGTCTCTGGAGTATGAGATATTTAAA +ACTTTATATAGATATGAAGGTAAAGTATTATCAAATTTATATGTAGGTAAAATAGATAAA +ACAGATACTGAGATAGATATTGTATTTGTACATAATACAGGCATATATGTTATAGAGTGT +AAAGATATAAGAGCTAGAGAAATTATAGGAGATGAACAAGAAAAACAATGGGATTGTATA +TATAGCAATACATATAGGAGAAAGATGTACAACCCTTTAAAACAAAATATATCACATATA +GTAGCGCTAAAAAATGCTATAAGTAATAAATGTCCACATGATTGCTATACATCTATTGTA +GTAATAAATTGTAATAATGTAAAATCCAGATATAATTCAAATTTTGATAATTACTATCAA +AATATAGTAAATCCTAAAAAAGTAAAATTCCATATAGATTCATTAATAAAAAATAGAAAT +AGAGTTTTTTCTGATGAGCAAGTGATTAATATATATAAGCACTTACATAGTAACTATGCT +AATGCGAGTGCAAAGGTAAAGAAAGCTCATAGAATTAGAGTTCAAAATATATCAATGGAT +TCTAAGAGACAATAA +>group_752 +ATGCCAACAAAGTCAGTTGGTAAGATAAAGGAGTTTGGTGATATAACAGCATGCTCGCCA +GATAAATTTAAAGACATCTTAGATAATTTACATATAGATGAAATAGATTACATGCCAGAT +AGTTGGCTAAATTCGGAATATGAACCACTGCCAACATTAGTACAAGCAGCGAAAAGAATT +TATAAAAATGAGACATTACCATATATAAGAAGGGCTAATAGTGCAGGCATACCAGAAGCG +GTAAAGTTATTAAAACATATATCTGAAAAAGCATCTAAAAATGAAGAAAGAGTATTAGCA +TTAGTAACAGGTGTACCAGGAGCAGGAAAAACACTTCTAGGTCTTCAATTTGTATATGAG +TGTTTTGGAAATGAAGATAATAAAAAGTCAGTATTTTTATCTGGAAACGGTCCATTAGTT +GAAGTATTGCAGCATGCACTAGATAGTAAGGTTTTCGTTCAACCCTTAAGAAATTATGTG +AAATACTATGGAATAACAAAGAAAGAAATTCCTAAAGAGCATATAGTAGTTTTTGATGAA +GCTCAAAGAGCATGGGATATGGATCATGTGAAAGAAAAGCATAATATAGATCTTTCCGAG +CCTGATTTAATAATAAGCATAGCTGACTCTATTCCAAAGTGGTCTGTGTTTTTAGGTCTT +ATAGGAGAAGGTCAAGAAATACATAATGGAGAAGAAGTTGGTATTATTCAGTGGAAAGAT +GCTATAAAGAAAAGTAAGAATAAATGGAAAGTTGTATGTCCAAGTAAAATAGCATATATA +TTTAAGGATGTTGCTATGGTAGAAGCATTTGATGAGTTGGATTTAAATGTTACATTAAGA +TCTCATCTTGCTGAAGATGTTACAACATGGGCTAATGAATTATTAAAAGGTAATATAGAA +AAGTCGAAAATGTTATCAGATAAAATCATAGAGCAAGGATTTAAGATGTATGTTACTAGA +GATTTAAATAGAGCAAAGAGTTATTGTTATAAAAGGTATTATGGAAATTTAGTAAATAGA +TATGGTCTATTAGCTTCATCTAAAGCTAGAATACTACCTAGATTTAATGTAGACAATTCA +TATAATGCTACAAAAGAACTAAAGGTAGGTCCATGGTTTAACTACGGTCTAGATAATAAG +CTTTCATGTTGCAGAATGGATAGAGTTGCAACTGAGTTTGCTTGTCAAGGTCTAGAGTTA +GATATGCCGATTGTATGTTGGGGAGATGATATGATTTGGGATAAAAATGGTTGGCGAAAG +TTTGAACAAAGGAGCTCAAAGGCTAAGGATCCTAATAAGCTAAGGGTAAATAGTTATAGG +GTATTATTAACTCGTGGAAGAGATGGATTTGTTATATATGTACCAGAGGATAATTTATTA +AATGGAGTTTATGAGACTTTAGTTAATGCAGGAGTTAATAAGTTGTAG +>group_290 +ATGGATGATAATAAATACTTAACTGATTATGATTGGAAGTCTACTCAAAATAGCTATAAA +TCCCATAATAAAGATAAAGCTATAAGTGGAAGTGCACTAAGGCTTACAGATGAAAATAAT +CAAGAAGTAGTTTATGAAAGAGGTATAGGTGCTCATTCAACTTCAACTATAATATATGAT +TTAAGTGATAAAGATTATGCATACTTTACTTCATATGTAGGTGTTGATAGAGCTAATGTT +ATGTTAGAAGATAAAATAAGCTCTCAAGAAGAAATAAATGAAATGATTAAAGCGTTAAAT +ACAGCTATTGAAAACTTGGAAGAAAGCATAGATTTAAGTGAAATAATAAATATAGAAGAT +AAATATCTTAAAGCAAGTATAAAGAAAGAACTTAATTTATCTAGTTATACTATAACAGTT +GGTGATATGCAAAAGATTACTAGTTTAAATGTTAAAGGAGCTGAAAGTTTAAACGGATTT +AAGAGCTAA +>group_336 +ATGATAAAATTATCAAAATGGAGTTTTAAGAATATATCAGATATACAAGAGGTTATTTCA +AAATTAAATGCAAATAAACAAGTAGAAATCGATATGGAATGGAATGAAAGAAATTTATTT +TATAAATTTCAAGAAAAAAGCAGTTTTGGTTTAAATGCTTATAAAGAGATAAATATAGAT +GGGGAAAGTGTAAAATACATATTTTTAAATGCATTTATAGAAAGGCCTAAAAGATCGTGG +GAAGAAGATCAACCTATAGAAGAACGAATAAATACATATGCTTCTGATATTTTAATATAT +CAAGATAGAGATAAAGTTAAATTGATAATACTATCAAGCAAAAGTAACTCGATTAGAATA +ATAAATTCTATGTTTAAAGAAGATAAGTGGGGAGAAATTATAGAAGATAACAATATAGAT +AATGATTTATTATATTGGGTATTTTATAGATTAAGAGAGTTTTCAAATACAGAACTTATA +AAAGATAGTGAGTTATATTTAACTGGATTAGTAAGTTATATGGGAAAAAGCAAAGATGAG +ATTAATGCTGTTAGAGGACAAGGCGTAAGAGTAGGAGCACTATTAGGAACTTTAGCATTT +ATATTTAATGATGATAGACTTAAATCTCTAAGACCTGAAATACAATACAAAAACCATGTA +GTTGTAACTGAAATGAATTTTAATAATAGCCATAAAATTGATGAAAGCAATTATCTAGGA +GAATTATCTATAATAGAAGATGAAGAACTTAAGAAGATCTCATTAATAATTTTAACTTGT +AAAGTAATAATTCCTAAGTTAGAAAAAGCTTACAAAATGAGTATAGATTGTGGAGAATGG +TCAAATCATATTAAGTTAAGTTTTTTAAGAAATATAGGGAATGTAATAAATGAAAAGGTA +AGTAATCAAATGGAGAGGATTCAAGAAGAGATAAACCATCTATGTGAAGTAGATGGAGAT +GATGAATGCGAGGATGCTTTCGATTTAGATTTAGAATCAATAGAAGAAGAATTAGAAGAG +GGCTTTAATGAGTAA +>splB +GTGATAAAAATATTTAAACCGAAAAGAGTTATGTTTGAAAAGGGAACTTTAGATACAGAG +ATAGGTAAAAAAATATATGATGCTTTTAAGGATAATGAAAATGTAGAAATAATTAACCTT +ACATCAAATAAAATCAAAGCTCATATACCAGGGGAAAATCTATCAGAACAATATAGATCT +GGTAAACAAACTTTAGTGGTTGGTTTTAGAAAGAGTTTAAAATTTCAAACCTGTAAACCT +TCTGCAAATTATCAGTTACCTTTAGTCAGTGGATGTATGGGGCAATGTGAATATTGTTAT +CTAAATACTCAATTAGGAGATAAGCCGTTTATAAGAGTTTTTGTAAATGTAGATGAAATA +CTAATTCAGGCAAAAAGGTATATTGAAGAAAGAAAACCACAAGTAACAATTTTCGAGGGA +GCAGCAACCTCAGATCCGGTACCGGTAGAACCATATACTCATTCCTTAAGGAAAACTATA +GAATTTATAGGAGAAGAAGATAAAGCTAGATTTAGATTTGTTACAAAATACAATGATATA +GATGGTATATTAGATGCAAAACATAATGGCCATACAGAGGTTAGATTTAGTATAAATACT +CCTAGAGTAATCAATGAGTATGAGCATTATACGGCCTCTTCTGATAAGAGGATTGAAGCT +GCAGCTAAAGTTGCATATGCAGGGTATAAAATAGGCTTTATAATCGCTCCTGTCTTTTTA +TATGATAACTGGAAGGAAGAATATAGAGCGTTAATTAATAGTATAAAAGAAAAGCTACCA +AAAGATATAGAAGAATTGATATTTGAAGTAATATCGCATAGGTATACTACAAAAGCGAAG +AATAGGATAGTTAACATATTCCCTGGAACAACTTTGCCTATGGATGATGAAAATAGGAAA +TACAAATATGGGCAATTTGGATATGGAAAGTATGTATATACAAAAGAGGAATTAGCAGAG +ATGAAAGACTTTTTTCAGAACGAGATTAAGTTAGTTTTTCCAAATAGTATTATTAAGTAT +ATTATATAG +>group_1567 +ATGAAAATAAGCACAATAACATGTCATGATGTTTACAATCATGGAGCATCGCTTCAAGCA +TATGCTCTTATGACTTACTTAAAAAATCAAGGACACGAAGTTCAAATTATAGATTATAAA +CCATATTATATGGGTAACTTATACAAATTATCTAATATAGATAACCCTGTTTGGGAAAAA +AATTTTATAACTAAATCAATATATTTAACTTTGAAATTACCAGGTAGATTAGTATCGTTA +AAGCGTAAAAGAAACTTTGATGATTTTACAAAGAGTTACTTAAATGTAGGAAGTTATGAA +TATGAATCAAATGAAGACCTAAAAAATAATCTTCCAGATTCGGATGCATTTATATGTGGA +AGCGATCAAATTTGGAATAGCTTACATGCTAATGGAAAAGATCCAGCATTTTATCTGGAT +TTTGTACCAGATAACAAAATAAAAGCTGCATATGCAGCAAGTTTTGCGACAGACACTATT +GGTGAAGAATATAAACCAATGGTTAAATCTTTTGTTGAAAGACTTGATGCTGTAGGAGTA +AGAGAAAATAGTGGGGTTAAGATAGTAAAAGATTTAGGAATAGATAAAGCTGTAAATGTA +CTAGACCCAGTATTTTTATTAGATAGAGATAGTTGGAATAATATAGCTAACAAAAGCTTT +GAAGATAAATATATATTAATATATGACTTTGACAAAAGCCATATAATTGAAAATGTGGCA +AAAGAAATAGCAAAGGCAAAAGGATATAAAATATATACTATAAATGTAGATAGGCCAGCA +TATGCTGATAAACATTTTAATCTAGAAGGACCACAAACTTTTGTATCTTTAGTAAAAAAT +GCACAGTTTGTTATATCAAACTCTTTCCATGCAGCTGTATTCTCATTAGTTTATGAAAAA +GATTTTATAATAGTAAATAGAACCGAATCTATAAATACTAGAATGAGAGACTTACTAGAA +TCATTAACAATAGGAAATAGATTAATAGGAAAAAATTATGATATAAATGAAGTACTTAAA +TCTATTAATTATGATGATGTAAGGCCTATTCTAAAAGAAAAAATAGATTTTTCTAAAGCA +TATTTAAATAGTACTTTATCAATAAAGAAATAA +>group_1587 +GTGGATATTACATTCAAGCAAGTTAAAGAAAAATCTGCAAAGGATTGGATAATAAAGACA +TTTATTGCATTTATTAGTGTAATGTTAATCATAGGCATAATAATTTATACTATAGACCCT +TTTATGTATTATAGGCTGCCTAAAACAAATAACTATAAGTTTGATCAACAATACTGCAAT +GCAGGTATAATAAAAAATGCAAATTACGATAGTGCAATAGTTGGTTCATCTATGGTACAT +TTATTCAATCCACAAGTTGCTAGAGATACAATGGGAATAAATCCAGTTAAACTATCATGG +GGTGGGGCAAGACCTAATGATTTAAACTATTTAGTAAATGAAGCTATAAAATATAAAGAT +GCAAAAACATTTATACTGGCATTTGATTTATTATTTTTTGATTCGAATATTACAGATACA +TCATTTCAAAGACCAGAGTACCTTCATGATGATAATAAGATAAATGATATTAAATACTTA +TTTAATACAACTACCTATACAAATGCAGCATATGCATTAGCAAAAAATGTACTCGGTATG +AATAAAGAAAGTTTTGATCTAGATGCAATACATACAGCAGGATATGCAACTGAAAAATTT +GAAAAAGAAAGTGCTCTTAGATACTATGATATGAAAGTAGAAAGTAATGAAAATAGAGCA +TACCCAACAGAACAAGATAAACAGATTTCTTTACAAAGAATGAAGGAAAACTTACATGTA +AAAATACTTTCATTATTTGAAGAAAATCCAGACAGAGAATTTTATGTATTCTTCCCACCA +ATTTCAATGCTACTTTGGGAAGCTGAAAAAGAGTATACAACAGATACGATGTTAGAGTTT +AAAGAATATGCAATAAAAGAAATGTTAAAATACGATAATGTAAAACTATATGATTTCCAA +AACTTAGACGATATAGTTTTAAATTTAGACAATTACAAAGATACAATACACTATAGTTCT +CAAATATGTGATGATATAGTAAAAGACATAGATGAGGGTAACAATCTTATAACAAAAGAA +AATTATAAAGAAAAAATAGAGCATTTAAGAAATATTATAGATGAATTTGATATTTCTCAA +TATGGAAGGTAG +>group_726 +ATGGTAATATCAGCATCGATTACAGGTCTTATAGGTGGAATGCCAGCAAGTAATGTAGTA +AATAGTATAACAACTAGTTTTGGTGTAATGATGGAAGCAATATTTGAAGTATCGGGTGCA +GCAAAAAAATGGCACAAATATTCGCTAAAAAGCATCTATAGTAAGATTTATTCAAGGTAG +>group_1590 +ATGATTTCTTTATTATTTATTGTAGTTGCAGTCGGATTTGGATTTTTTGTTTATAGACGT +AATGCATCTTTAGGTGTATCAACTGTTATTGGTGTTATATCAATAATTATTTGTATAGCC +ATAGGTATTAACTATCATCCTATTTATTTAAGCTCAAATGCTTGGATGATTATTATAGGT +ATTTATATCTTAGTTGCATCTGTAACACCTGTATGGATTTTACTTCAACCGCGTGACTAT +CTAAGTTCATTCTTACTATATGGTATGATGGCTATTGCTGTTGTTGGTATTTTAGGTTCT +CATTCAACTTTAGATATACCTGTATTTACTGGTTTTGTTGATACAGTTGCACCTACCGGA +ACATCCCCTGGATATTTATTCCCAGCTTTATTTGTAACTATAGCTTGTGGTGCTATGTTA +GTAGAATGTGCTCTTGCTTTAATAGCAGTTTGTTCAGTTCGATATATTTGGAAGGATTAT +TCAGCAGGAACAACAGTAACACCTACTATAGTATTTGCTACTGGAGAAAGCATAGATGAA +ATTTCAGGATTCAAAAAGACTATAACTAACCCATATATAGCAACACTAATTACAGTAGCT +TTAGGAATCGGTCTTGGTCTTACTGGTTATGCAAATATATGGGCATTATTTGGAGCAGCT +AACCAATTACTAGCAGCACTTGGATTACTTGCTGGTGGAGCTGCACTCGGTTGGTGTTAT +ATACGTATAACTCTTTCTGTACTTCTTATTATATTATCAATAATTCTTATGATTGAAGTT +ATTAATACTATTAGAAAACAGTTTAAATCTAAAAAAATATAA +>copA_1 +ATGAGTAATATAACAAAATCAAGTTATAAAGTAACTGGAATGACATGTTCTGCTTGTGGT +AAGGCAGCAGAAAGAGCTGTTAAAAAAATAGATGGAGTAATAAGTCAAAGTGTAAATATG +GCTACAGAAAAAATCCAAATAGAATACGATAGTAGTAAAGTTAAGTTTGAAGATTTAGAA +AAAGCAGTAAAAAAAGCAGGATATAATCTATTAGAAGATGTTAGTTATAGTAAAATAGAT +TTTAAAATAGGTGGAATGACTTGTGCATCTTGTGCAAAAGCAATAGAAAGGGCAGTTAAT +AAGCTAGACGGAATAGATAATATCAATGTTAATGTAGCTACAGAGAAAGCAACTATAAGC +TATGATTCATCTAAATTAAAATTAACTGAAATAAGAAATACTATTGAAAAGATAGGATAT +AAAGTTTTAGAAAAAAGTGAAAGCAAATCAAACAATGTAGATGAAGATAAAATAAGAAAA +GAAAAAGAAATGAAAACATTATTTATAGGCTATGTTAGCTAA +>group_876 +ATGAAAAATAAGTTTAAAATGTTTAATGATACAAAGATAGATGAAAGTGATTATGGAGAT +TTTAATTTAAGTGAAAAAGAAAAAGAAAAAATAAAATATAGAATGATTTCGAAGATAAAT +AAAGATAAGAAAAATTATAAAAAATACATAACTGTGGCAAGTGCTAGTTTAGTAATAATA +GGGTGTATGGCATTTACAAATGAGTCTACTTTGGCATATATAGAACTAATTGGTGAGAGA +ATAGAGAAATTTTTAGGAAGAGATACACAAGAATTTAAAGGTTATAAAGTATCAATTAAT +GAAACTAAAGAAGTTGGTGGACTCAAGATTAATTTATCAGAGCTTATGCTAGATGATGGT +CAAATGATACTTAGTTTAAATTTAGATTATAGTAATTTTGATTTAAAAAAACTAGGTATT +GATAAAGATTCCTTAATACCTAAAATTTCAGCTATTGAAGTTAATGACCTAGTATACATT +GGAGCAGCATGCAGTACAAGTAATAAAAAAGTTAAAGGTGAAAATCAAATAAATTATTTA +ATTAAATATAGCCTTACAGACATAGATACAGATGGTGACAAAATAGGGGATACTCCTTAT +GAAGTACTTGATAATATAGAGGAAAACAAAGACTATAAAATAAAGGTTAACTTTAAAACA +TTAAGTTATAATACTAAAAATAATATAGGAAATATTGTAGGTAATGGAGGAAGTGACAAA +GGTGATTCATATTATGTAGGTGAATATCCATTAAATTTAACTTTTGAAACAACATTAAAT +GGTAAAAATATAATGGCAAATACTACGGTGAAAAAGCTAAATAAAAAAATAAATATAAAT +GAAGATAATGTAAAGGGATTACTTACTATAGAAGAAGTTAGAATATCACCTGTATCAGTA +AAAATAAAATATAATTTTAATGGCGAGCATGAAAGTAATATGAGTGCTGTAAGTGTAATG +GTAGTAGATGAAAAAGGAAACAATTTATTTTCAAGTGCTACTGGAACAGGAGAAGGAGAT +ATGAGTTATACGAGAGCTGAATATGAGCTAAATGGTGATGAAAAGAAAATTATAATTACA +CCTACTGTATATGACGAGAAAGAAAATAAAGAGTTAAAAAATCAAAGTATAGAGATAAAC +CTAAAATAA +>group_256 +ATGAGTAAATTAAGAGGTATTGAAATGTCATTTAAAGGACCGGGGACACATTTTCTAGGA +GATGGATTTAAGGTAAGTCAGTACTTTCCTCTAGGTAAAAACTTGCAAGAACGTTTTTCA +CCATTTATTTTATTAGATTACAATAAACCACATCATTTTGAAACATCAAATGTAAGAAGA +GGTGTTGGAGCACATCCACATAGAGGATTTGAAACAGTTACAATTGCTTATGATGGATCA +GTTGAACATCATGATAATAAAGGTAACCATGGAATTATAGGAGCAGGAGATGTACAATGG +ATGACCGCAGGGTCTGGAGTTCTTCATAAGGAATATCATGAAAAAGAATTCTCGAAAAAT +GGTGGAATTCTTCACATGATACAACTTTGGGTTAATCTACCAAAGGAGCATAAAATGACG +AAACCAAAGTATCAGCCAATTTCAAAAGAAAAAATAGGAGTTTGTAAATTGGATAATGAT +GAAGGTGAATCAAGAACTTTTAGAGTGTCTGATAAAGTATAA +>mhqR_2 +ATGAACAATATAAAAACATTAATTAATGAGAGCAAACTTAATTTATCCACGCTAATAGCT +TTTACTAGAGCTGAACATAAGATACATAATTTAGAGTACAGCACTATTAAAAAAAGTGGA +CTAACAATTTCTCAATTTGGTGTTCTTGAAGTCTTATATAATAAAGGTGATTTAAGAATA +TGTGAAATAATTGAGAAGATACTAACTACCTCAGGGAATATTACTGTTGTAATAAAAAAT +TTAGAGAAGGAAGGGTTTATAAAAAAGAATCCAGACCCGCTAGATAAAAGGTCTACAATT +ATATCTATAACAGATAAAGGAAAAAATATAGTAGAAGAAATATTACCTAAACATATCAAT +AATATAAATAATATTTTTAGCGTATTGACTGATGAAGAAAAAATATTATTAAAGAGTATG +CTAAAAAAGTTTAAATAG +>copA_2 +GTGGCAGTAGGATTTTCATTACCATTATTTTATATAGCTATGGGTCCTATGATCTCAAAA +CCATTTGGACCATGGCCAGTACCAAATATTATAGATCCAATGGCAAATCCACTAAATTAT +GCTTTAATTCAATTAGTGCTAGTAATACCAGTAATGATAGCTGGAAATAAATTTTATACA +AATGGATTTAAAGCACTTATAAATAAAAGTCCAAATATGGACTCATTAGTAGCAATAGGA +ACATTAGCTGCATTTTTATATAGTGTATATACAACATTTAAAATGTCGACTACAGATATG +GTAGTTGGACATGGACATCACCAATTATATTATGAGAGTGCGGGAATAATAATAGCCCTA +ATATTACTTGGCAAATATTTAGAATCAAGATCAAAGGGTAAGACAAGTGAAGCTATAAAA +AAACTTATGGGGCTTCAACCTAAAACTGCAATAGTTATAAAGGATGGAAAAGAAATAGAA +ACTCCAATCGAAGAAGTTGAAGTTGGAGATGTAATAATAGTCAAACCAGGTAGCAAGATA +CCTGTAGATGGTATAGTCATAGAAGGTAATACTTCAGTTGATGAGTCAATGCTTACAGGG +GAAAGCATACCTGTAGAAAAGAATATAGGAGATAAAGTTACAGGAGCAAGTATAAATAAA +AATGGTAGTATAAAGTTTAGAGCAGATAAAGTAGGATCAGATACTGCTTTAGCTCAAATA +ATAAAACTTGTTGAAGATGCTCAAGGTAAAAAAGCACCAATAGCAAAATTAGCAGATACT +GTATCAGGGTATTTTGTACCAGTAGTTATAGTAATATCTTTATTAGCAGCATTACTTTGG +TTTGTAGTTGGAAGTAAAGATTTAGAGTTTGTTCTTACAATTTTTATATCAGTGCTTGTA +ATAGCGTGTCCATGTGCATTAGGACTTGCAACACCTACAGCAATTATGGTAGGTACAGGT +AAAGGTGCAGAAAATGGAATATTAATAAAAGGCGGAGAAGCATTAGAATTAGCTCACAAA +ATAGATACTATAATTTTTGATAAAACAGGTACTATAACAGAAGGAAAACCTCAAGTTACA +GATATAGTAGTAACTAATAATGTAAGTGAAGATTATTTATTAAAAATAGCAGCAAGTGCT +GAAAAAGGTTCAGAACATCCACTTGGAGAAGCTATAGTAAGATTTGGCGAAGAGAAAAAT +ATTGAATTTAAGAAAGTAGAAAACTTCAAGGCTATACCAGGTCACGGTATAGAGGTAACT +ATAGATAATAAGAATATATTACTTGGAAATAAGAAGCTTATGGACGATAGAAACATAGGT +TTAGGAGATTTAAAAGATAAGTCAGATGAATTAGCAATGCAAGGTAAAACACCTATGTAT +ATAGCTATAGAAAATGAATTATCTGGAATAATAGCAGTAGCTGACGTAGTTAAGGAAAGT +AGTAAAAGAGCAATAGAAAAACTTCATAATATGGGTATAAAAGTAGCTATGGTAACAGGA +GATAACAAAAAGACTGCTGATGCAATAGCAAGAGAGGTAGGAATAGATATAGTTCTTGCA +GAAGTATTACCACAAGATAAATCAAACGAGGTTAAGAAGCTTCAAGAACAAGGTAAGTTT +GTTGCAATGGTAGGAGATGGAATCAACGATGCTCCAGCATTAGCACAGGCTAACATAGGT +ATAGCAATCGGAAGTGGAACAGATGTAGCAATGGAATCAGCTGATATAGTTTTAATGAAA +AGTGACTTAATGGATGTTCCAACAGCTATAAAGTTAAGCAAAGAAACTATAAAAAACATT +AAGCAAAATTTATTCTGGGCATTTGCATATAATACAATAGGAATTCCAATTGCAGCAGGG +GCATTATATATATTCGGTGGACCATTATTAAATCCAATGTTTGCAGCAGCAGCTATGAGT +TTAAGTTCAGTGTCTGTAATAAGTAATGCGCTTAGATTAAAAGGATTTAAAGCTTATAAA +TAA +>group_1591 +TTGCAGGATGAAATAATAATTAAATACATAAAAAAGAAAAAAGAAAGGGGAATGGAACTT +TTAATTGATAAATATAGAGGGATTATAACAGCTGTAGTAAGAAGACATTTAGGTGTACTT +ACAAACTATGAATATGAATGTGTAGATGATGTACTTACAAACTATGAATATGAATGTGTA +GATGATGTACTTATGTCCATTTGGGATAATATAAAAAGTTTTGATTGTAGTAAAAATACA +TTTAAAAATTGGATATGTGCCATATCTAAATACAAAGCAATTGATTACAAGAAAAAGTAT +TTAACAAAGATGGAGCATGTGGATATTAGTGAAGAAATTTACTACATAGATCAAGGATTA +TTGAAATCTGAAATGGAAGAAGAAATAAATGATATATTACGTTATCTAAATGAAAGCGAT +AGGCTTTTATTTAAGGAGTATTACTTAAAAGGAGAGACTTTGGAAGAAATAGCTATTAAA +AATAATACAAAGGTATCTAATTTATATAATCGGTTATCAAGAGGAAGAAAAAAGATAAGG +GAAAGTGTAATTAAATAA +>cdaR +GTGCCGTTAGAGGTTTATTATGATGATGAAAGCCTTATTGTGACTGGCTTGCCAAAAACG +GTAAACGTAACAATTAAAGGCTCACCCACGCTTGTACTATCAACGAAACATGCAAAAGAT +TTTTCGATTTTCGTTGACTTGAATCATCTATTGATGGGTGAACATAAGGTAAACGTACAG +TATGAGAATATTTCAGAAAAATTAGAAGTAACATTAGACCCTGCAACGGTCGATGTGAAA +ATAGAAGAAAAGATTAATGGATATTTTAATGAGGTTAAAATAAAATAG +>group_1568 +TTGAAAAAAATTATAAGACTACTACTAAACTTAATACTAATTTCCACGCTAATCTTCTCT +AGTTATAAGATTTATACAAAGTTAGCAGAGTACAAAAAAGCTGATAATGTATATGAAGAT +ATTAGAAAAATAAGTAAGTCTACTGAAGATAATAAAGATGATGAATTTTCCTCCATAAAC +CCAGGTTACAGGCTTTAG +>group_755 +ATGAGTGAAAGTAAAGAAGATGGTATGTTTATGAAAGATAATATAGGATTAAAATGTATG +AAAAAAGCTTTATATGATGGAGTATCTATAAGAGGAGAGTATAGTGAAGTACTAGAGCAG +ATAATAGAAAATTAG +>group_706 +ATGGGATTACTAAAAATATTTAACAAAATAACCACAAGAAAAGAAGAATCACAATTTATT +GATATACCAAAAGACATAGTAGACATACTATGGTTTAAAGATGGACAATACAAAAACTTC +ATAGAAAACAAAAATACCCAAGAAATAAACATAGGAGGAATACAACATCCTACAGCACAG +AGCCAAGCCTTATAA +>group_1593 +ATGATAGATTCATTCCATCTTGAAAAATACGGTGAAACATCAGTAAACTATAACAGAGAC +TTAGAATTATTCCCAGTTCTTAAGAAAATAATAGAAAAAATAACTGGAAAAGAGTCTATA +TTCCAATCACCAACAGACATGGGTGTTAACAGAGTTGGATTTGGTATAGTTGATGACGAA +GTAGTTAGAGAAGCTTCTAAGCAAGAAATAATAAGAAGATACTTTAAAACTGCTTGTGAA +TATAAAAAAGGCCAATTTGATAAGAGTGCTTATGATACTATAAAATTAATAATGGAACAA +GTTGGATTAAAACCTGAAGATAGAAAAGTAGTTATTCCAGCTAGAGATTACAGTACTAAG +TTAAAAGAAAGTGCTGAGAAGACAGATACTTGCCCAGTTGTTGCATTAGAACTAGAAGAT +GGAACAATATTAACTGGTAAGGGATCTAACTTAATGAATTCAAGTGCTGCAGTAATATTA +AATGCAATAAAACATTTAGCGAATATATCGGATGACATGCATTTATTATCTCCTGCAATA +TTAGAGCCAATTGTAAACTTAAAAACAAAGACACTGGCAAGTAGAACTCCAGAATTAAGC +TGTGAAGAAATATTAATGGCATTAAGCGTAAGTGCTGTAACTAATCCAACTGCACAAGCT +GCTATGGAAAAATTTCCGATGTTAAAAGGTGCTCAAGCGCATTCAACTACTATATTAAGT +AAAACTGATGAGCAAACATTTAGAGAACTTGGAATAGATGTGACTTGTGATCCGGAATAT +CCATCACAAAATCTATACTACGCAAATTAA +>bglK +ATGAATTATATAGTTTTTGATATTGGTGGAACTAGTATAAAATATAGTTTGATGACTAAA +GATGCAGAGATAATAGAATCTAATTCACAAAAAACTCCGAATCAAGGTGAAGGGAAAACA +TTAAAGTTACTTGTGGATATAATAAATGAATATAAAGGAAAGTACGAAGATATAGCAGGG +GTTGCTATGAGTGTTCCAGGAGGAATTGATAGTGATGGGTATATTCATTTTATGGGACAA +GTAACTGATTTACAAGGAATATATCTAGATAAGTATATAAAAGAATCGACAGATCTTGAA +TGTGCATATGACAATGACGCTAACTGTGTTGCAATGGCTGAAAAATACAAAGGTAATGCA +GTAGAAAATAAAAATTTCGTTTGTGTAACTATAGGAACCGGAATCGGTGGAGGTATTTTT +ATAAATAATCAGTTATACAGAGGAACTAGAGGATTAGCTGGGGAATTTGGAATAAATATA +TTAGAGCATAGAAGTAAATCAATCGATAATATTGATTCGAAAACTTTTAGTAGATTAGGT +TCATCATATAATTTAATAGATAGAGTTAATAAGTTAAAAGGAACTAACTTAGATGGGAAA +TGCGTGTTTGAGTTAGCTGAAAATGGTGATGAAGAAGTAATAAAGTTAATAGATGACTTT +TACTTTTCATTAGCTATAGGAGTATATAACATAGTTTATAGCTTTGATCCAGAAAAGGTA +TTAATAGGTGGAGGTATTAGCAGTAGAGAGGATTTAATACCTAATATAAAAGAAAAATTG +CAATTATTAAATCCAAATATATTAAATACAGTTGATATTGAATCTTGTAAGTTCCAAAAT +GAATCTGGAAAAATAGGAGCCTTATATAACTTTTTAAATAATCGATAA +>group_1573 +ATGAAAATAAAAATGGAATTAGAAACGAAACGTCTTAAATTAAGACCGTGGACAATTGAA +GATGCACCTGCCCTATATAAATATGCGAGTGATCCAAAAGTTGGACCAATAGCTGGTTGG +CCAGTTCATACTGATATTGAGTTCAGCAAACAAGTTATTAAAGATGTATTTTCAGCAGAT +GGAATTTACGCAATAGTTCCAAAGGGTCAAGATGAACCTATTGGTTGTATTGGTTTATTA +ATAGGAAATGCTAGTGATTTTGGTATTGGCCCAAACGAGGGAGAAATCGCGTATTGGATA +GGTGTTCCTTATTGGGGTCAAGGTCTTGTACCAGAAGCCATAAGAGAATTAATGCGTTAT +TCTTTTAATGACTTAGGACTTAAATCGCTTTGGTGCGGATATTTTGAAGGAAACGAGAAA +TCAGTCCGTTCTCAAGAAAAATGTGGATTTAAATATCACAGCACTAATGTAGATAAACCT +TGGCCATTAATGGGCGATATACGTACAGAAATTATTACGTGTATCAATAAAGATGAGTGG +TTAAATCAAGTATCTCATAGTGAATAA +>group_1574 +ATGAAATATATTAATGCAGCAGATGTACTTCCAAAAGATTTATTGAATGAAATTTTAAAT +TATGTAGATGGAGAACTTCTATATATTCCTACATCTAGGAAAAAGAAGAAGTGGGGAACA +GATAGTGGTTCAAGAGACTATTATGACAAGCGTAATAAAGAAATAATCACTCAATATAAA +GATGGAATGTCAATAAATGATCTTGCAAAGAAGCATTGTTTATCATATGATTCTGTAAGA +AAAATAGTAAATAAATAA +>group_432 +ATGAATATACAAAGAATAATTGAAATTCTTAGAAAAGAAGACACAGTCACTAGACTATAT +TTTACTATGAAAAGGGGTATAAGATACATAAGTTATTCACCTTCCATAAGTAATGGTTTA +CAAGATGAGATAAAAAATTTAATAATTAATCATCTTAATTTTTTTACAGATACTGAGCAA +ATTGAATTTAGTCCTTTAGGATATCGTGAAGATACTATAGAAATTTATAAAACAGATGAA +ATTAGTAATTACAATGATGTTGTAGAGAGTTATCAAGATGAAAAAATAGGATATGATATA +TCAGATGAAATAATAAAGAAATTAAATTTTTATTGTCTAGTTATAGAATTTGAAGAAGAT +GGAGAAGATAAAGAAATTAAATTCTTTAGAAGAGTAACCAAATTTAAGAAACTTTCTACC +AAAGGTGTGATGGGAAGAATATCTAACAATAGCTTCAAGAAGCTAGATGCATCACTATTA +GGTATAGATGGAGATATAGATATAATTATAGAAGGAAATGATGTTTTAATTTTGAATCAT +ATTGCTCTTGAACGAGTATTTTCTTTATCGGATCATTACCAGGAGAAGGCACAAATGGCT +ATAGATTTAATACGTAATTCAAGAAGAATCGATAATTTCGAACAATTTGAAGAAGATGCA +CTTAATGACGGTAGAATTACGCGAACACTCACAAAAATGTTAAAGGAAGAAGATCGACTA +CATAGATGTTTTGAGAATTTTAGTAATGTTATAAATGTAATTGAGTTATTTGACTTGGAT +ATAAATATACAAAACTTAGACGGTGTTGATATGGTTGTATATGAAAGTAAAGAACAATTG +ATGGACATAATAAGGTTAGTTAGAGACTCTTACTATACAAGTATAATAAATCAAAGACCA +GGCATAGATGATACTTTAGTTTAG +>group_185 +ATGAATAGAGTAAATTATTTTAATATGCGTGTAAGAATGTTCATATCATCATATCTTCCT +TTATATGCAATATTATTAATTCTTTATAATGATAAAATAAATAATATTAATAAAATCAAA +TTAATATTACAATTTAAAGATGTTACTAGTTCCATTTTTATAATAGCGTTGGTAACGCTT +TGTATTATTTCTATATATACCTGTATAGATTTAAAATTTACAAAAGGGAATGAGAATCAT +ACATTCAATAATATCGAAAGACCAGGAGAAACAATAATAAGTTATATGATGACATATATA +GTACCTATATTATCTATAGATATATCAGATAGTAAGACTGTGATAATAAATACGATACTA +TATGTGTTGATTGGATTTATGTATATAAAATTAAATTTAATTTACCTAAATCCACTTTTT +CTATTTTGTGGTTATTATGTTTATAATGCTGAAAATGAAGCTATAATTATTAGTAATATA +TCATATGTAGAATTACGTTCTTTGCAAGGTGATAGAATTAAATCATATCCATTGGGTAAC +AACATGTATTTAGTACAAAAAAAAGACAATATAAATAAATTACAAGGTACAGATTAA +>group_937 +ATGATTAATAATGAAGATTTTTCTAAAGTAGTTCATAAAAAATGTGACTACTATATTCCT +AAGTTTGAAGAGATAATGGAAAATAAAGATAAAGAAAGTTGGAATTATAGTGCATTTTTC +TTTTCTTTTAGTTGGTTAGTTTATAGAAAGATGTACATAGAAGGATTTACTATTTTAGCT +ATAAATATATTAGTGATGTTTATAGGCAATTGGGAAGGGGTAGTTTCGATATTAACACAT +TTTATATGTGGGATTTATGGAAATTATTTATACTTTAATCATTGTAAAAAAAAGATAAAT +GATAATATTGATTTAGATGAAAATTTAAAAAATAATAAGTTACATCGAGTAGGTGGTGTA +AGTATATTTGGATTGATTATTGTTTTTATAATAGTATTTATTTCTACTGGAATATATGTT +AAATATAATCCAGCACCGTTTTAA +>group_1073 +ATGAAGATAGAATCTATTTTAGAATCTATAGTTAATGCATTCAAAACTGTTGAAGGTGTT +GATGCAATAGTTTTAGGTGGTTATCGTGCAACTAAAACAGAAAATGAATTTTCAGATATA +GATATAGGGATATATTATAATGAAGAATTTGATATTGAGGCATTTAAAGAAAATGCATCT +ATGATTGATGATATGAATCGTAAAGATTGCATAACAAACTTAGGAGATTGGGGTCCATGG +ATAAATGGAGGTGGATGGCTTACAATCGATAATATACCTGTAGATATCCTTTTTAGAAGT +ACAAGAAAAGTTAGTCAGTGTATAGAGGATTGTAAAAAATGTATTATAACAATTGATTAC +CAATGTGGACATCCATTTGGATTTATTAATTCAATTTATATGGGAGAAGTTTTTTATTGT +AAAATACTTTATTCTAACAGTGATGAAATACAAAAACTAAAAAACTCACTAAAAATTTTC +CCAACTAATTATAAAAGATCTGCAATAGAGAAGTTTCTATGGGAATGCGAATTTTCATTA +ATGTGTGGTAAAAAGGCTGTTGAGAAAGATGATATTGTAACTGTATCAGGTTCTATTTAT +CGCTCAGTAATGTGCTTAATATACGCACTATATGCAGAAAACGAAATACATTGCATAAAT +GAAAAGGGAAGTTTGGATAGACTTATAAAAAGTGATACAGTTGTATTACCTAACAACTTT +AAGGATATAATGGAAAAATCAATTTCTGTAAATAAAAATAACATTTCATCTGTATTCAAT +GAAATGGGAGCGTTATACAGTTCAACTTACGATATGATAGTTAAGTAA +>group_651 +ATGAGGAAAAATAACCTTTTAATAATTAGACTATTATCTTGTATAATTATTTTAGGATTT +TATATTTGGAGATTCTCTCCATTTTTACCTCATATAAATCGAAATGATGATGGTAGTTTT +ACTTATGGAAATGTTACTTATACCGAGTATACTGAAGAGGATTTTAAAACACATCTTAGG +TTTAAGTATGTTACAAATACTGAGGTGTGGTTATTTTTACTCCATAATTATCACAAAGTA +AGCTAA +>yjaB +ATGATAAAAATTGAAAATTTAAATACTATTAATAATAAGGATATGGAAGAAATACTAGAT +ACATGGGAATCATCAGTAAGAGCAACACATGACTTTTTAAGTGAAGAGGATATAATATCA +ATAAAGCCTCAGGTTGTAGAAGGTGCCAAATATGTTAGCAAACTTTTATGTGTAAGAGAC +GAAAAAGGTATTATAAAAGCTTTTATGGGAATACATGATTTTAAAATTGAAATGTTGTTT +GTAAGTAATGAAAGTAGAGGATTTGGAATTGGAAAAAAACTTGTAGAATATGCGATAGAA +GTATTGAATGCAAACTATGTAGATGTGAATGAGCAAAATCCACAAGCATTAGGTTTTTAT +AAACATATGGGGTTTCAAGTTTTAAAAAAATCTGATTTAGACGAACAGGGTAATCCATTC +CCTATATTTCATATGAAATTAAAATAA +>yyaP_1 +ATGAGTGGAAAAATAATATTAAATTTAGCCATGAGTTTAGATGGATACATAGCAGATGAA +AATGGAGGATATGATTGGATAGTTGGAGATGGTAATTCTACTCTAAATACAGAAAATAAA +TGGGATTATAATAAGTTTTTAGATGGAATTGATGTTGTGGTTATGGGTAGAAATTGCTAT +GATCAAAATATGCATAAGGATTTTCAAGGAAAAGAAATATATATAGCATCTTCTAAGAAA +GTAGATAATTATGAAAACTATCATTTTATAAGTAGCAATATATGTGAGAGTATAAGCAAA +TTAAAAAACGAAGGCAAAAGAATATTCTTATTTGGTGGAGGAGGCTTAGTTGATAACTTT +ATCAAAGATGATATTATAGATGAATATGTTATAGGAATAATACCAACTATTTTAGGTAAA +GGAAGAAAGTTATTCTTTGAAAATAATCCTAAGATAGATTTAACACTTGAGTATTATTCT +GTTGAAGATGGTGTTATAGTAATGAAATACTCAAAAAGAAATAAATAA +>group_976 +ATGAAAGCAGATAGATTAATTTCAATACTTATGTTGTTACAAGTACATAAGCAGTTAACA +GCAAATTATCTGGCTAAAAGATTAGAGGTATCTGTTAGAACTATTTACAGAGATATTGAA +TCTTTAAGTTCTTTAGGCATACCTATATTCACAGATAGAGGTACTAATGGTGGAATAAAA +TTGTTAGGAGACTACCAAACTACGCTAAGTGGAATAAATAAAGATGAACTCTATTCTTTG +TTTATTCCTACAGGTGATAAAGTGTTAGATGATTTAGGAATTGGAAAATTAAAAGATAGT +ACTATGATTAAGCTTTTAGGTAGCTCTTCAACCTATCAAATGAATGAAATTAAGAATATA +CAAAATTATATTTTCATCGATATGTACACTTGGGGAGAAAATCCAATAAAAGTAGATACA +GCTATTCTTTCTATTTTACAAGAAGGAATATGGAATAGTAAAGTCTTAAATATTGTATAT +AGAAAGATAAATGAAACTAAAAATGTTATACTAAATCCACTTGGATTAGTGTGTAAAAGA +GGTATTTGGTATTTAATAGGCGAGAATAATGAGATTATTAAAACTTATAAAGTTAGTAAT +ATTGAATCTGCTTTATTGACAAATACATTATTTGATAGACCTAAAGATTTTAATTTAGAA +AAACACTGGAAGTCTAGTACTAGTAATTTTAAGTCCTCTATTCCTAAGCATACATTCACC +TTTAAGGTTAATCCCTCCATTGTAAACCATATTAAAGCTAGACAGTTTATTTCCATCAGT +AATATTGTAGTTGAAGATAATAATATATATATGGATATAAATTTTGATGCTATATTTCAA +GGAATTGAATTCGCATTTGGATATGGTAAAGAGATCGAAATAATATATCCTATTGATGCT +AGAGCTGAAATTAAGAAAAAATCTTATGAAATAACTAAGCTGTATAGTGATTTATAA +>group_1054 +ATGAAAAGTTTATTATTAAACCCTAAAATAGACTTTGTATTTAAAAAAATATTTGGATCA +GAAGAACATCCTGAAGTGTTAATATCATTTTTGAATGCAGTACTTAAACAAAAAAATAAG +ATAGTGGAAGTAGAAATAAAAAATTCAGATATAGAAAAAGCATACATAGAAGATAAGTTT +TCAAGATTAGATGTAAAAGCTAAAACAAACAACAAAGAAATAATAAATATAGAAATACAG +CTTAAGAATGAATACAACATGATACAAAGAAGTCTATACTACTGGAGTAAACTATACGAA +GACCAACTAAACGAAGGTGATAGATATGATAAATTAAGCAGAACCATATGTATCAACATA +TTAGATTTCAAGTATCTGAAAAATAATAGATTTCATAATGGATATAGATTAAAAGAAATA +GAAACCAATGAAGAACTAACTGATTTACAAGAAATTCATTTTATAGAAATACCAAAATTA +AAAAAGTTAAGTACTGAAGAAGAAGTTATAGATATGCTAGAAGGATGGGTGGAGTTTTTA +AGAGATCCTGAAAGTGAAGTAGTAAGAAAATTAGAGATGACGACTAAAGAAATTAGGGAA +GCTAAAGATGAACTATATAGATTAAGCAGAAATGAAAAAGAAAGAGAGCTATATTTCCTT +AGAGAAAAATCTTTAAAAGATGAGATAAGTGCTTTAGCTAATGCAAGAGAAAAAGGATTT +TTAGATGCAAAGATAGAAAATGCAAAGAACTTACTAGATGTACTTGATGATGAGACTATT +GCACATAAAATTGGACTAGATCTAGAAACTGTTATACTATTAAGAGAAGAAAGTAAAAAT +AGTAAGTAG +>phoR_2 +ATGGAGGTTATAGATATTAATAAAGAGTTAAGGGAACAAATACTAATATTTTATAATGAC +TTTGAAAAGAAAAATATTGAAGTTGATATAAAATTAGAAGAGCAACCAGTTTTAGCAAAG +TTGGACAGAGGGGCAATTAAAAGAGTTTTTATCAACTTAATTCAAAATGCCATTAAATAT +AGTAAAAATAGTTTTTCTATGTCTTTGAATATGAAAGATGAAGAAGTTATTATTGAGTTT +AAAAATAATGTACAAGATATTAATAAAAATGAATTAAAGTTATTATTTAATAGATTTTAT +ATGAAAGATAGGTCAAGAAGTAATGATAGTTCAGGACTGGGCCTTACGATAACAAAATTT +TTAATTGATTCTATGGGAGGTGAAATTAATGTTGAGATGGATGAAGACTGGATTATATTT +AACATAAAGTTTCAAGAAGTGTTAAATTAA +>group_387 +GTGGAATTGATTTTAGTAGTTTTATTAATACCAAGCGTGTATTTTTCTGCACGCTTTTTC +TTGATTTCTAATAATATTAAAAAAGCAGTAAAAGACTTTAAATATATTTCTGAAAATATA +GATTCAAATCGTAAACTTAAGTTAAGTCATCCAGATAAAAATTTTGAAAAATTATTATAT +GAAATAAACAAACATTTAGAATATGCACAAGTAAATAAATTAAAATATATAAAAAGAGAA +GAAGCGATAAGAAGAGAAATTGAAAATATATCTCACGATTTAAGAACACCTTTAACTTCT +ATCAGAGGATATATAGAATTAATAAATGAGGAAAACATTACAATTAAAGAAAAGGAGGAT +TATGTCTATATTGTAGAAAAAAGGGCTAAGGTTCTTCAAAATTTGATTTAG +>group_316 +ATGGAAGTAATAATATGTACAATAAACTTAGTGTTAATTAGTAGTGCATATGTAATAGCT +GCATATTTAATGCTAGAGGATAGTGGTATAGTATATTTGAAAGATTTTATACAAGCAATA +ATAGCATGCTATCCATTATTATTAGTTAGTGCTAGTGCTGCTCATTGTTTTTATTTTATA +TTTGATGATGAGAGGAGTGCAATTGCAACTTGGGCAATTATAATTATTCTTATACCAGAG +TTAGTAGCAATGGCTGGACTTAAAATAAGTATACTAGGTAAATTATCAGAATGGTTGCCT +TGGAATATATTAGGAAATGCTACATTTGATATCGGTACTCACAGAATAATTATGGAGTGG +AGTAGCCAATCTGGGTTTATAAAATGTTTTATAGTAGGTGCTATAGGATTAGTATTTTTT +TATACATTAGGATTAGTAATGTTTAATAAGAAAGAGATAAAATAG +>group_486 +ATGATTAACTATATAAAAAGTGAATTTTATCGTAATATAAATAATAAAGGAAATTATATT +TTCTTATTTGGAAGTATGGCATTTGTAATATTTCTAAATGTAGCATTAGGCTTATATACA +AGAAGTCAAGTTGATTTTCCTTATGGAAATACTTATTTTTCTCTTAGTAGTTTTTATAAC +TTTATGGGACTTTTAATAATTATATCTGTTTATTTAGTTTCATTAATTAATGGTCAAGAA +TTTAAGAATCATACATTAAAAAATTCTATTGATTTGGAATTTCAAGAAGTCAAATATATT +TGGGTAAGTTTTTAA +>yxlF_1 +ATGGAGTATTATCGTATTCAAAGGGGAATACCAGGAAAAAACAGCGTAGATAAAGCTCTT +AAAGAAGTAAATTTACATGAATTTAAAAAGAAAAAGTTTAGTCAATTATCTCTTGGTATG +AAGCAAAGATTAGGGCTAGCACTTGCTATGATGAATGACCCTGAATTATTAATTCTTGAT +GAGCCAATCAATGGATTAGATCCATCGGGTATTATTGAAATTAGAAATCTTTTATTAAAA +TTAAATAAGGAAAAAAATATTACCATAGTAATATCAAGTCATATACTATTGGAGTTATCA +AATATTGCAACTTGCTATGGATTTTTAAATAAAGGAATACTAGTAAAAGAGATATCTGCA +ATTGAACTTAATGAAAAGTGTAAAAGCTATTTAGAAATTAAGGTTAATAATGTGAATAAG +CTAGCTGCATTATTAGAAGAAAAGTTAGGTTATAGTGATTATAAGGTTTTACCTGGAGGG +ACAATACAACTCTTTGATATAAATAGAAACCCTGAAAAGATAAGTGAGCTTATAGTAAAA +AATGAAATTGGACTAAGTTGTTTAGAAGAAAAAACTATAAATCTTGAAAATTATTATATG +TCTTTGATGGGGGTAAGCAAAAATGATTAA +>ettA_1 +ATGAAGGAAGTTATAAAGACATATAATTTATCTAAAAAATATAAAAACTTTGATGCCTTG +TTAGATGTAAGTATTAATGTAAAACAAGGAGATATATATGGATTAGTAGGAGATAATGGT +GCAGGAAAGACTACTTTACTTAGAATATTAGCAGGTCAATCATATTCTAGTAGTGGAAGT +TTTGAACTTTTTTCAACTTCAAATGAAAAAGAACTAAGTGAAATTAGAAAAAATATTGGA +GTTATTATTTAA +>srrA_2 +ATGTGTAAAGAACATATTTTGGTAGTAGAAGACGACATAGATATAAATAACCTAATAACA +AAAAAACTAGAAAAGCATAAATACAAAGTAACACAAGCTTTTTCAGGAAGTGAAGCTATT +TTACAACTATTCATATCAGAATTTAAATTGATGTTACTGGATTTAATGCTACCAGGTATG +AGGGGAGAAGATATAATTAGTAAAATTAGAGATGAAAAAGAAATACCTATAATCGTAATT +TCGGCAAAAACATCGCTAAAAGATAAAGTAAATATACTAAATATAGGAGCAGATGACTAC +ATAACTAAACCTTTTGAATCAGAAGAAATAATAGCCAGAGTAAATGCTCAGTTAAGAAGA +TATAGAAAATATGAAATAAATACTCAGTTAAATAAAATATATAAATTTAAAAATCTTACT +TTAGAAGAAGAAACAAGAGAAGTAAAGGTTAATGATATAGATATACATTTAACCGGTCAT +GAGTTTAATCTTCTAAGTATTTTAATTAAAAACCCTGATAAGGTATATTCAAGAGAATCA +TTATATGAACAAGTATGGAAAAATGGATACTATGGAGAAGATAATTCAGTAAATGTTCAT +ATTAGTAATATTAGAAAGAAAATTAAAACAGTATCAAAAGGTGAAGAATACATAAAAACA +GTATGGGGAATTGGATTTAAATTAAATAATAATTAA +>group_423 +ATGTCAATTGGTGATAATATAAAAAAAATTAGAATACTTAAGAATTTAAAGCAAAGCGAA +GTTGCTGAATTATCAAATGTATCTAGAGTTGCAATTGGTAATTATGAAAGAGGGGATAGA +ACTCCTAATATAGAAATATTAAAAAAAATATCTAAAGGATTAGATACAGATTTAGATATT +ATTTTACACTGGACTAAAATCTTAGACTCAGACCCTGATGTTATTGTATTTTTAGAAAGA +ATTTTTAATAGCAGAGAAGAATTTGATGAAAAAATAAGTAGCCTAGTTGGTTTAAATCCC +AATAGTGCAGAGTTTTTAAGTTTTTTAATATGTACTACTAACGATAAAACTCCTTATATA +AAAATTGCTGACATTTTACAACTTACAGATACTCAATTATATAATTGGATTTTATATAAA +ATACTTATTAATGAATTCAACTTTGATGATTTTAATATGCCTATAATGGATCATAATACA +ATTATGTCAGTAATGGGAAAATTAGAAAAACAAAATATTGATGATTTACTTATTAATGGA +TTATCTAAATTAAATAAATCAATAATTATTAAATTCTACAATGAGATTAAAGTTGATCGA +TATATCGAAATATCAAAAAAAGAAATAGAAGAATGGAAAAATAATGACCCTACACATAAG +TTATTTCATGAACTAAACAGCTTATTAAGTAAACTATATAATAATGACACCGTAAACTTA +TATGTTAATAAATTAATGAGTATTAAAACAATATTAAATATTCTAAAAGTAGATTTTGAA +ATACTTGATATAGATAATAAACCATCTATTTTAGTTTTTGGTAATAATTTTAAATATAAT +TTATCTATTGATGAATTCATCAACTTTACTGATAAGGTTTACTGGAGTATAGAGCGAGAA +ATAGATTATTTAAAACACTTATATGACTAA +>group_67 +ATGCATTATAAATTAAATTTAAAAGCCCTAGATTTATCAATGATGAAAAAGGGCTATTCA +ATTAATCAGTTATCTAAAGAGAGTGGTGTTGGAAAAGCTACTATATCAAGATTAACAAGA +GAAAAAGTAGTATCAAGGCCGAGTACTATATACAAGATAGCTAAAGCCTTAGAAATTAAT +ATAGAAGAAATACTTGAAGAAATAGAATAA +>group_37 +TTGAATAATCAAGGATGGATAAAGTTACATAGAAAAATCAAGGAAAGCCCATTATATAAA +GATTTAAATTCAAAGCAAAGAGATATTTTAATTAATTTACTTTTAGAAGTTAATCATAAA +CCTAGAAAATGGATTTTTAAAGGGGAAGAATTTGAAGTCAAAGCTGGGCAAATGATTACA +TCGCTTGAAAGTATAGCAAATATGTGTGCAAAAGATGTTACTATACAGAATGTTAGAACT +TGTTTGTTGAAATTAGAAAAGTATGGATTTTTAACAAATAAATCAACAAACAAAAATAGG +CTTATAACCATTGTAAATTGGGAGTTGTATCAGAATGAAGAAGAAAAACAACAGACTAAT +CAACAAGCAGTTAACAAGCAACTAACAACTAACAAGAATGTAAAGAATAATAAGAATAAT +ATATATAGTGCATCTAGCGAAGCACTTTGGAAGTTATACCCTAATAAAAAAAATAAGTCT +AAAGCTATGTTAAAAATACCTAAGCTTATAAGTGAGTATGGATATGAACAAATAGAGCAG +TGTATTAAAAGATATATAGACTATGTAGAAGAAGAAAGAAGAAATGGATTTAAGAGTTTA +AAATATCAAGCTGGAAGTACATTTTTTAATGGCACATATATTGATTATTTAGATGCAAAT +TATCAAGAAAAACCAAAGGAGCAACCGTTATATGAGAAACCAAGGGGAAAAGTTATAGAA +ATGAAGATAGGAGAAGGATAA +>group_713 +ATGAGTTATTCATTTGATATAAAACTTAAGGCTACAAAAATGTATTTAGAAGAAGGCATT +GGAAGTGCTACAATTGCAAAGAAACTTAATTTAAGCTCTAATAAAAGAGTTCTCTTATGG +TTAAAAAGATATAATGAATTCGGAGAAGATGGATTAATAGAATGTAGAGGAACTACTCGA +TGGTTATAA +>group_689 +ATGGACTTTTTACATGGTCAGGAAACACTTAGCACTATTGATTGGATACTTCGTGCTATT +ATTGCTTTTTTCTTTTTGCTGGCTATTGCAAAGCTACTAGGGCAACGCTCTATATCTCAA +TTAAGACTAATTGATTTTGCTATTACTTTAGTAATTGGTAATATTATTGCCCATCCGCTG +TCTGATGAAAAACTTGGATTAGAAGGCTCAATCATCACAACACTTGTATTAGTTATCCTG +TATATTTGTGGAGTATTCATAACTCTTAAATTTCCGTCTCTTAGAAGACTTGTTGATAGT +CCACCAATTACAATTGTTCAAAATGGTGAAATCCTTCATGATGGATTAAAAAAAGCAAGA +ATATCAATTGATGTATTACTAGAAGAATTACGTGAAGAAAAAGTAGATGATATAAAAAAG +GTAGCATTAGCAACTTGGGAGCCTAACGGAAAATTTTCTGTTTTTTTTAATCCAGAATAC +GAACCAATTACGCCTTCATCCTTACATATAGAAATAGAACCCTTTAATCTTCCTAGAACA +ATTATTAAAGAAGGTAAAATTAATTTTAAAGAGATAAAAGTACTTCATAAAGATGAAGTC +TGGGTTATTTCCAAACTAGAAAGTTTATATCAAACTAATGTAAAAAATGTTTTGCTTGCC +ACGCTTGATAATAAAGATAATTTAAAAGTTTTTTTATATAAGTAA +>tagG +ATGAATTTTAGAGAAAGTTGTGCATTAGTGCTACGTGAACATTTTAATTATTATTCACAA +ACAATACATATGGCGTTTAAAGATATAAAAAAGCAATACTCAGGTACCTTTTTAGGAGCT +TTATGGCCAATGATAAAAAATTGTATATTTGTATTTGCGTATTGGTTTACTATTTCAGTT +GGGCTAAAAGGAAGCTCATCTGTAGAATATCCATACATGGCATGGTTGACTGTAGGTTTA +GTACCATGGTTCTTTATTAGAGATACTTTGGTACCAGCATCAAAAGCTATACGAAGTAAT +AAATATCTTGTAACAAAGATGGTTTATCCTGTATCTACAATACCTACGTTTAAAGTAATA +TCAGGATTTATAAGTAGCTTTATGTTTTTAATAATAATGTTTTTAATATGTGCTATATAT +AAAATTTATCCAAATTTATACTGGATACAAATCATATACTATGCTTTCGCATCTATGATG +TTATTAATATCTATATCACTAATAACTTCTGCACTAGTTGTTGTAAGTAGAGATGTAGAG +TTTTTTTTAAATTCAATAATAGTATTGATATTTTGGATAAGTCCAATATTATGGCCAATA +AGTAATTTATCTGGGAAATTGGCTTTTATAGTTAAATTAAATCCATTCTTTTATATAATA +GAAGGATTTAGAGAGTCTGTATTAGGACATGTTTGGTTTTGGCAAAGCCCAGTACTTAGT +GCTTATTTCTGGATAGTAGTATTGATACTTTTTGTAGTAGGAATTTTTATACATGGAAAG +TTAAGAGATTACTTTGCTGATATATTATAG +>group_186 +ATGAATGTTTTAATAGTAGCAAATTCTTTTATAATTAAAGAATCTATATCAAATATATTT +AAAAAAGTATACAACGGAAGCAATATAAAAATTACAAATAAGATTGATAATCTATCTATA +GACGAAATAAACTTTTATGATATGATTTTAGTAAACATAGTTAAAAATGACCTAAACTTT +TTTAACAAAGTTATACAACTAAAAAATAATAAAAACAAAATAGTTATACTAGACCAATTA +AAAAATGATAAAGTATTGAAGTTATGCATAGAAAAAAATATAGATGGGTATGTAGTAGAT +TTTGAGGATGAAGATGAATTTAAGTATATTATAAATAAAATAATATGTGGAAAGAAATTT +TATGATGCAGATGTTATTCAAAAGGCATTAGGCAATAAAAATAAAACTAAAGGATTAATC +TTAACACCTAGAGAAGAAGAAGTTATGTTAGAGGTTAAAAAAGGTCTTTCTAATAAAGAA +ATAGCGGATAAATTAGGGATAACAGAATCTACAGTAAAAAAACACTTAAGCAGTGTACTG +CAAAAGTTAAATTTTAAAAGTAGAAAAGATGTAATCATATATGGTAATAATGAATAA +>group_215 +ATGAGTAGGTTAAGAAGACTTAAAGAAAGAAAAAGAAAACAATTTATAAAAACTATCATG +AGTAGTTTAGCCCTTGCCTTAGTTATGGGTGCTAGCCAGGGTGTGACTACTTATGCATGG +TTTACAGATGAAGAAATAATAGATAATGATTTATTTATAACTATGGGAGATTTAGATGTT +GAAATTGGAGATGGATTTAATATAACAGATGCAGATATTAATGAAGAAATTACAAATATA +TTTACTATAAATAATAAGGGCAGTCTTAATCAAAAAGTTAAATTAAACTTTGAATTGATT +GAAACTGATATACCCAAGGAGCTATTAGATGAAATAAGCTATACGTTAGAATTAAAGAGT +AAAGATCAAAATTTAACTTCAGTCAAAGGTAATATGGGAACTTTGCTAGAGAATAAAAAT +AAAATAGAAGTTAAAGATGAAAAAGGAAATCCATTTATACTTCAACCTGGAGAAAATTTA +GAGTGTGTAGCAAAAATAAAAATAAACAATATTGAAGAAAATCAATCTTTAAATGGAAAA +ATATTAGAATTCAATTTGAATGTAATCGCAAATCAAACCAATTTAGAGGATAAAGGATTT +ATGGATACAGAAAGTCAATACAATAAGATATCTATAAAAGAACAAGATTTAGGACCTGGT +GAAGTGGAAGGAGCTTGGGGAAGATGTAAGTGTTGTAATTTACCAGGACTAATATTTGAT +TATCCAGAGGAGTTGAAAGGAAAAGAAGTATATGTAAATCTTCCATTTGAACTTGAAGAT +GATTCATTTAGTGCTCACTATAATTATAATACTGGAAAAATAGTCTTAATAAAAAGAGAT +CAGATAAATTACCCTATAAAAGAAGAAGATGTTATAGATAAGGAGTTTATAGTTGATTTT +AATATACCTAAAGATAAACCTGGATATGACAGATATTCATTGTTTTTTGAAAAAAATAGT +AGTGGAAATTTAATTGGGAAATGGACTTTCAAAGAATATATAGAAGAGTATAGTGGTGCA +AATGATTTAATAAATAAACCAGAGATAATAGAACCACCAAAGGAAGAAGTTAAAGTGCCT +AGTGAAACTAAGGACGAAGATATAAGTGAAGAAATAGAAGTACCAATTGAATCAGAGGTA +GTAGAACTACCAAAGGAAGAGGTAGAGGTACCAAGTGAACCAGAAATAGTAGAACCACCA +AAAGAGGAAGTAGAAGTACCTAGTCAGCCAGATACAATAGCACCACCAAAAGAAGAAATA +GAAATACAGGAATAA +>group_1242 +ATGAAATTTACATTAAAAATAGTTTTTAAAAATGGATATGTTCATTCGAGTAAGCATATA +TGGGAAGATGTTAAAAATAAAAAAGAATTATATAATAAATTTTCTAGTTTTCTAACTTCA +GATGAAAATGCGTTTGGTATGGAGGGGGAAAATAGTATTCATTACTTTATTAAAAGTGAG +ATTGCTTGTATTTCAATAAATATCGAGGAATATGAAAAATAA +>group_1290 +ATGACTAAATATATATATAAATTCTATGTAGATAGAAAACTTAAAGCATCATGCGAAGAA +AATAGAAAAGAAGAAGTATTTAATGAATTAGAAGCTAAATATGGAATTGGTAAAGTTGAT +ATGTATGCAGAAGATTTTGAAATAGATGAAATAATGCAAAATTTAAGAAATGAGATTTAA +>group_1208 +ATGAATATTGAATTATTGGAAAGTTTAGACCAATTTAAAGAACTTAAAAAAGGTGATGAA +ATATTGGTTAGATGGAGTGATTACTATGTAAAGCACACACGAGGTGCAAAACATATTATG +GTTTATAAAATTCCTGTAATATTAGAAAATGAAATTATATGCCAAAAGAAATATAATCAT +TATTTTAATTATAAATTATATTTAGAAAAAAAGAGTGTAGCTTTAGAAGTTTACAAAATT +TCAATAAAATAA +>group_1274 +ATGAGTAAAGAATTACAAGAAGCTAAAAGAAAACACATGATAAGAAGTTTAAAAAAATGT +GGCAAATGTAAATTTAATAATTATGTTATGGGGGAAAAAGGAAGTATATTCATGTACGCA +GATTATTGTCATGTAAAAGATACGGAAGTAAAAAAAGTATTTTTCTGTAGAGATTTTAAG +AGAAATAGATAA +>group_1247 +ATGAAATTACCATTTATATTAAGAAAAAAATATAATGCTATACAAAATAAAAATTTAAAA +CTTATGAATGATAAATATGATTTAGAATCTGAATTATATTTATTAGGCTTGAAATATAAG +GATTTGAAGGAAGAAGTAAAAACTCTAAGAAATGATTTAAAAGAAAAAGATAAGGAACTG +GATTTGGCTAAACAGTATAATGACATATCTACTAATAAGGTTTGTGAGCTTAATACTAAG +TTAATAGCAGCAACAACTAAAAATGAAGAGCTAGAAGTTAAAATAAAAGAATTAGAGTTT +TGTTTGAATGAAGTCAAGAAAGAAAATTACAATGCGGTTATAAGATTATCAAAGGATATT +AGCGTAGCAACTGTAATTAAAAATGTTTGCTGTGATAAAGCAAATGTTAAGTTTACAAAA +GATAATATATTTGAATTAGCGACTAAGATAGGATAG +>group_1181 +ATGAAACAATTAAAAAAGTCAACATATAGACAAAAGAAGTTATTAGCATCAAATGGATTT +GATTATATGGAATGGTTATTAGAAAGACAGGATCACAACAGTTATACATATGTGCATAGA +GATACTAAAGAAATTATGATTTTAAGATTTAAATAA +>group_1301 +ATGAGTGAAGGAATAGGAGCGGATTTAAGAGCTTTTTTAGAAGAAATGTATGAGAAGTAT +GGTCATAATGAAACAACAGTTGCTATAAGTCAAATTTTAGATAATTATGTGGTTGAAGCG +CAGAGGGAGAGGTTGAGTAATGAAACAATTAAAAAAGTCAACATATAG +>group_675 +ATGAACTATAGACCTATAGATATAGCTAGAAAATTAAATATTAGTACATCAACACTTAGA +ATATACGAAGATATGGGAATTATTCCACCTGTTAAAAGAAGTGATTCTGGATATAGGATG +TTTGAACAAATTCATCTTGATTATTTTATATGTATTCGGAAAATGATAAAAGGCTACAGT +CTATCATTTACTGGTGAGTTACTAAAGGAGCATATGAAAGGAAATTCAAATAAAGCATTA +TGGATGATTACTAAATCTCAGACTGATTTATATAATGAGAAAATGAGATTAGAAAGAGTG +GCACTACATCTTATTGATAATCTAAGTGATAAAAGTGATAATATAGAAAAACATACAAAT +AAATTAATGACAGTAAATGAAATAAGCAAAATTACAGATGTAAATACTACAACAATTCGC +TATTGGGAAAATATTGGATTAATTTCATCAGTTAGAGGTGAAGGTAATAATTATGGATTA +TTTGATGAAAATCAAATTAAAAAGATACTAATTATTCATGCTTTAAAGTATTCTTTAAAG +CTAAAATATAATTTTTATAATATGACAATGTTAAAAAGAGAATTTGAAAACTTTATCTAC +AACGATTCAAATATAATGGAGTTAATAGAAAATATGAAACTATATTTAGATAAGGTTAAT +TTTGAAATGATTAAAGCTATATCAGCATTTTATGAACTAATAATCAAAGACCATAGCTAG +>abgB +ATGAATTTAGAAGAATTAAAGAAACTTACGTTTGATATAGAAGATGAACTAAGTAAGGAA +ATAGAAAGTGTATGTGATTTTATATTTAATAATCCAGAATTAGGTGGAGAAGAATATATA +TCATCTAAATATTTAGTTGATAAAATAGCTGAATATGGATTTAAAGTAGAGTATCCATAT +TGTAATTTAGACACTGCATTTAGAGCTGAAATAGGAGATGACGATGGTCCTACAATAGCT +TTTTTAGCAGAGTATGATGCTCTTCCAGGATATTGTGATGGAAAAAAATTAGGACATGCT +TGTGGCCATAACTGGATAGCTGCTGGAACTTTTGGTGCATGTGTAGTACTTAGTAAATTA +AAGACATATTTTAAGGGTAAAATAGTTTTTTTAGGTACTCCAGCGGAAGAAACTGTGGGG +CATAAATATGATTTAGTAAAAGCAAAAGCATTTGATGATATAGATGTAGCATTTCAAATG +CATTTAGAAGCATTTAATAATATAAATTGTAAGGCACTTGCAATGGATTCTATAGAATTT +TCATTTAAAGGTGTTGCAGCTCATGCTGCGAGTCATCCTCATGTTGGTGTGAACGCACTT +GATGCAGTACAACTTACCTTTGCAGGAATAAATGCATTAAGACAACATGTTAAATCTGAT +GTAAGAATTCATGGAATTGTAAATAATGGAGGGGAAGCTCCTAATATAGTTCCAGACAGA +GCAAGCTGTAGATTTTACGTTAGAGCACAGGAAAGAAAGTATTTAGAAGAAGTAAAAGAA +AAAGTAATAAACTGTGCAAAGGGTGCAGAATTAATGACAGGAGCTAAATTAAGTTATAGA +TATTTTGAAAATTCTTTTGATAATATAATCAATAATAGTGCTCTTCAGGAGATAATGAAG +GAAAACTTAAAAAATGTAGGAATTACAGATTTACTATATAGTGAAGATGGTCCTACTGGT +TCAACTGATATAGGAAATGTAAGTCAAGTTTGTCCTACTATGTATACGGAAATTGCTTTA +GATATTGAACCTATGGTTAGAGTTCATGAAGAAGAATTTTTAAAACATGCCAATTCAAGT +GAGGCATATGATAAATTACACAAATCAGTTAAGGCTATGGTTACTTCGGCTTTAGACATA +TATATGAATGAAAATTTATTAAAAGAAATAAAGAAAGAACATATAAGCAAAATTAAATAA +>group_877 +ATGAAACGTAACAATAAAACAGCACAGAATAAAGAAAAGATAAAGAAAATAGTGTTATTT +ATATTTATGATGTTAATTGGTGCGGTAGGGGGATTCTTATGGGGATACATGTTACCTTCT +AGTGACACTGAATCAAGTATGGATATTATTAAACTTGCAATTAGTATTGGGATTTTTATA +TTAGCATTTTTCATACAAATAATATTACATGAAGCTGGACATTTAATATGTGGACTATTA +TCAGGATATGAATTTGTATCATTTAGAGTTGGAAGTCTAACATTAGTAAAAGAAGATGGA +AAATTTTCTATAAAGAAATTTAGTATAAAAGGAACAGGTGGTCAATGTCTGTTAATGCCT +AAAAATGATAATTATAAAGAGTGTTCTTATATTTTATATAATTTAGGTGGAATATTAATG +AATTTAATAGTATCAATTATATTTTTTATTTTATACATGGTATTTAAAGGCAACTCATAT +GTATATATAGCTTTAATTTCCATGGTTATTACAGGGATACTAATTTTTATAACTAATGGT +GTACCTATGAAAATAAGTGGAGTAGCTAATGATGGTTATAATTTAGTATCTATTATAAAA +AACGACCTTATGAAGTACTGCTTTTATATGCAGTTAAAAGTAAATGGGCTATTACACAAA +GGAATAAGAATTAAAGATATGCCATTAGAGTGGTTTTTAATTGATAAGAATGCAGACTTT +AGCAATCCTCTTGTATGTAGTATTAAATGTCTTGAAGCGAATTATTATCATGATAAATTA +GAATTTGATAAAGCAAAAGATTGTTATGAATTTTTACTAAACTATTCTCCAAAAATAATT +CCTTTATATGAAAATGAAATAAAGTGCGAATTACTTTTTTACGAAATAATAGGGGAAAAA +AATGAAGAAATAATTAATGATTTATACACAAAAAAACTAAAAGCATATATAAAAGCAACA +GATTGTTACATAACAAGAAAACGCTTAAGTTATGCTTATGCTTTGATAATAGAAAAGGAT +CTTGAAAAAGTTAATAAAATACTAAAAGAAGTTGAAAAAGTTAAGAGAACTTATCCTGTA +AAATCTGAAATTGAAAGCGAACTTGAAATAATTGATTTTGTAACAAATGATAAAAGAATG +AAATGTTAG +>group_811 +ATGAGTAAGACACCGAAGCTTAGATTTAAAGAATTTAGTGGAGATTGGGAAAAAAAGAAA +CTTGGAGAATTATTAGAGTTTAAAAATGGAATAAATGCATCAAAAGAGCAGTATGGTCAT +GGTAGAAAATTTATAAATGTATTAGATATATTAAATAACAATTATATAATTTATGAAAAT +ATAATTGGAAAAATTGATGTTGATGATTCAACTTTTGAAAAGTATTCAGTAGGATATGGA +GATGTAGTTTTTCAAAGAAGTTCAGAAACTAGAGAAGAAGTTGGTACAGCAAATGTATAC +TTAGATAAAGAACATAAAGCTACATTTGGAGGTTTTATTATAAGAGGTAAAAAAATAGGT +GAGTATGAACCTGTTTTTATGAACAATTTATTAAAAAGTTCTTTAGCACGAAAAGAGATA +ACCACTAAGTCAGGTGGAAGTACTAGATATAATGTAGGACAAGATATTTTATCAGAAGTA +AACTTACTATTTCCTTCATTAGAAGAGCAAGAAAAAATAGCTTCTTTCTTTTCTTTAATT +GATGATAAGATTTCTCTTCAAGGTGAAAAATTGAAGATGCTTAAAGATTATAAGAATGGT +ATGATGCAAAAGATTTTTAGTAGAGAGTTAAGGTTTAAGGATGATGAGGGGAGAGATTAT +CCTGAGTGGGAAGAGAAGAAGTTAGGAGATATAGGATTTTTTAAAACAAGTAGTGTTGAT +AAATTAATTAAAGAAAATGAAAATCTCGTATATCTAGTAAATTATATGGATGTTTATAAG +CATATTGACATTAACAAGGATAATATAAAAGATTTAATGCGAGTATCAGCTAAAGATGCT +CAAATAGAAAATAATAATTTAATAAAAGGAGATATACTATTTACTCCTTCATCAGAAACA +CCAGAGGATATAGGTCATTCAATTGTTATTTTTGAAGATTTATCTAACACAGTATATAGT +TATCATTTGGTTAGATTTAGACCTTATATTAATTTAAATTTAATGTATTCTCATTATTTT +TGTAATATAGATTATGTTCGCTCTCAGATTGTAAAATTTGCGACAGGCTCTACTAGATTT +ACTGTATCTGTAAATGAGTTTAGTCAAGTTAAAGTAAATATTCCATCATATGATGAGCAA +AAGAAGATAGGAGAATTTTTAAATAATATAGATAAGAAAATAGAAAAAGAACAAGAAAAA +TTAGATTATTTAAATGAATATAAAAAAGGATTATTACAACAAATGTTCGTATAA +>group_1306 +ATGAAAGTAAGTTTTACAATTCACTCAGAGCCTATAACAAAAGCTAGGCCAAGAATGAAT +ACTAGAACTGGTAAAGCCTATACACCTTCTGAAACAAGGATGTTTGAAGATTTCATAGCT +CTTAGTTATGGGAATCGACATTACTTTGATGATGAATATATAAGAGTAAGATTAAAATTT +AAATTCAAAGTACCTAAAAGCTATAGTAAGAAAAAGTATCAAGAGGCTATAGAAGGCAAA +ATAAGACCAACTAAAGCAGATATTGATAATTATATCAAAGCAGTACTTGATGGATTAAAT +GGCAAGGCTTTTAAGGATGATAGAAATATAGTAGGAATATTAGCAGAAAAAGAATTTGCT +GAAGAATCTTGTATAGAAGTTACAATAGAAAGTATTTAG +>lytR_2 +ATGAGTAAGTTAAAAAAAATAGTACTGGGTATGTTTGGTATAATAGTTTCTTTTGCTGTT +ATTACAGGTGGCTATATATACTATAAGCTAAACTCTATGTACACACCTGATGAGAATAAG +GATTCTAATATAAGTATAGAAGATGCTAAAGAAGAGAATGGTATAAAAAATATACTATTA +GTAGGAGTAGATGGAACTAATCTTGATAGAGGAAATAGATCTGATTCAATGATGATACTT +ACTATAGATGGTAAGAATAAAAATTTAAAACTTACATCTTTAGCTAGAGATACTTATGTT +GATATAAAAGGTCATAGCACAGAAAAGCTAACTCATGCTTATGCCTATGATGGGCCAGAG +TTATTGCTAGATACTATAAAAACAAACTTTGGGATTACTATTGATAAATATGTTACTGTT +AACTTTAATTCATTTATAAAAATAGTAGATTTAATAGGTGGAGTTGAAGTAAATGTTACA +GAAAATGATATAGATATGTTGAATAAATATATTACAGGTTGCTATCCTTTTGATACAAAT +AAAAATAAGGGTGAGATACAATATATTAATAGTGCTGGAAAGCATAATTTAAATGGATAT +CAAGCCTTAGCTTTTAGTAGGATTAGATACCAAGATAGTGCATATGCAAGAGATAGTAGA +CAAAGAGAAGTTATAGAAGCTGCAATTAATAAACTTCAAACTACAGGTATAGATAAATAT +ATAAAAGTTATAGATACAGTTTTAGCAGGAGTAAAAACAAATATTAGTCCTACAGAATTA +ATATCACTAGTACTTAGTGTATTAAATATTGGAGCAAAAGATATGAAAACTTTAGAATTT +CCAGTACATAAAAATCCAGCAACATTACCAGGAAAAGGATGGGTTATTAAGTGGGATAAG +GAGTCAAACTTAAGTGTGCTAAATGATTTTATATTTAATAATATAGACTTTAGTGAAAAG +AAATAG +>group_1229 +ATGTTCTATATATTATTATTTATATTGGTTACTTCATGGATATCTGCGATAGGACTTTTA +GGCTTGTTAATTAGAGATGGTAATTTTGATTTATGGTAA +>group_1190 +ATGGTCCCAAACACATCAGATGCTTTTTGTTTCATAAAGTCCCAAGCTTTTGTAACTCCA +TTTTTAAAACCTTCATTTGTTTTCCATAAATACATAAATGCTCCTGATACAACCCCTATG +ATTCCTGCGAATGCTAAAAATGTAGAAGATGCTAAACCAATCATGGAGATCACTCCCCCA +AACATAGTCCACACACCATTAAGAGCAACCATCCAGCCTTTCCAAAGACCAATACCCATC +TGTAAAGGTAATAACAATAAAGTCATAACAGGTAATAAAAATCCTATAGCTCCAGCTATT +TTAGCTATAATTGGATGTGCTTCATTAAATTTAGCTATCCAGTCAGAAACTATTCCAGTA +ACTTTAAGCGCTACTTTTAAAAACTGA +>group_1316 +ATGGTAGTATTTTACTTTTATTTAGCAACAATTCGTAACGATCTTAACGTTTTAGAAAAA +GAAGATTTAATTATAAACTTCCATGTTGGCGCGACTTTAACTGAACAATCTAATAATTTA +GAATTTCATAAAAGAGATAAATTAAATAGTACTGAAAAAGATACTATATCTAGTGAGTCG +CTTAAATTAATTAAAAGTGATCAATGTATATTACTAGATGCACAGAAGGTCTATTAG +>group_540 +ATGAATTCAAACGGATCAAAAAATTTAGAATTTGAAAATGTAAGACCTTTTGGTCTAAGA +GACAAAGCAGGTTATTTACTTGGGGATTTAGGAAATGACTTCACGTTTATTTTTGCAAGT +ATGTACTTAATGGTATTCTATACAAAAGTATGGGGTGTTAGTGCATCTTTAGTGGGTGTG +TTATTTTTAGTATCAAGATGTGTAGATGGTTTTTCAGATATAACAATGGGGGTAATAGCT +GATAAAGCTAAGCCTACAAAAGATGGTAAATTTAGACCTTGGATAAAAAGAATGGCAGGG +CCAGTAACCCTTATAAGTTTCTTAATGTATCAACATAGCCTAGCAAACGCTTCTATGACT +GTGAAAGTAGTTGTTATGTTTGCTACTTATATATTATGGGGATCTGTTTGTTATACAGCA +ATAAATATACCTTATGGTTCAATGGCATCAGCTATTACTAATGATCCAAAAGAGAGAGCA +TCTCTTTCAACTTGGAGAAGTTTAGGTGCAAGTTTCGCTGGTGTTATTATAGGAACTATA +GCACCTCAAGTTATATATTATGCAGATGCTAATGGAAATCAACTTGTAAATCCAGAAAAA +TTTACTATGATTGCCGGGATATTTTCAATATGTGCATTTATATGTTATATATTATGTTTT +AAACTTACTACAGAACGTGTTAAATTTGTAAATGATGATAATGAGGAAAGGGTTTCTATA +GCGAAAAAACTTGGAATAATAGTAAAAAATAAAGCATTGCTAGCAATAATAGGATCAGCA +ATAGTACTACTTCTTAGTTCATTAATGACACAAACTATAAATACTTATTTATTTGCTGAC +TACTTTAAAAATATAAATGCATTATCTACTTTAAGTATGATTGGTTTACCGATAAACTTA +ATGCTTGCAGCAGTTATAGTAAAAATAGCAGGTAGATTTGGTAAAAGAGAAGTATCTATG +ATATCGATGCTTATAACAGGTATAATATTTATAGGATGCTATATATCTAAAATAACAAAT +TCATGGATATATGTAGGAATATATACTATAGCATCACTTTTCATGAATGTATTTAATATG +CTTATATGGGCTAAAATAACTGATATAATAGATTATAATGAGATACTTACTGGAAAAAGA +GATGATGGAACAATATATGGAGTTTATTCCTTCTCTAGAAAAATAGGGCAAGCTTTAGCT +GGAGGACTTGGAGGATTTGCCTTAGGATTTATAGGATATAACTCAATGGCAGCAACTCAG +TCAACAGCTACAACAGATGGAATTTATGCACTAGCAACTTTATTCCCAGGTGTTTGTTAC +ATAGTTGTTGGATTAATATTAATGTTTGCTTATCCTTTAAGTAAAAAGGTAGTTAATGAA +AATAATCTTAAACTAGAAGCAATGCGTAATTCTAACAAATAA +>group_531 +TTGCTTATAGTTGTTGTAAAGTCAGAATATGTAATTAGATTAGCTAGACTATCAGATAAA +ATTATATATTTGATTTTGATGAATCATTCAGATCAAATATATAATTTTATAGTAAAAACT +GGAATATTAGGATGTGGACTATATGATTATTTGTAA +>group_231 +ATGACTGCAAGTACGAAGGTAGCTATAGATTGCGCGATTATAACATTGATTTTTAATTTT +ATAGCTCAAGTAGTTAATGATCCAGGTAAAATTAATATAGCATTGCGTAACAATTCAGAT +GTGGAATATTTACAAATGAGGTCTGAGCGAAGAACAAAAATTAAAATTTATGTAGATATA +AATTATAAACATAAGTGGATAAAAAATAAATTAGAAAATTATGGCGGTTTACAGTTAGAA +ATAATAAATACAAATTGGACAAGTATAGAGATTGACAAAAGAGAAGAATATGGAGATATC +ATAGATTATACAAATCCATCTAAGAAAATAGTTGTAGACTTAAATAATGTATGTGTAGAA +GAACAGTTAGATGGAAAACTTTATTTAACTTTGTTAGTAGAACCTAATAAAACAATTAAA +AGTGATGGGGTAATAGCTACGAAGGTAGTTCAAAATAAAACTAATTTTATAAAAAATTTA +ATATTTAATTCTTTTATAGACACTACTTGTGGGTGTCAAAAAATAAGTTATAGAGAGGAA +GAGGAGTAG +>group_899 +ATGCTAAGAGCCTATAAATATAGGTTATATCCAAATAGTGAACAAAAAGAATATTTTGCT +AAAACATTTGGATGTAGCAGACTTATATATAATCTTATGTTATCCGATAGGATAAAGTCT +TATGAGGAAAATAAAGATTTGGATATAAAGAAAATAAAATATCCTACACCAGCACAGTAT +AAAAAGAAATATGAGTTCCTAAAAGAAGTTGATAGTTTGGCACTAGCAAATGAGCAAATG +AACTTAGATAAAGCCTATAAAAACTTTTTTAGAGATAAATCAGTAGGCTTTCCTAAGTAT +AAATCAAAGAAAACTAACTATTATAGTTATACTACAAATAATCAAAAAGGTACTGTGTAT +ATAGAAAATGGATATATAAAACTACCTAAATTAAAGTCAATGGTTAGGATAAAACAACAT +AGGTTATTTGATGGAGTAATAAAAAGTTGTACTATATCTAAAACACCAAGTAATAGATAT +TATATTTCTATATTAGTAGAAACTGAAATAGATCAACTAGAACCTATTGATAAGAAAATA +GGTGTGGATGTGGGGTTAAAAGAATTTGCTATATGTAGTGATGGTTTTAGAGTAGATAAT +CCAAAGCACTTTAGAAAATCAGAAAAAAGATTAGCTAAACTACAAAAAGACTTATCAAGA +AAACAAAAAGGAAGTAATAACAGATATAAAGCTAGATTGAAGGTAGCAAGACTACATCAA +AAGATAGCAGACCAAAGAGCAGATTTCCTAAATAAGTTATCAACTAAACTAATAAACGAA +AACCAAGTTATAGTTATTGAGGACTTAAAGGTAAAGAACATGGTAAAAAATCATAAATTA +GCGAAAGCTATAAGCGAGGCAAGTTGGTCTGAGTTTAGAAGAATGTTAGAGTATAAAGCC +AAATGGTATGGTAGAGAAATTATAGTAGCAGATAAGAACTTTGCAAGTTCTCAACTATGT +AGTGAATGTGGTTATAAAAATCCATTAGTAAAGAACTTAGGAGTAAGAAAATGGAAATGT +CCAAACTGTGGGGTAACTCACGATAGAGATATAAATGCAAGTATAAATCTACGAAACTTA +GCCATATAA +>group_981 +ATGAAATTGGATAGTAATAACAATTCAGTATTCGCATTACACTATCATTTAGTTATGTGT +ATCAAATATAGAAGAAAAGTAATAAATGATTCTATATCAGATAGACTAAAAGATATATTT +GCAGATATTGCACCGAATTATGGAGTAGAGTTGATAGAATGGAATCATGATATTGACCAT +GTACACTTGTTATTCAAAGCAAAGCCTAATACAGAAATATCAAAATTACTAAATGCTTAT +AAATCTGCATCAAGCAGAAGAATAAAGAATGAATTTCCAGATATTCGTAAATATCTATGG +AAGGAATACTTTTGGAGTAAAAGCTATTGTTTAGTAACAACTGATGGTGCTCCATTAGAA +GTTGTAAAACAATACATAGAAAATCAAGGAAAGTAG +>group_1076 +TTGACAAAATTAACTTCATTTTTAATTGTATTATCCTTATGTATTTCTTTATGTGGTTTT +TCTATGGCTAATGAAAATATTAATATTGGTTTAAATAATAAAATACTAGAAAATAAATCT +ACTTATTTGGATAATACTTGTATAAACTGGTTTTTTATCCCTAACGATAAATTTATGACA +CCTGAAATTAATGATAATTTAAACTTTAAGTTAAGTGATTACGATGCCATTTACAATGGT +CCTAAATCATCTAAAAATAAGAGCTTATATTTAACATTTGATGAAGGTTATGAAAATGGA +TATACGGAGCAAATTTTAGATGTTTTGAAAGAAAAGAATGTAAAGGCAATTTTCTTTGTT +ACTTCACATTATATTGTTTATTCTCCTGATACTGTAAAAAGAATGGTAGATGAAGGTCAT +ATTGTAGCAAATCATACTAAACACCGCTACTCTATGCCAAGCATTACTTATTCTAGTAAA +GTTTTTAATAAGGAGCTTAGTGATGTTGAAAATAGATTTAAAGAATTAACTGGTAAGGAT +ATGCCTAAGTTTTTTAGACCTCCTATGGGGCAATATTCACAAAAGAGTTTAGCTATGACT +AAGGATTTAGGTTATCAAACTGTATTTTGGAGTTTTGCTTATGATGATTATGAGCCTAAT +AACCAGCCTTCACAAGATTATGCTAAAAAACATATATTAGGTCATCTTCATGACGGTTCT +ATATTATTGTTACATGCTATATCTAAAACTAATGCTGATGTACTTGGCGATGTTATAGAT +GAAGCTAGAAAATCTGGATATGAATTTTACTTATTACCTTAA +>group_705 +ATGGAAAATAATATGGCTATGGAATATCCTATGTTTTGTTACCAATGTGAACAAACAGCA +GGAGGCAAAGGATGTACTAAGATGGGTGTATGTGGTAAAACACCAGAAGTGGCTGCACTT +CAAGATTTACTTATATATCAAATAAAAGGCATAAGTTGCTATGCAAAAGAGTTACTTGAA +AAAGGTGAAAGTATAGATAAAGAAATAATTAGCTTTATAGAAAATAGCTTATTTACAACA +TTAACTAATGTTAACTTTGATGCAGATGTTCATGTAGAAATGCTAAAAAAATCTCAACAG +TACAAAGAAAAATTAAGAAGCAAAGCAGGAAGTATAAAAAATAACACAGATCACGCTACA +TATAATTTAAGCGATACAAGAGCTGAAATGCTTAAAGATGCAAAAAAAGCTGGAATAATG +TATGACCAAGAACTAGACATAGATATTCGTTCACTAAGACAAACTATTTTATATGGACTA +AAAGGAATAAGTGCTTATGGTCATCAAGCAAGAGAGCTTGGATTTTATGATGATCAAGTT +GATAATTTTTATGTAAGAGCATTAGAAGCAATAACTGATGATAAATTAGGCGTAGAAGAA +TTAATAAGATGGACTATGAGAACTGGTGATATGAGTGTTGCAGTTATGAAAAAATTAGAT +GAAGCTAACACTACAGTTTATAAAAATCCATCACCTCATAAGGTCAATGTACATAGAAAA +AAAGGACCATTTATAATTGTATCAGGACATGACTTAAAGGATTTAGAAATGTTACTAGAA +CAAACTGAAGGAAAAGGTATAAATATATATACACATGGTGAAATGATTCCATGTCATGGA +TACCCAGAGTTAAAAAAATACTCTCACTTAGTAGGAAACTTTGGGGGAGCATGGCAAGAT +CAACAAAAAGAGTTTGATAACATACCTGGATGTATACTTATGACTACAAACTGTCTTATG +AGACCTAGAGAAACTTACAAAGATAGAATATTTACTACAAGCGTAGTAGGATGGGATGGA +GTTAAGTATATTGGCAAAGGTGAAGATGGTAAAAAAGATTTTAGTGAAATAATAAATAAG +GCATTAGAACTTGGCGGATTTAAGGAAGACGAAGAACCACATGAAATATTAGTTGGATTT +GGACATAATGCAACTTTAAGCCATGCAGACACTATTGTTAATGCAGTAAAAGAAGGAAAA +ATAAGACACTTCTTCTTAATCGGAGGATGTGACGGGGCTAGACCAGGCAGAAATTATTAC +ACAGAGTTTGCTAAAAAAGTTCCAAAGGATTGTGTAATACTTACATTAGCTTGCGGTAAA +TATAGATTTAATAAATTAGACTTTGGTGAAGTCGCAGGACTTCCTAGACTTTTAGATGTT +GGTCAATGTAATGATGCTTATTCAGCTGTTAGAATTGCAACTGCTCTTGCAGATGCTTTT +GATACTGATGTTAATGGATTACCGTTATCAATTATATTATCATGGTATGAACAAAAAGCT +GTTGCAGATTTATTAGCATTATTATCATTAGGTATAAAAGGAATTTATCTAGGACCTACA +CTTCCTGCATTTTTAAGTCCAAATGTACTTCAATATTTAGTTGATACATTTGATATAAGA +CCTATAAGTGAGCCTGATGATGATTTAAAATCTTGCTTACAACAAGGTATATAA +>group_700 +ATGAATAGAATGGAGATGGTATATTTGAAACAAATAAGAATATTCAAGAGTATGAATGAT +GAGGTTTATTTAATGCAAGAAGTAAATAATTTTATAAAAAATAATCAAGTTAAAGTTATT +GATATTCAATATAGTGCAACCAGCAGCATTGTAAAAATTGGAATTGAATACTCTGTTATG +ATTATTTTTGAAGAATAA +>group_775 +ATGAAAGATTTATTAGTATTTGAACTTAAAAAAATCATAAAGAAAAAATTAAATATAATT +GTTGTGCTAGGGAGCTTGGCTTTAACAGTAATACTATTTACACTTCCAGTATTACAATTT +TCATCATTTGATATAGATGGGAACCAAGTAAGAGGTTTTCCAGGAATTAAGTTAGAAAAA +CAGTTACAAGAAGAATTAAAAGGAACATTAACAGAAGAAAGAATTACAAATGACATTTTA +AATTATCAAGAGTTATTTAATAACCCTGAAAATTTCGTTATGAATGATGGAAGAAAAGAG +TTAAGTTATTCAACTTTTAACCAGAATGTGTTACCTAAATTATCTTATTTAAGATTTATT +AATAACAACTATGTAAATGAAAAAAGTGTTGGCTATTCTATTTCTGAAATAGAGAATTTG +CCAATAGAAAATGGAGCTAATTTTTATCAACAAAGGGATAAAAAGATATATAACATTTTG +AATGCAGCTATAAAGATTGGGACTATTCAAATCAAGAAAAATCATTCTGGATTAAAAAAA +ATAAGGATGTATCAATACCATTTGAATATGGATATCATGAAGGATGGAGAACTGTATTGA +>group_1039 +ATGAAATTAGAATTTGATAGATTAACAAAACAGTTTGGTAACAAAATTGCAGTTGACCGA +ATGGATGTTGTCTTACAACCAGGTGTGTATGGGTTACTTGGAGCTAATGGAGCAGGGAAA +ACAACTCTTATGAGAATGGCATGTGGTGTTCTTAATCCAACATATGGAGAAATATTACTA +GATGGATGTGATATAGATACACTGGGTGAAAATTATCGAAAGCTTATTGGATATCTTCCA +CAGGATTTTGGGTATTATCCTGATTTTACGGCTAAGGAATTTATGCATTATGTATCAGCA +TTAAAGGGAATAAACAAGCAAAGTGCAAAGTTAAAAACAAAAGAACTTTTAGAGTTAGTG +GGATTGTCAGATGTTGCAAATAAAAAAATTAAAACTTTTTCAGGGGGGATGAAACAAAGA +TTAGGGATTGCACAAGCAGTGTTAAATGACCCTAAGATATTGGTACTAGATGAACCTACA +GTAGGACTTGACCCGAAAGAGCGTATACGTTTTAGAAATCTAATTTCTAATTTTTCAAAA +GATAAAATAGTTATTCTTTCAACTCATATTGTTTCTGATATTGAATATATAGCAGATACA +ATACTAATGATTAAGGATGGAAGGATAATTATTGATAGTAAAAGAGAGGGTGTAACCAAG +GAAATAGATAAAAAAGTATGGACGTGTGTTGTTCCTAAAAATAAAGTAGATATAATTAGT +AGAACGTATCGTGTTGTAAACTTACAGCATGATAGTGATGATAATGTATCACTTCGTATT +GTAAGTGATACAAAGCCTACTGAAAATGCAATCAATGTAGTACCTACACTTGAAGATTTA +TATCTTTATCACTTTGATGACATGGTATTAGAATAG +>group_643 +TTGAAAAAAAGATTAGAAAATGATTTAAAGAAAATATACACAGATGTATCCATGCCGAAT +CCTATTAACATTCAAAAAACTATTATACAGGTACGTCGAGAAGTGAATCGAGCTCAACAT +AATGGGTTAACATTTTGGGAGTTTTACTTCCAACAATTTGGATTTATTCGTAAAAAGATA +TGGATTATCCAATTTGCAATCTTATTATTTTGTGGTTTAAGACTATATTATCATCCAGAA +TCAATTCAAGTAATAAGCTTGATTTCATCCATAGCACCGTTAATTTTCTTATCAGGAATT +ACAGAGTTATTAAGAACTTATACATATGGAACTATTGAAATTGAGTTATCTACACAATAT +ACACTGAGCCAAGTAATGATGTCTCGTATAAGTATATTAGGACTTATGGATATTTTAAGT +ATAACAATTTTATGTATTATTGTTGGAGCAAATACAACGCTTCATCCATATGCTATATTT +TTGTATATTTGTGTACCATTTATGGTAACTTGTTTTGGATGTTTGTGGTTGCTAAATAGA +TTTAAAAATAAAGAATGTAATTATTATTGTTTTACTTTGGGGATTTTTATAATGGTGGTA +GTATTTATGTCCACAGCATTCTTGCCTAAGTTATATGTAGTATCTTCACTATGGATATGG +ACAGTTATGCTTGCAATAGCAATAATTGGTTCAGGTATGCAGATTTTCAAGTTAGTTAAT +AGCTGTAATAAAAAATATGATTATATAAATTTAACACATATTTAG +>group_829 +GTGTTATTAAACCCTATTGGAAAGATTAAGAATGGGGATGCAGATATAGGTGAGCAAATT +GTTATTGAAAATTATAATGCTATTTATAAGTACTGTTACTGGAAATTAGGGAATAGTGAA +GATGCACAAGATATTACGCAAGATGTTTTCTTGAATTTCATACGAAATATAAATACATAT +TCTGATAGGGGAAAGCCTAGAGCATTTCTTTATACTATAGCTAAAAATCTATGCATCAAT +TGGAATAAAAAGCATAAACCAGATTGCTTAGAATCAATAAAAGAAATTATAGATATTTCT +GCGACCAAAAAAATTAACAATATTACAGATAAAATAACACTTGAACAGATTGTTAATCAA +CTTCCACAAGAGCAACAGGAAATTATAGTTTTAAGGTATGTTCATGATTTAAAAGTAAAT +GAAATTGCAGTTATTACAGGGAAATCACGCTTTTCAGTTCGTTATAGGATAAATTCTGCA +TTATCAACAATTAAAAGTAAATTAAATGGGAGTGATTATATTGAAAAAAAGATTAGAAAA +TGA +>group_1079 +ATGAGAATATGCAAATCATGTGGGGAAAAATTTAATTTTAATCAAAATTTAAAATCCATA +TGCAAAAGAGATGGCAGAATAGAATGCGAAAAATGTAATTCAATATTTGTTTTGAAAAAA +GAAAATGTATTTACATGGATACTAGGTTTTCTATCTCTATATATAGTTCTTAGTATTTCA +GATAAAATAGGCGGGTTTAAAGGCATACTTTTAGGAATAGTTATCGGAGTTATTGAGGTA +ATAATTAATTTAAGCTTAGATAGTCGTTATACATTAAAAAGCAATAAATAA +>group_1569 +ATGTTTTCAAAAATAATAAAATTTTTAAAAAGTGAGTCTAAAGAAAGAGGCTTATATTAT +TCATTTATAATGAATTTATCTCAATTAATAGGTATTATTAGAGGTTTATTTTACAAGACA +ATATATTTTAATAATATAAAGTCATCTTTGTTTGTAATGCAGGCTAAAAGTAGAATAGAA +GTATTTAATAGAAAATCAAAAATTAATATAGGTAAATTTGTTTTTATTAGAAAAAATACA +ACTATTAGAATAGATGATGAGAGTACATTAGATATTGCAGATCATGTATTCATAAATGAT +AATTGCAATATAAACTGTGCGAATAAAATTACCATAGGTAGTTATACAAAAATTGCGCCA +AACGTATGTATAAATGATCATGATCACAATTACAAGGGCATAGGAGATAGTAATCTTATT +AAAGGGGAAGTTATAATAGGAAAGAATGTTTGGATAGGTTCAAATACTGTTATTCTAAGA +GGTACTGTTATTGAAGATAATGCAGTTATAGCAGCAGGCAGTGTTTTAAAAGGATATGTA +CCTAAGAATACTGTATTCTTGAATAAGAGAGAAAATGTAACTAAATTATATAAGGGCAAT +GATTTTAAGGAATCAATATAA +>vanT +GTGAATATGATAAGACGTGAGAACTATAACTTTATTAATTTTACGAGATTCATATGTTCT +ATATTAGTAATTGGTATTCATACATCTCCATTACAAGGGATAGAACCGAATCTAAATTAT +TTTACTAGGAGTATACTTTTTAGATTAGCAGTACCATTCTTTTTTATTAATAGTGGTTAC +TTTTTAGCTGATAAACTATTTTGTTCTGATAAAAAATATGTTAAAGAATATGTAAGAAAA +TATATACTTGAGATTCTAAATATATATATTTTTTGGACTATAGTCTATACTTTACTTAAT +TTTAGAATATATTTTGGAGATGGAAATTTATTAAAAAATATAATATTATTTATAGCAAGA +TTTTTATTTAAAGGCGCATATATACAACTATGGTATTTGCCGGCTCTATGTGTCTCTGTG +TACTTGATATATATGATATTGGATAAACATAATATTTATATTTTATTTATATATTCAATA +GGATTTTACATATTTGCACTATTTGGGGATCTATATTATGGGCTAATAGATAATACCATA +ATTGGTAGAATTATGAATATATATTTTTCTTTATTTGGAGAGATGTTTAATAGTTTTACT +TGGGGAATGATATTTATTGTTAGTGGTATAATAATAAATAAATATAGTATAGCTAGTAAG +ATTAGATATAGAGGATTTTTTACAATTATATTATTTATAATATTTACAATTGAAAGTTCT +ATATTAAAGTCATTTGATATACCAAAAGATAACTGCACATCTATATCATTGTTATTTTTA +GCTCCTATGTTATTTATATTTGTACTTACGTTAGATGAGAGATTTAAGAATATAAAATTT +GTAAAAAAATATTCAAAAATGTTTAAAGATATGAGCTTACTTATATATTTAGTTCATGGT +ATGTTTTTAATGATATTACCTATTTTTTATAGAAAAATTGGTATAGAAAGTTATCCCTGG +ATTAATTTATTTAATTTTATATTAGTATCTTTAGGATCAATTATTTTATCATTTATATTA +ATGAAATCAAATTCTAAACTTATCAGTTTTATAAAAAAGCCAAAAGTTTTGCCTGTAACA +TAA +>epsM +ATGAAGGATATTATTATAATTGGTGCAGGAGGACTCGCTAGAGAAATACAATGTATTATA +GAAAAGATAAATGAAGAGAGTTTTCAGTGGAATTTATTAGGGTTTATAGATGAGAATTTA +GATAATAAAGGTAAGCATTTAAATGGAGTTGAGATTATAGGTAATTTTGAAGATGTGATT +GAAAGTAAATATGTAAATAATATGTATTATGTATGTGCTATAGGAGATACTGACATAAAA +AAAAGACTTGTAGAAAAAGCTGAAAGTATGAATTTTATAGCAGCTACATTAATAGATCCT +AATGTAGGTATGTCTAAATATATTAGCATAGGTGAAGGATCTGTAATATATGGAAATACT +AATTTAACTACTAATATAGATATTGGAAAGCATGTAATAATAAGTCCTGGATGTACAATA +GGCCATGACAGTAAAGTAGAAGATTTTGCTATAGTGTTGCCAGGTTCAAACATATCGGGA +AATGTAATTATAAAAGAAAAAGCTATGATAGGAGCTGGCTCTGTGGTAATACAAGGTATT +ACCATAGGACAAGGTACGGTAATTGGGGCTGGTGCTGTTGTAACTAAAGATATACAAGAG +TATGCTACAGCTGTTGGATGCCCTGCAAAGATCATAAAAATAAATAATAATGTTCAGTTT +GCTTAG +>arnC_1 +ATGGTAGAGGTAAGCGTAGTTGTACCTATATATAATGCGGGAAAAAAGTTAAAAAAATGT +ATAAATTCAATACTGAATCAAACATTTGTAAACTTTGAACTTATATTAGTAAACGATGGA +TCAACAGATAATAGTATTAATATATGCAATAAATATAAGAAAAAAGATAGTAGAGTAATA +GTTATAGATAAAGAAAATGAAGGATCTATAGCAACTAGAAGTAGAGGAGCAAGCCATGCA +ACAGGAAATTATATAATGTTTGTAGATGCAGACGATTATATAGATCCAACTATGATAGAA +AAGATGTATAAAGATGCAACTAAGGAAGATATAGATATTATAGTATGTAATACTTATAAA +GTATTAGGTGATAGAGCGATAATAAAACAACCTAATAATAGTTGCTACTTCAAAGAAGAT +AAAATTTATGAAGGAGAATCTATAAAAGATGAACTAGCAGAAGCATACTTGCATGGACAT +CCATTTCCTGCATCTATACACTCTAAACTATATAAAAAAGACTTAATACTAAGTAGTGGT +AAATACCTAGAAAAAATAAAGTTTTTAGGGGATGACTTATATTATAATTTAGAAATGTTT +TTAAAAGCAAAAAAAGTAAAGGTAATATCATCTCCGCTATATTATTATCGAACAGGAGGA +TTTACAAGTAAGTATATGCCGTACCATTTCTTCGATATAGTAAATGGATATGAAATACAA +AAAGAAGTAATAGAAGAGCACTATACAAACAAACGTGAAGAAAGTTATAGAGGAATAAGT +ATAATGCTTTTAAATTCTTTAAAAACTAGCTTATATAATATTATGAATAGTAAATTTACA +GAAGAACAAATAAAAGAATTAATAAAAAGTTTTATAAATAATGAAAGTATAATAGAAGCT +TCAAAAGATAAGGGATCTAAGGAGTACTTTGATAGAGAATATTTAGAAGCAATATTAAAT +AAAAACATAAACTATCTATATGAATTAGGGCAAAATATGAAAAATAAACAACAACCTAAG +GCGAAACTAATAAGTATAGCTACTAAATTAAATATTTTTTAA +>group_1582 +ATGTTATTTAGCTCATATGAATTTTTATTTTATTTTTTACCTATAACAGTCATTGGATAT +TATTTAATAATAAATACTAAAAAAGTAGACATAGCAAGAGTATGGTTAGTACTAGCATCT +CTATTTTTCTATGGATGGTTTAATATAAAGTACTTACCAATAATAATAGTATCTATACTA +GTTAACTTTACAATAGGTAAAGGAATAAAAAAAGATAATAAAAATAAAAAATTATATTTC +ATAATAGGAACAATTTTTAATGTAGGTTTACTATGTTATTTTAAATACTATGATTTCTTT +GTAGAAAATATAAATATAGTATTTAAAACTGATTGGACATTAAAGCGTTTATTATTACCA +CTAGGAATAAGCTTTTTTTCATTCCAACAATTATCTTATCTAATAGATGCATATAAAGGT +GAAACTAAGGATTATAATTTATTGAATTTTTCTTTATTTGTAACTTTCTTCCCACAATTA +ATAGCAGGGCCTATAGTTCTTCATGGTGAAATCATGCCACAATTTGATGATGAAGAAAAA +CAAAAAATAAACTGGGATAATATTGCTACAGGAATATTTATATTTAGTATAGGTTTCTTT +AAAAAATTAGTAATAGCAGATACTTTTGCAGTATGGGCTACAAATGGATTTGATAGTACA +GCGAGTTTAACCTTTTATCAAGGGTGGTTTATATCTCTAGCTTATACTATGCAAATTTAC +TTTGACTTTAGTGGATATAGTGATATGGCAGTAGGTATAGGAAAAATATTTAATATAGAC +TTACCTGCAAATTTCTTATCACCATATAAATCAACTAGCATATCAGAGTTTTGGAGAAGA +TGGCATATTACATTAGGAAGAGCTTTATCTACATATGTATATAAACCACTAGGTGGAAAT +AGAAAAGGAAAAGTTAGAACATATATAAACTTACTAGCCACTTTTTTAGTAAGTGGTTTA +TGGCATGGATCAGCATGGACATTTGTATTTTGGGGTCTTTTACATGGAGTTGCATCTGTA +ATAGATAGATTATTTAGAGATAATAACTGGAAAGTTAACAAATATTTAAGTTGGCTCTTA +ACATTTACGTTTGTTAACTGTGCTTGGGTATTTTTCAGATCAACTAGTTTTGAAAGAGCA +TTTGAGATATTAAGAGCTATGTTTAGCATTCCATATGGTGAAGTATTTAATATGGCGGGA +ATAATAACAAGTGGAAGTATAGTTATAATTGGTCTAATATACTTATTATTAATAGGTTCA +TTAGTAATAATTTTTAAAGCAAAAAATACTTATGAGATAGCAGATACATTTGAGTATACA +TCAATGAATGCGGCATATGTAGTTATATTAATGATATTAGGAATAAGTTTTATGCCAAGA +ATAAGTCCATTTATTTATTTCAATTTTTAA +>group_1586 +TTGATTAAAAAGTTAATTAGTAAGTATAGGTTAGCTATATGGGGGATAAGTATTTATGAT +GCTAAAGATACCTTTAATATAACTAATGAAAGACAACAACATAACCCAGTGTTAACATAT +AAAGATGTTACAGACTGTGATGCTCAGTTTATTGCAGATCCATTTATAATAAAACATGAT +GATTTATGGTATATGTATTTTGAAATTTATGACGAAGCAAGACAAACGGGAGTAATAGGG +CTAGCGACAAGTGATGACGGCTATAATTGGAAATACGATAGAGTAGTATTAGAAGAACCA +TTCCATTTATCATATCCCTATGTATTTAAACATGAAGGAAAAATATATATGATGCCTGAA +ACAGGACAAGCAAAGCATATAAAAATATATGAATCAGAAAACTTTCCATATGATTGGAAA +TGTGTAAAAAACATAATAGATGGAGAATACTTAGATCCATCAATTTTTAAGTATGATAAT +AAATGGTGGATACTAGCAAATGGTTTAAATGACAAAGAAAGAAGTTTAAATCTATTTTTC +TCAGAAAACTTAATGGATGGATGGCGTGAACATCCACAAAGTCCCCTTATAAAAAATAAT +CAACAGTCAATGAGACCAGCAGGAAGGATAGTAGTAGACGATGATAAAATAGTGAGATAT +TCACAAGATGGAACAGACTATTATGGAAGATTAATTAGAGCATTTGAAATAAAAAAACTT +ACTACAGAAGAGTATGAAGAAGAAGAGTTAGGAATCATAGCTAAAGATTCTCAAATAGAA +GGGTCCTGGAATAAAGATGGTATGCATACTATAGATATGCATAAATTAGGAGATAAACAA +TGGAGAGTTGTAGTAGATGGACATTATTTTAAAAATGTTAGTGCAATAAAACAAAAAATA +AAATATGCTTACTTAAGTAAGTTTGGAAAGCATAAAAATAGAGATTAA +>wbnI +ATGTCGAAGATAGCAATACTGTATATATGTACAGGTAAATATGATGTATTTTGGGAAGAC +TTCTATAAAACTTCTGAAAAATACTTTTTAAACAATAGCGAAAAACATTACTTTGTGTTT +ACAGATTCAAAAGAAATACATGAAGAAAACTCAAATAGAGTTCATAAAATATATCAAGAA +ACTTTAGGATGGCCTCACAATACGTTAATGAGATTTAACATGTTTAAGAGAATAGAAAAA +GAACTAGAAAATTTTGATTATATATTTTTCTTAAATGCAAACATGTTATTTGTAGATTAT +GTAGGAGAAGAGATTTTACCAGAAACAGAGGGATTATTAGTAGCAAGGCACCCGGCTTTT +TATGACAAAGAAGTAGATGAATTTCCCTATGACAGAAATGAAAAGTCTTTAGCATATATA +CCTTATGGAGAAGGTGAGGTATATGTTCAAGGAGCTTTCAATGGTGGAAGAAGTGCTGAC +TTTTTGAAACTTATAAATGAATTAGATAGAAATACAAACCTAGATTTAGAAAATGATGTG +ATAGCACTTTGGCATGATGAGTCACAACTTAATAGATATATTATAGATAAAGAGTATAAA +CTACTTGATCCAGGATATATTTATCCTGAAGGTTGGGACTTACCATTTAAACCTAGAATA +ATAGGAAGAGATAAAAGAAAATGGGGAGGATATCAAGAGTTAAGAGGTATTAAAGAACCT +ACATTATTAGATAAAATAAAAGCTAAGATTGTTAGCATATTAAAAAAATAG +>group_1584 +ATGTTTGAAAAAATAAAAATAAAAATTATGGATAATTCAATAATAAAAAATACTTTAATT +ATGTTTTCAGGTCAAACAATAGCTTCAATTATAGGATTTTTTAATACATTTTTAGTGCTT +AGATCAATCGGTTTAGAAGGAAATGGAATACTTGCAGTAGCAGCAAATTATGTTGGAATG +TTTAATGGTTTATTTAACTTTCAATCATATAACGCTATGATAAAGTTTGGTGCGGATGCA +TTAGAAAAAAATGATATGCCGCAATTTAAAAAGTACTTAAAACAAGCTGTATTACAAGAT +GTATTAACTGCTATTTTAGCATTTGTAGTTGGTTATATATGCATAGATTATGTAAGTATA +TTCTTTAATTGGGATTCTCAAATGATAGGATATATAAAATTATATTTATTAATAATACCA +TTTAATATAAGTGGAAGCATAAATGCATTAATAAGATTAAACAATGACTTTGTAGTAGGG +GCAAAAATAGGAATACAAATGACATTGGTAAAAACATTTTTATTAATAATTGGTATAGTT +ACGAAATCAAACTTTACATACTATGTAATACTTGAGATTATAATGAGTATAATTTCATCA +TCATTATACATAAAATCAGCAATTAAATATCTTAAGTTAAATGATTGTATGGATTTCTTA +AAAGTTAAGACTGGATTTGATAAAGAATTTACTATGTTCAATTTATACAATAATATAGTA +TCAACTCTTGATATGCCGACAGGACAAATAACAATATTTATAATAAATAAATTGCTAGGT +GTATCAGAAGTTGGAATATATAACGTAATAGCTAAGTTTGGTTATTTAGTAACTCAAGTA +ACAGGACCACTTACACAATCATTATTCCCTGAATTATCAAAAATAGTTGCTAAAGATGAT +AAAGAAGGTGCATTTGGTATAGTAAAAAAAATATTAATATATACAATATGTGGAGGAAGT +GCAGTAGGAGTATTTAGTTTAATTACTTATAAACTATGGCTAGGATTCTTTATTCCATCT +ACATTAGAAAATGGAATATTAGTAAGTATGTACATACTTTTTATAACAACAACTAGTGCA +GTAGCAGGTATACATCTATTATTTGTATGCTTAAACTTAGTGAAATACAATGTACCAATA +GTAATAATTTGTAATGCTATATACCTAGTATTACTATATGTATTATCTATTAAGTTTAGA +CTATTTGGAACAATAATAGCATTAATATCTCAGTCTATTATGGTAGCATTAATAAAATAC +ATTATAATGAAGAAAAGAATAAGAGGTAGCAAGTATGTCGAAGATAGCAATACTGTATAT +ATGTACAGGTAA +>wbnK +GTGATTATTGTAAAAGTAACTGGTGGATTAGGAAATCAAATGTTTCAATATGCTTTATAT +AAAAGTTTAAAAATAAAAGGTAATGATGTAAGGCTTGACCCAACATCATATTATAATGTA +AAGAAAGAGCATAATGGATATGAGTTAGAAAAAGTATTTGATATACATCCTAATAATGCA +AAGCAAAGTGAGATAGATAAATTTGATGAAAATAATATAAATATACTAAGAAGAATAAAA +AGAAAATTACTTGGTGATACAAAATTTATATATGATACAAATGAATATGTTTTTAATGAA +AATTTATATAAATTAAAGAATTCATACTTAAATGGATATTGGCAAAGTATAAATTACTTT +AAAGATATAGAGAGTGAGTTAAGAGAAGACTTTACTTTTAAGAACGAACTTGATATTAAG +AACTTAGAAATTTTAAATGAAATAGAAAATAGTAATTCTGTGAGTATTCATATAAGACGT +GGAGATTATATGAGTCCACAAAATTTTAAAATATATGGAAATATAGCTACAGAAGAATAT +TACAAAGAATCTATAAGAATTATAGAAGAAAAAATAGAAAATCCCACATTCTTTGTATTT +TCAAATGATATGGAGTGGGTAAAAGAAAATATAAAAATAAACAGTAAAGCATTTTATATA +GATATAAACAGTGGAGACGATAGCTATAAAGATATGCAACTAATGAGCAACTGTAAGCAT +AATATAATTGCAAATAGTTCATTTAGCTGGTGGGGAGCATGGTTAAATAATAATAAAAAT +AAAATTGTTATAGCTCCACAAAAATGGATTAATCGTGATAATGTAAACTCTGATAAGATA +GAATTATTCTATGATAACTGGATTCTTTTATAA +>ybbH +ATGGCAAATAGTAATTATCAAGAGAATATTAGTCGATTACATGGTTTTAACTTAAAAAAA +GAAGATAAAATCCAAGATGTAGCTCAAAAAACTATAAATACTACTATCAATATACTAGAA +GAAACATTAAAATCTATATCAAATCAATCACTTGAAGAAGCTATAGATTTAATCATAAAT +GCAAAAAGGATAAATATATATGGTGTAGAAAATTCTATGACTGTTATAAATGATTTAGCT +AATAAACTATTATATTCAGGATTAGATGTAAGATTTTATAATGATATTTACATGCAAAAT +TTATCTGCAAATAATTTAAATGAAGAAGATTTAGCTATTGGTATATCTTATTCAGGTACT +TCAAAGGATACAGTAGAAGTAATAAAAAGAGCTAAAAATTCAGGAGCTAAAACATTAATA +ATAACTAACTTTGAAAAATCTATGATAAGCAATTATGCAGATGTAGTAATACATACAAGT +AATTCTAAAAATGATATATATGGAAATGCAATATTTTCAAGAACATCTCAAATAGTAATA +GTAGATATGTTATATATGGGAGTAATATTGAGTGATTATAATAGATTTTCAAAAACACTA +GATATTAATGGAGAAATATCAAGTCATAAAAGTTACTAA +>group_1572 +ATGGGAATAGAGAGTTGTATATCAAAAATAAAAACTAAATATTTTGAATTAAGACCATCA +GAAGTAAAGGTAGCAGACTTTGTATTAAGAAATGCAAAAGAAGTATCAAAAATCTATCAG +ATAAAATAG +>group_774 +ATGAAGAAAGCAGTATTTTTTGATATAGATGGAACACTTCTAGATTGTATGGATGGAATA +TTAGACATTACTCCAAAGGTAAAAAAAATGA +>ycsE_2 +ATGATAAAATCGCTTCAAGAAAATGGAGATTATGTATTCATTGCAACAGGTAGACCATAT +GCACTTTTAGCTAAAAACATACTAAATTTTGGATTTGATGGTTTTATATTAGCAAATGGG +GCTCACGTATTAATTAACAATGAAACTATTCACAGCGAGCCTATTGATAAAGAATTTATA +AAAGACTTAGTTAAAGCATTTGAAAAGAATAATATTCAGTATATTTTGCAAGGTGAACTA +TACTCGTATATGAAAGAACACTGTAAAGAATTTTACGCTTATTATGATGGATTAGGAATT +TCAAGGAGATATTTAACCGGGGACTTTAATCTTGAAGATATAGATATACATAAAGTAGAA +ATGTTATGCCCTGATGATGAGACTATGGATTTATGCTTGTCACTTGCTAAAAGTAATCCA +GAATGTGATTACTTTAGCAGCGTAAACAAAAGAGCACTTGAGTTATATTTAAAGAAAAAT +ACTAAGGGTACGGCAATTTTAAAGGCAATAGAATACTTAGGTATACCAATTGAGAATACT +TTTGCTTTTGGCGATGGGAAAAATGACATAGAGATGTTATCAACTGTTGGTTGTGGTATA +GCTATGGGGAATGCTCCTGATGAAGTTAAAAGATTTGCAAAAGAAATTACTGATTCAGTT +CAAAATGATGGAGTAGCTATAGGTATAAAGCAATTCGTAATGGCCTAA +>group_919 +ATGAAAACTATAACACTAAAAAAACTATGCGATTATCCTGAATTTTGTTATAAGGCAGCT +AATTGGTTCTCTCAAAAATGGGATATTCCAGTTGAAGCATATCAGGAAAGTATCCAAGAG +TGTATTGAACAAAAAATAGGTATACCACAATGGTATATTGTATTGAATAATAAAGACGAA +ATTATAGCGGGAGCAGGAATTATAGAAAATGATTTCCATGACCGCAAAGATTTAAGTCCT +AATTTATGTGCATTGTTTGTTGAAGAAAAATATCGCAAACAAGGAATAGCGAAATATATT +TTAAATTTTTCAAGAAAAGATTTAGGTAATATGGGATTTGAAAAGTTATATTTAGTTACA +GATCATACAGCATTTTATGAAAGGTATGATTGGAGTTTTTTAACTACAGTAAATGATGAT +GAGGGGAATTCTATAAGAATGTATGTGGCTTCTACATTATAA +>group_664 +ATGCGAAATTTACTTTGGGCTGAACTTCAAAAAATTCGTCGTTCAAATATTGTTTGGATT +GCAGTTTTTGCAACAGCTATGGTAGCTGTTATTGTTTTCATGCAGGGATGGTTTATGCAT +AATGGTTCACGGGATATAGATAGTGCAGGATGGTATATGACTATGGCTCAGCCTTTGGCA +ACATTTTTTGTTCTTCCCGCAGTCATTTCTCTTTTGGGAAGTTATATGATTTGTCGTGAA +GAAGATGATGACACTATAAAATCTCTGTTACTTATTCCTGTAAATGAAGCAAAACTAATC +TTTGCAAAAATTATTATTACTTTTGCATTCAGTATTTTCATTTATTTGTTGCTCTTTGTA +ATAGCATTTTTGACTGAGTCAATATTACATATTTCTGATTTATCGGTAGGAATGGTTTTA +TATTTTCTGAAAGTATATTTTCTTCAAGGTGTGGGTATATTCCTTGCTATCTCGCCTATT +ATTGTCCTGGTATCATATATGAAAAAAAGCTATTGGATTGCATTAGTATTAACTGAAATG +TACTCTTTTGCGGGACTATTCATGAGTATGTCAAACGCCCTAAAAACATTCTATCCTATT +ACGGCGGCATTTGGGGTTTCCGGTTACTATGAAGCTACTGCCAAGAATCGGATGGGGAGT +ATTATAATCTTGCTACTATGCGGTTGCCTTTCTGTTTTTATACTCAAAGGGCTAAAATAT +AGTGAAAAAAATTGA +>group_671 +TTGCTTAACCTTATTCAAACAGAATTTCTTAAACTGCGCCGCAAGAAGCTTATTTGGCTC +ATGTTATTAACTTCTCTCATTATGCCTTTTTTTGCGCTATTATATTTTAATTATTTTGGG +GATAAAGGTGTTGACCCACTAGAGTTTTATAGATGGTCTGCACTAAGTCATACTATTGTG +ATTATTTTACCTATTATTTTGGGAATACTTAGTACCATGCTTATGCACGAAGAAAATCAG +TATGATATGTTAAAACAACTTTGGATTGTTCCTATCAGTAAAATGGGATACTTTTTTAGT +AAATTTTTTGTGGTTTTAGTTTACTCCATTTGTTTCATGCTAATTACATTTGTAGCATCC +GTTATGTTTAGTGTGCTTTCTGGATATGTCGTATTTGAATGGGGAAGCATATTATATCTG +CTGAAAAAGTGTTTATCGGCTGGTTTTTTTACTGCTTTTGCAATGTTGCCGATTTTAGCA +ATTGCTGCATCGCAAAAAGGATATATTCTCCCAGTTTGTATAACATTGCTTTATGCTTTT +TCTACATTTTTTATAATGCCTGTAAATATGTATCTACACCCGTTAACATGTATGGCAGTT +ATATTAGATGTTCCAGGCGTTGTATTTACACAATCAATTAGCCTCCCTTTAGCGTTTCTT +TGTATTTGCATTTGGGATATCATTGCAATATTCTTTGCAAATGTCGCATTGAAAAGAAGG +AAATGA +>group_1007 +ATGAATGATTTTATAATTGAAACGAAACAACTGACTAAAAAATATGGAGAGCAGACAGCA +GTTAATTCAGTCAACCTCCATGTAAAAAAAGGTCGCATTTATGGATTATTAGGGCGTAAT +GGAGCAGGTAAAACCACTATTATGAAAATGATTTTAGGCTTGACTCCAATCACTTACGGC +GAGGTAAATGTATTCGGGAAGAATATCAAAGGTCGAGAAAAACGAGCATATCCTCGTATA +GGAGCTATTATCGAAACACCGGGTTTTTATCCAAATTTGACAGGAACGGAAAACTTGGAA +ATTTTTGCGAAGCTACGTGGTACAGTTGGCCCGAACGCAGTTGAAAACGCATTGAAAATA +GTCGGATTACCTTATAAAGATAAAAAGTTGTTCGGTAAGTATTCGCTCGGAATGAAGCAA +CGTCTTGGGATTGCTAACGCTATTATGCATGACCCCGAACTACTGATTTTGGACGAACCT +ACAAACGGTCTTGACCCTATTGGCATTGCAGAAGTAAGAGATTTTATCAAGGAGTTGAGT +GTTGAGCATGGAAAGACAATTCTTATTTCCAGTCACATTCTTTCAGAAATCTCATTATTG +GCTGATGATATTGGAATTATTGACCGCGGTGTTCTTTTAGAAGAAAGTAGCATGAACGAA +CTGGAAAAGAAAAACCGCAGCTATATCATGTTGCAAGTTTCAGATATTCCGAAAGCTTCA +CTGATTTTAGAACGAGAATTCAACTCGAAAGATTATTCTGTTGGGGACGATCAAACACTA +AGACTTTATGACACTACTTTGGATATAGGTGAAATCAATAAAGTACTTGTAATGCATAAT +ATAACGGTTATCAGTTCGGGGCTTTGTCATGATACCTTAGAGGACTACTTCAAAAAAATT +ACAGGAGGTGAAGGCATTGCTTAA +>group_1008 +ATGGGGCTTACTGAATTTCTTATAATCGTATCCGCTGTGTTACTAATTGTTGTTTTTTAT +CTTGGTTCAAAACTATACAGAACAAAACAGCAAATCAGCGTAATACAAGAAGCGGTAACG +GACATTAAAGACGGAAACTTAAACCGCAAAATACTTACAAGAGAAAATGACATGACAAGG +CAGATTTGCTATGACTTAAATGCAATTACCACAGGTATGCAATCAACGCTCATAAGTCAA +AGGCAATCCGAACAGGCATACAAACGCTTGATGACAAGTCTTTCTCACGATGTTAAAACA +CCCTTGACATCTCTTGTAGGTTACTTGGAAGCGGTAGAAAAAAACATTGTCACGGGGAAA +GAAAAGGACGAATATATCGAAGTTGCAATCGATAAAGCATACAGCCTAAAAGATTTTACA +GAACGACTTTTTGAATGGGTAAAACTTGATGCGAGAGAACAACTATTTCATTTTGAAGTA +TGCGATGTCAACGAACTTTCTCGAAGCATTGTCGCCGATTGGATTATTGTTATAGAAAAT +AATAATTTCGACTATGAAATTAATATCCCAGAAACGGAATGTCTTGCCCGAATTGATGCA +AATTCTTATACTCGAATTTTGAACAATCTTTTTCAAAATGTTATTGCTCATAGTAAAGGC +ACAAAACTTGTTTTTGATTTATATGAAGATGAAAAGAAAGTCACGGTAAAGGTTTCGGAT +AACGGAATAGGTATACCGAGTGATGAACTGTCACATATCTTTGAAAGAATGTATCGAGGG +GATAAATCTCGAATGACCGCAGGAGCAGGACTTGGATTGTCTATTACTAAAGAACTTGTA +GCTGTTCATAAGGGGACGATTGACGTGGAGAGTGTTCCGAAAGGCTCTACTACATTTACC +ATTATTTTGCCCAAATCTCTATGA +>regX3_2 +ATGAATACCGTACTGATGATTGATGATGACAAAGAGCTCTGTTCGCTTATAAAGAAGTGC +TTGGATAACGAAGAAATTTCTACTCTCGTAGCATTCAGCGGGAGCCTGGGACTTAAAGTT +TTGGGCGAAAACAAAGACAATCTTTCTCTTATCATTCTTGATGTGATGTTACCCGATTTA +GATGGATTTAGTATCTTAAAAAGAGTAAGAGAAATAAGCAATGTGCCTGTTTTAATGCTC +ACCGCAAAAAACAGCGAAGAAGATAAAATAACAGGTCTTAGAACGGGTGCGGACGATTAT +TTAACGAAACCTTTTAGTATCAATGAATTGACTGCACGGGTAGACTCTCTTATACGCCGT +TTTACAACACTCAACAACACACCTGATACACAAAAAGGGAATTTAATCCTCAAAGGAATG +ACAATAGATATAGATAATCGTATTGTCTGTGTAAACGATAAACAAATTGACTTGACAGGA +AAAGAATTTGACTTGCTGTTATTTTTAGCGAATAATAAGGGACGTGTCTATACAAAAAAG +CAGATTTATACACAAGTGTGGGAGGATGACTATGCTTTTGATGACAGCAATATCATGTCG +TTTATAAGCAAACTCAGAAAGAAAATTGAACCGAATCCCGATAATACTTTTTATATTCAA +ACTGTCAGAGGTGTTGGGTATCGCTTTAATAGTGAGGTTTAG +>group_649 +ATGTTAGATAGTGTATATCATCTTCAGTATATAAATTCTCTTCATAGTGTATTCAAAAGA +TGGATAACTACTTTTAATGGTGTTTCTAGTAAATATATATCTAATTATTTAGCTTGGTTT +AAATTTATACAACTAAGTAAAAAGAATAAGAAAAGTGACCGAGTTAAAGATATGCTTATA +AATGTAGCGACTAAAGATACATATATAACTAGAACTACTATTAAAAATAGATTCATAGAA +TTAACTTAA +>group_636 +ATGCCAAATTTAAATAAACTAATAACAAACACACAAAATCAAAACCTACTAAACGAACTA +CAAAAATCCCTAAAAGAATGTAAATCATTCTATTTTAGCGTAGCCTTCATAAACTTTAGC +GGCCTGCAACTACTTCTAGATACACTAAAAGAAGCAGAACAAAAAGGAGTACAAGGTAAA +ATAATAACATCAACATACCTTAACTTCACAGACCCTAAAGCACTAGATAAAATAAGAAGC +TTTAACAACATAGATCTAAAAGTATTCGTAACAAACAAAGAAACAGGCTTTCACACAAAA +GTATACATATTTGAAAACGAAGACAACTACAAAGTAATAATAGGATCATCAAACCTAACA +CAAAGCGCATTAAAAAGTAACATAGAATGGAACGTAGAAATAATATCAAAAGAAGACGCA +CCATTTATACAAGATGTACTAAGAGAATATAACAAACTATATAACAGCAGCTGTGAAGTA +GATGATGAGTTCTTACAAAACTACCAAAGTTTCTTAAAAGAACTTAATAAAAATGAAAAA +ACAGCAAAATTAATATTTGAAAACTATACAAAAATATCTCCAAACTCTATGCAACAAAGA +GCTATAGAAAATTTAGATAGACTAAGAAATCATGGAGAAGATAAAGCACTAGTAATAGCA +GCAACAGGTACAGGTAAAACATATATGTCAGCATTTGATGTTAGGGACTACAATCCTTCT +AAGCTATTATTTTTAGTACATAGAGGAGAAATACTAAACAAAGCTAAAGAAACTTTTGAA +AAACTATTAAAAGACAAGAATATAGCTGCTGGATTATTTACAGGTACAGAAAAAGAAAAA +GAAGCTCCATATTTATTTGCAACTATACAAACTATGCACAAATATTATGAGGAGTTCGAC +AAGAACCATTTTGATTACATAGTAATAGATGAAGCTCATCATGCAGCTAGTAAAACATAT +ACTGATGTACTTAATTACTTTACTCCAAAGTTTACTCTAGGAATGACAGCTACTCCAGAG +AGAAGTGATAACAACAATATATTTGACTTATTTGATAATAATGTAGCTTTAGAAGTTAGG +CTACATGAAGCATTAGATGAAGAACTTATAATACCTTTTCATTATTTTGGTGTAACAGAT +ATTGATGGAATTGATTTAAGTGATGTTGATATAGATGACATAGCTACTCTTACTAAAAAA +CTTAAAGTTAATGAAAGAGTTGATTTTATAATTGATAAGATGAACTTTTATAATCATGAT +GGAGAGTACAGAAAATGCTTAGGTTTTTGTGTAAGTATAGATCACGCTCAATATATGGCA +GATGAGTTTAATAAAAGAGGGATTAAAAGTGTTGCTTTAAGTGGTTCTGATACTATAGCT +AAAAGAGATGAATATATAAAAAGGTTAGAAGATAATAAAGATGATCTTGAAGTTATATTT +AGTGTTGATATATTTAATGAGGGAGTAGATATACCATCAATTAATACTGTATTAATGCTA +AGGCCAACAAACTCTCCTATAATATTTATACAACAACTAGGTAGAGGGCTTAGAAAACAT +GATAGTAAGGAGTTTTTAACTGTTCTTGACTTTATAGGTAATCACAGTAAAACTTTCTTG +ATTGCTATAGCTTTAAATGGTAGTAGATATTATGATAAGGATAGTTTAAAAGTAGCAGTT +GCTACAAATTTTGCAAATGTTCCAGGTTGTACTCATATACAAATAGATGAGATAGCTAAG +GAAAGAATACTTGAGCAGATTGATAGTGAAAACTTTAGATCGATGAAGTATTTAAAAGAA +GAATACAATGAGTTTAAGATTACTAATAGTGGAAGAGTTCCGTATCTATTACTTGATTAT +ATAAAGTATGAAGGATCTCCTGATCCTATTAAGTTTATTGATAAGGAAAAGACTTATATA +GGCTTTGTTGCTAAGATGGAAAAAGATGAAAATCTTAAGAAGTTATTATTAAATAGTAAT +TTTGAAAGTGCCTTAAAGGAGCTTAGTAGTAAGTTACCATTAAAGAGGGTTTATGAATTT +GCTATTTTGAAATATCTTTTAAAGAATGATTTTATAGATTTTGCTAAGGCAAAAGATGAG +GTTTTAAAGCATATTAAGGATGTAGATGATGATAGTATATACCATGCTTTTGAATATTTA +AATCAAGATTATTATGATTCATCTCAGAAAAAGGGTAAGTTAAAGCTAGTTGACTATATA +GATGGTAAGTTATATAAAAGCGATGCTTTTACTAAAGTTTTAGATGATGTTGAAAGTAAA +AAATATATTGAAGATGCTATTAATTATGGAATTATTAGATATGAAAAAGAGTTTAAGGAA +GATTACTATGGTGTACCGTTCTTTAAGTTATATGAGCAATATCAAATGATAGATGCGGCA +TATTTATCTAATTATAGAAAGATACATACTTCTTTTAGAGGTAGTGGTTTACTTGTTAAT +GGCAATGAGTATTTCTTGTTTATTGATCTTCACAAGGAAGAAGGAATTGATGAGAGAATT +AATTACCAGGACAAGTTTATAGATGAGAGATACTTCCAGTGGCAAAGTCCTAATGCTACT +AAGCAGGATTCTGATAGAGGAAAGAATATTATATTTAATAAGGATAGAGGTATTAATCTT +CATTTATTTATTAGAAAATACAAAGAGATTGATGGTAAGTCTGAGCCTTATATCTATATT +GGTAAGGGTGATACTGCCTGGTATGAAGGGGAGAAGCCTATTACTGTTAGATTGAAGTTA +GAGCATGAGGTTCCAGCAGGTATTTATAGGGAATTTGTGGAGAAGGTATAA +>yhdJ +TTGAATACTATTTTAAACATTAGAGCTGAAGAAGGGTTAAAGAATTTAAAAGATGAAAGT +ATTGATATAGTCATAACATCACCACCGTATGATAATATAAGAAATTATAATAATGATGAT +ACTAATGTAGAAAATAACTCTGAATTTGATATCGATATAATTGTAAATGAATTATATAGA +GTATTAAAAAAAGGCGGTGTAGTTATATGGGTAGTAGCAGATCAAACTGATAAAGCAAGT +GAATCAACAACATCATTTCATCAAGCTATAAATTTTAATAAAATAGGATTTAAGCTATAT +GATACTATGATATTTGAGAAACAGAATCCAACACCACAGACTCATAAGAGATATGAACAG +TCATTCGAGTATATTTTTATGTTTACGAAAGGAAAGCCTAAAACTACCAATATAATAGCA +GAAAAGAGCAAACATTCAGGTAAAAAGAGATATAATCATACTTATAGACATGATAAAAAT +GATAAACTTTCACCTCAGCATAAAGGAGGTGAGGTATCAGAATATAAGATAAAAAATAAT +ATATTTAAATATGTAGTAGGTAAAAGTGAAAAATATGCAGATATAGTTAAAAGAGATCAT +CCAGCTAAATTTCCAATAGAATTAGTAAGAGACCAATTATTGTCTTGGAGTAATGAAGGT +GATACTGTATTAGATCCTTTTAGTGGAAGTGGAACTACAGCTATAGTTGCTATACTAACA +AATAGAAATTATATAGGTTTTGAAAAAAATAATGAGTATGTTGAGCGTTCTAATAGGTAT +ATAGATATAGTAAAAGATAAAATAAAAAATGATGATGAATCTATTAGAAATTTTAATAAA +GACTTATCTAATATAAGATATAAAGAGTTTAATAAATAA +>group_22 +ATGTTTTCTCCTTATATAGATATTCATACAAGTTCTGGGAAAATAACACTAAGAAAAAAA +ATAAGTGAAATAGAAGAACTTCTACCGAGTGAATATTTTGTGAGATGTCATAGGTCTTAC +ATAGTAAATGTAAAGTATATTAAATCAATACTAAAAAATCATGTATTATTAGAAGATGGA +GTTGAAATACCTATAAGTAGAGGCAAGTATAAAGAAATAAATGATGCTTTTATCAATTAT +ATTTGTGAATAA +>group_203 +ATGAGTAGACTTAGAAGATTAAAAGAAAGAAAAAGAAAAAATAGAATAAAAGCTACTTCT +TATGGTTTAGCTCTTGCTTTGGCAGTAGGTTCAGCACAAGGTTTAGGGACTTATGCTTTA +TTTACTGATACTGAGAATGTACCTAGTGATATAGCACTAAGTACAGGTGATGTTGATGTG +GAAATTAATCCAGGTACAGATTTTACAGATGTTAAACCTGGTGATGTAATAGACATGCCT +CTTGAAATAACTAATAATGGTACTTTAAATCAAAATATTAAATTAGATTTATCTATATCT +GATGCAATAAGAGAACATATAATAGGTGACTTTATGTTTGATGGAATTACTATCAATAAA +GATAATGGAGTTATGTATAATAATGGAGAATTATTTGTATTAGCGCCAGGGAGTAGTATA +AAAGGTAGTATAAAGATAACTGTAAAAGATATGAATAAAGGGGAACAAAATAAATTAGCA +GGAAATAAACAAAGTGTAAATTTAACTGTAAAATCTACACAGATAAGTGATAGTAATGAA +GTGTTTAATAATGGATTCTATGATGAAGTTACTCAGACAAATACTATAACTGTAGCTGAA +AGAGAGATAATAACTATAGCTACAGGCAAGAATGCTCACTATACAGGAAAATGGGGAAAT +TTCTTTAATAAACTCTATATTCCAGTTAATGTTAAAGCTAATGAAATAGAAGGTAAAATA +ATTGAATTATCAGCTATAGCACAAGAGTCAGATAAAACAATAAATTATGATGCAACTTAT +TACAAAGATAAGGATAAACATTATATTTTAATACAAGATAAAAACGGAATTAACTTTAAA +GGGAATGTAAATATAACAATTAACGTTGTTATTAAAGATAAAGCAGGTAATCAAATAGAT +AGTTACCAACTAAAATGTAATGTATATCTAGATAATGCAGGAAATTCATGCAAAGGAAAC +GGTGAAGGACATCCGAATGATGGAGAAAAACAATGTCATATGTCACAAGTAAATCCTAAT +CATACAACTGTAATCAGTCTACCCGATGAATATGATAAACAACCACCACAGGAAGAATTG +GATAAACCAAGTAATCCAGAGGTAATAGAACCACCAAAAGAAGAAATAGAAAAACCGAAT +GAACCAGAGATAGTAGAACCAACAAAGGAAGAAATAGAAAAACCAAGTGAACCAGAAGTA +ATAGAACCGCCAAAAGAAGAAATAACAGAAATACCAAAACAACCAGAAGCAATAGAACCA +CCAAAAGAAAATGAAGAAATACAAGAATAA +>group_743 +ATGGCAAAAAAAGGAGCAGGCAACTTCACAAAACAAGTAACAAAAGAATTAATAAAAGAA +CAAAAACAAAAGAAGAAAGAACTTGAAAAACAACAAAAAGAAGAATACATAAACAATAGG +TATGAAGAAGCTAAAATATTAACAAATAATATAGATATTTATATAAATAAATTAAATAAC +ATAATAAATAGCAACTGCAGAGAAATATCAGTAGAAGAGTTTATAAAGAAAGATTTAGAA +GAATTGAGTTTACCAAAAAACTTATTAGTACCATATACAAAACCAGCTGAAATAAATATT +AGAAAAGCTAATATAATAGAGAAAATATTTGAAAACCCAAGACAAAAATATAATTTATAT +GTAAAAGAAACAAAAGATAAATACCAAAAAGAATATGATTTATACGAAAAAAATGAAGCT +AAAAGACTAAGTGAGATTGAATACTTGACTAAATCTCATCAGCTAAAAATAAACGAAGTT +ATAAATACTAAAAAAGAGCTATATAAAAATAGAGACGCAACAATTATAAGTAATTATAAA +GAAGAGATACTAAATCAAATAGATTATCCTATTGAATTTAGAAAATGTATAAACACTGGA +TATTGTAAGGATTCTAAAAAATTGGTAGTGGATTATTTACTACCAAATATAAAGATAATT +CCGGATATAAAAAGATATGAATATAAAAAAACAAAAGATGAGATTAAATCTATACCTATG +AATGAAAAAGAAAGGAATAGTATTTACAATCAAGTTGTATTATCTATAGCTCTTAATAGT +ATGGAGAATCTATTTAATCAAGATATAGATAATAATATAGATACGATTGTATTTAATGGA +TATATAAAAGATGTAGATTTAGCTACAGGGCAAGACATAAGCCCATATATAGTATCTGCT +ATGGTAGATAAAGCTGTATTTAATAAAATTGATATGAGTAGAATAGATAAACTTAAATGT +CTTAAGGATACTATGCAAGGGAGAATAGATATAAATTCTAATTTACGTTTGAAAGAGATT +TTCCCTATATGTAAATGTGATTATTTAAATAAATCTGTAATAAATAACGAAGGAATAAAT +TTACTTGAAGTAGATCCATTTACACTTGAAGATTTAGTAATTACATTGTTTAGTAATATG +GGATATGATGTAATGGGAACAAATAGAACTAATGATGGTGGTATAGACTGTATATTAAAT +AATAACGACCCTATAATGGGAGGTAAAGTTATAGGTCAGGTTAAAAGGTATAAGAATAAT +ATAGATATACCAAAGCTTAGAGAATTTGAGTCTGTAGTTAGAAATTCTGATGCTATGAAG +GGGATATTTATATCTACAAGTAATTTTAGTACTCAATGTGAGAAGTTTGCAGCCAATAAT +AATATATCCCTTATAAATGGTAGTTTATTGGTTGATTATTTTAATCAGTATGGAATAAAC +TCATATATATTGAATAAGAGATAG +>group_982 +ATGAAATACGAGAATAAATTTAAGTTTATAGGTAGAATTGGTGTAGTAGTTTATTTATTA +GGAACATGGATAACTTCATTTTTTTATTTAACAGATGGACCAAGTTCACCACTTCTTTAT +AAAGATGTATCAACTCTTTTGAATATACTATTTATAATAAGTGTAATTACATCTATATTT +ATATCGAGAACAAATCATAGATATACTGTATGCTTTATTCTAATGATGTTATCTAGTATA +TTTTTTGCATTATGGTTAAATCCATCATATGGTTACTTAAATCCATGGAATGGTGATATA +AAAAAAGTAGCTATTTATAGCTTGATATCTAATATTACACTTATTATTTCTATTATATAT +AGTTATAAAAAGTATAATAAAATGGAAGTAATATAG +>group_783 +ATGAAAAAATTAATGGGTAGCTTAATGTCTATGATGTCAATACTTATAATAGGTAGCGGA +GCAGCATCTGTAGTAGCAATAGGTGTAGAGGATATGCCTAAATCCTTAAAAGGAAAAAGA +TAG +>group_1174 +ATGAAATCTTTAAATATTCACTCTGTAATAAGGAGAAAAAGATTTAAATACTATGCACCT +AAAACTATTGATATTGGTAAAGTTGAGCCTAACTTATTAAATAGAGAATTTAATTGTAAT +GCTCCTAATCAAAAATGGGCTACAGACATAACTTATTTAAAATATGATAATGGTCGTAAA +AGAATGTATTTATCTGCTATTGAGGATTTGTATAATAGAGAAATTATAGCTTACAAGATT +AGTGATACTCTAGATATGTCATTTGTTGAGCAAACTTTAGGCGAAGCCTTTAAAAAAGTT +AAAACCAGTGAATTTAAAAATTTGATTATACACAGTGATCAAGGATCTCATTATAAATCA +AATATCTATAAGTCTATACTTAAGAAATCTGGCGTTAGACAAAGTATGTCAAGAAAAGGA +AATTGTTATGATAATGCATGTATTGAAAATTTTTTCGGACACCTAAAGACTGAATTAATT +TACCAAAATTCATATAATTCTAAAGAAGAATTAATTAAATCAATAGATGATTATATATAT +TGGTATAATAACTGTAGATTTCAAGCTGGATTAAAAAATATGACACCTGCAGAATACAGG +TGCCATATGATTTCATAG +>polC_4~~~polC_1 +ATGGAAGAATATGTAGTTGTAGATTTAGAAACTACAGGATTAGATCCTTATAAAGGTTGT +GAAATTATAGAAATAGGAATAACAGAAATTATTAATGATGAAATAGTAAAGAACTACTCA +AGATTTGTTAAGCCTAAAAAGAGTATACCAACTTTTATAACAGATATAACTAATATAAGT +AATGAAATGGTTGAGAATGAAGATTATATAGAAGATGTATTACCTAGATTTAGGAAATAC +ATTGGAGATAGAACTATAATAGCTCACAATGCTAAGTTTGATTTAAAGTTTTTAAATTAT +TACTTAAAAGAGTTAAACTTAGATCCAATAGAAAATCATATTTGCACACTGGAGTTATTA +AAGAAAAATAAATCCTATAAAGGTAAAAATAAAAAACTAGAAACGGCATGTGCATATTAT +AATATAGAAAATAAAAATGCTCATAGAGCGGATAGTGATACGCTTGCAACTGCAAAGTTA +TTTCTAAAGATAAGAAATGAAATTTAA +>group_578 +ATGGAATATGAAAGGGGGATAATTAAAATTAAAAAATTAATAAAATTATCTTTAGTACTT +ATAATGATTGCATTAAGTTTTTTATTTTATAATAAATATATAGAAAAAAAGTATATTGAT +GAAACTAAAAATATGACTGAAAATGATATAAAATTAGTCAATGAAGTAATATCACTAGCT +AAAGAAAAAGTAGGACTTGAGTATATATGGGGTGGCAAAGGAGAAATAATGACTGATGAA +AGATTGGACGAGCTTATCTCTGAGTATGGAATAAAGCACTATCCTTTAGATAGAGATAAA +TATATTAAAAATCAAGCTTTTGACTGCTCAGGGCTTACTTATTGGACCTATAAAGAAATA +ACAGGAGTAGAGATAGGGTATTCTACCTTACAACAAAAAGAGGTCTTAAAGGATTATAAG +GTAGATAAATCTGAGTTACAACCAGGTGATTTGATTTATACTCCTGGACATGTTGTTATG +TATATAGGTAAAGGGAAGGTTATACAGTCCGCTAATGATAGAGCGTATCCTATAGGTGGT +GTGAAAATTTCTTCAGTTTTAATGTATAAAAATGGTGAAGTATATAGGCCAATTTGGTAT +ATAAATAAAACTTTAAAAAATAATAGATAA +>potA_1~~~cysA +ATGCTAAGACTTGAAAATATAAAGAAAACTTTTCATAAATCAGAAATATTAAAAGGAATA +AGTATTGATGTCGAAAATGGAGAAATAGTATCTATACTTGGTCCATCAGGAAGTGGTAAG +ACTACATTATTAAATATTATTCTTGGAATCACAGATTGTACGGATGGTAAAATTATTTTT +AATAATGAGGAAATAACAAATACATCAATGGAAAAAAGAGGATTTAATATAGTATTTCAA +GATTATGCACTTTTCCCAAATTTAAATGCATATGACAATATAATTTATGGATTAAAAAAT +AATCCAAATATATCAACTCAAGAAGAAGTTGATGAACTAATAGAGTTATTAGGAATAAAG +GAACATAAAAATAAAAATATAGATCAATTGTCAGGTGGTCAAAAACAAAGAGTAGCTTTA +GCTAGAACTTTAGTTATGAAACCAAAGGTATTATTACTAGATGAGCCACTTAGTGCTTTA +GATGGAGTTATAAAAGAATCTATAAAAGAAAGAATAAAAAAAATTGCTAAGGAATACAAC +CTTACAATAATAATAGTAACTCACGATCCAGAAGAAGCATTAACATTATCAGATAAAGTC +TTAATTTTAAATGAGGGATTAGTTTCTCAGTATGATACTCCACAAGGGATAATAAAAAAA +CCTAAAAATAAATTTATAGAAAAATTCATACTAAATCAATTAAATATAAAGAAAAATAAT +ATTTACTCATTATATGGAGGAAGTTATGAGCAGTAA +>group_789 +ATGATTAAAAAATTAAAAACTTTATTAGTTCTAGGAGCTATAACTGTAATTACTGCAGGC +AGTGCTGATCCAGTTAGTGCTTTAACAACTAAAACTACTACTACTAAATCAAAAGGCGTT +GTTTACTTATGTATTAACGGGAAAAAATATAAATTCAATATAAACTCAAACTGTACAAAT +AAACCATCAGTTCCTGATACTAATAACAACGGTACTGGATCTAAACCAGACAATAATACT +GGTTCTAACAATGGTTCTACATCTAAACCAGATAATAATACTGGTTCTGACAATAATTCT +ACATCTAAACCAGATAATAATACTGACTCTGGCAATGGTTCTACATCTAAACCAGATAAT +AATACTGGCTCAGACAATAATACATCTAAACCAAACAACAACACTGGTTCTGATTCTAAT +AACTCAGGTTCAACTAATCAAGGTTCAACTAGCTTCGCAGCTTACCAACAAGAAGTTGTT +AATCTAGTAAATAAAGAAAGAGCTAAATATGGTTTAAGCGCTCTTAAATCTAACTCTTCT +TTAGCTAATGTAGCTACTATAAAATCTCAAGATATGGTAAATAAAAATTACTTCAGCCAT +ACTTCTCCAACTTATGGTTCACCATTTGATATGATGAAACAATTTGGAATAAGCTATAAG +ACAGCAGGAGAAAATATAGCTATGGGTCAAAAAACTCCATCTGAAGTTGTTACTGCTTGG +ATGAATTCTGAAGGACATAGAAAAAATATATTAAGCTCTAGCTTCACTCAAATAGGTGTT +GGTGTTGCTAAAAATGCTAATGGTCAATTATACTGGACACAAATGTTTATAGGATAA +>deoD_2 +ATGGGATTAACAGCACATAATAATGCAAATATGGGAGATATAGCAGAAACTATATTATTG +CCAGGAGATCCATTAAGAGCGAAATTTATAGCAGAAAACTTCTTAGAAGATGCAGTTGAG +TACAATACAGTAAGAGGAATGTATGGGTACACAGGATACTATAAAGGTAAAAGAATATCT +GTTCAAGGAACTGGTATGGGTGGACCATCAATGGGAATATACTCATATGAACTTATACAT +TTCTATGGGGTAAAAAATCTTATAAGAATAGGTTCTGCAGGAGCTTTAAATAAAGATTTA +AAAATACAAGATTTAGTAATAGGTATGGCAGCAAGTACTGACTCTAACTTTGGAGCTCAA +TACAACTTACCAGGAACATATGCTCCATCAGCTAGTTTTGAACTTGTAAAAAAAGCTTAT +GATATAGCTAAAGAAAAAGGAATAGATGCCAAGGTAGGAAATATATTATCTAGTGATGTT +TTCTATAGTGATAATGGAATGGAATCTTTAAAAACATGGAGTAAGATGAATATATTAGCA +GTAGAAATGGAAGCGGCAGCTCTTTATATGAATGCTGCAAGGGCTGGCGTTAATGCACTT +TGTATGCTTACAATATCAGATTTACCATTTGAAGGTGTGGCAACAACTGCTATGGAAAGA +CAAACTGCCTTCACAAAAATGATGGAAGTAGCTTTAGAATTAGCATAG +>glgA +ATGAAGGTTTTTTATGTGACATCAGAGTGTTGGCCTTTTGTAAAAACTGGAGGGTTAGGC +GATGTGTCATATGCATTGCCTAAAGCTTTGAAAAAAGAAGGGGTAGATGTAAGGGTAATA +TTACCTAAATATTCAACTATACCAACATATTTAAAAGATCAACTAAAAGAAGTAGCTGTA +TTTAATGTTCAAGTAGGTTGGAGAAATCAATATTGTGGCCTTTTAGAAATGGAATTTGAA +GGGATTAAATTTTATTTTATAGACAATGAGTATTACTTTAAAAGGGAAGGGGAATATGCT +TACCTTTACGGATATGGAGATGATGCAGAAAGATTTGCATTTTTCAGTGAAGCCGTACTA +CAAACTATGGAAAAAATAGATTTTTACCCTGATGTAGTTCATATAAACGATTGGCATACA +GGTATGATACCTTTGATATTGAAAAATAGATATAATCATTTAGATAAATATAAAAATATA +AAAACTTTATATACTATACATAACTTACAATACCAAGGTATATTTGGAAAAGAAGTGTTG +GGAGACTTATTAAATTTATCTGATGAGTATTACAATAATGGAGATGTTGAATACTACGGT +GGAGTAAGTTTTATGAAATCAGGTATAGTATTTTCAGATAAGGTAACAACTGTAAGTAAG +ACTTATGTAGATGAAATACAGACTCCATTCTATGGAGAAAAATTAGATGGATTATTAAGG +GCAAACTCATATAAATTAGAAGGGATTCTAAATGGAATAGATTATGATATAAATGATCCA +TCGACTGATCCAAATATTTTCTTCAAGTATGATGCTAATAATTTAGAAGACAAAATTAAG +AATAAGTTAGAATTACAAAAAATACTAGGGTTAGAAGTAAATCCAGATATTCCTGTAATA +GGTATAGTATCTAGGCTAGTATCACAAAAAGGATTTGATTTAATATCTTATATTATGCCA +GAGTTAATAAGGGAAGATTTACAGTTAGTGATATTAGGTACAGGGGAACAGCAGTATCAA +TCTATGTTTAATTACTATAGTTCTCTCTACTGTAAAAAAGTTTCTGCTAGAATAACTTTT +GATAGCGGTTTTGCTCAACAAATATACTCTGGTAGTGATATGTTCCTGATGCCTTCTTTA +TTTGAACCTTGTGGAATAGGTCAAATGTTAGCTATGAGATATGGAACCTTGCCGATAGTA +AGGGAAACTGGAGGTCTTAAGGATACTGTAGAACCGTATAATCAATACACGGGTGATGGT +AATGGATTTAGTTTTGCAAATTATAATGCGCATGAAATGTTGTATTGCATTCAAAGAGCA +TTAAAAGTGTATAAAGATAAAGATATGTGGTATAGGCTAGTTGAAAATGCTATGCATACT +GATAATAGTTGGAAAAAATCAGCTCAGAAATATATAGAGGCATATCAGGGGATTCTCAAT +TAA +>clpX +ATGTCTAAATACGAAGATAAAAGACAGTTAAAATGTTCATTCTGTGGCAAGAGCCAAGAT +CAAGTAAGAAGATTAATCGCAGGTCCAAATGTATATATTTGTGATGAATGTGTTGAACTT +TGTGATGAGATTATTCAAGAAGAAATAGAAGAAACTATTGATGAAGATACAACATCTCTA +CCAAAGCCAAAAGAAATGATGGAAATATTAAATGATTATGTAATAGGTCAAGAAAGAGCT +AAAAAGGCTTTATCAGTGGCTGTTTACAATCATTATAAAAGAATATATAGCAAAAAGGCT +ACTAGCAAAGATGTAGAAATACAAAAGAGTAATATACTTTTACTAGGTCCAACTGGTTCA +GGTAAAACTTTATTAGCTCAGACTTTAGCTAAAACTTTAAATGTGCCATTTGCAATGGCT +GATGCTACATCATTAACAGAAGCAGGATATGTTGGAGAAGATGTTGAAAATATACTTTTA +AAACTTATTCAAGCAGCTGATTTTGATATAGAAAAAGCTGAAAGAGGTATTATATATATA +GATGAGATAGATAAGATAGCTAGAAAATCTGAAAATCCATCTATAACTAGAGATGTTAGT +GGTGAAGGTGTCCAACAGGCACTTTTAAAAATATTAGAAGGAACTGTTGCTAATGTTCCA +CCACAAGGTGGAAGAAAACATCCACATCAAGAATTCTTAAAAATAGATACTACAAATGTA +CTATTTATATTAGGTGGAGCATTTGATGGTATTGAAAAAATAATTCAAAGACGTGGAACA +GAAAAAACTCTAGGATTTGGAGCTAAGATTGAAAGTAAGAAAGAAGTAGACTTAGGTAAA +GTATACTCTAAGGTTCTTCCAGAAGATTTATTAAAGTTTGGTATAATACCAGAATTTATA +GGAAGAATACCAGTTGTAGCAACGCTTGATTTATTAGATGAAGATGCTTTAATGAGTATA +TTACAAAAGCCTAAGAATGCACTTGTAAAACAATATAAGAAATTACTAGAATTAGATGAT +GTTGAACTAGAATTCGAAGATGATGCTCTTCGTGCTATAGCTAAAAAAGCTATAGAAAGA +AATACAGGAGCAAGGGGTCTAAGAAGTATAGTTGAAAGTGTTATGATGGAAAGCATGTAT +GAAGTTCCATCTAGAACTGACATTAAAAAAGTATTAGTAACTAAAGAATCAGTAGAAGGA +AAATCAAATCCTATTATGATACCTAAAGATCAAGAAGAAAGTGCATAA +>rhaS_1~~~rhaS_4 +ATGAAATTAAACAAAAATAACTTAAAAAATATATATGATACGATAAGTAGTTTATTCTCA +TTAAATTTTATAGTAATGTATAACAATGAAAATGAAATTACTAGATTAAGTAATATTGAA +TTACCAGATTGCGTAAAAGAAGATGAAATGAAAATGATAAATACTATATCAGAAAAAATA +TCCTTAAGATCAACAAATACAGTATGTTATTTTGAAAGTAAAATGAAGTTGAAGTACATG +TCCTTTAGTGTATGTTCAGATGAAAATTATGAGGGGAGTATTATTATAGGTCCATATATA +AATTATCCTACTCAATTAGAAGTAGTTGATAGTAGTGGAAGAAACTTAGACAAAGTTATT +CCTATAATTAAAATATTACAGGAAAAAGCTATAGAAAATATAGTTATTTCAATGATTAAT +TATCAAATTGAAGATACAAAGGTAATTATCATGCAGGAAGATATGAAGATAAAGGATACT +AATAAAAATCGCTATATAAAAGAATTTGATATGAGTTTAATAAATATAAGAGAGAGATAT +AAATTAGAAAATCAGCTATTACACTATGTAAGCATGGGAGATATTAATAAAGCATCTAAA +ATTATTGGAAAAGATTTAGTTGTAGACCTTAATAGATTTCCAGATGAGCCCATGAGAAAT +TTAAAAAATTTTGCTATAACTATGAACACACTTTTAAGAAAAGCTGTACAAGAAAACAAT +ATAGAACCTTATGTTCTAGATAGCATATCAGATTATTTTGCTAAGAGAATAGAAAATTCT +AATAAGATGAGCATTATATATAGCATATTTGAGGAAATGATGAAGGAATACTGTAATTTA +GTTAATGAGTACAAAACTAAAGGATATTCTAAATTGGTGTCTAATGCAATTAACTATGTA +AAGTTAAATTTTAAGTATGAAATAGGTCTATCTAGTATAGCGGATGAACTATTTGTGCAT +CCAACTTATTTAGCTAAAAAATTCAAAGAGGAGACTGATAAAACTATCTCAGAATATATA +AATGAAATTAGAGTTAAAGAAGCAAAAATGATGTTAAAAACTACAGAATTTAAAATTGAA +GATATTGCATATTACGTAGGATATAATGATAAAAAATATTTTTCTAAGGTATTTAAAAAA +ATATATAACCAGTCACCAAGTGATTATAGAAAGTATAATTAA +>group_579 +ATGAATAAAAAATTAGTGATATCGAAAAGTGTAACTTTTATATTTGTAGTTGTCTATGTA +GTATTATTCAAACTAATATTTGGGGATGAAAATAGTCTAGTAGGAGTAACAACTATAACT +GCAGCACTTATGTTTTTAGGAAAAGACTTGACTTTATCTCCAGTAAGAAATGCATCAAGA +CTTATTTTACTTAATTTATTTATTGGAATTGCTACAATGCTTGCAGCTTCGAATATATGG +TTAGGAATTATTATAAATTTTATTACATTGTTTATTATTAGCTATCTTTTATGCTATAAC +TTGGAAAGTCCTATGTATTTTCCATTTACACTTCAATACTTATTCTTATTGTCTTCCCCG +GTAAGTATTGAGCAAATACCAAAGAGATTAATTGCCCTAGCATTTGGAGGGATTTTTGTA +ATTATTCTACAACTAATTGTAAATAAAAATAGAATTTCTAAAAGCGGTAATAAAATTTTA +TTAAATGTATGCGATAGCATATTATCAAGAATAGAATTTTTAAAAAACAACTCTCAAAAA +GATACAACAAACGATGGAATCGAAGCTAATATAAATGCCTTTAGAAAGATGGTATATGAT +AAAAGAGAAGTTGATTATTACTTAACTGAAGAAGGTAGAATAAAACTTAATTTATCGGTG +ACTTTAGAAAATATATATACAATACTTAGTGTAGTAAAAGAACCATTGAATGTTTTATTT +ATACTAAATAAGTTAGAATGTTTAACACATGAAACAAAGTCTATTTTAGAAGGAAAAGAA +AGTGAAAAAGATTTATATGATGATATGAATATATTCTTATCAGAATGTAGGGAAAAAAAT +ATTGATGATTTGATGACGTTGCAAATTTTAGATAGTACAATTCTTTTAGTAGATGCAATG +TATGAATTAAATAATTTGAAAAAAGAAAACTATAATTTAGTTAAGCAAGTTGAATCCATA +CCCAAATATAAAAATGATAGTTTATTTAGATACATGCGAAGTGACCACAAATCTTTTAGA +TTTTGCTATGCTATGCGTGTAGCTATTACTATAACTTTAGGAGCTTTTATAACAGACTTT +TTCAGGTTATCAGAAGGTAGATGGATTATGTTTACTATTTTATCTTTAGTTAATCCGTTA +TATGAAGTTTCTAAAAGTAAGGTTATGCATAGAGTAATTGCTACCATATTAGGTGGTATA +TTAGTTACAGTATTATTTTATATATTTGAAGATATGACAACTAGAACTATAATTTTAATG +TTAGCGGGATACATAAACAGTTATATAAGCAAGTATAAATACAATATGATATTAGTTACG +GTATCAGCAATAGGTTCAGCTGCCATGGTAGGAAATGTTGGAGGATTAACCCTTAGTAGG +ATAACTTTTGTTGTGATAGGTGCATTAATGGCTATAATAGCAAATAAATATATTTTCCCA +TATAAGTTAGAAGATTCTAATAAAGAATTAGAAAAAATACATACATTGTCAGTGTTAGAA +ATGTTAAGAGAAATATATAATGTTGCTGAAGGTATAAAGAAACCTCATAGTATAAAAAAC +TTATTAATCGTAACTTCTTTAGTTGAAGAAAAGTTAAAGTTAAATAATCAGATACTACAT +GATAGTCATTATGAAGAACTTGTTAAAGAGAGAAGATTTTTAGTAGCGAATATTTATGAA +CTGTATATTTGGATTATAAGAGCAAAGGTAAAGCCAGAATATGTAAAATATGTTCTTTCA +GAGATTAACATATTAATTTCTTATGAAGATGAACCTATAGAAGATATGATCAAAGATATA +GAAAAAAATATTAAAGAAATTAAAGATCTAAATACAAAGATAACTTTAAGTAGTATTGCA +ATTATTTTAAAGGAGTTAAAACAGATATCAGCATTAAAGAAACTAGTTTAG +>aspS +GTGGAGACTTTAAACGGATTAAAGAGAACTCACTATTGTGGTGATTTAAGAGCTACAAAT +ATAGATGAAGAAGTTGTACTTATGGGATGGGTACAAAAGAAAAGAAACTTAGGTGGATTA +GTATTCGTAGACCTAAGAGACAGAAGTGGATTATGCCAAATAATATTCGATACGGATGTA +AATGCTGAAGCATTCGCAAAAGCAGAAAAACTAGGCTCTGAATATGTAATAGCAGTAACT +GGTAAAGTAAGTGAAAGATCTTCTAAGAACCCTAACTTACCAACTGGTGATATAGAAATA +GTTGCAACAAGTTTAAAAGTATTAAATAAATCAGAAACTCCTCCAATCTATATAAAAGAT +GATGATAATGTTTCAGAAGAATTAAAATTAAAATATAGATACTTAGATTTAAGAAAGCCA +TCTATGCAACAAAAGTTAATGACAAGAAGTAGAATAGCTAACATAGTAAGAAACTACTTA +AGTTCAAATAACTTCTTTGAAATAGAAACTCCTTTCTTAATAAAACCAACTCCAGAAGGC +GCTAGAGATTACTTAGTACCAAGTAGAGTTAATCCTGGTAAATTCTATGCATTACCACAA +TCTCCACAATTATTTAAACAATTATTAATGGTAAGTGGAATGGATAGATACTTCCAAATA +GTTAAGTGTTTCAGAGATGAAGACTTAAGAGCTGACAGACAACCTGAGTTCACTCAAATA +GACTGTGAAATGTCATTTGTTGAACAAGAAGATGTTATGGCTATAATGGAAAAGATGGTA +CAATTAGTATTTAAAGAAATACTAGATGTAGATGTTCAATTACCACTTCCAGTTATGACT +TATGCAGAGGCTATGGAAAGATACGGTTCTGATAAGCCAGATACTAGATTTGGATATGAA +TTAACTAATATATCTGATATAGTAAAAAATTGTGGATTTGGTGTATTTGCTAATGCTACA +AAAGAAGGTTTTAGTGTTAGAGGTATAAATGTTGAAGGCAAAGCTGAAGAATTTACTAAA +AAACAAATAGGTAAATTAGAAGATCATGCTAAAACTTATAAGGCTAAAGGTCTTGCTTGG +ATGAAAGTTGGAGCTAATAGAGAGGTTACTTCTCCAATAGCTAAGTTCTTCTCAGAAGAA +GAATTAACAAAAATATTAGATAGAATGAATGCTAAAGAAGGAGACTTATTACTATTTGTA +GCTGATAAAGACACAGTAGTATTTGATGCTCTAGGTCAAGTTAGACTAGAAGTTGCTAGA +AGATTAGACTTATTAGATAATAGCGTTTATAAAATGTTATGGGTAACTGAATTCCCATTA +TTTGAAGAAGATGAAGAAACAGGAAGATTTATAGCTAAACACCATCCATTTACATCACCA +ATGGATGAAGATATAGATAAACTTGATGGAGATGATAAAGCATCTTTAAGAGCTAAAGCT +TACGATATAGTAATCAATGGTTACGAAGTAGGTGGAGGAAGTGTTAGAATATTCAATTCT +GATGTTCAAAAGAAAATGTTCGCTGCACTTGGAATGGATGAAGAAGAGTCTCAAGAGAAG +TTTGGATTCTTATTAGATGCATTCAAGTACGGAACTCCTCCTCATGCAGGTATAGCTTTC +GGTCTTGATAGACTTACAATGATACTTACAGGAACTACTAACATTAAAGATGTTATAGCA +TTCCCTAAGAATCAAAGTGCTGTTTGTCCAATGACAAATGCTCCAGCTGTTGCTGATACA +GCTCAACTAGAGGAATTAAATATAGAAGTTAATATAGAAGAGTAG +>pbuG_1~~~pbuG_2 +GTGGGAGGGCGAGGGATACACAATAAAAAGGAAAGAGGAATGAATAAACAAACAGTAACA +CTTCAAACAAACAATTTTAAAACGGAGGTATTAGCAGGTATAACCACATTTATATCAAGT +GCTTATATTATAATGACTAATGCGCTCATACTATCGGATGCTGGTATCAGCCCAGATGCG +GCTATGATAGCCACAATTTTCACTTGCGCAGTATCAACATTTTTAATGGGATTTGTTGCA +AACTCACCATTTATAATAGTACCTGGAATGGGTATTAATTCATTATTTACTTATACAATT +GTAAACTCAATGGGACTTAGCTGGCAATCTGCATTAGGTGCAGTATTTGTAAGTGGTATA +ATATTTACCATTATTGCAAGTACAAAAATAACACCTATACTTATGAAGTCAATTCCAAAT +AATTTAAAACATGCTATAACTGTAGGAGTAGGATTTTTAATTTTATTTATTGGACTTCAA +AAAAGTGGTCTCGTTGTAAGCAATGAAAATACTTTAGTAGGTTTAGGTAACTTAGATAAT +AAGGAAGTTATTTTAACATTAATCACTTTACTTATTATTTTAGTTTTAGACTTGAGAAAA +GTTAATGGCGGAATACTTATTAGTATTCTTATGGGAACATTATTATCTATGGCTATGAAA +ATAACTTCTATTAGTGATTTAGATTTTACAGCTTTCAATATAGGTGATTTTAAGAATGTT +TTCTTAAGTTTATCTTTTGAAAATATGTTTACAGTACCATTCTTTATGGCAGTATTATCT +ATAACTGTAGTCATAGTGTTTGAAAATATGGGCATTTTATATGGAATGTTAGGTGCCTTA +GATAAAGAAAATGACTTCCAAAGAAACTTTACTTTAGCTGGTGTTTCTAACATGATAGCA +GGTTTATTTGGTACTAGCCCAACTATAGTCGCCGCTGAAAACTTCTCTGGTATAAGTGCT +GGTGGAAAAGGAAGGATAGCAGCTTTAACTTCTGGAATATTATTTTTAATGTCATTATTT +TTAATACCAGTGTTAAAACTTATACCGAATAGTGTTATAAGTGCTGTTCTTATATTTATA +GGCATACTAATGATTCAAACTTTCTTTGATTTAGAAAAAGGAGATATAATAGATACTATA +TCTATAGCTATTATAATTACTGTAATACCACTTACTTATAATATAGTAAATGGTATAGCT +GCAGGATTTATAGTTTATACTATTTTAAAGATAGCTTCTAATCAAGGTAAGAAAGTTTCA +CCTGCAATGTATGTTTTAACATTCTTATTTATGTTAAACTTTATATTAAGTACATCAATG +GGATTATCTCATTAA +>glyQ +ATGAATTTTCAAGAGATGATACTGGCGTTACAAAATTACTGGTCAAAACAAGGATGTATC +ATGATGCAACCTTACGATGTTGAAAAAGGAGCAGGTACTATGAATCCTAACACTCTTTTA +AGATCATTAGGACCAGAACCTTGGAAAGTATGTTATGTAGAACCATCTAGAAGACCAGCA +GATGGTAGATACGGAGAGAATCCAAACAGACTATATCAACATCACCAATTCCAAGTTATA +TTAAAACCATCTCCAGATAATATACAAGAATTATATTTAGGAAGTTTAGAAGCTATAGGA +ATAAATCCTTTAGAACACGATATAAGATTTGTTGAAGATAACTGGGAATCAACTACAGTT +GGTGCTTGGGGACTTGGATGGGAAGTTTGGCTAGATGGAATGGAAATAACTCAGTTCACA +TACTTCCAACAAGTTGGTGGTATAGAATGTGAACTTGAAACTGGAGAAATTACATATGGA +CTAGAAAGACTTGCTATGTATATACAAGAAGTAGATAGTGTATATGACTTAAAGTGGAAT +GACCATATAACATATGGAGATGTATTCAAGCAAGCTGAATATGAAAATTCTGTATATGCA +TTTGAGGAATGTGATGCAGATATGTTATTTAATTTATTTGATACATATGAAAAAGAAGCT +TTAAAACTTATAGAAAGAGGACTAGTAGTTCCTTCATATGACTATGTATTAAAATGCTCT +CATACATTTAATACATTAGATGCAAGAGGTGCAATAGGAGTTAGTCAAAGAGCGTCATTT +ATAGGAAGAGTTAGAAATATGGCTAGAGCAGTTTCTTCTTTATATGTTAAACAAAGAGAA +GAAATGGGATATCCTCTTATAAAGGAAGGTGACAAATAA +>group_195 +ATGGAAAGAAAAGATGCGTATTTGTGGCTAAAATCCATAAGTGGAATAAGTACTAAAACA +ATAGAAAAATTACAAAATGAAGTTGGAAATATAGAAGATTTAATGGACCTTTCTGATAAA +GAAATATATACTTTAAAAAATATAAATTTAAATATTAAAGAAAATATAGTAAAATATAAA +AGCAATTCATATTTAGATGGATTAAGAGAAACATTACATAAAAATGATGTTAAATATTTT +TGTATAGATGATGATGAATATCCTAATGATTTAAAAAATATATATAATGCGCCTATATTA +TTATTTTATAGAGGTGATTTATCAATATTAAACAATACTTTAAATATAGCTATGGTTGGT +TCTAGAAAGCCAACTAGATATGGAATAAGTTGTGCTAAAAGTATAAGTAAGCAGCTATCT +AATTTAGGAATAAATATAATTAGTGGCTTAGCTATAGGAATAGACTCATTTTCTCATATA +GGTTGCATGGAGGGCGAAGGAAAAACTGTAGCTGTATTAGGATCGTCGGTTAATAATCCT +CTTCCAAAGCAAAATATACCTTTAGCTAATAAAATACTTGATAATGGCGGTCTTATCTTA +TCAGAGTATAATGTTAATTCAGCTGTAATACCATCTAATTTTGTAAACAGAAATAGAATT +ATAAGTGGTTTAAGTCAAGGTGTTATAGTGGCGGAGGCTGCTAGAAAAAGTGGTGCATTA +ATAACCGTAGAGTTTGCACTAGATCAAGGAAGGAATGTGTTTGCGATTCCTGGAAATATA +AATTCAGAAATGAGTAAAGGATGTAATAAGATTATTAAAGAGGGTGCAAAATTAATAGAA +GATTTAGATGATATAATTAATGAATATAATATAAGTTGCATTAATAAAGTAGAATTTGGT +GGAAATTATGATAATATAAGCTTAAACAAGGAAAGTATTACTATAATTAATGCGATAAAA +AATAAAGGTGCCTTGCAAATTGATGATATTTGTGATTATACTGGTATGGAAATAAAATCA +GTAAATACATTATTAAATGAGTTATCATTAAAGGATATCGTAATAGAAGGCAATAATAAT +ACATACAGTTTAAATGTATAA +>yxdL_2~~~yxdL +ATGAAAAATATATTAAGTGTAGAAAACATAGAAAAATATTATGGCAATAAAGAAAATATA +ACAAAAGCAATAGATAATATAAATTTTAAAGTAGATGAAGGTGAATTTGTTGGAATAATG +GGACCAAGTGGGAGTGGTAAAACGACATTACTCAACTGCATATCTACAATAGATAAAGTA +TCAAATGGAAATATAATAATAAATAATCAAGATATAACAAAATTAAAATCAAAAAAGTTA +GATAATTTTAGACGTAATGAGTTAGGATTTATTTTCCAAGATTTTAATCTTTTGGATACA +TTAACAGCATATGAAAATATAGCATTAGCATTAACTATTAAGGGTGAAGATTCATCACAA +ATAGATGGCAAAATAAAAAAAGTAGCTAAAAACTTAGATATAGAGCAAGTATTGAATAAA +TATCCATATCAAATGTCAGGAGGACAAAAACAAAGAGTAGCTTCAGCTAGAGCTATAGTT +ACAAATCCATCCTTAATATTAGCAGATGAACCTACAGGAGCACTTGATTCAAAATCATCT +AGATTATTATTAGATAGATTTGAATATTTAAATCAAGAGTTAAAAGCAACAATATTAATG +GTCACTCATGATGCTTTTACAGCTAGCTATGCTCATAGAATATTATTTATAAAGGATGGA +AAAATATTCAATGAACTTATAAAAGGAAATGATACTAGAAAAGAGTTTTTCAATAGAATA +ATAGATGTTGTCACATTACTTGGAGGTGACGAGGATGTATTCTAA +>deaD +ATGAATATAACTAAATTTGAAGATTTACCAATTAGCGACGATATAAAAAGAGCAATAGCG +GATATGGGGTTTGAGGAACCATCACCAATACAATCACAATCAATACCTGTAATACTATCA +GGAAAGGATGTTATAGGGCAGGCGCAAACTGGAACGGGAAAAACAGCTGCGTTTAGTATA +CCTGTATTAGAAACTGTTAATCCAGAAGATAAGAGTTTACAAGCAGTAGTACTTTGTCCT +ACTAGAGAACTTGCAATTCAAGTTTCAAAAGAAATAAAGAAATTATCTAAGTATATGCAC +GGAATAAAATCACTACCAGTTTATGGTGGACAACCAATAGATAGACAAATAAAATCATTA +AAAGGTGGAGTACAAATAGTAATAGGAACTCCAGGACGTGTAATTGACCATATAAACAGA +AAAACATTAAAAATGGATAATGTTAAAATGCTTATATTAGATGAAGCTGATGAAATGTTA +GATATGGGATTCAGAGAAGATATCGAAATGATATTAAACAAGACTCCTGAAAATAGACAA +ACTACATTTTTCTCAGCTACTATGCCAAAGGGAATATTAGATTTAACTAGAAAATATCAA +AATGACCCAGAGCATATAAAAATAGTAAGAAAAGAAATAACTGTACCAAACATATCTCAA +TACTATATAGAGACAAGAAATGCTAATAAATTAGAAGTATTATGCAGATTAATAGATGTA +TATAATCCAAAGTTATCAGTTGTGTTTACTAATACAAAAAGAGGTGCTGATGAATTAGTA +AGTGAATTACAAGCTAGAGGATACTTTGCAGATGCTTTACACGGAGACTTAAAGCAAACT +CAAAGAGATATAGTAATGGATAAGTTTAGACAAGGTACTATAGATATATTAGTTGCTACT +GACGTTGCAGCTAGAGGAATTGATGTAGATGATGTTGAAGCTGTATTCAACTATGATTTA +CCACAAGACGAAGAATACTATGTACACAGAATCGGTAGAACAGGACGTGCTGGTAGAACA +GGAGTATCTTTCAGTTTTGTATTTGGAAAAGAAATGAGAAAGATGAGAGATATAGAAAGA +TATACTAAGGCTAAATTAGTTAAGCATAGTATACCGTCAGTAGCTGATGTTGAAGAAAAG +AAAGTTAGTGCATTCTTCAAGCAAGTTAAAGGAATAATGGATGAAGGTAACTTAACTAAG +CAATTACAATGGTTAGAAGGATTCTGTAATGAGTCTGATGTTGAAGTAATAGATGTAGCA +GCTGCTTTAGTTAAATTAGCTCTAGGAGATGAAGAAAAAGAAGAAATAATAGAAGAACCA +TCAAGAAATAGAGATAGAAGAGATCGTAAAGGTAAAGGATCAGACACTGGAGCTAAGGAA +GGAATGGTTAGACTATTCATAAATGTTGGTAGAAACCAAAGAGTTCAGGCTAAAGATATA +TTAGGTGCTATAGCTGGTGAAGCTGGAATATCTGGTAAATTAATAGGAACTATAGATATA +TATGATAAATATACTTTCGTTGAAGTACCAAAGCAAAATGTTAAAAAAGTATTAGAAAAT +GTTAAGGATATAAAGATAAAAGGAAATAAAGTTAACATAGAAAAAGCGAATAGAAGAAAG +AAGTAA +>group_197 +ATGAATATTAGAGAAGGCGATTATCGTATGTTCGAAATATATGCTAGAGAATATAAAAAA +AGAGCATCTAGTAAAAAAATGAATAAATTAGATTACTTAGAAGCTAAAATGATGGAAATT +AGTAATATTTTAACTCCTTATGTGATAGAATTTTGCAGGTTAGATATGGAATTTAAAAAT +AACTCTAAAGAATTACCAGACCCTATTAAATATTTTATAATAAATGGAAAAATACTTAAT +CCTTATGACTATGTAACTAATACGGAATGGGAAGGATATTGGAAAAGGTGTACAGGTAAG +GATATGGAGTATTTCATTTCTTATTTAGAATATCCAATAATGTATCCTAATCATGAAAAT +TATATAGCAAGTGGAAAAAATATAATAAGTATATTTAAGTCAGAAACTGGATTTGAAAAA +ATACCTTACAGTATAATCTGTGCTGAAAATTTAAATAAAAAGTATTTCAAATGA +>lacC_3~~~lacC_2 +ATGATATATACGGTGACACTTAATCCAGCAATTGATTATTTAATAAATTTAGACAACTTA +GAAATTGGACGTATAAATAGAGTAGAATATGAAAAAGTTTATGCAGGTGGAAAGGGAATA +AATGTTTCTAATATGCTAAAGCAATTAGGCTATGAAAATACTGCATTAGGATTTATAAGC +GGATTTACAGGAGAATTTATTGTTAATACTTTAATGGAAAAAGGAATTAATAATAAATTT +ATAAGATTAAAAAATGGATTTACTAGGATAAATGTAAAGGTTAAAGGAAAAGAAGAAACT +GAAATTAATGGTAAAGGGCCAGCGATCACTAATAATGAACTTAATGAACTTTATAAGATA +TTAGAAAACTTAAATAGTAGTGATATCTTAGTACTAGCTGGAAGTATACCATCAACACTT +GATGATAAGTTATATGAAAACATAATGGATAGAATAAAAGATAATAATGTAAAGGTTGTA +GTTGATGCAACTAAAAACTTATTACTAAATGTTCTAAAATATAAGCCATTTTTAATAAAA +CCAAATAATCATGAATTAGAAGAAATATTTAATGTAAAACTAAATAATAATGAAGAAATA +ATAAAATATGCTAAAAAACTGAAAGAAATGGGTGCTTTGAATGTATTAGTGTCTATGGGG +AAAGATGGAGCATTACTACTAACAGAAAACGATGAAGTATATGTAAGTAATGTAGCTAAA +GGAATTGTAAAAAATTCTGTAGGAGCAGGAGATTCCATGGTAGCAGGATTCATCGCTGGG +TACTTAAATACAAATAGTTACTCAGAAGGTTTAAAATTAGGTGCTGCATCAGGAGGTGCT +ACTGCATTTTCTTATGATATTGCAACTAAAGAATATATTGATGAGATAAAAAAACAAATT +ATAGTAACTAAAATATAA +>group_793 +ATGAAAAAAATATTTGAATTATTACTAAGATTATTTAGTGGATTTTTTACTTGTGCACTT +GGTATTGTATTTATGCTTAATTCTAACTTAGGTGCAGGACCATGGGATGTATTTCATCAG +GGACTATCAAATAATACATTCTTAACAATAGGCCAAGCTAGTATTATTGTTGGGTTTATT +GTTATAGGAACAACTACTTTATTTAAGTTGAAAATTGGAGTAGGAACGATTCTTAATATG +ATTTTTATTGGATTATTTACAGATTTAGTATTATTTACAAAGTTAGTACCAATTAGTGAT +AACATCTTAAGTGGATTAATAATGATAATAATAGGTATGTTATTAATGAGTTTGGGTACT +TACCTTTACATAAGTTGCGAGTTAGGATGTGGTCCTAGAGATGGGCTAATGGTTGTTTTG +ACTAAGATAACTAAAAAACCAGTAAGTACTATAAGAGGGATTATAGAAATAGGAGCATTA +ATAGCGGGATATTTATTAGGTGGCCATGTAGGAATAGGTACATTTATAATAGCTTTAGGT +TTAGGATATTGTATGAAGTTTATATTTAAGAAATTTAATTTAGATGTAAGTTTACTAAGT +CATAGATCAATTAAAGATACATATAATTTAACTAAAGTATTTATAAGGAACGCTAGGAGT +AAGAGTATAGAAAATATAGAAACTTAA +>gtaB_1 +ATGCAAAGAAGAATAAAAAAAGCGGTAATACCAGCAGCTGGTTTAGGAACAAGATTTCTG +CCAGCGACAAAAGCTCAACCTAAGGAGATGTTACCAATAGTTGATAAACCAACGCTGCAA +TACATAATAGAAGAAGCTGTAGAATCAGGTGTAGAGGAGATTTTAATTATAACTGGTAAA +AATAAGAAGTCTATAGAGGATCATTTTGACAAATCTGTAGAATTAGAGCTAGAATTAGAG +AAAAAAGGTAAAATTGAATTACTACAAAAGGTTCAAGAAATATCAAATATGATCAGTATA +TACTACATTAGACAGAAAGAACCAAATGGTCTAGGAGATGCGATTCATTGTGCAAAAAGC +TTTATTGGTAATGAACCCTTTGCAGTAATGCTAGGTGATGATATAGTAGATAGTGAGACT +CCGTGCTTAAAACAACTTATAGATATTTATGATGAATATAGAACTACTGTATTGGGGGTC +CAAAAAGTTAATGAACAAGATGTCGATAAATATGGTATAATATCAGCGAAACATATCGAG +GATAGAGTATATAAAGTCAGGGATTTAGTAGAAAAGCCAGAAATAGATGAAGCTCCATCT +AATATTGCAATATTGGGTAGGTATATAATAACTCCAGAAATTTTTAATATTTTAGAAAAA +TTACCTACGGGTAAAGGTGGAGAAGTTCAGCTTACTGATGCATTAAAAATATTATCTAAA +AAAGAAGCTATGTATGCATATGTTTTTAGAGGAAAAAGATATGATGTAGGAGATAAGCTA +GGATTTTTAGAGGCAACTGTAGATTTTGCACTGAAGAAACCTGAACTTAGGGATGATTTT +ATGGAATATCTAAATAAGGTGTGTACAGAAGGTAATATAGAGAGGAACAAAAAGATAAAT +AATCAAGAAGAAAACTCTGAATTTAAAGAAGTATAG +>group_794 +ATGTTTAAAATAATATTAGTAGTAGTGTTAGTATTAGTAGTAGTTTTAATAAGTTTAAGT +TATGTAAGGGTAATTAAACAATCTAAAGTAGGTATAGTTATGAGGCTTGGAAAATTCCTA +AAAGTAGCAGATACAGGTGTACATTTCTTAGTACCATTTTTAGATCATATGGCTTATGTA +ATTGATTTAAGAGAAATCGTTATAGATTTTCCGCCACAGCCAGTTATAACAAAAGATAAC +GTAACAATGCAAATAGATACAGTTGTTTATTATCAAATTACAGATCCAGTAAGATATGTA +TTTGAAATAGCAAATCCAATAGCTGCAATTGAGAATTTAACAGCTACAACATTAAGGAAT +ATAATAGGTGAATTAGATTTAGATGAAACATTAACATCAAGAGACTTAATTAATACAAAG +ATGAGATCTATACTTGATGAAGCTACTGATAAGTGGGGAATAAAAGTAAACAGAGTTGAA +TTAAAAAATATAATGCCTCCAGAAGATATACAAGTAGCTATGGAAAAGCAAATGAGAGCT +GAAAGAGAAAGAAGAGAGTCAATATTACAAGCAGAAGGTAATAAGGCGTCATCAATATTA +CAAGCAGAAGGTGAAAAGCAATCAGCTATATTAAGAGCAGAGGCTAAAAAGGAAGCGATG +ATTAGGGAAGCGGAGGGTGAAAAAGAATCAGCGATCCTAAGAGCAGAAGGAGAAGCAGAG +TCTATAAAGAAAATAGCTGTAGCAAAAGCCGAAGGTGAAGCGGAAGTAATTGTTAGAGTT +CAAAAAGCGACAGCTCAAGGATTATATGATGTATTTAAAGCTATGAAAGAATCTGATATT +GATGATAATATGCTAGCACTAAAATCTATGGAAGCTTTAGAAAAATTAGCAAAAGGAGAT +GCTACTAAGATAGTTCTACCTTCAGAAGCTGTTAATCTTTTAGGTACATTTAAAGGAATA +AAAGAGGTGTTAGCAGATGAGAATAAAAGATAA +>yrbG_3 +ATGAATATTATTATACTTTTACTAGGATTTGTATTATTAGTAAAAGGTGCAGATATCTTC +GTTGAAGGTTCTTCTACCATAGCTAAAATACTTAAAATCCCCCCATTAATAATCGGTCTT +ACTATAGTTGCCTTTGGAACAAGTGCTCCAGAAGCTGCAGTAAGTATTACAGCTGCACTC +AACGGACAAAATGGTATGGCAATGGGGAATGTTGTGGGTTCTAATATATTTAACTTGCTA +ATGGTTGTTGGTATATCAGGATTTATCAAAACTTTATCTGTAGACAAAGCAATTATTTCT +AAAGAATTTCCATTTTTACTATTAACATCCATACTATTATTTGTACTTACTTTTGATGTG +TCTTTACAAGGAACTACGACTAATATATTAAGCCGTGGTGATGGTTTAGTTTTACTTATG +TTCTTTGCAATATTTATGTATTCACTACTTAAGTCAGCTTTAAGCTCCATGAATAATCCT +TCACTTGAAGAGACTTCAATATCATTCGATAGTTCATCTATAGGTTATAATGATGATATT +TTAGTAAAAGAAAAAACTAATTCCAAAGTATTAATAAAAAATATTTTAGCTTCTGTTATA +GGAATCATACTTATTATATTAGGTGGAAATATGGTAGTATCAAGCGCTTCTAATATAGCA +TCTGACTTTGGTGTTAGTGATCAATTAATTGGTCTTACAATAGTATCTATCGGTACTTCA +CTTCCTGAATTTGTTACTTCTATAATAGCAGCAATAAAAGGAGAATCTTCTATAGCGCTA +GGAAATGTAATTGGTTCTAATATGTTTAACATTTTATTCGTACTTGGAGCTTCTGCTACA +ATTTCTCCAATGTCTATAGATCCAGTGTTATTTATTGATACTTTGTTTATGATAATTGTA +ACTCTTATAACATACTTATTTGCGATACAAAAAAGAGACTTAAATAAAGTTGAAAGTATA +GTACTTGTGTTGCTATATATTGGATATATGGCTTACTTACTAATCTCAGCTTAA +>hslO +ATGAAAGACTATGTAATAAGAGCAACAGCAGGAGATGGACAAATAAGAGCTTTTGTAGCT +ACTACTAGAAATTTAGTTGAGGAAGCTAGAAGTTTACATGAAACAACTAAGGTTGCAACA +GCAGCATTAGGAAGAACATTAACAGCTACATCTATGATGGGGTTAATGATGAAAAATGAA +AATGATAAGGTCACAGTTATAATAAAAGGTGGCGGACCAATAGGAACTATATTAGTTACA +TCTGATTCTAAAGGAAATGTTAAAGGATATGTGACAAATCCAAATGTAGAAGTAGAAAAT +TATCCAAATGGAAAATTAAACGTAGCAGGAGCTGTAGGAACACAAGGTCATGTTAAGGTT +ATAAAAGATATAGGACTTAGAGAACCATACAATGGTTCATACCCGCTAGTTAGTGGAGAA +ATTGCAGAAGACTTTACGCATTACTTTGCATTGTCAGAGCAAACTCCATCAGTAGTATCG +TTAGGAGTTCTTACAAGAGCAGATGAAGTTGAACATGCAGGTGGATTTATAGTTCAATTA +ATGCCAGATGCCGAAGAAGAAAATATAGCTAAGTTAGAACAAAATATAGTAAGACTATCT +TCTATAACAAATATGTTAAAAGAAGGAAATACTCCAGAAGATATATTAAACATAGTATTA +GAGGGATTAAATCCTAAAATACTAGATAGATGTGAAGTTAAGTTTGAATGTGAATGTTCA +AAAGAAAAAGTTAAAAATGCTTTAGTAGCTATAGGAAAAACTGCTTTAGCTGAAATAATA +GAAGAAGATAAAAAAGCAGAAATAGGGTGCCAATTCTGTAACAGAAAATATAACTATACA +GAAGAAGAGCTTATAGAAGTATTAGAAAATATGTAA +>uppP +ATGATTGAAATGTTAAAAGTCATTATTTTAGGTATTGTCCAAGGTATAACTGAATGGTTA +CCAGTAAGTAGTACAGGTCATATGATATTAGTTGATGAATTTCTTCAATTAAATCAATCG +CAAGCATTTAGGAGTACTTTCTTTGTTGTAATCCAGTTCGGTTCAATCCTTGCTGTACTT +ATGATATTCTTAAAAAAATTAAACCCCTTTGATCCCTCAAAAACTACGGTTCAAAAAAAT +GATACATTAAGCTTATGGGTAAAGGTAATAATCGCAATAATCCCATCTGGTTTAATAGGT +GTTTTATTTGAAGATAAGATAGATGAATTATTCTTCAATTCAACTACAGTTGCTACTGCA +CTTATAGTTTATGGGGTTATAATGATAATGCTAGAAAACAGAAATAAAAAACCTAAGGTA +TCTGATTTTAGCCAACTTACATATAAACTAGCTCTTGGTATTGGTTTATTCCAATGCTTA +GCTCTTATACCTGGTACATCTAGGTCAGGTTCTACTATAATCGGTGCCGTTTTACTTGGT +ACTTCAAGATATGTAGCTACTGAATTTTCATTCTTCTTAGCAGTTCCTACTATGCTTGGT +GCTAGTGCACTAAAACTTTTAAAAGTTGGATTTGCATTTAGTGGATTTGAATGGTTATTA +TTAGCTACTGGTTCTTTAGTTGCATTTATTGTTTCTGTATTTGCAATTAAGTTCTTATTA +GACTATATCAAAAAACATGACTTTAAAGTGTTCGGTTACTACAGAATTGTTCTTGGTATA +ATAGTTTTAGGATATTTCTATTTCATGAAATAA +>group_796 +TTGAAAAAAGTAGTAAAAATACTTATTATGTCACTCATGGTATGTTTTTTTGTAACTTCT +ACGCTATTTATTTCAAATCTTTTTATGGGGGTAGCTGTAGGAATTAGATATTATTTTATG +CTTTTCCAGTTTGGAACTTTGGCATTATTCGGAACTTTATTCTTATGTAATATGAATCGT +ATATTTGCTAAGAAAAGAAGGGTACCTCAAGCGAGAGTTGCTAAAAAGACAACTAGTACT +AAAAAGCAGAAACAAAATATATCACGAAGAAAAGTATCTTAA +>yeiL +ATGATTAAAATAAATGATAAGAATAAATTAAATTATTATATAAAAAAATATAAAATAGAT +GAAATCTTTAGCTCTAATATGAGTTCATATATGGAATTACACTACTTTAAAAAGAGTGAA +CATATCTGTTCATCTGGAGAAGAATTAAAATATTTATATTTTTTTCTAGATGGAAAAGCT +AAAGTTTATATTGCAGCTCCAAATGGTAAGTCTTTATTAATAAGATTCTATGCACCAATA +CAAATAATTGGTGATACTGAAATATTAAATAATACAACTATCGATTGTAACATACAAGCT +GTAGAAGACTCTCTATGCCTGGCGATACCTAGAAATATAATAGAAAAAATAGCTTTAAAA +GATGTACATTTCTTATCATATGTATGCAAGCAATTAGCATTTAAACTTTCAAGTGCTTCA +CTATCTAGCTCAATGAATATGCTCTATCCCTTAGAGAATCGACTTGCACGCTACATATTA +GAAGCGTATAGTACAAATTATTCTCAAGATGAGAATTCAGAAAGCTTGACTCATATTTCA +GAATTACTAGGAACTAGCTATAGACACCTTCTAAGAGTATTAGATAAATTTTGTAGTGAA +AATATAATAAAAAAATCAAATAAAACAATAGTTATTCTAGATACACAAAAACTAGAAGAT +TTAGCTGGAGATTTATATCAATAA +>group_797 +ATGATAAACTTAAGTCTATGTATGATAGTTAAAGATGAAGAAAATGTTATAAGAAGATGT +CTAGACAGTGTAATAAATATAGTGGATGAAATTATTATTGTAGATACAGGTTCAACTGAT +ACAACAAAAGAAATAGTAAAAGAATATACAAGTAAAATATATGATTTTAAGTGGATAGAT +GATTTTTCAGAAGCTAGAAACTTCTCCTTCAGTAAGGCTAGTAAAGAATATATATTATGG +ATGGATGCAGACGAGTATTTTGATAAAGAAAATCAAGAAAAATTAATTAAATTAAAGAGT +AACTTATCAAATAATATAGATGCAGTAACTTTTGAGACTAATATGCTAGGTTGTAATAAT +ACGTGCTTTACTTTTATAGGTAGAAGAAATAGAATAGTTAAAAAAGATAAAGATTTCAGA +TGGATAGGATTTGTCCACGAGTATATAGACCTAAGTGGAGATATTCTAGATAGTGATATT +GTTATTACACACCATAAAGTAAAAAGTGTAAGTGATAGAAACCTTAAGTTATATAGAAAG +AATGTAGAAGCTGGTAATAAATTAAGTGATAGAGATTTATACTATTATGGAAAAGAGCTA +TATTGCAACAAATATTATGAAGAGGCAATAGCAGTATTAGAAGAATTTATAACTAAAGCT +ATTTGGGTAGAAGAAATAATTGATTCATTATGCAAAATAGGTAAATGTTATTTATTTTTA +AATAATCATAAAAAATCAAGGGAATATTTTTATAGATGCTTTGAATATACTTGCCCAAAT +ATTAATATATTCTACAATATAGCAGAATCATTTGAACTTCAAAAGGAATATTTGAAAGCA +ATAACATGGTACGAAGCTATCCTTAAATTAGAAGAAAGTGAAAAGTTTATGTGTTGTGAA +AATATTGATTATCTCAACTTTAATGTTAACTTAAGTCTATGTGTATGTAATTTTGAATTG +GGGTTTATAAGTAAATCTTACTATCATCATTTGAAATGTAAAGAAATAAATCCTTTAAAT +TCATGTGTTATTAAAAATGATGAAATTTTTAAAAATATAATAATAAAAAAATAA +>group_202 +ATGGGCGTATACGAGAGTGCTACAAGTTTAGCTAGTGAAATAAAAAAGAGCAAAGAATAC +AAAGATTTTCAAAAAAGTATGCAAGAAGTAAGAGCTGATGAGAAAAGTGAAAATTTATTA +AAAGATTATAAAATGAGTCAAATGGGATTGCAAAGTTATAGAATTCAAAATAAAAGTATA +GATAAAAAGACAATGAAAAGAATAGAGTCTTTAGAAAATAAAATTAAAAATAATAAGAAG +GTGTATAATTATTTAAAAAATGAGGAAAAACTTATTAAAATGATGAATAATATAAATGTT +ATATTATCAGATGCAGTAGAAAATGATTATAAGTAA +>group_204 +ATGCAGCTTGAAGAAGAACTTGGTGTTAATGTAGAGATACTAAATTCAAACTATGCAATA +ATAACTTCTTCTACACCAGAGCCTATAGATAGACTATTACAATATCCACAAATTGAATAT +GTAGAAAAACCATTTATACTTCAAACACAAGATACTCAAAGTTTCTCTAGCACAGGAATT +ACTAATTTTAAAAATAGAAGCAACTTAACTGGTAAAGGAACAATACTTGGTATTATAGAT +TCAGGAATAGATTATACTCTGCCTGTATTTAAAGACTCAAATGGCAATTCAAAAATCTTA +TATTATTGGGACCAATCTATACCAGGGAATCCTCCAGAAGGATTTCATGAAGGAACTTTG +TATACAAATGAAGATATAAATAATGCCATTAATAATCAAGGGAATGTCCCTATATCACCT +ACGAGTATTCATGGTACCCATGTTGCAGGTACTTGCGCATCTATTGCAAATGAAGCAAGT +ATGATAGTGGTTAGGGTAGGTACAAGAACTACAGATACTTTCTCTAGGAGTACAGAATTT +ATGAGGGCTATAAAATTTATACTAGACAGATCATTAGAACTAAATATGCCTGTATCTATA +AACATAAGTTATGGAAGTAATGAAGGGTCTCATAGAGGATTATCTTTATTTGAAGAATAT +ATAGATGATATGTGTTTGTATTGGAAGAATAATATAGTAGTAGCAGCAGGAAATAATAGG +AATAAGGGTGGACATAAGCATATTAAACTAACAAATATACAAGAAGAAGTTGAGTTTGTA +ATAGGAGAAAATGAAACAATATTGAATATAAATATTTGGCCTAATTTTGCAGATAACTTT +AATGTTTTTTTAGTAAACCCATCAAATCAGCAAACTCAATATATATCATTAACTTCAGGA +GAAGTAAGAAATTCTATAGGAAGCACAAGAATAAAAGGATACTTTTATCCGGTTGCACCA +TACTCATTATCAAGAAGGGTAACATTTCAGTTAACTACAAGTAGTGCTATAACTCCTGGA +ATATGGAAAATTGTATTTCAACCTATAAACATAGTTGATGGTAATATAAATATATATTTA +CCTACTTCGGAAGGTCTAAGCCCAGAGACTAGGTTTCTAGAGCCTACAACAGAACTTACA +GTTACAGTTCCGGGAACTGCATCGAGAGTAATAACTGTAGGGAGTTATAATTCTAGAACG +GATATAGTTTCTGTATTTTCAGGGGAGGGAGACTTCGAAGAATGTGTATTTAAACCAGAT +ATATTAGCTCCTGGAGAAGATATATTATCATATCTTCCAGGTGGAAATACAGGAGCATTA +ACTGGAACTAGTATGGCAACACCTCATGTAACTGGTGTATGTTCACTATTTCATCAATGG +GGAATAGTTAATAGGAATGATTTGTTTTTATACTCAGCTAAGTTAAAAGCTCTTCTTTTA +AAATCTGCAAGGAGAAACCAAAATTTGACATACCCAAATGGATTAAGAGGATATGGATTT +TTAAATTTATCAACACTTGAATTAAATGAATTAGCTGACATGAATAGTAACTTAGAGTAT +CAGTATAGAAAGAGAAGATGTAGGAAAAGAAAAGAAAATAATTTAAAGCCTAAAATAAAA +ATGATGCGTCAACAGCACGGGATTTTTAGGCCCGGTATCAACTTACTTCATGAACCCGAA +TTTGAGTCTCAACTATCAGAAATTGTACCAGACTATGAGTTTTTAAAATTAAGTGATAAT +TATGGAATTTTATTTGTGACAGAATCTAATTTTAATTTACTTCCACAGATATTTGGATTA +CCATCTATACTTAGAATAGATCCTAATATTAGATATAGTCTGCTTGGTGAGATTACTCAA +GGTACTACAGGAGGTGTAAATGCAAATGAAGAAATTGGTGTGAATTTTTTTAAAAATAAT +CCCAATATATCATTAACAGGCAGAGGCGTTGCAATAGCAATAATCAGTAGCGGTATAGAC +TATTTACATCCAGATTTTATTTATGAAGATGGAACTTCAAAAATACTGTATTTATGGGAT +CAAACTAAAGAAGGAAATCCACCTGAAGGTTACTATATAGGAACAGAGTATACAAGAGAT +CAAATAAATGAAGCTATAGCTAATAATGATAATAGTTTATCTACTGATGAAATTGGAAAT +GGAACTATGATAGCTGGAATTTGTGCAGGACGTGGAAATGTAAATAGGGAATATGCTGGT +GTTGCTGAAGATAGTGATTTAATAGTAATTAAGATGGAAACAATTAATGGATATTATAAT +AGTGCTATGGCTAATGTAGCATATTCATATGCTTACAAAAAAGCATTTGAAGAAAATCTT +CCTTTAGTTGTTAATATTGGTTTAGGATCTACAAGTCTTGCAGGAGTATCAAGTAGAACT +TTAACTACAGAAGCTTTTTTTTCAAGAGGATTATGTCTGGTAACCGGAGCAGGCAATGAA +GGAAATACTCAAACACATACAAGTGGTATAATTTCATTTAATGGGGATATACAAGATATT +GAACTAGAAATAGAGAATGAAGAGCAAGAATTAATAATTGATGTATGGATAAATAGGCCG +GATACTGCACTTGTATCAATAATTTCACCAACAGGAGAGGAAAGTAAAGAGGTCGATATA +TCTGAATATAGTCAGGTAGGTGGCGTATTTGACTTAGAAGGAACGAGATACGGTATAACA +TATATATATCCTACAACTTATTCTGGGCAGCAACAAGCAATTATAAATTTATATAACGTA +AAAAGAGGTATATGGAAAATAAGATTGACAGGAGTATATATTACAAATGGAGTTTATAAT +GCATATTTGCCAAATAGAGAATTCTTAAATTCAGGAACAAAATTTAGAAATCCAAACCCC +AATAGTACAGTAACATATCCAGCTCAATATGAAGATCAAATAGTAGTAGGTGCATACAAT +TCTATAAATGGTAGTTTATGGCAAAGTTCATCTAGAGGACCAACAATAAATGGGATTTTA +AAGCCTGATATAGTAGCTCCAGGGGTTAATATAATAGCTCCATATCCAGGAGGAGGATAT +GCAACTATTACAGGAACAGCAGCATCAGCAGCATATACATCGGGATGTGTGGCTTTATTT +TATCAGTACGTCATAGTTGAGAATAATTATCCAAATAAGGCTTTTGTTCAAAAAGCGCGA +ACATATTTTAGAGCGGGAGCGGTAAGAGAAAATAATATACAATATCCAAATAATAATTAT +GGATATGGAATTTTAAATATAAGAAATATTTTTGATCAGTTTAGATAG +>sseB_1~~~sseB_2 +ATGAATAATATAGTAAATTCATCATGGTTAAAAGATAACCTAAATAATGAAAAATTAGTA +ATAGTTGATACACGATTTAATCTTATGGACAAAGAATATGGAAAAAGAAGTTATGAATTT +TCTCATATAAAAGGTGCTGTAAGAATTGATATTGAAACACAACTATCAAGTGAAGTTAAA +GAACATGGTGGAAGACATCCTTTGCCATCAATAGAAGAACTTCAAAAAACTTTTGAAAAT +ATAGGAATTAGCAATGATTCAATCGTTGTAGCTTATGATGAAGGTGATTTATCAGGTCCT +GCAAGACTTTGGTGGATACTAAAATACTTAGGTCATGAAAAGGTTTATGTGCTTGATGGA +GGAATAAATGAATTTATAAAAATAGGCGGAGAAGTTTCTAATGAAGTCCCAGTTATAACA +AAAGGAAGTTTAAATATAAATATTAATGAATATATGAAAGTTGATATGGAGTATGTTAGA +AATAGTATAAATAAAGATAATATAGCAATAATCGATTCAAGAGAAAATGTAAGATACATA +GGAGAATTCGAACCAGTAGACAAAAAATGTGGACATATACAAAGTGCTCTTAATTTCTTT +TGGATGGATATATTAGATCAAAGTGAAGGTAAGATAACTTTAAAGAATAAGTCTGACTTA +GAGAAACATTTTGAAGAACTAAATAAATTTGATGAAGTAATAGTTTATTGCGGGTCAGGT +ATAACAGCTTGTCCAAATTCTTTAGCTCTGACAGAAGTAGGAATAAATCATAAAGTTTAT +ACAGGTAGCTTTAGTGACTGGATAAGCTACGATGACAATAAAGTAGAGGTAAAATAA +>oppF +ATGATAAATAAAAAGAAAAATGACAATTTAATTGAGATAGTAGGATTAAAAAAGTACTTC +CCAGTTAAAGAGGGATTCTTAAAAACTAATTATGTAAAAGCAGTTGATGATGTTTCATTA +CATATAAAAAAGGGGGAAACTTTAGGTTTAGTTGGTGAAAGTGGATGTGGAAAAACTACT +CTAGGAAGAACGATATTAAGGCTTCATGAACCTACTGAAGGAAAGATTATATATAAGGGT +GAAGATATAACTAAAGTAGATATGCTTTCATATAGAAGAAAGATGCAAATAATATTTCAA +GATCCATACGCATCTTTAGACCCAAGAATGACAATTGGTGATATTATTGGTGAGCCACTA +GATATTCATAAATTATATAATAATAAACAAGAAAGACAAGAAAAAATATATAATTTGCTT +GAAACTGTTGGTTTAAATAAAGAGCATGCAAATCGTTTTGCTCATGAGTTCTCAGGGGGA +CAAAGACAAAGAATCGGAATTGCAAGAGCATTAGCAGTTGAACCAGAATTTATTGTCTGT +GATGAGCCTATTTCTGCTTTAGATGTTTCTATACAAGCTCAAGTTGTAAATATGTTAGAA +GATTTACAAGCTGAAAGAGGATTTACTTATCTATTTATTGCACATGATTTATCTGTTGTT +AAGCATATAAGTAATAGAATAGGTGTAATGTATTTAGGACATTTGGTTGAGTTAACAACA +AGTAAAGAATTATATAAAAATCCAATGCACCCATATACACAAACATTACTTTCTGCAATA +CCAATAGCAGATCCAAAGATGAGTAGATCTAGAAAGCGTATAGTCTTAGAGGGGGATATA +CCTAGTCCATTAAATCCACCTAGTGGATGTACTTTTAGAACTAGATGTCCGTATGCTACA +AGTGAATGTAGTAAAGTAGCACCTACATTAAAAGAGTATGACAACGGACATTTTGTTGCA +TGTCATAACTTAGATAAAATATAA +>lplJ~~~lplJ_2 +ATGTTACTAATATACAATGAAAATACTAATCCATATTTCAATTTAGCTATGGAAGAATAT +TTCTTAAAAAATACCCATGAAGATTTATTTATACTCTGGAGAAATAGACCTTCTATTATC +ATAGGAAAGAATCAAAACACATTATCTGAAATAAACTTAGATTATGTAAAATCGCATTCA +ATCCCAGTCGTTAGAAGACAATCTGGTGGAGGTGCTGTCTTTCATGATTTAGGTAATATA +AACTTTACTTTTATATCTTGTAATAACAATTCTTTTAGCGATTTTAGAAAGTTTACTCAA +CCTATAATAGACTTACTAAAAACTTTAGGACTTAATGCAGAGTTTTCAGGTAGAAATGAT +TTATTAATAGATGGTAAAAAATTCTCTGGGAATGCACAATATAACTACAAAGATAAAGTT +ATGCATCATGGTACTCTATTATTTTCATCACAAATAACAGATTTATCTAATGCTTTAAAA +GTAAAAAGTATTAAATTTGAAGGTAAAGGTATTAAATCAGTAAAATCTCGTGTTACCAAT +ATAAGTGAACATTTAGATAATAATATGGATATACTAGAGTTTAAAAATATTTTAATGAAT +TATATATCTGATATAAGTCCAGAAAATAACTTTTATACTATTAATAAAAAAGATAAAGAA +GAAATAGAAAAATTAGTTGAAAACAAATATAGTACATGGGAGTGGAACTATGGTAACTCA +CCTAAATATTCTCTTTTGAATGAATTAAAATATCCAGGTGGTAATATTGAATTTAATTTA +GAAGTTGAAAAAGGAATAATTACTAAGATAAAATTCTTTGGAGATTTCTTTGGTAAAAAC +GACATTTCCACTCTTGAAATCTTAATTTGTGGTACTAAGCATGAGGAAAATAGCTTAAGA +GAAGTATTAAGCCATATAAATATTGATGATTATTTATTAGGTGCAGATATAGAAATCTTA +ATCTCTGGTATACTAGGAGCAAAGTAA +>polC_4 +ATGGAGGAAATTACAAATATAATAAAAAGTGAAAATGATATTATAAGTGTTTTAGATAAT +GTTGTTTTTTTAGATATAGAAACAAGTGGATTAAATCCAAATAAATCAGAAATTATAGAA +ATAGGAGCTGTCAAAATAGAAGGTACAAATAAAACTACATTTGAAGCTTTAATAAAAAAT +AAGAGAGAAATACCTTTAGAAATATTTTCATTGTGCACTGGATTAAAAAAAGAAGACTTT +AAAAATGCCTTAGATTTAAATATTGTTAAAAAAAAGCTTATTGAATTTGTTGATGATAAA +ACTATTATTTGTCATAATGCATTTTTTGAGAAAAGTTTTTTTGATATATATGTACCTGAA +TTAAAAAATGAAATTATTGATTCTATGGAGTTAGCGGCTATTTTAGAGCCTTATCATAGA +GAATTTAATTTAGATTATTTAAAGAAAACTATAACTAACGATAAGAAAAATGAAAAACAT +AGAGCTTTAGAGGATGCAATTGATACAATAAAGATTGTAAACTCATTATTAATGAGACTA +AATAAAAAAGAAGAAAGTGAGATTTCTTTAGAGCCTTTAAGTTTTAAAATAAATTCTTAT +CTAAATAAATTTGGTTTACCAAATTGGAACTGGAGCAAATATATTGATAATGGAAATTAC +AATATCTCTGATGATTATGTAATATATAAAGATGATAAAAATAATAACCTTAAGAGAGAT +AAAGAAAAAGAAAAGGAAATTTTTAATAAAATTCATTCAAAACATAGTCCTTACGAAGAT +TTATTAAAGGACGAAAGTATATGGGCAAGTAAAGAAGGCTTTATTTATGAATTTAGACCA +GGACAACATGAGCTTACTAAAACTATAAGAGAAACTTTTAGAGGTAATAGTGGTTCAGCT +AAGGTTGCGTGTATTGAAGCACCTACAGGAATAGGAAAAAGTGTAGGATATTTACTACCT +GCAATTTTAGAAGCTAGATTAAGAAGTCAAAGGATTATAATATCAACTGATACAAAAGAA +TTACAAACACAACTTATAAATAAGGATATTCCTAATATTTTAAATTCATTAGGTTTAAAT +AATAAAGTAAGTTATGGATATATAAAAGGTAAAAATAACTATATTTGCGTAGAAAAACTA +GAAGGGTATAAGTTAGATTATACCTCAGAAGACGTAGCTATTTTAGATATACTTGGTATT +ATTTATCTTGAACGGCTAGTAGAAGAAGGCAATTATGGAGATATAGAAGAAATCAATTAT +TGGGTTATAAATCATTTTGTAGGTATTGAAAATCATATAATATATGCAAGTTGTGATCCT +AATTTATGTAGACCTAAAAAATGTATTAAAAACTGTCTGTATAAAAGACGAGTTGAAGAA +TTAAAAGAAGAAGACATAACAGTTATTAATCATTCGTTACTTGCTAAATGGCCATATAAA +GAAGAAAAACCCATAGAAAATTTAATAGTAGATGAGGCGCATAACCTAACTGAAAAAGGG +TATGAGTTCTTTTCTAGCATAGTAGATTCAAGAGCATTTAAATATTTCTTACAGGAAATG +TATCCTTATGAAAATATTTATAATAGTTCGTTTGCTTATAATAAAAAACTTAGAAAAATG +AAAATGTTTGATAAGTTTTATAATCATATAAGGTTAGATAGAACTCAAAAAGATAAGATA +AGTACAAATATAAATTTAATTGTACAAGAAATAGAGTCCTTGCTTATGTACGGCGAAAGT +AGTGATTATAGGAATGCTAGTATGTACAATTTGAGATGGGAACTAAACCTTCAAGAAAAT +GATGTTGCAAGTAAAGTAAAAAAGGATAATGATTATATTAGTTTAACATATAAAGCTTAT +ACTGACAGAGTTAAACTTAGTTGTGAAACAATAATAAGAAATCTTTCTTCAATTTTAGTT +ATTATTGATAGAAATATGGATGATGATAGTTGTGATAAAGAATCAGACATATATAAGTTT +GGAAAGTCTCGATATATGGATATGGAATGTATAAAAACTACTATGCAAGCTTTCTTAGAG +TATAGTGAAGATGATGAATTTGCTAGAATTGTTGATATAGATAGAGATTTTAGGCATTTT +GAATTTAGAGTTGTGCCACTTAATTTGGCAGATTTATTTGAGGAAAATATATTAAGTACT +TTATCTAGTGGAATATTTTTATCTGCTACATTGAGTATTGGAAATAAGATGGATTACTTT +AAGAGAACTTTAGGAATAAATAGGGTAGGTAACGTTGAGAAGATTATAGACCCTATTTAT +AATTATAAAAATAGGCTATCAGTAATTAGTGTAAATGATATATCTAGTTATAAAAATGAG +AATTTTATAAGTGACATTAGTGAAATAATAAGTGATATTTGTGATATTACAAGTGGACAT +ACATTATGCCTTTTTAATAGTAAAGATAGGCAGAAAAAAACCTATGATATATTAAAAGAT +TATTTACATGAAAAAGATATAGAAATATATAATGACAAAAAAGGAATTAAGGTACTTAAA +AATATAAATAAAAAATGTGTAGTATTAGGTTCTAAAGGATGCTTTGAAGGTGTTGATGTA +CCAGGAGATGGATTAATATGTGCAACAATGGATAAAATACCTAACTTAAATCCTAAGGAC +CCGTTGTATTCAACAATAATGCATAAATATAATATACCTTATCATTCAATAAACTATCCT +CAGTTGGCTATTAAAGTAAAGCAAGCATTAGGACGAATCTTAAGAAGTAAATATGACTAT +GGCTGTTTTGTTATATTTAATAGTGGTAGCAACTTAGCAACTTTAAAGATGTTAGAAAGA +GATTTACATGGATGTAGAATAGTTAGTATGAATAGAGCTAATATGTATAAAAATATTGAA +AGTCATCTTAGAAAATCTAGGCAAGAAGTTATAAAGTCAGCAATAATGGATATATCAAAA +TCTTTGAAAAATACAAATTTTGAAGATATGAAAAAGGTAGAAGAGTATATAAATAAAGAA +ATAAGAAATAGAACCTTAATGAGTCGAGTACAATATATGTATAATTTTGAAAAAACTTTT +AAAATAAAGTATTTTGATATAACTTATTTAATAAATAAAGATAAGTTAATTTAG +>eno +ATGTCAGTTATAGAATCAGTATACGCAAGAGAAGTATTAGACTCAAGAGGTAACCCAACT +GTAGAAGTTGAGGTAGCATTAGAAAGTGGAGCAATAGGTAGAGCTATAGTTCCATCTGGA +GCATCTACAGGAGCTTTTGAAGCTGTTGAATTAAGAGATGGTGACAAAGGAAGATACTTA +GGAAAAGGTGTAGAAAAGGCTGTTGCTAACGTTAATGAAATAATAGCTCCAGAATTAGAA +GGAATGGAATCTACAGATCAACCTGCAATAGATGCAGTTATGATAGAATTAGATGGAACT +CACAATAAAGGTAAATTAGGGGCTAATGCTATATTAGGTGTATCTATGGCTGTTGCTAGA +GCATCTGCTGAAGAATTAGGATTACCTTTATTCCAATACATAGGTGGAGTAAATGCTAAG +CAATTACCAGTACCAATGATGAACATATTAAACGGTGGAGAGCATGCTGATAACAACGTT +GACGTTCAAGAATTCATGATATTACCAGTTGGAGCTAAGAGCTTCAGAGAAGGTTTAAGA +ATGGGTGCAGAAGTATTCCATTCATTAAAGAAAGTTCTTGGAGAAAAAGGACTTGCTTGT +GGTGTAGGTGACGAAGGTGGATTCGCTCCAAACTTAGGATCAAACAGAGAAGCTTTAGAA +TTAATAGTTGAAGCTATAGAAAAAGCTGGATACAAGCCAGGAGACGATATAAGATTAGGT +CTTGACGTTGCTGCTACAGAAATGTACAACAAAGAAACTAAAAAATATGTTTTAGCTGGA +GAAGGAAAAGAATTAACTGCAGCTGAAATGGTTGATTTATATGAAGATTGGGCTAACAAC +TTCCCAATAGTAACTATAGAAGATGGTTTAGATGAAGAAGATTGGGATGGATGGAAAGTA +TTAACTGAAAGACTAGGAAATAAAATACAATTAGTTGGGGATGATTTATTCGTAACTAAT +ACAGAAAGATTAGAAAGAGGAATAGAAGCCGGTGTTGCTAACTCTATATTAGTTAAAGTT +AACCAAATAGGTACAATAACTGAGACTTTAGATGCTATAGAAATGGCTAAAAGAGCTGGA +TACACTGCAGTTATATCTCACAGATCTGGAGAAACAGAAGATACTACTATAGCTGACTTA +GCTGTAGCTGTAAACGCTGGACAAATAAAAACTGGTGCTCCATCAAGAACTGACAGAGTA +GCTAAATACAACCAATTATTAAGAATAGAAGAAATGGTTGGAGAACAAGCTAGATACTGT +GGATTAAACTCATTCTATAACTTAAAGAAGTAA +>group_799 +ATGTTTACTAAAAGTTATATCAATTTATATAATTCAAAACCTTTTTCAAGGAATATTAAT +TTAGCTATATGTGACCTAACAAGAAATAACAAAGATATACTATATTCCTACCAAATAGGT +TCATCCGTTCAAGGAACTCCTATTTTAGCTGTTGAACTAGGATGTGGAAGTACAAAGATA +CTTGTGCAAGGAACTCATCATGCTAGAGAAGCTATTAATACAATTTTATTGCTAGACCAA +ATAAATTACATGGTAAATTTATATAATAATCCTGCTATTGTCTGTGGAATAAATATAAGA +GAACTTTTAAATCGGGTTACATTCGTTTTTGTTCCACTTGTAAACCCTGATGGAGCTGAC +TTAGTTTTAAATGGTAAAGAATTTATTTGCAAAGAATATCAAAGTAAAGATTACTTGCAA +AAAGAGTCTTTTTTATCTTGGAAATCTAACATAAATGGAGTAGATTTAAATCGAAATTAT +CCAACGTCTAGTCCATCAACAGATTTAGCTAAAAGCCAAGGATCTGAAGTATACCCTGGA +CCTTATTGTTTTTCAGAACCAGAAACATATGCACTTAAAGTTCTAACTGAATGTTATAAC +TTTAATGGAACAATATCATATCATTCATCTGGAGAAGAAATTTACTGGTATTTCAATCAA +ATTGATGAAAATAGAGATTTAATTATTGCTAAGAGTATTGCTTTGCTAACTGGATATAAA +TTAATTCCTAAAGAAGAATCTACTACAGGTAATGGCTACAAGGATTGGTTTATAGAAAAT +TATCAAAAGCCGTCATTAACTATAGAAGTATCACCTTATGTTGGAGCCACGATAGTACCT +GCTGAAAATTATTATGTTATATTTCAAAAAAATATAAATGTGCCTATTGTATTTGCGGAT +TTAGTAGATTGTATGGAAGAATGTGAAAATTAA +>fepC_1 +ATGTTAGAAATAAAAAATCTTTCTAGTGGCTATGATGGAGTAGATATAATAAAGAATATA +AGTTTAAGTATAAGAAGTGGTGAAAATTTATTTGTAATAGGGCCTAATGGCTGTGGTAAA +AGTACGCTATTAAAAACTATAGCAAATATTATTGAATACAAAGGTAGCATAAAGATCGAT +GATAAGGAAATTTCATCTCTAAATAGAAAAGAATTAGCTAAGAAAGTTGGCTTAATGAGC +CAAGTTTCAGAAATATATTTTCCATATACAGTATATGAAACAGTGTCACTAGGAAGGTAT +CCATATTCAAAAGGAATTTTTGATACTTTATCTAAAGAGGATAAAAATATTATTTTAGAA +AATATATCAAAGGTGGGATTGACGGAATTTAAGGATAAGATGATAACTGAGTTGTCAGGT +GGTCAAGTACAAAGAGTTTTTCTAGCAAAATTATTTGCCCAAAATCCAGATATAATACTT +TTAGATGAACCTACTAATCATCTTGATCTTAAATATCAAATTGAATTGTTAGAGTATGTA +AGCCATTGGGCTAAATCAAAGAATAAGATTGTAATAGGAGTATTACATGATTTAAACTTA +GTTCACCATTTTGCTGATTCTGTGATAATGTTACAAAATGGAGAAATAATTTCTAGTGGA +AATCCTAAGAATGTACTAAATGGAGAAAAACTAAAAGAAGTTTATGATATTGATATAAAA +AGTTTTATGGTAAATGTATTAAATAAATGGGAAGACGTTATTTAG +>gltP_2 +ATGAAAACTCAAACTTCAAAAAACAATGCCAACAGCCTGGCTATAAAAATGGCTATTGCT +CTAATATTAGGATTAATTGCTGGTACATCATTTATTTTCTTAAGAGAAAATTTAATTTCA +AATGGAAATTCAGATACTTGGACTTTAATTAATAATTTATTATTCCAAGATATAAGTAAG +CCAGAAGCTAACAAAGCAATAGGAATCTTTTACATAGTTGGTCAACTATTTATAAACTCT +CTACAATTAGTAATAGTACCTATGGTATTTACATCTATAACACTTGCTATGTGTAATATA +AGTGATACTAAAAAATTAGGTCGTATATCTTATAAAACAATACTTGGATTTTTAGCAGCA +TCTATATTTGCACTAATTTTAGCTGGAATATTTGGAATTACTGCTCATAAAATGGGATTA +TTCAATGTAAGCATAAATAATATAACTTCAAGCGAAGGAACTGCTGGTAGCAACCCACTT +CTTGTATTTGTTCAAGCTATCCCTAATAATATAGGTTCTGTATTTAGTGAGAATGGTCGT +GTTTTATCTATAGTTTTCTTAGCTAGTGTTACTGGAATTTGCATAAATACACTAGGGGAA +CAAATATTAGTACTTAAAAACATATTACAAGATATAAATAAGATAATAACAATATTCTTA +ACTTTTGTAATAACTAAATTTGGACCAATAGCAATCTTCGTTTTAATAACAAGAACTTTT +GCAATATACGGGGTTGATCATTTAAAACCAGCGCTAGCATATGTATTTACAGCTACAATT +GCTTTATTTATATTCTTAGTTTTTGGATATGCTTTATTTATATATGTTACTACAGGATTA +AATCCAGTGAAGTTTATAAAGAAAATTACTAAAGTTGCTTTATTCGGATTCTCTACATCT +TCATCTGCTGCAACATTGCCTTTAAATACTAAAACAATAGTTGAAGAATTAGGAGTAAAT +GAAGAAATAGCTTCTTTCACATTACCACTTGGAATGACTATAAATATGAATGGAACTGCA +ATAATGCAAGTTATAGCAGCAATATTTATAGCATCTAGTGCAGGATATGAAGTAACAGTT +GGAAACACATTAATAATCGCTTTACTTGCACTTATAGCTTCAATCGGAACACCCGCTGCA +CCAGGTGCTGGAGCAATTATATTATTCACTGTTTTAACTGGTATGGGGTACAATAATGAT +GCTGCCGTACTTGCCTATTCATTAATACTTGCAATAAACAGACCAATAGAAATGTTAGTT +ACATCTCTTAATGTTGTTGGGGATGCTGCAACAGCTGTATATGTTTCTAAATCAGAAAAT +AACTTAAATGAAGAAATATATAATTCTTAA +>group_802 +TTGAATTTAGTTTCGGAGATTAAGTTCCTACAAAAACTTTATATTATAATTATGGTGTAT +GGTGAAAACTTTGCTATTTTTGAAAATAGCAGATTTTTTGTTGTAGAAAACTCTATCTTA +AAAGAGGAAATTGATTCTTCAAATTTAAAATTCCCATTAAAAATTGTATTTAATCAAGGA +ACTCAACTAACAGTTTTCTCTCGTAATGACTTATCTTCTATTAGATTACTTTTAAGCGGA +GAAAATGAACAAGAAAAAGAGCTAGGAGAATTATTTTTTCTATCAAGAGTTTTAAACGGA +CAAATAAAAAGTATACAATATAATATTATGGAAGATTTAACTAATTGTTCAAGAGATTTT +CAATATATAAATAAATGCCATAAGTAG +>ychF +ATGAAATTAGGTATAGTTGGTTTACCAAACGTAGGTAAAAGTACACTGTTTAATGCTATA +ACTCAAGCAGGTGCAGAGTCTGCAAACTACCCTTTCTGTACAATAGAACCAAACGTAGGT +GTGGTTGCTGTTCCAGATGAAAGATTAGATAAATTAAAAGAGTTATACGATTCAAAGAAA +ATAGTTCCTACTGCTATAGAATTCTGTGATATAGCAGGTCTTGTTAGAGGAGCTTCAAAA +GGTGAAGGTCTTGGCAACAAGTTCTTATCTCACATAAGAGAAGTTGATGCTATAGTTCAC +GTTGTTAGATGTTTCGAAGATCCTAACGTTGTTCATGTAGATGGAAGTGTTGATCCTTTA +AGAGATATAGAAACTATAAACTTAGAATTAATATTCTCTGATATAGAAATATTAGAAAGA +AGAATCCAAAAAAGTGCTAAGGCTGCTAAAGCTGATAAATCTGTAGCTGCTGAAGTTGAA +TTCTTAAAAGAAATATTAGCAACTTTAGAGGATAATAAATGCGTTAGAACAATGAGCTTC +TCTGAAGATCAACAAGCTTTCGTAAATTCATTAAACTTATTAACTTCTAAGCCTGTAATC +TACGCTACAAACGTATGTGAAGATGATTTAGCTGATGAAGCTGAAAATAATGAATACGTG +AATAGAGTTAGAGAATTCGCTGCTACTGAAGGTGCTGAAGTTGTTGTTGTTTGTGCTCAA +ATTGAAGCAGAAATAGCAGAACTTGATACTGAAGAAGAAAAGAAAGAATTCTTAGAAACT +TTAGGCCTTGAGCAGTCAGGATTAGATAAATTAATCAAATCTTCTTATGCACTATTAGGA +CTTATATCTTACTTAACTGCTGGACCTCAAGAAGTTAGAGCATGGACTATAAAAGTAGGA +ACTAAAGCTCCTCAAGCTGGTGGAAAAATTCACTCTGATATAGAAAGAGGTTTCATAAGA +GCTGAAACTATCGCTTTTGATGATTTAGTAAATGTTGGTACAATGACTGCTGCTAAAGAA +AAAGGTCTTGTTAGACTTGAAGGAAAAGAATATATTGTTAAAGATGGAGATGTTATACTA +TTCAGATTTAACGTATAA +>uxaA +ATGAGCCAGTTCATTAAGATAAATAAAGAAGATGATGTAGTTGTACTGTTAGCTGATGGT +GTCAAGGGAGACACTATCAGCTTAGATGATAACAATATAACATTATTACAAGATACTCCA +AAAGGTCATAAGGTGGCAGTAAAGGAAATATCTAAGGGAAATGATGTATTAAAGTATGGA +TATAGCATAGGTAAAGCTAAGGAAAATATAAAAATTGGAGAGTGGATACATTCTCATAAT +ATGAGTACTGGATTAGATGGTATATTAGAGTATGAATTCAATAAAAATGACTTAAATCAA +CCTAAAAGGGATGAAGACATTTTCTTTAAAGGATATGTTCGTGAAAATGGAGATGTTGGA +ATTAGAAATGAAATATGGGTCATAAATACAGTTGGATGCATAAATAAAACATGCGCTTTA +TTAGTTAAAGAAGGAAATAAGCTTATAAATGATAAAGTTGACGGCGTTCATTACTTTGAG +CATCCACATGGATGTTCTCAATTAGGTAATGATTTAGAGAATACAAGAAAAATACTTTCA +GGATTAGTAAATCATCCAAATGCAGCGGGGGTTTTAGTTGTAGGCCTTGGATGTGAAAAT +AATACTTTAGCAAGTTTTAAAGAAATATTGGAACCTATCAATCATGATAGAATTAAATTC +TTAAATATACAAGATGTCGAAGATGAAATAGAAGAAGGAAAAAAATTAATATCAGAATTA +GTAGAATATGCTTCTAAATTTGAAAGAGAAGATGTACATATATCTAAATTAAAGATTGGT +CTTAAATGTGGAGGATCAGATGCATTCTCTGGTATAACAGCAAATCCACTTTTAGGAAGA +TTATCAGATGAAATAGTTGCTTTAGGTGGAACATCTATACAAACTGAAGTACCAGAAATG +TTTGGGGCTGAAACGATATTATTTGATAGAGCAGTAAACAAGGATGTATTTGATAAAAGT +GTTGATTTAATAAACGACTTTAAAAAATACTTTATAAGATATGACCAAGTAATATATGAA +AATCCATCTCCAGGAAACAAAAAGGGTGGAATAACAACTCTAGAAGAAAAATCATTAGGT +TGTGTTCAAAAAGGCGGAAAAGCTATAGTAACAGATGTACTTGGTTATGGTGAAAGAGCA +GTTAAAACAGGACTTAATTTACTTTATGGTCCAGGGAATGATCAAGTGGCAGTAACAGTT +CTAGCAGCAGCTGGAGCTCACATGGTTTTATTTACAACTGGTAGAGGAACACCTTTTGGA +GGTTCAGTTCCAACTTTAAAAATATCTACTAATACAGATTTATATAATAAGAAGAAACAT +TGGATAGACTTTAATGCTGGAGAGTTAATAGAAACAAAAGATGCACAATCTGTAGACGAT +TCATTCTTTAATCTTATACTTGATACAGCTTCAGGAAAATATATAGCGCAAAATGAAAAG +AATGGATATAGAGAAATATCAATATTAAAAGACGGTGTAACTTTATAA +>group_1255 +ATGGAATATAATTATATAAAAGATCTAAGCATTGATAAGCAGAAACTTCTAAAAAAGTAT +TCTTTATCTCTAAATGATGACCTAATTTGGGAATTTAATCATAAAAAATATTATAAAGTT +AAATATTTTACTCATAAATTTGCACTTAAGCACTCTACTCTAAGTCTCTTATTCCATATC +TACAAACTTTGTTATGCTAAAATAAAATATTTCGAAGATAACCTTGAAAAATACGAACCC +TTTAAATATAGCTATAAAGAAGGATTCATTAAATGTGAACTATATGACATGGAGTTTATG +ATGCATAAATTTAGCAAAATTATGATAGATATAAGAAACTTAAATGAAATTAAAAATATT +GAAGATTTTAAAAGCTTTTGTAAATATCTTGAAAGCTTTGAAAAATAG +>polC_2~~~polC_3 +ATGGATTCTGTAAAAGAGTATTTAGATAAACTAGAGATAAACAATACAATATTGTCGAAG +CAACTAAAAGAAGTTTATATTCAAAAAGTTGTTTACTTTAAAGAAGATAAAATAGTGTAT +TTTTATTTAACATCAAAAGACATAGTATCTTATGAATTATTAGATAAGTTTAGAGATGAA +CTTTTATATACATTAGATTATTTTAAAGATATAAGAGTAAAAATCAGATATACTGGTTTA +GATAGAAAAACTAATAAAGATATTATAAAAAGATACTGGAATAATATACTTTATATTTTA +AAAAGCTTATGTCCTGCTATAGAAGGCTGGTACAAAAAAGTTGAGTATATGTGCTTAGAT +GATGTGTTAAAAATTAAGTTACCTAAGGATCTTTTCTATGAAAAGTTAATGAGAAAAAAT +GTTATTCATGTACTGAAAACTGCTTTAAGTGAAGAACTAGGAATTGATATAAATATAGTT +TTGGAAAGAGCTATAGATGAAAACATTAGCATAAGTAAAATAATAGAGAGAACAGATAGA +GAAATAGAAGAAAAAATTAAAGCTTTAGACTTTGGTAAAGTTGAAGAAAAAGAAGTTGAA +GAAGAAGGTTATGTTATAAAACCTGAAGTTGATGAGCATTTAATATATGGAGAAAATGTA +AATGTAATAGTTGATCAAGTATCTAAGTTGAATGTAAACTCAGGGACTACTGGCATAATA +GGTGAAGTTTTCGATATTGAGACCAAAGAGCTTAGAAATGGTAAGATATTATTAATACTT +GCGGTTACAGACTATACAAGTTCTATTAGTTGTAAATTATTCTTAAATGACGTAAATAAA +GATGGAGTTTTAAATGAAATTAAAAAAGGCTCTTATTTAAAAATCAAAGGAGATATAATT +TATGATACTTATCAAAGAGAAATAAGTATGACTATAAGTGGTATTAGAAAAGAAGTAAAA +GTAGAAAGACAAGACTTAAGTAACAATAAAAGAGTAGAATTACACGCCCATACACAAATG +TCTTCGATGGACGCTGTTTGCAATGTTAAAAAACTAGTTGAAAGAGCAGCAAAGTGGGGA +CACAAGGCAATAGCTATAACAGATCATGGTATAGTACAGGCATTCCCAGATGCGATGGGA +GCTGCTAAGGCAAATGGAATTAAGGTATTGTATGGAGTCGAAGGATATTTAGTAGAAGAT +GATGCATTGATAATAAATGATCCTAATGATAAAGAGTTATCTCAAAGCTTTGTAGTCTTT +GATATAGAGACTACAGGTTTTTCTAATGTTAACGACAAGATAACGGAGATTGGTGCAGTT +AAAATAGAAAATTTTAAGGTAGTAGATAGATTTAGTGAGCTTATAAATCCTCAAAAAGAT +ATTTCTTATAAAATTCAAGAGTTAACAGGTATAACTAACGATATGGTCAGGGATAAGCCT +ACGATAGAAGAAATACTTCCAAAATTTATGGAATTTGTAGGAGATAGTGTGCTTGTAGCT +CACAATGCAGAGTTTGATACAGGGTTTATATCACAAAAATGTAGAGAGCAAGGATTAGAT +TATAATAGTAAAAGTATAGATACATTAATGCTTTCAAGAATTTTACTGCCTCATTTAAAG +AGATTTAGGCTTAATCTAATTGCAAAAGAGCTTGGTGTACCATTATTAAATCACCATAGA +GCAGTAGATGATGCAGAAGCAACTGCACATATATTCCTTAAATTCTTAGATATGCTTCAG +AAAAAAGGAGCAAATACTCTAAGAGATGTAAATAATGTTTTAGGAAAAATAGACTATACT +AAGTTAACAACAAACCACATTACTTTGATTGCTCAAAATTACACAGGACTTAAGAACTTA +TATAAGATAGTATCGGATGCTCATGTAAATCACTTTTATAGAGCACCTAGAATTCTTAGA +AGTGTTCTTAATGAGCATAAAGAAGGGATAATAATAGGTTCTGCATGTGAAGCTGGAGTA +GTTTATCAAGCAGTAAAGAAAAATGTTCCAGATGGAGAATTAAAAAAAGTCATCGATATG +TATGATTATATTGAAATTATGCCTATTGACAATAATAAATTCATGATTGATAAAGGTGAA +GTCAATGATGCAGAAGAATTAAGAGATATAAATAGAAGATTAGTTAAAGCTGCTAAGAAA +TTTGGAAAAATACCAGTAGCAACTGGAGATGTGCATTTTTTAGATAAGCACGATGCGGTT +TTAAGGAGAGTATTAAAATATTCTCAGGGATTTAAACTTGATGATGAAGAGACTTATTTA +CATTTTAGAACTACAGATGAGATGTTAGAGGAGTTTAGTTATTTGGGAGAAGAATTAGCT +TATGAAGTAGTAGTTGAAAATACTAACAAAATAGCTGATATGGTAGAGTCTATAAAACCA +ATACCTGATGATACTTATCCTCCAGTAATAGAAGGTTCAGATACAGAACTAAGAGAAATG +TGCTATTCAAAGGCAGAAAGGATATATGGTAGTCCAATACCTGATGTAGTTATAAATAGG +TTAGACAGGGAGCTTAACTCTATAATAAGCAATGGATACGCAGTTATGTATATTATCGCT +CAAAAACTAGTTACGAAGTCATTAAGTGATGGATATCTAGTTGGATCAAGAGGGTCTGTT +GGATCTTCTTTTGCTGCAACTATGAGTGATATTACTGAGGTTAATCCATTACCAGCACAT +TATATTTGTGATGATCCAGAATGTAAATATTCATATTTCTTTGAAATTGGTGAGTATGGT +TCTGGAGTAGATTTACCAGATAAAGATTGTCCAAAATGTGGTAAGCCACTTAGAAAAGAT +GGGCATGATATACCATTTGAGGTTTTCCTTGGGTTCGAAGGAGATAAGGAGCCAGATATA +GACCTCAACTTCTCTGGTGATTATCAGCCGGTAATACACAAATATACAGAAGAATTATTC +GGTGAAGGGTACGTTTATAGAGCAGGTACTATAGGTACTGTAGCTGAGAAGACAGCCTTT +GGTTATGCTAGAAAATATATAGAAGAAAATAGTATAAATGTTCCAATAGCAGAGGCATTA +AGACTTGCAAATGGATGTACAGGTGTCAAGAGGACTTCAGGACAGCATCCAGGAGGCGTT +ATGGTAATCCCTCATTACAAAGATGTATATGATTTTACACCAATACAGTATCCTGCTAAT +GATACTTCGTGTGGAGTTATAACTACACATTTTGACTATCACTCAATTAGTGGTAGAATA +CTGAAACTTGATATACTTGGGCACGATGCTCCGACCATGATAAGGATGCTAGAAGACTTA +ACAGGAATAGTTGCAACGGAAATTCCATTAGATGATCCAGAAACAATGTCATTATTTACT +TCTACAGAAGCACTAGGTGTCACACCAGAAGAAATAAATTGTCCTATTGGTTCATTAGCA +ATACCAGAGTTTGGTACAAAGTTCGTTAGACAGATGCTTCTTGATACGAAACCAACAACT +TTTGCAGCACTTGTACGTATATCTGGACTTTCTCATGGTACTGACGTTTGGCTAAATAAT +GCTCAGGATTTAGTTAGAGAAGAAATAGTTGGAATAGACGAAGTTATATCAACTCGTGAT +GATATAATGAACTACTTGATATTTAAAGGGCTAAAACCAAAATCAGCCTTTACAATAATG +GAAAACGTAAGAAAGGGAAAAGGGCTAAAGCCAGAACACATTGAAGAGATGAAATCTAAT +GATGTTCCAGATTGGTATATAGGTTCGTGTCAGAAAATCAAATACATGTTCCCTAAAGCA +CATGCGGTTGCTTATGTTATGATGTCCTTTAGACTAGCTTATTGCAAGGTTCATTACCCA +GAAGCCTTTTATGCAACTTATTTTTCAACTAAGGCAGAAGATTTTGATGCTGACTTAATA +GTAAAAGGAATAGATTCAATTAGAACTAGAATACATGAAATAGAAAGCTTAGGAAATGAC +GCTTCTACTAAAGAAAAGAATATGCTTACGGTACTAGAAGTTGCCTATGAAATGTATGCT +AGAGGAATAAAAATACTTCCTGTGGACATATATAAATCAGATGCAAAACTTTTCCAAGTG +CCAGGTAAGGGGTTATTACTTCCGCCTATGATAGCACTACAAGGTGTTGGAGAGAATGCT +GCTATTCATATTCAAGAAGAAAGAGAAAATGGAGAATTTATTTCAAAAGAAGATTTAAGA +AAAAGAACAAAGATATCTAAGACTGTAATTGAAACACTTACAAATCATGGTTCCTTACAA +AATATGAGTGATGAAAATCAATTATCATTATTTTAA +>group_1397 +ATGAAAAGATTATTTATTAAAAAAGGTATAACTGCTTTTATATTTGTTATATTCTTGATG +TTATTCTCGTATCAAAATATAAAAATATCTTACGGTCCATTAGCAGCTGAACTCAATGAA +TTTGATTATAGTAATATAAATTTTGAAACTATAAAAGAGTTTATTAATAAAATAGATTCT +GTAATAAATGAAAATGTCTATAAAAAGGATGAGTATATTAATTTATATGGATTTACACAA +AAGCTTATGGATAAGAATGAGGAATCAAATTTTGAAGTAGTTAAAGATACTAATGGATCA +CTCCACTATACTTATTTTACTGAGGGATCTAATCCGGTAAATGAAATGGTAAATGCAATG +AACGTTCTTAAGAAAGATATTAAGAAAAAAGACACTAAATTAATATATTTGATGCCTCCA +GATAAATATATAAAAGGCTATACTGAATTTCCTAAAGGTATACCATATAACTTTGCAAAT +GAAACAGCAGATAATTTTATAAAAGGTATTAAGGATATAGGAATAGATACTATAGATTTT +AGAGAAGACTTACTTGATAATGGAATATCAAAAGAAGATCTATTTTTTAAAACAGATCAT +CACTGGACTATAGAAACAGCTTTTTGGGCATATACAAAATTAGTTGACGAATTAAATTAC +AAATATAACTTAAATTTAGATAAATATAGATTTTACAGAAATAAAGACAATTATAACTTT +ATAGAATATAAAAATAGCTATATAGGATCAATGGCTAGAAAAGCTAGTATATATTATGGT +GGAGTTGATGATTTTACATTAATATATCCTAAATTTACAACTAATTTTGAATTTATGTCT +CAAACAAAAGATAGAGTAGTAAATTTACAAGGTAGGTTTGAAGATTCATTAATTTCAACA +ATGCCATTTAATAGTGAAAAGGGTCATTATGATTTAGAAAAAGATATGTACTCATCATAT +CTTACAGGAAATCAAGGTTTTACACATATAAAAAATAAAAATAATTCTAAAGGAATAAAA +GTATTATTTATAAAGGATTCATTTTCATTGCCTTTATCTGCATTTTTATCAAATGTATGT +TCAGATGTATATTTAGTAGACCCTAGATACTATGATGGTGATATCACTGATCTTACAAAT +AAATTAAAAACAGATTTTGTATTTGTAACATTTTCACCACCAAATTTGACAATGGAGTTT +TTTAATTTTAAGAAATAG +>group_588 +ATGATAAACAAGGTAGCTAAAGTAACTGTATATGTAAACAACCAAGATGAAGCTAAGAAA +TTTTGGACAGAAAAATTAAATTTTGTAACTAAAATAGATGCGACAGAAGGACCTCTTAGA +TGGATAGAAGTTGCGCCAAAGGAAAGTGAGTGGGTGACTATAGTTCTATATGATAAGAAT +CTTATGAAAAGTCAATACCCATCGGCTAATGTAGATTACAAGACAGTAATACTAAGTACA +GAAGACTTAGATAATGCATATAATGAAATGAAGAGTAAAGGAATAGAGGTAAGTGATATA +GTTACTATGCCATATGCTAGATTATTCACATTCAAAGATCAAGATAACAATGAATATTTA +TTACGTGAAGACAAATTTTAA +>mepA_7~~~mepA_9 +ATGTTTAGAGGTGAAATTTTTGAAAAGAAGTCTATACCACAGCTAATATTCTTATTTTCT +ATACCAACAATATGCTCCTTAGTATTAGAGTCAGTATCATCAATGATAGATACAGCTTTT +GCAGGACATTTAGGTTCTATAAGTAATAATGCATTATCAGCTATGGGGATATTAAGTCCT +GTATTATCGTTGTTAATAGCAGCTCAATTAATATTTGGAGTATCTACAAGTATAGTAATA +GCAAAGAGACTTGGAGAAAAAGATAAGGAAAAGATTAACAATACCTTTAAAGTAGGTTTA +TATGCTAGTTTTATATTTAGTACAGCCATATCTTTGTTTATATTATTAGTTCAGGATAAA +CTGATATATATTCTAGGTGCTACAGGTGAAGTAGGTATTCTTGCGAAAGAGTATTTAAAT +ATAGCTATAATATTTAATGTGTTTAGTTCTACTGGATATACTTTAGTTAATAATATAAGA +GCATTTGGATATCCAAAGATAGAAATTATAGTTGTGATTTCTTCGACAATTATAAATATA +GTATTTAATGTGATTTTTACTTTTATTATGAATATGGGAATAAGAGGAATAGCTTTATCT +ACATTAATTAGCGAAGTATGTTATCTATTATTTACTGTTATATTTTTAGTCAAAAAAGGA +TTATGGATTAAAAAGAGCAAATTAAATAAATATGAAGTAAAAGAAATTTTATATTCATTG +ATTAAGATAGGATTTGTCCAATTCTTAATGCAAGCATTAAACAGTCTGAGTGGATTTGTT +ATTAATAAAGTTCTAATAAGATATACAAGCATCTTATATATAGGATCTTGGACAATTTGT +AGTAACATACACATGATTGTATTATTACCTTTAATAGGATTAGCTCAAGGAATACAATCT +ATAATTGCTTATTATCAAGGTAGTAAGGATGAAAAGAGAAAAAATATAGTTAAATCTAAG +ACTATAAAATATAGTTTGGTATATTCAATAAGTGTGACAGCTATAGTGTATCTATTCTCA +AGAGAAATAGTAGGTATTTTTACTAGAGATTTAGAGCTTATAAGCCTTTCTGTACCGATA +ATTAGAATAGTACTTGCAGGTTTTCCTTTTATAGGAATAATTTATACCTTTATAACATTT +ATGCAGGTATCCGGTGAAGAAAATAGTGCTAGTAAATTAGAGTTAATAAGACAGGGATTA +CTACTTATACCACTAACAATTATACTCCCTATAATATTTACAAAATACGATATTATGAAT +ATCTCACCTAAAATAGGTATATTTCTAGCAATGCCAATATCAAATTGTGTATTATTAATA +GTATATAGTATTTATCTAAAAAAAGTAGAGGGTGATAGATGTGATCGAATACAAGGAGAT +GACTTGTAA +>group_213 +ATGAATTTTATAGAGACATTAAGAAGCGTTGACTTAGTATTATCCACTAAAGAAGTACCT +TTAGTAGTTGGTGAGAGTGGAATCGGAAAAACAGCTTTAGCTAAGACACTTGCTAAGGAA +AATAATTGGAGTTTAATAGTAATAGATGGTAACTTACTTAAAGAAGGTGAAATAGGAGGA +CTTCCAACTATAGAATCTTATGTAACTACTAACTCTAATGGAGATAAAATAGAAAAGAAA +GCAACCGTATATGCTGTTCACAATAAATTAAGAGAAATTGATGAAGAAATATCTAAAGGA +AATAGTGTTCTTTTATTTATAGATGAGATAAATCGTTGTGAACATACAGTACAACAAGAA +CTTATGAACTTAATATTAAATAGAGAAATAAATGGATACAAATTACATGATGATGTAAAA +ATATTAGCTGCAATGAACCCATCAAGTAAATATGGTTCAGATTTTGATTATCAAGTTGTA +GATATGGATGCTGCACAAGAAAATAGATTTGTTTGGTTAAATATGGAGCCGGATTATACA +CAATGGTTAAGTTGGGCTATAGATGCTGGAATTGAACAAAAGGTTATAGAGTTTATATCT +ACATTCCCTGAATATTTACACAAGGTGAATGAAGATGATGTAAGAGCAACACCTAGAAGT +TATGAAAGAGTATCTAAGGTTTATAAAGAATATAAAAATAAAATGGATATAATTCCAAGA +GCAGTATTTTTAAATGTTATAAAAGGTAATGTAGGTAAGATTATTGCAGAAGAGTTTATA +AGTTTTGTTGAATCAAATCACAGTCCATTAATATCTTTTGAAGATGTATTCTCAGGAGAT +ATTTTAAATGAAAGTGTTGTAGAAAAAGTAAATAACGAAACCCATACAAGACTTTATTTA +TCTGCAATGAATATACTAAAAACATTAGAAGTAAATATAAATGATGAGAATTACGATAGT +AGTTTTTATATAAATAGATTTGTAAAGTTCTTAAAAACATATCCAATAGATTTAATGGTA +GGCATTATGAAGGATATGAAAAATACTTATGCTAAAGTGTATAATGTAGCTATTAAAAAT +GAAGAATTTGTAGAAGCTTACTTTGAGTCTTATAGTTCAATAAGGGGCTAA +>group_804 +ATGAATTATATAAAAGAAATAAAATCCTATATTCCTTATAATGAACAAGAACAAAAAGAT +AAAAACTTAATACTCAACTGTATTAATAATTTTTCTGATGTTCTTACTAGAAAAAATACA +TTAGCACATATAACTAGCTCTGGATATATCGTAAATAAAAATAGAGATAAGACACTTATG +ATTTTTCACAAAATATACAATTCTTGGTCTTGGACAGGAGGTCATGCCGATGGAGATAGT +GATTTATTAAAAGTTGCAATAAAAGAAGCTTCTGAGGAAACTGGATTAAAAAACATAAAA +TCTATAAGTAAAGATATATTCTCTTTAGATGTCCTTACTGTAAATGGTCATTTGAAGAAT +GGGGAATATGTATCTTCGCACTTACATCTTTCAGTTGCATATTTACTAGAAGCTGATGAA +AATGAAGAACTCGTAGTTAATGAAGATGAAACAAAAGGAGTAAAGTGGGTTCCAATTGAT +AAAGTAGACTCTTACTCTTCAGAACCTTATATGATCGGAGTATACAATAAATTTAACGAG +AAAATTAAATCATATTAA +>bglF_3~~~bglF +ATGGATTTTAAAAGCATTGCTAAGGAAATATTAGTAAATGTAGGTAATGAAGAAAACATA +AAAGATGTAATACATTGCCATACTAGATTAAGATTTTCATTAATAAATTTTGAAAAAGTA +AATAAAGATAATCTTTCAAAAATAGAAGGAGTTATAACAGTAGTAGAAAGTATGGACCAG +TTACAAGTGGTAATAGGTAGCAAGGTAGATAAAGTGTACAAAGAGTTAGAAACTATGATA +AATAAAACTAACAAATCTACTGCAAATAATACTATAGAAAAAGGAAGTAAGTTCAATAAA +GCACTTACAACTATGGCACAGATTTTTACACCTACTATATATGCACTTGCAGGATCAGGT +ATGATAAAGGGGATATTAGCTGTAGTATCTATGTACTATTTGAACAAACATAATATAGAT +ATTAAGCAAAATGATACATATGTTATATTAAGTGCAGCATCAGATGCAGTATTTTATTTC +TTCCCAATTATACTAGGCTATACATCAGCTAAGGTATTCAAAACACATGAAATTATATCT +ATGGTTCTTGGAGCAACATTATGTTATCCAGGGATAGTATCATTAATGGCAGAAGAAAGA +GCTGTATCATTATTTAACATAGGAATTACAAAGGCAAGTTACACATCATCAGTAATACCT +ATAATAATTGCAGTATGGATGTTGTCATACTTAGAAAAGTTCCTTAAAAAAGTAATACCA +GATGTTATTGAAATGATAATGGTACCAACACTTTCAATATTAATAATGGTACCAGCAACA +CTTTTAGTGTTCGGGCCTGTTGGAATATATCTAGGTAATGGTGTAAATTCGTTATACCAA +TTACTTATGAATTTTAGTCCTATACTTTGTGGTGCATTTATTGGAGGTATGTGGTGTGTA +TTAGTTATATTTGGTGCACACAGACCAATATTACCAATAGCAATAAATGATATAGCTCAA +AATGGACGTCAAAATTTATTAGCATTTGCAGGAGCTGCAAATTTCTCACAAGCAGGAGCT +GCTATGGGAGTATTTCTAAAATCAAAGAATAAATCTTTAAAAACTGTTGCATTATCAGGA +AGTATAACTGCGTTATTTGGTATAACAGAACCAGCTATATATGGTGCAAACTTACGTCTT +AAGAAACCTATGATATGTGCTGTTATATGTGGTGCAATAGGTGGAGGTATAATGGGATAT +GGAGGAGCTTTTGGTATAGCATTTGCAAACCAAGGAGTACTTACTATTCCAGTTTATGCT +CAAGCCGGTATAAAAGGATTCTTAGCATATTTAATAGGTTGTTTAGTAGCATTTTTCGGA +TCAGCTATACTTACTTATATAGTAGGGTTTAATGATATTGAAGAAGAACAAAATGAACCT +ATACAGACTTTGGAGGAAGCTATATAA +>infC +ATGAATGATCAAATAAGAGATAAGGAAATAAGAGTTATCTCAGAAACTGGAGAGCAACTT +GGCATAATGTCATCAAAAGAAGCTCAAGTATTAGCAAACAATAAAAACTTAGATTTAGTA +AAAATATCACCAAATGCTAATCCACCAGTTTGCAAAATAATGGATTATGGAAAATATAAA +TACGAACAAGCTAGAAAAGAAAAAGAAGCTAGAAAAAACCAAAAAACAATAACAGTTAAA +GAAATAAGACTTAGACCAGGTATCGAGTCTAATGATTTACAAACTAAAGCGAACAATGCT +ATAAAGTTCCTTAAAAAAGGAGATAAAGTTAAAGTTGAACTTAGATTTAGAGGTAGAGAA +TTAGGTCACAAAGATATCGGTAAAGAAGTAATGATAAAGTTTATAGATATAGTAAAAGAG +TTTGGAGAACCAACAAAGGCCCCTGCATTTGAGGGGAACAATATGGTTGTAATTATAGAT +CCAAAAAAATAG +>thrZ +ATGATAAAGGTTACTTTAAAAGATGGATCTGTAAGAGAATTTGAAAATGAAATATCTGTT +ATGGATATAGCTAAGTCTATAAGTGAAGGATTGGCTAGAGTAATAGTTGCAGCTTCAGTA +AATGATAAAGTTGTAGGACTTGATTACATTGTAAATGAAGATTGCGATTTAAATTTATTC +AAATTTGAAGATGAAGAAGGAAAAGATGTATTCAGACATACATCAGCTCATATATTAGCG +CAGGCTATAAAGAGATTATATCCAGAGGCTAAGTTTGCTATAGGACCAACTGTAGAGAAT +GGTTTCTACTATGACATTGATTTAGAGCATAGATTAACAAATGAAGACTTAGAAAAATTA +GAAAAAGAAATGAAGAAGATAGCTAAGGAAGATATAGCTGTTGAAAGATATGAACTACCA +AGAGAAGAAGCTCTAGCTTGGGCAAAAGAAAATGGAGAAATATATAAAGAAGAACTTATA +TCTGAGTTACCAGAAGGTGAAATAATATCATTCTACAAACAAGGGGATTTCACTGATTTA +TGTAGAGGACCACACTTACCTTCAACTAAGAAGGTTAAAGCAGTTAAGTTATTAAGTGTA +GCAGGTGCTTACTGGCGTGGTGATGAAAAAAATAAAATGCTTCAAAGAATATATGGTATA +ACATTTGAGAAAAACAAAGACTTAGAAGAGTATTTACACATGTTAGAAGAAGCTAAGAAA +AGAGACCATAGAAAATTAGGTAAAGAATTAGATTTATTCTTTATACCAGAAGAAGGTCCA +GGGTTCCCATTATTCTTACCAAAAGGTATGGAACTTAAAAATGAATTATTAAAATTCTGG +AGAGAAATACACAGAGCAGATGGATATCAAGAAATAGAAACTCCAATAATATTAAACCAA +AAATTATGGGAAACTTCAGGACACTGGTTCAACTATAAAGAAAATATGTATACTGTGGAT +ATAGATGACCAACAATTTGCTATAAAGCCAATGAACTGCCCAGGTTCATTAATATACTAT +AATTCTAAGCCACATTCATACAAAGAGTTTCCAATGAAAGTTGCTGAGCTTGGTAGAGTT +CATAGACATGAATTATCAGGAGCACTACATGGGCTTATGAGAGTTAGAGCATTCACTCAA +GATGATGCTCATATATTCATGTTACCAGAGCAAATAAAGGATCAAATAAAAGGTGTTGTA +GATTTAATAGATAGAGTTTACAAGACTTTTGGATTTGAATATCACTTAGAGTTATCTACT +AGACCAGAAAATTCAATAGGAAGCGATGCAGATTGGGAAGCTGCTGAAAATGGGTTAAGA +GAAGCTTTAGAAGAACTTAACTTACCATATATATTAAATGAAGGTGATGGAGCATTCTAT +GGACCTAAAATAGACTTCCATTTAAGAGATTGTTTAGGTAGAACATGGCAATGTGGTACT +ATACAATTAGATATGCAATTACCTCAAAGATTTGATATAAATTATGTAGGTCAAGATGGT +GAAAAGCATAGACCAGTAATGATACACAGGGTTGCATTTGGAAGTATAGAAAGATTTATA +GGAATATTAATAGAACACTATGCTGGTAAATTCCCAGTTTGGTTAGCTCCAACTCAAGTA +AGAATACTTCCTATATCAGATAAGTACAATGACTATGCAAATGAAGTTAAGAAAGCTTTA +TTTGATAAAGGTATAAGAGTTGAGATAGATGATAGGGCTGAAAAAACTGGATTTAAAATA +AGAGAAGCTCAACTTCAAAAAATACCATATATGATAATAGTTGGTGAAAAAGAAGAAGCA +GATAAAACTATATCTGTAAGATCTAGAGATAAAGGTGAAATAGGTGCTGTATCTTTAGAA +GAATTCTTATCAAATATATTAAATGAAGTAGAAAATAGAACAAATGTTGAACAATTTTAA +>nth +ATGAAAGATGTTAATAAAATATTAGATAAATTAGAAGAACTATATCCAGATGCTAAATGT +GAATTAGACTATACAACTCCATTTGAACTTTTAATTGCAACTATATTATCAGCTCAATGC +ACAGATGTAAGAGTGAATATTGTTACTGGAAAGATGTTTAAAAAGTATAATACACCAGAA +GCTTTTAATAAACTAAGTATAGAAGAAATAATAAAAGAAATAAAAACTTGCGGTTTATAT +AAAAGTAAAGCAGAAAAAATAAAGATAACTTCGAAAAAAATATGCGAAGATTATAATGGA +CAAGTTCCAGATACATTAGAAGAATTAGTGAAGCTGCCTGGTGTAGGTAGAAAAACAGCT +GGAGTTGTTTTAAGTAATGCATTTAATAAGCCTGCAATAGCTGTAGATACCCATGTATTT +AGAGTTTCAAATAGAATTGGCATAGTTAATACTAAAACACCTGAAAAGACTGAGTTTGCT +CTTATGGAAGCAATACAAAAAAAAAGATGGTCTCATTCTCATCATTTATTAATTTTTCAT +GGAAGGAGAATGTGTAAAGCAAGAAATCCAGAATGTGGTATTTGCCCTATAAAAAGTGAT +TGTAACTACTATATAGGAAGGGAATGA +>group_216 +ATGAATATACTTGGATTAGTAGTTGAATATAATCCATTTCATAATGGACATTTATATCAT +TTATTAAAATCAAAAGAAATAACTAAAGCTACTCATACTGTTGCGATTATGAGTGGTAAC +TTCCTACAAAGAGGAGAGCCTGCTTTATTTGATAAATACACTCGAGCTAGAGCTGCTGTT +GAAAATGGTGTAGATTTAGTTATTGAACTTCCTACATTATTTGCATGCCAAAGTGCAGAA +ATTTTTTCTCACGGCGCTATTGCTACATTAAACTCTTTAAATTGTATAAATTCTATTTGC +TTTGGAAGTGAAGTTGGTAATATTGACATACTTTATACAATTTCTAAAATATTAGTTAAT +GAACCTAACGAGTTTAAAATTTCATTAAAAAAATATTTAAATGATGGTATGCTCTTCCCT +ACAGCTAGAAGCAACGCATTATTTGACTATATTAATGAAAATAATTTAGTAGACATTTCT +AAAGATGAACTTTTAAGTATACTAAATTCATCTAATAATATTTTAGGCATAGAGTACATA +AAAAGTCTACTAAAATTAAAAAGTAATATTAAACCTTATACTATTACTCGAATAAATTCT +GAATATAATTCAGAATCAATAGATAGTTCTATTTGCTCTGCTACCGCTATAAGAAAAGCT +TTAAAAAATACTGATGATATCTCTTTCGCATCAAAAGTAGTTCCACTACCTACATATAAT +ATTTTAAAAACTAATATAGAAAAAAGCTTCAATCCTATTTTTGATGAAATGTTTTTTGAT +ATTCTATCTTCTATAATACTTCGAGATAGTAATGAATTAGATAAATATTTTGATGTAAAT +GAAGGAATAGAAAATAAAATTTACCAAAGTATTTTTACATCTTCAAATTTAGAAGAACTA +CATTCTTTAGTAAAATCTAAAAGATATACTTTAACTAAAATAAAACGAACTCTTAATAAT +GTTTTACTAGGTATAACTAAAGATGATATGGCGCTTGTAAAGGATATGAACTATATACCA +TATATAAGAGTACTAGCTTTTAATGATAAAGGGAGAGAAATATTAAAGGCTATAAAAAAT +AACTCTGAAATTAATATTATAAACAAATTTTCTAAAATATCATTTGCTATGGATGATGCT +AAGTTTAAAACTTTAATAGATTACGATATAAAAGCTAGTAATATGTATAATATGATTTAC +TATAAGAACAATAGACAACTTCTTAAAGGTCCTATGGATTTTTATATGTCTCCAACTTAT +GTAAAGTAA +>group_217 +ATGGAAAATAATTTTAACAAACAAGTAGAAGAACTTTTTATAAATGCAAATGAAATTATT +AATACTGCTACTATGGTAAAAGCAAATAAAAATAGTGAAAAGTTTGAAATAGATATACAA +AAAGATTATAAAAGTAAATTTTTTAAACTTATAGATAAAGTTAATTTAAGTTTAATGGAA +GATAATGATAACTTTTATGGATACTTCTTATTTCAAATGTCAAGAGATATAAGATTTGAT +ATAAGTAGTCCAACTGCTGTAAATTTTAAAGATGCTAAATATGTTATATACTTTAATCCA +TTAATTTTCTTACAGCTCAATAGAAGACAAATGGAAACTAGCATCAAACATGAAATTCTT +CATATAATATCACAACATTTATTAAGAGCAAAAGATTTGAATAGTAGATACAGTACATTA +GCTATTAACATGGCAATGGATATAGTAGTAAATAAATATTTAGATAACCTTCCACCATAT +GCTACTACCTTAGAGTGGGTAAATGTTAATTATTCTTTAAAGCTTGAGCCTTATGAAACT +TTTGAATACTATGTTGATAAAATTCAAACAGAGTTAGATTTACAAGAAGAAGATGAAGAT +GGCGAAGAAAATGATGCTAATAATAATGAAAGTATAGCAACGGATTATGACCCAGAGAAA +ACTCATGATATTTGGGAAGATTCAGATGAGATTGATGAAAAAACACTAAAAGAGTTTACA +GAAAAATTTGTTAATCAATCAAATAAAGGTAAGAATCCATCATATTTAAATGATTTAATA +GCATCACTTAAAAATAATAAGGGAGAACTTCCTTGGAACTTATATCTAAAAAAGTTAATG +GGAACAGTAGAAAGTAATAAAAAGAAGACTATAACAAGAAGAAATAGAAGACAGCCACAC +AGATTAGATTTAAGAGGAGAACTAAGAAATCATAAAGCTGAAGTTGCTGTTGCAATAGAT +ATAAGTGGAAGTATTAGTGATGAAGAATTTAAACAAGCTATTAAAGAAGTATTAAGTATT +GTGAAAAATTATAATCATGAAATTACTATTATAGAATGTGATAATGAAATAAGAAGAACA +TATAAGGTAAAATCAATAAAAGATGTTAAAGATAGAATTAATATACGTGGAGGAACAAAA +TTTAGCCCAGTATTTGAGTATGCTAATAATAGAAAGATTAACTTGTTAGTGTACTTTACA +GATGGTGAAGGGGAAAGTAGATTAAGCGTAGTCCCTAGAGGATATAAGGTTTTATGGGTT +ATGTCTGGAAGAGGAGATAAACTATCAGTAAAAGAACCTTATGGAGCAGTTAAAAAACTT +AGCAAGGTTATAATAAAAGAAGATAAACTTGATATGAGTGACGTTAGGACTGATGGATAT +TCAATGAATAACCAAGCACCAATGCTATAA +>yheS +ATGATCGTATTGTCGTGTAATAACTTAAATAAAAGTTTTGGAATAGATTCTATACTAGAA +GACGTATCTTTTACTGTAAATGAAGGAGACAAAATCGGTATAATCGGTATTAATGGTACT +GGTAAAACCACTTTATTTAAAATAATTTCAGGTGTATATGGATATGATAGCGGTGATATA +TACACAGCTAAAGATTGTGAAATTGGATATTTAGAACAAAACATGAATTTCCACTCTGAA +AATACAATTCTAGATGAAGTTCTAGAAGTTTTTAGAGATTTAATAGATATGGAAACTTAT +TTAAGAAATCTAGAACTAAAAATTGCTGAAGAGGGTGAAAAATCTAACTCAGATTACTTA +GATAAACTTATGAATGAATACTCACATAAGCTAGAACTATTTGCTGATAAAAATGGATAT +GGATATAAGTCAGAAGCTAAGGGTGTATTAAAAGGCTTAGGATTTAGTGATAATGATATG +AATAAACCTATAAGCATACTTTCTGGTGGAGAAAAAACAAGAATACTTTTAGGTAAATTA +TTATTAAAAAAGCCAACCTTATTAATGCTGGATGAACCTACTAACCATTTAGATTCTGAA +GCAATAGAATGGCTAGAACTATTTTTAAAACAATATAAGGGAACAGTTATGCTGATTTCC +CATGATAGATATTTCTTAGATCAAGTAGTCAATAGAACCTTTGAAATTCATAATAAAAAA +TTAAAAACTTATAATGGAAACTACTCTAAATTCTTAGAACTATCGAGAGTTGAAAAAGAA +TTAGAATTAAAGAAATATGAAGATCAACAAAAAGACTTAAAGAAACAAGAGGAATCTATA +GAGAGACTTAAAGCATATGGTCGTGAAAAACATTTAAAAAGAGCTCGTAGTAAAGAAAAA +GCTCTAGATAAAATAGATGTACTAGACAAACCTGAAGCTTATAGAAAAAGAGCTCGGATT +GAATTCAATCCATCTATAGTTAGTGGTAATGATGTTCTTCAAGTCAGAGATGTATCTATG +GGATATGGAAATAGAATTTTATTTAAAGATTTAAACTTAGATATTTACAGAGAAGAAAAA +GTTGCTCTTATTGGTGCTAATGGTATTGGTAAATCTACTTTATTCAAGATAATAATGAAT +GAAATAATTCCTTTAAGTGGTAGTGTAACATTAGGTACTAATGTCAATGTTTCTTACTTC +CACCAAGAACAAAAAACACTAAACTTAGATAATACCATTATAGATGAAATTTGGGATAGT +AATAAGCACTTAACTCAAACTCAAATTAGAAGCATGCTTGGTGCATTTTTATTTGAAGAT +GAAGAAGTATTTAAGAAAATTTCAACTTTAAGTGGTGGAGAAAGAGCTAGAGTAGCTATT +TTAAAACTAATACTTTCAAATGCAAACTTCTTACTTCTAGACGAACCTACTAACCACTTA +GATATAGATTCTAAGGAAGTTCTTGAAGAGGCTTTATCAAGTTATACTGGTACTATATTC +ACTATTTCCCATGATAGATATTTTTTAAATACCGTTGTTGATAAGATATTAGTATTAGAT +GAGAATGGTATAACTGAATATCTTGGAAACTATGATTATTATATGTTTAAGAAAAGACAA +GTTCAAGAGATGAGCCTTATTCAAGAAGAAGATAAAGAAGAAAAAACTAAAACTCAGCTA +AAAGAAGAAAAAAGAAAAGAAAGAGAACAAAGAGAAGCTGAAAAGAAAAACAGGGCAAAA +AGACAAAATATAGAAAAAGAAATCGAAACTACTGAATCTAAAATAGAAGAATTAGACATA +CTTCTATGTCAAGAAGAAGTCTATTCTAATCCTGAAAGAGCTAAAGAAGTAAGTCAAGAG +AAAACTAATCTTGAAAACAACCTAGAAGCTCTTTATGAAGAATGGGAGCAATTAGTTTAA +>spoVG +ATGAACATTACTGACGTAAGAGTGAGAAAAATAACTGATGAAGGGAAAATGAAATGTATA +GTTTCAATAACTTTTGATAATCTATTTGTTGTACATGACATAAAGGTTATAGAAGGACAC +AATGGACTATTCATAGCTATGCCAAGTAGAAAAGTAGGGGAAGGAAACTTTAGAGATATA +GCTCATCCAATAAATGCTGAGATGAGACAAGTTCTAGAGGAAGCTGTATTAAAAGCTTAC +CATGAAGCAGTTGCTCAATTAGAAGTAGCAGCAGAATAG +>spoVD_2~~~spoVD_1 +GTGCTTGTTCTTATACTGGCTTGTTCTCTATTTTTTTGTCTTATAATTAGAACTGGATAT +CTTCAGCTTATAAAGGGAGAGTGGCTAAGTACAAAGGCATCGGAGCAACAAACAAGAGAA +ATACCAATAGAACCGAAGAGAGGCACAATTTATGATGCAAATATGAAAGAACTTGCTGTA +AGTGTTACAAAGTATACAGTTTGGTGTAAACCTGTAGAAGTAAAAGATAAAAAAGATGTA +GCAGAAAAATTAGCATCAATTTTAGGTAAAGAAGAAGAGGAAGTATCTAAGTTAGTAAAT +AAAAAGAATACAGCATTAGTAAGAATTCAAAGATGGATAGATGATGAAACTGCGACTAAA +ATTAGAGATTTGAGTTTATCGGGGATTTGGGTAGCAGAGGACAATCAACGATATTATCCA +TATGGAAATTTTGCAGCATATGTTTTAGGACATACAGCAGCAGATTCTACTGGAATTGCA +GGGATAGAAATGCAATATAATAGTAAACTTCAAGGAAAAGCTGGAAAACTTATAGTTAGT +ACGGATGCATCAGGAAGAGAGATACCTCAAGGGTCAGAAACGTATTATGAACCTGTACAA +GGAAATGGGCTAGTATTGACTATAGATGAAGTTATACAACATTATGCAGAAAAAGCAATT +GAAAAGGCATACGAGGTAACAGGAGCAAAAAGGGTTAATGTTATAGCCATGGATCCTAAA +ACAGGAGATATACTAGCAATGGCATCAAAACCTGATTATGATCCAAATGATTCAAGAACA +GCTATATATCCTTACTATCAAGAATTATTAGAAGAATATAGTGATAAGGAAAAAATAAAT +GGATATTATGCAATGTGGAGAAATCCACTAATAAATGATACATATGAACCAGGATCTACC +TTTAAGTTAATAACTTCATCTGCTTCAGTTGAAGAAGGTGTAGTAAGTGACAAAGATAAA +TTTGTTTGTACCGGTAGTGTTACGGTAGGTGGACGTAAAATCAAATGCTGGAGACACTAT +AGACCTCATGGTGAGCAAACTTTTGCTCAAGGAGTTCAAAATTCATGTAATCCAGTCTTT +GTTGAATTATCAAATAGATTAGGTGTAAGTAAGTTTTATGATTACATAGAAGCTTTTGGA +TTTAAGTCAAAAACTGGAATAGATTTACCAGGAGAAGCGAAAGGAATAATTTATAATGAA +AAAAATGTAGGACCTGTAGAACTAGCAACAATGTCATTTGGTCAATCTATATCAGTAACA +CCAATACAACTTATTACTGCAATATCAGCAATTGCCAATGATGGTGAACTTATGCAACCT +AGATTAGTAAAAGGATATACTGATAATAAAGGAAATGTAATAGAAGAAATAGCTCCTAAG +TCAGTAAGAAAGGTAGTATCAGAAGAAACTTCTAAAAAGATGTTAGAAATAGCTCAGTCA +GTTGTAAGTGATGGTGGAGGTAAGACTGCATACTTACCAGGATACAGATTAGGTGGAAAA +ACAGGTACAGCACAAAAAGTTGTAGATGGAGTATATGCACAAGGAAAATACATTTGTTCT +TTCGTTGGGATTGCCCCAACAGATGATCCTCAAATTGTAGTATTGGCTACAGTTGATGAA +CCTACGGAAGGTAGTTTATTTGGTAGTACAACTGCGGGACCTATAATAAAAGAAATAATG +AGCGAAGCATTACCGTATTTAGGTGTTGAACCTAAATACACAGAAGAAGAAAAAGCAGAA +AATGAAAAGGTTAAAGTAGTAGTTCCTGATGTTAGAAATTTAGCTATTGAAGATGCAGCA +AAAGTACTAGAAGAATCAAAATTAAAAGTGAATTTAGATCCAGATGTAGATGTACCTGAA +GGTTCTAAAGTAACTGATATGTTCCCAAAACCAGGAGTCAAAGTATCAGAAGGTTCAAGC +ATATCAATATACTTTGATAATTAG +>araC_2~~~cheB~~~rhaR_8 +ATGAGAGTATTAATTGCTGAGGATGAGTATATAACTAGGAACTTTTTAAGTTCCATTATA +AACTGGGAAGAACATGATATGACATTGGTAAGTTTAGCTAAGGATGGATTAGAAGCTCTA +AATATAATAAAAAAAGAAAATATAGATATAGTGATAACAGATCTAAAAATGCCTAAAATG +GATGGAAATACATTAATAAAAAATCTAAAAGAAATAAAATTTAAAGGAAAGATAATAGTT +CTTAGTAATTACGATGATTTTAGATCTGTAAAAGAAGCAATGAAGAATGGAGCATATGAG +TATATTTTGAAGGTGACTATAAGTAAAAATGAGCTTTTAGAAATTTTAGAAAAAGCTAGG +GCTGAGTTGATTAATAGTAATAAGTTAATAAAAGGTAATAATATAGTTGAGATATCTAGT +GAAAAACTAAAAGTAAATGAATATTTAGAAATGTATCTAAAAGGAGAAGTAAATATAACC +ATTGATAGTAATTTAGAGCAAAAATATTTAAACAACTTTAATTTTTTATATCTTAGAGCT +GTAACTACAGATGTAGAAAACTCTGAAAAAGAAAAGAAATTAAGTTCATTTATATCAAAC +GTAATTAATAGTTGTGCATTAGATGTTAACTCAAAGCTTATGTCACTTATTCATATAAGG +AGAAATGAGTTTGGGATAATTATTAAAACTGATAATAAAATCGATGATATTAATTTATTG +GCTGGAAATATAACAAGAAATGTTAAACAATATTTAAATATCAAATTTGAAAAAGTAATA +TATAAACAGTGTAAAGAAATAAAAGAGTGCTTGGCATTAATAGAAAATGAAAGACAAAAA +TCAAACTACCAGATTAATTCAAAGGTAATTGGATGCAGAAGAGAAATAAAAAAATTAATT +GAGTATATAAATAATAACTTAGAAAAAAAATTAAATTTAGAAATTTTGGCAAAAGTTGTA +AATATGAATGAATCTTATTTAAGCAGAATATTTAAAGATGAGTTAGGTATGACAATATCA +GATTATATAAAAAATACAAGGTTAGAAAAAGCAAAAGAACTATTAAAAGATAAGGATATG +AGAATTAAGGATGTTTCTATAAGTGTAGGAATACAAGATCAACTTTATTTTAGTAGACTA +TTTACAAAGTTCTTTAATATGACTCCAAGTGAATATAGAGAAAGATATTATAAAGAGTAA +>group_593 +ATGTCTGAAAGGAAGCTTTGGATAGATCATGTTACTTGGACAAGAAGTTTTATCGTAAGT +GACTTAGCTTCACTTGAGGACAAATCAGATGTATTAGAAAGACTACTTAAAAATCAAGAG +GATATAGGAAATTCAATTAAACCTTATTACGGAGAAGAAGCTGGAAACAAACTTACCACT +CTACTAAAGGAACATATAGAACTTGCTGGACAAGTTACTGATGCTGCTAAAAATAATAAT +AAAAATGATTTAGAAAAGTATAATAAGCTTTGGTATGAAAATGCTGATAAAATAGCCCGA +TTTTTAAGCTCAGCTAATCCAAACTATTCAGAAAAAACGCTAAAAAATATGCTATATAAG +CATTTAGAATTTATTACAGATCAAGTTGTTGCTAGATTAAATAAGAATTGGAAAGCAGAT +ATTAATACATGTGATAAAGGAGAAGATCACATGATTCATTTTGCAGATATACTTGTCGAT +GGAATAATCAAACAATTTCCTGATAAGTTTAAGTAA +>group_806 +GTGAATAAGATAAAGTTATTAGTTGATGGTGGATGTGATTTACCGGAAAATATTTTAGAA +AAATATAATATAGAGCTAGTAGGGCTAAATGTAAGTTTTAATGATGAAAGTTATATAGCT +GGAGTAGAAATAGATAATGAAACTTTTTATAAAAAAATGAGTGAAAGTAAAGAACTACCT +AAAACTTCATGCCCATCTCCAGATAGATTTTTAGAAGCGTACAAAGGTGATGAAGATGTA +TTAATAATAACTGTAAGTTCATTATTATCTGGTACATATAGTAGTGCAAAGCTTGCAAAG +GATATGTATGAAGATAAAAATAGTAATAAAAAAATCGAAGTTTTAGATAGTATGAGTGGC +TCAATAGGTCAAGGTTTATTAGCGATAAAAGCAGCAGAATTAATTAATGAAGGAAAAAAT +TTAGATGAAATAGTGTCAATTCTTGAAAAATTAAAAAATGATGTTATATTCTATGGAACA +TTAGAAACTTTAGAAAATGCTATAAAAGGTGGAAGAATAAATCCATTAGCAGGAAAACTT +ATAAATGCATTAAACTTTAAGGCTATAATACAAGTTACTGAAGGTGTTGTAAAACCAATA +GATAAAGCAAGAGGTGTAAATAATAGTTTAAAAAAGGTTTTAGAGTATGTAGAATCTAAT +ATAAAGAATGTTGATGAGAAAATTCTAGTAATAGCTCATGCTCATTGTGAAGATAAGGCA +TCTAAAATAAAAGAAAGCTTAGAAATAAAATATAAATTCAAAGATATAATAATAGCTGAG +ATAGGGCCTGTAATGGGAACATATACATCTCAAGGGGCTATACTAATAAGTTCATTATAA +>ligA +ATGGACGTTAAAGCTAGAATAGAAAAGTTACGAAAAGAAATAGAATATCATAATAATAAA +TATTATAATGAAGATTCACCTGAAATATCAGATTATGAATATGATAAATTGACAGTTGAA +TTAAGAAAATTAGAAGCAGAACACCCGGAATTCAATATGGCAGATTCGCCTACTAAAAAG +GTAGGAGGAACAGTAAAAAGAGAGTTAAGAAAAGTAGAACATGATGTACCTGTAATAAGT +TTACAGGATGTTTTTGGAAAAGGAGAAGTTTATGAATATGTAAATAAGATGATAGTAGAA +CTAAATAAACCTAAATTTGTTGTAGAAAAGAAGATAGATGGTCTTTCAGTTGTACTAAGA +TATCATAATGGGGAACTTACAGAAGGTATAACAAGAGGAGATGGTGTTATTGGTGAGTCA +GTATATGAAAACTTACTAGAAATAAAGAATATACCAAAGACAATACCATCTAAGTTGCCA +TACTTAGAAGTACGTGGAGAAGTATACATATCAAATGAAGCTTTCGAAGAGGCTAATAAA +AAGCAAGAATCAATGGGAGGAAAGAAATATCAAAATCCTAGAAATCTTGCTGCAGGAACA +TTAAGACAATTAGACCCATCGATAGTTAGAGATAGAAATCTTGATATATTTGTATTTAAC +CTTGAAATATCAGAAGGTAAGGAATTTACTTCACACTCAGAAACATTGGAGTGGCTAAAA +GAGCAAGGATTTAAAGTAAGCCCAGATTTTACTGTATGTGAAACCGCAGATGAAGTATGG +GATTATATATCTGAAGTAGGAAATAAAAGATGGAATTTAGAATATGCAATCGATGGGGCT +GTTGTAAAGGTAAATAATCTAGAGGATAGAAAAAAACTTGGAATGACAAGTAAAGTACCA +AGATGGGCAGTTGCATATAAGTATCCACCGGAACAAAAAGAAACTATAGTAAAAGACATA +ATAATACAAGTAGGTCGTACTGGCAGGCTGACTCCACTAGCTATTTTAGAGCCTGTTAGA +TTAGCTGGTACTACAGTATCTAAAGCAACTCTACATAATCAAGATGTAATAAATGAAAAA +GATGTAAGAATAGGTGATACTGTAATTGTTCAAAAAGCAGGAGATATAATTCCTGAGGTT +ATAAAGAGCATTCCAGAAAAAAGACCAGTTGATTCTAAGCCATATGTTATACCAAATATA +TGTCCTATATGCGGAGAAGCTACTGTTAGAGATGAAAATGGGGCAGATACTAGATGTATA +AATTTAGAGTGTGATGCTCAAGCAACTAGAAGTATATCTTACTTTGTTTCAAAAGATGCA +ATGAATATAGTTGGATTTGGTAAAAGTAAGGTGGAAGCTCTTATGGCTGAAGGATATATT +AAAGATATAGGTGATATATATCAATTAGAACATTATAAAGATGAAATATTAGAGAAGAAT +GTTATTGGTAGAGAAAAGTCTGTAAATAATCTTCTTAATGCGATAGAAGATTCAAAAAAT +AATAATATAGATAAATTAATCACAGGCCTTGGAATAAAGAATGTAGGTAAGCAATCTGCA +AAAGTATTAGCTGAAAATTTTGCTGATATGGATGAAGTAGCAAATGCAAATTATGACCAA +CTAATAAACTTGCCTGATTTTGGAGATACAATGGTAAATGATATAATAAAATACTTTAGA +AGTGAAAAATATCATACTATAATATCAAAATTAAAAGAATATGGTGTAAATGTAGTATCG +AAATCATCTGAAATAAAGTCGGATGATAATAGATTTGAAGGAATGACATTTGTAATAACA +GGTACACTACCTACAATGAAAAGAGATGAGGCATCATCATTAATTCAGTCATTTGGAGGA +AAAGTTTCAGGAAGTGTTTCTAAAAAAACAAGTTATGTTTTAGCTGGAGAAGAAGCTGGA +AGTAAGTTAACTAAGGCTGAAACGTTGGGAATAAGAATAATAGATGAAGAAGAATTTAAG +AGTATGATAAAATAA +>group_218 +ATGCAATATAAATTAGAAAATAACGCGAATAGTAAAACTCAAAAAAAGAAAAAGTTCAAA +CTACCAACAGCATATACGATATTATTTTCTATAATAGTTATAATTGCGGTTATTAGTAAG +TTTATACCAGGGGTTAAGGCTGCAACAGTAGCAGACGTTGTAATGTCTCCTATGAATGGA +CTAAAGGATGCAATAGATATATGTTTATATGTCCTTTTAATGGGAGGATTTTTAAATGTT +GTTACAAAAACTGGAGCACTTGATGCAGGTATAGGTTCAATAGTAAAGAAGCTTAATGGT +AAAGAACTTTTACTAATACCTATATTGATGTTTGTATTTTCATTAGGTGGAACAAGTTAC +GGAATGGCAGAAGAAACTTTAGCTTTTTATGCTTTAGTTACTGCTACTATGATGGCTGCA +GGATTTGATGCTCTTACGGCAGTTGCCACTATATTACTTGGAGCTGGTGTTGGGGTTTTA +GGTTCGACTGTAAATCCATTTTTAGTGGCAACAAGTATAGATTCATTAAAGGGAGTAGGG +GTTGAAGTAAATCAAGCAACAGTTATGGGAATAGGTGTTGCTTTATGGTTAACAGCTCTA +TTAATATCTATATATTTTGTTATGAAATACGCAAAAAAAGTAAAAGAAGATAATAATAAT +TCTTTATTATCAAAAGAAGAATTACAAAACTCTAAAGAAGCTTTCTTAGATGGAAAAGAA +GAAACTTTAGAGTTTACTACTAAGAGAAAGATCGTTATGTGTTTATTTGGACTATCATTT +GTAGTTATGATATTAGGTGTTATACCTTGGGAAAGGTTCGGTATAACTATGTTTGAACAC +ACAGATTTTTTAACAGGAATTTCTCTTGGTAATTGGTGGTTCTCAGAATTAGCAATGTGG +TTTGTATTAATGTCTATAATAATAGGTATTGTTTACGGATTTAAGGAAAAAGAAATAGTT +TCTTATATAATAGAAGGTGCAGCGGAAATGGTAGGTGTAGCACTTATAATAGGTATATCA +AGAGGTGTATCAGTTATAATGTCTAGTACAGGTTTAGATGCTTATGTATTACAAAATGCA +TCAACTGCTTTAAGTGGAATGTCACCAATATTATTTACTAATGTTACATTCTTGATTTAT +ATTGGTTTATCATTCTTAATACCTTCAACATCAGGATTAGCAAGTGTATCTATACCTATA +TTTGGTGCATTAGCACATACTTTAGGATTCTCACCAGAACTAGTAATATCTATACTTGGT +GCAGGATGCGGACTAGTAAACTTAATAACACCTACATCAGGTGTAGTTATGGGCGGACTT +GCAATATCAAAAGTAGAATATGGAACATGGATTAAATTTACTACAAAGGTAATTGTATGT +ATATTTATATCATCTGCTGTAATATTATCAGTAGGTATGATGTTACTTTAA +>group_1580 +ATGTCTATTTTAAAATTAAATCAAATTGATTATTCATATAAAAATGGAAGAAATGTACTA +AAAAATATAAGTATGGAATTTGAACAAGGTAAGTTTTATGCAATTTTAGGTATATCAGGG +GCAGGTAAAAGTACATTATTATCTTTGCTAGCAGGACTAGATGAACCTAAAAATGGTCAA +ATTTTATTCAAAAATACAGATATAAAAGAAAAGGGATATGAATACCATAGAAAACATAAT +GTATCTCTAGTTTTTCAAAATTATAATTTAATCGATTATTTAACACCACTAGAAAATATA +AAAATAGTAAATCCGAGTGCTAGTGAAATGGATTTAGAGCTACTTGGACTAAAAAAAGAA +GAGATAAGTAGAAATGTTTTGCAGTTGTCAGGAGGGCAACAACAACGTGTTGCAATAGCG +AGGGCATTAGTTGCTAATTCTCCTATAATATTAGCTGATGAGCCAACGGGAAACTTAGAT +AGTGATACGGCAAGTGAAGTTGTAGATATATTAAAATCAAGTGCACATAAATATGGAAAG +TGTGTAATTGTTGTAACTCATAGTAAGGACATGGCTAAAGAAGCTGATGTAGTACTAAGA +TTGAAAAATAGAGATTTAGTAAAAATTTAA +>rcsC_2~~~sasA_12 +GTGAATGCAAAGATATTAATTGTAGAAGATGAAAGAGATATAAGAGAAGGAATAAGTGAA +TATTTATCTGAGGTGGGATATGAAGTTATGGTAGCCGAAGATGGACAAGAAGGAATAGAT +TTATTTAAAGGAAGTAAATTTGACTTAGTAGTATTAGACATAATGCTACCAAAAATAAAT +GGATTTGGTGTTTTAAATCAAATCAGGGAAATAAGTAATGTACCAGTAATTATGTTAACT +GCTATGAGCGATGATTATACTCAAATTATGAGCTTTAATGAAAAGGCAGATGATTATATA +ACTAAGCCTTTCTCTGTAATAATACTTCAAAAAAGAATAGAGGCACTATTAAGACGTAGT +CAAGATGTAGAAAATACAAACAAATGGGTGTATAAAGATATAGAGGTAGATTTCTTAGGT +TTTTCAGCAAAAAAGCAAGGAGGAGCAGATATGAAAAAATTAAAGCTATTTCAAAAAACT +TATTTATTTACAATGATATTAATGGGGATAATAATTATTATCTCTCATACTTTACTATAT +ATGCTATTACCTACATTTTATATTAATAAAAAGCAACAAGACTTAGAGAATATTAGTATT +CAATTAATAGAAAAGTTAGAAGACAGTGATGAAAATGCTAGTAAGAGTATAGCAAAAGAT +TTTGCTAATAGATATAATGTTAATATTTCATTAACTATAAAAGATGAAACCTCCGTATTT +GAAGGTATTAAGCAAGCTGATGTGTATATAGAGCCTGAATTACTTAATGAAAAACCTTTA +ATAATTCCTGAAGTAGAAAAAGTTATAAACTCAGAAGGAGTAAATAATTTACCTAATAAA +ATAGAACAAAATGCTAATTACTTCAAGGCAAAAGGCAACTCAATAATTACTAATAAAAAA +TTTAATACATTAGGTAATATAAATGGGTCCGTAAAAATTGTAATGGATTTACAGTCTTTT +AAAGAAGCTAGAAGTATTGTATTTATGATATTACCCTATTCTATAGGGATAAGTTTAGTT +ATTTCACTATTTGCATCATATGTTTATGTAAAAATAATAACTGATCCAATAAAAGAAATA +TGTGAAGTAACAAAAGAAATGAAGGACTTAAATAAAGATGCTTATTGTAATATAAATACA +GGTGATGAAATAGAATTATTAGCAACCAATATAAATAGTTTATATAAAACCCTTTGGAAT +ACTATACATTCTTTAAAACAAGAAATTGAAAATGTAAGTAAATCTGAGCAAAGTAAAGTA +GACTTTTTAAGAAGTGCTTCTCATGAACTTAAGACACCTCTTATGAGTATTCATATAATG +TTAGAAAATATGATGCTTAATATTGGGAAATATAAAAATCATGATGTTTATTTACCTAAA +TGTAAGGATGCAGTGGTTGATTTAAGTAAGATGGTTCAAGAGATACTAGATACATCAAGG +CTAAATACTTTAAGTGAGCATAGTGAATATAAAATTATAAACATAAAAAATGTATTAGAG +AAAACTATAGAGCCATATAAAATCACAGCAAAATATAAGAATATTAACATGAGCGTTGAT +TATTCTAATTCATTAAATATAAATACAGATGAAAGTTTATTAAAGAAAGTTTTATCAAAT +ATTATTTCTAATGCAGTAAACTATACAGATTCAGGAAAAAATATAAATATATACTTTAAC +AACAATTCATTGATTATAGAAAATGAATGTGAGCCAATTTCAAAAGAACATTTAGAGCGA +ATATTTGAAGCTTTTTATAGAGCGGAATTTGATAGAAATAAAAATACTGGAGGAAATGGA +TTAGGTCTATATATTGTTAAACAGATATTAAATACATTAGATATACCATATTCATTTGAT +GCTACTGGAACAGGTATGAAATTTACTATGACTTTTAAATAA +>group_1436 +ATGATATCTTCAGATAAAGATTTACTGGTATTAGATCACAATAGGGTAGTAAAAGACTTA +AACAATTTAAACGTTGCTGAGTTTATAAGTAAGATAAAAGAAAATTTTAAAGTTACAGAA +TTGGATGAAGTATCATATAAACTTCATAAAAAAGGGACATTTGGAATGGATTTAAATTCT +AAATGGTATGAACTAAAGGTTAATAAAAAATTAGCAGAAGAGACAGATATAGTAAAAAGT +TTAGATGTTAGTATACTTCATGATTATATAATAAGACCTATTCTTGGAATTGATGATCCT +AGAAATGATAAGAGAATAGATTTTGTTGGAGGTATTAGAGGTATTGGTGAATTAGAAAGA +AGAGTAAACGAAGATATGCAAGTTGCATTCTCTATATATAAATAG +>group_1264 +TTGGAAGAAGATGAATTAAATCTAATAAAAAATATTGAAATCGAAAAAAGAAGATTATTA +GAGCAAGAGATCCAACTTCTTACTATAAGAGAAAGAAGAATGTTAAAGCGTATAGAAAAC +TTAAAAGAAAAAGATATGACAATAGTATCTGTTAAAAGTGGTACTGAAAAAGGTATGGAT +ACTGAATTAAATGAGTACGAGGGAACTTTAGGACAGATACAAAATATAGAAGAAGCTCTT +ACTAGGGTTCAAGATAAAAAACAAAAAGCTATAGATTCATTACATAAGTTTGAAATAGAT +GAACAAAAGCTTGAGTTAACAGTAATGAAACTTGAACTTGAAATAATGAAGCAAGGTGGA +CAAGATGAAAAAGTAGAAGATGATGGATTTATGGAAGCTTTAAAATCCGAAGTAGGTGAT +ACTTGGGATGATTAA +>rbn +ATGATAGATTTAATTTTACTAGGATGTGGAGGCAACATGCCTATGCCTAATCGTTTCTTA +TCTTCTCTTTTTATAAATTATCAAGGAAGAAAAATTCTTATTGATTGCGGCGAAGGGACC +CAAGTTTCCATGAAAATGAAAAATTGTGGTTTTAAAAATATAGATTTGATATGTATAACT +CACTTACATGGTGATCATACTATAGGCCTTATTGGATTATTATCTACAATTGGTAATAGC +ACTAGAACAGAAGATTTAACAATTGTAGGACCTGTCGGCATAATAGAAACTATGAAAGCT +ATTAGGGTATTAGTTGAATATCTACCATATAAAGTGAATGTTATTGAAAACCCTGAAGGT +AGCTTTACTCTACTTAATAATTATTTAAAAGATTTAGAGATATCAACTTTAAATTTAGAA +CATTCCACAGAGTGTTTAGGATATAGTTTTTACTTCAAAAGAAAAGCTAAGTTCAATGTA +GAAAAAGCAACTAAAAATAAAGTTCCTAAAATATTATGGCAAAAACTACAAAATAGCAGA +GATATAGAATTTGAAGGTAATGTATATACTCCAAATATGGTTTTAGGAGATGATAGAAAA +GGCATAAAGATAAGCCTTATAACAGATACTAGACCTATATTCTCTATTCCCAAATTTATA +GAAAATAGTGATTTATTTGTTTGTGAAGCTATGTATGGTGATGATTTAGATATATCTAAG +GCCGTAAAAAATAAACATATGACCTTTAGAGAAGCTGCTAATTTAGCTCGTATTGGAAAT +GTAAAACAGTTACTTCTAACTCACTTTAGTCCCTCTTTAGAAGAACCTTATTTTTATAAG +GAAAATGCAACTTCAATTTTTGAAAACACTATTATTGGAGAAGATAGACTTGAGTTGCAT +TTAAATTTTGACGACCATGATGAAGAAAAAAATCATGATAAAGAATAA +>group_808 +ATGTATTTAAAAGATTATTTGTACGGAGAGTATATTGTAGAACCAGTTATAGAAGAAGTT +ATAAATACTAAAGAAGTTCAAAGATTAAAAAATATTCATCAAGGTGGAGCTAGTTACCTT +GTGAATCCAAATTGTAATGTAAGTAGATATGAACATTCTATAGGTGTAATGTTACTTATA +AGATTGTTAGGAGGGAGAATTGAAGAGCAAATAGCAGGCTCACTCAACTATAATGTCAGA +GTTGAAGAAGATAGTAAAAACTATGATATACATCAAAAAAATAAATTAAGATTAATAGAC +CCAAGTATATATATCGAAAATAAAATTTATAGATCATCAGAAATATCTTTAGAAATTAAG +GAATTAAGTAAAAAAGCTTTAGAAAAGTCTATAAAAGGTACTTACATAAAAATTTTATAA +>group_221 +ATGAAAGAAAAATTTAGTTCTGGTCTAGGAATGTTATATGTTATATATGTAACACTTCTT +GTAGTAATCTTAGACAAATCAGTACAACTAGGATTATTGGGAAGTAATAATTTTGCAACA +CAAATATTTGAAAAAATGAACTATACAACAGAAATAGGTAAAGGGAGTACATTATTTTTT +ATTATATTTTTTGCTATGTTTTTCTACATTACAAAATCAAATATTGATGAAATAATTACA +TATGAAGATGATAATATAGAAAATAAAATTAATCAAAAGTTAATTGTATATAAGGCATTA +GTAGTATTAACTATTATTATAGGAACTTACATAATCATAGCTTCTAAGGATGAAGATATT +TTTTATACAACTATATTTTTAACAATAGATAGTGTGCTAATTTATTATACAAAAAAGGGA +TATTTTATGTCTTATATGTATAATAGGCAAATGCAATGGTATAAACAGATAAATAGCGAA +GATACCAACGAGGATACTCATAGATGGAGAAGAAAGCGTAAGTTTAATGGATATGTAAAA +GTAAATTCAAAGCATAGATATATGCACATACTCGAATATATACCGACAATTATTATCGCG +ATAATTTTTATTGTTCCAGATGTATTACCAATAAGACTTTTTATGGGATATATTTTAATA +ATGAATATAGCTTCAATAGTAGAATGTTTATTTAGCCTTTATACAAAAACTACGGGAATA +TGTACATCAGTTGTTGAGAATAGTAGCAAAGGAAATCATACATATAGTATTGTTGTGACA +GATTATGAAAATAAAACTGAAAAGAAGTTTAGCGTAAATCAACTTCTTAATATTTGCGAG +ATGGATAAAGTAGAAGTAGTATATGGAGTATTTAGTAAAAGATGCTTATTGATAAATAAT +ATTGTTAATAAGCCAAGAAAAAAACTTAGAAGTACTTATTTTTCTTTATTTATATTCTTA +ACAATTGTAACAGGTATGGTAATAAAATCCGGAGTATTAGATGCAGGTAAATACGAAGAT +CCCAATTATGGAAATGAAGAAACTTTTAATAGTGAAAATGATTACTATGAAAATTATAAT +AAAAATGATAGTTATGAAGAATATATAAATGACCCAGATGTAGTTCTTAGTGGACAAGAA +ATTTCAGACTTATATCAAAATACAAATAAAGATATACTAGAGTATAAAATTATTGAACCT +AATGAGTACTATGTAGAGTCTACTTTTAATACTTTTGAACATTATGAAGGTATGGTTGCA +AGACAAATAGTAGGTGATAAAAAATATGGACAAATTTTATATCCATATTCTTATGATAGT +TATTTAAATGATATAACTATACAAAAGGAAACAGCGATGTATTTAATAAGCCAAGTATTA +CCTTCAGATGCAGTTGAAGAAAGAGTTTTAGTAAATAAGAGTTATGGACAAGAGTGTATA +GTCTATTCATCTAGTAAAGGGACTTTTGTAGTAAGAATGTTAAGAAATCAATACTTTAAT +AATACAGAACCTTATTATAATGAAGATGAGATAGTAGATTTAAAGTATTTTAAGCTTATA +GAATAA +>yxdL_1 +ATGAATACAATATTAGAATTTAAAAATATAACTTATTCTTACAATAACAATACTGTTATC +TTAGATAAGGTCAATGCTAAATTCGAACAAAGTAAATTTTATACAATTATAGGACCATCT +GGTTCTGGTAAGACAACATTTTTGTCATTAGCCGCTGGACTTGATAAAGCTAATTCTGGC +TCAATCTTATTTGATAATAAGAATATAAATAGCATAGGTCTTTCTAATTATAGAAATAAG +TGTATATCTATAATATTCCAAAGCTATAATCTACTAACATATATGAGTGCTTTAGATAAT +ATTATTTGTGCTATGGAAATTAAAGATACAAAATGCCCTAATAAAAAGGAAAAGGCCATA +GAAATACTTAAACAAGTTGGTTTAACTGAAGAACAAGGAAAACAAAAGGTATTAACTCTA +AGTGGTGGTCAACAACAAAGATTAGTCATTGCAAGAGAATTAGCTACTGAATCAAACTTA +ATCTTAGCTGATGAGGCTACTGGAAACTTAGATGAAAGTACTTCAAATGAGATAATATCA +ATCTTTGAAAAATTAGTAAGAGAACATAATAAAACTGTTATACTAGTAACTCACAATAAC +GAAATTGCGAAAAAATCTGATGTAACTTATCTGGTTAAAAATAAACAATTGCTTCAAACG +CAAGTCTGCTAA +>group_1329 +ATGAAGATTAACTGGAATGATAAGTATACTACAGTATCTGTATATTCATTTATAGTAGTA +TGCTGTAGTATTGTATTTTATCTTATAGCATCTCAACTTAATGTTTTTACTGGTAAAATA +AGTGAGATTATAGGAATATTACAACCATTTATTATAGGGTTTGTAATTGCATACATATTA +AATTTTATATTAATGTTTTATGAGGAAAAGTTATCAAATATAGAAAAATTCGAAAGTATG +AGTAGGAAAACAAAGAGAAATATATGTTTAATTTTTACTTATATAACAGCATTTCTAATT +ATCTATTTATTTATGAATTTTGTTGTTCCACAGTTAATAGATAGTATTGTAGGATTAGCT +AATAATATACCTACTTATTTAAATAATTTGACAGTATTACTGGATGAAGTAATGAAAAAC +TTAGACTTAGATCCGAAGTATCTTACTTTAGCAAATGAGAAATTAAATGAGGTTGTAAAC +TTTATAATACAATTTGCTACAGATTTATTACCTATATTAGGTAACTGGGTAGTTACAATT +GCATCAAGTATATGGAATATAGTATTAGGGTTAATAGTATCTTCTTACTTATTGATAGAT +AAAGAAAGATTCTATGCCATAGGTAAGAAAATTGTATATGCAACTTCTTCTAAAAGAGTT +GCGAATAGAGTTTTTGAATTAGTTTATAGAAGTAACTACACATTCGGTAGATTTTTAAGT +GGAAAAATAATAGATTCAGCAATAATTGGTATATTAACATTTGTTGTATTAAGTATATTT +AAAATGCCGTATACAATATTAATATCAGTTATAATAGGTATAACTAATATTATTCCGTTT +TTTGGACCGTTCTTCGGAGCGATACCTTCAGCTATAATAATACTATTTGTTTCACCTATA +CAAGCTGTTTGGTTCTTATTAATAATATTAGTAATTCAACAAATAGATGGAAATATTATA +GGACCTAAAATTTTAGGAGATTCAATTGGTATTTCTGCATTTTGGATATTATTTGCACTT +TTAGTAGCAGGAAAATTCTTTGGAATAGTAGGTATGGTAGTTGGAGTACCTATATTTGCT +ATAATATACTCTGTAATAAAAGAGATTGTAGAAGGCAAATTAAGACGAAAAGGTCTACCT +GAAGATACTGAAAAATATATGTAA +>zraR~~~norR_1 +ATGAATAGTTTGGAGTATATAAAAGAGGATATTCAAAACATAGCAGAGGCGATACTCTCT +GTTCTTAACATTGATGTTACTATAGTAGATGAAAATTTAACTAGAATTGCAGGTACAGGT +AGATACCTAGGAAAAATAGGAGAAAGACTAGATGGATATTCGGCATTCAAAAAATCTTTA +GAAGAGCAAATATCTATAATTATTGATGATCCATATGCAAGTAATATATGTAAAGAATGT +GATCATAGAACTTTTTGTAAGGAATATGCAGAGGTTTGTTGTCCGATTACATTAGATGGA +CACTCCTATGGAGTTATAGGATTGATAGCATTTACAGAAGGTCAAAAGGAAATAATAAGA +GAGAATAGAGATGGACTTTTAAATTTCTTAGGAAAGATGGCAGATTTAATTTCAAATAAA +TTAAAAGCTCAAATTAATACTGAGGAATTAGAGTTAGAAAAGAAAAAGCTTGAAACTCTT +ATAGATAGCATGGATAGGGCCATAGTATCTGTAGATATAAATGGGAAGATAGATAAGTAT +AATTCTAAGTTCAAAGAAATATTCAATTTAAATGATAGCGAAGTAGAAGATAAAAGTGTA +GTCCAAGTTTTAAATTTTATAAATGAACCATTAAATAAAGATTTTAAAAGATATAAATCA +GGTATGTTCTTTTACAGAAAAAATGGATATGAGTTAAAAGGGATTTATAATATTAATAAA +ATAACAGTTAAAGATAAGTTAAAAGGGTATGTAATTGATTTTATAGATAAAAGAGAAGCT +ATAAAAAACTATAATAGGATTAATAAAGATTATAAAATAGTATTAGATAATATTATAGGA +GAAAGCAATATAATCAAAACTATTAAAAATGAATCATTTATAGCATCTAAGTCGAGTTCT +ACAGTTCTAATAACAGGTGAGAGCGGTACAGGAAAAGAATTATTTGCAAGAGCAATTCAT +AATCATAGTGATAGAGTAGATAATCCTTTTATAGCTGTAAACTGTGCAGCCATACCAGAT +AATCTTTTAGAAAGTGAATTATTTGGATATGAAGAAGGTGCCTTTACAGGAGCTAAAAAA +GGTGGAAAATTAGGAAAGTTTGAGTTAGCTCATAAAGGAACAATTTTTTTAGATGAAATT +GGTGATATGAGTTTACACCTACAAGCGAAATTGCTTAGAGTTTTACAAGAAAGAGAACTT +GATAAAATAGGTGGCAAATCAAATATCTCAATTGATGTAAGGATTATATCAGCTACGAAT +AAAGATCTAGAAGATATGGTTTCTAAAGGTATTTTTAGAGAAGATTTATATTATAGATTA +AATGTTATACCGATACATTTACCAAGTTTAAAAGATAGAAGAGAGGATATTCCGCTATTG +ATAGATTACACTATAAAGGAATACTCAAATAAACTTGGAAAAAATGTAGATCGTGTAGAT +AAAGATGCCTTGAAGGTCATGATGGAATATAGATGGCCAGGTAATATAAGAGAGCTTCAA +AATATCATAGAATATAGTATCAATATGTCATCCTCTTCAGTAATAACTTTAGATTCTATT +CCTCAAAAAATAAAATGTACAAGTATTAATGAAGTAAGGGAAGATAATAGAGAAATAAGA +ACTTTAGAGGACTTAGAAAAGCAAGAAATTATAAGGGCTTTAGATAAATTTAAAGATTTT +AAAAAAGATAAAGAATTAGTAGCTAAGGCGTTAGGTATATCGAGAGCTACTTTATATAGA +AAGCTAGAAAAGTATAATATAGTCTCAAAATGA +>group_1164 +ATGAGCACTTTAAACAAAAGCAAAAAGCTTGCAACAGGCTGGCTTATAGTTGTTGCTTGT +ATGCTTATCCAAGCTATACCATTTGGTGTTGCTTCAAACATACAACCTCAATTTGTAAGT +TATGTTGTAGAAGAAAAAGGATTTACTCTTGCAGGATTCTCTCTTATATTTACATTAGGT +ACTGTTGTATCAGCAGTTGCATCACCATTTATCGGTATGATGTTTAATAAAGTAAATGTT +AAGACTATGTACTTATTAGGTGGTATACTTTCTGGTGGAGGATTCTTAGCATTCTCTATG +TGTCAAGAATTATGGCAATTCTACATAGTAGCTGGTGTAGTTCAAGTTGGTACTGCAGCT +ATATCATCTATAGGTGTACCGCTTTTAATAAACGGTTGGTTCGATGAGTTATCAAAAGGA +AAAGCAATGGGACTTGCTTTTGCTGGAGGTTCTATAGGTAATATATTCCTTCAACAATTA +ACTGCTTTCTCATTAAAGAACTATGGAGCATCTCAATCTTACTTATACTTTGGTATCTTA +TCATTAGTTGTAGGTATACCTATAACATTATTATTCTTAAGAATGCCTAAGGATAATAGT +GAAGTAGTTAAAGGTAAGAAGAAAGAAGAAAATGCAAAAGCTGAAAATACAAATTCAACT +GAAGTTGACTGGGGATACACTCTTAATGAAGTTAAAAGCGTTAAATATTTCTGGATATTC +GCTTTAGGATTATTCTTCTTAGGTATGTATGTTTCTGCTTTAGCAGTTCAATACCCTGCT +TACTTAAAGTTACACTTAAAAATAGACCCTATGATCGTTGGTATCGTTGGCTCTATATTT +GCATTATGTTCTTTAGGTGGAAACTTATTTGGTGGAATAATATTCGACAAATTAGGTGTA +ACTAAAGGACTTATGGTTGCTGGAGTATTAGCTGCTACTTCTTGTTTAGCATTAATATTC +GCAGGACAAATGCCTATACTTGCACAAGTATTCGCAGTTTTAAAAGGATTATCTGTTTTC +GCATACATGATGGGACCTTCTTTACTTGCAGGTTCATTCTTCGGTAAAAAAGAATTCGGA +GCTATACTTGGTGTAGTTCAAATATTCTTTGCTGTAGGATTCGCTGCTGGTTCATCAGTA +TTCGCATTATTAGTTGATAAAGCTGGATACAGTGTAGCTTGGACAACTATATTAGTATTC +ATAGGAGTATGCTACTCATCACTTATAGTTGCCTCTGTAGGTATGAATAATTTAAACAAA +AAAAGAATATCTAATTTAGAGAATGCAAATAAAGTTGCATAA +>uvrD~~~pcrA_2 +ATGAATTTAGATACATTAAATCCTGCCCAGAGAGAAGCTGTTGAAAAAACAGAAGGACCT +GTACTTATATTAGCAGGAGCAGGGTCAGGAAAGACAAGAGTTTTGACAACGAGAATAGCA +CATTTAATGGAAGATAAAAATGTTCAAGCTGCAAATATATTAGCCATAACATTTACAAAT +AAAGCCGCTACGGAAATGAGAGAGAGAGTAGAAGAAACTATTACAGAACTTGATACTAAG +GATATGTGGATAACAACATTCCACTCTTGTTGTGTTCGTATATTAAGAAAAGGAATAAAT +AGAATCGGATATAATAGAAGTTTTGTTATCTATGATAGTTCGGACCAGGTAACACTAATA +AAAGACTGTTTAAAGGAATTAAACTTAAGTGATAAGGTATTTGAACCTAAATCAGTTATA +AGTGCTATATCAGGGGCAAAGGATAAGCTACAAAGCCCAGCACAATTTAAGGCTTTATAT +CAAAGTGATGTAAGAATGTCTAAGATAGCAGATATATACGCGCTATATCAAGATCGTTTA +AAAAGAAATAGTGCTTTAGATTTTGATGATTTAATATACAAGACTGTTGAATTATTTAAA +GAAGACCCAGAAACATTAGAATTTTATAGAAGTAGATTCAAATATATAATGGTTGATGAG +TATCAAGATACAAGTAAGGCACAATATGAGTTAATAAAAATGTTAGCAAGACAGCATCAA +AATATATGCGTTGTTGGTGATGATGACCAAAGTATATACGGTTGGAGAGGTGCTGATATA +AGAAATATTCTTGAGTTCGAAAAAGATTATGATAATGTTCATGTAGTAAAGCTAGAGCAA +AACTATAGATCAACACAAGTAATTCTAGATGCAGCAAATACTGTAATATCTAATAATATA +GAAAGAAAAAGAAAGAAGCTTTGGAGTGAGAAAAAAGACGGAGAACTAATAAAAATTCAA +TTAGCTGTGGATGAATTAGATGAAGCTGAATTTATAGCTGATACTATATCTAGACTGAAG +AGAAGAGATAGAAGAAAATTCAGTGATTTTGCAGTTCTTTATAGGGCAAATGCACAAGCT +CGTCCAGTAGAAGATGCATTGAATAGAAGTCAAATTCCATATAATATATATGGTGGAACA +AAGTTCTATGAAAGAAAAGAGATAAAGGACTTAATAGCGTATTTAAGAGTCATACAAAAT +CCACAAGATGATATATCTCTAAAGAGGATTATAAACGTTCCTAGAAGAGGAATAGGTCTT +AGAACAATAGAAAAAGTAGAAGATAGAGCAAGTTTGAAGCAAGAAAGTTTATACTCTGTT +CTTATAGATATAGAAAGTAACTCAGATATATCAAGCAAGGCAAGAAAAAGTATTAGTGAC +TTTGTTGACTTAATGGGTACATTAAGAACTATAAAAGAGGTATATCCAGTAAGTAAGTTA +ATAGAGAAAGTACTAGACACTTCAGGATATATAGATGAATTACAAAAAGACAGTAAAAAA +GAAGAATCTGAAGATAGAATAGAAAACTTAAAAGAATTCATATCTGTAGCTTTAGAATTT +GAACAAAACAGTGAAGAAAAAGATTTAGAAACTTTCTTAACAACAGTAGCTCTTACTTCA +GAATCTAGCGATGATGAAGAAGATGATAGAGTTTCTTTAATGACGATTCATACATCTAAG +GGGTTAGAGTTCCCAGTTGTATTCTTAACTGGTATGGAAGAAAAGTTATTCCCAATATCT +AGAGCAATAACTTCTATGAGAGATTCAGATATAGAAGAGGAAAGAAGACTTTGTTATGTT +GGTATAACAAGAGCTAAAGAAGAGTTATATATGACTCTAACTCAGAAAAGAACTTTATAT +GGTAAGACTAATCAATCTATAGCTTCTAGATTTATGGAAGAATTACCAGGAGAATGCATA +GAGAGGCTTAATAAAGCAGAAAATGAACTAAGTTACTCTAAAGCAAATTATAATATTTTA +GATAAATATACTAAAAAATATATGAATAACGTACAAAAATCATCTATAGCTAAGAAAGTA +AATGCAACAGTTAAAGATACTACTAAGGAAACAAATATAGATGATATTAAGCCAGGAGCA +AAGGTGCATCATCCTAAGTTTGGTGTAGGTACAGTAGTTATGATGAAGGGTACTGATGTA +ACAATAGCATTTGATAATCAAGGTCTAAAAACTATAAATAAGGAATATACAACTTTAGAC +TTATTATAA +>pagL +ATGGGGAATAAAATAGTAATAGTTGGTGGAGGATCTACACATACGCCAGGAATAGTAGAA +GTGCTTAGAAATCGCTCAAAAGATTTGCAATTAGAAGAAATAGTATTATACGATAATAAT +AAAGAAAGAAACTATCTTATAGGTGAGTTTACAAGAATCTATTATAGAGATAATAACTCA +GATGTTAAAGTCTCTTATACCACAGATATAAGAGAGGCTTTTAAAAATGCTAATTTCTTA +TATGTTCAAATAAGACCAGGTCTTAATAATCAAAGAGAAATTGATGAGAAAATATGCTTA +AAACACGGAGTTGTAGGTCAAGAAACATGTGGCTTAGGAGGATTTTCTTTTGCACTAAGA +GTTATACCTGAGATTTTAAAAATAGTAGAAGTTGCGCAAGAAGTTTGCCCTGATGCTTGG +ATATTAAATTACACTAATCCAGAAGCTATAATCTCAGAGGCTATATATAAGAAATTCCCT +AATGCTAAGTGCTTATGTATATGTGATATGCCAATAAGTATAGAAGAAACTTTAGCAGAG +TACTTAGATATACCATATAAAGATTTAACTTTTAAATATTTTGGTCTAAACCACTTTGGA +TGGTGGACTAATATTTATGATAAGAATGGAAAGGATTTATTACCAGGAATAAGAGAAAAG +GTGGAATTGGGAGAATTAAAGGGATTAATACAAACTAATGAAGAGATTGTAGGAGATGAC +TACTGGACTAAGACATTCCAAAATGTAATTAAAGCATTTAAGATGTATCCTCAGTATTTT +CCTAATTGCTACTTACAATATTACTATTTTGCAGATGAAATGGTTGAATCAGATAATATT +GAATTTACGAGAGGTTCATATGTATTAAGTACTAGAGAAATTACAGTATTTGAAGAGTGC +AAAAGGGTTATAGAATTAGGTACAGCTAAAGATTCTAAACTATTAGGTGGAGTTCATGGG +AATTATATAGTAGATATAACTAATGCTATAATACATGATACTAAAGAAAGGTTTATTATA +AATATAAAAAATAATGGAGCAATTAATAATTTTAATAGTGAAGCTGTCGTAGAAGTTCCT +TGTTATGTCGGAGCCACAGGACCAGAACCAGTTACAGTTGGAAATATACCAACATTCCAT +AAAGGTATGATGGAAATGCAAAAGGCATATGAAAAATTAACAGTAGAAACAGCTTTAACA +GGATCTTATAATACTGCAATGGAAGCTATTTTACTTAATAAAACAATACCTTCTTATAGA +GTAGGTAAGGCTGTATTAGATGAACTAATGGAAGCTAATAGAGATTTTTGGCCAACATTA +AAATAA +>group_809 +ATGGAAGGCATAAAAAATATAAGCTTGGGTGACAAAATAAACTTAACTTTAATTCCTGGA +GAAAAGTTTAAGTCTAACCTTGTAAGTATATACATACAAAGGTTATTAGATAAAGAAGAG +GTAACAAAAAATGCTTTAATACCGGATGTGGTAACTAGTGGTAGTATGAAATACCCTAGT +GCAAGAGAAATATCTAATGAATTAGATAATTTATATGGTTCTTCTATGGGAGCTGATATT +ACAAAAAGAGGAGAACGTCAAGTATTAAGTTTTAAAATTATTAGCACTAATGAAAGATAC +TTAGACGAAAAAATATTTAAAGATGTAATAGAATTTTTTAATGATGTAGTAAATAATCCT +TTGGTAATAGATGGAGGATTTAAAGAAGAGTATCTAAATATAGAAAAGCAAAATCTAAAA +GATAGAATACAAGCTAAAATAAATGATAAGGGTAGATATGCACTTGAAAGAGCTTTTGAG +GAAATGTGTGAAGGTGAAAAATATAGTATAAGCGAATATGGTTATGAAGAAGATATTGAT +AAAATAACACCTAAAGAACTGTATGATCATTATAGAGAAATATTAAGAACTTCTCCTATA +GATATTGTTGTTGAAGGAGATTTTGATGAAGATGAGGTTATAAAGATTATAACTGAGAAT +TTTAAATTTGAAAGAGGAGAAATAATAGATATTCCAAGAGATGAATTTAAAAAAGATATC +AAAGAAGTAAAAAATATTCACGAAAAGATAGATATAACTCAAGGTAAGCTTATTATGGGT +TATAGAAGTAATATTGACTACTTAGATGAAGGTGAATATTATACATTAGTTGTGGGTTCA +AATATTCTAGGTGGTGGACCTGACTCTAAATTATTTATAAATGTAAGAGAAAAAGAAAGT +TTATGTTATTATGTTTATTCATCAGTAGAAAAGTATAAGGGAATATTATTTGTATCTTCT +GGAATAGAAGCAGAGAATTATGAAAAAACAGTGAAGTTAATTAATGAACAATTAGAGAAA +TTAAAAAATGGAGATATATCAGAACAAGAATTGCAAAATAGTAAGAGTGCATTAATTAGT +TCAATGAGAACTATATCAGATAGTATAGGTGGAAGGTCAGATTTTTATTTTGCTCAAGCT +ATGGGAAAAACAAATTCTACAATAGACTCAATAATAGATAAATTAAGTAAGGTAAGTATA +GAAGATATAGTTGAAGTTGTAAAAGATATAAAACTTGATACTGTATATTTCTTAAGTAAA +TAA +>group_810 +ATGCTAGGGAAGTTAATGAAATATGAATTAAAGGCTTGTGGTAGAACATTTTTACCGCTA +TACGGAGCAATATTATTAATGTCAATAATTGTTGGGCTTAGTATTAACATGGAAATAGTT +CAAGTTAAAAGTATAGCAATGATAATTTTATTTGGGCTTTTTGTTGCATTAGGTGTTTTA +ACAATAATGATTACAATACAAAGATTTAGAAAAAATTTACTAGAGGATGAAGGATATTTG +ATGTTTACTTTACCTGTAATATCAAAGGAATTAATATTTTCTAAATATAGTGTAGCACTT +ATTTATACTATATTAAGTGGTATGGTTTCTGTATTTTCATTTGTTATTATTATATTAATT +CCAAATATAAAGAATTTTTCTTTCGATGATTTATTGTATGATATATCTATATTATCATCT +GGATTTTCATCTGTGAAAGATATATTCATATATACTGTACTTTTAGCTTTTATACTATAT +ACAATTTTTATTTTAACTTTATATTTATCAGTATCTATGGGTCAATTACCAGTTTTTAAT +AAACATAGAAATGTAGTTGCATTTATAAGCTTCTTTGTTATAAATATAGTTATAGAAAAA +GTATACGAGTTAGTGTCAATAATATTTAGAAGTAGTATAGGAGATAATGTCATGAACATT +TCTATAACTGAGTCATCTGATTTTAATGCTTTATTGTCAGATTTTAGTAATATAATTTCT +CCTATTTTTATATATAATATAGTGATTTATGTTATATTTGCAATTATATTATTCTTTGGA +ATTACTTATATATTAGATAAAAAACTTAATCTAGAGTAA +>rplO +ATGAAACTACATGAATTAAGACCTGCTGAAGGTGCAGTAAGATCTAAGAAGAGATTAGGT +AGAGGTACTGCAACTGGACAAGGTAAAACTGCAGGACGTGGACAAAAAGGACAAAAGTCT +CGTTCAGGTGGTGGAGTAAGAGTTGGATTCGAAGGTGGACAAATGCCACTTGCAAGAAGA +CTTCCTAAGAGAGGTTTCAAAAATCCATTCAGAAAAGAATACACTGAAGTTAATGTTGAA +TTATTAAATAGATTTGAAAACGGAACAGAAGTAACTGCTGAAGTTTTAAAATCTACTGGA +GCTATAAGCAAAATAGCTAAAGATGGTATAAAAGTTCTAGGAAACGGAAACTTAGAAAAG +GCTGTAACTGTTAAAGCTGCTAAGTTCACTGCTTCTGCTCAAGAAAAAATAGAAAAAGCT +GGTGGGAAAGCGGAATTAGTTTAA +>yknY~~~yknY_2 +TTGACTAATCTAATAAAACTCCAAAATATTAAGAAATATTACAAAGTAGGGAAAGAAAAA +ATACAAGTATTAAAAAACATCGATCTAAATATCCAAAAGGGTGAATTTGTAATGATTATG +GGGAAATCAGGTAGTGGAAAAACTACCCTTCTTAACATTCTTGGATTCTTAGATAAATTT +GACGGTGGAGACTATTATTTTAATGATGAAAATGTAAGTAAATTAAATGAAAATCAGCGT +TCTGTATTTAGAAATAAAAATATAGGATTTATTTTTCAACAATTTAACTTAATAGAAACC +TTAAATATATATCAAAATATTGAATTACCTTTAATTTATAATAAAATATCTAGTAAAAAA +GAAAAGAAAGCTATTATAGAAGCAAGTTTATCTTCTGTAGGCTTACTTGATAAAATAAAC +CAATTTCCGCTTCAATTATCTGGAGGTCAACAACAACGTATAGCTATTGCAAGGGCATTA +GTTAATAATCCTCAAATAATATTTGCAGATGAACCTACTGGAGCTTTAGATAGTGAGACA +AGTGAAGAAATTATGAAACTTTTAAAAAAACTTAATAATAATGGAAAAACTATTATTATG +GTTACTCATGACCAAGATTTAACTAAATACGCTACTGAGGTTATCACTTTAAAAGATGGC +GCTTTTACTTCATTGGAGGTACCAATATGGATATAA +>group_1167 +ATGAGAAAAAGAGAAAAAAAGAAGTGGATTATAGATTTTATTTATATTGTATATATGGCA +TCGATAATTTGGTTTTTAAAAGAAAGAAAATTATTCGAATTTGGGATTGTAGTTTTTTGT +ATAGTTAGTACGCTTATATTAGGAATAGTAAATAAAAAAGTTAATAAATTACTGGATAAC +AGTATTTATATTAACTTGGTAATTTTTATTATGGTATCGTCGTTGCTTGGAAGTTGTTTT +AAATTTTATAGCATAAATCATTATGATGACTTTTTGCACTTATACTCTGGTATTTTGTCT +TGTAATGTAGCATACTTGATTATAAGATATTTTAATAATGAAGAAAATATAAAAATGGTT +AATAAGGTATTTGTAATGATATTTCTATTTATGTTTACTATGGGTGTAGCTAGCCTTTGG +GAGATAATGGAGTTTTCATTAGATAACATATTAGGAACTCATACTCAAATAGGTGGATTA +GAAGATACAATGATAGATATGGTAGATGCACTAATTGGAGCAATAATTTCTATACCATAT +TTTATAAGAAAAATGAGCGATAAACATTCTAAAGAATAG +>aroB +ATGGAAAAGATAAACAATAGTGTATGCACAATAGTTCTAGATAAAGGATATGGATGCTTT +GAAGATGTATTACAAGAAAAAAATACGTACGATTCAGTTTTAATAATAAGTGATAGTAAT +GTTTATAATACTCAAGGAGATAATTTTGTAAAAAATCTTAAAAGTAAAATCATTTACGAA +TATATAGTTACTCCTGGAGAGGATGCTAAATCTCTAGATATTTATGAAAAAATAATAGAA +TACTGTGTAAAAATAAATTTATCTAGAAAATCAGTAATAATTGCATTAGGTGGAGGTGTA +GTAGGGGATTTAGCAGGATTTATAGCATCAACATATATGAGAGGTATAGATGTTATACAA +GTTCCAACTACACTTTTAGCTCAAGTAGATTCATCTATAGGTGGCAAGACAGGAATAAAT +ATAGGGAACTTTAAAAATATTATAGGTAGTTTCTATCAACCAAAATTTACATATATAAAT +GTAGATGCATTAAAAACATTACCAGAGGATGAATTTAAAAGTGGAATGAGTGAAGTTATA +AAATATAGCTTAATTTATGACTATGATTTTTTAGATTATTTAATAAACAATAGTAAGGAT +ATACTTAATAAAGATACTGAAAAACTATATTATATAGTTAAGAAATGCGCAAATATTAAG +GCTGAGGTAGTAGGTAAGGATGAAAGAGAGGGCGGACTTAGAAAAATACTAAACTTTGGT +CATACTTTTGGTCATGGAGTAGAAAAATTATGTAAAATAAGTCATGGTAATGCTGTTAGT +ATAGGAATGAACATGGCGTTTAAGTTATCTTTAAGAGAAAGATTTATAGAAGAAGAATAT +TATAATAAGTTTTTAAAAGTATGTGAAAGCTATGATTTACCGTTGATATTTGAAAATGCA +GATGAACAAAGTGTTCTTAATATAATGAAAAGTGATAAGAAGAATAGTTTCTCTAAAATA +AACTTAGTCTTACCAGTAGAATTAGGTAAAGTAGAAGTAGTAGATAATATTTCAGAGGAT +TTGATATTAGATATAATAAAGGAGTGCAAAAATGCTTAG +>purH +ATGAGTAAAAGAGCATTGATAAGTGTTACAGACAAAAGTGGAGTAGTTGAATTTGCAAAA +GAATTAAACAGTCTTGGATATGAAGTTATATCTACAGGAAATACATTTAAGATGTTAGAA +AAAAATGGTGTAAAAGCTATTCAGATAGATGAAGTTACTAAATTACCAGAGATGCTAGAT +GGAAGAGTAAAAACTTTAAATCCATACATACATGGTGGAATTCTTTATAAAAGAGATGAT +GAAAATCATGTTAAGACTATTAAGGAATATGAAATAGGCTCTATAGACTTAGTAGTTGTG +AATTTATATGATTTTGAAGGAACTTTAAAGGCAGAAAAATCCCATGAAGAAATGATAGAA +AACATAGATATAGGTGGACCATCTATGATACGTTCTGCTGCAAAAAACTATAAAGATGTA +ACAGTTATAGTAGATATAAATGATTATGATATGGTAATTGAAAAGTTAAAGAATGATGAA +TTAACTTTAGAAGATAGAAAAAGATTATCATATAAAGCATTTTCAACTACAGCTAGGTAT +GATGCACTTATATCAAGCTACTTTGCAGGAGAAGTAGGAGATGATTATCCTGAAATATTA +AATTTAACATTCCAGAAAGAAGAAACTTTAAGATATGGAGAAAATCCACATCAACATGGA +GTGTTATACTCTCAACCGAATGCTAAAAATCCAATATTAAATTATGAACAATTAAACGGA +AAAGAGTTATCTTTCAACAATATAAATGATTTACATGGTTGTTTAGAAGTTATGAGAGAA +TTTAAAGATAATGAAGAAGTAGTTTCAGTAGCTATAAAACATACTAACCCATGTGGGGTT +GGTTTAGGAAAAAATTCTCTAGAAGCATATACTAAATGCTATGAAGCTGATACAGTTTCA +ATATTTGGTGGAATAGTTGGTATAACTTCTACAGTAGATGCGGCTACAGCTCAAAAATTA +AGTGAAATATTCTTAGAAATAGTAGTTGCTTATGATTTTACTGAAGAAGCTTTAGAAATA +CTTAAGAAAAAGAAAAACTTAAGAGTACTAAAGTTAGCTAAGATAGAAAATAGTTTACAA +CCATATGATATGAAATATTTAGATGGAAAACTATTAATACAAGATAAAAATAATTCCTTA +GCAGATAAGTATGAAACTGTAACAACAGTAGTTCCTACTAAAGAGCAATTAGAAGATATG +GAATTTGGTATGAAGGTTGTTAAAAATATGAAATCAAATGCTATAGCTATAGTTAGGGAC +GGAATGACTTTAGCTTTAGGATGTGGGCAAACTTCAAGAATATGGGCTTTAAAAAATGCT +TTAGAAAATAATAGTGATAAAGATTTTAATGGTGCAGTACTTGCCTCAGATGCATTCTTC +CCATTTGATGACTGTGTGACATTAGCAAATGAATACGGAATTAAAGCAGTTGTTCAACCA +GGTGGTTCAATGAGAGACCAAGATTCTATAGATGCTTGTAATAAATATGAGATGACAATG +GTGTTTACAGGAATAAGACATTTCAAACACTAG +>group_224 +ATGAAAGGTATAGTATCAAACACAATAGGATTTATCTCGAAAACGTTTCCGGCGCTTTAT +TCTAGTTTTTATTTAGACTATTTAAAGCAATATTCTAGTGCTTATGATGTAAATAAAACG +CAGCTTAGAGCATTAGTTTTTGTTAGCAACAATGGTCCAATAAGTATGACAGATTTATGC +GCTAAGTTAAACATCGAAAAGGGGAGCTTAACAAGTATGGTAGACGATTTAACTGACAAG +GGATATGTTGTTAGAGAAAAGGATACTGCTGATAGAAGGAAATATTTAATAACTATAACT +GAAAGTGGTAGCAATGTTGCTGCTGACTTCATGGGGAAATTAAGTAACAGTCTTGAGGAA +AAGCTTTTTAAGTTGAGTGAAGAAGAACAAGATAAGTATATGGAAGCAATAGGAACATTA +CAAGCAATTCTAAATAAAGAAGAATTAAGCTAA +>fabG_2~~~fabG_1 +ATGTTAAAGGGAAAATGTGCAATAATAACTGGTGCGTCTAGAGGAATAGGAAGATCTATA +GCACTAAAATTTGCAAAAGAAGGTGCGAATATAGTTTTAAATTATAGAAATAGTGAATCA +GAAGCTCTAGAATTAAAAAATGAGCTTGATAAATTAGGTTCTAATACTTTGATAATCAAA +GCAGATATTAGCAAATTTGATGAAGCTGAAAAGTTAATAAAAGAAGCTAAAAATACTTTT +GGAAAAATAGATATACTAGTTAATAATGCTGGAATAACAAAAGATACATTAATTATTAGA +ATGAAAGAAGAAGATTTCGATAACGTAATAGAAGTAAATCTAAAAGGAGCTTTTAATTGC +TTAAGAGCAATTTCTCCAATAATGGTAAAACAAAAAGAAGGCAAAATAATAAATATGTCC +TCTGTTGTAGGAGTTATAGGTAATGCTGGTCAAGTAAATTACTCAGCTTCTAAAGCGGGT +TTAATAGGAATGACAAAATCTTTAGCTCGTGAAATAGGAAGTAAAAATATAAATGTAAAT +GCAATAGCACCAGGTTTTATAGATACTGATATGACTAAAGTATTAAGTGATGATCAAAAG +AAAAATATAATATCACAAGTTCCTTTAAAAAGACTAGGGAATGTTGAAGATATAGCTAAT +TTAGCAGTATTCTTAGGGAGTGATAAATCAAATTATATAACAGGCCAAGTAATTCATGTT +GATGGCGGAATGGCAATGTAG +>menH +ATGAGAAAAAAGAAGATTAAAAAAATGGTAAGATATCTTGTGGTTGTAATTATTATTTTA +GGAATTGGAATTTTAGGATATATAGGAAATTATTTTTATAATTTAGCTCTCGATCCGAAT +ACTTCAAAAAGTATTATATTTGGAGAAGAAGATGAAGATGAAACAAGTGGAGAAATAAAT +AAAGCAGCTGAAAAGTGGCTATTAGAAGAGTCTAATTACAAAGATGAGTATATTACATCT +TTTGATAAATTAAAATTACATGGCTATAAAGTAAATAATAAGACTAATAGTAATAAATGG +GTCATTGCAGTTCATGGATATACTAGTGAAGGTATAAATATGAGTAATGTAGCAAAAGAA +TATTACGACATGGGATATAATGTACTAATTCCAGACCTAAGAGCTCACGGCAAGAGCCAA +GGAGACTATATAGGTATGGGATGGGACGATAGAAAAGATATAATATCTTGGATAGATTTT +ATAAAGAAGGAAGACCCAAATGCACAAGTAGTACTTCATGGAGTTTCTATGGGGGCAGCA +ACTGTTATGATGACATCAGGAGAAGAGTTACCATCTAATGTAAAGTCAATAGTGGCTGAT +TGTGGATATACTTCGGTTTGGGATCAATTTTCGTATCAATTAAAAGAGTTATTTAATTTA +GATGCATTTCCATTTATGAATGTATCTAGTATAGTAACTAAAATACGTGCTGGATATTGG +TTAAAAGAAGCTTCAGCGATAGAACAAGTAGCAAAATCTAAAACTCCAATACTATTTATA +CACGGTGATAAGGATGATTTTGTACCGTATTATATGATGGATGAATTGTATGACAGTACT +AAATCAGAAAAGGAAAAATTAGTGGTTGAAGGAGCAGCTCACGCTAAGTCATCTACGGTT +AACCCAGAGCTTTATTGGTCAACAATAGAAACTTTTACAAATAAATATGTAGATTAA +>psuK_2~~~psuK_1 +ATGATGGAAAATAACCAAAATTATACATTAGTTTTCGGAGTATCAGTTTTTGACATATGT +GGATTTACAGATAGTAACTATAGATGTAATGATTCTAACCCAGGTAAAGTAAGGACGTCA +TTCGGAGGCGTATGTAGGAACATAGCTGAGTGTATGTCAAGGGTAGGAGTTAATACTCAG +TTTATATCTATTCTAGGTGATGATGAAGCTGGTAAAGCAATGTTAGAACATTCAAAACAA +ATGAACTATGATATGAGTAACTCATTAATTATAGAAGGTGGTAATACACCTACTTACATG +GCTGTTTTAGACGAACATGGAGAAATGGTATCTGCAGTAGTAGATATGAAAATAATTGAT +AAATTTACAACTGAATTTATTGATTCTAAGGCTGATATAATAAGAAACGCTGAATATATG +ATTCTAGATTCAGACAGACCTGATATAGTAGAGTATATATTAAAGAATTTTAGTGGAAAT +ACTAAGTTTATATTAGACCCTGTATCAGCGGCTAAAGCGAAAGAAATAAAACATTTAATA +AAATACTTCCATACAATAAAGCCAAATAGATATGAAGCTGAAATAATGTGTGGAATGAAA +ATAAAAAATGATGAAGACTTAAGAAAAGCAGGAAGATACTTCATCGACTTAGGTATAGAA +AATGTATTTATAACGTTAGATGAAGATGGTATCTACTATAATAATGGTTTAGTAGAAGGA +AAAATTAAAGCTAACGATGTAAAAGTTGTTAATGTTACAGGTGCAGGAGACTCATTTGTA +GCAGGTATAGCTTACGGGTATGCAAATAAGTGTGATTTAATAGAAACTTTAAAGTTTGCT +ATATCAATGTCTACAATAACTATATCTACAGAAGAAACTATACATCCAGAAATGGGATTT +GATTTAGTTGAAAAGTACGTTAATAATATAAATTGGTCAGAAATTAAATTTGAAAAATAA +>map_1~~~map +ATGAGTTTAGGAAGAAACGATGAGTGCTGGTGTGGTAGCAATCAAAAATATAAAAAATGT +CATATGAAATTTGATGAAAAATTAGATGAGCTAAAGAGAAAAGGTCATAAAGTACCTTCT +AGAGATTTAATAAAAAATAAAGAACAGATAGAAAAAATAAAAGAAAGTGCGAAAATAAAT +AATGCAATACTAGATTTAGTTGCAGAAAATATAAAAGAAGGTATGACTACTGAGGATATA +GATAAAATAGTTCATGAATATACTATATCTCAAGGTGCAGTACCAGCTCCTTTAGGATTC +TCAGGATTCCCTAAAAGTGTTTGTACTTCTATAAATGATGAAGTATGCCATGGTATACCA +AGTGAAGATAGAGTATTACAAAATGGAGATATAATAAATGTAGATGTATCTACAATTTAT +AATGGATATTATTCTGATGCATCTAGAATGTTTATGATAGGTGATGTTAGTGATAGAGCT +AAAAGACTAGTAGAAGTGACTAAAGAGTGTATGATAAAAGGTATAGAATCTGTAAAACCT +TGGGGGCACTTAGGTGATATAGGTGCAGCTATACAAAAACATGCAAAAGAAAATGGTTAT +AGCGTAGTAAGAGAATTTGGTGGTCATGGTATCGGACTTGACTTCCATGAAGAACCATTT +GTATTCCACTATGGAAGAGAGGGCGAAGGAATGGTTTTAGCACCAGGCATGATGTTTACT +ATTGAGCCTATGATCAATGAAGGTAAGAGTGACATATATATAGATGCTGATAATGGATGG +ACTGCTTGTACAGAAGATGGTTCTTTATCTGCACAATGGGAAAATATGATCCTAGTAACA +GAAGATGGAATAGAAATATTAGCTTATTAG +>yfcE +ATGAAAATAGGTGTAATGAGCGATACACATGGAAGTTTAGAGTATTTTGAAAAGGCTATA +AAAACGTTATCAGATTGTGATGTACTTCTTCATGGTGGAGATATACTCTATCATGGACCT +AGAAATGATTTACCTAAAGACTATAACCCTAAGGCTGTTATTGAGAAAATAAATAATTTA +GATAATATACTTATAACTAAAGGTAACTGTGAAGCTGATGTAGACCAAATGGTAATAAAA +CATCCTATTCAAAGTCCTTATGTTATGAGCCAATTTGGAGAAATAAGGATTTTACTGACA +CATGGATATACAGACTCTAAAGAGGATACTATAGAAAAAGCTAAGAGTATGGGTGCAGAT +ATATTAATTCTTGGACATACTCATGTGAAGGAACTATTCTTTGATGAATCTTTAATAGTA +TTAAATCCAGGAAGTACATCTATCCCAAAAGATGGTACTCATTCGGTTGCTACAATTGAA +ATAATTGAATCAGATACTGAAGATGAGTTAGATTTAGACTTTAACTTTATAAATTTAAAT +ACAGGCGAAATTATAGAATTATAA +>addA_1~~~addA +ATGAGTTCTCCTAAATGGACAGTAGAACAGCAATCAGTTATAGATAGTAGAAATTCTAAT +CTACTAGTAGCAGCTGCTGCAGGATCGGGAAAAACGGCAGTACTTGTTGAGCGTATAATA +CAGATGATAACTGAAAAAGAAAATCCAATTGATATAGATAAATTACTTGTAGTTACATTT +ACTAATGCAGCTGCATCAGAGATGCGAGAAAGGGTAGGAGATGCTATAGGTAAAGCCCTA +GATAAAAATCCTGAAAATACTCATTTACAAAACCAACTTATATTACTAAATAAAGCAAGT +ATAACAACAATACACTCATTTTGTTTAGAAGTTATAAAATCAAACTTCCATAAAATAAAT +TTAGATCCTAACTTTAGAATAGGAGACACGACAGAATGTACAATACTTAAGAGTGAAGCT +TTAGAAGACGTATTTGAAGAACTTTATAAATCTAAAGATCAAGGGTTTTTAAATTTAGTA +GAAAGTTATGCAGAAAAAAGAGGAGATAATGAACTGCAAAATATCATTCTTAGTATATAC +TCTTTTGCAATGGCATCTCCTTATCCAGAAGAATGGTTAATTAAATCTGCAGAAGATTTT +AATATAGATGAAGACTTTAAATTTAAAAATTCAGCATGGGCTAAATCTATATTAGATACT +GTAAGAATAGAAGTAAGTGGTATAGAAGTTAGTATGAAAAAAGCTTTAGAAGAAGTAGAA +GATATAATAGAGCTAGAAACTTTTACAGATAAATTAAAATTAGAGTATTTAAGAGTGAAA +GATTTATTAAATGCTTGTAGTACATCGTGGGATGAAGCTTATAGAGCAATGTCATCTATG +TGCTTTGAAAATTATGTAAAAGGTGTAAAAAGAATACCCAAAGATGCACCTATATATATA +AAAGAAGCAAAAGATAAGGCAAAAAGTATAAGAGATAAAGCTAAAAAATCTCTAGAGGAT +ATTATACAAAGTAGTTTTTACAAGGATTCAGATAGTATAAAAGAAGAAATAAAATATCTT +TATCCTATAGTAAAGTCTATATCTAGTACAATAGTAAAGTTTGAAGAAGAATATTCTAAA +AGAAAAAGAGAAAAAGGAATTATAGATTTTAATGATATAGAACATTTCGCATTAAGAATA +TTAACAGAGCGAGATGAAGATGGAAAGATACTAACTGATGAGCATGGAAATTCTATACCA +TCAGATGTAGCTTTAGCATATAGAGACAAGTTTTATGAAATATTTATAGATGAGTATCAA +GATAGTAATTTAGTACAAGAAGTATTACTAAGTACTATTGCCAAAATAGAAACTCCAAAT +AGATTTATGGTTGGAGATGTTAAACAAAGTATATATAGATTTAGACAAGCAAAGCCAGAA +ATTTTTCAAGAAAAATATGAAACGTATGGAATAACGGAAGGTAGTTTATATAGAAAAATA +ATGCTATATAAGAATTTTAGAAGTAGAGCGGAGGTATTAGACTCTGCCAATTATATTTTC +GAAAATATAATGAGTAAAAATATAGGTGAAATAGAGTATACAGAAAAGGAAAGATTAAAC +TTAGGTGCCACTTTTAAAGAAAATGATAATGAAAATGCTATAGTGGGAGGACCTACTGAA +ATACATATAATTCAAAAAAGTAAAGTAGAAGACTTAGAAGAAAATTCTGAAGAAAGACAA +GATGAAGAGGAAATTGATAATATTCAACTTGAAGCAAGGATGGTTGGGAAAATAATAAAG +GACTTGATGACACCAAAAGAAGATGGCAAAGTTCAAATGGTTTATGATAAAAAACTAGAT +GCATATAGAGAAGTTAAATTTAAAGATATAGTAATACTTCTTAGAGCAACTTCAGCATGG +GCACCAGTTTTTGCAGATGAACTTATGAATATGGACATACCTACTTACGCTGATATTGGA +GTAGGATACTTTGATACTATAGAAATAAAGACTATAATGTCACTTCTTCAAATTATAGAT +AATCCTCTTCAAGATATTCCGCTGCTAGCAGTATTAAAATCCCCTATGTTTGGTTTTACT +CCAGAAGAGCTTATAGATATAAGATTAGAAGATAAAGAGAAAAGTTTCTATGAAGCTTTA +GAGGACTTTGCTTATGAAAGAGTGTTAGAAGTAAGTGTAGATGGTTTTGAAGATGAAGAT +AACAATGAAGTGAGTATAGAATTAAGACAAGCATACTCAGAATTAGAAGATATAGATTCT +ATTAGAGATATTAGTGAATTTAGTTTCTTTAGTGATTTTAATGAGTTTGGACAAATTAAT +ATTGAACCTGAAAATCAAGATATAAATTACACTGATTCTAGTAAAGGAATGGATGTTAAT +AAGATAATAGATACTTCTATAATGCCAGAAGACAGTAATATAAGGAAAGCTCAGATTTTC +TTGGCAAAATTAAGAGATTTTAAGGAAAAGTCTTTATACATGAGTACAGATGAATTTTTA +TGGTATTTATACACTAAAACAGGTTACTATGCATATGTAGGTGCATTGCCTGGAGGAAGT +CAAAGACAAGCAAACTTGAAAATCTTATTCGAAAGAGCAAAGCAATTTGAAGAAACAAGT +TTCAAAGGAATATTTAATTTTATAAACTTTATAAGTAAATTAAAAAAATCTAATACAGAT +ATGGGAAGTGCCAAAACTCTTGGTGAAAATGCTGATGTAGTTAGAATAATGAGTATACAT +AAAAGTAAAGGACTAGAGTTCCCTGTAGTCATTTGTAGTGGTATGGGCAAAAACTTTAAT +ACTCAGGATTTTAAGAAAAATATACTTTATCATCACTCATTAGGATATGGACCTCAACTT +GTAGACTTTGAAAGAAGAATCTCCTTCCCTAGTATAGCTAAGGAAGCCTTGAAAAACAAA +ATAAATATAGAAAATTTATCAGAAGAAATGAGGGTATTATATGTTGCATTTACTAGACCA +AAAGAAAAGCTAATAATAACAGGGTCAACTAAAAAAATAGAGGATAGTGTAAAGAAATGG +TCATCTAACTTAGATGGTTCAAAAACAATATCTCAATATGATATATTAAAAGGTAAAAAT +TTCTTAGATTGGATAATGCCATCTGTATTAAAGCATAGAGATTTAGAAAATGTAAGAGAA +AGTATTAACGTAAATGTAACACACATAGAAGATCATCCATCAAAGTGGAATGCAAAGCTT +TGGAACAAGGAAGATATTCTTCTGGAAACGAAAGGAGAGGTCGTAGAAGATAGTATCGAA +GAAATATTAGAAAATATAGATCTAAACGAGGCAAGTACAGATTATTATGAAGACATAAAG +GAAAAGTTAAATTATGAGTATCCATACAAATTTAGTGTGACTAAACCAGCAAGTATATCA +GTTACAGAAATTAAGAAAATACAAAATACTCATGAGGAAGATTTCTCTCAAAGTTTATTT +AATCAAAGAACAGTATTAAAAAAACCACTATTTATTCAAGAAACTCAAGAAAAAAGTAAA +ATAAGTGGTGCTGAGAGAGGTACTATAGTTCATTTAATAATGCAAGTACTAGATTTAGAT +AAGGTAAATAATATATACGAGATAAAAGAGCAAATAGAGGGATTTATTAAAAAAGGAATA +ATAAGTGAAAAACAGTCAGTAGTTATAAATCCATTTAAGATATATAAATTCTTTAAATCA +AGTATAGGACAAAGGATGCTTAACTCTGATTTTATAAAAAGAGAACAAGCTATTTATACT +CAAGTAAGAATGGCGGATGTATACATTTATGAAGATTTATTACATGAAGACAATAATGTT +TATGATAAAGAAACATTAATGCTGAGAGGTATAATAGATGCTTATTTTGAAGAAAATGGA +GAAATAGTATTAGTTGATTATAAAACAGACTTTGTAAATGAAGAAAATAAAGTAGATGTA +GTAAATAAATATAAAAAACAATTAGAATTATACTCAGAAGCTTTAGAAAGGCTTACTGGT +AAGAATGTTAAAGAGAAATGTATTTACTTATTTGGTATAGATGAAGCTTTATATTATTAA +>pspA_2~~~pspA +ATGGCAAATACATTTTACATAGTAAGACATGGTGAAACTAATTGGAATATTCTTGGAAAA +ACTCAAGGACATGGTAACTCTAACCTTACAGAAAAAGGGATAGAGCAAGCTACAACATTG +GCTGAAAGTATGAGTAAATATCCAATAGATTATATATATTCTAGTGATTTAGGAAGAGCT +GTTGAAACTGCAAATATATTAGCAGATGTGTTAAACTTAGAAGTTAATGAGACTAATGCC +TTAAGAGAAATGGGATTTGGTGTTTGGGAAGGCTTATTAATGGATGAAATTAAAGAGAAC +TATGCTGATATGTATAGTATTTGGAGAAATACACCTCATTTATTTGACGTTCCTGGAGGA +GAGACTCTTTCTATAATACAAGATAGAGTAGATGAATTTATAAAGGAAATAAATGAAAAG +TATGATAACAAACATATACTACTAGTTAGTCACTCAGTAACAGTAAGAGTTATACTTTTA +TCATGTTTAGGTTCTGGACTTGAGAATATATACAGAATAAAACAAGATAATACAGCACTT +AATATTGTTGAATTTAAAGATTATGGACCAGTAGTAATAAAAATGAACGATACTAGCCAT +TTTAAAACTAACTATACTGTAAATAAATCAGCATTAGAATAA +>group_226 +ATGAATAAAAATAGTTCGGACATAAAACCTTTTTATATATATACAAATAAAGATAAACTC +TATATAAAAAACATTAATGAACATACAGAAAAGTTAGCAAATAATATATTCGCTTACTGC +GCTAATATTGATAATAATAAAAGAATCCATATTTGTTCTATAGATTCAGCTGGTAAGTTA +ATTCATTTTTCTAATAATAAAGGTTATTGGAAAAAAAATATAGTCTGTAAGGCATTTAAT +AATATAAAAAATATTAAAGATATGAGATTATGTATAATTAATAATTATTTGAACATTTTT +ATAGTTGAAGATAGCTCTATAGATGAAAATATCTATAAGGTTACACACTTTAATTTCACA +CCTGGATCTCCTAAAGTTTATAAACATGATATTAACAATATTACAAAAGACAAAGAGCAT +ATTTATAAGTTGAATATAGATGAATTATCTAATATAGTATTTGAGTATAAGACATCATAT +AGATGTAACCGTGGTGAATCTAAGAATAATACAATTGTATTTAATAGTAAGTCTAGAATG +TGGTTAAAACCAAATACATTACTCAGAAATGTCAATTACAGTGACTCTAGTGAAATTAAG +AGTAATATACATGATGATATATTTGAATACTGTTATAGTATAGTCTATAAAATATAA +>group_815 +ATGATAACTATAATTTCTCCAACTACTACTATGAATTTTGATAAAAACATAAATTTAAAT +ATATACTCAGAACCTTATTTTTCAGATGAATCTAATTACTTAATGAGTTTATTAAAATCA +TTAAACTTATCTGAAGTTAAAAGCCTTATGAACTTAAGTGACGACTTAGCAACTTTAAAC +TTAAGTCGATATAAAAATCATGGTTCAAGTACTAATCCTAAATGCCAAAGTATATTAGCT +TTTGATGGTGAGGTATTTAGCTGTATGAATACTTCTGATTTTACAGATGATGACTTTACC +TTTACAAATAATCACGTTAGAATTCTTTCTGGATTATATGGTGTATTATCTCCACTTGAT +TTAATTGAACCTTATAGATTAGAAATGAAGGCTAAACTTGTAAATAATGAAGGTAGTAAT +TTATATAAATTTTGGAAGCCTAAGATAACGAATTTCCTTGCTCAAGAATTATCTACACAT +GATAATAAGATATTATTGAATCTAGCATCATCTGAGTATGTGAAAGCTATCGATTTAAAA +ATATTAGGTAATTCATGTAAATTCGTCAATGTTGAGTTTAAAGAGTACAATGATAAAACA +GATAAATTTAGAGTTATAGGTATGTATTCAAAGCAAGCTAGGGGACATATGGCTAGATTT +ATTATAAAAAATAAAATAGATAATTTAGAAGATCTGAAATCATTTAATTTAAATGGTTAC +AAATATAACGAGAATCTATCTAGTGATACAGATTTTATTTTTACTAGATAA +>group_1418 +ATGAAATATTCAGAACAAATAATGCCAGGAAAAATGTACACAAAATATATTATAAGTTTA +TTAAAAGAAGCAACTATAGAATTAAATGAAGAAGAAATATTAGATCCAATAACATTTACG +CCGATGCAAATAGAATGA +>group_816 +ATGACAACAAATAAGAAATCAGAAACAGGGTTAAAATATAATAAAGTACAAAAAATGAAT +AAAAATTTTATGTACCAAGATTTAAAAAGAAGTAATTGTTATAACAGTGACTTTTCAAAT +TATAATTTTACAAGCTTAAGAGGAGCACAAGGACTAACGCTTTTAAGTGAGAAAATTGAC +AAAGATTTTTGTACTTTAAGTTATATAATAAAGAGCTTAAAGAGTTATGAATCTCAAGGA +ATTTTATAA +>group_817 +ATGTCAGATATAATAGTAAACAGGGAGAAAGAAAAAAGAAAGTTTTTTAAAATACCAGAG +AAAATGCCACACACATATATACTATTATCAGGAATATTATTATTTGTGGCTGTTTTAGCA +AACTTTATTCCAGCAGGAACTTTTGAAAGAATAGAAGATGTAGCAAGTGGGAAAATGGTA +GTTGTACCAGGATCTTTTCAATTTATAGAAGGTAATCCACCAGGAATATTTGATATATTC +TTAGCAGTTCAGAAAGGTTTTGTAAGTGCAGCAGATATAATATTTTTCATAATATTTGCT +TATTCGTTTGTACACATATTAATAAAAAATGGAACTTTTGATGCAGTTCTAGGAACTATG +ATTAGAAAATTAGGTAATAAAATAGAACTACTAATACCTGTATGTATGCTAACTTTTGGG +ATATTGGGAGCAACAATGGGACTTTATGAAGAAGCATATGGATTAATACCAATATTTATT +GGGATGGCAGTGGCACTAGGTTATGATGCTGTTGTTGGAGGTGCTATAGTTTTTATAGGA +GTATCAACAGGATTTTCAGCAGCTATAATAAATCCATTTACAGTAGGAATAGCACAAGAA +ATAGCTGGAGTTCCAATGTTTTCAGGTGCAGTATTTAGAACAATATGTTTTATAGTGTTT +ATAAGTACTTCTATAATATATACTTGGAGATATGCTAAAAAAGTAAAGTCAGATCCTACA +AAATCAGTTATTTATGGCACTGAATTAAATTTACCTCATGTTTCAAATAAAGAAGAACTT +ATAAATAAAAAATTAACTACTCGCCATAAATTTTGTGTATTAGTATTTATAATTACTATA +GGGATGTTATTATACGGAACTATGAAATTAGATTGGTATATAGATGAACTTGCTGCCTTA +TTTTTAATGATGATGATAATTGTGGGAAAAGTAGGTGGATTTACATTTACTGAAATTGCA +GATAGTTTAGTAGAAGCAGCAAAAAGTATGACATTCGGAATACTTGTGTGTGGATTTAGT +AGAGGAGTACTTCAAATACTACAAGAAGCTCAAATTGCTGATACAATTGTATATAGTTTA +TCAAGTCTATTAGAAGGTCAAAGTACATATGTATCTGCATTGGGTATGTTAGGAGTTCAA +AATATTATAAACTTTTTTATTACAGGTTCTAGTAGCCAGGCTACAATAACAATGCCAATA +ATGGCACCAGTAGCAGAACTTATAGGACTTAATAAGCAAATAGCAGTATTAGCATTCCAA +TTTGGGGACGGATTTTCTAATATGTTCTGGCCAACAGTAGTAGCGTTTGAATGTGGACTT +ATGGGAATACCAATTAACAAGTGGTATAAATTTATAGCACCATTATTCTTATTGATGTTT +GCTCTTCAAGTAGTTATGATGTTAATAGCTGTATCTATAGGATTTGCATAA +>group_819 +ATGGAAGATTTAAAAAAAGCAATAAAAGAAATAGCAGAGCAAGAAATTATTAAAATTGTA +ATTAGTAACAAAATGAATAAAGATGTTGAATATAATAAAATAAATTTTGCATTGAAAGAA +AAAGGCAATAAAGAATACTACCAAATTGAAAAGTTTACTGATAAGCAAGTATTCCATGAA +AATATAGAAAAAGACCAATTAGAAGATAAGATGTTAGAATTTATATCTTCTTATAAACAA +CTTTCTGCTTGGTCAAGTACAAATAACTTTGATTTAAAGATATCGAAAAAAGGTAAAGTA +TTCTTAGGTAAGAAAAAAAGTGATAATTCTAACCTTATAAATAAAAGTCATAATAAAGAA +AAGAACTATATTCTTAAAGAAGGAATGATAATACAGCCTCTTATAGACTTGGGCGTATTT +ACAAAAGAAGGAAAAGTAGTTAAATCAAAGTATGACAAATACAAGCAAATAAATAGATTT +GTAGAAATAATAGATGATGAAATTAAAAAGAATGACCAAAAAGAATTAACTATTTTAGAT +TTTGGTTGTGGAAAATCTTATTTAACCTTTGTATTGTATTATTACTTTGTTGAAATTAAA +AAGATTAATGTAAAGATGATAGGGTTAGATCTTAAGAAAGATGTAATTAAAAAGTGCAAT +GAAATAGCTGAAAGATACGGATATGAAAACCTTCATTTTGAGCTTGGTGATATAAATGGA +TTTAAATATAATAATAAAGTAGATATGGTAATTACATTACATGCATGTGATACAGCTACT +GACTATGCTTTATATAATGCTATTAAATGGAATAGTAAGATGATATTTTCAGTTCCATGT +TGTCAGCATGAATTTAATCATCAAATGAAGGCAGAATCTTTATCTATATTAACTAAGTAT +GGCATAGTTCAAGAAAGGGTTGCAGCTCTTATGACAGATGCAGCTAGAGCTAATTTACTA +GAAGCAGTAGGATACAAAACTCAGCTTTTAGAATTTATAGATATATCACATTCGCCTAAA +AATATATTAATTAGAGCTTCAAAAGGAAATGTAAATAAAGATAAAAAAGATAAATCATTA +AGAGAAGTTAATGATTTAATGAATCAATTTAACTTTAGTCCAACTTTATATAACTTATTA +AAGGATGACAACTTAATTTAA +>group_227 +ATGGCCAATATGTTTACCTTTTATCTTATTAGTAGATGCTTTTACATCTATAAGAACTTT +ATTCCTAATAAAAAAAAGCAAACTACTGAAGAAAGTAAGTTAAACATAAAAAATATAATA +GGTCCAGCATCAATATCTTTAGGAGCTATGATTGTAATGGATTCTATAATAGGTGTTATT +GGTGTTTTATCTAAGTATTCAACATCTGGAGAAGTAAATGTAGAAGCTATAGCAATATTG +GCTTTAATAGGTTCCTGA +>group_229 +ATGAACATAGGTGAGAACATAAAGAAATATAGAAAAGAAAAATGCCTAACTCAAACGGAG +CTAGCTAAAAAAGTAAATAAATCAAAATCTACAATACAAAAATATGAAGCTAATGATGCT +ATGCCTCCAATAGATGTATTAGGAGATATAGCTACAACATTACAAATACCAATAGATTTT +TTAATAGGTTCTGAATTAATACCAATGCAAGATGAAAGTGGTTTTTCTGGATTCATAGAT +AGCCAATTTGGATATTTTGATCCAAATTATGAAGGTTATATGGAGTTTTTAGAAAGAAAT +CTAAGTTTATCAAATAATTATAAAAAAGATAATATTTTTGTATCACCTTCATATCCTTCA +TTTACATCAGAACTAATTACTTGCATAGGTAAATCTTATTCTAAAAATAATACTCCATTA +TCTATTGATGGTTTAAAAGAATTTTTAGAAGAACAAACTAATATCCACAATATTTGGTTC +ATCAATGCTGAAAAGGAATTACCTTTACCAGAATTAATAAAGCTCTTAGATTTTTATAGA +TATTATAATTTTAATGACTTTTACGCTTTTATTAACGGTAGCTCATTTGGTTCTTCCGAT +TTAGACATTGATATAAAAAATATAATACAAGATTTTAAATATGCTGCAAACAAAAGTATT +AAAATCCCTGGAGGATTTACATCTAAACCTGAAACAATAAACATAGGTTTGGCCTATAAA +TCATTAGTTAACTTAATATTTTATATAGGAAAAGAAAATAATCTCTCTAATATGAATGAT +AAATCATATAGGAAATTACTTATGAAAACTTGTGATTTATTAGAGTTTGAGTTATTCAAA +TTAGAAAAAGAAGTCGACCAAGAAAATAACGAATAA +>group_1341 +ATGGATTGTAGATGGAGATCTGTTCATAATTCAGAGGTAAAATGTCGTAGAAGAGCGGAT +TCATCAGGATATTGTATATTTCATAAGGAAGATAAAGGTAGAGAGGAAAATTCATTATTT +ATTTATTTGATAATGAAAGAGAAAATAAGTGATTTTAGAGGTTTTATTTTTGAAGAAGAT +TTTATTCTTAGAGATGTAGTTAAATATAGTTACTTAAAATTAAACTTTGATGAAGCAATA +TTTAAAAGAAAGGTTTTTTTTAATAAATTTGAATTTAAAAAAACACTGAGCCTAAATTAT +ACTGATTTTAGAGGGTACACTACTTTTGAGAGTTCTATTTTTTTAGAAAACTGTGAGTTA +ACCAAAACAAGATTTAATAAAAGATATATTGCAAATAAAGCATTCGAGAAAGTACATTTT +AACGGACAAGCATTTGTTATAACTAGCGTTAAAAATTTACCTAGATTAGAAGGAATAATT +TTTAGCCCATGTACAAAGTTAGTATTAAGGTACGTAAGGTATTCAAAAGAATATTCTTTA +TATGGAAAGATAAATTATAGAATAGCTAGAACTCAAGCGAATATAATAGGGGATAATGAA +AGAATTGGATACTACTATTATAATGAAAGAAACTATGCAAGTAAAATGATGAGAAGTAGT +GATTACCCTAGGTATAGTAGTTATTTGAGTGATAAGTTTTTTGACTCACTATCTAAATAT +ACTATAGGATATGGAGAAAGGCCGTGGAGATTACTTAGGATAACTTTAATTATCATTAGT +ATATTTGCATTTTTGTATATGTTCTGTGGAGTAAAGAACTCTAGTGGAGAGTTAATAGGA +ATAAATTTGAATAAAATAGAAAAGTATTCTATAACAGAAGTATTTAACAGTTACATAGAT +TTATGGTATTTTAGCACAGTTACATTTACAACATTAGGATATGGAGATTTGACTACAAGT +ACAGTATTTGGGAAGTTTTTAGTATGTGTGGAGGCTTTTTCAGGTGTAACAATAGGCTCA +ACTTGGGCATCTCTTGTAATAAAAAGAATGATTAGATGA +>rhaS~~~melR +ATGAAATTTTTTGAATACAAAGAAGATAAGCAACATGGTACTTTTGATTTTCCTATAGAA +TTTTATCATGTTACACCAGAACATCCACGATATAATATGCCATATCACTGGCATACTGAA +TACGAAATAATCCGAATTTTAGAAGGTGAATTTTCATTAATAATAGATGATAAAAAAATT +TTAGCTCATAAAGGAGATATTATCTTCATACAAGATGGCTTTTTTCATGGTGGTACACCT +AATAACTGCATATATGAATGTATTGTATTTGATATGAAGCTATTACTTAAAGAAAATCAT +ATTTGTACAAAACAAATTCAAGATATTACCAATCATAAAAAGGTAATTAAACATAAACTT +CCTAATAATATTAATGATCTTAAGATTTGTTGTAATAATTTATTTGAATCTATGAAATCT +AAAAATATTGGACATGAATTTGTAACTCAAGGTTCTCTATATCATTTACTAGGGATTATA +TTATCAAATGAATTATATGAAAATAGAAAAAGGATTACTAAAAAGAGCCAAGAAAGACTT +TTGCAATTTAAAAATGTTATTTCATTAATCGAAAGTGAGTATTCTAATACTCTTTCTCTT +GATGACTTGGCAAAAGCTTGTTGCATGACTCCAAAGTACTTTTGCCGTTTTTTCTTTGAG +ATGACTAATAAGACACCAATTGAATACCTAAATTATTATAGAATAGAAAGCGCATGTGAA +CAGCTTTTGACTACCGACTCTCCTATAACTGAAATAGCTTTAAATTGTGGATTTAATGAT +GTAAGTTATTTTATCAAAACCTTTAAAAAACATAAAGGAATTACCCCTAAGCAATACTTA +AAAGCTTCACTATAA +>group_820 +TTGCAAAATTATAATAGTATGAATAATTGTTGTTGTAGTTGCGGTATAAAGCAAGCTATA +TGTATATTAAAGGATATAAAAGATTTAATTAAAAAGCAGACTGTTTATTTTAATTGTGGA +ACATCATATGGAGAGATTAAAGATAGTAAATATCCTAATTTTGTATTAATTGAAGAAACA +TCTGAAACTAGTAATAAAATGAAGGTTAACCTTTGTATAGATGATATTAATTTTATAAAG +ATAGAACCTAAGTATGGAGAATGTCAATCAATTATAAATGAATTAAATAAATATTATATC +TCTCCAGTTGTCGTTGAAGGAAAATGTGATGAAAATTGTTGTTGTAAATCAAGTGTAGCA +GCGTATATGAAAGATAAGTATATAAAACCAAGAAGTGATAAGAGAAAGTTTAAGATAACA +TTTAGAAATATAAATTATAGTGTACCAAATATAGAAAATCATTTTGTAACTATAATTCAT +TTAGATTATGATGTGGCATGGGCAATAGATGTAATAGATAAGTCTTTATATTTAATTTCT +TTATGTCAAGTGTGTGCCTTAATAGATTGA +>group_234 +ATGAGAAGACCATTGCTCATAATGTATATAATTTTATTGTCTATATCGTTTATTTATACA +AAAAATAAAACAATAGATGATAAATTTAGTGAAAATGAAATAGTGATAGTTAAAGGGGTT +GTAAAAGATAAAATTGAAAAAGAGAGATATGATCAATATAAGATAGGTAATTTTTTAGTA +AATGACTATAGCAAAAATAAAGATTTAGATATTGGTAAAGTTGTAAAAGTAAATGGTAAA +TATAAATCATTAGATAACATGAAGTTTGAAAATTTTGATTACGGAAGGTATATAAGAAGT +GTAGGATATGAAGGTCTAATATATATAGATAAATATGAAATAATAAATAATAGTAATATA +TATTTATTTATAGGCAATATAAAAGAATATATAAAGGATACATTTAGATATTTATATAAG +GAGAAATCAGATTTTATAAATTCTATAATTTTAGGTAAAAAGGAATATTTAAGTGAAGAA +GAAAAAGAGATATTTACTAGAACAGGAACTAGCCATATTATAGCTATATCTGGACTTCAT +ACTGGATTATTATGTGGAATGATAGCTTTTATCATGGGGGGAATAAATAGATATTATAAG +CTAGTAATTTTATCTATGTTGATGATTTTATATTCTTTAATGGTAGGCTCATCTCCATCT +ATTGTCCGTTCAATATTTTTTATGATTGTACTATACTTATCTGTATTTTTAGAAAGAAAG +AGAGATGGTATATCAACTTTATCCTTAATAGGAATATTTTTTATAATAAATAATCCCTAT +ATTATATATAATATAAGTTTTCAATTGAGTTTTCTTGCTACATTGTCTATAATATACTTC +TATGGTTATATAAATGAGATATTTAAGATTAGTTTAGTATCATTAACTATATCTGCAAAT +ATATTAACGATACCATTGGTATATTATAATTTTAAAGGAGTGCCATTACTCACAATAGTA +AGTAACATGATAATTGTTCCTTTTATGGGAGTTATAATATATTTAAGTGTTGCAAGTATA +ATTATATTTAGAATAAACCTATGGGTAGCAAAGTTAATAGCTTGTTTTAATAAATATATT +ATAGATATAATATATTATTTATTAAGTAAGATAAGCACATTTAATTTTGCTTATATTGAA +ATAGATAATCCAAAATTGTATTGTGTTATTATATACTACATAATACTGTTTTCGTATATG +ATTTATAACGAACTAAAGATTATGAAGGAGCAAGAAAATGAATTACAAGGATATTATAAA +AAGTGTTAA +>rhaR_5~~~rhaR_6 +ATGTTTAATATTCTAGTTGTTGATGATGAGTATTTATCACGAGAGGGTATAAAATCAATT +ATACAAGAAGAACTAGAAGAAGATGTTAAGGTATTAGAAGCAGCAAATGGTATAGAAGCA +AGAAAAATAGTTGATGAACAGAACTTAGACGTTATACTATTAGATATAAATATTCCAGGT +ATAAATGGAATTGATTTATGTAGATATATAAAATTAAAATATACAGATATATATATTATA +GTAACTACAGCGTATGATGATTTAGAAACAAAAAATAAACTGATGAATCTAAATGTTAAT +AAATATTTAGAAAAGCCTATAAGGCCACAAAAAATTGTAGATAGCTTAAAAAAAATATTA +AACAAAAATAATAAAATTTCAAATCCTAAATACAATGAATTATATATAAATAAACTTAAA +AAATACATATCAAATAATTCATATAAAGAAAGTACAGAAATAGTAAAAGAATATTTGGAT +GTTCTTTATATGAATAAAGATGAAGAATATATTATTAATGATATTTATAAATTTATAAAT +GGATTAGAAGAAATTTGTAAAAATAAAAATATTTATGATGATCCAAATATAAGTAATAGA +ATAAGTAAAATTAAAAAAGAACATTATAATTATTTAAAAAAGAATGAACCATTAAGAGAG +TTTATAAAACTTGTAAATGACATATTTGATTCAATATTAATAAAAGAAAATACTTCAAAC +AATTATGTAAAAGATATAAAAAATTATATTGAGAGAAATATTAATAAAAATATAACCTTA +GAAGATGCAGCAAGTTATGTTAATCTTAGTCCACATTATCTAAGTAAAATTTTTAAAAAA +GAGACTGGTGTTAACTTTATTAGTTATTTAACTGATAGAAGAATTGAAATTGCTAAATAC +ATGTTAGAAGATGAAAGTATTCCAATTTCAAACATAGCAATTGAACTTTGTTATAGTAAG +TCTAATTATTTTAGTAAAGTATTTAAGAAGAAAGTTGGTTTAACTCCAAGTGAATATAGA +GAGCAATATTTAAATAAGAAGTTATGCCTTGTTTAA +>group_1391 +ATGGATAATTTACTTTTAGATTCACTAAAAAAAGAAATGATAAATTTAAGTGAAGAAATA +TTTAAAAATCCAGAACTTGGATTTAAAGAGTTTGAAACAAATAAATTAATATGCGAGAAA +CTTGAAAAGTATAAAATTAATTACATAAATGATATAGCAATAACAGGGATAAAGGCCACA +ATTGATTCTAAAAAAGAAGGTCCTCATATAGCACTTTTATGTGAATTAGATTCTGTACCA +AGTACAGAACATAAGTACTTAGGAAAAAGAGATAACTGTGCCCACTCATGTGGACACTAT +GCACAAGTTGGTATGATGTTAGGAACATTTTTAGCTTTAAAAGAATCGAACATCATAGAT +GAACTTGGTGGGAAGGTATCATTTATAGCAACTCCAGCAGAGGAATACTGTGATTTTGAC +TACCGAGAAAATTTAGTAAAAGAAAATAAACTTTCATATATATCTGGAAAGCAAGAAATG +ATTAAACTTAATACTTTTAAAGATATAGACTTAGTTTTATCAGCTCATGCAATGCCACCA +GGGACAGGACATTTTGCAGAAGTTAATTCAAGTTTAAATGGATTCTTAGGTAAAAAAATT +ACATTTAGAGGAGTGTCTGCACATGCTGGACTTAATCCTTCAGACGGTGTGAATGCTTTA +AATGCAGCAAATGTTGCTTTAAATGCAATAGCATACTTAAGAGAAACATTTAAAGAAGAG +GATGCAATAAGAGTTCATTACGTTATAAGTGATGGTGGGGCAAGTGTTAATAGTGTCCCA +GACAAAGTAACAATAGATATGTATATAAGAGCTAAAACTCTAGATGCAATAATTGATGTT +AATAAAAAAGTAGACAGAGCATTTAGAGGTGGAGCATTAGCTATTGGTGCAGAAGTTGAA +ATTACAAATACAGGTGGTTATTTACCTTTAACACAAGATGAAAGTCTTACACAAGCAGTA +AAAGATAACATGCTTAAATTTATGGATAAAGATAAGATAATATCAGATTGTCATTCATTT +GCAAGTGGAGATATAGGTGATTTATCTTATTTACTTCCGACAGTTCAAATAGGTGTATCA +GGTTTTGCAGGAAGAGTTCATGGAAATGACTTTAGAACAGAAGATACACATATAGCATAT +GAGTTACCGATTAATTATTTTACAGAAACTGTAAAAGACTTACTAAAAGATAATGGTAAA +CGTACAAAAGAGATATTATCAAATTATAAGCAAAGACTTACATTTGATCAATATATAAAA +TTATTAAACGATACAAATAAAACTGATTTGTATAAGGCGGAGGTTTAA +>gtf1_2~~~gtf1_1 +ATGAAAAAAAATATATTAATTGTTATAGATTCACTTACTAGTGGTGGTGCTGAAAAAAGT +TTAATATCTCTATTAACTCTATTTGACTATGATAAATACAATGTTGATTTACTATTGTTT +TATCAAAGAGGATTGTACTTACCTTTAATACCAAAAGAAGTAAATATAATTGAACCACCA +GAATTTTTAAAAAGAATAAATAAGGGGATCAAAGGTAATCTAAGCGATGGAGATATTAAA +GCATTATACTTAAGAAGTGGTTTATCTATTTCTTGTAGAAATCCACTAATGACTAAAAAG +TATCATGGAGCTCAAATAATTTATAAATGGTTATCTAAAGGAATTAAAAAATTAGATAAA +AACTATGACGTAGCCATAGCTTATAGTCAAGGAATGCCTACCTATTATGTAGCAGAAAAA +GTACAAGCAAAAAGAAAACTTGCTTGGGTAAATATTGATTATAAAGTAGCAGGATATAAT +AAAGATTTTGATATGAAATACTATGAGAAATTTGATAAGGTAGTAGCTGTTTCTCACTCT +TGTAAAGATGTACTAATTGAAGAAATACCAATACTAGAGAACAAAGTAGATGTAATATAC +GATATTATATCAGATAAACTTATAAAAAATATGGCTAAAGAAGAAGGTGGGTTCTCTGAT +AATTTTGAGGGAATAAGAATATTAACTATAGGCAGAATAGTTTATCAAAAAGGGTATGAA +ATGGCAATAGAAGCCGCAGCAAAGTTAAAGCAAGATGGATTTAATTTTAGATGGTATGCT +ATAGGAGAAGGAAAGCTAAAGGAAAAGTTAGAAAATAGAATAGCAGAACTTAACTTACAA +GATAATTTTATATTCTTAGGTACTTACCAAAATCCATATACTTTTTTAAAGCAAACTGAT +ATATATGTACAACCTTCAAGATATGAGGGTTATGGACTAGTTATAGCAGAGGCTAGAATA +CTACATAAGCCAATTGTAGCTACAAATTTTACAGTAGTACACAATCAAATTCTAAATGAA +AAGAATGGACTAATATCAGAAATGAATTCTCAAAGTTTATATGAATGCGTAAAGAGAATG +ATAGAAGATTATAAACTAAGAAAACATGTATGTGAGAATTTAAATCAAGAAAGTCCTGGA +ACTGAAGAAGAAATATTAAAAATCTATAAATTAATAGAAGATAAGTAA +>kanE_2~~~gtf1_2 +ATGAAAAAAGTACTAATAGCTTCATTTGATATGGAAGTAGGGGGTGTGGAAAGAAGTCTT +GTAAGTATGCTAAATAATTTTGATTACAACAATAATGAAGTAGATTTAATGTTGTATACT +GGAGACTTTATGGAACTACTACCTAAATATCATAATTTATTGTTAGAGAACAAAAAGTAT +AGCACTTTCAGACAATCTATAGCACAAACTATAAAACAAGGTAATTTATGTATAGGTATG +GCAAGAGCATTTTCTATATTAGAGTCTAAAATAAAGAGCAAGGTTCAAGGTTTAAATGAA +AGTGTATATGCACAAATGCAATATATGTGGAAAAATTCACTTCCTTTCTTACCCAAATAT +AAAAAAGAATATGATGTAGCTATAAGTTATTTATGGCCACATTACTTTGTTGCTGATAAG +GTAAAAGCAAAAATTAAAATAGCATGGATACATACTGATTATTCTAAACTAGAAACGGAT +ATAGAAGTTGATATGAAAATGTGGGATAAATTTGATCATATAATTGCAGTTTCAGAAGAA +TGTAAAAATGCATTTTTACAAAAATATGGACGATTAAAAAATAAGGTTAGGGTAATTGAA +AATATAACATCTCCAGGCTTTATAGAACAAATGTCAAAAGAGAAAGTTGAAAATCTAATG +ACTAAAGATGACTGCTTTAAATTAGTTTCTGTAGCTAGGTTATCTTATGCTAAAGGCATT +GATAATGCTGTAAGAGCCTTGAAAATTTTAGTAGATAGAGGCTATGATAATATAAAGTGG +TATATAGTGGGATATGGTGGAGATGAGCAAATTATAAAAGACCTTATAAAAGAAAATAAT +CTAGAAGATAAGTTTATATTATTAGGTAAACAAATAAATCCATATCCATATATAAAATCA +GCAGACTTATATATACAGCCATCAAGATATGAAGGAAAAGCAGTGACAGTTTGTGAAGCA +CAAATACTTTCAAAACCAGTATTAATTACAAATTATACAACAGCTCAAAGTCAAATTAAA +AATGGATTTGATGGCTGTATTACAGAGTTATCTATAGAAGGGATTGCAGACGGGATAGAA +AAGTTATATAAAGACGAAGAATTAAGAGTAAGATTATCTACTAATTGTAAGAATACAAAC +TATGGAAATAAAAAAGAGCTAGAAAAATTATATAACTTATTTAATTGA +>group_824 +ATGTTAAATAAATTAGTTTTAATTGTTTTAGATGGGCTTTGCTACGATGTAGCAAAGTCT +CAAATGGGATTTTTATCTCATTTAGTTGAAAAAAGGATAGGAAATTTATACAAGGTTAAG +TCAGAGCTGCCAAGCATGTCAAGACCACTGTACGAAACTATTTTAACAGGAGTTCCACCA +TATAAAAGTAAAATTGTGAATAACGGTATAAGTAGATTATCTAATCATAAAAGTATTTTT +AATTTAGTAAAAGAAAATGGAGGTATATCTTGTGCAGCTGCTTATCATTGGATAAGTGAA +TTATATAATAAGGCACCTTTTGACTATTTATATGACTGTTATCAAGAGGATAAAAGTAAA +TCAATACAATATGGCAGATTTTATTTTGATGATACTTATCCAGATAGTCATTTATTTATT +GACGGAGAGATTCTTAGAAAAAAGCATAATCCACATTTTTTATATATACATCCTATGGGA +ATCGATGATATAGGACATAAGTTTGGAAAAAACTCTAAAGAATATAGAAGTAAGGTCATA +CAAGTGGATGTTATACTTTCAAACTTTATACCAATGTGGCTAGAAGAAGGTTATGAAGTA +GTTGTAAGCAGTGATCATGGAATGAATGAAGATGGAAATCATTGTGGAATTAGTGATGAT +GAAAGAATTGTACCTTTTTACTATTTTGGAACAAGTGATATTAACTTAAAGATAGATGAA +GTTATAAATCAAACTCAAGTGGCACCTATTTTATGTAGGTTAATAGGGATTGAAAAATCA +TCAGATATGGAAGTATGTATATACTAG +>disA +ATGGATAATTTCCTAAGCAATAAAGAATTATTACAGGCGTTAAAAATGATATCTCCAGGA +ACTCCATTAAGACAGGGATTAGATAATGTATTAAAGGCTAAAACAGGAGGGCTTATAGTA +ATTGCTACAAACGAAGAAATAATGAATGTGGTAGATGGTGGATTTGCAATAAATGCAGAT +TACTCACCAGCTTATGTATATGAATTAGCAAAAATGGATGGAGCAATAGTTATAAGCGGA +GATACTAAAAAAATTTTATATGCAAATGCGCAACTTATACCAGACTATTCTATTCCTACT +TCGGAAACAGGTACTAGACACAGGACTGCAGAAAGAGTAGCTATACAGACAGGAGCTATT +GTTATAGCTATATCGCAAAGACGAAACATAATAACCGTATACCAAGGACAATATAAATAT +GTAATAGAAGAAATATCAAAGATTTTTACAAAAGCTAATCAAGCCATACAAACTTTAGAA +AAATACAAAGCTGTTTTAGATCAAGCTGTAATAAATCTTAATGCATTAGAATTTAAGGAT +TTAGTTACTATTTATGATGTTGCTTTGGTTATACAAAAAATGGAGATGGTAATGAGGATT +ACTAATATAATAGAAAATTATGTGATAGAATTAGGAGTAGAAGGAAATCTAGTAAGTATG +CAGCTAGAAGAATTAATGGGTACAGCTAGAGTTGATCAAAAGTTAATATTTAAAGATTAT +AAAAGAGAAGATTTAGGCATAAAAGATTTCAATCAAAAAATGAGAAGTTTAAGTGATGAG +GAATTAATAGATTTAGCTAATATGGCAAGAATATTAGGTTATAGTGGATTTTCTGAGAGT +ATGGATATGGCTATAAGGCCTAGGGGATACAGAATACTTAACAAAATACACAGGCTACCT +GCTACTATAATAGAGAATTTAGTTAATTATTTTGATAACTTCCAATCAATAGTTAGAGCA +TCCATAGAAGAGCTTGATGAAGTAGAAGGTATAGGAGAAATAAGAGCAACTTATATAAAA +AATGGACTTATAAAAATGCAACAATTAGTATTATTAGATAGGCACATATAA +>yclQ_1 +ATGATTAAATTAAAAAAGGGAATTGCATTATTACTTAGTACCCTAATGATATTAGGGCTA +ACAGCATGTAGTTCAAAGAACGAAAATAATATAAATGGAGAAAGTAATAATGAGACAAGT +TTAGACAGTGATTCTCATTATCCTGTTACAATAACTACATACAATTATAAAAATGAACCT +GTAGATATAACTTTTGATAAAGCACCAGAAAAAGTAGTAGCAGTATATCAAAATTCAATA +GAAACTTTGCTAGCATTAGGCTTAGAAGATAAAATTGAAATAGCAGCAGGTCTTGATCAT +GAAGTAAAAGATGAGTATAAGGATGCATTTAGCAAGGTGAATTATATAGAAGAGTTTACA +CCCTCAAAGGAAACTGTTGTAATGGAACAACCAGACTTTATATTATCTTGGTATTCTTTA +TTTAGTGATAAAAATTTAGGTGATGTTGATTACTGGCATCAAAATAATATAAATACATAT +ATGGCTTTAAATAGTGGAGCAGCACAAGATAGAACTTTAGAAAATGAGAAAGCTGATATA +TTAAATTTAGGAAAGATATTTAATGTAGAAGATAAAGCCAATCAAATAGTAAATGAAATT +GATACAAAAACAAATGAAGTTGAAAATTCAGTAAAAGATCAAGAAAAGCAAACTACTTTA +ATAATAGAATATATGGATGGACAAATATATACATATGGAGCTAAAACCTTAGGTGGAGAT +ATGGTACAAAAACTTGGAGCAGAGCTTTTAAATCCAAATGGTGGAAATATTAGTGAAGAA +GATCTGATAAAATTAAATCCAGATTCAATATTTGTAGTTTATATGGATAGAACTGATGAA +GATATGTCTAAGGAAGCTATAAATACTGTTATGAATAATAAAGCACTTTCGAGCTTAAAT +GCTATTAAAAATGAAAGAGTAAACTCGATAGCTCTTGGAGAAATGTACTGTAGTGGAATT +AGAACAATAGATGGTATAAATACATTTGCAAATGGATTATATCCAAATTTAAATAAGTAG +>uacT +ATGAGTGAGGGCCAAGTTAGAAATGTTAGTAAGGCAAGTGACTCAGAGAATATTTTAACT +AGTTCGAAGGCATTTATTTATGGGGTACAACATGTATTTGGTATGTGTGCAGGGATATTA +GCAGTACCCATAATGATAGGAAATGAAGCTAAGGTTACAAGTACTGAGATGATGATACTT +ATAAGTGCGACACTTTTTGTATCTGGAATAGCAACATTAATTCAAAGTATTGGATTTAAA +GAATTTATAGGAGTAAGAATGCCTCTTATGCTAGGGGCAAGCGCAAATCCTACTTCTACT +ATGCTTGTTATAGTTGCATCTACTTCAATTGGAGAAGGTAAAGCACTTAGTATAATATTT +ACCTCAACGATAATTGCAGGTTTATTCTGTTTTTTTATCGCACCGTTTTTTAGCAAGCTA +CTAAGATTTTTCCCTAAAATAGTTACAGGAACAATAATTACTTTAATGGGAATATATTTA +ATTCCTATAGCAGTTAGATGGTGTGCAGGAGGTGTTACGACTGCTCCTGATTATAGAAGT +ATGGAAAATATAATTCTTTCATTTATTGTTTTACTAATAATAGTAGCTCTAAATAAATGG +GGTGGGAAAACATTAGGTAGTATGGCAATACTTATTGGGATAATACTTGGAACTATTATA +TCAATAATTATTGGTAAATTTGATTTTACAATGGTCAATTCAGCAGGGATATTATCTATT +CCAAAGCCATTCTTCTTTGGAGCACCTGTTTTTGATATACCGGCGATTGTATCTATGATA +GTTGTAATGTTCATTATGATGATTGCTTCAACTGGAAACACTGTTGCAATTCACGATATA +TTTGGAGAAGATGTCACTGAAAAGAAGGTTACAAAAGCATTAAGAGCAGATGGATTATCT +TGTATGATAGCAGGAATATTTAATACATTCCCTCAAGCACCTTGCGCTCAGAACTTAGGT +ATAGCAAGTATGATAGGTATAAAGGGAACAAAAATAACTATAATGGCAGGGATAATATTG +CTTGTTCTAGGTATTATACCAAAATTTGCAGCTATAATAGCATCAATACCGTACCCAGTT +TTAGGTGGGGCAGGTCTCGTAATGTTTGGGATGATAATATCAGCAGGGATTAATAGTATA +AAACAAGTAGAATTTAATGGAACTAAAAATGGTTTTATATTTTGTGTAAGTATAGCAGTA +GCTATGATTCCTATAGCAGTTCCAGATTTTTATGTGAATTTTCCACAAGGAGTTATTCAA +ACAATTTTAAGTAGTGGGATAACAAGCGGTAGTATATGTGCAATAGTATTAAATCTGATT +TTTAACTATAAAGATGTGAAATAA +>group_1540 +ATGCAAGATATGAATTGGATATATATGATGGAAAAAATGCAAGAGATACATTTATTTAGT +AGAACAATGATACATAGAGCAATAAAAGAATATGAATTGTCTGGACAACACTTAGAGTTA +TTATCTCAACTTTTATTACATGAAGAGGGTATGACCCCAATGAAACTTAGTAAAATTATG +GGTGTAAATAAAACAATTATAAGTAGAATAATAGATTCTTTAAATAAAGGAGGATATGTA +ATTAAAACACCGGATGCTAAAGATAAAAGAAGTTATTCAGTAACAATTACTGAGTTAGGA +AAACAAATAATGGATAAAGTATACAAAAACTATTTGGGACCTATTTATGAATTACGTAGA +AAATTAGGCGATGTAGAATTTTTAGAATTAATGACTTATATAGAGAATGCAAATAAAAAA +ATGAGTAAAGATTAG +>group_826 +ATGGAAAAAATAATTAAAGTAATAAGTATGCTATTAGATGGACTAAAAAAAGTTTTAGTT +AGATTTAAAAATGCTAAATTTGGATTGCTTTTTATTATAAATATATTTAAAATACCAGAT +TTTATGACAGATAGTAGAGTAAGCATAATTAGTAAACTTAAGGTAGTATTTTCATTTGCT +GTAGCTATTTTATATATGGTTTTTGCTATAGATTTCATTCCCGAAATGATAACTGGAGTA +TTTGGAATGTTTGATGACTTACTTATTTTAGTATGGTGTTTGGGAATTATGAGTGAAGAA +ATTGAAAAATATAAGGATATAATAAAAAACAGCAAAGATTTGAATATAATAGAAGATGTT +GATTTTGAAATAAAAGATGAAAAATAA +>malL_2 +ATGGTAAAGAAATGGTGGCATAGTTCAGTAGTTTATCAAATATATCCAAGAAGTTTTAAA +GATAGCAATAATGATGGTATCGGAGATATTAATGGAATAATTGAAAAGTTAGATTATTTA +AAAGAGCTTGGAATAGATGTAATATGGTTAAGCCCAGTTTATAAATCTCCAAATGATGAT +AATGGATATGATATAAGCGATTATTGTGATATTATGGACGAATTTGGAACTATGGATGAT +ATGGATAGACTTTTAGATGAAGGTAATAAAAGGGGAATAAAAATTGTAATGGACTTAGTT +GTAAATCATACCTCAGACGAACACAAGTGGTTTATAGAGGCTAGAAAATCTAAAGACAAT +GAGTATAGAGATTATTATGTTTGGAGAGATGGTTTTAATGATAAAGAACCAAATGATTTA +GAGTCAATGTTTAGTGGAAGTGCATGGGAGTTAGATAAACAAACTAATCAATATTATTTA +CATTTATTTAGCAAAAAGCAGCCAGACTTGAATTGGGAAAATCCTAAAGTTAGAAATGAA +GTTTATAAAATGATGAATTATTGGATAGATAAAGGTATAGGTGGATTTAGAATGGATGTT +ATAGATTTAATTGGTAAACTACCAGATAAGAAAATAACAGCAAATGGACCTAAGTTACAT +GAATACATCCAAGAAATGAATAGGGAAACACTAAGAGATAAAGATTTACTTACAGTAGGA +GAAACTTGGGGTGCAACTCCAGAAATAGGAAAAATGTATTCAGATCCAGCTAGAAATGAG +CTTAGCATGATATTTCAATTTGAACATATAATGCTAGATCAAGAAGGAGAAGAAAAATGG +GATTTGAAACAATTAAATTTACTAGATTTAAAAAGAATATTGTCTAAGTGGCAAACCGCT +CTAGGTGATGAAGGTTGGAACAGTTTATTCTGGAATAACCATGACTTGCCAAGAATAGTT +TCAAGATGGGGAAATGACAAAGAGTATAGAGTTAAAAGTGCAAAAATGCTAGCTACACTT +TTACATGGTATGAAGGGAACTCCTTATATATATCAAGGAGAAGAACTTGGCATGACCAAT +GTGAAATTTGATAATATAGAAGATTATAATGATATAGAAAGCTTAAATATGTACAAAGAA +AGAATATCAAAAGGGTATAAGCATGAAGAAATAATGGAATCTATTTATGCAAAAGGAAGA +GATAATGCTCGTACACCTATACAGTGGGATGATAGTGAATATGGAGGATTTTCAACTTCA +AAACCATGGTTAGCGGTAAATAAAAACTATAAATATATAAATGCTAAGAATTGTTTAAAA +GATAATGACTCTATATTCTATCACTACAAGAAATTAATAGAAATAAGAAAAAGCAATGAG +ACTATTATCTATGGTGATTATAATTTATTATGTGAAGATGATAAAAATATATTTGCTTAT +ACTAGAAAACTAGATGGAGATACTATTTTAGTTGTTTGTAACTTTTATAATATAGAAACT +AAAATTAATTATGAGGGTGATTATGAAAGTTTGGAAATATTAATAAGTAATTATAGTGAT +TCTAGTATTAATTTAAGCAATTTGAAGCTAAGACCTTATGAAGCTATTATGTATAGAATT +AAATAA +>group_828 +ATGAGATTATATTATAGTATTAAATTTTTCTTTAAATCACTTAAAAATAATTTTTTTGTG +AATATATGTATGTTTATACTCTTGCCTATTATTCTAGCTCTTTTTATGAATAATATAGCA +AAGTCTGCATTTGAAAGTCCTAATATTACAGAAATAATAAATATAAATTTTGTAGATAAT +GATAATACACCTTCATCAAGTCAACTTATTAATTATATAGAAACTAATTATAGTGAGCTG +TTCGACCTAGATAATAAAGATGACGACCTTGATTTGGAAATAACAATTCCTAACGGATAT +GAAATTAGTTTAGCAAATAATAATAAAAATTCTATTAGTATAAAAGAGCTTCATAAAAGA +AGTTCCAACTCTTCAAATATAGTTAAGAATATAATTGATAACTACCATGAGGAATTATAT +TTTAATGATGTTGGTACTTCATTTATAGAAAATAAATTTATAGATGCAAATATATCTCAA +TCTTCATCTGAATATTTTGCAATATCATTTTTAGGTTATTTAGTTATATCACTTGTATTT +AATAATATAGCATCTACATATGTAGGCGAAGTAAGTAATTCTTATGTAGGTGAGTCTAGT +GGATTAAATAAAAGAGTTTACTCTATGCCTATATCTAGAATATGTAGATTAGTATTAAAT +TTCATAAATTTATTTATATACGCTTCGATATTCTTACTTTTATATGTATTAATCAATAGA +TTTATCGGAATTGCATTTACGGGAGATATTTATTTATTGATTTGTATATGTATAATAAGC +TCTGTGTTTATAGCTTCAACATCAAAGTTTATAGATGTATTCTTGCCTAAGAAATATGCT +ATTACAATTACATGTATCTTGTTATTAGTTCAAGTAGTTTTAGGTGGTATGGTTACTCCT +TTTATTGATACCTTGTCTAAGTTTGCTAAGCTGTCACCTACCTATATTATAAGTGATTTA +TTTACTAATTATAGTATTTACAATAATTTTGACGCAGTATCAGGTTCATGTACTTTATTA +TTATTAATATCATTAGTCTTATTTATTTTATCAGCACTAAAAGAAAAATATCATTGGAGG +GAGATCTAA +>rlmCD +ATGTTGTCAAAAAATAAAGAGTATGTAGTAGATATAGTTGATATAGGTCAGGGCGGAGTT +GGAATAGGTAAATACGATGGTTTTACAGTATTTGTAGATGGAGGACTAATAAACGACAGG +ATTAAAGTAAGAATTAACAAATCTAAGAAAAATTACGCAGTTGGAGATATAGTTGAAATA +ATAGAAGAGTCCCCATTTAGAGTAAAGAGAAAATGTAGTGATAATCTAAAAGATTGTGGA +GGGTGCCAAATTCAAGAATTAGACTATCAAAAACAACTTGATATAAAAACAAATGAAGTA +AAACAAGTTATAAGTAGAATCGGAAAATTAGAGGATGTAGTAATTCATGACACTTTAGGA +ATGGAAGAGCCAGTAAGATATAGAAATAAGGCTCAATTTCCAATTCAAAAGGTTAATAAT +AATCTGTTAATAGGTTTTTATAAAAAGAAAAGTCATGACATAATACCTACGGATAAATGT +ATAATACAACATGAAATAAATGATAAAATCATGAAAATAATTAAAACTTATATAAATGCA +TATAAGGTTAGTGTATATGATGAAAAAACTCATACAGGAGTTTTGAGACATTTAGTAACA +AAGGTAGGATTTACAACGAATGAAGTTATGGTAGTTTTAGTTGCTAATGGTAAGAAATTA +CCTTATTTAAAAGAGTTAGCATCTGTATTAGAAGAAAATGTACCAGGGTTCAAAACTTTA +GTTGTAAATGTTAATAGAGAAAAAACTAATGTTATATTAGGTAGGGAAAATATAGTTGTT +TATGGAGACGGAAAAATAAATGATTATATAGGAGAATTAGTATTTGAAATATCTCCATTG +TCATTCTTCCAAGTAAACCCTGTTCAAACTGAAGTTTTATATAACAAGGCTTTAGAATAT +GCAGATTTAAAGGAGAATGATACTGTATTTGATATATACTGTGGAATAGGAACGATATCT +TTATTCTTAGCTCAAAAAGCTAAAAAAGTATATGGAATAGAGATAGTTGAAGATGCTATT +AAAGATGCAAAAATAAATGCTAATTTAAATAATTTAGATAATGTTGAATTCTATGTAGGA +AAAGCTGAAGAAGTTGTTCCTAAGATGTATAAGGAAGGTAAGACAGCTAATGTTGTTGTT +GTTGACCCTCCAAGAAAGGGATGCGATGAGAAGGTTCTCGATACTATAGTTTCTATGAAA +CCAGATAGAGTTGTATATGTTTCTTGTAACCCATCTACTTTAGCTAGAGATTTAGCATAT +TTAGATGAAAGAGGATACAAGTGTTTAGAGGTACAACCAGTAGATATGTTCCCTCATACA +ATGCATGTTGAAAGTGTTGCTAAACTTGAAAAAATTAAATAA +>rcsC_5~~~rcsC_3 +ATGAATAGATCGAACAAGGTAGGAAAAAAATCGTCTATTCTGTTAAATATCTTTAATATA +GTAATTTTTATTCTACTTATTTATCTAAGTTATACAAATAGACAGTTATACTCGGTATCA +GCAATTATATTAAGATTAACATTGAGTATATTGATAATAACATTTACATTAGGTATAGGT +CGTTTTAGATTCGATTATGTGAATTTAATAGGTATTGTATATATTTTATCTAATGTAATG +TATATTTGTAGTATACTGTTATTTTCAAATATCAGATATTTATCAGAGTTGATATTAATA +AAAAATATTTTAGAATCAGCAACTATTTTTTTTATTATTGATAGTTTTTATAAAAAAACA +ATAAAACGTAAATCTAAATCTAAATCTAAAGAACATCCAATATTAGTTTATTTTGTATAT +TGTATTTTCATTCTAGTAATGTACTTTAGTATAAAGCATAATATAAATATAGTAAACTTT +AATCAAATGAAATTTAATGGATTTGAACTTATATTATCGGTAAATATGATTTTATTGATG +ATGACTATAAAGAGAAGTTTAGCTTACATTAAGAAGAAAGAATCTTACTTAGAAAAGAAA +GAGCTCAAGTTAATAAATAGGGTTATATTATTAAAAATGTTATATTTTATAGGATTATTC +TATATAGTTAAAGAAGAAATATATGCAAACTTTGTTCATGCATTTCTTGAAGCTATAAGT +ATTTTAGAAACTTATTATATATATAAAATAATAGTTGAATCTAATTTAATGAATCCTTAT +ATAAAAAAAATAAAAATTAATAACGTTATGGAAGAACATTTATTAAAGCAGCAACAAGTA +AGCAATGTGCTACAAAGGGATATTAAAGTACAAGGTAAAATGACAAAAGAAATGGAGTAT +AAGGAAGATTTCCTATATAGATTATTGCCATTTACACCGAATGGATGGATAGTATTTGAT +AAAAATAAAAATATAAAATATTTCAATGATACATTAAAGAAGATTTGTTTATACGAAAAA +TATGATGATATTCAATTAGCTCTTGAAAATACGATAATTAATTATGATGAATTTATAGGC +TATTTAGACGTGTTAGGTGTTGGAGCAGACTCAATAGAGTGCGAAGTAATAACAACTACA +AAAGAGTGTTATAAATGTATGTTTTCTAAATATGAAACTTCGGATGAAATAGTGTGTATT +TTATTAGATATATCTAATGAAAAAAAGATGTTAAATAACTTAATAGAATTAAAACAAGAA +TATGAAGATCTAATAACTAATATAAAGAGCCCGATAATTATTTTGGATGAAAGTAATGAT +ATAGTTCTATTCAGTGAGTCATATGAAGAAATTTTTTCTAAATTCAAAATATATGAAGAG +GATTTAGATTTATATCAACTAGCTAGTAGTATAAATGCAAATGCACGAAATAATTATGAA +CTTTACAACAATGGCTTACTTAGATATAGAAGAATAGATAGAGAAGGAAATATAATCTGG +CTAGAATCAAAAACTACAATTTATTATGAAGGTGATAAAAAGTATACTATAATAAGCTAT +AATGATATTACTTATTATATGAATAATAGAGAAGTAATCAAAAGAAGTGAAGATATGTAT +AAAGCTTTATTAGATAGAGTTCCAGAAGGAATATATTTAGAAGATATAGAAACTAATAAA +TATGTTTATATAAATAAAAAATTTAAAGATATATTTGGTTTAAAATCGGAATTAAAAGAA +GAACTTGGAGTTTGTAGGTCAGATTTTATGAAGATTCATCCTGATTATGTTAATAAAGCT +AAATATACATTCAATAAAGTTAAATCTGGTGAAACTAGTGATTATTACAGGATAAAATAT +TTAGATAAAAATGATGAGGTTATAGATACTCAGGTAGCTAGTATACCTTTTAAGATTAAT +AGAAAAACGTTTAAACTTACCATAATAAAAGATATGAAGGATATTATAAAGCTAGAGTCG +TTAAAGAAACAGATTATAGAAAGAGAAAAGAGAGACCTTATAAAAATGCAGTTCTTTATA +AATATGTCTCATGAATTAAAGACACCTTTGAATCTTATATTTACAAGTGCTCAGCTAATA +GGAAATTTATATAATAAAAATAAGATATCTGATGAGCATGGAATTATTAAAAAACATGTA +GATTTAACTATACAAAATAGTTATAGATTAATAAAGATAATAAATGATTTGATTGATTTT +ACTAAAATGGAATCTGGTTTTTATCAATTAAGATTAGAAAATAAAAATATCATTGTTCTT +ATAGAAGACATAGTTATGTCATTTGCAAATTATGCTGATAATAATGGAATTAGTCTTATA +TTTGATACAAATGTAGAAGATTTAATTATGTCTGTAGATGTTAATTCAATAGAAAGAATT +ATACTTAATATTTTATCAAATGCAATAAAGTTTACTAGTGAGGGTGGTAGTATATATGTA +AATCTTATATATGAGAATGGCAAGATAAATATAATAATAGAAGATACTGGAATAGGAATA +CCAGAAGATAAATTAGATCATATATTTGATAGATTTAATGATGTAAACAAAGGATTTATT +GGTAATGTATACGGAAGTGGTATTGGACTTTCTATGGTAAAGTCAATGGTTAACTTAATT +GGTGGCACTATTAGTGTTGAAAGTGAACTTAATGTAGGAACTAAGTTTACTATAACTATA +GATGTTAATGTATTAGAAGGAGAACATAATTACATAGAGAATTATGAAAGTATGTCTAAC +ATAGAACGATTGACTGTAGAAATGGCAGATGTATATAAAGATGCTAAAGTAAGATAA +>group_831 +ATGAAGCTTAGCATGTGGATGATAGCTAATCGATTAAATCAAATTGATTTAGAATTAAAT +ATTAAAAAAGATGCTCCAATAATACTTAAAAGTGCTAGACGTGCGTATGCTACTAATTGT +GTTCATATTTTTCAATCTGGAAACGATGTTATATGCAATGGAGAAGGAGATTATATAAGA +ATAAAAGATATTAATATTTCTCAAGGATTTGAAATTGTTCAATCAATATTTGACTTTTAT +AATGACTGGTCTGATAATATATTAACTTTAGCTAGTAAACTCGATTTTCAATCACTAATT +GATTTTTGTTGGTGTGCATTTAACAATCCTATTGTACTCATGGATGCAAATTGCAAAGTT +TTAGCTATTAGCAATCAATATGATGAAAACGATGTGGATTCTGAATGGTCCCATCTAAAA +AAATGTGGTTATAGCTCTATTAATGCAATTAGATATTTACGTGGCACATATACTTATACA +TCCACATTTTATGAACAAGGTGCTCAATATTTTAATTTTATCAATAAAGAGTTAGAAACT +CCTTGCATTTCATCTTCACTATATAATAATGACATGTTTTGTGGTCGAATTAACATATTA +CAAAAAGACCGTCAGCTAAATAATGGTGATATTCAACTTTTAGATTATTTAGTTTCAATC +ATTACACCTTATATCAGCACTCTAGCTTTAAATAATGATTCACCTCCGATTTGTAATATA +TTTCTATCTATTATCAATAACGAAGAAATTGATTTAAAAGATTTACAAACTCAATTAGAT +TATATTGATTGGAAGGATAACGATAACTTTAGGGTTTGTATACTATCTCATAACTTAGAT +AAAATACCTAAATCATTGATATCTATGTATTGTGGGGTGATAGAAAGTAATTTAAGTTAT +AGTCACGCCTTTGTAAAAAATAAAAAGATTGTAATTATTTTTAATGAAAGAAAAACACCT +TATTCAAATGCAATAGAAATTTTAAAAAATATTGCTATTGAAGCATCTATGAAATTAAGT +ATTAGTCTACCTCTAAAAGATTTAAAAAATCTTGCTATATTTTATAATCAAGCATTATAT +GCCTTTAATTCATCTCAATCATACAATCCATCTAGTTGTTTAATAAACTTTTATGACTAT +GCTATGGATTATATAATTGAATCAAGTTTTTCAATAAATATCCTTTATGCCTGTCATCCT +GATGTTCTTAATTTATGGCAAATTGATGAAAGATCCTCTGGTAATAAAATTGATACCCTA +TACTCATATCTAACTAATGAAAGATCTATAACTAATACAGCTCAAGAAATGTACCTTCAT +CGTAATACATTGATATATAGAATAAAAAAAATAATAGATTTATTAGAATACGATATTAAT +GATGTATATACCCGAGATTATATAATATTATCTATTAAGGTTTTGAAACTATATCAAAAT +AAATATAAAGATAAATTTAATTTAGAAAAAACACAGAATTCATATTCTGTTGTTAAATAA +>group_238 +ATGAGGTTTAAAGAAATATATGAAAAGTATATAAATGGAAGTGCAAGTGAAGAAGAAATT +AAAATTATTGAAGAAGAGATAGAAAAGAATGAAATTATAAGTGAATACTTATCTCAAAAT +ATAGAGGATGATTTTCTAAATAAAAAAGATTTATTTGGTGAAATGCGAATAAGTAAAGAA +GAAAATGAGTTTAAAAGAAAATCAGAAAAAGATTTACTAAAATCTATAAATAAATCTATT +AGAAATAAGTTTATAGTAACGGGAATATGTTCTGTATTAGTTGTTATAGGATTAGTAGGA +GGTGCTAAGTATATTATATCTCCGGCTATGGATTCTAAGTATTATAACCCAACTAAAATG +TTAGGTCAGTTTACAGAACAGTTGTTGGTCGATATATCTGTTTTTACAGAACTTCATTTC +CCAGGAATTGATACAAGTTATACTAACTCAGAATCTTTAGGTTATGGCAGATATAATACA +AAAATTAGTCAATATAACACATTTAAAAATACTGAAACAACTTATGAGGGAGTTATTGAT +AAGGGGCAGTTAATGTATATTGGAAGTGATTTTTATAAATATCCTATAATGAATATCTTT +AAATATGGAGTTTACCCATACGATGATTATGATAATGACGATAGTTCAGAAATTGAAGAG +CTTAAATTATTACCAAAGACAGCACAGGCTAATATATATGTTTCTTTTAAAGAAGATATA +GACATGAAGGAAATTGTTAGATTGATTAATAAATATGAAGATCTTTACTTTAGTTGGGTA +GGAATAAGAACTTGTGATAAAAAAACACAACAACTACCACAAATGGGGTTTGAAACAAGT +GGAAGTGGAATTGTATTAGAAGGTTTCGAAGAAAATGAAAAATATCCGTATCTAGAATTA +GGAACGTTAGACTGGGATCGTAATGATAGTGAAGTTTATGAAACTCATTTTAAAAGTTTA +TTAAAATACATGATAGACAATAAAAGTTTTACAGAACTTAATCATCCGAATGTTTATGAA +GATGTATATAAATATACTTTAGATTATGTAAATAAGAATGGCGTAAAGTCTTACGGGGTA +TTAGTTACTGGTGATGCAGAAAGTATTCTAAAGTTAAGAGAAGAAAGCTATGTGTATGGA +ATAAGTATCGATGATGTAAAAATATCTTCTTACTCTCATTAG +>rasP +ATGACAATAATAGTTGCCTTATTATTATTTAGTGCAATTGTATTTATACATGAGCTAGGT +CATTTCCTTTTTGCAAAAATGAATGGGATAAAGGTTCATGAATTTTCAATAGGTATGGGT +CCTAAAATATATAGTATAAAAAAAGATACTGATTATTCAATAAGATTACTTCCAATAGGT +GGATTTGTAAGTATGGAAGGTGAGGACGAAGAGTCTAAAGATCCTAGATCTTTTGGTGAA +AAAAGTATACTTCAAAGAGCAAGTGTAATATTTGCTGGACCTTTTTTTAATATAATATTT +ACAATAATATTATTTATACCAATATTTTTATTTATGGGTAATCAAACAACAACTTTAGCT +GGAGTTACAGAAAATGGACCTGCATACCAGGCAGGAATTCAAGTTGGCGATACTATTGAA +GCTGTTAATGGTGAATCAGTAAAAACTTGGCAAGATGTAATTCAAAGTTTAAATGAGTCT +GATGGAAGTGAACTTAAGCTTTCTATAGATAGAAATGGTCAAAATAAAGAAGTTACTGTT +ACACCTGAAAAAAATACTGAGGGAAGATATGTAATAGGGATAGAAACGAAGGTAGAAAGA +AACCTAATTGCTTCTATAAAAAATGCATTTACTACAACTTGGGACATGATGGTTCAAATG +ATAACTTTCTTAGGACAATTAGTTACAGGAACTGTACCTGGTGGAGTAGGTAATTCTGTT +ACAGGACCTCTTGGGGTTATAAATATAGTTTCGCAAGCTGCTAAAGTGGGTATTATTAAT +GTAATGTACATAGCCGCAGTAATAAGTTTAAACTTAGGAATAATAAATTTAGTTCCACTT +CCTGCATTAGATGGAGGAAGATTACTTATGCTAGCTATAGAAGCAATAAGAGGTGGTAAG +AAAATTGATCCTAATAAAGAAGCTATGATTAATATGGTAGGACTTGGTGCTCTAATGTTA +TTTATGGTGTTTATAACTTATAAGGACATTTTAAGACTATTCTAA +>group_1134 +TTGGATTCGACCAGTAGTAGTAATTTGATTCAAATAGTATTATTAGGGATATTATTAGTA +GGTTCAGGTTTTTTCTCTGCATCAGAAACTGCTTTAATGTCTTTAAGTAAAATTAGAATA +AGGTACATGAAAGAAGAAGGTGTTAAAGGCGCTAAATTAGTAGGATCTTTAATAGATAAT +CCAAATAATCTTTTAACATCTATATTAGTAGGAAATAATGTTGTAAATATAGCAGCAACA +TCTATATCAACATCATTATTTATGTCTTTATATGGAGAAAGTGGTGTACCTATAGCAACT +GCAGTTATGACAATATTAGTACTAATATTTGGAGAAATTACTCCAAAAACTATAGCAGCT +AACAATACTGAAAAGGTGGCGCTTATAGTTTCTAAGCCAATTAAGGCTACCATAGTATTT +TTAAAACCTGTAGTATGGGTATTTAACATAATAACTTGGGTTATATTTAAGGTTCTTGGA +GTTCAAGATAAAGGCATTCAACCATATATAACTGAAGAAGAACTTAAAACTATGGTAAAT +GTAAGTCATGAAGAAGGAGTACTTGAAATTGAAGAAAGAGAAATAATCAATAATGTATTC +CAATTTGGTGATATGCAAGCTAAAGAGGCAATGATTCAAAGATTAGATATTGTAGCTATA +AATTCAGAAGATACTTATGAAGAAATCATGGATTTATTTAAAAATGAAAAGTTAAGTAGA +TTACCTGTATATGAAGAATCTATAGATAATATAATAGGGATTCTTAATATAAAGGATGTA +GTCTTCTTAGAAGATGAAGAAATTGAAAACTTTAATATAAAAGAGTATGTAAGAGAAGCA +TTTTTCACATATGAATTTAAAAAAATTACTCAACTATTAGAAGAGATGAAAAAAGAAAAA +TGTCAAATGGCAATTGTAGTAGATGAGTATGGTGCTACAGCAGGTCTAATAACAGTAGAA +GATTTAGTTGAAGTAATTGTTGGTGATATAGATGATGAGTATGATGAAGAAGATGATGAA +ATACAAGTGATAAAAGAAGATGAGTATATAGTTGAAGGAAGTACTAAAATAACTGATGTA +AATGAAATGATTGGAACTAAATTAGAATCAGAAGAATTTGATTCTATAGGAGGCTTTATA +ATAGGCCATTTAGGACGTATTCCAGAAGAAAATGAAGTTGTTGAAGTAGATAATATAAGG +CTATGTATAGAAAGTCTTGATAAAAACAGAATAATGAAAATAAGAATATTCACATAA +>tmpC_4~~~tmpC_7 +ATGAAACTTAAAAAGTTATTAGCATTAGGTTTAACTACAGTTATGACTGCTGGTTTACTA +GTAGGATGTGGTTCAAGCTCAGATGATTCTGCTCAAGGATCAGAAAATAAAGTATACAAA +ATAGGGATGATAACAGATACTGGTGGGGTAAACGATGAATCATTCAACCAATCTGCTTGG +AAAGGTCTTCAAGATTTAAAAGCTGAGTATGGAGATAAAGTAGAAGTTAAGTACTTAGAA +TCTGAGCAAGATGCAGATTATGTACCAAATGTTGAAACATTTGTAGATGATGAGTATGAT +TTAATTGTTGGTGTTGGATATAAATTAGAGGATGCTATAAAGAAAGCTTCTAAAGACTAC +CCAGAAAAGCAATTTGCTATAATAGATTCTGTTGTAGAGGGAGATAACGTTAACTCATTA +ACTTTTGAAGATAATGTATCAGGATTTTTAACTGGATTAGTAGCTGGTAGAATGACTGAA +ACTGGAAAAGTTGCATTTATAGGTGGTATAGAAAGTGATGTTTTAGCTAAATTTGAATAT +GGATATAAAGCTGGTGTATTAACTGCTAATCCAGATGCTAAGGTAACTTCTCAATATGCG +AACAGTTTTGGTGACGCTGCTAAAGGTAAATCAATAGCAAATCAAATGCATAAAGATGGT +GTAGATATAATATTCACAGCTGCTGGAGCAACTGGAACAGGAGCTATAGAAGCTGCTAAA +GAAAATAATAAAAAAGCTATAGGTGTTGACTCAGATCAGTACAATTTAGCTCCAAATAAT +ATGTTAACATCTGCTATGAAAAATATAGATGTTGCAATGTTCAACTTATGTAAGAGCATG +TTAGATGGGGACTACAAAGGTGGTCAAGTTATAGTAAACACTTTAACTACAGGTGGTGTT +GGTTTAGCTCCAACAAGTGATAAGAATGTAGATCCAGAAGTATTAAAATATGTTAATGAA +GTAGCTGAAAAAATAAAGAGTGGAGAAATAAAAGTACCTTCTACTAAAGAAGAATTCGAA +GCTCAATTCGGAAAATAA +>group_239 +ATGACAAAGGATAATTTAATCTTAACAATAAGAGACTATGTTTTTGTAACATTAGGCGTA +GTTTTAGTGGCTTTTGGAATTCAATATTTTTATGCTCCAAATGAAATAGCTGGAGGAGGA +CTGAGTGGACTAGCTTTAGTAATCAGCCACTATGTTCCAAGTTTATCAGTTGGAACAATA +ATTTTTTTAGGAAATTTAATATTATTTGTTATATCATTTATATTAGTTGGAGGAGACTTT +GGATTAAAAACTATATATGCAAGTTTTGCTCTATCTTTTGTAATGGATTTTATGGAAAAA +GTACTTCATTCCTATGCATTAACAACAAATTTATTTTTAGCTGTTATACTAGGAACAATG +ATTATAGCTAGTGGCTTAGCACTCGCTTTTGCATTAAATGCTTCAACAGGTGGAACTGAT +ATACTAGCTAAAATATTAAATAAATATTCTAAATTTAATATAGGTATTTCACTATTGTGT +GTAGATTTATTTGTGGTTGTTTGTGGCGGATTAACTTTTGGATTTGGAAAAGGAGTATTT +TCACTAATAGCTGTAGTTATCAATGGTCTTTTAGTTGATAAAGTCATACTTATTATAGAA +AAGAAAAAAGAAGAAAAATCTAAGCAAATAGAAGAGTCAGAAGATATAAATACTGTTGTA +TAA +>licR~~~licR_2 +ATGCGAGAAAGTCTCATTCTTAAAGAGTTAAAAGACAGTGGTGATTATCTAAGTTTAGAT +TATTTCTCAAAGAAATTTGAAGTATCAACTAGAACAATAAGAAATGATATGAAGATAATC +GCAATTGATGAAAAATGTAATGGGTTTAAAATAGAATATAAGAGTAAGCTGGGATATATT +TTACAGATAGAAGATGAAATGAGATTTGAACGATATCTTAAAAGCTTATCCCCTGTTCCT +TTAGATAGCCCAGAACAGCGATTAAATTCAATAACTGCATTACTTTTATTAAAAGATGAT +TATACAACTATAGAACAACTCAGCCAAGAGTTTTTAGTTAGCACATCTTTAATTAAAAAT +GATTTAAAAAGATTAAGTCAAAAACTTAAAGATACAAATTTAGAATTAGAACGTAAAGCA +CATTATGGGATTAAGATAATAGGACCAATTAAATATAAACAGAAGATTCTATCAGAAATT +GCATCAAAAGATAATAGAAAGCTTGAAGAGTTTTATAGTAAATTTATCAGTGATAAGAAA +ATGGAAAATATAAAGACTACAGAGGAAAATATACTAGTTAAATATAAGCTAGAAGCAAAC +TTTGTAGAGCTTGAGGAATTAAAACTTCAATTAGTACTTTTATATATTAAAGCTAGTTTG +AGGAGAAATAACGAAGAAAAAGAAATTACACAATTAAAGGTATCTTATAATGATATTATA +ATAGAACATATTATCAGAGAAGTTTTTTCTGAACTTCAATTTTTTATTACAGATGAGGAA +AAGGATTACCTTAGTGATTTTATAAAAAGAAAAACTAAAAATAAGGAATCTGAAATAAAT +AGTGCTCAAAAAGATAAGTTACAAGAACTTATATATAATTTCTTTGAAGAGGTAGATAAA +GAATATAACACTTATTTCTTAGAAGATAAAGAATTTTTTAATTTATTATATCTTCATATA +GCATCTTTAATAGAACGTGTTAGGAGAGAACAAAATCTAAAAAATCCTTTCTCTCGTCAA +ATAAGTCATCAATATCCAACTGTATTTAATTTAGCAATTCAATTATCTAAGAGGCTAGAA +AAAGAATACGGAATTAAGATTAATCAACATGAAATTGGATTTATAGCTACTCATATTGCA +GTGCCTTTTGAAAAAAGACAAGGAGAAAATTTTAAACAAAAATACAAGATAGGAATAGTT +TGTTCTTCGGGTGGAGGAAGTGCTTATTTAATTAAATTAAGATTACAAGAAATATTTCCA +AATGCTGAGGTACAGAATTTTTCATTATTGGATAAAGATAAAATAGTAAACTTTTCACCA +GATTTGATTTTTTCAATTACGGATTTAAGTTTTGAAGTGCATGCTCCTGTAATTTTAATA +AAAGAGATACTAGATGATTTAGATTATTTAAAAATAAAGGAAAGTGTAAGATATGTAGAT +GATTTTGGAAAAGTAACTAATCCTAAACAGTATTTCTTAAGTTTATTTAGCAAGAAACAT +TTTACTTGTATTACACAAAAATCAGAATATAAAGGCATTCTTGACACGATGGCACAAAAA +GTAGTTGAAGATGGGGCCTGTGCACCGAGTTATCCAAAAGATGTTTGGGAGCGAGAGAGT +TTTCTAAATACAATATATACAAATGGGGTTACAATTCCACATCCAATTGAAATGACAGGG +AATAAAAACTTAATATCAGTAGGTCTTGTACAAACTGATATTGAATACGAAGAACGTAAA +CCTAAAATTATATTTATGGTTTCTTTAATAAAAGGAAATCTTGAATTACATAAACTAGTT +ACAAAGCATCTTAGTATTATTATGGAAGATGAAAGTGTTGTTAATAGATTAAGGGAATCA +CAGTCATATGAAGAATTCATGCATAAATTAAAAAATAGCCTGGGGGGATAG +>group_240 +TTGAAAAGAAAATTCAGTAATAGAGAAAAATTCTTAGGATTAATTCTTTTAAGTTTAATT +TTTATTTGTACAATACAATTAATAGATACAAATAAAGAAAATGAAGAACAAGGCAGTTTA +GAAGTGAAAGAAAAAATAAAAATAGATAAAGTAAATTTTTCTAATAATGAAAAAGATATA +ATTCTACAAATTGAAAATGAAATAAAAAATATAGTAACCATAAACTATATAAATAAAGAC +TCATATACAGATGAATATAACAACCAAGACACAAATATAGAACTACATATAAGTGGCAAA +ATTAATGATATACTCAAAATTGAAGGATCATTAAAGAATATAGGTTTAGAAAAAAGTGTT +AAAAAAATAGAAATTGTAAAAAATACAAAAAATATTAAAGAAGAAAATAGGGATAAAATA +AATGATTATGTAGACTGTATTATGAAGATTAAAGTCGCATGA +>group_241 +ATGGAGGGAATAAATAATAAGAAAAATTATGAAGAAAACAGTGATAGCGACTCTATATAC +ATACTAAAGATGATAATTTACTCTGTAATAGGCATAGGGACTTTTTTTATACCTATAAAT +ATAAATAATCAGAATCAAACTATTTTATATCATATAGTTGATAAAATTCAATTAAGCTAT +AATAATTTTTTACAAATATGTATAGTTGTATTTATTTCTTTAGGAAGTCTAAAGTTATTT +ATTGATAAAGAAAGAAGTAAAACATTTTTATTTTTTAGATTTTTAAGTGTTTTAATAATA +CTTAATATATTTTATGGGAAAAATTATATATTTTTCAAAAATGATAATACTATTTTAATT +ATAAAGGAAATAATTTTAAATCTAGTTACTGTTCTGCCAATAAGTTCTATATTTATGCCA +TTCCTGCTTGAATATGGATTATTAGATATTTTAGAATCTTATTTTCATCCAATTACAAAA +AAACTATTCAAAGTAAGTGGGAAGACTGTGATTAATATACTGATATTTATTTTTACAGAT +TGTTTTTGCGGATACTATATGGCAAATATATTGTATTCTAAGGGGAAACTTAGGTTAAAT +GAATTATATATGTTATTATTAAATTTTTCTATAATGTCCTTTCCTATGATTAAATATATA +TGTAATGAGTTAAACCTAAATAGTGGTATTTTTATTTTTATAAATTTGCTAATACTAATA +ACTAGCAATATGATTTTGTGTAGAGTATATCCAATGAGTAAAATTAAAAAGTCATATTCT +GTAAAGACTAACTATAAAGAAAGTATACATAGAAAAGACAAGTTAAAGAAGGGTATAAAT +AAGCATTTACAGAGTAGAGATAATAAAAAAGTATTTGTACATATCCTGGATAATCTAGAG +TATGCTATAAATTTAATTATGAATTTAATACCAAATATTGTATTAATTTTTTTCTTTGGA +GACTTACTATTCAATAATGAATATATAGTAGATCTTTTGAGTAAATTATTTTATCCTATA +ATTAATTTGCTAAAACTTTCTGATGTATCTTTAATTAGTAAGTCAATTATTGGTGGATTT +TATAATGAAATAGTAACTATAGATTTAATAAATAAAAGTGTAGAATACAATATTAAATTT +ATAATAGGAATATTATTAGTTTTAAAATGCACATCTCTGACTACTAATATAGCTTATATA +AGTAGCTCATCAATAGAAATAGATAAAAAATGTTTTATTATAATATTCTTAGAAAGAATA +TTACTTATATTACTTCTATATTCAATAATATATTATTTTTATATAGGTTACATAATGTAG +>kdgA_2~~~kdgA_1 +ATGTTAAGTAAACTAAAAAAAGAAGGAATAGTAGCAGTTATTAGAGCGAAAGACCATGAG +GAAGCATTGGGGTATGTTAATGCATGCTTGAATGGAGGTATTAAAGCCTTAGAGCTAACT +TATACAATACCTAATGTAGTAGAACTTATAAAAGAGGTTAAAAAGAATTATAAAGATGCT +TTAGTAGGTATAGGTAGTGTACTTAATGGTAAAATGGCCAAAGATGCTATTGAAGCTGGT +GCTGAATATGTAGTTAGTCCAGGATTTTCAGATGAAGTAAGTGATATATGTAAAGAATTG +GGAGTTGTATATTTACCAGGATGCATGACTGTAACTGAAATAATGTATGCCTTAGAAAAA +GGAAATAAAATGGTTAAGTTATTCCCAGGAGATGTATTTGGAGCTAAGTATGTTAAAGCT +GTTAAAGCACCAATTCCTCATGTTGAAATAATGCCTACAGGCGGAGTTAGTATAGATAAT +ATAGATGAATGGTTTAAAATGGGAGTTTCTTGTGTAGGGGTAGGAAGTTCTTTATTTAAT +TCAGGAAGCTTAAAAGACATAGAAAATTTAGCTAAGGAGTTTGTAAATAAAATTGAAAAG +ATTAGAAGTTAA +>uxaB +ATGAGTAATGAAATAAGAAATTTAAGTATGGATTGCTTAACTGAATCTCAAAGAGCGCAT +CATGAAAAGGTATTAAACAGTCCGATAAAAATAATGCAAGTAGGAGAAGGAAACTTCTTA +ATGTCATTCTTTGATTGGATGGTAGACCAAGCAATAAAAGCAGGAAAGTATGATGGATCA +ATAGCATTAACTTGTCCTTTAAACCATGATGGAAAAATAAATACACTAAAGTCTCAAGAT +AATTTATATACAGTAATTCAAAGAGGGTTTAAGGGTGATACAGAGGTATTTGAACAAGAT +GTAATATCTGTATTTTCAAAAGTATTTAATTATAATGCAGAATGGGATACTTTTATGAAA +ATAGCAGAACAAGAAAGTTTAGAAGTTGTAATATCAAATACTACTGAAGCTGGACTTGCT +TACAAAAAAGTAGAACTTGAAAATGTATGTACAGAAGGTTTATACCCAGGTAAGCTTACT +GCATTCTTAATGCATAGATTTGAAGTTTTAGGCAATATTTCTAAAAAACTTCTTATATTC +CCTTGTGAACTAGTTGCAGAAAATGGAAGAGTGTTAAAAGAGTTTGTAGCTAAGCATTCT +GAAGATTTTGGAGCATCAGAAGAGTTCAAGACTTGGGTTGAAGAGAATTGTGTATTCTTA +AATAATTTAGTTGATAGAATAGTTCCTGGTTACCCAAGAGAAGATTCACAAGCTTATTTT +GAAAGATTAGGATATAAAGATGGCGCAATGTCTATGTGTGAACCATACTTTTTATGGGCT +ATAGAAGGAAGTGAAGAACTAGATAATATATTACCACTAAATGCAACTGGACTTAATGTA +CAGTGGTTAGAATCTTTACATGATACTCAATTATTAAAAGTTAGAATCTTAAATGGATCT +CACACATTAATAACACCACAAAGTATATTAAAAGGATTTAATCAAGTTGATGAAGTTGTA +GAAAATGAAACAATGAAAGCATATTTAAATGAAACATTAGAAAAAGAAATATTGCCTTCA +TTAAAAAATAGAACAGGAAATAAAGAAGAATTTGCATCTACTGTACTTGGAAGATTTAGA +AATCCGCATATAAAACATAAATTAGAATCAATATCTATGAATTCAGTGTCTAAGTTCCAA +AATAGATTATGGCCGACAGTGAAGTCTTTCATAGAAGAGAATAATAAATTACCGGAAAAT +ATGATGGTAGGTTTAGCAGGACTTTTAAGATTCTATCAAATAGAAAAAACAGAAAATGGA +TATATAGGTCATGATTTTAATGGAAATGAGTATAAAGTATTCGATACTCCAGAAGTATTA +GAATTTATGAGTGAAGCACATTCTAAGTTTGAAGAAAAGAATGAAGAATATGTAAGACAT +ATATTAAGTGAATCAAAACTTTGGGGCGAGGACTTAGCTACGTATTTAAACATAGTTGAA +GTTATTACTGAAAAATTACAAACAATGGAGAAGGAATATGAGCCAGTTCATTAA +>group_834 +ATGTTACATCAATTAGAAGCCGTAATAACGGGTATTTCTGATGCAGTTTGGCCAGTATTC +TTACCATTCATGTTAATAGTTGGTGCATTTACATCTATAAGAACTATATTCATGATACAA +AAGAAAGCTACTAGACCAGCTGGATTAAAATTCAAAAACATAATAGGGCCAGCATCTATA +TCTTTAGGTGCTATGATAGGTACAGGAGCTATAATAGGGGTTCTTGGTGCTTTATCTAAA +TTCTATGCTTCAGGTGAGGTAAACGTTGAATCAATGGCTATATGGGCTTTAATAGGGGCT +TGTATAATGGTTCCAGTTTCTTACTCTGAGACTTTAAACTCTAAAATAATGGGTAAAAGC +CCAAAAGAGTATATAGGTGAATTAATAAATCCTAAATTAGGAATGGTTTACGCTGTATGT +TTCGTTGCTTTAGCAGTATTCGGATTCGGTGGATTCCAATTCTCTGGTATAGATTCAGTT +GCTAAATTAGTTACTGATCAATTTATGGGAATGAACCTTACTTTAGTTCAAAGATACATG +TTCATAGTTGTACCAGTAATAGCAGTAGTTGCTGCACTAGTATTATCTAAGAAGCATGAA +ATATTCATGAACGCTATGACTTATATGATAGGAACTGCAGTTGCTGGTTACTTCATATTT +TTTACATTATTCGTTATAAAAACTTCAGGATACATTCCAACTTACTTTGCTAATGTATTA +GAAGGTATGACTAATCCTGTAAATGGATTCTCAGGAATAATGTTAGGATTCGTATTAGGT +ATGCAAAAAGTATTACAAACTGCTGAAACTGGTTTAGGGGCTTTAGCTATGGCAGCTCAA +GAAGCTGACACTCAACCAAGAGAAGCAGCTATGATATCTTTAATACCAACAATAATAACA +GTTGTAGTATCTATAGTAGTTACTTCTTATATAGCTTCTTATGGTATAGACGCTGGAATA +ATAACATTCCAAGGTGGAGCAGCTGAGAGATTAGCTGAGTACTTCGGAACAGCTCAACAA +GTAACTGGTATGTTTGGACTAGTTGTATTATGTGCATTTACAGTATTATCTGCATTAACA +ACTATATTAGGTTCTTATTACTACATGACAAAGTTATTCAAGCAAAACCATATAAATAAG +AATATAGCAATATACTTAGTATTAATAATAGCTGCTGGTACTTTAGCAGTATTCGGAGCT +AACGTAGTATTCGAAGCAGTTGACTTATTATTATTCGTTCTTTGCGGAATAAACGTTACT +GCATTAGCTATATTTACAATCAAAAAGTGGAAAGATTATGTAATAACTGATAAAGAAGAT +AAGAAAATAGCTTAA +>guaA +ATGAAAAAGCATGAATTAGTACTTGTAGTTGATTTTGGGGGACAATATAATCAATTAATA +GCAAGAAGGGTTAGAGAAAATAATGTATATTGTGAAATAATACCATATACTACAGATATA +GAGACAATAAAAGCAAAAAATCCAAAAGGAATAATATTTACAGGTGGACCTAATAGTGCA +TACTTAGAAAATTCTCCTTCAATATCAAAAGAAATATTTGAAATTGGAGTGCCAATACTA +GGGATATGTTATGGAGTACAAATAATGTCTCATGTATTAGGTGGAAATGTAAGAAAAGGT +AATGCGAGTGAAAAAGAATATGGAAGAACTGAAATAACATATGAAGAGTCAGCTTTATTT +GAAGGAATGTCTACAAATATAGTTTGGATGAGTCATACAGATTTAATAGATAGAACTCCA +GAAGGATTTAAAATAGTTGCTCACACTAAAGATTGTCCAGTAGCAGCTATGGAAAATACA +GAAAAGAAATTATATGGAGTACAATTCCACCCAGAAGTTGAACACTGTTTAGAGGGAGAT +AAAGTTCTTACAAACTTCTTATATAATGTTTGTGGAGTAAGTGGAGATTGGACTACAGAC +ACATTTATCGAAGATAAAATAAATGAATTAAAAGCTATAATAGGTGACAAGAAAGTATTA +TGTGCATTAAGTGGTGGGGTTGACTCATCAGTAGCTGCAGTACTTGTACACAGAGCTATA +GGAGATAACTTAACTTGTGTATTCGTTGACCATGGTTTACTTAGAAAAAATGAAGGTGAC +GATGTAGAAAGAATATTCAGAGATAAGTTTGATATGAATTTAATAAGAGTTAACTGTGAA +GATAGATTCTTAGGCAAGTTAAAGGGAGTAACTGAGCCAGAAGCTAAGAGAAAAATAATA +GGTGAAGAATTTATTAGAGTATTTGAAGAAGAGTCTGCTAAATTAGGGAAAATGGACTTC +TTAGTACAAGGAACGATATATCCAGACGTAGTAGAAAGTGGACATGGAGAAGCTGCTACT +ATAAAATCACACCATAATGTTGGTGGAATACCTGAAGATATAGAGTTCCAAATAGTTGAA +CCGTTAAGAGAATTATTCAAAGATGAAGTTAGAAAAATAGGTTTAGAATTAGGGATAGAA +GAAGGATTAATATTCAGACATCCATTCCCAGGACCAGGATTAGGAATTAGAGTTATAGGA +GAAGTTACAAAAGAAAGATGTGACATATTAAGAGAAGCTGATGCTATATATATGGATGAA +CTTAAAAAAGCTGGTTTATATAGGGAAATATGGCAAGCATTTGCTACATTACCAGATGTA +AAGACTGTTGGAGTTATGGGAGATGAAAGAACTTACGCTTACTTAGTAGGTTTAAGAGCT +GTTACATCTTCTGATGGAATGACTTCTGACTGGTATAAAATGCCATATGATGTTTTAGAG +AAAATATCAAATAGAATAGTAAATGAAGTTGATGGAGCAAACAGAGTAGTTTATGATATA +ACTTCTAAACCACCAGGAACAATAGAGTGGGAGTAA +>hmuT +ATGAAGAAATTATTAATATTATTAACTACTTTATCGATGTTCATTTTATCTGGATGCAGT +AATGAAAGTGATAGAACTGTAACGGATAGAGAGGGATCTAAGGTAAATATACCAACAAAG +ATAGAAAAAATAATATCAACTGCACCATCTAATACAGAGGTTATAATGGAGCTTGGATTA +GGTAATAAATTAGTAGCAATAGACAAATATTCTACTGATATACAAGGGGTAAATCAAGAA +ATACCTCAAATAGACTTCTCAAACCCAGATGCAGAAACAATAATCGGGTTAGAGCCAGAT +ATAGTTATAGCATCTGGACATAATAAAACAGGTTCAGCAGAAGATCCATTTAAGGCAATC +AGTGAAGCTGGAATACCAGTAGTTTACATACCAAGTAGTGAGAGTATAGAAGGTATATAT +GAAGATATTAACTTTATTGCTGACGTAGTAAATGAAAAAGAAAAAGGGCAAAAAATAATA +GATGATATGAAATCTAAAGTAAATGAAATAAAAGCGATAGGTGATAAAATAGAAGAAGAA +AAAACTGTGTATTTTGAAATATCACCTGCTCCATATCTTTATAGTTTCGGGAATTCTACT +TTCTTGAATGAAATGATAGAAATAATAGGTGCTAAAAATATATTTGCAGGAGAAGAAGGA +TGGTTATCTCCAACAGAGGAATCTGTAATAAATGCAAATCCAGATGTAATAATAACTAAT +GCATCGTACCTTGAAAATCCAACTGAAGAAATAAAATCTCGTGAGGCATGGGATAATATA +ACTGCAATAAAAGAAAATGCAGTATATTTAGTAGATAAAAATGCATCTTCTCGTCCATCT +CAAAATGCAATAAAAGCTTTAACTGAAATGGCTAAAGCTATATACCCAGAGCATTATGGA +CAATAA +>group_1455 +ATGAAGACATTAATAAGTCCAGATAATACTTGGATGCTATGGACATTCTTAGTAGGGATG +GCCACTATTGCAATCGTTCTTGAGCAAAAATATAAATTGGCAGCTAGGATAACTGGTGCC +ATAATAGCATTAATGGGATCAATACTATTCGCTAACTTCAATATAATTCCAACAACCTCA +CCAGTTTATGATATAGTTTGGGATTACGCTGTACCAATAGCAATTCCATTATTATTATTA +AAAGCTGATATTAGAAAAATCAAAAATGAGAGTGGACGAATATTTAAAGCCTTTCATATT +TCAGCATTTGGTACAATTGTAGGTACTTTTATTGCTGCATTTGCACTTAGCTCTACTTTA +CCATACGTAGCAGAAATTGCAGGAATGATGACTGGCTCATACATAGGTGGCGGAGTTAAC +TTTGTTGCTATGACATCAGCTTATAATACACCCGAAAATATTACAAATGCAACTATAGTA +GCAGATAACTTAGTAATGGCTGTATACTTCTTTATTTGTATGTCTATTTCATCTTTTAAG +TTTTTCAGATGTAAGTTTGGTATGATTACTACAGAAGCAATAGAAGAAGGAAATGCTTCA +ACTTATTGGACTAAAAAAGAAATCTCACTAAAAGACATAGCCGTAGCAATTACAATTGCA +GTAACAGTTGCATCTTTATCTAATGAAGTATCTGCATATTTAAAAGAAATTATTCCTGGA +ACTAATATATTAACTAACATGGCTAAAAATATATTTGGTAATATGTATCTGATAATGACT +ACTTTAATGCTTATTGTTGCTACTATGTTCTCTAAACAACTTGAAAATATAAATGGCGCT +GAAGAAATTGGTACATTTTTAATTTATCTATTCTTTGTTGTCTTAGGGGTTCCAGCTTCA +ATAAGTGAAATAATTAAAAACGGAGCGTTTGTACTATTATTTTGTACCCTTGCGGTTTTA +ATACATTTAATAGTAACTTTAGGTGTTGGTAAGTTATTTAAGTTCAAACTAGATGAGCTA +TTACTTGCTTCAAACGCATGTATCGGTGGGCCTACTACTGCTGTTGCTATGGCAATTGCA +AAAGGCTGGAATTCATTAATTATACCTACTATGCTATCTGGAATATGGGGATACATCTTA +GGTAACTATGCTGGAATTTTAGTTGGAAATATTTTAAAAAGTATCCTCTAA +>leuC +ATGGGAGATAATTTAACTTATAAGATACTAAAAAAACATATCGTAGATGGAAAATTAAAA +AAAGGTGAATTTATTGGAATAAAAATAGATCAAACATTAACTCAAGACTCAACTGGAACA +ATGGCATATCTTCAACTTGAAGCAATGAATATAGATAAAGTTAAAACTAAAAAAAGTGTA +GCCTTTGTAGATCATAATATGTTACAACAAGGTTTTGAAAATGCAGATGATCATAAGTAT +ATTCAGACAGTTGCTGATAAGCATGGTGTATACTTTTCAAGGCCAGGAAATGGAATATGT +CATCAAGTATTTCTAGAAAGATTTTCAACTCCTGGAGATACTCTTTTAGGATCAGATAGT +CATACACCAACTGCTGGAGCAGTAGGCATGTTATCAATTGGAGCTGGGGGACTTGATGTT +GCTTTAGCTATGGCAGGTGGGGCTTATTATATAAATGTACCTAAGGTTTGTAAAGTTAAT +TTAATAGGTAAGTTAAATTATATGGTAGCTTCAAAGGATATTATATTAGAGTTGTTAAGA +AAACGTACAGTAAAAGGTGGAGTAGGTACTGTATTTGAATACTCTGGAGAAGGTCTAAAG +TATCTATCTGTACCACAAAGGGCTACTATAACAAATATGGGTGCTGAACTTGGAGCAACA +ACTTCTATATTCCAAAGTGATGAAAGAACTTATGAATTTTTTAAAGCACAAAATAGAGAA +AATGAATGGATTGAATTAAAGGCAGATGAAAATTGTGAATACGATGAAGAAGTAACTATA +GATTTAAGTAAGCTAGAACCCTTAGCAGCCATTCCACATTCACCTGATCATGTGAAGAAA +GTTAATGAAATAGGGAAAATAAAAGTGGATCAAGTTGCAATAGGAAGCTGTACTAACTCA +TCATATGAAGATTTAATGAAGGTTGCTCAGATATTAAAAAATAAAAAAGTGCATAAAGAT +GTAAGTTTAGTTATTGCTCCTGGTTCAAGACAGGTAATGGAAATGCTAGCTAGAAATGGA +GCATTAGCAGATATTATAAATTCCGGAGCAAGAATATTAGAAAACTCATGCGGACCTTGT +ATAGGTATGGGTCAATCTCCAGGTACAAATTCAGTATCTCTTAGAACTTTTAACAGAAAC +TTCTATGGTAGAAGTGGAACTTTATCAGCACAAATATATTTAGTGAGTCCTGAAGTTGCT +GCAGTAAGTGCAATAGAAGGAGTACTTACTGATCCTAGAGATTATAAGATAGAATTTAAT +AATTTAGAAATAGATAAGTTTTTAATAGACGATAGTATGATTATAAAACCTTCAGAAGAA +AGTGATTTAGTAAAAGTTGTAAGAGGCCCTAATATTAAGCCTTTCCCAATTAATACTAAA +CTAGAAAATACTATGAGTGGTAAAATAGTTTTAAAAACTGAAGATAATATTACAACTGAT +CATATAATGCCATCTAACGCTAAGTTATTACCATTTAGAAGTAATATACCGTACTTATCA +GAATTCTGCTTTAATACAGTAGATACAGAATTCCCTAAAAGAGCTAAAGAAAATAATGGT +GGATTTATAATAGGTGGAGAAAACTATGGTCAAGGATCAAGTAGAGAACATGCTGTTTTA +GCTCCACTTTACTTAGGTATTAAAGGTGTTATAACTAAAAGTTTTGCCAGAATCCACAAG +GCAAATCTTATAAACAGCGGAATAATTCCTATGACATTTATCAATGAAAAAGACTACGAT +GAAGTTGATTTATTAGATGAATTAGAGTTAAGAAATTTAAATGAAAATTTATATAATGGG +GTATTAGAAATAACAAACATTACTAAATGTAATACATTTAAGGTTAAAATTGAATTATCA +CGAAAAGAAATAGAAATTATAAAAGCTGGTGGAAAATTAAATTACATTAAGAACCAAGTG +AATGAAGCAATAGAAAGTATATAA +>group_836 +GTGCCTCTAAATGATGGCAATAATAATTGGCATAAGGAGGTTTTTATTATCAAAGATCTT +ATGATAAATAAATACCTAGAAAAAATCAAAAAGCATATATGTGATAAAGGGTTTGATTTT +GCAGGTTCAAGAGATAAGAATGCAAGATTTATGCGAGAGCATGGTTTTAATATAGATGAT +ATAACAGATATCCTACTAGACTTACATAGTACACATTACCTAGATGGTCCAGAGAGAGAC +CATAATAAAAATCTAGAAGGGGATGTTTGGAAGTTTAAATATAATTTAGAACTAGATAAT +GACTTTAATATACTTATATACATAAAAATTAGATATAACCCACCTAATGAATTAGTATGT +ATATCATTCCACGAAGATGAAGTTTGTATTTAG +>group_243 +TTGATAAGTTATATAAGGGGATACTATGTTGTAACTGTAGAAGGAATAGGAACGGAGAGG +TTTTTAAACTATCTTATAAGGAATAATATTAATGTTTATAATGTAACTAGAATAAGTGAA +ACTAAGATACAATTTTCTGTAGATAGAGAAGATATGAAAAAGTTTAAAAAAGCTTATAGA +GGAAGTAATTTTCAAATTAAAGTAAAACAAAAGACAGGAATTCCTTTTATTATTAAAAGA +ATTTATAAATATAAAGGAATGTGGATTTGTGCGATTGTATCGCTCATGATTTTAATGGGC +ACATCTCAATTTGTTACAGATATATATATAGATTCCCCAGAAGGAATAAAGCAAGAAGAA +GTAAGAAAGGAATTATACAAACTTGGTCTTAAGCCTGGTATATATAAGAAGAATATAGAC +AGAAAAAAAATCAGAGATCATATTATGGTAACCTTTGATGAAATAGCGTATATATCTGTA +AATGTAAAGGGTACGAATGTTTTTGTAACGATAACAAAAAAAGCTGAAACATTATCTTCT +AAGGAACAATCAAATTATTGTAATATAATTTCAGAAAAAAATGGTATAATAGAGAAAGTA +ATACCAAGAAGTGGGAATTCTGTAGTTTCTGAGGGAGATATAGTAGAAAAAGGAGCTTTG +CTTGTGAGTGGAGCAAATTCAAAAGCATTACCAGAAGTTTGGGCAACTACATTTTATGAG +GTTAAAAAAAGTTCAAGCTATGTAGATACTAAACAAGAGAAAACTGGGAAAAGTAAAAAT +GTATATACCATAAGTTTCTATGATAAAAAATTCAACATAAGGAGAAATATAAAATATAAG +GACTATACAATAGAAAATAAAACGTTAAAATTAACTATTGGAAATTATACTTTTCCTTTA +AAAATAGATGTTAGTACTTTTTATGAGGTTAATAATGTTAAAATAGAAAAAAATGAAAAA +CAATTAAAAGAAGAATTGAAAAAACAAGCTTTAAAAGAGTTAGAGTACATAATACCTGCT +TCTGCTAAGTATGTAGATGTAAAACATGAATATACAGTTAATAAAAATATGCTAGAATAT +TTAGTAACAGTGCATACTAGCGAAAATATCGCAGAAGTTTATCCTCTTAGTAAATCAGAG +GCGGAACAGATAATCAAAGAGCAAAATAAAAAGAATGAGGAATCAGGAGAATCAGTTCCT +TCAAATCCTAGCAAAAGGTTAATAAATGATATAAGAAATGAATTTGAAGAAGATAATAAG +GATAATGAAGATACAAATAATGAAGATTCTAATAATGAAAACTAA +>fatD +TTGATAACATTATTGCATGAGTATAGTGATAATAATTATCAATACGAGATAAGTGTGATA +TTCAATAATCAATTATTAATTGGGGAGAAAACAATGAAAAAAAGATATTTAATTTTAGCT +TTAATTGTTTTATCTTATATATCCTTATTCTTAGGGGCTAAAGATATAACATTAATAGAT +ATATTTACTAAAGACCAGGATAAACTTATGGTATTTATGATAAGTAGAGTTCCTAGATTA +ATAAGTATATTAGTTGCAGGTATGGGAATGAGCATAGCAGGTCTTATTATGCAACAGATA +AGTAAAAATAAATTTGTATCTCCAACAACAGGAGCTACAATAGATGCAGCACAATTTGGG +ATAGTAGTATGTATGTTATTTATGCCAAAGGCATCAATGTTCTCTAAGACAATAGTGGCA +TTTATATTCTCGCTAATAGGAACATTTATGTTTATGAAAATACTTGGAAAGATTCAATTT +AAAAATGTAATTTTTGTTCCATTAGTAGGTATTATGTTTGGAAATATAATAGGATCTATG +ACAGATTTTATAGCTTATAAATATAACCTTACACAAAATGTAGGAGCATGGATGCAAGGT +GATTTCTCAATGATATTAAAAGGTAACTATGAAATACTTTATATAACAATACCAATGATA +ATAATAGCTTATATTTATGCTAATCGATTTACTATTGCTGGTATGGGAGAAGATTTTGCT +ACAAATCTAGGTCTTAACTATAAAAAAGTAGTAAACTTAGGACTAGTAATAGTTGCATTA +GTAACTGTATGCGTAGTTGTTACAGCAGGAAGTATTCCTTATATAGGTCTTATAGTGCCT +AATATAGTTTCCTTATATAGGGGAGATAATATAAAAGAAAACATATGGCATACAGGATTA +TTTGGTGCAGTTTTTGTTTTAGTATGTGATATATTTGGAAGATTAGTTATATATCCATAT +GAGATAACAATAGGATTAACAGTAGGTGTTATAGGAAGTATAATATTCCTTTATCTTTTA +TTAAGGAGGAATGTAAGTGCAGCTTAA +>fumA~~~fumB +ATGATAGAAATAAGTACACCAATCTCAACTGAAGAAATAAGAAAATTAAAGTGTGGAGAT +AGTATAAGTTTAAGTGGTGTTTTATATACAGCAAGAGATGCAGCTCATAAACTAATGATT +GAAAATATAAAGGGGGGGAAAGATTTACCATTTGATGTGAAAAATCAAGGTATTTACTAC +GTAGGACCTACACCTACAAAACCAGGAGAAATAATAGGATCAGCAGGACCAACGACAAGT +TATAGAATGGATGACTTAACAATTCCTCTATTAGAAAAAGGCCTTAAGATAATGATAGGT +AAAGGAAAGAGAGATAAAGAGGTTATAGAAGCTATGAAAGAATATGGTTCAGTATATTTA +GCTGCTATTGGAGGTGCTGGAGCGTATATATCTAATTCTATAAAGTCTTGTGAAGTTATT +GCATATGATTACTTAGGAGCAGAAGCAATAAGAAAAATTGAAGTAGAAGATTTAAAGTTA +ATTGTTGCAATAGACAGTTATGGTAACAATATTTATGAAAGAAACTAA +>group_837 +ATGAATTTATCTAAAGAATACATTGACATATATAATAATTATATGAAATACATAAATGAA +ATAAAAAGAGAGTGTAGATCTATAGAACATATGAAAAGTAGAGTTCTAAAGAAAGATAGA +AAAGCAAGTGAAGAAGAAATTAAAGTTTTGGAAAGTGATAAAGTAGTTGATGAAAATAAT +GAACTAGCTGAATCTAAATCTCAAAATAAAATTTACAAATTCTCTAATGGCGATACATAT +ATAGGTAAGGTGATTAATGGTAAGATTAATGGTACAGGCGTATATATGGTTTCATCAGAA +GAATCTATAGGATTTGAGTATATAGGAGAATTCAATGATGATGTAAAAGAAGGAAAAGGA +ATATGTACCTTTACTAATGGACATATTTATACAGGTGGATTTAGGAATGATGTAATGGAT +GGAATAGGCCAAATGCTTTATAAAAATAATGATGAATACATAGGTGGCTGGGTAAAAGGT +CATAAACATGGTCAAGGTATATATAGATGGAATGAAGGTACTATATATATAGGCGATTTT +AAAAAGAATAAAAGAGAAGGCCAAGGTATTTGTTATGATAAAGAAGGAAATGTAATTTAC +GATGGAGAATGGAAGAATAACCTAACTCATGGAGAAGGAACATATATCTGGAATGAGGGT +AAAAGATACGTAGGTGAATTTCTAAATGGTAAAAGACATGGATATGGAACTTTTTATTTA +AATAATGAGCTTGTATATCAGGGAACTTGGAAGTATGATAAACCGAGTATATTTGACAAA +ACTTTAGATGAAATATTTTCTTTTAAGCTATAG +>bcsA +ATGGTAAATCAGAAAAAGAATAAATTGAGAAATGAGCTATTAATATTTGCAACAGTTCTA +TCATCAATAATCTATTTAACGTGGAGAATATTTTTTACGATTCCATTTGAGTATGGAATC +GTATCAACAGCATTAGGATTATTATTAGTATTTGTTGAAGTTATAGGTTTGTTTGAAGCA +ATAGTACATTATCAACAGATGTCTCATATAGTCTATCCTGAAAAACCTAGTGTTGAAGAA +AATAACTTTCCTCATGTAGATGTATTTATAGCAACATACAACGAACCAGTTGATTTAATA +TATAAAACTATAAATGGTTGTATAAATATGGATTATCCAGATAAGTCCAAGGTTAATGTG +TATTTATGCGATGATTTGAATAGAACAGAGATGAAGTTTTTAGCAGAATCAATGGGCATA +AACTATGTAACCAGAGAAGAAAATACTCATGCCAAAGCAGGAAATTTAAATAATGCTATG +AAGTATTCTTCATCGCCAATTATATTAACATTAGATGCAGACATGATACCTAAACATGAT +TTCTTAACTTCATGTGTGCCGTATTTTATGGGAGAAGAAAAAATTGGTTTTATACAAACA +CCTCAAAGTTTCTATAACCCAGATTTGTTCCAGTATAACTTATTTTCCGAAAATAGAATA +CCTAATGAACAGGATTATTTCTATAGAGATGTTCAAGTTAGTAAGAATAAGACTAATTCA +GTTATTTATGGTGGAACTAACACTTTAATTTCTAGAGAAGCCTTAGATGAAATTGGCGGA +TTATTCACAGGAGTTATAACTGAAGACTTTGCAACTGGAATACAAATACAAAGTAAAGGA +TATAAATGCTATGCTTTAGATGAGATTTATGCTTCTGGATTATCACCTTCTGATTTGAAA +AGTTTAATTAAGCAACGTAAGAGGTGGGCAAGAGGATGTATTCAGACAGGTAGAAAAGTG +AATATATTGTTTAAAAGAGGTTTAAATTTAAAACAAAAAATTAGTTATATATCTTCAATA +TCATATTGGTATTCGGGGCTAAAAAGATTTATGTATATCATATCTCCAATAATGTTCTCA +ACATTTGGAGTTATGGTTGTTAAATGTAGTTTTGTTGAGGTTCTTATATTTTGGCTGCCA +ATGTATTTACTAAGTGACTTATCTTTAAAATATTTATCTAATAATATTAGAAGTACGAAG +TGGACAAATGTATATGAAACAATACTATTTATGGCTTTAATTCCAAGTGTAGTATTGGAA +ACACTCGGTTTATCAGAAAAAAAGTTTGAAGTAACTAAAAAAATAAAGATAAAGATGATG +ACAGAATGTATAACATTATGCAGGCTACACCACATATAA +>iscS_1~~~iscS_2 +ATGGAAATATATTTAGATAACAGTGCTACAACTAAACCGTATCAAGAAGTTGTAGATAAA +ATGGTTTATGCCCTTACTACTGATTATGCAAATCCTTCTTCATTACATAGAAAAGGTATA +GAAGTAGAAAAAAATATAAAAGCAATAAGACAAGATATCGCAAGAACAATAGGTGTAAAG +GATAAAGAAATATACTTCACATCAGGTGGAACGGAATCTAATAACGCTATAATAAGAGGA +GTTTCTAATTTATATAAAAAAAGAAAGAACCATATAATATCAACTGAAATAGAACACCCA +TCAGTTTTAAATACTTTAAAGGATTTAGAAGATGATGGATTTGAAGTTACATATTTAAAA +GTTGATAAAGAAGGTAAAATAAATATAGAAGAATTAAAAAATTCTATAAAGCCAAGTACA +AGTTTAATAACTATAATGCATGTAAATAATGAAATAGGAACTATACAGCCGATAGAAGAA +ATAGGAAAGTACCTAAAGACTCTAAAGGATAAAGTATACTTCCATGTAGATGCAGTGCAA +TCATATGCTAAGATAAACTTCAAGCCTTCAAGATATAATATAGACTTTATGAGTGTTAGT +GGACATAAGTTACATGGTCCGAAAGGAATAGGATTCATGTATATAAAGGAAAATAACAGA +TTAAAGCCTATACTTACAGGTGGAGGTCAAGAAATAGGAGTAAGATCAGGTACAGAAAAT +GTGCCTGGTATATATGGATTAGGTGAAGCGGTGAAAATACTAAATGAGGACCTAAACCAA +ACTATAGAAAAAATTGCGAAATTAAAGAATCTATTAAAAGAAGAAATAGTAAAAAATATA +GATGACATAAAAATAAATTCACCAGAAGATGGTGTTTGCCACATATTAAATATTTCATTT +AAATATATAAGAGGAGAAGTATTACTTCATTACTTAGAGCAAAAAGGAATATATGTATCA +ACTGGTTCTGCATGTTCATCTAAGAAAAAAGGAAGCCATGTATTAAATGCAATAGGGCTT +ACGGCGAATGAAATAGAGGGTGCAATAAGATTTAGTTTATCAGACTTAAATACAGAAAAT +GAAATGGTAGAAGTTGTAAAAACACTAAAAGAATCAGTAAGTGATTTAAGAATGATAATA +AGAAGAAGATAA +>group_607 +ATGAATTTAAAAAAAATATTAGCAGTAGGATTATCATTAAGTGTAGCATTAGGAGTATTT +GGATGTAATAATAAAGCAGATAATACACCTAACGATAATACTACTAATAATACTACAAAC +AATACTGAAGGAAATAAATACGAAGGAACTGAATATTATAGACAGTACAATGATTTATAT +AGTACTAATATAACACCATTAAATAATTATACTATGTATGGAACAGTTGAGGGTGTAAAC +AATAATTATAAAAATAAAGAGTATCCAGGTAATGAAAAGTATTTAAATGAAGTAAAAGAA +GCATACAGAGATAGTAGAGATAAACTACAATCATTTGTTGATGGATTAAAAAATGATGCA +AAAACTGAGGATGCAAATTTAAAAGCAGCAAATGATGAGCTTATAGCAGAAGGTGAAAAA +CTAATAAAAGATATAGATGCCAAAATTAAGAAATTAGATGAAGTACCTAAAGATGCGTAT +GATAAAACGCAAGATGAGTTTATAAATTTAGTAAATGATACTACTAAATTAGAAAATGAA +ACAACAAATGAGTTTGACAAAATGATAAGAGATATGAATAAAATGTTAGGAATAAATACT +AATTCAAATACAACAACTACTAAACCAAGTACAAAAACTACTAAATAG +>galK +ATGAAAAATAATATGATAGAAATGTTTACTAAAGTTTATGGTGATAGAGAGGGAATTAGA +GTATTTTTTTCGCCAGGGAGAGTAAACTTAATAGGGGAACATACTGATTATAACGGAGGG +AATGTATTTCCTTGTGCATTAAGCTTTGGTACATATGGAGCAATAGCTTTAAGAGATGAT +AAAACAGTTAGAATGTATTCTGAGAATTTTAAGGATTTAGGGATTATAACTTTTGATATA +GATGATTTAAAAAATGAAGAAAAACATGATTGGGCTAATTATCCAAAGGGTGTTATAAGT +GTATTACTAAATCATGGATATGATGTAAAGCAAGGATTTGATATGGTTGTATTTGGCAAT +ATACCAAATGGGGCTGGGCTATCATCATCAGCATCATTAGAACTTTTAATGGGTGTTATG +GTTGATAAAATATTTAACTTCAATATAGATAGAGTTGAGTTAGTTAAGTATTGTCAAGAA +TCAGAAAATAAATTTATAGGTGTTAATTGTGGTATAATGGATCAATTTGCTATAGGAATG +GGAAAGGAAGATAGCGCAATTCTGCTAGATTGTAATACTTTGGATTATTCATACAGCAAA +GTTGACTTAAAAGATGAAGTTATAATAATAGCTAATACAAATAAAAGAAGAGGTCTAGCT +GACTCTAAATACAATGAAAGAAGAAGTGAGTGTGAAACTGCACTATCAGAACTTCAAATT +AAGCTAAATATAAATTCTTTAGGTGAACTTACTGAAGAAGAATTTGAAAATAATAAATAT +CTTATAAAAAATGATATAAGAGCAAAAAGAGCTAAACATGCAGTTTATGAAAATCAAAGA +ACTTTAAAGGCTGTTAAAGCTTTACAAAATAATGATATCGAAACTTTTGGAAAACTTATG +AATGATTCTCATAAATCTCTAAGAGATGATTATGAAGTAACAGGAAAAGAATTAGATACA +TTAGTAGATTTAGCATGGAAACATGAAGCTACAGTAGGAGCAAGAATGACTGGTGCAGGA +TTTGGTGGATGTACAGTTTCTATAGTAAAAAAAGATATGAAAGAAGATTTCATAAATACT +GTAGGTAAAGGATACAAAGAAATAATTGGATACGATGCAGATTTTTATGTTGCAAACATA +GGGGATGGAACAAGAGAAATATAA +>group_608 +ATGGAGTTACATATTGGGATTTGCGATGATATTTTATTACAACGAAGTATACTTATTGAA +TTTGTGAAGACATACTTAGATAAAAGGGGAATATTATTTAAAATATATGAATTTTCATCT +GGAGAAGATTTAGTTTCAAATTATCCAGAAAAACTAGATATTTTATTTTTAGATATATTA +ATGAATGATATGACAGGAATGGATGCATCAAGAAAAATAAGGGAATTTGATAGTAAAGTG +GAAATATTGTTTGTTACCTCTTCTAATTGTTATGTTCATGAAGGGTATGAGGTAAGAGCA +TATCGATACTTAATGAAACCTATATCTTATGAGATCATAGAAAAACATTTAAGTGAATGT +ATTGATAACTTTTTGAGTAAAAATAATAATTACATAATGCTACACACTAAAAATACTTTG +ATTAAAATTAATTTAAAATCAGTAATATATATAGAAACAGACAGAAGAGATTTAATTATT +CATGAAGAAGATAAATCTTATAGAGTAAAGATGTCTATGAAAAATATGGAAATGATTTTA +GAAGGGAAAGGATTCTACAGATGTCATACTAGTTATATCGTCAACTTAAGAATGGTTGAA +TCATTAAATAAAAATATTATTTATATAAAAGGAAAAGAAATACCTATAAGTAAATATGCT +ATTAGAGAGTTTAAGTCAGAATTAATTAATTATTTAGGAGCTATTGTTTGTTAA +>phoR_2~~~sasA_1 +ATGCTTAACCTTTTATCTAATGCGATTATGTACACACATGAAAATGGAACTATTAAAGTT +AATATAACTTCTGATATAGAAAATGTAAATATATCAATAAATGATAGTGGGATAGGTATT +CCATCAGATAAGTTAGATATAATTTTTGATAGATTTGGGGAAGAAAATAATCTTTTAATA +AGAAGGTGTGAAGGAAGTGATATAGGACTATCCTTAGTAAAGTCAATCGTTGAAATGCAT +GGTGGAAAAATAAAAGTATATAGCCGTCTTGGAAAAGGTACAGAATTTGCTTTCAATATA +CCTATAAAATTATTAGATAAATACAAAACGTATGTATTTAACTATAATGATAAAGATCTT +AATATAGAAAAATTCAATATAGAGTTTTCAGATATATACAGCATATAA +>group_842 +ATGGATGTATTAAAAGTTTTTGTAGAAAATTTATGTGGAAAATTTAATAATTACGATCAA +ATTAATGATGAGCTTTCTAAGGGGGAAGTGTTACATCCAAAGGCAAGTCATATAAATGGT +GTTTGTAATCACAAGATCAAAAACTTGCCAGAAGACTTTAAAGATTACTTTGTTATAGAA +GAAAGTTACTATGAACAAGGAAATAGAAAAAATATCTTACCTCACTTATTCTTATTTACT +TTAAATGATGATAATAAAGTAGTATTAGAATCTTACGAGTTACCTAAAGGAGTTTCTCAA +GAAGAATTTAGAAATGATAATGAAGATTTAATTATGGACTACAATAAATTAGCTAAATCA +GAGAAATTCACTCCTATGGTTTATAATGAAGAAAATGGAGTTTTTACTGGAGAAAGCACT +AGTATGTTCTCACCTGTAACTAAATTCATTTTAAAAGAAAGAGTAGAAAATGGGATGCTT +TATGTAAGTGAAGTTTTCTATAAAGGAGATAAAAAAACATTCGGATTTGAAGATCCAATA +GTATATAAAAAAATAAATTAA +>pgdA +ATGAGCAAAAATATAAGTAAAAAAATTAGTACCTTTATAGTAATTTGTTTATTATTAATT +GGAGTAAGTACAAAATTTGGATTTACTTATGCGAATGATTATGAATTAATAAAAAATGAA +TATATTTATTTAAATACAATTACAGATATAATGTATAATTTATCAACTGAAATTGGCAAA +GGACCATCTAAAAGTACAGGAAAAAAAGCATATATAACAATAGATGATGGACCTTCCAAA +TATACTGATGATATTATTAATACACTAAATAAGCATAATGCAAAAGCTACTTTTTTTATG +ATAGATAGAAATATGAAGTTATATCCTAATCAAGTAAAAAACATTATTGAAAATGGAAAT +ACACCAGGATTTCATAGTGTATCACATGATATTCATAAGTTATATAAAACTAACAAATCT +GCTAAAGAAGAATTTGATATAAATAGACAGACATTATTAGAGGTAGCAGGTATAGAATCA +AGTGTAGTGAGGTTGCCTTATGGAAGCAAACCATATACACCGCATAAATGTTATGAAGAA +TTAGTTGAAGCAGGATATAAGATGTGGGACTGGGATATTGATACAGAAGATTGGAAGGTT +AGTTCAGAACAGGCTCTAGAAAATGTTAAGTTATATTCAAAAGGTAAGGATAATATCGTT +GTGTTAATGCATGAGAAAAAGCAGACGGCAAAATCTTTAGATAGAATTTTAAAATATTTA +TCTGAAGAAGGTTATGAGTTTGTACCTATAGATGAAAGTGAAACGCCACAAAACTTTTGG +TTAAAGAATTTTAAATAG +>group_244 +GTGAGCAATATTACAAAATATATTTTCACTGTACTATCAGTATTTTCATGTTTATCCTCA +GTTTATATTATGTTTTTATTTTTAAAATATATTGTAAATAAAAAACATGATAAAAGAAAG +TATAATTATACGAGAAGTAGACATTTAGGTAAGAAGTCTACCAAGAATATAAGTAACATA +GAAAAAACATTTAAAAAGAATTCTATAAAATCCCATGAAGAGAATGAAGTAAGGTATAAA +AATGGTAGAGAAGAAGTTTTAAAATATGATAATGGTGACATATACAAAGGTGAGTTTATA +GATGATAAGAGAAATGGATTTGGTATTTGTATTTATTCAAACAGAGAAAAGTACGAAGGA +CTATGGAAAAATGATTTAAAGAATGGAGTTGGAAAATATATATTTATAGATGGTTCTGTG +TATATGGGAGATTTTAAAAGTGGAAATATGGATGGGGTTGGAACATACACTTATGCTAAT +AAAGATATGTACAAAGGTTATTTTTTAAATGGAAAAAGAAATGGTAGAGGTAATTTATAT +TATAGAGATGGCAGTAAGTATTCTGGAATGTGGAAAAATGATAATCAAAGTGGAAATGGA +AAATTTATAAGTATAGATGGAGATATATATGAGGGAAGTTTTGAAAACAATAAATTTAAC +GGAAAAGGAACTTATAAATATAGTAATGGAAGTGTATATATAGGAGACTTTAAGAATAAT +GTATATCATGGATATGGGTGCTATACTAATGAAAATGGAGATATATATGAGGGCGATTTT +AAATACGGACTTAAGAAGGGGAATGGCAAGCTTAAGTTTAGAAATGGAGAAGTTTACTAT +GGAGAGTTTAAAGATGATTTATTTAATGGTGTAGGTAAGTATATATATTTAGATGAAAGT +GTATATGAAGGAGATTTTAAGAATGGTAAATGCCATGGAATAGGAACCTATAGCTGTAGA +TTATATAAATATATAGGAGAATGGACTGAAGGTAATAAGGATAAAATAGGGACTTATTAT +TTTACATCAGGCTCTTTTTTAGAAGTGTGTATAGACAATAGTATTATAAAAGAGGGAATT +TATAAGTGTAAAGATTCAGATGATATGTATTTATATAATATAGATATTAGTAAAGAGAAA +GAAATAGATGTAATTGGAAATATTCATGACTATCTATTAAAAGAAATAAATAATCAAATC +ACAATAAATACTTCAAATATATATAATTAA +>crtK2 +TTGATTATATCAATAAAGGAAATAAGAAATTTTCTTATAAGTATATTAATACCCATATTA +GTAGGTTATTGTAGTTCGACAATAGCTAATTTACTTGCAGGGATAGATGCAAATACATAT +TATTCACAGCTTATAAAACCAGGGTTTGCACCACCAAGTTTTATTTTTCCAATAGTATGG +GTAATTTTATATACATTAATGGGAATATCAGCATATAAAATTATGAAAAAAGGATATGAC +TTATATAAGGTTAGAGATGCTATGTTTTATTACTGGTTACAGCTATTTTTGAATTTTATA +TGGAGTATATTATTTTTTGGATTAGACTTAAGATTTACAGGATTAGTAGTTATTATTATT +TTAATAATAATAGTTAGTGTGATGGTTTATAAATTCAGTAAGATTAATAAATTTTCTTCA +TATATAAATATACCGTATATTGTATGGCTATTATATGCTTTATTTTTAAATTATTTTATA +TGGATAATTAATAAATAA +>luxQ~~~rcsC_12 +ATGATTCGTAAAAGAAAATTTAGTATCTTATTATTAGCTATAATTATTTTAATTTCATTT +TTCAATGTAAATTCTTATAGTCAAAAAAGTAAGAAAAATATTTTGATTTTATGCTCGTAC +AATTCTGAAAATGTATGGGAACATTCTATAGTTGAAGAGGTTAAAAGGAATTTAAAAAAT +GCGAATATAAAAGTAGATTTTTTAGATAGCACATCCTCTGATTCAGATATTTATAACGAG +AGCTTTATGAAGTTGTTAAATATAAAGTATAAGAATGAAGATATAGACTGTATATTAACT +ATTGACGATGAAGCCTTAAACTTTGTTAGACATAATTTATTTAATAAAGATTCGTTTATG +TATAAGAAGCCTATAGTATTCGTAGGTGTTAATAGCTATATATCCTTAAGCCAAGAAGAA +TCAAATTATATTACGGGAATACTTGAGTATCAAGATAATTTATTTTTTCTAGATACAATA +CTTAATTTAAATAGTGAGGTTAAGAATGTATGTTTACTTTTAAATAATAGTATTTATAGT +AATATGATAAGAGAAAATGTAAGCTATTTAACAAAGTTTACTTCTAGGCCATTTAATATG +TGTACAATAGAAGGTTATGCTTTTGAAGATATAAAAGATAAAATAAAGAACTTAGATAAT +TCTTACGCCATTATATTATGTGTAACTTATAAAGATTTCGCTGATGGAGCATTTATGGAT +GAGACAAATCTTATAGAAAAAATTAAAGAAGTTACTGATGTACCTATATATAGTAAACTG +AAGACTTATGTAGAAGCAGGTGCTATTGGAGGAATAGTTAATGATGAAAGTAAGTTAGGA +AAAATAGCTGCAGTTTTTTTAGAAGAAATATTAAATGGAGATCATAAAGGAATAGCAACT +CCATCATATAATACTTTTAATACAGCCATATTTAACTTTAAATCTTTAAGAGAATACAAT +ATAAATCCCTTATTACTACCTAAGAATAGTGTAATTATAAATAAGGATACATTTGATTTA +TTAGTTCCTAAGAAGTTAGAGGTAATTATTTGGATTAGTATATTACTAGTTATATTAGGA +ATTATCACTTTAATTTATATGTATTCTTCTGATAAGAAAAACGCATTAAAATATAAATTG +TTATTAAGAAAATCAATAGAAAAGGATGAAATAAAAACTGATTTTATAATTACTATGTCT +CATGAGTTAAGAACCCCCTTAAATATAATAATTAATGCAAATAAATTATTAAACTTAAGA +GTATATAGTGATGAGTATGAGCGAGAGTTTTTTCAAAAACAGATAAATTTAATTAATAAA +AATTCTAATCGATTGCTTAGATTAATAAATAATTTAATAGATGTTAGTAAGATAGAAACT +GGTTATGTTGATGCTACGTTTAAAAATGAAAATATAGTTGATGTAGTTGAAGATGTAACA +ATGTCTGTTGTAGACTTAGCTAACTCTTATAACATAGAAATAATTTTTGACACAGAAGAA +GAAGAGATAATAACAGCAATCGATAGAAGTAAAATTGAAAGGATAATGCTTAATCTTTTA +TCAAATTCAATTAAGTTTACTAATGATGGTGGACATATATATGTAAATTTAAAAAAAGAA +GGAAATGATATTATTATTGAGGTTAAAGATGATGGTATTGGAATGTCAAGCGAGACTAAA +GATCATTTGTTTGAAAAATTTAAAAAAGCAAAACATTATCCCTCTTTAGAAAGAGAACAT +GAAGGTAGTGGATTAGGGCTATTTATAGTTAAAGGCTTAGTTGGTATTCATAATGGAAGT +ATTAATGTTGAAAGTGAAATTAATAAAGGTACAAAATTTATAATAAAAATACCACAAGGA +TTTGTAGATAAGGAAAATTCGAATCAAAACCTAATGAATATACCATTGGACTATACTAGC +AAGATAGAGCTTTCAGATATATATGATAAAGATGAGTAA +>cbiA +ATGAAAAAAATATTAATTGCAGGAACTAACAGCGGTGTAGGAAAAACTACAATTTCCCTG +GGAATAATGCAAGCACTTACAAAAAGAAACATGAAGGTGCAACCTTATAAGGTAGGTCCT +GATTATATTGATCCATCTTATCATACTTTTATAACAGGAAGACATTCCAGAAACTTAGAT +TCATATATGCTAGATGATGAAAAGATTAAATATATAGTGAATGAAGCGTCAAAGGATGCA +GATATATCAGTTGTTGAAGGTGTTATGGGACTATATGATGGGCTTGGAATAGATTTAAAT +AGTTGTACAAGCTCTTATGCATCAAAGCTTTTAAAAGCTCCAGTAATTTTAGTTATAAAT +GCTAAGGCAATGGCAGCATCTGCAGCAGCAATGGTACTTGGATATAAAGAGTTAGATAAA +GACGTCAATATAGGAGGAGTTATATTAAATAATGTAAAATCTAAAAGTCACTATGAAATA +CTTAAACAAGCAATAGAGACATATTGTAAGGTTGAAGTATTAGGCTATTTTCCTCCAAAT +AGTGAATTTTCACTAGAATCAAGACATTTAGGACTAGTACCTAGTGTAGAAATGGATTCT +TTAAAATCTAAGTTCGATAATCTTGCAGATGAAATAGAGAAGTACATAGATATAGATAAA +ATACTAGAAATATCAGACGTACAAGAAGTAGAAAGTAATTTTAATTTAGATAATTTTATA +AATAAAAATAGGATAGAAAATAAATCGATAGCAATTGCATATGATAAAGCTTTTAATTTT +TATTATAGAGAAAATATAGAATTATTAGATAAGCTAGGATTAGAAATAAAGTACTTTAGT +CCAATTGAAGATAAAGAAGTTCCAGAAGCTAATTACATTTATATCGGAGGAGGCTTCCCA +GAAATATTTAAAGAAGAATTAGATAAAAATGAATCAATGAGGCTTTCAATAAAAAAAGCT +CATGAAAATAATATTCCAATATATGCAGAATGTGGTGGATTAATGTACTTAGGAGACCGT +CTACTAGATAAAGACAATAAAGAGTACGAAATGGTAGGAATATTTGAAGGTACTAGCAAA +ATGACAGCGTCTTTAAAAAGATTTGGTTATTGTTATGGAGAAGCAAAGGAAGATACAGTT +TTAGCAAGAAAATCTCAGATTATAAAAGGTCATGAGTTCCATCATTCTATATTTGAAAGT +AATGAACCATGTGCTTATATAATGAGAAAAGAAAGAGCAGGAAAGGTTATTGATGAATGG +GAAGGTGGATATAGCAAAGGCAATACTTTAGCTACATATCTACATACACATTTTTATAAT +AACTTAGAATGTATAGAAAACTTTTTAATAAGAGGAAGTAAGTAG +>gmd +ATGAAAGATAAAAAAGTAGCTTTAATAACAGGTATAACGGGACAAGATGGTTCTTATTTA +GCTGAGTTATTATTAGAAAAGGGATATGAAGTACATGGAATAATAAGAAGAGCTAGTACT +TTTAACACAAAGAGAATAGATCACTTATATCAAGATCCACATGAAGAAAATGTAAGACTA +TTCTTACACTATGGAGATATAACTGATTCAAGTAACATAAATAGATTAATAGAAAAAATA +CAACCAGATGAAATATATAATTTAGCAGCACAATCTCATGTTGGAGTATCTTTTAACTCA +CCAGAATATACTGCAGAAGCAACTGGTGTAAGTACGCTTAGGATTTTAGATGCGATAAAG +GAGTCAGGAATAAAAACTAAATTCTATCAAGCATCTACAAGTGAATTATTTGGAGGTCTT +CCAGATACTGCACCACAAAGTGAAAAAACTCCATTCTATCCAAAGAGTCCATATGGAGTT +GCAAAATTATATTCTTACTGGATAACAGTAAACTACAGAGAATCATATAATATATTTGCT +TGTAACGGAATATTATTCAACCATGAATCTCCAAGAAGAGGGGAAACTTTTGTTACTAGA +AAGATAACTAGAGCAGCTGCAGCTATACATTTAGGAATGCAAGATAAGTTATACTTAGGA +AATTTAGATGCAAAAAGAGACTGGGGACATGCTAAGGATTACGTAGAAGGTATGTGGAGA +ATGTTACAACAAGACAAACCACAAGATTATGTATTAGCTATGAATGAAACTCATACAGTA +AGAGAATTCGTAGAACTTGCTTTTGCTGAATTAGGATATGAGATAGAGTGGCAAGGCAGC +GGTGTTGATGAAAAAGGTATAGATAAGAGGACTGGAAGAGTTTTAGTTGAAGTTGATCCA +AGATACTTTAGACCAGCAGAGGTTGAATTATTATGGGGAGATAGTACTAAAGCTAGAACA +GAACTTGAATGGCAACCAAAGTATTCTTTCATGGATTTAGTTAAAGAAATGGTACATTCA +GACTTAGAAGAAATGAAAAATGGCGGTGGGTATAAATCAAAATTTGAAAACTAA +>dnaJ +TTGAGTACTAAAAGAGACTACTATGAGGTACTGGGTGTAGGTAAGAGTGCTGATGAGAAA +GAAATAAAAAAAGCTTATAGAAAATTAGCAATGCAATATCATCCAGATAGAAACCCTGAT +AATAAAGAAGCAGAAGAAAAGTTTAAAGAAATAAATGAAGCTTACGAAGTTCTATCAGAT +GAAAATAAAAGAAGAACTTACGATCAATTTGGTCATGAAGGTGTAAATGGACAAGGCGGA +TTTGGTGGTCAAGGATTTGGAGGCTTCTCAGGGGGAGCTGGAGGATTCGAAGACATATTC +GGAGATATATTTGGAGATATGTTCGGAGGTGGATTTGGAGGCTCAAGCCGTCAAAGAAGA +AGAGGTCCTGAACGTGGAGCTGATATAAGACAAAATGTAACTATAGATTTTGAAGAAGCT +GCTTTTGGTAAGAAAGTTTCAATAAAGATAAATAGAAGTGAAGAGTGTAATGAATGTCAT +GGATCTGGTGCAAAACCAGGTACATCTAAGAAAACTTGTCCAACATGTAATGGTAGTGGA +GAAGTTAGAACTGTTCAAAGAACTCCTTTTGGTAACATAGCAAGCTCTAGAACATGTAGC +GAATGCCATGGAGAGGGAGAAATTATAGAATCACCATGTAATAAATGTCATGGGACAGGA +AGTACTAGAAAAGTTAAAACTATCGAAGTAGATATACCTGCTGGTATAGATGATGGTCAA +ATGATTAAGCTTTCTGGTCAAGGTGAAATTGGATCGAAAGGTGGCCCAAGAGGAGACCTT +TATATAGTTGTAAATATTAAGAAACATTCATTATTCACAAGAGAAGGATATGATGTATAC +TTAGAAATGCCAGTATCATTCAGTCAGGTTGCTTTAGGTGGAGAAATAGAAGTGCCTACA +TTAGATGGAAAGGTATCATATAATGTACCTGCTGGAACTCAAACTGGAACAGTGTTTAGA +CTAAGAGAAAAGGGTATACAAAAACTTAGAGGTAATTCAAGAGGAGATCAATATGTTAAG +GTAGTAGTTGAAACACCTAAACATTTAACTGATAGACAAAAAGAATTATTAAGAGAGTTA +GCTAAAGAGTCTGGAGATGAAGTTCATGAAAAGAAGAGGACATTCGGACAAAAAATAGAA +GATATGTTTAAGAAGAAATAA +>group_247 +ATGATAGGAGAAATAAAAGATTATTTAGTTAATAATAATAAAATAGATATAAAATTTTCT +GAAATATGTGCAAGTGTTGAGATTATAAATTCAGATATAATTAACTTTTTTGTACCATTA +TTTAGAAAACAAAAAAAATCGAAAGCTATTGAAAACTTGATAATTGAAAAAAATGTAGAA +TTTAAAGTTGAACAATTTGAAAAGTATATTCAAATTAATACTAAGTCACTATTAGTTAAG +ATTTATGATGAATTTAAGGTTGATATATATAACAATGAAGGAAAACTTATATGCTCTGAT +TACAGAGGAAAGAGAAATCCATTTATAAAAAATACAGCAGGTAGAATCGATATTGCAATG +CAAGAAGGGCATAAGCCTAATGAACATCAAGAATATAAAGTATTTATTCCTAAAAAGATG +GAAGAGAATATGTATTTTTATGGATTAGGAGAAAAAACAGGTCATTTAAATAAAAAAGGA +TGCCATTATAAGAATTGGAATACAGATGACCCTACACCCCATGGAGAAACTTATGATAGA +TTGTATAAAACAATACCATTCTTGATAACATTAAGAGAACAAGAGGCTTTTGGAATATTT +TTTGATAATACATTTGAATCTGATTTTGACTTAGGAAAAGAGAACTCAGAATACTATTAC +TTTGCAGCTGTTGATGGAAATATAGACTATTATTTTATATATGGGCCAACTGTAAAATCA +GTAATAAATAATTATACATATCTAACTGGTACAACTCCATTGCCCCAACTTTGGACATTA +GGATATCAGCAAAGTAGATGGGCTTATTGTCCTGATACAAATGTATATGAGATTGCAAAA +AAGTTTAGAGAAAAAAAAATACCTTGTGATGTAATACATTTAGATATTGAATACATGGAT +GATTTTAGAGTATTTACTTGGGATAAAAATAAATTTAAAAATCCACAAAAGATGATTTCA +GACCTTAAAGATGATGGATATAAAGTAATAACTATAATTGATCCAGGAGTTAAGGTTGAT +AAGGGATATAAAATTTATGACGAAGGCTTAAAAAATAGTTATTTTGTAACAGATAAAAAT +GGAATATTATATACTAACTGGGTATGGCCAGGTAATTCAGCATTTCCTGATTTTGCGAAT +AAAGAAGTTAGAAGATGGTGGTCTAACAATCAAAAAATAATGATAGATTATGGTGTATCA +GGTATATGGAATGATATGAATGAACCTGCAAGTTTTAATGGACCTTTACCAGACGATATA +CAGTTTAATGATGATGGAGAGTATGTTGAACACAAGGAAATACATAACGTATACGGTCAT +TTAATGAGCCAATCTACTTATGAAGGTATAAAAAAATATACTAATAAAAGGCCGTTTGTA +ATAACTAGGGCATGTTATGCAGGAACACAAAAATATTCAACAGTTTGGACTGGTGATAAT +CAAAGTACATGGGAACATTTAAGGATGTCTATTCCTATGTTAATGAATTTAGGCATGAGT +GGTATATCTTTTTGTGGAACAGATGTAGGTGGATTTGGATTTGATACGACTAAGGAATTA +TTATCAAGATGGGTTCAAGTGGGAGCATTTACACCGTTATTTAGAAACCATACTTCTATA +TATACTAGGGATCAAGAACCATGGGCATTTGATGAAGAAACTGAAGATATATATAGAAAG +TATGTAAAATTAAGATATAAATTACTTCCATATATATATGATGAATTTAAAAAAGGTGAA +TCTTCTGGACTACCATTAGTGAGACCTTTATTATTAGATTATCAAAATGATGAAGAAACC +TATGAGATAAATGATGAATTTTTATGTGGTGAAAACATACTAGTAGCTCCAGTTTTAGAG +CAAGGGAAAAGAGCTCGAATGGTTTATTTACCTAAAGGAAATAAGTGGATAGACTATTGG +ACTAAGGAAATTTTTGAAGGTGGAGAATATGTTATAAAAAAAACACCATTAGATATATGC +CCTATATATATTAAGGAAAATAGTATAATACCTAATTATCCCAATATTAATTATATTGGA +GAGAAAGAGATTGATATTTTAAAATTAGATATCTATATAAATGGTAAATCAAATTCTTAT +ATTCATTATCAAGATGATGGCGAAAGTTTTGATTATAGGGTTGGAAAATATAACTTATAC +AAATTTGAGGTTATAAATGGAGATGTTATTAAGTTTAAAACTTCAGTATTACATAGAAAT +TATGACAAAGTATATAAGGGGTATGAAGTTATATTTAATAATATAAAGTGTAGAAAAATT +GAGATGGATGGAATTGATATAGAGTTTGACAGTTATGAAAATAGAACTATAGTAAAATTA +GATCACTTAGATAAGATATTAAAAATTTATAAGTAA +>phoR~~~phoR_1 +ATGAATGAATTAGATAATATATATTTTTTTATTACATTAGCTTCTATAACCATAACAATA +TTGTCTCTTAGATATACTATAACAATAAAAAGATACTTAGAAAAATTTAGAATAGTTTCA +AAAAAAGTAAGCAATAAAGAATTTCATACGAGGTTAAATATATCTGCAAAGGGTGAATTA +GGAGAGCTTACTAATAATTTTAATTATATGATAGAAAAAATGGGTGATACAATTGAGGAA +GTAGAATATAAACATCTTCAATTAACATCTATTTTGAAAAGTATTTCTCATGGTATTTTA +GCTATAGATATAAGTGGAAATATACTTTTAATAAATGATGAAGCTAAAAAGATAATCAAA +GCTAATAAAGTGGTAGAAGGTCAAAATATTAATTCTGCAATAAAAGAAGAAAAAATCCTT +AAGGTGATTTCTAAATTTAGAGGATCTAATAAAAATGAAAGAGCAAAAATCGTAATGGAA +GACGAAACTGTATACAATATTAAGGTAGATCCTGTTTACCTACAAAATACAGTTAATGCA +ATTATAGGATCTATAATAAATATAGAAGATATTACACAAAAGGTTAAACTTGAAAATATG +AGAAGCGACTTTGTTGCTAATGTAACTCATGAGCTAAAAACGCCACTAACATCTATAAGT +GGGTTTGTTGAAACATTAAGGTTAAATGAAAACATAGATACTGAGACTAGAAATAGATTT +TTAGGAATAATAGAAACTGAATCTGATCGATTAAAGCGATTAATAGATGATATCTTGTTT +TTATCGTCTATAGAGAATACAGAGAGTAGAGTTCTAGAAAAGATAAATTTATATGATACT +TTTAAAGATGTGAAGGATATGCTTAACTATATTGCTGAAAGTAAAAAAATTACATTTAGT +TATGAATTCCTAGATAAATCTTTGTTTGTTGTATCAAATAGAGATTATATAAAGCAGATA +TTTTTGAATTTAATTGAAAATGCAATTAAATATACTCCTGAATATGGAGAAGTAAAAGTA +ATAGTGTCGTCTAATGAAAATGAAATAATATTGCAGGTAATAGATAATGGTGTAGGTATT +CCTAAAGAGGATATACAGAGGATATTTGAAAGGTTTTACAGGGTAGATAAGGCTAGAAGT +AGGGATGTAGGCGGTACCGGATTAGGTTTAGCAATTACTAAGCATATTGTAAAATCATTA +AATGGAATGATTGAAGTAAAAAGTGAATTGAATAAAGGTAGTGAATTTATAGTAACTATA +CCTAAAAAAATTTCCTAG +>group_248 +ATGATTATAAAGCTTGATTCTTCTTATCATAATAAAGTTATAAAGTATCTAGAAAAAGAG +CCAGAGTTTAACCTATTAACAATAGGTGACATAGAGAAGTATGGGTATGATAACTATTTT +TTAAATATATGGGCAGGAATAAATAGAAGAGGGGAAATAGAAGGTATACTTATAAAATGT +TTTGAATTTATTATTTTTTATGCTTATGACAAGTTTGATATAAATGAATTTGCCAACTTA +ATAAATAATATGGATTATTTAGAAATAAGCGGAAAGTCTGATGCTGTAGATAAGTTAGCT +AATAAGTTAAGGCTATATAAGAGTAGAAAAGTTAAGTTTTGTAAGTTAGAAAGTAAACAA +TATTTAAAAGATAATGGTGTAGATGTAAAAGTTAAAAAAATGAGGTTTAGGCATTTAAAT +AAAGTAACAAAGTTATATGAGGTTATTGATGAATTTGAAAATACAACAGTAGAAAATCTT +AGAAGTGGACTTAAAACAGGCAGAGGATATTATATAGACATTGATAGACAAATAGTGGCT +ATGGCTAAGAGTACGGCAGAAAATAGACGATATGCTATGATAGTTGGTGTTGGAACCCAT +CCTAATTATAGAAATATGGGGCTGGCTACTAAATGTATTGTAAAGATATGTTCTGAACTT +TTAGATGAAAATAAAATACCTTGCTTATTTTACGACAATGAAGAAGCTGGAAAGATATAC +AGAAAACTAGGTTTTGAGAAGATTGGAAATTGGAGCATTTATTATAAAATTTAG +>rhaS_3 +ATGACAGATAACGATATAAGTTTTTGGGCGCAAAGTGTATCAATATCTTTAGGTACATCA +ATATATATAACTTCAAGTGAAGAAGAGATTGTTGAAGTACTTAAAAACAATCCTTTCTTT +AAATTGATTTCAAAAATTGATTTAGCTGAATTAGCAAATAAATATACAAATGTTTGTGTT +AACAAGGTGTCTTATTTTGTCGAAGGACCTTTTAGTACATATTTTATAATAATTTGTTTA +AATGAAAATTTTAATAAGAATCTAGTAATAGGGCCATTTATTAATAAAATTTTATCAAAA +GATGAGATTTTAGAAGTAACATCTTTGTTGGATTTTGATTCATATTTAATAGAAGACATA +AATAAGTACTATAATACAATTCCTATTGTTGAAAATCTTAAGCTAATATCTTTAATTAAT +TTATTTTTAGAAAAATATTTTAATACTAATGGACCATTTCCATTTATCTTGATACAAAAA +AATGACTTATCAGAAAATACCTTTGATTTTAATATAAATTTAGATAATGGATCCTTTAAT +TCTATAGAAAATCAGTATAAAATAGAGAATGAATTTTTAAATTATGTTTCTGAGGGTAAT +TTTTCTAGCGCATGTATCGCCTTTAAAAACTTAATTTTAGATGCAGAAGCTAATTATAAA +TTAGATAGTTATTTTTATAATAGCAGTGGTTTTTTTATGCTTAATGCTATGCTAAAAAAA +TCAGTAGAATCAAGTGGAGTTCATCCCATATATTTAGATTCAGTTTTTAGAAGATATAAT +TTAATTATATCCTCTAATAAAAATCTAAATAAAAATATGGCCTTAAAGATGATCAAGGAT +TATTGTAACCTAGTTACAAAATATAGCTCAAATTATATTAATCCTTTACTAAGAAAAATA +ATTGCTTATATTAATTATAATTACTCTAATGAGTTAACTGTTTCCGGTATATCTGATCAT +TTCGGTATAACATCAAATTATTTATATTGTCTATTTAAAAAAGAGATGGGAGTTTCTGCT +ATTGAATTTATTAATAAAACTAGAATTAATGAAGCTTCTAAGCTAATGAGAGAGACCGAC +ATGCAAATTCAAAGCATTGCTGAAAATGTTGGCTTAAACGATACTAGCTATTTTGCAAGA +CTTTTTAAAAGATATATGGGAATAACCCCTTCTAGGTATAAAAAGAATTTTAATATCTAA +>uvrC_1~~~uvrC_3 +TTGTTTGACATACAAGAACAATTAAAAAAGCTTCCAGCAGAGCCTGGAGTATATTTAATG +AAGGATCAATTTAATAATATAATTTATGTTGGAAAGGCTATATCATTAAAAAATAGAGTG +AGACAATATTTTCAATCATCGAAAAATCACTCTTCAAAAGTTAAGTCAATGGTTAAGAAT +ATAAAAAGTTTCGAGTATATTATAACTGATTCTGAATTAGAGGCATTAATACTTGAATGT +AACTTAATAAAGCAATATAGACCAAAATATAATGTTTTATTAAGAGATGATAAGACTTAT +CCATATATAAAAGTAACTACAAATGAAGATTATCCAAGAGTATTAAAAGTTAGAAGAGTA +CTAAAAGATAAGGCAAAATATTTTGGACCGTATACAAATTTAACTGCAGTAAATGATACC +TTAGAAATAATAAGAAATACTTATCCTATAAGGACATGTAATATAGATATAGATAAGGCT +ATAAAAAATAATATGAGACCTTGTTTAAATATGCATATAAAGAAATGTGTAGGACCTTGT +ACAGGTAATATCTCTAAAGAAGAATATAATGAGATGGTAGAAGATATAATTATGTTCTTA +TCGGGAAAAGAAGAAACATTAATAGAAATATTAAAAGAAAAAATGAATAAATGTGCTATG +AAGTTTAATTTCGAAGAAGCTGCCATATATAGAGATAAAATTAGAAGCCTGGAAGAAATG +ATGCAAAAGCAAAAAATAGATGCTACTGCTTCAGATTTAAATCAAGACGTAATAGCTATG +GCAAGAGCTCATGATGAAGCTTGTGTTCAAGTATTCTTTGTAAGAAATGGGAAGATAGTT +GGAAGAGAACATTTTATATTAGTAGGTGTTATGGACAGTTCTAGAGCATCCATTTTAGGA +TCTTTTGTAAAACAGTTTTATATGGAACAAGAGTATATTCCTAGAGAACTTATAATAGAA +GATGAAATTGAGGATAGTTTTATTTTAGAAGAATGGTTATCTACTAAAAAGGGTCAAAAG +GTTACTATAAGAGTACCTCAAAAAGGAGAAAAAAAAAATTTAGTAGATATGGTCAGAAAA +AATGCTATGGAATATCTTGAAAAATTCTCAGATATGAATAAGCTTAAATATGAAAAGAGT +TTAGGTGCATTAGAACAATTAAAAGATTTATTAGGATTAGAAGAAATGCCAAAGAGAATA +GAATCTTTTGATATTTCTAATATCCAAGGAGTAGACTCAATAGGTTCAATGGTTGTATTT +ACAAATGGAAAGAAAGATAAGAAAGAATATAGAAGATACAAAATAAAAACTGTAATAGGA +CCAAATGACTACGATTCTATGGCTGAAATAGTAGAAAGAAGACTAAAATACGGTGACTTA +CCAGATTTAATTCTATTAGATGGAGGAAAAGGACAAGTAAGCTCAGTCCAAAAAGTTTTA +GATAAATATGATGTAGAAATTCCTCTATGGGGAATGTATAAAGACGATAAACATAGAACA +AAGGGATTAATTTCCCAGGAAAAGGAGATAGAATTAGATAAAACTACTAATTTGTATAGA +TTTGTAGCAAGTATACAAGAAGAAGTTCATAATTTCGCTATTAGCTATCATAGAAGTTTA +AGAAATAAATCTTTGACAAAGTCAGTTTTAGATGATATACAAGGTATAGGGGAAAAAAGA +AAAAAAGCTTTATTAGCTCACTTTAAGGATATAGATGCTATAAAAAAAGCCAGTGTTGAA +GAGTTGGCAAGTGTTGAGGGAATGAATACGGCATCAGCAGAGAGTGTTTATAATTTTTTT +AAGAAGGGATAG +>argS +ATGCAAGATTTCAAGGTAGCAATAGCAAATTGCCTTAAAGAAAAGATAGAAGATTTATCT +TTAGAAGAAATATTAGGACTTATAGAAATACCACCAAATAAGGATATGGGTGACTATGCT +TTCCCATGTTTCAAATTAGCAAAGGTATTTAGAAAAGCTCCTAACATGATAGCAAGTGAC +TTATCAGAAACTATAGAAGCTAAGGGAGATATATCAAAGGTTATGCCAATGGGCGGATAC +GTAAACTTCTTTGTTAACAAATCTCAATTAGCTAATAATGTTATAAATGATGTATTAACT +CAAAAAGATTCATACGGACATGGAAAAATGGGAGAAGGAAAAACTGTAGTAATAGATTTT +TCATCTCCTAATATAGCAAAGCCTTTCCATATAGGTCATATAAGAACTACAGTTATAGGA +AATGCTTTATACAAAATATATGATTCTCAAGGATATGATACTGTAAGAGTAAATCACTTA +GGTGACTATGGAACTCAGTTCGGAAAACTTATAGTAGCATTTAAGTTATGGGGAGATAAA +GAGACTGTAGAATCTAACCCAATACCAGAGTTATTAAAATTATACATAAGATTCCATGAT +GAAGCTGAAGAAAAACCAGAAATGGAAGATGAAGCTAGAGCTTGGTTTACAAAGTTAGAA +AACGGAGATCCAGAAGCTAAAGAATTATGGCAATGGTTTAGAGATGAAAGTTTAAAAGAA +TTTGCTAGAGTATATGATTTATTAGATATACAATTTGATTCTTACAATGGAGAAAGTTTC +TATTCTGATAAGATGGATACTGTAATAGAAACTATAAAAGAAAAAGGATTATTACAGGAA +TCTCAAGGAACTAACGTAGTTGATTTAGAAGCGTATAATATGCCACCAGCGTTAATAACA +AAAAATGATGGTTCAACTTTATATATGACTAGAGATTTAGCAGCAGCAGTATATAGAAAG +AACACTTACAATTTTGATAAGTGTATATATGTAGTTGGATCTCAACAAGCGTTACATTTC +CAACAATTATTTAAAGTCTTAGAACTTGTAGGATTTGAGTGGGCTAAAGACTTAATACAC +GTTCCATTTGGAATGGTTGCATTAGAAGAAGGAACTATGTCTACTAGAAAAGGTAGAGTA +GTATTCTTAGAGGATGTTTTAAAACAAGCTATAGAAAAGACAAAAGAAACAATGTTAGCT +AAAAACCCAGAGGCTAAAAATGTAGATACAATAGCTAAGCAAGTAGGGGTTGGAGCTGTA +GTGTTCCAAGAGTTATCTAACAGTAGAATCAAGGATTATACTTTCTCTTGGGAAAGAACA +TTAAGCTTTGAAGGTGAAACTGGACCATATGTTCAATATACTCATGCTAGATGTTGCGCA +GTGTTAAGAAAAGCTAATGAAGAAGTAGCTTCAGATATTAATTATGAACTATTAACAAAT +GAAGATAGTGTAGAAGTATTAAAAACAATAGCTTCATTTAATAAAAACATAGTGTCTGCA +TTAAATAGAAATGAGCCACATATAGTAACTAGATTCGTACTAGATTTAGCTCAAGCATTT +AATAAATTCTACCATGATAATCCAATATTAGTAGATGATATTGAAGTAAGAAAGGCTAGA +CTTGCTTTAGTTGCTGCAACTAGACAAACATTAGAAAATGGACTTAAATTATTAGGAATG +CACGCACCAGAAAGAATGTAA +>group_844 +ATGAAAAAAGATAAAAGACGTATAATAATAGATTTTGAAGTTTTATCAAATGCTAAATTT +TGGATGTGTTGTATGAAAGATTACAAAACTCAAAAAGAACACATCATAATAAATGATAGA +GATGAATTATTAAGAATATACAATAAAAATAAAGATTCTGTATGGATAGGGTACAACATA +AAAGGATACGATCAATGGATATTTAAATCTATAATTATGGGTCTTGATCCATGTAAGGTA +TCAGATAGCCTTATTGAAAAAAAGATGTCTGGATGGAAAATTGATAGAAGCTTAAATAAA +ATGCAGATGTATATATTTGAAATAAATGATAGTTTCCGTAGCTTGAAGGAGCTGGAATTG +TTTATGGGGGAAGATATAAGAGAAAGTACTGTTCCCTTTGATTTAGATAGATATCCAACA +GAAGAAGAGATAAAAGAACTAACAAGTTACTGCTTACACGACGTAAGAATGACTTATAAA +GTGTTTACAGAAGTTTATTACAAATATGAAGCACAATTAGGGTTAATAGAATACTTTAAC +TTAGATGACAGTATGATTAATAAAACCGAAGCTCAGCTAAGTGCATATATATTAGGTGCA +AAAAAGCCTAATTATGATAGAGATGACTCAAAAGACTTCGAAATAATAGAGAGTATAAAT +CTTAGTAAATATAATTATATAAAAGATTGGTATTTAGATTATAACAATAGAGATTTAAAA +AACTACTTAAGAACAAATGTATATGGAATTGAAACTGATTTTGGTTGGGGTGGACTTCAT +TCTGCTAGAAAAAAATACGAAGCTAATGATTTCATTGTAAATTCAGATGTAAGTTCTTTT +TATCCATCTATAATGATAGAATATAATTTATTAAGTAGAAATGTAAAAGATCCATCTAAA +TACAGTCAAATAAGAGATACAAGGATACAGTTTAAAAAAGATAATAATCCTATAGAAAAA +TCCCTTAAATTAGTTTTAAATAGTGCATACGGTGCATGTATGGATATTAATAATGAACTT +TATGATCCAAGACAAGGGATGTCTATATGTGTAAATGGACAGTTACTATTATTAGATTTA +ATAGAAAAGGTAGAATTAGAATTTAAGGAAGAAGCAGAATTTATTCAAGGTAATACTGAT +GGAGTTATGTTTAAGTTTAATTCTAAAGAGGCAGTGAATAGATATATAGAAATTTGTAAT +GAATGGTGTAAAAGAACTAAAATGAATCTTGAACATGATTTTATTAAAAAGATAATACAA +AAAGACGTAAATAATTATATTTATATAAAAGAAGATAACAAAGTAAAAAGCAAAGGTGCT +TATGTTAAAAAATTAAGTATAATAGATAATGATTTACCAATAGTAAATAAGGCTATTAAA +GAAAGATTAATAAATGACATAGATATAGAAACTACTATAAATAGTTGTAACAATCTTATA +GATTTTCAAAAATGTGTAAAGATAACCGGAAAATATTCTCATGCCGTATACGGAATGGAG +GATATTAGCTTAAAGGTTCTTAGGGTATTTGCTAGTAAATCTAGTTTAGATAATCCTATT +ATGAAAATGAAATCAGATAATAAACTAGAGAAGATAAGTTATACTCCAGATAGGGTGTTT +ATAGATAATAGCAATATTATAGGTAAAGAGGTACCTCAAAAACTAGATAAAAGCTGGTAT +ATAGCTTTGGCGAAGGAAAGATTAGAGAGCTTTGTAAGTGAGTATAAATTTACATTATTT +GATTACTTAAACTTAATTTAA +>udk_1~~~udk_2 +ATGAGGAATTTAGAATTAAATGTAAATGGAGAGATAAAAAAATACTGTATAGATAAGAAT +CCTGAAGGTATAAAGTTAGAAGAAATAGCAAGAGATATTGAAGAAAGTTCTGATGGAATT +ATAACCTTAGGAATTATAAAGAACAAATTAAGAGAATTAAGTCATGTAGTAAAAGAAGAT +TGTAGTATAAAATTTTTAGATACCACAGATTTGGATGGATATAGAGTATATGCTAGAGTT +TTGAATTTTATATTTATGATGGCCTGTGATGACCTTTTTAAGGATGTAAGGGTTACTGTG +GAGCACTCTCTATCTGGTGGATTGTATTGTGAGGTTCATATTGATAGAGATTTAAATGAA +GAAGATATAAAAAATATAAAATGTAAAATGAAAGAAATAATAAAAAATAATTATAAAATA +GAAAAAATAAGTACTACAAGAGCAGAAGCTATTTCAATATTTAAAGAGCATAAAATGATA +GAAAAAGCAGAACTATTAAGATATAAAGAATATAATGATGTAAAAATATATAAGTGCAAT +AATTATATAGATCATTTTTATGGATACATGTTACCTTCAACGGGATATATAAAAACTTTT +GATTTAAAGTTATATAAAAATGGAGTTATACTTTTTGGACCGAGTAAATTGTATAAGAAT +ATACCAAGAGAATTTAAGCCTCAGCCTAAATTATCTAATATATATCGTGAATCAGAAATA +TGGTCAAATTTAATAGGTGTAGATAAAGTTTTAACTTTAAATAAAATTATAGAAAACAAA +GAGTATGGAGATGTGATAAGAACAGTAGAAGCATTACATGAAAAAAAGCTTTCTCAAATT +GCTGATATAATTAAAGAACAGAAAAAAAGGATTATATTAATAGCAGCACCTTCATCATCA +GGAAAAACAAGTTTTGCCCATAGATTATGTATTCACCTTAGAGTAAATAACCTGAATCCT +GTATCTATATCTTTAGATGATTATTTTGTAGATAGAGAGCGCACTCCAGTAGATGAATTC +GGAAACTATGATTTTGAATCTATCTATGCAATAAATTTAGAACAATTTAATAGAGATTTA +AAAGATTTATTAGATGGAAAAGAAATATCTCTACCAAAATTTGATTTTAAACAAGGGAAG +CAGATTAATAGTAATAAAAAATTAAAAATAGATAGCAATCAGCCAATAATATTAGAAGGG +ATACACGGATTAAATCCATTGTTAACATCTTCTATACCTAATGATGAAAAGTTTAAAATA +TATTTAAGTGCGCTTACTCAAATAAACTTAGATGACCATAATAGAATACCAACAACAGAT +TTAAGGTTAATTAGAAGGATAGTAAGAGATTATAACTTTAGAGGTTATAGCGCAGAGACA +ACTATTATTAACTGGAATTCAGTAAGAAGAGGAGAAGAAAAAAATATCTTCCCTTATCAA +GAAGAAGCTGATGTTATATTCAATTCAGCTTGTTTATATGAACTAGCGGTTTTAAAAAAA +TATGTAACTCCATTATTAGAAAGTATTAAGGATAATAGTAGAGCATATATAGAGTCTAAT +AGACTATTAAAATTCCTACAGTACTTTGTAGCGCTAGAGGATACATCGGATATACCATCA +ACATCTATATTAAGAGAATTTATTGGTGGTAGTAAAATTGTAGATTAA +>ycf3 +ATGAACTTTAGAATTGAAAAATACTTATTAAAAAAAGCAGATGAATTAGCTTTCATAACA +ATAAAAAATGATGGAGACTTTAAATTAGAAGGGTACAAGCTACCAAATCAAGGATTAGAT +GTGCCAATAAAAAATGAAGTACTTGTAAAGGGAATAAAAGAAAATACAGCTCAAGAAGGA +ATTAATTCTATGTCTATAGCAGATGCTATGATATATATTATGGGTATAGATAGTAGCTTT +AAGTATAATGATGAGTATAAAAAGTTTTTAGATGCTTTAGAAAAGAACATAAATTTAGAT +ATTAGAGCATATATGGGATACATGTCTAGAAAGTATTTTGAAATAGGAGAATCTACAGAT +TCTTTAATATATTTAAAAGCACTTATAAGTCAATATCCAGATGATGTTGAAGGAATGTAT +CACTATGCAATAGTATGTCAAGAGTTGGCTCAACAATATCAAAAGGATTCTGATAATGAG +GGAATGAACAATTTCTTGCTTGAAGCTTTAGATAAGCTAGAAAGAGTTATAGCATTAGAT +GAAAGTTTTGCATTAGCATATTATCACTTAGGATATCACTATTATAACCAAGGACAATAT +ATAAAAGCTAAGGTTATATGGGAAGAGGCTTTAAATTTAGGATTAGATGCAGATACAGTA +GCTGAGATACAAGATAATATAGGAAAGATGGACTTTAAAGTACAATATGAAGAAGGCTAT +AGTTTAGTATTCCAAGGAAGAAGTGAAGAAGCTTTAGAAAAATTATTACCACTAGAAGCG +GAACATTCAGATTGGTGGAACTTATTATTCATGATAGGTTTAGCATATAAGTATATGAAT +GAAATAGAAGAAGCTAAAGCATATTTTGAAAGAATATTAATCTTAAAGCCACATCAAGTT +GATACTATGGTAGAATTAGGTCTTTGTGAAGCTGCTTCTTATAATTTAGAAAAAGCAATT +GAGCATTTTAGTACAGCTGCCAAAATAAAAGAAGATCCAGAAATACTATGTAACTTAGGT +ATGGCATATTTAAATAACGGAGAACTAGATGAGGCAATTTATTATGTTGAAAGAGCATAT +GAATTAAATCCAGAAGATGAAATAACAGTTGCATGTATGAGAGAGTTAGATAATTATAGA +TAA +>nanM +ATGAGAAAACAAAAAACTAAAGCTATGGCAATTGCAATAGCATCAGTATTTATTATTGGG +ATAGGTACTTTAGGACATGGTGGAAAGGCAGCAGCATCTAGTAGTGAAAAAATAACTGCA +AAAAGAATACTTTGGGAACATGCAGGTGATTTAGAAGCACAATTTGGACAAGATAAAAAT +ATAGGTACAGCAGGATTACTTGTAGGAGAGTCAGGTGGATATATAATAGCTGGCGGTGGA +GCAAACTTTCCTGATAAGCCTGTAGTTGATGGTGGGGCTAAAGAACATTATCCTGATGTT +TATGTATTAAAGCAAGAAAATGGAAGATTAAAGCAAGTTAACCATACAAAATTAAAATAT +GAAATAGGGTATGGAAGCTCAATAACTGATGATGATGGTGTTTATTATATAGGTGGAAGT +CCAGATGATAAAGAAGGAAATAATGTAACTCTATTCTCTGTTGATAAAAAAGGAAAGTTG +AAAGAAAAGTTTATAGGAGATTTACCTTTTACAATTAGCGATGGAATAGCTGTTAAACAA +GGGAATTATATATATGTTGGATTAGGAAAGCAAGATGGTAAGGCTAGTAATAAAATGTAC +AAATTTGATCTAAAAACAAAAAAAACACAGGAAATAGCATCCATGCCAGGAGAAGAAACT +AGAAACCAAGCTGTTGCTCAAATATTAAATGGTGAGATATATGTATTTAGTGGTGGAGAT +AAAGTAGCTTATACTGATGGCTATAAATATAATATGAAAAAGAATAAATGGGAAAAAGTA +TCAGATGTTAAAGTAGATGGAAAAGAAATATCTTTATTAGGTGCTAGTTCAGTTAAACTT +AATAACGAAGAAATGCTAGTTGTAGGTGGATTTGATAAAACAGTTTATGACTATGCAGTT +GAAAGATTAGGAACGTTACATGGGGAGGAATTAGCCGATTTTAAGAAAAAATATTTTGGA +GCAGACCCATCTGAGCTAAGATGGAATAAGAAAATATTAATATATAATGCAAAGAGTAAT +AGTTGGAAATCTATTGGTGAAGTTCCATTTGATGCACCATGTGGAGCAGGAGTAGTTTTA +GATGGTGAAAAGATATATTCAATAAATGGAGAAATAAAACCTGGAACTAGAACTAATAGA +ACTTATGTTGGTACAATATTAGATAAATAA +>mreB_1~~~mreB_2~~~mreB +ATGGCTAAAGAGAAAAAAGAAAAAAGAGAGAAAAAAGGATTTGGATCTTTATTTGGATTC +GGTAAAATGACTAAAGATATGGGAATCGATTTAGGTACAGCAAATACTTTAGTTTATATA +AAAGGGCAAGGTATAGTAGTAAGAGAACCTTCAGTTGTTGCTATAAGAGATGATAGTAAG +GAAGTTTTAGCAGTTGGTGAAGAAGCTAAGAGAATGATAGGTAGAACACCAGGAAATATA +GTAGCTATAAGACCAATGAAAGATGGAGTTATAGCTGATTTTGATGTTACTCAATCAATG +TTAAGCTACTTTATACAAAAAGCTGCAGCTAAAAAAGGTGTTGTAAGTCCAAGAATAGCA +ATATGTGTACCATTTGGTGTTACAGATGTTGAAAAAAGAGCAATAGAAGAAGCAGCAAGA +CAAGCAGGAGCGAAAGATGCTTATCTTATAGAAGAACCAATGGCTGCTGCAATAGGAGCA +GGTCTTAAAGTAGAAGAGCCAGAAGGAAACATGGTTGTTGATATCGGTGGTGGTACTTCA +GAAATAGCAGTAATATCTTTAGGTGGTATAGTATCAGCTGAATCAGTAAGAATCGGTGGT +AACAAGTTTGATGAAGCTATAGTTGGATACGTTAAAAAAGAATACAACTTAATGATAGGT +GAAAGAACTGCGGAAGATATAAAAATAAGCATAGGATCAACTTTTAAAGAAGACCAAGAA +AGTAATATGCAAATAAGAGGTAGAGATTTAATATCAGGTTTACCAAAAACAGTAGAAATA +TCTTCAACAGAAGTTAGAGAAGCATTAAAAGAACCAATAAGTTCAATAGTAGATGCAATA +AAATCAACTTTAGAAAAAACTCCACCAGAATTAGCATCAGATATAATGGAAAATGGAATA +ATGTTAACTGGAGGTGGAGCATTACTTAGAGGATTAGATAAGTTAATAAAGCAAGAAACT +GGAATGCCAGTAACAATAGCTGAAGGTCCTCTTGATTGTGTTGCACTAGGAACTGGTAAA +TCAGTAGAAGATCAAGAGATATTTGAAAAAGTATTAATGATGAATAATAGAAGATAA +>group_1328 +ATGAAATATTATATGAAATCTAAAGTATTTAAACTGAAAGAAGACTTTTGGATAAAGAAC +CAATACGAAGAAGATACTTTCTTTGTAGATAATAAATTTTTAACTTTTGGTTTACAATTT +GATATACAAAAAAATAACCAGGTGCTTTATTTTGTCAAAGAAACTATACTTACATTCTTA +TCAAATTATGAAATATTTGAAAATGATAAGGTAGTAGCTACTGTAAATCAAAAACTTACT +TTCTTAAAAACGAAGGTAGAAGTAAATAGTAAGTATGGTGAATTAGAAATAGAAGGTAGT +ATTTTTGAATATAATTATAAAATCTATCAAGGCTCAAAAGTTGTTGCTCAAATAGAAAAA +GAAATGTTTGCTTTCAGTGATAATTATACTGTAGATATAGATTTTGAAGATGAAGCATTT +ATATTAGCGTTAGTCGTAATAATAGATAATATAAGAGATAAAAGAAGATCAGCAGCAAAT +TAA +>apeA +ATGGAGATAAAATACGAAGCAAAAAATGCATGGAAAATTCATATGGATAATAACTCATTA +AAAGAAGTTATGAATTATTCAAAAGGTTACATGGACTTTTTATTTAAGTCAAAAACAGAA +AGAAGCTGTGCAAAAGAAATTATCAAACAAGCAAAAGAAAATGGATATATATCTTTAGAG +GAAGCCATATTTAAGGGAAGTATAAAAGCTGGGGACAAAATATATGCTAACAATAAAGAT +AAAGGTGTATGCCTATTTTTAATAGGGAAAAATACTATTGAAAATGGTATGAGAATAATA +GGTAGTCATATAGATTCACCGAGACTTGATTTAAAAGCAAACCCTTTATATGAAGAAGCA +AATTTAGGTTTATTTAAAACTCATTACTATGGTGGAATAAAAAAATACCAATGGTTATCA +CTGCCTCTAGCTTTAAGTGGTGTAGTAATCTTAAAAGATGGCAGAAAGATAGATATTTGT +ATAGGAGAAGATGAAACTGATCCTGTATTTTGTATAACTGATATTCTTCCACACTTAGCG +TCAGATCAAAATCAAAAGAAAATTTCTGAGGCTATAAAAGGTGAAGATTTAAATTTATTA +ATAGGAAGTATCCCAACTGAAGAAAAAGATGGTATAGTTTACAATATATTAAATATATTA +AATGAAAAATATAACATGGTAGAAGAAGATTTTTTAAGTGCTGAACTTCAAGTTGTTCCT +GCAGGTAAGCCTAGAGATTTAGGACTTGATAAATCTATGGTACTTGCTTATGGACATGAT +GATAAGGTTTGTACATATGCAGCAATAACATCTATTTTTGATATAGAAGAGTCAGACTAT +ACATTAGTTACTTTATGTGCAGATAAGGAAGAAGTAGGTTCAAATGGAAATACAGGTATG +CAGTCTAGATTCTTTGAAAATATAGTTGCAGAACTTATAGAACTAGAAGGAAGTTATTCA +GATTTAAAAATAAAAAGAGCTTTTTCTAAGTCTAAGGTATTATCAGCAGATGTTTCTGCT +GGATATGATCCTAATTTTTCTAGTGCGTATGATAAAAGAAACTCTGCATACATGGGCAAT +GGTGTAGTATTAATTAAATACACTGGCGCGAGAGGTAAAAATGGATGTAATGATGCTAAT +GCAGAATTTTTAGCGGAAGTAAGAAATGTATTTAATAATGAAAATGTAGTATGGCAAACA +GGTGAACTTGGTAAGGTTGACCAAGGCGGAGGAGGAACAATTGCTTATATGTTAGCAAAC +TATGGAGCAGAGGTAGTAGACTGTGGCGTAGGAGTTCTTAGTATGCATGCACCATATGAG +GTAATTTCAAAAGTTGATTTATATGAAATGTATAAAGGTTATAGAGCCTTTTTTAATAAA +ATAAAACTATAA +>group_845 +ATGCAAACTGTTTTTGAACAATATGAAAAATCAAGTGAATTTTTAGTATGTGTAGATTCT +GATGGATGTGCAATGGATACTATGGAAATAAAACATAGAAAATGTTTTGCACCAGAAATG +ATAAAAACATGGAATTTATTTGAAAAAGAAGATTATATATTAAATCTTTGGTATGATTTA +AACCTTTACACAAGAACAAGAGGAATAAATAGATTTAAAGGTCTTGCTGAAACTTTTAAG +ATAATAAGCAAAGAAGGTATAGAAATAAAAGACCTTGATAGTATAATAAATTGGGTTGAA +ACAACTAATGAATTATCAAATAATTCATTAAGAAGAGAAATAGAAAAAACTGATAGTGAA +GGGTTAAAAATGACTTTAGCATGGTCACTAGCAGTAAATGAATCAATAGAAAACTTACCT +CAAGATGATGAGCCATTTGAAGGGGTTAAAGTAGGTTTAGAAGGTATATCTAAATTAGCA +GATATTTCAGTTGTATCTTCAGCTAATGGAGAAGCATTAGATAGCGAATGGAACAGACAT +GATTTAGTTAAGTACCTTAAAGCTTTATTAGGACAAGAAGCTGGAACTAAGCAACACTGT +ATAGCTGAGCTTAAGAAAAAAGGATACGATGCTAATAAGATATTAATGGTTGGTGATGCA +CCTGGAGATTTACATGCAGCTCAAAATAATGATGTAAACTTCTATCCTATATTAGTTAAC +AAAGAAGGATTCTCTTGGGATAGACTATTAAATGAAGCTGTACCTAAATTAATAGAAGGT +ACTTTTGATGAAAAATATCAAAATCAATTAATAGAAGAATTTAATAATTCATTAAAATAG +>hisC +TTGTTATTCTCAAATCTTAAGATTAATGACAATGATCCGATTTATACGCAAATAAAAAAT +CATATAGCTGATATGATATCTAAAGGATTGATACCTGATAAAAGTAAGCTCCCTTCTACA +AGGGAGCTTAGTCAAATTCTTAAAGTAAGTAGAAACTCCGTAGTTCTAGCTTATGAAGAG +CTAAAATCAGATGGATATATATACTCTGTTTCTGGAAAAGGTACCTTCGCAAACTCAAAA +AAAGATGTCACTAAAAGTAATTGGTGTGTAAATTGGAATAATCTTGAAAATAGTTATTCA +AAAACTGCAAATAAAATGGATATAATAAAAAATGAAATTCCTTGGAAATCTGATTTAATA +TCTTTTAAAAGTATATCTCCTGATGGTTCTATGTTTGATATAGATGAGTTAAAAAAATCT +TTTTTAAATAGAATTTCACTAGAAGGACATAAACTTCTTAACTATGGATATGCACAAGGA +TATAAACCATTAATTGATTATTTGTTAGAATATATGAATAAAAAAGGTGTGGATACCTCT +AATAAAGATATCATTATAACGAATGGATTTACAGAAGGATTAGACATCATACTGTCTGCT +TTCACATTTCCTGGAGATTATATTATTTGTGAAAACCCTACACATAATACTACTATAAAA +ATTATGAAGGCTTTAGATTTAAATATAATCAATGTAGATATTGATGAAAATGGATTAGAT +TTTAGTATGTTAGAAGAAAAATTATCTAAGTATAAAGATAAAATCAAATTTGCTTATATA +ACGCCTTCATATCATAATCCTACAGGAATAGTTATGTCTCCTGAAAGTAGATATAAATTT +TATAATCTAATGAAAGAAAATAACATTGCTATTATTGAAGATGGATTTAATGAAGAACTT +CTTTACTCAAGTTCCCACATCTTCCCTATTGCATCACTTGATAATTTAAATAATGGTGTT +CTTTACATAGGTAGCTTTTCAAAAATTTTATTTCCTGGTTTAAGAATCGGATGGATACTT +GCTGATAAAAATGTCATTTCTAAGTTAGAAAGTGTTAAAAGATGTAAGACAATTCATGTT +TCTTTTTTAGATCAGGGTATTCTTTATGATTATTTATACAATGGCGGTTTTGATAAGTAT +ATGAAGAAAATTCGTAAGTTTTATGGTGATAAGTTTAATTTCGCTTATGAATGTGCTCAC +AAATATATTCCTAATGAATATATTCTTGGTGATGGTGGTCTTCATATTTTCATAAAACTA +AAAGATATTAGTTGTCGTAATCTTTTAGATAAATGCTATGAAAAAGGCGTTATTTTTATG +CCTGGTGATATTTTTTATACTAATAATTATGGGTATGATACTCTAAGATTAGGCTTTTCT +AGATTATCTTTTGATGATATTGAAAAAGGAATTAAAATTATCGGACAATGTGTTAAAGAT +ATTGAAAAATCCTAA +>lhgO_2 +ATGAAGGATATTGTAATAATAGGTGCGGGTGTTATAGGATGCTCGATTGCTAGAGAGTTA +TCAAAATATAATTTAGATACATGTGTAGTAGAAAAAAATAATGATGTAGCAGAGGGCATA +TCAAAAGGTAATAGTGGTATAGTTCATGCTGGATACAATGAAAAAGAAAACACATTAAAG +GCTAAGCTAAACTTAGAAGGAAATTACTTATTTGATGGATTATCAAAAAAGTTAGACTTC +TCTTTTAAAAGAAATGGAGCGCTAATATTAGCTTTTAATGAAGATGAAATGAAAAAAGTT +CATGAATTAAAAGCTAATGGAGATAAACTAGGGGTTCCTGCCTTAGAAGTTTTAGATAGA +AATGAAGTATTAAATTTAGAAAAAAATATAAGTCCTAAAGTGGTGGGTGCGTTATATGCA +AAATCATCTGGAATAGTAAGCCCATATGAGATGACAATTGCTTTGGGAGAGAATGCTTCA +GAAAATGGAGTAGAATTTAAACTAGGACATAAGGTTATAGATATAAAAAAAGAAGACGAT +GGGTTTATTTTATTATTTGAAAATAAAGAAATAATAAAAACTAAGATAATAATAAATGCA +GCAGGTTTATATGGAGCTTTTATAAATAATCTAATAAATGAAGAAAAATATGAAATAAAC +CCTTTAAAAGGAGAGTACTGTTTATTTGATAAAGTTGCTGGAGGGATTTGTAAAAAAACT +CTATTCCAAGTTCCTAGTAAAAACAGTAAAGGAATATTAGTTACTCCAACTGTAGATGGT +AATCTTTTACTTGGACCTAATGCAAAATCAGACGAGTATGTAACAACTTCAAGAGAAGGT +ATAGATGAAATAATAGAAAAAGGAAGTAAAACAATTGAAGACTTACCTTTAAATAGAATA +CTAACTACATTTAGTGGAATTAGACCTAAAACTGACGTTGGAGATTTTATAATAAAAAGC +TCAAAAGATAATCCTAATTTCATAAATGTAATAGGAATAGATTCACCAGGACTAACAGCA +GCTCCTGCTATTGGAAAATACGTAGTATCTTTAGTCTCAAATATAGTAAATTTAACTGAA +AAAGATAATTTTAAGGAGCATAGAAAAGGTATAATTAGATTTTCAGAATTAAATATAGAA +GAAAAAAATAAGATTATTAAAGAAAATTCTTCTTATGGTAAGATGGTTTGTAAATGTGAA +TTAATAACTGAGGGAGAGATTATAGATTCAATAAAAAGACCATTAGGAGCTACAACAGTA +GATGGAGTTAAAAGAAGAACTAGAGCTATGATGGGTGGATGTCAAGGTATCGGATGTATG +TTAACTATAGCAAATATTTTAAGTAGAGAATTAGGTATTAGCATAAATGATATTAAGAAA +AATAATGAATCTTCAGTAGTAGTTGGGTATAAGGAGGACTAG +>glnS +ATGTCAAATGAAACTAATTCATCTAACTTTATAAGAAATATAATTATAAATGATTTAGAG +ACAGGTAAACATGACAGCATAATAACTCGTTTCCCACCAGAACCAAACGGGTATTTACAT +ATAGGTCATGCAAAAAGTATATGCCTAAACTTTGGGCTTGCAAAAGAATTCAGCGGAAAA +GTTAACTTAAGATTTGATGATACAAATCCAGTTAAAGAAGATGTTGAATACGTAAACTCT +ATAAAAGAAGACGTTCAGTGGTTAGGTTTTGATTGGAATAACTTATTCTTTGCATCTGAT +TACTTCGATGAAATGTACAACAGAGCAATACTTTTAATAAAAAAAGGTAAAGCTTATGTT +TGTGATTTAAGTCCAGAAGAAATGAGAGAGTACCGTGGAACTTTAACTGAACCAGGTAAA +GATAGCCCATATAGAAACAGAACTATAGAAGAAAATCTAGATTTATTCGAAAGAATGAAA +AACGGGGAATTTAAAGATGGAAAAAAAGTTTTAAGAGCTAAAATAGATATGTCTTCTCCT +AACATAAACTTTAGAGATCCAATAATATACAGAATAGCACATGCTTCTCATCATAATACA +GGAGATAAATGGTGTATATATCCAATGTACTGCTTCGCTCACCCACTTGAAGATGCTATT +GAAGGTATAACACACTCAATATGTACTCTTGAATTTGAGGATCAAAGACCACTTTACGAT +TGGTTCGTAAGAGAATGTGAAATGGAAAATGTTCCAAGACAAATAGAGTTTGCTAGACTT +AACTTAACAAATACTGTTATGAGTAAAAGAAAGTTAAAGCAACTTGTTGATGAAGGTGTA +GTTGATGGATGGGATGATCCTCGTATGCCTACTATATCAGGAGTTAGGAGAAGAGGATAC +ACTCCAGAATCAATACGTAACTTCTGTTCTGAAATAGGTGTAGCTAGAGCTGACTCTAAA +GTAGATAGTCAATTATTAGACCACTTCTTAAGAGAAGACTTACAACCTAAGGCTCCACTT +GTAATGGGTGTATTAAAGCCATTAAAATTAGTTATAACTAACTATCCAGAAGGTCAAACT +GAAATGTTAGATATAGAAAACAATGCTAAAGATGAAACTAAAGGAACTAGACAAGTTTCA +TTCTCTAGAGAATTATACATAGAACAAGAAGATTTCATGGAAGAACCAGTAAAAAAATAC +TTCAGATTGTTCCCTGGAAACGAAGTTCGTTTAAAAGGTGCTTACTTTGTTAAGTGTACA +GATGTAATAAAAGATGAAAATGGAGACGTTGTAGAAGTACATTGTACATATGATCCAGAA +ACTAAGAGTGGTTCAGGATTTACAGGTCGTAAAGTTAAAGCAACTATACACTGGGTAGAT +GCTAATAACTGTAAGCCATGTGAGTTTAGATTATTTGAGCCATTAATCTTAGATGATGCT +CCAGAAAATGAAGGAAAGCACTTCTTAGATCAAATAAATGAATCTTCAATAGAAATATTA +CAAGGATTCGCTGAAACTACTCAATTAAAAGATGCTAAACCATTAGATAAATTCCAATTC +GTTAGAAATGGTTTCTATAGTGTAGATACAAAATACACTACTGATGATAAGTTAGTATTT +AATAGAATAGTTCCACTAAAGAGTTCTTTTAAACCTGGAAAATAA +>gmuD +ATGAAATACAAATTTCCAAGAGGATTTTGGTGGGGAAGCGCATCTTCTGCAACACAAATG +GAAGGAGCTTATGATGAAGGTGGAAAAGAACTTAATATATGGGACTATTGGTATGAGAAT +GAACCACAAAAGTTTTATAGCAATGTAGGACCATATAATACAAGCAATTTTTATCATAAG +TATGAAAGCGATATAAAGTTAATGAAAGAACTAGGGCATAATTCATTTAGATTTTCAATA +AGTTGGTCAAGACTTATAAAAAAAGATAATAGTGTAAATGAAGAAGCTGTAAAATTTTAT +AATAATGTAATAGATACTATGTTAGAAAATAATGTAGAACCATTTATTAATTTATTTCAT +TTTGATATGCCAATGTATTTGCAAGAAATAGGTGGATGGGAAAATAGAAAGGTAGTAACT +TATTATCAAGAATATGCAAAAAAATGTTTTGAATTATTTGGCGATAGGGTAAAAAAATGG +TTTACTCATAATGAACCAGTAGTTCCAGTAGAATGTGGATATTTAGGCGAATATCATTAT +CCATGTGTAGTGGATTTTAAAAGAGCTATACAAGTTGGATATCATATAATGTTATCAAGT +TCATTAGCGATTATGGAATATAAAAAATTAAACCAAGATGGTGAAATAGGAATAATAATT +AATTTAACACCATCATATCCTAGAAGTGATAGCGAAGAAGATTTAAAGGCTTCTGAAATT +GCAGATTTATTACTAAATAGAGCATTTTTAGATCCGTCAGTATTAGGAGAGTTTCCAGTA +AAATTAATAGATTTTATAAAAGAACAAAATCTAATGCCAAATTATAGTCAAGAAGATTTA +AATATAATAAAGCATAATAAAATAGATTTATTAGGTGTTAATTACTATCAACCAAGAAGA +ATTAAAGCTAAAGAAAGTGAAATAAAAGAAGGTCAACCTCTGACACCTGAATCATTCTTT +GATTTTTATGATATGCCAGGCAAAAAAATAAATCCACATAGAGGGTGGGAAATTTATGAA +AAAGGTATTTATGATCTTTCTCTGAATATAAAAGAGAATTATAATAATATACCATTCTTC +ATTTCTGAAAATGGAATGGGCGTAGAAGGAGAAGATAAATTTAAAGTCGATGGAATGATA +CAAGATGATTACAGAATAGAATTTATATCTGAACACTTAAAGTGGGCTCATAAGGCTATT +GAAGAAGGTTGTAATTTAAAGGGATATCACTTATGGACTTTTATGGATAACTGGTCTTGG +TTAAATGCTTATAAAAACAGATATGGATTTGTAGAGGTAGATATAGATAACGGCTATAAA +AGAACTCCAAAGAAAAGCGCATACTGGTTTAAAAAGTTAATTGAAAATAATGGATTTTAA +>group_847 +ATGATAGGAGAACATACTAGCCAAGTACAATCTAAGTTCAATAATATAAAAAAATCTAAG +CATGGAAAAAAAGCAATGTTATTGTCTTTAGTACCTGGACTAGGTCAGATATATAATAAG +CAAATAGTAAAAGGATTAGTTTTCTTAGGCTTCTTCTTATCATTTATATTTGTATTTAAA +GATTTATTTAATATGGGGTACTGGGGAATTTTTACCTTAGGTGAACAAGTACCAAGAGAT +AATTCAATATTCCTTTTAGCTGAAGGTTTAATTGCTATTATAGTAACAGCTTTTGGGTTA +TTATTTTACTATTTAAATTTAAAGGATGCTTATGCAAATGGGAAAAGAAGAGATGATGGA +TTTTCAGTATATTCAGTTAGAGAACAATATCAAATACTTTTAGAAGAAGGCTATCCATAC +TTTATAACAAGTCCAGCTTTTATACTTCTAGTATTTTCTGTAATATTCCCTATATTATTT +AGTTTTGCTTTAGTATTTACAAATTATGATTTATACCACAGTCCACCAGCTAGCTTAGTT +AGCTGGGTAGGGCTTGAAACATTAAAAGATATATTTACAGTAGAAATATGGAGAACAACA +TTCTTTGATGTATTAGGATGGACAGTAGTTTGGACTTTAGTTGCTTCAACTATTCAAATA +GCAATAGGAATATTTTTAGCAGTTGTAGTTCATCAAAAAGGAATAAGATTTAAGAAGTTT +TGGAGAACTATATTAGTATTACCTTGGGCAGTTCCTGGATTTGTAACAATACTTATATTT +ACAGGAATGTTCAATGATACATTTGGAGCTATGAATAATGTTATACTGCCTATGCTAGGA +TTAAGCGAAGTGCCTTGGTTAACAGATGCTAACTTTACAAGACTTGCTTTACTTATGGTA +CAAGGGTGGTTAGGATTCCCTTACATATTTATAGTAACAACGGGTGTACTTCAATCAATA +CCTGAAGAATTATATGAAGCAGCAACAATAGATGGAGCTACGGCTATACAAAAGTTTAAG +AATATAACACTACCATTAGTTTTATATTCGATGGCTCCAATACTAATAACACAATATACA +TTCAACTTTAACAACTTTAATATTATATATCTATTTAACGCAGGGGGACCAGCTGTACCA +AATTCTACAGCAGGCGGAACAGATATATTAGTATCTTGGATATATAAATTAACAATGCAA +TCTGGTCAATATGCACTAGCAGCAGCATTAACTCTTTTACTGTCTGTATTTGTTATAGGA +ATAGCTATATGGCAGTTTAGAAGAACAAAATCATTTAAGGAGGTAGTATAA +>group_250 +ATGAATAATCCATATTATAAATTTTTGAAAAGAGATGTTAAAATAGCATTAATTGCATTT +ATATCAATAGTTACAGTAAATGTGGGGATGAGCGTAATATCAAATATAATATCTGCTTTA +GATGGAAGTTCTATTGAGCCTATTAGATTCTTTAGTCAGGCAAGTATGTTGGCTTATATT +ATGTGTATGGCTTATGGAATAAATTGTACAGTTAAAACTTTTGGTGGGGTTATTAGCATA +AGGGGGGATAGGTTAGGATTTTTAAAAGCAATAGCATTATGGAGTATTACAATTGCGATT +TTTGCATCATTATTTAGTGTATTTTTTGAGATTGGTTGCAAGGTATTAATGGAGTTAATT +ACTAAAAGGAAAGTATATGTAATAAGTGGCATATCTTGGATTAGTATAGATAATCTTGAA +TTTAAAGTTGCAGATGTGTCTTTGATGTGGTTTATAAAAAGTATAATTACTAGAACTTTA +ACAAATACATTAATGATATCCTTAGGATATATGTTAGGAGCAATATCGTATAGACTAAAA +GTAAGAACAAATGTAATATTGTTTATAGGAGTTCCAATATTATTTGCAGGTTATATATCA +GCTCAAGCATTTAAGAATCAAGATGTGGTGTTAGATTGGGTAATGAAATTCATAGGTGCT +ACCTTATATGTAATACAAAACCCGGTAATTTTAATTAGCTTACAAATAATAGGCATAATA +GTATTTGCACTTATAGGAACTAAATTTTTAATAAAAGCACCAATTAAAGATTATGCGCAT +GATTTAATATAG +>group_849 +ATGTCACAACAATTAGTAAAAGAGAGAGTTATGAAATATCTAATGGAAGATTTATTAGTT +CCACATGATATGATAGATACAGATGTACCTTTATCAGAATTTGAGGAAGGAGCAGAAGGT +ATTTTAGATATAATAGTAAATGTAAAGGATAGCGAAGATTACTATGCACCAGTTCTAATA +GTAAAATGCTTAGATGAAGATGTTCAAATGGAAGGCGAAACTGTTCAAAAACAAGTAGAT +TTCTTAGAAGATGTAGATAACATAACTATGGCTGGAAGAATGATATTAACAAATGGAAAT +GAAATGATGTATGCAGATTGGACTGGAGAAGAATACGATACAGAAGCTGAACTTCCTACA +TATGATCAAATGGTAAAAGAATTCTTTGAAATGGAAGAAAAAATAAAAGAATTAGAAGCT +GAGCATCATCATGGAGATGGATGTGGATGTGGACATGATCACGGTCATCATGAAGAAAGA +CACGAATGTGGATGCGGTGGACATGATAATGAAGGTGGATGTTGTGGTGGACATAATCAT +GATGAACATCATGAGTGTGGATGCGGACATCATCACGAATAA +>speE +ATGGAGCTTTGGTATACAGAAGAATGGACGGAGGATGTACGTTTTTCAATAAAAGTTGAC +AAGCATTTATTTAGTGATAAGTCAGAATTTCAAAGAGTAGACGTATTTGAAAGCAAGGAA +TTTGGAAAAATTTTGACTTTAGATGGACTTATGATGGTAAATTATAAGGATGAATTTATA +TATCATGATATGATTGTTCATGTTCCTATGGCTACTAATGTGAATATAAAAAATGTATTA +GTTATAGGTGGTGGAGATGGAGGAACAGTTAGAGAACTGACTAGATATCCTCAAATAGAA +AATATAGATATGGTTGAAATAGATAAAATGGTAGTAGATGTATCAAGAGAGTTTATAGAT +ATATGCGCTTGTAAATTAGATGACGAAAGAGTTAATCTTTATTATGAAGATGGGGTAGCT +TTTGTTAAAAATTCTAAAGATAAGACTTATGATTTAATCATTGTTGATTCAACTGATCCG +ATTGGTCCAGGAGAAGGATTATTTTCATTAGATTTTTATAATGATTGCTATAGAATACTA +ACTGCTGAAGGGATACTTGTTAATCAAAATGAAAGTCCATATTTTGATTTTAATGCAAAG +GAAATGAAAAGAGCAAATTCTAAAATATCTGATATATTTGAAATAGCTAGAGTTTATCAA +GCTCATATACCAACATATCCATCTGGTCACTGGTTATTTGGATTTGCTTCTAAAAAGTTA +GATCCACTAAAAGATCAAAATATAGAAGAATGGGAAAAATTAAATCTAATAACTAAATAT +TATAATAGTGACATACACAAAGGTGCATTTATGTTACCACAGTATGTAAAGGATATGATA +AATGCTAAATAA +>ecfA1 +ATGAGTAATATAGTAGAAGTTAACAATATTTCATTTGAATATATAACAGAAGAAGAAAGC +TTTAAAGCAATAGAAGATTTAAGTTTAGATATAAAAAAAGGTGAATTTTTAGTGATAATA +GGACATAATGGATCAGGCAAATCTACATTATCTAAAAATTTGAATGCAATTCTTATGCCT +ACAAAAGGTAATATACTTATAGATAATATGGATACAAGAGATGAAGAAAAATTATGGGAT +ATAAGACAGACTGCAGGTATGGTATTCCAAAATCCTGATAATCAAATTGTTGCTACAGTA +GTTGAGGAAGATGTAGCTTTCGGACCTGAAAATCTAGGAATAGAGCCAGCAGAAATAAGA +AAAAGGGTAGATGAATCTCTTAAAAGTGTAGGGATATATGAATTAAGAGACAGACAGCCA +CATTTACTATCTGGAGGACAAAAGCAAAGAGTTGCTATAGCGGGTATAATAGCTATGAAA +CCTAAATGCGTAATATTTGATGAAGCAACAGCTATGCTTGATCCATCAGGTAGAAAAGAG +GTTATGAGTACAATAAAAAGACTTAATAAAGAAGAGAATATCAGTGTGATACACATAACG +CATTTTATGGAAGAAGCAGTGGATGCAGATAGGGTTATAGTTATGGAAAAAGGTAAAAAA +ATATTGGAAGGTACACCTAGACAGGTGTTTTCTAAAATAGATATGTTAAAAAACATAGGT +TTAGATGTGCCTTATATGACAGAGCTATCGAAAGAACTAAATAAAGAAGGTTTAAATATA +GACTCTGATATATTAACAGTAGATGAGATGGTGATAAAATTATGTCAATTGTAA +>group_1351 +ATGAGTTACAAAGGTAGAAAAGTTAATAAAAGTAAAGCTATATTATTAGCAGTTATAGGT +TTAATTATTGTGGGGGTGGCTAATAGAACATGGGCCTATGTAGATGAGCAAAGACAAATT +AAAGCAGAACAACAAAGAATAGAAGAAGAAAAAAGAAAAGCGGAAGAAGAAAAGAAAAAA +TATATGGTAGGAGTTAGCCATGAAGGTAAAAAATATTCATATGATGCAAAACTTGTATAT +GATAAGCTTAGTAAATATGATTACTCAAATGATGGTAAGAAGGTAGTATTTTTAACATTT +GATGATGGAACTTCAACAACTGTAACGCCACAAATATTAAAAACACTAAAAGATGAGAAT +GTTAAGGCAACATTTTTCTTAACTGGTGAAAATATAGAAAGAGGCGGAGAAAAAGCTAAA +GAACTTATAAAACAAGAGTTTAATGAGGGGCATGCTATAGCTAATCATTCATATAGCCAT +AATTATAAGTTGTTATATCCAAATAGAAACTTAGATTTAGAAGCATTTAAAGCAGATTTT +GCAAAAACAGATAAGATTATAAAAGATGTACTAGGAAAGTATTTCTCAACAAGAGTATTA +AGATGTCCAGGTGGTCATATGTCATGGAGAGGTATGGATGAATTAGATACTTATTTAGAA +GAAAATAATAAAGTATCAATTGACTGGAATGCACTAAATGCAGATGCTGAAGGTAAGAAA +AAGAATGCACAAGAATTAACTGATTATGCAATAAAAACAGCACAAGGAAAAGAAATGGTA +GTTCTTTTAATGCACGACACTTACGGAAAAGAAGAAACTGCAAAAGCTTTACCATCAATA +ATAAAATACTTCAAAGATAATGGATATGAGTTTAAAACTCTTGCATAG +>group_253 +ATGTATAAATATTTAGAAATACTTAATGTATCAATTTTTCTTACAAGTTTATATTTGGTA +TTTAGCAATTTGTTAGGAAATAAATATAAAAAAGCAATTATGAGGTCTATAATACTTATA +ACTATAATATCTTTAAAAATAACATTCATATTAAAACATGATAGTTATAATGAATTTATT +TTTTTAAGAAACATAAGTGACTTGATGGTATTATTATTATTGATAGATATAGAAGTTAGT +AATGTAAATAAAAAAACAAAACAAATTATACTATCAATAAATTATATATTTGCGTTAGGG +TCATTATTATTAGCTTTGGATGCAAAGTATATTCTATATAGTACTATTATAGAGACTTAT +ATACTAATGGCAAGTTTATATTTATTTTCTACATATTTATCTCATACTAAATTTAATATG +AAGTATGTCCTTTATTTTATATATTTTGGACAGATACTTGTAAATCTCATATTAGAAAAT +AATATATTACTTATAAATACAAATTTGATATTAGGATTAATATTTAGTATTTATATCTTA +ATAAAATTATTTAAAGAATATATAAAAAATACTTATAATAAGAATTTAGATATAACAAGT +AAAGTCAATCGAAGTAATATAAATATGAAAATACATAGTGAAAAGTTAAATATGAAAAAA +AGTACAAACAACGATATTAATGAAATAATAAATAAAAAAGAGAATTTACTAAATTTAATG +TTAAAAGGTTTAAATAAAAGTATGTTCTTAATAGATAATGAAGGATATATAATAAATGAA +GATAGTAGTTTTTATGAAATGTGGCAAGAATATGTTGGCTATAAATATAATGTAAGGTTA +GATGTATTTTGTAAAAATAGCATAGAAGATTCTAATAGATTTTTAAACAATATAGAAAAA +GCTAAACAAATATTCGAATGTATAGATGATGAAATACGAGATAGAAAAGGTCGGATTATT +AACTGCAGATACTTACCTGTTAAATTAAATAATAATGATATAGGTATAATTTGTATAATG +ACAAATATAACTTCTAGAAAAAACATAGAAGTGAGAATAAAAGATAATGACACTAAGTAT +AAAAAAATAGTCGACAACATGCCTTATTCAGTACTTGTCACGAATAAAGAAGATATTCTT +TATGATAACAAGAAGAATGAATATATAGATTTTAATAAAGAAGATATTAAGGAGATAATA +TTAGGGAAATATCCGAAAGGAGAACTTTATTACACTTATGACAATGGTATAGATGTATGC +CTAAATATTGATAAAACAGATTATAGAGAAGGTGAAGATGATAGAAGTTTAGTTGTTATA +AAAGATATAACTAACTTTAAAAACTTATTAAAAAATCTGGAATACAGTAAGAAAAAATAT +GAATCTTTAGTAAATACTATTCCAGAAGGGATATACGTATTAAATTTTGAAGATAAAAAT +CTTCAGTATGCAAATGAGGCATTCTTAAGTATGGTTGGTACTAATGACATTCATAGTATA +GATATAGATAAGATAAATAAAAATATTATTGTTACATCAGGTAATATAAATGATAATGTT +AAATATAAAAGAGATACTCTATTAAATAAGTATGGTGAAGAAATAAATATAGAATATGGT +GGCATGCTTTTAAATATAAATAAAAAAATAAAGATGATTGGTATAGTTAGAGATATTACA +GAGCAGGTAAAAACAGAGCTGATAGAACGAGAGATAGAAGAAAAAGAAAAGTTAAATCAA +TCAAAGACTGAATTTTTTATAAATATGTCACATGAATTAAAAACTCCTTTAAATTTAATT +CACTCAAGCAATCAGCTTGTTGAAGTAGTATATAAGAATGAATTAGAAAGAACAAATAAT +ATAGAGCTTTTAAACACTGTAGAAGTTGTAAAAAAACATGTAAACATGCTTATGGGGTTA +ATAGATAATATAATAGATCTTGCGAAATTACAGTCGGATTTTCATGAAGTTAAAAGAGAT +TATTATAACATAGTGGATATATCAGAAGATATAGTTACTGAATTCAGCAATTGTGCAAAT +GAAGTTAACATAATTTTTGATACAGATGAAGAAGAAAAAATAGTTAATATTGACCCTGAT +GATATAGAAAAGGTTATATTAATTTTATTGTCTATAGTTGTTAGATATTCAATTAAGAAT +AGTGATATTTATTTTGATTTAGGTAGCAGAAATGATTTTATAACTATGACTATAAAAAAT +GTTGGTGGATATAATTATGATAAGTATATAAATGATAATGAAAGAAAAGTTCTTGATATG +GGGATTACATTAGCTAAGCTAGTAGTAGAATTATATGAAGGAAAATTAACAATAAAGACA +AGTGCTGCTAATAATATAGAAATAACAGTCGAGATAAAAACTGATTACAAGATTAAGATG +TATAAGAAAAGAATTAAGAATAAACAAGAGGATTTTGTTTCCTCAGAGTATAGGAAAATG +TGTAGTTTTTAA +>melB_2~~~melB_1 +ATGGATAAAGTTACAGCAAAAGAGAAATATTCCTATGGGATTGGCGCCTTTGGAAAAGAT +ATGGTATATGCAGTGGTTGCAACCTACTTAATGATATTTTTTACTGATGAAGTTGGTATA +TCTTCTGCCTTCGTAGGTGGATTATTCTTCTTCTCTAGATTTTGGGATGCAATTAATGAT +CCAATCATGGGACTAATAGTCGATAATACAAAAACTAAATGGGGAAAATTTAGACCTTGG +ATATTAATTGGTACTTTAGTTAATGCAGTTGTGTTAGTTTTTTTATTCTTAAATCCATCT +AATTTCTTAGAAGGAAAAATGGTTTATGTATATTGCTCTATCGCATATATACTATGGGGA +ATGACTTATACAATTATGGATATACCTTACTGGTCTATGATACCTTCTTTCTCAAGTAAT +CCAGATGAAAGAGATAAAATAGCAGTTATACCAAGAATATTTGCTACACTTGGGGGGTCT +ACAGTAAATACTTTTGGTTTAATGTTAATAGCATTACTTGGCGTATCAAGTAAGTCTCAA +GGTTACTTCAGATTAGGTGTTGGAATTGCAATAATATTTGTAATATCTACTTTAATAACA +GTGTTTAATGTAAAAGAAAAAAATGTTGTTGAAAATAATGAAAAGATAAAATTATCAGAA +GTAATAACTATACTTACTAAAAATGACCAATTAGGAGTAATAATTATTTCTGTAGTTATT +TTCCAAGTTGCACAATTTTTATATAGTGGTTTTCTAGTTTACTTCTTTACATATGCAGTA +AAAGACTTAAACTTCTATGCTACATTTGTGGCTCTTGGTACAGTAACTCAAGTATGTGCT +CTAGTGTTATTCCCTAAATTATCTCAAATAGTAGATAGAAAACATGTTTATACTATAGCT +TGCGCCCTAACAGTAGTTGGATTTGCTGGAATGTTTATGTTTAGTGGTTTTGACAGTAAT +TTATTACTTTGTATTGCTGGTATATTCTATAACTTAGGTGTTGGTTTATTAAATGCATCT +GTAACAGTTATGATATCTAATGCTGTTGATTATGGCGAGTATAAAATAGGAAAAAGAAGT +GAAAGTATAATATTCTCTGCTCAAACATTTATAGTTAAATTCTCTACAGCGTTTAGTGGA +TTAATAATCGGATTTGGTCTTACTTTAATAAAATATGTTCCAAATGCTGTGCAAACTGAT +TCTACAATCATGGGTATGAAACTTATTATGTTCTTATTACCTGCTATATTAATGGTTATA +TGTGGAGTTATATATGCTAAATTCTATAAATTAAATGGAGATTATTATTTAAATATAATG +GAAGAATTAGAAGTAAGAAGAAGTTCTATATCTAAAAAATCATCAGATTCTGATATTAAA +GAATTAATTTAA +>graR +ATGAAGAGATTGATGATAATAGAAGATACTCAGGTAATAAGAGAAGAGTTAACTTTTTTA +CTTATAAAATATGGATATGAAGTTATAGCACCTGTAGATTTTGAAAATATAATAAATGAT +ATTAAATATGCAAAGCCAGATTTGATATTATTAGATATAAATTTACCTGTATTTGATGGA +TTTTATATTTGTAGAGAAATAAGAAAAGATACAAATATTCCTATAATAATTGTGACAAGT +AGGAATAGTGAGATTGACGAATTAATGAGTATGAATTTAGGGGCAGATGATTTTATTACA +AAACCATATAATACTCAAATACTATTAGCTCATATAAACGCTGTATTAAAAAGAGCTTAT +GCAGATATGGAAAGCTCAGATATACTGGGTATTAGAGATTTAGAATTAGATTTATCAAGG +GGGATAATAAAAGCATTTGATAATACATTAGAAATTAGTAAAAACGAGCTTAAGATATTA +TCTTATCTTATAAAAAACAAAGAAAAAATAGTATCAAGAGATTCTTTAATGAATTATATG +TGGAACTCAGATATATACATAGATGATAACACACTTTCTGTAAATATTAATAGATTAAGA +AAGAAGCTAGGGGAAATAGGTTTAGAGGATTATATAGAAACTAAAAGAGGATTGGGGTAT +ATGATTAAATGA +>trmL +ATGTCATTAAATATAGTTTTAGTAGAACCAGAAATACCTCAAAATACTGGCAATATATTA +AGAACATGTGCAGCTACAGGGTCAACCCTGCATTTAGTTAGACCTCTAGGGTTTTCTTTA +GAGGATAAATATTTAAAAAGAAGTGGTCTTGATTATTGGGATATAGCAAATATACAATAT +TACGATAGTTTTGAAGAGGTAAAAGAAAAAAATCCTGATGGAGTATTTTTCTACTCAACA +ACGAAAACAAATAATTCTCATTCAGATATGAAGTTTGTAGAAAATTCATTTTTAGTATTT +GGAAAAGAGACAAAAGGATTACCTGAGGATTTATTAAAGGCAAATCCAGAAACTTGTATG +AGGATACCAATGTTGAATCATGAAAGAGCAAGATCTTTAAATTTATCAAATGCAGTAGCA +ATAGTTGTATTTGAAGCATTAAGACAAATTGGATACCCAAATATGAAGTAA +>yrbG_4~~~yrbG_2 +ATGGTATATATATTATTATTAATTGGTTTTATTCTTCTTATAAAAGGAGCAGATGGGTTT +GTATCAGGGGCATCTTCTATAGCAAAAAGGTACAATATTCCTAGTTTGATTATAGGTCTT +ACTATTGTTGCATTTGGAACAAGTGCTCCAGAGGCCGCTGTAAGTATTACAGCAGCATTA +AGTGGACAAAATGATATGGCAATTGCAAATGCTGTAGGTTCTAACATATTTAATTTAAGT +TTTGTTGTGGGAGCGACTGCATTAATACATCCGATAAACGTTCAAAAAAGTACTATAATT +AAAGAATTTCCTTTTGTAATGTTAGCCTCAGTTGTTTTAGCTATATTAGCACATGATACT +AGATTTCAAGGTTATAGTGAAAATGCATTAACAAGAGCAGATGGATTAATGTTATTATCC +TTATTTATAATTTTTATGTATTATCTCATAGAAATGGCTTTTACGGCTAAAGATGATGTA +GTAGAAGAAGAAATTCAAGTTATGCCTTTAGGTAAAAGTATTTTATATAGTATACTAGGT +GTTGCAGGAATTATAATAGGTGGAGACTTAGTGGTTAATTCTGCAAGTAATATTGCAATA +ACTTGGGGTATGAGTCAAAATCTTGTGGGTCTTACTATAGTCTCTATAGGAACATCATTA +CCAGAACTTGTGACTAGTATTGTAGCGGCAAGGAAAGGAGAAAGTGATATTGCTATAGGA +AATGCTGTAGGTTCTAATATATTTAATATACTATTTGTTTTAGGTATATCATCATTTATT +CACAATATAGCAGTTCATCCAATTGTATTTGCAGATATGCTTGTTATGCTTTTAATTAGT +TTAATTACATTTATATTTGCATCTACAAAAAGATCTATTAAAAAAGGTGAGGGTATAATA +CTTATAACTTTATATATTTTATATATGATACTTATAATTATTAGAAAGTAA +>group_255 +ATGGATTTTAATAAGTTAAGTTTAGAAATGCACAAAAATAATAAAGGCAAAATAGGGGTT +ATATCAAAAGTAGAAGTAAAAAATAGAAACGATTTAAGCACAGCATATACACCAGGTGTT +GCTGAGCCTTGTAGAAAAATATATGAAAATAAAGAAGATGTATATACATATACTTCAAAA +GGAAACCTAGTTGCAGTAGTATCAGATGGAACAGCTGTATTAGGCCTTGGAGATATTGGT +CCAGAAGCATCTATGCCAGTTATGGAAGGCAAGGCAATATTATTTAAAGAATTTGCAGGA +ATAGATGCTTTTCCTATTTGTTTAGACACTAAAGATGTTGGTGAAATAGTTAAAACTGTA +AAATATTTAGCACCTACTTTTGGAGGTATAAATTTAGAAGATATATCTGCACCAAGATGT +TTTGAAATAGAAAGAAGATTAAAAGAAGAATTAGATATACCTGTATTTCATGACGACCAA +CATGGAACTGCAATAGTAGTTGCTGCGGGACTAATAAATTCATTGAAAATAGTTAAAAAG +AAAATGGAAGATATAAATGTAGTAATTAATGGTGCAGGTTCTGCTGGAATATCAATTTGT +AAATTGCTTTTACAATTTGGAGTAGGTAACGTAGTACTTGTAGATAAAAAAGGAGCACTA +GCAAATGGGGAAGTATGGATGAATGAAGCTCAAGTAGAAATATCTAAAGTGACTAATAAA +TACAATGAAGTAGGAACATTGAAAGATATTATTAAAAATAAGGATGTACTTATAGGTGTA +TCAGGACCTAAATGTGTAACAAGTGAAATGGTATCAACAATGGCTAAAGACCCAATAATT +TTTGCAATGGCAAATCCAATACCAGAAATAACTCCTGAAGAAGCAAAAAAAGGTGGAGCT +AGAATCGTAGCAACAGGAAGATCAGATTTCCCAAATCAAATAAATAACGTATTAGTGTTT +TCAGGAATATTTAGAGGTGCTTTAGATGTTAGAGCAACAGATATAACAGAGGAAATGAAA +AAAGCTGCAGCAATAGCGATAGCATCAATAATAAATGAAGAAGCATTAAATGAAGATTAT +ATTATACCTGGAGCTTTTGACAAGAGAGTTGCTGAAAGTGTTGCTAAAAAAGTAGCAGAG +GTTGCTATTGAAACTAATGTATCAAAATTAAGCAAGGATGAGGTTTATATATAA +>nag3_3 +ATGACTAAATACAAAGTTGATTTAAAAGCAAAGCCATATAATCTTGATGATGAATCAGTA +CAATGGGTAAAAGATACTATAGCAAATATGACTATAGAAGAAAAAATAGGTCAATTATTC +GTAAACATGGGAGCAAGCCGTGAAGAAGAATACCTAAAAAGTATATTAGACAATTATCAT +ATAGGAGCTGTTCGTTATAATCCAGGTAAAGCTTCAGAAGTATATGATCAAAATAAAATA +TTACAAGAAAATAGTAAGATACCTCTATTAATAGCTGCAAATACAGAAGCAGGAGGTAAT +GGAGCTTGTACAGATGGTACACTTGTAGGAGCACAAGTTAAAATAGGAGCTACAAATGAT +CCTAAGTACGCTTACGAAATGGGTCGTGTATCAGGAGTTGAAGCAGCAGCAATAGGATGT +AACTGGAGTTTTGCACCAGTTGTTGATATAAACAGAAACTGGAGAAATCCAATAATATCA +ACTCGTTGCTATTCATCAGATCCAGATAAAGTATTAGAATTTTCATTAGAATACATGAGA +GGGATAATGGAAAGTGGTATAATGCCAGCTGCTAAACATTTCCCTGGAGATGGTGTTGAT +GAAAGAGACCAACATTTATCATATGCTCCTAACTGGTATTCAGTAGAAGAGTGGGATAAT +ACATTTGGTAAAGTATACAGTGGATTAATAGATGCAGGTCTACCATCATTAATGGCAGGA +CATATAGCATTACCAGAATACGTACGTCACTTTAATCCAGATGCAACTTTAGAAGAATTA +ACTATGCCAGCTACATTAAGTAAATATATATTAACTGACTTATTAAGAGATAAAATGAAC +TTCAATGGCGTAGTAGTAACTGATGCTTCTCACATGGTAGCTATGACATCTGCTATGAAA +CGTAGTGAAATGTTACCTACAGCTATAGCAGCAGGTAGTGATTTATTCTTATTCTTTAAC +GATCCAGACGAAGATTTCAACTGGATGATGGAAGGATACAAAAATGGAATAATAACAGAT +GAAAGACTAGAAGAAGCTTTAACTAGAATATTAGGATTAAAAGCTAAAATAGGTCTTCAT +AAAAAAGCTAAAACTGAAATATTACCTCCAAAAGAAGAGGCTATGGCTAAAATAGGAATG +GAAGAAAATAAAGTTCCAGCTTTAGAAATAGCAGATAAAGGTATAACTTTAGTTAAAAAT +AAAGAAGATATATTCCCTATAACTGTAGAAAAACATAAGAGAGTATTACTTGTACAACCT +AAAGGTCATGAAGGTGGATTCGGTAAGCTAATGGCTTTAATGGGTGGTAACCAAAAGAGT +ATGCTTGAAGTAGTTAAGGAATTATTAGAAGCTGAAGGATTTGAAGTTGAAATATATGAA +TCTCCTATGGATAAGGCTATGAAGCTGCCACCAGAAGAGATGATGAAAGCTATGATGAAT +GTATACGCAGGTAAGCGTCCTATATCAACATTAACTGATAATTATGACTTAATTATAAAT +ATAGCTAAGGTTGGACCTGGAACTGATCAACGTGTACAATGGCCATTAAGCAAAGGTACT +CCAGATATACCATTCTATGTACATGAAGTACCAACTATATTTGTATCAGTAGAATGTCCG +TTCCATTTAGCTGATGTACCTCAAGTAAAGACTTATATAAATGCTTATGATGATAAAGAG +TTTACTATGAAAGCTTTAGTTGATAAAATGATAGGAAAATCAGAATTTAAAGGTATAGAT +CCAGTAGATGCATTCTGTGGATTAGCTGATACTAGACGTTAA +>ccpN +GTGAGTGTTATTAAACTTAATCAAAGACAGTTAAAGATAATAGATATTGTTAAAGAAAAT +GAGCCTATAACTAGTGAAAGTATTGCTGCAAGTTTAAATGTTACACGTGCTACACTAAGA +TCAGATTTAGCAATATTAACTATGACAGGCATCTTAGATGCAAGACCTAAAGTTGGGTAT +TTTTATTCTGGAGTTAGTGACTTAAATTTAGTTGGTAATAGTATAAAAGATAAAAAGGCA +GAAGATATAATGAGCATGCCTGTAATAGTAAAGCAAGATATAAGCATATATGAGGTAATA +GTTGATATGTTTTTATCTGATGTAGGAAGTATATTTATAACTGATGACAACGAAAACTTA +TGTGGTGTAGTTTCTCGTAAGGATTTATTAAAAGCAACTATAGGAGGATCTGATATAAAT +AGAATTCCTATAGGAATGATAATGACTAGAACTCCAAATGTTATAACTGCTAGCAAAGAT +GAAGAAATACTATTAGTAGTAAAGAAAATAATCGAACATGAAGTAGATTCATTGCCAGTA +GTTGAAGCAAGTGATGATGAAAGTAAGTTAAAAATAGTTGGAAGAATCTCTAAGACTAAT +ATAACTAAACTATTTTTAGAGATGCTGGACAATTAA +>ppdK_1~~~ppdK_3~~~ppdK_2 +ATGAATACTAAATATATTTATAGTTTTGATGAAGGAAATAAGGAAATGAAGTCATTGCTT +GGAGGGAAAGGTGCTAATTTAGCAGAAATGACTAAAATAGGTCTTCCTGTACCTCCGGGT +TTTACAATAACGACAGAAGCTTGTAATGATTATTATGAAAATAACGAGTCAATAAGCAAA +GGTATTATAGAAGAAATTGAATTACATCTTCAAATACTTGAAAAGAGTTTAGAAAAGAAA +CTTGGAGATGAAACAGAGCCATTACTAATATCTGTTCGATCTGGATCAGTATTTTCAATG +CCAGTAATGATGGATACTATATTAAATTTAGGGCTAAATGATGTAAGTGTAGTGGCATTA +GCTAATAACACAGAAAATGAAAGGTTCGCTTATGATAGCTATAGAAGGTTTATCCAAATG +TTTTCAGATGTAGCTATGGGCGTTCAAAATATAAATTTGAAAGTGTATTAG +>group_622 +ATGAAAGAGTTACTTGTGCTACGAGACTTAGAATGTATAAAGGCTATTGCACATCCTCGT +AGAATAGACATTCTAAAATCATTTGAAAAAGAGCCGCTATCAGCGAAGCAATTGTCACAA +ATGTTAGATGAGCCTCATGCAAAAATCAACTATCATATAAAAACTTTATACAAAGTTGGA +ATACTTGAATTAGTAGAAGAAAAGATAAAGTCCGGGATCGTTGAAAAATACTATTACCCA +ACTGCTAAAAACATAATAGTGGGTAAAAAAGTCATTAATTTTTCATTAGATAACTTAGAT +GATGGTGAAAAGAAAGATATATGTATATCTAAATTTGAAAATATGAGTGAACTTTTTTAT +AAGGCAGCAGAAGATGAAGTACTTCAACCAAATAATGTTATAGAATATAGTGATATTTCA +TTTACAGAAAGTGAAATTAATGAGATTAATGAAGCTATTAAAATAAAAGTAAATGAAATA +TTAGATAAAAAGTGTGAAAGCGAATCAGATATAGGGTATAATATAGCATTAGTTAGTATA +CCTATATTGCAAAAAGAAGAGTATAATTTATAA +>group_853 +GTGAGGATTTCAGCAGTAATACAACTTGCAAGACGATACATGATAGTAGGAATTCTTGGG +GCAGTTATTATTATTAGTTTATTCCTAATAGGTTACTTTTTAGTTTATAAAAAGCTAATG +AAAGGTACTAAGAAATTAAACTTAAGTAAAGTAGGACTATGGAGTATATTTTTAATCTAT +ATGATTATAGTACTTGGGGCAACGATTGGAGATAGAATTTCAGGGTATGAAAGTGTAAAT +CTACACTTATTTAGTTCGTACAAATATGCATATAATAATTTTTCTCTAAGAGAATGGAGA +AATATAATTCTTAATATATTAATGTTTGTTCCAATTGGATTTATAATGCCATTACTTTTA +AAAAAATGTGAAAGTTGGTATATAACTTACTTAGTAGGTTTTGGTATAACACTATTTATA +GAAATACTACAGCTTATAAGTAAACGAGGAATATTTGAACTTGATGATATTATAAATAAT +ACCCTAGGATGTGTTATAGGATATGGTATAGTAATGATTTTTATATCTTTACTTAGACGA +AAAAAAGTAAGTCAAAAACATAAGGCTTTAATTACAATAGCTTATCAGATACCGTTAATA +GTACTCACTATTTCTATTAGTGTGATATTTATAAATTATTATAAACAAGAATTAGGTAAT +TTATCTATTAGCAGTATCTACAATATAGATATGTCAACCGTAGATGTAAGTACTAAGCTT +AATCTTGATAATAAATTAAAAAAAGCATATGTTTATGAAACATATGTTGGAAATAAAGAA +GATGCTATAAATTTAGCTAATAAAATCTTTTCTAAGGTAAATACAAATATAGATGAATCT +CAAAATGATGAATATGATGATACTATAGTATTTAAATCTGAAAATGGAAATTATAGTTTA +TGTGTCTATTACAAAGGTCTTAGAACTTGGTTTACTGACTTTAGTCAATTTGAAGCTGGA +GGCAAAGAAAATTTAACTTATAAAGAAGTACAAGATTTATTAAGTAAATTTGATATTAAA +TTACCTAAAGAAGCCGATTTTAAGGATGATGGAGAAGGGAATTATTCTATTTCACTAGAT +ATGGTTAAATCAGGAGATGTATATCTTGATGGGGAGTTACTATGTACAATCAGTAAAAAT +GATATAGTTTCTGATTTTACCAATAATATTGTTTCTTATAAACCGTATAAGGAGTACGAT +ATTTTATCTTTAAAAGAGGCATATGATAAGATTTTGAGAGGTGAATTTAGATTACTTGAT +GTGCTAGGAAAAAATTCTAATATGGAAGTTACATATGCTAACTTAATTTATGAGTTAGAT +AGTAAAGGATTTTATCAACCTGTTTATGATTTTACGGCAAATATTGATGGAGAAGTAAAT +CATCATATATATATACCTGCATTGAGAAATAATACATCACAGTAA +>yjcD +ATGATAAATATAGATAGATTAAATAAAAATCAGAAAGATGCAATAAATCATATAGATGGT +CCTTGTATGGTTCTAGCAGGACCTGGATCAGGAAAGACAAGGGTTATAACTTATAGGATT +GCAAATATGGTTGTAAATCATAATACAAGGCCAACAAGCATACTTGCAATAAGCTTTACA +AAAGCATCTTCTACGGAAATGAAAAATAGGGCAATTTCATTAAGCCAAGATCCTAGAATT +AATAAGGTTACATATGGAACATTTCATTCAGTTTTCTTTAGAATACTAAGGCATTTTGAA +AAATATAATCTAGATAGTATTTTAGATGAAAAATCTAAAAGATTAGCTATAAAGGGGATT +TTAAAAAGCTTAAATGTTGAAAATGGTGAAGATGATGAAGTTGTGGGACAGCTTATCAAT +GAAATTTCTTTTGTGAAAAATGAATTAATGGATAAAGGAGATTTTAATTCAGAGGTAGTA +AGTAAAGATGAATTTATAAAAGCATACAACTTATATGAAGAGCATAAGCATCAAATTAAA +AAAATCGATTTTGATGATATGTTACTTAGAACTTATTATTTACTAAAAAATAATTCTAAA +GCATTAGAGACTGTAAGGAGTGTATATAGATATATTCTAGTAGATGAGTTTCAAGATATA +AATAAGGTGCAATTTGAAGTTTTAAAATTAATTTCAAACCCTCAAAATAATATTTTTGTA +GTTGGAGATGAAGATCAGAGTATATATGGATTTAGAGGGGCGAGACCAGACTTTTTATTA +GAATTTGAAGAATACTTTTCAGGAACTAAAAAAGTTATGCTAGATATAAATTATAGATCT +AAGGGTGAAATCATAGATGTTGCAAATAGATTAATTGAAAAGAATTCTAATAGATATGAA +AAGGTAATTAAATGTAGCCAAGGAAATGGTGGAAATATTAGTTATATAGCTCCAAAGGAT +TCCGAAGAAGAAGCAGTACTTATAGGTAAAGAAATTTTAGAAGAAATAAAAAAAGATTTT +GTAGAATATAGTGATTTTGCAGTTATATATAGAACGAATATACAATCAAGAGCATTAGTT +GATGTTTTTATGGATATGAGAATTCCTTTTGTAGTTAAGGACTCTATAGTAACTATATAT +GATCACTGGGCAGCTCAAGATATACTCGCATATTTGAGGTTAGGACTTGATTCAAGTTTA +AGTAAAGATTGGGTAAGGATTATAAATAAACCATTTAGATACATATCTAGAGATAGTATT +AATAGTATTAAGGATGAAAAAGACTTTATTAACGCTTTAATAACAAAGTGTAATCTACAT +CCAAAACAAGTAAAAACTATAAATGACCTAGATATAGATTTAAGTTATTTAAAAACTTTA +AATCCTCAAAATGCTATTTCTTATATTAGAACAAGCTTAGAATATGATATGTATATACTA +GATTATTGTTCAAATAGGAAAATTAAGTCCAATGGTCTAATTGAGATTTTAAATGAATTA +GAAAGTTCTGCAACAAACTTCAAGACTATAAAAGAATATTTAGATCATATAGATAGAGTA +AAGTCAGAGGTAGTAGGAAATAAAAATAAAGACCAAGGCGATGGTGTAATATTTACAACA +ATGCATAGTGCTAAGGGATTAGAGTTTAAAAATGTATATATAATAGGTGTAAATGAAGGA +ACTATACCTCATGAAAAATCTTATGACTTAGATGATGATAGTAAAAAAGATGAGCAGATT +GAAGAAGAAAGAAGACTTATGTATGTGGCAATAACAAGAGCTGAAGATAATCTATGCATA +AGTTCGCCTCAAAATAAATATGGAAGAAAGGTGTCTGTTTCTACTTTCATAGATGATATA +AAGGCTCCTACTAAAGAAGAAATGGATAGTATATCTATAGGAGATACAATATATCATAAA +AGGTTTAAAGGAGGAACTATAGTTGCAAAAGATGGTGATTCTATAAGGGTTAAGTTTTCT +GATGGAACTAGAATTTTAAATTATAGAGTATGTATTTTAAATAATGTAATACACGTATAA +>resE~~~rcsC_7 +ATGAAGGAATTTCTAAACATATTAAATGACTATATCGTAGTATTAGATAAAAATTTTCAT +TTTAAATTTTGTAATGAAAGCTTTCTAAAAGAAGTTTGCATAGAAAAAAATAATACACAC +AAATTTATATTAGATTCATCAATTGAAGAAGAATTAATTGATAGTTTAAAATATAAGAAT +GAATATACTACTATACTAAAAGTATTTATTGATAATACATATCTAAAGTTATATAGTAAA +TTAATTAAACATATTCAAGATGAAGAAGTAATATATTACGTATACGTATATAAAATAGAA +AAATCAAACTTTGAGATATGCCAAGGAAAGGCAAATGATAGAATAGAAAAAGAATTGAAT +AATCAAGGGTATTATATAGAGTTACTAGAAGATATAAAATCAAAATTGAAATCAGATGAT +TCAATAGAAGATATATTTAAAAATATTGATGTAGATAATTTAATAAATGAATTAATAAAT +ATAATACATAAAGGTGAATTAATGCAAAAGGATATTAAGTTATTTTTAAATTTATCTGCA +GACTTTATTGGAACGCTAGACAAAGAAGGAAATCTAGTGATGTTAGATGATTCATGTAGT +AAGATAATTGGATGGGAACCTTATGAGCTAACAAATAAAAATATATTAAATTTTATACAT +CATAGTCACAGAGATAGTTTTAAAGAATGCTTAAGTGAAATTACTACAAAAGTTACTACT +ATTGAAAATAGAGTAAAGTGTAAAGATGGACGATATAAGTGGTTAAGATGGAATATGAAG +AATGTAATAGAGGTAGGGTTAGTAGCAGTAACAGTTAGGGATATAAGTATAGAGAAAAAA +GAAGAAAAAAGAATGATGAAACTAAAACAAGAAATAGAGTCAGAAAACTTAAAAAATCAG +TTCTTTGCAAATTTATCTCATGAGTTTAGAACACCTCTAAATATAATTCTTGGAGCCGTC +CAATTACTTGATATGAATATTAATAAGGGAAAGATACACACGGAAGGTGAAGTTGATATA +GACAGCTATGCAAAGCTTATAAAACAAAATTCATATAGACTTTTAAGAATGGTAAATAAT +TTAATTGATATGAGTAAGATAGATGCAGGCTATTATAAATTAGAACTTAATAGCTATGAT +ATAGTAAATGTAGTGGAAGAGATAAGTCTGTCTGTTGCAGAATATGCTAAGGAAAAAAAT +ATTAATCTAATTTTTGATACAGATTGTGAGGAGTTAGTTATTACTTGTGATCCTGATAAG +ATAGAAAGGATATTATTAAATTTATTATCTAATTCTATTAAAAATACAGACAGTGGAGGA +ACTATATATGTAAATATAAATACAGAAATCAATAGGGTAAATATATCTGTAGAAGATAAT +GGACATGGAATACCAGATAATAAATTACCAAAGATATTTAACAGATTTGAGCAGGTCGAT +GACTTATTAAGCCGTAATTATGAGGGAAGTGGAATAGGATTATCTTTAGTTAAATCTTTA +GTTAATATGCACGGTGGGGATATTTCTGTGAAAAGTAAGGTAGGTATAGGAACTATATTT +GATTTTAGTATTCCAAATGATTTAGTTAACTCTTGTGAAATTAGAGAACGTAATAATAAG +TTAGCTAGTAATAAAATTGAAAAATGTGACATAGAGTTTTCTGATATATATAAATAA +>fucP +ATGGGAGAGAATATAAAAAGTGCTGCAAGAAGTGGAACAAAAAACAGTGATAAAACTCCA +ATCGTGCCGAAACAATATATAGTTCATTTTGTAATGCTTATATCATGCTTTATTCTTTGG +GGTCTGTTAAATAATATGACTGACAATCTAGTACCTGCATTTGGAAGGATATTTATGTTA +GAAGCAGCAGATGCTTCTTTAACTCAAGTTGCATTCTATGGATCATATGCTGTACTTGCT +TTACCAGCAGCAATTTTAATAAAAAAATATTCATACAGACATGGTGTATTAGTTGGACTA +GGATTATATATAGTAGGAGCTATGGGATATATTCCAGCTGCAATGTTACAAAACTTTAAT +CTATTCTTAGTATCAGTATTTGTATTAGCAGGAGGCCTTTCTATATTAGAAACAACTTGT +AATCCATATGTAATTTCATTAGGCGATGAATCTACTAGTGTACGTCGTCTTAATCTAGCT +CAAGCTTTTAACCCAATAGGATCTTTAACAGGTATTATACTTGCTAAATATTTAATATTA +AGTAACTTAAATCCAGCAACATATGAAGAACGTATAGCGATGAGTCCAGAGTCATTAAGT +GCTATACGTAGCAATGAATTGTTATGGGTATGTGTTCCATATGTTGGATTAGTAGCAATT +GCAATTATTATTTGGTGCTTCTTTAAGAAGAGTAAGGATTCTGAAAAAGATGAATCAGGA +GCTCTTAATATACTAGAATCAATTAAGAAGCTTGTAAAAATACCTCGTTATGCTTTTGGA +GTAGTTGCTCAATTCTTCTATGTAGGGCTTCAAATAGCTGTATGGACTTGGACTATACAA +TATGTAATGACAACTCTTGGGTTAAATGAAGCTGCAGCAGCTCAATATTACCTTATAGCA +ATGGTTTCATTCATAGTATGCCGTTGGATATGTACAGCTCTTATGAAATATATAGATCCA +GCAATAATGATGGCAATATTTGCTACAGGAGGAATCACATTTAGTTTAGGAACAATATAC +TTACCAACAAATCAATCTGTTTGGTGCTTAGTTGCAATATCAGCATGTATGTCGTTAATG +TTCCCAACAATCTATGGTATAGCGCTTAAGGACTTAGGAGAAGAAGTAAAAGTAGGAGCA +GCAGGACTTATAATGGCAATACTTGGTGGGGCAGTTATAACACCATATATGGGAAGTCTT +ATAGATAATGGTAAATTATCTAGCATTGTACCAATGTTTACTGGAGCAGAAGCTGCTATT +CGTTCATCGTTTTTAGTTCCCGCAATTTGCTTTGCAGTAGTACTTTTATACTCAATTTGT +TTCAGAACTAAGAAATCTGCTTAA +>group_259 +ATGAGTTTATTTACTGAATGGAGATCTTTAAGCGAAAATCATGCTAGCCAAGAAGAAGAA +ATAAAATTCTGGGAAGAGTACTTAAAGGTAGAAACTACAATATACAATGAAATATTAAAC +AACAAAATGGAAGTAGTAGAAGGAACAGTTGCTGAATTAGCTGAAAAATTCAATACTTCA +AACGAATACATAATGGGATTCTTAGATGGAATAAGTGAAAGTTTAAAAGAAGATTTAGAC +TTAGAATCTATAGAAGCTGATACAAAAGTTACTGTAAAAATAGATTGGGAAAAATTATAC +TACAACATGGTAGCTGTTGAAGCTCATTGGTTACATAGCTTACCAGGTTGGGAAGAAATA +TTATCTGCAGAAAAGAGAAAAGAATTAACAAAAGCTTTCAAAAATTCTAAAACTGTAGTT +AAAGAAGATAAAGTTGGAAGAAATGATGTTTGTCCTTGTGGAAGTGGTAAAAAATACAAG +AAGTGTTGTGGAAAGTAA +>mepA_6~~~mepA_1 +ATGATAAATGAATTTTTAAAATATGCTATTCCATCGGCATTTTCTATGTTTATATCGGCA +TTATATACAATTATAGATGGAATATTTGTAGGTCAAGGTGTTGGAGATGCAGCGCTAGCT +GCAGTTAATATAGTTTTACCTTTTACAGTAATATTAGTAGGAATGGCTAATATGATGGCA +GTAGGAGGTGGAGCACTAGTATCAAAAAATATTGGAGCAAAAGAAATAGATAAGGCTGTA +AATATATTTAGACAAGTATGTAAATTTCTTTTGATACTAAGTATAGTTATAAGTATTATA +TGTGTTATTTTTACAAATCAAATAGTAAAATTATTAGGAGCAACAAAGAATTTACAAGGG +CTAGCTGTAGATTACCTTAGATTTTATGCGTTGTTCTCTATACCTAACTTAATAGGTATA +GTTCTGAATAGTTTTGTAAGAAATGATCAAAAGCCTAAATTAGCTATGGTTTCAATAATA +TCAGGAGCTATAACTAATATAATACTAGATTATGTGTTTATATTTAAGTTTGGATTTGGA +ATAAAAGGAGCAGCAATAGCAACAGGTCTTGGTCAAATAGTAACAGTAAGTATATTATTA +CCTCACTTTATAAAGAAGAAAGGTTATTTAAGTTTTGGAAAAGTGAAGCTGCAAATAGAA +AGTATAAAAGAATTCTTAAAAATAGGATTCCCGTCATTTTTTGCTCAAGCTAGTTTTTCA +GTAATTGTTTTACTTCATAATGTAATAATAACTAAAAATATAGGTGAAATAGGAGTTTCA +GCATACAGTATAATAAATTATATTGGTACGAATATATATATGGTATTATTCGGATTGACT +CTAGGAGCTCAGCCTCTAATAAGTTATAATTATGGAAAAAGAGATGATAAAAAAATGCTA +AGTTTTTATAAAATAACTTGTGTATCATCAACATTATTTACTTGTATAGCAGTTTCAATA +TGTTATATATTTGGAAGAAATTTAATTCAAATATTTACATCAGATAAGGAAATACTAGAA +TTGGCATATACAGGTTTAAGATTTGCTAGCATAAGTTATTTCTTTGTAGGATTAAACTTA +AATACAATAACTTATTATCAAGCAATAGAAATGCCTAAGTATTCAAATCTAATTTGTTTA +TTTAGATCAATAATATTCCTACCAATAGGTCTTATATTACTATCGAATATATTTGGAGTA +AACGGTGTATGGGGAGGAACATTATTTGCAGAAACTATAACATTTACCGCAATAAATTTA +ATTACTAATATAAAATCAAATACATTAAAATCTATAAAAAGTTCTAATGGAAAAGAAGAA +TTAAGGGCAGCATAA +>group_260 +ATGATGGAACATAATTGTGAATGTGGTCATAACACTTTTCAAATAGCTCATCTTGACAGT +AAAGAGCAAGATGCTATAAGAAAAGCTGAAGCTCAAATAAAATCAGAAACTGGTAAAGAT +ATTATAATGATTGCATGGGAAAAGAAATAA +>group_858 +ATGGGTGATATATTAAAAAAAATAGACACGAAATTTATTGAAGAAAATAATGAGACTAGT +ACAGATAAATTCATAGTTGATTGTAAGGTGAAGTTGGAAAACGCTAATATATTATGCAAA +GAATCTGCTAAATACAAGAGCGATGCAACCTTTGAGTCTAATATATGGATTCTTCACAAT +AAAAACACCGATGTATATAACATCTTGGATTTTTCTAAGGTGATAGATATGGTAAAATTA +AACTTAATTGATAAAGATGATTATTTAATTTTAAAATGCTGGATTGCAGAAAAATTAGTT +GATGATGGGATTTCAGGAAGTACTATAAAAGGTTATTTTTTTGGTATAGAAAGAATTTTT +ATAGAAACACATGGATTTAAAAAAAAATTGATACACAGTAAAAAAGGTAATGCTATAGAT +ACCTATATAGAACATTCAAGTAATGATAGAGCAAGACACGATAGGATAACAGCATTAAAA +TCTTATGTAAATTTCTTAGACAGGATAGGTTTTATACCAGATGGCTACGAACTTCTTTCA +AAAAGCATTTCACAGTATAAAACCTATTTAAATGCAACTATGAGAGATTTACCTAGCAAC +CAGAGTATTTTTCTGACAGATTATTGCATAAAAGATTTTTTCAATGGTGAGAAAACCAAT +GATTTATTAAGAAAAATTTATTATCCTATTTTGATATGGTGGAAGGTCAGTAATGTAATT +CCTATGAGACCAAGTGAGTTATTTAACAATGTTTATAGGAAATGCACATTTAAACATGAT +AACAAATACTATTTGATAATTGATAGAATAAAAATACAAAGAACTAAACATACAATAAGT +AAACCGAAGTTACCTATTTTAAAAAAAGTTGAAATAACCAAGGAAATATATGACTTAATA +AATGAATATATCAATATGACGGACTTTACAGAATCGCATACATTAATATCTTACAATGCT +CTGTGCAAATTTAAAGAAGAATTTCTCATAGAAAAGCAAAGTGATAAATACAAAGATTTT +TTACCAACATTTAAATCGGGTGAATCAACTAAGTTTAATCCTTTGAATTTTGCGACAGCA +AACTTCGCTACTTTGTTAACTAGTTTCTATGATAATATTGTGGAGGATGTATATGGATAT +GCGTTAAGTCAGAAAGAAAGAATGACACCTGGAGACACAAGACATCTAGCATTTTGCAGT +TTGCTTCTACAAGGGGTAAGTCCTGTTGAAATAGCCTTGTTAGGTGGTCATACAACTCTT +GAAACTCAAGACAGTTACACCAATCATGTTAGTTATTATATAGATAGTGAAATCTTAAAC +TATATTTCTGACAGGAATATACACAGCCAAAATTCGAAAATGTTTAGATCATTAAAAGAT +ATAGTGTTTAATAAGCCGTACGGCTATCAATTAGATGTGGATTTAAGTGAGTTCGATAAA +ACAGATGATGGGGTTGGGTATTGCTTGCTTGATGTAAACAGCAATGACTTTTGTGAAGAT +GTCCCTTATTGTGCATTTTGTAGTAAATGGTGGTGTGAACCAACAAATAACTCTTATAAA +GAAATTAAACACTACATTTTAAATAAAAAAATATCCCCTTTACAATCGGAAATAGAAGTT +GAGGAAGAGTTCTTTAGAAATCTTATCAATGAAATGGAAATTGTTAATTTGAATGGTCTT +GCTGGGTTAGAAAAACACGAGGAGCAAGACTTCAAATCCCAATCTTTAAAACTTAGGTCT +AAAGCGGATAAACTGGCATTTTTAAAGGCGTCTTTATTAGAACAAAAGTTTGAAAAAGAA +AATGAAATACAAAATAATTATTTGGAGTTTGAATAG +>group_1501 +ATGAAAAAAAATAAATTAATAATTTTTATGCTTTTTCCTATATCGCTTTTACTTAACTTT +TTAGCTTCAAAGTTTCCTTATTTTATTGAAACTTTCTATACTCAAGGAATCAATAAAATT +ACAGTACAATTATTAAGTAAAATTAGTGGCATTATTCCATTTTCTATTTACGAGTTTACT +ATATATACAGTAATAATTTTTTCATTATATTTCGTAATATACTCTTTGTACTTGCTTTTT +AGTAACAAACATAAATTTAAAATTCACATGGTAAAATCTATAACCAATTTTTTATCAATT +GTTTCAATTGCATATTTTTTATTTCTAATTTTATGGGGATTTAATTATAATAAATTACCT +TTAGAAACTATTTTAATAGATAGATACAATAAAACAAATGATAAGTCAATAACAAAGGTC +GAATACAATAATGAAAACTTAATAGAGCTTTACAAGTACTTAATAGATAAAACTAACGAA +ACTAGAAAACTAGTTTTAGAGGACAACAATCATGTAATGAAATTAAACTCTGATTATAAA +GACGTTATAAAAAGAGCAACTACAGGCTTTAATAATATTTCTAGCATTATTCCCAACTTA +GATGGATACTATGGTAATGCTAAATATATACTTTCTTCGAAATTGATGTGTTATACAGGA +ATAACTGGAATTTATTTTCCATTCACTGGAGAAGCTAATATAAATAAAGCAACACCAGAT +TTTTCAATACCATCTACTACTTTGCATGAAATGGCACATCAGCGTGGTTATGCAAGTGAG +GATGAGGCAAATTTTATAGCTTATTTAGCGTCAATAAATCATTCTGATGTAGATTTTATT +TATTCTGGATATAGACTTGCATTGCATCATACATCTAATGCTTTAAGAAATGTTGATTTT +GATGCCTATAAAGAGTTATCACGTAATTTATCTGAAGATGTAATTAATGATATAAAAAAT +AATAATGAGTTTTGGTCAAAATATGAAGGTGAAATAAATAATTTATCTGATAATTTTAAT +AATTCTTATCTAAAGGCAAATGGAGTTAAAGAAGGAACAAAAAGTTATGGTAAGATGGTT +GATTTACTATTAACATATTATAGTCTTAATAAATTTGATTGA +>folE +ATGAGTAAAGTAGATAAGAAGAAGATAGAAAATGCAATAAGAGATATATTAGAAGCTATA +GGAGAAGACCCAGATAGAGAAGGTCTTATAGACACTCCAAGTAGAGTAGCAAGAATGTAT +GAAGAAATATATGGAGGTATTCATCAAGATCCAAGAGAACATTTAAAGGTTCTTTTCCAA +GATGAAAAGCATGAAGAAATGGTAATAGTAAAAGATATTCCTTTTTACTCATGCTGTGAG +CATCATCTAGTACCATTCTTTGGTAAAGCGCACATAGCGTATATTCCAAAGGGAGGAAGA +CTAACTGGTTTATCTAAACTTGCTAGAGTGGTTGAAACTTTTGCTAAGAGGCCTCAACTT +CAAGAGAGAATAACTAAAGGAATAGCAGATATAATAATGGAAGAGTTACAACCTTATGGA +GTAATGGTAGTTGTAGAAGCTGAACATATGTGCATGACTATGAGAGGTGTTAAAAAACCA +GGATCAAAAACTGTTACTTCAGCAGTAAGAGGAGCATTTGAACATGATCCATCAACAAGA +GCTGAGGCTATGAGCCTAATAAATATAAGATAG +>group_860 +ATGAGAAAGTATTTAGATGCTAATATAATTTGTGATACTAAAAGTATGTCAAAAGAAAAA +TGGCTAAAGAAAAGAAGAGAAGGTATAGGTGGAAGTGATGCTGCTAGTGTTTTAGGTCTT +AATCCTTATAAAAGTTCAATGAGTGTGTATATGGGTATAAAAAATGATTTAGTAATAGAT +GAAGAGATAAACTACAAAATGGATCTTGGTAATAAGTTAGAAGATTTTGTAGCTAATGAG +TTTACCTTAAAAACTGGTAAAAAAGTTAGAAATGTAAATGGAATACTTAAAAATGATAAA +TATCCATTTGCACTTGCAAATATAGATAGGGCAGTTGTAGGGGAAAAAGCTTTTTTAGAA +TGCAAGGTAACAAATAGCTATTCAAAGAAGTCATGGCAAAAGGAAGTTCCAATTTACTGT +CAAGTACAGTGTTATCACTATATGGCAGTAACTGGAGCAACCCATTGTTATATAGCAGCT +CTTATTGGGAATGAGGAGCTTGTAATTCATAAGTTAGATAGAAATGAAGAACTTATAAAT +GAAATAATGAATTTAGAAAAGATGTTTTGGGACAAGTGTATATTAGGAGAAGAACTGCCA +ATTCCTGATGGAAGTGATGACTATTCAAGTGTTCTTCAAGGACTATATAAAGATAGCATA +GAGGAAGAGGTTATATTATTTGAAAAAGAAGACTTATTAAAAAGATATGATGATGTACGT +GAGCTTTTAAAAGATTTAGATAGTGAGAGAAAAGCAATAGAGCAGTATTTGCAGATGCAA +ATGAAAGAGTATGAAGTAGCTTATTTAGGAGATAGAAAAATAACTTGGAAAAAGCAAGTT +AGAAATACTGTAGATACTAAGAGATTAAAAAAAGAACACCCAGAAATAGTAGAGAAATAC +ATGAAAACTACAACTTCAAGAGTGTTTAGAATTTAA +>larA~~~larA_1 +ATGTCAATTTTAAGAGTACCTTACTCAAAGATGGGAATGGAGTTAAACATTCCAGATGAA +AACTTATTAGCAATTTTAGAATCGAAAGCCCATAACTATATTGTTAATAAGAGTCAAGAA +CAAATAGTTGAAGAGTCTATGGATAATCCAATTGGCTCAGTTAAACTTGAAGAGTTAGCT +AAAAATAAAAAAAGTGTAGTTATAATAACTAGTGATCATACTAGACCAGTTCCAAGTAGA +GTTACAATGCCTATAATTTTAAGAAGGTTGAGAGAAGGTAATCCAGATATTGATATAAAG +ATAATAGTTGCAACAGGATTTCATAGGGCAAGTACAAGAGCAGAATTAATTTATAAAATG +GGTGAAGAAATAGTAAATAATGAAAAAATCATAATGCATATATCTACAGATGATGCTGCT +ATGGTAAAAGCAGGGGTATTACCATCAGGGGGAGATTTTTACTTAAATAAAGTAGCTTTT +GAAGCAGATTTACTAATAGCAGAAGGATTTATAGAACCACATTTCTTTGCTGGATTTTCT +GGAGGGAGAAAAAGTATACTTCCTGGTATAGCATCAGCTAAAACTATAATGTATAACCAC +TGTAGTGAATTTATAGATAGCAAAAATGCTAGAACAGGGATTTTAGACAATAATCCAATA +CATGAGGATATGGTTTATGCAGCAAAGGCAGCTAAGTTAGCATTTATAGTAAATGTTGTA +ATAGATAAAGATAAAAATGTAATTGCATCTTTTGCTGGAGATGTAGATAAGGCCCATAAA +ACAGGATGTAAATTTGTAACAGAATTATCTAAAATAGATGCTCAGATGGCAGATATAGTA +ATAAGTACTAATGGAGGATATCCTTTAGATCAAAATATATATCAATCAGTGAAAGGTATG +ACAGCAGCTGAAGCCACATGTAAAGATGGTGGTGTAATAATAATGATATCAGCTTGTAAT +GATGGTCATGGAGGTCAATCTTTCTATGATAACGTTGCGAAAGCTTCTTCACCAAGTGAG +ATACTAGAAAATGTAAGATCTGTTGAAAAAGGTGAAACAGTTCCAGATCAATGGGAGTTC +CAAATATTAGCAAGAATATTAGAGAGATTTACAGTAATAATGGTGACTGATCAATGTAGT +TCTGAGATGATAATAAATATGCATATGAAGCATGCGAAGACCTTTGAAGAAGCTTTAAAT +CTGGCTTTTGATATAAAAGGCAAAGATGCTAAAATTGCAGTTATTCCAGATGGTGTATCA +GTAATAGTAAAAGAAAATACAAGTACAGATTCTAATTCAATAGTTTCTGTAACAGCTGAA +TAA +>brnQ_2~~~brnQ_1 +ATGCGAAATATAAAAGATATAATGGTGGTAGGCTTTGCTTTATTTGCTATGTTTTTTGGA +GCAGGTAATTTAATATTTCCACCATTTTTAGGATTAGTATCAGGGTCTAGTTGGTTAACT +GGATTTGCTGGATTTGTATTAGCTGATGTAGGTTTAGCATTATTAGCTATATTGGCAGCG +GCTAGGTGTAATGGAGAAGTAAGTAAAGTTTTAAGTAGATCAGGGAAAAATTTATCGGTA +ATACTAGGTTGTGCTATAATGATATGTCTAGGGCCATTGTTAGCAATACCTAGAACTGCA +GCAACTACTTTTGAAATGGGTATAATGCCATTATTTGAAGGTTTTAACCCTGTAATATTT +TCGATAATATTCTTTATTTTAACTTTAATGTTAACAATAAAACCATCAAAGGTTGTAGAT +ATAATAGGTTCGTTTTTAACTCCGACATTATTAATAGCTCTAGCGATATTAATAATATCA +GGAATACTAAATCCATTAGGTGAAATAAGTACAACACCTATGATAGAAAATGTATTTGTT +GAAGGAATTAATCAAGGATATCAAACTATGGATACTCTTGGAGCTGTAGCCTTATCAACG +GTAGTAATAGCTACAATTTCGAATAAAGGATATAAAGATGACAAGTTGAAAGTTAAATTA +ACATTACAAGCTGGCATAGTAGCATCAATAGCATTATGCTTAGTTTATGGTGGTCTTGCT +TACTTAGGAGCTACAGTATCAACTAAATATGGAGCTGATATAGTTCAGACATCGTTAATA +GTGAATATAACAAGTATGCTGCTTGGCCAGCCTGGTAAGATAATTCTTGCAGTGATAGTT +GGCCTTGCTTGTTTGACAACTTCAATAGGTCTTACATCTGCGACAGGGCAGTATTTTACA +AAACTTACAAATGGTAAGTTAAGATATGAAATTGTAGTTACTGTTGTTTGTATATTTAGT +GCAATAGTATCTAATTTTGGAGTTAGTACAATAATACAATTCTCAGCTCCAATATTAAGT +TTAATATATCCGGCAACTGTTACTTTAATAGTATTAACTCTATTTGGTAATAAAATAAAC +AATGATAATGTATTTAAATTTGCTACATATGCAGCACTAATAGTAAGTATGTTAACTGTA +GCTAATGATTTTAATATTAGTATACCTTTTGTTTTAAAATTACCATTTGCATCTTTTGGA +TTTAACTGGATAGTTCCAGTTACAATAGCTGGATTTATAGGTAACTTTATACCAGATAAA +AAATAG +>group_528 +ATGGATGATATTTACTTAATACCTAAGAAGATTAAGCCTTTTAAAGTAAATATAAAAGAA +ATATATTTAAAAGATATTTATGCTGTATACCCTAAGGATAAAGAATCCTTGCTAGATAAT +ATAATACTTCGTAATTATAAAAATAATAATTTAAAGTATGATGTAATACATCTAGGAGAA +GTAATAGAGAAAATAAATAAAAAACTTCCTATGGTAAAAATAAACTTTCTCAAGGCTGAT +GATACAGTAATCTTTTTTGATAGTTGTAAAAAAGATAGAACTAAGTATATAAGAGTAGCG +ATAGTATCTATAGTGGTTTTAATGGGATCTGTGATGGGAATAATGAATTTTCATGCGGAT +GTAAATATGTACGCATCTCAGTATAAAATTGTAGATGTTCTAACAAGAGATGCTAAAAGA +TATTTGCCATACTTTCAGATTCCATATTCTATAGGAATTGGTGTAGGAGTAGCTTTGTTT +TTCAATAAATTTATTCCTACATATTCAAAATATGAACCTAGTCCCATGGAATTAAAAATG +ATTTCTTTAAATAAAGAAATAGAAAATCAGCTAAGAGGAAAAGATCAATAA +>recD2 +ATGGAAAGATTAGAAGGAATGATAAGTGATATAGTATTTAAAAATGAAGAAAATGGATAT +ACTATAGCTCATTTAGCCAACAGTATGGATGATATTGTAATAGTAGGATGCATGCCAACT +TTATCAGTAGGAGAAAGCATAGAGGTAGAAGGAAAGTGGGTAAATCATAAAACTTATGGA +ACTCAATTTGAAGTAAGTAAGTTTATGCCTGTTATACCATCTTCACTAGAAGGAATTTAT +GCCTATTTATCATCTGGAATGATACATGGTATAGGTGAAAAAATGGCTAAAAGAATTGTT +GATAAATTTGGTGTTAATACTTTAGATATAATACAAAATAATCCAGAACGTCTAGAAGAA +GTAGAAGGTATTGGCGGTAAAAAACTAAAACAAATAGTAAAAAGCTACGAAGAAAATAGA +GAACTGCGAAATATAATAATAGAACTATCTCCATATGGTATAACTCCTAATTACTGCTTA +AAAATATACAAAAAATATAAGGATAAATCGATAGAAGTTATTAATAAAAATCCATATAGA +CTCGCAGAAGATATAAGAGGTATTGGATTTAAAATAGCTGATGAAATAGCTAATAAAATA +GGAATAGATAAATATTCAGATGATAGAATATGCCAAGGTATATTGTATGCTTTAAATCAA +TCATTAGGAAGTGGCCATACTTATTTACCTAAACCTATTTTAATACAAGAAGCTAAAAAA +ATATTAGATGTAGAAGCATCTATGATAGATAATTGTATTATGGCATTAGCATATGACCAG +AAAATTCACTTAGAGCAATCAAACGGTCAACAATTAATTTATTTAATGCCTTATTATATG +TCTGAGAATGGAGTATGTAAACAAATAATTAAACTATCACAATGTGAGTTTGATGATTTA +AATATTGATATAGATGAAGAAATTAGATCTTTAGAAGAAGAAGAAAATATAAAATTAGCA +AGTAACCAAATTTTAGCAGTTAAAGAGGCTATTAATACTGGTGTACTAGTAATTACTGGT +GGCCCAGGTACTGGTAAAACTACAACTATAAATACAATAATTAAAGTATTTGAAAATAAT +AAGAAGAAAGTTGTTTTAGCGGCTCCAACAGGTCGTGCTGCAAAAAGAATGAGCGAGACA +TCTCAAAGAGAAGCTAAAACTATACATAGATTATTAGAAATGGGATTTGCAACAGATAGT +GATGACCTAATGTTCTTAAAAAATGAAGAAGATCCTATTAATGCGGATGTTGTTATTTTA +GATGAAGTATCAATGGTTGATATATTGTTGATGTATAGTATGTTAAGAGCTATAAAATCA +GGTACAAGGGTAATCTTGGTTGGAGATAGTGATCAGCTACCATCAGTAGGAGCAGGTAAT +GTACTAAAAGATATAATTGAATCTAATGTTATTAATGTAGTTAAATTAAATGAAATTTTT +AGACAAGCCCAAGAGAGTATGATAGTAGTAAATGCTCATAAAATAAATAAAGGAGAGCCA +TTATTCTTAAATTCTAAGGGAAAAGATTTTTTCTTTATAAGAAAAAATACTAATGAAGAA +ATTATAGATGAAATAGTAGAAATAGTTAGCGAAAGATTACCTAAGTTTTATAAACTTGAT +AAATTAAAGGATATACAAGTTCTAGCATCTATGAGAAAAGGAGATGTAGGAGTAACTAAC +CTCAATATGGCGTTGCAAAAAAGTCTAAACAAGCCTGAGAAATTTAAAGTTGAAGAAAAT +TTTGCAAAGAGAATATTTAGAGTTGGTGATAAAGTAATGCAAATAAAAAATAACTACACT +AAAAAATGGGAAAGTGAAGATAGAAAAGATAGTGGAGAAGGTATATATAATGGGGATATT +GGATATATATACCATATAGATAAAGAAAATAAAAAAGTGCATGTATTATTTGACCAAGTA +AAAATTGTTGATTATACTTATGATGAGTTAGATGAATTAGATCATAGTTTTTGTACAACT +ATACATAAAAGTCAAGGTAGTGAATTTCCTGTAGTTGTTATACCAATAACTTGGGCTCCA +CCTATGTTGTTGAGCAGAAACTTACTATATACAGCAGTTACTAGAGCAAAAAAATTAGTT +GTACTAGTAGGAGATGTTAAATATTTAGAGTATATGATAAAGAATAATAGAACTAATGAC +AGATATTCAAATTTAGCAAATAAGTTAAATAAATTTAAACAAGAAGGGCTGTTGTTAAAA +TAA +>rlmN +ATGGAACAAAATAAAGTAGCTTTAAAGAGTATGACAGAAGATGAATTAAAAGATTTTATA +GTAAGTATAGGAGAAAAGTCATTTAGAGGTACTCAAATTTTTTCATGGATATATAAAGGT +GCTAAAACTTTTGATGATATGAGAAATATACCTAAAAATTTAAGAGAGAAGCTTGATGAA +GTATCTTATATTGGAAATATAGAGCAAGAATTAAAATTAGAATCAAAGGTAGATAAAACT +AAAAAGTATTTATTCTTATTAAATGATGGAAATATTATAGAAACTGTTATGATGGACTAT +GAAGATAGGGTTACAGTGTGTATTTCAAATCAGGTTGGATGTAGAATGGGATGTAATTTC +TGCGCATCGACTTTAGAAGGTTTAATAAGAAACTTAGAACCTTGGGAAATTTTAGATCAA +ATTATGAAAATACAAGAGGATACAGGTAAAAGAGTATCGAATCTTGTATTGATGGGTAGT +GGAGAACCTTTAGATAACTTTGAAAATACTAAAAAATTCTTAAAATTAGTAAATGAAAAG +AATGGTTTAAATATAGGTTATAGGCATATAACTTTATCAACTTGTGGATTAGTACCTAAA +ATGTATGAGTTAGCTGATTTAGGATTACCTATAAATTTAGCGTTATCTCTACATTCTCCA +TTTGATGAAAAAAGAAGAGAGATAATGCCTGTAGCCAATGCTTACAAAGTAAATGATTTA +ATAGATGCATGTAAATATTATATAAAGAAAACTAATAGAAGGGTAACTTTTGAGTATTCT +TTAATTAAAGGTGTAAATGATTCAGAAAAAGAAGCTAAAGAGATAGTTAAGCTTCTAAAA +GGTATGTTATGTCATGTAAATTTAATACCAATAAACAAAGTAGAAGAAAGAGAATATGAA +AGACCAGATAAATCGTATATATATAAGTTCAGAGATTACTTAGAAAAAAATAATATACCA +GCTACAGTGAGAATATCTATGGGTTCTGATATTGGAGGAGCCTGTGGACAATTAAGAAGA +AAACATAAGTAG +>prkC~~~prkC_2 +GTGGGAGATACAATTTTAGGAAATAGATACCAAATTATCAGAAAAATTGGTGATGGAGGA +ATGGCCTTTGTTTATGAGGCTAAAGATAAGTTATTAAATAGAACTGTTGCAGTTAAAGTT +CTTAGACCTGAATTTGTAGATGATGAAGAATTTTTAAAAAAGTTTAAAAGAGAAGCTGAA +GCAGTAGCTAGTTTATCTCATCCGAATATAGTAAATGTTTATGATGTTGGAGAAGATGGA +AAAGTTCACTATATTGTAATGGAATATATAGATGGTCAAAATCTTAAAGATATTATAAAA +AATGAAGGTACACTAGATGAGTATACAGCTCTTGATATAACTAAACAAATAGCAATGGCT +CTTAGCGCTGCTCATAAAAAGGGTATAGTGCATAGGGATATAAAACCTCATAATATATTG +ATATCTAATGAAGGTAGAATTGTTAAGGTTGCAGATTTTGGTATAGCAAAAGCTGTTTCA +AACTCTACTATGACTAATATTGGTAGCATAATAGGATCAGTACATTATTTCTCGCCAGAG +CAAGCTAAAGGAAATTCTGTAAATGCTACAGCTGATTTATATTCTTTAGGAATAGTTTTA +TATGAGATGATAATAGGAAGAGTTCCATTTAGAGGGGATAGCCCTATATCTATAGCATTA +CAACATATAAATGAAGATGTTGAATTTACATCAGAGGAAAAGATTAATATACCTCAAAGT +GTAAGAACAATAATAAAGAAGTTAACTGAAAAATCTAGCGAAAATAGATATCAAAGTGCG +GAAGAGTTAATTGAAGATATTGATTATGTAGAAAAGAATATTGATTTAGACTTTATAAAG +GAGTATGACAACTTTGCAACTAAAAAAATCAATGTAGAGAATGTAGAGAAAAGTTTAGAT +TCAGAAGATGAGGAAGAGGAGTTATTAGAAGAATTTCCTAAAATAACTGCACAGCCTAAA +AAAGAAAGATTAAAGAAAAAAACTAAAAGGCCTGTAAAAGAAGATAGTCCAAAGGTTAGA +AAAAGATTAAAAATCGCAGCAGTAGTATTGTTAATTATATTGCTAGCACAAGGTATTTTT +ATATTTAAATTTGTTTCTGGATTGATGGGTGGAAATAGTAATCAAGAACAAGTAATTACA +CTTCCAGACTTTGAAGGCAAAAATTTAGAATATGTAAATAAAGAACTAGAAAGATTAGGC +CTAAAAATCCTTGTAAAAAGTGAATATAGCGATACAGTAGAAAAGGATCATGTTATTTCT +CAAAGTCCTGCAGCTGGTATGGAAGTTTCAGATGGTGATGCTATAAGTATAGTTTTAAGT +AAGGGGACTAAACAAAGTCAAGTTCCAAGTATAATTGGATTTACGTTAACAGAAGCTGAA +AAAGTATTGGAACAAAATAATTTAAAACTAGGAAATATAAAATATGAATATAATGATATT +TACAAAGAAGGTATAGTGTTAAACCAAACTCCTAGTTCAGGTTTAGGGGATGTGTCTGAA +GGTGATAAAGTAGATGTTGTAGTAAGTAAAGGACCAAGAGAAACTCAAGAAGAAGAAAAT +AATAATTCTGATAATGAAACAACAGATACACCAAATAATAACAACAGTAACAATAACAAT +AATAATAACAATAATAATAACAATAACAATAATAATAACAATAACAATAATAATAACAAT +AACAACAACAGTAACAATAATAATCAGACAAATAAGCCAAATAATGGCGGTAATAATGAA +ACGAATAAACCATCTGATGACAATAAACCATCTGATGGTAATACTGGAAATGAAGATTCA +GACAATTCAGGTACTGGAAATGAAAATATTCCAGATGAAGAAGGTGGAACTTTATTACCT +CAAACAGAGTAA +>group_1100 +ATGATAAAAATAGTGGGTGTTAGGTTTAAAAATGCAGGTAAAATATACTATTTTGATCCT +GTAGATTTTGAAATAGAGCAAAACACAGATGTAGTTGTAGAAACGGCAAGAGGTCTAGAA +TACGGAACAGTAATTGTTGGTCCAAAGGAAATAGATGAAAATAAATTAGTATCACCATTA +AAACCTATTATAAGAATAGCAACTCCTGAAGATACTAACATATATAAGGAGAATAAAGAA +AAAGCTAAAGAAACTTTTGAATTATGCCAACAAAAAATAAAAGAGCATGATCTTACTATG +TTCTTAATTGATTGTGAATATACTTTTGATAGAAATAAGTTAATATTCTACTTCACTGCA +GAGGGAAGAATCGACTTTAGAGAGCTTGTAAAAGATTTAGCGGCAATATTTAAAACAAGA +ATAGAGTTAAGACAAATTGGAGTTAGAGATGAAGCCAAATCAATTGGAGGTTTAGGTCCA +TGTGGAAGAAGTTTATGCTGTTCTTCATGGCTAGGAGATTTCCAACCAGTTTCAATAAAA +ATGGCTAAAGACCAAAGTCTATCACTAAATCCAACAAAGATATCTGGTATATGTGGAAGA +CTATTCTGTTGTTTAAAATATGAGCATGACGTATATGTAGAAGCAATAGAAAAAATGCCT +AATGTAGGAGACTTAGTTAAAGTAAGTGGAAATAAAGGTAAGGTAATAGAAGTTAATCCT +TTATTAGAACAAGCTAAAGTTGAATTCAATGATAAAACTATAAAAACTTGTATGAGAGAA +GAAATAAAAGTATTACAAGAAGCTAAAAAATGTGGGGGTTGTTGCAAAAATAAAGATGAA +CAACTAGATGCAGAAACATTAAGAGAGTTAAAGAAATTAGAAGATTAA +>pflB +ATGACTATGAATGCATGGGAAGGCTTTAAAACTGGTAGATGGACTAAAGAAATAGATGTT +AGAGGGTTCATCCAAGATAACTACACTCCATATGAGGGAGATGATTCTTTCTTAGCTGGT +GCTACTGAAAACACTAAGCAATTATGGGCAGATGTAATGGAATTATTTAAAAAGGAAAGA +GAAAATGGTGGTACTCTTGACGTTGATACTAAAACAGTATCTGCTATAGATGCTTATGCA +CCTGGATATATAAATAAAGACAAGGAAACTGTTGTAGGTTTACAAACTGATGCACCTTTA +AAAAGAGCTATAATGCCAGAAGGTGGTATAAGAATGGTTGAAAGTGCTTGTGAAGCTTAC +GGATTCAAATGTGATCCAGAAGTAAGTGAAATATTCACTAAGTACAGAAAAACTCACAAC +CAAGGTGTATTCGATGCTTATACTTCTGAAATGAGAGCTGCTAGAAGATCTGGTATAATA +ACAGGACTTCCAGATGCTTACGGAAGAGGTAGAATAATAGGTGACTACAGAAGAGTTGCT +TTATACGGTGTTGATAGATTAATAGAAGACAAAAACGAGCAAAAAAATTCTTTAGAAGTT +TCTTGCATGGACGAAAATACTATAAGATTAAGAGAAGAAATATCTGATCAAATAAAAGCT +TTACAAGCATTAAAGAGAATGGCAAATTCTTATGGATTTGATATATCAGGACCAGCTACT +AACTCAAGAGAAGCTGTACAATGGTTATACTTCGCTTACTTAGCAGCTATAAAAGATCAA +AACGGTGCTGCTATGTCAATCGGTAGAACTTCTACTTTCTTAGATATATACTTTGAAAGA +GATTTAGCTAACGGAACTATAACTGAAGAAGAAGTTCAAGAATTAATGGACCACTTCGTT +ATGAAATTAAGAATGGTTAAATTCTTAAGAACTCCTGATTACAATGAATTATTCTCTGGA +GACCCAACTTGGGTAACTGAATCAATTGGTGGTATAGGTGTTGATGGTAGACCATTAGTA +ACTAAGAACTCATTCAGAGTTTTAAATACTCTTTATACTCTTGGACCATCTCCAGAACCA +AACTTAACAGTACTTTGGTCAACTAAATTCCCTCAAGGATTCAAAGACTTCTGTTCTAAA +GTATCTATAGATACAAGTTCAGTTCAATACGAAAATGATGACCTAATGAGACCTTACTGG +GGAGATGACTATGCTATAGCTTGTTGTGTATCTGCAATGAGAGTTGGTAAGCAAATGCAA +TTCTTCGGAGCTAGAGTTAACTTAGCTAAGACATTATTATACGCTATAAACGGTGGTGTT +GATGAAAAATCAGGTGCTCAAGTAGGACCAAGATTTGAACCAATAATGGATGAATACTTA +GATTACGATAAAGTAATGGAAAGATTCGAACCATTTACTGATTGGTTAGCAAACTTATAT +GTAAATACATTAAACGTAATCCACTACATGCATGATAAGTACTCTTATGAAGCATTAGAA +ATGGCTTTACATGATAGAGATGTATTCAGAACTATGGCTTGTGGTATAGCTGGTTTATCA +GTTGCTGCTGACTCATTATCTGCTATAAAATATGCTAAAGTTAAAACTATAAGAAATGAA +CAAGGTGTAGCAGTTGACTTCGAAATAGAAGGAGACTATCCAAAATACGGAAACAACGAT +GATAGAGTTGATGATATAGCTATATACTTAGTTGAATCTATGATGAACAAAATAAGAAAG +AACAAAACTTACAGAGATTCTGTTCATACTCAATCTGTATTAACAATAACTTCAAACGTT +GTTTACGGTAAGAAGACTGGTAATACTCCATGTGGTAGAAGAGCTGGACAACCATTTGCT +CCAGGTGCTAACCCAATGCACGGAAGAGATAATAGTGGTGCATTAGCTTCATTATCTTCA +GTTGCTAAATTACCATACGAACATTCTCAAGATGGTATATCTAACACATTCTCTATAGTA +CCAGGTGCTTTAGGAAAAGATATGAACGAAAGAATAACTAACCTATCAGCAATGATGGAC +GGATACTTCGGAGATGGAGCTCATCACTTAAACGTTAACGTATTCGATAGAGCTACATTA +GAAGATGCTATGGAACATCCAGAAGAGTATCCTCAATTAACTATAAGAGTTTCAGGATAC +GCTGTAAACTTCATAAAATTAACAAGAGATCAACAATTAGACGTTATAAACAGAACATTC +CACGGAAAAATGGCTTAA +>pnp_1~~~pnp_2~~~pnp +ATGTTTGAACATAAAATTTTCAAGATGGATTTAGCAGGAAGAGAACTTTCTGTTGAAATA +GGGAAAATAGCAGAGCTTGCTGCTGGTAGTGCTATACTTAGATATGGAGAGACTATGGTA +ATGGTTAATGTATCAAAGTCTGCAAAACCAAGAGATGGTATAGACTTTTTCCCTTTAAGT +GTAGATTACGAAGAAAAATTATATTCAGTTGGTAAAATACCAGGCGGATTTTTAAAGAGA +GAAGGAAAGCCTTCTGAAAAGGCAATACTTACTTCTAGATTGATAGATAGACCAATAAGA +CCTTTATTCCCAAAAGGTTTTAGAAATGATGTACAAGTCGTTGCTACTGTTCTTTCAGTA +GATCAAGATTGTACACCAGATATAGTTTCTATGATAGGTTCATCAGTAGCATTATCTATA +TCTGATATACCATTTAACGGACCAACTGGTTCTGTTTTAGTAGGATTAGTTGATGGAGCT +CTAGTAGCTAACCCAACTGCAGAACAAAGAGAAAAAAGTTCTCTTCACTTAGTTGTATCA +GGAACTAAAGATGCTATAATGATGGTTGAAGCTGGTGGAGAAGAAATACCTGAAAGCTTA +ATGTTAGAAGCTATATTATTTGCACATGAAGAAATAAAGAAAATAGTAGCTTTCATAGAA +GAAATAACGGCGGCAGTTGGAAAAGAAAAAATGGAAGTTGAGTTACATAAGGTAGATGAA +GAAGTAGAAACTGCTGTTCGTAACTTTGCAACTGATAAAATGAAAGAAGCAGTAAGAACT +GTTGAAAAACTTGAAAGACAAGAAAAAATGGATGCGGTAAGAGAAGAAACTCTGTCTCAT +TTTGAAGAATTATTAGAAGAGTATGGTTCTGATATAGAAGAAGTTCTTCAAGTGATAATA +AAAGAGTCAGTAAGAATGCTTATAACTCATGAAAAAGTAAGACCAGATAATAGAAAATTA +GATGAAATAAGACCTATATGGTGTGACAATGGATTCATACCAAGAGCTCATGGTTCTGGT +TTATTTACAAGAGGACAAACTCAGGTAATGACTATAACCACATTAGGTGCATTAGGTGAT +GTTCAAATATTAGACGGCTTAGATGAAGAAGAAAATAAGAGATACATGCATCACTATAAC +TTCCCAGCATACAGTGTTGGTGAAGCTAGACCATCAAGAGGTCCAGGTAGAAGAGAAATA +GGACATGGGGCTTTAGCTGAAAGAGCGTTAGTTCCAGTAATACCTTCAAAAGAAGAGTTC +CCTTATGCAATAAGATTAGTATCTGAAGTATTAAGTTCAAACGGATCAACTTCTCAAGGG +TCTGTATGTGGATCAACATTATCATTATTAGATGCTGGTGTTCCAATAAAAGATATGGTT +GCAGGTATAGCTATGGGTCTTATAAAAGATGATGAAAAAGTAGCAATACTTTCAGATATA +CAAGGAATGGAAGACCACTTAGGAGATATGGACTTTAAAGTAGCAGGTACAGAGCATGGT +ATAACAGCTATACAAATGGATATAAAAATCAATGGTATAGATGAAAATATATTAAGAACT +GCACTTGAGCAAGCTAGAATTGGTAGACTTCATATATTAAATGAAATGAGAAAAACTATA +GATGCTCCAAAACCACAATTATCTAAGTATGCTCCTAAGATAATAACAATGAATATAAAC +CCAGATAAGATAAGAGACGTTATAGGACCAGGTGGTAAAGTTATAACTAAGATAATCGAT +GAAACTGGTGTTAAGATAGATATAGAACAAACAGGTGAAGTATTCATAGCTGGCATAGAC +CAAGAAATGATAGACTTAGCGCAAAAACTTATAAAAGATATAGTTGTAGAAGCTGAAGTA +GGACAAACTTACAAAGGTAAAGTAACTAGAATAACTACTTTTGGTGCTTTCGTTGAAATA +CTTCCAGGAAAAGAAGGCTTACTTCATATATCTCATATAGCTCATGAAAGAGTAGCTAAA +GTTGAAGATGTTTTAAACATCGGAGATGAGGTAGAGGTAAAAGTAACTGAAATAGATGAA +AAAGGAAGGGTAAACTTATCTAGAAAAGTTTTACTACCTAAGCCAGAAAAAATTGAAAAA +AAAGATAACAAATAA +>group_530 +ATGAAATACGGATTAAAGTACTTTTCATATATTACTGAAGAACTTTCCAAAATTTGTAAA +AATATATTCAATATTTCATCAAAAAGAGAAGATACAGCTATAATGGGGGCATCCATGGGT +GGATATGGAGCATTAAAATGCGCTCTTTCAAAGCCGGAGCAATATGGATTTTGTGGTGCA +TTTTCTCCAGCATTCTTATTTTTAAAGGACTATCTTAATTATCAGAGAGATGCTGGTATT +GTTAAGTACGAGGACTTAAAAGCTATTTTTGGAGAAGATTTGACTTGGAAACCGGAGTTT +GAACTAATAGAATTAGTTAAGAATTTATATAATAAATCAGATAAGCCTATAATTTATACA +GCTTGCGGATATAATGACTTTTTGTATGATGAAAATTTAGAATTTAGTAAAATAATGAAG +GACTTTAATATAGATTTTACGTATGAAGAATGGCCAGGTAATCATGATTGGTATTTTTTT +ATGAGTCGTTGTATAGAGCATTAA +>thiY +ATGAGATTAAAAAAAATGGGGATATTATCCCTGATAGGAACTTTAACTTTAGGAAGTTTA +ACAGGATGTACATCTAAAGATACTGAATCTGCATCAAATAAAGATCAGTTAGAAAAAGTA +ACTATGGTTTTAGATTGGACACCAAACACTAATCATACTGGATTATATGTAGCATTAGAA +AATGGATATTACAAAGATGAAGGATTAGATGTAGAAATAGTACAACCTTCTGATGGAGAT +GCAGCGACTTTAGTTGCAACAGGAAAGGCAGATTTTGGCATAAGTTATCAAGAGGAAGTA +ACTTATGCAAAGACAAGTGAAGACCCACTACCTATAAAAGCTGTAGCTACGATAATACAG +CATAATACATCTGGATTTGCATCTCCAGTGGAGAAGAATATTAATACAGTTAAAGATTTT +GAGGGAAAAATTTATGGTGGATGGGGCTCTCCATCAGAAGACGCTATATTTAAAGCTGTT +ATGGAAAAGAATAATGCAGACTTAAGTAAATTAAAAATAGTTGATATGGGAACAGATGAT +TTCTTGACAGCTACAAGTAAAAATATTGACTTTGCTTGGATATTTGAAGGATGGGATGGA +ATTGAAGCTAAAAGAAAAGGTGTAGATTTAAACTTTATGCCAATTAAGGATTTAGATGAA +AGATTAGATTACTATACACCACTTATAATATCAAATGAAAAGTTTCTTAATCAAAATCCT +GACTTAGTAAAGAAATTTTTAAAAGCGACAACAAAAGGATATGAGTATGCAATAGAAAAC +CCAACAGAATCTGCTAAAATACTGGTTAAATATGCTCCTGAAATAGAAGAAGATTTAGCT +ATTAAGAGTCAAGAATATTTAGCAAAAAAATATAAAGATGATGCTGATAGATGGGGAGAA +ATGAAAGATAGTATATGGAATAATTATACAGACTTTTTAAGAGAATATAATTTAATAGAT +AAGGATATGGAAGCAAAAGATGCTTATACAAATGAATTCTTACCAGAATAA +>group_865 +TTGATAATAACTATTGAAGTAGCTTTATCTAAAGGAACTTTGATTTTTTGTGATGATGAT +AATATTAGAGATATAGCAGGATTAAGAGGAACTTATAAAATTATTGATAAAACTGATATA +GCATTAGATATAATAGGTCAGTTTTTAGAAAATGCGAAAGCAAAAGAAGTAATAATATAT +CTTGATTCTCCTGTATCAAATTCGGGTAAATTAAAAAGTAAAATAATGAATCACGCAAAA +AAGTGGAACCTTAATATACATGTCGAACTTGTAAACAATGCAGATATAATATTAGAAAAA +TCAGATAGAGTAGTTAGTAGTGATTCTGTAATAATCGATAAGTGTATAAGTTACTTTAAT +TTGAATAAGAGTATAATAAATCAATATATAAAATCAGCAGAACTTATTGACTTAAGTGAA +ACTTAA +>ypfD~~~rpsA +ATGACAAACGAATTATCGATGAAAGACTTATTAGAGCAACAAGAACAAGCTTTTAGCGAA +GTAAAAGTAGGAAAAACAATAACTGCTAAAATAATCAAAGTTACACATGATGAAGTTGTA +TTAGATTTAGAATATGGCTTTGATGGAATAGTACCAGCAGAAGAATTAAATATAGAAGGT +AACAAGAGCATAGAAGAAGTATACAATGTAGGAGATGAAATAACTGCAGTTATACAAAGA +GTTCATGAAAAAGATGGAACAATAAGATTATCTAAATTACAAGCTGATAGAAAAAATGAT +CTAGCAGAGGTAACTAAAGCTCATGAAGAACATAGAATAATAACAGTAAAAGTTGAAAAA +GCTATAGAAAGAGGAGTATTTGCAAAATATAAATCTATAGAATTATTTATGCCAATATCT +CAAATAGATACTAAGTTTGTAAAAGAAGCTAAAGAATATGTTGGAGCAAACTTAGAAGTT +TATATAATAGAGTTAGATGTTAAGAAAAATAGATTTGTAGTAAGCCATAGAGAAGTACTA +CAAGAGCGTATAAACAAAGAAAGAGAAGAAAGAAGAGCAAGAATACAAGCAGAAAAGGAA +GCGGAAAGAGCTAGAGTTAAAGCTGAGAGAGATGCTGAAAAGGCTAGAATAAAACAAGAA +AAAGAAGATTTATTCAACTCTTTAGAGGTAGGTCAAAAAAGACATGGTAAAGTTACAAAA +ATAATGTCTTATGGTGCATTTGTTGACCTTGGTGGATTAGAAGGGTTAGTTCATATAAAT +AACTTATCTTGGAAGAGAGTAGAGTCTGTTGAAGATATGTTACAAGAAGGACAAGAAGTA +GATGTTTATGTATTAGATGTAGATGCAGAGACTAGAAGAATAGCATTAGCATTAAAAGAC +ATAAATAACGACCCATGGCAATTAATAGCTGAAGATGTATATGTTGATGATGTAATAACT +GGTAAAGTTGTTAGAATAATAGAAAGAGGAGCTTTCCTTGAAATAAGAGAAGGTGTAGAA +GCTTTCTTACCAATATCAGAATTAAGTGAAGATAGAGTTATGAAGGTAACTAATGTAGTA +AATGTTGATGATGAAGTTAAGGTAAAGGTTCTTAACTTTAATCCAGAAAACAGAAGAATG +TTAGTTTCTAAAAAAGAAGCAGAAAGAGAACCAGAAGAAGATTATACTGAATATTTAGAA +GTTGAAGAATCTTTAGGAACTCTTGGAGATTTATTCAAAGATAAATTCAAAGGATTAGAT +AAGTAA +>group_869 +TTGTATAATATAAAAAATATTTTTAAATATATAGTATTATTTCTAGTAGGTGGATTTATA +TATTATTTTTTAGAAATAGTGTATCGAGGATATTCTCATTTTTCGATGATTATAGTAGGA +GGGATTTGCTTTCTTTTTATTGGTTCCATTAACAATACATTAAAATATAATCCCCCTCTT +TTACTTCAAATGTTTATTTCTGCAATTGGGATTACTTCTATTGAATTTATTTCTGGGATA +ATAATAAATTTATGGCTAAGTTTAAATGTATGGGATTATTCTAATATCCCCTTTAATTTA +TTCGGGCAGGTATGTTTGAAATATACAGTGATTTGGTTTTTCTTATCTTTAGCCGCAATT +TTACTTGATGACTTTATTAGATGTAAGTTCTTTGGAGAAGATATGCCTAATTATAGAATC +GTATACAAATAA +>norM_1 +ATGCAATTAACGAAAGACAAAAACTTTTACAAAACTATTATAAATATATCTATACCAATA +ACGCTGCAAAACCTAATAACAGTATCAGTAAATATGGCAGATACTGTTATGCTAGGAAAG +TTAGGTGAAATTCAGTTATCAGCTTCATCAATAGGTGGTCATTTATTTTTTATGCTAATG +ATTCTTATGTTTGGTTTAGGTGGTGGGGCTAGTGTAATGTCTGCTCAGTACTATGGTAAA +AAAGATATGAGTTCAATACACAGCATATTAAATGTAACTTATAAATTAGCTATTATGTTA +TCTATAATATTTTTGTTAATATCTATTCTTTTACCCAAAGAGTTTATGATGCTATTTACT +AATGATAAATATGTTATAAATCAAGGTATAAAATACATACGCATAGTAAGTATTAGTTAT +ATTTTTTATTCACTAACAATTTCAACAAGTAGTGTATTAAGAGCAGTAAAAAATGTAAAG +GCTCCTATGATAATAAATTCAATATCTTTATTAATAAATATAACTTTTAATTATATATTG +ATATTTGGAAAGTTTGGTATTAAGCCTTTAGGAATACAAGGAGCAGCCATTGCTACTGTA +ATATCAAGATGTTCTGAATTTTTACTAGTAGTATTATATATGATGTTATTTGAGAAAAAA +ATTAAATACAAAATGAATTTTATTAGAAATAATAATAAGGAGATAAGAGATAAATTTATA +AGAGTAACTACTCCGATTTTTTTAAATGAATTATTTTGGACAATTGGGTCTTCAACAATA +TCAATAATAGTTGCAAGAATGGGAACAAAGGTTGTAGCAGCAAATAGTATAAATAATATT +GTTTATCAATTTGCATTATTATTTATACAAGGTTTATCTAGCGCTTCATCAGTGATAATT +GGTAATACAATAGGAAAAGGATTGTATAAGAAAGTAAAAGAGTATGCAAATACTATTGCT +ATTTTAAGTTTAATTTCTGGAATTATGGCAGCTATAGTGGTATATGTAACTAGACTATTT +ATAGTAGATATCTATAATGTAAGTATTCAGACTAAGCTAATTGCAAAGGATATAATGATA +GCAACAGCTATATGTATATTTTTTAGAGCATTAGGTTCAACTCTTATGATGGGAGTACTT +AGAGGTGCAGGGGATAATAAATTTGTATTTAAATATGAGATGATATTCATGTGGTGTGTA +GCTATTCCACTTGGCTTTATAGGAGTTTTTTATTTTAAATTTAATGTACCAACAGTATTT +TTACTATTAAAAAGTGATGAAATATTAAAAGGAATAGCAGCATACATAAGAGTTAGAAAA +GGTAATTGGATAAATAATGTAACCTTAGGTGATAGATAG +>group_1361 +ATGGATAAGTTTGAAAATGAGTATAAGACTATTAAGTATAATAAGAAAACTAGGGAAATA +GGCATTCTCAAGTGGGGTAAGTATAATTTGGACAAGGTAGGTGGAAAGCCTATTATGGAT +TGTATTAAATCAGAGCTTAAAAATGTTGAGGATGTTTCTTTAATTGAAGAGGTTTTAAAA +AATATAAATAAAGAGGAAATTAGAAAGTTATTTATAGAAGCTATAAAAGAAAAGGGGGAT +GGAAGTTGTGACTATAGAAGACCTACAAGAGCTAAAGTTGCCAATCAATATAAAGAAGAG +GATGCTGCACTTTATGCAAAACCAAGTGAAGAGCAACTTAGAAGAACAAGAGAGTTATAC +AGTTAA +>artM~~~glnQ_1 +ATGATTAAGATAAAAAATTTAAATAAATCATTTGGAGATATACGTGTATTAAAAGGAATA +GATTTAGAAATGGATAAAGGTGAAATAATGGCTATAGTTGGACCCAGTGGTTCAGGCAAA +AGTACTTTGCTAAGATGTATAAATTTACTGGAAATACCTACTGAAGGCGAAATAATATTT +GAAGGTACTAATATAGCTGATAAAAAGGTTAATATAGATGAGATTAGACAAAAAATAGGA +ATGGTATTTCAAAATTTTAACTTATTTCCTCATAAAACAGTATTAGAAAATATAACATTA +GCTCCAATTCTATTAAAGAAAATGAGCAAGGTAGAGGCAGATAAAAAAGCTGAATACTTA +TTAGATAGAGTTGGGCTTTTAGATAAAAAAGATGCATACCCAGCCCAATTATCAGGAGGT +CAAAAACAAAGAATAGCTATAGCAAGAGCCCTTGCTATGGAGCCTGATATGATGTTATTT +GATGAACCAACTTCAGCCCTAGATCCTGAGATGGTAAAAGAGGTACTAGACGTTATAAAG +GAACTTGCAAAAGAGGGAATGACTATGGCAATAGTAACTCATGAAATGGGATTTGCAAAA +GAAGTAGCAGATAGAGTTATATTTGTGGATGGTGGCAAGATAGTAGAAGATGACACTCCA +GAAGCAGTGTTTAATAATCCTACTCACCCTAGAACACAAGAATTTTTAGCTAAGATATTA +GCTTAG +>lexA_3~~~lexA_2~~~lexA_1 +ATGTATTTGGATTTAAGTGATAAACAAGTATTAGTTCTAGAGTTTATAAAAGAGCAACTA +ATGGCAAAAGGTTATCCACCTTCTGTTAGAGAAATCTGTACTGCTGTAAATATAAAATCT +ACATCTACTGTTCATGGGTATTTAAATAAATTAGAAAAATTAGGATATATAAGAAGAGAT +CCTACTAAGCCAAGAGCTATAGAAGTGCTAGATGGAAATAGTAATCCAAACGTATCTGGA +TTAAATCAAGAGATTATCAACTTACCTTTAGTTGGTCAAATTACAGCTGGTGAGCCTATA +CTAGCCCAGGAAAATATAGAAGAATACATACCACTTCCTTCTAACCTAATAAAAGGTTCT +GATAACTTTGTATTAAAGGTTAAAGGTGACAGTATGATTAATGCTGGTATATTAAATAAT +GACTATATTATAGTTGATAAAAAAAATACCGCTTCTAACTCTCAAATTGTAATTGCCTTG +ATAAATGGTGAGACTTCTACGGTAAAAAGATTTTACAAAGAAAATAATTTTGTAAGACTT +CAACCTGAAAATGACTTTATGGAACCAATAATTTTAGAAGCTAATTCTGTTGAAATCATT +GGTGTTGTTACAGGTGTATTTAGAACTATAAGCTAA +>fpgS +ATGAACTATCAAGAATCATTAAAATATATAGCAGATACACATAAATTTGGAATTAGATTA +GGTTTAGACAGTACAGGAAAATTATTAGAACTTTTAGGTAATCCTCAGGAAAACTTAAAA +GTAGTTCATGTGGCAGGAACAAATGGAAAAGGGTCAGTTTGCTCATTTGTAGCAAATATA +TTAAAAGAAGAAGGATATAAAGTAGGATTATATACATCTCCATACTTAGAGACTTTTACA +GAAAGAATAAGAGTAAATGGAGAAAATATACCAGAAGAAGATGTAGCAAGAATAATAACT +ATAATAAAAGATAAGATAGAAATAATGGTTAGCGAAGGTTATTCTGCTCCTACAGAATTT +GAAATAGTAACGGCTATGGCGTTTTACTATTATAATGAACAAAAAATGGATTATGTAGTA +TTAGAAGTTGGATTAGGTGGAAGATTTGATTCAACAAATGTTATAAAAAATCCATTAGTA +AGTGTATTAGTATCTATAAGTTTAGATCATATAGGAGTACTTGGAGATACAATAGGAAAA +ATAGCTTATGAGAAAGCTGGAATCATAAAAGACAATGGAGCTGCAATAGTATATAAGCAA +GTTAAAGAAGCTGAAGATGTTATAAAAGAAGTTTGTAATGAAAAAAATGCAAATTATATA +GAAGTAAACTTTAATGATGTAGAGGTTAAGAAATCTGATATTTACTCACAAGTATATGAT +TGTATAGTTATGGGTGAAAAATTTGATAACTTAGAAATAAAATTAATAGGTGATCATCAA +ATAAATAACTCAATAGTAGCATTAAACGTAATTAAATACTTAAGAGATAATAAAAATGTT +GAAGTTAGTAACGAATCTATAGAGAAGGGTCTTTTAAATACTAAATGGCCAGGTAGAATA +GAAAAAATAAAAGAAAATCCAATGTTTATCATAGATGGGGCTCATAATGAAGATGGAGCA +AAATCTTTGGCTAAGGCTTTAGAAAAAAACTTCCCAAATAAAAAATTAACTATGTTAATT +GGAATGTTAGCAGATAAGGATATAGATAGCGTTTTAGAAATATTAATGCCTAGATTTAAT +AAGGTAATAACAACAACTCCAGCCAATGATAGAGCTATAAGTTGTGAAGAATTAAAAAAT +AAAATATCTAAGTATGTTGAAGATGTAACAGCAGTTGAAAATATTGAAGAGGCAGTTAAA +TATACTTTAGATAATGCAAATGAAGATGATATAATAATTAGTGCAGGCTCTTTATATATG +ATAGGAACGGTTAGAACATTAGTAAATGAAAAAGAATTAGTTATACAAAAATAA +>murB +ATGAATAAGCAATATATATACGAAAGTTTATTAAATATAATAGATAAAAATAATATAAAA +ATTGATGAACCTATGAAAAAACATATATCTTTTAGAGTAGGTGGACCTGCAGATATATTA +GTTAAACCAAATACAGAGGAAGAATTAAGTGCATTAGTTAAATTAATTAAAAAGGAAAAC +ATTCCTTACTTAATAATAGGTAATGGTTCAAATCTTTTAGTAAAAGATGGTGGAATTAGA +GGGGTTGTTATAGAACTATCAGATAACTTTAATAACTTCGAAATACATGGGAACTTAATT +AACGTACAATCCGGAGCACTACTTTCTATAGTAGGAAAGGCTGCTTTGAGAGAAGAATTA +AAAGGATTTGAGTTTGCTTCGGGAATCCCTGGAACTCTAGGTGGAGCATTAGCTATGAAT +GCAGGTGCTTATGGTGGGGAGATGAAGCATATAGTTAAATCTGTTAGACTTATGGATATG +GATGGAAACATACATGAGCTTACTAATGAAGGAATGGAATTTGATTATAGAAAAAGCATC +TTATCAAGAGAGAACTATATAGTTTTATCTGCTGTAATAGAGTTAGAAAAAGGTAATTAT +GATGAAATAAAAGAAAAAATGGCTGATTTTACTCAAAGAAGAGTTACAAAGCAACCGTTA +AGTTTACCAAGTGCAGGGAGTACATTTAAGAGACCACCAGGACATTTTGCAGGTAAATTA +ATTGAAGATAGTGGATTAAGAGGTCTTACTTTAAGAGGAGCACAAGTATCTGAAAAACAC +TGTGGATTTGTTGTTAACTTAGGAAATGCAACAGCTAAGGATCTTTTAGATTTAATGTAT +GTTGTTAAGAGTACAGTAAATGCAAAATATGGCGTAATGTTAGAGGAAGAAGTCAAAATA +CTTGGAGAGGATTAA +>group_266 +GTGAAAAAAAGGATAATACCTATATTTGTACCTCATAGAGGATGCCCTCACGATTGTATA +TTTTGTAACCAAAAAAAGATAACTGGAGTAAGTACAGAGGTTACAAGTGAAGATGTGAGG +AATATAATTGAAGAATATTTACCAACTATTGATAATGATGCAAGTGTTGAGGTTGCATTT +TTTGGAGGAAGTTTTACTGCAATAGATGAAGATATACAAAATGATTTACTAGAGGTAGCT +AAGGAGTACGTAGAAAAAGGATTAATACAAGATATAAGAATGTCTACAAGGCCGGATTGT +ATAAGTGAAGACATTTTAAATAGGTTAAAAGAATACAAAGTAAGTATAATAGAACTTGGA +GTACAATCTATGGACAAGAATGTTTTAATAGATAGTGTGAGAGGTCATGATACAGAGGAA +GTAATAAAAAGTGCAAAGCTTATAAAAGAAAGTGGCATTAAATTAGGGCTACAAATGATG +GTTGGATTACCATCTGATACGGAGAAAAAATGTATTGCTACTGCGAGAAAGTTTATAGAA +CTTAAGCCAGATTGTGTAAGAATTTATCCTACATTAGTTGTTAAAGACACTGGATTGGAA +GTTTTATTAAATAAAGGAGAGTATAAGCCTTTTACTTTAGAACAAAGTATTCAAATAGTT +AAAAAATTATTAGCTTTATTTTATGTAAATAATATAAATGTAATAAGAGTTGGACTTCAG +GCTACAGAAGATATACAGGTAGGTAAGGCTGTAGTAGATGGTCCACACCATCCAGCTTTT +AGAGAATTAGCTGAGTCTGAAATGATTAAAGATTATTTAATTTATATAGCTAAAAAATAT +AATATTGAAAAATATATAACTGTAAAAACTAATAAGAAAAATGTTTCTAAAATAATAGGA +AATAAAAAATCGAATAGTACTTATATGAAGAATAAATTAAAAATAAACTTAAAAACAAAA +GAAGAAGATATTGATATAAATGATTTAGAAATTGTATTAGATGACAATAAGTCTATAAAA +ATAAATATGAATGACATATATAGTAGTTTATATAATATTTACAACCTTTAG +>kdpD +ATGATTTCAGATGATTCAAAAGATAGTATTATGTACACTAATAATGATTATTATGAACAT +AAATTTATCAAAAATAAAATATTGAAAAATGTAATAATAATTATTTTTATAATGTCAATG +GCAACTCTAATAGGGTTGTTTTTTAAAGTGATTGATTTAAATGAATCAAGCATTATTTTA +GTATTTATACTAGGTGTATTATTTTCAGCCATCAAAACAGATGGATATATATATGGAATA +TTATCATCCATAGTAGGAGTTTTATCATTTAATTTCTTTTTTACAGAACCGTATTATACT +TTTATAGCATATAGAGCGGATTATCCTATTACTTTTCTTATTATGCTTATTTCGGCAGCA +ATAACTAGTACTTTGACGTCAAAAATAAAAAGAGAAATTAAGTTATCAAATATGAGGGAG +CAAAGGATAAAGTTATTATACAAAAATAATAAGAATTTGCTTAAAGCTAAAAACAAAGAT +GAAATAGTGGAAATGTGTAATTCTAGTTTAGTTGATATATTAAATAGGTCTGTAGCTACA +GCAATCGTAGATAATGATGAAAATTTAAAGAAAATAGTTGTAGAAACATTTAAAGATGAA +GATGCAAATGGTATATTCCAATCTCCATTAGAGAAGTGTGCATTAAAAGAATGTTTCAGT +TTAGGAGAAGAAGTTGGATGTGGAACAGAGTTTTATCAAAATGCAAAAACCTTTAATTTT +CCTATAAAAGGGCATAAAAATGTTCTTGGGGTTATAGGTATATCTTGCATCGAGAGTGTA +GCTCTAACTGAAAATGAAAAAATACTATTAAAATCTGTTTCAAATCAAGTTGCACTAGCA +ATTGAGAGAGAAGATTTATTTGAAAAAACGAGAAAAGCAAATATAGATGCAGAAACGGAG +CGACTAAGAAGTAACTTACTAAGATCAATCTCACATGATTTAAGAACCCCTTTAACAAGT +ATAATAGGTTCATCATCAACAATATTAGAAAATTATGATTATGTAGATGAGGATATAAAA +AAGGAACTTTTAAAAAATATATATGAAGATGCAAGTTGGCTAGCTAGATCAGTTGAAAAT +ATTATAAGTATAACAAGGGTAGATGAAGGTAGATTAGAGGTTAAAAAAAATCTGGAAGTA +GTAGAAGAAATAGTAGAAGAATCTATATTTATAGTCAAAAAGTTTTCAAATAAACACAAT +ATAATTGTAGATATTCCGGATAATGTAATTATTATTAATGTAGATGGGTTACTAATTGAG +CAAGTTATTATAAATTTAATTGATAATGCAATGAGGTATACTCCGGATAACTCTGAAATA +AAAGTAAAGGTTATGAAAATAGAAAACTATGTATACTTTGAAGTTGAAGATAACGGATAT +GGATTAAAAGATGAAGACATTGATCATATTTTTGATAGATTTTATTCTAAGACTAATAGG +AAATCATTAGAAAAAAGGGGAATAGGTCTGGGACTTTCTATCTGCAAGTCAATTATAGAA +GCCCATGATGGAGAAATTGAAGCCTTCAACAATAAATTAGGAGGAGCTACATTTAGGTTT +AAAATACCTTGTGAGGAGGAATAA +>group_267 +GTGTTACATTTCGAAGGGTTAAGAAGAAGGATAATTAAATATTATTTTACAATAATTATC +ATAACAATTGCCTTATTTGAAGGGTTATTTATATTTTATATTCAAAACTATTACTATGAT +TCTGTAAAACAATCTTTGGCTAATCATGCTGCATATACAAAAGATACATATACAACTATA +GGCAATGAGTCTTCAAGCTTTGAATATAAGGTTAATAATATTATTGAAAAGGAAAAATTG +AGAGCTAACTCAAAATATGCTGTACAAATAATAGACAAAGATAAGAACTTAATCATAGAC +CAATATGGATTTAGAACTAATGAAAAAGTTGATTATGAAGATGTAGATAATGCACTGCGT +GATTCAAGTAATCTAACACCATATACATATAGGATTACAGATACAAATGAACATTTAATG +AGTATATCTGTACCATTAAAAGTTAATAACGTAATAGAAGGTGTTGTAAGATATACAGTT +ACTTTAAATGCTATTGATAAAACTATTTTTAAATTGGTACTTGGACTTATACTTGCTGGC +GTATTTATTTTGTTAATTACAATATCTATAAGTTTAAGATTTGCAGAAACATTAATACAA +CCACTAAGAGAATTAAAAGAATTTGCTAATGAATTAGCTCATGGAAATTACAATATTAAA +TTAAAGAACAAGAAAATAAGGAATGATGAAATTGGAGACCTGGCTCAAACATTTGAGCAT +ATGGCTACTGAAATAGATAAAACTAGAAGATTAAAAGAAGAGTTTATATCTTCTATATCT +CACGAACTAAGAACGCCTTTAACTTCAATAAAAGGTTGGAGTGAAACTTTAGGATATGAA +AATATAACTAGAGATGAACTAGACTTAGGTCTTGGAATTATTCAAGATGAGACTGAAAGA +TTAATAAAATTAGTTGAAGAATTGTTAGACTTCTCTAGATTATCTTCGGATAGAATAAGA +CTTCAAGTGGACATAGTAGATGTAGAAGCCTTAGCAAAGGGAGTTGTTAATCAACTAAAA +GTAAAAGCTATTGAAAATAATATAAAATTATTATCAAAATTTGAAGTTGCAGATTTAAAC +CCAATTCAAGGTGATAAAAATAGACTACGACAAGTATTAATTAATTTAATACAAAATGCA +ATTAAATTTACTCCGCCTGAAGGAGAAATAGATGTTATAGTATCTCAAGACGAAGAATTT +ACAACAATTAAGGTTAAGGATACTGGTTCAGGGATTAAAAAAGAAAATTTAGAAAAAGTG +TTAGATAAATTTTTCCAAGAAGATATTAATAAATCAGGTAGTGGTTTAGGACTTGCTATT +AGTAACGAGATAGTGAAACTTCATGGTGGTAAAATGAAAATAGAAAGTGAAAAAGATGTC +GGCACTACTATTACATTTACTTTAAAAAATAAAATACTTGAATCTATTTAG +>group_268 +ATGATGTTGGCAGTATATATTATAGGGATAACTTTACAAAGTAGCAGTAAATTTACAATA +AATAATAAAACTAATATAGAGATGTTAAATATTGCAGAAACGTATATAAGTGATAAAAGA +AACTTAATAAAGTATTCTGATAATGAAAATTTTAATTGTTATGAGGAGAAGCAATTCGGG +AAGTACAAGATAGTATCTAAAGTAATTAAAAATGAAGATTATTATCAGTGTTATAAGATC +AATGTAGTAGTAAGTATACAGAATAAAGATGTAGAGGTTAATACTTATGTTACAAAACAA +TAA +>group_874 +ATGGCAATTAAATCTTTTAAACGTTATGAAAAAAAATTTATCTTAGACAAAGAACAGTAT +AATAAGCTAATTCCAAAATTACTTGAATATATGACTCCTGATAAATATTGTAAATCAGGA +AAAAACTATAACATTTATAATATTTACTACGATACAGAACATAATGATGTGATTAGGCAC +TCTATTTCTAAACCATTTTATAAAGAAAAACTTAGACTTAGAAGTTATAAAATTCCAAGT +AATCCTTCTGATAAAGTTTTCTTAGAATTAAAAAAGAAAATAAATGGTATCGTAAATAAA +AGAAGAGTTTCACTTACATTAGAAGAAGCATATAAGTTTTTAGAATTAGGTGAGAGACCT +TGCTCTAATGACTACATAAATACACAGGTACTTAATGAAATAGAATATTACTTAAATAAT +AATCCTGTTAAGCCAACAGTTTATATTGGTTATACTAGAAATGCTTTCTTTGCCAAGGAT +GATCCTGACTTTAGGTTAACTTTCGATTCTAATATCATTTCAAGAAGAAATAATTTATCT +TTAGAATTTGGTAATTCTGGTGATGATATCTTAGGTGAAGATAAATATCTGATGGAAGTT +AAAATTTTAGGAGCGATTCCTGTATGGTTTACAAGAATCCTTTCAGAACTTTCAATATAT +AATACTCATTTTTCAAAATATGGCAATGAATATATGTCTTATTGCTTAAATAAACAAAAT +AATCATGTAAGAGGAGAAAAAGTATGTTAG +>group_873 +ATGAAATTAAAAAGCCTTATAAAGACAATAGAAGCTAAATACCCTACTAACTTAGCTTAT +GATTGGGATAATGTTGGATTATTAGTAGGAGATATTGAAGAAGAAATAAGCAAGGTACTA +GTATGCCTTGAAGCTAATGAAGCAATAGTAGAAGAAGCAATAAACAACAATGTAAATTTA +ATTGTTACTCATCATCCATTTATATTTGGCAAGATGAAAAAAATTACTACAAGTGATTTT +AAAGGAAAGTTAATACATAAACTTATAAAAAATAATATAGCTGTTTATTCAATGCACACT +AACTTTGACATAGCTTTTGATGGATTAAATGATTATTTTATGGAAGTTATGGGATTTGAG +AATTCTAATATATTAGATGTAACAAATACTGAAACTTTATATAAAATTGTGGTTTATGTT +CCTAAAACTCATGAAGATAAAGTTAGAAAAGCATTAGGTAAATCTGGAGCAGGTCATATA +GGTAATTATAGTGACTGTACATTTAATACAGACGGAAAAGGAACGTTTAAACCTTTAGAA +GGAACTAATCCATTTATAGGAGAACTTGATAAACTAGAAGTAGTTGATGAAGTAAAAATA +GAAACAATAGTTCCACAAAGAATTTTAGGTGGAGTAATAAATTCTATGGTAAAAGCTCAT +CCATATGAAGAAGTTGCATATGATTTATATAAGCTTGAGAATAAAGGAAACTCAGTAGGT +CTTGGAAGAATAGCATCACTTAAAGAAAGTATGAGTTTAAAAGAGCTTTCGATGATGATA +AAAGAAAAGCTTAATATGGATGCTTTAAGAGTTGTAGGAAATTTAGATGCTAACATTAAG +AAGGTTGCTGTAGTAACTGGTTCTGGTGCAGATCTGGCTAAGAAAGCTCAAAGGTCTGGA +GCTGATGTGCTTATTACTGGAGATGTAAAATATCATGACGCACAAGATGCAGTAGATGCT +GGTATGTGTATTATTGATTGCAATCATTTTGAAAGTGAAGATATATTTAAGGATGTTATG +AAGAGATTCTTAGATGATATTGAAGATATTAGTGTAATAAAAAGTAGTCTTAATATAAAT +CCGTTTTCTATATTATAG +>ssuC_1 +ATGAAGGGATTTTCTATAAAGGAGAATAAAGATCAACAAATAGATAAAATTGAGATGGCA +TTTTCATGTGTCGTACTCTTGCTTTTATGGCAAATTATAGCCTTGAAAATAGATAATGAT +ATTTACTTACCGACAATAAATCAAGTTTTGTATAGTATGAAAGAAATTATATTTTCATCT +AGATTTTACTTAGATGTAATTTTTTCAATAAGCCGTTGTTTGTTTAGTTTTTTCACTGCA +ATAGTAGCAGCACTTACTCTGGGAATTATTTCTTATATTAATAGATTTATTAGAAATTTC +CTTAAGCCTATTACAGTTATAACTCAGTCAATACCTACGATGATAGTCATTGTATTATCT +TTAATATGGTTTGATAAGGATAATGCACCTTTTATAGTGGGATTTGCTATGGTGTTTCCT +ATTTTATATGAAAGTATATTAGATTCTATTTTAAGTATAGATAAAGGGATATTAGAAATG +GCTAACTTATATAAGATAGGCCTAAATAATAAAGTATTAAAAATATATGTTCCTTCTATT +AAATTTAGGATAATATCAATATTAGGTTCTACTTTTTCTCTAGCGTTAAAGGTTGTTATA +GCAGGAGAAGTATATGGTCAACCTAAGTATGGGATGGGAACTCAAATACAATTAGAAAAA +ATGAATTTTAATACGCCTGGTATATTCGCTTGGATATTTATAGTAGTTATAATTTCATTT +TTACTAGAGTATTGCCAAAAACCACTTCTAAGGAGAGGATTTATATGGAAGAGATAA +>rlmL_2~~~rlmL_1~~~rlmL +ATGTTAATATTAGCAGATAAATGGAAAGATTATGAACTTATAGATATGGGTAACGGAGAA +AAATTAGAGCGTTGGGGAGATATAGTATTAAGAAGACCAGATCCTCAAGTTATGTGGCCG +ATAAGAAATGAAAGTGGACTATGGAAAAACCCACATGGACACTATCATAGAAGTGCAAAG +GGTGGTGGACACTGGGAGACTAAGAAAAAATACCCAGAAAGATGGACTGTAAGCTATAAA +GAATTAAAATTTAATATAAGTCCAACTGGATTTAAACATACAGGTTTATTCCCAGAGCAA +GCAGCTAACTGGGATTGGTCAATGGATAAAATCAGAAATGCAGGAAGACCAATAAAGGTG +TTAAACCTTTTTGCTTATACGGGAGGAGCAACAGTAGCATGTGCAGCAGCAGGAGCTGAA +GTTTGTCATGTTGATGCATCTAAAGGTATGGTTACTTGGGCAAAAGAAAACTTACATACA +TCAGGATTAGGTGATAGAAAAGTAAGATTTATAGTAGATGATGTTGTGAAGTTTGTTGAA +AGGGAAATAAGAAGAGGAAACAAATATGATGCTATAATAATGGATCCACCATCTTACGGA +AGAGGACCTAAGGGAGAAGTATGGCAAATAGAAGAAAAATTATATGGATTAGTAGATTTA +TGTACTAAGGTATTATCAGATAATCCTTTATTCTTCTTAATAAACTCATATACAACAGGT +TTATCACCTATAATATTAGAACATATATTAGATGCAACTGTAGCTAGAAAAGCTAAAGGT +GGAAAAATATATGGCGGAGAAATAGGAATACCAACATCAAGAGACGGAAAAGTTCTTCCA +TGTGGAATATTTGGAAGATGGGAGAGTAAATAA +>group_1189 +ATGAAGATTGATAAAATAAAAAGTATGTTAGAGTTTTATACGGATAGAGTTAGATATAAT +AGTGGATTCTCAGCATATAAAAGAAATTTAGTTAAAGATAATTATGCAAAAGAAGAAAAT +AATGTATTTACTTTTTATGGAACTGTTATTGATGAGTATATAAGGCAAAATTATACAAGC +TTAATAATGATAAATAATGAAAGTAGAGATATATTAAATTGTAGCTGTGATTGTAAGGAT +TTTATAGCTAAGGATAATCAGCCGAAAATATGTTCTCATATAGTTGCAACTGTACTTAAG +GGTATAGATGATTTATATAAAGAAGAGCCTATTGAGAATGAAGATTATGAAAATATAATT +GATCCTAGTTTAACTTTAAATATATCTCAATCTAGAGGTGGATATTTAGGAGTAGAATTA +TATATAGAAGGTATAGATACGAATGAGTATAGAAGAATATTTAATTCTTATAAAGAAAAG +AAAAAACTTCATAGATTATCTTCAGGTGGATATTTAGATTTAAAAAATGAAGATTTAATA +ACTACATTTAAATTAATTGATAGTTTAGGTATATATATTGATTTTGATAATATGAAAATA +CCTAATAATAAATCTTTATATCTTGAAAGTTTTATAGAAAAAGAAAATCTAGATTTTATA +GATGGTAGAAAATATGTTAGTAATATTGCTAAAAAATATAAAAAAGTATCAAAGGCAACT +TATGAAATCCCAGAAAATTTAAATGCAAAATTGAGAGATTATCAAATAGAAGGTTTTAAT +TATTTCAAATCATTAGCAGATTATGAGTTTGGTGGTATATTAGCAGATGAGATGGGATTA +GGTAAAACACTACAATCTATAGCGTTTCTATTGTCAGAAGAAGGCAAGAAAAGTATAGTT +ATTGCTCCTACAGCATTAATTCATAACTGGAAGAGTGAGTTTAATAAATTTGCCCCAAGC +TTAAAGATTGCATTATGCCATGGTAATAAAATTGAAAGAGAAAATATACTAAAGAACTAT +AGTGGTTATGATGTAATTTTAACTACTTACTCGACTTATAAAAATGATTTAGATAAATAT +GAAGATATTAGATTTGATTACTGCATTATAGATGAAGCTCAGAATATAAAAAATCCAGAT +TCTGCAATTGCTAAAGCGATTAAGGGTACCAATGCAAAAACTAAGTTTGCACTAACAGGT +ACTCCTATAGAAAATAATTTATTAGAACTTTGGTCTATATTTGATTTTATTATGCCTGGG +TATTTATACAATAAAGAAAGATTTAAAAATATATTTATTAACAATGATAAAAATATTGAA +GAGCTTAAAAAAATGATAAAGCCATTTATTTTAAGAAGAACTAAAAAAGAAGTTGTAAGA +GAATTGCCTGATAAAATAGAACATAAATATTATATTGAGTTAGAAAAGGAACATAAAAGA +GCATATTTAGGTTTTGTCAAATTAATAAAGAATAAATTAAAGGAAGCTAACCAAGATAAA +ATAACTATTTTTTCTTACTTAACAAAATTAAGACAGCTAGCCTTAGCACCAGATATTATG +GTTAAAAATTATTCTGGAAAGAACTCCAAGATAGATATTTTATTAGATATTATTAACGAT +AATAAGGAAAGAAAAATACTTATATTTTCACAATTTACTAAGGTATTAGGTTTAATTGGA +GATAGATTGAAAGAAAATAATATACCATATAGTTATTTAGATGGAAAAACAGATGCAAAA +AAGAGATTAAGTTTAGTTAATGAATTTAATGAATCAGAAGATACAAAGATATTCTTAATT +TCATTAAAAGCGGGAGGAACTGGACTTAATTTGACAAGTGCATCTATGGTAATACATTTT +GACCCATGGTGGAATCCATCTGTAGAAAATCAAGCAAGTGATAGAGCTCATAGAATTGGT +CAAAATAATGTAGTAGATGTAGTTAAGCTAATAGCTAAAGATACAGTAGAAGAAAAAGTT +ATTGGTTTACAAGAAAGTAAAAAAGATTTAATCGATAGTGTTATAGATGGAAATTTAGAG +AATAGTAGTGTTCTTAAAAATTTATCAGAAGATAATTTGATAGATTTATTTATGTAA +>group_270 +ATGAATTCTTTATACAAATTAGAAATGAATAAACTTTTGTCTAACAAATTAATATTTCTA +TGGTTAGTTTTAATTATTTTTAATCTAGATACAAGAATAAATGGAAATTTATCGTCACAA +CAATTTATAGTAGAAGCACTATCTAATCACTACTATACAATATATTTTATGATTCCAATG +TTCTTATTAATGATTATTTCAGGTTTAGATGATGATTATCAATACGCATTAATTAGAAGT +AAAACATATTGGAATTACTTTAAATCGAAAATATATGCTTATGGGATATTTTCAACATTG +TTTGTTTTATCTCAATGTTTAATAATAGCAATTATGTCAATTGGATTAAGAAATGATGAT +AGTTTTAATAATATAAACTCTATGATGTATGATGTTTTATATTTTTATTCTAATAAATTT +AATAGTCCTAGTGAAATTATTTTGTATATGACTATTTATATGATTTTAGGGCTTTTTATG +ACTAGCTTACTTATATGTACTATAAGTCATTATTTTAGTAAAAAAACATCTATAAAAATA +ATTATATTTGTTTATTTACTTTCTGCTCTTAGCATTAAAATAACTGTACCAAAATTTATA +TCATTTTTATTTATTAATACTTATATAATTTTTCATCATAGTTTTATCTTTGGTTTTGGG +ATTACACCAAATTTAATAATAGAAATTTTATTTATCTTATTTATTTGCAAAATAAATAAG +GATTATTGGAATAAAGATATTTCTATAAAAAAGACATCAAAGAATAGAGGTATTTATAAA +TATCATAGTAAGTCTTTATTTACTAAATCAAATATAATGGCTATGACATTTGTATTAATA +ATAATGAGTGTGTGGAAGCTAACACCCTTAGATAATGATTTATCTGTAAATAATTACTTA +ATAAATATTTTTTCGGGGTCTTTCTTTGGAGAGTTTAATCCATTTACTTTGTTAGAAATG +CTGGTACTTAACTTAGCACCTATATATTTATTAGGCATATTTATTGAGCGTGAATGTAAT +GATAGAACTGTATCTTTAAATATAAGATTAGGAAGTACCTTACCATGGTTTAAATCTATT +ATAACTGTGTCATTAAAATTTATATTGCTATATACAGTGCTAAATGTATTAATACCTATT +TTTATAGGTATATTACTTGGAACAAATTTTGAACCTGGTATTTATAATTTGATTTTTACA +ATATTTATTACAAAATTATTAAGTATAGTATTTGAATTTTTTATTTTATTTTTAGTTTAT +ACCTTTACTAAGAATATAACGGTTTCATTTTTTAGTTTAATATTATTTAATCTAGTAAGT +ATGATTTTATCTAAATTTATTTATTATATACCATTTGGTATTTCAAGCTTGCTTAGGTAT +AAATTTGTATTAAATGAGTATGGAATGAATTATGGACTAAATTTTAAATTTGTTATTTTA +GAATTATTAATACTAATTACTATAATGCTAATTAATCTAAATTCAAAGCATAAAAAGTTA +ATAATTAAGTAA +>group_271 +ATGCAAAAAAATAATAACAAAATAAGTTATCAAAAAAATAATATTATGTGGACTATTTTC +ATAATATCTTTTTTCATATTATTATATTTTCTTAATAGTTCATTAGAATTTAATAAACCA +GAAGACGCACCTATCGGTGTTGTATATGAAAAAGCAGTGGTTACAAAAATCACTTCTGAT +ACTTTAGCTCCCGACCCTGATTATCCTTATATTAATATAGGAAAGCAGTACTTAGATGTC +AAAATTACTAGTGGCGAAAATAAAGGTAAAATAGTTTCTGTTATTAATTTTGTTGGTAGA +ACTGATAACAAGCCAGTTAAAGTAGGAACAAGACTAGTAGTATCAAGCTATGATGATTTT +ATAAGCACAATAATAGTTAACTATAATCGTGAAATATCAATTTACATACTTCTATTTATA +TTTATATTTGTCGTTCTATTTTTAGGAAAATCAAAGGGAGCAAAATCTTTATTTTCGCTA +GTATTTACAATGATTTGTATTTTCTTTATATTTATACCATTAATTATCAAAGGTATGAAT +CCTATCGTTTCGTCAATTATAATTGTTATTTTATCAACTATGGTAACAATGATTTCATTA +AATGGAGTTACTAAAAAAACTTTTGTAGCAAGTTTAAGCTGTATTTTATGTACTATAGTT +GCAGGACTCATTGCCTATATATTCGGTAAGTTTAATAATATTTCCACTTTTAACACAGCA +GAGCTTCAAGACTTATTGTTTGTATCTACTAAAACATCTTTAAAGGTTAAAGACTTACTT +TTTGCAGGAATTTTAATATCTTCACTAGGTGCAATAATGGATACTACAATGTCTATCACA +TCTTCTATTTTTGAAATGAAAGATATAAATAATAACTTGAGTAAGTCACAACTGTTTATA +TCAGGAATGAATATAGGTAAAGATATTATGGGTACAATGACAAATACTTTAATATTAGCC +TTCACTGGTAGTAGTATAAATATATTAATAATTTACTTCATGTATAATATGCCTTATATT +CAGTTGATAAATATAGATTTAATTGTACTTGAAATAGTTCAAGGTTTATCTGGTGGAATA +GCTGTAATATTGTCTATACCTATAACAGCATTTGCTGCCTCTGAATTAATTGGATATAAA +AAAACTGTTTAG +>mltG +ATGAGTTTAAAAGAGAATAAGCTAAAGGTAATAGGAATAACTTCTATTATATTAGTAATT +CTTATAGGGGCCTTTGTATTTTATGAAATTGGACCTTATAATAAGAGTAATAAAAAAGAT +ATAATTGTAGATATACCAAGTGGATCAACTGTAAACAGTATATCGGATATATTATACGAA +AATAAATTAATTAAAAACAAAACCTTATTTAAAATAGTTGTTAAATTAAGTAATGATGCT +CAATCAATCAAGGCAGGTAAGTACTTAATCAATCAAACATATTCTAATAAGGACATACTA +GAACTTTTGGTTTCTGGTAAAATTTATAATGATGGTATCAAGATAACAATTCCAGAAGGT +TCAACATCTAAGGAAATTGTTGCCACTCTTGTGAAGAATAAGATTGGAGATAAAGTTAAG +TATGAGGAACTAATTAAAAATCCATCTAAATTCTATGAAAAATTTAGTTTTTTAAAGGAA +GATGATATTACATCATTAGAAGGTTTTTTATACCCAGATACTTACTACTTTAAAGAGGGA +GATAGTGAAGAAAAAGTACTTTCTGAGATGCTCTTAAGATTAAAAAAAGAATATACAGAT +ACTTTAGTAAAGAGGCAAAAAGAACTTAATATGACTTTACAAGAGGTCATAAATTTATCA +TCTATTATTGAAAAGGAAGCAGTATTAGATGAAGATAGAGCATTAATATCAAGTGTATTC +TATAACAGACTAGATATAGGTATGCCTCTTCAATCAGATGCAACAATACAGTATATATTT +GATGAAAGAAAGCAAATTGTAACTTATGCAGATTTAAAAATTGATTCTCCTTATAATACT +TATTTAAATAAGGGGTTGCCACCAACTCCAATTGCAAACCCAGGTATAAAATCAATTAAA +GCTGCACTTTACCCTGAAAAAACAGATTATTTATACTTTGTTGCAAAAATAGATGGAGGA +AATAATTATAGTACAAACTATGAAGACCATTTAAAATATGAAAAAGAATATAAAGATGCA +AGAGATAAATTAAAAGAAGAACAAAATAAAGATACAAGTACAAATGAAAAATAA +>metN +ATGATAAGCCTAAAAGGAGTAAATAAAAATTTTGATAGTACTCAAGTACTAAAAGATATA +AATATAGAGATAGATAAAGGTGAAATTTTCGGGTTAGTTGGCCATAGTGGTGCAGGTAAA +TCGACTTTATTAAGATGTATCAATGGGCTTGAAAATTATAATGAAGGAAGCATATTAGTA +GATAATAAAGAAGTAAAAAATTTAAATCAAAAAGAAATAAGAGAATTTAGAAAGAACTTG +GGAATGATATTTCAACATTTTTCATTACTTGAAAGATTAACCGTTTATGAAAATATAGCA +TTACCATTAAAATGTTGGGGATATACAAAATCAAAAATAGATAAAAAAGTAAATGAATTA +TTGAACTTAGTTGGTTTAGAAGATAAAGCAAAAAATAGACCAAAGCAATTAAGTGGAGGT +CAAAAGCAAAGAGTAGCAATAGCAAGAGCTTTAACACTAGAACCAGAAATACTACTTTGT +GATGAAGCTACCTCAGCACTAGATCCAAAAACAACAAAATCAATACTTGAATTACTTAAA +GATATTAATCAAAAGTTAGGTATAACTATAGTTATTGTTACTCATCAGATGGAAGTTGTA +AAAGATGTTTGCAGTAAGGTTGCTATATTAAAAGGTGGAGAAGTACAAGAGTGTGGAGAT +ACAGAAGAATTATTCTTAAATCATCCAAAAGCTTTGAAAGAGTTACTAGGAGAAGAAGAT +GTAGTACCAAATAGCGGAGTGAATATAAAATTATATTTCCCTAAAGATTCTTCAAACAAA +TCTGTAATAACTTCAATGGCTAGAAGTTTAGATATTGATTTTTCAATAGTATGGGGGAAG +CTTGAGAAATTTAGAGAAGATGTATTAGGTTCTCTTGTTATAAATATCGAAGAAGATAAG +CATGAATTAGTAACAAATTACTTAAACTCAACAAATATAAAATGGGAAGTTATATAG +>gdh +ATGAGTATACAATTAAAAAAAAATTTAGAACAAACAGTAGAAAAGTCAATAGATGAAATT +ACTGCTACTCAGTGCATAAATAATATAATAAGTGATGTTAAACATAGAAATAAAGGTGAT +GAAGAATTTCACCAAGCTGTTGAAGAGGTTTTACATTCTTTAGAGCCAGTACTAGTTAAA +CATCCAGAATATATAAAAGAGAGCGTGTTAGAAAGGCTAGTAGAGCCAGAAAGACAAATA +ATATTCAGAGTTCCTTGGATTGATGATAAAGGTGATGTTCAAGTAAATAGAGGATTTAGA +GTACAATTTAATAGTTCAATTGGACCATATAAAGGAGGACTTAGATTCCATCCATCAGTT +AATTCAAGTATAGTTAAATTTTTAGGATTTGAGCAAATCTTTAAAAATTCATTAACAGGG +CTACCTATAGGAGGAGGAAAAGGGGGATCAGATTTTGATCCTAAGGGGAAATCTGATAGA +GAAATAATGAGATTCTGTCAAAGTTTTATGTCAGAATTATATAGACATATAGGTCCAGAT +GTAGATGTACCAGCTGGCGATATAGGTGTTGGAGGAAGAGAAATAGGATTTTTATTTGGG +CAATATAAGAAACTAAGAAATGCTAATGAACCAGGAGTATTAACTGGTAAAGGGTTACAT +TATGGTGGTTCATTAGTAAGAACAGAAGCTACTGGATATGGTCTTATATATTTTGTTAAT +GAGATGCTAAAGGCACATGGTCATAATTTAGGTGGAAAAAGAGTTGTTATATCAGGATCT +GGAAATGTTGCAATATATGCAGCTCAGAAAGCTCAACAATTAGGTGCACATGTAATTTCT +ATGTGTGATTCGAATGGATACATAGTTGATGAGGATGGAATAGATCTAAGTTTAGTTAAA +GAAATAAAAGAATTGGAAAGAAAAAGAATTAAAGAATATGCACAGAGAAAACCTAGTGCT +AAATATTTTGAGGGGCAAAAAGGAATTTGGTCATTAAAGTGTGATATTGCTTTACCTTGT +GCAACTCAAAATGATATAAGTATAGAAGAAGCTAAGTTATTAGTTGAAAATGGTGTGATT +GCAGTTGGGGAAGGTGCAAATATGCCTTGTACTAACGAAGCTTTAAGTTACTTATTACAA +AATAATATACTAGTTGCTCCAGCAAAGGCTGCTAATGCTGGTGGGGTTGCTACTTCAGCA +TTAGAGATGTCACAAAATAGTATGAGGCTTTCTTGGTCATTTGAAGAAGTAGATGAAAAA +TTAAAAAATATAATGGTAAATATATTTAATGCTTCTAAGGAAGCTGCAAAAGAGTATGGT +TCAGAAGGTAATTATGTTGTTGGTGCTAATATAGCAGGGTTCTTAAAAGTGGCAGATGCA +ATGATGAGCCAAGGGATAATATAG +>group_1542 +ATGAATAAGAAAGTAATAATGTCATTAGGTCTAAGTGCGGCTGCCTTATCTTTAAGCACG +ATAGATGCAAGTGCAGCGCAAACTGCGATAGTAACAACATCAGTTTTAAATGTTAGAACT +GGAGCAGGAACAAATTACTCTATAATGTCAAAAGTATACAAAGGTGACACTCTTGAGGTT +ATAGGAAGTTTAAATGGATGGTATAACATTAAGCTATCAAATGGAAAAACAGGATGGGTA +AGTGGAGATTATTTAAGTATAAGCGGTTCATCTACTAACACAGAAAGTAAAAAAGGAACA +GTAACTACAGATACACTAAATGTAAGAAGTGGAGCAGGAACAAGCTATTCTATAATATCA +AAAGTATATAAAGGTGATACTGTAAATATAGTAGGAAGCTCAAATGGATGGTACAAAATA +GAATTATCAAGTGGAAAAACAGGATGGGTAAGTGGAGACTACGTTAGTGTAGGAAGCTCA +TCTGATAACTCTTCATCTGATAATGCAACAACAGAAAATAAAAAAGGAACAGTAACGACG +GATACATTAAATGTAAGAAGTGGAGCAGGGACAAGCTATTCTATAATATCAAAAGTACAT +AAAGGTGATACTGTAAATATAGTAGGAAGCTCAAATGGATGGTACAAAATAGAATTATCA +AGTGGAAAAACAGGATGGGTAAGTGGAGACTACGTTAGTGTGGGAAGCTCATCTGATAAC +TCTTCATCTGATAATACAACAACAGAAAATAAAAAAGGAACAGTAACTACAGATACACTA +AATGTAAGAAGTGGAGCAGGAACAAGTTATTCTATAATATCAAAAGTACATAAAGGTGAT +ACTGTAAATATAGTAGGAAGCTCAAATGGATGGTATAAAATAGAATTATCAAGTGGAAAA +ACAGGATGGGTAAGTAGTGACTATGTAAGTATAGGCAGTTCATCAGGAAGTTCAAATGGT +TCTAGTTCTGCAACTACAAATAAAGCTCAAGCTATTGTTGATTTAGCAACTAAGCAAATT +GGAAAACCTTACGTATGGGGAGCTGAAGGACCAAGCACTTTTGACTGTTCAGGTCTTACA +TATTATGTATTTAAAAATGCTGTAGGTATATCTTTACCAAGAACATCTACTGAACAATCG +AAAACTGGAACAACAGTAAGTAAATCTAATCTACAACCAGGTGATTTAATATTCTCTAGT +ACAAATGGAACTGGAAATGTAAGTCATGTTGGTATATACATAGGAAATAATGAAATGATT +CATGCTCCTAAGCCTGGAGATGTAGTTAAGAAAACAAAAATAAATAATTCTTATTGGGAG +AATGCGTATCTATGGGCTAAGAGATATATATAA +>thiM +ATGTTTAATTTAATAAATACAGTAAAAGAAAAAAATCCTTTAGTGACTCATTATACTAAT +AATGTAACAATAAATGATTGTGCAAATATAACATTAGCAATAGGAGCAAGCCCACTTATG +AGCTTTTCTTATGAAGAAGTAGATGATATTGTTAGTGTAGCTAGTTCAGTAGTTATTAAT +ATAGGCACTATGAATTCAGAATATGTAGACTTATTTATAAAAGCAGGAAAGGCAGCTAAT +AAATATAATAAGCCTGTAATTTTAGATCCAGTAGGAGTCTTTGCAACTAAAGCAAGAATG +GAACTTACAAATAAGCTTTTAAATGAAGTGAAGTTTGATGTAGTAAAAGGGAATATTTCA +GAAATCAAATTTATAGGTGGATTTGACGTAAAGGGCAAAGGCGTAGATTCTTTTGATGAT +GGAAGTGATGCTACTGAGATAGTAAAGAGAGTTGCACAAAAATTAGAAAGTGTTGTTGTT +GCAACAGGAAAAGTAGATATAATAACTGATGGGAAAAGTACATATAAAGTTAATAATGGT +ACACAAAAATTAAAAGGAATTACTGGAACGGGTTGTATGACAGCAAGTCTTATAGCAAGC +TTTATGGCTTGTACGGATAATAATTTACAAGCAGCTACAATGGGAACGTTGGCAATGTCT +TTATGTGGAGAGTTAGCAGATAAAGATAATATATCTTTAGGAAGTTTTAAGGTAAAATTA +ATGGATAATATTTATACTTTGGACATAGCTACTCTTAATAAATATGCAAATGTTGATTTT +ATAAGTCAATAA +>ydcP +ATGATAAAAAAGGTTGAACTTCAAGCCCCCGCAAGGGATTTAGAAACATTAAAAGTAGCA +GTGGAATCTGGAGCAGATGCTGTTTATATAGGCGGAGAATCTTTTGGTATGAAAACATCA +TCTAAAGATTTCACTAAAGAAGAAATAATAGAAGGTGTAAATTTTGCCCATGAAAGAGGT +AAGAAAGTCTATGTAAGTATAACACTACTTCCTCATAATCAAGATTTTATAGGTCTAGAA +AATTACCTAAAGGAATTAGAAGAGGCGAAGGTAGATGCATTAATAATATCAGAACCGGGA +GTTCTTGAAACTATTAAGAAAGTTGTTCCAAATATGAAGTTACATTTAGGTACATTAGCA +AACGTTAATAATTATGCAACTGCAAATTTCTGGTACGATCAAGGTGTAAGAAGAGTAGCG +GTGTCAAGAGAAATATCTCTGAAAGAAATAGAAGGAATAAAAGCAAAAACCCCTTTTGAT +ATGGAGGTAGAAGTTTTTGTTCATGGTGGTATGTGTATGTCATATTCGGGAAGGAAGTTA +TTAACAAGCTATATAGCTACTAGAGATATAAATCTTTACTCTGAAGATAAGAAATATAAT +TTAGTAGAAGAAAAAAGACAAGGAGAATATTGCCCTGTATACGAAGATGAAGGCGGAACA +TTCTTCTTTAGCTCAAAAGACTTGTGCATGATAGAATTTATTCCAGAGCTTATAAAAGCA +GGAGTAACTAGTTTTACGATAGAAGGAAGAAAAAAGGATTCGGATTATATAGAAACTGTT +GTAAAGGAATATAGAAAGGTAATAGATTCTTTCTATGAAAACCCTGAAGATTATACTTTT +GATAAATCAATAATGAAGGAAATAAGAAAAAGTAATCATAGAGAATACACTACAGGTTTC +TATTTAGATGAAACAAAAGTCTATGATGAAGAGTATTTTGAGAAACTTTAG +>sasA_7~~~sasA_8 +GTGAAAAAGAATTTTAGTAAATTAAATATGACTTATAAGCTTATATTTATAGCTGTAACA +ATAGGATTTAATATATGGGTGGATTTGAGTTTGAAAAAAATTAATATATCATTAGGTTTA +CTTATCTTCTCATTATTTATAATTAGTATGATATTTATTCAAGAAAGATTATATAAAAAT +TATATGGAAGATATATTCATAGATTTATCAGATATGTTAGGAACTATTATAGATATGAAA +AATGAAGTAGTATTTTCTACTATGGATGATACAATCTTCTCTAAACTACAATATCAAACA +ATAAAGCTTACTAATATACTAGCAGAGAAAAATAAAAGAATTGAAAATGATAGAAATGAA +ATAAAATCTTTAATTTCAGATATAGCTCATCAGCTAAAAACACCTATTACAAATTTAAAA +ATGTATGGAGAGTTTTTACAAGATGAAAGCTTAAGTAATGAAGAACGTAAGGAATTCAAT +GAGATTATAATGATGTCTCTAGATAGACTTAGTTTTTTGGTGGACAGTATGATAAAAATG +TCTAGACTGGAGAGTGGAGTAATAAATTTAAGACCACAGCTAAATGACTTAAATGGCACC +GTGCTACTTGCTATAAGTCAAGTACAGAAAAAAGCAAGAACTAAGAATATACATATTAAG +TTAGAAAAGATAGATAAGGTTGAGACTATTCATGATATAAATTGGACTGCAGAAGCTATT +TTCAACATACTTGAAAATGCAGTAAAGTATACTCCAGAAAATGGGGATATTGAGGTGGTA +GTTAGAAGTTATGAGATGTTTATGAGGATAGATATTGAAGATAATGGAATAGGGATTGAT +GAAGAGGAAATACCAAAATTATTTAGTAGATTTTATCGTGGCAAAAATGTTGGTGATGTA +GAGGGTATAGGTATTGGATTGTATTTGACTAGAGAGATAGTATCTAAACAAGGTGGATAT +ATTAAGATTAACTATAAGAAAGTTGGATCAAGTTTCTCTATATTTTTACCAATTAATAAA +ATAGAGTATATGGATGATAAAGTTATAAGTATAAGTGATGATAAGCAAAATTAG +>btuD_8 +ATGCTTAAGATTGAGAATTTAAATAAAGGCTTAGGAAGTTTTAAATTAAAAAATATAAAT +ATAGAATTACCAGAAGGATATATTATGGGGTTAATTGGACCTAATGGTTCAGGAAAAACA +ACATTAATAAAACTTATAATGGACTTAGTAGATTATGATAGCGGAGATATAAAAATATTT +GGGAAAAGTATGAAAGATTCACCAGAGGAAATAAAAAATAAAATTGGATTTGTATATGAT +AGCTTAAATTTTTATCCTCACGTAACCATAAGAGACTTTAAAAATATATCAAAATATTTT +TATAAAGACTTTAATAAGGCTAAGTTTGATGAGTATTTAACAAAATTTGATATAAATGAA +AAACTAAAGATAAAAAACTTATCAAAAGGTCAGTCTGCAAAACTTATGCTGGCAAATGCA +TTAAGCCATAATGCCAAGCTACTAATACTAGATGAGCCAACAGCAGGTCTTGACCCAGTT +GTTAGGAAAGAAGTGCTTATGTATCTGCAAGAATTTATAGAAGAGGAAGATACAAGTGTT +CTTATATGTACTCATAATACTGAGGAGTTAGATAGAATTGCAGATTATATTACCTTTATT +AATAATGGAGAAGTTGTTTTTAGTAAGGATAAGGAGAGCTTGAGAGAAGAGTATAGAGTG +ATAAGAGGTAGTAAAGAGGACATACAAGTATTAGATAAAATTATAGGTATAAATTATCAG +AAATACTATAGTGAAGCTTTAATCAAAATAGAGGATGAAGATGATTATAAAAGAATGATT +CAAAATATAGCACAAGAGAATATAAAAATACCTAATATAGAAGATTTTATGTATTACTAT +ACTATGATATTGTAG +>mntP_2 +ATGAACTATACGACAGCACTTTTACTTTCTGTTTCAGCTAATTTAGATACTTTTGCGGTA +TGCATCTCTTATGGTATGAAGAAAGTAAAACTAAGTTTTATAGGAGCATTGTTGATTAGT +TTAATAACATCTCTTGGTACTTTTTTATCTATGTATTTAGGTAAAATCATTACTAATTTC +ATTTCACCTAAAATTGTAACTATAATCGGTGGAATTTTACTATTAATCCTAGGTCTTAAA +ATTGTAATTGATTTTTTAAAAAAATATAGAAAATCGCATGTTGAAGATTTATTAAGACAT +AAAAAAGTAAGCTATGGAGAAATTTTAGATAATCCTATAAAAGCAGACGCTGATAATTCT +GGAGATATTGATATTAAAGAATGTATAACTTTATCAATAGCTCTTACATTAAATAACTTA +AGTGTTGGAATAGCTGCTAGTATTGCAGGTATAAGCATCTTATTAAATACTTTATTTACT +TTTATATTAACATGGATAAATATTGGAATAGGTTTTTATGTAGGTCGAAGATATGCCTCT +AAACTTGTTGGAAAATACTCTGATTTGGTTAGTGGAGTACTGATAATTATTCTAGGTATT +TATCAAATTTTTATGTAA +>group_1401 +ATGTATAACATTATGCAGGCTACACCACATATAATTCTATCTATTTTAACTATAATTGGA +ATAGTAAACTCTATAAAGTCAACATTTGAACAAAATACTGTTACTTATGTTGTGATTTTA +TTCTGGCTATGTACTAATTTATATAATTTACTAATGTCAACATTCTTTATGCTAGGTAGA +AAAGCATATAGAAATTATGAAAGAATACATGTAGAAACAGACTGTTCGATTTCATTTGGC +GATGAAAAGATAAACTGTATAACTAATGATATATCTGAAGGTGGTATGGCTACTATATTG +GACTTACCTGTATATATTCCACAAGATAAACTAGTTACTATTAATATATGTACAGATGTA +TATAGTACTGAATTTAAAGCTAAAGTTGTTCATGTTGACAATATTAAGAATAAGTGGAAG +TACGCATTTGCATTAAAAGAGATAAAAGAAAATGATAAAAGAAATTTATATCATATTTTA +TATGATAGAGAGCCAATTATGCCAAAAAACTTAGATGATAACTTAAGTGGTTTTGATGAC +ATTAGAATTAATTTATTAAAAAGATATAGCAAAACAACATTATTTAATAGAAAATTAGCT +CGTATTGATGTTGACAAGAAGTTAAAATCTTTAGAGTGCGGTTATATTAGATTATTAAAT +TATAACTATGAGTATGTAGCTATACGAGCATTAGATCAAAATTCTTTACCTGAAAAAATA +ACAATACAAGTAAATGATTATTGTTATTTGAAATGTGTAGAAGGTAAAGAAATTGATTAT +GTAAACACAAGTAAAAATATGGATAATAAAAGTAAACGTATAAAGCTATACAGAGTTGAA +AATTATAAGGAATTAGTAAAAAATAAAGAATTTATTTTAACTGTATACTCATGGAATAAT +TATTTTAATACAGATAGAGCTAAGCAACTTACTGATCTTGAAATACAAACTAATAATATA +AAACGTAGTCTTGAATTTAATGAAATGGATTATATATAG +>group_274 +ATGTGGATAAGAAGTGAATTAAAAGAAAGAGGTAAAATAAATTTTAAAAGGTTTTATTGG +AAATCTGTTTTAGTTTGTTTTATAACTTTATTATTAGGTGGAGGTATAAATAGTAGTGTG +GGTAATAACACTTATAATTCAACTATAAATAATAATTATAGTTATGAAGAAAATTACGGT +GATGAGTATTTTGATGATGAATACTACGATGAAGGATTTATTAGTAATATATTTGAAGGT +ACAGAGTCATTTTTTTCTGATGGTTTCTTCTTTATGTTTACAGGAATTGCAATAGTTTTT +GCTATTCTAGCATTTATTATTAAATTATTAATTGTCTACCCACTAGAAATAGGTAAGAAT +AATTTCTTTATGGGAATAAGAGAAAATGAAAAAACTTTAGATAGTTTAATATTTATTTAT +AAGAGTGGTAAACTTAAAGATACAATAATAACTATGTTTATGAAAGGATTATTCCAATTT +TTATGGTCATTATTACTGGTTATACCAGGAATAATAAAATCTTATGAGTATAGAATGATA +CCATATATCTTAAGTGAGAATCCGAAAGTAAGTAGACAAAGAGCTTTTGAGATAAGTAAA +CTAATGATGAACGGTAATAAGTGGGATACATTTGTATTAGATTTATCTTTCATAGGATGG +GAAATTTTATCAGCAATAACATTTGGTATACTTGGAATCTTCTATGTTAATCCATATGTA +CAAGGTACAAATGCAGAACTATATGCTTATCTTAGAGAAGATGCTTTAAATAAAGGGTAT +GCGAGTAGTGACGAACTTATTGGATTTTAA +>ttcA_2 +ATGCAAAAATTACTTAGTAAAGCACGTCAAGCAATAAATGACTTTGATATGATACAAGAA +AACGATAAAATAGCAGTTGGTCTATCTGGTGGAAAAGATAGTCTTACATTACTTCACATC +TTAAAAAACTATCAAAGATTTTCACCACAAAAATTTGAACTCATTGCAATTACCCTAAAT +CCAGGAGGAGTAGATAATTCTCCACTTCATAAACTATGCAAAGATTTAGAAATACCATTT +TATGAAGTTCAAACAGATATCAAAGAAATTGTTTTTGATATAAGAAAGGAAAAAAATCCA +TGTTCTTTATGTGCAAACTTAAGACGTGGTGCATTAAATGATAATGCAAAAAAATTAGGG +TGTAACAAAGTGGCTCTTGGACATCACAAAGATGATGCTATAGAAACATTTTTAATGTCT +ATGTTATACGAGGGAAGAATAAATTGCTTCTCTCCAAAAACTCATATGGATAGACAAGAT +TTAACTATTATAAGACCAATGATTTATATTGATGAATATATGACTAAAAAAGCAGCTAGA +GATTTTAACTATCCTATTATAAAAAATCCATGTCCTGCTGATGGTAAAACAAACAGACAA +GATATAAAAGAACTTGTCGCAAAATTAAATAAAGAAATCCCAGGCTCTAAGAAAAATATT +TTTGGTGCTTTAAATAACTCAGATAGATTATTCATTTGGGATAAAGAAAAAATAAAATAA +>xerD_2 +ATGGACGTCATAAAGGAATATATAGGTTATATAAAAAATAAAAAAAAATTATCTGAAAAT +ACAGTATCATCTTATTTCACAGATATAAAAAAATATACTGAGTACTTAGATAATAAAAAT +ATAAAATTAGAAAAATTAGGGGAAAATGATATTATAGGTTATTTAATGGAACTAGAAAGG +TCGAATGTATCGGCATCTACAGTTTCTAGGATGATATCGTCTATTAAATCTTTTCATGAT +TACTTGTTTTTTTCAGGAAATTGTAAAAGTGACCCTGCAAGAAATATAAAAAAACCAAAA +GTTAAGCAAAATAATATTGATGTTTTAACTGAGTATGAAATTAATGCCTTATTAGATTTT +CCTAAATTAGATACTCCCAGATTAATAAGGGATAAGGCAATATTTGAAGTTTTATATGGT +ACAGGTATAAAAGTTTCAGAGTTAGTAGAAATGGATATAACTGATGTAGATTTGGATATT +GAATATATTTATTGTAACTCTGGGAAGAATCAAAGAGTGATACCTATTTCTGATATAACT +AAAATTTATTTAGAAAAATATATAAAAGAAGGACGAAATAGGATTGCAAATGAAAAGGAA +GAGGCTTTATTTGTAAACTCTTTAGGTAGTCGATTTACAAGGCAAGGTCTTTGGAAAATA +ATAAAAAAATACGCAGTAGAAGCAAATATAAATAAAAATATAAATCCTAGTATGCTTAGA +CATTCATTTGCAATTCATTTACTAAATAATGGAGCAAATATTGCAGTAGTAAGCAAGATA +TTAGGAAATTCAAATCTATCAAGTTTACAAAGTTATGTAAATCAAATAAATAAAAATATT +AGAAAAGAAGTAAAAGAAAAGCATCCTAGATCATAA +>lon1 +GTGGAAGAGAATTATACTAAGATAGATCGTGAATTACCGTTAATTCCTCTTAGAGGATTA +GCAATCTTTCCATATATGATATTAAATTTTGATGTGGGTAGAGAAATATCTTTAAAAGCA +TTAGACGAGGCAATGTTAGGAGATGAGTTAGTATTCTTAACATCTCAGAAAGAAGCTGAG +ACAGATGAACCTACAGAAGACGATTTTTATCATGTTGGGACTATATGTAAAGTAAAGCAA +ATGATAAAGTTACCTGGGGATACAGTTCGTGTATTAGTCGAAGGTATATCAAGAGGTAGA +GTAAAGGAGATAGATCAAGAATCAGGATTCTTTAAAGCTACCATAGAAGAAATTGTTTAT +GATCATGAAAATGCAGAAAATGATAAAGAAGTAGAAGCACTTGTAAGAAATGTATTTGAT +GCATTTGAAGAGTACATAAATATTGGAAATAGAGTATCACCAGAAATACTAATATCTTTA +TCTGAAACAGAAAATGTAGATAGATTTATAGATACAGTAGCTTCAAATGTATATTTAAAA +ACAAATCAAAAACAAGATGTATTAGAAGAATTTGATATTAAGAAAAGATTAGAACTAGTA +TATACAATATTACTAGAAGAGATAGACATATTAAAAATTGAGAAGAAAATAACTCTAAGA +GTAAAAAAACAGATGAACAAAGTTCAAAAAGAGTATTATCTTAAAGAACAACTAAGAGCT +ATACAAAAGGAATTAGGCGAAGAAGAAGATATAAATTCTGAAGCTGATGAATATAGAGAA +AAATTAAAGAAAATAAAAGCTCCAAAGGAGACAAAAGAAAAAATAGCTAAAGAAATAGAT +AAGTTCTCAAAAATATCTCCAATGTCTCCAGACTTATCTGTAAGTAGAGGATATTTAGAT +ACAGTGTTCTCTTTACCTTGGAATAAAGAAACTAGAGACAAGTTAGATATAGTTAAGGCT +AAGGAAATATTAGATAAAGATCACTATGGTCTGGAAAAAGTTAAAGAAAGAATATTAGAG +TACTTAGCGATAAGAAAATTGTCCAAGTCAATGAAGGGGCCTATAATCTGCTTAGTAGGA +CCTCCAGGTGTAGGGAAAACTTCTATAGCAAAATCTATATCAGAAGCATTAGGTAGAAAT +TTTGTAAGGATATCTTTAGGTGGAGTTAGAGATGAAGCTGAAATAAGAGGTCATAGAAGA +ACTTACGTTGGATCTATACCAGGTAGAATAATAAATGGATTAAAAGAAGCTCAAACTAAA +AATCCAGTATTCTTATTAGATGAAATAGACAAAATGGCATCTGACTATAAAGGTGATCCT +GCATCAGCTATGTTAGAAGTGTTAGATCCAGAACAAAATAAAACTTTTGTAGATCACTAT +TTAGAAATACCTTTTGACTTATCAAAAATATTATTTGTAACTACTGCAAATAGTTTAAGT +ACAATACCAGGACCTTTATTAGATAGAATGGAAATAATAGAAGTATCTGGATATATAGAA +GAAGAAAAGTTAAAAATAGCAGAAAGATATTTACTTCCAAAACAAATAAAAGAACATGCT +TTAAAAGAAGATTTTGTAAAAATGGACGAATCTACAATAAGAGATGTGATAAATTATTAT +ACAAGAGAAGCTGGAGTTAGAACTCTAGAAAGAACTTTAGGAAAAGTATGCAGAAAAGTA +GCTAAAAAATATGTTGAAAATCCAGAATTAGAAGTTATAGAAGTAAATCAAAATAATCTA +GAAGATTATTTAGGAAAAGATAAATATAGATATGACCTTGCAGGTACTAAGCCAGAAGTG +GGACTAGTTACAGGGTTAGCATGGACTTCAGTAGGAGGAGTTACACTTACAGTTGAAGTT +AATGTTCTTCCAGGTAAAGGACAAGTTGTTCTTACTGGTAAATTAGGTGATGTGATGAAA +GAATCTGCACAAGCAGCTATATCTTATATTAGATCTATAGCAGATAAATTTGATATAGAT +CCAGATTTTTACCAAAAGAAAGATATACATATCCACTTGCCAGAAGGTGCAACTCCAAAA +GATGGACCATCAGCTGGTATAACTATGGCACTTGCAGTAATATCTGCTTTAACTAAGATA +CCAGTTAGAAATGATGTTGCAATGACGGGTGAAATAACTCTTAGAGGTAGAGTTTTAGCT +GTAGGTGGGGTAAGAGAAAAATTATTAGCTGCCCATAGAGCTGGTATTAAAAAGGTATTA +TTACCTAAAGAGTGTGAAGCTGATTTAGATGAAATACCTGAAAATATAAAAGAACAGATG +GAATTTGTTCTTGTTGAAAACATGGACCAAGTATTAGATGAGGCATTAGTAAGGAATGGT +GACAAATAA +>steT_1 +ATGAGCAATAATAATCAAACATTAAGAAAAACTATTGGACTTAGTGCTGCTCTTTCTACT +GTAGTTGGAATATTAATAGGATCGGGAGTATTTTTTAAACCACAGGCTATATATACAGCT +ACTAATGGAGGACCAGGATTAGGTATATTAGCATGGGTAATTGGTGGAATCATGACAATC +GCTGCAGGTTTAACTGCATCTGAAATATCAGCAAGTGTAACTAAACCAGGTGGAATGATG +GTATATATGGAAGAAATCTATGGAGAAAAAATAGGATTTTTAACTGGTTGGGTACAAGGT +ATGTTATTCATACCTGCAATAGCGGGAGCATTAGGAATAATATTTGCTCAAGAGGCCGCT +TCTTTACTAGGAATGCAAAATAAAACTTTTGTAATAGTTATAGCTATATCAGTAATAGTA +TTTTTAGCATTACTTAACTCATTAGGAGCGAAGTTTGGTGGAGGAATACAAACAGCATCA +ACTATATGCAAGTTAGTTCCATTAGCGGTTATTATAATATTTGGCTTTATGAGGGGTGAT +TCTACATCTGAAATTATGACTCCCATGGTAGGGGAAGGAATAAGCATGGTATCAGCTATA +TCTCAAGTTCTTTTAGCTACTTTATTTGCATATGATGGATGGATATTTGTTGGTGCATTA +GCAGGAGAAATGAAAAATCCATCGAAGCATTTACCGATAGCTATAGTTGGTGGGATATCT +GTTGTCATGGCAGTATACTTATTAATAAATGTAGCTTATCTATTCGTAGTACCAGCATCA +GAGCTTGCTATGTCGAATGCACCAGCTACTTTAGTTGCAAATAAGTTATTTGGAAGTATG +GGAGCTAAAGTCATAAGTGTAGGAATATTAATATCAGTATTTGGTACTTTAAATGGATTT +ATATTAACAGGAGGAAGAGTACCTTATACAATGGCTTGTGAAGGTAAAATACCTTTTTCA +AATGTATTTTCAAGATTAAATAATAATGGAGTTCCTATAAATGGAACTTGGTTAGTTGTT +GGATTATCTGTGTTATATTCTTTAACAGGACAATTTAACTTACTATCTGACTTAGCTATG +TTTACAATATGGATATTCTATACAATGTTATTTATAGGAGTTGTGAAGCTTAGAAAAACT +AGACCAGATATGGATAGACCATACAAGGTACCTTTATATCCGATAATCCCTATAGTAGCT +ACACTAGGAGGTATATTCATTGTAATAAGTACTATTATGAGTCAAACGAAAAATGCTTTA +CTAGGAATAATAATAACTTTAGTAGGTTTACCTGTATATTCACTTACAGTTAAGAATAAA +AAAGATCAAGATAAAACAGCTTAA +>yhaM +ATGGCCAATAAAAAAGTTTTTCTTCAAGATTTAAAAGACGGAAATGTAAAAATATCTCTT +ATGATAATGAAGAAATTATATAAAGATGGAAATAAGGTTTTATACACATTAAGTGATAAA +AGTGGATACATAAATGCAAGAATAGCACCAAAACTAAAGTTAGAACCAGGACAGGTAGTA +GAAATCGAAGGGACTAAGGATTTTGTTATCGATGTCTCTCACTTAAACGTAATTGAAAAT +TATGAACTTGAAGACTATCTTGCAACTGTAAAAAGACCTATTGAAGATATAATGCAAGAT +ATAGATGAAATAACAAAAGAATGTATTACTTCACCACAAGCTGTAAAGCTAAATGATTAT +TTTTTTAAAGATGAAAGTTTTCTTGAAAAATTTAAAAAAGGAATAGGTGGAGTATCTATG +CACCATAATTATATAGGAGGATTGGCTGAACATACTCTTAATGTAATGTATTTGACTAAA +GTTCTTTGTGATAGATATGATTGCAGAAGAAGAGAAATTGCAGTATTAAGTGCAAAGCTT +CATGATATAGGTAAAATTTATGAACTTGAGTATAATGGTCCTTTTAAATACACTCTTGAA +GGAGAATTAGAGGGTCATATTGTTATAGGAGTACAAATGATAGATAGAGCAGTTATGAAT +GCTGGAGTACCTTTTAATGAAGATTTTATTAGAAGGATAAAAGGTTGCATAGTACAGCAT +CATGGTAAACTTGAGTATGGCTCACCTAAAAAAGCCAATATGGAAGAATCTATTATATTA +AATTATGCAGATACTGTAGATGCGACTATGAATAAAATAGAGCAAATAAGAGAAAATACG +AGAGATAACACATGGTCTCAATATGATAAACGTATAGAAACTAAGCTTTATCTCTAA +>group_276 +ATGGCAACAGAAATAAAAAATGGTTCATCACTAAAACTACAATTTAACAGAGGACTTGGA +ACAAATGGAAAAGTAATAATCAAAAGTAAAACATTTTCTAACTTAAAAGAAGACGCATCA +GCAGATGATGTACTAGCAGTAGCAACTGCTATAAGCAACCTATAA +>group_1403 +ATGAAAAGATATATAAAATCCTACGGGATAGCACTTGTATTAGTAGCAATATATGCACTT +ATAAAGCTACCAGTGCTAAGACTTGACTTTACTTCTGGCTTTTCAACAATTATTGTATTC +TTTATTATAGCCGGAGTACTAGACATGATGTTTGATAAGGGAGAGAGAACTTCTAAAATT +GCAAAAAATAACTTTTTCATAGCTATAGTTTTAATATTAATTGTAGCAGCAATACCTTTT +GTAACATCTTCTCCAATATTCCATTCTAAATCATATAGAAATCTTATTGGAAATGTTGAA +GAAAGTAATTTTGATAAGGATGTAAGTCCTGTAAGTGTAAAGGACATCCGTATAGTAGAT +GAAGAGATGGCTATGAAGTTAGGAGATAAAAAATTAGGAGAGATACCTGCAGTAGGTAGT +ATATCTAAATTAGGACAATTTCATATACAAAGCGTAAACGGTGAACTATACTGGGTAGCG +CCTTTAGTACATAGGGATTTTATCAAATGGATAACAAACTTAGATGGAACTAGTGGGTAT +GTTATGGTTTCAGCAAGTAATCCACAAGATGTTAGATTAGTTCAAGAATTAGATGGAAAA +CCTGTAAAGTTAGTATATCAGCCAGATGCGTATTTCCTTCAAGATTTGCACAGACATATG +TATATAAATGGAATTGTAAATGCAGGCATGACTGAGTTTTCATTAGAAATAAATGATGAA +GGTAGACCATATTGGGTTACTAGTTTATATGAACATAAAGTTGGATTCAGTGGTTCTGAT +GCAACAGGAGTAGCCGTTGTTGATGCTCAGACTGGAGAAGTTAGTAGATATTCTATAGAA +GATGCTCCAGGATGGATAGATAGAATTCAGCCAGAAAAATTTGTAGCAGATCAAATTAAT +GATTGGGGACTTTATGTAAAAGGATTTTTAAACTCTGTTATTTCTGAAGAAGGAGTTTTA +GTGGCTACTGAAGGAACTTCTTTAGTATACGGAGATGATGGTAAGTCATATTGGTATACA +GGAATCACTTCGGCTGGGGGAGATGAATCTACAATTGGATTTATGTTAGTAGATACTCGT +ACAAAAGAGGCTAAATTATATAAACAACCAGGAGCAACAGAGACTGCAGCTATGAGATCT +GCTGAAGGTAAGGTTCAAGAGAAAAATTATCAAGCAACTTTTCCTGTTATGTATAATATA +TTAGGAACACCTACATATGTTTCTGCATTAAAAGATAAGGCTGGACTTGTTAAGATGGTT +GCTTTTGTTTCGGTAGAAGACTTTGCCATATTAGGCTTAGGAGAAACAAAGGATGAAGCT +TTAATAAACTACAGGGAAGCTCTTTCTAGTGAAGGAAATAATATAAATATAGAAAATGAT +ACAACGAAAAAAGATATAGAGGGCATAGTTAAAAGAATCAGTCCTGATGTTAAAGGAGGA +AATACTAGTTACTACCTAACTATAGATTCTGATAATAACATATTTGTAGCAACTTCTAAG +GTATCTACAGAGTTACCTTTAACTGTAGTTGGTGATAAGGTAAAGATAGCTTATCAAGAA +GGTAAAACAGGTGTAGTAGATATTATTGAATTTGATAACCTAAATTTAGGTGATGTTATA +GAGAAAAATAAATCAGAGAATTCTACGCAAGAAGAATCTAAAACAGAAGACTCAGAAACA +GATAAAACTGAATCAGAAAATACACAAGATCAATAA +>group_548 +ATGGATATATTAAATTGTAAAAATCCAAAATCTAAATTAGTAAGCTACAATGAGGTTAAT +AAATATATATTTAACCATGAAAATTTAAAAAAGTACAAAATTAAAGAAAAAGATTTACCA +CAAAATTCAAATATAACAAATAAACCAGTAACATTATGGGATGAACATAAAACTGTTATA +ATTCCTGCAGTACTTATAGTTTTATGCTTGGTAGTTACTATCATAATATTAATAATAAGT +GATAATGAGAGAAGAAAACACTCTAAAGGAATTCTAAAAGCTAAAGAAATTGCAGAAAAT +TCAATTAAGGCACAAAATAATTTTATATCAAATATAAGCCATGAGTTAAGAACACCAGTA +GCCGTTATAATATCTGTAATTCAGTTATTAGAAAAACAAAATAAAGATAAAGAATTTGAT +TTAACATCAAGTATTAAAATTATTAAGCAAAATTGTTTAAGACTAACAAGGCTTACAAAT +AATATAATAGATGTAGCAATTAATCTAGGTATAGAAGATGAGTTAAATTTAGAAAATATA +GGAGAAGAGTTAACGTGTCTAATAATATGTATAATTAAACAAAGGTATTTAAAAGAGTAC +ATAGATAAAAAATATAAAGAATTATATGAGAATGAAGTTGATATTATTTATAAATATGCT +TTAACAGTTTTCGATAGGATGGAAAATGTTATAAAAGATGCTATAAAAAATAAGGTATAT +AATTATTTATCTAGCTGTGATTATCTAAATATAGAGGGTTTTTTAACCTTTAGATTAAAG +GAAATTCTTGTGTATTTATCTTCAATAACAGATATAGCATTAGAAGAGTATTTATCAGAA +AAAGAACAAAGCGAGTTTGTAAATGTATTAAAATACTTTATAGATATGCAAGAAACAAAA +GTTGACTTGCTTGTAGTAAATATATTAGAAAATGGCTCTTTTGTACTGTATGATGGAGAG +GGTAATAAAATAGACAATATTGATGATGAAGAGATAATAAATATGGCTATAAAAGAGGAT +CTAAATTATGAAGATTTTTTAATCAGTACATTACTGACTCTCTGTCCTAAAAAAGTACAA +ATTTTAGATTTATTAAATGATGACTTTTCAGAATTGGTTATAGAAACTATAAAATCTATA +TTTGGGGATAGAGTTAGTATAATCTTCAAAAATTAA +>carB +ATGCCTAAAATAGAGAGTATAAAAAAGACATTAGTACTAGGATCAGGACCAATAATAATA +GGTCAAGCGGCTGAATTTGACTACTCAGGAACTCAAGCTTGTCAGGCTTTAAAAGAAGAG +GGAGTAGAAGTTGTATTAATAAATAGTAACCCTGCAACAATAATGACGGACCAAGAGATT +GCAGATAAGATATACATAGAACCATTAACAATAGAATTTATAGAAAAAATAATAGAAAAA +GAAAGACCGGATAGTTTATTAGCAGGAATGGGTGGTCAAACTGCTCTTAACTTAGCTGTT +GAATTACATGAAGCAGGTATACTTGAAAAGTATAATGTTGAAATAATAGGGACATCTGTT +GAATCTATCAAAAAAGGTGAAGATAGAGATACATTCAGAGAAGTAATGAGACAAATAAAC +CAACCAGTAGTAGTTAGTGATATAGTAACTGACTTAGAAAGTGGATTAGAATTTGCAAAT +AAAATAGGATATCCAGTAGTTGTAAGACCTGCATACACATTAGGTGGAACTGGTGGAGGT +ATAGCTGAAACAGTTGAAGAATTAACAGAAATACTTACTCAAGGTTTACAATTAAGTCCA +GTTAGCCAAGTACTACTTGAGAAAAGTATAAAAGGTTGGAAAGAAATAGAATACGAAGTA +ATAAGAGATGGTAATGGAAACTGTATAACAGTATGTAACATGGAAAATATAGACCCTGTT +GGAGTACATACAGGAGATAGTATAGTTGTTGCACCTAGCCAGACTTTAAGCGATAAAGAG +TACCAAATGCTTAGAAAAGCATCTATAGATATAATAAATGCAATAGAAGTTAAGGGTGGA +TGTAACGTTCAGATAGCATTAAATCCTCACAGCTTAGAGTATGCAATAATAGAAATAAAC +CCAAGGGTTTCTAGATCTTCAGCTCTTGCATCAAAAGCTACAGGTTATCCAATAGCTAAA +GTTGCAACAAAAATAGCTTTAGGATATACATTAGATGAAATAGAAAATGCAGTAACAAAG +AAAACTTATGCATGCTTTGAGCCAACTCTTGACTATGTAGTAGTAAAAATACCAAAGTGG +CCATTTGATAAGTTTAAGCAAGCTAACAGAAAGCTAGGAACAAAGATGATGGCAACAGGG +GAAATAATGAGTATAGGAAGTAACTTTGAAGCAGCTATGCTTAAAGGTATAAGATCTCTA +GAAATAGGAAAATACTCATTAGTTCATGCCCCTTCTGAAGAAAAGAGCTTAGAAGAATTA +AAGAAAAGTATAGTAGTACCAGACGATGAAAGATTATTTGACTTAGCTGAAATGATAAGA +AGAGGATACAAAATAGATATGATAGAACAAATCACTGGAGTAGATAAGTGGTTTATAAAT +AGATTTAAATGGATAGTAGAACAAGAGGAAAAGTTAAAAGGAATGAAGATAGAAGACTTA +ACTAAAGAGTATCTTCTTGAATTAAAGAAAAAGGGATTCTCAGATAAGGGAATATCTGAC +TTAATGAAAATAAGCCCAGAGAAAGTTTATGAATTAAGAACTTTATATAGCATAAAGCCT +GCATATAAGATGGTTGATACTTGTGGTGGTGAGTTTGATGCATTATCTCCATACTACTAC +TCAACTTATGAAGAGTATGATGAAGTTGTAGTAAATGACAAGAAAAAAGTTGTAGTATTA +GGATCTGGTCCGATAAGAATAGGCCAAGGTATAGAGTTTGACTACTGTTCAGTTCACTGT +GTTAAAGCACTTAGAAAGATGGGAATAGAAACTATAATAGTTAACAATAACCCAGAAACA +GTAAGTACAGACTTCGATACATCTGATAAATTATATTTCGAACCATTAACAGAGGAAGAA +GTATTAAACATAATAGAAAAAGAACAACCAGATGGAGTAATATTACAATTTGGTGGTCAA +ACAGCTATAAAGTTGGCTAAATTCTTAGATGAAAAGAGAATACCAATATTAGGTACAGAT +TTTGCAGATATAGATGCAGCTGAGGATAGAGAAAAGTTTGATGAATTATTAGAAAAATTA +AATATAAATAGACCAAAAGGGAAGGCTGTATGGTCAGTTAAAGAAGGTATAGAGGAAGCT +AGTAAATTAGGATATCCTGTACTTGTTAGACCATCTTATGTACTTGGAGGTCAAGGTATG +GAAATAACTTATGAAGAGCATAAGTTAGAAGCATACTTACAAAGTGCATTTGAAAGAGAT +AAGAAAAATCCAGTACTTATAGATAAGTATTTAACTGGTAGAGAAATAGAAGTAGATGCA +ATTTGTGATGGAGAAGAGATATTAATACCAGGTATAATGGAGCACTTAGAAAGAGCTGGT +GTTCACTCTGGAGATAGTATAACAATGTATCCAAGCCAAAATGTATCTGATGAAATAAAA +TCAAAAATATTAGACTATACTAAGAAAATAGCATTGGAGCTTAATGTACTTGGAATGGTT +AATATACAATTTATAGAATTCCAAGGAGAATTATATATAATAGAAGTTAACCCAAGAGCA +AGTAGAACAGTTCCATATATAAGTAAGGTAAGTAAAGTGCCAATTGTTGATTTAGCAACT +CAATGTATGTTAGGAGCAAAGTTAAAAGATTTAGGATATGGAACGGGAGTATATAAAGAG +CCTAAGTTAATATCAGTTAAAGTTCCAGTATTCTCTATGTCTAAGTTATCTAGCGTTGAT +GTAAGTTTAGGGCCTGAAATGAAATCTACAGGAGAAGTTTTAGGTGTAGGGGAAACTTTA +GAAGAAGCATTATATAAAGGATTTATAGGTGCAGGAAAGCAAATGTCTGATGAAAGAGGC +GTTGTTCTTGCTACAATAAATAATTATGATAAAGAAGAGTTTATAGACATAGCTAAGGAT +ATGAAGGAATTAGGATATACTTTTGTTGCTACAGAAGGAACTGCTAAGACATTAAGAGAA +AATGGAATAGAAGCAGATATAGTTAATAGAGTAGAAGAATCTAGACCTAATATATTAGAT +GCTATAAGAAACAATCAGGTTGATATAGTTATAAATACTCCTACAAAAGGGAATGACTCA +ACTAGAGATGGATTTAAAATAAGAAGAACTGCAACAGAGTTCTCAACAGAAGTTATGACA +TCACTAGATACTTTAAAAGCTTTAGTAGAAGTTAAGAAGAAGCATATAGCTAATAAAGAG +TTAATGGTATATGATATAGCACAAGAAGAAGTTGCTACTGCAGATTAG +>cmk +ATGAATAACTTAGTAATAGCAGTAGATGGACCAGCAGGAGCTGGTAAAAGTACAATAGCT +AAGATAATAGCTAAAAGATTAAATATAAATTATATCGATACAGGTGCAATGTATAGAGCT +ATAACTTATAAATGTTTAAAGAATAATGTAGATATAAATAATGAAGAAGAAGTAATAAAA +ATTGCTCAAAATACTGATATTGATTTTAGAGATAATAACCTTTACTTAGATAAAGAAATA +GTAAATGAAGAAATAAGAACAATAGAAGTAAGTAACAATGTATCTAATGTTGCTAAGATA +AAAGAAGTTAGATACTTAATGGTAGATGTTCAAAGAGAAATAGGAAAAAGAAACTCTGTT +ATATTAGATGGTAGAGATATAGGTTCATATGTATTCCCTAATGCAGATTATAAGTTTTAT +CTTATAGCTACACCTGAAGAAAGAGGAATAAGACGCTTTAAAGAACTTACAGAAAAAGGA +TATGATACATCTTTAGAAGAAATAATAAAAGATATAGTAAGAAGAGATGAAATAGATTCA +AACAGAGAGTTTGCTCCATTAGTAAAAGCAGAAAATGCTATAGAAATAGATACTACTGGA +AAATCAATAGATGAAGTTGTTGATTACGTATTATCTAAAATAAATCTGTAA +>group_278 +ATGAATAACTTATTAAATGAATTAGAAGCTTTAAAAAATAATTTAGATAATTTACCAGTA +GAAAATATATCTAATCTTCAGCTTAACAAAACAGATTTATTTATAGTAGATATAAATAAT +GGATTTGCAAAAGGTGGTGCCTTATATTCACCAAGAATAGAATCACTTATCAATCCTATC +ACTGAATTTTCAAAAAAATTATCACCTAAATTACATAGAATTATTGCCTTTACAGATTGT +CACCCTAAAGATTCTATAGAGTTTTTAAGCTATCCTCCTCATTGTTTAGAAGGTGATGCT +GAAAGTGATATTGTAGATGAACTAAAAACTATTGAAAATCTTAAAGTTTTACCTAAAAAT +TCTACTAATGGATTCTTTGCATTAGGAAATATGAACTTTGATGATGTAGATAACATCATA +GTAATAGGAGACTGTACAGATATTTGTATTTACCAGTTTGCAGTCACTCTAAAAACATAT +TTTATACAGAACAATATAAATAAAAATGTAATAGTTCCAATGAACTTAGTTGATACATAT +GATATTCCTAATGTTCATTGTGCAGATTTATCTAATATCGTATTCTTAAACAGTATGATA +CAAAATGGAATAAATGTTATAAAAAGTTTTTCAATAGATGAGTAA +>sstT_1 +ATGAAGAAGAAAATTGGATTAGTTCCAAAATTAATTATGGGTATCATAGCGGGGATACTT +ATAGGTCAATTTGCGCCAGAGTTTTTAGTAAGAGTACTAGTAACAGCAAGTAGTTTATTT +TCATCATTCTTAAAGTTCGTAATACCATTTATAATAATAGGATTCGTAACTGCAGGTATA +GCTGATTTAGCTACAGGAGCAGGAAAATTATTAGGAGTAACAACAGGAATAGCATATGGT +TCAACAGTAATAGCTGGACTTATAGCATTTACAGTAGCATCAGTAATATTCCCATCATTT +ATAGATCCAAGTGTTGCAAACAGCATAGGTGATCCAGAAGCAGGAATGTTATCAGCAATA +TTATCAATACCATTAAACCCAATGGTAGATGTAACAGCTGCAATTGTATTTGCATTTACA +ATGGGGCTGGGAATATCAGCATTAAGAAATAATGGAAAAGGTGAAACTTTATTTAACTTA +TTCCAAGAGTTCCAAGAAATAGTTACAAAAACTTTATCAACGGTAATAATACCATTATTA +CCAATATATATAGCAGGAACATTTGCTAATATAACTTATGCAGGACAAGTATGGAATATA +TTAGGTGTTTTCTGGAGAGTATACTTAATTGTTATACCATTACACTTAATATACTTAGTA +ATACAATTTACAACAGCTGGAGCTATATCTAAGAAGAATCCATTTGTAATGTTAAAGAAC +CAAATACCAGGTTACTTAACAGCAGTAGGAACTCAATCTTCTGCAGCTACTATACCTGTA +AACGTTTCTTGTGCAGAAAAGAATGGTGTAAGTAAGAATATAAGAGAATTCTGTGTACCT +TTATGTGCAACAATACATTTATCAGGTAGTATAATATCAGTTACATCATTTGCAGTAGCA +GTACTTATGATGAACGGAATGGATTATAGTATAACAACAGTTTTACCATTTATATTAATG +CTAGGTATAGCAATGGTTGCAGCACCAGGAGCACCAGGTGGGGCTATAATGAGTGCACTT +CCATTCTTACCAATGATAGGTATACCATCTGATGGTGGACTAGCAAGTTTAATGATAGCT +TTATATTTAACTCAAGATAGTTTTGGAACGGCTGCAAACGTATCTGGGGATAATGCAATA +GCTGTAATTGTAGATCACTTAAATAATAAGTGGAGTAAGAATGAGAAAACAAAGAAAACA +GTATAG +>group_882 +ATGCACAAGGCAAAAAATAATGGCTACATAGCAGTAGGTATTTTAGTAGCGACTTTGGTA +TTATTTTTAGGAATAATATATAGTCAGATTAATGGAGGGAAAATTGCTAAAAATACATAT +GTAGGAGATGTCTGTATTGGAAGCTTGAGTAAAGAAGAAGCAAAGAAATTATTAGAGAGT +GAAGTAAATATAGGAACTATAGAATTATCTTATTTAGATAAGAAATGGGATATAAATCCT +TCTGATATTGACGCAAGTTATGATATTGATAAAACTATAGAAAAAGCATATAACTTAAAT +AGAAATCAGAATGTATTTGAGAATTTATCAAAAACTATAAAAACTAATTTTGGAAGTAAA +AACAATTTAGATATGATTGTTAATTACAACAAAGAAAAATTAAAGGATAAGCTAGAAGAA +ATAAAGCAGGAGATTGATGTAGAAGTAAAAAATGCAGAATTAAGTATAAGTGGGGATAGC +ATAACAGTACTAGATGAGTCTAAAGGACTAGAATTAGATGTTGAAGCAAGTTTAAAGAAA +ATAGAAAGCCAACTTGAAAATGGAGTTTTATCTGATGATTTAGTCGTAAAAACTGTAGAG +CCTAAAGTTACAAAATCAGAATTAAGTGAAGTTAATACCGTACTAGGAAGATATACAACA +ATTATTAAAGCATCTTCTGCAGGTAGAATAGCTAATATAAAGGCTGCTGCAGAAAAAATG +AATAATTACTTGTTGATGCCAGGAGATGAATTTTCATATGCTAGCGTAACGGGACCATAT +ACAGCGACAAATGGATATAGCAATGCTCCTGTAATAGTTGAGGGTGAATTACAAAATGGA +ATAGGTGGGGGTGTTTGTCAACTATCTTCTACTTTATATAATTCAGTTTTATACTCAGGA +CTTGAAATAGTACAATTAAGGAATCATACAATACCTTCATCATACGTGCCAAAGGGTAGA +GATGCTACTGTAACGGATAGTGGAGTTGACTTTGTATTTAAAAACAATTTAGAACATCCA +GTATACTTAAAAAGCTATGTATATGGTAGTTCAGTAGTTACAGCAATTTATGGTAGCTCA +AAGGATAAGCAAAATATAGAGATACAAACATATACTGATGGTGTATCAGCAGCTCCTGTG +AAAAAGGTTGATGATCCTTCTATTGAAAAGGGAACTGAAAAGGTATTAGAAAAAGGTAGA +GATGGTTATACTGTATCAACATATAGAGTATATAAGGATAATAGTGGAAATGTATTAAAT +AAGGAAAAAATATATACTTCATATTATCCAAAGAAGCAGTCTGTTATAGCAGTTGGTACT +AAAGAAGTTAATGAAGAAGTTGAAAATACAACTACAGAAGGTAAAGAAGAAAACTCACAG +GATTCAACAAAACATGAAAACACAACAAAACCAGAATCATCGACAAAACCTGAAAACACA +ACAAAACCTGAAAATACAACGAAGCCTGAAGAAAATAAACCAAGTGAAAATGGTTCAAAT +AACGATCAAACGACTACTCAATAG +>alkH +ATGGTGGGGCTTGGGCTGGGATATAAATTTCTCTTACATGTAGCAAAAAACGCTGCAAAT +GTTAGAGAAATTTATACTCCAGCCCTTTGCTTTATCATAAATGAATTGATTTTTATATTA +TTTAATTTAGGAGGGAAATGTATGAAAAATTTTAAGAGTATAGATGAGATATTTGAATTA +CAAAATGAGTTTTTTAATAGTCAGGTAACTAAAAATATTGATTTTAGAATTAAGCAGTTA +GATACTTTAAAAACTGCTATTGAGGAGTATGAAGGTAAAATAATTGAAGCTATTAATATG +GATTTTGACAAGTGTGAATTTGAGGCTTATGAAACAGAAGTCGGTATAACTTTATCTGAG +ATCAAACATGTGAGAAATAAGATTAAGAAGTGGGCTTCACCGCAAAAAGTTAAGACACCT +CTTACTAATCCAGGTGCTAAAACATATATATACAAGCAACCTTATGGGGTTTGTTTAATC +ATGTCTCCATGGAATTATCCTTTCTATTTATGTATATCTCCTTTAATTGGTGCTATTATA +GGTGGAAATTGTGCTGTCATAAAGCCTTCTGAATTATCTTTAAATACTTCAAAAGTAATT +AAGGAAATGATAGAAAAGTATTTTGATAAAAAGTACATTGCTGTAATTGAAGGAGAAATA +GAAGAAAATAAATATTTATTAAGTAAGGATTTTGATTATATTTTCTTTACAGGAAGTCCA +GCAGTAGGAAAGATTGTTATGGAAACAGCATCTAAAAATCTAACTCCTTGTACCCTAGAG +CTTGGTGGGAAGAGTCCTTGTATTGTAGATAAGAATTGTGACTTAGATTTAAGTGCCAAG +AAAATTGTGTGGGGAAAAATTTTAAACGGTGGTCAAACTTGTATAGCTCCAGATTATATA +ATTGCTCACAAAGATATTAAGAACAAGCTTATAGAAAATATGAAGAAATATATAGTTAAC +TTTTATGGAGACGATCCAATAAAAAGCAAGGATTATGCAAGTGTAATTAACGAAAGACAT +TTTAATAGAATATTAAATTTAATAAATTATGATAGAGTAGTGTACGGTGGTAGAAATGAT +AAAAAAACTTTAAAAATAGAGCCTACAATTCTAGATAATGTAAATTTAGATGATGATGTA +ATGAATGATGAAATATTCGGTCCAATAATACCAGTACTAGAGTTTCAAACTACAGATGAT +ATAGTTAAAGTTGTTAATGCAAATAAGAATCCACTAGCTCTTTATTTATTTACTAAAGAT +AAGAACTTTGAAGAAGATATTTTAAATAGAATATCCTTTGGAGGAGGATGTGTAAACGAT +ACGATAATGCATATATCTAACCATAATGCTCCTTTTGGGGGAATAGGAAATAGTGGCATA +GGTTCTTATCATGGGAAAAGAAGTTTTGATGCCTTTACTCATGAGAAAACAGTACTAAAG +GCATCTATGATTGATATACCTTTTAAATATCCTCCATACACAAAGAAAGGATTAAACTTG +CTAAAGAAATCTTTTGAAATGTTATAA +>cysL~~~cysL_1 +TTGTTTGAAGAATTAAAAACATTTATTTCAGTAGTTGAATTTAAAAATTTTACAAAGGCA +GGAAATCATCTTAATTTATCTCAACCCACAGTTAGTACTCATATCAAAAACTTAGAAAAT +TATTTTGGTACAACTTTAATTAATAGATCTATTAAACAAAAAAATATTTTCATCACAGAA +AAAGGTTATACATTATATAGAAGGGCAAAAGAAATCCTAAATTTAATGGATATAACATAT +AGAGAAATTAGTAATAATTCTAATACAATCACTGGAACTATAAAGATAGGAGCTAGTTCT +ACTATTGGAGATTATATTTTACCTAAATTTCTATCTATATTCTCAGAAAAGTATCCAGAT +ATAAATGTTGAGATTTTTATAGAAAATACATCATCGGTGTGTGCTGATATAAGAAACTTT +ATATTAGATATAGGATTAATTGAAGGTAACTTAAATGATTCAAACTTTAACAAAGGGTAT +TTTTTAAAAGACAAGTTAGCCTTAGTCTTACCTTATAATCCACGCTTGTATACAGAAGAT +TTTTCATTTAGCAGTCTTCAAGACCAAAAATGGATACTAAGAGAAAATGGTTCAGGCACT +AGAGAATACTTAGACTTATTCTTAAGTAAATATAAAATATTGCCTAAAAATATAATGATA +GTTGGAAGCAACTATGCCGTAAAAGAATCAGTAAAAAACGGACTTGGAATAAGTATAATA +TCAAAATTTATAGCTTATCCAGCAGTAGAAAATAATGAAGTTTCAGTAATAGAATTAGAC +AATACATTCACCAGAAACTTCTCCTATATACTACCTAAAGACGTAAATACCTCAGACATA +ACACAACTCTTCCTAAGAGAATTAAAATTATACGCAACATCATTATATTAA +>rluB +ATGAGAATAAATAAATATATAGCTTCTTGTGGCGTTGCATCAAGAAGAAAAGCTGAAGAA +ATAATATTAGATAGAAGGGTAAAAGTTAATGGCGAAATAGTCAGTGAGTTATCATTTAAT +ATAGATGAAAATAAAGATATAGTTGAAATAGATGGAAAAGTAATAAGTTTGAGTGAAAAT +CATGTTTATATAGTTTTAAATAAACCAGAAGGATATATAACAACTGTAAAAGATCAATTT +GATAGACCTAGTGTATTAGATTTAGTTACAGATATAAAAGAAAGAGTTTACCCAATAGGT +AGACTGGATTATGAAACTAGTGGTCTTTTGATACTTACTAATGATGGAGATTTAACATAT +AAGTTAACTCATCCCAAACATGAAGTAGATAAGACATATGTTGCATTAGTAAAAGGTCAA +CCTACATATGAAGAACTTAAAAACTTTAGGGATGGTTTAGAAATAGAAGATTATAAAACT +GCTCCAGCTAAAATAAGAGTAGTAGATGTAAATGAAGAGAAAAATTATTCTAAATGTGAA +ATAAAAATACATGAGGGAAGAAATAGACAAGTTAGAAAAATGTGCAAAGCTATAAACCAC +CCTGTATTAAGACTTAGAAGAATTGCAATGGGAGAGATTAGATTAAAAGGTCTTAAAGTT +GGTGAATATAGACACTTAACAAAAGAAGAAATAGAATACTTAAAATGTATAAAATAG +>recX_2~~~recX +ATGGCTATAATTACTAAAATAGAACAACAAAAAAAGAACGAGGATAGAGTTAACATTTAT +GTTAATGATGAGTTTTTTACAGCAATCTTTAAAGAATTAGTTTTTACTTTTAACCTAAAA +AAAGGTGACGAGATTGATGAAAAATACTTAAAGTCAATACTAAGTGATGAAATGTATCTT +AAAGCTAAAAATAAGGCTTTAAATATATTATCTAAAGCAGATCAAGCAGAGAAAAAAATT +AGAGAAAAGTTATCTACTGATTTCGAAGAAGATACTATAAATAGAGTAATCGAATTTTTG +AAAAAAAATAATTTTATAAACGATAATCTACTAGCCCAAAAAATAGTAAATACTAATCTT +AATTTAAATAAATGTGGTAAAAATAGAATTAAACAAAACCTTTATAATAAAGGTTTAGAT +GAATCTGCTATTAACGAAGCGATGTCAGATATAGATAGTGATGCTGAATTCGATAATGCT +ATGTATTTAGCAAAAAAAAGATATGAACGTGTTAAGAATGAAGACAAGAGAAAAGTTTAT +CAAAAACTATCACAACATTTAGCATATAAAGGTTTTAATTATGATATTATAAAAAGAGTA +TTAAATAAGCTATTAAACTACGATGAGTACGATATATAA +>group_280 +ATGAATAACAAATTAGTCTATACGCCAGGACCGACAGAAGTTAGAGAAAATGTAAGATTA +GCAAGAGCTGTAGCGACAACTAATCCAGATATAGATTTGGAATTTTGCGAATTTTATAAA +AATACTTGTGAAAAAATAGGGAAAATAATAAAAACTAAGAATGATGTCTATATATTAAGT +GGAGAAGGCATTTTAGGATTAGAAGCGGCATGTGCATCTCTTACTGAAAAAGGTGATAGA +GTTCTTGTAATTGATAATGGTATTTTTGGAAGAGGATTTGATGACTTTATAAAAATGTAT +GGTGGTGAAGTTGTATATTTTTCAAAAGAATATACAAAAGACATTAATGAAGAAGACTTA +GAAGCTTTTTTAGAAGAAGACAATAATTTTAAATACGCAACATTAGTACACTGTGATACG +CCTACAGGTGTTTTAAATGATTTAAGTAAGCTTTGTCCTCTACTTAAAAAATATGGAATA +TTAACAGTTGTAGATTCAGTTGCAGCTATGGTTGGAGAAGAATTAAAGGTTGATGAGTGG +AAAGTAGATATTGCTTTAGGTGGGTCTCAAAAGGCTATATCTGCACCAGCAGGTCTTACT +ATAGTAAGTATAAGTAAAGATGCTAAACGTGCTATGAAAGAAAGAAAAACTCCAGTTGCG +GGATTTTATTGTAATCTAAGAATATGGGAGAATTACTACGATAATAAATGGTTTCCATAC +ACCATGCCTATTAGCGATATTATGGGGTTAGATAAAGCAATTGATAACATATTAGAAGAA +GGAATAGAGAATGTACTGAATAGGCATGAAAAGATAGCTAACGCAACTAGAAAGGCCATA +AGGGAATATGGATTAGAATTATATTTAGAAAAAGGATACTCTAATACAGTTACAGTAGTA +GAAATTCCAGACTATATTGGAGCTAAGAATTTAACAGATTACTTATTAAAGCATTATAAG +TTAGTTTTAGCTACATCTTTAGGCGAATATTCAGATAAGGTAATAAGAATAGGTCATATG +GGTGAAAATGCAAAACTTGAAAAAATAATTCCTGTCTTAAATTTTATAGACGAAGCCCTA +AGAATATTAGGGTTTGAATGCAAAGATAGATTAGTAGATTTATTCAATAAACATTATGAT +GAGGTTAAAGTAATAATGAAGTAG +>nadD +ATGAGGGTTGATGATCTAGTTAAAAATGCAAAAAATATAAATACTCTTAAACTAGAGCAA +TTTAAAAAAGATAATTCTAAAATGAGAATAGGTATAATGGGAGGGACTTTTGATCCAATA +CATTATGCTCATTTAGCTACAGCAGAATTTATTAGAGACAAATACCAACTAGATAAAATA +ATTTTTATACCTACAGGAAATCCTCCTCATAAATTACTTAATGTGACTAATAAGTATGAC +AGATATAATATGGTTTTAGTATCAACTGAGAATAACGACGATTTTTTAGTTTTGGATACA +GAGATAAAAAGTGAAACAAGAACTTATACTGTAGATACTTTAAGATCTTTAAAAGAATCC +TATAGCAACTGCGAAATATATTTTATAACAGGTGCAGATGCAATATGTGACATTGAAACG +TGGAAGGAAGTAGAAGAGAATTTTAAGTTGGCTAACTTTATAGCTGCAACGAGACCGGGG +ATAAGTTTATTAGAAGCTCAAGAAAAAATAGAAAAACTTAAAGACAAATATAATGCTAAT +ATTATAAGTGTATATGTTCCATCATTGGATATATCATCTACATATATAAGACAACAATTA +AAAGCTAGGAAATCTGTAAGGTATTTACTTCCTGAAAATGTAGAAAAATATATACACGAT +AAGAAGTTATATAAAATAGGAGTGGAATAA +>group_1408 +ATGAAACAAATAAAAACAGTAGATGCAGTAGGTCAGGTATTATGCCATGATATTACTCAA +ATATTGCCAGGGCAATTTAAAGGAAGAAAGTTTAAAAAAGGGCATGTTGTAAAAGAAGAA +GATATACCGGTTTTATTATCTTTAGGGAAAGATAATTTATATGTATGGGAAGCTGTAGAA +GGTATGATTCATGAAAATGATGGTGCTATATTTTTAAAGGATATAGCAGCAGGAGAAAAT +TTAGAGTTTAGTGAAATAAAAGAAGGTAAAATAGATTTTATAGCAGGTATAGATGGTTTA +TTAAAAATAGATGTAGATACTTTATTAAAGTTAAATTCTATAGATGATATAATGATGGCA +ACTCTTCATAATAACTTTGAAGTTAAAAAAGGAACTAAGGTAGCAGGAACAAGGGTGATA +CCTTTGTTAATTGAAGAAGAAAAACTAGAAGAAGCTAAAAAAGTAGTTGGAGAAAATAAG +ATTGTGAGTGTTCTCCCTTTTAAACCTAAGAAAGTAGGTATAGTAACAACGGGTAATGAA +ATTTATCATAAAAGAATAGTGGATAAATTTGGACCAGTGATAGAAGGTAAAGTAGGGAAA +TATAATTGTGAAATAATTGGACAAATTATATGTCCAGATGATAAAGAAGTAATAAAAGAA +GCAATACAAAAGTTTGTTAATGAAGGTGCGGAGCTTATATGCTGTACTGGAGGAATGAGT +GTTGACCCTGATGATGTTACACCAACAGCAATAAAAGAATGTGGTGCAGAGTTAGTTACT +TATGGTTCACCAATTCTTCCAGGGGCGATGTTTTTACTTGCTTATTATAATGAAGTACCT +ATAATGGGGATCCCAGGATGTGCAATGTATAACAAGACTACAGTATTTGATGTAATATTG +CCTAGGTTATTAGTTAATGAAAGATTAACTAAAGCTGATATAGCAGCTTATGGTCATGGT +GGACTTTGTATGCAATGTGATACATGTACTTATCCTGCATGTAATTTTGCAAAGATATAA +>recG +GTGATAACTATGAGTGACTTAAAAAAAGATATACAATTTGTAAAAGGTATAGGTCCTAAG +AAGGCATATAAGCTAAATAAACTAGGAATATTTACATTGAAAGACTTACTTTATTATTTT +CCTAGACAATATGAAGATAGAAATAATTTAAAAAAAATTGTAGAGTTGAAAAATGAGGAT +AAGGCGACAATAAAAGCACTAATAGTAGGAATAACTACTAGTAATCCTAGAAAGGGAATG +ACTTTAACAAAGGTAGATGTAAAAGATGAAACTGGATATGCAAAGTTAGTTTTTTTTAAT +CAACCATATATAAGTAATACTTTTAAAAGTGGAGATACAATATTAGTATTCGGTAAAGTA +AAAAAAGAATTTAAAAATATAGAATTTAGCTCTTGTGAAATAGAGCATCTTAGCAATTCA +CCTAAGAATACTTGTAAGATTATGCCTATATACCCTCTGACTTTTGGCGTAACAAATAAA +GAGATTATAAGCATAATTAAGTCAGTACTATCAAATAAAGAATTAATTATAAAAGAGTAT +TTACCGAAGGGGATAATAGATAAATATAAGTTATGTAGTATAGATTATGCAATAAGAAAC +ATTCACTCACCAAGTAATAAAGAAAGTTTTAAAATAGCTTTATACAGAATTATTTTTGAA +GAATTTTTAATTCTTCAGTTAGGCCTGTTTATGTTTAAAAATGGTGTTATAGAAGTTGAA +GGAATAAAATTTGAAGAAAATGAAAAGTTAAAAGATATAATAAGCTCTCTTCCTTTTAAA +TTAACTAAAGCTCAAAATAGGGCTTTGAATGAAATAATTGAAGATATGAAATCGCCTAAG +GTTATGAATAGACTAGTTCAAGGTGACGTTGGGTCTGGTAAAACTGTAGTAGCTCTACTT +ACATTAGCAAACTGTGTTTTAAATGGATATCAGGGGGCTTTAATGGCTCCTACAGAGATT +CTAGCTGAGCAGCATTATATATCTTTAACAGAAACCTTAAAAGAATTTGGAATGAATGTG +GAGCTTCTTGTTGGAAGTCTTACTAAAAAGCAAAAAGAAAAGGTACTTGAAAGAGTAAAG +AATAAAGAAATTGATATATTAATAGGTACACATGCTTTAATAGAAGATAAAGTAGAATTT +GATAGATTAGGTTTAGTAATAACAGATGAGCAGCATAGATTTGGAGTTAGACAGAGAGGA +AAGCTATCGGATAAAGGAAATAATCCTGATGTATTAGTTATGACAGCAACTCCTATACCA +AGAACTTTAGCGCTTATACTTTATGGTGATTTAGATATATCTATAATTGATGAACTTCCA +CCAGGTAGACAACCAATAGATACTATAGCTGTTAGTAAAGATAAAAGAGATAGAGCTTAT +AATAATTTAGTTAGAGCTGAAGTTGAAAAAGGGAGACAGGTATATATAGTTTGTCCTTTA +GTAGAAGAAAGTGAAGCTATAGAGGCAAAGGCTGCAGTTGAATTAGTAGAGGAATTAAAA +CAAGAGTATTTTTCTGATCTTAAGGTTGGACTTTTACATGGTAAAATGAAAGCTAGTGAA +AAAGAAAGTATTATGAAAAGTTTTAAAAATAAAGAATTAGATATATTAGTTTCAACAACT +GTTATAGAAGTTGGGGTTAATGTTCCTAATGCAACTTTAATGATAATTGAAAATGCAGAA +CGATTTGGTCTAGCTCAGCTTCATCAGCTTAGAGGTCGTGTAGGAAGAGGTAAACATAAG +TCTTACTGTATATTAATATACGCATCTAAGTCAGAAGTTTGTAGACAGAGGATGTCTATT +ATGGAAGAAACTAATGATGGATTTAAAATTTCTGAGAAAGATTTAGAAATAAGAGGCCCA +GGTGAATTTTTTGGTACGAGACAGCATGGACTTCCTGAACTAAAAATAGCTAATATATTT +AAACATATGAAAATATTAAAAATAGCTCAACAAGAGGCTCGTTATATTATAGGAGAAGAC +CTAAAGTTACAAAAATTTGAAAATAAATTGTTGAAAAATGAGATAATTGATAAATTTGAG +TATGCAGCAAGAGAAATTTCACTAAATTAG +>group_1410 +GTGGAGCATATTTTATACTCTGTTGCTCAATATAAGATTTTATCAGCTTTTATTGCATTT +TTGTTAACTGCAGTAGAAAGTTTTATACCTGTTTTACCATTAGTTGCTATAATATTGGCG +AATTCAATTATATTTGGTATGTGGCTTGGTTTTTTTATATCATGGGCAGGGTCATGTATT +GCTGCAATTTTACTTTATTATTGTGCTAAGAAACTATCTAAATTAAAAATATTTGATAAA +TATAGAAATAGACCTAAAAATGAAAAATTGACAGCATTTATTAAAAAACAAGGATTTAGT +ATGATTTTTATAACTTATGTTTGTCCTTTTATTTCAGACTTTCTTATTACTGTTGTAAGT +GGACTAGTTAAATTTGATATAAAAACCTTTGTAAGCGGTATGGTATGTGGAAAATTCGTT +ATGTTTTTATTTATAAGCTATGTAGGTGAAGATATAGAAGGTTTTTTTAAAAATCCATTA +AAGATAATTTTATTTACTATGTTTATTTTAAGCTCTTGGATTATTGGGAAAAAAATTAAT +AACAAAATGCATGTAGAAGATAATTTATAG +>yqhS +ATGAAAATCATAGTAATAAATGGACCGAACCTAGATATGTTAGGAAAAAGAGAGCCTACA +GTCTATGGTAATAATACCTTAGAAGATTTAGAAAACTACATTAGAAATGAATTTAAAGAA +AAAATAGATGTGGAATTTTTTCAAAGTAATTATGAAGGTGCTATAATAGATATGCTTCAT +AGAGCAAATGATGAATTTGACGGTGTAGTTATTAATCCAGGGGCTTTTACACATTATAGC +TATGCAATTCATGATGCTATAAAATCTATAAAAACTAAGGTAGTTGAAGTACATATATCT +AATGTTCATCAAAGAGAAGAATTTAGACAAAAAAGTGTTACAGCAGCAGCTTGTATAGGC +CAGATATCTGGACTTGGATTTTATGGGTATATTTTAGGAATAAATGCTATTCTTAATATA +AATAGATAA +>group_1592 +ATGTTAGAAATAGTATTTGTATCAATGACATTAATAATATCATGGATTTTAAGTTTTATT +TTTATTCCAAAGGGAGCGATTGGGGCAACGGTAATTATAATGATGATACCTGCGATATTG +GGATTTATAATCAAAATTATAAAATACAGATCTATAAAAGAAGTGTTTAAGCCATTGTTA +CATCGTATAAGTATAAAAGGTATAATGTTTTCATTTGTATTTCCAATAATTATAATAAGT +TTGTGCTCAATACTAGCTCTAATAACAGGAGTTGGAAGCGTAGATAATTATGATGGATCA +ATATCACAAATATTAATTATTATAGTAATGTCAGTACCTTTTTCAATTGTAACATTAGGG +GAGGAGTACGGTTGGAGAGGGTATTTATTAGGAGAGTGGGAAAAGACATATGGTCTTAAA +AAATCTAATATCTTAGTAGGAATTGTATGGATATTATATCATCTTCCTACACTGTATATG +ATGAACTTAAGCTATGGGATTTTTGCAGCGTTAATTTTTACAATTGTCCAGTCAATATGT +ATATTTTGTGTTAACTTTTCATATACATATTTATATACTCTGTCGAAAAATGTGTTATTA +GCTTCAATGATGCATTCGGCATGGAATAATATAAATACTTTCATACTGGGAGACACATAC +AGAAATGAAGCAACTGGATTAATAGATGGAAATGTAAAAGTAATAAATGGAGAGGGTATA +TTTGGAATGATATTTTTAATAATCTCCGCATTTATTTTTTACAAAGTATTATTTGGTAAA +TCTAAATAA +>cysK +ATGATATATGAAGATGTGTTAAGTTTAATAGGAAATACACCTATGATTAGGTTAAACAGA +TTAGGATACCCTAATGTATATGTAAAGCTAGAGTTAAATAATCCAGCTGGAAGTATAAAG +GATAGAGCAGTATATGCCATGATAGATGGAGCAATAAGAAGAAATGATTTAAAAAAAGGT +GATGTATTAGTAGAGGCTACTAGCGGAAATACTGGAATAGCCTTGGCAATGATTGGTAGA +CTGAAAGGATATAAAGTAATCATCATAATGCCAGAAACTATGAGTATAGAAAGAAGACAA +CTAGTTAAGGCTTATGGAGCAGAGCTAATATTAACTCAAGGTTCAAAGGGTATGAATGGG +GCAGTAGAAAAGGCAAATGAGCTTTTAAAATTAAATTCAAATTATAAATCATTAGGTCAA +TTTGAAAACGCAGATAATAAAAGAGGTCATTATGAACATACAGGTGTAGAGATTTATAAT +GACTTACCAGATGTAGATATATTTACTTGTGGAATAGGGACAGGAGGAACTCTTTCAGGT +GCTGGAAAGTATTTAAAAGAAAAGAATCCTGACGTAAAAATAATAGGTATAGAGCCAAAG +AGTTCACCTTTAATAAGTGAAGGAAAAGCAGGTGGACATAAAATACAAGGTATAGGAGCA +AACTTTATTCCTAAAAACTATGATGAAAAAATTTGTGATGAAATAATAACTGTATCTGAT +GAAGATGCCTTTGAAATGGTCAGACAATTAGGCCAGATGGAAGGTTTATTAGTAGGAATA +TCTGCTGGAGCAAATATTTTTGCAGCTATTGAACTATCAAAATTATATAATTATAAAAAA +ATAGTTACTGTTGCCCCAGATGGAATAAATAAGTATATGTCCATGGGTATTTTTTAA +>queA +TTGAAGACAAGTGATTTTTACTTCGACTTACCAGAGGAGCTAATAGCTCAAGTTCCTATA +CTTGATAGATCTAGTTCTAAGTTAATGGTATTAGATAAGGAAACTGGAAATATTGAGCAT +AAAATATTTAAGAATGTAATAGACTATTTAAATCCAGGTGATTGTTTAGTTTTAAATGAT +ACTAGAGTTATACCAGCTAGATTAATAGGTGAAAAGGTAGATACTGGAGGAAAGATAGAG +TTTCTATTATTAAAAAGACATGAAGATGACACGTGGGAATCTTTAGTTAAGCCAGGAAAG +AGAGCTAAAATTGGAACTAAGTTTTCTTTTGGAGAAGGCAAATTAATAGGTGAAGTAGTT +GGTATGGGACCAGAAGGTTCTAGAATCATAAAATTCCATTATGAAGGTATTTTTGAAGAG +GTTTTAGATGAATTAGGAAATATGCCACTTCCACCATATATAACTGAAAGATTAGAGGAA +AGAGAAAGATATCAAACTGTGTACTCTAAACACAATGGTTCAGCAGCAGCACCAACTGCA +GGTCTTCATTTTACTGAAGAATTATTACAGCAGATTAAAGATAAGGGTGTAGATATAGCC +TTTGTTACTTTACACGTAGGATTAGGAACATTTAGACCTGTAAAGGTGGATGATGTATTA +GCACATGAAATGCACTCTGAATACTATGTTGTAACAAAAGAAGCAGCTGATAAAATTAAT +AAGGCTAAAGAAAATGGTAATAATGTTATTTGTGTAGGAACAACTAGTTCAAGAACTGTA +GAATCAGTTGCTACTGATGATAATAGAGTGCAAGAAGGTAGTGGATGGACAAGTATATTC +ATATATCCAGGTTATAAGTTTAAGGTAGTTGATAAGCTAATAACTAACTTCCATTTACCA +GAATCTACATTAATAATGTTAGTTAGTGCATTAGCAGGACAAGAAAATGTACTAAATGCA +TACAAAATTGCAGTAGAAGAAAAGTATAGATTTTTCAGTTTTGGAGATGCCATGATTATA +AAATAG +>group_885 +ATGATAAATCTTGCGAGTTTTATAGAAAAACAAACTAATAAGAAAGTAAATATATTTGAA +TATAAAAACCAAGAGTTAAAAGATAATCAAGAATTAATTACGTTTAACAATTCATTATAT +ATAATTGAAATGGAAAATGAAAACCTTTCATTAAATATGAATAGTTATTTTTATCTAGTA +TATCAGCAAAACTTAGATTTTAATACTCTAAAAGATATATTATACAATTTATATGAAGAT +ATAGATATTGTAAAGTACAAAAATCATTTATTAATAAATTCAAAAACAAAGCTAGGTATT +GATATTGATACTACTGAAATAATAGAAGCTGAGTCTTACTCCAATACTTATATTTTTGAT +TTAGATAAGGTAGATAATTATGAAATTTTAGATTTAAAAGTTGAGTTATTTAATAAATTA +TTACCTGCCATCTTAAAAAACAATACTTCAAATAAATTTATAACTACGAAGGATTTAATA +TTATATATAAATATATACATATCTTCTAAAGATAAATCCATTTGTAAATTAATTGATTTT +AATAAAATAAATACTATTGATGAAAATTTATTATACACAGGGATCAATTTCATTGAAAAT +AATTTAAATATCTCAAAAACATCTTCATCTTTATTTTTACATAGAAATACCTTAATTTAT +AGGTTGGAGAAAATAAAGGAATTATTAGACTTAGATTTAAAAGACTTTAAAGATGCTATG +GTATTCTATCTTAGTATTAATGCTTATTTTATATCTAAGAATATTTAA +>group_1440 +ATGGAAAATAAATTTTTACCAATATGCAAGCAAGATATGATAGATAGAGGTTGGGACCAG +CTGGATTTTGTATTAGTTACGGGTGATTCTTATGTTGATCATCATAGCTTTGGTACAGCA +ATAATTTCTAGAGTATTAGAAAATGCAGGATACAAGGTAGGTATAATAGCTCAACCAAAC +TGGAAGTCTACAGGTGATTTTATGAAATTAGGAAGACCTAGACTTGGATTTTTAGTTAAC +TCTGGAAACATGGATTCAATGGTAAATCATTATTCTGTTAGTAAGAAACAAAGAGATAAA +GACCTATATTCTCCAGGTGGGAAAATGGGTTGTAGACCAGATAGAGCTGTAATAGTTTAC +TGTAATAAAATAAGAGAAGCATATAAAGATGTTCCTGTAATAATAGGTGGTATAGAAGCT +AGTTTAAGAAGATTTGCTCATTATGACTATTGGGCTAATAAAGTAAGAAAATCTATACTT +GTTGATAGTGGAGCTGATTTATTAGTTTATGGAATGAGTGAAAAGCAAATCGTTGAAGTT +GCAGATGCTCTTAATAATGGATTTGATCCAAAATATATTAGACATATAAATGGTACATGT +TATATGGTTGATAGTTTAGATGAAGTATACGAAGATTATGTATTACTTCCATCTTATAAA +GAAATCTGTGAAGATAAAAAGAAATATGCACAGTCTTTCAAAATGCAATATGATGAACAA +GATCCATATAGAGGGAAAGTAATAGTTGAGCCATATGGAGATAAATTTTTAGTTCAAAAT +AAACCAGAAAAACCTTTAAATAGAGAAGAATTAGATGCCGTATATGCATTACCTTACCAA +AAAACTTACCATCCTATATACAAAGAGATGGGCGGAATACCAGCTATAGAGGAAGTTAAG +TTTAGTATAGTGAGTTCAAGGGGATGCTTTGGGAGTTGTTCATTCTGTGCAATAACATTC +CATCAAGGGAGAGCAGTACAAAGTAGGAGTCATGACTCTATAGTAGAGGAAGCTAAATAT +ATAACTACATTACCAGACTTTAAAGGTTATATACATGATGTTGGTGGACCAACAGCGAAC +TTTAGACAAGAAGCTTGTAAAAAACAAATTACAAAAGGTGCTTGTAAGCATAGACAATGT +TTACATCCAGACCCATGTAAGAATTTAAAAGTAGACCATACTGATTTTATAGATTTATTA +AGGAAGGTAAGAAGTTTACCTGGAATTAAAAAGGTATTTGTACGTTCTGGAATAAGATAT +GATTATGTTATGGCTGATCAGGATAATAAGTTCTTAAGAGAATTAATTAAGCACCATGTA +AGTGGACAATTAAAGGTTGCTCCTGAACATGTTGCATCAGAAGTATTAGAGCATATGCAA +AAGCCAGCTGGTAACACTTATGATAGGTTTAGACAAAAGTTCTTTGCTATAAATGAACAA +TTAGGTATGAAACAATATTTAATACCATACTTAATGTCAAGTCATCCAGGCTCTACATTA +AATTCAGCTATAGAACTAGCAGAATACTTAAGAGATACAAACTATCAACCAGAGCAAGTG +CAAGATTTCTATCCAACACCAGGTACATTATCAACAACAATGTTCTATACAGGATTAGAT +CCACTTACTATGCAAGAAGTATATGTACCTAAAACAAAGCAAGAAAAAGCAATGCAAAGA +GCTTTATTACAATACAGAGCTCCAAGAAACTATGATTTAGTTCATGCAGCACTTGAAGAA +GCTGATAGAGAAGACTTAATTGGATATGGGCCTAAATGTTTAATCAAGCCTAGAGAAGGA +AGAGGATACGGATATAGATCTAACTCTAATAATAAAAACGCTAAAGGTAATAATAACCAA +AGAGGCAACTCATCAAGAAATTCAAGAAATAGTAAAAATGATAGAAATGATAAAAATAGC +AAAAACTCTAGAAATAAAAATTCAAGAAATAACAAATCACAAGATAGTAGAAATAGCAAA +AACTCTACTAATAGAAAGAAAAAAAGATAA +>ykoD +ATGAAAAGAAAGATAATAGAGTTTAAGGACTATAGTTTTCAATACAGGGTACAATCAGAG +CCTACTCTTAAAAATATAAATTTAACTATATATGAAGGAGAAAAAGTACTTATAGTAGGA +CCTTCTGGCTCTGGTAAAAGTACTTTAGCTCATTGTCTTAACGGATTAGTTCCATTTTAT +TACAGTGGAAAGGTATCTGGAGAACTATTAGTAGATGGTGAAAATGTAGACAAGAAAAAT +ATATTTGATCTATCTAAGATAATAGGAACAGTCCTACAAGATCCAGATAGTCAATTTATA +GGTTTAACAGTAGGAGAAGATATAGCATTTAAGCTTGAAAATTACTGTGTAGAGCAGGAA +GAGATGAAATCTATGGTAAAGGAATCTGCAAAGTTAGTAGATATAGATAAGGAGTTGGAA +TCATCTCCTTATAGATTATCTGGAGGGCAAAAGCAAAGAGTTACACTTGCAGGAGTAACT +GTAGATGATGTGAAAATACTTTTATTTGATGAGCCTTTAGCAAGTTTAGATCCACTTACA +GGTAAAAGTGCTATAGAATTAATAGATAATATAAAGAATAAGAATAATAAGACTATGATA +ATAGTTGAACATAGACTAGAAGATGTTTTATACAAAGATATAGATAGAATAATAGTTATG +GATGGTGGAGAAATTATTGCAGACACGACACCAAATGAAATATTATCGACTGATATATTA +AAAGAAATCGGAGTTCGTGAACCTTTATATATATCAGCATTAAAATACGCAAATTGTAAA +ATAACTCCAGAAATTAATCCGGAGAGTATAGAAAAAATAAATTTAGATAATTGTAAGGAT +AAGCTAAAAGCTTGGTATTCAAATATAGGGGAGTCTAATATAAAAGAAGATAATTCTCCG +ATACTTGAAGTTGAGGATTTAAGTTTCTCATATAGTGAAGAAAAGAAAATACTTAAAAAT +GTTTCATTTAAGATAAATAAAGGTGATATGGCTAGTATCGTAGGTAAAAATGGAGCTGGA +AAATCTACTATATCAAAATTAATATGTGGTTTTTATAAGCCTACATCAGGGAAGGTATTA +TTTGATGGAAAAGATATTGTAAATAAAACTATTAAAGAGCGTTCTGAAAAAATAGGATTT +GTAATGCAAAATCCAAATCAAATGATATCTAAGTCAATGATATTTGACGAAGTTGCTTTT +GGTCTTAGAATAAGAGGATACTCTGAGGAAGAAGTTAAAGAACGAGTTTATAAGGTCCTT +GAGATATGTGGACTGTATAAGTTTAGAAACTGGCCTATATCAGCACTTAGCTTTGGTCAA +AAGAAAAGAGTTACAATAGCATCAATACTTGTTTTAAATCCAGAAGTAATAATTCTAGAT +GAGCCTACTGCGGGGCAAGATTTCAAACATTATTCGGAAATAATGGAGTTTTTAGTAGAG +CTAAATAGACAAGGTGTTACTATAATAATGATTACTCATGATATGCATTTAATGTTAGAA +TATACTAATAAAGTAATTGTATTATCAGAAGGTGAAAAAATAGCAGACGATACTGCTATA +AATATATTAACAAACAATAAAGTCATAGAGAAAGCTAATTTGAAGGAGACTTCGTTATAT +GAATTAGCTCAAAAATGTGAAATAGATGATGAGAAATCTTTTATAAAAAGATTTATAGAT +TATGATAGGAGGGTGAGATAA +>group_886 +ATGATAATAACAACTTTTGGGGCAATTATTGGTTTAATAGTATCAATTATACTCATTATA +AAAAAGTTTGAACCATTTTATTGTTTAGTTTTCGGTGCATTAGTTGGAGGATTAGTAGGT +GGTGCAAGTTTAGTTGATACTGTTGAGTATATGGCTAGTGGTGCTCAAAATATGGCTCCT +GCTATTCTTAGAGTAATGACATCAGGTTTTTTAGCTGCAACATTAATAAAAACGGGTGCC +GTTGAAAGAATTTCTGAAGAAATTATAAAAATCCTTGGTATGAAAAAGGCTATATTAGGT +ATTGTATTATCATCTATGGTACTTGCTGGTGTAGGAGTAGATTTGGATGTTGTTGTACTT +ACAGTTGGGCCTATTGGGATGTCTATAGGTCATAAATTAGGATACTCAAAGTTAGCAATA +CTTTTAGCTGCATTAGGCGGAGGAAAAGCAGGAAATATTATTTCTCCAAATCCAAATACT +TTAGCAGCTGCAAGTAATTTCAATGTAGAATTATCAAGTGTTATGCTTGCAAATATAATT +CCTGCAATATGTGGAGTTATAGTAACTACTATCTTAGCAAGAACATTAATCAATAAGGGT +AGTAAAATTGATATGGAAATAAATGTAGAAGAAAATGAAAATTTACCAAGTTTGTTTGCT +TCTTTAATAGGACCTATAGTTTCTATTTGTTTATTATTCTTGGGTAATATTTCTGATATT +GTAGTAGATCCACTTGTTGCTTTACCTATAGGCGCTATTGTAAGTATTATTGCTACAAGA +AACTTAGAAAATACTAAGGAGTATTTAGCTTTTGGAGTGGCAAAAATGCAAGGCGTGTGT +ATATTATTACTTGGAACAGGCACTTTAGTTGGAATTATTCAAATGTCTAATTTACAACAT +AGTACTATAGAGTTATTAGAAGTTATGAATATACCTCAATTTTTATTAGCACCTATTTCT +GGTATGGTAATGTCACTTGCTACTGCTTCTACTACTGGTGGAGCAACTATTGCATCATCT +ACATTTTCAGAAGCAATCTTAGGTTCTGGTTTATCTAAAGTTTCAGGAGCTGCTATGGTT +AATGCAGGTGCATGTGTATTTGAACATTTACCTCATGGAGCCTTATTCCATGCAAGTTCT +AGAAGTGTTTCAATGGATTTAACTGAACGTTTTAAGTTGATTCATTATGAGATACTTATA +GGCGTTGTTATAGTAATTGTATCTACTGTAATCCAATTAGCTTTTGTTTTATAA +>hcp_2 +ATGGAAAATAAGATGTTTTGCTTTCAATGTCAAGAAACAGCAGGTTGTACTGGATGTACA +AAATTTGGAGTTTGTGGAAAGTCACCAGATCTAGCTAGAATGCAAGATTTATTAATATAT +ACAACAAAAGGTTTATCACAAGTAACAACAAGACTTAGAGAAGAAGGTAAAGAAGTAAGT +GGTGAAATAAACCATCTAATAACTATAAATTTATTTACTACAATAACAAATGCTAACTTT +GATGATGCAGTATTCTATGCAAGAGTTAAAGAAACTTTAGCTACTAAAGAAGCTTTATTA +GCTAAATTAGAAAACAAAGAAAATTTATCTGAAGCAGCATTATGGAATGCAACTTCAAAT +GAAGAAATAGATTCTGACATAGATAGATTATTAGATGAAAAATCAACTGAAGTAGGAGTA +TTAGCTACTAAAGATGAAGATGTAAGAAGTTTAAGGGAACTTATAATATATGGTTTAAAA +GGTATGTCAGCGTACATGAAACATGCTAACGCTTTAGGATATGACAGCGAAGATATAAAT +GCATTTATGCAAGCAACGTTAGCTAAGACTTTAGATGATAGTTTATCTATAGATGAATTA +ATAGCTTTAACTTTAGAAACTGGTAAAGTAGGGGTAGATGGTATGGCACTACTTGATAAC +GCAAATACTGGAACTTATGGACACCCAGAAATAACTAAAGTTAATATAGGTGTTAGAAAT +AACCCAGGAATACTTGTATCAGGACATGACTTAAAGGATTTAGAATTATTACTAAAGCAA +ACTGAGGGAACTGGAGTAGATGTTTATACTCACTCTGAAATGTTACCAGCTCACTATTAC +CCAGCATTTAAGAAGTATTCTCATTTTGCAGGAAACTATGGAAATGCTTGGTGGAAACAA +AAAGAAGAATTTGAAAGCTTCAATGGTCCAATATTAATGACTACAAACTGTATAGTACCA +CCAAAAGATAGTTACAAAGATAGAATATACACTACAGGAGCAGCTGGATTTGTAGGTGTT +AAGCATATAAAAGGAATAAGCGAAGATAACAAAGATTTCTCAGAAATAATAGAACAGGCC +AAAAAATGTGCTCCTCCAACTGAAATAGAAACTGGAGAAATAGTAGGTGGATTTGCTCAT +AATCAAGTATTTGCATTAGCAGATGCAGTAGTAGATGCAGTAAAAACAGGAGCTATAAAG +AAATTCTTTGTAATGGCTGGATGTGATGGAAGGGCTAAGTCTAGAAATTACTACACTGAT +TTTGCAAAAGCCTTACCAAAAGATACAGTAATACTTACTGCAGGATGCGCAAAATATAAA +TATAACAAATTAAACTTAGGTGATATAAATGGAATACCTAGAGTGTTAGATGCAGGTCAA +TGTAATGACTCTTATTCATTAGCACTTATAGCATTAAAGTTAAAAGAAGTCTTTGAACTT +AATGATATAAATGAATTACCAATAGCATTTAACATAGCTTGGTATGAGCAAAAGGCGGTA +ATAGTTTTATTATCATTACTATACCTAGGAGTAAAAAATATTCACTTAGGACCAACTTTA +CCAGCATTTTTATCACCAAATGTAGCTAAAGTTTTAGTAGAAAACTTTGGTATAGGTGGA +ATAACAAATGTTGAAGATGATTTAGCAATGTTCTTAGGATAA +>group_1384 +ATGAAAAAGAATAAATCTATATTATCTGTATTGCTAATAATAATACTTGCTATAAACTTA +AACATACGTAAAGTAAAAGCAGAAGATACAGGCTATTACATAAAAGATATGGATGTACAA +GTTAACGTAAATGACAAAAGAGAATACAAAATAACTGAAACAATAAAAGTAAACTTCAAC +GAAGATAGACATGGAATAATAAGAAGCATCCCTACCTACACAGATCTTGAAGATTATAAA +ATAACCAATATAAGTGTAGAAGGAGCACCGTATGAAATAGAAGACAATGGAAACATTGAA +ATAAGAATTGGAGATGCAGATGAAACAGTCATTGGAGAAAAAACATACACAGTCCAATAT +ATAATAGAAACTTATAACGATGAACAGCCAGAAGGAGATTATATATACCTAAATGTATTA +GGAACAGAATGGGATACATATATAGAACACTTCACATCGACAATAACTTACCCACAAGGT +GCTAATTTAGAAGATATAACTATAACTGATGGTCAATACGGTAGCACTTTTAGTAAATAT +GTAGACTACACAACAAAAGGAAATACTATAAATATAGAATCTAAGTATGAAATACCAGAA +TACTGTGGTGTAACTGTAGATGCTATGCTTAATGAAGGAGCATTTAAAAATGCACCTATA +AGACAATATCCTTATACAATAAAAAGTGATATCATAAATGCAGAAATAACAAAAGAAAAA +GAATATCTAATAGATAGAGAATTTACAATAGAAGTAAATAAAGATTATAAAGATGATTTT +TCAAATAATATAAATCTTTGGGATGTAGAAAATGCTGATAAAGATTATATAAAAGATATA +AAAGTAGATAACCCTAATATATCTATAGATGCTTGGGATAATTCTGTAAGTTTTCCTAAA +GAAGCAGGCACTTACAAATTTAAGGTATCATACAAAATAATACCTACCATGAAATCACGT +ATAAATTTTGATATATCAGATGATCTTAGAGAAGGAAAAACAGAAAATATACAGGTTAAT +ATAAAATCGCCATTTGCAATAAATAATTATGAAGTTGAATTCATTGAAAAAGGAGTAAAC +CTAGGAACAGAAAGATATAAGGCAGAAAAAAGTGAAAATAGCATTAGCTTCAGTACACTG +AATAATGTTAATACAGGAGAAGAAATAAATCTATCTTTAGACATAGATAACTCTTTATTC +TCAAGACCACTGCCTGTAGTATCTAAAATAATAACTTTTGGTTCTCCTATATTATTAATA +GTATTAGCCCTAATGTATATAAAGAATAAAGATAATAATCCAGTTATATCAGCAATTGAA +TTTTATCCACCAAAGGATATGAATAGCGCAGACGTAGCTTATGCATTTAAGGAACATGTA +GGAACAAAAGATGTAACTACCTTATTATTTTACTGGGCAAGTCAGAATCATATGAAAATA +ACTATGAAAAAAGATGATGGTTTTACTTTAACAAAAATAAGTGAATTAGATGAAAAGCAT +AAATTATATGAAAAAGAGTTATTTAGAAAAATATTTAACTGTGGTGATGGAGAAACAGTT +ACAAATTCTATGTTAGAAGGGCAGATTGCTAGTGATGTAATAAAGGCTAGTTGTGCTGTA +TCTGACGAATTTAAAGGTAATAAAGAATTAAGAGATTCGTTGGCTACAATGTTAGGATTT +GGATTAACTTTACTATCTACTATACCGGTAATATTATGTGGAGTATTGAGTGGTCAAATT +AATCATAATGTTTTTGGAGCATCGCTTTTAATAGGTTTACTAGCAATATTTATATTATGT +AGTCTATATTTTATGTTACACATATTCAATAAGGGTAGATATACAGAAAAAGGTAAAAGT +AAAGCAACTAAAGTATTAATTTTCTCAGCAATAATATATACACTAGTATGTATAAGAGGA +TTCTCAATGTTAAATATACCTATGTATATATCTTTAATAGTAGCTGTAGCATCATTTGCA +GGAATGGCTATGAGTTCTTTTATACCTAGAAGAACTGATTATGGAAGAGAAATATTAGAG +CACATAATAGGATTTAGAAACTTTGTAGAAGTGGCTGAAAAGGATAGATTGGAAGCTTTA +TTAGAAGAGGACCCAGAGTATTTCTACAACACATTACCGTATGCACATGTGTTAGGAGTT +ACTAAAAAATGGGCTAATAAATTCGAAGGAATTACAATGCAAAGTCCTACATTCTATGAG +ACTTACTATCCAATGAATAATGTATATATGATGACACATTTAATGGATGATTTAAATAAA +GTTAATGAGACTATGACACATACTAATGATTCATCAAATGGTGGATCAGGAGGAGGTTTT +GGTGGAGGCGGTGGCTTCTCAGGAGGAGGCTTCTCAGGTGGTGGAGCTGGCGGCGGCGGA +GGCTCAAGCTGGTAA +>group_887 +ATGGGGAATATGGATATGGGAAATAGAATAGTAAGTAAGAGATTATTAGCAGATAACATT +TATCTAATGGAGATTGAATCAAAGAGAGTTTCAAAATCCGCAAAGCCTGGTCAATTTGTA +ATTGTTAAAATGGATGAAAAGGGAGAGAGAATACCTCTAACAGTTGCTGATTATGATAAA +AATAAAAATACAGTAACTATAGTTTTTCAGGTAGTGGGAGCTTCAACTAAGTTACTAGCA +AATCTAAGCGAGGGAGATTTTATAATGGACTTTGTAGGTCCACTAGGTCAACCAAGTGAG +TTTATTAAAGAAGAAATAAGCACTTTAAAAGATAAAAATATTATTTTTATAGCAGGTGGA +GTTGGGGCTGCTCCTGTTTATCCTCAAGTTAAATGGTTTAAAGAAAATAATTTAGATGTA +GATGTGATAATAGGCTCAAGAAATAAAGACTTACTAATACTAGAAGATGAAATGAGAGCT +GTTGCAAAGAATTTATATGTATCAACTGATGATGGTTCATATGGATATGATGGAAGAGTA +ACTGATTTACTTAAAGATTTAGTACAAAATCAAGGTAAAAAATATGATCATGCAGTAGTA +ATAGGACCTATGATTATGATGAAGTTCACAAGTATGTTAACAAAAGAACTAGAAATACCT +ACTATAGTTAGTTTAAATCCAATAATGGTTGATGGAACAGGTATGTGTGGAGCATGTAGA +GTAAGTTTAGGAGATGAAATAAAGTTTGCATGTGTAGATGGGCCAGAATTTGATGGTCAT +TTAGTAAATTTTGATGAAGCTATGAGAAGACAAGCTATGTATAAGTCTGAAGAAGGAAGA +GCACTGTTAGAGAGTGAAGATAGAGGAACTTCTCATCATAGTAATTGTGGATGTGGGGGG +AATTAA +>group_285 +ATGAGAGATATAAGAAATAATTTAATAAATATATTAATAGAAGAAGTTAAACCAGCATTA +GGATGTACAGAGCCAGTTGCAGTAGCATTAGCTTGTGCAAAAGCAAAGGAATTATTAGGG +GAAGATGTAGTTTCTAATAAAATATTATTAAGTCCAAATGTTTATAAAAATGGTATGTGT +GTAGGAATACCAGGAACTGAAAGATTAGGATTAAAGATAGCTGCAGCTATGGGGATACTA +GGTGGTCATTCAGAAAATGGTCTTCAAGTACTAGAAACTTTAGATGAAAATCAAGTTAAA +GATGCTGAAAATTATATGGATAATAGTCCTATAGATATATCACCACTAGATACAAATGAA +AAGGTTTATATAGAAGTTACACTAAAAGGTGAAAATCATACTTCAAAGGTAGCTATAAGA +ACTAAACATGATAATTTTGTTTATTTAGAAAAAGATGGTGAAATATTATTAAATAACGAA +GAAGTAAATACTACTACTCAAACAACAGTTAAAGAAGAAAATATAATGGATAGTATAACT +ATAAAAGAATTGGTTGAAAATATTGAAAAGCTTAATTTTGAAGATATTAAATTTTTATTA +GACGGTATATCTATGAATGAAGAGATAGCTGAGTATGGACTAAACCAAAAAGTAGGGATA +GGAGTAGGCTATGGAATGAAAAAATCTATGGAAGAAGGTCTTCTAGGAGATGACTTAATG +AATCAAGCTATGATGATAACTGCAGCTGCGTCAGATGCTAGAATGGCTGGAATAAAAATG +CCAGTAATGAGCTCTAATGGTAGTGGTAATCATGGATTAACAGCAATACTTCCAATAGTA +GCTTATAATAGAAAGTTCCCTCAAAGCGAAGAGAGATTAGCTAAGGCTTTAGCAATATCT +CATTTAATTACAGCTTATGTTAAAAACTTTACAGGAAGGCTATCAGCAGTTTGTGGCTGT +GGTGTAGCGGCATCGACTGGAGCAACAGCAGGTATATCTTGGCTAATGAGTGGAGATATA +AGACAAATCGAAGGTGCTATAGAAAATATGGTAGCAAATTTAAGTGGAATGATTTGTGAT +GGAGCAAAAGCTGGTTGTGCTCTAAAGCTAGCATCAGCAGCATCAGCAGCAGTTCAAAGT +GCGATAATAGCTAAACAAGAATGCTACGTACCACCGATGAATGGAATAGTTGGATCTAAG +GTAGAGCAAAGTATACAAAACTTAGGTAAAATAAGTGATAAAGGAATGTCAGTAACTGAT +AAAGTAATAATAAATGTAATGGATGAGATGAACAAAATAAACTAA +>group_286 +TTGAAGGTATATATATCTAATTATCTATCAAAGAGCATAAGTATAATAGATTATGATACC +CTTGAACAAGAAGTTGAAATAAATCTAGATGAAAGTATATATCCACATCACTTTTGTATT +GATAAACAAAAAAATTTAATTTATATACCCAGTTCAAGTGATGGAATAATTTACATTTTA +GATTTAAAAGAAAATAAGATTTTAGACACAGTATCAGCTGGAGGAAATTTAAGTCAAATA +GTTTTATGCAACGAAGAGTTATATATTGCAAATGAAGACTCAGATAGTATTTATATTTTG +GATAGAGAGACTTTGACTCCTGTTGGGGTTATCAATTTAGGCTATACACCACATGGATTA +GACTTTGATAAAGGGGCAAATAAACTTTATGTATCTTGTATAAATTCAATAGTATGTGTA +GATGTTGAAAAAAAGCAAATTATTAATAAGCTTGATATTGATTTTAAAGCCTGGCATATT +AGAATTAATAAGGAAAATGAAGATATATATATATCCACATTGGATGGTAATGTAGTAATA +ATAGATTTAAAAAATATGCAAATAAGGGATGTTTTAAAAGAGTTTTTGTTGCCACTTGAA +ATTAGGTTTAATTATAAAAATAAAAAAGTATATATCGCTGATTTAGGATATAAAAATATA +AAAATATTAGAAAGTGCTACAGGCAAATATGTAGGTAAGATAAAAGTAGATGGTATACCA +CAAGGACTAGAGGTTTCTGAGGATGGGAATTTTTTATTCGTATCTGATACTCAAAATAAT +TCGATTAAGGTTTATAGTTGTATAACGAATCAACTAATAAAAGAAATTAAAGTTGGAAAA +GAGCCTACAACCATAGTGTGTATGTAG +>group_287 +TTGAAAAAGTGGAAAGTGATTAAAAAACAAGGATACAACATTATATTAAATGAAGGTGGG +CAAAATATCGCCTACTCACCAGACTCAGGAATTAAAATTATAGAAGAAGATGGGTATGCT +TTTAAAAACCTAAGTAAAAGTGGGCAATTAGAAAAATATGAAGACTGGAGATTACCTGTA +GAAGAAAGAGCTAAAGACTTAGCATCTAAAATGAGTATAGAACAAATAGCAGGTTTAATG +CTTTATAGTGCACATCAGTCTATCTCAACTAATGATGACTTCTTCTCTAAAGCATTTGCA +GGTACATATAACGGTAAAAAACTAGAAGAATCTGATGCTAAAATAACTGATTTAACTGAT +CAACAAAAGAATTTCTTATTAAATGATAATTTAAGACATGTACTAATAACAGTGGTAAAT +GATGCTCATACTGCAGCTTTATGGAATAATAATATCCAAGCATTTGTAGAAAAAATAGGT +TTTGGAATACCAGTAAACATAAGTAGCGATCCAAGACATGGGGCAAGTGCAGATACAGAA +TTTAATGCAGGTGCAGGTGGAGATATTTCAAAATGGCCAGAGCCACTAGGTCTTGCTGCT +ACTTTTGATAGTGAGTTAGTTAGAAAATTTGGTCATATAGCATCTAAAGAGTATAGAGCT +TTAGGAATATCTACAGCTTTATCACCACAGGTAGATATAGCAACAGAACCAAGATGGATG +AGATTTAATGGAACTCTTGGAGAAGACCCAATTTTATCAAAAGATTTAGGAGAAGCTTAT +TGTGATGGTTTCCAAACTTCATATGATGATTCTGAAATAAATGATGGTTGGGGATATAAT +AGTGTAAATGCAATGGTTAAACACTGGCCAGGTGGAGGTAGTGGTGAAAGTGGTAGAGAT +GCTCACTATGCTTATGGTAAGTTCGCTGTGTATCCAGGAGATAACTTTGATGAACATTTA +ATACCTTTTACAGAAGGTGCTTTTAAATTAAAAGGAAAAACTAAAAAAGCTTCTGCTGTA +ATGCCTTATTATACTATATCTTATAATCAAGATAAGAAAAATGGTGAAAATGTAGGTAAC +TCATATAACAAATATATAATAAGTGATTTATTAAGAGATAAATATGAATACGATGGAGTT +GTATGCACAGACTGGAGTATTACTAAGGATAATCATGTAATTGATGCATTCATATCAGGA +AAGTGCTGGGGTGTTGAAAATCTTTCTGTAGATGAAAGACATTACAAAGCTCTTATGGCT +GGTGTTGACCAGTTTGGTGGAAATAATGAGGTTCAACCTGTTCTTAATGCATATTATATG +GGTGTTAAAGAGCACGGAGAAAAATTTATGCGTGAAAGATTTGAAAAGTCAGCAGTAAGA +TTACTACTTAATATATTCAGAACAGGATTATTCGAAAATCCATATTTAGATGCAGATAAA +TCACAAGAATTAGTTGGTAATCCTGAGTTTATGCAAGCTGGGTATGATGCACAATTAAAA +TCATTAGTTATGTTAAAAAATAAAAACAATATACTTCCAATAAAAGAAAGAAAAAAAGTG +TATATTCCCAAAAGAAGAATAAAAGAAAGTAAAGACTGGTTTGGTAATGTGATACCTGCT +AGAGAAATTGATCCTGCTAATAAATCTATAGTTGAAAAATATTTTGATGTTGTAGAGGAT +CCAAAAGAAGCTGATTTCTCGATAGTATTTATAGAATCTCCAAAAACTGTTGGATATACA +AAAGAAGATAGATACTTACCAATAAGCTTACAATATAGACCATATACTGCAGTAAATTCA +AGAAAAATAAGTATTGCTGGAGGAGACCCGTTAGAGTCCTCAACTAATAGATCTTACTTA +GGAAAAACTAACTTTGCTAGTAATGAATCTGACTTAAATATAATATTAGAAACTAGAAAA +GCTATAGGTCAAAAACCTATAATAGTATCTTTAAATATGACAAATCCAACTATAGTAGAA +GAATTTGAGCAATTTGTAAATGCAATAATTACAGACTTTGGAGCTCAAACACAAGCTATA +ATGGATATAATTAGTGGAAATATAAATCCAAGTGGATTATTACCATTTAATATGCCTGCT +AATATGAAAACTGTAGAAAATCAGTGTGAAGATGTTCCTCATGATATGAAGTGTTACAAG +GATGAATTAGGAAATGTATATGAGTTTGCATATGGTCTTGATTTTAATGGAGTTATAAAT +GATAGCAGAGTAGCAAAATATAAAAAATACTAA +>sipU~~~spsB_1 +ATGAAAAATGTAGCCTTTGAATGGGTTAAAGTAATTTTAGCAGCCATTGTAATTGCATTT +ATTATTACTCAATTTATAAGGCCTACTTTAGTAAGAGGAGAATCTATGTATCCAACACTA +GAAGAGAATGACTATTTAATAATAAGCAAGGTTTCTTACAAAGTAAAAAATCCTAAGTTT +GGAGATATTATAGTTTTTAAGACTGATTTACTTCAGGAAGATGGGACTCATAAGGATTTA +GTAAAAAGAGTAATAGCAACTGAAGGAGATCATTTAGTTATTAAAGATTTTAAGGTGTAC +GTAAATGAAAAACTAGTAGAGGAACCATACATCAATGGGCAGTATACCACTGGAGATATA +GATATTATAATCCCAGAAAATAAGATATTTGCTATGGGGGACAATAGAGAAAAAAGTCTA +GATAGTAGATATGAAGAGGTAGGCCTTATAGAAAAAAATGATGTAATTGGTAAGGTAACT +GTAAGATTATACCCTTTTGATAGGATAGGTTTTGTAGATTAA +>group_1468 +TTGGCAAATATAGAAGGAAGAAATCCTGTTATAGAGGCGATAAAAAGTGAAAGAGAGATA +GATAAAATAATGATATCTAACTCAGCAAAAGAAGGATCTATAAAAAAAATTATAGGTATG +GCAAAAGAAAAAAATATAGTATTACAATATGTAGATAAAAATAAATTAGATGAAATAAGT +ACAAGTCATGCACATCAAGGTGTAATAGCTCAAGTTAGTGAATATAAATACTATGAGCTA +GATGAATTAATTGAGTCTGCGAAAGAAAAATCAGAAAGTCCATTTTTTATAATATTAGAT +GAAATAACAGATCCACATAACCTTGGAACAATTATAAGAACAGCGGATGCAGTTGGTGCA +CATGGTGTAATAATACCAAAGAGAAGATCTGTACATATAACTCCGACTGTTGCTAAAGCA +TCTGCTGGAGCAGTTGAATATGTACCAGTATGTAAAGTAACCAATATAGTAAATACAATA +AAAAAACTAAAAGAAGAAGGTCTATGGATAGCTGCAGCAGATATGGATGGACAACCATTC +TACGAACAGAATCTTACAGGTCCAATTGGACTAGTTATAGGTAGTGAAGGTTTTGGAATA +TCTAGATTAGTAAAGCAAAACTGTGATTTTACAGTAAAGATGCCTATGATAGGAAATGTT +ACATCGTTAAATGCTTCAGTAGCAGGAGGAATACTTCTGTACGAAATATTTAGACAAAGA +ACAGGCAAAAAATAG +>group_1486 +ATGGCAACTAAGAGAATCGCCGTTTTAGGTGGTCCAAGATGTGGAAAAACAACATTAATA +CAACATTTATATGTTGAAATGAAAATAGCTGGATTAAATGCAGGATATGCTTTAGAATAC +TCTACAGAGTACTTAAAAGATAAAGGTATGATAGAGACTATATCTGAGCAATATGGAATA +TACTTAGGTCAAAAGAAACTAGAAGATGAGTTAGCAAGCTTTGATTACGCTCTTACAGAT +TATGCTACTTTTGTGCCTTACATATACGGAAGATTTATGTTAGGTAACAAAGAAAGAAGT +AAAAAAGAAATAGAAATACTTAAGGATTTATATTCACTTGCATTAGAAGATATACAAAAC +TATGACATGATAGTTTATGTACCAAGAGAATTTGGATATGTTCAAGATGGTGTTAGATGG +CAAGATGAAGGAATAGCATTACAAATAGATGATGCTATATTAAGCTTCTTAAAGGCTGAA +AATATAAACTTTATAGAAGCAAAAGGTTCTACAAAAGATAGAGCTAAACAAATATTAGAT +TTATTAGAAATTGATTATAAAGAAACACCTCAATTAAATGAAAAAGAAAAGACGAAGTCT +AAATAA +>group_1487 +ATGACATTATTAGTTTTCGGGCATAAAAATCCAGATACAGATTCAATATGCTCATCAATT +TCATTAACATACCTAAAAAATCAATTAGGCGAAAACGCAATAGCGTGTGCTTTAGGAGAA +CCAAGAAAAGAAGCTCAATTTGCTTTAAACTACTTCAACGTTGAAGCTCCTAAAATATTA +GATAATGTAAAAATACAAGTTAAAGACTTAAGCTACGATAAGGTTAAGCCTTTAACACCT +GCAGCTTCAGTTATAGAAGCGTACTCTCTTATGAGTAATAAAGGAGTTAAAACTTTACCT +ATAGTATCTGAGGATGGTAAATTTGAAGGAATAGTTACTATGCAAGAAATAGCAGAAGAC +CTTCTTCACCAACACTTCAATACTATACATACTTCTATATCTAATATATGCAAGAACCTT +AATGGTTCAGTCCTTGTAAATTGTGACGAAGAAGTAACAGGAAGAGTTGTTACTTTATCA +TTTAACATGGATGCAGTAATGGATGTACTAAGCGAAGGTGATATCGCTATAGTTGGTAAC +AGATCTGATGTTATAGAATATGCTATAGACTCTAAGGTTAAGCTTTTAGTTTTAACTGGT +GGGGCAACTATAAGTGAGGAATTAATAGGTACAGCTAAACAAAATGGTGTGTCTGTAGTA +TCAGTTGAATGTGATACTTATAAAACATCTAACATAATAAATCAATGTAATTACTTATCA +GAAATAATCATTAAAGATAACTTAGTTGTTTTCCATGAAAATGATTACGCTGATGATGTA +AAAGAAACTATGTTAAACACTAACTTTAGAGCTTATCCTGTAGTAGATGATAACAATAAC +TTCTTAGGATTAGTTTCTAGAAAGCATCTTTTAAACCCAACTAAGAAAAATGTAGTATTA +GTTGATCATAACGAAGCTGCTCAAAGTGCCGATGGTATTGAAGAAGCTAACTTAGTTGAA +ATAGTTGATCATCATAAAATAGGTGGAATATCTACTGATGTTCCTGTGTCTATAAGAGTT +ATGCCTGTTGGATGTACTTGTACTATAATTTACAAAATGTTCAAAGAGCATAATGTTGAA +ATACCTAAATCTATAGCTGGTTTATTATTATCTGCTATATTATCAGATACTTTAATATTT +AAATCTCCAACTACTACTGAATTAGATAAACAAGCTTGCGAAGAATTAAGCAAAATAGCT +GAAGTTGATATGGAGTCTTACGGAATGGAAATGTTCAAGTTCGGAACTTCTTTAGATGAA +TATAGCATAGAAGAAATCGTAAATATGGACTTTAAAGAGTTTAACATGAGCGGAAAAAGA +GTTGGTATAGGTCAAGTATTTACTTTAGATATAGATTCTATATTTGCTAAGCAAGATCAA +TTCTTATCTTATATAAACTCTACTGACTATGATATGTTAGTTCTTGCTGTAACTGATATA +ATCAAAGAAGGTTCTTACTTAATATACAAGGCAGAAGATAAGTTAATTTCTGAAGCATTC +AATGTAGAAGGCGCTCAAGGAGTATTCGCTCCAGGGGTAGTTTCTAGAAAGAAACAATTA +GTACCAAACTTAACAACTGCTGTTAGAAATATGTAA +>pspA_1 +ATGAGTTTCTTTAAAAGATTAAAAAACGTAGTAAGTGCAAAAGCAAATAAGGCACTAGAA +AAACACGAAGATCCAATTGAACTATTAGAATTGTCTATAGGAAAGAAAGAAAAATTATTA +ATAGATGCTAAAAAACAATGCGCAAATTTTATTGCAACAGTAGATAATATAAGAAAAGAT +AAAGTAGAATTAATAGAAAAGGCTAGTAAGTATGAGGAAGCTACAAAAGCAGCTATATTA +AAAGAAGATACTGAAAAAGCTCAAAGTTTTGTTAAACAAAAAATTGAAATAGAAGAGAAG +ATATCTCAAACTGATACTAGAATAAAAGAGCAAGATGAAAAAATTCAGTTAATTAAAAAT +AGAATACAAGAGTTAGAGATAGAAATATCTAAAATGAAATCTAAAAAACAAGAGTTAGCT +ACTAGACTTGATGTTGCTGAAATAAGTAATGAAATAAACGAAACTTTAGCAGGGCTTAAC +GATGATCATGGAATAAACCTAGATGAATTAGAAAAGAAAGTTTCACAAAAAGAAAGTTAT +GGAAAAGCATTAGAGGATTTAAAGCCTAAAGATGAAGATGCTATGTTATATGAATATATA +AATAGCTCTCCTGCTGTTGATTCAAAAGTAAGTGATGAGTTAGAAAGAATTAAAAAAGAA +ATGGAAAAATAA +>group_291 +ATGAATAAAAAAGTAACGCTAACAATTGTTGCACTTTTAGTACTTTTAGTAGGATTCTTT +GGAATAAAAGCTATAACTAATAAAGATGTACAGCAAGGAAGTAAAACTATAAGCATAGAG +ATTGTATCTAAAGTAGATAATTTAAATGAAAAGGTAGATATAAAGACAGAGGAAGAAAAA +TTAGGACCTGCTTTATTAAATGAAGAAGGTTATAAAATATCAGATGGAATGGTAACTACA +GTTAAAGGTATAGATTTAAGTGGTAGTACTTCTGAGTATTGGCATATAACTGTAAATGGA +GAAGATGCTCAGGTAGGGGCGAATGACCAAGTAATAAAAAATGGAGATACTATAAAATTT +GAAAGAATAAAATTCAAATAG +>group_1214 +ATGGCTGTAGCTAAGAAGATTTTTACTTTATCAGAAGCGATAGAGGTATGGATGGAAGGT +CTTAGAAGATTATTAATAACTTGCGTTATATTAGTTTGTGCATGGTCATTAAGTTCAGTA +ATTAAAGAATTAGGAACGGCTAAATATCTAATAACATTATTATCAGATACTATTCCAGCA +TTTTTATTACCAAGTATAATATTTATATTAGGTTCTATTATATCCTTTGCAACAGGAACT +TCTTATGGAACTATGGGAATACTCATGCCACTTGCAATACCATTAGCTTATTCTATTAAT +CCAGAAATGTCATATATAATAGTAGCTACTAGTGCAGTATTAACAGGAGCAATTTTTTGT +GATCACTGTTCTCTTATTTCAGATACAACTATATTATCATCAATGGGAGCGGGATGTAAT +CATATAAATCATGTCAAGACACAAATGCCCTATGCATTATTTACTGCAGCTATAACGATA +ATATTGGGATATATACCTGTTGGATTAGGTCTTCCTATTTATTTAGGATTACCTCTCGCA +ATATTAGCTTTATTTATAGGCATGCAAATAATTGGAGAGAAAGTTGAATAA +>yjjP_2 +ATGTTTCAAGTAGAAGAACCTGAATATAAAAAAAATATTCTAAGGCTTGCTTTATTCATA +GGAGAGCTTATGTTATCTAATGGAGCAGAGACTTATAGAGTGGAAGATACAATAAAAAGA +ATTTGTAAATCTAGAGGTTTTAATCATGTAAATGTCTTTACTACTCCTACAGTAGTAATT +ATTTCAGATGATAGATTTGATGGATATAGTTTTATGAAAACTATCAACCGTAGAGCAATC +AATTTAGGTAGAATTGCATTGCTAAATGATTTTTCTAGAGATTTTGTAAAAAATCCAGAA +ATGACTGTTAAAGAATCTATGGTTAGATTAAAGCAAATTGCATCATTCAAAGCTTATCCT +ACTTGGATTAATTATATGTTTACAGGAATAGGGTCTGCATCATTCGCGTACTTGGTCGGT +GGGAACTCACCGTTTGACTTTTTATTAACCTTCTTGGTTTCTATAATTGCTCAAATGGTT +TATGACCAGTTAATCAAGATTAGTTATATTCCAAGCTTCTGCTGTTTAGTTTCATCACTC +TTAATGGCTGCTTCTGGAGTTGTACTTACTGAATTAGGATTTTTAACAACTCCTAAAATG +CTTATAGTCGGTTCTATAATGCCTTTACTTCCTGGGGTTCCTTTTATTAAAGGTGTTCGT +GATTTAATCGCAGGAGATTTAATGTCTGGTGTTGTACGATTCTTTGATGCAACTATTATA +TTTATATCAATTGCAGCTGGTGTTGGGTTTGTCCTTGAATTTTGGTTTAGAATAGGAGGG +GCATTATAA +>group_1543 +ATGAAATCGAGATTACTCTTAGTTATGATTTCTATTATGGCTTGGTTAATTAATGGTATA +TTTGTTTATATTCAAATAAAAGACTTTGATAAAAACTACATTGAGATGAGAAAGAATGGG +GAATAA +>group_292 +ATGAATAAGAAACTTTCCATATTTGCAATAATCTTAATAATAATTGGATTAGTGGGAACT +ATTTGGTCAGGTATTAATACAATGCCTTACTTCATGAGTGAAATATCAAAAGCAGAACAA +GAAGCTATGAAAGAAGAAACAGTATATAATGAAGATCTTCTTGATGCTAAGAAGGTTACT +ATTTATACAGCACATAGTAATGTGACAATAAAAAGAAATAATGAGAATAAAGTAAGAGTA +AATAGAATAGGTAATCTAGATTACGCAAGATATGATGTTAATAACAATAAAAGTATATTA +ACAATAAAAGAAATTGAAACTAATAAAAACTATTATATTAAGCAGCTAGATTTCAAGAAG +TTATTTAACGATGTAATTGAATCATTAGTTTCAATACAAAATGAAGGTATTATAGTTTAC +TTACCAAATAATGTAGATTTAGAAGTAATTACAGTCAGTGGTAATTTAAAAGTAGAAGGT +GATATTGAATCAAAAAAAATAGTGTTTAAAACATCTGGTGGAAGAATATCTTTACCTAAA +GAAGTAAAAAATATCGAAAATTTACAAATATTAAGTTCGAGTAGCATATATTTAGATGTA +GTGGAGCTTTTAGGAGTTCGAGATGTAAATGTTGAATGTAACGATTTAACTATATACTCT +AATGAAAATTATATGTTTATAGATAATATTGAAAATTATATACCATTAAATTTAGATATA +AGCCAATATAATAGTGAGAATTATGGTTCTAGTGTGCATGTACAAAGTAATATACCTGTT +TCAAAAAATCTTAATATAAAAGGGAATGATAACTCTGTGTATTTACAAATTCCTATAGAA +AAATATAAGATGAATTTTGATGTGAGCGTATCTGAAAATATATATTTAAATAATAATATA +TTTACTGAAAATGCTATAGTGGGCAATGTAAAGCAGATAAAAGGAGTCCTAAATAAAGAC +TTAGAAGATTTAGATGAACAGTATAATGTAAATGTAAAATCAGCTAATCTTGAAATAAAC +TAA +>dctM_1 +ATGGAATTAGCATTACAAACAGGATTAACTTTATTAGCAGTATTTCCAGTTTTATTATTA +ATAGGGATACCGATATCAGTTACAATAGGAATATCTTCAGTTATATCAATATTATCAGCA +CTACCTTGGGAAAATGCTGTTTTTACAGCATCTCAGCGTATATTTACAGGGATTAACTCA +TTCTCATTATTAGCAATACCATTCTTCGTATTAGCAGGGATAATAATGAATAATGGTGGT +ATAGCAATAAGACTAGTTAATTTTGCAACATTATTATCAGGAAAATTACCAGGGTCTCTT +GCACATACAAACGTTGTAGGAAACATGTTGTTTGGAGCTATAAGTGGATCTGGAACAGCG +GCAGCAGCAGCTATAGGGGGTACAATGGCACCTCTTCAAGAGGAAGCTGGATATAATACA +GATTATAGTGCGGCAGTTAATATAGCATCTGCACCTACTGGTTTATTAATACCTCCAAGT +AACTCATTAATAATATACTCGTTAGTTAGTGGAGGGACATCAGTTGCAGCATTATTTATG +GCTGGATATATTCCAGGTATATTATGGGGATTAGGAGTTATGGTCGTTGCATTCTTTATA +GCTAAGAAGCAAGGATATAAAACTAATAATGAAAAAATAACATTCATGCAAGGCTTAAAA +GTATTTTTTGATGCATTACCAAGTTTATCACTAATTGTAATAATAATAGGTGGTATAATA +GGTGGAATATTTACAGCTACGGAAGGTGCAGCTATTGCAGTTGTATATTCTTTATTATTA +GCAATGTTCTTATATAAGTCTATAAAATTAAAAGATATACCAAGAATATTATTAGAATCT +ATAAATATGACAGCTATGATAGTATTCTTAATAGGGGTTTCTTCTATAATGTCTTGGGTA +TTAGCATTTACTAATGTTCCAACATACATAACAAATTTAATATTAGGTGTATCAAATAAC +CCAATTGTAATACTATTAATTATGAATATACTATTATTAATAGTAGGTACTTTTATGGAT +TTAACTCCAGCTATATTAATATTTACACCAATATTCTTACCTATAGCTCAAAACTTAGGT +ATGGATACAATACAATTTGGTATAATGTTAGTATTTAACTTATGTATAGGTACAATAACA +CCGCCAGTTGGAAATACTCTATTTGTTGGATGTAGAGTAGCTAAAACTAAAATCGAAGGG +GTAATAAAAAATATATTACCATTCTATATATCAATATTTGTCGTTCTAATGTTAGTAACA +TTTATACCACAAATAAGTTTATTCCTTCCTAAAGTTATGGGAATGATAGAATAG +>pdaA_2~~~pdaA_3 +ATGAATAAAAAAAGTTTTAAAAATTATTATATATTAGGTATATTTTTACTCATCTTTTCT +TTATTGATTATACCTAATTTTTCATTATTTAATAAAATTAAAACTCAAATATCTTCTCCT +GATCTTAGCACTCATGAATACAGCTGGTATTTTAATCCAAGGGAAGATGGAAAACAACCA +ACTGCTATACAGGAAGCTAACTTTTTTAATAAATACGATTCATATTATGTAGGAGATCCT +AATGAAAAGGTAATATACTTAACTTTTGATTCAGGATATGAGAATGGATATACAGACACT +TTATTAGATGTTCTAAAGAAGCATAACGCTAAAGCTCACTTTTTTGTTGTAGAAACATAT +ATAAAATCTAATCCTGATATTATAAAGCGTATGGAAAAAGAAGGACATTTGGTATGTAAT +CATTCAAAAAGCCACCCTTCTATGGCTAGTATACATGACTTCGAGAAGTTTAAATCAGAA +ATTAATAGCGTAGAAGAAGCTTATAAAGAAGTAACAAATAAAGAAATGCCAAAATACTTT +AGACCTCCAATGGGAAAATTCAGTGAAGAATCCTTAAAATATACAAAAGATTTAGGATAT +AGTTCTATATTTTGGAGTTTTGCTTATGTAGACTGGTATAACGATAAACAACCTACTCAT +GAATTTGCTAAAAATAAAATTTATTCAAGAACACATCCTGGGGCAATAGTTTTACTTCAT +TCTAACTCCAAAACTAATAGCGAGATATTAGATGATGTACTAACACACTGGGAAGAGGAA +GGTTATAGATTAGAGACTCTTGATTATTTAGTCAAAAACAAATCAAAAAAATAA +>dgcE +GTGTTTCAAGTAAGCGTATCAGAAGAATATGATAGTCAAATAAAGCAATGTATAAGTGAT +AGAAAAGTTCACAAAAGTGAATCTATGGTAAACGGTAATTATATGGAGTGTCATATGTTT +CCTATAATAGATAAAGAGGGAGATCTTAATGCGGTCGCAGGGATACTGATAGATACAAAT +GATAGAAAAGAAAGAGAAATAGAAGTTAATAATCAAAAAGATATTTTAAGAACAATTATA +GATTCAGTTCCAGAAGCTATTTTTTATAAGGATAGAGACAGTAAATTTATAGGATATAAT +AAAACATTTGAAGAATTTTATAGAAAAAGAGGAATAGCAGATATAGTAGGGAAAACAGAT +TTAGATATTTATGATGATAGCAACGTAGCCCAAACTTTTATAGATCAAGATAAAGAAATT +ATTTGTAGTAAAAAAACTAAATACTTTGAGTGTAAATTTAAAAATGAGTTGGGTCAAGAA +GTAATAGAAGAAAACTTAAAGATACCTGTAATCAATAATGATGGAAATGTATGGGGAGTA +GTAGGTCTATCAAGGAATATTACAGATAGGAAGAAAATAGAGGAAAAATTAAGATATCTA +AGTCAAACAGATATGCTCACAGGTCTTTATAATAGATATAGCTTTGAAGAAAAAATGAAA +GAATTAAACCATGAAAAATATCATCCATTAGGAATTATCATGGGAGATGTAAATGGATTA +AGAATTATTAATGATACTTTTGGACATCTAGAGGGAGATACTTTATTAAAGGAAATAGCT +AAGGTACTGAAGGATTCATGTAGTGAAAAAGGACATGTATTTAGATGGGGCGGAGACGAA +TTTATGATACTAGTTCCGAAATGTGATGAATCTAATTGTGAAAAAATTATGAAAAAAATA +ATAAATAATTGTAATAAGTCTAACTATGATTATATGCAACTAAGTGTAGCTTTAGGAGAA +ACTGTAAGATATACACCAGATGATAATATTTATGACTATATAAAGAAGGTTGAGGATAAG +CTATATAGACAGAAATTATTACAAAGTAAAAGTGTAAGGAGTTCTATATTAGAATCATAT +AGAAAATTGTTAAAGGCGAAAAATACAGATACGAATAGACATACAATTAGAGTTGTAGAA +TATGCAACTGAAATTGGAAAAAAAATGAACCTTAAAACGTCTGATTTAGACGAATTAATT +TTGTCAGCAGAATTACATGATATAGGTAAAATAGGAATTCCAGAAGATATACTCTTAAAA +CCTAGTAAATTAAATGATGAAGAATTTGAAATAATGAAGAGTCATGTTGAAAAGGGATAT +AGAATAGTTAACTCATTAGGTGAATTAGGAAGTGTAGCAAAGAACGTTCTTACTCACCAT +GAAAAATGGGATGGTAGTGGATATCCGTTAGGATTAAAAAAGGAAGAAATACCGTTACTT +TCTCGAATTATAGCTGTAGCAGATTCTTATGATGCTATGGTACATGAAAGAGTGTATAAA +AAGGCTATGAAAAAAGAAGATGCAATAAAAGAGTTAAGAAGATGTTCTGGGACACAATTT +GATCCAGAAATAGTAGATATTTTTATAAATAGTATAGAATTAAATATATAA +>group_293 +ATGATAGTTGAGGCAAGTTTATGTAAATCAAAAGAAATAAAGAGAATTGAAGTTGAGAAC +ATCAATAAGTCTTTAGAATTTTTAGAGAGTAAACTTCTGACTAAATCTGAAGTTAAAAAA +GCAATAGAAGCTTCTATAACTCAAATAGATGCTAATATGGAATATTTTAAGGAAAAATTT +CCATCATCAGCTACTAAAGAAAATAAGTATGAAATAATAGAAAATATAGAATGGACAGAT +GGTTTCTGGACAGGACTTTTATGGTTAGCTTATGAGTATACAAATGATAATAAATATAAG +GAGTTAGCTGAGAAAAATGTAGCATCATTTAAGAATAGAGTAGAAAAAAATATTGAAATA +GATCATCATGATTTAGGATTTCTTTATTCATTATCTTGTGTAAGTGGATATAAGATAACA +AACTCACCAGATGCGAAAATAGCATCAATAAAAGCAGCTGATAAATTAATTTCTAGATAT +CAAGAGGTTGGTGGATTTATTCAAGCTTGGGGTGAGCTAGGACATAAAGATCACTATAGA +TTTATAATTGATTGCTTACTTAATATACCACTTTTATATTGGGCTAGTGAAACTACAGGT +GATAGCAAGTATAGAGAAATAGCTAATACGCACTTTGTAACATCTTGCAATAATGTAATA +AGAGACGATGCATCAGCGTATCATACTTTCTATATGAATAATGAAACAGGAATGCCCCTA +AAAGGTGTAACTAGACAAGGATATAATGATGATTCATCATGGGCTAGAGGTCAAGCATGG +GGAGTATATGGAATACCTTTAAATTACAAGTATACTAAGAATGAAAGTTGTTTTAATCTT +TATAAGGGAATGACGAATTACTTCTTAAATAGATTACCTGAAGATAATGTATGTTATTGG +GATTTAATATTTAAGGATGGAGATGGTCATTCAAAAGATTCATCTGCAGCAGCTATAGCA +GTTTGTGGAATGCATGAGATGAATAAGTATTTACCAGAGGTAGATGAAGATAAGGAAGTA +TACAAATACGCAATGCATAACATACTTAGATCTTTAATTGAAAATTATACAAGTAAAGAA +GTTGCAAAAGGTAAACCGATTTTATATCATGGTGTTTACTCTTGGCATTCAGGTAAAGGT +GTAGATGAAGGTAATATATGGGGAGATTACTTTTATTTAGAAGCCTTAATGAGATTCTAT +AAAGACTGGGAATTATATTGGTAA +>mreC +GTGATTATCTTGAAATTTAATAATGATAAAAAGGACAAAAAAAAGATTAATGTAAAAGTG +ATAGCAACGACGACAGTTGCTATCACTTTAATTGGAATTGTGGGAATATCAATTGGTAAA +TATTCTGGAAATAATCCGATTAATTTAGGTTTAATACAAGAGGGTGTAGCTTCGATTGAA +AGCAGTTTTAACAAGGGATTTATGTTTTTAAAAGGTAATTTTAGTGAGATTTTAAATTAT +AAAAAGAACGCTAATAAATTAGAAGATTTAGAAAAAGAAAATGAAAGTTTAAAACAAGAG +ATAGTAGAATTAAACAACAAAATAAGTGAAAGTCAATCAATACAAAATTTAAAGAAAGCA +CTAAATTTTATTCCTGAAGATTATAAAGCAAATATGATATCTGCTAGCGTTGTTAGTAAG +AATGATGGAAATTGGTACACTAGTTTCGTGATTGGTGCTGGTAGTGATGCTGGAGTTAAA +AAAGATAGTTTAGTGATGAATGGAAGTGGCTTAGTCGGTATAGTATATGAAGTTTCTAAA +AACTATAGTAAGGCAATTTCTATACTTGATACTAAATCATCAGTAAGCTTTAAGCTACTA +AAAAATTCAGATTATAAAGGTGTAATTACACAAGATACAGATATTAGTGGTAAAGAAAAA +TATAAAGAAAACGGATACTTACAAGGGTATATGTTTGATTCATCATATGATGTTTTACCA +GGGGATACTTTAGTTACTTCTGGATTAGGATTATACCCAGAAGGGATATTGATTGGGAAG +GTAGATAAAGTAATTGATGATAAGAACAAATCTTTAAAATACGTAGTTATAAAACCATAT +GCAGATTTTAAAAATATTGATGATGTTATCGTTATAGAACCAAGGGAAAATAATGACATA +GGATAA +>group_295 +ATGGACGAAAAAAAAGTAAATGATAGATTTATTATTATTAGAAATATGTTATTAGTAGTA +TTTGCAGTTATCTTAGTTAAAATACTATATATGACTGTATTTAAATATGAACATTATACT +GAATTAGCTGAAAACAAAACATACAAAGAGCTGCCTATAAAAGCTCCACGAGGAGATATA +AGGGATAAAAATGGGAAGATTTTGGCTACAACAAAAAACCAGTTTACTGTTCAAGTTTCA +GCAGATGGTATAAGTAAGACCGACTCAAATAAAAATAGTATGGCTAATGAGATATCCTTA +AAATTAATTAATCTTTTAGAAAAAAACAAAGAAGAATATAAGGATGAATTTCCTATATAT +ATTGAAAATGGGAAATATTATTATACGTACGATAAGGATATAGCTGAATATAAAGATTCC +GAAGGAATTCCACAAAATTTAAATGCAAAAGAAAGTTTTTATTATTTAGTAGATAAGTTG +ATTGAGGAAGGTGTTTTATCACAAGAAGATAAGAGACTAGAAGCATCAAAGTTACAAGCT +AAATTAAATAAGAATGGAGAATACCCTCCAATTCTTGTTAGCAAATGGGTATTTACTCAA +GAAAAAAATAAAATAGATTGGCTAGCATCATATAAAATAAATGAAAAGGATATTAGTGCT +AAAGATGCTTTTGATAAGATAAAAGATTATTATAGTGCTAAAACTGGTAAAACAAAAACT +AGCATGCCATTAAATGAAGGTATGAGTGATGCGGATGCTAGGAAGGTACTTGTAGTTAGA +GATTTATTGAAATCACAAGGTTATTCTAGATATAATCCGGTGACAATTGCTCAAGATATA +AGTGAATCGACTATATCTCAAATTGAAGAAAATCTTATGGAGCTGCCTGGTGTATCTATA +GCAAATGAACCTGTTAGATATTATCCTAATGGAACACTTGCAGGACATATTTTAGGTCAT +ATAGGAAAAATTCCTTCTACTAAAGAATCAGAGTATTTAGAAAAAGGATACTTAAAAAGT +GATTTAGTAGGATTAGCAGGGATAGAAAAAAACTATGAAAGTAAATTGCGTGGTACAGAT +GGATACAAAAAGGTACAAGTTGATGCTGTTGGTAAAATAACAAAGGAAATTGAAGTATCA +GAGCCAAAATCAGGAGATACAGTTTATCTAAGTTTAGATAAAAATTTACAAGAAGTTGCA +GAAGACTCTTTAAAGAGAACTATAGAGTATGCTAGAACTGGTGGTACATTTAAGAGTCAG +TATGGAGATAAAAGTGGTGGTGGTACTGCACCAAATGCAAAATCAGGTGCACTGATTGCA +ATAGATGTTAACACTGGAGATGTATTAGCTTCAGTTAGTTATCCATCATATGACCCTAAC +TTATTTACAAAAGGTAGTATATCTTATTCTGAATATGCTGACCTTGAGCCTGAAAACAAA +AATGATTCATTATCCCCAAGTAAATTGTTAAATTTAGTTACTCAAGGTGTATTCCAACCT +GGTTCTACATTTAAAATGATAACAGGTATGGCTGCTTTAGAAAATGGGTTAAATCCTAAC +TATGCTATAAATGATCCAGGTATGATAAAATATGGAGAAAGAAAGTTTGCAGATTATATA +TGGCATAAATCTAAGCGTAATCATGGCATTACAAATTTATATAAAGCTATACAAGAATCT +TGTAATATATACTTCTACACAATAGGTACAGGTAAGTACTTAGGTACTGGTTCAGATTTA +GGTATAAATATGGGACCAGATAAAATTTTAGAGTACGCTAAATTATTTGGATTAGATGAA +GCTACAGGTTTAGTTGATGAAATAGAGGAAATACCAGGGCATGTTCCAACAACAGAACAA +AAGCTTAAATCAACACAAACTTTATTAAGATCATATTTAGAAAAAAATATGGGTGAAGCC +TTTACTGATATAACAAAAGAGAAAAATCCGAAAGAATTTGAAGCTAGGATTGATGAAATT +GTAGGATGGGCTGCTGAGGAAAATACACCAGGTAGAGTAGAAGTTATAAACAGATTAATT +AAGTTAAAAGTTAAAGAAGATTTAGCTGAAGGTTTTGCTGATAATATAGTTTTCAACTAT +CTTAAGTTTGCTAAATGGGGTACTGCTGATACATTCAACCTTTCGATAGGACAAGGTGAA +AATGCATATACTCCAGCCCAGATGGCTAGATATGTAGCAGCTATAGCTAATGGTGGTAAT +TTAGTTGAATTATCTGTAGTTAAAAAAACTATATCTAGTGATTATAAAACAGTTGTTGAA +GATACTAACAAATCAGAAAAAATAGATTTTAAAAATAGTGATAACCTAAAAGATCTAGTA +CAAGGTATGAAACAAATGGCTACTTTAAGTAGTGCTAAATCTGTTTTTGGAACATTGCCA +GTATCTGTTGCAGCTAAAACTGGTACAGCTGAAAAAAGTGGTAAAATACCTACTTCTGAT +GAGTATCAATATTTAATTGATCATATGGGAACTTATGGTGTATCAAAAGATGAAGCTATA +GCTCTTTCAGAGGAACTGATAAAAGAAAGAGAAAAAGAATTGTCAAAAGAAAGAGAAAAT +GAAATTAAAGAGCAGTTGAAAGATAATAAATTAGATGAAAAAGAAAGAAAGTCATTAGAA +GATGAATTAGCTGAAGGTGTAAGTGTAAAATTAGATTATGATAATGATAAACTAATGGCA +TCTTATTTAAGAAAAGCTATACAGCAGTTAAATCCTAAGGCTACTGATACTGTAATAGAT +AAATTTAAATCTGATTATGATGCCTTTGCATGGACTGTTGCTTTTGCTCCGGCAGATGAT +CCAGAAATAGCTGTTGTAGCTATGATACCTCAGGGTAATGAGAGTTCATATGCGTTATTA +CCTGTAAGAGAAGTAATTGGAGCTTATATGGGATTCAATAAAGACACAGAGAAAACGACT +GATAAGAACACAGATGAAGATGAAAATACTACAAATGAAGAAAAAAATATAAATTTTGGT +TCACAAATCAAAAATTAG +>group_561 +ATGAGCTTATACTTAGGAAAAATACATTACTGGCTATACAATAAAATATTATGGTTTGAA +GGACTAGAGGATGAAATAATAAGGGTAGCTAAAGAGGAGAAGTTAGATATTGATAAATTA +GCAAAGGAGGCAAATAAAAAGTTTGGAGAAAAATTACCGAATAAACCTTTAGAGGAAATT +ATAGATACTAATAATATACACGGATGGCTTCAAGATAGAATTCATTCTTCAGAAGGTAGA +ATGGCATATTGGATAAGAATAATCCTTAAAAATGATAAAGATAGTATTAGTAAAATAGAA +AAAGCATATATAGATCAAGGTATTAAGGCAGGCAAAGAATGTTTAGCTGAAGGGATAGAT +TTATCTAATGCAAAAAATATATACAATAAAATAAATGACTATATTTTAGATGGAATGCCA +TGTGATAGAGTTAATGAGATTTTAGAGTCTAATGAAGATATTGTAAGTTGGAAGAGACGA +ATTTGTGTTCATAAGGATATCTGGAATGATGAAGTTGAGCTATTTTATCAATTAAGAAGT +TTGTGGATTAAGTCTTTTATTAATACTGTAAATAATGAATTCAAATATGTTGAAGATGAT +GGTGTAAATAAGATAGAAAGAGTTCAATAA +>group_294 +ATGCACAAAAGAAAAATAGCAGCCTTAACTATGGTAGCAATCATTTCAAACTTTTCAGCG +AGCACTGTAGGTGTTTTAGCACATGAATTGGGGGGCAATAATGTAGTTCAAAATATATCA +GATCAAAATAATCAAGATATACAATCAAATCAAGCTAAAGTAAGTAAATTTAACTTACTT +AATAGCAGCTATTTAGAAGAATATAATAAATCTTTTAAATTAGATAACTCCAAAATAATT +TCAATAACTAATAATGGTGGACACTATGAATCATCAGTAATATCTAAAGCTATAGATGAA +AATTTTAGTACCCATTGGGAGACTAATAATGTTAATAGTTCAAGTTTTGAAAATGAGGTA +ATACTTACACTAGATGAAGTTACAAGCTTAAACAGAATAGTATATGGAGCAAGACAGGAT +TCAGCTAAGGGTAAAGGTTTTGCTCAAGAGTTTGAAATATATGCTTCACTTACAGATGAT +GGTGATGATTTCACTTTAATAAGTCATGGAGAATATACAGGCTCTACTTCAGATATAGTT +GAAATAAAATTTAACCAAGCAGAGTTTAAAAGAATAAAGTTTAAGTTTAAAAAAGCTAAT +CAAGATTGGGCATCAGTTTCAGAATTTATGCTTTATAGAGAAGATTCATTATCTGATGCT +ATAAACAATATATTTACAGATGGTACAATGTCTAAACTAAAAGATGAATATAAGGATATA +GATGTAATAAATAATTTAGAAAAAGAAGTTAATAATCATCCTCTAAAAGATGAATTAATG +CATGATATAGATTTAGCAAAAGAAGTTTTACAAGGTGATAAAGACTATTCAGATAGAATT +TTCACACTTACACAATATGGTGATACACATGCAAAAGCAAAAAATAATTTACAAATGTCT +ACTTTTGGTACAGACTTACAATCAACTGGCATAGTAGCAAAACCAGGAGAAGAGTTTACA +ATATATGTTGAAGCAGAAGATGGAGCACCACTACCATCAATTGCATTTACTCAACATGAA +GGTTTCTACTCAAACTGGATAAGACAGTATCAATTAAATCAAGGTAAAAATGTTATAACA +GTACCAGAAATTTATAGTGATTCATGGAGTAATAAAACTGTAAAGGGTGGAGCAGTATAC +TTAGTGAATAAGTACACAAAAGAACAACAAGGAAAAGCTCCAGTTGTTCGTATTGAAGGT +GGCGAAACTTTCCCATTATATAACTTGGGAGATGATAAAGAAGCATTCATAAAAGAATTA +AAAGAATATAAGGAAAAATTAGGAAAATATCCTGAAAATACAGTAGATATATTTGAATTT +AACAGTACTAGATTGCTATACACAGGAACTGCATCAGCTGCATATAAGGTATATGTAGAA +GAAGGTGTAGATATTGGTGAAAGTGTGGATAATCTAAATGGTCAAATTCAAGATGCATTT +GAATTCTCTGGGTTAAAAGATGATGAAACAGACCCAATTAATGACTCTACAAATGTTAGA +ACAACCATAAGATTGATGCAACCTTATGGTTTAGCATATGCTTATGTTGACCATGTTGGT +ATACAAAGAGGTTATGAACAATCGATGTTAAGAACTGATAGAGACAGTCTAAGTTCTGTT +TTATGGGCTACCGTACATGAAGCTGGTCACCAAATGGATATTAGTGCTAGGGAATGGCCT +GAGGTTACAAATAACATGTGGGCAAACAGTGCTCATATAAAAAATGGAATGGGAGATAGG +GTTTCTTACAGTGATTTATATAAATATCTAGCCCCAGAAGAGTCATTAAAAGGATTTGAT +GATTTTGACTATTTCCAAAAGTTAGGTATGTTTTGGCAATTACAATTAAAGAAAGATACT +TATTGGGCAGAGTTAGAAACTCTATATAGAGAAAGAAAACCTAGACCAAGAAATGAACAA +GAAAAGAAGGATATACTTGCAACTTATTCTTCAGAAGTTCTAGGTGTTAACCTAACTTAC +TACTTTGAAAAATATGGATTCACGTTATCTGATAAGTGCAAGGAAAGTTTAAAACAACTA +CCAGAGTCAAAGGATAAAATATGGTACTTAAATAGCAATGTTATGGATTATGAAGGAAGT +GGATTTGATGGTATTGATACAGGTTTAGATGTATCATTATTAAAATCAACTTCTGGAATA +AAACTAAGTATGAGTATAAATGAAAATGCGAAAGATGATTTACTTGGTTATGAAATACTA +AGAAATGGAAAAGTAATCGCATTTACTACGGGAAGTACCTATATAGATAAAGATGCAACA +GATGACAATAGCGAATATGAAGTAGTTCCTTATGCAAAAGATTTAACAGTAGGAAACAAA +GTTCAAATAAATTCGTTAAAGCCAAACATAAGTATTCAACAAGAGAAAGTAACTTTAAAA +AGAAGAGAGCAATTTAACGCAAAAGATTATGTTAAATGTTTTACCTATTTAGGTGAGGAC +ATAACATCAAAATTAAAAGTTGAAAGCAATGTAAATACTGATAAAAACGGAGTTTATCAA +GTTAAATACACATTAACCAATGAAGAAATAACTGTGGAGAAAAGTTTAGAAGTAGAAGTA +GTAAGTGACTATGATTACTTATCAGATTTCAAGTGGACATCTGTAAATACTGAGTGGGGA +ACTCCAAGAAGAAACAGCAACATACAAGGAATGGTACACGGAGAGGTAACAACATTCAAA +AATGGTATCGGAATACATGCAAATGGAAAAATAACTTACGATTTATCTGATAAGGAATAT +GACAACTTTGAAGCATTAATTGGTGTAGACACAGCTATAGGAGAAAATAATAATTCAAGT +GTAACTTTCAAAGTTGTAGCAGATGGAAAAACTGTAGCAACAACAAATACTATGAGTTAC +TATGATAACCTAGCCTATATAAATGTTCCAGTTTCTGGAGTTAAAGAATTAGTAATAGAA +GTACATGATGGTGGCAATGGAAATACAAGTGATCACTGTATAATAATTAATCCTAAACTA +ACAACAAGCAACGGTAAACCGAAATTCAAAGGTGACGAGAGTGTAGCATTTAACATAAAT +GAAGAAATTGATTTAATTAAAGGAATAAGTGTTACAGATGGTGAAGATGGTGATTTAACT +TCTAAAATAGAAGTAGAATCAGATTATGTTAAAGGAAATACAGGTATATTTAACGTAACT +TGTTCTGTAAAAGATAGTGATGGAAACAAAGCGCAGTTTACAAGAACAGTCGCAGTTACA +GATAAAGAAACTTACTTATCTGATTTAAATTGGAAATATGCAACAATAGGTTCAGGTTAC +ATAGGAAAAGATAAATCAGTAAGAGAAGAATCTATAAAACTTTTAAATGAAGATGGGTCT +GTTGAAGTTTTTAAAAAGGGTATAGGAACTCACGCTTACTCAGAAATAGTTTACGATTCA +ACAGGTTACGATATATTCGATACTTGGGTTGGACTTGACCAATTCGTAGCAGGTCAGCAA +GCATCAAGTGTTGTATTTAAGGTATACGTAGATGGAGTTTTAAAGGCAGAGACACCTATT +ATGAAATCAAATACACCAAAACAGCATTTAATTGTGGATGTTAGAAATTCTAGCGAAATT +AAACTAGTAGTAGATGTAGCTGATAACGGAGATACTTGGGATCATGCCGACTGGGCAGAT +GCTAAATTTAGAAATTTTTCTGAATTTGATTTAACAAAATTAGAAGAAGTTTTAGAAGAA +GCTAGGGCCTTAGATTTAGGGAATTACACTGAAGAATCTGCAAAAACTATAAAAAATGCT +ATAGAAAATGGTGAAAAAACTTTAAGTTCTAACAACCAAACTAAAATAGATACAGCAGTA +GAGATGATAATAGAAGCAATCAATTCTGCGGTAGAAATAGACTTAAGTCAAATAATACAA +ATAAAAGATAAAAATCTTAAATTGAGTATACAACAAGAACTTGGTCTACCAGGTGAAGTA +AGATTAGGTGATATGAGGGAGCTTGTTTCACTAACAGTTAAAAATGTTCAAAGCTTAGAA +GGTTTACAATACGCTGTGAATCTAGAATCACTAAACATAGAAAATAACAAAATAAAAGAT +TTATCACCATTAAAAGATCTTAAAAAATTGACAAACCTAAAGGCACACCCTCAAATAATA +ACAGAGGATTTGGTTTTGGCAAAAGATAAAAAAGTAACTGTAGACTACGATGTTTTAAAC +AGAAATGGTGAAAAATTAAATCTAACATCTATAATCATAAAAGATAATAGAACATGGAAC +TTAACAACTTTAAATGTAGAGGAATGCGTAGATGAAAATGGAAAAATATCATTTAACACA +GCAGATTTTTATTCGGGGATACATACTGTTTATATGACATACGAAGATAAAGTCGATAAT +TACACAACACAGATTACATTTGTTCTTGATACTAGGGAAAGATAG +>group_1472 +ATGAGTAATTTAAATATATGTATTGATATAGATGGAACAATAACAAGTCCATATCATTTT +ATTCCGTATTTAAATAATATGTATAATAAAAACTTATCAAATGAAGATTGTACAACACTT +GACTGGACAGAATTATACGGTGAAGATATAGAAGATATATTAAATAAGTTTCATAATGAA +TATATGAATGCCTATGAAGAAGCAGAGGTTATAGAAGGTGCAAGAGATATAATAAAAGAA +TTATATGAAAGAAATAATTTATATTTTGTTACAGCTAGAAGTGAATCTTTAACAGGAATT +ACAACTAATTGGTTAAACAAAAATGGTTTTTCTGATATTGAGGTATATTTACTAGGTAGT +GACTATAAAATAGAAAAAGCAAAAGAATTAAATTGTAATTTATTTATAGAAGACAATCCT +TCAAATGCTATACAAATTGCTGAAGCTGGTATAAATGTTATATTAATGGATGCAAATTAT +AATAAAGGTACCGAGCATGAGAGGATAACTAGAGTAAAAGATTGGAAACAGATCAAAGAA +TTAATAGAGAATCATTATTAA +>group_1425 +ATGAGTTTAGGAATGGTAAGTCTCTCAATTAAAGCTTTTGATGAAATTAATCTATACTAT +AAGAAAGATTTAATAGATAACCCAAAAGCAGTAATTTTAATTTCACATGGACTTGCTGAA +CATTGCCAAAGATATGATTATGTTACTAATAAATTAAATAATTTAGGATACAATGTATAT +AGATATGACCATAGAGGTCATGGGTTGTCCGATGGCAAAAGAGGTCATTTAAGTGATGTA +AATAATTTAGTCAATGATGCGAATACAATATTAGAATTAATAAAAAGTGAAAATCCCAAT +TCTCCTATTTTCCTTTTAGGCCAAGATGTTGGAGGTCATACATTCTTAGAATATGGTTGC +CAATATAAAGACTCTGTTCAAGGTATAATATTATGTTCACCTTTAGTATGTGATACATTA +GGACTTACAAAAACAGATGAAAGTTTAACCGATATATTAACACCAATCCCTTATAATAAT +ACTCACAATCTTACACATGATACAGTTATGCAAAATTCTTATGAAAATGATCCATTAATT +TTAAATAAAATAACTTTAGGTATGTATAAATCATTAAGAGAAAGTTGTCTTAATATTATA +GACGACTTATACAAATTTAAATATCCTTGTCTTATACTTCATGATTCTTCAGATAGTACT +GTATCTCATAATGATAGTAAATTTTTATTTGATAATATACTATCTAGAGATAAGGATATT +AGAATATTAAATGGTCTTTATCACAGGTTACTTGATGAAATAGTCAAAGATGAAATTATA +GAAGAGATATCTAAATGGATAGAAAAAAGACTGAGTTAA +>group_892 +GTGGAAATTGAAAAACTAGATCTAGAGACTAGAAGCAAAATATATAGTTATACAAAAAAG +GTGCTACGAAAATACCAAAAAGGAATTATAACAGGAAAGTTAACAGCTGATAAATTTGCC +GAAAATATTTTATCAAACGGAGACATAAATAATATACTTGACGAAAAATACACACATGAA +TTAGATTTTAAAAACTCATATATAAATTATATAAATACGCTAATAGACATACAAAATGAT +AGTTTATCAAAAAATAAGAAGAAAAAGTATCAACCTAATAATGTAAAGCCTAATATTTCA +GAAAAAATAAAATTAAAAAGTCTTTTAAAATCTAGTGGTCGTACTTTAACTATTCCAATT +GATTATCTAAATGCTAATGATTTAGACAACATAATAAAATACATACAAACAGGTACTATA +GACCTTGGTAATGAAAGAATCTATAATTATGTTAATAAAGAAAATACTCATTAG +>group_1358 +ATGGAAGATAACAAAAATCTTATCAAAGTAATGCTAGCTGCTTTTGCTATAGTTATCGTT +ACTGAATTAGTTGGGGAGTACACAGTTAATATAGGTCCTGTGGCTTTAGTTTTATTCCCA +ATGCTATATGCAGTTATAATAGGTATTGTAATAACACCTGATTTATTAGGTAAAAAAATC +AAAGCTTTAAGAGATGTTGTAAATGAAAAAGAAATAAATATAGCTGGTGATATCGTTGGT +ATAGCACTAGTTTTATTAGGTATAAAATACGGATCTACAGTTGGTCCAAATCTTGCAAAA +ATAATACAAGCAGGTCCTGCTTTCTTAGCTCAAGAATTTGGACATATATTATCACCAGTA +GTAGCTTTACCTTTAGCTTTATTCTTAGGATTTAAAAGAGAAGCTGTTGGTGCTTGTACT +AGTATAAGTCGTGAAACTGCTCTTGGTGTTATATCTGAAAAATATGGTATAAACTCTCCA +GAAGGTAGTGGTGTTCTTGGTACTTATTTAATGGGTACAGTTATAGGAACTATTTTCTTC +TCTGTATTAGGTTCAGTTTCAATATATACAGGGCTTCATCCATATGCACTAGGTATGGCA +ACTGGTGTTGGTAGTGGTAGTATGATGACAGCTGCTTCGGCTGCACTTACAAAAGTTCCT +GAAATAGCAGCAGATCCTGCTATGGTTGATACTATACTTTCTTATGGTGCTACTAGTAAC +ATGATGTCTAGTTTAACAGGATTAATATTCTTAGTATTTATAACTTTACCATTCAGTAAC +AAGTTATATGATATATTAGAACCAAAGATAGGTAGAAAAAATAAATCTAAAAATAATGTT +GCTTAA +>moaA +ATGATAGATAAATATGGAAGAAATATAAATTATCTTAGAATTTCACTTACAGATAGGTGT +AATTTAAGATGTATTTATTGTATGCCATCTGACGTAGAATTCAGGGATGAGTATGTAAAT +GATACTTTAAGTACAGAAGACTATAAATTTATAATAAAATCAATGGCTAATTCTGGTATA +ACTAAATTAAGATTTACTGGAGGTGAACCTACACTACATCCAGGTTTAAATGAGCTTATT +TGGTTTGCTAAAAACGAGTGTAATATAAATGATATAGCAATAACTACTAATGGACTTAAT +CTTGCACAAATAGCTTCAACTTTAAAAGCGAATGGATTAAATAAAGTAAATATTAGTCTT +GATTCATTAAAGGTGTATAAATACAAATCTATTACTAGAGGCGGAGATTTAACTCAAGTA +TTGGATGGAATAAATGTATGTCTAAAAGAAGGAATTAAAGTTAAGATAAACTGCGTTGCT +ATAAAAGGATTTAATGACGATGAAATCAGTGATTTTATAGAATTAATAAGATACAATCCT +ATTGATGTAAGGTTTATTGAACTTATGCCTATTGGAGAAGGACAAAAAATATATAAAAAT +GGATATATAAATGTTCATGAAATGATTGAATATATTGATGGATTATATCCTGTACCATCA +GAAGAAAATTCTCCTGCCAAATACTATCAATTTAAAGGTGCAAAAGGAAGGATAGGAGTA +ATAACACCTCTTAGTTGTAGTTTTTGTAAAGAATGCAATAGGATAAGAGTTACCTCTAAT +GGTAAAATAAAATTATGTCTTCATTCTAAAGAAGAAATAGATATTAAAAACTATATTAAC +AAACCATTAATATTTAGAGAGGTTTTAAAAGATATAATTTTAGGAAAGCCAGAAAAACAT +AATTTAGTAGAAAGACAAAGTAGTGAGACAACTAGAAAAATGTACGAGATAGGAGGTTAA +>group_893 +ATGAATAAATATAAGAATGTATCTAATAAGTTCGAAATAATTAATATAAAACATAAGAAT +ATAGATATTGATGCTAATGTAGTATATAGAAAAAGAAAGAGCATTACTATTCAAATTAAG +CCTAAATATGAAGTAACCATAATAAGTCCTTATGGTGTTCCTAAAAAAATATTAAAGGAT +CTTTTAATACAAAAAGGGGATTGGATACTAAAGAAATTTGAAGAATATAAATCTGTTGAA +TATTTATTCAAAGAAAAAGAGTTTATAGATGGAGAACAATTTATGTACTTAGGGCATGAA +TATAAACTTAAAATAATAAATGATATAGATGAAGAAGTTTTTATAGATAATAATTGTTTA +GTAGTTAAGGTTAAAAATACTGATAAAGAATATATAAAAAAAATATTGAAGAAGTGGTAT +AAAGAAGAAAGTGAAAGACTTGTATTAGAAAGATTAATTTACTGTAAAGAAAAGTCTAAG +CAAATGAAACAATTAACACCAAGCAAATTAAAAGTTAAGGAACAAAAAAAGAGATGGGGA +ACTTGTACTTCAAAAAGAGCTATATATATAAATTCAAAAATATCTATGGCAAAAATAGAG +GCTATAGATTATATACTAGTGCATGAATTTAGCCACTTAGTACATATGAATCACTCTAAG +GATTTTTATAAACTTGTAAAAGAGATAATGCCTAATTATAAAGAAGAGAAAAAATGGTTA +AAAGATAATTCTTACAAATTAAAGTTATAG +>group_1220 +ATGAGCAAAAAAATGAAGATAGAAAAACCTAAGATTTCTAGCAAATTAATAGAGTCTACA +GATATAATAGAGAAAATACTAGATTATGAAACAGTAGAAGACTCATTAATAGAGGATACA +GAAATACAAGATATTAATAATATAATTGTAAAGTTTAATGGGTGTATATTTAGAAATGTA +GTTTTTGAAAATTGTGATTTTAGAAAAATTGATATGGTTGATGTAGTTTTTGAGAACTGC +GATTTATCAAATATAGATTTTTCTGATAGTGGTATTTATAGAGTTGAATTTATAAATTGT +AAACTAATAGGAAGTATTTTTAATGATTGTATTTTAAAAAGTGTTTTATTTAAAGATTGT +GCAGGAAGGTACTCTAACTTTGCATTTTCTAAATTTAAAGGTGTAAGTTATATTAACTCT +GACTTTAGTTTTTCTGTTTTCCAAGAAGTAGAAAATGAAATGCTTTTGCTAGATTCAACC +AATTTAGTAAAAACAGTGTTTACAGGAGTATCTTTGGATAAGGTTGATTTTACTAATTGT +GATATAGAAGCCATAGAAGTAAGATTAAAAGATGTATATGGTGGGATTTTCTCACTAGAT +CAGGCAATAGATTTAACTAAATTAATGGGAATAGTAATAAAGTAA +>sasA_3~~~phoR_5~~~sasA_4 +ATGAATTTAAATAGATTCTTTAATAAGCTTACAGTAGTAATACTACTAAATATTAGTATA +TTTATAGCTATGGAGGAAAAGTCATATGCTCAGTTAGGTAATATAACATTCAATAATATA +AATATAGAACAAGGTATAAGTCAATCGACGATAGAAGTTATTTTCCAAGATAGTAAGGGA +TATATATGGTTAGGAACTAATGATGGTTTAAATAGATATAATGGATATGAATTTAAAATA +TATAATTATGAAGAAGATCAAAATAGCATAAGTCACAATGGAATAACTGATATATCAGAA +GATAAATATGGGAATATATGGGTTGGAACTGTTCAAGGTGTAAATAAAATAAACACAAAT +ACAGATGAAATTACTAATTATACTGAGAGTAATAATGGCATAAAAGAGGATAGCACAACT +GAAGTTATTGTGACTAAAGATAATAAAGTTTTAGTAGCTTCATATGAAGGATTAAGTATT +TACAATGAAGAGACAGATAAATTCGAGACAATATTGGATGAAGATAACGGAATAATAAGT +AATGTTATTTATACAATAGATGAAGATAAGCATGAAAATTTATGGATAGGAACTAAATTA +GGAGTTAATAAAATATCCAAAGATTTTAAAGTTTTAGAGACATATCCAATAAATGTAAAA +GAAAATTCACTGGGTGAAAGTGAAGTTTATAAAATATATTGTGATGATGATTTTGACCTT +ATATGGGCAGGTACGGATAGTTCTGGTGTGTTTAAAATAAATCCAGATACTAAAAAGGTT +ACAGGATATCATAATAGCCCTACTGATAAAAACTCTATCCCATCAAACCAAATTGGAGCG +ATAATGAGAGATAGCAATGGGTACTTATGGATAGGAACAACAGATGGTCTAGCTACTTAC +GATGAAAAAAATGATAAATTTAATGTCTATAAACATAAAAATTATGACAAAAATAGCTTA +ATATACAATGATGTAAGATCCATAATTGAGGATAGAGAAGGTGTTATTTGGGTTGGTACA +TATTCTGGAATTAGCATATTTGATACTAATAGTAGCATAACTCACTATAATGCTGGATTA +GATGATGATTACTTATTAAATGAAAATATGGTTCATGGTGTATATGAAGATGATGATGGA +TATCTTTGGGTAGGTACAAAATCAAAAGGTATTAATATAATAGATAGAAAAAATATGACT +TCTAAGCATATTAATACTGAAAATAATAGTGTAATTACTAGTAATACTATAAATGATATA +ACAGGATATAAAGATTTAATATTTATAGCTACAGATGATGGTTTAATTAGAATCGATAAG +AAATCTAAAACTATGAAAAGTTATAATTTAGAACATGGAATAATAAGTGAAAAGATTAAA +GACATATTAGTAGATGATAAAGCTTATTTGTGGATAGGAACAACCAATGGACTTAGTATA +TTGAATATTGAAACTGAAGAAGTTATAGATATGAGTAAGTATATAGATGAAAGTTCTTAT +ATTAGATATATACATCAAGATAAAAATGGTAATTATTACTTAGGTTTGCTAAAAGATGGT +GGCTTATGCTTTATAAATGCCAAAGAAAATACTATTAAATACTATAAAAATAAAGAAGGA +GATAAAAATAGTATAAGTAGCAATCGTATAAGATATATAAATGAAGATTCTAAAGGAAAT +ATATGGATAGGAACTAGCTATGGATTAAATATGCTTGATCCAAAAACAGAAAAATTCTAT +AGATATACTACTAAAAATGGTATACCTAATAATACTATTTATGGAGTATTAGTTGATGAT +AGTGATAATATTTGGATAAGCACCAATAAAGGAATTAGTGAAATAAATACAAACGATAAT +ACAATAAACAATCTAAGCGTTACAGACGGACTTCAAGGTAATGAGTTCAATGGAAATGCG +TCATATAAAAGCAATAGCGGAGAACTATTTTTCGGTGGGACAAATGGATTAAATGCATTT +TACCCAGAGGATATTAATAAAATAGCTACTAAATCAAAGGTATTATTTGATGGTTTTGAG +ATTAATAATAAAGTGTATTCTGATATAAGTGGCTTAAAGCTAAATGAAAATTCAGACACT +ATAAAAATAAAATTTTTCACACCTATATATTCTAGCAATAAAAATATTAGTTATGAATAT +ATCTTAACTGGAGCTACTACAGGTATATCTACAACTAAGGAAAATTATGTTATATATAAT +GAGTTACCTCCAGGTAAGTATACTTTTGAGGTAAGGGCTATAGATAGTAGAGGATATATA +ACTGACAAGGAAAGTATAAGTTTTTCTATAAAGTACCCATTTTGGATGAGTCCTACTGCT +TATTTTATATATTTAATAATAATAGCATTTTTTATTATAAAACATAAAAATAAGATGAAA +AAGTTAGATAGTTTAGTAAAGAAAAGAACTGAAAAGTTGGAAAAAGAAATAAAGAGAAAT +GAAATTTTGTATAAAAAAAATATAAAATTAGAAGAAAATAAAAATAAATATTTAGTTAAT +TTATCTCATGAACTAAGGACGCCGTTAAATGTTATAAGTAGCACAAATCAATTAATTTTA +GAATTAATGAAAAAGAATACTTCTGTAAAAGAGGAAAAATTACCTCATTATATAGATATA +TCACAACGAAATTGTGACCGCTTATTAAATCTTGTTAACAATATAGTTGATAATACTAAG +TTACAAAGTGATATGTATAAAATATATTTAAAAGAAGTGGATATAGTCTATTTAGTTGAG +GAAACTGCATTAACATTATCAGATTATATTAAATCAAAGAATATAGATTTTATAATAGAT +CCAGAAGTTGAAGAAAAAATTGTATGGTGCGACTCTTATGAAATTGAAAGATGTATAGTT +AACTTAGTTGGTAATGCAGCGAAATTCACACCAGAAGGAGGAAGTATAACTGTAAGTATT +AATGACTTGGATGATAAAGTTATGATTAGTGTTTTAGATACTGGTATTGGAATAGATGAA +AAGTATCATAAACATATATTTGATAGATTTAATCAAGTAATTGATATAGAAGATGAAGTA +AAAGGTGGAAGTGGTCTAGGTCTGGCAATAACTAGTCAAATAGTAAAGCTTCATAAAGGT +GATATTTATGTAGAGAGCAAACTTGGAGAAGGTAGTAAATTTGTAATAATATTACCTGTT +AATCCAATGATAGAAAAAATAGATTAG +>group_1507 +ATGAAAAAGATAACAGTTAAATTAATGAAAGTTTGTGGACCATTAGTTTTATCAGTAGTA +TTTTTATCATCAGAATCTACATCAATTTGGCATAGACACCAATCACAAAAACCAGCAAAA +TTAAAAAATGCTAATATATATAGTAAATTTTATCTTTTATAA +>relA +ATGCATGATAAACAGCTACAAGAATTAGTTGAACAAATAAAAGAATACGCTCCAAATGCA +AATGTGGAGTTAGTGGAAAAAGCTTATTACTTTGGGAAAAAAGCTCATGAAGGGCAATTT +AGAAAATCTGGGGAACCTTACTTTATACATCCAATAGCAGTAGCGCATATTTTGGCTTCA +ATGGAATTAGATATAGAAACAATAACAGCAGGACTTTTACATGATGTAGTAGAAGATACT +GAATATACTTATGAAGATATAGAAAAAGAATTTGGTAAAGAAGTTGCAGATTTAGTTGAT +GGAGTTACAAAACTAGGGCAAATAAAATACCAATCAAAAGAAGAAACACAAGCAGAGAAC +TTAAGAAAAATGTTTCTTGCTATGGCAAAAGATATAAGAGTAATTCTTATAAAATTAGCT +GATAGACTTCATAACATGAGAACATTGAAATATATGTCTCCTGAAAAAGCAAAATCAAAA +GCTAAAGAAACATTAGAAATCTATGGCGGCATAGCTAATAGATTAGGTATATCTAAAATT +AAGTTAGAATTAGAAGACTTAGCTTTAAGATATACTGATCAAGAAGGATACTATGATTTA +GTTGATAAAGTCGCTATAAAGAGAAGTCAAAGAGAGGCTTATATAGAACAAATAGTTGAA +TTACTAAGCAAAAAAATAGCTGAAGTAAATATACATTGTGATGTATATGGTAGACCTAAG +CATTTTTATAGTATTTATAGAAAAATGAAAGATAAGCATAAAAGCTTTGAAGAAATATTT +GATTTAACTGCTGTAAGAATAATAGTTGATACAGTAAAAGATTGTTATGCTGTGCTTGGA +CTTGTTCATACATTATGGAAACCAATGCCTGGTCGTTTTAAAGATTATATAGCAATGCCA +AAGCCTAATATGTATCAATCTCTTCATACAACAGTAATAGGTCCAAATGGAGAGCCTGTT +GAAATTCAAATTAGAACTGTAGAGATGCATACAATAGCAGAATGCGGTATCGCTGCTCAC +TGGAAATACAAAGAAGGTAAAACTAACGTAAAAGAAGATACAGTACAAGAAAAGCTTCAA +TGGTTAAGACAAATGATGGAGTGGGAAAAAGATTTAAAAGACCCACATGAATTCTTAGAT +GCTTTAAAAGAAGATGTATTCAATAGCCAAGTTTATGTATTTACTCCAAAAGGTGATGTA +GTAGAGATGCCTGCAGGGGCTACACCTATAGATTTTGCATACAGAGTACATACAAATGTA +GGTAACAAATGTGTAGGTGCAAAAATAGATGGTAAGATAGTTCCGATAGATTATAAGCTT +CAAAATGGTAATATAGTAGAAATATTAACTTCTTCAAATTCTAACGGACCAAGTAGAGAT +TGGTTAAATATTGTTAAGACTCCAAATGCAAAAAGTAGAATAAGACAGTGGTTTAAGAAG +GAAAGAAGAGAAGAAAATATTGAGAGAGGTTATGAACTTTTAGAAAGGGAATTTAAAAAA +TATGTATTACCTTTAAAAGACTCATCCATTGAAAAATATATGCTTCAAATTGCTAAAAAG +CTTAACCAACCAAGTGTAGAGGATTTAGTTGCTACTATTGGGTATGGTGGAATAATGGTA +TCTCAAGTTGTTCCTAAGGTTAGAGATTATTATATAAAAGAAATTAAGAAGCAACAAAAA +GATAATGCTAAGCTAAAAGAAGAAGAGTTTGAAAAGCATAGCTTAAGTGATGCTGAATAC +AAGAAAAAGAGAAAGAAAAACAACTGCCAAGGAGTTATAGTTGAAGGTTTAGATAATATA +TTAATTAGATTTGCTAAATGTTGTAACCCACTTCCAGGTGATGAAATTATAGGTTATATA +ACTAAAGGAAGAGGGGTAGCAATTCATAGAGCAGATTGTGTAAATGCACAACAAGAAGGT +GAATTATTCAAAAATAGATTAATAAGTGTAGATTGGGCTAATTCTGAAATAGGTAAATTT +GAAGGTGAAATCCAAATTAAAGCAGCGGATAGAAAAGGTATAATAAATGATATAACTCAT +ATGGTAGCTGTAGATAAAGTTGGATTAAACGGGATAAATGCTAGAAAAGGAAAAGAAGAG +GTTGTTAATATAAATCTATTAATCGAAGTTAATAATATAAATGAACTAAAAGAATTAATG +AGAAAAATAAAAGCTATTCCAGGTGTCGAAGAAATATATAGAGTAAAGAATTAG +>group_564 +ATGATTAATATATTATTAGGAGGTAATAGAATGGCAAGAATTGGATGCAATGTAATTAAC +TGTTCACACAATGACAGTGGAATATGCTATGCAAATAAAATTTCAGTAAACGGAAAGAAA +GCTCGTACTAGTAATCATACTTGCTGCAGCTCATTTTTAGATGAATCTACATATAGTACA +TTAACTAATAACACAAATAATGATGGGCCTTGCAACATAATAGGTTGCAATGTAAAAACT +TGTACTTATAATGCAGGTAACATATGTGCTTTGAATGATATAGGCATAACTTCAAACGTT +GGTAGAGCAAATCTTTATTCTGAAACTTACTGCTCTAGTTTTAAATGTAAATAA +>gdpP +ATGAGGAGCAAACCAAGTTTTAAAATAAATATGCCGGAAATAAATATATATATAATAATT +ATAGGTATAACAAGTACTTTATTACTTTTCTATAACTTATATATAGGTTGTTTATTTTTC +TTTGGTTTTATATATATAGTCTTTCATAATTGGAGAATAGCTAATATAAGAAAGAAAGAG +TGGACTAAATATATTCAAAACTTATCTTTAGATATAGATGAGACAACCAAAAAGGCTATA +ATGAATCTTCCTATACCTCTTTGTATACTTGAATTTGATGGAAGAATATCTTGGTACAAC +AATAAATTTTATAAGATGACGGATTCATCTGATTTATTAGGTGTAAACATAGATAGTATA +ATAAAGAATTTAAATCTTAGAAAAGTATTAAATGAAAATAAGGAATTGTATACAGAGGTA +ACATATAAGGATAGACAGTATACAGTGGTTTATAACGTAATAAAAAATGAGCAAGAAAAA +AATGCTAAGTATCTTATGATGCTTTATTGGTTAGATAAAACCGATTATTTAAAACTTGAA +AAAGAATATAATGAAGAAAAAAATGTAATTATGCTAATTCAAGTTGATGGATATGATGAA +GTTTTAAAAAGTGCTAGTGAAGAAAATAGATCTCTAATAAACTTAGAGATAGAAAAAATG +TTAACTTCATTAGAAAACAATACCAAAGGTGCGTTAAAGAGAACTTCAAAAGACAAGTTT +ATACTAATTATGAATAAAAAAGAGTTAAATGAAATTGAAGAAAGTAAATTCGCGATTTTA +GATAAAATCAGAGATATTAATCATGGAAATGGATTACCTGTAACTATAAGTATGGGGATA +GGAATTGATGGAGATACCGTAAATGAAAACTTTAAACTTGCTAATGGTGCACTTGATTTA +GCACTAGGTAGAGGTGGAGATCAAGCTGTTATAAAAACAAAGGATAAGTTTGCATTTTAT +GGAGGTAAATCTAAGGCTGTTGAAAAAACAACTAAAGTTAAATCAAGATTAATAGGTCAT +GCATTAAGAGAAGTTATTTTAGGAAGTGACCAAGTATATATAATGGGTCATAAATATCCG +GATATGGATGCTATGGGAGCTGCAGTTGGGATTTATGATATATGCAAATCTTGTAATAAA +TCAGCAAATGTAGTACTAGATTCATCAAATGAATCTATTGATGAATTTGTAAAACGACTA +GAAAGTCAAGAATACTATAAAAATATATTTATAAGCAAAGATGATGCTATAAGAAATTGT +AATAGAAATACATTAGTTATAGTAGTTGATACTCATAGACCATCATATACAGAATGTCAG +GAACTATTAGGTTTAACTAAAAAGATTGTAGTGATAGATCACCATAGAAGAGGTGTAGAA +TTTATAAATGACTCAGTTTTATTATTCCATGAAATCTATGTATCCTCAACTTGTGAGATG +GTTACAGAGTTAGTTCAATACATGGAGGAAAATGTAAAAATAAATAAAATAACAGCTGAA +GGACTTTTAGCTGGTATAAGCTTAGATACAAAACATTTTGCATTTAAAACAGGAGTTAGG +ACATTTGAAGCAGCTTCATATTTAAGAAAAATGGGAGCTGACACAGTAGAAGTTAAAAAA +ATGTTTAATTCAGATGTTCAAGATTTTATAACAAAAGCAGATATTATAAAAAATTCAAAA +ATAATAGATAACAGAATTGCCTTAGCATATTCAGAGAGAGAAATAGAAAATATAAATGTT +GTAATTGCACAAGCAGCAGATGAATTATTAAGCGTAAAAGGAATAGAAGCATCATTTGTA +ATAGGAAAAAAATATGAGACTGCATTTATAAGTGCAAGGTCTTTTGGCCATATAAATGTG +CAAGTTTTAATGGAAAAATTAGGTGGAGGAGGCCACATAGATATAGCTGGAGCACAGCTT +GAAGATGTGAGCCTGAATGAAGCCTACAAAAAAGTATATGAAATAATAGAGAAATATTTA +CAGGAGGAAGATTAA +>group_1449 +ATGTTTACAGTTATGGATATAGTTCAACCAGCGACAGTTGAAGAAGCATACTCGATATTA +ACAAAAAGAAAAAATAATCAAGTTATAGGTGGAAGTGCTTGGTTAAGAATGGGAAGTAAA +AGAATAGGTACAGCTGTTGAATTATCGCAGCTAGACTTAGACTATATAAAAGAAGAGGAA +GAATATATAGAAATAGGTGCTATGACTACATTCAGAAGCTTAGAAACTAGTGAAGTTATA +GAAAATAATTTTGGTAGAATAATAAAAGATTCTGTGAAAGACATAATAGGAGTTCAATTT +AGAAATGTAGTAACTGTTGGAGGAACTATCTATTCTAAATTTGGTTTTTCTGATTTAATA +GTAGCTTTGCTTGCATTAGATACAGAAGTAGAGCTAGTAAATTCAGGAAGAATAAAACTT +TATGATTTCCTAAATAAAGAATATGAAAAAGATTTACTAACTAAAATTTATATAAAGAAA +AATGATGTAAAAGCTACATACAAAAGCTTAAGAAATGCTCAAAGTGATTATGCATTACTT +AATGTATCTGTATCAAAAAATGATAATAAAGTAAAAATTTACGTGGGAGCAAGACCACAA +ATAGCTACTCTTGCAGTAAAAGCTAGTGAATTTTTATCAAATAATGAACTAAGTGATGAA +AACATAGAAAAAGCATCTCAAATAGTTAGTGAAGAATTAGCATTTGGAACTAATATGAGA +GCATCTAAGGAATATAGAACCTTAATGAGTAAGGTACTTGTTAAGAGAGCATTAATGGAG +GTTAAGTAA +>sasA_6~~~sasA_13 +TTGGGAAAATATATTTATTTATTTATATTAATTATAGGATATATATTATTTGGAAGTATG +TATACAAAAAGCTTATATAGTATTATACAAATATTTAACAGTAGTATAGCTATATGTTGT +TATTTTGTAAATATATCATATTTAGATATAAATAAAGATAAAATTTATAAACAGATAGCA +ATGTTTTTTACAATTAAAGGAGTAATTAATTTAGTTTACGGATTAAATACTTTAATCAAC +TTAAATAGAAATTTCGATGGAAATGAAGATTTACAAATATTTGCATTATCTGTTTTTATA +GAAATTTTATTATTAATTTTTATAATTAATAATAAAAAAATGGAGTTAAATACAAATAGA +ATAATGAATATATGTTTTATTTGTATATCCATATCTATATTTATTATTTGCAAAACATCA +ATAATGCCAAGGTTATATAATGAAAAAAGTGTATCTATGCTTTTTTTTATGTTGATGCTC +TTATTTATATTATGTCTACTGTATATATTAAAAAATCTCAGAAATTTGGATAATAGATTA +TCAAAAAGAACAATAAAGGATTTACAGATTTATTATATAGCAAGAATTATCAATATAGTG +GTAATCTTTATAGTTGAGATTTTAAAAAAATATATAAATATTGGAGGAGAATTTGTATAT +TTAATATCAATAGTAACTAGCTTTGTTTACTTTGTATGCGTTGCTAGAATATATTATATT +GACATTATTAAAAGGCCTAATCAGATACTTTATAGAAATTTATTAAAAGAAAAAGACAAA +CTAGAAGAAGTAAGTAAAGGGTTAAAAGATTATAAAAATAGATACGAAAAAGTATTAAAG +TACCTTCCAGATGGTGTAATAGTATATGAAGATGGGATAATAGTATTTATAAATGAAAAA +ATTAAAGAATATTTTAATATTGAAAGTAGAAGTAGTATATTGGGGAAAACTATTGAGGAT +CTAGTAGATGAAAGTGAAAAGGAAAGTGTAAAAGGTATTGATGATATAAGTAAACCTTTA +AAATATCTAAATTTAAAATATAAATTTAATAATGTAGAGTTCTATGGAGAGCAAACTACT +ATAATTAAAAATAGATATAATAAAATTTTAAATATATCTATAATAAAAAATATGGAAGAC +AAGATAAAGCTAGCAAAAATAAAAGAAGAATTAGAATATAACAAAACTAAAGAAGAAATA +AAAGATCAAGTGCTAGCCAATATTTCACATGATTTTAAAACACCAATAAATGTAATTTAC +TCTACAGTACAAATGCAAGATTTAAATATTAAAAATAAAAGTTATGATAATTTATTAGAA +TTCAATAATATTATTAAACAAAATTGCAATAGAATGATTAGACTTACAAATAACTTTATA +GATTCTATTAAGCTAGAAAGTAATATTCTTAATGTTGATTTAAAATGCGTAAATATAGTT +AATTTGGTAGAAGAAATTACACTATCTGTTTTAAATTATGCTGAAGATAAGGATATAGAA +TTGGTTTTCGACACAGAAAAAGAAGAGATATATTCGTTAGTAGATATTGACATAATGGAA +AAAATAATGCTGAATGTACTGTCTAATTCAATAAAATATAACAAAAAAAATGGAAGTATT +GATGTAAAGATTAAAGATACAGAACAGCTTATAATTATATCTATTAAAGATACTGGAGTA +GGAATACCTAAAGAAAAATTAAAAAGTATTTTTGAAAGATTTGAGAGAGCTGATAGAAGT +ACAATTAAAACAAGTGAAGGAAGCGGAATTGGTTTAAGTATTGTAAAACAAATGGTAGAA +GCATTAAATGGAACAATAGACATAAGCAGTGTAGAAGATAAAGGAACTATGGTTAAAATA +ATCTTACAAAAAAATAATCCGAAAGATTTAGAAGTTATAGATTTTAATACAGAATATTTA +GATGAAAGAGCAAAATTAGAATTATCAGATATATAA +>mutS2_2~~~mutS2_1 +ATGAATCAAAAATCATTAAGAGTTTTAGAGTTTAATAAAATCGTTGACATATTAAAGACA +AAAGTTTCATCTTCTTTAGGTTTAAAATATATAGAAAATTTAACTCCAAGTTCAGACTAT +GAAGAAGTTAAATATATGTTAGAAGAAACTAGCCAAGCTCAAGGTATACTTTTAAAAAGA +GGATCAGTAGGTCTAAATGGTATACACGATATTGAAGATAAAGCAAAAAGAGCGGAAATT +GGAGCATCTTTAGACCCGGGAAGTTTAATAAAAATAGCAGATACTTTAAGAGTTGCTAGA +AATCTAAAAAATACGTTAGCAAGTATTGAAGAAGAAGAATTTAACTACCCTATAATTCAA +GGATTATCAAATTCATTATATGTATATAGAGATGTAGAAGATAAAATTTACAATGCGATA +GTAAGTGAAATAGAAATATCAGATAATGCGTCTTCTGAACTTAGAGATATAAGAAGAAGA +ATTGTACAAAAAAATCAATCTATAAGATCTAAGTTAAACTCTATAATTTCATCAACTACA +TATCAAAAATATTTACAAGATGCAATTATATCTGTAAGAGGAGATAGATTTGTAGTTCCT +GTAAAAGCAGAGTATAGATCTTATGTTTCTGGAATTGTTCATGATCAATCGTCATCAGGA +GCAACTTTATTTATAGAGCCTATGAGTATTGTTGATATGAATAATGAATTAAGACAATTA +AGATTAAAAGAACAAGAAGAGATAGAAAGAATACTAGCTGAGTTATCTGCACTTGTAGGT +GAAATTAGCCACGATATTATTTCTAACCAAGAAATACTAGGTAAATTAGACTTTGCATTT +GCTAAAGGAAAACTATCTATAGCTATGAAGGCAGTAGAACCGAACTTAAATGAAGACAAA +TTTATAAATATAAAAGCTGGGAGACATCCTTTATTAGATGCGGAAACTGTAGTTGCAAAT +GATATTTATCTAGGAAGAAACTTCCATACATTGTTAATAACAGGTCCAAATACGGGTGGT +AAGACAGTAACTATAAAAACTGTAGGACTATTTGCTCTTATGACACAAAGTGGTCTTCAT +ATACCTGCAAATTATGGAAGTAGCATGTGTGTATTTGATAATGTATTTGCAGATATTGGT +GATGAACAAAGTATAGAGCAAAGTTTATCTACTTTCTCGTCTCATATGACAAATATAGTT +TCTATATTAAAAGATGTAACAGAAAATTCTTTAGTAATATTTGATGAATTAGGTGCGGGA +ACTGACCCTATTGAAGGAGCATCTCTAGCAATAGCTATATTAGAAGACGTAAAAATGGCG +GGAGCGAAATGTATAGCGACGACTCACTATACTGAACTAAAAAACTATGCACTAACAAAA +GAAGGTGTAGAAAATGCTGCTGTTGAGTTCGATGTAGATACTTTAAGTCCTACATATAGA +TTACTTATGGGAATACCAGGTAAATCAAATGCATTTGAAATATCTAAAAAATTAGGTTTA +AGTGACTATATAATATCAAGAGCTAGAGAATTTATAGATGATAGTAATATAGAATTAGAA +GATGTTCTTCAAGAGGCTGAAAAAAGTAGGCTTAAAGCAATAGAAGAAAGAGAAGAGGCT +GAAAAATTAAAGGCTGAGATAGAAAAAGTCAAGCAAGAGTATGATGAGAGATTAGCGAAG +ATAACATCTCAAAGAGATAAATTAATAGAACAAGCTAAGTCTGAGGCATTTAGAATCACA +AGAGGTGCTAAAGAAGAAGCTGATAATATAATAAAAGAACTTAGACAAATGGAAAATGAA +ATGGCTTCTAAAGAAAAGAATCGTAAGATTGAAGCACTTAGAAAAGAGTTATCTAGCTCT +ATGGGTGCTCTTCAACCATCTGTTGAAAGTATGATAGTTCCAAAGGTTGCAACTAAAGAA +ATTAAAAACTTAAAACCTGGAGACGAAGTCAAGGTAATAACTTTAAATCAAAATGGTAGC +GTAATTTCAGTTGATGAAAGAAAGAAAGAAGCCGTAGTTCAAATTGGTATAATGAAAATG +ACTTTACCATTCAAGTCATTACAAAAGGCAAAGGCAGATGTCAAAACTACTGTAACTAAG +GGAACTAGAAACATAATAAAATCAAAATCGGGAAGAGTTAAGAGTGAAGTAGATCTAAGA +GGTATGAATTTAGAAGAAGCTATAATGGAAGTTGATAAATATTTAGATGATGCATGTGTA +GCAGGGTTAGAATATGTTACAATAATACATGGTATAGGTACAGGAGTTCTTAAATCAGGA +ATCCAAGAAGTACTTAAGAAGAATAAACATGTTAAGTCTCAAAGACCTGGTCAGTACGGT +GAAGGTGGCGCAGGTGTAACAATAGCGGTATTAAAATAA +>rhaB +ATGGAAAAGAAAAATTTAGATAAAAAAGTTTTAGCTTTTGACTTTGGAGCTTCTAGCGGA +AGGGCAATGCTTGGAAGTTTTGATGGAGAAAGAATTCATATAGAAGAAGTGCATAGATTT +TCTAATGATCCTGTAATTGTTGGTGGAACAATGTACTGGGATGTACTTAGATTATTCTTT +GAAATAAAACAAAGTTTAATTAAGTCTAAAGTTTATGGGAAAATAGACAGCATCGGAATT +GATACTTGGGGAGTAGACTTTGCATTATTAGATGAATATGGTCAACTAATAGAGAACCCA +ATACATTATAGAGATGGAAGAACCGCTGGAATGTTAGAAAAAAGCTTTGAAAAAATATCT +AAAAATGAGTTTTATCAGATAACTGGAAATCAGTTTATGGAGATAAACACTGCCTTTCAA +TTACTATCACTAAAAGAAAAAAGATCACATCTGCTTGAAAAAGCAGATGTGATGCTTCTA +ATGCCAGACCTATTTAATTACATGTTAACAGGAAAAAAATTAACAGAAAATTCAATAGCA +TCAACTACTCAATTATTTGATGCTAAAAATAGAGTTTGGTCTGAAAGAGTGATAGATTCT +CTTGATATACCTAAAAATATATTTACGGAAATAGTACCAAGTGGAACTATAATTGGAAAG +ATATCTGAAGATATAAGTGAAGAGTTGAAAATAGATATGTGTGATGTTATAGCAGTAGCT +GGACATGATACTCAAAGTGCTTTAGTTTCAGTACCAACACAAGAAAATGATTTTGTATTT +TTAAGTTGTGGAACATGGTCATTACTTGGAACAGAGCTTAATAATCCAATAATAAATGAA +AAATCATATAACTATAATATAACTAATGAAGGTGCTTGTGAAAATAAGGCATCGTTCTTA +AAGAATATAATTGGATTATGGTTAGTTCAAGAAAGTAAGAGACAGTGGGCAAGAGAAGGA +AAAGAATTTAGTTTTTCACAGTTAGAGGATATGGCTAAAGATGCAGAACCTTTTAGATCG +TTTATAGACCCTGATGATCCTGTATTTACACCAGCAGGTAATGTACCTGATAGGATAAGA +GAATACTGTGCAAAAACTAATCAACCAGTGCCAAGAAGTGAAGCTGAAATAGTAAGATGT +ATTAATGAAAGTTTAGCATTAAAATATAGAACTGCTTTAGAAGAAATAGAAGATTGTACA +AGTAAGACTTATTCAACAATATATATGGTTGGCGGAGGAATACAAAGTAAATTGCTTTGC +CAAATGACTGCAAATGCATGCAGAACATATGTGTCAGCAGGGCCGGTTGAAGCTACTGTG +TTAGGTAATATAGCAGTGCAGCTAATGGCGACAGGTGAAATAAAAGATTTAAAAGATGCT +CGTAAAATTATAAATAATTCTCAGGAAATAGATAGATATTCACCAAAAGATACAATGCTT +TGGGAAAGAGCATATGAAAGATTTAATAAAATTATTAAGGCTAAGGAGGTAGTATCATGT +TAA +>group_896 +ATGAAAGAGAAAAAATTATTTGTTGGGGAATTAGCATTGTTTATGGGGTTAATTATTAAT +AGTTTTGCTAATACGCTTATGGTTAAGAGTGGATTTGGAATATCGTCAATATCATCAGTG +CCATATACATTGAGTTTGGTTTTTGATAATATTACTTATGGTAGTTGGAATTATATATTT +CAATGTGTATTAATACTTATATTAGTTTTAATAACAAAGAAATTTAAAGTTGGTTACATT +GTATCATTTTTTCTTGCAATAGTATTTGGCAATATGATAGATTTTTGCAATATATTTATT +ATGCAAAAGCTACCGAATAATATAATATATAATATAATATATTTCCTTATAAGTTTTTCA +ATGCTTTCAGTTGGAATGTCATTATTATTAAAATGCAAAACTCCAGTTTTGCCAATAGAT +ACTTTTACAAGAGACTTAACTGAAGAATTTAATATAAATTATAAGAAGGTAAAAACTGTA +TTTGACTTATCTTGCTTAGCAACAACTATAGTATTGTCAGTAGTATTCTTAAAAGGATTT +GAAGGGATAGGTATTGGAACTGTTATATGTGCATTAATAACTGGAAAGGTTGTTTCTTTT +GTGAATTCTTTTGTAGATGAGCATTTTTATTTTAAACCAATGCTTAGTAAGAAAAGCAAG +AAAGAAATTAATGAAGATAATATAGCTGAAGAAATAAATTAG +>htpG_2~~~htpG_1~~~htpG +GTGTCAGTACAAAAAGGTAGTATATCAATACATACAGAGAATATTTTCCCTATAATAAAA +AAGTGGTTATATTCTGATAAGGATATATTTATAAGAGAGCTTATAAGTAATGGTTGTGAT +GCAGTAAGTAAGTATAAAAGGTTAGTTTCGTTGGGAGAAGCTAATGATGATGGGGAAAAT +AAGTACAAAATAACTGTATCAATAGACAAAGAGGAAGGAACTTTATGCTTTACTGATAAT +GGTATCGGTATGACTGAAGAAGAAGTAGAAAAATATATAAATCAAGTTGCTTTCTCTGGA +GCAGAAGATTTCTTTAATAAGTATAAAGATAAGATGGAAGAAGCTAATGATATAATAGGT +CACTTTGGTTTAGGATTCTATTCTTCATTTATGGTATCTAAAAAGGTACAAATAGATACA +ATGTCTTATGTAGAAAATGCAGAACCAGTTAGATGGGTATCAGAGGATGGTCTTGAGTAT +GAAATATCTAAATCTGATACTAGGACAGGAAGAGGTACAAGTATAACTTTATACTTAGAT +GATGATAGCAAAGAATTTTTAAATGAGTATGAAGTAAGAACAGTGATAGAGAAATACTGT +TCATTCTTACCAGTTGAAATATATTTAGAAGCTTCTGATAAGGATGAAAATGATAATAGT +GAACTTGAAGTAAAACCTTTAAATGATGTTAATCCATTGTGGCTAAAATCACCGAAGGAT +TGTACAGATGAGGAGTATAAAGATTTCTATAGAAAGGTATTTAATTCTTTTGATGAACCT +TTATTCTGGATTCATTTAAATGTAGATTATCCATTTAATTTAAAAGGAATATTATATTTC +CCTAAGTTAAATAATGAATTTGAATTAGTTGAAGGAAAGGTTAAACTTTATAATAATCAA +GTATTTGTAGCAGACAATATAAAAGAAGTTATACCAGAGTTCTTATTATTGCTTAAAGGT +GTAATAGATTGTCCAGATTTACCTTTAAATGTATCTAGAAGTTTCTTACAAAATGATAGA +GATGTAAGTAAAATATCTAAGCATATAGTTAAAAAAGTAGCTGATAAATTAAAATCTTTA +TTTAATAACGAAAGAGAAGAGTATAATAAATTCTGGGATGATATCCAAGTATTTATAAAA +TTTGGATGTTTAAAAGATGAAGGTTTTTATGAGAAAATAAAAGATTATATATTATTTAAA +GACATCGAAGGAAATCATATTACTTTAAATGATTATAAAGAAGTTTCAAAAGAAAAACAT +GAAAATAAAGTATTTTATATTAGTGATGAAAAACAACAATCTCAGTATATAAAACTATTT +AAGGATTATGGTCTAAATGCAATAGTGTTAGATTCAAGTATAGATAACCACTTTATTTCA +TTTATGGAGTATAAAGAAGCAGGAACAAGCTTTAATAGAATAGATTCAGATATATCAGAT +GTATTAAAAAATAAAGAAGAATCTAGCATGGAAGATGAAGATAAAAATCAATTAAAAGAT +TTATTTAAAAGTATATCTGAAGGTAAAATAAAAGAGTATTCTGTTGAAAGTTTAAAAAAT +GAAGAAATTCCAGCTATGATATTAGTATCAGAGCATACAAGAAGAATGATGGAAATGCAA +TCTAGGTTTGCAGGTATGGATTTAGGAATGAATCTTCAAGAAGAAAAAACTCTTGTTATA +AATGAAAAAAATCCTATAATACAAAAAATATTATCATTAAAAGATAATGAAGAGAAGAAA +GAAAATATAGATTTAATATGCAATCAAATAATTGATTTAGCATTATTATCAAATAAGGAA +TTAAAACCAGAAGAATTAGAATCATTCATACAAAGAAGTAATAAACTTATGGGGATGGTA +ATCTCTTTATAA +>group_897 +ATGAAGCAAGGCTTTAAGAATATTACAATTACACTAATACTCTCTATAGTCCTAATTAGT +CAGTATAATCTTGCAAATGTATACGCACTATTTGAAAATCCCCCTTCACAAGAACAAATA +ATAGAAGATCCTAATATATCTACTGATTCTAATGATGTAATCCATGATGACACATCTACT +ACTCTTGATGATGATAATTACTCCGAAGAAGATAATATACCTTCTAAGCCTGCAGAGAGT +ATCCAAACTGAAGATGACTCTACTATAGATAATCCTACACCCATAGAAATACATGATGTT +AATTTATTAAACGCCATAAATAATGCCTTAGGTATAGATGGATCAACTGAGGTTATAAAT +AGCTCTAATATCTTAAGCCTTGAAGAATTAGATGCTTCTGGTCTTGGTATTACGGATTTA +AGTGGACTAGAATCAGCTAAAAACTTATCCTTATTAGATCTTTCTGATAATAACATCAAA +GATGTTGCCCCTTTATCTAGTTTAGATAACTTAAATGGCCTATTTTTAAATAACAATAAT +ATAATCGACTTATCACCAGTTGCTAACATAGCACAAAAAATAATAACTACTTATGGTACT +GACGATACTAAGTACGGTTTCCAAGCTTATAATCAAACTTACACTCTAGAAACAATAAAG +TCTGATAAAGGTTCTGATATAACACTAATTCTGGGAAGTGATATTTCTCAACCAATTAAC +ATGTATAAAGAAACTCCTGATATTGAATCTATTAATCCATCTGGCAATATAGATAGTACA +AAAATTTTATTAACTAATATCCAGGAATCTTCAGAATATCAAATTAAATTCTATGAAATT +GAAGGGTGGAGCTTTATTTACTACTTAGACATAGAAATAAATAATTCAGACTCTCAAAAA +CCTAATGATTCCGATAAGCCAACTGCTCATGACAATAACGATGAACCTAATGAACCAACT +ACTCCTAATAATAATGATGAACCTAATAATAACAATACTACTATTGTAGACATTGATGAC +AACAGTAACAATACAATAGTTAATAATGATACTACTGTTATTACCCAAATTAAAAATGTT +ATTAATAAGAATACTTTTATATCAAAATTATCTAAAATTAAAATAAATGCTAAAGATCAA +AGCTTATACGTTGGTGACTTATTTGAACCCATGAAAAATGTTACAGCTACAGATTCTGAT +GGTTCTGATATTACAAAAAATATAATTATATCTGATAATACTATTGTTACAAATACAAAG +AATATTATAACTCAAGCCGGTCAATATAAAGTTACTTATGAAGTTACGGGAAGATCCGGA +GAAACGGTTCGTAAAACTATAAATATTTCCGTTTATAATTATGGTGAAGAAAAAGTCGAA +AATGTTAAAACTGGAGATAATTCCATTATTATCTTTTGTACTTTAGGCATCATTGCAATC +TTAGCACTTATTGTAGTTAATATCATTTTAAGAAAGAGAAAATAG +>lacR~~~lacR_2 +ATGGCTACTTTAAAGGAAATTGCCAATGCTGTAGGGGTATCAGTGGGTACTGTGTCTAGA +GTTTTAAACAATGATAGCAGTATAAGTGTTGGAGATGATACAAAAATAAAAATATTTGAA +GTTGCAGAAGAAATGCAATATAAAACATTAAAACAAAGAAAAACTCATAGCAAAATTAAA +ACGAATAAACGAAGAGTTGGAATTGTTGAAATGTATAATTATAGTGAGCAATTACAAGAT +CCTTATTACTTATTACTTCGAAGTGTAGTAGAAAAAGAATGCTTTGATAATGGAATTGAA +GTAGTAAATTTATATAAAACTGAAGATAAGTATAAATATATAGGAAATGAAGTTTTAAGT +GGAATAATTGCAATAGGAAAATTTACTAAAAATGAGATATCTATGTTGAATGAATCCTGT +GATAATATAGTATTTTTAGACTCATCTCCAGATGAACAAAAATATGATTCGGTTAAAGTC +AATTTTAGATTAGGTACATATAAAGCTTTGGATCATTTGATTCAGCTTGGTCATGTGGAA +ATTGGATATATTGGGAGTTCGAAAACTCCAGATGATTATAGAGAGAAAACTCAGGATAAT +CGATTAAAATTTTTTATGGAGCATATGAAATCAAAAGGATTATATAAGAAAGAGTATATT +TTAGATATTAAAGAAATGACAGCTATGGATGGTTATAAAGCTACAAAAGATTTTATAAAA +AATAATGAAAATATGCCAAGTGCATTTTTTGTAGGTACAGACACTATTGCAACTGGAGTG +CTTAAAGCCTTGTATGAAAATAACATAAATGTTCCTAATGATATTAGTATAATAGGATTT +AATGATTTAATTGCATCTCAACATACTATACCACCTCTTACGACTGTAAGGGTACATATC +GAGCATTTAGCTAGTGCTTCAGTAGATTTAATTATGGAAAGAATAAATAAACATAGAAAA +TATAGTAAAAAAGTCATAATACCAAGTGAGCTTGTAATAAGAGATAGTACAAAAGATGTA +AAAGTAAAATTAGATTAA +>group_298 +ATGGGATTAATAGAAATAATAATAAATGCAGCACAAGAATCTTTTTTACATGTAGGAGTA +TTATTAGGAATAGTCATACTAATATTTGGATATATAGATTACAAAACAGGTGGAAATATA +GTAGATATTTTAGATAAGAATAAAAGAATACAGCCAATGATAGGAGCAATTCTAGGAATA +ATACCAGGATGCGGTGGTAGTATTATACTAATGCCACTATACGTAAAAAACAAAGTAAGC +TTTGGAGCATTAGTAGCAACATTAATATCTAGTATGGGGGATGCAGCTTTCATACTAATT +TCTTCAGATATTAAAGCATATTTAGGAGTGAGTTTAATAAGCTTTGTAACTGCTATAGTT +TGTGGATACATGGTAGATATACTACATCTAGATGAAAAGCTAAAACTTAGAAAAGATAAA +CTTCATAATTGTGATTGTGCTAATGATGAAAAGACGGATTTTGAAAAAGGTTTAAAGATA +GATTTAAATGCGAAGAAACATATAGGACATGAAGAAAATGATGAAGTAGATCATGCTTTA +CATCACAATGAAAAAAGAAATATGGGTAAATTAGGATATAAATTTACTCACTCAATAGGA +TACAAAATATTCTATTTACTTATTATAATAGGATTAATAACAATGATATCTCATGGAGAA +GGTGCTGAACACGCACACTCGCATGTTCATTCACATGAAGAAGGATTGGAACTATCATTT +GAAGGTGTAATATCATTACTAGGATTAACTTTATCTATAATTTATACAGCATTATCTAAA +AAGTACATTAAAAATAGTACTCATGAAGTAGTTGAAAGTAAAATCTTATCATTTAAAGAG +ATGATAATACATTCGGCAAGTGAAACAGCTTTTGTTATAACATGGATATTTGTTGGATAT +TTAGTGTATGATTTAGGGGTAATGATTATTGGTGGAGAAGAAGTATTAAATTCTATATTA +TTAGTAAATGGTATGATAACTGTGTTGATAGGTGCATTTCTTGGTGTTATCCCAGGTTGT +GGGATTCAAGTTATATTTATATCTTTATATTCAAAGGGAGTTATGCCATTTGCGGCATTA +GTTGCAAATTCAATATCTCAAGATGGAGATGCACTTTTCCCACTTATTGCAATGGATAAA +AAGTCAGCTTTATGGGCTAAGATTTTAAATCTTATTCCAGCTATAATCATAGGTTTTGTA +GTATATTTTATAATGAGTTAG +>group_299 +ATGAAAGCTATAAAAATTCATAAAGAAACTGAAGAACAGATAAAAGAGAGGAAACTTGCC +ATTGATGATGTAATATTAAATGTAAAAGTGAATTTAAAGGGATTAAATAATGAAAAATTA +AAATCTATTTATACTAAAGAAGTGAAAAAAATATTAATAGAGGCAGAAGAGATAAAAAAT +AATCAAAGGAATACATTATACATTAGATAA +>fprA1 +ATGAGTAAAGTATTTGAAGTAAAAGAAGATATCTACTTTACAGGAGTTGTAGACAAGGAT +TTAAAGGTATTCGACATAATAATGGAAACTGAATTTGGTACAACTTATAATTCATATTTG +TTAAAAGATGAAAAAACAGTTCTATTTGATACGGTTAAACCAAATTTTAAAGATGAATTT +ATAAACAATATTTCAGAAGTAATTGATATAAAAGATATAGATTACGTGGTTATTCACCAT +ACTGAACCAGATCATGCTGGTAGTTTAAAATATATTTTAGATATAAACCCTGACATAGAA +GTATATTGTACAAAGGCTGCAAAGCTATACTTAGATGAACAAATAAATAAACCATTTAAG +TGTCATGTAATAAAAGATGGTGAAACTTTAAATATAGGTAAAAGAACACTAAGATTCATA +ACTGCACCTTTCTTACATTGGGCAGATACTATGTTTACTTATGTAGAAGAGGAAAAAACA +TTATTCACTTGCGATGCATTTGGATGTCATTTTGCAAATGTAGATGCTGACTGCGTAGAT +AGTGAAGATTATTTAAAATCAGCTAAACACTACTTTGATTGCATAGTTAAGCCATTCTCT +AAGCATGTTTTAAATGCTGTAAATAAAGTTGTAGATTTAGGTATAGAGTTTGATACGATA +TTAACATCTCATGGACCTATGTTGACTAAAGACCCAATGGCAGCTGTTAAAAGATATGTA +GAATGGTCAACAGAAACAGTTGAACATACTAATCAAAATCAAATTGCAATTTTCTACTTA +TCTGCATATACAAATACTTTATGCATGGCCAAAAAAATAGAAGAATCATTATTATCAGAA +GGTGCTAAAGTTAAACTATATGACTTAGAAACTTTAAGCTTACAAGAAATGCATGATGCT +GTAGTAATGTCTAAAGTAATATTACTAGGTTCAACAACAATAAACAAAACAATGGTTAAA +CCAATGTGGGACTTATTCTCAGTAATTGACCCAATGGCAAACCAAGGTAAAATAGCTGGT +GTATTTGGTTCTTACGGATGGAGCGGTGAAGGTATATCAATGGCAGAAAACAACTTAAAA +GCGATGATGTTCAAGATGCCAGTACCAGCACTTAAAAAGAAATTCTTCCCATCTGAAGAT +ACATTCCAAGAATGTATAGAATTCGGTAAAGAATTTGCAAAATTAGTTAAATAA +>group_571 +ATGAGACATTTAGGAAATACTAATATGAAAATAAAACGAGTTGGGTTTGGGGGAATACCA +ATACAAAGGATAACTCAAGAAGATACTAATCTAGTTATTGATGAGTTAGAGAAAAATAAT +ATAAACTTCATAGATACAGCTAGAGGATATACTATAAGTGAAGAATACATAGGGAATGCC +CTAAGAGGAAGACGAGATAAGTTTTTTATTGCAACTAAAAGTATGTCTAGAGATTATGAA +AGTATGAAGAAGGATATAGAAATTAGTTTAAGTAATCTTCAAACTGAATATATTGACCTA +TATCAGCTACACAATGTTAAGCTAGAAGAATATAAGACTATATTTGAAAATGATAAGGCA +ATGAGAGCATTATTAGAGGCTCAAAAAGAAGGTAAGATAAAATACATAGGAATAACTAGT +CATAGTTTAGACACAATAGAACAAGCAGTAGAAGATGAAAGGTTTGACACTATACAGTTC +CCATATAATATTGTTGAAGGTCAAGCCGATGAAGTATTTAGAAAAGCAAATGAAAAAGGG +ATTGGTATAATAGTTATGAAGCCATTAGCTGGAGGTGCTTTAGATGATGCAACTTTAGCT +ATAAAATATATATTATCAAAAGATTACATTGACGTAGTTATACCAGGTATGGATAGTATT +GATCAAGTTCAACAAAATGTTAATGTATTAAATAATTTAGAATTAACAGAAGATGATAAT +AAGAAAATAGAAGAGATAAGAACTACTTTAGGTGGTAAATTCTGTAGAAGATGTGAGTAT +TGTTTACCATGTCCGGTAGGTGTAAATATACCTCAAAACTTTTTATTAGAAGGTTATTAT +ACGAGATATAATCTAAAGGAATGGTCAAAAGAGAGATACGATGGGTTACAAGGGAAAGCT +ATTGACTGTGTTAAGTGTGGAAAATGCGAAACAAAATGTCCATATGACCTTCCAATAATA +GAAATGCTAGAAAATGTATGTGAAAAGTTAGGTTAA +>group_900 +ATGCAAGTCCATAAGATACTTAAGAAAAAATTAAAAGATAATGAGTTAATATCGCCTATA +GATCACCTCATCGCTTGTAATTCTCATGGTTTTACTGATTTGCGTTTTACTAAATTAGAC +ATAAGGATTACTCCTGAGAGTAAATATTATTTAGCCATGAATATAGATAATAAACCTACT +ATTCTATGTCATCCTAATTTATATAACCTTAGGCAAGAAATCGATGAGAAAATGATAAAA +GGAAATTATTTCAATGGGTATGATGCAAAGAATAATAGAGTATTTCTTCACTATAAGGGA +GATGGTAAGTTTCGTATAGGTAATAAGAATGGTATTGATGAATTCATAACTTCTTTTGAA +ATGTGTGATCTTAATAAACTTGCCAAGCGTCATAACTATAAAGCTTTTATTAACTTCTTA +GAAAATAAGCATAAACATAGAGGTATACAAGTTCTCCTTTGTGAACTAGGTGTTTCGTTA +GGTTATTATGTAAAAATCGCTAATAATGATTTAAGTTCTATACAAAAACTTGATTATGCT +AATATTTCACCAGAAAAAATATTATCTATAACTGATATGAATTTATCTCATATTATGGAG +AAAAATATTATCAATAATATAGACAGGATAGATGTAATATGGTATGACCCTCTTACTAAA +CGTATTGTTTCTGCTTTTGAAGTTGAAAGAAGTAGAAACTATGATTCGGTATTAAGAAGA +TTTTCTTCTATTGTTCCATCTACTCCTTATAATCCATATTTAGTATGTGTTGGTGAAGAT +TATAACGGTTTTCAATGCGCTACTAACAATGAGCCATTTAAAACTTGGCTAAAAAATGTT +AACTTAAATTATTTACCTTTAGATAGTCTGTATACTATATTAAATGATCACAAAAAATAT +AATCTTTCACTTAATACTGAGTCTCTTTTAAAATCTAACCTAATTAAATTAAATAATACT +TTAATTATATAA +>group_300 +ATGAAATTTAATTATAAAAATAGAGGATTTGTAGTAATAACATTATCTGCTATGTTAGTA +GTTGTAGGAGTGGCAAACTATCAATTAAGTAAGAAGTCAGCACTAGGTGTATCAGAGGAA +TTTAAAGCTTATGAACAAGCTCAGTTAAGTAAAAACTCTGAGAGTAATGAAAAGGAAGAG +GATGATCAAGAAGTTAACATCGTTGATAGTAAATCAAGTGAAAGTGATGTAGAAGAAAAA +GTGACTGAAACAAGTAAAGAAATTGAAGAACAATTAACATCTGAGGCAAATATGCAAAAA +TCTTCATATATATTAGATATGAAAATGACTAGAGAGAAGCAAAGAAATGATTTAGCAGAA +GAATTAAATGAAATGATAAATAATCCATCAACATCAGAAGAAACTAGAAAAGAAGCATCT +GAAATGAAATTAAAATTGGTTAAGGATCAAGATACGGAACTTAAAATAGAAAATTTACTA +AGTACAAAAGGGTTTGAAGATGCATTAGTCTATATAAGTGATGGCAAAGTAAATGTAGTT +GTAAATGAAGATAGTTTCGGAAAAGAAGATGCAGCTAAGATTTTTGATTTAGTAGCAGAG +CAAGCTGGAGTTGAATATGATAATATAAAGCTTATGAACAATAAACAAGAGTAA +>arlR_2~~~arlR_1 +GTGTATAGAATACTGATAATTGAAGATGAGGAAAATATAGCATCCTTTGTTAGGATGGAG +CTAGAATATGAAGGCTATAAGGTAGACGTTTGTGATGATGGTGTAAAGGGTTTTGAAAAA +GCTCTAGAAAATGATTATGATTTAATATTGCTTGATTTGATGTTACCTAAATTAAATGGG +CTAGAGATATGTAGAAGATTAAGAAAAGTAAAGAATACCCCTATAATAATGCTAACAGCA +AGAGATAGCGTAATGGACAAAGTATCTGGTCTTCAAATGGGTGCAGATGACTATGTTTCA +AAACCATTTGCAATAGAAGAATTACTAGCAAGAATAGAAGCCTTATTAAGAAGAGTTAAT +GAAACAAATCAAGTTAGTAATAAGTTAGAATTTAAAGATATAAATGTAGACATTGAAGCA +AGAATTGTAAAACAAGATAATGAGGTAGTTAATTTAACTACAAAAGAGTATGAATTACTA +GTTCAATTAATGAAAAATCAAAATAAAGTTTTAAGTAGAGATAATTTGCTAGAAAATATA +TGGGGATATGATTATGAAGCTGAAACTAATGTAGTAGATGTTTATATAAGACATTTAAGA +AGTAAATTAAAAAATGATGGATATATCCAAACTGTTCGTGGAATTGGATATGTAATAAGA +TAA +>xerC_1~~~xerD_1 +ATGGAAAATACTACAATTTTAACAGATAAAGAATTTGAGATATTTAATCAGTTTTCACAA +AAGCTTAATCCAAATACAAAACATGATTATTTATCAAAAATAGTATTAATGAAGGCATTT +TTAGAAGAGAAAGATTTATTAGAAGTAACAAAGTATGAGTGTAACGAATTTATAGATTAT +GTAAAGGATAAATATGCAAAATCAACATGTGAGAAGATTTATAGTTATTTACATAGTTTT +TATAACTTCATGAATAAAAAAAAATATATTGAAATAAATCCATTTACATATGTAAAAAAA +CCAGAAGTTAGTAGGATAAAAACTAAGGATGATGTCTTAAGTGTTCAAGAAATAAATAAA +CTTGTTGAAATCCTTCCTAAGTTAAACATAAGAGATAGAGTAATAATGATATTCTTGGCA +ACTACAGGATGTTTATTAAATGAACTTGTAAATTTAAAATGGAAAGACATTATTATGGAT +GAAAAAAATAATACTTATGTAAGGTTAGGAAAGAACAAGAAAGAAAGAGTAGTAAAGCTA +CATCCATATTGCTTTAAATTAATAGAAGACTATAGGGACTACTCGGGTCTTTCAGAGGTA +ATACTTCCAACTAATGACTTTGTATTTACAACTCAAAAAAGCAATTCTATAACAGATAGA +AATGTCAGACTAATTGTAAAGAAAGCCTTAGATTATGCAGGATTATCTCAGTATTCTGCT +AAAGATTTTAGACATTCTTTTGCAGCAATAAGCCTAAGACTTGGAGCAGATGAAGAAGAT +ATTAAGAAGCAACTAGGGTGGAGTGATAAGTATTATGCTATTAGATATAAATATGTATTA +AATTTTGTAGATAGTGAAAGTGTTGATTATATTATGAATAATGATCATTTAAGTATTAAT +AATAAATAA +>ileS~~~mupB +ATGACAAAGTTTAAGTCATTAGTAGACAGTTCTGTAAAAGATGCAGAAGCAAAAGTCTCT +GAGTATTGGAAAGATATAAACATACTTGAAAGAACACTAGAAAAAGGTGAAAATGATCCA +AGCTTCGTATTCTATGAAGGTCCTCCAACAGCAAATGGTAACCCAGGAATACATCACGTT +GTAGCTAGAACATTAAAAGACTGGGTATGTAGATATAAGACAATGAGTGGGTATCAAGTA +AGAAGAAAAGCTGGTTGGGATACTCATGGTTTGCCAGTTGAAATACAAGTAGAAAAAGAG +TTAGGCCTTTCAGATAAGCAAGAAATAGAGAATTACGGTATAGCAAACTTCAACCAAAAA +TGTAGAGAGTCCGTTTTTACATATGAAAAGCAATGGAGAAATATGACTGAAAGAATGGCT +TATGAAACAGATTTAGATAATCCATATATAACTCTAGATAATAATTATATAGAATCTGTA +TGGTGGATACTAGATAAATTTAACAAAGAAAACTATATATATGAAGGACATAAAATACTT +CCTTACTGCCCAAGATGTGGAACAGGTCTTGCTTCACATGAGGTTGCACAAGGATATAAA +GAAATAAAGAATAATACTGTAATAGCTAAGTTCAAGAGAAAAGATGCTGATGAATTTTTC +TTAGCATGGACAACTACTCCTTGGACATTACCATCAAACGTTGCATTAACAGTAGGTCCA +GAAGTTGACTATGTTAAAGTTAAGCAAAATGATGAAGTATACTATGTAGCTAAAGCTTTA +GCTAATAAGGTATTAGGGGAAGAGTATGAAGTATTAGAAGAAATGAAAGGTAAAGATTTA +GAACATATAGAATATGAACAATTAATGCCTTTCGTTGAAACTGACAAAAAAGCATTCTTC +GTTACATTAGGAGATTACGTAACAACTGAAGACGGTACAGGTATAGTTCATACTGCACCA +GCATTCGGTGAAGACGACTACAACTTAGGTAGAAAATATAACTTACCAGTTCTTCAACCA +GTTGATGAAACAGGTAAATTTACAACTACTCCATGGCAAGGCAAATTCGTTATGGAAGAT +GGAGTAGACGTTGAAATAATAAAATGGTTAGCTCATGAAAATAAATTATTCTCTAAAGAA +AAGGTAGCTCATAACTACCCACACTGTTGGAGATGTCAAACTCCATTATTATACTATGCT +AAGCCAAGTTGGTATATAGAAATGACAAGACTTAAGGATCAATTAATAGAAAATAATAAC +TCTGTTGATTGGTATCCAAAGTTTGTTGGAGAAGGTAGATTTGGTAACTGGTTAGAAAAC +TTAAATGACTGGGCTATATCAAGAAGTAGATACTGGGGTACTCCACTTAACATATGGAAA +TGTGAATGTGGTCACAAAGAGTCTGTAGGCTCAAGAGCTGAACTTGCTGAAAAAGCAATA +GAAGATGTAAATCCAGAAACAGTTGAACTTCATAGACCATATGTTGATGATATACATTTA +AAATGTGATTGTTGTGGAGAATCAATGACAAGAGTAACTGATGTTATAGACTGTTGGTTC +GATAGTGGATCAATGCCATTTGCTCAACATCACTATCCATTTGAAAACAAAGAAAACTTT +GACCAATTATTCCCAGCAGATTATATCTGTGAAGGTATAGATCAAACTAGAGGATGGTTC +TACTCATTACTTGCTATATCTACATTCGTAACAGGTAAAGCACCATACAAGAAAGTATTA +GTTAATGACTTAGTTCTTGATAAAGATGGAAAGAAAATGAGTAAGTCAAGAGGAAATACT +GTAAATCCATTTGAATTATTCGATAAATACGGAGCAGATGCATTAAGATGGTACTTATTA +TACGTATCTCCACCATGGACTCCGATAAGATTTGATGAAGATGGATTAAAAGAAGTACAA +AGTAAGTTCTTAGGAACTATGAAAAATGTATATAACTTCTTCACATTATATGCAAATACT +GATGATATAAACCCAACTGACTTCTTTGTTGAGTACAAAGATAGACCAGAATTAGATAGA +TGGATATTATCTAAGTTTAACAACTTAAAGAAAGAAACAGAAGAAAACTTAGAAATATTC +GAAGTAAATAAAACTATAAGAAGAATACAAGCATTCATCAACGATGACTTATCTAACTGG +TATATAAGACGTTCAAGAAGAAGATTCTGGGCGACTGAATTAACAGAAGATAAGAAAGCT +GTATATAATACAACTTATGAAATATTAACAGAACTTTGTAGATTAATAGCTCCATTCGCT +CCATACATGTCTGAAGAAATGTATAGAAACTTAACTAATGAAGAATCTGTTCATTTAGCT +AGCTATCCAAGAGCAGATGTAAGTTTAATAGATACTAAATTAGAAGAAAAGATGGATTTA +GCTAAAAACTTAGTTACATTAGGTAGAGCATCAAGAGAAGCAGCAAGAATAAAAGTACGT +CAACCAATACAAGAAGTATATGTAGACGGAAAATATGAAGCTATACTTAGTGATATAGTT +GATTTAATAAAAGAGGAGCTTAATGTTAAGAAAGTTGTATTTGCTAAAGATTTAGGTGAA +TTCATGAACTTTAGTTTAAAGCCAAACTTCAAAGTATTAGGTCCAATATTAGGAGCTAAG +ATGAAATTCTTTGCTGGTGCATTAAACAAATTAAATGCAGGTGAAGTAGTTCCTAAGTTA +GAAGCTGGAGAAAGCTTAACTGTTGATATAGATGGAGAAGACTTTGAGTTTAATAAGGAT +CATGTTTTAATAAACATATCAGCTAAGGAAGGATTCAATGTAGTTATGGAAAATAACTTA +TTCGTTATACTTGATACTACATTAACTCAAGAATTAATAGAAGAAGGATTCGCTAGAGAG +TTCATATCTAAAGTACAACAATTAAGAAAGTCTAGTAACTTTGATGTATTAGATAACATA +GTTATAGAATTCTGTTCAGATGATGAAATAGCATCTGCTGTTGAAAAATTTGAAGACTAT +ATTAAGTCAGAAACGTTAGCTCTAGAAATAGAAAGAGTTGAAGATACTAGTTTAGAACAA +TGCAACTTAAATGATCATATGACTGGAATAAAGGTTATAAGAAAATAG +>group_301 +TTGAAGATAACATATATTAATCATAGTAGTTTTGCAGTAGAATTAGATACATGTGTTTTA +TTATTTGACTATTTTAAAGGAGATATACCTAAGTTTAGTAAAAATAAAAAAATATATGTA +TTTTCCAGTCACGGACATCATGACCATTTCAGTCCAAAAGTTTTAAAATTAGAAAAAGAA +TATGATAATATTTTATATATTTTATCAGAGGATATACAAATAAAGGAATCTGATAAAATA +ATATTTATTAAGGAAGATGAAAAGCTAAATATAAATGATTTGCAGATACAGACTTTAAAA +TCTACAGATATTGGAGTTGCATTTATAGTTAATGTAGAAGGAGTAAGTATTTACCATGCA +GGTGATTTAAACTGGTGGCATTGGGAGGGGGAAAACTCAATAAAGGAAAATAAAGAAGCT +GAATTAATGTATAAAAAAGAAATAGATAAAATCAAGGACTATAATTTTGATCTAGCATTT +GTACCTCTTGATTCTAGACAGGGTGAACAATATTATTTAGGATTTGATACATTTATGAAA +AATACTAATACTAAAATAGCATTTCCTATGCATTGTTGGGGAGATTATACTGTTATTGAT +AAATTGAAAAAATCCATATTTGCACAGGATTATAAAGATAGAGTTATAGAAATTTCAAAA +GTTAATGAAACATTCAATATAAATATAGTATGCAAGTAA +>group_302 +GTGCTTGTAATTGCAGGATGCGGTATTCACAATGATGGACATGGAAAAATTCAACATGAT +GGTATTCACTATTTTCATATATGTAAAGATGCTAGAGTTAAATATATCGAGAAACACTAT +GGAGAAGGTAGTGGAGATGGCGAAAGAGTTCTTAATCCAACAACTGTCGTAAGTATGGAA +GAAAATTCTTATTGTGAAATGGAAATGATTCCAATTGAAGGAGTAAATTCAACTATTAGA +GAAACAACAGTATACCTTGCAAAAGGAGCAAAACTTGTAGTTATAGAAAAACTCATGACT +CATGATAATCAAATAGCTAATTCAAATATGATAGTATATTTAAATGGAGAAGATTCAACA +GTTCAAGTTATATCTCGTTCTGTTGCAAAAAATAATTCAGAGCAAGTTTTCCAGCCCATT +GTAGTTGGTAATAATAGATGTAATGCTCATGTCCAATGTGACTCTATAATAATGGACAAT +GAAAAAGTAAGATATGTTCCAGAGATAGCTGCTAATCACACCAATGCTCAGATGGTTCAC +GAAGCTGCAATAGGTAGAATAAATAATGAACAGTTAATAAAATTACAGACTTTTGGTATG +GAGGAAGAAGAAGCTGAAGGTGTTATAGTTTAA +>group_303 +ATGAAACTTTTAGAAACAATCAATGTAGGAAATATTACATTAAAGAATAGAGTTATGTTT +CCACCATTAACTACTGGTTATGAGGGTAGAGATGGTAGTATAACTAAACAAAGTATTGAA +TTTTATGAAAGGTTAGCAAAAGGTGGTGTTTCATACATAGTAATAGGTGATGTTTCTCCG +ATTAATAGTTTTTCTCCTACACCAAAACTATATGATGATAGCCAAATTGAAGGTTTTAAA +AAATTATGTGACTCAATACATAAACATGGGGCTAAAGTTTCTGTTCAGATATTTCACCCA +GAATATGACTGTGATGCTATAAATAAGATGTTTGCAAGTGGTGATATGAAAGCTGTAAGA +GAAAAATTACATCACGATATGAAGCACTTTGTTAATGAAGTAAGTGAAGAAGGCTTAAAT +AATATTATAAGTAAAATGTGTGATTGTGCAATTAGAGCTCAAAAAGCTGGTGTTGATATT +ATTCAAATACATGGTGATAGATTAGTTGGTTCATTATGTAGTACTATATTAAATAAAAGA +AATGATAAATTTGGTGGTTCTCTAGAAAATAGAACAAGATTTGCTATACAACTTGTAAAA +TCATTAAAAGAAGCAGTTCCTAATATGCCTATTGATTATAAATTCTCAGTTGTTACACCA +CAAAGGGGTAAAGGTGGAATAAACTTAGATGAAGCACCTACATTTGCTAAGTGGTTAGAA +GAAGCTGGAGTTGATATGCTTCATGTAGCCCAAGCAAATCATACTGGTAATATGGCAGAT +ACGATTCCTCCAATGGGTGTTCAACCATATGGATTCTTTGTTGATATTGCTGGGCAAATA +AAGAAATCAGTAAATATTCCAGTTAGCACAGTTGGTAGAATATTTAATCCTAAAATGGCT +GAAAGTATTCTAGAGTCTAATAAATCAGATATAATTGGACTTGGTAGAATTTTACTTGCA +GATCCTGATTGGATTAACAAAGTAAAAGATAACAAATCTGAAGATATACGTGAATGTATA +TGTTGTAATAAAGGATGTACTGATAATATACAAGAGCGTAAGTTCTTAAGCTGTGTGCTA +AATGCTGAAAATGGATATGAAGGAACTAGAAAAATAACTGAAGCTGAAACTAAGAAAAAA +GTTATAGTAGTAGGTGGTGGACCTGCAGGACTTGAAGCTGCACGTGTAGCAAGTTTAAAA +GGTCATAATGTTACTTTATTTGATGAAAATACATCTCTAGGAGGACAATTAAATTTAGCT +TGTATACCTCCTAGAAAAAATGAAATACGTAGAGCTATTAGATTTTTAACACATTCAGTA +ACTTCTCAAAATGTGGAATTAAAGCTTGGAAAAAAAGTAACTCAAGAAGATATATTAGCT +CTACAACCAGATGCTGTGTTAGTTGCAGTAGGTGCAAGTAATGTTATACCAAATATAGAT +GGATATAATAAACATATGGTATGTGATTCATGGAAAATCTTAAATGGTGAACAACAAGTA +TTTGGAAATATTGCTGTTATTGGTGGAGGTATGGTAGGCTGTGAGGTAGCTGAGTACTTA +TGTCTTCAAGAAGGAAATAATGTTTCTATAATTGAAATGGATGATAGCATAGCTAAGGGT +GAAAGCAATACAATACTTCCAACGCTAATGGAAAATTTCAATAAAAATAATGTTAAAATC +TATACTAATCATAAAGTTAATAAAATAGATAGTGAATATATAATTTGTGAAAATGATAAT +AATGAAATTAAAATACCTTGTGATTACGTAGTTATGGCAGTTGGTGCTAGACCTAATAAT +TTTAATGTTGACAAACTATTAGAAAATAATATTAAAGTTGTTAAAATCGGTGATTGTAAA +GATAGAGCCTCTGATATTGAAAATGCAATTAAAACTGCTTATGATGCTGCTAACGAAATA +TAA +>epsF_1~~~epsF_3~~~epsF_2 +GTGAATACATATAAATGTATATTTTATAATGAAGATAACGAGAGGAAGATTCTTAAAGTA +AACTTAGAATCAGAAGAAGATGTAATTAACTATGCTACTAAAAATAAATTTAAAATTGCA +TCTATAAAAAATATTAAGCCATTCTCGTTTAAAAGTACGAAAATAAACTATAAGGAACTT +AGAATCTTATGCAATGAAATGGAGATATTACTTGAATCTGGATGTGAAATTACAAAATTA +TTTGAAATGGTTAAACTTAATTTTAATAAAAAGGTAGTTAATGTATTGGAAGAAGTATCT +AGTAATATTCAAAAAGGAAATTCTATCAGTAAATCATTTAAGAAAACAAATAAGTTCTCT +TTATTTTTCGTTAGCATGGTTAAGGCAGGAGAAATAAGTGGAAATTTAGATATGGTCATG +AATCGTTTATATGATTATTATGATAAGGAATATAAGTTAAAGTCTAAATTGATATCAATA +TTAACCTATCCAATTTTTTTATTGATTTTAGCTATGGCGGCAGCTTTGTTTATGTTCATT +TCTATAATTCCAAACTTTCAAATTATATTTATTAATAATGGAGTGGAACCACCCTCATTT +ACAAGATTTTTAATAAGTATGTCTATATTTATTAGAAATTATTATATGTATATAATATCA +ATTAGTTTATCAATTTCGATAATGATATTATATAAAATAAAAACGAGCAGTAAAGTTAAA +GTTTATATAGAAAAAATTCAATTAAAAATACCATTCATAAAAAATATAACTCAATTAGTA +ATCACAACTAAATTTTCTAGAGCATTCTATATACTAATTAAAAGTGGTATAGAAATAACA +GAAGCTATAGAAATATCATCTCAAGTCATAGATAATGACACTTTATATAATGAAATTTCA +AACTGTAAAAAACATATTAAAAATGGAAATACCATAAGTCAATCTCTAAGCCTAGTTGAA +AATTTTCCTAGTTTGTTTATAACAATGATAACAATAGGTGAAGAAAGTGGAAGTTTAGAT +AAAACTTTAAGTTCAATAACTAAATTTTATGAGCAAGAATTAGAAAATAAAATAGAACAG +GGTATGAAAATTATAGAGCCTGTAATAATTATTATGGTAGCAGCGGTTATAGGAGTTTTA +ATCATAGGAATGTTACTGCCTATGTTTGATACAATTTCAACAATATAA +>group_304 +ATGAAAAAGAATAAAACGAATTTTAAAAATCATCTATGGATTTTGAGTATTTTATATTTA +ACTTTAGGATTGTTTAATATCTTATTTGCTTGGCTAGGGCTTATATGTTTCTTAGTTCCA +TTGATAATATCTGCATCTAATGGTGGTAAAAAATATTGTCACTCCTATTGCGGAAGAGGT +CAGCTACTTAATATCCTAGGTGATAATTTGAAACTATCTAGACATAAGGATATGCCTAGG +TTTTTGGTAAGCAAACACTTTAGGTATGGATTTTTAACCTTTTTTATGACAATGTTTATA +GTTATGTTATTCAATACTTATTTAGTATTCAGTGGGGCTTCAAATGTAAAGGAAGTAATA +ACATTATTTTGGACATTCAAACTTCCATGGAACTGGGTAAATACATCTATGACTAGTCCT +TGGATCGCTCAATTTGCATTTGGTTTTTATAGTATGATGGTTACATCTACACTACTTGGA +ATAATCACAATGATTTTATACAAACCAAGATCATGGTGCATCTATTGTCCAATGGGAACA +ATGACACAACTAATATCAAAATCTAAAAATTAA +>group_574 +ATGAAAGACATAGAATTACTAGCACCGGTGGGATCTTTTGAAGCTTTAAAAGCAGCTGTT +CAAAATGGAGCAAATGCTGTTTATTTAGGTGGAAAAGATTTTAGTGCAAGAGCATCAGCA +AACAACTTTGATAGAGAAGAATTAAAAGAAGCTGTAAGATATGCTCATATTAGAGATGTA +CAAGTTTTTGTTACTGCAAATACTTTAATAAAGCAAGAAGAAATAGAAAAATTTGTTGAA +TATGCTAAATTTTTATACGATATAGATGTAGATGCAATAATACTTCAAGATATAGGTATA +GCGAAGTTAATTAAAAGATTATTACCAGATTTTGAACTTCATGCTAGTACTCAAATGGTA +GCTCATTCTATAGAAGATGTAAAATATCTTGAAAATGCAGGTTTTGATAGAGTTGTATTA +GCTAGAGAATTAAATGTAGAAGAAATAAAATATATTTGTGATAACACAAATGTTGATATA +GAAGTATTTGTTCATGGAGCATTATGTGTATGTTATTCAGGCCAATGTTTAATGAGTAGT +ATGATAGGAAATAGATCAGGTAATAGAGGTAGATGTGCACAACCGTGTAGACAAAAATAT +GAACTTATAGATATACACACAGGAGAAATAATAAATAGCAATGGAGATTATTTACTAAGT +CCTAGAGATTTAAATACTATAGAGGAAATAGATAAAGTAATAGATGCAGGAGTACATTCT +TTAAAAATAGAAGGAAGAATGAAAAGACCTGAATATGTTGCAACTGTAATTAGTAGTTAT +AGAAAAACTGTTGATAATTATTTAAAAAAGAATAAGATAAATGTATCAGATGAAACGATA +AGTGATTTATATACTATATTTAACAGAAAGTTCACAAAAGGTCTAATCTTAGGAGAAGTA +GGAAAAGATGTAATGAATTCTGAAATACCTAATAACCAAGGTTTATATATAGGTAAAGTT +TTAGATTTTAATAAAAGAGCTAAGAGGTTGAAAATAAGATTAGAAAACACTCTTAAAAAA +GGTGATGGAATAAACTTAGGTGGGGGAACTATAGGTAGGATTATAAAAGATGGAGAAATA +ACTACTATAGCTCACAGAGGTGATATAATTGAACTAGATTTTGTTGGAGAAGCTAGAAGA +CATCAAGTAGTATTTAAAACATCAGATAGTGAATTAATGGATAGAGTCCAAAGTACGTTC +CAACAAGATAAGGAACTAGTGAAAAGCCCGATTAATGCTGAGTTAGTTATTAGATTAAAT +GAAAAACCAGTACTTACTCTAATAGATTTAAAAGGAAATAAAGCATCTATTGAAGGTGAC +AAAGTTGTAGAAAAAGCAATGAAGGTAGCCTTAAGTAAAGAAAAGGTAGAATCTCAGATT +CAAAAGTTAGGAAATACTCCTTATGAATTAAGTAGCATAACTACGATACTTGATGAAGGT +GTAAGTTTGCCTATAAGTATACTTAATCAAATGAGAAGAGATTGTATAGAGCTATTAAAT +GAAGAACGAATAAAAATAAAAAATAGAAACTATAAATCAGAAAAAATAGCATATAAGCCA +ACTATAGCATATAAGACTATAGGCAAAAAAATAAGAGCAAAGGTAAAAAATTTAGAACAA +CTAAAAGCTGCATTAGAGTGCGATATAGACTCTGTTTATTATGAAGACATAATAACGTTA +GATAAAGCACTAGAAATGGGAATAAAGTATAATAAGAAAGTTATTTACTCATCTCCAAGA +ATAATAAGAAATAAAGAGTACAAGCATTTAGAAAAAACTAAAAAATTAAATTTAAAAGGT +GTTCAAGTTGGAACGCTAGGGGCGATGGATTATTTTAAAGGAAAAAATTTAAGTATAGAT +TATTATCTAAATGCTTTTAACAGTGAAACTATGAATCATTTTAAAAATGAAGGCGCTACA +TCATTATGTATATCACAAGAACTAAATTTAAATGAAATAAAAGAAACATTAAAATATACA +GATATAGAAGTTGAAGCTGTAGTATATGGATTTGCAACTATGATGGTAACGGAATACTGC +CCTATGGGGGTTTTAGTTAGAGATTGTAAAAAAGACAAAAGAGCAGCAAAATGTAACCAA +AGCATATATGCATTGAAGAATTTTAAAGGAGATATGTTTAGAATATCTCAAGATGTATTC +TGTAGAAGTACAATTTATAATTCAAATATAACGTGTATGTTAGATAATTTAGAAGAAGTA +AATAAATCAGGGATAGATGTATTTAGACTAGATTTTACACATGAAAGTGAACAAGTTGTT +AAAGAAGTAATAGAAGCGCATATTGAGGTATTGAATAACAATTATAGAATGGGTTCAAAG +GCAACTAAACTATATAATTATTTAGATGAAATAGGAACGACATCAGCTCATTATTATAAA +GGTGTAGAATAA +>group_307 +ATGGAAATGTTTAATAAGATTTATAAGTTTGGATCAATAGTTAAACCAAAGGCATCACTA +TATTGTTTAGGTATAATATTCTTTATATACATATATAACCTTTTTAATGATATATATTCA +GTCAATATTTTAATTATTTTAGAAACTTTTATTGCATCAATAATTATTGCGTTAATAGAA +TATTACTACTTTAATAACTATGATGAACTTTCAGATGTTAAAAGAAAGAAAAACACTATT +ATTTGGGCTGTTCTTTCTAATATAATTATAATTTTTTCAGCAGTTATTTTTGACTGGTTT +CCTTCTATTACTGTAAGTGTATCTGTTCTTTTATTAGTTATACTTGAAATATCTATAATT +GCTATGCATTACAGCATATACATAGTTAATTTAACTGATACTAATGACTTAAACGATAAG +CTTCAAAAATATCAAGAATATAAAAAAAACATTAAAATACTTTACTTTAATACAGCCCTA +AACAATTCATATTTAAATAATATAACCTTTGTTTAG +>group_306 +TTGTTAGGTAGAAATGATTTATGTCCATGCGGAAGTGGTAAAAAATATAAAAAATGTTGT +TTAAATAAAGATATTGCATCAGAGAGATCAAGCAGAAAGATTGGGCTTTCACAAAAGCAA +TATTACGAGCTATACGCTAAATTACACGAATTCTCTAGAAATGAGAAATTCAAGTCTGAA +TTTGAAAGAGCAAAAGAGACATTCTTCATAATGGAAGATGAAGAAATAAATGCTAAATTT +GAAAGATTCTTTAATACGTACTTTATACAAGATCATATAATGGAAAATAAAAAGGTTATG +ACTGTAGAGTTCTTCGAAGAAAACAAAGATAACTTAGATATAGCAGAAAGAGATATACTA +AGAAGCTTATTCGAATCATATGTAAGTGTTTATGAAGTAAAAGAGATAAAAGATGAAAAG +GTAATATTAAAAGATTGTCTAAATGATAAAGAAATTTGTACGGAAGATATAAATCTTTTA +AAGGACTTTAAAGTTGGAAGCCCTATGATAGCAAGAGTTGTTACTGTAGGAGACACAAAT +ATATTAATAGATATAACAATAAGTATATCTGAAGCAATAAAAGATATAATTGTAAGCGAT +ATAAAAACTTTATTCAGTCAATATGAAGACATTTATAAAGACATGAAGACATTCTTAATA +CATCATACTCACATACTATATAAGTATATACAACAATTATTAGAGCCAAGTATAGCAGAG +TACTTAAAAGCTCAAAGAGAAGAAAAAGCAACTAAGGCTCAAGCTGTAGAAGTTTCTGAA +GATGATTGTAAAGTAATAACTATGTTAAAACAAAATATAGAAGAGGAATTCTTACAAGAT +GGTATAAACTTCTGGAATGAGTATAAAAAAGCTCAAGGCGAAGTAAAAGGTGCTGAGAAT +GGATGGGCAGCTGGTGTAGAATATTATGTTAAGAAAGAAGCTGGACAAACAATAACTCAA +GCTCAAATAGCTAAGAAGTATGAAATAAGCCCAAGTACATTAGGAAAGAGATATAAAGAT +CTTAAGGCGTAA +>glpQ +ATGAAAGTATTTGCACATAGGGGCGCAAGTGGAGATTACCCAGAAAATACTATCTTATCT +TTTGAAAAAGCACTTACCTTACCTATTGACGGTATTGAGCTTGATGTTCACAAAAGTAAA +GATGGTAAACTAATCGTTATACATGATGAAGATGTACAACGTACTTTTAAAGGAAAAGGT +CTAGTTAAAGACTATACTTTAGAAGAGTTACAAAACTTAAAATGTAGAAAATTTGAATTT +ATTGACAATGATTTATGCAAAGTTCCTACTTTAGAGGATGTTTTTGAGCTTATTAAAGAT +AAAAACATTACTTTAAACATAGAAGCCAAAACAGATCAGATTCATTATGATTTAGAACAA +GATGTACTTAATTTAGTCGACAAATATAATCTGAGAAATAATGTTCTTATTTCTAGCTTT +AATCACAAATGTTTAAATATATTTAAGAATATTGATTCTGATTACAAATACGGTGCTCTT +TATGAATATGAAAAAGATTATGCACCCGAAAAAAATGTTGTTGACCATGCTAAAAAATTG +AATGTGTATAGTATAAACATAAGTAAAGAGTTAGTGACTAAAGAAATGGTAAACTTAGCT +CATAAAAATAATTTAAAGGTTTATGTTTATACAATTAATTCACCTTCACAAATGAGAAAA +ATGATTAACTGCGGTGTAGATGCCGTATTTAGTGATTATCCAGAATTAATGTTAGAAATC +TTAGATGAAGAAAAACATCAGATTTAA +>group_575 +GTGAATTTATATAATATAATTTTTACAGGTTCAGAGCAAGCTTTAGGTGCTGCTAAAGGT +ATGTTAGCTGATGCGATATCTCAACATGGAAAAGAGCATCCAGTAGCATTCCCTGACACT +GCATACTCATTACCTTGTATATATGCAGCAACAGGACAAAAAATGAATACTCTTGGGGAT +CTAGAAGGAGCTTTAACTATTGTTGAGTCTTTAATAAATAGAACTCATTTATTAGAGCAT +GCATTAAATTCTGGTTTAGCTACAGCTTTAGCTGCTGAAGTTATAGAAGCTATAAAATAT +GCAACTATGGAAGAGCCTTATGCAGCTCCATGTGCGGGGCATGTAAGTGACCCAATAATA +AGATCTCTTGGTGTACCACTAGTTACAGGAGATATACCAGGGGTTGCAGTTGTACTTGGC +GAATGCCCAGATGCTGAAACTGCAGCAAAAATAGTTAAAGATTATCAATCTAAAGGTTTA +TTAACTTTCTTAGTTGGTAAAGTTATAGATCAAGTTATAGAAGCTGGAGTAAAAATGGGA +GTTGACTTAAGGGTTATACCTTTAGGATATGATGTAACTTCTGTTATCCACGTTGTATCT +GTTGCAATAAGAGCAGCATTAATATTCGGAAATTTAACTCCAGGAGATCTTCCAGGATTA +TTAGAATATACATCTAAGAGAGTTCCTGCATTTGTTAATGCATTCGGACCACTTAGTGAA +TTAGTTGTATCTGCTGGAGCTGGAGCAATAGCTTTAGGATTCCCAGTTATAACTGATCAA +ACTGTTTTAGAAGTTCCAATGAACCTATTAACTCAAAAAGATTATGATAAATTTGTAGCT +ACTTCATTAGAAGCTAGAAATATAAAAATAAAAATAACTGATATACCAATACCGGTAGCA +TTTGCAGCTGCATTCGAAGGTGAAAGAATAAGAAAAGGCGATATGTTTGCTGAATTCGGT +GGTAATAAAACTGAAGCTTGGGAGCTTGTTATACATAAAGAAGCTGCTGAGGTTGAAGAT +CACAAAATAGAAATAATAGGACCAAATATAGATGAAGTTGAACCAGTTAATGGATTAGTA +AGATTACCTCTTGCTGTAATAGTTAAGATAGCTGGTAAGCAAATGCAAGATGACTTCGAA +CCAGTTCTTGAAAGACGTTTCCACTATTTTATGAACTATATAGAAGGTGTAATGCATGTT +GGACAAAGAGATATGTCTTGGGTAAGAATATCTAAAGATGCTTATGAAAAAGGATTCAGA +TTAGAGCATATAGGAGAAGTTTTATATGCTAAGATGAGAGATGAGTTCGAAACAGTTGTT +GATAAGTGTGAAATAACTATAATAACTGATCCAGAACAAGTTTCTGCTAAAAAATCTGAA +GCTACTTCTAGATATGATGCTAGAGATGAAAGATTAGCTTCATTAGTAGATGAAAGTGTT +GATACGTTCTATTCTTGTAACTTATGTCAATCATTCGCTCCAGCACACGTTTGTGTTGTT +ACTCCTGAAAGACTTGGGCTTTGTGGAGCAGTTAGCTGGTTAGATGCTAAAGCTACTAAA +GAGTTAGACCCAACAGGTCCTTGCCAACCAATAGTTAAAGGAGAATGTTTAGATGATAGA +ACTGGGGTATGGAACTCTGTAAATGAAACAGTTAGCCAAATATCTCAAGGTGCTGTTGAA +AGTGTTACATTATACTCTATACTTGAAGATCCAATGACTTCTTGCGGATGCTTTGAGTGT +ATATGTGGTATAATGCCAGAAGCAAATGGATTTGTTATAGTTAACAGAGAGTTCCCAGGA +ATCACTCCAGTTGGTATGACATTTGGAGAACTTGCATCTATGACAGGTGGTGGAGTTCAA +ACTCCAGGATTCATGGGACACGGAAGACACTTCATATCTTCGAAAAAATTCGCTTATGCT +GAAGGCGGACCAGAAAGAATTGTATGGATGCCAAAAGAATTAAAAGATTATGTAGCTGAT +AAATTAAATGCTACAGTAAAAGAAATGACAGGTATAGAAAACTTCACAGATATGGTATGT +GATGAAACTATAGCGAATGATTCTGAGGGAGTACTTGCTTTCTTAGAAGAAAAAGGTCAT +CCAGCATTATCAATGGAAGCAGTAATGTAA +>xerC_5 +ATGACTAATATAAAAAGTTCTTTTATAAGAAAAAGAGGAAATAACTACAATGTTTATCTT +GAATATATAGGTGAAAATGGGAAATTAAAACAAAAAAGTTTAGCTAAGTATGATACAAAA +AAAGAAGCAGAAAAACACTTAATAGATTTAAAAAGTTCTATAAATAATAATAAATTTATT +ATAAGTAAAGATATTACATTTGTCGAGAGATATAAAAAATATCATGAAGATCCATCTAAA +AATTTCTCTCCTACAACTTTGTATAGAAGAGAAAGTACTATTAAAGTTAATTTAGAACCT +TTTTTCAAAGATACAAAATTAAAAGATGTTACTCCTTCGATGCTACAATCTTTTATAAAT +GCTATGTTTGCTAAATACACCAAAAGTGGAGCTGAACCTATAACAGGTGTTGTAAAAGCT +GTGCTTAACGAAGCATATAGATTAAAAGAAATAAACGAAAATCCTTGTCATTTTGTCAAA +AATCCACCTGCTCTAAGAGAAAGTAGAGAATCTTTTGAAGTTTACGACAAGGATGAAGTT +AAAAATGTAATAAATAAATTAGAAGGAACAAATATCGAAATACCCATACTCTTAATGTTA +ACTATGGGATTAAGAACTGGAGAGGTTTGTGGTCTTCGATGGCAAGATATTGATTTTAAA +AATAATACTATAAGTATTAATCAAGTTTTAATATATGTTAAGAATGAAATTAAATTTAAG +CAGCCTAAAACAAAAGGCTCTATTAGAACTATCTCTGCTCCACAAGAATTAATGAATAAA +TTAAAAAAATGGAAATCTAAACATAATGAATATAGATTGTCTTCGATACTAGAGTATGAA +GATTTAGTATGTTTAAATAGTAAATTAACTCCATTTATACCAGCTTCGCTGAGAGAACGT +TGGAAAAGTTTTACTAAAAGGAATAGTATTAGATATATAAGAATGCACGATTTAAGGCAT +ACTCATGCTACTTTCTTAGTATTAAGTGGAACAGACTTTAAAACTATTTCAAATAGGCTT +GGCCATACAGATATACAAATTACACTAAATAGATATAGCCATGTATTAAAAGAAATGGAT +ACAAAAGCGAGTGATAACATATCAAATTTAATGTTTAAATGA +>group_903 +GTGGAAAAATTATGGGATTTAGTTTTACAGGCGTCTATATATGGAAGTATAGTGGGAATT +GTAATTCTTATAGTAAAGACTCTTCTAAAAGATAAAATAAGTGGAAAATGGACATATCTT +TTATGGATGATATTAATAATAAAATTGATAGTTCCATTTGGTCCACAAAGTAGCATAAGT +TTATTTAATAAGATTCCATCTAATATAACCAATAATGCCATAGTAGATAGTAGTGTAATT +ATTAATAGCGACTTAAACAGTAATAATAACTATGAACAAGAAAATAATGAGTATATAGCA +AGTAATACAGATGAAAAAGAAAATAAAGTGTTATCTATTAATAATAATGGAAGTATTGAT +GAAAATAAAAGTATAAGTAATTTATATAAATTTATAAACGTATTACCATTGGTATGGATG +GCGGGTTTTATTACAACTTTATTTATATCAATTTTTATATTCTTTACACTAAACAAACAA +GTTAAAATAAAGAAAAAAATAGAAGATGAAAATATAAAATTTATTTTAGAAAAAAGTAAA +AACATAATGAAGATAAAGATGAATATAAATTTAGTTGTTAATGATGATATTAGAACACCT +GCACTTTGTAGGCTAATAAAGCCTACAATATTATTTCCAAATGCAATGTTAGATTTAGAA +GATGATGAAATTAAATACATATTATTACATGAACTTTCTCATTATAAAAGGAAAGATATT +TTAGTTAATTATTTACTTGTATTACTCCAATGTGTACACTGGTTCAATCCATTTATATGG +TTTTTCTTTAAAAAAATTAGAGAAGATATGGAACTAGCTACAGATGAAATGGTAGTTTCT +AAGTTAAATGAAGATGAGTATAAAAATTATGCAAGAACTATTATAACAATCATTGAGAGG +ATAAGTATAGTACCTAAAAATATAGGAGTATTAGGGATTGCTGATGATAAAAAAATTCTT +AAGAAAAGAATTGAAATGATAAAAAATTCTAATCTATTTAAAAATAAAAAGAAGTTAATA +AGTATTATAGGAATTAGTTGTGTGTTAATCTTAGGTAGCATTCTTTTAACAAGTAAGAAT +AGTCTTACAGATGATAGAGTAAAAGGTAATTTTGAAAATTTAATTCAATATAAAAACTCA +TATGTAGGAGATAACAGTAACACTAATAATCTTATACAGAGTCTAGGCTTTGGGAGTTTT +AAAGAAAGAATAGAGTTATCAACTAGTGAAGAACCTTATGCTGTTAAAGTTTATTATAAT +TTAAATAACATAAATACAAATAAGGATGATATTAAAAATGAATTATTTATAAATTCTATT +ATTATATTTTCGCTAATAGAAAATGTAGATGAGTTACATTATTACATATTAGATGAACCC +TATAGTGATAATTTAAAGGTAAAATACGAATTTACATTTACTAGAGGTGATATAGAGAAT +AGACTAGATTTAGAAAATATAAGCTATTACAGTTCAGATGAAGAAAAATTCAATGCTTTA +CTACAAAAGATATCTAAATATAGAAAAATAAGTTCTAGTTTAGATGAAGCTATATCAAAT +GCTGTGAAAGATTCTATATATGAAGACTATTATTTAGGAGAACTAGACACGGAAGCGCAT +GTGATTTTAGGAAAAAAAGAAATTGAAAATAAATTAGATGTATATACAATAGTTAATTAT +GGAAGCTTTCAATTTGAAAATGATGTATTTACACTTGTAAGTGGTGCATGGGGGCTTCCT +ATGGTTCTTACATTTGAAAAAGATGAAAATAATAATTACTATTTTATAGATTATAAAGAA +GCTGTGGATGGGGGAATGTATGTAGATTCTATAAAAGAAATGTTTCCGACTTATTTAATT +CCTAAGGTAATGAATAGTGATAAGTATGCAGAAAAACTAAGTGAAGAGCAAAGATTACAA +GCAAAAAAATATTTAGACAGTATAAATAGAAATACAGATATAAATATAGACTATGTTTTT +GATTCAAAGTATGAAAAAGAGTACCTAGATACGTATATAAGTGCAGAGGCTCAAGATAAA +TTATTTTCGGTTGTAGAGTTATATGATTATCCAACTTGGATAGGTAGAAATGAAAAACTT +ATAGATGGCGTAAGATATGTATATGAGACTAATATTGAAACAGATAGTGATGGATATAAG +GTTGTCATATATAGGAAGATGGATGAAAGTAAAACTGTAGTTGAAGAGCATCAATATAAA +ATTTATGATAATGATATAAAAGAAGTTAAACACGATGTGAAATAA +>rsxB_1~~~rsxB_3 +ATGATTTTATATTTTAGCGGTACTGGTAATAGCCGATATGTGGCTCGCAAAATTGCACAA +GAATTAAATAATGAACTAATATCATTAAATCAGCTTATAAAAGAAGAAAAAACAGATGAA +TTAATATCAACAGATAAACCATTCATATTCGTATGCCCTACTTATGCATGGAGATTGCCA +ATAGTAGTTACTAATTTTATAAAAAAAACAAGATTTTCAGGAAGTAACAAAGTATATTTT +ATAATGACTTGTGGAGGTGATACAGGAAAAGCCATAAAATATATTCAAAAGTTATGTAAA +TATAAAGAATGGCAACTAAAAGGTATGGCAGAAATTAAAATGCCAGAGAATTATATTGCT +TTATTTTCTATACCAGATAAAGAAACATCAACACAAATCATTAAAGGATCAGATAAACAA +ATAGATAAAATTATTTCTTATATAAAATCTGAAAATGAATTTGAAATTATTAACCCTAGT +GGCTTAAGTGGTACACTTAAAAGTGGTATAACAAATACAGCTTTTTATAAAATATTTGTC +CATGCAAAGGGATTTCATTATACTAATAAATGCATTGGCTGTGGAAAGTGTGTAACACTA +TGCCCTCTAAATAATATTAATTTAAAAAATCAAAAACCAGTTTGGAAAAATAACTGTACT +CATTGTATGGCATGTATTTGTGGTTGCCCTACTGAGGCTATTGAGTATAAAAATAATACT +CAAAATAAAAGAAGGTATTATTTAAAATAA +>group_906 +ATGAAGATTAATAAAAGTAAGATAAAAACAAAGCAAACCTTAATTTTATTAATAGCATTC +GTGTTAGGTATATTTATAGCTATATATTTAAAGTCAATGGATTCTAATAATGTATATATT +TCTTTAGAAGAAAAAAGACTACTTGAAAGTGAGATTAATAATAAAAAAGTAGAAATATCT +AATTTAAAAAAGAGAAAAGAAGAATACGAAAAGAGTTTAAAGGCCTATAAAGAGGTTATT +AAAAATGAAAATAAATCTATAGAAGAACTGATGAATGAAGAACTAGATTATTTAAAAGTA +ATAAGTGGGTATTCGAGTATTGTAGGAAGTGGGGTAGTTATAACTATAAAAGACAGTGAA +AGAGAACTTTCAAGTGGAGAAACCCCAAATGACTTACTAGTCCATGATATAGATATATTG +AGAATATTAAATGATTTAAAAAAAGCAGGATCAAAGGGAATAGCAATAAATGGTGAACGA +GTTTTACCTACGAGTGAAATAAAATGCTCTGGAGCTACAATTACAGTTAATAAAACAACT +TATGGACAACCTTTTATAATAGAAGCAATAGGGGATACTGAATCATTAATGGCAAGTATA +AATGCTCCACAATCATATGCCAGTTTACTAAGGAGTGTATATGGAATTTATATAAATATA +GAAGAAAATGAAGAAATAACATTAAAATTTTATGAAAATAATAAATAA +>group_1552 +ATGGGATGTACTGCAATTATATATCAATCAAAATATGGAAGTACAGAAAAATATGCAAAA +TGGCTTTGTGAAGAAATTGGTGGAGATTTGTACAAAAAATCAGAGATATCTATTAGTGAT +TTAAAAAAATATGACACCATAATTTACGGAGGAGGATTATATATAACTGGTATAGCTGGT +TTTTCTTTTATTAAAAATAATTATAAACATTTGGAAGATAAAAATATTATTGTATTTGCA +GTAGGAGCATCTCCATTTGATACAGGATTAATATTTGAAATAAAAGGAAATAACTTTCCT +GATGAAATGAAATATATCCCATGTTTTTATCTTAGAGGAGCATTTGATGAAAGTAAAATT +AAATCTAGAGATAAAATTTTAATGCAATTGTTAAAAAAATTTATTGGTAAAAAGGATGAT +TCGGATTATGAAGAATGGGAGAAAGCTTTTATCGAAAGCACAAGAAAATCTGAAGACTGG +ACGTGTAAAGAAAGCTTAAAGCCTATAATCGAATATATTAATTTAAAGTATGAATAA +>trmD +ATGAGATTTCACATAATGACACTTTTCCCAGATATATTTAATTCATATATGAATGAAAGT +ATAATGAAAAGAGCGGTTGATAAGGGGAGTATAGAAGTATATATATATAATATTAGAGAC +TTTTCTAATAATAAACATAAAAAGGTAGATGATTATCCTTTTGGAGGAGGAGCAGGTATG +CTTATGACTCCGCAACCGATATATGATACTTACATGCATATAGTAAATACACATGATATA +AAAAATCCTAGGGTTATCTATCTAACACCTAAAGGGAAAGTACATAGTCAAGAAATTGCT +CAAGATATGTCTATAAGCGACGATATAATACTTTTATGTGGACATTATGAAGGTATCGAC +CAAAGAATTATAGATTTAATAGTTACTGATGAAATATCTATAGGGGACTATGTATTGACA +GGAGGAGAACTTCCTGCACTAATATTAATAGATTCTATATCTAGACTTATACCTGGTGTA +CTAAGCCAAAATGAATCTTTTGAAGAAGAATCTTTTAAAGATAACTTATTGGAATATCCT +CACTATACAAGACCTAGAGAATTTATGGGAATGAAAGTACCCGATATCTTATTATCAGGT +AATCATAAGAAAATTGAACAATGGAGATACGATGAATCTGTAAAAGTTACTAAAGAAAGA +AGACCTGATTTATATAAAAAGACTTGTAAGAAGTAA +>group_908 +ATGAAAGAAAATTCAGGGGCATTAGGAGTAGATAATTTTTATTTATCAAAAATTTATGAA +GATGGAATAGAAGAGAATATAAAGAAAGCTAATGGAATTTATTATACACCAAAGGTTATT +GTAGACTACATTATGAAAAAAACTTTAAAGCAACATAATATAGTAGAAAATCCATATCCA +AAAATACTAGACATTTCATGTGGATGCGGAAATTTTTTATTAGAAGCGTATGATATTTTA +TATAACTTATTAGAAGATAATATTTATGAACTAAAAGAAAAATACAAGGATGATTATTGG +TCGATAGATAATATTCACAGGCATATAGTTGAAAAATGCATATATGGAGTTGATACTGAC +AATGATGCTATAAATATTTTAAAAAGAAGTTTAAATAATAAAAGTATTAATTTTAATGTC +ATTAATTCATGTGATTTAAATATATACTGTGAAGATGGTCTAACAAAAGAGTGGGATTTC +AAATTTGATTATATAGTAGGAAATCCACCTTATGTTGGGCATAAGTCATTAAATAAGGAA +TATAAGAAGTATCTTTTAGAAGAATATAGTCAGGTTTATAGGAATAAATCTGATTTATAT +TTTTGTTTTTATAAAAAGGTTATAGACTTAATAAAAGAAGACGGGATTATTTCCATGATT +ACTCCAAGATACTTCTTAGAGAGTCCATCAGGAAAGGGTCTAAGAGAATATATAAATAAA +AATACGTATATAAGGGAAATAGTAGACTTTTTAGGAACAAATATATTTAAAAATGTAGGA +GTAGCTAGCTGTATATTGACTTTGAAATTTAAAGGTGCTAAAGGGCATAGAGATGATAAT +TCTATAAATATATATAAAATAAATGATGAAAATATAAAGATTAATGATATTGATAGTTTA +AATGATTTTTATATGAACAGCTTATTTAAACACTTTAGTGTTAATCAAAATTCCTTGGAT +GAAAATTGGATATTAACTAATAAAGAAGATAAGGCTTTTTATAGTAAAATTGAAGAAAAG +TGTAATTACTATTTAGAAGATATTGTAACAAGCTTTCAAGGTATAATTACAGGTTGTGAT +AAGGCATTTATTTTAGAAAAAGAAAGTAATAACATAAATTGTGTACCTAAAAATCTTTTA +AAATCATGGGTAAAAAATAGAAATATAAGAAAATATATAATAGAAGATACTAAATATAGA +CTAATATATTCAAATGATATAAATGATGAAACAAGATACAAAGATGTAATAAAAACATAT +ATCGATCCTTACAAATATAAATTAGAAAATAGAAGAGAATGTAAAAAAAACATAAGAAAA +TGGTATGAATTACAATGGGGGCGTGAAAAAAAATTATTTGAAAGAAAAAAAATAATGTAT +CCTTATAAATCTAAAAATAATAGATTTGCTATAGACAATAACAATTCATATTGTAGTGCA +GATGTATATTCTTTTTTTATAAAAGATAAGTATAAGGATGATTTTTCTTATGAATATTTA +GCTGGAGTATTAAATTCAAATATATATGATAAATACTTTAAGGTAACAGCAAAAAATATG +GGAAAAGATATTTATGATTATTATCCTAATAAAGTTATGAAAATAAAAATATTTAAGGAT +AATAATTATAAAGAAATAGAGTCTTTATCAAAGGAGATAATAAATATTTTAAAAAAAGAA +AGTGCATTAGAAGAAGAGAAATTATATAAAGAAAAAATTTATATATTAGAAACAAGAATA +AATAATTTAATTAAGGAATCCTTAAGTCTATAA +>capA +GTGTTATATAAAAAAGCATGGTCGATAATAATTATTTTAGTAGCTATATCTTTTTATGGC +TGTTCAAAGATAAAGGTACAAGAAGATGATTATTTAGATATAGAAGAAGAGCCTATAAAG +CAAAGTATAACTTTAAGTTTTGCAGGTGATGTTACAATGGGAAATTACATTGGATCTATA +GGAGGAGGAACATTTGATCATGAGTTTGAACAACAAAGTAATAATTATGGATACTTCTTT +GGTAATGTTAAAGAGATATTTAAAGACGATGATTTAAGTATAGTTAACTTAGAAGGTACA +TTAACTGATTCTAATAATGGAAATACAGAGAAGAAGTTTGCATTTAAGGGCCACCCATCA +TACGTTAATATATTAAAAGAAGGAAGTATCGAGGCCGTAAGTATAGCCAATAACCACTCT +CAAGATTATTATGAAAAAGGTTTAAATGACACAAAAGATATATTAGATGAGGCAGGAATA +TTTTATGCCGGATTAGGAGAAAAAAGTATAATAGATGTAAAAGGAATAAAAGTTGGATTT +TTAGCTTACACTGGATGGAATTCAAATTATAGCCCATCATATTTAAATGAAATCAAAGAA +GATATAAATGACATTAAAGAAAGTGGAGTAAATATGGTAATAACCTACTTTCACTGGGGT +GCAGAAAATGATTATTATCCTAATGAAGTTCAAAAAAATATAGCTCATTTTGTTTTGGAG +AATGGTTCTGATTTAGTTGTAGGTAGCCATCCTCATGTATTGCAAGGAATAGAAAAGTAT +AGAAATTCAAAAGGGGAAGATAAGTACATAGCTTATAGTTTAAGTAATTTTTGTTTTGGA +GGAAATAGAAACCCATTAGATAAAGATAGTATGATATATCAACAAACATACAATTTTGAA +GATGGAGAACTAAAAACTATAGATGAACCAAATATTATTCCATGTTCTATATCATCTACA +AAAAATCGAAACAACTATCAGCCAACAGTACTAGAAGGAGAAGAGTATAGTAGAGTTATG +GATAAAATAAATAAAATTAGCTATGAATTAAATAAATAG +>group_310 +ATGAAAAAATTTGATTTTACAAGAATTATATTTTTAATTACATCATTTTTAATATTGATT +GCAGGTTTTGTAATACCTGACGGAAATATAAAAACTTCTATTGTTGGAGCTTCAGCTATT +ATTTCATTGGTTATATTAGATATACAAGCACCTAAGATATTAAAGTTATCAGAAGATAAC +CCTAAAATTAAGACTTTGAGGTTTTTGAATAGACTTACTCTATTTATTATTCTTATTTGC +TCTATTTTTACTTTATTATTACCAATTGAAACACTATTTGTTTCTAGAAATAATGAAATA +TTAACTATTGGATTAGTTTCAATATTTATGATGGTTTTTGGCAATCTTTCACCTAAGATA +CCTTTTAATAGATATTTTGGATTAAGACTTCCTTGGACTATAAGAGACGAGCAAACATGG +AGGATAGCACATAAAATTGTAGGTTATTTATCTTTTCCTATTGCATTAATAATGTTTACT +TTATCATTCTTCTTTAATAGTGATAAAGTGGCAATTACTTGTGGCTTAACTTGGGTCGCA +ATACCAAGTATATATTCGTTCATATTTTATTACAAAAAGTACAGATACATAAAATAA +>group_311 +ATGTCAAATACTATGCTAAAGATCATAGCTATGGTTGCTATGATTTTTGATCATCTGTGG +AGGTTCTTTCCAAATTCACCTTATTTCTTTCATTGGATAGGTAGGATATCAGCACCAATA +TTTTTATTTTGTTGCGTATTAGGTTATGTTCACACTTCAAATAAAAAGAGATTTTTTATC +AGAATTTACTCTTTGAGTATAATTGTAGAGTTTATGAATTTAATTTTAAAAATTGACGAT +TTAAGGATGAATTTTATACGAACTATATTTTTAGTAACTGTAATTATATTTATAATTGAT +AAATTTAGAGAGAAAAATAAAAATGCTAAACTCTACTTATATGTATTTATAGGGTGGCAA +ATCATAACTACTGTAGGAATTTATTATTTACTTTATATGGGTGGAGTAACAGATGAAGCA +ATATTTTTAATAACGAGTCTTACAGCAAATATTATGTTTTTAGATGGTGGAATACTATTT +GTTTTAATGGGAGTTTTAATGTTTATTTTTAAAGATAATAAGTTGAAGTTTTCTATTTAT +TTTATTATTTTAACTGGTATATATGTAATTTTATTTAATTCACCACTAATTCTAAAATTA +GAAAGCGTATTAGTAAACTATTCATTATTTTATTTATTATTTAATTTAATTTCTTATATG +ATATTAGGTATACATCCTATGGCTGTTACTGTAGATATATTGTTTGGAAATCCACAGTGG +ATGATGATATTTTCATTACCTTTTATATTCATGTATAACGGTAAAAAGGGTAGAGGTTTA +AAATACTTATTTTATATATTTTATCCATTACATATTGCTATTTTATATATTTGTTCTATG +ATATTTAGATGA +>group_312 +TTGGCAAAAGGTAAAGACGATAATTGGATAAATAAGCACTTAAGGTTATCAATAGCCATG +TCATGCGACAAATCAGAAGGAGAAATAACCAAACAATTCTTAGGTTCATTAAAAGAATTA +AATTTATCAGATAAAAATATTAAACACTTAGATGGTTTGGAGTTTGCAAAGAATTTAACC +AACCTATTACTTAACAACAATAAAATAAAAGATACAAGCAAGCTATCTCACTTAAGAAAC +TTAACTAATTTAGAATTAAGCAATAATAGAATAGAAGATTTATCTTTTTTAAGCAAATTA +ACTAAATTAAAAAGCATAAATCTAGATTTTAATAATATCTACACTATTCCTAATTTATCT +GAGTTAAAAGAATTAGCAGTAATAAATATTTCTAATAACAATATCAATGATTTTTCCTTT +GTTAGCACATTAAGCAATAACGATGTTAAAATCATTGCATATGACCAAATCGTGCTACAA +AAACCTATATTTATTAATTACGGAGAGGACTATACATTAGAGCCAGTTATATTGTGGGGT +GAAGATAATTTGATTCATTATTATAATGTACAAGTTACAGGTGATTATGATGAACTACAA +ACTAACGAAAGACCATCTATACTATATTCTATATCAAAAATCACACTAAAGAACGTATGT +TCTGATTGCATAATCAAAGCAGATTTCTACCATGAAGTTCCTTTTTTTAAATCTGGATTA +TTAAGTGGAGTGCTTATACAGCCATTAATAATGAAAATTAGTAACTCTTCTTTCAGTTTT +GATAAAAATAATTCTAACTTATACTCAATCTATGGAAAAATTGTGCTTAATGATAATGAT +ATATTAAGCGATAAAACAATCACATTAATAGATTCAAATGGTAATAAATGTCACAGTGTT +TCAGATAAAGATGGAACTTATAAATTTCATTCATTAAAAGAGGATAGGTATACACTTCTT +TTTCCTTTTTTAAGTGAATATAATTATACAACCCCTAGTCTATATGTTATAAATTTAAAA +GATGAAAAGAAGATTAATATAGATGCTTTTGTATCTTCAAAATAG +>group_314 +ATGAATTTATTAGACTTAAAAAGTAAATTGGAAAAAGGTAAGCTTTTAGAGGGAGAAGTA +GTATACATAAAAGAAGATAATATTATATCTGGAATAGATTCTGTATATAAAAATCAAGAA +GATAAAAGTATTGTTTTGTTAAAATCAAAGGAAGAAACTATAAAGGTAGATAATCTTTTA +GGAATATTAAATGAAATATATGCTACTGTTGGAGATATAGAAGTTTTTATTTCTGAAAAC +TCTACAAATAGAAGTTGCACTAAGAATATAGAATCAGTGGAATTTGCACAGTATGAACTT +GTGAAAATGATTTTTATAAATATATAA +>gltS_2~~~gltS +TTGTTTAATATAGACCTTAACTCAACATATACTTTAATTCTCGCCATCATACTTTTTTTA +TTTGGAAGTGTATTAAAAAATAATCTTAAATTTCTAAATAATTTTTGTATTCCTTCTCCA +GTGATTGGTGGCTTGTTTTTCTGCATCTTAGCTTTATGTCTAAACTACTTTGGTGTTTTA +TCTATTAGCATGGATACAAGTCTTATGCCTCACTTTATGTCATTCTTCTTTACAGTTATT +GGACTTGGAGTTAGTTTATCATTAGTAAAAAAAGGAGGAAAGCTATTAATTAAATACTGG +CTTTTATGTGGATTACTTGCTTACTGTCAAAATGGCTTAACTGTAATACTTTCAAAAGTT +TGTAACATTCATCCATTACTTGGCTTAATGTGTGGAACAATTTCAATGGAAGGTGGACAT +GGATGTGCTGCTGCATTTGGAGCAACTATAGAAAATTTAGGTATAAATGATGCTACTAGT +GTTGGTATTGCAGCTGCAACATTAGGACTTATTTTAGGGGGTATACTAGGAGGACCTATT +GCCAAATATTTAATTGAAAAATACAAATTAAAACCTTCTAATAAAACTAATACATATTCA +TCACTTAAAAATTCAACTGTTGGTGTAACTAATACATATTCTGGATTAACACCTTATATG +TTTTTTGAACAATTTTTATTAGTATTACTTTGTATGACATTAGGTGAATTTATAACAAAT +TTATTTTATAATATTACAAATATTATTTTACCTAGTGTTGTTGGTTCTATGTTTATTGCT +GTTATTTTTAGAAATGTAAATGATAAGGTAAATATTATAAATATAGATTTAAAGCTTCTG +GATTTTTTAAGTGAACTATCTTTAGGAATGTTTTTAACTATGGCTTTAATGAGTGTTGAT +TTATTAAAATTATCTAACTTATTTGGTCCTATAGTTTTTATAATTATTTGTCAGGTTATA +TTTATGATTCTGTATGCTACATTAATTTGCTTTAGGTTGTTAGGTAAAGATTTTGATGCA +GCCATTATTATAAGCGGTTTAATTGGTCATGGGCTGGGTGCAACCCCTAATGCTATTGCA +AACATGACATCTGTCTGCCAAAAATATGGACACTCTGAAAAAGCTTTCTTGGTAGTTCCT +TTAGTTGGTGCATTTTTATTAGATTTATTCACCATGCCTAGTATAGTATTTTTTATTAAC +TTATTAAGCTAA +>group_909 +ATGTTTAAGTCAAAAAAATATACAATTATAACATCAATTTTAATTGTTAGCATGAGTAGT +TTTTCAAGTGCTCATTCTGGAAGAACTGATGCTTCAGGAGGTCACAGAGATAATAAAAAT +AAATCAGGATTAGGTAGCTATCATTATCACTGTGGTGGACATCCTGCTCATTTACATACT +AATGGATGTCCGTATAAAAGTTCAAGTACGACAACAAATACAATAACATCAGTAAGTCAA +TCGTCATCAACATCATCTAAAACAACTAAATCATCAGTAGAAAGTGCTAAAAAGAAAGCG +AAAACTGATGGTTATAATCAAGGATACAAAGATGGGTATAATAATTACGCTATAGATACA +TCATCTTATTCTGGAAGTTATGATGATGAGTATAATGAAGGGTATGAAAATGGATATTCT +GAGGGTAGTAAAAAACTTGAGGTGGAAGTAGCATCTGTAAAAGAAAGTGGATACAATATA +GGTCTTTCAGGAACCTTATTAAATAATACCTATACAAATAAATCATTATCAGAAGCATAT +GAAGAAGGTTATAAAAAAGGTTTTAGTGAATATAAAGAAGTTAAAATAGAAGAGTATACT +TTACAAGGTAAAAATGATAGTTATGAAAATAAAGATATGATAGAATTTCCTGATGATATT +CAAGAGGAATTTAAAAATGCATATATACAGTCATATAATGATGCTCAAGAAGAATTAAAA +AATAAATATTACATGTTAGGGTTTAATTCAGCTATCAAAGGTGAAGAGTACAAATCGATA +GACGAAGATAATGAAAAATATATCGGATGGTTTAAGGATGGTTATGATAGTGGAATTTCT +AGTTTAGAAGAAGAATTAGAAAAAGCCTATAATTTAGGTTATGAAGGTGAAGACTTATAT +ATAAGTGAAGAGATGGATATAGCTAAAGAAGTAATTAATGAGTCTTATGTTAAAGGTGTT +AGTGATAAAAAGCAGGAAAATACTTTAGGTATAGTTGGATTAGGTGGCATAGCTGGAATA +GGTGGACTAATTTATCACAGAAAAAGAAAGAAAGCTAAGCTTTAG +>smc_1~~~smc +ATGAATAGTAAAAATATTAAAATGAAATCAGCAACACTAATAACAGCAGCAATAGTTGCT +AGTAACGGAACCTTAATATTTGCAGATAATAGTGATATAAAAAAAGACGAAACAGTATAT +TCTATTTTAGATGAAAATGGAAATATAAAAGAAAATATAGTATCTACATGGATAAAAGGT +AATTCTAAATTAGGTGAAATCAAGGATATTAGTGAACTTAAAAATATAAAAAATTTAAAA +GGAAATGAAACTCCTCAAATAAATGGTAGTGATATTACCTGGGACATAGATGAGGATGAT +TTATATTATAGTGGGGAAAGTAATAAAAGTTTGCCTGTGGATTTAAAGATAAAGTATGAA +CTAAATGGAAAAACAGTTGAACCAAGTGAAATTAAAAATAAATCTGGTAAATTAAAAATA +ACAATATCCTTAAAAAATAATGAAGCAAGAAGTGTTGAAATTAACGGAGAAAATAGAACG +ATATATGTACCGTTTTTAACAGCAGTTGAAGTACTTATGCCTAGAGATAATTTTAAGGAT +ATAAATGCGAGTAGTGGTACTATATTAGATGAAGGAAAAAGTTGCTCTATAACTTTTGTT +TCTGTACCGGGGCTTAAAAATTCATTAAAATTAAATAATGATTTAAATGAAGTTATAGGA +TTAGAAGATAAGTTAGTTATTGAAGCTGAAGCAACAAATTTTGAAATGCCTAGTATACTA +GCCGTAGTTTCTCCTAATACATTTGACCTTGATAAGTTGGATGAAACTAGCTCTGTTAGT +GATTTAAAAGATTCCCTAGGAGATTTACAAAAAGGTGGAGAAGACTTATTAGCTGGAGCA +GAGAAGTTATCTGAAGGAACTTCTGAATTAAATCAAAACTACAAGTTATTTAATTCAGGT +GTGAAAAGTTTAGATGATGGGGCTAGTAATCTAAATAGTGGTGTGAGTAAGTTAAATAAT +TCAACACCTGCATTAACTAAAGGTGCAAAAGATCTAAATAGTGGATTATCTCAATTAAGT +ATAGCTCAAGGTCAGTTTTCTCAAGGAGCAAAAAGTTTGGATAGTGGAGCTAGTAAGTTA +GATAAAGGTATAAGTCAATTAAGTAGCTCTACACCAGCACTTAGTAAAGGTGCAAGTGAC +TTGAATAATGGGTTATCTCAACTAAGTACTTCACAAGGTCAATTTTCACAAGGAGTAAAA +AGTATAGATAGTGGAGCTGAAAAATTAAATACAGGTGTGAATCAATTGAGTAGTTCTACG +CCAGAGTTAACTAAGGGAGCAAGTGATTTAAATAATGGATTATCAGAATTAAGCTCATCA +CAAGGTAAGTTATCACAAGGTGTATCTACATATGTTGGCAATGTATCGCAATTATATAAT +AAATATTCAGAAATAAATAGTGGAATAAACTCAGCATATAGTGGATCTAAAGACTTGGTA +AATGGATTAAGTCAAGGTAGTGGAGGAATAAATGATTTAATAGCATCTGCTAAAAATACA +TCAGGTCTAGCTGATAACATTGCAAGTGTTGCAGAAAGCATTGAAGATGAAAATTTAAAG +AATCAATTATTAGGGATAAGCAAAGAATTGAAAGGAATATCATCAGCTCAACAACAAGGT +TTAAATACATTAAGTTCAAAGGTTAATGATGCATATAAAGGAGCATCAACATTAAATAGT +GGACTTAGTAGTCTTAGTTCAGGCTCAAGTTCTTTTTATGATAGTTTAGCTAAGATTTCA +AGGGCAGGAAGTGATCTAGATGCAAAGGCTAGTAAAATAAAAAATGCAACAGATACTATT +TATAGTGGAAGCACTGCATTGTCACAAGGTGTAAATAAGCTAGATGCAGGAGTAAGTGAA +CTATCAAAAGGAAGTAGTGAGTTAAAGAAAGGTACATCTCAGCTTAACGAGAATGCTACT +AAATTAAAAAGTGCAACAGATACTATATATACTGGAAGCAGCTATTTATTAGAAGGGGTA +AATAAAGTAGATAAAGGAACAAGTGAATTATCAAAAGGAAGTAGCGAGTTAAAAGGAGGA +GCATCTCAGCTTAGTGAAAATGCTACTAAATTAAAAAGCGCAACAGATACCATATATAAC +GGAAGTGGGTCATTATTAGATGGTACAAAGCAATTAAATACAGGCGTAAATCAACTAGCT +CAAGGATCAACAAAGCTAAAAAAAGGAACAGCAGAACTTAGTACTAATTCAACTAAAATC +TTAAAAGGTACAGAAGATTTAAATAGTGGGGTTAAAGAACTATATACAGGTACTAAAAAA +TTAAAAACAGAAGGCTTAGATAAATTATATGATTTAGGAAATGAAAAATTAAGTGAGATG +GATGGTATATTAGAAGCTACTGATAAAATAATTGAAGTGTCTAAGGATTATGATAATTAT +GGTGGAATAACTGAAGATATGGAAGGTAGTGTAAAATTCATTATGAAGGTGGATGGTAGT +TCTTCTGATGAAACATCTGATTCAGAAAATCAAAAAGAAGAAGTAACTACAGAAGAAAAA +GACGGCGGTGGATTTATGAATTGGGTTAAAAGTATATTTAAATAA +>mepA_7~~~mepA_3 +ATGGGGGATAATGAATTATTGGGTATTGAGCCCATTAGTAAGTTATTGCTTAAGTATTCT +GTTCCGGCTATTATAGGGATGATGGTAAATGGGTTATATAATATAGTAGACAGAATTTTT +ATTGGAAATATACCTAATGCTGGATCATTAGCAATAACTGGATTAGGTATTACAATGCCT +ATAATGACAATAATATTAGCTTTTGGTATGTTGATTGGTATTGGAACAGCAACAAATATG +TCCATAAGACTAGGTCAAGGAAAAGCTGAAGAGGCTAAAGATTTAGTACAAAATGCTATG +ACACTAGCATTGTTAATAGGAGCTACAATTACATTTTTAGGAATAATATTTGCAGATAAA +ATTTTAATGTCATTTGGAGCAAGTGAAAGTACTTTACCATATGCAAAAACATATATCAAT +ATTATTTTAATAGGTTCAATACCTAATTTATTTGCATTTTCTTTAAATCATATCATTAGA +GCTGATGGAAGTCCAAAAATATCGGCATCAATAATGGTTGTAGGCTGTCTTTTAAATATA +GTTTTAGATTGGATATTTATATTCAAGTTTAATTTAGGAATTAAAGGAGCAGCAATTGCA +ACTATAACATCTCAAGGTGTAACAGCAGTATTAGGAATATATTATTATATATCAGGAAAA +TCAAATCTAAAAATTAAAAATATCAAATTAAAATTAAACAAACATTTGATTAAGGTAATC +TTTGCAATTGGAGTATCTCCTTTTTTTATGCAAATTGCTGCGAGTATGGTTCAAGTAGTT +TGTAACAATTCTTTAAGAAAGTATGGTGGTGATTTAGCAATAGGAGCCATGACCACTGTT +GGATCTATATCCATGATATTCTTAATGCCTATATTTGGGATGAATCAAGGTTCGCAACCT +ATAATAGGATTTAATTATGGAGCAAAACAATTTAATAGAGCTAAAAAGGCATATATACTA +TCTTGTAGCGCAGCCACGTTATTACTATTAATTGGAACAATAGTAGTTCAAGTATTTCCT +CATATTATGATAGGTTTATTTAATAAAGATCCTGAGCTTATGGATATATCTACAAGAGGT +ATTAGAGTGTATTTGCTTATGATGCCAATAGTAGGAATATCAATCACAGGTACAAATTAT +ATTCAATCTATTGGAAAAGCAAAAGTTGCAATGATTTTAAGTCTTTTAAGACAGGTAATA +ATATTAGTTCCATCATTAATTATCTTACCAAGAATTTTTGGTCTGAACGGTGTTTGGATG +GCTCAACCTGTAGCTGACTTTATATCTACATCAATAATAGCAGTGATTATTATTAAAGAA +TTAAGAAGCTATAAAGTTGAAAATAAAAGATTAAATGAAGATTTAAACATGAAAATAGAA +ATAGCAATTGAAGAAGATTTAAAATAG +>lacR_1~~~lacR_2 +ATGGTTACTATAAAAGAAATTGCTGAAAAATCTGGTTTTTCTACATCTACAGTTTCAAGA +TTATTAAATAATGATAACTCTTTATCAGTCTCACCTAAAACTAAGAAAAAAATTTTAAAT +ACAGCTCTTTCACTAGGATACGAAAGAAAGTATATAAAAACTATTATAGAAAAAATTGCA +TTACTATTTTGGATTACTGATACAGAGGAGCTAGAAGATGTATACTTCAAAGAAATGCGT +CTTCAACTTGAGAAATATGCTAATGATAAGAATATGGAGTTAGTTGTTGTTAAACAGCAA +GATGGTATTAATAACATCCCAAATGATATAAGCGGTTTTATTGCTGTTGGTGGTTTTTCT +AATAAAGAAATAAAAAAGCTACATGAAATTACTGAAAATGGTGTTTTTATAGATTCAAAC +CCAAATCCAGATTTATTTGATTCTATACAACCTAATACACCTAGAATAACTCAAAAAGCA +ATAGAATATTTTGTAGAAAGTGGCCATACTAATATTGGTTTTATCGGTGGTACATATTTC +AATCACGATACAAATACACACGAAAAAGATATAAGAGAGATTTCATTTAGAGACCATATG +TCAAAGTTAAATCTACTTAATGATAAAAATATATTTATAGGTACAAAATTCTCTGTTGAT +AATGGATATGAATTAACAAAAAAAGCTATTGAGGATTTAAAAGAAGATTTACCAACTGCA +TTCTTTGTTGCATCTGATGCAATAGCTATTGGTGTACTTCAGGCACTTAATGAGAATAAT +ATTTCTATACCTCAAAGGGTTAGCATTATCAGTATAAATAATATTGATATCGCAAAGTAT +GTTTCTCCGCCTCTTAGTACTTTCCATATAGATATTCCTGAGTTATGTAAGACTTCTATT +TCATTGTTGTCTGAACAAATTATTGAGGAAAGAAAATGTAAAAAGACTGTTCTTTTAAAT +TCAGAGTTGATTTTAAGAAAAAGTTTTGTTTTATAA +>lyc +ATGCAAAGTAGGAACTCGAGTAATTATAAAGGAATAGATGTAAGCCATTGGTCAGGAAAT +ATTGACTATAAAAGTGTTTTGGAAAGTGGAGTTGATATAGTTTATATAAAGGCTAGTGAA +GGGAAAAGTTATATAGATCCAATGCTTCATACTAATTATATAAATGCGAAATCTCAAGGA +TTACTAATTGGATTTTATCATTTTTTTAGAGCAAGTAGTGAATCAGATGCAATTGCAGAA +GCTCATCATTTTGTAAATACAATTAAAAGTTATAAATCAAATTGTAGATTGGCTTTAGAT +ATAGAAGTTAATAATGGATTAAACAAATCTACTATCACAAACCTATGCATAAAATTTTTA +GAAGAAGTTAAAAAACTTACTGATATAGATGTTGTTATATACACATATACTTCTTTTATA +AAAGGAAATTTTAACAAAAAAATTAATATTTATCCTTTATGGATAGCGCATTATGGAGTA +AGTACGCCTGATAACAATGGTATATGGGATAATTGGATAGGATTTCAGTATTCAGAATCT +GGTAGTGTAAGAGGTATTCCAGGCAAAGTTGATTTGGATGAATTTACATCAGGTATATTA +TTAAAGGATAATGATTCTTTTAACGAAAAGTCAATTAATATAAATAATAAAATACTCTAG +>group_1234 +ATGAAAACGATAGTTAAAAAATATGGTGATAAAGAATACATAATGAAACTTGGAGCAAGA +CAAAAGAAAATGTACTGTGATATAACTAAGAAACCTATTTTAAGTGATGAGCAGCCTACG +GAATCTGATATGTATACTCTTATTAGATGTGCAATAAGTTTCTCAAATAAATTTATAAGT +GAAGATGAAGTATTAAATCTAGCTGATGAAATAGGAGATAAAGCAATTTATGAGTTGTAT +GGAGAATTATTAAAGGCTATGCTAGAGGAATTTGATGATAATCAAGGAGCTATACCCTCT +AAATAA +>cls~~~clsA_2 +ATGAATATCGTACAGGGTTTAATATTAGGATTTTTAGCCTTATCCTATATATCAGGGACC +ATAGTAGCAATGACTATATTACTTGAGAATAGAGATCCTTCTAGAACTGTCACATGGTTA +TTAATATTTATTTTACTTCCAGGAGTAGGGTTAATTATTTATGCTGTTTTTGGAAGAAAT +TTAAGAAAAATAAAAATATTTAAGACTCAAGAATTAGCAAGTAATATGAAGGAAGAAAAA +CTTTTTCGAAATTTAGATGAAATAAATAATTTAATTAGATTAGAGCAAGACACAATAAGT +GTAAGTAAGTTACTAAAAGATAATGAAGAAGATAATATCAAGTTAAAAATAATAAGTTTA +CTATTAAATACAGGTATGTTTCCTTTTACTACAAATAATAAAGTTGATATATTTGTGGAT +GGGAATGAAAAGTTTGAGCGTCTTATTAAAGATATAGAAAATGCAAAAGATCATATACAT +TTAGAGTACTTTATAATAAAAGATAGTGATATAGGACAAAAGATAAAGAACTTATTAATT +AAAAAATCTAAGGAAAATGTAAAAATAAAAATACTGTATGATGATGTTGGCTGTTGGAGA +TTTTGGTTTCACAGAGAATTTTTTAATGAAATGAAGTCTCATGGAATAGAGATAGTACCT +TTTTTACCGACAAAATTTCCTATAATAGGAGGGAAATTGAATTATAGAAATCACAGAAAG +ATTGTTGTCATAGATGGGCGTGTAGGTTATACGGGTGGCATAAATATAGGTGATGAATAT +ATGGGTAAAGATAAAAAGTTTGGATATTGGAGAGATACTCATATTAGAATAGAAGGAACT +TCTGTATATATGTTACAAATGACCTTTTTAATAGATTGGTATTACAACACAAAAGAAGTT +TTGTTGAATACAAATTATTTTCCTAGGTTAAATAATTTTGGAAATTCAATGATACAGGTA +GTAGCAAGTGGACCAGATAGTGACTGGGAAGCAATACATTATGCTTATTTTTTAGCTATA +TGTCAGGCTAAAAAAAGTATATATATTGAAACACCTTATTTTATACCAGATGAAAGTATA +TTAAGGGCTTTAAAAAGTGCGGCTTTAAGTGGGGTTGATGTAAGAATTATATTCCCTAAG +ATAGCTGACCATAAAATAGTTAATATAGCTTCTTATTCTTACTTTGATGACATATTAAAG +TCAGGAGGAAGAGTATATCTATATGAAAAAGGATTCATACATTCTAAGGTCATTATAATA +GATAATTCCATAGCTTCTACTGGATCTGCTAATATGGATTTAAGAAGCTTTATGTTAAAT +TTTGAAATAAATGCATTTATATATGATAGAAAAGTGATAGATTTAATGAAGGAAGATTTT +TTTGAAGATATGAAAAATAGTAAAGAAATTAATAAAGATGAGTTTAAAAATAGAAGTATA +GTTCAAAAATCTAAGGAATCTGTAGCTAGATTATTTTCGCCTATTTTATAA +>gyrA +ATGGAAGAAAACAATAACAAAATAATCCCTGTTGAAATAGCGGAAGAAATGAAGAACTCT +TATATCGACTATGCGATGAGTGTTATAGCTGGTCGTGCCCTTCCAGATGTAAGAGATGGT +TTAAAGCCTGTTCATAGAAGAATATTATATTCTATGAGTGAATTAAACTTAACACCGGAT +AAGCCTTATAGAAAGTCTGCTCGTATTGTAGGAGACGTTCTAGGTAAGTACCATCCACAC +GGTGATACTGCAGTTTATTTCGCAATGGTTAGAATGGCTCAAGATTTCTCAACTAGAGGT +CTTTTAGTTGATGGTCACGGTAACTTTGGTTCTGTAGATGGTGACTCACCAGCGGCAATG +CGTTATACAGAAGCAAAGATGAGTAAATTATCTTTAGAGTTATTAAGAGATATAGATAAA +GAAACAGTAGATTTTATACCAAACTTTGATGAATCTTTAAAGGAACCATCAGTATTACCA +TCAAGATTCCCTAACCTTTTAGTTAATGGATCAAATGGTATAGCAGTTGGTATGGCAACA +TCGGTACCACCTCATAATTTAGGTGAAGTTATAGATGCAACTATACAATTAATAGATAAT +CCTGAATGTACGGTTGAAGATTTAATGCAAAATATACAAGGACCTGATTTTCCAACTTCA +GCAATAATAATGGGAAAAGAAAGTATAGCTGATGCATACAGAACAGGTAGAGGTAAGGTA +AAAGTTAGAGCTAGAGCTTGTATAGAAGAATTAGCTAAAGGAAGACAACAAATAGTTGTA +ACAGAAATACCATACCAAGTAAATAAAGCTAAATTAGTAGAAAGAATAGCCGAATTAGTT +AAAGATAAGAAGTTAGAAGGAATATCTGACTTAAGAGATGAAAGTAACAGACAAGGTATG +AGAATTGTTATAGAACTAAAGAGAGATGCTAATGCTAATATAGTATTAAATAATCTTTAT +AAACATTCTCAAATGGAAGATACTTTTAGTATTATAATGCTTGCTCTTGTAAATGGAGTA +CCTAGAGTATTAAACCTTAAGCAAATATTATACTACTACTTAGAACATCAAAAAGATGTT +GTGACTAGAAGAACTAAATTCGATTTAAATAAAGCTGAAGCTAGAGCTCATATATTAGAA +GGTTTAAAAATAGCATTAGATAATATAGATGCTGTTATAAGCTTAATAAGAGCTTCAAAA +ACTACTCAAGAAGCTAAGACTGGATTAATAGAGAAGTTCAACTTAAGTGATGTTCAAGCA +CAAGCTATCTTAGATATGAGACTTCAAAGACTTACAGGTTTAGAAAGAGATAAGATAGAA +GCTGAATATCAAGAATTACTTAAGAAGATAGAAAGATTAAGAGCTATACTAGCTGATGAA +AAATTACTTCTGAATGTAATTAAAAAAGAAATATTAGAAATAAAAGAAAAGTATGCTGAT +GAAAGAAGAACTGAAATAAGACATGCTGAAGGCGAAATAGATATGAGAGACCTTATAAGT +GATGAAGAGATAACTATAACACTTACTCACTTTGGTTACATTAAGAGATTACCATCAGAT +ACTTATAAGAGTCAAAAAAGAGGTGGAAGAGGAGTTGCTGCTCTTACAACAAGAGAAGAA +GACTTCATAAAAGAACTTGTCACTACTACGACTCATAGTAGATTATTATTCTTCACTAAT +AGAGGTAGAGTATTTAGACTAGATGCATTTGAAATTCCAGAAGGTAAGAGACAATCTAAA +GGAACTGCTATAGTTAATTTACTTCAATTAGCACCAAATGAGAAAATAGCTACATTAATT +GCAATAGATGCTAAAGATGAAGATAAATATTTATTATTAGCTACGAAGAAAGGTATAGTT +AAAAAGACTAAGAGAGAAGAGTTTAAAAACATAAATAAATCTGGTCTTATAGCTATAGGA +TTAAGAGCTGATGATGAGTTAATAGATGTTAAACTTACAGATGGAAATAAAGACGTTCTT +TTAGTTACAAAAGATGGTATGTCTATTAGATTCGATGAGAATGATATAAGACATATGGGA +AGAACTGCTATGGGTGTTAAGGGTATAACATTATCAGATGATGATGAAGTTGTATCTATG +AATCTTTCTGATGAAGGAACTGATTTACTTGTAGTTAGTGAAAATGGACTAGGTAAAAGA +ACAGATATAACTGAATATAGAAGCCAAATAAGAGCTGGTAAAGGAATAAAAACTTACAAC +AATAGTGAAAAGACAGGTAAAATTGTTGGAGCAGAAATGGTAAATGAAGATGACGAAATT +ATGATAATAAACTCTGATGGAGTTCTTATTAGATTAAGAGTATCTGATATATCAATATTC +GGTAGAGTAACAAGTGGTGTGAAACTAATGAAAACTGATGATGAAGTAAATGTAGTTTCA +ATTGCTAAAATAAATATAGAGGAAGAATAG +>group_912 +ATGAGTTTAATATTAAGAAAATTTTTATGTGTAATTTCAGTTATATTTATCACTATAAGT +TCATCATCTTCAGTGTATGCATCTAGTAAAGTTTCTAATTCCATAAATTCTACCTTTAAA +GAAATGCAAGTTACTACAAATAGTCTTAACGTAAGATCTAGAGCTGGTACTAAGTATAAA +AAAGTGGGTTCTATCAAAAAGAATACTAAAGTAAAAGTATACTCTATATCTAAGGGTTGG +GCCAAAATAGAATATAAAAATTCCAAAAGATATGTTAGCTCTCAATATCTAAAGAATATT +TCAATATCTAGCAGTTCTTCTAATAATAGCAGTAATAATAATGCTTCTAACCCTGCAAGT +ATAGTAAAAGAAATGCAAGTTAATACAAGTGTACTTAATGTCAGAAAAGGTGCTAGTACT +AGTAGTAAAAAACTAGGGTCTATAAAAAAAAATACTAAGGTAAAAGTATATTCTATATCT +AAAGGTTGGGCTAAAATAGCATACAAAAACTCATTTGGATATGTAAGTTCTAAGTACTTA +ATAGATACAAAGGTTCAATTAAACGTTAAATATATTAGCCAATATCCTGAACTTCCACTT +GGATGCGAGGCTACGGCTTTAACTCAATTACTTAATTATAAAAAAGTAAATGTAAATAAA +ATAACTATAGCCAATGAAATGACTTATTCACCAAATAAAAACCCTTCCCTTGGATTTGTT +GGTAGTCCATTTAAAAATGAAAAAGGAGTTTTCCAAGCAATTTATCCAGAAGCATTAGAA +AGCCTTGCAAAAAAATATAGAAAATCTAGTGCCAACATAACTGGTGCTTCAGTAGATACT +TTAGAAAAAGAAATTCGTAAAGGAAATCCTCTTGTTGTTTGGGCGACTTTAAACTTTACA +ACACCCAAAATGGGATACTGGTACGAAGGTACTAAAGATAAGATATGGGTAGCTAAAAAT +TTACACGTAGTTGCTGTAACTGGTGTTGACCATAACTACTTCTACATAACAGATCCCGCT +AAAGGTTCTTATAAAGTAAAAAAATCTACATTTAAATCAATTTATGAAAAAGTAGGTAAA +AAGGCATTAGTCGTCAGATAA +>group_1237 +ATGAACAGAAAAAATTTAAGAATCATGTTTATGGCATTAACAGTATTTATGATGTCTACC +ACTTTAGGATTTGCAGAGGAGGTTGATTTAGCTACAATAAATGCTGGTAAGTTTGGAATC +TTAACTTTAATACCACCGTTAGTAGCGATAGTTCTTGCATTTATTACTAAAAATGTTGTT +GTTTCATTATTTATTGGTATTTTATCAGGTAGTTTTATAATTAATATAAGTGGATCTAAT +CCATTTGCAGCATTAATTAATGCATTTTTAGATGTTGTAGATAGAGCGGTTGGATCACTT +GCAGATCCATGGAACGCTGGTATTATACTTCAAGTTTTAGCAATAGGAGGAGTAATAAAT +TTAGTTGCTAAAATGGGTGGAGCAAAAGCTATAGCTGAAGCACTTGCAAGAAAAGCAAAA +ACTGCAAAAAGTACACAGTTAATAACTTGGTTTGCAGGATTACTAGTATTCTTTGATGAC +TATGCAAATGCACTTATAATAGGGCCAATGATGAGACCAGTTGCAGATAAAATGAAAATA +TCAAGAGAAAGATTAGCATTTATAATAGATGCTACAGCAGCACCTATAGCAGGCCTTGCA +ATAGTATCAACTTGGATAGGACTTGAAGTTGGATTAATAGGTGATGCATTTAATGGTATA +GGAGTAGAAGCAGATGCTTTTGGAGTATTTTTAAATACTATACCATATAGATTCTACAAT +ATATTGATATTAGTATTTATTGTTATAACATCTTTATTATTAAAAGATTTTGGACCAATG +AGAAAAGCAGAAATAAGAGCTAGGCAAGGTAGAAGTCTGGATTCTGAAATAGCAATGGAT +TCTTCAGAACACTCAGATTTAGAACCCAAAGAAGGTGTAAGATTAAGTATATGGAATGCT +ATAGTACCAATAGGTACATTAATAATAGCAGCGTTAGTAGCGTTCTATTACAGTGGGTAT +TCAGCAATTATGGGTGGAGATGATGCAACGCTAATACAATTATTTACTGATTCGCCATTC +ACATTTACAGCAATAAGAGAAGCATTTAGTGCGTCAGATGCATCTGTTGCATTATTTCAA +TCAGCATTACTTGCAGGTATAGTAGCTATGGTAATGGCTGTAGTTCAAAAAATATTTACG +GTATCAGAAGCAATAGATGCTTGGGTAGATGGTATGAAAACATTAGTTATAACTGGTGTC +ATATTAATACTGGCTTGGTCATTAAGTTCAGTTATAAAAGAGCTAGGTACAGCTAAGTAT +TTAATAAAGTTATTATCTGGATCATTCCCAGCATTCTTATTACCAAGTTTAATATTTGTG +TTAGGTGCTATAATATCATTCTCTACAGGTACAGCATACGGAACAATGGGGATACTTATG +CCGCTAGCAGTTCCTCTTGCTCACTCTATAAATCCAGAAATGTCATTTATAGTAGTTAAT +ACAAGTGCGGTATTAACTGGAGCAATATTTGGAGATCACTGTTCACCAATTTCAGATACT +ACTATATTATCTTCAATGGGAGCGGGATGTAATCATATAGATCATGTTAGAACACAAATG +CCATACGCTTTATTTACAGGTGCAATTACAATTTTATTTGGATATATTCCGGCAGGGTTA +GGAATGCCGATATATATAGTACTACCACTTGCTATATTAGCGGTATTTGTAGGAGTACAA +ATATTTGGTAAAAAAGTAGATGGAGTTGAAGCAAAGGTTTTATAA +>group_913 +TTGTTTAACTACATAAAATTTGCATTATACATAATATTAGTATTTTTTCTTGCTATACCT +AAGTTAGCAAAATTTGAAATTAATCCTGATAAGTATTCAGCAAGAGAAAAATTTAGTTTT +TTAGAAAAGCATGCAAAAATAGCTCTCTCTATTGTAAATATAAAACTAAATATTATCGGT +AAAGAAAAAATCCCAAAGGAACCAGTTTTATTTGTTATCAATCATTCTAGTATGTTAGAT +AGTTTTATTTTAGTATCAAGTGTTGATAGACCAATTGGTTGCGTTATTGCAGATGTCCCA +ACGTGGAAAAACATGCCAATAATCAGCCACTGGACTAAATTAATAAGATGTGTATATATT +AATAGGTCTAATACAAGAGAAGGCATTAAAAGTATAATAGAAGCTTCAGAAAATATATTA +GATGGTCATAGTATGGCTATTTTCCCTGAAGGTGACTTAACATGGATGAAAGATCCAAAT +GCGTTAGTATCTGATTTTAGAGCAGGCGCATTAAAAATTGCTTATAAAGCAAAGTGTCCT +ATAGTTCCTTTAGTAATAAAAAACTCTAAAGATACATATGAAGGATACCAGCCAGTTGGT +AGAATTACTTCTATGCCTGTTGAGGTAGAATTTTTAGACCCTATTTATGATCATATAGAT +AATCCAAAATTAAAATCAACAATATTAAGTGAATCTATTAAAAATAATATGATAAAGAAA +ATAGAAGAATTTAGAAATAGATTTTAA +>nusA +ATGAACCACGAATTTATAGAAGCATTAGAAGAATTAGAAAAAGACAGAGGTATAGATAAA +GACATTCTTATAGATACTATAGAACAAGCTCTTTTAACTGCATATAAGAAGAACTTTGGC +TCAGCTCAAAATGTAAGAGTTGAGTTTGATAGAGAAAAAGGAGACGTTAGAGTATTTTCT +CAAAGAGTAGTAGTTGATGAATCTGATTTATACGATACATTCTTAGAGATAGAATTAGAT +GAAGCTAGACAAATAAATCCAAACTATGAACTAGGGGATATAATAGAAAATGAAGTTACT +CCTAAAGATTTCGGAAGAATAGCAGCGCAAACAGCTAAGCAAGTAGTTGTTCAAAGAATA +AGAGAAGCTGAAAGAGATATAGTATATAATGAATTTATAGAAAAAGAACATGAAATAGTA +ACTGGAGAAGTTGCTAGAGTGAGTAAAGGATTAGTATACGTAAACTTAGGTAGAATAGAA +GCTGTTATGACACAAGCAGAGCAAATACCTCATGAAGCGTACAAAGCGGGTCAAAAAATA +AAGGTTTATATACTAGAAGTGAAGAAAACTAATAAAGGACCTCAAATAGTTGTATCTAGA +AGTCACCCAGGATTAGTTAAGAGATTATTTGAATTTGAAGTTCCAGAAATATTCGAAGGA +ATAGTTCAAATAAAATCATTAGCTAGAGAAGCTGGTTCTAGAACAAAAATGGCCGTGCAC +TCAATAGATGAAAAAATAGACCCAATAGGAGCTTGTGTAGGTCCAAAAGGTTCAAGAGTA +AAAAATATTGTTGATGAGCTTATAGGAGAAAAAATAGATATAATCAATTATAGTGAAAAT +CCAGCTGAGTTTATTTCAGCAGCATTAAGTCCATCAAAAGTTGTTAGAGTAGATGTTAAT +GAAGAAGAAAAATCTGCTTTAGTAGTAGTACCAGATTATCAACTATCACTTGCAATAGGT +AAAGAAGGTCAAAATGCAAGACTTGCGGCTAAGCTTACTAATTGGAAGATAGATATAAAA +AGTGAATCTCAAGATAACCAAGAGTAA +>uraA +ATGAAAAAATTAATCATGTCATTTCAACACTTATTGGCAATGTTCGGGGCTACAGTTTTA +GTTCCAATATTAACAGGGTTTGACCCAGCAGTAGCAATATTTTCTGCAGGTGTAGGAACT +TTAATATTCCACTTTTGTACAGAAGGTAAGGTACCAGTATTTTTAGGTTCAAGTTTTGCA +TTTATACCAGTAATAATAGCAGCTAAAGAAACTCATGGAGGGGATTTGGCTTATGCACAA +GGCGGTATAATGGTAGCTGGATTAGTATATGTAATAATGTCTTTATTAGTAAAAGTAGTT +GGTGTAGAGAGGATTAAAAAATATTTCCCTGCACAAGTTACAGGAGCTATGATTGCAGTA +ATTGGGTTAAATTTAATACCAACAGCTTTTGATATGGCTTCAAATAATTTTATGATAGCT +GCAATAACTTTAGGAATAGCTATAGCTATTAATTTATTTGGTAAAGGATTTATAAAACAA +ATAGGAATCTTAATAGCTGTGGTTGTAGGATATATTATATGCAGATTTATGGGATTAGTT +GATACATCAACTATGGCAAGTGCAAGCTTATTTGCAGTACCAAACTTTACATTACCTAAG +TTTAGTTTAGAAGCAATAGTTATAATTGCACCGGTGGTTTTAGCAGTGTTCATGGAACAT +ATAGGTGATATGACTACAAATGGAGCAGTTGTAGGAAAGAACTTTATTGAAAATCCAGGA +CTAAATAAAACTTTACTAGGTGATGGTATAGCAACAATGGTAGCAGGATTCTTAGGTGGA +CCAGCAAATACAACTTACGGAGAAAATACTGCAGTGTTAGCAATAACTAAAAATTATGAT +CCGGCAAATTTAAGACGTACAGCAGTACTTGCAATATTACTTGCTTGTGTAGGCAAATTT +GGAGGATTCCTTCAAAGTATACCTCAAGCAGTTATGGGTGGTATAAGTTTAATGTTATTC +TCAATGATAACTTTTGTAGGACTAAAAACTATAAAAGATAGCTCTTGTGTGGAAAATAAA +AATAACATTATAATAATTGTTACAATACTAGCAATAGGTCTTGGGACTACTTACTTAGAA +AAGCAAGGAATATCAATAGGTATACCTGTGACAGAAAGTGTTAAAATAACAGGATTAAGT +TTAGCGGCAATAATAGGAATAGTATTAAATAGATTATTAAATAATGATCAATTTAAGAAT +GAGGAAAAAAAATCAGTTAAAATTGGAAAAACTGTTCACAATTAA +>sigG +ATGCAAATTAATAAAGTTGAAATCTGTGGTGTTAATACATCTGAGCTTCCAGTTCTTAAA +AATAATCAAATGACAGAGCTTCTTATAAAAATAAAGGGTGGTGACGAAGAAGCTAGACAA +CAATTTGTAAGAGGAAACTTGAGATTAGTTTTAAGTGTAATACAAAAGTTCAATAATAGA +GGGGAAAATATAGACGATTTATTTCAGATAGGATGTATAGGACTTATAAAGGCAATTGAT +AATTTTGACTTAAGCCAAAATGTAAGATTTTCAACTTACGCAGTGCCTATGATAATAGGT +GAGATAAGGAGATACTTAAGGGATAATAACCCAATAAGAGTTAGTAGATCATTAAAAGAT +ATTGCATATAAAGCTTTACAAGTAAGAGAAAGGCTTGTTAGAAGTAATGCAAAAGAGCCT +ACAGTGTCAGAAATAGCTAAAGAACTTGAACTAGAAGTCGAATCAGTGGTAATGGCATTA +GATGCTATACAAGATCCTATATCTTTATTTGATCCGGTTTATCAAGATAATGGGGATGCA +ATATTTGTTATGGATCAAGTTCAAGATAAAAAGGATACAGATGAAAATTGGCTACAAGAA +ATTGCTTTAAAGGAAGCTATCAAAAAATTAAACAGCAGAGAAAAACTAGTATTAGATTTA +AGATTCTATAAAGGGAGAACACAAATTGAAGTTGCAGATGAGATAGGAATATCTCAAGCT +CAAGTATCAAGAATAGAAAAAAATGCACTCAAAAATATGAGAAAATATATATAA +>coaBC +ATGCTAAAGGATAAAACTGTTGTAATTGGCGTAAGTGGTGGAATTGCCGTATACAAAGTT +TGTGATGTAGTAAGCAGATTAAAAAAGCTTGGTGCAAATGTTCATGTAATAATGACTAAG +TCTGCTACAGAATTTGTGGCACCCCTAACTTTTCAGTCTTTAAGTCAAAATTATGTAGTT +AGCGATATGTTTGAAGAACCTAAAACATGGGATGTAGAACATATATCTTTAGCTAAAAAA +GCAGATGTATTCTTAATAGCGCCAGCTACAGCTAATGTTATTGGTAAAATAGCTTGCGGT +ATAAGTGATGATATGCTTTCTACTACAGTAATGGCTACAAAAGGAAAAGTTTTAATAGCT +CCGGCAATGAATACAAACATGTATGAAAATCCTATTGTACAAAGAAATATAGATACATTA +AAAGCATTAAATTATGATTTTATAGAGCCTGAAAGTGGAAGACTTGCATGTGGAGATATG +GGTAAAGGAAAACTTGCTTCTCCAGAAAATATAGTTGAAGCTGTTGTTAGCGCTCTTACA +AAAAAACAAGATTTAAAAGGTGAAAGAATAATAATTACAGCAGGACCTACTGTAGAAGCT +ATAGATCCGGTAAGATACTTAACTAACCGTTCTACTGGAAAAATGGGTTATGCAATAGCA +AAAGAGGCTATAGAAAGAGGCGCTGAGGTAACATTAGTTTCTGGACCTACAAAATTAGAA +CCGCCAAAAAATCTGAAAAAGTTTATAAAAATAGAATCTGCACAGGAAATGTATGAAGCG +GTGTTAGATAATTTAGATGAAAATCAAGTTATTATAAAAAGTGCTGCAGTTGCAGATTAT +AAACCTAAGAGTTATTGTAACAAAAAAATAAAGAAAAATGATGACGACTTAGTTATAAGC +TTAGATAGAAATAAAGACATTGCTTATGAAATTGGAAAAATAAAAAATGATAAGATACTA +GTAGGCTTTGCAGCTGAAACTAATGATCTTATTGAAAATGCTAAAAATAAAGTTAAGAAG +AAAAATTTAGACTTTATAGTAGCAAATGATTTAACTAAAGAAGGTGCTGGCTTTGGTGTT +GACACTAATATAGTTAAAATCATAGATAAAGACGGAATTATTTCAGAATATCCTATTATG +AAGAAAGAAGAAGTAGCTAATGTTATTTTAGATAAAGTTAAATCGTTATTATAA +>spoIVA +ATGAATAACATATACGAAGACATAGCAAAAAGAACTCAAGGTGACATTTATATAGGTGTG +GTAGGTCCAGTAAGAACAGGTAAATCTACATTTATAAGAAAATTTATGGAAAAACTTGTG +TTACCTAATATAGACAATGAGTTCAAAAGAGAGAGAACTCAAGATGAGATACCACAAAGT +GGATCTGGTAAAACAATAATGACAGTTGAACCAAAATTTGTTCCAGCAGATGGTGTTGAA +ATAAAGATAAAGGATAATGTATCTTTAAAAGTCAGAATGGTTGACTGCGTAGGGTACATA +GTTGAAGGGGCTCTTGGCCATGAAGAAGATGGAAAACAAAGATTAGTATCTACACCATGG +TCACAAGAAGCTATGACATTTGAAAAAGCTGCAGAAATAGGAACTAAAAAAGTTATAAGA +GACCATTCAACAATAGGTATTGTAGTTATAACTGATGGATCTGTAACTGGAATGGATAGA +AATAGTTATGTTGTGCCAGAAGAAAGAGTAATAAATGAATTAAAATCACTTAAAAAGCCA +TTTGTAGTTATATTAAATACAATAAATCCAAATAGTGAAGAAACTGAACTACTTAGAGCT +GAATTAGAAGAAAAATATGAAGTACCTATAGTTCCTGTGAATGTTGTAGATATGGAAGAG +GAAGATATTGAAAACGTAATGGAAACAGTATTATATGATTTCCCATTAACAGAAATAAGA +ATAAACTTACCACAATGGGTGGAAGGCTTAGAAATGAATCATTGGATTAAAAATAATATT +ATATTTACATTAAAACAAAGTATAGCAGAAATAGGTAAAATAAGGGATGTTAATAAGATT +GTAGAAGGTTTCTCAGATTTAGACTTTTTACAAGATACAGAGGTTGATAATGTAGAATTA +GGTGAAGGTGTAATTACTATAGATTTAAGTACAAAACAAGAATTATTCTACAACATACTA +GAAGAAAAGAGTGGATTTAAAATTGATGGAGACTATCAATTATTAAACCTAGTAACAAGA +TTATCTAAGGTGAAAAATGAGTATGATAAGATAGAAAGTGCTTTATATGATGCTAAGACA +AAAGGTTATGGTGTAGTAGCACCATCACTAGACGAGTTAAGCCTAGAGGAACCTGAAATA +ATTAAACAAGGAAAACAATATGGTGTGAAATTAAGAGCAAATGCACCATCTCTTCATATA +ATAAAAGCGGACATATCTACGGAAGTTTCACCTATAGTAGGAAATCAAAATCAAGGTGAA +GAAATGGTTAAATATTTATTAGATGAATTTGAACAAAATCCAAGTGAAATTTGGGAATCT +AATATGTTTGGTAAATCATTGAATGATTTAGTTAAAGAACAATTACAAAGTAAATTATAT +ACAATGCCTGAAGAAATAAGAGTTAAGATTCAAAAAACTCTACAAAAAATAATAAATGAA +GGAAGTATGAATATAATTACTATTTTATTATAA +>group_916 +ATGAATATAAATAATATATTAGAAACAATAAGAATGATAGAGGAAGAAAAATTAGACATA +AGAACTATTACTATGGGAATATCGTTGATAGATTGCATTGATTCAGATGGAGATAGATGT +AGAGAAAAAATATATAACAAGATTGTGAGTTCTGCTAAGGATTTAGTAAAGGTAGGAAGG +GAGATAGAAAATGAATTTGGAATTCCTATTGTAAATAAAAGAGTATCAGTAACACCAATA +TCTATAATAGCAGGTGCTACTGATGAATATGATTACATAAAGTTTGCACAAACTCTAGAT +AAAGCAGCTCAAGATTTAGGAATTGATTTCATTGGGGGATTTTCAGCATTAGTACAAAAA +GGATATACAAAAGGGGATAAAATAGTAATAAAATCTATTCCAAAAGCTTTGGCACTAACT +GAAAAAGTATGTGCATCAGTTAACGTAGGTTCAACAAAATGTGGATTAAATATGGATGCT +ATAAAAGAAATGGGGACTATAATAAAAGAAACTGCAGAGTTGACTAAAGAATCAAAGGGA +TTTGGATGTGCTAAATTAGTAGTATTTTGTAACGCAGTAGAAAATAATCCATTTATGGCA +GGTGCATTTCATGGTATAGGTGAAGATGATAAAGTTATTAATGTGGGAGTCAGTGGTCCT +GGTGTAGTGCAAAGGGCTTTAGAAAAGGTAAAAGGTCAACCATTTGATGTAGTAGCAGAT +ACTATAAAGAATACTGCATTTAAGGTCACTCGAATGGGGCAACTAGTTGGATATGAAGCA +TCTAAGAGGCTTGGAGTTCCATTTGGTATAGTTGATTTATCATTAGCTCCAACTCCTGCT +GTAGGTGATTCTGTAGCTGATATACTAGAAGAAATGGGATTGGAAGCTGTAGGTACTCAT +GGTACTACGGCTGCCTTAGCATTATTAAATGATGCTGTAAAAAAAGGTGGAGTTATGGCT +TGTTCAAGGGTAGGAGGACTAAGTGGTGCATTTATACCAGTATCTGAAGATGCAGGTATG +ATAAATGCTGTATTAAGAGAGTCCTTAAATTTAGAAAAATTAGAGGCTATGACGGCTGTA +TGCTCTGTTGGACTAGATATGATAGCTGTAAGTGGAGACACATCTTCAGAAACTATAAGT +GCAATGATAGCTGATGAGGCTGCTATAGGCATGATAAATAATAAAACGACAGCAGTTAGG +GTAATTCCAGCGCCTGGTTGTAAAGTTGGTGATATGGTTGAATTTGGAGGATTATTAGGA +AGAGCTCCTGTTATGGAAGTTAATAAATATTCTTCTGAATTATTTATAAAAAGAGGTGGA +AAAATACCTGCACCAATTCATTCTTTCAAAAACTAA +>group_1439 +ATGTTAAGAAATAAAAATAGAAAAGAACTTCTGGAATTTTTTAAGGACGTTAAATACAGT +ATAAATACATATGATAAAGGCGAGATTATAGCTCTTGAAAATTCACCTTGTGATAAAATT +GGATTAGTACTAAGCGGGAGTGTTGACATAAAAAGAATACTAACTAGTAATAAAATAGTC +CATGTTTCCTCTTTTAATTCTGGACATTTATTCGGTGAAATAATTGCATTCTCCAATGCT +TCTCTATACCCTGCAACAGTACTATCTTCAACAAATAGTGAGGTAATGTTTATAGATAAA +GATGACTTTATTTATTTTTGTACAAATCATCCTGACTTCTTAAGACTATTACTAAACGAC +TTAACTAACAAAATATTAACTTTAAATAAATCTATAACAGGTTTATCATTTAGTACAATT +AGACAAAAAATATGTAACTTCTTAATTCAAGAATCTAACATACAAGGTACCAATTTTATA +AAGCTAAACATGACAAAACAAAAACTTTCAGAATCTCTAGGTGTACCAAGACCTTCATTA +TCTAGAGAGCTGATAAATATGAAAGATCATGGTCTGATTGACTATACTAAAGACATAATA +AAAATAGTAGATAAAAATGCCATAGAAAATATACTTATGGAATAA +>yqeN +ATGAATTACAAGGATATTATAAAAAGTGTTAATAATAGAGATTTCAAAAATATGTACCTT +TTTTATGGGAGAGAATATTATCTTATTGAAAATTCTATAAATGCTTTTAAAAATAGTTTG +AACGAAAGTATGTTAGATTTTAACTTAGATATTATAGATGGAAAGGAAATTATATTAGAT +CAAGTTATAAGCTCTATAGAGACGCTTCCTTTCATGGATGATAAGAAAATAGTTATAATA +AAAGACTTTGAATTATTAAAAGGAAAGAAGAAAAATTTTACTGATAGTGATGAAAAATAT +CTAATAGATCATTTAGATAATATACCCGAAAGTACAATTTTAGTTTTTGTTGTTTATGGA +GATATAGATAAAAGAAAAAATATAGTAAAAAAGATAAGTAAAAATGGAATAGTTTGCAAT +TGTGATAAGTTATCTGATATGGATTTATTTAAATGGGTAAAAAAGAAATTTGAAGCTAGA +GAAGTTAGAATAGAAAATTCTCAAATTATGTACTTTATAGATTCTGAAGGGTATAGGGAT +AAAAGTAGTGAAAAAACTTTATCTGATTTAGATAATGAAATAAATAAAATAAGCTCATTT +GTAGGTAAGGGAAACCAGGTAACTAATGAGGTTATAGATAAATTATCTCAAAAAAAGGTA +GAAAATGATATATTCAAATTAATTGACTATATAGGTGAAAAAAATTCTTCAAATGCTATT +AGAATATTAAATGATATGGTTCAAGAAGGTGAATCTGTACTTGGTATATTTGCTATGATT +GCGAAGCAGTTTAGAGTCGTTATGCAAGTTAGACAATTTCAGTCTGAAGGATATACAAGT +AAAGTTATTTCAGAAAAGCTAAAATTACATTCATTTGTAGTAGGGAAGGCTTTAAAACAA +GCTTCTAACTTCTCAGATGAGATAATAATAGATATGTTGAATTATATTTTAGAAAGTGAT +TATAAAATAAAGAATGGATTAATTAAAGATACACTAGCTGTAGAAATATTGGTTAGTAAA +TATTGTCAAAGAAAAGTTAGCTAA +>group_917 +GTGACACAAAATAATACAGTTAGTAACTCAGTAAATAAACAAAATTATGGAGGTAAAATA +ATGGCTATAATAACTGACGATTACATAAAAATAAGAAATGCAATGGCAAACGGTGCTCGA +ACTATAGAAGATATAGAAAATATGACTAATATAACTGTTGAAGATGATAATCATGCACAA +GAAATACAGGCAATCCTCGAAAATGCATGTAGATGTAAAAATGTATCAGTTGAAGAAGTC +GCAAAAGCTGTTAAAAATGGAGCTGATACTATTGAAAAAGTTTCTGAAGCTACTACAGCA +GGTACTGGTTGTGGTAGATGCAAAGGACTAATAAATAATATAATAGATAATCAAAGATAA +>steT_3 +GTGCCAACAGCAATAGTCGGAGGATTATCCACTGTAATGGCAGTATATATAATTATAAAA +TTAGCTTACTTAAGAGTAGCAAGTGCTTCAGAATTAGCTTTAGTAACATCTCCGGCCACA +TTAGTTGCTACTAGATTGTTTGGAGATATTGGAGGTAAAACAATAACTATAGGAATGCTA +ATATCAGTATCTGGAACTTTAAATGGATATCTTTTAACAGAGCCAAGAATTCCTTATACA +TTATCTAAGCAAAAGATTATTCCTGGTAGTGACGCTTTATCAAAGGTTAATTCAGGAGGA +TCACCTATAAATGCAACATGGTTAGTAGCCATACTTGCATGCATATATGCTTTATCTGGA +CAATTTAACTTATTAACTGACTTAACTGTATTTATGGTATAG +>iolG_1 +ATGGATAAAGTAAAAGTTGCAGTAATAGGTGCAGGAGTTAGGGGAACTTATGCATATGCT +CCATATATTTTAGAGAAATCCGATTTATGTGAAATAGTAGCAGTAGCTGAAACCAAAAAA +GGAAGAAGAGATTTATTTTCTCAGATATATAATTTAAAAGAAGAATTCGTATTTGAAAGT +GCTGAAAAATTTTTTGAATATGAAAAGATAGCAGATGCAGTAATAATAACTACTAATGAT +GATAGACACTATAATTATGCAAAATCAGCTTTAGAAAAAGGATATCATGTTCTTTTGGAA +AAGCCGATGGCAAATAGTTTAGATGGATTAGTTCATTTAGAAGAGTTATCAGAAAAATAT +AATGATAAGGTTTTGATGATTTGTTATGTACTTAGATATACACAATTTTTTAATAAATTA +AAAGAAATAATAGATAGTAAAGAATTAGGTGAATTAGTTAGCATACAACATAATGAAAAT +ATCGGGTATTGGCATTTTGCTCATAGCTATGTAAGAGGAAATTGGAGAAATAGTAGTGAT +ACTAGCCCTATTATTTTGACAGAAGGTTGCCATGATATGGATATACTTTTATACCTTACA +GGTAGTAAATGCAGAAAAATCGCATCTTTTGGGAAGTTAAAGCATTTTAATAGTGATAGT +TTTAAATTAACTATGAGTGAAAATTGTTATCGTTGTAGTGAAGAAGAAGATTGTCCTTAT +TCATGTAAAAAAATATATTTAGAAAATACTAGGCTATTAAATAATGCAGTACATATAAAT +CCAACAAAAGAAAACTTAGATAATATCTTAAAAGAAGGACCTTATGGAAGATGCGTCTAT +AGATGTGATAATAATGTAATAGACAATATGGTAAATATTATAGAGTTTGAAAATGATGTT +ACAGCTACTTTTAACCTATCTGCATTTACTAAAGAATGTAACAGAACGATTAAGCTAATG +TTTACTAATGGAGAAGTAGGTGGAAGCTTTAAGGATAATGAAATTAGAATAAAAAAATTT +GGACAAGAAGAAGAAATATTAATAAATACTTATAGCAATAATTTAAGTCATAATGAAGGT +AATATAAATTTAATAAAAAGCTTTATAAAATTAGTATCAGAAGATAATATTAATCAGGAT +AAAAATAATATAAAAGAAGCAATAGAAAGTCATGTGATGGCATTTGCAGCTGAATATTCA +AGAGTGAGTGAAGAGGTTGTATATATAGATGAATTCTTTGAAAATGCAATAAAAATAACT +AATGAAATTGAAAGTACACTGTTTTAA +>atpD +ATGGCGAATGTAGGTAAGATAGTATCAATCGTAGGGGTTGTACTTGATGTTAAATTTGAA +GATGAGAAAAGCCTACCTAACTTATTAAACGCGTTAGTTATAAAGTTAGGAGATAAAGAA +ATAGTTGCGGAAGTTGCACAACATATAGGTGACAATACAGTTAGATGTATTGCCATGAGT +GCTACTGACGGTTTAGTAAGAGGTATGGAAGTTGTTGATACAGGAAAACCTATAAGTGTT +CCTGTTGGTGATGCAACTTTAGGAAGAATATTTAATGTTTTAGGTGAACCAGTTGATAAT +AAGCCGGCACCAAAAGATGCACCTCAACTTCCTATACATAGACAGGCACCAAGTTTTGAA +GAACTTGAAAGTAGTGCAGAAATACTTGAAACAGGTATAAAGGTTGTTGACTTATTATGT +CCATACTTAAAAGGTGGGAAAATAGGTCTATTCGGTGGAGCTGGAGTTGGTAAAACAGTT +CTTATACAAGAGCTTATAAACAATATAGCTAAACAACACGGTGGTATATCTGTATTCGCA +GGTGTTGGAGAAAGAACTAGAGAAGGTAATGACCTTTACCATGAAATGGCGGACTCTGGA +GTTATAAATAAAACAGCTCTAGTATTCGGACAAATGAACGAACCACCAGGAGCGAGAATG +AGGGTTGCTCTTAGTGGTCTTACAATGGCTGAGCATTTTAGAGATGAGCAAGGTCAAGAT +GTTTTATTATTCGTTGATAATATATTCCGTTTCACACAAGCAGGTTCAGAAGTTTCAGCA +CTTCTTGGACGTATGCCATCAGCAGTTGGATACCAACCAACTCTTGCTACAGAAATGGGT +AACTTACAAGAAAGAATAACATCAACTAAGAAAGGGTCTATAACATCTGTTCAAGCGGTA +TATGTACCAGCGGATGACTTAACTGACCCGGCACCAGCAACAACATTCACACACTTAGAT +GCTAAGACTGTTTTATCAAGACAAATAGCATCACTTGGTATATACCCAGCAGTTGACCCA +TTAGAGTCTACTTCTAGAGTTCTTGACCCAAGTATAGTTGGTAAAGAACATTATGAAGTT +GCAAGGGGAGTACAATCAATACTTCAAAGATATAAAGAACTTCAAGATATAATTGCTATA +CTTGGTATGGATGAATTATCTGATGAAGATAAGATTATAGTTGCTCGTGCTAGAAAGATA +CAAAGATTCCTTTCTCAATCTTTCACAGTTGCAGAGCAGTTTACAGGATTACCAGGTACT +TATGTACCAGTTAAAGAAACTGTAAGAGGTTTCAAAGAAATATTAGAAGGTAAGCATGAT +GATTTACCAGAATCAGCATTCTTATTAGTAGGAACTATAGAAGAAGCTGTTGCAAAGGCG +AAGGAGCGTAGATAA +>group_1463 +ATGAGAATAAAAGATAAAAACACAATTATAAATAATAATTACATATTTAGATATATGTTA +ATGATATTTGGCATATTTTTATGCGCTATAGGCATTAATGCTTTTTTAACTCCCTCTAAG +CTTTTAAGTGGTGGCGTTGCTGGAATAAGTGTAATTTTATATCAGCTTTTTGAGTTAAAT +CAAGGTATAAGTACCTTTTTAATCAACATTCCTATATTTATAATAGGAGCGAAATATTTG +GACAAAGATTTTTTAATTATTAGTTTCTTTAATATGTTTATATTTTCTTTTGCACTAGCT +ATAACCCAAGATTTACATAGATACATATATCTTAATGACAATATAATTCAGTGCATCTAC +GGTGGATTATTAAATGGTTGTGGTATGGGTCTTATATTCAAATCTAGGGCATGTTGTGGA +GGATTAGACATAATAGCAGCCAGCTTTAAAAAACAATTCAATATAGAAATGAAAAATACA +TTCTTAACTGTAAATTTATTTATTGTTGCTGTAGGAGGATTTTTCTTTGGATTCAAACTA +GCATTATATACTTTAGTAGCAATGTATATTGCATCATATACAATGGATATAGTAAAAGAT +TCTTTCAATAGCCAAAAATCAATTATTGTTGTTACTGATTATGATGCAGAAATTGCAGAT +TCAATAATGACAATATTAGGAAGAGGTGTTACTTATTTATCTGCTGAAGGAGCTTATACT +CATCATAAGAAGAAACTTCTCTATTGTATTGTAAAGACTAGCGAGATATCAAAATTTAAA +GATTTGGTATATTCCATTGATGATAAATCCTTGGTTTGTATTAATGATGTAAATGAAGTT +AGGGGTGGAGGATTTAGAGGTAAATTCTTATAA +>group_1169 +ATGATTACATTTGATATAAATGGGGCTATTGTGGAGTTCGATGACACTATGGATAACTAT +AACAGCATAAGAAAGCAATTCCAAACTTATGCTTTTAATATATCTAATCAATTTGAAGAG +GATTGTTTGAATAATGCACATACAATAAAGCAAATTTCAGAGCAAGCGTTGGCAATTGGA +GAGGGACTGATTGACAGTATTATAAAAAAGGGTGTGGAAACTATTGTAACTTACAGAGTA +ATCACAATAGACTTTAACATATTTAAGGAGCAGTATTGTAAAAAGTATTTAGATTATGCA +AGACTATTTAACAACCTAATGAAGGAGCATACAAATTCAAACAACAGAGGTAGAAAAAAT +AATAATGTTACAAAGTTTTACGAAATAAAACCTATAATAAAAAAATTGGCTGAATATATT +TATAATGATTGCTTCAATATACACTATGCAATTATCGATGTTTTATTAGACCATAATGTA +AGTAATGTACATTGTTATATTGATAATAAGTCTATAAGACAGGCAAATGCGTTATTCAAC +AATTACAAAGATGGTTTTATTGGAAAGGCAGATGAATGTAAAGTAGTAAAACAAATAATA +TCTTTAAATCCATATAGGCAAGATATATATGAATTTTTTATAAAGGAAGATGGAGATTTT +TCAGAAGAAATTGAAAGGCTAACAGATTATTTAGGTTATGATATAAAGGAATATAAAGCA +ACTTTAATGGATATATATATAAAACAACTAATTGAAAGCAATTGTGTAATAGATATTGAA +AGTTCAAAAGAAAAAGTAAAAAAATATGCAAAATATATAGGTTGTAAAGATGATTCAATC +TATATTACAAGAATTGATGCAATATATACATTTGAAAATGCTTAA +>ybhA~~~ycsE +ATGGATTATAAATTAATTGTTACTGATATGGATGGAACATTATTGGGGAGTGACCATGAA +GTTACTGAGGAAAATAAAAAGGTATTAAAAGAAGCGTTAGATAAAGGTATTAATGTTACT +GTAGCTACGGGAAGAATGTATAGTTCAGCTAAATCACATATTAGATTTTTAGATTCTACA +ACGCCGATAATAGCATGTAATGGTGCATTGATAAAAGATTCTATTACAAATGAAATAATA +TATTCAAATCATATAGATAAGGAGAAATCACTAAAAATACTGAAGGTTCTAGAAGAATAT +AAGGTGTATTATCAATACTATTCAGAAGATTTACTAATGTGCAAAAAGATAGATAAAGAT +AATAAAAATCTTGTTAAGGTAAAAAAACTAATGAGCAGTGGAGTAGATTTAGTTTTGCTA +TCTGACCTTACTGAACATATAATAAGTAAAGAGATACTAAAGGTAATAGTAATTGAAGAT +GAGAACTTATCTATTTTAGATGAGATTACAAAAGAGTTGAATAAAATAGAAGGATTAGAA +ATAACTAAATCTTGGTTTAATAATATAGAAATTATGGCTACTGGGTCTGATAAGGGCAGT +GCAGTTAAGATATTAGCTGAATATTTAGATATAGATAAAGATGAGATTATAGCTTTTGGA +GATAATTATAATGATATTAGCATGCTAGAATTTGCAGGTATAGGAGTTGCTATGGGGAAT +GCAGATGAGTTTGTAAAATCAAAGGCAGATTACATTACTTCAACAAATAGTGAGGATGGA +GTGGCAAAGGCATTGTATGAGTTAACATGCTTAAAAGCTTTAAATGATTAA +>group_320 +ATGTATAAAGTAAAAACACTAGAGAATGGGTTGACAATAATAGGGGAGGAAATACCATAT +GTAAAGTCTATATCTTTTGGGGTATGGATAAATGCAGGATCAAGAATAGAAGATGCTAAA +GTTAGTGGAGTATCTCATTTTATAGAACACATGCTGTTTAAAGGAACTAACAAAAGAACT +TCTAAGGAAATAGCTAGTGAAATAGATAATTTAGGTGGTCAGATTAATGCATTTACAAGT +AAGGAGTGCACATGTTACTATGTGAAGTTATTAGATGAGCACATAGAAATTGGACTAGAT +ATATTAAGTGATATGATCTTAAATTCTAAGTTTGATGAAGTAGATATAGATAAAGAAAGA +TCTGTAATATTAGAGGAGTTAAAAATGTATGAAGATTCACCTGAAGACTTAGCGTATGAT +ATGCTATTAGAACACATTTACGCTGGAGATGGACTAGGAATGAATATTTTAGGAACTAGA +GAATCTTTAAAAAATATAGGTAAAAAGGAATTATTAGAGTATTTTAATACTTATTATATA +CCGAATAATGCTGTTATATCTATATCTGGGAACTTTAACTTTGATAATATGGTAGAAAAA +ATAGAAGATAAATTTAAAAACTGGAATGGAAAAGATTTTGAGATAGAACTAAATGAAGCA +CCTTTTAAATCTTGCATTATAGCAAAAAATAAAGATACAGAGCAGGTTAATTTAGTTATG +AATTTGAAAGCAGTAGGGATAGAAAATAATGATGAGGTTTACGCTCTAGCCGTTATAAAT +AATGTTTTTGGAGGTAGCATAAGTTCTAGGCTATTCCAAAAAATAAGAGAAGAAAAAGGA +CTAGTATATTCTATTTACTCAGCTCAAAGTTTATATAGAAAGTGTGGAGAACTTGGTATA +TTTGCAAGTATGAGCAATGAAAATTTAGAAGAAGTTTGCGAGATAATAAAAGGTGAAATA +AGAGATTTAAGAGAAAATTATTTAACTGAAAAAGAAATACACGAAAGTAAGGAGCAATTA +AAAGGGAGTTATTTACTTGATTTAGAAAGTACAGGAAGTAGAATGATGTCTATTGGAAAA +TCAATGCTTCTTGTCAATAAAGTTAAAACAACTGATGAAATATTAGAATGTATAAACAAT +GTAAGCTTTGATAGTATTAAAAAGGTAATAGACAAAGTATTTGATTTAAATAATCTTGGA +ATTTGCATTGTTGGTAGAGAAGTAGAAAATATTAAATTATAG +>rsxB_3 +ATGTGGTTTGCAAGTTTTTCAAAGGCTCATTGTAGAAATTGTTATGCTTGTATAAGAGTA +TGTCCGGTAAATGCGATAGAGGTTAAAAATGAACAAGCGCAAATAATAAAAAGCAGATGT +ATAGTTTGTGGAGAGTGCTCTAGAGTATGTCCACAAAAAAATAGAATAATCAAATCTGAA +ATATCTATAGTAAAAAGCTATTTACAAAATAAAGAAAAAGTCGTTGTATCAATTGCGCCA +AGTTTTTCATCAATTTTTGGAAAAGAAAGTAAAAAAATTCCTTGTGCATTAAGAAAATTA +GGATTTAGTTATATAGAAGAAACAATAGTATCTATTGACCCAATTATAGAAAAGTACAAA +TTATTTGCAAATAAATCTGAAGATAAAAACTATATAACAAGTTTCTGTCCTGCAATGAAT +AATATTATTCAAAAACATTATCCATCAATTATTCAAAATTTAATTCCGGTTATATCACCT +TTTATATATCATTCAAGACTCCTAAAGGAAAAATATGGCAAATATGTAAAAGTTGTTTTT +ATAGGACCATGTTTAGCAAAAAAAACTGAAGCATATGGAGAAAATAGCGTTGATGCAGTA +CTTACCTTTGGAGAATTACAAAAATTATTTAGAGAATACAATATAAATTTAGAGGATGTA +AATGAAGAACCTTTTGATGAAACATATGAAGATAAATTACTCGTTTCAATAGTAGGAGAA +ACTAGTAAATTTATTAAAAATGAAATTACTAAAAAGGATATAATTGCAGTAGACGGTATA +GAAGACTGCATAAAAATCTTAGAAGCTATACAAGATAATAGGTTTAAAAATACATTATTT +GAAATGAATTTATGTAAACATGGGTGTTTAGGTGGGTCAGGAATGCCTAATGATGGGATG +ACATATTATGAGAGAAAGTGTAATTTAGTTAATTATGCTGAGAGTGTTAAAAAAAATAAA +AAATACAATTCAAATAAACAATCAAATAATGAAATAAACAATAAAATTGATAATAAAGTT +TCCTTAAATAAGAACTTTGATAATTTATACTTTCCTTTAAAGCAGCCCAATGAAAATGAA +ATAAAAGAAATTTTATATTCTATGGGTAAATATAAAAAGAGTGATGAACTTAACTGCGGA +GGATGTGGATATACTACATGTAGAGATAAAGCAGTTGCAGTATATAATGGTATAGCAGAA +ATCAATATGTGCTTGCCTTTTATGAGACAAAGAGCAGAAAACTTAGCAAATGTAATTTTT +GATTCAACACCAAATTTAATAGGTACAATTGACGATGATTTAAATATAATTCAATTTAAT +CCAGCAGCAGAAAGTTTTTTTAAAGTACAAAGAGGTGAAAGTAAAGGTCTTCCCATAGGT +ATGTTTTTAGATGAAGATAAATTTGAAAATGTAAAAAAAAATAATAAAAATATTATAAGA +GAGAAAATTACTTTAGATAATAAATATACATTAATTCAAAATATTATTAGACTAGAAGAA +AATAATGTATTAATATGGATAGCTGATGATATCACTAAAGATGAAAATATTGAAAGAAAA +CTTCAGACGATGAAAGTAGATTCAATTAACATGGCTCAAGAAGTTATTAATAAACAAATG +ATGGTAGCGCAGGAAATAGCTAGTTTATTAGGAGAAACAACTGCAGAAACTAAAGTTACC +TTAACTAAACTTAAAAAGCTTATTCTAGAGAAAGAAGGTAATGAATAA +>group_321 +ATGGAAATATTAGAGGATATCTTAGATAATATTGATGTTTGTACATTTGTTGTAGATAAT +GACGGTAAGTATTTATATGAGAATAAGCCTTTTACAAATATATTAAATAAAAAAAGAGAG +GATATTATTGGAACTTATAATAGCGAATATTGGGAAGAACATACTTATAAGACATTGGAA +GAAAATAATATAGAAGTTTTTGAAGGTAAAAGTGCAAAGATATTTCATGAAGAGGTAGCT +ATTTGTGATAATATAAATTGGTACGAAAGTTACAAAGCCCCAATATTTGATGAATTTATC +GGTATCATAGGATTAAGTTACAGTAATGGTAATTCACCTAAATTTAACAGTGATGAGTAT +ATGAAATATATATGTAATAAAATAGCCATGCTAATTAAAAACATAAGGCTTTTAAATGAA +GTATCTATTGAAAATAAAAAACGCAAATATACAGAAAAAGAGCTAGAACAGTATTTAGAT +GTTTCAGTTAACCTAGTAGCTATAGTAGATAAAAATGGATATTTTAAAAGAGTAAATTTT +AGTTGGTACAATGTTTTAAGATGGACAGAAGAAGAATTATTATCAATGTCATGTAAAGAT +ATTATTCATCCTGAGGAATCAATAAAATTCAAGGATAAAAAGAAATTATGGGATAAAGAA +GGTATTATTACTAGAGATATTATAAAATTTAGGTATAAAAATGGAAATTATATTTATCTT +GAATAG +>group_322 +ATGAAAATACTGATTATGAAAATTGACCTTAGAGCTAATTGGGTACATTCATTAAAGGAA +AAAAGAATGATTGTAAAAAGTATAGTAAAAAAACTTCAAAATACGTTTAATATATCTGTA +AGTGAAGTAGACAATCAAGATTTACATCATAGGATAACTATAGGTATATCTAAGATTGAT +TTAAATAGCAGTCAGTGTAATTCTTCTATGGAATCGATAATTAGTTTTATAGAAGAAAAT +ACTGATGCAGAAATTATAGGGATTGAAGATGAAATAGTGAATTATTAA +>yajL +ATGAAAAAAGTATTGGTGTTTTTGGCAGATGGATTTGAGGAAATTGAAGCAATTTCAGTT +GTTGATGTTCTTAGAAGAGCAGATATAACATGTAATATGTGTACAATAAATGAAGAGTAT +GTAAGAGGAACTCATAATATTATAATAAAATCAGATTGCCATATAGATTCTATTGATGTA +AAAGAATATGATGCGGTTGTTTTACCAGGAGGACTACCAGGAGCTGATAATTTAAAAGAT +AAGAGGGTAGAAGAAATAGTAAAAAGATTTAATGCAGAAGATAAAATAGTTGCTGCAATT +TGTGCAGCTCCAGAAACTTTAGAAGGTTTTGGTGTATTAGAAAATAAAAGCTGTACATCT +TATCCAGGGTTTGTTAAGAATAGAGATAAGGTAAATTATATAGAAGATGAACTTGTTGTG +GTAGATAATAATATAATCACAAGCAGAGGACCTGCGACTGCAACTTTATTTGCTTTGGAG +ATTTTAAAAGAATTAGGTGAAACAAAGAAATCAGAAGAGATAAAAGAAGGTATGATGGTT +AAATTTTATAACCAAGTTATAAAGTAA +>group_325 +TTGACAAAATTTAAATATGCATTTGACAATAAGAGATATCATACATGGAATTACTACCTT +AGAAATACATTTGGCGAAAAAATCTTTAAAGTATCTATAAATGCAGGATTCACTTGCCCA +AATATTGATGGAAAGATAACTTACGGTGGGTGTACTTACTGTAGTAAGGAAGGTTCTGGA +GATTTTGCTGGAAATCCTAAGGATGATTTAATAAAGCAATTTTATGAAATTAGAGAAATG +ATGCTAAAGAAGTGGCCTAAGGCTAAGTATATAGGATATTTCCAAGCTTACACGAATACT +TATGCTCCTCTTGAAGTATTAAAGGAAAAATATGAAACTATTTTAGAATTAGAAGATGTT +ATAGGTTTATCTATTTCAACAAGACCTGACTGTCTTCCTGATGATGTAGTTGAATATTTA +GGAGAACTTAATGAAAGAACTAACTTATGGGTTGAACTTGGTCTACAAACTATACATGAT +TCAACTTCTAAGTTAATAAACAGGGGACACGATTATCAAACCTTCCTTGAAGGTGTTGAG +AAGCTAAAAGCTAAGAATATCAAGGTAATAGTCCATATAATTAATGGTCTTCCTGGTGAA +GATTATAATATGATGATGGAAACTGCTAAAGCCGTTGGTAGACTTGGTGTAGATGGTATA +AAAATACACTTACTTCATGTTATAAAAAATACTCCTATGGAAAAAATGCTTGATAATGGT +ATGTTAAAGCTTATGACTCAAGATGAGTATATAAACTTAGTATGTGATCAACTTGAGGCT +CTTCCTGAAGAAATGATAGTCCATAGACTTACTGGTGATGGCAAAAGGGAAGATCTTGTA +GGCCCTTTATGGAGTTTAAAAAAATGGGAAGTATTAAATCAAATAGATGCTACGTTGAAA +GAACGTAACACATTCCAAGGAGCAAAATATACCGCAGAGTAA +>group_1244 +ATGAATAAATATAGAAATAAGAAAGTTGAAATAGATGGAATTAAATTTGATAGTAAGCAT +GAAGGCGAGTATTATCTATATCTAAAAAAGTTAAAAGATGAAGGTAAAATAAAAGACTTT +GGATTACAACAAAGATTTGAGTTACAACCTAGTTTTAAAAAGGATGGGAAAACTCATAGA +GCTATTACTTATACAGTTGATTTTGCTATATATCACTGGAATGGAGAAGTTGAATATATA +GATGTGAAAGGTATGGAAACTCAACAAGGTGTTATGAGAAAAAAGATGTTTGATTATAAG +TATAAAGAAAAACTCACATGGATCCAAAAGAGTATTAAGTATGGTGATGAATATGGTTGG +ATTGAATATGAGGAATTGAAGAAGAAAAGAAAAGCAGCAAAGAAAGCAGTTTAG +>xseA +ATGAAACTGAGAGCTTTAGATATAAGTGAAGCAAATTCATATATAAAAAGGATTTTGGTA +AATGATCCTATATTATATAATCTTAAAGTAAAAGGTGAAATATCCAATTTTAAAGTACAT +AGTAGTGGAAATGTATATCTATCATTAAAAGATGAAAATTCAAAGTTAAACTGTGTTATT +TTTAAAAGTAATTATGATAAAAATTTAGAATTAAAGAATGGGATAAAAGTAATTGCGAGT +GGTTATATTTCTGTTTATGAAAGAGACGGATCTTATCAATTATACATTAATTCAATAGAG +ATAGAGGGAATAGGAAATTTATATATTGAATTTAATAAATTAAAGGAAAAATTAAGCAAA +GAGGGTTTATTTGATCCTAAGTACAAAAAAGCCATACCTACTATACCAAAGTCTATAGGA +GTTATTACTTCACCAACAGGAGCAGTTATAAGAGATATAATTAATGTAATCAAAAGAAGA +TACCCAAAGGTCGCTGTAAAGCTTTATCCAGTGACAGTACAAGGCGATAAATCAGCAGAT +AATATATGCGAAGGTATTAGATTTTTTAATGATATGAAAAATGTAGATACAATAATAGTT +GGTAGAGGTGGGGGATCTATAGAAGAACTTTGGTCATTTAATGAAGAAATCGTAGCTAGA +GAAGTCTTTAAATCTGAAATTCCTATAATATCAGCAGTAGGACATGAAACAGATTTTACT +ATCTGTGATTTTGTATCAGATATGAGAGCCCCAACGCCTTCTGCAGCAGCAGAGATAGCA +ACGCCATCTTTATTAGACTTAGAATACAAGCTTAACAATATAAGGAATAGAATGAATAGA +AGTTTAATAAATCAAGTTCAGATTGATGAACATAGGTTAAAATCTGTTCTTGAGAGGATA +AATAATTATCTAAAATCATACACAATCAAAGATAATATTATACAATTAGACAAAATATAT +GATAAAATAACTTTTGAAGTAGAAAATAACCTTAATATTGAAAAAGAAAGACTTATGAAT +ATGGGAGCAATACTTCATAATTTAAGTCCTTTGGCAACGATAGATAGAGGGTACAGTATA +GTACAAAAAGAAGGAAAAGTAATCAATAGTATAAAAGAAATAGAATTTAAAGATGATATA +GATATAGTTTTAAAAGATGGAAGTATAGAGTGTGTTGTAGAAAAAATAATTAATAAAGAG +GTATAA +>group_1173 +ATGAGGATTATAGACCAAGTTAAAAATAGAAAGAGCATTATTATATTAATTATTCCTCTG +TTAATTGTAGCTCAATACTACCTTTTTAAATTTGGAATCCTAAGACCAATGATAAAAGGT +GTAGAAATTAAAATCATAAATGGATATCATATTCAAGATATAGATAAGTATGTTATAAGA +TTAGGTGAAGAAGTTACGTTATCAAGTGGGGAATATATTAAGATTCCTCAATATGCAAAA +GATCCAGAAATAAGTTTTAAAGTATTAGATAATAACAAGGTATTAAAAATAATTGATAAC +AATGAGAATGAACCAAATACTTCTACACTGATAGGTTTAAAAAAGGGATATTCTTCAATT +GCAATTGTCAAGAACTCAAGGGTATTAAAAAAAGCTACGGTATTAGTAGTAGATCCACAG +GTAGAAAGTTTAGATTTAAATGTGGATGGAAATTTGGTGTTTGTTGGAGATAGTGCAGAA +ATAGGTAGCAATGTTGAAGTAGATTATAAGCGATTTAAAGATGCCTACAAGGTCACATAT +GAGAGTTCTAATGAAGATATACTAAAAATTGAAGGGAATGAAGTAAAAGCTATTGGAGTA +GGAAGTGCTACTATATATGCAAAATCTGGTGATAAAGTAGATTCTATAAGATATAGGATA +AGTGCTAAAGTATCTAGTATGAAAGTAGATAAATCTATAGAAATAGAGGTTGGTGAAAGT +AAAAGCATAGTACCTAAGATAACTACTAGCCCAAGAGGTTTAAAACATCCAACTATAGAA +TATCAATTAGTAGAATCTAAACTTCCTATAGAAAGAGCTATAAGATTAGACCAGAATGGA +GTAATTGTAGGCTTAAGAGAGGGTGAAGAAAAAGTACTGGTATCTTGTGGTATTGGTTCA +AATAAAAAATCGCAAATAGTTACAGTAAAAGTTGTAAAGGAATCATTGTTAAAAAAATAT +ATAAAAGATTTAATTTCAGACTACAAAGTAGTTGATAATAAAATATTAATTACATTAACA +TGGAGTAGCTTAGAAGAAATACACAATTATGATGTATATTTAAAGAATAATTTATCAGAC +GATAAAAGCTATAGTGTGATCAAGTCTATAATTATGGATAAGATTGATTTGGACAGTAAA +AATAAAATAAAGGCAAATCTTGAGATAGATTTGGATAATATTAATGAAATAGACTTTGAT +ATCTATGTGGTAGGTGTTACGGATAAAGGAAATACAAATAAAAGTAATATTGTAAGTATC +AAACATTCGATAGAAGATACGGAAAAAGATTCTGTCAATTTATCAGCAAATTTAGATAAG +GATAATAAAAGCGTATATTTATCATGGGATACTATAGAAAATGCTAAGTATAATATTTAT +GTAAAGGATATATCAAAGGGTGATCAGTCATTTGTCTTGTATGCAGAAGGTATTAGTGAG +AATAACTATACGTTAAATCTAGATGATGAAGGTTTAAATTTAGAAGTTTATGTATCCGCT +GTGGTTGAAGGTAAAGATGAAATAAAAAGTGCTATAAAAGTGATTAAGCAAGACGAAAAA +TAA +>group_326 +TTGAAATTACTCAAAAATAAAAATGAGTACATCAAAAAAATAGTGATATGTTTATGTTTG +ACAATATCATTAGGAGGAAGTGTATTTATAACTAAAGGAAGGTATGATGACAATAAAAAC +ATAAAAGAGGAAGTATTAGAAGCTAGTAAAATTGATACTGACAGCAATACAGACGAAACA +AATAATCAATATAAATTATTACTAGAGCATCTATTTGATTATAGGAATAAGGCTATATTA +GACCAAAATGAGGAAATATTAAAAGAGCTTTATGATACTAATAAAAAATTTGGTCTTTGG +GCGTATGAGCACGAAGTAAAAAAGATGAAGTATATAAAGAGCTGGTCAGATAAACAAGGT +GTAGATTTCAAAGATATTAAAACTAAAGTAATTGTCAAAAAAATAAAAGAAAAAGAAGAG +GATTTATATGGAATTATATGTACTGTCTCCACAGAATATAAATATTCATATGAAAATCAG +AAGGATGTAATAAATACATTTAGGATAGGTACATATCATTATTTGAATGTAGTAATAAGA +GATAATCAATATGTGATAGTTAAAGAATGGTATACTGATCCTTTTGAAGATTCTCTAAAC +TTAGAAAATATTAATTCTAATGAAATAAGAAACTATATAGAAAATCATGAGAAAGCAGAA +ATTCAGTTAACTAAGGAGCAAGAAAAAGCTATAAATTATGCTCACCAGTATTGTGGAGCA +GCAGCAGACGAAGAGTTCGGTCTTAAATTTAATAATAAGTATAAAGACTTTAATCCTGAT +GGTGGAGACTGTGCTAATTTTGCATCTCAAATACTATTTGAAAGTGGACGATTTAAGAAG +AATGCAACTTGGAACTATTGTAATGGAGATGGAACTAAGGCATGGGTTAATGCTCAAGGA +TTTAAGAACTATATGTTGAATAGTGGAAGAGGAAGCTTGATAGCTAAGGGATCATATAAT +GATGTGTATAAAGAAGCATATAATTTAAGACCAGGAGATTTTGTAGGTTATGAAAAAGGT +GGTAGAATTACCCATGTTTCTACTGTAACTGGACAGGATTCAAAAGGATATCCTTTAGTT +ACTTGTCATAATACAGATAGACTATTGGTACCTTGGGATTTAGGATGGAGTAATAAGGCT +ATAAGATTCCATCTAATAAAAGTTAATTACTAA +>group_327 +ATGAACGATATCAATTATGAAAATTTATTAAATATTAATACTTTTGGAGAGGAAAACTGG +AAAGATAAGTTTAGTCACTATCATCCTTATCAAGCAACATCTTATTCAGCCCTTGATACT +TTATTTGAAAATTATAGAGTAAATGAAGATGATTATATTGTTGATTTTGGTTGTGGTAAA +GGTAGGCTTATCTTTTATATAAATTACTACTTTAATGCAAGCTGCTGTGGAGTTGAAATG +AATAATGACTTTTATAAAACTTGTTTAGATAATAAATCTTCATATTTAATTAAAAATAAG +AAACTTAAAAATAAGATTAAATTTGAAAATACCTTTGCCGAGAATTACAAAATTAGCTTA +AATGATAATAAATTTTACTTCTTTAATCCTTTTTCTCTACAGATTTTTATTAAGGTTATA +GACAATATACTAGATTCCTTAGAAGCAAACATGAGACCTGTAGAACTAATTTTATACTAT +CCATCTAGTGATTATATTTATTACTTAGAAAATAATACCCCTTTTGTTATTGAAAGAGAA +ATAATTTTAGATAATTTATATACTAAAGACAACAATGAAAGATTTTTAGTGTATAAGCTT +GCTTATTGCTAA +>rhaS_2~~~rhaR_3 +ATGATTGATAAAAAGGATTATTTTGTAAGGGAATTTAAATTTAATAATATAAAAACTAAA +AGAATTAAATCAAATAAATATTATAAAATATTATTTGTATTTTCAGGAGATTGTAATTTA +AATTTAAATAATCAATCTCAAAGGTGTAGCACTGATAATATTATTTTAATAAGTCCTAAT +AATTTTATTGATATAGAGTCAAAATCAAAGCAACTTCTAGTAATCTATGAACTATCCGTT +ACAACAGAATTACTAGATAAATTATCTGATGAAGAAACAGACCTTGTTAAAAGTTTTAAT +ACTGTACCTTTTGAGTGTGTAGTTATAGATGCAAGTACAGAAACAACTATGTTAATAAAA +AATATATTAAAAAAGCTTGTGTACTTAAAAGAAGATAGTTTTGAATTTGCTAATAACTTA +TACATAAAAAGTATGCTATCAATAGTTTTAGTTCTAATACTAAGATCATGTATTTACGCT +GAACCAAAACAAAAAATAAAAAAAAGTAAACCATTTTTAATTGACGATATATTTTCATAT +ATTAACAACCATATTACAGAAGAGATTTCTCTTGATGATCTTGAAAGAGAATTTTATGTT +AGTAAATTTCATATATCGAGAGAATTCAAGAAAGCTACAGGAATAACATTACATCGTTAT +ATAGTAAAAGCTAAATTAGATTTATGTAAAAAGCTTATTGAAGAGGGAAATACAATAATA +GATGTTGCACATATTTGTGGAATAGGAAGTTATAATAATTTATTCCGTGCTTTCAAAAAG +GAATTTGGTATTACACCAAAAGAATATTACAATGAAATAAAAAAATATAAATAA +>miaB_1~~~miaB_2 +TTGAAAATATTATTAACCACATTAAACTCTAAGTTTATTCATACAAATTTGGCAATAAGA +TATCTGAAAGAATTTGTAAAAGATTTACTACCAGTAGATATAAGAGAGTACACAATAAAT +AATGACTTAGATTATATCTTAAAGGATATATATAGAAATAATTATGATGTTGTATTGTTT +TCTACATATATATGGAATGTATATGATACGGCTAAAATTTGTGAAAACTTAAAAAAAGTA +AATCCTAATATAAAAATAGCACTAGGTGGTCCGGAAGTAACTTATGATAGTGCAGATGCA +ATGGAAAAATATCCTTTCATAGACTACATACTATTTGGAGAAGGAGAATTAGTTTTTAGA +GATTTAGTAGAACACTTATTAGGTCAAAAAAATATTGAAGATGTAGAAGGAATAGTTTAC +AGAAATAATGATGAAGTAATAGTAAATAAGCCTAAAGCCTTACTACAAAACTTAGATGAA +ATACCTAGTCCATATGAGAATTTAGACCCAAAAGAATATGAAAACAGAATTGTTTATTAT +GAAACATCAAGAGGTTGTCCTTTTAATTGTCAATATTGTTTATCATCAACTCTAAAAGGA +TTGAGATACTTTAGTATTGATAGAGTAAAAAGGGATTTGAAAAAATTAATTGATGCAAGA +GTATCTCAAATTAAATTTATTGACAGAACTTTTAATGCGAATAAGAAGTTTGCTCAAGAA +ATAATGAAGTTCCTTATGGAACATGACAATGATTATACAACATATCATTTTGAGGTAACT +GCACATTTATTAGATGAAGATACGTTAGAGTTTTTAAAAGATTGTAAAGAAGGTTTATTC +CAGTTTGAGATTGGAGTTCAATCGACAAATCAAAAGACTTTAGATGCAGTTGGAAGAAGA +GATGACTTTAAAAAATTATCTTATGTTGTTCAAAAAGTTGCCTCTTATAGAAATATACAT +CAACACTTAGATTTAATTGCAGGTCTTCCTTATGAAGATTATACAAGTTTTGAAAACTCA +TTCAATGATGTATTTAATTTAGGAATAGAGCATTTACAACTAGGTTTCCTTAAGATGATA +AAAGGTACAGGTGTAAGAAATACAGCTAAAGAACATGGATATAGATATAAGGATTATGCT +CCATATGAAATTTTATATAACGATTATATAAGTTACGAGCAAATATTAAAGTTAAAAGAT +ATAGAAGAGATATTAGAAAAATACTATAACTCAAAAAACTTTGTCCTATCAATGAGATAT +ATAATTAAGAATTTTTATAGCGAAAGTCCATTTAAATTCTTTGAAGATTTTGCAACTTAC +TTTGATATTAATGGATATTTTGATATGGCTCAAGGTAAAAATCAGTTATATAAAATATTA +TTAGACTTCTATAATGAAAAAATAAATGTGAATAGTGAATTATTTAATGATATACTAAAA +TACGATTACATATCATTAGGTAAGACATCTAATTTACCACAATTCTTTAATAAAAGAGAT +ATGGAAGACTTTAAAAATAGATGTCATGTATTTTTACAAGATAATGACAATGTGATTAAA +TACTTACCTAAATTTGAAAATAAACCAGCTAAGCATATGATTAAATACGTTCACTTTGAA +ACATTTAACTTTAATATTTTAGAGTTAAAGGAAGATATACATAGAAATCTAGATAAAAAT +GAAAATGTAGTTTTATTTGTATATGATGATAAGAAGATTTTTGAAAAGTCAAAATCATAT +AGTGTAGTGATATAG +>group_924 +TTGAGTATTGCAATAAGTATTTTAGGAGGCTTGGGCCTATTTTTGTATGGAATGAATATT +ATGGCTCAAGGATTGCAGAATTCAGCAGGGGATAGATTAAAGAGAATAATAGAACTATTG +ACTAGTAATGTAGTAATGGGTGTTTTAGTAGGAACGGTTGTTACTGCAATTATTCAAAGT +TCTAGCGCAACTACAGTAATGGTTGTTGGATTTGTAAATGCGGGAATTATGACATTAAAT +CAAGCTATTGGGGTTATTATGGGTGCTAATATTGGGACAACTGTAACTGCTCAATTAGTT +AGTTTTAATTTAGAAGGTTTAGCACCAATAGCTCTAGGAATAGGTATTATTTTATATCTT +TTTTCATCTAAAACAAGTGTAAAAAATATTGCTCAAATATTATTAGGATTTGGTATATTA +TTTACAGGAATGGAATTTATGAAAGATGCTGTAAAACCATTAGCAGAATATAAAGGTTTT +ACAGATGCATTAGTAAGTTTTGGACATAGACCAATACTAGGATTATTATTAGGATTTGCA +ATAACAGGAATCGTACAAAGTTCAAGTGCATCAATGGGGATGTTAATTGCATTAGCGACA +CAAGGTTTAATTCCATTATCTTCGGCATTACCAATACTTTATGGAGATAACATTGGTACT +TGTGTAACTTCATTGTTATCAAGTATAGGAGCAAGTAGAAATGCTAAGAGAGCTGCAATA +ATGCATTTATTATTTAACGTAATAGGAAGTATTTTATTTTTATTAATATTAAATAGACCT +ATAACATATATTGTTACACAAATAGATCCTACAGATGCTGCTAGACAAATAGCAAATGCA +CATACACTATTTAATTTAATAAATGTTGCTATACTATTGCCGTTTTCTAAGTATATAGTA +AAATTAGCTATAAAATTAGTTCCAGATAATAATGATGAAAATGATGATAAAGCTACAAAG +TATTTAGACGAGAGAATGTTAGAAACACCATCAATAGCTTTAGGAAATACAATTAAAGAA +ATCTTGAGAATGGGAAATATCGCAAAGAAATGTTTATCAAGTTCTATGGATGGTTTTATT +AACAAATCAGAAAAAAGTGCTAAAATAGCATTTGAAACTGAAGAAACAATAAATATTTTA +CAAAAAAGTATATTAAATTATCTTTTGAATTTATCTAAAACATCTTTACCAGATAATTTA +GTAGAATCGGTAGATGTTCTATTTAATACTGTAAATGATATAGAAAGAATAGGAGATCAT +TCAGAAAATATCGCAGAATTAGCTACTACAGCAATTGAGAATGATTTAGACTTGTCTAGT +GAAGGTATTGCTGAAGTCAATGAAATGTATAAGATGGTAATTCAGAATTATGAGGGAGCT +TTAAAATTAATTAATGAAAAAAATCATGTTTTAGCTAAGCAGATACTTGAAAGAGAAGAG +GAAGTAAATCGAATTGAAAAATCAATTCGTATAAATCATATTTATAGATTGAATAATGAA +AAATGTAGCATAGATTCTGGTATTTTATACATAGATTTAATAAGTAATCTAGAAAGAGTT +TCAGATCATTGCGCTAATATTGCAAAAAGATCTATGAATTGA +>group_926 +ATGGAAGCTGAAAAAGTCGTAAGAATGGATGAAAAAATTTCTCAAAGACGTGTTAAGGCT +GTTAGCCTAGAAACATTTGTTTTTATCGGTATTTTGGCCATAGGATTTGGATATACAGCA +AGTATTATGGGTGCAGGAATAATGTTTAAAGTTATAATGAATACTGCTCATGACTTGCTT +TTAAATACAGTGTTTTTAATAATGGCAATGTCAGTTTTAGCGGGAGCACTAAGTTCTTTA +CTATCAGAATTTGGAGTAATATCATTAATAAATAAAATATTCGCGGTATTTATGAGACCC +TTATATGGATTACCAGGGGCAAGTATAGCTGGAGCAGTAGCTACATATTTGTCGGATAAT +CCAGCAATAATATCTTTTGCAAAGGATAAGAGTTTTACTAAATACTTTAAAAAACATGAG +GTTCCTGCTTTATGCAATTTAGGAACTGCTTTTGGAATGGGTCTAATACTGACAACTTTT +ATGATATCTCAAGGAAAAGAATATGTATTGCCTGCAATCATAGGTAATATAGGAGCAATT +ATAGGAAGTGTTATAAGTGTTAGAATAATGTTACATTTTACTAAAAAGTACTATGGCTAC +GATTCTAGAAAAAATAAAGCTAAAAATAATTTGAACGATTCAATTGAATATAGAGAAATT +AGAGAAGGTAATACATTCCAAAGAGCACTAGATGCAATGCTAGAAGGTGGAAAAAATGGA +GTGGAGATGGGTATGGCAATAATTCCAGGTGTATTAGTAGTTTGTACTATGGTAATGCTA +CTTACGTTTGGCCCATCAACAGATCCTAATACTGGTGCACAGGTTTATACAGGTGCTGCT +TATGAGGGGATTGCATTACTTCCTATTATAGGTGAAAAGCTTAGATTTATTTTAGAACCG +TTATTTGGATTTACATCACCAGAAGCTATAGCTTTCCCTATTACTTCCCTTGGAGCTGTT +GGGGCAGCAATGTCATTAGTACCTCAATTTATAACAGATGGTGTTATAACTCCAAATGAT +ATAGCAGTATTTACAGCTATGGGTATGTGTTGGAGTGGTTACTTAAGTACTCATGTTGGT +ATGATGGATGCATTAAATTCAAGAGCTTTAACTAGTAAAGCTATAATTGCTCACACTATA +GGTGGAATTTGTGCAGGTATGTCAGCTCACTTTATTTATATGTTATTATCTTAA +>group_925 +ATGAGTAAATTTAATAGCGAAATATTTGAAACTATACGAGGAACATATAATCCATCTCAA +ATGTTTACATTTGTAGATGCTTTGGATCCTAATGATAGAGGAGAAAGTCTAGAGGTAAGT +AATACATGTGTATTATTTCATGAAAAGTTTCATCATTGGCAGACAATAATGACAGGGTAT +GGACAATTAAAATGGGCATCAAATAGAACTTTATGTTCAGAAATTCTAGATATTTGGCTA +GAATATTCAAATCAAACATCAGATAAAATAAAAATGCCAATAGGATATATTATTGAAGAG +GAAACAGACGAGGCTGTCAGGGCTACAGCTAGTATATATATACAAATGTTGATGATGAAA +CTATTTTATTTAAAGGAACGAAAGTTTGTAGATAATGAAATGATAAAATTTAATTTTGTG +GATGAAGATGTTATTGCACCAAAAATAAATGTAATGGGCGATGATAAAATTTTAAATGGT +ATAGATATTATTGAATGTTTTGCAAAATATCAAGAGGCCATTTTTGCATATATAATATTT +GGTATTCCATTTGAAGAGACTATGAATTTTGAAAACTTATATGAGGAATATTATATACCA +TTTTTATATTTCATAGAGCAAGTTGGTAATAGTAGACTGATAGAATTTCCTTTAGTATGT +GATTTAGCACTACAATTAAAAAGTATTTCACTATCTAAAAAGAATACAGAATGGGAGAAT +AATCATCCTGCATGGAGATTTGTTAAAATTGTTGAAGTATTAAAGAATAATCCAGATATA +CCATATTTAGATTATTGTAATATAGAAAAGTCATCAAAAACATATATAGACAAAATTATA +GCAGTATGTAAATTTGATTCAATGGAAGATATGTGGAAAACTCATTTAAAGTATGTTCAT +GATGCTGAATTGCTAATGTGTGATGAAATGAAAAAAGCAATAAAGTTAAAACTTGAATAC +CCCTGGATACTTGCTTATCCTTTTTATAATGAGGGAACTATGAAAAAAGTATATGAATTT +CATCCTACAGCGTATAAATTTTCAGATGTTACAAAATATCCACTAAGTGATTATGATAAT +AACTTATGGATTATGGAAGTAATTTATGAATATCATTTACAAGCTTTTGTAAAACAGATT +TGTGGCGAAATATCTAATTATTGCGTGTATAGAGATGAGTTGCAATGTGGCTTTACTTTT +TATGGATTAAAAGGATGTACATATTTAGATAGTGGAGATTGCTCGGGTTCTCTAAATGTT +GAAGAAGGATTACAAGTTAAATGTTGTCTAGATATAGAAAAAAATATAGCAGATGGATGT +AGTTTTGGTATATTTCTTGCAACTATGAATATAGACTTAAAAGAAATTGATTTTAAAGAT +AAAAGAGACAAAATTGACTTAAACTACATTTCTTCTAAAATTAAAGTTTAG +>gltS_1 +ATGTTTGAGTTTTCAATCGAATTAGGAATGATGACGCTAAATTTAGATATCATTCAAAGC +ATTTCATTTACTACTATTATGCTTTTAATAGGATCTTTTATAAAAAATAAAGTACATATA +TTAAATAAGTACTGTATACCAGCGCCAGTAGTAGGAGGCTTTTCTTTTTCGATAATATCA +TTTATACTAAGACAATCTGGAATAGTTACTATAGTATTTGATACAACTTTACAAGATATA +TTAATGACAGCTTTCTTTACAACAGTCGGATTTACTGCAAGTATGAAAGTTTTAAATAAA +GGTGGAAAACAAGTAGCTAAGTTTTTAATTGTAGCCGTAATATTGATATTAGCTCAAAAT +ATAGTAGGGGTTTTATCTGCTAAGGCAATAGGTGTGGATCCACTATTAGGATTAATTTCA +GGGTCTGTTTCTATGACAGGTGGTCATGGGGCTTCTGGTGCATTTGGACCTATTATGGAA +TCAAATGGACTTGAGGGTGCCCTTAGTATAGCTATGGCTTGTGCTACATTTGGATTAGTA +TCTGGAAGTATTGTAGGTGGCCCTGTTGCAAATAGATTAATTCAAAAATATAAACTTAAG +TCAGAGGAAATAGAAGTAAAAGAAGAAGAATGGTCATCATATAGTGAGATTTCAATAGGA +GAAGTATCATATAATGAGACATCTACAGGAGATCTTTCAGAAAGTAAATTAACAAGTTCA +GCTATGCAAATAATAATAGCTATGGGGCTTGGGACTATAGTATCAAGTTTATTCTCAGAT +ATAGGCATAACAATACCATCTTATATAGGTGCTATGATAGTATCTGCTATTATGAGAAAT +ATCTCAGATGTAAAAGGAATATGCCCAATAGCAAGTAATGAGTTAGAAAGCATAGGTTCA +ATATGTTTATCATTATTTTTAACAATGGCTATGTGTAGCTTAAAGTTATGGGAGCTTGTA +GACCTAGCTATACCTATATTAATACTACTAACATTACAAATATTATTAATGATACTATTT +GCTTATTTTATTACATTCAGAGTTATGGGAAAAGATTACACAGCAGCAGTACTTGCAGCA +GGCCACTGTGGATTTGGTCTGGGAGCTACTCCAAATGGAATAGCAAATATGGAATCTGTA +ACTTCTAAATATGGTCCATCACCTAGTGCATTTTTCATATTACCACTAGTCGGAGCATTA +TTTGTAGAGTTTTTCAACTCAGCAGTCATAACTACCTTTATGAATCTATTATAG +>spoVB_3 +ATGAAAATAAAAAGAAAAAAATTAATATTAAATGCTTTATTACTTACAATTAGTACAATG +ACATTCGGAATAACAAACATGATTTTTAGAGTATATTTATCTAATAAAATTGGTGCTGAA +GGTATGGGGTTGTTTCAATTGATTATGAGTATAAATGCAGTTGCATCTACCTTGGCTATA +TCAGGAATAAGAGTAACCATTACTAGATTAGTTGCAGAAGAACTAGGAAAAGGAAACTAT +GGTAAAATTAGAAAACTAGTACATAAAGGACTCATTTATTCCTTATTTTTCAGCAGTATT +ACATTTATAATTCTTTACAATGGAGCAGAATTTATAAGTAATGTATGGATAAAAGACTCC +AGAGCAATAATATCACTCAAAATTCTCGCTTATAGCATGCCTTTCGTCAGTGCATCTTGC +TGCTTCGCTGGATATTTCTATGGAGTTAGAAACGTAATGAAAAGTGTCACTGCTGATTTA +GTAGAAATTTTTACTATGATGATGATAATTTACATATTTATAAGCAGATTTTTACCAATA +GGCCTTGAATATACTTGCGCTTTAATATCAGTTGGTATGGCTGTTGGTTCTATGTTTTCT +GCACTATATTCTTATATTTTATACATATTCGAAAAAAAACAATCTTCTCATAGCTCATCA +CAAAAAAATAAATGTTCTATATTTGACATAGGATCTATTGCTTTCCCAATTGCTTGCAGT +GCTTATGTACAAACATCTTTAAGAACAGCAGAAGATATACTTATTCCAAACGCACTTAGA +CAGTATGGTTCTTCATCTTCATATTCTTTAGCTATATTTGGAATGATAAAAGGTATGGTT +ATGCCTATACTTAACTTTCCTTCTATCTTTTTAGCATCATTTTCTACACTTATTATTCCT +GAAATAGCTGAATCAAGTGCCTTGAATAAAAATAAAATGGTTAACTATATAATTGCTAAA +GTATTTAAATTCACTCTATTAATTGCTTTATTCGCCACAGGATTATTTATGATTTTTTCT +AAAGAATTAGGATTAGCTATATATAAAAGCGAAGAGGTCGCATTTATGATGAGAATATTA +GCACCACTAATTCCTTTAATGTATTTAGATAGAATAGTTGATGGTAGCTTAAATGCTCTT +AACCAACAAATTTATACTTTAAAATATAATCTTATGGATATGTCGCTTAGAATATTTATA +ATTTTAGGTATCATTCCTAAAAAGGGAATTGAAGGTTTTATCTTAGTCCTTTTCGTAAGT +ACAATTTTTAATGCTTCTTTAAGTATAAATAGACTTTTAAAAGTTACAAAATTAGAATTT +GAGATAATTGATTGGGTTATCAAACCTATTATTTGCGTCACAATTTCTAGCTATATAACT +AAATATTTATTCTCATTCTTTAATCTAGAGTCATTAATATTTTTACAAGTTATAGTTGAT +TTAATTTTATATTTAATTTGTTTATTTATTTTTAAATGTATTAGATTAAAAGATATTAGA +TGGTTTACTGATGCATTCAAAAAAGATATTAAGGCCGTCGACTGGCACAGTATTAATATT +TATAAAAAACTTTAA +>group_330 +ATGATAAAAGATTTTATAAAATACTATGCACCGTATAAGAAACTTTTTTTCTTAGATCTT +TTAGCAGCTTTTTTATTTTCAGCGTGTAACCTAGTATATCCTATGATAACTAGGGATATT +ATGAATGATGTTATACCTAATAAGGATTTAAGGATGTTAATTATATTTGGTATAACACTT +GCTATTATATTTATTTTCAAGGCAATACTAAATCATTTTATGCAGTATTGGGGGCATGTC +GTTGGAGTTAGAATGCAGGGAGATATGAGAAGTTATGTGTTTACCCATTTACAAAAGTTA +CCTAATTCTTATTTTGACAATAATAAGACTGGTGTCACAATGTCTAGAATAATTAATGAT +TTAATGGAAGTATCAGAACTTGCTCATCATGGACCAGAGGACTTATTTATATCTGGAGTG +ATGCTTATAGGTTCTTTCTTTATACTTTTAAATATAAATGTTTTTTTAACACTTATTATA +TTTGCAATACTACCATTGTTAATATGGTTCGCAGTTGCACAAAGAAAAAGAATGAATAAA +GCATTTATGGAAACAAGAGTAAAGACTGGGGATGTTAATGCAACTTTAGAAAATAGTATA +GCAGGTATGAAAGTTACTAAGTCTTTTTGCAATGAACATGAAGAATTAAAGAAGTTTAAT +AGAAGTAATGGTGTGTTCAAAGTTGCTAGAGAATCAGCATATAAAGTTATGGCTGATTAT +TTCTCTGGAATGAACTTATTTATGGACATCCTTGAGCTTGTAGCCTTGATAGCTGGAGGA +TACTTTGCTTATATAGGCAAGATAAGTCTTGGAGATTTTACAGCATACTTATTATATGTA +AAAATGTTCATTGAACCTATTAAAAAACTTATTAATTTTACTGAACAATATCAAAGTGGT +ATGACAGGATTTGAAAGATTTATGGAAATAGTTAATGAAGATACAGAAAAAGAAGTTGAA +AATCCTATAGAATTAAAAGATGTAAAGGGAAATATAAATATTGAAAATATATCTTTTACT +TATGAAGATAAAAAAGAAGTATTAAAAGGCTTAAATTTAAATATAGAAGCTGGAAAAACT +GTAGCTTTAGTTGGGCCATCAGGTGGAGGAAAGACTACATTATGTAGTTTAATACCGAGA +TTTTATGAGTTTGAACAAGGTGATATAAAAATAGATGGAGTAAGCGTCAAAAATGTAAGT +TTGAAATCTTTAAGAAAGAATATTGGAGTAGTTCAGCAAGATGTATTTTTATTTACAGGA +ACTATAAAAGACAATATTATTTGTGCAAAGCCTGATGCTAGTGATAAGGAAATTATTGAA +GCAGCTAAGAAAGCTAGAATACACGAATTTATTGAAAGTTTACCAGAAGGATATGATACT +TATATAGGAGAAAGAGGAGTTAAATTATCTGGAGGGCAAAAGCAAAGAATTTCTATATCT +AGAATATTCTTAAAGAATCCCCCAATAATTATACTTGATGAAGCCACTTCAGCCCTTGAT +AATGTTACTGAAAGAGAAATTCAGACATCTTTAGAAGAATTAAGTAAAGACAGAACAAAC +TTAGTAGTGGCTCATAGGTTATCTACTATAAAAAATGCAGATGAAATAGTAGTACTAACT +GATAGTGGAATAGCTGAAAGAGGTACTCACGATGAATTAATAAATAAAGGTGGAGTTTAT +AGTAAGCTTCATAAATAA +>group_331 +ATGTATAAAAAAATTTTTATTAGTTTATTAATTATTTTTTCTACAATTAACATGTCAAAT +GTTTCTACTTCTATGAATGAATGTAATAACAATAATGAAAAAGATATTATTATTAATAAT +ATAAATAATGAAGACATAGATGTTGAGTTAGCAGATGTTCATAAGTTTGAAGATTCTATA +GATATAGAAGAAAAATATAGTTATTATGCTATATTAACTATGAAAGTGGAAAATAAAGGG +AAGTATGATATTGAGTTAGCTAATATAGATATTTATCCATATCAAGGGGATAAATCTACA +AAGTATTTTGTAAAGACTTCGAATGATAACATTAAGGGATTTATAGGAACTTTAAACAGT +GGAGAAAATATAGATATTAAAATAGGTATTGCCCTATACAATAAAGATGAAAATATAAAA +ATAAACTTAGTTACTTCAGAAGATTTATGTAAAGAATACAAATAA +>mepA_3 +ATGAGCAATAATCAACAAGTTTTAGGTACAGAACCTGTAGGAAAATTACTTTTAAAATAC +TCTCTGCCAGCGATAATTGGTATGATGGTAAACGGGCTGTACAATGTGGTAGATAGAATA +TTTATAGGTAATATGCCAGGAGTTGGACCACTTGCCATAACTGGTCTAGGTGTTACAATG +CCTATAATGACTATAATAATGGCATTTGGTATGCTTATCGGTATAGGTACAGCTACTAAT +ATTTCTATAAAATTAGGACAAGGACAAAAAGAAGAAGCAGAAAAATTTCTAGGTAATTCA +ATTACATTATCAATAATAGTTGGATTAACACTAATGATAGTTGGATTAATATTTGGAAAT +CAAATACTTCAATTATTTGGAGCCAGCGAAGGTAGTTTACAATATGCAAAAGCATATATT +AATGTAATATTACTAGGATGTGTATGTAACCTAATAGGATTTGTTTTTAACAGTACTATT +AGAGGTGATGGTAATCCAAAACTTTCTGCAACAATAATGGTTGTAGGATGTGGGTTAAAT +ATAATCTTAGACGCTTTATTTATATTTGTATTAAATTTTGGAATAAAAGGTGCTGCATTA +GCAACTATTATATCTCAGTGTGTTACAGCTGTTTGGGGATCAACTTATTACACAAAAGGA +AAATCAAATTTAAAATTACGTAAATCTAATTTAAAATTAAATAAATCATTAGTATTTACA +ATAGCTGCAATAGGATCAGCTCCATTTGCTATGCAATTAGCAGCAAGTTGTGTTCAAGTA +ATAAGTAATAACGCACTTAGAACTTATGGTGGAGATTTAGCTATAGGTGCTATGGCTACT +ATAAACTCTATAATAATGATGGTAGGAATGCCGATAGTAGGTATAAGTCAAGGAGCTCAG +CCTATAATCGGATTCAACTATGGATGTAAAAAATATGATAGAGTGGAAGAAACTCTTAAA +TTAGCTACAATAACTGCTACTATAGGATTAACTGTAGGTTGGCTTATTGTACAATTATAT +CCAGAGCCAATAGTAAGTATGTTTAATAGTGATGCCAAGCTTGTAAGTATATCAGTAGAT +GGAATAAGAAAATATTTATCCATGATGCCTTTAATAGGAATCTCTATGATTGGATCGAAC +TATATTCAATCAATTGGTAATGCAAAGCAATCAATGTTTTTAAGTTTACTTAGACAGGTA +ATCTTATTAGTTCCTATGATGCTTATTTTACCAAGATTCTTCGGATTAAATGGTGTTTGG +TTCTCTCAACCAGTAGCAGATGTAATTTCTTGCATAGTAACATATATAATAGTTAGAAAA +GAAGTTAAATCTCATAAAATTGAAGATACAGATGCAAAAAATGTAGCTTAA +>valS +ATGGAAAATACTAATTTATCAAAAACGTATAATCCTAAAGACTTTGAATCAAGATTATAT +TCAGAGTGGGTAGAAAAAGGATACTTTAAATCTAGCCCAAATCCAAATAAAAAGCCATTT +ACAATAATGCTTCCACCGCCTAACATAACTGGGCAATTACATATGGGACATGCTCTTGAC +CATACATTACAAGACATACTTATAAGATGGAAGCGTATGGACGGATATGAAGCTTTATGG +CAACCTGGAACTGACCATGCTTCTATAGCGACAGAAGTTAAGGTTGTTGAAAGAATCAGA +GAGCAAGAAGGAAAAACTAAGTATGAATTAGGAAGAGAAGAGTTCCTAAACAGAGCTATG +GACTGGAGAAATGAATTTGGTAGAAAAATAGTAGACCAAATGAAACAATTAGGAGACTCT +TGTGACTGGGATAGAGAAAGATTTACAATGGATGAAGGTTGTAACGAAGCTGTTACTGAG +TTCTTTGTAAAGCTTTATGAAAAAGGTCAAATATACAGAGGAAACAGAATAATAAACTGG +TGTCCAGATTGTAAAACAACTTTATCTGATGCAGAAGTTGAACATGAAGAGCACGAAGGT +AAGTTCTATCACATAAAATATCCTATAGCAGGTAGTGATGAATTTTTAGAAATAGCTACA +ACTAGACCAGAAACAATGCTAGGAGATACTGGTATAGCTGTAAATCCAGAAGATGAAAGA +TATAAGCATTTAGTAGGTAAGCATGCAATACTTCCATTATTAGGAAGAGAACTTATAATA +GTTGCTGATGATTATGTTGATTTAGAGTTTGGTACTGGTGCAGTTAAGATGACTCCGGCT +CATGACCCTAATGACTATGAAGTTGGTCAAAGACATAACTTAGAGCAAATAAACGTAATG +AACGAAGATGGAACAATGAACAAATTAGCTGGTAAGTACGAAGGCATGGATAGATATGAG +TGTAGAAAACAACTTATAGCTGACTTAGATGAAGCTGGATACTTAATTGCTATAAAAGAC +CATAAACACAATGTAGGTTCTTGTTATAGATGTCATACAGTAATAGAACCAAGATTATCA +GATCAATGGTTCGTTAAGATGGATGAACTTGCAAAACCTGCAATAGACATACTTAAGAAA +CAAGAGTTAAAATTCGTTCCAGATAAATTTGATAAAACTTACTTACAATGGTTAGAAAAC +ATAAGAGATTGGTGTATATCTAGACAGTTATGGTGGGGTCATCAAATACCTGCTTACTAC +TGCCAAGATTGTGGTGAAGTAGTAGTTGCTAAATCTATGCCAGATGCTTGTAAGTGTGGA +TGCACTAACTTAAAGCAAGATGAAGATGTACTAGACACATGGTTTAGTTCAGCATTATGG +CCTTTCTCAACATTAGGGTGGCCAAACAATACAGAAGAATTAAACTATTATTATCCAACA +AGTGTACTTGTAACTGGATATGATATAATATTCTTCTGGGTAGTAAGAATGGCATTTGCA +GGAATGTTCTGTATGAATGAAAAACCATTTGAGCATGTATTAATACATGGTTTAGTAAGA +GACTCTCAAGGTAGAAAAATGAGTAAGTCTTTAGGAAATGGTATAGATCCATTAGAAGTA +ATCGACCAATATGGTGCTGATGCTCTAAGATTCATGTTAGCAACAGGAAATTCCCCAGGA +AATGATATGAGATTCTACATGGAAAGAGTAGAAGCTGCAAGAAACTTTGCAAATAAATTA +TGGAATGCGTCAAGATTTGTATTCATGAATATAGATACAGAAATAATGGAAGGTGTAACT +AGAGAATCTGTTGAAGCTAACTTAACTTTAGCTGATAAATGGATAATATCAAGAGCAAAT +AATGTTGTTAAAGAAGTTTCTGACAACATGGATAAGTTTGATTTAGGTATAGCGGCTCAA +AAGATATATGACTTCGCTTGGTCAGAATACTGTGACTGGTATATAGAAATAGTTAAACCA +AGATTATATAGTGAAGATAAAGAAGCTAAACAAACTGCTTTATACACATTAACTTACGTA +TTAGAAAAAATATTAAAATTATTACACCCATATATGCCATTTATAACAGAAGAGATATAT +ACTCATCTTCCAACTGTAGAAGGAAGTATAGTTATAGCTCAGTGGCCTCATTACACTGAA +GCTGATAATATGGCTAAAGAAGAAGATATGATGAACTTAACAATGGATGGAATAAGAAAT +ATAAGAAACGTAAGATCAGAAATGAACGTTCCACCATCAAAGAAAGCTAAAGTTATAATA +GTTCCAACTGAAGAAAAGAAAGAAGCAATGGAAGCTGGTAAGGATTACTTCGTAACATTA +TCATCTGCATCTGAAGTTGAAATAGTAGCTGATGAAACTAATATACCTGAAGACGCTGTA +AGTGTTGTTATAGATGGTGTTAAGATATTCATACCACTTGATGAGTTAGTTGATTTTGCA +AAAGAAATCGAAAGATTAAGTAAAGAAAAAGCTAAGTTAGAAAGTGAGATTAAGAGAGTT +AACGGAAAACTTTCTAATGAAGGATTCGTTGCTAAAGCTCCAGAGGCATTAATAAATGCT +GAAAAAGCTAAAAAAGAAAAATTCGAAGAAATGATTAAGTCTGTAGTAGAAAGACTTGAA +AATCTTGAATTAAAAATGAAATAG +>group_332 +ATGAAAACAAAAAGACTTACATTTTTAAGTCTAATGATAGGATATAGTTTAATATTATAT +ATAGTAGAGACATATATTCCAAATCCGTTGATAATATTATTCCCAGGAGCTAAGTTAGGA +TTAACTAATATTATAACTTTAATTTCTTTAATATTATTAGGGGGAAAAGATACGTTTATA +ATAGTTACAATTAGAGTTATACTATCATCTATATTTTCAGGACCATTATCTTATTTATTA +TTTAGCATAGGGGGTGCTTATTTAAGTTTAGTATTGATGTATATTATTTCTAAGATTGAT +GGTTTTTCATTAATAGGAGTAAGTATAATAGGTGCGATCGGTCATAATATAGGACAGTTA +ATAGTAGCTAGTATAATAGTTGAAAATGCCTTGACAATAGGGTACCTTCCGTTTATGCTA +ACAGCATCTTTAGTTACAGGATTTTTTGTAGGGATGGTAACAAAATACTGCATACCATTA +ACTGGTAAATTATGTAAAATACATTGA +>hmpT +ATGAATAATCAAACTAAAAAAGTTGTTTTAAATGGACTTATGATAGCTTTAGTTTGTATT +GCTACAATGGCTATACAAATTCCAGTTCCAGGAACAAATGGATATGTTAATATTGGTGAT +TCTATTATATTTATATCCTCTATTTTATTTGGTCCAATATCAGGTATGTTAGCAGGAGGA +ATAGGTTCTGCTCTTGCAGACTTACTAAGTGGATATACTCATTGGGCATTATTTACGTTA +ATAATAAAGGGATGTGAAGGTTATTTTGTTGGTTTGATTCTAAGAAAAGGTAATACAATT +TTTAAAAACATATCAGCTACTTTAATAGGTCTGATAGTTATGGGATTCGGTTACTTTATT +GCTGGTTCAATTTTAGAAGGAAGCTTTATTGTTGCAGCTAGATCTATACCATCTAATATA +ATCCAAGGAACTGTAAGTATAGTTTTAGCAATACCTTTATCTCATTCTTTAAGTAACATC +AAATATGTAAAATCATTAAAGATATAA +>group_1535 +ATGGGATTAAAAAAATTAGGATTTGGATTTATGCGTTTACCACTTTTAGATGCTGATGAT +CAAAGTAAAATTGATTTTGAACAATTAAATAAAATGGTAGATAAATTTTTAGATAGAGGA +TTTACTTATTTTGATACAGCATATATGTATCACAATTTTACAAGTGAAATAGCATTAAGA +GAATCTTTAGTTAAGCGTCATAAAAGAGATACTTATGCTGTAGCAACAAAGTTGCCAACA +ATGTTTTTAAAGAAAGAAGAAGATTTAGAAAGAATATTCAATGAGCAATTAGAAAAGACT +GGTCTTGAATATTTTGATTATTATCTACTTCATAATTTAGGTGTTTCACATTATGAAATT +GCTAAAGAATTCAATGCTTTTGAATTTATACAAAAGAAAAAAGAAGAAGGAAAAGTAAAA +AATATTGGTTTTTCATATCATGATAATGCAGAATTGTTAGATGAAATACTTACTGCACAT +CCTGAAGTTGATTTTGTACAATTACAAATTAATTATATAGATTGGGATAATGAAAGTATA +CAATCTAGAAAATGCTATGAAGTGGCTACAAAACGCAATAAACCAGTTATAGTTATGGAG +CCAGTTAAAGGTGGAACTCTTACTAATGTACCAAAAGAAGCTGAGAAATTGTTTAAAGAA +TATAATAAAGATATGTCAATACCATCATGGGCTATTAGATTTGCAGCAAGTCATGATAAT +GTAATGATGGTACTTAGTGGTATGTCTTCAATGGAACAATTATTAGATAATACATCATAT +ATGAAAGACTTTACCCCTTTAAATAAAGAAGAACAAAATATTGTTAATGAAGTAGTTGAA +ATTATAAATAAATCAATTGTAGTTCCATGTACGGCCTGTCAATATTGTGTTGAAGGATGC +CCAAAAAATATTGCAATACCAAATTACTTTGCATTATATAATGCGGAAAAGCAAACATCA +AGCGAAGGATTTTCAACTCAGGGAGTATATTATGGAAACCTTACTCAAAGTTATGGTAAG +GCATCTGATTGTATCGAATGTAAAAAATGTGAAAAAAGCTGTCCACAGCATATAGACATT +ACTAAACATTTAAAAGATGTAGCAAAAACATTTGAATTACAAAAATAA +>gltX~~~gltX_1 +ATGAGCGTAAGAGTAAGATTTGCTCCAAGTCCAACTGGATTTGTACATATAGGTAGTTTA +AGAACTGCTTTATATAACTACTTATTTGCAAAGAAAATGGGCGGAGAATACATATTAAGA +GTAGAAGATACTGACCAAACTAGATTAGTTGAAGGTGCTATAGAGAACATGTTAAATGCT +ATGAGCTGGGGTGGAGTTAACCACAGTGAAGGTGTTATGTTAGATGAAAATGGAAACATA +GTTCAAAAAGGTGAATATGGTCCATATATACAATCTGAAAGATTAGATATATACAAAGAG +TATATACAACAATTACTAGATAGTAAAAAAGCTTACTACTGCTTCTGTACTAAAGAGAGA +TTAGATGAAGTAAGAGAAAAGCAAAAGGAAGCTGGAGAAACTCCAAGATATGATGGTCAC +TGTAGAGATTTATCTAAAGAAGAAATAGAAGCTAAAATAGCAGCAGGAGAACCATATGTA +ATAAGATTAAGATTACCAGAAAATCATGTAATAAGATTTACTGATTTAGTTAGAGGAGAA +ACTGAGTTCAACACTAACGATTTAGATGACCAAGTTTTAATAAAAACTGATGGGTTCCCA +ACTTACCATTTTGCAGTTGTAGTCGATGACCATTTAATGAAAATAACTCATGTAATAAGA +GGAGAAGAATGGGTTTCTTCAACTCCAAAGCATGTTTACTTATATGAAGCATTTGGATGG +GAAGCTCCAACATTTGTACATTTACCAAATATACTTAATAAAGAAAAGAAAAAGTTAAGT +AAGAGACATGGTGATGTTGCAGTTGAAGATTTCAAGAAAAAAGGATACTTACCAGAGGGA +TTAATCAACTATGTTGCACTAGTTGGATGGTCTCCAGAAGATAACCAAGAATTATTCACT +ATGGAAGAATTAGAAAAAGCATTCTCTGTAGAAAGAGTTTCTAAGAGTGGTGGAGTATTT +GACACTGAAAAATTAAACTGGGTTAACCAACATTATATAAAAGATGCAGATGATAACTAT +TTAACAGATTTAGCTATACCATTTTTAATAGAAGCTGGGTTCGTGACTGAAGAAGAAGCT +AAAACTAAGTATGACTTTTTAAAAGGAATGATATCAGTTCTTAAAGAAAAATTACAATAT +GTAAAAGAAGTAACTGATCATGCTTCTATATTCTTTGGAGATAATGTTGAATTAGAAACT +GAAGAATGTAGAGAATTCTTAAACTTAGAGCATATACCAACATTAGTAAATGCTTTAGAA +GAAAAAATAGGAAATGCAGAAGTTTTAGATGAAGCTTTCGTTAAAGCTATGTTCAAAGAA +ATACAAAAAGAACATGGAATAAAAGGTAAAAACTTATTCATGGGATCAAGAATAACTTTA +ACAGGACAAATGCATGGACCAGATCTACCAAAAACTATGGAAGTTTTAGGAAAAGAAACT +TGTTTAAATAGAGTATCTTATGTAAAAAATAATATATTATAG +>group_931 +ATGGGGAATATAGTATTGTTTTTGGATGGTAATATTAGAGAAGATGAAGATGATAGTGTG +ACAGTTGAATACAAAAGAAGTATAAACTTGAGTAAAGTAAATAATGAGAAAGTATATGTA +ATTTTAGAAATAAATAAACTTAGAGATGATAACAGTTTCAATATGGAAAATATAACACAG +AAATTTTATACAATTAATTCTAAAGAATTAGTACAGTTTATAGAAAATATAGATAGTGAA +TATTAA +>group_1447 +ATGATCGATAAGTTCTTAGACAAAGAATATTTAAAGTATGGAAATAACAAACAAAGAAAG +AGTCATGAAATCTTAAATGATTATAAAGTATTTAACACATTAGAAAAATATAATCCAATA +TTAGCAGGAACAATACCTATAGATATTGATATAAACAAAAGTGATCTTGACATCGTATGT +GAGGTAAATGATTTTGTGAAGTTTATGGAAATATTGGAGAATAACTTTTCTAAATATGAA +AATTTTAAAATTAGATATATGGAAGAAGAATGTATTGCAGTTTGTAATTTTGAAATAGAA +AATATAGAAATATACGCATCAAAAATAAAGTCTTATAGATCAAATGCATATAGGCACATG +CTTATAGAATATAGGATATTAAATTTACTTGGGTTAGATTTTAAAAATAAGATTATTCAA +CTAAAAAGAAGTAGACTAAAAACAGAGCAAGAATTTGCAGAACTTTTAAATATAAAAGGT +AACCCATATGATAAGTTATTAGAATTAGAGGCTTACTCTGATGAAGAGATACTTATCTTA +TATAAATAA +>dnaA_3 +ATGACCTTTCTTTTACTTGAAGATGGAACGGCTAAAGAATGTGAATGTAGGGCACTAAGG +ATAGCAGAAGAAAAATTAAAGATAAGTGGTGTTTCAGAAGAGTTTAGACAAATGAGATTT +GAAAACTTCAGCTACGAAAGAAGCGTAGAAACGATAGATGCTTATTTAAAAGCAAAAAGC +TACTCTAAGAATTTTAGCGATATTAGAGCAGCTAGACAAAATTCTATTATGTTTTTAGGA +CAAGTAGGTTCTGGAAAAACACACTTATCTATGGCTATAGCTAATAGTTTATTAGATAAA +TCTATTGGAGTTATATATATGCCATTTAGAGATAGTATAACCAAAATTAAGCAAAGTATA +ACTGATGAAGTTAATTATAACAAGGAAATGGAGCTATATAAAAATGCCCAAGTGCTCCTT +ATAGATGATTTATTCAAGGGAAGTGTGACAACTGCAGATATAAATGCAATGTTTTCGATT +ATAAATTATAGATATATGAAGAAATTACCGATCATTGTATCTAGTGAAAAAAATATAAAT +GAACTATTGGCTATTGATGAGGCTATAGCTAGTAGGCTTATAGAGACTTCTAAAGGTTTT +GTAATAGAGTTCAAAGGTAAACATCTTAATTATAGATTGGTAGGTGCTTAA +>mntP_3 +TTGAGCTTTATTAGTATATTTCTTATGTCCTTTGCACTTGCTATGGACGCTTTTGCAGTT +TCTGTAACCAAGGGCATGACACTGAGAAAAATAAATTTTTCAGCTGCATCAAAGATAGCT +CTATTTTTTGGGATATTTCAAGGCATTATGCCTTTAATTGGTTGGTTTATAGGTATTCGA +TTTGAATCATATATAAAAACAGTAGATCATTGGATTGCTTTATTACTACTTGGATTTATC +GGAATAAAGATGATTCTTGAAGCTAAAAATGATGATTCTTTAGATAATATTTCACCTGAT +AAATTAGAAATAAAAGAACTTATTGTATTATCTATTGCAACTAGTATTGATGCTTTAGCT +GTTGGTGTTAGTTTTGCATTTTTAAATGAACCTATATTTTCAATAATCTCAACAATAGCA +ATAGTTACCTTTATATTATGCTTTTTGGGAGTTTTATTAGGTAAATCTATAGGCTCTTTA +TTTAAAAACTACGCTCAGATAATAGGAGGTATTATATTAATACTTATGGGATTTAACATT +TTGAACAGTCATACAGGGATTATTGCAACCTTTTTTTTAATCTTTTACATATAA +>typA +ATGTCATTAAAACATAAAATCATAAATATCGCGGTTATAGCCCACGTTGATGCTGGAAAG +TCAACATTAGTTGATGCTTTCTTATCTCAATCTGGGGTATTCAGAGAAAACGAAGTAGTA +AAAGATTGTGTAATGGATAGTAATGACCTTGAAGCAGAAAGAGGTATAACAATATATTCT +AAAAACTGTTCTATAAACTACAAAGATTACAAAATAAATATAGTAGATACACCAGGACAT +AGTGACTTCTCTTCTGAAGTTGAACGTGTTATCAAAACTGTTGATACAGTTATATTACTA +GTAGATGCTAGTGAAGGGCCAATGCCTCAAACTAGATTCGTTTTACAAAAATCATTAGAA +GCAGGACTTAGACCTATACTTTTCATCAATAAAATAGATAAGCAAGATCAAAGAGCTGAA +GAAGTTGTTGATGAAGTATTCGACTTATTCGTTGACTTAAATGCTAATGATGAACAATGT +GAGTTCCCAATAATATACGGTATAGCTAAACAAGGTATAGCTAAGAGAGAATTAGATGAT +GAAAGTACTGACCTTTCTCCTTTATTCGAAACTATAACTGAGCATGTTGAAGCTTACCCA +GACTTTGACAATGAGCCTTTACAACTTCAAGTATCTGCTCTTGCATATGATGATTATGTA +GGTAGACTTGGTATAGGTAGAGTTTACAAAGGAACTGTTAAAAATGGTGAACAAGTTTCT +ATATGTAAAGCTGACGGAAGTGTAGCTAGAGGTAGAATAACTAAACTTACAGTATATGAA +GGATTAAATCAAATAGAAAAAGCAGAAGCTTATTCTGGTGATATAGTAGTTGTTGCTGGT +ATATCTGATATATCTATAGGTGAAACTATATGTAACTTAGATAATCCATTACCAATGGAA +ATGATACACATAGAAGAACCTACTCTATCAATGAACTTCTTAGTAAATGATTCTCCATTC +TGTGGTAAGAGTGGTAAGTTCGTTACTACAAGACATATAAAAGATAGATTAGATAAAGAA +TTAGAAGTTAACGTTGGACTTAAAGTTGAGCCAATGGATACTACTGATGGATACAGAGTA +TCTGGACGTGGAGAACTTCACTTATCTATACTTCTTGAAAATATGAGACGTGAAGGTTAC +GAAATAGGTGTTTCTAAGCCAGAAGTTTTAATGCATAGAGAAGATGGTAAATTATTAGAA +CCAATGGAAAGAGTTATAGTTAACTGTCCAGAAGTTTACTCAGGAACTGTTATAAACAAA +TTAAACCTTAGAAAAGGTCTTATGGAATCTATGTCTATAGAAGGAGATTATGTAAAAATA +GAATTTATAGCTCCTACTCGTGGATTATTAGGTTACAGAAGTGAATTCATAAATGATACT +CGTGGAGAAGGTACTTTAGTTCGTTCATTCGAAAGATATGAAGAGCATAAAGGTGAAATA +CCAGGAAGAAGTAACGGAGTTTTAATAGCTCAAGGACCAGGAACAACTATGGGATATGCA +CTTAATGCTTTAAGTGAAAGAGCTCAAATGTTCGTAGATCCAGGTGTTGATGTTTATGAA +GGTATGATAATTGGTATGAACTCTAGAAAAGATGATATGGTTGTTAACCCATGTAAAAAC +AAGAAGTTAACTAACGTTCGTGCTTCTGGTTCAGATGATGCTATAAAATTACAACCAGCT +AGAATATTCACTCTTGAAGAAGCTTTAGAATTTATAGATGATGATGAATTAGTTGAAATA +ACTCCTGATTCTATAAGATTAAGAAAAAGATTCTTAAACGAAAATGAGAGATTAAGATAC +AATAAATCTAGACAAAATAGATAA +>ccpA +ATGAAAAGTAATATAACAATTAAAGATGTAGCGAAAAAGGCTGGCGTGTCAATATCAACT +GTATCAAGAGTTATAAATGATTCAAAGCCAGTTACAGATGAAGTTAAGCAAAAAGTTTTA +GATGTAATAAAGGAAACTGGGTATATACCAAATCCATTAGCAAGAAGTTTAGTAACTAAA +AAAAGTCAATTAATAGGGGTTATAGTTCCAGAGGTTTCGGACTCTTTTGTAAATGAAATA +TTAAATGGTGTGGAAGAAATCGCAAAGATGTATGATTACGAAATTCTTTTAGCTAATACA +TATTCAGATAAAGAGCAAGAATTAAAAAGTATAAACTTATTAAGAGCTAAACAAGTTGAA +GGTATAGTTATGATATCTTGGAGAGTAGAAGAAGATCATGTAGAATACATGCAAAAATGT +GGAATACCTGCATCTTATATAAGTAAAACAGCTAGAGATTACGATATATACACTGTAAGT +ACAAGTAATGTTGATGCTACTTATGATATGACTAAATATCTTTTAGACAAAGGTCATGAA +AAAATTGCATTTGTAATGACTAGTCAAGATGATACTGTACTTGAAAGAGAAAGATTAACA +GGGTATGAGAAAGCATTAGCTGAAAGAAACATAAGTTTAGATGAAAGCCTAATAAAGCAT +GGAACAACTACTTATGAAGGTGGATATAATAGCATGAAAGAAATGTTAGAAGAAGGTGTT +GTACCTCATGCTGCATTTGTAACAGGTGATGAGGCTGCTATAGGAGCAATAAATGCTATT +TGTGACTCTGGATATAGAGTTCCAGAAGATATATCAGTAGCAGGTTTTAATGATGTTAAA +ATAGCTAAAATGTATAGACCTAAGTTAACAACTGTTCACCAACCGTTATATGATATGGGA +GCAGTTGCTATAAGAATGGTAATAAAAATGATAAATAAAGAAATTTTAGAAGATAAGAAA +ATAGAATTACCATATAGAATAGAAGAAAGAGAAAGTGTTATAGAAAAAAGATAA +>hutI_3~~~hutI_2 +ATGGGTTATATAGAAAAAATGGTAACTGGTATAATGCCAAGAGTAAAGTATATGGGTTTA +GCCGAATTTTGTGATGTATTTTGTGAAGACGGGGTATTCAGCATAGAGGAAAGTGAATAC +ATATTGAAAATTGCTAAGAAAATGGGATGCAAATGCGAGAAAAATGATATTGGTTCTATA +GAAGTAGGCAAGAAAGCAGATTTTGCAATATTTGATGTACCAAATATAGAGTATCTAATG +TATCATTTTGGAATAAATCATGTAGATAGATTTTATAAAGAGGGGAAGTTACTAGTCAAA +AATAAGTATATACAGTATGAAAATAATTTTAAATTTACTATGAGTAATTAA +>tmpC_6~~~tmpC_5 +ATGACAATAAAAAAATTACTATCATTAGGGATAATACTATCAATAACATCTTCAGTTTTA +GTAGGGTGTAGTTCAAGTAAAGGAAATTCTAATAAATCAGATAAGTTAAAAGTTACGATG +ATTGCTGATTTAGGAGGAATAAATGATCAAAGTTTTAATCAATCAGCATGGGAAGGCTTA +CAAAGAGCAGAAAAGGAATTAGGTGTAGAAGTTAATGTTATAGAGTCTAAGCAAGTATCA +GATTATGAGGCTAATGTAGAAACAGCAATAGATGAGGATTCAGATTTAGTTATAGGTATA +GGTTTCCAAATGGATGCAGCTATAAAAAATGCAGCTGAAAGTTATCCAGAGCAAAAGTTT +GCAATAATAGATCATGCATTTGAAGAACAACCATCAAATGTAAATTCAATAATGTTTAAT +GCACAGGAAGCATCGTACCTAGTTGGGTTAATAGCTGCTAAAACAAGTGAAACTGGTAAA +GTTGGATTTATAGGAGGAACTAAAGTTCCAATAATAGAAAGTTTTGAATATGGATTCTTA +TCAGGAGTAGAGTCTGTAGGGAATGGTGTGAAATTATTAAGACAATATGCAGATACATAT +GCTGATGCTGCAAAAGGTAAGGCAATAGCTAAGCAAATGCATAAAAATGATGTAGATATT +ATATTTACAGCAGCAGGTAGTACAGGTTCAGGAGCAATAGAAGCAGCAAGAGAAAATAAC +AAAAAAGCTATAGGTGTTGATATGGATCAAAATTTTGTAGCACCAGAAAATGTTATAACA +TCAGCAATAAAAAGAGTTGATAATGTAGTATATAACACTGTAAAAGATTTAAAAGAAGGA +AACTTTAAAGGTGGAGAAGTAAGTGTATATGGATTAAAAGAAGATGGTGTAGGGATAGCA +CCAACTACTAAAAACTTTATAAGTGAAGAAGTATTAACATTTGTAGAAGAACAAGCTGAA +AAAATAAAATCTGGAGAAATAGTTGTTCCAGTAAATGAAGAGCAATATAATAAATTAAAA +TAA +>sphR~~~regX3_2 +ATGAATTCAATTTTAATTGTAGAAGATGATAAAATACTTAATCGTGGTGTTTCATTTGCA +CTAAAAAGAGAAGGGTATGATGTTATATCAGCATACTCTAAAATAGAAGGAAAAGAGATA +ATATTAAATAATGAAAATGAAATAGATTTTTTACTTCTAGATATTAACTTGTCAGACGGA +AGTGGACTAGAACTTTGTAAAGAAGTTAGGGAGAAAGTAAATTTTCCAATTGTTTTTTTT +ACAGCAAACGATACAGAAGAAGATATGGTCAAAGGTTTTGAAATTGGATGTGATGATTAT +ATATCAAAGCCTTTTTCAATAGAAGTTTTAAAACATAAAATTAATGCCATGATAAGAATG +CAAAAAGGTGTTAGCCATAATGTATTTGAATATGAAGGTTTAAAAATAGATTTTGAAAAA +ATCGCAGTAACATTAAATGATGAAGATGTTAACTTAACAGCAACTGAATATAAGATATTA +GAATTACTAGCAAAGAATAAAGGAAAAGTTATGACAAAAGAAATGATATTAGATAAAATA +TGGGATTGTAAAGGTAACTATGTTGATGATAATACATTAAGTGTAAATATAAGACGTCTT +AGAAAAAAGATAGAAAGAGATCCTAAAAATTGTAAATATATAATAACTGTATTTGGCATT +GGATACGTTTTTGGAGAATAG +>group_137 +ATGAAGTTTGAAAATAACAATAAAGAAATTATAAAAAAAATTACTAATCGTTCTTTAAAA +ACAAATAAAATAAGAAATACTTTTGCTATTATGGCTATAGTTTTAACTACATTTATGATT +TCATCTGTGTTTAGTATAGGAATAAGTTTTGCTAAAAATTATAAAACTATGAATCTTAGA +TTACAAGGTACTACAGCAAATGTATCCCTACCAAATCCAACTGATAATCAAATAGATAAA +ATAAAGTCATTAGGATTATCTAATAGCATCGGATATGAAATAAATGTAGGAAGAGTTTCA +CTTGACACTCTAAGTGAAAATAGAACAAAGATATTAATAAAATATTTAAATAAAGATAAC +TATGAAAAACAAGTATCTCCAGCGATAAGTGATATAAAAGGAAATTATCCTACAAAAGAG +AGCGAGATTATGGCATCTAAAAAAGCTTTAGAGTTTTTAGGTGAAAGTGATGCTAAAATA +GGAGATACAATAAAAGTCCCATGTAATATAAATGGAAAAATTATAAATAAGGAATTTATA +TTAAGTGGTTATTATACTAATTATGCTTTAGTTCAAGATAGCGGAAATTTATTTGTTTCT +GAAAAGTTTGCAAATAAAAATAACGTAACATTAGAAGATAACGGAGCACTTTATATAAGT +CTAAAGACTAAAGATAAATCTACTGCACCAGATATACTAGAAAAAGAAGTCTCTCTAAAT +AAAAATCAAGAGTTTTCATTTAGCTATGATATATCAAATGATTTATCAGATACAGTTTTA +TCAACTATGGCGATAATAGTAATAATATCTTTATTTATAGTACTTAGTGGGTATCTTCTT +ATTTATAATGTTTTATATATAGCAGTAAATAAGGATATTACCTTTTATGGAATGCTTAAA +ACAATAGGTACATCACCAAAACAAATTAAAAAAATAGTAAAAGGCCAAGCTTTAAAGCTT +TCTCTTATAGGTATTTCTTTAGGATTACTTTTAGGCGCAATAGTATCTTTTTTAATTGTG +CCTTTAGCTATGGGTACATTATTTGCAGGAGCTGAAGCTAGTGCAATGCCAAGGGACGTT +TCATTTAATCCAATTATTTTTATAGGTGCAGGAATATTCTCACTAGTAACAGTAATGATA +AGTTGTAAAAAGCCAGCTAAAATAGCAGGAAATATTTCACCAATAGAGGCACTACGTTAT +AGTGGCAGTACACCTAAAAATCAAAAGAAAAATAGAAGCACAACAAAAGGTTCAAAGCTA +TATAAAATGGCTTGGTACAATGTGTTTAGAGAAAAGAAAAGAGCTATAATAGTGTTTTTA +TCATTATTTATGGGAATTATAACATTTTTAAGTGTTAACACCTTCTTAAATAGCATTAGT +GTAGAAAACTATATAGATAGGTATGTTAAAAATGATTTTGTTATACAAAGCGTAGAAGGA +AATGATGATAAGATAGATAGCGATTTTATAAATAAGATAAAAGATATGAAGGGTGTCAAT +AATATAAGCTTATCAAAATCAAGTAATCTGCAATTAGATATGAGCAAAGATGTGTTATTA +CCAGCACTAGAAAATATTTATGAAAGATTTGGAAATACAAAAGAAGATCTTAATGAATAT +TTAAATGCAGTAAGTGAGGATCCAAGTTTATTACAAGTATCAGTTATAGGAATAGATGAT +AATCTTATAGAAAGGCTTAATGAAGAATTAGAAGATAAAATAGACGTAGAAGCATTTAAA +AAAGGAAATGTTGCCATAGCAGATTCTTGGTATTATCCAGAGAATTACAAAAGTATAAAG +GGAGACGTAACAATAAGAAATTTTAAGGATAATAAATCTAAAACTTTTAATATGAACGTA +GTGGGAGATACTAGTGAATTATTACCTCCAGGACTAGATGCACCATTGGGTATACCAACT +ATTTATATAAGTAATTCAGTATTGGAAAAACTAGATAATGATGCTATAAACTATATATTA +AATATAAATGTAGATAAGAAATATGAAAGTAAAATAAACAAAGATTTAAAAGCCTTAAGT +AAGGCTCGTGGGTTATGGTTCGAGTCAAAATCTGAAAAAACAGAAGAGTTTAATAAATCT +CAAATGGTAATGAATATATTAGGTGGAGGAATTGCAGTTATTTTAATCTTAATTGGTATA +TTAAACTTTATCAATGTTATGATAACAGGGGTAAATATAAGATTAAAAGAGTTTGCAATT +ATGGAAAGCATAGGTATGACTAAAAAGCAAATTAAAATGATGTTAACTTATGAAGGATTA +TATTATGCTTTAGTTACTACAGGTTTTATACTTACTTTAGGTATAGGAATTATATATGGT +ATTGGAGAGCTTTCGAAGAATATTGCTGACTATGCAGCATTTGTATTCCCTACTACTGCA +TTAGTAGCTTTAATAATTGTAATCTTAGCAGTATGCTTAATTACTCCTGCTATTGTATTT +AAGGTATCAACAAAGAAAAGTGTAACTGAAAGACTTAGAGAAATAGAGAATTAA +>cobB +ATGAGTATAGAAAAGTTAGTAGAAATAATTAAAAGTAGTGATAACATAGTTTTCTTTGGA +GGTGCTGGAGTATCTACTGAGTCTAATATACCGGATTTTAGAAGTTCCTCTGGTTTATTC +AGTCAAAAGCTAAATAAAAATTTTACGCCAGAGCAATTAGTATCTCATACATTTTACTCA +AGATATCCAGAAGAATTTTTTAAGTTTTATAAAGACAAATTAGTTTATACAGAAGCTAAA +CCAAATAAAGCACATTTAGCTTTAGCGAAGCTAGAGGAACTAGGTAAATTAAATGCAGTT +GTAACTCAAAATATTGATGGTCTTCATCAAATGGCTGGTAGCAAAAATGTATTAGAACTA +CATGGCTCTATACATAGAAACTATTGTACTAAATGTAATGAATTTTTCGATTTGAATGAA +ATGTTAAACTTAGATGGAACAGTTCCATACTGTGATAAATGTGGAGGAATTGTTAAACCT +GATGTTGTCCTTTATGAAGAGGGATTAGATAATGATATTATTTCTAAGACTGTTGCTGCT +ATAAGTTCTTCAGATTTATTAATAATAGGTGGTACATCTTTAGTTGTATATCCTGCTGCT +AGTTTCATAAATTATTTCAAAGGTAGTAATATCGTTTTAATAAACAAAAGCAAAACACCT +TACGATTCTAAGGCTGACTTAGTTATTAATGAATCAATTGGTAAGGTTTTAGATGAAGTA +ATAAAGTTTCTATAA +>group_1499 +ATGAAAAATACAAAGTTTTCTATAGGAAAGATAAAAGATATACCTAACGATCCAAAGTTA +GGGTATACTAAGGGAGCTTTTTATGAAAAGATAGGAAAGTTAGACAAGGCAATAGAGGCA +TATAAAGAAGCTTCTGAGGAAGGTCATGTAAAGTCTCAATATACCTTAGGTTATATTTAT +AAAAAAAGAAAGCAATATCATGAAGCTGAGAAATGGTTGAAGATGTCATATAAAAATGGT +TATGAAGAAGCTGCCTTTGATTTAGGAAATATGTATTATGATATAGACGGATATGAGTAT +GCTCTTTATTGGTATGAAAAGATAGCACTTTTAGGAAATTTATTAGGACAGAATAATTTA +GGTGTAGCACATTTTCACTTAAAAGATTATCAACGTAGTGAAAAATGGTTAAAGGAAGCT +GCTGATAATAATTTAGGAACTGCGTGCTTTAATTTAGCTCTTTTATATACATTATTAGAC +AGAATAGATGAAGCTAAAGAGTACTATAAGAAAGGATCTGTTCTCCAACATAATGAATGT +AAATATAATCTAGCAGTATTAAGTCAAAACGAGGATATAAAAGAATCTATATCATTATAT +AAGCAATTATACAAAGTTTCACATACTAAAGGATGTTATAACTTAGGACTAATAATGGAA +GTAGAGAAAGATTATGATGAAGCTAAGAAATATTATAAAAAAGTGGCTGACAAAGGTGAT +ACTAAATCAGAATATAGATTAGCTAAATTATATGATAAGGAAAATAAGAGAGAAGATGCT +ATAGAGTATTATGAAAAAGCAATAGAAGGCAATTTTACTTTAGCTAAATTTAGATTAGCT +AACTTATATAATAGAGAAAATGAAATTGATAGTGCAAAAATTTACTACGAGATGGCATCA +AATGATAATTTAATAGAAGCAAAGAATAACTTAGCAGGGTTATTTTTTGAAGAAGAGAAT +TATACAAAAGCAATTAGTTACTATGAAGAAGCAATTGCTGATGGTTGTAAAGTTGCTATT +GAAAATATAGGTGATTTATATTATAAGACTAATGATATTGAAAGAGCAATTTCTTATTAT +TTAAGAAATGCAGATTCTATTTCTTGTCAAGTAAAGTTAGGTAAGATTTATGAAGAAATA +GATCGTATAGAAGAGGCAATTATTTGGTATAAAAAAGCCTCTGAGAATGATGATATATTT +TCATCATATAAACTAGGATGTATCTATGAGGAACAAGGAAATAAAGAAGAAGCTAAAAGA +TATTTCAATTTAGCTGTTGAAAAAAATCATTTAAATTCAAGAATACATTTAGGAAGAATT +TATTTTGAAGAGAAGCTTTATGAAGACGCTAAAAAGATGTTTGATACTACAGCAAATGAA +AATAATACATATTCTCAGCATATGGTAGGAGTTATATATCACACTTATTACAATGATTAT +GTTAATGCTAAGTTCTGGTATGAAAAAGCAAGAAATAATGGATGTGTAGAATCTATATAC +AATTTAGGACAATTAAGCTTTAAACTAAATTCATATGCTGAAGCTGAGAAATACTATAAT +GAAGGAATTAAATTGGGTAATAAAAAATGTGAGTATATGCTAGCAGGCCTTTATTATAAA +AAATCATTAGAAATTTATGAAAATCTCTCAAAAGAAGATTATTTAAATAGTACTATCATA +ACAGATAAATTACCAAAATTAGAACTTAACGTTGATGAAGTAATGATTGCTGAGTTTAAC +GAAGAGAAGATAATTTCTGATGGAGAAGAAGAAGAGTATGTTCCAAATTATATATTAGAT +TTAAATGAAAATATAGAAGATATATTTGAAGGAATAAATAAAGAAATGATAATAGAAAAA +TAG +>group_337 +ATGAATCAGTATAAAGATTTTGCATTTGTTTATGATGAACTTATGAATGAAGTTGATTAT +GACGGATGGGTTGACTATATAGAGAATATAATAAAGAATGAAGGGGCACAGGTTAAAAAT +ATATTAGAATTGGCTTGTGGTACAGGTAATTTAACTATACCTCTTACTAAGAAAAATTAT +GATATAGCTGGAATAGATATATCAGAAGAGATGCTTAGTGTAGCTAGAGAAAAAGGTGAA +GAAGAAGGGGTAGAGTTAGTATTACTTCAACAAGATATAGCAGAATTAGATTTTGATATT +CCAAATCTGGATTGTATATTATGTGCTTGTGATGGATTCAATTACATAACATATGATGAA +GATTTAGAAAATGTATTTGCTAAATCACATGAACTTCTAAAAAAAGATGGATTATTCATA +TTTGATATAAGTTCATACTATAAATTATCGACTATATTAGGTAACAATATGTATGGTGAA +AATAGAGAAGATATAGCTTATATGTGGCAAAATTATTTTGATGAAGAAGATAATTTAGTT +GAGATGGAATTAGCATTCTTTATAAGAGATGAAGAAGATGAGAGATTTGATAGATTTGAA +GAAACTCACTTACAAAGAGCTTATAAAGAGGAAGAAATAATAAGCTTACTTAAAAAGGTA +GGATTTAATAAAATTAAGACATATGGAGATTTTACTTTTGAAAGTCCTAAAAATGACAGC +GAAAGAATATTCTTTGTATGTAAAAAATAA +>oppD_3~~~oppD_1 +ATGGGAGTTAGTAAGGATTATATATTATTAAAAGTAAATGATTTAGAGGTATCTTTCTTT +ACACATGCAGGAGAAGTAAAAGCAGTTCGCAAAGTTTCATATGATTTAAAATACGGTGAG +GCTATGGGGATCGTCGGTGAATCAGGAAGTGGTAAATCAGTATCATCATATGCTTTAATG +GGGATCATACCTGAGCCGGGAAAAATACTTAACGGTAGTATTAATTTTGAAGATAAAGAT +ATTACTAAATTATCTGAAGCTGAAATGCTTAAATTAAGAGGGAAAGAAGTAGGGATGATA +TTCCAAGACCCTATGACATCTTTAAATCCAGTTTTTACTGTTGGAAGTCAAATTGATGAG +AGTTTAAAAAAACATACAAATTTAGATAAGAAACAAAGAGAAAAAAGAATAATAGAATTG +TTTGAATTAGTTGGAATTAACCAACCTGAAAAAAGATTAAAGCAATACCCTCATGAATTT +TCTGGAGGTATGAGACAACGTGTTATGATTGCTATGGCACTTGCTTGTAATCCAAAATTG +CTAATAGCAGATGAACCAACAACAGCTTTAGACGTTACAATACAAGCTCAAATAATAGAG +TTATTAAAAGAACTAAAAGAAAAAATAAATATGTCTATAATTTTTATTACACATGATTTA +GGTGTTATATCAGAAATATGTGATAAAGTAGCAGTCATGTATGCAGGAAATATCATAGAA +AGAGGAAGTATTGATGATATATTCTATAATCCTAAACATCCATATACATTAGGTCTTTTA +AAATCTATACCTAAGATAAATGCAGACGAACATGAACGATTAATACCTATTGAAGGTAAT +CCAGTAGATTTAATAAATCCACCTAAAGGGTGTGCTTTTGCACCAAGATGTGATTATTGT +ATGAATATATGTATGGAAAAAGTTCCACCTGTTTATTCTGTTGGTGAAGGCCATGAATCA +AGTTGTTGGTTATTAGTAAAAGAAGAATTCGAAAGGGAGGTAAAGGCTCTATGA +>group_1149 +TTGAAAAGTATTACTTTTGGACAGTTATTAGATAAATTATTATATCTATCTAATCAAAAG +AAGAGTACATTAGCAAAAATATTAGGATATGACGTTTCTTATATAAGTAAATGGATAAAT +GGTAAAAATTTGCCGACTCAGAAAAGTATATCAGACGTTTGTAAAAGAACATCTGAATTT +ATAGTTAACTCTCTTACCCCTATATCAATGAGAGAACTTAAAAGTTATTTTGAAATAGGA +GAAGATATAAATACTAATAGCATATTATCTCAATATTTAGAAGAGCGTCTTAAAGAGTCA +TATATATATACTGCTCAAAAAAATATACCTAATCTGCATAGTAGAACACATTGGGAAGAT +AGTTATAATAGTATTATGCATATAAATCCTAGACTGAGAAAACAATACTTAGCTAAAGAT +ATGGATTTATATATAAAGAAGGTTAGTAAATTGGATATGATGATTTCTGCTAATTTATTC +AAATTAAATAATAATGATAGAATGGCGATAGCAGAAATGAAATCAGATTTAGCAGAATTA +GGAGAAAAAGTAGAAGTTAGATGCAGGATTCTATTAGGATTTGAAGGGGAAATTGAAGAT +ATAATCTTTAATACCATATTAACAATAAATATGATTACTATGTACCCGAGTATCAATTTT +GAAGTATATAATTGTGATGTGGACTCAAATTCGGTTATGTCGGTAGTAAAAGATCGAATC +TTTCATATGGCTATATTTGCAAAGGATAAGAGATGCTTACTTACAAATATGTCAAAAGAG +AAGAGAGTTGTAGACGAAATGTATTACAGTCTAGATGAAATAGTAAAGAATCAAGGAAAA +CCTATAGTAGAGAGAAAATCTTCAATAAACATGATTAAGAATAAAAAGTATATTCAATAT +ATAATGAGCCAAGATTTAAGGTTATTAATGGGATCTATAAGTGAACTCTTCATGCCATTT +GATTTATTTACGGAAGTTGCTGAATCGGTATTTGGCAATGATAAGGAAATCTTAGATGAA +TTAAGAAAAATCAATATGTTTTTACAAAATGTAACTTATACATCTAAACTAAAAGTTTTA +ATTTATGAATCAGGACTTGAAAGTTATATATCATCAGGAAAACTTAACTTTTTCAATATA +CCAGTTGAGTTAACTTTAGAGCAAAGGGAGAGACATATAAATCATATTGAAAAAGTAATA +ACAGAGTCTGAAAATGTCGAGATTAAATTAATTGATGGAAATTTTGTAGAAGATTTTAAG +GATAGGCAAAATCCTTCTTTATATTTATCAAAAACTTTAACACTACTAAAAATAAATCCT +GAAAAAGAAATAAATGACTATGCAATAGTAAGAGATAGTGAGTTTAAGCATATTTGTGAT +AAATTCTTTGATTCTATATGGGAAAATGATATTGTAGTTAATGATAAGGAAGACGTATTA +GAAAGAATGAAAAAATATTTAGCTTATTCAAAAATTATAAATGAAAGCTTTTAG +>group_339 +TTGAAATATAATGTTGTAGTTCTAGGTGGTGGTCCTGCAGGTTTAGGGGCTGCAGTAGAA +GCAAAGAGAAATGGAGCAAAATCTGTTCTTATAATTGAAAGAGATAGAGAACTTGGTGGA +ATACTTAATCAATGTATTCACAATGGTTTTGGGCTACATGAATTTAAAGAAGAATTAACA +GGGCCAGAGTATGCCGGAAGATTTATAAAAATGGCAAAAGAAGAAAATATAGATTATATG +TTAAACACTATGGTTCTTAATATAACAGAGAGTAAAGCAATTAAGGCTTTAGGAGAAGAA +GGACTTTTAGATATAGAAGCTGACTCTATAGTTTTAGCTATGGGTTGTAGAGAAAGAACA +AGAGGCGCTATAGATATCGCTGGGTATAGACCTGCTGGAGTATACACAGCAGGAGCAGCA +CAAAGACTTTGTAATATGGAAGGATATATGGTGGGTAAGGAAGTTGTGATATTTGGCTCA +GGAGATATCGGTCTTATTATGGCAAGAAGAATGACTTTAGAAGGCGCTAAAGTAAAAGCA +GTTATAGAACGTAAACCTCATTCAAGTGGACTTAATAGAAATATAGTTCAATGCTTAAAT +GATTATAATATTCCTTTAAAACTTACAACAACAATATCTTATATACATGGAAAAGAAAGA +GTTAGCGGAGTTACAATTAACCAAGTAGATAAAAATAAGAATCCTATAAAAGGAACTGAA +GAATTTATAAAATGCGATACAGTACTATTATCAGTAGGTCTTATACCTGAAAATGAACTA +AGTGTAGATGTTGGAGTAAAATTAGATAGAAAAACTAGTGGACCAATAGTAAATAATACT +ATGGAAACAAATATAGATGGTATATTTGCATGTGGCAATGTTGTTCATGTTCATGATTTA +GTGGATTTTGTAACTAAAGAAAGCAAGATTGCAGGAAAAAATGCTGCTTTATATTCTTTA +AACAAGTTAAATATTAATGAAACTGTTAAAACTTCACCTGGTGAAGGTATTGGATATATT +GTGCCACAAAATATAGATACAAAATATAATGATGATATTAATTTATTTATGAGAGTAAAA +AACGTATGTAAAAATAAAAAAATAGTTGTAAGAGATGGCGATAAGATCATACTTGAAAAG +AAAAGAAAGCATATGATTCCTTCAGAAATGGAAAGTATCAATATAAATAAAGAATTATTA +AAACAAATTACAGGAAATATTTCTGTTAGTGTTGAGGAGGCTTAA +>patA~~~patA_2 +ATGATATTTTCAAGCGTAGCATTTTTATTTTATTTTTTACCAGTCGCATTAATATTATAC +TATGGATTATTTTTCTCTAATCCTTTAAAGAACGGAATTTTATTAATATTAAGTTTAATA +TTTTATGCTTGGGGGGAACCGAAATTTGTATTATTGATGATATTATCAATAGTAGTAAAC +TATTTTCTAGCCTTAATTATAGATATTATTAGAGATAAAAAAAGCTTAGCTAAATTCTTT +TTACTTATAAGTTGTATATACAATTTGGGGATGCTTTTTATATTTAAATATTTAACTTTT +GTTATTAGAAATATTAATAAGTACCAAAATAATCCTATTACTGTTCCGAATATGGTTCTA +CCTATTGGGATATCATTCTTTACATTCCAAGCATTATCATATGTTATAGATGTATATAGA +AAAAGTGGAGTTGTACAGAAAAATCCTTTCTATGTAGGATTGTATATATCATTTTTCCCA +CAGCTTGTGGCTGGTCCTATAGTTAAATATAGTACTATAGCAGAGCAAATTAAAAATAGA +AAAGAAACATGGGAAAAGTTTTCTGTTGGTACTTGCAGGTTTATAACAGGATTAGGTAAA +AAAGTTTTGATATCAAATAGCATGGCAATAGTCGCGGATAGAATATTTGGTATGAGTGAA +ATATCTCCAATAGCAGCATCTTTAGCTTGGATTGGCTCTATAGCTTATACATTGCAAATA +TTCTATGATTTTAGTGGATACTCAGACATGGCTATAGGAATGGGGTTAATGTTTGGATTT +AAATTCGAAGAAAATTTTAACTATCCATATATATCAAAATCTATATCAGAATTTTGGAGA +AGATGGCATATATCTTTAGGGTCGTGGTTTAAAGACTATGTTTATTTCCCTCTTGGTGGT +TCTAGAGTTTCAAATAAAGATAAGATGATTCGAAATCTTTTAGTTGTTTGGTTATTAACT +GGTATATGGCATGGTGCAGAGTGGACATTTATAGTATGGGGACTGCTAAATTTTGTTTTT +ATAGCACTGGAAAAAATAATATCTTTTGAGAAAATAGAGAATATAGGTATTTTCAAACAT +ATATACACATTATTTTTAGTTAATCTTGGATGGGTTATATTTAGATCTTTAAATTTGTAT +GAAGCAGGTAAGTATATTTCATATATGTTTGGATTAAGTTATAATGGCTTCTTTAGTGAT +TATACATTAATGTTTATAAAAGAATACAGTGTATTCTTTATACTTGGAATTGTGTTCTCA +ACTCCTATTGCAAAATATGCAAATAAATTAATTGTAGAAAACACTAAGGGTACTAAATTA +TTAGAATATGTTTATCCATTTGCAATAATGATATTATTTATTATAGTTTTATCCTATCTT +GTAAAAGGTAGTTATAATCCATTTATATACTTTAACTTTTAA +>smc_1~~~smc_2 +TTGTATTTAAAAAGATTAGAATTAAAGGGATTTAAATCTTTTCCCACAAAAACAGATATA +GTTTTTAAAGAAGGTGTAACAGCAATAGTGGGGCCCAACGGAAGTGGGAAAAGTAACATT +TCTGATGCTGTAAGATGGGTTTTAGGTGAGCAAAGTGTAAAAAGCCTAAGAGGTGAAAAG +CTTGAAGATGTTATTTTTGCAGGAACAGATACGAAAAAACCTATGAACTACTGTGAAGTT +GCGCTTACTATAGATAATAGTGATAACCAACTAAATTTAGAATTTAGTGAAATAACTATA +AAAAGAAGAGCTTATAGAAATGGAGAAAGCGAATTTTTCTTAAACAATAAGCATTGTAGA +TTAAAAGATATAAAGGAAATACTGTTAGATACAGGTATAGGTAAAGATGGATATTCTATA +ATAGAACAAGGTAAGGTAGATGAAATTCTTAGTAACAACCCTGTAAATAGAAGAAAAGTA +TTTGATGAAGCTTGTGGGATATCTAAGTATAGATATAAAAAACAAGAAGCAGAAAGAAAC +TTAAAAAATACTAAAGAAAATCTAGAGAGAATTAATGATATATATGTAGAGATAGAAAAT +CAACTAAAACCTCTTTTTAATCAACAAGTAAAAGCTAAGAAGTATATTGAATTAAAAGAA +AAGCTAAAAACTATAGAAGTAAATAGTTTTATAAAAGAAATAGAATCCTTAGAATTAGAA +TTAAAAGAAGTCAACAATCATAATAAATTACTTGAAGAACAATCTATAGAGATAGAAAAA +GAAAAGTTGAATATAGAAAATAATTTTAATATAACAAATAAAGAAATCGAAGATATGGAT +GAGAATATAAATAAGTCTGTTGACTATATAAATTCTATAAAGTCGGTAATATCTCAAAAA +GATTATGAAATAAATATTATTAATGAAAGAATAAAAAACTTCAAAGGTGAGATAGAAAGA +AAGTATAAAGAAGTAAGTAATATAAGAGAAAAGTTAAGCGAAGATAAATTAACTATACAA +AGCTTACAAGAACAAAAAAATGAAAAAGAAGAACAGATAAATAAATTAGAAGAATCATTA +AAAGATATAGAATTAAAAAATAGTGATAAAAAAATTATTATAGAAGAATTAAATAAAAAA +ATCGATGACTTAAAAGACGAAATAATAAATTTATTAAATAAAAAGCAAGATGCAAGTAAT +AAGCTTTCAACACTAAATGCAAATAAGGAAAATATTAATTCTAGAAAAGATACTATAGAT +TCAGATATAGATGAATTAAATGAAAAGTTAAAGAATAAAAATGAAGAGTTAAATAATCTT +CAATTGAAACTTAAAAATGAAAATGAAGTATTAAATAGCTTAAAAGATCAATCTGAAAAT +CTTAGCATAGAGTTAAAGAATTTAATAGAAAGAAATAATAACTTAGAATCAAAGGTTCAA +AGTAATAAATATAGATTAAATGATTATAACTCAAAGCTTAATATATATATTGAGATGGAA +AATCATTATGAAGGTTTTAATAGAGGTGTAAAAGAAGTCCTTAAAAATAAAAATTTACAA +GGTATTTATGGAGCCTTAGGACAAGTTGTAAGTGTTGATGAAAAGTTTGAAAAGGCAATT +GAAGCAGCTCTTGGAGCATATATGCAAAATATAATTACTAGTGATGAAAATAGTGCAAAA +TATGCTATAAATTATTTAAAGAAAAATAATCTAGGTAGAGTTACATTCTTACCTATAAAC +ATAATAAAGTCTAATAAAATTGATATTCGAAATATAAGAGCTAACACAAAGTTTATAGGA +GTGGCTAGTGATTTAATTTCTTATGATGATAAATATAGAAATATACTAGAAAATATATTA +GGTAGAACTATAATTATTGATAATATTGACAATGGAATAAGATTTGCAAAAGAAACTAAT +CATAAATTTAAAATTGTAACTTTAGAAGGTGAAATATTAAATCCGGGAGGTTCTTTAACT +GGAGGAAGTTTAAGAACAAATGGAAATATATTATCAAGAAAAAGGCTTATAGCTGAATAC +AGTGAAAAAATAAAAACTATAAAAGAAGAAACGACTTCTTTAATAAATGAAAAAGAGAAA +GTTAGCCAGTCTATAGTAACTACAAGAGAAATGTTAGAAAAGTGCAAAGAGAAAATATCT +GAAGTCGAAAAATATATTATTATAGAGAAGTCGAATATTAGTAGAGTTAATGACGAAATA +AAATCTCTTCAAGAAAATAGCAATAAACTTGAAGGAGAAAAGTCAGACTTAGGTTCTTAT +TTAAATGAGACTCTAGAAAAAACTAATTTTGTAAATAATGAAATCTTAAGTATAGATAAT +AAACACAATGAAAACAAAAAGCAGATAGAGGAATTAGGTAAAGAGTTAAGAAATAATAGT +GATTTATATGAAGAATATAAATCTGAATTTGATGAGCTGAATTTAGATTTAGTTAAGTAT +AAGCAAATATATGAAAGTATAACTAAAGATATAAATAGAATAACTAATGAAAATAATAAT +TCCGAAGAAAAGGCAAAATTAATCGAGGAATCTGCTAAAAAACAAGAGTTACAAATTCAT +GAGTTAGAAGAGAATATTAAATTAGAAGAAAGAGAAAAAGAAAATTTAAATAATCAATTA +ACACATAATAATGAAAGTTTAGAAAATAAGAAAGTTCTAAAAGAAGATTTAAAACAAAAA +TTAGAGGAATTTAATAAAGAATTAAAAGATTCGGATAGAACTTTTATAGATTTAAAGGAA +AGTTTATTTAAGATACAAGGGAAATTAGAAAGATTAAAATCTACTAAAGAAACTTATATA +AATAGACTTTATGAGAACTATGAGTTAACTTATGTTCAAGCTGTAGAATTTAAGGATGAA +GATGTTGTAGTTGATAAAAAGTTATTAGAAGGCCTAAAAAGAGAAATTAGAAGTCTTGGA +AATGTAAATATAGATTCTATAAAAGAATACGAAGAAGTAAAAGAAAGATATGATTTCTAT +AAAGAACAAAAACAAGACTTGGAAGAATCTATAGAAGTTATAGAAAAGTTAATAGCTGAT +TTAGAAGAAAATATGAAACTTGAATTTGAAGTTAAATTTAATGAAATAAATGAAAACTTT +AAATTTGTGTATAAGAGATTATTTGGTGGAGGTCATGGTGTACTTACTATTTTAGATAAG +GATAATATACTAGAAAGTGATATTGAAATAACGGCACAACCACCAGGAAAGAAAATGAAG +AACTTAAGCTTATTGTCAGGAGGAGAAAAGGCACTAACAGCAATTAGTATACTATTCTCT +ATACTACTTGCTAAACCTACTCCATTTTGTATACTAGATGAAATAGAAGCACCTCTTGAT +GATGCTAATATAGCTAGATTTGGAGACTTCTTAAAAGAATTAGCTAAAGATACTCAATTT +ATAGCTGTAACACATAGAAGAGGTACTATGGAAGCTGCTGACTATATATATGGGGTAACA +ATGCAAGAAAAAGCAATATCAAAAGTTATAAGCTTGAAATTAAAAGAAGCAGAAGAATTA +ACAGATGTAATATAA +>norM_2 +ATGAAGGATAGGTTAGATTTAACGAATGGGAGTATAAGTGATAAATTAATAAAATTAGCA +TTACCAATTATGGGAACATCATTTATACAAATGGCATACAACCTTACTGATATGATGTGG +GTAGGTAGAGTTGGTAGTAATGCAGTGGCAGCAGTAGGAACAGCAGGATTTTATCCTTGG +CTAGCTATGGCATTTATTATGATATCAAGAGTAGGAGGAGAAGTTAAGGTAGCGCAAAGT +ATAGGTGAGAATAATATAAAACATACTAAATCATATATTAAAGCGGCTATAGAAATAAAT +ATTATTTTATCAATTATATACTCGGTTACTTTAATTATATTTAATAAAAATTTAATAGGT +ATTTTTAAATTAGGAGATTTAGAAGTTATTTCTATGTCTAGACAGTATCTGATAATTATA +GCTTGTGGAATGATATTTTACTTTATAAATCCTGTACTTACAGCAATATTTAATGGACTT +GGTAATAGTAAAACTCCTTTTAGAATTAATACAATAGGGCTTATAGCAAATATCATATTA +GATCCAATATTAATTTTTGGATGGTTTGGACTACCTAAGCTTGGTGTAGTCGGGGCTGCT +ATAGCAACTATTACAGCTCAAATAATTGTTACAATATGTTTTGTATTTAAAATTGTTAAA +CAGAAAGATGAATTTTTTAAGATAAAATTCTTTAGAAAAATAGAAATAGAGTATTACAAT +ACGTTATACAAATTAGGATTACCAGTAGCTATACAAAATGGTATGTTCACATTGTTTTCT +ATGGCTATAGGAGTGATAGTAGCATCGTGGGGACCAGTAGCTATAGCAGTACAAAAAGTA +GGATCTCAAATTGAATCTATTTCATGGATGACTGCTGATGGATTAGCAGTAGCCTTAGGT +AGTTTTGTAGGGCAAAATTATGGTGCGAAAAATTATGATAGGATAAATAAAAGTTGTAAA +ATTGGAATCCTAACGGCTATAGGATTGGGGATAATTACAACATTAATTTTAGTATTTTGG +GGAGAGAATATCTTTACTTTATTTATAGATGAAGAAGATGCAATAATCAAAGGTGGTATG +TATTTAAAGATATTAGGATACTCTCAATTATTTATGTGTTTTGAAATAATAATAAGTGGT +GCATTCAAAGGTCTTGGAAGAACATATATATCATCTATTATTGTTACCATTTTAACTGGA +GCAAGAATACCTATGGCATACTTATTATCCAAACCTGAATATTTAGGATTAGATGGTATA +TGGTGGAGTATTAGCTTAAGTAGTATATTTAAAGGAATATTACTATTAGCTATATTTATA +GTTTTAATAAGAAAAAATAAATTATATCCACAACCTGAATCAATTAGAAATTTCAAAGAA +GAAATAGCATCATCTTCTCAAGAGTAG +>lon_2~~~lon +ATGCAAAAATTCAAAAATACATCTGAAATAGAAGTGTTAGATGAAATACTAGGCCAAGAA +AGAGCTATCAGAGCTATGGAGGTAGGACTTAAAATAGATAATCCAGCTTACAATATATAT +GTATCAGGACATTCAGGAACAGGTAAAACCACATATACACTAAAGGCATTAAATAAATAT +TCAGCAGGTAAAAATAGACATAAAGATTGGTGCTATGTATATAACTTTGAGCATCCTAGA +GACCCGATATCCATTGGTTTAAAAATAGGATTAGGAAAAGTATTTAAAAAAGATATAGAA +AAATTAATAGAAGCATTACTAGATGAATTAAAAGATGCCTTTGAAAGCGAAGATTATGAA +TTAGGTAAAAATCAATTATTAGAAAGTTATGATATAGAAAAAGAATCTCTTTTAAAAGAA +ATTAAAAAGTATGGAGAAGAAAAAGGTTTTAAATTAAAGAATAGTAGATTAGGTATGGTT +TTTGTTCCTTTAAAAGAAGACTATGAAGAAGAAGTATCAGATGAAGAATTTTATAAAACA +AAAAGAGAATTAGAACATATGGCGATTCAAACTGTATATAAAATAAGAGATATAGAAGAT +GAAGCAAAAGAAGCATTATTAGAATTAGAGGAAGAAATTGGGAGATTTATTATAGATCCT +CATATAGATGAGCTAAGTGAAAAATATAAAGAATATGAGAAGGTAGTACAGTATTTAAAA +AATTTAAGGGATGATATATTAGAAAATATATTTTTATTTTATATGGATGAGGAAGAATTA +AAAGATAAGATAGATAAAGATCACTTCTTAAAATACAGAGTGAACTTATTTGTAGATAAT +GAAGATGAAAAAACTAATTCTTCAGCACCTATCATAGTAGAGACTAATCCTAGCCCAGCA +AACTTATTTGGAAAGATAGAGTATGATTATTATAACGGAAATTTAAAAACTGATTTTACG +AAAATAATTCCAGGAGCAGTTCATAAAGCTAATGGTGGATATCTAGTTTTATATGCAGAC +CAATTACTTAGATACCAATTATCTTGGGATATGCTAAAAAGAACTATTCAGTCTAAAAAA +ATAATTATTGATACTAATATATCTATAAATCCAGAGAGTATACCAATTGATATAAAGGTA +ATATTAATAGGAAGTAATTATTTATATAATCTTCTTTATAGTTATGATAGTGACTTTAGC +AAGTACTTTAAGATCTTTGTAGATTTCGATAACGAGATGAATAAAAATGAAGGTAATGAA +ATGGGTATTGCTAGATTTATAGCCCTTCAATGCAAAAAGAATAATTTAAAACACTTTACT +TATGATGCAGTTCAAGAAGTTATAAATTTTAGCACAAGATTATCTGGTGATATAGACCGA +TTATCTACTGAATTTAATAAGATTATGGAAGTAATTGTAGAGGGAAACACATATGCTGAA +ATAAATAATTCAGAGTTTGTAGAGAAAGATGATGTGAAAATGGCTATAAATGAAAAAAGA +AAGAGATTAAATAAAATAGAGTGTAAGATGGATGATTCCATAGAGAATGGATTTACATTG +ATAGATACAGAAGGAAAGAGAGTAGGAATTATTAATGGTCTATCTGTACTAAGTACAGGA +GAATATTCATTTGGAAGAGCTTCTAGAATAACAGCTACAACAAGTATAGGTAATAGAGGA +GTTATCAACATTGAAAGAGAAGTTAAAATGAGTGGATCTATACATGATAAAGGGATTTTA +ATTTTATCTGGATACTTATCTGAAAATTTTGCTCAAGGATATCCTTTATCAATGAATGCA +TCTATATGTTTTGAACAAAGTTATGGAGGTGTAGATGGGGATAGTGCATCTGGAGCAGAA +TTATATGCAATACTATCTTCATTAGGAGGAATACCTATAAAACAAAATATTGCTGCAACT +GGATCAATTAATCAAAAAGGTGAGATACAAGTAGTTGGAGGGATTACTGAAAAAATAGAA +GGATTTTACTACACATGTAAAAATAAAGGTTTGAATGGAAATCAAGGTGTAATAATTCCA +AAAAATAATATCAGGAATATGATTTTATCAGAAGAAGTTAACAATGCTATAAAAGAAGGT +ATGTTCCATATTTATACGGTAAACAATGTTGAAGAAGCCATGGAAATACTAACAGATATG +AAATTTAGTGAAATAAAGGCATTAGTTAAAGAGAGATTGGATAGTTTTGCTAAATTAAGG +GACTCTTCTAAATAA +>group_340 +ATGTATAAGACTATTGATAAAAATGATATAGATTTTTTACTTAGTGTATGTGAAAAAGAT +GATGTAATAGTTGGAGAAGAAATAAGTGAAGACTTCTCTCATGATGAATTGGGTGGAGTT +GAAAAATATCCAGAAGTTTTAATAACTGCACGAAGTACAGAACAGGTTTCTAAAATAATG +AAGTATGCTTATGAAAATAATATACCTGTAACTCCAAGAGGGCAAGGAACAGGATTAGTT +GGAGCTTCGGTTGCTGTACATGGTGGAATAATGATTAACTTAAGTAAAATGGATAGAATC +TTAGAATTAGATGAGGAAAATCTAACTCTAACTGTCGAACCGGGTGTTTTACTTATGACA +ATAGGTCAATATGTACAAGAGAGAGATTTATTTTATCCACCAGATCCAGGTGAAAAAAGT +GCTACTATAGCAGGTAATATAAATACTAATGCGGGTGGAATGAGAGCTGTTAAATACGGT +GTAACAAGAGATTATGTAAGAGGATTAGAAGTGGTACTTCCAAATGGAAATATAATAAAT +GTTGGAGGTAAGGTAGTAAAAAATAGTTCAGGATATTCAATAAAAGATTTAATAGTAGGT +TCAGAAGGTACTTTAGGAATAGTAACTAAGGCTACATTAAAATTACTTCCACTTCCTAAA +AAAGCAATAAGTTTATTAATACCATTCCCGGACCTAGAAATGGCGATAAATACAGTACCT +AAAATAATAAAATCAAAATCAATACCAACTGCTGTAGAATTTATGGAAAGAGATGTTATA +CTTGCAGCAGAAGACTTCTTAGGAAAGAAATTCCCTGATAACACATCAGATGCATATCTA +TTACTTACATTTGACGGAAATACAAGAGAAGATATAGAAAAAGAATATGAAAAAGTTGCT +CAACTTTGCTTAGAGTGTGGAGCATATGATGTATTTATATCTGATACACAAGAAAGAAAT +GACTCTATATGGTCTGCTAGAGGGGCATTCTTAGAAGCTATAAAAGCATCTACAACTGAA +ATGGATGAATGTGATGTTGTTGTGCCTAGAGATAAAGTTGCAGAGTTCATAAAATATATT +CACGATTTACAAAGTGAATTAAATGTTAGAATAAAAAGCTTTGGTCATGCAGGAGATGGA +AATTTACATGTATATGTATTAAGAGATGATATGGATGAAGAGCAGTGGAGTATAAAATTA +AAAGAGTCTTTTGACCATATGTATGGTAGAGCAAGAGAACTTAGAGGTCAAGTATCAGGT +GAGCATGGTATAGGATACGCTAAAAAAGGATATTTACATGAATCTCAAAGTGAAGTATAT +ATGGATATAATTAAAAGTATAAAAACTGCTTTTGACCCTAAAAACTTACTAAATCCTGGT +AAGATTTATTAA +>prkC_1 +ATGCAGTTTATAGGAAATAGATATGAAATTTTGGATTATGATGATGAAATACAAGTTGGG +AAATTATATACAGCAAGGGATACCTATTATAATAGGACTGTCTATATAAAGCTTATAAAA +AATGTTGAAAAGTTAAGAATAGGCTTTATGCCAGATTTAATAGATGAGTCAACTGTTTTG +AGTCAAATAAATTCTGAACATATTGGAAAGTTATTGCATATAGATGTACATTGTACTGAA +TATGATGTATATTATTATATAGTAAGTGAATATTTTAGAGGAGAATCACTGAAAAACTTT +ATGTATAATAATATATTAGATAGAAATACAATAGCGAGTTTAGCAATGAATATTGTAAAA +GCATTAGAAATTGCTAATATAAACCATTTATATCATGGAAGTCTTAATCCAAACAATATA +TTTATAGATGAAAATAAAAATATAAAAATATTTGACTTTGGTATTACAAAGGCAAATAAA +GGTGTAAATTTAAGATTGGATAAAGAGTTAAGCTACTTATGTCCTCATCAATTAAATATA +GATTATACTGATAAAGAAAGTGACTTTTTCTCTTTTGGTATAATTTTATTTGAAATGGTA +TTTAGAGAGCTTCCTTTTGGAAATGCTTATATTGATAAAGAAATGTTAAAGCAAGTTGAT +AAAGGAGTTAGATGGAGTCTTTTAGAATATGATAAAAGCGTAGAAGATATTGTTAAGATT +ATAAAGAAGTTATTAAGTAGAGATAATAAATACAATACAACTCAAGAAATTGTAATTGAT +CTAAGTAATATTATATATGAAGATGTTGAATTAGAAGAAAATAGTGAAGAATATTATGAC +TTAGTGTATGAAGAAGAAGAGATTAATATAAAGAATGTTAATTTAAAAAGAAGATTGCTA +ATGAGTATGCTTGTTTTATTCTTAGTAATTATGATTGTATTTAGCTTTATCTAA +>bmrR +ATGAGCACATATTTTACTATAGGAGAAGTATCGAAGTTATTTAATTTGCCAATTAAAACT +CTTAGATACTATGATGAAAAAGGAGTACTAAAGCCTGCATATATAAATCCAAGTACTAAT +TATAGATACTATTCAAGAGAGCAGTTTATAAGCATAGATATAATAAAATATTGTAAGCTA +ATAGGAATGTCCTTAGGAGAAATAAAAGAACTTATAAATTCAGATAGTTCAATAGAGATA +ATGATAAATAATATGAATAAGCAAAGTGAATTATTAAAAAAGAAAATAAAAGAATTAACA +GATGTAAAAACGTATTTAGATGATGTAAAAAATAGTGTAGAAGAAATACTTGAATATGAT +ATAGATAAGGTAATAATAAGGAGAAATAAAGAGAGAAGAAATATAAGGTTTGATTTAGAA +TATGATGAGGTCGAAGAATTAGAACTTTACTTAAGAAAAGTAATTTTATACTTAGAGGAG +AGATATAATGATGTTTATCCTTTACTTGGAGTTATAGCTCCATATGATAATGTTAAAAAA +AGGGAAAAAATAAAATATAGCTGCGTATGCGATTTTACAGATAGAGGTATTAAACATAAA +GAAAGTAATAATCTAAATGGAGTAGAAAGAATAACTCCAGGAGGTAACTATATAACAATA +TTCTTTGATGATAATTGGGAAAATATAAATAAATACTATTATAAAATTATGGATTATATT +GAAGAAAATAATATTGAAGTAGAAGGCGATTTTAATGAAGTTTGGACAATGCCTAGAGTG +GATTCTAATGGAAAAGAAAAAACATTTGGATATATAGAAATACTTATAAAAAATAATAAG +TAA +>sfsA +ATGAATTATAAAAAAATAGTTAAAGCAAAGTTTATAGAAAGACCAAATCGATTCATAGCA +TATTGTGAAGTTGATGGGAATATAGAAAAGGTTCATGTGAAGAATACAGGAAGATGTAGA +GAGCTTCTAATACCAGAGTGTACAGTGTATTTAGAAGAAAGTGATAATCCAAATAGAAAG +ACAAAATACTCATTAATTTCAGTTGAAAAGGGAAAAAGGATAATAAATATGGATTCTCAA +GTTCCTAATAAAGTAGTTTATGAAGGGTTGAAAAATAATAAAATCAAACTTCCAGGAATA +AATGAAGAAATAACCTTAATAAAACCAGAAAAAACATATGGAAATTCTAGATTCGATATT +TATTTAGAAGCAGGAAATAAGAAAGCGTTTATAGAGGTAAAGGGAGTTACTTTAGAAGAA +GATAATATAGTTAAATTTCCTGATGCAAAGACAGAAAGAGGAGTAAAGCATATAAATGAA +CTTATCGAAGCTAGTAAAGATGGATATTATTGTTATATATTATTTTTAATTCAAATGGAT +AATGTTCTTTATTTTACCCCAAATAAAGAGATGCACAAGGAATTAGGTGATGCATTAATA +AAAGCTAAAAATAACGGTGTTGAAATCTTAGCTTATGACAGCATAGTTAAGATAGGTTCT +ATAAATATAAATGAAAAGATAAAAGTTGTTCTTTAA +>petC +ATGAATGAATCGTATTGGCTTTTGAGCTCAAAATCAAAAAAATATAAAGTATTAGATGAA +GATATTAGTACAGATTACTTAATAGTAGGAGGAGGGATTGTAGGTCTAACTACTGCATTT +TTACTAGCAAAAGAAAAGTTGAGTGTAACCTTACTAGATGCAGACAGAATTGGATATGGC +GCGACAGGAAGAAATACAGGTAAAGTTACTACAATGCATAATTCTTATGCGAAAATAGAA +AAAAAATATGGATTAGAAAAAGCAAAATTATATTATGAAGCAAATAATAAAGCTTTAAAA +TTCATTGAAAATACAATCTATGAGTATAATATAGATTGCGATTTTGAAAAGGTACCAGCG +TTTATATATACAACAGATGAAAATTATATAGAGGATTTAAAGTCAGAGTATGATGCATGT +TTAAGAATTGGAATACCATGCAAGTATTATGATGAGTTAGAAGGAGTCCCACTTGATATT +AAAGGAGCTATATCTTTTGAAAATCAAGGTCAATTTAATCCTAAAAAATATATCAATGCT +TTAGCAGAATTATGTGAAAAACTAGGAGTTAAAATATATGAAAATACTCCTGTAGATGAT +TTGCAAAAAGAAACAGATTATATAATAAAAACAAGAAATAATAATACAATAAATTCTAAA +AATTTGGTAATAGCATCTCATACTCCTTGGTATGACGGAGGTCTTAAATTATACTTTGGA +AAAGAAGAAGCTAATTGTTCATATTTATTAGCAACGGATTTAAATATAGATTTGCCTAAT +GGAATGTATTTAAGCATAGAGGAACCAGCAAGAACATTTAAAGTATATAATGAAAGTGGT +AAAAAAGTATTAATTATAGGTGGATCTGATCATCAAGTAGGAAAAGGGAACATTGAATCT +GATATCTATAAAGAAATAGAAAAATTTGCAGAAAGTAATTTTAATTCAAAAAAAATTATA +ACAAAGTGGATGACTCAGGATTATATTAGCTTTGATGATATACCTTATATAGGTCATATA +AATTCAAAAGAGAATAATATTTATGTAGCTACAGGATTTTGTAAATGGGGAAATACTAAT +GGAACTGTAGCAGGACTTCTTATAAGAGATTTAATTCTAAATAACTATAGTGAGTATGAG +GAATTATTCAATCCTACTAGAGGAGGAAGTTATTTATCTACGAGGTTTATGAGTTTTAAC +TTAGTTGTTGCGTTAGACTATGTAAAGGGTAAGTTAAATTTAGGTAATGATGATATGCCG +ACAAGAAAAGGAGAAGGACGTATTGTAAATATTGATGGTAAAAGGTACGGAGCTTTTAGA +AATTATGATGGAAATCTACATATTGTAGATATAACTTGTACACATTTAGGTTGTGAATTG +AGGTTTAATAGTGCAGAAAATACTTGGGATTGCCCATGTCACGGTTCAAGGTTTGATTAT +GATGGGAATATATTAGATGGTCCTGCGCTTAAGCCCCTTAAAAAATATGGTCATGGAAAA +AATGAAGTAGATCCTAAGCTATTGTAA +>group_343 +ATGTCAAAGGTTATAGTGGTTGGTGCAGGCCCATCTGGTATGATGGCTGCTTTAACAGCT +TCAAAAAATCATGAAGTAATATTAATAGAAAGAAACAATGAATTAGGTAAAAAGCTTAAG +TTAACTGGTGGTGGAAGATGTAATATCACTAATAATAGAGATATAGACGAATTCTTTGAT +AAAGTAGTTAATAATAAGAAATTTTTATACAGTAGTTTTTATACATTTACAAATACAGAT +CTATTAAATTATTTTAGTAGTAAAAACTTAGAGTACAAAGTTGAGGAGTCTAATGACCAT +AAGGTTTATACAAAAAGTGATAAAGCAACTGAAGTAATAGATATACTAGAAGAAGATTTA +ATTCAAAATAATGTAAAGATAATGTATAATACAAAAGTAATTGATCTTATAGTTAAAGAT +GATACTGTATCAGGCGTTATTACTGACGATAATAAAAATATATATGCAGATAAAGTAATA +ATCTCTACTGGTGGTAAAAGTTACGAAAGTACAGGTTCAGATGGATTAATGTATGATATA +CTTCAAAAGAATAATCATACACTTAATAAGTTATATCCTGCTCTTAGCCCATTAACTATA +GAAGAAAACTGGATAAAAAACTTACAAGGTATTGCTCTTCAAAAAGTAGAGATATCTTGC +AAAATCAAAAAGAAAAAAATCTCCAAAATAGGAGATATGTTATTTGCTCACTTTGGAATA +ACAGGACCCGTTGTATTAATAATGTCATCGTATATAAATAAACTATTAGAAAATGATAAG +GTGACTTTAACGATAGATTGTTTACCAAATGTTAGTGTAGAGGATTTATCTAAAGCACTA +AGAGAAAATCCAAATAAAAATGTTTTAAATAACTTAAAGGGCATATTACCTCAGAACTTT +TTAAAAGGCATATTTGATGTTTTAGATTTAAGTGATAAAAAAGCTAATGAATTATCTAAA +AAAGATGAAAATAGAATAATTGAATATTTAAAAAATATGCAGCTTACATGTAATGGTTGT +TTAGGTATTAAAGCTTCCATGGTAACTAGTGGAGGAATATCTGTTAAAGAAATTAATTCT +TCAACTATGGAATCTAAAATAATAAAAAATTTATATCTTACAGGAGAAGTTATTGATATA +GATGCTGAAACAGGAGGATATAACCTTCAAATAGCATTTTCAACAGGTTATCTTGCAGGA +TTAAGTGTATAG +>ykvU~~~spoVB_2 +TTGAGAATGCCTAACCTTTTGTTATCGACAATTATTTTATTTATATCAAATTTTATAGTA +AGGGTTCTTGGTTTTTTATATAAAATATTTTTGTCTAAGGTAATAGGTGAGACTGGATTA +GGTATATATCATATAATTTTTAACTTTTTAATGATATGCCTAGCTCTGACTACTACAGGA +ATACCTACAGCCCTTAGCTGCCTTGTAGCAAAAAGAAAAGCTTTGAATGATAAATATACT +ACTAATACTCTTTTTATATCTACCTTATATGTAGCATTTTTCATATCTTTTGCTATATCT +TTGGGTATATCTTTTAGTAGTAATTTTTTATCCTTAAAACTTTTAAAAAACGAAAATTTA +AATTTATTTGTACTCTCAATTTGTCCTGCTATCGTAATTATAACTATTTCAAATATAATT +AGAAGCTATTTTTATGGAATAAAAAAAGTAACAATACCTGCCTTAGGCCAAATTTTAGAG +CAGGTAAGTAAGATATTATTTGTATTTTTATTATGCATGTATATCAAAGATAGATCCTTA +ACTTGCTATATTGCTTTATTAGGAATTTCTATAGGTGAGGCAACTAATGTACTATTTATG +ACTATATACTTATACAAAGATAATGATTTAAGTAATAAGTACACAATCAATATTAAAGAC +TTCTATAATTCATCTATCGAAACTTTAAAGATGTCCATACCTATAACTTGTAATCGTATG +TCAAATGTTTTATTACAATCTATTAGTTCAATGATGGTTCCTTCTAGGTTAGTTTTATCT +GGAGTAGCATATACAAAAGCATTAAGTATGTACGGTATTATGAGTGGTATGGTAATGCCA +TTTGTATTTCTTCCATTTACAGTCGGTTCTGCTTTAGTAGTAAACTTAATACCTAGTATC +TCACAAGAGATGGCATTGAATAAATATAATAATGTGTTAAAAAAAATAAATTACTCTTTA +CTACTTACTACTGGCGTTGGCATTTTATCCTCATTACTTTTTTATTTCTTTGGTAAAGAG +ATTTGTGTAATAGTTTTTAAAAATGAATTAGCCGGAGATTATTTGAAAGCTATGTTTTTA +ACACCTCTGTTCTTATCATTAAATCAGACACTATCAGGTATCCTACATGCTATTAGAAAA +GAATTTGAATCTAGTGTAAATACTATTGCAGGTATGATTATACAATTAATCGCTCTATAC +TTTTTACTTCCAATTCCTGAACTAAACATCTATGCATATATATACACAATGACTATTGTA +TCTATATTAACTTGTTTATTACATATTATAGTTTTAATCAAAGCTATAAAAAATCTTAAA +GTTAGGAGGATAAGATGA +>glgB +ATGTTTAAGGGGGGGGAGATTTCTATTAAGTATGAATCAATAATAACAGAAGACAATATA +AAGAAATTTAAAAGTGGGCAGTCAATTAATAGTTACGAATTTATGGGAAGTCACGTTGTA +AGTTATAAAGGGAAAAAAGGTGTATCCTTTATGGTGTGGGCACCAAATGCAAAGTGTGTC +TACTTGAGTGGGGAATTTAATAACTGGAGTATAGATTCTCATCCAATGACTAATTTATAC +CATAGTGGAGTATGGGGAATATTTATAGACAATTTATCAGAAGGGGAGAAATATAAATAT +AATGTAATTGGTTGCGATGGTATTAGTAGATTAAAATCAGATCCATATGCTACATTTTCG +GAGTTAAGACCTAATACAGCATCAGTAGTGTATGATATAGGGAATTATGAGTGGTCAGAT +AATAAGTGGCAGGAATGTAAATCTAAAAAAATATGTGATAATGAACCTATGAACATATAT +GAAGTAAATTTAGGATCATGGAAAAGAAAGTGGGATGGTGGCTTCTTTTCATATGAAGAA +TTATATGAGATGTTAGATTATGCTAAAGATATGGGATATACGCATATTGAAATAATGCCG +ATAACTGAATATCCATTAGATATGTCTTGGGGATATCAAACAGTTGGATATTACAGTCCT +ACAAGTAGACATGGTAAACCGAATGAATTTAGAAAATTTGTTGAGAAATGCCATGAAAAT +AATTTAGGCGTAATCTTAGATTTTGCTTATAGTCATTTCTGTAGAGATGAACATGGATTG +TACAAATTTGATGGATCTCCTCAATATGAGTACTCAGATCCTACAAAAGCAGACAATCAT +GGATGGGGTACAGCTCATTTTGACTTAGGTAAACCAGAAGTTAATAGTTTCTTATTATCC +AATGTACTTTATTGGTTTAAGGAATTTCATATAGATGGAATAAGAGTGGACGCAGTATCC +AGTATGCTGTATTTAGATTATGATGGAGGTGACTGGAAGCCAAATAAATATGGTGGAAGG +GAAAACTTAGAAGCAATTGATTTCTTAAAGAAATTAAATGAAACAGTATATAAATACATT +AAAAATCCAATTATAGTAGCTGAAGAATCTACTGCATGGCCTATGGTTACGGGACCTACT +TACAAAGGTGCATTAGGATTTACTTATAAATGGAATATGGGATGGATGAATGATACATTA +AAATATATGGAAATGGATCCAGTTTACAGAAAATATCACCATGAATTAATTACATTCTCG +TTTATGTATGCATTTTCAGAGAATTTTATACTACCATTATCTCATGATGAAGTTGTTCAT +GGTAAGAAATCTTTACTTGATAAAATGCCAGGAGATACATGGCAAAAATTTGCAAGTCTT +AGATTATTATATGCATACTATATGATTCATCCAGGTAAAAAGCTCTTATTTATGGGATCA +GAATTTGGGCAAGGTCTTGAATGGAGATATGCATATGGTCTTGAATGGGAATTATTAGAA +ATTGAACCGCATATTAAAATGCAGGACTATGTTAGAGATTTAAATCATATGTATAAAGGT +GATAAAGCATTATATGAGATAGATAATAATTATGAAGGTTTTGATTTTATAGACCCTCAT +AATAATGAACAAAGTGTAATAACTATAATGAGAAAAGGTAAAAAAGAGAAAGATTTTACT +ATAGCAGTAATAAACTTTACACCAGTAGTTCATTATGATTATAAAATAGGGGTTCCATAT +AGTGGTATTTATGAAGAAGTATTTAATTCAGATGATGAAAGATATTGGGGATCTAATCAA +ACTATGAATGGGGCAGAACTCTTCTCAATAAATGAAAAATGGCATAATAAAGATCATAAT +ATAACAATAAAAGTACCTCCTTTAGGTGTAACTTTTATAAAGTTAAAAGAAGAACTTAAA +AATAATGGGGAAAATAAAGAGAAGGAAAGTATAAGAACAATAGATATAAAAGATTAA +>purB +ATGATAGATAACAAATATACTACATATACAAATCCATTAACAGACAGATATTGTAGCAAG +GATATGAGTTATATATTTTCTCCACAATTTAAATTCTCAACATGGAGAAAGTTATGGGTT +GCTCTTGCAGAAGGTGAGCATGAATTAGGGATAAATATAACAGAAGAGCAATTAGAAGAA +TTAAGAGCAAACGTAGATAATATAAATTTTGAAGAAGCGAGAAAGATAGAAAAAGAAGTA +AGACATGACGTAATGAGTCACGTTAAAGCATATGGAATGCAATGCGAGAAAGCTAAAGGA +ATAATACATTTAGGTGCAACATCAGCTTATGTAGGAGATAATACAGATGTAATTCAGATG +ACAGAAGCTTTAAAACTAATAAGAATTAAGCTTGTAAATTTAATAAATAACTTAAAAGAA +TTTTCATTAAAATATAAAGATATGCCTGCACTTGGATTTACTCACTTCCAAGCAGCACAA +CTTACAACAGTAGGTAAAAGAGCTACTTTATGGGCACAAGATTTATTAATAGATTTAGAA +GATTTAAACTTCAGAATAGAAAACATGAAGCTTAGAGGTGTAAAAGGAACTACAGGTACA +CAAGCTAGTTTCTTAAGTTTATTTGAAGGTGATCATGAGAAGGTTAAAGAGTTAGATAAA +CTTATTTGCAAGAAGATGGGATACCAAGCTTCATATGCAGTAAGTGGACAAACTTACACT +AGAAAATTAGACTATCAAGTGATAAGCATATTAAGTGGAATAGCTCAAAGTATGCACAAA +ATGACTAATGACATAAGACTTTTACAAAGCTTAAAAGAGTTAGAAGAGCCATTTGAAAAA +AATCAAATAGGTTCATCAGCAATGGCTTATAAGAGAAATCCAATGAGAAGCGAAAGAATA +GCTTCATTATCAAAATATATAATAAGTGAAAGTTTAAGTCCAGCTTTAGTAGAAGCTACT +CAATGGTTAGAAAGAACTTTAGATGATTCTGCAAATAAAAGATTAGCAATACCACAAGCA +TTTATGGCTGCAGATGCAATACTTGAAATAGGAATAAATGTAACTGATGGATTAGTTGTT +TATGAAAATATGATATCTAAGCGTATAAATGAAGAACTTCCTTTTATGGCTACAGAAAAT +ATACTTATGGAAGCTGTAAAAAGAGGTGGAGATAGACAGGAACTACATGAAGTAATAAGA +GAATTATCTATGAAAGCAGCTTATAGAGTTAAGCACGAAGGAAAAGATAACAATCTTATA +GAGCTTATAATAGAAAGCGATGCATTTAATATGGATAAAGAAGAAATACTATCTATAATG +GATCCCAAAAACTTCGTAGGAAGAGCTCCAGAGCAAGTTGTAGACTTTGTTAATGAATTT +TTAGATCCTGCTATAGAACCATTTAAAGATAGTATAGGAATAGATGTAGATCTACACGTA +TAA +>group_935 +ATGAAAAATGTTAGCAAGTTATCCTCTAAAGAAAAAGTATATATTGCACAAAGCATAAGA +AGAGCATATAAGAAATGTATAAAGTTATATAAAGATAATAACTTAACTACTAATATAGGA +AAACCATATGTTATATGGGATTTTATATATTCAAGTTTAAATAAAACATTTAAAAATAAT +GCGAAAATATTATTAAAAATTATAAAAAATGGTAGTTGGAATCAAATTATTTTATTTAAT +TCTGAGAGTAAAGTATTATATTTTATAATGAAGGAATCTAGATATGTAACTATAAAAAAG +CAAGGAAAAAGTAAGCATTTATTAGCAGTATTAAGCAATCTTAATGAGAATAAAATTGAT +AAAATACCTAAGAAAATATCTAATAAAATATATGATACTTTACAATCATTACCATATATG +CCTAATGAATGTATACTAATAACTTTTGATTATGATGAGAATAGTAATATAGATAAATAC +AAAGCTTATAAATTAAAGTCTAATTTACAAATTACTGATTTAGAAGTATTAGAATAA +>dhaK~~~dhaK2 +ATGAAAAAAATAATCAATGATCCAAGTAATGTAGTATCTGATATGATCCAAGGAATGATA +TTAGCACATCCTAATTATGTAAGAAAAAGTGAGAATGGGAATATTTTAGTAAGAAAAGAT +GCTCCAGTAAAAGGTAAAGTTGGGCTAGTAAGTGGTGGAGGTAGTGGACATGAGCCATCA +CATGGTGGATTTGTTGGATACGGAATGCTTGATGCTGCAGTTTGTGGTGAAGTATTTACA +TCTCCTACTCCAGATCAAGTATATGAAGCTATAAAAGAAGTAAACGGTGGAAATGGTGTA +TTATTAGTGATTAAAAATTACACTGGAGATGTAATGAACTTTGAAATGGCAAAAGAAATG +GCAGAAATGGATGGTATAGAAGTTGATTATGTTGTGGTAAATGATGATGTTGCTGTTGAA +AATAGTCTATATACAGCAGGTAGAAGAGGGATTGCAGGTACTGTATTTGTACATAAAATA +GCAGGTGCGAAAGCAACACAAGGAGCAACACTAAATCAAGTAAAAGAAGTAGCTAATAAA +GTAATAAAAAATGTTAGAAGTATGGGAATGGCACTAAGCCCTTGTACAGTTCCAGCAGCA +GGAAAACCAAACTTCACATTGGAAGAAAATGAAATAGAAATAGGAATGGGTATACATGGA +GAACCAGGAACTCATAAAGAAGAAATATCAAGTGCTAATGATATTACTACTCATTTACTA +GATAAAATATTAGCAGATATAGAAATAGTTGAAGGTGAAGAGGTTGCTGTAATGGTAAAT +GGACTAGGGTCAACACCTCTTATGGAGCTTTACATTGCAAATAAAACAGTTAATGAAATA +CTAACTAATAAAGGAATAAAAATTTATAACACATTTGTTGGAGAATATATGACGTCTCTT +GAAATGGCTGGATACTCAGTAAGTATATTAAAACTTGATGATGAGTTAAAAGAACTACTT +GATGCTAAAGCAGATACACTAGGACTTAAGGTATTATAG +>rsxC_2~~~rnfC +ATGAAACTCTTAACTTTTAAGGGAGGAATACATCCTCCATATAACAAAGAGTATACTAAA +TCAAAGGCTCTTCAAAATGCAGAAAAACCTAAAGTTGTATACATACCTCTTCAACAACAC +ATTGGGGCGCCAGCAAAGGCTATTGTTGAGGTTGGAGATCGAGTGAAGCTTGGTCAAAAA +ATAGGGGAGCAACAAGGATATGTATCTTGTAATGTTCATTCATCTGTTTCAGGGACAGTT +AGAGCTATAGAGCCACATGAAGTTCCAGGTGGTACATCACTATGCGTTGTTGTAGAAAAT +GATTTTAAAGAAGAGTTACATGAAAGTGTAAAACCAAAAGGGAATTTAGACGATTTAACA +AAAGAAGAAATAGTAGAAATTATAAAAGAAGCAGGAATAGTTGGTATGGGGGGAGCTACA +TTCCCAAATCATGTCAAAATATCACCACCACCAGATGCTAAAATTGATTCAGTTATTTTA +AATGGAGCTGAATGTGAACCATATCTTACAGCAGATCACAGACTAATGGTGGAAAATCCA +GACGATGTAGTTTTTGGACTAAGAGTATTAATGAAAGTTTTAAATGTAAAAAAAGGATTC +ATAGGAATTGAAGTAAATAAACCGGATGCAATAGAAGCAGTTACTAATGCAGCTAAAGAT +TATAGTCAAATTGAAGTAGTTGGACTAGAGGTTAAATACCCACAAGGTGCAGAAAAACAA +CTTATATATGCCTGTACAAAAAGAGAGGTACCTTCAGGTGGATTACCAGCTGCAGCAGGA +GCAGTTGTGGATAATGTAGGTACAGCAGCTCAAATTGCAAAAACTATAAAAACAGGTATG +CCTTTAGTAGAAAGAATAACTACAGTAACAGGTAGCTGTATAAAAGAGCCTAAAAACTTA +GTAATTAAAGTAGGTACTCTAGTATCTGAAATAATAGAACAATGTGGAGGATATAGAGAT +GATAAGAAGCTAGGAAAACTTATAATGGGTGGGCCTATGATGGGAATAGCTCAATATACT +GATGAAATCGCAACTAATAAAGGTTCTTCAGGAATACTTTGTTTAAGTGAAGAGGAATCT +CGCTTACCTAAACCTCAAAACTGTTTGAGATGTGGAAGATGTACAAATGTTTGCCCTGCA +TTTTTACAACCTTTATACATTAGTGCATATTCATTAAAAAATGATTTTGAAATGGCTCAA +GAGCATAGAGCCCTAGATTGTATAGAATGCGGTTCTTGTTCATTTATATGTCCTGCAAGA +AGACCATTACTTCAGTCTATGAGAAATGCTAAAAAAGAAATTATAGCTATGAAGAAAAAG +CAGGCTGCAAACAAATAG +>npr_2~~~cdr +ATGGATATTCTAGTTATTGGGGGAGTTGCAGCAGGAACAAAAACAGCAGCAAAGCTTAAA +CGAGAACATAGAGATTATAATGTAACTATTATTACAATGGGAAAAGATATATCTTACGCA +GGTTGTGGTCTTCCTTATTATGTTGGTGGAGTAATAGAAAATAAGGAGAGTTTGATTGTC +AATACTCCAGAAAATTTTGAAAAACTAACTCAAGTTAAGGTTATTACAAATACAGAAGCT +TTGAAAATAAATAGAGATAGTAAAATTGTTAGTACTAAAAATGTAGTTACAAATGAAGAA +AAAGAATTTAAGTATGACAAGTTAGTTATAGCAACAGGTGCAGATCCGATAAAACCAAAT +TTAGATGGAATAAATCTAAAAGGAGTTTATTATGTAAGAACTCCAGAAGATGCAATTAAA +TTAAGAGATATTATAGAAAATGATGAAATAAAAAGAGCAGTAGTTGTTGGAGGTGGATTT +ATTGGCTTAGAGATAGCTGAAAATCTATTAGAAAATAATATAAAAACTACTGTTATAGAT +GCAAGTGAAAGTATACCACCTGGATTTGATAAAGAGATTTCTTTATACTTACAGGAAAAG +CTTATAGATAATGGAATTATGGTACTAACAAATGAAAAAGTTGTTTCAATAATTGGAGAT +GAAAAAGTTAGTAAGATAAAAACAGACAAAAGAGTGATCAAAGCAGATTTAGTAATAATG +AGTGTAGGTATAAAACCAAACACTAAAATAGCTGAGGAGTGCGGATTAAATTTAGAAGAT +AATAAAACTATAAGTGTTGATTACAATATGCAAACAAGTGATGAAAATATATTTGCAGTT +GGTGATTGTGCATCTGTAAAAAACATTATAACAAATAAAGTCACATGGTCTCCAATGGGT +TCATCAGCAAATAAAGAAGGTAGATGTGTAGCAAGAACCATAGCTGGCAAAGAAAGTAAA +TTCAAGGGTGTATTAGGAACATCTATAGTAAAATTATTAGACATAAATGCAGCAAGAACA +GGTCTTACAGAGGAAGAGGCTATAAGTTTAGGATATAACACAGACAGTGTAATAGTACCA +CTAGATGATAAGGCTCATTATTATCCAGGAGCAGGTTTATTGTTTATAAAATTAATAGCC +GATATAGATAGTGAAAAAATATTAGGAGCTCAAGTATTTGGTAAAGGTAGCGTTGATAAG +CAAATTGATACAGTAGCTACGGCAATTCATTTTGGAGGAAAGTTAAGTGATTTACAAGAC +TTAGACTTAGCTTATGCGCCTCCATTTTCAACAGCAATATCTCCACTAGGCCATGCAGCA +AATGTTCTTTTAAATAAGATTACAGAAGGTGTAAAAATAGTTAGATTTGAAGATTTTATA +GAAAATAAAGATAGTTATAAGATTGTTGATGTAAATAAGGTACCTACTTTAGAAAATGCA +TTATATTTAGATTTATCAAGTATAGATGGGAAAATAGAGAACTTAAATTATGATGATAAA +ATTCTTTTAGTATGTGCAAGAGGTAAGAGAGCTTATTTGACATATAACAGAATGAAGTAT +TATGGATATAAGGACGTAAACATATTAGAAGGTGGATTATCACTAAATAAAGAAATGGGG +GAATTATAA +>hisC_2~~~cobD_3~~~cobD_2 +ATGAACGATTTAGGTCATGGAGCTAATGTTGAACTAATGGCTAGTCAGCATAACAAAAAT +CCAAAGGATATATTAGATTTTAGTTCAAATATAAATCCTAAATTAATACCTAATCTAGAA +ACTTATATTTTAGAAGGCTTAAAGGAATGTACTAGTTATCCAGATATAAACTATACAAAT +TTGAGAAAAAATATATCAGATTATGTAGGAGTAAATCCAAAATTTATAATACCTGGTAAT +GGTGCAACTGAGATTATATATTTACTAATGAAAAGTATAAACAAAAGGTTAGCAATATTT +AACCCAACATTCTCAGAATATAAAAGAGGTGCAGAATTAAATAACTTAGAAATACTGCAT +TTAGATTTAGATAAAAATAATAACTTTGAAATAGATGCAGATATAGTACAAGCAAATATT +AATAATTTTGATAGTTTATTTATATGTAACCCAAATAACCCAAATGGAAAGGTTAAGAAT +TTAGAAAAAATATTAGAGCTTATCATAGAAAATAATAAGTTATTAATAGTTGATGAAACA +TTTATGGAGTTTGTAGAAAATGAAGAGCAGTATTCTTTAATTAAATATGTAGAGAAATAC +GAAAATCTATTTATTTTAAAAGCTGTAACTAAATTTTTTGGGATGCCTGGTCTTAGATTA +GGATATGGAGTTACAAGTAATAAAGATATAATAGAAAAAATATATCACTACAAAGAACCT +TGGACAATAAATTCCTTTGCTGATAATTTATCTAATTACATATTTAAAAATGAAATATAC +ATAAAAGAAAGCAAAGAATACTACAAGAATGAAAGAAACTACATGCTTAATGAATTGAGA +AAAATCTGTTCCATTGAGGTCCATGACACTGATACAAACTTTATATTAATAAGGCTAAAG +GAAAATACAGCTAATGATATAAAAGAAAAGCTATTTGTAGAAAGTGACATACTTATAAGA +AATGCATCTAATTTTATAGGATTAGATAATAGCTATATAAGAATTGCAATTAAATCTCAC +AATGAAAATGAAATTTTTTTAAGAGAAATAAAGAAAGTTTTAGGAGCTTAA +>mutL_1~~~mutL~~~mutL_2 +ATGTCAAATAGAATAAACATATTAGATGATTTAACAATAAATAAAATTGCTGCAGGAGAA +GTGGTTGAAAGACCCTCTTCTGTTGTTAAAGAATTGGTTGAAAACTGTGTAGATGCAAAA +TCGACAAAAGTTATAGTTGATATTGTAGATGGTGGTAAAAAATCAATAAGAGTAACGGAT +AATGGTTCGGGTATTTTATCAAGTGAAGTGGATAAATCTTTTTTAAGACATGCAACTAGT +AAAATAAATGAAATAGATGACTTATATGATTTGTATTCCTTAGGATTTAGAGGAGAAGCT +TTAGCATCTATTGCAGCGGTGTCTAAGTTGGAGATGATAACAAAGGCAAAAGAAGAAGTA +GTAGGAACTAAGGTTTTTGTTGAAGGCGGTAAAATTATTTCAAAAGAACCTGTTGGTACT +ACTAATGGTACTACAATTATTATAAAAGATATATTCTTTAATACACCTGTAAGACAAAAG +TTCTTAAAATCTACTCATGCAGAGACAATAAATATAAGTGATTTAATTAATAAGCTTGCA +ATCGGTAATCCAGCTGTTCAATTTAAGTATATTAACAATGGAAAACAAATGCTTAACACA +CCTGGTGATGGAAAGTTAATTAATGTAGTTAGAAGTATTTATGGTAAGGATATTACAGAG +AATTTAATTGAAGTAGATTTTAAATGTGATTATTTTAGAATGAACGGATATATAGGAAAT +AATAATGTATACAGGTCTAATAAAAACTTACAACATACTTATATTAATAAAAGGTTTGTA +AAAAGTAAGGTTATATTAGATGCTATAAATGAAGCTTACAAATCTATAATACCGATAGGA +AAGCACGCTGTATGCTTTTTAAACATAAGTATAAATCCAGCGAAAATAGATGTAAACATA +CATCCTACTAAGTTAGAAGTCAAATTTGAAGATGAAAAAGATCTATATATTCATTTAAGA +GATTATTTAAGAAGAAGACTTTTAAGTTCAAATTTATTAGGAAAATATGAAACTTATGAT +AGAACAAGTAATCCTACTATTAAAGTAAAAGAATATGCAAATAAGGTTAGTGAAAGCTCT +AAGCCAATAGAAGTAGTACAAGCTTTAGACAATAAGCCTATAGATAGCTTTAAATCTGTC +AATGATGTACTCAATCAAAAAAGTGAAGTACATCATAATATAAAAGAAGATAATAATTTA +ACTAAAAGCTTAGAAAAATCTATTCTTAATAGAGAAACTACTTTATTTAATGAGAATAAA +TCATTTAACTTATCTAAAGATAATGAAAGTATCAAACTAACTAAAACTGATAATGTAAAT +GAGTATATTATAGATGGAAATCTAGATATGAGTAAATCATTTTCAATTGAAGACTTAGAA +GAACTTGATAAGCTAGACAATTTAGATGAAAGCTATGGTTTAAAGGAATCGAATAGTTTA +TATGATAATACTTTGAATGATAAAATGAAAAGTGATATAAACTCTAATTTTGACAGTGAT +TATTTAAATGATTCTTCAACAGAAGAAAGTATACAAGAAGGATTTTTTAAGGAAGATGAG +GATAAATTATCATTAGATGGTTATACTGTATTAGGTGTGGTATTTAATACTTATATAGTA +TTACAAAAAGGTGAGTCAATGTATTTACTAGATCAGCATGTTGCTCATGAAAGGATTTTA +TATGAAGAGTACATGAGTAAATTTTATAAACATGATATAAGTATGCAGATGTTACTTGAC +CCTATTGTATTAGAACTATCAACTGTTGATATGTTACAAGTAGAAAAGAATTTAGACTTA +TTTATGAACTTTGGTTTTGAGATAGAGATATTTGGTAATAATCATATTATGATAAGATGT +GTACCAACAACATTTGGAATACCAGAGTCTGAGAAGTTTATATTACAAATAATAGACAAT +ATAGATGAAATAAAAAACAACTATGAATTAAAAGGAGAAAAATTTGCATCTATGGCATGT +AGAGCAGCTATTAAAGCTAATGATAAAATTCATAAACTTGAAATAGATAACTTGATAAGC +CAGTTAAATAGATGTGAAAATCCTTTTACTTGTCCACATGGTAGACCAATAGTAGTTGAA +ATTTCAAAAAAAGAAATAGAAAAAATGTTTAAAAGAATCATGTAA +>mutS_2 +ATGCAAATAGACAGAAGTAAATTAACGCCTATGATGAAACAGTATTTTGATTGTAAAGAT +AAATATCCTGATTGTATACTGTTTTTCAGGCTAGGAGATTTCTATGAAATGTTTTTTGAA +GATGCGATTGTTGCTTCAAAGACATTAGAAATAGCACTAACAGGAAAATCTTGTGGATTA +GAAGAAAGAGCACCAATGTGTGGTATACCTTTCCATTCTGCAAATTCATATATATCAAAA +CTAGTAGAAAATGGATATAAGGTTGCTATAGGAGAGCAACTTGAAGATCCAGCAACAGTT +AAAGGAATAGTTAAAAGAGATGTTATAAGAGTAGTAACACCTGGTACGGTACTTGAAGGT +AGTTTACTAGAAAATAAAAAGAATAACTATTTACTTTCTTTATATAAGAAAGATGATAGT +ATAGGGCTTACGTATGTAGATATAAGTACAGGAGAAACTAATGCAACATATTTATCTAAA +GATAAAATAATTGAAGAAATTGCTAAAATTCATCCAACAGAAATAATAATTAATGATTTA +AGCTTCGTTGATCAGTTAAGAAATATAGCAACTATAGGAAATACTTATATAAATGAAAGT +TTTAATGAATCTTATTTGAGTACTGAAATATTAAATGAATACTTTAGTGATGAATATTTA +AGTAGATTAAGATTTGATGAAAATAATTTAATAAAAACTAGTTTATGTATACTTTTAAAT +TATATTTATAATACACAAAAGCAAGTTACATCAAATATTAACATGATTAATATATACAAC +TCAAGTGAGTATATGGTACTAGATATGTTCACAAGAAGCAACTTAGAACTTACCCAAACA +ATAAGAGGTAGTAAGAAAAAAGGTTCACTTCTTCACGTACTTGATAAAACTTCTACTGCA +ATGGGAGGTAGACTTCTTAGAAAATATGTAGAAGAGCCATTAGTAAACAAGAAGAAAATA +GAAAATCGTCTTAATGTAATTGAGGAAATTAAAGATGATTTTATGCTAAGAGAAGATTTA +AATGAAATCCTTAAGAATGTATATGATATAGAAAGAATATGTGGAAAAATAGCTTTTGAA +AAAGTAACTCCTAAGGAAATGATTCATTTAAAAAATTCTATTGAAAAGTTACCAGATCTA +AATAATATAATAAATTCTTCAAATGCTAATATTCTTAAAAAGTATATTGAAGAAATGGAT +GACTTAAACGATATTTATAATTTAATTGATGAATCTATAAAAGAAGATCCAAGTGTAACT +ATAAAGGATGGAAATATAATAAAATCTGAGTTTAATGATGAATTAAAAGAACTTAGAGAT +ATTTCTAAAAATGGAGCCTTCATGATAAAGGAAATAGAAAATCGTGAAAGAGAAAAAACA +GGTGTTAAATCTTTAAAAATAGGATTTAATAAGGTGTTTGGATACTTTATTGAAATAACT +AAAGCTAATTTAAATACTGCTAAAATAGATGAAGGATATATAAGAAAGCAGACATTAAGT +AATGCTGAGAGATTTATAACTTCAGAATTAAAAGAAATTGAAGATAAGATACTTCATGCT +GAAGAAAAGATAAAAACTTTGGAATATGAAATATTCGTAAATATTAGAGAAACTATTTAT +AAGAATATAGATAGAATACAAAAAGTTGCTAAAACAATAGCAAATATAGATGTGTTTGTA +TCTTTTGCAATAGTTGCATACATGAATAACTATGTAAAACCAAATATAAATGAAAATAAT +AAGTTAGATATAAAGAATGGTCGTCATCCTGTTATAGAGAATATAGTAGGTGAAGAAAAC +TTCGTACCTAATGATACTTATTTAAATAGTGGAGAAAATATAATAAATATTATTACTGGA +CCTAATATGGCAGGTAAGTCTACATATATGAGACAAACTGCAATTATTACACTTATGGCA +CATATAGGTTCATTTGTACCTGCTGAATACGCTAATATTCCTATATGTGATAGGATTTTT +ACAAGAGTAGGAGCTAGTGATGACTTATCTCAAGGTCAATCTACATTTATGGTAGAAATG +AGTGAAGTTTCTCATATACTGAAAAATGCAACTGATAAAAGTTTAGTAATATTAGATGAG +ATAGGCAGAGGTACTAGTACTTATGATGGTATAAGTTTAGCATGGTCTATAGTAGAATAC +ATTCAAAACAATATAAAATGTAAAACTTTATTTGCTACACATTATCATGAACTAACTGAT +TTAGAAAATGAATTTTCTGATGTTAAAAATTATTCAATAGCAGTTAAAGAAGATAATGAA +GGTATTGTCTTTTTAAGAAAGATAATTCCTCAAGGTGCAGACAAAAGTTACGGTATATAC +GTTGCTCAGTTAGCAAAGCTTCCAGAAGAAGTAATAAATAGGTCTAAGGAAATATTAAAA +GATCTAGAAAAGAATCACATAAATAATAGTGTTGCTATAAAAAAAGACAACATTAAGCTA +AATAATTCATATGATTCAATAGATAATGTTCAAGTTGACTTAACTTCTTTAGTAAATACA +AACATGAATATTAATGAAAAAGTTAATATAGAAAAAGTAAGTAATTTAGAAAAAGAAGTA +GAAAAGTTAAAACTAGAAAATAATCAGTTAGCTAAAAACTATAAAAACGTAAAAAATGAT +TATGACAAGTTAAATAAAGACTACAATGAATTAAGTGAAAACTTAGAGTCAAGTGTAATT +AGAGAAAGTGCAATAACTCAAATATCATTTGAGGGTATTAATGGCAATGACTTAGTTGAA +GATATACTTGAACTAGACATATTGAGTATGACGCCACTTGATGCTATGAATGCTTTATTT +AATCTTCAAAAAAAAGCAAAAGATAAAAAATAA +>dut +ATGATAATGAACGTAAAAAAAACTAGCGATAGTGCTGTAATACCAGTATTTGCACATAAA +ACAGATAGTGGATTTGACTTATTTACATGTGAAGATTTAGTTGTAGAAGGAAGAAAAAAG +GCTATAGCTAAAACTGGGTTAATTTTTGAAATACCTTATGGTTGGGGAATACAAATCAAA +AATAAATCGGGAATAACTATGAAGGGTGTACCAACTACTTCTGGAGTAAATGCAGATATA +ACAGTATATGAAGGTACTGTAGATATGGACTATAGAGGCGAAGTAGGTATAATGTTAAAA +AATGAAGAAGAACATCAAATAACAATACCTAAGCATACTAAAATAGCTCAAGGAGTACTA +AGAAAGGTATATCATTGTACATTTGAGGAAGTACAGGAAGTAAATGAAACAGTTAGAGGA +GAAGGTGGATTTGGTTCTACTGGAAACACGTTAAAATAA +>rsxB_4 +ATGTCGCATATAAATGTAAAAAAGGTTTATAAAAGCTTGGAAGAAAGATTAAATAGGTTT +CCTCAAGGGGCACCTCCGTCAGATACTTTGTATCAAATATTATCAATGTTATTTACTGAA +AAAGAAGCAGAACTTGTAGCTCAATTGCCTATAAAAGCATTTAGAGTAAAAACAGCAGCT +AAGATTTGGAGTGTAAGTGAAAGTGAGGCTTTAAAGGTATTAGATAAACTAGCTAGTAAA +GCAATATTATTAGATTTAGAAGATGATAAGGGAAAACAGTACATATTACCACCACCAATG +GCAGGATTTATTGAATTTGCTCTAATGAGAACTAGAAATGATATAGATCAGAAGCTTTTA +GCAGAGCTTTACTACCAATATTTAAATGTAGAGGAAGATTTTATAAAAGATTTATTTTAT +TCTGCTGAAACGAAGTTAGGGAGGGTTTATGTACAAGAAGAAATTCTAACTAATGAAAAT +GAAGTTACTATATTAGATTATGAAAGAGCTAGTCATATTATAGAAGAGGCAGAACATATT +GCTGTAGGAATGTGTTACTGCAGACATAAAATGCAACATGTCGGAAAAGCATGTGATGCT +CCAATGGATATATGTATGACTTTTAATGGAACAGCAAATTCATTAATTAAAAATAATTAT +GCAAGAAGAATTGACGCGTCAGAATGTAAAGAATTACTACACCAAGCATATGAACACAAT +CTAGTTCAATGTGGTGAAAATGTGAGACAAGGAGTAAATTTTATTTGTAACTGTTGTGGT +TGTTGTTGTGAAGCATTACTAGCTGCTAAGAAATTTGGTAATTTACATCCTGTAGCAACG +ACAAGTTTTATTCCAAATATAAATGATAAGACTTGTGTCAAGTGTGAAAAGTGTATAAAA +GCTTGTCCCATTGGAGCTATAAGTAAAGTGAAAAATAATGATAAAACAATTATTAGAGTT +GATGAAGATAGATGTTTAGGATGTGGAGTTTGTGTTAGAAACTGTAGCAAAAGAAGTATT +ACATTATTAAAAAGAAAAGAAAAAATAATTACTCCAGCTAATTCTGTACATAGAGTAGTC +CTTATGGCTATAGAAAAAGGTCAGCTACAAGAACTTATATTTGATAATAAAGCTTTAAGT +AGTCATAGAGCAATGGCAGCTATACTTTCTGCAATTTTAAAATTACCTCCAGCTAAAAAG +ATGCTAGCAAGCCAACAAATGAAATCAATATACTTAGATAAGTTACTAAGCATGAATCAA +AAGTAA +>ytrB_1 +ATGAGTATAGCGATAGAAGTTAAGAATGTAAGTCATAGTTTTAAAGATAAAAAAATATGC +GATAATATAAACATAAATTTTGAAGAAAACAAAATCTATGGATTACTTGGTAAAAATGGA +GCGGGTAAAACTACTTTAATTAATATTATTGCTAATCAGCTATTATGTAATCATGGAGAA +GTTAAGATATTTGGAAAAAATCCTAAGGAAGATATTAGAGTGCTTGATGATATCTGTATA +GTTAGGGAAAGGGAATTCTATGATATAGAGTACAAGGTAAAAGATATATTTAAAGCATAT +TCTTACTTTTGTAAAGATTATGACTACAAGCTACAAGAAAAGCTTTGTAAAAGGTTTGAA +ATAAATCAAAAATTAATTTATAAAAAACTATCGAGAGGTATGAAGACACTAGTATCTAAT +ATTATAGGAATTTGCTCTAACTCGCCTATAACAATATTTGATGAACCAACAATAGGTCTT +GATGCAGTTAATAGAGAAGAGTTCTATAGTATTTTATTAGAATCCTATACACATAAAAAT +AGAACTATAATAATATCTACACATCAGATTAATGAAGTAGAAGAGTTATTAGAAAAAGTA +ATTATAATAAAGAACGGAAAAGTCGAAGTAGACGATTATATAGATGAAGTAAAAGAAAAA +TCTTATCATATAACAGGTAAAAAAGATGATTTAAATAAATTGTCTATATTAAAAAATAGA +AAACCTATTAAATCCTTTGGAAATAATGAAGTTTATTCATATTATGGAGAAATAAATGAC +CAAGATCTAGCACTAATAGAAACTTTAAATATTGAATTAGACAATATGAGTATACAAGAT +TTATTTATAAATATGCATAAAAAGGAGGAGGTATTATATGAATAA +>rplQ +ATGGCTAATTACCGTAAATTAGGACGTGTGACTTCACACAGAAACCTTATGTTAAGAAAC +TTAGTAACTGACTTACTAAGAAGTGGTAGAATAGAAACTACAGTAACAAGAGCAAAAGAA +ACTCGTAGAATGGCTGAAAAGATGATAACTCTTGCTAAAAGAGGAGATCTTCACGCTAGA +AGACAAGTTTTAGCTTACGTTATGGATGAAACTGTAGTTAACAACTTATTCACTGATATA +GCTCCAAAGTATGCTGAGAGAAATGGTGGATACACTAGAATAATCAAAAAAGGACCAAGA +AGAGGCGACGCTGCTGAAATGGCTTTTATAGAATTAGTATAG +>potA_1 +ATGAGTTATGTTGAAATAAAGAGCATTCAAAAAAGTTTTAATAATATTAAGGTCTTAAAG +GATATAGATTTTTCTATAGAAAAGGGAGAATTCTTAACTCTTTTAGGTCCTAGTGGTTGT +GGTAAGAGTACACTTCTTAGATGTATTGCAGGACTTAACAATTTTGAAAATGGTAGTATT +ATTATAGATAATAAGGATATTGGTAATGTAAAGCCTAAAGATCGTCAGGTAGGTATGGTA +TTCCAATCTTATGCCTTATTTCCAAATATGACTGTATATGAAAATATAGCTTTTGGTTTG +AAAATTAAAAATTTACCAAAAAAAGAGATAGATAAAAAAGTTAAAGAAATGATAGAGATA +GTTGAGCTTAATGGAAAAGAGGATAATTATATAACTGAATTATCGGGGGGACAGCAGCAG +CGTGTAGCTTTAGCTAGGTCTATAGTAACAGAACCAAAAGTACTATTATTAGATGAACCT +TTAAGTGCATTAGATGCTAAAATACGTAAGAACCTTCAAGTACAAATTAGAAAAATACAA +AAAAAACTAAACATGACTACAATATTTGTAACTCATGATCAAGAAGAAGCAATGACAATG +AGTGATAAAATTATAGTTATGAATAAGGGTTATATAGCACAAATTGGAGGACCAGAAGAA +ATTTATAAACATCCAGCAAATGAATTTGTTGCTAGATTTATAGGAAATTATAATGTATAT +AATAAAATAGAAGGTAAAAAGTTATTAAATATAAAATTAGAAAACAGCATAGCTATTAGA +CCAGAAGTAATAAGTATATCAAAAGAAAATGATAAAGATAAATTAGAGAATTATTATATA +AAAGCAAGGGTTAATCAAAAATATATGATTGGAAGTATAGTAAGATATGAGTTATATAAA +GATGATATTAAAATTTTAGTTGATATGCTAAATCAAGATAGTCTGATAAGTGAAGGTTCT +GAAGTTTATGTAAAAATACCTAAAAAAGATGTGATACATTTTAATGAAGAGGATATATCT +GCAGATAAGATGTTAGCTGTTTAA +>sasA_5 +ATGACAATATTACAATATATAAAAGATAAATCATTATTTTTAATAATAAACCTTGTACTA +TTTTTTATAGTTTTTATTATTTCTATTTATATTAATCTTAGTTTTGAATTGGTAATAGGA +ATTTTTATATTATGGTTTTTCCCACTTATATCTTATATAATTTTAGAGTTTATAAAATTT +AAAAAGTATTATGAAAAAGTAGAGGGTATATGTGATGGTCTAGATAAAAAGTATTTATTA +TCTGAAGTAATAGAAGAGCCAGAGTTTCCAGAGGGGAAGATATTATATGATTTACTGAGT +GAAACAAATCGTTCTATGAGAGAAAATATTAATTATTATAGAAATATCCAAAAAGAATAT +GAAGAGTATATAGAGATGTGGGTACATGAGATAAAAACACCTATAGCTTCTACATTGTTG +CTTATTGAGAATAACATTGATATTATGCCTTTAGGTATAAAGGAACAAATAAAAAATATA +GAGGACTATGTAGAACAGGTATTATATTACTCAAAAATAAATGATGTAAATAAAGATTAT +ATAGTAAAAAATGTTAACTTAGAATTAGTAGTAAAAAATGTAATAAGGAAAAATGCTAGT +GATTTTATACATAAAAAAATTAGTATTAATTTAGATGATATCAATAAAAATGTATATACT +GATCCAAAATGGATTGAGTTTATACTTAATCAAATAATATCAAATTCAATTAAGTATTCA +GCAAAAAAACTTCCTAAGATAAATATAAGATCTGTAAAAAATGAAAATAATACAATATTG +GAAATTGAAGATAATGGAGTAGGAATAATAGACAAGGATATAAGGAAAGTATTTGAAAAA +GGATTTACAGGAGAAAATGGAAGAAAGTTCGGGAAATCAACTGGAATGGGATTATATCTA +TGTAATAAACTATGTGATAAACTTGGTATAGGAATTGATCTAATATCAAAAGAGAATGAA +GGTACTAAAGTTAGTTTGGTATTTCCTCATGATAAAAATAGGATATTATTAAAATAA +>corA_1 +ATGAACATATTAGATTTAACTATAGATAAGTTATATAATAATACAAAGAGTGACTTTTTC +CATAAAAGTAATTACTATCTTATATTATGTACACCAGAAGAATTAAAAGAACTTAAAGAC +CCTTTAGAAATTGATGAAACTACTTTTGGAGAGTGCTTAGAATTCGATGATAGTATGAAA +TTAGATGTATTTGATAAATATGACTTTATAAGTTTAAATACATACAAACTAGAAAATAAA +AATCTTTATCTAGAAGAAATTAATATGTATCTTGCAGATCGTTTTATTCTTGTAGTTGTA +AATAACGATAATTTTTTATATAAATATATAAATGATGTAATTGAAAATAAGCATACATTA +AGTAAAACTCCTATAGTATCATTGTATAAAATTAATTACCTTATCTTTAAAAAGATAATG +TTAAATGGATTTGAGAATTTAGAGCTTGTAGAAGATATGATATTAGAGATGGAAGATAAT +ATTATGAATGGAGTATATGACAATAATATATCAGATATTAATCATGTAAGAAGTTTAACT +AGGACTATAGTAAAAAATACTCGGCCTTTATTATATATAGGTGATAGAATCCTAAAAGAA +AATATAAGGTATATGAAAGCTTCGGACATAAAAAAACATAATATTGAAAATCTACAAGGG +ATAGATTTTGGAATAGATAAATTATATAGCTTTGCTATATCTACAAGAGAACTGGCAGAT +AAACTTTTAGATATATATTCTTCCCAAGTAGCAGAAGAAACAAACTCTTTAATAACAAAG +CTTACTATACTAACTGGTATTGCATCTCCATTAACAATTATAACAGGTATTTATGGCATG +AACTTTAAATACATGCCAGAACTTAATTATCACTATGCATATCCTATTACAATTTTTTTT +ATGATTTTGATTATAGTTATAAGTTTACTGATTTTTAGAATTAAGAAAATACTATAA +>glyS +ATGAATAATTATCTTTTATTTGAAGTAGGGGTGGAAGAATTACCATCAAGATTTGTTAGC +AGTACTTTAGAACAAATAAAAAACAACTTAACTAAATTATTTAATGATAATAGAATAGTT +TTTGATGATATAGAAACTTATGGTACTCCAAGGAGATTAACTTTTGTTGTAAAAGGAATA +AGTGATAGACAAAGTAATCTAGAAGAAGAAGTAAAGGGTCCTTCTAAAAAAATAGCAGTA +GATGCAGATGGAAACTTTACAAAGCCAGCTTTAGGATTTATAAAAAGTAAAGGTTTAAAA +GAAGAAGATGTATACTTTAAGCAAGTAGGAAAAGACGAGTATATCTTTGGTACTATAAAG +CAAGAAGGTATAGAAACTAGCGAAGTTTTAAAAACTATATTACCAGAGGCTGTCAAAGCT +GTAACTTTCCCAAAAGCTATGCGTTGGGGTGGAAAAAACATGAGATTTGCTAGACCAATA +AGATGGATGGTTACTTTATTAAATGATGAAGTACTAGAAGTCAACTTAGAAGGTATAGTT +TCATCTAATGTTACAAAGGGACATAGATTCTTAGGAGAAAAAGAATTTACAGTAAATTCA +TTAGAAGATTACTATGAAAAGTTAGAGAAAAACTATGTAATACTAGATCAAAATAAGAGA +AAAGAACTTATTAAGAATCAATGTATAGAAGTTGCTAACTCTTTAGGTGGTGAAGTTGAG +TTTGATGATGACTTATTAGAAGAAGTAACTCATTTAGTAGAATATCCGACTGCATTCTAT +GGAGAATTTGATAGCGCTTATGCAAATCTTCCAAAAGAAGTTGTTACAACTCCTATGAAA +GAACATCAAAGATACTTCCCTGTTGTTAAAGATGGTAAGTTACTACCGAACTTTATAGCT +GTAAGAAATGGGAATGATTATAAGATAGATGTTGTTAAAGCTGGTAATGAAAAAGTTTTA +GTTGCTAGACTTGAAGATGCTTTATTCTTCTATAAAGAAGATACAAAGAAAAACTTAGAA +AGTTACATAGAAAAGTTAAAAACAGTTGTGTTCCAAGCTAAACTAGGAACAGTATATGAT +AAGACTTTAAGAATAGAAAAATTAAGTTCAGATATATTAGAATCTTTAAATTTAAATTAT +ATTAAAGAAGACGTTATAAGAGCAGCTAAGTTATGTAAAGCAGACTTAGTTACTGGTATG +GTATTTGAATTTACAGAGCTTCAAGGTATAATGGGGAGAGAATATGCCAAAGTTGGTGGA +GAAAATGAAGTAGTAAGTGAAGCTATATTTGAGCATTATTTACCAAGGTTTGCAGGAGAT +ATACTTCCTGAAACTAAAGCTGGTATAGCTTTATCTATAGCAGATAAGTTAGACTCAATA +GCTGGTTTCTTTGCTATAGGAATTCAGCCTACTGGATCTCAAGATCCATATGCATTAAGA +CGTCAAGCATTAGGTGTATTAAGTATATTAATGGATAAAAAACTAGATGTAAATTTAAAA +GATTTAGTTAATCATGCTTTAAATAACTATAACAACTTAGAGTTTAATAAGGAAGAAGTT +TCTACTCAAATAATGGAATTCTTCAAAGAAAGAATTAAGAATTTATTTAGAGATTTAGGA +ATAAGATATGATGTAATAGAAGCTGTATTAAGTTCTGAAATAAATGACATATCTGATATG +CATACTAGAGCTGTTGAACTTAATAATTGGTTATCAACTGAAGGCTTAGTTGAGATGCTA +ACAGCATTTAATAGAGTTTCAACTTTAGCTCAAAAGGCTACTTTATCTGATGTTAAAGAA +GACTTATTAAAAGAAGAAGCTGAAATTAAGTTATATCATGGATTCAAAGAAATAAAAGTA +AAAGTTGAAGAGTTATTAAAAGATAAAAAATATAGCGAAGCTTTAGATGCATTTGCATCA +TTAAGACCATTAGTTGATAATATGTTTGACAATGTTATGGTAATGGATAAGGATGAATCT +ATAAAAGAAAATAGATTAGCTTTATTAAAGCAAATTTATGATACTATGTTAAGTATATGT +GATTTATCTAAAATAGTTTACAAATAA +>clcA +ATGATAAGTAGTAAGAATAGAGTATTTAACATGTTAGAAAGAGTCCAAAATCTAAAATAT +CGTTTGGTAGGCGATTCTTTGATAGTAGGGGGAATGGTAGGATTAATTATTGTGATTCAT +AGATTAATTTTATCAAAGATATCACCTCTATTTCTAAAATTTTATGAAAAAGGTAGTACT +AATTTTGCTTTAATACCATTGATTTTTACCATACTTATAGTTACAGGTTATTTAGTTGGT +AAGTGTGTAAAAAAAGAGCCGATGATAAGTGGTAGTGGTATACCTCAGGTAGAGGGGATA +TTAACTAGAAAATTAAAAATGAATTGGTTAAGGGTATTATTTTATAAGTTTGTAGGAGGG +CTAATTTGTCTATGTGCAGGATTATCAGTAGGTAGAGAAGGTCCTTCTGTTCAAATGGGA +GCATGTGTAGGTGAAGGGATATCAAAAAAATTAAAAAATTTAGATAATGAAGAAAAGTAC +TTAATAACAAGTGGCGCTAGTGCAGGATTATCTGCAGCTTTTAATGCACCTATATCGGGC +GTTATGTTTGCATTAGAAGAAGCACATAGAAATTTTTCACCATTAGTTTTATTATCAGCA +ATGATAGCGTCTCTTAGCTCAGATTTTGTATCGAAACAATTCTTTGGAACAACACCTTCT +TTATATTTTGAAAAAATTCAGGAATTACCATTAAAGTATTATTGGTCTCTTATTATTATA +GGTTTAATAATAGGAGTAAGTGGTGTTATTTTTAATGCTGGAATATTAAAAACTCAAGAA +ATATTTAAAAAATCGAAATTTAGCACTGAAATAAAATGTATAATTCCTTTTGTGATTACA +GGTATAGTAGGATTAGTATATCCGATTTTATTGGGTGGAGGACATGACCTTATAATGGCT +TTGAAAGAGCAAAATTTTACAATTACAGTGCTATTAACATTTATAGTTGTCAAATTTTTA +TTTACATTTATTTGCTTTGGATCTGGTATACCAGGGGGGATATTCTTTCCATTACTTGTA +TTAGGAGCATTAGTTGGTAATTTAACAGGACTTATATTAACGAGCTACTTAGGAATAAGT +GAAGTATATATTATAAACTTTATTATACTGGCTATGGCAGGTCATTTTGCATCTATAGTT +AAAGCACCAATAACTTCTCTAATATTAATATCTGAAATGACAGGTTCTTTAGATCATTTA +TTATCATTAGCTGTAGTGGTGGTAGTTTCACAATTAACATCAGATATTTTGAATTCTGAA +CCTATTTATGAGAGCTTATTAGATAGACTTTTAGAAAAAACTTCTTATAGATGTGAAGTA +AATGAAAGTAAAAAACTATTATTAGAAGTAGCGGTACACATGGATAGTGAAATTGATGGC +AAATATATAAAAGATATATCATGGCCAGAGAATTGTTTAGTAGTTTCAATTTTAAGAGGC +AATAAGGAGATAATACCTAGAGGTGATATAGAAATAATTGGAGGAGATTATTTGACAATA +ATGACAGATGAAAAGATTTATTCGAATGTATTAGATAGTATTGAAATAATTTCAACAAGT +AGCTAA +>rlmL_2~~~rlmL_1~~~rlmL_3 +ATGAAGACGTATACGTTAATGTCACCTTGTTTCTTCGGGGTAGAAAAAATGCTTGCGAGA +GAAATAAAAGATTTAGGATTTGAAATAATTAAAACAGAAGATGGAAGAGTTACATATAAG +ACTGATGAATATGGTATAGCAAGAGCAAATATGTGGCTAAGATGTGCCGAAAGAGTTCAC +TTAAAAATAGCTGAATTCGAAGCTAAAAGTTTCGATGAATTATTTGAAGGAACAAAAAGA +ATAAACTGGGCAAAATATATTCCTTATGGAGCACAGTTTCCAATAGCAAAGGCGTCATCA +ATAAAGTCAAAGCTACACTCAACCCCGCATATACAATCAATTGTAAAAAAAGCTATAGTT +GAAAGTTTAAAGAAAAGCTATTTAGAAGACGGATTATTAAAAGAAGATAAAGAAAAATAT +CCTATTTATGTATTTATACACAAAGATAAGGTAGTGTTGTCTATAGATACAACAGGAGAT +GCCCTTCACAAAAGAGGATATAGAGAAAAAGCTAATAAAGCTCCAATAAGAGAAACTTTA +GCAGCAGCTATAATGTATCTTACTCCATGGAGACCAGGTAGAACTTTAGTAGATCCTATG +TGTGGTTCTGGTACTTTATTAATAGAAGCAGCTATGATGGGAATAAATATGGCACCAGGT +CTTAACCGTGAGTTTATCTCTGAAAAATGGAGAACTATGGATAAAAAAATATGGTGGGAT +ATAAGAAAAGAAGCTTATGATAAGATTGATGAAAGTACACAATTTAAGATATATGGTTAT +GATATAGATGAAGAAGCTATAAATATAGCGCGTGAAAATGCAGAACTTGCAGGAGTAGAA +GATTATATAGAATTTAATGTAGCGAATGCAGTAGATTTTAAAAGTGAGGAAGAATATGGA +TTCATAATAACGAATCCACCTTATGGAGAAAGGTTAGAAGATGCTGATAGTGTAAAAATG +CTTTATAAAGAACTTGGATACACTTTTAGAAAATTAAAAAATTGGTCTTATTACTTAATA +ACATCTTTTGAAGATTTTGAAAAAGAATTTGGTAAGGATGCTGAAAGAAAAAGAAAGCTA +TATAATGGGATGTTAAAAACTAACTTATATCAATATCCTGGGCCAAGACCACCAAGAAAA +AATGATTAA +>nagB +ATGAGAATATTAGTATGTAAAGATTATGAAGCAATGAGTAAAAAGGCAGCACAGGTTATA +TTGAGTCAGATAACTTTAAAACCAAATACGGTATTAGGTTTGGCTACAGGTAGTACTCCG +ATAGGAATGTATAAAAATTTAGTTGAAATGTATGAAAGTGGTGTAGTTGATTTTTCAGAT +GTAATTACTTTTAACTTAGATGAGTATTATAAGTTACCTATAACAAGCACTCAGAGTTAT +CATTATTTTATGCAAGAAAACTTGTTCAACCATATAAATATTGATCCAAAAAATGTACAT +ATACCAAATGGTATGACAGATAATGTAGACTATGAATGTGAAACATATGAAAATGCTATA +AAAGATGCAGGAGGAATAGATATACAAGTATTGGGGATAGGTAGAAATGCGCATATAGGG +TTTAATGAGCCAACAGTTAGTTTTGAAAAAGGAACTCATTTAGTAGACTTAACTCCATCA +ACAATAGAAGCAAATGCAAGATTTTTTGAGTCTATAGATAATGTACCTAAAAAAGCTATA +ACAATGGGGACTGGATCTATATTTAAGGCTAGAAAAATAATGATGTTAGCTTATGGTGAA +GGTAAGGCAGATGCAGTTTACAATACCGTTCATGGAAAAATAACTCCAGAAATACCAGCA +TCAATACTTCAATTCCACGGGGATATTGTACTGATTTTAGATCAAGAAGCAGCTAGTAAG +TTAGAACCTAGTGATTATAAATTAGTATAA +>group_1477 +ATGAAGTGGATATATAATAACTATGAATTTGATAATAGAATTAATAATTTAGCATGGACT +ATTTGTGGAGACTATAGTTACGATATAGATGTTTTAGAAATGGATTATTCATCAAAGGAA +GTTTCTTTATATTTTGGCATAATAGCAGGTGCTAGAAGAAAATATGTAGATTGGAATATA +GTAAAAAAGTATTTGATACATAGGATAAGTAAAGGTTATGAAAAAGATATAATATTAGAT +TTGGTACAAATAGTATTAAATAACTTAGTAGAATCTAAAGTTATTGAAGATAGGCCAGGT +ATAGAAGAGATAAGAGCCAAAGCCTATAGAGATATTATTAATAGATTTGCTAAAATATAT +AATGATAATATTTTGCAAAATATAAAATATACATTAATATTAGAGGGAATGGGAAAACAT +CCTTCTGTAGATGGATTAAGCCGTAGATTAATCAATGAAATTAAGAATATTAATTTAAAT +AATGAAATAATAGAGATATTAAAAGATGTAGATAGTATATATATAAAATACTTTAATACT +ATTGCTAATGACTTAGATAAAAATGAGCGAAGCGATTCGAAAGAATACAAGGAAATAGAT +ATAGATTTTGACACATTCTCTGATTTTATGTATGAAGAATTATATAGTGATGAATATGAG +GCATTTATTGAAAATGAAATTGATTCAATATCATCTTCTATGTTAGTAGAAAGTGTAGGA +GAAATTAAGTTATCAGATAGCAGAAATACATCTAATAGAGTTATCTATGTAGATGAAGAA +ACTGCTAGTAAAATTTATGAAAAGATAGAGTACTATTATGGTAAATCATATCTAAATAAA +AATGAAATTAAAAAAGTAGAAACTAAAAATTGTAGAAATATTCATGAAGGTTGCAGGGTA +CATTTTACTGAAGGTGTTTTAAGATCAGAATGTAAAAATGTATTTCAAGTAAAGTATGTA +ACTAGGCATAAAGAAAATAATTTAAAGAAATATAGAGAAAAGATAAAAATTTATAAAAGA +AATATTAATAAATTAACAGAAAATATATCTAGAATACTAATTGAAGAAAGTATAAATGAT +AGAGTTTACTCTGATTGTGGCACTATAGATGCAAATAGAGCATGGAGAGTTGGAAGAAGT +AGTAATAATAAAATATTTTATAAAGATATAGAAAATGAAAAGGGAAGGTATGTAATAGAT +ATACTTTTAGATTCAAGTGGTTCACAAAGTAGGAATCAATATAGAGTTGCAATACAAGCA +TATATAATAGCAAGTGCATTAACTATGGCTAAAATACCAAATAGGGTGACTGGATTCTCT +AGTTTTTTAGATTATACTATATTAAAAAGATTTAGAGATTATAAGGATCCTGTGAGCATA +AATGAAAATATATTTGAATATTTTTGTACAGGTAACAATAGAGATGGGTTAGCTATAAAG +TGTATATGTGACGGACTAATAGAAAGAGAAGAAGAAAATAAAATATTAATTGTTTTGAGT +GATGGAAAGCCTAATGATGTAAAGATAGGTGCAGAAAAAGAGAGAAGTATAAGAGGGGAA +TCTGCCTATAAAGGAAAAATAGCAATAAAAGATACAGCTAATGAAGTAAGGCTAGCGAGA +CAAAAAGGAATTTTAGTACTTGGAGTATTTACAGGAAAAGAAAATGAACTTACTGCTGAA +AAAATGATTTATGGAAAAGATTTTATATATACTAAAAATATAGAGAGATTCTCAGATATT +GTTTCTATGTATCTGAAGAAAATAATTAGAAATTAA +>pyrD_2~~~pyrD_1~~~pyrD +TTGGGGAGAGGACGTGATTTTCTAATGGCTAATTTAAATGTTAAGTTTGGAAATATAGAT +TTTAAAAATCCAGTAGTAATGGCATCAGGAACTTTTGGGTTTGGAAAAGAATATAATGAA +ATTTATGATATACAAAAGTTAGGTGGAGTTAGTAGTAAAGGACTTACTCTGCAAAAAAGA +GATGGAAATAATGGTATGAGAGTTTGGGAAACTCCATCGGGAATGATGAACAGTGTTGGT +CTTGAAAACCCTGGGATTCAAGGATTTATAGATAATGAGTTACAATTTTTTAAAGATTTA +GATTTTGTAAGAATAGCTAATGTAGGTGGAGGAACACTGGAGGACTACATAGAAGGCGTT +AAATTATTAAATGAGCAACCGGTAGATATGATTGAGCTTAATATATCTTGTCCAAATGTA +AAAGCAGGAGGAATGGCTTTTGGTATAAAAAATGAAGTAGCAAGAGATGTAGTAAGAGCA +GTAAGAAAAGTTACAGATTTACCATTAGTAGTAAAATTATCACCAAATGCTGAAGATATA +GTTGGAATGGCTAAAGTATGTGAAGAAGAAGGAGCAGATGGGATTTCCTTAGTAAATACT +TTTAAAGCAATGGCAATTGATATAAATAAAAGAAAGCCGGTATTTGAAAATGTATATGCA +GGATTATCTGGGCCCGCTATAAAGCCAATAGCGCTTAGAATGGTTCATGAAGTGTGTAAA +GCTGTAAATATACCAGTAATGGGCATGGGCGGAATAACAAATTGGGAAGATGCTATAGAA +TTTATTATGGCAGGAGCAACATGCATACAAGTTGGAACTGCAAACTTTATTAATCCTAAA +ATAGGCCTTGATATAATAGCTGGAATAGAAAGCTATATGGAGAGAGAAGGAATAGAAAGT +CTAGATGAAATAAGAGGAATATTATAA +>sasA_5~~~resE +ATGATGTTTCTATCTAATGTAGAAATAAGAAGATTTATAAAAGGATTTATAGGTGTATTT +TTAATTACGATATTATTGTCCTTAGGTGTTAGTTATATAAATGTAAATATAATTAAAGGA +AAGGTTATAGAAAATAATCAAGCAATATTAGGACAAATACTATCTAAAAATCCTGACTTA +GAAAATGAGATAGTAGATATAATAACTCAAGGTAAATCAAAAGAAAATATAGAATTAGGT +AAAGGAGTTCTTAACAAATACAATTATGATTCTAGTATTAGTTTAGAGTATGAACCAATT +ATAAGTTCAAGTATTAATGAAATATTTAATATAAATGTTTTATTTGTAATAATTATATTT +ATTTTATTTTTAATTTTATCTATATCTTATTTTAAGAAAATATATAGGGATATAAAGGAT +ATGACTGACTATGTTTATCACAGTTCAGAAGGACGAAGTTATGAAATGAAAAACAGAAAT +CAAGAAGGTCAAATAGGACTTTTAAAAACAGAACTTTTAAAGATGACTACTATATTAAAA +GAGAAGGTAGAGCTTTTAAATAATGAAAAGATATTTTTAAATAATACTATATCCGATATA +TCCCACCAATTAAAAACACCTATGACTTCGCTTATTATACTAAATGATTTAATGTATGAA +GATTTACCAACAGAAACTAAAATAGAGTTTTTAGATAAAATAAAGTCTCAGCTTACAAGA +ATGGAATGGCTTATAAAAAGCATGTTAAAGCTTTCTAAAGTTGAGGCAAAAGTAATTGAT +TTTAAAAATGAAAAAGTAAATATTAATGAATTAATACGAAAATCTGTTCAGCCAAGTTTA +ATTCCAATTGAACTTAAAAATATAGACCTTACTATATTTGGAAATGAAGAAGCTTATTAT +AATGGTGATATTAATTGGTCTACAGAAGCCTTAGTAAATGTAATTAAAAACTGTGTTGAA +CATACTCCTGTAAATGGAACTATTAAAATAAACTTTGAACAAAATCCACTGTATTCTGAA +ATAGTAATAAAAGATAGTGGTGAAGGTATAGATAAAAAAGATTTACCAAATGTATTTAAA +AGATTTTATAAAGGTAAGAGCAGTTCAAAAGAAGATAGCGTAGGAATAGGACTTGCTATG +GCAAAATCAATAATTGAGAGTCAGCATGGAGATATTTATGTGAAAAGTGAAAAAAATAAA +GGTGCTGAGTTTCATATTATCTTCCATAAAACCTACAGTGACTAA +>amaA~~~yxeP_1 +ATGAACAATTTTATGGAACAAGCTAAGTCAATAAAAGATGAGATTATATCTTATAGAAGA +CATATTCATAGTAATCCAGAGGTTGGAGCTGAATTACCTAAAACAAAAGCTTATGTAATG +GACAAGTTAAGAGAATTTGGATATGATCCTAAGGAAATATGTGAAAGTGGTATAGTTGCA +ACAATAGAAGGTAATAAACCAGGAAAAACTTTTTTATTAAGAGCAGATATGGATGCATTA +CCAATGGCTGAAGCTACTGCATGTGAATTTAAATCAACTAATGGAGCTATGCATTCATGT +GGTCATGATATGCATACAGCAATGCTTTTAGGAGCAGCTAAGCTATTAAAACAAAATCAG +GATCAAATAGAAGGTACTATTAAATTAGTATTTCAACCAGATGAAGAAGGATTTACAGGT +GCTAAGAAAATGATAAAAGCAGGTGTACTTGAAAATCCTAAAGTTGATGCAGCTATGGCA +ATGCATGTACACTCTGGAACACCTTCAAATGTAATACTATGTGGACTTGGAACTAGTATA +GCAGGATGTAATAGATTTAGAATTGTTGTAAAGGGAGTTGGATGTCATGGAGCTATGCCA +GAACTTGGAGTTGACCCAATAAATATAGCTGCTCACATATACTTATCTTTACAAGAAATA +ATAAGTAGAGAAATATCAGCTACTCAGTCTGCTGTTGTGACAATAGGTAAATTTGCAGGA +GGAGATGCACCAAACATAATACCAGGAGAGGTTGTTATGGAAGGAACCATAAGAAGTCTA +GACAAAAAAGTAGGAGAATTAATATTTAATAGAATGAATGACATAGTTACATCTACTGCT +AAAATGTTTAGAGGAGAAGCTGAGTTAATAGAGTTATCTTCAGTGCCTCCGTTAACAAAT +GATAATAATTTAGCTCATGAAGTTACTGATTATATGAAGGATTTAGTAGGAGAACAATCA +GTTGTATTATTTGAATCTGGAGGAATGGGTTCAGAAGATTTCGCTTCTTATTCATATGAA +GTACCAAGCGTATACGTTATGTTAGGAGCAGGTACAAAACAGGAAAACCCTTTATTTGGA +GAACCAATGCACAATGAAATGGTAGTGTTTAATGAAGATATATTACCAACAGGAGCAGCC +ATGCATGCATATAGTGCTATAATGTGGTTAAAAAATAATAAGTAA +>pheT_1~~~pheT_2~~~pheT +ATGTTAGTATCTTTAAAATGGCTTAGAGATTATGTTGATATAGATATGGACACTAAAGAG +TTTGCTGATAGAATGACTATGACAGGAACTAAAGTGGAAAAAGTAGATTTCTATGGAGAA +GAAATAGAAAATGTTGTTGTCGGTAAAATATTAGAAATAACTAGTCATCCAAATGCTGAT +AAGCTAATAGTAACTAAAGTTGATGTAGGAACTGAAGTTATACAAATAGTAACTGGAGCG +AAAAATGTATCTGTAGGAGACTATATACCAGTCGCAAGAATCGGAGCTAAATTACCTGGC +GGAATAAAAATTAAAAAAGGTAAATTAAGAGGAGAGCTTTCAGAAGGTATGATGTGCTCT +GCTGAAGAGCTAGGAATAGATGAACATTTTATAGCTGAACATAAAAAAAATGGAATATAC +ATATTAGATCACGAAGATTCTTATGAATTAGGAAAAGATGTAAAAGAAGTTATGGGAATA +AATGATGCTTTAATTGAGTTCGAGCTAACATCAAATAGACCAGACTGTAGATCTATGATA +GGTATAGCTAGAGAAGCAGCAGTAACTATAAATTCTGAGTTAAAATACCCAGAAATAAAT +GTTAAAGAAGAAGGAGAAGATATAAACTTCGATATAAAAATAGAAAATGAAGATCTTTGT +AAAAGATACTGTGCAAGAACAGTTAAAAATGTAAAAATAGGTCCATCTCCATACTGGATG +CAAAGAAAGCTTATAGAAGCAGGTGTTAGACCAATAAGTAATATAGTAGATATAACTAAC +TATGTAATGTTAGAGCTTGGGCAACCTCTTCATGCATTTGACTTAAGCAAATTAACTACT +GGCAAAATAGTTGTTAAAAATGCTAGGGAAGGAGAAAAATTCACTACTTTAGATGAGGTT +GAAAGAACTTTAGATAAAGATATGTTAGTTATAACTGATGGTGAAAAATCTTTAGCACTA +GCGGGTGTTATGGGTGGACTTAATTCTGAAATAGATGATAATACTACAGAAGTTTTATTA +GAAGGTGCAAGCTTTAAGCAAGAGAACATAAGAGCAACTTCTAAGAAGTTAGGCCTTAGA +ACAGAAGCATCAGGAAGATACGAAAAAGGTATAGATACAAATCTTGCTGAAGAAGCTGTA +AATAGAGCTGCTCAATTAATAGAAATGTTAGGTTGCGGAACTGTTGATAAAGGAATAGTT +GATGTATATCCAACTAAGCCAGAAACTAAAATATTAGTTGTTAATCCACAAAGAATAAAT +AAATTATTAGGTGTAGATGTGCCTATGGATCAATTTGTTGGAATATTAGAATCATTAGAA +TTTAAGTGTAACTTAGTTTCTAGTGAGAAATTAGAGATAGAAGTTCCAAGCTTTAGATTA +GATATGGAACAAGAAGCGGATGTATTCGAAGAAATAGCTAGAATATATGGATTTGAAAAT +ATACCTTCAGCTCAATTAGAAGGAAATGCAACTGCTGGAGTAAAAACATCAAAGCAAAAA +TTCATGGATAGCGTAAAAAATACTGCAACTTCTATTGGATTAAATGAAATATTAACATAT +TCATTTGTAAGCCCAAGAGGGGTTGATAAGATACAACTTCCAGAAAATGATCCAAAGAGA +AACTTTGTAACTCTTATAAATCCATTAGGTGAAGAAACTTCAGTAATGAGAACTACGATG +ATGCCGAGTATGCTAGATGTATTATATACAAATATATCTCGTAAAGTAGATAGAGCATAT +GCATTTGAATGTGGGCATACATTTACACCACAAAATGGATTACCTCAAGAGCATAACCAT +ATATGTATAGGAATGTATGGTAAAGAAGTAGATTTCTTCGCATTAAAAGGTGCAATAGAA +ACAATAGCTAAAAATGTTGGATTTGAAAATTATGAAATAATACCAGAAAAAAATAACTCA +ACATTCCATCCAGGAAGATGTGCTAAAATAGAGTATAATGGAATGTACGTGGGTACATTT +GGAGAATTACATCCAGATGTAATAGAAAACTACGGTTTAGGTCAAAGAGTTTATATAGCA +GAATTAGACCTTGATATAATGTTTGAAAACTCAAGTACTAATATAGTTTATAGTCCATTA +CCAAAGTTCCCATCTACTTCAAGAGATATAGCTTTAATAGTTAGAGATGAAGTGTATGTA +AAAGATATAGAAGATATAATAAGGGCTAATGGAGCAGGTCTTGTGGAAGATTATAAATTA +TTTGACGTATATAAAGGTGCACAAATAGAGGAAGGTCATAAGTCTATAGCGTATTCTATA +ACTTATAGAAGTAAAGAAAAAACATTAACAGATGAAGATGTGGCTAAAGTGCATGACGTA +ATATTAAAAGAATTAGCAGAAAATTTAAATGCAAATTTAAGATCAAACTAA +>ydaD_2~~~ydaD_1~~~ydaD +ATGTATCCAGTTTATAAAAGTATAGGCACAAAAGAAAAATGTGAAGAAGTAAAGATATTA +TTTCCGTCTCAGCATCAAAATTGTCAGCCAGGTTTAGAGTATCTTATGAACCCCAGACCT +ATATCTGATAATCCATATTATTGTGGAAGTTGTAAATTACTTAATAAAGTAGCTATTATT +ACTGGTGGAGATAGTGGAATAGGCAGAGCTGTAGCTTATGCTTTTGCTAAAGAAGGAGCA +GATATTGCTATTTCTTATTTATGTGAAGATGAGGATGCAAATGAAACTAAAGCTTATATA +GAACGTTTGGGAAGAAGATGCTTACTAATACCAGGTGATTTAAGAGATGAAGAGATGTCT +AAGGTTGTTGTTGAAAAAACAATACAATGCTTCGGTAAAATTGATATCTTAGTGAATAAT +CATGCTGTGCAATTTATTCAAAGAAGTATACTAGATATAAGTGCAGAACAATTAGATGAT +ACATTTAGAACTAATGTATATGCCTTTTTTTATATGACAAAGGCAGCTCTTCCATATTTA +AAAAAAGGATCAAGTATAATCAATACCACTTCTATTACAGCTTATAGAGGTGAACCATTA +CTTATAGACTATAGCGCAACTAAAGGTGCTATATTAACATTTACAAGATCACTTTCACAA +TCTTTGATGGATGAAGGTATAAGAGTAAATGGAGTAGCTCCAGGACCTATTTGGACTCCT +TTAATTCCATCATCTTATTCAGCAAAGGAAGTAGAGACATTTGGTAGTGGAACTAGTAAA +GTTCCAATGAATAGAGCGGGTCAGCCATTTGAAGTTGCAACTAGCTTTGTATTTTTAGCA +AGCGATGATTCTAGATATATGTCCGGCCAAATTCTTCACCCTAATGGTGGAGATATAGTT +GGTTCTTAG +>group_941 +ATGAATAACAATGCAGATTTTTCAAAGGGAAGTTTATTTCCTCTAATTTTAAAATCTTCT +ATACCAGCTTCTGTATCATTATTAATTACAACAATTTATAATATAGTGGATAGAATATTT +GTTGGAAATTATGTAGGGAATACAGCCTTAGCATCATTATCAATATGTTTCCCATTATCA +TTTATGATGATAGCTTTTGGATTAATGTGTAGTGTTGATGGATCAAATCTTTTTACTTTA +TTTAGAGGTAAAAATGAAGTAGAAGAAGCTAATATTTCATTTGGAAACACATTTATAATG +ACTATATTTTTTGAGCTACTACTAACTCTTCTGTTATTTATATTTGCGGATAAATTTTTA +TATATATTTGGAGTAGCAGAAACTACTTATGATTTATCAATGCAATATTATAAAATAGTA +TCAATAGGATGTATATTTCAAGGATTAACATTAGTATTTTGTGATTTTGTTAAGGTTTCA +GGGAAGTCTATATTAGGTATGATGGTAACAGGAATAGGTGCTGTAGCAAATGTAGTTTTA +GATTTAGTTTTTGTAGTATTTTTAGATTGGAGTGTTTAA +>group_348 +ATGAATACAAAAGATATAGTACTTATAGGATTACTTGCAGCACTTTTGAAGTCTTCTCAA +GCCGTACTAAGTTTCTTGCCAAACATAGAGATAGTAAGTTTATTAATACTTATATTTTCA +ATAAGACTAGGTGCTAAAAGGACAATCTACATAACAGTATTATTCTCAACATTAAATATC +ATGATTTGGGGACTTAGTCCTGCTACTATTGGGTATTTTTTTGTATGGAGTGGATATAGT +GTAGTTTGTAGTATTTGTAAGAGATTTTTAAATAAAGATATAAATGTAGCCATATTTTTA +GGTTTCTTTGGGCTTATATTTGGAGCTTTATTTGCACTTATATACTTACCTATGGGATAT +CCTTATGTACTTACTTATTGGATAAATGGTCTGACATTCGACATTATACACACAGTGTCT +AATTTTATTATAGGCCTTTGGGCATTTAATCCGGTATTAAATGGATTTGATAGATCTATG +AAAATGGTTTATGGCAAAAATATTGTAGATAATAAACTATAG +>group_1402 +ATGGAAAACATAAATAAAAATGCAAAGATAATAGGAATAGGTAACGAAGGAATAAGCAAC +CTAGAATCTATATATAGTGTAGTTAAAGAAAATGTGGATACTGAAAAAATAAACATCAAT +CAAGATGTAGACAAAGAATATGTTAGACAATTATTAGATGGAGTAGATATATTATTATTA +ACTTACTCAACAGAAGATAAGAGAGCGGTAGACATAGTAAAAGCAATATCATTTATGGCA +GGAGAAAGAAGAGTATTAAGTATAGGTTTAAACTCTTCAGAAAAAGAACATAAAGAAGAG +TTAGGATTAAATCAAGAATTCTTAATAAATGAAGAGAACTGTAATGAAATAATGAATATA +ATAAATCTTATGATAGAAGCTGTATCTGACTTCTGTATGATAAGTATAGACTTAACTGAC +TTAAAAGAGCTTTTTGCAAGTGAAGGTGGGATAAAATACTCATTCAATAAATTTGACACA +AGTAAAAGTGAAGTAGAAATAGCAGAAGAACTTATAAGTAATATAAAAGAAGTAGGAAGT +GATTTTATAGAAAAGAAAGGAATACTATTTGTAGAAATGAATAACAGTGAAAATGCAATA +GTATTCTTACACAACGTTTTAACGGCAATACAAGAAAAATCTGCTTCTACTTATGAGATA +ATATTCTCATTATATATGAAAGAAAGCAGTAAAGATGAAGTTAAATTTGGATTAGTATAT +AACTAA +>murE_2~~~murE_1 +ATGAATCTTGGTAAGATTTTAGATAAGGTTGATATATTAGGCATATATGGAGACGTTGAT +ATAGATATCAAAAATGTTGAATTTGACTCAAGAAAAATTAAAAAAGATGGGTTATTTATA +TGTGTTAATGGAGCTAATGTGAATGGACATGCGTTTATAAATAAAGCTATAGATAATGGT +GCAAAGGCATTTTTAATAAATGAATATGTGCAAATGATAGAAGGATATACATTTATTAAA +GTAAAGGATATAAAAGAGTCAATGGCAAAAATAGCTAGTAACTTTTATAATAATCCAAGT +AAAAACTTAGAGTTAATAGGTGTTACGGGAACAAATGGAAAAACAAGTATAACTACATTT +TTAAGCCAAATTTTAAATATTGATCATAGATGTGGTTTGATAGGAACAATAAAAATATAT +GATGGAAACTGCGAAATAGTTTCTCAAAATACGACTCCTGAGTCTTTAGATTTACAAAAG +GCACTTTACAATATGTTAAAAAATAAATGTGAATATTGTTCCATGGAGGTATCATCACAT +TCCCTAGCATTAAATAGAATTGATGGGATCGATATCCAAATAGGTATATTTAATAATTTA +ACAGAAGATCACCTAGATTTTCACAAGGATTTAAATGAATATAGGAATGTAAAAGAACAA +TTATTTTATAAAACAAGTAAAGCAAATATTATAAATATAGATGACGAATCAGGAAGAATG +ATTTTAGATCATATAAAAGATTTAAATATACCACATTATACATATGGTATAGAAAGGGAT +GCAGATTTTATTGCAAAAAACATAGAGATGGACTCTAATGGGGTATCTTATACATTAGTA +ACACCTACATATGAAGCTAAAATTAGAGTGCCAGTACCTGGTAAGTTTACGGTATATAAC +ACATTAGCAACCATAAGTGCTTGTTATATTTTAAATATTTCTATAGATACAATAAAAAAA +GGACTTGAAAATTCAAAAGGCATAGAAGGCAGATTTGAACTTGTAAAAAATGATAAAGGA +TACAATGTAATAGTTGACTATGCACATACACCAGATGCTCTAAAGAATATTTTAAGTGCT +GTGAAAGAATTTTCTAAGGGAAAGATAATAACTGTTTTTGGATGTGGCGGAGATAGAGAT +AAACAAAAAAGACCTATAATGGGAAATATAGTACAAGAAAACTCAGATATAGCAATAATA +ACATCAGATAATCCGAGAACTGAAAATCCAAAAGAAATAATTAATGATATTTTATATGGA +ATAAATAATAAAATAAATAACTATGTAGTAATAGAAGATAGAAAAAAAGCAATAGAAAAA +GCTATATCTATAGCTAAAAAAAATGACATAGTTCTAATAGCAGGAAAAGGGCATGAAACT +TACCAAATAATTGGCAAAATTAAATATGATTTTGACGATAGAAAAATCGCTAAAGAAATT +ATAAATACGATAGATATATAA +>group_350 +ATGAGACATTATCTTAATTATCCTATCATATTTTCTAGTAGTGGGGGAATAATTGGAGGT +ATACTTGGTTTAGTTGTTCAGAAATATATATTTGATTTATTCTTAACCTTTCTCCCTATA +CCAATAGCAAAATTATCATACAGTCCTATTTATTTTATATTAGGTATAGTTTTAAGTATG +GTATTTTCAATTATTGCAAGTTATTTATCAATTAACAATGTACTAAAATCATCACCAGTA +TCTTTAATGAAGAATGAAGGCAAGCAACAGAAAGTTAATTTTATTGAAAGAAAATTAAGG +TTAGATAAATTTAAATTTAAGAATAAATTTGCAATCAGAGAGCAGTTAAGGTCAATATCC +CGTTTAATATTTATGGTAGTGGGAGTTTGTATAGCAACAGTTCTTTTAATGTATGGATTT +ATCGCTAAATGTTCTATGGATTATATGGTAAATCAAGAAGGGAATGATGTATTTAGTTAT +AAATATGAATATATATTAAAGGAATTAAGAAATGAATCACCACCTAAAGGCGGAGAAGGA +ATTTCAGGAGTTAAGTTTGTTCTTGATAGTGAAATGAATGATGATTTTGAACTGATAGGT +ACAAATGATAATTCACAGATGGTTAGTTTAAAGGATAAAAATGGAAATGAATTAAGTGTA +GGTGATGATAAATTTATTGTAACATCTACAATGGCGAAAAAGTATAAACAGAGTATTGGA +GATGAATTATCTTTTATTAATATAGTTAATGATAAAGAATACTCTATAGAAATTTCTGAT +ATCGCAAAGACAAATGCAGGAGACTATGTGTTTACGTCCTTAGATAGTTTTAGCGAAATA +ATGGGCTGGGAAAAAGGCGAATATAATGCAATTATATCAAAATCACATATTGATATTAAT +AAAGATTTGATATATATGATAAATACACCAAGCAACTTAACAAATATGTTAAAAGATTAT +ATGCAATTAATGTCAGCCTTTATATATGGAATAGCATTTGTAGCATTTATCATAGGAGTT +ATTATCATATATATTGTGGCATCTATAAGTATAGATGAAAATAAAAATCATATTGCTCTT +ATGAAGGTGTTTGGATATAAAAAGAAAGAGATAAATTCACTGATGTTAAATGGTTCAAGA +ATTTATGTAATACTTGGATATATTATGGGTGTTCCTATAGGATATTTTATAAATAAATTA +ATATTTAAAATCTTTGAATCATTAGATATAGAATTAGAAGCAAAACTTAATTTATTTTAT +GTAATAATAGGTTTTGTAATAATAGCTATTACATTTGAAGTATCAAAATTTTTCTGTGCA +AGAAAGATTAATAAGATAGCTTTAAGTGAAGCTCTTAAAACACAAAACGAGTAA +>hgdC +ATGAACGAAGTTTACAATATTGGTATAGATGTAGGGTCAACTACAGTCAAAGTAGTTGTC +TTGAAAAATGATGAAGTTATATATAAGGAATACACAAGACATTATTCCGATGTAAAAAAA +TCAGTAGGTAATGTACTAAAAAATATCTATAAGAATTTAGGTAATATTAAAACAAGCATA +TTAATGACAGGTTCTGGCGGAATAGATATTGCAAATGATATAAATGTAAAATTTGTTCAA +GAAGTAATAGCTAGTACTAAAGCTATTGAAACTTATAATCCTAATGTAGATGTTGTAATA +GAATTAGGAGGAGAAGATGCTAAGATTACTTATTTAACTGGTGGAATAGACCAAAGAATG +AATGGTATCTGTGCAGGTGGTACAGGTGCATTTATAGATCAAATGGCATCTTTACTAAAA +ACAAATGCTAATGGATTAAATGAACTAGCTAAAAATTACAATGTTATATATCCTATAGCA +TCACGATGTGGAGTTTTTGCTAAAACAGATATTCAGCCACTTATAAATGATGGTGCCAGT +AAGAGTGATATAGCAATGAGTATTTTCAATGCAGTAGTTGTTCAAACTGTTAGTGTTTTA +TCTTGCGGAAGAGAAATTAAAGGAAAAGTTGCTTTCTTGGGAGGACCTTTGTATTTCTTA +TCAGAGTTAAGAAAATCATTTATAATGAATTTGAAATTAGAAGAGGATGATATTATATTT +CCTCAAGATGCTCAGTTGTATGTTGCAATAGGGGCTGCAATATTATCTCAAGAAGAAAAG +ACAATAGATTTAAGTAATCTAATAAATAATTTAGAAATAAATAATAATAATTTTAATACT +AATCAAAAAGAATTAGAGCCTTTATTTAATAACGAACAAGAGTATAAGGATTTTATATAT +AATCATGATAACACAGTAAATTATAAAGATATTACAACTTATAAAGGAAGATGCTTTTTA +GGAATAGATGCTGGTTCAACAACTACTAAAGCGACTTTAATTGATGAAGAATGTAATATA +CTTTATTCATATTATGGTAGTAATGAAGGGAAGCCTTTAGATGCTGCTATTTATATTTTA +AAAGAGATATATTCAAAACTACCTAATGAAAGTGAAGTAGTCTACTCTACTGTTACTGGA +TATGGAGAAGGGCTAATTCAAAAAGCTTTAAATATTGACAAAGGGGAGATAGAAACAATT +GCACATTATAAAGCAGCGAAGTATTTTAATCCTAATGTTGACTTTATATTAGACATTGGA +GGACAAGATATGAAATGCTTAAAAATTAAAAATGGTGTAATTGATAGCATTATTTTAAAT +GAAGCTTGTTCCGCTGGATGTGGATCTTTTTTAGAAACATTCGCACACTCTCTTTCAATG +ACTATAGAAGACTTCTCACAAAAAGGTATATATTCTAAAGATCCAATTGACTTAGGTTCT +AAATGTACAGTTTTTATGAACTCTAAAGTTAAACAAGCGCAAAAAGAAGGCGCAAGCATA +TCAGACATATCTGCAGGGTTATCTTATTCGGTAATAAAAAATGCTCTTTTTAAGGTTATT +AAGTTACATAACATATCTGACATTGGAGAAAATATAGTAGTTCAAGGTGGAACTTTTTAC +AATAATTTAGTTCTTAGAGCCTTTGAGAAACTTATTAACCATAAAGTTACTAGAACAAGT +ATTTGTGGGATTATGGGAGCTTATGGAGCTGCTTTGATTTCAAAAGAAGAATATAAAGAA +GGATATAAAAGTACTTTAATAAATAAAAATGAACTTAAAAGTATTAATTATACTTCAAGT +GTACATAGATGTAAAGGTTGCGCTAATAAGTGTTTACTAACAATTAATGAATTTAATAAT +AATGAAAAATATATCTCTGGTAATAGATGTGAAACTGGAGAACTACTTTATACTAATAAA +AAAAGTAAAAGTAAAGAAGAATTAAATTTATTTAAATACAAATATAATAGATTATTTAAA +TATAAACCTCTAAATATAGAAAATGCACCTAGAGGTGAAATCGGAATACCAAGAGTATTA +AATATGTATGAAGATTATCCTTTTTGGTTCACATTTTTTACAGAACTTGGATTTAAAGTT +ACTATTTCAAATAGGTCTTCAAAGAAAATGTATGAAAAAGGCATTAGTTCTATAGCTTCT +GATACTGTTTGCTATCCAGCTAAACTTGTCCATGGTCATATAGAAAATTTAATAGAAAAG +AATATTAAAAACATATTTTATCCATCAGTAGTTTACGAAGTAGAAGATGATAAAACCAGC +GATAATCATTTTAATTGCCCCGTCGTTATTTCATACTCTGAAGTTATAAAAAATAATATG +GAAAATTTAAAGTTTAAAAATATAAATTTTATAAATCCATTTGTTACTATTAATAATAAA +TCAAAGTTAAAAAAGGTTTTATATAAAGAATTTCAGAAGTATTTTAATATACAAAAATAT +GAAATAGATAAAGCTGTCGATATGGCAACAAAAGAACAAGAAAGCTTTAAAATAGATATT +AGAAATGAAGGAGAAAAAGCCTTAAAATATATAAAAGAAAATAACTTAAAAGGAATTGTT +TTATCTGGTAGACCTTATCATTTAGATCCAGAAATAAATCATGGAATACCAGAGCTGATA +AATTCTTTAGATATGGCAGTTTTAACAGAAGATTCTATCTGCCATTTATCAAACTTAAAA +AGACCTCTAAGGGTTGTTGATCAATGGGTATATCACTCAAGGCTATATAAAGCAGCGGAC +GTCGTAAAAAATACAAATTATTTAGAATTAGTTCAATTAAACTCATTTGGATGTGGAATA +GATGCTGTAACAGTTGATCAAGTACAAGAAATATTACAGGAAAAAGGCAAGATTTATACA +GTAGTAAAAATAGACGAAGGAAATAATTTAGGTGCTGTTAAAATAAGACTACGTTCCTTA +AAAGCTGCTATAAAAGAAAGAGAATTAAATAATATTAAAGTAGAAGATATAGAAGAAAAA +AGAATTGAATATAAAAGAAGCCCAAAAGACCCATTAAAGAATACTATTTTAGTACCACAA +ATGTCTCCTATTCATTTTGAATTATTTGAAGAAGCTATTAACTTAAGTGATATAAACCTT +AAAGTAATAAAAGACTTAAGTAAAGATGTCATAGATGAAGGCTTAAAATATGTAAATAAT +GATGCTTGTTTTCCAGCTATTATAACAATAGGTCAATTAATAAAAGCTTTAAAATCAGGA +GAATATGATTTAAATACAACATCTGTTGCTATAACTCAAACTGGTGGAGGATGTAGGGCT +ACTAATTATATAGGATTTTTAAGAAAAGCAATAAGAGATGCGGGATTTGAAAATGTGTCT +GTAATTTCTCTTAATGTAAATGGACTTGATGGACTAAACATTACTAAAAAAATATCACTT +AAGCTTATTAATAGACTTTTTATGTCATGTATATATGGTGACTTATTAATGAGAGTTCTA +TATAAAGTAAGACCTTATGAAAAGAATAAGGGAAGTTCAAATGAGCTATATAGAAAATGG +ATGAATAATTGCAAAGATTCTTTAAAAGAATGTAAGGTATCTAAATTTAAAGAAAATGTA +AAAAGAATAATTCAAGATTTTGATAATTTAGAGATATTAGGTATATCAAAGCCAAAGGTA +GGCTTAGTTGGAGAAATACTAGTTAAATTCCATCCAATAGCAAATAATAATTTAGTTGAT +ATTATAGAAAGTGAAGGAGCTGAAGCAGTAGTTCCAGATTTAACTAACTTCTTCCTTACG +TGTGCATATAATACAATCTTTAAAAATAAATATCTTGAGGGAAGTTTTAGAAATAAATTA +ACTGGAGAGTTCTTTATAAAAATAATAGATATGTATCAAAGTGTATATAAGAAAGAACTT +GATAATAGTAGTAGATTTTCATCTCCACAGCATATCAAGGTTATGGCAGAAAATACTTCA +TCAATAGTATCATTAGGAAATCAAACTGGAGAAGGTTGGTTGCTTACAGGTGAAATGATT +GAGTTAATACATGAAGGCATTAATAATATAATATGTATGCAACCATTTGGATGCTTACCA +AACCATATTATTGGTAAAGGAAGTATTAAGGAGTTAAAAAGGATTCATAGTAGTGTAAAT +ATAATACCTATAGATTATGATCCATCAGCAAGTGAAGTTAATCAGCTTAACCGTATTAAG +CTAATGTTATCAAAAGCTTTTAAAACAATGGAAAGTCCAAATGAAAATTCAAATAATAAT +ATTAACATGTCTATTAATGAATATAAAAAATACACTATTAATTTAGAAAAATTAAAAGTT +GAAAATTAA +>group_1495 +ATGATAAAAATAATATGCGATAGTATATCGGATTTACCAATAGAGATAATAGAAAAATAC +GATATTGAAATAATTCCTTTAACAGTTCTATTTAACGGAAAGGAATATTTAGATGGAGAA +AATTTATCTAATACAGAATTTTATAAAATGCTTAGAGAATCAGACTCTATGCCTAAAACA +TCTCAAGCTACTTATGCTCAGTTTAAGTCTGTTTTCGAAAAATACAATGACAAGGATATA +TTATATATAGCAGGTTCATCTTCAGCTTCAGGAACATATCAAAGTTCTATAATAGCTAAA +AATGATGGCCATGATAATGTAACTGTTTTTGATACTCAAAATCTTTCAATAGGAAGTGCT +TTATTCGTTATAAAAGCTTGCGAAATGGTAGAAAAAGGCTATTCTATAAAAGAAATAGCT +TCTAAATTAGAGGAGCTAAAAAGCAGTGAAGAAGTTATATTTTCAGTTGACAATTTAGAG +TACTTAAAAATGGGAGGTAGAATTTCTTCTACTAAAGCAATTTTAGGAAACTTATTATCA +ATAAAACCAATACTAGAGGTAAAAGATGGTCTAGTTGCTCAAAAATCTCAAGTGAGAGGA +AAAAAGCAAATCTATTCAACTTTAGTAAATTCATTGGTAAATAAATATGGTAATGATTTA +AGTAATAGGACTATTATTATAGGTGCAGGTGACAATGAAGATGATTTCAATATACTTAAG +GAAACTTTACTAAAAGAAGCTACTGTTAAAGAATTATACTTTGTTAATATAGGATGCGTT +GTATGTTCTCATTCTGGTCCTGGAATAGTAGGTATATCTTGTATGTAA +>group_1459 +GTGAAAAAAGCTAGTCATTTAGTGATATTTACAATTATATTTTTTATGTTTACATCAGTA +TCTTTTGCTAGAGCTGGCGGAGGTGGTGGTGGATCTGGAGGCGGTTCAGGAGGTTCGGGA +GGAGGTTCAGGAAGTCATGGCTCGAGTTCTAGAGCTGAAAGTGTAAATCCAATCTCTGGA +GCTATAACAATGGTAGTGATGACAACTTCAATGATTATAATGCAAAGAACAAATAATATA +CTTTGCAGCCTTAAAATCATAAAAAAGGAAAAGAAATGTAAACAAGTTTTAAATGAGTTA +CGTGTAAATGACTCTAATTACGAATTAGATAAAATAAATAAAGATGTAGAGGCTACTTTT +TATATAATGCAAAAGGCTTGGACTGAGATGGATCAAGATATAGCTATAAACTATTCTACT +GAGAAACTTTATAATAATCATAAGACTAAACTTGAGTGGATGAAAGTAAGAAATGAAAGA +AACATATTGAAAAAAGTAAAATTATTATCTATTAGAGTCTTTGGTATGGAAGTTGATAAG +GTAGAAAATACAAGAAGTATATGGGTAGCTATAAAAGGGGCTATGATAGATTATACAGAG +AAAGATAAAAAAATTTTTGAAGGTAATAAACATATTCCTGCATCATTTACAGAATATTGG +AAGTTTAATAATGTGAATGATAGATGGATACTAGATGAAATAAAGCAAAGTGGGGATATT +TCAGAATTAGAAGAGATTAGTATAATAGAAGTTTAG +>amiC~~~cwlC_1 +ATGAAATGGTACTTAGACTTTGGACATGGAGGAAAAGACCCAGGAGCACTAGGTCAAAAT +AAAACTAAAGAAAGTGATACAGTTCTGAAAATAGGGCTTCAAGTAAAAAATACCCTAGAA +AAATCTAATGAAAAAGTAATAACAACACGTCAAAATGATACCTACTACTCACTAGACTAT +AGAAGCTCAAAAGCAAACAAAGAAAACTGCGACTACTTTATAAGCATTCACATGAACTCA +TCAACAAACAAAACTGCAAAGGGATGCGAAGTGTGGGTATATGATAAAAGCAGCAAACTA +TACAACCTAGCTAATAAATTATCTACTAATATATCAAGTAAAATAAATACACCTAATCGT +GGAGTAAAAATATCAAAAGAATTTTCCGTACTTAGAAAAACTACAATGCCTGCTCTGCTA +ATAGAAATAGACTTTATATCAAACAGCACAGTTGAAAACAACCTAACATCATCCAGATAT +ATAAAAGACATAGCGGATACAATATCATCTACTCTACTATCATTTGTAAATAAATCAATA +AGTAATGATGTTGTTTTTTATAGAGTTTGTATAGGAGCTTTCAATGATAAAAACAACGCT +ATGAAACTACAAAATGAAGCAATCGCTAAAGGATTCAAAGACACCTATATAGTAGTAAAG +TAA +>ppdK_4~~~ppdK_1 +TTGGTTTATGTAGAACTGAGCATATGTTTTTTTGAAGAGGATAGGATACCAGCTGTAAGA +GAAATGATTTTATCTAATACAGAAGAACAAAGATTGATATCCTTAGAAAAGTTATTACCT +ATGCAAATAGATGATTTTGTGAAAATCTTTGAAGTAATGGAAGGAAGACCTGTAAATATA +AGATTGTTAGATCCACCATTACATGAATTTTTGCCAAGTGATGATGAAACAATAGAAGAA +CTTGCAAAAAGTATGAACATAGAAACAAATGATATTAAGAAACGAATTTTAGATTTAGAA +GAATTTAATCCAATGCTAGGTCATAGGGGATGTAGAGTTGCTATTACTTATCCTGAAATA +TATCAAATGCAAGCTAAGGCTATAATAGAAGCTGCAATAAAGGTTACTAAAGAGGGTGTT +AAAGTGTCACCTGAAATTATGATTCCTTTAGTAGGAGAAGTAAAGGAACTTAAGAATATA +AGAGAGTTAGTCATAAAAACTGTAGAAAATACTATAAAAGAAGAGGGTTTAAAAATAGAT +TATACAGTAGGTACTATGATAGAAATACCTAGAGCTTGTTTAACTGCAGATGAAATAGCT +AAGGAAGCTGATTTCTTTAGTTTTGGTACTAATGACCTAACTCAAATGACTTTTGGATAT +TCAAGAGATGATGCAGGTAAGTTTTTAGGTCAGTACATGGATAAAGGTATATTAGATAAA +GATCCTTTCCAAGTGTTAGATCAAAAGGGTGTAGGAAAATTAATTAAGATGGCAACTAAG +CTAAGTAAAGAAGTTAATCCTATTATCAAGTTAGGTATATGTGGAGAACATGGTGGAGAA +CCATCATCAGTAGAGTTTTGCTATAAAATGGGTCTTGATTATGTATCATGTTCGCCATTT +AGAGTGCCTATCGCAAGATTAACTGCAGCCCAAGCGTTTATAAAAAATATGAGATAG +>lysN +ATGGAAAAATACATTTTAGATATAAATAAAACTTCTAGCAAATACCTGCAAATTTATAAT +CACATAAAAAAGCTTATAATAAATAAGAATATAAAAGAATATGAAAAACTACCGCCAATA +AGGAAATTATCTGAAGCTATAGGAGTGAATAATGCAACTATAGTTAAAGTATATGAACTT +CTAGAAAATGAAGGATATATATATAAGGTAGTTGGAAGTGGAACTTTTGCATCTAATTTA +AAGGTAAAGAAAAATCATAAAAAAGAAAAAGATATTATACACTTTGATAGTGGTAATCCA +TCAACAGATATGTTTCCTATAGATGATTTCAAAGAAGCAATAAATATGGCTTTAGCAAAT +GAAGGTTCATCAATATTTGAGTATGATGAAGGATTAGGATCAGAAGATTTAAGAGAAAAT +ATTGTTAAATACCTAAGTGATAGGTTTATAGAAACTAATAAGGATAATATACAAATAATA +TCTGGTGCTCAACAGGGAATAGATATAGTTTGTAAAGGACTAATAAATTACTCTGATGTA +GTTTTTGTTGAAGAACCTACGTATAATGGTGCTATAGAAGTTTTTAAAAGTAGAGGAGCC +AAAATAATATCAATTCCGATGTTAGATGATGGTATTGATATTGGAATACTAAAATTAAAG +TTAGACAAAATAAAACCAAAGTTAATTTATACAATGCCGAATTTTCAAAACCCAACTGGA +ATATCTTATTCAACTTATAAAAAGAAAAAGTTGATAGAATTAGCTGAAGAGTATGATTTT +TATATATTAGAAGATGATTTTATAAGTGATTTTAAATTTGATTCATATGATAATAGAACT +CTTAGAAGTTATGATGATAAAAATAGAGTTATATATATAAAAAGTTTCTCAAAAATACTT +ATGCCTGGTCTTAGGATTGGTATGGTTGAAATACCAAATGAATTACAAAGGCAAATACTT +TGGGCAAAATACTCATCAGATATATCAACACCAGGACTTATTCAAAAATCAATGTATTAT +TATATGCAATACTTTAATTGGAATGATTATTTAAAATCAATAGATAAGATATATAGTGAT +AAGTATAGATTGGCTAAAGAGTTGATTTATGATAATTTAAGTGATAAATTAAAGATTAGG +AATTCTGATGGGGGGTTAAATTTCTTTTTAGAGCTTCCAAGAGGTTATTTATCTCAAGAT +TTTTCAGATTTTATTTTAGGAAAAGGTGTATCTATAACTCCAGGAACATATTTTTTTGAT +AATTTAGTAGATGATAGATTTTTTAGGATAAACATAGCAAATGCAAGTATAGCAGACTTA +GAAAAGGGAATATCTATAATAAGTGAAAATTTAGAAGAATTTTTTGATGAGTATAAAAAC +AAAATAGAGTTAAGAAGTAATAAAGTATTTTATTAA +>group_1406 +ATGGAAGCTCTATTTGAAATATTATTAAAAGAAGATTTTTGGTTTGCAGTTATAAGATCT +ACAACTCCAATACTTTTAACAACATTAGGTGCAATGATAGCAGCTCGTGCTGGAGCTAGA +AATATAGCATTAGAAGGTACAATGTTAACAGCAGCCTTCGTTGGAGTTGCAGCAAGTCAC +TTTACACAAAGTGCTTTTGTAGGTTTATTGTTTGCAGTAATTTCAGGGATAATACTTAGT +AATATAATTGCTTATTTTGCACTTAAATTAAAATCGAATATAATTATATCTGGTATATCG +CTTAACTTAATGGCATCAGGTATGACAGTATTTGGATTATACTTATTAACAGGAGATAAA +GGAGCTTCTACTTCTTTAAACTCTCTAGCATTACCAAATGTTAATATACCAATAATAGAA +AATATACCTGTTATTGGAAAAATAATATCAGGACATAATATATTAACTTATGTAGCTTTA +ATATTAGTATTACTTGTATACATAATGTTTAAATATACACAATTAGGACTTAGAATAAAG +GCTGTTGGTGAAAGTCCAGAAGCTGCTGAGTCTGTAGGAATAAGTGTTAACAAAGTAAAA +TATATAGCACTTACTATGAGTGGAGCTTTAGCTGCACTTGGTGGAGCATTCTTATCAATG +GGATATGTTACATTATTCTCTGCTGGTATGACATCAGGAAGAGGGTATATAGCACTTGCT +ACTCAATCTATGGCAGGAGCTAATCCAGTAGTAGGACTTTTAACTTCAGGTTTATTTGGA +TTTGCAGAAAGTATGAGTAACTATTTACAAGGAATAAACCTTCCTATAGAGTTTATTCAA +ATGCTTCCATACTTAGCAATAGTTGTTATATATGTTGTTTATTGTGCTAATAAAACAAAG +CAAGAAAATAAGGCATAA +>group_352 +ATGGATTTTAATAATATTTTAAAATTGGTAAGAGAAAATAATTTAGATCTAGAAGATAAG +AGCATCTTAAAATCTAAAGAGTTTGAAGAATATATAAAAAGTATATCTAAAAAATTATAC +GAAGAATATAAGCTAGAACAAGATAAGTTAAAGTTTCTTATTAATGAAAGTACTGATGAT +GTATCTTATATAAAAAAAGATACTATTTATATAAACTTAGGTGCAAAAAGTATAATAGAA +GAAAAAGACAATAAACTTAAATTAATATTAGGTTACTATGTTCATGAAATAGGACATAGA +ATATTCACAAACTTTTCAAAAAGAACAATTTATGAACAATCAATATTAAATAATAGATTG +CTTCAGGATAAATTGGGATTTGAAGATGAAGAATTATATGAAAATATGATAAAAATTCAG +AAGTATTTAAGCAATCCTAAAAAATCTGGCAAGCTATGTTCTTTGTTACTTTTCATATAC +GATATTATAGAGGATAGCCGAGTAGAAGAATCTATATATAAATATCTAGAAAACTATGGA +AGATTAATAGATGGACTTAATAAATTAAGAGATAATCAATTTAATAGTATTAAGTCCTAT +CAAACAGATTTTACTGAGGATAAGAAGTTTAATGCTTTGTTAAATCAAATAATCTCTTAT +ATAAAATTTAAAGAATTTAAAGATATAGTAGATTATAATATTAAAAATATTGATAAAGTT +AAAATAGCAATAGATGAAGCTATCGAAGCTAAAGAACATATTCAAGTATTAGATAAAATT +AATAAAATATGTATTCTTTTATGGGATGAAGTAGAAGAATACTTAGAAACTTTTAATGAT +GTATATAAAGAAGAGGAAAATATTATAATGCCATTTACGTCTATTGAAATAGAAGAAGAT +CTTAACAAAAATAGTGAAGCAACATCAACTATTGGAAATACAGATACAAAAGGTGGTATA +ATAAAAAATTCAGAAGACATTAAAGAGCAATCTGAAGAAGAGTTAGTTAAATCAGAAAAT +GAAGACGTTATGGATATTAATTCTGATGGAAATAGCCAACACAAAAGTACAATGGCAAGA +GATAAAAATGCCTTGAAGCTAAGAAATTCTAGTAAAGAAGATAGTACAAGTAATGATTAT +GTAAATAAAGAAAATGAAGAATTATTTGATGGAATAACTAATAATAGTAACTCTTTTGGA +AAAGGAATAATGAGACTTAGAAATATAAAAGAGTATAAAGATGAGCATAAAAGTAGTTCT +AAGATTATTTCATATGGAGATATCCATAAAGGAATTAGAATAAAAGTTCATAGACCGGAA +TTTACTTATGATGATAAATTAAATTATAAAAGAAATAATAAAAAGTATATTGAGTATGCT +AATCAACTAGCAAATCAAGTATTACCATTTCTTGAAAATGAAGTATCTACAGAATACAGT +ACAAATAGATACTATGGAACTAAGTTTGATGCTTCAAATGTAGCTAAAAAAGATTTTAGA +TACTTTAGTAAAAAAAATCCACCAAATGAATCTCCATCAATTGCAGTAGCATTAAGGATA +GATGAATCGGGCTCTATGAAAGCAAATAATCGTATTGAAATGGCCCGTGCAACAGCTGTT +TTAATATGGGAGTTTTGTAAAAAATGTAATATTCCAATTGGAATTTATGGTGATACAGCT +GATATATCAAATAGAGAAGATGTATCAATATACGAATATTCTGATTTTGATAATCCAGAT +AAGAATGATTGTTATAGGATTATGCAAATAAAACCAAAGAGTAATAATAGAGATGGAGTA +CCTATAAAATATGTAGCAGATAAGCTATTAGATGTTGACGCTGATATTAAAGTACTATTT +ATAATAAGTGATGGAAAACCACTTGCAAAGCCCAATTATAAAGATGAATTAGCTAAAAAA +GATTTACAAAATGTTGTAGCAGAATATTCAAGAAACGGTATAAACTTTTTCGTTGCCGCT +ATTGGAAATGATAGAGATGTAATAAAAGATATTTACGGAGATAATAAATTTCTAGATATA +TCGAATATAAATACCTTACCGAATAGAGTTTCTATGATATTAAAGAATTTAGTTTAG +>group_1460 +ATGAAAGTATATAAAAGACAAGAACAAATTTCATATAAATATACCTTAGTTAATACTAAT +CTAAGGGAAGAAAAATCTACTTCTTCAAATATAATCGCGGTAATACCTGAAGGATCAAAA +ATTCAAGTTATAGATGCGGAGGAAGATTGGTATGAAGTAATATACAATGGACAGAAAGGG +TATGTATATAGCGATTACTTATCAAAAACAAAATATACATGGACAGATGTTACTTTAAGG +TCTTATCCATCCGCTGAATCGAATCCAGTAACAGTAATCCCTCCAAAATCTATAGTACAA +GTGCTGTCTGTAAATGGAGATTGGAGTCATGTTATGTATGATGATAAAGAAGGGTATATA +TTTAGTTATTTCCTTTCTGATGATGGAAACCCACCGGAAGGATATGATTTTGAGTACTTT +TATACAGATATGACAAGGTTTGTAAATGACAATCAAATTAAAAGTCCAACTTTAAACTTA +ATTACAACAGATTTAGAAAATAAACTTACTTATATATTTGAAAAAAATGATGATGGTTCA +TGGAAATTACTATATAAATGGTCATGTACAATAGGTAAACCAAGTACACCAACAATTAAA +GGTACATTTTATGTTAATGGTAGAAAGCCTTACTTTGGATCTGATACTTATAGAGTAAAA +TATGCTACGAGAATCAGAGGTAGCTATTATTATCATTCAATTTTATTTAATGCATCTGGA +ACTGAAATAATTGATGATAGACTTGGAATGGCTTTGAGTCATGGATGTATTCGATTAGCT +GTAGAAAATGCCCAATGGATTTATGATAATATATTAGATAAAACTACTATAATTATAAAT +TAA +>plsX_1~~~plsX_2~~~plsX +ATGAAGATAGCAATAGATGGAATGGGCGGAGATAATGCGCCTAAATCAAACGTAGAAGGT +GTTGTAAGTGCGATTAAGGAGTATAATATAGATATAATAATAACAGGGGATAAAGATGCC +TTAGAAAAGGAATTTGAAAATTACGAGTTTGATAGAAGTAAATTAGAAATAGTACATACA +ACAGAAATCATAGAAAATGAAGATAAACCTGTAAAAGCAATTAGAAGCAAAAAAGACTCT +TCTATGGTTGTTGCTTTAAGACTAGTAAAAGAAGGTAAGGCTGATGCTGTAGTTTCTGCA +GGAAATACAGGTGCATTACTTGCGGGAGGTTTATTTGTAGTTGGTAGAATAAAAGGAATA +GATAGACCTTGTTTATGTCCTGCCATTCCAAATGTGAAAAGAGGTATGACAATAATTGCT +GACGGAGGGGCTAATGCAGATTGTAAGCCACGAAACTTAGTTGAATTTGCAGCTATGACT +AATATATACTCAAAGAAGGTTTTAGGAATAGAAAATCCTAGGATATCCTTAGCTAATGTT +GGAGCAGAAGAAGGTAAGGGTAATGACCTAATGAAAAAATCTTATGAAGAACTTAAAAAC +ATGGACATAAATTTCATAGGAAATTTAGAGGCAAGAGATGTTATTAATGCAAAAACTGAT +GTAATAGTTTGCGATGGTTTTACAGGGAATATATTATTAAAATCTGCAGAAGGTGTAGCG +ATGTCGGTAATGGGGCTTTTAAAAGAAACTTTCTTATCTAGTACTAAAGGTAAAATCGGA +GCTATGTTATTAAAGGATGACTTAAGAAAATTAAAAAGTTTTATGGATTATGCAGAATAT +GGAGGAGCACCCCTTTTAGGAGTTAATGGAGGAGTTATAAAAGCTCACGGAAGTTCTAAT +TCAAAAGCAATAAAGAATGCAATTAATCAAGGAATAAAATTTGCTCAAGGTAATGTATTA +AGAGATATAGAAGAATTTGTACAATCTTCTAAAGAAGATAATGAAGAATAA +>group_1498 +GTGGAAAGTACTAATAAACCTTTAAAAAAAATAAATAAAACACCGACAAATAAAAGAAAA +GCTATAAATAGAGATAGAGTAATAAAAAAAAGAATTGAAATGTTGCTAACAGTTGGAGTT +ATAGGGCTAGTAATTGGATTAATAGTAGGTATATTATTACCAATAGGTGGGATAAAGAAA +TCAGAATATAACGAGCTTAAAAATGCTAATGAAAAGATTAAATCAGAATTAAATGATGCT +AATAAAAAAGTAGAAGAGTTAAAAAACGAAATTGAAGAAAGTAAAATATTCATGAGCCTT +GAAGATGAGAAAAAAGAACAAGTTATTAATTATATAGGTGCATTAGTTAATGAAGAACAA +GGTGTAAATACAACAGATATTTTTGAAAAAGTCTATAATGTATATGCATATAGTATAGGA +TATGAAAGTTTTGTAGATTTTAATTCTGTTATAGATACCTTTGGATATCAATATAATATA +ACGGAAGAGGCTGATATAAAGAAGGTTGTATTAAAGGATGAATACGTTGGAGATTTTGTT +ACCTTACAGTTTAAAAAAATAAATGCTAATCAAGAATTAATCTTATATTCAATAAGATAC +AATAAAGGAGATAAATATATTGAAGTAAATAATACTGATGAAGCTAATATAGAATATATT +ACATATAATGGAACAAAGACAAATGTAAATAATGTTAATGAACAAGTGAAATTCTTATTT +AATGAATAA +>group_1461 +ATGGAATATAAAATAGGTCAAATATATAATGGTTTTATTTTAAAAGATGAAGAATATATA +AAAGAAGTTAATTCTAATGCTAGAATTTTTGAACATGAAAAAACAGGAGCAAGACTTTTA +CATATGGAAAATGACGACAATAATAAAGTATTTTCTATAGGATTTAAAACACCACCAAGT +GATAGTACTGGTGTAATGCACATATTAGAACATAGTGTTTTATGTGGTTCTAGAAAGTTC +CCTACTAAAGAACCTTTTGTTGAGTTGGTAAAAGGATCTTTAAATACATTTTTAAATGCT +ATGACATATCCAGATAAAACTATTTATCCAGTAGCAAGTCAAAATGAGAAGGATTTCTTT +AACTTAATGGATGTATACTTAGATGCAGTATTTTATCCAAACATATACAATACTAAAGAG +ATTCTTATGCAAGAAGGTTGGCATTATGATCTTGAAGATAAAAATGAAGATTTAACATAT +AAGGGTGTAGTATATAATGAAATGAAGGGTGCGTTTTCTTCTCCAGAAGGTATACTTTTA +AGAAGAATACAGCAGACTCTTTTCCCTGATAATACTTATTATAATGAATCTGGTGGAGAT +CCTCATGATATACCAGATTTAACATATGAACAATTTATAGATACTCATAAGAAATATTAT +CATCCATCAAATAGTTATATATTCTTATATGGAGATGGAGATTTAGATAAAGAGCTTGCG +TTTATAAATGATAACTATTTATCTAATTTTGATAAAATTGAAATAGATTCAGATATTAAA +GAACAAGAGCCTTATAGTGAAATGAAAGAGGTAAACTACTCATACTCTATTTCAAAAGAA +GATGAAGAAAGAGAAAAAACTTTCTTAGCTTTAAACTTTGTAACAGGTAGATCTACTGAG +GATGAAGTTTATACTGACTTAAATATTCTTGAGTATTTATTATTAGAAACAGAAGGAGCG +CCTCTTAAAAAGGCATTAATAGATGCTGAAGTAGGAAAAGACGTATTCGGTAGTTTTGAT +AATGGTATACTTCAACCAGTATTCAGTGTAATAGTTAAAAACAGTGAAGTAGATAAAAAA +GAAGAGTTTAAGAAAATAGTATTTGATACTCTAAATGACCTTGTAAAAAATGGAATAGAT +AAGAAGTTAATAGAAGGTTGTATAAATACATTTGAGTTCAAGTTAAGAGAAGGGGATACA +GGAAGTTATCCGAAAGGACTTATTTATTATATGAATGCTATGGATAGCTGGTTATATGGC +GGAGATCCACTTATGCATATTAGATATGAAAAAGCTATAGAAAATGTTAAAAAGGCTCTT +ACAAGCAATTATTTTGAAAGACTTATAGAAAAATATCTTTTAAATAACACACATTCATCA +TTACTTGTGTTAAAACCAGAGAAAGGTTTAGCTGAAAAAGAAGAAGTAGAATTAAAAGAA +AAGCTTAAATCTTATAAAGAAAGCTTAAGTAATGAAGAATTAGATGAGATTGTAGAAGAA +ACTAAGAGTTTAATATTACGTCAAAGTACTCCTGATTCACCAGACGTATTAGAGACTATA +CCTATGTTATCGATAGATGATATAGGAAAAGATGTAGAAGATTTAAAAATTGAAGAAATT +AAGTATGATGATATAGAAATACTTCATTATAATGTATTTACAAGCAATATTTCTTATTTA +AACTTTATGTTTTACGGAAGATGTATAAAAGAAGAAGATATACCTTACTTTAGCTTAATA +GGAAACTTATTAGGAAAAGTAGATACAAAAAATTATGACTACAAAGAATTATCTAATGAG +ATACTTATAAATACTGGAGACTTATTCTTTAAGAATCAAGTTTACTCAAATGATAAGGAT +ACAACTAAATTTTATCCATTTATAGAATCTCATATAAAAGTTATGAATGACAAGATTGGA +AAATCGCTAGATTTACTTTCAGAAATAATAAAAAACTCATTATTCGAAGATAGTAAGAGA +ATAAGAGAGATAATAAGAGAGTTAATTTCGAGAATTGAAATGAACTTAATGCAAGCTGGA +CATCAAGTTGCAAATAGTAGACTTACTTCTTATTTCTCACCAGTTGCTTCTTACTTACAA +AAAATATCTGGATATGATTATTATGAGTTCTTAAAAAATATAGAGAAAAATTATGATTCA +GAGTTTGAAAATATAAAATCAAAATTATATGAAATTCAAAAAACAGTATTTAATAAGAAT +AATTTAACTATAGCTATTACTGGTGAAGTAAAAGAATTAGAATTATTAAAAGAGAATATG +AACAAAGTAACGAATGTATTATGTAATGATAAATTAGATAGCTATGAATATAAATTTACT +AAAGAACAAAAAAATGAAGGGCTAATGACTTCAGCAAATGTCCAATATGTAGCTAAGGGT +TATAACTATAAAGAATTAGGTTATGACTATAGTGGTAGCATGCTGGTATTAAAAACAATA +CTAGGATATGATTATTTATGGAACAATGTAAGAGTAAAAGGTGGAGCTTATGGTGCAATG +AGTAATATAAGTAGAGAAGGTAGCTTTATATTTGTATCATATAGAGATCCAAATTTAGTA +AATACTCTTAATGCTTATGATGGAGCTTGTGATTACTTAGAAAAATTTGATATTTCAGAT +AGAGAAATGACTAAATATATAATAGGAACTATAAGTAATTTAGAAAGTCCACTTATGCCT +TATTATAAAGGTATAAAGGCTGTTTCTATGTATATAAGAAATATAACTAAGGAAGATAGA +GAAAAAGAAAGAGTTGAGGTATTAAATACTAAGGTAGAAGATATTAAAGGATATGCAGAA +GTAGTAAGAAATACCATGAGTCAAGATTACTTAGCAGTAGTTGGAAATGAAAAAGAGATT +AAAGAAAATAAAGATATATTTAAAAATTTAATTAATGTATTAAAATAA +>gltP_3 +ATGAAAAAAAAGATAACATTAACTAGCAAAATATTGATAGGTTTATTATTAGGATTTGTA +TTTGGATTAATATTAAAACAAGTACCAGAAGGATTTATAAAAAATACGGTATTACTTGAT +GGTGTTTTAAAGATTATAGGTAATGGATTTACATCAGCTATAAAAATGATGGTTGTACCA +TTAGTATTTGTATCTTTAGTATGTGGGACATCATCTATGGGAGATGTTAAAAGATTAGGA +AGAATTGGTGGAAAAACAATGCTTTTCTATCTAGGTACAACAGCTATAGCAATAATAATA +TCTTTAGTTCTAGGTAGTACATTAAAACCAGGTGTCGGATTGGACATGAGTGGTATAGTT +TCTGGAGAAGTTGCCATAGGAGAATCGAAATCTTTAGTAGATATCATTTTAAATATAATA +CCTACAAATCCAATTGCTTCATTAGCAAATGGGGAGATGTTACAAGTTATATTTTTTGCA +ATGCTTCTAGGAATAGCTATGAGTATTGTAGGTAAAAAAGCAGAGCCGGTTAGGGTAATA +TTTGAAAGTGCAAATGAAATTTGTATGAAGATGGTTAATTTAATAATGTTATTTGCTCCA +TATGGTGTATTTGCTTTAGTTTGTAATACTTTTGCAACAGTTGGAACAGATGCAATATTT +GCATTAGTAAAATACATATCAATAGTATTATTAGGTTTATTAATACATGTTACAGTGGTT +TATGGTGGTTTATTTAAGATGATAACTAGACAAAAAATAAAACCATTTATAAATAAATTT +ACTAGAGTAGCAGCAATTACTTTTTCAACAGCTTCAAGTAATGCTTCTGTACCAGCTAGT +TTAGAGGTAATGGAAGAATTAGGTGTAAGCAAAAGTGTTAGATCATTTACAATACCAATG +GGAGCAACTATTAATATGGATGGAACAGCTATAATGCAAGGTATTGCAGCATTATTTATA +GCTCAAATATATCAAGTTGACTTAGGTATGAACGATATGATTACAATAGTTCTTACAGCA +ACATTGGCCTCTATTGGTACAGCTGGAGTACCTGGTGTTGGTATGATAATGCTATCTATG +GTGTTACAATCAGTAGGATTACCATTAGAGGGAATTGGACTTATAATGGGGGTAGAAAGA +ATTATAGATATGTTTAGAACTACGGTAAATGTAATGGGGGATAATATTTGTACGCTGATT +ATAGCAAATAGCGAGAAAGAAATAGATTTAGAGGAATATAACAAAGAAGAATCAATACAA +AGTTTAGTATAA +>msbA +ATGAAAAAGTTTTGGAAGTATATTTTTAAATACAAACTCTTATTTTTTGCCAGGATAGTT +ACTATATCCTTAGCGGCTTTATCAGTTATAGCTTTTGACTTTATAATGGGATTTATAGTT +GATATTTTTGCAAATGGTGAAACGCATAAGTTTGTACCAATCATATTAACAAGTATTGCA +CTTATAATAATCTTATTCATCACAGAATATATAGATGGATATGTTATGTCATCATATATA +AAAAATACTGTAAACTATCTTAGAACAGATATTTTTTCTAAAATAATTAATAAAGATATA +AAAGATTTTGCTCTAGATAATAGTGGCAAATACATATCTATTCTTTATAACGATTTAAAA +ATAATTGAGGATAGTCTACTAAATAATATTTTCCAAGTTATTTCGTCTTTTATATCCTTT +ACAATCTCTATAATATTTTTATTTTCTATAAGTCCAACTATTGTAATTTTTATATCGATA +TTTGGTACATTAGGTTTTGTAATACCTAATGCACTTTCAAAAAAATTAGTAGTTGAAAGA +AATAACTTTTCTAATAATTTAGAAAATATTACTTCTGTTACTAAAGATTTATTTTCTGGA +TTTGAAGTAATAAAAGGCTTTAACATCGCTCATAAAATAAATCCTATATTTAAAAATTCT +TCTACCGCAGTTGAAAGTAGTAAAAAAAAGTGCTCTATTCTCGAATCAATAATCAAAGGT +TTTTCACTTTCTTTTAGTGTAACAATTTATCTAGGAGTTCTAATTTTAGGTGGTTATCTC +ATGAATAAAGGAGAGATTTCTGTAGGTACAGCAATAATAATTATCCAACTTAGCACTCAT +ATTGTAGGTCCTGTAAAGACAAGTATTTCTTTAATAAACCAAATAAAATCTGTATCACTT +ATCGTAGATAAAATTGATGAGATTCTTTGTGATTCTTCTGAAGAAATCGAAGATCTTTCA +CTAGAAAAATTTGGAAAAAGCATAGAAATAAAAAATCTAAACTTTTCTTATTCAGATGAA +CGACAAGCTTTAAATAATATTAACTTAACCTTTGAAAAAAATAAAAAATATGCTATTGTT +GGTGAAAGTGGCTCTGGTAAGAGTACGTTAACCAAGCTACTTATGAGATACTACAAAAAC +TATAATGGTGAGATTTTAATTGATAATAAAAACCTACAAAAAATTCTTAGTCATGATTTA +TATAAAAATATTTCTATGATTCAACAAAATGTTTTTATGTTTGATGATTCTATAAAAGAA +AATATTAAACTCTATGCAGATTATAGTGATGATGAAATACTGGAAGTTTGTGGAAGGTCT +GGTCTTTCAAATTTAATATCAATACTTCCTAATGGTATCAATTCATTAGTTGGTGAAAAT +GGAAATAAATTATCTGGTGGAGAAAAACAAAGAATAGCTATTGCACGTTCACTTATCAAT +GATACTAAGATATTAATTTTAGATGAATCAACGTCTGCTTTAGATAATGAGACTGCTTAT +AATTTAGAAACCTCATTATTATCTATTAATGATTTAACTTTAGTTGTAGTTACTCATAAA +CTTATAAAAAATATATTACTTTCCTATGATGAAATAATAGTAATGAAAGATGGTATGATA +ATTGAAAAAGGTAGTTTTAATGATCTAATTGAACTTAAAGGATATTTTTATAGTTTATAT +TATCTTCAAAACGAGAAAATATAA +>ppdK_3~~~ppdK_2 +TTGACAGTAGAGGATTTAAAAAATCTAGTAGAACAATTTAAAATAATATATAAAAGAGAA +GTTAAATCAGAATTTCCACAAGATCCTAAAAATCAATTAATGCTTGCGATTGAAGCAGTA +TTTAAATCTTGGAATAATCCCCGTGCAATAATTTATAGAAAGTTAAATGATATACCAAAT +AACCTAGGAACAGCAGTAAATATACAGTCTATAGTATTTGGAAATATGGGACAAACTAGT +GGTACAGGAGTGGCATTTACCAGAAATCCTTCAACAGGAGAGAATAAATTATTTGGAGAG +TTTTTAATGAACGCTCAAGGAGAAGATGTTGTTGCGGGTATAAGAACACCGGAAGATATA +TCAACTCTTAAAGATATAATGCCAGAAGTGCATGATAAGTTTATAGAAATAACAAATATA +CTTGAAAATCATTATAAGGATATGCAAGATATTGAATTTACAATAGAAAAAGAAAAACTT +TATATATTACAAACTAGAAATGGAAAAAGAACAGCAAAAGCAGCCATAAATATAGCTGTA +GACTTAGTTGCTGATGATATTATAGATAAAAAAGAAGCTATTATGAGAATAGAGCCAAAT +CAATTGGATCAACTGTTACATCCGACTTTTGAGGAAAAATCTTTAAAAGAAGCTAATATA +ATAGCGAAGGGATTACCAGCATCACCGGGTGCAGCTTGTGGTAAAGTGTATTTTAATGCA +GAGGAAGCTGTAGAGGTTGCTAAAAAAGGTGAAGAAGTTATATTAGTAAGACTAGAAACA +TCTCCTGAGGACATTGAAGGTATGGTTTTATCTCAAGGAGTATTAACAGCTAGAGGTGGA +ATGACTTCTCATGAAGCAGTTGTAGCTAGAGGTATGGGTAAGTGTTGTGTTGCTGGATGC +AGTGAAATAAAAGTTGATGAATATAATAAAGAGATTAGAACTATCAATGATGTAGTAATA +AAAGAAGGAGAGTATATATCTATAGATGGTTCTACAGGTTTCGTTTATTTAGGTGAAATT +GATAAAACTAGCACAGAGCTAAGTGGAAACTTCCAAGAATTAATGAATTGGGTAGATGAA +TATAGAAGCATGAATGTTAGAACAAATGCCGATAATCCTAGGGATGCAGCAACTGCCGTT +AAGTTTGGAGCTGAAGGAATTGGTTTATGTAGAACTGAGCATATGTTTTTTTGA +>truA_1~~~truA_2 +ATGAGAAATATAAAAATGACAGTAGAATATGATGGATCTCGATATAAAGGATTCCAAAGG +CTTAAAGATAATGATATGACGATACAAGGTAAGATTGAAGCAGTTCTTTCTAAAATGGCA +AATGAAGATATAGAAATAATAGGTTCTGGTAGAACTGATATGGGAGTACATTCTTATGGA +CAAGTTGTAAACTTTAAAACAAAGAGTACTGATTCTATAGAAAAAATGCAAAAATACTTA +TATGAGTATTTACCTGAAGATATTGTTATTAGGAACATTGAAGAAGTTGGAGAAAGATTC +CATTCTAGATATAATGCAAAATCTAAGGTTTATCTATATCGAATAGACAATAATAAATTC +CACAATACTTTTAATAGAAAATATTCTTATCATGTTGAAAAGAAACTTGATATAGAGCTT +ATGAGAGAAGGAAGTAAATTTTTAATAGGAGAACATGACTTTACAAGTTTTGCTTCTTCT +AAATCGAAAAAGAAAAGCAATGTAAGAGAAATCTATTCAATAGAAATACAAGAAAATAAA +AATTTAATAGAAATTTATATTGAAGGTAATGGATTTTTATATAATATGGTAAGAATTATT +GCAGGAGCGTTAGTTGATGTAGGTCTTAGAAAAAAGACTCCAGAGGATATAAAGGCTATG +TTAGAAGTTAAAAATAGGGCAGAAGCCTCAGATACTGCACCATCTAAAGGATTATTTTTA +TATAAAGTTAAATATTAA +>group_1483 +ATGTGCATATCATCAATATTAGAAGGGGAGAATATTCTTCTATCAGGACCTAAAGCAACA +GGAAAGAACTTATTAGCAGATAATTTATCAGAGATTTTTCAAAGACCACAATGGAATACA +TCATTTCATATAAATACAGATAGTTCTACATTGATAGGAACAGATACTTTTATCGACAAC +GAGGTAAAATTAAGAAGAGGATCTGTATATGAGTGTGCTATTAATGGAGGGTTTGGAGTT +TTTGATGAAATAAATATGGCCAAGAATGACGCGATTGTAGTTCTACATTCAGCCTTAGAT +TATAGAAGGATAATAGATGTACCAGGATACGAGAGAATTAATTTACATCCGGCTACAAGA +TTTATAGGTACTATGAACTATGAATATGCAGGAACAAAAGAACTAAATGAAGCTCTAGTA +TCTAGGTTCATGGTGGTAGATATACCTGCAGTAGAGGAGGATAAATTAAATTTGATTTTA +GATAATGAATTTCCAGATGCAGATAAAGAAAAATTAAATCAATTTGTAGGTATCTTTTTA +GATTTACAATTGAAATCTCAAAATGGGGAAATATCTACGAAGTCTATAGACTTAAGAGGA +TTAATAGCATCTTTGAAAGTTATAAAAAGAGGATTAAATCCAATACAGGCAATTAATATG +GGCATGACGAGTAAAACTTTTGATATATATGAAAAGGAAATAGTAGGAGACGTTATCAGA +ACAAGGATTCCAGAAAAATGGAATAGTGAAGATATATTTCCATGTAACCAAGTATATAAG +TATAAATAA +>group_1125 +ATGAGACCAATTAAGCTAACAGTAAGTGGATTAAATAGTTATATAGATGAGCAAACAATA +GAGTTTGATAAGCTAATAGAAAGAGGACTATTTGGTATATTTGGCAATACGGGAAGTGGT +AAATCTACAATCTTAGATGCTATAACTATAGCCATGTATGGAAATATATCTAGAAATACA +AAAGAATTTATAAATAGTGCTTGTAAGGAAGCAGTAGTAAATTATGAATTTGAAATAGGA +AGTAAAAATGCAAAAAGAAGATATGAAGTAAGTAGAATAATAGGTCGAAGCAAGGTTGGA +GGAACTAAAACTACTTATGCTAGACTAATAGAAAAGCAAAATGATGGAACTGAAATTATA +CTAGCTGATAAAGCTAAGGATGTAAATGATAAAATAACTCAAGTTGTAGGTTTAACAGCA +AATGATTTTACAAGATCTGTTGTTTTACCTCAAGGTAAATTTAATGAGTTTTTAAAGCTT +ACGGGTTCTGATAGAAGAGATATGCTCGAAAGAATATTTAACCTTGAAAAGTATGGAAGA +GGACTTATAGAAAAGGTTAGAAAAAGAAAAAATGAGCAAAATCTTGAATTAAGAGATTTA +AATGTTAAAATGAACCAATTTGAAGGTGTTAGTGTAGAAGTATATGAAAATACTTCAAAG +GAATTAGATGTATTAAAATTAAGAGAAAAAGAAGAACATGAGAAATTAGATTTAGCACAA +AAAAAATATGAGGAAAGCAAAGAAGTTTTTGAAGAACAAACTAAGTTAGAAAAATATGAA +ATTAGAAAAAAAGAATTAGATTTAAAGCAAAATGACATTAAAGATAAAAAAGTTCAGTTA +GAAAATGCAGAAAATGCTGAGAGAGTTAATCCTAATATATATGTAGTTCAAGAGTTAGAA +AAGAAAATACAGGATGATTCTTTAAAAGTAGAAGAATTAGAACGAAATTTAGGAATTTTA +AATCAAGAGCTTATATTAACTAAGAACAGATATGAAGAGGCCTATAAGATCAAGGATGAA +AAAATGCCAAGACTTATGGAGCATAAAGAAAAACTTAATAATGCATTAAAAATAGAAGAA +GAATTAAACATTATAAATGAAGAAATAAAAGAAATGAAAGAAAGAGGCATTCAGTTAAGT +AAAGAAAAGAAAACATCTGAAATTTATAGAAAAGATATAGAAAGTAATAGAGATGTAATA +ATTAAGAATTTAAAGGATAAAGAAGAAAAGTTAGTTAAGTTAAAAATAAGTGCAGATCTT +AAACAAAAAATATTTTTAGCTTATGATTATGAAAAAGAGTATATGAAATTAAGTGAAGAA +AAGTCGCAAAATCTAGATAAATTGAATAATTTATCAAAAGAAACTGAAGAGTTAAGTTTA +AAGAGTAAATATATAGAGAGAGATAGGGTAAGTATAACTTCAAAGTTAGAGGATTTAATT +AGCTCTCATGAATCATTAATGAAAAAATGCCCAGGTAGTAATGAAGAAATATTATCTAAG +ACAGAATATATTGCAGAATTAAGAAGTAAATCAAATTCAGTTAAAGAAAGCGAAATTAAA +ATAAGCACTCTACAAGATGAAGTAAGTGTTATTCTAGAAAAAAAATACAACAATAGCAGA +GAAATGGCTGTATTAAGTGAAAAGCTAGAGGTTAATAAAAAAGAAATTAGTGATTTAGAA +AAAGAAATAGACAAATTAAAATATTTAAATCTAGCATTAGAACTTAGAAGAGAATTAAAG +GAAGATATGCCATGTCCAGTATGTGGTTCAAGACATCATGAAAAGATTGAAATTTTAAGT +AAGGATGATGAGATAGATTTTCTTAAAGGTAAGTTAGAAAAGTTAAATGGTGTAGATAAA +CTTTATCGCTTAAATCTTGAAGATTTAAACTTAAAAAATGGTGAGTATATTTCAGCTGAG +AAAATAAAATTAAAGGAATTAAATGAACTTCATAGTAAAATTGGGGAATTAAAATCTAAT +GAAATTTTATCTAAATTAGAATCAGAGAATAGAGTTTTAGAGTTATTAAAAAATAGTGTT +CAAAAATGGAATGATGAAAAAGAATCTTTAGAACAAAAAATAAGTAAATTAAAAGAAGAT +AAAAGCAAAATTGAAAAGGATGAAATTAAGATATTAGAAGAATTAAATAGCTATAAAAAA +TCTATAAAAGAAATGAAGTTATACTTAGAAGAAATAGATATAAAGTATAAGAAACTAAAG +GATGAGTATTTAGGATTAAAATCTATAGTAAAGGTTTCTAATCTAAGTGCAAAAGTAGAT +GAAATAAATCACAATGAAAAAATTATAGAAGATTTAAATAGAGAGTACTCAGAAATAATA +GCTATAAAAGAAAAGTCTGACTTAGAAATTAAGGCATTAGATGATAAGATACATAAAATA +GAATTAGAGCTTATAAAAGCGAGAGAGTTATATTCTGAAAAATGTAGATTTAGAGATGAG +AAATATAGAGATTTTATATCTATAACTAAAGGAGAATCTGCTAAGGAGTTACTAAGTAAA +TTAGAAGCATATGCAGAAAAGATAACAAGGTTAGAAGATGAATTAAAGCATAAGTTAGAA +GGGCAAAGAATAGAGTATGAAAAATGCCTAGGCGACAAAAAAAGCATAGAAGGAAGATTA +AATACTGCAAAAGATCACCATAAAATACAAGAACAAACGTTGAATCAACTATTAAATGAT +AATAAATTTGAAAGTATTTATGCTGTAAAGAGAGCATTATTAGAATATGATCATAAGAAA +AGATTAGCTGAAGAAATTTTAGAATATGAAGAAGAACAAAAATTATTAACTTATAAAATT +GATGATTTAAAACAAAAGCTAGCAGGGAGAAGAATTAAGAAGGAAGAATTTGATGAATTA +AAAAATAATATTTATGTTTTAAGAGTAGAGATTGGAGAAATTTCTAAAGAGATTGGAGCA +AAACAAAATATATTAAATAGTTTAAAAGATTCTTTAGAAAAAATAAAAGAGCTTACTAAA +GATATGAGAAAAGTTCAACATAAAGTAGATTTACTAGATGATTTAGATAAAACAATACAA +GGTAATAGATTTGTTGAATATGTTGCAACGAATCAGTTAAAATATATAGCTCTTGAAGCA +TCTAAACGATTAGAAGCTATAACAAAGGGAAGATATGCTCTAGAGATAGATCAAAAGTTA +AACTTTGTTATGAGAGATAATTTTAATGGGGGAGAAAGAAGGAGTGTAGATACTCTTTCA +GGAGGAGAAACATTCTTGACTTCATTATCATTAGCTCTTGCGTTATCATCTCAAATTCAA +TTAAAGGGAAGTGCTCCGTTGGAATTCTTCTTCTTAGATGAAGGATTCGGATCTTTGGAC +GCTGAGCTTTTAGATATTGTTATGGAATCTCTCGAGAGGCTACATAGTGATAAATTAAGT +GTAGGTATAATAAGTCATGTTGAAGAATTGAAAAATAGGGTACCAATCAAATTACTGGTT +ACATCAAGTGAAGCAGGATCAGGATCTAAGGTGAAAATTGAATATAGTTAA +>pheS +GTGCAAGAAAAATTACTTAATCTAAAAGATATCGCTTTAGGTGAAATACAAGAAGCTTCT +ACTATAGAAGAACTAGAAAGCTTAAGAGTAAAATACTCAGGGAAAAAAGGTCAGTTGACT +GCTATTATGAAAGAAATGGGTAAATTATCAGCAGAAGAAAGACCAGTTATAGGTAAGGTT +GCGAATGTTGTAAGAGAAGCAATCGAAGGTGGAATAAACACTAAAAAAGAAGAAATAAAA +GCTATAGAAAAAGAAAAACAATTAGCAAGTGAAGTTATAGATGTTACTATGCCAGGTAAA +ATATTTACAGTAGGTAAAAAGCATCCGATAAGTCAAATAATAGATGAAGTTTCAGAAATA +TTCATGGGTCTTGGTTTCTCAATAGCAGAAGGTCCAGAAGTTGAAACTATAGAAAATAAC +TTTGATGCATTAAATGCTCCAAAAGACCATCCATCAAGAGATATGAGTGATACTTTTTAC +ATAAACAGTGAATTATTACTTAGAACTCAAACGTCTCCAGTTCAAGTTAGAACTATGAAG +AGTCAAGAATTACCAATAAAAGTAATATCTCCAGGTAGATGTTTCAGATTCGACTCTCCA +GATGCTACACATTCGCCAATGTTCCATCAAATAGAAGGATTAGTTGTTGGTAAGGATGTT +ACAATGGCACAACTTAAAGGAACTTTAGATAACTTTGTTAAGAAACTATTTGGAGAAGAG +ACTAAAACTAAGTTTAGACCTCATAACTTCCCATTCACAGAGCCAAGTGCAGAAGTTGAT +GTTACTTGCTTTAAGTGTGGTGGTGAAGGTTGTGCAATGTGTAAGCAAGAAGGATGGATA +GAAATATTAGGTGCAGGTATGGTTCATCCAAATGTACTTAGAAACTGTGGAATAGATCCA +GAGGTATACAGTGGATTTGCATTCGGTATGGGTGTAGAGAGAATAGGTATGCTTAAATAC +GAGATAGATGATATAAGACTATTATTCGAAAATGATATGAGATTTTTAAATCAATTTTAA +>mntR +TTGAATAAGAGAGAAGAGTATTATACGTTTAATGAGTACATGAAATATAACTCTTTAACA +CCAAGTGAAGAGGATTACATAGAGATGATTTATAGACTATCTTTAAGCGAAGATAAAATA +AAGTTAAAAGAGATATCGACTTCTCTAAATATTAAGCCCCCTTCTGTAACAAAAATGATA +AAGAAATTAGAAAGTAAAAATTTATTAATTTATAGAAAATATGATTATATACAATTGACT +GATATAGGAGAAATAGTAGGAAAAAGATTATTTGATAGACATAACGTAGTTTATTCTTTT +TTAGAAACTATAGGTTTAAAAGAGTATATTCATGAGGAAACAGAAAAAATTGAACATACC +ATTAGTATAGAAACGCTTCTAAGAATTGATGAACTTATTAATTTCTTTGAAGAAAATGAA +TCATTACTTAAAAAGTTTAGAGAATATCAAAATTTGTAG +>group_355 +ATGACTGAGTTAATATGTATAGTTTGTCCTGTAGGATGTCACTTAACAATAAATAAAAAT +GAAGAAGGTTTTAAAGTTGGAGGTAATACTTGCAAAAGAGGAGAAAAATATGCCATAGAA +GAAATGACGAATCCAAGAAGAGTAATTACATCAACAGTTAAGCTTCAAAACTCATATTTG +CATCTTCTACCAGTTAAAACTGAGGATACAATACCAAAAGATATGATTTTTGAAATAATG +GAGGAGTTAAATAAGATTGAAGTAAGTGCACCAATAAACGCAGGTGATATTATAGTAGAG +AATATACTAGACACAGGTGTAAATGTAATAAGTACAAAAAATATTGAAGCTTGTTAG +>group_1464 +ATGCCAGAAACTATTATTACTCACTGGGGATCAGGAGGAAGACCAGATGGTTTTGCTAAA +AAAAATATAATAGATGTATTTTTTACTAATTTTATAGATATATGCATGGTTATATTACTT +GCAGTAATGGGAATAGGAAGTATATCAAGTAATACTTATATAGATAATGAAAATTTAGAA +AGAAATAGAAAGAAAGCACTTAAATATTTAAATGGGATCGGGTATTCATTTTTTATAATG +ACTTTGACTATTCAATCTATTACTACAACTATACCTATTTTTATGGTTCAGCAAAAGAAC +ATACCTTTACAGCTTACTTTATTTGTATGTGTAGCGCCTATATTTATATCAGTAGCATTA +ATTTATTTCTATATAATGTTAGGAAGTTTAAAACCAAAGGATAAATCTTACTATGCAGTT +GAAAATGATGATGAGAAATGGATTTATGGATTTATATATTACAATGAAGAAGACCCTTGT +CTTATGGTCGAAAAAAGATTAGGGGCAGGATGGAGCATGAATATGGCACATCCATTAGGT +AAGTTAATGACATTTATATTATTTTTGATTTTAGTTGTGACTATGATAATATGCTTTATA +TAA +>group_1411 +ATGCGTAAAGACAGCAAATTTAATATTATAAAATATTTTGATTTATTAAGATTATTTGTT +GCAGTAGGTATTGCACTTTTAATAACAACTGGAATAATTTTCTTATGTAGTGAAAATCCA +ACTAAAGCTTTATCAACATTACTTACAGGACCAATAAGTTCAAAAAGATACTTATTCAAC +GTACTTGAGATGATGGTACCGCTTATGTTTACAGGTTTATCATTAAGTTTAGTTTTCAAA +TCAGGAAACTTTTCAATGATAACAGATGCTTCTTTCTATATGGGAGCTGTAATAGCATCT +TTTATAGCTATAATGATACCACTTCCAAGTGGAATTCATCCAATGGTTGCTATAGTTATA +GCAGGATTTATTGGAGGAATTATAGGAAGTATACCTGCATGGTGTAAGGTTAAATATAAA +GCAAATGAGCTTGTTACATCTTTAATGCTTAACTATGTATTCTTCTATACAGGACTTTAT +ATAGTTAATAAGTTTTTAGCAGATAGACAAGCAAGTAATTTTGCTTCACTTAAGTTCTTA +AAAACATCAGCTTTATCAAATATAGTTGATGGTACAAGACTCCATACAGGATTTATCATA +GCAATAGTAGTTTGTGTACTACTTTATATATTCTTAACACGTACTAAGTGGGGATATGAA +ATAAGAATAGTTGGTTCTAACCCAGAGTTTGCTAGATATTCAGGAATAAATACAAAGAAG +GTAATATTATATACTTCATTTATATCAGGGTCTGTGGCAGCAATAGGTGGAGCTATAGAA +AAGTTAGGTATGTATAGACGTTTCCAATGGTCAGCTGCTCCAACATATGCTTGGGATGGA +GTTATAATATCTATACTTTCATCTAACAACCCAATATTTGTACCAATAGCAGCGTTCTTC +TTATCTTATTTACGTGTTGGTGCAGATATAATGTCTAGACAAACAGATGTGCAAAATGAA +ATAGTTGCACTTATACAAGGTGTAATAATACTTTTAGTTACAGCTGAAAGATTCTTATAC +TTTATAAAACAAAGAAAAGAAAGTCAGTTAGCATTAGCAAACAACGAAAACAAAGGGGGC +GATAAGTAA +>group_946 +ATGAAAAATATATTTAAAATTTTCAAAAAGGACCTTAAAGATGTATTTACTAATTTTGCT +TTACTAACAGTAATAATTGGTCTTGCAATTTTACCTTCTTTATATGCATGGTTTAATATT +AAAGCATCTTGGGATCCTTATGGAAACACTTCAAATATCTTGGTTGCTGTAGTCAATGAA +GATAAAGGAAGTAAAATTTTTGATAAGGATGTTAATATAGGTGATAAGCTTATTGATAAA +CTAAAAGAAAATACATCCTTAGGATGGCGATTTGTTGATAAAAAAGTCGCTTCAAAAGGT +GTTGAGGATGGTACATACTATGCTTCAATAGAAATACCAGCTAATTTTTCTGATAACTTA +ACTTCTTTAGTTAATGAAGACGTTAAAAAAGGTGAAATAATATATACAGTAAATGAAAAA +ATAAATGCTATTGCACCTAAAATAACTGATAAGGGTGCTTCTACTATACAACTAGAAGTA +AACCAAACAGTTGTAAAAACAGTTAGTGAAATAATGTTTGAAGCTCTTAATGAAATAGGT +GTCACTCTTGAAACAGAACTTCCTAAATTAACTAAAGTAGAAAGTTCTCTTGTTGAAGTA +CAAAATAAATTTAAAGATATTGATAAAACTATAGACTTAGCTTCAAGTGCTACAGTACAA +ATAGCAGATATAGTTAAAAGTCTTCAAAAAGATATGCCTGCTATACAAACTACTTTAAAT +AACTCTATAAATTTATCTAATGATGTTAAAACATTTTTAACTGATACAAAGTCAAGCATT +AACAGTATTAGTCCTGTTATTAAAAGTGACTTAGAAATAATAAATAGTGTATCAGCATCA +GCTTCTACTGCTGTATCTGACTTAATAACTGCTTTAGATAAAGGTTATGAGAATGCACCT +GAATTAGTTGATAGTTTAGCTAATAAACTGTCTAGTTTATCTTCAACATCAAAAACTTTA +ACAGAGTTTTTAGTTAAACTTGATAAAATAACTCCAGGTAATTCACTAAAAGATGCTATA +GCACAATTACAAAGCATCAATACTAAATTAGATACTGCTATAAGTGGATTAAACACTGTA +AAAGATCAAATAGCTAATGGTCAAAAACCATCTTTATCTAATTTAAATGGTATACTAAAA +GTTACTAAAGATATTAACAATATAACATCAAATATATTAAATAACTTTGACTCAAAAATA +GTTAATCCTATAAATAATATATTTGATCAAGGCTTTACTGTTGCTAATAATGTTTTAGAT +GTTTTAAATAAAGCCGAAGAAAAACTACCTAAAGTTAATAATATACTGGGAACTGCTTTA +GAATTTTCTGGAAGTGCAAATGATACAGTAGACTTTATAAAAGAAAAGATGCCTATGGCT +AAAAATATAGTAAATGAATTAGTTGATGCAGTATCAAAAGTTAATAATAGCGATGATATG +GCAGATTTAATAGCTCTATTAAAAAATGATATTGTAACTCGTTCTGATTTCTTAAAGCAA +CCAGTTGATGTAGTAACAAATACATTATATCCAGTTGCAAACTATGGTTCTGCGATGACA +CCATTCTACACTGTACTTTCTTTATGGGTAGGAGTATTATTACTTTGCTCTTTACTTTCA +ACAGAAGTACATGGCGAATATAAACCTTATGAAGTTTACTTTGGTAGAGGACTTACTTTC +TTAGCTATAACTTTGGTACAAGCACTTATAGTTAGCTTAGGGGATATATTCTTATTAAAA +GTAAGTATGATAAATCCTTTATTATTCGTTTTAATTTCATTATTTACTGCACTAGTGTTT +ACTTTCATAGTTTACTCACTAGTATCAGTATTTGGTAATATTGGTAAAGCAATGGCAGTT +GTATTATTAGTAATTCAAGTTGCTGGTTCTGGAGGAACATTCCCTATTCAAGTAACACCT +AAGTTCTTCCAAGTTATAAATCCATTCTTACCATTTACTTATGCGATTTCAGCACAAAGA +GAAGCTGTTGCAGGAGTTTATATGCCAAACTTAAATAAAGATATAATTATGCTATTAATT +TTCTTAGCAGTATTTATTATCTTAAACGTATTATTAAAAGGACCTATAAATAAAGCAACT +TCAGGTTTTGTCAAAAAAATGGGTGAAAGCGGATTAACTGAACATTAA +>nasD~~~nasD_2 +ATGAAAGATTTACTAGATAAAGGCGCTGTTTTACAACGTGATAAAGAAACTTATGCTATT +GCTCCTCATGTTCCTGCAGGGTTAATAACATCTAACCAACTTAGAAAATTAGCTGATGTA +GCCGATAAATATAATGTCAGCGCTATAAAAATTACTGCAGCTCAACGTATAGCTTTAGTT +GGATTAAAAGAAGAAGATATCGATAGTGTATGGAATGATTTAGGTATGAAACCAGGAGCT +GCAATAGGCTTATGTGTAAGAAGTATTAAAACTTGTCCAGGAACTACTTTTTGTAAAAGA +GGATTTAGAGATTCTGTAAAAATGGGATTAGCCTTAGATGATAGATATCATGGTATGAAT +CTTCCTAATAAATTAAAAATTGGAGTTAGTGGATGTCCAAACAGTTGCTCGGATAATCAT +ACCCGTGATATCGGCTTAATGGGTATGCCTAAAGGTTGGACTATTTTTGCTGGTGGTAAA +GGTGGAACAATGCCTAGACTTGGTAATAGATTAATAATGAATGTACCCGATGATAAAGTT +TTAGAAATGGTAGATAAAATAGTTAAAGTATATGCTGAAAATGCAAGTGGAAAAGAAAGA +TTAGGTGCTTATATTGATAGAATTGGATTAGATGAATTCAAATCTATATTGAATTTAGAC +AGCTTTCTACAATAA +>group_357 +ATGAAGATAGCAGTATGTGAGGATCAGGTTGCACAAAGTGATTTGCTTAATATTCAAATT +AAGAATTGGGCTAAAGAAAAAGATATTAATATATCAATTGATAATTTTGCAACTGCAGAA +TCATTTTTATTTCAATGGTCAGATTACAATAAGTATGATGTCATATTTTTAGATATAAAG +ATGGCTAAGATGTCAGGAATAGAATTATCTAATATAATTAGAGAAAAGAATAAAGACGTT +GAAATTGTGTTTGTAACAGGTTTTTTTAAATATGCACTACATGGATATAGAGTTGGTGCA +TTACAATATCTAATAAAACCTATAAAAATATCGGACTTATATTTATGTTTAAATAAGGTA +CAAGATAGAATAAATGATAAGAGTGAAGTATCTACACTAATTATAGAGACACCAAAAAAA +ATTATTAAATTAAACGATAATGAAATACATTATTGTATAATGTTTTCTCCTTATATAGAT +ATTCATACAAGTTCTGGGAAAATAACACTAAGAAAAAAATAA +>group_947 +ATGGGGAAAATCAAATTATATAAAAGTTTAAATGAAGAAGAAAAGAAAAGTGTATATGAA +TTTATGAAGTTAGAAACAGATTACATAAATTCTTTTGAGCAAATAAATAAGTTATATGAT +GTCAAAATATATGATTATGGGAATGGAGCTTTATTCTACTTTATAGATGATAAGGTGGTA +GCAAATTTATGTCTAGTTCTTGAAGTAGCAGAAGTATTAAAGACAGCATATATCCATAAA +ATCGTTATAAATAAAGAAGTAGAAAATATAAATAAAATCTTAGAAGAACTTATACAGAAA +GCAATTATAATAGCAAAAGACTACAAAGTGAATAAAATTAAATTAGGATTAGATGAAAAG +ACTTTTAGTCACTTAAAAAGATATGGCTTTGACTACGAATATAGGTCAATTGAAATGAAA +TTAGAAGAACCAATAAAAAAATATGAAACACTAAATCTAAAAGAACTAAGTGTTTCTAAT +AAAGAAAGATATGTTGAAGTATACAATGAGTCTTTTAGTGATATGTCACATGGTACCTTT +ATTGAAATAGAAGATGTTAATAAGCTTTTAACAAAGGATAAAGATAAAAATAAAGAAATA +TATTCATTTATTGTATGTGATAATAATACAGAAATAGGATTTATGGAAATTACTATTGAA +AACAATAAGGGGAAATTTGATATAGGTTTAATGAAAGAGTATAGAGGTAAAGGGTATGGA +AATAGGTTATTGGAAAGCGCTATACAGTTTTTAGTAGATAAGAAAGTAGATGAAATATCG +TTAATTGTTATAGAGGAAAACAGAGTGGCACATGAAATGTATAAAAAAAGAGGATTCAAG +GAAAGTTTTGTAATTAGTTATTGGTCAAATATTATAGATTAA +>group_948 +ATGAAATATAATTTTGCAAAGGTAACTAACTCTAGACTTATGGGTAGTATGGGACTTTTA +ATATGCTGGAGTGAAGGAGAAGATAATATATATCAGTATTTCTTATTAGATGCAGAAGGA +CTAGGTATAGCTGATTATGTAAGTTTGAAGAATCCAAGTAAAGACGAAGCTTATATGGAA +GAACAAAGGCTTATGGGAGGATTAGGATCTGACATAATAACTATATCTGAAGAAGAAGCA +TTATTTTTAGTAAAGCATTTTGGAAGAAAAACTATTGAATGGGAAAAAGAACTTCCAGGG +GTTGTCGATGAATACATAGAAATAATAAATAATTATGAGACGAATTTAATTATAGAAGAT +TTATATCCGATAATATGTAAAGATGTAAAAGAAGAAATTGAATTTATTAATTATATGACA +ATGAGATTTATAGGTTGGGATAGAGAATGTTTAAGATACTTTTCAGGAAGTGAAGAAATA +TCTAACATGCATATTACTAGTATAAATGGAACTTTATTAAAAAATACAGTTACATGTAAA +GGTGATGGAAAATTTGTAAGTGAAGCATTATATGAAGATGAAGATGGATATTATATATGT +AAAATAGCTTTTAATATAATAAAAGAAGCTAATAAATTCAAAATAAGCTCAATGTTAGTT +ACAGATAAAGAAGCTATGTATGATTTCGAAGTATTCGATGAAATATCAAAAGAAGAATTT +GTAGCTATATATAATATAGTAGATATAGATAAATTTATAGATAAGTTTTATATAGATAAC +CCATTTACTTTAAAAAGTGAAATGGATGAGGGGATTCTCTTTACAAGATTCAATTTTAAT +AATAATCATGTAAAAGAAGAAGTATATGTTATTAATAATGATATAAAAGCAGTTTACTAT +CAAATGGGAAATGAATTTTTTGTTGGTACTTATAATCAAAGAGATAGAATGTATATAAAT +AAAATATTACAGAACAATTATAAAGAGTTTTTAAATATGAAGGATGAATATTATTTTGAA +GAAAATGCTCTTTATGATTTTGCAGAGTCAGGTTCTAATGATTTTGAAGATTTTTTAAGT +TAA +>trxB_2 +ATGAGATATGATATAGCGATAGTAGGTACTGGACCTGCAGGATTATCAGCAGCTATAAAT +GCCAAAATTAGAAATAAAAATATTATAGTATTTGGAAATGAGAATTTAAGTAATAAGCTT +ACCAAAGCACCTTCGATAGACAACTATTTAGGGTTTTATGATATAAGTGGAGTAGATTTA +AAAGATAAATTTTTGGAACATGTAAAAAGTTTAGATATTGAGATATGTGAAAAAAGAATA +AATAACATTTACTCTATGGGTGATTACTTTGCATTAATGTCTAGTGATTCTATGTACGAA +GCAACTACAGTTATATTAGCAACTGGAGTAGAATATGGTAAGCCTATTAAGGGTGAAGAA +GAATTTCTAGGTAAAGGAGTAGGGTATTGTGCAACTTGTGATGCTCCTTTATATAGAGAT +AAAAAAGTAGCTATAATAGGATACAATAAAGAATCAGAAGAAGAAGCTAATTTCTTAAGT +GAAATTGCATCTAAAACTTATTTTATACCAATGTATAAAAATGAATCATTAATGAGAGGT +AATCACGAACTAGATACTTCAATAGAAGTTATAAATGATAGACCTATTCAAATACAAGGA +GAAACTCTTGTAAATAAAGTATCTTTCAAAGAGAAGGATATTGATGTAGATGGAGTTTTT +GTAATAAAAGATAGTGCCTCATTAAAATCCCTTGTACCTGGTCTTTATACTGATGGGCCT +CACGTAATAGTAGATATTAATATGAAGACAAATATAGAGGGATGCTTTGCTTGTGGTGAT +TGCGCAGGAAAGCCGTACTCGTATATTAAGTCGGCAGGTCAAGGTCAAATTGCTGCATTA +AATGCAGTATCTTATTTAGATAAGTTAAAAATGGAAGCAAGAAAAAAAGAAAAATTAGAG +CAAAAATAA +>group_1277 +ATGGCTGATAAAGAGTTTAACGTAAAGATTAGTGCTGAAACTGATGATTTTAGTAATTCG +CTCAATAAAGCTGAAAAAGATTCTTCTAAGTTTGCTGATGCATTAGAAAAAGATATTCCT +AAAGGTGCTGAATCTGCTACAGAGTCACTAAAAGAAACTATAGAAAAGTTAAGACAATTA +CAACGAGAAGCTATTGGAGTGAAAACATCTTTTAGTACAATGAATAACGAATTTAAGGGA +ACTTCAAGTAATTCAAATAAATTTAATAAGGAAATGCAAAGATTATCAATGATTCTTGGA +GGAGATGTTCCTGAAAGCACTAAAAAGGCTTATTCGGAAATGTATAGACTTCACGAAGAA +GCTCGTAAAGCTTCAAGATATTATGGAAAGTATTCTCAACAAGCAATGAATGCTAGAGAT +GCTATAACTAAATTTGCATTAGGACTTGATGATACTACTTTTAAACAAATATACATGAGA +AGTCAATTAGGATTAACTGATATGCAATTAAGGCAACAAGCTAATAGTATTAAGTTAAAT +GCTCGTATGACTAAGCTTATGGGAAATCAAACAAAGATACTTACAGAAAGAATGAAAGGA +CTACAAAAATATGGCATTAAACCAGAAATGATGCTTCCGCCATCTACTATAGGTCAGTTC +CAGTTATTAAATGAAACAATGGAAGCTGGTAGATCACCATTAAACGGATTATCTTTAGGA +TATAGAAAACTTGGTGGTAGTGTTGAAAAAGTTATAAAGAATTATTCTGCACAGAAAGTT +GCTATAAGAGAAGCTCAAGGAGACATGGTCAAATACGGGCTATTACTTAGAGGGATAACA +GCTGCAAATGCGAATATGGCACTTGCTTTTCCTATTGTTGGTATGGCAGCTTTATTTGCA +TATAAGACAATGTTTAGTGCAGCACTTGAAGCTGATGAAGGATTGAAAAAATTAGCTGAG +ACAACTAAAGGAAAAGTGTTAAAAGCGTTAGAACCTGTTATACAGACAGCAGGTCAGTTT +TTAAAAGTAGCGCTTAAAGTTACTGGAGTAGTTTCTGACTGGATAGCTAAATTTAATGAA +GTACATCCAATTATAGCTAAAATAGCTGGAGCTATAGGATTTTTATTACCTGTTATGACT +TTATTGTTATTACCTTTACAGATGGGTATTAATCTTTGGGACGGCTGGATGGTTGTTCTT +AATGGTGTTTGGACTATGTTTGGCGGAGTAATCTCCATGATTGGTTTAGCATCTTCTACA +TTTTTAGCATTCGCAGGAATCATAGGGGTTGTATCAGGAGCATTTATGTATTTATGGAAA +ACAAATGAAGGTTTTAAAAATGGAGTTACAAAAGCTTGGGACTTTATGAAACAAAAAGCA +TCTGATGTGTTTGGGACCATAGCTACATATCTAACTGAAACAATACCTAATGCGTATAAA +TCAGGAGGGGTAGAAGGAGTATTTAATTCTATATTTTTATCGATTAAAACAGCATTGGCT +AATATAACAACACTATTACCTCAATGGATACAAAAAGGATTTGAAATAATAAATAATTTA +TTATTAGGAATAGGACAAGCTATGCCACAAGTTTACGAAAAGTCTACAGAAATAATAACT +AATCTTATGACCGGATTAACTGCAATGATGCCTACATTTGTTAAAACTGCATTCATATTG +CTTCAATCATGGCTTACAGCTTTAACTAATAATTTACCTATAATATTAAATGGTGGTATA +GAGATTGTTAAAATGTTAATACAAGGGATTACAGAAATGCTTCCTATGATTGTAAGTACA +GTTATTACGGTCTTGACTACATTTTTACAAATTATAACAGATAATTTGCCAACTATACTT +AATGCTGGAATTGAAATGATAACATCTTTAGTTGATGGTATAGTAAATAATTTACCGATG +ATAATTGATGCGGTTACTAAAACTTTAGAGACTTTTGTAAACTTTATATTAGACAATTTA +CCAATGATAATAGACTCGGGAATTGAAATAATCACAACCTTAGCCACTGCAATTATAGAT +AATTTACCTAAAATAATAGATGCAACTTTAGAACTTATGCTTAGTATTGTAGAAAGTATA +AGTAATAACTTACCTAAAATAATTGACTCAGCTGGAAAAATAATAACCTCTTTAGTAAAA +GGATTAATACAAGGTATTCCTAAAATATTAAAAGCTGGTATAGACCTTATTGTAGGGCTT +TGCAATGGAATAATTCAAAGTACGCCTAAAGTGGTCAAAGCAGCAGGAGATATAATTAAA +GATGGAATTGATGCAGTTAAAAATAAAATATCAGACTGGGTAAGTATTGGTGGAGATATT +GTAAAAGGGCTTGCAGATGGAATAAAAAATGCAGGATGGAGGGTGATTAACTCTATCAAA +GGAGCAGTTCAAGGCGCCATAGATTGGGCTAAAAATAAACTAGGTATAAACTCTCCCTCT +AAGCTGTTTATGCAATTTGGAGAGTGGACAACAGAGGGTTATCAAATTGGAGTTGATAGA +GGTGAGCCTGCATCAACTAGGGCTGTAGAAAACTTTGCTCAAAATTCTGTTAATGCTTTT +ACTGATAATTCAGATATATTGGATAATAGAAGTGTAAATGAAAGTGTTATATCTAGCAAT +AATACTAATAATCTTATAGATTATAATAAAATGTATGAAGTTATGATAAATGCATTCTCT +AAAGCTATAGAAAATACGGGTATGAATGATCCTAAGTTTAACATAGATGGTAAAGAACTA +ACAAATATTATATCTCCTAAAATAGCTAGAACTGCTAGGGGGTGGTAA +>dlaT~~~aceF +ATGAGCAAATTAACAATTAATAATATAGAAAAATTTTCAGTTGAAAGAAAAGTTATATCA +TATATGACCACTAAATCTTGGCAGACTATACCACATGTATCTTATATGTATGAGCCAGAT +GTTACAGATTTTATTGATGAATTTAAAAAATTAAGAATAGAAGATAGTTCTTTAAAAAAT +GTTTCTATCAATTCATTAATGTTAAAAGTATTTTCAGAAGGATTAAAATTTGCACCAAAA +CTAAACTCTCATCTGTCATATAATCAAAGTACTGGTGAAGGTGAAATTCGCACAATTAAA +GATATTAATGTAAATATGCCTTGGATTTTACCAAGTGGAAAAATGATGACAATAAGTATA +AATAATATTGAAGAAATGTCTCTATATGAAATTAATAAACATATTAAAGATTTAGGTGAA +AAAATTTCAAATATAGATACACAGTCTCTATCTAAATCATTTTCAGATAAAATAAACTAT +AGTATTATAGACAGAATAATAAGTGGAGAATATCAAATGTCTGAAGATAATAGTCAAAAT +AAATCTAAGATACCTTTAGAAATCGGGACTATAACTATATCAAATATTGGATCTACATAT +AGGGAGCAAAAAGGTGCTATTGCTATGTTAGACATTATACCACCACAAGTCTGTGTAATT +GGTTTTGGTGCGATTTTAGAAAAACCAGGTGTATACATTGATGAAAATGGAGACAAATCT +ATAGGTATTCGTAAAATCTTACCTATATGCTTGGCATTTGACCATCGTGCATTAGATTTT +GGAGAAGTAATACCTTTTATAAAAAAATTAGATAGCATATTTGAACACCCAAGTATAATA +AAAGATTTTTAA +>group_1388 +ATGATAAAAAAATCAAAAGGAATAATAATTGAAGCTTTAGGATTAATAATAGGGTGTTTA +TCTATGAGTATAGGAATTAATATGTTCTTAGGTCCACATACAATAGCACCAGGAGGACTT +AGTGGTTTATCAGTAGTCATAAGTAAATTAACAGGATTATCTGTATCAACAATAATGCTT +ATAATGGGGATACCACTTATAATATGCTCTGTAAAAATATTAGGGAAAAAAGATGCTATA +AAAACTTTAATAGGGATGGTTACTTTATCTTTTCTTTTAGAGGTGACATCTCCATTAGCT +AATATATCAGCAACACAAGATACCTTGTTATCAGCTATATCAGGAGCTATTTTATTAGGT +GCAGGTATAGGTATTGTATTTAGTGTAGATGGATCTACAGGAGGTACTGATCTTATAGCT +CTTATGGTAAATAGAGTTTTTCCAAGTATACCATTATCAAAGTGTTTGACATTTATTGAT +GGTATGGTAGTAGTATCTGCAGGTATTGCGAATAAAAATATAGAAACAGGGCTATATTCT +GCAATAGCACTTTATATTATAGTAAAAATGATAGATGCGATTATTTCAGGATTTGATTAT +TCAAAGGCATTTATGATTATAACTGAAGAAGAAGAAGTTTTAAGAGATGCTATAGTTAAC +GATGTAAAAAGAGGTCTTACAATAATAGATGCAAAAGGTGGATACACTAGTCAGGATAAG +AACATTTTATTAGTTGTAGTTCGTAAAAAGCAAGAAGTTCATCTTAAGAAGCTTATAAAA +AGGGTTGATCCAAAGGCATTTATAATAGTAAGTGATGTTCATGAAGTATTAGGAGAAGGA +TTTAGTCCTATAAATGCATAA +>apu +ATGAGAAATTTAATAAACTATAATTCTTGGGATGAAAAATTCAAGGCTCCATTTGGAGCC +TTGAATATTAAGGAAGAAGCAATTATAAATGTAGTTTCAAATAAAAACTACGATGTATAC +AATATATCAATGGTAATTTTGGGGGAAAATGAAGATTTAAGTACTTTTATATATGAGAAA +ATAGAATTAAAAGAAATGCAAAATATCGATAACGAGAAAACTTTTTATTGTAAAATTAAA +CCTTTTGGAAAAACAGGTTTATACTTCTACTATTTTGAAGTCGATGTCAATATAGATGGA +AATGTACAAAAAGTATTTTATGGAAAGAGCAATGAAGATGGACAGGCTTTTGAATATTCC +TATGAAGGAATAAATAAATATCAAATAACGGTATATGATGATGTAAATGTACCAACATGG +TATAAAGAAGGTGTACTGTATCACATATTTGTGGATAGATTTAATAATGGTAACAGAAAT +GATAAACTTAGTAATCCGAAGAAGAATACTTTTATGTATGCAAATTGGGATGATGAACCA +ATGTACATAAAGGACGAAAATGGAGATATAATTAGATGGGATTTCTATGGAGGAAACTTA +AAGGGAATAATAAATAAACTAGGTTATTTAAAAAAATTAGGTGTTAGTATAATATACTTA +AGCCCTATATTTGAAGCATCTAGCAACCATAAGTATGATACAGGCAATTACAAAAATATA +GATCCTATGTTTGGTGATGAAGAGATATTCGCTGAACTAATAGAAAAAGCTAACGCTAGA +GGTATATCTATAATATTAGACGGTGTATTTAATCACACAGGAGCAGATAGTAAATATTTC +AATAAATATGGAAACTATGATAGTTTAGGTGCATATCAATCTAAAGATTCTGAATATGCT +TCTTGGTACAATTTTAAAGAATTTCCTGATGAATATGAGAGTTGGTGGGGCATAAAAGCA +CTACCAAATGTAAATGAATTAGACCCATCTTACATGGATTATATTATGTATGATGAAGAT +AGTGTTATTAAGAAGTGGACAGGTATGGGAGTAAAAGGATGGAGACTTGATGTAGCAGAT +GAGCTTCCTACGAAATTTATTAAAGAATTAAGAAAAGAGTTAAAGTCTGTAGATAAGGAT +GCTATATTAGCTGGAGAGGTTTGGGAAGATGCTTCTAATAAGATAAGTTATAATAAAAGA +AGAAACTATCTTACAGGAGATCAATTGGACTCAGTATTAGGATATCCTTTTAGAAAAAAT +ATAGTATCCTTTTTAAAAGGAGAATGTAATTCTCTTGAATTAACAAATAGTTATATGGAA +GTAAAAGAAAATTATCCTAGTGAATCATTTAAAGCTAATTTAAATTTACTTGGAACGCAT +GACGTAAAAAGAATTAAAACTGAATTAGATTGCGATAAAGATATGGTTAAGTTAGCTGTT +ATCACACAAATGACTTTTGAAGGAATTCCTTATATTTATTATGGTGATGAAGCCGGATTA +GAAGGTAATACTGACCCTGACAATAGAAGAACATATCCATGGAAAAATGAAGATGAGGAT +ATGGTTGAATTTTATAGAAATGCTATAAATACAAGAAAGAAACGCTTAGTTTTAACTTAT +GGTGATACTAAGTTCTTATATACTAATAACAATGATGTATTTGGTTATATTAGATATGAT +AAAAATTCAGAAGAAGAAGATTTATTAATATTAATAAATAGATCTAGAGATGAACAAAGT +ATAACTATAGATTTAAATGCAGATATTTTAGAAGAATTACCCATAAAATACATACCTAAA +AAGTATGGAGAATTAATAGAGAAGGAAGATGGATTGTTTAATAAGGGGTTATTTAATATT +AAGATTAGAGAAAAATCATTTAGAATATTTAGTTTAAGAAATAATATAGAAAAATAA +>xylQ +ATGTCAATTAGAAATTTTAAGTTTAAATTTGTAGATAAAAAAAATCATATAGTTAGCTTT +AGTTGTGAAGATATAGTTGCTAAGGTATTAGTATTAGAAGAGGATATACTTAGAGTTATC +ATACATAAAGAAGATGGATTAAAATTAGATAAAACATGGTTAGTTGCACCTGGAATGGAA +GATATTCCATTTGAAGGAAGAGATAGATTTGATACAACAGGGTTTAGTTTACCAGAATTT +AAAGTAAAGGAAAAAGATGATTTTGTAACTATTAAAACATCTAAAGTTGAAGTAGTTGTT +AATTTACTTGATTTTAAAATCACATGGTATTTTATTGATGGAGATAAAAGAATTGAGTTT +ATGAAAGATAGACAGACTCAAGCTTATAACTTCAAAGGCGAGCTTGGTGACGGAATTTAC +CATTATATAAATAGAAATAGATCAGAGCAATACTATGGTTTAGGTGAAAAAGCTGGGAAC +TTAAATCGATATGGAAAAAGGTATAGAATGTTAAATATAGATGCTATGGGATACGATGCG +GAAAATACGGATCCATTATATAAACATATACCATTTTATATAACAAGAAATGAAGAGACT +GATTTATGTCACGGAATATTCTATGATAATATGTCAAATGCAATATTTGATATGGGACAA +GAATTAGATAACTATCATGGACACTATAAATATTTTTATTCTACAAATGGAGATTTAGAT +TATTATGTAATAGCTAAAAATGATATACCATCTATAGTTAAAACTTTTAGCTGGATGACA +GGTAAGACAATATTTGCACCTAAATGGAGTTTAGATTACTCAGGATCTACAATGACATAC +ACAGATGCACCAGATGCAGGGGAACAACTAAAGAAATTTGTTGATTTATGTGAAGAACAT +GATATATTAAGTGGTTCATTCCAATTATCATCAGGATATACATCTATAGGAGATAAGAGA +TATGTATTTAATTGGAATAGAGATAAAATACCTGCTCCAGAAAAGCTAACTCAGTATTTC +CATGAAAAAGGTTTAAGATTATGTGCTAATATAAAGCCAGCATTACTATTAGATCATCCA +AAATTTGAGGAATTAAAAGAAAAAGGATTATTCATAGTAGAAGAAGACTCTAAAAATCCG +TATTTATGTCAATATTGGGATGAATTAGGAGCTCACTTAGACTTTACTAATATAGAAACT +ATTAATTGGTGGAAAGAACAAGTTACTAAGCAACTTTTAGAATACGGAATAGATTCTACA +TGGAATGATAACAATGAATATGAAATATGGGGTAAAAGTAAAGTATTTGGATTTGGAAAA +GAAATAGATTTAGAGTTAGTTAGATCAATAATGCCATTGATAATGATGAAGTCATCATTT +GAAGCTCAAAAAGAATTTAATCCTAATGAAAGACCTTACCTTATATCAAGATCAGGATGT +CCTGGTATGCAAAGATATGTTCAAACATGGAGTGGGGATAACTATACTTCATGGAAAACA +TTAAAGTATAATATAAAAATGGGTAATGGATTAAGTTTATCTGGAGTTTACAATCATGGA +CATGATATAGGCGGTTTTTCAGGAAACTCACCAGAACCAGAATTATTTGTAAGATGGGTT +CAGCAAGGGATAATGTATCCGAGATTTACAATACACTCTTGGAATGATGATAAAACCGTA +AATGTACCTTGGATGTACCCAGAATATACACAAACTATATCTAATCTATTAAAACAAAGA +AATAGAATAGTACCATATTTATATGATTTACTTTATAAAGCTCACAATAACTATGAGCCA +ATTATTACGCCGACATTATATAATTTTGGACATGTTGATAAAAAGACATTCGAAGAGAAT +GATGAATTTATGCTTGGAGATTCATTGTTAGTTGCTTGTGTAGTGAATAAAGGAGATAGA +GAAAGAACTGTCTACCTTCCTAAAAATGAATTTGGTTGGTATGACTTTAATACTCATAAG +TGGTATAAAGGAGCTCAAACAGTTACAATACCAGCACCTCTTGAATATTCACCAGTATTA +GCTCGAGGAGGAAGTATAATACCTATAAATGATGCTGAGATTACATTTAATACAAAGGAA +AATGATGAAAGAGCATTTTGTATATTTCCTCCAAAAGGAAATTCTACATTTGAATATACT +TGCTTTGAAGATGATGGAATTACAACTGATTATGAAAATGAACATTTAGTATATAAATTT +AATGTAATTACTAATGATTATGAAATAATCGTAAACTTAGAAACTGAAGGTAAGTATAAA +CCATCATATGATAAAGTTGCTATCTATTTACCTAATGGAGAAACTAGAGCACTTAAGGTA +AATGATAAGGTCGTTATTAAAGAAAATGATAAGTATGTTTTAAATAAATAG +>mta +ATGGAATATACAATTAAGAATTTAGCACAACTGGCAGGTGTTAGTGTGAGGACACTAAGA +TACTATGATGAAATTGGACTGTTAAAGCCTTGTAGAGTTAATTTATCTGGTTATCGTATT +TATGGTGAAAAAGAAGTAGATTTATTGCAGCAAATTTTATTTTATAAATCAATAGATATG +AAGCTAGAAGAAATTTCCCAGGTAATTTATCAGCCTGATTTTAATATTTGCCAGGCTCTT +GAAGAACATTATAAAGAACTGATTTCTAAAAAAAATCAGATAGAGCAATTAATTTTAACA +GTTGAAAAAACATTAGCTTATAAAAAAGGAGAGATAAAAATGTCAAACAATGAAAAATTT +GAAGGATTTAAAAAAGAGAAAATAGCTGAAAATGAAGCAAAATATGGTAAAGAGATAAGA +GCAAAATATGGTAAAGAAACTGTAGAAAAGTCAAATGAAAAGTTTCTAAACTTAAGTGAA +GAAGACTTCAATAATATGCAAACAATTGAAAATGAAATGTTTAAATTATTAAGTGAAGTA +ATAAAAACGAAAGATTTAGATTCAGATGATGCTAAAAAAGTATATGAAAAACATAGAGAG +TGGTTAAGTTTTTCATGGCCAAAGTATACTGCACAAGCGCATATAGGTTTAGCTATGATG +TATGTAGCTGATGAGAGATTTGCAAAATATTATAATGATAGAGCTGGAGAGGAAGCTACT +CAAGTATTACATGATTGCATAGTCAAATATGCTAAATAA +>yidA_1~~~ybiV~~~ybjI_1 +ATGATAAAATTAATAGCATCTGATATGGACGGAACATTATTAGATTCAAATAAAAATATT +AATCCAGAATTTAATAAAATTTTAAATACCTTAAAAGAAAAAGGGATTATATTTGCAGCT +ATAAGTGGAAGAGATTTAGCATCGTTAAAGTATGCATTTAAGGATGTAAAAGAAGACATT +GTTTTTGCTTCAAATAATGGCAATTTCATAGTTTATAAAGGTAAAGTTTTATTTGAAAAT +TATATTGAAAAAGAAGAACTAAATTGCATACTTCCAACAATAAGAAAAAACGCAAAACAC +TTTACTATATATTGCACTAAAGATGGTGTATATGCAGAAAGTTTATTCCCTTTTATAGCT +GGACTTAAATTTGGTTTAAAAGTAAAAGTTGTAAAGGATATTACTAAAATAAATTCTAAG +GTAATTAAAATAAGTACTTTTGGGAAACAAAAAATGATTGATAGAAGCTTAAATGCTTTA +AATCATTTTAAAGATAGATTTATGATAACTCCCTCAGGATCAACTTGTTTTGATATATGT +AAAGTAGGAGGACATAAAGGCCAGGGAATTAAAATACTTCAAGACTTATATAATGTAAAA +TTTGAGGAAACAATGGTATTTGGTGATCATATGAATGATTTAGAAATGATGGATTATGCA +TATTTTAGCCATGCAATGGAAAATGCAGAAAAAGAAGTTAAAAGTAGAGCTAGATTTATA +GCAAAAACTAACGATGAGAATGGAGTTATTGAAGCTATAAAAAAACATGTGATTGAAAAC +TATGATAATAGCTATAGTTATAATTAG +>group_362 +ATGTACAAAATTGGAGAATCTGTTGTTTATGGCAGTGAAGGTGTATGTGAAGTAGAGAAT +ATAAAGAAGCTTAATATTTCTGAATTTAATAAAAATAAGACTTACTATATATTAAAGCCA +ATGCATGAAAATGGAAAGGTGTTTGTTCCTGTAGATATTAATGTATTTATAAGATCAGTT +TTAAAATACGAGGAAATTCAGACATTAATTGAGGTTATTCCTACAATAGAAAAAAGTGAA +TGCGATATAAAAGGTGTAAAAGTATTACAAGATCATTATAAAAAATTATTAAAACATTAT +GAGTGTATAGATTTACTGACTGAGCTAGTAAGCCTTAATGAGAAAAAGAATGATTTAATA +AAAAATAAAAAAAAGCTGAATCAAATAGATGATAGATTTATGAAAATAGCTAAAGGATTA +CTTGAAGATGAATTTTCAATTGTTTTAGGAATACCTAAAGAAGATGTAGAGGCATATATT +ATAGATAAATTAAATAAACAAAAATATGGAAAGTACAATATTTGA +>rhaR_5~~~rhaR_9~~~rhaR_3 +ATGACAAAAAATGAAGTATTGTTTTGGATTCAAACTGTATCAATGTCATTGGATGTTTCT +GTCTCGTATATTTCAGAAAAGAGTCAGTTTTTAAAAGTATATAGCGAAAATCCTTTTTAT +AGTATCTTTTTTTCAAAAGATAATGAAAATATTTTAGGTAAATATTTAAATTTACTACAA +GAAAAAATAATATACTATGCAAATACTCCTATCAAGACTTGTTATCTAAATATTTGTTTA +AATAAAGAGTCTGAAGAATATTTAGTGATAGGACCTTATTTAAATGAACCTGTAAACGAA +AATCAAATAAGGGAATTACAATCTAATTTAGACATAGATGAAACCCTATTGATAGAATTA +AAAAAGTATTATTCAGCTATACCTATTGTTAGATTGGATAGATTATGGGCTCTGTGTAAT +ATATTTTTAGAAAAATATTTTGAGACTAAAGGTCCATTTTCAGTTGTAGGCATTAAAGAA +GAGCATATAACGTCTAAAAAATATAAGTTAGATGAAAGCTTAGATAAAAATCTATCTATA +AAAATGCTAGAAGAAAGATATCAAATGGAAAATGAACTTATGAATGCAGTATCAAGAGGG +GACTTTCCTTCTGCGTTTATGGCTTACGAGAAGATGAAGTCCAACTTAAATTCTTATTAT +AGTATTAATGATAGTGTTAATAGCAGTACTAAAGGAATTACTATACTAAATGTTATACTT +CGAAAAGCTGCAGAAGCTGGTGGGGTACATCCTTTGTATTTAAATGACTTATCCACAAAA +TATTCAATTTTTAGTTTATCTAAAAGTGTAGATAATATATCTGTGAAAATGATTAAAGAT +TATTGCTCTTTAGTTAAAGATTATGCTTTAGAAGGCGTTAGCCCTTTAATTAAAAGAGCA +ATAAGTTATATAAATTTAAATTTAAATTCTGATTTAACGGTTTCAGATATAGCATATAAT +CTTTGTATAACTCCCAATTATCTTTCACGATTATTTAGAAAGGAAAATGGAATTTCTGTT +ATAGAATACATCAATCAAAAAAGAATTAAAGAAGCAATACAGTTAATGAAAAAGACAGAT +ATGCAAATTCAGATGATTGCAGAAAAAGTAGGAATAAATGATTTAAGCTATTTTAGTAAA +TTATTTAAAAAACAATTAGGTAAGTCTCCAACTCAGTATAGAAGAGATATGGGAAAATAA +>cadA~~~kdpB +ATGGGAGATTGTAGCTTATTAAAAAAAGAGATTCTATTAGGTGGATTAGGATGTTCTCAT +TGCGCAAAAGCAATAAGTAAAACTGTATCTAACCTAGAAGAAGTAGAGGGATGTAATTTA +GATTTTGAAGCTCAGAAATTAACAATAGACATATTAGATATTTATAATGGAGATGAAGTA +GTATCAAAAGTTGTAGATATAATAAATTCTATAGAACCAGACCTTGATATAGACGTAACA +ATTAACTCAGTAAATTCTAGAAAAGGACAAAAAGGTAGGGGTAAAAATATGAAATCATTA +AGTAGAACAGAAGTTAATGACAATGTTAATCCTATAAAAGTAGAATTTATATTAAATGGC +TTAAACTGTGCCCATTGTGCAGATGTGATCAATGAAAAAGTAGGAAAATTAGAAGGTGTT +AAATCATCTAATTTAAACTTTGTAAATAAAAAATTGACTTTAAATCTTACTGATGGAAAA +GATGAAAGCGAAATAATAAGAAAAACTATAGATATAATAAATAACACAGAGCCAGGATTA +GATATAGTGGTCAATAATAAATCTAAATCAGGAATAAAGAAAGAAATAATCTTAGGTGGA +TTAAATTGTGCTCACTGTGCAGAGGTTATAGGTCAAAAGGTTTCTAATTTAACTGAAATA +GAAAGTTCAGATCTAAATTTTATAAATAAAAAATTAACTGTAATAATAAAACAAGATGAA +AATAGTAAGCAAGTTATTGAAAAAATAATAGATATAATAAATAATACAGAACCAGGACTA +GACATAAATATAGTTGAAAACTCAAAACAAGCAAATGTATCTGTAGAAGAGAAGGAAAAA +GATTCTTCGAAAAAAGATTTATTAAAGTTAATAGTTGGTTTTGGAATGTATGCAGTTGCC +ATATATCAAAGTACTATTGGAGTAGAAAGTAAATTGATGAATTTACTTTTAATAATTTCT +TATCTAGTAGTAGGTGGTGGTGTAATAACAAAGGCTTTTAAAAATATGACTAAAGGTAGA +ATATTTGATGAAAATTTCCTGATGTTAATAGCGACAGTAGGTGCATTAGCAATTGGCGAA +GTGGAAGAAGCTGTAGCTGTTATGCTTTTCTATCAATTAGGTGAATATTTACAAGGTATA +GCGGTTGGAAAATCTAGAAAGTCTATAGCTTCCCTTATGAATATAAGACCAGATAGTGCA +AACTTAAAAGTAAATAATGAAATAAAAGTTGTTTCTCCTGAAGATATAGAAATAGGTGAT +GTAATAGTTATTAAACCAGGTGAAAAGGTACCTCTAGATGGTGTTATAATAGATGGTTCA +TCTATGGTAGATACATCTGCAATTACAGGTGAATCAGTTTTAAGAGAAACAGCAATAGGT +GATGATATCTTATCTGGATTTATAAATAAGAATTCGTTATTAACTGTAAAAGTTACTAAA +GGATATGGTGAATCAACTGTTTCTAAAATATTAGATTTAGTTGAAAATGCTAGTAGCAAG +AAGTCTAAAACTGAAAACTTCATATCTAAGTTTTCAAGATATTATACTCCAGTAGTTGTT +TCTTTAGCTGCTGCAATAGCAATTATACCTCCTATAGTAATTCAAGGTGCAGAGTTTAGT +GAATGGTTCTATAGAGGATTACTATTCTTAGTTGTGTCATGTCCGTGCGCATTAGTTTTA +TCTATACCTTTAAGTTTCTTCAGTGGTATAGGATATGCTTCGAAGAATGGTATTCTTATA +AAAGGAAGTAACTACTTAGAAGCTTTAAAAGATGTAGATACAGTAGTGTTTGATAAAACA +GGAACTTTAACTAAAGGCGTATTTAACGTAACTAATATAAATGCAGTAGATATATCAAAA +GAAGAATTATTAGAGTATGCAGCTATTGCAGAGGTTAACTCTAATCATCCGATTGCAAAA +TCTATACTTAAGACATATGGTAAAGCAGTTGATTTAGATAGTATAAAAAGTTATGAAGAA +ATAGCAGCTCATGGTATAAGAGTTCAATATAATAATGAAAAGATACTAGCTGGAAATGAA +AAGTTGATGAAAGCTAATAATATATTATACTCTGAAGCTAAAGAAGTAGGTACTGTTGTA +TATGTAGCAGTGAATGGTATGTATAAAGGATACGTAGTTATATCTGATGAGGTAAAAGAG +GATAGTAAAGATGCAATCAGAAATTTAAAAAATGTTGGTATAAAAGAAGTTGTAATGTTA +ACTGGTGATAATAAAGATGTAGCGAATAAGGTTGCAAGTGATTTAAATATAGATACAGTT +TACTCTAGTTTATTACCTAATGAAAAGGTTGAAAAAGTAGAAGAAATATATGAAGGTAGA +AATGAAAAAGAAAAAGTAGCTTTCGTTGGTGATGGTATAAATGATGCTCCAGTATTAGCC +CGTGTAGATGTTGGTATAGCGATGGGTGCACTTGGTTCAGATGCAGCAATAGAAGCAGCA +GACGTAGTTCTTATGACAGATGAGCCAAATAAAATATATAAAGCTATAGAAATATCTAAG +AAAACAAACAAAATAGTATGGCAAAATATTATATTTGCACTTGGAGTTAAGATAGTTGTT +ATGATATTAGGTGCAGGTGGTATGGCAACTATGTGGGAAGCAATATTTGCTGATGTAGGA +GTTGCCTTAATAGCGGTATTAAATGCAATGAGAATTCTTAAATAG +>nox +ATGAAAATTGTTGTTGTAGGATGTACACACGCAGGAACCGCTGCTGTTGTAAATTTAAAA +GAGCTTTATCCTGATAGTCAAATAACTATCTACGAAAAAAACGATAATATATCTTTCCTA +TCTTGTGGAATAGCTTTAAGTGTTAGTGATGTAGTTACAGAACCAGAAAAACTATTCTAT +AATTCACCTGAAAATCTAGCTTCACAGGGAATAATAACTAATATGAAGCATGAGGTTTTA +GATATAGATTTTAATAACAAAAAGCTTTCTGTCAAAAATCTAGTCACTGGAGAAACTGCA +GAAGATAACTACGATAAACTAGTGCTAACATTAGGTTCTTGGCCTATAGTCCCTAAATTT +GAAGGTGGAAATTTAGAAAATATAGTTCTTTGCAAAAATTATGATCATGCTAAAACTATT +ATAGAAAAATCTAAAAATGCTAAAAATGTTGTAGTAATAGGTGCCGGATATATAGGCGTT +GAGCTTGCAGAAGCTTTTGAAATGAAAAGTAAGAATGTTACTCTTATAGATGCCGAAGAT +AGAATAATGGCAAAATACCTAGATAAAGATTTTACAGATATAGCTGAAGCTGAATTCACT +AAAAGAGGCGTTAATCTAGTTTTAGGTCAAAAAGTTCAAAAATTTGAGGGGGATAACAAG +GTATCTAAAGTTATAACAGACAAAGGTGAATTCGAAGCCGACTTAGTTGTTCTGTGTATC +GGATTTGCACCTAATACTAATTTAGTAAAAGGAAAATTAGACACCTTACCAAATGGAGCA +ATTATAATAGATGAGTATATGAGAACAAGTGAAAAGGATGTTTTTGCTGCAGGAGATTGT +TGCGTTGTTAGGTTTAATCCTGCAAAAGAAAATAGATATATTCCATTAGCTACAAATGCA +GTCAGAATGGGTACTTTAGTTGCTAAGAATTTAGTTAATCCTACTTTAAAATACATGGGT +ACTCAAGGTACTTCTGGAATAAAAATTTACGATTTATGTATCGCTTCAACAGGACTTACT +GAAGAGGTTGCAAAAAACACTACTAACTTAAATGTGTCATCCGTGACTGCTACAGATAAC +TACCGACCTGAATTTATGCCTTCATTTGAGGAAGCTACAGTAAAATTAGTATATGATAAA +GATACTAGAAAGGTAGTTGGAGGGCAAATTATTTCTAAAATGGATTTAACTCAATTTATG +AATACACTATCAGTTGTCATCCAAAATGAAATGACTATAGAAGAGTTGGCTATGACAGAT +TTCTTCTTCCAACCACACTTTAATAAGCCGTGGAGTCTGCTAAATATAGCTGCACTTAAG +GCTTTATAA +>group_952 +GTGAAAAGCAACCTGCACTCTGAAAAGGAAATATTAATATTTAATGGTGTTATGAAGCTC +ATGAATGAGGGCGTTAATATACATACTATAAAAGTAGCAGATATAGCGAAGTCAGTGGGT +ATAGGAAAAGGTACTGTGTATGAATACTTTAAGTCTAAAGATGAGCTACTAGAAAAGTCT +TTAATTTATTGTATGAACTTAAGTCTAAATAAAGCAATTGAAAAAATAGATAATGCAAAT +GGGTTTGAAGAAAAAATATATACTATGTTAGAAATAACTAAGTGTAATGTTCAAGATTTT +AATTCGGGAAATGGATTCTTATTCTCTAATATGGGAACTTGTGAATTTGCATACCTAATG +AAATCGGAGAATAAAGAATTTAAATATAGAGAAAATATTATAAATAAAAGTATAGAAGAT +GTAATATCCGTAGGTATTGAAGAAGAAGTTATTAAATGTCAAAGAGACAAAGAATATGAA +AAAATGGTAATTAAAAGTGCGATAATAGGATTTGCAAATGATCTTTATTGTAGCAAATTT +ACAATGGAAAAGGATATATATGAATTAAAAAAAAGGTCATATAAGCTAATTATTAAAGGA +TTAAACTAA +>group_605 +TTGATATATTATAGAAATAATAATGATAATAATAGAAAGAATGAATATAATGGTGGTTAT +GACAAATATGAGGAAGATTATAATAACTATAACAGATATTATGATGAGGATTGCTATAAA +CATGTAGATAAATGTAAACATGATGATCATTGCGATGAAAAAGATTGGAATGACAAAGAA +TGTCATAAGAAAGAATGCTGCAAAGATAATTGGGATGATAGAGATCATTGCAAGAAAGAA +TGTTGTAAAGATGATTGCTGTAAAAAAGATCATTGCGAGAAAGAATGTTGTAAAGATGAT +TGGCATGACAAAGAATGCTGCAAGAAAGAATGCTGTAAAGATGATTGGCATGACAAAGAA +TGCTGCAAGAAAGAATGTTGTAAGGATGATTGTTGTAAGTGTTGTGTAGGTCCAAGAGGC +CCTAAAGGTGAAAAAGGAGATAGAGGTCGCACAGGTGCTACTGGCGCTACTGGTGCTACT +GGTGCTCAAGGTCCTATAGGTCCTCAAGGTGTTACTGGTGCTACTGGTGCTACTGGTGCT +ACTGGTGCTACTGGTCCTGCTGGCGTTCAAGGTCCTCAAGGTGCTACTGGTGCTACTGGT +CCTCAAGGTCCTCAAGGCCCTGCTGGTGCTCAAGGTCCTCAAGGTACACAAGGTCCTGCT +GGTGCTCAAGGTCCACAAGGTCCTACTGGACCTCAAGGTCCTCAAGGTCCTACTGGTGCT +ACTGGTCTTCAGGGTCCTGCTGGTCCTCAAGGTGCCCAAGGTTTAGCTGGTGCTACTGGT +GCTACTGGTGCTACTGGTGCTACTGGTGCTCAAGGTCCTCAAGGTCTTCAAGGTCCTGCT +GGTCCTCAAGGTGTTCAAGGTCCTGCTGGTGCTACTGGTGCTCAAGGTCCTGCTGGTGCT +CAAGGTCCTGCTGGTGCTCAAGGTCCTGCTGGTGCTACTGGTCCTCAAGGTCCTGCTGGT +GCTGCTGGTGCTACTGGTGCTACTGGTGCTACTGGTGCTCAAGGCCCTCAAGGTCCTACT +GGTGCTACTGGTGCTACTGGTGCTACTGGAACATCTGCAGTTGTTGCTAATGCAGATATA +TTTAGAACATCTGATATAACAGTTAATGTTGGTACTGCTATACCTTTCAATGCTAGTGAT +ATTAGTGGTAGTGGTATAACATTTACAAATGGAAATAGTACTATACAATTAGGCGCTAAT +ATGAGATTCTACGTAAGATATACAGTTACTTCAACAACAGGTATACCATTTGCAGTTGGA +TTAAGACTTAATGGTGCTGCAATCCACAGCTCATTAGCCTCAACTCAAGCAGCAGATACA +TCTATAAGTAACGCTGCTATATTCTCTACCGGTAATGCTGGCGGCATTCTAGATTTATTT +GTATTCTTCAACGTAAACCCAATAACTGTAGTTGGAATAGAAACTAGCTTACAAATAATA +AGATTAGCATAA +>group_367 +ATGATTAAAATAGATAGTAAATTAGTACAAAGGTTAATATGTATCTTTCAAACTACTTAT +ATTTTATTATTCTTAACTAATGTAAGTGACATTATTACTAACTTTAATATTTATACTGGG +TTTGCATTATGTGTATCAATTAATATGGTTACTGTAATTTTAAATATGTTCCATATCATA +AAATTGCCTAAAGATAAAATAGGTATAAAACTTTTATTAATATTTATAACTTTGTTACAA +ATATTATTTACAGTATTTATTTACTTACTTCCAGAGGCAGGAATAGATCCTCGAATTAAG +TTGTGGTAG +>group_953 +ATGAAAAAAATATTTTTAGTTGATACAGAAAATGTAAATATAAGAGCTCTACATGGAGCA +CGTCTTCTTAGTTCCAGCGATAAAATAATTTTATTCACAACAAAAAGAACATCTTCCACT +AATTTTAAAGATTCAATTATCCAATCTTTAGGTACTAGTGCAAAGATAGAAAAAATAGAT +GTTACTACAGGAATAAAAAATAGCTTAGATTTTCAATTGGTGGGATATTTAGGTTATTTA +ATTGGCTCAAAAGATGAAAACTCAAATTATTATATAGTTAGCAAAGATAAAGGATACCTA +TCTTCTATAAACCTATTAAAAAACTTATCAAAAAATAAATGTCACATAGAGCTTATTTCC +GATATACTAACTATTTCTCATAATTTATATAATGTATATAGTGATCCTATACTCAATTTA +GAAGAAGAGATTATAGTTGAATTGAAAAGTTATGGGTATACAAATAAAACTGTAACGAAA +GCATTAATTGCTATTGGATCATCTTATGATTTGGAAAGTCTAAAACTAAATTTCTTCTTA +CAATTCGGATGGAATAAGAAAATACTTAATATTTGTGAACCCATAGTTAATCAATATTAT +TCTAATTTTATAGCATAG +>group_1131 +ATGAAACTTTTATATAATGTAAAGAGTCAAAATGAAAAAAATAAAAAAGTTTTAGATACA +TATTTAAAATTAATAAAGTTAAATAATAATAGATCAAAAAATATAATTTTACTAGTTCAA +AATAACATAAATAAATTAATATATGAGAGAGAAATAAGCCTAGAATACAGCGAGGAATTA +AAAATAACTACATATATAAGCTTTGTAAAAAAAGAGCTAATAAAGTATTGGCCTATTATC +GTTGAAAAGGAAGAAAAAATAAAAAGTAATACAATTGCTCCAATATTTATATCAAATAGT +TTAAGTGATTATATTATAAGTACAGATGTAAAAATAAAAAGGAACTCTCATGGTTACTTT +GATGATATAACTAGTACTAATAAAGGTATAGTAAATAGTATTAATACAAATATAAATAAA +GCAGCGTTAAGTTTAATAGAATTTGAAACTATAGGGGAAAGGCTATATTTATCGAAAAAA +AATAAGGATAGACTTTTAAAGTTTTCTTATTCTCAAATGACAGAAATTATAACTCATTAT +GTAGATAGCCTTATATCAAGATCGATGCTAGATAGCCCTCTTTGTATCTACTTATATAAT +AAATATTTATTATCTGATGAAACTTATATAAATAACCTAAAAAAAGATATAGATTATATT +ATTGTAGATAGTTTAGAGAGTTGTAGTAATGCTGAGGTGGATTTTATAGACGTAATATCT +TCTTTTGCTAAAGAGAGTTACGTTTGCTTCAATAAAACTAGAGATTACTCATCATTTAAT +AATATAGATATGGAATATATAGATGAGAAAATAATAAAAAAATTTACTTTAGTTGAAAGA +AATAATGCCGAAGATTTGTATAATAATATAGATATATCAGATTTATATTTGCAAAAGTAT +GATATAGAATTAAATCAGTCTAGTCAATTATACAGTGAAATGATTGAAGAAGTTATAAAT +AAAGTTATAGAGTTAGTAAATAAAGGTGTAGCTCCGAAAGATATTGTTATAATTTCACCC +ATAAATAATACTATTTTAGATTATCAAGTTAAGAATGTATTAGAAAGATATAACATAGGT +GTAGTAAATACAAAAATAGATAATAAAATAGTAGACTATCCTTTTGCAAATGCTTTAGTA +GTAGCTACATGTATATTTTATGATTATGAAGATTTAATAAAGGAAGAAGAATTTATAAGT +TTCATAGAAACTGTACTGAATGTAAATAGAATACAGGCATTTAAAATTTATAGAAATAAA +GATAGTAATGAAGAGTATAAAGAATTAATTGAATATATACATAGATATAAATTAGAAAGT +ATAAAAATATATGAATTTTTAATGAGATTTTATGTAGATAAGATGCTTATATTAAAAAAT +GGAAAATCAAATATAAGGATATGTAGGAAAATTATACAGGAGAGTGAAGTCTTTACTGAA +AATATAAATTTATTAAGCTTGGATGAAAATAAATCTAAGGAAAAAATATTTATAGAAGTG +CTTAAAAGTACTATTAAAGACTATTATGTAGCTAAGGAAATACAAGATTTAAAAGAATCT +AATAAAATAATAATATCAACACCGTATTCTTATATTTCATCGAGCTTAAATAGGAGTATT +CAATTATGGATTGATATAGGTAGCAATACATGGAATATGAAAATAGAAAAGGATATAAGC +AATGTGATAGTACTTAGGAAGTCTTATGAAGAAACTAGAATATATACAGATGAAATGGAA +GAACGTTTTAAAAAGTACTATTTATATAATATGATATATTGCTTATTAGAAAATGCTGAA +AAGGTATATGCATATAAGAGTGACTATACGGTAAATGGATATATGCAAGAAAGTATATTG +TATAGCCTCTTACTAAAGCTTTTAGATAAGGGGGGAAAATCTTATGAGTAA +>pfkB +ATGTTTAATTTTAATGAAACTTTAAGTTTTGATAATAAAGAATTAGATGTATTCACTATT +GGTGAATTATTAGTAGATATGATTTCTGATGACTATGATGATAACTTCAATTGTAATCAT +TATACTAAATACTTTGGAGGCTCTCCTGCTAATATATCTATGAATATAAATAAATTAGGC +TCAAACTCTGCAATTTGTGCCTGTGTTGGAAATGATAGTTTGGGGAATTTCTTAGTAAAT +TCCCTAAGAGAACGTAATATTGATACAAGATATATTTCACAAGTTGATAAATCTACAAGT +ATGGTTCTTGTTTCAAAGAGTACCTCTACTCCTATTCCAATATTTTATAGAAGTGCAGAT +TTCAACTTAGAATACAATGAGGATATTGATTACGCTCTAAAGAACTGTAAGATATTTCAC +TTCTCATGTTGGCCTATTTCTCAAGCTAAATCTAGAAAAACTATTGAGAAAGTTTTAGAA +GAAGCTAGAAAAAACAATATAATTATAGGTTTTGATCCTAATTATCACCCTATGATATGG +GAAGAGGGACATGACGGTATTGAATATATAAAAAATCTAGTTAGCAAAGTTGATATTATT +AAACCTTCAGAAGTTGATGCAGAAAGAATTTTCGGTGAAGATACTCCAGAAAACCAAGTC +AAAAAATTTATAAATCTTGGAGCAAAATTAGTAATTATGACTTTAGGTAAGGATGGTGCC +ATTGTTTCAGATGGTACAGAAATATTAAAATTCAATACTCTAGCTACTGAAATAGTAGAT +ACAACTGGAGCTGGAGATGCATTCTGGTCTGGTTTCTATACAGGTATAACTAAATCTTAT +ACACTAAAAGAATCTTTAAACCTTGGATTTGCAACTAGTGCATTTAAATTAAAACATGTA +GGTGCCATTGCTAACTTACCTAAAATAGAAGAATTTGAAAATATTTATAACTTATAA +>group_369 +TTGAAATCACTAAGAAAACATATAATTATAGGTATTATATTTAGTATCATATTAGGAGTC +CTACTCCACTACTTATATGACTTTTTAGATCAAAATCACATATTAGGGTATTTCTCTGCT +ATAAATGAAAGTGCTTGGGAACATGTAAAACTATCAGTATATCCACTTTTATTAATAACA +CTAATAATATACTTAATTTGCCGAAATGATATAAATAACTTGCTGCCATCACTAGCTATA +GCTGCAGTTCTTCCAATAGCTATAATAATGCTCTTATTTTTATTATATGTATCATTCACA +AAAAAAGCAGTGTTACCAATAGATTTAGCTATATATGCAATATCAATAATAATACCACTG +AAAATTATAGAAAAAGTATTATTAGCACCCCAAGTATCCCCTATATTAAGTATACTATCA +CTAATAGTACTAATATTTACAATAGTAATATTATTTAGATTCACTTATAATCCACCAAAC +TTAAAAATATTTCAAGATGATGCATATAGCTTTTTACCAAATATAATCCAACTTGCATCC +AGCATTAACCTTATACAAAGTATATCAGAACTATAA +>cooF +ATGCATAGAATTTTAATAAATAAAGAATTATGTACAGGATGTAAAAGTTGTGTATTAGCA +TGTATGTTAAAACATAGCGAAGCTGAAAATATGTACTTCTTAGATTTAGAAAGTATAGAT +ACAGAAAGTATGGGACACATAGAACTTGATAAAGATAATAAACCAGTTCCAATACTTTGT +AGACATTGTGAGGAACCGGAATGTGTATTAACTTGTATGAGCGGTGCTATGACAAAAGAT +AGGGATACTGGAATTGTTTCGTATGATAAGCAAAAATGTGGTTCTTGTTATATGTGTGTT +ATGTCGTGTCCGTATGGGGTTTTAAAGGTTGATGATAGAACAAAACAAAGTATATTAAAA +TGTGATTTATGTAGAGATGAAGAATGTCCTAAATGTGTAGCCAATTGCCCTACTGGAGCT +ATAGAGCTACAAAAGGAGGAAGCCTATGCTGAATAA +>steT_2~~~steT_5 +GTGAGTAATGAACTTAAGAAAACCCTAGGTTTAGGAACTGCGCTATCTACAGTTATAGGC +TTAGTAATTGGTTCTGGTGTTTTCTTTAAACCACAAGCTATTTATGCAATAACGAATGGT +GCTCCTGGACTAGGAATAATAGCTTGGATTTTAGGTGGATTTATGACCATTATGGCTGGA +CTTACAGCTGCAGAAGTATCAGCAGCTATACCTAGAACTGGTGGTATGATGGTATATATA +TAG +>group_956 +ATGATAAATGGAATAATAAAATTGTTTTATTCAGAAGTAGTAAAAGCAAAGATGAAAAAT +TTGCCATCACCATCATCAGAATATAAATTAAGAGATGAATGTAAAGATATTCAAAATATA +ACATTAAAAATAGATAGCGTATTTTTTAAAGGATTGAAATTGATATTTGGAGTTTTAATT +TTATTTTTAGCATTTAATATAAAGTTTATTTTAGGGATAGAAGTATTTTTACTTGAAATC +ACTTATGTAATTTATAAAAGAAATCTAGAAGTAAGGATAAAAGATAGCCTTGAAAATATA +AGAAATAGCATAGAAATTACAGCAACAAATGTTCTTGATGAAAAGGGGAAATCTGGTATA +AATTTATTGGCGAGTTTAATTATAATAGGCATTCTAACTGGCTTTAATTATATAATAGTA +ATAAGCTTTTTAACTGTTTTTCTATTTACTATAAAACACATATGTAGTAATATTAAATAG +>slyA_2 +ATGATAAAAAAACATATAAGATCAAACACATTACATGGATCTTTAATGAGGTTGAATAAA +GCTCATAGGAAAATGGCAGGACATAAGTTTAAAGAAGTTAATTTAACTGAAGGAAAGCCA +AAACTTTTAGATTTCTTAGTAAATAACTCTGGATGTAGCCAGAGGGAATTAGCTAAATAT +TGTAAAATAGAGCCTGCTACAGCTACAAGTATATTATCTGGTATGGAAAAGGAAGAGCTT +ATCTATAGAGAAAGAAATCCAAATGATAAACGTATTTTAAATGTATTTTTAACTGAAAAA +GGAATAAAGGTACAAAAAGAAGTTGAAAGAGTATTTTTAGAATTAGATGAAATTTGCTTT +GAAGGATTTACAGAAGAAGAAAAGTCTGAAACTATTAATATACTAAATAGATTATACGAT +AATTTAGCTAAAAAAAGAGAGCAATATAAGTGTAATGAAAAGTAG +>der_4 +ATGTACTCGATTAACAGGAAGGAAGAGTTTTATAGGCTAAGTAGCGTCATTGAAAACTTA +ATGAACCATGTAGAGATCATGAAAAATGACATTAAAAACATAAATAATTGTAGTTACAAA +AACACCTTTAAAATTCCAGGAAATAAAACGTATGAATGTTTAGAGAATATTAATATGGAG +TTTGAAAAGAATTTAGAAAATTTAAAAGAGCTTCTTGAACCGTTTTTGTTGTTTGTAATA +GGGTCAGGAAATTATGGAAAATCTACTGTAATTAATGCTCTAGTCGAAGAAGATTTGGTA +AAGACGAATGATTTACCAAATACTTGGAAGTTGGATCTATTTTGCAAGTCGAAGATTGAA +AAGATTGTGATAACTTATGCCAATAAAGAGGATATAGAAATGACACTAGAAGATGGTATT +AATTATTTAGATAAGGAGGAAGAGAAGTTTAATAAATCTAGAAAAAAGATTTCTAGAGCT +CTTAAAGAGTATAAAGATAATAATAAAGCTTCAATTTCAGATTTAAAGGAATATAAAAAA +ATTTTAAAAGAGAAATATTTATATATTTCTGATATAGTTGAAGTAAAATATTACTTTAAT +AAAAATGGAATACTTAAAGATTTTATTATTGTAGATACACCAGGTCTAAATCAAATTCTA +AGTAAAAGTATTTTGAATTCGATAGAAGATTATTATCAAAAATCAGATGGGATCATTTGG +TTAATAGATGCTCAAAATATTATCTCTAAAATGAGCAATAAATTTATAAAAGATATTAAT +AAATTAAATAAGATTCATGATATTAAAAAGAATATGATTTTAGTTGTGAATAAGATGGAT +ATAATCGAAAACAATGGTGAGAATAATGTTACTAAAGTAAAAGAAAAAGTAAATGAAATT +TATAGAGATATGTTTGATGATATAGTATTTATTTCAGCAAAAGAAGCTGTAAAAGGAAGA +AATATAAAAAATGAAAATTTGATAAATAAAAGTAAAATTAACAATTTAATAAATTCAATT +AATAAAAATTTTAAGAAAAACTCAGAAATAAATCAAGTAGAATCTAAGAAGAAGAATTTA +AGTTTAATGTCAGATCAGATTATTAAAACTATAGATATTTATAAAAGAGAGCTATATAAA +GATATATCTAAATACAATAAATCTAAATTTGAATTAAATGAAAAAGTAAATCATAGTAAA +GAATATGTGCAGAATTTATTACTAGATATGAAAAATATATCTTATTATAAAGAAATTAAT +ATAAATTATTTAGAGAAACAGCTAAAAGAAATTGAGATGATCTGTAATAATGAGCTAAAT +AAATTATATAAAAGTTTTTATAATATATCTAAATTTACAAATCAACTAGAAAATGACTAT +TTATCCATTAATGTCCACTTAACTAAAAATAAAAATTTAATAGTAGATTACAGCCTTATA +AAATCTTTAAAAAATCTATATAAAAATGAATCTCCAAGAGAAAGATTACTCAAATCTATG +AATACAAGAAGGTCAAACAACTCTAAGATATTATATGATAATGAACTAGCCATAAAAAAT +GAAATTCAAACTAAAATTAACTCATTAATTAAAGAGTCTATAAATGAAGTAAATGAAAAA +TTTAGTCAAATTGAAACTATAATAGCGGATATTAGAGAAAGTAGTTTTAAAAGAAAGTAT +ATAGATTACAGAAATATAAAAGAACATATTAAAAATTTAGATATGATTTACTCTATTCTA +GAGAGTTTGAGGTGA +>group_1150 +TTGAGAGATAAAAAAGTTTATTTTAATATCATACTTACAGTAGTTATTTCTTATATCTTA +ATTAAGTTTATAGATAACTATAATTACTTTTTTGATATAGTGAGTCTGTTATTATCACTA +CTTACCCCATTTGTAATTGCATTTATATTAGCATATATACTTAACCCTATCGTTAATATA +TTAGAGAAGAAATTTAAACTTAAAAGAATTGGATCTTTATTTATTACTTATGGATTTTTT +ATAGTTTTACTAGGAGCATTTATAATTTATACAGTTCCTTCAATAGTAGGTAGCGTAGCA +GATATAATAAATCAATTACCTACATATGCTTCACAAACTCAAGATTTCTTATTAAAACTA +GGAGAAAGCTTAAAAAACGTTGATCCAAATACTATAAAAGATCTTGCTAATAAAGCGATG +ACTGCTATGCCTCAATTTGGTAATTTATTCATAGGATATATCGGCAATATATTTAATACT +ACTTTCTCTATTGGTAAATTTATGGTTCAATTTGGATTAGCATGTATTATTTGCTTCTAT +ATATTACTTGAGAAAGAAAGTTTCTTATCTTTCTCTAAAAAGTCAATATATATATTATTA +GGTCAAAAATTTGGTAAGTTCACTATAAATGTATGTAGTAGATTAAATTCTAATATCGGA +AAGTATTTTTCTGGCAAGATATTAGATTCAGCTATAGTAGGAGTTCTATCCGCAATAGGA +CTTTACTTTATCGGTTCTAAATACGCCCTATTATTTGGAACGTTAATAGGATTTATGAAT +TTAATTCCTTACTTCGGTCCAGTTATAGGGATGACCCCTGTTGTAATAATCAACTTATTC +TACAATCCAAGTATATCTTTATACTCTTTAGTTTATTTACTTCTTGTTCAGCAAGTAGAA +GTAGCAGTTATAGAACCTAAAATAGTCGGTGGTCAACTTGGACTTAGCCCATTTTTAACG +ATACTGGCTGTAACTATAGGTGGAGGATTCTTCGGAATACCAGGAATGATTTTATCAGTT +CCTATAATGGGTGTTTTAAAAATATACATAGTTGAATTCATGGAATCTAAAGATATAAAT +ATAGATGCTAATTGA +>group_958 +TTGATTGTAAAGTATATAAAAAAGAAAAAGAATAAGGGGATGGAAATGCTTATAGACCAA +TATGGAGGATTTATAACATTTATAGTAAGAAAATACCTGGGTTCTCTAAAAAACTATGAA +GAAGAATGCATAGACGATGTGTTACTTGATATCTGGAATAATATAAATTATTTTGATGAA +AGTAAAAGTACTTTTAAAAATTGGATTGGTTCAATAGCAAAATACAAGGCTATAAATTAT +AAGAAAAAATATATAAAAGAGATAAATCTATGTGATATAGAGGAATGTAGCTCATCTTAT +GAAGATAAAGATTTAATGAATTTAGAAGTACAACAAGAAATCGAGGACTTACTTAGTAAT +TTAAAGGAAAAAGATAGGGAGATTTTTAGAAAATATTATTTAGAAGATGTAAGTTTAGAA +GCTATTGCTAAAGATATAAATACTAGTGTTGATAATTTATACAATCGCATATCTAGGGGA +AGAAAAAAAATCAGAAAAAGTATAGGAGGTAAATTATGA +>group_371 +GTGGAGATAGCAATAAGTCTTATGGGTGGTCTAGGGCTATTCCTATATGGAATGAACCTT +ATGGGAGAAGCACTAGAAAAATCAGCAGGAACTAGACTGAAGAAGATCATTGAGCTACTT +ACAAGTAATATCATAATGGGTGTTTTAGTAGGAGCTTTAGTTACAGCAGTTATACAAAGT +TCTAGTGCGACAACAGTTATGGTAGTTGGTTTTGTAAATGCAGGTATAATGACATTGCCT +CAAGCTGCAGGAGTTATAATGGGTGCTAATATTGGTACAACAATAACTGCTCAGTTAGTA +TCTTTTGATTTAAATGGCCTTGCACCGATAGCATTAGGAATAGGTATAATTCTTTACTTA +TTTAGTAGTAAACAAAAGGTAAAACATATAGCTGAAATACTAATAGGTTTTGGTATATTA +TTTACAGGTATGGATTTTATGAAAGAAGCAGTACAACCTTTAGCAGAGTATAAAGGATTT +ACGGACTTATTATTAACATTTGGTACATATCCATTACTAGGCCTTTTATTAGGATTTGGT +ATAACAGCGATAGTTCAAAGTTCAAGTGCATCAATGGGTATGTTAGTTGCATTAGCATCA +CAAGGTTTAATACCTTTATCTTCAGCACTACCAATATTATATGGACAAAATATAGGTACT +TGTGTGACATCCTTAATATCAAGTATAGGTACTAATAAGAATGCAAGAAGAGCTGCCATG +ATACATTTAATATTTAATGTATTAGGAACAATAGTATTCTTAATATTCTTAAATAAGCCA +ATAGTCAAAATGGTAACAGCAGCGGATCCAGGAAATATTGCAAGACAAATAGCTAATACA +CATACGTTATTTAACATAATATCAGTTATATTACTGATACCATTAAATAAATTTATAATA +AAACTAGCAGTTACATTAGTTCCAGATAAGTCTAGCGACGTGGAAGATGATGAAGTTAAA +ATAGTTAAATATATAGATGAAAGAATGATAGAAACACCTTCGATTGCATTAGCTAATACA +GTAAAAGAAGCTCTAAGAATGGGTGAGAAATCTAAAGAATCACTAAACTTAGCTATGGAA +TCAATTTTAAATGATAATAAAGGTAATATAGATAAATCTTTAAAAATAGAAAATGAAATT +AATATATTACAAAAAACAATTTTAAATTATTTATTAAAATTATCAAAGGCACCTTTAAAC +GAAGAGTCAAGAGAAGTTGTTGATGCTTTATTTAACACAGTTAACGACGTTGAAAGAATA +GGTGATCATGCTGAAAATATAGCAGAATTATCAGAGGCAGCAATAAACTATGAAGTTGAA +TTCTCTATTCAAGGTAAGGATGAATTAAACGATATGTATAATAAAGTTATTTCAACATAT +ACATATGCATTAGAGTCAATGAGGGCTAATGATGTTGATTTAGCTTGTAAAGTTATCAAA +ATGGAAGAACAAGTAGATATAATGGAAAAGTCATGTAGACTTAATCATATGAGAAGATTA +AATGAAAATTTATGTAGCATAGATAGTGGAGTAATTTACCTAGATATAATAACTAACCTA +GAAAGAATTTCTGATCATGCAGTAAATATTGCACAACAGGTAATAGCTCAACAAGTAGGA +CATAATTAA +>yxeP_3~~~amaA +ATGATAGTAAATGAATTAGTAAAAAAATATATAAATGATGTAAAAGACTATGTTATAGAT +TTAAGAAGAGAATTCCACTCTAAACCTGAACCTAGTCTTAAAGAATTTAATACATCAAAA +AGAATTAAAGAAGAACTAGAAAAAATGGGCGTTGAGTTCAGAGAATGTACAACAACTGGT +GTCATAGCTACTATAAAAGGAAATCATCCTGGAAAAACAGTTGCTCTAAGAGGAGATATG +GATGCCCTATCTGTTCAAGAATTAAATACAGTAGAATATAAATCAAAGATTGATGGAATG +ATGCATGCTTGTGGACATGATGGACACACTGCTATGTTACTTGGATCAGCAAAAGTTTTA +AATAAATTAAGAGATGAAATACATGGTACTGTAAAATTATTCTTCCAACCTGCTGAAGAA +ACAGCTCAAGGTGCTCATGCTATGATAAATGATGGCGCAATGGAAGGTGTAGATTCTATA +TTAGGAATACATTTATGGGCAGATATAGAAACAGGAAAAGTTTCTGTAGAAGAAGGACCT +AGAATGGCTGCATCTGACTGGTTCAAAATAGAAGTTAAAGGTAAAGGTGGACATGGGTCT +GCTCCACAACAATGCGTAGATGCTGTCTTAGTAAGTTCCACTATAGTAATGAATTTACAA +AGTGTTGTAAGTAGGGAAATACATCCTAATGAACCGTTAGTTTTAACAGTAGGTATGTTA +AACTCAGGAAGTAGATTCAATGTAATTGCAGAAAATGGATATCTAGAAGGAACTACAAGA +AGTTTTAATCCAGAACTTAGAAAACAACTTCCAGAAATAATTAGTAGAGTCGTAGAAAAT +ACTGCAAAAACTTATAGAGCTCAAGCTTCACTTGACTTTCAATTTGTAACTTCCCCAGTA +ATAAATGATCCTAAATGTTCAGCTATTGCTGAGAAAGTCGTAAAAAATTTCCTAGGAAAA +GAAGGAATATTAAAATTTGAAAAAGTAACTGGTGGTGAAGACTTCTCACACTTTATGGAA +CTAGCGCCAGGAGCTCTAGCATTTGTCGGATGTAGAAATGAGGAAAAAAATGCATGCTAT +CCTCACCATAGCGGACACTTCGACATAGATGAAGATGCATTAGAAATAGGAACAAGACTT +TATACTCAATATGCTATTGAATACTTACAAAATAGCTAG +>pyk~~~pyk_1 +ATGCTTAAAAATGTAAAAAGGACTAAAATAGTTTGTACTCTAGGGCCAGCTTCAGATAGT +GAAGAAGTTTTAACAAAGCTTGTTGAGAATGGGTTAAATGTTTGTAGATTTAACTTCTCT +CACGGTTCACATGAAGAACATAAAAGAAGATTAGATACAGCTAAAAAAGTTAGGGAAAAA +TTAAATAAGCCTGTAGCATTATTACTAGATACTAAAGGACCAGAAATAAGAACTGGGCAA +TTTGCAGATCCAGAAGTATTCTTAGAAGAAGGTAGCCAATTCACTATAACAATGAAAGAT +GTTGTAGGAACAAAAGAAATGTGTACAGTAAGCTACAAAGATCTTGCTAATGATGTTAAA +TCAGGAGATGTAATATTAATAGATGATGGTTTAGTAGGACTTAGAGTACAAGAAGTAAAT +GGAGATGACATAGTTTGCTTAGTTGAAAACTCAGGTATAGTTAAAAACCATAAAGGAGTA +AATGTTCCTGGAGTTAAAATAAACCTACCAGCAATAACTCCTAAAGATATAAGTGATATA +GAATTTGGGATAAGCCAAGGAATAGACTTTATAGCTGCATCTTTCGTAAGAAAAGCGTCA +GATGTGTTAGCGATAAGAGAAATATTAGAAAATAATAATGCTACAGATATACAAATAATA +TCTAAGATAGAAAATCAAGAAGGTGTAGATAACCTAGAGGAAATATTAAAAGTGTCTGAC +GGTATAATGGTAGCAAGAGGTGACTTAGGTGTTGAAATACCAACAGAAGAAATGCCTATA +GTTCAAAAAATGATGATAAAAAAATGCAAGGAACTAGCAAAACCTGTTATAACTGCTACT +CAAATGCTTGATTCTATGATAAGAAACCCAAGACCAACAAGGGCAGAAGTAACAGATGTT +GCAAATGCAATATACGATGGAACAGATGCAATAATGTTATCTGGAGAAACTGCTGCAGGA +AAATATCCAGTAGAAGCAGTAAAAACAATGGCTACAATAGCTAAGAGAACTGAAGAAACT +TTAGAATATGCTAGATTACTAAAAGAAAATTCTTCTAATAATGAAACAGTTACAGATGCT +ATAAGCTATGCAACTTGTTCAACTGCAGTTGCATTAAATGCATCAGCAATTGTAACAGCA +ACGTCTTCAGGATATACTGCAAGAATGGTATCTAAATTTAGACCACAATCTCCAATAGTG +GCTGCAACTGCAGATGAAAAAGTTATGAGACAATTAAACCTTAACTGGGGGGTTTATCCA +GTAAAATCTGAATTAGCATCAAATACTGATGAGGTTATAGAAAATTCTATAGAGTCAGCT +AAAAAAGCTAATTATGTAAATGATGGAGAATTAGTTGTAGTAACGGCTGGAGTTCCAGTT +GGTGTAAGTGGTACAACTAACCTAATTAAAGTTCATGTAATGAGCGAAGAAATAGTTCAA +GGTATTGGTGTAGGTGATAAAACTGTAGAAGGTAAAGTTCGTATAGTTAAGTCAGGAGAA +GAGTGTGAGAACTTCAATGAAGGAGATATATTAGTAACTACTATGACTGATATAGAAATG +AATCCTTATATAGAGAAGGCTGCTGCTATAGTTACAGAAGATGGAGGAATGACATCTCAC +GCAGCTATAGTTGGATTAAACTTAAATAAAGCCGTAGTAGTATCGGCTTCAAACATACTA +AACTCAGTTAAAGATGGAGAAGTTATAACTGTAGATTCTTCTAGAGGTGCTATATATAGA +GGATCAACAAGAGTTTTATAA +>group_1512 +ATGTTGCATTCATCTTTGGCATACGTAGTACTAAGAGTAATACCAGAAAGTATAGTTTTA +ATGTTATCTAGTTTTATATTACTAGATTTAAAATTAGATAAACTTAAAGTTTTAAAATAT +GGAGTTTTTCATGGAATGATTGTTACTTTAATAAGAACTTTACCTATAAATTTTGGTGTT +CATAGTTTATTATCTATGATAGCTCTAGGATTAATTCTTTTTAAGTTATCAGGAAAGAAC +TTTATGGAAGTAGTAATAGCACCTTGTAATATATGGATAGCCTTAGCATTAAGTGAAGGG +ATATATTATTTTATAGCTAGCAAAATAATATATATTGATCCTGAAATATTAACTAATTAT +CAAACTGTTAGTGGAGCTGTTTCAACGTTACCATCTTTAGCTATATTAGTTATGATAGTT +ATGGTAATAAAATCTATGAAAAAAAGAATGATGAAAAGTTTTTAA +>group_961 +TTGATTATTGGATTAATATCAGATACTCATGGATTAATAAGGGCAGAGGTGATAAATAAT +TTACAGGGGTGTGATTTAATATTACATGCAGGTGATGTGGGTAAAAATGATATAATAGAA +AGAATAAAAAAAATAGCGCCTGTAGACTTTGTATATGGAAATATTGATAAAAACAATGAT +CCAGCTTATATAGATAAAATAATAAAATTAAATGAAACTAATTTATATCTAATTCACAAT +ATTAATGATATAAAGGTAGATTTAATTGATATGAATATTAACATTGTTGTATATGGTCAC +TCTCATAAGAGTAAAATATATATAAAAGATGGTATACTATATATAAATCCTGGTTCGGTA +GGTCCTAAAAGATTTAAATTAGAACCATTTATGGCTAAGCTTTATATTATGGATAATTAT +GACAAACATATATATAATTTAAATACGGAACTGAAAGTAAACATAGAAGAAAATATTTAT +GAATTTGAAAGATATAAGGTTGAATTCATTAAAATAGATGCATAA +>ptsG +ATGAAAAAGTTATTTGGTATTTTACAAAAAGTTGGTAAATCTCTAATGTTACCAGTTGCA +ATACTTCCAGCAGCAGGTATATTACTAGGGATAGGAAATGCATTAGTAAATGAAAGTGTA +ATATCTTACATGCCATTTTTAGCTAATGACATAGTTATTATGATAGCTAGTATAATGGAA +GGTTGTGGTCAGATAATATTTGATAACTTACCACTAATATTTGCAGTTGGTGTAGCCGTT +GGATTAACAGATGGTGAAGGTGTTGCAGCTCTTGCAGCAATAGTTGGTTTCTTAGTAATG +AATAAGTCTATGGGGATTACTGGTGAAGTAACACTTGAAATGACTAATGGGCCTTTATAT +GCAAATGTGTTAGGTATACCGACAATACAAACTGGTGTATTTGGAGGTATTATAATAGGT +ATCCTTGCAGCGAATTTATATAAGAAATATTATAAGATTGAATTGCCACAATATCTAGGG +TTCTTTGCTGGTAAGAGATTTGTTCCAATCGTTACAGCAGCATTATCTTTAATAATAGGT +TTAGGTTTAACGTTTATTTGGCCTCCAATACAAAACGGATTAATGGAATTCTCAAATACT +GTTATAGATGCTAATCAAACGTTAGCAGCATTATTATTTGGTACAATAGAAAGAGCATTA +ATACCATTTGGATTACATCATGCATTTTATAATCCATTCTGGTATCAATTTGGTGAATAC +GTAAATAAAGCTGGTGAACTTGTAATGGGAGATCAAAGTATATGGTTTGCACAACTTAAA +GATGGTGTAGAATTTACAGCAGGTACATTTATGACTGGTAAATTCCCATTTATGATGTTT +GGACTACCAGCAGCAGCTTTAGCTATGGTACATGAAGCAAAGCCTGAAAAGAAAAAATAT +GTAGCAGGTATAATGGCATCGGCAGCATTAACTTCATTCTTAACAGGTATAACAGAGCCG +ATAGAATTTACATTCTTATTTGTTGCTCCAGTATTATTTGGGATACACTGTGTATTTGCA +GGTTTATCATTTATGATAATGCAGATATTAAATGTTAAAATAGGAATGACATTCTCAGGA +GGACTAATAGACTTTACTTTATTTGGGATAATACCAAATAGAACTCCATGGTATTTTGTC +ATAGTAGTTGGTTTAGCTTTAGCAGTAATATACTACTTCGGATTTAGATTTATGATAAGA +AAATTTGATTTAAAAACTCCGGGTAGAGAAGATGATGTTGAAGAGGATGGAAATTTATCT +GATTTAGGACAAGGCGAATTAGCATATGAAATACTAAATGCCTTAGGTGAAAAAGAAAAC +TTAAAAAGTTTAGATGCTTGTATAACTAGATTAAGAGTACAAGTTAAAGATATAAATAAA +GTAGATAAAGATAAGTTAAAAGAACTTGGTGCAGCTGGAGTAATGGTTGTAGGGGATAAT +ATACAAGCTATATTTGGAACAAAGTCAGATACATTAAAATCTGAAATAAATGAAATTATA +TCAGGTAAGTTAGTAGTTAATAAATCTGATAAAAAAGAGATTGATAAAAAAATAGAAAGT +AAGGAAGTAGCAACATCTTCTGATGAGGAAATATTATCACTAACAAATGGTGAAATATTG +GAATTATCTAAGGTTCCAGATGAAGTTTTTTCAAGTAAATTAATGGGAGATGGATTTGCT +ATAAAATCAAATGATGGAGTGATATGTTCTCCAGTTGATGGTAGTGTAGAAGTTATATTC +CCTACAAAACATGCTGTTATAATAAAATCTAAAACTGGTAGAGAAATTCTTATACATATG +GGGATTGAAACAGTTAAATTAGAAGGTAAAGGATTTGATTTATTTGTAAATGTGGGAGAT +AAAGTTCATGCTGGAGATAAGCTAGCAAAAATGGACTTAGAATATATAGAAGCAAATGCT +ACGTCAAGTATAACTCCGGTAATATTTACCAACCTAGAAGAAAATGAAAAAATTAAAGTT +AAAAATGGATTATGTAAAGTAAAAGAAAATAATAGAATTAATATCAAAAATGTTTAG +>group_960 +ATGGAAAATAATAAAACAGTTGGTGTAATGGGTGGATTAGGGCCGATGGCTACAGTGTAC +TTTTATGACATGATAGTTAGATTAACAGATGCAAATCGTGATCAAGAGCATATAGATATG +GTTATAGCAAATAGAGCAACAACTCCAGATAGAACTGACTATATAATTGGAAAAAGCACT +AATAGCCCTAGTGACGTATTGAAAAAAGATGCTAAGAGATTAGAGTCTTTTGGAACTGAT +TTTTTAGTTATAACTTGCAATACAGCACATTATTTCTATGATGAAATTAAAAATAGTGTA +AACATACCTGTTTTAAATATAATAGAAGAAACTGTAAAATATGCAAAAAATCAAGGACAT +AAAAAGCTAGGCATATTAGCAACGACAGGAAATATTAATACTAAGTTATATCAAAATATG +TGTCAAAAGCATGGTATAGAGTTCATGATTTTAGATGAAAATAGACAAGCTGATATAATG +TCTATAATATATGACGATATAAAAAGTGGAAAACCTGCAGATATGAATAAGTTTAATAGC +ATAGTAGATTACTTAAAGAGAAATGATTGTGATGGTGCAATTTTAGGTTGTACTGAGTTA +TCAATTTTAAAAAATGATAATAATCTAGACAATGAGTTTTATATAGACTCCCTAGAAGTA +CTAGCTGTAAAAACTATAGAGAACTGTGGGAAAAAAGTAAAAAGATAA +>group_959 +ATGTTATTAGATATTCATGCAGATATATTCTCGGATATTTTTAGTAAAAGTTTAAAAGGA +GAAACAAATATAGTAAGAAACTATCATTTAAATAAATTTAAAGATGGTGGGATAAATGGA +GGAATTTTTGTTTTTTGGCAAGATCCAGATTTAATTAAACATTATGACTATAATGGATTA +AAATTAATGATGGAATATGCCAATAAAGAAAAAGAACTATCTAAAGACTTTTTATCAATA +GCAAAGAATTATGATGAGTTTGTTCAAGGATTAGAAGGTAATAAAATAACGGCTATGATG +CATTTAGAAGGGGCTAAAAGTTTAGAAAATAATTTAGATAAGGTAAGAGAAATTTATGAT +TATGGTATAAGAACTGCATCATTAACTTGGAATGAAGAAAATGAATTAGCAAGTGGAGCT +GGTGTAGATAATAATGTAGGTCTAAAGGATAAGGGGAAAGACTTTATAAAAGAATGTGAG +GATGCAGGAATAATTATAGATGTATCACATGCAAATGATAAAAGTTTCTATGATATATAC +AATGTAAGTACAAAGCCAATAATTGCAACTCATTCTAATGCTAGAGAGTTATGCAATGTA +AAAAGGAACTTAACTAATGAGCAAATAAAACTAATAAAGGAAACTGGTGGAATAATTGGA +ATTAATGGTTATATAGGTTTTATTCATGATGATGAAGATAAAAAAGATTTATCTCACCTT +GTAAATCATATAGATCACATAGTAGACCTTATAGGTATAGATTCTGTATGTTTTGGATTT +GATTACTGTGATTATCTAAGTTTAGATGACGGAGAGTGTACTAGAAATTTAGAAAATGCA +TCTAAATCTCAAAATATAATAAAAGAATTAAAGGATAAAGGTTACAAAAATGAACATATA +GAAAAAATTGCATATAAAAACTTTTTAAGGTTTATAAAGAAAAAATTATATAAATAG +>acpP~~~acpP_2 +ATGTTTGAAAAAATAAAAACAATAATTGCAGATCAATTAGGTATAGATAATGCAGATGAG +CTAACTTTAGAAACTTCTTTAAAAGAAGATTTAGATGCAGACTCTTTAGATGCTGTTGAA +GTTATAATGGCTCTTGAAGACGAGTTTGGTATAGAAATACCTGATGAAGATGCAGAAAAC +ATGAAAACTATAGGTGATATATGCCACTATATAGAAGAAAACAAGTAA +>group_374 +ATGAAAAAGAAATGTATACTAATAGCACTATTATTAATTTCATTTATCATGATGAGTAAT +TCTACAAGTTTTGCTCATCAATACGAATTATTAGTACCTCCAATGCTTCAAAACATAAAG +GGAAAAGATGAGTTGGTAGGGTATCTTGATAAAATAGGATCAGTAAGATCAAATATAAGT +ACTATTAATATAAGCCCGACTACAGCAAAAGAAAATCCAGATGAAATAAAAAAACAAATA +AACTTTTATTTAACTGAAATCTCCTCACTAGAAAATTCCATATCAAATTTTGAAAAAAAA +TATAGTGACTCTCAACCAGATTTATTATTTGCAGAACAAATTAGTATTATATTAAATGTT +TATCAAATGAGTTTAAATCAACAATTATCATTGTTAAATGCACTTATAAATAACGAATTT +GAAGCATCTAAGCTTTTCAATTCTGAATACTTAACATATATATATTACTATTTAAACCTA +GGAGATCAAATGATTTCATATATTAATACATTTTATAATTTATAG +>yjmB_4~~~yjmB_2 +ATGGACGCTAGAAAATTTGATTTAGGGAGTAATAATGTAGCAGAGGAAAACGTAAAGCCT +TTCGGTAATCGTGACCGTTTTGGTTATATGTTTGGAGACTTAGGTAGTAGTTTACTATTT +AACTTAATAGGGTCTTATTTATTAGTATTCTACACAGATGTACTTGGAATAAGTGCAGCA +GCAGTAGGTACACTTATGATAGTATCAAGAGTATGGGATGCTATAAATGACCCAATGATG +GGAGTATTTGTTGATAAACAAAAGCCAGGGAAGAATGGAAAGTTTAGGCCTTATTTATTA +TATATGGGATTGCCATTAGGATTATTTACAATACTTACTTTTACAGCAATACCAGGACTT +CCTGAAAACATAAAGTTACCATATGCATATGTAACCTATATAGGATTTGGTATGGCTTAT +ACAGCTATAAATATACCATATGGATCTTTAGCATCAGTTATGACATCAGATCCAGTTGAA +AGAACATCTTTATCTACTTTTAGAAATATAGGTGCAATAATTGCAAATGTATTGTTAATG +ATATTAACTCCAATGTTGATATTTAATGAACAAGGTTCAGTTACAGCTTCAGGATTTTTA +AAAGCAGCAGTTATATATGCAGTAGTAGCAAATATAGCTTATATACTTACTTATAAGATG +ACAACTGAAAGAATACAACCTACTATAAGTAATTCAAATGAGGAAAAAGTAAGTGTTATT +CAATCTGTAAAAATGTTATTTAAAAACAGAGCTTTATTAGGAATAATGCTAGCTTCACTA +GGTGTATTAGTTGCAATGTTTTTAACAAGTGCATTACAAACATATATGTATAAAGATTAT +TTCCAAGCACCACCATCAATGATAACTTTAGGTGGTATGGTAGGGATGTTAGCTTCATTC +TTAATAATACCTTTTACAGGAAAGTTAGTTAGTAAGTTTGGAAAGAAAGAAGTTGCATCA +GGAACTTTACTAATATCTATAGCAGCTAGTGCAGCTTTATTCTTCTTACCAATAAAAAAT +GTATATGTTTATATAGCATTATTCTTTGTTTTTTCATTTGGATCAGGATTCTTTAATATG +TTAGTATGGGCATTAGTTGGTGATTGTATAGATTATCAAGAATATATAACAGGAAAAAGA +GAAGAAGGTATAGTTTATGCATCTTATTCATTAGTTAGAAAGTTAGTTCAAGCTATAGTT +GGTGGAATCGGTGGATTTGCATTAGCAATAATAGGATACCAATCAGGTGCAGCGACACAA +ACTCCAGAAGTTTTAAATGGAATAAAGACTATATCAACAGGAGTGCCATTTGTAGCTCTG +ATAGTAGGATTTATAGGTATGACTTTCGTATATAACTTATCTAAATCTAAGTTAGAAGAA +ATGACAACTGAATTAAATAAAAGAAGAGCAAGATAA +>group_377 +GTGAAAAAATACATACGTATAGGAATTATTGTAGTAGCTATAGTAATAGTTGTGTACATA +TTATTTACTATATATAATATAAAAAATCAATTAGAAGAGATACAATATTCTACTAACAAC +ATACAATCAGAGTTAGTATACTCAATAGAAGATATTAACAATAATATTCGTAATACATTG +CATGAAGAATTAGGTAAAGCATATATTACAAAGGATGTTAATTTTACTTATGAAAAAAGT +ATAACAGATGGATATGAGTTAAAAGTTAGGATAGAGCTTAGTCAAATTAAAGATGATTCT +AAAGTAATATTTATGTATAAAGATATAAATACTAATGAATGGATTGAAGTTGAATTAGAA +AAAATAAATGAATTATCTTATGCTGGGAAAATAAATATATTTAATAATAAAGACTATGAG +TATAAAGTAGTGACTAAGGGGTCTTTATCAGAAAGTGGGGATATAGAAACTCTAGATAAA +TACAGTTTTATTCCTTATCCACCTGAGATAGGAATAGGATGGAGTGATGAATATATAAAT +ATAAATGCATATGAAAGTTTTCAAGAAGAGTCATCTATAAATAATATAAAAAGTATGACT +GCTATAGCAGATGTTGGTGGAGAAAATAAAAGATATGAATTTAAATATAGAGAAGAAGAT +ACATTTGATGAAGAAGGCAATTCAAATGAATATGGAAAAAGTATATATTATGATGCAGAG +ATACCTAAAACTTATTATGGTAAGAATATAAATATTAAAATAACATATAAAAATGGATTG +ATAGATGTAATTAATATAACATATAAAATTATAGATGAAGTAAATTAA +>group_376 +ATGCTATATAATATATGGATAGTCGGATCAGATTTATGTATTTCTTTATTTGGATATAGT +ATTTTTCAATATTATAGAGATAAAAATTTTGGATTAGCAACAACTTTATTTGTATTAATA +CTATTCTATGGAATTGGCGATGAGATAATATCAGGATTGTTCCCTTTAAATGAAAAGAAA +AATATTGTAACATTATCTTTTAGAATATATGGAATAGGATCAGTCTCTAATATTTATTTA +TTTTTATATAATACACTTTATAAATATTTTAAATTAATTATTTTAATTATAGTATTTTTT +TATTTTTTTATTATATTTCCTACTAGGATGTTTTTTGAACTCTTAATGTAA +>group_1518 +ATGAATAATAAGAGATTGAGAGTTTTATTAGGTGCTGGAGTATTAACAGCAGCTATGGCA +TTTACAAATATAGCTAATGCAGCGACTAAGTATGCAATGACAACAGCAAATTTAAACTTT +AGGACTGGACCTAGTACAAGTAATAAAATAATAACTACAATAAAGAAAAATACTAAGGTT +GAAGTAGTTTCGTATGATGGTAAGTGGGCAAAAATAAAATATAAAAATCAAGTAGGATAC +TCTAGCAAAGATTATCTTTCGGAAGTTAGCTCAAGCAATTCTTCAACATCAACAAAAAAG +AAGACAGGAAAAGTAACAACAGGTGTATTGAATGTAAGAAGTGGAGCAGGAACATCTTAT +TCAAAAATAGGAACATTGAAAAAAGGTGCTACGGTAACAATTCTTCAAACAAGTAATGGA +TGGCACAAAATAGAATTATCAGGTTCAAAAACAGGATGGGTAAGTGCTGATTACATAAAA +ATAACTACAAGTTCTAGTTCGGCAGGTCCATCAGGAGGAAGTTCAAGTAGTGGATCAACA +GTAACAAAGAAGACAGGAAAAGTAACAACAGATGTATTAAATGTAAGAAGTGGAGCAGGA +ACATCTTATTCAAAAATAGGAACATTGAAAAAAGGTGCTACGGTAACAATTCTTCAAACA +AGTAATGGATGGCACAAAATAGAATTATCAGGTGGAAAAATAGGATGGGTAAGTGCTGAT +TATATAAAAATAACTACAAATTCTAACTCAGGAAGTACATCAGGTGGAGATTCAAGTAAT +GGATCAAATGACAATACAGGTGGAGGATCGAACAACGATACAAGTGGTGGAGATTCTGAA +AATGATTCCGAAGACGATACCACTGAAGAGTCTAGTGAAATAGGAATAGTAACAACAGAT +GTATTAAATGTAAGAAGTGGAGCTGGAACATCTTACTCTGTTGTAAAACAAATAACTAAA +AATACTAAAGTAACAATACTAGATAGTAAAGATGGTTGGTATAAAATAAAATTATCTGAT +GGAACAATTGGTTGGGCAAGTGCAAGCTTCATAAAAATTGACAATGGGTCTAGTACAACT +CAACAGCCATTACCAACACCTACATCAACTCCAACATATGTAGATGCACCAGTTAATAGT +GAAGTAATGAATTCTGAATATGACAAGTATCAAAGTGCTTTAACAATGAAAAAGGATATA +AGTAGCGGATTAAAATCATTATCTATAAAATCGAATGAAAACTTTGATGTCGAGTACAGT +GTATATGGAAATGGGAGTTGGAAAACTGCATCTAATGGAACGTCAGTATCGAATTCATCT +ATAGAAGGTGTAAAAATAAAATTAAAAAATGCTCCATCTAATTATCATGTATTCTATAGA +GTAAAGGTAGCAAACCAAGGATGGCAAAACTGGGTTAAAGATGGAGATATATCAGGAGAA +ATACAAGTAAATAAATCTATATCAGATATAGAAATAAGACTAGTAGTAGCAGATAATGTA +AATCATATGGTAAAAGAAACTATTGCAGTTGACTTAGGGCACAATGTAGCTCGCCCTGTA +TTAAGAGGTGCTGTAAATGGAGTATATGATGAAGATTACTTAATAAGAGAAGTTGGTAAA +AAAGTTGTTTATAAGCTAAGAAGTTTAGGATACAATGTTGTTGAAACAAAGCCAACAGGA +TCTTACTCGCAATCAGATGAGCTGAAATTAAGAGCTCAAGCTGCAAATGCAAATGAAGTA +GATAAATTTGTATCTATACATTTTAATAGTGGAGCTGAAGGTGCAAATGGAACTGAAGTT +TATTATTCAACAGTAGCAGGTTCAAAATCATTAGCAACTAATGTATCTAATAATATAGCA +AGTTCATTTAACTTTAAAAATAGAGGCGCAAAAGATGGAAGCCATTTATATGTGCTTAAA +AATACACAAATGCCAGCAATATTAGTAGAGGGATGCTTCTTAGACCAAATAGATATGGAT +AAATTCATATCTAAAGGTAGTCAAGCATATCAAATAATGGCAGACAATATAGTAAACGGA +ATAATTAAATAA +>rsuA +ATGGCTAAAAAACAACGTATTGATAAAATACTTTCGAACATAGGTTGCGGAAGTAGAGCG +GAAATAAAAAAATACTGTAAGCAGAAAAGTATAGTAGTCAATGGACAAACTGTATCTAAT +CCAGGGCTTCAGGTAGATCCAGAAAATGATGAAATATTATTTAATGGTGAAAAAATAACA +TATAGAGAGTTTGTATATATAATGATGAATAAACCGGATGGATATATAAGTGCAACTTTT +GATAAAAGAGATCCTATTGTTTTAGATTTGATAGATCCATCATATCTAGTGTTTGAACCT +TTTCCAGTAGGAAGATTAGATAAGGATACAGAAGGTTTGTTAGTCCTTACTAATGACGGC +CAACTTTCTCATAGGGTTTTATCTCCTAAAAAGCATGTACCTAAGACTTATTATGCTAAA +ATAGATGGAGTGGTAACTGAGAAAGATATAGATGCTTTTGAAAAAGGTGTAACTCTTGAT +GATGGATATGAGACAATGCCTTCACAATTAAAAATACTAAAGAGTGGAGAAGAGTCAGAA +ATAGAGCTTACTATACATGAAGGAAAATTCCACCAAGTTAAAAGAATGTTTGAGAGTGTA +GGTAAAAAAGTAGTATACTTAAAAAGGCTTTCTATGGGTAAATTAAAGTTAGATGAAAGT +TTAGCTTTAGGAGAATATAGAGAGTTGACTGAAGAAGAAATAAAACTAATAGAAGAAAGA +TAG +>group_962 +ATGAAATTAAGAAAATCAACACAGTCAGATATAAATTCTATAATGAAAATTATAGGACAA +GCACAAGAATATTTTAAGAAAAATAACATAGATCAGTGGCAAAATGATTATCCCAATTAT +GAAACTATAAAGAATGACATTGATAAAGAAGAGAGTTATGTATTAATAAATAATAATGAG +ATTCTTGCAACAGTAGCAATTTCTTTTAATGTAGAAAAAAATTATGGTGTGATTTATGAT +GGAAGATGGCTTAGTAATGAAAATTATGCAGTTGTTCATAGAGTAGCTGTAGACAAAGAT +CATAAAGGGAAAGGTTTGTCAGGTAAAGTTTTTATGGGTTTAGAAGAAATATGCTTAGAT +AATAATATCCATAGCATTAAAATAGATACACATAAGGAAAATCTATCAATGCAGAAATTT +TTGAAAAAACATGGATTTAAGTATTGTGGAATTATTTATCTACCAGATAAAAGCGAAAGA +ATAGCATTCGAAAAAGTATTATAA +>group_1398 +ATGAATTCGCACATGAAAAATAGTAAGTATAATAATAAAAAGAAGGCTACAGCATTTGTT +ATTACAACATCAGTTTTAATGAGTAATATTTTACCAGTATTTGCAGATGGAAATACTCTT +AAAGAAGAAGTTGTATATGCTAAATCTTCAAATGTAGATGGGAAGTTTTACTATCAAGGT +GAACTAGAATCTGGTGAACTTCCTTGGAATATAAGCTTAAAGTACTATCTTAATGGGAAA +CTAATAACTTCAGAGGAATTAGCTGGTAAAAGTGGTGAATTAGAAATAAAATTAGATATT +ACTCAAAATAAAAATATCAACTCAATATTTTATGATAATTATGCTTTGCAAATAGCTTTA +ACATTAAATGGAGATAAGTGCAAAAATAAATGGAGATAA +>fbiB +ATGAAGGATTTAGATTTTATCTATAAGCGTAAGAGTGTTAGAAAGTTTAAAGATGAAGAA +GTACCAAAAGAAGATATCGTTGAGTTATTAAAAGCAGCTACATATGCTCCTTCGCCAAAA +CATCAACAAAATTGGCATTTTATAGTTCTTCAAAATAAAGAAATGATAGATGAAATGGCT +AAAATAGTAAGAGATAGCCATGAAAGAATAGGTTCTATTGCAAAAACTGAAAAAGATCAA +AAGATACATATGAGTGTTATAGACTATTACACTGCATTCAAGAATGCGCCAGTTGTAGTA +TTAGTATATGGTTGTGAGTATAAGATGATAGAATATAAGATATTAAAAGAGAATAATGCT +AGTCAAGAAGTTTTAGATATATTGAAATCTCCACAATCAGGAGCTCAGGCTATTGGAGCA +GCGGTTGAAAATTTCTTATTAGCAGCATCTGCTAAGGGATATTCAACTTGTTACATGACT +GGACCGACTCATGCTAAAGTTGAAATAGAAAATCTTATAGGTTTTGATAAGCCAGGTTAT +GAATTAATGTCTATGATTGCATTAGGTGTAGGAGAAGAAAATACTCCGAAACAACCTCCT +CGTAAACCATTAGAAGAAGTTGTTACATTTATTGACTAA +>group_1158 +TTGAAAATTAAATCTATTATGCTTGCAATTTGTATAGCAGTAAATATCATTTTAAGTACA +TTAGTACAAACTTTAAATATTCCGCTATTATTCTTAGATACCGTTGGAACTATATTGGGT +TCAATAGTTTTAGGACCATTCTTTGGTGCTCTTATTGGTGGATGTTCAAATATTATTTTA +GGAATCATATCTAATCCTACTAATATATCATATGCATTTGCTAATATTGCATTAGGATTC +ATAGTTGGGTTTGTTTCTAAGAAAAGAAGATTTGATTATAAACAAGCATGTGTTGTAGGA +CTTATACTTGCTATTATTTGTCCATTGATTAGTACACCTGTTTCTTTATACTTATATGAG +AATGTTTATAGCAATGGTTCTGATTTATTATTAAGAATTATTTCTCAATCAAGTAAAATA +ATTTTTAGTGGTGCGTTTATACCAAGGCTTGTAAGTAATATGTTTGATAAAATTCTTTCA +TGCTTATTTGTTGCCTTGATATTAAAAAAACTATCTCAAAAATATTCATATATTTTTAAT +GAAAATATTAGCGAATCAGATATAACATTAGAACTTCTAGAAAATAATTAA +>alr1_2 +ATGATTAATATAAACTCAGGTACATGGGCTGAAGTAAATTTAGAAAATATAAAATTTAAT +GTAGATAATGTAAAAAAAACTTTAAATCCAAATACTATGCTATGTTGTGTTGTAAAAGCA +GATGCTTATGGACATGGAGCTGTAGAAGTATCTAAATTCTTAGATAAAGAAGAAAACGTT +GATTTCTTCTCAGTGGCTAGATTAGAAGAAGGTTTAGCACTTGTAAAAGCAGGTATAACA +AAGCCTATTTTATGTATGGGTTATACAGATACTGCTAAAATACAGCATGCAATAGATAGT +AACATAAGAATTACTATATATTCTTTAGAAATGGCTATGAAAGTAGATGAATTAGCTAAA +TTAAGCAATAAAAAAGCTTATGTACATATAAAACTTGATACTGGTATGAGCCGAATAGGT +TTCTTAGTTAATGAACAATCTATATCAGACATAAAGAAGATGTTCACCTTAGAAAACTTA +ATAATAGAGGGTATTTATACTCACTTTGCAAAATCAGATGAAGAAAACAAAGAAGCTACT +TACGAACAAATAAAAAAATACAATAGAGTTATAAATTCATTAGAAGAAGATAACTTAAAT +GTTCCAATAAAGCACGTATCAAATAGTGCTGCAATTTTAGATTTAAGAGAATGTGATTTC +AATATGGTCAGATTAGGAATATCTTTATATGGTCCTTATCCATCATCTGAAGTTAGTAGA +GATATAAAACTAAAAACAGCTTTAGAATTGAAAACTATAGTTAGTAACATAAAGACTATA +GAAAAAGGAACTAGCGTTAGTTATGCTGGAACATATACAGTAGATAAAGATACAAGAATA +GTTACATTGCCTGTTGGCTATGCAGATGGCTTCCCTAGAACACAAAAAAATCCTCAAGTA +TTTATAAATGGTAAATTGTTAAATATAGTAGGAAGAATATGCATGGATCAAACTATGGTT +GAAATTCCAGATAATCTTGAAGTTAATATGGAAGATGAAGCTATCTTAATAGGTGATATA +GATGGAATAAGAATAGGTGACATATCAAGTAAGATAGGTACAATAGACCACGAAATACTT +TGTTGTATAACTAAAAGAGTAAACAGAGTGTATATAACAAAAGATAGCAAGTATATAGTT +AATAATCTATTAGGTTAA +>group_964 +ATGGCAAGTAATAACAATAACAACAAAACAGTAGTACCAGGAGCTAAAGCAGCATTAAAT +CAAATGAAATTAGAAATAGCTAACGAACTTGGTATGGCTAACTATCAACAAGTTGATAAA +GGAAATCTTACTGCAAGAGAAAATGGTTATGTAGGTGGATACATGACTAAAAAACTAGTT +GAAATGGCAGAACAACAAATGTCAGGAAGACAACAACAATAA +>group_1320 +ATGATGATACCAAATAAAAATATTCAAGAAATAACAGTTGCTAACTTAAAAAATGGAGAA +GTTACTTTAATTCAATTAGAAGAGATATATAATAAATTTGGATTCATATTTGAAGCAAGT +GAAGGAAGATTTACTAAAATAAAAAGAGAGATACGTCATTAA +>group_965 +ATGAACCAGACTGATATTCCTATGGTTGAAGAAGCCTATCAAGCATTTAAACTAGTATTA +AAAAATCGCTCGAAAAGCCATAGGATAAGACTATACGAGCATTTAAGAATATTTAAAAAG +GTAATCAGAAATTTATACTATGTTTGTTTATTGTTTAATATAAATAAATGGCATTTTCTT +ATTAATATATTAATTAGATTATTGGAAAACATATTATTATGA +>group_966 +TTGAATAAAACTAATGCACTTAAGGTAATAAAATTGTCATTTGGAAGTTCCCTTGCTATT +TTTATTGCTTGGATGTTAAATCTGGAATACTCTACTGTTGCAGGAGTTATTACATTACTA +ACAGTAAAGAATACAAAAAAAGAGACTCTTAAAGGTACTATGGGAAAAATCTATGGATTT +ATTTTATGTACTATATTTTCATATTTATGCTTTAATATTTTAGGATATCATTTATATGCA +TTCGCATTGTATATTTTAATAATTATAAGCCTTTGTTTTATATTTAAAATACAAGATGTA +ATTGCTATGTGCGTAGTTATTGCTTCGCATTATTTTCTTCAAGGTGAAGTATCTATCCAT +TGGATTTTAAATGAATCTGGTTTATTTATAATTGGTGCTGGAATTGGTGTTTTGATAAAC +ATGTATATTCCATCTAATATAGAAAAAATATATGAAGGTCAAAAGAAAATGCAAGACGAG +GTAAGTGCTGTTCTAATAGATATTGCAGATTTAATTGTAAATCCTAATAAAGATTGTAAT +TATAATAAAGACTTAGATACTTTAAATAAACTTATCAGTAATAGTATTTCTGCAGCTTAT +GAAAATATGAATAATAATTTACTAAGTGATACTAAGTTTTTCTTAGATCATATGGAAATT +ATAAAAAGTCAAAGAAGTATATTAGAAAACTTATATAATTATGTATCTCAACTAAGTAGT +ACTCCTATTCAAGGTCATATTGTATCTGCTTTTATACATAAAATAGGTTATACTTCCTTT +AATTCTAAGACAGTTGAGTATTTATTAGACGAATTAGAAAGATTGATTCTTAATATGAAA +CAACAGCCTCTTCCTGTAGATAGAATAGAGTTTGAGGATAGGGCAATACTCTTTTTATGC +TTAACAGAATTAAAAAAGTTTTTAGTTAATCGTAAAAACGCACAAACTCTTAGAGATAAT +TACTTTTATAATTTGATAAATTATCATATTAAGTGCAACATCTAA +>potD_2~~~potD_1 +ATGAAAAGATTATTTAAATTATTGAATTTATCAATTTGTATAGCAATGATAAGTATTTTC +TTTGTAGGATGTAATAAAAATAATTACTCTGAAGAAATTAACTTTTTTAACTATGGAGAA +AATATAGACGATGAAACTGTAAAAGAATTTGAGAAAGAATATGGTATAAAAGTTAATATT +GAAACATTTGATGATATGGAAGCAATGTATCAAAAAGTTAAGGGTGGCGGTGTAAAGTAT +GATGTTGTTTTAGTATCAGATGCTTTTATGCCAAGAATGATTAATAATAACCTTATACAA +GAATTAAACAAAGATAATATACCTAACATATCTCAAATGGATGAAGAGTACTTAAACTTA +GATATAGATCCAGGGAATAAGTATTCAGTTCCTTATATGTTTGGAACAGTTGGACTTATC +TATAATAAAGATGTAATAGAAGAGAAAGTAGATAGTTGGGATATACTATGGAATGAAAAA +TATAAAAATCAAATTTTTATGTTTGATACATATAGAGATACATTAGGAGTAGCTTTAAAG +AAGCTAGGATATTCTTTAAATTCAACCAATGAAAAAGAAATAAAAGAAGCTGAAGAATTA +CTACTAAAGCAAAGAAAATTAGTAGACCCAATATATGGAGTTGATAATGGAACTGTAATG +ATTCCAGCAGGAGAATCAGATATAAATATGATTTGGTCTGGAGAAGGTTTAAACCTTCAA +GATGAATATCCTAATTTAGAGTATGTAGTGCCTAAAGAAGGAGCAAACTTCTGGATTGAT +AGTTTATGTATACCATCTAATGCTACAAATGTAGAAGGTGCAGAAAAGTTTATCAACTTT +GTAAGTGATAAAGAAAGTGCGCTAAGAATAGCTGATGAAATTGGATATACAACTCCAAAT +AAAGAAGCTAGATTAGAACAACCAGAAGAAGTTAGAAATAATCCTAATGCATATATGACT +AAGGAAATTATGGATAGATGTGAAATTTATGTGGATTTACCTAAGGATGTTAAAAGATTA +TATGATGATGCATGGGTAAATATAAAATCAAATAATTAA +>group_967 +ATGAATATATATAATAAAGTGACATTATCTGTCATTTTAGTTATAACAATTATCATTTCG +TTCATCTTTTATTTTTATACAACAGAGAAAAAAGTGGACAAAGATAAATTGTATGAAAAC +AAAATTACAAATCATAAACAAGCAGGTAAACCTAAAAATTATGGTGTCGCATCTAATAAT +AAAATAGCTACGAAAGTCGGAAATAAGATTATTGAAGATGGTGGAAATGCGGTTGATGCG +GCAATAGGTGTTTCTTATGCACTAGCAGTGACAGAACCTCATTCATCAGGACTAGGAGGT +GGCGGTGCGACACTTACATATAATGGTAAAGAGAATGAAACGCCTAAAGCTTATGAATAT +AAAACAATGTCCTCATATGAATATAAAGAAGGCGACAAAATTGGAGTTCCTGGCTTCGTG +AGAGGATTACATGATATGCACGCGAAAGAAGGAAAAATGGATGAGAAAAAGATTTTAGAT +TACGTTATTCCGCTTGCTAAAGATGGTTTTGAGGTAGATTCAGAACTAGAAAGAAGTTTG +AAATTATATGGTCGTGATATTGATCACAACTCACCATTCTATAAAGGAAATAAAAGTGTT +CGCGAAGGAGATATTGTAAAACAAGATAAACTCGCTAATACATTAACTAAAATCAAAGAT +AAAGGTCCTGATTACTTCTATGAAGATATTGGTAAAAGTGTTTCAAAACAATTAGATAAT +AAATTAACTGAAAGAGATTTCAAAGAATTTAAAACAGAAGAAAAAGAAGCGGTAAGTACT +GATTATAAGAATAATCAAGTGTATTCAGCACCTAATCCTTTAGGAGGCACATTAATGCTT +CAAGGATTGAAAATTGATGAAAAAGAAAATGTAGATAATATGGATCGCAATAATTTTATC +ACAGCAATGATTAAATCACGTGATGTTATGTATATGAATAGAGACATTGTTAATGGTAAT +GAGCCTAGTAATGAACAACATCTGACTGATGATTATTTACTTGGTGAACTTAACAAAGTT +AATATTGGTGAAAACACAGATAATGGCAGTGATTTTGATCAAATTAGAACGGATAATACA +AGTACAACCCATTTTGTAGTTATTGATAAGAATGGTAAGTTAGCAAGTACGACTAATACA +CTATCCAGTTACTTTGGGACAGGAGACTATATGAAAGAGGGCTTCTATATGAATAACTCT +TTAGGCGACTTTAGTAAGGATAAATCAAGTCCTAATCATGGTGAACCTCACAAGGCGCCT +AGATCATTTATTTCTCCGTCAGTAATTGTTGGCCCTAATTTCTATATGGGTATTGGTACA +CCAGGTGGGAACAAGATTCCAACAATTCTTAATGAAGTGATTGTCGATTATTTAAACAGT +GATGGTTCATTACAAGAATCTATTAATAAACCAAGATTTTATAATGACGGCGGCACGATA +TTTTACGAAAATGCTATGACTGATGAAGATATAAATATCTTTAAAAGTCTTGGTTATGGT +GTTGAAGAAAAGCATAATGATCCAAACTTTGGCAGTGTCCAAGGTGCTGTTTATGATAAA +GATAAAAATACTTTGAAAAATTGGATAGGAGTTATATCTAAATACAAAACAATTGATTAT +AAAAGAAAATACTTAAAGTATAACTTAGAGGAAAACATAAATGAAGACATTACAATTATA +GATAAAAATCTACTAAAAAAAGAAATTGAAGAAGAAATAGATGAAATACTTAGTAATTTA +AAAGAGCAAGATAAAAATCTTTTTAAGATGTACTACATTGAAGAATTAGAAATAGAAGAT +ATATCTAAAAAGATGAATATAAAGCCTTTTAATATTTATAGTAGATTGTCTAGAGGTAAG +AAGAAATTAAGAGAATTATATAAAAGATAA +>panS_1~~~panS +ATGGATTTTGTAGATAATATAGGGGGATTTGTAAAGAGATACATGTCATTAATGGTGTTA +ATAGCATCTATAATAGCTTTTTTTAGACCAAATAGTTTTTTATGGGTAGTACCAAATATG +AACACAATTTTAGGATTTATTATGTTTGGCATGGGAATGACATTAAAAAGAGATGATTTT +ACATTAATAATAAAAAGACCAAAGGATGTAGTTTTAGGAACTTTGGCTCAATATATGATA +ATGCCTTTAGGAGCATTTTTAGTTGTTAAAATATTTAATTTACCAGGTGAAATTGCTGTA +GGACTTATATTACTAGGTGCTTGTCCAGGTGGAGTGACATCAAATGTAATGAGCTTCATT +GCAAAAGGTGATGTTGCTTTATCAGTGACTTTTACTACTATAGCTACCTTATTAGCACCT +ATAGTAACACCATCTTTTATACTTTTATTTGCAGGGCAATGGGTTCAAATTGATGCACTT +GGAATGTTTATATCAATAACAAAAGTTGTAATAGTTCCGATATTATTAGGCGGTATATGT +CATAGATTTTTTAGTAAATTAACAGAAAAAGGTATTAGAATATTACCTTCAGTATCAGGG +TTGGCAATGGTATTTTTAGTAGGAGGAATAGTAAGCGCTAATGCAGATAAATTAACTTTT +TCTGTTATTATAGTAGCTTTAGCAGTAATAATTCATAATATATTAGGTTATATTGGGGGA +TATATAGCCACTACAAAAATAGGATTTAATGAAGAAAAGAAAAGAGTTCTTTCTATAGAG +ACTGGGATGAAAAATGCTACATTAGCCACTACATTGGCAATGGCACACTTTGCACCTCAA +GCTGCAATTGCACCTGCAATAGCAGGCATATGGCATGCATTTTCAGTATCTGTACTTGCA +AATTATTGGGGAAATAAAGATATTAAGTCTGAAGAAATAAAACCTTCCATTCATATAATT +GAATCTGAATGA +>group_969 +ATGCAAACTATTATAACATGGTTTTTATTATCAGGATTCTTCTTACCTTTATTACTTAAT +TACGGAATTACGGATTTTTTTGGAACTTTGATAAAAGGTATAATGCGTCCACTATTCTTA +GTCCCAGGAAGAAGTGCAATAAATGCAATAGTATCATGTTCCTCATTAGTATCACTATCA +TTTGCAACAGTAGTAGCATCTTTCTTAAAAATATCTCACTTATTTTTATCATCAGTATTA +GCAGCAGTGATAGAGTCAGAAATTACAAGATTCATAATAGGGGAATTATCATTTACACAA +CTAATTTACATGACTGAAATAGGAGTAATAATATTAAAATCAGATATTCTTTTGAATATA +AAAGACTTATTTGTAATATTTATAGAAAGAACTATAATTACATTACCAATAATAACTTTA +ATTGCAAATTTTATTTTTTTAGATTAA +>cca_2 +ATGGAAATATATTTACCCCAAAAAGTTAAATTCATAATAGATAAAATGTATGAAAGAGGA +TACGAGGCATTCATAGTGGGGGGATGTGTAAGAGATAGTATACTTGGAATAACGCCTAAT +GATTATGATATAACTACTAATGCTAGACCAGAAGAAATTATAGATATATTTAAAGGTTTT +AAAATTATTGATAATGGAATAAAGCATGGAACCGTAGGGATTATAATAGAAAAAGAAGTA +TATGAAATAACTACTTATAGGATAGAAGATGAATATGAAAATAATAGAAGACCTAAGAAT +GTTGAGTTTACGTTAGATATAGAAGATGATTTAAAAAGAAGAGACTTTACAATAAATGCA +ATTGCATATAATGACAAGTTAGGTATAATAGATAAATTTGATGGCATCAAAGATATAAAA +AATAAGATTGTAAAGACAGTCGGTAATCCAGATGAAAGGTTTAACGAAGATGGATTAAGA +TTGGTTAGAGCAATAAGATTTAGTAGCAAATTGAATTTTAAAATAGAAGACAAAACATTA +AAAAGTATATATAAAAATGTTGATATTATAAAAAATATAAGCAAGGAAAGAATTACAGAT +GAATTTACAAAGATGATTCTTAGTGACAAACCTCAAGATATTATACTTTTATATAAAACT +GGAATATTTAAATCTATAGGGATTTTTTCATATATCAATAAAGAAAAATATGAAGATTTA +GAACAAGAACTTCGAGTACTAAATAATTGTGAAAGTAATTTAGTTAAAAGAATGGCAATG +TTAGAGTATATTATAAAAAAGAAAAAAATTCCGTCTAGAAGTATAGTTGATAACTTAGTA +TACTCTAATAAAATTAAAAAAGAATGTAAGATCTTAGTTGAGTGTATGTTAAAGGATAAT +ATAGAGCTAAATTCAATAGAAATAAAGATGCTATTAAATAAAGTAGGACCAGAAAAAATA +ATAGAAGCGTTAAATTTAAAAAAAATATACTATAATAATTATTCATCAAGAATAGAAAAG +AAAAATGATATTGTAGATAAGATTTTTATAATAAATAACATAATCAAAAAAATTTTAGAA +ATAGAAAGTAATAAAGAGTGTTATAGATTAAAAGATTTGGATATAAATGGGAGTGACTTA +GAAGAGTTAGGATACAAAGGAAAAGACATAGGGGAAATTTTGAATGAATTACTAAATAAA +GTTATAGCAAGTCCAAGTTTAAATAAAAAAGAGATACTTATAAATCTACTGTAA +>group_381 +ATGACAAAGAGTGTTCTTTTAGTTGGTGTTGGGGGACAGGGGACTATACTTGTAAGTAAA +TTGCTTACAGCAGGACTTGTAAAAGCTGGATTTGATGTAAAAATGAGTGAAATACATGGA +ATGAGTCAAAGAGGTGGTTCAGTTTCTACACATGTTAGATATGGTGAAAAGGTATACTCT +CCTGTTATAGAAGAAGGAGAAGCAGATTTATTAATTTCTTTTGAGAAAATGGAAGCTATT +AGATGGTTGAAATTCTTAAAGCCAGAAGGTCATTTAATAGTCAATAATTATAAAATTAAT +CCTCTTACTGTATTAATTGGAAAAGAAATATATCCTGAAAAAGAAATAGATGAAGAATTA +AAACTTCTAAGTGCTACAGTTATAAATGCGTTTGACAAAGCAAGTGAAATAGGAAATATA +AAGGTGATGAATGTAATATTATTAGGAACTGTAGTAAAAATAATGAACTTAGAAGATATA +GACTGGGAGGAAATTATAAGAAATAATGTAAAAGCAAAGTTTATTGATGTAAATATAAAA +GCCTTTAATGAGGGAATAAAATTAATTGATAAAAGAGAAGGGGATATATATGCATTATAG +>gmuC~~~licC +ATGTTCGCAAAGTTTGAAGCATTTATGAATCGTGTATTTACACCTATAGCTCACAAAGTG +GATAATCAACGTCACTTAAGTGCTATAAAGGCAGGAATGGTAGCAATGACACCATTTACT +ATACTAGGTAGTTTCTTTGCTATAATTCCAGCACTTCCAAATATGATAGGGGAAAATAAC +CCAGTAAGTCAATTTATATTAAATAATGCAGAAATACTAGATTTGCCAGTAACTCTTTCT +ATAGGATTAATCGGACTATATGCTTGTATGTGTATATCTTTTAACTTAGGTAATCATTAC +AAATTATATATTCCAGGTTGTGTTACTCTTTCTACTTTTGCCTTTTTATTCTTAGTATCA +TCCTTTACACCGGATGGAACTTTAGAACTTGGAAACTTAGGTGCTAAAGGCTTATTTACA +GGTATGCTAACAGCTATAGGAGCAGTAGAACTTTATAATTTATGTAAGAAGAAAAATCTT +ACGATTAGAATGCCAGAAGGTGTACCAGACTTTGTATCTAAATCATTTGAATTAATACCT +ACAACTATAATCGTAGGTGGTACATTCATCGTATTACGTTTTGTATCTTTAAATGTATTT +GGAGAATTACCTCCACAAATACTTACTAGATTCTTAGAACCATTAGTAGGTAGTATGGAT +AATCCATGGGCAGTTCTAGCTCTAAACTTCTGTATATGTACGGTATTCTTCTTTGGTATA +CATTCATCTGTTTTCAGTCCAATAACTCGTCCAGTAATGGTTACATTTATAGCAGAAAAT +ATAGCTGCTATGCAAGCTGGTCAGCCAATACCTCACTTCTATACTGCAGGTGCATCAAGT +GCATTTTTCGGGTTTACAGGAGCAGGTATAACAATAGGTTGTGTAATAGCGTGTATGTTA +TCTAAAAACAAGAGTTTTAAAAAGATAGGTCAAGTATCATTATTCCCATCTCTATTCGGA +ATAAATGAACCAATATTATTTGGTGCTCCAATAATATTAAATCCAATAATGTTTATACCA +TTTGTATTTGGTGGAGCAATAATAGGTACACTACCAATGTTCTTAATGCATTTTGGATGG +TTAGCTAAACCAGTATTTGACCCTCCATATGTAGGTGTGTTCCTTGAAGGATTTTTAACA +AATGGTGATTGGCGTTCAATAGTAGCTAATGCAATACAATTAGTATTAACTGTATTATTA +TACATGCCATTCTTTAAAATAATGGAACGTCAAGCTGAAGCTAAATTAGAAGAAGAAAAT +AAAACAAGTAAAAATATATTTACAGAGGAAGAAGAAGATCTATTAGATGACTTAGGATTA +GACTTCTAG +>group_382 +ATGCCTCTTAGAATATTTATGCTACTTGCAGGTGTTGTAATTTGTATTATATATACAATT +AGATACGCCGAAAAAGTAAAAAAAGATCCACTAAACTCTTACATATATGATCAAAAAGAT +GAACTAAAAGCGCAGTTTTTATCTAATTATAATTCAGAAGCTTTACCAAAATTTACAGCT +GCTAGAAAGACTATATTAATAATATTTATTCTAGCATTTGTTGTTATGCTATATGGTTTA +AAAGAACTTAGCTGGTGGTTTGAGGAAATGACAGCTTTATTTACATTTGTAACATTTATT +ATGATATTCTTTGCAAAACTAAGTGAAAAAGAATTTGTTGGAGAATTTATGGCTGATGCC +TCAGATTTATTAGGTGTGGCTATAACAATAGGTCTTGATGTTTTATCTATGCCTATAATG +GAACCTCTAGCAGATGTTGTTGGAATAAACAGAGATATTATAGTTAGTACTTATCAGTTT +GGTCAAGGTATAATGAGTTTTATTACTCCTACAGGATTGATACTAGCATCACTTTCTATG +GTAAATGTAACATATGATAAATGGTTAAAATTTGTATTACCATTAGTTATAATTATTGCA +ATACTAGCAATTGTTACTCTTGGTGTAGGAGTATTAATATAA +>group_383 +TTGATTATAAAATTTACTCGAAAAATAAGACAAAGAGTACTAATAGTAACAACTTTAATA +ATATTACTAGGAGGTGGGATATACCTATTTAAACCAAATACAGTCAAGGAAACATCTAAT +ATTGATGAAGGAAAGAGAAATAAATACACTATAGATGTTATATTTGATGATGAAAGCAAG +AGATTGATGTGCAACCAAAATTTAACATATGTAAATAAGACTGGAAAAGATATAGACAAG +ATATACTTTCATATATATCCAAATGCTTTTTCTAAAAAAGAATATGCACCTTTTGAAGAG +AGTGAAATATCAGAAGCATATCCTAATGGATTTAACGAAGGGTATGTAGACATAAAAAAT +ATTTTAAATAATTCTAAAGCTTTAAAATATAGTATAAAAGGTGATAAAAATGACATATTA +GAAGTTAGCTTAGGAAAAACATTGAAACCAGATGAAAAAGTGTCAATAGACTTTAAATAT +AACGTAAAAATACCAAACTGTATGGGTAGATTTGGATATGGAGATAGTACTGTAAATATA +ACAAATTGGTTTCCAATAGCTTGTGTATACGATGATAGAGGTTGGAATTTAAAAAGCTAT +GAATCTGTAGGAGATCCTTTTTATAGTGAGACTAGTGATTTTTATGTAAAGATTTTAATG +CCTCGAAAATATGATATTGGTTGTACAGGTAAAGTAATTAGTGAAAAACATGATAATGAA +AAAATATTTTATGAAATAGAAGCGAATAAGGTAAGAGATTTTGCGTTTATATTAAGTGAT +AAATTTGATATACAAACAGATTCATATAAGGGAGTACTTATAAGTACATATAATTTAAAC +AAAGACCTTTCAGAATATACGACAGAAGTTGCAAAAGATTCAATAAAAATATTTAGCGAT +TTATTTGGAGAATATCCATATGATACTTACTCCGTAGTTGCTAGTGATTTTTACATAGGT +GGGATGGAGTATCCAAACTTAGTAATGATAGATAGTACTTTATATAAAGATAGTAAAAAG +TTCATACTTGAATATATCATAGCCCATGAAACTGCTCATCAATGGTGGTATTCTGTAATA +GGAAATGATGAAATCAGTGAGCCTTGGCTAGATGAAGCTCTAACTGAGTACTCAACTGTT +CTTTATTTTGAAAATAAATATGGCAAGGGCGTTGGAGAAAAGCTTATAAAGACAATGGAA +GTTCAAAGCAGAAACTATTTATGTCATAATATGTTTAAAGCAACAACTCAATACAAAGAC +TCGATTGAATATAGTCTAAATGTTTATACTAAAGGAGCAGTAATATTTAATGAAGTTAGA +AATAAAGTAGGAGATGAGGTATTCTTTAATACGCTAAAGGAATATTATAGTAAATATATG +TATGAAAATGTAAATGGAGCTAAGTTTGTTGAAATGTGGAAGGAAAAAGGTGTAGATTTA +GATAAAATCATAAGTGAATACAAATAG +>leuS +ATGAGCGTTTACAATCATAAAAACGTTGAGTCGAAATGGCAAAAAACTTGGGCTGAAAAT +GATCAATATAAAACTGATACACTTGATACTTCTAAGCCAAATTATTACACTTTAGAAATG +TTCCCATATCCATCAGGGAAAATACATATGGGTCACGTTAGAAATTATTCTATAGGTGAC +GTTGTTGCTAGATTTAAGAAAATGGAAGGGTACAATGTTTTACATCCAATGGGATGGGAC +TCATTTGGTCTTCCAGCTGAAAATGCAGCTATAAAGCATGGAATACATCCACATAAATGG +ACTATGGAAAATATAGAAGATATGAAAGGCCAATTAAAATTATTAGGTCTTAGTTACGAC +TGGGATAGAGAAGTTGCAACTTCTACTCCAGAATACTATAAGTTTACTCAAGAAATATTC +TTAAAGTTCTTAGAACATGGACTAGCGTATAAGAAAAAATCTTTTGTTAACTGGTGTCCA +TCTTGTGAAACAGTTCTTGCAAATGAGCAAGTTGTTCAAGGACAATGTGAAAGATGTGAT +TCTGTAGTTGTAAAGAAGGACTTAGAACAATGGTACTTCAAAACTACTCAATACGCTGAA +GAATTACTTCAGGATTTAGATACTTTAGATGGATGGCCAGAAAAAGTTAAGTTAATGCAA +AAGAACTGGATAGGAAAAAGTACAGGTGCTGAAATAGTATTTGACATAGATGGAACTGAT +AAATCTATGACTGTATTCACAACTAGACCAGATACTATTTATGGTGTTACATATATGGTT +CTTGCTCCAGAGCATGATTTAGTTAAAGAATTAGTTGCTGGCACAGAGTATAAAACTGAT +GTCGATGCATTTGTTGCAAAAATGCACACTATGACTGAAATAGAAAGAACTTCTACAGAT +GTAGAAAAAGAAGGTATGTTTATAGGTAAATACGTAGTAAATCCATTAACTGGAGAAAAA +GCTCCAATATGGATAGCAAACTACGTACTAGCTGACTATGGTACAGGTGCTATAATGGCA +GTTCCAGCGCATGATGAAAGAGATGGAGAATTTGCCCAAAAATATGACTTAGAAATAATA +CCTGTAATAGATGAAGATAATAAAATGATAAATTCAGGTGATTTCAATGGAATGGATGCA +TCTGAAGCATTTGATAAAATAATAGAGAAGATAGAAGAAATGAACAGAGGAAAGAAAACA +GTTAACTACAGATTAAGAGACTGGTTACTTTCTAGACAAAGATATTGGGGATGTCCAATA +CCAGTTGTTTACTGTGATACTTGTGGTGTAGTTCCAGAGAAAAAAGAAAACCTACCAGTA +TTATTACCAACTGATGTTGAATTTACTGGAAAAGGTGAATCTCCACTTACTACTTCAAAA +GAGTTTATGACAACTGCTTGTCCATGTTGTGGAAAAGAAGCTAGAAGAGAAGTTGATACA +ATGGATACATTTGTTGATTCTTCTTGGTACTTCTTAAGATACATAGATCCTAAGAATACT +GAAAATATATTTGATTCAGAAGTAGTAAATAAGTGGATGCCAGTCGACCAATATATAGGT +GGGGTAGAGCATGCTATAATGCACTTACTTTACTCAAGATTCTTTGTAAAAGCATTCAAC +GATATGGGACTTGTTGATTTTAAAGAGCCATTTAAAAACTTATTAACTCAAGGTATGGTT +CTTAAAGAAGGTAGCAAAATGAGTAAGTCAAAAGGAAACGTAGTTTCGCCTCTTGAAATA +ATAGAAGAGTTTGGTGCAGATACTGCAAGATTATTCGTATTATTCGCAGCACCACCAGAA +AGAGATCTAGATTGGTCTGAGCAAGGTGTTGAAGGATGTTATAGATTCTTAAACAGAGTT +TATAGATTAGTTGATGAATTATCAGAAGTTGCTAAGAGTGATACTAATATGGGTGAATTA +ACTAAAGAAGATAAAGCTATGAGATATACAATACATGCAACACTTAAGAAAGTTACAGAA +GATTTAAGTGAAAAGTTTGGATTCAACACAGCTATATCTGCTTTAATGGAATTAATAAAC +GAAATGTACAAGTACAAAGAATTAGATAACAGAAATAATGCTATTATAAAAGAAGGTATA +GAAACTATAGTAACTATACTTGCGCCATTCACTCCTCATATAGGTGAAGAATTATGGACT +ATGATAGGTAAAGAAGGTAGCGTATTTGATATAAGTTGGCCAAAATATGATGAAACTGCA +TTAGTTAAAGATGAAGTTGAAGTTGTAGTTCAAGTTAATGGTAAGGTAAGAGGAAAATTA +ACAGTTGGAGCTAATGTTTCAAGAGATGAAATGCAAGAATTAGCTATGGCTGATGAAAAG +ATAAAAGCTTTAGTAGAAGGAAAAACTATAGTAAAAGTGGTTGCAGTTCCTAAAAAATTA +GTTAACATAGTTGTTAAATAA +>rpoN +ATGAATTTTAATAATGGAATAGAACTAACACAATCTCAGAAGTTAATAATGACGTCACAA +CTAAGACAATCCCTAAAAATATTAAATATGAATAAGGTAGAGTTAGAGAGTGAAATTGTA +AAAGAAGTTGAGAGTAACCCTTTATTAGAAGCTGAGAAAAGTAGTGAAATAAATTGGGAG +CAGTATATAAACGACATGGAGAATACAAGAAAACACAATAGTTATGAAAACGTATTCAAT +AATGAGAATGAAGTTGATTTAGAAAATCTTATTAAAAGTGATTCTAATATATATGATGAT +TTAAAATTTCAAGTAAGTTTATATAAACTAGATAATTCAGAAAGAATGATATGTGATTAT +ATAATAGATAGCCTAGACGAAGATGGTTATTTGAAAGTTAGTGATTATGAAATAATGGAG +TCCTTAAATATAGATGAAGATATATTTGAGAAATGTCTTATTAAAGTTCAGAATTTAGAA +CCAAGTGGTGTGGCTGCAAGAAGCCTAGAGGAATGTTTAATAATACAAATTAATAATTTT +GGAATAGTTGATGAAATATTAGAAAGTATAATAAGGCATGACTTAAAATTAATCGCAAGT +AATAAATATAAAGATATCTGTAAAAAGTACAAAATAACTTTACAAGAATGTAAAAGATTT +TCTGATTTAATAAAGGATTTAAATCCAAAACCATGTGAAGGTTATTTTAGCTCTAATAAG +GAATCTATTTATGTACAACCAGATGTAATAGTAGAAAAAATAGAAAATGAGTTTATTGCA +TATCTTAATGAAAAAGATTCCTATAAGCTAAAAATAAATAATTTTTATAAAGAAGTTCTA +AAAAATTCTCAGGCAGATAAAGACGCTAAGGATTTTATAAAAGAAAGGCTAAATTCTGCA +TTAAGCTTAATGAAAAATATAGATAGTAGAAAGAGTACGATTTTAAGAATTGCTGAATCT +ATAGTCAAAAATCAAGAAGAGTTTTTGAATAGGGGAATTAAGTACATAAAACCAATGACT +ATGAAAGATTTAGCAGAAGAATTAAATTGTCATGAGTCAACAATTAGTAGAGGTGTAAAT +GGCAAATATATGCTAACACCATTTGGAACGTATGAATTTAAATATTTCTTCAATAGTTCT +ATAGAAACTGATAATAATGAGGTTATATCTAGCGTCAGCATAAAAAACATGATAAGGGAT +AAAATAAAGGCAGAAAAAAAGGATAAGCCTCTTAGTGACGATAAAATTGCTAAATTACTA +AAAGAGCAAGGTATAAATGTAGCTCGAAGAACTGTAGCAAAATACAGGGAAGAACTTGGC +ATACTGTCTTCGAGTAAAAGGAAAAAATGTTGA +>rsxB_1 +ATGGGAAAATCAAAAGTATTTTATACAGATTTAAGAACAAAGTTTGGAGAGACTTTGCCA +TTAAAATTAGAAAAATTAGTTAAGAAAGCTGGGATTGAAGATTTGGATTTTAAAGATAAA +TTCGTTGCTATAAAAATTCATTTTGGAGAGCCAGGTAACTTAGCTTATCTAAGACCAAAT +TACTCAAAGGTTATAGTTGATATAATAAAAAATAATGGTGGTAAGCCATTTTTAACAGAT +TGTAATACACTTTATGTTGGTAGAAGAAAAAATGCTTTAGAGCATCTTGATGCAGCATAT +GAAAATGGATATAATCCATTTACTACAGGATGCCACGTAATAATAGCAGATGGACTAAAG +GGAACAGATGAAACTCTTGTAGAAGTTAAGGGTGGAGAATATGTAAAAGAAGCTAAGATA +GGTCAAGCGATTATGGACGCAGATATATTTATTACAATGAATCATTTTAAAGGTCATGAG +GCAACTGGATTTGGTGGTGCATTAAAAAATATAGGTATGGGGTGTGGATCTCGTGCTGGG +AAAATGGAAATGCATAGTAGTGGAAAACCTTATGTAGAAGAAAATTTGTGTGTTAGTTGT +AAGGCTTGCTACAAAAACTGTGCTCATGGAGCAATAAGTTTTGGTAAAAATAAAAAGGCT +ACTATAGACCACGAAAAATGTGTAGGATGTGGAAGATGTATAGGATCTTGTAACTTTGAT +GCAGTTAATGCTGCAGGAGATGAAGTTAATGATATATTAAATAAGAAAATAGCTGAATAT +TCATATGCAGTATTAGAAGGAAGACTTAATTTTCATATTAGCTTAGTTGTAGATGTTTCA +CCTTATTGTGACTGTCATGCAGAAAATGACTTACCTATAATACCGGATGTAGGAATGTTT +GCATCTTTTGACCCAGTTGCACTAGATATGGCCTGTGTTGATGCCGCTAATAAACAGGGT +ATTATACATGGAAGTTGCTTAGAAGAAAGAGAAAAACATACTTGTGATCACTTTATAAAT +ACCCATCCTGAAACTAACTGGGAAGTATGTATTGATCATGCTGTAAAATTAGGTCTAGGT +AATAAAGAATATGAATTAATAGAGGTTTAA +>tyrC +ATGAAAATAGCTATAGTAGGATTAGGTGTAATTGGAGGGTCTTTTGCAATGGCCCTTAAA +AAAGCTGGATATGATGAAGTATATGGGATAGATATAGATGAAAGTACAATAACAAAGGCG +AAAAGTATAGGAATAATAAAAGATGGCTGCACCAAAGGAAATGAGATATTAAAAGAAGCA +GATTTAGTGATAATTTCAATTTACCCTAAACTGATAAAAAAATTTATTTTGGAGAATAAA +TTAAATTTTAAAAAAGGAGCCGTTATAACTGATACCACTGGAATTAAGGGATTGTTTATA +AAAGAGATATTAGAAATATTACCTAATAGTGTAGATTTTATATTTGGTCATCCGATGGCA +GGTAGGGAAAAAAAAGGCTTAGATTTTGCAAGTAACGAAGTATTCAATGGAGCTAATTAT +ATATTAATTAATTCTGAATTTAATAAAGTAGAAAATATAGAATTATTAGAAAGTATAATA +TATTCAATAGGATTTAGTAAAATAAGAAAAGTAAGTGCAGATTTTCATGATGAAATAATT +TCTTATACATCTCAATTACCACATGCATTAGCTGTTGCATTAATAAATAGTGATGAAAAT +AATAGAGCAACAGGAGATTTCATAGGGGATAGTTATAGAGAGCTAACAAGGATAGCAAAT +ATTAATGATGAGTTATGGTGTGAACTTTTTATTGGGAATAAGAAAAATCTATTAAAATCA +ATAGATGATTTTACAATTGAATTAAATAAAATAAAGAAATCTATAGAAAGTGAAGATAGT +AATGAACTAATTGAATTATTTCGACAATCATCTAGTAGAAGACAAAAACTATAA +>group_386 +ATGCAAGATCTTAGAAAGAATAAAAGAAAAATGACAAATAAACTTATGAATGTAACAAAT +AGCCATATAACAGAAGAAATGAGTGAAGAATTAGAAAGAGTTTATAGACCAAAACACAAC +AATACAAATGATTGTTGTAACAATACTTGCAATAACGATTGTGATCATCACCATGATGAT +TGTAAATGTGATCACCATCATGATGATTGTAAATGTGATCATCACCATGATGATTGTAAA +TGTGATCATCATCATGACCATGATAAATGTGAACCATGTGAAGTACAGTCAGATATATGT +GTAGACAATCCTTGTCGTGACACATGCTGTACTCCTATTACTCCACCAAGATTTTCAACA +AATAATAGTGTTCCTGTTGCGATAGAAACTAATAGAGTATTTGATAGTGTAGTATTCCAA +ACATTTACAGATGCGAGAGCTCCACAAACAACATGTACAGATGGTAGATCATTAGTATTT +GATATTGAAGTAGTTGAAGTATGTGGTCCAGTTCCAAGAACAGGTCCAGTAAATGTAACA +ATTGATAAAGTTTGTATGAACTTCAATGAAATAGAAATAGAATCAGATGATCCAATGTTA +GAAGATTTTAATGTTGTAGGAATAAATCCAAAAGATGATGGTGTATGTGAAACTACTTTT +GAATTTTTAGTATGCGGAGATAGAAGTGCAATTTGTTGTGAACAAAGAAGAGGTCAGTCT +GTAGCGTATAAACAAAAAGGATTAGTAGTAACAGTAAGAGATTTAGTATTAGAATTAAGA +GGTAGATGTGGATGTACAGAAATAGTTGCATTAGCATTTCCTGCAGTTAGAACATCTGGT +GGATGCTTGAAGAGAATTGATGAAGTTCAATTCCCATTCAATACTTTAGCAGCAGCACTT +TGCTTACCAGCAAGTGGAAGAACTGTTACTTTAAGACAAGAATATGATGTGAATTTAAGC +GTAGATTGTATAGGAAAAGCATTATTATGCGTAGTAGATCATTCAGATTGTGAATGCTTC +TTTAACTTAGATATACCAAATGGAATAGATGTAATCCTTTGCTTACAAGAAGTAGTTAGC +ATATTAAGAAGTGAACAAATAGTAGTATTAGCATCACCAACAGCTGTTCGACCAAGAGTA +GTAGATACTTTCGCTAACGTTTGTGATTTTAATCAATGTGGAGAAGACAGAGATAGAGAC +AGAGATAGAGACAGAGACAGAGATAGAGACAATTGCAATACTTGCAAGAGATAA +>yfiY +GTGAAAAGGTTAAAATCATTAATGCTATTAGGCGTAACAATAGCTACACTAGGATTAGTT +ACTGGGTGTTCGGGAAACAGTAACAATGAAGTTTCAAAAGATGAAGCACAAACAAGAATA +GTACAATCAGTAAAAGGAGAAGTTGAAATACCAGCTGATCCTAAAAGAATAGTTGATATA +TCTGGGAGTAGTGAAGAGCTAGCTCTATTAGGACATACTCCAGTAGGTACAGCCAATGTA +GACTCATATGAAACAGACAAAGTTCCATCATATGTACAAGATAAATTAGGTGATGCAAAA +GTAGTTGGTCACTCAATGATGGATACAATGGATATAGAAGCAATACTTGCTGCAGAGCCA +GATTTAATAATAATGGCTCCAAGACAAGAAAAAATATACGATCAATTAAAAGAAATAGCT +CCAGTTGTTATGTTAGAAGATAGATCAAACGATTGGGAAGCAAAACTTAAGGATGTAGCG +GCATTATTCGGACAAGAAGAAGAAGCTCAAAAGTGGTTAGATAATTACTATGTAAAAGCA +GAAGAAATAGGTAAGGAAATAAAAGAAGCTAACGGGGACCAAACTTACTTAACAGTATTA +GCATCATCAGGACAATTTATGGTATTCACTGAAGGTGGTATAGGAACTGTATTAAAAGAA +GATATGAAATTACCTCAACCAGCTAATATGCCTGAGCAAGATAGCATAACATTACCAACT +GTTACTATGGAAGGTTTAACAGAAATAGATGCAGATCACATAATAGTTATAGCTACAGAA +TCAGATAAAGCTGATTTAGAGGCAAGTACGGTATGGCCACAAATAAGAGCTGTTAAAGAA +GGTAACGTAACAATACTTGATGCAAGTCCATACTTCAGTCAAGCGTACAATCCAATAGGA +AGAGAATTATTATTACAATCAATCAAAGATGAAGTTGTAAAATAG +>murD_2~~~murD_1~~~murD +GTGGAACTTAAAAGCAAAAAAGTTTTACTAGTAGGTCTTGCAAAAACTGGTGTATCTACA +ATAAAGCATTTAGATAAGCTAGGGGCAAAAACTATTGTAAATGATATAAAAGAAAAATCA +CAATTAGAAGACATACTAAGTGAGTTAAAAGATATAAAAAATGTTGAATATATATTAGGA +TATCATCCAGAAAATGTTGATGATATAGATCTTGCTATTGTATCTCCAGGAGTTCCTCTA +GATTTACCTTTCATATGTAAATTAAGAGAAAATAATATTAAAATAATTGGAGAAGTAGAA +TTAGCATATAGATTGTCTAAAAATAATCCTGTATTTATAGGTATAACAGGAACTAATGGA +AAGACTACTACTACTAGCATAGTAGGAGAAATCTTCAAAAAAGCTAATAAGGATACTTAT +ATAGTCGGAAATATTGGAAATCCTGTTATTGATACAGTAGACTTTACTAGTAAAGATTCA +GTACTAGTAACTGAATTAAGTAGTTTCCAGTTAGAGAGCATTGATGAGTTTAGACCAAAA +GTAAGTGCATTTTTAAATGTTACTGAAGATCATATGAATAGACATCATACAATGGAAAAC +TATATAAATGCAAAATCTAGAGTATTTGAAAATCAAAAAGAAGAAGATTTTACAATCCTA +AATTATGATGATACTCAAGTAAGAAACTTAGCAGAAAAATGTAAATCTAAAGTTATATTC +TTTTCAAGAAAAGAAAAATTAAATAATGGAATATATTTAGATGAAGACAATAATATAATT +ATAGATATAGATGGGAAAATAGTACTTTTAAATGCAAATGAATTAAGTTTACCAGGAGAA +CACAACTTAGAAAATTGCATGGCGGCTATAGGAATAACTTATGTAAGTAATATTGATTTA +GAAGTAATAAAAGATGTATTAAAAACTTTTAAGGCAGTTGAGCATAGACAAGAGTTTGTA +AGAGAAATAAATGACATAATGTTTGTTAACGACTCAAAAGGAACTAATCCAGATTCTACT +ATAAAAGCAATTAAATCATATAATAGAAATATAATATTAATTGCTGGTGGTAAGGATAAA +GGAAGTAGCTTTGATGAACTTCTTGAGATTGCAAAAGAAAATGTAGTTGCTTTAGTATTA +TTAGGAGAAACAGCATCTAAGATAGAAGAAACTGCTAGAAAAAAAGGATTTGACAAAATC +TATATAGTAAATAATATGAAAGAAGCTGTAAAAACTTCTTATGAAATTGCACAAAGTAAG +GATGTAGTTTTACTTTCTCCTGCTTGTGCAAGTTGGGATATGTATAAGAATTTTGAAGTA +AGAGGAAAAGACTTCAAGGATAATGTAAACAATTTAAAATAA +>dnaE +ATGAGCAATAAATTTGTTCATCTTCATGTTCACACAGAGTATAGTTTACTTGATGGATTT +TCAAGATTAAAGAAGCTTATAAATAGATGTAAGGAACTTAATATGGATTCAATTGCTATA +ACTGATCATGGTTGCATGTTTGGAGTTATAGATTTTTATAAGGAAGCTAAAAAATCAGGT +ATAAAGCCAATAGTAGGTTGTGAGGTTTATACAGCAGCTCGTAGCTTAAATGATAAAGAT +CCAAATTATGATAAGTCTCAAGGACATTTAATTTTATTAGCTGAAAATATGACTGGATAC +AATAATCTAATAAAGATGGTATCTAAGTCTTATGTGGAAGGATTCTACTATAAACCAAGA +GTAGACATGGAGGAGCTTAGACAACACAGTGAAGGAATAATAGCATTATCAGCATGTTTA +GCAGGAGATGTTTCTCAAGCTCTTATGGATAGAAATTATGATAAAGCTAAAAAACTTACA +CTTGAATATAGAGATATATTTGGTGAAGATAATTATTTTTTAGAGATACAAGATCATAAT +TTACCAGAACAAAAAGAAGTAAATGCTGGAATAATAAAATTGTCAAAAGAATTGAATATA +CCATTAGTAGCAACTAATGATATTCACTATGTAAATAAAGAAGATTCGAAAATACATGAT +GTTCTTATGTGTATCCAAATGGGTAAAACAGTAAATGACCCTAATAGAATGAGATTTGGT +AGCGATGAGTTTTATTTAAAGTCAAGAGAAGAAATGGAAGAACTTTTTCCATATGCTATT +GATGCATTAGATAATACTGTAAAAATAGCAGAAAGATGTAATATAGAATTTGACTTTGAT +ACAATACATCTTCCTAATTATGATGTACCAGAAGGGTATACAACAGATAGTTATCTAAGA +GAATTATGTTTCAATGGACTAAAAGAAAGATACGATAATCCAAGTGAAGAAGTAATAGAA +AGACTAAATTATGAGTTAAATGTTATTGAAAAAATGGGATATGTAGAGTATTTCTTAATA +ACATGGGATTTTATAAACTACGCAAAAGAAAATAAAATAATGGTAGGTCCAGGTCGTGGT +AGTGCAGCTGGTTCTATTGTTGCATATACACTGAAAATAACAGATATAGACCCAATTAAG +TATTCTTTACTTTTTGAGAGATTTCTTAACCCAGAGCGTGTATCTATGCCTGATATAGAT +ATAGACTTCTGTTATGAAAGAAGAGAAGAAGTTATTGATTATGTAAAAAGAAAATATGGT +GAAGATCATGTTGCACAAATAATTACATTTGGAACAATGGGAGCAAAAGCTGCTATTAGA +GATGTTGGTAGGGTATTAGATATCCCTTACAATAAGGTTGATAAAATAGCAAAAGAAATA +CCTTTTGCTTTAGGAATGACTATAGATAAAGCATTAGATACGAATCCTAACTTAAGAGAA +TTATATGAAAATGACTCAGAAACCAGAGAAATTATTGATGTGTCTAAACAAATCGAAGGT +ATGTTAAGACATGCTTCAACTCATGCAGCAGGTGTTGTTATATCTAAAAACCCTGTTGAC +GAATATGTACCGTTGTATAAGCATCAGGATGCAATAACTACACAATTTACAATGACAACA +TTAGAAGAATTAGGTCTATTAAAGATGGATTTCCTTGGTTTAAGAACACTTACAGTTATA +AGGGATGCTTTAGACTTAATTGAAAAAAACTATGGAAGAAAGATTGATTTCTCGAAAATG +GATTATGATGATCCTAAGGTGTATGAGCTTTTATCATCAGGTAATACTTTAGGAGTATTC +CAATTAGAAAGTGCTGGTATGAGAAGTTTCATGAAACAGCTGAAACCAGATAACTTTGAA +GATATAGTTGCTGGAATTTCTTTATATAGACCAGGTCCAATGGACTCTATACCAACATAT +ATAGAGAATAAAAATAATCCAGATAAAGTAACTTATATACATGAATCATTAAGACCAATA +ATGGAAGTTACCTATGGTTGTTTAGTTTATCAGGAGCAAGTAATGCAGGTTGTTAGGGAA +TTAGGTGGATATAGTTATGGACGTAGTGACTTAGTTAGAAGAGCCATGGGTAAAAAGAAA +ATGGACGTTATGGAAGAAGAAAGGCAATACTTTATCTATGGTAAAAAAGATGATGAAGGA +AATACTGAAATTACAGGATGTATAGCTAATGGAATTCCAGAAGATATAGCAAACCAAATA +TTTGATGATATGATAGACTTCGCAAAGTATGCATTCAATAAATCACATGCAGCTGCATAT +GGTGTCTTATCATATGAAACGGCATACTTAAAGGCTCATTATCCAGTAGAATTTATGGCA +GCTTTAATAACTAGTATTATGGGTAATACAGATAAAGTTGTTGAATATATTAGAGAATGT +AATGCATTAGGAATAGAAGTTTTAAAACCAGACATAAATAAAAGTTTTTCTAAATTCTCA +GTTGAAGGAAGCAATATAAGATTTGGATTAGCAGCTGTAAAAAATGTAGGTGTTAATATA +ATTAATAATATTATAAATGAAAGAGAGCTTAATGGTACTTTTGCAGATTTTGTAGACTTA +GTAAAAAGGCTTGATTCAAAAGATACTAATAAAAGAGTATTAGAAAGCTTAATTAAATGC +GGAGCATTTGATGACATAAGTCACAATAGAGCAAGCTTAATGGCAGGATATGAGCAGTTA +TTAGATAGTATTTCTATGGATAGAAAGAAAAATGTGCAAGGTCAAATATCATTATTTGAT +GCATTTGGTGGAAGTGATGAAACAGAGCAGTTCCAAGAAATATATACAATGCCGAAATTA +AAGGAGTACGAAGAAAGAGAAAGATTGAGTTTAGAAAAGGAAGTTTTAGGGATGTATGTA +AGTGGTCATCCTTTATCTCAATATAAAAATAATTTAGAAAGAAATACTTCTATTGACAAT +GGAAAATTAAACTCATTAAAAGAAGATGAAGAAGCGTATATCAGCTTAGACGAAAAAGAA +GTTATAATGGGTGGTATGGTCGTTAACAAGACTATTAAAACAACTAGAAGAAATGATATT +ATGGCATTTTTGGAGTTAGAAGATTTGTATGGAGCTATAGAAGTTATAGTATTTCCTCAA +CTTTTACAAAAATATAATAGTATACTTAATGAAGATAACATTATATATGTAAAAGGTAGG +TTAAGCATAAAAGAGGGAGAGAATGCAAAAATTATAGCTAATGATTTTAAAGAAATAAAT +GATGAACGCAATTTCAGAAATGGTGGAAATAGCGAGGCTAAAAAAGAATCAAAAACAGGA +TTATATTTAAAAGTTAATAGCTTTAGTAATAATAACTTAATAGAGGAAATAAAATTAGTA +TTAGCGGAATGTCAAGGTAAGGAAGCAGTATACCTATATGCAGAAGATACAAGACAACTA +TATAAATGGAATGGGATTTATGTAGATATAAATGATAAGACCATTTATAGGTTAGAAAGT +TTACTACCAAAGGACAATATAAAGATAAAAAGCTAA +>yyaP_2~~~yyaP +ATGGATAGAAAGATAATATTAAATTTAGCAATGAGCATTGATGGATATATAGCTTCAGAG +GATGGCGGTTATGACTGGATTGTTGGAGATGGAAATGACAAATTAGATACTGAAAATACA +TGGGATTATGATAAATTTTTAGAGGGAATAGACACTGTAGTAATGGGGGGAAAGTGTTAT +GAACAAAGTTTTCATAATGATTTCAAAGACAAGAAAGTCTATGTAGCTACTTCAAAAGAA +ATAGATGATTATGATAATATTAATTTTATAAAGGGTGATATATGTAAGGTGATAGAAGAT +GAAAGAAAAAAAGACGGTAAGGATATATTCTTATTTGGAGGAGGAATTGTAATAGATAGT +TTTATTAAGTCGGATATTGTAGATGAGTATATAATAGGAATAATACCGACTATATTAGGA +AAAGGAAGATCATTATTTTTAGGTAATAACCCAAAGATAGATCTAAAGTTAGATGACTGT +ATTATAGATAAAGGCATTACAATATTAAGGTATTCAAAAAGGTAA +>group_1162 +ATGAAATTTTCAAATTTTGATTATAAAAGACCGGATTATAAAAGCATAAAAGAAATATTT +GATTTAAGGGTAAAAGAAATAGAAAAAGCAAGCACATATGAAGAACAAAATCGATCTATA +GAAAAATTAAATGTAGTTAGGAATAATATTGAAAGTATGTCAACTATATCATCTATAAGA +TACAGTATAAATACTGAGGACGAATTCTACGAAAAAGAAAGAGGATATTGGGATGAGTAT +TCTCCTTTATATGAAGAATTAAATTCTTTGTTTTATAAGGCTATAGTAAATTCTAAATTT +AAAGAAAATATTATTAAAGATTATGGAAGACAATTCTTTAAAATAGTTGAATACTCATTA +AAGTCATTTTCTAGTGAAATAATAGATGAATTACAAGAAGAAAATAGATTGTGTTCAGAG +TACACTAAATTATTAGCATCTGCAAAAATAGATTTTGAGGGTGAAGAAAGGAATCTTTCA +GGATTAGGTTCTTTTATGCTTTCAGAGGATAGATCTATGAGAGAAAAGGCATCAAAGGCT +TATTATGAATATTTTGAAGCAAATGAAAATAAGTTTGATGATGTATTTGATAAACTAGTG +AAAGTTAGAAGTAAAATAGCTAATAAATTAGGATTTGAAAACTTTGTTGAAGTTGGATAT +ATAAGAATGATGAGAACTGATTATAATTCAAAAATGGTATCTAACTTTAGAAATCAGGTT +CTAAAATATATAGTTCCTTTAGCTGAAAAACTTTACGAAAGACAAGAGAAAAGACTCAAC +TTAAAAGAATTTACTTATATAGATGAGAATTTTGAATTCTTAACAGGGAACGCTACACCT +AAAGGAACACCAGAGTACATAATAGAAAATGGAAAACAAATGTACTCGGAGCTATCAAAA +GATACTAAAGAGTTTTTTGAATTCATGCTTGAAAATGAACTTATGGACTTAGTAACTAAA +AAAGGAAAAGCTGCAGGAGGGTATTGTACTTATATACCAAATTATAAGTCACCTTTTATT +TTTTCAAACTTCAATCAAACTTCAGATGATATAGATGTCTTGACGCATGAAGCTGGTCAT +GCATTCCAGTTATATATGTCTAGAGATATAGAAATACCTGAGATAAACTTCCCTACTTTT +GAAAGTTGTGAAATTCACTCTATGAGTATGGAGTTTATTACATGGCCATGGATGAATTTA +TTCTTTAAAGAAGATACAGAAAAGTATAAATTTACTCATATGTCGGCAGCTATTAAATTT +ATACCATATGGTGTATTAGTAGATGAATTCCAACATCATATATATGAAAATCCTAATATG +AGTAAAGATGAGAGAAAATCTACTTGGAGAAAGTTAGAAAAAATATACCTTCCTCATAAA +AATTACGAAGGTTGTGATTTCCTAGAAAAAGGAACATGGTGGTTTAAACAAGGACATATA +TTTAAGAATCCATTTTACTATATAGACTATACTTTAGCGCAAATATGTTCTCTTCAATTT +TGGAAAAAATTTAGAGAGAATAGCGAAGAAGGATGGAATGATTATTTAAATATCTGTAAG +GTAGGAGGAAGAAAGTCTTTCTTAGAGATAGTTGAAATTGGAAATTTAATATCTCCATTT +GAAGATGGTTGTATTGAAAGTGTTATAACCTATATAGGTGACTGGTTAGATGGTGTAGAA +GATATAAAACTATAA +>znuC~~~btuD_3 +ATGGTGGATGTAATTAAGTTTAGAGATGTTAGTTTTGGATATGAAGATAAGTGTATATTA +GAAAATGTTAATTTTAATATCTATCAAGGCGATTACATAGGAATTGTAGGACCTAACGGC +TCTGGAAAGACTACATTATTAAAGCTCATAATTAATGAGATAAACCCAACAAAAGGTAAG +ATAAAGATTTTAGATAAAGAAATTACAAACTTCAATAACTGGGAAAAAGTTGGATATGTA +AATCAAAAATCAAATTCATTTTCAACTTCTTTTCCTGCAACAGTAACTGAAGTTGTAGCT +ATGGACTTAGCACCTAAGATAGGATTGTTTAAGAAGATAAAGAAAAAACACTTAGAAGAG +GTTTGGAATGTTTTAAAATTAGTAGGAATATACGATCTTAAAGATAAGCTAATAGGAAGT +TTATCTGGAGGTCAACAGCAAAAAGTTTTTATATGTAGGGCTCTTATGAGAAATCCTAAA +ATACTGATTTTAGATGAACCAACGGTAGGTATAGACATAAATGGTCAAAAAGAATTTTAT +CATCTTTTAAAGAAGTTAAATGAAAGTTTAAACCTTACTATAGTAATAGTTTCCCATGAT +TTATTTATAGTTAAGGAAGAAGTAAAGAAATTAGCAGTAATAAAAAATAAAAACATTAAG +GTAATAGATAATATAGACGATGAATTAACAAAAAGCACATTACTAGACCTTTTTGATATG +TAA +>group_613 +ATGTGTAAAAGAGTGAAGTTAGATAAAAAAATCAAGTATGCCTATAGCAAGAAGATTGAG +AACTTTGGAAAAGAAGTAATATTTTCTTATCCAAATGAAACGTTAGCTGTAAGTACTACT +AAAAATAAATGTAGTTTAAAATGTGCTCATTGTAATGGGCACTATTTAAATAATATGGTG +CCAATAGAAGAGTATGAGGATAAGATCAAAAGTAGAAATATAACTAGCTTTTTATTAAGT +GGAGGATGTAGTTTTGAAGGTGATGTACCTATAAATAAGCATATAGACACATTAAAAGTA +CTAAAACAAAATGGGTTTAAAATAAATGCACATCTTGGACTTATGGAAACTAAAGATATA +GAATCAGTATGTAAATACATAGATATGGTCTCATTTGATTTAGTTTTTGATAAAAGTACG +ATAGAAGAAGTATACAAAATCAATAAAAGCAAGGAAGACTATATAAAGGCTTATGAAACT +ATAAAGGATAATACAAAGGTTGCACCACATATATGTATAGGATTAAAAGGTGGAGATATA +AAAGGAGAGCATGAAATTATAGATTACTTAGCGAAAGACCCTCCTGAAATAATTACTTTT +ATAGTACTTATACCAACTAAAAATACTGAGTATGAAAATGTAGAACCACCCAATTTGGAA +AAAGTGGCAGATTTACTTTGTGAAGCAAGAATAAAGCTGCCTAAAACCATCATAAATCTA +GGGTGTATGAGGCCAAGAGGGAATTATAGACAGGAACTTGATCAAATTGCCTTAGAATGC +GGCATAAATAAAATAGTTTTACCATCTAGATCAGCAAAAAATAAGGCCCTTGAAATGAAT +TTAATAGTAAAAGAAAGCAAGGAGTGTTGTGTATTATGA +>group_1138 +TTGAGAAATAAAGGTTTTACTTTAATAGAATTAATTATAGCTATAAGTATATTTAGTACT +ATTTTACTTTTAGGATATAAGGTTATAGATGGTACAAGTATATCAACTAAAAAACAAAGT +GAAATATTTAATGAACAGCAAGTAACTAATTTATTAAATAAGTACTTTACAAAAGACATA +GAAAAAGCTATTTCAATAGAATTTATAAACATAGATAAAAGCGGAAATGTAATAATAAGA +AACTCAGCAGATGATGAGTATTCTTATGGATATTTATTAAAAACTATAGAAAATGGAAAT +GAAAAAGATATTAAATATGATGTAAATGTAAATAAAAAAGAAAAAACATACTCTATTAAT +AGAATAGTAGGTTCGGAAAATTTAGTATTAGTGTCAAATCATAAATATACTGATACGGAT +GTAGAGCCGTTATGTATAAAGAAATATGATAATAACTCGTATAATATAAAACTATTAAGT +GGAAAACATGATTATGAGTTTAATGTTAGTTCTAGAATTAGCGAAGAAGAAAACACAGAT +GAAAAAGAAGACGTCAATGTTTACTATGGAAATGGTATAGATATTGATTATAGAGATGGG +GTAGGTATAAAACTAAATGGACAAGATGACTACATATTTAAATTTACATATGGAAGCAAT +AATGAACGATATACATTAGATAAGTTTGAGATTATATTTGATGGCGCTTATGCTAAGGTA +TATATTAATGGAGTTGAAAAATTTAGAGTTCATAAGATTGGGTATCCATCAAATGTAGTA +ATAAAATTAGAACACTATTATTTATATGATAGAGTATATATAAATAGTAGTGTATACAAA +GATAAGGAATATATTGAATCACCAGAAATGGTGCAAAGAATTGCTGTAGAAAATCTAACA +ATAAACCATGGAGCTAAGAGTGGCTTAAGTATAATATGGTAG +>nit1 +ATGAATAAATTAAAAGTAGCAATTATTCAAATGGGCGTAATAGAAGATAAAATCAAGAAT +ATTGAGAAAGCTAGTAGTCTTATAAAAAATGCTGTGAAAAAAGGGATTGATATTGCAGTC +CTTCCTGAAATGTTTTTATGCCCATATGATAAATCAAATTTTCCTGTATATGCAGAAAAA +GAAGGTGATTTATCTTATTTATTATTATCTGAAATAGCAAAACAAAATAATATATACTTA +ATTGCTGGCTCTGTTCCTGAAAAAGATAATAATGGAAATATTTTTAATACTTCTTATGTA +TTTGACCCAAATGGTAATAAAATAGCTAAACATAGAAAGGTACATTTATTTGATATCGAC +ATAGAAAATGGACAGTATTTTAAAGAATCTGATACTCTTGATGTAGGAGATGAAGTTACT +GTATTTGATACTAAATTTGGGAAAATCGGGCTTTGTATTTGCTATGATCTTAGATTTCCA +GAGCTATCTCGTCTAATGATGGATAAAGGAGCTAAAGCAATAATTGTTCCAGCTGCCTTT +AATATGACTACAGGCCCTGCTCATTGGGAACTTTTATTTAGATGCAGGGCTGTAGATAAT +CAAGTTTATACAATCGGATGTGCTCCTGCTAGAGATTATAATGCTTCTTATATTTCTTAT +GGCAATTCTATAGCAGTATCTCCTTTTGGAGAAATTTTAGTACATATGAATGAAAAAGAA +GGTTATAATATTTGTTCATTAGATTTTGATTATGTTGATAAAGTTAGAAGTGAGTTACCT +CTTATATCTCATAGGAGATTAGATATATATTAA +>dppA +ATGAAAATATATATAAGTGCGGATATTGAAGGTACTTGTGGAATTGTCCATTGGGATGAA +ACACAACTTGAAAATAATCTTTCTACTTATAATAAGGATCAAATGACTAAAGAAGTCAAT +GCTGCTTGTTTAGGTGTAAATGACCTTAAAAAAAGTGATATTTTAATTAAAGATGCACAT +GACAGTGCTCGAAACATAAATCCTATGAATCTACCTGAAAATGTAGAAATACTTAGAGGT +TGGACCAAAGACCCTCATGTTATGATGGGTGGTATTGATAAAAGCTTTGATGCATCTTTA +TTTATAGGTTATCATAGCCCCGCTACATTTAATGGCAATCCTTTGTCTCATACCTTGGAT +ACTCAATTTGATTATATAAAAATAAACGATGATATTGCCTCTGAATTCACTATAAATGCT +TATACTAGTGCTTATTATAATGTTCCTGTTCCTTTCTTAAGTGGGGATGAAATGCTTTGT +GAACATGCAAAAAAATTAAATCCTAACATTGTTACAGTTCCAGTTTCAAAAGGAATTGGA +AATGCTTCAATATCAATTCATCCAACTCTTGCTGTAAAAAACATAAGGCTAGGTGTTAAA +TCAGCTTTATCTGGTGATTTATCTCGCCATTTAATAAAATTACCTCAATCTTTCAAGGTA +GAAATTAGATTTAAAGAACATTATAAATCCTTTAGAGCTTCCTTTTATCCTAACATGAAA +GTTATTGATTCTCAAACATTGGTATTTGAAACTGATGATTACTACGAGGTTTTAAGAATG +TTACTTTTCATATAA +>group_391 +ATGTCTGATGATAGAATAATTGATTTTAATGAATTAAAGAATAAAGTTAAAGATACTGAT +GTAGATAAATTTGAACAGTACATTTATAACTTATATTTTTCTGTTATGGATGGAAGTATG +AGTATGTCTGAATTTTCAAGAAAAATATTTGATTATATGAATGATAATAATATATCTCAA +GAGAAGTTTATGAATATACAAAAGAAATTTATGGAAAGGTATGGAATGGACTCTCAAGAG +GTAGAAAAGCAATTAAAGAACTTTGGAATTGATCCTTCAACTATAAATATGGGAAACTTA +GACCCTAGTAATATGAATGAAGGTCAATTAAATAATATAAGAAAAGCTGCTGGATTCTAT +GAAAGATATGGAGCAAAAATACAACCTAAAAGCTGTATTTCTGCAACTATAAAAAATGAT +GTTAATGATATTACTGTAATGATAGATCAAGATAAGGTTATGCTTTACAGTAATAAAAAA +ATAAATTTAGTTGATGCAGAATTAAATGAATTCTTACTATCTTATAAAAATATGTTCAAT +AATAAAATAAGAGTAGTTTTATGTGAAAATTGTACAGAATACGATTATTAA +>group_1139 +ATGGCTAAGAAAAGAAAAATTAAGAAGAGTGCAATACTGCCACTTAGTTTGCTTATATTT +TTCGCACTGTACTTTCTTTCGTTTTGGTGGTTTAGTAAAGAACAAGGAAATACCCAAAAA +ATAGAAGTAAATACGCAAGGGCAAAAAGAAGATACGAGATCTTTATTAACACAGTTAAGA +TATAAGAAGAAGATATATCTTTCAGATGGAACTGTTAGCAACATAAGAGTTGAAGAGGAC +TATTGGGATGAATTAGATTACATACTAGCAGAGCTGAAGGAAGTGAGAATACCAGAATCT +TATAAAGAAACATATAGTGGATACTCTGATGATGGAATTAAATTCTCGACAGACTTAAAT +TACTTAAGGATTTATACTGTAAATCAAGAGGCATACTATAAAATTCCAGTAGACTCAAAA +GAAGAATTTACGAATGTATTAAATAAAAGTATTTATACATCTTTTGGATTTGTAACTCAG +TATAAGAATTGGGAAAGTGTAAGTATAACTTATGGTGACAAGACTAAAAAGATTCATAAG +TGGAAATATGATGATTTATCATATAAGATGGCATCAAAAAGAATAGTCGGTAAAGTACAA +CCAGAGAAAAGTAAAGAGAGAAGTGAATACAACTTTACAATGTCAATAAAAATAAAAGGA +CAAGATATAACAGTAGAAACTATGGGAGCAGATTATGTAAAAATAACATCTCATAAACTA +CAGTCATACTATGAAGTGCATAATGCTTTATATGAATATATAAAAAATGATATATTTAAG +ATAAAATAA +>group_392 +ATGAAAAAAGGAATTATACTTTCAATAATGATGATGTTTATGCTAATGCTAGTAGGATGT +ATTGACGCAGACATAACGCTAGATATGGATAAAGATGGAACTGGAAGAATGATAATTGAG +ATGGTTGCACCAGATGAAATGATGAACAAACTAACTCAGGAAGAAATAGCAGCCTTAGAA +AAAGAGTATGAAAAAGTTGAAATAATAGAAGAAGAAGGTAAATACGGATATAAATTAACA +ACGAAAAAAGAAGACTTATCAGAAATTAATGAAGATGCATCTGGTAGCTTAGATAGTAAT +TTTGATTATGATAAATATGTAAATTTAACTGAAGAAAAAGGATTATTTACAAATACATAT +AAAGTGAATTTAAACTTAAAAGATGCCATGTTAGGTGAATTATCTGCTGAAGAAAAAAGT +ATGTTAGCATTTGTAGGTGGTTCAGCTAATGTAGGAATACATATAAAGACTCCTATAGAA +CTAGAAGAGAGCAACGCAACAAGTGTAACAGAAGAGAATGAGAAGTACGTTTATAATTGG +GATTATAATTTATCAAACATAGGCAGTATAAATGCTACCATGAAAGCTCCAAATATAATA +AATATAGTAATAGCTATAGTGCTAGTTATAGCAGTTATTGTAGGTATAGTAGTTGTGATA +AGAAAAAAGAATAAAAAAGAAAATTTAGATTCAGATATAAATAAAGACGATAATACAGAA +GAATAA +>yjmB_2 +ATGGTAAACAAAAGTGTACGTCCTTTTGGAAAAAAGGATGAAATAGGTTATGTATTTGGA +GACATGGCAGGGAGTTTTGTAAATTTATTTGTAGATGCATACTTTTTAATATTCTGTACT +TATGTATTAGGAATTAGTAGTGCATGGATGGGGACATTATTCTTAGCAGCTAGATTATGG +GACGCTATCAATGACCCAATTATGGGATCTTTTCCAGATAGATGGATGATTGGAAAATCA +GGAGATAAGTTTAAACCATGGATTAAAATTTTTATGGTGCCACTAGCATTATCAGGAGTA +TTATGTTTCATTAAGGTTCCATTTACTGGAGTTGCATTACATGCTTGGGTAGCATTTGTA +TATGTATTATATGGAATGAGTTATACAGGAACTTCAATGCCTTTTGGAGCTATGGCAAAT +GTTGTTAGTACAGATCCAATTGATAGAAGTAAGTTATCAAGAGCAAGAAGTATAGGTGGT +ACACTTGTTGGTATAGGGGCTTTATCTTTTGTACCTATTATATGCTTTGATTCAAATAGT +AATATTATACCAGAGAGATTTGCATTATTAGGAATTATATTTGGTATTTTAAGTATTATT +AGTTATTCTATTTTATTAAAAAATACAGAAGAGCGTGTTCGTGTTGAAAAGAAAGAAAAT +AATGAGAAGTTTAATTATGGAAATGTTTTAAAAGCAGTTGTAAAAAATAGACCATTAATA +GGAGTTATGATAGCGACTATTGGTAGTATGCTTTATATAACTGGTTCTAGTCAAATAAGA +AGTTACATATTTAAAGAGTATTATCAAAATACTTCTATAATGACTTTACTTAGTTTTGCA +TCATTACCAATTCTTTTAGTTTGTTTCCCACTTGTTCCAAAGCTTGTTGAAAAGTATGGT +AAAAAGGCAACTTTAATGGCAGGAATTTTATTTAGTACTGTATTTAGTGTTATTCCATTT +GTAGTTGAAATAAAGAATGTATATGTATACTCAGCGCTATATTTAATAGCTATGATTGGT +CAGACTGTATTTACTATGTTAATTTGGGCATTAGTTACAGATTGTCTTGATTATAGCGAA +TGGAAATTTAATGAACGTAGTGATGGTTCTATGTACTCTTTATATACATTTAGTAGAAAA +ATAGGTTCAACTGTTGCATCTGCATTTGTATCATTTGGATTAGGTGCTATTGGATATGTA +TCAGGAAGTGGTGTAGTACAAACTGCAGAAGCTGTAAATGGTATATATACTCTTGTAACA +TTACTTCCAGTTATAACTTGTGTATTACAAGTAATAGGAATTGGACTTATATTCAATCTT +AGTAAAGGTAAAACAGAAGAGATGTATTATGCATTAAAACAAAAAAGAGAGAAAAACATT +AAAGAAGTGGGGAATTTATAA +>sigV_3 +ATGAAATTACTAAGCTTAGTAGAACGAAAAAAAGAAAAAACAATAAAACAATATATAGTT +GATAATAAAGAAGCGTTATATAGATTTGCTTATACATATGTTCACAATGAAGATGACGCA +TTAGATGTAGTACATGATGCTATATGCAAGTCATTAACTAATATAAACACTCTCAAAGAT +ACAGACAGTATAAAACCTTGGATATATAGAATAGTTGCAAATTGTGCAATTGACAATATA +AGAAAAAATAAAAAATATGTAATATCTAGTGACGATTTAGAGGTAGATGATTTAGTGGAT +TATGATAAATATGAAGACATAGATTTGCAAAGAGCATTAGATCAACTACCAGAAAAATAT +AGAACTATAATTGTACTTAGATATTTTGAAGACATGAAGATAGGAGATATAGCTCAAATA +TTGGATGAAAATGAAAATACGATAAAAACAAGATTGTACAATGCATTGGCCAAATTAAAA +ATAAGCATTTCTGAATAA +>fbp +ATGAAGGAACTATCAACTGTGTCAGATGATTATTTAATGAATAATATTAAGTATTTAAAA +TTATTATCAAAGCAGTATCCTAGCATATCAAAGGCTAGTGCAGAAATTATAAACTTGGAG +GCAATATTAAATCTTCCAAAAGGAACAGAACACTTTTTAACAGATGTGCATGGAGAGTAT +GAGCCATTTGTACATGTACTAAGAAATGGTTCAGGGGTAATAAAAAGAAAAATAGAGGAG +TTATTTGCAAATAACTTAAGAGAATCGGAAAAAAAGATGCTAGCAACTCTTGTTTATTAT +CCAGAACAAAAGTTAGAGTTAATATCTAAGGAAGAAACTGACATAGATGATTTTTATAGA +ATAAATATGTATAGATTAATAGAGCTATGCAGATATACATCAAGTAAATATACAAGATCG +AAAGTTAGGAAATTTTTACCGGAAGAGTTTAGATATATAATGGAAGAATTATTACATCCA +GATAATAGTAGTGATCATAAACAAGAATACTATCATAGTATAATTGAAACTATTATAGAT +ATAGATAGAGCGAAAGAATTTATAATAGCAATATCAAAGGTAATACAAAAGCTAGTTGTA +GATAGATTACATATACTAGGTGATATTTATGATAGAGGCCCAAGACCAGATATAATCATG +GATACATTAATGGATCACCACAGTGTAGATATACAATGGGGAAATCATGATGTTTTATGG +ATGGGAGCTGCAGCTGGACAACCAGTGAATATAGCTAATGCACTTAGAATTTGTGCAAGA +TATGCTAATTTAGATATAGCAGAAGATTTTTATGGAATAAACTTACTTCCTTTAGCAACT +TTTGCAATGGAAGTATATAAAGATGACCCGTGTAAGGAGTTTATACCTAAAGTAGGAGAT +CAAGATGTATCAAAAAGTGAAAAAAGCTTAATAGCAAAAATGCATAAAGCTATAAGTATA +ATCCAGTTCAAACTAGAGGGTGAAGTAATAAAAAGAAGACCTGAGTTTGAAATGAACCAT +AGATTATTATTAGAGAAAATAAATTATGAAGATGGAACTATTAATTTAAAAGGGAGAACA +TATAAATTAAAAGATGTTAATTTCCCTACGATAGATCCTAAGGAGCCTTACAAGTTAACA +AAATCAGAAGAGGTTGTAGTAGAAAAATTAGTATCATCATTTAAAGGAAGTGAGAAATTA +CAAAAACATGTTTCTTTCTTATTTTCAAAAGGAAGTATATATTTAAAAGCTAATTCTAAT +TTATTATTCCACGGATGCATACCTTTAAATGCAGATGGAAGCTTTATGTCTATGAAACTT +CAAAATAAAGAATATAAAGGTAAAGAGCTAATGGATAAAATGGAAGTTTTAGCAAGGGAA +GGATATTTCTTTGCTGAAAATACATATCAAAAGCAGTATGGTATGGATATTATGTGGTAT +TTATGGACTGGTAAATGCTCTTCACTATTTGGAAAAGATGATATGACCACATTTGAAAGG +TATTTTATAGCAGAAAAAGAAGCTCATAAAGAAAATAAGAATCCATATTATCTACTAAGA +GAAGATGATGAAATGTGTGAAAGAGTTTATGAAGAATTTGGACTAGATCTTGAAGAATCA +CATATAATAAATGGACATGTTCCGGTAGAAAGTAAAAATGGAGAAAGTCCTATAAAAGCA +AATGGTAGGATATTAGTTATAGATGGAGGTTTCTCAAAAGCTTATCAAAAGAAAACTGGT +ATAGCTGGATATACTTTAATATATAATTCATATAGCTTACAAATAGTATCGCATGAACCA +TTCAGTTCAGCAGAAGAAGCTATAGTAAATGAAAGTGATATATTATCAACTACAGTAGTT +GTAGAGCATAAAATAAAAAGAAGAAGAGTAAAAGATACTGATGCTGGAGAGAAAATAAAG +GAAGAAATAAAAGATTTAAAAATGCTTTTACTAGCATATAGAAAAGGTTTAATAAAAGAA +AGATAA +>psuK_1~~~psuK_2 +ATGACTGATAGAGAAAAAGAAATTTTAGATATATTAAAAACAAATCCTATGATTTCACAA +AAGGAATTAGCTGATATGCTATGTATAACACGCTCTTCTGTAGCTGTACATATAACTAAC +CTTATGAAAAAAGGTTACATCAAAGGAAAAGGTTATATTTTAAAAAAAGATAATTATATA +ACTGTTATTGGAGGATCTAATATAGATATAGTAGGCATACCAACTAACCCGCTTATAATG +TATGATTCTACTCCTGGTAAGATCAATATTTCAGTTGGTGGTGCAGGGCGAAACATAGCA +GAAAACATTTGTAGGTTAGGAATCAATACAAAACTTATTTCTGCCATAGGAAATGATTTA +TACGGAAATACAATCTTAAATGAATGTAAAAACTACGGCATAGACGTAGATGATTGCTAT +ATATCAAATGAAGAATCAACATCAATTTATGTGTCTGTTCTAAATAATTCAAATGATATG +AAGGTGGCTATTTCTCATATGGATATCATAGATAAATTAGACATACCTTTTATTAATTCA +AAACATTTATCAATAAGTGATTCTTTAGCTATAATAATTGATACAAATTTACCCGAAGAT +ACAATAGACTTTATTACAAAAACTTATACAACTATTCCAATTTTTATTGATATAGTTTCT +TCATCTAAATGTCTTAAAATTAAAAATTTTCTTGGAAGATTTGAAGCTATAAATTTAAGT +CAAAAAGAGGCAGAACTTTTATCAGGTATTAAAATCTCTGATGAAAATGATTTAAATATA +TGTCTTAAATATTTTTTAGATCAAGGCATAAAAAGAGTTTTTATAAATCTTGATAAAAAT +AATATTTTTTCATCTGATGGTAAAAATATTATACATATAAAGGATTTAAATATTGATACA +GTTAGTGTTACAGGGGCAAGAGATGCATTTATGTCTGGAATTGTTTACAGCTATTTAAAT +AAATTTAATTTAAAATATTCAACAGAGATTTCTGTAGCCGCATCAATTTTAACTTTATCA +CATAAATCAGCTGTAAATCCAAACTTATCAATAGAAAGCATAGAAAAAACTTTAAAGGAG +TTAATCTCATGTTAG +>uidB +ATGAGTAATATGCAAAGTGAAGTAAAAAAATTAAATAAGTCTTTTGAAAATGAAAATTTA +TACAATGATTGTCCTAGCTGGCGTTTAGCTCTATTTGCTTTAAACAATACAGCTACGAAT +CTTTATATGTGGGGTATGATGTACTTAGCTAATTATGCCACAGGTATTGCTGGATTAATG +GTTACTGTAGTTGGATTTATATTAACTGCAATGCGTATATTTGATGGTATAACAGACCCA +GTTGTTGGATTCTTAATAGATAAAACAGATGGTAAATTTGGTAAGTTCAGGCCATATATG +GTTATAGGTAATATTATATTAGGTATAATGACTTTTGTAATATATAAAACAGTTCATTTA +GTTCCAGAAAACTTTAGATTAATATACTTTGTATTATGTTATGCAGTATATATAATTGGT +TATACTTGCCAAACAGCTTGTACAAAAGCAGGTCAAGCATGTATGACTAATAATCCAGCA +AAAAGGCCTAAATTTGGTTTATTCGATGCAATATACAATGCAATACTTTTTACTGGAATG +CAAATGTACGTTGCAAGTTACTTAGTTCCAAAACATGGGGGATTTGGAAATATTTCATTA +TATCATGAATTAATAACTTTAGTTATAATAGGTTCAGCCATATTAACAGTTTTAGCAGTA +TATGGTATATGGCCAAAAGATAGAACAGAGTTTTTTGGTCTAGGAAATAAATCTGTAGAA +GTTAAATTCCGTGATTACTGGCCAGTATTAAAAGGAAATAGAGCGCTACAAATGCTTGTA +GTAGCTGCTTGTACAGATAAGATAGCATTAAGTGTTGCTCAAAATGCTACAGTGGGTATA +ATGTTCTTTGGTATAGTTATGGGAGATTATTCTTTAAGTGGTACAATTGGTATGATTGTT +TTGATACCAAATATAATAATAACTATGATAGGAACAAAATACGCTCAAAAGCTTGGACAA +AAGAAAGCTTTAGTTGTAGGAACTTGGGTCTCAATGATTTCATACGTAGTATTAGTTGCA +GTATTAGTTTTAGGTGATCCTACACAAATACGTTTAAACGATATGGGATTAATGACTATA +GTATTCTTAGTAGTTTATATAATAGCAAAAGGAGCTACTGGAGTTTCTGGAGCCTTTGTT +ATACCTATGATATCGGACTGCGCGGATTATGAAACTTACTTAAGTGGACGTTTCGTACCA +GGAATGATGGGAACATTATTCTCATTTATAGATAAGTTAATATCTTCATTTGCAACAACG +ATAGTAGCATTTTCAGTTGCAGCAATAGGGTTTACGGATAAAATGCCAGATATAACAGAT +GCATATACTCCACAATTATTTTGGGTAACTATGTTCTTATTTGCAGGTATGCCAATAATA +GGATGGATATGCTCATTAATTGCTATGAAGTTCTATCCGCTTGATAAAGAAAAAATGGAA +GAAGTTCAAACTCATATACAAGAAATTAAGAACTCTGAGCCTGAATTAGTTTAA +>tcyP +ATGTTAGTTGTGCCTTTAGTATTTACATCAATACTAAGAGTAATAATTAATATGGGTGAA +GGAGAAGACTTAGGTAAATTAACTTTTAGATCTTTAGGAATGTTACTTGCGACTACTGCA +TTAGCTGCAACAGTAGGTATAGTAGTTGGAAATGTAATGCAATTAGGTGTAGGAGAAACA +ACTACTGTAGAACTATCAACTGAGATGAGAGAGATAACTCCGCTTGTTGATACAATAAGA +GGATTATTACCATCGAATCCAGTTGCATCAATGGCTGATGGAAATATAGTTGCAATCATA +ATATTTGCTGCATTCTTAGGATTAGCAGTAAAAAGACAAAGAAAGAAATATGCTGATGTT +ATTAAACCTTTTGAAAATTTAGTAGAAGCATTTTATAAAATAATAATAAGTGTTGCTATG +ACTGTAATTAAATTTATGCCATATGCAGTTGTAGCAATGCTTGCAAATACAATAACAGCT +CGTGGAATTGCATCTATGATATCTGTATTTAAATTTGTAGCAGCACTTTATATAGCAGTT +GCTATATTATTTGTAATTCATTTAATCATAATATCTTTAAATGGATTAAACCCGATAACT +TATGCAAAAAATGCAGTAGAACCTTTATTACTTGGTTTTACATCTAGATCAAGTTTAGGT +ACACTTCCTGTAACTATAGAAACGCTAAAAGAGAAGCAAGGTGTAGATGAAAGTGTAGCT +AGCTTTACAGCAAGTTTAGGAGCTAACATGGGTATGAATGGATGTGCTGGTATATATCCT +GCTTTAATGGCAGTAACTGTAGCTAATATGGCTGGAGTTGAAATGAATGCTAGTTTCTAT +GCTATGTTATTTATTGTTATAACAATAAGTTCTCTTGGAATAGCTGGCCTTCCTGGTACA +GCAACAATGGCTGTTTCAGTAGTTTTATCAGGTGTTGGCTTAGGCGCTCATTTTCCACTA +GCTGCTGGTATAATAGCAATAGATCCGATATTAGATATGGGGCGTACTATGATAAATGTA +AATGGAGCTAGTACAACAGCTATAGCAGTTGGAAAGTCTTTAGGAAAATTAGATAAAGAT +GTTTTCAATGGTAATGAAAGTAAGAAAAAGAATAGTGGAAAAACAGCTTAG +>group_973 +ATGAAAAAAATAGATATCCATCTTCATTTAACTTTAAATCAATATCCTAAAACTGATAAG +ATGTTTATTTCAAGTGCAGAAAATATGATACCTCACTTAGATAAATTAAACATTGAAAAA +GGCATTCTAATGTCATCTGGAGAAAGCAATAATTCAATGATGCCAATTGGTTATAATGAC +GAATGTAGAAAAACATGTGAAATATTTAAAGATAAATATGTTTGGATGTGTAATTTAGAT +TATAATAATGAAGATAGTATATATGAAAGATTAAGTTTATACAAAGAACAAGGTGCAGTT +GGTATTGGAGAATTTATGATTAATCGTAAATTAAATGATACCTTTATACAAAAAGTATTT +GAAGCTGCAGAAAAATTAGATTTACCTATTTTATTTCATATGAGTCCAAAAGAAGGATAT +CAGTATGGTATTGTAGATGATAGTGGTCTTTTCATGTTAGAAGAAGCATTAAAGAAGTAT +CCTAAATTAAAGTTTATTGGTCATAGTCAACCATTTTGGCATGAAATAAGCAAAGACCCA +GGTGATTCTTTAGAAGAAAGAATGAAATGGGGAAGTGGCAAGGTTACTTTAGGAGGTAGA +CTACCATATTTATTTGAAAAATATCCTAACTTATATGGTGATTTATCTGCAAATAGTGGT +GGTTGTGCTATTATGCGTGATGAAGAGTTTGGATTAAATTTTTTAAAGAAATACAATGAT +AGATTATTATTTGGAACTGATATGGTTAATAATGAAATGGAATTTCCACTTGGAAAGTGG +CTTGATGAAAAGTATGAAGAAGGTTCTTTAGATAAAGAAACTTATGAGAATATTTGTAAT +AAAAATGCAGTTAAATTATTTAACTTATAA +>cspD~~~cspD_1 +ATGAATAACGGAATAGTAAAATGGTTTAACAGTGAAAAAGGTTTTGGATTTATATCAGTA +GAAGGTGGAGATGATGTTTTCGCACATTATTCAGCAATACAAACTACTGGATACAAGACA +TTAGAAGAAGGTCAAAAGGTAAGCTTTAATATAGTTAAAGGTGCTAGAGGTCCTCAAGCA +GAAAACATAACTATATTATAA +>group_974 +ATGAAATGTAGCAGAAGAAAGGCTCTAAAAGAAGAGATAAGCAATGATTGGAATAAACTT +AATTTAGCAGCTCAGATATTAGTACTTGTAGGTGGATTTATATTTATAGCAACAGTATTT +TTAGCATTTTATAAAATATCAGATGATTCTTTATACAAATCTGTTGAGACAGTATTTAGA +TCTTGTCTTGCATCTATATTTGGATTTATATTAAGTTCAAATATTAAAAATACTGAAAAA +AAAGTATCAAATAAGATTAGTTATAATGAAAATGATGAAACTTTAATAACTCAAGAAGAG +GAAGAATGTATAAAAAAAGTAAATTACCAAGAAGGTAATTCTATACAATTAATTGTTGCA +TTTATTATATGTATAGTATGTTCAATATCTATATTGGCTATATATATACGTAACTTAAAT +CAAGATATCCCTTCAATAACTCAATTTAGAGATTTAATGTGTACTTCAATTGGATTTTTA +TTGGGAGAGTCTAAAATAAAAAAATAA +>trpS2 +ATGAAAAAAGAGGTTATATTAACAGGGGATAGACCAACAGGAAAGCTACATCTTGGTCAT +TATACAGGTTCATTAAAAAATAGAGTAAGTCTTCAGAATACAGGTAATTATGATATGTAT +ATTATGATTGCAGATCAACAAGCATTGACTGATAATGCAAGAAATCCAGAAAAGATTAAA +AATAGTTTATTAGAAGTACTATTAGACTATTTAGCAGTTGGTATAGAACCACAAAAAACT +AATATTTTCATACAATCGCAGATTCCAGAACTTAATGAATTAACAATGCATTACTTAAAT +TTAGTTACAATATCAAGATTACAAAGAAATCCAACGGTGAAATCAGAAATAAAGCAGAAA +AATTTTAAAGCAATTGTTCCAACAGGATTTTTTATTTATCCTATAAGCCAAGCTGCTGAT +ATAACAGCATTTAAAGCTACACTCGTTCCAGCTGGAGAAGATCAAGAGCCTATGTTAGAA +CAAGCAAGAGAAATAGTAAGAAGCTTTAATAATATATATGGAAATGTATTAGTTGAGCCT +AAAGGATTATTTCCAAAAGGAAATGCAGCAAGACTTCCTGGAATTGATGGAAAGGCAAAA +ATGAGTAAATCTCTAAATAATGCAATATATTTAAGTGATGAACCAGATATTATAACTAAA +AAAGTAATGAATATGTTTACAGATCCAAATCATATTAGAGTACAAGATCCCGGATGTATA +GAAAATAATACTGTATTTACTTATTTAGATACATTTTGTAATGATTACGAATATTTAGGA +GAATTAAAAGAGCATTATCAAATAGGTGGATTAGGTGATGTAAAAGTTAAAAAATACTTA +AATGAAATATTACAAGCTGAACTAGAACCTATTAGAAAGAGAAGAAAAGAATTCGAAGAA +GATATACCAGGATTATATGAAATACTTAGAAATGGTAGTTATAATGCGAGAATAATTGCA +AAAAATACTTTAGAAGAAGTTAGAGATGCTATAGGTATAAACTACTTTAAACAGTTATAA +>group_1491 +ATGTATAAAGACTGTCAAAATAAAAAAGATTCATGCAAATGTACTTGTTTTAATGAATCT +TCATGCCAGGAGTTAAAATCTAATAAGAGTTGTAAAAATAAAAAGGTATATTGCTCAGGA +AAAATGGATTCCTCTGTATGTCCTTTATTTGTAATTCCTGTAGACTGTGGAGATTATCAA +ATATTTAATATTTTACGCTGCTCAATAGGTAAAGTTGTTGGACTAAAGCTAGATAGTAGT +GATTGTATATTAAGATTAAAAATTTGCCAAGTTAATCAATGTGTAGTTATGGGGAGAACT +TGCTCTGGCAAAGGACCAATATATATTAAATTAAGTTCTATACAATATGTAGATTTAGGA +AAAGAAGTTTATATCAATCCATTATGTAATGTAGTTTCCGGTGGAGTTGGTCCTGCTGGT +CCTCAAGGACCAATGGGTCCTATGGGTCCTCAGGGTGCTACTGGACCAATGGGTCCTATG +GGTCCTGCTGGCCAGATGGGTCCTCAAGGCGCTACTGGACCAATGGGTCCTGCTGGTCAG +ATGGGTCCTCAAGGTGCTACTGGTCCAATGGGTCCTGCTGGTCAGATGGGTCCTCAAGGT +GCTACTGGCCCTATGGGTCCTGCTGGTCAAATGGGTCAACAAGGTTCTACTGGCCCTATG +GGTCCTGCTGGTCCAATGGGTGCTCAAGGTGCCACTGGCGCTACTGGCCCTATGGGTCCT +GCTGGTCCTACTGCAGTGGCTCCAGAAAAATATGTTCCTAAAAAGGTCCCTTATAAAAAA +TAA +>metG +ATGAGCAAACCAACTTTTTATGTTACAACGCCTATATATTACCCAAGTGGAAATTTACAT +ATAGGACATACTTATACTACTGTTGCAGCAGATGCAATAGCTAGATTTAAGCGTTTCTCT +GGATTTGATGTAAAATTCCTTACAGGGACAGATGAACACGGAGAAAAAATACAAAAAACT +GCTAGAGAGAAAGGTATGACAGAAATGGAGTACTTAGATGGAATGATAGCAGGTATAAAA +GATTTATGGAATACAATGGATATATCTTATGATGATTTCATAAGAACAACTCAAGATAGA +CATAAGGACGTTATACAAAAAATATTCACTAAATTATATGAACAAGGAGATATATACAAA +GGTTCATATGAAGGTAGATACTGTACTCCATGTGAAAGTTTCTGGACGGAATCTCAATTA +GTAGATGGAGATAAGTGTCCAGACTGTGGTAGAGAAACATATTTAGCGAAAGAAGAAGCT +TATTTCTTTAAGTTATCTAAATATGAAGATAGATTAAAAGAATTATTCCAAAATGATAAA +TTCTGTTTCCCAGCAGCAAGAAAGAATGAAATGGTTGCAAACTTCTTAGACAAAGGTTTA +GATGATTTATGTGTAACTAGAACTACTTTCGACTGGGGTATAAAAGTTCCATTTGATGAG +AAACACGTAATCTACGTTTGGGTAGATGCATTATGTAACTATATAACTGCATTAGGGTAC +ATGAGCGAAAATGAGGAAGAGTTCAAAAAATATTGGCCAGCAAATGTTCAAATAGTAGGT +AAAGAAATCGTAAGATTCCATACTATAATATGGCCAGCATTGTTAATGGCCTTAGATTTA +CCAGTTCCAGAGCAAGTTTACGGACATGGATGGATATTATTTGCTAATGATAAAATGAGT +AAATCAAAAGGAAATATAGTTTATCCAGAGCCAATGATAGAAAGATACGGAATAGATGCT +CTTAAGTATTTCTTACTAAGAGAATTTGCTTTTGGTCAAGATGGAAGTTACACTCATAGA +AACTTCGTAACTAGAATAAACTCAGACCTTGCAAATGACCTAGGGAACTTAGTAAGCAGA +ACAGTAGCTATGGTTGAAAAATATAATGGTGGAATAATACCAATGGCAAAAGTAGCAACT +GCATTTGATGAAGATTTAAAAGCACAAGCTAAATCATCTAGAGAACACTTCGAAGCTGAA +ATGGATAAAATGCAATTCCATGAAGCATTAGAAAATGTATGGAAGTTAATAAGAAGAACT +AACAAATACATTGACGAAACTATGCCATGGGCTTTAGCTAAAGATGAAGCTAAGAAAGAT +GAATTAGATACAGTATTATATAACTTATGCGAATCTATAAGAATAATATCAACTTTAATA +AGACCTATGATGGAAACAACTGCTAATAAAATATATGATCAATTAGGAATAGCAGGACAA +GAAGAATTAATAAATTGGGAAAGTACAAATACTTTTGGACTTATAGGAGAAAATACTAAA +GTACACAAGGGTGAAGCTTTATTCCCAAGATTAGACATAGAGAAAGAGGTAGTAGAATTG +GAACAATTATTCAGTGGAAATGTAGAAGCTAAAGAAGAAGTAAAAGAAGAAACTTTAACT +CATAAAGAAGAAATAACTATAGACGATTTAGATAAAGTAGAATTAAGAATAGGTAAAATA +GTAAGCTGTGAAAAGCATCCAAAAGCTGACAGATTATTAGTATCTCAAGTTAAATTAGGA +CCGGAAACTAGACAAATAGTATCAGGGATAGCTAAATGGTACAAGCCAGAAGAAATGGTT +GGAAAAGAAGTTATAGTAGTATGTAACTTAAAGCCTGTTAAGTTAAGAGGAGTAGAATCT +CAAGGTATGATATTAGCAGCTGGTGATGATGGTGATGATTTATTAATACCAACAACTACT +GGTGCTAAAGACGGATGCGAAGTTAGATAA +>group_1141 +ATGAACAAAAGAATCAAGAAACAAGTACTAATAGCGCTTACAGGTATATTAGTTAGTGGG +GTTTTATCAACAAATATAGAGTCAAATGCAGAAACTATTAATGGAAATCTAATGGAACAA +TCAATAGTTGTTTCAAAAGAAAAAAGTACTGTAAAAAAGGGAAAAGTAACAACAAGTTCT +TTAAATGTTAGGAGTGGACCATCTACTAACAAATCAGCAATAGGATCTATAAAAAAAGGA +TCAACTATTGAAATAATAAGTACATCATCAAATGGGTGGCATAAAATTAAATTTAAAAAC +GGTTATGGATATGTAAGTGGAAAGTATATAAGTATTTCATCAAATTCAAATACGAACACA +AATACAAACAGTACATCATCAATAAAAGTTACTCATACAGGCAAAGTAAATACATCGTCT +CTTAATGTAAGAAGCAAGGCAAATACATCGTCTTCTAAGCTAGGATCTTTAAAAAAAGGA +AGCAATGTAGAAATAGTAGAAAAGGCAAGTAATGGATGGTATAAGATTAAGTTTAAAAAA +GGATATGGGTACGTAAGTGGATCTTATATATCAAATGTAAAATCTGTTAATACTTCGACT +GGATCAAGCAACTCAAACTCCAATAACAATACATCATCAATAAAAGTTACACATACTGGG +ACAGTAAATACATCTTCTCTTAATGTAAGAAGTAAATCAAATGCATCATCGTCTAAATTA +GGAACTTTATCAAAGGGAAGTAAGGTAGAAATAGTAGAAAAAGTTAGTAATGGATGGTAT +AAAATAAAGTTTAAAAAAGGATATGGATACGTAAGTGGATCTTATATATCAAATGTAAAA +TCTGTAAGTAATTCAAATAATAATGGATCATCTTCATCAAATACCGAAGTAAAAGATGAA +ACTGTAACTGGATTAGTGACAAAGCATACTCAAACAGCAGGAAAATCTTTAACAGATACT +ATAGAGGTTAATAATGCATATGGACGTGAATTAAAGTTACAAATGTATAATAGTTCGAAA +AAGTCTTGGGAAACTAAAGTAACATTTACAACAAAGAATGATAAAACTGATTCAGTTAAA +TTAGTATATCCATCTCAGTGGTATAATCAGATTTCTTCAAAATGGAGGGTATACATTCCA +GCAAGTAATGACTTAAAGAGCTACACTAGTAAAACAATAGAGGTTACAGCTAAAAGAGTA +TATGAAAACCCTAAAGGATATATCCAATTAAAAGAAAAGATTACTGTAAGTGGTGGTGGT +AAAGATTTAGTTAAAGGGACAATGGGACTTAAAGTTGCACAAGTGCAAAGAAAATTAGGT +ATGGGAAAGGTATGGGAAACAGTAGGTCCAAGTACTATGTCTCATGTAAAAGCTTTCCAA +AAAAAGAATGGTTTAAAAGAAACGGGTGTTGTAAACCTTGCAACATGGAAGAAACTTGGA +TTTAGTGAATCTTCTTGGAAGACTTTAGATACATATGTTACTCCAGTTAAAACAAAGTTA +ACTGCTACAAGATCAGATCTTATTGAACAAATGATTAAAACAGCTGAATCTTATTTAGGA +ACAGAGTACGTAGTTGGTGCAGCTGGTGTACCAGGTAGTGGTATAGATTGTAGTGGATTA +GTTATGCAAGCAATGTACTCTATAGGTATAGATCCAGCTCCTGTTAGCGTAACTCGTCAC +ACTCAACCAGGATATGAGTTTGAATCTCGTAATCTTTGGAACCTTCCTACATTAAAGACA +GTAAGTACTCCAAAAAGAGGGGATTTAGTATTCTATCAAAATAGCAAAGGAACAATAATT +CATGTAGCTATTTATCTAGGAAATAATAGAGTCATAGAATCTTGGCCTGAAAAAGTTGTG +AATTGGCCATTAATACATCCAGAAAGACCTTTAATAAAAGGTTATAAAAGAGTAATCGGT +TAA +>group_1302 +ATGACTATAGCATTAACAAAATCAGAAATGATATCAAAATTACAAAAGGCTAATGCAGCA +TCAACTTTATTAGTAACAGATCAAGCAGAAGCTTTTATATATGATATAATAGCAAATTCA +AATACGTTAAAAAAATTAAATGTTCAATATAAGGACCAAACAAGTGGGAATATAGAAGCA +CTAGAAGCTCAAACAAGAAAGACTAGAAAACATACATATACAAAAGGAGAAGTTCCTGAA +GGTGCATTCGATGTAAATAAAAGAGAAATACCATATAACGTTGTTAAGGTATTCTTGGAT +ATGTGGTTAAGCAATGATGATGTATGGTACATATTACGTCAAAGAGGACAAAATATGGAA +ACTGCATTAACTTCTATGATGCAAGAATCTTTTGCATTAGATATGCAAGATTTATTATTT +AACGGAGATACTGCTGCTAGTGGAACAGGTGATGATGAATTCTTAAAAATACTAGATGGA +TTTGTTAAGAAAATAAAAGCAATAGATAATAAAATAAACTTAGGAGCTAAACTACCAGTT +CCAGAAGATTTCATACTTATGAAAAAGAAAATAAAATCTAAGTACTGGAATCATCCTAAA +TTTAATTTCCATTGGATTTTATCTGAAAATACTAAGTTAGATATAATGAGAGAAATAATA +GCTAGACCTACAGCTTGGGCAGATAGTGTTATAGTAAATGGAGAGTTAGTGAAAGTAGCT +GGATTGCCTATAGAAGTTGTTTCTACTTACCCAGATAACTTTGTTGCACTAACACCATTA +GCTAACTTACAGCCAGTATTTACTAGAGATGTAAGATATAATATGACTTCTACAGGTGTA +GAGTGTGTTAAAAGAGATGCTACTTATCATATAGGATTTGCTTATTTAGATGCAGTTATA +AATAATCCAGAGTGTGTTGCTTGGATGGATTATACAGAACCTGTAGGAGCATCTGTGTTA +GAAATTAAAAACTTAAAAGTTGATGGAGTTAACATAGAAGAATTAGCAGCTAAAGTATCA +GCTCAATTATCTAAAAATAGTAAAGAAGAAGATACAAAAGAGGAAACTAAAGAAACAAAG +GCTAGTAAAACTAGTAATAAAAAATAA +>ywqE +ATGATAGATATACATTGTCACATACTTCCAGATATTGATGATGGAGCAAGTGATTTAGAT +GAAGCTTTAGAAATGGCTAGAATAGCACAAAGTGAAGGCATTAGAAAAATAGTGAATACA +TCACATTTTCATCCTAAATTTAAGTATAAAATGGGAGAAGAACTATTAGATGAAGTAAAT +AGATTTAATGTAGCTTTAAAAGCAAATAACATAGATATAGAAGTTTTATTAGGAAATGAA +ATTTACTATACAGATGAAATAATAGAACAGCTACAAGATCTAAACTTTTATACTTTAAAT +AATAGTAAATACTTGTTAATAGAATTTTCACCAATGAATGTTCCTAAAAATTTAGCAGAC +GTAGTTTATGAAGTTAAACTTAAGGGATATACGCCTATATTAGCACATGTTGAAAGATAC +AACAATGTTATAGAAAATCCAAATATAATTTATGATTGTATAAAAGAAGGTGCTATTATT +CAAGTAAATGCTTCTAGTATATTAGGAAAACATGGAAAAGAAATAAAAAAAGTAAGTGAT +ATACTATTAGATAATAATATGGTACATATAGTAGCAAGTGATGCTCATGGAAGTCAAAGA +AGAAGGCCACAATTGAGAGAGGCTTACGATTTTGTGAAAAGCAAATATTCTAAAAAAACA +GCAGAGAATTTATTTAAAAATAACCAAAGTTTAATTATAAAAAATAAGGATATAATTATA +CCTAGGGCAAGTATGTATGAAGAAAAAAGAGGATTATTTAGTAAATTATTTAAACGATAA +>group_1170 +ATGATATTTAGAAATAAAGCATTAAAAACTACGGCAGCTGCGATAGCGATATTTTCAATG +GTAGCAACAGGAAGTATGAGCTATGTTCATGCAGATAACTCATCATTAAGCAATGGAGTA +TCAATAGAAAGAACATTAGCTGACAATAAGTACGACATAAATTACAAGGTGATATATGTA +AATGATGAGGGGGTAGCAGAGCCAGATAATGTAACAGGAGCAAACCATGCATTAATGACA +TTAGATGGAACAAATTATCAAATGGAAGTGAAAGATGGCAAGGCATATGTAACTGTCAAG +TTTAATAGTAAGATGCATGGAATGATGAATAATTATAAATTCTTAGTAGATGGAAAAGAA +GCAAATTATACTCAAAATGGAGCGGCATATACAATAGAATTATCATCAATCAATTCAACA +ATAGATGCTAGTATGTACGTTCCAATGATGGGAAAAGAAGTTAGATTTTTATTAGCTCCA +AATGGAGAATTATCAACTGAAAAAGTTTTAAAGGATGGAAGTTATCCAGCACCAAATGAT +GTTAAGTACATAGGAGATGGTAATGCAGAAACTGGAAATACTATGGCTAGAAAGGTTTTA +GCTGATACGTCAGTAATAAAAGTTAAGGATGGAAAAATAAATACTACACTTACATTTAAT +GAAGAAATGTACAATATGATAGGAAACTTTAAAGTTAAGGTTGACGGAGAAAATGCTCAA +ATAACTGAAAATAGAACAGAGAGAACAATAAGCTTTGATATGCCAAAAGTAGATTCAAAA +ATAGAAGTCAGCTTAATGGTTACTATAATGGGAAGAGAAGTAAGCTTTGCTACAATCCTT +AATACAACAAAAGTTGAATATGAAGAAGTAGTTGTACAAGCACCAGGTGAACAACAACCA +CCAGTTGATGATAATGACAATGATAATGATAATACTGGATCTGGAGATAATACTGGATCT +GGAGATAATGCTGGATCTGGAGATAACAACGGATCAAATGATAATACTGAATCAGATGGA +AGTAACTCAGGAAATACATCTACAGATACTTCAAAACCAAATGATTCTACAAATAATCAA +AGTGGAACAATAAAAAATGGAACTTATACAGTTAAAAATAATGTAGAATACGTAGGTACT +GGAAATGCTGAACTTGGAAACTCAATGGCTCGAAAAGTACTTGGAGAGTATTCTAAAATA +GTAGCTAAAGATGGAAAAATAACTGCTACATTAAACTTTACAGAAGATCAATATGATTTC +ATAGAAAACTTTAGAGTAAAAGTTGATGGAAAAGATGTAAAGGTAACTGTTAATAAAGTA +AATAGAACAATAAGCTTTGAAATGCCATCTATAGATTCAGAAGTTGTAGTAACTGTAAAA +GTAAGCATAATGGGAAGAGATGTTAGCTTTAAGACTATATTTGATAAAAGTACATTAGTA +TTTGGCGATAATACTACAAATAATGGAAGTGGAAGCTCAAACAACACAAACAATAGTACT +GGAAACTCTACAACTACTGATAGTGAAAGTAATAAAGTAGAAAGTACTGTTAAAAAAGGT +AAGTTATACACGATAAAAAATACAGTTTCACATTCAAGCGAAACTGGAAAAGAAATGGCT +AGAAAATATTTAAATTCTACATCTAAAGTTGAAATAGTTGATGGGGAAACTTATGTTACA +TTAACATTTACAGGTGCAAGTCTTATGCAAAATCATGCAATATATGTGAATGGAAGTAAG +GTATCTCATACAGTTGTTGCAAAATCAGGTGATAGCATAAGTTTAAGATTTAAAGTATCT +GATTTAAGTGATTCTATAAAAGTTGGTTTATATGTAATACCAATGTCTAGAAATATAGAA +TTTGGAGTAACTTTATTAGAAGACACATTAACATTTGTTAAAGATTTTGATTTAAATGAA +GATGGAACTCTTCCTCAAACTGGATCATTAATAGATTCTAATATTGCAATAGGTGCAGGT +AGTGCAATGATGGCAGTAGCAGGAATCTTAGGCAGAAGAAAAAGAAAGTAG +>group_1383 +ATGATAAATAAGGTTAGGATGGAGGATATACCAGAGAGTAATAGGGAGTTGGTTGAGGTT +ATTGGGTTGGATGCCTTTAAGAAGTTGGTTAAGTACATGGGTGGATGTATACTTTATATT +CCCTTAGAGTCAAGTATTACTAGAGTTATTAGGAATAGGTTAATTAGAAGTGCTTTTAAT +GGGGATTATAAAGGATTGGCTAAGAGTTTTCGTATAAGTGAGAGTCATATTAGGAAGATT +GTAAATGGAATAGATGAAAATAATAATGAATTTTAG +>tarL +GTGAATCGGTTTATAGGAGCAATAAAGGAAATAGACTGGAACAAGGGGCCGAATAGAGCA +TATTTTAAAGGGTATGCTTTATTAGAGAATATAAATATAGATAAAGACAATAAGGTAAAA +AAATCTCTCATAATTTCAAATGGAAAGAAAAAGTTTTTCATACCTGTTCAAAATCTATTC +GATGAAAGTATAACTAATGAATTGGGTAATGGTAGTGTAAATTATAATTATGCAGGATTC +AAGGGTTATATAGATTTAGGATATATAAATGATATGTCTCCTATTTCGGATGGTAAGTGG +AGTATTAAATTATATATAAATGCAGATGGAGTAGAGCGAGAAGTAGATATACCATATGAA +GGAGAAAGGTATGAGCTAGATGCAAAAAAACTTAAATCAGAGAATAGTTATAAAGTATAT +AATACAAATTTAACTATAGATGATACTAATCTAGTTGTGCTGGATGTAGTTAGTGAAACT +ATAAAATCTAAAAAAAATATATTTGAAAGTAAATTCATTAAATGTATAATTAAAATAAAA +AATAGCTTTACTTCTTATTTATTAAAGAAAAAAAGAACAATTGGAAACTATTTCATGAAG +AAGATTTATTCTATTGTAAAAAAAATGGATGTAAAATCGAATAGAGTTACGTTTTTATCA +GATAGTAGAGTAGATTTTACAGGTAATTTTGAGTTTATATATAAAGAACTACGAAATAGA +GGCGAATATGAAATAAAATCTTTATTAAAACCAAGTATAACTGCTAAAAGATCTTTAGCT +GATAAACTAAAATTACTGTATTACATATCAACAAGTAAATATATACTTTTAGATGATTAT +TATCCTCAAATATATAAATATAAGATAAAAGATGAAATTGAGGTTATACAACTATGGCAT +GCTTGTGGAGCATTCAAAACTTTTGGATTTAGCAGATTAGGGAAAAAGGGTGGTCCTGGA +CCTAGATCTAAAAATCATAGAAATTATACTAAAGCTATAGTAAGTTCAAGTGCAATAAGA +AAGCATTATGCTGAAGCATTTGGGATATCAGAAGAAAAAGTTATACCAACCGGTGTACCA +AGAACAGATATATTCTTTGATGAAGAATATAAAAATGAGAAAATTAGTGAGCTATATGAA +AAATATCCGATTTTAAAAGATAAAAAAGTAATAATGTTTGCTCCTACGTTTAGAGGGAAT +GGTCAAAAATCAGCTTATTATGACTTTGATAAATTTGAAATAGATAAATTAAAAAAGTCG +CTGAGTGATGATTATGTAATTATTATGAAGCTTCATCCATTTATAAAGAATATACCTGAA +GTTTCTGAGGAGTATAAGGACTTTATAATTGATTTATCTAAAGAAAGGGAAATTAATGAT +ATTCTGTTTATAACAGATGTGCTTATAACAGATTATTCATCTGTATGTTTTGAATATTCA +CTGTTAAATAGGCCGATGATATTTTTTGCATATGACTTAGATGAATATATCGCCTCAAGA +GATTTTTACTATCCATATGAATCTTTTGTTCCAGGTCCGATAGTAAAAACTACAGATGAT +ATAGTACGCATAATTGAGGAAGATAATTTTGAAAGAGAAAAGCTCAATAATTTTAGAACT +AAGTTTTTTGATCACTTTGATGGAAAATCTACTAAAAGGGTTGTAGATATGTTAATGAAT +ATAGATGATACAAAATAA +>ftsW_3 +ATGGGAAAAAACTATAGATATTTTTATTTAGCAAGTATAGTATTACTTTTGATGGTATGG +GTACCAGGACTTGGAAAGGAAGCTAAAGATTTTTATGGTACATTAATTATAACTGGCGTG +ACAAGTATGTTTACATATCAAATAATACAAAATATAGGCATGACAATGGCTTTAATACCT +GTTACAGGAGTGACACTACCTTTTATTAGTTATGGAGCAAGTTCTCTTGTTTCATCTATA +GCAGCTGTTGGATTAGTACTTAATGTAGAGATGAGAAAGAAAAAATAA +>group_618 +ATGAAAAAATATAGGCTAATAATAATGGTAATAATTGCTATGGGAATTATTCTTATTGGA +ACATCAGATCCTCTAACAAGTTTTTATAAAACAACAGGATTGATAAGTAATGGAATAAAT +AAGGATAGAAATATAGAAAGTGATAACACAAAAAATAAAGGTAGCCAAAAAGATAGTACA +GATAAAAAAAATACACAAGGTAATAATGAGGAAGGCAGAAATACTACAGATGAAAATAGT +AAAATTTTAATTTGTATAGATCCAGGACATCAAACAAAAGGTGATCCTAATTTGGAACCT +GTAGCACCCGGTTCACCATACAAAAAAGCAAGGGTATCTTCTGGGACAGTGGGTGTAGCC +ACTAAAAAACCAGAATATGTATTAAATTTAGAAGCATCTGTAGTTTTAAAACATATACTA +GAAGGTAAAGGATATAGTGTAATTATGACTAGAGAAGGTCATGATGTAAACATAAGTAAT +AGTGAGAGAGCTATTTTTGCAAATAATAAAAATGCAAATATGGTAGTTAGAATTCATGCT +GATAGCTTAGATAATTCTTCAAAAACAGGAGCATCAATTTTAGTTCCAGAAGAAGGTGGA +AAATATACAGCTTCAATTTATGAAGAAAGCAATAAATGCGCAGAATTCATAAAAGGTAAA +ATGAATGAATCAGGGATACAACTAAATGGGATTTTCCAAAGAGGGGATTTAACAGGGTTT +AACTGGTCTAAGGTTCCTGTAGTTTTAGTAGAGATGGGATTTATGAGTAATTATAGTGAA +GATCAAATGATGTCAAATCCAGATTACCAAAGAAAATTGATGCGAAGTATTGCAGATGGA +ATAGAAGAATATTTTAAAACAAAATGA +>group_402 +ATGAAATACTTATATGAAGAAGTTGCATACCTAAAAGGGCTTGCAGAAGGATTAGAAATA +AGTAAGGAAACAAAAGAAGGGAAAGTAATACATAAAATTGTAGAGGTTTTAGAAAGTTTT +GCTGATGCCATAGTAGACTTAGAAGAAGAACAAGCTGATCTTATAGAGTATGTAGAGTCT +ATAGATGAAGATTTAGCTGATATGGAAGAAGATATTTACGAAGATGAAGATGAAGATGTA +GACAGTGATGAAGACTCTGATTTTAGCTATGTTGAAATGGAATGTCCTAACTGTGGAGAT +TTAGTAGATATTGATGAAGACTTATTATATAATGATGAAATTGATGTTATTTGTCCTAAT +TGTCAAGCTATAATACTATCTTCTGATGATGAGGATAATAGTTATATAGAATGCACAGAA +GTTTGTGATTGTGATGATGACTTATAA +>group_404 +ATGAATTTTTATATATCGCAATTAGATGAAAATAAAAAGATAATTCCTATAATAGAAAAG +TATAATGTAGGGCTTGAAATAGTTCAGTTCTCTAATCCATTTATATTAGATAATAAAGAA +CAATTTATAAAAGAATATAAAAGAGAGTGGGGAAGTTTATTAGATGAAATAAATATTTCA +ATACATGGTCCATTTGCAGATTTATCAGCAGGAAGTAGGGATATAGAAATAACTAAAATA +ACTAGTAAAAGATATAACCAAGCTTATGAAGTTGCTAAAGAATTTAATGCGAAAAGGATA +GTATATCATAATAGTTATATACCTAAACTATATACTTATACTGAATGGCTACAAAATACT +GATGTGTTTTGGGAGAAGTTTTTTGAAGATAAAAATGATGATATAATTTATCATTTAGAA +AATGTTTTAGAGTGGGATTATTTTCTTATTAAAGAGACTATAGATAGAGTTAATAAGATT +AATTTTAATGCTTGTTTGGATTTAGGACATACTAATGTTTATTCTAAGTTAAGCATAGAA +CAGTGGATAGAGGCTTTAGGAAGCAAGATAGGTCATTTGCATGTTCATAATAATTATGGT +GAAGAAGATAGTCACTTTGGAATAGAAAAAGGAAATGTTTATGTAAAAAAAATCATTGAA +TTAGTAGAAAAAAATAATAAGAAGCTTAGTATTTCTTTGGAAATCGTGAATGTTGATGAA +CTTAAAAAATCTTTAGAATTATTGTGTGAAGATGGATTTATAAGCAGGAGATATATAAGT +TACAACTTTAGGTATAAATTATATTTTATAATAAAGAGCTATCATTTAAATATAAGTGAT +AGCTCTATTAATTGCTATTTTAAATTTTCTTTAATTTGA +>sepF +ATGGGCGATGGATTAATTTCTAAAATAAAGGATTGGGTAACTAGTCCAGATGAAGAATAT +GAAGATGATTACATGGAAGATGAAGTTGATGAATTAGTAGGAGAAATAGAAGATGAAGAT +GATATAACTGCAGGATTTGATTCAATAAACGCTTCTAAAAGTAATAAAATAGTTAGTTTA +CATACAGTAAGTCAAATGAAAGTTGTAATAGTAGAACCTAAGAAATATGAAGATGTTACA +ACAATAGCAGATCATTTAAAACAAAGAAGAGCATTAGTAGTTAACTTAGATAGTGTAGAA +AAAAATGAAGATAAAAAGGCTATATTCAATTTTATGAATGGAGCTGTATATGTTTTAGAA +GGAAATATACAAAAAATAACTAAGTCGATATTTATATTAGCACCAAGCAATGTTGATATT +GATTCTTCAGTAAAAAAGGAATTAGAGAGTAGAACGACATTTCCTTGGCAAAAATAA +>metAA1 +ATGCCTATAAAAATACATAAAGAATTACCAGCATTTGATGTACTATCAAATGGAAATATA +TTTGTAATGAATACAGAAAGAGCAAATACACAAGACATCAGACCATTAAAAATAGCGATC +CTAAATCTTATGCCTATTAAAATCCAAGCTGAAAATCAACTTTTAAGATATTTATCAAAT +ACACCGCTTCAAGTGGAAATAACATTACTTCAAACTAAAAGTTATATAGGAAGTCATACT +CCAATAGAGCATTTAGAAAAATTTTATAGATGTATAGATGATGTTAAAGACCAAAAATTT +GATGGTTTAATTATAACAGGTGCTCCAGTTGAACATCTAGATTTTGAAGAGGTTGAATAC +TGGGAAGAGCTAAAAGGTATTATGGATTGGACTAAATCTAATGTATTTTCTACGATTCAT +ATTTGTTGGGGAGCACAGGCAGCTCTTTATCACCATTATGATATTCCAAAGTACATCTTG +GATAAAAAGCTATTCGGGGTATATAAACACTGGAATAACTATGTAAATGATAATTTAACT +AGGGGATTAAATGATGTATTTTATGCACCACACTCAAGACATACAGAAATAAAAAGAGAA +GATATTGAAAAAGTAGAGGATCTAGATATATTATCAGAATCTGAAGAAGCTGGAGTATTT +ATTGTAGCAAATAAAAATAGAAGACAAATATTTATTACAGGTCACTTAGAGTACGATAGA +GACACTTTAAAGAATGAATATCTTAGAGATTTAAATAAGGGACTGGAAATTGAAGTACCT +AGACATTACTTTAATAATGATGATATAAATTCAAATCCATTAGTAACCTGGAGAGAAAGT +GCAAATGTAGTATTTGGAAATTGGCTGAATTACTGTGTTTATCAAAATACACCTTATAAT +ATTGATGATATAAGTTATTTAGAGAGTAAATCAGAATCTCAAAAATCAAAACTAAGAATA +TAG +>group_405 +TTGAGAAAAAGAATTGCTTTAACAGCGTTGGCAATGGTACCATTTTCTGTTTCTCATGCA +AATGAAGCAGAGTTAGTAGGAATAATCACAGCTGAAACTTTAAATGTTAGAAGTGGACCA +GGTTCTAATTTTGAAGTTTTATATATGGTAAATAAAGATGATAGAGTTACGATTACGGAT +ACATCAAATGGATGGCATAAAGTAAAAAATAATGAAGATAAAGAAGGATGGATTTCATCT +AAGTACATATCTATATCAGAAAGTTCGGAAACTGTAAGTAGATCATCTTCATATGAACAA +AAGGAAGTTAACACAAACGGGTTAAATATGAGAAGTGGAGCTAGTACCAGTTATAGAGTA +ATAACTACTCTTAATAAAGGTACTAAAGTAGAAGTTATATCTGAAAGTAACGGATGGAGT +AAAATTAAATATGATGGTAGATTAGGATATGTTTATAGCATATATTTAGATGATATAAAA +CCATCATATACAAATACAACTACTAAAACAGTAAATACAAATTCATTAAATGTAAGAAGT +GGACCTTCAACAAGTAATAGTATAGTTGGAAAACTAAGCAAAGGAACTAAGGTTTCTGTA +ATATCAGACAGTAATGGTTGGTCGAAAATACTATATAATAACAAGGAATGTTATGTATCT +AGCAGATATTTAGATAGTAAGTCTTCAAGTTCGGATAATTCAAATAATAATTCAAGCAAT +AGTACAATTAAGGAAACAAAAGAAGTAAATACAGATTCATTAAATGTAAGAACTGGACCA +TCAACATCATACTCAAAGCTAGGAACACTATCAAAAGGAACAAAGGTAGGGGTAATATCA +GAGAGTAATGGATGGTCAAAGATACTATACAATAATAAAGAAGCTTATGTATCAAGCCAA +TATTTAAGTAAGATATCGTCAGGATCAACAGATGATAATACAAGTAACACAGTGAAAGAA +ACAAAAGAAGTGAATACAGATTCACTAAATGTAAGAAGTGGACCATCAACATCATACTCA +AAGTTAGGAACACTATCAAAGGGGACAAAGGTAGGAGTAATATCAGAGAGTAACGGATGG +TCAAAAATATTATACAATAATAAAGAAGCCTATGTATCAAGCCAATATTTAAGTAAGATA +TCATCAGGCTCAACAGATGATAATACAAGTAACACAGTAAAAGAAACAAAAGAAGTAAAT +ACAGATTCACTAAATGTAAGAAGTGGACCATCAACATCATACTCAAAGTTAGGAACACTA +TCAAAGGGGACAAAGGTAGGAGTAATATCAGAGAGTAACGGATGGTCAAAAATATTATAC +AATAATAAAGAAGCCTATGTATCAAGCCAATATTTAAGTAAGATATCATCAGGATCAACA +GATGATAATACAAGTAATACAGTAAAAGAAACAAAAGAAGTAAATACAGATTCACTAAAT +GTAAGAAGTGGACCATCAACATCATACTCAAAGTTAGGAACACTATCAAAGGGGACAAAG +GTAGGAGTAATATCAGAGCGTAATGGATGGTCAAAAATATTATATAATGATAAAGAAGCC +TATGTCTCAAGTCAATATTTAAGTGAAGTTGGATCAGAGTCTGGAGATACAGGTAGTGGT +TCAACAGATGTAGACACTGGAGCGTTTGGCCAAGGTACTGTTAGTGATTTACTTTTAAGC +TATACTTTTGAACAACATTTATCAAAACAAGTTTCTGTATCTGAGTCTGGATACAATAGA +GCGAATGGAAGTAAAGCGACAAAACTCCAAATAGAAGAAAAATTAAATCCTAGTAAAATA +ATTTCAGCAAGTTCTTATGGTAAGTTACAATTCTTGAGAATTGATAGATATACAGATGGA +ATTACAGCTAGTGAATTAAATAAATTTTTAAACAGTAAGGTATCATCAAGTAATGTATTC +TATAACAAAGGACAACAATTTATAGATGCAGCGAAGAAATATGATATAGATGTAGTATAT +TTTGTTGCTCACTGTATGTGGGAAACTGGCTATGGAAGTTCTACTTTAGCTAAAGGACAA +ACTTTAACTACATATAAAGGCCAAGCGTTAAGTAAACCAGTTACTGTATATAACTTTTTC +GGAATAGGTGCCTATGATGGAACTGCAAATCTATCAGGAGCAGAGACTGCTTATAAATAT +GGTTGGACAAGTATAGATGCTACTATAGAAGGTTCAGCTAAGTGGATAGCAGCAAATTAC +ATAAAACATAGTTCATACAAGCAAAATACAGTATATAAAATGAAATGGAATTATGGATCA +CATCAATATGCAACAGATATAAATTGGTGTAATGGAATAGCTTCTGTAATGAATAGTTTA +ATTGGTTACTATGATAACCAAAGTAAATTAGTATATGAGAGGCTAGTATATAAATAA +>group_406 +ATGGATAGACAAAGAAAAAAAGAATTACTACAACAATTTAAAGAAATGAAACCAGAGATG +GGTGTATATATGTTTAAATCTAAAAAAACAAATACAGTTTATTTAGGTTGTGACAAAAAT +ATAAAAGCAACTATAAATGGTGATAGATTCAAATTAAAAACTAACAACCATAAATGTAAA +AAATTGCAAAAAGATTGGAGTGAAAATAAAGAAGAAAACTTTGAAATAGCAACAGTAGAA +GTATTACCTTATGACAAAGATGAAAGTAAGGTTGATTATAGCGAAGATTTAATAATATTA +AGAGAAATGTGTAAGGATAGATTTACAGAAGAAAATGTGGAGGAAATATAA +>miaB~~~rimO~~~miaB_1~~~miaB_2 +TTGTCAAAGAGAAAACAAGTACAAGTTCCTATGGAAAAAATAGAGGAACAAGATAGATTT +ATAGAAGCAATAGCAGAACAAAATTCTAGATACTACGCTATACATCAAGTAAAGCCTAAA +TATATAATTCAAACTTTTGGATGTCAAATGAATGAACATGACTCAGAAAAGCTTTGTGCT +ATGTTAGACAGCATGGGATATGAGCAAGGCATGATGGTAGATGAATGTGATTTAATAATA +TATAATACATGTGCAGTAAGAGAAAATGCTGAACTTAAAGTATTTGGGAATTTAGGTCAT +TTAAAACTAGCTAAAAGAAAAAATCCTGATTTAAAAATTGCTGTATGCGGATGTATGATG +CAACAACCACATGTAGTTAAAGAAATAAAATCTAAATACAAGCACGTAGACTTAGTTTTT +GGAACTCACAATCTATATAAGTTCCCAGAGTTATTAACTAAATCAATAGAATCTGAAAAT +ATATTAGTTGATGTATGGGATGTAGATGGAGAAGTAGTAGAAGGTCTTAAGAGTAATAGA +AAATTTGAGTTAAAAGCTTTTGTAAATATTATGTATGGATGCAATAACTTCTGTACATAT +TGTATAGTTCCATACACTAGAGGTAGAGAGAGAAGTAGAACACCAGAAGATATATTAAAT +GAAATAAAAGAGTTAGTTGCAAACGGAACAAAAGAAGTTACTTTATTAGGGCAAAATGTT +GATTCTTATGGAAAGACATTAGATAATCCTATGACATTTGCAGAACTTTTACGAGAAGTA +AATAATGTAGAAGGAATAGAGAGAATAAGATTTATGACTTCTCATCCAAAAGATATATCT +GATGAAGTAATTTATGCAATAAGAGACTGTGATAAGGTATGTGAATTCTTACACTTACCA +GTACAATGCGGAAGTTCTTCATTACTAAAAGTTATGAATAGGCACTATACTAAGGAGCAA +TACTTAGAGATAATCGAAAAAGCTAAGAAAGAAGTTCCAGATATAGCATTTTCAACAGAT +TTAATGATAGGATTCCCAGGTGAAACAGAAGAAGACTTTGAGGAATTAATTGAGTTTGCT +AAAAAAGTTAAGTTTGACAGACTTGGTGCTTTTGCATACTCAAGAGAGGAAGGAACAGCC +GCAGATAAATTACCAAACCATATTGACCAAGATGTAAAAGAACAAAGAAGAGATAGACTA +ATGATGGTACAACAAGGAATATCTCAAGAAGTTATGGCAACTAAAATAGGTAAAACATTT +GAAGTTCTTATAGAAGAACAAATAGAAAAAAATGTTTATATGGGAAGAACTCAAGGGGAT +GCAGAAGAAATAGATAGTATAGTTTATGTAAAATCTAAGAAACAACTTCATGTAGGAGAC +TTCGTAATAGTAGAGATTAATAATGCATTAGAGTACGATTTAATGGGAGATGTAATAAAT +GAACTTGCCTAA +>uvrC_1 +ATGGACATAAAAGAAAAAATTAAAGATTTCCCTCAAAGCCCTGGAATATATATGATGAGA +GATGATAAAGGTAATATTATTTATGTTGGAAAATCTAAAAGTTTAAGAGATAGAATTAAA +AGTTATTTTGTAAATTCTGACAATCATTCTAGAAAAATAAAACGAATGGTTAAGAATATT +TCAGATATAACTATAACAACTACAGATACAGAGTTAGATGCACTTATTTTAGAGTGCGAA +AAAATACAAGAAATAAAACCTATGTACAACACGTTAATGAAAAAATATGAAAATTATTGT +TATATAAAAATAAATTCTCAAAAAGGCATTTACATTGTAGATCATATAGAAAATGATGAC +TATATTTATTTTGGGCCATACACCATGGAGAGAAAATTAGAGGAAATAAAAAATATATTT +ATTGAAGTATATAAATTACCTAATTGTCAAAAGTTTACAAAGTGTATAAGATATGATTTG +AATAAATGTATAGGTCCATGCAGAAGCATAGAAAATAAGGATTTATATAAGGATATATTA +GAAAATATAATAAAAATATTAAATGGAAAAAATGATGAAATTTTAAATATACTAACAAAA +CAAATGAACGATGCAATTCAATGTTTAAATTTTGAAGAAGCTCAAAGAATCAAGAAAAAT +ATGGATTTGATGAATAGCCTTTTTAGAAAACAACAAATAATAACTAAAGCTGTAGATAAT +AAATTATTAATAGGCTGGATTAAATTAAATGAAAGTTTAGTTAAAATATATCTGATTGGA +TATGGTAAAATTTTGTATAGTAAAATAATAGATTTAAATAAAATTAATGATAAAATTAAA +GAAGAGCTTACTTTAGACATAAGAGATAGAATTTTAAAAGAAAAAGAAAAGACTAAAGAA +ATAATAGATAAGTCGAGCATTGATTTTATAAATATAATTTATAATTATATAGAAAATAAC +AAAGATATTAATTATATGTATGTTGATTTGTAA +>cspD_2 +ATGAATAATGGAATAGTAAAATGGTTTAACAATGAAAAAGGATTTGGTTTTATATCAGTA +GAAGGTGGAGATGATGTATTCGTACATTTTTCAGCAATACAAACTGATGGGTTTAAATCA +TTAGAAGAAGGTTAA +>gltP~~~gltP_1 +ATGAAAAAAAAATTAGGATTAACAGCAAAAATTTTCATAGGTATATTTATTGGTATAATT +TGTGGTTTTATAATCAAATCTATGCCTAGCGGTACTTTAAAAGATACAATTTTATTAGGG +GGAATTATAGAGATATTAGGTACAGGATTTATTAATGCAATAAAGATGCTAGTAGTTCCT +TTAGTTTTTATATCTTTAGTGTGCGGATCATCATCTATGGGAGATGTGAAAAAACTTGGT +AGAATAGGCATTAAGACAATGTTATTCTATTTATTAACTACTGCATTAGCTATTTCTATA +GCTCTTGGTATAGGTAAGCTAATAAATCCAGGATTTGGACTTGATATGTCAAATCTAATT +ACTCAAGAAACCACTATAGGAGAAAGTAAATCTCTAACTGAGATAATTCTTGGTATTATA +CCTACTAATCCTATTCAATCACTAGCAAATGGCGAAATGCTTCAGATAATATTCTTTGCA +TTACTATTAGGTATAGCAATGAGTATGGTAGGTAAAAAAGCCGATCCTGTTAGAAAATTC +TTTGAATCTGCTAATGAAATATGTATGAAAATGGTCTCTGTTATAATGGCATTTGCTCCA +TATGGAGTGTTTGCATTGATAACAAAAACATTCTCAACTGTTGGTTTTGAAGCTTTTGCA +TCTTTATTAAAATATATGGTAGCTGTACTTTTAGCTCTTTTTATTCAAGCTATATTAGTT +TACTCTGGTATGATAAAAGCTTTAACTGGCCTTAAATTAAAACCATTCTTCAATAATTTT +GCAAATGTTGCTGCTGTAACATTTTCTACAGCTTCTAGTAATGCAGCTCTTCCTTTAACT +ATAGAAACAATGGAAGATTTGGGTGTCGATAACTCAGTTGCCTCTTTCACATTACCTTTA +GGGGCTACGATAAATATGGATGGAACAGCGATAATGCAAGGTGTTGCTTGTATATTTATT +TCTCAAATTTACGGAATAGAGTTAGGATTTTCAAGTCTTATCACAATAATACTGACTGCA +ACTCTTGCATCTATTGGTACTGCAGGAGTTCCAGGGGTTGGTATGATAACACTTTCTATG +GTTTTAAGTTCCGTAGGCCTACCAATAGAAGGTGTTGGACTAATAATGGGAGTTGATAGA +TTGTTAGATATGACTAGAACAACAGTAAACGTAATGGGAGACTGCACTTGTACACTAATA +GTTAGTAACAGTGAAAATGAATTAGATAAAGAAAAATATTATGCATGTCAACTGGAAGAA +TCTAAAGATAAAGATTTAAAGGTTGATTCAGTTTTATAA +>group_1541 +ATGATAGCAGATATAACACAAACAACTAAAATTAGAAAAGAGTATAGGGCCGGCTCCAAG +CCTTTAGAAGTAAGTATCGTAAAACGTTACTCTAAAAGTGGTAGTGAATATACTACTACA +CATTTTTCTTGTGATATACATAATATGGGTACTCATATAGATGTTATGCGAAAAGATATA +ATAATCGAAAATGAGAGATTAATAGGAGAAGGAATTAAGTTTGATGTGTCTAATATTGCA +GACAGACCAATCAATTTAAATGATTTAAATCTTTCTTTAGTTAAAGAAAATCTTTATGTA +TTCTTTCAAACGAATTGGGATAAGTACTTAGATGATGAAGAGAAATATGCAAAACATCCT +GAGATATCAATAGATGTAATAGAATACTTAGTAACTAAAAAAGTAAATATGATTGGCATA +GACACTTTAGGCTTAGGACTTAGAGGAAACCATGGTGTTATTGATGATTACTTAGCTGAA +AATAAAATATATGGTATAGAAAATTTATGTAACTTAAAAAACATACCTACTAAAGATTTT +AAAATATATTGCTTACCAATAAAAGTTGAAGGTATCGATGCTCAACCAGCTAGAGTTCTA +GTAGAGTTTTAA +>group_407 +ATGAATATATTTACAATAGGTCATTCTAATTATCCAGTAGAGAAACTTATTGATATGCTC +AAATTTTATAATATAAACTGCGTTGTAGATGTTAGAGGAACTCCTTATTCCAAGTACAAC +ATTCAATATAACAAAGAAACAATAAAGAATACTTTAATTAAAGCTGGTTTTGTATATATT +TATATGGCTAAAGAATTTGCTGCTAAGAGAGAAAATAAAATTTCTTATAATAAAGAAGGG +TACTCCGATTTTGAAAAAGTAATACAAGAAGAAGATTTTAAAAATGGAGTAAAGAGATTA +GAGAACGGATGTAAAAAAGGTTTTAGGATAGCTCTTTTAGGTGCTATGCAAGACCCGATA +AGATGCCATAGATCAATTTTACTTGGAAGAGAATTAGAACATTTAGGGTTTACTGTAAAT +CATATAATGGATGATTATTCTATAAAAGATCAAAAGTATATAGAAGAAAAGATCTTAGAT +AAGTATTATGAAAATAGACATCAAATAACTATTGATAACTTAATGGGAAATTCAATTTCT +AAGGAAGAGATGATAAATGAAGCATATAAAATGGCAAATAGAGAAATTGGTTATAGAATA +GAACATTTAGGCGAGTAA +>rcsC_10~~~rcsC_1 +ATGATAAAAATTTCGAAGGATAAAGAATTTAAAGACAAAGAAAAAAGGTTATTTGGATAC +ATAGTAATTATTCTATCATTAATATCAGTAGCATTAGTTAGTAACCGTCTCTTTTTGGGA +GATATTAATACACCGCACTTGGAATTTACTCTAGGATTTGTAAGATCGTTTAATTCTATA +CTTGCGATAATAGCATTTGGGAGTTGTTTAATATCATATTATAGGATAAAAAATGATATT +GTATTTATTATTTCGCTAATGTATCTATGTCTTGCTATGGGAATAATTTTAGGTCAAGTT +GATTATCTTAGTTTTTACTATGTTGAATTTACTCTTTCAAACTATATTATTGTATCAACA +TCAATGCTAAGGATTTTTATACTTATAATTGCAATTTCATCAAATAATAAGTTAAGAAAT +TTACTCACTCATAATAAAATAGCTTCAATATTATTTATAATAGTGTATTCAATACTATTT +GGTTTTTTAGAGAATAGATTAAATACTGTTAGTATATACGAAAGTAGTAAATTTTTCATA +ATGTATAATTTATTTTTAATGGTAGTTTATATTATATGCTCGTTTAAATTAGTATTAAAG +GGGATAAAAGAAAAAGAATATTTATTTGTAGTTTTAAGTGCAAGTATATTAATGCTTGCA +ATAAAAGCAGCTTATGCAATATATGGAGCAAATAGAATATCATTCAATGTTAAATTGACC +TCTGTATCTTTAACATATATATTTTCTTTAATAGTCATTGCTGGTGGATTTATTGAATTA +TATATGTATATACAGAGAACAAAAGTTTTAAATGATAAATTAAGTATTTTTTACAATTTA +AGTGATAGAAATATGCATAGCTTTATGTTTATATGTGATGAAAATGAAGATGTATTATAT +GCAAATAAAAAATTAAAAGAAAATTACTGTGGAACAGATAATGTTGATATGCATAAATTA +AATTCAATATTAAAAGATAAAATAAATTCATTAGATAATAAAGATGAAATAATTAAATTT +GTAAATGAAAATGGAGGATGGAGGGGAATAGTAAAAAATGAAAAATATAATAAAACTATA +GACTGCTCTGTTCAATTAATAAATACAGCCGAAGGATATAAAGCTATTGCAGCTACATAT +ATGGATATTTCTGATGAAATAAGTTTAGAACTAGAATTAGAAAAATTTAAAGTTTATGAT +AAAGAGAAAAATGAATTTATATCTAATATTTCTCATGAATTGAGAACACCTTTAAATATA +TTTTATTCTACAGTTCAGTTACTGGATAGAATGAGCGAAAATGAGGATTTAGATTTTAAG +TTAATGTATGAGAAGTATAAAAAGCCATTACATGTAAATTGTAAAAGAATGTTAAGGTTA +ATAAATAATGTCATGGATATATCTAATATAGATACAGGTATTTTGAAACCTAACTTTGGT +AACTATGATATAGTATCTATTTCAGAAGATATAACATTATCGGTTGTAAATTATGCATTA +TTAAAATCTATAAATATACAATTTGATACTAATGTTGAAGAACATACAATTAAATGTGAT +CCTACTATGATTGAAAGAGTATTACTTAACTTATTATCAAATGCTATAAAGTTTTCAAAA +CAAAATAAGAATATATATGTTGATTTAACAGTTAAAGAAAAGTGGGTTCAAATAGAAGTT +AAGGATGAAGGGATAGGAATAAATGATAATGTAAAACACATTATATTTGATAAATTTGTC +CAAGTGGATAAATCCTTCACGCGTATGAATGAAGGAAGTGGGATAGGGCTAAGTATTGTT +AAATCAATGATAGATTTACACAATGGAAATATAACTGTAGATAGTGAAGTTAACGTAGGT +AGTATATTTAAGATACAATTGCCTAATGAATGTTTAAACGACTCTTATTATGAAACTTAT +AATATTAATAACTCAAATATTGAGTTAGAGTTATCTGATATTTATGAAGTAGTAACTTAG +>pduX +ATGAAATCTTATGGAATATGCCCAGCATCTTGTGGTGAGTTTGTTCAAGGTTTTGTGAAC +AAAGAAGAGTATTTAAGTTCTTATGCTATAGATTTATACTCAACAGCTGTTGTGGAAGAA +AAATTAGAAGATATAATTTTAGGACCACGTAAATCGAGAAAAGCAATTGAAATGGTTTTT +GAAAATTTTAATATACCAATTCAAGAAAGTAAAAATATTTCTTTGAATATAAATAGTCAA +ATACCTACAGGTAAAGGTATGGCAAGCTCCACAGCTGATATAGGGGCAACAATAAAGGCT +ACTTTATCATTGATAGAAAAAGAAATGACTAGTGAAGAAATTTCTAAACTAGCAGCAGGA +ATAGAAGCAACTGATTCTATTTTTATAGAAGATGTAAATATATTTAATCCTTTAAGTGGA +GAAGTAATGAAGTATTTAGGCAATTTGCAAAATGCTAAAGTTTTAATACTTGAGCCAAAC +AGAACATTAAATACTAAAAGAATTAGAAGTAAATCAAATTATATGGAAACTAAGCTAAAG +AATCAGAATTTAATAAAAGAAGCTTTTTACCTATTAGAAGATGGAATTAGGAAAAACGAT +TTAAACTTAGTTGGAAAAGCCTGTACTATTAGTAGTTTAGCTAATGAAAATATACATAAA +AAAGTAGGCCTAAATGAGATTATAGAAATATCTAAGAACTACGGAGCTTATGGAGTAAAT +GTTGCTCATAGTGGGACTGTAATCGGTATTTTACTAGATCAAACTATGGATGAAATAAGA +TTAATAGAATTAATAAGAAACGAAAACTTACATAAATATTATAAAAAAATATACGCATCA +GACATAATTGATGGAGGAATTCGAGGAGGTAAGCAATGGAATACGTTAAAAATCCTATGA +>ytrA_3~~~ytrA_1 +TTGAATATTAATATTAATATTAATATAAGTAATTCATCATCAGTGCCATTATATGAACAG +ATACAAATTCAAATAAAATCACAAATCTTAAATGGTCAACTGAAAGCCGGAGATGGACTA +CCTTCTATAAGGTCCTTAGCGAAAGAACTAAAGGTAAGTATTATTACAATTAAAAGAGCA +TATGAAGAGTTAGAAAAAGATGGATATCTTGAAACAGTAACTGGAAAAGGGAGTTTTGTA +GCTAGTCAAAATAAAGAAAGACTGAAAGAAGTGGCAATGTACGAAGTAGAAAGTAAATTG +GAGGAGATTATAAGACAAGCAAAATCTGTTGGTATGACATTAGAAGAGGGTTTAGAGATA +TTTAAGAGTTTATATGAGGAGGTATAA +>group_980 +TTGGATCATGAAATTCAATTCTATGATAAATATGAAGACTATATAAAATGTAAGTTATGC +CCACATAATTGCAAGCTAAGAAAAGGAAAATTCGGAGTTTGTAAGGTTAGAACTGTAAAA +GAAAGTGTTGGAGTTGCAATAAATTATGGTGAAGTAACATCTGCTAATGTAGATCCAATA +GAGAAGAAGCCATTATACCACTACAAGCCATCTAAAGATATATTGTCAGTAGGAACTTTT +GGATGTAATATGAGTTGTAGTTTTTGCCAGAACTATGAGATATCTCAATATGTATCAAAA +AGTGAATATATAGATATAGAAAGTCTAATAAGATTTATTTTAGACATACAAGGTAATATA +GGTATAGCATTTACGTACAATGAACCATTTATGTGGTATGAGTATATATACGAAGTAAGT +AAAAAAATAAAAGAGTATGATAAAGATATAAGTGTAGTTCTTGTAACTAATGGATATGTA +AATGAAGAGCCATTATTGAAGTTGTTACCATATGTAGATGCAATGAATATAGATTTGAAA +GGATATACGAATAGATATTACAATAATATTTGTGGTGCAAAATTAGAACCTGTTCTTAAT +ACTATAAAAATAGCAAGTGAGCACTGTCATGTAGAAATAACTACATTAATGGTTAATGAA +GAAAATGATTCAATAGAAGAGATAAGTAAAATAGCACAATTTATAGGATCTATTGATAAA +AATATACCACTTCACCTAAGTAGATATTTTCCTAGATATAAAATGGAGAATCCTGCTACA +CACGTGGATGCTATTATTCAAGCTAGAAATGAAGCTAAAAAATATTTAAACTATGTATAT +GTAGGAAATATTGCAGGTGTAGATAATAATACTTATTGTCCTAATTGTAAATACGAGCTT +ATAAGTAGAGATATATATGATACCAAAGTTATTATTAATGGGGACAAATGCCCTATTTGT +AGAGAATATATTAATATAACTTTATAA +>lysC_2~~~lysC_3 +ATGAGTAGCATCATTGTTCAAAAATATGGTGGTAGTTCTGTAGGGAGTATTGAAAAAATA +AAATGTATTGCAAAAAATATAATTGAAAGAAAAAGAGTAGATAGTAAAATAGTGGTAGTA +GTTTCAGCAATGGGGGATACTACAGATGATTATATAAAGCTTGCAAAAGATATAACTGAT +AGTCCAGATAAAAGAGAGTTAGATGTATTAATGTCAACAGGTGAAATTATATCTGCATCA +CTTTTAGCTATGAGCTTATCTTCTCTTGGGTGTGAATCAATAAGTTATAATGCATATCAA +CTAGATATACATACGAGTGGTGATCATGGGAAATCTCAAATTGATGATATAGATATAACT +AAGATTAAAGAAAGTCTATACAAAGAAAAGGTGGTTATAGTAACTGGTTTTCAAGGTCTA +AATGATGAAGGAGATGTAACAACTTTAGGAAGAGGAGGTTCAGACACATCTGCAGTTGCT +TTAGCAGTTAAATTAGATGCTAAATGTGAAATTTATACAGATGTAGATGGAATATATTTT +ACAGATCCTAGGAAATATAAAGGTGCTAAAAAACTTAATGAAATAGAATACGAAGAAATG +TTAGAGCTTGCTAGTCTAGGTGCTCAAGTAATGCATTCAAGAAGCATAGAGTTAGCACAA +AAGTATAATACAGAAATATATGTAGGACTTTCATGTGGGAAATTAAATGGTACGTATATA +AGGGGTGGAGAAGATATGAGATTAGAAGAAAAAGTTATAACTGGCCTTGCAACTAGTAAT +GATGTTGTTATTTTAACTATAAAGGATTTTAGTTTAGATAAAGTTTCAAGCTTGTTTGAA +TGTATTGCAAGTAAAAATATAAGTGTAGATATGATAAGTCAGACAGCGCCTATAGGTGAT +ATAGTAAATGTGTCATTTACTATATCAAAAGAAGATTTAAATGAGTGTAAAGAATTAGTT +GAAAAATATGCCAATAGTAAGGATATAGTAGTAGATAGTGAAGTTACAAAAGTATCTTTA +GTTGGTTTAGGTATGAAAAATACAGCAGGAGTGGCGTCAAAAGTTTTTAAAATTTTCAAA +GATAATAATATTAAAGTTAAACTTATAACTACATCTGAAATAAGAATATCTTGTGCAATA +AACTCTTCTGATGAAGAAGTAGCAATAAATGAAGTGGCAAAAGTATTTAACGTTTAA +>polA_2~~~polA_1~~~polA +ATGGTATTATTAAATAATAGCATAATTGTATATAATAACGATATACAAGAGCTAAAATAC +ATAGAAACCTTAGGAGTGATTACTTTGGATAAAAGACTAATTATAATAGATGGAAACTCA +ATAATAAATAGAGCTTTTTATGCATTGCCAGAAATGACAAGTAAAGAAGGTCTAAAAACA +AATGCAATTTACGGATTTACAACAATGTTATTTAAGATAATAGATACATACCAGCCTACT +CACATAAGTGTAGCTTTCGATAGAAAAGCACCAACATTTAGACATTTAGAGTTTAAAGAG +TACAAGGCAGGAAGAAAGAAAATGCCAGATGAGCTTAGAGAGCAATTTGAGCCATTAAAA +GAACTTCTAGATAAATTTAATATACATAGATTAGAACTAGATGGATATGAAGCTGACGAT +ATAATAGGAACAGTTTCAAAGTTAGGTGAAGAAAATGATTACAAAGTATTTATAGTAACA +GGAGATAAAGATGCTATTCAGCTTGCATCAAATAAAACAACTACTTTAATAACTAAAAAA +GGTGTTGGAGAAGTTGAAGAATATAACTTTGATTCTGTTATGGAAAAATACGAAATGACG +CCAACTCAATTTATAGATTTAAAAGGTCTTATGGGAGATAAATCAGATAACATACCAGGT +GTTCCAGGAATTGGTGAAAAGACTGGAATAAAATTAATAAAAGAATTTTCAAGTATAGAG +AATCTAGTTGAACATACTGATGAATTAAAAGGAAGCGTAAAAAAGAAAATAGAAGAAAAT +AAAGAATTAGCTATAATGAGTAAGAGATTAGCTACTATTATCAGAGATGTTCCAATTGAA +GTAAGTTTAGAAGAATTAGAGTACGGTGATTATGATAAGGATGCTGTGATAGAAGAATTT +AAAAGATTTGGATTCACAAGCCTTATATCAAGACTTATAGACTTAGATGGTGGAAGTGAA +CCAATTGAGGAAGTAGCTTTAGAATTAAATATAAAATCACTTGATAATGCAGAAGAATTA +ATAAATGAAATAAAAGAAAAAAAGGAATTAATAATTAAAACAGTTACGAAAGTAGGAAAT +ATACTTGAAAAAAATATATTATATATGTTCATAAGTGTTGATGGAGAAAACATATACTAC +TTAAATGAAGGACAAATATCATTATTCAAAGATGTTTTAGCAAGTAATGAAATTAAAAAG +TTTGGCTATAATCTAAAAGATGATTATATAGCATTAAGACCTTATGATATAAAACTTGAA +AATATGTATTTTGATATAACAATAGCAGAGTACTTAATAGACTCAACATCTTCTACTTCT +TATGAATGTAGTGCTATAGCAATGAAATACTTAACTAGAAAAATAAAATCTAAAGAAGAT +TTATTAGGGAAAGGTGCTAAGGCTAGGAAGTTTGAAGAGTTAGATATAGAAGAGTTATCA +GAGTACATAGCACAAATAGTAAACGTAGTTAAACTTTCTTCAGAAAAGATGGAAAAGAGC +TTAAATGAAAGTGATATGGACAGCTTATTCTATGAAGTTGAAATGCCATTAGTTGAAGTT +TTAGGAGAAATGGAATTTGTAGGGATAGAAGTAGATAGAGAAATGCTTAATGAATTAGGT +ACAGAATTCAAAGAGATTATAAGTAAGTTAGAATCTGAGATCTATGAAATGGCAGGGGAA +TCATTCAACATAAACTCTCCTAAGCAATTAGGTGTAATTTTATTTGAAAAATTAGAATTA +CCAGTAATTAAAAAGACAAAAACAGGATATTCAACTAATGCAGAAGTACTTGATAAATTA +AGAGATAAACATGAGATAATAGATAAGATTACAGAGTATAGACAAATAGTAAAATTAAAC +TCTACTTATGTAGAAGGTCTTTTAGGAATAATGAATCCTATAAGTAATAGAATACATTCA +TCATTTAATCAAACGATAACTACTACAGGAAGAATTTCTTCAACTGAGCCAAATCTTCAA +AATATACCAGTGAAGATGGAGATGGGAAGAAAGATTAGAAAAGTATTTATAGCAGGTAAA +AATCATAAATTAGTAGATGCCGATTATTCTCAAGTGGAACTTAGAGTGCTTGCTAATATG +AGTGGTGATGAGAATATGATAGATGCATTCAAACATGGTGAAGATATACATGCTAAGACT +GCGTCTCAAATATTTGATGTAGATATAAATGATGTAACACCTAGACAAAGAAGTGAAGCT +AAGTCTATAAACTTTGGTATAGTTTATGGAAAGAGTGATTTTGGATTATCTGAAGATTTA +AATATACCTGTAAAACAAGCAAAAGAATATATAAATAGTTATTTTGAAAAATACAGTAAA +ATAAAAGAATTCATGGATACAACAATAGAAGATGCTACTGTAAATGGATATATAACAACT +TTATTAAATAGAAGAAGATACATACCAGAGTTGAAATCTAGCAACTTTATGTTAAGAAAT +GCAGGTAAAAGAGCTGCTATGAATGCGCCAATTCAAGGGAGTGCTGCAGATATCATAAAA +ATAGCAATGGTAAATGTATATAAAAAATTAGAAGAAAGTAATTTAAAATCAAAGCTAATA +CTTCAAGTACACGATGAGCTTATAGTAGAAGCTACTGATGATGAATTAGAAATAGTTGAG +AAAATAGTAAGAGAAGAAATGGAAAATGCATTTAGCATGGATGTTTATTTAGATGTAGAC +CTTAATGTGGGATACTCTTGGTATGAAACAAAGTAG +>group_1177 +ATGGCAAAGATAAGAGTTACTAATTACTCAAATACAAAAGAAATATTAAAGTATGACCAT +TATGTTGCGGAGGCAGTTGTGTTAACTCAAGCTAATGCAACTACAGTTGATGGGAAAAAA +ATAGTTAAAGCAGGAACTATATTGCCTGCAAATGATGCAACAGCTAAAGGTATTGTTCTA +TATGATGTAGATGTTACAAATGGTGATGAAGTAGGTTCTTTAGTAATACATGGATTTATA +GATAAATCTAAATTACCTACCGAACCAGATTCAGCAGCAATAACAGCTTTACCAATGATA +AAGTTTATATAA +>mntP_1 +ATGGGTCTTTTTTTATATATAAGAAATTATAAATTAAATATTGAAGAAGGAGATATAGTA +ATGAGTTTATTGGAATTATTTATTTTAGCTGTAGGTTTATCAATGGATGCCTTTGCTGTA +GCTGTATGCAAGGGGCTATCTATGAGAGAAGTTAGTATTAATAAAGCAGGAATTGTAGGT +CTTTATTTTGGAGGATTTCAGGCTGGAATGCCTTTAATAGGATATTTTTTAGGATTACAA +TTTAAAGATTATATAATGAGTGTTGATCATTGGATAGCATTTATACTTTTAAGCTTTTTA +GGTATTAAAATGATACAAGAAGCACTTAGTAAAGAAGATGATGAAGATGAAAAACAAGAC +GAAAAAGAAATGTTAAGTTTTAAAAATATGAGTGTATTAGCTATCGCAACTAGTATAGAT +GCTCTAGCAGTAGGAATTACATTAGCATTTTTACAGGTTGATATAGTTCCGGCAGTATCT +TTCATAGGGATAACTACATTTGTTCTATCAATTATTGGAGTTAAAATAGGTAATGTATTT +GGTATAAAATATAAATCTAAAGCAGAGTTCGTAGGGGGAATAATACTTATATTTATGGGT +GTGAAAATTTTACTAGAGCATTTAGGAATTATAGGTTGA +>nrdD_2~~~nrdD_1 +ATGATTAAAGAGATAACGATAATAAAAAGAGATGGAAATAGCGTTGGATTTGATAAATTT +AAAATAAAAAATGCAATATTAAAAGCTATGAAATATGGTAGTGGTATTTACAAAGAAGAA +ATAGCTAATAAAATATCAACTGATATAGAAACTTATTGTTACGAAAATTCGATATCGCCG +ACAGTTCATCAGGTTGAAGACATGGTTTATAAAATGCTAATAGATAATAAAGAAGAATTA +ACAGCGAAAGCATATGAAGGGTATAGAGCAGTACAATCATTTAAAAGAGAAAATAATACA +ACTGATAAGAGTATACTAGGATTACTTGATAGAAGTAATGAAGATGTGCTTAATGAAAAT +TCAAATAAAAATGGTATGCTAGCATCTACCCAAAGAGATTTAGTAGCAGGAGAGGTTTCA +AAGGATATTGCAAGGAGAAAGCTAATACCAGCTCATATAGTTCAAGCTCATGATGAAGGG +GTACTTCATTTCCATGACATGGATTATACTATACAACCTATTCATAACTGTATGCTTATA +AATTTAGAAGATATGCTTACTAATGGAACTGTTATAAATAATAAGTTAGTTGAATCTCCA +AAGTCATTCTCAACAGCTTGTACTATAGTAACTCAAATTATAGCTCAGATAGCAAGTGGT +CAATATGGGGGGAATTCTATAACTATAAAACATATAGCTCCGTTCTTAAGAGTATCATAT +GATAAGTATTTTAATAAATATAAAGAAAAGTATTCAGAAGAAATGGCTAATGAATTAGCT +GAAGAAAGAATGCTAGAGGAATTAAAATCAGGAATCCAAACAATTAGATATCAATTATCT +ACATTACACACTAGTAATGGTCAATCACCTTTCTCAACTATTTATTTAGAAATTGAAGAA +GGTAATGAATACGAAAAAGAGATGGCATTAATTTGTGAGGAAATGATTCTTCAGAGATTA +GAGGGGATGAAAAACTATAAAGGAAATGAAATTGGTGAGGAATTCCCTAAATTAGTTTAT +TTATTAGATGAACATAATTGCTTAGAAGGTGGAAAATATGATTATATCACGAAATTAGCA +GCTAAGTGTAACACTAAGAGATTAGTACCAGATTATCAATCTGCTAAGATAATGAGAAAA +AATTATGATGGAGAAACATTCCCTCCAATGGGATGTAGATCTCATCTAAGCAACTGGAAA +GATGAAAATGGGAATTATAAATGGTACGGAAGATTCAACCAAGGTGTTATTTCTCTTAAC +TTAGTGCAAGTAGCATTAACAGCTAATAAAGATATGAATAAATTCTGGAATATACTGGAT +GAAAGATTAGACCTTTGTAAAGAGGCTTTAATGGTTAGACATAATTTCTTATTAGGTACT +ACATCGGATATATCTCCAATTCACTGGCAACATGGTGGTATTGCTAGACTTAAAAAAGGA +GAAAAAATAGACAAGTTATTAAAAAATGGTTACTCAACACTTTCGTTAGGTTATGTAGGA +ATATATGAAATGACTCAAGCAATGCTAGGAGTAAGTCATACGACAAAAGAAGGTGAAGAG +TTTGCACTGAAAGTTATGCATTACTTGAATGAAACTTGTAGTAGATGGAAAAAAGAAACT +GGATTAGGATTTGGATTATATGGTACTCCAGGAGAAAGTTTAACTTCAAGATTCTGTAGA +ATAGATAAACAAAAATTCGGGGAAATAAAAAATGTAACAGATAGAATGTACTATACGAAC +TCATACCATGTTCATGTAACTGAAGAGATAGATGCATTTTCTAAGTTGAAATTTGAAAGT +CAGTTCCACGATATAAGTTTAGGTGGATGTATAAGTTATGTAGAAGTACCTGATATGAGC +AAAAACTTACCTGCTGTAGAGCAGATAATTAATTATATATATCATAACATTCAGTATGCT +GAAATAAATACTAAGCCAGATGTATGTTTCAAATGTGATTACACTGGAGAAATGAAGTTA +GACAATGATTTAGAATGGTATTGTCCTAACTGTGGAAATAGAGATAAGGATGAAATGCAA +GTTATGAGAAGAACTTGTGGTTATATAGGCTCAAATATGTGGGGCAAAGGACGTACTCAA +GAAATCGGAGAAAGAGTACTACATCTATAA +>group_409 +ATGATTGAATTATCTAGACAAAGTATAGTTGAAGGAATACTTGAATTACAAAGAGAAGAG +GAATTTAAACTTAAAAGTGCTTTAAAATCAATAAGACTTATATTAGACGAAGAGGGAGTC +TCTGATTTTGATAAATTAAAATATATAAATGCTCAACTTGGAGATATAATTATGCTTAAT +ATATAA +>ynjB +ATGAAGAAGAAACTATTAAGTATATTATGTATAATGTTATCAATATCGGTTGTTTTAGTA +GGTTGTTCTAAAAAGGCAGAAACATCCAATAATGCAACTGTATTAGAAAGTAATTATGAT +GAAATTTTAGAAAAAGCAAAAGGAACCACTGTAAACTTTTATGGTTATGGTGGTAATGAA +GTAATGAATAAGTGGTTTGATACATATGTAGTAGATCAAATGAAAGAAAAATATGATATA +ACAGTTAAAAGAGTTGGTATGAATATAGATGAAATATTAAATCAATTATTATCAGATAAA +CAAGCTAATAATGATAAAGGTTCTATAGATATAGTTTGGATAAATGGAGAAAACTTTAAA +ACTACAAAAGATAGTAACTTATTATTAGGTTCATTTGTAGGAAAACTTCCAAACTTTAAT +AATTATGTAGATACTACATCTGAAGATGTAGCTATAGACTTTGGTACAGCAGTTGATGGA +TTAGAAGCTCCTTGGGGTAAAGCTCAATTTACTGTTGCAGTTAATTCAGATAAAGTATTA +CAAACAATAAATGATACAAAATCTCTAAAAGAAGCAATAATTGCTAATCCAGGTAAGTTT +ACGTATCCAGCATTACCTGATTTTACTGGTAGTGCATTTGTAAGAAATGTAATATACGAT +ATAGTAGGTTATGAAAATATAGCAAGCTTACCAGAGGATAAAGAAGAAGTAAAAAAAGCT +ATACAGCCAGCAATGGATTATTTAAATGAGATAAAACCATATCTATGGAATGAAGGAAAA +ACATATCCATCAACAACATCTCAATTAGACAATATGTATTCAGATAATGAAGTTTATTTT +ACAATGACTTATTCTCCAAATTCATTACAAGGAAGAATGGAAAGTGGAGAACTTAGTAAG +GCTACAGAAATAATAGAGTTTAAAAACGGAAATATAAGCAATACTCATTTCTTAACTGTG +CCATTTAACTCACAGAATCAAGCAGGAGCAATGGTACTAATAGATTTTTTAATGAGTATA +GATGCTCAATCATCAAAAACTTTCACTGAAAATTGGGGAGATACTACAGTTTTAGATATG +GATAAAGTGCCAGCTGAAGATCACTCAAAGTTTAGTGAAGATAGTATAACAATAAAAAAT +TCAGTACCAGAATTGAGTGCAGGTATGGTTCCTATAATTGAAGAAATATGGACTGAAGAG +GTGCTGGAGAGTGAATAA +>rcsC_3~~~rcsC_2 +ATGACAGATTATGATTTTAAATATAGTGTATTAAAATTAATTTTTGATGAAATAGAGGAA +TGTATTGTATATGAAGATAGACACGGATATAAGATATATTGTAATGAAAGTTATATTAAA +CATTTTGAATGTGGCATTCAACTCACAGAAGAAGACAAAGAGCAAGATATTTTAAAAAGA +AAAGAAGTAATTGAAAGTAACGAAGAAGTTGAATATATAAAGAAAATAATTAGATCTAAT +GGAGATATTAAATATTATAAGGTCACTAAAATTCCTATAACTAATGGTTTAGAAAATGTA +GTTGGTGTTTTAAGTATAATAAAAGATAAATCGCATAAGTATGAACTTGAAAGACTTAGA +GATAGATTTTTTTCAAATATAAAACATGAATTTAGAACACCGCTAAACATGATATTTAGT +TCAATACAGCTATTAGACTATAAATGTAAAATATGTAAGATTGGTAATTGTAAAGATTGT +TTTATAAATAATCTTCAACTTATAAATATAAATAGTTTAAGGATATTAAAATTATCTAAT +AATTTTATAGATTTAACAAATATCCAAGCAGGTTGTATGGATCTTAATTTTAGAAACCAT +GATATTGTTAGTTTTGTAGAATCAATATGTGATAATATAAATAATTATAAAAAATTTAAT +GGAATAAGTTTAATATTTGATACAAGTGTAGAAGAACATATACTTAGATTTGATACAGAC +AAGATTGAGAGGGTAATACTTAACTTAATATCTAATGCTATAAAGTTTAATATACCTCAA +GGATATGTATACGTAAGTTTAATAGTAGAAGAGAAGTATATTAACATATCTATTAAAGAT +ACTGGTATTGGCATTAATGAAAATAAGATAGACTCTATATTTGAAAGTTTTTCTGATGTT +GAAAACAGATTAACGAAGGTATCAGAAGGTAGCGGAGTTGGTTTAGCTTTGAGTAAGGCT +TTAGTAGAAATGCACGATGGGAAGATTAGTGTAAATAGTAAACTTGGAAATGGTAGTGAG +TTTATAATCAGCTTACCAAATATAATAAATGAGCGTGAAGAAGTAGATATATCTTATTAT +AAGGTAGATCGAAATAGTTTGGAAAAAATAAAGATGGAGTTATCTGATATATATTAG +>yafP +ATGGAAATAAGAGAATATAAAACAAGTGATTGTAATGAAATTGCTGATTTGTTTTACAAT +ACTGTTCATTATATTAATTCAAAAGACTATACAGAAGAACAGTTAAATGTATGGGCTACA +GGGAATGTAGATATTGATGAGTGGAATAAATCTTTTTTAAATAACTATACAGTAGTTATG +GAGGAAAATGGAATGATAGTTGGTTTTGGTGATATCAATGATAGAGGTTATTTGGATAGA +TTATATGTGCATAAGGATTATCAAAATATTGGTATTGCAACAGCACTTTGCGATATATTA +GAAAAGAAATATGATGTAGAACATATTACAACTCACGCATCTATAACCGCAAAACCATTT +TTTGAGAAACGAGGATATAGAGTAATAAAAAAACAATTTGTAGATAGAGATAATGTGCGA +TTAATAAATTATATAATGAAAAAATAG +>group_412 +ATGACTGTTATAACTGATTTTTATCAATTTAAATATAGTCGAAAAAATTTTTATGTAGAA +TTACTTATAAACAGAACAGCTCTTTTTTATATAGAAAAAGCATTGGATGAAAGATTGAGC +AATCTATACTTAAGTAAAGACTCAGAGTGTGCCTACATGAGATTAAAAGAACTATTTTAT +AATTCTAGAACTGAAACAGATTTGCCTTATGTCGAACTTAAAATTAATAAGTGTTATTTG +GAGTACATGCAAAATCTATGTTATTATTTTAAAGATAGAAATGAATATGCGCCTGTTAAA +ATTTTAAGTGATTATATGCAATATTTTTCAATAGCTGACGTTGATGGAATAACATCATTT +TTAGGATTAAATGAGGATATAAAAATTAGAGTGCTATCGAACGTATAA +>group_984 +ATGATGAATTTTATTTTAATGCCAGCAGTTATTATGATTGCAACTGTGGTTTATTTTACA +ATGAATGGGGCTGCTAAGCCTAGAAGGAATATTTTACTTGGAGTTACATTGCCTAAGGAA +GCTTTAGAAGAGGAAATAGTTTTAAAAATAATTGGCGAATATAAAAGGAATGTTAAGATA +TGTGTGTTAGGTAGTGTATTGACTGGATTGCCTATATTGTTCATAGATAAAACGGCTATT +AACACGGTATACCTTATAATATGGGGGTTGATTACATCAGAGTGGTTAGTTAAGCAACCA +TATAAGCATATGAATAGAAGGCTTAAAAAAATAAAAGAAGAGAATGAGTGGTTTATAGGT +GAAAAAAGAGTTATAAACATGGACACTAAGGTAAGCAAGTTGAAGAATAAAATGCCTATA +CCAGATAAGTATATGCTTATACCAATAGGTATATCTTTGATTCCACTTACTATGTCTTTT +GTAAAATATGATACAGATTTAAAGTATGCAAATGTTGTAGCGGTTATATTGGTAGGAGTA +TTATTATTTTTATACTTTGTAGGTTTTAAAGGTAGTAATAAGCTTAAATTAAAAGTATAT +AGCAAAAATAGTGAGATTAATTACATATTGAATAAAGAAGAAAAATATTTAAATTCTATA +GTGTGGTTTATAACATCTCTAACTGCGAGTATAATTTTTTTATTTACTTTTTCATTAGTG +TATGAAGTCATAAATGTAAGTTATTATTTTATATCTTTTATAGCCATATTAGCTTCTATA +ATCTCATTTGTAGGATTTGTCTATAAAGATAATAGAATTAAAAGCTTAGAAGATGAATTG +CTTAGAATGGATAGTGAAATTGTATATACGGATGATGATGAGTATTGGATAGATGGATAC +AAATATTATAATGAAAATGATTTTAATTCAAAAGTAAGTCCTAGGTTTGGATTTAATGCA +TATACATATAATTTAGCTACAAAAAAAGGTAAAATGTTATATTATATGCCTACTATAATA +TGTGCAGTAATAATGATACCATTATGCTTTAATTTATTAGAAATGGATTTTTCTCATCAT +AAAATTACTATATCAAAAGAAAATAATAGTATTAGTATTGATTATCCATCTTATGATTAT +GAATTTAGTGTTGCTGAAATAGAAGATGTAAGTTTAGTAGACGAAGTTAATTTTAAGATA +AGAACTAATGGAATAAGTACAGATGAATATAGCAGAGGTAGTTTCAAGTCTGTACAATAT +GGAAAATGCAAAGCGTATATTTACAATGAAAGTAAACCATATATAGTTGTTAAGCTAAAA +AATACTTATCTTATATACAATGAAAGAACTAAAGATGAAACTATGAAAGTATATAATGAA +TTAAAAAGTTTAGTAGATTAA +>group_415 +ATGGCCATAAATGAAATATTTAGAGAAATGTTTAAGGAGCAAAAAAGAAAAAATGAATTA +GAACATCAAAAAGAAATATTAAGAAAGACATTAGAGGAGCAGGGGTCTATGATAAATGAC +TACGACAGGGCTATTGAACTTTTAGAAATAGAAGAATACAAAGAGGCGATACCGATACTA +ACTAGATGTGCAGATAAGAATAATGCAGGTGCCCAATATGAATTAGGTAAAATATTAAAA +GAAGGTCTAGGAACAGAAGTTAATAAGGAATTGGCGAAAAAATATTTAATTAACTCATAT +AAAAATGGCTTTAAAAAATCAGGAGCCTTACTAAGAGAAATGAGGCATGAAGATATTGGT +AAACAAGATAAAATAGTTGATACAGAATATGAGACCGTTCAAAGTGATTTAGGATATATA +ATTGATATGCCAAAGAATTGGATTAGACTTGAATCTAAGAATAAAAATTGTTTTGATACA +GTTGCAATAGATACAGTAGATGGAGACGTGATTTTCAATATTAAAATGCAAGTATTCTTA +ATAGAAATCCCAGAAAATATGTCTTTCTGTGTAGACTTAGATAGGGTGGCAAATAATATG +GGATGTATAGAATCAGTTGTATTTAATAATGGGCACTGTGATGGAAGGTTAATTTGTGGA +GAAGGTTTGGATGGTACTTGTAACTACTTATTTATAAGTAAGGGAATAAGAGGAGTATAT +GATGTTAGGGTAATTGTAGATAAATACTTAGACTCAAGTTATGAAAAAATAATAGATCAT +ATTATTTATAGTTTTGATATAATTGAGAAATTGTAA +>ettA_2~~~ettA_1 +ATGAACTTAATGACATTAGAAAATATAAGCAAGAGTTATTCTGAAAAAACTTTATTAAAA +GATATATATCTTGGTATTAATGAAGGTGAAAAAATAGGTTTAATCGGTGTTAATGGTACT +GGTAAATCTACACTTTTAAAAATAATCGCTGGCGCTGAAGAAGCTGAAGCTGGTACTATA +ACTAAGGCTAACAAAGTTAGGGTTGAGTATTTACCTCAAAATCCAGAATATGATGAAGAA +GCTACAGTCCTTGAGCAAGTATTTAAAGGGACTTCTGCTGAAATGAAATTACTTGGTGAA +TACGAAGAAGTTTTAGAAAAAATAAATACTTCTTTTGATGAAAATTTAAATAAAAAATTA +TTATCTTTACAAGAAAAAATAGATGCACTTAATCTTTGGGATTTAGAAAGTGAAGCTAAA +GCTGTTCTTACTAAACTTGGAATAAATGATTATACTCAAAAAATAAAAGAATTATCAGGT +GGTCAAAGAAAAAGAGTCTCTCTTGCCTCTGCTCTTATAACTCCTTGTGAGTTATTAATA +CTTGATGAGCCTACCAACCACTTAGATAACGATACTATTGACTGGTTAGAAGAATATTTA +AATGCTTCTAAATTTTCACTACTTATGATAACTCACGATAGATATTTCTTAGATCGTGTT +ACTAATAGAATAATAGAATTAGATAAAGGTAGATTATTTAGCTACGATGGTAACTACTCT +CTTTTCCTAGAAAAGAAAATGGAAAGAATGGCTATAGAGTCTAGTATGGAGGAAAAACGC +CAAAACTTAATTAGAACAGAACTTGCTTGGGTAAGACGAGGTGCAAAGGCTCGTACTACA +AAACAAAAAGCTAGACTTCAAAGATTTGATGAACTAACTAACAGAGAAGTTATTACTCCA +GATGAAAAGATGGATATATCTGTTGGTTCTTCTAGGCTTGGTAATAAAATAATAGAAATT +CACAATATCTCTAAGACATTCGGAGATAAAACTGTAATAAATAACTTAGAGTATACTCTT +GCTCGCCATGATAGAATCGGTATAATTGGTAAAAATGGCCAAGGTAAGTCTACTCTTATA +AAAATCTTAAACGGAGAATTAACTCCTGACAGTGGAGAAATTGAAATAGGTGAAACTGTT +AAAATAGGATGCTTTACACAAGATGATGCTCATATGGATTTAAATATGAGGGCTATTGAT +TATGTTAAAGAAGCTGGTGATTATATAGAAACGGCTGATGGAACTAAAATATCTGCATCT +CAAATGTGTGAGAGATTTTTATTTAACTCAACGATGCAATACACTCTTATAGGAAAACTG +TCTGGTGGAGAAAGACGTAGACTTCATTTACTTAGAACTTTAATGCTAGCGCCAAATGTT +CTTTTACTAGATGAGCCTACAAATGATTTAGACATAGAAACTCTGAATAGACTAGAAGAT +TACCTTGATGAATTTAAAGGTGTTGTAATATCTGTATCTCATGATAGATATTTCTTAGAT +AGAATTTGTAATAAAATATTTGCTTATGAAGGTAATGGTAATATCCACATATTTACAGGT +AATTACAGTGATTATTTAATTTACAAAGAAATTCAAGGCATAGAATTTGAAGAAGCACAA +AAAACTAAGAAAAAAGAAGTTGAACATAAAGAAGTTAAAAAAGAAAAACCTAAAAATGAT +AAAAAGCTTAAGTTTTCTTATAACGAACAAAGAGAATTTGATACTATAGATGCTGATATT +GAAAAGCTTGAAAATAAAATTGCTGAACTTGAAGAAAGCACATCAAAATTTGCTACTAAC +TTTACTAAGTTACAAGAAATATTAGATGAAAAAGCAAATCTTGAAAAAGAACTAGAATAC +AAATACGAAAGATGGGAATATTTAAATAACCTAGCTGAAGAAATTGCAAACTCGAAAAAT +TAA +>group_985 +ATGAAAAAAATCTTATTAGTACTCTCATTGGTTCTGACTATGGGGCTTGTAGGTTGTTCA +TCTAGTAGTAGCAATGGGTATAAAAATGTTTCTTCGTCTGCTGTGCAAAAAGCAATTAAA +TCTTCTAATTTATTAGTTGAAATGTCAATGGACTATGACATTAAAGATTTCGAATACTTT +AATGATGTTGAAGAGTTAATAGGAGAAGGATTCATAATAAGAGCTGCTATGAATGTTCGT +CTTGAAGATGTTATATTCATAAAAGCTACAAATGAAGAAAATGCAGAAAAAATCTACACA +ACTTTAGAATCCTATAAAAAAGAGATGGTTATAAAGCCCTTTGGAGATGGTTATGGAGCA +GAGGAAAACACAACTATAGCTGCAAGTACAATAGTTGAGCAAAAAGGAAACTACGTATAC +CTTATATCAGCAAAAAACGCTGCAGATATAGAAAAGGTTATAATAGATACTATTCAAAAA +TAA +>group_987 +ATGTTAATAATTGAGAATAGGATAATAGAAAAGGAAGAAAAAAGTGTAAGATATACTTTG +AACTATCCAATTATAAAACTATTAAATAAAGAAAATAATTTTATAAATTTTATAAATAAA +AAAATATATGAAGATGTATTATGTTTTAAGGAAGTAGTTCAACAAATATTAAGTGAAGAC +GAATCGAATATATTAATAAATTTACTTACAGAATATACAGTTACCTTCAATGAAAATAAT +ATTATAAGTATACCTATAGAATTTAATCAATTTATAGGACTTTACAACATAAGTTATATA +AACTCATATAATTATGATTTTAATTTAGAAAAGGAAATTAAGTTAAAAGACATTTTTGAT +AAGGTAATAGATTATAAAAAATTTCTAACAGATACAATAAAATTGCAACTGAGTAGAAAG +TTAGAATGCTGTGAAAAGGAAATAGAAGATGAGCTAATTAATTTTATATACTCCATAGAA +ATATACGAAGATCAGCCTTTTTATCTTGAGAGTGATGGATTAGTAATTTGTTTTTCAAGT +TATGAAATGGGGAATTCAATCACAAATATTTTAGAGTTTAAAGTAATGTATGAGGATGCT +ATTGACTACTTTAGTGATTATTTTATAAGTGAGGTATTATTTTAA +>group_1360 +ATGCAAGTAGAGGAATTTATATTATTATATTTGACTAAAAATACAAATGAGGAAAACGAT +ATACTAATATATGAATTATCAAAAGAATATCTAAAATTTTTACATTTTCACGATACGTCA +ACGAGGGGTAGACAAAATGAATAA +>scrK~~~scrK_2 +ATGTATAAGGTAATCACAATTGGGGAAGCATTAATAGATTTTATTCCAAATAAAAAAGGA +TGTATGTTAAAAGACGTTATAGGATTTGAAAGAGTTGCAGGAGGAGCACCAGCTAATGTT +GCAGCATCAGTTGCTAAACTATCGGGCAATGCTTATTTTATTTCTCAATTAGGAGAAGAT +GCTTTTGGAGACCACATCATTGATGTATTAAGAGATGCTAATGTCAATACAGATTATATA +ATGAGAACTAATAAAGCAAATACAGGATTAGCATTTGTTTCATTAAAAGAAGATGGAAAT +AGAGATTTTTCTTTTTATAGGAATCCGAGTGCAGATTTATTACTTGAAGATAATATGCTT +GAAGAAAATTGGTTTGAAAATTGTGGAATATTACACTTTTGTTCTGTAGATCTAGTTGAA +TCACCAATGAAGTATACACAAAAAAAAGCTATTGAGTATGCAAGTAAAAATAAATCAATA +ATAAGTTTTGATCCAAATGTTAGATTACCACTATGGAAACATGAAAATGATTGTAGAGAT +GTAATACTAGAGTTTTTACCATTGGCAAATATACTTAAAATATCTGATGAAGAGTTAGAG +TTTATAACTGGAATAAAAGATGAAAATGATGCTTTAAAAAGTTTATTCAAGGGCAATGTA +AAAGTAGTAATTTATACAAAAGGTGAAGATGGAGCAATATTTATAACAAAGAATAAAGAG +TTTATAGAAAGTAAAGGTTTAAGAGTAAATGCCGTAGATACTACGGGAGCTGGAGATTCT +TTTATAGGATCATTTTTATATCAATTAAGTCAAAAAAATATAACAATAGAAGACTTAGAT +AATCTAGATTATAATTTAGTAAAAGAAATGCTAGATTTTAGTAATAGATATGCTGCAGAT +ACAACAACTAAAAAGGGTGCAATCGCAGCAATGTGTACAATAGATGAAATAAAATAA +>group_989 +ATGAAAAAGGGTTTAATACCTTTTACATTAGGAATAGCAGTAACAATGGCAGGTTTATCA +GTAGATGCTAATCAATATAAAGAAAGAAGATTTAGATCTAGAGATTATGCAAATATGGCA +GGAGTTTTATTAGTAGGCGATGGTGTTGCTCATATTGCACTAGGTGCAATAGATATTATG +AGAGATTAA +>group_1522 +ATGTATAGTAAAAGAAAAATAGTTTTTATGTCAGTAGTTGCTCTTGTAGTTCTTACAATT +GGTATATTTAAAGAAGGGGTTTATGGTAAGAATAGTCTAAATGAAGCTAATAATACTGAT +ACAACTGCTACATATGTATCAGCAGAAAAAACTAGTACAACTGAGGCTAGTACGATAGTT +CCAGTAGAACATAAACATAGAGGAAAAGAAAAATTTGAATCTACTTTAAAAGAACTTCAA +GAATCTGGAGTATTAACAGAAGCTGATGTGAAAAAAATTGAAGCTTATCAAAAGTCTCAA +ATGGAAGCGAGAAAAGCTGAAATGAAACAAAGAAGAAATGAAGAAATAAATAATATGGTT +AAAGAAAATGTAATAACTAAAGAAAAAGCTCAAAAACTAATAGAAGCATTAGATAAAAAA +ATGGAAGGCATGGAAAATAAATAA +>sugC_1~~~sugC_2 +ATGATACATATTGAGAAACTTAAAAAAGTTTATGATAACGGCTATGAAGCCTTAAAAAGC +ATTGACCTAGAAATAAATGAAGGAGAACTTATTTGTTTATTAGGTCCTAGTGGTTGTGGA +AAAACAACAATTCTTAATTTACTAGCAGGCTTATTAGACCCTACTAGTGGTGATATTAGA +TTTGATAATGAATCGATAATTGGAAAGCATCCAAAAGATAGAAATATTGGTTTAGTATTT +CAAAACTATGCACTATATCCACATATGAGTGTTCTAGAGAATGTTATGTTTCCTCTTACT +GTTGGAAAAAATAAAAAAACAAAGAGTGAAGCCTTCGAAGCTGCAAAAAAATATATGAAA +GTTACAAGTATTGAAGAGTTAGCAGATAAAAAGCCAGGAGAAATGTCAGGGGGTCAGCAA +CAAAGAGTTGCTATAACAAGGGCATTAGTTCAAAATCCTAAGATATTATTGCTAGATGAG +CCATTAAGTAATTTAGATGCAAGACTTAGATTAAAAATAAGAGAAGAAATTAGAAGATTA +GTTAAGGAGATTGGTATTACGACCATATTTGTAACTCATGACCAAGAAGAAGCTTTATCC +ATAAGTGACAGAATAGTCTTGATGAACCAAGGAATTGTGCAACAATTTGATATGCCTCAA +AATTTATACTTAGAACCAGCTAATTTATTTGTAGCTAAATTTATGGGAAATCCAATAATT +AATACTTATGAAATGAAAAAAGAAGGAAATGTATTAAAAGGTGATGATTTTTCAATTGAT +ATAAATTTATTAAATAAGAATAGATTTAAAGATGAATTGAATGAAGAAAATTATGTTGTT +GGAATTAGGGCAGAGTATTTTGAATTAAGTAAAAATCCTTTATTTAGAGTTAAAATTGAA +TCTACTGAATTAATAGGAAAAGATTGCATTTTAAACTTTTATGTTAATGGTAAGATTTCA +AAATCAATTACAGATACGCATAATAAGATAACTGAAGGTGAAGAAGTAGGATTTGATATT +GATTACAATAGCATTTATATATTTAAAGAGAATGGAGTTAGAGTGTACTAA +>aroF_1~~~aroF_2 +ATGAAAAAGACACTATTTAATGACAACGATAAAATTGAAATCAACACATGTGATAAAAAA +TTAGTAGTAAAAGAAGATAAGATTATAATGGCAGGACCTTGCGCAATAGAAAGCTATGAA +CAACTTTTAGAAACTGCTAAATTTGTTAAATCACAAGGGGCAAATGTTCTAAGAGGAGGG +GCTTTTAAGCCTAGAACATCACCAAATTCATTTAAAGGATTAAAAGAAGAAGGTCTTGAA +ATTTTAAAGGCTGTAAAAGAAGAAACTGGACTAGCTGTTATAACTGAGCTTATGGATATA +AGAGATTTAGAAAAATTATATGAAGTAAGTGATATAATTCAAATTGGTTCTAGAAATATG +CAAAACTTTACACTTTTAACTGAGATAGGAAAACAAGATAAGCCTATTATGTTAAAAAGG +GGAATTGCCGCAACGATAAGTGAATGGATTGGAGCTGCTGAATATATAGCAGTAGAAGGT +AATAATAAGATTATAATGTGTGAAAGAGGAATAAGAACTTATAACGATTATACTAGAAAC +ACACTTGATTTAGCAGCAGTACCAATAATACAAAAGGAAACTAACTTACCAGTTATAGTA +GACCCAAGTCACGGTACAGGTGTTAGGTACCTTGTGAAACCTATGTCACTTGCAGCTTTT +GCCTGTGGTGCAGATGGTTTAATGATAGAAGTTCATCCAAATCCAAGTGAAGCTTTATCA +GATGGAATGCAGTCACTTCATTTTGATGAATTTGAAGATTTAATGAAGTCAATAAATGTA +AATACTAAAGATTATATAAAAACTTTCTAA +>group_533 +ATGAAAGCAGACAGATTAATTTCTATACTAATGTTACTACAAATACATAATCAGCTAACA +GCTAAGGAATTATCTAAGCAGTTAGAGGTTTCCATTAGAACTATTTATAGAGATGTTGAA +TCTTTAAGCAGTCTTGGAATACCAGTATACGCTGACAGGGGAATAAATGGAGGAATAAAA +CTTCTAGGAGATTACAAAACTTCTTTAAATGGAATAAATAACGATGAAATATTCTCTTTA +TTTCTCTCTACAGGAGATAAGATTTTAGAAGATTTAGGAATGGAAAAACTAAAAAACTCT +ACTATCCTTAAGCTTTTAGGTAATTCTTCTCCTAACCAATTAAAGGAAATTGAAAATATA +CAAAACTTTATTTATATAGATATGAATACTTGGGGTGAAGTTCCTACAACTTTAAATAAA +GATATACTATCACAGTGTCAAAATTCAATTTGGAACTCTAAAGTACTAAAATTTGTATAC +GAAAAAACAAATGAAACAAAAGATGTTATATTAAGTCCACTTGGTTTAGTATGCAAAAGA +GGAGTTTGGTATCTAGTTGGCATAAATAATGACATAACTAAAGCCTATAAAGTGAATTCA +ATAAAATCTATCTACTTAATGAATGATAATTTTGTTAGACCAAAGGATTTTAATTTAGAG +AATTATTGGAAATCATCTATTAGTAATTTTAAAAATTTAATTCCAAAATATACTTTTACG +TTTAAGGTTGATAAATCCATTTTAAATAGTATAAGAGAAAGAAAATTTATAACTATAAGG +AATACAACTATAAAAGAAAATAAAATATATCTTGATATTGATTTTGATGCTAAATGGCAG +GGTATAGAATTTGCCTTTGGATACGGTAAATATATTCAAATAATAGAACCTAAGGATGCC +ATCTCGGAAATTAAGGAAAAAGCTTCAGAAATAATCAATTTATATAACTAA +>levD +ATGATAAAGTTATTACTTGCTTCACATGGAGATTTAGCATATGGAGTTTATAGTTCTTTA +AAAATCATAATGGGTGAGCAAAAAAATATATCAACATTATGTGCTTATAATAAAGAAGAT +TTTGACTTAAAAAAGGAAGTATGGAAAATAATTAATGATTTAAAAGATGATGATAAATTA +ATTATTGTAACAGATATATTTGGAGGAAGTGTTAACAACGAGTTCATGAATAATTTATAT +AGAGATAATTTATATCTAGTATCTGGACTTAATTTACCTTTAGTAATGGAGTTAATGCTT +ATTCAAGATGAAAGTAACATAGATAGTATGATACAAAATGCTTTAGAAACATCAATCAAA +ACTATTAAATATTGTAATCCAATTATTAAGGCAGTAGAAGTGGAAGAAGAATTTTAA +>group_992 +ATGCTTGGTATAGTTAAAGACCATCACTCTCAATCAAAATTTAGAGGGATAATAAAAACG +TCACCAGTTTTTGATGATCTATTCGGCATAAAAGTTAATAAAAATAAAAACTGTTTAAAG +CATGTCTTAATTAAATTAATTAATAGAGATTATAATGAATATAAAGTGATGCTATATTTT +AGTTCATAG +>group_993 +ATGGAGGATACAGATTTTTATAATGAGACTTTAGAAGAAATATTAAATTATAACTTGGAG +TTGCTTACTGAGAAAGAAATTATTAAGCTAAATAAAAAATGTGAAGAAATTCAAATTGAG +TCTATTTTAAACAATAATCTAGAGGAGTCTATAGATTTACCAATTAAAATAGAGAAAAAA +ATTATAGATGAAGAATTAGATTGTTCACTTATAAAAGGGCAGTACATAATAAATTTAATG +GACTTAGCACGTATAAAATTTGACAAAGGTAAGTATGATGAAGCTGCAAAATTATATTGG +GAAATCTTAAATAAAGATAGTAAAGAGTGCTTAAGTGATAAGAATTTTATAATCGCAAAC +TTAATAGAATTAGGTAATGATGTAACTTTAGTTTTAGAAGAGATTGAAAGATATAAAAAT +GATTATAGATATAGAGAGATATTAAAAGAATATAAAAATAAGAATTTTGATAAAGTTAGA +TCGATGCTTTTAAATATATTTGAGGAAAATATAGAGAAGTTAGAAAAAACCCTATAG +>group_534 +ATGAATATAAGTTGGGATAATATAGACCAATTGGAAGATTATTTTATAACATATCTTCTT +TACAAAGAATCCAAAACAGTATCTCAAATTAGCAAGATTAGAAATATTTCAACAACAGAG +GTAAATGACCATCTGATAAGAGCTAAATTAGAAATAAAAGCAATGCTTAAAGATGAATTA +GAATCATCTAAAGATATTTTAGATAAATTTCTAGAATTAAATAAAGAAAAAAGAATTGCT +TTTATGGAAAGTTTACATGAAGAAAGGATGGTTGACTTTAAGAGAAGACTTTATAAGAGA +ATACTAATTGAAAGAAATGCTGAAGATTTAATGATTCTTATTTGGGCAACAGGTGAGCTT +AAGGATGATAGATTTTTAAAATTATTACATCCATTAACAAGCCATAGACATTCTGATGTA +AGAAGGATAACATATTCAGCACTTCGAAAAATTGAATCACCAAAAAGTAGAGAAGTTTTA +CAAAGAGGTTTATACGACACCAACGCACAGACTAGGCAATACTGTGCAAAGGCACTTTCA +AAAATAGGAAATGAAACAAGTTTAAAGATGCTAAGACAATTAAAGAATAAAAAGCAATTT +GAAAAAGACTATGTGTTGAGAGCTTATGATGAAGCTATTGATACGTTAGAAAAAGGTGAT +TAG +>group_417 +ATGAGAAAAATAAGCAGCATATCTTCACTCTGGGGAAGAGAGTATAAGCTTGAGGAAAAA +CTATTTGATACTTTAAGTAGTAAAAATGTTAATACTTCAAGTAAATATTCTCCAGATGGA +GGATTTGGAAAAGGACAATCAATATTAATTGATTCAATTATAGAAGCTACACATAAATAT +ATAGATTTACTTGATAATAGAAGTTATGTTGGAGCTATTGGAACAATTGAAGATAGTATA +TGTGTGGAACTTCAAAGTAAAAGTGAAGATATAATACAAATTTTATTTTATAATAAAGTA +AGTGGAAAATGTTTGGCTTGTAATTATAATATTAAAAACAATATATGTAATGAATATAAA +TTAAGAGGTCCAAGAAGTTCTAATAAGGAAAAAGGAAGCATACTATTTTTAGCTATGATG +CCTCTAATATTGGAGGATAATGAAGCTATAAGTTTATTTAATGAATATAAACTTTATAGG +GAAGAAACAAAAGATTTAGATGATGTAGCAATTAAGTTAATGGCAACTTTTTGTGATAAT +GTATATCGTAGAATATTAAAGGATGATTTAAAGCTTCTTATAGCAGAAGGTGAGCCTTTA +GAAAAGATAAATAAAGAAGATATAGATAATAAAAAAATAGCATATACAAAATTACTAACT +GGTAAATTTGAAATTGTTAAAGAAATAAAAGAAAGTAAAAAACAAATAGAAAACTTAAAA +ATAGAACAAGGAGAATTTAAACTAAATTTATCTAGAGAATTAAGTGAATATGAAAGAAGT +CAAATTATAAAACTACCTGATTCTCATAGAGTTTCAAAAACAGAAATAAGAATATGCAAA +GAAATAAAACGTAATTGGAATAATGGTGAAATGAAAATAGCAAACATCCTTTTAGAAGGT +GATGCAGGTTCAGGTAAAACACAAATGGCAAAAGCATTATCACATAATCTAGGACTACCT +TATACTAAGATAACCTGTTTTTCAGATATGGATAAATCAGATGTATTAGGTTCTATATTA +CCAGTTGCAGATAATGAAAATAATAATTCTGATAAAGAAATCGAATATAAATATTTCCCT +TCAGAAATAGTAAAAGCATTTACAGAAGGATATTTATTAGAAATACAAGAGCCTACAGTA +ATTCGTGATGCTGCAGTTTTAATGATTTTAAATTCAGCATTAGAACTAGATGGTACTATA +AATTTACCAACAGGAGTCGTCCATAGACATCCTGATTTCGTCGTTGTAATTACAACTAAC +AGAAATTATATTGGATGTAAACCCCTTAATGAAGCTTTAAGAGATAGAATGCAGCATTCA +GAGAAAATGGACTTACCAGAAAGAGAAGTTATGATCGAAAGAGCTATGGCGAAAACTAAA +TTTGATAGTATAGAGTTAGTTTCAAAATTAGTTGATGCAATAATAGTCTTAGATGAATGT +GCGGCTGCAAATGCTATACGAGGAGTAGCAGGGATGCGTTCATTATTTTTCTGGGTAGAT +GCAATAAAAAATGGTGAAGATATACGAGAGTCCATGTATTATAAAGTGCTATATAAAATA +ACTACAAATCCTGATGAAATAAGAATTTTGGAGGAAGTCGTTGAAAATAATACTTCTTTG +TTTATTGAAACCCAAAGAAGGAGGTAG +>pepF1_2~~~pepF1_1 +ATGGTTAAGGATAGAAACTCTATAGATTCTATATATAAATGGAATATAGATGAAATGTAT +AGCAGTAAAGAATCTTTAGAAAAGGATGTAAAAAAAGTAGAGGATTTAATAAGAAAAGTA +AAAGAGTATAGAGGTAAGTTAGCTACTAATAAAGATGATTTATATCAAGCGCTTAAAATA +TCTGAAGATGCATCAAGAATAGTACAAAATTTATATGTATATACTCATATGAAGCAACAT +GAAGATACAAGAATAAATGAAAATCAAGCTATGGCAACTAAAATAGAAATGCTTTCAACA +GAACTATCAATGGCAACATCATATATGGTACCAGAGATAATATCTATAGATGAAGAAAAG +TTAAATGAATATTTAAGCGCGAGTGAATTGAGTTTTTATAAAAAATATATAGATGATATT +TTAAGAGAAAAGCCACATACATTAAGTGAAAAAGAAGAAGAAATATTAGCAGCAGCATCA +GATATATCAGGTGTAGCTGAAAATGTATATGATATGTTATCTTTTGCAGATTTAGAATTT +CCTGAGATAGAAGATGAAGATGGAAATAAAGTAAAATTAACTCATTCTAATTTTTCTGTA +TTTTTAAAAAGTAAAAATCAAAGCGTAAGAAAATCTGCTTTTGAAGCTTTATACTCTGTA +TATGATAAATATAAAAATACATTTGCATCGACTCTTTATGGTGGAATAAAATCAGAAATA +TTTTATGCAAAAATGAGAAAGCATAAATCTGCATTAGAAGGTTCACTATTTAATGATGAT +GTAAGTGTGGATGTTTATAATAATCTTATATTAGCAATAGATGAAAACTTAGATTCACTT +AATAAATATGTAGATCTTAAGAAAAAGTTTCTTGGATTAGAAACAATACATATGTACGAT +TTATACGTACCATTAACAGAAAAATTTGATATGAAGATTCCTTATGAAAAGGCTCAAGAT +ATAATACTAAATGCTTTAAAGCCATTAGGAGAAGAATATTTAGATATAATAAGGAAGGCA +TTTAAAGAGGGTTGGATAGATGTTTATGAAAATGAAGGAAAACAAGGAGGGGCATACTCT +TGGGGTAGTTATGACTCACATCCTTATATCCTTATGAACTATCATGATGATTTAAATTCA +TTGTTTACATTAATACATGAATTAGGTCACTCAGTTCATAGTTATTATTCTAGAACTAGC +CAAGAGTATTTATACTCAAGCTATAAAATATTCGTAGCAGAGGTAGCATCTACTTTAAAT +GAATTATTATTAATAAATTACTTATTAGAGAATTCACAATCAAAAGAAGAAACAATTTAT +TTATTAAATTACTATTTAGAACAATTTAGAACTACTGTGTATAGACAAACAATGTTTGCA +GAATTTGAAAAACTTACGCATGAAAGAGTAGAAAATAAAGATCCATTAACAGCAAAAGAG +TTTACAGATATATATTATAATTTAAACGAAAAATACTATGGAAAATCTTGTGATGTAGAT +AAGCAGATTGGATTAGAGTGGGCTAGAATACCACATTTCTATTCAAACTTCTATGTATAT +AAATATGCGACAGGATTCTCTGCTGCGAGTGCGTTAAGTCAACAGATATTAACTGAAGGA +GAGGCCGCAGTCCAAAGATATATAGGATTTTTAAAAAGTGGAGGTTCAGACTATCCACTT +AATCAATTAAGAGCTGCCGGCGTAGATATGGAAAAGAAAGAATCTGTAGATCAAGCATTA +AGTGTATTTAGTGACTTAGTTGATAAATTAGAAGAAGAATTATAA +>gtaB_2~~~gtaB_4 +ATGACAGTAAAAAAAGCTATAATACCAGCAGCTGGATTAGGGACAAGATTTTTACCAGCT +ACAAAATCTCAACCAAAGGAGATGCTTCCAATAGTTGATAAACCAACTTTACAATATATA +ATAGAGGAAGCTATAGAGTCTGGTATTGAAGAGATATTAATAATAACAGGGAGAAATAAA +AAATCTATAGAAGATCACTTTGATAAATCAGTAGAACTGGAGTTAGAATTAGAACAAAAG +GGTAAAAAAGAAATGTTAGAAATGGTAAGAGATATATCTAACATGGTTAACATACACTAT +ATAAGACAAAAAGAACCAAAAGGACTTGGGCATGCTATACACTGTGCCAAGAGTTTTATA +GGGGATGAACCATTTGCTGTATTATTAGGAGACGATATAGTCGATGCAGATACTCCTTGT +TTAAAGCAATTAATAAATACTTATGATGAATATAAAACAACAATATTAGGAGTTCAAGAG +GTTGCAAAAGAAGATACAGATAAATATGGAATACTAGATGTAAAACATATAGAAGATAGA +GTATATAAAGTAAAAGATATGGTTGAGAAGCCTTCTGTAGAAAGTGCACCATCAAACATA +GCAATACTAGGAAGATATATAATCAATCCATCTATATTTGAAATATTAGAAAATCAAAAA +CCTGGAAAAGGTGGAGAAATACAATTAACTGACGCTTTAAAAACTTTATCTACTCAAGAA +GCAATATATGCATACAACTTCGAAGGAAGAAGATATGATGTAGGAGATAAATTTGGATTC +TTAGAAGCAACAATAGATTTTGCTTTAAAGAGAGATGGGTTAAGAGAAGATTTATTAAAT +TATATGAAAGATATAGTAGAAAAAGAAGGAAAATAG +>group_1183 +ATGGCACAAGCAGAACAATTCGCATTGTGTGATGTTGTTTTAACGGAAATAAAAGTAAGC +GGAGGTTCTACACATTCTTTTTCAACTGCTGACGAAATATCGTGTGAGCCGGTAATAGAA +GAAGGAGAGGCTGTAAACCTTACTATAAAAAATAAATTAATAGCATCTAAACAGACTCCT +GATATGGTACTAGGGCATGATATAACATGCAAAGACAACGTATTTACTCCGGAGTTATTA +GCAGATATACAAGGTGGAGCAGTAGCGAAAAAACTTGAAAAATTCTCTAAATATACTGCA +CCTAATGTTGGTGCTATGCCTTCTACTAAAACATTTGATTTTATAGCTTATGTTGAAATT +GTAGGAGATGATGGTTCTACTGGGGACTACTTAAAATATACATTCCCTAACTGTAAGGGA +TCTTTTATATCTCCTAATTTCAAAGACGGAGAATATTATGCAAATGAATATACAATAAAG +TCAAGACCAGCTTTAAATACTTCTCTTTATACTGTGGATTTGGTATCAGAACTTCCTGTA +GGAGTTTCTAAGTTTGTTCACCCAGCAGTAGAAGCTTTAGAAGAATTAGAAGAATAA +>group_994 +TTGTGCAGAGGTACAAGAATAAGGGAAATAGTTAGGAAATTAAAAACATTTTATAAAAAT +GAAACACTACTTGATATTATCCATCGTAGGAATATAATCATATGCTATTTAGACGAAAAC +TGTATATCAAATGGTGCTTATTTAAAAAGTAAAGATACTCAATATATTTTTATAAATACA +AAACTATGTGATTATGAGGCAAGAATGACCTATGCACATGAACTTGGACATTCAATTCTG +CATCCCAATGTAGATACATTTGTATTGAAAAATACTGATCCTATTTTATTAGCAAAATAT +GAAAATGAAGCTCAAATATTTGCAGCAGAATTTTTACTTGATGATGATATCTTATATAAA +TATCATGGTCAAAGTATATTTGATATAGCAAGAGAAGAATATGTTTCAGTAGAGCTAGTA +AAACTTAAATTAATAAATTTACATAAATCTAATAGCTTAAATAAACTTAATAATTTAGAA +GAATCCAATTTTGATGACTATCATGCAATTTAA +>group_418 +ATGAAGAAAAAGATCGCATCATTGTTAATGACTATTATGGTATTAGTGTGTTCTATACCA +AGTAATAGTTTTGCAGATGAAAACAAAAGAACAATATTCATTAATATGGATAGAACAAGT +TTAGAGAATATGCTTGAAATACCTATCTTGAAGGAAGAGTTAGGTAAAAGAGGTTACATT +GGCCTTATGAATATAAGAGGTGACAAAGGCACTGATGACAAAAGGTCTTACGCATCTATA +GGAGCTGGTCGTAAAGCAAATGTAGCAGCAGATGAATATATAAATTTTGTAGAAAATACA +GAAGTAAATTCAAAAATATATGAATCTTCAGTTGGTGAAAAACCTAAGGCTATAAATGAT +ATAACTATAAATATGTCTTTAGCAGCAAGTAAGAACGGTGAGTATGGAGCAACACTAGGG +ACATTAGGTCAAACATTATCAGATAATAACGTCAATTACTCAGTGCTTGGTAACGCAGAT +ATGCAAATTAATGACCAACTGGTGAAAAATAGAAACATAGGCTTACTTGCTATGGATAAT +TACGGAAGAATACCTTCTGGAAATATTGAAGGTCTAAATATAGAAGACCCTTCAATGCCA +TTTGGAATTAGAACCGATTATGATACATTAATTACTGAAACTAATAAATATTATAATAAT +AGTGATGTTTTATTTATAGAATTAGGAGACACATATAGATTAGATAATTATAGGATGAAT +CTTAATTCAAAAACACTAGAACAAATGAGATCATCTATATATAGTAATATAGACAAATAT +CTAAGGGAAGTACTTAGTATGGTAGATGAAGATGATGTTATATACATAGCTAGTGTTTTC +CCAAATGAGTTAGATTATAAAAATAAGAGAAGACTATCTCCTGTAATAAAATTATCTGGG +GATGGGAAGGGTATATTAGCATCATCAACAACTAGAAGAGATGGTATTATATCTAATATA +GATTTAAGTGTAGATATATTAAATGAATTTGGTTTAAGTAATGAACTAATGTCTGGAAGA +GTTTTATCATTTATTGATCAAGATGATAATATTGATTATTTATCTCATGAGTATGATAAA +ATAGTTTCTATATCAAAAACAAGATCTGATATAATTAATACGTTTGTTATTATTATAGCA +GCTTCTTGGGTAATTGGAATGCTTGCAGTATTCGCTAGAAATAAAATACCATATAAAGAA +AAAGTATTTACAGTAATAAAAGAGCTTGTAAAACTTGGAATAATAATGCCTCTAGCATTT +TTAGTGGCACCTTTAGTAAATTATAGAACAGAATTTAGTATAGGAACCACAATAATTATT +TCAACTTTAGTTTTATATGTACTTGGTAAAGTTTTATTCAAAGACGATATAAAAAATATG +GGATTCTTTGCTTTTTTAACTATTATGATAATAGCAATAGATTCAGTATTTGGAACTTAT +TTAATGCAAAATAATATAATGAGTTATGATGCCTTAATCGGAGCTAGATATTATGGTGTA +GGAAATGAATATGAAGGAGTTACAATTGCAAGTGCTATATTTGGTTTTTCAGTTTTACTA +AACTATAAAAAGATTCCGAAGTGGTTAGCAGCAGTAGCATTATTCATAATACTTATTACT +AGTGCACATCCAGCGATGGGAGCTAATGTAGGTGGTGCAATTTCAGAATCTATAGGATAT +TTATTATTTGTTATGCTTATATTTGATATTAAAATAGATTTTAAGAAAATTATTATTTTG +GGATTATCTGCGGTGGCTGTTGTAGGAGTATTTGCTTTATTTGATTTAGTATCAGGAAGC +CAGTCTCATTTAGGAGCTTTCGTTAATCAAATATTATCAGAAGGACCAAGTGCTATTATA +AGTACATTTGCAAGAAAGATACATATGAATATAAAATTAGCTCAAACTAGTGTATGGGTT +AATATATTACTTGCAGGTATTGCTGTAATAGGAGTTCTTATATTTAGACCATCAGAGCAT +TTTAAAAGAATATCTTCAAAATATCCTATTATATTTAAAGGATTCATAGCTTCAATGGTA +GGATGTGTAGTAACTCTTTTAGTTAATGACTCAGGGATAGTGGCAGCTTCAACTGCATCT +ATTTATATTCTGATTCCAATTATTATAATGAGTATAAATATGATCATATTTGAAGATGAA +AAATAA +>group_536 +ATGGAATTACCTATTGGTAAAGTTATATATAAATTAAGGAAAGAAAAAGGAATAACACAA +GAAAATCTAGCTAATGCGGTGGGTGTATCTGTAGCAGCAGTATCAAAATGGGAAAGTAAA +AATTCATATCCGGATATTACTATATTACCTTCGATAGCTAGATTTTTTAATACTAGTATA +GATAATCTTTTAAATTATGAAATTGAAATTTCTAATGAAGAAGTCATGAAAATAAATATA +GAATGTGCAAGATTATTTGAAATAGATAGTGCAGAAAATGCTATGAAGACTTGTGAAGAG +TATATAAGACAATATCCAAATAATTTATTTTTGAAATTTAGAATAGGGTCTCTTTATATG +ATGTCTTTAGCTAGTGCATCTAGTGAAGAAGAGGCACAGATGATACTTAATAAAGCTATA +GAATTATTAGAGCAATCAATGAATAGTAAAGAGCAAGAAATAATGGAAACATCAAAATAT +ACATTAAGCTCTTTATATACTATGAATGAAGAATATGACAAGGCAGAAGAAATTTTACTA +AGTTTGCCCAAAGTTACAGCTGATAGAGATGACATGTTAGTTGGATTATATATTAATCAA +GGAAAGTATAATGAGGCAAAAAAAATCTTAAGAAACTTAACGTATAAGAGAATAAGTAAC +ATAAAAATGTCTTTGGATAGTTATATAAGCTTATTTATGAAGGAGAATAATATTTCAAAT +GCTAAGGAAATATTAAACATTCAAGGTGAGTTATTAAGAATTTTTAATTTAGAGGATATA +TATGCAATTGGTACAAGTCTAATGTCTGTAGAAGTATACTCAAAAGAAAAAAATATAGAA +AAAACATTAGAGCATATAGAAAAAATAATAGATAGTGTAAATCATGAGCACAATCTTGAG +GGACATTTATTATTTGATGGGATTGAATTATTTGAAGGAGTACATTCGAAGTCATATGTT +GTGGCTAATTTAAAGAGGGTAATTAGTGAAGATAGATATGACTTTATAAAGAATGATAAA +AGATACAAAGATATAATAATGAAATTAGAAAGTCTGATTTAA +>group_419 +ATGAATTTAGTAGGAATTGAAGAAATAACTCCATATAAAGATTCATTTGAATTTAAGCTT +TTTAAGTATGATGATAAAATAGAGTTAGGGAATGATAACTCATTTATATGCGATTTAAAA +GTAATAATAGAGAGAATAGATGAAATTTATAGAGATAAATTTGAACAAAGTTTTAAAGTT +ATAGCTTTAATAAAGAATTTAACTATAGAAGAGATACCTATAGATGATATAAAAGAGTTC +ATATTAGATGAAGTTTGGATAGAAAATCTAGAAAAAGATAATATAGATGTAATGTTTATA +AAAGGGGCTGCCTCAAAATAA +>group_1515 +ATGAAATTTAAATATTTAGCTCTGATAATGATTATTATAAATATGTTTTATATTAATCCT +TATGCAGAAAATTTAAAGCAAGATGAGATTATAAAAGTAGGTGTATATGAATATAAACCC +TATAGCTATATCGGAAAAAATGGAGAAGTAAAAGGATATTATCCTGATTTATTAAGTTTA +TTACAAAAAGAAAGTAACTTTAAATATGAATACGTAATATGTGATTTTAGTGATGGTTTA +AAACAGCTTGAATATGGAGATATCGATATAATGTTAGGTTTGACCATTACTCAAAATAGA +AAAGAAAAGGTTTTATTTAATAAAAATAGGATTGCTATCGAAAAACACGGTATTTATACT +AATAAGAATATTGAATATGGTGATTTAGAAAAACTTGATGGATTGAGAATTGGGTTAGTA +GAAGAAAGTGGTAGCAGTGAATGGATATTAAGTTATTTGGAATTTAAGAATATAAAGGTA +GAACCTGTGTTTGATAAGAAAATTCATAACTTAGAGGATTTACTAAAAGAAGGTAAAGTA +GATTTAATCATGGTTGATGCTGGGATAGATACGGAATACAATTTAGTATATGAATTTACA +GCAGACCAAGTTTATATAGGTGCAAACAAAAATAAAGCTTATATAATAGATTATTTAGAT +GAACTAATAGAAGAAAATTCAAAATATGATGATAATGCTATAGTAGAATTATGGAACAAA +TATTTTAATCCGGTAGATAAATCAAACTACATACAACATGTGTCAATGGCTATATTGCTA +ATTATTATATTGGGAATGGTATGTATATTTATAATAATACCCAAAATGAAATTAAGAAGT +ATTAAAAGCAAAATAAGAAACAGAATGAATAATAATAGTTATTTTTTACATTACCAACCT +ATATATAATCCAAAAACTAATGAAGTTGTAGCATTTGAAGCTTTAATAAGACTTAAGGAT +AAAAATGAAAATATTATACCACCGTATAGATTTATTTCTGAAATAGAAGATAATAACATG +TTAGCTGAGTTATCTATATGGATATTGAATAAAATCACTAGTGACTATTATATGATTAGT +AGCTATGAAAATATAAATAATATATATATATCTATGAATGTATCATTAAATGAAATTGAA +AATGAAGAATTTGTTGATAACGCTATAGAGATATTATTAAAGTCAAATATAGAAAGTAAA +AGAATATGTCTTGAAATAACTGAAAGAGTCAAGATGGAAAATTTAGATAAGCTAAATAAA +TCTATAAAAAGATTAAAAGATGCAGGATTTAAGATAGCAATTGATGATTTTGGTGTAGAA +TATTCTAATTTAGATGTATTAAAAAAGTTAGATTTTGATGTTATAAAGTTGGATAAGTAT +TTCATAGATGATGTATGTGATTGTAATATAAAAGAAGAGATTATAATGTTTATGTCTAAA +ATAGCTAAGAGAAATGGTAAAGCATTAATTATAGAAGGTGTAGAAGATAAATCTCAAAAT +GAATTGATTAAAAGTATATATAATGAAAGATTATATGTACAAGGATATTTATATAACAAG +CCAATGCCTATAGAGCAAATAAAGTTAATATAA +>group_1516 +ATGGAAAATTCTAAGAAAATATATGATAAAAATATAAGGCATGATTATGATAATAAAAGA +CATAAAAATGTATTTAAATTAGTAATTTTTTTAAAAGTGATATATATAGTACTTTCTTTG +ATATCAACATTGAGTATAGCGCTAGGGAACCAATTTGATATTAAAGATAATATGTATATG +GTAAGTGTAATTTCTAGTATAGTTGCAATTATGATGAATTACTATTTATCATGGTCTTCA +AATTATAGTAGGGATAGAGTTTATGAGAAAGCTGAAAAAAGGGACTATATTGAAAGCTTT +ATCTTAATGATTATATTTATATTAGTAATCTCAGCTACAGGTCTTGAAGGTAGTGATTAT +AAAATACTTAGTATTTTAGCTGTAATAATAGGAGCCATACAATTTGGTCAAAAATATAGT +ATAATTATATCTATTGGTTATGCAACTATAATAATAGGTATAGACCTTTTATTTAAGGGA +TCTGTAAGTAAAGGATATATACTATACTTTGAGAAAGATTTAGTATTAACAGCTATATTA +TTTATAATTTCTATTGTACTAGGAATGTATGTTGATACAGAGAGGCAGTATTTTAAGGAA +TTAAAGAATGTGGCTAATATAGATGAATTAACAGGGATTTATAATCATAGATACTTTCAA +GACTCTTTAAGCAAATTGATTGAAATATCAAGTATTAATCATACTGAAATATCTTTACTG +TTTATGGATATAGATTATTTTAAACATTATAATGATACACACGGTCATCAAGCGGGAGAT +TTGCTACTAAGAGAAGTCGGTAATTTATTGAAAATCTGCACTAGGAGTGAAGATATAGTA +GCTAGGTATGGAGGAGAAGAGTTTGCAGTAATACTTCCAAATACAGGTCAAGAAGATGCT +ATTAAAGTTGGAGAGAGAATGAGACAACGTATAGAGCAAACACATTTTAAAGGGCAAGAA +GCTCAGCCAAATGGGAAATTAACAATGTCTATTGGGGTATCTACATATCCTACGATAGCA +TATAGTAAATATGATCTTATAAATACTGCGGACCATGCTCTTTATAAAGCTAAAGCATTT +AATAGGAATAGAGTAGAGCATTATCATAGTATATTAGATGAGCTATATGAAAATAATCAA +GTAGATAAAGATGTGCTTGATAATTTAAAAAAATTAATCAGAATGATCAATCAAAAAGAT +AAATATACTTATGGGCATGTAGAAAGAGTAGTTAAGTATTGTAAAGATTTTGGAAGATAT +TTAAAATTAAGTTCAAGAGAACAGATAGACTTGCAAATAGGAGCTTACTTACATGATATT +GGTAAGTTTGATATGCCTAAAGAAGTATTAAATAAAAGGAATAATTTAAATGCTGAAGAA +TTTAAAGCTTTTAAAAATCATTCTATAAATGGAGAAATTATTATTAAGGATATAGAGTGT +TTAAGGCCATTTATTCCTATGGTTAAGTATCATCATGAAAGATATGATGGTAAGGGATAT +CCAGAAGGATTGAAAGAAGAAGAGATACCATATTTAGCAAGAGTTCTAGCTATAGTGGAT +AGTTTCGATTCTATGACATCTACTGAATCATATGTAAGCGAAAAAGTTATAGATGAGGCA +ATATCTAATTTATTAGCTGGTTCAGGAAAGGCATTTGATCCTCAATTAGTAGGGTTATTC +GTAGAGATGATAAATAAAAATAAAAAAAATAGTATAAGACCTTAA +>group_997 +ATGAACTATAATATGTATTCAAATAATACGAATGACCAGATAGACCCTAATTATATATAT +CCTAGACCGTATATCGATCCTATGATGTATATGAATCCATATATGATGAACGGAGCTCAA +TATGCAGGATATCAAATGAACCCAACAATGAGTGGGTATACTACTTATAGTAATCCATAT +GCAGAAAATCCATCAAATCCCGATTTATCACAAATAGATAATGATGCTGTATATCCTACT +ATAGAAGACTATAGCTATCCGGATATAGAGGCATTTTCGTCAAATATACCTAATATGAAT +ATGCAAGGCATGCCTAATATGAATATGCAGTGTACCCCTAATACAAACATGCCTAACATG +AATATGAATGGTATGGGTATGCCTGGTATGAATATGCCTAATACACCTCCTATGCAAGGT +GTGCCTAATCTAATGTATCCTGGGATGTTCCCTAATATGTATATGATGCCTAACATGATG +TACCCTGGGATGTTCCCTAATATGTATATGATGCCTAACATGATGTATCCTGGAATGTTT +CCTGGTATGCCACAAATAAATATGGAGGAATTTGACGAGGAAGAAATGTAA +>group_1186 +ATGGAAAATATAAGTAAAGTATTTAAGGCCTTAAGTGATGAAACTAGACTTAATATATTA +GTCTTAGCATCTAAGAGAAATATATGCCAAAAAGGAATATCTAAGTTTCTAGGCATATCA +GATTCAGCTGTATCACAACATATAAAAATACTTAAAGAAGCTGGAATACTTAAGGGTATT +AAAGAAGGTTACTTTGTATTTTATAGTGTTGATAAAGAAGCTTTTAATCAATGTGTATCA +TTTATTAATTTTATTAAAGGAGATCCAATAGATATTTTTATCGAAAATGAGAATTTAAAT +TCTATAAATAATATTGGATGTAAGAGTAATTGTAAATCAATAAATAAGTGTTGTAAAAAG +GGAGGATTTTAA +>group_998 +TTGTATTTTGTGAATGCAGTAGATTTATATGCTGTGGAAATGGTAGGTTTACATGTTGCG +ACAGAGACAGATGTTGTGATAGAGATAGAGACAGAGACAGATGTTGCGACAGAGACAGAT +GTTGTGATAGAGATAGAGACAGAGATAGATGTTGTGACAGAGATAGAGATAGAGACAGAC +ATAGATGTTGTGACAGAGATAGAGATAGAGACAGACATTGTTGTAACTGCTTTAGATGTC +GTAGATAGTCATATAAATTGGCTATAA +>hisK_2 +ATGAGAGACGGACATGTACATTCTAAATATTGCCCGCATGGTACCAAGGATACATTTGAA +CAATACTTAGAGAATGCTTTAAAGATTGGTTTAAAGGAAATAACTTTTACAGAGCATCTT +CCTTTACCTATAAACTTTAAAGATCCTTCACCTAAAAATGATAGCGCTATGAAATTATGT +GATATAGATAGTTATATTAATGATATTAATAATATTAAAGAAAAATATAAAGATGTTATT +AAAATTAATTTGGGATTTGAAGTTGATTTTATAGAGGGCTATGAGGAAGAAACTAAGCGT +ATTTTAGATAAATATGGAATATATTTTGATGATGCAATTATATCTGTTCATATGATAAAA +ATAGAAGGTGATTATCATCTTATCGATTATAGTGTAGATGAATTTGAAAAACTAATTACA +TTATTAGACGGGATAAATAATGTATACAATAAATACTACGAAACAGTTCAAAAAGCTTTA +GATGCTGATTTAGGTAAGTATAAGCCTAAAAGAATAGGACATTTAAATTTAGTTAGAAAG +TTTAATAAAGTGTTTCCTTATGATTATTCTAATAATAAAATATTATGTGAATTAGTGAAA +AATATTAAGGAAAAGAATTACGAACTTGACTATAATATATCAGGAAAGAGAAAAGAGCAT +TGTAAAGAAGCATATATTAGTGGAGATTTGCTGAATTTAGTAAAGAGTTATGATATTAAT +ATGGTTTTAGGTTCAGACTCTCATTGCGCAAATGAAATTTTATGTCAACAAAATAACATT +AATTTAATATATTGA +>skfE +ATGATAGAGATAAAAAATGTTGTAAAGAGATATAAAAGAACAAAAGCTCTTGATAATATA +TCATTTAATATACATGAAGGCAAAATAACATGTATATTAGGAATAAATGGAGTGGGAAAA +TCCACAATACTAAAGGCTATATCAGGTCTAGTAAAGTTAGATGAGGGAGAAATATTAATA +GATGGAGAAGCTATAAGCAACAAAATATATGATAAATTAGCTTTTGTTCCAGATATAGAT +ATACATTTTCCACAGCTAAATATAAAAGAAACATTTGAATTTATGAGCGTATTTTATAAA +CATTGGAATAATGAAAAAGCTTATGAAATGCTTAAGAATTTTGATATAACGGATGATAAA +AAAATATCTGATTTATCAAAAGGAAATAGAGCAAGAATAAAAATAATCTTAGGTTTTGCT +CAAGAATCAAAATATATTTTACTAGATGAGCCATTCTCTGGTATTGATATATTTAAAAGA +GAAGAAATCATAAAAATGATGGTAAGATATATGACTGATGAACAAAGTATAGTAATTACA +ACTCATGAAATACCAGAAATAGAAATGATTGTAGATGATGTAATACTTATAAATAATGGG +AAATTAGTATGTGAATTTAATGCTGAAGAAGCAAGAGAAAAAGAAGGAATGTCAATCGTA +GATAAAATGAGGGAGGTATATAGGGGTGAATAA +>group_1561 +ATGAATAAAAGACTTATATCAATCATATCGATATTTTCTTTATGTGTAGCAATGACAGGA +TGTTCAAATAAAAATAATGATTCATCTAGTAATTCTACAGAGAATTCACAAATAACAACA +ACCTCACCAAAGAGTGAATCAATAGGAGAGATAGATACATATATAAAGCTATCAGATAAT +AATACAACAGTAGATGGTGAAGGGGTGACTGTTGAAAATAACACTATTACTATTACAAAT +GCAGGAACTTATAGTGTAAGTGGGAGTTTAAGCGATGGGCAAGTAATAATTAATACTAAT +AAAGAAGAAAAGACCTATATTCTTTTAGATGGTGCTAATATTACATGCTCTAATAGTGCA +GCTATTAATGTTATAAGCTCTAAAAAGACAGTTATTTCTTTAGCAGACGGAACAAAAAAT +TATATAAGAGATGGTTCAGAGTATGTTTTTGAAGATGAAACTACGGACGAACCTAATGCA +GCTATATTTAGTAAAGAAGATTTAACTTTCATAGGAACAGGATCTTTAGAGGTAAGTGGA +AATTATGATAGAGCTATCGTAAGTAAGGATGATTTAGTAATACAAGGTGGTAATATAAAT +GTTACTTCAGTTGGAGATGCATTAAGAGGTAAGGACTCTGTAGTTGTGACTGGAGGAAAC +ATAACTATAAATGCAGGTGGAGATGGAATTAAATCCAACAACACTGAAGATACATCAAAA +GGATATGTATCCATAGAAGGTGGAAAGCTAGATATTACAGCAGGTCAAGATGGAATACAG +GGTGAAACTAATACTTTAATCAAGGATGGAGATATAAAAATTTATTCTGGAGGAGGAAGT +GCCAATAGTAGTAGTGATAAAAACAATAAAGAATGGGGTAACTGGGGAGGAAGACCAGAT +CAGATACCTAAAGGACCAAATGAGCAAACTACTACGACAGAAAATACAGATACATCTGAA +GAATCAACTAGTGCAAAGGGTATTAAAGCAGGTGTAAACATAACTATCGATGGAGGGACT +ATTGATATAGACTCATCAGATGACTCTATTCACTCAAATGATAGTTTAGTGATAAATAGT +GGTAATATAAATCTATCTTCTGGAGATGATGGAATACATTCAGATTCTACTTTAGAAATT +AATGGTGGGGATATAAATTTAACTAAGTCATATGAAGGTATAGAAAGTGAAGTTATAACT +ATTAATGATGGGAAAATACATGTAGTAACAAGTGATGATGGTATGAATGCAGCTGGAGGA +AATGATGGTTCTTCAATGAATGGTAGACCAGGTCAAAATAATTTTACTTCTGAGAGTAAT +GGGGCAATAAATATTAATGGAGGATATATTGTAGTAGATGCAGATGGAGATGGAATAGAT +TCAAATGGTAATATCGAAATGAATGATGGCGTTGTTATCTTAAATGGATCAACTAATGGT +GGAAATGGAGCATTAGATTATGATGGAAACTTTAATATATCAGGAGGAACTTTAGTAGCA +GCAGGAAGTTTAGGCATGGTTCAAACTCCTAGTGATGCATCGAGTCAAAACTCTTTAAAT +ATTAGTGTATCACAGCAAGATGCTAATTCTATAATACATCTTGAAGATGAAAGTGGAAAC +AATGTATTAACATTTGCACCATCAAAAACTTACCAATCTGTTGTGGTATCTTCTCCAAAA +ATAAAATCTAACTCGACATATAAAGTTTATGTCGGAGGAAGCTCAACAGGAACTCAAAGT +GATGGATTATACTCAGGAGGAACGTATAGCAAGGGAACTGAAGTTGGAAGTACTATAGTA +TCAAGTAGTATAACAAGTATCACTCAAGATGGAGTTTCATCAGGTGGAAGTATGGGAATG +CCTGGAGGTGGCAGAGGTGGAAACAAAGGTAATATGCAAAGTGCACCTCAAAGCAATGTA +CGAAACGAAAATATTCAACAAGGTAATATTCAGGGAGAGATTCAATAA +>group_1191 +ATGTTTAAAGAAATCTATAAACACTTGAAATTAAAAGGGTTCAATGTATATTCAATTGGT +CAACATGAAGGAATATGCAATGAACCTTATTTAGTTATAAAAGAAAATGGAGAAAGTGAG +ATAGCGGGAACAAATCTAAGTAATGATATAGTCGAAATACTTATCTACTATCCTAAAGGT +AGTTACTCAACTTTAGAGGATTACCGCACTAAAGTAAAAGATATTATGAAGGATCTATCA +AAACTTAGAAGAGTTGTTAATCCTTCTCCAACGATAATTGATGATGATAAAAAGGCTTAT +ATGACATCTTTTTATTATCGAAAAATAAAACAATTAAGAAAGTAG +>nhaP_2~~~nhaP_1 +TTGTTTTCTACAAAGGATGAGAGGCTACTATTAAAAAATATTATAGTAAATATAGAAAAT +AACAATAAAAAATATAAAAATAAAAAGTTGACTAGGTCAACTTATGAGACTATAATTGTT +TTTATTAAATCAAGAAGTCATATTGTAGTACAGAAGGAGATGAATGATATGGAAAATACA +ATAGAGGCAATAGCAACTAATAATTTAATCTTCATATTCGCAATTATAGCTACAACTGGT +ATTGTTTTAGGTAAGTTAAGTGAAGTATTAAAAATACCAGATGTTATACTATATTTAATA +GCGGGGATTATAATAGGACCGTCTATGCTAAAAATAATAAGTGTTCAAGCTTATCCAATT +GAAAATAACCTTATACTTACTTTTGGATCAGCATTTATATTATACGAAGGTGGTAAAGAA +ATAAATTTAAGAGTACTTAATAAAGTTAAAATAAGTGTAGGAATGTTATCAACTATAGGT +GTTGTAGTATCAGCATTTGTTGTAGGACTAGTTTCGAGTAAGGTATTTGGACTACCTTTA +ATGACAGCTTTACTTTTAGGTTCAGTAATAGCATCAACTGATCCTGCAGCCCTTATACCA +GTTTTCAAACAAGTAGCTATAAAAGATAAAATAAAACAAACAGTAGTCAGTGAATCTGCA +TTTAACGATGCGGTTGGTGCTATCTTAGTTTCTACTTTACTTGGAATCATAAGTAAAGGC +GAGTTTTCTACAATGAAAAGCTTAGAGGAATTATTAATATCCACATTAGTAGGGGTAGGA +TCAGGAGCTTTAATTGGATATGTTTTAACTGTTCTTGTATCAGAGAAAAGAATAGGAATA +TTCCATTCTTATGCCCCAGTAATGTCTATATTAAAAGTTGCGTTAGCCTATGAATTAGCA +ATTTTATTCCATGGAAGTGGATATATGGCAGTGTTTATAGCAGGGCTTATAGCTGGAAAT +AAGAAATTATTTGGACTTTGGATACCAGAAGTAGATTTCCATTCAGAACACTGTTTTTCT +GAAAGTATTAGTTCACTAGCTCGTATGGCAATTTTCGTTGTACTTGGTACACAAGTTAAT +TTAGAAGCACTTAGTAAATACTGGTTACCATCATTATTAATAGTATTAGTGTTAATGTTT +GTAGCAAGACCGCTTGTAGTATTGATTTCAACTGCATTTGATAAAAATGCACATTGGACT +TTTAAAGAGAAATTATTTATGATGTGGGTAAGAGAAACCGGAGTCATACCAGCTGCATTA +TCAGGTATTATAGTTTCTATGAAACTTCCTGGATATGAAATAATATCTTCAGTTGTATTT +ATGACAATACTTGTAACATTAATAGTACAAGCTAGCACAACTAAATTAGTAGCGAAAAAG +CTTGATGTATTAGAAGAAGATGATATAGTAATTTTAAAAGAATTAGCATAA +>group_999 +GTGCGTAAATATGAGTGGATATTATGCCAGATATGTGGAAATAAAACAAGGGTTAAAATA +TGTGATGATACAGTGATTGAAAACTTACCACTATTTTGTCCAAAGTGTAAGCAGGAAACT +ATAATTAATGTAAAACAACTTAATATTTCAGTTATTAAAGAGCCAAACACTAAGATGCAG +AGCCGATAA +>group_1000 +ATGCTAAGTATAACGGTAAACAAAGGTATACCTATAAAGATTGTAGAAAGACTTTTTACT +GATTTTACAAACTCTGCTACATATAGAAGTAAGAAATCGTTAGATAAGTGGTTTAAATAT +ACTAAATGCATGATTATGGGGCTATCAATAAGAAAATCTCGTAAAAGAAGTAAAGAGATT +AAAAAGAGAGGTATATCTAAGAATCAGATTTGTGTGGCTATAGCGTTGGATAGACAAGGT +AATTTAATAATAGAACTTTTATGTAAAGTTAGAATGACTCACAAAGAGCTTGAGAGGCTT +TACAAAGAACATATAGGAGAAGATAGTCATAAATCATATATTCAATTTGCTACAGATTTT +AATAATGAGTTAAAAGAATGCTATAATAAAAACAATTGCACAATCATTATATAA +>group_1159 +TTGAAATATTTTTTATCATTTCTATTAATATTATTATTTATTTCTCCTAATATAGAGAAA +GATAAATCTATATCAGAAGTTTGTAGAGATGGATTTTTTAGTTATATAACTTGCTTAGAC +AGATCATTTAATTACGCCAAACAAAATATTCCTTTTATCTCGACTTTAACAGAGTTTGCT +TACGAAAAAACTTATAATAAGATTATGAATACTAGATCTTTTACTAAGCATCTTGTATCT +TCCGGTGAAACTATCGATGATATAATAAAAAAATATAATTTTAATATAACTAGTAATGAT +TTAGATGATTTTAGAAAAATCATTTATAAAGAAAATTCAGATGTTGTTTCAGAGGATTAT +AATGTACAATCCGGTGAATATATTTTTGTTCCTACAGAATAA +>rhaR_4~~~rhaR_1 +ATGCTTAAAACAAATTTTACTTACAATGATATTTACAACTTAATTACTTCTGTTTTAGAT +AGTTCATTTAATATTAGTGTCACTAAAATACATGATGTTTTTGATTTTACTAATTATCTT +GATATTGAATTTAGAAGAATAATTTGGCCAGATTATAACTATGAGAATAATTATAATTTA +GATGATCTTTCTCAAATGAAGAAAGGAGCTTTATGTATAGTACAAAGTGCTATGGAATTT +ACAACAATAGTATTTTCTTTTCCAAGAGAAATATCAAATGATATATTAGTTATTGGTCCA +TTCTTAGAAATTGAACCTAATGATGAATATATAATTAACTTATTAAAGAAAAATCATTTA +CCTGAAACCCTTAGGAAAACTTTTTCGGTGTATTATAATTCACTTCCTATTGCAGATTCT +ATGAAGGTGATTTTAACTTTAAATACACTTTTAGGAACATTTATCTCAAATTATGATCCT +TCTAATTTGTACTATGTAGATTTTTCTAAAGATAAACCAAAATTAGCTAATTATAATTAT +GATGATGATTCAAATTTCTATATAGAATACCATAAAAAATATAAATCTTGCCTCGAAGAT +ATATTTAAATATATCCGATTTGGAAAAGATGCTACTCAAAGATTAAATGATTACCTTGAA +TTAACAGGTATATTAAAAGATAAGTCAGTAGAAAAAATAAAAAATAATTTATATATTTTA +AATACACAATTTGAATCAGAGCTACTAAAAGAGCCTATATCTCCAGCACAAGTAAGGCAA +CTATCTCTTAAAAATCAATTAGAAATAGAAACTGAATCAAATAGAATTCGGTTAATAAAA +ATGCCTTATAAGATGTTAAAAATGTATAGCATTTTAGTTTCAAATTATAACCTGCAAGAA +TACTCATATACAGTACGTGCTGCTATAGAATATATTAACTTTAATTTGCAAAGTAGCTTA +TCTTTAGCGACTATATCAAGTGCAATTGAAAAAAATGCTTCATTTTTATCTAGCCAATTT +AAGAAGGAAACGGGTAGTACTATTACAAAGTATATCCAAAAAAGGCGAATTGAAGAGTCA +ATCAGAATGCTTACTTATACTGATCTAACTATCCAAGAAATTTCCCATTTGGTTGGTATT +GATGATTTGAGTTGGTTTTCAAAGTTATTTAAAAGTTTTACTAATATGTCACCTACTAAA +TATAGAGCTGATATGCATAAATCTAAAAAAGATGCTAACAGTTAA +>rssB~~~walR_5 +ATGAATTCATATAATATTTTAGTTGTAGAAGATGAAATAGAGATAGCAAAAGCTATAGAA +GCTTATTTGTTGAATCAAGGCTATAATGTGTTTTTGGGTAACAATGGTATAGATGGGCTT +GAAATTCTAGAAAAGAAAAATATACATTTAGCTATAGTAGATATAATGATGCCTAAAATG +GATGGAATAACATTTACTATGAAGGTGAGATTAGAACATGATTTTCCAATAATCATGTTA +TCAGCTAAATCAGAAGAAATAGATAAAATAACTGGATTAAATATAGGTGCAGATGACTAT +GTAAGCAAGCCATTTAAACCATTAGAATTACTGGCTAGAGTAAACTCACAATTAAGACGA +TATAAAAAATTTTTAGATATGAAAGAAAATAATATTATAAATAGAAATCTATATACTGTG +GGAGGCATTGAATTAGATAGCAGTACAAAAAATGTAACTGTTGATGGAAAAATTATAAAA +ACTACTCCTATAGAGTTTAAGATTTTAGAATTAATGATAAAAAATCCTGGAATCGTATTT +TCAGCTGAAGATATATATGAAAAAGTATGGAAGGAAAGAGCTGTAAATACAGATACAATA +ATGGTTCATATTAGAAATATAAGAGAAAAAATAGAAATAAATCCTAAAAATCCAAAGTAT +TTGAAGGTAGTATGGGGAGTTGGATATAAAATTGAAAAACAATAA +>group_1192 +ATGGAAGATATTCTTAGTGAAGTTAAAATAACTTTAGGATTAAGCTCGTCTGATAAAGAT +GAGCTTTTAAAGTCTTTAATACGAAGAAGTTCACGACAAGTTGAGAACTATATAAAAGAA +AATAGTGTACCTGAAGAACTTGAATATATAGTTGCAGAGTTAGTTATAGCTAGGTATAAC +CGCATAGGTAGTGAAGGTCTTAATAGTGAAAATAGTGATGGAGTAAGTTTTTCTTATAAT +AATAATTCATTAGATGGTTTTAAAATGGATTTGGATAGGTACATTGCAAATAAAAAATCT +CAATTAGATAAAATTAAGGTGAGGTTGATATGA +>uvsE +ATGAGAGTTAGATTAGGATACGTGGCAATTGCATTAAATCTGGATAAAGTAACATCTTCA +AGTACAGTAACATATTCTAGATATTCTAAAATAAACTCAGAAGAAGAAAAGTTAAAAAAA +TTAAAAGAAGTTACTTATTCAAATTTGGAGGCTCTAGAAAAAATATTAAAGTATAATATT +GATCATAATATTCATTTTTATAGAATAACTTCTAACTTAATTCCTCTAGCAACTCATCCA +GATGTTATGTGGGATTATAAAAAGTATTTTAGACAAGATTTTTTAAATTTAGGAAATATT +ATAAAGAAAAGTAACATGAGGATTGATAGCCATCCGGACCATTTTAATGTGATAAATAGT +ACGAGAGAAAGTGTAATACAAAGCACATTAATTAATCTAAGTAACAGTGTAGATATATTT +GAACTTATGGATTATAAGTTGGGTAAAATGGTTATACACATAGGTAGTTCTCAAGGTGGC +AAAGAAGAAAGTATAAAGAGGTTTATAAGAAATTTTAATAATTTTCCTAGGAGAATACAA +GAAAGATTAATCCTAGAAAATGATGATAAAGTATTTACGGCAAAAGATGTTTTGCAAATT +TGTAAAGCTCTTAAAGTGCCAATGGTTTTAGATATCCATCATCACAATTGTAAAAATGAG +GGTGAAGATATAGGTGATTTATTAGAAGAGATATTTAACACCTGGAATGACGAAAGCATT +CCACCTAAGTTACATTTTTCAACTCCAAAAGAATTTGAAAATGATAGGAAACATGCAGAT +TATATAGATGCAGATAATTTTGCAAATTTTATTAAACTGGTTAAATCTAAAGTAAATAGA +GATATGGATGTGATGATAGAAGCTAAAAAGAAAGATAAAGCGATGTTAAAACTTATAGAA +GATTTAAAAAGAACAGATTTAGATTTTAAATTTATAGATGAAACTATTATTGAAGTTTAG +>tgt +ATGAGCGCAATAAGATACGAACTTATAAAAACTTGTAAGCAAAGTGGAGCAAGACTTGGT +AGACTTCATACTCCACACGGTGTAATAGAAACACCAATATTTATGCCTGTTGGAACTCAA +GCAACAGTAAAATCTATGACACCAGAAGAATTAAAAGAAATAGGATCTCAAATAATACTA +AGTAATACTTACCACTTATATATGAGACCAGGTCACGAGCTAGTAAAGGAAGCTGGTGGT +CTTCACAAATTTATGAACTGGGATAAGCCAATTCTTACAGATAGTGGTGGGTTCCAAGTA +TTCAGCTTAGGGCCACTTAGAAAAATAACTGAAGAAGGAGTTCACTTTAGATCTCATATA +GATGGATCAAAGCACTTTATAAGTCCAGAGAAAGCTATGGAAATACAAAATGCTTTAGGT +TCAGATATAATGATGGCATTTGATGAATGTGCACCATATCCAGCTGATAGAGATTACGTA +AAGAAATCTTTAGAAAGAACTACTAGATGGCTACACAGATGTAAAGAAGCTCATAAAAAT +ACAGAAAATCAAGCATTATTTGGAATAATACAAGGTGGTATGTATAAAGATTTAAGAGAG +CAATCTGCTAAGGAAATATTAGCTATAGATTTACCAGGATATGCTATAGGTGGACTTAGT +GTTGGAGAACCTAAACATTTAATGTACGAAGTATTAGAATACACTACTCCATTAATGCCA +GTTGATAAGCCAAGATATTTAATGGGTGTTGGTTCACCTGATGATTTAGTTGAAGGTGTA +ATAAGAGGAGTAGATATGTTTGACTGTGTACTTCCTACTCGTATAGCTAGAAATGGTACA +GCTATGACTAGCCAAGGTAAGGTTGTAGTAAGAAATGCTAAATATGCTAGAGACTTTACT +CCACTTGATCCAGAGTGTGATTGTTACTGCTGTAAAAACTACACTAGAGCTTATATAAGA +CATTTAGTTAAAGCTAATGAAATATTAGCATCTAGACTTATAACTACACATAACTTACAC +TTCCTATTAAAATTAATGGAGCAAGTAAGACAGGCAATAAGAGAAGATAGATTGCTAGAC +TTCAGAGCCGAATTTTTCCAAAAATATGGCTATGAAATATAA +>group_427 +ATGAATTCGCGTTTTTTAGACTGGTATAGTCAAGCTCTCGGCTCTGTTCTGGGTGTTTTA +GCTTGCTTGTTTGCATACGTTAATGGTTATATGTTTGTATTTGGAAATATAGGCAATAAT +TTTGATTCATTAAGTATAGGTGGAGTTATTTCTAGTTATCTATTATTTCCTTTATGCTTA +ATAACTTTATTTTTTAGCATTGTAAAATCATTCATATTAGAAAAGCATATAGACAATATA +GCTATAGACAATTTAAATAAAATTATTTTATTATCTACATCAATCATAGGTATTATAGGG +ACTGGTTTTTATTTCATAATCCCAGCGTTGCTTATATTATTCGATATCTATAGAGACTTT +ATTAAAGAAAGAAAAGATAAACAAAACTTAAACTTAGACAACGAAGAGGAAGAATATACA +TATTCTACTAAGGAGTTTCCAGTAGATTCTTTTGTAGAATGTACAGAGTCTATAAATTTT +ATTGATCTAGAAGAAAATTATGGATTAGAAAAAGAAATTAAAACATTAGAAACTAAAAAA +TTAATGGCTATAGAACTCCTTGAAAAAAAATCAGATTTACAATTTATAAAAGAACTTACA +GGCTTTACAGATAAGGAAATACAAGAATTAAGGAGTTGTATACAAAAATAA +>group_1003 +ATGGAAATAATAATAAGGAAAGAATTAGATAAAGATTATAAAATAATAGAAAATGTAGTA +GAACAAGCATTTAAAAATGCAGAATTCTCAGATCATGATGAACATAATCTTGTAGGAAGA +TTAAGAAAAAGTAATGAATTTATAGAAGATCTATCTATGGTTGCAGAAGTTGATGGTATA +ATAGTTGGTCATATAATGTTAAGCAAAATAAAAATTAATAATAATGTAGAATCACAAGAA +TCACTGGCGCTTGCACCAGTATCTGTAATAGAGAAGTACCAAGGAAAAGGTATAGGTAAG +GAACTTATAAAAACTGCTTTAAATAAAGCAAAAAAATTAGGGTACAAAAGTGTAATAGTC +CTAGGTCATGAAAGTTATTACCCTAAATTTGGATTTAAGCTAGCAAGTAGCTATGGTATA +AAACCTCCTTTTGAAGTTCCAGATGAGGCTTTTATGGCTCTTGAACTTAATGATGGTGAT +TTAGATGGAGTAAGCGGAATTGTAGAATATTCAAGAGCTTTTTTAGGATAA +>group_1004 +ATGGCAAGTAATATAGTAAATTTTCCTTATAATAGCATGGGAGTAGCAAGATTGGATTCT +AATGGTGTAATTCATAACCATCTTTATCATGAATGTCCTATTGGTAGAATTGATGATAAT +AAAATTGTACATAATCATCCTACTGATAATTCTCCTGTTGGCAGAGTTGATGATAACGGA +TTTGTACATAATCATCATTTAGAAAATTCTCCTATCGGTAGAGTTGATAATAATGGATAT +ATTCATAATCATCCTACTGATAATTCTTTAGTTGGAAGAATAGATGGAGATAATGCTATG +TTAGCTGGAAGCGCTTATTTATTATTAATACATAATAATAGATAA +>ykuR +ATGAGAGATATAGAATATTTATTTGATCAGCTTAAAAAGCATAGATGTGAACTACATAAT +ATAGGTGAAGTTGGTAGAAAAGAGTATAAAACTTCTCAGTATATAAGAAATTATCTAGAT +AAATTATGGGTAGATTACAAAGTTTATTTGGATACAGGAACAGTTGGAATTATAAAAGGG +AACAATCCTAAGAAAACGATAGCATTTAGAGCAGATATAGATGCTTTAAGTACAGATAAA +GGTGTTGAACATTTATGTGGTCATGATGGTCATATGAGTATACTATTAGGTCTGATAGAG +TACTTAAATAATAATAAAGACTTATTAAATGATAATATTGTATTTATATTTCAACCAGCA +GAAGAGGCACCTGGAGGAGCTGAAGAATTAGTTAAATTAGGTGTTTTAAAAGATTATAAT +GTAGATGAAATATACGGACTTCATATATATCCAGAGATACCTGAAGGATATGTAGGTGTT +AGGGATGGATATTTTCTAGCACAAGCAGGAGAAGTTGATATAGACATAGTCGCAAAAAGT +GCTCATGGTGCTATGCCTCAAAATGGAATTGATGCTATAGTAATAGCATCTAATATTATA +AATAGTTTACAAACTATAGTATCTAGAAATATAAGCCCTATAGATAACGCAGTAGTAACT +ATAGGGAAAATGACTTCAGGTACTGTAAGAAATATAATTGCAGAAAATGCAAGACTAGAA +GGTACAATAAGGACATTTAATCCAAAAACTTATGAGCTGATGAAAAAAAGAATAAAAGAA +ATTATTTTAGGATATGAGAAAGTTTATGATTGTAAAATAAATCTAGAGATAAGAGATTTT +TATCCATCTGTAAATAATGATAAAAGACTATATGATGAATTTTTAAATATAGCAGACAGT +GATAAGATTATCAGATTAGATCCGCTAATGGTATCGGAAGATTTTTCTTACTATCAAAAA +GAAGTTCCAGGATTATTCTTTATGCTTGGTTCCAGAAATGAAGAAAAAGGATATATAAAT +GGTCTTCATAATGCAAAATTTAATTTTGACGAAAATATATTTTTAAATGCTTTAGACATA +TATATAAAATTATTGAAATATAAAAATTCAATAGATTAG +>group_543 +ATGGCAATAAAGGTAGGGAAAAAGATGAAAAAAACAATGAATTTAATTTTTTGTATTTTT +TTTAGTTTATTAATAATAGGTTCAAGTACAATGATAACCGTTGGATTTAAGCAATTATAC +TATTTTGATATAAACTACTTAAATATATCAGAACAAAATAATTTAACAAAAGAAGAGATA +AAGATTAATTACGATTATATGATAGACTATAACTTAAATAAGATTTCAGGAGAATTTGAT +CTACCAACGATAAAATCATCTCCAGAAGGAAAAGTACATTTTGAAGAAGTAAAAGAGATT +ATACAAAATGTAATCAAGCTACTGATAGTATCTTTAATAATAACTATAATAGGAATAATT +GCTAATTTGAAAAATAATAATATAGAATTCTTAAATATAACATCAAAATTAGTAATAATA +CTACCAATTTTAGTATCAATACCAATGTTAATAAATTTTGATAAGACATTTGTTGCATTT +CATGAGTTAATGTTTGATAATGACTACTGGATCTTTGATCCTTCAAAAGATCCAGTAATA +AATATACTTCCTCAAGAATTCTTTTTTCATGCAGGATTATTTATAGTAATGTTAATATTA +CTAAGTAGTGTTATTTTACATATTATATACAAGCGTTACAATAATAAAAGATAA +>alaS_1 +ATGCAAAAAATGGGATTAAATGAAATCAGAAGTAAATTTTTAAACTTCTTTGAATCTAAA +GGACACTATGCTGCAAAAAGTGCTTCTTTAGTTCCACACAATGATAAAAGTTTATTACTT +ATAAACTCAGGTATGGCACCTTTAAAAAATTATTTTGCAGGAGTTGAAGTGCCACCAAGT +AAAAGAATGACTACTTGTCAAAAATGTATAAGAACTGGTGATATAGAAAATGTAGGTAAA +ACTGCAAGACACGGTACTTTCTTCGAAATGTTAGGAAACTTCTCATTCGGAGATTACTTT +AAAAGAGAATCTATAAGATGGGGGTGGGAATTCGTAACGGAACACTTAAACATACCAGAA +GATAGATTATGGGTAACAGTATACGAAGAAGATGATGATGCGTTTGATATATGGTCAAAA +GAAATGAATTTCCCAACAGAAAGAATTGTTAGACTTGGAAAAGATGATAACTTCTGGGAA +ATAGGTACTGGACCATGTGGACCTTGTTCAGAAATATACTTTGATAGAGGAGAAGCATTC +GGTTGCGATAATCCAGATTGTAAGCCAGGATGTGACTGTGATAGATACTTAGAATTCTGG +AACCATGTATTTACTCAATTTGATAGAGATGAAGAAGGTAACTATGGACAACTTGAACAT +AAGAACATAGATACTGGTATGGGTCTTGAAAGAATGGCTTGTATAATGCAAGATGTTGAT +AATATATTTGAAGTAGATACAATAAGACATATAATAAGTAGCATAGAAAAAGTTGCTAAT +GTAGAATATGGAAAAGATGCTAAGACAGATGTTTCTATAAGAATAATAACTGATCATATA +AGAGCTGTAAGCTTCTTAGTTGCAGATGGAGTACTACCATCAAACGAAGGAAGAGGATAT +GTTCTTAGAAGATTATTAAGAAGAGCTGCTCGTCACGGTAAATTATTAGGAATAAAAGAA +AACTTCTTATATAAATTAGTTGATGAAGTTATAAAAGTAAGTGGAGAAGCTTACTCAGAA +TTAGTAGAAAAAGAAAGCTACATAAAGAAAGTTATAAGAATAGAAGAAGAAAAATTCAAT +GAAACTATAGATCAAGGTAGTGAAATATTAGCTTCATATATAGAAGATTTAAAGAAAAAT +AATTCAAAAACTTTAAGTGGAGAAAATGCATTTAAATTATATGATACTTATGGCTTCCCA +ATAGACTTAACTAAAGAAATATTAGAAGAAGTTGGTCTTGATTTAGATGAAGAAGCTTTC +AATGATGAAATGAATAAGCAAAGAGAAAGAGCAAGAAGTGCAAGAGGAAATATGGAAGGC +GAAAGTTGGAAAGAAGATCCATTATCTAAATTAGATGAATCTGCTGCAAGTTCATTTGAA +GGATACAATGACTTAAGCTTAGTAGGTAAAGTTAATGCGATAGTTATGAATGATGAAATA +GTAGAATCTGCTAAAGAAGGAGATAAAATAGCTATAGTATTAAATCAAACTACATTCTAC +CCAGAAGGTGGGGGACAAGCAGGTGATTGTGGAATACTTTCTAACGATAACGTAACTATA +GAAATAACGGATACTAGAAAAGGTGCTAACAATACAATAAAACATATAGGATTTGTTAAA +TCGGGAGAAGTAAAAGTAAATGATGAGTTAACAACTTTAGTAAATAAAGAAGTTAGAATG +GCAAGTGCAAGAAACCATACAGCTACTCACTTATTACACAAGGTACTTAAAGAAGTATTA +GGAGAACACGTTAACCAAGCTGGATCTTTAGTTAATGCAGAAAGATTAAGATTTGACGTT +ACTCATTTTGAAGCAATATCAAAAGATGAATTAAAATTAATAGAAGAAAAAGTAAATGAT +GCAATACTAGCTTCTTTAGAAATAAATTGCGAAAATATGGGTATAAATGAAGCAAAAGAA +AAAGGAGCTACAGCACTATTTGGCGAAAAGTATGGTATGGAAGTAAGAGTTGTTTCTATG +GGAGATTTCTCAATAGAACTTTGTGGAGGAACTCACTTAAAAAATACATCTCAAGTAGGT +ATGTTCAAAATATTATCTGAGGGTGGAGTTGCTGCAGGTGTAAGAAGAATAGAAGCTATA +ACAGGAAAGGCTGTATATGAATATTTAAAAGAAAGAGATGCAGTAATAGCTGATGTTTGT +ATAACTTTAAAAGCAAAAGAAGATAACTTAACTCAAAGAGCTACTCAATTAGTAGAAGAA +AATAAATCTTTAGCAAAAGATTTACATGAAATAAAAGCTAAGATGAGCTTACAATCAGCA +GATTCTATATTAGATTCTAAGGTAGAAATAAATGGAGTAAACTTAGTAACTGCTAAATTT +GAAGACATGGACATGAATACATTAAGAGAAACAGCGGATAGTTTAAGAGATAAATTAGGT +TCAGGTGTTGTAGTTATGGCAAATGTAGTTGATAATAAAGTTAACTTCATAGTAACTGCA +ACTAAAGATGTATTAGAAAAAGGAATACACTCAGGTAATATAGTTAGAGAGGTTGCTCAA +ATAGCTGGCGGAAAAGGCGGAGGAAGACCTAACATGGCTCAAGCTGGGGCAAATGATGTA +ACAAAAGTAGAAGAAGCTTTAAATTATGCAGGAGAGGTAATAAAATCTCAAGTAAAATAA +>group_1200 +TTGGTGTTTAGTAAAAAAAATGAAAGCATTAAGCTAAGTAAATATTTTGAAATAAAAAGA +GCGGAATATACAACTATACAATTAATACCAACTAAGTCAAATCGTAATAATACTACAAGC +AACATAGCACTTCTAATCAATAAGATGTTTTTAAATCTAACAGATATTATCAGAATAGAA +AATAAAAAATTAGTTATTACAAGTAATATGAAAGCATCTTACTACGTTCATATTACTAAA +GAAGAAACTAAATTCTATTTTATATTACCTACTATTCATCTAAATATATTTAAAACTAAA +TTTGCAGCTACTTGGAAGAATGTTGAAATAAAAGAAGTAGAAGGATTACCGATTGATATT +AATAAACATAGCAAATACCAACTAAGATATAAATACAATGATGCTCTAAGTCTAGATGTA +GATAAGAGAAGTAATGATTTACTTAATGCGAACATGAGTATACTAGAAGTTTTAGAAGCT +GATGAGAGCGTAGGTATATTATATAATTTCATTCCTACTGGAGAGCGTGCTATTAACTAT +TTTAAAGTTTTATATAAAGATATAATTACTAGATATAAAAATGGCGAAAATCTTAAAAAG +AATAAAAATATCTGGGATTTATTTATTATGGCATGTAAATTTATATTAGGTATAGTGGAG +GATCTATTAAGTAGTCTAAGTAAAAATACTCAAAGTAGAACTATCGGTATAAAAAAGAAA +ATATCTCCATGCACCGAAAGGAAGTTTGATAAAGATATATGTCAAACTCAAATTATAGTG +GTTGGTAAAAGTGATAGTAAAGAAAAGGAAAAGAATCTGTGCAAGAACATGTGTAATACA +TTTAAGTCTATATCTGATGATAATGAGTTGAATTATAAGAAAATTAGAAACGATATCAAC +ATAAAACAAGTCCAAATAAATAATGTAGCTATTAATAATACTTCTATAGATGAATGCAAT +AATTTTATAGCACTTCCAGGAGCAGAACTAATTACTCAGTATAATAATATAGAACATAAA +CAAACTAAAGAAAATCCAGTTCCAGAAGAATTAAAAACTGGTATTTGCTATTTAGGTCCT +GTAGTTTATAAAGGTTCTAAAGATGATGTATTTCTTAATAATAGTGAACAATTAAAATGT +TTACCTCATGTACTTATGGGAGGTAGTAGAAGCGGGAAAACTACTATAAGTATAAATATA +TGTAAAAACTTAATTGATTCAGGAGAAGGGTTAATAGTACCTGATTTTATAAGGAATTGC +GAATTTGCAGATATTATAGCTAGAATTACTCCTCCTGAAAGGCTTGTAGATATAGATTTA +TCTAAATATGAGTGCATTCAAGCGCTAGCTATAAATGAATTAAAAATAACTAAGAATATG +AGTTTTGGTGAAATATCAAAAATAGCTAGAAGAAAAGCTACTAATTTCTTAGAATTAATT +AATATTATGAATAATGATGATAAACAACTGGCTCCTAAGATGCGAAAATATTTAGGTGCA +GCTGCAAGAGTTGCATTTTGTTTTAATAATTCTAGCGGTAAGGATGTAATGAGAATACTA +CAACTTCATACTGTAAGGCATGAATTTATTAATAGATTAACAGAGGATCTAAAGGTATTA +CTAGAAGATAGTATAATTTCTTTAAATGAACTAGATGAATATACTAAGGTGACTAAAGAA +AATCCTGTTGGTGTTATTTGCGGTACTAAAGAAAATAAAATAGAAGGTATAATAGATAGG +ATAGATTTATTTAGAGAGAATGATGTAATAGATGCAATGTTTTCTAAAACACCAGAATGT +AATATAGATTTTGTAGAAGCTATGGAACAAAAGAAAGTTATATTAATAAGAATGAGAGAT +TGTGATTTTGAAGATGAAACTTCTAAAGATGTTTTAATGACATTCTTTATGCAGAAGATT +TGGTTAGCTACAAAACTGAGAGCAGCAAAGGAAGAAAAAGAAATTAATAAAATACCTCCT +AGAGTTACTTTATTAGTAGATGAAATATTCCAGGTACCTACTTGTCAGAAAATATTAGAA +AAAACATTTCTTCAAAGTGCTAAGTTTGGACTTAAGTATATGTTTACACTTCATAATCTG +GAAGGATTAAGTAAAGAAGCTTTAGCATCATTAAAAGGTGCTAACACAACTTATACCTTG +ATATCTGGTGTAGATAAAAAAGCATTCGAAGCTTTAGAAGAAGAATTTAGTATTCAGGGT +TATTGTTTAGATGATATGCTTAATCTAGAGCAATATACTGCACTACATTTGATTAAAAAT +AAAAATGGATATGATGCATTAATAACTAAGTTACCACCAGAGTTAAAATTAGAGGTTTCA +GAATATGAACAACAAAATATAGCCTAA +>group_1323 +ATGAATATAAATATAAATATCAGAGATATAGAATGTTTCTTATTAGATATGGACGGAACC +ATATATTTAGGAGTTGAAACTATAAGAGATATGCAACTTAAGCATATCTCTTATAGTTTT +TAA +>lytR_1 +ATGAGAAAAATAAAAAAGATAGTAATAGGATTAATAGTTATATTAATCTTTATACCACTT +ATGGGATTTGGTTATTTATACTTTAAGCTAAATTCTATGTATGATAATACTGTGATCAAT +AAAGTCAACAATGACTCTAGTGGTTCAATTAAAGTACAAGGAATCACTAATATACTTCTT +ACAGGTGTAGATGGTAATTCTTTAGATAAAGGTAATAGATCAGATGCAATGATGATACTT +ACTATAGATAAAAATAATAATGACATAAGAATAACGTCTTTAGCAAGAGATACATATGTA +GATATACCGGGGCATAATACAGAGAAACTTACGCATGCATATTCTTATGGAGGACCAAGT +TTATTACTTGAAACTATAAATAAAAACTTTGATTTAAATATAGATAAGTATGTTGCTGTT +AGTTTTGAGTCGTTTAAACATGTGATTGATGCAATTGGAGGAGTAGAGATTGAAGTTCTT +GAAAAAGAGGTAAATTATATACCCGGAGTAAATAGTGCAGGAAAACAGATTCTTAATGGT +TCAGAAGCACTTGCTTACAGTCAGATAAGATACGCAGATAATGCTTATCAAAGAGATAGT +AGACAAAGAACTGTTATTCAATCCGCATTTAATAAATTAATAGGAACATCAACAAAAAAC +ATATTAAATGTTGGAATTGAACTTTTAAGTTACACAAAGACTAACATATCACCACTAGAG +GCTATGGATCTAGCTAACACATTAATAAAAATAAATGATAGAGAATTTGATCAAATGGAA +TTCCCACTTGAAGGTCATAGGACAGGCCATATTATAAATGATAAAACAGGTTGGGTAATT +GAATGGGAAAAAGATTATAATAAAGAACAACTTAATAAATTTATTTTTGATTATGTTGAT +TATAAAAAATAG +>mdtD +ATGAGTAAATCAATAAAAAGAAATAATACTACATTAGCTATGGCAGTATTTTTATTAGGC +ATATTTATGGGTGCTTTAGATTCTGGAATAATCTCTCCTGCAAGAGGTGTTATTGCAGGT +AGCTTAAATATTTCAGAATCTGCAAGTATTTGGATGGTTACTATTTATACTCTTACTTAT +GCTGTATCAATGCCTATTACTGGTAAGTTAGCTGATAGTCTTGGAAGAAAGAAAATTTAT +ATTGCCTGTATAATAATATTTACTATAGGTTCCTTGTTATGTTGGTTATCCGATGTATTT +AATAATTATAATTTTTTATTAATATCTAGAGTTATACAAGCTTTAGGTGGTGGTGGAATT +ATGCCAATTGCAACGGCATATATAGGTGCATCTTTCCCTCCAGAAAAAAGAGGATCCGCC +CTTGGCTTTGTAGGTTCTATATACGGAATAGCAACTGTTATTGGCCCTACTTTAGGTACT +GCTATTCTTTCACTAGCTGGAAGTAATAACTGGGGATATTTATTCTTAATAAACGTTCCT +ATAAGTTTAATTATACTTTTTCTTGCATTTAGACTTGAAGAAAATAGAAATGAGTCTAAA +TCTAAAAAAATGGATATCTTAGGTGCAGGAGTTTTAAGTGTGTTAATTGCATCATTAATG +TATGCTCTTACTAACTTACAATTCCATGACTTCTTAACCTCAATTAAGTCAGAACATGTA +TGGCCTTTTTTAGCTATTGCTTTAGTATCCTTACCTTTATTTATAGCTATTGAAAAAAAT +GCAAAAGATCCTATTTTAAATTTAAAGTTCTTCACTAATCCACAAATAGTAATTACATTA +GCTTTAAGCTTCTTAGCTGGTTGTGGTCTTATGGGAACAGTATTTTTACCTCAGTTCGGA +GAAAATGTTCTTAGATTAAAAAGTGGTACTGGAGGATATATAGTTACCTTATTTGCTTTA +TTTACTGGGATAGGCGCACCTATTGGTGGGAAAATAATTGACAGATATGGAGTTAAAATA +CTCCTTTTATTTGGATTCTCTTTTACAATATCAGGTAGTTTATATCAATCATTTGTTACT +GCCATTTATCCTAGCTTATCTAATTTAGCTATAGGTATTGGACTTATGGGAGTTGGAATG +GGATTCACTATGGGTACTCCTATAAATTATCTTATGATGAGTTTAGTTAAACCAAGTGAA +ATATCTATAGGTCAATCTACAGCCTCATTATTTAGATCTATTGGTGTAGCAGTTTCTTCC +AATTTACTTGTTAACTTTATATCTCAGGCTGGTGAAAAACTACCTAAAGCTATCAATGAT +ATTTTACCTAAAATCACTGATATAGGTAATCCTATGACATTTGGAGAAACTCTTCCTCCC +GAAATTATAAGTAAATTTCAAGCAGCAGATGTAACAACTATTTATTCCACTATAAAGGAT +TTATCAAATTCTATATTGAGTAAATTACAAAGTGTCTATGTCAATGACCCAAATGTTAAT +TTTAGTGAAATAAAAACTCAATATATGATGTCTTTAGAACAGTCAAAATCAGTTATTGAA +AATACTTACCAACTTACACTAAATAAAGGCTATGCTAATTTATTTATCGCTACTGCAATA +ATAGCTTTAATAGGATTCATTTTATCTTTATTTATTAAAGACAGAATAAAAATAACTAAG +TAA +>cysE +GTGTTTTATCATATAAAAAAAGATATAGAGTATATTATTAATAATGATCCAGCTGCTAGA +AGTAAGCTAGAAGTTTTTTTGCTATATCCATCTATACATGCTTTAATTATGTATAGAATA +TCTCATTTTCTATATAGAAAAGAATATTTTTTTTTAGCTAGGTTTATATCCCAACTATCT +AGATTTTTTACAGGAATAGAAATACATCCAGGTGCTAGAATAGGTGAAGGTATTTTAATT +GATCATGGTATGGGTGTTGTGATAGGAGAGGCGACTATAATAGGAAATAGAGTTACAATT +TATCAAGGGGTAACACTTGGAGCTACTGGTAATGAAAAGCAGTGGAAAAGGCATCCAACG +ATAGGTAATGATGTAGTTATAGGCTCTGGTGCAAAGGTATTAGGTCCTATAAATATAGGA +GACAATGTTAAAATTGGAGCTAATGCAGTTGTATTACAAGATGTACCAAGTAATGCTACA +GCAGTAGGAATACCTGCTAAAATTATATTACCAAAGGAATCTGAAAGTGGAATTACTTAT +ATAAAAAATATGAAAATAAAAATACCTAAAATTTTTGGGTATTTTTTTTATTTGAGGAAA +TAA +>group_1005 +GTGGGAAATGATATGCTTGATAAAAATGGTATTAGAGAAGATATAATAAACTTCATAAAT +ATAATTAAAAATTTTGATAATCAATATAACAATATTAAGCATGAAGAAATAGATTACATG +GAATACGAAGAAATAGATTATGAAGATGAATTTCTAGAAGATATAGATTTAGAAGAAGAG +TATGAAATTTCATCATTTGATGGAAATAAAGATACAAAAGAAATACCAGATACATGGCTA +GAAGAGATTGAAGTTTTCACAGAAAAATTAAATATTATAAGTACAGAGAATTTAATATTA +ATTAATAAAATTATTAATTTAGGAAAAGATTTAATGAAAAATGAAGAGGAAAATAATAAG +GTAATATTTATCAAAAATAAATACTTAAGTAGCAGTTTTATTGAAATGCAAGGATTTTAT +GAAGATAGAGATGAAATTATAGAAGATTTATTCTCTAAAAAAGGAGAAAAGCTAATTAAA +TGGGTAGAACTAGGTGTTAAAAAGCTAGAATTTTAG +>group_1006 +ATGTCAATTACAACAGAGCTTTTCTTTCAAGTATTTAATACGCTTATATTATCATTAATT +CCAGTAATTTTAATATTAATTCCTATTATAATACTTGTAAGAAAAAATAAATCTACAAAT +GATAAAATTTCTGAATTAGAAAAAAGAATTAGTAATTTAGAAAATAAATAA +>group_429 +TTGAGTAAATATAAAGTGAATTATTTTTCTAAGTACTATTTTTATGAAGAGGAAGATTTT +CTAGAAAATATAGAAGATGGAAATTACATATTAAATCAAATAAAAGAAAATAATAGATTT +GACTATAAGGGACATTCATTTAAATATACTAAATTTGGAAATATATCAATGAGTGATACT +AAAAGAGATGTGGATGTAGTTATAGATTTAGAACAAAATAAGATAACTATAAATGGTGAG +AATGCTCACTTAGATTTGATTTACAAATTTGAAACAAAAGAGTTAGAAGATCACATGAGA +ATTGCTACTAGAATAAGTGAAAAAACAGATGACATATCTTGTTTACTTTATGTAAATAAT +GCTCAATCAAAGAGCTTTATTAAAGATTTAGAGTATATAAAAAAAATCCAGCAAGATAGC +ATGAATAAAAGATGA +>group_430 +ATGGAATCTAGAGATTATAAAGAAGATTTAAGAGATTTGATACTTGATATGGCCCACAAA +GAACTTGAGAATCATGTGTCTAAAAAAGGAGCACAAAAATACTTTGAGGGAAATGTTGAT +AAAGTTATTGATAATAATATAAAAAAAATAGGTAAAGAAAGAAGTTTAAGTTCAACATAT +TCAAAAATAATAAAACAGGCTACTTATCAAGAAAACATGTCAGGTGTTGCAAAAGTCATT +AAAAAAGAAGCTTTGTTTAAATCTAAAAATGAGTTGGTGAGATTTGCGAAATATCTAGGT +TTAGATGTTAATTTGAAAAATTCATATAAACAAATAATAAAAAGAGTATCTAAGCACATA +TACTCAAATAGAAATGTGTATGCCAGAAAGTATGTATTATATAAAAGAGGAGAAGACGAG +TTTATTATAGAACCTGAAAGAATAAAAACAGAGTTAGTAGAAAGTTATAGATCAAAAACT +AGAGAGGATATGAAATCTATAGCAAAACTTTTAGACTTAGATGTTACAGATGAAGAGGGG +GCAGAGGATATAAGGAAAAAAGTTATAAATTATATTATAAAAGATAAGTTGGGTAAAAAA +AGTAAATAA +>group_1375 +ATGGCACTAGCAGATAGTGTACCAGGCGTATCAGGAGGAACAGTAGCATTTATATTAGGA +TTTTATGATAATTTTGTAAATGCATTAAATAACTTAATATCTTCAGACAAAATAGGAAGA +ATAAATGCACTAAAATTTTTAACTAAAATAGGAGTAGGATGGGTAGTAGGTTTTGTATTA +TCCGTATTATTTATAACATCTATATTTGAAAAAAATATATATGAAATAAATTCTTTGTTT +TTAGGATTTATAATAGCTTCTATTCCAATAATAGTTAAATCAGAGAAGAAAACTTTAGAA +AGTAATTATAAAAATATAATATTTTTAATAATAGGGATAATCGTAGTTTGTGGGCTAACA +TACTTTAATCCAATTACGAGTAAAGGTCATAGTTTTTCTGTTAGAGCAGATAATTTAGGC +TTGGCATTTGGAGCGTATATATTTATATCTGGAATGATAGCAATATCAGCTATGGTTTTA +CCAGGTATATCAGGGTCTACTATACTTTTAATATTTGGGCTTTATACACCAATACTTAAT +GCTATAAAACAAGTACTTAAATTTAATTTTGAATACTTGCCTTCTATAATAATATTTGGA +TTTGGTATTATAGCTGGTATTTTACTAACAGTAAGAGTTGTAAGGAGCTTACTTAGAAAG +TTTAGGGCTCAGACTATATACTGTATAATAGGTCTTATGATAGGTTCTATATATGCAGTT +ATTATGGGACCTACATCTCTTGAAATACCTAGACCACCAATGAGTCTAGCTACATTTAGT +ATAGTATTCTTTGCTATAGGCTGTACATTAGTACCAGCACTTGAAAAGCTTAAAGTTATA +CTAGAAAAGAAAAATATAGAATCAATGACAACTCAGAGTTAG +>pknD~~~pknD_2 +ATGAGGGATGATAAAGATATGGTTAATTTTACAAATAAGTATCAATCATTAGAACTTATT +TCTAATGATAAATCAAAACTAATATACGTATCAACTAATACAGAAACAAATGAAAGAGTA +GTGCTGAAGCTTTATAAGAAAACTGACTATAAAGAAACTCAATTTGAAGAATTAAAAAAA +ATTATTGAATTCTCAAGCCTAAATAAAAATAGCAACTTAATTAAAATACATTATATAGAT +AATGGAATATATGATGATATTATCTATTACATTGTAGAAATGGAGTACATTGAAGATAAG +AGTTTAGAAAGCTTACTAGAAATTAAAAACTTTAATGAGAATGAAGCACTGCGTATTATA +AAACAATTAATAGATGGATTAAATGAATTACATAGGCTAAATATAGTCTATAAAAATTTA +AGTGCGGATAAAATATTTTTAAATGAAGATGGAACTTTGAAATTAGACCCTACAGGTTAT +ATAGATAAATATAATCAAAATATAAAATATATATCACCAGAGCAAGCAAGTGATAAACCT +ATAAATAAAACATCAGATATATATTCAATAGGGATAATACTATATGAGATGATAAATAAA +GAGCTACCATTTGTCTGGGAAAATGGAAAAGAAGAGTTATATAAAAGTATGACTCAAGAA +TTTTATATAGGAAAGGATAAATGTAGTGATAATGTAGTTTCTATACTAGAGAATTGTTTA +TATGTAGACCCTGCTGAGAGATATGAAAATTTAGATGCATTGTTATTAGATGTAATTTCA +TGTTTAGATTATAATATAAGCGTATTTAGAAATAATCGAGAAAGTGAGCATTTGATAAAT +AAAGAAAATATTAACCAAAGTAAAGAAATCAAACAAGATAATAAAATTAAAGTAGATGAA +GAGAAGGAGCAAAATAAGGAAATTGAACAATATGACAGAGGCAAAAAATATATGAAGGTG +ATTTCAGCATGTGCTGCAGTAGCAATTCTTTCTGGAGGATTAATACTCAAAGGTACAGAT +ATTATTGATAAACTAAAAAATAAAAATGATTCACCTAATGTAGATATATTAAATAAAGAT +AGTTTAACAAAAGACAAGGATGAAAGTGATATTAAAGAAAATCAAGAATATAATATTGAC +AGCATACCTAAAAATGTAACAAATACAGATACAGAAAATAATGAATATAAGAACACAAAT +AAACAAAAGACTTATACAGAGATAGATAATACAGACTTAGAAGAGAATAAAGCTGAAGAT +GATACAACAACATCAAACCCTAATCATAATACTGATGATACAGTAAATACAACACCTCAA +AAACCACAGACAAAACCAGAACAAACTCCAAGTGAAACACCAGAAGAAAAGCCAGATGAT +ACAGAAGAGAAACCGGAAGACAATCTAGAAGAGAAACCAGAGAAACCAGAGAAACCAGAA +GAAAATCCGGACCAATCACCAGATGAAATACCAGAGAAACCAGAAGAAAATCCGGACCAA +TCACCAGAACAAACACCAGATCAATCACCGGATAATACACCAAGTCAGACTCCAAATAAT +GTAGAGGAATGA +>yydK +ATGCTGAAATATCAACAAGTTGCAAACGATATTGAAAATTATATATATGATAATGATTTA +CCTCAAGGAACTAAGCTACCTACTGTTGAAGGATTAGCTTCTGATTATAAGGTTAGTAAA +AGTACAATTGTAAAAGCTATAGAATCATTAGTTTTAAAAGGACTAATTTATCAAGTTCAA +GGTAGCGGAATTTTTGTAAGGAGAAAAAGTCGTAAAGGATATATAAATTTCTCTATGGCT +CCAGGGTTTACTAATAACTTAAAAGATGGTAAGGTAACTTCAAAAGTTTTAGAATTCAAA +TCAGTTAAACCAACTGATGAGATAGCTGAGTTACTTAGTTCTGAGGAAATTTATGTAGTT +AAAAGAATTAGATATATCGATGGTACAATCTTCTGCTTAGAAGAAGCATACTATGATAAA +AATGTTGTACCTTATTTAACTAGGGATATTGTCGAAGGGTCTATTTATGAGTATTTAACT +AAAGCCTTAAATTTACATATTGGTTTTTCTGACAAATACATGCATGTAGAAAAATTAAAT +GAGGATATATCTAAGCTACTCGAGTTAAATCCAGGAGATCCTGCTTTAATTGATAATGAA +CATGTTCATTTAACGTCTGGATTACTATTCAATGTTTCTAAAGTAACTTATCATTATCAA +AATTCACAATTCTTTTTCCAATTTTAA +>agrB_2 +ATGATAAGAAAAAAAATAGAGTGTTTTGTGGAAGATATATGCAAATATAATAACTTTACA +CAGGAGACAACAGAAGAAATACAGTACGTCATGAGACTTATGATGTATGAGATGTTCAAA +ATTATAGCTATAATAATTATATTTTCTATGCTTGGATATTTTAAAGAGGTAGTTTTAATT +ATATTTACTATGGTATGTGTAAAACCGTTTACAGGAGGGTATCATGAGACATCACAAAAG +AGATGTTTAATTGCTACTACAACACTATGCTGTTTAACTATATTAATAGCAAAAAATAGC +AATTTAAACCTTGTAAGTACTATATTGATAAGCAGTATAAATATATTCTGCATATATCAT +CAAGCCCCTATAGTAAATAAATGTATGCCTATAACAAAACAAAGTTTAATAAAGAAAAAT +AATAAAATAGCAATAATTAATTCTATAATTTTATCAATGATTTCTATATTTATAATTAAA +TATGGAGTTTATAGCAATATAATAACATGGACATTAACAATTAATGTTTGTTTAATGTTT +AATTCAAAAAAACATGGGGAGGTACAATAA +>glgP +ATGATCACAATTAGCAAAAAGAAATTCAAACAGTACTTTGAAAGTAAGATGTATAGTTTA +TATGCACAACCTATAAATGAAGCTAGTAATGAACAACATTTAAATGTTCTAGCAAGTGTA +TTAAAAGATCTTATTGCTAAGAAATGGGTGGACACAAGGATTGATACAGAGAAAGAAGTA +TATTATTTTTCAATAGAATTTTTATTAGGAAGACAATTAAAATCCAACCTATTGAATCTA +GGCGTGGAAAATAGTATTAGAGAAGGGCTAAAAGAGTTAGGTATAGATTTAGATGACTTA +ATAAAATCAGAGATTGACCCTGCTCTAGGAAACGGTGGGCTAGGAAGACTAGCTGCCTGT +TTCTTAGACTCTATGGCATCTGTAGGTATGAGTGGGCATGGATATGGAATAAGATACAAA +TATGGATTGTTTAAGCAAAAGTTTGTAAATGGTTGCCAGGTTGAGGTTCCTGATAACTGG +CTTACTCAAGAAAACTATTTATGGGAAGTGGTTAGACCAAATAAAGCAATTCTAGTAAAG +TTTGAAGGGGATGTATATTTAGAGGAGCATGATGGTAATTTAAAAGTTATTCATAAAAAC +TACATTCCAGTAATGGCTATGCCTTATGATATACCTATAATTGGTTATAGAAATAATAGT +GTGAATACACTAAGATTATGGAAAAGTGAAATACCTAGACGAGATTTTGGTCAAACAACA +GCAAATGCAAAAAATTATTCAGGAAGCTATGAAGAAGCTTTAAATTATAAGTACTATACA +GAGGAAATATCACAAGTTTTATATCCAAATGACTCTAACTATGCAGGCAGATTACTAAGA +TTAAAACAAGAATATTTCTTTGTAAGTGCAGGAATACAAGATATTTATAGAAAGTATAAA +AAGCATAAACTTAATATACATGAACTTCATAAAAAAGTAGCTATTCATATAAATGATACT +CATCCAGCACTTTGTGTACCAGAGCTTATGAGAATATTATTAGACATAGAAGGTCTTTCA +TGGGATGAGGCTTGGAATATAACTATAAATACTATATCTTATACAAATCACACCATAATG +GCGGAGGCTATGGAAAAATGGCCTGTAGAAATGATGAAAAAATTATTGCCAAGAATTTAC +ATGATAGTAGAAGAAGTAAATAGAAGATATTTAATTTATTTAAATAGTAAGTATTCAGAT +CAAAATAAAATCAATAGAATGAGTATTATCAATAATGGAAATATAAATATGGCTAACTTA +TGTATAGCATCAAGTTATAGTATCAATGGTGTTGCTAAACTTCATACAACATTATTAGAA +AGAGAAGTATTAAAAGATTTTTATAATGATACACCTTACAAATTTAATAACAAAACCAAT +GGAATAGCTCATAGAAGATGGTTAATGAGCGCTAATCCAGAGCTTAGTGAGTTAATTACC +AATTTAATTGGTGAGGAATGGAAAACAGATACCTTTAAATTAAAAGAACTAGAGCGTTAT +AAAGGTGATAATCATGTTTTAAATAGGTTAGATGAAATAAAATATAATAACAAGGTTTTA +TTATCTAATTATATAATGGATAAATATGATATAGATGTAGATCCAAATTCTATATTTGAT +GTACAGGTAAAAAGATTACATGCGTATAAGAGACAATTGTTAAATTTAATTAATATTATG +ACTTTATATCATAAAATATTAGATAATCCAGATATGGATATCGAACCTAGAACATTTATA +TTTGGAGCAAAAGCAGCTCCAGGATATTATCTAGCTAAATGTATAATAAAGGTAATAAAT +TCTGTAGCTGATTTAATTAATAATGATCCTAGAGTAAGAGGAAGGTTAAAAGTAGTATTT +ATAGAGAATTATGGAGTTTCATTAGCGGAATTAATAATTCCAGCTGCGAACGTAAGTGAA +CAAATTTCAACGACTACAAAGGAAGCATCAGGAACTAGTAACATGAAATTTATGATGAAT +GGTGCTATAACAATGGCCACATTGGATGGTGCAAATGTAGAAATTCATGAGTTGATTGGA +AAAGAAAATATGTTTTTATTTGGTTTAACAGCTGAAGAAGTATTAAACTATAATAAAAAC +GGAGGATATTCCTCAATTGACTTATATCATACAGACTTGAAGTTAAAGCAAGTTGTAGAT +GATTTAATTAATGGATTTATACCTAATTTGGGTAAAGAAGGCAGGGAGGTTTACGACTCT +TTAATAACTTACAATGATGAGTATTTTGTACTTAGAGATGCCAATGACTATGAAAGAGCT +CAAAGAGAATTAAGTGAACTTTATAAGAAAAAATATGATTGGAACAGAATGTCTTTAATA +AATATAGCAAATTCTGGTGTATTTTCAAGTGATAGAACTATAAAAGAATATGGCAGAGAT +ATTTGGTTTAGAGGGTGTGAGATAAATGAGAAATTTAATAAACTATAA +>licR_1~~~licR_2 +ATGAGCATAAATATAAATAGCAGGGAAACTAAAATAATTAATATATTAAAAAATGCAGTA +GAACCAATTAGTGGAGTAGCTTTAAGTGAAGAAATTGGATGCTCGACTAAAACTATACAA +AGTGATATAAAAAACATTAATAAAGTTCTAGTTAAAAGTGAAATTGTATCCATAAGAGGC +AAAGGATATAAACTTAAAGGGGATTTTGAAGAATTAGATATAAAAAATGATATTTATGAT +GATATAAATAGAGAAAGTTATATTCTAAAAAAAATGATAAATCTAAGTAATTGTAATGAT +AATTATATAAGAATAGAAGATCTAGCAGATTTAATGTATGTTAGTTTATCAACAGTAAAA +AATGATTTAAAAGAAGTTAAAAAGAAATTAAATGATAATAATATTAAAGTTGAAACGAAG +CATAAGCAAGGAATATACATAAGTGGAAGTGAAGATAACATTATAAAGTTTATTATAAAT +ATCTGTAACGATAAATCTAATAACCTTAATTTAAATGATTTTCTAATAACAGAAGTTATA +AATAATATATTTAAAATAAAACATAATATATTAGAGGTATTAGAAAAAGAAAGCCTACTA +ATTACAGATTTAGAATTTAAAAATATATTAGATTATATTTTAATATCTTTAAGTAGAAAC +TCAATAGATAAAGATAATCTTATAAATAAATATATTAATAATTATAAGGAAAAAAGAAAT +AAAATAATAAACAATGATTCTAATAAAGAAAAGATAAAAAAAGCTATAAAAATATTCTGT +GAGAATTTAAAAATTGCTACGAATATAGATATTACTGAAGATAAAATCTTTGAAGAATGT +TTAGATAGCCATATAAGTAATTTATGTAAGAAGAAGGAATTAGGTATAAGTGAATCATAT +CCTATAAGTGCTAATGAAATAAAATTAAAATATGCATTTGCTTTTGAACTTGCAAAGATA +GCAAAAAAAACTATTGAAGATAACTTAGAAATAAGTATTAATGAAGAAGAGACTGGAAAT +ATTGCTCTACATATTGGTGGAGCAATAGAAAGAGCTAATCAAAATACAAAGAAAAAAATA +TATAAAGTAGTTATTGTGTGTACTTCAGGTATTGGAACATCAATGCTTATAAAATCAAAA +TTGGAAAATTTATTTTATAATAAAATCGAAATTGTAAAAGTTATTCCAGCATATTTAATT +GATTATATAAATGTTATTGATGTAGATTTTGTTATTTCAACAGTACCTATGGAATTAGAA +AATACACCATTAATTAAAATTTCTCCTTTATTAAATGAAAAAGAAGTTAAAATAATAGAA +AAGTATTTAGAAACTGAAAAAGTATATTCAAACCTAAGTATTCAATATTTATTAGAAAGA +GACTTATTTTTTACAAATTTAATTTTGGATACAAAAGAAAAAATAATAGAGTACATGGCA +GATGCTTTAATCGAAAAAGAATATATAGATGAGGAGATGAAACAATCATTTTTTGATAGA +GAAAAAATTGCAACTACTGAAATAGGCAATATGGTAGCAATTCCTCATGGAGCTAAAGGA +AAAATCTTTAAAAATAGAATAGCAATAGGAATTTTAAGAAAACCAATAAAATGGGAAATT +AATGAAGTAAAATTAGTAATTATGATGGCTATTGATACAGAATTTGTATTAAATTATGAA +GAGTTATTTTCTGATATATATAAAAGAGTCGATTCTATTGCAAAGGTAATAAATATATGT +GAGAATCAAAGTTTTGATAAGTTTAGAAATATGTTTAATTAA +>pepF1~~~pepF1_2 +ATGGGGATAAAGTTTGCAAAAATATTTTTAATTTCTTTGCTAATAATTACTTCAAGTATA +TGTGTAACAAGTAAAGCTGAAGAATTTAGTGATAGTGTTATTACTTCATCAGCTAATAGT +TTAGATGAAAATGATGATAATCCTAAAGAAGAAAAGAAAATAGATTATACAAAAACAAGC +TGGAATCTAGAATCTTTATTTAAAAGTGATGATCAATGGAAAAAAGAACTAAAGGCATTT +AGAAAAGATACAAAGGAACTTAAAAATTATATTGGTAAAGTTACAAAATCAGAAACACAT +TTAGCTTTTGCTCTAGACATTAAAGAAGAGTTAGATATAAGACTAAATAAGCTATGTGCA +TATCCAAAATTAAAGCTAGATACTAATAAAAATTCATATAACTATTTAGATATGAATGAA +GAAGTTAAAAAAGCATATAAGGAATATACATCTATATGTTCAAAATTAGAACTTGAAATA +CTAAAATTATCAGATAAAGAATATAATAAATTTATGAGCAATAATAAGATAAAGAAAAAA +TATGGAATGTATATGAGTGATATTAGAAGGAATAAAGATCATTACTTGGATGAGGAAAAA +GAAAGTTTATTAAACAATACTTCTGCTCTTGCAAGCTTACCATCAAATGTATATGATCTT +TTTAGAAATATGGATAAAAAATCGAATTTAACACCTGGACAGTATGCTAGTGAAATAGAA +TGTTTTGACAGAGAGAAGAGAAAAACAGCATATAAAAGTGAATTTATTCCATATAATGAT +AATATAAATACTTTATCAGCTTTATTAGTAGGACAAGTAAAGAAAAATATTTTCTATTCA +TCATCAAGAGGATATGATTCATCTTTAAATATGTATTTAGAATCAGATGATATTGATGAA +AAGGTGTATGATAGCTTAATTGATACTGTGAGTAATAATACTAAGAGTCTACATAAATAC +ATAGATCTAAGGAAAAAAGTATTAAATGTAGATAAGGTATATTATTATGATATGTTTGTA +CCTATAGTGGAACCAGTAGATAGTAACATCACATATGATAAGGCTCAAACTATGGTATAT +TCAGCAATGGCTCCTTTGGGAGAAGAGTATGCTGATATAATATATAAAGCGTTTAATGAA +AGATGGGTAGATGTATATTCTAATGAGAATAAAGTAAGTGGTGGGTATTGTTTATCAGTA +TATGGAAATCATCCATATGTATTATTAAATTACAATAATTCATTAGGTGCAGTTTCGACA +CTATCTCATGAATTAGGACATGCTATTTATGAGTACTTAAGTTGTAAAAATCAAAATTAC +TTTAACTCTAGTCCTTCAATTTTCACTCATGAAGTAGCATCTACTACAAATGAAGCTTTG +CTTTATGAAGGTTTAATTAAATGTGCACGTGACGATAAAGAAAAAGCCTATTATATATCA +GAATACTTAGATTTAATAAAAAATACATTATATACTCAAACTATGTACGCTGAATTTGAA +AAAACTATACATGAAATGGTTGAAAGTAATAAGAATGTAAATGCTTTAGTATTAAATGAT +ATATGGGCCGGATTATTAAAGAAATACTATGGAAATAGCTATGAGCTAGACCAGTTATCT +ATGGTTGGATGGGCAAGAATCCCCCATTTTTATAATAGTTTTTATGTGTATAAGTATGCG +ACTGGATGTAGCGCAGGTGTTACCTTTGCTCAGTCGATTTTAAATAATAATGGAGCAGAA +AACTATATGTATTTTCTAAAAAGTGGAAGTTCTGATTACCCAATAAATATATTAAAGAAT +AGTGGAGTTAATTTAACTAGCACAAAACCTATTTTAAATACAATTAAAAGGTTTGACGAT +TTAGTTAAGGAGCTAGAAAGCATCCTTGAAAAAGAATAA +>nqrF_1 +ATGAGTAATAAATATAAATTATGTATTAACTATAAATATAATAAAAGATTGATACTAGAA +GTTAATAGCGGGGAAAATTTGTTAGAAATACTTAGAAATAATCAAATTCCAATAGAAAAT +AGCTGTAGTGGAAAAGGCAATTGCGGAAAATGTATGGTAAAAGTTATAAATAAATCCATA +CCATATTCTAAACAAGATATAAAACATTTTAGTAAAGAACAAATAGATAATGGATTTAGG +TTAGCATGTACATTAAAGATTAATGAAGATTTAGAGATAATAGTTCCTTATAATAATGAA +AACATGAAGGTACTAATAAGTGGTGTTAATGGAATGCTAGATGTAGATCCTACTGTTAAG +AAACAAATAATCAAACTAGATAAGCCAAGATTAGAGGATCAAAGAAGTGAGCATAATAGA +TTAAGTGATGCTTTAAGAATTGATGATTTAAAAATAGACATAAATTATTTGTGTAAAATA +GAAGACATACTAAAAGAAGAAAACTATTATATTAGTGCAACTACATATAAAAACAAGCTT +TTACATTTAGAAGGAAAAAATAAAATAAAAAATAACTACGGATTAGCTATAGATATAGGT +ACGACAACCATAGCAATGTATATTTTAAATTTAAATACAGGTGAAGAAATAGATGTTGTA +TCTCAGGTTAATAAACAAAGAAATTATGGAGCAGACGTTATTTCTAGAATATTTTTTACA +ATGGAAAATGAAGATGGTTCAAAAATTCTAAGAGATAGTATAATAAATCAACTTAATGAC +ATGATAGGAATATTATGTAGTAATAATAATATTAGCTCTAACAATATTTATAATGCAGTA +ATTGCAGGGAATACGACTATGATACATATACTTCTTAAATTACCATGTAAAAGTATTTCA +TTGGCTCCATTTATACCAATAAGTACAAAAGAGCTTGAATATGAAGGTAAGGATCTTGGA +ATAGATATAAATGGAGTTATAAGTATTATGCCAGGTATTGCAAGTTATGTTGGAAGTGAT +ATAACTGCTGGAATAATATCATCTAATCTTACGAAAAATGAAAAATATTCACTATTATTA +GATTTAGGAACTAATGGAGAAATGGCTTTAGGAAATAAGGATGAGGTAATTACATGTTCA +ACTGCAGCAGGTCCAGCCTTTGAAGGTGCAAATATAAAATATGGTATTGGTGGAGTAAAA +GGTGCTATTTGTAAAGTAGATTTGTCAAAAGATAAAGTATATGAGACTATTGAAAATATC +AATCCAATAGGAATATGTGGTTCTGGAGTACTAGATGGAGTTGGGCAATTACTAAAGTAT +AACATTATAGATGAAACTGGAAGAATATATGATATTGATGAGTTGGATGAAAATATATCT +AATGATAGAATAGTAGAAATAGATAATATGAAGCAATTTATATTAGAAAATAATAATAAT +ATAATTTCTATTACTCAAAAAGATATTAGAGAAGTTCAACTTGCAAAAGCTGCTATATGT +GCAGGGATTCAAATATTATTAAAAGAACGTAACTTAAATGTAAATGATATAGAAAATGTA +TATATTGGTGGTGGATTTGGTAATTTCATGAATGTGGATAGTTGTATTGAGATAGGAATG +ATACCTAAAGAGTTAAAAGATAAAATTACTTCTATTGGAAATTGTGCAGGGCATGGAGCT +AAGATGTACTTACTTTCTAAGAATATTAGAGATGATACAAAACAAATAATTAATAAGTCA +ACATATATAGAATTATCAAAAAGACCTGATTTTCAAGAGTACTTTGTTGACTGCATTACT +TTGGAATAA +>group_1010 +ATGAATATAGAAACATTTGAAAAGTTACAATTAAAAGAGGTAAAGGAATTAATAAAAAAT +CACTGTGTAAGTTCGCTAGGAAAAGAACTTATAGATAAGATAAACCCAAGTGGTAATTAT +AAAATAGTAAAAAGAAGATTAGACGAAAATAAAGAAGCAAAGAAAGTTTTAGAAAATAGT +AACCATATACCATTAGAAGGATTATTTAATATAAATCCAACTATTGATAAGATTGAAAAA +GGTATGATTCTATCACCAAGCGAGCTTATAAATGTTGAAGATTTTTTAAGAGGTTGTAGA +AAAATAAAATCTTTTATGATAGATAAAGAGTTTTATTCACCAACACTAAGTTCATATGCA +CTTAATATAACAGAATGTGTAAATATAGAAGAAGAAATTAAGTACTGTATAAAAGGTAAT +AAAGTAGATTCACAAGCTAGTAAAGAGCTTAAGAAAATTAGAAGAAGTATAGAAATAACA +GAAGGAAGAATTAAAGATAGGTTAAATAAATTTTTAACTTCAAGCACCAACAAAAAATAT +ATTCAAGAAGCTATAATAAGTAAGAGAGATGAGAGATACGTTATACCTATTAAGGCTTCT +TATAAAAATGAAGTAGATGGTGCAGTTTTAGATACATCTTCTAAAGGAACTACTGTATTT +ATAGAGCCAAGCAGTGTTTCTAAATATAGTTTAGAACTAATTTCGCTAAAATCAGAAGAA +TCTATAGAAGAATATAAGATATTATCATATTTAACAGAGCTAATATATAATCAAATACAA +AATATAAAGCTAAATATGGAAATAATATCTGAATATGATATGGTATTTGCAAAAGCAAAA +TACAGCCAAGCAACTAATTCTATTACACCAAACTTAAATGATCATGGATTTATAAAAATA +GTTAATGGAAAGCATCCACTTTTAAAGGGAAATGTAGTCCCACTTAACTTTGAAATAGGC +AAAGATTATAGAAGTTTAATAATTACTGGGCCAAATGCAGGTGGAAAAACAGTTACTTTA +AAAACTGTTGGTATATTAACACTTATGACACAATGTGGTTTTGATATATGTGCAGATGAA +GAAAGTAGTATAAGTGTATTTGAAAAAGTGTTTGTAGATATTGGTGATAACCAAAGTATA +GAAAATGCTTTAAGTACATTTTCGTCTCATATAAAAAATATAGCTAACATTATGAAAAAC +TCTAATAATAAGACTTTAGTTTTATTTGATGAAATAGGTTCTGGAACTGAACCAAATGAA +GGAGCTAGTCTTGCTATTGCAATACTTGAAGAATTTTATCAAATGGGATGTATAGTAGTA +GCATCAACTCATTATGGAGAAATAAAGAAGTTTGCAACTAATCACCCTCATTTTGAAAAT +GCAGGTATGATGTTTGATAAAGAAACTTTAGAGCCTATGTATAAGCTTACAATAGGAAAA +TCAGAAGATAGTAATGCATTATTTATATCTAAGAAAATGGGAATAAAAGATAAGGTATTA +AGTAGAGCTAAAAGTTATATTAACGAAAAAAATTATAACTTTGACTTAGTAAATGAATCT +AAAATAGCTATTAAACCTATGGAAAAAGTAGAAGTGGTTAAAGAAGTACCAAACTTTGAT +ATAGGTGATAAGGTAAAATTACTAGATTATGATGACTTCGGAATAGTTTATAAACCTATT +GATAAATTTAATAATGTATCAGTATTATACAAGGATGAGTTTATAGATGTAAATGTAAGA +AGAATAACTATTACTTTAAAAGCTAAAGATTTATATCCAGATGGATATGATTTAAATACT +TTATTTGTAAGTTACGGAGAAAGAAAGTTAGAAAAAGATATTTCAAGAGGGTCTAAGAAG +GCTTTAAAAAAGATTCAAAAAGAAATAAGAAACAATAAAAGAAATTAA +>cydD +ATGGTAGACAAAAGGTTATTATCTATTTGTAAGGAGCCTAAAAAATACATATTCTTAACA +GTGTTAACTAACTGGATTTCAGTAATATGTAATATTGGTATTATACTATTTGTAGGCGGT +ATAATAAATAAATTATTTAACAATGATTTGAGTTTTAATTTAGGAGGATATGTGATTTAC +TTAGCCTCTTTAATGATAATAAGATTCATTTCTAATTATATGTCAGGAGAATTCTCGCAT +AAATCTTCTGGACAGGTAAGAAGTATATTAAGGGAAAAAATTTATAAAAAGTTATTAGAT +TTAGGAGTAGATTATAATGATGCGTTATCTACTTCATCAACTGTCCAAATTGCAGTAGAT +GGTGTTGAGCAATTAGAAATTTACTTTGGAAAATTTTTACCTCAGTTATTCTATGGACTT +TTAGGACCTCTGACTCTATTCGCAGTAATGGCGACAATAAGTTTAAAAGCAGCTTTTGTT +TTATTAGTATGTATACCGTTAATTCCAATATCAATTGCTTCAGTTATGAAGATTGCTAAA +AAGTTATTAAGTAAGTATTGGGGGATATATACCAATCTAGGAGATTCATTCTTAGAAAAT +CTTCAAGGGTTAACAACTTTAAAGATATTTGACTTAGATGAAGAAAAGAATGAGGAAATG +AATAAAGAAGCAGAAACATTTAGAAAAGTAACTATGAAAGTTTTAACAATGCAATTAAGT +TCTATTACTATAATGGATTTAATTGCTTTTGGAGGAGCTGCTTTAGGGATACTAATTGCT +GTAAATGAATTATCTTTAGGGAATATAAGTGTAGGTGGAGCTGTAATAATAATTCTGTTA +TCTTCAGAATTCTTTATACCACTTAGACTTTTAGGTTCTTTCTTCCATGTTGCAACTAAT +GGTATGGCAGCATCTGAAAAAATGTTTAAGTTACTAGATACTGAAGTTAAAAAAGAAGCC +AAAATAACAAAGGAATGTATAAATAAATTAACTGATATATCTATAAAAATTGAAAATGTA +GATTTTAGTTATAATAAAGAAAGACAAATACTTAAGAATGTAAATATAGATGTTGACAAT +AAATCTATGATTGCTTTAGTAGGGGAAAGTGGATGTGGTAAAAGTACAATTACTAACTTG +CTTTTAAAGCTTAGAAAAGTAGATAATGGACAAATAACTTTAAATGGAGTGAATATAGAT +GATATACCATTTGAAGTCTTAAGAAAGAAAGTTAGTTTTATTAGTCATAATTCCTATATA +TTTAATACAACTATAGCAGAAAATTTAAGAATGGGAAAAAAAGATGCAAGTGAAAAAGAG +TTATATAAGGCTTTAATAAGTGCAAACTTATATGACTTTGTAATGGGATTAGAAAATAAA +TTGGATACTAAGGTAGGAGAAGGTGGATCATTATTATCTGGAGGGCAAAAGCAAAGATTA +GCTTTAGCTAGAATGATACTTACAAATCCAGAAGTATACATATTTGATGAAGCTACTTCA +AATATCGATGTAGAAAGTGAAGATAGTATATTAAAAACTATATACAGTTTATCAGAAGAA +AAAACTGTAATAGTAATATCACATAGACTTGCAAATATAGTTAATGCAGATAAGATATAT +GTATTAGATAAAGGTAGAATTTCAGAAAGTGGAAATCATGAAGAACTTATGAATAATAAA +TCTACTTACTATAATCTATACACAAAACAAAGTAATTTAGAAGACGTATATGAAGAAGAT +ATGGAGGTGGCTGTAGGTGAATAA +>azoR +ATGTGGAATTTAAGTATACCAGCAATATTAAAGGCTTATATAGATTATATAAGTGTTAGT +GGAATAACATTTAAATATACTTCAAATGGATCAGTAGGACTTCTAAATGATAAAAAAGCT +GTTCATATAGTATCTAGAGGGGGAGAATATGAAAATGCGTCATATGAAATGGGAGATAGA +TATTTAAGAACTATATTAGGATTTTTTGGTATTAGTGATATAAGTACTATAGCGATAGAG +AATATAGATGTTGCAGGAGGAGCTTATATTCAAGAAAAAGTAGAAGAAGGAATAAGAAAA +GCCAGTTTACTTGCAAAAGAGTTTTAA +>nagE +TTGTCTAATTCACTTCGAGTAGTAAGTAATCAATTATCTAAACTAGGGAAAGCAATGCTG +ATTCCAGTCGTTGCTATGCCTGTTGCAGGTCTTTTATCCAGACTTGGGCAACCAGATTTA +TTAAACTTAGACATATTAAAAATTGCATCGGATGTTATATTTGGAAATTTAGATTTATTA +TTTGCTGTTGGATGTATACTTGCATATACAAAAAGCAAAGATAAATCATCTGCAGTTTTG +GCCGGAGTGCTTTCAGTTATGGTATTTAGGCAAGCGCTTACATACTTAAATGAAAGTATT +AGTATGGGAGTATTTGGAGGTATAGTATCAGGTGTAAGTACTGCTATTATATATAACTAC +AGTAAAAATTGGAAAGTTCCTAGTATGTTTTCTTTCTTTGCAGGTGAGAAGTTAGCAATA +ACTTTAGGTCCAATATTTTCACTTATTTTAGCAGGAGTATTTAGTTTTATATGGCCTCCA +ATAGAAGCAGGATTAGATGCTTTTGCAATAGGTCTAGGATCTATGGGGATTTTTGGAGTA +TTCTTATTTGGATTTTTAAACCGTGCTTTAATACCAACAGGATTACATCATGTTTTTAAT +GCCTATATATTTTATGAATTAGGCAGTTATACAACAGCAAATGGAACAGTAGTAACAGGT +GAAATGACAAGATTTTTAGCAGGAGATCCAAGTGCAGGATCATTTTTAGTAATGTTTTAC +GTAATAATGGTATTTGGAATACCTGGTGTAGCTGCTGCAATGTATAAAACAGCACGCCCA +GAAAATAAAGAAGAAGTAAAAGGATTAGCAAATAGTGGAGCACTAACTTCAATAGTTGCA +GGTGTAACAGAGCCAATAGAATTTTCATTCATGTTTACATCTCCACTTTTATATTTTATA +CATTCAGTATTTACAGGTTTAGCAGGAGCAATATTATACTTATTTAATTCAAGACTTGGT +TTTGCATTTGGATTTAATATTATAGACTTAACTTTAAACTGGAATATGGGTAATAATGTG +ATTTATATAATACCTGTAGGGATAGCATTCTTCTTCTTATATTACTTCACTTTTAAGACA +ATTATTCTTAAAAAGGATATAAAAACTCCAGGAAGAAGTGAAAATATAACTGAAGGTATA +GATGAAAAAGAATTAAAATTATCTCACTCAAATTATTCATATATGGCAAAGAAATTATTA +CAAAATGTTGGAGGAGTTGAAAATATAGTTAATGCTGAAAACTGCGTTACAAGAATGCGT +TTAGAAATAAAAGACATAAGCTTGATAAATGAAGATAACATAAAGAAAACAGGTGCAAAA +GGCGTAGTAAAAGTAAATAAAAACAATATACAAATTATAGTAGGAACAGAAGTAGTTCAT +GTAATGAAAGAATTTAATGCACTATTAAGTGAATCAGCAAGTGAAGGAGGAAAATAA +>group_1012 +ATGACAACAAGGGATATAGACATAAAAGTTAGGAAAAAAGAAAAAATAAAGATTTCCAAT +ATATACGATTTTAAAAAAGAATTAAAAAAAGAAGGATATAATGTAAATTATTACGATGAA +GAAAAATTCAAAGAAGATATTATAAAGATTTTTAAAGTGGATAATGATGTAATAGAACAT +TTATACAAATCTATGGATAAAGAAGAAATAACTTATAGAGCTAACAATGTTAGTCACTTT +ATTGATTATATGGAAAAAATAGTCTTGTTTGAAAGAGAACACTACAGGTTATGTGAAAAA +ATAAGTGAGATCAAAAAATTACGAATAGATAGAGTTGAATATGAAAGAAAGCCTAATTCT +CAAGATAATGTTGAACATATACTTAAAGCTATAGAAGAAATAAAAGATGGTATATCTGGA +GTAATCAATGAAAAAGAAAAATGCAGATTAGAATATTTAGAAAAGGAAATAGGCAAAAAT +TATCTTTATGCTAAGGATATTGAATTATTAAAAAAAATGATTATGACAAATAAAGAAAAT +GTAGATGAAAAATATAATGAAATAACTCAAGTTAAAACAATATCAATAGACATACCTAAA +GAAATAGATAATAATTATATCAAGCCACTAAAGGGCAGTGTAGAATACCATCAGCATCTG +AGTAACAATATACCAAGAATAAAACGCCTAGTAAAAAATATGAGTAAGTATATTAAAATT +GATGAAAAAGATAATTTAACTTTTAAAATAAATCAAAGTAGTGCGTTACAAGACTCTATA +AATATAGCGGTAGTAGAATATGATAATAAAGAATTTAAAGCAATAAGTGGTAGTAATGAG +ATAAATGATTATTGTAAAGCACCACCATTAGAAAAACAATTTTTTAAGAGCAATAAAGTT +AACAAGTTAGGCAAATTAGGAACAGGTTATAATAGAATTAATGATAGTGAAAAAAAGATA +TTTGAAGAAATTCACAAGCAAATTAAAGCTAAAAAACTAAATAACAAGGGAAATCTTACT +TTATATAGCAAATGGGAGCCTTGTCCAAGTTGCTATTATGTAATCAATCAATTTTGTAGA +CAACATCCAGATATAAAAGTACAAGTTAAATATATCAAAAGATATGGTGAAAATTAA +>group_1014 +ATGAAGGAAAAGTATGAAAAAAGGCTGGCTTTATTAGGTTTAATGCCTTTTATAGTATTA +GTAGTAGCATTTTTATTTGGTCCACTACTTACTATGATAATTATGAGTATTCAAAAAACT +GGTGGAGGAGGATTTTCTCTAGAACAGTATAAAGAAATATTTACAAATCTATTTTATATT +CAATCATTTAAAAATAGCATTACCTTGTCATTAGTAGCAAGTATTATTTCAATTATAATC +TGTTCCATTACAGCGTATTTTATAACTAAGTTATCACAAAAAACACAAGATATGGTACTT +AACTTATCTAATTTAACTAATAATTTTTCAGGTGTACCTTTAGCTTTTGCATTTATGATA +ATGCTTGGAAATAGCGGTGTATTTATAATACTAGCAAAGAAGTTTGGTGTTGAGATATTA +ATGAATTTTAATTTATATTCATGGGCGGGATTATTACTAATGTATGTATACTTCCAAATA +CCATTAGGAGTAATGCTATTATTCCCAACACTACAAGGTATAAAAGAAGAGTTAAAACAA +GCAGCGTTCTTACTTGGAGCTAGTAGTTTTGAATTCTGGAGATATGTTGGATTACCGATA +ATACTTCCTGGAATAGTAGGTGTTTTCAGTATTTTATTTGCAAATGCTATGGGAGCATAC +GCAAGTGCATATGCATTAGTAGGAAGTAACTATAATTTACTTACAGTTCAAATAGGTGGA +CTTATATCTGGTGATATATTTTCAAGGACAGAACTTGCAAGTGCAATAGCTGTAGTTTTA +GCTATAATCTTAATACTTGCATTGCTACTTAATGATTTTATGATGAAGAAAGTAAGGAGA +GGTATATAA +>rspR +TTGATAATTTATAATAGAGGCGAAGATGAAAATGATAAAGAATTTGCATATAGAATATTA +AAAAACAATATAGTGACTAATAATTTGAAGCCAGGTGAACATTTAATGAGTGAGGTGAAT +TTATCTAAGAAATTAAACATATCTAGAGCAAATATAAGAGAAGCAATAGCAAAATTAAGA +AATGAACGATTATTAGATGTAAAACCACAGAGTGGGATAAATATTTCACTAATAAATTGG +GAATTAATAGAAGAGGCTATTTTTATGAGATGTATTATAGAAAAATGTATCATGGAAGAT +ATAGTAGATAATTTTGATAAAGATATATTAATAAAATTAGAAAATAACTTATTTGCTCAA +AAGCTTGTTTTAAATAAAAAAGATAAATTGATTGAATTTTATGAATTAGATATAGAATTC +CATCGGTTGTTATTTTTAGGATCTAAAAAAATTAACATCTGGGAAGATACTATAAATATG +AATTCACATTATAATAGAATATTATTTTTATCTTATAAAAATTATGGGAAGATGGAAATA +GTAAATCAACATGAAAAATATTTAGAAATATTAAAAAATAAAGATAAAGATGCAATTAAA +GATCTAATAATAAATCATATTAAATATCCTATAAATCATTTTTGCTAA +>mepA_11~~~mepA_14 +ATGGTTAAGAGCTTTTTACAGTATGCTATACCATCAGCTCTAGCGATGTGTATAGCATCT +TTAAATACAGTTTTAGATGGAGTTTTTTTAGGTAAGGGCGTAGGAGATTTAGCTTTAGCA +TCAGTTAATATTGTAATGCCGCTTACTATATTATTCTTTGGATTATCAACAATGGTTTCT +GTTGGTGGAGGAGCATTAGTTTCAAAAAATTTTGGAGCAAATAATGATGATCATGCTATA +AAGATTTTTAGACAAATAATAAAGTTTTTATTATTAGCAAGTTTATGTCTAAGTATAGTA +TGCTCTTTGTTTGCAGAAAAGATAGTAATTCTTATGGGAGCTACAGACTCTTTAATTGAT +TTATCAGCTGAATATCTAAGATATTATTCTATGTTCTGTATTCCTAACTTATTAGGTCTT +TCTTTAGCAAGTTTTTTAAGAAATGACAATAGACCCAATCTTGCAATGATTTCAACAATA +ATAGGGACTATATGTAATGTTTATTTAAATTATTTATTTATTTTCAAACTAGGTCTAGGA +ATAAAGAGTGCAGCTATAGCAACAGGTTTAGGACAAATGGTTACAGTGTTAGTACAGATA +CCTCACTTCTTGGGTAAAAAAGGTAAATTATCTTTTGGTAAAGCAAAAATAGAAATAGAA +ATTATAAAGGAAATAATAAAAGTAGGATTCCCATCATTTGTAGCTGAGGTAGCTTTTTCA +ATCATAATACTAGTTCATAATTTAGTATTAGTAAAAGTTGTTGGCGAAATTGGAGTATCG +GTGTATGCAATAATTAATTATATTACAACGAATATATATTTAGTTCTATTAGGTGTAACA +TTAGGAGCTCAACCACTTATAAGTTATAGTTTTGGAGCAAAGGAAGAAGATAAAATACTT +ACTTATTATAAATTAGCAAATACTACAAGCCTATGTATAGCCACAGTATATTTCATAACA +TGTTTAGTTTTTGGAAGGGAAATAATATCGATATTTACGTCTGATATAACAATAATGAAT +ATGGCATATATAGCATTGAATCTAACAAATTTAGCATATTTTATTATAGGTATAAACTTA +ACAACAACGATGTATTACCAAGCAATAGAAATACCGAAGTACTCAAACTTAATAGGTGCA +TTAAGATCAATTTTAGTTTTACCAATAATATTAATACTTTTCGCAAAGTTATTCAGTATA +AATGGTATATGGGTTAGTATGGCAGTATCAGAGCTAATAACAGCGTTAATAGCATATAAA +TTTATAAATATAAAAAAATATACAAAAGCCATATCGCATTACGCATAA +>leuA +ATGTGTGTAGTTGATAAATCTAATTCAAAAGGAATAAGTATAGTAGATACTACTTTAAGA +GATGGAGAACAAACCGCTGGTGTTGTATTTGCAAATCATGAAAAAATTGCAATAGCAGAA +ATGCTAAGTGACCTTGGAATAAATCAATTAGAAGTAGGTATCCCAGCTATGGGTGGAGAT +GAAAAAGAAGTAATTAAATCCATATGTAAAAGGAATTTAAAGCCAAGTATAATGGCTTGG +AATAGAGCAGTAATATCTGATATTGAAAACTCAATAGACTGTGGTGTTGATGCAGTTGCA +ATTTCTATATCAGTATCTGATATACACATTCAACATAAACTTAAAACATCAAGAGAATGG +GTAATAGAAAATATGGTAAAATCAGTAGAGTTTGCCAAGAAAAATGGATTGTATGTATCT +GTAAATGGAGAAGATGCTTCAAGAGCTGATTTAAAATTTTTAACTACTTTTATAGATGCT +GCTAAAGAAGCTGGTGCAGATAGATTCAGATATTGTGATACAGTTGGAGTAATGGAACCA +TTTTCTATAAAAGATACTATAATGAAAATTTATAATAGAACAAAGTTTGATATAGAAATG +CATACACATAATGATTTTGGATTAGCAACAGCAAATGCTATAGCTGGTGTTTTAGGTGGT +GCTAATTATATAGGAGTAACTGTAAATGGCTTAGGAGAAAGAGCTGGAAATGCAGCATTA +GAAGAAGTTTTAATGGCACTTAAGTGTGTTTATAAATGTGATTTAAATAATATAGATACT +AGAAAATTTAGAGGAATATGTGAGTATGTAGCACAGGCATCAGGAAGAATACTTCCTACA +TGGAAACCAGTAGTTGGAGATAATATGTTTATACATGAATCTGGTATACATGCAGATGGA +GCTTTAAAAGACCCACATAACTATGAACCATTTGACCCAAGTGAAGTAAATCTTGAAAGA +AAAATAGTAATAGGTAAACATTCAGGAAGAGCTGCAGTTGTAAATAAGTTGAGTGAATAT +GAAATGTATATTTCTCCAGAAAACGCTACCAAGCTATTAAATGCTATAAGAGCTACATCT +ATAAGATTAAAAAGAAGTTTAATGGATAAAGAAATTCTTCAATTATATTGTGATATACAA +AAATATAGACATATAGGCTAA +>ribN +GTGAATAACATAATAAAATCTAATAGAATCAAAGGTATAATTTGTATAATATGTTCAGCA +TTAGGTTTTGCGCTTATGTCAGCCTTTGTCAAGTTAGCCGGAGATTTACCAAATTTTCAA +AAAGTATTTTTTAGAAATTTAGTATCTGCAATTATAGCTTTATACTTAATAATTAAAAAT +AAAGGAAGCATGACTGGTAAAAAGGAAAATAGAAAGTTATTATTTATGAGGTCTTTATTC +GGTACATTGGGTGTAATTCTTAATTTTTATGCAATTGATAAGTTGGTATTATCCGATGCA +AACATGTTAAATAAAATAAGCCCATTTTTAGTAGTAATATTTAGTGCAATATTTTTAAAA +GAAAAAATAAATAAAAATCAAATAATATCTATAGTTATAGCATTTACAGGTGCATTATTT +ATTATAAAGCCAACTTTTAGTGTAGAGATAATACCTTATATGGGAGGCTTAATGTCAGCT +GTATTTGCAGCATCAGCATATACATGCTTAAGGGCGATTGGAAATAAAGAAGAAGCACAT +ACAATAGTATTTTTCTTCTCAATGTTCTCATTAATAAGTATATTACCGATGTTTATTTAT +GTATATGAACCAATGACATTTAAACAATTACTTTGCATGATATTAGCAGGAGTATTTGCG +AGTTTAGGACAATTTGGAGTTACATTAGCATATAGATACGCTCCAGCAAAAGAAATATCT +ATATTTGATTATAGTAATATAATTTTCTCAGCAATACTAAGTATATTTATATTTAATCAA +TATCCAGATTTATTTAGTATAATTGGATATATTATAGTATTCACAGCATCTTATTATGTA +TTTTTATATAATAAAAAGCTAGATAAAATAGAAAGCAAAAAAGATACATCGTCAGAATCA +GTATAA +>group_1409 +ATGGATAATAATGTTAAGTGGGTTAATGAAAAAAAGATAGAAAGAACTATGAAAGCGTTA +GAAAAAAATAATATGTGTGCTTATTTAGTAAATAATGAAGAAGAACTTTTAAATCAAATA +GACGAACTAATAAATGAAGGTGATTTAGTAGCATGTGGGGGCTCAATGACTCTATTTGAA +ACTAACGTAATAGATTATCTTAGAAATGGGAAGTATAATTTTTTAGATAGATATCAAGCC +AATATTTCTGCTGATGATATGAAAGAGATATATAGAAAGTCTTTTTATGCAGATGCATAT +TTTGCAAGTACAAATGCTGTTACAGAAAATGGAGAATTATATAATGTAGATGGTAATGGT +AATAGAGTAGCAGCAATGCTTTATGGACCAGATAAAGTTATATTAGTTGTTGGTGTTAAC +AAAATTGTTAAGGATGTAAATGAAGCTATAAATAGAAATAAAGAAATATGTGCTCCTGCA +AATACAAAGAGATTAAGTTGTAAGACACCATGTGCATCAACAGGTCAATGTATGGATTGT +TCAAGTCCAGGAAGAATATGTTGTGAATATACATTAATAAAAAGACAAAGAACAGTTGGA +AGAATGCATGTAATATTCTTAAATGAGAACTTTGGATATTAA +>group_552 +ATGAAGAAATATTTTACAATTGGAGAAATGTCAAAATTACATAATATTTCAATAGAGACA +CTTAGACATTACGATAGATTTGGTATACTTAAACCGGAATATATAAATGAAAAAACAGGA +TATCGATATTATTCAACTAAGAGTTTTATAACAATTTATTTAATTAAACAATGTAAGGCA +ATAGGGCTTTCTTTAGATGAGATAAAAGAGATCATAAATGATTATACGTCATTAGATTCT +GTTTTAAATATAATAAAAAATCAAAAAGAAATTATAGATAAAAAGATAGTCGAGCTTAAT +AGTATAAAGAATGGTATTGAGAATCTTGAAAATAGTATAGAAGAAGCATTGGAAATTGGG +ATTAATAAGCCTTTTATAAAATTTTATGAACAAAGGAAGTTAAGAAAATATAACTATACA +AGTAGATATACAGAAGAGTTTGAAATGCAATTGAGAAAATCATTAATAGATATAGAAAAA +GAATATAATAGCTTTAACTCTAAGATTGCATTTGAAACATCCTATAAAGATTTAATAGAA +AATAATGAAGTAGTTCACACAAAAACTATGATAGAGCTGGATGAAGGTGTACTAGGCGAT +GATGATACAATAGTAACTTTGCCAGAGGGTAAGTATATAACTTTTTATTATGATGATAAT +TTCTATGACATTAAAAAGTATTATAGTGAAGTTAAAGACTATATAAGAAAAAATAATATA +GATGTACTTGGGAACTTCTATGAAACTCATGAGATGACGAGGGTAAGTAAGGATGGTGTA +GCAAAGTCTCTAGCAAAGATTGAAATATTACTCAAATAA +>group_434 +ATGGAAGTTAAGATATCCAGGAACTTTTATTTTAATAGAGGTACTATTTATATTTTTATT +GAGATTGCTAGATTTAAAAGTTTACAACATTGTAATTTAAAGGTTTTTTCGTTGATACAG +CCAAATGAAACTGATATTATAAATTTATTACTTAACAATAAGGGGGATATTATGAGTCTA +AACGAAGAAAAATTTGAATTATTGTGTCAAGGAGACAGTAGATTATTGAAGATAAATGCA +ATTAGAGGAGAACTTTTTAGAGTAGAGGCAGGGTCAATGGTAGCAATGACTCCAACATTT +GAACATAAAGTTAAAGCAGGAAGTATAGGAAAGATGTTTGGTAGAGTAATGTCAGGAGAG +TCTGCATTATTTCAAGAATATAGAGCTACATCTGATGGAGAGATATTACTAGCACCTACA +GGTTCTGGAGATATTACTAAGGTGGAACTAGATGGAAGTAAGCAGTATAGAATAAGTAAT +GGTAATTTTTTAGCCTGTACTGAAGGAATTACTTTAGAAGCTAAGGCAAAGGTTAAAGGA +ATTTTTGGCAGTGGAGAAGGTATATTTGGCTTAAGAACTGTAGGAGCAGGGACTTTATTT +GTAAATTCTTGTGGTTCCATACATAAAATTAATCTTAATATAGGTGAAGAGTATATTGTA +GATTCAAGTCATTTAGTTTTATGGGAAAATGAAATGGAATTTTCTACAGAATTAGCTGGT +GGAGGATTAGCATCATCGTTTTTAAGTGGTGAAGGATTTGTCGCTAGATTTAGGGGACCA +GGTCAAATTTGGATTCAAACTAGAAAGCCTATAGTAGTAGCTTCTAATGGTTAA +>group_1107 +ATGTATTTTAATAATATTATAGGTCAAGAGTTTGCAAAGAAGTATATAACAAACTCCATT +AAAAATGATAAGGTTAATCATGCATATATGTTTGAAGGTATTGATGGAATAGGGAAGAAC +TTATTTGCAAAAGAATTTGGAAAATTACTTATCAATGTTGATAATGTAGATAATAGTCCA +GATTATATAAATATAGAACCTACAGGAAGTAGCATAAAAATAGCACAAATTAGAGAACTA +CAATCAGATATAATAATAAAACCACATAGTAAATATAAAATATATGTAATTAATCATGCA +GAAAAGATGACAGTAGAGTCTCAAAATGCATTATTAAAAACGTTAGAAGAACCACCAGAA +TATGCTATAATAATTTTGATTACAAACAACAAAGAATCTTTATTACCTACAATAAAGTCT +AGATGTGAAATAATCAAATTTTTACCAATATCTATTATGGAATTAAAAAGGTACTTAATG +GATAGAGGCGTGGAGGAAAAGAGATCAGCACTATTAGCGAATTTTTCTAGAGGAAGTATA +GAAAAAGCTTTAGAACTATCTGAGTCGAGTGATTTTTCAATAATGAGAGATGATATACAA +AAATATATTCAAGATATTTTAGATAAGAATATGGTAGAGATTTTAAATATATCAAGTGAT +ATGGATAAATATAAAGATAAAGTTATTATTGTTCTTGATATGATGATTAATTACTTCAGA +GATATTATGATATGCAAAGATAGAGCGGATAAGGATATGTTAATAAACGGGGATAGAATT +ACATTTATACAAAATATGAGTAGTAAAATTACTTATTCGCAAGTATCTAAGATTATTGAT +ATAATAGAAGAAGCAAAAAGAAAGATGAGAAGCAATTGTAACTTTAGTGTAAGTATACAA +GTTATGGCTTTGAACATATATGAGGTGATAAAATGA +>rcsC_1~~~rcsC_4 +ATGGGGCATAAATCCAAATATAAGATTATTCAATTGATACTTGTATTATGTATCATTTTA +ATACCAAAAGAAGTAGAGGCAGAACTTAAAGATGTAAAGGAAGTACTATATATAAATTCA +TATAGCCCAAAATCAACATTTTTTAATGATGAGTTAAATGGTATAAGAAGTGTATTCGAT +GATAAAGTAGAGATACAAGTTGAGTATTTAGACCAAGGTAACTTTTATGGAGTAGAAAAT +GAAGTGAATTTTTATAATTTACTAAAGTATAAAATGAATAGCTATGATGAGTATGATGCC +ATCCTAATAGGAGATGACCCAGCATTAAATTTTGTTAAAAAATATAGAGAAGAGTTATTT +AAAGATATTCCAATAATTGCATTTGGAATAAGTATGAAATCTAATGTAGATTATATAGAA +AAAAATGATAATACATATGGGGTTATAGAAGGTATATCTTTTAAGAAAAATTTAGATTTA +ATTAATACATTTTATAAGAATAAAAATGTAGTAGCCCTTACATATAAGTCAAGAGAAAAT +AATCCTGATTTAGATGAATTTTATAAATTAGAAGACGATTATCCAGATTTAAATTTTAGT +CATATTACTTATGAAAAAGAAGATACCTTTGAAACATTTAAAAATAAAATAGAGAAATTA +GATAAAAATAGCGTTATTTTACTTACTTATATTGAGTATGGTGCAAGTATATCATATAGC +GATGTAGTTGAAATTCAAACATATATAAATGAAGAAGTAGATTTACCTAAGTTTGTTACA +TTAAACCATGAGCTATATTTTAATACAATTGGTGGATATGTAACATCTAACTATGATCAA +GCTAAGAAAAGTGCTGAGATTGTCATGGATATATTAAATTGTAAAAATCCAAAATCTAAA +TTAGTAAGCTACAATGAGGTTAATAAATATATATTTAACCATGAAAATTTAAAAAAGTAC +AAAATTAAAGAAAAAGATTTACCACAAAATTCAAATATAACAAATAAACCAGTAACATTA +TGGGATGAACATAAAACTGTTATAATTCCTGCAGTACTTATAGTTTTATGCTTGGTAGTT +ACTATCATAATATTAATAATAAGTGATAATGAGAGAAGAAAACACTCTAAAGGAATTCTA +AAAGCTAAAGAAATTGCAGAAAATTCAATTAAGGCACAAAATAATTTTATATCAAATATA +AGCCATGAGTTAAGAACACCAGTAGCCGTTATAATATCTGTAATTCAGTTATTAGAAAAA +CAAAATAAAGATAAAGAATTTGATTTAACATCAAGTATTAAAATTATTAAGCAAAATTGT +TTAAGACTAACAAGGCTTACAAATAATATAATAGATGTAGCAAAGATGGATTCAGGATTT +ATATATATGAGACCTGTGAATATAGAAATAGTAAGTGTATTAGAAGATATAGTTTCATCA +ATAATTCCGTATGCTAAAAGTAAGAATATTAATGTGATTTTCGATACTGAAATAGAAGAA +CTTGTTATGTCAGTAGATCCTGATAAGATTGAAAGAATGATGTTAAACTTATTATCAAAT +AGTATAAAGTTTAATAAAAATGATGGTTCCATAATAACTATGGTAAAGATTAAGGATAAT +TATTTAAATATAGAAGTTATTGATACTGGAATAGGTATAGCTAAAGAAAACATATCAAAA +ATTTTTGATAAGTTTACTCAAGTTGAAGATATTATGATAAGACAAAATGAGGGAAGCGGA +ATTGGTTTATCATTAGTTAAATATTTTACTGAGGCTCATGGAGGAACTATTAGTGTAGAA +TCAGAATTAAACAAAGGAAGTAGATTTATTGTAAGAATACCTATTATTAAACAAGCTAAA +TTATCGATGAACTACTATGAGAAAAATCAAAATGATATAGTAGTAGGAGCAGAGGTAGAG +TTTTCGGATATATATGCATAA +>znuC_2~~~yxlF_1 +ATGAATGTTGCAATAAAATTAGAGAATGTAAGTAAGTCATACAATGGTACAACTATTTTA +AATAATATAAATCTAGAAATAAATAAAGGAAAATGTGTGGGAATTATAGGTTCTAATGGT +AGTGGAAAATCAGTTTTATTTAAAACAATATGTGGATTTGTTTCACCAGATAAAGGAGCT +ACATTTATAAGAGGTCTAAAGCTAGGGGAAAAAATAGACTTTCCTGAAAATGTAGGTGTT +TTTATTAATGAGCCAGGATATATAAGCATATTTAATGGTTTTCAAAATTTAAAGTTTTTA +GCTGATATAAATAATAAAATAGATGATAAAAAAATAAAACAGACTATGGAAAAAGTAGGT +TTAAATCCAAATAATAAAGCAAAGGTTCAAGATTACTCTCTTGGTATGAAGCAAAAGCTA +GGGATAGCTCAAGCTATAATGGAAGATCAAGATATATTAGTTTTGGACGAGCCATTTAAT +GCACTAGATTATAAAACTTATGAAGATATAAAAAATATAATAAAATCTTTGAAAGATGAA +GGAAGAACTATATTATTAACAAGCCATAATTTTGAGGATATAGAGCAGCTTTGCGATAGT +GTTTATTTAATTGAAGAAGGTAGGCTAGAGCTTGTAACTCCAGAAATTATTGATAGATAT +AGAAAAAGATAG +>gpsA +ATGAAAAAAATATGTGTATTAGGAGCTGGAAGTTGGGGAAGTGCATTAGCTTTGAGCCTT +GCGAAAAAAGGTTATAATGTGATGATGTGGACTTTAAGCCAAGGACAAGCAGATAAAATA +AATACAACAAAAGAAAATATAGATTATTTACCAGGAGTATTATTTCCAAATAATATAAAA +CTAACTACAAATATAGAAGAAGCTGTTAGTGATAGTAGACTAATAATATTAGCAGTACCA +TCGCAGGCTATAAGAAGTGTTTGCAAACAAATAAAAGAATTTGTTAAACCTAATCAAATA +CTAGTAGATGTAGCGAAAGGACTAGAAAAAGGAACTGGATTTAGGCTTTCACAAGTTTGT +GAGGAAGAATTACCAGATAATCCTTATGTAGCTTTATCAGGTCCATCTCATGCAGAAGAG +GTTGCTAAAGATATACCGACAACATTAGTTGTAGCATCAGAAAACTTAGAAATTGCTCAA +GAAGTGCAAGATATATTTATGAGCCCTAAGCTTAGAGTTTATACAAATCCTGATCTAACA +GGAGTTGAGCTTGGAGGTGCACTTAAAAATATAATTGCATTTGGAGCAGGTATATGTGAT +GGATTAGGTTATGGTGATAATACAAAGGCGGCTCTTATGACTAGAGGAATAAGAGAAATT +GCAAGACTAGGGACAGCTTTGGGTGCTGACGTTAATACATTCTCTGGGCTTTCAGGTATA +GGTGATTTAATTGTTACTTGTACAAGTATGCATAGTAGAAATAGAAGAGCAGGTATTTTA +ATAGGTCAAGGCAAAAGTCTTGATGAAACTTTAAAAGAAGTTAAAATGGTAGTTGAAGGA +ATAACAGCTATAGAAGTTGCTTATGAAGTTTCTAAAAAGATGAATATAGAGATGCCTATA +ACTAGCGCTATATACTCAGTATTACATGAGGGTAAAAATGCAAATGAAGTTGTAGTTAAT +CTTATGATGAGAAGTAAAAAGCATGAAATAGAAGAAATAGTAGATGAAAAGCTAGGATTT +TAA +>pyrH_1~~~pyrH~~~pyrH_2 +ATGGATAAACCAATGTACAAAAGAGTATTGTTAAAGCTTAGCGGAGAAGCTTTATCAGGG +GAAAAAGGTTTTGGCATAAATAACGAAGTTGTAAATGACATAGCTGCAGGAATAAAAAAA +TTAAGAGAAATAGATGTTGAAGTAGCAGTAGTTGTAGGTGGAGGTAACTTCTGGAGAGGA +AGAACATCTGAAGGTATGGATAGAACAACTGCAGATTACATCGGAATGCTTGCAACAGTA +ATGAATTCTATGGCACTTCAAGATGCACTTGAAAATATAGGTGTGGAAACAAGAGTACAA +ACAGCTATAGAAATGAGACAAGTAGCAGAACCTTATATAAGAAGAAGAGCAGTTAGACAT +TTAGAAAAAGATAGAGTTGTAATATTTGGTGCAGGTACAGGAAATCCATATTTCTCAACT +GATACAACCGCAGCTCTTCGTGCCGCTGAAATGGAAGCAGAAGTTATATTATTAGCAAAA +AATGTTGATGCTGTATATGACAAAGATCCAAAAGTACATGCAGATGCTAAGAAATTTGAA +GAATTAAGCTATATAGAAGTTTTACAAAAAGAATTAAAAGTAATGGATTCAACAGCTACA +TCTTTATGTATGGATAATAATATACCAATAAAGGTATTTGAACTTTCAACAGAGAATATA +ATAAGAGCAGTAATGGGCGAAAATATAGGTACAATAGTAAAATAA +>group_1442 +ATGGAAAAGAAATATTCGACTATATTTTTAATTTCTATGGCTATAATTATGTGTATACTT +AAATTTTATTCAAATGTACTTACTTTATTTATTGTATTGAGTACAGTTCCAATATATATA +ATAAGCAAAAAGTCGCCAAGTACAGGTCTTTTGACATATATAATAGTATTTTTATTTATT +CTATCCACTGATTATTATCATAGCATAATATTTTTATTTTTTTATGGTGTAATAGGAGTT +TTTCCTGGAATGTTTAGTCATTATTTAAATAAAAATATTTTAATAAGTATAATAAATGGA +GTTATTTTAGCTATTTCAATAAACGGAATGAACATGACATTAAGAACTAGTATTTTAAGT +ATACAATATAGTAATGGGATTTTATTACAAGGCTTAATACTATTATTTAGTATAGTATGT +AGTTTTGTAACGTTGGTAATTTGTAATTATATTTACGATACCTTATACAAAATAGAAAAT +ATATCAAATTAA +>group_437 +ATGAAACGTATAGATATGACTGTATATGAATTTATAGATAAATTTAATAAGTTGGGAGAT +TTGAGGCAAGAAATAAATGAAATGATAGAGATACAGAATCATTTAAATAATTTATGA +>group_1017 +ATGGAAGATAATAAATTAGTAAACTTTGAAGAACTATCAAGATTAACAGAAATAGATAAA +AAAACATTATTAGAAAGAACATTAAAACTATCAGAAGAAGTAGGAGAAGTTGCACAGGCA +ATGTTAAGTTATTCTAATGCTTGTGGATGTGGATATAAGAAAAGATCGAAAGAAGATTTA +GTAGAAGAATGTCTGGATGTTATAATAGTAGCAAGTTCCATAATAAGTCAAAGCTATGAT +AATGATGTAGATATTGAGACTGTAAAAAGTATATATAATAAAAACTTAGCAAATGGAAAG +AAAAGTGTGAAGAGTGATATTTTATAA +>gyrB +ATGAAACAAGAATATGGTGCAAGTCAGATACAGGTACTAGAAGGATTAGAAGCCGTTAGA +AAAAGACCTGGTATGTACATTGGTTCAACTGGTCCAAGAGGTTTACACCATTTAGTTTAT +GAAATCGTAGATAACAGTATAGATGAAGCTTTACAAGGATACTGTTCAAAAATATACGTA +GGTATAAACGATGATGGAAGTATAACTGTAAAAGATGATGGTAGAGGTATACCAGTAGAG +ATACATCCTAAAACTGGAAAATCAACACTAGAAACAGTATTAACAGTTCTTCATGCAGGA +GGTAAATTCGGTGGAGGAGGATACAAGGTATCTGGTGGACTTCATGGAGTTGGGGTTTCT +GTAGTTAATGCTTTATCAGAATGGTTAGTTGCTGAAGTATATAGAGATGGGAAAATATAC +AAACAAACTTATGCAAAAGGTGTAACTACATCTGCATTAGAACCTGTAGGTGAGTCTACT +CATACTGGAACTATAATCACATTTATGCCTGATGCAACAATATTTGATGAAATAGAATTC +AAATATGAAACATTAGAATACAGACTTAGAGAATTAGCATTCTTAAATAAAGGCATAAAA +ATAGTATTTGAAGATAAGAGACATGAAAATCCTAAGAAAAAAGAATTCCACTATACAGGT +GGATTAGTTGAGTATGTAAAATACTTAAATAAAAATAGAACTGGAATTCATGAAGATATA +GTTTATATAGATAAAAAAGTTAAAGATTGTGTAGTTGAGTTGGCTATGCAATATACTGAT +GGTTATACAGAGAACATATATTCTTTTGCTAATAATATAAATACTCACGAAGGTGGAACT +CACTTAAGTGGATTTAAAGCTGCACTTACAAAAACTATCAATGATTATGCTAGAAGAAAT +AAATTAATCAAAGATAGTGAACCTAACTTAGTAGGAGAAGATATAAGAGAAGGTCTTACT +GCAGTAGTATCAGTTAAGCTTCCTGAACCTCAATTCGAAGGACAAACTAAGACTAAGCTT +GGAAATACAATTATGAGAAGTATAGTTGACGGTGTAACTGTAGAAGAATTAGGTGCATTT +TTAGAAGAAAATCCAACTACTGCTAGAATAATAGTAGATAAAGGTCTTAGAGCTCAAAGA +GCAAGAGAAGCTGCAAAAAGAGCAAGAGAGTTAACTAGAAGAAAGAGTGTACTAGAAAGT +ACTTCATTACCTGGGAAATTAGCTGACTGTGCTGAAAAAGATCCAGCTAAGAGTGAGATA +TTCTTAGTCGAAGGGGATTCTGCCGGTGGTTCTGCTAAGCAAGGTAGAGATAGACACACT +CAAGCAATATTACCATTAAGAGGTAAAATACTTAACGTTGAAAAATCTAGATTAGATAAA +ATATTATCTTCTGATGAAATAAAGAATATGATAACTGCATATGGATGTGGTGTAGGAAAT +GATTTTGATTTAGAGAAATTAAGATATCATAAAATAGTAATCATGACCGATGCCGATGTC +GATGGTGCTCACATAAGAACGTTATTATTAACATTCTTCTTTAGATATATGAGACCTCTT +ATAGAAGAAGGTTATGTATATATAGCACAACCACCTTTATATAAAGTTAAAAAACAAAAG +AAAGAATACTATGTTTATTCAGATGCTCAACTAAATAGTTTATTAGATGAGATAGGTAGA +CAAGGTGTAGAACTTCAAAGATATAAAGGGCTTGGAGAAATGAACGCAGAACAGTTATGG +GATACAACTATGAACCCAGAAACTAGAACTTTATTACAAGTATCTATAGATGATGCAGTA +GTTGCAGATCAGGTATTCTCAATGTTAATGGGAGACAAAGTAGCTCCTAGAAAAGAATTC +ATAGAAGCTAATGCAACTTACGTTAGAAACTTAGATGTATAA +>group_1444 +GTGTCAAGAATTTTAGATAATATTTTGAAAGATAGTAAATCTCCTATACATCAGATTATA +GATGAAGAATTCGTTAAAAACTTAGTACAAACTGGAGATGCTACTTTTAATAAACCTTGG +TTTGGTCAGTTGATGACAGGCTCTCAAGTAATAGTATATTTAATTCAAGTAAATACTTGG +ATGGAACTTTATAATGTAGATTTTCAAATAAAAAATAAATCCCATGCAGTATTATTTATC +TGTATGGGATTTATTTTTTATTATTCCATAAGTATATTTTCTATGGCATTTTTATCTATT +ATTTTTATTATGTCTTTAGTATAG +>steT_3~~~steT_4 +TTGGATGCAAACTGTATTATTTTTCCAGGTACTTCAGCTGCACTAGCTGTAATTTTTGCA +CAGCAATGTGCGGAACTTCTTGGCTATACAGCCACTAATATGACAATAGTGCTTCTAATA +GCGTTAGGTGTAATAATACTACTAGCTGCTTTAAATAATATTGATTCATCTTTTGGAGGT +ACTATACAAAATATAGCGACCATTGGTAAATTGGTACCATTAATTTTAATAATAATATTT +GGATTTGTAAAAGGAAGAAGTGAAGTTAGTCCTTTTACACCTATGGTAGGACCAGGAGTT +AGTACAAGTACAGCATTAGGTCATGTGTTAATTGCAACGCTATTCGCATATGATGGATAA +>ymdB +ATGAATTGGGTAGATTATGCTAACGATATAGACTTATTTGAAGTATTTAATAAAGATGTA +AAACCTATGTCAAAATCAGAAAAATACAGAGCAGTTAGAGTATTAATTGACTATTTTTCT +AAGGAAGGGATTTGGAATACTAAAAATTTACCAGATACTTACGATACACGAAGAAATATG +CTTCGTGGAATTCTAAATGCATATCCTCCAAAAGAAATTGATCCTGTAAATCTTGAATTA +CTAGAACGATTATTAATAACAGAATGCAAAGAAAAAAATACTATAAGTGTAGATGATATA +CCAGAAGTAGAAAAAGATATATCCATATTCAATGGAGATATAACTACTATAAAATCAGAT +GTAATAGTTAATGCAGCTAATAGTAGATTGCTGGGGTGCATGCAGCCACTTCACATGTGT +ATAGATAATGCAATACATTCAGCAGCAGGACCAAGATTAAGAAAAGATTGCAATATTATA +ATAGAAAAACAAAATCATTTAGAATACACCGGCTCTGCAAAAATAACTAGAGCTTATTGT +TTACCATCTAAATATGTTATCCATACAGTAGGCCCTATTGTATCTTCATTAGATCCAACT +AAGGAGCAAGAAAAACAATTATCATCTTGTTATAATTCATGCCTCAATATAGTAAGGGAT +ATAGATAATATAAAAAATATAGTTTTCTGCTGTATATCAACAGGCGTGTTTGGTTATCCA +AAGGAGGATGCTGCTAAAATAGCAGTTAAAACCGTAAAAAAATGGATGGAAGATAATCCA +GAAAAAGAATTAAAGGTAGTTTTTAATGTTTACAAAGATAGTGATGAAGAAATATATAGA +CATATTTTATCAAAGTAA +>yeeO_4 +ATGGTAAAAGATATGACAGTGGGAAATCCTACTAAGTTAATTTTATCATTCTCAATACCA +TTACTTATTGGGAATGTATTTCAACAATTTTATAATATGGTCGATACTATGATAGTAGGG +CAATTTATAGGGGTAGAAGCGTTAGCAGCATTAGGGGCTACAGGTTCATTAAATTTTTTA +GTGGTAGGATTTATTATAGGAATAACAAGTGGATTTGCTGTGCCTATAGCTCAAAGTTTT +GGTGCAGGAGAGGAAGATAAACTTAGACATTATGTGGTTGTTTCATCATACTTATGTATA +ATTTTTTCTATAGTTATAACTTTAGTTATGGTTTTCTCAGTGAAGAATATTTTAACAATA +ATGCAGACTCCAAGTGATATATTTGAGAATGCGTACAGTTATATAAAAGTTATTTGTGGT +GGAGTTACAGCAACTATAGCCTATAATATGCTTTCAAGTATATTAAGGTCTTTAGGGGAT +AGCAAGACACCGTTATATTTTCTAATTATAGGATCAATATTAAATGTAATTTTAGATATA +GTATTAATTGTTAATTTTAAAATGGGTGTAGCTGGAGCGGCTTATGCAACTGTTGCTTCA +CAAGCCGTGTCAGCAATTTTATGTTTAATCTATATGTCTAAGAAATTTAAAGTATTAAGA +TTTAAGAAAAAAGATTTAGGCTTTGATTTAAAAACATCGATGAACCTTTTAAAAATAGGG +ATGCCTATGGCATTACAATTTTCAATAACTGCATCAGGATCGATGATACTTCAAGGGGCA +ATAAATTCATTTGGTTCAACTATAGTAGCAGCATATACAGCAGCCTCAAAGGTAGAACAA +GTTTTAATGCAACCAGCAATTACACTTGGAACAACAATGGCAACATATACAGGGCAAAAT +TTAGGTGCAGAGCGATATGATAGAATCGAAGATGGTATAAAGAGAAGTGTTAGAATATCA +ATAATATTTAGTATAATAGCAGGAATAATAATAGTAATGTTTGGCACAGATATTGCAAAA +TTATTTATATCGGTAGAAGCACCTGAAGTTATGAAATCGGCCAAACAATATTTAAATACA +GTTGCATTATTCTTTATACCTTTAGGGTTACTATTTGTATATAGACATGTACTACAAGGC +CTGGGGGAAGGTATGATTACTATGTATGCAGGTATAAGTGAATTAGTGGGAAGATTAATT +GTAGGTTTCTTTTTATCGAAATATTTAGGATATACAGCAATTTGTTTAGCAGGTCCAGCA +GCTTGGATTGCAGCGGCTGTATTACTTATAGTTTGTTATTATAAAAAAGCGAAGAGTTTT +AACTTAAAAGAATCTTGTGAAGAGATGTATGTAAATTAA +>rpoA +ATGATAGAAATAGAAAAACCTAAAGTAGATATAATAGAACTTAGCGAAGACTATAGATAT +GGAAAATTCGTTATAGAACCTCTAGAAAGAGGTTATGGTATAACTATAGGAAATGCTTTA +AGAAGAGTATTATTATCATCTTTACCAGGTGTTGCTGTAAATTCTATAAAAATAGATGGA +GTTCTTCACGAATTCTCAACAATACCAGGTGTTAAAGAAGATGTTACTGAAATAATATTA +TCTTTAAAAGAGCTTTCAGCTACTATTGATGGAGAAGGAAGTAGAACTCTTAAAATAGAA +GCACAAGGACCATGCTCTATCAAAGGATCAGATATTATATGTCCTCCAGATGTTGAAATA +TTAAGCAAAGATTTACAAATAGCTACGCTAGATGATAATGCTAAGCTTAATATGGAAATA +TCTATAGATAAAGGTAGAGGATATGTTTCTGCTGAAGAAAATAAGACAGAGAATATGCCT +ATAGGTGTTTTACCTGTAGACTCAATATATACTCCTGTTGAAAAAGTGAGCTACCATGTT +GAAAATACAAGAGTAGGTCAAAAAACAGATTATGATAAATTAATACTTGAAGTACAAACT +AACGGTAGTATAAATCCTCAAGAAGGAATATCTTTAGCTGCTAAAGTATTAGTTGAACAT +TTAAATCTATTCATTGATTTAACAGAGCATGTAAGCAATGTTGAAATAATGGTAGAAAAA +GAAGAAGATCAAAAAGAAAAAGTTCTTGAAATGACTATAGAAGAATTGGATTTATCAGTT +AGATCTTACAACTGTTTAAAGAGAGCGGGAATAAATACAGTTGAAGAATTAGCTAATAAG +TCTGAGGACGATATGATGAAGGTTAGAAACCTTGGTAAAAAGTCACTTGAGGAAGTTATC +CAAAAGTTAGAAGAACTTGGACTAGGTCTTAAACCAAGCGAAGAATAG +>group_554 +ATGGAGATTATTACACATATATCTGATGATTTTATAGGTATTCCTGACAATCACTTTGTA +TTTGATATAGAGACAACTGGACTTAGTGCTAAATTCTGTAAAGTTATATTAATTGGCATT +GTTTATAATGAAGGCAATCAAACCATAATAAAGCAATTTTTCGCTTTAAATGAAGATGAA +GAAAAAGAACTTCTACTAGCTTTTATTAATGAAATTTCTTCATTTAATAAACATATAACC +TTTAATGGTTTTACATTTGATATTCCCTTTTTAAATTCTAGATTTCAAAAACATAATATA +TATTTTTCTTTAGATAAGGCTGATGATATTGATATCTTAAGATTAGTAAAACCATATAAA +GAAAAACTATCTCTATTGGATTGTAAACTTAAAACCATAGAAAAATACATTGGAATTAAC +AGAAATGACACTATATCTGGAAAAGAAAGTGTAGAGCTTTACAAAGAGTTTGCATCTACT +CAAGATAAGGATTTAAAAGACAAAATACTTCTTCACAATTATGAAGATATTTATTATTTA +GCCAAAATATTTAAGATAAAAGATTTATTAGCTGATAAACTAAATCCACTATACATTGAA +TCTAATAATATAAGTCTTAGAATATTGCCTATGTCATATAAATTGAATAAAACTAATTTA +ATAATGAAATATAATATTTTTTCAGGTACACTGAGCAATATAAATATCTATAAAGATAAT +TACTCTATAACTTATGGTGAAAGCTCTCTGACTATAAATATTGATATAAAAAAAGGCATA +GATTCGAATAAAAATGAAATACTATTTTATAATTTATCAACTATAATTCCTTTAAAATTC +AACTCGAATTTTTTAGAAGATAATATTTTTAATCTATGTAACTTCTTAATGAAGAAAGAG +TTAAGTTCATTATAA +>spp_1~~~spp_2~~~spp +ATGACAGTGAAAAATAAAGTTCAATTAATAACGTATCCAGATTCTCTTGGTGGAGATTTA +AAATCTTTAAATAAAGTATTAGATACTTACTTCAAAGGCACTTTTAAGGGTGGAGTACAT +ATCCTACCACCTTTCCCTTCTTCAGGGGATAGGGGCTTTGCTCCTTTAACTTATGATAAG +ATAGAGCCTGCTTTTGGAACTTGGGAAGATATAAGAAAGATAGGAGAAAAACATGATATA +CTTGTGGATATAATGGTAAATCATATATCTCAAAAATCAGAGTTCTTTCAAGACTTTTTA +AAACATGGGAAAAAATCTAAATATGCTGATTTATTCTTAACTCTAGATAAAATTTGGCCA +GATGGAAAACCAGTACAAGAAGATATTGATAAGATATTTTTACGTAGAGACTTACCTTAT +TCTACATTTACTATTGAAGAAACTGGTGAAGAAGAAATGGTATGGACTACTTTTGGTAAG +CAAGATCCATCTGAGCAAATAGATCTAGATATTAAATCTTTAAAAGTTAAAGAATTATTT +ACAGAGTTCTTTAAAAATTTCAGTAAGCAAGGAATTAAAATAGTTAGACTAGATGCAGTT +GGATATATAATCAAAAAACTAGGTACTAGTTGCTTCTTCGTAGAGCCAGAAATCTATGAT +TTCATAGACTGGATAACTGATCTAGCTACTTCTTTAGATATAGAATTATTACCAGAAGTT +CACTCTCATTACTCTACTCAGTATAAATTATCTAAGCATGGTAACTGGATTTATGACTTT +ATATTACCTTATATGGTTTTAGATACTTTAATAAATAAATCTAGCTCAAAGTTATGTGAA +TATTTAAAAGTTCGTCCATCAAAACAATTCACTATGTTAGATTGTCATGATGGTGTACCT +GTTAAACCGGACTTAGATGATTTAATAACTACTGCTGAGGCTCAAAAGGTAGTAGATGTA +TGTGTAGAAAGAGGTGCTAATTTAAGTCTAGTTTATTCTGATGCTCACAAAAGTGAAGAT +GGATTTGATGTTCACCAAATAAGATGCTCTTATTATTCTGTCTTAGATTGTAATGATGAT +GCTTATTTAGCTGCTAGAGCTATACAGTTCTTTGCTCCTGGTATTCCTCAAGTTTATTAT +GTAGGATTATTAGCAGGTAAAAATGATGAAGAAAATGTAAAGGCAACAGGCGAAGGTCGT +GAAATAAATAGACACAACTTTACAATGGAAGAAATTGAAAGAGAAGTTAACAAAGATGTA +GTTCAAAGATTATTAAAGTTAATTGATTTTAGAAATGACTATCCAGCCTTTGATGGTGAG +TTTATGGTTTATGAGTCTAATGATAGTGATATTAAGTTAGGTTGGAAAAAAGATAATAAA +GAGTGTACACTTTACATTGATTTAAATACTTATAAGTCTTATATTGAGTATGTAAATGAA +AAAGATGAATTAGCTATTTTTAATATATAA +>group_438 +ATGTTTATTGAAAAAGAAAGTCTTGTAAATGAAGCGAAAAAAAGTAAGAAACTCCCGAAT +TTTATTTGGGCTATTATACTTGCATTATTATTTATGAATGCTGGTTCACTTATAGGAGCT +ATTGGAATAACACCTTTATACATTATATTAAATAACTTTAGTGTATTTAGAACCAATACA +GATTTATTACTTTTACTAATAACTTTAGTATCTTTTGCTTTTATTTCTTTATTAGTATTT +ATCAGAGTAAAATTTATAGAGAAAAGAAACTTTTCTTCTATTGGATTTAGTAAAAATAAC +TGGTTTAAGAAATATTTTTTAGGATTTGTTATTGGTCTTGGTATGATGTGCGTGGTAGTT +TTAATCTTATTTATATTCGGATTTGTAAGCGTTGAAAGTAATCCAACCCAACCAATTGGT +ATATCTGCATTAATTGGAGTTTTAATAATTTTAGTAGGCTGGATTATTCAAGGTGGCACT +GAAGAAATTGTAACTAGAGGATGGTTAATGAATGTTTTAGGAGCTAGATATAATATAGGT +ATAGGATTATTTATATCATCTACTTTATTTGGTTTATTGCATTTGACTAATCCTAATGTA +AGTTTTATTGCTGTAATAAACATTATATTAATAGGTGTTTTCTATGGACTTTATGTCATA +AAAACTAATGACTTATGGGCTGTTTGTGGTATGCACAGTGCTTGGAACTTTGCTCAAGGT +AACTTATTCGGATTTGAAGTTAGCGGAATTAATGTTGAGGTTTCAAGTTTAATGGATTTA +AATTTAGTTGGAAATGATTTCATTTCTGGTGGAATTTTTGGCCCCGAGGCTGGTATTGCA +TCTACTGTTGTATTGCTTATTTCTATTGGCATTTTGATCTATTTAGATAAAAAAGACTAT +TTTAATACAAGTTCTAATAATTTATAA +>yheS~~~ybiT_2~~~ybiT_1 +ATGCTAGTAGTAGAGAACGTAAGTCATGGTTTCGGAGCTAGAACTATACTAGAGAATGTT +TCTTTCAGATTAAAGAAAGGTGAACATATTGCTTTAGTTGGGGCAAATGGAGAAGGAAAA +TCAAGCTTTTTAAATATAATAACAAAGAAATTAATGCCTGATGCGGGTAATATAAAGTGG +TCTTCAAGAGCAACAGTCGGATACTTAGACCAACATTCAGTACTTGCAAAAGGAAATTCT +ATAAGAGATATATTAAGAGATGCTTTTAAACCTATGTTTGATTTAGAGCAAGAAATGATA +GGTATGTACGATAAAATGGGAGAAGCTGATGAAGAGTTAATGACTAAGCTTCTAGAAGAT +ACTGCAGAAATACAAACAATACTTGAAAATAGTGGTTTCTATATGATAGATGCTAAAATC +CAGGAAGTTGCCAATGGGTTAGGTCTTGGAGATATAGGATTAGATAGAGATGTAACTGAT +CTTAGTGGAGGTCAAAGAACAAAAGTACTTTTAACTAAGTTATTACTTGAGAATCCTACA +ATATTAATACTAGATGAGCCTACTAACTACTTAGATGAAGAACATATAGTATGGTTAACT +AGATACTTACAAGAATATGAAAATAGTTTTATACTTGTATCTCATGATATACCATTTATA +AATGATACATGTAATGTAATTTACCACTTAGAAAATGGTGAATTAAATAGATATAAAGGT +AATTACGATGAATTTGTTAGATTAAATGAAATAAAGAAACGTCAAGAAGAGAGTGCATAC +GAAAGACAAGTTGAAGAAAGAAAGAAACTTGAAGATTTCGTTGCTAGAAATAAAGCAAGA +GTTGCTACTCGTGGAATGGCGAACAGTAGACAAAAAATACTTGATAAGATGGAAATCTTA +GAAAGACCAAAAGAGAAGATAAAGCCTACATTCCAATTTAGAGAAGCTAGAGCGGCTAGT +AGATATATATTTAAGACTAAAGATTTAGTATTAGGATATAATGAGCCATTAACTAAGCCT +CTTAACTTTGAATTAGAAAGAAATAAAAAAGTTGCATTAAAAGGTATGAACGGTATAGGT +AAGTCTACTTTATTAAAGACTTTACTTGGAATAATAAAGCCTTTTGATGGAGAAGTTGAA +TTAGGAGATTATTTAGAAGTAGGATACTTTGAGCAAGAGAGTTCTAAGGATAACTACAAT +ACTCCAATGGATGATGTTTGGGCAGAATTCCCAGGACTTACAAACTTTGAGGTTAGACAA +GCACTTTCTAAGTGTGGATTATCAAATGAACATATAACGAGTCAAGTTAGAGTATTAAGT +GGGGGAGAAGCTGCTAAAGTTAGACTATGTAAGATAATGTTAAAAGACATAAACTTACTA +GTGCTAGATGAGCCTACAAATCACTTAGATGTTGAAGCTAAAGATGAATTAAAGAAAGCT +ATAAAAGAATTTAAAGGGACTGTGGTATTAGTATCGCATGAACCTGAATTCTACATGGAT +ATAGTAGATGATGTTTGGAATATTGAAGATTTTACTACTAAGATAGTTTAG +>group_439 +ATAAACAATTATCTACAAAAGAAAAAATAGAAGATTTTGAATATATTTATGAAGTTATTG +AAGAAGGATATCCTTATTTAGAAGTGAACAAAAGACTTAATAACATTGATTGGCTATCTA +AAAAAGAACAATACATAAAGAGAGTTACAGATACTAAAAATGATGAACAATTTATTAGAG +CTCTCTCATCTATCATTTATGAATTAAACAACAAGCATACTCATTTAATTAAAGACAAAT +CTATCTACGACTACTTTAAAGATGTTTATAACTCAAGTAACTTCTTTGATTTTTTTGATA +AAAAGATAGTTGCTGATAGATATGAAAAATTAGGCACTACTTCATCAAATGAAGTTCAGT +CTATTAATTCTTCACCTGTTGATAACTTAATACTTCAAGATATTATTGATAATGAAATTG +GATATATGCATATACCCGCAATGCTAAAGGATGAAGATTATTTAAGTGCTATTGAAAGTT +ACATAGATACTTTAGAAAATCATAAAGCTTTAATTATAGATATTAGAGGAAATGGTGGTG +GCTCTGATGCCTGTTGGAGTACTGTAGTTTCTAAGTTAGCAAAAAATGATATAACTTCTA +CTGGATATATGCTTTTTAGAAATAATAGTCCTATAATAAAAAATTATTTAAATAAAAGGG +AGTTTAATTTAGAACCAGTAGCTAAACTTCCAAATGAAGCTAGAGAAAATATGCCTTTAG +AAACATTAGATTTATTTACTGATTTCGTAAAAATAGATAAAACCATACCTAGAAATAATG +ATTGTAAATTTGATGGAAACATTTATTTACTTGTAGATAATAGTGTTTATTCATCCTCAG +AATCTTTTTCTATATTCTGTAAGGATACTGGTTTTGCAACTTTAATTGGAGAAACTACTA +GTGGAGATGGTGGTGGTATTGACCCTGTTTTATTTTATTTAAAAAATAGTGGTTTAATAG +TTAGAATGTCTAGTGATATGTATATTACTTCTGATGGTACTTGTAATGAAGAATTTAAAA +CTATACCAGATTATGAAATCCAAGATTGTACTAAAACAAGTAATTTTGCTGATGATAACT +GTATAAAAAAAGTGTTAGAATTAGAAAAATCAAAATAA +>purR~~~kdgR +GTGAACGAACGGAAAAAATTAACAATAAAAGATATAGCATTAAAAGCTAATACCTCAAAA +ACAACCGTATCCTTCTATTTAAATGGGAGATTTGAGAAAATGTCTGATGACACAAGGAAA +AGGATTGAGAAAGTAATTGAAGAAACCAATTATAGTCCTAATATAATGGCTCAGAGTTTA +AAATCAAAAAAGTCGCGTTTAATAGGAGTTATTGTTGCAGATATAACTAATCCATTTAGC +AATAATATAGTAAAAGGAATAGATGATATAGCAAGAAAAGAAGATTATCAAATTATAGTT +GGAAATAGTAACTTTGAATATATAAATGAGAAAAAATATATTGAAAGAATGCTAGATATG +GGTGTTGATGGATTTATTATACAACCTACAATGGAATTTGATAAACTTGTTACATATATT +GAGAAAATGGGGAAAAAAATAGTTTGTGTAGATCGTGTGAGCTCTAATTTTAAAGGCAAG +TGTGTAAAAACTAATAATTATGATATTACTTTTAAAGCTATAACTCAACTTTACAATAAA +GGATATGAAGAATTTATATTTGTATCGGAAGATTTAGATATAGCTATTACTAGGGTAGAG +AGAAAAAATGGATTTGTAGATGCCATAGAGTCAATTGGTGCTAATAGTCATATAGTTAAA +GTAGAAAGTCAATTATCTTATACAGATTTAAGTAAAGAGTTGATGAAATATATAAATATA +AGTAAAAAAGTAGCAATATTTGCTGCACATGGTAAAGTACTACAAAAAGTATTTAGAGCT +GCAAAACATATAGGATGGGATGTACCAAATCAAGTGGGTATAATTGGATTTGATAACTGG +AATTGGACAATTTATGCATCACCTTCAGTAACAACGATTGATCAGCCAACTTATCAAGAA +GGAAAACATGCCACAAAATTACTTATAGATATGATAGAAAATAGAGAAAGTGTTTTAGAT +TCTGTAATATTTGACTGTAGTATAAGTTGGAAAGAGTCAACAGATTTATAG +>padH +ATGCTGAATAAGGTTATTAATAAATTGGTTTCGAATGAAGAAAAAAATGAAGAAAATAAA +TCAAATAAAAAGAATTATTTAATATTAGGAGCGAGTGCAGCAGGTATAAATGCTGCAAAG +ACGTTAAGAGATTTGGACCTAGATTCAAATATAACTATAATATCAAAAGATGAAAAAGTA +TACTCTAGATGCATGTTACATCATGTTATATCAAATCATAGAACTGTAGAAGAAATAAAT +TTTGTAGAAGATAACTTTATGGAAAATAATAATATTTATTGGATAAAAAATAAATCCATA +AAAAGCATAGACACTAAGAAAAAGAAGGTTGTTATTGAGGGTCAAGAGATAGGTTATGAT +AAACTACTAATTGCTACTGGAGCATCTTCTTTTATACCTCCTATAAAAAATATAAAAGAA +GGGAACTATATTTATACATTAAGAAATATAGATGATGTATATAAAATAAAAGAAAAAGCA +AAAATTTCAAAAAAGGCAGCTATAATAGGAGCTGGGTTAATAGGAATAGATGCTTTAACA +GGATTAATGGAATATGAAAGTTTAGAATTATCATTAATATATCCAAGTAACTATATATTA +GATAGACAGTTAGATGAATATTCAGCTAAAGTATATGAAAATAAATTTATAGAAAATGGT +GTAAATTTATATTCTGGTCAACCTGTTAATGAAATTATTTTAGATAAGGAAAATAATGTT +TCAGGAGTACAATTGGGTAATGGAACGGTGGTAGAGTGTGATTTACTAGTAGTTTCAACT +GGAGTTACACCAAATATAGATTTCATAAGAGAGACCGGTATAGAAAATAATAGAGGTATA +GTAATAAATGATAAATGTGAATCAACGGTAAATGATGTGTATGCAGCAGGAGATGTAGTA +GGTAAAAATGCAATTTGGCCACTGGCAGTTAAGCAGGGAATAGTAGCAGCATATAATATG +GTTGGAATCGAAAGAAATATAGATGATAATTTCACATTAAAAAATAGTATGAATTTTATG +GGAATACCAACTGTATCTTTAGGTATAGTAAATTCAGAGGGGGATGACTATGACATAATA +ACTAGATATGATAATGGTAGTTATAAAAAGTTTATATATAAAGACAATATAATATATGGT +CTTATATCTCAAGGTGATATTTCTTATATTGGAGTATTAACACAGCTTATAAAAAATAAA +GTTGAGATACCAGACTTAAAAAGTAGAATCTTTGATGTAGGATATTCAGACTTCTTTGCT +ATGAAAGAAAATGGAGAATTTGAATATAGCATATAA +>group_440 +TTGAGTAAATTAGATAATATAAAAATTCCAGAGAGCTTAGATAAGGCTATTAATATGTCT +ATTGATAAAGCATTGAATGATAAAAAGAAAATTAATTTACATAAAAGAAAAAGGCTTGTA +GCAGGAATATCAGGGTTATTTATTTTAGGTGGTCTAATTTTCACTAGCGAGACTACTTGG +GCTTATATAGATGGTATATCAAGAAAAATAGAAGAGCATTTTGGAAAAAATAATAATGAA +TTTGAGAAATATAAATTTGAAGGAGACTTAGTTTCTGAATATAATGGACTAAAATTTAGC +ATAGGTGAGCTAATGTTAGATGATAGACAATTAATAATTAGTATGAGTGCAGAGTATTCA +AAACCTAAATGGTTTTTTAAAGAGGTAGTTCCAGAGTATCCAACGGTTACTATTGGTGAC +TTTGTATTTGCAGGTCAAGCTTGTTATTATGATACAGAAAAAGTAGCAGGAGAAAAGAAG +ATTAATATAATATATAAAATGAGTTTAACTTCTATTGATACAGATGGTGATGGTTGTAGT +GATACAAACTTTGAATTATTAGATAATATTAATAAGAATGAAGAATATGACTTAAATATT +AGATTTGATAAATTAAAATCTGGGGATGAGGGAAAATGGGAGTTTAATGCAAAGTTTAAT +GCATCTAATATTATTGATAATACTAAGGTTTATAAAGTAGATAAGAAAATTAAAATAGAT +AGAAAAGAGTACAAAGGAGAGCTTGTAATAGAAGAAGTTAGAATATCACCATTTTCTATT +AAGGTTAAGTATAACTATGATTTATATGAAAAAATCCCTGTAAAAGATAGAAGAGAGCCA +TCAATAAGAGTAAAAGATCAAAAAGGGAATGAATTAGAATTCGGACCTGGAGAGGGTGGA +GAATTAGTAAATAAAAGATGGTACATAGTAAATGAATGGTGGCTAAAGGGTAATGAAAGT +AAAATTACTGTAGTACCTGTATCTTATAGTTATGATGATAAACCAACTACATATGAAGAT +GGTATTGTGGAAATTGATTTGAAGTAG +>pfkA +ATGAAAACTATAGGGATTTTAACAAGTGGAGGAGATGCTCCAGGAATGAACGCAGCTATA +AGAGCTGTAGTAAGATCAGCTATATATTATGGGTGCAAGGTGTATGGTATTAACAGAGGA +TACAAAGGTTTATTAGAAGAAGATTTAGTTGAAATGAACTTATCTTCTGTTGGTGATATT +ATACATAGAGGGGGTACTATATTAAAGTCTTCTAGATGTGAAGAATTTAAAACTGAAGAA +GGTAGATTAAAAGGCGTTAAGGTTCTTAAAAAGTATAAAATTGATTGCTTAGTTGTAATA +GGTGGAGATGGATCTTTCAATGGAGCTCAAAAGTTAAGTGAATTAGGATTCCCAGCAATT +GGAATACCTGGAACTATTGACAATGATTTAGCTTATACAGATTATACTATTGGATTTGAT +ACTGCTATGAATACGGTAGCAGATGCTATAAGTAAAATAAGGGATACATCTTCATCTCAT +GAAAGAGTTAATATTGTTGAAGTTATGGGAAGACATTGTGGTGATTTAGCTTTATATTCA +GGTCTTGCTGGTGGAGCAGAAACTATAATAGTTCCAGAAGTTGACTTCAAAATTGAAGAT +ATATGTAATAGATTAAAAACTACTCAAAAAAGAGGTAAAAGACATAGCATAATAGTTTTA +GCCGAAGGAGTAGGTAATGCAAATGATTTAGGCAAAGAAATAATAAAAGTAACAGGTGCA +GATTTAAGAGTAACAGTTCTAGGTCATGTACAAAGAGGAGGATGTCCATCAGTATTTGAT +AGAATTCTTGCAAGTAGAATGGGAGTAAGAGCCGTGGAATTACTATTAGATGGAAAATCA +GCTAAAGTCGTAGGAGTAAAAGATAATAAAATAATCGATATGGATATAAATGAAGCACTT +TCTATGACTAGATCTTTTGATAAAGAAACTTATGAAATGGCAAAAATACTATCTATATAA +>agrB_3~~~agrB +ATGAGTTTTGTAGAAAGACTATCTTCAAATATTGCTCAAAGTTTAGGGAATAGACTTGAT +AAAAATGATGAAGAAATAGCTGTTTTGAACTATGGTTTATTTTTTATAATACATACGACA +ACAGCATTGATAGCCACTTTATTAGTTGGAATAGTATTTAATGTACTACTTGAAATAATG +ACAATATCTATAGTAGCATCATCATTGAAAAGGTATTCAGGAGGAGTGCATTCTAGTACA +CCAAATAGGTGTACTTTATCTGGATTGATTTTATCAATATCATTGGCATTTTGTACTAAA +TATGTATCTGCAAGTTTTGAATATAATAGACTACTATTTTTTGTAGTTATTATATTAGTA +TCATCAATATATATTTTTTATAATAAATGCCCAGTACCATCTAAAAATAAACCTTTAAAA +AATGAAAAAACAAGAAAAAAGCTTAGAAAAAAATCGTTTCAATTATTAAGTTTTTATTGT +ATTTTAATTGTAATATTATTGATGATTTATAATATTAACGAGATTTATCTAATAAAGACA +ATAGTTTCGTCTGTAACATTAGGAGTTGCACTACAAACATTTTCAATATCTAAGCTAGGG +GACATAGGTATTAATATTTTTGAAAAAATATTTGATATTGTTAATTTAAAATAG +>group_443 +ATGAATATAGATAAATGTCCATTATGTGGATGCGAAGAGATAGGAGAAGGATGCTTTGAA +GGTTACGGAGGATTAATAAGTTCAAAGAGTGTGCTTCCTATACCACAATCTGTAATAGCT +AGTGTATGTACAGACTGTGGTTATATAATAGCAATGAGGGTTTCACAACCAGAGAAGTTT +AAGAAAAAGAAAAATAAGTTCATACAATTAGTTCTTTAG +>group_1019 +ATGAAAAAAATATTAGGTATTATGTTTGTTGGGATAGTATTAGCATCAGGTTTTTTTATT +CATAATAGTGTTTACTCAATATCAGAAGAACATATAAAGCAGAATATCCAAGAGAGCTTA +AACAATAAAGAATGTAAATTAGAGTTCCTGAAAGAAGAAAGTATAAATGGTGGAAAAGTT +ATAATTTTTTCTACTAACGGTGATGAAAGTAACATGGGACTAGCAATATTGGATAAAGGC +CTTAATAAACAATACAGGGTTGCGAGTGTGATTAATGGAAGTAATAGATATAGCACATAT +AAAAAATATATGTTTAATGAATATATTATTGAAGCTGGAGATAATAGAAGCGGTGATTTA +GCATATATAGGTGTTGCAAATGGAGCGAAAAGAATTAAAAAAATTAATATAGAAAAGGAT +TTTTTTATCAAGTTTATTGATATAGATAAGTTTGATGGTTACAATGTCTATAATAGTGAT +AATAAAGTTGTAGATATATAA +>sigV_2 +ATGGGACAGTTAATTTCATTAAAAAAAGATCGGTCAACTGTTGCTTCTAGTAATAAAAAT +ATAATAAAGAAAGCTGTAAAATGTGATAAGGATGCTATTTCAACTCTAATTGATGAATAC +AAAGAATACCTATACAAAACAGCTTTTTTATATGTAAAAAATGAACATGAAGCAATAGAA +ATTTGCCAAGAAACAGTATATAAGGCGATTATAAATATACATAAATTAAGAGAAGTAAAA +TATTTTAAAACATGGATTACGAGAATACTTATAAATAATATTAATGACATGAATAGAAGT +AAAAGTAAATTTGTAGATAATTTTGAGCAAATTGAACTAATTGAAGATATAACTTATGAA +AATTTAGAAGAAAAGATAGATTTATACAATGCAATAGATATATTAGATGAAAAATTTAAA +ACTCCAATAATACTTCAGTATTTTCATGATATGACTATAAAAGAGATAGCTGAAATACTT +GAAAGTAATGAAAATACCATAAAGACCTACATAAGAAGGGGCAAAGAAAGATTATATAAG +ATATTAAAGGAGGGAAATTAA +>nqrF_2 +ATGATAAAAGTACTTTTTAAGTCGCACGATAAAGAGGTTTATTGTAATAAAGGGGAGTTA +TTATTAGATGTGGCAAGAATGGCCGATATATTTATAGATGCACCTTGCAATGGAAATGTA +TCATGTGGAAAATGTAAGGTTAAACTTTTGAATGGAAAAGTTGATACTGAAAAAACAAGA +CATATAAGTGATGATGAAATAAAACAAGGTTATATCCTAGCTTGTAATTCAAGAGTAGTT +TCTGATATAGAGGTAGATGTTCCATCTAAGTTATCCTCATCTATGTATGGAATGAAGATA +GAAGGTGGAGGAAGAGAAAAAGATGAAGCGATTTTTAATAGAGCTAAAAAAATAGCAGAA +AATCATAATTTGAAATTCTGTACCAATATAAGAAAAAAATACATTGAGCTAAGTGAACCA +ACCTTAGATGATAATATAAGTGATGTAGATAGGATACAAAGATATGTTAGACATCATTTA +GGTTATAATGAAATAGATTTCAGGTTGGATATACTTAGAAAAATACCTATATTACTTAGG +GAAAGTGATTTCAAGGTAACATTAACTTATGTACAAAAGAAGAATAAATTAACAATAATA +GATATAGAGCCAGGAGATACAGGGGAATCATTATATGGTATAGCTATAGATATAGGAACG +ACTTCAGTAGTAGTTTGTTTAGTAGATTTAGTGGAACAAGTTCTTATAGATAAAGCATCT +TCTGGGAATGCACAGATAAAATATGGAGCAGACGTAATAAATAGAATTGTATTTTCAACT +AAGAAAAATGGACTTAATGAATTACATAAGGCTATAATCCATGAAACTATAAATCCACTA +CTAAACTCTATATATGAAAAAAATAATATAAATAAAGATAATGTTATTAGTGTAGTAGCA +TCTGGAAACACAACTATGGCAAGCTTATTTTTAGGAGTTTACCCAGATTATCTAAGAAGA +GAGCCTTATATACCACCATTCTTAAGATCTCCTAAAATAATGGGTGAAAATGTAGAGTTG +GATGTTAATCCTAGTGCATATGTTTATCTAGCTCCTAATGTAGCAAGTTATGTAGGTGGA +GATATCACAGCTGGTGTTTTATCGGCAGGAATATGGGCTAGTGAAGAAAATGTTTTATTT +ATAGACTTAGGAACAAATGGAGAGATTGTATTTGGAAACCAAGATTTTATGATGAGCTGC +GCTTGTTCAGCAGGCCCAGCATTTGAAGGTGGTGGAATTAGATGTGGAATGAGAGCATCT +TGTGGAGCCATTGAAAGTATTAAAATTGATCCGAAAACTTTAGAACCTAGACTAAGTATG +ATAGGCAATTGTGATCCTATAGGTATATGTGGATCTGGTATAATAGATTTAATCTGTCAG +ATGATTTTAACAGGGGTTATTGACAGAAGAGGTAAAATTCAAAAAGAATTAGATAATCGA +AGAATTAGATTTGATGAGCATGGAATAGGAGAATATGTATTAGCTTTCAAGGAAGAATAT +AACTTAGAAAATGATATTACAGTTAATGAAGTAGATATAGATAACTTTATAAGAGCCAAG +GGTGCTATATATTCAGGAGCATCAGTACTTTTACAAAGTTTAGGAATGGATTTCTCTGTA +ATAGATAAGGTATATATAGCAGGTGGTATTGGAAATAGCTTAAATATTGAAAATGCAATA +ACTATAGGGTTACTTCCTGATGTAGAAAGAGAAAAGTTCCAGTATATAGGTAATAGTTCA +TTAGTAGGTTCTTACTTAGCATTAATAAGTAGAGATGCTAAGAATAAATTAGAAGAAATA +GCAAGTCAAATGACTTATGTTGAGTTGAGTGTTTATCCAGGTTATATGGATGAATTTGTT +TCTGCATGCTTTTTACCACATACAAATATAGAAGATTTTCCTACAGTAAAGGCATTATTA +AATGTGTAA +>group_1490 +ATGTTAGCATTTAAATATAAAGTAAACTCTTATGAAGATGAAGTAAAAGAAGCTATTGAT +TGCTTAAAAATATATAATTATGACTTAGCCAAAGAACATATATATAATATCATGATGGAA +GAAGATTCTTTTCCAGAAGGGCATAATTTACTAGGAATTATGTATGAATTACAAGGGGAT +TTAGATTTAGCTAGAAAACATTATAGAGCCTCTTATGCATTAGATCCAACATTTAGAGCT +TCAGATAAAAACTTACGAAGAGTTAGTTCTTTTCAATATAAACTTAACTTAGAAGAGATA +GATTATGGAGATAAGACTTACAAAGAAGAATATAATTTATACAAATTAGTATATGACAAA +AGAAATATAGGTAGGCTAGAAAAAAGATAA +>btuD_6~~~btuD_8 +ATGTATGCGATAAAAATAAATAATGTGAGCAAGATATATAGAATATATAAAAAACCATTT +AACAGGGTAAAGGATATTTTATTTAATACGAAAAATTATAGTGAATATCATGCTTTAAAA +AATATATCGATAGAAATTCCAAAAGGGCAAGCTGTAGGTGTTTTAGGAAAAAATGGAGCT +GGAAAATCTACATTGCTAAAGATAGTAACAGGTGTTGTTAGCCCAACAAGTGGAAGCGTT +AGTATAGATGGAAAAATATCTGCTATTTTAGAATTAAACTCAGGATTTGATGATGAGTTA +AGTGGATTTGAAAATATATATGTAAAGGGAACCATACTAGGTTACACAAAAGATGAAATT +GATGCGAAAATAAATGATATTGTAAAGTTTGCAGACATAGGAGAACATATTAATCAGCCA +GTTAGAACTTATTCTAGTGGTATGAAATCTAGATTAGGATTTGCCATAGCGGTAAATGTG +GATCCGGATATACTTATAGTAGATGAGGCATTAGCAGTAGGTGATGATATATTCAAAACT +AAATGCTTAAGGAAAATGAGCGATTTTAGAGCATCTGGGAAAACTATATTTTTTGTAAGT +CACTCACTTTTCACAATAAAATCATTCTGTACACATTGCATGTGGATTAAAAATGGTGAG +CTTATAGATTATGGACTTACAAAGGATGTTTTACCTATGTATGAAACTTTTTTAAAGGAA +GAAAAAGCTAAAGATATAAATGCAAAGAAAGCAGTAAATAAAAATGCTTTAAAGAAAAGT +GACATAATAGAAATAACAAACTTTAAGTTTAAAAATCCAGGTGGATTTAATTATAAAGAG +GATATAGAGTATTCTTTTGATTATGAAGTGAAAAAAGAAATGCCTGGATTAAAATGGTCT +TTTACTATAAGAGATGCAGATACAAGAGAAATATATGCAAGTGATAAGATGGATAATGAT +TATTTAGTTGAAAATTCATTAGGAAAACATAGTTTAAACATTAAGCTTAAAAATGATCTT +TTGCCAGGTAAATATCTGTTATCTGGAGAGCTTAGAGAGGAGACTGGTATATTTTTTGTA +GGATACTCAAATAAAAGACAGTTTAAAATACTTGGACATGATGATAGAAAAGGAACGGGA +ATAGTTTATATGGAACATGAAGTTTTAAAAAATATATAG +>group_558 +ATGCCTAAAAAAATACCTTCAAATTATAACAAACGTTTAAGATATTCTAATGAAAATAAT +ACTTCGAATAATAACTCCAATAGTAATAGTAACTCTAATACAGATTCATTTAACCCAAGT +AATACAAGTAATAGTTCGAATGGATCTGTTAATACTTCAAATGATTCTGGTAACACAAGC +TCAAAATTATGTTGTTTTGGGTATGTAGATTACATAGTTCTAGCTTCAACCTTAGCAATT +GCATTAGGCGAAGAATTAGATAACACCGACTTAAGTATTTTATCTACTTTTTTTGCAGTT +CTTTCTGATGAATTAGCTTTAATAACCTCGGTTAACAATTGTTCTAGTAATACACCAGAT +GAAACTTTTGTTGCACCTGTTCCAGATGTTGCAATGACTAGTGATTATAAAAATTTAAAT +GTACATAATAAAAAAAATAGAACTAGAGTAAAAAAAATAATTAAAAAGAAAGTAAAAAAG +AAATAA +>group_1020 +TTGAGTTTTGATTGTATAAATCCCAACACAGTAGAAAATTGTGGGAAATATAGAAAACAA +TATGCAGGAAATTTAGAATATGTTACTGAAGGTTTACTTGATATTCTTAATAAGAATATA +TTAAAAGATGAATTAAAAGACACACCATTTAATTTACTTGATGATAAATGTGAATGTAAG +GATTTTCCATCAAGTGATGATAGAGATGCAAGAGTTTTTGATTGTGCTTTATGGACACAA +ATAAAAAATAAATTAATAATTCTAAGCTCAGATCCTAATGACAAAGATGGATTATTATTT +GTCCTTGATCAAACAATTAAATGTATATTAGCTAAAACACCTAATATAAACCATGCACTT +GCTGTTCAACTAGAAAGATTTTTATGTTTGGTTGAGTCTTTAAGTACAAGAATAGATTCT +GTATGCTGTAATGATAAATGCCCAGAAATAATAGGAGATTTATTATGTTTATTATTACAA +ATACTAACTGAATTAATTTCTGCAGTATCTAAGCTTGCAGTTTTAACATATTACGCAAGA +TGTGATGTAAATCCATCAACTGGAAATAAAGTAATTGTTTCATTATTTGAATGTTTATTA +TGTGACTTTATAAATGACTTATGTGAACTTGAAAGATTGATACCTGAATTAAGTGCAATA +GTAGTTGGATTTGCGACATGTGATATGCAAATGTGTACACCTTGCTACACAACACCATCT +ACACCTAGAAAAGTAAGACCTATCTGTCCACCTTACATGATGCATAACAATGGAGGATTT +AATAAACCTCATCATTGTGGAAGTTGTGGCTGTAAGAAGTAA +>rbsK_2 +ATGAAAACTTTAGTTATAGGTAATGTTTATGTTGATGTTATAGTTAATGTAGATCAGTTG +CCAAAGACGGGTGACGATATTGTATGTAAAAAACAGATTCTAACTGTAGGAGGATGTGCT +TATAATGTAGCTACAGTATTAAGAAACTTTAATATAGATCATACATTAATATTTCCAGTA +GGTAATGGTGTATATGGAAATATAATAGAAGCAGAAGTAAGAAAATGTGGATATGAAGCA +AATATTAAAGTTGAATCTGGAGACAATGGATATTGCCTATGTTTAGTTGAGTCTACAGGT +GAGAGGAGTTTCATTACTATAAAGGGTATAGAAACGGAATATAAGGAATCATGGTTTGAT +GAGATAGATATAGATGAATATAGTAATATTTATATATCTGGATATGAAATGGAAGGTCAA +AGTGGTAGAGTTATATCTAATTGGCTAAGTAAAATAGAAAATAAAAATATATTCTTTGGT +CCAGGACCTAGAATTAATGAAATAGATAAAGATATTTTAGAGAAGATATTAAGATTGAAA +CCTATTATTCATATTAATGAAGATGAGGCCTTAAAGTTTACGAATAAGAAAAGCATAGTA +GAAGCTGCAAGAGCTATAAATAGAATTACACAAAATACTGTTTTTATAACATTAGGTAAA +GATGGTGTTATGTGTGCTAGTAACTGTGAGTATAGATTCATTGATGGATTTGATACACAA +GTAGTAAATTCAGTAGGTGCTGGAGACAGTCATATGGGAGCTATTATAGCAGGATACTCA +ATGGGATATACTCTTGGGGATTGTTGTTATTTTGCTAATAAAGTGGCTGCTAAGGTTGTA +GGGATTGAAACGAGTAGATTAGAAGAAAAGTATTTTAATATAGAAGATTATAATATACAT +GAGTATATAAAAGTTGGAATATAA +>dinF~~~mepA_1 +ATGGTTGATATGACTGAAGGGAATCCAAACCAGTTAATATTAAAATTTGCATTTCCGATG +ATATTAGGCAATGTATTTCAACAGGTATATAACTTGGTAGATAGTATAGTAGTTGGAAAA +TTTGTAGGAGCAGATGCTTTAGCAGCTGTAGGGTCATCTTTTGCTATTGTTGTATTTATA +ACATCAATAATAATTGGATTGACTATGGGAGTTGGAATTATCTTTGCACAATATTATGGC +TCAAGAGATATGGAAAACTTTAAAGAAACTATATTTACTTCATTTATATTTATAGGTGGA +GTTACAATATTTATAATGATTGTATCTTTATTAGGCATAGATTTGATACTAGATTTATTC +AACATGCCAAATAGGCTTATTAAAGATTCAAAAGGATATTTAATAATCATCATATTAGGT +TTATTTTTTACGTTTATTTATAATTTAGCCACTGCTTTGTTAAGATCTATAGGGGATTCA +AAAAGACCGCTATATTTTTTAATAGTAGCATCAATTATAAATATAGTATTAGATATAGTG +TTTGTATTGAAATTTAACCGGGGTGTCAGAGGTGTAGCAATTGCTACTATAATTGCTCAA +GCTACATCGGCAATTTTAAGTATTATATATGTATATAAAAGTATAAATTTTATAAAAATA +TCAAGACAAGATATAAGAATAAATAAAGATACATTTAAAAATGTAGTGAAGTATTCTGTA +CTAACCTCAATTCAACAGTCTATTATGAACTTTGGAATACTAATTGTTCAAGGTTTAGTA +AATACATTTGGTCCAACTGTAATGGCAGCTTTTGCGGCAGGCGTGAAGGTTGATTCTATT +GCATATATGCCAGTACAAGATTTTGGTAATGCTTTTTCAACATTTGTAGCTCAGAATAAA +GGAGCAGGGAAAATTAATAGAGTAAAAGAAGGAGTCAGAAGTTCAACGAAAATTATAATA +ATTTTTTGTGTAATTGTATCAAGTCTCATATTTATTTTTTCAAAAGATATAATGTATATA +TTTATAAATAAGAGTGAAATCGAAGTCATATCCCTAGGTGTTGAGTATCTATCAGTAGTA +TCAATTTTTTATGTCCTGATTGGATTTTTATTTATGTTTTATGGTTTATTTAGAGGTGTA +GGTTTAATAAATATATCCATAGTTTTAACAGTAGTATCATTAGGAACCAGGGTAATATTA +GCGTATATACTTGCGTCAACATGGCTATCTGAACGTGGTATATGGTGGTCTATTCCTATT +GGATGGGCTTTAGCAGATATTATAGGGATTGTGTATTATCAAAAGAAGATAAATTTGTAA +>group_1517 +ATGAACTTTTTATTTGAATCAATAGCTGAATTTATTTCAAACTTGGCATCAGGAACATCT +ACATACTGTTCTTTTGTATTTTATGAACCAGAAATGCCAAAATCTTTAAGAGAAGAATAA +>ndhI_1~~~ndhI_3 +ATGAAATACCAACATACAATTAAAGTTAATAAAGATCTTTGTATTGGATGTGAACTTTGT +AAAAATGATTGTCCAGTAAATAATATAATTATAGAAAATAAAAAATCAGTAATTAAAAAT +CAAGATTGTTTAATGTGCGGGCACTGTGTAGCAATATGTCCAAAAGAAGCTATTACAATG +ACGGGATTTGATGAACTACCAATAGAACTTACAAATAAGCCAATCTTAGACTCAGATGAA +TTACTAATGGCAATTAAATCTAGAAGAAGTATTCGTAAATTTAAAGATAAAGAAGTATCT +TCGGAAATTGTAAAGCAAATTATTGAGGCAGGTAGATATACTCCTAGTGCTAAAAATTCA +CAAGATGTATCATATATTATTTTAGACAACAAAAAAAGAATATATGAAGAGGTGGCAGTG +AAGTTTTTTAGAAAAATAAAACCTATTGCAAATATTGCTATTAAACACTCAAAGGAAGTT +TCGATTGATGATAATTTTTTCTTCAAGAATGCACCTATTGCAATAATGATAGTTACAAAA +GATAAGATTAGTGGTTCACTTGCAGCATCAAATATGGCACTGATGGCAGAATCTTATGGA +CTAGGAGTTTTATTTAGTGGATATTTTTCAGACGTAGCAAATAATTCGCCAAAGTTAAAA +AAGCTTTTAAGTTTAAAACACAGAGATCATGTTATTACAACGCTAGTGATTAGATATCCA +GATGTTAAATATAGACGTACTGCACAAAAAGAGACAGCAAATGTTAGATACTTATAA +>group_1559 +GTGAATAAAATATTAACTTTATACGATATAGAGTTTAAGAGAATATATAAATTATATTTT +AGTATGATTTTTGCATTTATTGCTTTTAATGTAGGTATTACAGCAATAGAACTAAGTAAT +GTTGTAGCTAAAGTATCTAGAAAGCTTGAAACAAATAAAAGTATTAAACTTTTACAAAAA +TTATCAGCTACTAGAATAATAAGGGATGAATCTATAAATAGAATATTTGCTCTGATGAAT +ATAGCTTTGATAGTAGCGATTGCTATATGCTTACTTTATGCATTTATAATTTGGTATAGA +GACTTCATAGGAAAAAGTAAGACTGCTTATACACTTTTTATGCTACCAAATAATAAATTT +GATATGTATATAGCAAAATTATTGACTATTGTATTTCTTATATATGGAGTGATAATTGCA +CAAATTTTATCATGGGTAATATCTATATCTATAGTAACATCCCTAACACCCGTAACATTA +AGCCAAATTAAAAGTATCCTAGGAAATACAGCATTATTTGAGTTAGTAGGATTTATACAG +TTAGATTTTATTTCTTTTATTATGATAAATATAATTGGCGTAATAATTTCAGTAATGATT +ATATTTACTGGAATAATAATTCAAAAATCATTTAAAAAAGTAGGGATACTACTTGGTATA +GGATATATATTTATTTTTGGTATTATGAATTTATTTGTAATTGCATACAAGTCATATAGT +GGACAACTAATTATATATCAAACTATATGTTATTTAATAACAGCATTAGTATCAGTAGGA +ATATCATACAGACTTTTAAATAAAAAGATATATCTTTAG +>group_1473 +ATGACTAGTATAAAAAAAGTAGATATTTATAAATGTATAGATTTTGCTCATGAAAATGAA +TTATTTGATAAATTAAATAAAATATATACTACTTTGCCAAGTGGAGACTGTACTGGATGT +GGGAAGTGCTGTAATGAATCTGTAGGAATAAATTTAGTTGAATTTATAAACATATATAAT +TACTTAAAGGATAAGGAAAGACTGAGAAAAGAATCATTAGATAGAATTTTAGATTATTAT +TTCTTAGAGTATACAGAAAAAAGATGTTGTCCTTTTAGAGATGAAAATAATAGATGCTTA +ATTTATGAGGTAAGACCTCTTAATTGTAGATTATTTGGGCATTGGAAAAAAGATGATTAT +AATAAAAACTTAGATAATGTAACTCAAAGAAATAAAGACTACCAAGAGTTTATGAAGTCT +AAACATGGATTTGATATAAGTGATGAAGTAGTTAATTTTAAAATTAAATACTGTGAAGAT +TTTAAACCTAAGAAAGATTATTTAGATAAGTCTACAAGATTAAGTTTTTCAGATGAAATA +ATGACTTTAGATTCAAGACTCTTTGCAAATGAGGTTATAGATATAGAATTTAGAGATAGA +GGGATTGTAGAATATTTTATAGAATCACTATTATATCAGAATGTAGCCTACAATATAAAA +CTAAGGGTTTCTAAGGATGAAAAAATAAGAAAAAGAACAATTAATAGATTAAAAAGAATA +TTAATAAGATAA +>group_1560 +ATGTGGATAAAAAAATATATAAAAAATTTAGTGTTAATAGTTTTAGGAAGTTGTATATTA +GCCTTTGGAAGTTTTAACTTTAACTATCAGAATGGTGTTACTGAAGGTGGAGTATTAGGT +TTATTACTTCTTATAAAAAATATATTTGATATATCTCCATCAGTTACAGCATTAATAATA +GATTTATCTTTATTTGCTCTTGGAGCTAAATTTTTTGGAAAGCAGTTTTTAGTTCTTTCT +ATTTTTGCTAGCTTATCTTTTTCAAGCTGGTATAAGATGTGGGAGAGTATTGGATTTATA +GTTCCAAACTTAAGTAATAATATGCTTCTTGCAAGTATTCTTGCGGGGATAGGTGTAGGT +ATTGGTATAGGTATAATAGTTAGAGCTGGAGGAGCAGCTGGAGGAGATGATGTCATAGCT +TTAGTGGGAACAAAACTTACTTCTCTTAAAGTAAATCATATATATATGATTACAGATTTT +ATAGTATTGATATTATCTTTATCTTACCTAAGTTTTAAACAAATATTATTTTCTTTAATA +GCAGTTACAATAAGTGGGAAAATAATAAGTATAATGTATGGCGAAGATGGAGATAATGAT +GTTGATAAAAGCCTTCAAGAAGAATTTGCAAGTACAAAAGAAATTTAA +>group_448 +ATGATATTTAAGATAATTATAAATATTATTCTAGCAATAAATGTATTTTTATATGGAATG +GATAATCAACATTATTTTAATAAGGTAAGTTATCCTATAATTATAACTTTAATATCCGTA +AGTTTATCACTTTATATATTCTATAGTATAAAATATAAAGAAGAAAAAATTTTACTATTA +AATATTATTTATATATTATTAGTTTCATATATTTATCCACCTTCTTTTATACTAGCAATA +TATATGATAATTGAATATATAGAAGTTAGAAATTATAATAAGCTTAACACTGCGCTTGTT +ATTTTTATGTATATATTTATTTCCATAAAAGTGAATTTAGATTATACGAATATCTTTTTA +GGATTAGTATTTTATATTTCTACATATGAAATTATAAATTATCAACAAAAAGTTTTTAAA +TTAGAAAAATATAATTTTGATTTAAAAGAAAAAAACTTTGGCTTAGAGGAAATAAGGAGA +ATTGATAATAAAATCAACTACCAAAATCTAGAATCTATAAAGATTGAAGAAAGAAATGTA +ATATCTCAAAAATTGCATGATAAAATAGATCATATATTAGCAGGGATTATATTAATTGTA +TTTCAAAGTATAACTTTACTAGGGAGCTTTTATTTATTTAATCAAAACTTTGATATAAGT +TTAGGATGGATGGTACCATTATCATTTGTATTATCATTTGTAGGTATTGCAATTGCTCTG +GTTGTATTAACTATTTCTAGTAATTCAACAATGTACTATACTCTGCTTACTCTTATAGTA +ACACCAATGTGTTTACTAAGTGGAGGATTTGTGCCAACAGAATTTATGCCTGAAATGGTC +CAGAATTTCTCATTAATTTTTCCACTTACTTGGATAAACGCTGCTTATAAAAAGATATTA +ATGGAAGGCAGTTATATTAGTATAGGTTTAGATTTAATTGGTGCTACCTCAATATCTTTG +GTATTGATTATGCTATACTTAGCTTTAGAACATAATAGAAAAAATAAATTAGTTTGA +>asnO +ATGTGTGGAATTGCAGGATGGTGTAATCTTAATTACAATATAAAAGATTATACAAATACA +GTTGAAGATATGATTGAAACTTTAAGATTTAGGGGTCCAAACTCAGAAGGAATAAAGGCA +TATACACATACTATTTTAGGTCATAAAAGATTAGCTATAGTAGACCCAACAGGGGGACTT +CAACCTATGAGCAAAGTAATAGGAGATAGGGAGTATACAATATGTTATAACGGAGAACTG +TATAATACTGAAGAGGTAAGAGAGCGTTTAATACAAAAATAA +>feoB_3~~~feoB_2~~~feoB_1 +ATGGGGTGTACAATTGCATTAGCAGGTAATCCGAACTGTGGTAAAACTACAGTTTTTAAT +GAAATAACTGGTTCTAAACAACATGTAGGTAACTGGCCTGGAGTTACAGTAGAAAAAAAA +GAAGGGAAATATAGAAAAAATAAGGATGTAAATGTGGTAGATTTACCAGGAATTTATTCT +TTATCACCATATTCAGCAGAAGAAATAGTTGCTAGAAATTATATAATTAATGAAAAACCA +GATGTACTTATAAACATAATTGATGCAACAAATATCGAAAGAAATATGTATCTGACTTTA +CAAATCTTAGAAACAAAAATACCAACAGTAATAGCATTAAATATGATGGACGAGGTTGAA +GCAAGAGGTACGAAAATAAACATAGCTAAGCTTTCGAAATATATAGGAGTTAAGATAGTA +CCGATAGTAGCTAGAACTGGAAAAGGTATTAAGGAATTAATGAATGCTGCAATAGAGGTT +GCAAACTCTGTTGATATAAATCAAAAATCAAGTGTCTCATCAAACTACATAAATGAATCA +GATGGAACTAAAGCCATAAATTTAAGTTTAGGACTAAATGTATTCTCTGAAGATATAGAA +GGATATATACAAGATATATACTCAAAGTTTGAGAGTAGTGAAGGAATAAATGTATGGAAA +GCTTTAAAGGTATTAGAAGAAGATGAGCTAGTAAGTGAGACTTTAAATGTATCTGAAAAA +GTTGAAATAGAAAAAATATTAGCTAAAGCAAATAAAGAATTTAATGATGATATTGAGTCT +GAAATTGCAGATCAAAGATACAAATTTATAGCTAAGATTGTAAGTAAAACTGTATCAAAA +TCTAAAATAGCTAATGGGAAAAGGGAAGAAACTGTATCAGATAAAATAGATAAAGTTATT +ACAAATAGAGTATTGGCAATACCGATATTCTTAGCAGTAATGTATTTATTATTTTCTATA +ACTTTTGGAGAAAGTATTATAGGAGTAGGTGTTTATTTACAAGGGATAGTTTGTGATTTT +TGGGATGGACCACTTACAGAAACTATAATAGGAGCTTTAGAAAGTGCAGGAGCATCTGAA +TGGGCTATATCACTTGTTGGAGATGGAATATTAGCAGGAGTAGGTGGAGTCGTATCTTTT +CTACCTCAAATATTAGTATTATTTTTACTTATGTCTATTCTTGAAGATAGTGGTTATATG +GCAAGGGTTGCCTTTGTTATGGATAAGATATTTAGAAAGTTTGGTTTATCAGGGAAATCA +TTTATACCTTTATTAATGGGATTTGGTTGTTCAGTACCAGCACTTATGGCTTCAAGAACA +TTAGAAAATGAAAAAGATCGTAAGATAACAATGATGATAACACCGTTTATGTCTTGTGGA +GCTAAATTGCCAATATATTTAATGTTTGCAGCAACTTTATTCCCAAATAGTAATCAAACA +AATATAATTTACTCTATTTATATGTTAGGGTTAGTTGTAGCAGTATTATGTGCATTAATA +TTAAGTAAATTTGTATTAAAAGGAGAAGCATCAAACTTTATAATGGAGCTTCCTCAATAT +AGAATACCAACTTTAAAAAGTGTATTAATTCATGCATGGGAGAAAGTAAAAGGATTTGCA +ATAAAAGCAGGAACTATAATATTAGCATCAACAATATTAATATGGTTATTATCTAATTTT +AATTTATCGGGAATGTGTGAAATGGAAGATAGTATACTTGCTAGTATGGGTAGAAGTATT +CAATGGATATTTGCACCATTAGGATTTGGAGATTGGAGAGCATCTGTAGGTGTAGTTACT +GGATGGATAGCAAAAGAAAATATAGTTTCTACATTTGGTGTTTTATTTGGAGCAAGTGAT +GCCATAACAGAAGCAGCAATGGAAGGTAGTGCAGCTATACCAGGAGTAGTAGATGTATTT +ACACAAGCATCAGCATTTTCATATATGGTATTTAACTTATTGTGTATGCCATGCTTTGCC +GCAGTAGGGGCAATAAAAAGAGAAATGGGATCTTGGAAATGGACATTAAGAACAGTAGGA +TTCCAAATGCTTGTAGCTTGGATAGTAGCTTTTGGAACATATATGGTATGCCAAATGATA +TTTTAA +>yidA_2 +ATGAAGAAATTTAAGGTTAAGCCTATTATTGATAAAGTAGATTATATGTATATGAATGAT +GTTTTTGACAATGAGATACAGTATAAGGGGAGAACTTTTAACGTAATTCAATATGAATCT +CGTGGTGGGAGGTTTAAGTTATGTGAAAAGGATGATTTAGCAGAATTTGATGACTATCCA +TTAAATAAAATTTTAACTGCAGGTGGTCCAGAGTATTTACAAGAGTATTATAAAGAAATG +ATGGAGCCATTTAAAGGTACTTTAAGTTGTATGTTTACAGAAGATTTTTATTTTGAATTT +ACAGCAAATGGAATTGATAAGGCTAAAGCTTTAGATAGTGTATTAATAGCAAAAGGATAT +AAAAGAGAAGAAATGATTGCTTTTGGAGATGGACACAATGATTCTTCTATGATTAAATAT +TCAGGTGTTGGAGTAGCTATGGCTAATGCAGTAGAGAATTTAAAAGCTATAGCTGATGAA +GTAACCTTATCTAATGATGAAGATGGTATTGCAGTATATTTGAATAAACATATGCCAGAG +ACTGTTTATGTTTAA +>group_1024 +ATGAAAAATATATTAGGGTGTTATTTGATGCCACATCCTCCTTTAGCAATATCAACTATT +GGAAAAGGAGAGGAAAGAAAGATTCAATCAACATTAGACTCTTGTGACATTATAGGAATA +GAAATAAGTAGTATAAAACCAGAAATTATTATAATAATTACTCCACATGGAACTATGTTT +TCAGATGCAATAGCAATATCAAATGAAGAAAGTATACAAGGTAATCTTGAACAATTTATG +GATTTTAAAACTTATATGAATATAAAAATAGATAAAGGTTTTAATAAAAATCTTATAAAT +ATTTGTGAAAAGGAAAATATTCCTGCAGCATTAATAGATTCTAATTTACTTAGTAGATTT +AATAGAACTTATGGATTAGATCATGGATCAATTGTTCCTTTACACTTTGTAAATAAGTAC +TATAATAATTACAAGTTAGTTCATATTACATATGCAGCTATAGGTAACATAGATTTATAT +AGATTTGGCATGGCATTACAAAAAACTATTAATATGTTAAATAAAAAATCAGTAATAATA +GCAAGTGGTGATTTATCTCATAGATTAACAAAAGATGGCCCATATGATTATTCTCCACAA +GGAAAAATATTCGACGAAGAGTTACTATTAAAGTTGCAAAAAGGCGATGTAATAGGTGTA +TTTAATATGGATAAATGTTTAGTAGAAGATGCTGGAGAGTGTGGGCTTAGATCAGTTTAT +ATTCTTCTTGGAGCTATGGAAGGAAATAAAGTTAATGGAAATCTTTTATCATATGAAGGA +CCTTTTGGTGTAGGCTATGGGGTGATGAGATTTGAAAGTAAAGAAGAAAATGTAAGCAAC +TTAGAAAAGTTAATGGATAAGAAAAAAGAAGATTTTAATAAGAAGATATCATCATCAAAT +TCATATGTAAAGTTAGCAAGAGAGAGTTTAAATTACTATTACTCAAATGGAAAAATGATG +AAACCTAGTAGTTGTCTACCAAAAGAAATGCTAAACAATAAACATGGAGTTTTTGTTTCT +ATTAAAAAATTTAATCAACTTAGAGGGTGTATAGGTACAATACTTCCTACAACAAACTCA +GTAGCTGAAGAAATTATACGAAATTCTATAAAAGCAGCAACTGAAGACCCAAGGTTTATT +GAAGTTAGCAAGGATGAACTAGAAGATTTAGATATTTCTGTAGATGTTCTTACAGAGCCT +ATAAAAGCTACAAAAGAAGAGTTAAATCCTAAAATTTATGGAGTAATAGTAAACAAAGGA +AGAAAGAGAGGATTACTTCTTCCTAACTTAGAAGGTGTAAATACAGTAGAAGAGCAGCTT +AGTATTGCTTGTGAAAAAGCAGGAATAAATCCATTAGAGGATTATGAAATAGAGAAATTT +GAAGTTATGAGATATGAAGAGGGTGAATAA +>group_562 +ATGAAAGAACTAATAAATAAATTAATAGAAAGCAATAATTTATCTGAAGAGGAATTGATT +TATCTAATTGATAACATTGGATCTGAAGATAAAAAATATTTATTCGAAAAAGCAAGTGAA +ATAAGAGATAAACACTATGGAAATAAAGTATTTTTGAGAGGATTAATTGAATTTACAAAC +TACTGTAAGAATGATTGTTATTACTGTGGAATTCGTTGTTCAAATAAAAATATAGATCGA +TATAGATTATCTTTAAATGATATACTCGAATGTTGTAAAATAGGATACAAACTTGGATAT +AGGACCTTTGTACTACAAGGTGGTGAAGATCCATATTTTACAGATAATAAAATAGTGTCT +ATTTTAAAAGCTATAAAGGAAAAATATAATGATTGCGCTATTACTCTTTCATTTGGAGAA +AAAACTTATGAATCATATAAAAAGTTCTATCATGCAGGAGCTGATAGATACTTACTTAGA +CATGAAAGTGCAAGTGATGATCATTATTCTCTACTTCATCCTAAAAATCTAAGTCTAGAT +AATAGGAAAAATTGTCTTTATGACTTAAAAAAGATTGGTTTTCAAGTGGGTGCGGGATTT +ATGGTTGAGTCCCCTTTCCAAACATCTAAGAACTTAGCAAAGGATTTATTATTTTTAAAA +GAATTAGAACCTCATATGGTTGGCATAGGACCTTTTATTCCTCATCATGATACAAAATTT +AGAGAAAATAGCGCTGGTAGTTTAGATAAAACCCTTGTAATGCTGGCACTTACAAGATTA +TTATTACCAAAAGTATTACTCCCTGCAACTACAGCTCTTGGAACTATAGACCCCCTAGGA +AGAGAGCTTGCTCTAAAAGCTGGAGCAAATGTAATAATGCCAAACTTATCTCCAACAGAA +CTTAGAAAAAAATATTCACTTTATGACAATAAAGTAGGTACTGGTGACGAGGCTGCAGAA +TCTAAAAGACTGATTGAAGAAAAAATAAACAAAGCAGGGTTTATTTTAGATACAAGTAGA +GGAGATAGTATTATCTGGAACAGAAATTAA +>rbr +ATGGATCTAAAAGGAAGTAAAACAGAAAAGAATTTATTAGCTGCATTTGCAGGAGAATCT +CAAGCTAGAACTAAATATACTTACTATGCTTCAAAAGCAAAAAAAGAAGGATACAATCAA +ATAGCAGCTATTTTCGAAGAAACTGCTAATAATGAAAAAGAACATGCTAAAATATGGTTC +AAACTACTTCATGATGGTATACCATCTACTCCAGAAAACTTAAAGGATGCTGCTTCTGGT +GAAAATTACGAATGGACAGATATGTATGCAACTTTTGCAAAAGAAGCAGAAGAAGAAGGT +TTCACTAAAATAGCTTACTTATTTAAAGCTGTTGGGGAAATAGAGAAAGAACACGAAGAA +AGATATCTTAAGCTTCTTGAAAACTTAGAAAATAACGTTATATTTGAAAAATCAGAGGAA +GTTGCTTGGCATTGTCAAAACTGTGGCCATATACATTATGGTAAAAAAGCTCCAAAAGTA +TGTCCCGTGTGCGATCATCCCCAATCATATTTCCAAGTAAGAGCAGAAAACTATAAATAA +>group_1221 +ATGGCGATAGATAGCTTTAATGGACTGATGCAAGATGTAGAGTTTAAAAGAAATAATTTA +ACAAACTCTACAATTAAAAAGATTAGAAAGTTATACAAAAATATAGCAAATGACTATATG +AAAAGACTTGGTAAGGTTAATAAGGATTCCTTAGAAGCTAGATATTTAGAAGATAGTGTA +AAGTATTTACAGGAAGAATACGAAAGATTAGGAAAAGAATTTATAAAAGATTTAAATAAA +AATATAGAGATAATCATAGAAGAAACTACAAGTACACAACTAAGCTTCTTTGAGAAAATT +TGCGATGAATACTCAGTTGATTTAAAACCGCATTTTACACAAATGTTTACTAAAATACAT +GAAGATGTATTAAGAGAAGTAATAACTGGTGAAATGTATAAGGATAAAATAAAGCTTAGT +AATCGGATTTGGAATGATATCAATAAGACTAAAAGTGATTTAGAGTATATACTTAGTGAG +GGTCTAGCGAAAAAGAAAAGTGTATATAACTTAGCCAAAGATTTAGAAAAATATGTAAAC +CCAAAATCAGCTAAAGATTATGATTGGTCAAATATATATCCAGGAACTAAGAAGAAAATA +GATTTTAATGCTTATAGATTGGCTAGTACTTATATCAATCATGCTTATCAATATGCAGCA +AAAAAAAGTTGCATAAAAAATCCTTATGTAACAAAAATGAAGTGGATGAGTTCGCATGAC +AATAGAGTATGTCCATTATGTGCTGAAAGAGATGGAAAAGAGTATACTCCGTCAGAGTTA +CCAATGGATCATCCTCTAGGGCGTTGTACCTTCATATATGTTATTCCTAAATCTTTAGAT +GAAATAGGAGAAGAGTTAGGACGATGGTCGAGGGATGAAGAAGAAAACGAAAAATTAGAT +AATTGGTTTAATGAATATGGAGAGGACTTCTTGTAA +>group_1025 +ATGATAGTATCTACAATTTTATCACGACTAATTTTTAATCTTTTATTTTACATATTAAAT +TACAAAATATATGGTGCATTTGAGTCAATGCAAAGAGATTTAGAAAAATTAAGTAATATA +AATAGAAGTATCTTAAACTTTGCAGGTCATGCCTTAGCAATATCAATAACAGTTTTATTA +AGTATTAGATTAGGTATTAGTAATGCTATGGCTGGTTTGATTTTAGGTTTTTTGATGGCT +CTAATAGATATATGCTTTGGGAATTGTATTATAGGAAATGTTCCGAAAAAAATGTATAAT +AATATATTATGA +>group_1026 +ATGAGGTTATTAACAGCGAAGAAAACTAAAAATATACTACTATCGGGGATACTTGGATTT +TCACTTTTTTTAAGTGGATGTAGTAGTGATTTAAAAATTTTAACTCAAGTATATCAACAA +GTATCAAATGTACAAGATACATCAACAGAGGAAAATAGTTCAGGATCAAAAGTACTTTCT +TATGATGAACTTATAAAAGCTTTAAAAAGTGGAAAAGTACCAGATTATGTGCTAAAAGCT +ACTGTTGATAGGGTTATTGATGGTGATACTGTAAAGTTAAAATTCGAAGATGGAACTAAT +GAAAGTTTACGTATACTATTAATAGATACACCGGAAGATACTAAGGAAAAACAATATTTA +GGAGATGTTGCTACTAGTTTTGCTAAAAACAGTCTTAAAAAAGGTGATATTGTTTATGTA +GAAACAGATGGAGCCAAAACAGATAAATATGGTCGTTACTTAGGATATTTATGGTATGAT +TCAACAGGAAACAAAGATTATAAAATGTATAATGAAGAAGTTGTTAGGGAAGGTCTAGCT +AGAGTTGGATATATATACGATGCAGTTAGACATTTAGATAAAATGAAAGCAGCGCAATAT +GAGGCTCAAAAAAGTAAAAAGAATATATGGGAAATAGATGGATATGCAACAGATAAAGGA +TTTAATCAAAGTTTAACACCTACTTCAGATAATAGTGGAGGTACTAATTCAAAATCAGTA +TACGCAAATACTTCTTCAAAAAAATATCACTCTACTTCAGATGCACATGGAATGAAAAAT +TCTACTAAAATGTCTGAAGCAGAAGCAAAAAAAGCTGGGTATTCAGCATGTAAGACTTGT +TATAATTAA +>por +ATGGCTAAATTTATGAAAACAGTTGACGGTAATACAGCTGCTGCTCACGTTGCTTATGCA +TTTACAGAAGTAGCTGCTATATTCCCAATCACTCCATCTTCAACAATGGCAGAAGTTGTA +GATGAATGGTCAGCTCAAGGTAGAAAAAATATCTTTGGGCAAAAAGTTAGTGTTGTAGAA +ATGCAATCTGAAGCTGGAGCTGCTGGAACATTCCATGGTTCTTTACAAGCAGGTGCATTA +ACAACTACTTTTACAGCATCACAAGGGTTATTATTAATGATACCAAATATGTATAAAACT +GCTGGAGAGCTTTTACCAGGAGTATTCCATGTTAGTGCTCGTGCATTAGCTGCTCAAGCT +TTATCTATATTCGGTGATCACCAAGATGTTATGGCTGCAAGACAAACTGGATGTGTTATG +TTAGCATCAGGTTCTGTTCAAGAAGTCGCTGATATATCTCCAGTTGCACACTTAGCTGCA +ATAGAAGGTAGATTACCATTTATAAACTTCTTTGATGGATTCAGAACTTCTCATGAAATC +CAAAAAGTAGAATTATTAGAAAATGAAGATTATGCAAGCTTATTAAATAAAGATGCATTA +CAAGCATTTAGAGATAGAGCATTATCTCCAAACCACCCTGTAACTCGTGGTACAGCTCAA +AATCCAGATGTATATTTCCAAACTAGAGAAAGTTCAAACAGATACTACGAAGATATAGTT +GGAATAGTTGAAAAATACATGAACAAAATGAGCGACTTAACAGGAAGAAAATACGGATTA +TTTAATTATTATGGAGCAGAAGATGCTACTAACATAATAATAGCTATGGGTTCTGTAACA +GAAACTATAGAAGAAACTGTTGATGCATTAAATGCAGAGGGACAAAAAGTAGGTTTAGTT +AAGGTTCACTTATATAGACCATTCTCAATAGAACATTTAATGGATGCTATACCAAGCACA +GTTGAAAGAATATGTGTATTAGACAGAACTAAGGAACCAGGCGCTCCAGGAGAACCATTA +TACTTAGATGTACGTTCTGCATATTACAATAAAGAAAATGCTCCTATGATAATAGGTGGA +ATATACGGATTAGGATCAAAAGATACTACTCCAACAGAAATAAAAACTGTATTTGATAAT +TTAGCTTCTGAAAATCCAAAAAATAACTTCACAGTAGGTATAGATGATGATGTTACTTTC +AGATCATTAGAATTATCAGAACCATTAAAAGTTGCTGTTCCAGGAACTGTAAGATGTAAG +TTCTGGGGATTAGGTTCTGATGGTACTGTTGGAGCTAATAAACAAGCTATAAAAATAATA +GGAGATAATACTAAGAAATACGTTCAAGCGTACTTCGATTATGATTCTAAAAAATCTGGT +GGGGTAACAATGTCTCACTTAAGATTTGGAGATGAGCCAATAAGATCAACTTATTTAATA +GATGAAGCTGATTACATAGCTTGTCATACTCAAGCATATGTATATCAATATCCAGATTTA +TTACATGGTCTTAGAAATGGTGGAACATTTGTATTCAACACAATATGGGATCAAGCTGGA +CTTGAAGAACATTTACCAGCACACTTAAAACAATATATAGCTAAAAATAATATACAATTC +TATACTGTAAATGCTACTAAGATAGCTCAAGAAATAGGATTAGGAAACAGAATAAACATG +ATAATGCAATCTGCATTCTTCAAGTTAGCTAATATAATACCTGTAGAACAAGCAGTAGAA +TACTTAAAAGATTCTATAGTTAAAGCATACGGTAAAAAAGGTGAAAAAGTTGTTAATATG +AACTATGAAGCTGTTGATAGAGGTATAAACTCTTTAGTTAAGATAGATGTTCCAGCTGAA +TGGGCAAATGCAACTGATGATAAGAAAGAAGATGTAAATGAGCCATACTTCATCAAAAAT +ATATTAAGACCTATAACTGCACAACAAGGTAATAAGTTACCAGTATCTGCTTTCAATGAA +GGTTTAGAAGATGGTACTATGCCATGTGGTACAGCTGCATATGAAAAACGTGGTATAGCA +GTTAATGTTCCTGAGTGGATATTAGAAAACTGTATACAATGTAACCAATGTTCATTCATA +TGTCCTCATTCATGTATAAGACCAGTTCTTGTAAATGAAGAAGAATTACAAAATGCACCA +GAAGCATTTAATGCTAAAAAAGCTATAGGTAAGGGATTCGAAGGATTACAATATAGAATA +CAATTAAGTCCAATGGACTGTACAGGATGTGGAAACTGTGCTGACATATGTCCAGCAAAA +GAAAAAGCTTTAGTTATGAAACCTCTTGATACTCAATTACAAGAAGTTGATAACTGGGCA +TTCGCAGCTGATCATAAAAATGTTTCTACAAAAGGTGATATAATGGCACCAACAACTGTA +AAAGGAAGTCAGTTCAGACAACCATTACATGAGTTCTCTGGAGCTTGTGCTGGATGTGGT +GAAACTGCATACATCAAAAACGTAACTCAATTATTCGGAGATAGAATGATGATAGCTAAT +GCTACTGGATGTTCTTCAATTTGGGGTGGTTCATATCCATCATCTCCATATACTGTTAAC +CATGAAGGTAAAGGTCCAGCTTGGGCAAACTCATTATTCGAAGATAATGCTGAATTCGGA +TATGGTATGTATTTAGCAGTTAAACATATAAGAGCTAAAATAGCTGAAAATATGGAAAGC +TTATTAGCTATGAATATATGTGATGAAGCAAGAGAAGCATTCACTGCTTGGTTAGACGCT +AAAGAAGATGGAGAAGCTTCTAAGGTTGCAAGTGCTAAAGTAGTTGCAGTATTAGCAAAT +GCTCATAATATAGAAAATGCCGAAGTTAAAGCTTTAGTTGAAGAAATAAAAGAAAGAGAA +GATTACTTAGTTAAGAGATCTCAATGGATCCTTGGTGGAGATGGTTGGGCATACGACATC +GGTTACGGTGGTGTAGACCATGTTCTTGCATCAGGTGAAAATGTAAATGTTCTTGTATTT +GATACAGAAATTTACTCAAATACAGGAGGACAATCTTCTAAGTCAACTCCAGTTGCTGCA +ATGGCTAAGTTCGCTGCTGCTGGTAAGAGAACTAGAAAGAAAGACCTTGGTATGATGGCA +ATGTCTTATGGAAATGTATACGTAGCACAAGTAGCTATGGGTGCAGATAAGAACCAATTC +ATGAAAGCTATAGTAGAAGCTGAAAAATATGATGGACCATCATTAATAATATGTTACGCT +CCATGTATATCTCACGGACTAAAAGAAGGTATGGGACGTAGTGTAGCAAATGAAGCTCAA +GCTGTTAAAGCTGGATACTGGCATTTATATAGATTCAACCCAGAATTACAAGCATCTGGT +AAGAATCCATTTAGTTTAGATTCTAAAGAACCAACTGAAAGCTTCAGAGAGTTCTTATTA +AAACAAGTAAGATACTCTGCAGTAGCTAAGCAATTCCCAGATGTAGCTGAAGAATTATTT +GCTCAGGCTGAACAAAGTGCTAAAGAAAGATTAGAAAGTTATAAGAGATTAGCAAGCTAC +GAGTTAGTTCACTAA +>group_450 +ATGAGCACTTATAAACGCTTATCCAAAGTCTATGAAAATTCTAAGGTTATTCCTTATGAT +TATTCTTCAAAATTTGTCATAATGAGTGATTGCCATAGGGGTAGTGGAAATTCAGGAGAT +AATTTTCTAAAAAATCAATATATATTTTTCGCGGCACTTAATGATTACTACAAAAAAGGA +TTTACTTATATTGAATTAGGTGATGGAGATGAACTTTGGGAAAATAGATCTATGGAACAG +ATTATTGAAGTACACAGTAGTACATTTGAACTATTATCTAAATTTTATGAGTCAGACAGA +ATGTATATGATTTATGGTAATCATGATATGCAAAAAAGTGATACAGAATTTTTAGAGTGT +CATTACAAAGGACACTATTGTGGAATAAGAAAAAAGTTTTTTTCATTATTTAATTATATA +AAAGCATATGAAGGAATAATTCTAGAAAATGAAGATAATAATCAACATAGAATCTTTCTC +CTACATGGTCATCAAGGAGATTTGATTAATGATAGACTGTGGAAATTAGGTAAATTTTTA +GTTCGTTATATCTGGAGACCACTAGAGATATGGGGATTTAACGATCCTACAAGAGCAGCT +AAAAATTATAGAAAGAAAAATAGCATAGAACAACAATTGATAACATGGTCAAAAGAGAAT +AACATAATGTTAATTACAGGTCATACTCATAGATCTAGTTTTGCTAACTTAGATGAACCA +ATGTATTTTAATTCAGGAAGTTGCATACATCCAACAGCAATTACAGCTATAGAGATTGAA +TATGGTCGTATTAGCTTAGTGAAATGGAGTATTATGACAAGAGAAGATAATAGTATATAT +GTAGGAAAAGAGGTTTTAAAAGGACCGGTAAAATTAGAAGATTACTTTTTAAAAAATATA +AAAATAGAAAACTTTTAA +>group_451 +ATGAAAAAAATAATAGGAAAATCACTTATAATTTTAGGCGTATGCATTATATCATTAGTA +CTATATATAAACTATAATACATCTAAAGAAAATAAAGAAATGATAGAGCAGTATAAGAGT +GCAATTAGTAATGAAAATTTAAACCAAGATGAATATAAAATAGGAGATGTAATAGGAATA +TTAAAAATTCCTAAAATAAATATAGAAGTAGCTTTAAAACGAGGAGTAAGTGATGAAATA +CTAGATACTGCTATTGGTCATTTTGAGAATACACCAATGCCAGGAGAGTATGGTAATTTT +GCAGTAGCAGGGCATAGAGCATATACAAAAAATAAATTCTTTTCTAACTTAGACAAAGTA +GAAATTGGAGATGAAATAAATATACTACAAAATGAAACTAACCATAAGTACATAGTAAAT +AGTATAGAAGTAGTAACACCAGATAGAGTAGATGTGGTGGAATCTAAAGATATGGATAAA +AAGGAAATAACTTTAGTAACATGTACACCTAAGTATGTAGGTAGTCATAGGCTTATAGTT +AAGGGTACATACGTAGAATAG +>sipW_1~~~sipW +ATGGAAACTAAAATAATAGAAAAAAATAAAATAAACATATCAAAAATATCAAATATATTT +ATATTTTTATTAGTATTAATACTAGGGTTAAACTTAATAACAACAAAGTCAGATAAACTA +TTTGAAATAATAGGATATAGAAGTTACACAGTACTATCAGGAAGTATGGAACCAGAATTT +TACCCAGGGGATATGGTAATAACAAAACATAAAAGTAAAACAAATATAAAAGTAAATGAC +ATAGTAACATACAGAGATAATGATGGTGTGATAATTACTCATAGAATAATAAAAGAAACA +ACAGAAGGATACATAACAAAAGGTGATAATAACAATGTAGAAGACTCAGATATATTAACA +GAAGATAATATAATAGGAGAAGTTAAGTTTAGTATACCTAAATTAGGATATATAATGAAT +TTCTTATCAAAACCTATGACAGTAGCAGTTGAAATGATTTTATTATCTATATTTATATTC +TTTTATTATAAGGACTAA +>pdaA_2 +ATGCGTAAAATAATTATTTATTTTTCACTATGCCTGACAATATCACTTTGTCTTACGGGT +TGTACCTTATTTGATAAAGTAAAAGAAACCTCTTTTTTTAATAGTGAACAATCAAATTCT +AATAACAACGATACTACTAATAATAGCTCTTCTAATAAAAATTCTAGTGTAGATGATAAT +TCAAATAAGAATTCAACAAATAAAAAAACTGTAACTGACTACAATGACAAAGATAATGAG +ATTACTAGTTGGTTCTATATGCCAAATGACACTCATACTACTCCTGATATAAACCCTAAG +CTAACTTATGATTTATCTAATTACAATGCGATTTACAATGGACATATTAACGAATCTACT +AAAACACTATATCTAACTTTTGATGAAGGCTATGAAAATGGCTATACTTCAAAAATATTG +GATGTTCTTAAAGAAAAGAATGTAAAAGCAGTGTTCTTTGTTACTTCTTATTATTTAGAA +AAAAATCCTGATCTTGTTAAGAGAATGGTTGATGAAGGTCATATAGTAGGAAATCATAGT +AAAACTCATTCTTCTATGCCGACATTGACATATGATATGAATAAATTTAAAGAAGAATTT +TCTGATGTTGAATCTAAATATAAGGAAATTACCGGACTAGATATGAAGAAGTTTTTCCGA +CCTCCTATGGGGTATTACTCTGAAAAAAGTTTAGCCATGACTAATGATTTAGGCTATAAG +ACAGTATTTTGGAGTTTTGCATATGATGATTGGGACCCAGAAAAACAACCTGAGGTAAAC +TATGCAAAAAATAAAATTCTAGACAATCTACATAATGGTTCGATTTTACTTTTACATGCA +GTTTCTAAAACTAATACTGAAATTTTAGGCGATGTTATAGACTCTGCTAGAGATGCTGGC +TATGAGTTTAAATTACTTAATTAA +>group_453 +ATGAAACTAAGTAAAAAAATAATTCAAATATTTACTATAACATCTATAATATCACTATTT +CCAATAAGCTCTTATGCAGATTATGGAGATATAACAATAGACCAATCATTCACCTATGAA +GATGGACTATGGAAGCCAGGAAGAGTAGAATCTAAAGATTTTTATATAAACAACAACAAA +GAAAATGACATAAGCATAGATAGATTATATATGAATCTAAAATCATCAGAATATTGGAAA +ACAGGTGAGGAGTTAGATATTAATAGTAATAAGTTTAAAGAATTTGCAAAATACAGTACA +GTGACATTAAAACATGGTAATAATGTATTGTTTGAAGACAAATTTGAAAATCTTTTATCA +GAAGATGGAATAAAACTACAAAAAGATATAGATATTAAATCAAATAGTAAAGAACTATTA +AATATGACAATAGATATGGACTTAGAAATGAATAATGATGCACAGGCTCTTAATAATATT +TTTACTATAGGTGTTGCATATAAAATGGAAGAACCAATAAAACCACCAGTAAAACCAGAA +GACCCAATAGAACCACCAACAAAACCAATAAAACCAGGTACTGGAGGAGTAAGTGATAAG +TTACCTCAAACAGGGGGAATTATAAATGGCACTAGTTTGATGGTATTAGGTGCTGTTGCA +ATAGGTACAGGATTTGTGATGAACAGAAAATCTGAGGAAAAGGGAGGAGATAAACACAAT +GAGTAG +>group_454 +ATGAAAAAGAATAAAACGATAGCATATATGTTAGCAGCAACATTATTAGTAGGGGGAACT +TTTTTAGGAACAAAGGCCTTATTTACAGATAAGATAGATACAGTAGGAGAATTAAGTATA +AGTACAGGAGATGTTGATGTAGAAGTTGTAGGAACAGAAGGTTGGATAATAACTCGTAAT +GGAGAAGATGAAAATGAGGGAACAACTGGTCCTGCAACATATGACAACTTAAAGTATGGT +GATGTGCTTACAAAAAAAATAAAAATAAAAAATGAAGGAACACTGAGAGCAATATTAACG +TTAGATGAAAATTCTGATATACAAAAAAGTTTACCTGAAGGAATAGAATTTACAGCTAGT +TTCAAAACAGAAGGGTTAGAAAATGCAAATGAAACTATATTTGAACCAGGACAAACAGGA +GATGTTGAATTAAAAATAGAGGTTACTGGATATTCAAGTCATAATGAGACTGAGAAAAGT +ATAAATAGTGATAATCAAGAGGCAGAAATTTTAAATTTAAAAGAAGGATTTGTTATAAAT +GCTAAACAAATAACAAAAGATACTGTTGTAAATTAA +>group_1028 +ATGAGGAAAAACACTAAAATTATAATAATATCATTAATATTATTAACAGCTTTTATAGGA +TTTACGCTAAATAGAAATACTGATAAGGAATTTACTGCTGGACTTATATCATCCCATTGG +TTAAATAAAAATAATAAAAATCCATATGGAATAACTATTGACTTAGAAAGTGGTTTTTCT +AGAGATGAAATTAAGTATCTTGGAAGTATTGCAACGAGGGATAGAAAAAATGAATTAAGT +GTTACTAAAGCAAAAGATTTAGAAAATCCGAATCATTATATGACTGTATATATATCTGAA +AAGTCTACTGGAATAACAAAGAAAAAGTTAGATTTTAATTTATGGACATATAAAGATAAA +GGATATATTCAATTTATAAAAGATGAAGATGTTAATAATACTAAACTTGAAAATTTAAAT +GGTATAAGTAAATTAGAGAATGAAGAATATCAATTTTTAACAAAATTGCTTTTAAAATAT +CATTCTCCTGACGATATATTTAAAAATAATTTTATATAA +>group_1029 +ATGTATTATTTTGAGCATTCATATTATCTGGGGATATTAATTATAATTGTAGGTTTTATT +ATGAGATACGGTACAGGGGAAAGACCTAATTCATTAGGATATAAGACATGGAGTTCTTGT +AAGGATTCTACCAATTGGATTATTGCAAATAAATATGCAGGAAAATTAAGTATAATTTGT +GGGATTATATATACTATAGTTTTCTATTGCATAGATCGATTTTTTACCTTTAAAAATGAG +GTGGGTATATCGTTACTTGTATTTGTTGCGGTATTCGTTATTATTGTAATAGCAACAGAA +ATTTATTTGCACAAAGAAAAGGAAAAATTATTGTAA +>xerC_1~~~xerC_2 +ATGGCCAATAAAAGAGCTAATGGCGAAGGCTCTATAAGTAAATATATAGTTAATGGAGTA +AATAAAGGATGGAGAGCTTCTATATCAGTTGGCTCAGATGAAAACGGAAAATATATTAGA +AAACAATTTTATGGTAAAACTCAGAAAGAAGTTAAGGAAAAATTAGAGGAATTTAAAAAG +CAAATGAGTCTAGGAGCTTTGCCATCTGATGATAAATTAACTCTTGAGCATTGGTATTAC +ACTTGGCTATTTGATTATAGAATAAAAGACTTAAAGCCTAAATCATTTGAAAAATATGAG +GGAATATATAGAAACTATATTAAAAGCTCTACTATAGGTAAAATTAAATTAAAAGATTTA +AGAGCTACACATTTACAAAAGCATTATAATGAGCTTCTAGATGTATATAATAAGCCTGTA +TCGACTGTTAAAAGCTTAAATACTAGACTTAAACCTTGCCTTGCAGAAGCTGAGAAACAA +GGATATATCCAAAAGAACTATTGTAAAATGGTTACTCTACCTAAAGATAATACAACTAAA +GAAATCAAAGTATTAAGTTCGGACCAACAAAAGTTATTTATTGAAGCTATAAAAGGTCAT +AACCTTGAAGTATTATTCTTAGTTGCACTTAGTACGGGTTTAAGACTTGGTGAAATATTA +GGTTTGAAATGGAGTGATATAGACTTTGATACTTGTACTCTTACAGTCAATAGAACATTA +CAAAGAGTTACCCAAATAGATAGAAACGGTAATAGAGAGTCTAAAGTTATTGAACAATTA +CCTAAAACTAAAAATTCTATAAGGACTATACCTATTCCTAAAAATATATTAATTAAGCTC +AAGGATTATAAGGTTGAACAAAGTAAAAATAGACTAAAACTTGGTGATTTATATTCTAAT +AATGATTATGTATTTTGTGATAAGTTAGGCTATCCTATAGATGATAAAAGACCTGCTAGG +AATTTAAAGAGTATATTAACTAAACTCGATATTGAGCCTATTAAATTCCATGGATTGAGA +CATACTTATGCTACTAGATTGTTTGAATCTAATGTACCTCCTAAGACTGTTCAGGTACTT +ATGGGACATTATGATATTAGTATTACTATGGATGTATACACAAAAGTTATGCCCGAAAAA +AAGCTTGAAGCAGTAGAAAAATTAAATGACATTTTCGCATTATAA +>group_456 +ATGGAAAGGAAAAGAATATACAATCGTGTACTAAATTACGAGAAATTTAATACTAATATG +ACAGAGTTTGTGAATGATAATAAAATTGCAAGCCCAAGTAATTATTTAATAATCACATCT +ATAAGAGAGAGAAGTACTTATATATATGAAAAAGGACCTAATATGTGGATACTATTATAT +AGGTGGAGCTGTACAGTAGGAAAACCATCTACACCTACTATAAAGGGGCAATTTGCTGTA +GGAGTAAAATATCCAGCTATAACTTCAGAAGGAAGTAAAGTTTCTGCAAAATATGCTACT +CAGATTGAAGGAGAATATTACTATCACTCAATATTATATGATTTAACAGGTCAATATGTA +ATAGATGGTAGATTAGGTGTGGCAATAAGTCATGGATGTATAAGATTAGCTACGGAAAAT +GCAAAGTGGATTTTTGATAATGCACCTCAAGGTACAACTGTAGTTATTAACTGA +>group_1030 +ATGAATGAAGAATTAGAAAGAGTAAGCTATTTATTAAAAAAGAAAGAAATAACCTATCAA +GAATTTAATGAACTTATAGGAAGTTATTATATAGATGATTATGAAGAACTAGAGGATGGG +TATTATATTTTAAATGTAATATCACCATTACATTCATTAAGTCAAAGTAATGGTGATAAT +TATTATACTGATTTTATACAAGTAATAAATTAA +>rbr3A_2 +ATGAAAAAATTCGTATGTACAGTATGTGGATATATCCACGAAGGAGAAACTATAGAAGGT +GTTGTATGTCCAGTATGTAAAGTAGGAGCTGACAAGTTTGAAGAAATGTCAGGAGAATTA +AACTGGGCAGATGAGCATAGAATAGGTGTTGCACAAGGTGTAGATGAAGAAGTAATAGAA +GGATTAAGAGCAAACTTCGTTGGAGAATGTACAGAAGTAGGTATGTACTTAGCAATGAGT +AGACAAGCAGATAGAGAAGGATACCCAGAAGTAGCAGAAGCTTACAAGAGAATAGCATTC +GAAGAAGCAGAACATGCAGCTAAATTTGCTGAATTATTAGGAGAAGTAGTTGTTGCTGAT +ACTAAAGAAAACTTAAGAGTAAGAGTTGAAGCTGAGTACGGTGCAACTGATGGAAAATTA +AAGTTAGCTAAGAGAGCTAAAGAATTAGGATTAGATGCTATACATGATACAGTTCATGAA +ATGTGTAAAGATGAGGCTAGACATGGTAAAGCATTCTTAGGATTATTAGAAAGACATTTC +GGTAAATAA +>group_1228 +ATGAGTAAGGACAAAAAAGAATTATTTAAAAAAGTTGAAGGTAGACTTCATAACTATAAA +AACTTAGAAGTTCAAATAAGAAACTTAGAGCTAGATATAGAGAGAGAAAAGAATGATTAT +AAAGGTTGTGGGGCTATTGGATATGATGAAAAAACAGGAGTTACATATAACATATCAAGA +ACTGTAGAAAATGAAGTTATAGCTAAAGAAAAAAGAATAGGAAAGTTAATGCAAACTAAG +TTAGAAAAAGAAATAGAAAAGAAGAAGATAGAGAATGCTTTAACTACCTTAGATAGTAGA +GAGACAGATCTATTTAATTTACTTTATAACAGTAGAAGTAAAAATAATATGAATTACATA +AGTATAAAGTTACATATAGATAGAAGCCATTGTTACAGAATGAGAGAAACTATAGTTTAT +AAGGTAATGAGTATACTATATCCAGAGATACTAAAAGAATTGCCACTTTTAGAAGATATA +TAA +>metK_2~~~metK_1 +ATGGCAAGACATTTATTTACATCAGAATCAGTAACTGAAGGTCATCCAGATAAAATATGT +GATCAAATATCAGATGCAATTTTAGATGCATTACTAGAAAATGATAGTGAATCGAGGGTA +GCTTGTGAAACTACAGTAACAACAGGACTTGTACTTGTGGCAGGGGAAATAAGTACAAAA +GCTTATGTAGATATACCAAAGTTAGTAAGAGAAACAGTAAGGGAAATTGGATATGATAGG +GCAAAATATGGATTTGACTGTGATACTTGTTCAGTTATAACTTCAATAGATGAACAATCT +GGGGATATTGCCATGGGAGTTGATGAAGCTTTAGAAAATAGAGATGGAGAGCAAATCGAA +GATGAAATAGAAAAAGTAGGTGCTGGAGATCAAGGAATAATGTTTGGTTTTGCATGTAAT +GAAACTGAAGAGTTAATGCCGCTTCCAATTTCTTTAGCTCATAAATTAGCAAGAAGATTA +ACTGAAGTTAGAAAATCTGGATTATTAGACTACTTAAGACCAGATGGAAAAACTCAAGTA +ACAGTAGAGTATGAAGGAAATACTCCTATAAGAGTACACACTGTTCTAATATCTACTCAA +CATGGAGAAGAAGTAAGTAATGAAGCAATAAGAGAAGATTTAATAAATCATGTAATAAAA +GAAGTTATACCAGCTGAGTTACTAGACGAAGAAACTATGATATATATAAATCCAACTGGA +AGATTTGTTATAGGTGGACCACAAGGTGATACTGGTCTTACAGGAAGAAAGATAATAATA +GATACTTATGGAGGATACTCAAGACACGGAGGAGGAGCATTTTCAGGAAAAGATCCTACA +AAGGTTGATAGATCAGCTGCATATGCTGCAAGATATGTTGCTAAAAATATAGTTGCAGCA +GGACTTGCTAGTAAGTGTGAAATAGAACTTGCATATGCAATAGGTGTTGCAAGACCATTA +TCAATATTTATAGATACTTTTGGTACTGGTAAAGTTAGTGAAGAAAGACTAGTTGAATTA +GTTAATAATAACTTTGACTTAAGACCTGGAGCTATAATTAGAGATTTAGGGCTTAGAAAG +CCTATATATAAAAATGTAGCGGCTTACGGTCATTTTGGTAGAACTGATTTAGATTTACCA +TGGGAGAGAACAGATAAAGCTGAAATGTTAAAAAAAGAAGCTTTAGAATTTATAATGGCT +TAA diff --git a/tests/webuploader/test_genomes.py b/tests/webuploader/test_genomes.py index 903563438..46119ea6b 100644 --- a/tests/webuploader/test_genomes.py +++ b/tests/webuploader/test_genomes.py @@ -144,3 +144,20 @@ def test_import_genomes(self, client): call_command('remove_genomes_catalogue', 'uhgg-v2-0', confirm=True) assert not emg_models.GenomeCatalogue.objects.filter(catalogue_id='uhgg-v2-0').exists() + + ### METADATA UPDATE in place ### + call_command( + 'import_genomes', + path, + 'genomes/uhgg/2.0.1', + 'UHGG', + '2.0', + 'root:Host-Associated:Human:Digestive System:Large intestine', + "v1.2.1", + "--update-metadata-only", + ) + genome = emg_models.Genome.objects.get(accession='MGYG000000001') + + assert genome.accession == 'MGYG000000001' + assert genome.completeness == 90.59 + assert genome.pangenome_geographic_range.filter(name__in=["North America", "South America"]).count() == 2 \ No newline at end of file